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
AK237_00001	204			hypothetical protein	ATGTTTCAGCCCTTGTTAATGATCGCGGGAAGTGAAGCTGACTCTCTGTATATGAGTGAAAATGCTTTTAATCTTGCTGTGAATGCAAAAGCAAAAGAGCTGTATTTGCTTAAAGGTGCCAGCCACATAGACACATACTGGAAGACGGAATACGTGGATGATGCCGTGAGCAAACTGGATGCCTTTTTTAAAGATACTCTTTAA	MFQPLLMIAGSEADSLYMSENAFNLAVNAKAKELYLLKGASHIDTYWKTEYVDDAVSKLDAFFKDTL				NA	NA	NA	NA	NA
AK237_00002	1185	yceI_1		Protein YceI	ATGACAATAACACCGTATAATCTGGTTGCCCGTATTCTGCACTGGGCAATGGCAATACTAATTTTCTGGGCTATCGGGCTCGGCTTGATTGCCGAAGATATGCCGAATTCTGCAGATAAAATCGAGTTATTTGTATTACACAAATCTGCGGGCTTTACCGTTCTGGTACTGGCAGTCATCCGTCTTTTCTGGCGCTTAATGCATCCCCCTGCGCCATTGGGCCTCCCTCCCCTCCAAGAAAAAATGGCATCGGCCGGGCATTGGGCTTTGTATTTATTGATGTTGGCCGTACCGTTAAGTGGTTGGCTATTAAATTCCACCGCAGGTTATCCGTTTGCCTGGTTCAACCTGGTTTCAATCCCCCATATTCCCGGGTTAGGAAGCGAAAATCGAGAGCTCTATTCTTCACTACATGTTTATCTGTTCTATGCTATCGCCTTAATGGTGGCTGGGCATGTCGCTATGCTGGTTATTCATAAGTTTATTGATGGCGTTAACCTGCTACCACGAATGTTACCGGGCAAGATGTTTGTCGGCGCAAATGCATTTATTGTGACACTTGGCTTGCTGCTTGGGTTTACGTTCTTCAAGGCGGAACAAGTTGGCCCGGAATCCAATGATTCGCCCCAGGCCCTCACACAGTCATCGGCTGAATCAGATGCGCGACAGGGCCCAATCAAGACAGACAGCCCGCTTTGGCAACTGATCCCTACCACGGATAATTTCACTTTCACCAATCGCTATGCTGGCCAGCCGTTCATCGGCGCTATCCGCGAGTTTACGCCAAAGATTTACTTTGATCCGGCTAATCCTGAACAAGGCGTTATTGACGTTATAATTAATACGCACAGTATCACAACAAACAATAAGGATTGGGACGGCAGCATCAAAGGTGGTCAATGGTTTTCAACAGAAGCCTTTCCCAGTGCGCATTACCTAAGCCGTGATATTCGCCCTGAAAACGATAAGTTTGTTGCGAACGGCAAACTCACGCTAAAAGGCATTACTCAGCCAATTGTGGTTACATTTCAATGGAAGGAAGATGAAGATAACGGCAATGCGAAATTTATCGGCTCAGCGACTATCGACAGACGTAAATTCGAAATAGGCAGCGGCAGTTGGGCGACAAACGAGAGTGTCGCTTATGAGGTTGTACTGGATATCGATCTACAGTTGAAGCGATGA	MTITPYNLVARILHWAMAILIFWAIGLGLIAEDMPNSADKIELFVLHKSAGFTVLVLAVIRLFWRLMHPPAPLGLPPLQEKMASAGHWALYLLMLAVPLSGWLLNSTAGYPFAWFNLVSIPHIPGLGSENRELYSSLHVYLFYAIALMVAGHVAMLVIHKFIDGVNLLPRMLPGKMFVGANAFIVTLGLLLGFTFFKAEQVGPESNDSPQALTQSSAESDARQGPIKTDSPLWQLIPTTDNFTFTNRYAGQPFIGAIREFTPKIYFDPANPEQGVIDVIINTHSITTNNKDWDGSIKGGQWFSTEAFPSAHYLSRDIRPENDKFVANGKLTLKGITQPIVVTFQWKEDEDNGNAKFIGSATIDRRKFEIGSGSWATNESVAYEVVLDIDLQLKR				NA	NA	NA	NA	NA
AK237_00003	567			hypothetical protein	GTGGTTGAAACAACAGCGGAAGTTTATCGCGAGCGCCTGCACGATATCAGTTGGTTTATGCGTTCATTGAATGAGCATATCGCTCGACAAGCCAATAAAGAAGATAAATGCACAGGCCGCTTCTGGGAAGGACGATTTAAATCACAGGCACTGTTAGATGAAACATCACTGGCTGCATGCATGGCTTACGTTGATTTAAATCCTGTCCGCGCCAGTATGGCCAAGACACCTGAAAAATCAGACCATACCAGTATTCAAAAGCGTATTGCTAACCGTCAACCTTACATTCTTTTACCCTTTGCAGGAAACCCAAGAAACAATATACCTGCTGGTTTACCTTTCAGGTTGGAGGATTACCTTCAACTTGTAGAAGATACAGGGCAACATTTTCATCCAAAAAAACGCGGCAAAATTATCAGTAGTCAACCAATTCTAGAGCGCGCAGGTCTAAACTCGGTCAACTGGAACTGGCTGGCTGCCAGCATTGAAGCTGAATTTACCACATGCATTTGCGCATCTTCGATTAAACGTAAACTGGAAAGGCGAGATTATCGAAATACTGGTTAA	MVETTAEVYRERLHDISWFMRSLNEHIARQANKEDKCTGRFWEGRFKSQALLDETSLAACMAYVDLNPVRASMAKTPEKSDHTSIQKRIANRQPYILLPFAGNPRNNIPAGLPFRLEDYLQLVEDTGQHFHPKKRGKIISSQPILERAGLNSVNWNWLAASIEAEFTTCICASSIKRKLERRDYRNTG	PGPT0030655_1130	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MOBILE_ELEMENTS	CE-BACTERIAL_FITNESS-TRANSPOSASES,PGPT0030655-yafM|rayT|tnpA-K07491	NA	NA
AK237_00004	405			hypothetical protein	ATGGATATTAACTTTTTACCGCTCTTCATATTGAATTTAGTTGAGTTCGATGAACGCTTGCCTTCAATGAGGTTTGCTTTAGATTGTCAAATTCCTTATATGGGAAGTTGTGTACAATTCAAAAGTGAAAATCTATGGATAGAGTGTGATGTCTGGGATAGATGGCGCTTTGAGCTATCAAAACTCACGGTTATGGAAGGTGATAGTGCAACACTTTATGACATTGACAAGTGTTTTTCCGTAAGTATTAAACGTAAAAAAAACAACCGCTTAGAGTTTTCTTTTTCAAATGAGATAAATGAGTTGAACAAGCCTATTACTCAATTGCATAGTGCTTTGATTCTTTCTTCAGAAGATTTAAATAGGATAGTCAACTCAACCGAAAATTTTCCGATAATGTGGTAA	MDINFLPLFILNLVEFDERLPSMRFALDCQIPYMGSCVQFKSENLWIECDVWDRWRFELSKLTVMEGDSATLYDIDKCFSVSIKRKKNNRLEFSFSNEINELNKPITQLHSALILSSEDLNRIVNSTENFPIMW				NA	NA	NA	NA	NA
AK237_00005	1506			hypothetical protein	TTGGACTTAAGCACCGGCACCCTCAGCTACAGCGATTTAACCAACCGCCACTACAGCAGTAACCAAAGCGCCAGTGTGAATGCGAATGTCGGGTTAACCGATGCCGCCAACCCGGCTGACCCGAATCAAAATACGGATGTTAACTTAAACAGCAGCAGTTACACCTATCAGAACGAGAGTAACCAAAGCCTGAGCAAACCTATGGCTACGGTAGGTGAAGGTAACGTTACCGTGGGTGGTGAAGAAGCTGAGCTTGCTGGTTTAAACCGCGATACCGAAAACACCACCAACGAAATTTACGATGTAGACCGCCAGCAGGGCAACATTGATGTAACCGTTGACCACCGTTTGTTGAGTGAAGAGGGACGGGCGCAGATTGCTGAGGATGTCGAGATAACGGCTGACAAGGTCTCGGATATTGCCTCATCAATAGGGGAAGGTGTTGAGGAGTTCACTGATGGGCTAGGTCTTACAAGCCTCACCGATGGCGAAAGGCTTGAGCTAGCGGAACAAATCAACAGCGCGCTGCCAGATGATTTAGCGGCCCTGCAACTGGCAAACGCTGATACAAAAGCGCAAACCAAAGAACAACAGCTCACAACGATGGCGAGCAGTATCTTTTGTGACGACGTTGACCCGAATGCCACGGTACAGGTAACCAGTCAAACGGGTGAAGTGATTTCAATTAGCTACCGTGAAGTCATGGTTGACTTTATGAGCAGGGGGGTAGATGCCCTAAGCAGCTTTGTTGATACGGTAAATGATGACAGTATTCAGAATGTCGAGAATCAAGATGTGCTGCTGGCAGCAAAAGACGCTGCACAAAATTACCTCCAAACTTACAATGAAAATAAGCCTCTTTACGACGCATTAGAAAACTTTGCTTCTGCCCCACTTATTGCCAAGATGGTTGTAGAAGGAGTTACAGATGTAGCCCAGGCAACAGGGATTTTGGAGAAAACCGCGCAAGCTGCTGGTGATTTACAAGGTGCCGCAATAGCCAGCTTACAGAAATTGAAGGCTGGATTTAATAAATTAACCGGAAGTGGTGCAGCTAAGGCTGCGGATGATAAGGTTGACGATGTAGCGTCGAGTAAAGGTTCTCAGAGCCCACCAACTAACAATTCAAATGGAAATGCTGGAACAGGTACTGTATGGGATGATATTACCCCAACTGAAGGAGTTTATTCGGGCAGCTCTATACCACGGTCTTTAGAATTTTCTACTGGTGGTGAAACAAAAGTTTGGGTTAACCCGAATGCAACGAAACATATTGCTGAATATGCACAAAGTGTTGCTAATAATTTTCCTCCTAATGTCGTTGACTTAAGGGTTCAAGAGCAACTAAGGAGTTTGCAATCTGCTATAAAAACGGCTACAAAAGACGGCATTCCTTATAATGAGAGAGTTACTGTGGATGGATGGCAATTAGAAATAAGAGCACCGAGGACTGCTGATCAGCTCCCCACTCTGGTTCATGCACGTCCGGTGGGTAGTGGAGGCTAA	MDLSTGTLSYSDLTNRHYSSNQSASVNANVGLTDAANPADPNQNTDVNLNSSSYTYQNESNQSLSKPMATVGEGNVTVGGEEAELAGLNRDTENTTNEIYDVDRQQGNIDVTVDHRLLSEEGRAQIAEDVEITADKVSDIASSIGEGVEEFTDGLGLTSLTDGERLELAEQINSALPDDLAALQLANADTKAQTKEQQLTTMASSIFCDDVDPNATVQVTSQTGEVISISYREVMVDFMSRGVDALSSFVDTVNDDSIQNVENQDVLLAAKDAAQNYLQTYNENKPLYDALENFASAPLIAKMVVEGVTDVAQATGILEKTAQAAGDLQGAAIASLQKLKAGFNKLTGSGAAKAADDKVDDVASSKGSQSPPTNNSNGNAGTGTVWDDITPTEGVYSGSSIPRSLEFSTGGETKVWVNPNATKHIAEYAQSVANNFPPNVVDLRVQEQLRSLQSAIKTATKDGIPYNERVTVDGWQLEIRAPRTADQLPTLVHARPVGSGG				NA	NA	NA	NA	NA
AK237_00006	273		COG2732	Barstar	ATGAACTTAGTGATTGATGGGCTAAAAACAAACTCAAAAGAGGAGCTGCACAAGTTAATTAAGGAATTATTCAAATTTCCTGACTATTACGGCGAAAACCTTGATGCGTTATGGGACTGTCTATTTGATTATAGGAGTCAGGAGGTTGAACTATTATGGATTAACTATTCCTATAGTTATCAAATGCTTGGTGATTACGCAGATAAAGCGTGCGCTATTTTTAAAAATGCTGCAGATGAATTTGAATCATTCAGGTTTCAGGCAACTTTTTAA	MNLVIDGLKTNSKEELHKLIKELFKFPDYYGENLDALWDCLFDYRSQEVELLWINYSYSYQMLGDYADKACAIFKNAADEFESFRFQATF				NA	NA	NA	NA	NA
AK237_00007	1185			hypothetical protein	ATGGCTACGGTAGGTGAAGGTAACGTTACCGTGGGTGGTGAAGAAGCTGAGCTTGCTGGTTTAAACCGCGATACCGAAAACACCACCAGCGAAATTTACGATGTAGACCGTCAGCAGGGCAATATTGACTTAACCGTTGACCACCGTTTGTTGAGTGAAGAGGGCAGAAAGCAGATTGCAGAAGATGCTCAGTTGGTTGCAGAGGTTGTTGTTGCTGTAAAACGTGAGATTCAGACGTGGGGAGACCAGGCGCCGAAGGATATTCAGGTATTCATCCCGGGGATAGAAGGTTTTATAGAAGAGCAAATCCGGAATGGCGCTGATATTGAGGGCTTAATTGATACCTTGCAGTCGCCTGAATTTAAGGCTGCGGCAGAGAAGCTGCAACCACTTGTGGAGCTGGTAGAAAATAATCCTGAGCTGCTGCAAGAAGCCTTGACTGCTGCAAAAGAAATACAGCCAGACCAGATAACCGTTAATGCTGATGGGTTAACCGTTGTAACGGTTACTGGCAATAAAGAGCTGCCAGTCAAGACTGAAGTGCTGCATGCGATGGGGGTAATGAATCAGGCCGTTGAAACGGTCATGCAAAGCAAGTCAGGCCAGATGGTGCAGTTGCTTGGGGCAGCATTGGGTGGATTGCCAAGGCTTGTGGCAGGTGCTGCCGTTGACCAGATTGTGGGAGATGAGCTTGCCGAGTTGCAGACGAATATAGCCGTTGCGATAGGAGCTTGGGGTACAGACAGGACATCGGCGGAGTTTAGTGAAGATGTTACTGATGAGCAACTATACAAGCATCAGGAATTCTTCCAAACGGTAGAAGGCGGTGGTAGTCTGACGATGACACTGGCGGCTATTCTGATAACAGGGAAGGTCGCTGGTGGGAAGAAGGATGGTGAACGCCAACTTCCATTTAATGATAAAGATCGTTTAACGGAAATAAATAAAACACTAGATAGAGTCGAAAATGGTGGGCCATTTCCATACGGAAAAGACGGCACTAGATTTGGCAACAATGAAGGATTATTGCCCAAAGGCAACTATTTAGAATATACCGTTGATACACCCGGAGCAGCTAATCGTGGGGCGAGGCGTATTGTAGTGGACAAAGACACCGGTAAAACATACTACACCGATGACCACTATAAATCTTTTGTTGAAATAGACCCAAATAAAAAAGGTTGA	MATVGEGNVTVGGEEAELAGLNRDTENTTSEIYDVDRQQGNIDLTVDHRLLSEEGRKQIAEDAQLVAEVVVAVKREIQTWGDQAPKDIQVFIPGIEGFIEEQIRNGADIEGLIDTLQSPEFKAAAEKLQPLVELVENNPELLQEALTAAKEIQPDQITVNADGLTVVTVTGNKELPVKTEVLHAMGVMNQAVETVMQSKSGQMVQLLGAALGGLPRLVAGAAVDQIVGDELAELQTNIAVAIGAWGTDRTSAEFSEDVTDEQLYKHQEFFQTVEGGGSLTMTLAAILITGKVAGGKKDGERQLPFNDKDRLTEINKTLDRVENGGPFPYGKDGTRFGNNEGLLPKGNYLEYTVDTPGAANRGARRIVVDKDTGKTYYTDDHYKSFVEIDPNKKG				NA	NA	NA	NA	NA
AK237_00008	306			hypothetical protein	ATGCAACAACAAATTGAACTTATAAATCAAATGTGTCGCATTCTAGCTAATGAAAAAACAGAATGGGAAAAGCTATATTTCAGAGGGGAGCTAAATATAGATGAAGGCTGGAACGAGTCTGTATTTGGTTACGAATGCGATGGAAATTTCGAATATTCATTTCTGTCGGATAGGGGGGAAGAAGAATTATCAAAAATACTAGTGCAATTGTTGGATGTAATGAAGTCTCATACTGGTGGCGTTTGGAAGGCTATGACTATAAAACTTGAGAGAGAGAAAGCAGCGGTAACAGATTTTGAATATTGA	MQQQIELINQMCRILANEKTEWEKLYFRGELNIDEGWNESVFGYECDGNFEYSFLSDRGEEELSKILVQLLDVMKSHTGGVWKAMTIKLEREKAAVTDFEY				NA	NA	NA	NA	NA
AK237_00009	3024			hypothetical protein	ATGATAAAAGTATGGGGGCCAGTGTTTGGTGATGCCCTGCAGGGCTTATCCCGCCCGGATGAGCTGGTGAGCACCGACAACGGCCAGCTGACCTTCAAAGTGGCCGATGCTCAATACGATGAAGTCAATACCACGACAACCAGTACCTCCCATAAAGCCAGTGAGTTAAACGCCAGCGGCAATATCACCTTAGATGCTATCAGTGATATCACCATTGAAGGCTCAGATATCAATGCCCAAGGTAATGCAAACGTGATTGCTCAGGGTGATGTGACCATTAAAGAAACGGTGGGTACGTTTAATGAAACCACCGATGAAACCCATGGCAGCGCAGAATTAAGTGTGGTGGTACAACATCAGGCGGTGGAAGTGGCCAAAGCGGCCAAAGCGGTGGATGAGGCCAAAGACCAGTTGAAACAAGCCGAAGCCGATTATCGCCGGTATCAAAAAGACACCGCGCAACTGGAAACCCAACTGGCACAACTTGAAGCGGATTTGGCTGCCGGCAAACCCGGTGTGACGCAGGCGGACATTAACGAAGTCGCCAGCTTACTTGACGATGTAAAAGGTGATGAAGCCTGGTATCAGGCAGGCATTGCCACCGCCAGTGCCAATGTCGCCAGTAAAGTGACCTTACTTACCCAGCAAAGTGCCGCCGCTGCACAAAGTACGGCTACCTATGGCTTTAATGCCGGGGTACAACTGGATATCGCTGCCAGCCAAACAAGCAGCAACACACACGTTACTGAATCCAGAGGCTCAAATGTTAATGCCAATAACATCAACATACTCACTGGCAACGACGGCCAAAGCGGCAGCACCCATATAGCGGGCAGTGCGCTAAATGCACAAAATACCCTAAATGTATTCACTGACGAGCTTACCCTTACCGCCAGTAAAAACACCCAACAATCAAGCAGTGACAGCCAAAGTGGCAATATCACCATCGCGCAAACATTATGGGGTGTCGCAGGCGGCCCAACCGTGAACGCCAGTTTAAACAGCAGCGAACAACAGGATAGAGCCACTACCTATACCAACAGCAGCTTAACTGCGAATACCCTGAACGTGGTGACCGCAAATGATGCCAACATCACAGGCGCCAACCTGCACGGTGAAGACAGCCTTACCCTGAATGTGGGTGGTGATTTAACCTTCACCTCAGTACAAAACCGTTACTCAGGCAGCAGTAAAGGCTTTGGTATCAGTGCAGGAGCAGGATTCTCACCAGATACAGGTGATGCAAGTAGCGCCAATGGCGGCCTAAACGCCAGCACTGGCCGCTACCAAACCACCGAAACCGCCCTCACCAGCATCACAGGCGGTAACGTTAATGTAGATGTAAACGGCAATACTGCCATCACGGGTGCCCTCATCGCAGCTATTGATGAAAATGGTGAAGATAACGGCCAATTAGATTTAACCACCGGCACCCTTAGCTACAGTGACTTAACCAATCGCAGCTACAGTAGCAACCAAAGCGCCAGTGTCAATGCGAATGTGGGGTTAACTGCTAATGCTAAACATAACCCAAGCGGGACGGACACCAAACTCAACAGTAGTAGCTACACCTATCAGAACGAGAGTAACCAAAGCCTGAGCAAAGCCATGGCTACGGTAGGTGAAGGTAACGTTACCGTGGGTGGTGAAGAAGCTGAGCTTGCTGGTTTAAACCGCGATACCGAAAACACCACCAACGAAATTTACGATGTAGACCGTCAGCAGGGCAATATTGACTTAACCGTTGACCACCGTTTGTTGAGTGAAGAGGGACGGGCGCAGATTGCTGAGGATGTCGAGATAACGGCTGACAAGGTCTCGGATATTGCCTCATCAATAGGGGAAGGTGTTGAGGAGTTCACTGATACGCTAGGTATCACAAACCTGAGTGATGACGAAAGACTAGAACTGGCAGAGCAAATCAATGAAGCTCTTCCATCAGATTTGGAAGCCCTGCAACTGGCTAGTGCTGAAATAGAAGAGCAAACCAAAGAGCAGCAACTCACAACGATGGCTAGCAATATCTTTGGTGACGAAGTCGACCCAGATGCCACAGTACAGGTAACCAGTCAAACGGGTGAAGTAATTTCAATTAGCTACCGTGAAGTTATGATTGATTTCATGGATAGGGGAGCAGACGCACTCCATAGTTTTGTTGATACCGTCAATGATGACAGTATTCAAAACGTTGAGAATCAAGATGTGTTAATGGCAGCCAAAAATGCTGCTGAAAATTACCTCGCTACCTACAATGAGAATAAGCCTCTTTATGATGCATTAGAAAACTTTGCTTCTGCCCCTCTTATTGCCAAGATGGTTACGGAAGGAGTTACAGATGTAGCCCAAGCAACAGGGATTTTAGAAAAAACTGCGCAAGTTGCTGGTGATTTACAAGGTGCCGCAATAGCCAGCTTACAGAAATTAAAGGCTGGAGTTAATAAGTTAACCGGAAGTGGTGCAGCCAAGACTGCTGATGATAAGGTTGACGATGTGGCGTCTAACGCTGATGTAATCGGTAAAGATGTTAAAACTGATACTGTAAGAATTAATACATCTAATGCTCAAAAAGGAACTCCCGAGTATGATATGTTAAATGACTTACAACCGAACACACCTTATGAACTAGACAATGGTACGACTTTCAGAACTAATGAGGCGGGCTATGTAGAAAACATTACATTTACGCCGACTTTAGAGAAAATGCCTCGTGATAGTAGACAAACTTCTGTAGGTAGGGAAGGATTAGACACTGACGTGGGAGGTCATATTCAAGCGTGCTCTTTGGGTGGCACGTGCGATAGGTATAACTTATTTCCTCAAGATCAGAATTTTAACAACAGTGCATACAAAAAATTTGAAGCTGAAATTCGAAAATCCTTAAAAAATAATGAAAGCGTTAGCGCCATTAATGTAACGTTTAAAAGAAATGATCCGAATTCTGCTAGGCCGGATTCTTTGATAATAAAGTATAAAATTAACGGCGTCCCTAAAACACGCCGATTCGAGAATAAAAAGGGTGGTTGA	MIKVWGPVFGDALQGLSRPDELVSTDNGQLTFKVADAQYDEVNTTTTSTSHKASELNASGNITLDAISDITIEGSDINAQGNANVIAQGDVTIKETVGTFNETTDETHGSAELSVVVQHQAVEVAKAAKAVDEAKDQLKQAEADYRRYQKDTAQLETQLAQLEADLAAGKPGVTQADINEVASLLDDVKGDEAWYQAGIATASANVASKVTLLTQQSAAAAQSTATYGFNAGVQLDIAASQTSSNTHVTESRGSNVNANNINILTGNDGQSGSTHIAGSALNAQNTLNVFTDELTLTASKNTQQSSSDSQSGNITIAQTLWGVAGGPTVNASLNSSEQQDRATTYTNSSLTANTLNVVTANDANITGANLHGEDSLTLNVGGDLTFTSVQNRYSGSSKGFGISAGAGFSPDTGDASSANGGLNASTGRYQTTETALTSITGGNVNVDVNGNTAITGALIAAIDENGEDNGQLDLTTGTLSYSDLTNRSYSSNQSASVNANVGLTANAKHNPSGTDTKLNSSSYTYQNESNQSLSKAMATVGEGNVTVGGEEAELAGLNRDTENTTNEIYDVDRQQGNIDLTVDHRLLSEEGRAQIAEDVEITADKVSDIASSIGEGVEEFTDTLGITNLSDDERLELAEQINEALPSDLEALQLASAEIEEQTKEQQLTTMASNIFGDEVDPDATVQVTSQTGEVISISYREVMIDFMDRGADALHSFVDTVNDDSIQNVENQDVLMAAKNAAENYLATYNENKPLYDALENFASAPLIAKMVTEGVTDVAQATGILEKTAQVAGDLQGAAIASLQKLKAGVNKLTGSGAAKTADDKVDDVASNADVIGKDVKTDTVRINTSNAQKGTPEYDMLNDLQPNTPYELDNGTTFRTNEAGYVENITFTPTLEKMPRDSRQTSVGREGLDTDVGGHIQACSLGGTCDRYNLFPQDQNFNNSAYKKFEAEIRKSLKNNESVSAINVTFKRNDPNSARPDSLIIKYKINGVPKTRRFENKKGG				NA	NA	NA	NA	NA
AK237_00010	435			hypothetical protein	TTGTCAGGTACTACTATTTCGGCCGGCAATAATATTCTGATGGATGCGGGGGATAACCTACGCCTCATCGCCAGTGACTTAGATGCCAACAACATTGGCCTCACCGCTTTTAACGATGTGCTTATCGCCTCAGGGGAAGAAAGCCGCTTACGTGAGTCACGCAGTCAGTCAGGCGGGTTGTTCAGTGGCGGCAGCTTATACGCCATCACCGAAAGTATCAATGGCAGCGCCAGCACCACGGCCAATAGCACCACCGTGAATGCCACAGGCAATATTGTGATTGATGCCGGCAGTGCCACGGTGATTGGCTCAACCCTGAATGCTGATGAAAGCATTTCAGTGTCGACCGACATTGGTGACATTCAGGTATTAGCGGCAGAAGAAGCCACGCAGACCTATTCCCATGATAAAAGTATGGGGGCCAGTGTTTGGTGA	MSGTTISAGNNILMDAGDNLRLIASDLDANNIGLTAFNDVLIASGEESRLRESRSQSGGLFSGGSLYAITESINGSASTTANSTTVNATGNIVIDAGSATVIGSTLNADESISVSTDIGDIQVLAAEEATQTYSHDKSMGASVW				NA	NA	NA	NA	NA
AK237_00011	183			hypothetical protein	ATGTTTAAAGAATATGATGTTGTAATTGCTAATAAAGCTCTTTCTGAAAATATCAAATGTGGATACTTAGGCACTATTTTAATTTGTTATGATAATTCTCTTTACGAAGTCGAATTTTTAAATGAATTCGATGAATTCGTAGGAGTTATGACTGTTTCAGAAGGTGACTTGAATAAGGTTTAA	MFKEYDVVIANKALSENIKCGYLGTILICYDNSLYEVEFLNEFDEFVGVMTVSEGDLNKV				NA	NA	NA	NA	NA
AK237_00012	453			hypothetical protein	GTGCCCGAAGGAACTGATGGATATCAAGCTGGCGAGTCGCTGACAGCGGATACTCAGACTGTCGTGCAGGATAGTAGTTGGGATAGTCATGTTCAGTTGAGTGAGAATGGTGGAGATTCGCTCAGCAAGATCGATACAAGTAAAATAAGTGTTGATACTAAATTGGAGAAATACATATTAAACAAAGAACATCCTGTTGGCGCGAGTAAAGCCAAGTGGTTTGAAGCAGCATTGGATTTTAATATTGAAAATTCAAACGAATTGTCATCTCAAATAATTTTTGATGAGCAAACTGCAGTCAAAACAGAGCTAACCCAGCACGGGCAGAAGTACAATCAAATAATACCAATTGTTGGAGCAAATGGAAGAACAATTGATGTAACTTTTGCTTGGATAAAAACTAGCAATGATAATGAAATTAAGTTAGTAACAGCTATACCATCGAAGAAATGA	MPEGTDGYQAGESLTADTQTVVQDSSWDSHVQLSENGGDSLSKIDTSKISVDTKLEKYILNKEHPVGASKAKWFEAALDFNIENSNELSSQIIFDEQTAVKTELTQHGQKYNQIIPIVGANGRTIDVTFAWIKTSNDNEIKLVTAIPSKK				NA	NA	NA	NA	NA
AK237_00013	627			hypothetical protein	GTGAATGCCAGCTTACAAACCTTCACTGATGGGGAGGCGAATGACACAGAAAGGCAAGCCGCAGCAGAAAACATAGTAGGAAATATTATACCGTGGGATGAAAGCGACCCGACACAAATTGAAACCCGCGACCAAATTGCCGCTGCTATAGGTGAACTGGCAGTCAGCGACCCACAAAAGGCAGCTGAAGCTTTGACAATGCTGGGTCAATCACCTAACGACAATTTACAAAGTAACCTTATTGCAATACCAGTTGTGTACGAGGTACTTCTGCTTCTCGGGATAGGCACGACGGGCGTAGCATCCACAGATGAAGGCCAGGAAGCCCTCAAGCACATCGCCAAAGAAACAGAGCAGCCGATTAACAATGTCGTCGACTACTTTGACCAGACACCACCATTAACTGAAAGTGAAGTGTTCGGGCAAACACTAGAATACCCGGAAGATGCTGCAAAAATGCTTGAAGTGGGCCAAGCCTACCAAATGGCAGATGGCTCAATTGTCGCGATGACAGAAAATGGCATGTTCAAAACGGGTGAAGGCAATAGTGCCCTAGACGGTTACAGCATGGTTACCACTGAGCAGCTAGGGCAGCAAGGGGGATACCTACTGATCAAGCGCCAATAG	MNASLQTFTDGEANDTERQAAAENIVGNIIPWDESDPTQIETRDQIAAAIGELAVSDPQKAAEALTMLGQSPNDNLQSNLIAIPVVYEVLLLLGIGTTGVASTDEGQEALKHIAKETEQPINNVVDYFDQTPPLTESEVFGQTLEYPEDAAKMLEVGQAYQMADGSIVAMTENGMFKTGEGNSALDGYSMVTTEQLGQQGGYLLIKRQ				NA	NA	NA	NA	NA
AK237_00014	735			hypothetical protein	ATGAAAATAGTGTATCTAGACAAAGAATGTGATTTAATCAACAGCAATTTGAATTTAAAAATCAATAATAAAACCTCCGCTTTATGGCTGAGGAGCGAATCTTTTAGCTTAGTGTCTAGCATAAAAATGTTAGAAGAAAAAATTAATCATTTAATTGGTTATTTATGGTTGACCTTTTCAACTGAGCTTGGCAGCAAAAAAATGAATGTATATAAAAGGGCTTTCGGTCATTGGCAGGTCAAAAAGAATTTAATCGTACATGAGTCAGAATATACTGATGAGAATAAAAAGCTTTGGTATTCAGATGTTGCAGAAATAACTGAATCTAGTTTACAAGATTTCTCACCAATAATTGATCGTGAGATGTTTGGTATAGATAGCTCATTATTTTATCTTCCTAAGAACTCGTGTAAGGATTTTCAAAAATTTGTTAGTCCGTTAGAGGAGTTATTTTTTAAGCGTAATTCTTCCGATAAAATTGTAGAGAACGAACTGAATGTAGGTTTTATTGAGCAACATGTTAATTTTGTCACATCAAGCGGAGGCATTGCGTTTTTAGTGATAGTAGATTCTAATAGGCAAAAAACAGTAGTTGCTTTAAGTAATCAAAATATAATGAGTGAATTAGTGCAAAGCTTTGATGGTGATTTTCAACCACATGTTCAACATAATACCGATAGTTTCATAAAAAATTCGCTCAAGGTAGGCGTTAGCCTTCCAGTATTTGGTATTTGA	MKIVYLDKECDLINSNLNLKINNKTSALWLRSESFSLVSSIKMLEEKINHLIGYLWLTFSTELGSKKMNVYKRAFGHWQVKKNLIVHESEYTDENKKLWYSDVAEITESSLQDFSPIIDREMFGIDSSLFYLPKNSCKDFQKFVSPLEELFFKRNSSDKIVENELNVGFIEQHVNFVTSSGGIAFLVIVDSNRQKTVVALSNQNIMSELVQSFDGDFQPHVQHNTDSFIKNSLKVGVSLPVFGI				NA	NA	NA	NA	NA
AK237_00015	1227			hypothetical protein	GTGACGAAAGATGAAAGCTCAAACACCAACTTATATGCCAGCACAACGGCGGTGGATACCCTACAAAACCTGGCAGAAAATCCTTCTGAGCAGTTAGGGCAATGGCAGGATAATGTCACCAGTGTAGCGGATGCGAGTGCGTGGAAGCAGGTTGTTGAGAATGGTAATACTGTCATCACCAGAACTAAGCGAGTTTACGAATCGCTTGGGACAAATCTTGATGGTTCATTTGAGCAGAAGTTAGGTCAGACAGGTGAACAACTTGTCGATGGCGTAATGGTTCAAACAGGCATGACAGAAGCGCAAGCCAATGCGTTTCTAAAAGAAAACCCTGAAATTGTTCTGATTGCTGCGCAGATTGAGATAGCCCGCGAAGGGTTAAGTGATACCGAAGCGGTAGCGTTAAATCAAGTGGGAGACGCAGTAAATGATATAACTGAGACCCAACTTGATATGGCGCTAGCGCCAGACGATGAGCAGAGCTTTACCATCAATGGCACACAGATAGACACGCCGTTAGAAAAAGCGGTCATGGTATTAGGTGATGCCCAACAGTTGATGGACAACTTATATGCATCTAACCCCGAAGCGGCAAAACTGGCAGAGCTTGCTATTGGGTTTGCTACCGGCGGTATCGTTAAAACCGCGGTTACCGAGGCGGTCAATCCTGCGATAGAAGCGGTAGTTGGCGAGCAAATGAGTGAAGCATACGAAACGGTCACCAACCATGCTGGCGCGTTAATCACTGCATCTGACGATACTGCCGAGACCTTTGCTCAGAATAAAGCGGAGACAGGGGAAGACGGCAAGCAAGCTAAAATTCAGGCGGGAGCAGGCTTTGCTATAACGAGTTTGCTTGGTGTTGAATTAGCTCGTAAAGTAGCAAAGTCTGAGAGTAAAGGATCTAAAACTAACTCTGAGCGAAGAGTTCAAAATTCAGATGATTTAACTTTAGTCAGTGAAAGAGCTGCCCGCAGACAAGCATTTAGAGAAAATAATGTACCCACTACACAAGCAAACAATTTTTCGAGGATAGAAGTGCACGGTAAGAATGAAAATTTAAAAGGGCCTAACGGTGAGCCAAGTCAGGTGATACGTACAACCGATGTCAATGGAAAGCCAGTTGAAATTCAACATCATAGTAATGGGCATCAGTTCGAAGATAGTAATACGCATGAACTACCACATTACCACGGAAAATCATCGAACCACATAAGTTACGAATAG	MTKDESSNTNLYASTTAVDTLQNLAENPSEQLGQWQDNVTSVADASAWKQVVENGNTVITRTKRVYESLGTNLDGSFEQKLGQTGEQLVDGVMVQTGMTEAQANAFLKENPEIVLIAAQIEIAREGLSDTEAVALNQVGDAVNDITETQLDMALAPDDEQSFTINGTQIDTPLEKAVMVLGDAQQLMDNLYASNPEAAKLAELAIGFATGGIVKTAVTEAVNPAIEAVVGEQMSEAYETVTNHAGALITASDDTAETFAQNKAETGEDGKQAKIQAGAGFAITSLLGVELARKVAKSESKGSKTNSERRVQNSDDLTLVSERAARRQAFRENNVPTTQANNFSRIEVHGKNENLKGPNGEPSQVIRTTDVNGKPVEIQHHSNGHQFEDSNTHELPHYHGKSSNHISYE				NA	NA	NA	NA	NA
AK237_00016	360			hypothetical protein	ATGAAATATCGTTTTTTACCAGCCGTTACTGTTCTGTTATTTGCCTGCCAACCCGAAAACAATATGGCAGGATTAGATCGGGTATACGTAACACCAGTTTCCTTATCTTGTGTCGCGCAAAGCATAAAAGACGAACCCTTCATCACTGATTTTTCCGAACAGAAAGACGTTTTTCATTTTTCCATCGATGGGTATAACACACGCATGTTAAACAAGACCCTCGAAGGAAAGATATCCGGCTACGCGATGACCATTGATGGCATGCACAAAGGCGACGAGCCCAACACGTTCTACAAGAAAGTGCGAGACATGGAAACGCAGATTTATACACATATAACAGAGCGCTGCTATTCCAAATAA	MKYRFLPAVTVLLFACQPENNMAGLDRVYVTPVSLSCVAQSIKDEPFITDFSEQKDVFHFSIDGYNTRMLNKTLEGKISGYAMTIDGMHKGDEPNTFYKKVRDMETQIYTHITERCYSK				NA	NA	NA	NA	NA
AK237_00017	1515	dapE_1		Succinyl-diaminopimelate desuccinylase	ATGAAAGGACGTTTCTTCACTACCCGCTTAATTCATATCGCTGCTGCGCTTAGCTTGCTCAGCCCTGCGGCGTATGCCGACACTGACAAAGCCGCAAAGGCAATCTTACCTGAGTTTCTGCATTATTTGACGTTACCCAACGTTGCCAAACAGTCGCCAAACGACATTCGAGCAGTAGCCGAGTGGACAAAAGCGACGTACATCAAGCATGGCGTAGACGCTAAATTACTTCCAGATGGTGCGACACCTATGGTCTACGCCCATTACAGTGAAGCTGGTTCTGATGCTCCAACGATTTTGTTTTACGCACATATGGATGGACAGGCAGTAAATCCGAAAGAATGGCATCAGGAAAGTCCTTGGCGTCCAGTGCTTAAAGTGGAAGACGAAGGCAAATGGATGAGTCAGCCGATTACAGCGTTAGACTTCACTATTGACCCCGAATGGCGTGTTTTTGCGCGTTCAGCCTCCGACGACAAAGCGCCGATAATGATGACTTTAGCTGCCATTGATGCACTAAAAATGAATAACGAGAAGCCTGCAATAAATATTAAAGTGCTATTGGATTCTCATGAAGAAGGCGGCCCCCCAACACTTATTGATGTTATAAAGCGCAATAAAGCGTTACTCGCGGCCGATGGCGTTATCATGTTGGATGGCCCTATGCATCCAAGCAATCGCCCCACCGTGGTATTTGGCCATCGAGGTGCATCGATGGTTAGGTTAACCGTTTTTGGCCCTAAAGCAGATAGCCACAGTGGACACTATGGTAACTATGCCCCCAACCCTGCTTTTAAACTCGCTCAGTTATTGGCGAAAATGAAAAATGAGGCTGGTCGTGTCACGATCCCCCATTTTTACGATGCAGTTACTTTTTCATCAGCATATGCCGATGCCCTTGATAATGTACCAATGGATGAAGGAGCGCTAAAACAACGTCTGGGTATTGCTGAGGTAGAAGCAGTTGGCTCAAACTATCAGCGCGCAATAAATTACCCGTCACTAAATATTAACGGATTAAGTGCTGCCAGTACCGAAGAGACGCGTACAGTGATCCCCGCGACGGCAACCGTCACGATTGACATTCGTACCACCCAAACGGCAACCGCTGAGCGCCAAATAGCGCTGGTCAGAGATTTTATCGCCGCTCAGGGATATCATTTTGTTAATGACGCTCCTACAGATGCAGAGAGAACTAAATATCCTGACATAGTGCGTTTCTCAGCTTTTGCAGGCACCGCAGCCTTACAAACTCCTTTAAATGAACCGTTAGGCACGTGGGTGTTAAGTGCGTTAGCAAAAGTAGATGGTGATACGCCAATTACTATACCCATGATGGGCGGTACGGTACCAACATCGCCGCTGATCGAAGGATTGGGGAAACCGGTTATCCTTCTGCCTTTGGTTAATGCGGATAACAATCAACATGCGGCCAATGAAAACCTTCGTTTAGGTAACTTCTTCAGCGGTACAGCTTCGCTATACCAGCTTTTTACCACACCTTTGGCAAATTAA	MKGRFFTTRLIHIAAALSLLSPAAYADTDKAAKAILPEFLHYLTLPNVAKQSPNDIRAVAEWTKATYIKHGVDAKLLPDGATPMVYAHYSEAGSDAPTILFYAHMDGQAVNPKEWHQESPWRPVLKVEDEGKWMSQPITALDFTIDPEWRVFARSASDDKAPIMMTLAAIDALKMNNEKPAINIKVLLDSHEEGGPPTLIDVIKRNKALLAADGVIMLDGPMHPSNRPTVVFGHRGASMVRLTVFGPKADSHSGHYGNYAPNPAFKLAQLLAKMKNEAGRVTIPHFYDAVTFSSAYADALDNVPMDEGALKQRLGIAEVEAVGSNYQRAINYPSLNINGLSAASTEETRTVIPATATVTIDIRTTQTATAERQIALVRDFIAAQGYHFVNDAPTDAERTKYPDIVRFSAFAGTAALQTPLNEPLGTWVLSALAKVDGDTPITIPMMGGTVPTSPLIEGLGKPVILLPLVNADNNQHAANENLRLGNFFSGTASLYQLFTTPLAN				NA	NA	NA	NA	NA
AK237_00018	1269			hypothetical protein	ATGAAAAAAGGAATTACCCTGGCAGCTGTGGCTGTAGCAGTTGCAGTCGGCGGTACATGGTTTACTAAAGAAGCTTATCTATCAGCCGCCACGGATGCCCTCGCCCGTACAGCCGAGAAGCAGTCAGAGTTTGGCGTTAAAAATATTGTTCGCACGTCTGGCGAACAAGGCTTCTTCAGCGTAAAAGACAGTTACACTATAACGTTTCCAGCCGCTTTAAGACAAGCTTTTGACTTCCAGTACGACGGCGTCGACGATATCGCTATCATTGTTAATAATGATTGCACCGTTTTCCCCTTCTTAATGCGATGCGAGAGTACGTTTAGTTCAGAGAACATACCTACGCTAGATAAGCTGTCAGAAATCTTTAATGATTATCCCCGTCAGGCCGGCTGGCAGTTGAGCCCACTTACCAATTCTATTTCGATGTTCTTTGAAGGTGAAGCATACAGTGCCAGTCGTGATGGCGAAGAAATGTCCGTTGGCGAAATTCACTTTGACAGCAGCGTCGATTTAGCACTGTCCAATTTTGAATTTAGCGCAGATATCGACTCTGTAACGATTGTGGACGGGGATGAAACCACCAAAATAGAAAATGTGTCGATGTCCAGTGATTTAACCGATGTGCAGAAACACGCCTGGATCGGTGAAAGTGCATTTTCAGTCGGTTTAGTCGATGTAAAGGCCGCGTCAGGCACAGCATTTCGATTAGAGGACATGGTTGCTCACAGTGACACATCGAAATACAAAGAAGATCAATATCAAATCCAATATAACATTGCGACACAGTTAATAGCGATAAACGACGGCATGACGGCAATTGATGCCAAAGACTTTAATTTTGATATGCATATGTATGGTATCACTGTTAAAGCACTGGATTTGATTAACGAATATGAACAGCACAACAATCCTGAAAAATTGGTGGAAGTTGCTAACGAATTAGGAAAAGGCGAACCAGGATTAACGATTAACGATATTTCTGTCAAGGTGAACGACACGTCGTTGAGCGCCAACACTGACGTGAAATTAGCGCCTTTTACCTTTGACGATATTGAATCGATGGCGATTGCACAGAAAATCGATTTAACCTTTCATGCTGATGTAGGCAGTTCGGTCAATAATGATTTACCTCAACTTGTCCCTATGCTTGAGCAATATGTTGTTGCAGGCATGGTTAAAAAAGACAGTGACGGTAATTATGTATCGGACATTACATTAAAAGACGGTGCCCTTACTGCTAATGGCAATATGCTGTCGCAAATGTAA	MKKGITLAAVAVAVAVGGTWFTKEAYLSAATDALARTAEKQSEFGVKNIVRTSGEQGFFSVKDSYTITFPAALRQAFDFQYDGVDDIAIIVNNDCTVFPFLMRCESTFSSENIPTLDKLSEIFNDYPRQAGWQLSPLTNSISMFFEGEAYSASRDGEEMSVGEIHFDSSVDLALSNFEFSADIDSVTIVDGDETTKIENVSMSSDLTDVQKHAWIGESAFSVGLVDVKAASGTAFRLEDMVAHSDTSKYKEDQYQIQYNIATQLIAINDGMTAIDAKDFNFDMHMYGITVKALDLINEYEQHNNPEKLVEVANELGKGEPGLTINDISVKVNDTSLSANTDVKLAPFTFDDIESMAIAQKIDLTFHADVGSSVNNDLPQLVPMLEQYVVAGMVKKDSDGNYVSDITLKDGALTANGNMLSQM				NA	NA	NA	NA	NA
AK237_00019	2985			hypothetical protein	ATGAAAAAGGAAAGAGCACGTTTCGCGGCACGCTATCTCTCCAAGCAAATAAGACAATCATGGAAAGCGACGTCTTTTGTCGCGCCTTTATGCTTAGCTACAGCAGTACTCTCTTCGCCTGCATTGGCGCAACAACAAACCGGTAGTATTAAAGGCCAGGTTACCGCCGGCGACGGCAACACCCGTGTCGCGGGTATTCAGGTAGTGGCGACCAGTTCGGTTATGCCCAAGGCCCGTTCTGCGACTACACGGGAAGATGGCTCGTTTACCATGCCGTTCTTGTTACCCGGTGAGTATGACGTCACCTTCACACTACCGAACGGTCAAACAAAAGTGTTTTCTACCCGGGTCTTACTTGAGCAGGCCTCTACGATAAGTTTTGTCTACTCACCGGATGATACCGAAGTAATTACCATCACAGGGAGTCCGTTTGTAACGACCGGAGATTCTTCTCTGACCAACTCTTTTGGTGCAGACGTTATTCAGTCGTTACCCACGGGACAAACTTACCGGGATATGCTCAAAATTTTGCCCGGGGTTGAATATTCTGAAAACGGTACGCTAGGCCCGTCTGCAGGTGGTTCTGGCGTAGATAACAGCTATGGATTTGATGGTGTGGATTTGTCCATGCCGATGTTCGGAAACTTGTCTTCTGAGCCATCAACCCATGATATCGCCAGTGTGTCGGTAGATCGGGGGGGCGCAAAGGCTGTTGGCTTCAACCGAGCCGGTGGCTTTGCAGTTAACTCTGTGTCTAAATCAGGTACCAATGAGTTTCATGGCAGTGTTGAATATCGTATCCAACCCTCGTCCTTCGCCGCTACACCTAAAGACGGCGTAGAGCAAGAAACTGATAACAGCTGGATTGTTGCTTCAGTTAGCGGCCCGCTTATTGAAGATGAACTGTTTTTCTACGGGTCTTTCTATCGCCCTGTAGAAGACGGCACCAGTAAACGCACAGCATACGGTGAAACGAAAGACTTTAGCAGTGAGCGAAATGAATACTTTGGTAAGCTAACCTGGGCACCAACTGATGATGTGTTGTTAAATGCCAGTATTCGTGATTCTGAACGTAGTGTGGAAGGTGAGTCAATTGGCGAATTTGAGGCTGATAGCGTCTCTGTTGGCGGTGAATCTGATTTAACGATCATTTCAGTTGATGGCTCCTGGATAATTGGCGAGTCCAGCCTGTCGTTTAAGTACGGGAAATATAAAGAGGACTATGTTGATACACCAGATACTGAGCTTACCAGTGTAACACCAGTTATTGGTGATTCCCTCGATTTGTCTCGCCTTGATGAACTGGGTTACTTAAGTGTGCCGAGCATTCGTGACGGCGATTTAAGCGTAGACGACATTCAGTTTAATGCTGGGGCAGCGCCATTAGTTGAACAATATGGTTATGTAGATGAAAGCGGAAACCGCGTCGGTGGCGGTGGGGTTGGGGCTTATTCTGAGTATAATTCCCAGGCGTTCGAACGTGAAAGTTTCGAATTAGCATTCGATACCGAAAAAATGTTTGGTAATACCTACCACACTATTCATGCTGGCTTTAAATGGGAAGAAATATCTGAAGAGTTAGCAAGATTGTCTAATGGTTGGGGAGTAATTCGCTACCTGGGTGGGATTGATGCGGAATACCCGGGTGCTTACTATGTGGCGACTGTGCAACAAATGAGTTTGCCAATAGAGGGTTCGGTTACGCCGTCACTCGTATCCTCTGCGGAGTCATTTAACTTTGAAATAAACGATACCATTGAGCATGGCGACTTTACCTATAATGTGGGCGTGCTGGTATCAAAAGACGTACTTTATGGGCAAGGGTTAGCGGAAAACAGCGACTCGGTATCAGGTTATGAAAACGCACCTGGTAATAAGTACAAAATGTACACGGTGGATTGGAAGGATATGATACAGCCGAGGTTAGGCGTAACCTGGCAGTATGCTGATGAAAGTACGGTTTTCGCTAACTACGCCAGCTATAACCCCAGCGCCAGTTCATTAGCGCGGGCGGCCTCCTGGGATAGAAATTCCGCGGCAAGTATAGAAGTGCAATTTGACGAAAACGGAGAATACCTCACATCAGGTGAGAAACCCGGTTCTTCAGGAAAATTCTTTGCAGATAACATGAAACCGCGTCGTATTGACGAATACACCTTAGGGACGACCCGCGCCGTTAGCAATAACCTTATGCTTCGTTCTCATGTACGTTTCCGTTACGGTAGCCACTTCTGGGAAGATATGCCTAATAATGCTCGTTTATTTGGCGAATATGAAGGTGGTGCGGTACCTGCAGATATTGCCGCTAAAGGATTGTACATCGACAATCTGGATGAACTTCGCGCCGAACTTGGTGGCTCTTCTTATGTGGTAGCAGAGGTAGATGGCGGACAAACCAAGTATTGGGAATGGAGCACAGAAGCTGAGTGGTTTGGTGAAAGCACTTACCTCAATGCCTCTTATACATGGAGCCATTATTACGGTAACTTTGACCAGGACAGCACCACCACAACGAACGATGCAAACACCTTTATCGGTTCTTCCTATTATGGTGACGGTATTGGCCGTATGCCCTGGGATAATCGCTACGGTAACCTGATAGGCGATAAACCCCATAAAGTAAAAGTCTTTGGTTACTACACAACAGATTGGGATGCCAATATCGGTGCCTACTTTATCTTCCAGTCCGGTGAAGCCTGGACGGCGTGGGACGGTACACCCTACGGTTCTGCATCAGGTGTAAGTCGTTACGCGGAACCAGCAGGTAGCCGACGTGGGGCAAGTCACTGGCAGTTAGATCTTAATTATACGCAAGATTGGGATATCAGCGATTACACGCTCAAATTCCGTGCAGACTTGTTTAACGTATTCAACAAGCAAACTGGCTATAACTATAATCCGTACGTCGTTGAGGAAGAATTCGGGCAAGCACGGGATTACTATAATCCTCGTCGACTACAGTTATCTGTGACCATGCAATTCTAA	MKKERARFAARYLSKQIRQSWKATSFVAPLCLATAVLSSPALAQQQTGSIKGQVTAGDGNTRVAGIQVVATSSVMPKARSATTREDGSFTMPFLLPGEYDVTFTLPNGQTKVFSTRVLLEQASTISFVYSPDDTEVITITGSPFVTTGDSSLTNSFGADVIQSLPTGQTYRDMLKILPGVEYSENGTLGPSAGGSGVDNSYGFDGVDLSMPMFGNLSSEPSTHDIASVSVDRGGAKAVGFNRAGGFAVNSVSKSGTNEFHGSVEYRIQPSSFAATPKDGVEQETDNSWIVASVSGPLIEDELFFYGSFYRPVEDGTSKRTAYGETKDFSSERNEYFGKLTWAPTDDVLLNASIRDSERSVEGESIGEFEADSVSVGGESDLTIISVDGSWIIGESSLSFKYGKYKEDYVDTPDTELTSVTPVIGDSLDLSRLDELGYLSVPSIRDGDLSVDDIQFNAGAAPLVEQYGYVDESGNRVGGGGVGAYSEYNSQAFERESFELAFDTEKMFGNTYHTIHAGFKWEEISEELARLSNGWGVIRYLGGIDAEYPGAYYVATVQQMSLPIEGSVTPSLVSSAESFNFEINDTIEHGDFTYNVGVLVSKDVLYGQGLAENSDSVSGYENAPGNKYKMYTVDWKDMIQPRLGVTWQYADESTVFANYASYNPSASSLARAASWDRNSAASIEVQFDENGEYLTSGEKPGSSGKFFADNMKPRRIDEYTLGTTRAVSNNLMLRSHVRFRYGSHFWEDMPNNARLFGEYEGGAVPADIAAKGLYIDNLDELRAELGGSSYVVAEVDGGQTKYWEWSTEAEWFGESTYLNASYTWSHYYGNFDQDSTTTTNDANTFIGSSYYGDGIGRMPWDNRYGNLIGDKPHKVKVFGYYTTDWDANIGAYFIFQSGEAWTAWDGTPYGSASGVSRYAEPAGSRRGASHWQLDLNYTQDWDISDYTLKFRADLFNVFNKQTGYNYNPYVVEEEFGQARDYYNPRRLQLSVTMQF				NA	NA	NA	NA	NA
AK237_00020	357			hypothetical protein	ATGTCAGATGAAATTAAGTCAAGTCATGCAAAAGTAATCGCTGAACTCATCGAGCAATCTTCACATTGGAAGCTGCAGCCAGAGAAGAAGTCGCCATTTAAGTCTAAAGATGAAGCATTTGCTTACATAGAGTCGCATAATGAGCCACTTTATATCTCTGTGCCTGTTAATGGTGATGACGCGCCTATGTTGGTGCGTGTAACAAGTCATGACGACGATGTTGAACTGGAAACCGTTGCGTTAGAAAATAAACAGCAAAGTAAAGTACACCACTCCCACCTTAAGCTCATTGAGAGTACGGTAACAGAATTAGTAAATGCACAACTACCGGAAGGAAAAAAAGCGGCTTCTTTTTAG	MSDEIKSSHAKVIAELIEQSSHWKLQPEKKSPFKSKDEAFAYIESHNEPLYISVPVNGDDAPMLVRVTSHDDDVELETVALENKQQSKVHHSHLKLIESTVTELVNAQLPEGKKAASF				NA	NA	NA	NA	NA
AK237_00021	423	uspA2	COG0589	Universal stress protein A	ATGTCTGCTTACGAATCGATTCTGGTTGCCATCGATATTTTTTCTGATTACGAAAAAGTTGTACATCGTGCCATGCAGCTTGCAGGAAACAATATCAGGCTAAATTTGCTATACGTTGTTTACCCGCAAACCAGCATAGAACCTTATGGATTATTTCTGGAAAGCGATTTTTCTGATGAAATATGCCAGCAAGCGAAAGAGAAATTAGAAGGCATTGCCCACCGTAACAATATTCCAGTCTCACATACCCATGTAGTGGTGGGCGCCGCCGCCGATGAGATCCACCAGGCAGCGCAGAAATTAGGGTGTGACTTAATTGTAATTGGTACCCACGGTCGTAGCGGAATGCGTTTACTTTTAGGCTCCACAGCAAACGCTGTGCTGCACGGCGTGCAATCTGACGTGCTCGCCGTGAAGGTATAG	MSAYESILVAIDIFSDYEKVVHRAMQLAGNNIRLNLLYVVYPQTSIEPYGLFLESDFSDEICQQAKEKLEGIAHRNNIPVSHTHVVVGAAADEIHQAAQKLGCDLIVIGTHGRSGMRLLLGSTANAVLHGVQSDVLAVKV	PGPT0014970_671	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	UNIVERSAL_STRESS_RESPONSE	STRESS_SIGNALLING_PROTEINS	OTHER_STRESS_RESPONSE_PROTEINS,PGPT0014970-uspA-K06149	NA	NA
AK237_00022	1629			hypothetical protein	ATGCGAAACGCCATCCTTCTTAGCTTGTTAATTGTTGTCATTGCTAACATTGCCCTGGCTTTCCTCTGGCAACAGTTTGTATGGGTACTGCCTCTTACATTGCTATGCTTAACAACGGCCATCTACGACGTTTTACAAAAACACCATTCTATCTTAAAAAACTTTCCTTTTATTGGTAGAGGGCGGTGGCTTGTCGAAGGCTTACGACCGTTTATCCAGCAGTACCTGCTTGAGTCTGAAACAGATGGAAAACCGATTAGTCGTATGTATCGTTCCATCGTTTACCAACGCGCTAAGAATGCGACAGACAGTTCACCTTTCGGCACGCAGCTGGACACTTATGAAAATGGTTACGAATGGATAGGTCATTCATTGTCAGCAATGGAAATCGATGAAATGGAAGAGGATCCGCGGGTAACCATTGGCAATGAGGCGTGCAAACAGCCCTATCAGGCAAGTATTCTTAATATCTCTGCGATGAGTTTTGGCGCTTTGAGTGCGAATGCGGTACAAGCACTCAACAAAGGAGCGGCAAAAGGCGGGTTTTATCACAATACCGGAGAAGGTGGCCTTACGCCCTATCACCTAGACAATGGGGGAGACGTCGTTTGGCAAATAGGAACCGGGTATTTTGGCTGTAGAGACAAAGACGGCGCGTTTGATGCCACTTTATTTGCTCAAAAAGCGGTACATCCTAATGTGAAAATGATAGAAATCAAGTTGTCACAGGGCGCTAAGCCAGGGCACGGTGGCATCTTACCTGCTGATAAAAATACGCCGGAGATTGCTGAGATAAGAGGCGTAGAGCAAGCTACGCAAGTAGACTCGCCTCCGCGACACACTGCCTTTTCAACGCCACTTGAAATGATGTCATTTATTCAAACACTGCGTGAACTCTCTGAGGGTAAGCCAATTGGAATTAAATTATCACTAGGCCGTAAAAGTGAATTCGCGGCAATTTGTAAGGCAATGGTGCAAACCCGCATTTATCCAGACTTTATCACGGTAGATGGCGGTGAAGGAGGCACTGGCGCAGCTCCTCTTGAATACGCCAATTCAATAGGTTTTCCTTTACGTGAGGCGCTGGCATTTATCGACGATTGCCTGATTGGCTTCGATTTAAGAAAGCACGTAAAAATTATCGCGTCGGGCAAAGTGTTTACAGCATTCGATATTGTGAAAAACTTAAGTTTAGGGGCTGATTTATGTAATAGCGCGAGAGGCATGATGCTTGCGCTTGGCTGCGTACAGTCGCTGTCTTGTAATACCAATAAATGTCCGACGGGGGTTGCCACTCAGGATCCCAAGCTGGCGCGGGGTTTAGTCGTCGAAGATAAGTTCGAGCGCGTATATCGTTTTCATCATAAAACGGTGAATGCGTTTATGGATATTTTGTCATCAACGGGGCACGAGTCACATGCTGCGCTTAACCGTACTCATGTATTTCGTCGTGTAAATCAAACGCAGGTCTTACGATACGATGAAATTTTCCCGCTGGTAAAACGAGGAAGCTTTCTTACCGATAAAATTGCTGAGAAGTTTAAGCTTCATGTTGATGAAGCCAGCGCAAGGAGTTTTATGCCAGTAAGCCATTTAGCAAAAATAGAAGAAGATACGAAAGCGGTATAA	MRNAILLSLLIVVIANIALAFLWQQFVWVLPLTLLCLTTAIYDVLQKHHSILKNFPFIGRGRWLVEGLRPFIQQYLLESETDGKPISRMYRSIVYQRAKNATDSSPFGTQLDTYENGYEWIGHSLSAMEIDEMEEDPRVTIGNEACKQPYQASILNISAMSFGALSANAVQALNKGAAKGGFYHNTGEGGLTPYHLDNGGDVVWQIGTGYFGCRDKDGAFDATLFAQKAVHPNVKMIEIKLSQGAKPGHGGILPADKNTPEIAEIRGVEQATQVDSPPRHTAFSTPLEMMSFIQTLRELSEGKPIGIKLSLGRKSEFAAICKAMVQTRIYPDFITVDGGEGGTGAAPLEYANSIGFPLREALAFIDDCLIGFDLRKHVKIIASGKVFTAFDIVKNLSLGADLCNSARGMMLALGCVQSLSCNTNKCPTGVATQDPKLARGLVVEDKFERVYRFHHKTVNAFMDILSSTGHESHAALNRTHVFRRVNQTQVLRYDEIFPLVKRGSFLTDKIAEKFKLHVDEASARSFMPVSHLAKIEEDTKAV	PGPT0014521_1	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_HERBICIDIAL_STRESS	HERBICIDIAL_STRESS-PARAQUAT_STRESS_REDUCTION,PGPT0014521-yerD-NA	NA	NA
AK237_00023	978	menH_1		2-succinyl-6-hydroxy-2,4-cyclohexadiene-1-carboxylate synthase	ATGTGGCTACTTCTCCTTACTGCGCTACTTGCCATCGTGCTTTGGAAAACTTATCCAGGGATTGGTCACCTGATACTCAGATGTCGTGAGACCTGGTTATTGAAGCGCGCCGGTTGCCGCAAAGTTACTTACCATATAAATGGTGTGCCGGTTGTGTGCTATGACAATAAACAACGCAAACCGCTTCTACTTTTACTGCATGGACTGACCGCCGATAAGTCGGTCTGGTTAGCAATGCTGGCGGACCTCGGTCAGCACTTTCGTGTTGTAGTGCCCGATTTACTCGGCCACGGGGAAACACGCTATTCAAAAGCGTATCGCTATGACGTTCAGTCGCAGGCACAAATCGTTAACGCGCTGATTTGGCATGTAGGCACAACCAAGGCGCACATAATGGGCAGCAGTATGGGGGGTCACATTGCGGCTTATTTAGCAAGTACCTATCCACAAACCATTAAGAGTTGTACGCTATTGAGTCCTGCCGGCCGACCCGCGCCAGTACCCAGCGAAATGGACAGACTACTTAAACGAAATATTAATCCATTTCTAGTGCACGGCAGACGGGGTTACTACAAATTACTGGGGATGGCCATGGCTAAGCCGCCTTACCTGCCCTTTCCGGTTAAAGACGCCCTCTGTGCGCTTCACATTGAAAAAACTCCGGCCTTTGAGCATGTCATGCATGATTATCTGAAAGGCGGCAATCTCAGCTACCAGCACGTTGCGCGGATATCCTGTCCCACGCTGGTGGTTTGGGGTGACAAGGACGATATCATAGACAGTTCTGCGTTAGACCAGTGGCGACTCGCCTTTACATGTGTAAACAGCACTCAGTCGTTCCATGATGTTGGCCATCTGCCAATGGTCGAATCACCTCGTCGCGTATTTTATACTTTTATGCATTTTTATGAACATTGTTGTCTTAAGACGCCCACCTCTACTTCGCCGTCAGGTCATAGCAAACAAAATGCGGGTTAA	MWLLLLTALLAIVLWKTYPGIGHLILRCRETWLLKRAGCRKVTYHINGVPVVCYDNKQRKPLLLLLHGLTADKSVWLAMLADLGQHFRVVVPDLLGHGETRYSKAYRYDVQSQAQIVNALIWHVGTTKAHIMGSSMGGHIAAYLASTYPQTIKSCTLLSPAGRPAPVPSEMDRLLKRNINPFLVHGRRGYYKLLGMAMAKPPYLPFPVKDALCALHIEKTPAFEHVMHDYLKGGNLSYQHVARISCPTLVVWGDKDDIIDSSALDQWRLAFTCVNSTQSFHDVGHLPMVESPRRVFYTFMHFYEHCCLKTPTSTSPSGHSKQNAG				NA	NA	NA	NA	NA
AK237_00024	1578	ybaL	COG1226	Putative cation/proton antiporter YbaL	ATGGAATATACATTTCTTCTTTTCGCTTTCGTCTGTGGCCTGTCAGTAAAAATGATAGGTATTCCTCCACTTGTTGGCTATCTGGTAGCAGGGTTTATTCTGAACGCCGCCGGATACCAAATGAGTGATTCGCTTCAGAATATTGCCGACTTAGGCATTACCATCATGCTGTTTACGATAGGCCTGAAACTTAATGTCAGAGACTTAAGTAAACGGGAGGTATGGGCTGGCAGTATAGCGCATACGCTTATTTGGGTAGGTGCAGTTGCAGGTGCATTATATTTGTTAGCCTCTATTGCTGCGGTGTTATTCGGAGACGTTTCTTTTGAGTCTGCACTGCTCATCGCCTTCGCGTTAAGTTTCAGTAGCACCGTGTGTGTCATTAAAGTACTGGAAGAAAGTGGTGAAAGTAAAACGCGTCATGGAAAACTGGCAATTGGCATTCTGGTTATGCAAGACGTTTTTGCGGTGGTCTTCTTAGTTGCCGCAACAGGTAAATTGCCGTCTGTTTATGCCCTGGGTCTGCTTGCTGTATTTCCTCTTATGCCATTACTTAATCGCATCATTGATAAGTCAGGGCATGGCGAGCTACTGCCGTTAACCGGCTTTGTCCTTGCACTTGGTGGCTATCACGTTTTCGATCTCGTCAATATTAAAGGCGACTTGGGAGCTCTATTAACCGGTATTTTGCTCGCTAAGCATCCCAAAGCCACTGAGCTGTCGAAGTCATTACTTTCGTTTAAAGATTTATTTTTAATTGGTTTTTTCCTTTCGATAGGCCTGACCGCCCTACCCGATTTCAATATGATCATAGCGGCCTTGATCCTATGCATCTTCCTGGCAGTGAAAGCCGCGCTGTTCTTCGGCCTGTTCACCTGGCTAAGACTACGGGCGCGCACCAGCTACCTCACGTCATTAGTACTTGGTAATTACAGTGAGTTCGGTCTCATCGTTGCGGCACTGGCAGTTAGTTTGGGCATGCTAAGCGAGAGCTGGCTGGTGATCATCGCTTTGGCGGTTTCCATTTCATTTGTAGTCACAAGTATCATGTACCGTAACAGCCATAGCCGTTACTTAAAGATAAAGCACTTCATTCAGCGATATGAAAGTTCACGCCGTTTAAAAGAAGATATTTACCCTGTGGTTACTAACGCCGAATTTCTCGTTATTGGTATGGGCCGCGTAGGACTCGGCGCTTTCAATTCTCTGCATAAGTTAGCAGACTCGGCGGTATGGGGAATGGACGCTGACAGAGTAAAAATTCAGCGCTTACAACAAGAAGGATTAAACGTTATCTGCGGCGACGGGGAAGATGTTGACTTGTGGGAAAATTTAGATACCTCGAACGTCAAATTAATCTTGCTCGCGCTCCCGTCTATCGAAGATGCCGTGAATATTACCAAGCAATTACAATTCTCGGGTTATTCAGGAAAGATAGCGGCTATCGCAAGGTATGAAGATGAGGTAGAAACGCTATTGAGTAAAGGTGTCGATAAAGTATTTAACTTTTTCACCGAAGCAGGGCTTGGTTTTGCCGAAGAATCATTGGCTTACGTGAACGATCCGGGTGTTAAATAG	MEYTFLLFAFVCGLSVKMIGIPPLVGYLVAGFILNAAGYQMSDSLQNIADLGITIMLFTIGLKLNVRDLSKREVWAGSIAHTLIWVGAVAGALYLLASIAAVLFGDVSFESALLIAFALSFSSTVCVIKVLEESGESKTRHGKLAIGILVMQDVFAVVFLVAATGKLPSVYALGLLAVFPLMPLLNRIIDKSGHGELLPLTGFVLALGGYHVFDLVNIKGDLGALLTGILLAKHPKATELSKSLLSFKDLFLIGFFLSIGLTALPDFNMIIAALILCIFLAVKAALFFGLFTWLRLRARTSYLTSLVLGNYSEFGLIVAALAVSLGMLSESWLVIIALAVSISFVVTSIMYRNSHSRYLKIKHFIQRYESSRRLKEDIYPVVTNAEFLVIGMGRVGLGAFNSLHKLADSAVWGMDADRVKIQRLQQEGLNVICGDGEDVDLWENLDTSNVKLILLALPSIEDAVNITKQLQFSGYSGKIAAIARYEDEVETLLSKGVDKVFNFFTEAGLGFAEESLAYVNDPGVK	PGPT0013800_501	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-POTASSIUM_TRANSPORT,PGPT0013800-kefC-K11745	NA	NA
AK237_00025	477	bfr_1	COG2193	Bacterioferritin	ATGAAAGGCGATAAACAAGTCATCGCAAAGCTAAACGAAGTATTAACCAGTGAACTGACGTCCATCAACCAGTACTTTCTGCATGCGCGTATGTTCAAAAACTGGGGCTTTGGCGAGTTAAACGAAAAGAATTACAAAAAGTCGATCAAAGATATGAAACAGGCCGATGCCATCATTGAGCGTGTTTTGTTTCTTGAAGGACTACCCAATTTGCAAGCGCTAGGCAAGCTTTACATTGGTGAAGACACCGTTGAAATGCTCAACTGCGACAGCCGATTCCAATTGGAGCAAATCCCGCTGCTTAAGGATGCCATTAAGCTGTGTGAAGAGAAGCAGGATTACGTTAGTCGTGACTTGCTGGAAGATATTCTTGAATACGAAGAAGAGCATCTTGATTGGATTGAAACCCAGGAGTATCAGATCGGCGCAATGGGTCTTGAAACTTACCTACTCAAACAGATTGAGGGAGATGACTAA	MKGDKQVIAKLNEVLTSELTSINQYFLHARMFKNWGFGELNEKNYKKSIKDMKQADAIIERVLFLEGLPNLQALGKLYIGEDTVEMLNCDSRFQLEQIPLLKDAIKLCEEKQDYVSRDLLEDILEYEEEHLDWIETQEYQIGAMGLETYLLKQIEGDD	PGPT0003965_1948	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_IRON_RESISTANCE	IRON_RESISTANCE-RELATED_PROTEINS_FERRITIN,PGPT0003965-bfr-K03594	NA	NA
AK237_00026	468	bfr_2		Bacterioferritin	ATGAAAGGCAATCAAACCATCATTAACGCATTAAACGAATTACTATCTTACGAGCTGGCAGCCATGGATCAGTATTTCATTCACTCTCAAATGTATTTGGATTGGGGGTTAAATAAGTTGTACGAGCGTATCGATCATGAATTTGACGATGAACGTGGACATGCAACGAAACTTATCGAGCGTATGTTGTTCCTGGAAGGCAAGCCAGATATGCAAACCCGCACAGGTTTTCAGGTAGGTGAAGATGTTCCTGCGATGCTTGAAAGCGACTTGCGTGTTGAATACGAAGTTGACGCCAAGCTAAAAGAAGTTATCGCGTTATGTGAAACTGAGAAAGACTATGTGACGCGCGATATGCTTATTGAATTACTCGATGACACGGAAATGGACCACGCTCATTGGTTAGAGCAGCAGTTAGGCCTGATCAAGCGTCTGGGTCTACCATTATACATGAATTCACAAATGTAA	MKGNQTIINALNELLSYELAAMDQYFIHSQMYLDWGLNKLYERIDHEFDDERGHATKLIERMLFLEGKPDMQTRTGFQVGEDVPAMLESDLRVEYEVDAKLKEVIALCETEKDYVTRDMLIELLDDTEMDHAHWLEQQLGLIKRLGLPLYMNSQM	PGPT0003965_2475	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_IRON_RESISTANCE	IRON_RESISTANCE-RELATED_PROTEINS_FERRITIN,PGPT0003965-bfr-K03594	NA	NA
AK237_00027	453			hypothetical protein	ATGAAAACAACAAAAAAAGCGAAAAAATTACTCATTCCAACACTGATACTGACCCTTGCCGTCAGTGTATATTTTGCCCAACGAAGTGTGACTACAGCAGACCCATCAAAGGGTTTAGATAATCAGTGTGAATTTGTCAATCTGACCTGCTCCATTAGCCATGAAAAATCTATGGTTACCGCAACATTTGACAGTATACCTGAGGCTGAAGAGTCGATTACAGTTAACTTTTCTTTACCAATATCCCAACAAGTTGAAAGCGTTTGGATAGAAGGTGTAAACATGTATATGGGGAAGGTACCCGTGCTGGTAGAACAACAGGAAAGCGGGGAATGGCGTGGTTGGTTTATGCTGGGCGCTTGTTCAGAGCCGGTCATGCGTTGGAAAATGCTGGTACACATAAAAGGGATGACGCAACCCTACGTGCTTTTTTTTGAAACAAAAATGCCCTGA	MKTTKKAKKLLIPTLILTLAVSVYFAQRSVTTADPSKGLDNQCEFVNLTCSISHEKSMVTATFDSIPEAEESITVNFSLPISQQVESVWIEGVNMYMGKVPVLVEQQESGEWRGWFMLGACSEPVMRWKMLVHIKGMTQPYVLFFETKMP				NA	NA	NA	NA	NA
AK237_00028	1434	ccoN1	COG3278	Cbb3-type cytochrome c oxidase subunit CcoN1	ATGAGTGAAATAAGCCAAGCACAACCTGACTACAACTATAAGGTAGTCAGGCAATTTACCATCATGACTATAGTCTGGGGTATTATCGGCATGGGTCTGGGTGTATTCATTGCTGCGCAATTGTTTGCCCCTGCACTTAACTTCGATACCCCCTGGTTAACCTTCTCACGATTAAGACCGTTACACACCAATGCTGTTATTTTCGCCTTCGGGGGCTGCGCATTATTTGCCACGTCTTATTACATCGTGCAACGCACCAGTCAGGTACGTTTATTCAGCGACAAGTTAGCCGCGTTTACCTTTTGGGGGTGGCAGGCAGTTATCGTTCTGGCAGTGGTAACGTTACCGTTTGGTATCACCGCCAGTAAAGAGTATGCGGAACTTGAATGGCCGATAGATATACTGATTACACTTGTATGGGTGGCGTATATTATTAACTTCTTCGGCACAATTGTTATCCGCAAAGTGTCGCACATTTACGTGGCAAACTGGTTCTTAGGTGCCTTCATGCTTACGGTCGCGGTGCTTCATATTGGTAACAGTATGGCCATCCCGGTTTCATTTACCAAGTCGTACTCTCTGTATGCAGGTGCAGTCGATGCGATGATGCAATGGTGGTATGGACACAACGCGGTTGGTTTTTTCTTAACTGCGGGCTTCCTGGGGATGATGTATTATTTCGTGCCTAAACAAGCCGGACGCCCTGTTTATTCTTATCGTCTTTCTATAGTTCACTTCTGGGCACTCATTTCTTTATACATCTGGGCAGGTCCTCACCACTTGCACTTTACTGCCCTGCCCGACTGGACACAGTCACTTGGCATGGTGATGTCCGTGATCCTCTTCGTACCCTCTTGGGGAGGCATGATAAACGGTATCATGACGTTATCCGGCGCCTGGCATAAGCTGCGTACCGATCCCGTACTTCGTTTCCTTATTGTGTCATTGTCGTTCTACGGAATGTCTACGTTCGAAGGACCCATGATGGCAATTAAGACTGTAAACGCACTGTCTCACTATACAGACTGGACTATTGGTCACGTTCACTCAGGTGCACTGGGCTGGGTAGCCATGGTATCCATTGGCTCTGTATACCACTTGATCCCCGTGCTGTTTGGTCAACGTGCAATGTATTCAACGAAGTTAGTTAACGTGCACTTCTGGTTAGCCACTATCGGCGTTGTGCTTTACATCGTTGCTATGTGGATGTCGGGAGTACTTCAAGGGCTAATGTGGCGCGCAGTTAATGCAGACGGCACGCTTACGTATAGCTTTGTGGAGTCACTGGAAGCCTCTTATCCGTTTTATGTTGTGCGCTTCATTGGTGGTGTGTTTGTCGTTGCAGGCATGCTGGTGATGGCATACAACACCTGGAAAACTGTGCGTGCGCCCAAAGGCAGCATTGCCGCAGAACCAGCCGCCCAAGCAGCATAA	MSEISQAQPDYNYKVVRQFTIMTIVWGIIGMGLGVFIAAQLFAPALNFDTPWLTFSRLRPLHTNAVIFAFGGCALFATSYYIVQRTSQVRLFSDKLAAFTFWGWQAVIVLAVVTLPFGITASKEYAELEWPIDILITLVWVAYIINFFGTIVIRKVSHIYVANWFLGAFMLTVAVLHIGNSMAIPVSFTKSYSLYAGAVDAMMQWWYGHNAVGFFLTAGFLGMMYYFVPKQAGRPVYSYRLSIVHFWALISLYIWAGPHHLHFTALPDWTQSLGMVMSVILFVPSWGGMINGIMTLSGAWHKLRTDPVLRFLIVSLSFYGMSTFEGPMMAIKTVNALSHYTDWTIGHVHSGALGWVAMVSIGSVYHLIPVLFGQRAMYSTKLVNVHFWLATIGVVLYIVAMWMSGVLQGLMWRAVNADGTLTYSFVESLEASYPFYVVRFIGGVFVVAGMLVMAYNTWKTVRAPKGSIAAEPAAQAA	PGPT0001055_1262	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-ENERGY_METABOLISM	CE-BACTERIAL_FITNESS-AEROBIC_RESPIRATION|OXIDATIVE_PHOSPHORYLATION,PGPT0001055-fixN|ccoN-K00404	NA	NA
AK237_00029	606			hypothetical protein	GTGAAAAATCCACATGAGTTAGTAGAAAAAAATGTAGGTTTACTTACCGTTCTTATCCTGGTGGCGATCAGTTTTGGCGCGATGGTTCAAATCCTACCGCTTATGTTTCAACAGCAAGTGTTAGAGCCGGTAAAAGGGCTCAAACCTTACACAGCGCTTCAACTTGAAGGACGTGACATTTACATCCGCGAGGGCTGTGTTGGCTGTCATAGTCAGATGATCCGCCCTTTCAGGGCTGAAACGGAGCGCTATGGTCATTACTCCGTGGCTGGCGAGTCTGTGTGGGAGCATCCGTTCCTGTGGGGCTCAAAACGAACAGGCCCTGATCTGGCGCGTGTTGGTGGCCGCTACAGCGACGAATGGCATCGCGTTCACCTGCTAAATCCTCGTAACGTTGTACCTGAATCGAATATGCCAGGTTTTCCCTGGCTGGCAGAGAATACTCTGACTGGCGAGGACACCGCCAAGAAAATGGAAGTATTCCGTGGATTCGGGGTCCCGTATACCGATGAAGACATCGCAGGGGCACAAGCGGCAGTAAAGGGCAAAACAGAAATGCAGGCTCTTATTGCTTACCTTCAATCTCTCGGCACGTACCTCAAATAA	MKNPHELVEKNVGLLTVLILVAISFGAMVQILPLMFQQQVLEPVKGLKPYTALQLEGRDIYIREGCVGCHSQMIRPFRAETERYGHYSVAGESVWEHPFLWGSKRTGPDLARVGGRYSDEWHRVHLLNPRNVVPESNMPGFPWLAENTLTGEDTAKKMEVFRGFGVPYTDEDIAGAQAAVKGKTEMQALIAYLQSLGTYLK	PGPT0000152_1434	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-ENERGY_METABOLISM	CE-BACTERIAL_FITNESS-AEROBIC_RESPIRATION|OXIDATIVE_PHOSPHORYLATION,PGPT0000152-fixO|ccoO-K00405	NA	NA
AK237_00030	213			hypothetical protein	TTGCTTACCTTCAATCTCTCGGCACGTACCTCAAATAATATGGATCAAGGAATTGTAGGCAGCATTTTTACTGTCGTTGTGTTTGTAAGCTTTGTTGGCGTATTGTGGTGGGCTTTTAGCGGTCGTAATAAGAAACGATTCGATGAAGCCGCTAACCTGCCATTTGCCGACGAAGAGAAACAAGAATCTCAGAAGAATAAGCAGGAGTCTTGA	MLTFNLSARTSNNMDQGIVGSIFTVVVFVSFVGVLWWAFSGRNKKRFDEAANLPFADEEKQESQKNKQES	PGPT0000154_815	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-ENERGY_METABOLISM	CE-BACTERIAL_FITNESS-AEROBIC_RESPIRATION|OXIDATIVE_PHOSPHORYLATION,PGPT0000154-fixQ|ccoQ-K00407	NA	NA
AK237_00031	960	ccoP2	COG2010	Cbb3-type cytochrome c oxidase subunit CcoP2	ATGAGTATGTTTTGGACAATTTGGATCTCAGTGATCACACTGGGTTCCATCATCGGCTGCTTCATCCTGTTACGCTGGACATTGGCCAACAAAACAGGAGTCGCCGAAGGTGAAAGCATGGGGCATGCTTTCGATGGCATTGAAGAAATCAATAACCAACTTCCCCGTTGGTGGACGATCCTCTTCTACGTTTGCATTGTGTGGGGATTTGTTTACTTAGCGTTGTTCCCTGGTTTAGGTGCGTATCAAGGATTGCTTGGTTGGAAGAGTTCTAACCAAAACGTGCAATCTCTGGAGGAATCCGCACAAGCCCGCGCCGATGCAAAAGATCAGGGATTATTGGTTAAGTACGACAGAGAACTGGATCAAGCTGCTGAGCAGTACGACCCAATTTTTAAAGCGTATGCCGAAGTCCCCGTGGAAGAACTCGCGAATAATCCGGAAGCGGTAAAAGTAGGCCAGCGACTGTTTTTGCAAAACTGCTCGCAGTGCCACGGCTCTGATGCTCGCGGCGCAAATGTCGGCTTTCCAAATCTGACGGATGACGACTGGTTGTATGGCGGCAGTGGTGCGAAAATTGTTGAAACCCTCACATTAGGTCGCCAGGCTGCTATGCCAGCGTGGGTAGATGCTATGGGCGAACAAGGCATCAAAGAAACCGTTGCTTACGTACTCAGTTTAAGTGGCCGTGAGCAAGAACCTGAAATGACAGCACTTGTCGAAGCTGGAAAAAACCGATTCATGGTTTGCGCCGCTTGTCACGGAATGGACGGAAAAGGGAACCAAATGTTGGGCGCGCCCAATCTTACCGATAACATCTGGTTATATGGCTCATCCGAACGCTCTGTTACAGAGACATTAACCTACGGTCGTAACGGCGTAATGCCATCTTTCAAGAAAACCCTGGGTGATGACAAGATCCACGTTGTCGCGGCCTACGTGTACAGTTTGTCAAATTAA	MSMFWTIWISVITLGSIIGCFILLRWTLANKTGVAEGESMGHAFDGIEEINNQLPRWWTILFYVCIVWGFVYLALFPGLGAYQGLLGWKSSNQNVQSLEESAQARADAKDQGLLVKYDRELDQAAEQYDPIFKAYAEVPVEELANNPEAVKVGQRLFLQNCSQCHGSDARGANVGFPNLTDDDWLYGGSGAKIVETLTLGRQAAMPAWVDAMGEQGIKETVAYVLSLSGREQEPEMTALVEAGKNRFMVCAACHGMDGKGNQMLGAPNLTDNIWLYGSSERSVTETLTYGRNGVMPSFKKTLGDDKIHVVAAYVYSLSN	PGPT0000153_368	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-ENERGY_METABOLISM	CE-BACTERIAL_FITNESS-AEROBIC_RESPIRATION|OXIDATIVE_PHOSPHORYLATION,PGPT0000153-fixP|ccoP-K00406	NA	NA
AK237_00032	480			hypothetical protein	ATGAACATTCCCTGGTATAAACAATTCTGGCCTTGGTTCTTAATCACAGTTCCCGTCGTGACTGTAATCATGAGTGGATTTCTTGTACATTTCGCGACATCGACCGAGGATAGCCTGGTCATTGACGATTATTATAAAGAAGGTAAAGCAATCAACGCCCGTCTGGATAAGGTAGAAAGAGCGAAGTATCTCAATATCACTACTGAACTTGGTGTTGAAGATGGGCGCATCGCAGTAACTTTTCATTCCGGTATCCCCAAAGACGGTACGGCACTGCGCATAACTTTTTACCATGTGACATTATCTGCCCTGGACACTGAAATTTTACTTACCCGCGATGCAAGCGGAGTCTATCGCGGTAGCACTGAAAGCCCCCTGGCCGGGAAATGGCGAATATCCTTGAGTCCGTTAGACGATGAATGGAAAATTCAGAACACGGTACTGCTTCCTCAATCTTCACCTTTTGCGTTTAATCCGTGA	MNIPWYKQFWPWFLITVPVVTVIMSGFLVHFATSTEDSLVIDDYYKEGKAINARLDKVERAKYLNITTELGVEDGRIAVTFHSGIPKDGTALRITFYHVTLSALDTEILLTRDASGVYRGSTESPLAGKWRISLSPLDDEWKIQNTVLLPQSSPFAFNP				NA	NA	NA	NA	NA
AK237_00033	2376	copA_1	COG2217	Copper-exporting P-type ATPase	GTGACGAGCGCACCGACCTGCTATCACTGTGGCGAACCCAACGATAGTAATAAAAACTATACCGCCGTCGTGCTCGACGCGCAGCGAAACTTCTGTTGTCCCGGCTGTGTAGCCGTCGCGCAAGCCATCGTCGATAACGGCCTGGAAGATTACTATCGTTTCCGAACTGCTCCTGCAAGTAAGAGCGATAGTGCACTGCAAGATACCTTAAATAAACTCGCTGTATACGACGAACCCGCTCTGCAAGAGGAGTTTGTCGTTGACGACGGGCAGAATAAACAAATCGAATTAACGCTAGAAGGCGTAACATGCGCTGCTTGTGGATGGTTAATTGAAAAGCAATTGGCCAAAGTCGACGGGATCCGTCAGGTGGCCGTCAATGTTGGCCAACGACGTGCAAATGTGACATGGCAAGCGACAAAGGTTAGTTTAAGCCAGATTATGGCTGCCCTTCAGCGTATCGGCTACCCTGCTCTGCCGTTTCAGTCAGATCAGCACGAAGCGTCCTATCAGGCAGAAGACAAACGATTTTTGAAAAGACTAGGGCTTGCTGGCTTAATGACCATGCAGGTCATGATGCTCGCGGCGGCATTATATTTTGATCTGCTTGATGCCATGGATGCTCAGACCATCGAGTATTTTCACTGGATTGCACTTGTACTTACCACACCCGTTGTTTTTTATTCAGGCAGCACTTTTTATCTCGGCGCATTAAAAGCATTGTCAGCGCGTACCGTAAACATGGACGTACCTGTCACCATCGCCATTTTTGTTACCTATTTATCTGGCGCCTGGGCCACGGCCACTCAACGTGGGGAGGTTTACTTCGAATCGATTTGTATGTTCGTTTTTTTACTCTTGCTTAGTCGCTTTTTAGAACATCGAAGCCGTCACAGAGCGGCACAAATATCTGCCAATATGTTGCAATACATTCCCGTTACTGCCAATAAAGTGATGGCCGGCGGCGATATTTCACAGACGCTCGCTAAGTCACTTCAGGAAGACGATACGGTGCTTGTTAAAGCCGGAGAAACAATCCCTGTTGATGGCGTAATCGTTCAAGGCGCAAGTGAAGTCAACGAGTCAATGCTTACGGGCGAATTTGAACCTGCCCGAAAGCAACAGGGCGACACCGTGTTCGGAGGCACAACCAATCAAACGAATGTGCTTTATATCAAGGTGACTAAAACCCTCAAATTTGCGCTCGTTAATCAAATTATTCGCCTCCAAAGCAGTGCCATGGCGGCGAAACCGCGCGTGGCCTTAATGGCTGATAAATTCGCCAGCTATTTTGTCACCCTTGTGCTGCTTATTGCCGCAGCGACCTACTTGTATTGGCATTGGCAACAACGCGCTGATGCAATATGGATAACAATATCGGTGCTCGTCGCCACGTGCCCCTGCGCATTAGGGTTAGCCACGCCGTCAGCACTGACTTGTGCCATGGCGAAACTAAATAAACTGGGCATATTATTGAAACGTGCGGATGCGTTAGAACAACTTAACAGCATAGATACACTTGTCATGGATAAAACCGGCACGCTTACCGAAGGAAAATTTGCCTTAGCGCAAAGCTGGTTTGCACAGCCTCAGCGGCAACAACAGATTATGCAAATTATCGCCTCTTTAGAATCGCGCTCTGAACACCCTATATCAGCCGCTTTCTCAAATGATACCTTGTTAGATGTAAGTCACCCCAAAGTACATCCGGGGCAAGGCATTACAGGCACAATTAATGGCGTGACATATCAGGCAGGATCAGCAGACTTTATTGGCGTAGATGCATCTTTAGTCCCTATCGCCGCCAACATTTATCTAACCGAAAATAATCAGTTAATTGCCGCATTTTGCGCAACCGACAAACTCAAAGAGGATGCTGCAGCGAGCTTATCATCACTCCCCCGGCTAAAACGCATTTTATTAAGCGGCGACATTCAGCAAAACGTAGACCGCGTAGCCCAACAGCTTGCGGTTGATGTGGCATTGGGTGGAAACACACCTGAAGATAAGTATAAGTATGTCAGTGAATTACAGCGCCAAAACCATCACGTCTTAATGCTTGGTGATGGCATAAATGACGCGCCGGTATTAGCAGCCGCTGACGTTGCGGTTGCTGTAGGTAATGCCACCGATATTGCAAAAAGCGCCGCTGATGTCATTTTGCTGACAGATAAATTAGCGTTGTTAAGCGAACTATTATTAGCGGCAAAACAGGTGAAACGTACTATCCGGCAGAACATGGCGTGGGCAATTGGCTACAATGTAGTTGTTTTACCCTTTGCCGTTAGTGGCATGCTTACGCCATGGATGGCGGTGATTGGTATGAGTCTTAGTAGTATTCTTGTTGTCACCAATTCAACGCGACTGTTAAGGTAG	MTSAPTCYHCGEPNDSNKNYTAVVLDAQRNFCCPGCVAVAQAIVDNGLEDYYRFRTAPASKSDSALQDTLNKLAVYDEPALQEEFVVDDGQNKQIELTLEGVTCAACGWLIEKQLAKVDGIRQVAVNVGQRRANVTWQATKVSLSQIMAALQRIGYPALPFQSDQHEASYQAEDKRFLKRLGLAGLMTMQVMMLAAALYFDLLDAMDAQTIEYFHWIALVLTTPVVFYSGSTFYLGALKALSARTVNMDVPVTIAIFVTYLSGAWATATQRGEVYFESICMFVFLLLLSRFLEHRSRHRAAQISANMLQYIPVTANKVMAGGDISQTLAKSLQEDDTVLVKAGETIPVDGVIVQGASEVNESMLTGEFEPARKQQGDTVFGGTTNQTNVLYIKVTKTLKFALVNQIIRLQSSAMAAKPRVALMADKFASYFVTLVLLIAAATYLYWHWQQRADAIWITISVLVATCPCALGLATPSALTCAMAKLNKLGILLKRADALEQLNSIDTLVMDKTGTLTEGKFALAQSWFAQPQRQQQIMQIIASLESRSEHPISAAFSNDTLLDVSHPKVHPGQGITGTINGVTYQAGSADFIGVDASLVPIAANIYLTENNQLIAAFCATDKLKEDAAASLSSLPRLKRILLSGDIQQNVDRVAQQLAVDVALGGNTPEDKYKYVSELQRQNHHVLMLGDGINDAPVLAAADVAVAVGNATDIAKSAADVILLTDKLALLSELLLAAKQVKRTIRQNMAWAIGYNVVVLPFAVSGMLTPWMAVIGMSLSSILVVTNSTRLLR				NA	NA	NA	NA	NA
AK237_00034	192			hypothetical protein	ATGAGCATAATTTATGTGTTAATTCCCTTAGCTGTCATCATTGTGGCGATAGCCATCGGCGTATTTTTTTGGGCCGTAAAGTCTAATCAATTTGATGATCTAGACCGCCAGGGTTACAGCATTTTGTTTGATGACGACCTTCCTCCTGAAGAGAAAAAACTGGCAGAGCAACGAAAAAAACTCAATGAATGA	MSIIYVLIPLAVIIVAIAIGVFFWAVKSNQFDDLDRQGYSILFDDDLPPEEKKLAEQRKKLNE				NA	NA	NA	NA	NA
AK237_00035	669			hypothetical protein	ATGAATGAACTGTCATTTTTCTCTGCAGCAATAATAGGGTTGGCTGGTGGCATACACTGCGTAGGAATGTGTGGCGGTTTGTCCCTTGCGCTGGCGCGTGCGATACCGCCATCAGATAAAGGTTACCTTTATGCTGTCAGCTACAACTTTGGTCGTATTACCAGCTACACCGTAGCGGGGATGCTAACCGGTGCCTTAGGTTATATCGCCAAAGACAGTTTACCTTTTGCTGGGCCAATATTGAGTGTTATCAGTGGCTTAATGTTGGTGGCGATGGCTTGTTATTTGGGGAATTGGTGGCGTGGCCTGACACGAATTGAAGCCATGGGTAAGTTCATATGGCATCGTATCCAACCGCTTTCTAAAGGTTTTTTACCTTTCAAGTCTCCTCTACACGCGTTTCCTTATGGTATTATTTGGGGGTGGTTGCCCTGCGGATTGGTTTATTCTACGTTGACCTGGTCGTTAGCGTCTGGTTCCGCGCTATCTGGCACTGTGATTATGGCCGGATTTGGTATGGGCACGCTACCCACTTTACTTGCCACTTGGGCAGGAGCGAACTGGCTCTTAACGGGGCTTAGACAGCCGATGGTACGGCAATTAATCGCAATGAGTCTGCTGGTATACGCGCTATTTTTATTATGGCGCGCCATCAGTAGTATGTATTAG	MNELSFFSAAIIGLAGGIHCVGMCGGLSLALARAIPPSDKGYLYAVSYNFGRITSYTVAGMLTGALGYIAKDSLPFAGPILSVISGLMLVAMACYLGNWWRGLTRIEAMGKFIWHRIQPLSKGFLPFKSPLHAFPYGIIWGWLPCGLVYSTLTWSLASGSALSGTVIMAGFGMGTLPTLLATWAGANWLLTGLRQPMVRQLIAMSLLVYALFLLWRAISSMY				NA	NA	NA	NA	NA
AK237_00036	738	fnr	COG0664	Anaerobic regulatory protein	ATGCAAAAACGTTCGGATTTTTCAATCCATTGTCAAAACTGCAGTTTTAGTCACTTGTGTCTACCCGTTGCATTGAACAAGACTGAAATCGAATCGTTAGACGATATCATCGAGCGAAAAAAACCGCTCCACAAACATGATACATTGGTTGAAGCCGGTGATAAGTTTACTTCGTTATATGCAGTACGAGCGGGTTCTTTTAAATCCTTCGTGACTGACAAAGAAGGCGAAGAACAAATAATCAGCTTCCATTTTCCCGGGGATATTATCGGTTTTGATGGCCTCAGAGACGATACGCACCAAAGTTATACTCAAGCCCTGGAAACGGCAATGGTATGTGAATTGCCCTATTCGACTCTGGAAAAAATGTCCGAGCAGTTTCCTAAGTTGCGTCATCAAATTATGCGTTTTATGAGTGCTGAGATTAAGCAGGATCATGAGATGATGATGTTGCTGAACAAGCGTACTGCTGAAGAGCGTTTGATTTATTTTATAGCCCATTTGTCAGGCCGGTTCGAAGAGCGCGGTTTCTCGCATCGTCAGTTTAATCTTTCAATGACGCGCAATGAAATTGGTAATTACCTTGGACTAACCGTCGAAACAATTAGTCGTCTGCTCACCCGCTTCCAAAAAGAGGGTATTATTAAAGTAGATGGCAAATTAATTACCATACTCGATTTTGAAGCCATGGATAAGAAACTGCACTCCATGGATATTCCCACCTTGTGTGTTGAGTAA	MQKRSDFSIHCQNCSFSHLCLPVALNKTEIESLDDIIERKKPLHKHDTLVEAGDKFTSLYAVRAGSFKSFVTDKEGEEQIISFHFPGDIIGFDGLRDDTHQSYTQALETAMVCELPYSTLEKMSEQFPKLRHQIMRFMSAEIKQDHEMMMLLNKRTAEERLIYFIAHLSGRFEERGFSHRQFNLSMTRNEIGNYLGLTVETISRLLTRFQKEGIIKVDGKLITILDFEAMDKKLHSMDIPTLCVE	PGPT0000515_1316	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-ENERGY_METABOLISM	CE-BACTERIAL_FITNESS-ANAEROBIC_SIGNALLING,PGPT0000515-fnr-K01420	NA	NA
AK237_00037	921	uspE_1	COG0589	Universal stress protein E	ATGATCACCTACAACCGTATTCTTGCTGTCGTCCAGGCTGACAATCCTGAACAACCTGCTTTATCTCGCGCCATTGAAATTGCGCGTAAAACCAATGCTGATGTACATGCTTTACTCGTTGTCTATGACTATTCTTATGACATGACCACCATGCTTACCCGCTCAGAACGAGAAGCGATGCGTGAGGCTGTCACAAAAGATCGCTTGGCATGGGCTCGAAAAAATCTCACGCGTTACGACGATTATGACGTGAATGTAGATGTAGCATGGAGCGATCGCCGCTATGAAGCTATCATCCGTCACACAATAGAAAACGATGTGGATCTGGTTGTAAAAGGAACGCGTAAACACGATGATTTAGCCTCTGTCATTTTTACCCCCACAGACTGGCATCTGCTGAGAAAATGCCCCACTCCGGTCTTGTTGGTGAAAGAGCATGCCTGGCCAGAACATGGCAACATCGTCGCAGCTGTCAACGTAGGCGCGGAAGACAAAGAGCATGCCGACCTCAATGATAAGCTTACGGTAGTTGCTAAAGAATTTGCTGATTTACTGAGCGGACAAGTTCATTTAGTCAACGCTTTCCCGGCAACGCCATTGAATATTGCCATTGAGATCCCTGACTTTAATCCAGAAACCTATTACAACTCTGTACGTAATCACCACCTACAGGAAATGGAAGCCCATAGCGCTAAATTTGGTATTGGTATGGCTAATTGTCATGTGGTGGAAGGCTTGCCCGAAATTGCGGTCACCCGTGTGACACAACAATTAGATGCAGAGTTAGTGGTCATTGGCACCGTAGGACGCACAGGATTGTCTGCTACGTTTTTAGGTAATACCGCCGAGCATGTTATCGACAATCTTAACTGCGATGTACTGGCAATTAAGCCTGACGGCTTCAAGTCACCCATCAAATAG	MITYNRILAVVQADNPEQPALSRAIEIARKTNADVHALLVVYDYSYDMTTMLTRSEREAMREAVTKDRLAWARKNLTRYDDYDVNVDVAWSDRRYEAIIRHTIENDVDLVVKGTRKHDDLASVIFTPTDWHLLRKCPTPVLLVKEHAWPEHGNIVAAVNVGAEDKEHADLNDKLTVVAKEFADLLSGQVHLVNAFPATPLNIAIEIPDFNPETYYNSVRNHHLQEMEAHSAKFGIGMANCHVVEGLPEIAVTRVTQQLDAELVVIGTVGRTGLSATFLGNTAEHVIDNLNCDVLAIKPDGFKSPIK	PGPT0014995_641	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	UNIVERSAL_STRESS_RESPONSE	STRESS_SIGNALLING_PROTEINS	OTHER_STRESS_RESPONSE_PROTEINS,PGPT0014995-uspE-K14055	NA	NA
AK237_00038	945	ttcA	COG0037	tRNA-cytidine(32) 2-sulfurtransferase	ATGAACCAACTAACGCCACCGTCGCCTATCACCGCGAGTCACAGTTCGCAAAGCAAACATAAATACAACTTTAATAAGTTACAAAAGCGTCTGCGTCGTCATGTCGGTAAGGCCATTGACGACTTCAAAATGATTGAGGATGGCGATAAAGTCATGGTGTGTTTGTCTGGTGGAAAAGACAGTTACACGCTGCTCGACATCCTGATGTTTTTACGAAAAATAGCGCCAATCCACTTCGATATTATTGCGGTAAATCTGGATCAAAAACAGCCAGGGTTCCCTGAACATGTTTTGCCTGAGTATTTAGATACTCTCAACATAGACTACAAAATTGTAGAAGAAGATACCTATTCCATCGTGAAGGACAAAATTCCTGAGGGAAAAACTACTTGTTCTTTATGTTCACGTTTAAGGAGAGGTATTCTTTATCGTACCGCGAAAGAGCTGGGGGCAACAAAGATTGCGTTAGGCCATCATCGCGATGATATGTTAGAAACCCTGTTCCTGAATATGTTTCATGGTGGTAAGCTGAAGTCTATGCCTCCAAAACTAGTCAGTGATAATGGTGAGCATATCGTCATTCGCCCCCTTGCGTATTGCAGTGAAAAAGATATTCAGAAATACGCCGATAATGTAGGGTTTCCAATCATTCCCTGCAACTTGTGTGGCTCACAGGAAAATCTGCAAAGACAAAATATTAAAATGATGCTTCAGGATTGGAATAAGCGATTCCCCGGGAGAATCGAATCCATGTTTCGCGCTATCCAGAATGTAGCCCCTTCTCATCTTGCAGATAGCAACCTGTACGATTTTAAAAGCATTAGTACAACGGGCGCTCCGGTTGAAGATGGCGACACGGCATTTGACGCACCGGAATTTAACGACAGTTTTGAAAATGAAGAAGACACCTCTTCACCCGTTCAAATCGTTAACTTAACGGACTAG	MNQLTPPSPITASHSSQSKHKYNFNKLQKRLRRHVGKAIDDFKMIEDGDKVMVCLSGGKDSYTLLDILMFLRKIAPIHFDIIAVNLDQKQPGFPEHVLPEYLDTLNIDYKIVEEDTYSIVKDKIPEGKTTCSLCSRLRRGILYRTAKELGATKIALGHHRDDMLETLFLNMFHGGKLKSMPPKLVSDNGEHIVIRPLAYCSEKDIQKYADNVGFPIIPCNLCGSQENLQRQNIKMMLQDWNKRFPGRIESMFRAIQNVAPSHLADSNLYDFKSISTTGAPVEDGDTAFDAPEFNDSFENEEDTSSPVQIVNLTD				NA	NA	NA	NA	NA
AK237_00039	921		COG1752	putative NTE family protein	ATGAAAATAGGACTCGCACTTGGCGCAGGCGCAGCCAGAGGCTGGACGCATATTGGAATAATACAGGCACTCGAAAAGCTCGGTGTTAAAATTGACGTAGTGGCGGGATGTTCTATCGGCGCATATGTGGGCGCGGCTTATGCCAGTGGCAAGCTTGAACCATTAAAAGAATGGGCAAGTTCGTTAACTGAGTGGCAAATATTGTCGCTGATGGGCGTCGGCATACGAAAAGGCGGTATCGCGAGTGGCCAAAAAGTCTTTACCAAATTGGCAGAAGAGTTTTGCGCACCGTCATTTGAAGAGATGCAAAAGCCTTTCGCGGTAGTCGCTACTGATCTCTACTCCGGACGCGAAGTGATGTTTAATAATGGTCCGGTTGGCGACTGTATTCAGGCCTCTTGTGCCATTCCAGCCTTATTTAGTCCTGTAGCTTATCAGGGAAGATGGTTAGTTGACGGTGCGGTGGTTAATCCTGTACCGGTTAACCTTTGTCGCCAATTGGGAGCTGACTTTGTCATTGCGGTTAACCTGAACGCTGATTTTAAGCCGCAACGCTTAGAAAAACCCACCGTTGAACATGAAAAAATCCAACGCAAGACTGATGATTTTTTCTCTAAAGGCTCGAATGTTGTCAGGCAGTGGTTCTCACCGGCAACCAAATCAGAGAGACCTGAGCCACCAGGCATATTAAGTGTAATGAGTAGTTCTTTAGAGATTTTACAAGCACGCGTTACGCGTTCGCGACTAGCGGGCGATCCACCGGATGTGTTAATCGAGCCCCACTTATCGGATGTAGGGTTAATGGAATTTCACCGTGCGAGCGAGTTATGCATTGAAGGCGAAAAAACCGTCAATCGTCTGGCTGAGGAGATAAGATATCAGTTGGTGATTGAAAACGAAGATGAAGAATCATTCGATTAA	MKIGLALGAGAARGWTHIGIIQALEKLGVKIDVVAGCSIGAYVGAAYASGKLEPLKEWASSLTEWQILSLMGVGIRKGGIASGQKVFTKLAEEFCAPSFEEMQKPFAVVATDLYSGREVMFNNGPVGDCIQASCAIPALFSPVAYQGRWLVDGAVVNPVPVNLCRQLGADFVIAVNLNADFKPQRLEKPTVEHEKIQRKTDDFFSKGSNVVRQWFSPATKSERPEPPGILSVMSSSLEILQARVTRSRLAGDPPDVLIEPHLSDVGLMEFHRASELCIEGEKTVNRLAEEIRYQLVIENEDEESFD				NA	NA	NA	NA	NA
AK237_00040	636			hypothetical protein	GTGAAAAGAGTATTATTCGCTTCATTATTGAGCGGGCTGGCATGGTTTACCCACGCTGAAACCTTGCAAGTAGAATACAGTCGGTTTTACAGCCACGTAAAAAAACTTGATGGTGAGGACACACAAGCGTTGCAGTTTGCTTTTGGCTTTTTGCGCGTCGGTGAATCGCGTTTGTGTGAAATCAACAGCGCGAAAGTGGTAACCGATAAACAAACTATTCCGCTTACTGTAACCAATGAAAATCGCTTTACAGTACCGACAGATAAAATTTTGAAGATGGCGGAAGCCTATGTCGAAATAGATTTGTCTGAACAAGCCAATTTATGCGATATGTCGGTACAACTTGAAACAAAACCTGAATATTTGAAAGCCCGTTATTCTAAAGAGGATCTGGTCTTTTTATTAGAACAGTACCGCGCATTCTTTAATGAAATGGGGAGCTTTTTATCCTTCATGATGCCGACTGTTGACGGATTATCCTTCCAATTTGCCAATCAGGATCTAAGCTTGCCAGTGAAAGACGCCCCCAATATTATTATGGGTTCGATGATGCTTTCTACTGAGTGGGTTGAAAAAACAAAAGGTTTGGCATTACCTGAAGCGCCTATGCGCATTACAGCGAAGGCTACCAGGTAG	MKRVLFASLLSGLAWFTHAETLQVEYSRFYSHVKKLDGEDTQALQFAFGFLRVGESRLCEINSAKVVTDKQTIPLTVTNENRFTVPTDKILKMAEAYVEIDLSEQANLCDMSVQLETKPEYLKARYSKEDLVFLLEQYRAFFNEMGSFLSFMMPTVDGLSFQFANQDLSLPVKDAPNIIMGSMMLSTEWVEKTKGLALPEAPMRITAKATR				NA	NA	NA	NA	NA
AK237_00041	786			hypothetical protein	ATGCATAAAAGAGAAACAATGAAAATTGTATTGATAACCGTTGCTGTATTATTAGTCATTGTTATCAATGCATGGATCATGTCATCCAGGGAGCCTGATATTTTAGATATTCCCCTAACGGAACAAGCACGAAAACCGGTTCCTGATTTTACAGACATTGAAAACATCCAGGAAAAAAAAGAGGCATTTTTTGCGTACCTGAAGCCTGAGGTTGAAAAGCAAAATGAATATTTATTGTCGCTTCGTCATTATCTTCAAACCCTCCAACGTCAACTTTCACTAGGCGAAAAACTCAGCGAAGATGATGCTGACAGAGTCGCGTGGTTAGCCAATGAATATAAAGTCGATGACAGCGCTGAGCTGGTTGAACAATTGCGCATATTGCTACGTCGCGTCGATATTCTGCCGGTTTCATTAGTTCTTGCACAAGCGGCAAATGAATCGGCCTGGGGCACCAGTCGGTTTGCCCGGGACGGCTATAATTTCTTTGGTTTATGGTGCTTCAGAAAAGGCTGCGGTTTTGTACCATCGAGGCGAAACGACGGCATGGATCATGAGGTCGCAAAGTTCCCTAACTTATCTAAAGCGACTTATACCTATATGCGCAATATAAATCGTCATAATGCCTATAAAGAATTAAGAGAAATTCGCAGTACGTTGAGAAGTAATCAGTTACCCGTGACAGGGGTGGCTTTAGCCGAGGGACTCATGAACTATTCAGAGCGCGGTGTCGCGTATGTCGAAGAACTTCAGGCAATGATCAGATACAACAGGGATTATATGTAG	MHKRETMKIVLITVAVLLVIVINAWIMSSREPDILDIPLTEQARKPVPDFTDIENIQEKKEAFFAYLKPEVEKQNEYLLSLRHYLQTLQRQLSLGEKLSEDDADRVAWLANEYKVDDSAELVEQLRILLRRVDILPVSLVLAQAANESAWGTSRFARDGYNFFGLWCFRKGCGFVPSRRNDGMDHEVAKFPNLSKATYTYMRNINRHNAYKELREIRSTLRSNQLPVTGVALAEGLMNYSERGVAYVEELQAMIRYNRDYM				NA	NA	NA	NA	NA
AK237_00042	741			hypothetical protein	ATGCCGTTTCGTAATAATCCAACTCCGTTCAACGATCGCTATAACCTATTGAATGGTAAGGGTTTATTTGACTTTAAACAGCTCGGAACCGTGGCGTTATCGTTACTGAAGCAAAACTTTTGGCCTTTGTTTCAGGCCTGTTCGTTAATTTTATTCATTGTGTTGGCGTTTGCGTTATTGTTATCCCGCGTTTACCCCATCGAGCAACTCGCAGCGTTACCTGCTGAACAACAAGGCATTTTGGATATTGCTCTTATTTTGATAGTGGCACCATTGTCAGCAGGCCTGTCGGTAATGGGGATCAGCATTGCCAGAAAGCAACCAATAAAGATGGCCGATGTATTTCGTTTTGTCTCGTGGGTGCTGCCTTTGGCATTGGCGCAACTACTTATTACTATCCTGGTTCAGGTTGGTTTTATGATCCTGGTGATCCCGGGGTTATACATCTTTATCGCCACCACGTTCACACTGCCACTGATTGCAGATAAGAAGATGGGCGTGCTGCAAGCTGTCATGACATCGTGCCGGGCAGTGAATCAATTTATACTATCGTTTATTGTTCTTTTTGTAATTTTTCTCGTACTGTTTCTTTTAAGCATTTTTACTTATGGATTGGCCTTTTTTGTCATTATGCCGCTATATTTTGTAGTGATAGGTATGTTGTATACCACACTGTTTGATACTGCGGAAAATCAACAGGTTAACGTATCTGCGCGACAGGAGTCGACTTTCGATGCATAA	MPFRNNPTPFNDRYNLLNGKGLFDFKQLGTVALSLLKQNFWPLFQACSLILFIVLAFALLLSRVYPIEQLAALPAEQQGILDIALILIVAPLSAGLSVMGISIARKQPIKMADVFRFVSWVLPLALAQLLITILVQVGFMILVIPGLYIFIATTFTLPLIADKKMGVLQAVMTSCRAVNQFILSFIVLFVIFLVLFLLSIFTYGLAFFVIMPLYFVVIGMLYTTLFDTAENQQVNVSARQESTFDA				NA	NA	NA	NA	NA
AK237_00043	639	rhtC	COG1280	Threonine efflux protein	ATGTCGTTGTATTTTAATGAATTTGTGACTATTGCTCTGGTCCATTTACTGGCCGTTGCCAGCCCAGGCCCGGACTTCGCCGTGGTTGTGCGACACAGTGTAGCGTATGGACGTCGCATTGCTATCTACACAAGCCTGGGGATCGGGCTGGCTATCTTAATCCATGTTGCCTACTCACTCATCGGTATCAGTGTATTATTACAAACTACACCTTGGTTATATCAGGCTTTCACATATATCGCAGGGGCTTACCTGGTGTATTTAGCTGTTGGTGCACTGCGCAGTGGTCCAACGCCTGAAACCACTGCAAGCGACCCCGCTTCACCTTCAAAACAAACGGATACAATCTCTGTTACTAAGGCATTTGGGCGGGGATTTTTGACCAATGGTTTAAACCCCAAAGCCACGTTATTCTTCCTTTCATTATTTACTGCCATCATTGACCCCGCGACACCTACCAGTATTAAATTGATTTACGGCGCATATATGGCCTTTGCCACAGCAGCATGGTTTTGCCTGCTTTCCTATTTGCTGAGTACAAGCAAAGTGGCAAAACTCATTGGCGAAAAAGGTTATTGGTTAGACAGGGCCATGGGCGTTTTACTTATCGGTCTGGCAGTGAAGTTGGTCTTACTGTAG	MSLYFNEFVTIALVHLLAVASPGPDFAVVVRHSVAYGRRIAIYTSLGIGLAILIHVAYSLIGISVLLQTTPWLYQAFTYIAGAYLVYLAVGALRSGPTPETTASDPASPSKQTDTISVTKAFGRGFLTNGLNPKATLFFLSLFTAIIDPATPTSIKLIYGAYMAFATAAWFCLLSYLLSTSKVAKLIGEKGYWLDRAMGVLLIGLAVKLVLL				NA	NA	NA	NA	NA
AK237_00044	732	cobB	COG0846	NAD-dependent protein deacylase	ATGAGCAATAAGCCACGGGTTGTAGTGTTAACCGGTGCGGGTGTGTCTGCTGAGTCGGGGTTAAGAACCTTCCGGGACAGCAACGGGCTTTGGGAAAATCATAAAGTTGAGGATGTAGCGACGCCTGAGGCGTATGCCGCTAATCCCGAGCTGGTGTACCGCTTTTACAATGCTCGACGGGCGCAACTGCAAGAAGCTAGCGTGCAACCTAACGCAGCACATGAAGCGCTTGCCCGTCTGGAGAAACAGTTAGGAAAAGACTTTTTGCTGGTTACGCAGAATGTTGATGATTTGCATGAGCGAGCAGGTAGCCAGCGTATGATTCATATGCATGGAAAATTGTTGTCAGCGCGCTGTGTTCAATCAGGGAAAACCCACCCATGGGATGAAGCCTTCACGGAGCAAACGCCTTGTCCGTGTTGCGTGCCGTCATCGGTAATGCGACCCGATATTGTCTGGTTCGGAGAAATGCCTTTGCAAATGGATGATATTATCCTGGCGCTCACCAAAGCTGATATATTTATCTCTATAGGTACATCAGGGCAGGTATACCCGGCAGCTGGATTTGTTCAGGTTGCCAAGGACAGTGGCGCACGCACTGTTGAGCTTAATTTACAACCCAGCGATAGATACGATATGTTTGATGAATCGTATCATGGACCTGCGTCTAAAGTTGTCCCTAATTTTATTGATAGTCTTCTTGAAGAGTTGTCGGTAACCGCTACCTTCTGA	MSNKPRVVVLTGAGVSAESGLRTFRDSNGLWENHKVEDVATPEAYAANPELVYRFYNARRAQLQEASVQPNAAHEALARLEKQLGKDFLLVTQNVDDLHERAGSQRMIHMHGKLLSARCVQSGKTHPWDEAFTEQTPCPCCVPSSVMRPDIVWFGEMPLQMDDIILALTKADIFISIGTSGQVYPAAGFVQVAKDSGARTVELNLQPSDRYDMFDESYHGPASKVVPNFIDSLLEELSVTATF	PGPT0013485_1630	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	ROOT_COLONIZATION	ROOT_COLONIZATION-VITAMIN_B3|NIACIN_METABOLISM	ROOT_COLONIZATION-VITAMIN_B3|NIACIN_BIOSYNTHESIS,PGPT0013485-npdA-K12410	NA	NA
AK237_00045	834	sseA	COG2897	3-mercaptopyruvate sulfurtransferase	ATGAATCGAATTTTGGTGTCAGCCTCAACTCTGCAACAACGACTTCTTGAGCAGCCAATTTCACTGCTTCGTGCATTAATGTCAGACCCCATAAACGGCACGCCTGATATTGATGACAGTCAATTTATCCCTGGTACCCAAAATATCAATCTGGACAAAGAGGGGAGTGACCATAACGTTGCGTTACCCCATACCTGTTTACCGGCTGAATCATTTGCTCGATTGCTCGGTAAACTAGGGATTACTGCGTCTACAGAGATTGTTGTCTATGATAACCGCGGTATTTTCAGTGCGCCGCGTTTGTGGTGGATGCTTAAAGCGATAGGACATGATAATGTAAGCATACTGGACGGTGGTTGGCCTGCATGGTCGGCCATTAGCGGGGCTAATGGCAACGCAGAACCATCTTCTCACCGTCATGCTTTTTATCAATTAACATCAGATGTTCCTCAGTGGTTTGTGGCTGCAGAAGAGGTACTTGATGCATTATCAACAGATATTCAGATACTTGATGCCAGAAGCGAAGCGCGCTTTTACGGTCAAGTCGATGAGCCAAGACAGGGACTACGTCGAGGCCACATACCAGGCTCTTTCAGTTTGCCTTTCCAGTGTGTACTAGACAATGGACGTTTCAAACAGCCTGAGCAGCTTAAAAGGGTATTTGCTGATCGCGGTATCGACCTTGCAAAGCCAATAATTTGTAGCTGCGGCTCGGGTGTAACGGCATGTATTATTGGTATCGCTGCTTTGCTGTGTGGTGCAGTAGACGTGAAAGTCTATGATGGCGCATGGTCACAGTGGGGCGCCAATTCACACTTTCCTGTGGAGGTATAG	MNRILVSASTLQQRLLEQPISLLRALMSDPINGTPDIDDSQFIPGTQNINLDKEGSDHNVALPHTCLPAESFARLLGKLGITASTEIVVYDNRGIFSAPRLWWMLKAIGHDNVSILDGGWPAWSAISGANGNAEPSSHRHAFYQLTSDVPQWFVAAEEVLDALSTDIQILDARSEARFYGQVDEPRQGLRRGHIPGSFSLPFQCVLDNGRFKQPEQLKRVFADRGIDLAKPIICSCGSGVTACIIGIAALLCGAVDVKVYDGAWSQWGANSHFPVEV	PGPT0002045_4617	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_UTILIZATION	PLANT_DERIVED_CYSTEINE_DEGRADATION|CONVERSION,PGPT0002045-sseA-K01011	NA	NA
AK237_00049	579	pgsA	COG0558	CDP-diacylglycerol--glycerol-3-phosphate 3-phosphatidyltransferase	ATGTGGACGGTACCCAATATCATCACGCTTTTTCGTGTTGTGCTTATTCCAGTGTTCGTGGTGGTGTATTTTCTTGACTGGCGATGGGCAAAAGAAGCCGGTGCATTTATCTTTTGGTTAGCAGCAATTACCGATTGGTTCGATGGTTATCTGGCGCGCAAACTTAAGCAGTCTACCCCGTTTGGCGCTTTTTTAGATCCCGTAGCCGACAAACTGATCGTCGCTACCGCACTTATCATGATTACGCATACCTACGGTACATTATGGATAACTCTGCCGGCCATTGTGCTCATGGTTCGGGAAATTTATATTTCTGCGTTAAGAGAATGGATGGCGCAGCGCGGATACAGTGACACGGTGAAAGTGAGTTTTATCGGTAAAGCGAAAACCATGGCACAAATGTTAGCATTAATAGGGCTGTTGTCTGGTCTGGAAACATTTATGGGTTTTCCAATTTACTGGGTCACACTAGGGTATATCTTACTTTATATTGCTGCAGTGCTGTCTATTTGGTCAATGCTGGTCTACACCAGCGCGGCATGGCGACACATAACAGGCCGTTATGATGCAGGTGTTTGA	MWTVPNIITLFRVVLIPVFVVVYFLDWRWAKEAGAFIFWLAAITDWFDGYLARKLKQSTPFGAFLDPVADKLIVATALIMITHTYGTLWITLPAIVLMVREIYISALREWMAQRGYSDTVKVSFIGKAKTMAQMLALIGLLSGLETFMGFPIYWVTLGYILLYIAAVLSIWSMLVYTSAAWRHITGRYDAGV	PGPT0007705_3617	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-GLYCEROPHOSPHOLIPID_REMODELLING	CE-REMODELLING_GPL_PHOSPHATIDYLTRANSFERASE_ACTIVITY,PGPT0007705-pgsA|PGS1-K00995	NA	NA
AK237_00050	1818	uvrC	COG0322	UvrABC system protein C	ATGACAGACTTTGACTACAACGCGTTTTTAAAAAACCTGACCAGTCAGCCTGGCGTGTACAGGATGTACAACGACCAGGGCGATGTTATTTATGTCGGTAAAGCCAAAAATCTCAAAAACCGGGTTTCCAGTTATTTTCGAAAAAATGTCGATAACGCGAAAACCCGCTCTCTTGTTGCGAATATCGCCAATATGGATGTCACTGTTGTTAACAGTGAAACAGAGGCGTTCCTGCTCGAAAACAATTTCATAAAGAAGTATAAGCCACGGTATAACGTGGTGATGCGAGACGATAAATCTTATCCGTTTATCTTCTTATCTGCGCATGAGCATCCCCGCTTATCGTTTCACCGTGGGCCACAGAAGAAAAAAGGTGAGTATTTCGGGCCGTATCCGAGTGCATGGGCAGTGAGGGAAAGTCTGCGTACTATGCAGAAGATTTTTCCGGTAAGGCAATGCGAAGACAGTTACTACCGCGCCAGAAGTCGCCCTTGTTTGCAATACCAGATGAAACGTTGCAGTGCGCCGTGTGTTGAAGGTTATGTCTCTGATGAGGAATACCAGGAACAGGTGCAATTGGCGCGGTTGTTTTTAAATGGTAAGAATCAACAGGTCATTGGCACGTTAGTGGAGAGGATGGAGCAGGCGAGTGAGCAGTTGAATTTTGAAGCTGCGGCACGTTATCGCGATCAAATTAATGTGCTCCGGAAAGTACAAGAACGTCAGTGGGTGTCGGGCACACAAGATGAGATGGACGTATTTGGGTTTGCTGTAAGAGGTAATATGGCCTGTATTCAGGTTATGTTCATTCGGGACAGCCAGCTTTTGGGTAGTAAGTCATATTTTCCTAAGGTGCCGGCGTCGGCTACCGAAGATGAAATATTTGAATCCTTTTTTCTTCAGTTCTATCTGTCCGGCAATAAAATAATACCCAAACAAATTGTCATCCCCAGACCGTTGTCGGAAGAAGACAGTATTGTAGACGTTCTGTGTGAAGAGGCAAAACGTAAGGTTAAACTCTTTAAAGGAGCCAGGGAAGAGAAGCGCCGCTATTTAAACCTTGCTCAAACGAATGCGACCAACGCTCTTGATGCTCAGTACAGTCAGCAAAAGTCAGTGCATGCCCGTTACCTGGATTTAGAAGAAATTCTTGAGCGAGATGCGCCCATTCAACGTATGGAGTGTTTTGACATAAGCCATACGTCCGGACAACAAACGGTGGCTTCCTGTGTCGTGTTTAACCGTGAAGGTCCACTAAAAAGCGATTATCGTCGCTACAATATTGAAGGCATTACTCCCGGAGATGACTATGCCGCGATGGCACAGGCACTAAAACGTCGTTATAAAACGGTACAAGAAGTAAGTAAAATACCTGATATTCTTTTCATCGACGGCGGTAAAGGGCAGTTAGCTCAGGCAGAGGCGTTTTTTGAAGAGTGGCCAAGTGAGAAAAAGCCCTTGTTAATCGGCGTTGCTAAAGGCACCACACGTAAGCCTGGATTAGAAACACTTATTCTGGCTGGCTCTCATGAGACGCTTCCCATGGAGAGCCACTCGCCAGCCCTGCATCTGATCCAGCATATTCGGGATGAATCCCACCGGTTCGCCATTACTGGCCACCGAAATCGTAGACAAAAAGTAAAAAATACCTCTAGTTTAGAGACAATACCGGGCATTGGGGCCAAGCGTCGGCAAAGTCTGCTCAAATACATGGGTGGGTTACAAGGTCTTAAGAAGGCCAGCAAAGACGAAATTGCCAATGTACCGGGTATTAGTCAGGAATTAGCGGAAACCATTTATGATCACCTGCATCTTTAA	MTDFDYNAFLKNLTSQPGVYRMYNDQGDVIYVGKAKNLKNRVSSYFRKNVDNAKTRSLVANIANMDVTVVNSETEAFLLENNFIKKYKPRYNVVMRDDKSYPFIFLSAHEHPRLSFHRGPQKKKGEYFGPYPSAWAVRESLRTMQKIFPVRQCEDSYYRARSRPCLQYQMKRCSAPCVEGYVSDEEYQEQVQLARLFLNGKNQQVIGTLVERMEQASEQLNFEAAARYRDQINVLRKVQERQWVSGTQDEMDVFGFAVRGNMACIQVMFIRDSQLLGSKSYFPKVPASATEDEIFESFFLQFYLSGNKIIPKQIVIPRPLSEEDSIVDVLCEEAKRKVKLFKGAREEKRRYLNLAQTNATNALDAQYSQQKSVHARYLDLEEILERDAPIQRMECFDISHTSGQQTVASCVVFNREGPLKSDYRRYNIEGITPGDDYAAMAQALKRRYKTVQEVSKIPDILFIDGGKGQLAQAEAFFEEWPSEKKPLLIGVAKGTTRKPGLETLILAGSHETLPMESHSPALHLIQHIRDESHRFAITGHRNRRQKVKNTSSLETIPGIGAKRRQSLLKYMGGLQGLKKASKDEIANVPGISQELAETIYDHLHL	PGPT0014925_3466	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	UNIVERSAL_STRESS_RESPONSE	STRESS_SIGNALLING_PROTEINS	STRESS_SIGNAL-DNA_DAMAGE_DEFENSE|REPAIR,PGPT0014925-uvrC-K03703	NA	NA
AK237_00051	645	uvrY	COG2197	Response regulator UvrY	GTGATTAAGATTATCCTGGCAGACGACCATGAATTGGTCAGAACAGGGATTCGACGTATCCTGGACGATGTGTCCGACTTTACCGTCGTGGCAGAGTCAAAAAATGGGGAAGATGCTGTAAAACATTGCAGAACCAACGCCCCCGACATCGTGTTAATGGACGTCAATATGCCCGGAATGGGCGGATTGGAAGCCACTAAAAAAATCGTACGTATGTCTGAAAACACACGTGTTATCTGCCTGTCTATGCACAAAGAGCATCCAATACCTTCACAGGTAATGCAAATTGGTGCATTTGGCTTTCTAACGAAAGACGCAGAGCCTGAAGAAATGATTCGCGCTATATATAAAGTGCACTCAGGTCAGAAGTACTTACCTCAAGAAATTGCGCAGAGTATTGCCATCAGTAAGTTGGCACCCGATGCCGATAACCCTTTCGATAATTTATCGAGCCGGGAACTGAATATTGCTATGCGCTTAACAAAGGGCCAGAAAGTGCCTGAAATCGCAAACGAATTAAGTATTAACGCAAAAACTGTGAATACTTATCGTTACCGCATGTTCGAAAAGCTGGGTGTCAAAACCGATGTTGAACTGACGCATTTGGCGCTTCGACACAAATTAATCGATCCAAATCTGCTTTGA	MIKIILADDHELVRTGIRRILDDVSDFTVVAESKNGEDAVKHCRTNAPDIVLMDVNMPGMGGLEATKKIVRMSENTRVICLSMHKEHPIPSQVMQIGAFGFLTKDAEPEEMIRAIYKVHSGQKYLPQEIAQSIAISKLAPDADNPFDNLSSRELNIAMRLTKGQKVPEIANELSINAKTVNTYRYRMFEKLGVKTDVELTHLALRHKLIDPNLL	PGPT0012935_805	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-OTHER_QSR|BF_RELATED_SYSTEMS	CE-QSR|BF-VarA|VarS_SIGNALLING_SYSTEM,PGPT0012935-gacA|uvrY|varA-K07689	NA	NA
AK237_00052	693	yhhW	COG1741	Quercetin 2,3-dioxygenase	ATGCGTTATGTAAGAAAAGCAGACAAACGGGGAAAGGCTGATTTTGGCTGGTTACAGTCTCATCACACGTTTTCATTTGGACGCTATTACGATGCCGAACATATGGGGATCTCTGTGCTTCGCGTCATAAACGACGACACTGTCGCACCTGGTCGAGGATTCGAAACCCACGGCCATCGCGATATGGAAATTGTTTCATATGTAATTAACGGCGCGCTTGCTCATAAAGATAGCACGGGGAATAGCGATGTTATTCCTGCTGGCGACATCCAGCGTATGAGCGCGGGAAGTGGCATTATGCATTCAGAGTTTAATGCCTCGAACGATGAGCCGGTTCATTTCTTACAAATTTGGGTGTTACCTGACAAAAACGGGATAGCCCCTGGATATGAGCAGAAAACAATTCAACAGCGTGAGGAACTTACGCCTCTGGTAACGCCTACGGGAGCAAACGGAACAGTAAAAATCCATCAGGATATGCAATTGTCGCGCTTGCGCTTACACCAAGGCCAATCCTACTCACTGAATACTCAAGCCCGTTTAGGCTACATGCATGTTGTCAAAGGCGAAGCCGATGTGGATGGTGAACCCTTTTCGGCAGGTGATGGAATAGGCTTGTACCAAAACGATACCATGCAGGTAACGGCACAGGGTGATTTTGAAGCATTGTGGTTTGATTTGCCTCAGCTTTAA	MRYVRKADKRGKADFGWLQSHHTFSFGRYYDAEHMGISVLRVINDDTVAPGRGFETHGHRDMEIVSYVINGALAHKDSTGNSDVIPAGDIQRMSAGSGIMHSEFNASNDEPVHFLQIWVLPDKNGIAPGYEQKTIQQREELTPLVTPTGANGTVKIHQDMQLSRLRLHQGQSYSLNTQARLGYMHVVKGEADVDGEPFSAGDGIGLYQNDTMQVTAQGDFEALWFDLPQL	PGPT0019980_6313	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_FLAVONOID_UTILIZATION	PLANT_DERIVED_QUERCETIN_DEGRADATION,PGPT0019980-yhhW|pirA-K06911	NA	NA
AK237_00053	1137	patB_1	COG1168	Cystathionine beta-lyase PatB	ATGTCTCTTTTTGAAGGTCGGTTTAAAAGTGGTGCGTTAAAATTTGATGGCGTGCCTGCGCGTTTCGGCGCCTCAGCACATCAGGTTTATCCTATGTGGGTGGCAGATACGGACTTTCCGCCTCCTGAAAACGTGACCAGAGGGCTAGGGGAGTTTGTTGCTCATCATTACGGTTATCAACAACTTGAAATGACATCGGTTATAAGTCAGTGGCATTGGCGGCGTAATGAGTACATTGATGAAAGCCAGCTGGTAGACTGCGTGAGTGTGATTGCCGCAATGACCGCATGTGTCGAAACGCTAACCTCTCCAGGGGCTAAGGTCGGTGTATTTACACCGGTGTACGGACCATTTTATGGCGTCATTGAAAAGTCCGGCCGACAACTATGCAAATTGCCCCTTGTGCGCAGCGAAACACGGTACGGCATTGATTTATCCACCATCAACGATGATTTGGCTATGGTGCTAATGTGCAGCCCCCACAATCCCACAGGCACCTTATGGAAAAAAGCGGAAATTGAGGCCGTCGCAGCGCGCTGTAAAACGCTGGGCATACCATTGGTTATAGACGAAGTGCATCGAGGGTTTGTTGAGGAAGGGGCAGAGTTTGTTTCAGGGGTATCAATCGATGAAACAATTGCAGACGCTGTTATTGTTCTGCAATCGCCAAGCAAATCCTACAACATCGCACATTTACCTGGTGCAGCATACGCCATTATTAAACAGTCGGCATGGCGGGATAGGGTACGTTCAGCCATCATGAAGCCTCACCTGTTTGCCAGTGCTTTAGCTCGACGGGCACTTATTTTGGCTTACGATGAAATAAATGACCTATGGCTGGAGAAAATAAGCGGCGTGGTAGATGTGAACCGACGACTACTTATCGACGCTCTATCCGATACATCATTTCTCGCGTGTTCTCCGCAGTCTACATACTTTATGTGGCTTGACGCACAACAATATTATCCGCAGGCAGATGGCCAATGCGCAAAAGCATTATTTATGGATACAGGGATTGCAGCCAACGATGGCAGTGAATTTGGTGCGCCGGGGTATATTCGATTAAATATTGGAACGGAAACACATATCGTACAACAGGTTACTGACATACTGCTTAGCGTATGTTCTAAAAAGTAG	MSLFEGRFKSGALKFDGVPARFGASAHQVYPMWVADTDFPPPENVTRGLGEFVAHHYGYQQLEMTSVISQWHWRRNEYIDESQLVDCVSVIAAMTACVETLTSPGAKVGVFTPVYGPFYGVIEKSGRQLCKLPLVRSETRYGIDLSTINDDLAMVLMCSPHNPTGTLWKKAEIEAVAARCKTLGIPLVIDEVHRGFVEEGAEFVSGVSIDETIADAVIVLQSPSKSYNIAHLPGAAYAIIKQSAWRDRVRSAIMKPHLFASALARRALILAYDEINDLWLEKISGVVDVNRRLLIDALSDTSFLACSPQSTYFMWLDAQQYYPQADGQCAKALFMDTGIAANDGSEFGAPGYIRLNIGTETHIVQQVTDILLSVCSKK	PGPT0001990_2672	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
AK237_00054	2100	egtB		Hercynine oxygenase	ATGGGCGCTTTGCATACACCACATCTTCGACAGGGAACGGTTGAAGAAAAAAGACAAGAAATTCTCGCGTATTTTTTACATTCCTTCGATCGCTACGAAAGTTTGTTTACGTTATTAAAAGATGACGATGCATTTTATCAACGACCCGAGAAGTTAAGACACCCGCTAATTTTTTACTATGGTCATACCGCCACGTTCTTTATCAATAAATTAGTGTTAGCCAAACAAATTAACGACAGGATTAATCCCCATTTTGAATCATTGTTTGCCATTGGTGTAGACGAGATGAGCTGGGATGACTTAAATGATGCTCATTACGAGTGGCCTGCCGTTGAAGAGGTACGGGCTTACCGTGCTCAGGTTCGCAGGTTGGTCAGTGATCTCATCGCTACCATCGAGTTTACAATGCCCATCGAATGGGACAGCCCTATGTGGCCGATTATGATGGGTATTGAACATGAAGGAATTCATCTGGAGACATCTTCGGTACTCATACGCCAGCTCCCTCTGCGCTGGGTAACAAAGCAGGCAGGTTGGTCGCCTTGCAACACCTTCGCACAAGCACCTGCTAATACGCTTTTACCCGTTGAAGGTGGCATCATCTCAGCCGGGAATTCATGGCAATCGGCACATTACGGGTGGGATAATGAGTATGGTGAGCACTCGGCCAGGGTTAGTGATTTCGCAGCATCAAAGTACCTGGTAAGCAATGGCGAGTTTTTAGAATTCGTCAACGACGGGGGTTACCATCAATCAACATATTGGGAAGAGGAAGGTAAACAATGGTTGGCCTATACACAACCTCAACATCCTGTTTTTTGGCGTTTGCACGACGGAAAGTATTTCTATCGCGCACTCGCTGAGGAATTGCCTTTACCCCTCAATTGGCCTGTTGATGTGAATTATCACGAAGCAAAAGCATTTTGTAACTGGCTGGGCGCTCGCACAGGTAAAAATATTCAGCTTCCTACAGAAGATGAGTGGTTACGTTTACGTGACGTAACAGGCGTTGATGAATTACTGTATGGCGAGGATTGGAACATCGGTTTGCGTCATTATGCTTCCTCGGTACCGGTAGATACTTTTCAGCGTAATGGTTTTTATGACGTAGTAGGCAATGTATGGCAGTGGACAGAAACACCTATTTATCCGTTTGATGGATTTAAAGTGCATCCGTTGTATGATGATTTCACCACCCCTACGTTTGATAACAAACACAATTTGTTCAAAGGTGGCTCGTGGATTTCTACCGGTAACGAAGCAATGCGACATAGTCGTTATGCCTTTCGCCGCCACTTTTTCCAGCACGCAGGTTTTCGCTACGTAGAATCATCGGAAGTCATTAAAGTGAACGATTTAGATTATGAAAGCGATACGCAGGTGTCGCAATACAGTGAGTTTCATTATGGTGACCAGTACCATGGGGTGCCGAACTTTTCTGCTGCCTCGGTCGCATTTGCTATGCCGTTTATGAAGAATAAACCCAAAGCCAGAGCGTTAGACTTAGGTTGCGCCGTAGGCCGGGCTTCATTTGAATTAGCCCGGTATTTCGAGCACGTCGATGGGATAGATTTTTCAGCACGTTTTATCAAAACCGCTTTCGCTATGCAGCAACATGGGGAGATCCGCTATCACCTGATTGAAGAAGGGGATTTAACTCAATTTAAAGTGGCTCGCTTAGATGACTTAGGTTTGTCTGACTCTGCGCAGAAAGTGGCATTCGCTCAGGGCGATGCGTGCAACTTAAAACCGCAGTTTAACGATTACGACTTTATTTTAATGAGTAATCTTATTGATCGCGTTTATGAACCGAAAAAGCTACTCGCCGAAATCCAGTCACGACTAAATGTGGGCGGTATTCTCGTTGTGGCTTCTCCTTTTACGTGGCTAGAAGAGTACACCGCGAAAGAAAATTGGCTGGGTGGATATAAAGATGAAAATGGTGAGACGTTAACGTCTACCGACGCGCTGGAAAACGCCCTGAGTGGACACTTTAAACGTATAGCGCCGCCGCAGGATATTCCGTTTGTGATCCGCGAAACTAAGCGCAAATACCAGCATTCACTGTCAGAATTTAACGTTTTTGAGCGAGTGAAGTAA	MGALHTPHLRQGTVEEKRQEILAYFLHSFDRYESLFTLLKDDDAFYQRPEKLRHPLIFYYGHTATFFINKLVLAKQINDRINPHFESLFAIGVDEMSWDDLNDAHYEWPAVEEVRAYRAQVRRLVSDLIATIEFTMPIEWDSPMWPIMMGIEHEGIHLETSSVLIRQLPLRWVTKQAGWSPCNTFAQAPANTLLPVEGGIISAGNSWQSAHYGWDNEYGEHSARVSDFAASKYLVSNGEFLEFVNDGGYHQSTYWEEEGKQWLAYTQPQHPVFWRLHDGKYFYRALAEELPLPLNWPVDVNYHEAKAFCNWLGARTGKNIQLPTEDEWLRLRDVTGVDELLYGEDWNIGLRHYASSVPVDTFQRNGFYDVVGNVWQWTETPIYPFDGFKVHPLYDDFTTPTFDNKHNLFKGGSWISTGNEAMRHSRYAFRRHFFQHAGFRYVESSEVIKVNDLDYESDTQVSQYSEFHYGDQYHGVPNFSAASVAFAMPFMKNKPKARALDLGCAVGRASFELARYFEHVDGIDFSARFIKTAFAMQQHGEIRYHLIEEGDLTQFKVARLDDLGLSDSAQKVAFAQGDACNLKPQFNDYDFILMSNLIDRVYEPKKLLAEIQSRLNVGGILVVASPFTWLEEYTAKENWLGGYKDENGETLTSTDALENALSGHFKRIAPPQDIPFVIRETKRKYQHSLSEFNVFERVK				NA	NA	NA	NA	NA
AK237_00057	666	yccA	COG0670	Modulator of FtsH protease YccA	ATGGATCAACGTTCGATGTATGCAGGTGCATCTCAACAGTCAGTACTGCAAACAAATAAGGTATTGCGTAATACTTATATGCTGCTGGCTATGACACTGGCATTTAGTGCAGTGTGTGCCGGTATCGCCATGGCGGTTGGCATCTCTCCAATGATGTCATTAGTTATGACCATCGGTGCGTTTATAACTCTGTTTGTCGTGCAGCGTAAAGCTGAATCAGCCTCAGGTATTTACTGGGTATTTGCATTTACCGGTCTTATGGGAGCTTCGCTGGGTTATACCCTGAACTTCTACCTTGGTGTAGCAGGTCCCGGCCTTATCATGCAAGCACTGGGTGCGACAGCTCTGGTATTCTTTGCATTGTCAGGCTATGCGCTTACCACTAAGAAAGACTTCTCCTTTTTGGGCGGCTTTTTGTTAGTTGGTCTGGTTGTTGCCATCGTAGCAGGTATTGCTAATATCTTCTTCATGGTACCTGCAGTTTCGCTGGCAATTAGTGCTGCTATTGTATTTATTATGTCTGGTTTCATTCTTTTCGATACAAGTCGTATCGTAAACGGTGGTGAAACTAACTATATCCGCGCTACCGTAGCAATGTATCTGAACATTTATAACTTGTTCACATCTATTCTGCACTTGCTCGGTGCCTTTGGCGGCGACGATTAA	MDQRSMYAGASQQSVLQTNKVLRNTYMLLAMTLAFSAVCAGIAMAVGISPMMSLVMTIGAFITLFVVQRKAESASGIYWVFAFTGLMGASLGYTLNFYLGVAGPGLIMQALGATALVFFALSGYALTTKKDFSFLGGFLLVGLVVAIVAGIANIFFMVPAVSLAISAAIVFIMSGFILFDTSRIVNGGETNYIRATVAMYLNIYNLFTSILHLLGAFGGDD				NA	NA	NA	NA	NA
AK237_00058	363	tusD	COG1553	Sulfurtransferase TusD	ATGTCATGCTATTCAATTTTAGTCACTTCCTCCCCCTACGATAATCAGGGTAGCCAGCGTGCTCTCACCTTTTGTCATCAGTTGTTAAATGATGGTCACGTCATTGAGCAGGTGTTTTTTTATCAGGGGGGCATATACAACGCGCTGCAAGAAATGACGCCGCCAGGTGATGAGACTAACTATTATGCGCAGTGGTCATTGCTGAAAGTGCAACACAAGGTACCGTTACGAGTTTGTGTAACAGCAGGAGAAAAGCGTGGTGTCGTCCTCCAGCAACATGTGATCGACTCCCCTTTTGAACAAACAGGATTGGGTGAATTTTTCGCCGGCCTGCACCAAAGCGAACACGTGGTACAATTTTAA	MSCYSILVTSSPYDNQGSQRALTFCHQLLNDGHVIEQVFFYQGGIYNALQEMTPPGDETNYYAQWSLLKVQHKVPLRVCVTAGEKRGVVLQQHVIDSPFEQTGLGEFFAGLHQSEHVVQF				NA	NA	NA	NA	NA
AK237_00059	354	tusC		Protein TusC	ATGGCACAGTTATTAGTTCGGATGACCTCCGCCCCCTATTCTACAAGCAATGCCGGCGATGGCTTAGACTTCGCGATGGCAGCCACCAATTATGGCCACGATGTTACACTACTGTTCGAGGGACACGGTATTTATCAACTGTTACCACAATCACCTCATATCCTTGGGGTGAAAAACCACTATAAGCGATTAAAGGCGTTACCATTTTTCGATGTCGAAGCGTGTTTTTATGCCTCGGCAGATCAAGTTCATTATCAAATTGACGAAAACGCATTGCTTGATACCGTTGCGCCTATCGACGATACAGCCATTTTATCGCTTATTGAAAGTGCAGATCACGTGGTGACGTTCTGA	MAQLLVRMTSAPYSTSNAGDGLDFAMAATNYGHDVTLLFEGHGIYQLLPQSPHILGVKNHYKRLKALPFFDVEACFYASADQVHYQIDENALLDTVAPIDDTAILSLIESADHVVTF				NA	NA	NA	NA	NA
AK237_00060	264			hypothetical protein	ATGATTATTGCTATTACGCGACTAGAAAACAGCCCAGAGCAGCTTCGTTATACCACGCTCGCTAAGCAGACGCATTCTCCCATTCTATTGCTTGAAAATGGGGTTTACCAATATGCTGCACTTCGTCAAACACATCAGAACATATTGGTAGCAAAATCAGACGCCGAAGCCCGTGGCGTTATTTGCGACGAAGCAGTATATGTTGATGACAAAGGTATCGTGGCGTTAACGCAACAATATGGTAACTGGATAACGTTGAAATGA	MIIAITRLENSPEQLRYTTLAKQTHSPILLLENGVYQYAALRQTHQNILVAKSDAEARGVICDEAVYVDDKGIVALTQQYGNWITLK				NA	NA	NA	NA	NA
AK237_00061	351	tusE	COG2920	Sulfurtransferase TusE	ATGACTGACACCGACAAAGCCACTTTTACGTGGAATGGAAAAACGATTGCCGTTGATAAAAATGGCTACCTGCTCGATTTTACACAGTGGGATGAGTCTATGGTTCCCTACCTTGCTGAGCAAGAGGGGATAGCGCTAACCGACGAGCATTGGGAAGTAGTGCGCTTTGTGCGTCAATTTTATCTTGACTACGACACCAGTCCCGCCGTGAGAGCGTTGGTCAAGGCGGTTGCCGCAGAGTATGGTCCCGAGAAAGGAAACAGCCGTTATCTCCAGCGGTTATTCAAAAAAGGCCCGGCTAAACAGGCAACGAAACTTGCTGGCCTCCCCAAGCCCGCAAAGTGTCTATGA	MTDTDKATFTWNGKTIAVDKNGYLLDFTQWDESMVPYLAEQEGIALTDEHWEVVRFVRQFYLDYDTSPAVRALVKAVAAEYGPEKGNSRYLQRLFKKGPAKQATKLAGLPKPAKCL				NA	NA	NA	NA	NA
AK237_00062	1296	serS	COG0172	Serine--tRNA ligase	ATGTTAGATCCAAAGTTACTTCGGGCAGACATTGAGAATACGGCGAAACGCCTGGCAGACAGAGGCTTTACGCTGGATGTTGAGGCGTTTAATGCGTTAGAAGAAAAACGCAAGTCACTGCAAACAAAAACGCAGGAATTACAAAACGAACGTAACGTCCGAAGTAAGTCCATTGGTAAAGCGAAGGCGCAAGGTCAAGATATCGCGCCGTTGTTAGCTGAAGTTGGCCAGCTTGGCGACGATCTCGACGCTGCAAAAAACGAATTAGATGTGCTACTTGCCGATATTACAGCGCTCACACAAGGCATTCCCAATTTACCCCATGAATCGGTACCTGTTGGTGAAGATGAAAACCAAAACGTCGAAATCAGTAAATGGGGTACACCTGCTGAGTTTGATTTCGAGGTAAAAGATCACGTTGATGTAGCCGAAGCATTGGAGCATGGTTTAGATTTTGCCGCCGCGACAAAGCTCACCGGTAGCCGATTTGTGGTTATGCGAGGCCATATTGCCCGCCTGCATCGTGCACTAGCGCAGTTTATGCTTGATGTGCATACCGCTGAGCACGGCTATCAGGAAATGTATGTTCCTTATCTGGTAAACCATGATAGCTTGTATGGCACAGGTCAATTGCCGAAGTTTGGTGAAGATCTCTTCCACACCAAACCCGCAACAGAAGAGGGGCAAGGCCTGTCTTTAATTCCAACTGCGGAAGTACCGCTAACAAATTTAGCGCGTGACGAGATTTTCGATGCGAAGGCTTTGCCAATAAAAATGACCGCGCACACGCCTTGTTTCAGAAGTGAGGCAGGTTCCTACGGTCGTGACACCCGAGGCCTTATTCGCCAACATCAATTTGATAAAGTTGAAATGGTGCAACTGGTGAAACCGGAAGACTCTTTTGCTGCGTTAGAAGAATTGACGAGTCACGCCGAAGTTATTCTTCAGAAGCTTGGCCTGCCTTACCGCAAAATGTTGCTGTGTACCGGTGATATGGGCTTCGGCTCTTGCAAAACCTACGATCTGGAAGTGTGGTTACCGGCACAGAATACATATCGTGAAATATCATCTTGTTCTAATATGTTTGATTTCCAGGCTCGCAGAATGCAGGCGCGGTATCGCAACCCTGAAACCAATAAGCCAGAGTTATTGCATACCTTAAACGGTTCTGGTTTGGCTGTTGGACGCACCCTAGTGGCCATTCTTGAAAACTATCAACAGGCAGATGGCAGCGTAAAAGTGCCGGAAGTACTGGTAAGTTACATGGGCGGGGTAACTGAAATAAAACCTGCGTAA	MLDPKLLRADIENTAKRLADRGFTLDVEAFNALEEKRKSLQTKTQELQNERNVRSKSIGKAKAQGQDIAPLLAEVGQLGDDLDAAKNELDVLLADITALTQGIPNLPHESVPVGEDENQNVEISKWGTPAEFDFEVKDHVDVAEALEHGLDFAAATKLTGSRFVVMRGHIARLHRALAQFMLDVHTAEHGYQEMYVPYLVNHDSLYGTGQLPKFGEDLFHTKPATEEGQGLSLIPTAEVPLTNLARDEIFDAKALPIKMTAHTPCFRSEAGSYGRDTRGLIRQHQFDKVEMVQLVKPEDSFAALEELTSHAEVILQKLGLPYRKMLLCTGDMGFGSCKTYDLEVWLPAQNTYREISSCSNMFDFQARRMQARYRNPETNKPELLHTLNGSGLAVGRTLVAILENYQQADGSVKVPEVLVSYMGGVTEIKPA				NA	NA	NA	NA	NA
AK237_00063	384	crcB		Putative fluoride ion transporter CrcB	ATGCCAACAGGGATTATTTTATATTGCTATATTGCCTTAGGAGGGGCGGTTGGCGCGTGTTTGCGTTATTTTGTAACCTCAAATGTCGATTCCTGGTTTGGAAAAGCTTTGCCCTTTGGTACACTGACCGTGAATGTGCTGGGTTCATTCAGTCTGGCACTGTTATACGGATTCATAGAGCGCCATGAGTTAATGGATTCCCCCTATCGGGCGCTCGTCGGTGTTGGCCTGCTTGGGGCATTCACCACCTTTTCCACGTTTTCAATAGAAACGCTGACATTATTGGAGAACGGCTTACTGATGAAAGCCGCAGCCAATGTGTTGTTAAATGTGTGTCTTTGCCTGTTAGCAGGCTGGGCAGCCATAGCAATGATGAAAGGATAA	MPTGIILYCYIALGGAVGACLRYFVTSNVDSWFGKALPFGTLTVNVLGSFSLALLYGFIERHELMDSPYRALVGVGLLGAFTTFSTFSIETLTLLENGLLMKAAANVLLNVCLCLLAGWAAIAMMKG	PGPT0004985_2783	DIRECT EFFECT	BIO-REMEDIATION	FLUORIDE_DETOXIFICATION	FLUORIDE_RESISTANCE	FLUORIDE_RESISTANCE-FLUORIDE_TRANSPORT,PGPT0004985-crcB-K06199	NA	NA
AK237_00064	1314	rarA	COG2256	Replication-associated recombination protein A	GTGAGTCTTTTTTCTCAGGATGACTATGCGCCTCTTGCTGCCCGGATGCGCCCAACCACAATAGATGAATATGCCGGCCAGGCACATTTACTGGGTGAAGGTAAACCGCTACGAAAAATGCTTGAAGCAGGCCATTGCCATTCTATGATTTTGTGGGGCCCGCCCGGTACGGGGAAAACGTCCCTGGCAGAAATGATTGCACAATATACGCACGCGAAGGTTGTACGGCTTTCTGCGGTTACAGCCGGTGTAAAAGACGTACGTGCAGCCATGGAGCAGGCTGAAATTGATCAGCGGCATGGACAAAGGACATTGCTCTTTGTCGACGAGGTACATCGATTCAACAAAAGCCAGCAAGACGCATTCTTACCTTTTGTAGAGTCAGGTACCGTCACGTTTATTGGTGCTACCACTGAAAATCCATCCTTTGAACTTAATAATGCATTGTTATCGCGGGTACGGGTGTATGTACTGCAATCTCTGGATGAAAAAGCGCTGGAAGGGCTTTTATTGCGTGCATTAAACGATACTGATAAAGGGCTCGGTGCACAGCAACTCAAGCTTGATGACGACGCTAAGGCAGCTCTTTTAGGCTTGTGTGCAGGGGACGGTCGTCGCTTATTAACCTACCTGGAACTGGCAAGTGATTTTGCTGACGAGCAGGTTATTCATCTGAGTGATGTCGAACAGGCCGTTGGTGAAAAAGTGGCTGCCTATGATAAACGAGGTGACACGTTTTACGATTTAATCTCGGCATTTCACAAGTCAGTGCGTGGCTCAGATCCTGACGCGGCGCTTTACTGGTACGCCCGCATTTTACATGGTGGCGGCGATGCACTTTATGTCGCCCGACGGTTATTGGCCATCGCATCTGAAGACGTGGGTAACGCCGATCCCCGTGCATTGCAACTTTGTGTAAACGCGTGGGATTGTTATCATCGGGTCGGTCCGGCAGAAGGTGAGAGAGCTATCGCGCAAGCTGCTGTATATTGTGCGTTAGCGCCGAAAAGCAATGCCGTGTACATGGCATTCAGTGAGGCCAAACAACTCGCAGCCAAAGCACCTGATTATCCGGTGCCTGTTCATTTGCGTAATGCACCTACTTCATTGCTAAAAGAACTCGGGCATGGTGAGGCGTATCGATACGCACATAATGAACCGAATGCTTTTGCCGCAGGTGAAGTTTATCTCCCACCTGAAATTGAAGGGACTCGGTTTTACGTACCGACAGAACGGGGATTAGAACAAAAGCTCAAAGCCAAGCGGGACTTCCTTGATTCGTTAAATCAGCAAGCCAGGGAAAGAAAGGAGTAA	MSLFSQDDYAPLAARMRPTTIDEYAGQAHLLGEGKPLRKMLEAGHCHSMILWGPPGTGKTSLAEMIAQYTHAKVVRLSAVTAGVKDVRAAMEQAEIDQRHGQRTLLFVDEVHRFNKSQQDAFLPFVESGTVTFIGATTENPSFELNNALLSRVRVYVLQSLDEKALEGLLLRALNDTDKGLGAQQLKLDDDAKAALLGLCAGDGRRLLTYLELASDFADEQVIHLSDVEQAVGEKVAAYDKRGDTFYDLISAFHKSVRGSDPDAALYWYARILHGGGDALYVARRLLAIASEDVGNADPRALQLCVNAWDCYHRVGPAEGERAIAQAAVYCALAPKSNAVYMAFSEAKQLAAKAPDYPVPVHLRNAPTSLLKELGHGEAYRYAHNEPNAFAAGEVYLPPEIEGTRFYVPTERGLEQKLKAKRDFLDSLNQQARERKE				NA	NA	NA	NA	NA
AK237_00065	624	lolA	COG2834	Outer-membrane lipoprotein carrier protein	ATGAACCGAGTGTTTAATTTTGCAATATTATGTATGTTGTTTTCGAGCTCTGCATGGGCATCATCAGATAATGCTACATCCACTTTAAAAAATCTGTTAGCCAATATTCAGCAATACAAAGCCAATTTTGCACAGGTTATCACTGATGCTGATGACAATATCGTGCATGAAGCGAAAGGAAAAATTGTGCTCGCAAGGCCAAATAAGCTGCGCTGGGAAACACTGCCGCCAAATGACAACGTACTGGTTGCCGATGGCGAGTCGGTTTGGAATATCGATCCCTTTGTCGAACAGGTAACTATCATCGACCAGCGTAATGCCGTAAAAGACAACCCCATCATGTTGTTAACGTCAACAGACGAAGCAACCTGGTCTAAATTTGTCGTTCGCCAGGCAGCAGCAAATGAGTCAGAGTTCTTTGTCACCCCTAAAAATCGTGAAGGTCAGGTACGTGAGTTAACGATGCTGTTTGATAACGGAACACTTGTTGGCTTAACCACATTAGACGCACAAGAACAAACCAGCACGTTACTGTTTTCGGATATCAGCACCCGTTTCCCTATGGCTGCAGACACCTTCGTACCTGATATTTCCGAATCGTTTATGGTTGATGACCAACGGTGA	MNRVFNFAILCMLFSSSAWASSDNATSTLKNLLANIQQYKANFAQVITDADDNIVHEAKGKIVLARPNKLRWETLPPNDNVLVADGESVWNIDPFVEQVTIIDQRNAVKDNPIMLLTSTDEATWSKFVVRQAAANESEFFVTPKNREGQVRELTMLFDNGTLVGLTTLDAQEQTSTLLFSDISTRFPMAADTFVPDISESFMVDDQR	PGPT0024475_211	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-OTHER_CELL_MEMBRANE_REMODELLING_PROTEINS	CE-REMODELLING_LIPOPROTEIN_METABOLSIM,PGPT0024475-lolA-K03634	NA	NA
AK237_00066	2601			hypothetical protein	ATGGCGCGTTTAACCGGTATTCAGCGTTTACTTGAGGCAGGCATGATGGTCGCCTGCGTATTCGCATTCTTCATTCTATTGGCATTGGCTTCATTCCATCCTGGCGACCCGGGCTGGAGCCAGGCAGGCTTGCAACTCGATGTACATAACTGGGTTGGTGCAACGGGGGCATGGGTAGCGGACTTGCTATTGTTCAGTTTCGGCTGGCTTGCTTATCTTTTACCATTTTGTTTCGCTTTTATTGGGTGGTTTCTTTTTCAGCATGTCAAAGACCTGGATGAATTCGACTACCTGACAATCGGTTTACGTATCATAGGCGGGTTACTCATCGCACTTGGGGTGACCGGCATTGCCAGTATCAATTTCAATGATTTATATAATTTTTCAGCCGGCGGATTTGTCGGTGATGTCATCAGCTCAGCCTTAATTCCCTATTTTAATACCGCGGGTACCATTTTAGTGTTGCTGTGTTTTTCATGTACCGGTTTTACACTGTTAACTGGTATAAGTTGGCTTGATATTATTGATAGCATGGGAAGTGCAACGATTTGGTTTGGCCGTAAAACCATTACCGTTCCACAGCAGCTTATGGGCCTGGAAATGCCTAAGCTGGCCCTGTCTTCTGAGAAATCATCAGACGCAGGGGAGGGGAGTCGTGATACGGTTGATGTAACAACCCTAAGGGCTGCGCCACGAGCAGAAGATAGCGATGACCAATCTCGACGTAGCGTTAGTCAGCCTGTTAAGTCGCGAAATGAGCCTTCTTTTGGTATCCCTGAGGAGGTATTTGGTGACGATGACGATGCACCTCCTTTCGACACAGAGCCGCATGATAAAGAACCTGTCACCATAGAAGCGGACAAATCTTCTGGATTTTCCTTCAGTAGCTTTAAAGAAAAAATGATGTCGGGCAAAGAGAAGAAGCCTGAAGAAAAAGTGACTGAAAAAGCCGAACCGACCTTTGGTGACGATGCCGCAGATGATATTGCCACACAGGAGAGTCCGGTTACTGCTTCACCGAAACCCGCGGAAAAACCAAAAGCACCTACCACTTTGGCAGAAGCCGTGGCGGCAAAAGAGGCAGAAAAAGCAGAAATCGCTTCGCTGGGTCCTATGCCTTCTTTTGATCTGTTAGAGCGCCCGGACAGAAAAGAAAATCCTATTACCCAGGAAGAAATGGACATGGTGTCCCGCCTTGTCGAAGACAAGCTAGCAGATTTTAATATTGAAGCCAGCGTTGTTGGGGTTTATCCAGGTCCCGTTATCACGCGTTTTGAACTAGATTTAGCGCCCGGCGTGAAAGTAAGCAAGATTACAGGCTTATCAAAAGACCTCGCCCGAGCCATGTCAGCTATGTCAGTTCGCGTTGTTGAAGTTATCCCTGGTAAGTCAGTTATTGGTCTTGAGTTGCCAAATAAGAAGCGTGAAATGGTGCGCTTAAGTGAAGTGATATCTTGTGATGCCTTCCAGAGTAACAAGTCAGCCCTGACCATGGTGTTAGGGGCTGACATTAGCGGAAAACCCGTGGTGGTTGACCTGGCTAAAATGCCTCATTTACTCGTGGCGGGTACAACCGGTGCGGGTAAATCCGTTGGTGTGAACGTGATGATTTTGAGCTTGTTATACAAGTCTAAACCAGAAGACGTTCGCATGATCATGATTGACCCTAAAATGCTTGAATTGTCGGTATATGAAGGGATCCCTCATTTGCTGGCAGAAGTGGTGACGGACATGAAAGAAGCCGCTAATGCGTTGCGTTGGTGTGTAGGTGAAATGGAGCGCCGCTATAAATTAATGTCTGCGCTCGGGGTCAGAAATTTGAAAGGCTATAATGCCAAGGTGTTGCAGGCTATCGAAGACGGTGAGCCAATTAAAGATCCACTTTGGCGTACCGAAGACAGCATGGAGCAGGAGGCTCCTGATTTGGAGAAGTTGCCTGCTATCGTCGTGGTTGTGGACGAATTTGCCGACATGATGATGATTGTGGGTAAAAAGGTAGAAGAGCTTATCGCGCGTATTGCGCAAAAAGCGCGAGCTGCCGGTATTCATTTGATTCTGGCTACGCAGCGTCCTTCTGTGGATGTCATCACCGGTTTGATTAAAGCCAACATTCCTACCCGAATCGCTTTTCAGGTATCAAGTAAAATCGATTCAAGAACGATCTTAGATCAGCAGGGGGCAGAGGCGCTTCTCGGTATGGGTGATATGTTATATCTGCCTCCGGGTAGTCCGGTACCAACACGGGTTCACGGCGCATTCGTGGATGACCATGAAGTGCATGCGGTGGTGAGTGATTGGCAGAAGCGGGGCAAACCCAACTATATCGATGAAATTCTAAATGGCGAGGCATCGGCCGAGATTTTGCTGCCTGGTGAAGCGGCAGAAAATAGTGATGAAGAATATGACGCCTTTTTTGATGAAGCGGTGGCGTTCGTTACTGAAACGCGCCGGGCTAGTGTCTCTTCAGTACAGCGAAAATTCAGAATTGGTTACAACCGTGCTGCACGCTTGGTCGAACAAATGGAAGCAAATGGTGTCGTATCTTCACCAGGTCATAATGGTAACAGGGAAGTGCTTGCGCCGCCTGTACCCAAGGAGTAA	MARLTGIQRLLEAGMMVACVFAFFILLALASFHPGDPGWSQAGLQLDVHNWVGATGAWVADLLLFSFGWLAYLLPFCFAFIGWFLFQHVKDLDEFDYLTIGLRIIGGLLIALGVTGIASINFNDLYNFSAGGFVGDVISSALIPYFNTAGTILVLLCFSCTGFTLLTGISWLDIIDSMGSATIWFGRKTITVPQQLMGLEMPKLALSSEKSSDAGEGSRDTVDVTTLRAAPRAEDSDDQSRRSVSQPVKSRNEPSFGIPEEVFGDDDDAPPFDTEPHDKEPVTIEADKSSGFSFSSFKEKMMSGKEKKPEEKVTEKAEPTFGDDAADDIATQESPVTASPKPAEKPKAPTTLAEAVAAKEAEKAEIASLGPMPSFDLLERPDRKENPITQEEMDMVSRLVEDKLADFNIEASVVGVYPGPVITRFELDLAPGVKVSKITGLSKDLARAMSAMSVRVVEVIPGKSVIGLELPNKKREMVRLSEVISCDAFQSNKSALTMVLGADISGKPVVVDLAKMPHLLVAGTTGAGKSVGVNVMILSLLYKSKPEDVRMIMIDPKMLELSVYEGIPHLLAEVVTDMKEAANALRWCVGEMERRYKLMSALGVRNLKGYNAKVLQAIEDGEPIKDPLWRTEDSMEQEAPDLEKLPAIVVVVDEFADMMMIVGKKVEELIARIAQKARAAGIHLILATQRPSVDVITGLIKANIPTRIAFQVSSKIDSRTILDQQGAEALLGMGDMLYLPPGSPVPTRVHGAFVDDHEVHAVVSDWQKRGKPNYIDEILNGEASAEILLPGEAAENSDEEYDAFFDEAVAFVTETRRASVSSVQRKFRIGYNRAARLVEQMEANGVVSSPGHNGNREVLAPPVPKE	PGPT0030468_3815	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
AK237_00067	486	lrp_1	COG1522	Leucine-responsive regulatory protein	ATGCTGGTAAAAACACCTAAACACCTTGACCGAATAGACAGGAATATCCTGATCCAACTGCAGAAAGACGGACGAATTTCTAATGTAGAGCTGGCAAAAGCCGTAGGGTTAAGTCCCAGTCCATGCCTTGAACGAGTCAAGCGATTAGAGGCTCAGGGCTATATAAAAGGGTATCATGCTACGCTCGAGCCAGAAAAGTTAGGTGCGGCCATGCTCGTGTTTGTAGAGATAACCCTAACAAAAACATCGGTTGATATCTTTGCAGAATTTTCTGCGGCGGTGCAGGGGCAGGAAGATATTCAGGAGTGCCACCTGGTGTCCGGCGATTTTGATTTTCTGCTAAAAGCACGGGTTGCCGATATGTCGAGCTATCGTAAATTGTTGGGAGACACATTATTACGTCTACCTGGTGTCAGCGAATCCCGTACCTATGTGGTCATGGAAGAAGTTAAAAGCACCACGGCGCTTAGAATCAATTTGAAATAG	MLVKTPKHLDRIDRNILIQLQKDGRISNVELAKAVGLSPSPCLERVKRLEAQGYIKGYHATLEPEKLGAAMLVFVEITLTKTSVDIFAEFSAAVQGQEDIQECHLVSGDFDFLLKARVADMSSYRKLLGDTLLRLPGVSESRTYVVMEEVKSTTALRINLK	PGPT0014049_14	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-ECTOINE_METABOLISM,PGPT0014049-doeX-K15782	NA	NA
AK237_00068	1128	ald	COG0686	Alanine dehydrogenase	ATGTTAGTCGGTGTACCAAAAGAGATTAAAAACCACGAATACCGCGTTGGCTTGACGCCTGCGGCTGTAAAAGAGTTTGTTACTCACGGTCATGACGTTGTGGTAGAGACCAATGCAGGTACTGCGATTGGATTTACTGATGACATGTATCAAGCTGCTGGTGCACGCATTGCTGATACTGCTGAACAAATTTTTGCAGAAGCAGAAATGATTGTAAAAGTAAAAGAGCCCCAGCCAAACGAATGTAAAATGCTGAGAAAAGGACAAACCCTTTATACCTATCTTCACCTTGCTCCCGATCCCGTACAAACCGAATTGTTAGTGGCTTCAGGCGCAACCTGTATCGCTTATGAAACTGTTACTGATGACCGTGGAGGTTTACCTTTACTTGCACCAATGAGTGAAGTAGCCGGACGCATGTCAGTTCAGGCCGGCGCGCACTATCTGGAAAAAGCGCACGGCGGTAGCGGTACGCTGCTCGGCGGCGTACCGGGTGTTGCACCGGGTAAAGTACTGGTGATCGGCGGTGGTGTCGTGGGTATCAACGCAGCTAAAATGGCTGTAGGTATGGGTGCTGATGTAACTATCCTGGATCGCTCTCTACCCCGCCTTCGTCAGATTGATGATATTTTCAACGGTCAGGTAAAGACAGTATTCTCAACGGTAGATGCTATTGAACAATATTCATCAAAAGCCGATCTGGTTGTCGGTGCGGTTCTTATCCCGGGTGCAGCAGCACCAAAACTACTGAATGAAGATCATATCAAAGCGATGAAACCAGGTTCTGTGATCGTTGATGTAGCGATAGACCAAGGTGGCTGTTTCGCGACATCAAAAGCGACGACGCACCAGGATCCGGTTTATGTAATTGACGATGTTGTACACTACTGTGTTGCCAATATGCCGGGCGGTGTTGCACGTACCTCTACGATGGCGCTGAACAATGCGACATTACCATTTGGTCTGGCGCTGGCTAACAAAGGCCCGAAACAGGCTATGCTTGATGACAAACATCTGCTGAACGGTCTTAACGTTCACGAAGGTAAAGTAACGTATAAAGCGGTAGTCGATGCACTTGGTGAAAAACTGGGCCTGATGTATACACCGGCGGAAGAAGCGCTGAAGTAA	MLVGVPKEIKNHEYRVGLTPAAVKEFVTHGHDVVVETNAGTAIGFTDDMYQAAGARIADTAEQIFAEAEMIVKVKEPQPNECKMLRKGQTLYTYLHLAPDPVQTELLVASGATCIAYETVTDDRGGLPLLAPMSEVAGRMSVQAGAHYLEKAHGGSGTLLGGVPGVAPGKVLVIGGGVVGINAAKMAVGMGADVTILDRSLPRLRQIDDIFNGQVKTVFSTVDAIEQYSSKADLVVGAVLIPGAAAPKLLNEDHIKAMKPGSVIVDVAIDQGGCFATSKATTHQDPVYVIDDVVHYCVANMPGGVARTSTMALNNATLPFGLALANKGPKQAMLDDKHLLNGLNVHEGKVTYKAVVDALGEKLGLMYTPAEEALK	PGPT0020070_846	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_UTILIZATION	PLANT_DERIVED_ALANINE_DEGRADATION,PGPT0020070-ald-K00259	NA	NA
AK237_00069	693	pyrF	COG0284	Orotidine 5'-phosphate decarboxylase	ATGCAAGATCCTAAGGTGATTGTCGCCCTCGATTACGACAATGCAGAGGCCGCATTGGCTTTTGTGTCACAGTTAGATCCCAGTTTATGTCGGTTAAAAATCGGCAAAGAAATGTTCACACTTTTTGGCCCAGAGTTCGTTAAGCAACTCATTGGCAAAGGCTTTGATATTTTCCTCGATTTAAAATTCCACGACATACCTAATACTGTGGCAAAAGCCTGTAAAGCCGCTGCTGAACTGGGGGTATGGATGGTAAATGTTCATGCATCCGGCGGCCTGGAAATGATGAAGGCAGCGAAACTGGCAGTCGAATCCAGCTCACACCCAGAAACAAAGCTTATTGCGGTTACCGTACTAACCAGCATGGATGACGGCCAGTTGCAACGGGTAGTGCCTGGTGTTACGCCTGCTCAACAGGTTGAAAAATTGGCAGCATTGACATTTGAAGCTGGTCTTGATGGTGTGGTTTGTTCGGCGCAGGAAGCTGTGTTGCTGCGTAAAACCATGAAAGAGCCGTTTTTATTAGTGACCCCGGGGATCCGTCCGGCCGGCAGCGATGCAGGGGATCAGAAGCGTGTGATGACGCCAGTTGATGCCATGAATGCTGGTGTGAGTTACCTGGTGATGGGGCGTCCCATTACACAGGCTGATGACCCGCTAAATGTATTAAAAGAGGTGAATGCCTCGTTGTAG	MQDPKVIVALDYDNAEAALAFVSQLDPSLCRLKIGKEMFTLFGPEFVKQLIGKGFDIFLDLKFHDIPNTVAKACKAAAELGVWMVNVHASGGLEMMKAAKLAVESSSHPETKLIAVTVLTSMDDGQLQRVVPGVTPAQQVEKLAALTFEAGLDGVVCSAQEAVLLRKTMKEPFLLVTPGIRPAGSDAGDQKRVMTPVDAMNAGVSYLVMGRPITQADDPLNVLKEVNASL	PGPT0014965_4446	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0014965-pyrF-K01591	NA	NA
AK237_00070	1170	lapB_1	COG2956	Lipopolysaccharide assembly protein B	ATGCTGGAATTGCTGTTTCTACTTTTGCCCGTTGCTGCAGGTTATGGCTGGATAATGGGGCGTAATAGTGTCAGACAAGCACAACGGAAACAATCCAGTATCTTATCCAGGCATTATTATAAGGGTTTGAATTTTCTTCTTTCGGACCAGCCCGATAAAGCCGTAGATACCCTGATTAAGATGATAAATCTTAATAGTGATACCGTCGAAACTCATATCGCCATGGGAAATTTCTTTCGCCATCGAGGAGAAATAGACCGAGCCATTAAAATCCATCAGAACCTTGTATCCCGCGAAGAAATTCAGCCTACACAACAAGAAAATGCGCTCAAGGAGTTGGGGCGTGATTATATGCAGGCTGGATTTTTAGAACGTGCTGAAAACGCTTATTTACAATTGATGGACAGCGATAAGCATTACCTCGTCGCGCAACAACAACTGTTCAGTATCTATCAAACGACGAAAGAATGGGAACGGGCCATTGAATTAGCTGAAAAAATGGTGGAATGTCACGGCGACAACGATGATGTCAGTGAGCGACTTTCCCATTTTTATTGCGAACAAGCTAATATTGAGCAACAACACGGCCAGCAAGGCGAGGCGCTTATATTACTGCAAAAGGCCGTAAACGCTGATGAGCATGCTGTCAGGCCGTGGCTTATGCTGGGGCAAATCGCATTTAATCAGAAACGTTTTGATGACGCGAAAGCGTATTTCGTGCAAGTTGCTGAACACGATTTGAACTGGTTTAGCGAAGCCGTACCCAGCTTAGAGGCCATTGCGGAAGAAACTGGGGATTGGGACGGTTTTGAATTGGCGCTGGCATCCCACTGGCAAGAGTGTGCAACGTCTTATTTAGCCATGGTGGATATCAAAATTCACCAGGGTAAAACCACCGAAGCCGCTGAATATTTACTTGAGCAGCTTCGTAAAAGGCCAACGATGAAAGGCTTCAAAACGCTGATGGGGCTTTATATCGATCAACTCAACGATGAAGCATCTGCGAATAGCCTGAAGCTTTTGAAAGGCCTCGTTGAAGAACAAATCAAGCAACGGCCCAAATATCGTTGCGCCAGTTGTGGATTTTCAGGAAGAAAATTATATTGGCTTTGTCCATCATGCAAGAAATGGAATGTCGTTAAACCCATTAAAGGCTTAGACGGAGAATAA	MLELLFLLLPVAAGYGWIMGRNSVRQAQRKQSSILSRHYYKGLNFLLSDQPDKAVDTLIKMINLNSDTVETHIAMGNFFRHRGEIDRAIKIHQNLVSREEIQPTQQENALKELGRDYMQAGFLERAENAYLQLMDSDKHYLVAQQQLFSIYQTTKEWERAIELAEKMVECHGDNDDVSERLSHFYCEQANIEQQHGQQGEALILLQKAVNADEHAVRPWLMLGQIAFNQKRFDDAKAYFVQVAEHDLNWFSEAVPSLEAIAEETGDWDGFELALASHWQECATSYLAMVDIKIHQGKTTEAAEYLLEQLRKRPTMKGFKTLMGLYIDQLNDEASANSLKLLKGLVEEQIKQRPKYRCASCGFSGRKLYWLCPSCKKWNVVKPIKGLDGE	PGPT0014670_752	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	HIGH_TEMPERATURE_TOLERANCE	HEAT_AFFECTED_LIPOPOLYSACCHARIDE_ASSEMBLY,PGPT0014670-lapB-K19804	NA	NA
AK237_00071	258	lapA	COG3771	Lipopolysaccharide assembly protein A	GTGTTGAAAGGAATAATTACGTTACTCGTTATTGTCTTCCTGTTGGCCCTCGCATTTGCGATAGGTTCGCAAAATGATGCCACTGTGACGGTTAACTACCTTATCGCTCAGGCTGAAATAAGAATGTCTACATTGATTGCCGTTACGCTGACTATCGGAATCGTTATCGGCATATTAATCATGCTTCTGAGCTGGTTAAGTTTACGTGTGCAGCTTGTTGCCGCACGAAGCCGCTTACGCAAAGCCACTAAAGAATAA	MLKGIITLLVIVFLLALAFAIGSQNDATVTVNYLIAQAEIRMSTLIAVTLTIGIVIGILIMLLSWLSLRVQLVAARSRLRKATKE	PGPT0014665_1563	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	HIGH_TEMPERATURE_TOLERANCE	HEAT_AFFECTED_LIPOPOLYSACCHARIDE_ASSEMBLY,PGPT0014665-lapA-K08992	NA	NA
AK237_00072	2340			hypothetical protein	ATGTCAGCCTCGACAGAACAAAAAATAATAAAGCAGTATCAACCATTAATTCGGGCATTAATTCCCTACGAGCAAGACAATCGTTTGCTGGAGGGACTAAACAAATTCACAGGCCGTGTACCGAGTAATGTCAGAAAAATTATCCGGGACGAGGTCGTCAGACTTTCGTGCCTCACCGACGCGCCCGCAGATAATTCCGCTTTTGCCCAATTTCCCGTGTTCAAGTTTTCACACTTTGGTGTCGAGATGTGCCTCGATAAGGTGGGGGCGAGCATTCTGCACAAAGAGTCTCAGCTTTATCAACAGCGGTATACCGTCGGTGTGTTTGAGACCATTACCAATTCAGAGTTCTATCAAGCGCATATCAAGAAAGAGAACTATAAGAAGATAGTCGACGCATTTACGATAGAAACGCAATCACTTGATGATATTCATTTCGGTAATGACCTGGCAATTGCGCCAAACTTCCCAGTGTCATCCCTCGAATTCGAGAGTGGGCGAAGTTGCACCGTATCGTCTCTTGGCTATCAAAGCATGGCGATTGAAAGTAAGCGTCCGCCTAAAGTCAATACAGATGAAGTGTTCAGTTTTCAGTTCCCGGAAGTGCCTGGTTTACCAAAAGGCATGGCCGTGAAATATACGGTCAGTGGCGTTAAATTTAATAACCATACTGAGAAATACGAAACACATTTTAGTTTGCACCCAAGCACCGATCCCCGTTTAAAGACCATTTTACAGAAATATATTGATATGGCGTCGTTCCAGCAGCCTTTACAAAGAGAGCTGGAAAGTGAACGCGCTATGCAGGAACTAGAGCGAGACCGCATTCTTGATAACAGCCCCTGGGTGCCGTTGTTTATTAAGCGCAGTGAAGAAGGCGTGTCACCGTTTTCAGCATTGTTTACCCCCCATAATGAAGAAAGTGTGGGAGGGGTAGATCGTATTCGCCAAATTTGTAAGACCAAACTTTTTCCCAGGGTTATTAAGGAACTCATCAAGTACGGCGAAACGTTTGTGGTGTCAGGTTTAGTTGAAACTAAAAAAGGTGAGTTTTATATATCCGCTACGGTCAGAGAACTGGAAGCTGAAGACTTACTGGCCCCCTTAGTACACCTACTTAACCGAAATGAAACGCTATCGTGTATACAGTGTCGGTTAGCTACGGTAAAAGACGCAGACAGACAAAAAGCATTCGCTATTCACGACTTGATTAAAGCTGACTACGAAGATTTTCAGCAGATTTCCAATATTGTCTATTGCAAGAATGTCACAACATCTTTTGAAGGCTTAGCCCTTACAGAGCGACGTGCGATGCCTGCTATTCCTGACTTATTCAAAGATGAGGCAGGGGGTTATCCTCTCAATATTATCTTCGAAGAGGAGATGAACAGGCGAAGTGAATCACGTTACCTGATAGAGAAGGAGGGCGCGATTAAAACCGGCCTGCTTAGCTCATTACCGGTAACGATTAAGGATATCTCTTCACGGGGCATGCGTATCACACTCCAGGAGCCTTTTAAGAAAAAAGAACACGAAGTAAAAGTGTCAGTTCCTGAGTTAAAAATAAAAAATCAAAAATATGACGTTATTGGCTACAATCCTGCCACCAAAGAGGTTCGACTACGCTTACCATCCAAACGTGATGCTATCGCCGCGGGTATCTTGCAGTTTGTACACAAAAATTATGCGTATTTTAAAGCCAAAGATACTAATCTTATCCACCGGAATACCCATCGTTTTGCTTGGGAGCTGGCGGTGCGTCATCATCCGTCGGCCAGTATTCTCTGCATTACCAATCGTTACTTAATCAACCGTTTGAAAACGGTGTATCAAAGCCCCTCATGTGATGATTTGTACCCGTTTTCCACCATTGAGAATGTAGTGCCCATGCATGGTTTTTTCGCCGATAGAGATGCGGAAAAACCCAAATCCAAGTTACTGGTAGAAATGTTTAACGGCGGGCTCACACAAACCAGTGTGGTGCATTGTGTGAGAAAATCAGACAGCAAGTTAGTTTATTTACCTGAAAAAGACTATTTGTATGGGAAAATGCGCTGGCACGTGTTGAATCAAATGAACGAAAGTAAAATTGAGTTATGCGTAACTAAAATTGATGTGGTGCGCTGTGCCTCAGAGTCATCCCCAATGACAAAAAAGCGGCTGGCTCAATTGTCGCGCATCGACAAAGCTATGTATGACCGGTTTAGTGTTATGCAATCTTCCTACAGCCATGTTCTTTACCTTACCAGTGAATCGGCGCTTCAGAGTGCGCTTGTGCGTGCCAGGCTTCGCCCACCAAAGCCTAAAAGTTCGCAGAAAAAAGAACCGGCTTCTGCATAA	MSASTEQKIIKQYQPLIRALIPYEQDNRLLEGLNKFTGRVPSNVRKIIRDEVVRLSCLTDAPADNSAFAQFPVFKFSHFGVEMCLDKVGASILHKESQLYQQRYTVGVFETITNSEFYQAHIKKENYKKIVDAFTIETQSLDDIHFGNDLAIAPNFPVSSLEFESGRSCTVSSLGYQSMAIESKRPPKVNTDEVFSFQFPEVPGLPKGMAVKYTVSGVKFNNHTEKYETHFSLHPSTDPRLKTILQKYIDMASFQQPLQRELESERAMQELERDRILDNSPWVPLFIKRSEEGVSPFSALFTPHNEESVGGVDRIRQICKTKLFPRVIKELIKYGETFVVSGLVETKKGEFYISATVRELEAEDLLAPLVHLLNRNETLSCIQCRLATVKDADRQKAFAIHDLIKADYEDFQQISNIVYCKNVTTSFEGLALTERRAMPAIPDLFKDEAGGYPLNIIFEEEMNRRSESRYLIEKEGAIKTGLLSSLPVTIKDISSRGMRITLQEPFKKKEHEVKVSVPELKIKNQKYDVIGYNPATKEVRLRLPSKRDAIAAGILQFVHKNYAYFKAKDTNLIHRNTHRFAWELAVRHHPSASILCITNRYLINRLKTVYQSPSCDDLYPFSTIENVVPMHGFFADRDAEKPKSKLLVEMFNGGLTQTSVVHCVRKSDSKLVYLPEKDYLYGKMRWHVLNQMNESKIELCVTKIDVVRCASESSPMTKKRLAQLSRIDKAMYDRFSVMQSSYSHVLYLTSESALQSALVRARLRPPKPKSSQKKEPASA				NA	NA	NA	NA	NA
AK237_00073	288	ihfB	COG0776	Integration host factor subunit beta	ATGACCAAGTCGGAACTAATTGAACGGCTCGCGGATCAGGCGCGACATATCCCAGCGAAAGATCTTGAACTGGCGATAAAAGAAATCCTGGAACAGATGGCGCAAACCCTTCAAAAGGGCGAGCGTATCGAAATTCGTGGGTTTGGCAGCTTTTCTCTTCATTATCGTGCACCGCGTGTTGGGCGTAATCCTAAAACTGGTGATACCGTGAAGTTGGACGGCAAGTACGTTCCACACTTCAAACCCGGTAAGGAACTTAGAGAAAGGGTCGACAGCGCCATTAGCTAA	MTKSELIERLADQARHIPAKDLELAIKEILEQMAQTLQKGERIEIRGFGSFSLHYRAPRVGRNPKTGDTVKLDGKYVPHFKPGKELRERVDSAIS				NA	NA	NA	NA	NA
AK237_00074	1671	rpsA	COG0539	30S ribosomal protein S1	ATGACTGAAAATTTTGCACAACTTTTTGAAGAAAGCTTACAAGAACTAGAAACACGCCCTGGTTCGATTGTTAAAGGTACTGTTGTTTCTATCGACAAAGACATCGTTCTTGTTGACGCAGGCTTGAAATCAGAAAGTGCTATCCCAGCTGACCAATTTAAAAATGCTGAAGGCGAATTAGAAATCGCTGTTGGCGATTCTGTAGACGTAGCGCTTGACGCTGTAGAAGACGGCTTCGGTGAAACGATTCTGTCTCGCGAAAAAGCGAAGCGCCATGAAGCATGGGTTGAGCTGGAAAAAGCTTACGAAGATAAGGCCACTATTAAAGGTGTTATCAACGGTAAAGTTAAAGGCGGTTTCACTGTTGAAGTTAACAGTGTTCGCGCATTCTTACCAGGTTCACTGGTTGACGTACGTCCAGTACGCGACACTACTCACCTGGAAGGCAAAGAGCTTGAGTTCAAAGTAATCAAGCTGGATGCTAAGCGTAACAACGTTGTTGTTTCACGCCGTGCAGTTATCGAAGCAGAAAGCAGTGCAGAACGTGAAACGCTGCTGGCTAACCTGGAAGAAGGTCACGAGATCAAAGGTATCGTTAAGAACCTGACTGATTACGGTGCGTTCGTTGATCTGGGTGGCGTAGACGGTCTTCTGCACATCACTGATATGGCTTGGAAACGCGTTAAGCACCCAAGTGAAATCGTAAACGTTGGTGACGAAATCAACGTTAAAGTTCTGAAGTTCGACAAAGATAAGCAACGTGTATCTCTGGGCATGAAGCAAATGGGCAACGATCCATGGCATGACATTTCTCAGCGTTACCCAGAAGGTACTAAGATCTCTGGTCAGGTAACTAACCTGACTGATTACGGCTGCTTCGTTGAAATCGAAGACGGTGTAGAAGGTCTGGTACACGTTTCTGAAATGGACTGGACTAACAAAAACATCCACCCATCTAAAGTTGTTAGCTTAGGTGATACTGTTGAAGTTATGGTTCTGGAAATCGACGAAGAGCGTCGTCGTATTTCTCTGGGTCTGAAGCAGTGTATTGCTAACCCTTGGGAAGAGTTTGCGAAGTCTCACGAGAAAGGCGACAAAGTATCTGGTAAGATCAAGTCAATCACTGACTTCGGTATCTTCATCGGCCTTGACGGTGGCATCGACGGTCTGGTTCACCTGTCTGACATCAGCTGGAACAAAACTGGCGAAGACGCAGTTCGTGACTACAAAAAAGGTGACGAAATCTCTGCCGTTGTTCTGCAAGTCGACCCAGAGCGTGAGCGTATCTCTCTTGGCGTTAAGCAAATCGAAGAAGATCCTTTCAACAAGTATCTGACAGATAACAAGAAAGGTGCTATCGTTAATGGTACAGTTACTGCTGTTGACGCCAAAGGCGTTACCGTTAACCTGGCTGAAGAAGTTGAAGGCTACATCCGTGTTGCAGACTTGTCTCGCGACCGCGTAGAAGACGCTTCTGAAGTTGTTAACGTAGGCGAAAGCATCGAAGCGAAATTTATGGGCGTTGACCGTAAGAATCGCACTGTTAACCTGTCTGTTAAAGCGAAAGATCAGGCTGACGAAAAAGAAGCTATCGACAAAGTTAACCAGCAGGAAGACGCTGGCTTCGCTAACGCGATGGCAGAAGCATTTAAAGCTGCTAAAGGCGAATAA	MTENFAQLFEESLQELETRPGSIVKGTVVSIDKDIVLVDAGLKSESAIPADQFKNAEGELEIAVGDSVDVALDAVEDGFGETILSREKAKRHEAWVELEKAYEDKATIKGVINGKVKGGFTVEVNSVRAFLPGSLVDVRPVRDTTHLEGKELEFKVIKLDAKRNNVVVSRRAVIEAESSAERETLLANLEEGHEIKGIVKNLTDYGAFVDLGGVDGLLHITDMAWKRVKHPSEIVNVGDEINVKVLKFDKDKQRVSLGMKQMGNDPWHDISQRYPEGTKISGQVTNLTDYGCFVEIEDGVEGLVHVSEMDWTNKNIHPSKVVSLGDTVEVMVLEIDEERRRISLGLKQCIANPWEEFAKSHEKGDKVSGKIKSITDFGIFIGLDGGIDGLVHLSDISWNKTGEDAVRDYKKGDEISAVVLQVDPERERISLGVKQIEEDPFNKYLTDNKKGAIVNGTVTAVDAKGVTVNLAEEVEGYIRVADLSRDRVEDASEVVNVGESIEAKFMGVDRKNRTVNLSVKAKDQADEKEAIDKVNQQEDAGFANAMAEAFKAAKGE				NA	NA	NA	NA	NA
AK237_00075	675	cmk	COG0283	Cytidylate kinase	ATGCAACTGATCCCCGTCGTCACGGTTGACGGACCAAGTGGAGCTGGTAAAGGAACCCTAAGCAGTTTACTTGCAAAAGAACTTCAATGGCATTTTCTCGATAGCGGCGCGATTTACCGTGTATTAGCTGTTGCGGCGTTGCATCATGATCTTCCTGTTGATGATGAAGCGTCTGTTGTCCCTCTCGCAACCGGGTTGGATGTCAGCTTTGAAACTGATGGTCAGGCTAGTCGCATTATCCTTGAAGGTGAAGATGTCACTGACGATATACGCACCGAACAGGTAGGAGCCGTTGCTTCACAAGTGGCAGCATTACCGCGAGTGCGTGAGGCCCTGTTGCGTCGGCAACGTGCTTTTCAGCAAGCGCCGGGCTTAGTGGCTGACGGTCGCGATATGGGCACGGTGGTATTTCCTGATGCGGTTGTAAAACTGTTTTTAACAGCCAGCGCCGAAGCCAGAGCTGAACGGCGTTACGCCCAGTTGAAAGAGAAGGGCATGGATGTTAATATTGCGCGCCTTTTAACCGATATCAAAGCGCGTGATGAGCGCGATACGCAGCGAGCAGTTGCTCCTTTGATACCGGCAGAAGATGCAGTAGTAATAGATTCCACTCATCTGGATATTACCCAGGTGTTTGAAAAAGCGATGGAAATTGTAAAAGCAAAGGTGCGTTGA	MQLIPVVTVDGPSGAGKGTLSSLLAKELQWHFLDSGAIYRVLAVAALHHDLPVDDEASVVPLATGLDVSFETDGQASRIILEGEDVTDDIRTEQVGAVASQVAALPRVREALLRRQRAFQQAPGLVADGRDMGTVVFPDAVVKLFLTASAEARAERRYAQLKEKGMDVNIARLLTDIKARDERDTQRAVAPLIPAEDAVVIDSTHLDITQVFEKAMEIVKAKVR	PGPT0021220_2386	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021220-cmk-K00945	NA	NA
AK237_00076	1281	aroA	COG0128	3-phosphoshikimate 1-carboxyvinyltransferase	GTGGAGCAGTTAACATTACAACCAATTTCCCGTGTAGACGGAGAAGTCAACGTACCGGGATCTAAGAGTTTATCCAACCGTGCTCTGTTACTTGCAGCGCTGGCAAAAGGTGAAACAACACTGACCAATTTGCTCGACAGTGATGATATCCGCCACATGCTGGTTGCCCTTGAAAAGCTGGGTGTGTCTTACACACTGAGTGAAGATAAGACTGAATGTACGGTTACCGGTATTGGCGGTAAATTCAATGTCGCCGGTGAAACGGAATTATTTCTTGGCAATGCAGGAACAGCAATGCGCCCGTTGTGTGCTGTCCTTGCTGCCAGTGATGTGCTGGTTACACTGACCGGCGAACCGCGTATGGAAGAGCGTCCAATCGGCGATCTGGTTGATGCCTTACTGGAAGCCGGAGCTGATGTTACGTATCTTAAAACTGCCGGTTATCCGCCGCTTAAAATTGCCGGTAAACCGTTGTCGGCAAAAGAAGTTAACGTGGATGGCAGTGTATCCAGTCAGTTCCTGACCGCAATTTTAATGGCTGCGCCGTTATTCGCTTCTGATACGCTGATAAAAATTAAGGGTGAGCTGGTTTCTAAACCCTATATCGATATTACGCTGGATACCATGGCCAAATTCGGTATTACCGTCACTAACAATGACTACGCCAGCTTTGAGGTGAAAGGTAATCAAACTTACACCTCTCCGGGTCGTTTCATGGTTGAAGGTGATGCTTCATCGGCCTCTTACTTCCTCGCGGCGGCTGCGATTAAAGGTGGCACGGTGAAAGTTACTGGCATCGGTAGTAAAAGTATTCAGGGTGACGTACGTTTTGCTGACGTACTTGAAGCGATGGGAGCGAAAGTTGAATGGGCGGATGAGTCAGTGACTGTCACCGGTGCACCGCTAAAAGGGGTGGATATGGATATGAATCATATCCCTGATGCGGCCATGACTATCGCTACCACAGCGCTGTTTGCAGACGGGCCGACGTCTATCCGTAATATCTACAACTGGCGGGTGAAAGAAACAGACCGCTTGCACGCAATGGCTACGGAATTGCGTAAATTGGGCGCCGAGGTGGACGAAGGACACGATTACATCACCGTGCAACCTTTGAAATCACTGAAGCATGCTGAAATTGATACGTATAATGATCACCGGGTGGCAATGTGCTTCTCTCTTGTGGCACTCAGTGATACACCGGTCACTATTAACGATCCGGGCTGTACAGCCAAGACCTTCCCTGACTACTTCACCCGTTTCGCGACAATTTGTCACTAG	MEQLTLQPISRVDGEVNVPGSKSLSNRALLLAALAKGETTLTNLLDSDDIRHMLVALEKLGVSYTLSEDKTECTVTGIGGKFNVAGETELFLGNAGTAMRPLCAVLAASDVLVTLTGEPRMEERPIGDLVDALLEAGADVTYLKTAGYPPLKIAGKPLSAKEVNVDGSVSSQFLTAILMAAPLFASDTLIKIKGELVSKPYIDITLDTMAKFGITVTNNDYASFEVKGNQTYTSPGRFMVEGDASSASYFLAAAAIKGGTVKVTGIGSKSIQGDVRFADVLEAMGAKVEWADESVTVTGAPLKGVDMDMNHIPDAAMTIATTALFADGPTSIRNIYNWRVKETDRLHAMATELRKLGAEVDEGHDYITVQPLKSLKHAEIDTYNDHRVAMCFSLVALSDTPVTINDPGCTAKTFPDYFTRFATICH	PGPT0012850_4083	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_UTILIZATION	PLANT_DERIVED_SHIKIMATE_DEGRADATION,PGPT0012850-yddE-K00800	NA	NA
AK237_00077	1050	serC	COG1932	Phosphoserine aminotransferase	ATGTTACCTGCAGAGGTCATGCAGCAGGCACAGGCGGAATTTCTGAACTGGCGTGATTCAGGCTGCTCTGTCATGGAGGTCAGCCATCGTGGTAAAGATTTTATTGACGTTGCCGCCACAGCAGAGCAGGATCTGCGCGACTTACTGGCCGTACCGGACAATTACAAAGTACTTTTTGCCCATGGTGGTGGCCGCGGACAGTTTGCCTCTGTGCCGCTGAACATCTCTCAAACCGGTGACACATCATTGCACATGGTTACCGGCTCCTGGTCGAAAGGGGCCGTTGCTGAGGCCTCTAAATACAACAATGCCAAAGTGATTGGTGAAACCATCGAAATTGACGGGCTGAAATCGGTAGCCAGAATTAATGCCGGCGATGTTGACCAGAATGCGGCTTACCTGCATTTTTGCCCCAATGAAACCGTTGATGGTATTGCTTTTGACTGGTTACCTGAGGCTGGTAAGGTACCGCTGGTATCTGATATGTCTTCTTGTATTTTGTCGCAACCACTGGATGTGGCGGCACACGGCATCATTTATGCCGGTGCACAGAAAAATATCGGCCCTTCTGGTTTATCAGTATTAATTGTACGTGACGACCTTATCGGTAAAGCGCGTAAAGAAACCCCGTCCATTTTCGATTTTGAATTGATGGCTAATCACGATTCCATGTATAACACGCCGCCCACTTTCTCATGGTATCTGGCGGGTCTCGTGTTCAAATGGCTGAAGAACAATGGTGGCCTGAGCGCCATGCAAAAACGCAACGATGAGAAAGCGGCGTTGTTGTACAGTGCTATTGATAACTGTGATTTCTACTCAAATCCGGTGCATCCCGACAACCGCTCTAAAATGAATGTGCCTTTCCATCTGGCTGACGACGGGTTGAACCAGGCATTTTTAGAACAGGCTGAAGCTGCCGGACTGAAAGCGTTGAAAGGGCACCGCTCTGTGGGCGGAATGCGCGCCAGTATCTACAACGCAATGCCGGTTGAAGGTGTTGTGGCACTGGTGGAATTTATGCAGCAATTTGAAAAGCAAAACGGGTGA	MLPAEVMQQAQAEFLNWRDSGCSVMEVSHRGKDFIDVAATAEQDLRDLLAVPDNYKVLFAHGGGRGQFASVPLNISQTGDTSLHMVTGSWSKGAVAEASKYNNAKVIGETIEIDGLKSVARINAGDVDQNAAYLHFCPNETVDGIAFDWLPEAGKVPLVSDMSSCILSQPLDVAAHGIIYAGAQKNIGPSGLSVLIVRDDLIGKARKETPSIFDFELMANHDSMYNTPPTFSWYLAGLVFKWLKNNGGLSAMQKRNDEKAALLYSAIDNCDFYSNPVHPDNRSKMNVPFHLADDGLNQAFLEQAEAAGLKALKGHRSVGGMRASIYNAMPVEGVVALVEFMQQFEKQNG	PGPT0009160_3178	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
AK237_00078	2694	gyrA	COG0188	DNA gyrase subunit A	ATGACTGATAACGCTAAAGAAATTCTCCCCATAAATATTGAGGAAGAGCTGAAGAACTCTTATCTCGATTATGCGATGAGCGTTATTGTTGGGCGCGCATTGCCTGACGTACGAGACGGCCTCAAGCCGGTTCATCGCCGTGTACTCTTCGCGATGAACGAACTTAAAAATGACTTTAACAAGCCATACAAGAAATCCGCCCGTGTGGTGGGTGATGTTATCGGTAAATATCACCCTCATGGTGACAGTGCGGTTTACGACACTATCGTACGTATGGCACAGCCATTCTCTTTGCGCTACATGCTGGTAGACGGGCAGGGTAACTTCGGTTCGGTAGACGGTGACTCTGCGGCAGCGATGCGTTACACCGAAGTACGTATGGCTAAAATCGCTCACGAATTACTGGCGGATCTGGATAAAGAAACTGTCGACTTCGTACCTAACTACGACGGTACAGAGCAAATTCCTGACGTATTACCAACCAAGGTGCCGAACCTGTTGGTAAATGGCTCTTCTGGTATTGCTGTTGGTATGGCGACAAATATTCCGCCGCACAACCTTACAGAAGTAGTCAATGGCTGTATTGCACTAATAGAAGATCCTTCTGCTTCTATTGATGATCTGATGCAGTATATTCCGGGCCCGGATTTCCCTACTGCAGCGATGATAAGTGGCCGTAAAGGTATTGATGATGCTTACCGTACCGGTCGCGGCAAAATTTATCTGCGCGCTAAAGCGGAAATCGAAACTGACAGTAATGGTAAAGAAACCATTATTGTTAATGAGATCCCATACCAGGTAAACAAAGCTCGTCTGATTGAAAAAATCGCTGAGCTGGTAAAAGAAAAACGTATCGAAGGCATTTCTGCCCTGCGTGACGAGTCTGACAAAGACGGTATGCGCATTGTCGTTGAAGTAAAACGCAATGAGTCGGCGGAAGTGCTGCTTAACCACCTGTATGCCAATACCCAGTTACAAACGGTATTCGGTATTAACATGGTGGCACTGGATAACGGTCAGCCTAAAGTATTTAACCTGAAAGAAATGCTTGAGGCGTTTATCCTTCACCGTCGTGAAGTGGTTACCCGCCGTACGGTATACGAGCTGCGTAAAGCGCGGGATCGTGCCCATATCCTTGAAGGTCTTGCCATCGCACTGACCAACATCGACCCCATCATTGAACTTATCAAGGCATCGCCAAGCCCGTCAGAAGCGAAGAAATCTCTTGTGGCGCAGGGCTGGAATCTGGGTGATGTCGCTGACATGCTTGAGCGTGCCGGTGATGATGCGGCCCGTCCTGACTGGTTGACGCCGGAATTTGGGATCCGTGACGGCAAATACTACCTGACAGAACAACAGGCACAGGCCATTCTTGATCTGCGTCTGCATAAACTGACAGGTCTTGAGCACGAAAAAATTCTTGATGAGTATAAAGAGCTACTGGCTATCATCGCGGAGCTGCTACACATCTTACAAAGCCCTGAGCGCTTGATGGAAGTCATTCGTGAAGAACTTGAAAAAGTTCGTGATGAATTTGGTGATGAGCGTCGTACTGAAATTACGGCGGCAAGTCATGACATTGATATTGAAGATTTGATTGAGCAGGAAGATGTTGTTGTGACGCTGTCCCGCGAAGGCTATGTGAAATATCAGAAACTGACTGAATATGAAGCGCAGCGCCGTGGTGGTAAAGGTAAGTCAGCGACGAAGATGAAAGATGAAGATTTCATTGAGCGTCTGCTGGTTGCGAATACCCACGATCACATCCTGTGTTTCTCTACCCGTGGCCGTCTGTACTGGTTGAAGGTCTATCAGTTACCGTTTGCCAGCCGTAATGCCCGTGGTAAGCCGATAGTGAATATTCTGCCGCTGGAAAATGACGAGCGGATCACCGCCATTCTGCCTATCAAAGAATTTGAAGAAGGCAAATTTGTACTGATGGCGACAGCTAACGGTACGGTGAAAAAGACTGATTTGAGTCTGTACTCCAGACCGCGCTCCAGTGGTATTATTGCCGTTAACCTGAACGACGGTGACGAACTGATTGGCGTATCAATCACCCACGGTGATGACGATATCATGCTGTTCTCTGACGAAGGTAAAGTGGTTCGTTTTAACGAAAAACTACGTGACTCAGAAACAGGTGAGGTGAAACGTGATCCGGAAACCGGTGAAGAGTTGCAGGCCCTGCGTCCTATGGGCAGAACTGCAACAGGTGTTCGTGGTATTAAACTGCAGGAAGGTCAGCGTGTGGTATCCCTGATTGTTCCCCGCGGTGACGGCGCCATCCTTACTGCGACTGAAAACGGTTATGGTAAACGTACGCCGCTTGAAGATTACCCGGCGAAGAGTCGTGCGACTCAGGGCGTGGTGTCTATCAAAGTGTCAGAACGTAACGGTAAAGTTGTGGGCGCTGTACAGGTTGATGAAACCGACGAAATCATGTTGATTAGTAACATGGGCACACTGGTACGTACCCGTGTCGGTGAAGTGTCTACGGTTGGCCGTAACACCCAGGGTGTACGTCTTATCAGAACTGCTGATGATGAGAAAGTAGTAGGTCTTCAACGTATCGAAGAAGTGATAGACGAAGATCTTGAGCTGGAAGAAGGCGGGGAAAACACCGCTGAAGAAGCATCAACAAGCAATGATGCCGCTGTCTCAGACAGCGATAAGCCAACGACAGAAGAATAA	MTDNAKEILPINIEEELKNSYLDYAMSVIVGRALPDVRDGLKPVHRRVLFAMNELKNDFNKPYKKSARVVGDVIGKYHPHGDSAVYDTIVRMAQPFSLRYMLVDGQGNFGSVDGDSAAAMRYTEVRMAKIAHELLADLDKETVDFVPNYDGTEQIPDVLPTKVPNLLVNGSSGIAVGMATNIPPHNLTEVVNGCIALIEDPSASIDDLMQYIPGPDFPTAAMISGRKGIDDAYRTGRGKIYLRAKAEIETDSNGKETIIVNEIPYQVNKARLIEKIAELVKEKRIEGISALRDESDKDGMRIVVEVKRNESAEVLLNHLYANTQLQTVFGINMVALDNGQPKVFNLKEMLEAFILHRREVVTRRTVYELRKARDRAHILEGLAIALTNIDPIIELIKASPSPSEAKKSLVAQGWNLGDVADMLERAGDDAARPDWLTPEFGIRDGKYYLTEQQAQAILDLRLHKLTGLEHEKILDEYKELLAIIAELLHILQSPERLMEVIREELEKVRDEFGDERRTEITAASHDIDIEDLIEQEDVVVTLSREGYVKYQKLTEYEAQRRGGKGKSATKMKDEDFIERLLVANTHDHILCFSTRGRLYWLKVYQLPFASRNARGKPIVNILPLENDERITAILPIKEFEEGKFVLMATANGTVKKTDLSLYSRPRSSGIIAVNLNDGDELIGVSITHGDDDIMLFSDEGKVVRFNEKLRDSETGEVKRDPETGEELQALRPMGRTATGVRGIKLQEGQRVVSLIVPRGDGAILTATENGYGKRTPLEDYPAKSRATQGVVSIKVSERNGKVVGAVQVDETDEIMLISNMGTLVRTRVGEVSTVGRNTQGVRLIRTADDEKVVGLQRIEEVIDEDLELEEGGENTAEEASTSNDAAVSDSDKPTTEE	PGPT0027705_777	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
AK237_00079	705	ubiG_1	COG2227	Ubiquinone biosynthesis O-methyltransferase	ATGTCGAATGTCGATGAACAAGAAATTGCAAAATTCAGTGAATTGGCCTCCCGTTGGTGGGATACCGAGAGCGAATTTAAACCACTACACCTCATCAATCCGTTAAGACTCGATTTCATACAACAACACAGTGATGGATTGTTTGATAAAGCGGTGGTTGATATTGGATGTGGTGGCGGAATATTAGCTGAATCCATGGCGAAACTTGGCGCCAAAGTTACGGGAATCGATCTCGCATCGGCGTCCCTTGAGGTTGCTAAGTTACACGGGTTAGAAACAGGCATACCGGTAAATTATGCATGTATTTCCGCTGAACAGTTTGCAGAAGAAAATGCGGGTCAGTTCGATGTCGTTACATGCATGGAAATGCTTGAACATGTGCCCGACCCTGCCTCTGTCATTGCTGCCTGCGCGAAACTGGTGAAGCCAGGTGGCCATGTTTTCCTCTCTACCTTAAATCGAAACGTAAAATCCTGGTTGATGGGAATTGTAGGTGCGGAATACATTCTTAAACTTGTTCCTAAAGGTACGCATCAGCACAGTCGCTTTATTAAGCCCTCAGAACTGTTGGCGATGACTGATAAGGCCGATTTATTACCACGTCATACGACCGGATTACACATGGATCCTCTAAGCCGTCAGTTTTATTTGTCGGACAAAAACGTGGATGTAAATTACCTTGTGCATACGCAAAAAAGCCTATGA	MSNVDEQEIAKFSELASRWWDTESEFKPLHLINPLRLDFIQQHSDGLFDKAVVDIGCGGGILAESMAKLGAKVTGIDLASASLEVAKLHGLETGIPVNYACISAEQFAEENAGQFDVVTCMEMLEHVPDPASVIAACAKLVKPGGHVFLSTLNRNVKSWLMGIVGAEYILKLVPKGTHQHSRFIKPSELLAMTDKADLLPRHTTGLHMDPLSRQFYLSDKNVDVNYLVHTQKSL	PGPT0009545_1755	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-UBIQUINONE|COENZYME_Q_PATHWAY,PGPT0009545-ubiG-K00568	NA	NA
AK237_00080	2328	nrdA	COG0209	Ribonucleoside-diphosphate reductase 1 subunit alpha	ATGAACAACAACTTGTATGTCACCAAACGCAATGGCGAAAAAGAAGTCATTGAGTTAGATAAGATCCACAAAGTGATTACGTGGGCAGCAGAAGGATTAAACAATGTTTCTGTTTCTCAGGTAGAAATCAAAGCTCAAATTCAGTTCTACGATGGCATCAAAACCGGTGAGATCCATGAAACGCTGATCAAATCAGCAGCTGATCTTATCTCAACCGATGCACCCGATTACCAATATCTGGCAGCCCGATTAGCCATTTTCCACTTGCGTAAAAAAGCGTATGGTCAGTTTGAGCCACCTACACTTTTTGATCATGTCAAAAAGATGGTTGAACTGGGTAAGTATGACGAACATCTGTTGTCTGATTACACGCAAGCCGAATTTGAAGCAATGGACGATTTTATCGACCACTGGCGCGACATGACATTCAGTTATGCTGCCGTTAAGCAGCTTGAAGGTAAATATCTGGTACAAAACCGTGTTACCGGTGATATTTACGAGAGTGCCCAGTTTCTGTATGTGTTAGTTGCTGCTTGTTTATTTGCTGATTATCCACAAGAAACACGTCTGGACTACATTCGTCGTTTTTACGATGCGGCCTCTACATTTAAATTGTCACTGCCGACTCCAATTATGGCTGGTGTACGTACCCCTACCCGCCAGTTTAGCTCATGTGTACTTATCGAAACCGGTGATAGCCTGGATTCTATTAATGCAACGGCCAGTGCCATTGTTAAATACGTAAGTCAGCGTGCCGGTATCGGTGTGAACGCTGGGCGTATTCGTGCATTGGGTAGTCCAATCCGCGGTGGTGAAGCCTTCCATACTGGCTGTATTCCGTTCTACAAGTATTTCCAGACTGCGGTAAAAAGCTGTTCTCAAGGCGGCGTACGTGGTGGTGCAGCAACCCTGTTCTACCCACTGTGGCACATGGAAGTTGAATCGCTGCTGGTACTGAAAAATAACCGTGGTGTTGAAGAGAACCGTGTACGTCACCTCGACTACGGTGTGCAATTCAACAAACTCATGTATCAGCGCATGATGAAAGATGGCTACATCACTCTCTTCAGTCCGTCTGACGTTCCGGGACTATACGACGCCTTCTTTGCTGATCAGAACAAGTTCGAAGAGCTTTATGTGAAATACGAACAGGATGATTCCATTCGTAAGAAACAAATTAAAGCCATGGAACTGTTCAGCCTGTTTATGCAGGAACGTGCATCAACCGGTCGTATCTATTTGCAGAACGTTGATCACTGTAACACTCACAGCCCGTTTGACCCGGCTGTTGCGCCTGTTCGTCAGAGCAACCTGTGTCTCGAAATCGCGCTGCCGACCAAGCCTCTTGAGCACGTAAACGACGAAAACGGTGAAATTGCCCTGTGTACGTTATCTGCGTTTAATCTAGGTGCGATAAAGTCGTTAGATGAGTTTGAAGAATTGTCAGATCTGGCAGTACGTGCACTTGATAGCCTACTGGACTACCAGGACTACCCTGTTCCAGCCGCGTATCATGCAACAATGAATCGTCGTACACTGGGTATTGGTGTGATTAACTTCGCTTATTACCTGGCCAAGAACGGCGTTAAGTACTCTGATTTCAGCGCTAACCCGCTCATTCACCGTACTTTCGAAGCCATGCAATATCATTTACTAAAAGCGTCTGTAAACTTAGCCAAAGAAAAAGGCGCGTGTCCTAAGTTTAATGAAACGACCTATTCGAAAGGCATTTTGCCAATCGACACTTATAAGAAAGATTTAGACGCTATCTGTAATGAACCGCTTCATATGGATTGGGAAGGCTTACGTGCTGATATCATGAAGCATGGTCTGCGTAACTCCACGCTTTCAGCATTGATGCCGTCTGAAACCTCATCCCAGATTTCAAATGCGACGAATGGTATCGAGCCGCCCCGTGGCCATATCAGCATTAAATCAAGTAAAGATGGCGTGCTGAAACAAGTCGTGCCTGAGTACGAGAAACTCAAAGATGCTTACGAGTTATTGTGGGATATTCCGTCAAACGATGGTTATCTGCAGTTAGTCGGTATTATGCAGAAATTCATTGATCAGACTATTTCTGCTAACACCAGCTACGATCCGGGTAAATTTGAAAGCGGCAAAGTACCGATGAAGCTGCTACTAAAAGACTTACTGACAACTTATAAGCTGGGTGTTAAGACACTTTATTATCACAACACCCGTGATGGCAACACCGACACAAGCTCGATGGAAGTGAAACAAGGCCAATCAAGACCTCAGCCTCAAGCGCAAACGGCTGTCATTGAAGAAGATGATGATTGTGCCGGCGGTGCATGTAAAATATAG	MNNNLYVTKRNGEKEVIELDKIHKVITWAAEGLNNVSVSQVEIKAQIQFYDGIKTGEIHETLIKSAADLISTDAPDYQYLAARLAIFHLRKKAYGQFEPPTLFDHVKKMVELGKYDEHLLSDYTQAEFEAMDDFIDHWRDMTFSYAAVKQLEGKYLVQNRVTGDIYESAQFLYVLVAACLFADYPQETRLDYIRRFYDAASTFKLSLPTPIMAGVRTPTRQFSSCVLIETGDSLDSINATASAIVKYVSQRAGIGVNAGRIRALGSPIRGGEAFHTGCIPFYKYFQTAVKSCSQGGVRGGAATLFYPLWHMEVESLLVLKNNRGVEENRVRHLDYGVQFNKLMYQRMMKDGYITLFSPSDVPGLYDAFFADQNKFEELYVKYEQDDSIRKKQIKAMELFSLFMQERASTGRIYLQNVDHCNTHSPFDPAVAPVRQSNLCLEIALPTKPLEHVNDENGEIALCTLSAFNLGAIKSLDEFEELSDLAVRALDSLLDYQDYPVPAAYHATMNRRTLGIGVINFAYYLAKNGVKYSDFSANPLIHRTFEAMQYHLLKASVNLAKEKGACPKFNETTYSKGILPIDTYKKDLDAICNEPLHMDWEGLRADIMKHGLRNSTLSALMPSETSSQISNATNGIEPPRGHISIKSSKDGVLKQVVPEYEKLKDAYELLWDIPSNDGYLQLVGIMQKFIDQTISANTSYDPGKFESGKVPMKLLLKDLLTTYKLGVKTLYYHNTRDGNTDTSSMEVKQGQSRPQPQAQTAVIEEDDDCAGGACKI	PGPT0021340_3297	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021340-nrdA|nrdE-K00525	NA	NA
AK237_00081	1131	nrdB	COG0208	Ribonucleoside-diphosphate reductase 1 subunit beta	ATGAAATACACAACGTTTAACCAACAAAGCGTCAACCCACTTGTCGAACCAATGTTCTTCGGTAATCCTGTGAACGTTGCGCGCTATGATCAACAAAAGCACAGCATTTTTGAAAAACTCATTGAAAAACAAATCAGTTTTTTCTGGCGTCCTGAAGAAGTTGACGTTACGCGTGACCGTGTAGATTTTCAAAAACTCACTGAACCTGAGCAACACATTTTTATTTCTAACCTGAAATATCAAACGTTGCTTGACTCGGTTCAGGGGCGCAGTCCGAATATTGCCTTCCTGCCTATCGTCTCTTTGCCCGAGTTAGAAACCTGGATCGAAACCTGGTCGTTTTTTGAAACGATTCATTCTCGCTCTTATACACATATTTTGAGAAATCTGTTTTCTGACCCTAGCAGCATTTTTGAAGATATTGTGGTTAACGAGCAGATTAAACGTCGCGCCGCCGATATTTCAAAATACTACGACGATTTGATTTTCCACACGCAGCTATGGCAAACACAAGGTGAAGGTGTCCACACCGTTGACGGCGAAGTTTATGAAGTCAACATGCGTGTACTTAAAAAGAAAATGTATCTTTGCATGAATTCAGTGAACGCCTTAGAAGCCATCCGCTTCTATGTTTCATTCGCCTGTACATTTGCTTTTGCTGAACGGGAGTTAATGGAAGGTAATGCTAAAATTATCCGTCTCATTGCTCGTGATGAAAATCTGCATTTGTCTTCCACTCAGCACATACTGAACCTGTGGGCGAAAGGTAAAGACGATCCTGAAATGGCTGAAATCGCCGCAGAATGCTACGACGAAGCCAGAGAAATCTTTGTCAGTGCCGTTGAACAAGAAAAGGAATGGGCGGAATATCTCTTCAAGAGTGGCTCAATGATTGGCATGAACAAAGAAATTCTTTGTCAGTACGTCGAGTACATTGCTAATCAACGCATGGCCGCAATTGGATTTGATACGCCGTTTGATGTGAAGAGCAACCCCTTGCCCTGGATGAATAACTATCTGAATTCGGACAATGTTCAGGTAGCTCCGCAAGAATCAGAAATCAGCTCTTACCTGGTTGGTCAAATCGACTCTTCGGTTAGCGAAGACGATTTTTCTGACTTCGAACTGTAA	MKYTTFNQQSVNPLVEPMFFGNPVNVARYDQQKHSIFEKLIEKQISFFWRPEEVDVTRDRVDFQKLTEPEQHIFISNLKYQTLLDSVQGRSPNIAFLPIVSLPELETWIETWSFFETIHSRSYTHILRNLFSDPSSIFEDIVVNEQIKRRAADISKYYDDLIFHTQLWQTQGEGVHTVDGEVYEVNMRVLKKKMYLCMNSVNALEAIRFYVSFACTFAFAERELMEGNAKIIRLIARDENLHLSSTQHILNLWAKGKDDPEMAEIAAECYDEAREIFVSAVEQEKEWAEYLFKSGSMIGMNKEILCQYVEYIANQRMAAIGFDTPFDVKSNPLPWMNNYLNSDNVQVAPQESEISSYLVGQIDSSVSEDDFSDFEL	PGPT0021345_1013	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021345-nrdB|nrdF-K00526	NA	NA
AK237_00082	273			hypothetical protein	ATGGGAACATCCGATCCCACACTCCAAATCGATATTGTTGATTTGGGGTGTGTAGATGTTGTGGCCGATAAAACCCTGTTAGAATCTTTAGAGCTTGCGGGCGTGGCTTGTCACTTTCATTGCCGGGACGGCTTTTGTGGTGCATGTAGAACGAAACTTTTAGAAGGGTCGGTAGAATATACTACAGACCCTCTCGCCTTTATTGACGACGACGAAATACTGCCCTGTTGCTGTAAGCCGGTGACCAATATCAAAATTGATATTCCGCTATAA	MGTSDPTLQIDIVDLGCVDVVADKTLLESLELAGVACHFHCRDGFCGACRTKLLEGSVEYTTDPLAFIDDDEILPCCCKPVTNIKIDIPL				NA	NA	NA	NA	NA
AK237_00083	336			hypothetical protein	ATGAAAATGACAAAACAACTATCATCATTGCTGTGCATTGGGCTGTTTACCTGCATTCTTGGCGCATGTAGCGAAGAAAAACAGGAGCAGGCGGAAGACTCAATGACCAAAGCGAAAAGTGCTGCCAGTGAGGCGTATGATGATGCAAAAGAGGCCGCTTCTGATTTGGCAGACAAAACCGGGGAATTTGCTGAAGATGCAGCAGACAAAGCGGAAGACTGGACCGACTCTGCTAAAGACAAGGCAGAAGCGTGGGCCGACGATGCCGGCAATGCTATAGAAGACGGTTGTGAGAAAGCGAAGGACAAAATGGATCTAAAAGACAAGGATTGCTAA	MKMTKQLSSLLCIGLFTCILGACSEEKQEQAEDSMTKAKSAASEAYDDAKEAASDLADKTGEFAEDAADKAEDWTDSAKDKAEAWADDAGNAIEDGCEKAKDKMDLKDKDC	PGPT0015027_280	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	UNIVERSAL_STRESS_RESPONSE	STRESS_SIGNALLING_PROTEINS	OTHER_STRESS_RESPONSE_PROTEINS,PGPT0015027-ytxH-NA	NA	NA
AK237_00084	576	yeiP	COG0231	Elongation factor P-like protein	ATGCCTAAGGCAAGTGAAATTAAAAAGAATAACACCATCATTTTCGACGGTAAGACATGTATTGTCAGAGACATCGACCGTTCTGTACCGCAGGGCCGTGCTGGCGGCAGCATTTATCGTATGCGTATGTACGATGTGGTAAGCGGTGCAAAATATGATGAAACGTTCAAAGATTCTGACATGCTGGAAATGGCGGATTTAGTGCGCCGTCCCGCCATGTTTTCTTACATCGACGGAGACGAATATGTATTCATGGATAAGGAAGATTACACGCCTTACCATCTGAATAAAGACAGTATCGCTGATGAAGCCTTGTTCATTAACGAGGAAACTGACGGTATTCAGGTTCTGATTGTCAGTGAAGTGCCGGTAGCCCTGGATTTACCTATGAGCGTTGAGCTGGAAGTGGTGGAAACTGACCCTTCTATTAAAGGTGCATCTGCGACGTCCCGTACCAAACCTGCCACGCTGTCAACCGGGCTGGTTGTTCAGGTGCCAGAGTACATCAGTACCGGCGAGTGGATTAAGATCAACACTGAAGAGCGTAAGTTTCAAAGCCGCGCTGATAAACACTGA	MPKASEIKKNNTIIFDGKTCIVRDIDRSVPQGRAGGSIYRMRMYDVVSGAKYDETFKDSDMLEMADLVRRPAMFSYIDGDEYVFMDKEDYTPYHLNKDSIADEALFINEETDGIQVLIVSEVPVALDLPMSVELEVVETDPSIKGASATSRTKPATLSTGLVVQVPEYISTGEWIKINTEERKFQSRADKH	PGPT0016205_296	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-MOTILITY|CHEMOTAXIS	OTHER_MOTILITY_REGULATING_FUNCTIONS	MOTILITY-SWARMING_REGULATOR,PGPT0016205-efp-K02356	NA	NA
AK237_00085	471			hypothetical protein	ATGGAATATGTTAATCATCCAAAATATGGAAATGCTCCGTTAGCTTCGGATGAAGAACATTCGCTTGAAGACATTATTAACGCTCACTGGAGATATTCATCTCTTCACCTTTTTCCCCATACCGCAATAAAGGCAGACACGACGGCACAAAATTTTGGATTGTACCCACGCCGTATCTATGTGGATATAGCAGAAACCTGCGCTGGCTGTAGCAGGCTATTTATTTTCTTCGCCAGGGAACAACAATACTGGTTTGAAAATTTAAAGTTCTATGTAGATTCCCATTGCCGGGAATGCTTTGAGTGCAGACAAGTCTCTAAAAGAACTAAAGTAATGCAAAAGCGCTATCAGGAACTCAGAGAAACTGCTGCCCGGACCCCAGCACTGGACTTGGAACTTGAAAACATCGCATTACAGCTATATCAGCTTGGTGTTATAAAAGACGAAAAGTTACTTCGTGTTAGGAGATGA	MEYVNHPKYGNAPLASDEEHSLEDIINAHWRYSSLHLFPHTAIKADTTAQNFGLYPRRIYVDIAETCAGCSRLFIFFAREQQYWFENLKFYVDSHCRECFECRQVSKRTKVMQKRYQELRETAARTPALDLELENIALQLYQLGVIKDEKLLRVRR				NA	NA	NA	NA	NA
AK237_00086	846			hypothetical protein	ATGTCTGTATCTACGTTTCTGTATGCCTGCTTAGCTATGGTAGCGTTTGCTGCTAACTCCCTTTTTTGCCGTATGGCGCTGGTAGAGAGCGATATCGAACCCGCTTCTTTTACACTGGTAAGGTTACTCAGTGGCGCGGTTGTACTAAGTTTACTTATTCAGCTCAAAGGGCATCATCCTGCAAAACAGGGCAACTGGGCGGGGGCCATGGCATTGTTTTGCTATGCCGCCGGCTTTTCTTTCGCCTATCAGAATGTCACTACAGGCACCGGCGCGCTGCTGCTGTTTGGCGCCGTACAAATTTCAATGATCAGCATCGGCTTTTTCAGAGGGGAGCGATTTAGCCTCATTCAGACAGCGGGGTTTGTGATAGCTTTCGCTGGTTTAGTTTATCTTGTATTACCAGGCGTCTCAGCACCACCACTGCCTTCTGCATTGCTGATGATGGCTGCTGGCATCAGTTGGGGGATATATTCGCTGTTAGGTAAGGGCGTAGCAGCGCCACTTTTAATGACGACCGGAAATTTTATCCGTGCCACGCCTTTTGCTGTTGCGCTGTTTATTGTTATCGGCGAGCCATTTTCTTTGTCTGAACCTGAGATCCGGCACGGTATTGTGTATGGCGTGCTGTCCGGTGCACTCGCATCAGGTTTGGGCTATGCCTTATGGTACGCAGTGCTTCCTAAAATCGCGGCAACCAATGCCGCCACATTACAACTTAGTGTGCCGGTGATTGCTACACTGATGGGCTGGGCGTTTTTATCGGAAAGCCTGAATGTAAGAATTATTATTGCCAGCGCTGCAATCATCGGTGGCATTATACTGGTAATAAGGAAATGGCGCTGA	MSVSTFLYACLAMVAFAANSLFCRMALVESDIEPASFTLVRLLSGAVVLSLLIQLKGHHPAKQGNWAGAMALFCYAAGFSFAYQNVTTGTGALLLFGAVQISMISIGFFRGERFSLIQTAGFVIAFAGLVYLVLPGVSAPPLPSALLMMAAGISWGIYSLLGKGVAAPLLMTTGNFIRATPFAVALFIVIGEPFSLSEPEIRHGIVYGVLSGALASGLGYALWYAVLPKIAATNAATLQLSVPVIATLMGWAFLSESLNVRIIIASAAIIGGIILVIRKWR				NA	NA	NA	NA	NA
AK237_00087	717	purC	COG0152	Phosphoribosylaminoimidazole-succinocarboxamide synthase	ATGGAAAAGCGCGAAGAACTTTACCGCGGTAAAGCCAAAACTGTATATCACACTGACGACAGTGAAAAATTGATTCTTGAGTTCAGAAATGACACGTCAGCTTTTGACGGTGAGAAGATTGAACAACTTGACCGAAAAGGTGAGGTTAATAACAAGTTCAATCATTTCATAATGACCAAATTGGAAGAAGCGGGTATTTCAACTCAGTTGGAAGCACTTCTGTCTGACACCGAATCTTTGGTTAAGAAGCTGGATATGATTCCTGTTGAGTGCGTGGTACGTAATGTGGCTGCGGGTTCTCTGGTTCGTCGCCTGGGCGTTGAAGAAGGCAAAATGCTGAACGATTCGCCTATTTTTGAGTTTTTCCTCAAAAATGATGCACTCCATGATCCAATGGTAAACGATTATCACATCACTGCGTTTGGCTGGGCGACTGAAGCGCAAATTGCAGAAATGAAGCGCCTGACTTTCGCTGTTAACGATGTGCTGAAAGCGCTATTCGACAAAGGCGGTATGATTCTGGTGGATTATAAACTGGAATTTGGTCTGGACAGTGAAGGCAATATTATTCTGGGTGATGAATTCAGTCCCGATGGTTGTCGCTTATGGGATAAAGAAACCCGTAAGAAAATGGATAAAGACCGTTTCCGTCAGGGTTTAGGTTCTGTAGTAGAAACTTACATTGAAGTGGCTGACCGTTTGGGCTTGAAGCTCTAA	MEKREELYRGKAKTVYHTDDSEKLILEFRNDTSAFDGEKIEQLDRKGEVNNKFNHFIMTKLEEAGISTQLEALLSDTESLVKKLDMIPVECVVRNVAAGSLVRRLGVEEGKMLNDSPIFEFFLKNDALHDPMVNDYHITAFGWATEAQIAEMKRLTFAVNDVLKALFDKGGMILVDYKLEFGLDSEGNIILGDEFSPDGCRLWDKETRKKMDKDRFRQGLGSVVETYIEVADRLGLKL	PGPT0021565_3836	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PURINE_METABOLISM,PGPT0021565-purC-K01923	NA	NA
AK237_00088	1116	bamC	COG3317	Outer membrane protein assembly factor BamC	ATGAAAAACACTCTGGCTTTGTTCAGTGGCCTCTCAATTTTGGCACTGACAGGTTGTTCAAGCCAACAGGATTACCAGACTGCCTCTGGTAATTATGATTATTTGGATGTGTCACAGCGCGCTTCTGTGAAAGTGCCTGAGGGCCTTGATTCCCCAGAATTTACTTCAGAGTATGATTTGCCAACGTTAGGTGAAAATGCCGATACCACGTTGGTAGGACGTAATTTATCTGTGCAATCTCCCGCCGTGGTGCTGCCACTTGTTGCGGGCTCTCACGTTGAAGAAGGTAAGCAGGATGCGACAGTTTGGTTTGACCAGGTAGACGATAGCAAGCCTTTGAATGTTGCAATCTGGGATACCGTGCTAAGTTTCCTGGAAGAAAACCAAATTGGTGTAGAAAGTTTTGACCAGGAAAATGGGCGTCTGGTAACTGACTGGGCAGTGGAAAAGTCTGTAGAAGATTCCGCATGGTACGATTGGTCCGATGAAACGTCTTCAGAAGTGTCCCGTCGTTTCGTGTTTACTATGGATGTTAAACCGCATGGTCGTACAGCGGCCTTACACGCTAAACTGCAAGATTATAAAGCTTCAACGTCTAACGGTGAGTCAGAAACGTTCTCTTCACTGAATTCGATGAAAGAGCGTCGTGAAGAAATAGGCATTTTGAATGAAGTGCTTACCCATTACGAATATCAAATTAAGCTGGATGAAAGTAAGCGGATCGCTCAAATCCGAAATGGCTTGAAGTTAGAAATGGGCTTCGACGATAACGGTTCTCCCGCTTATATTATTGATGCTCAGTATGATATTGCCTGGCCTCGTATGCTGTTAGTGCTGCGTAAAATGGGGTTTGACGTAAAAGATTTAGACAAGTCCACAGGGTTATTGTTTGTTACCTATAACGGTGAAGACGGTGGCTGGTGGAGCAATTTGTTTTCTAGTGGCGAGTCTCTGCTTGAAAAAGGCGATTATCGCTTGAAAGTCGTGGAAGCCGGTGAAAACAAAACGAGCGTTACTTTTATGAATAATGAAAGTGAACCGTTTGAACCTGATCAGGTTGCTGACATGTACGACCAATTTGCTCGTGTTATGTCGGAAGACAATCTGGATATCTAA	MKNTLALFSGLSILALTGCSSQQDYQTASGNYDYLDVSQRASVKVPEGLDSPEFTSEYDLPTLGENADTTLVGRNLSVQSPAVVLPLVAGSHVEEGKQDATVWFDQVDDSKPLNVAIWDTVLSFLEENQIGVESFDQENGRLVTDWAVEKSVEDSAWYDWSDETSSEVSRRFVFTMDVKPHGRTAALHAKLQDYKASTSNGESETFSSLNSMKERREEIGILNEVLTHYEYQIKLDESKRIAQIRNGLKLEMGFDDNGSPAYIIDAQYDIAWPRMLLVLRKMGFDVKDLDKSTGLLFVTYNGEDGGWWSNLFSSGESLLEKGDYRLKVVEAGENKTSVTFMNNESEPFEPDQVADMYDQFARVMSEDNLDI				NA	NA	NA	NA	NA
AK237_00089	885	dapA_1	COG0329	4-hydroxy-tetrahydrodipicolinate synthase	ATGTTTAAAGGCAGTTACGTTGCACTTGTCACGCCAATGACCCAATCTGGTGACATTGATTACTCTGCATTAGAGAAACTCGTTCAGTTTCATATCGAGCAGGGAACACACGGTATTGTTTCTGTGGGAACAACCGGTGAATCTGCTACGTTGCCTTTTGAAGAACATATCGAAGTGGTTAAGCAAACCGTTGCTTTAACTGCCGGTAAAATTCCTGTTATTGCCGGTAGCGGAGCTAATGCTACAGATGAAGCTATTTTTCTTAGCGAACAAATGGCGGGGCTCGGCATTGATGGTTTCCTGAGCGTTGTGCCTTATTACAACAAGCCCCAGCAGCGCGGCATGGTCGCTCACTTCAAGGCTGTTGCCGATGCGACTGATTTACCGGTACTACTGTATAATGTGCCAGGGAGAACAGTTGCCGATATGCTGCCTGAAACAGTTGCTGAACTGGCTACTCATAAAAATATTGTTGGTTTAAAGGATGCGACGGGTAACCTCGAGCGTTTAAAAGCCACACAGGCCCTGGTGCCAGATGATTTTCTTCTGCTTAGTGGCGATGATGGCACCAGCGCAGAATTTTTATGTCATGGCGGACACGGCGTTATTTCTGTGACTGCCAATGTCGTGCCCGGCGCGATTGCCAAAATGTGTGAAGCGGGTTTAGCAGGAAATGCTGACGAATGTCGACGAATTAATGCTACAATCGCGTCTTTACATAACGGCATGTTTATCGAGCCAAACCCAGTGATGCCCAAGTGGGCGCTATATAAAATGGGACTGATAAATAGCGCTGAATTGCGATTACCTATGGTTTTACCGGAACTTGCGAGCCAAAAAGCACTCGAAGAACTATTACAAAAACACGCATTGATTTCTGGTTAA	MFKGSYVALVTPMTQSGDIDYSALEKLVQFHIEQGTHGIVSVGTTGESATLPFEEHIEVVKQTVALTAGKIPVIAGSGANATDEAIFLSEQMAGLGIDGFLSVVPYYNKPQQRGMVAHFKAVADATDLPVLLYNVPGRTVADMLPETVAELATHKNIVGLKDATGNLERLKATQALVPDDFLLLSGDDGTSAEFLCHGGHGVISVTANVVPGAIAKMCEAGLAGNADECRRINATIASLHNGMFIEPNPVMPKWALYKMGLINSAELRLPMVLPELASQKALEELLQKHALISG	PGPT0002080_6599	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RHIZOPINE_METABOLISM	CE-BACTERIAL_FITNESS-RHIZOPINE_BIOSYNTHESIS,PGPT0002080-dapA|mosA-K01714	NA	NA
AK237_00090	540	gcvR	COG2716	Glycine cleavage system transcriptional repressor	ATGAATCATCAGTTAATTGTTACGATTTTAGGTACCGACCGAAGCGGGATGCTTAGCGAAATTGCCGGTGCCGTTTCCGAAGCCCAATGCAATATCCTCGATAGCCGACAAGCTATTTATGGCAAGGAGTTTTCATTGACCATGATTATCGAGGGTAATCATCAGGCTATAACCCGCGCTGAACTTGCGATTCCGCCCCTGTGTCAAAAATTCGGGCTGTTGTCGATGATGAAACGCACTAGTCATCATGAAAAGCAAAACCTCGACCATTTGTATGATGTGGAATTTAGTGGTGTGGACAGTCACGGATTGCTGAAGTCTGTTACCGGCTTTTTTGCTCAGCGTAACGTGTCAATCAGCGCCTTTCGGCAACGCACGTTTACAGATAAGAAAACGCGTAAGGCAATGATGCGTTGTAAATTTGTGGTTAGCACCCCAGATTCCATTGATGTGGAAACACTTCGTACAGAAGCTGATACACTTTTTTCATCACTTGGCCTTAGCGGCAAAATTATCGATAAAAATAAAGGAGATGTATGA	MNHQLIVTILGTDRSGMLSEIAGAVSEAQCNILDSRQAIYGKEFSLTMIIEGNHQAITRAELAIPPLCQKFGLLSMMKRTSHHEKQNLDHLYDVEFSGVDSHGLLKSVTGFFAQRNVSISAFRQRTFTDKKTRKAMMRCKFVVSTPDSIDVETLRTEADTLFSSLGLSGKIIDKNKGDV	PGPT0026370_523	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-ENVIRONMENTAL_QSR|BF_SIGNALLING	CE-QSR|BF-AMINO_ACID_SIGNALLING,PGPT0026370-gcvR-K03567	NA	NA
AK237_00091	465	bcp	COG1225	Peroxiredoxin Bcp	ATGAACACGTTAACAGCAGGCGATAAAGCGCCAGCGTTCACGCTTCCGGATCAAGACAATAACCCTGTCAATTTAAGCGATTTTGCAGGTAAAAAAGTCCTCGTCTACTTTTATCCTAAAGCCATGACCCCGGGATGTACTGTTCAGGCGCAACATTTACGCGACAGTAAAGACGCCTTGAGCGAACACAATGTGGTTGTGCTGGGAATTAGCCCTGATGCTGTTAAGCGTCTGCCTAAGTTCATCGAAAAAGAATCGTTAAACTTCACTTTACTGTCGGATGAAGATCACGCGGTTGCCGATGCATTTGGCGTATGGGGGCCTAAAAAGTTCATGGGTAAAGAATATGACGGTATCCATCGCTTAAGCTTTCTTATCAATGAATCCGGTACCATTGAGCATGTCTTCAACAAATTCAAAACCAAAGAACATCATCAGGTAGTGTTAGACTACTTAAACGCCTGA	MNTLTAGDKAPAFTLPDQDNNPVNLSDFAGKKVLVYFYPKAMTPGCTVQAQHLRDSKDALSEHNVVVLGISPDAVKRLPKFIEKESLNFTLLSDEDHAVADAFGVWGPKKFMGKEYDGIHRLSFLINESGTIEHVFNKFKTKEHHQVVLDYLNA	PGPT0013120_2897	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	DETOXIFICATION_OF_PEROXIDIZED_COMPOUNDS,PGPT0013120-bcp|PRXQ|DOT5-K03564	NA	NA
AK237_00092	1083		COG0628	Putative transport protein	ATGAGTTTAATCAGTGTATTCGGCCGCTGGTATCGCCGGAAATTCTCAGATCCTGATGCAGCGATGCTGCTCATTTTGATCTTATTAACCGCCGCTGTATTAGTGTTTTGGGGCGGGCTTATCATGCCGGTGTTAGTTGCCGCGGTAATTGCTTATTTACTCGACTGGCCCGTCAATCGCTTAGTCAATATTGGAGTGGGGCGAACTTTGTCCTGCACCATCGTGATGTTGGCGTTTGTGGCAATAACAATATTAATGATTGTTGGTCTCCTTCCAACCATCAGCAAGCAGGGGGTGAACCTGATTCAGGAAACCCCTTTGATTTGGCAGAACGCACAAGACTGGATATTACGCCTGCCCGACAGATACCCCGATTATGTTCAGGTTTACCAGATTCAGCAGATGATGGAGGGGCTTAATGACCACCTGGTTGATATTGGTCAGCAACTTCTGTCTGCGTCGGTAAGCTCAATTGGCAACGTGGCGGCATTACTGGTCTATGTCATACTTGTCCCGTTGATGGTCTTTTTTATGTTAAAGGACAAGTGGTTCTTCTTAGATAGCATCTCATCCTTATTGCCGAAAGAACGCCGGTTAATCACCCAGGTTGGCCACGAAATGAATACACAGATAGCTAACTACATTCGCGGAAAGGTTATTGAAATTGTCATCGTGGGCGCAGTGTCTTGTATTACGTTTGTGTTAATGGACTTGCGCTACGCGATTCTTTTAGGTGTACTCGTGGGGCTTTCCGTACTTATTCCGTACATCGGTGCAGCCGTCGTGACGATTCCTGTTGCTGTTGTGGCCCTGTTCCAGTGGGGGGTATCTCCTGAGTTTTGGTACTTAATGATAGCGTACGGTATCATTCAGGCATTAGACGGTAACTTACTTGTACCATTGTTATTCTCAGAGGCCGTAAGTCTGCATCCTCTTTATATTATTGTCGCGGTGCTTTTCTTTGGTGGTTTATGGGGCTTTTGGGGGGTCTTCTTTGCGATACCTTTGGCAACGCTGGTGAAAGCGGTGATTACAGCCTGGTCTGGTGGGCCAGAAGAGCCACCACCGTGTGATAACGCTTGA	MSLISVFGRWYRRKFSDPDAAMLLILILLTAAVLVFWGGLIMPVLVAAVIAYLLDWPVNRLVNIGVGRTLSCTIVMLAFVAITILMIVGLLPTISKQGVNLIQETPLIWQNAQDWILRLPDRYPDYVQVYQIQQMMEGLNDHLVDIGQQLLSASVSSIGNVAALLVYVILVPLMVFFMLKDKWFFLDSISSLLPKERRLITQVGHEMNTQIANYIRGKVIEIVIVGAVSCITFVLMDLRYAILLGVLVGLSVLIPYIGAAVVTIPVAVVALFQWGVSPEFWYLMIAYGIIQALDGNLLVPLLFSEAVSLHPLYIIVAVLFFGGLWGFWGVFFAIPLATLVKAVITAWSGGPEEPPPCDNA				NA	NA	NA	NA	NA
AK237_00093	1464	bepA_1	COG4783	Beta-barrel assembly-enhancing protease	ATGAGATATTTAGCGCGCAACGGAATGAAATTTGGATATTTCCTGTTAGCACTCAGCTTTTCAGCAGTGGCTCAGGATAGTAAATATAATGATAGAAACACCCTGCCAGAAATTGGCGTGGTGGCTTCTGATGCTTTATCTCTCGATAAAGAAATGATCATCGGTGATGCAGTAATGCGTCAAATGCGTGGACAAGCGCCGATTATCGGCGATCCTGTGTTAGATGAATACCTGCAGGACTTAGGCAACCGGTTGGTCGTTCAAGCGGATAATACCAAATTTCCCTTTGAATTTTTCTGGGTAAATAATGACGCCATTAATGCTTTTGCCTTCTTCGGCGGACACATAGGCGTACATACGGGTCTTATTCATAATGCGAAAAATGAAAGCGAACTCGCGTCGGTACTCGCCCACGAAATTTCCCACGTTACCCAGCGCCACTTAGCGCGTCATATGCAAGCCCAGCAGCGGGCTACCCCCATCGCGATAGCCAGTATGTTAGGCGGTATTTTGTTGGCGGTTGCCGATCCACAAGCGGGTATGGCTGCAATTTCCGCAGGACAAGCAGCATCTGCTCAAATGCAAATCGATTATACCCGGTCAAATGAACAAGAAGCGGACCGCATTGGAATTGGCATGTTATCCAGAGCCGGTTTTGATCCAAACGCTGCGGCGACTTTTTTTTCTACCTTACTAGAACAATATCGCATGGTATCGCGTCCGCCTGCCCGTTTACTTTCTCACCCCCTGACTGAAACCCGTGTAGCAGACGCCCGGGCCCGTGCGGCTGATTTTCCTCCCGTACGACTTAAAGAAAGCCTGGCATTTCATTTAGCAAAAGCGCGCGTAATGTCTCGCTATACGTTCGATAAAAGCTATAGCCTGGACTACTACAAGGATGCAGTACAACGCGACAACTACGCCATCAAAGAAGCGGCTTTATATGGTTTGGCACTGGCTTACCTGCGAAATGAAGATGTGACTCATGCAGATGAAATAATTAAGCAGTTGCTGGCCACCGATCCTGAAAATCTGTTTTATTTAGACGCGGCAACAGACATTTCGCTAGCGATGAATAAGCCGCAGGAAGCTATTGAAAGACTGGCTCCACACTTGCGTCGCACGCCTCGCAATCAGGTGCTTGCTTTGAATCAGGCGAATGCAATGATAGTAGCAGGACAAAATAAAGACGCTATCAGTATTCTGAAAGACTTTTTACTGGTGCATCCCGATTACGAAATTGCCTATCAATTACTTAGCGATGCTTATAAGAATGACAAAGATTTTCAGGGCATGCACCAAAGTAAAGCCGAAGTGATGGTACTCAATGGCGCTTACAAACGGGCGGTAGATGAACTGCAATTTGCTTATAATTTTACCGCCGACAACCATCTGGATAAACAACGTATTCGTGCACGTATCAAGCAGTTGCGCGATGAAGAAGAAAGGCTGAAACGTCTTTAA	MRYLARNGMKFGYFLLALSFSAVAQDSKYNDRNTLPEIGVVASDALSLDKEMIIGDAVMRQMRGQAPIIGDPVLDEYLQDLGNRLVVQADNTKFPFEFFWVNNDAINAFAFFGGHIGVHTGLIHNAKNESELASVLAHEISHVTQRHLARHMQAQQRATPIAIASMLGGILLAVADPQAGMAAISAGQAASAQMQIDYTRSNEQEADRIGIGMLSRAGFDPNAAATFFSTLLEQYRMVSRPPARLLSHPLTETRVADARARAADFPPVRLKESLAFHLAKARVMSRYTFDKSYSLDYYKDAVQRDNYAIKEAALYGLALAYLRNEDVTHADEIIKQLLATDPENLFYLDAATDISLAMNKPQEAIERLAPHLRRTPRNQVLALNQANAMIVAGQNKDAISILKDFLLVHPDYEIAYQLLSDAYKNDKDFQGMHQSKAEVMVLNGAYKRAVDELQFAYNFTADNHLDKQRIRARIKQLRDEEERLKRL				NA	NA	NA	NA	NA
AK237_00094	483	resA_1		Thiol-disulfide oxidoreductase ResA	ATGAAAAAAGTGTTACTCTGGGGTGGGCTATGTGTGTTCGCTTTACTCACCGGGTGGTATGTTCAGCAGCGCACGCAATTCGATGCCCAAACACTAGCCGGAGAAAAGATCAGCTGGAATAACTCACAGGGAAGGTGGCATGTAGTGAATTTTTTTGCCCCCTGGTGTGCACCTTGTTTAAGAGAGATCCCCGCACTTAATCGTATGAAGCAGACATTACCATCACATATTCACCTGGTTGGTGTAAGCTACGATGGCGGGAAAAGAGACACATTGGTGGGACTTGTTGACACACTGGGCGTGGCCTTTGACGTTATCGATACGTCGCAAGCCGCACATTTACCGATGCCGTTTCCCGATTATCTGCCCGCCACTTACATAATTTCACCCGAGGGTAACGTTAATCAGGCGCTATATGGCGAGCAGAATGAAGTGATACTACAAGAGACTCTGCGCAAAATGGGTCTATTAAATGGTGAGTGA	MKKVLLWGGLCVFALLTGWYVQQRTQFDAQTLAGEKISWNNSQGRWHVVNFFAPWCAPCLREIPALNRMKQTLPSHIHLVGVSYDGGKRDTLVGLVDTLGVAFDVIDTSQAAHLPMPFPDYLPATYIISPEGNVNQALYGEQNEVILQETLRKMGLLNGE				NA	NA	NA	NA	NA
AK237_00095	354	yfgD	COG1393	putative protein YfgD	ATGTCTTCAGTAGAAATTATTCATAATCCCCGGTGCTCTAAAAGTCGCCAAACGTTGGCTTTACTAGAAGAGAATGGAATTACGCCTCACGTCATCGAATATTTGAAAACGCCGCTGTCTAAATCTGAATTACAAGCCATTGCCAAAAAGCTCGGCATCAATCATCCCAAAGAGATGATGCGCACAAAAGAAGCAGAATTCAAATCACTTGGCTTGCACGAAGACAATATTAGTGACGATGCGCTCTTTGACGCCATGGCATCAACACCCAAATTGATTGAACGCCCTATAGTAATTAATGGCGATAAAGCCAAAATAGGCCGCCCCCCAGAACAGGTGCTGGAAATTCTGTAA	MSSVEIIHNPRCSKSRQTLALLEENGITPHVIEYLKTPLSKSELQAIAKKLGINHPKEMMRTKEAEFKSLGLHEDNISDDALFDAMASTPKLIERPIVINGDKAKIGRPPEQVLEIL	PGPT0004720_2721	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	UNIVERSAL_STRESS_RESPONSE	STRESS_SIGNALLING_PROTEINS	STRESS_SIGNAL-TRANSCRIPTIONAL_REGULATION,PGPT0004720-arsC1-K00537	NA	NA
AK237_00096	585		COG0655	NAD(P)H dehydrogenase (quinone)	ATGACTACGCTTTTAGTTCTCTATTATTCCCGAAACGGCAGCACAAAGAAGTTGGCAACACACATTGCCAAAGGGATAGAAAGTACAGGCGCCGAAGCGAAATTACGTACAGTTCCGCCTATTCCTGAATACCTGTCAACACAACCTGTGGTGCCAGAAGAAGGTGCGCCGTATGTGACAAAAGAAGATTTGGAAAGCTGTGACGGTTTAGCGTTAGGCAGCCCTACCCGATTTGGCAATATGGCTGCGCCTCTTAAGCACTTTCTTGATAGTACCTCACAGACCTGGCTAAAAGGCGCGTTAATAGACAAACCGGGCTGTGTGTTCACCTCTGGCAGCAGCATGCATGGCGGACAGGAATCCACCTTATTGTCGATGATGCTGCCTTTATTACACCATGGCATGGTGTTTTGCGGCTTACCGTATTCGGAGTCGGCATTGCACGAAACGCAAACCGGTGGAAGCCCTTATGGCGCCACACACGTAGCGCACCAGCAGGCAATAACGCTGTCTGAACATGAAAGTGCGCTTGCCTTCGCACTGGGTAAACGACTAGCACAATTATCAGGTAAACTGTCACGGTGA	MTTLLVLYYSRNGSTKKLATHIAKGIESTGAEAKLRTVPPIPEYLSTQPVVPEEGAPYVTKEDLESCDGLALGSPTRFGNMAAPLKHFLDSTSQTWLKGALIDKPGCVFTSGSSMHGGQESTLLSMMLPLLHHGMVFCGLPYSESALHETQTGGSPYGATHVAHQQAITLSEHESALAFALGKRLAQLSGKLSR	PGPT0009460_2695	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_VITAMIN_PRODUCTION	PLANT_VITAMIN_K_METABOLISM	PLANT_VITAMIN_K_BIOSYNTHESIS,PGPT0009460-wrbA-K03809	NA	NA
AK237_00097	429			hypothetical protein	ATGCAACCAATGGGTAAAACAACCGCGCAGTGCAGATGGTTAGCGCTGATCAGCTATTTAGGACTACTGTGCTGGGTAACGGTTTGGCAATTTGCACTGGTAGAGACCCGGGTTTACAGCACCACTTTTATTGTTATCGTTTACGTTTTGCCACTGCTGCTACCCTTACGCGGTATGGTCAGTGCCAAACCCTATACCCATGCCTGGGCCAACTTCATTGTGCTTTTCTATATTATTCATGGATTTACGGCTGGTTACGCGGCACCAGAAGAGCGTAGTTACGCTATAATCGAGCTGGTTTTGGCGACCGGCATGTTCGCTGGTTGCTGCGCATTTGCCCGGTTAAGAGGCAGAGAATTAGGCATAGGGCTGAAAAAACTAAAAGACGAAATGAATGAAGAAAAGCAGGCTTTTGACAAGAAGGCTTAA	MQPMGKTTAQCRWLALISYLGLLCWVTVWQFALVETRVYSTTFIVIVYVLPLLLPLRGMVSAKPYTHAWANFIVLFYIIHGFTAGYAAPEERSYAIIELVLATGMFAGCCAFARLRGRELGIGLKKLKDEMNEEKQAFDKKA				NA	NA	NA	NA	NA
AK237_00098	741	hda	COG0593	DnaA regulatory inactivator Hda	ATGCAGCTGCCGCTTCCCGTGTCACTCCCCACAGACGAAACGTTTGAGAGTTTTGAAGCGGGTGACAACAGTCCGCTAGTGGCATTTTTGCATGCATTAACACAAAGCGGCAGTCAATGGCGGGATAATACGGCATTTAGTTCCTTGGATAACAGCCCCTTGGCCGGTGTGGGAATAATCGGCGGAAAAGGGCGGGGCAAAAGCCACTTATTGTATGCCGCATGTCACCAGTTAGCGGCGCATCAAACGCGACATATCTATCTGAATCTACACGAGTACGCCAGTTGGTCTCCTATCATATTCGAAGGGCTGGAGCGGCTACCTTTCATTTGTTTGGATAATATTGACGCGATTGCGGGTATTGCCGAGTGGGAGGAGGCATTGTTCCACTTTATAAACCGTGTCGTGGACTTACATACCTCAATATTTGTCTGGACGAGCGCACTAGGGCCTAATCACCCGGCGTTTACCTTGCCAGACTTGCGTTCTCGTTTAAGTTGGGGGATTACCTACCAGTTATCACCGCTTAATGATGATGACAGAATGTCGGTGCTAAAACAGCGCGCAGCTCAGCGCGGCATGGGATTTTCGGATCAAGCGCTACAATTTTTGTTAAATCACTGCGAGCGCGACTTACCCACCTTATTAGCTATGCTGGACAGGCTGGATACACGCTCGCTGCAAGAGCAAAAGAAGTTATCGGTGGCAATGATAAAGCGAGAGTTGGAAATAGACAGTTAA	MQLPLPVSLPTDETFESFEAGDNSPLVAFLHALTQSGSQWRDNTAFSSLDNSPLAGVGIIGGKGRGKSHLLYAACHQLAAHQTRHIYLNLHEYASWSPIIFEGLERLPFICLDNIDAIAGIAEWEEALFHFINRVVDLHTSIFVWTSALGPNHPAFTLPDLRSRLSWGITYQLSPLNDDDRMSVLKQRAAQRGMGFSDQALQFLLNHCERDLPTLLAMLDRLDTRSLQEQKKLSVAMIKRELEIDS				NA	NA	NA	NA	NA
AK237_00099	1386			hypothetical protein	ATGAACGTCTCGCGCAATCTTTTACATTTTAGTGGTGAAAAATTCTGTCAAATGACACACAATACGGCTTTGCATTTTCTACGTATTCGATTTTCAAAGTGGCATAAACTCTTCATGTATTTTCAAAGACATTCCTTTATTACACTGTCGTTTATCTGTTCTATTGTCTTTTCGTTAGGGGCTGGCAGCGTTAGCGCCAGCACAATGGTATCGGTGTCTCAGGCAAGTATTGCCGTTGATGATCAATCCTCAAAAACACAAAAGCAGGCTGCACGACAAGCGCTGTCACAAGTTGTGGTAAAGATGACCGGTCAGCGTAAGGCCGTTGAGAACCCTGACATAAAGGCTATGCTGTCCACGCCGGAACGCTATCTTCGCGCCTACCAGTTTGGTGTAGAGGACGGGCAGTTACATTATATGGCTGAGTTCGATATTCAGGCGGTGACGAAAGTTATTAAGCAATCGGGCCTGCCCATTTGGGGACAGCGCCGACCAGATACGCTGATGTGGCTCGCCGTCGAAGATGATAATGGACAACGTCAAATTATCGATGACGGCGCAGTATCTCCCATTATATCTCAGGTAAGATCATTAGCCGATGAACGAGGAGTACCAGTCGTTTTCCCGTTAATGGACCTGGACGATAGCGTGAATATTACCGTTTACGATGTATGGGGACGCTTTGCGCGCTCGTTAAAAGCAGCGTCAGTGCGTTATCAACCTGACTATATCGTAGGCGCAAGATTATATAAGGTGAAAGCCAATGCAATACCGGATTTCAATGAAGAGCAGCAGACCCGGGAACAAGCTTCTCAATTTCGCTACGATACATTTCGCCCCGCCTTTTCTAACGGTGGTTTACAGGACTTAAATACTTTCCTTGTAGACGATTTAGTGCAAGAGGCTAAGTCGCCCGCATTCACAAAAAGCGAATTTGAAGCCATGTCTAATCATCAAAGTCAGGGCGCATTTGCGCTTGATTGGGTGGTGATTAAAAATAATGACATTAGTTTTGGCACTTTGTACGCAGATGACGAAATGAGTCTGACGCAGTTATTTTTTGAAGAGTACAGTGACTATCTTGGACAGCACTTTTCAATAAATGCCAGCGACAACGCTGTTGAAAAAAATGCCATTGTCATCTCGGTTGCTAACATCGACTCTCTCGATAAATACGTGCATGCCCGGGAATATATGGCCCAAATGAGTATGGTCAGTGATATCGCATTAATTCAGCAAAAGGGTTCAGTCGCCACGTTCTCGCTGTCGTTAATATCGCAAACTAACGATTTTTATAAATTAATTCAGCTTGATTCGAAATTGAAGCCCGTTGCAGATGCCACTGGTAATACCCTGGAAGGGTTGAATTTCTATTGGAATGAATAG	MNVSRNLLHFSGEKFCQMTHNTALHFLRIRFSKWHKLFMYFQRHSFITLSFICSIVFSLGAGSVSASTMVSVSQASIAVDDQSSKTQKQAARQALSQVVVKMTGQRKAVENPDIKAMLSTPERYLRAYQFGVEDGQLHYMAEFDIQAVTKVIKQSGLPIWGQRRPDTLMWLAVEDDNGQRQIIDDGAVSPIISQVRSLADERGVPVVFPLMDLDDSVNITVYDVWGRFARSLKAASVRYQPDYIVGARLYKVKANAIPDFNEEQQTREQASQFRYDTFRPAFSNGGLQDLNTFLVDDLVQEAKSPAFTKSEFEAMSNHQSQGAFALDWVVIKNNDISFGTLYADDEMSLTQLFFEEYSDYLGQHFSINASDNAVEKNAIVISVANIDSLDKYVHAREYMAQMSMVSDIALIQQKGSVATFSLSLISQTNDFYKLIQLDSKLKPVADATGNTLEGLNFYWNE				NA	NA	NA	NA	NA
AK237_00100	1041	purM	COG0150	Phosphoribosylformylglycinamidine cyclo-ligase	GTGAGCGAAAACAAACAGTCACTTAGTTATAAAGATGCAGGCGTAGACATCGATGCTGGAAATCAACTCGTTGAACGAATCAAATCTGTAACCAAGCGGACAACCCGCCCCGAAGTACGCGGCGGCCTCGGTGGATTTGGTGCACTATGTGAACTGCCGGCAAAATATAAGCGTCCACTTTTAGTATCAGGCACTGACGGTGTGGGCACTAAGCTTCGTGTTGCTATGGATGCGAACCGCCATGATGGTGTAGGCATCGATTTGGTAGCCATGTGTGTTAACGACCTGATTGTCCAGGGTGCCGAACCCCTTTTCTTCCTGGACTACTATGCAACCGGAAAATTAGATGTGGATGTTGCAGCAGACGTTGTCACAGGTATCGGTGAAGGTTGTGAGCAGGCTGGTTGTGCTTTAATCGGTGGAGAAACTGCTGAGATGCCTGGTATGTATCATGATGGTGATTATGATATTGCCGGGTTCTGTGTAGGGGTAGTTGAAGCCGATAACGTGATAGACGGTAGCGGAGTGAAGGCCGGTCAGAAAATCATCGCGCTTGGCTCGTCAGGTCCACACTCCAATGGCTACTCGTTAGTGAGAAAAATTATTGACGTCAGCAACGCTGATGTGAATGCTGATTTAGACGGTAAGCCGCTGATCGATCATTTACTCGCCCCTACCCGCATTTATGTAAAATCCGTACTTGCTCTGCTTGAGAAAGTGAAAGTTGAGGCTATCTCTCATATCACCGGCGGCGGCTTCTGGGAAAATATCCCCCGCGTGTTGCCAGACAATGCCAAAGTTGTTGTAGACGAACAAAGCTGGCAATGGCCATCGGTTTTCAATTGGTTACAAGAAAACGGTAACGTCACGCGCCATGAAATGTATCGTACGTTTAACTGCGGCGTTGGCCTGATTTTAGTCGTTGATGAAAAAGATGTAGATGACGCAATCAACATCCTGCAACAAGGCGGCGAGAAAGCGTGGTTGTTAGGTCATATCGAAGATCGCAACGGCGAAGAAGAGCAAGTAGAGATTAACTAA	MSENKQSLSYKDAGVDIDAGNQLVERIKSVTKRTTRPEVRGGLGGFGALCELPAKYKRPLLVSGTDGVGTKLRVAMDANRHDGVGIDLVAMCVNDLIVQGAEPLFFLDYYATGKLDVDVAADVVTGIGEGCEQAGCALIGGETAEMPGMYHDGDYDIAGFCVGVVEADNVIDGSGVKAGQKIIALGSSGPHSNGYSLVRKIIDVSNADVNADLDGKPLIDHLLAPTRIYVKSVLALLEKVKVEAISHITGGGFWENIPRVLPDNAKVVVDEQSWQWPSVFNWLQENGNVTRHEMYRTFNCGVGLILVVDEKDVDDAINILQQGGEKAWLLGHIEDRNGEEEQVEIN	PGPT0021570_3140	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PURINE_METABOLISM,PGPT0021570-purM-K01933	NA	NA
AK237_00101	654	purN	COG0299	Phosphoribosylglycinamide formyltransferase	ATGACAGTGGTAAGCAAACCTCGCTTATGCGTTTTAATTTCTGGTAATGGCTCTAATCTTCAGGCCATGATTGACAGTATTGCATCGGGTCAACTGCAAGCAGAAATTGTTGCCGTTATATCAAACCGCCCCGGCGCGTTCGGGCTGGAGCGGGCAGAAAAAGCGGGTATACCGGCACACTGTCTTGACCACAGAGATTACCCGAGCCGTGACGAATTTGACGCAAAACTGAAATCTCTTGTTGATAGCGTAAAGGCGGACGGTGTGGTTTTAGCGGGCTTTATGCGCATACTGACGCCAGAATTCGTCGAGCATTTTTCAGGTAAATTATTGAACATCCACCCATCTTTGTTGCCAAAGTACAAAGGGTTACATACCCATCAACGTGCTATTGACAACGGCGACAAGGAACACGGTGTCAGCGTTCACTTTGTTACACCTGAGCTGGACGGTGGTCCCGTAATCATTCAAAGTCGTGTTCCCGTATTCGAAGACGATGATGCTGATGATTTAGCAGATCGTGTACAGGAACAGGAACGTCGTATCTATCCATTGGTTCTGCAGTGGTTTGTCGCTGGCCGTCTGACAATGAAGGACAATAAGGCTGTACTTGATGACACGATTTTACCTCCACAAGGCTACGCCAGCGAATAA	MTVVSKPRLCVLISGNGSNLQAMIDSIASGQLQAEIVAVISNRPGAFGLERAEKAGIPAHCLDHRDYPSRDEFDAKLKSLVDSVKADGVVLAGFMRILTPEFVEHFSGKLLNIHPSLLPKYKGLHTHQRAIDNGDKEHGVSVHFVTPELDGGPVIIQSRVPVFEDDDADDLADRVQEQERRIYPLVLQWFVAGRLTMKDNKAVLDDTILPPQGYASE	PGPT0008095_1196	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PURINE_METABOLISM,PGPT0008095-purN-K11175	NA	NA
AK237_00102	741			hypothetical protein	ATGACACGATTTTACCTCCACAAGGCTACGCCAGCGAATAAGCCTCGCGTATTCCTTTCTGCACTGTGTCTGTTACTGACGTCAATGTCAGTAACAGCTAAAGACACACCGGTATTAACGCCCTTTGAAGCGACGTATACTGCTTATAAGTGGGACGATGATGTTGGCGATGTCAAAATTAAGCTGGAATACTTAAAAGATGAACAGTATTCCCTCACCTATGCGTCTGAAGTTTCAAAATTCTTTCTCTCTGACGAGCGGTTCGAACATTCTATTTTCTTTGCATCCGACGACGCAATCTTACCGTTTTCCTATTATTACAAGCGCACAGGCACCGGCCCGGACAAACAACTTTCCGTAAAATTTGCCAGCTTCCCGGAGAAACAAATTCAGATAGAAGGTGGTAAAACCCTGCCATGGAACGGTGAAACTGATAACCAGCTGTATCGGATTGATTTGTCTCGCCAGTTAGCGGCTGGAAAAACATCGCTCTCTTATGATTTTGTAAACTATCGTGGCGAGCTCAAGCATTACGGCATCGAAGTGGTAGGCAATGAGTCTGTTTCTCTGCCGTACGGTGAACTTGATACCCTCAGAGTTAAGATAATCAGAGACAACAGTACACGAGAAACCTTCGCCTGGTTCGCGCCTTCTCTGGATTACAATCTGGTCAGATTGCAACAATTTAAAGATGGTGATGAACAAGGCGATATTCGCTTGTCCTCATACCGTCACCTTTGA	MTRFYLHKATPANKPRVFLSALCLLLTSMSVTAKDTPVLTPFEATYTAYKWDDDVGDVKIKLEYLKDEQYSLTYASEVSKFFLSDERFEHSIFFASDDAILPFSYYYKRTGTGPDKQLSVKFASFPEKQIQIEGGKTLPWNGETDNQLYRIDLSRQLAAGKTSLSYDFVNYRGELKHYGIEVVGNESVSLPYGELDTLRVKIIRDNSTRETFAWFAPSLDYNLVRLQQFKDGDEQGDIRLSSYRHL				NA	NA	NA	NA	NA
AK237_00103	2442	fadE_1	COG1960	Acyl-coenzyme A dehydrogenase	ATGGGTGAACTACTGTGGTTTATCATATTCTTAGTTGCCGTATGTATCGCCGCCTATAAACAAATGACACTGTCTAATACCGTATCTTTATTAGCTGGCGTTATGATTTTAGGTACCGTTGCGGGTTCTATCGGCTTTTTCAGTTGGCTGCTTTTCTTACTTATTGCCATTCCTCTCTCTCTTCCGGATATCCGCCGCCCTTACATTACCAAACACTTACTCGCCTTCTATAAAAAAGTCAGTCCGGAAATGTCCGCAACGGAACAAGAAGCCATTGACGCAGGTACGGTATGGTGGGATGGCGAACTTTTCTCAGGTAAACCAAACTGGGATAAGTTGCATGCAATTCCTAAAGGTCGATTGACCGCAGAAGAGAAAGCATTTTTAGACGGACCTGTAGATCGCGTTTGCCATATGGTCGATGAGTGGCAAATAAACCATCAGGATGCTGACTTACCACCAGAAATTTGGGCGTACCTCAAAGAGCACAAATTTTTTGCCATGATTATTAAGAAAAAATATGGTGGCTTACAATTTTCTGCCTATGCGCAATCTCGTGTATTGCAGAAGCTTGCAGGTTGTTCGGCGGTGCTCTCAAGCACAGTGGGCGTGCCTAACTCATTAGGCCCCGGCGAATTATTGCAACACTATGGTACGCAAGACCAACAGGATTACTATTTACCCCGCCTGGCCAAAGGTGATGAAATTCCTTGTTTTGCGCTGACCGGCCCAGAGGCAGGTTCAGATGCGGGCGCCATTCCTGATACAGGTGTGGTGTGCAAAGGTCAGTGGGAAGGTGAAGAAGTATTGGGCATGCGCCTGAACTTCAATAAACGTTACATTACGCTTGCCCCCGTTGCCACAGTAATTGGTTTAGCGTTTAAGCTCGAAGATCCTGAAGGTTTGTTAGGCAGCAACAAAGCGCTCGGTATTACCTGCGCTCTGATCCCTCGTGACACCGCCGGACTCGAAATCGGACGCCGTCACTTACCACTAAATACACCATTCCAAAATGGTCCGATAAAGGGTAAGGATATCTTTGTACCACTTAGCTACATTATCGGTGGGCCAAAAATGGCAGGTAAAGGTTGGCGGATGCTGATGGAATGCTTGTCAGTGGGACGCTGTATCACTTTGCCGTCAACAGGCGCTGGTGGCGCAAAATCCGTTGCTCTCGCTACCGGTGCGTATGCACGTATCCGTCGTCAATTTCGTATTCCTGTTGGAAAAATGGAAGGTGTTGAAGAGATGCTTGCTCGCATCGGCGGAAACGCATACCTGATGGATGCCGTCACTCGCTTTTCTACCGTCGGAGTAGATTTGGGTGAGAAACCCTCTGTCATTTCAGCTATCAGTAAGTATCACCTTACTGAAAAAATGCGTCAGGTTATCAACGACTCCATGGATGTTCATGGGGGTAAAGGTATTATGTTGGGGCCAAATAACTATTTGGGTCGCGGTTATCAAGGCGCCCCCATTTCCATTACCGTGGAAGGCGCTAACATTCTCACCCGCAATATGATGATTTTTGGTCAGGGTGCCATGCGCTGTCATCCTTATGTGTTGTCAGAAATTCACGCTGCAGCAATGGAAGATAAACGTGAGCAGCTTAGAACATTTGATAAAGCAGTATTTGGCCATATCGGCTTTGCTGTGGCGAATAAAGTGCGCAGTTTGTGGTTTTCGCTGACAGGAGGACTGTTTCATCGTGCGCCGTTTAACGACGATACCGCGAAATACTACCAGTTACTTCAGGGCTACAGCGCTAACCTCGCCTTCCTGACCGATATATCAATGGGTATGTTAGGCGGTGAACTCAAACGCAAAGAACGATTATCTGCTCGTCTTGGCGATATATTAAGTGGCTTATACCTCGCGAGCGCGACGCTTAAGCGCTTTGATGAAGATGGTCGACTTCAGGAAGATGCCCCTCTTATGCACTGGGCGATGCAAAATACGCTGTTTGATATCGAAGAAGCACTCGACACCTTCATTAACAACTTTCCTAATAAAGCCATGGCCATCGGGCTGCGCGTGCTTATTTTGCCATTCGGACGTCGTTGCAAACGACCAGATGACAAACTGGAGCACCGTATTGCCGACATACTTCAAACTCCAGGCACAGTGCGCTCACGTTTAGGCGAAGGTCAATACCTGACAAGAGAGGAAGGCAGCTTATTTGGAGACTTAGAGCAAACGTTAGAAGACATCATTGCTGTCGAGCCTGTTTTCGACCGAATTAGCAAAGCTAAAAAGGCTCGTTTGCCTTTCACCCAACTCGACGTCCTTGCCGATGAAGCGTTATCTGCAAATTGGATTGATGAAGAGGAAGCGGCTTTGCTTAAGCGCGCTGAAGCCGGGCGATTGCGTACTATCAACGTTGATGATTTTGATAACGAAGAATTGGTTGCCAAAATCAACACTCTCGATAAAGCCGAGTGA	MGELLWFIIFLVAVCIAAYKQMTLSNTVSLLAGVMILGTVAGSIGFFSWLLFLLIAIPLSLPDIRRPYITKHLLAFYKKVSPEMSATEQEAIDAGTVWWDGELFSGKPNWDKLHAIPKGRLTAEEKAFLDGPVDRVCHMVDEWQINHQDADLPPEIWAYLKEHKFFAMIIKKKYGGLQFSAYAQSRVLQKLAGCSAVLSSTVGVPNSLGPGELLQHYGTQDQQDYYLPRLAKGDEIPCFALTGPEAGSDAGAIPDTGVVCKGQWEGEEVLGMRLNFNKRYITLAPVATVIGLAFKLEDPEGLLGSNKALGITCALIPRDTAGLEIGRRHLPLNTPFQNGPIKGKDIFVPLSYIIGGPKMAGKGWRMLMECLSVGRCITLPSTGAGGAKSVALATGAYARIRRQFRIPVGKMEGVEEMLARIGGNAYLMDAVTRFSTVGVDLGEKPSVISAISKYHLTEKMRQVINDSMDVHGGKGIMLGPNNYLGRGYQGAPISITVEGANILTRNMMIFGQGAMRCHPYVLSEIHAAAMEDKREQLRTFDKAVFGHIGFAVANKVRSLWFSLTGGLFHRAPFNDDTAKYYQLLQGYSANLAFLTDISMGMLGGELKRKERLSARLGDILSGLYLASATLKRFDEDGRLQEDAPLMHWAMQNTLFDIEEALDTFINNFPNKAMAIGLRVLILPFGRRCKRPDDKLEHRIADILQTPGTVRSRLGEGQYLTREEGSLFGDLEQTLEDIIAVEPVFDRISKAKKARLPFTQLDVLADEALSANWIDEEEAALLKRAEAGRLRTINVDDFDNEELVAKINTLDKAE	PGPT0021800_967	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_LIPID_METABOLISM	PLANT_DERIVED_FATTY_ACID_DEGRADATION,PGPT0021800-fadE-K06445	NA	NA
AK237_00104	636	nreC	COG2197	Oxygen regulatory protein NreC	ATGACTCGTATATTAGTTGCAGATGACCATCCGTTGTTCAGGGAAGCACTAAGTGCTGCACTGGAACCTTATTTTAAGGACGCTGAAATTTTAGAGGCTGACAGCCTCGAGTCGATGATGACAGTGTTAACCGAAAGCCACCATATCGATTTGCTACTCTTAGATCTAAACATGCCCGGCGGTGAATATTTCAACGGGCTGATTTCCGTTAAGGATGTCTATCCGGAACTTCCCGTTGCAGTAATATCTGCAAATGAAAGTATTGATGTTGTTGCGCAGGTTATGGGCCTGGGCTCACAGGGCTTTATTCCTAAATCTTCGCCAACGAAAGAAGTTGCCGAAGCGATTGTTACCATCAAAGGTGGTGAGAATTGGGTGCCTGAAGCAATGAAAGACGACTTAGAAAACGTCGATGAAGAGCTGACACAGCTATTGAAACGCTTTCGTGAACTTACGCCTAAACAAATCCAGGTACTGAGCTTCTTACGCGCGGGCCTGATGAACAAGCAAATTGCCCATGAAATGAACGTAACGGAAGCAACGATTAAAGCACACATCAGTGCGATTTTACGTAAATTGGAAATTAATACGCGCACGCAAGCGGTATTGTTAATGGATAAGCTTCAGTTTAATTAA	MTRILVADDHPLFREALSAALEPYFKDAEILEADSLESMMTVLTESHHIDLLLLDLNMPGGEYFNGLISVKDVYPELPVAVISANESIDVVAQVMGLGSQGFIPKSSPTKEVAEAIVTIKGGENWVPEAMKDDLENVDEELTQLLKRFRELTPKQIQVLSFLRAGLMNKQIAHEMNVTEATIKAHISAILRKLEINTRTQAVLLMDKLQFN				NA	NA	NA	NA	NA
AK237_00105	747	cmoA	COG0500	Carboxy-S-adenosyl-L-methionine synthase	GTGCAAAAGCCGGATACTATTTTCGCCAATCACATGACAACGGTCAGTGATTTTCGTTTCGATGAGCATGTCGCTGATGTATTTCCGGACATGATTCAACGTTCTGTACCGGGTTATCAGACAATTCTGCATACCATTGGCGAACTGGCTAAATCGAAGGTAACGCCTGGTAGTCACGTGTACGACCTGGGGTGCTCCCTCGGTGCTGCCAGTCTTGCTGTGGCGCGCAATACCGACCACCTCTCTTGTAAAATCACTGGCGTAGACAATTCCCAGGCAATGATCGAGCGCTGTGAACGTGTGGTGTCCAGCTTTCACTTACCCAATCCTATCGCGCTCAAATGCGAATCTGCGCTGGAAACTACCATCGAAAATGCCTCCATGGTGATCATGAATTTTACGCTTCAATTCATTCCACCAGAGCAGAGAGAAGGCCTGTTATCTCGTATCTTCGCAGGACTAAACCCAGGTGGAATTTTGCTGTTATCAGAAAAAATTCAACACCCCAGTGAGCAGGGTAACCATTTGCTGATTGACCTGCACCATCAGTTCAAACGAAATAACGGATACAGTGAACTCGAAGTTAGTCAGAAAAGAGCCGCATTAGAAAACGTTATGTTAACCGATACATTTGCAACCCATGAATCCCGTTTGAAAAAGGTAGGTTTTGAAGATGTTGTTATGTGGTTCAAGTGCTATAACTTCACGTCCATGGTAGCGATTAAAGCCAGTCAGGAGAGCAAATAA	MQKPDTIFANHMTTVSDFRFDEHVADVFPDMIQRSVPGYQTILHTIGELAKSKVTPGSHVYDLGCSLGAASLAVARNTDHLSCKITGVDNSQAMIERCERVVSSFHLPNPIALKCESALETTIENASMVIMNFTLQFIPPEQREGLLSRIFAGLNPGGILLLSEKIQHPSEQGNHLLIDLHHQFKRNNGYSELEVSQKRAALENVMLTDTFATHESRLKKVGFEDVVMWFKCYNFTSMVAIKASQESK				NA	NA	NA	NA	NA
AK237_00106	984	cmoB	COG0500	tRNA U34 carboxymethyltransferase	ATGCAGCAGTTATCTGAGCAGTGGTTTAATGCCTGTTATCAGCACCTTCTGTCTACCCCCCTCGCCCATTGGCTTGAGACGCTGCCGGCTCAAATTGCGTCCTGGAAGCAGCGTGATCAGCATGGCGAATTTACTAAGTGGTGCAAATTAATTGGCAAGTTGCCTGCTACCCGCGTATCGAACATAGAACTACAATCGGCTGTATCGTTAGGAACATCTGACGATATTAGCGACTATGAACAAAAGCAAATTGAAGGATTACTTCGTCAATTCATGCCCTGGCGCAAAGGCCCTTATTATCTTCATGGCATTCATATTGACACCGAATGGCGCTCCGATTGGAAGTGGGATCGCGTACTCCCGCATATCAGTCCTTTAGCAAACCGGTATGTTCTGGATGTCGGCTGTGGCAGCGGTTACCACATGTGGCGTATGCTCGGAGAGGGAGCAAAGGGCGTTTATGGCATTGATCCCACACAGTTGTTTTTAATCCAATTCCAAGCGATTAAGCATTTTCACCCTTCTCCTGATATTCATTTTCTGCCTTTAGGCATTGAGCAGATGCAGCCTCTGGCGGCTTTTGATACCGTGTTCTCAATGGGTGTGCTGTACCATAGAAAAGATCCCATGCAGTTTTTGACGCAATTGAAAGATCAGCTTCGCAAAGGTGGCGAACTGGTTTTAGAAACATTAGTGGTCGATGGCGATGAGAATACGGTGCTGATGGCAGGTGAACGTTACGCGCAAATGCGAAACGTATGGTTTTTGCCAAGTGTTAAAGCCCTTAAGGTGTGGTTAACACGCTTGGGCTTTGAAAATATTACCATCGCAGATGTAAACACCACAACATTAGACGAGCAACGCGCTACGCCATGGATGACGTCTCAATCGTTAAAGGATTTTCTGGATCCCGACGACATTAGTCGGACTGTAGAAGGGTACCCTGCACCACAACGTGCCGTTTTAATTGCCACGAAAAAGTAA	MQQLSEQWFNACYQHLLSTPLAHWLETLPAQIASWKQRDQHGEFTKWCKLIGKLPATRVSNIELQSAVSLGTSDDISDYEQKQIEGLLRQFMPWRKGPYYLHGIHIDTEWRSDWKWDRVLPHISPLANRYVLDVGCGSGYHMWRMLGEGAKGVYGIDPTQLFLIQFQAIKHFHPSPDIHFLPLGIEQMQPLAAFDTVFSMGVLYHRKDPMQFLTQLKDQLRKGGELVLETLVVDGDENTVLMAGERYAQMRNVWFLPSVKALKVWLTRLGFENITIADVNTTTLDEQRATPWMTSQSLKDFLDPDDISRTVEGYPAPQRAVLIATKK				NA	NA	NA	NA	NA
AK237_00107	870			hypothetical protein	ATGGATATTACGGGCTTTCTAACCGAGCACCAATTACCGGATAGCTACGCATCAATTGCACTCAAATGGTTCAAGCCATTAGCAGATGAAATAGCCTCGCACAAAAATAGTGCAGTGAAGCCCTATTTCGTCGGCGTGAATGGGTGCCAGGGCTCAGGAAAATCAACACTCTGTGACTTCCTGATTTACTATTTCGCCTATGAGCACGATCTTACGGCAGTCACCGTTTCTCTCGACGACTTTTACCTTTCCAAAGCAGAACGCAGTGTACTTGCCGATCAAATTCATCCGTTATTGCAGACACGCGGAGTACCGGGTACTCACGACACGCAGTTAGCCTGGGAAACACTTCAAGGCCTTTCTAAGAAAGGTGAAGTAGCATTGCCACGGTTTAATAAAGCTATCGACGACCCTTTCCCGACGTCCCAATGGCCATCAATTAACACACCACCAGACATTGTTTTAATCGAAGGTTGGTGCTGGGGTGTAAGCGCGCAACCTGAAGAGGCGTTGCAACAACCGGTCAATCAGTTGGAAGAATTAGATGATCCCGATGGTGTCTGGCGACGCTATGTGAATCAAAAAATTGCGAACGACTATGAACCTTTATATGACGTAATGCAGTATTGGGTAATGTTGAAAGGCCCTTCATTTGACCATGTTTTCAGATGGCGCTGTGAACAAGAACACAAACTTGCCATAAAAACAGGTCAAACTGGCAGTGGCATAATGAGCGATGCGCAAATCCTTCGCTTTATACAACACTACCAGCGACTCACAGAACATGCCTTTTCATCATTGCCTGCAAAGTGCGACCAGGTATTTGAACTGGATGAAAACAGAGTCATTACCAACGTTATCAGGAAGTAG	MDITGFLTEHQLPDSYASIALKWFKPLADEIASHKNSAVKPYFVGVNGCQGSGKSTLCDFLIYYFAYEHDLTAVTVSLDDFYLSKAERSVLADQIHPLLQTRGVPGTHDTQLAWETLQGLSKKGEVALPRFNKAIDDPFPTSQWPSINTPPDIVLIEGWCWGVSAQPEEALQQPVNQLEELDDPDGVWRRYVNQKIANDYEPLYDVMQYWVMLKGPSFDHVFRWRCEQEHKLAIKTGQTGSGIMSDAQILRFIQHYQRLTEHAFSSLPAKCDQVFELDENRVITNVIRK				NA	NA	NA	NA	NA
AK237_00108	819	gpgP	COG3769	Glucosyl-3-phosphoglycerate/mannosyl-3-phosphoglycerate phosphatase	ATGGGAACAGCGAATACATTAATTTTCACTGACATGGACGGTACACTACTCGACCATCATACTTATAGTTTCAGCGCCGCCAAACCAACCTTAGACGAGTTGGAGAAACGTGGCATTCCGGTTATTCCTACCACAAGCAAAACCTTTGTCGAGCTAATAACGCTGCGCAAAACCATTGACCTGCAAGGTCCGTTTATTGTTGAAAACGGTGCGGCCGCTTATATACCACACGGCTTTTTTGACAAGAAGCCGGCGGGCACTGTGTGGCAGGACGGATTTTGGTGCAAGTCATTTACATCGTCCAAATTATACTGGTTGAAGCTGCTTGAAAAAGTAAAACCCGAGTTTGCAGGGGAATTTACCCACTTTAGTGAAATGTCGGTAGAAGAGATTTGTGAAGCTACCGGCCTGTCTCCCGCGGAAGCGGCAATGGCGGCACAACGCCAGTATGGAGAACCGGTGCTATGGAAAGGCTCCGACGAGCGTAAAGCAGCGTTCATTCAAGCCGTCACCGATCGGGGCGCTTTTCCTCTTGAAGGCGGGCGCTTTATCCATATTTCCGGTGACTGCAACAAGGGCGCAGCGTTAACCTGGTTTGTGGATGAATTCGTTCGTCAGCATGGCCAGTCCGTTACCAGTATTGCACTGGGCGACGGAAAAAATGATATCGCGATGTTAGAAGCGGCAGACTTTGCTATTCGGATAACGTCGCCAAGTCACCCCCCTCCCACATTAGAAAAAGAAGAAAATGTATACACCAGCACCCTACATGGTCCAGAGGGATGGACCGAAGTACTGACCCAATTACTTTTTAAATAG	MGTANTLIFTDMDGTLLDHHTYSFSAAKPTLDELEKRGIPVIPTTSKTFVELITLRKTIDLQGPFIVENGAAAYIPHGFFDKKPAGTVWQDGFWCKSFTSSKLYWLKLLEKVKPEFAGEFTHFSEMSVEEICEATGLSPAEAAMAAQRQYGEPVLWKGSDERKAAFIQAVTDRGAFPLEGGRFIHISGDCNKGAALTWFVDEFVRQHGQSVTSIALGDGKNDIAMLEAADFAIRITSPSHPPPTLEKEENVYTSTLHGPEGWTEVLTQLLFK	PGPT0013715_211	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_OSMOTIC_STRESS	OSMOTIC_STRESS-MANNOSYLGLYCERATE_BIOSYNTHESIS,PGPT0013715-mpgP|mngB-K07026	NA	NA
AK237_00109	1224	gpgS	COG0463	Glucosyl-3-phosphoglycerate synthase	ATGGCTGATTTTTATCAAAATGGCGTAGTAACAACCTTGCACAATTTGTCCCGACGCCCCACTGAAGAGCTTGAAGCTGAGCTGCTACGGTTTTCACAAAAGCGCCCCATGGCATTGATCCTTCCTTCTTTATATTCAGAACTGGAAGGCGAAGCGCTGCCCAATATCGTCAATGAATTAACCCATGTCCCCTATTTGTCAGAAATTGTTATAGGGCTTGATCGGGCAGACAAAGCGCAATACCAGTCTGCGCTTAAGTTTTTCGAAAAGTTACCTCAGCATCATCGCGTATTGTGGAATGATGGCCCGCGACTCAAAGCGATCGATGAAGAATTATCCGCACTTAACCTGGCGCCGAAAGAGTTAGGTAAGGGCCGGAATGTGTGGTACTGCATGGGCTATATTTTAGCGTCGAATCGCGCTGAATCTGTTGCCTTGCACGATTGTGATATCGTCACATACAGTCGCGACTTACTTGCCCGACTCATTTATCCGGTTGCTAATCCACAATTTAACTATGAATTCTGCAAAGGCTATTACGCCCGTGTTGCCAATGGCAAGATTAATGGTCGCGTATCGCGTTTGCTCGTTACGCCACTGTTAAGAGCACTTAAACGTACCTTAGGCGACAACGAGTATCTTGAATATATGGACAGCTTCCGGTATCCACTTGCGGGCGAGTTTTCTTTCCGTCGTGACGTACTCAATGATATTCGTATTCCCAGTGACTGGGGACTGGAAGTTGGCGTGCTCTCTGAAATGCACCGGAACTATAATCACAACCGATTATGCCAGGCTGATATCGCTGATATCTATGACCACAAGCACCAGGACCTGTCTTTTAATAATGACCAGGGTGGATTATCAAAGATGTCCATCGATATCACGAAGGCGCTGTTTAGAAAGCTGGCTACCCAAGGCTTTACCTTCAGTAACGAAATGTTCCGCTCTATCAAGGCTACTTATTATCGTATTGCCCTTGATTTCGTTGAAACTTATCACAACGATGCGGTGATGAATGGACTAACGTTAGATATCCATAATGAAGAAAAAGCGGTAGAACTTTTTGCCAGCAATATAATGAAAGCGGGTAACAGTTTCCTCGATAATCCTATGGAGACGCCATTCATACCAAGTTGGAACCGTGTAACAAGCGCGGTACCGGACATTCTTGACCGCCTGTTGGAGGCTGTTGAAGCAGACACCGCTGAATTATTAGGGTAA	MADFYQNGVVTTLHNLSRRPTEELEAELLRFSQKRPMALILPSLYSELEGEALPNIVNELTHVPYLSEIVIGLDRADKAQYQSALKFFEKLPQHHRVLWNDGPRLKAIDEELSALNLAPKELGKGRNVWYCMGYILASNRAESVALHDCDIVTYSRDLLARLIYPVANPQFNYEFCKGYYARVANGKINGRVSRLLVTPLLRALKRTLGDNEYLEYMDSFRYPLAGEFSFRRDVLNDIRIPSDWGLEVGVLSEMHRNYNHNRLCQADIADIYDHKHQDLSFNNDQGGLSKMSIDITKALFRKLATQGFTFSNEMFRSIKATYYRIALDFVETYHNDAVMNGLTLDIHNEEKAVELFASNIMKAGNSFLDNPMETPFIPSWNRVTSAVPDILDRLLEAVEADTAELLG	PGPT0022460_203	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-REMODELLINGLPS|LIPID|IVA_METABOLISM	CE-REMODELLING_LPS_CORE_OLIGOSACCHARIDE_METABOLISM,PGPT0022460-gpgS-K13693	NA	NA
AK237_00110	1761	ycjM	COG0366	Glucosylglycerate phosphorylase	ATGACGAGTTGGGAACAATTACACGAGAAAGTAAGCCATCATTTACAGGCCATTTATGCTGATGTGGTAATCGATACCTCTGTAGGCGATCTCGCCACACAGCTATTACATACCATGCGCCTGAAAAGTGACGAGGATGTTGTTCAACCAACCCCGCACTGCAATTATTGGGACGAAGAAGATATTATCATGATCACCTACGGTGATAGCGTGATAAGCGAAGATGAACAGCCCCTGTTCACCTTAGACAGGTTCTTACACACGTATTGTAAAAATACGATAAATAAGGTGCATATACTGCCCTTCTTTCCATATAGCTCCGATGACGGTTTTTCCGTCATCGACTATTCCAGTGTAAACGAGTCGTTAGGCGACTGGCCTGATATTGAGCGTCTTTCAAAACATTATGGCCTGATGTTTGATTTGGTCATTAACCATTGTTCAGCAAGAAGTGCGTGGTTTGAAAACTTCCAGAAAGGCGAAGGCGCAGGCAGTGATTTTTTCTTCACCGCTGAACCAAGCGATGATTTGTCCATGGTCACCCGCCCCCGAGTTTCTCCTCTCTTACGGGAGACGCAAACTGCGACGGGAACGAAACATGTGTGGTGCACGTTCAGCCACGACCAGGTGGATTTCGACTTCAGAAATCCCAAAGTACTCAATGCGTTTGTTGAAATTATTCGCTTGTACTTAGACAAAGGAGCAACGTTATTCCGGTTAGATGCTGTAGCATTTTTATGGAAAATTGTGGGTACGAATTGCATAAATCTGTTTCAAACCCATGAAGTGATACGGTTGTTGCGCACACTCATCGAGCACGCCGATCCTACCGTCATCATTATTACTGAAACGAATATTCCAAACCGGGAAAATCTCACTTATTTTGGTAATGCTAACGAAGCGCACGCTATCTACAATTTTTCGCTCCCTCCGTTATTAGTTAACACACTGGTAACGGGTAATTGCGGTTATTTGAAAAATTGGATGATGAGTATGCCGCCAGCGCAAAACGGCACAACGTACTTCAATTTTATTGCCTCTCATGATGGGATCGGACTACGACCCGCTGAAGGACTATTGGACGACGAGGAAATATCTACCCTTGTGCATACAATGCAGAACTTTGGCGGCAAGGTATCCTGGCGCGCCTCCGATCATGGTCAACAAAAACCTTACGAAATAAACATCACACTGTTCGATGCACTTCAGGGAACAACTGCCGGACCGGATAGATGGCAGGTCGATCGGTTTATATGCGCCCATGCAATTATGCTTGGCATGGAAGGTATTCCCGGCTTGTATATTCACAGTCTGTTAGGCACCAGTAACGATTACGAAAAAGTGGCCAATACCGGCCAAAATCGTTCAATCAACCGCCATCGCTGGAATTTCGAAGAATTAGCTGCATTGCTGGATTCACCATTCTCCCAGCACCATAAAGTCCTGACCCGTATTTCACAGTTGATCAGAATACGCAAAGCGCAGCCCGCATTTCATCCAAATGCGACTCAATTTACGTTGCAGTTAGGCGATACATTGTTTGGTTTCTGGCGACAAAGTTTAGATCGGCGACAAAGTGTGTTTTGCGTGAGCAATGTGACTAACGAAGAACAATCTATTTTACTGTCAAGTATCAACCTTATCGGTACTGACAAATGGATGGATTTAATTACCCGGGACGAAATAGAAGACGTTGGGGGCTTCATGCAATTAAAGCCTTACCAGACCGTCTGGATAACCAACATGGAATTTGAAGACTAG	MTSWEQLHEKVSHHLQAIYADVVIDTSVGDLATQLLHTMRLKSDEDVVQPTPHCNYWDEEDIIMITYGDSVISEDEQPLFTLDRFLHTYCKNTINKVHILPFFPYSSDDGFSVIDYSSVNESLGDWPDIERLSKHYGLMFDLVINHCSARSAWFENFQKGEGAGSDFFFTAEPSDDLSMVTRPRVSPLLRETQTATGTKHVWCTFSHDQVDFDFRNPKVLNAFVEIIRLYLDKGATLFRLDAVAFLWKIVGTNCINLFQTHEVIRLLRTLIEHADPTVIIITETNIPNRENLTYFGNANEAHAIYNFSLPPLLVNTLVTGNCGYLKNWMMSMPPAQNGTTYFNFIASHDGIGLRPAEGLLDDEEISTLVHTMQNFGGKVSWRASDHGQQKPYEINITLFDALQGTTAGPDRWQVDRFICAHAIMLGMEGIPGLYIHSLLGTSNDYEKVANTGQNRSINRHRWNFEELAALLDSPFSQHHKVLTRISQLIRIRKAQPAFHPNATQFTLQLGDTLFGFWRQSLDRRQSVFCVSNVTNEEQSILLSSINLIGTDKWMDLITRDEIEDVGGFMQLKPYQTVWITNMEFED	PGPT0014210_70	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-SUCROSE_METABOLSIM,PGPT0014210-gtfA|ycjM-K00690	NA	NA
AK237_00111	1254	moeA	COG0303	Molybdopterin molybdenumtransferase	ATGACTTTGCCAACATCACCTTCCCCGACATGGTTATCTTTGCATGATGCATTAAACCAAGCATTTTCTCTGCTTTCACCTCTATCAGACAGTGAAAACATAGCCGTTGGCGAAGCGCTCAATCGCGTACTCAGTGAAGACATTGTCTCCGCCATTAATGTACCACCAGCCGATAATTCCGCGATGGATGGTTATGCGCTCTATGCAGCAGACAGCAAAGTATCATCCGCGCTTAGCGTCAGCTATTCCCAGCTTGCAGGCATGCCGCAGCATAATGACAAACTGGAAAAGGGTTACGCGGTACGCATAATGACAGGCGCTCTCATTCCCAAAGGAGCGGATTGTGTCATTATGCAGGAGAACGTCACTCGCCAGGAAGATCAAATCATCATTAATCAGGCCGCCATGCCTGGTGAGAACATTCGCCGTGCTGGTGGCGATATAGAAAAAGGCGCGACAGTGTTGACGGCAGGTACGCTACTAACCGCTAGTCATCTCGTCTTACTCGCATCGATGGGGATTGATACTGTCCCGGTTTATCGTAAGCTCAAAGTAGGCATAATGGCGACGGGCGACGAGTTAGTCTCACCGGAGCAACCCCTGGGGCCGGGACAAATTTATGAGTCAAACCGTACAGGCACGAAGGCGCTTTTAGCATCAGAACCTGTCGAGCTGACCGATTTCGGGATTGTAGCGGATGACAAAACGGCATTAGCACGCGTACTAAAACATGCTGGCGAAACGCAGGATTTAGTTATCAGCAGCGGCGGCGTATCGGTTGGTGATGCGGACTTCGTTAAAGAGCTAGTCGCAACTTTGGGTGATATCGCATTTTGGAAAATTGCCATAAAACCTGGAAAACCTTTCGCTTTCGGCACATTAGGCCGTGCTGTATTTTGTGGTGTTCCCGGTAACCCAGTTTCGGCATTCGTCACTACCCAGCAAATTGTTATACCTGTTGTCAGAAAGTTAGCCGGTATTTCTACTCACTCGCCAGTGGTTCCATTAACCTTCACAGCGACATTGAATCAATCTATCAAGCGCAAACCGGGCAGAGAAGAGTTTGTTCGTGCTGTCATGCAAAAACACGCGAATGGAAAGCACCACGTCGTGCCATTACCAAAACAAAGTTCCGGCGTAATGACAACGGTTACACAGGCCAATTGCTATATTGTTGTGCCAGCCCAGTGTGATTGTTTAAACGCAGGTGACAACGTGACTGTACAACCATTCTCTCTGACAGAAGTGAAATAA	MTLPTSPSPTWLSLHDALNQAFSLLSPLSDSENIAVGEALNRVLSEDIVSAINVPPADNSAMDGYALYAADSKVSSALSVSYSQLAGMPQHNDKLEKGYAVRIMTGALIPKGADCVIMQENVTRQEDQIIINQAAMPGENIRRAGGDIEKGATVLTAGTLLTASHLVLLASMGIDTVPVYRKLKVGIMATGDELVSPEQPLGPGQIYESNRTGTKALLASEPVELTDFGIVADDKTALARVLKHAGETQDLVISSGGVSVGDADFVKELVATLGDIAFWKIAIKPGKPFAFGTLGRAVFCGVPGNPVSAFVTTQQIVIPVVRKLAGISTHSPVVPLTFTATLNQSIKRKPGREEFVRAVMQKHANGKHHVVPLPKQSSGVMTTVTQANCYIVVPAQCDCLNAGDNVTVQPFSLTEVK	PGPT0008430_2692	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_VITAMIN_PRODUCTION	PLANT_VITAMIN-MOLYBDENUM_COFACTOR_METABOLISM	PLANT_VITAMIN-MOLYBDENUM_COFACTOR_BIOSYNTHESIS,PGPT0008430-moeA-K03750	NA	NA
AK237_00112	1284	norM	COG0534	Multidrug resistance protein NorM	ATGCTAATGGGCGTTATCGATACTATCATGGCAGGCCACTACAGCGCCGTAGACATGGCAGCCGTAGCACTTGGCTTCAGCATTATCGTTCCCTTGCAATGCTTCATTCAGGGGCTTGGTCTGGCTATGCCGCCGATATTGTCACGACTTCATGGCAAGGGAAATACCTCAGACGTTGCCCACGCAGCGCAGCAAGCCGGGTATCTGCTGTTAACGGTTAGTTTACTTATATTGCTGATCTGGCCTTTCACCCCCAAAGTGGTGGCGCTGTTTCCGATGGATCCGTCGCTCTATTCTATCACCGTTGATTACGTCCAGTTTGTGTTGATTTCCATGCCTGCATTCGCTGGATATCAATGGTTGCGAAACTTTTGTGAAGGGCTTGGTACGACAAAACCAACCATGGCGATTACGTTAATTGGCCTGCTTTGTAATGTCATTGGCAATTACATCTTTATTTACGGCGCTGGCCCTATCCCCGCCTTTGGTGGCGCAGGTTGTGGCATTGCAACTGCCATTGTCATTTATACAATGTTTTTTGCAACGCTTGTCTATGTATTGCTGTCTCAGCGTCTTAAAAAATACGGGCTATTTGTTAAAGGATACAAACCGGCGCCCAGAATGATGTGGCGCACCTTTTCTTTAGGCTTTCCCGTCGCCATGACGTTACTGTTTGAAGTGTCGCTTTTTGCCGTTGTTGCCTTATTACTGGCACCGTTTGGCCCCAGTACTGTGGCTGCACATCAGGTAGCACTCAATTTCAGCGCGATCATGTTTATGTTTCCTCTCAGTCTGGGCATGGCGTTGTCTATTCGGGTTGGCTATCGAATAGGCCAGACTAACCACGCACAGGCGCGCATGGTAGTAAAAAGCGGCATCACTATTGGCATGTGCATCGCCACACTCACTGCCAGCTTTACGGTGTTGGCTAAAAGCACCATCATTGGCCTGTATACACAAGATGAAACCGTCTTTGCACTGGCAAATTCACTACTTATTTATGCAGCCCTGTTTCAATTTTCCGATGCTATTCAGGTACTCTCTGCAAATGCATTGCGTGGATATAAAGACACCACGGCCATGTTCATCATTACATTTATTGCGTATTGGCTGATAGGCTTGCCAACAGGCATCATTTTAGGCAGAACCGATTGGCTTACCGCGGAACCGATGTCTGCCGCAGGATTCTGGATTGGCTTTATTGTGGGTTTAAGTAGCGCAGCCATTATGCTGGGTAGCCGGGTGTTAATTATTCAACGCCGCCATCAACTTAGTCAGACTTAA	MLMGVIDTIMAGHYSAVDMAAVALGFSIIVPLQCFIQGLGLAMPPILSRLHGKGNTSDVAHAAQQAGYLLLTVSLLILLIWPFTPKVVALFPMDPSLYSITVDYVQFVLISMPAFAGYQWLRNFCEGLGTTKPTMAITLIGLLCNVIGNYIFIYGAGPIPAFGGAGCGIATAIVIYTMFFATLVYVLLSQRLKKYGLFVKGYKPAPRMMWRTFSLGFPVAMTLLFEVSLFAVVALLLAPFGPSTVAAHQVALNFSAIMFMFPLSLGMALSIRVGYRIGQTNHAQARMVVKSGITIGMCIATLTASFTVLAKSTIIGLYTQDETVFALANSLLIYAALFQFSDAIQVLSANALRGYKDTTAMFIITFIAYWLIGLPTGIILGRTDWLTAEPMSAAGFWIGFIVGLSSAAIMLGSRVLIIQRRHQLSQT	PGPT0029115_7179	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
AK237_00113	672			hypothetical protein	ATGATACATTCCAGTAAACGTGACGCGCTCATTCAGGCGATTAAACTCAGTACGCTCTGTACTGCCTTACTCTGGGTTATTCAATCTGCCGGTGTACTGTTCCATTTGCCGCTGGATTTCCTCGGTATCGTGCCGCTTACGCTAGCCGGCATTGTGGGCATATTCACTGCGCCGCTGGTACATAGCTCCTATGAACATTTATTCCACAATACGCTACCTCTCATCGTACTGGGCGCGGGGCTGTATTACGGTTATCCGAAAACTCGATGGAAGGCATTACTGTTTTCCTGGCTAGGTTCAGGCGTGGGCGTATGGTTGTGGGGGAGACCTTCTATCCATCTTGGCGCGAGTGGGGTCGCGCACGGGCTTTTCTTCTACCTGCTTGTTATTGCCATTATGCGAAGAGACAACCGATCTGTGGGATTAATGATGATCGCGTTTTTCCTCTATGGCGGGATGATGATGTCTATCTTTCCACGGGATCCGCAAATATCTTACGAGGCCCATTTTTTCGGGGCATTGGGCGGGGTGATTGCCGCATTACTGTTTGGTAAACACGATCCGAAACCACACATCAAACGATTTGCGTGGGAAGAGCAGGACGAAGAAGACCCGGTGATTGGCGATCAATGGAAATCGTCCGGGCCTGAGCAATCTGTTAAGTCTGACTAA	MIHSSKRDALIQAIKLSTLCTALLWVIQSAGVLFHLPLDFLGIVPLTLAGIVGIFTAPLVHSSYEHLFHNTLPLIVLGAGLYYGYPKTRWKALLFSWLGSGVGVWLWGRPSIHLGASGVAHGLFFYLLVIAIMRRDNRSVGLMMIAFFLYGGMMMSIFPRDPQISYEAHFFGALGGVIAALLFGKHDPKPHIKRFAWEEQDEEDPVIGDQWKSSGPEQSVKSD				NA	NA	NA	NA	NA
AK237_00114	615			hypothetical protein	ATGTCAGTCAGATTAGCGGTTTTATTACTTGCAGCAGGTGAATCGTCGCGCTACGGCGATAATAAATTGCTAAGCGAACACCCCAAAGGGGATTCATTGCTGGAGTATGTCATTAAGCAATATGAGCCATTCTCTGATTTACCCGTCACCATCGTCACCGGTGCTTATGAAGATGAAATAAAGACCGTGCTATCGCATCGTAGCAACGTTCATATTATACATAACCCCCAATGGCAAGACGGAATGGGCGGGTCTATTGCTGCAGGTATCGATGCAATTGAACAGCACCACGCTTCACTTAAGGTTAGCCAGCAGCCCACCCATATTTTGATTGGCCTGTGTGACACGCCGTGTGTGACAACCGGGTCATTGTCTGCTCTGGTGGAAAAAGTCGGAATATTTGAGCAAAGTCGCATCGCCAGTGAAGCTTCCGGGAAACGCATGGCACCGGCTATTTTTCCGGTTTCTGATATTGACGTATTGAAAGGATTAAAAGGTGATCGCGGTGCGGCGAAATTGCTGAAGGGGGCCGTACCTGATTGCTTTGCAATACCCCATCCTGAGGCCATCATTGATATTGATAAACCTGATGACTGGTTAAATTTACCCCGCTGA	MSVRLAVLLLAAGESSRYGDNKLLSEHPKGDSLLEYVIKQYEPFSDLPVTIVTGAYEDEIKTVLSHRSNVHIIHNPQWQDGMGGSIAAGIDAIEQHHASLKVSQQPTHILIGLCDTPCVTTGSLSALVEKVGIFEQSRIASEASGKRMAPAIFPVSDIDVLKGLKGDRGAAKLLKGAVPDCFAIPHPEAIIDIDKPDDWLNLPR				NA	NA	NA	NA	NA
AK237_00115	987	pucA	COG1975	putative xanthine dehydrogenase subunit A	ATGAATCACCACATCTACCATGTGTTGTCGGATTGGTATCCGCAACGGGATAATGGTAACTGGTTGCTTGCAACCATCATAAAAACAGAAGGCTCATCTTACCGAAAAGCAGGTGCGATGATGCTATTTAGTGAAAACGGTAGTCAGTTGGGTGTTGTCTCCGGCGGTTGTTTAGAGAGCGATTTATTACATCAGGCGAGGAGATGCTGGGAAACGGGTAACAGTCGTATCGTCACCTATGACATGCAGGAAGAAGGTGATGTAGCGTGGCGGCTAGGCATAGGGTGTGGAGGCGAAGTGACTCTGTTGCTTCAGCCCATTAGCGCTGATAATGACTATTTGGCGTTACCAGATGTTTTGATGAAGCTCAGTGCACAACAATCGGTTAACTATGCACAATCAATTGCTCCGGGCAAACCCTCGGCCGACGTTGTCGATACGCAGGAGTTAAGCCACGAGACCTTTGTTTCTGCTCTTACGCCGCCTCCAACCTTAGGTATTTTAGGTGGCGGTGTTGATGCAATGCCACTTTGCGATTTGGCGGCGAGAGTAGGGTGGCGGGTTATCGTAAACGATAGTCGGGCACGTTATGCCAGACAGAGCGACTTTCTTCAGGCTACGGTAACGGATGATGCCGCCTGTGACGCACTGGCCGGCGCGTCCTGGTATCATCAACTTGATGCCATTATTGTTATGCATCATCAGGTCACAATGGACTCTAAAGCACTGTCTGCCATTGCCAGCGTGCCACCTCAGTCGCTACGATATCTTGCGCTATTAGGCCCATCGCATCGTGCTGAGCGGGTACTTTCTGAAGCGGCATTATCAGAGAGCTCTTTCCCGGTGCCGTTGCAGGCACCTGCAGGTATTGCCATTGGCGGTGAATTACCTGAATCCATTGCTTTGTCTATGCTGGCTCAGGCCCACGCCGTGTTGCATGGAAAGTCAGCGCGTTCATTGAAAGGTAAACCATGTCAGTCAGATTAG	MNHHIYHVLSDWYPQRDNGNWLLATIIKTEGSSYRKAGAMMLFSENGSQLGVVSGGCLESDLLHQARRCWETGNSRIVTYDMQEEGDVAWRLGIGCGGEVTLLLQPISADNDYLALPDVLMKLSAQQSVNYAQSIAPGKPSADVVDTQELSHETFVSALTPPPTLGILGGGVDAMPLCDLAARVGWRVIVNDSRARYARQSDFLQATVTDDAACDALAGASWYHQLDAIIVMHHQVTMDSKALSAIASVPPQSLRYLALLGPSHRAERVLSEAALSESSFPVPLQAPAGIAIGGELPESIALSMLAQAHAVLHGKSARSLKGKPCQSD	PGPT0007280_2117	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PHYTOHORMONE-CYTOKININS|DERIVATE_PRODUCTION	PHYTOHORMONE-XANTHINE_METABOLISM	PHYTOHORMONE-XANTHINE_BIOSYNTHESIS,PGPT0007280-xdhC|paod|ygeB|pucA-K07402	NA	NA
AK237_00116	1116			hypothetical protein	ATGAATCATTCATCTTCAGAGCAACTAACGCAGGAACAGATACGACAAGAACAACCAGCAGTTGCAAAAGAAAACAACACAATTGTGACGCCTTACGCTTTTCAGGTCTCACCTGAATTACTTGGTCAACCACTGGCCTCGCCAGGAAGGAGAGCGTTTGCGCAATGTATCGATCTTACGCTGCTTTATTTTATCTCCTCAGCAAATGCGATGGTGTTTGCACTTCTTGCGGCTATTACGTTCATGCGAGCGGGGGCAAATATCGCCAGGGGAAAAAATCAGGGGGCAGGCAGTAAGATTATGCGAATGTTGGGCGCATGTATGTTGGGGTGGGTGATCTTTGTTGTGATGGATGACAGTAATTCATCTGGCAGCGTAACTGAAAATGGTGTCCCTCTATCATCGTTCCAGCCCATGATCGCCGGTATGTCATCATTAATGTGGCAAGAGTGCGACAATGACTTTGCGTGTTTGTCACATAGTGTAGGTGAGCTGGCGACCGCGCAAGCAGAATTAGGTGGCAGCATGGATGATCTGAATGCGTATCAGACCTCGTTTATGGAAGGGTCAACATTGGATAACGAGCAGAGGCAAGCGCTTATAACGGTAATGCAGGAAACCTTTGCCAAAGCTTCTGGAGTGGAGCTTTCAGACAGAGACGATGATGCTGTTCCAGAGGCGAACGAGGACAACAAGGTTGAACTTTCAACGTCCGAAAAGCCGGCACAGAGCTTTTTTAGTTCATTGTCTGACGTTTTACATGAGGGGCAGGATTTTTTAGCTGAAATCGGACTGAGTTTTGGTTGGGCTGCCTTATACTACAGCGTATTTACTGCCTACATGAAAGGCTGTACGCCAGGGAAATGGGTCACACGCATTCGCGTGTTAAGATTAGACGGCCGTTCTCCCACGTTGTGGGAAAGCTTTGGGCGATACGGCGGATATGGAGCGGGTTTCGCGACAGGTTTTCTAGGCTTTTTGCAGATTTACTGGGACGCTAACCGACAATCTATTCAGGATAAAATAGCGGAAACCCTCGTAGTGCGGCACTCTGTAAAAGTTAAAACTAAATCAACATCTTCGAGTATTCGGGGAACATCAGGCGAAGGTATATGA	MNHSSSEQLTQEQIRQEQPAVAKENNTIVTPYAFQVSPELLGQPLASPGRRAFAQCIDLTLLYFISSANAMVFALLAAITFMRAGANIARGKNQGAGSKIMRMLGACMLGWVIFVVMDDSNSSGSVTENGVPLSSFQPMIAGMSSLMWQECDNDFACLSHSVGELATAQAELGGSMDDLNAYQTSFMEGSTLDNEQRQALITVMQETFAKASGVELSDRDDDAVPEANEDNKVELSTSEKPAQSFFSSLSDVLHEGQDFLAEIGLSFGWAALYYSVFTAYMKGCTPGKWVTRIRVLRLDGRSPTLWESFGRYGGYGAGFATGFLGFLQIYWDANRQSIQDKIAETLVVRHSVKVKTKSTSSSIRGTSGEGI				NA	NA	NA	NA	NA
AK237_00117	966	cysK_1	COG0031	Cysteine synthase A	ATGCAAGTATTTGACGACAACTCGCTATCTATCGGCCATACGCCGTTGGTAAAACTTAATCGTGTTACTGGCGGTAACGTTTACGCCAAAATCGAATCCCGTAACCCTAGTTTCAGCGTAAAGTGCCGTATCGGCGCGAACATGATTTGGGATGCGGAAAAGCGTGGTGTGTTGGGTCCGGGCAAAGAAATTGTTGAGCCTACCAGTGGTAATACCGGCATCGCCCTTGCGTTTGTCGCGGCATCGCGCGGTTACAAGCTAACGCTTACCATGCCAAGTAGCATGAGTCTTGAGCGACGAAAATTACTTAAGGCGTTAGGCGCTAATCTGGTGCTGACGGAAGCACCAAAAGGTATGAAAGGTGCGGTTGCAGCCGCACAAGAGATTGTCGCCTCGGATCCGGATAAGTACGTATTGCTACAGCAATTCGATAACCCGGCGAACCCCGCCATACACGAAAAAACCACGGGCCCGGAGATTTGGGAAGCTACCGATGGTAAAGTTGATGCATTCGTAGCGGGTGTAGGTACGGGCGGTACCATCACAGGCGTAAGTCGTTACCTTAAAAATACGAAAGGTAAAGCAATCACATCCGTGGCGGTAGAGCCTACAGATTCACCGGTTATCACCCAAGCTAAAAATGGTGAAGAATTAACGCCTGGCCCACATAAAATTCAGGGCATTGGTGCAGGATTCATCCCAGGAAACCTTGATTTAGATTTGGTTGACGAGGTTGAGCAAATCACTAATGAAGAAAGCATGGAGATGACCCATCGCCTGATGAAAGAAGAAGGTATTCTTGCCGGGATCTCTTCTGGTGCAGCAGTGGTTGCTGCGAAGCGTTTCGCAGAGCGCCCGGAAAACAAAGATAAAATCGTCGTTGTATTGCTGGCCAGCGGTACCGAACGTTATCTGAGTAGCCCATTATTTGCTGGCGAATTTAGCGATCAGGAAGAAGTGCAGTAA	MQVFDDNSLSIGHTPLVKLNRVTGGNVYAKIESRNPSFSVKCRIGANMIWDAEKRGVLGPGKEIVEPTSGNTGIALAFVAASRGYKLTLTMPSSMSLERRKLLKALGANLVLTEAPKGMKGAVAAAQEIVASDPDKYVLLQQFDNPANPAIHEKTTGPEIWEATDGKVDAFVAGVGTGGTITGVSRYLKNTKGKAITSVAVEPTDSPVITQAKNGEELTPGPHKIQGIGAGFIPGNLDLDLVDEVEQITNEESMEMTHRLMKEEGILAGISSGAAVVAAKRFAERPENKDKIVVVLLASGTERYLSSPLFAGEFSDQEEVQ	PGPT0002810_4143	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
AK237_00118	465			hypothetical protein	ATGAATATCAATCGGATAGCGGGGCCTGTCTTTTTAACCTTTATGTGTTGCCTGTTTTTAAGTGCCTGTGGCAAAAAGGAAGAAGGGCTTGGTCGATACGGGATGATGGATGAAAACACCCCCGACTATGCTGCTGTAGCGTTTATGAAAAGCATCTACGAAGATGACAATATAAATCGTGCGGTAACATTAAGTTCAGACAGCATGGCCAGAATGCTTAAGCGCTATCATACAAATCGAAATGTGCAACGGCACATTGTTAACTTGCGCTATGACACTGTTACGATTACCCCTCAAGGCTCTAATCAGGTTGGACGCAACGAATTTGCTGAAAGTGCTACCGTTACTCTGTTTTTCAGCGGTGTTTATAACGACGATAAAATTGAAGATCTAAGAACCGTACAAATGGTCCGGGACGATGGTCAATGGAAAGTTGATCGCATCGACCCGGATCATTTCATGTAA	MNINRIAGPVFLTFMCCLFLSACGKKEEGLGRYGMMDENTPDYAAVAFMKSIYEDDNINRAVTLSSDSMARMLKRYHTNRNVQRHIVNLRYDTVTITPQGSNQVGRNEFAESATVTLFFSGVYNDDKIEDLRTVQMVRDDGQWKVDRIDPDHFM				NA	NA	NA	NA	NA
AK237_00119	1752	ggt_1	COG0405	Glutathione hydrolase proenzyme	TTGAAGTTCAGTCAGGGAATTCTTGCAACGGCAGTGAAAGTCGTTTGTTTATCCGTGTCCATTGCAACTACCGCCTACGCGGTGGAGCGTAACGAACCGGAAGCAGCTACAGGTTACGAGCAAAAGAAAGCGCATATTGCAAAGGACTATATGGTCGTTGCGGCCAACCCTTATGCGTCGTGGGCGGGCAAGAACATTATTGAGAAAGGGGGGTCTGCCATTGATGCTGCAGTCGCAGTGCAAGCAATGTTAACCCTTGTTGAACCCCAGTCCTCCGGAATTGGTGGCGGAGCCTTTATTCTCTATTGGGACAACAAAACCAAGACACTTCACACGTTCGACGGGCGGGAAACTGCGCCTGCTGCGGTAACGCCTTACTGGTTTTTTAAAGGTAAGAATCAAATGGATTGGCTGGAAGCCGTTGTCGGGGGCAAGTCTGTTGGCGTCCCGGGGGCTTTGAAGGCACTGGAGACGGCGCAAAAGGAGTTCGGCCAGTTGAAGTGGGCGGACTTATTTGATGATGCCATTAACACGAGTGCACAAGGCTTTCGCGTGTCTAAGCGTCTGGCACATCTGGTTTCGTTGGATAAACACCCCGGATTAAGAGAGTTCCCATCCAGTGCAACATATTTTTATCCTGCCGGTGCGCCTTTAAAAGAAGGTACTATTAAGAAAAACAAAGCATTAGCTGACACATTGACGCATATTGCCAGGGAAGGAAGTGATTATTTTTACAAAGGGCCGGTGGCGGAAAAAATAGTCAAAACGGTTAATAACGCTTCTATTAATCCAGGTGCGATGGCGGTAGCAGATTTTTCGAGCTACAAAGCACTTAAGAAAAAGCCGGTTTGCGGCGATTATAGAGCGCATAAGATTTGTGGCATGGCGCCTCCCAGCTCTGGCGGGATCAACGTATTTCAAATAATGAAGCTGCTCGAAGGACAGAATATAAAGGCGTTGGTGCCTGAAAGTGTCGCGTTTGCTAATTTGTTTGCTCAGGCAAGTGCGTTAAGTTTTGCGGATCGGGAAATGTATATTGCCGACAGTGACTTTACTGACTTGCCTTTCGCTGCGTTGATTAATGCTCCGTATCTTAAGCGCCGGGCAGAGTCAATCTCTGCTGATAAACCATGGCGCAAAGCCAAAGCGGGTAAACCGTATACGGACGCTAAGGTGCATCTGGGTATGAATATGGAACAACCCAATACCAGTCACTTTTCTATTGTCGATAAACAAGGAAATGCGATTTCCATTACCACCAGTATAGAGTTTATGTTTGGTTCAGGATTAATGGTAGACGGATTCTTATTGAATAATCAGCTTACTGATTTTTCCTTTAATCCGGACATTAATGGTTGGCCAGTTGTAAACCGCGTTGAGCCGGGTAAGCGTCCCCGCAGCGCCATGAGTCCTACCATGGTCTTCGATAATAAAGGGGATCTTGAATTGGTGCTGGGTTCGCCAGGAGGCAGTCGCATCATTGATTATGTCGCGCAAACCTTATTCGGGGTGTTGGATTTTGGTTTAGACATCCAGCAAGCCATTAATCTACCCAGAATGACAAACCGCAATGACTACACCGCGCTTGAAGCGGGTACCGAGGCTGAAAAGCTCCAACCAGCGTTAGAGGCATTGGGACATAGCGTGAAAGTCATGGACTTGAATTCAGGATTACATGGTATTCAAATAAAAGACGGGAAACTTATAGGCGGTGCTGACCCACGCCGGGAAGGGGTGGCAGTAGGTCAGTAA	MKFSQGILATAVKVVCLSVSIATTAYAVERNEPEAATGYEQKKAHIAKDYMVVAANPYASWAGKNIIEKGGSAIDAAVAVQAMLTLVEPQSSGIGGGAFILYWDNKTKTLHTFDGRETAPAAVTPYWFFKGKNQMDWLEAVVGGKSVGVPGALKALETAQKEFGQLKWADLFDDAINTSAQGFRVSKRLAHLVSLDKHPGLREFPSSATYFYPAGAPLKEGTIKKNKALADTLTHIAREGSDYFYKGPVAEKIVKTVNNASINPGAMAVADFSSYKALKKKPVCGDYRAHKICGMAPPSSGGINVFQIMKLLEGQNIKALVPESVAFANLFAQASALSFADREMYIADSDFTDLPFAALINAPYLKRRAESISADKPWRKAKAGKPYTDAKVHLGMNMEQPNTSHFSIVDKQGNAISITTSIEFMFGSGLMVDGFLLNNQLTDFSFNPDINGWPVVNRVEPGKRPRSAMSPTMVFDNKGDLELVLGSPGGSRIIDYVAQTLFGVLDFGLDIQQAINLPRMTNRNDYTALEAGTEAEKLQPALEALGHSVKVMDLNSGLHGIQIKDGKLIGGADPRREGVAVGQ	PGPT0002935_5127	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_UTILIZATION	PLANT_DERIVED_TAURINE_UTILIZATION,PGPT0002935-ggt-K00681	NA	NA
AK237_00120	765	paaF	COG1024	2,3-dehydroadipyl-CoA hydratase	ATGAAGCCTATTATTACGAAACTGGAAAATCAGATACTTACCATCAGCTTCGCGCGACCGGATAAGAAAAATGCATTAACGCGAGAAATGTACCAGTTAATGGCTGATGCTATTAATACCGCAAGTCAGGATCCTGAGGTTAAGGTGGTGTTGATTAAAGGCGAAGGCGGGGCGTTTACTGCGGGTAATGATATTTCAGATTTTGCTCATCGTGAAGAAGGCGACAACGTGGCCGAAGTGGTGGCTTTCATGAACGCGTTAAGTGCGTGCACTAGTCCTGTTGTGGCGCAAGTTCATGGCGTAGCTGTTGGTATCGGCACAACCTTGTTGTTACATTGTGATTTGGTATATTGTGCCCCAGAGAGTCGTTTTTGCCTGCCGTTTATTAATCTTGGTCTCGTGCCTGAATACGGTTCAAGTTATTTGCTGCCCCGTATTGCCGGACGTCGCAAAGCCAGCGAATGGTTAATGTTAGGCGAAACGTTCGGTGCAGATGAAGCACATCAATTTGGTTTAGTAACCGCGATTATCCCGACAGAAACACTCGATGAGCATTGCTACCGGGTATGCCAGAAACTGGCAGAGAAGCCCGCTTTCGCGCTCTCGCAGACAAAGCAACTGATGAATAATGAGCATGATGCCATACAACAACAAATCAGTGCTGAGCTGGATATTTTTTTAGAGGCTTTATCAACTGAAGCGGCTAAGGAAGCATTCGATGCTTTTATCAATAAACGCCCCGTTAACCGGGAAAAATTTAAATAA	MKPIITKLENQILTISFARPDKKNALTREMYQLMADAINTASQDPEVKVVLIKGEGGAFTAGNDISDFAHREEGDNVAEVVAFMNALSACTSPVVAQVHGVAVGIGTTLLLHCDLVYCAPESRFCLPFINLGLVPEYGSSYLLPRIAGRRKASEWLMLGETFGADEAHQFGLVTAIIPTETLDEHCYRVCQKLAEKPAFALSQTKQLMNNEHDAIQQQISAELDIFLEALSTEAAKEAFDAFINKRPVNREKFK				NA	NA	NA	NA	NA
AK237_00121	600			hypothetical protein	ATGTCATCTATTTTTTCAAAAAATCTGGACAGTTATGGCGGGCCGGCATTACTAACCCTATGTGTTTTTATCGCCTGGTTGGCAGAACCAATCTCTGGCTACTGGCTAGCTTACGATCGCTATGCTATTGAGGGTTTCGAAACATGGCGTCTTATTACGGCTAATATTGTACATACAAACGGTTATCACGCTCTGCTAAATATCGCTGGGTTAATACTTCTGACGCTGCTCCACAGCGAGCACTACAAGTTCGTCAGGTTCATTAAAGTATTTCTTTGGTGTGGGCTACTTACCGGTGTCGGCATTTACTTTTTCGCCCCCTGGTTAATTTGGTACGCAGGTTTATCAGGCGCGTTACATGGTGTGTTTATATGGGGTGCCTGCATGGACATTCGCGCGGGTATAAAATCTGGCTATTTACTGGCAATTGGCGTTACGGCAAAGATTATTTATGAGCAATGCTATGGCAGTTCAGCGCAAGTAGAGCAACTCATTAACGCCGCAGTAGCCGTAGATGCACATTTGTATGGCGCGCTAGCAGGTTTAGCGTTGTTCTTGTTAATAGCGATGCCACTGCGCCGCACGGCACATCACGGATAA	MSSIFSKNLDSYGGPALLTLCVFIAWLAEPISGYWLAYDRYAIEGFETWRLITANIVHTNGYHALLNIAGLILLTLLHSEHYKFVRFIKVFLWCGLLTGVGIYFFAPWLIWYAGLSGALHGVFIWGACMDIRAGIKSGYLLAIGVTAKIIYEQCYGSSAQVEQLINAAVAVDAHLYGALAGLALFLLIAMPLRRTAHHG				NA	NA	NA	NA	NA
AK237_00122	756			hypothetical protein	ATGAATAAACACGATAACGACTACTATCAACCCTCAATGTCCCGCCGCGATTCATTAAAATGGCTGAGCGCCCTGGCTGCTACCGCGGTGCTTCCCGGACTAACAGCATGCGCTACACAGCGCGTTACCGAAGTAGCTGGTTCAGCCACCTCGGCTGGCCATTGGCCTTCACTGGCATTACAACCTGTGACGGCGTTGGGGTATGGAAAAGATCCGAAGCTTATTATTCCTCCCACATCTCCATGGCCTCGATTACTCAACCAGGCGTCACTTCAGCAGGTGGCACGCCTTTGTGATCTCATTGTACCGGCGGAAGGTCAATTCCCCTCTGCATCAGCGGTTAATGTACCTGATGTTATTGATGAGTGGGTGAGTGCACCGTACGCTCGACAGCAAAAAGACCGGGAAATCATCATGCCATTGCTTGTATGGCTGGACGATGAAGCCAAAATACGAAAAGGCGTGAGTTTTCTGGCTTTGGCAGACAGTGAACAACGTGCGATTTTAGATGATATCGCCACACTGGATGAAACCACCGATGAGGCATTCGTCAAACCTGCAGAAGCCTTTGTGACATTCCGGGGATTAGTGCTGGCGGGCTATTTCAGTTCGCCTCAAGGCACGAGGGATATTGGTTACAAAGGAAATGTTGCTATTGCAGGCGATTATCCCGGCCCCACTGATGAAGCCATGGCGCACATCAACCAGGTTATTGCTGAACTTGGCTTAGCCGATTACGCCTGGCAAGGTGATTGA	MNKHDNDYYQPSMSRRDSLKWLSALAATAVLPGLTACATQRVTEVAGSATSAGHWPSLALQPVTALGYGKDPKLIIPPTSPWPRLLNQASLQQVARLCDLIVPAEGQFPSASAVNVPDVIDEWVSAPYARQQKDREIIMPLLVWLDDEAKIRKGVSFLALADSEQRAILDDIATLDETTDEAFVKPAEAFVTFRGLVLAGYFSSPQGTRDIGYKGNVAIAGDYPGPTDEAMAHINQVIAELGLADYAWQGD				NA	NA	NA	NA	NA
AK237_00123	1680	mpdB_1		2-methyl-1,2-propanediol dehydrogenase	ATGGCTGAGCATGATTTTCAAGTATTAGTTGTGGGATCAGGGGCAGGTGGCGCAATGGCCGCCTATGAACTCACACGGCAGGGTATCAAAGTGTTATTGCTTGAAGCTGGCAGGGATTACGATCCGCGTACAGAAACCCCCATGTTCAAGCGTCCCGGTGATGCGCCGCTTTTGGGTTCAGGTAACAAAGACAAAGATTTTGGTTACTATGATGCAACGGTAGATGGTGGCTGGACAGTACCGGATGAACCGTACACCATGGCAGACGACACCGAGTTTCTTTGGTGGCGGGCGAGAATGCTGGGGGGAAGAACGAATCACTGGGGACGTTACTCCTTACGATTTTCACATCACGACTTTAAAGGTAAAACCCGGGACGGTCACGGCGCAGACTGGCCATTTGAATACGACGATATCGCCCCTTGGTACGATAAAACCGAAACACTCGTTGGGGTGTGTGGTGCCAATACCGGTCACGAAGATATGCCCGATTCGTCACCAGGCGTGTTACAGCCACCACCGAAGCCAAGAGTAACCGAATTACTTGTTGCTGCTGCAGCGGGTAAAGAAGGGATCAGAATGGCACCGATGCATCGGGCAGTTCTCACCCGGTCGCAAGACATACGTCAGAAGTGCTTCTATGCGACACCTTGTGGCCACGGGTGCTCAATAGGGGCTGCCTTTCAGACAACAACTTCACTGCTGCCTATGGCGAAAGCGACCGGCAACCTTACTATTATCACCGACGCCATGGTGCGGGAAGTAAGAACTGATGATAGCGGTAAAGTCACGGGCGTAACTTACGTTAATAAGAAGACATCGGAGAATGTGACGCTTGATGCGCCAGTGGTTATTCTGGCGGCAAGTGCTTGCGAATCTGCACGTATTTTATTGAATTCACAGTCCGGGAAACATCCTAAAGGATTAGCCAATTCCAGTGGTCAGGTAGGACGCAACTTAATGGACTCGACCGGGGCTAATATTGGTGCCTATGTGCCAGCACTACGAGAGCGGCCACGTTACAACGAAGATGGGCATACCTCTAACCATTTGTTTATTCCATGGTGGGGTCATGATGCGCAAGAAAAAGGAGAACTGGATTTTCCACGCGGTTATCACTTTGAAATTGGTAGTGGGTTTCGCGAACCTGGCTCGTGGGTAGCAGGAGATTTCCAGGGCTACGGTGAAACCGTTAAAGCGGAGGCGCGTGCCGCGTACGGAAGTTACGTAGGTTTTGCTTTACGTGGTGAAATGGTGCCGAATGAAAATTGCTATATGGAAATTGATGAAAACGTCACCGATAAATGGGGAATTCCGGTTGCTAAGTTTCACTGGAAATGGTCGGACAATGAATTAAATCAGGTAAAGCATGGCCTGGAAACCGCAAAAAAAATCTTTGCTAATATGGGCGCTGATGTGGGGGAACTTCCCTCCGCTGAAGAGGCTATCCTTAAGGGCGGCGAAATCATTCATGAGGTCGGTACGACCCGAATGGGGGATGATCCTGCCACATCTGTCACTAACCAATGGGGACAAACCTGGGATTGTGAAAACCTCTTTATCATGGATGGCGGTGTGTTCGCGTCCAATCCGCACAAAAATTGTACGTTGACAATTCTTACCTTGGCGATGCGCAATTCCGGTTGGCTGGCGAGTCAAATCAAGCAGGGGACTCTGTAA	MAEHDFQVLVVGSGAGGAMAAYELTRQGIKVLLLEAGRDYDPRTETPMFKRPGDAPLLGSGNKDKDFGYYDATVDGGWTVPDEPYTMADDTEFLWWRARMLGGRTNHWGRYSLRFSHHDFKGKTRDGHGADWPFEYDDIAPWYDKTETLVGVCGANTGHEDMPDSSPGVLQPPPKPRVTELLVAAAAGKEGIRMAPMHRAVLTRSQDIRQKCFYATPCGHGCSIGAAFQTTTSLLPMAKATGNLTIITDAMVREVRTDDSGKVTGVTYVNKKTSENVTLDAPVVILAASACESARILLNSQSGKHPKGLANSSGQVGRNLMDSTGANIGAYVPALRERPRYNEDGHTSNHLFIPWWGHDAQEKGELDFPRGYHFEIGSGFREPGSWVAGDFQGYGETVKAEARAAYGSYVGFALRGEMVPNENCYMEIDENVTDKWGIPVAKFHWKWSDNELNQVKHGLETAKKIFANMGADVGELPSAEEAILKGGEIIHEVGTTRMGDDPATSVTNQWGQTWDCENLFIMDGGVFASNPHKNCTLTILTLAMRNSGWLASQIKQGTL				NA	NA	NA	NA	NA
AK237_00124	699			hypothetical protein	ATGAAAGCGCTTACGACCGTAGCGTCATCATTATTGCTGGCAAGTGTCACCACAACCGTGCTAGCACAGGACAATAGTTTAACCAAAGAAGAGATGGCTGATGGCTGGCAATTACTGTTCAACGGCAGCGATTTTTCTTCCTGGCGCAACTATCAAAAGCAATCAGTAAGTGACGATTGGATTATCGAAGACGGCGCCATGAAACTTACTAAGGGTGGCGCCGGAGATTTGATTTCCAAGACCACTTTTGAAGACTTCGAACTTAGCATCGACTGGAAAATATCAGAAGCGGGCAACAGTGGAATTTTCATTCTCGCGGATGAAACCGGGAAGTATATTTTTTCCCATGCCCCCGAGATCCAGATCCTCGATAACGAAAAAGCACACGACAACAAAATAGACACCCATCTTGCGGGCTCGCTTTATGATATGGTGGCCGTCCATAAATCTGCACAGAAACCCGCCGGTGCCTGGAATACAACCCGGATTCGTGTAGACGACAAGTTGCTGCAAGTGTGGCAAAACGGCGTTATGACAACCAACGTAGTGATCGGTACATCAACGTGGAAAAATTTAGTCGGTGCCAGCAAATTCGCTGACTGGGATGGCTTTGCTGCCAATGATGAAGGGCATATCGGTCTGCAGGATCATGGCAATGTTGTTTGGTTCAAAAACATTAAAATAAAGGAACTGAACTAA	MKALTTVASSLLLASVTTTVLAQDNSLTKEEMADGWQLLFNGSDFSSWRNYQKQSVSDDWIIEDGAMKLTKGGAGDLISKTTFEDFELSIDWKISEAGNSGIFILADETGKYIFSHAPEIQILDNEKAHDNKIDTHLAGSLYDMVAVHKSAQKPAGAWNTTRIRVDDKLLQVWQNGVMTTNVVIGTSTWKNLVGASKFADWDGFAANDEGHIGLQDHGNVVWFKNIKIKELN				NA	NA	NA	NA	NA
AK237_00125	2493			hypothetical protein	ATGAAAAAAATGTTAAGCCTCGTTATTGCCGCGGCATTGGGCAGTTCGCTTTCTGCCTGTGTATCTACAGCACAGAGTACATCTTCATCCGTTGTTAGTAATGACTCGGTGACACCGCCGCCGGCTATTGTAAAACCTGTTGTTGACTCGCAACCGGTAAGTAGTGACACCATCACGTTAAAGCAAATCATGGCCGATCCGCAGTGGATGGGGCGTTCGCCTACCCACGCAGGGTGGAATATTGATGGGAGTAAACTGGTTTACGAACAAGAGAAAGAACACAGTCATTTACGTGATGTGTTTGCCGCAGCGGTCAGCCAGCCTGACAACGCACAGTCGATTCCACTCGCTGAACAATATCAATATCGCTTTGATGAGAAAGTTACTAACCTGGAAGGAAACATTGTGGCTTTTCTGGCGGGTGACAGTGTTTTCATTCAGCGGGAAGGTCAGCCTTTAGAGCAACTTATCCGGGGCGGCGCGTCGATTTACGGCCTGACATTTATGACTGACGGGCGTTTAATGTTTACGTCTGGCAACAGGATCGTGGCCATTAATATCGACAACGGGCAACGCGAGCAATTATTTTCATGGAAATTCGCTGACGAGCCTCAGGCCGTAAAGGCACCAAAGGATTACATCGCGGGCGAACAAGTTTCATTAATTCAATATATCGATAAAAAGCGTGCACAGCGTCAGGCTTCTGCTGACCGTGCAGACAAGTTACGAGCCGTGAGTCCCGCTTACGTAGCAGAACCCGTTTATTTTGATAAAGGTGACAGATTAGTAACCGCTTCGGTGTCTCCGAATGGCAAATATGCAATAGTGATGACTACTGCAGATGTCAAATCACGTGATGATTCTGACATTATGCCGCACTATATTCAGGAAGACGGGCGTATAGCTGCCATTCCTGCCAGAAGTCGGGTTGCTGACAGCAAGCCAGTTAATCATGATGCGTGGCTGGTTAATCTTGCTACCGGCAAAAAGTCGGCATTGTCTTACGTATCTTTACCGGGTTACAACGAAGATGTCCTTGCGGATGTGAAATCAGAAAATGCCAAGGCAAAAGGTGAGAAGTACGAGATAAATCGTTTGCCTCGTGACATTACGCTTTTTAGTAGCTGGGATCGCAGTAGTCCGTCTGTCCGGTGGCACAAGAATGGCGAAGCGGTAGCATTGATGCTCGAAGCATGGGATAACAAAGACCGCTGGATTGTCACTGTCGATTTCAATAAGTCAGCGTTGGTTACTCAGGAAAGGTTACACGATGACGCCTGGATAAATTATAGCCACAATCAATTTGGGTGGTTAAATCAATCTGAGACATTGTTTTATCAATCTGAAAAAGACGGCTATTCACACCTGTATCTTCAAACCCCCGGGAAGGCGGCTAAGCAGCTGACTTCAGGACAATATGTGGTTGAAGAGCCAACTTTAACCAGTGACGATAATTACATTTATTATCAGGCCAACAAAAAGCACCCCGGCATTTACGAAATTTATCGCGTCAATGTGCAGTCTGGTAAGAGCGAAGCGCTTACCGATCTCAATGGCATGACAGAATATGTTCTTAGCCCCAATGACGACGCATTATTACTTACCCACAGTAAAGTCAACCGCCCACCAGAACTGTACATTAAGAATGTGAATGACAAGGCCGAACCTCGTCAGATTACTCATACAGTAAGTGATGCGTTTTTGGCGATGCCCTGGGCAACGCCGCAAGTGGTTGCGATGCCATCAAGTCATACGGCTCAGCCTATTTATGCGCGCGTTTACTTGCCTGAAAATTATCAGCAAGGAGAAAAGCGCAAGGCGGTAGTGTTTAACCATGGTGCCGGCTATTTACAAAATGCCCACCTGGGATGGTCGGGGTATTTCCGTGAATACATGTTCAACAGTATGCTTGTACAGCAAGGCTATGTGGTAATGGACATGGATTATCGGGCTTCCAAAGGATATGGTCGTGACTGGCGTACGGCCATTTACCGACAAATGGGCACGCCGGAAGTTGAGGATCTGCGGGATGGCGTAGAGTGGTTGGTCAATAATGCAAATGTTGACCAAAACCGCATCGGTACATATGGTGGATCTTACGGTGGCTTCCTGACGTTCATGTCGATGTTTACCGCACCAGACTTGTTCGCGGCCGGAGCGGCACTACGGCCTGTTACCGACTGGGCACATTACAATGCACCTTACACTTCTAACATTCTCAATACGCCAGATGTCGATCCGTTAGCCTTTGAGCGTAGTTCGCCTATTTATTTTGCCGAAGGTTTGGCGAAGCCATTATTGATCATTTCACCGATGGTAGATGATAACGTATTTTTCGAAGATTCTGTGCGCCTGGTGCAACGGCTCATTGAACTTGAAAAAACCGATTTTGAAACGGCTATTTACCCCGTTGAACCTCATGGGTTTGTTCAGCCAAGCTCATGGTTAGACGAGTATCGCCGCATCTACAAGCTTTTCGATACGAATCTTTAG	MKKMLSLVIAAALGSSLSACVSTAQSTSSSVVSNDSVTPPPAIVKPVVDSQPVSSDTITLKQIMADPQWMGRSPTHAGWNIDGSKLVYEQEKEHSHLRDVFAAAVSQPDNAQSIPLAEQYQYRFDEKVTNLEGNIVAFLAGDSVFIQREGQPLEQLIRGGASIYGLTFMTDGRLMFTSGNRIVAINIDNGQREQLFSWKFADEPQAVKAPKDYIAGEQVSLIQYIDKKRAQRQASADRADKLRAVSPAYVAEPVYFDKGDRLVTASVSPNGKYAIVMTTADVKSRDDSDIMPHYIQEDGRIAAIPARSRVADSKPVNHDAWLVNLATGKKSALSYVSLPGYNEDVLADVKSENAKAKGEKYEINRLPRDITLFSSWDRSSPSVRWHKNGEAVALMLEAWDNKDRWIVTVDFNKSALVTQERLHDDAWINYSHNQFGWLNQSETLFYQSEKDGYSHLYLQTPGKAAKQLTSGQYVVEEPTLTSDDNYIYYQANKKHPGIYEIYRVNVQSGKSEALTDLNGMTEYVLSPNDDALLLTHSKVNRPPELYIKNVNDKAEPRQITHTVSDAFLAMPWATPQVVAMPSSHTAQPIYARVYLPENYQQGEKRKAVVFNHGAGYLQNAHLGWSGYFREYMFNSMLVQQGYVVMDMDYRASKGYGRDWRTAIYRQMGTPEVEDLRDGVEWLVNNANVDQNRIGTYGGSYGGFLTFMSMFTAPDLFAAGAALRPVTDWAHYNAPYTSNILNTPDVDPLAFERSSPIYFAEGLAKPLLIISPMVDDNVFFEDSVRLVQRLIELEKTDFETAIYPVEPHGFVQPSSWLDEYRRIYKLFDTNL				NA	NA	NA	NA	NA
AK237_00126	540	btuE		Thioredoxin/glutathione peroxidase BtuE	ATGAAGAAATCACTTATAGCCATAACCCTGGCTCTGCTAACAGGTTCAGCAGTAGCAGCCGAGAGTTGCCCATCAGTATTGAAGTTTGTAAAACGTAAGCTAAATTCGCAAGAAACCGTGAACCTTTGCGAGGCTTATAAAGGAAAAGCGTTGTTGATTGTAAACACTGCAAGTTATTGTGGGTTTACGCCCCAATTTGAAGGTCTTGAAGCAATGTATGATGAATACAAAGACCAGAATTTCGCTATTTTAGGGTTCCCTTCCCATGACTTTAATCAAGAGGCGGACGACGAAGGCAAAACGGCTGAACTATGTGAATTGACCTATGGTGTGAAGTTTCCGATGTTCGAACCCACCGTGGTAACAGGTGACGATCAGGATCCACTTTATCGCATGCTCACACGGGCAACGGGGGAAGCGCCAAGCTGGAATTTTAATAAATATCTGGTGGATAAAGACGGTAATATCGTCAAACACTATGGTAGTCGGGTAAAGCCATCTGACGATAGCTTGCGGGCGGATATTAAAGCCGCCATGTAG	MKKSLIAITLALLTGSAVAAESCPSVLKFVKRKLNSQETVNLCEAYKGKALLIVNTASYCGFTPQFEGLEAMYDEYKDQNFAILGFPSHDFNQEADDEGKTAELCELTYGVKFPMFEPTVVTGDDQDPLYRMLTRATGEAPSWNFNKYLVDKDGNIVKHYGSRVKPSDDSLRADIKAAM	PGPT0013115_2726	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	DETOXIFICATION_OF_PEROXIDIZED_COMPOUNDS,PGPT0013115-bsaA|gpx|btuE-K00432	NA	NA
AK237_00127	1245	mgl	COG0626	L-methionine gamma-lyase	GTGAATAAAAAGGGATTCACTACCCGTCAGGTGCATGCAGACCGTCAGTTGAACAAACCTGAACATGGTGCAGTTCACACCGGCACCACCAATTCTGTTCTTTTCGCCTTTGACGATGCTCAAGGAATCATCGACGTATTTCAAGGGAAAAAGGCCGGTCACGTTTATTCACGCTCGTCTTCAGGTTCTATTGCATCGCTGCAAAATATGCTCAACGATTTAGAAGGTGGCGTAGGCGCGTTATGTTTCGCCACGGGCATGGCAGCCATTAGCAGTACGCTGTTGTCTTTGCTGAAGGCTGGTGACCATATTATTGTCAGTCAATACTTGTTTGGGAACACGCGTTGTTTTGTCGACACCATGGCAGATTTGGGGATCCAAATCAGTTTTGCCGATGTGACAAACATTGAAGATGTGAAGTCTCTTTATCAACCTAATACCCGCATTGTATTTAGCGAAACAGTGGCAAACCCTGCAACCCAAGTGGCTGATGTGCAGGCGATAGGGCAGTTTTGTAAAGAGAAATCGTTGTTATTTATTGTGGATAATACGATGACACCTCCTCCTCTGTTTGATGCAAAGTCAGCGGGCGCATCGATCGTTATTTCTTCACTAACGAAATATGTATCTGGTCACGGCAATGTACTCGGTGGCGTGATGGTCGATTTAGGTACCTTTGACTGGACATGCTATCCGAACATCAAAGCGGGTTACCAGGTTGCTGATAAAGCACAGTGGGGAATTACGCAGGTCAAGAAAAAAGGATTGCGAGACATGGGAGCGACACTTGCCCCCGGCTCTGCTCATGCCATCGCCACTGGCCTTGAAACGTTGTCGTTAAGAATGCAACGTAATGGTGAGAATGCCATGAAGTTAGCGACGTTTTTGGATAATCATCCCATGGTAGAGAAGGTGTATTATCCAGGATTGGCTGAGCATCCCCAGCATTATACTGCGAGAGAAATGTTAACTGGCGGCTATGGGGCTATTCTGAGTCTGGATCTTATCGACAGTATTAGTCCACGCGACTTTTTAAATGCATTAGAGTTGGTAATTTGTGCAACACACCTGGGCGATAACCGCACATTAGCGTTGCCTGTGGCTTCAACTATCTTCTTTGAAAATGGTATAGAAGAACGCAAGAAAATGGGGATCTCTGAAGGTATGATTCGTCTTTCAGTAGGCATTGAAGACACTGATGATTTAGTGGACGACTTCAATCAGGCATTCAAGAAGTTTATGTAG	MNKKGFTTRQVHADRQLNKPEHGAVHTGTTNSVLFAFDDAQGIIDVFQGKKAGHVYSRSSSGSIASLQNMLNDLEGGVGALCFATGMAAISSTLLSLLKAGDHIIVSQYLFGNTRCFVDTMADLGIQISFADVTNIEDVKSLYQPNTRIVFSETVANPATQVADVQAIGQFCKEKSLLFIVDNTMTPPPLFDAKSAGASIVISSLTKYVSGHGNVLGGVMVDLGTFDWTCYPNIKAGYQVADKAQWGITQVKKKGLRDMGATLAPGSAHAIATGLETLSLRMQRNGENAMKLATFLDNHPMVEKVYYPGLAEHPQHYTAREMLTGGYGAILSLDLIDSISPRDFLNALELVICATHLGDNRTLALPVASTIFFENGIEERKKMGISEGMIRLSVGIEDTDDLVDDFNQAFKKFM				NA	NA	NA	NA	NA
AK237_00128	1191	aspC_1	COG1448	Aspartate aminotransferase	GTGTTTGAAGTATTACCCCAACTCGCTCCAGATCCAATTCTTGGTTTATCTGCATCTTATCGAGAAGATACCAACCCTGCTAAGATTGATTTAGGCGTTGGCGTTTATAAAGATGAGCAAGGTAATACGCCGATCATGACGTCGGTGGCAAAAGCTCAGCAAATCTTACTGGAAAAAGAATCGTCAAAAACCTATATCACCCCCCAAGGTCATCAGGGTTACATCGACGGAATGCTCAAACTTCTGCTGGGAGAAAGCAGCAAAGTCATGTTAGCCGACCGTGTTGCCGCCGTTCAGGCGCCGGGCGGATGCGGTGCTTTACGTATACTTTCTGAATTACTGGCACGTTGTGGCGACAATTTAAAGGTATGGGTTAGCGATCCAACATGGGCAAACCATATCCCGTTAATCGGGTCTGCCGGCCTTCAAATCGAAACCTACCCTTACTTCGATAAAGCCGCCGCAGGTATTAATTTCGATGCCATGATGGACACGTTGAAGCAAACAGGCAAAGGCGATGTGGTTTTACTGCATGGTTGTTGCCATAACCCAACCGGTGCAGACCTGACAAATGCCCAGTGGGATGAAGTGCTTAAGCTGGCGCAGGAAAAAGGTTTTTTACCTTTTATTGATGTCGCTTACCTGGGCTTTGGTGACGGTTTAGAGGAAGACGCATACGGCATCCGTTTACTGGCTGAAAACTTACCCGAAGTTATCATAGCTGCGTCGTGCTCAAAGAACTTTGGTTTATACCGCGAGCGCACAGGATTAGCGGCGATTGTTACCAATGACAGTGCAACACGAAAAATAGCGCAAGGCCAAATTCAATCAGTGGCTCGGGGTATTTACTCTATGCCTCCTAGCTGGGGCGGTGCGCTGGTTGATATTATTCTTTCCGATACTGCGCTTAAAAATGAGTGGATGACTGAAGTAAATGAAATGCGTAACCGCATGTCAGATTTGCGCGCGATGCTTGTTAACAAATTAGCAGAAAACGGCGCAAGCAAAGATTTCAGCTTCCTGAATACCCAAAAAGGTATGTTCTCCTTCTTGTGTATTACTCCTGAGCAGGTACGTGAAGTACGAGCAAAACACGCGGTATACTTCGTCGATTCGAGCCGTGTTAACATCGCCGGGATTAATCAACAGAACGTAGATACCTTAGCAAAAGCGTTAGTTTCAGTGCTGTAA	MFEVLPQLAPDPILGLSASYREDTNPAKIDLGVGVYKDEQGNTPIMTSVAKAQQILLEKESSKTYITPQGHQGYIDGMLKLLLGESSKVMLADRVAAVQAPGGCGALRILSELLARCGDNLKVWVSDPTWANHIPLIGSAGLQIETYPYFDKAAAGINFDAMMDTLKQTGKGDVVLLHGCCHNPTGADLTNAQWDEVLKLAQEKGFLPFIDVAYLGFGDGLEEDAYGIRLLAENLPEVIIAASCSKNFGLYRERTGLAAIVTNDSATRKIAQGQIQSVARGIYSMPPSWGGALVDIILSDTALKNEWMTEVNEMRNRMSDLRAMLVNKLAENGASKDFSFLNTQKGMFSFLCITPEQVREVRAKHAVYFVDSSRVNIAGINQQNVDTLAKALVSVL	PGPT0020115_374	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_UTILIZATION	PLANT_DERIVED_TRYPTOPHANE_DEGRADATION,PGPT0020115-aspC-K00813	NA	NA
AK237_00129	1164			hypothetical protein	TTGAATTTATTGGTCGTTGAACCCGATGACATTCAGGCTGAAATTTATCAATTATCTCTGGCAGAAGCCTTTTACGTCGATGTTGCTGATTGCTTTGAAACAGCGCAGATAATGTTAAGAGACAAGCAGTATCATATTGCTGTTTGCGAGTGGGAAATCAAAGGTGAAAAGGCAACGTCATTATTAAGTGCAAATCAGCATAAGAGTAGTGCTACGCCGTTATCGATAGTTGTGGTAAGTGAAGATGCTGAAGAAGACACCATGGTGGAAGCATATAATGGCGGCGTCTCTTTTTATTTCACTAAGCCATACAATGTTGTGCCCTTTTATGAAACGTTACTTGGGTTACAAGAACAAATCGAGACCCGGGCTCAACTTGAGTACGACAACAAGCAGTCGAAACTTAACTCAGTACAAGCTGTTAACCGGGCAGCGATTTACCGTCTTGGCATGGAAACACTATGCAGGTTGAGCGAGGCTAAAAGTGTTTCTGATATGGCTAATATTACCCTTGCGGCGTTAAGTGAGCAGGGCATTCATGCTGCCTTAGAGTTCCGCCATAATAACAGACCACTGTATTTTGATAGTAAAGCTCAGGTTTGCGACGATACGACAGTAAAAGTGTTTACGACTTTACGGAAACAAGGCGCGTCTTTTCTGTTTGGTCACCGTATTATGCTGAACGCAGAGCATGTGTCGATGCTAATCAAGCAAGTGGATAATAACGAATTGCAGTTACAGAACGTGCTCATCGACCTTGGAAACAAATTCATGCCGCTCCTGAATATGCGTTATATGTCACTAATGCAAGAGCAGGCTTTGTTTGATGTAAATAACGATATTCACCGACTCGTAAATAAGTTTCACGAGGCACTGTTGGACGCCAGAGATCAAAAGCATAAATTTAACGCTAAGGTAAACGGTTTCGTGATGAACGGGGCTGTGGTAACTGCGCTTGATTTACATGATAAAAAGGCGTTGATTCAATATATACAGCAAGAGGTGGATAATACATTAAATGAAGAAGAGCTTATCAACGCCGATGCGTTATTAGCAGGCATTGCTGCAAGAATGCACAATCGATTGGTAGACTTATCCATCCGTGAGATTGATGGTGTCGACGAAGACATAGACGAAGAATTAAGAGGCTTGGAATACTTTTAA	MNLLVVEPDDIQAEIYQLSLAEAFYVDVADCFETAQIMLRDKQYHIAVCEWEIKGEKATSLLSANQHKSSATPLSIVVVSEDAEEDTMVEAYNGGVSFYFTKPYNVVPFYETLLGLQEQIETRAQLEYDNKQSKLNSVQAVNRAAIYRLGMETLCRLSEAKSVSDMANITLAALSEQGIHAALEFRHNNRPLYFDSKAQVCDDTTVKVFTTLRKQGASFLFGHRIMLNAEHVSMLIKQVDNNELQLQNVLIDLGNKFMPLLNMRYMSLMQEQALFDVNNDIHRLVNKFHEALLDARDQKHKFNAKVNGFVMNGAVVTALDLHDKKALIQYIQQEVDNTLNEEELINADALLAGIAARMHNRLVDLSIREIDGVDEDIDEELRGLEYF				NA	NA	NA	NA	NA
AK237_00130	378			hypothetical protein	ATGAGCACAGGGCTAAAAACAATCGACAATCTTATTCAAAAATTCGGCATTCGTACTCGGGAAGGCGCTGACAAATCTCAGTTTTTGATAACATTAACTGGTGGTGACATTAGGGTTAACAACATAAAAATGCCTTACTGTATGATGCAAAAAGTGATGACAACCCCAGTGAATAAACAGCTGAAGTTTCATCAGTGGTATCTGCCACACAAGCAATCGAAATTAGCGTGCTTTCTTATTAACGAGGAAGGACAAATTATTGAACAGGTTTATTTTCAACGTGATACAAAGCATGTGATGGCCTCCAAAAAAATAGAAACATTGGTTGCCCGGGCGCATCGACAGCAATTTCTGCAGTCGTCTACGTTGGCTGCCTAA	MSTGLKTIDNLIQKFGIRTREGADKSQFLITLTGGDIRVNNIKMPYCMMQKVMTTPVNKQLKFHQWYLPHKQSKLACFLINEEGQIIEQVYFQRDTKHVMASKKIETLVARAHRQQFLQSSTLAA				NA	NA	NA	NA	NA
AK237_00131	3144	mexB_1	COG0841	Multidrug resistance protein MexB	ATGAGTAAAATCGACACGCACAAAGGCGTCATTGCCTGGTTCGCCAGAAATAGCGTTGCTGCCAACCTTTTAATGTTCATATTGCTTATTGGTGGTCTTTTTTCTGCGTTTTCTATTCAAAAGCAGGTATTTCCCGCCTTTGAAGTAAACATCATTAACGTCAGGGTTCCTTATTTGGGGGCCGCTCCACAGGAAGTGGAAGAGGGCGTTATTTTAAAGATTGAAGAAGCCATCAAAGACCTGGATGGTATCAAACAAATTACTTCTACTGCGGTAGAGGGGATGGGTACTGTCAGTGTTGAGGTTGAAGAAGACTATGACGTTCAGGAAGTGCTCGATGAGGTGAAAGTTCAGGTTGATGCCATTCCAAGTTTTCCCGGGAACACGGAAAAACCGATAGTCTATCGACAAAAGATACAGCAGGATGTTATCTGGATTTCTGTTTATGGTGATGCTACGGAACGCCAGCTTAAAGAATTCGCCAAATCTATGCGTGATGACATTGCAAATTTACCTGGGATATCCAGCGTTTCCGTTGTTGGTGCCAGAGATTACGAAGTTGCCATCGAATTATCGGAAGTTGCCCTTCAAAAATACAATCTAACGTTTTCCGAGGTGGTAGATGTTGTTCGCCAATCCAGCGTAGATTTACCAGGCGGCGCAATAAAAACCGACAACGGAGATATTTTACTTCGTACTAAAGGGCAGGCTTATCGTGGCGATGAGTTTGCTCGAATCGTATTGCTCACCGATGCCAATGGCACGCGGGTCACGTTAGGTGACATTGCTAAAATTAATGATGGATTCGTTGAAGACAATCAATTTTCGGAATTTGACGGCAAACCGGCGGTTAATCTGCGCGTACGTGCGGTAGGCGATCAAAATGCGCTGGAAATATCGAAACAAGTTAATCAGTATATTGATGAACACAAAGATGAATTTCCGGGCAACATCACTGCCGATTCCTGGGGTGACAGTTCGTTTTACCTTGCCGACCGTTTGAATATGATGCTCTCGAACATGTTTTTCGGTGCATTATTAGTATTTATTGTTCTGTCACTCTTTCTCAAAATTAAACTCGCATTCTGGGTTATTTGGGGGTTACCGGTGTGCTTCCTTGGCACGCTCCTCGTTATGCCACTCGAGGCTATTGACGTCTCAATTAACATGCTGAGTCTCTTCGCGTTTATCCTTGTGCTGGGTATTGTGGTTGATGACGCGATTATTATGGGAGAATCAGCATATTCAGAAATTGATAAAAAAGGCCACAGTACAGAAAACGTCATCATTGGCGTCAAAAAAGTCGCCATGCCGGCGACGTTCGGTGTACTGACAACCGTTGCTGCATTTACGCCTATGCTCATGGTGTCCGGACCGTTTGGGGTGATTTGGAAAACCATCGGGTGGGTCGTTATCATTTGTTTATTGTTCTCTTTGTTGGAGTCTAAGCTTATTCTGCCTGCGCATTTGGCACACATGTCGTTGAAGCCCTACGATCCAGCAAAGGCCAACCGTTTCCAACGTTTCAGAGACTTTTTCAGTGAAGGAATTAAGACCTTCATTGATAAGGTTTACGCACCTTTCTTACGCAAAGCAATCCATCATCGTTATCTGACATTATCCGTTTTTATGGCAATGATGATCCTCACTGTCGGACTCTTTATGGGAGGAATCGTACGGTTCGTTTTTTTCCCGAATATACCGAGCGACTTCATGATGGCGTCGTTTGAACTGGAGCCCGGTTCTTCAATACAGCAGCGTGATCAGACGCTGGCTACGATGCTCGAAGCTATGGAGCGCATGGATCAAAAGGTGAAGGACGAATCAGGGGAGGGGATTATCAAGCATGCTATCGCCTTCGACAGTGGTACAACGGGCGGTGAAGTTTTTGTCGAAATGACTAAAGGCGAGAGCCGCGACATGAAGGATTTTGAGATCCATCAGCGTTGGCGGGATGAAATGCCGGAGATCCCGGGAGTAAAATCTTTCAATATTGGCGCGCCAGGAGGCATGGGGAGCGGGGCAGATTTAAGTTTTGAATTCAGCTCCACCGATATTGTCGCTCTCCAGGCAATCAGTGAAGAGCTTAAAGCGCGTCTCGGCGCCTTTGATGGCGTAACTGACATCAACGACACCTTTGCCGGAGGCAGCGATGAAATTCAATTGTCGCTGACATCGCAAGCCGAAGCGCTGGGTATTTCACTGCAGCAGCTAGGCCAGCAGGTACGTTACGGTTTCTACGGTGCTGAGGTGCAACGTATCCAGCGTGATGAAGAAGAAGTCAAAGTCATGGTACGTTATCCAAAAGAAGAGCGATCCTCGATTGCGCACTTGCAGGAAATGCGTGTCCGTGCCCCTAATGGTGATGATATTCCGTTTGAAGAGGTCGGTGAGATTAGCCTTGGTAAAGGTTACGACTCGATTATCCGTGTAGATGGCAGCCGCTCAGTGACGGTGACAGCTAAAGTGGATAAAGACATGTTAGATCCGGGAGAAATCACTGGTGAGGTGGTAACGAAGATTGTTCCCGACTTACTAAAACGTTATCCAAAGGTGCATTTCAAACTGCAGGGCAATTCTAAAGAAGAAGCCGATGCTATGGTTGGATTGCTTCAGGGGTTGCTCTTTGCATTATTTGCTATTTATGCGTTGTTAGCCATACCACTGCGTTCTTACAGCCAACCTGTTATCATCATGTCTGTGATCCCCTTTGGTGTTGTCGGAGCTATTTTCGGTCATCTGGTATTAGGTCTGGCCGTGAGTGTTTTATCAATTTGCGGCATTATTGCGTTATCCGGTGTTGTGGTTAACGATAGCCTTATTATGGTGGACTTTGTAAACCGTGCGCGGCAAGAAGGACATCGCTTAATAGACGCAGCAATCCAAGCGGGTACACAACGATTCAGAGCAATCGTATTGACATCATTGACAACGTTTATGGGCTTGATGCCAATTGTCGCAGAGAAAAGTTTGCAGGCGCAAATTGTCATCCCTATGGCCGTTTCTCTTGCATTCGGTATTCTGTTCGCCACGGTAATAACACTTTTGCTTGTGCCGTGCCTGTATCTGATGATGCACGACGTGCGTAACCTATTCAGAAGAAAAACAGCTGTTGACCCTGGCGAATATCACCACGCCAAATAG	MSKIDTHKGVIAWFARNSVAANLLMFILLIGGLFSAFSIQKQVFPAFEVNIINVRVPYLGAAPQEVEEGVILKIEEAIKDLDGIKQITSTAVEGMGTVSVEVEEDYDVQEVLDEVKVQVDAIPSFPGNTEKPIVYRQKIQQDVIWISVYGDATERQLKEFAKSMRDDIANLPGISSVSVVGARDYEVAIELSEVALQKYNLTFSEVVDVVRQSSVDLPGGAIKTDNGDILLRTKGQAYRGDEFARIVLLTDANGTRVTLGDIAKINDGFVEDNQFSEFDGKPAVNLRVRAVGDQNALEISKQVNQYIDEHKDEFPGNITADSWGDSSFYLADRLNMMLSNMFFGALLVFIVLSLFLKIKLAFWVIWGLPVCFLGTLLVMPLEAIDVSINMLSLFAFILVLGIVVDDAIIMGESAYSEIDKKGHSTENVIIGVKKVAMPATFGVLTTVAAFTPMLMVSGPFGVIWKTIGWVVIICLLFSLLESKLILPAHLAHMSLKPYDPAKANRFQRFRDFFSEGIKTFIDKVYAPFLRKAIHHRYLTLSVFMAMMILTVGLFMGGIVRFVFFPNIPSDFMMASFELEPGSSIQQRDQTLATMLEAMERMDQKVKDESGEGIIKHAIAFDSGTTGGEVFVEMTKGESRDMKDFEIHQRWRDEMPEIPGVKSFNIGAPGGMGSGADLSFEFSSTDIVALQAISEELKARLGAFDGVTDINDTFAGGSDEIQLSLTSQAEALGISLQQLGQQVRYGFYGAEVQRIQRDEEEVKVMVRYPKEERSSIAHLQEMRVRAPNGDDIPFEEVGEISLGKGYDSIIRVDGSRSVTVTAKVDKDMLDPGEITGEVVTKIVPDLLKRYPKVHFKLQGNSKEEADAMVGLLQGLLFALFAIYALLAIPLRSYSQPVIIMSVIPFGVVGAIFGHLVLGLAVSVLSICGIIALSGVVVNDSLIMVDFVNRARQEGHRLIDAAIQAGTQRFRAIVLTSLTTFMGLMPIVAEKSLQAQIVIPMAVSLAFGILFATVITLLLVPCLYLMMHDVRNLFRRKTAVDPGEYHHAK	PGPT0016195_1085	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
AK237_00132	1221	mdtA_1		Multidrug resistance protein MdtA	ATGTCTAATAGCGGTTGGGTTAAAACACTCGGGCCAATAGTTGTCATTGCTGCAGCAGTCATACTTGCTGTGATCTTCGTTGCCTCGAAAAAGCCTCCGGAAAAAAAAGAGGTAGAAACCAGGGATTTTCTTGTGGAGGCGAAGGTTGTCGCCCGTGAGCAAACGGCATTTGTTGTTAATTCACAGGGGAATGTCGTTCCTAAAAATCAGACGCGGATTAGTGCACAGGTAAATGGGCAGGTCACCTCTATTGCTAACGTATTCGAGGTAGGCGGTATGTTTAAGAAAGGCGATGTGCTTGCCGTTCTGGAACAAAAAGACTACCTCACCGAGGTTAAACTCGCCGAAGCAGAGCTTGCCCAGGCGCAAGCTGCACTGCAAGAAGAAGTTGCGCGGGGGAAAGTTGCTGAGAAAGAATGGCGTACGGTAAATTCGGTCGTGCCGCCGGAACTGGGATTAAGAAAGCCGCAGCTGGCCCGTGAACAAGCTAATGTAAAAGCCGCGGAGGCAAAGCTTGAACGTGCTGAACGCAATCTGGCACGTACCGAAATCAAAGCGCCTTATAACGGCATTGTCATAAACCGAAATATTGACCTTGGGCAGTTTGTCGCCACTGGAAACGAAATCGGCACGATATATTCTACCGACGTCGCCGAGATCCGCCTTCCCATCACTGAATCTGAATTGGCGTTTATTGATTTACAAGCCGATCTTACTGCGACCACCCAAGTCAGATTACGTGCCAAAGTCGCCGGTAAACTGGCGTATTGGGACGCCGATTTGGTACGCACTGAAGGTATCCTTGATTCAGGCAGCCGGGTTATTTATGCCGTCGCGCAGGTGAATGACCCTTACAATGTTCGTAAAACACGAGATGGCGCGATACTACGTTTTGGACAATTTGCAGAAGCAGAAATTACCGGTTCAGAAACACAGGATCTTTTTGTTTTACCAAGAAGCGTGCTGAGGCTCGATAATACGATATTAACCGTGAGTAAAGACAACACTTTACAAATTAACGAGGTAGATGTGGTGCGCGCCACTGCGAAGCACGTTTATCTCAATGATGGCCTGCCTGAGTCGCCAAAGGTGGTGTTTAGCGTTGTACCCAATCCTTATGAAGGGATGAAGGTGCGGGTTGCGGGTGAAGAACTGGTGACAGAGGGAGATTCCTCAAACGATGAGAGCGCGCTGAAAGTCTCAGGAGATCGTGATGAGTAA	MSNSGWVKTLGPIVVIAAAVILAVIFVASKKPPEKKEVETRDFLVEAKVVAREQTAFVVNSQGNVVPKNQTRISAQVNGQVTSIANVFEVGGMFKKGDVLAVLEQKDYLTEVKLAEAELAQAQAALQEEVARGKVAEKEWRTVNSVVPPELGLRKPQLAREQANVKAAEAKLERAERNLARTEIKAPYNGIVINRNIDLGQFVATGNEIGTIYSTDVAEIRLPITESELAFIDLQADLTATTQVRLRAKVAGKLAYWDADLVRTEGILDSGSRVIYAVAQVNDPYNVRKTRDGAILRFGQFAEAEITGSETQDLFVLPRSVLRLDNTILTVSKDNTLQINEVDVVRATAKHVYLNDGLPESPKVVFSVVPNPYEGMKVRVAGEELVTEGDSSNDESALKVSGDRDE	PGPT0029135_13	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE	CE-BACTERIAL_FITNESS-OTHER_MULTIDRUG_EFFLUX_GENES,PGPT0029135-triB-K21137	NA	NA
AK237_00133	309			hypothetical protein	ATGAGTCTAAAAAAACAGTACTTAAAATCTAAGCCAGTTTGTAAGGTAACGTTTCGACTAAACGCCAACGAAGCGCAAGAAGCATCGACTGCGAAATTAGTGGGTGATTTTAATGCGTGGGATACGGACGTGTCTCCCATGAAAAAATTGAAGAATGGCGATTTTACACAGACACTAACTTTGGATGCTGATACTGAATACCAGTTTCGTTACTTATTAAATGACGATGTATGGGAAAATGACTGGGAAGCGGATGACTATTTACCATCACCGATAAGCCTTGAAGATAATTCAGTCGTGCGTGTTTAA	MSLKKQYLKSKPVCKVTFRLNANEAQEASTAKLVGDFNAWDTDVSPMKKLKNGDFTQTLTLDADTEYQFRYLLNDDVWENDWEADDYLPSPISLEDNSVVRV				NA	NA	NA	NA	NA
AK237_00134	927	etfA	COG2025	Electron transfer flavoprotein subunit alpha	ATGAGTATCTTAGTCATTGCCGAACACGACAATAAAGCACTTAAACCTGAGACCCATAAAGTGGTTCACGCCGCAGCCCAAATTGGAGGCGACATTCACGTTTTGGTTGCTGGAGAAAATTGTCAGGACGTCGCTCAGCAGGCTGCAACGCTTCAGGGAGTGTCATTAGTAAAGTGCGCTGACAACACGCATTTAGCGCATCACCTTGCAGAGAGCATGTCTTCACTTGTGGTGTCAATAGCGCCCGGCTATACGCATATAATGACGGCCGCTACCACGACAGGTAAAAACTTTATGCCGCGGGTCGCCGCATTACTTGATGTAGCACAAATCTCCGATATCATCGCTGTAGAGGCGGCTAATCGATTTGTTCGGCCTATTTATGCCGGCAATGCTATCGCTACCGTTGAATCAGATGAATCTGTTCATGTCATTACGGTGAGAACATCTGCGTTTGATAGCGTCGAATCAAATAACAATGCCGCCATCGAGGCTGTAACCGCAGAATGTGCCTCAGAGAAATCGTCTTTCGTCAGCGCGCAGCTTACAGAGTCCGAACGCCCTGAGCTCACTGCGGCAGAGGTTGTGATTTCAGGTGGCAGAGGAATGCAAAACGGCGAAAACTTCAAGTTATTGGAAGGGATTGCAGATAAATTAGGCGCTGCGATTGGAGCTTCGCGTGCGGCAGTAGATGCAGGTTTTGTTCCTAATGATATGCAGGTAGGGCAAACGGGAAAAATTGTGGCACCACAATTATATATTGCCGTGGGTATCTCCGGCGCTATTCAACACCTGGCCGGTATGAAAGATTCCAAAGTGATTGTCGCCATTAATAAAGATGAAGAAGCACCTATCTTTCAGGTGGCAGATTATGGGTTGGTGGGCGACTTGTTCGCTATTCTTCCCGAGCTGGAAAAAGCCTTATAA	MSILVIAEHDNKALKPETHKVVHAAAQIGGDIHVLVAGENCQDVAQQAATLQGVSLVKCADNTHLAHHLAESMSSLVVSIAPGYTHIMTAATTTGKNFMPRVAALLDVAQISDIIAVEAANRFVRPIYAGNAIATVESDESVHVITVRTSAFDSVESNNNAAIEAVTAECASEKSSFVSAQLTESERPELTAAEVVISGGRGMQNGENFKLLEGIADKLGAAIGASRAAVDAGFVPNDMQVGQTGKIVAPQLYIAVGISGAIQHLAGMKDSKVIVAINKDEEAPIFQVADYGLVGDLFAILPELEKAL	PGPT0001040_5079	DIRECT EFFECT	BIO-FERTILIZATION	NITROGEN_ACQUISITION	N-AQUISITION-REGULATION	NITROGEN_REGULATING_FUNCTIONS,PGPT0001040-fixB|etfA-K03522	NA	NA
AK237_00135	753	etfB		Electron transfer flavoprotein subunit beta	ATGAAAGTACTCGTTCCCGTAAAACGTGTCATCGACTATAACGTGAAAGTACGTGTTAAGACCGATGAATCAGGCGTAGATCTTACCAATGCGAAAATGGCGTTAAATCCATTTTGTGAAATAGCGGTGGAAGAAGCCATTCGCTTAAAAGAAAAGGGGATTGCCAGCGAAGTTGTTGTGGTATCGATAGGCGATAAAGCTTGTCAGGAACAAATTCGTACAGCACTGGCGTTAGGTGCAGATCGCGGTATTCAAATAGATACTCCACTCAATCTCGATTCCCTGCAAGTGGCCAAATTACTGAGTAAAGTGGTGGAGGAAGAAGCTCCCGGTCTTATCATCCTCGGGAAACAAAGTATCGATTCGGACAACAACCAAACGGGCCAGATGCTGGCGGCGTTAACTGGTATGCCCCAGGGAACTTTCGCGTCGCAACTGGAGATCGACAATGAAACGGTTACGGTGACCCGCGAAGTTGACGGTGGACTACAAACCGTTTCGTTATCGTTACCCGCAGTCGTCACAACAGATCTGCGTTTAAACGAACCACGTTATGCGTCGCTGCCTAATATTATGAAAGCGAAACGCAAACCTTTAGATATTAAGCCTGCTGCGGACTTTGGCGTGGTGCTCGAATCAAAGGTGAAAGTGCTGAAAGTCTCCGCACCGGCTCAGCGTAGTGGTGGTATTAAGGTCGCCGACGTAGCCGAATTAGTCGATAAGCTAAAAAATGAGGCGAAAGTATTATCATGA	MKVLVPVKRVIDYNVKVRVKTDESGVDLTNAKMALNPFCEIAVEEAIRLKEKGIASEVVVVSIGDKACQEQIRTALALGADRGIQIDTPLNLDSLQVAKLLSKVVEEEAPGLIILGKQSIDSDNNQTGQMLAALTGMPQGTFASQLEIDNETVTVTREVDGGLQTVSLSLPAVVTTDLRLNEPRYASLPNIMKAKRKPLDIKPAADFGVVLESKVKVLKVSAPAQRSGGIKVADVAELVDKLKNEAKVLS	PGPT0001035_3191	DIRECT EFFECT	BIO-FERTILIZATION	NITROGEN_ACQUISITION	N-AQUISITION-REGULATION	NITROGEN_REGULATING_FUNCTIONS,PGPT0001035-fixA|etfB-K03521	NA	NA
AK237_00136	1629		COG0644	Electron transfer flavoprotein-ubiquinone oxidoreductase	ATGGAATTTGATGTGGTCATTGTTGGTGCTGGACCTGCAGGACTATCGGCAGCATGCAGGCTCATGCAACAAGCTCAAGCTGAGTCAATGGAACTCATGGTTTGCGTTGTGGAGAAAGGGTCAGAGATTGGCGCTCACATCTTATCGGGAGCCGTATTTGAAACCCGAGCGCTTGATGAACTGTTTCCTGACTGGAAAGAAGAAGGCGCCCCACTCAACACGCCGGTAACCCGGGATGACATCTATTTACTACACGATGAACAACATGCACGCAAACTGCCACATGCTTTAGTACCAGAAACCATGCACAACGAAGGAAACTATATTGTCAGCATGGGAAATATGTGTCGATGGCTGGCTGAAAAAGCGGAGAGTCTTGGTGTTGAAGTGTTTCCAGGTTTTGCCGCAGCAGAGGTTCTTTATAATGAAGATGGCTCAGTGGGCGGTGTAATTACCGGAGATATGGGTGTTGCTGCGGATGGAAGTGAAAAAGCTGGCTATATGCCAGGTATGGCACTTAAAGCGAAATACACACTCTTCGCTGAAGGATGCCGCGGTCATTTAGGTAAACAACTTATCGATAACTTCGCGTTAGATACACAAGCGTCTGCCCAGCATTATGCTATCGGGTTTAAAGAAATTTGGGATATTTCTCCACAATTACATGAACCGGGATTAGTTGTGCATACCGCCGGTTGGCCCCTCACCGACAGCTCAGGTGGGGGTTATTTATATCATGCAGAGAATAACCAGGTATTTGTGGGATTGATTGTAGATTTAAACTACGACAACCCTTACCTGAGCCCATTTGATGAATTTCAGCAATTAAAACACCATCCAATTTATAAACAATACCTAACCGGCGGCAAGCGGGTGTCTTACGGTGCAAGAGCAATTACAAAAGGCGGCTTTCATGCACTACCAGAAATGTGCTTCCCCGGCGGAATGATTATTGGTTGTAATGCAGGTACGCTTAACTTTGCCAAAATTAAAGGCAATCATACGGCGATGAAATCGGGAATGTTAGCAGCAGATTCCGTAATAAAAGCATTGAAAAGTGATAATAGCGATAAATCGTTAAGTCACTATTCGGCCATGTTTGGCGAGTCATGGTTATTCGCTGAGCTAAAAAATGCAAAAAACTTCGGTGCAGCAATACACAAATTCGGGACGTTCTGGGGCGGCGCTTTTAACACATTTGAACAAAATATTTTAAAGGGCAACTCCCCTTTTTCAATTAAAGATGAAAGTAAAGACCATTTACAATTACAAGACAAAACATCGGCGGATAAAAAGCGTTACCCTAAACCAGATGGCGTCCTGAGCTTTGACAAGTTATCGTCTGTTTTTCTTTCCAACACCAACCATGAGGAAGATCAACCCTGTCATCTCAAATTAAAAGATCCTTCTATTCCATTAACAGTGAATCTGTCTAAATTTGATGAACCCGCCCAGCGCTATTGTCCTGCCGGTGTTTATGAAATTATAGAGGAAAACCACGAAGCGCGGTTTCAAATTAATGCACAAAATTGTATTCACTGTAAAACCTGCGATATTAAAGATCCTTCACAAAACATACAATGGGTCACCCCTGAGGGAGCCGGTGGACCGAATTATCCTAACATGTGA	MEFDVVIVGAGPAGLSAACRLMQQAQAESMELMVCVVEKGSEIGAHILSGAVFETRALDELFPDWKEEGAPLNTPVTRDDIYLLHDEQHARKLPHALVPETMHNEGNYIVSMGNMCRWLAEKAESLGVEVFPGFAAAEVLYNEDGSVGGVITGDMGVAADGSEKAGYMPGMALKAKYTLFAEGCRGHLGKQLIDNFALDTQASAQHYAIGFKEIWDISPQLHEPGLVVHTAGWPLTDSSGGGYLYHAENNQVFVGLIVDLNYDNPYLSPFDEFQQLKHHPIYKQYLTGGKRVSYGARAITKGGFHALPEMCFPGGMIIGCNAGTLNFAKIKGNHTAMKSGMLAADSVIKALKSDNSDKSLSHYSAMFGESWLFAELKNAKNFGAAIHKFGTFWGGAFNTFEQNILKGNSPFSIKDESKDHLQLQDKTSADKKRYPKPDGVLSFDKLSSVFLSNTNHEEDQPCHLKLKDPSIPLTVNLSKFDEPAQRYCPAGVYEIIEENHEARFQINAQNCIHCKTCDIKDPSQNIQWVTPEGAGGPNYPNM				NA	NA	NA	NA	NA
AK237_00137	393	hns		DNA-binding protein H-NS	ATGAACGATTTTTTAGACATTTTAACCCACGGAAGACGTTTGCAAGGTGCTGTAAAGGATTTAAGCACGGCTGAATTACAGTCTGTACAAGAAAAATTAGCGAACATCATCGAGAAAAGAAAAGAAAAAGATCTCGAAGAAGAAAAAGCGCAACAAGAAAAGCTTCAAAAAATAGCTGAAATTCAAAAGCAATTAGAAGAAGCAGGCCTTGATGTTAGTGATTTGGGCTCAGCCCCGGCGGAAAAGAAAACCACCGGTAAAAAACGTCCGGTCAAATATGAATTAAAAGACAGCGATGGCAATGTTCATCAATGGACTGGCATTGGCAGAATGCCTCGTGTATACAAAGACGCGTTAGAAAGTGGTAAATCATTAGACGACTTTGCCATTTAA	MNDFLDILTHGRRLQGAVKDLSTAELQSVQEKLANIIEKRKEKDLEEEKAQQEKLQKIAEIQKQLEEAGLDVSDLGSAPAEKKTTGKKRPVKYELKDSDGNVHQWTGIGRMPRVYKDALESGKSLDDFAI				NA	NA	NA	NA	NA
AK237_00138	783	ybfF	COG0596	Esterase YbfF	ATGCATTCCGCTTTACATTATTCCTATTCTGAAAACGTAAATTCAGATTATTTGCTCGTCCTTATTCACGGACTTTTCGGCACAAAAGATAACCTTTCGGTGGTAAAAAGACATTTTTCTCCCCATGTAAATGTCTTAAGCATCGATTTACTTGATCATGGCCAGTCTGATCATATCTCACATTTTAGTGTGGAAGCCTGCGCAAACCATTTACTCTCGCTTATTAAGCAATTTAAACAAAATAAAGTAGGTATTGTAGGCCATTCCCTGGGAGGAAAGGTCGCCATGCGTTTTGCTCTTGAGCACCCCCAATGGGTTGACGATCTCGTAGTCGCAGACATCGCACCTGTTACCTACCCTCCCCATCACGACGCCATCATCAGTGCACTGAAATCCGTTGACTTGCAACGTTTGACGAAACGCTCAGATGCTGATGACATCCTTAAAGAAGGGATCCCTGAAATGGGCGTTCGCCAATTTTTGCTCAAAAGTTTGTACCAGGATGATAAACAGGCATGGCACTGGCGCTTTAATTTGAACGGTCTCGCTGATAATTACGAAGCCATTAAAGGTTGGAACGCATCTAATCAGACCTTTAACAAGCCCGTATTGTTTGTCAAAGGCGGAAATTCCGCGTACATCAGCAAAGAAATGCAGCCTGCGATTGCCACTTATTTTCCCAAAGCAAAAGCGCATATTATTGAGGGCGCAGGCCATTGGTTACATGCAGAAAAGCCCGACGCATTCAACCGAGTGGTTGAAAAATTCCTGCTTCACCCATAA	MHSALHYSYSENVNSDYLLVLIHGLFGTKDNLSVVKRHFSPHVNVLSIDLLDHGQSDHISHFSVEACANHLLSLIKQFKQNKVGIVGHSLGGKVAMRFALEHPQWVDDLVVADIAPVTYPPHHDAIISALKSVDLQRLTKRSDADDILKEGIPEMGVRQFLLKSLYQDDKQAWHWRFNLNGLADNYEAIKGWNASNQTFNKPVLFVKGGNSAYISKEMQPAIATYFPKAKAHIIEGAGHWLHAEKPDAFNRVVEKFLLHP				NA	NA	NA	NA	NA
AK237_00139	216			hypothetical protein	ATGCTTGCTGAAAATTACGAAACCATAGAATCCATCATGTTTTATCTGGGCCTGACAGGCTTATTTGTTCTGATGGGTTATGCTGTGCATGATGTCCTTAAAAGCAACGACGTGCCCCTTATTGGCAGAATAGTCGCCTACGGTGTACTTGGGCTTGGTGCGTTCGGCTTTGTCGTTAAAGGCCTCATTGAACTGGTTTGGTTAAGTACAAGGTAG	MLAENYETIESIMFYLGLTGLFVLMGYAVHDVLKSNDVPLIGRIVAYGVLGLGAFGFVVKGLIELVWLSTR				NA	NA	NA	NA	NA
AK237_00140	525	fldA	COG0716	Flavodoxin 1	ATGGCAAGTGTTGGCTTGTTTTTCGGTAGTGACACAGGTAATACCGAACATGTTGCAAAGATGATTCAAAAAGAATTAGGTAAAAGCCTGATTGATGTTCATGACATCGCCAAAAGCACAAAAGAACAAATTGCAGAATTTGATTTACTGATCTTCGGTATTCCCACATGGTATTACGGCGAAGCACAGTGCGATTGGGACGATTTCTTTCCAGAGCTGGAAGAAATAGATTTCAATGACAAGCTAGTGGCTATCTTTGGTTGTGGCGACCAGGAAGATTACGCTGAGTACTTCCTCGATGCCATGGGAATGGTACGTGATATCGTTGAACCTCGTGGCGCTATTCTGGTAGGTCAATGGCCGACAGAAAGTTATGATTTCGAAGCGTCCAAAGGCATGGCCGACGATAACCATTTTGTTGGTCTGGGCATCGACGAAGACAGACAACCAGAATTAACAGAAGAGCGCGTCAAGGCGTGGTGTAAACAGTTACACGAAGAACTCTGTTTAGCTGAACTCGCTTAA	MASVGLFFGSDTGNTEHVAKMIQKELGKSLIDVHDIAKSTKEQIAEFDLLIFGIPTWYYGEAQCDWDDFFPELEEIDFNDKLVAIFGCGDQEDYAEYFLDAMGMVRDIVEPRGAILVGQWPTESYDFEASKGMADDNHFVGLGIDEDRQPELTEERVKAWCKQLHEELCLAELA	PGPT0000020_540	DIRECT EFFECT	BIO-FERTILIZATION	NITROGEN_ACQUISITION	N-AQUISITION-ATMOSHPHERIC_NITROGEN_FIXATION	N-FIX-NITROGENASE_BIOSYNTHESIS,PGPT0000020-nifF|fldA|isiB-K03839	NA	NA
AK237_00141	2007			hypothetical protein	ATGCGTTTAACCGTTGTACAAAAAATCACACTTGGCTTTGGCTTGTTTGGCTGCTTGCTTCTCATAACAAGTGTGCTCGCTTATCTGGGATTGAGTGATATTCGTGCATCGGCTGAAAACGTGGTTGAAGAAAAAATGCCGATCCAAACTCGGATGATGTCGCTGAAAACCGATGCATTATCACTGGCAACCATTACTGCAAACGGTTATTACATCGATGATCTCGACGCACTACGTGCTAACGAGGCCGAGTTTCAACATTTAAGTGAGGTATTTGAAGAAGAATTATCGATATTTAATACCACATTCGGTAATCACCAGGAGTCTCAGCAAGCCGTGTCTGCAGGGAAACTTTTTATTGAGAAAAGTCAGCAGGTTTATACGGCGTTGACAGAGAGTAAGTCAATACAGATGGCCCTTACTGAAAAACGTGACGAGGTTCTCGCTCATGTAGATGAAGCCGGTGCGCTAATGATGGATCTTAGCTTTCTGGATAATGGCCAACCGGGTATCGATGCACTAGCAGGGCTTGGTGCAAATATTGATAATAAATTGCTGACGCTAAGTGCTGTTGTTACGGAATTGGTTAAATCATCCAATACTGATGAATCCTTCACCATTCTTGATGATTTGGAATACCAGTTGAGTAACCTGGAAGTGGATCGTGACTATCTTATGCGTTCTGCTGATGGTTTGGACACTGGCGGTATTATGGACAAGTTTGCGCTGCAATATGAAGCAATGCGCTCGTTACTTGCCGGCGATAGTGGCCTGATTGCAATGCAACGGGACAAGCTTGCTCAAATTACGTTGGCGCAACAGAGCCGCGAACTTGCTGATAATGCACTCGCTCAGGCTACAACAACAATTAATGCCCTTTATGAAGAGGTAACAGCACAAACGTTGATGGGACAGAATCTGATCTTGGATACTGTTCAAGACAGTTTGGTTGATACGCTGGTGGTATCCTTTATTGGGCTGATCGCCGCCGTGGCGCTTACGCTGGTGGTCAGAAAAAGTATTGCCAGCCCGTTGATTGTCATCAACAAAGGTTTGGGTAAGATTAGCCAGGGCGACCTTTCTTATCGTCTTGAGCAATCCGGCAACGATGAGTTTGCTGATTTATCGGCGAAGGTAAACAGTTTAACTGACGCGTTACGAGAGTTGATCGGCAATATACAGACACGGGAAAGAACACTGTTGGAAGTTGCCCGTGAAAGCTTGCAGATGGGAGAGCGAAGCCTGGAGCAAGTGGCAAAGCAACGAGACAGCGTGAGAGAAACGTCGGCAAATACAGCCAATGTGCAAGAAACCAGTAAGAAGAATCTGGCGATGATCCAACAAGCGATGGATGAACTCGACAATGTTGCTCGTCAGACCCAGGATACCTCACAAATGGTTGAGCAAAATCGCCAGCAGGTCGCAGAACAATCTTCTCAGGCATCGGCGTCGGCGAGCATCATTAATCGTCTTGAAGATAACAGCAGGAATATCGGCAGCATTCTGGATGTAATTAAAACCATCGCGGAGCAGACAAATTTACTGGCACTAAACGCGGCGATAGAAGCCGCAAGAGCTGGCGAGCAGGGACGTGGCTTTGCAGTGGTGGCTGATGAAGTGCGCACGCTGGCAAATCGAACACATAATTCGACTGAAGAAATTGAGAGTATGATTGGTAGCTTGCAGCGAGACGCGCAGCAAGCGGTAGAGGCGATAAATTTAAGTGTGGAAAAGGCGGAGCAAGGCGTCACTATTAGCGAGCAAGTGCATCAGCAAATGAGTGGTATTAGTGCGGTCATTGTAAAACTGCAAAGTTTAAATCACGGGCTTGTAAAAGACACACTGCAACAGGACTCGTTATTATCAGGGGTCGCTGATAACTTAAATACTATTGTGACTTTGGCTGACGCCAGTGCAGAGAGCACGCGCTTAGCGAATGAATCCAGTGCAAAAGTGGATGAACAAATGGACGGCTTAAGAAAAGTGGTAGAGCGATTTAAGCTATAA	MRLTVVQKITLGFGLFGCLLLITSVLAYLGLSDIRASAENVVEEKMPIQTRMMSLKTDALSLATITANGYYIDDLDALRANEAEFQHLSEVFEEELSIFNTTFGNHQESQQAVSAGKLFIEKSQQVYTALTESKSIQMALTEKRDEVLAHVDEAGALMMDLSFLDNGQPGIDALAGLGANIDNKLLTLSAVVTELVKSSNTDESFTILDDLEYQLSNLEVDRDYLMRSADGLDTGGIMDKFALQYEAMRSLLAGDSGLIAMQRDKLAQITLAQQSRELADNALAQATTTINALYEEVTAQTLMGQNLILDTVQDSLVDTLVVSFIGLIAAVALTLVVRKSIASPLIVINKGLGKISQGDLSYRLEQSGNDEFADLSAKVNSLTDALRELIGNIQTRERTLLEVARESLQMGERSLEQVAKQRDSVRETSANTANVQETSKKNLAMIQQAMDELDNVARQTQDTSQMVEQNRQQVAEQSSQASASASIINRLEDNSRNIGSILDVIKTIAEQTNLLALNAAIEAARAGEQGRGFAVVADEVRTLANRTHNSTEEIESMIGSLQRDAQQAVEAINLSVEKAEQGVTISEQVHQQMSGISAVIVKLQSLNHGLVKDTLQQDSLLSGVADNLNTIVTLADASAESTRLANESSAKVDEQMDGLRKVVERFKL	PGPT0015710_6504	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
AK237_00142	429	fur	COG0735	Ferric uptake regulation protein	ATGGATCAAAATAAAGAACTGAAAAAAGCGGGTTTGAAGGTCACGTTGCCGCGCTTAAAAATTCTGCAAATCTTGCAAGAACCCGCTAATCAGCATATCAGTGCCGAAGATGTGTACAAAATTCTGATTGATCAGGGCGAAGAGATTGGTCTTGCAACAGTGTATCGCGTTCTTAACCAATTCGACGATGCGGGTATTCTTAATCGCCACCATTTTGAGGGTGGTAAGTCTGTTTTCGAAATCAGCCATAAAGAACACCATGACCATCTCGTTTGTTTAAAGTGCGGGAAAGTTATCGAGTTTGAAGACGATGTGATTGAGCAACGTCAGATTGAAATCGCAGAGCGCAACAACATCAAATTGACTCACCACAGTTTATATCTTTATGGTGAGTGTAAAGATGGAACGTGTGACAAAATCGATGATTAA	MDQNKELKKAGLKVTLPRLKILQILQEPANQHISAEDVYKILIDQGEEIGLATVYRVLNQFDDAGILNRHHFEGGKSVFEISHKEHHDHLVCLKCGKVIEFEDDVIEQRQIEIAERNNIKLTHHSLYLYGECKDGTCDKIDD	PGPT0003880_3569	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_IRON_RESISTANCE	IRON_RESISTANCE-IRON_UPTAKE_REGULATION,PGPT0003880-fur|furB|zur-K03711	NA	NA
AK237_00143	867	dat		D-alanine aminotransferase	ATGACAACGGCTTTTTTAAATGAACAGTTCTTGCCTCTCGAAGAGGCAAAAATTTCACCTATGGATAGAGGCTTCTTATTTGGCGATGGTATTTATGAAGTCATTCCTACTCTTGAGGGAAAAGCTGTCGGTATGACCGCTCACCTGGCCCGTTTACAAAATGGCCTTGATGAACTGGATATCGTTAATCCCAAAACCAATGATCAATGGGTAATGTTGGTTGATGAACTTGTAAAGCGTAATAGTAAGGTATTGGGCTCTTCATCGGTGGGTGTCTATATCCAGGTGAGTCGCGGAGCCGTAATGCAACGCGCCCATGCATACCCTGAGAATATTCCACCTACTGTTTTTGCTTTCGCCTTCGCTACCACGCCGCCGCCCGTTGCAGACAGGCAGGCCGTGAACTGTTTTACCGTGGCGACTGGAGAAGACAAGCGTTGGCAGCGTTGTAATATCAAATCAACGTCATTATTGGGTAATGTTATGCATTTCCAACAAGGCAAAGTTGCCGGCAAACAAGAGATCATTCTTTATAATCGCAATAAAGACATCACTGAGGCCAGCTCGTGTAATGTGTTTATAGTAAAAGACGGCGTTATTCTAACGCCGCCGCTCGATCACCAAATATTGCCCGGTATCACGCGAAAACTGGTCATCGAAAGTTTAGCTCTCGAAGGAATTAGTGTTGTAGAACAGCCTGTCTCTTTATCGACGCTAAAGTCTGCTGACGAGGTCTGGTTAACCAGTTCAAGTAAAGAAATCGGGCCGGTTACCCTTATTGACGATGAACCCGTTGGGTCGGGTCAGGTGGGGGACGTGTGGCTAACAGCAATTAATGCATTCAATAAGCATAAGTTTTCACTGTAA	MTTAFLNEQFLPLEEAKISPMDRGFLFGDGIYEVIPTLEGKAVGMTAHLARLQNGLDELDIVNPKTNDQWVMLVDELVKRNSKVLGSSSVGVYIQVSRGAVMQRAHAYPENIPPTVFAFAFATTPPPVADRQAVNCFTVATGEDKRWQRCNIKSTSLLGNVMHFQQGKVAGKQEIILYNRNKDITEASSCNVFIVKDGVILTPPLDHQILPGITRKLVIESLALEGISVVEQPVSLSTLKSADEVWLTSSSKEIGPVTLIDDEPVGSGQVGDVWLTAINAFNKHKFSL	PGPT0001915_461	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_UTILIZATION	PLANT_DERIVED_LYSINE_DEGRADATION,PGPT0001915-dat-K00824	NA	NA
AK237_00144	942	pxpC	COG1984	5-oxoprolinase subunit C	ATGCAATGTCAGTTAAATATCCTATCACCGGGTTTACTAAGCTTACTGGTTGATGACGGACGTAAAGGGATGCAAGCTCTCGGTTTTAGTGGCGCGGGCCCGATGGATCAGGAAGCCTTTGTGTTCGCAAATTGGTTGTGTGGGAACGATGACAACACGCCCGCGATAGAAGTGATTGGCAATGCTGAATTTAGCGTGACTCAAGATGTCGTGTTCGCAGTTTGCGGCCCTGATGTAGAGATAAAAGTAGATGGCGAGACTAAAGCGACATGGTCTTCGCAACGTCTAAGACAAGGCCAAACCCTTTCTCTGCAGAGTAAAAACATTGGCCAACGCATTTATGTAGCGGTTGGAGGAACATGGGAAGTGCCTTACGTGGCCGGGTCTGCTTGCTGCGTGATGCGTGAAAAACTCGGCGGACTGGATGAAGCAGGCGCACCGCTTCAAGCCGGAGAGCACATACCGCTTGCTGTAAATATGTCTTCACGACCCCAGCGCAATATTCCTACCTGGCTACAACCAGACTACTTATCGGACGCACCCATCGATGTAGTGATGGGCTATCAGGTTGATGCGTTTGACACTGTCGCACTCGCTCGTTTTTTTGATGGTGAATACACGGTTACCGCGAAAAGTGACCGCATGGGAATGCGTCTGCAGGGAGAATCGATCCCAAGTAATATGACGAATATGCGTTCAGAGGGGATTAATATCGGCTCTGTACAGGTGCCAGCGGATGGACAGCCAATTATAATGCTTGCTGACAGACAGACGCTGGGCGGGTACCCCAAATTAGGTGTGGTCGCATTATATGATTTGCCTCGACTTGTTCAGTCTGTGGCAGGCTCATCACTGCATTTTTGCGCTATAGAGGCGAATGATGCTCGCAGTAAATGGTTGCTCAGACACACGCGTATTCACGCTTTTTTTAAGGATAACTAA	MQCQLNILSPGLLSLLVDDGRKGMQALGFSGAGPMDQEAFVFANWLCGNDDNTPAIEVIGNAEFSVTQDVVFAVCGPDVEIKVDGETKATWSSQRLRQGQTLSLQSKNIGQRIYVAVGGTWEVPYVAGSACCVMREKLGGLDEAGAPLQAGEHIPLAVNMSSRPQRNIPTWLQPDYLSDAPIDVVMGYQVDAFDTVALARFFDGEYTVTAKSDRMGMRLQGESIPSNMTNMRSEGINIGSVQVPADGQPIIMLADRQTLGGYPKLGVVALYDLPRLVQSVAGSSLHFCAIEANDARSKWLLRHTRIHAFFKDN				NA	NA	NA	NA	NA
AK237_00145	687	pxpB	COG2049	5-oxoprolinase subunit B	ATGCAGCCTTTTAAAACAATCAACCGCATCGCTCAAGCAGGCCTTGACGGGCTGATTTTTTACTTTGGTGGTAGCAATCGTGAAACCATTAATAAACAGGTGTTCGCTTATCATCAAGGCATAAAAAGTCAGCCTCCTTGTTGGCTGAAAGACGTGTTACCGTCTTTTGATTCGTTATTGATTATATTCGATCCTTTCGAAGTGGATACTCATCGTGTTTATCATTTCATGCGCAACCTTGATGTGATTTCGCAGGATGAAGGTATAAATAATAAGCACCGCATTCCAGTATGGTATGGGGCACCAGATGCCAATGACCTTGAAGACATTTCCAGCCATACGGGATTAAGTGCTGAACAAATTATCGACGTACACACCGCTACCCGCTATCGCGTTTACGCTGTTGGTTTTGCACCCGGTTTCGCGTACCTGGGAGATTCACCTGAGCGTCTGGCTGTACCTCGCAGGCAAACACCACGCACAAAAGTACCAGCTGGCGCGGTAGCGTTGGCAGATAAACAAAGCGCCGTTTATCCTCAGGCATCCCCCGGTGGCTGGCAACTATTAGGATTAAGTCCCGTCAGTCTGTTTGATAGTCATGCTGACCAGCCCGCATTACTGCAAATAGGTGATGAAGTCACATTCTATGCTATCGACGAATCCGACTATCGTAACTGGAGGCACTGA	MQPFKTINRIAQAGLDGLIFYFGGSNRETINKQVFAYHQGIKSQPPCWLKDVLPSFDSLLIIFDPFEVDTHRVYHFMRNLDVISQDEGINNKHRIPVWYGAPDANDLEDISSHTGLSAEQIIDVHTATRYRVYAVGFAPGFAYLGDSPERLAVPRRQTPRTKVPAGAVALADKQSAVYPQASPGGWQLLGLSPVSLFDSHADQPALLQIGDEVTFYAIDESDYRNWRH				NA	NA	NA	NA	NA
AK237_00146	741	pxpA3	COG1540	5-oxoprolinase subunit A 3	ATGAAGTTGAATTGTGATCTCGGTGAAAGTTTTGGGGCATGGTCTATGCCTGTAGATGAGGCCGTCATGGGGCACATCGATCAGGCAAACATTGCATGTGGCTTTCATGCTGGCGACCCTGTAGTAATGAAAAAAGCGATTCAACTGGCTAAGCGGGCGGGCGTCGAGGTTGGCGCACATCCATCCTACCCGGATTTGCAGGGATTCGGCAGGCGCTCAATGAATATGGCGGCCGATGAGCTTAAAGCATGTCTGCAGTACCAGATTGCAGCTTTGTGTGGATTGTCAGAAATTGAGGGGATGTCGGTCAGTTATGTTAAACCGCATGGCGCACTTTATAATGATCTGATGCAAGATGCTGATACGCGTCTTACGGTGATGCAGGCTGTTGCGGAGAGTGGGCGTGGAAATCTTGCGCTTATGATGCAAGCCCATCCTGATTGGCGGCAATTTTGCGAGGAAGCAAAACCTTATCAGTTACCACTGTTGTTCGAGGCGTTTGCCGATCGACGATACACCGATGAGGGCTATTTAGTCTCACGGCGAAAGGCCGGATCCGTATTAACTGAAGAGGAAGCCACATTGCAGGTAGCAAGGCTGATAGAGCAGGGGAGTATTGTTACCGAATCGGGTAAACAGCTGTCACTTCATGTTGATACGTTATGCGTGCATGGTGATTCACCAGGTGCTGTTTCTATGGCAAAAAAATTTCGCGAAATGCTCGATAATGCAGCCTTTTAA	MKLNCDLGESFGAWSMPVDEAVMGHIDQANIACGFHAGDPVVMKKAIQLAKRAGVEVGAHPSYPDLQGFGRRSMNMAADELKACLQYQIAALCGLSEIEGMSVSYVKPHGALYNDLMQDADTRLTVMQAVAESGRGNLALMMQAHPDWRQFCEEAKPYQLPLLFEAFADRRYTDEGYLVSRRKAGSVLTEEEATLQVARLIEQGSIVTESGKQLSLHVDTLCVHGDSPGAVSMAKKFREMLDNAAF				NA	NA	NA	NA	NA
AK237_00147	849	cvfB		Conserved virulence factor B	ATGATACACATCGGAAAGATTAACACTCTGCGCGTCGACGCAGAACTTCCTTTTGGCTTTCATCTTACCACCGGCGATAACAATGACCCGCTGGTTTTACTGTCCCACGAAAACCTGCGCGAAGTAGACGCGCAGATAAAAGTGGGTGACGAGATATCAATATTCGTTGGTATTGATGAAACCGGAAACCTAGAAGCCTGGCCAACGGCCCCTGTTGCACAGGTTGGCGAAACCGTTGTGCTTAAGGCTGTAGGTGCAACCCATTTTGGAGCCTTTTTTGATTGGGGAGCCTCCCGCGATCTGCTTGTGCCCTCTGGCATGCAGGAAGGCCCGGTTAATGAGGGGATGCATTACGTCGTTCACATTTATTTCGACGAAACGACACATCGCATTTTAGGTGCAACGCGACTTCATAAATTCCTCGAAGAAAGCTCTGCTTATCTCAAAGCGGGCGACAGTGTTAAGTGTATTGTTTATGGAAAAACAGATTTAGGTTTTAAAGTCGTCATCGATAATCAATATCTCGGTTTGATTTTTCACAGTGATGCCTTCAAAAAGCTCAAGATTGGTCAGCAACTCGATGCAAATATTAAGGCCATTCGCCCCGATGGTAAAATTGACGTGGCATTGCAACGTACCGATAAAGTGGGCAGAAAAACACTCGAAGAATCCATTCTCGACGATTTAGAAGCGCACGGCGGAGTGTCGACACTGACTGACAAGAGTCAGCCAGAAGACATTTACGCGCATTTTAATGTCAGTAAAGCTGCTTACAAAAAGGCGCTGGGGGCTTTATATAAGCAGCGTAAAATTACCATCGACAAAAATGCCATCAGGCTGAATAAATAG	MIHIGKINTLRVDAELPFGFHLTTGDNNDPLVLLSHENLREVDAQIKVGDEISIFVGIDETGNLEAWPTAPVAQVGETVVLKAVGATHFGAFFDWGASRDLLVPSGMQEGPVNEGMHYVVHIYFDETTHRILGATRLHKFLEESSAYLKAGDSVKCIVYGKTDLGFKVVIDNQYLGLIFHSDAFKKLKIGQQLDANIKAIRPDGKIDVALQRTDKVGRKTLEESILDDLEAHGGVSTLTDKSQPEDIYAHFNVSKAAYKKALGALYKQRKITIDKNAIRLNK				NA	NA	NA	NA	NA
AK237_00148	393	yhfA	COG1765	Protein YhfA	ATGAAAGCTAACGTAGTATGGGATAAAGATCTTACCTTCACAGGGACCACTGAGTCTGGATATAAAACCGTTATGGATGGTAACGGCCAAGCCATTTCTCCGATGGAATCTGTACTCATTGCAGCGGGTAGCTGTTCGAGTATTGACGTGGTGGATATCTTAAAGAAGGGACGCTTCGAGATCACGCACTGTGAATGCGAGCTTACCGCTGAACGCGCGGCCTCTCCCCCCAAAGTATTTACGAAAATTCATGCCTGTTACAAAGTAAAAGGCAACGGACTTTCCGAAAAAGCAGTGGCCAGGGCCGTGCAACTTTCAGCTGAAAAATACTGTTCGGTAATGCTTATGCTCACCGGTAACGTAGAGATTGAAACCCACTTTGAAATCTTGTGA	MKANVVWDKDLTFTGTTESGYKTVMDGNGQAISPMESVLIAAGSCSSIDVVDILKKGRFEITHCECELTAERAASPPKVFTKIHACYKVKGNGLSEKAVARAVQLSAEKYCSVMLMLTGNVEIETHFEIL				NA	NA	NA	NA	NA
AK237_00149	876			hypothetical protein	GTGACCTGGGTATTTTTCACTCTCGGTGCAGTAGTACTACAAACATTCAGGAATGCGTTTCAAAGTAAACTAAGTCAGCACGTCAATACGTCTGGCGTAACCTTAGCACGCTTCGTGTTTGCGTCGCCCATTGCACTTGCCTACTTAGGAATACTCTATTGGTATTTCCCGGTAGGCATGCCTGCTTTTGACAGCCACTTCTTAACTTACGTTGTCATTGCATCATTGATGCAAATCGCCGCCACATCGTTAATGGTGATACTCTTTAAACAGAAAAACTTTGCTGTGGGTGCAGGGCTGGCTAAAAGTGAAGCACTGGTCGCGGCGGTATTGGGGACACTGTTTTTCGGTAGTCAACTGTCCCCACTGGGCTGGGCAGGAATTGGCATAGGCGCACTGTCAGTATTTATATTAAGTGGTGGTACGCGGCGTGGACAACTCAGCGTCAGAACCATTATTACAGGACTAGCGTGCGGAACTTGTTTTGCACTAACGTCGCTGTATGTACGAGAGGCAGCTAACCAGCTGGATGTGGCGTTCCCGGTGAGTACAGCATGGGTGCTTTTTTGTGTGCTTTGCATACAATCCATTGTCCTCGCCATCTATATCGCAATTAAAGAGCCGGTTGTGTTCAAACAACTCAGAAGCCAGTTACCACTGACTTTTGCTGCCAGTGCGACAAGCTGTTTCGGATCGATGTGCTGGTTTAGCGCAATGACTATTCAATATGTTGCATACGTGAAAACCCTCGGGCAAATTGAGGTGCTTACTACCATGATTATCTCAGCCGTTATGTTAAAAACCACAGTGAAACGTCATGAAGTGGTTGGGCTTCTCTTAATAGCAGTCGCCGCTATTTGTGTACTGTGGAGTTAA	MTWVFFTLGAVVLQTFRNAFQSKLSQHVNTSGVTLARFVFASPIALAYLGILYWYFPVGMPAFDSHFLTYVVIASLMQIAATSLMVILFKQKNFAVGAGLAKSEALVAAVLGTLFFGSQLSPLGWAGIGIGALSVFILSGGTRRGQLSVRTIITGLACGTCFALTSLYVREAANQLDVAFPVSTAWVLFCVLCIQSIVLAIYIAIKEPVVFKQLRSQLPLTFAASATSCFGSMCWFSAMTIQYVAYVKTLGQIEVLTTMIISAVMLKTTVKRHEVVGLLLIAVAAICVLWS				NA	NA	NA	NA	NA
AK237_00150	1065	mdtA_2		Multidrug resistance protein MdtA	ATGGAAAACAAAACACTTTATTTACTGGCTGCAACGATATCGCTTGGCTTTTTTACCACCACACTCACCGGCTGCGGAAACGCAGATGCTGAAGAAGAGCCGAAAGAAACGGTTACGGTGACCATCCCCGTTGAAGCAACAACTATTCAACGCGGCGAAATCTCTTCAAATTACGCTACTACTGCCATTTTAGAAGCAAAAGAGGAAGCATTTGTTGTTGCTCGCGCTTCCGGCATTATTGAGCACATTCTTGTCGAAGAAGGCGACTATGTTGAAAAAGGCCAGGTGCTGGCACAACTGGATAAACGTCGATACGAACTTAACCTGCAAAAAGCCAAAGCCGATCTGGCCGGTATCGAACAAGAACTCGCAAAAATGAACAAGGTTTATTCACGGAAACTGGTGAGTGACGAGGCTTTTGAAAAACTTACTGCGCAATTTGAGTCAGTACAAGCCAATGTTGAATTAGCCGAATTGGATTTAAAAGAAACCACAATAACCGCCCCCATCAGCGGCTATATCGCTGAGCGCAATGCCAAAGTAGGTAATTTAACCGAATCATTTCAACGGGAAAGAATGTTTCATATTGTTCAACAAAAATCACTGCAAGGTATCGTGTATTTGCCAGAGAGTGAGCTGTCCCATATTCGCGCCAATCAACAAGCCACACTCACCATCCCCGCGTTAAACCACCAGCAGGTGACAGCCTATGTCGCTCGTATCAGTCCGGTCATCGATGCAACAACTGGTACCTTTAAGGTCACGCTTAATGTTCCTAATAGCGAAGAAGCCCTGAAAGCCGGCATGTTCAGTGAAGTCGCGCTTAATTATGCAACGCACAATGACACACCGCTGCTACCCCGCTCTGCACTTGTAAGCATCGACAATGAAAGCAACGTGTTTGTTATCCGGGAAGGTAAAGCGCTTAAGGTACCTGTCACACTAGGTTTTGAAAACGGAGACATGGTAGAAATTACCAGTGGGTTAATCGGCTCTGAAACGGTGGTAACGGTCGGTCATCAAAACCTGAAAGATCAAACGCCTGTCGACATTGTAAATAGCTAA	MENKTLYLLAATISLGFFTTTLTGCGNADAEEEPKETVTVTIPVEATTIQRGEISSNYATTAILEAKEEAFVVARASGIIEHILVEEGDYVEKGQVLAQLDKRRYELNLQKAKADLAGIEQELAKMNKVYSRKLVSDEAFEKLTAQFESVQANVELAELDLKETTITAPISGYIAERNAKVGNLTESFQRERMFHIVQQKSLQGIVYLPESELSHIRANQQATLTIPALNHQQVTAYVARISPVIDATTGTFKVTLNVPNSEEALKAGMFSEVALNYATHNDTPLLPRSALVSIDNESNVFVIREGKALKVPVTLGFENGDMVEITSGLIGSETVVTVGHQNLKDQTPVDIVNS	PGPT0003275_5767	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE	CE-BACTERIAL_FITNESS-MULTIDRUG_TRANSPORT-EFFLUX_PUMP_MexAB-OprM,PGPT0003275-acrA|lir|mtcA|mexA|adeI|smeD|mtrC|cmeA-K03585	NA	NA
AK237_00151	3297	mdtC_1	COG0841	Multidrug resistance protein MdtC	ATGAGTATTGTAAAGTTAGCCGTCTCACGGCCGGTTGCGATTGCCATGTTTACTGTCGCCATTTTATTATTCGGCATGGTGTCACTGAGCAGACTGTCTGTAAACCTGCTGCCTGAACTGTCGTACCCCACCCTCACCATTCGCACCGATTATGAAGGTGCAGCGCCTGCCGAGCTGGAACAGTTGGTCAGCAAACCTGTAGAAGAAGCCGTAGGCGTAGTAAAAGGGGTAAAAAGCGTAACGTCTGTTTCACGAGCGGGCCAATCGGATGTAGTGCTCCAATTCGCTTGGGGGACCGACATGGACTTTGCGAGCCTAGAAGTGCGGGAGAAACTGGATATCCTGCAACTCCCTCTCGATGTTGATAAGCCTCGCCTTTTAAAATTTAACCCCAGCATGGACCCAGTCATGAAGTTGGGCCTGTCTTTAGTACCAGATCGATTGTCGTCTGATCCTGCGCAAGTCATCAGCCAAATGAAGACGCTGCGCTTATTTGCCGATGAGCAAATAAAACGGAAACTTGAATCCATTGAAGGCGTAGCATCGGTGCGATTGGGAGGCGGTCTGGAAAATGAAATTCAGGTATTGGTGGATCCGCGAAAAGCGAGCCAGCTCAATGTCAGCATGAGTGACATTATCACGCGATTACAGGAAGAAAATGTAAATACCGCCGGCGGTCGTTTAGATGCCGGCAACCAGGCGTTTTTAGTAAGAACCTTAAATGAATTTGAATCACTAAATGATATTGAAAATGTCTATATCAGTCGTTTTGAAGGTAAAAATGTTCAGTTGAAAGACGTGGCAACGGTAAGTGATCTGTATAAAGAACGCTCCGCCATTACGCGTTTCAATGGCACAGAAGGTACTGAAATTGCCATTTATAAAGAGGGGGATGCTAATTCCGTTGATGTCGCTAAGCGCGTTTCCAGCGAGCTCGACAGGTTGTCGGATACCCTACCGGCTCAGTACCACCTCGAAACCATCTATAACCAAAGCACATTTATTAAACAGGCCATTGACGATGTCAAAACGTCGGCACTGATTGGCGGTTTGCTTGCCATGCTGGTGATTTACCTCTTCCTTCGTGATTTCTGGACCACAATGATTATCTCTGTGTCCATTCCGGTATCCGTCATCGCCACGTTTAACCTGATGTACGCCAATGACATCAGCCTGAATATCATGAGTTTGGGCGGTATCGCTCTGGCGGTAGGTCTACTCGTCGACAACAGCATCGTGGTGTTAGAGAATATTGATAGACACCGAAAGCTGAATAACAATAATAAAGCCCTTGCAGCACAACGGGGAACAGAGGAAGTAACCGGCGCTATTATCGCCTCTACGCTCACGACAATGGCAGTGTTTATTCCCCTCATCTTCGTCGAGGGCATTGCTGGTCAACTTTTTAGCGACCAAGCGATGACTGTATCCTTCGCCTTAGCAGCTTCTTTGATCGTTGCGCTTACGTTGATCCCTGCCCTGGCGGCACGATCCCGTCGCCAGGAACCAGCCCATTCAGATACGTTTGATGCACCCAAAACGCCGCGCGATAAACGGCCTTTTCTGCGCTTGCTGGCAACTGTCGTAGCGTTCCCCTTTAAGCTCTTATTTGTCTATGTACCGCAGGCGCTTTTCACTGCCTTCCTGGCCGCGTGGACATTATTATCCGCAGCGCTAGGCTTCATATTCTCACCGCTCACCAGGCTGGTTTCATCAGCGTTTACGTTACTCGAACGTGCTTACGACAAGGCTATTCGTACCGCATTATCGCTGCGATTAGGCATATTGGCTGTCACGCTTTTACTCACAACAAGTACATTATGGCTGTTGCCCCAAATTGGTATGGAGCTTATTCCGAAGCTGACACAAGGTGAATTTTATGTCGAAGTCAACTTACCTGCTGGCACCCGCGTACAGCGGACAGACGCATTATTAGCTGATCTCGCGGCTGTCACAAATGCACAACCGGGTGTCGCGCGCACCTATTCGTTGGCAGGAACGGGAAGCTTGCTTAGCGCCGCACCCAGTCAGGGCGGCGATCATTGGGGACAATTAAACGTGGTTATGGAGCCCGCCACTTCCCATGCAAACATTGCTTCGGTAAAGCAAGCAATGCGGGAATTCTTAGCTACTCAAGCCGGTGTACAAAGCAAATTTGGTGAGCCTGAGCTGTTCAGTTTTGCTGCGCCGTTGCAAATACAGCTACAGGGATATGACCTCACGCAGTTGCAGCGCTATAGTCAAAGTATAATGGCTAAACTGGAACAAAATGATCGCTTTACAGACATAACCACCACCCTTCAAGCGGGAAATCCTGAGCTTAAAATAGCATTTAACAATGCCAAACTGGCGCGGTTAGATTTAGATGCTAAACAGGTATCAGATATCGTATCGGCGCAGGTAGGCGGCACAGTAGCTACCAAATATGCCATTAACGACCGAAAAGTCGATATTCTGGTACGCAATCAACAACAACAGCGCGATAACGTCGATGATGTAAGACAGATTATCGTTAATCCCGACAGCGACTACCCGGTTCCCCTTGCTGCTATTGCCGATGTATATATGAGTACCGGACCCAGTGAAATAACCCGGGAAGGCCAGCAACGCGTCGTGCTTATCAGCGCCAACCTCGCCTATGGCGACTTAGCCGAAGCAGTGGAAGAAGCGCAAGCCGCTTTAGCAACGGTGCCACTTCCTTTATCGCTTAAAGCAAAGGTAGCAGGCCAGAGCGAAGACATGGAAGAAAGCTTTACCTCTTTACAGTTTGCACTGGCGCTTGCTGTATTCATGGTATATCTGGTCATGGCTTCCCAGTTCGAATCTTTACTCCATCCCTTATTAATCTTGTTTACTGTACCGCTGGCAGGTGCCGGTTCACTGTTTGGATTATGGCTCACTGGCACGCACATCTCCGTGGTGGTATTTATCGGCCTTATCATGCTATGTGGCATTGTTGTCAACAACGCCATTGTATTGATCGATCGTATCAACCAATTGCGAAGTGCAGGAATGGAAAAACATACAGCGATAATTGACGCGGGCAAAAGTCGCCTTCGTCCTATCGTTATGACCACACTTACCACCATTTTAGGGCTACTCCCTATGGCAATTGGCTTTGGTGATGGCGCGGAAGTTCGAACCCCCATGGCGATTACAGTAATTTTTGGGCTAGGCTTTGCAACACTGCTTACTCTGGTGCTCATTCCGGTGTTGTATAGCTTGTTTGACAATAAGCAGTTTGCAGCAAAAACCGCCTTAACGGACAGTGAGCACGGAGAACGCCACTATGGATAA	MSIVKLAVSRPVAIAMFTVAILLFGMVSLSRLSVNLLPELSYPTLTIRTDYEGAAPAELEQLVSKPVEEAVGVVKGVKSVTSVSRAGQSDVVLQFAWGTDMDFASLEVREKLDILQLPLDVDKPRLLKFNPSMDPVMKLGLSLVPDRLSSDPAQVISQMKTLRLFADEQIKRKLESIEGVASVRLGGGLENEIQVLVDPRKASQLNVSMSDIITRLQEENVNTAGGRLDAGNQAFLVRTLNEFESLNDIENVYISRFEGKNVQLKDVATVSDLYKERSAITRFNGTEGTEIAIYKEGDANSVDVAKRVSSELDRLSDTLPAQYHLETIYNQSTFIKQAIDDVKTSALIGGLLAMLVIYLFLRDFWTTMIISVSIPVSVIATFNLMYANDISLNIMSLGGIALAVGLLVDNSIVVLENIDRHRKLNNNNKALAAQRGTEEVTGAIIASTLTTMAVFIPLIFVEGIAGQLFSDQAMTVSFALAASLIVALTLIPALAARSRRQEPAHSDTFDAPKTPRDKRPFLRLLATVVAFPFKLLFVYVPQALFTAFLAAWTLLSAALGFIFSPLTRLVSSAFTLLERAYDKAIRTALSLRLGILAVTLLLTTSTLWLLPQIGMELIPKLTQGEFYVEVNLPAGTRVQRTDALLADLAAVTNAQPGVARTYSLAGTGSLLSAAPSQGGDHWGQLNVVMEPATSHANIASVKQAMREFLATQAGVQSKFGEPELFSFAAPLQIQLQGYDLTQLQRYSQSIMAKLEQNDRFTDITTTLQAGNPELKIAFNNAKLARLDLDAKQVSDIVSAQVGGTVATKYAINDRKVDILVRNQQQQRDNVDDVRQIIVNPDSDYPVPLAAIADVYMSTGPSEITREGQQRVVLISANLAYGDLAEAVEEAQAALATVPLPLSLKAKVAGQSEDMEESFTSLQFALALAVFMVYLVMASQFESLLHPLLILFTVPLAGAGSLFGLWLTGTHISVVVFIGLIMLCGIVVNNAIVLIDRINQLRSAGMEKHTAIIDAGKSRLRPIVMTTLTTILGLLPMAIGFGDGAEVRTPMAITVIFGLGFATLLTLVLIPVLYSLFDNKQFAAKTALTDSEHGERHYG	PGPT0016195_124	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
AK237_00152	3060	swrC_1	COG0841	Swarming motility protein SwrC	ATGGATAATCGTCTTGCCAGTGGCGGAGCCAGCCTCGCTCGCTTTGCGCTTAATCATCCGGTAACGGTGTGCATGTGTTTTCTCTCAATGCTGTTGTTTGGCGCAATGGCGTCACAATGGTTACCCCTGGAAAAATTTCCCGGCATTGATATCCCCGAAATCGTTGTTGAAGTGCCCTATCAGGACGCCACACCGTCAGAAGTTGAGCGTATGATCACCCGACCGGTGGAAGAAGTCTTAGCAACGATGTCAGGGATAAAACGTTTACAAGCAGCGTCGATGGAAAACCGTGCACAAATATTCATCGAGTTCGACTGGGATGAAAATATCAAAGCAAAAAGCATTGAAGCCAGGGAAAAGATAGATGCAATCAGACATGAATTGCCCGATGACGTCGAACGTATTTTGGTTTACAAATTCAATACCAATGATATGCCCGTCTTCCAGTTACGAGTGTCTAGCGCAAGAGATCTCAGTAACGCCTATGATTTGTTGGACAGAAACCTTAAACGACCTTTAGAGCGCGTACCTGGCGTCTCGAAGGTTGAACTGTATGGAGTGCTTAAGAAACAAATTGTCATTCGGCTCGATCCGCAACAACTCAGTGCACTGAAAATTGATACTGCAGCACTTCGTCAGCGTCTTAAGCAAGCTAATTTCTCCGCGTCGGCGGGTTCGCTCGCCAGTGAGAATAAAATTATCATCAACCCCATGGGAGAATTCACCGATATTGCTGATTTTGAAAACCTCATCGTCAGGCAAGGAATTCGTTTAAAAGATATCGCTGCCATCACTTATGAGAGCCCTGAACGCAATGAAGGAAGACACCTCGACCGGACTTATGCAGTAGGGTTTAATGTTTACCGGGAGTCAGGCAGTAACCTCGTTGAGGTGGCAGATAAGGTCATGGCAGTCATCAAAAAAGCGGAGTCAGATCCGGAGTTTGACGGGATCAACCTTTTTGTAATGGACGATATCGCGAAAAGTGTGAGCTCATCATTGGGCGATCTGATTATGGCGGGCTTACTGGGCGCGGTACTCTCTGTGGCGGTGCTCTACCTGTTCTTGAGGCAATTTTCGAGCACCTTTATTGTTGTTCTGTCTGTTCCCTTTTCAATCTGCATTACCCTGGGTGTGATGTATCTGATGGGTTACTCTCTGAACATTCTTTCATTGATGGGTCTGATGTTGGCTGTCGGTATGCTGGTAGACAACGCAGTGGTCGTCACGGAAAGTATTTTTCAGGCAAGGCAAGCCGACAATAATGCGATAAGAGCTACGCAAACGGGGATCAATAAAGTCAGTTTGGCGGTTATCGCCGGCACCACAACCACCGCGATAGTGTTCCTTCCAAATATTGTAGGTGTAAAAATCGACATAACCGTTTTCCTCGAACACGTCGCGATTGCTATCTGTATATCGCTGTTTGCCTCATTATTGCTTTCCCAGACCTTAATCCCTTTATTGGTATCTAAGGTGAAGGTGCCAAGCATGCAGGAAGTGAAGCAACCTCGCTATATAACACGTTATGGCCGGCTTCTTAGCTGGTCACTCAATCATCAAAAAACCACCGGCTTGCTTGCTGTTGTTATTTTGCTTAGCACCGCAATACCGCTTAGCCAGATAAGCGGTGACGATGAGGGTGATAACGACAATGAGCGAATTTGGCTTGAATATCACATCACGCAAAACTACAGCCTTGAAGAAGTGGAAACCACAGTCAATAAGATGGAAGCGTTTTTATACGAGAATCAGGAAGCCTTCCATATCAGGCAGGTCTATTCATACTTTGAGCCGGGTCACGCAGTATCCGGTATTACCCTAAAGGACAATTTGCCCGTACCCGTATCGCAAATAAAAGAAGCCATTCGCGCAAAAATGCCGCGATTTGTCAGAGCCCGTCCCTCCTTTCAGTGGGATAGCGGTAATGGCGGAGGGGTTAGACTAACGCTACTTGGTGAATCATCACATCGTCTGCGCATACTGGCTGATACACTCGTCCCTATACTGGCTAACATTGAAGGGTTGGAAGATGTAAAAGCTGATGTGGGCACTGAGAAGCAAGAGTTTCAGGTTAAGGTAAATCGCGAAAAAGCCTGGCGTGCAGGCATTAAGCCTAATGAGGTGGCAGAAACAATTAGTACAGCATTGAGAGGTACCAACCTACGCACCTTTCGCTATGGAGATTCTGGAGAAATAGGCGTAAGACTTTTGTATGGTGAATCTGAACATACATCATTGCAAGCATTAAAAAGTCTCGTGGTTAGCCACGTCGAAGATCGTGCAGTGACACTGGATATGATTGCCGACATTACGGTAAAACCTCAGCTTTCAGAAATTCGTCGATTTTATCGTCAAACAGCATTATCTATTGGGGCCAACCTGGCGGAAGATGTCACGATTGAACAAGCGCGGGAGCGTATAGAAAATGCTATGGCTTATGTCGCGTTACCCAACGGCTATCAATGGACACTGGATGGCAGTTTCCAGCGCCAGGACGAAGCGTTTGCTGTAATGCAAATGAACATGATCCTTGCTATTTGTATGATCTACATTGTCATGGCAGCCCTGTTCGAATCATTGCTACTTCCTACCGCGGTTATTACATCGCTATTGTTCTCTTTTACCGGCGTCTTCTGGGCGTTTTTTGTCACCGGAACGTCAATGTCTGTCATGGGCATGATTGGGATGCTGATTTTAATGGGTATTGTTGTTAATAACGGCATTGTGCTCGTTGACAGAATTAACCAGCTTGTGAATGAGGGCGTTTCGCTCTATCAGGCTGTTGTTGAAGGATGTATGACACGTATCCGCCCGGTACTGATGACCGTAGCAACGACGGTTTTGGGTCTCGTTCCGCTGGCAATTGGCACTACCCGAATAGGCGGGGACGGCCCTGCATATGCGCCAATGGCGATCGCTATTATCGGAGGTTTGATTTTTTCAACGCTAACAAGTTTAGTACTCGTTCCGCTGGCATATGTATCGCTGCTAAGACTGCGATATCATGTACAAATAATGGTTTCGAACAGCAGAAAATGGGTGGGACGCTGGAACTAG	MDNRLASGGASLARFALNHPVTVCMCFLSMLLFGAMASQWLPLEKFPGIDIPEIVVEVPYQDATPSEVERMITRPVEEVLATMSGIKRLQAASMENRAQIFIEFDWDENIKAKSIEAREKIDAIRHELPDDVERILVYKFNTNDMPVFQLRVSSARDLSNAYDLLDRNLKRPLERVPGVSKVELYGVLKKQIVIRLDPQQLSALKIDTAALRQRLKQANFSASAGSLASENKIIINPMGEFTDIADFENLIVRQGIRLKDIAAITYESPERNEGRHLDRTYAVGFNVYRESGSNLVEVADKVMAVIKKAESDPEFDGINLFVMDDIAKSVSSSLGDLIMAGLLGAVLSVAVLYLFLRQFSSTFIVVLSVPFSICITLGVMYLMGYSLNILSLMGLMLAVGMLVDNAVVVTESIFQARQADNNAIRATQTGINKVSLAVIAGTTTTAIVFLPNIVGVKIDITVFLEHVAIAICISLFASLLLSQTLIPLLVSKVKVPSMQEVKQPRYITRYGRLLSWSLNHQKTTGLLAVVILLSTAIPLSQISGDDEGDNDNERIWLEYHITQNYSLEEVETTVNKMEAFLYENQEAFHIRQVYSYFEPGHAVSGITLKDNLPVPVSQIKEAIRAKMPRFVRARPSFQWDSGNGGGVRLTLLGESSHRLRILADTLVPILANIEGLEDVKADVGTEKQEFQVKVNREKAWRAGIKPNEVAETISTALRGTNLRTFRYGDSGEIGVRLLYGESEHTSLQALKSLVVSHVEDRAVTLDMIADITVKPQLSEIRRFYRQTALSIGANLAEDVTIEQARERIENAMAYVALPNGYQWTLDGSFQRQDEAFAVMQMNMILAICMIYIVMAALFESLLLPTAVITSLLFSFTGVFWAFFVTGTSMSVMGMIGMLILMGIVVNNGIVLVDRINQLVNEGVSLYQAVVEGCMTRIRPVLMTVATTVLGLVPLAIGTTRIGGDGPAYAPMAIAIIGGLIFSTLTSLVLVPLAYVSLLRLRYHVQIMVSNSRKWVGRWN	PGPT0016195_1637	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
AK237_00153	321			hypothetical protein	ATGAAAGCTTTTACCAAAACTCTTGCTGCTTTACTTAGCGTTGCTGCTGTTTCTGCACCTGCATTTGCTGCTGATAAAGAATACCGTTTTATCGGTGACACACAATTTGCAGGTTTCTGTAAAGCAGTTGCTACTGACGACGTACGTGCATTGCGTGTTAACTTAAGCCGTAACGTTGGTCGTATCGCCGCGACTGAGCGCGAAGTATTACGCATGTTGACTGCTGAAGATGGTTTGACTTGCAACGGTTCAAGCCTGGTAGACTTCTCAGTACAACGTGAAGCATCAGACATTCACGAATTCCTGACTTCACGTAGCTAA	MKAFTKTLAALLSVAAVSAPAFAADKEYRFIGDTQFAGFCKAVATDDVRALRVNLSRNVGRIAATEREVLRMLTAEDGLTCNGSSLVDFSVQREASDIHEFLTSRS				NA	NA	NA	NA	NA
AK237_00154	1230	alaA	COG0436	Glutamate-pyruvate aminotransferase AlaA	ATGAAACCTGTAGAACGCTCTCATAAACTGGATAACGTGTGTTATGACATCCGGGGACCTATCGCAGCGCAAGCGCGTAAAATGGAAGATGAGGGCCATCGCATTCTAAAGCTGAATATCGGGAATCCCGCGCCATTCGGATTCGAAGCGCCAGACGATATTTTAAAGGATGTCATCTATAACCTGCCCACCTCTCAAGGCTATTCGGATTCAACAGGGATTTATGCTGCACGCGTGGCTGTCATGCAGTACTACCAACAGATGAACATACCTGATATCAGGGTAAACGATATTTTTATCGGCAACGGCGTCAGTGAAATGATCATGATGGCTATGCAGGCTCTGTTAAATACCGGTGATGAAGTATTGCTACCCAGTCCGGATTATCCCCTTTGGACAGCAGCTGTCAGTCTGTCTTCCGGTACACCAGTTCACTATCGCTGTGATGAAGCCGCTGACTGGTTTCCTGATATTGACGACATTAAAAGTAAAATCACCAGCCGCACCCGTGCCATCGTATTAATTAACCCCAATAATCCTACTGGTGCGGTTTATGATAAAGCGTTATTGCAGCAAATTGTCGACGTAGCAAAAGCACATGGCTTGGTAATATTCTCTGATGAAATTTACGATAAAATTTTATATGACGGCGCTAAGCATACCTGCATTGCATCACTCACTGATGAGGTGTTCTGTGTCACGTTAGGAGGGTTATCGAAAAACTATCGCGTGGCAGGATTTCGTGCAGGCTGGCTAGTCGTGAGCGGTAATAAGCGTATCGCCAAAGACTATATTGAAGGTCTCAACATGCTGGCGTCCATGCGGATGTGTGCCAATGTGCCTTGCCAAAGTGCAATTCAGACCGCGCTTGGTGGATATCAAAGTATTAACGATCTGGTACACGATGGCGGGCGTTTAAAAGTTCAGCGCGATGTCGCCGCAGACATGCTAAACAGTATTCCCGGCATCCACTGCGTGAAACCCAAAGGGGCGATGTATTGTTTCGCCCGCGTGGACGCGAAGAAATTTAATATAAGCAACGATGAGCAAATGATTTTTGATTTATTAAATGAAGAAAAAATTCTGCTTGTACACGGGCGTGCCTTTAATCTTCAGGAAGGCTGTTATTTCAGGTTAGTCTTTCTCCCTCACGCCGACATTCTGCAGCCTGCACTGACACGCATTGGTTCATTTTTCAAACATTACCGCCAACACGGGCCTGATGTGTGA	MKPVERSHKLDNVCYDIRGPIAAQARKMEDEGHRILKLNIGNPAPFGFEAPDDILKDVIYNLPTSQGYSDSTGIYAARVAVMQYYQQMNIPDIRVNDIFIGNGVSEMIMMAMQALLNTGDEVLLPSPDYPLWTAAVSLSSGTPVHYRCDEAADWFPDIDDIKSKITSRTRAIVLINPNNPTGAVYDKALLQQIVDVAKAHGLVIFSDEIYDKILYDGAKHTCIASLTDEVFCVTLGGLSKNYRVAGFRAGWLVVSGNKRIAKDYIEGLNMLASMRMCANVPCQSAIQTALGGYQSINDLVHDGGRLKVQRDVAADMLNSIPGIHCVKPKGAMYCFARVDAKKFNISNDEQMIFDLLNEEKILLVHGRAFNLQEGCYFRLVFLPHADILQPALTRIGSFFKHYRQHGPDV	PGPT0001880_733	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_UTILIZATION	PLANT_DERIVED_ALANINE_DEGRADATION,PGPT0001880-alaA-K14260	NA	NA
AK237_00155	606	yfbR_1	COG1896	5'-deoxynucleotidase YfbR	ATGAAGAAAAAAAGCACATTTTTAGCGTGGATTTTACGCATGCCGCTGATCAAAAGGTGGTCATTGATGCATACTGTGAAGCGGGAAAATATTGCTGAACACTCGCACCAGGTTGCTGTTATTGCGCATTTACTGGCCGTGATCCGTAATGAACATTTTGGCGGCACGTTAAGCCCAGAGCGCGCGGCGACCATTGCGCTGTATCATGAGGTGTCTGAAACCAAGCTCTCCGATATAAACCATGTTACCAAGTACCACAACCCGCACATAACCCGCGAATTCAAAAAACTTGAAGATGCGTCAGAGAACGAATGTGTCTCCTCGCTACCTGAAAGTTTACAAAAGCACTTTATCGACTTAGTTGTTCAGGCAAACGTTGATCCGGAATATAAGACACTGGTAAAAGCGGCCGATCTTATCTCTGCTTATTTAAAGGCCTGCGACGAAATTGGTTTTGGCAACCGGGAGTTTATTCCCGTGCGCGATCGCCTCGACGGTATGCTTGCGCAGTTCAAAGAAAATTTACCTGAAGTACGCTACTTGTTCGATACGTTTGCCGATAACTGTCTTGTTAGCGTTGATGAATTGTCACAGCAGGACGTCTAG	MKKKSTFLAWILRMPLIKRWSLMHTVKRENIAEHSHQVAVIAHLLAVIRNEHFGGTLSPERAATIALYHEVSETKLSDINHVTKYHNPHITREFKKLEDASENECVSSLPESLQKHFIDLVVQANVDPEYKTLVKAADLISAYLKACDEIGFGNREFIPVRDRLDGMLAQFKENLPEVRYLFDTFADNCLVSVDELSQQDV	PGPT0021375_102	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021375-yfbR-K08722	NA	NA
AK237_00156	1335			Deoxyguanosinetriphosphate triphosphohydrolase-like protein	ATGCTGGATTTTTCTTCACAGTGGTGTGAACGACGTCTACCACGAAATCAGGCCCGCGACGGTGATCATCGCAGCCCCTATCAACGAGACAAAGCCCGCGTTTTACATTCAGCGGCGTTCCGTCGATTACAAGCAAAAACGCAAGTATTGGGTGTTGGCCTTAGCGATTTTTACCGCACCCGCCTTACTCACTCTCTTGAAGCAGCGCAAATTGGTACCGGTATTACTGCGCAGTTGCAGGGCAAGTTTCCAAAAGAAACAAGTGCGCTTAACGTTGATGCCAGCTTAATTGAAACGCTGTGCTTAGCACACGATATTGGTCATCCCCCCTTTGGTCATGGTGGTGAAATAGCGCTCAATTATATGATGCATGATCATGGTGGCTTTGAGGGCAATGGCCAAACCTTTCGGATCATATGCCAACTAGAGCCCTATACCGAAGAACATGGTATGAATCTGTGCCGTCGCAGTATTCTTGGCTTGGTAAAGTACCCCAATTTTATTGACACTTTAACGAATCCTGCATGCCTTGGAACACGCCCCACATCGTTACGGCAGCTTCAGGCATCGCACTGGCATCCGCCTAAAGGGCTTTACCGCTGTGATGAGTCACTATTCGATTGGCTGCTTTCACCTTTGGATAACGAAGAAAAAGCGCGCTTTATGTCATATCAACATGCTGACGATAAGCATGGTAAAACCCAGTTTAAATCCTTTGATTGTTCAATCATGGAATTAGCCGACGATATTGCTTATGGCATTCATGATCTTGAAGATGCTATCGTGATGAAGATGGTGACAAGCGAGGCGTTCACAGCGTCAGTCAGCGAGCCGCTCGTAGCACTGGGCATACCATGGCTTTCAGACATGATGCCATCTTTAACGCAGCGGTTATTCAGCGAACGGCATCACGAGAGAAAAAATGCCATTGGCGCTCTGGTCAACAGCTTCATTACGGCTATCGTCATTGAACAGAATCACGAATTTCATCACCCTCTGTTGCGTTACCAAGCGGTCATGCCATCTTTACACCACGCTGCGCTCGCTTTATTTAAGGATTTTGTGTTTCAGAAAGTGATCAGCAAAACAGAAGTACAACTGTTGGAATATAAAGGCCAGCAAACTGTTATGGAACTCTTCGAAGCATTTAGTGCAGAGCCTGAGCGGCTGTTGCCAGACAACACGCGAAGCCGGTGGCGCAAAGCACAGGAACACGATAATGGTCACCGCGTTATTGCCGATTACATATCCGGTATGACAGACGAATTTGCCTCACGCTTATACGCCAGTCTTTTTTTACCGAAACAAACCGCCCAATTTGACGGTTTTAGTTAA	MLDFSSQWCERRLPRNQARDGDHRSPYQRDKARVLHSAAFRRLQAKTQVLGVGLSDFYRTRLTHSLEAAQIGTGITAQLQGKFPKETSALNVDASLIETLCLAHDIGHPPFGHGGEIALNYMMHDHGGFEGNGQTFRIICQLEPYTEEHGMNLCRRSILGLVKYPNFIDTLTNPACLGTRPTSLRQLQASHWHPPKGLYRCDESLFDWLLSPLDNEEKARFMSYQHADDKHGKTQFKSFDCSIMELADDIAYGIHDLEDAIVMKMVTSEAFTASVSEPLVALGIPWLSDMMPSLTQRLFSERHHERKNAIGALVNSFITAIVIEQNHEFHHPLLRYQAVMPSLHHAALALFKDFVFQKVISKTEVQLLEYKGQQTVMELFEAFSAEPERLLPDNTRSRWRKAQEHDNGHRVIADYISGMTDEFASRLYASLFLPKQTAQFDGFS	PGPT0021495_1289	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PURINE_METABOLISM,PGPT0021495-dgt-K01129	NA	NA
AK237_00157	1005	msrP	COG2041	Protein-methionine-sulfoxide reductase catalytic subunit MsrP	ATGTCTGAACGCTTTAAACCCTCTGTGAAATTGAAAGATAATGATGTCACCGATGAATCTGTGTACCGGCAGCGACGTCAGCTATTAAAATCAATGGGATTTATTGGCGTGGGCAGTTTACTAAGCCAGAAAGCATCAGCATTCGACTGGTTTAGTAGTGACGATGAAAAACCAACTTTTCAGGTATCCCCCCTCACCTACACCGAAAATGACAACTATCGAACCAGTGAGGCACTTACGCCCTACGACAAAGTTAAAAGCTTCAATAACTTTTATGAATTCGGCACGGACAAGAGCGATCCGGCAGACAATGCGCAGCAATTTGACGTTGATCCGTGGCAGCTTGAAGTCAGCGGTCTGGTCGAAAAGCCGTTCACGCTACAATACGATGATTTGTTTAAACGTTTCGCGCTGGAAGAACGCATTTATCGCCTGCGTTGTGTAGAAGCATGGTCTATGGTTATCCCGTGGGTAGGATTTCAACTGAGCCACATCCTCGCGGCAGCCCGTCCTCTTTCAAGTGCAAAATATATCGCATTTGAAACCTTATATTCGCCAAAACAAATGCCCGGACAAAGAAGTCGTTTCACGGGTGGCGGTATAGATTACCCTTATGTGGAAGGTCTGCGTATTGACGAAGCTATGCATCCACTCACGATGCTGAGTGTCGGTGTATATGGGAAAACGCTCCCCCCTCAAAATGGTGCCCCCATCCGCTTAGTTGTGCCCTGGAAATATGGCTTTAAAAGTATCAAATCCATCGTGAAAATTCGGTTGACCGACAAAGAACCACCTACAACATGGAAACGTTTAGCCCATCAGGAATATGGGTTTTATGCCAACGTCAACCCAGCAGTGGACCATCCAAGATGGAGCCAGGCAAGTGAACGGCGCATCACCAGCGGAGGATTGTTCAATCAAAATCGCATCCCCACGCAACCCTTTAACGGTTACAGCGAGGTAGCGTCCTTATACAGCGGCATGGATTTGACGAAAAACTACTGA	MSERFKPSVKLKDNDVTDESVYRQRRQLLKSMGFIGVGSLLSQKASAFDWFSSDDEKPTFQVSPLTYTENDNYRTSEALTPYDKVKSFNNFYEFGTDKSDPADNAQQFDVDPWQLEVSGLVEKPFTLQYDDLFKRFALEERIYRLRCVEAWSMVIPWVGFQLSHILAAARPLSSAKYIAFETLYSPKQMPGQRSRFTGGGIDYPYVEGLRIDEAMHPLTMLSVGVYGKTLPPQNGAPIRLVVPWKYGFKSIKSIVKIRLTDKEPPTTWKRLAHQEYGFYANVNPAVDHPRWSQASERRITSGGLFNQNRIPTQPFNGYSEVASLYSGMDLTKNY	PGPT0013075_366	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-SULFOXIDE_REDUCTASES,PGPT0013075-msrP|yedY-K07147	NA	NA
AK237_00158	615	msrQ	COG2717	Protein-methionine-sulfoxide reductase heme-binding subunit MsrQ	ATGAAAACACTTTTATCCCGCCCTGTCAGGTTAACACGATTACAGGTTAACCTGATAAAGTGCATGGTACATCTTTTGTGCACCGGTTATCTGGGCTTGCTCTTTTGGGCAGGGATCAACGATAACCTTGGCGCCGATCCCGTCGAGGCACTCTTACATGGCTCTGGCATCATGGGATTGAATATTCTGGTTTTCACCATTACCCTTTCGCAACTAGCCAAGAGAATACCCTGTGGCGATATCATAAAGCTCCGTCGCTTGTCCGGGATCTATGCTTTCATCTATGCACTCAGTCACTTTTTTACGTACGTCGCTTTTGAGCTCCAGTTTAATTTAGTCTTAGTCACTGAGGAAATCATCAAAAGGCCCTATATCTTAGTGGGCTTTGTGGCGTTAATTATTCTGCTTTTATTAACCCTGACGTCTCCAATGAATGTGAGACGTTGGATGAAAAAGCGTTGGCAGTCGCTTCACAATTACGTCTATCTGGCACTTATATTGGTGGTATTGCATTACACATGGTCATTAAAAACAGCATGGCAAGAACCCGTATTCTATTGGGTAATCGCTGGCGTCCTTGCGGCACTTCGATTTACACCTTTAGGTAAAAGATAA	MKTLLSRPVRLTRLQVNLIKCMVHLLCTGYLGLLFWAGINDNLGADPVEALLHGSGIMGLNILVFTITLSQLAKRIPCGDIIKLRRLSGIYAFIYALSHFFTYVAFELQFNLVLVTEEIIKRPYILVGFVALIILLLLTLTSPMNVRRWMKKRWQSLHNYVYLALILVVLHYTWSLKTAWQEPVFYWVIAGVLAALRFTPLGKR				NA	NA	NA	NA	NA
AK237_00159	360			hypothetical protein	ATGACTTATTCAAATAATGTAATTCAACTTAGCTTTGCATTCGACGGTGCGCCCAAAGAAGTATCCCGCCCTCGTGGTTGGTCATATTTACTGGCAGAATCTGTAGCCTTCAAAAAAGACGTACCGCACAGTATTCGTATGCAGAAGCCCGCCGAAGAACAGGTGCCCGCCTGGATCTCCCGGCTCATTGTATCTGGTCAATGTAAAACCATTTATGTTGAGAATCTCGCGCTAGACGACCAGCAGCGAACGGTTATTCAACAATTGTGTCGACGTTATGCAGTGTCGGTTGTTAATTTGAAAGTCACCAACGATGAGAAAAACACTCAGCACAAGAATGTTGTCGTCGGGCCTTGGTGA	MTYSNNVIQLSFAFDGAPKEVSRPRGWSYLLAESVAFKKDVPHSIRMQKPAEEQVPAWISRLIVSGQCKTIYVENLALDDQQRTVIQQLCRRYAVSVVNLKVTNDEKNTQHKNVVVGPW				NA	NA	NA	NA	NA
AK237_00160	468			hypothetical protein	ATGGAATGTTACTGCAGAAGCAAGAAAGCATATACGCAATGTTGTTCACCATTTATTGAAACGGAAGAACAGGCGAAAACAGCTGAACAATTAATGCGATCACGGTATTCAGCGTATGTCCTTGGTCGTTACGATTACGTACTCAACACGTATACGAAAGCAAAGCAGTCAACGCTAAGTACCGATATGCTGGCAGACGGTGCAAGCCAGACAACCTGGCTCCACTTAGATGTCATCCGCGTGACGTACAATGAAGTCGAATTTAAGGCCTGGTATTTTGAGCAACGAAAAGTTGGGCTGTTGCACGAAAGTTCGTCCTTTATTCTCGAAGACAACACGTGGCGTTATGACACAGGCGTTTTGCACGACGATACCGGTTTCGTCAAAATAGGCAGAAACGACAGCTGTTTTTGTCGAAGTGGTAAAAAATTTAAACAGTGCTGTCAGCGCAAACAGTCACGGCGCTAA	MECYCRSKKAYTQCCSPFIETEEQAKTAEQLMRSRYSAYVLGRYDYVLNTYTKAKQSTLSTDMLADGASQTTWLHLDVIRVTYNEVEFKAWYFEQRKVGLLHESSSFILEDNTWRYDTGVLHDDTGFVKIGRNDSCFCRSGKKFKQCCQRKQSRR				NA	NA	NA	NA	NA
AK237_00161	801	ygiD	COG3384	4,5-DOPA dioxygenase extradiol	ATGAATTCAAAGCCTTCCAATATTATTTATCTGTCCCATGGTGGCGGCCCGTTTCCTCTTCTTGGTGAGCCATCACATCAGCAAATGGTGGCCCAACTGACTTCAATCGCGTCTGCGATCAGCGTGCCCAAACGCATTCTACTGATTAGCGCACATTGGGAAGAAACCGCTTTTAGCATCACAGGTGGCGTAACCCCTTCGTTGATCTACGATTACTATGGCTTTCCTGAGGAGGCTTACCGTATTAATTATCCTGCGCCGGGTGACCCGTTGTTTGCGCAAGCCGTTGCGCGAGGTGTGTGGGAAGCGGGAATAAAAATAAGCGTAGATGAAACACGAGGGTTTGATCACGGTATGTTCGTACCTTTGACGATCATGTATCCCCAGGCATCGATACCAACGGTGCAATTGTCTTTGAGTCAATCGCTGGATGCGAGTATGCACCTACGGTTAGGCGAGGCGCTCGCCAATGTCGATTTGTCCGATACACTAGTGATTGGCTCAGGATTCTCATTTCATAATATGAAGGCTTTCTTTAAACCTGTTCCTGGCGCAGATGAAATGAATAATGCATTTCAGGATTGGCTTTCACAGGTGATGACAAAGGGTAACGTCAGTGAGGATGAACGCGCTTATCAATTAGCGAATTGGGAAACAGAAGCCCCTAACGCTCGCTTTTGTCACCCCAGAGAAGAGCACCTGTTACCGCTGCATGTGTGCTATGGACTTGCCGGGGAAAGTGCGAAACATTCATACCAGGTGCTCATCGCTGGCAAACTCGCAACGACTTTTGTTTGGTAG	MNSKPSNIIYLSHGGGPFPLLGEPSHQQMVAQLTSIASAISVPKRILLISAHWEETAFSITGGVTPSLIYDYYGFPEEAYRINYPAPGDPLFAQAVARGVWEAGIKISVDETRGFDHGMFVPLTIMYPQASIPTVQLSLSQSLDASMHLRLGEALANVDLSDTLVIGSGFSFHNMKAFFKPVPGADEMNNAFQDWLSQVMTKGNVSEDERAYQLANWETEAPNARFCHPREEHLLPLHVCYGLAGESAKHSYQVLIAGKLATTFVW				NA	NA	NA	NA	NA
AK237_00162	582			hypothetical protein	ATGCGCGTCAATAAGACAAGTACACCGCCATTGTGGATAGAGCGACTCCAGAAAAGTCTCCAGAACAGCAAGGATTTACCTGAGAGTAGGTTTATTCAAGTGGCAACATGTGATCCTGACGGGTTTCCTCAAAATCGTACGCTTGTTTTTCGTTATGTTGATACTGCCAGTGGGATCCTCAGTGTGATTTCTGATCTGAGAACGTCGAAAATCGACGAATTGAATGCCAATCCCAGGGCGGGAATTTGCTGGTATTTTACTCAAAGTCGAGAGCAATTCCGTTTTCAGGCGATGACACACATTGTTACTCATGAGGCACAACCGGAAACATTACGAAAAGCATGGGAAGAATTGTCTACGCAGGGAAAGAAACAATTTCTATGGGGGACACCCAAAGCGGCCAGGCAGGATAACAAACCGCTGCGTTCTTTGGGTGATATCAAAGCTGTTCCTGCACATTTCTGCAAACTCGACTTCGTCATCGAAGCCGTTGACTATTTAAATTTAAAAGCGAATCCGCAATATCGGGAATTACACAGAAAGACAAACAATGGGTGGGAAGTCGACGCTGTCATTCCATAA	MRVNKTSTPPLWIERLQKSLQNSKDLPESRFIQVATCDPDGFPQNRTLVFRYVDTASGILSVISDLRTSKIDELNANPRAGICWYFTQSREQFRFQAMTHIVTHEAQPETLRKAWEELSTQGKKQFLWGTPKAARQDNKPLRSLGDIKAVPAHFCKLDFVIEAVDYLNLKANPQYRELHRKTNNGWEVDAVIP	PGPT0009115_3950	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-VITAMIN_B6|PYRIDOXINE|PYRIDOXAL|PYRIDOXAMINE_BIOSYNTHESIS,PGPT0009115-pdxH-K00275	NA	NA
AK237_00163	771	ycfH	COG0084	putative metal-dependent hydrolase YcfH	TTGTACGTAGATTCTCATTGTCATCTCGACCGTTTGAAGCTTTCCGATAGTGAGTTAGAGGAAACGCTTAAATTTGCCAGACAGCGAGGAGTAGAGCACTTCCTCTGTGTATCGGTGTCAGTAAAAGATTACGATGAGATGTACGAGAAGGTAAAAGCGTTCCCGGATGTGTCTGTTTCCTGTGGCGTGCATCCTCTGCATCAGGAAGATGCATGTGATTATGAAACCTTACTGGCAAAAGCATCGCGTCCCGAGGTGGTGGCTATTGGCGAAACAGGGTTAGATTATTTCTATAGCGCAGATACCAAAGATGTTCAGTTGGCTTCGTTTATTGACCACATAAAAGTTGCCAACGTACTCAAAAAACCCTTAATTATTCATACCAGAGACGCAAGACAAGACACCTTAGCCCTCTTAGCTGAATATAAAGATCCAGAGACAATAGGCGTACTTCATTGCTTTACCGAAAGCCTTGAAATGGCTGAAGCTGCCATCGAAATGGGTTTTTATGTGTCTATTTCCGGTATTGTCACGTTTAACTCTGCAGATGAGTTAAGAGAAGTCGTTAAAGCGCTTCCTCTTGATCGCCTTCTCATTGAAACAGACTCTCCCTGGTTAGCGCCAGTACCGCATCGAGGGAAGCAAAACCAACCCGGGTATGTGGTTGAAGTCGCAGAGTTTATCGCTTCGATTAAGGGCATTAGTGTGGATGCATTAGCCAGACAAACAACTGAAAACTTTTATCGGTTATTCCACCATGCGCGTCAATAA	MYVDSHCHLDRLKLSDSELEETLKFARQRGVEHFLCVSVSVKDYDEMYEKVKAFPDVSVSCGVHPLHQEDACDYETLLAKASRPEVVAIGETGLDYFYSADTKDVQLASFIDHIKVANVLKKPLIIHTRDARQDTLALLAEYKDPETIGVLHCFTESLEMAEAAIEMGFYVSISGIVTFNSADELREVVKALPLDRLLIETDSPWLAPVPHRGKQNQPGYVVEVAEFIASIKGISVDALARQTTENFYRLFHHARQ				NA	NA	NA	NA	NA
AK237_00164	891			hypothetical protein	ATGATGCTTCCCTGGCTTTCGGCACATTATCAGCAGTTTGTTGCGCGCATGCGTCAAAGAACGTTGCATCATGCATTAATGCTATCCGGCCCGGCAGGCTTGGGTAAATATGTACTCGCTGAGCAGTTAGCAAAAACGCTCTTGTGCAAACAGCCAACGGTGCAGGGAAGTTGCGAGCAATGTCAAAGCTGTCAGCTATTCGCAGCGGGCAATCATCCCGATTTTCATCAACTGGTTAGCGACAAGCAACTTGGTGTTGATGCCATCAGATCAGGTATCAGCAAGCTTTCGGGTACAGCGCAGTTAGGGAACAACAAAGTACTGATCATTCCTAACGCAGACACCATGACGGAAGCGGCATCGAATGCATTACTCAAGACCCTTGAAGAACCAACGACGAATACCTATTTACTGTTACTGACAAGCAAAAAGACAGCTTTGTTGCCCACTATATTAAGTCGATGCGAAAAGCACGACCTGCGGCTGCCGAATGAGCAACAAATCATTCAATGGCTTGCAGAGCAGGGCTTTGAAAATGTGTCTGCCGCTACATTGAAAGCGTACGGCTATTCGCCTTTTATCGTAAGGAATAGCCTTGCGGAGGAAACCGCGGGATTCGCGTATCAGGATTATCAACAGGGCTTATCCGGGTTGATGGCCGGTGCCGAAAGCCCGCGAAGTTTAGGGGTGAAATGGCAGGAACACGCCGCTCAGGTAGTGAAGTGGTTGCAAATTGAAGCACACGAAAAATACACGCAAACCCTAAGCAGTAAAGATTACAAAGCATGTGTTGTGTGTCAGCAAGTAGCTAAGCAGCTTTTGCATCCGGGTATAAATAAAACTGTGGTTCTAGCCGGTGTGCTTGACGTTTTTTTAGTTAATCCAATTTAA	MMLPWLSAHYQQFVARMRQRTLHHALMLSGPAGLGKYVLAEQLAKTLLCKQPTVQGSCEQCQSCQLFAAGNHPDFHQLVSDKQLGVDAIRSGISKLSGTAQLGNNKVLIIPNADTMTEAASNALLKTLEEPTTNTYLLLLTSKKTALLPTILSRCEKHDLRLPNEQQIIQWLAEQGFENVSAATLKAYGYSPFIVRNSLAEETAGFAYQDYQQGLSGLMAGAESPRSLGVKWQEHAAQVVKWLQIEAHEKYTQTLSSKDYKACVVCQQVAKQLLHPGINKTVVLAGVLDVFLVNPI				NA	NA	NA	NA	NA
AK237_00165	618	tmk	COG0125	Thymidylate kinase	ATGTCAGGAAAGTTTATTGTCATTGAGGGCCTGGAAGGGGCCGGTAAAAGTTCAGTTATTCAGGTTGTTCAGCAATTTATTGAGAATCGTGGTGAAACCTGTGTTTGCACGCGAGAGCCTGGCGGCACCCCCATGGCTGAAGCGATCCGGGAATGTGTAAAGCAGGATTGGCAGGAAGACGTTGCTGAAGAAACCGAGCTAATGCTCATGTACGCTGCACGTCGCCAGTTACTCGTTAACGTGATACAACCTGCTTTGCGTGCAGGACAGTGGGTACTTGGAGACAGGCACGATATGAGCTCTCTTGCCTATCAGGGGGGTGGCCGTCAAATACCTGAAGACAAATTAATGGCGCTAAGGGATATGTGCTTACAAGGGTTTGAACCCGACTTAACGCTGTATTTAGACGTAGATCCTGAAGTGGGCCTGCAGCGTGCGCGAGGCCGGGGTGAACTGGACAGAATAGAGCGCTCCGGATTGGCATTTTTTGAGCGTACCCGTGATAAGTACCTGTCTTTGGCTCACGCTTCGCCGACAACACATATTGTGAATGCTATGCAGTCGATGGAGCAGGTGCACGCCGATGTTGTCGCCATGCTAGAGGCACAGCTGGCATGA	MSGKFIVIEGLEGAGKSSVIQVVQQFIENRGETCVCTREPGGTPMAEAIRECVKQDWQEDVAEETELMLMYAARRQLLVNVIQPALRAGQWVLGDRHDMSSLAYQGGGRQIPEDKLMALRDMCLQGFEPDLTLYLDVDPEVGLQRARGRGELDRIERSGLAFFERTRDKYLSLAHASPTTHIVNAMQSMEQVHADVVAMLEAQLA	PGPT0021395_4824	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021395-tmk-K00943	NA	NA
AK237_00166	1020	mltG	COG1559	Endolytic murein transglycosylase	ATGAAGCGTCTTATTAGTGTGTTAGCGATTACGTTCGCTTTTTTGGCCTTTGTGAGCGCGGCGTGCTTTTGGGGGTTAAAAGTCCTCAATGCACCACTCGCCATTGAAAAAGCAACATTGTATGCTGTTCCTCAGGGGAGTTCGTCGACATCGGTGATTAAAGAGCTCAATCACCAACACTATTCCAGTGTTCCGCTGATGTTAGCAAAGGTGTGGTTGAAATTTGACCATGCCGCTCGTTCAGTGAAGGCGGGTACCTATGAACTTACACCCGGCATGTCTACGCTGGATGCACTCTATCTTTTCGCAAGTGGTGACGAGTATCAGTTTCAGCTTAGTCTTGTAGAAGGCTTAACGTTAAAACAATGGCTCATGCTTCTTAGAGCGGACGTAAATTTGGTTCAAAACGTGGCCGATAGTGGCGCGCTGGAAACGGTTGAGCTGACTTTACCGGGGTTCACTAATGGCACTTATCCTGAAGGATTGTTTCTCGCCGATACTTATCATTACACAGCAGGTACATCGGTGTTAGACATTTTGATGCGAGCGCACCATGCCATGGTGGATTATGTACAAACTAAGTGGAATGAACGCGCTCCTGGCTTGCCTTATCAATCTCCCTACGAAGTGCTGATAATGGCTTCTATTATTGAAAAAGAGACGGCTGTCGCTGATGAGCGGCCGTTAATTGCAGGTGTTTTTGTTAATCGCTTAGAGCAAGGTATGCGTTTGCAAACCGACCCTACGGTAATTTATGGGTTGGGCGAAAGTTTTGATGGTAATCTTACTCGCCAACACTTACGCGAGAAAACACCTTTTAATACGTACACCATGAAAGGGCTTCCTCCCACGCCCATTGCGATGCCGGGGAAAGCTGCAATTGATGCAGCCTTGAGTCCTGCGTTAACAGACGCGCTGTATTTTGTATCCCGGGGGGACGGTACCCACGTTTTTTCCGCAACACTTGATGCGCACAATCAAGCTGTCGATCAGTATCAACGTAATAAGAATCAAAAATAA	MKRLISVLAITFAFLAFVSAACFWGLKVLNAPLAIEKATLYAVPQGSSSTSVIKELNHQHYSSVPLMLAKVWLKFDHAARSVKAGTYELTPGMSTLDALYLFASGDEYQFQLSLVEGLTLKQWLMLLRADVNLVQNVADSGALETVELTLPGFTNGTYPEGLFLADTYHYTAGTSVLDILMRAHHAMVDYVQTKWNERAPGLPYQSPYEVLIMASIIEKETAVADERPLIAGVFVNRLEQGMRLQTDPTVIYGLGESFDGNLTRQHLREKTPFNTYTMKGLPPTPIAMPGKAAIDAALSPALTDALYFVSRGDGTHVFSATLDAHNQAVDQYQRNKNQK				NA	NA	NA	NA	NA
AK237_00167	807	pabC	COG0115	Aminodeoxychorismate lyase	ATGACAGAAATTGTCTCTCAGGACCGTGCATTTCAATATGGTGATGGGTTGTTTTCAACCATGCATATTGAAAACGGAAAGGTAGGCTTGTGGCGTTTTCACAGGGCTCGCCTTCTTAGTGATAGTGCCCGGTTATTGTTACCCATTGATATCGACACCGTTGAGCGAAACGTCGAAGAAGCTGCGATGGAGTGTCAACAAGGTGTCCTTAAAGTTCACATATCTTCGGGAAGTGGTGGCCGCGGTTATCAGCGACCGAAACAAGCGAAAGCCCTTGTCCGGCTGTCAACGTTTGATCTGCCTCTACATTATGCACAATGGCAAAAGGCAGGTATATCTGTCGACATCAGCCCCGTCAAACTCGGCCTTCAGCCTCTGTTAGCGGGCATTAAGCATATTAATCGTTTAGAGCAAGTGCTAATCAAGCAACACATTAGAAAAGACGATGCGATAGTGTGCGATATTAATAACAATGTTATTGAAGGTAGTGCGAGCAATTTATTCTGGCAGGTTGATGGGAAGTGGTTTACGCCATCGTTAACGCATTGTGGTGTGGAAGGCGTATTTCGGGCATTTGTTGTGGATTTACTCATGCAACTAGGTCACCCAATAGAGATAGGGACATTCACACTGTCGGATTTACAGCAAGCAAGCAGTGTCTTTATGTGTAATGCGCTCATGCATGTGGTGCCCGTGCACGCCATTTGTTTTGAAAACCATACGCAACATTACGACGTAACCAGCTTATCGGATTTTCAAACACAAGTTAAACACGCCTACGTGAGGGAAAATGAAGCGTCTTATTAG	MTEIVSQDRAFQYGDGLFSTMHIENGKVGLWRFHRARLLSDSARLLLPIDIDTVERNVEEAAMECQQGVLKVHISSGSGGRGYQRPKQAKALVRLSTFDLPLHYAQWQKAGISVDISPVKLGLQPLLAGIKHINRLEQVLIKQHIRKDDAIVCDINNNVIEGSASNLFWQVDGKWFTPSLTHCGVEGVFRAFVVDLLMQLGHPIEIGTFTLSDLQQASSVFMCNALMHVVPVHAICFENHTQHYDVTSLSDFQTQVKHAYVRENEASY	PGPT0008020_1564	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-VITAMIN_B9|FOLATE_METABOLISM,PGPT0008020-pabC-K02619	NA	NA
AK237_00168	1245	fabF	COG0304	3-oxoacyl-[acyl-carrier-protein] synthase 2	GTGACAAAACGTCGCGTAGTAGTTACTGGTATGGGTATGCTTTCACCATTAGCTTCATCTGTTGAAGGTACGTGGAGCCGCCTGTTAAAAGGTGAAAGTGGTATCGGTGACATCACCTTATTTGATTGCAGTAACTATTCCACTCGTTTTGCCGGTCAAGTCGACGATTTCGACCCGCAAGATTACATCGAAAAAAAAGAAGCAAAAAAGATGGATCGGTTTATTCAGCTGGGTATTGCAGCGGGTAAACAAGCATTGGCTGATTCAGGTTTAGCAATTACTGAAGAAAATGCACACCGTGTAGGTGTCGCGATTGGTTCAGGTATTGGCGGTCTTGAGCAAATCGAGCAAAACCATACAAAGTTGGTAAACAGCGGGCCTAAGCGCGTATCTCCTTTTTTTGTTCCTTCCACAATTACCAACATGATTTCAGGCTTTTTGTCTATCATGGAGGGGTTGAAAGGTCCTAACTTAAATATCGTAACGGCCTGTACTACGGGTGTTCACAATATTGGCGTCGCCGCACGTACCATCGCGTATGGTGATGCAGATGCCATGTTGGCGGGTGGGGCGGAAGCATCTATTACGCCATTGGGTATTGCTGGCTTTGCAGCAGCCAGAGCGTTATCTTCAAATAACGATGCGCCACAACAAGCGAGTCGTCCATGGGATAAAGACCGTGATGGTTTTGTCATGGGTGAAGGTGCGGGTGTGATGATGCTTGAATCTTACGAATCAGCAGTAGCGCGCGGCGCAACCATTTATGCCGAATTGGTTGGGTTTGGGATGAGCGGTGACGCTTATCACATGACTTCTCCGCCTGAAGATGGTGATGGTGCTGCACGTTCTATGGAAAACGCATTAATTGATGGCAACATCAAGCCTGAAGAAATTGGTTATATCAATGCCCACGGCACGTCGACGCCAGCTGGTGATATTGCCGAAGTCGCAGCGGTTAAGCGGGTTTTCGGCGAACATGCTCGTGACGTGTTGGTGAGTTCAACGAAATCTATGACTGGACACCTGTTAGGTGCAGCAGGTTCTGTTGAAGCCATTTTCACGATACTTGCGTTACGAGACAAAATGGCACCGCCAACTATCAATTTAGATAATCCTGGTGAAGGATGTGACTTAGATTTTGTTCCGCATACGGCAAAAGCCTTCACGTCTTCACTTGCATTATGTAACTCTTTTGGTTTTGGTGGGACAAACGGCTCATTGGTATTTAAACGTCTTGACGATTGA	MTKRRVVVTGMGMLSPLASSVEGTWSRLLKGESGIGDITLFDCSNYSTRFAGQVDDFDPQDYIEKKEAKKMDRFIQLGIAAGKQALADSGLAITEENAHRVGVAIGSGIGGLEQIEQNHTKLVNSGPKRVSPFFVPSTITNMISGFLSIMEGLKGPNLNIVTACTTGVHNIGVAARTIAYGDADAMLAGGAEASITPLGIAGFAAARALSSNNDAPQQASRPWDKDRDGFVMGEGAGVMMLESYESAVARGATIYAELVGFGMSGDAYHMTSPPEDGDGAARSMENALIDGNIKPEEIGYINAHGTSTPAGDIAEVAAVKRVFGEHARDVLVSSTKSMTGHLLGAAGSVEAIFTILALRDKMAPPTINLDNPGEGCDLDFVPHTAKAFTSSLALCNSFGFGGTNGSLVFKRLDD	PGPT0008360_4364	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	ROOT_COLONIZATION	ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_METABOLISM	ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_BIOSYNTHESIS,PGPT0008360-fabF-K09458	NA	NA
AK237_00169	240	acpP	COG0236	Acyl carrier protein	ATGAGTAACATCGAAGAGCGCGTAAAAAAGATCATCGTAGAACAGCTGGGCGTTAAAGAAGAAGAAGTAAAAGCTGAAGCTTCCTTCGTAGATGATTTGGGCGCAGATTCACTCGACACTGTTGAGCTGGTTATGGCTTTAGAAGAAGAGTTCGATACTGAGATTCCTGATGAAGAAGCAGAGAAGATCACTACCGTTCAGTCTGCTATTGACTACATCAACGCAAATAAAGACGCATAA	MSNIEERVKKIIVEQLGVKEEEVKAEASFVDDLGADSLDTVELVMALEEEFDTEIPDEEAEKITTVQSAIDYINANKDA	PGPT0011375_5311	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0011375-acpP-K02078	NA	NA
AK237_00170	741	fabG_1		3-oxoacyl-[acyl-carrier-protein] reductase FabG	ATGAGCCAACTATCTGGAAAAATTGCCTTAGTGACAGGCGCAAGTCGTGGTATTGGTAAAGCGATTGCGCAAACACTGGCCGAACAAGGCGCAACGGTTATTGGTACGGCTACCAGTGAATCGGGTGCATCGGCTATTTCTGATTATTTGTCAGCAAATGGCGGAAAAGGGTTCGCATTGAATGTTACAGATAAAGCATCTGTGGAAACTGTGTTAAAATCGATTACCGACGAATTTGGCGGTATCGATATTCTTATCAATAATGCGGGTATCACACGTGATAACTTGTTGATGCGCATGAAAGATGATGAATGGCAGGACATTATTGACACAAACCTTTCTTCTATTTTCACGCTGTCTAAAGCGGTTTTACGTGGCATGATGAAAAAGCGTTATGGGCGTATTGTGAATGTGGGTTCTGTGGTAGGTAGTGCAGGGAACGCTGGTCAGGCTAACTACGCTGCTGCTAAAGCAGGTGTAATTGGTTTTTCTAAGTCAATGGCTCGTGAAGTAGCCTCGCGTGGTATTACTATCAATGTGGTAGCGCCGGGCTTTATCGATACAGATATGACGAAAGCATTGACAGATGACCAGCGAGAGGCGATCTTTAAGGACATCCCGGCAAATAGACTGGGTGCACCTGAAGAAATTGCTTCCACGGTTGCTTTTTTAGTCAGTGATGGCGCTGCTTATATCACTGGTGAAACCATCCATGTAAATGGTGGAATGTATATGAATTAA	MSQLSGKIALVTGASRGIGKAIAQTLAEQGATVIGTATSESGASAISDYLSANGGKGFALNVTDKASVETVLKSITDEFGGIDILINNAGITRDNLLMRMKDDEWQDIIDTNLSSIFTLSKAVLRGMMKKRYGRIVNVGSVVGSAGNAGQANYAAAKAGVIGFSKSMAREVASRGITINVVAPGFIDTDMTKALTDDQREAIFKDIPANRLGAPEEIASTVAFLVSDGAAYITGETIHVNGGMYMN	PGPT0003180_16405	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
AK237_00171	924	fabD	COG0331	Malonyl CoA-acyl carrier protein transacylase	ATGACTCGTACAGCCTGCGTTTTTCCGGGACAAGGCTCTCAATCTGTTGGTATGTTAAAAGAGCTTGCAGATGCACATCCTGTTGTTATTGACACCTTCAAAGAAGCGTCTGATGTATTAGGTTATGATTTGTGGGATCTGGTGCAAAATGACACCGACGGCAAGTTAAATGAAACGCATGTTACGCAACCCGCATTGTTAACGGCAAGCGTTGCTATTTGGCGCGTGCTTCAGGATAAGGGTATTGACGTTGATTACCTGGCTGGCCATAGCTTAGGTGAGTATTCTGCATTAGTTTGTGCTGGTGCATTGGAATTTGCTGACGCCGTGAAGCTGGTTGAAGCGCGTGGTCAGTTTATGCAGCAAGCTGTGCCTGCCGGCGCTGGTGCCATGTTTGCCATTATTGGTTTAGATGACGACACGATTGCTGAATGCTGTCAACAAACCGCCATTGCGACGGGTGAAGTGGTGTCGCCAGTGAATTTTAATTCTCCTGGTCAGGTTGTTATTGCCGGCGAAAAAGCGGCAGCAGAACAAGCCGCTACAGCATGTAAAGAGGCTGGCGCTAAGCGAGCGTTACCGCTTGCTGTTAGCGTACCTTCGCACTGCGAGCTGATGCGTCCTGCTGCTGATCAGCTGGATGATGCACTTGCCGCCATTACGATTCACACGCCGGCTATTCATGTCGTCAACAACGTTGATGTAAGCGTTGAATCTTCAGCCGAAGCAATTAAAGACGCATTAGTTCGTCAACTATATTGTCCTGTGCAGTGGACGCGCACGGTTGAGTTTCTGGCTGCGCAAGGTGTTGAAAATATTATCGAAGTGGGTCCGGGTAAAGTATTAACCGGGCTTACCAAGCGTATAGATAAAGCATTAAGCAGCGTCGCGGTGAATACACCAGACACGTTAGATGCGCTTTAA	MTRTACVFPGQGSQSVGMLKELADAHPVVIDTFKEASDVLGYDLWDLVQNDTDGKLNETHVTQPALLTASVAIWRVLQDKGIDVDYLAGHSLGEYSALVCAGALEFADAVKLVEARGQFMQQAVPAGAGAMFAIIGLDDDTIAECCQQTAIATGEVVSPVNFNSPGQVVIAGEKAAAEQAATACKEAGAKRALPLAVSVPSHCELMRPAADQLDDALAAITIHTPAIHVVNNVDVSVESSAEAIKDALVRQLYCPVQWTRTVEFLAAQGVENIIEVGPGKVLTGLTKRIDKALSSVAVNTPDTLDAL	PGPT0008350_4364	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
AK237_00172	966	fabH1	COG0332	3-oxoacyl-[acyl-carrier-protein] synthase 3 protein 1	TTGAGCAATTATTCACGAATTATCGGGACCGGCAGTTATTATCCAAGTGAAGTGCGTACCAACGCCGACCTTGAATTAATGGTCGATACCAGTGACGAATGGATCACTGACCGCACAGGCATTAAAGAAAGACGAATTATCGGCGCGGATGAAACCGCTGCCACCATGGGGGCTGAAGCCAGCCGTCATGCGATTGAAGCCGCAGGAATCGATCCTAAATCCATTGACATGATTGTCTGTGCCACCACGAGTGGACGCTACGCTTTACCGAGTACGGCGTGCGAAATTCAGCGTATTTTAGACCTTGATGGGATCCCTGCCTTTGACGTAGCAGCAGCTTGTGCTGGTTACTGCTATGCGTTAAGTGTTGCTGATCAGTACATTAAGACCGGCATGGCCAAACGTATTTTGGTTATCGGCACCGACTGTTTAAGTCGGCTAGTTGACCCTAACGATCGCTCCATGATTATTTTATTTGGTGATGGTGCTGGGGCTACCCTCATTGAAGCAAGCGATGAACCAGGTATTCTTTCCACCCACATACACGCGGCAGGCTCTTACGGAGACTTACTCTACGTAGGCAATCCTACTCGCGGTGATGAAGCCTCAGCGCATGAAAACTGGGGGGTGATGAAAGGAAATGAAGTATTTAAGGTGGCGGTCACTAAGCTATCAGAAACCGTGTTAAATACGCTCAAAGCCAACAATATGGAAAAATCGGACCTGGATTGGTTAGTACCGCATCAGGCAAATTTCCGTATTATTAAAGCAACGGCCAAGAAGTTGGATATGTCGTTAGATCAAGTAGTGTTAACGCTTGAGAAATACGGCAACACCTCTGCCGCTACCGTACCCACCGCGTTGGATACGGCTATCAGAGATGGTCGTATTAAACGAGGCCAAAACTTATTGCTTGAAGCTTTTGGTGGCGGATTTGCTTGGGCATCGGCTCTGGTTCGATATTAA	MSNYSRIIGTGSYYPSEVRTNADLELMVDTSDEWITDRTGIKERRIIGADETAATMGAEASRHAIEAAGIDPKSIDMIVCATTSGRYALPSTACEIQRILDLDGIPAFDVAAACAGYCYALSVADQYIKTGMAKRILVIGTDCLSRLVDPNDRSMIILFGDGAGATLIEASDEPGILSTHIHAAGSYGDLLYVGNPTRGDEASAHENWGVMKGNEVFKVAVTKLSETVLNTLKANNMEKSDLDWLVPHQANFRIIKATAKKLDMSLDQVVLTLEKYGNTSAATVPTALDTAIRDGRIKRGQNLLLEAFGGGFAWASALVRY	PGPT0008355_5913	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	ROOT_COLONIZATION	ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_METABOLISM	ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_BIOSYNTHESIS,PGPT0008355-fabH-K00648	NA	NA
AK237_00173	1026	plsX	COG0416	Phosphate acyltransferase	TTGTCTAAGCTAACCATTGCGTTAGATATCATGGGGGGCGATCATGGTCCCCCTGTTATCCTTTCCGCCTCCCTAAAAGCCATCCGCAAGCACCCAGACTTTAAATTCATTTTGTGTGGTAAGCAGTCGCTTATTGAACCTGCATTGAACGATTTATTGCCTGAGCAGCGTGCGCGCGTCACAATTGAAAACTGTGAAGATGTTGTTGGTATGGGGGATGCCCCCGCGTTTGCACTTCGCAATAAAAAACAATCTTCTATGCGCCGTATAATCGAGCTCGTTGAATCGGGCGAAGCCCATGCTTGTGTGAGTGCAGGTAACACGGGCGCATTATTAGCGATGGCGTACTGTATTTTGAAAACGCTTCAGGGTATTGACCGACCAGCTTTGGTCTCTGCAATGCCGACGGCCAGTCACCACAAAGTTTTTCTTCTGGATTTGGGGGCTAACGTTAATTGCACTTCAGAAATATTATTTCAATATGGGGTGATGGGAAGCGTACTTGCCGAGCAAGTCTCCGGTATCGAAAGGCCGCGCGTGGCGTTATTGAATGTGGGTGAAGAAGACATTAAAGGCAATGCGCAGGTTAAAATAGCCGATCAGCTATTTCGTGAAGCAGAAGCACTGAACTATATCGGATATGTTGAAGGCGATGATATCTTTACTGACTATGCCGATGTGGTTGTGACAGACGGATTCACAGGCAATATTGCATTAAAGTCTACGGAAGGTTTAGCTAAGTTGGTTATTAACGAGGTAAAAAGGCAATCTCAAATGAACCTTTTGAGTCGTTTGATGGCCAGAATAGCGTTACCTCTGTTGAAAAGCATCTATAACAGGGTGAACCCCGACCAGTATAATGGAGCGAGTCTGTTAGGATTGCGCGGCATTGTAATCAAGAGTCACGGGAATGCATCCGCTGATGCTTTTTACTATGCGATTTACCAGGCAATGCAAGAAGCTAAAATGGGCATTCCTGGAAAAATAAAAAGTAAAATAGAAACGGTTTTGTTGGAGCAGCTTTGA	MSKLTIALDIMGGDHGPPVILSASLKAIRKHPDFKFILCGKQSLIEPALNDLLPEQRARVTIENCEDVVGMGDAPAFALRNKKQSSMRRIIELVESGEAHACVSAGNTGALLAMAYCILKTLQGIDRPALVSAMPTASHHKVFLLDLGANVNCTSEILFQYGVMGSVLAEQVSGIERPRVALLNVGEEDIKGNAQVKIADQLFREAEALNYIGYVEGDDIFTDYADVVVTDGFTGNIALKSTEGLAKLVINEVKRQSQMNLLSRLMARIALPLLKSIYNRVNPDQYNGASLLGLRGIVIKSHGNASADAFYYAIYQAMQEAKMGIPGKIKSKIETVLLEQL	PGPT0024410_1801	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-GLYCEROLIPID_REMODELLING	CE-REMODELLING_GLYCEROLIPID_ACYLTRANSFERASE_ACTIVITY,PGPT0024410-plsX-K03621	NA	NA
AK237_00174	171	rpmF	COG0333	50S ribosomal protein L32	ATGGCAGTACAACAAAATCGTAAAACACGCGCTAAGCGTGGTATGCGTCGTTCACACGATGCATTGACAGGCGCGACTTTGTCTGTCGATTCAACGTCGGGTGAAACACACCGTCGTCATCACGTAACCGCAGATGGTTACTATAAAGGCAAAAAAGTAATCGCCCGCTAA	MAVQQNRKTRAKRGMRRSHDALTGATLSVDSTSGETHRRHHVTADGYYKGKKVIAR				NA	NA	NA	NA	NA
AK237_00175	534	yceD	COG1399	Large ribosomal RNA subunit accumulation protein YceD	ATGCAGAAAGTGAAATTACCTCATACCGTCGACCCAGTGAAAAGCGCTGTAAAACGTTCCGATTATCGGGGTGTTATTGCAAGCAAGGATCTGAAGCGATTAAATGAAGCTGTTGTCAGCTGTGATGAATGGGTGAACGCCGAAGTACAGTTCGAAAAAGACGCGCAGGGTCTTACTGTCTTTCACGGTCACTTAAGCGCACAGGTAACACTTATCTGTCAAAGGTGTAATGGCGAGTTTCCACACTCACTTCATACCGAATTTTGTTTTAGTCCGGTGCAGGGACAAGATCAGGAATCGGAAGATGCATTACCCGAAGCCTATGAACCGGTAGAGGTCAACGACCACGGAGAAGTCGATTTACTTCAATTATTTGAAGACGAATTGATTATCTCATTACCTATCGTAGCCCTTCATGCAGAGGAGGAATGCGGCGTTGGTAAAGACGATATGACATTTGGTAAAATCAGTCCGGAACATGAGCGACCAAACCCTTTCGCGGTTTTGAAAGAACTTAAGCGAGACCAGGAGTAA	MQKVKLPHTVDPVKSAVKRSDYRGVIASKDLKRLNEAVVSCDEWVNAEVQFEKDAQGLTVFHGHLSAQVTLICQRCNGEFPHSLHTEFCFSPVQGQDQESEDALPEAYEPVEVNDHGEVDLLQLFEDELIISLPIVALHAEEECGVGKDDMTFGKISPEHERPNPFAVLKELKRDQE				NA	NA	NA	NA	NA
AK237_00176	627	yceF	COG0424	7-methyl-GTP pyrophosphatase	ATGTCTACACCTACCCGCTTTGTTCTCGCTTCTTCATCCCGATACCGGCAGGCACAAATGGCAGCATTGGGAATTAATGCAATTTGCGTGGCGCCTGATATTGACGAATCCCCTTGGGAGCATGAAGCACCGCAGGCTTTGGCGGAGCGCTTAGCTCAGGCAAAAGCGCAAAAGGTAGCGACACAGCACAAGGAATGCCTGGTAATTGCCAGTGACCAGGTCGCCTGGGTACAAGATGAAACCGGGAAAGGACACATTTTAGGCAAGCCGCATACGCACGCTAAGGCAATACAACAATTAACATTGTGCAGCGGACGCCTCGTGTCATTCTTCTCTGCATTAACCCTCATTGATACAAATTCACAACGTATCAGTACCCAAACCGACCGCACCGACGTGTATTTCAAAACATTATCGGCGCAACAAATCGACGCTTATCTGCATGATGAAACACCCTATGACTGCGCAGGCAGCTTTAAATCTGAAGGTAAAGGCGTGCTTTTGTTTGAACGAATCGAATCACGGGATCCGAATGCGCTTATTGGACTTCCCGTCATGTTACTGAGGGATATGCTGGCCGACTTTAAAATTGACCTGCTGCTACTCGCCACATCAATGGGCAAGTAG	MSTPTRFVLASSSRYRQAQMAALGINAICVAPDIDESPWEHEAPQALAERLAQAKAQKVATQHKECLVIASDQVAWVQDETGKGHILGKPHTHAKAIQQLTLCSGRLVSFFSALTLIDTNSQRISTQTDRTDVYFKTLSAQQIDAYLHDETPYDCAGSFKSEGKGVLLFERIESRDPNALIGLPVMLLRDMLADFKIDLLLLATSMGK				NA	NA	NA	NA	NA
AK237_00177	651		COG0546	5'-nucleotidase	ATGAAGTATAAATTTATTATTTTCGACTGGGACGGCACGCTAATGGATTCAGCGGCCAAAATTGTGAATTGTATGCAACTGGCCGCGAAGGTTTGTAACGTCCCGGTGCCCAGTGCAGACCAGGTTGGTCAAATTATTGGTATTAGTTTAAGGCCTGCTATCCAAACGTTGTTTGGCATAACTGATGAAGCCTTAACTGACAAACTGTTCGAAGCGTATAAACGCGCCTTTATAGAACAGGACGCCACACCCAGCCCGATGTTTCCTGGTGTTGAGGCTATGCTCACATCGTTAAAAGCAGAAGGGCGGGTGTTAGCGGTGGCAACGGGTAAGGCGCGAAGAGGGTTAGATCGGGCGTGGACAAATACGGGGACAGGCGCGTTTTTCAGCTACTCCCGCTGTGCTGACGACGCGGAATCCAAGCCGTCACCAGACATGATTCTACAGTTGCTGGAAGAAGCCAATGTAGCGACATGCGATGCCGTGATGGTGGGAGATACTACATTCGACATGCAAATGGCTCAATCAGCAGGGATAGCACGAATAGGGGTTTCTTATGGCGTACATGCGCAGGTACATTTAGAAAGCTTCGATCCGGAATGTATTGTACACAACGTAGAAGAATTAGCGCAGTATCTACTTGCCCATTGA	MKYKFIIFDWDGTLMDSAAKIVNCMQLAAKVCNVPVPSADQVGQIIGISLRPAIQTLFGITDEALTDKLFEAYKRAFIEQDATPSPMFPGVEAMLTSLKAEGRVLAVATGKARRGLDRAWTNTGTGAFFSYSRCADDAESKPSPDMILQLLEEANVATCDAVMVGDTTFDMQMAQSAGIARIGVSYGVHAQVHLESFDPECIVHNVEELAQYLLAH	PGPT0001730_5838	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	UNIVERSAL_STRESS_RESPONSE	STRESS_SIGNALLING_PROTEINS	STRESS_SIGNAL-DNA_DAMAGE_DEFENSE|REPAIR,PGPT0001730-gph-K01091	NA	NA
AK237_00178	960	rluC	COG0564	Ribosomal large subunit pseudouridine synthase C	ATGCCGCCCATGAAAGAAGATACCCCCCAACAAGTTCGTTTCGTTACCATCGAGCCAGATCTCGAAGGCCAGCGCATCGACAATTATTTGCGTACCCAGTTAAAGGGTGTGCCTAAAAGCATGATTTACCGCATTTTGCGTAAAGGTGAAGTGCGGGTAAATAAAGGCAGAGTAAAGGCTGAATATAAATTGCAGGCTGGTGACGTGGTTCGGATCCCGCCGGTCAGACTCGCAGAACCCAAAGACACCCCAAATCCGAAATTGGACAAGGTGGCAGAACTGGAACACTGCATTTTGTTTGAAGACGATCGCATTATCGTTATCAATAAGCCCTCCGGAACTGCAGTACATGGTGGCAGTGGGCTTAATTTCGGTTTGATTGAAGGGCTTCGCGCACTGCGACCCGATGCCCATTTTATGGAGCTGGTGCACCGCTTAGACCGCGATACCTCTGGCTGCATTATTATTGCTAAAAAGCGTTCGGCGTTACGTCATCTTCATGCGCAGCTACGTGAAGGTAAAATGGATAAGCGCTATCAGGCACTGGTAGCAGGGCAATGGCCCGACAATCGGTTTAAAGTGAAAGCGCCATTGTTAAAGAACGTGCTTCAGTCTGGTGAACGATTAGTTAGTGTTAATGAGGCGGGTAAACCGTCAGAAACCCGCTACCGAATATTGCAGCGTTTCGATAATGCTACCCTGGTGGAAGCCTCACCTATTACAGGGCGCACCCACCAGATTCGTGTTCATTGTTTACATGCCGGACATCCTATTGCCTGCGATTCTAAATATGGTAATGAAGATTTCGATGCACAAATGAAGCAAGCTGGTCTAAAACGCCTGTTTTTGCATGCAGCCAGCATTCAGTTTCTCCATCCGGGTACAGAAGAGCAAATACGTTTTCAGGCGCCATTAGACAGTCAACTTACAAACGCATTAAAGCAATTACATGAAGTATAA	MPPMKEDTPQQVRFVTIEPDLEGQRIDNYLRTQLKGVPKSMIYRILRKGEVRVNKGRVKAEYKLQAGDVVRIPPVRLAEPKDTPNPKLDKVAELEHCILFEDDRIIVINKPSGTAVHGGSGLNFGLIEGLRALRPDAHFMELVHRLDRDTSGCIIIAKKRSALRHLHAQLREGKMDKRYQALVAGQWPDNRFKVKAPLLKNVLQSGERLVSVNEAGKPSETRYRILQRFDNATLVEASPITGRTHQIRVHCLHAGHPIACDSKYGNEDFDAQMKQAGLKRLFLHAASIQFLHPGTEEQIRFQAPLDSQLTNALKQLHEV				NA	NA	NA	NA	NA
AK237_00179	3120	rne		Ribonuclease E	ATGAAAAGAATGTTAATTAACGCAACTCAACAAGAAGAGTTGCGCGTTGCCCTGGTAGATGGGCAGCGGTTATATGATCTTGATATAGAAAGCCCCGGGCATGAACAAAAGAAAGCAAACATCTACAAAGGTAAAATTACCCGCGTAGAACCCAGCCTGGAAGCCGCTTTCGTTGACTATGGCGCAGAGCGTCATGGTTTCCTCCCTTTAAAAGAAATTGCCCGTACCTACTTCCCTAAAGGTTATAAATTCGAAGGCCGCCCAAACATCAAAGATGTGATTAAAGAAGGCCAGGAAGTTATCGTTCAAATTGACAAGGAAGAACGAGGCCAGAAAGGCGCTGCATTAACTACATTCCTGTCTCTTGCCGGTAGCTACCTTGTATTAATGCCAAACAACCCTCGGGCCGGAGGGATTTCCCGCCGCATCGAAGGTGACGAGCGTTCAGACTTAAAAGATGCCCTGTCCCGCCTTGATCTGCCTGACGGTATGGGTCTTATTGTACGTACCGCCGGTGTCGGTAAGTCGTACGAAGAACTTGAATGGGATTTAAAAGTCCTGCTGAAGCATTGGGAAGCCATTTCAGAAGTCGCTGAAAGTCGTGCGGCTCCCTTCCTCATTCATCAGGAAAGTAACGTTATTGTTCGCGCCATCCGTGATTATCTTCGCCGTGACATTGGTGAAATCCTGATTGATAAAACCAGCATCTACGAAGAAGCCCTGCAGCACATCGAACTGGTGCGTCCTGATTTTGCTAACCGCGTAAAACTGTACAAAGGTGACGTACCTCTGTTCAGTCACTATCAGATTGAAAGCCAGATCGAATCTGCTTTCCAGCGCGAAGTGCGTTTGCCTTCTGGCGGTTCTATTGTTATCGATCCTACCGAAGCCCTGACATCAATCGACATTAACTCTGCCCGTGCAACGAAAGGCGGAGATATTGAAGAAACCGCCCTGAACACAAACCTTGAAGCAGCCGACGAGATTGCCCGTCAGTTGCGTCTTCGCGACTTAGGTGGTCTGGTTGTTATCGACTTTATCGATATGACACCGGTTCGCCATCAGCGTGAAGTTGAAAAACGCATGCAGGATGCCGTTCGCTCAGATCGTGCGCGTGTTCAGTTGGGACGTATTTCACGCTTCGGCCTTCTGGAAATGTCGCGTCAGCGTTTACGTCCTTCACTCGGCGAATCAGCGCATCACGTGTGTCCCCGCTGTTCTGGTCACGGAACCATTCGCGGTACCGAATCACTGGCCCTTTCTATTCTTCGCATCATTGAAGAAGAAAGTATCAAAGACAACACTGGACAAATAGAAGCACAACTACCGGTACCGGTTGCAACTTACCTGCTGAACGAGAAGCGTAAGTCCATTAATGTCATTGAAAAGCGCCATAATGTTTCATTATTGCTGATCCCTAATCCGCATCTTGATACACCACATTACGAAGTGATTCGCCATCGTCCTGATGAAGTTATTTCTGATGCCAGCTACAATGTACCGTTAAAAGAACAGGATGAAACCGAAGCGTATCAGCCTGCAGCCGCGCCTGTTAAGCGTGAAGAACCTGCATTGAAAGGTTTGGTCGCGCCTACGCAAGCGCCTCCCGCCCCTGTCGCTGCACCTAAACCTCAGGAAGCCAAAGCGTCAGATTCCGGTGAAACCTTGTTTACTAAACTTGGTAAGTGGATTTCTTCCATTCTTGGTGGAGACGATAAAAAGGAAGAAACCAAACCGGCTGATGACAAAAAACGTCAACCACGCAATCGTAATAACGATAATCGCAACAGAAAGCCACGTAACAACCGTAACCGCCGCGGCAAACAAGGCGACAACACTGAGCGTGATGAAACTAAATCGACGCAGAAACGTCAGGACGATAAACGTAATAACAGACCAAAAAGTCGTCGTAAACCACAGGAAGACAAAGCAGAGTCTAAACAAGAACAGCAGAATACTGCGCCAGTCTCAGATAGCCCGGCAGAAAGTCAGGAGCAAAAGCCAGCGCGTAAGAAGCAAGTTGCTGAGCGTCGTAAACGTCGTGATAAGCGTAGAAGCGTACGCGTAAATAAAGAGACGACGCCAACCGCTGAGAATACATCAGCAGCTACTGATAATGCAGTAAACAAAACTACGCCTGATGCTGCACAGTCTGCAAAGGCAGATACTGCAAATACTGCCGTTGAAGACAAGCAGATAACAGAGACCACTGTCGTTGATGCTGGTAGTAAGAACAACGAGAAGCGTCAACCTGTTGAAGCTAAAGATGAGACTCCGGCTGACAATGCTGCAGCATCTGACAAGCAAGATGACGCTAGTGATGAAAAAGCGAAGGAAGCTGCTAATGAAGACGGCTCACAGAAACGTGAAGGTCGTGGTCGCTCTCGTCGCTCACCCCGTCATGTTCGTGCAGCAGGACAACGTCGCAAGAAAGAGCAGTCTCCTACTGACGAAACAACGGAAGACACGTCAACTGACGCTGATGCAACACCGGCTCCTATTGTTGAAGCACCTCAAGAGGAAGTAACTTCGGTAACGCCTACCGCAGAGGAAGCAACGGCGGTGCAAGACGAGTTACAATTTGATCTTGCTCACCCGGAAGAAGCGACAACGAAAAAGCCAAAAACAGCGAAACCTCGCGTACGTGTAGATGGCGACCAAATGACGGCTATTCCGATGTCTCCTGAGCAGGTTGAAATTAACCTGTCTGAATCACAGGAAAGCGAAAAGCCTCAGAGCACAGACACGCCAGAGCCCGCTGAACCAGTGGCGGCGAAGGAAGACGTTCCAGCGCTAACAGAAGAGGTAAAGGCCGAGGTATCTAAAGCGCCAAAAGCAGACGCACCGGTAGCCAGTGTGAAAAGCGATAGTAAGCCGGCCTTCGTCACGGCCAGCAGCCTGGGCCAAAAGCGTGCGTCGCACCCAATGGCCATGCCAACAACCGTGGACGCAGTATTCAGTGACACACTTGCACCAGCAATGACTGATGAAAATCGTCCTGCTTTACTGGTTTCGGGCAAAGCCGCGTCAATCGCACAAGCAACTTCAGCAGCCTCTGCCGATACCACCCTACCTGGTAGCGCCCCGGCCAGTGAACAAGCAGAAGAAGTAGAAGCGTAA	MKRMLINATQQEELRVALVDGQRLYDLDIESPGHEQKKANIYKGKITRVEPSLEAAFVDYGAERHGFLPLKEIARTYFPKGYKFEGRPNIKDVIKEGQEVIVQIDKEERGQKGAALTTFLSLAGSYLVLMPNNPRAGGISRRIEGDERSDLKDALSRLDLPDGMGLIVRTAGVGKSYEELEWDLKVLLKHWEAISEVAESRAAPFLIHQESNVIVRAIRDYLRRDIGEILIDKTSIYEEALQHIELVRPDFANRVKLYKGDVPLFSHYQIESQIESAFQREVRLPSGGSIVIDPTEALTSIDINSARATKGGDIEETALNTNLEAADEIARQLRLRDLGGLVVIDFIDMTPVRHQREVEKRMQDAVRSDRARVQLGRISRFGLLEMSRQRLRPSLGESAHHVCPRCSGHGTIRGTESLALSILRIIEEESIKDNTGQIEAQLPVPVATYLLNEKRKSINVIEKRHNVSLLLIPNPHLDTPHYEVIRHRPDEVISDASYNVPLKEQDETEAYQPAAAPVKREEPALKGLVAPTQAPPAPVAAPKPQEAKASDSGETLFTKLGKWISSILGGDDKKEETKPADDKKRQPRNRNNDNRNRKPRNNRNRRGKQGDNTERDETKSTQKRQDDKRNNRPKSRRKPQEDKAESKQEQQNTAPVSDSPAESQEQKPARKKQVAERRKRRDKRRSVRVNKETTPTAENTSAATDNAVNKTTPDAAQSAKADTANTAVEDKQITETTVVDAGSKNNEKRQPVEAKDETPADNAAASDKQDDASDEKAKEAANEDGSQKREGRGRSRRSPRHVRAAGQRRKKEQSPTDETTEDTSTDADATPAPIVEAPQEEVTSVTPTAEEATAVQDELQFDLAHPEEATTKKPKTAKPRVRVDGDQMTAIPMSPEQVEINLSESQESEKPQSTDTPEPAEPVAAKEDVPALTEEVKAEVSKAPKADAPVASVKSDSKPAFVTASSLGQKRASHPMAMPTTVDAVFSDTLAPAMTDENRPALLVSGKAASIAQATSAASADTTLPGSAPASEQAEEVEA				NA	NA	NA	NA	NA
AK237_00180	987			hypothetical protein	ATGACCAACCAAACTTTGCAGCCCCACCTCGATTGGTTAAACGAAATAGCAGACGATAATTACTCCCAGCCGCGTCTTATTCAGTCATTGTGGAGTGGTTACGGCGCATGCTTTCGAGCGTTAAATACATCGACTAACCAAGCAGTAGTCGTGAAGTGTATTCAGCCAGAAAACACCACAACGCATCCAAAAGGCTGGCAATCATCGCATAGTCATCAACGCAAATTGCATTCTTTTGCCGTTGAGCATTACTTCTACAAATCACTGCAATCGCGCACTTCGCCGAATTGCAAAGTACCGGCATACATAACTGGCGCGCAACGAGATGATAGTCGATTGATAGTTATGGAGGACCTCACTGCACTCGGCTTTTCCCGGCTGGAGGACACGTTAAGTATTAAGCAAAGCGAATGCGTACTTCGTTGGCTGGCAGAATTTCATGCTCGCTTTTTTTCGCTGAATGATCAGGAAGTTTGGCAGGAAGGAACATACTGGCACCTGGCCACGCGAATGGATGAATGGCAAGCGATGCCCGAATCGCCGCTGAAAGACAACGCGCAGGCGATTGCAACCACACTTAACAGTGCAACCTACCAGACACTGCTTCACGGCGATGGGAAAGTTGCCAATTTCTGTTTCACCCCTTCGATGTCAGCGTGCGCTGCGGTTGATTTTCAATATTGCGGTATGGGTGCAGGCATAAAAGATGTGGCTTACTTTATCGGGAGCGCGTTGTCAGAAGCAGATCAACGCAATGCAACGGCATCATGTTTAGATGTGTATTTCAACGCCCTCTCACACGCTCTGGCCCAATGGCAGCCGCATATAATGCCTGAAGCCGTAGAAAAAGAATGGCGCGAGTTATACAACGTCGCTTGCGCCGATTTTTACCGTTTTTTGGCAGGATGGAGCCCCGAGCACTGGAAAATTAACCAACCATTACAAAAGGCGACGGAAGCAGCATTAAAAAAAATGCCCTGGCGTTAA	MTNQTLQPHLDWLNEIADDNYSQPRLIQSLWSGYGACFRALNTSTNQAVVVKCIQPENTTTHPKGWQSSHSHQRKLHSFAVEHYFYKSLQSRTSPNCKVPAYITGAQRDDSRLIVMEDLTALGFSRLEDTLSIKQSECVLRWLAEFHARFFSLNDQEVWQEGTYWHLATRMDEWQAMPESPLKDNAQAIATTLNSATYQTLLHGDGKVANFCFTPSMSACAAVDFQYCGMGAGIKDVAYFIGSALSEADQRNATASCLDVYFNALSHALAQWQPHIMPEAVEKEWRELYNVACADFYRFLAGWSPEHWKINQPLQKATEAALKKMPWR				NA	NA	NA	NA	NA
AK237_00181	552			hypothetical protein	GTGGCTTCACTTCAAGATCAACTGTTAAAAGCGGGCCTTGCAAATAAAGGTGCGGCGAAACAAGCCAGAGCGGAAAAGCGTAAGAAGCAAAAGCTGAAAAATAAAAATCAGCAAGTGGAAACCGATGCCGCTAAGCTGGCTGCTGAGCAAGCTGCACAGGCGAAAAAAGAAAAAGATCGCGCACTAAATGCTGAACAGCAACAAGAACGCGAAAAGCGCTCAGTTGCTGCTCAGATAAAACAGCTTATTATGGTGAATAGGCAGTCCCGTGATGGCGATACATTACTTAATTTTACCCACAACAATGTGGTAAAACGCATGTATGTATCTGCTGATATGCATAAGCAGGTCACGAAAGGCCGGTTAGCGATTGTGTTATTAGATGACGCGTACGAACTGGTTCCTACACCCGTTGCCGATAAAATAGCGCAGCGTGACGCGGAGTATGTGGTATATCGCGCAGACCTGGACACCAGCAATAATGATGGGCAGCAGGAAGATGAAGAAGACTGGTATGCTGATTACGAAATACCGGATGATCTGACCTGGTAA	MASLQDQLLKAGLANKGAAKQARAEKRKKQKLKNKNQQVETDAAKLAAEQAAQAKKEKDRALNAEQQQEREKRSVAAQIKQLIMVNRQSRDGDTLLNFTHNNVVKRMYVSADMHKQVTKGRLAIVLLDDAYELVPTPVADKIAQRDAEYVVYRADLDTSNNDGQQEDEEDWYADYEIPDDLTW				NA	NA	NA	NA	NA
AK237_00182	2634	topA_1	COG0550	DNA topoisomerase 1	ATGGCAAAATCACTGGTTATTGTCGAGTCACCAGCTAAAGCTAAAACGATAAATAAATATCTCGGTAAAAATTTTATCGTAAAATCTTCCGTTGGACACGTTCGCGACTTGCCAACTAAAGCAGTTGGGAATGTAGAGCCCAAAAAACCGGCAAAAGAACTGAAAACGTTAAGCGATGAAGCACGAGAAGAATATTTGCGTAAATACGAATATCGCAAGCTCGTCGATCGCATGGGCGTTGATCCCGAAGCGGACTGGAAAGCGCACTATCAAGTGCTCCAGGGCAAAGAAAAAGTCGTTAATGAACTGAAAAAACTAGCGAAAGATGCTGACACCGTCTATCTCGCAACGGATTTGGACCGCGAAGGGGAGGCAATTGCCTGGCACCTGCGGGAATTATTAGGCGAGAAGAATAAAACCTATCAGCGCGTGGTATTTAACGAAATCACAAAAAATGCGATTCAAGAGGCGTTTTCCCATCCTGGTGAGGTAAACACAGACCGTGTTAACGCGCAACAAGCCAGACGCTTCCTGGATCGTGTCGTAGGCTTCATGGTTTCTCCGTTACTGTGGAAGAAAATTGCAAGAGGCTTATCAGCAGGTCGTGTACAGTCTGTTGCTGTGCGCCTGGTCGTCGAGCGTGAGCGTGAAATAAAGGCGTTTGTACCTGAAGAGTTCTGGGATGTTCATGCTGATGTAACGGCGTCTAAGCAGCAGCAACTTCGCATGCTTGTTAATCGTTATCAGGACAAAGCGTTTAAACCGAAAAATAAGCAGGAAACCGACACTGCGCTTGCGCATCTTGAGAAAGCCGATTATGTGGTTGAAAGTCGTGAGTCCAAGCCCACGCAAAGTAAGCCTTCTGCGCCTTATATCACCTCGACACTACAGCAAGCTGCCAGTACCCGTTTAGGGTTTGGCGTTAAGAAAACCATGATGCTGGCGCAACGTTTATACGAAGCGGGCCACATTACTTACATGCGTACAGACTCAACGAATCTGAGTCAGGAAGCATTGGATAATTGCCGTAGTTATATCGATGATAATTTTGGAAGCAAGTATCTACCTGCTTCACCTATTCGTTACGGCAGCAAAGAAGGCGCTCAGGAAGCTCACGAAGCGATTCGTCCTTCAAATGTAAATGTACAAGCCGCCTCGTTAAAAGAGATGGAGAGAGACGCTCAGCGCCTGTATGAGCTTATTTGGCGTCAGTTTGTAGCTTGTCAGATGACAAATGCTAAATATGATGCCACAACAATTAAAGTGGCAGCCGGCGATTATGAATTAGTTGCAAAAGGCCGCGTACTTAAATTTGATGGTTGGACAAAAGTACAACCTCAATTGCGCAAAAAGGGCGAAGAAGAGTTATTGCTGCCAGATGTAAAGCAAGGCGAAAAACTGGATTTGAAAGCACTGGATCCAAAGCAGCATTTTACCAAACCTGTTGCACGCTTTAACGAAGCATCATTGGTAAAAGAGCTTGAAAAGCGCGGTATCGGACGTCCATCTACCTATGCAAGCATCATTTCCACTATTCAGGATCGTGGTTATGTCAGACTTGAAAATAAGCGCTTCTATGCAGAGAAAATGGGGGAAATCGTTAACGATCGTTTGATGGAAAACTTCGACGATTTAATGAATTACGATTTTACCGCCAACATGGAACAGCACCTCGATGACATTGCCGAGGGTAAGAAAAACTGGAAGCAGGTTCTCGACAGTTTCTATACCGATTTTTATGCCAAGCTTCTGAAGGCAGAGAAAGATGCCGAAGAAGGGGGTATGCGCACCAACCAGGCCGTGCCCGCAGGAATTAACTGTGATAAGTGTGGCCGGGAAATGAATGTGCGAACCGCTTCTACTGGCGTATTTTTGGGATGCTCTGGCTATAATTTACCGCCTAAAGAACGCTGCACCAACACCATGAACCTGACACCGGGCGATGAAGTGGTGAAGGTGGACAATGAGGAAGAATTAGAAACGGAAGCATTACGCGCCAAGCGTCGTTGTGACATCTGCGGCACCGCAATGGACAGCTATCTGGTAGACGAAAAGCGTAAGCTTCATGTTTGCGGTAACACGCCAACGTGTCCGGGCACGTATGTAGAATCCGGAACGTTTAAAATTAAAGGTTACGATGGCCCGATTATCGAATGTGATAAGTGCGGCAGTGACATGGAATTGAAAAACGGCCGCTTTGGTAAGTATTTTGGGTGTACCAATGAGTCATGTAAAAACACGCGTAAGCTGTTGAGAAATGGCGAAGCCGCGCCGCCGAAGGAAGATCCGGTAGATCTGCCCGAGCTACCTTGTGAGAAATCAGATGCTCACTTTGTGTTAAGAGATGGCGCATCCGGTATTTTCCTGGCCGCGCACAATTTCCCTAAATCACGGGAAACGCGTGCACCGAAAGTGGAAGAGTTAGCGCGGTTTAGAGACAGAATTTCACCGAAGTTCTATTATCTTGCCGATGCGCCGAAAAGCGATCCTGACGGAAACCCGGCTATCGTGCGTTATAGCAGAAAGACAAAACAACAATACGTTATGTCGGAAAATGAAAACGGTAAATCCACAGGCTGGTCATCCTGGTATCAGGACGGGAAGTGGGTAACCCAGGATAAGAAAAAGAAATAG	MAKSLVIVESPAKAKTINKYLGKNFIVKSSVGHVRDLPTKAVGNVEPKKPAKELKTLSDEAREEYLRKYEYRKLVDRMGVDPEADWKAHYQVLQGKEKVVNELKKLAKDADTVYLATDLDREGEAIAWHLRELLGEKNKTYQRVVFNEITKNAIQEAFSHPGEVNTDRVNAQQARRFLDRVVGFMVSPLLWKKIARGLSAGRVQSVAVRLVVEREREIKAFVPEEFWDVHADVTASKQQQLRMLVNRYQDKAFKPKNKQETDTALAHLEKADYVVESRESKPTQSKPSAPYITSTLQQAASTRLGFGVKKTMMLAQRLYEAGHITYMRTDSTNLSQEALDNCRSYIDDNFGSKYLPASPIRYGSKEGAQEAHEAIRPSNVNVQAASLKEMERDAQRLYELIWRQFVACQMTNAKYDATTIKVAAGDYELVAKGRVLKFDGWTKVQPQLRKKGEEELLLPDVKQGEKLDLKALDPKQHFTKPVARFNEASLVKELEKRGIGRPSTYASIISTIQDRGYVRLENKRFYAEKMGEIVNDRLMENFDDLMNYDFTANMEQHLDDIAEGKKNWKQVLDSFYTDFYAKLLKAEKDAEEGGMRTNQAVPAGINCDKCGREMNVRTASTGVFLGCSGYNLPPKERCTNTMNLTPGDEVVKVDNEEELETEALRAKRRCDICGTAMDSYLVDEKRKLHVCGNTPTCPGTYVESGTFKIKGYDGPIIECDKCGSDMELKNGRFGKYFGCTNESCKNTRKLLRNGEAAPPKEDPVDLPELPCEKSDAHFVLRDGASGIFLAAHNFPKSRETRAPKVEELARFRDRISPKFYYLADAPKSDPDGNPAIVRYSRKTKQQYVMSENENGKSTGWSSWYQDGKWVTQDKKKK				NA	NA	NA	NA	NA
AK237_00183	1341	astB	COG3724	N-succinylarginine dihydrolase	ATGCAGCAATTTGAAGTAAATTTTGACGGACTAGTAGGACCAACCCACAACTATGCAGGGCTATCGGTTGGAAACGTTGCATCGCAAAATAATGCCAATGCGGTCAGTAATCCTAAAGAAGCTGCAAAGCAAGGCTTAGCCAAAATGAAAGCGCTCGCCGATATGGGAATGAAGCAAGGCGTACTTGCCCCACAGGAGCGCCCGGATATTGCCACGCTGCGTCGCCTGGGCTTTTCCGGTTCAGACGCACAAGTATTAGAAAAAGCCGCTAAGCAAGCGCCACAAGTCTTTTTAGCGTGCTGTTCTGCATCAAGCATGTGGACAGCCAATGCAGCGACCGTTTCACCAAGTGCAGATACACTGGACGGACGCATACATTTTACTCCGGCTAACCTTACCAATAAATTTCACCGGTCGCTGGAACCCGAGGTCACAGGTAATATTTTGCAAGCCACGTTTGCCAGCGACAAGCATTTTGCTCATCACACTCACCTGCCGGACAATGAACATTTTGGTGATGAAGGCGCCGCTAACCACACGCGATTATGCAACGACTACGGCAAAGCCGGCGTAGAGCTTTTTGTGTACGGTCGTTATGCATTTGATAACAGTAAACCTGCTCCCACCTGCTATCCGGCAAGACAAACGAAAGAAGCCTGTCAGGCTGTCGCGCGTTTGCACGGGTTAAAAGAAGAAAGAGTGGTGTATATCCAACAGAATCCGGACGTTATTGACCAGGGTGTGTTTCATAACGACGTTATCGCGGTGGGCAATCAGAATGTGCTTTTCTATCACCAGCAGGCATTTTTGAACACTAAGGCAGTATTAGCAGAAGTTCGCCGCAAGTTCGGCGAGGGTTTGTTGCATTTTATTGAAGTACCCACTCAGTCAGTTTCTGTATTGGACGCGGTAAGCACTTACCTTTTTAACACTCAAATTATCACGTTACCACAAGGCCATATGGCAATTATCGCCCCGAAAGAGTGTGAGGAAAATGCAGCTGTATCTGACTACCTCAATACCCTTATCGCCATGGATACGCCTATTAAAGAGGTAAAATACTTTGATGTGAAGCAAAGTATGAGAAATGGCGGCGGCCCGGCATGTTTACGTTTACGCGTGGCAATGAACGAAAAAGAGTTAAAAGCAGCCAATCAACACACGCTGATGAACGACATTTTATTTGCAAGACTTAACCAGTGGGTTGAAAAGCACTATCGTGACCGTCTGTCAGAGCAAGATTTGCGCGATCCGCAATTGCTAACGGAAAGCCGTAGCGCCCTTGATGAGCTTACGCAAATTATGAAGTTGGGCTCTGTGTATCCGTTTCAGAGAGACTAG	MQQFEVNFDGLVGPTHNYAGLSVGNVASQNNANAVSNPKEAAKQGLAKMKALADMGMKQGVLAPQERPDIATLRRLGFSGSDAQVLEKAAKQAPQVFLACCSASSMWTANAATVSPSADTLDGRIHFTPANLTNKFHRSLEPEVTGNILQATFASDKHFAHHTHLPDNEHFGDEGAANHTRLCNDYGKAGVELFVYGRYAFDNSKPAPTCYPARQTKEACQAVARLHGLKEERVVYIQQNPDVIDQGVFHNDVIAVGNQNVLFYHQQAFLNTKAVLAEVRRKFGEGLLHFIEVPTQSVSVLDAVSTYLFNTQIITLPQGHMAIIAPKECEENAAVSDYLNTLIAMDTPIKEVKYFDVKQSMRNGGGPACLRLRVAMNEKELKAANQHTLMNDILFARLNQWVEKHYRDRLSEQDLRDPQLLTESRSALDELTQIMKLGSVYPFQRD				NA	NA	NA	NA	NA
AK237_00184	2280			hypothetical protein	ATGAAAACACTTTCCAAGTCTCTGACACTGTTCAGTATGCTGTTTTTTTTATTTGCCTGTGGAGGCGGCGGCTCGCTTGAGCGAGAGTCCGACAGCAGCGGTGGTTCAGGAGACTCTGGCGACACAGATCCAACTTACACGGTTTCCTTTAGTCTCGTAAACCAGAATAATGAGACTGACCGTAATCTTGCGACAGATAACCCACTTACTCTGTCAGCAACTGTTGTAGACGAAGAGGGAGCTGCCCTCACTGACACGTTGGTTACTTTTAGTTTATCTAACGAAGAGCTCGCTAATTTTAGCAACGACACAGGTACAGCGCGCACTGACGATGCTGGTGTTGCGACGATTGGTTTGACGGTGGGTTCAGCAACGGGCGACGGACAGATTACTGCTACTTTGCCCGATGGAACAACCAGTACCACAACCTTTACTTCTGCGGGCGTTGCGGTGATTACCGAGGAACCGGCAGTGCTTGAACTGTACACCACGTCGGTACAGCTCGCGTCAAGCGGCTCAGATGATATTGAGCTGATTGCCCTGGTAAAGAATGCGCAAAGTGTTTTAATGGAAGGCGTCGATGTGTCTTTTTCAGCGCCTTCTTCAGCTGGCGTTGAAATTCAGCAGGTTGACGCGCAGACCCTGGACAATGGTACCGCTACTGCGCGATTAACCAGCCAGAACAATGCGGCTAACCGTACGATTACGGTGACAGCAGTAGCCGGGGATCTAACTGAGACCATTGATATTGTAATATTTGGTACCGAAGTGACCATCAACGGCGCCCGTTCCATTACCATCAACGATACCACTGCCCTTACATTACGGGTGCAGGATTCAGATGGTACTAATATTCCTAATCAAGCTATTGCGCTTACGGCCTCATCCGGGACACTGGCTGAAGCGACTGTAACAACCGGTGCTAATGGTCAGGCAACCGTAAACTTCACGGGCACCGAATCAGGTACCAGTACTATTACTGCTACAGCGTTAAATGCAACCGGAAGCTTTATCGTGTCAGTTCAAGAGGATGACTTCTCTTTTACTGCTACACCAACTGAAGAAGTACCTGTTGCGCCGGACAACGTTTATGAAGATGAAAACTATACAACCCTGACCATCAACTGGAACAAGGATAATGCGCCATTTGTTGGTGGTAATGTGTCTTTTACCGCATCCCGTGGCGATATTCGTTCCGGCGATGAAAACGGTACCACGGATGCTAACGGGGAACTGTCGTTTGATATTGCTTCGACAAATGCAGGCTTGTCGTCGATAACCGCCACAGGTGTTGATGGTGATGGGAATGAAGTAACAGCGACAGTCGAAATTGAATTTATTGCGACAGACGCGCATAGCCTATTCGCTGATGCCACGCCAGATCAAATAGGTCCCGATGGACAGACGAGCACAATAACCGCTATCGTCAGAGATCCTGCCGGTAACCTGGTTAAGGGGAAAGTTGTAAGCTTTACTGTTAATGATACGAGCACCGGGTCGATTTCTCCATCTCAAGCTACCACAGACAGTAACGGTATCGCATCAACGGTATTTACCTCTGGAGCTGTGACAAGTGAAGATGCTGTTTTAATTTCTGCAACGGTAGTTGATGAGCCCGAAGCGAGTGGTGACGTGACACTGACTGTAGGTAACCGCGCGTTTGACATTTCTATTGGTACCGGAAATCTTATTCAGTCTCCGGATGACACAACGTATCTCAAAGAGTTCGCGGTGTTCGTGACCGATTCAGTTGGGCAGCCAATAGAAGGTGTACCGCTCACAGCTTCTGTAACGCCTCTTAAGTTTTCGCAAGGTGGTAATTATTATCGGGGCACATGGGTTTGGGTTGAGCCTCGCTGGGTTGTCGGTATTATTGACGAAAATAGTGAAGTATCAGAAGGTTATACCAGTATCTGTGCCAATGAAGATATCAATAGCAATGGTATTTTAGATGACGGAGAGGATGCTAACAGAGATAACTTCCTGACCCCTGGTATCGTCGGAACAATCAGCTTCGCTGGTAACGTCGATGAGACGGATGAGAACGGACAGGCAACCCTTCAGCTTCGTTATCCTCGTGCATATGGCGCGTTCTATGAATCAGAAATCTCAGTATTCGCTCAGTCGACAGGAAGCGAAGCAAGTGCAAGTATGTATTACTTATATGGTGTTGCTGCAGATGATCTAACCAATGAAAGCGTAGCGCCGCCAAGCAGCCCATTTGGAACATCTATTTCTGCTAGTCGATTCCAAAGAACAATATTTTGTGGCGAAGATTAG	MKTLSKSLTLFSMLFFLFACGGGGSLERESDSSGGSGDSGDTDPTYTVSFSLVNQNNETDRNLATDNPLTLSATVVDEEGAALTDTLVTFSLSNEELANFSNDTGTARTDDAGVATIGLTVGSATGDGQITATLPDGTTSTTTFTSAGVAVITEEPAVLELYTTSVQLASSGSDDIELIALVKNAQSVLMEGVDVSFSAPSSAGVEIQQVDAQTLDNGTATARLTSQNNAANRTITVTAVAGDLTETIDIVIFGTEVTINGARSITINDTTALTLRVQDSDGTNIPNQAIALTASSGTLAEATVTTGANGQATVNFTGTESGTSTITATALNATGSFIVSVQEDDFSFTATPTEEVPVAPDNVYEDENYTTLTINWNKDNAPFVGGNVSFTASRGDIRSGDENGTTDANGELSFDIASTNAGLSSITATGVDGDGNEVTATVEIEFIATDAHSLFADATPDQIGPDGQTSTITAIVRDPAGNLVKGKVVSFTVNDTSTGSISPSQATTDSNGIASTVFTSGAVTSEDAVLISATVVDEPEASGDVTLTVGNRAFDISIGTGNLIQSPDDTTYLKEFAVFVTDSVGQPIEGVPLTASVTPLKFSQGGNYYRGTWVWVEPRWVVGIIDENSEVSEGYTSICANEDINSNGILDDGEDANRDNFLTPGIVGTISFAGNVDETDENGQATLQLRYPRAYGAFYESEISVFAQSTGSEASASMYYLYGVAADDLTNESVAPPSSPFGTSISASRFQRTIFCGED				NA	NA	NA	NA	NA
AK237_00185	1347	gltP	COG1301	Proton/glutamate-aspartate symporter	ATGTCTCAATCTGCTAAAAAGCTTAGTCTCACCGCCAGAATCTTTATCGGCATGGGCGCCGGAATCATTACTGGCGCGCTGCTTCAGCTTTTGTTCGATGATAGCGGAGATTTACGCTTTACGATATTCGGCTTTGAATTTTCCACGTATACCTTTCTGGTAGATGGTATATTCTCAACCATTGGTCAAATCTTCATTGCCAGCTTGAAAATGCTGGTTGTACCACTGGTTTTTATATCCTTAGTTTGCGGTACCTGTAGCCTTACTGATCCCAGCAAATTGGGCCGTTTAGGGGCTAAATCTATTACCCTTTATATTCTTACAACGGCCATCGCAATCACACTGGCCATTGGATTAGGATTAGTCGTCAGCCCTGGCACCGGCGTATCGATGCCAACTGATGCAAACTACGTGGCAAAAGAAGCACCGTCGTTTGCACAGGTCATCATTAACATGTTCCCCACTAACCCGATTAAATCTATGGCCGAAGGCAATATGCTGCAAATAATTATCTTCGCCGTTTTATTTGGTGTGGCTATGGCCATGACAGGGGAAGCAGGAAAACGCCTCGGCGCAATTTTTGAAGATTTAAACACCATTGTTATGCGCCTGGTTACCATCATTATGAATCTGGCTCCTTATGGTGTATTTGTTTTGATGGCCAAACTTTTCAGTACCATCGGTGCAGAAATGTTAGGCAGCCTAGCGAAATATTTCTTCCTGGTGCTTGGGGTTCTCATTATTCACGGACTGCTTACCTACTCTATTTTACTCAAAGCCATGACTGGCCTGAACCCGGCTGTTATGCTTAGTAAAATGCGTGACGCTGCATTATTTGCCTTCACCACATCGAGCAGTAGCGCCACCCTCCCCGTCACAATGGAAACCGCCCGAAACAAACTTGGCGTAGGTAAGTCCGTGTCCTCGTTTACCCTGCCATTAGGCTCCACCATCAACATGGATGGCACCGCTATTATGCAAGGTGTAGCAACCGTGTTCATTGCCCAGGTATATGGTGTCGACCTTACCCTTGGCGACTATATTATGGTGGTGTTTACCGCGACATTAGCGTCGGTAGGTACAGCAGGTGTACCAGGCGTTGGCCTGATAATGCTGGCGATGGTATTGCAACAGGTTAATCTGCCAGTTGAAGGGATTGCACTGATTATAGGTGTTGACCGTCTGTTAGATATGACACGTACAGCGGTGAATATTACGGGTGATTGTATGGTGTCTTGTGTGGTAGCGAAAAGCGAAGGCGAATTAGACGAGACAATATTTAACGATCCCGATGCAGGCACAAAAGAAGAAAGTGTCGATTTTGAACATTTCGACCGCAACAATTAG	MSQSAKKLSLTARIFIGMGAGIITGALLQLLFDDSGDLRFTIFGFEFSTYTFLVDGIFSTIGQIFIASLKMLVVPLVFISLVCGTCSLTDPSKLGRLGAKSITLYILTTAIAITLAIGLGLVVSPGTGVSMPTDANYVAKEAPSFAQVIINMFPTNPIKSMAEGNMLQIIIFAVLFGVAMAMTGEAGKRLGAIFEDLNTIVMRLVTIIMNLAPYGVFVLMAKLFSTIGAEMLGSLAKYFFLVLGVLIIHGLLTYSILLKAMTGLNPAVMLSKMRDAALFAFTTSSSSATLPVTMETARNKLGVGKSVSSFTLPLGSTINMDGTAIMQGVATVFIAQVYGVDLTLGDYIMVVFTATLASVGTAGVPGVGLIMLAMVLQQVNLPVEGIALIIGVDRLLDMTRTAVNITGDCMVSCVVAKSEGELDETIFNDPDAGTKEESVDFEHFDRNN	PGPT0000805_1049	DIRECT EFFECT	BIO-FERTILIZATION	NITROGEN_ACQUISITION	N-AQUISITION-AMMONIUM_ASSIMILATION|USAGE	N-AQUISITION-GLUTAMATE_TRANSPORT,PGPT0000805-gltP|gltT-K11102	NA	NA
AK237_00186	1236	lolE	COG4591	Lipoprotein-releasing system transmembrane protein LolE	TTGAATTTAGCATGGCGTCTGGCTACGCGTTTTCGTCGCGCTAAGCAAACCAACGGATATATATCCTTTATTTCTTTTTCGTCCACGCTGGGTATTGGATTGGGCTGCTTTGTACTAATTGTGCTCCTGTCTATTATGAATGGCTTCGAGCGTGAATTACTTAACCGCATTCTTGCGGTTATTCCCCACGGCGAATTGTATGCTGTTAGCGAAGAAGGCATACAGAACTGGCAGCAAGAAATTGAGAAACTTGAGGCCGATCCGCGCGTAGCATCGGTAGAACCTTACACCAAAATAACCGGAATGCTACAGCATAAAGGCAGTTTGAAAGCCATTGAGATAACCGGATTAGATGTCGACAGAGCCAGCCACGACCGTTGGCGGGAGCAAGTCTCACCTGAAGATTGGCAGCAGTTCACTGCAAATGACGATGAAATTCTTCTGGGGCAGGGATTAATGACCAAATTATCACTACAAGCCGGTGACCGAATTGGTGTACTTATTCCAACTGCAACCCAGGATTTAACGTTTAGAGCGCCTCATCTGATGCACCTGACCGTGGCAGGAAGCCTCAACGTGGGCGGTGAGATGGATAATTATCTGGCCATGATGCATCTTTCTACCGCTTCAAAAGAGGCTGGGGTGATTTCTGGCGCTCAGGGGCTGCGCTTTATGCTGAACGATCCTTACGACGCCTACGATACGATGCGCAGTATTGGTTATGATTTCAATCAGGCCGTTTATATTTCCTACTGGATGCGGACACAAGGTCACTTATACAACGACATTCAACTAGTGCGTACTGTTGTTATGATTTCGCTTACGTTGGTAATTGCCGTCGCCTGTTTCAATATCGTTTCTACTTTGGTTATGGCTGTGCGAGAGAAACAAGGTGCCATTGCGATATTAAAAACCATGGGTGCGCCCGATGGATTAATTCGCCGAACCTTCGTTATGCAAGGCATGATAAACGGGTTGATTGGGATTGTGTGTGGCACGGTTGCCGCGGTTATCGTTGCGCCTAATCTGTCCACCATTGTGGCAACCATAGAGTCATGGACTGGTATCACTTTATTGTCGGGAGATATCTACTTTATTGACTTTTTGCCGTCTGAATTACAGTGGATGGATGTTGTCGTTACGGTTTGCGTAGCATTTACGCTTTGTTTATTGGCTACGTGGTATCCGGCAACAAGAGCCGTTAACGTCGACCCGGCTAACGCGTTAAACAGATAG	MNLAWRLATRFRRAKQTNGYISFISFSSTLGIGLGCFVLIVLLSIMNGFERELLNRILAVIPHGELYAVSEEGIQNWQQEIEKLEADPRVASVEPYTKITGMLQHKGSLKAIEITGLDVDRASHDRWREQVSPEDWQQFTANDDEILLGQGLMTKLSLQAGDRIGVLIPTATQDLTFRAPHLMHLTVAGSLNVGGEMDNYLAMMHLSTASKEAGVISGAQGLRFMLNDPYDAYDTMRSIGYDFNQAVYISYWMRTQGHLYNDIQLVRTVVMISLTLVIAVACFNIVSTLVMAVREKQGAIAILKTMGAPDGLIRRTFVMQGMINGLIGIVCGTVAAVIVAPNLSTIVATIESWTGITLLSGDIYFIDFLPSELQWMDVVVTVCVAFTLCLLATWYPATRAVNVDPANALNR	PGPT0024510_2943	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-OTHER_CELL_MEMBRANE_REMODELLING_PROTEINS	CE-REMODELLING_LIPOPROTEIN_TRANSPORT,PGPT0024510-lolC_E-K09808	NA	NA
AK237_00187	687	lolD_1	COG1136	Lipoprotein-releasing system ATP-binding protein LolD	ATGGAAGCATTACTCGCATGCCGCGGGATCTCAAAAACTTATCATGACGGCGAAAGTGACACTCCGGTTTTGTCCGATGTGTCGTTAACCGTTCATTCATCCGAACACGTTGCTATTCTGGGCAGTTCAGGTTCAGGAAAGAGCACCTTGCTGCACATTTTAGGCGGGTTAGACAAACCGTCTATGGGAGAAGTGTGGTTTCAAGGCCAATCCATTACTGAAATGAAAAGTGCGCAACTTGCAGCACTTCGAAATCAAAAAATTGGCTTTATCTACCAGTTTCATCATTTACTTCCCGAGTTCAATGCTATTGAAAACGTCGCGATGCCGTTACTCATTGGTAAACATTCGAATGGCTCTGCTAAAAAGGCAGCAGAAGCGATGTTGGATAAGGTAGGGCTGTCTCATCGGTTACAGCATAAGCCGTCAGCGTTATCCGGCGGTGAACGCCAGCGAGTCGCCATTGCCAGAGCATTGGTAAACAATCCTCTACTGGTTTTGGCAGACGAACCTACAGGTAATCTTGATAACAGAACCGGTGAGCAAATTTATCAACTGCTTACTTCCCTGAGTGATGAATTGGGCACCAGTTTTGTTGTCGTTACGCACGATAATGGCCTGGCGGCGCGAATGAATCGCACATTACATATTAAAGACGGCGTGTTGCACGGGGAGGCGGTACGTTGA	MEALLACRGISKTYHDGESDTPVLSDVSLTVHSSEHVAILGSSGSGKSTLLHILGGLDKPSMGEVWFQGQSITEMKSAQLAALRNQKIGFIYQFHHLLPEFNAIENVAMPLLIGKHSNGSAKKAAEAMLDKVGLSHRLQHKPSALSGGERQRVAIARALVNNPLLVLADEPTGNLDNRTGEQIYQLLTSLSDELGTSFVVVTHDNGLAARMNRTLHIKDGVLHGEAVR	PGPT0024515_1781	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-OTHER_CELL_MEMBRANE_REMODELLING_PROTEINS	CE-REMODELLING_LIPOPROTEIN_TRANSPORT,PGPT0024515-lolD-K09810	NA	NA
AK237_00192	1437			hypothetical protein	GTGGCGAGCAGCTTCAGAAAGTTAATTTCATTTCTCACATCGGTTTGGCTTGTGTTTACGGCTGGCAGCATGACGTTGCTGGCTCAGCAATCTTCCCAACAACAAGCTGAACCTGTCGACACCAGTGCACTGAGTGCGCTGGGGGATGACTATCAAAATTCAATTCTGTTACTGCGTAACCGATTTCGTATCGATCACGAAGTGGATGAAGTCACCATGGTGTTTTTCCGAGAATTCGGTTCTGCACCGGTGGTACTGGTACGGCCGGATGGCTCTAAGATATTTTCCAGCCAGGCAGAAAAGAACAACGTTGAATGGTATGACGATGATACGTTCGACATGATTAAAATTAAGAAGCCGGTTCCCGGTCCGTGGCAAGCAGTGGGGCAGGTGCTGCCGGAAAGTCGTGTGATGGTAATTTCCGAGATTGAATTACATGCCGATCCCTTGCCTGCAGTGATTTTTTCAGGAGAAGTATTAAAGCAAACCGCCTATTTGACGAATGGCGGAAAGCCCATTGATTATTCTCAATTCCGCGATGTGGTTGATTTATCTATAGAGCTGAAAAGCACCAACAACCCGAATTACGATAACTTCGGAGCAAAAGACGAGCTTATCGCCACGTTCGAAGATAACGGGCGTGGGATGGATGAAGCGCCGGAAGACGGCGTGTTTACTGGTCAGTTTAACCTTGCTATTCCATCTGGAGAATGGCGGCCCATTTTCACGGTAGATACGCCTATGTTTTCACGGGAGCAAATTGATCCGGTGATAATGTTGCACCCGAATCCCATATTACTCAGTGAAACGCTCGACGATGGGCAAGAGGGATATCATGACTTACATATCGATGTGGTAAGAAACCAAATCGACATTCATTCGCTGCTTATTGACGGAAAAGTTCGTTTTCCCAATGGCGATATTCAAAACTTCTCCATTACCGAACCGTCTCAGGAAGCCAGAGTGCATCGGATCCTGGCTTATGAAGACGGGTTGTTTCGGGTGAAAATTACGGCTTATGCCACGACAGTTGATGGTCGGGATGTCATTTTAGATGTGCCTGAATACACTTTTTTGGGTGAAGTGGGTGGTAAAGAAAAGAATGACGACACTGCCGTAACAGCTAGTACCGATCTGGAAACCGCCTTATTGGAAGGTAAAGCCTCGCCAATGCCGACACAGCCCGAGGTGGCTAAAGCGCCTGCGATGGATGATGGCACCATGATACTGCTTATCGCCATAGTGAACGGTTCCATCATTGTGATTGGACTGTCGGTAGTAGGATGGGTTATTTGGCGACGTAAAAAAACAGCCAAAGCGAGCCAAACGCCGGGTGAGGCGACCGCTGACGCAGAACAGCCGACTAAACAATCGGGTTTCTTAGGTGGTTTATTCGCTAAGTTCAAAAAGAAAAAGGCGCTGGATACGGGGGCATAA	MASSFRKLISFLTSVWLVFTAGSMTLLAQQSSQQQAEPVDTSALSALGDDYQNSILLLRNRFRIDHEVDEVTMVFFREFGSAPVVLVRPDGSKIFSSQAEKNNVEWYDDDTFDMIKIKKPVPGPWQAVGQVLPESRVMVISEIELHADPLPAVIFSGEVLKQTAYLTNGGKPIDYSQFRDVVDLSIELKSTNNPNYDNFGAKDELIATFEDNGRGMDEAPEDGVFTGQFNLAIPSGEWRPIFTVDTPMFSREQIDPVIMLHPNPILLSETLDDGQEGYHDLHIDVVRNQIDIHSLLIDGKVRFPNGDIQNFSITEPSQEARVHRILAYEDGLFRVKITAYATTVDGRDVILDVPEYTFLGEVGGKEKNDDTAVTASTDLETALLEGKASPMPTQPEVAKAPAMDDGTMILLIAIVNGSIIVIGLSVVGWVIWRRKKTAKASQTPGEATADAEQPTKQSGFLGGLFAKFKKKKALDTGA				NA	NA	NA	NA	NA
AK237_00193	720	dnaQ	COG0847	DNA polymerase III subunit epsilon	ATGCGTCAAATAGTATTGGATACGGAAACCACGGGTATTGAGCCAAAAGAAGGCCACCGTATTATCGAAATTGGCTGCGTTGAAGTGATTAACCGTAAACTGACAGGCAATCACTTTCATGTTTATATCAATCCGCAGCGCGTTGTAGAGCAAGAAGCAATAGAAGTTCACGGCATCACCAATGAGTTTCTTGCCGATAAACCCGTCTTTGCTGATGTTGCCAACGACTTTATTGATTTTATCTCCGGTGCGCAGTTGGTTATTCATAATGCATCATTTGACGTGGGTTTTATGGATCACGAGTTCGGTATGAACCGATCTACTGCCTCGGTGAAAACCCACGATATTTGCAGCGTTTTAGATACGTTATCTCTTGCGAGAAAAATGCATCCTGGGCAGAAGAACAACCTGGATGCGTTGTGCCGTCGTTACGGGATAGACAACAGCCACCGGGAATTGCACGGCGCTTTGTTGGATGCCGAGATCCTCGCCGATGTTTATTTGATGATGACAGGCGGCCAGACGAAATTGAACCTGGCGGGTCAAAATAGTGAAGAGGGAGCAGGTGACGGGCAATCAATCCGACGCATTCAGCGCAGCGGAAATAAATTAAAGGTTATCAGCGCCTCCGCCGATGAATTAGAACAACATGAAGCACGATTGGATATTGTGCAGAAAAGCGGTGGAAAGTGTTTGTGGCGAGCAGCTTCAGAAAGTTAA	MRQIVLDTETTGIEPKEGHRIIEIGCVEVINRKLTGNHFHVYINPQRVVEQEAIEVHGITNEFLADKPVFADVANDFIDFISGAQLVIHNASFDVGFMDHEFGMNRSTASVKTHDICSVLDTLSLARKMHPGQKNNLDALCRRYGIDNSHRELHGALLDAEILADVYLMMTGGQTKLNLAGQNSEEGAGDGQSIRRIQRSGNKLKVISASADELEQHEARLDIVQKSGGKCLWRAASES				NA	NA	NA	NA	NA
AK237_00194	465	rnhA	COG0328	Ribonuclease HI	ATGGCAAAGAAAAAAATCGCAATCTATACCGACGGCTCCTGTTTGGGCAATCCCGGACCTGGTGGGTATGGCGCACTGCTTATTTATGGGAAACATAAGAAAGAACTGAGTGAAGGATTCAATCAAACTACCAATAACCGAATGGAACTGATGGCTCCGGCGGCGGCACTTGAATGCTTAACCGAACCATGTATCGTCGATATCACAACCGACAGCCAGTACGTGAAAAACGGAATAAATCAATGGATAAAGAACTGGCGCAAGAATGGTTGGCGAACCGCAGATAAAAAGCCGGTGAAAAATGCTGATTTATGGAAACGCCTTGATGAAGCCGTAAAAAAACATGACATCGAGTGGCATTGGGTGAAGGGGCATTCCGGGCATCCTGAAAACGAACGTGTTGATGATTTGGCCCGCGAAGCTGCCGGCCACCCTACTCAGGATGATACTGGCTTTACAGGCTAA	MAKKKIAIYTDGSCLGNPGPGGYGALLIYGKHKKELSEGFNQTTNNRMELMAPAAALECLTEPCIVDITTDSQYVKNGINQWIKNWRKNGWRTADKKPVKNADLWKRLDEAVKKHDIEWHWVKGHSGHPENERVDDLAREAAGHPTQDDTGFTG	PGPT0017445_20	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
AK237_00195	753	ygfF		putative oxidoreductase YgfF	ATGAATGATTCCAAAATAGTTTTAATCACCGGTGGCAGCCGTGGGATCGGCGCTGCCACTTCCAGACTATTTGCCTCAAAGGGCTATACGGTTTGTATTAATTACAAGGCCAATGCAGAAGCAGCTAAAGCCTTATCCAATGAGATTAATGCAGTGGGTGGAAAATGCTTTACCGTTCAGGCCGATGTCTCTCTGGAAGACGATGTAATGAGACTATTTGAGCGAATAGATAACGAGCAGGGAGACTTATCAGTTCTTGTGAATAACGCCGGCATTTTGCAAAAACAGTCACGACTTGAGGAACTGACAGGTGAAAGGATCAACACAATTCTGATTAACAATGTAACCAGCTACTTTCTTTGCTGCCGGGAGGCCGTGAAGCGCATGTCTTCGCGGCATGGTGGAAAAGGAGGCGTGATTGTAAATGTCTCATCGGGAGCCTCCCGCTCTGGCTCGCCGAATGAGTATATCGATTATGCTGCTTCCAAAGGCGCAATGGATACCTTAACAAAAGGGTTATCACTGGAAGTTGCCGCTGAAGGCATTAGGGTAAATTGTGTCCGTCCGGGCTTGATAAACACAAACATGCACGCAGACGGTGGTGAACCTGACAGAGTAGAAAGATTAAAAAGCATTATTCCCCTGCAACGCGGTGGTGAACCAGAAGAAGTGGCAGAAGCGATTTATTGGCTCTCGTCAGATAAATCGTCATTCTCGACTGGCAACTTTTTAGATCTTTGTGGCGGGCTTTGA	MNDSKIVLITGGSRGIGAATSRLFASKGYTVCINYKANAEAAKALSNEINAVGGKCFTVQADVSLEDDVMRLFERIDNEQGDLSVLVNNAGILQKQSRLEELTGERINTILINNVTSYFLCCREAVKRMSSRHGGKGGVIVNVSSGASRSGSPNEYIDYAASKGAMDTLTKGLSLEVAAEGIRVNCVRPGLINTNMHADGGEPDRVERLKSIIPLQRGGEPEEVAEAIYWLSSDKSSFSTGNFLDLCGGL	PGPT0003180_15696	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
AK237_00196	1401			hypothetical protein	ATGAACTATAACTTTGCCCCGTTAGCCTTTCTCCTTTTTGTCATCATCGTATTAATGGTGGCTCACCGATATACAAAAAAACAAAAACTTTTCAACAAACTAATTAGCAATGCAAAATCTCGCAGTACTAAAATAATGAGGGAGGCGAAAGCTAAAAAGGCCGAAGCTGACGCGGATATCAACCGACGTATAGAGGAAATAAATGTGCGTGAAGCAGCCTCAGAAGCACGCATTGAAAGATTGAAAGAGGCAGATAAAGAGATCCGAGCGCGCTTAAAAGAGTCCAGAGCACTCATAGACAATATTACCGATCTCAGTTGTCAGCATGCCGCTGATATTGAGCTTTTAACTGAGGAAGATCTTCAATCAAGTAAAAGTTATATCGATGACAGAAAAGCAGTCAAAGCAAGACTGAAAAAACTTGCCACTGATGCTATCGACAACGTCAGAGGTCACAATGCCGATGTTAATATCGGCAAATTCGTCGCCATTTCTGCTAAGGCGGATATGGCGGGTGCGCTACTTCTAAGTGTAGTAGAAATGCTTTGCTCAAAGGTAACGGCGTCAAGTGGTCACCTTGCAGCTGAAAAGCTAGCAGAAACTATCATAGCAACAGAAGCATTGGTCAAAGCGATAGATAGTCGTGCTGAAATCAATACCGAAATGAAAACTTTGTTGATGAAACGACTAGAGATTGAAATTAACTATAAAAAAGCGAAACAAATCGCGAAAGAAGAACAACGTGAGCTAAGAGAACAACAGCGCGAAGAAAAAAAAGCACGTGATGAAGCGATGAAAGCCCAGAAAGAGGCGGAAAAAGAAGAGGCAATTAAAGCAGCGGCCATCGCTAAACTTGAAGCTGAACTCGCTGAAAAATCCGAACAGGAAAGGCTGGCTTACCAAGAGCAACTTGATGCTCTCAAATCTGAATTAGCATTAGCCCATGAAAAAATGGAGCGTGCAAAAAGTCGCGCACAGGAAACTAAACAAGGTCACGTTTATGTTATCTCGAATATTGGCAGCTTCGGTAAGGACGTACTGAAAATTGGTATGACACGACGTTTGGAGCCGATGGACAGAGTAAGAGAGCTTGGTGATGCTTCAGTACCTTTCACTTTTGATGTCCATGCTCTTATTGAATCCGATGATGCACCAAACCTTGAATCAACATTACACCGAGTCTTTGATACGAGGCGACTAAATCGAATAAACCGTCGGAAGGAGTTTTTCAGGGTTTCAATTGATGATATTGAAAAAGAGCTAAATAAAATGGACATTGGTGCGCTTATTTCAAGAGTTCCTAGTGCAGATGAGTATTATCAATCTCTCAAGATGCTCGATAAAGGTACCAAAGTTGATTTATCTGAAAATAAATTGAACGGGTCCGAGTCCGTAATATAG	MNYNFAPLAFLLFVIIVLMVAHRYTKKQKLFNKLISNAKSRSTKIMREAKAKKAEADADINRRIEEINVREAASEARIERLKEADKEIRARLKESRALIDNITDLSCQHAADIELLTEEDLQSSKSYIDDRKAVKARLKKLATDAIDNVRGHNADVNIGKFVAISAKADMAGALLLSVVEMLCSKVTASSGHLAAEKLAETIIATEALVKAIDSRAEINTEMKTLLMKRLEIEINYKKAKQIAKEEQRELREQQREEKKARDEAMKAQKEAEKEEAIKAAAIAKLEAELAEKSEQERLAYQEQLDALKSELALAHEKMERAKSRAQETKQGHVYVISNIGSFGKDVLKIGMTRRLEPMDRVRELGDASVPFTFDVHALIESDDAPNLESTLHRVFDTRRLNRINRRKEFFRVSIDDIEKELNKMDIGALISRVPSADEYYQSLKMLDKGTKVDLSENKLNGSESVI				NA	NA	NA	NA	NA
AK237_00197	561			hypothetical protein	ATGCAACATAAAGGGAATTTGAAATTTGTGGATAAATTTGAAAAACTTCAAGAACTTGGTGCGGGTGACTTTCGTCACCTCAATGGTTCACTGGAAGCACATTTAAAAGGTACTGAAAAAATTCTAATTGACTGGGGGAGTAACGAGCTACTTCAAATCGCAGGCCTATTTCATGCCGCTTATGGAACTGCGGGGTTCGATGAAAATATGGTCTCGCTAAGCCAGCGCAAAGAAATAGCACGAATTATTGGCTGTGATGAAGAAGCGCTGGTTTACTTGTATTGCTCATGCGACCGAGACTATGTTTTCCCTCAATTTGGAAAAGTGCTAGACATCCAATTTAGAGACAGGTTTACCGGTTCTACATATAAACTCGGCAATGAGATGACGAAATTGTTTTGTGAGCTAACCGTTGCTAATGAGTTAGAGCTTGTTTATAGCAGTAAAGAGTTCAAGCTTAAGTATGCTACTCAGTTATTTGAACTGTTCCAAGGCATGGAGGGTTACTTAAGTCTCGAGGCCAGAAAGGCGTATAAATCAGCATTGTCGAATTTCTCATAG	MQHKGNLKFVDKFEKLQELGAGDFRHLNGSLEAHLKGTEKILIDWGSNELLQIAGLFHAAYGTAGFDENMVSLSQRKEIARIIGCDEEALVYLYCSCDRDYVFPQFGKVLDIQFRDRFTGSTYKLGNEMTKLFCELTVANELELVYSSKEFKLKYATQLFELFQGMEGYLSLEARKAYKSALSNFS				NA	NA	NA	NA	NA
AK237_00198	597			hypothetical protein	ATGAAACGCACACTAATTGCGAGCGCTATTGCCTGTCTTTCTCTAAACGCATCTGCTGCAGACTTCTTCTCTGGCTCGCCAGCGTGGGACTTCGTCGAAGTTGGTTACGTAAAAGCGAGTATCGACAACATCGAGGAAGTCGAACCTGCCGGTTTTTCCGTTGCTGGTTCAAAGCTGATCGCTGAGAATATTTTTCTGGCCGCTTCTTATGGCACGCTGAGCGACGACTATAGGGGTCTCGATTTGGATCTGGACCAAGCTTCTGTGGGGTTGGGCTATCGTTATCGTGCAACCAAAACCATGGACTTGTTTGCCGCGGTGAGTTATGAATACGCGGAGGTTTCAGCCTCTTATCAAGGCGAATCAGACAGCGAAGACGACAATGGATACGGCCTGCGTGTCGGTGTGCGCTCCATGATCATCGATCAGTTGGAACTGGCCGGTACGATTGGCTATGTCGACATTGCTGACGAAAGTGAAACGACCCTGGGTGTAAACGCTAATTTCTACATCACTCCGTCCTTCGCTATCGGAGCCAGCTACGCTGTCGCGGACGATGTGGACACCATGGGGATCCTCGCCCGATACAACTTCTAA	MKRTLIASAIACLSLNASAADFFSGSPAWDFVEVGYVKASIDNIEEVEPAGFSVAGSKLIAENIFLAASYGTLSDDYRGLDLDLDQASVGLGYRYRATKTMDLFAAVSYEYAEVSASYQGESDSEDDNGYGLRVGVRSMIIDQLELAGTIGYVDIADESETTLGVNANFYITPSFAIGASYAVADDVDTMGILARYNF				NA	NA	NA	NA	NA
AK237_00199	2331			hypothetical protein	GTGTTAAGGAAGATTTTCATTGTCATTCTGACAATTTCTATTGTGGGTGCGGCAGTCATATACGGCTGGCGGTTTATCAGCAACCCAGACCCGCTGGCTTTTCAGCCACCTGCCGATCAACCGGCACGCTACCATCTGACTATCACAAAGACGATTCTAGATGACGACCAGATGCCGACAAACATTGAATCAACCCTGAATATATACGCCCGCGTAGTGCTTGATAGTGCAGACGAGGAGGGATATACATTTACGGTCACAGCCGACCAGGTCGTGCTGAGCAACAGCAAAAGAACAATTATTGACAGCAACTCACTGGCAGATACCCGGCAGGAATACCGTCAATTGGCCGCTCTGCTGACTAAGGGGCTAAAGCTGCACACCGATGCTAACGGGGCGTTTTTATCCTCTGAGTTTATCGATACAGACTTAGCCGATGAATTATCAGAGACGCTTCAGGAAAAACAGCTGGCGTTTATGAAACGTTACCTCGGACGCGTAGCAGTTCAGGCCGCAGGCTTTCCAGATTCATCCCTTGAAGAAGGCCTGAGTTGGTCAGGAAAAATGGCGATGACTGGCCCTACGTCGCCGACATTTCAGTACCGCGTAGATGCAATGGACACCGATACCGTCAGCATCGCCGTAGATAAAATGGTTTCTCAGGGGGCATCATCTTCTGGCACGGCGGCCGGCTATATTTTAGTAGACCGCAAAACCGGCATGCCGATGAAGTCTTTTTTGGCCTATATGCAACCAAGTGATTACTACGATGAGGCGAAAACCGAATATTCGCAACTCCGCATCCGGCGTATGGATCAACCGCCTTTTGCCGCAACCGAGTCCTACAAAGACCGGCTATATACTGCGCTCTATGGCTTTGACGTGGATACCCAGGATAAAAATTTCGCCAAGTATTTTTTACCCCCATACGGGGCCCAACCTGCTAATGAGGTTTTGGAACTACTCAATGACTTGCTGGTATGGAGTCCGCGGGATAAAAACAACGAAGAGTCAGGATTACATGTGCCGGCAAAGCTGCTGTTGAGCAATGTAATAACGCCACTGGAAGTGACCGGCGTACAATTGCTGGATAAAAAGGGCAATGCGATGCCCGGCCCATCGCTCAACCCGGCGTTTGACATTACCGCCTTTGTCGATATCTACGACCGCACCTACAAGCCTCCTCGTAGCAAACAACTATTCTCTTCACCGTTAACCGATAAACAGCTTAGCGCGCTCGATGAAATTGCGCTGACGGTACAGTCTAGTATCCAAGGCGAGCTTGTTGAAGGCGAATTGACGCGAGATAGTAAGCAGATCGCTCTGAACGAGGAGTTAACGGTAACGGTAGACAGTTGGCAAGCGGACAGAATTGCGCTTTCGCTTTCCCGGCCCTCGGGATTCTCAGCCTCAGACTGGACGTTTCTGGCTGCCATCCCCCAGGATAAGAACGGTAAACCAATAGCAAGTTTTCATGTGAAAACCTCCCACGAGGCTATTGAAAAAATACTCAAGAATCCGGCATTTGATGAGCCAAAAGAAACTGATGCTTATTACACTGATTTTATAGATAACCTTCAAATACAGAGCCCGCTGGCAAGTCGCGGCGATCTCCTTATTTACATAGACCTGCCCGAGCCCGCCTCCTCGATTTCGCTATCTGTTGCCCCCTTACACCTTGTGGAACAAACGTGGCGAGCCAAAAACATCGGCAATACGTTACAAGGCGGTAAAGTGGTCGGCGAACGTCTGTTAGACGAATCGGCTATGCGTGACTTGGAATACCCAGAACTCGACATGAGCGAAGTGTCAGCAAAGGGCACGGAACATCATCAGCTCAAGCTCAACTTACCTAGCGATAGCCTGACACGCTGCCAAGTCATGTTAGATGGTCCGGCCACGTATCAGGATCACGGGTTTTCATTAAAACCACGAGGGTATGATGCCGATCTTCAGCTAGTCACTGACAACGGTGTGACGTTTTTTTACGACCTTGATCTGAAGGTCGCAGTAGACTGCGCCACCCGCATCGAAAGTATCGCCATTGATATTGATAACAGCGATTGGGCAAAACGCATTGACGAAAATACCGTGGAACTGTCGGTTCCCGTGTGGGAACAGCTAATACAGCTGGAATCTCTCACATCGCGTACGCCCACTGTGATCGGCAGACGCGCTGACGGTGCGCCGCTCAAACCTCTCAAGGTAAATGACACGTCATCCGTTAATCGTCGTTATCGTTTCTGGGGAGAGGTCAAAACCCTGTCTATTCCCAGGATCACTGATACGGATAGCTTGACCATTGATGTCAATTTTGCGCCTTTGCCATGA	MLRKIFIVILTISIVGAAVIYGWRFISNPDPLAFQPPADQPARYHLTITKTILDDDQMPTNIESTLNIYARVVLDSADEEGYTFTVTADQVVLSNSKRTIIDSNSLADTRQEYRQLAALLTKGLKLHTDANGAFLSSEFIDTDLADELSETLQEKQLAFMKRYLGRVAVQAAGFPDSSLEEGLSWSGKMAMTGPTSPTFQYRVDAMDTDTVSIAVDKMVSQGASSSGTAAGYILVDRKTGMPMKSFLAYMQPSDYYDEAKTEYSQLRIRRMDQPPFAATESYKDRLYTALYGFDVDTQDKNFAKYFLPPYGAQPANEVLELLNDLLVWSPRDKNNEESGLHVPAKLLLSNVITPLEVTGVQLLDKKGNAMPGPSLNPAFDITAFVDIYDRTYKPPRSKQLFSSPLTDKQLSALDEIALTVQSSIQGELVEGELTRDSKQIALNEELTVTVDSWQADRIALSLSRPSGFSASDWTFLAAIPQDKNGKPIASFHVKTSHEAIEKILKNPAFDEPKETDAYYTDFIDNLQIQSPLASRGDLLIYIDLPEPASSISLSVAPLHLVEQTWRAKNIGNTLQGGKVVGERLLDESAMRDLEYPELDMSEVSAKGTEHHQLKLNLPSDSLTRCQVMLDGPATYQDHGFSLKPRGYDADLQLVTDNGVTFFYDLDLKVAVDCATRIESIAIDIDNSDWAKRIDENTVELSVPVWEQLIQLESLTSRTPTVIGRRADGAPLKPLKVNDTSSVNRRYRFWGEVKTLSIPRITDTDSLTIDVNFAPLP				NA	NA	NA	NA	NA
AK237_00200	1572			hypothetical protein	ATGAAAAGTGGGATGCTGTTACTGTTATTTGTCTTTTCCACGGCAGCATTGGCCGGGCAAAAAGTCTGGTTAAATGGCTCAAAAGAGCAATACGACCCGGCTTCCTTAAACGATAGTCCGGTGTATTACATCTATTTGCCGCTAGAAAAGGCAAAAAACGATGATAGGTTTCGCGTTCGCTTATTTTATCCCAACGGCCAACTTGCCATAGAGGGTTTATCACCGGATCCCGCTTGGTCAGATAGAACACTTCTCGGTGAGGTACAGACCTATTACCGAACCGGCGATTTGCAATCCCGTGCCCATTATTTACTGGGGCAGGATAACTGCAACTGTCAGCATGTTCATGCCGTAAACGATGGCGAGTCTGCCGTGTATTTTCCTAACGGACAACTTAAATATAAGCGCCAGTACGAGCACGGCACGCTAGTCGATGCTGATTACCAGGAGTTTGATGAGGCGGGCCATGTTAGCCGGAAATACACCATTGTTGATGGTCACTACCAGGGCATGGTCCAAGACTTTGAAGAGCAGTCACTGGTGCAGCAAGTGCCTTATGAAAATGGAAAACGCAATGGAAAACTCATTCGCTATGCGCATGACAAACCGGTCATCGAAGCCATGTACAAGGATGGCAAGCGCCACGGTGTTGAAAAAAGCTACGAGGACGGACAACTTGTTGCGGTTTACCAATATGAAGAAGGCAAAAAGAGGGGGGAGCAGAAGCAATTTTACCCCAATGGTACGCTAAAGCATATTCGGGTGGCCGGTCCTTATGCTCAATCCATCGGCGAAGAACGTTGGTTTAATGAAGAGGGAACCCTCACTCGATTTAGTTATGTCGAGCGGGACGACACTGGTGCACAGACGACAAAAACGGAGAAGCGTTATACCGATGACGGTAAGCTGTCCTCGCTACGGATCCGCGAAGGTGCCTATCGTCTGGAGGAAGACTATGACGAAAACGGGCAACTCACCACACGTTCAGAAAGAGACAAACACGGCAAGCAAGGGCTTTTTTTGAGAACGAGTTACGGCCTTGAACGCGCGCACTATCTGAATAATAAACTGCACGGTAAATATCGAAAAGAAAGTGGTGATTTCAAGTCCTTCGGCCATTTTATCCACGGCAAGCGTGATGGTGATTGGGTAGAAATCGATAGTCGTGGGAGGCGCACGGAAACCGCGTATAACAACGGCGCCCGGCATGGTAAATATCAGGTATTTGACCAGCACGGTAAACGCATTCGCTACGCAAACTATGTCAATGATGAGCTGGATGGGCAGGTGAAGATCGAAAACGATTATGGCGAACTCATTCGTGCAGAATACGACAGTGGCACGCGTGTCGGCGTTTTCGAACGCTATTCCCACGATGGCCGTTTGCTCGAAAAGGGTCAATATGATCATGGGGAGCCTGTGGGGGCACACTATACGTTCGATACGAATGGTCGGATGGAAAGCAAAAAGAGCTATCGCGACGGTAAACCAGACGGCGAATGGCTGGAAACTAACTACAATGGCGAAGTTGTACGTCGCGAAATTTACCAGCAAGGAGAGCGGGTCAAGTAG	MKSGMLLLLFVFSTAALAGQKVWLNGSKEQYDPASLNDSPVYYIYLPLEKAKNDDRFRVRLFYPNGQLAIEGLSPDPAWSDRTLLGEVQTYYRTGDLQSRAHYLLGQDNCNCQHVHAVNDGESAVYFPNGQLKYKRQYEHGTLVDADYQEFDEAGHVSRKYTIVDGHYQGMVQDFEEQSLVQQVPYENGKRNGKLIRYAHDKPVIEAMYKDGKRHGVEKSYEDGQLVAVYQYEEGKKRGEQKQFYPNGTLKHIRVAGPYAQSIGEERWFNEEGTLTRFSYVERDDTGAQTTKTEKRYTDDGKLSSLRIREGAYRLEEDYDENGQLTTRSERDKHGKQGLFLRTSYGLERAHYLNNKLHGKYRKESGDFKSFGHFIHGKRDGDWVEIDSRGRRTETAYNNGARHGKYQVFDQHGKRIRYANYVNDELDGQVKIENDYGELIRAEYDSGTRVGVFERYSHDGRLLEKGQYDHGEPVGAHYTFDTNGRMESKKSYRDGKPDGEWLETNYNGEVVRREIYQQGERVK				NA	NA	NA	NA	NA
AK237_00201	2118	hcf136_1		Ycf48-like protein	ATGATAAATAAAACTTTTCTCACCGTCGGCACGACGGTTCTGCTTGTGGCGGCTATTGTTTATAGTTTGCTACCAAGCAACGAAAAAGCCGACGCCAATACCACACCACTCACGCCTTCAGAGGCCTTACGCCGACATAACGATGTAGTGCAAAATGCCGTGTTTTTTGATATCGACCACGCAGCAAATATCGCCGTGGCCGTTGGCGAACAGGGGCGTATTCGTCGTTCTTCTGATGGCGGTAAAACGTGGCAAGTCGTCGCATCTCCTACCTCTTCTACATTGCTTAGTGTTGAATTCTTTGGACCTAAAAGCGTGTGGGCGGCCGGTCATCAGGGGGTTATACTGCATTCAGTGGATGCGGGCGAAACCTGGCAAACCGTGTCTTACGACAAGGCGCTGGCACCGCCCGAAATGAGAGATTTTGCCATTTTCGACATTTTGAGTGTCGCTAATGAAACGCTGTATATGAGTGCCTCTAACGGTATTTTACTTTTCTCTGAAGATGGCGGCGAGACCTGGCAGCGCGAGACCTTCTCCCATTACACTGCCGATAACGACCTCTTTCACCTGTCAAAATCAACCAATGGTGACATTCTTGTTTCCTCCTCCCAAGGTTACATTCATCACCTGAACCATGAACAGGGAGAGTGGCAACCAGAAAAGGTGTCGTGGTCGGCATCGTTGAACGGTACGTTGGTACTTCCCAATGGAGAACTGATAGCGTTTGGTCGCGAGGGATTTGTTTATGAAAAAAGTGACACCAATAATAATTGGCGAACAATGGACAGCCCAAGCAAAGCGGATCTCTACACAGGCTTAGTACGCCAGGACGGTACCATCATTCTTGCAGGTTCCAACGGTGTGCTTATGCGCAAAACGTCGCAAGCAAACTCGTTTTTAATCGACTACCGGCTAACGCAAGGTGCCGTTCTCGCCCTGGAGGAAATGGACGATGGCTCGCTTTTAATTGCAGGTCAGGCCGGTTTGGGACGCCTTACAACCGAGGGCTACCAGTTTATTGGAGGTGATGGCAAGACAGCCGGCGAATTGCGTCGTCGCCAGATCCTGGCTATGCCCTTTACCCAGGAGTTACTCAACGTTGCTGCGCCGGAAAACGCTGGCTGGGGCTCGTCGTATCGTCCTGCCGAGCCCCTAGCGGAACCCGCATGGATAAGCCTGACTATCGCCGCTGGCCCAGATGAGGCTAAAACAGAACCTAGCGACCACGACAGCCTGTTAAGCCCCGCTATTTTTGGTGAAGTCGACGCCTTTCACAACACCCTTTCGTCTGCCCTTTATGTGGGCCCTGTCAGGCTCCATTCGCTCTGGTCAGACGCAGAGAGCGTGCCCTCAATGACTTATAGTCAGCGCAGGGATCGAATCAGTGTGAAGCCGTCTGCGTATGGCTATGACTACAGTGCACAGCGTAAGTTAACCTGGCGTTTAGGTGAAAGTGGTCTAACCGATGTTTATATTAGCCAGGATGGCCATCGCGCCACATTCAGCCTGTCTCAACGGGATGAGCGCAAACCGCTTTCCGACGCTTCGATAAGCCAAAAAATAAACACGTTATTTGATGAAGAGGCGTCGTTTCATATGGCATCGCTTGAGCGCTTTAAGGTACAGGAAGTTGCTGTTCCAGTCGTAACCGACGAGAAAAACGAACCCGCTGAAAAGCCAACGCCTGCCACCGTCGATGCCTATACGCTTAGCCTAAGCCCTGATATCACCAGCTGCGAACGCCTCCCTACCATTACGACGGCGGCGCAGCTTGAGGTGCCAGTAAATGATCTACCCGGTACGGGCGCTGTCGTCACCGTAGCCGGTCGCTCGGCCGTTCTTCGGGCCCAGGAGCACCGCGCCAATTGGCGATGGTTTGCGCCGGGCGACACGGCGAGCTACTCGTCGTTGTCGTACGAGCCTTGGGGAGACAATTACTGCCCGCGTGCGCTTATGGTTTTGTACAGCAGCGCCCCGAAAACCGATCTGCGCCCCGCGCTTAGCGAAATTTTAAATAACACGCTTTCTTCCTCTGACGAAGGTTACTCCGCGAAAGATATCGAAATAAAAGCTTACCGGTTAACGCGTTCGTCCCTGATGGAAGAAAATCAGTAA	MINKTFLTVGTTVLLVAAIVYSLLPSNEKADANTTPLTPSEALRRHNDVVQNAVFFDIDHAANIAVAVGEQGRIRRSSDGGKTWQVVASPTSSTLLSVEFFGPKSVWAAGHQGVILHSVDAGETWQTVSYDKALAPPEMRDFAIFDILSVANETLYMSASNGILLFSEDGGETWQRETFSHYTADNDLFHLSKSTNGDILVSSSQGYIHHLNHEQGEWQPEKVSWSASLNGTLVLPNGELIAFGREGFVYEKSDTNNNWRTMDSPSKADLYTGLVRQDGTIILAGSNGVLMRKTSQANSFLIDYRLTQGAVLALEEMDDGSLLIAGQAGLGRLTTEGYQFIGGDGKTAGELRRRQILAMPFTQELLNVAAPENAGWGSSYRPAEPLAEPAWISLTIAAGPDEAKTEPSDHDSLLSPAIFGEVDAFHNTLSSALYVGPVRLHSLWSDAESVPSMTYSQRRDRISVKPSAYGYDYSAQRKLTWRLGESGLTDVYISQDGHRATFSLSQRDERKPLSDASISQKINTLFDEEASFHMASLERFKVQEVAVPVVTDEKNEPAEKPTPATVDAYTLSLSPDITSCERLPTITTAAQLEVPVNDLPGTGAVVTVAGRSAVLRAQEHRANWRWFAPGDTASYSSLSYEPWGDNYCPRALMVLYSSAPKTDLRPALSEILNNTLSSSDEGYSAKDIEIKAYRLTRSSLMEENQ				NA	NA	NA	NA	NA
AK237_00202	645			ISAs1 family transposase ISAeme1	ATGCAGTCAGTCGCAGAGTTATCCGACGGGCAGCTAATTGCGATGGGCTGTCAAACTACTATTGCCGAGAAAGTTGTAGAGCGCGGTGTTGATTACCTTCTGGCCCTGAAAAGTAATCAAAAAGAGCTACACGATGCTGTGCGCGATGCGCTTGCGGGTGCCATAAGCCAGGAAGTCATTTGCCCGGAGAAAAATCATGGACGAGGCGAAGCAAGAGTGTACCATGTTATGGACGCGGCATCGTTAGTCGATAGATTCCCGGAATGGAAAGGGCTAAAAACGATAGGCGTTACGTTAAGCTACCCGCAACCTAAAAACGGTAAGGAATCTTTGGAATACCGCTACTACATCAGTTCAGCCCATTTGACTAAAGCACGCTTTGACAGTGCAGTGCGTAGCCACTGGGCAGTAGAAAATCGTCTTCATTGGGTGCTTGATGTCTCAATGAAAGAAGATGAGTGCCAGATATATCGTCGTTATGCTGCCGAAATACTGTCAGGGGCGAGAAAACTAGCCTTGCATATGCTTCGTGCTGAGACAACCAAAAAAGTGAGTGTGCCACGGAAACAAAAACGCGCACATGGCAGCACTGACTACCTGGAAAAGGGGTTAGCAGCAGGTTTGGCAGCGTTGAACGATAATTGA	MQSVAELSDGQLIAMGCQTTIAEKVVERGVDYLLALKSNQKELHDAVRDALAGAISQEVICPEKNHGRGEARVYHVMDAASLVDRFPEWKGLKTIGVTLSYPQPKNGKESLEYRYYISSAHLTKARFDSAVRSHWAVENRLHWVLDVSMKEDECQIYRRYAAEILSGARKLALHMLRAETTKKVSVPRKQKRAHGSTDYLEKGLAAGLAALNDN				NA	NA	NA	NA	NA
AK237_00203	351			hypothetical protein	ATGGAGTATTTTCTCCCTGTACTTATTTTTACTAATCCCGCTTTGGCAGCCAAATTGGAGGTTGCAGCAGATGCTCATTGGTCAATTAATCTTACAACTAATGCTCTTCTGTACGCTCATATTGGAACCGGGCTTATTGGCATTTTGATGGGCATCATAGCGAGTATCGTAGTTAAAGGTAGCCTAGTACATCGAATGCCGGAAAGACTTTTTTCTTATCCATGTTATGTATTTGGTGAGGCGGTCGCGCCATTTCTAGAAACGCAGCAAAGCACTAATTTTGTTGCAGCGGCATTGGCGCTTTATTTACTTATATCGGGAGTATATTCAGCAAGGCTGACGGAGTTTTAG	MEYFLPVLIFTNPALAAKLEVAADAHWSINLTTNALLYAHIGTGLIGILMGIIASIVVKGSLVHRMPERLFSYPCYVFGEAVAPFLETQQSTNFVAAALALYLLISGVYSARLTEF				NA	NA	NA	NA	NA
AK237_00204	459	alaE		L-alanine exporter AlaE	TTGTCCAGATTCGTCACTCACTTATGGCATTATCGCGCGTATTTCGCGGACACTGTTGCATTAATCAGTTTTTTTACAACAACTGGAATCATTAACGAGCGATTTATTGCCGGTATGGCATGGGAGGAAGTTTTTCATGCCCGCGTGCTTGGTGCATTGTTGATGCTGCCAGTGGGCCGCCCATATGGGATCTGGCGCAATTGGCTGATGGACTTTGCTTCAGACGCAAAGGTGTCGCGGGTTTTGTGGGATAGCTTGTCATTGGTGAGCTTTCAGGTGCCAATTTATATTGGCATTATTGCACTAAGTGGAGCTTCCGGATGGGGTCTGGTGAATGGTGCGATAGGAGCATCGGCGATGATGCTTTTTTTAGGGCGCCCTTACGGTGCTTATCTGAATTTTGTTAGGCGCATATTCAATTTACCGTCGGGCGGCATCAAGCCTATGTCATTGGGGTAA	MSRFVTHLWHYRAYFADTVALISFFTTTGIINERFIAGMAWEEVFHARVLGALLMLPVGRPYGIWRNWLMDFASDAKVSRVLWDSLSLVSFQVPIYIGIIALSGASGWGLVNGAIGASAMMLFLGRPYGAYLNFVRRIFNLPSGGIKPMSLG				NA	NA	NA	NA	NA
AK237_00205	720	hcaB_1		3-phenylpropionate-dihydrodiol/cinnamic acid-dihydrodiol dehydrogenase	ATGACGCGTAAAATTTTTCTGGTTTCAGGCAGTAACAAGGGTATCGGTAAACAAATTGTGCAGCAGCTCGCAGAGCGTGGACATCGTGTTTATCTCGGCGCTCGTAATATGGCATCCGGTAAGGCGGCCGTATCGGAGCTGCAAACCTACGGGGACGTGCGCTTGATCGGGTTAGATTTAACCGATGAAAGCAGTGTAGACAAAGCGGTTAGCTTTATTCACGAAGACAGTGGTTACCTTGATGGTCTGGTTAACAACGCAGGAATTATTGAGGGCTATGAGAATGCCTCCACAGTTAGTATTGCTGCGCTTAGCAAAACCTTTGAGACAAACTTGTACGGTAACATCCTAGTAACTCAGAAGATGTTGCCACTACTTAGAAAGGGCAGCGGTAAAACCATTGTCAATGTCTCTACTGGCTTAGCATCCATGACAATGCATGGTGACCCGTCCTGGCCATTCCATGGCACCACGCCGTTTGCTTACAATGCCTCAAAAGCTGCGCTGAATATGTTTACTGTGTTGCTCGCCAAAGAACTCAGAAACGAAAACTTCCGCATAAATTCCGTCAGTCCCGGCTGGATTGCCACTGATTTAGGCGGTCAGGACGCTCCCGGAACGGTGGCCGAAGGCGCGGTCATTGCCGTTGAAGCTGCAAATGTTGAAAGCGATATTCAGAGCGGTATGTTTCTTACTGACGGCGGTGTTATTCCCTGGTAG	MTRKIFLVSGSNKGIGKQIVQQLAERGHRVYLGARNMASGKAAVSELQTYGDVRLIGLDLTDESSVDKAVSFIHEDSGYLDGLVNNAGIIEGYENASTVSIAALSKTFETNLYGNILVTQKMLPLLRKGSGKTIVNVSTGLASMTMHGDPSWPFHGTTPFAYNASKAALNMFTVLLAKELRNENFRINSVSPGWIATDLGGQDAPGTVAEGAVIAVEAANVESDIQSGMFLTDGGVIPW				NA	NA	NA	NA	NA
AK237_00206	903	pgrR_1		HTH-type transcriptional regulator PgrR	ATGTCTTTACCTCCCATTCATGAGTTACACGCCTTTCAAAAGGTGGCTCAACAACTGAGCTTTAAAAAAGCAGCAGACTCGCTGAGTATCACTCCGTCTACGCTCAGCCATTTAATCCGGTCTTTAGAAACTAAATTACAAACCCGCTTGTTTAACCGAACCACTCGTAGTGTGTCTTTAACCGAAGAGGGGCTGCTTTTTTTTAAGCGGGTAAACCTGATACTGGAAGACTTAAAACACGCAGTAGACGACTTAGGTAATGACAACAATGCTCCGCAGGGCAATGTGCGCTTGAGTGTGAATGAGGTGGCAGCCCCCGTAGTGCTTGAGAAACTGGGAACCGGTTTCAGACATCAATATCCCAACATTAACATTGAGTTAAATGTAGAAAATCGCTTTATCGATATTGTGTCTGAGGGGTTTGATGCGGGCGTTCGACTACGCCACAAAATTGCAGAAGACATGGTCGCGGTGCCAATAGTGAGGAATTTTCGTTTTGTGACAGTTGCATCTCACCACTACATCAATAAGTTTGGCAAGCCTGAGAGCCCGGAGAAGTTAATGCAGCATAATTGCATTGGTTTTCGGTTTCAAAGTGGGCGCAGCTATGAATGGGAATATCGCCGGGGAACGCAGCAAGTAACGCTGGATATTAACGGCAATATTGCGACTAATAGCCCATCTGTACTGTGCAAAGCAGCAAAAGACGGCCACGGCATTGCGATGATTGCTGAATCCTTGATTCGCAAGGAGCTGGAGTCAAAAGAACTGGTAATTTTACTGGAGGACTGGACTATTGAATGGCCAGATCTGGAGCTTTATTTCCCCCCAAATCGCTACATGCCGCCAGCTTTGCGCTGTGTAATAAATGCTCTGAAGTCAGAGGACTCCAACCCAAACTAG	MSLPPIHELHAFQKVAQQLSFKKAADSLSITPSTLSHLIRSLETKLQTRLFNRTTRSVSLTEEGLLFFKRVNLILEDLKHAVDDLGNDNNAPQGNVRLSVNEVAAPVVLEKLGTGFRHQYPNINIELNVENRFIDIVSEGFDAGVRLRHKIAEDMVAVPIVRNFRFVTVASHHYINKFGKPESPEKLMQHNCIGFRFQSGRSYEWEYRRGTQQVTLDINGNIATNSPSVLCKAAKDGHGIAMIAESLIRKELESKELVILLEDWTIEWPDLELYFPPNRYMPPALRCVINALKSEDSNPN				NA	NA	NA	NA	NA
AK237_00207	873	rhaS_1		HTH-type transcriptional activator RhaS	ATGGAAACGCAAATTGACCCACGTTTTGAAAAGGTAATTGCCTGGCTGGAAGCCAATAGCGCGGTGTCGCCAAGTCTTGAGGAATTGGCTGCACTGACGGGGCTTTCGCCTCACCACTTTCACCGCCAGTTTTCAGGAACCTTTGGCGTTAGCCTGCAAACATTGATGCGACGAGTAAGAACTCACCGGGCTGCCTGGCAACTCGCTTACCGCCATTCTATGCCTGTTACTGATATAGCCTACGAAGCTGGCTATGAAAACAGTGAGAGTTTCAGCCGGGCGTTTAAGCGTCAAACTGGTATGTCCCCCGGCCAATTCCGGCAATCACCCGATCCAGATCGTATCGCACAACTTGCCAATGCCGTAAGGGTGCTGGACAGTGCGACAGCAGACAATACCGATATGGATAAGTCTGAGCCTGCGTTAATTGAGTTTAAAGGTGTAAAGCTGGCGCAGCTTCTTCACAGAGGTTCACCGCAAACGCTGATGACTACCGTTGGTGCCTTTATCCAATGGCGTAAATTGAATGGCTCGCCGCCGTCTCAAAGCCGTACGTTTAACATCTTTTACTCTAATCCTGATACTGAGCCCGGGGCCTTTACCTTTGGCATTGCGGCAGCGCACAACAAAGACGTAGCGCCAAATAATCAGGGTGTTTCTGACGCTCACATTCCTGCGATGCCTTGTCTAAGCTGGATAGAAACCGGCAGTGACGGAAAGCTACAGCAGCGTATTGAACAGGTTATTGGCGAAGGGGGTTATGACTGGAACTTCGAACAATTCCCACCATTTATCGAGCGACTGCGCTTTTACCCTGACGTGCCAGCGGCAGAGGCGCTAAGCAGGGTGTATTTGCCGGTTCGGGCTGGGTAA	METQIDPRFEKVIAWLEANSAVSPSLEELAALTGLSPHHFHRQFSGTFGVSLQTLMRRVRTHRAAWQLAYRHSMPVTDIAYEAGYENSESFSRAFKRQTGMSPGQFRQSPDPDRIAQLANAVRVLDSATADNTDMDKSEPALIEFKGVKLAQLLHRGSPQTLMTTVGAFIQWRKLNGSPPSQSRTFNIFYSNPDTEPGAFTFGIAAAHNKDVAPNNQGVSDAHIPAMPCLSWIETGSDGKLQQRIEQVIGEGGYDWNFEQFPPFIERLRFYPDVPAAEALSRVYLPVRAG				NA	NA	NA	NA	NA
AK237_00208	978	ppsC		Phthiocerol synthesis polyketide synthase type I PpsC	ATGCGATTTGTTTATTTTGAATCGGGCAAAGGGCCCGAAACGCTTCATATCAGCCATACTGATAAGCCGACAATTAAAGACGGACAGGTATTGATAAAGGTATGTGCATTTGGTGTGAACCGTGCCGATACCCTGCAACGTCAGGGAAAATATCCGCCACCACCAGGCGAAAGCGACATTCTCGGGCTTGAAGTCTCCGGGGAAGTGGCTGAGGTTGCCGATGATGTACCCAACTGGAAGCCGGGTGATAAAGTGTGCGGTTTGGTCGCGGGTGGTGGCTACGCTGAGTATGTGGCGGTGAACGCCCAGCATCTTATGCCGGTGCCACAAGGTATGTCGCTGACAGATGCAGCAGGGCTCACAGAGGTGTTCCTTACTGCATGGCAGGCGCTGTTCACTATCGGTAACCTGCAACCTCAGGATAAAGCCCTTATTCACGCTGGTGCCAGCGGCGTAGGTTTGGCTGCGCTGCAACTGTGCAAACTGAAAGGCATTGCCACAGCGACCACCGCGTCCTCTGAAGATAAGTTAGCCCAGTGCCGTGATATGGGCGCGAAGCTAACCATTAACTACAAAGAACAGGATTTCGCTGCTGTTTTGAAAGACACCTGGCCGGAAGGCGTGAACTTTGTACTCGACTTTGTGGCAGGCGATTACCTCAACCGTAACTTAAAAGTACTCGCGCAAGACGGACACATTGTCTATTTAGCCATGCTGGCAGGTCGCTTTGCAGACAAATTAGATATGGCATTGATGTTAGGAAAACGTGCCCGCATTCAGGGGTCAACGCTCAGAAACCGCAGCGACAATTATAAAGCCGATTTAATTCGTGATTTCTGCGAACACGGCCTGCCGGGCTTTGACGATGGCACGCTTACCGTGAATGTGGATACTGTGTTGCCGGTTGAAAAAGTCGCCACTGCCCATGCTCGCCTCGAAACAAACGATACTCGCGGTAAGATTATTGTTAAATGGTAG	MRFVYFESGKGPETLHISHTDKPTIKDGQVLIKVCAFGVNRADTLQRQGKYPPPPGESDILGLEVSGEVAEVADDVPNWKPGDKVCGLVAGGGYAEYVAVNAQHLMPVPQGMSLTDAAGLTEVFLTAWQALFTIGNLQPQDKALIHAGASGVGLAALQLCKLKGIATATTASSEDKLAQCRDMGAKLTINYKEQDFAAVLKDTWPEGVNFVLDFVAGDYLNRNLKVLAQDGHIVYLAMLAGRFADKLDMALMLGKRARIQGSTLRNRSDNYKADLIRDFCEHGLPGFDDGTLTVNVDTVLPVEKVATAHARLETNDTRGKIIVKW	PGPT0013255_4825	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-OXIDOREDUCTASES,PGPT0013255-qor-K00344	NA	NA
AK237_00209	1194	rlmI	COG1092	Ribosomal RNA large subunit methyltransferase I	ATGTCTGCCACCGTCGTCTTACAACCTCAACGTGATAAATCACTGCGCCGTCGTCATCCCTGGGTTTTTGCCAGCGCCGTTGCCACGGTTAACGGACGTTGCCGCAGCGGTGACACTGTTGATGTTGTTAGTGCCGAAGGTGACTGGCTGGGCCGTGGCGCCTGGTCTCCTGAATCCCAGTTACGGGTACGCATGTGGACATTCAACAAAGATGAACCGGTAGACAATGGCTTTTTTGTACGCCGTCTTACTACTGCCCTCACCCTCCGTGAGAATCTGGTGATTAACGAGAACACTAACAGTTATCGCCTTATCGCTTCAGAATCTGACGGTTTGCCCGGCGTCACCATCGACGTGTACAACACGGTGATTGTTGTGCAACTGTTGAGTGCCGGAGCTGACAAGCAACGAGACAAGATTGTGTGGGCTTTGAAAAAAGTGCTGCCGGGAAAAGACATTTTTGAGCGAAGCGATGTGGATGTGCGAGCAAAAGAAGGACTGGAGCCACTGGTGCAGACACTTCATGGCGACCCGGAACCCGTGGTCACTATTCTGGAAAATGGCATTCAGATCCAGGTAGATATTCGCAATGGCCATAAAACAGGTTTTTACCTCGATCAGCGTGATGCCCGCGCAGCAGCCGGTCGCTATGCTAAAGATAAAGAGGTACTGAACTGCTTCAGTTATACCGGTACATTCTCGTGCTATGCGTTACAAGGCGGCGCGAAACATGTCACTAATGTGGATGTGTCTGATCCGGCACTTGCTCTGGCGGCAAAGCATCTGGAAATCAATGAGCTGGACCGTGCCCGTTGTGACATGGTGAACGGTGATGTGTTTCAGGTTCTGCGTAAGTATCACGAAGAGCAAAGACAGTTTGATATGGTGATCCTCGACCCACCCAAGTTCGTCGACAGCAAAGCGTCGCTGGGCCGCGCATCACGTGGCTACAAAGACATTAACATGTACGGTATTCACGCGGTAAAATCCGGCGGTTTGCTGCTGACATTCAGTTGCTCAGGCCTGATGCCGGCGGATTTATTTCAGAAGATTGTGGCCGATGCCGCGCTGGATGCCGGCAAGACCATTAAGATTGTTGAACGCCTTACTCAGGCCAAAGACCACCCTGTCATTGGCACGTATCCGGAAGGTTATTACCTGAAAGGTCTGGTGTGTGAAGTAACTGATCTTTAA	MSATVVLQPQRDKSLRRRHPWVFASAVATVNGRCRSGDTVDVVSAEGDWLGRGAWSPESQLRVRMWTFNKDEPVDNGFFVRRLTTALTLRENLVINENTNSYRLIASESDGLPGVTIDVYNTVIVVQLLSAGADKQRDKIVWALKKVLPGKDIFERSDVDVRAKEGLEPLVQTLHGDPEPVVTILENGIQIQVDIRNGHKTGFYLDQRDARAAAGRYAKDKEVLNCFSYTGTFSCYALQGGAKHVTNVDVSDPALALAAKHLEINELDRARCDMVNGDVFQVLRKYHEEQRQFDMVILDPPKFVDSKASLGRASRGYKDINMYGIHAVKSGGLLLTFSCSGLMPADLFQKIVADAALDAGKTIKIVERLTQAKDHPVIGTYPEGYYLKGLVCEVTDL				NA	NA	NA	NA	NA
AK237_00210	303			hypothetical protein	ATGTTAGGATACGACGATAAACGTAATTTTTTCAGGATGATGGTTAACTCGCCTTGCCAGGTGCAAATTAATGATGAAGAATCCAGTCGCACTCATCAGGCTGTATGTAAAGACATTAGCGCAACAGGTATGTCTTTAGAGGTGGAAGAGCCTTCAATCGAAGTGGGCACGCTGGTGAATGTATCTATTGACTCCAATAGCTCGCAAATTCCCTCACTGTCAGCTGTAGCAACTGTCGTACGATGTGTACCTGAAACAGAATCGAGCTGTATTATCGGTGTAGAAATATCGGAGATGAAGTAA	MLGYDDKRNFFRMMVNSPCQVQINDEESSRTHQAVCKDISATGMSLEVEEPSIEVGTLVNVSIDSNSSQIPSLSAVATVVRCVPETESSCIIGVEISEMK				NA	NA	NA	NA	NA
AK237_00211	3906			hypothetical protein	TTGTCTTCTGAGCCAGCCGCGCCTTCTGTTTCTTCATTATACGACCAGTTGTCATTGTGTATGCTGGCCGATCGTTTTCCTTTACGCCGTCGCATTCAAAAACTCAGCGGGTTGATTAAATCTCAGTCTGAACAGGCGGCTGACGCCATCAGTGATGTTATGCAGCGCATTGACGCGTCAAAAGCGAAGCGTGCATGGCGGGCGGAGAATTTGCCGGCCATTGAATATCCGCCGTTACCCGTCAGTGATAAAAAAGACGACATCAAACAGGCCATCGCTTCTCACCAGGTGGTCATTGTGGCGGGGGAAACCGGCTCAGGAAAAACCACCCAGCTTCCGAAGATTTGCCTGGAACTGGGCCGCGGTGTGGACGGCATGATTGCCCATACCCAGCCAAGACGACTGGCTGCCCGCAGTGTGGCAAGCCGTATTGCCGAAGAACTGAATACGCCGTTAGGTGAAAAGGTGGGTTTCAAAATCCGCTTTTCAGACCAGGTCAGCGACAGCAGTTACGTCAAGCTTATGACCGACGGTATGTTGCTGGCAGAGATGCAGCAGGACCGCTTCTTAAATCAGTACGACACTATCATTATTGATGAGGCCCACGAACGCAGTCTTAATATCGACTTTCTTTTAGGGTATTTACGTCAGTTATTGGATAAGCGCCCCGAACTTAAGCTTATTATTACATCGGCGACCATCGACCCTGAACGCTTCAGCAGACATTTTAATGATGCGCCTATTGTCGAAGTGAGCGGCAGAACCTATCCGGTGGAAATTCGTTATCACGATCCTGAAGAACGGGAAGATGACAACGATCAGGCTGATGCCATTGTACGGGCAGTTGATGAGCTTAAACGGGAAGCGCCCGGCGACATTCTGGTGTTTTTAAGTGGTGAGCGGGATATCCGCGATACCCAGGATGCATTGCAGAAGCAGCAATACCGGAACACTGAAATTGTGCCTTTGTACTCCAGATTGTCGGCAGCAGAACAAAACCGTATTTTCCAGTCTCACAGCGGCCAGCGTATAGTGCTGGCCACCAACGTAGCGGAAACCTCGTTAACGGTGCCGGGCATTAAATACGTTATTGACCCGGGTACCGCGCGTATTTCACGGTACAGCGCCCGCAGCAAAGTGCAGCGCTTGCCCATTGAGCCGGTATCTCAGGCGTCTGCCAATCAGCGGGCCGGACGATGTGGCCGGGTATCAGACGGGATCTGTATCCGCTTATACAGTGAAGAAGATTATCTTGGTCGCCCGGCGTTTACCGATCCGGAAATTCTGCGTACTAATCTGGCATCGGTCATTCTGCAGATGCTGGCGCTGGGGTTGGGTGATATCGGCGCGTTTCCGTTTGTTCAGCCACCGGACAGCCGCAATATTACCGATGGTTTCAGGTTGCTTGAAGAAATTCAGGCGATTAAACGGGGCAAAGGCCAGCCAAAGCTAACGGACATGGGGCGCAAAATTGCCCGTTTACCTGTTGATCCCCGTTATGCCCGTATGGTCATCGAAGCCGGACGCACGAATGCGGTGCGTGAAGTTATGGTGATTGCCGCCGGTTTATCTATTCAGGATCCCCGTGAGCGGCCACAGGAAAAACGTCAACAGGCAGATGAAAAGCATAACGAATACCGTGACAAAGACTCAGACTTTATCAGCCTGTTTAATTTGTGGCAGTCATTCAGAGAACAGCAAGCTGCGCTGTCTAATAATCAGTTGCGCAAGTGGTGTAAAGCGCAGTTCATCAATTATCTGCGTATGCGCGAATGGCAGGACATCGTCAGCCAGCTCAAAAAATCTGTAGCGGAAATCGGTTTGGGGATCAGCAAGCAGGATGCTGATTTTCAGTCTGTGCATCAGGCGCTTTGCAGCGGTTTGTTGTCGCACCTGGGCATGAAAGACAAAGAGCGGGAATATCTCGGCTCCCGTAACTCTAAATTTATGATCTTCCCGGGCTCAGGTCTGGCAAAAGCACAACCTAAGTGGATCATGGCGGCAGAGCTGGTAGAAACGTCCCGCCTGTTTGCCCGCATGAATGCGAAGATTGACCCGACATGGGTGGAGCCTCTGGCAAAGCATGTGACCCAGTCCAGTTATTCAGAGCCTCACTGGTCTAAAAAGCGCGGCGCTGTGGTGGCTTTTGAAAAGGTTACTCTGTTTGGCTTGCCCATTATCCCGAAGCGGGCTGTGGTTTACAGTCAGATTGATCCGCACGTGTCTCAGGATTTGTTTATCCGTCACGCGTTAATTGAAGGTGATACCAAACTGAATAACAGCGTGCTGGCAGATAACCAGGCATTGCTTGATCAGGTCGATGAGCTTGAACAGAAAACCCGCCGCCGCGACATCATGGTTGACGAAGAGGCGCTGGTGGCCTTTTATGCCCAGCGTTTACCGGTGGATGTTAATAACGAAGCCGCGTTTAAAAAGTGGTGGCAAAAACAATCCGACAAGAACATTCTCGCCTTCACCGAAGAGGATGTGTACCGCCAGCAGCCGGGCGCGAAAACCGCCAATGCCTTTCCCGATGTCTGGAAGCAGGGCAACATCACGCTGCCTTTACGGTACCATTTCGAGCCCAATGCCGAAGATGACGGGGTAACGGCAACCATTCCGTTACCCATATTAAATCAGGTGGTAGATAAGGGATTTGACTGGCTGGTGCCGGGTTTAAAACACGAACTGATTGTCAGCCTGATTAAAAGCCTGCCTAAACGTTTACGCAAAAATTTTGTGCCTGCACCGAATTATGCAGAAGCCTGCCTTGAAGATATCAGCGCCTTTGACAAGCACGGTCAGCCAGTGCCGCTTTTACAGGCGTTATCTGACAAACTGCGCCGTATGACCGGCGTTATTGTGGAAGAAGAAGAGTGGCAGCTGTCTCAGCTTGAACGACATCTCAAAATGCATTTTGCTGTGGTTAACGATAAAGGTGAGGTTATCGCCCGTGGTGATGATCTGGAAGCATTGAAGAAGCAATGTCAGGGGCAGGTGAAAGCCACCTTTGAAAAGGCCGCGACGCCGGAACTTGAGCGCAAAGGGCTGGAAAGCTGGGATTTTGAACAGCTGCCGGAAACTTTTACGCAAAAGATGGGGGGCTTTGAAGTGCAGGCGTTTCCCGCTTTGGTCCGCCGTGGTGACAAAGTTGATATTGTGCTGGTGGACGAGCCTGAAAAAGCGAAACAACAGCATCAGGACGGTGTCAACGTGCTTATCCGTAATGCCATGCCGTCGCCGCTCAGCTATCTGCAAAGTAAATTGCCGAACAAAGCAAAACTGGGGTTGTATTTTAATCCTTTTGGCCAGATTAAAGCGCTGATAGACGACTGTATACTGGCCGGTATTGATGATTTGGCCAACACCTTCAAACAATCACAAGGTGTTGAAATACGTGACGCTGAAACCTTTAAACAGTGCGTCGATTTTGTCAGGGCTGAAATTAATGATGTGGTGCTGGATATTGCCAAGCAGGTAGAGGAGGGGCTTACCCTCGCGCATCAGTGTCAAAAGCAAATGAAGGGCAATGTGCCGCTTAACATGGTCAGTGCCCTTGGCGATGTGAAACAACATCTGGGTACGCTGGTTTATCCCGGTTTTGTTTCTGATTTAGGTCGCGGAAGATTGCCGGACTGGAACCGCTATATTAAGGGGTTGGCGCGACGCCTTGAAAAGCTGCCTATTGACCCGAATAAAGACCGCATGCACCAGCAAACCATTGAAAAAGCGGTGACGGCATTTAATAAAGCCTGCAATAAATATCCGCAGAATAAAGTACCTGCTGAGCTCAAGGAAACCCGTTGGATGATTGAGGAACTGCGGGTGTCTTTATTTGCGCAGCAACTTGGCACCGCGTACCCGGTATCAGCAAAAAGAGTTTTGAGTGCGTTAGAAAACTTTTAA	MSSEPAAPSVSSLYDQLSLCMLADRFPLRRRIQKLSGLIKSQSEQAADAISDVMQRIDASKAKRAWRAENLPAIEYPPLPVSDKKDDIKQAIASHQVVIVAGETGSGKTTQLPKICLELGRGVDGMIAHTQPRRLAARSVASRIAEELNTPLGEKVGFKIRFSDQVSDSSYVKLMTDGMLLAEMQQDRFLNQYDTIIIDEAHERSLNIDFLLGYLRQLLDKRPELKLIITSATIDPERFSRHFNDAPIVEVSGRTYPVEIRYHDPEEREDDNDQADAIVRAVDELKREAPGDILVFLSGERDIRDTQDALQKQQYRNTEIVPLYSRLSAAEQNRIFQSHSGQRIVLATNVAETSLTVPGIKYVIDPGTARISRYSARSKVQRLPIEPVSQASANQRAGRCGRVSDGICIRLYSEEDYLGRPAFTDPEILRTNLASVILQMLALGLGDIGAFPFVQPPDSRNITDGFRLLEEIQAIKRGKGQPKLTDMGRKIARLPVDPRYARMVIEAGRTNAVREVMVIAAGLSIQDPRERPQEKRQQADEKHNEYRDKDSDFISLFNLWQSFREQQAALSNNQLRKWCKAQFINYLRMREWQDIVSQLKKSVAEIGLGISKQDADFQSVHQALCSGLLSHLGMKDKEREYLGSRNSKFMIFPGSGLAKAQPKWIMAAELVETSRLFARMNAKIDPTWVEPLAKHVTQSSYSEPHWSKKRGAVVAFEKVTLFGLPIIPKRAVVYSQIDPHVSQDLFIRHALIEGDTKLNNSVLADNQALLDQVDELEQKTRRRDIMVDEEALVAFYAQRLPVDVNNEAAFKKWWQKQSDKNILAFTEEDVYRQQPGAKTANAFPDVWKQGNITLPLRYHFEPNAEDDGVTATIPLPILNQVVDKGFDWLVPGLKHELIVSLIKSLPKRLRKNFVPAPNYAEACLEDISAFDKHGQPVPLLQALSDKLRRMTGVIVEEEEWQLSQLERHLKMHFAVVNDKGEVIARGDDLEALKKQCQGQVKATFEKAATPELERKGLESWDFEQLPETFTQKMGGFEVQAFPALVRRGDKVDIVLVDEPEKAKQQHQDGVNVLIRNAMPSPLSYLQSKLPNKAKLGLYFNPFGQIKALIDDCILAGIDDLANTFKQSQGVEIRDAETFKQCVDFVRAEINDVVLDIAKQVEEGLTLAHQCQKQMKGNVPLNMVSALGDVKQHLGTLVYPGFVSDLGRGRLPDWNRYIKGLARRLEKLPIDPNKDRMHQQTIEKAVTAFNKACNKYPQNKVPAELKETRWMIEELRVSLFAQQLGTAYPVSAKRVLSALENF				NA	NA	NA	NA	NA
AK237_00212	1026			hypothetical protein	ATGAAACAGCCGGGTCACCAGTTATCTTCAGAGCCTTTGCTGAATCCGGAAACCCGGTGTGTCAACGCATTGCCGTTTTGCCAGACGCTGCTTAATGTGGCGTGTGCCAAAGGTGCAGATAAAAACAAGGTGCTCAGGGGAACCGGTATTTTCGACACAGACCTCACGCAGGAGCGTGCTTTTTCGCAGCTGCAATTAGCAGCCCTTGTGCTGAATGCAGATAAATACGCCGGCGTGCGGGATTTTGCCTTTCAGGCCGGGCAGGCACTGGCGACATCACAATATGGTGGTGTTATGAAAGCCATGGGATACAGTAAAAACCTGAGGCAGGCTTTACTGATTTTGCGTCGCTTTACATCTCACATATCACCGTTAGTCTCTTTTGGTGTTTACCCCCGGCCGCAGGGCATTGTTATCACGTTGCGGGACAGTGCCGGCAAACACAAAGCTTTCGATGCTGCATCACTCATGGTCTGTTCCGCATTCATCGCGTTAACGAAGCAATGGTGCGGTCAGAGACTGCCTCTTAGTTTTCATTTTCCGTTTTCCCGTCCCCGTCATATCGCTGAATTCGAAATGCATCTCGGACGGCGCCTGAATTTTGATTCTCCCTGTTTCTACATGACGGTGGATAACGCATCACTACGGAAACCTTTTTTGCATCATGATAGCTATTTGCTGAAAGCTTCGGTTTCTCACTATAAAAAGCACTTAATCAGCGGTGTACAGCTGCCGGATTTTATCCGTAATGCAGTTATGCGTAACCCGCATCTTTGTGCGACAGACCTGGCATCAGCGCTGGATATCAGCCCGGCCACACTGAAGCGAAGACTCAAAGCCTGTCATTGCACGTTTTCAGCGCTGGTTGATGATGTACGGCGGGAGCAGGCCATATTTCTGTTACAAATTTGCCGGTTGTCTAACGAGGAGAGTGCGCTGCGGCTTGCCATTTCCGACCTCACAAACTTCCGGCGTGCAGTAAAACGCTGGACAGGTTTAACGCCCCACGAGCTACGAAGCCGTTAA	MKQPGHQLSSEPLLNPETRCVNALPFCQTLLNVACAKGADKNKVLRGTGIFDTDLTQERAFSQLQLAALVLNADKYAGVRDFAFQAGQALATSQYGGVMKAMGYSKNLRQALLILRRFTSHISPLVSFGVYPRPQGIVITLRDSAGKHKAFDAASLMVCSAFIALTKQWCGQRLPLSFHFPFSRPRHIAEFEMHLGRRLNFDSPCFYMTVDNASLRKPFLHHDSYLLKASVSHYKKHLISGVQLPDFIRNAVMRNPHLCATDLASALDISPATLKRRLKACHCTFSALVDDVRREQAIFLLQICRLSNEESALRLAISDLTNFRRAVKRWTGLTPHELRSR				NA	NA	NA	NA	NA
AK237_00213	900			hypothetical protein	ATGAATGCGGTTTATCGTTACCGGCAAAGTCATCTCATTGGTGCCAGTATTGGCGCTCAGTGTATTGCATTATATTTGAGTTTTTCCCATGGCCAGTTAAAGCCATTTAACGAGATTGCCTGGCTGGATGTCACCGGCGAGGGCAGCGTTATGCTGTTTGCATTTGCCTGGATTGTGGCTGCTATCGCCAGCCGGCCGCCGGGACGGGTAACCACCTTGCTGGTGGCAGGCCTGAACTGTTTTGCTTTTACTGCGTTGCTTGATTTTCTGGATGAAATGTTCTCTTACTCCGCAGCTTCCGATTGGTTAAGCATGCTGGAGTCTATGCCGGCTGCTTTTGGTATGGTGATCATGACAGCCGGATTGCTGGGCTGGCATGACGAGCAGAAAGCGCTGAACAGACAGTTGCAACGCAGAGAATGGGCTTTACGCAATCATGGTCAAATAGACAGCGTTACTCAGCTGTATTTGGCGGATTACTGGAAGGAACGCCTGACGGATCTTTTGCAACAGGGCGGCAAAGGCAGCGCCATCATGGTAGACATAAACGGCTTTTCACAGTTTAACGAAGCCCATGGCTATGCGGAAGGTGACCGGTTTTTACAGGAAATTGCACGGTTGCTGGTAATGCATGTGCGCGAGTCAGATTTGGTTTGCCGCTACGCAGGGGACCGCTTCGTGATTCTAATGCCTGATACGGCACGGCTTAATGCCCGCCGCATCGCCGATGATATTCAAACGTCGGTACATTGTCTGGCGTTTAAAAGCGGCGCCAATACAACGGCTCTGTTTCAGTCTGTCAGAACAGCGGTTGTAGAGTTTGAAGAGCACCATGACAGCAGCAGGGTGTTGTCAGTATTGCAAAACCAGTTGAATCATCAGGGCAGCCGAGCAGCATGA	MNAVYRYRQSHLIGASIGAQCIALYLSFSHGQLKPFNEIAWLDVTGEGSVMLFAFAWIVAAIASRPPGRVTTLLVAGLNCFAFTALLDFLDEMFSYSAASDWLSMLESMPAAFGMVIMTAGLLGWHDEQKALNRQLQRREWALRNHGQIDSVTQLYLADYWKERLTDLLQQGGKGSAIMVDINGFSQFNEAHGYAEGDRFLQEIARLLVMHVRESDLVCRYAGDRFVILMPDTARLNARRIADDIQTSVHCLAFKSGANTTALFQSVRTAVVEFEEHHDSSRVLSVLQNQLNHQGSRAA				NA	NA	NA	NA	NA
AK237_00214	2694			hypothetical protein	ATGCTTCGTCTTTCAAAATTGACCACTCATTGTTTAGCTGCGCTCAGTCTTTCTGCCGCTGCATTAACAGTTAATGCCGGAGAAATTGCCGGAAAACTGACCAACGAAGACAACTCCCGTGTTTTTGCGGGTGCTCAGATCACACTTAAAGAATTAAACCTTGTTACCGAATCACGCAGAGACGGTACCTTCCGGTTTCCTTCCTTGCCCGCAGGTGCTTACACGCTTCAGGTTAGCTATCTGGGCGCGCAACCTGTCACAGAAGTGGTTAACGTAACAGAAACCGGCATTGTTTCTCCTGTTATTGCACTGTCTGATAATGGCAAAGCCATCGCCGATATTCTGGTGAAAGGACAACGCAGCGGCCAGGCAAGTGCCATTAACCAGCAGCGGGTATCTGATCGCATTTCATCCATTGTCTCTGCTGACGCCATTGGTCAGTTCCCTGATCAGAATGCCGCTGAAGCATTACAACGCTTACCGGGTCTGTCGATTGAGCGGGATCAGGGTGAAGGTCGCTTTGTCGGGATCCGCGGTATCGATCCTAACTTAAATAACGTTACCATCAACGGACTTAACATTCCTTCGCCGGAAGCCGGTGTGCGCTCTGTAGCACTCGATGTTATCCCGTCAGAACTAATTCAGACTCTTGAAGTGTCCAAATCTGTGACCGCAGATATGGACGGTGACGCTATCGGTGGTGCCATCGAAGTGAAAAGTGTCAGTGCCTTTGATTACCAGCAGGACACGGCCAAACTGACGATGCAGGCCAGCCACAATGAACTGGTAGATAAAACCAGCCCGAAATTATCTGGCAGCGTGACACACAAGTTTAACGAATCCTTTGGTGTTGCCGCTGCGCTTTCCTGGTTTGAACGTGATTTTGGTTCCGATAACATTGAAAGCAACGGCGACGATGAACTGGAACAGCGTGACTACACCATCACCCGTGAGCGTTTAGGCGCTGCGGTTAATTTCGATTTCCGCCCGGATTTTAACAATCAGTATTTCGTGCGCACCCTGTACAGCGAGTTTTCTGACAACGAGTATCGTCAGGCGAACATTTTCACCTTCGATGGCGAAAATTCAGAGATCGCCCGTGAAAGTAAAGACAGATACGAAACGCAAACGATTATGACCGTGGCGGCCGGCGGTGAACACCAGCTGGATACCTGGGATATCAACTGGCAGCTGGGTTATGCAAAGTCTGAGGAAGACGAACCGGATGCCCTTTACTACACGTTCGTTCAGGATAATGCCAGCATCAGTGCAGATCTCGACACCCGCATTCCGCAGCTCACACAGAATGCTGAAGCCATGCAACTGGCCAATTATGATTTAGACGAAATCAGCTTTGAAGATAACTACATGAAGGATACCGAGACGAGTGCAAAAATTGACTTTGTCCGCGGTATTACTTTAGGCGATTACCAGGGCGAGTTTAAATTTGGTAGCAAATACCGCAGCCGTGAAAAAGTGAATACAAGCCAGATATCCATTTATGATGGTGACTTCGATGGCATCACAGGTGAAGGATTAGCAACTGCTGATCCGGATTGGAACATAGGTGACTTTGGCGACGGACTGGACAGAAACGCACTGCGAAATGACTTCAACAGTAACCGTAGTGCTCTTGAGCTGGCCGAACTGGACTCAGAAGTTGAGTCTAACGGTGCGTCTTATGTAAACAATGAAGATATCTTCGCGGCCTACGCCATGGTAACAGCCGACATTGATGCCCTTCGGGTGGTTGCCGGTTTACGTTATGAGCGCACAGACTTCAGCACTGACGGTATGCGGGTTGAACTGGTTGAAAATGAAGAAACGGACGTTGAAGAAGTGATCAACACCGCGTGGAATGCTGACCGTGATTACGATAACTGGCTGCCAAGTGTTAACCTCAGATACGACCTGAATGACAAAGTCGTGTTGCGCGGTGCATTTACACAAACTATCGCAAGACCTAAGTTTGAAGATGTGGCGGCCTACCAGATCATCGAGAGTAAAACAGAAGAAGACGGCGACAGCTTTGTCACCGCACGGGAAGCCGAAGTGGGTAACCCGCAACTTAAGCCTTACGAATCTACCAACGTAGATCTGTCTGTTGAGTATTATCCCGGTGCAATCGGTGTGTTGTCTGCCGGTTACTTCTATAAAGACATAGACAACTTTGTGGTATACGCAGACGTAGCCGGTACAGAAGACTGGCAGGGCTATGACGAAGTGGTGCAGCCTGTTAATGGTGAGTCTGCCAGCTTACACGGCCTTGAGCTGTCCTGGGTGAAAGCCTTTGATAACGGCTTTTTAATGTCAGCGAACGGTACGTTCTCGTCTTCTGATGCCACTACCCTGCTTGACGGTGAAACATTTGAAACCAGCCTGCCTAACCAGTCAGACACGGTGGGGAACCTTACCCTAGGCTACGAGAACAATCTGGTCAGCCTGCGTCTTACTATGACGTACAAGAGCGAGAACCTGGAAGAAATCGATGGCGATATGCTTCGTATGGAAGACGATCATCACCAGCTTGATTTCTCAGGCAAGTATTACATTAATGATGACATGTTGATTTATTTCAACGGCATTAACCTGAGCGACGAGCCTTACTACCACTATTTCGACCAGCGAAACCGCAATGCACAGTACGAAGAATACGGCCGTACATTTGAACTTGGATTTACCTGGCAAATGTAA	MLRLSKLTTHCLAALSLSAAALTVNAGEIAGKLTNEDNSRVFAGAQITLKELNLVTESRRDGTFRFPSLPAGAYTLQVSYLGAQPVTEVVNVTETGIVSPVIALSDNGKAIADILVKGQRSGQASAINQQRVSDRISSIVSADAIGQFPDQNAAEALQRLPGLSIERDQGEGRFVGIRGIDPNLNNVTINGLNIPSPEAGVRSVALDVIPSELIQTLEVSKSVTADMDGDAIGGAIEVKSVSAFDYQQDTAKLTMQASHNELVDKTSPKLSGSVTHKFNESFGVAAALSWFERDFGSDNIESNGDDELEQRDYTITRERLGAAVNFDFRPDFNNQYFVRTLYSEFSDNEYRQANIFTFDGENSEIARESKDRYETQTIMTVAAGGEHQLDTWDINWQLGYAKSEEDEPDALYYTFVQDNASISADLDTRIPQLTQNAEAMQLANYDLDEISFEDNYMKDTETSAKIDFVRGITLGDYQGEFKFGSKYRSREKVNTSQISIYDGDFDGITGEGLATADPDWNIGDFGDGLDRNALRNDFNSNRSALELAELDSEVESNGASYVNNEDIFAAYAMVTADIDALRVVAGLRYERTDFSTDGMRVELVENEETDVEEVINTAWNADRDYDNWLPSVNLRYDLNDKVVLRGAFTQTIARPKFEDVAAYQIIESKTEEDGDSFVTAREAEVGNPQLKPYESTNVDLSVEYYPGAIGVLSAGYFYKDIDNFVVYADVAGTEDWQGYDEVVQPVNGESASLHGLELSWVKAFDNGFLMSANGTFSSSDATTLLDGETFETSLPNQSDTVGNLTLGYENNLVSLRLTMTYKSENLEEIDGDMLRMEDDHHQLDFSGKYYINDDMLIYFNGINLSDEPYYHYFDQRNRNAQYEEYGRTFELGFTWQM				NA	NA	NA	NA	NA
AK237_00215	1812			hypothetical protein	ATGGCCGACACAGCAAGTATCGATGCAACAGCCTTTTCAATTGAAGGTAATCAGTTAACCCCGCTGGTCATTAACAATCAGTTGCATTATCTGGTTACCAGCGAAACCCGGGGCCTGATTTTAACAGGTAAAGATCAGAATATAATTAGCACACTGCCCGGTCACTTCAGTCAATCCGATATTCTGCAGCATAACGGCACCCTGACCGTTGCGGCGCTTAACAACGATACCTATGGTGTTGAACTATACCGCTACAACACCGGTACTGACGAGTTTGAAAAACAGCAATCGCTACAGGCAGATCTGGCTGACATTGAAGCGCTGTGTTTATCTTTTTCCGGTGAAAATCTGACGCTGACCACAGCAGACGCCACAGGACAAATGAAGCAGCACTGGCTGGCAGACGACCACTTTGTAGAAATACGAACCGTTAACACGGGCCCGGGCATTAAAAGTTGCCAGGCCGATGTGCAAAACGGCTATGTCTATCTGGCTGATGAAAACACCGGATTGTGGCAATACGACCATCATGCCGAAGCCGGTGATGGCCGCTCACTTATTCTGACGCAACAGCACGGCGTAACCAGCGAAGGCGTTGAAGGTGTCGGCCAGGCAGCCGGACTGACAGTGTTCGTTTCCCCCGACGCCCCGGTGGTGAATGTTTACCGCAATGACAGCATCAGTGAATTTAAAATAAACGGAGAACATAAATGGGAAGCAGTAAGAGCTGCCCCGTTTAACAACAATACTGTACTCGGCCTTTATGACGATGACAGCGAAAGCCTGTTTACCGCTGTATTACCGGTTTCAGCTTCGCAAACGACGACCCGCCGCACACAATCAGCAGATGGACATTTAACCGCATTCGCCCAAACCGATCCCGTGGCCCGCTTTGGTGATGCCGCTGACGATCCGGCTATCTGGTACAACGACAAAACCCCGGAGTCCTCTGTGATTATCGGTACAGACAAAAAATCGGGGCTGGACTTGTATGATCTTTCAGGCAAGCGACTTCAACATCTTGACGCAGGCAGGCTAAATAACGTCGATGTGCGATCCCGCTGGCAGGCAGCCGGACAGGACCTGGCCATTGCCGCAGCGTCAAACCGCACTACCCGCACGGTGGATATATTCCTGCTGGACCCGGCAACCAGAAACGCTGTGCCTGCCGGTAAGCTGGCGTCGCAACTAAACGATCTTTATGGTCTGTGCCTGTATCAACATACACACGGTGTTGACGTGCTGGTGAACGATACGGATGGCAGTTACGAGCGGCATCGCCTGTCATTTGAAGACAACAAAGTAACAGGCAAGGTCATCGACCGGTTTACTGTTCCTTCACAGCCCGAAGGCTGCGTGGCAGATGATGAAAATGCCATGCTGTATTACGGCGAAGAAGATGCCGGTGTGTGGAAGCGCAATCTGGATATCAGTAACCCTGAGCCGTTACTGATTGCAAAAGCAGAAGGAGCGGTAAAAGACGATATTGAAGGTATGGGCCTGTTTGATGTGGACGGGGAACGTTATCTGATAGTGTCCAGTCAGGGCAATCACCGCTATGCCGTCTACGCCACAACGGATAACCGCTTGCTGGGCACGTTTGATATTGTGCCCGATCTTGAAAAAGGCATCGACGGGGTTTCAGAAACCGACGGGCTGGAAACCATGTCTCTCCCCTTCGGCGAAAGCCTGCCGGATGGCTTGCTGGTTGTCCAGGATGGCCACAACGTGATGCCATCACAGCAACAAAACTTCAAGCTGGTTTCAGGTTCATTGCTGGCAGAATTTATCCGCCAGCACCGCCAAAAATAA	MADTASIDATAFSIEGNQLTPLVINNQLHYLVTSETRGLILTGKDQNIISTLPGHFSQSDILQHNGTLTVAALNNDTYGVELYRYNTGTDEFEKQQSLQADLADIEALCLSFSGENLTLTTADATGQMKQHWLADDHFVEIRTVNTGPGIKSCQADVQNGYVYLADENTGLWQYDHHAEAGDGRSLILTQQHGVTSEGVEGVGQAAGLTVFVSPDAPVVNVYRNDSISEFKINGEHKWEAVRAAPFNNNTVLGLYDDDSESLFTAVLPVSASQTTTRRTQSADGHLTAFAQTDPVARFGDAADDPAIWYNDKTPESSVIIGTDKKSGLDLYDLSGKRLQHLDAGRLNNVDVRSRWQAAGQDLAIAAASNRTTRTVDIFLLDPATRNAVPAGKLASQLNDLYGLCLYQHTHGVDVLVNDTDGSYERHRLSFEDNKVTGKVIDRFTVPSQPEGCVADDENAMLYYGEEDAGVWKRNLDISNPEPLLIAKAEGAVKDDIEGMGLFDVDGERYLIVSSQGNHRYAVYATTDNRLLGTFDIVPDLEKGIDGVSETDGLETMSLPFGESLPDGLLVVQDGHNVMPSQQQNFKLVSGSLLAEFIRQHRQK	PGPT0002580_157	DIRECT EFFECT	BIO-FERTILIZATION	PHOSPHATE_SOLUBILIZATION	P-SOLUBILISATION-PHOSPHATASE_ACTIVITY	P-SOLUBILISATION-PHYTASE_PRODUCTION,PGPT0002580-phy|phyA|phyB|phyC-K01083	NA	NA
AK237_00216	108			hypothetical protein	ATGGTTAATAGCAAGGGCTTCTCTTTTTGGATGCCTGCCGTTGTAAGCGGTAACTTAAACAGCCATTTTGTCGTAACCCGACTGAAGCTGCTTATCAATGGCTTTTAG	MVNSKGFSFWMPAVVSGNLNSHFVVTRLKLLINGF				NA	NA	NA	NA	NA
AK237_00217	423			hypothetical protein	ATGGAATCTTTGCAAGTAAGCGATTATATGAATCATCATCCGGTGAAATTAACCGAAGACATGACCGTTGCCGAAGCCGTTGAAAGACTGCTGGCAAATAACCAGACTGGTGGCGCTGTTCAAAACATGCGCGGGCAGGTGACGGGGTTCTTATCCGAACAGGATTGTCTGAAGATGATGATTGAGTCGAGTTATTATCGTGAGCAAGTGTGTCGGGTGAAAGACATTATGCAAACTACCGTCAGTGCGGTGAAACCCTGGAATTCTGTACTGGAAGTGGCGCAGCGGTTGATTAACGAACGCCCGAGGGTTTTTCCTGTTATTGACGATGACGGTGTACTCGTTGGCGTGATAAACCGTGCCGCTGTACTAAAAGCCATTGATAAGCAGCTTCAGTCGGGTTACGACAAAATGGCTGTTTAA	MESLQVSDYMNHHPVKLTEDMTVAEAVERLLANNQTGGAVQNMRGQVTGFLSEQDCLKMMIESSYYREQVCRVKDIMQTTVSAVKPWNSVLEVAQRLINERPRVFPVIDDDGVLVGVINRAAVLKAIDKQLQSGYDKMAV				NA	NA	NA	NA	NA
AK237_00218	1017	iaaA	COG1446	Isoaspartyl peptidase	ATGAAAAAGTTTCTCGCAGCTGTGATGTGCAGCGCTTTGACATTAAGTTCGCAGGTAGTGGCGGCTGAAGAAAACCCGGTGGCAATCGTTATCCACGGCGGCGCCGGAACCATACTAAAGAAGAATTTCACGCCGGAACTGGAAAAAGCCTACAAAGATACCCTCAGCGAAGCAGCAAAAGCAGGCTATGCGTTGCTTGAACAGGGCGAACCCGGTGAAAAGGCAGTAATTGCAGCCATTCAAATTCTGGAAACCTCACCGCTGTTTAATGCCGGCATCGGGGCAGTGTATACCTGGGAAGGTGAACACGAACTGGATGCCTCATTAATGCACGGCGGCACCCATAACGCCGGTGCGGTGGCCGGAGTAAAAACCATCCGGAGTCCTATCGCTGCAGCATCGGCCGTCATGCACTTATCGCCCCATGTCATGCTATCCGGTGAAGGGGCAGAAGCTTTTGCAGAAGAGCAGGGACTGACGCTGGTGGATAACCATATCTTTGACACTGAAAGACGCCTTGAATCACTTAAAAAGGTGAAAGCCCGTATGGAAAGTGCAGGTTTGTACGGCGATCAGAAAGGTAATGAACGTTTTGGTACAGTGGGCGCAGTCGTGCTCGATAGTGAAGGCAATCTGGTAGCAGGTACTTCAACCGGCGGAATGACTGCCAAGCGTTATGGCCGCATCGGCGATTCGCCTGTGATTGGTGCCGGTACCTGGGCTGACAACGACAGTTGTGCGGTGTCTGCGACGGGGCATGGTGAGTTTTTCATCCGTTATCACGTTGCTGCAGATATTTGTACCCGCATGAAATATCAGGGCACTACGTTAAAAGAGGCGTCTGATACAGTTATTTTTGATGTGCTCAAACCGGTGGGCGGTGATGGCGGCATTATTGCCATTGATAAAGAAGGTAACATTGCAGCACCGTTTAATTCGGCGGGTATGTACAGAGCGAAAATCGATAGCCAAGGCGTCCTTTCCGTGGGCATTTTTGAGCAGTGGGAAACATTGTAA	MKKFLAAVMCSALTLSSQVVAAEENPVAIVIHGGAGTILKKNFTPELEKAYKDTLSEAAKAGYALLEQGEPGEKAVIAAIQILETSPLFNAGIGAVYTWEGEHELDASLMHGGTHNAGAVAGVKTIRSPIAAASAVMHLSPHVMLSGEGAEAFAEEQGLTLVDNHIFDTERRLESLKKVKARMESAGLYGDQKGNERFGTVGAVVLDSEGNLVAGTSTGGMTAKRYGRIGDSPVIGAGTWADNDSCAVSATGHGEFFIRYHVAADICTRMKYQGTTLKEASDTVIFDVLKPVGGDGGIIAIDKEGNIAAPFNSAGMYRAKIDSQGVLSVGIFEQWETL	PGPT0020185_493	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_UTILIZATION	PLANT_DERIVED_ASPARAGINE_DEGRADATION,PGPT0020185-iaaA-K13051	NA	NA
AK237_00219	1431	sbcB	COG2925	Exodeoxyribonuclease I	ATGACACAATATGCGCCATCGATGCTATGGCACGATTACGAGACCTGGGGCGCTAACCCGCTCAAAGATACCCCTTCTCAATTTGCTGCCATCCGTACCGATGCAGAATTAAATGTTATTGGAAAGCCCGTTAATATCATGGCGCAAATTGCCAATGATGTGTTGCCCCACCCTCAGGCGTGCCTGATAACCGGCATCACACCACAGCAATCACTGCGTGACGGTATGATTGAGGCAGATTTCGCCAGACGTATCCACGAAGAAATGAGCCAGCCGAACACCTGCGTGGTTGGTTATAACAGTATTCGCTTTGATGATGAAGTCAGCCGCACCCTCTTTTATCGCAACTTTTATGACCCTTATGGCAGAGAGTGGCGAAACGGCAATTCCCGCTGGGATATTATTGATCTCGCCAGGGCCTGCTATGCCCTGCGTCCTGAGGGTATTAACTGGCCAGTGAGAGACGATGGCACACCGGTATTCAAATTAGAAGAACTGGCCAAAGCCAATGAACTGGAACATGGTCAGGCTCACGATGCACTTTCGGATGTCCGCGCTACTATCGCGCTGGCAAAATTAATCAGGCAGCATCAACCAAAACTCTATGACTATGCATTTTCATTGCGCAGCAAACATGCCGTGTTAAAGCAGATTAATCTGCAGCAGCCTTCTGTGCTTTTGCATATTTCATCTAAAATTCCCGCCAGTCAGGGTTGTTGCACCTGGGTAATGCCAATCGCTATGCATCCCACTAACAGTAACGCCATTATCGCCGTCGATTTGTCTCAGCCTGTTGAACCATTACTAAACGATGATGCGGATACTATTCGTGAAAAGCTGTACACACCGGCATCAGAATTAGGGGATGAACTCCGTCCCGGTCTTAAGCTCATTCACATTAACCGGTCGCCTTTTGTTACAACGGCAAAAGCCATGACAGAAGAAAATGCTGAACGGCTGGGGCTAAACAGAGAGCAGTGCCTAGAAAATTATAAACGGTTAGCGGCCAGCGATATCACACAAAAGTTGTCTGATGTTTATAACACGCCTCATGATGACGCTGATAATGACGCCGACCACACCCTTTACAGTGGTGGATTTTTGTCAGACGAAGAACGCCGCTGGTGTGAGCAGGTGCATGCAACTGCACCGGAAGCGCTGGACCGGCTTGCATCACAAACTCAGAACCAGACCTTAAAAACTCTGCTGTTCCGTTATCGTGCGCGAAACTACCCATACACACTGAACGCGGATGAAATGCACCGCTGGCAAGCACACAGACAGTACAGACTAACTGACACAGACTCGCCAGCGACAATAACACTAGAGCCGTTTTTATTAGAGTTAGAAACGCTGGTACACGCGTATCAGGATGATCCTAACAAGCAGGCAATACTCAGAGCGTTATATCAATACGCGCAAAACCTTTGA	MTQYAPSMLWHDYETWGANPLKDTPSQFAAIRTDAELNVIGKPVNIMAQIANDVLPHPQACLITGITPQQSLRDGMIEADFARRIHEEMSQPNTCVVGYNSIRFDDEVSRTLFYRNFYDPYGREWRNGNSRWDIIDLARACYALRPEGINWPVRDDGTPVFKLEELAKANELEHGQAHDALSDVRATIALAKLIRQHQPKLYDYAFSLRSKHAVLKQINLQQPSVLLHISSKIPASQGCCTWVMPIAMHPTNSNAIIAVDLSQPVEPLLNDDADTIREKLYTPASELGDELRPGLKLIHINRSPFVTTAKAMTEENAERLGLNREQCLENYKRLAASDITQKLSDVYNTPHDDADNDADHTLYSGGFLSDEERRWCEQVHATAPEALDRLASQTQNQTLKTLLFRYRARNYPYTLNADEMHRWQAHRQYRLTDTDSPATITLEPFLLELETLVHAYQDDPNKQAILRALYQYAQNL				NA	NA	NA	NA	NA
AK237_00220	1659			hypothetical protein	ATGAAAGGTATTTCTTTCAGTTACAACAGCGATACTCAGTTTGTCACTTTAACGCTGCTTCCTGCCGAATTGGAAAAGGAAATTGATTTAGACAGCATCAAAGCCCATCTCGCAGACAGTGCTTACGCCGATTTTTATTTGTCGGAAAAAGCACTGAAGTCGGCATGCGACAAGGCAAACCTTTACCACAAAACAGGTGATAAAACGCCTGTTACCAGCGATATAGCAGAACTGCGTCATGCAGAAATAGATTTTGCTGTAAGCGAAGATAATATGACCGCTACGCTTCGCCTCACTACCCCTTACGGTGGGCGCATGCCAAATGCCATCACTATTCGAAATCTGGCTTTTAAAAATCGCGTCCGACGCGGCGTGGGTATGCGACACATCAATAATTTATTAGCACAAGCGGAGCGAGCAGAACCCGGCACAGTGCTTGAAGCTATTGTGGCAAAAGGTCTGCCAGCGAGAAACGGAAAGGGTTCGCGCTTTATTCCTCTTGTGCCAAATGCCCTGGAGCGTGTACTCAAGCCGCAGACGACTGAGGGTGAAAAAGCTGATCTTCGCAACTTAGGCGACGTTATTTGTGTAAAAGTGGGCACGCCAGTGGTACGACGCACCGAACCTACTCAAGGACGAAAAGGTTACGACGTAAAAGATACGGTGTTGTATCCCAAACCGGGAGAATGGGTCGAATTTAAAATGGGCGCGAACACCGCCGTCAGTCCCGAAGACGAGAATATTCTCATTGCGACATCTTCTGGTATGCCGAAATACCATGAGCAGCGAATGAATGTGGATGATACCTTTATTTGCAACGGCGTAAATGTAGGAAGCGGACACGTTACCTATGATGGCGCTGTGCTTGTTAACGGCGATGTAGCTGAAAAGATGCAGATAAAAGCCACAAAGGACATCACGATAAACGGATTTGTCGAATCGGCTGTCATCGAAGCTGGCGGTGATATCATTATCACTGAAGGCGCTATGGGGAAAGTTACCGATAATGCCGAAGGTTATGCCTGCACACTAATCGCCGGCGGGAATATTCACGTGCAACATGGACAAGGCCTCGATATCAAAGCAGGCAAAAGTATTACAGTAGGCAGACAATTGGCTTATAGCCGCCTGAAGGCCGGAGGAGCGGTTACTGTTGGTAACATATCTAAGCCTATGGGCAACTTATTTGCCTGTGAAATTGATTGTCAGGATAAAGTGGAGGCCGGTACGCTAGGTGCCATATCCGGTAGTACGCTCAAAGTAGATTTTTCTACTGGCATGAGCGCACTTAGTGAACGTAAAGAGACCATTGATGAGCTGGTAAAGCAGCTTCGCGAGAACAATTTGCGTCACAGGGAAAAGCTCGAAGTCATATCCGGTCGCACTATCCATAAAGATCTTGCTACGAAGATTACCGAAGCGAAATCGCTGTTAAGCAATGAAACCGCCCTGTTAAACTGGTTAGAATTAAAAGCGTTAGAGTTAAAACAGCTCAAAGAAGACTATCAAAGTAGGATTCAGCTTAAGGCAAATAAACGAATTTATGCTGGGGTATCGGCTAAGTTAAACAATAGAAATTGGCGTTCTGAACGGGAGTATGAGCGCTGCCAGGTTCGTTATGAAGGCCATCAATGGCACTACGAACCTGACTTGACTTAG	MKGISFSYNSDTQFVTLTLLPAELEKEIDLDSIKAHLADSAYADFYLSEKALKSACDKANLYHKTGDKTPVTSDIAELRHAEIDFAVSEDNMTATLRLTTPYGGRMPNAITIRNLAFKNRVRRGVGMRHINNLLAQAERAEPGTVLEAIVAKGLPARNGKGSRFIPLVPNALERVLKPQTTEGEKADLRNLGDVICVKVGTPVVRRTEPTQGRKGYDVKDTVLYPKPGEWVEFKMGANTAVSPEDENILIATSSGMPKYHEQRMNVDDTFICNGVNVGSGHVTYDGAVLVNGDVAEKMQIKATKDITINGFVESAVIEAGGDIIITEGAMGKVTDNAEGYACTLIAGGNIHVQHGQGLDIKAGKSITVGRQLAYSRLKAGGAVTVGNISKPMGNLFACEIDCQDKVEAGTLGAISGSTLKVDFSTGMSALSERKETIDELVKQLRENNLRHREKLEVISGRTIHKDLATKITEAKSLLSNETALLNWLELKALELKQLKEDYQSRIQLKANKRIYAGVSAKLNNRNWRSEREYERCQVRYEGHQWHYEPDLT				NA	NA	NA	NA	NA
AK237_00221	1398			hypothetical protein	TTGCGAAACCGGTACTTGTCTGCGCTTTCAGCACTGGTTGGCCTGCTTTTAGGTCCGTTCGCGACAACTGCCGCTGCGTTGCCTGACACCGTCACTTATTGTATCGATCCTGACTGGATGCCTTATGAGGCTATGCGAAATGGCAAGCATATCGGTATTTCAGCAGACTATCTTCAGTTAATCAGTAAACTTACTTCCCTTAACTTTGAGCTCGTACCCACAGAAAGCTGGCAAGATACGTTATCGGCTGTGGAATCGGGTCAATGTATGGTTACGACAATGATTAATCGTACGCCTAGCAGAAGTCATTTTTTGTATTTCACCACCCCATATATCGAGGTACCAAACGTTATTATGGGAACCAGTGGTACACCCATGGTGCAAGGGTTTGACGGCGTAGGAAATCGTATCGTAGGTATCGTGAGTGGTTTTCGCCATGCAGAATACTTAGCTCGTTACTATCCCCATGTATTAACTGAGTATGTCGATTCTGAGGTTGATGGGCTAAAGAAATTATCTAAAGGTGATATTGATCTCATGGTAGGCTCCTTGATGGGGGTCTATTCCGCTATTAACTCCCATGAGTTTTTGGATTTGCAGATCGTCGGGTTTGCTGAGCCCTTTGATATGTTGTCTTTTGGGGTAAATAAAAATTATGAAGAGCTCGTTCCTGTACTTAACGGGGCGATCAATACCATCCCTGAAACCCGTAAGGTGGATATTTACAAGCGTTGGAATTCAATTCGTCAGGTTAAACAAACACAGTACGGTTATATCCTAGCCACAGTGTTTGGTTCAGTTGTACTTATAGCGTTCGGTACATGGCGGAAACGTGTTGTGAAAAACTATCAACGTCAGTTAGCGGATAAAAGTAGTGAAATTGAAACATTACAGTCATCGCTGCTGGAAAAAAACCGAACGCTGGAATTTTTGTCTACCCGTGATGAAGTCACTGGCCTCTATAACCGCAATTACCTGTTACAAAAAAGCGAAGAGGAAATCTCCAGATTTCAGCGGTTTCATACGCCGTGTAGCCTTATTGCAATTGATATCATTGAAAAGGACGGCAAGTTGAAAGTCGGCGTTCGAACAGACTTACTGTGTAAGAAACTGGCGGCTGCATGTTTAAGTACCGTCAGAGATGTAGATGTGGCCGCGCGTTGTGAGCCTGATAAGTTTATGATCCTGTGTCCGCAAACCAATTTGGCGGCGGCGAAAAAATTGGCTGAGCGATTAGTCGATTGTTTAAAAACGGAAACAGAGCAGGGACATGTCTTCTTCATAGGAGTCGCTGAGTTACAAAATGGTCAACGCTTCTCAGAATGGAACGACGATTTACTTCGTGCGGTAAGTGCATCACGCCGGCAAGGGGGTAACTGTGTGGCATTATCTGAGTAA	MRNRYLSALSALVGLLLGPFATTAAALPDTVTYCIDPDWMPYEAMRNGKHIGISADYLQLISKLTSLNFELVPTESWQDTLSAVESGQCMVTTMINRTPSRSHFLYFTTPYIEVPNVIMGTSGTPMVQGFDGVGNRIVGIVSGFRHAEYLARYYPHVLTEYVDSEVDGLKKLSKGDIDLMVGSLMGVYSAINSHEFLDLQIVGFAEPFDMLSFGVNKNYEELVPVLNGAINTIPETRKVDIYKRWNSIRQVKQTQYGYILATVFGSVVLIAFGTWRKRVVKNYQRQLADKSSEIETLQSSLLEKNRTLEFLSTRDEVTGLYNRNYLLQKSEEEISRFQRFHTPCSLIAIDIIEKDGKLKVGVRTDLLCKKLAAACLSTVRDVDVAARCEPDKFMILCPQTNLAAAKKLAERLVDCLKTETEQGHVFFIGVAELQNGQRFSEWNDDLLRAVSASRRQGGNCVALSE				NA	NA	NA	NA	NA
AK237_00222	537			hypothetical protein	ATGAAAAAACTTAAATCACTTTTTAGCGCAGCTGCTATCGCATGCTGTTCAATGTTATTCGCAGTTCAAGCTAATGCAACGCTGATCACCCAGAGTGTTTACGCGGGTGGCTTAGAGTTCTTAACGCTTGAGTACGAAATGGACGACAGTTTGATTGGCTCAGGAATGGGTGTGATCAGCACTTTCGACAACGTGGGTTTTGATTTGGTTAGTTACTACATTCCGTTTGCTGATGGTTTCAACCCAATGATTAACGATTTTGAAGCGATGATCGATACCGATGCCGTATTAGCGGGTGTTGAATACTTCACATTAGACGTTGAAGATGACGACAGCTGGTTTTACTACTTCTATTACGATGCGTTCTCAACCGTTGATAACTATCTGTCTATTTTTGATGGTGTAAGCGGAAGCTATGTGTGGGAATCTTTTGAAGACGAGATAGAAGTTTTCACCACAGTTAAAGTATCAGAGCCTTCGATTTTTGCGTTATTCGCTTTGGCTTTTGGTGCGCTGATGGTACGCCGTCGCGTTTAA	MKKLKSLFSAAAIACCSMLFAVQANATLITQSVYAGGLEFLTLEYEMDDSLIGSGMGVISTFDNVGFDLVSYYIPFADGFNPMINDFEAMIDTDAVLAGVEYFTLDVEDDDSWFYYFYYDAFSTVDNYLSIFDGVSGSYVWESFEDEIEVFTTVKVSEPSIFALFALAFGALMVRRRV				NA	NA	NA	NA	NA
AK237_00223	3153			hypothetical protein	ATGACATTTAAGAAAAAACTATTGGGAACAATGATCTCAATGGCTGTTACGGCAGGTATGTCTGCTACGGTAACAGCTCAACAGATCCCAGCCCAAGATCTTACGAAGTTTTCTGTCACAGGAAACACTACTGATGTCAAAAAAGGTTCCGGTGTTTACATCATCCAGATGAAAGCAGCACCTGGTATCACCTACGCAGAGGAAATTGGGGAGCTCATCCCAAATAACCAACACGTCGCATCCCGCGGCAATCAATATTCAGCTGATACGCGCCAAATGCGTACTTACGTGAACAAACTAAAGCGTAAGCAACGTAGTACGGCGGAATCAGTCGGTAACGTCAACATCATTCACAACTACGTTCACAGCTTTAACGGCTTCTCGGCGAAATTAACGCCTGCCCAAGCTAAAGCACTCCGTGCTAATCCAAACGTTGCCAGCGTTTGGGAAGATCAAATGGTGAAGGTAGATACCGCTAACACGCCTGAATTTCTGGGGTTAACTGGTCCTGGTGGTCAGCACACGCTGGGCATCAAAGGTGAAGATGTTGTTGTTGGTATTTTAGATACCGGTATTTCGCCTGAAAATCCAAGTTTTGCTGATGACGGTTCTTATTCAGATCCTGCTGATATCGGCTGGCAAGGTGCGTGTGATGCAGGTGAAGAGGCGCAAGAAGGCACCTTTACCTGTAACAATAAATTAATTGGTGCGCGCTACTTCCCAGAGACATTCCAGTCTGTATACGAAATCCAAACAGAGCTTGGTGAATTTATGTCTCCCCGTGACGCAGATGGTCACGGAAGCCACACCGCCAGCACCGCTGCAGGTAACGAAGGTGTTCCTGCCATGTCTAACGGCACTCAGATTGGCGTAATGAGCGGTATTGCACCGCGAGCTCGTGTTGCCATGTACAAAGTGTGCTGGAACTCAGATTACACAAGTCCTGAAGGCAATGACGAAGCAGGCTGTTTTTATGGCGACAGCATGGCCGCTATCGAGCAGGCCATTATCGATGGTGTAGATGTTATTAACTACTCTATCGGCGGTAGCTTAACTGATCTGACCGTGCCTTCTACCGCAGCGATGTTACGTGCGGCGCAAGCCGGTGTGTTTGTGTCTGTGTCGGCGGGTAACTCTGGCCCAACAGCTTCAACAACAGGTACGCCTGCGCCATGGGTAACTACCGTTGGTGCATCCACGTATGACGGTACGTCTGCGGTGAATGGTCTTGAAGTCACACAATTTGATATGACCGATACGGTTGCATTTACCGAGGGTAGTATCACATTACCATTGAGTGAATCAGGCACCGTCACCGGGTCATTAGTCGTCGCCGAACCGCTTGATGCGTGCTTCGTTGGCGATGCGTCTACACCGCTTGACAATGCAGAAGAAATCGCTGGCAACATCGCGCTGATTCAACGTGGTACGTGTGCGTTTACACAAAAAGTGACGCGCGCGGTTGATTCTGGTGCAACCGCTGTTGTTGTCTATGATAACGGCAGTGGCGTTACTGTGATGGGCGGCGATTATGTCGGTGGCATTCCTGGCGGTATGGTTACTCAGGAAGTGGGTAGCATGCTTAATTCTTCTGTTATGGAAGGTGGCGATGTTAGCGTAACGATGAGTGCCGGAACGTTTATGGAGCAGGAAGAAGTGGGCAACATCATGGCCGACTTCTCAAGCCGTGGTCCTAATGCATCTACGTTAGACGTTATTAAACCAGACATTACCGCGCCTGGTGTTCGCATTTTAGCTGCGACGTCTGATACACCTATGTTTGGTGCACAGGGCAATCAGGTTGCGTACTTAAGCGGTACGTCTATGTCTTCTCCGCACATTGCGGGTATGGCTGCCTTGTTAATTGACCAACATCCGGACTGGACACCTGCCCAGGTTAAATCAGCTCTAATGACTACTTCTTATCAGGATGTGGTTAAAGAAGATGGTGTTACACCTGCAGACCCATTTGACTTTGGTGCAGGTCATGCTGCGCCAGTTTCAGCGATGGAACCTGGTTTAACATTTAACGCAACCTTCAACGACTACATGGGCTTTATGTGTGGTTTAGGAGAAGAATCGTTTGTTATTGACGAATCAGGCTACACCTGTGCGCAATACGAAGATGCTTTATATCCTATCGACCCTAGCCAATTAAACTATCCATCAATTGCAATCGGCGAGCTTTCTGCAGAAGAAACTATTGCCCGTTATGTTACTGATGTGACTGGCGTGGGTGGTACTTATTCTATCTCGCTTGAAGGATTAGAGTCCTTAGACGTAACGGTTCAGGGTTACGACAGTGATCTCGAACCGGTTGCAGGCAATGTGGTTGAGGTATCTGCCGGCGGTACATCGGCATTTACCGTAACAATTGGTAAAACTGCACAAAGTGAAGTAGGTGAGTGGGTATTCGGTGCGGTTGTGCTTACCGGTGAAGACGGAACAGTGGTTCGTAGTCCTGTTGCCGTTATGCCAGCAGCAACGGAAAACATCGAAGTACCAGAGAGCGTATCTATTAGCCTTAATAGCCGCGGTCGTGGGTTCTTCTCGGTTGGTATGAACTACTCTGGTCGTGCATCAATTGATTATACCAGCCTGGTGGCGCCTGAAGTGGTATCCGGTGTGGTAGCACAAGATCCTGACAGCTCGTTCTCATTTAACGAAGCAGGTCTGTCTACCAGTTTGTTCCATATCCCAGAAGGAACAACCATGGCGCGCTTTAGTCTTCGTGACGAGTACGTCGACCAGGAAGGCACTGACTTAGATATCTACGTATATCGTTGTGAAAGTTGGTCTTGTACCCAGGTAGGCCTTTCTGCCTTCGCGGGTTCTGACGAAGATGTGATCCTGATGAACCCTGAGCCAGCGTCAAATGTGGACGTGGGTGACGTGTATATCGTTTGGGTACATGGTTGGGATCTCAACGGTGCTGCCGAGACCTCGTTCGATATGCCTGTTTGGGTTACCGCAGGTAAAGACAGCAGCAGCCGCTTCTCAATGACGCCACGAGCAGTGAAAGGGCGCACAAATGATGTGCGTGTCACCTCAAGCGGCATGACATCAGGCGTACCTTACATGGGCACAGTGACATTCTTCGATGGAGATGGCATTGAGCAAGGTACAACAATCGTTGAAGCAGTAAAACAATAA	MTFKKKLLGTMISMAVTAGMSATVTAQQIPAQDLTKFSVTGNTTDVKKGSGVYIIQMKAAPGITYAEEIGELIPNNQHVASRGNQYSADTRQMRTYVNKLKRKQRSTAESVGNVNIIHNYVHSFNGFSAKLTPAQAKALRANPNVASVWEDQMVKVDTANTPEFLGLTGPGGQHTLGIKGEDVVVGILDTGISPENPSFADDGSYSDPADIGWQGACDAGEEAQEGTFTCNNKLIGARYFPETFQSVYEIQTELGEFMSPRDADGHGSHTASTAAGNEGVPAMSNGTQIGVMSGIAPRARVAMYKVCWNSDYTSPEGNDEAGCFYGDSMAAIEQAIIDGVDVINYSIGGSLTDLTVPSTAAMLRAAQAGVFVSVSAGNSGPTASTTGTPAPWVTTVGASTYDGTSAVNGLEVTQFDMTDTVAFTEGSITLPLSESGTVTGSLVVAEPLDACFVGDASTPLDNAEEIAGNIALIQRGTCAFTQKVTRAVDSGATAVVVYDNGSGVTVMGGDYVGGIPGGMVTQEVGSMLNSSVMEGGDVSVTMSAGTFMEQEEVGNIMADFSSRGPNASTLDVIKPDITAPGVRILAATSDTPMFGAQGNQVAYLSGTSMSSPHIAGMAALLIDQHPDWTPAQVKSALMTTSYQDVVKEDGVTPADPFDFGAGHAAPVSAMEPGLTFNATFNDYMGFMCGLGEESFVIDESGYTCAQYEDALYPIDPSQLNYPSIAIGELSAEETIARYVTDVTGVGGTYSISLEGLESLDVTVQGYDSDLEPVAGNVVEVSAGGTSAFTVTIGKTAQSEVGEWVFGAVVLTGEDGTVVRSPVAVMPAATENIEVPESVSISLNSRGRGFFSVGMNYSGRASIDYTSLVAPEVVSGVVAQDPDSSFSFNEAGLSTSLFHIPEGTTMARFSLRDEYVDQEGTDLDIYVYRCESWSCTQVGLSAFAGSDEDVILMNPEPASNVDVGDVYIVWVHGWDLNGAAETSFDMPVWVTAGKDSSSRFSMTPRAVKGRTNDVRVTSSGMTSGVPYMGTVTFFDGDGIEQGTTIVEAVKQ				NA	NA	NA	NA	NA
AK237_00224	1176	thlA	COG0183	Acetyl-CoA acetyltransferase	ATGAGCAATGAAGCGGTAGTAATTGTGGCAGCAAAGCGCACTCCGATGGGTGGGTTCAATGGCAGTTTATCTTCTGTGCCATCAACCGTGCTGGGTGCTGAAGCGATAAAGGCTATCTGTGCAGATGTGGATGTAAGTGAAATTGATGAAGTTATTATGGGGTGCGTGCTTCCGGCAGGGTTGGGGCAGGCTCCAGCGAGGCAAGCAGCGCTAAAAGCCGGACTGCCCTTATCTGCTGGTGCGATCACACTAAACAAAGTGTGTGGCTCTGGATTAAAAGCAGTCATGTTGGCCCATGATTTAATTAAAGCCGGCAGTGCGCAAGTGATTGTTGCGGGCGGAATGGAAAGCATGAGCAATGCGCCCTATATGTTACCAAACGCGCGAACAGGCTATCGCATGGGGCATGGTCAGGTGCTCGACCATATGATGTTGGATGGTCTGGAAAATGCCTATGATGGCAAAGCCATGGGATGTTTTGCACAAGATACCGCTGATAGCGAAGGCTTAACGCGCGGACAAATGGACGAATATGCGTTAACGTCATTGTCCAGAGCGACCGAGGCGATTAACACCGGCGCATTCGCTAACGAAATTAGCGCAGTTACCATTGCGACGCGTAAAGGTGATGTGGTTGTTGATACCGATGAAGGTCCAGGCTCTGCACGTCCGGATAAAATTCCTTCTCTGCGTCCAGCGTTTAAAAAAGACGGTACTGTGACTGCCGCAAATTCAAGTTCAATTTCTGACGGGGCGGCTGCCCTGCTGGTTATGACCGAGTCAAAAGCCGCTTCGATGGGATTATCGCCGCTGGCAAAAGTAGTCGCTCATGCCACCAATGCTATTGAACCTGAGAACTTTACAGTAGCGCCGGTAGGTGCAATGGAGAAAGTACTGACGAAAGCGGGTTGGACGAAAGACGATGTTGAGCTGTGGGAGATCAATGAAGCATTTGCCATGGTAACAATGCTGGCTATACAGAAGCTGGGTCTGGATGCCAGCAAAGTTAACATCCATGGGGGAGCGTGTGCGTTGGGTCACCCCATTGGTGCATCCGGTGCACGCATTCTGGTCACGCTGATCCATGCGTTAGCCAGTAAGGGCGCAAAAAAAGGGGTAGCGTCTCTATGTATTGGCGGTGGCGAAGGCGTAGCCCTGGCGGTTGAAATGCTCTAA	MSNEAVVIVAAKRTPMGGFNGSLSSVPSTVLGAEAIKAICADVDVSEIDEVIMGCVLPAGLGQAPARQAALKAGLPLSAGAITLNKVCGSGLKAVMLAHDLIKAGSAQVIVAGGMESMSNAPYMLPNARTGYRMGHGQVLDHMMLDGLENAYDGKAMGCFAQDTADSEGLTRGQMDEYALTSLSRATEAINTGAFANEISAVTIATRKGDVVVDTDEGPGSARPDKIPSLRPAFKKDGTVTAANSSSISDGAAALLVMTESKAASMGLSPLAKVVAHATNAIEPENFTVAPVGAMEKVLTKAGWTKDDVELWEINEAFAMVTMLAIQKLGLDASKVNIHGGACALGHPIGASGARILVTLIHALASKGAKKGVASLCIGGGEGVALAVEML	PGPT0008320_11349	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	ROOT_COLONIZATION	ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_METABOLISM	ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_BIOSYNTHESIS,PGPT0008320-atoB-K00626	NA	NA
AK237_00225	411	zntR_1	COG0789	HTH-type transcriptional regulator ZntR	ATGGCGACAAGCAGTAAAGAAGAGCAAACATTTACCATCGGAGAATTGGCGAAAGAGTTTGATATCACCCCACGATCCATTCGGTTCTACGAAGAGCAATCGCTGATCACGCCAGGCAGAACCGGATTAAGCAGAGTTTACAATAATAAAGACAGGGTGAGGTTAAAGCTGATTTTGCGTGGTAAGAGGTTGGGCTTCTCACTGGCAGAAGTTAAAAACCTCTTTGAACTTTACGACATAAATCCAGATTCAGCGATTCAACTAGAGACAATGCTGACGATGACAGAGCAAAAACGCGCTGTATTGCGGCAACAGCTTGAGGATATCCAGATGCTAATGGGTGAACTTGATGAAGTAGAAGCGCGTTGTCGGGAAGAGCTTGCTGAATTAAAACGAGGACACGACAGATGA	MATSSKEEQTFTIGELAKEFDITPRSIRFYEEQSLITPGRTGLSRVYNNKDRVRLKLILRGKRLGFSLAEVKNLFELYDINPDSAIQLETMLTMTEQKRAVLRQQLEDIQMLMGELDEVEARCREELAELKRGHDR				NA	NA	NA	NA	NA
AK237_00226	1170	bcd	COG1960	Acyl-CoA dehydrogenase, short-chain specific	ATGATTGCCCCCTATCCCACTTTAAACTTTGGTCTTGGTGAAGAAATCGACATGCTGCGAGACCATGTCCATCAATTTGCCCAGCAAGAAATCGCACCACTGGCGGCGGCGTCAGATGAAGCCAACCAGTTTCCCAATCAGTTATGGATCAAGATGGGCGAAATGGGATTACTCGGTGTAACCGTTGATGAAGCATTTGGCGGCGCAAACATGGGTTATCTCGCCCATACCGTCGTCATGGAAGAAATCAGTCGGGCCTCAGCGGGCATTGCATTAAGCTACGGCGCTCACTCAAACTTATGTGTAAACCAGATTTACCGTAACGGCTCGGACAGTCAAAAGGAAAAATACCTCCCCAGGCTAATTAGCGGTGAACACATTGGTGCGCTTGCCATGAGTGAACCGAACGCAGGTTCCGATGTAGTGTCAATGAAGCTAAAGGCCGAGAAGCATGGCGACCACTATGTGCTGAATGGCAATAAAATGTGGATCACCAACGGACCCGACGCCCATACGTTTGTGATCTATGCAAAAACTGACACCCAGGCTGGCCACAGGGGTATATCCGCTTTCATTGTCGAACGAGATTTCCCTGGCTTTAGCCGCGCGCAAAAGCTGGATAAATTAGGTATGCGCTCGTCAAATACGTGCGAGTTAGTATTCGAAGACTGCAAAGTGCCAGTAGAAAACCTCATGGGCAAGGAAGGCGACGGCGCGCGTATCCTGATGAGCGGCCTGGACTATGAACGGTTGGTGTTGTCGGGCGGTCCGATGGGCATTATGCAAGCTTGCATGGATATTGTCGTACCCTATATCCATGATCGAAAGCAATTTGGTCAGTCTATTGGCGAATTCCAGTTGGTACAGGGAAAAGTCGCTGATATGTATACCCAAATGAATGCCGCACGAGCTTACGTATATACCGTTGCCAAATCCTGCGACAGAGGTGAAACCACACGTAAAGACGCAGCGGGCGCGATACTGTATTCCGCTGAGCTTGCCACGCGTATAGCACTAGATGCCATTCAATTACTCGGCGGCAATGGCTATATCAACGAATACCCTACCGGACGCCTGTTGCGTGATGCCAAACTCTACGAAATTGGTGCTGGCACATCGGAAATTCGTCGCATGCTCATCGGTCGTGAGATTTTTAAAGAGTCTGAGTAA	MIAPYPTLNFGLGEEIDMLRDHVHQFAQQEIAPLAAASDEANQFPNQLWIKMGEMGLLGVTVDEAFGGANMGYLAHTVVMEEISRASAGIALSYGAHSNLCVNQIYRNGSDSQKEKYLPRLISGEHIGALAMSEPNAGSDVVSMKLKAEKHGDHYVLNGNKMWITNGPDAHTFVIYAKTDTQAGHRGISAFIVERDFPGFSRAQKLDKLGMRSSNTCELVFEDCKVPVENLMGKEGDGARILMSGLDYERLVLSGGPMGIMQACMDIVVPYIHDRKQFGQSIGEFQLVQGKVADMYTQMNAARAYVYTVAKSCDRGETTRKDAAGAILYSAELATRIALDAIQLLGGNGYINEYPTGRLLRDAKLYEIGAGTSEIRRMLIGREIFKESE	PGPT0002285_437	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_LIPID_METABOLISM	PLANT_DERIVED_FATTY_ACID_DEGRADATION,PGPT0002285-bcd-K00248	NA	NA
AK237_00227	1608		COG4799	Methylmalonyl-CoA carboxyltransferase 12S subunit	ATGCCCGTTCTACTTTCTTCTGTCAATGCAGCATCATCTGAGTTTAAAGACAATGCTGCATATATGGCGACACTGGTCACCGATTTAAAAAGCAAAGTTGCGCAGATCTCCCAGGGTGGTGGCCCTAAAGCTGTTGAAAAGCACCACGCAAGAGGCAAACTGCTGGCGCGGGAGCGAATCGATGTGTTACTCGACGACGGTTCGCCATTTCTTGAAATCGGACAATTCGCCGCCTGGGATGTTTACGAGAATTATGTACCCTGCGCGGGCGTTGTTGCCGGTATAGGTAACGTTGCAGGCATTCAATGTATGATTGTTGCTAACGATGCCACAGTCAAAGGCGGCACTTATTATCCACTTACCGTAAAAAAACACCTTCGTGCCCAAACCATTGCAGAAGAAAACCATCTGCCTTGTATTTACCTGGTAGATTCAGGGGGCGCTAACCTTCCCCGACAAGACGATGTATTTCCGGATAAAGACCATTTTGGGCGCATATTCTTCAATCAGGCCAATATGTCGGCGCAAAATATACCTCAAATCGCTGTGGTGATGGGGTCTTGCACCGCTGGTGGAGCCTACGTACCCGCCATGGCTGACGAAAGTATTATCGTGCGTGAACAAGGCACTATTTTTCTGGGTGGCCCCCCACTGGTTAAAGCCGCGACGGGGGAAGTGGTGAGTGCTGAGGAACTCGGTGGCGGAGACGTTCACACCCGTATTTCAGGCGTGGCCGATCAACTGGCCAACAATGATAACCATGCCTTATTACTTGCACGACAAGCTGTTGGAAGGCTAAACCGGGACATGCAAGTTCCCGCCGTGTCAGACACGTGGGATGAGCCGCTTTACCCCGCTTCGGATATCTATGGCATTGTGCCCAGAGAGTCCAAACAAACCTTCGACGTGAGAGAAATCATTGCCCGTATCGCCGATGGTTCTGATTTTGATGAATTTAAACCTCGTTACGGTACAACCTTGGTCTGCGGATCGGCCAGGCTCTATGGCATGGAAGTTGGCATTGTCGCGAATAACGGTATTTTGTTTGGAGAAAGTGCACTGAAAGGTGCGCACTTTGTACAGTTATGCGCAACCCGGAAAACCCCGCTTCTCTTTTTACAGAATATTACCGGGTTTATGGTTGGCAAGCAGTATGAAGCAGAAGGCATTGCGAAACATGGGGCGAAGATGGTTACCGCGGTCGCGTGTGCCAAAGTACCTAAGCTCACCCTGTTGATTGGCGGTTCATTCGGCGCAGGTAATTACGGAATGTGCGGCCGCGCGTACGATCCCCGCTTCCTGTTTATGTGGCCTAACGCGCGCATTTCAGTTATGGGTGGCGAACAGGCGGCGGGCGTTTTAGCGCAGGTTAAACGAGACCAGAAAGAAGCGAATAACGAAGCGTGGTCCCGCGAAGAAGAAAACGCGTTCAAACAACCCATTATTGATACGTACGAAAAGCAAGGGCATCCCTATTATGCGTCAGCCAGGCTATGGGATGACGGTGTCATCGACCCTGCTGATACCCGTCAGGTTTTAGGTTTAGCGCTGCGAGCTGCTATGAATAAACCTATTGAAGAAACACGCTTTGGCGTGTTCCGCATGTAA	MPVLLSSVNAASSEFKDNAAYMATLVTDLKSKVAQISQGGGPKAVEKHHARGKLLARERIDVLLDDGSPFLEIGQFAAWDVYENYVPCAGVVAGIGNVAGIQCMIVANDATVKGGTYYPLTVKKHLRAQTIAEENHLPCIYLVDSGGANLPRQDDVFPDKDHFGRIFFNQANMSAQNIPQIAVVMGSCTAGGAYVPAMADESIIVREQGTIFLGGPPLVKAATGEVVSAEELGGGDVHTRISGVADQLANNDNHALLLARQAVGRLNRDMQVPAVSDTWDEPLYPASDIYGIVPRESKQTFDVREIIARIADGSDFDEFKPRYGTTLVCGSARLYGMEVGIVANNGILFGESALKGAHFVQLCATRKTPLLFLQNITGFMVGKQYEAEGIAKHGAKMVTAVACAKVPKLTLLIGGSFGAGNYGMCGRAYDPRFLFMWPNARISVMGGEQAAGVLAQVKRDQKEANNEAWSREEENAFKQPIIDTYEKQGHPYYASARLWDDGVIDPADTRQVLGLALRAAMNKPIEETRFGVFRM	PGPT0008345_307	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BIOTIC_STRESS_RESISTANCE-VOLATILES	BIOTIC_STRESS_RESISTANCE-VOLATILE_RELATED_FATTY_ACID_METABOLISM,PGPT0008345-accD-K01970	NA	NA
AK237_00228	810	crt	COG1024	Short-chain-enoyl-CoA hydratase	ATGGATCATACCGCAGATTTTGTACAATATCAGGTCGATGAAAGAGGCGTGGCGACTGTCACCCTTAACCGGCCCGATAAACACAATGCTTTTGATGATAACGTCATTGCATCGCTGTCCCATTATTTTGATACAGCAAAGCACGACGATGCTGTACGTGTTGTCATTTTGAAAGCAAACGGCAAATCCTTCAGCGCCGGCGCCGATGCAAATTGGATGAAAAAAATGGCCGCTTATTCCATTGAAGAAAATCAACGTGATGCATTTGCGCTGGCAACCATGCTGGATAAATTAGATACCTTGCCCAAACCTACCCTGGCAAGAGTACAGGGCGCCGCCTTTGGTGGCGCGATTGGCCTTATCGCCTGTTGCGACATTGCCATTGGCACAAAACTCAGCAAGTTTTGTTTAAGTGAAGTTCGTATTGGTTTAATCCCCGCCACTATCAGTCCTTATGCTATCGATGCTATGGGTGCGCGGATTTGCCGACGTTACTTTCAAACTGCCGAAGTATTTTCAGCACGCCGGGCAAGACGTCTGGGTCTACTGAGCGACGTGGTTGCCGAATCGGAGTTAGATGACACGTTGGGGTCGCTTATCACCCAAATATTGAAAAACGGCCCTGACGCAATGGCGAAAGCGAAAGCCCTCATCCGCGATGTTGCATACCGGCCTGTCGAAGAAAAACTTATGCAGGAAACCAGTCAGCAAATTGCTGCTATACGCGTATCACAAGAAGGTCAGGAAGGGCTCAGTGCATTTTTAGAAAAACGCCCGGCGCAGTGGCAGGAGACAGACCATGATAAATAA	MDHTADFVQYQVDERGVATVTLNRPDKHNAFDDNVIASLSHYFDTAKHDDAVRVVILKANGKSFSAGADANWMKKMAAYSIEENQRDAFALATMLDKLDTLPKPTLARVQGAAFGGAIGLIACCDIAIGTKLSKFCLSEVRIGLIPATISPYAIDAMGARICRRYFQTAEVFSARRARRLGLLSDVVAESELDDTLGSLITQILKNGPDAMAKAKALIRDVAYRPVEEKLMQETSQQIAAIRVSQEGQEGLSAFLEKRPAQWQETDHDK	PGPT0026240_49	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-OTHER_QSR|BF_RELATED_SYSTEMS	CE-QSR_VIRULENCE_REGULATORY_SYSTEM,PGPT0026240-paaK-K01912	NA	NA
AK237_00229	1983	accA1	COG4770	Acetyl-/propionyl-coenzyme A carboxylase alpha chain	ATGATAAATAAACTGCTTATTGCTAACCGGGGGGAAATTGCCTGCCGCATAATTCGTACTGCACAAAAACTGGGGATAAGAACCGTCGCGGTATACTCAGCAGCCGATCACAACGCCTTGCACGTATCAATGGCAGACGAAGCAGCATTTATCGGCGAAGCACCGTCGAAGCAAAGTTACTTGTGTGCGCAGAAAATTATCGATGTCGCTAAACACCTGAACGTAGACGCCATACATCCGGGCTACGGTTTCCTGTCTGAAAATGCGGCGTTTGCAGAAGCATGTTTGTCCAATGGCATCATCTTTGTGGGTCCCCCCGCGTCTGCCATAAGAGCAATGGGATCAAAGTCTGCCGCCAAGGGGATCATGGAAACAGCGGGCGTCCCCTTGGTACCCGGTTACCATGGCGATGATCAATCTGAAGCCGTACTTCGTCGCGCGGCACAGGAAATGGGTTATCCCGTGTTGCTTAAAGCTGCCGCTGGTGGCGGCGGTAAAGGTATGCGTCAGGTATGGGACGACGACGGTTTCAGCGACGCCTTACAGGCTGCAAAACGAGAAGCCATGGCAAGTTTCGGCGACGATGCCATGCTGGTAGAAAAATACCTCACCCGTCCGCGCCATGTCGAGTTTCAGGTATTTTGCGACCAGCAGGGAAATGGTGTTTATTTGTTTGAACGCGACTGCTCTTTACAACGTCGTCACCAAAAAGTCATCGAAGAGGCACCAGCCCCAGGGATGACCGATGCCTTACGCCAGCAAATGGGTGAAGCTGCATTACAAGCCGCACAAGCGATTAATTATGAAGGCGCGGGAACGGTAGAGTTTCTTCTTGATGAAGATCACCGCTTCTACTTTATGGAGATGAATACGCGGTTACAAGTAGAACACCCAGTAACGGAAATGATTACCGGCGAAGATTTGGTCGCGTGGCAACTGATGGTCGCTGAAGGAAAGCCGCTTCCTAAAACCCAGCAGGCGCTCTCCATCAATGGACATGCCTTTGAAGCACGAATTTACGCAGAAGATCCGGATAACGACTTTTTACCGGCCACGGGCAAACTGGCGTTGCTTCAGCAGCCCGCACCCTCGAATTGGGTAAGGGTAGATACTGGCGTGCGCCAGGGTGACAGCGTGTCTGTGTTTTATGATCCAATGATTGCCAAACTGGTTGTATGGGGTGAAAACCGCACGCAAGCTTTACGACGCCTGGGTAGCGCGCTAAGAGACTATAAAATAGCCGGCGTGGTAACCAACACAGATTACTTACATCGGTTGGCCACCCACCCCGCATTTATCAACGCCGAACTTACCACTACCTTTATCGACCAACACAAAGCGTCGTTACAACGAGAAAGCAGTGTAAACATGCAAACTCTTGCCATTATGGCGCTGGCCACCGTTATCCCCGCCCACAAAAATGCGGCTGGATCGCCGTGGCAGATACCTTCTGGTTGGCGAATGAACAGTCGCCTGTCTCAATCGGTTTCATTACGTGTAGGCACACAGGAAGCGGTCTCGCTTGAGGTTACCTGGCCGACGTTAAGCCATAAAACCTGGACCGTTTCTGTTGGCGATACGCATTATGAAATAGCAGGAAAATGGCAGGATCATCGCTTAGAGCTGGACATTGATGGCATTAAACAGTCTGTCACACTCTGCCATCACGAAAATACCTGGACATTATTTACCCTGACGGGCGCTGTATTATACGAGGTTGTAAATCCGGATCTGGGTGATGAAAGTGACAATCTGGCACATAATCAATTTACTGCACCGATGAATGGCACAATTGTGACATGTCCGGTGTCACCGGGAAATAATGTGAAAAAAGGCGGCGTCCTGGTGGTGATGGAGGCCATGAAAATGGAGCATAGCATCAAGGCCCCCTGTGACGGCATGCTGGTTGAGCTTTATTGTAAAGCGGGTGACTTAGTGGACGGCGGCAGTGTTCTGTTGGAGTTTTCACCCCATGAAAGTTGA	MINKLLIANRGEIACRIIRTAQKLGIRTVAVYSAADHNALHVSMADEAAFIGEAPSKQSYLCAQKIIDVAKHLNVDAIHPGYGFLSENAAFAEACLSNGIIFVGPPASAIRAMGSKSAAKGIMETAGVPLVPGYHGDDQSEAVLRRAAQEMGYPVLLKAAAGGGGKGMRQVWDDDGFSDALQAAKREAMASFGDDAMLVEKYLTRPRHVEFQVFCDQQGNGVYLFERDCSLQRRHQKVIEEAPAPGMTDALRQQMGEAALQAAQAINYEGAGTVEFLLDEDHRFYFMEMNTRLQVEHPVTEMITGEDLVAWQLMVAEGKPLPKTQQALSINGHAFEARIYAEDPDNDFLPATGKLALLQQPAPSNWVRVDTGVRQGDSVSVFYDPMIAKLVVWGENRTQALRRLGSALRDYKIAGVVTNTDYLHRLATHPAFINAELTTTFIDQHKASLQRESSVNMQTLAIMALATVIPAHKNAAGSPWQIPSGWRMNSRLSQSVSLRVGTQEAVSLEVTWPTLSHKTWTVSVGDTHYEIAGKWQDHRLELDIDGIKQSVTLCHHENTWTLFTLTGAVLYEVVNPDLGDESDNLAHNQFTAPMNGTIVTCPVSPGNNVKKGGVLVVMEAMKMEHSIKAPCDGMLVELYCKAGDLVDGGSVLLEFSPHES	PGPT0019850_192	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_TERPENE_UTILIZATION	vCITRONELLOL-CITRONELLAL-CITRONELLATE_DEGRADATION,PGPT0019850-atuC|atuF-K13777	NA	NA
AK237_00230	918	liuE	COG0119	3-hydroxy-3-isohexenylglutaryl-CoA/hydroxy-methylglutaryl-CoA lyase	ATGAAAGTTGATTATCCACACGCCGTTACCCTTGTAGAGGTCGGACCGAGAGATGGCTTACAAAATGAGTCGTCCCCCGTCTCGACACAGGAGAAAGTATCGCTAATACAACTTTTGGAAAAAAGCGGTTTAACCCGCATCGAAGCCGGTAGCTTTGTGTCGCCGCGCTGGGTTCCCCAAATGGCAGATTCTGCGGCAGTATTCGCGCAGCTTTCTTCAACAGGCCTAGCACGATATAGCGCCTTAACGCCAAATGAGAAAGGATTACAGGCTGCGATAGCTGCCGGTGTCAAAGAAGTCGCTGTATTTGGCTCGGCTTCTGAGACTTTTTCTCAAAAAAATATAAATTGCAGCATCGAAGAAAGCCTGCAACGTTTTGCCCCCGTCATAGAGATTGCTAACAAGCGAAACATGAAAGTTCGAGGCTACGTGTCGTGTGTTTTAGGATGTCCGTATGAGGGCGCGATTGCTCCCTCCGCGGTAGCCTCTGTGTCTAAGCAACTTATTGACATGGGATGCTACGAAGTATCGCTAGGAGATACCATTGGCACCGGTACGCCGGTTGCTACATCAGCACTACTTGATACGGTAATGAAAGACGTCGGGAAAAGTAAGATTGCAGTACACTTTCATGATACTTATGGACAAGCACTGGCCAATATTCATGTTGCGCTTCAACATGGCGTAACGGTTATTGATGCCGCCGTCGCAGGATTAGGCGGCTGCCCCTATGCCAAAGGTGCCAGCGGCAATGTTGCCACCGAAGATGTGCTTTACATGTTAGATGGTATGGGGATCGTCAGTGGTGTTGATATGCAATCACTGCTTCAAGCCAGTGCATTTATTAGTCGCGTACTCAAACGTCAACCGCAAAGTAAAGTTGCGACAGCATTACTCTCCGAGAAGCCCTGGAAGTAA	MKVDYPHAVTLVEVGPRDGLQNESSPVSTQEKVSLIQLLEKSGLTRIEAGSFVSPRWVPQMADSAAVFAQLSSTGLARYSALTPNEKGLQAAIAAGVKEVAVFGSASETFSQKNINCSIEESLQRFAPVIEIANKRNMKVRGYVSCVLGCPYEGAIAPSAVASVSKQLIDMGCYEVSLGDTIGTGTPVATSALLDTVMKDVGKSKIAVHFHDTYGQALANIHVALQHGVTVIDAAVAGLGGCPYAKGASGNVATEDVLYMLDGMGIVSGVDMQSLLQASAFISRVLKRQPQSKVATALLSEKPWK	PGPT0008315_2133	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
AK237_00231	1149			hypothetical protein	TTGGTCAGTGCATTGGCAAGTAACAAACTTGCCGATTTACTTATTTCTGCTAAAACCACACTTCCTGCGCTATTGCTTTCCCTTTCCGTTCCGTTATGGATGGTCAGCTGGTTAGTGCCCATTCGCGAGTCAGGCGCGTTGTTACCCCAAGGCGTAATTGGCTACTGGCTACGTCGCTTTCCTGCCAGGCATCTTGTCTGGCGAGTGGGCATGATTGTTCAAGCCATCGCCGTCGCAGTTATCCTGATTGCAGCGATTATGTTAACGGGGGCAGTGGCAGGAGCGACGGTGTTGTCAGCGCTTGTGGTATTGAGCGTGGGTCGCGCAGCTTGTTCACTGACGATGAAAGATATTCAAGCCAGCGTGGCTGACAAAGGAACAAGAGGGCAGTTACTAGGCATTGCCTCTACGGTATCAGGTTTGCTCACACTATTGATTGCCGTTCCGTTAATTTATTTTAAAGCCCAGTTAGGCCAGGTAGCGATATTGGCGATTATCTGCCTTGCCTTACTGGCTTATATCCTGGCTATATTCATTCTCTTTCCTGTCTCTGCGCACGTCGAGAGCGAAACCAATGATGCTTCTGCAGGCCATGATAGCTTTTTGCATGTTAATACCGTGGTCTATCGTTTTATCGTGGTGAGAGGCTTGTTTGTCCACTCGGCATTAGTCGCGCCATTTTTTATGCTGGAAAGTGACACTGACGCTCATACACTTTTGCCTTATTATCTTGCTTCGCAAGCTGCTGCGACATTGTTATCGTCTTTTATCTGGGGGAAGTTGGCAGATAAAAGTGCACGGGTGACTTTGCAGCTTTCAGGAGGGGTAGCGGTGCTGGCTTGTGTGGGTCTGCTTATGATGCAAAGCAACTCAATTTACCTGTCCACAGCGTTATTTTTCCTTTTATCTGTTGCTCATACGGGCGTGCGAACGGGCCGGAAAACCTACAGCCTGGATATAAAAGACGGGCAGGCGAGAACTGAATTAGTTGCTTTTTCTAACACCGCTATTGGTATCATTTTACTCGCTTTCGGCGGATTTTATGCGGTCATTGCAGCGTGGTTACCCTTTAGCGTTGTGTACCTTATGATTGCGTTTCTTTGCGCCGGTGTTGTATTAACACTGATCCTTCCGAAAGAGAAAGCATAG	MVSALASNKLADLLISAKTTLPALLLSLSVPLWMVSWLVPIRESGALLPQGVIGYWLRRFPARHLVWRVGMIVQAIAVAVILIAAIMLTGAVAGATVLSALVVLSVGRAACSLTMKDIQASVADKGTRGQLLGIASTVSGLLTLLIAVPLIYFKAQLGQVAILAIICLALLAYILAIFILFPVSAHVESETNDASAGHDSFLHVNTVVYRFIVVRGLFVHSALVAPFFMLESDTDAHTLLPYYLASQAAATLLSSFIWGKLADKSARVTLQLSGGVAVLACVGLLMMQSNSIYLSTALFFLLSVAHTGVRTGRKTYSLDIKDGQARTELVAFSNTAIGIILLAFGGFYAVIAAWLPFSVVYLMIAFLCAGVVLTLILPKEKA				NA	NA	NA	NA	NA
AK237_00232	534			hypothetical protein	ATGGCGGGGCTAAAAAAAACGCTCTTGTTTATTACGGTAGTAGTGGTAGCGCTATTGGCAGTAGGCTTCCTGCTGCCGTCGAATTATCACGTCGAACGTCAAATTATGATTGAAGCGCCGGCGGAAGACATTTACCCGAATGTCGTTAATTTAAGAGCCTGGCCACAGTGGGCAGTGTGGTTCATGCGAGACCCGGCAATGCAGGTATCTTATGATGGCCCCGATCGCGCGATTGGTATGCAAACCTCCTGGCTAAGTGAAACCCAGGGGGATGGAGAGATGGAGATCACCGATCTTCAGCATAATCGGGCTGTAACCTACCGCTTATACTTCCCCGAATACGAAATGGGTTCTACCGGAGCATTTACGCTGGAATCCGTAGAAGGAGGAACGTTGGTTACATGGAGTGACCGTGGCGACATGGGCATGAACCCTATCAATCGCTACATGGGCCTGATGATGGACGGGATGATTGGTCCTGATTTTGAATTGGGGTTGGAAAACCTGAAAACCGTTGTGGAGAATCAAAGTTAA	MAGLKKTLLFITVVVVALLAVGFLLPSNYHVERQIMIEAPAEDIYPNVVNLRAWPQWAVWFMRDPAMQVSYDGPDRAIGMQTSWLSETQGDGEMEITDLQHNRAVTYRLYFPEYEMGSTGAFTLESVEGGTLVTWSDRGDMGMNPINRYMGLMMDGMIGPDFELGLENLKTVVENQS				NA	NA	NA	NA	NA
AK237_00233	984	rihA_1		Pyrimidine-specific ribonucleoside hydrolase RihA	ATGTCTGCAAAATTAATAAAAACACCGGTGATTTTTGATCATGATGGCGGCATTGATGATTTACTTTCTCTCATGCTTTTATTGACGATGGAGCATGTTGAACTGTTGGGAGTGACCATAACGCCCGCTGATTGCTATCCGGATGACGCGTTACTCAGCACTCTGAAAATTTTAACGCTTACTGGAAATAGTCATGTTCCTGTTGCCGTGGGAAACAAAGTTGGCCCTAATCCATTTCCGCCCGAGTGGCGCGCGCAACCAAGGGTATGCCATAGCATGCCTGCTATGCTGCGGGTACAGGAAGTGGCATCGAATAAGGTTAGCCAGCCGGCAGATGTATGGCTGGCAGAGACATTGGCTGGCAGTAAATCGCCGGTGACAATTCTGATGACCGGACCATGTACGAATTTAGCGGCCGTATTAGCACATAATCCGTCTCTTAAAGACAAGGTAAAAGAGGTTATTTGGATGGGGGGGGCTATTGACGTGAAAGGTAATGTTGCCATGCACGATCACAACGGCAGTGCCGAATGGAATGCTTATTGGGATCCAATTGCAACGCAAACACTTGTACGTAGTGGGGTCGAGGTATGTCTGGTGCCTCTGGACGCAACCAATGCGCTACCCGTCAGTCGTGATTTTTTGGTGCAATTGGCACAGTCTGAAACGCCGGTTGCTGATCTGGCTGGCCAGTTTTGGGCTGCCACTGTTACTGCTATACCGTCTTATGAATTTACCTATTTCTTGTGGGACATCCTGGCTACCTCACTGATTGGACTACCTGAGAATGCCTGGCATAAAACGTCGGGTATGGTTGATGTTGCAGTAACCACACCTAACGCCGGCCAGATCTATCGCAGCGAAACTACCTCCGCCACTCGCGTTTCGTGGGCGTGTCATGTCGATGCAGATCTCGTCAGAAAATATGTTGTTCAGCAATTTTCCAGAACGTTTGAGGCATTTCCTACTGCAAATGTTAATTAA	MSAKLIKTPVIFDHDGGIDDLLSLMLLLTMEHVELLGVTITPADCYPDDALLSTLKILTLTGNSHVPVAVGNKVGPNPFPPEWRAQPRVCHSMPAMLRVQEVASNKVSQPADVWLAETLAGSKSPVTILMTGPCTNLAAVLAHNPSLKDKVKEVIWMGGAIDVKGNVAMHDHNGSAEWNAYWDPIATQTLVRSGVEVCLVPLDATNALPVSRDFLVQLAQSETPVADLAGQFWAATVTAIPSYEFTYFLWDILATSLIGLPENAWHKTSGMVDVAVTTPNAGQIYRSETTSATRVSWACHVDADLVRKYVVQQFSRTFEAFPTANVN	PGPT0013465_742	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	ROOT_COLONIZATION	ROOT_COLONIZATION-VITAMIN_B3|NIACIN_METABOLISM	ROOT_COLONIZATION-VITAMIN_B3|NIACIN_BIOSYNTHESIS,PGPT0013465-iunH-K01239	NA	NA
AK237_00234	1272	glgC	COG0448	Glucose-1-phosphate adenylyltransferase	ATGGCTGATAACAGTTCACGCTATATCAGTAATCTGACTCGTGACACCTACGCGCTGATTTTAGCCGGAGGCAAAGGGTCAAGACTGCATGAACTGACTACCTGGCGAGCGAAGCCGGCGCTGTATTTTGGCGGCAAGTTCCGCATCATCGACTTCCCGTTATCAAACTGTGTCAACTCCGGCATTCGCCGGATCGGGGTCGTAACGCAATATAAATCTCACTCACTTATCCGTCACCTTGTTCGCGGCTGGGGTCATTTTAAGAAAGAGTTGGGCGAATCGGTAGAAATCTTACCAGCATCTCAACGTTTTTCCGATAGTTGGTATGAAGGTACTGCTGACGCTGTTTTTCAAAACATTGATATTATTCGCGACGAACTTCCCAAATATGTCATGATTTTATCAGGTGACCATATCTACCGCATGGACTACGGTCCGATGCTTGCCCGGCACGTCGAAAGTGGCGCCAGGATGACAGTATCATGTATGTCGGTACCCGTTCAGGAAGCAGCCGGAGCGTTCGGCGTCATGTCAGTTGATGAAAATATGCGCATTCTTGGCTTTGAAGAAAAGCCAGCACAACCTTCCCCGCTTCCTCATGACAGCAGTCGATGCTTAGCGTCTATGGGGAATTATATTTTCGATACTGAATTCTTGTTTGAACAATTACGTCGGGATGCTGAAAAGCAAGGCTCGCAGCGCGATTTTGGTAAAGATATCATCCCTGACATAATTAAAGACCACACTGTAATTGCCTATCCCTTCGAAACCAGTGGCGACGAACAAGCCTATTGGCGTGATGTCGGTACCATAGATTCATTCTGGGAAGCGAACATGGAGATGGTTGCACCGGTTCCTCAACTCAACCTTTACGATCGGTTGTGGCCAATCTGGACTTATCAGGAACAATTGCCCCCGGCAAAGTTTGTGTGGGATGAAGATGGCAGACGGGGGGAAGCAATCAATTCTGTAGTTTCAGGTGGCTGTATTATTTCAGGCTCAACCCTTCGCCGAAGCTTGTGCTTTTCCAACGTCAGGTTGCATTCATACAGTACCATCGAAGAAGCAGTTATCCTGCCCGACGTGGAAATTATGCGAAATTGTCGACTGAAGAAGGTGGTAATAGATCGCGGCTGTGTGGTGCCCGAAGGCACAGTTATTGGATATAACCACGACGAAGACCGTGCGCGCGGCTTCAGGGTTTCAGAAAAAGGCGTGGTGTTAGTTACCAGAGAAATGCTGGGCATGCCGGTCGGCGGACTGGGCGGTTAA	MADNSSRYISNLTRDTYALILAGGKGSRLHELTTWRAKPALYFGGKFRIIDFPLSNCVNSGIRRIGVVTQYKSHSLIRHLVRGWGHFKKELGESVEILPASQRFSDSWYEGTADAVFQNIDIIRDELPKYVMILSGDHIYRMDYGPMLARHVESGARMTVSCMSVPVQEAAGAFGVMSVDENMRILGFEEKPAQPSPLPHDSSRCLASMGNYIFDTEFLFEQLRRDAEKQGSQRDFGKDIIPDIIKDHTVIAYPFETSGDEQAYWRDVGTIDSFWEANMEMVAPVPQLNLYDRLWPIWTYQEQLPPAKFVWDEDGRRGEAINSVVSGGCIISGSTLRRSLCFSNVRLHSYSTIEEAVILPDVEIMRNCRLKKVVIDRGCVVPEGTVIGYNHDEDRARGFRVSEKGVVLVTREMLGMPVGGLGG	PGPT0025885_1562	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-ENVIROMENTAL_SURRIVAL	CE-BACTERIAL_FITNESS-ENVIRONMENTAL_SURRIVAL-GLYCOGEN_BIOSYNTHESIS,PGPT0025885-glgC-K00975	NA	NA
AK237_00235	792			hypothetical protein	ATGACTGTGCTCCACTTTGCCCATGCCAATGGCTTTCCCGCAGCCTCTTATAAAACGTTATTTACCGCGTTACCAGAGGAATGGGAGATTCTTGCGAACCCACAGTTTGGGCATAAACCTGAATTCCCTGTCGCAGGAAACTGGAGCAAGCAAGTGGACGAGCTGGTCGCCTATCTGGAGAGTCAGGGAGTCAACGTTCCTGTCTGGCTGGTGGGACACTCTTTTGGCGCGGTATTATCCTATATGACAGCCTGCCGTTATCCTGAAAAAGTGCGGGGTATCATCATGTTAGATCCGCCCATGGTTTACGGGATAAAGCGGTTTGTGGTTAAAGCCGCAAAATCGCTTAACCTAATGGACAAAATCACGCCCTCCCGGCTTGCCAAAGTTCGGCGGTCGCACTGGCACCTGGATGATGATATTGAGGCGTACTTCGCTGGCAAGGCGCTATTTAGCACAATGGATAAACGTTGTATCAGGGATTATGTCGACGCCGGTGTTCAGGCCGGGGGCGATGGTAGAAGTCTGGTATTCGATCGCAACGTTGAGGCAGATATTTTTCGTCACTTTCCGAATAACCTAACGCAATTTGCTGGTCAACTTTCCTGTCCGGGATTATTCGTTGCCGGCTCTGCATCCACGGTGGCTAAGCCATCGCACAGAGCGCGTTTTGTTAAAGATAACAAGTTGGATTTTGTGATGTTTGAAGGCGGGCATATGTTCCCGTTTGAAAAGCCAGAAGCCGTGGCCGATCTGATATCGACCACGATTCGTGCCTGGCAGAAGGTTTAA	MTVLHFAHANGFPAASYKTLFTALPEEWEILANPQFGHKPEFPVAGNWSKQVDELVAYLESQGVNVPVWLVGHSFGAVLSYMTACRYPEKVRGIIMLDPPMVYGIKRFVVKAAKSLNLMDKITPSRLAKVRRSHWHLDDDIEAYFAGKALFSTMDKRCIRDYVDAGVQAGGDGRSLVFDRNVEADIFRHFPNNLTQFAGQLSCPGLFVAGSASTVAKPSHRARFVKDNKLDFVMFEGGHMFPFEKPEAVADLISTTIRAWQKV				NA	NA	NA	NA	NA
AK237_00236	816			hypothetical protein	ATGCACGTAGATGAATTACTTGTTGCACCGAAAATGTCTGCCCTTGCAGAAAACCAATGGCAAAGCGAACCATTAACAATCCCTAAAGATTGGGCGCAGGGTCGAACAGCATTTGGTGGCATTTCCGCTGGCATGGCCTATCAGGCTATTGTTAGCCAGGTACATGACAACCGTGTACTGCGCTCGTACACCACCAATTTCGTAGGGCCCCTCGCGCTGGACGTCCCCTTCACCATATTGGTAACGTGTTTACGTACCGGTAAAAATGTTTCCCAATACACAGCGCAGATCACACAGAACAATCAGGTGTGTGTATTTGTTCAGGCCTGTTTCGGCATGGCCAGACCTTCAAAAATTCGTGTAGACAATACAGAAACGCACAATATGCCCTGGCCTCAAAAAGCCAAATTTATTCCGCAAATACCTAAAGTCACGCCAAAATTTTTCCAACATTTCGATTTGGCTATCGATGATGGCAGCTTACCGTTCACCGGAAAATCAACCAGTCACTACCATGGTTTCATGCGATTCAAAAAAACGCCAGAAACGATAAGTGACGCGCATCTGATTACCATGATTGACGCCTGGCCCCCTACTCTGCTGCAAATGTTACGGTGGCCTGCGCCGGCAAGTACTGTAAGTTGGAATGTTGAATTTATTCACCCCCATCACGAGGTAAATGGCACTGATTGGTTCGCGTACAAGGTGCACACCCGACAGGCAGCCGATGGATACGGTCACACTGAAGCTACCATTTGGAATAGCCACAATGATGTGGTCGCGGTGAGTAGGCAAACGGTGGCGGTGTTTGATTAG	MHVDELLVAPKMSALAENQWQSEPLTIPKDWAQGRTAFGGISAGMAYQAIVSQVHDNRVLRSYTTNFVGPLALDVPFTILVTCLRTGKNVSQYTAQITQNNQVCVFVQACFGMARPSKIRVDNTETHNMPWPQKAKFIPQIPKVTPKFFQHFDLAIDDGSLPFTGKSTSHYHGFMRFKKTPETISDAHLITMIDAWPPTLLQMLRWPAPASTVSWNVEFIHPHHEVNGTDWFAYKVHTRQAADGYGHTEATIWNSHNDVVAVSRQTVAVFD				NA	NA	NA	NA	NA
AK237_00237	846			hypothetical protein	ATGAATGCACAAGAGATTGCTGAAAAAGCGAGTAGTGTCTTTGTTTTGCCAGACGCGGTAACGCGACTAAAAGAATGTATGGACGATCATGCTGCCAGTATTGATGATATTGCTGAAATTATCGCTTTCGATCCAGGCTTAACCAGTCAAATGCTAAAAGTCGCCAACAGCGCGCTTTATCGCTTCCCGAATAAAATAGAAACCATCAGTAAAGCTCTTCAGGTCATTGGAACACGTTCTGCGTATGACTTAGCGTTAGCCTACGGAATCACTCATGCGTTTAGCGACATAAGCTCAAAAATCATCGATTTGGATAAATTCTGGGAACAAAGTGTTAGTTGTGCGCTGTTGGCAAAATACTTTGCGGAAAATAAACGCCTGCGAGAAGCTGAGAGATTGTTTGTAAGTGGCATTTTGCACAATATCGGTGAGTTGGTGATTGTCGACCAAATGCCACAGGAAGCAAAGCGATGCCTGGCGTTTAATGCCAGAGTCAGTCCTGCTGAATTGCAAAAAGCAATCTTAGGATTCACTTACGCTGAGTTATCGTCAGCCATTGTTCAGTGTTGGGGAATTCCCGAAGCCATTTACCGTCCGGTGTCATTAATTCATGATATCGAAAGTGGTGTGGAAGATGATGATACGCTGATCATGCAGTTGAGTTACGTGTTGGCTCTGGACAATGTGAATCCGGAAGTGTATCCCAGCTACCATAATCTGACGCCTGAACTGCACGACCGACTTGCATTAAAACGCGAAGACTTAGAAGATGCACTGGATATTACCAATCTCCAGTGCATCAGTGTGATGTCGTTGTTTAACCCAAACTCTTTTATTCTTTACTAA	MNAQEIAEKASSVFVLPDAVTRLKECMDDHAASIDDIAEIIAFDPGLTSQMLKVANSALYRFPNKIETISKALQVIGTRSAYDLALAYGITHAFSDISSKIIDLDKFWEQSVSCALLAKYFAENKRLREAERLFVSGILHNIGELVIVDQMPQEAKRCLAFNARVSPAELQKAILGFTYAELSSAIVQCWGIPEAIYRPVSLIHDIESGVEDDDTLIMQLSYVLALDNVNPEVYPSYHNLTPELHDRLALKREDLEDALDITNLQCISVMSLFNPNSFILY				NA	NA	NA	NA	NA
AK237_00238	1272			hypothetical protein	ATGGACTCCCCGACACCCAACACCTCACCGACCGCTGTTATTATTGGTTTTGTGTGGCCTGAGCCCGATTCTTCGGCAGCCGGCCAGAATATGATGGGGATCATCAGCAGCTTTTTACGCGCAAACTGGCAGGTCGTATTTATGACAGCCGCCAATCCATCCGACCAATGTGCAGATTTGGCGCTGGATGGTCTCTGTGTTGAGTCTATTGCCTTGAACTGCAGTAGCTTTGACAAGCGCATTGCTGAAATTAATCCCAGCGTGGTAGTGTTTGACCGCTTCATGACCGAAGAGCAGTTTAGTGCCAGGGTTTATCAGGCTTGTCCTCAAGCCATGCGAGTATTAAATACAGAAGATTTGCATAGTGTCAGGCTTGCCCGTCATCAACAACTTAAAAACAACGATAGCCTATCGCCCCCCTCACGCCCGCTCACTGATGACACCGGGTTACGTGAAATAGCCGCGATATTGCGTAGTGATTTAACACTTATTTTATCGCAACCAGAAATGTCGTATCTACGCGATATCTGTGGTGTCCCTGCCAGCCAGTTGTGCTATCTACCGTTGTTAACGAATAGCGAGACAGTCTTTTCACCCGCCTTTAATCAGCGGCATGATTTTATCTTTATCGGAAACTTTCGTCATGCGCCGAATTGGGATGCCGTTCTGCAACTTGAACAACTCTGGCCTGGAATTAAAAAGCGACTGCCTGATGCTCAACTGAATATCTTTGGGGCTTACCCGCCAAAGAAAGCAATGGCCATGCACAGGCCAGAAAAAGGTTTCCATGTTAAAGGTTGGGCCATGTCTGCAGAGACTGAGATTGCTCAGCACCGCGTGATGCTAGCCCCCATTCGATTTGGCGCGGGGGTAAAAGGAAAGCTTGTGAAAGCCATGCAATGCAGCACGCCGTCGGTTACCACATCACTTGGTGCAGAAGGTATTACGAGTGAGAATAACTGGCCCGGTATAGTTACACATAACCAACAAGACTTTATTGATGCAGCTGTCGCTTTATATACTGATGAAGATATGTGGAACAAACATGCCAAACACGGCCAATGTTTATTTTCACAACAGTTTGATGAAGAAACGAATCACGCCCGGTTGATGGCGTCGATCACTACGCAGTTAGCGGGATTAGCAGATAAGCGGCAGTTATGGTTGCTCCAGAATATGCTCTGGCATCAGACACTACGCGCATCACAATATATGTCTCAATGGATTGAAGCTAAAAATAAGCATAGTGCCACGCCCCCCAAGGCCTGGTAA	MDSPTPNTSPTAVIIGFVWPEPDSSAAGQNMMGIISSFLRANWQVVFMTAANPSDQCADLALDGLCVESIALNCSSFDKRIAEINPSVVVFDRFMTEEQFSARVYQACPQAMRVLNTEDLHSVRLARHQQLKNNDSLSPPSRPLTDDTGLREIAAILRSDLTLILSQPEMSYLRDICGVPASQLCYLPLLTNSETVFSPAFNQRHDFIFIGNFRHAPNWDAVLQLEQLWPGIKKRLPDAQLNIFGAYPPKKAMAMHRPEKGFHVKGWAMSAETEIAQHRVMLAPIRFGAGVKGKLVKAMQCSTPSVTTSLGAEGITSENNWPGIVTHNQQDFIDAAVALYTDEDMWNKHAKHGQCLFSQQFDEETNHARLMASITTQLAGLADKRQLWLLQNMLWHQTLRASQYMSQWIEAKNKHSATPPKAW				NA	NA	NA	NA	NA
AK237_00239	426			hypothetical protein	ATGGCCAAATTTTTAAGCGCAGTAATTTTACTATTAAGTCCCTTTTCAGCCAGTGCGCAAGAACCCACAGATGGCGTTTATTTTTGTCAGGGTGTGGGTGAAGCCGTGGCAATGATTCAATATGGGCGAGCCTACGGCATCGAAGACGACGAAAACGAAGCGGTGGAATTTATTGCTTCGCTGTCTGCTGACGCCGAGTATGACTTACTTCCTGCCATCGATTCCTTTATCAGGTCTTCATCGCCGCTACCCTCGGCGTGGACAGAGATCCTTTTCACCCATGCGTGTATGTACAATTACGTAGATGATATGGAACAAGTGAAAAAAATATCGAAACAGGTTCCATTCCAATGTGATCTTCAGCAGCCGGATGTGGCCTGCTTTAACGGCGTGTTAGCGCGGATAGAACAGGATCGTATTATTTAA	MAKFLSAVILLLSPFSASAQEPTDGVYFCQGVGEAVAMIQYGRAYGIEDDENEAVEFIASLSADAEYDLLPAIDSFIRSSSPLPSAWTEILFTHACMYNYVDDMEQVKKISKQVPFQCDLQQPDVACFNGVLARIEQDRII				NA	NA	NA	NA	NA
AK237_00240	390	csdE	COG2166	Sulfur acceptor protein CsdE	TTGGCTGGGGACAACGCCGCCAACACGGGCTTGATAGCTGAAAAAATACGTCAGGCGCGGGGGTGGGACAGTGTTATGAGAGAGGTCATGCTGGCGGGGAAGCACCTTGATGTGTTGCCCGTGACGCGCCGGCACGACGACAATAAGGTTGCTGGCTGCCAGAGTCAGGTATGGCTTGAATACAATGCCACAGCGCTTCAGGCGTGGTCTGATTCGAAGGTTATTCGCGGGGTATTGGCTATTTTGATTGAGTGTAAACGGCAGCACCCATCGTTTAACCAGGAAGCGTATCAAGCCTATCTTACTGAGCTTGGCCTGGCACGTTATCTGAGTGAGTCGAGAACCAGTGGTATCCGGTTTGTGATTGAGCGGTTAGTCTCATTTAAATAA	MAGDNAANTGLIAEKIRQARGWDSVMREVMLAGKHLDVLPVTRRHDDNKVAGCQSQVWLEYNATALQAWSDSKVIRGVLAILIECKRQHPSFNQEAYQAYLTELGLARYLSESRTSGIRFVIERLVSFK	PGPT0020195_230	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
AK237_00241	402			hypothetical protein	ATGTTTCCTGAAACCCTTACTGAAAATCTTATCGACACAGTGATAAAACAAGCGGCTTCACTTACACCGGAAGAGCGGGTTGAGTTATTTTTACACTACACCACTAAGGCTCAGTGTGTCTGGCTGGCAAAAGGCAGTGAAGGCTTTTTAATGATAGAAGACAATGACACCGTATTGTTGCCGGTTTGGCCACACAAAGATCTTATCCAAACGTGGGAAGTGGCTGGCGAAACTCAGGTGACCCCAGAGTCGGTGCCGCTTAGTACGTTTATTGATACCTGGCTGGTTGGCATGGCGGAAAATCAAACAGGTGTGTGCGTGTCTCCTCTATCTGCAGAGGATGCAGGCATTAGCATGAGTGCACAGGAGTTAGCACAAAGTCTGCGTGAAGAGGCCCACTAG	MFPETLTENLIDTVIKQAASLTPEERVELFLHYTTKAQCVWLAKGSEGFLMIEDNDTVLLPVWPHKDLIQTWEVAGETQVTPESVPLSTFIDTWLVGMAENQTGVCVSPLSAEDAGISMSAQELAQSLREEAH				NA	NA	NA	NA	NA
AK237_00242	846			hypothetical protein	ATGAGTTCCGCATACTGCATTCTTTCTCCCAATCACGATGATCAGATGCCTCTTGACGAGGAACAATTCCGAGAACTGAAACGAGCAAGAAAGCGACTGTCGTCTGCTTACGCGATTCGCCACAAGTTTAAGCTTGTGCGCACCAACTACGGCCTCATTACAGAAGCATTAAATGCTGTGGGTCGTGCTTACCTGGACAACGACAATATCGAACAACTGGCAATCGCCAAGACGCGATTGAATGCCAGCGTGAACAATTACATTTTAAGCGGCAGAACATTCACGGCACAAATCAAGCGGCACGTTCAAGCGTGTATCCCACAAGATCGAAATGAAATTAACCGTATAACCAGACGCATGGAAATTGAATACCAACGGTCATTTGCATACCGCTTTGTGGATAGCTTATATGACTACGTGTCTTATTACGGTATCAGTGTTCATGGTATTGAAATTTCGGGTAAGCACAACGGCGCGGCACCTCCCGCTCGCGAATACGAAATAAAAGCCTATATTGACCGCGATTATCTTGGCGGACCAACGGATTTCAGGGCATCGGTGCTAAAGGAAACGCCACCTCGTATCGAACTCGTGGCCTTGCTTGATGAATTCATGGAAAGTTTGAACCGAATTAATGAACTGGCACGTACTATCACCGATGAGACAACGACCAACAGTCATATATTGGTAAAAGAATTTATCAATGTTTTCGCCGGTTCGTATGGCAGCACAGTGAATAATTTGTTTGTTGTGCATTCTGTAGGCACTGGTGGCGAAGAGATTTACGACAAATTCCCAATATCTATGTATGCCAATCAACAAAACCTTGAAGAAGAATACCGGTAA	MSSAYCILSPNHDDQMPLDEEQFRELKRARKRLSSAYAIRHKFKLVRTNYGLITEALNAVGRAYLDNDNIEQLAIAKTRLNASVNNYILSGRTFTAQIKRHVQACIPQDRNEINRITRRMEIEYQRSFAYRFVDSLYDYVSYYGISVHGIEISGKHNGAAPPAREYEIKAYIDRDYLGGPTDFRASVLKETPPRIELVALLDEFMESLNRINELARTITDETTTNSHILVKEFINVFAGSYGSTVNNLFVVHSVGTGGEEIYDKFPISMYANQQNLEEEYR				NA	NA	NA	NA	NA
AK237_00243	438			hypothetical protein	ATGGACATCGCAGCTAACGAGCAGTTAGAACAATTACTCCCTGACGGCTACCATTCACTCTACAGAATTTCGTTTAACTATCGTGTATTTATTTTGTCGCTTGCTGATAAGGCCCTGCTACCCAGCGATAGCAAAATAATAGAAGTTGCATTCCCGTGGCGCGAGAGCGAGCTTAGGAAAAACGATAACCAAGACCGTTTCCTCTCACTCATTCAAAAGGGCGTGACCGCAATGGGAGAGTTGTCTGCGCACCTCTCTGACATGGCGTGCCACGTATTCTTTCTGGAAGTAGACCCGTTACTTTGCACATTCTCGATAGCGACAAGGCAGGAACAAGCCATCTTCAAGCGATTGCAAGACATGCCCTGCCCGGATGTATTCGACTTACCGAAGATCTCAACGCTTTCACAAAGCCCCCTTGAAAAAATGGCCGGGTAA	MDIAANEQLEQLLPDGYHSLYRISFNYRVFILSLADKALLPSDSKIIEVAFPWRESELRKNDNQDRFLSLIQKGVTAMGELSAHLSDMACHVFFLEVDPLLCTFSIATRQEQAIFKRLQDMPCPDVFDLPKISTLSQSPLEKMAG				NA	NA	NA	NA	NA
AK237_00244	2121	cheB_1		Protein-glutamate methylesterase/protein-glutamine glutaminase	ATGAGTTTACTTGAAAATAAGCGTGTTCTGGTGGTAGAAGATACCACGATTGCCGCCACTTATTTAGCCAGGGAACTTACCAACATGGGGGCTGTGGTTGTAGGCCTCGCACGTTCTGAAGAGCAAGCGTTAGCGATGTCAGATGAATTTGCCCCTGAATTGGTGCTGATGGACATCCATCTGGCCGAAGGCGGTAATGGCATTGAAGCGGCTCGCCGTATTCTAAGTAGCCACGTTTTGCCATTGGTTTACACCACGTCTTTTTCTGATGATGCCACATTGAGTCAAGCGCTTGAAACGTCGCCATATGGCTACATTGTTAAGCCTTTTGACACGAAAACCATTAAAGTTAGCTGTGAAACTGCATTAAAGCGTTTTGAGCTGGAACAGCGTCTTTCGTTTAATAAAGTTATTGACGATTCGATACGATATGTAACCCAGCACGAACGCCAGCCATCAGCTGCGCACCCTGTTGATCTCGATAAGAAGCAACAATTGTCCAGTGTTATTCTCGACCAATTATCCGAAGGCGTGGCAATTATCGATACGCGGTTTGTTATATGCGACGCGAACAAATCTTTGTTTTCTTTATTGTCTTCGGACAAGTCTTCGCTGTTGGGTCACTCAATTCTCGATTTTGGTATTACGCAGGGACATTTTGATAAATGTATTGCTCTGGCTGAGAATGGAAATGTGTTTCGCCATAAAGTAGCGTTGAAGGGCGGTGCCGATAAGCTTTTTCCCGCTTTTATCACCTTATCATGCCTCGAAAAAGTTCAGCACGACGAGAAGTTATTTGTATTGACCGTCTCAGATATTTCCGATCTTTCAAGAGCCGAGCGAAAATTAGAGGAGCTCGCTTTTCGCGATCCGCTTACCGGCGTTGGCAATCGAAATTATATGAAGTTACTGCTTGATGAGGTGCAGTTCTCGCGCTGTATTCAAAGTTTAATCTTTATCGATTTGGATGGTTTTAAACAAATTAACGACCGTTATGGCCACGACATTGGCGACGCATTACTGGTGAATTGTGCACAGCGTCTGAAGTCTGTGATACGGGATTCTGACACAGTTATCCGCCATGGCGGCGATGAATTCGTGGTGCTGGTACAAGACAGTAGCGATATCTCCTTGTTGACCCAGCGCATGCTGGATGAGTTAGGAAAACCTTATCATTGCCATAGTGTACCTCTTTCAGTAACAGCAAGTATTGGCGTCGCTGATTTTTCTGAGGACGACAGTCCGGAGGAATTATTAAAACGCGCTGACATCGCCATGTACGAAGCAAAAAAGCAGGGTAAGAATCAAACTATTGTTTATTCGGTCAATCATGAAACGGCAATTGAATACCGCTTACTTGTAGAAGAAAGTTTGTTTTCTGCAATCAAGAATCAAGATTTGTACGCAAGTTTTCAACCTATTCTTGACCGTGACGGAAATGTGGTTGCGCTAGAGGCATTATGTCGCTGGCGAGGTAAAGATGTAAAAGACATGCAACCGGACACGTTTATTCCAGTTGCGGAAGAAACCGGTCTTATCAATCCCCTGGGATTAAAAATGCTTCGGGAAGTGTGTATTGCCAGCAGCATGCTGGAAGCTCACGGGTTGTCGCACGTGAAGATCCACATTAACGTGTCGTTGTTGCAACTCAGTTCTCCGGCCTTGATTGAGCAATTTGTTACTTATTTTGCCGATTTCAATGTGTCGCCGTCTTCGGTGGTCATTGAAATATCAGAAAGGGCTATTGTCGATGCTGGAGCCAAGCGCATTATCCGGGCCTTAGTAAATTATGGGTTTACGGTAGCGTTGGATGATTTCGGCCACGGGTTGGTCGCGCTTTCCGAGTTAACGGATAATGCCGCCTCGTTGATTAAGTTCGACGGCACATGGTTATCGAAGCTGGACGATCCGCAGATGCGCATGCTGGCAGAATCTTTGGTAGTACTGAACAAGCGTTTGGGCAAAACGGTGATTTTCGAAGGGATTGAAACCCAACCACAAGCTGATTTTGCGCGAGAGATGGGTGCGGACTGCTTCCAGGGATTTTTGTATGCCAAACCGCGTTCACTTACCGAAGTGCTAAAAGCGATGACGCCGACTATGGAATACGTTGCTAACTAA	MSLLENKRVLVVEDTTIAATYLARELTNMGAVVVGLARSEEQALAMSDEFAPELVLMDIHLAEGGNGIEAARRILSSHVLPLVYTTSFSDDATLSQALETSPYGYIVKPFDTKTIKVSCETALKRFELEQRLSFNKVIDDSIRYVTQHERQPSAAHPVDLDKKQQLSSVILDQLSEGVAIIDTRFVICDANKSLFSLLSSDKSSLLGHSILDFGITQGHFDKCIALAENGNVFRHKVALKGGADKLFPAFITLSCLEKVQHDEKLFVLTVSDISDLSRAERKLEELAFRDPLTGVGNRNYMKLLLDEVQFSRCIQSLIFIDLDGFKQINDRYGHDIGDALLVNCAQRLKSVIRDSDTVIRHGGDEFVVLVQDSSDISLLTQRMLDELGKPYHCHSVPLSVTASIGVADFSEDDSPEELLKRADIAMYEAKKQGKNQTIVYSVNHETAIEYRLLVEESLFSAIKNQDLYASFQPILDRDGNVVALEALCRWRGKDVKDMQPDTFIPVAEETGLINPLGLKMLREVCIASSMLEAHGLSHVKIHINVSLLQLSSPALIEQFVTYFADFNVSPSSVVIEISERAIVDAGAKRIIRALVNYGFTVALDDFGHGLVALSELTDNAASLIKFDGTWLSKLDDPQMRMLAESLVVLNKRLGKTVIFEGIETQPQADFAREMGADCFQGFLYAKPRSLTEVLKAMTPTMEYVAN				NA	NA	NA	NA	NA
AK237_00245	2565			hypothetical protein	ATGAATAACCAGAACACAATGGGTAGTGACGACGTTGATTTAACGAATTGTGACAAAGAGCCTATCCACCTGCCAGGACACATCCAGTCTTTTGGTTGCCTGTTAGCCATGCGTGCAGATTGGCTAATTGCTTATTGTTCTGAGAACATCGAAAACTACTTTGGTTCGCCGACAGACGACGTGATCGGAGAGCCGATAAAGCAGTGGCTGGATAAAACAACATTACATCACATACGCTCGGCCTTGCAATCATCGATGATAACAGGGCGAAATGAACGGTTATTTAATCAGAAAATTATAGCCACTGGAGTAAACGTCGATATCTCCATCCACCACAATGGTAAATATATCATTGTAGAGTTTGAAGCGGTGGATGAAGCAAGGCAACCCGATGAGCATTTTGTGCGCTCACTGTTAACGCAATTTTACCGTGCGCAAGACAGTAATGAACTCATCGAGCAAGTGGCGCAACAAATTCAGCTGATTACTGGATTTGACCGTGTCATGGTATATAAGTTTCTGCCAGACGGGGCCGGTGAAGTGATTGCGGAGAGTAAAAACTTTACCCTCGAGCCTTTCCTTGGATTGCGTTACCCTGCCTCAGATATTCCAAAGCAGGCCAGAGCACTCTATGTGAAAAATTTGCTGCGGGTAATTGGTGATGTAGATGATGTTACCGCTCCGATCGCGCCAGCGGTGATGCGGCAAGACGATAAAATAGACTTATCGTTTTCCACTCTGAGGGCCGTTTCACCTATTCATATTGAATATTTGAAAAATATGGGGGTGAAGGCCTCCTTGTCCGTATCGATTGTAATTAAAGGAAAGTTATGGGGACTGTTTGCCTGTCATCATTACAGCCCGAAGGTTCCTTCTTATTTTCAACGAACTGAACTTGAATTATTCGCGGAAGTGTTTGCACTTGAGTTGTCTTCCCGGTTGATGTCAGAACAAGATATCGAGCGAAACCGTGCCCGGGACGTGCATCACCGAATTATGGCGACTATGTCTACCACCGGTTCGTTAGCACAGGGTATTGCAGAGCAATTTGGCGTACTTCGCGACCTTATTGCCTGCGACGGTATCTGTGTTGTCGTCGATGGCGAAGTGCGACAAGAGGGGCTTACCCTTGAACCGGATATCCTTAAAAAACTGTGCCGCCATTTAAATGCGCTCGCACCCAGTGAAATCGCAGCTATTGATACGTTGGCTGATTTTATATCCGGATATCAGACTGACATTCACCGTATTGCTGGCGTGTTAGCCGTGCCTGTGTCAAAAAGTCCGCGAGATTACCTGTTATTTTTCCGGCAAGCACAAACCAAAACGGTAAACTGGGCAGGCAATCCTGACAAGCCAGTTCAACTTGGCCCAAATGGCGCACGGTTGATGCCAAGATCGAGTTTCGCACTTTGGCAACAAACCCATAATGACAGCTGTCAGGCGTGGGAAGAGCAAATACTAAATGATGCAGAATCGTTACGCGTAACGTTGCTGGAAGTCATGATCCGTCATGTACAGGAACGTGATGCCATTCGATTGCAGGCGGCGCGCAAACACGAAATTCTTATCTCCGAGTTAAATCACCGGGTCAGAAACATTCTTAATCTCGTTAACGCCATCGTAATGCAAACGGAACAGAACGATCGCACCCTGGATGATTTTATTCAGGTGCTTACCGGAAGACTGGTTGCTTTGGCCTCGGCGCACGATCAGTTAACAGCATCGGAATGGGCTGAAGTGTCTTTCAGGAAAGTGCTGGAAACGGAAATTCAAGCCTACGTGAATTTGTCCAGTAGTATTGAGCTAAAGGGCGACGAAGTGCTCATTTCTCCTTATGCGGCAACGCCTGTAGTGTTGGTGATGCATGAAATGTTTACCAATGCTGCAAAGTATGGAGCATTGTCGGGTTCCAGTCAGAAAGGTACCGTATCTGTTCACTGGCAGGTCAACAAGCAATCTGAACTGGTGATTGAATGGCAGGAAAGTGGTGGTCCACCTGTTTCGCCTCCAACCAAAGAAAGTTTCGGGATGACAATGATTCGAAATGTGATCCCACACGAACTGGAGGGGCACGTAGATATTGACTTCACCCCCATTGGTGTCAAAGGTCGGTTTGTGATCCCTCATCGGTACTTAGTCGTTAAAGAAGATTTACAACTATCTGAAATAGAAGTAAAAGACGCTACCGACGATATTAAGCACGTTACAATGCCTGATAGTGCGCTTGTGGTAGAAGACAGTTTAGTGATTGCCCTTGATATGCAGAAAAAACTCAAGCGACTAGGGGTAAACAATGTGACTGTTGCTGGCACCGTGGGTGCTGCAAAGCGAAATATTGAAGGCCGGAAAATTGGCCTGGCTATCTTTGATATTCACCTGGGTAACGAAACCAGCTTTGCGCTGATTAAACAAATGTCTGAATTGGGCGTGCCGTCTATTATAATTAGCGGTTACGGAGAAGACGTTGATATTCCACAAGGCTTTTCACACGTTCCGGTGTTAACCAAACCGGTAGCAGACAAAGACCTCCTGGCAACGTTGGCGCAGATATTGAAGGCTTGA	MNNQNTMGSDDVDLTNCDKEPIHLPGHIQSFGCLLAMRADWLIAYCSENIENYFGSPTDDVIGEPIKQWLDKTTLHHIRSALQSSMITGRNERLFNQKIIATGVNVDISIHHNGKYIIVEFEAVDEARQPDEHFVRSLLTQFYRAQDSNELIEQVAQQIQLITGFDRVMVYKFLPDGAGEVIAESKNFTLEPFLGLRYPASDIPKQARALYVKNLLRVIGDVDDVTAPIAPAVMRQDDKIDLSFSTLRAVSPIHIEYLKNMGVKASLSVSIVIKGKLWGLFACHHYSPKVPSYFQRTELELFAEVFALELSSRLMSEQDIERNRARDVHHRIMATMSTTGSLAQGIAEQFGVLRDLIACDGICVVVDGEVRQEGLTLEPDILKKLCRHLNALAPSEIAAIDTLADFISGYQTDIHRIAGVLAVPVSKSPRDYLLFFRQAQTKTVNWAGNPDKPVQLGPNGARLMPRSSFALWQQTHNDSCQAWEEQILNDAESLRVTLLEVMIRHVQERDAIRLQAARKHEILISELNHRVRNILNLVNAIVMQTEQNDRTLDDFIQVLTGRLVALASAHDQLTASEWAEVSFRKVLETEIQAYVNLSSSIELKGDEVLISPYAATPVVLVMHEMFTNAAKYGALSGSSQKGTVSVHWQVNKQSELVIEWQESGGPPVSPPTKESFGMTMIRNVIPHELEGHVDIDFTPIGVKGRFVIPHRYLVVKEDLQLSEIEVKDATDDIKHVTMPDSALVVEDSLVIALDMQKKLKRLGVNNVTVAGTVGAAKRNIEGRKIGLAIFDIHLGNETSFALIKQMSELGVPSIIISGYGEDVDIPQGFSHVPVLTKPVADKDLLATLAQILKA				NA	NA	NA	NA	NA
AK237_00246	600			hypothetical protein	ATGAACATAAATAATCTTTTTAGTGCCCTGAAACAAAACACCCAGGCTCCTCATAAACAGTTAGAAGCCACTTACCCCTTTAATCAGCAAATGAAAGCCGACGTATTTACACTGGCGCATTATGCTCAGTCGCTGAATGTTCTGCGTGCATTTCATCACTTTGCTGCGCGGGAAATATTACAGCTGCCTCAATCAGTGATTAACTTAATACAACCTGAAAGCGTGATGGCAGCGCTGGAGAGCGACATTAACAGCACTGATACCCTCGCGATTGAGCCTCTGACATTCGTGCACGGCTTACCACAAGGCACAGTAGAAACACGTGTCGCCTTGAGTTATGTCTGGGTGGGATCATCAATGGGGGGGCGAATTATTAGCCGCTGGCTCACTTCCCATCGTCCGACCTTCCCTCAGCGCTATTATCAAACCATGGCTGAAGTCGGTGTTCAGTGGGAAGCCTATAAGTCAGAAATGACGAATTATGCTCAATTACAGCAAATCGACGTAGACAAAACCGTGCACGCTGCCAGTTTGGTGTTTGAGGGGCTTATCAGCACTGCGCAAGGCGTCGACAAGGTCGGTATCAACGCCACTACATGA	MNINNLFSALKQNTQAPHKQLEATYPFNQQMKADVFTLAHYAQSLNVLRAFHHFAAREILQLPQSVINLIQPESVMAALESDINSTDTLAIEPLTFVHGLPQGTVETRVALSYVWVGSSMGGRIISRWLTSHRPTFPQRYYQTMAEVGVQWEAYKSEMTNYAQLQQIDVDKTVHAASLVFEGLISTAQGVDKVGINATT				NA	NA	NA	NA	NA
AK237_00247	810	xthA	COG0708	Exodeoxyribonuclease III	ATGAAAGTCGTTTCTTTTAATATTAATGGTATCCGTGCCCGACTCCATCAACTGGCAGCACTCATTGAAAAGCATCAGCCTGATGTCATCGGCTTGCAGGAAATTAAAGTGCATAACGAGCAGTTCCCCGTTGCTGATGTTGAAGCGCTCGGTTACCACGTGTTTTATCATGGTCAGAAAAGTCATTACGGCGTAGCCATCTTGACAAAAGCAACCCCCTTGAGCGTGCAGTATGGGTTTCCTACCGATGAGGAAGATGCCCAGCGACGTATGATTATGGTCACGGTAGCAGGAAAAGACGGTCAACCCGTTCGTGTACTCAACGGCTATTTTCCTCAAGGGGAAAATGAAAAACATGAGACGAAGTATCCGGCTAAACGTAAGTTCTATGCTGACTTGATGGGTTACCTGAAAGCCGAGCACACTGCCGAAGACAACGTCATTATTATGGGTGACTTAAACATTTCACCCGCGGACAACGACATTGGTATTGGTGAAGATAATCGTAAACGCTGGCTCAAAACCGGAAAGTGTTCATTCTTACCGGAAGAACGCGAATGGATTAATACACTGTATGACTGGGGCGTAACGGACAGTTTCAGAGCTCAGCATCCAGATACAGACGATCAATTCAGCTGGTTCGATTATCGCTCAAAAGGTTTTAACGATAACCGGGGCTTACGAATCGACCATATACTGGGAACACCTTCGGTGCACCAAACGCTCACAGAAACGGGCATCGATTACGAGCTTCGTGGTATCGAAAAACCTTCTGATCACGCACCAATTTGGGCCGTGTATGACATTTAA	MKVVSFNINGIRARLHQLAALIEKHQPDVIGLQEIKVHNEQFPVADVEALGYHVFYHGQKSHYGVAILTKATPLSVQYGFPTDEEDAQRRMIMVTVAGKDGQPVRVLNGYFPQGENEKHETKYPAKRKFYADLMGYLKAEHTAEDNVIIMGDLNISPADNDIGIGEDNRKRWLKTGKCSFLPEEREWINTLYDWGVTDSFRAQHPDTDDQFSWFDYRSKGFNDNRGLRIDHILGTPSVHQTLTETGIDYELRGIEKPSDHAPIWAVYDI				NA	NA	NA	NA	NA
AK237_00248	645			hypothetical protein	GTGACTAGCCTGCAAACCGTTGCCTTTATCTCATTCGTATTACTGAATGTCTTTATAGCAAAAAACGTGTCGTGGCAGGCATTAGTAGCGAACAAGAAACAGCAGCACGTCCTTTTTGGGTTTACCGCGCTGCTGTTTTTTTTATGGATCTTTCGCGCTGGTATTTACACGGGCCTTAACGTGCATTTTTTGTGGGCAAGTGCACTGACGCTCACGCTAGGTTTTCGTTTTGCCTTTCTTGCAGGTTCAGTCGCATTAACAGGTGTGACAATAATTGGCATAGACAACTGGGCGATGCTGGGTATCAACGGTTTACTTGGCGTGCTGGTACCAGTATCGGTGAGTTATCTCATATTCATGCTTGCCTTTCACAAGATACCACGCAATGTGTTTATTTATATTTTCGCCTGTGCGTTCTTTCCGGGCGCATTCACCATTGCGTTGAAAATGGGCTTACTGGGCTGCTATTTTGTGCTCGACGGCGTTTACGATTGGCAAACCGTATTTGATAACTACCTGATCCTCACGCCTCTGCTACTGTTTCCGGAAGGTCTTTTAAATGGTATGACTATGACCTTACTCATCGTTTATAAACCCGATCTGGTCTACACCTTTCATGACAAATTCTACATTGATGGCAAGTAG	MTSLQTVAFISFVLLNVFIAKNVSWQALVANKKQQHVLFGFTALLFFLWIFRAGIYTGLNVHFLWASALTLTLGFRFAFLAGSVALTGVTIIGIDNWAMLGINGLLGVLVPVSVSYLIFMLAFHKIPRNVFIYIFACAFFPGAFTIALKMGLLGCYFVLDGVYDWQTVFDNYLILTPLLLFPEGLLNGMTMTLLIVYKPDLVYTFHDKFYIDGK				NA	NA	NA	NA	NA
AK237_00249	645	inhA		Isonitrile hydratase	ATGACAAATTCTACATTGATGGCAAGTAGTCTGCAGGCAGACTCATCTCCCATACACATAGGTATCGTCATCTACCCGGACGCTGAAGTGCTCGATTTTGCCGGTCCCTATGAGGTTTTCACAACAGCGGTTCGCGTACATGGTTTTCCCTGGCAAGTCTCGCTTGTTGCGGAACATTCTCCAGTGAACGCTCGCGCGGGTTTTTCTGTTAACGCAGATACCACTTTTGACGCCAGCGCATCATACGATATTGTGATAGTGGTAGGTGGAGATCATACCCGTGAACTGGCAAACACCGTATTATTGCGTTGGTTAAAAGAGGCTACCGCAACGGCTAAAATCATAGGATCGGTGTGCACGGGGGCGTTTTTACTTGCCGAAGCAGGGGTTATTCAACAAGCGCACGTCACGACTCACTGGGAGGACATCCCGGCGCTAAAGCAACGATTTCCTGCATTAACTGTGCATGAAGACTGCCGTGTCGTAAATCACGGTAACAAGTATAGCAGTGGTGGAATTTCTGCGGGCATTGATATGGCACTTACGCTGGTAGCAGATTTAACCTGTGTGGAAAGTGCGCGGCTTACTGCCCGTCAAATGGAATATCGGTGGGATGAACGCTGCCTCAGAAAAGGCAGCGAATAA	MTNSTLMASSLQADSSPIHIGIVIYPDAEVLDFAGPYEVFTTAVRVHGFPWQVSLVAEHSPVNARAGFSVNADTTFDASASYDIVIVVGGDHTRELANTVLLRWLKEATATAKIIGSVCTGAFLLAEAGVIQQAHVTTHWEDIPALKQRFPALTVHEDCRVVNHGNKYSSGGISAGIDMALTLVADLTCVESARLTARQMEYRWDERCLRKGSE				NA	NA	NA	NA	NA
AK237_00250	570			hypothetical protein	ATGAACAAAAACTTTATAACATCCCAATCTCTTCTGGAAGATGCATTCCGTTTAGCGGCCAAAGTGTATGAAGACGGCTTCCGTCCAGATTTTATTATTGGTATCTGGCGTGGCGGTGCACCAATTGGTATTGCGGTACAGGAATTCTTTGAGTTTAAGAATAGTCCAACCGACCACATTGCGGTGCGCACGTCGTCGTATTACGGCATCAATAAGCAATCTAAAGAAATCCGTGTGCACGGGCTACATTATCTGGTCGAGAACGCCAATGCCGACGATAAGCTATTAATCGTTGACGACGTCTTCGATTCTGGTCGTAGTGTCGATGCGTTAATTAAGCAAGTGCGTAAATTAATGCGATTGAACATGCCAAAAGATATCCGTATTGCTTGCCCGTGGTATAAACCGCAGAATAACAAAACTGATATCGTGCCGGATTACTACGTTAATCAAAGTGATGAGTGGTTGGTGTTCCCTCACGAAATTGCTGGGTTAAGCGAAGAAGAAATTCGTGAAGGTAAGACTGAGTTATCTGCCGTGATGGATGTGCTTTTCAACAAAGATGCGTAA	MNKNFITSQSLLEDAFRLAAKVYEDGFRPDFIIGIWRGGAPIGIAVQEFFEFKNSPTDHIAVRTSSYYGINKQSKEIRVHGLHYLVENANADDKLLIVDDVFDSGRSVDALIKQVRKLMRLNMPKDIRIACPWYKPQNNKTDIVPDYYVNQSDEWLVFPHEIAGLSEEEIREGKTELSAVMDVLFNKDA				NA	NA	NA	NA	NA
AK237_00251	1197	lolC	COG4591	Lipoprotein-releasing system transmembrane protein LolC	ATGTTTCAACCTGTCTCTGCCTTTTTGGCCTTTCGTTATTCTACTGCGAGCAAGCAAAATAGTTTTGTTTCTTTCATTAATTTTTTCTCCGTGGCAGGTATTGCACTCGGGTTAATGGCACTCATCATTGTGTTGTCTGTAATGAACGGGTTTGAAGGACAGTTGAAGCAACGTATTTTAGGTATCGTGCCCCACGTCGTTGTTCACGCAAGCCCGTCGTCTTATGACTTCAGGGACATTCAGGGCGTAGAGAGCGTCATGCCTTTTATCGAGACCGAAGGCGTACTACAAGCACGAACCGGATTACGAGGTGTGCAAATTCAAGGTGTTATTCCCCAGGACATGCAAACCAGTGTGGTGGCTGACAATATGGTAGCTGGTTCGCTGGGGGATTTAACGGCGGGATCGTTTCGCGTGGTGATAGGGCGGGCTTTAGCTGTGCAGTTGGATATTCGCCCCGGCGATAAACTGAGGCTTATGGTGGCAGGTGCCAGTGTGTATACGCCCCTTGGCCGAATGCCGAGTCAACGCATTGTCGAAGTGGCCGGTTTGTATGGCGTTGGTTCGCAAATGGATGACAAAGTGATATTCATGCAACTCGACGATCTTTCCCGATTACTCAGACAACCTAAGAATGCCGAAACCGATACGCGACTCTTTTTGCAAGATGCGTTTCAATATCAGTCGGTGTTAGATGCATTAGAACGTGTCGAAGTTACCTCAGACAATTGGCGCGCCAGACAGGGGCCGCTGTTTGATGCCGTTAAAATGGAAAAAAACATGATGTTTATGATGCTGCTGCTTATTATCGCCGTAGCAGCATTTAACATTGTCTCTGCACTGGTGATGGTGGTCACCGAGAAGCAGGGCGATATTGCTATCTTACAAACCCAGGGGATGGAAGCTGGACAAATACGCAGTGTGTTTTTGCTTAATGGCCTGTTTAATGGCGTCAAGGGCGCTATACTTGGACTGATCTTAGGCGTGATAGCGTCGACACAACTTAATAACGTGATGTCGCTTCTCAATATTCAATTGGCGTTATCAGCCGATGGGCAGGGCATTCCTGTAGATCTGCGCTGGCATCAGGTATTTATTGTCACTCTGTTTTCGCTGGCACTTTGTTTAATTGCCAGTGTTTACCCAGCCATTCGCGCAATGAGGGTACGGCCTGCAAATGCCTTACAGAATGAATAA	MFQPVSAFLAFRYSTASKQNSFVSFINFFSVAGIALGLMALIIVLSVMNGFEGQLKQRILGIVPHVVVHASPSSYDFRDIQGVESVMPFIETEGVLQARTGLRGVQIQGVIPQDMQTSVVADNMVAGSLGDLTAGSFRVVIGRALAVQLDIRPGDKLRLMVAGASVYTPLGRMPSQRIVEVAGLYGVGSQMDDKVIFMQLDDLSRLLRQPKNAETDTRLFLQDAFQYQSVLDALERVEVTSDNWRARQGPLFDAVKMEKNMMFMMLLLIIAVAAFNIVSALVMVVTEKQGDIAILQTQGMEAGQIRSVFLLNGLFNGVKGAILGLILGVIASTQLNNVMSLLNIQLALSADGQGIPVDLRWHQVFIVTLFSLALCLIASVYPAIRAMRVRPANALQNE	PGPT0024510_4070	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-OTHER_CELL_MEMBRANE_REMODELLING_PROTEINS	CE-REMODELLING_LIPOPROTEIN_TRANSPORT,PGPT0024510-lolC_E-K09808	NA	NA
AK237_00252	594			hypothetical protein	ATGAGTAACGACACACTGGCCGAAAAGCAAGCTCAATTTGACGAATTTTTTATGATTGCCTGTGACATTCCCGTCAATGTGGTGCCGGTCGAGAGCGGCAAACCAGTACCAATGGGAGATGCGTTAGAAGCATCAATGCCTTATGCTTTTCGCATCGCCGGCGAGATGGCCACCATAGAAGCACAAGCATTAAGACCTTTGCGTAACTTAGGCGACCACGCTGCTGCGCTGACAGAATATTTAAATCATCAGGCGAAAAAAATTGATCTGATGATGTCGTTTATCCTGCACCAGCAAGACGACGAAAATTACCGCTATCAAGCGGTAAAATTTGGCGGCGGCGGCATTGTCGTACAATCAGATATTCCTATTGAACTTGGCACGATTGCTGAACTCAAACTCTTTTTAAACCAGGAAGCCGCTGCCGTTTTCTGCTTCGGTGAAGTTATTGCTTGCCAGCAAGAACAGGATGGCTACCATATATCCTTCATTTTTCGTAGTATTCGCGAACAGGATCAGGAATTACTGGTTCGAGCGAGTTTGCATATGCAAACACAACAACTGCGAAAACGTGCGCAAAGAAAGCAAGAGTAA	MSNDTLAEKQAQFDEFFMIACDIPVNVVPVESGKPVPMGDALEASMPYAFRIAGEMATIEAQALRPLRNLGDHAAALTEYLNHQAKKIDLMMSFILHQQDDENYRYQAVKFGGGGIVVQSDIPIELGTIAELKLFLNQEAAAVFCFGEVIACQQEQDGYHISFIFRSIREQDQELLVRASLHMQTQQLRKRAQRKQE				NA	NA	NA	NA	NA
AK237_00253	3492	mfd	COG1197	Transcription-repair-coupling factor	ATGACAGCCACAATTTTTTCTTTACCACTGCCGAAAGCGAAAAAAGCGGACAGCACAGGGGACCACCAGCAATGGGGTCAGTTAAAAGGTAGTAGCCGGGCTCTTGCCATTAGCCAAACGTATCAGCAGTACAAAGGTCCGGTGGTCGTCATTACCGCTGACACGCCTTCTGCAATGAAGTTGCAACGTGAACTGGCATACTTTCTCGATAACGATCGTCAGGTAACTACCCTCTTCCCGGACTGGGAAACGCTGCCTTATGACATGTTTTCGCCACACCAGGATATTGTTTCCCAGCGTATGGAAACCCTGTATCGGATGGCGAACGAGCCCAAAGGGATATTTATTGTACCGGTTAACACGCTTATGCAGCGACTTGCACCGGTGGATTACCTCAATAAATACTTGCTGATGTTACATAAGGGCGAGACCTTAGACCGGGATCAATTCCGACGAAACCTGGAGCAAGCGGGCTATCTACACGTTAACCAGGTGATGAGTCACAGTGAATTTTCTATTCGGGGTTCGATCATTGACCTGTTTCCGATGGGAAGTGACAAGCCATTTCGTATCGACTTATTCGATGATGAAATAGACTCCATCCGGTATTTTGAAACAGACAATCAACGCTCTACGGATGCGGTTGAGCAAATACGTTTATTACCAGCAAGAGAGTTCCCTACAGATAAAGCGGCAATTTCTCAATTTCGCGCCCAATATCTCGCGCATTTCGACAACGTCAGTACCCAGGAGTCCATCTTAAGCCAGGTATCGAAAGGTACTATGCCTGGCGGTATTGAGTATTATCTCCCGCTGTTTTTTGAAAAAACCGCCACGCTGTTTGACTATCTTCATGATAATGCATTACTCATGCTGCATGGCGACGTATTTGATGCCAGTGAATTTTTCTGGGCTGACGTCACTGAACGCTATGAGCAGCGACGCTACGATTTATCGCGGCCGCTACTGTCACCAGACACCCTGTTTTTGCCGGTAAATCAACTATTCGAACACGTTAAACAGTGGCCAAGAGTCAGTCTTCAAACCGATGCCATTGATGAGAAAGCCGGAAAGTCGAATCTCGGTTGCGAAAACCTCGTCGATATCGCATTTAATCCCCAGAAGAAACAGCCTGCACAAGCACTGCAAGAGAAAATGAAAGCAGCACGCAATGCAGGCAGCCGCGTGCTCTTTTGCGCCGAGTCACAAGGGCGAAGAGAGAATCTGCTTACCTTGCTCAACAAAGCCGGCATAAAACCCCAACCGGTTAAGTATTTTTCTGAATTTATTGATGGCGATACGGCTGTGGGCATTTGTATCGGATTAGTAGAGAACAGTTTTGAATGGCAGCGCGCAAATGGCAATATTCTGTTTATCACCGAGACGGAATTACTTGGTCATAAAGTCAGCCAGCGCCGGTTGCGTGACAAACGTCAAGCCACCGACGAAAGCGCCATTATCAGAAACCTCGCCGAACTGTCACTGGGCCAGCCAGTAGTACACCTCGACCACGGTGTGGGGCGATATATTGGCCTACAGACTCTCGATGCCGGTGGTGTGATAACTGAATACCTGTGTATTGAGTACGCAAAGCAATCGAAGCTATATGTTCCGGTGTCGTCATTGCATCTTATCTCCCGCTACACCGGCGGCGATGTAGAACACGCGCCGTTACATGCATTAGGGTCAGATGCGTGGTCTAAAGCGAAACAAAAAGCAGCGGAAAAAGTGCGCGATGTGGCCGCTGAACTACTAAACGTTTATGCCAAACGTGCGGCGAAACCCGGTTATGCCTATGAGATAAACTGGGAAGACTATCAAAGCTTTGCCGAAAGTTTCCCCTTTGAAGAAACACCGGATCAAATGCAGGCCATCAATGCGGTAATTCAGGACATGGGTTCACCGCAAGCCATGGATCGACTGGTGTGTGGCGACGTTGGATTCGGTAAAACCGAAGTGGCTATGCGCGCTGCGTTTCTGGCAGCAAACCATGGCAAACAAGTTGCCATTCTGGTGCCTACCACCCTGCTCGCTCAGCAACACTTTGAAAACTTCAAAGATCGGTTTGCTAACTGGCCCTTCAACATTCAGGTAATGAGCCGCTTTGTCAGCGGTAAAGCACAAAAGTCTGTTGTCGACGGCATAAAAGACGGCCAGGTTGATATTGTCGTGGGTACGCATAAATTGCTCAGCAGCGATATCGAGTTTAACGATCTCGGTTTAGTTATTATCGATGAGGAACATCGCTTCGGGGTGCGTCAAAAAGAAAAATTCAAGTCGCTACGAGCCGATGTGGATATCCTCACTCTTACTGCCACGCCCATTCCAAGAACATTGAATATGGCACTTTCCGGCATGCGTGATCTATCGATTATTGCCACGCCCCCTGCCCGTCGCCTTTCAATCAAGACCTTTGTGCAACAGCGTGATAATGCCGTGATTCGCGAAGCCGTCATGCGGGAAATTCTGCGCGGCGGTCAGGTCTACTTCCTCCATAACGAAGTAGATACCATCGAAAAAACAGCCAAAGACATCGCAGACATTGTGCCAGAAGCGCGTATTGCCATCGGGCACGGGCAAATGCGTGAGCGTGAGCTCGAAACGGTAATGAGCGATTTCTATCATCAACGCTACAACGTACTGGTATGTACCACGATCATCGAGACAGGCATCGATGTCCCTACAGCAAACACCATTATCATGGATCGAGCCGACCATCTCGGCCTCGCCCAGTTACATCAATTGCGTGGTCGTGTAGGGCGTTCGCACCATCAAGCGTATGCCTATTTGCTAACACCTCATCCTAAACGAATGACAAGAGATGCAGCGAAACGTCTGGAAGCCATTGCCAGCCTGGAGGATTTAGGAGCAGGATTTGCGCTCGCTACCCATGATTTGGAAATTCGCGGCGCAGGAGAGTTATTGGGTGACGATCAGTCAGGTCAGATAGCATCGATCGGTTTTACGCTGTACATGGACATGCTTGACCAAGCGGTTACCGCACTGAAAGAAGGTCGGGAACCAAGCCTGGAAGACGCTTCGGCTAACCAGACAGACATTGAACTTCGCATTCCGGCGCTACTGCCTGACGATTACATTGCTGATGTAAATCAGCGGCTATCATTGTATAAACAACTCGCCGGATGCCAAAGCAAAGATGCCATTGATGAATTCCAGGTAGAGTGTATCGATAGATTTGGTCTGTTGCCTGTACCTGCAAAACAGTTAATCAAAGTGGCGGAATTAAAGCTCATTGCAAAACAGTTGGGTATTACAAAAATTGACCTGACCAGCATTGGCGGCACCATTGAATTCAAGGAAAATACCCCCGTTGATCCTGGTTACATTATCCAGTTAGTACAAACCCAATCGGACACATTCCGGTTTGAAGGTAGCCAGAAATTACGCCTTGTGAAGAAAACAGAAACGGCTGAAGAACGTTTAACCCTTGTAGAAAAGGTCTTAAACGACTTTGCCATGGAGACCAAGTAA	MTATIFSLPLPKAKKADSTGDHQQWGQLKGSSRALAISQTYQQYKGPVVVITADTPSAMKLQRELAYFLDNDRQVTTLFPDWETLPYDMFSPHQDIVSQRMETLYRMANEPKGIFIVPVNTLMQRLAPVDYLNKYLLMLHKGETLDRDQFRRNLEQAGYLHVNQVMSHSEFSIRGSIIDLFPMGSDKPFRIDLFDDEIDSIRYFETDNQRSTDAVEQIRLLPAREFPTDKAAISQFRAQYLAHFDNVSTQESILSQVSKGTMPGGIEYYLPLFFEKTATLFDYLHDNALLMLHGDVFDASEFFWADVTERYEQRRYDLSRPLLSPDTLFLPVNQLFEHVKQWPRVSLQTDAIDEKAGKSNLGCENLVDIAFNPQKKQPAQALQEKMKAARNAGSRVLFCAESQGRRENLLTLLNKAGIKPQPVKYFSEFIDGDTAVGICIGLVENSFEWQRANGNILFITETELLGHKVSQRRLRDKRQATDESAIIRNLAELSLGQPVVHLDHGVGRYIGLQTLDAGGVITEYLCIEYAKQSKLYVPVSSLHLISRYTGGDVEHAPLHALGSDAWSKAKQKAAEKVRDVAAELLNVYAKRAAKPGYAYEINWEDYQSFAESFPFEETPDQMQAINAVIQDMGSPQAMDRLVCGDVGFGKTEVAMRAAFLAANHGKQVAILVPTTLLAQQHFENFKDRFANWPFNIQVMSRFVSGKAQKSVVDGIKDGQVDIVVGTHKLLSSDIEFNDLGLVIIDEEHRFGVRQKEKFKSLRADVDILTLTATPIPRTLNMALSGMRDLSIIATPPARRLSIKTFVQQRDNAVIREAVMREILRGGQVYFLHNEVDTIEKTAKDIADIVPEARIAIGHGQMRERELETVMSDFYHQRYNVLVCTTIIETGIDVPTANTIIMDRADHLGLAQLHQLRGRVGRSHHQAYAYLLTPHPKRMTRDAAKRLEAIASLEDLGAGFALATHDLEIRGAGELLGDDQSGQIASIGFTLYMDMLDQAVTALKEGREPSLEDASANQTDIELRIPALLPDDYIADVNQRLSLYKQLAGCQSKDAIDEFQVECIDRFGLLPVPAKQLIKVAELKLIAKQLGITKIDLTSIGGTIEFKENTPVDPGYIIQLVQTQSDTFRFEGSQKLRLVKKTETAEERLTLVEKVLNDFAMETK				NA	NA	NA	NA	NA
AK237_00254	1425			hypothetical protein	ATGAAACGGTTATACGCCTTCGCAGCAAGTTTAGGCTTATGTGTGGCTACCCCCACCTTTGCTGCCGATGACTGGTGGTTCGATATAGAAGTCATCATTTTTGACCGTAACGTCAGCATGAGTGAACTCAACGAACAATTTGCTGAGAATTTATCGCTTTCTCCCGCTGTGGCGAATCTCAATCTTATCGATAATTATCTGCGGCCGAATATCAGCGCTATTAAACAAGGATTGGCAACATGTGGTGTGCCCGATAACCCCCTGTGGCTGGACACGCCGTCAATCGACAGCATTATCAATACGCATAAACAATGGGAACAATCCCAACAGCAAGTTTATTCTGCAGATGAGGGAAGCACAGCGTCTACTGCGGCAGCGCTACAATCTGATACGGCGACAACTTACAACGAACAAACAAGAGAAGAGGCACTGGCTGCAGCCTTCTCAGAGAACGATGATGACGTGGTGGCTGATGAGCCTTCCACAACGCAAGACCACGTTATGAACAAGGTCGACGGCTACCAACCTGCCATCGACACCGTTTCGGCAAACGAAATCGCTGAATACTGGGTGTCATTTTCGGGCATCAACGACGTCGAACCTGTGAGCGTTCCAGCATTGCGTTACTGTGAACCCCACCATGACTGGCTGACTTACGAAGATGGCAAATGGCGCGCGTACAAACCCGACAATGCGCTACCTGCACCAAGCGTGGTACCGGAGTTCCTGGATGGACGGGATTGGCCAGACTCGCCAGTGGCCCACCTTTTGCCGTACGACAGCTTAGCGCTGACAAAATTATCCCGGCAAATAAGACAAACACGCGGGTTAAATCGCCTGTTGCACGTCGCATGGCGTCAACCGGTAAAGTTTGGTGAAAAGCAAGCCGATGCGATGCGAATTATAGCAGGTGAAAACTATGCAGAACGTTTCACTGAATCAGGAGAGGCGATTACACAAGTGTCGATGCCTGAGCCAGAGATAGCGACATCACAGCAGGACACGTTGTCACTTTCTCAGGATGCTTTCTTCACTAATTTGACCAGCAGATTACGCAGCGCTAAACCCGTGTCGTTCAGTGACATCATGGCAGTCGCGCCTCAGCAAACACTGGAGAACGAAGCACAGCCCCAGTCGGTTGCTCAGGTAAACGAAGGTGCGCAGCAAGCCATTTGGGAATTAGACGGTTACCTGAAAGTGTACCTGAAGTACATCAATCGCGTACCGTACTTGCATATCGACAGCGAAATGCAATATCGCCAGCCCGTTGCTGTTAAAGATGGATCTGACCTTTCTGCCCCGCTTCAATATGAGCTACAAGCGGTGCCTTTCCATCAGGTTCGCCGGGTGATCAGTAAGCAGATCCATTACTTTGACCACCCTCTGTTTGGCATGATTGTGGAAATCAGAAGACATCAGCGTTAG	MKRLYAFAASLGLCVATPTFAADDWWFDIEVIIFDRNVSMSELNEQFAENLSLSPAVANLNLIDNYLRPNISAIKQGLATCGVPDNPLWLDTPSIDSIINTHKQWEQSQQQVYSADEGSTASTAAALQSDTATTYNEQTREEALAAAFSENDDDVVADEPSTTQDHVMNKVDGYQPAIDTVSANEIAEYWVSFSGINDVEPVSVPALRYCEPHHDWLTYEDGKWRAYKPDNALPAPSVVPEFLDGRDWPDSPVAHLLPYDSLALTKLSRQIRQTRGLNRLLHVAWRQPVKFGEKQADAMRIIAGENYAERFTESGEAITQVSMPEPEIATSQQDTLSLSQDAFFTNLTSRLRSAKPVSFSDIMAVAPQQTLENEAQPQSVAQVNEGAQQAIWELDGYLKVYLKYINRVPYLHIDSEMQYRQPVAVKDGSDLSAPLQYELQAVPFHQVRRVISKQIHYFDHPLFGMIVEIRRHQR				NA	NA	NA	NA	NA
AK237_00255	1371	sdcS_1		Sodium-dependent dicarboxylate transporter SdcS	ATGCAAATTAAGCCACGATTTATTGGCTTGTCTGTAGTGGCAAGCTTTGCAATCTTTTTAGTAATGCTGAGTTATGATTTTGGCCAGATAATGAGCATCACAGCCGGGCTAACTATCCTCATAGCCATGTTATGGATGACAGAAGCACTGCCTATTCCTGTTACTTCTCTCATTCCTTTTTTTGCATTTCCTATGGCTGGCGTAATGACATATCAGGAAGCATCATCTGCCCTTGGAAGTCATGTGATCTTACTGTTGATGGGAGGCTTTATGTTATCGAAGTCTCTTGAAAAGTCAGGTGTACACCGTCGCTTAGCCGTTTACATGTTAAAGCTAACCGGTGCGTCGAATGCAAAGCGACTCGTTCTGGGGTTCATGTTAACGTCGGCAGTGCTCAGTATGTGGATTTCAAATACAGCGACCACATTAATGTTACTACCCATTGCGTTGGCAATTATTAGTTCTGTGAATTCGGCTACGCTGGCATCGGCTATCTTACTCGGGATTGCCTATGCAGCCAGTATCGGTGGCGTAGGTACACCCATCGGTACGCCGCCCAACATTATCTTCATGAGTGTCTACCAGCAAACGACGGGTACCGAGCTGAGTTTTTTAGATTGGATGAAGACAGGAATTCCAGTGGTGTTGCTCGCTATTCCTGTTATGGCGCTGTGGCTAACACGAAATCTTGGAAAAATACCGCCAGTGGTTTTGCCTGAGGCGGGTACATGGAAGCCCGCCGAGCGTCGTGTATTGGTGTCATTTTTATTGATTGCGTTGGCGTGGGTGTTCCGGCCGTTCTGGACCCAGTGGTTTGGTATGACCAACGTGAGCGACAGCACTATCGCTATTGCCGGCGTGGTAATGATGTGTTTGATCCCTGATGGCGACAAAGAAAAACCCGGTCAAATCCTGGATTGGGACACCGCGGCGCAGATCCCGTGGGGATTGTTAATGGTGTATGCCGGGGGCATCTGTCTGGCGAAAGCGTTTACTGCGTCGGGTTTAAGTGTGGAATTGGGAGAAGCATTAACAAGCCTGTCCGTGTTGCCCGTCATGTTGCTGATTTTAGTATTATGTCTGGCAGTGAGCTTTGTTACAGAAGTCACATCAAATACCGCGACGGCGACACTACTTATGCCTATTTTGGCAAGTGCCGCCATTGCCCTGGATATCGATCCTATCGTATTAATGATGCCAGCGGCGATCAGTGCAAGTTGCGCATTTATGATGCCGGTAGCGACGCCTACCAACACCATCGTGTATGGAAGTGGTCATATCAATATGCAAACCATGGTGCGGGAAGGGACGATGTTGAATATTCTGGTGGCATTTGTGGTCACTGGTGTGGTGATTGTGACCCGGCTGTAA	MQIKPRFIGLSVVASFAIFLVMLSYDFGQIMSITAGLTILIAMLWMTEALPIPVTSLIPFFAFPMAGVMTYQEASSALGSHVILLLMGGFMLSKSLEKSGVHRRLAVYMLKLTGASNAKRLVLGFMLTSAVLSMWISNTATTLMLLPIALAIISSVNSATLASAILLGIAYAASIGGVGTPIGTPPNIIFMSVYQQTTGTELSFLDWMKTGIPVVLLAIPVMALWLTRNLGKIPPVVLPEAGTWKPAERRVLVSFLLIALAWVFRPFWTQWFGMTNVSDSTIAIAGVVMMCLIPDGDKEKPGQILDWDTAAQIPWGLLMVYAGGICLAKAFTASGLSVELGEALTSLSVLPVMLLILVLCLAVSFVTEVTSNTATATLLMPILASAAIALDIDPIVLMMPAAISASCAFMMPVATPTNTIVYGSGHINMQTMVREGTMLNILVAFVVTGVVIVTRL				NA	NA	NA	NA	NA
AK237_00256	471	ybaK	COG2606	Cys-tRNA(Pro)/Cys-tRNA(Cys) deacylase YbaK	ATGACCCCCGCGATTAACTTGCTGAAGAAAAAGAAAATCCAACATAACGTACTTAAGTATCTACACGATCCTGCCTCCCAGTCTTATGGTCTGGAAGCGTGTGAGAAACTCAATCTTGACCCGAAAACCGTGTTTAAAACACTGGTTGTCGAGATAGATAAACAGAAATGGGCTGTGGGAATAATTCCGGTAGAAGAAAAGCTCAATATGAAAGCAATGGCCAAAGCTGCGAAAGCCAAGAAGGCGACAATGGCAAAACCGGAGGACGTTGAGCGCATGACTGGCTATATCCTGGGCGGCGTTAGTCCCCTGGGACAGAAAAAGTTATTGAGCACATTTATTCACGCCTCTGCCCGTTCAATGACGGTCATGCATGTAAGCGCAGGACGCCGGGGGTTGGAAGTCAGCCTTGCTCCCGAAGATTTGCAAACATTAACCCGCGCCGAATTTGCAGAAATAGTCGACCAATAG	MTPAINLLKKKKIQHNVLKYLHDPASQSYGLEACEKLNLDPKTVFKTLVVEIDKQKWAVGIIPVEEKLNMKAMAKAAKAKKATMAKPEDVERMTGYILGGVSPLGQKKLLSTFIHASARSMTVMHVSAGRRGLEVSLAPEDLQTLTRAEFAEIVDQ				NA	NA	NA	NA	NA
AK237_00257	1560			hypothetical protein	TTGTCAGCCAACACTAAAATCAACGTTTCTTTTGCCATCGTCCTTTTTGCTACCTCTGCTTATTTCGTCTTTTGGGGGCTTGGTTACACAAACCACAATCATACCCTGCTGTTCATTCTCGCCACCTTATTTGGCGTTTTCATGGCATTTAACATTGGTGGTAACGACGTCGCGAATTCGTTTGGCACCAGTGTAGGCGCCGGCACGCTCACCATTAAACAAGCGCTGGCGGTAGCTGCGGTATTTGAGGTCAGTGGCGCGCTTATCGCTGGTGGTGAAGTTACCGATACGATCAGAAAAGGCATTGTTGATTTATCTACCGTTTCAGTCGCTCCGCTGGAGTTTGTTTATATTATGATGTCGGCGCTTATCTCTGCCGCATTGTGGTTACTTTTCGCCACCAGAAAAGGCTGGCCGGTGTCTACCACACATTCCATTATAGGCGGCATCGTCGGTAGTTCGTTGATGTTGGGCATTATCCTTACGGATGGCGAGCAAGCGTTATCCTTGGTTCACTGGGAAGAAATTGGCACTATTGCGGTATCCTGGGTGTTGTCCCCGGTGTTAGGCGGCATTGCCTCGTACTTGCTCTATTACCAGATCAAAAAGCATATCCTGCAATACAACGACAGTGCTGCAGAAGCACTGCTAACCTTACGAAAAGCGCGGCGTTCCCTTAATGAAGAACACAAACATGCGTTTGAGCGCTTGAGCGAAATCCAGCAAATTTCATATACCAACTCCATGGTACGCGATGCGCAAGCCATGAGAGAAACGGATTTTATGCCTGACGATCTTGAATCCGACTACTATCGAAAATTGTACGCCATAAATACAAAACGAAAATCGGTAGACGCGCATAAAGCACTGGAAAATTGGGTGCCGGTAATTGCTGCTATCGGCGCGGCAATTATTTCATCAATGCTGCTGTTTAAGGGCTTGAAGAATATCAATTTGGGACTTAATACCTTACACAACTATTTGATCATGGGGATGATTGCTGCTGGCGTGTGGATGGCGACGTTTATCTTTGCCAAAACCCTGAAAAGTAATTCCCTTGAACGCGCCACATTTTTACTGTTTAGCTGGATGCAGGTGTTTACCGCGGCAGGCTTTGCCTTCAGTCACGGATCAAACGATATCGCCAATGCCATTGGCCCATTCGCCGCTATTTTAGATGTACTGAGAACAGGCGACATCGGCGCACAGGCAGCGATCCCCACGGTGACGATGTTCACTTTTGGCGTGGCGTTAATCACTGGTCTTTGGTTTATTGGCAAAGAAGTTATTCAGACCGTAGGAAAAAATCTCACTGAGATGCATCCTGCGTCTGGATTTTCTGCAGAACTCGCTGCGGCCGGTGTTGTTATGCTCGCTTCTACCCTGGGCTTACCGGTATCGAGCACACACATATTAATAGGTGCGGTACTGGGTATTGGTCTTGTGAACCATCAAACTAACTGGCAACTCATGAAACCGATAGCGATGGCGTGGGTAATTACCTTGCCTGCTGCGGCTACCATGAGCGCCCTGGCCTTTATGCTGCTACGTCAACTGTAA	MSANTKINVSFAIVLFATSAYFVFWGLGYTNHNHTLLFILATLFGVFMAFNIGGNDVANSFGTSVGAGTLTIKQALAVAAVFEVSGALIAGGEVTDTIRKGIVDLSTVSVAPLEFVYIMMSALISAALWLLFATRKGWPVSTTHSIIGGIVGSSLMLGIILTDGEQALSLVHWEEIGTIAVSWVLSPVLGGIASYLLYYQIKKHILQYNDSAAEALLTLRKARRSLNEEHKHAFERLSEIQQISYTNSMVRDAQAMRETDFMPDDLESDYYRKLYAINTKRKSVDAHKALENWVPVIAAIGAAIISSMLLFKGLKNINLGLNTLHNYLIMGMIAAGVWMATFIFAKTLKSNSLERATFLLFSWMQVFTAAGFAFSHGSNDIANAIGPFAAILDVLRTGDIGAQAAIPTVTMFTFGVALITGLWFIGKEVIQTVGKNLTEMHPASGFSAELAAAGVVMLASTLGLPVSSTHILIGAVLGIGLVNHQTNWQLMKPIAMAWVITLPAAATMSALAFMLLRQL	PGPT0002655_300	DIRECT EFFECT	BIO-FERTILIZATION	PHOSPHATE_SOLUBILIZATION	P-SOLUBILISATION-PHOSPHATE_METABOLISM	P-SOLUBILISATION-PHOSPHATE_TRANSPORT,PGPT0002655-TC_PIT-K03306	NA	NA
AK237_00258	576			hypothetical protein	ATGAAAAAAGCAGGGTTACTTTTTGGCCTGATTGCTGTTTGCGTGATTGGTTATTTCGTCTATTTGTCTGACTCTTCTTCTGGATCTGAGCCGGTTCCTGTGATTACGGTAATGGATATTCTGCACGCGTCAGACTTAGAGCAAGGTATAAAAAGTGCGGTAAAGCAAAATGACACAGAGGCGCTGCAATCGTGGTTAGAAAAGGCCAGGGATGTCGCAGAACAGGCTGGATTAAGCGATACCGATCTTAACTATCTAGCGTCACAGCAAGCGGTAGATTACGTGAAATTTAATGCAAAACGCAGTTTATTTAACGACGAATTTGAAGCACGTTATTATGCATTAGATGACATTGACGATGTTAAGGCGCGCTATCCAGAAGCCAAAGATCTGTTTCCTCAAGTCGACGCGTTAATCGAAAAGCGGGATCAAATCATCGAGCAAATTGCCGTTACGCTTGCCTCTGGAAAGAGCCCGAATAAAGCAGAGCGTGATGCTGCGAAAACAATGTGGCAACAACGTTATCGTCAAACCAATGATGACACGGGTAGTGATAGTCAACCAGGACATGAATAA	MKKAGLLFGLIAVCVIGYFVYLSDSSSGSEPVPVITVMDILHASDLEQGIKSAVKQNDTEALQSWLEKARDVAEQAGLSDTDLNYLASQQAVDYVKFNAKRSLFNDEFEARYYALDDIDDVKARYPEAKDLFPQVDALIEKRDQIIEQIAVTLASGKSPNKAERDAAKTMWQQRYRQTNDDTGSDSQPGHE				NA	NA	NA	NA	NA
AK237_00259	300	ihfA	COG0776	Integration host factor subunit alpha	ATGGCATTGACCAAAGCCGAAATGGCTGAACACTTATTCGAAAAACTGGGTATCAATAAAAAAGACGCTAAGGATTTGGTGGAGGCCTTCTTTGAGGAAATCAAAGAAGCCTTAGAGTCCGGTGAACAAGTGAAACTGTCGGGTTTTGGTAATTTTGACCTGCGTGACAAAAATGAGCGCCCGGGGCGAAACCCGAAAACTGGTGAGGATATTCCTATCAAGGCTCGCCGTGTGGTGACATTTCGTCCAGGCCAAAAGCTCAAAAGCCGGGTTGAAAACTCAAAGCCACCTACAGAGTAG	MALTKAEMAEHLFEKLGINKKDAKDLVEAFFEEIKEALESGEQVKLSGFGNFDLRDKNERPGRNPKTGEDIPIKARRVVTFRPGQKLKSRVENSKPPTE				NA	NA	NA	NA	NA
AK237_00260	2388	pheT	COG0072	Phenylalanine--tRNA ligase beta subunit	ATGAAATTCAGTGAAAAATGGTTAAGAGAGTGGGTAAATCCACAAGTCACTACTGATGCCTTATCTGAACAGCTCAGTATGGCTGGTTTAGAAGTTGATGGCATTGAGCCTGTCGCGGCTGATTTCTCTGGCGTGGTCGTTGGTGAGGTCGTTGAGTGTGGTCAGCATCCTAATGCAGACAAGCTCAGAGTAACAAAAATTAATGTGGGTGAAGCGGAATTACTCGACATCGTGTGTGGTGCGCCAAACTGCCGATTAGGATTGAAAGTCGCAGTGGCGAAAGTCGGAGCAGTTTTACCCGGTGATTTCAAAATTAAAAAGGCCAAGCTTCGTGGCGAGCCTTCTTTTGGTATGCTTTGTAGTTTTTCTGAACTTGGCATGGGCGAGGATCACAGCGGCATCATTGAGCTACCTGCAGACGCAGAGCTGGGCATGGACATTCGTGAGTACCTCGGATTAGACGATAACATCATCGAAGTGGATTTAACGCCAAACCGTGCTGATTGTTTAGGTATTCGTGGGCTCGCGCGCGAAGTGGGTGTGTTAAACAGCACCGACGTTAACGAACCGGCTATCGAAACCGTCGAGCACTCTATCGATGACAAGTTAGCCATCACCTTATCAGCACCAGAAGCCTGTCCACGATACTTAGGCCGTGTTATCTGCAATGTGAATGTAAAAGCCGATTCACCGTTATGGCTAAAAGAAAAATTACGTCGTTGCGGTGTACGTTCTATTGATCCTATTGTCGACGTGACTAACTTCGTTTTACTAGAGTTAGGTCAGCCGCTACACGCTTTTAACTTAGATGCTATCGACGGCAACATTAATGTGCGATTAGCCCATGCTGGCGAAAAACTTACGCTGCTTGATGAAAACACGGTTGAGCTGAAAGATAACACGCTGGTTATTGCTGATGATAGTAAGCCCCTCGCGATGGCGGGTATTTTTGGTGGTTTACACTCGGGGGTAACGGAAGGTACACAGCACATCCTGCTGGAAAGTGCGTTCTTCAGCCGTGATGCTATTGCCGGTCGTGCCCGTCAATATGGTTTGCATACTGATGCCTCTCACCGTTATGAGCGTGGCGTAGATCCACAGCTTCAACATAAAGCGATGGAGCGTGCGACCGCACTTATTTTATCAATTTGTGGTGGTCAGCCAGGCCCGGTCGTTGAAGCGGTTAATAACGATTTTATTCCAGCATCACCGGTTGTCACCCTTCGTCGTGCCAGACTTTCCCGCGTGTTAGGTGTGAATATCGATGACGCTAAAGTGTCTGACATTCTTAAGCGTCTTGGTTTGGATGTCACCGAAACCGCTGAAGGATGGCAAGCGAACGCACCGAGTTATCGTTTCGATATTGCTATTGAAGAAGATCTTATCGAAGAAGTGGCGCGGGTTTATGGATATAACAATATTCCTAACGAAGCACCAAAAGGCAGCCTGAAGATGCTTGAAAGCCAGGAGGCCGACATTCCGGTTTCTCGCTTTAAAACTGAACTTACTGCCCGAGGTTACGTCGAAGCCATTACCTATTCGTTCGTTGATCCGAAAGTGCAAAGTGCATTGTTCCCATCACAACCGGGTATGGTATTACCACATCCAATTTCTGCTGATATGTCCGTCATGCGCGTAAGCTTATGGCCTGGCTTATTGGGCGCTACGGCTTACAATCAGAAACGTCAGCAAGCACGCGTGCGTTTATTAGAAACCGGTCTGCGCTTTTTACCTGATGCGTCTGCGCCCAATGGCGTTCGCCAGGAGTCAGTGATTGCAGGTGTTATTGCAGGACGACGTTTCGACGAAAGTTGGTTAAGTGAAGACAGCAGTGTAGATTTCTTTGATGTGAAAGGTGATGTTGAAGCTATACTGGCATTAACGGCCAATGGTCAGTCAGTAGAGTTTGTTAAGGCCACACATTCAGCGTTACATCCCGGCATGACTGCACAAGTACTATTAAATGGTAAATCAATCGGTTATGTTGGTGCTATTCACCCACAGTTTACTAAACTGTTAGGTGTAAATGGTCGCGTTTTCGTCTTTGAGCTTGATCTTAAAGCAATTTCTAAGCGTAAACTGCCACAGGCAAGCGCTATTTCACGGTTCCCTGCAAATCGCCGTGACATTGCAATTACGGTCAAAGATGAGATTACCGTTGGAGCCATTCTTTCTTTTGTAGAAAAAATTGGCGTAAATCAACTAGTTGGCCTAAACTTGTTCGATGTGTATAAAGGGAAAGGTGTTGAGCCTGGCTATAAGAGCCTCGCACTATCTCTTGTACTACAGGATCCTGAGAAAACCCTGGAAGAAGCTGAAATTCAACAAGCAGTGGATACAGTGGTCAAAGGGCTAGAAACAGAGTTTGGGGCAGCGTTAAGAGAGTAG	MKFSEKWLREWVNPQVTTDALSEQLSMAGLEVDGIEPVAADFSGVVVGEVVECGQHPNADKLRVTKINVGEAELLDIVCGAPNCRLGLKVAVAKVGAVLPGDFKIKKAKLRGEPSFGMLCSFSELGMGEDHSGIIELPADAELGMDIREYLGLDDNIIEVDLTPNRADCLGIRGLAREVGVLNSTDVNEPAIETVEHSIDDKLAITLSAPEACPRYLGRVICNVNVKADSPLWLKEKLRRCGVRSIDPIVDVTNFVLLELGQPLHAFNLDAIDGNINVRLAHAGEKLTLLDENTVELKDNTLVIADDSKPLAMAGIFGGLHSGVTEGTQHILLESAFFSRDAIAGRARQYGLHTDASHRYERGVDPQLQHKAMERATALILSICGGQPGPVVEAVNNDFIPASPVVTLRRARLSRVLGVNIDDAKVSDILKRLGLDVTETAEGWQANAPSYRFDIAIEEDLIEEVARVYGYNNIPNEAPKGSLKMLESQEADIPVSRFKTELTARGYVEAITYSFVDPKVQSALFPSQPGMVLPHPISADMSVMRVSLWPGLLGATAYNQKRQQARVRLLETGLRFLPDASAPNGVRQESVIAGVIAGRRFDESWLSEDSSVDFFDVKGDVEAILALTANGQSVEFVKATHSALHPGMTAQVLLNGKSIGYVGAIHPQFTKLLGVNGRVFVFELDLKAISKRKLPQASAISRFPANRRDIAITVKDEITVGAILSFVEKIGVNQLVGLNLFDVYKGKGVEPGYKSLALSLVLQDPEKTLEEAEIQQAVDTVVKGLETEFGAALRE				NA	NA	NA	NA	NA
AK237_00261	981	pheS	COG0016	Phenylalanine--tRNA ligase alpha subunit	ATGGAGCTTGAAGCGATTATCAGTCAGGCGCAGAGCCAGATTGACGCTGCCGAAGATGCAGCCACGCTCGATCAAGTGCGCGTCGAGTTTATGGGTAAGAAAGGCAAGTTAACCGATCTGTTAAAAGGATTGGGCAAATTGTCTAATGAAGAGCGTCCTGCCGCAGGACAGAAAATTAATCAGGCTAAGCAGCAAATTCAGCAGGCCATCAGCGTAAAAGGCGAGGCGCTACGTAGCGCTGAATTAAATGCTAAGCTGGCAGAAGAAGCTGTGGATGTTTCTGCCCCCGGGCGCCAAGAAGTGCCAGGCAACCTGCATCCTGTAAGCCGGACCATTGAGAGAATTGAACAGTTCTTTGGTCAATTGGGTTTTGGTGCTAAAACGGGGCCGGAAGTAGAAGACAGCTTCCATAACTTTGATGCGCTGAATATACCGGCTAATCATCCGGCTCGCGCCGATCATGATACATTCTATTTTAATCCGGATGTTATGCTGCGTACGCAAACGTCTGGTGTTCAAATTCGTACCATGGAAGTCGAGAAGCCGCCATTGCGTATCATTTCGCCGGGCCGTGTTTACCGAAACGATTACGATCAAACTCACACGCCTATGTTCCACCAGGTGGAAGGACTGATGGTAGACCGCAATGTGAGTTTCACTGAACTTAAAGGTATTCTGCACGATTTTCTTGAGCATTTCTTTGAAGAATCATTAGAAGTGCGTTTTCGTCCTTCTTATTTCCCTTTCACTGAGCCTTCCGCGGAAGTGGATGTGCGTCGGAAAGGCGGTAAATGGCTGGAAGTCCTCGGCTGCGGAATGGTGCACCCTAATGTACTAAAAGCAGTTAATATTGATCCTGAAGAGTTTACCGGCTTTGCTTTTGGTATGGGCGTTGAGCGTCTTACCATGTTGCGTTACGGCGTTAACGACCTGCGCGCATTTTTCGAAAACGATCTTCGTTTCCTAAAGCAGTTCAATTAA	MELEAIISQAQSQIDAAEDAATLDQVRVEFMGKKGKLTDLLKGLGKLSNEERPAAGQKINQAKQQIQQAISVKGEALRSAELNAKLAEEAVDVSAPGRQEVPGNLHPVSRTIERIEQFFGQLGFGAKTGPEVEDSFHNFDALNIPANHPARADHDTFYFNPDVMLRTQTSGVQIRTMEVEKPPLRIISPGRVYRNDYDQTHTPMFHQVEGLMVDRNVSFTELKGILHDFLEHFFEESLEVRFRPSYFPFTEPSAEVDVRRKGGKWLEVLGCGMVHPNVLKAVNIDPEEFTGFAFGMGVERLTMLRYGVNDLRAFFENDLRFLKQFN				NA	NA	NA	NA	NA
AK237_00262	357	rplT	COG0292	50S ribosomal protein L20	ATGGCTAGAGTAAAACGCGGCACAATTGCACGTGCTCGTCACAAAAAAGTCCTCAAGCAGGCAAAAGGTTATTACGGTGCACGTTCACGTGTTTATCGCGTAGCGGTACAGGCCGTAACTAAAGCTGGTCAATATGCATATCGTGACCGTCGTCAGCGTAAGCGTCAATTCCGTCAACTGTGGATTGCACGTATCAATGCTGCGGCTCGTCAAAATGGCATGTCTTACAGCCGTTTCATCAACGGTCTGAAGAAAGCGTCTGTTGAAATCGATCGTAAGATCCTTTCTGACATCGCGGTACATGACAAGGTAGCATTCAGCGCATTAGTCGAAGCGGCTAAAGGCGCATTAGCTTAA	MARVKRGTIARARHKKVLKQAKGYYGARSRVYRVAVQAVTKAGQYAYRDRRQRKRQFRQLWIARINAAARQNGMSYSRFINGLKKASVEIDRKILSDIAVHDKVAFSALVEAAKGALA				NA	NA	NA	NA	NA
AK237_00263	198	rpmI	COG0291	50S ribosomal protein L35	ATGCCTAAAATGAAAACTGTAAGCGGTGCCGCCAAACGTTTCAAGAAAACGGGTTCTGGCCGCTTTAAAAGCAAACAGTCTCACTTACGTCACATTCTGACTAAGAAGAGCTCTAAGCGTAAACGTCACCTGCGTGGCAAAAAACTGGTTCATGACTCTGATACTAAATTAGTTCAGCGCATGCTGCCTTACGTATAA	MPKMKTVSGAAKRFKKTGSGRFKSKQSHLRHILTKKSSKRKRHLRGKKLVHDSDTKLVQRMLPYV				NA	NA	NA	NA	NA
AK237_00264	432	infC	COG0290	Translation initiation factor IF-3	GTGTCTCTCGCAGAAGCGATGCAGACAGCTGAAGAAGCGACTCTTGATCTAGTGGAAATCAGTCCAAATGCTGAGCCGCCAGTCTGTAAAGTTATGGACTATGGCAAATTCCTCTTCGAGAAAAGTAAAGCTCAGAAAGAGCAAAAGAAAAAACAGAAGCAAATTCAGGTCAAGGAGATTAAATTTCGCCCTGGCACTGATGAAGGCGATTACCAGGTAAAACTGCGCAACCTGCGTCGCTTTCTGGAAAGTGGTGATAAGGCTAAAGTAACGATTCGCTTCCGCGGTCGAGAAATGGCTCACCAGGAGATCGGCATTGAGCAACTAAACCGTGTTAAAACGGATTTGGAAGACATTGCCACGTGCGAGTCTTTCCCACGTCGTGTGGAAGGCCGCCAGATGATCATGGTGCTCGCCCCAATTAAGAGGTAG	MSLAEAMQTAEEATLDLVEISPNAEPPVCKVMDYGKFLFEKSKAQKEQKKKQKQIQVKEIKFRPGTDEGDYQVKLRNLRRFLESGDKAKVTIRFRGREMAHQEIGIEQLNRVKTDLEDIATCESFPRRVEGRQMIMVLAPIKR				NA	NA	NA	NA	NA
AK237_00265	1917	thrS	COG0441	Threonine--tRNA ligase	ATGCCTGTAATTACTCTTCCTGATGGAAGCCAGCGCGCTTTCGATTCTGCCGTCTCTGTGATGGATGTTGCTGCCGACATCGGTCCCGGTTTGGCTAAAGCGACCATAGCGGGTCGCGTTAACGGTGAGCGTGTCGATGCTTGCGACCTCATTGAATCAGACGCTGCGTTACAGATCATTACTGCAAAAGACGAAGACGGTCTGGAAATCATCCGTCACAGCTGTGCACACTTAATCGGCCATGCTATTAAACAGTTATGGCCTGATGCGAAAATGGCCATTGGTCCTACTATCGACAACGGTTTTTACTACGATGTTGATATGGAGCACAGCCTGACGCAAGAAGACTTACAGAAGCTTGAAAAGCGCATGCTGGAACTGGCGAAAACCAACTACGACGTAGTGAAAAAGAACGTCAGCTGGCAGGAAGCGCGTGATACGTTCGAAGCTCGCGGCGAAACGTATAAAATGGAAATTCTCGACGAGAATATTCCTAAAGACTCTTTCCCTGGTTTGTATCATCACGAAGAATACATTGATATGTGTCGTGGTCCTCACGTACCTAACATGAAGTTCTGTCAGCATTTCAAACTGATGAAAGTGGCGGGTGCATACTGGCGCGGTAACAGCGACAACAAAATGTTGCAGCGTATTTACGGCACAGCATGGGCTGATAAAAAGCAGTTGAAAGCTTACCTGCAACGTCTGGAAGAAGCAGAAAAGCGTGACCACCGTAAAATTGGTAAAACGCTGGATCTGTTCCACTGGCAGGAAGAAGCGCCGGGCATGGTGTTCTGGCACAACGACGGCTGGTCTATTTATACCGAGCTTGAGCAATTTGTTCGTAAAATGTTGCGCAGCTATTCCTATGATGAAGTAAAAGGTCCGTTGATGATGGACCGCGTGCTATGGGAAAAATCCGGCCACTGGGACAAGTACGCAGAAAACATGTTCACCACCGAATCGGAAAAGCGTGAATATGCCATTAAGCCGATGAACTGCCCGGGTCACGTGCAAATTTTTAATCAGGGTTTGAAATCTTACCGTGACCTGCCGCTGCGTATGGCGGAGTTTGGTTGCTGTCACCGTAATGAACCTTCCGGTGCATTGCACGGATTGATGCGTGTGCGCGGCTTTACTCAGGACGATGCCCACATTTTCTGTACTGAAGAGCAAATTCTTAGTGAAGTAGGCTTGTGTATCGACATGATCTACGACGCCTATAAAGCATTTGGCTTTGAAAAGATTGAAGTGAAATTATCTACTCGTCCTGAAAAACGTGTTGGTAGTGATGAAATCTGGGATAAAGCAGAAAAAGCACTGGCAGAAGCGCTGGACAGCAAAGGAATCGAATTCAGTTGGTTGCCAGGTGAAGGAGCCTTCTACGGTCCTAAAATTGAATTTACGTTGTATGACTGTCTGGATCGCGCATGGCAGTGCGGTACCGTGCAGCTCGACTTCTCTATGCCTGGACGCTTAGGCTCGACTTATGTTGCTGAAGATGGTGAACGTCGTGTTCCGGTAATGATCCACCGTGCGGTATTGGGTTCTCTCGAACGTTTTATCGGTATTCTTACTGAAGAATTTGCTGGTTTCTTCCCACTCTGGTTAGCTCCTCAGCAGATGGTGGTGATGAATATTACCGATAATCAGGCGGAATATGTCAAAGAAACTGTACAAAAATTGCAGAAAGCTGGATTTAGAGTAAAGTCTGACTTGAGAAATGAGAAGATAGGCTTTAAAATCCGCGAGCACACTTTAAAGCGTGTTCCTTACATGTTGGTCTGTGGTGACAAAGAAGTCGAAGCAGGGCACATCGCCGTTCGTTCCCGTAAAGGTGAAGATTTAGGTTCAATGTCTGTTGATGCCTTCATCGAACTGGCCCAACAGGAAGTCGCTGAGAAAACCATTAAGTAA	MPVITLPDGSQRAFDSAVSVMDVAADIGPGLAKATIAGRVNGERVDACDLIESDAALQIITAKDEDGLEIIRHSCAHLIGHAIKQLWPDAKMAIGPTIDNGFYYDVDMEHSLTQEDLQKLEKRMLELAKTNYDVVKKNVSWQEARDTFEARGETYKMEILDENIPKDSFPGLYHHEEYIDMCRGPHVPNMKFCQHFKLMKVAGAYWRGNSDNKMLQRIYGTAWADKKQLKAYLQRLEEAEKRDHRKIGKTLDLFHWQEEAPGMVFWHNDGWSIYTELEQFVRKMLRSYSYDEVKGPLMMDRVLWEKSGHWDKYAENMFTTESEKREYAIKPMNCPGHVQIFNQGLKSYRDLPLRMAEFGCCHRNEPSGALHGLMRVRGFTQDDAHIFCTEEQILSEVGLCIDMIYDAYKAFGFEKIEVKLSTRPEKRVGSDEIWDKAEKALAEALDSKGIEFSWLPGEGAFYGPKIEFTLYDCLDRAWQCGTVQLDFSMPGRLGSTYVAEDGERRVPVMIHRAVLGSLERFIGILTEEFAGFFPLWLAPQQMVVMNITDNQAEYVKETVQKLQKAGFRVKSDLRNEKIGFKIREHTLKRVPYMLVCGDKEVEAGHIAVRSRKGEDLGSMSVDAFIELAQQEVAEKTIK				NA	NA	NA	NA	NA
AK237_00266	879			putative ketoamine kinase	ATGTGGCATTTCATTTGTGAGCATATCAGTGACGCAACGCAAACCTTCTTCAGCTACACCAAACGTGCGACCATAACGGGAGGCGACACCCACTCGGCATTTGTCATCAATGACGACACTCATCGCTATTTCGTCAAAATTAATCCATTACTGAACGGTCAAAAGTTGCGTTACGAAATGGATGGGCTAAAAGCGTTATCACGTAACGGCGCGCTTTATGTTCCCCAGGCAATTTGTCATGGTCATACCGATGAAAATGATCAACACTTTGAGTATCTCGTATTGCAACATCTCAAACTTCGCCAGCCTTACGACGGTGAATGGCACGTATTTGGTGAGCGATTAGCCACCCTTCATCGCACGGCGCTGGCGCAGCAATTTGGCTGGCACGAAGACAATTTCATCGGACAAACGAAGCAACACAATGCTTTTAATAAAAACTGGGCGCGCTTCTTTGCTGAAACCCGCATTGGTGCCATGCTAGAAGATTGTGCCCGCCACGGTGTGCGCCTTACTAATATTGACGTACTCGTAACCCAGGTACATGCGTTGTTGCAAGCGCATCATCCACGCGCGTCGTTATTACATGGCGATTTATGGAATGGAAATGCAGGTTTCAGCAAATATGGCCCCACCATTTATGATCCGGCGGTCTACTACGGTGACCGCGAGGCAGACATCGCAATGACAGAATTATTTGGCGCCTTTCCTGCCACATTTTATGAGGGTTACAACCAAACGTGGCAACTCGACAGCGGTTATCAGCTCAGAAAACCAATCTATAATTTGTATCACTTACTGAATCACGCATTACTTTTTGGTGGTCACTATATACAATCCTGCAAAGACCACATTGCCACTATCCGACAAATCCATTAA	MWHFICEHISDATQTFFSYTKRATITGGDTHSAFVINDDTHRYFVKINPLLNGQKLRYEMDGLKALSRNGALYVPQAICHGHTDENDQHFEYLVLQHLKLRQPYDGEWHVFGERLATLHRTALAQQFGWHEDNFIGQTKQHNAFNKNWARFFAETRIGAMLEDCARHGVRLTNIDVLVTQVHALLQAHHPRASLLHGDLWNGNAGFSKYGPTIYDPAVYYGDREADIAMTELFGAFPATFYEGYNQTWQLDSGYQLRKPIYNLYHLLNHALLFGGHYIQSCKDHIATIRQIH				NA	NA	NA	NA	NA
AK237_00267	1038			hypothetical protein	ATGATAAAGACGTATGCTATTGCCTTAAAACTGACAGCCATACTTGCCGTGCTACTTGTTTTGAACGGCTGCAGCTTTGCCCCGCAATTGGAGCAGGATTTAGCCGAATACCACGCGCGGCTATCGCGAGTGCTTGGTATTAACCTTCCCGCGCTGCACACTGAAAGCAACCTTAAGTACCCTTCCCGACAGGCATTATTCCATCCTCTGCAAGAAGTGGATATTACCTTACCCGACTTTTATAGCATTCAATCTTGCCAGCTAGGTACCCTGGTGGCTCAGCGAAACACAACACTGGGAAAACAGCAGGATGAAGCAGCGAGCTGGGTGTATGAATCGGCGCTGATTTCAGCATTGCAATCTTGCATCGATACCCTGAACAAAAACGAGGAAAATCATACTCTGGCAGAACGCTTAGAAGCGCTGAAAAAAGTGAAAAACGACCAACTGGTAAATGTGTGGGCAAATCTGATACAAACCAGTGCAGAAACCCGTAATGCATTCTCCCAAAGCCCGGAATTACTGACGAGTGATGCAAACCGCGATGCTGCAAGTGGTATAAACGCACTGGCTTGGTTAACTACGTTACCTTCGTCGGAGCTTACTACTTCTGACCAAATCAATGCGCAATTAAAAATACTCGACTCGTCCCGCATTCCTGCCAAGGTGTGGAAATCTCAGCGGGTAATAACGGTCTATCTACAGCAATTAAATCAGGTGCTCCCTGATACGCTTGCCAGGATTGACTGCTCGCAGTCGCAAGGCTCGCAGCAAGCTGAGATATTAAGAAACGTTTTTTATCTGTTTTTTATTAAGCGCATCCAGCCTACCGCTAGCCAGTTAAACCAGTTTACCTATAAGATGGCACCGGCACTGAACACGATGGGACAATCCCCTCACCTCGCCTCTCAATTTAAGGCTTTCTTGCAAGCTCGGGACAGTGAGTTTACGCATTACCAGGAAGTCATGGCCAGACACGTAACTATATGGCAGACATTTCTGGCTCGATGTAATTTGTCACCTCAAGCACCGAATTGA	MIKTYAIALKLTAILAVLLVLNGCSFAPQLEQDLAEYHARLSRVLGINLPALHTESNLKYPSRQALFHPLQEVDITLPDFYSIQSCQLGTLVAQRNTTLGKQQDEAASWVYESALISALQSCIDTLNKNEENHTLAERLEALKKVKNDQLVNVWANLIQTSAETRNAFSQSPELLTSDANRDAASGINALAWLTTLPSSELTTSDQINAQLKILDSSRIPAKVWKSQRVITVYLQQLNQVLPDTLARIDCSQSQGSQQAEILRNVFYLFFIKRIQPTASQLNQFTYKMAPALNTMGQSPHLASQFKAFLQARDSEFTHYQEVMARHVTIWQTFLARCNLSPQAPN				NA	NA	NA	NA	NA
AK237_00268	2553	dosP	COG2199	Oxygen sensor protein DosP	GTGCCAAAGTTAGACGACTTATCCAATGTCTTTATTCAAACGCTGGAACAGGTTATTGATGGCGTTGTTGTAATAAACTCCCATAACGAAGTTATTCTTTTTAATCGGGCCGCTGAAGCGCTTTGGGGCTACCATCGCAATGAGGTAGTGGGGCAAAGCGTTGAGATATTAGTGTCTGATATCTTACAGTTTCGTACTAAAAAATTTAGCGATAACGCTTTTACAACGTACATCAATAAAATTGTCGGATCTCAAACAGAAGTCGAAATTACGCGAAAAGATGGCTCCGTGTTCTGGGGCGCTTTTTCAATTTCAAAAGTCGAGGTAGACGATAAAATTCTGTATACCGCCATCATTAAAGATACGACCGAGCTGGTTAGGCAGCGACAACAAATTGAATTGCTGTCTATGGTGGCAGATAAGTCTGATAAAGCTATTTTTGTAACGGATGAAAATTGGAAGATCATCTATACGAATAACGGCTTTAATGAAAAATTAGGATATGCCTCTCAAGATGTTATTGGTAAAGAGGCTCAGACATTTTTACCGCTGGTACGTTGCGATGATAAACATGCTCAGGAAAAACTTACCATTCTTAAAAACGGTTCGTTAACCATCGATGAATTAATCAAGACAAGCCAAGGCTTGCGCCTTTGGTTTTCCGTAACGGCGAATGCGGTGTTCAATGACAAACGACGGATGCGTAATGTGGTTGTCATTATGTCTGAGATGACGCGTACAAAATTACACGAAATTATCCACTCTAGATTACATGAGAAGATGGCCAGAGATGAGCCGCTTGAAGAGGTAATGGATGCGGCATGCAGAGAGGTTAATCATATCGCGCCAAATGTGTATCTATCCATTTTCAAAATAACAGAGCAGAAACGTTTGCAATTACTTGCTGCCCCCAATCTGCCCGATGGATACAAACGCGCGTTCGATGGTATCAGTATTCAGGACGAGTTTGGCGCGTCTGCTACGTGTGCGTATCGGGGAGAGCGGGTTGACGTCAACAACATCGAAACCGATCCCCTCTGGTATAACATCAAAGATATCATGCAGCCATATGGTCTGGCCGGCGCAGCTTCCATACCGCTGAAAAATCGTCAGGGAGAGACCGTAGGGGTACTGACATTTATTCGAAAAGAAGGGGTATTTGACGGCCACCTGGAAAATAGTCTTCTCGAAATTTTACAGCCGCTGTGTAATCTTGCGTTAGAGCGTGAAGTGGACAAACGAAATATTCGCACACTCGCGTTTTATGACAGTTTAACTTCTCTTCCCAACAGAAACTTATTCTTAGCAAGGGCTGAACAAGCGCTTGCTGCCGCTACGGCTAATGACATCCCCTTGGCTGTTCTGTTTCTCGATTTAGATAGATTTAAACAGGTAAACGATACGTTTGGCCATCCCGCAGGAGATAAGTTACTTCAAACCGTTGCTCAGCGACTTGAGAGTAAGTGTGGCAACGCGCACATTTGTGGGCGGATGTCAGGCGATGAATTTCTGGCTGTGATAACGGGGCTGGATGAAGAAAGATTGACGCATTTTGTCGAAGATCTTCGAACCACGCTATCGCAAATGTATGATTTTAATGGAAAGGCAATATCACCCTCGGCGAGCATAGGAATAAGTATGTTTCCCCATGATGGGCACGATGTGGGTACGTTGTTACACAGGGCTGACCTGGCGATGTACCAGGCTAAGTCGAGTGGTTGTGGCAGATTTGCATTTTTTAGTCATGAACTTAATCAGCTTGCTCAGGAAAAACAGGAGCTTGAACAAGCATTGCGGTCTGCAATAGCAGAAAAACGTCTGACGGTCAGTTATCAACCCCAAATTAAGATGGATGACGGCAGTATCTATGGTGTAGAAGCGCTATCACGCTGGTCACATCCAAAATTTGGCAATGTGTCACCAGCAACGTTTATTCCTCTGGCCGAAGAATACGGGCTCATTCATGATTTGAGTGAGTGGTTGCTTATTGAAGTCTGTGAGCAATTGGCCCTCTGGCGTGAAAAAGGGCTGGTGATACCGTGTGTATCTATTAATCTTTCTCCCCTTAGTTTTCACAACAGAAATCTACCGGCACGATTAACAAGCGAACTCAACAAGCACGGTCATTCACCGTCGTCATTAACCGTAGAACTCACTGAAGGCGTATTGCTTGATACAAACCCTGTAACCCTTAAGGTACTCGAAGAGATCCACGAATCCGGTATTGGTTTGGCCATTGACGATTTCGGCACCGGGTATTCCAGCTTGAGCTATCTGCAAAAAATACCGATTAAAGAAATCAAACTCGATAAAAGTTTTGTGACGGAAGTCGATACCGATGCAACGAGCAGAGCGTTGAGTCAAGCTGTTATTCAAATTGGTCAATCCTTGAATCTCGACGTGGTCGCCGAAGGTATCGAGGAACCCAAACAGTTAGCAGCTCTCAAAGCTCAGGGATATCATGTTGGCCAGGGTTTTCTGTTTTCTAAGCCGCTACTGCCTAATGAGATAGAGTCATGGATGGCAGAAAATAATGAGAGGCTTAAAAAATAG	MPKLDDLSNVFIQTLEQVIDGVVVINSHNEVILFNRAAEALWGYHRNEVVGQSVEILVSDILQFRTKKFSDNAFTTYINKIVGSQTEVEITRKDGSVFWGAFSISKVEVDDKILYTAIIKDTTELVRQRQQIELLSMVADKSDKAIFVTDENWKIIYTNNGFNEKLGYASQDVIGKEAQTFLPLVRCDDKHAQEKLTILKNGSLTIDELIKTSQGLRLWFSVTANAVFNDKRRMRNVVVIMSEMTRTKLHEIIHSRLHEKMARDEPLEEVMDAACREVNHIAPNVYLSIFKITEQKRLQLLAAPNLPDGYKRAFDGISIQDEFGASATCAYRGERVDVNNIETDPLWYNIKDIMQPYGLAGAASIPLKNRQGETVGVLTFIRKEGVFDGHLENSLLEILQPLCNLALEREVDKRNIRTLAFYDSLTSLPNRNLFLARAEQALAAATANDIPLAVLFLDLDRFKQVNDTFGHPAGDKLLQTVAQRLESKCGNAHICGRMSGDEFLAVITGLDEERLTHFVEDLRTTLSQMYDFNGKAISPSASIGISMFPHDGHDVGTLLHRADLAMYQAKSSGCGRFAFFSHELNQLAQEKQELEQALRSAIAEKRLTVSYQPQIKMDDGSIYGVEALSRWSHPKFGNVSPATFIPLAEEYGLIHDLSEWLLIEVCEQLALWREKGLVIPCVSINLSPLSFHNRNLPARLTSELNKHGHSPSSLTVELTEGVLLDTNPVTLKVLEEIHESGIGLAIDDFGTGYSSLSYLQKIPIKEIKLDKSFVTEVDTDATSRALSQAVIQIGQSLNLDVVAEGIEEPKQLAALKAQGYHVGQGFLFSKPLLPNEIESWMAENNERLKK	PGPT0023624_1400	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	OTHER_COLONIZATION_RELATED_PROTEINS	COLONIZATION-HOST_INVASION_FACTORS	HOST_INVASION-GGDEF|EAL|PAC|PAS-DOMAIN-CONTAINING_PROTEIN,PGPT0023624-GGDEF|EAL|PAC|PAS_domain_containing_protein-NA	NA	NA
AK237_00269	627			hypothetical protein	ATGCGTCTTTGGCTGGAAATGATCGCGCTCTTCTTTGCGCTACCGCTTGCAATCGTTTATTGGGTAAACCACATTGCCGATTATCTTATGCCTCTATTGGGGGGCATCGGCCTCTTATGCCTGGCGGTTTTATTAGCAGATAAGCAATTTAAGCGCTTTCGTTTATGGCATTGGCAGGATTTTTTTACGCATTTACGCACAACGCTAAGAATGTTTATCCCGTGGGCGTGCTTGCTGGCTGCCCTGGTATATTTAATCAAACCAGAATTGTTTCTTCGCTGGCCTTTGCAAGAGCCAGAACTTTGGGTCATGACGTTACTGATATATCCCATTGTGTCAGTCATTCCCCAGGAAATTATTTTCCGCACGTTTTTTTTCCATCGCTACAAAAGCATTATGCCCTCTAAAGCTATTCGATGGGGAGTAAGTACATTTGTATTCGGACTCGTGCATTTGGTATATGGTAATTGGATTGCTATGGCGCTGTCGTGGTTTGGGGGAGCATTATTTGGCTACCGGTATATGCAAACACGTTCAACACCCGTTGTTGTCATAGAACATGCGTTATGGGGAAGCTTTATTTTTACAATTGGACTTGGGTCTTACCTTGTAATTTCTCCACCTTAA	MRLWLEMIALFFALPLAIVYWVNHIADYLMPLLGGIGLLCLAVLLADKQFKRFRLWHWQDFFTHLRTTLRMFIPWACLLAALVYLIKPELFLRWPLQEPELWVMTLLIYPIVSVIPQEIIFRTFFFHRYKSIMPSKAIRWGVSTFVFGLVHLVYGNWIAMALSWFGGALFGYRYMQTRSTPVVVIEHALWGSFIFTIGLGSYLVISPP				NA	NA	NA	NA	NA
AK237_00270	819			hypothetical protein	ATGACTTTGCAGAATGATTTATTGGGTTTAATTGAAGCACAATACCCCTCTCTTTCACCCTCTGCGCAGCAAATAGCAAATTACATTCAACAACACCCTATTGCGTTGGTCAGCAAGAGCACCGCTGAAATTGCGAAACTATCAGGTACCTCTAAAGCAACGGTGAGCCGTTTCTTCAGACAGCTAGGCTTTAATTCGCATCAGGATGTCAAAGATGCCATGTTATCTATGCGGGAAAAAGGCCTCCCCCTTCCCACTGAAGAAGACCAACCTGATCATGTTCAACAAGAACTTCGTAATCTGTCATTGACTTTCGAGGGGCTAAAATCAACAACGGTAGAGCAAGTCACAACATTGTTAGCTGATTCTGAACGTATCACCCTTATCGGCTATCGCAATGCCTATCCCATTGCGCTGCATTTCAGACAACAGCTTAAACAGGTAAGAAGCACTGTGCGCCTGCTTCCCCAACCCGGTCAAAGCCTTGGGGAAGATCTCATCGATATACCCTCGAATGAAGTGGTGGTTTTATTAGGATTCAGACGTCGAACTCGCATCTTCCGGCGTATTGTAGATGCGCTGGCAAGCCACACGACTATTCTGATCACAGATCCTACCGGCCAAGCCTACAGCCAAAAAGTGAATCACCTCTTAGTATGCCACCCGGGGCAGAAAAGCGCGTTTGACAGTTATGCCGCGCCGATGAGCTTAATTTCTTATCTGTCGAATCGCGTGTATGAACGGCTGGGCGATAAAGCGTTAAAGCGTACTGCACAAATCGCATCGATGTACGAGACATTAGATGAGCTTGAACCTTAA	MTLQNDLLGLIEAQYPSLSPSAQQIANYIQQHPIALVSKSTAEIAKLSGTSKATVSRFFRQLGFNSHQDVKDAMLSMREKGLPLPTEEDQPDHVQQELRNLSLTFEGLKSTTVEQVTTLLADSERITLIGYRNAYPIALHFRQQLKQVRSTVRLLPQPGQSLGEDLIDIPSNEVVVLLGFRRRTRIFRRIVDALASHTTILITDPTGQAYSQKVNHLLVCHPGQKSAFDSYAAPMSLISYLSNRVYERLGDKALKRTAQIASMYETLDELEP				NA	NA	NA	NA	NA
AK237_00271	564			hypothetical protein	ATGCAAACATCAATCATCCCTTTGGAAGAAGCCTCGAGCGTACTCGCTTTTTGGTTTGAAGAGCTTGAACCCGAACAATGGTTTCGCAATGATGAAGGGTTAGATAACCTTATCCGTTCAAGGTTTGGCAAAGTGCATGCCGCAGCATCACAGTGTGAGCTGTGGCCATGGCGCGCCACGCCTTCCGGTCGTCTTGCCGAAATTATCGTGCTTGACCAATTTTCTCGTAATATGTATCGCAATAACGCCAAAGCTTTCGCGTGCGATAAAATGGCGCTGGCTCTTTCTCAGGAAGCACTTAGGGTTGAGGCAGATAAAGCACTCACCGTGGCCCAAAAAACGTTTTTATTTATGCCCTTTATGCATTCTGAATCGCTGGCCATACATGATATGGCTATGGAGTTATTTAACATTGATGGCCTGGAATTAGAATTTGAGTACGAACAGGAGCATCGCGAGCTGTTACTCAAATTCGGGCGCTATCCTCAACGGAATAAAGCGTTGGGGAGGAAGTCCACAAAAGATGAAAAAGCGTTCCTGTCTCAGCATTTCATCGAAGCATAA	MQTSIIPLEEASSVLAFWFEELEPEQWFRNDEGLDNLIRSRFGKVHAAASQCELWPWRATPSGRLAEIIVLDQFSRNMYRNNAKAFACDKMALALSQEALRVEADKALTVAQKTFLFMPFMHSESLAIHDMAMELFNIDGLELEFEYEQEHRELLLKFGRYPQRNKALGRKSTKDEKAFLSQHFIEA				NA	NA	NA	NA	NA
AK237_00272	396	glpE_1		Thiosulfate sulfurtransferase GlpE	ATGGCGTTAAAAACAGGCTTTAAAGCGTTGCTAAAAGATGCAGAAGTGCGTATTGAAACAATTCGTCCCGAGCAAGCAAATGAAACAGTGTATAACGCGGACGTCGTACTGGTTGATATTCGTGACGTAAGAGAGTTGGAAAAAGAAGGGCAGATCCCCGGAGCGATCCACGCTCCGCGAGGCATGTTAGAGTTTTGGGTAGACCCGGAAAGTCCCTATTTCAAACCGGTGTTTGGCGGTGGGAAACGGTTTGTGTTGTATTGTCAGTCTGGTTGGCGCTCAACCCTTGCAACTGCGACGTTAATGGATATGGGGTTCGATGATGTGGTGCACATTGGGGGCGGCTTTGATGCCTGGAAGCAGGCAGGCTTACCTGTTGAACCCTACACCCGATAA	MALKTGFKALLKDAEVRIETIRPEQANETVYNADVVLVDIRDVRELEKEGQIPGAIHAPRGMLEFWVDPESPYFKPVFGGGKRFVLYCQSGWRSTLATATLMDMGFDDVVHIGGGFDAWKQAGLPVEPYTR				NA	NA	NA	NA	NA
AK237_00273	1197	cnbH		2-amino-5-chloromuconic acid deaminase	TTGACCGTTCTCGTCATGCATACCACAAATAACCCATTTATGACTCTGCCGACAGAGTCCGTAGCGCAGCTGTGCGCGCCACAACTTTTGTCAGTGCCTTTGGCCAGCTATCGCCTCGCCGTGAAAGACCTTTTTCACATGGCAGGATTGCCTACGTCGGCCGGTAACCCCGACTGGCTGAATAGCCATCCTATCCCGCAACACACCTCCTGGGCCGTCAACACGCTGTTGCAGCATGGTGCTCGATTTGTAGGGAAAACCATTACGGATGAACTCGCCTATAGTTTAAACGGCCAGAATAAACACTACGGAATGCCTGAAAATCCTGTGACCCCCGACCGCCTGCCGGGAGGATCCAGCTCTGGGTCAGCAGTGGCTGTTAGTATGCAACTTGCCGATATTGGTTTGGGTACAGATACGGGCGGCTCCATTCGGGTACCAGCAAGTTATCAGGGTTTATATGGTTTGCGCCCGACCCATGGATTGATAAACACCGATCACATGGTGCCGCTAGCCCCCTCATTTGACACAGTGGGTGTCATGACCAGAGATCTCACAACCCTGGATAAAACAATGGCGGTGTTACTCCCCGATTTACCGACAACTTCCACGCTGCCACTAAGTGTAGTCACCAATCTTGTCAGTCTGGCAGCCCATAAAGAAGCCGTTGAAAAATGGCATAACGCCCGGGCATCTCAACTCCCTAACTTGTTTACGCAGAGCATAGATTTAACCGTTGAAGCCTGGGAGACCGCTGACACGTTCAGAATTCTGCAGGGACACGAAATTTGGCAACAACATGGTTATTGGTTAAGTGAAAAACGCCCTGACATCGCCCTTGATATTCAACTTCGGTTAAATAGTTGCGCTGCCCTTACACAGCATGAGGTCTCCGTTGCAACGCAGCGAAGAGCGGCGTTTAATGCATGGTTTTCCAGCATCGTTGGCGATCGTATTCTCGTGTTCCCAACAACGCCGGGAGTGAGCCCTTTGGTTTCAACGCCAGCTGAGTCATTAGCTGAATACAGAAACCAGTTACTTTCACTTACCTCCTTGGCGGGATTGAGCGGATGTCCCCAACTACATCTACCGCTTTTTACGCTTAACAATGCCCCTTGTGGATTGTCCCTTCTAGGGCCACAAGGGAGCGACAGGCAATTGATACACATTGCCTATTCCCTACTAGGACAACAATAA	MTVLVMHTTNNPFMTLPTESVAQLCAPQLLSVPLASYRLAVKDLFHMAGLPTSAGNPDWLNSHPIPQHTSWAVNTLLQHGARFVGKTITDELAYSLNGQNKHYGMPENPVTPDRLPGGSSSGSAVAVSMQLADIGLGTDTGGSIRVPASYQGLYGLRPTHGLINTDHMVPLAPSFDTVGVMTRDLTTLDKTMAVLLPDLPTTSTLPLSVVTNLVSLAAHKEAVEKWHNARASQLPNLFTQSIDLTVEAWETADTFRILQGHEIWQQHGYWLSEKRPDIALDIQLRLNSCAALTQHEVSVATQRRAAFNAWFSSIVGDRILVFPTTPGVSPLVSTPAESLAEYRNQLLSLTSLAGLSGCPQLHLPLFTLNNAPCGLSLLGPQGSDRQLIHIAYSLLGQQ	PGPT0006115_6609	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_SIGNAL-BRANCHING_STIMULATION	PLANT_BRANCHING-AUXIN|IAA_METABOLISM	PLANT_BRANCHING-IAA_RELATED_TRP-DEPENDENT_PATHWAY_2,PGPT0006115-EC_3_5_1_4|amiE-K01426	NA	NA
AK237_00274	1611	hpxW	COG0405	Oxamate amidohydrolase proenzyme	ATGACATCGAATACAATGACAGGCTTCACTGCTCCGCACTACGCGGCAGCACAAGTGGGTAATGCCATTCTGGAAAAAGGCGGGACGGCTATTGAAGCCATGGTAGCAGCCGCGGCCTCGATTGCTGTTGAATATCCGCACATGAATGGGTTAGGCGGTGATGGTTTTTGGCTTATCAGCGAGCCAGGAAAAGCCCCTATTGGCATTGATGCTGCAGGTGTTGCCGCAAAGAATGCGACCCCGGCGTTCTACCAGAAGTGTGAGTCCATCCCAAGTCGGGGAGGCAAAGCGGCACTGACCATGGCAGGTGCCGTATCAGGCTGGAAAAAAGCGCTTGATATAAGTGAGCAGTGGCAAACTCCTCTACCCCTTAGTACGCTTTTAGACACCGCAATCAATCAGGCAAACTGGGGCATAGAAGTCACACAAAGCCTGAGTGATGCCAGCTTCAAAACCTTCGACACACTCGCTGGCGATCCTGCTTTCGATCAGTTTCTCATTAAGGAAAAAGCCCTTAAAAAGGGTAAGATTGTTAAATTGCCTAAATTAGCTGAAACCTTAAAGCGCCTGGCAGAAGCAGGTCTCGACGATTTCTACCGTGGCGAAACCGCAGAAAAACTGGCTGCCGATTTGCAGGCAGCAGGTTCGCCCATCACCCTTGAAGATTTTCATCGCTACGAGGCCAAGCAGGTTGAGCCGCTGAGCGTTACCACCTCGAAAGGGATCTTATATAATCTGCCAGCGCCTACACAGGGTATTGCTTCATTACTCATTTTGGCTTTATACGACAGGGTTTGGCAAACCGGCGCCAACGATGCCGATATGGTGCACCTACTTATTGAATGTACGAAACAAGCTTTCATTAAACGTAACCGCTACGTGACAGATCCAAGCCGTCTTGATATTGATTTACAACATTTGCTGTCGCAGGAATCCCTGCAATCCATGCAACAGGATATTCAACTGGAAAGTGCACAACCCTGGCCGCACCCGGCGATTCCTGGCGATACCATCTGGATGGGCGCATGTGACAGCGAAGGTCGCATGGTAAGTTATATTCAGTCCCTCTACTGGGAATTCGGCAGTGGCGTCGTCAGTCCTTCTACAGGAATAGTGTGGAATAACCGCGGCACGTCTTTTTCTCTGGATGCGAAAAGTCATCAGTATTTACAACCAGGACTGACACCTTTCCACACCTTAAACCCCGCCTATGCAGAACTCACTGATGGCCGGCGTATTAGCTATGGCACCATGGGCGGCGAAGGACAGCCACAAACCCAGGCAGCGCTGTTTGCCCGCCATGTCTATCACAATCAACCATTAGATAAATCCATCGCACTGGGCCGCTGGCTGTTAGGTCGCACCTGGGGTGACGTTAGCCACAATCTGAAAGTTGAACGTGATGTAGATGACTATGTGGGAGAGGCGTTGCGCGCGCGCGGCCACGATGTGGTTGTGGTAGAGGCTTGCAATGAATTGATGGGCCACGCTGGCGCCGTAGTCAGGCACCAGAGCGGCGAAACAGAAGCTGCCACCGACCCGCGCAGCGATGGCAAAGCCTTCGGCACATCATTATCCATGTCATCGAAGTCCACAAAAGGAGAGGCGTAA	MTSNTMTGFTAPHYAAAQVGNAILEKGGTAIEAMVAAAASIAVEYPHMNGLGGDGFWLISEPGKAPIGIDAAGVAAKNATPAFYQKCESIPSRGGKAALTMAGAVSGWKKALDISEQWQTPLPLSTLLDTAINQANWGIEVTQSLSDASFKTFDTLAGDPAFDQFLIKEKALKKGKIVKLPKLAETLKRLAEAGLDDFYRGETAEKLAADLQAAGSPITLEDFHRYEAKQVEPLSVTTSKGILYNLPAPTQGIASLLILALYDRVWQTGANDADMVHLLIECTKQAFIKRNRYVTDPSRLDIDLQHLLSQESLQSMQQDIQLESAQPWPHPAIPGDTIWMGACDSEGRMVSYIQSLYWEFGSGVVSPSTGIVWNNRGTSFSLDAKSHQYLQPGLTPFHTLNPAYAELTDGRRISYGTMGGEGQPQTQAALFARHVYHNQPLDKSIALGRWLLGRTWGDVSHNLKVERDVDDYVGEALRARGHDVVVVEACNELMGHAGAVVRHQSGETEAATDPRSDGKAFGTSLSMSSKSTKGEA	PGPT0021715_116	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PURINE_METABOLISM,PGPT0021715-hpxW-K22602	NA	NA
AK237_00275	819			hypothetical protein	ATGGCGTTTATCAGCGAAAATCAATCCATTATTTTAGCCATGATGGGAACCGGCGTTTTTGCCGGTCTACTTGCGGGTTTGTTAGGTGTAGGGGGCGGCATTGTCATCGTTCCGGTATTATTTTTCCTTTATCAGGCACTTGGAATAAGCGCAGATACTGCCATGATAGTGGCAACAGCCACATCACTGGCCACCATTGTCCCCACCTCAGTCAGCTCAATTCTTGCGCACAAAAAGAAAGGCAATGTTGATAATGAGTTACTTAAGCATTGGGCACTTTTCATTTTAATCGGCGTATTCGCCGGTAGTTATCTTGTAACAAAGGTAGAAGGAAAATGGCTCACATTGATGTTCGGTATCATTGCCACGCTGTCTGCGTTGAACATGTTGGTGGGTAGAAAAAATGCGATCGCGCAGTCATTACCGGGAAAAGGTGGCCAGCGTATTATGGCAACCTGTATCGGATTCTTTAGCAGTATGGTCGGAATTGGTGGCGGTACCCTTACTGTTCCCACGCTAACGTTCTGCAATTATCCCGCTCACCGCGCCGTGGGTACTGCGGCCGCAGTGGGTTTAATTATTTCTCTCCCTGCTGCGCTAACCATGTTAATTGTGGGAGAGCGCCCTGTTGACGCTCCATTTGCTACCTATGGTTTGGTCAACCTGCTTGGGTTTGCCTGCATTGTTCCTCTTACCGTGCTGTTTGCGCCCTTAGGCGCAAGCATCGCGAACAAACTTAACTCTGCAATGCTGAAAAAAGTGTTTGCCCTTGTTCTTATCATCACCGGCGTGCGCATGCTTGCGCAAACGCTCATCTAG	MAFISENQSIILAMMGTGVFAGLLAGLLGVGGGIVIVPVLFFLYQALGISADTAMIVATATSLATIVPTSVSSILAHKKKGNVDNELLKHWALFILIGVFAGSYLVTKVEGKWLTLMFGIIATLSALNMLVGRKNAIAQSLPGKGGQRIMATCIGFFSSMVGIGGGTLTVPTLTFCNYPAHRAVGTAAAVGLIISLPAALTMLIVGERPVDAPFATYGLVNLLGFACIVPLTVLFAPLGASIANKLNSAMLKKVFALVLIITGVRMLAQTLI				NA	NA	NA	NA	NA
AK237_00276	1227	pucG_1	COG0075	(S)-ureidoglycine--glyoxylate transaminase	ATGAAACCGTTATCTCTCCCTCCTCGTTTGCTCATGGGTCCCGGCCCGATAAACTGCTATCCAAGGGTACTACAAGCTATGTCAACCCAATTGGTGGGCCAATATGATCCGGTGATGACCGGGTACATGAATGAAGTTATGGCCTTATACCGGCAGGTATTTAATACCCAAAATAAACAAACATTGTTAGTTGACGGTACCTCACGAGCCGGTATTGAAGCGGTACTGGTATCGTGCATAGAGCCTGGCGATAAAGTACTCGTGCCGGTATTCGGCCGCTTCGGCCACTTGCTGGCTGAAATTGCAGAACGGGCCGGCGCGGAAGTTCACACAATCGAAACGCCTTGGGGCACAGTGTTCGAACCAGAACAAATTGAAGCTGCTATTCGCGATATTCGCCCAAAAGTGTTGGCGATTGTGCAAGGCGACACATCGACCACCATGCTGCAGCCCCTCGCCCATCTGGGCGAAATTTGTCAGCGATACGATGTACTGTTTTACAGTGACGCCACAGCCTCCATTGGCGGAAACCCTTTCGAAACTGACGCCTGGGGCTTAGATGCGGTATCGGTGGGTCTGCAAAAATGCTTAGGCGGACCAAGTGGTAGTGCGCCTGTTACCCTAAGTGATAAATACGTGGCCTGCGTGCGCAAGCGCCATCATGTGGAGGCCGGGATCCGTGACAGTCATCATCAGGCAGCCAGCGGCTCACGGATCCGTTCAAACTACTTCGATTTGCCCATGATAATGGATTACTGGGGTGAAGAACGTCTGAATCACCATACTGAAGCAGCCTCTATGCTGTTTTGCGCTCGCGAATGTGCGGTGAATTTATTGGAGGAAGGTCAGGACGCAGTAATTCAGCGCCATCAGCTTGCAGGGAATGCCATGCTTGCTGGCGTGCAGGCAATGTCGCTTGTGCCGTTTGGCGATCTGACCAACAAGATGGCAAACGTGGTTGGCGTAACCATTCCTGACAATGTCGACGGAGAAGCGATTCGACACACCTTGCTAACTACTTTTAACATCGAAATCGGCACCAGTTTTGGGCCGCTGAAAGGCAAAATTTGGCGCATTGGAACAATGGGCTACAACGCCCGTGAAGACGCGGTTTATCATACCCTGCAATCTCTCGAAACGGTGCTTCGACGTGCCGGGCACCGACTTAAGCCAGGCGCAGCGGTTGATGCAGCAATGGACGTGTACGCGGGACAGCAACATGCTTGA	MKPLSLPPRLLMGPGPINCYPRVLQAMSTQLVGQYDPVMTGYMNEVMALYRQVFNTQNKQTLLVDGTSRAGIEAVLVSCIEPGDKVLVPVFGRFGHLLAEIAERAGAEVHTIETPWGTVFEPEQIEAAIRDIRPKVLAIVQGDTSTTMLQPLAHLGEICQRYDVLFYSDATASIGGNPFETDAWGLDAVSVGLQKCLGGPSGSAPVTLSDKYVACVRKRHHVEAGIRDSHHQAASGSRIRSNYFDLPMIMDYWGEERLNHHTEAASMLFCARECAVNLLEEGQDAVIQRHQLAGNAMLAGVQAMSLVPFGDLTNKMANVVGVTIPDNVDGEAIRHTLLTTFNIEIGTSFGPLKGKIWRIGTMGYNAREDAVYHTLQSLETVLRRAGHRLKPGAAVDAAMDVYAGQQHA	PGPT0021460_395	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PURINE_METABOLISM,PGPT0021460-pucG-K00839	NA	NA
AK237_00277	1239	amaB		N-carbamoyl-L-amino acid hydrolase	ATGCTTGAATCGCTTGAGTATCATAACCTTGCTCAACTGGTTATGGCCAGGTTGGATGAACTAGGTCAAATCAGTCAGTCACCCGATTACCTTGACAGACGATACCTGACGCCAGAACACAAACAGGCAAACCGGCTGGTCGCCACCTGGATGAGCGAAGCAGGCATGACGACTTGGGAAGACGCTGCTGGCAATTTGTGGGGGCGGTTAGAAAATCCCCTTCCTGACGCCCCCCGATTTATCATTGGCAGCCATTTAGACACCGTGCCGAACGGCGGTAAATACGATGGAATGCTAGGTGTAGTGGCGCCCATTGCAATTGTGCAGATGCTTCAGGGCACTAAAACCGCCTTACCTTTTCACCTTGATATCGTTGGCTTCGGCGATGAAGAAGGCACACGCTTTGGCTCTACTTTATTGGGTAGCCGCGCTCTTACGGGGCAATGGCCCGATGCCTGGTCGAAATTAAAAGACGAACAGGGAGTAAGTTTACCGGATGCGTTGCGGGTCTTCGGACTGGATTTTGATAAGGTGAACCAAGCGGACATTACCGCCAGCCGTCCGATAGGCTATCTGGAATTACACATTGAGCAAGGCCCCGTTCTGGAAAGTGCAAATCTGCCTGTTGGCGTGGTAACCGCAATTTCTGGTGCACGCCGATTCAATATTGATGTCACCGGCATGGCGGGTCACGCCGGCACCGTGCCAATGGGAATGCGCCTTGACGCGCTGGCAGCGGTGAGTGAAATGGTTTTAGCCGTTGAGAATCTTGCGAAGAACCACGGTGTAGTAGCGACAGTTGGAAAAATTGAAAACCGCCCGAACGGCGTCAACGTGATTTCGGGTAACACGCGATTTTCTCTCGACATTCGCAGTGAAGACGACAACCACCGTGATGCAGTGCTGGAACAAATCATGCAACAATTTCAGCAAATAGCCGCGCGCAGGCAAATCACATTACACATTGAACAAACACACAGCGCTGGTGCGGTTCAATGCGACCACAGGTTGCAGTCCATTATTAAAACAGCCATTGGTGAATGCGGGATCCCTCCTTTCTCACTGCCATCAGGGGCCGGGCACGATGCCATGGCGATGGCTTTGATGTGCCCTGTGGCAATGATGTTTTTGCGCTGCGATAAAGGGATCAGTCATCATCCCGCAGAATCAATTTTAACAGAGGATGTGGCGGTGGCACTTGCTGCGTTACATGCAACCATAAAGCATTTAGCAAACTAA	MLESLEYHNLAQLVMARLDELGQISQSPDYLDRRYLTPEHKQANRLVATWMSEAGMTTWEDAAGNLWGRLENPLPDAPRFIIGSHLDTVPNGGKYDGMLGVVAPIAIVQMLQGTKTALPFHLDIVGFGDEEGTRFGSTLLGSRALTGQWPDAWSKLKDEQGVSLPDALRVFGLDFDKVNQADITASRPIGYLELHIEQGPVLESANLPVGVVTAISGARRFNIDVTGMAGHAGTVPMGMRLDALAAVSEMVLAVENLAKNHGVVATVGKIENRPNGVNVISGNTRFSLDIRSEDDNHRDAVLEQIMQQFQQIAARRQITLHIEQTHSAGAVQCDHRLQSIIKTAIGECGIPPFSLPSGAGHDAMAMALMCPVAMMFLRCDKGISHHPAESILTEDVAVALAALHATIKHLAN	PGPT0000875_1045	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PURINE_METABOLISM,PGPT0000875-allC-K02083	NA	NA
AK237_00278	366			hypothetical protein	ATGATTATTAAGCGTATTTATAATGATGAAGAAGGGAAAAGTCACTTTGGAGAAGTGGAAATTCCCTTGTCGGACGGCGGTCCAATTGGCCTGCTATCTGAACGATTTGACGCGGGAACGGTGATCTTCCGCGAAACCCCTGCGGATTACGACTTCAAATGGCACCCTGCCCCAGCCCGTCAATTGTTGTTTATTTTACAGGGACGCGCAGAATTTAAAGTATCCAATGGAGAGCGTCATGTGTTCGGGGCCGGCGATGTTCTTCTTTTGGAAGATACCGAAGGCGAAGGCCATTGCAGCCGCGCGATGTACAACGAAGTGCGCCATTCTATTTTCGTCACTTTACCTGAGCACGTGACATTTTAA	MIIKRIYNDEEGKSHFGEVEIPLSDGGPIGLLSERFDAGTVIFRETPADYDFKWHPAPARQLLFILQGRAEFKVSNGERHVFGAGDVLLLEDTEGEGHCSRAMYNEVRHSIFVTLPEHVTF				NA	NA	NA	NA	NA
AK237_00279	1476	add		Adenosine deaminase	GTGTTTCGCCGTATCATCTCTGCCTTTTTCGTTCTCCTTACTTTCTTCCATCTAAGCGTTTCGTACGCTAAGCCAACATCATCTCAACAGATTGACGCATGGTTTCGCGACTTTAAACAAACTGCTAGCCCCGCAGCGCTTTATCAGTTGCTCCATGCAATGCCTAAAGGCGGCGATTTACATCATCACCTCACGGGGGCAGCATTTAGTGAATGGTGGTGGAAACTTGCCTCTCAACCTCGCATAAATGGTGGCTATGAGTATTACACGCGCACTAAACTCACATTATGCGATGGTTTTAACGCGAATGCATTCGCGCCATCAAGTCCCTATTTACTGTTCAAAACCGTTCAAGCTTCCACCTTTCAAACCTTAAGCGAATGTGAAAAGAAAGGTTACACTCCACTTTCTGCCCTGACAGCTTCCCAGAAATCTGCTTTTCTCGATAGCTTGCGATTAGATAAACCCGGCGAAGGACGCGATGAGTTTTTCCAGACACATTGGCAGCGATTAAATGAATTAACGCAGAATCCCACTCTGTTGAGTGAATTGCTTCTACTGAATATGGAAGCCTACGCGCAAGAAAACGTGCAATATCTGGAAACACAAGCAAGCGTGCATGGGATGATAAAACCAGATGGATCTGCGTATTCACCAGAAGAAGCGCTAGCCATTATGCAAAATGCACTGCAAAGTGAACGAGCGATGAAAACTGGCGTTACGGTCAAATTTCAGTACGCCCTATTGCGTTTTCTCCCCAACGCAGAAGCCACCTTAAAATCGCGCTATGCGTTTGTCGACGCCCATCGCGATATGTATGTAGGAATTAATCTTGTTGGCCGCGAGGACAACGACAAGGGCTACCCTTTACGATTCCTGTCTACATTTAGAGCACTCAGACAACAGTACCCCGCAATACCACTTTCTATTCACGCCGGGGAAGTCGACGAACCCAACCAACACGTGCGCGATACTCTGCTGTTAGGCGCTGACCGTATCGGTCATGGCCTCAACACTATCACAGATCCCGATACCCTTTTGCTGATGCGCCATGGACCGTACCTGATAGAAATTAACCTGATATCAAACTTATTGCTGGAATATGTCGATACATATAAGCAGCACCCCTTTGGTGAATATTTAAGACTGGGGATCCCAGTAGCGCTCTCCACCGATGACCGCGGCATGTGGGATTCAACCTTAACAGATGAATTTTATGTTGCCGTGTCGCAATTTAACTTGTCATGGCACGAATTGCGCTTGCTCATAACACAATCTATCCAATTCAGCTTTTTACCAGACAGTGAAAAAGTGGCGCAACTTGCCCGACTTAATCAACGGTTCGATGCATTTGAGAACGCTATATTAAGCCGTGAGGCTTTGCCTGACTATGCCGCGCCTCATCAGTTTATTTGCAGATTTGAGCCCCAAATATGCACCTCACTTCAAGGAGAGGACAGTGCCAGCAAACCCTGA	MFRRIISAFFVLLTFFHLSVSYAKPTSSQQIDAWFRDFKQTASPAALYQLLHAMPKGGDLHHHLTGAAFSEWWWKLASQPRINGGYEYYTRTKLTLCDGFNANAFAPSSPYLLFKTVQASTFQTLSECEKKGYTPLSALTASQKSAFLDSLRLDKPGEGRDEFFQTHWQRLNELTQNPTLLSELLLLNMEAYAQENVQYLETQASVHGMIKPDGSAYSPEEALAIMQNALQSERAMKTGVTVKFQYALLRFLPNAEATLKSRYAFVDAHRDMYVGINLVGREDNDKGYPLRFLSTFRALRQQYPAIPLSIHAGEVDEPNQHVRDTLLLGADRIGHGLNTITDPDTLLLMRHGPYLIEINLISNLLLEYVDTYKQHPFGEYLRLGIPVALSTDDRGMWDSTLTDEFYVAVSQFNLSWHELRLLITQSIQFSFLPDSEKVAQLARLNQRFDAFENAILSREALPDYAAPHQFICRFEPQICTSLQGEDSASKP				NA	NA	NA	NA	NA
AK237_00280	1437	xanP	COG2233	Xanthine permease XanP	GTGCCAGCAAACCCTGAATTGTTGTACGGGCTAGACGATCGCCCAAACCTGTTTAAAACCGGAACGGCAGCATTTCAACACGTACTGGCCAGTTTCGTCGGCGTTATCACACCCACACTCATTATTGCCAGTGCTCTGGATCTCCATGCACATATTCCTTTTTTAGTCAGCATGGCATTGTTTGTTTCCGGGCTGGGCACGATCATTCAAACAAAGCGCATCGGCCGAATCGGTAGTGGTTTGGTAGCGGTACAGGGCACAAGCTTCGCCTTTGTTAGTGCACTTATTCTTGCCGGCACAACAGTGAGAAGTCGTGGAGGCACTGACGATGAGGTGATGGCCATGATGATGGGTATTTCCATGGCAGGCGCATTGGTAGAGGTTGGACTAAGCTTTTTTATCCATCGATTAAAGCGTCTGTTAAATCCTGTCATCACCGGTATTGTCATCACCTCTATAGGATTGTCGTTAATAAAGGTAGGAATGACGGACCTGGCGGGCGGTTTTGGCGCCAATGACTTTGGCCAAATAAACCATGTAGGTTTAGGCATGTCGGTACTCTTTATTATTATTTTCCTCAATGCCTCTAACAATCTATGGTTGCGATTAAGCGCCATTTTCATTGGCATGGCATTAGGTACACTCTGCGCATGGTCATTTGGAAATGTCTCTTTCGCGCATCTTTCGCAGCAACCATTACTCGCTTTCCCCACGCCCTTTCGCTATGGCATCGATTTTGACGTAGGTTTGTTTTTACCAATCGCATTAATTTACCTTTTTAGTGCACTGGAAACCGCCGGTGATCTCACTGCAAATAGCGTCTTTTGCAATCAACCCATTACCGGCCCAACTTACCTAAATCGCATTAAAGGCGGTATCTTAGGCGATGGTATCAACTCTGTGCTGGCTGCCTGTTTTAACACCTTTCCAAATACAACCTTTGGCCAGAACAACGGTGTTATTCAATTAACGGGTATCGCGAGTCGCCGTGTTGGCATTGCTATCGGCGGGTTTTATCTGCTTTTTGGCATATTTCCCCTCATCGGTGGCGTACTCCAGGCCATTCCCAAAGCAGTATTGGGCGGCGCAACGCTGGTGATGTTTGCCATGGTAGCTGTTGGGGGGCTTAAAATTCTGATGCAACAAACCCTCGACAGGAGAACCAGTTTAATCACTGCTTCAGCGCTAGGATTGGGAATGGGGGTAATGATGGTACCCGACATGACACAAGGCTTTCCGCTATGGCTAGCGAACATTATGTCATCGCCGGTGACGTTGGCTGGTATGACAGCAGTATTTCTTGACAGTATTTTACCTAAAGCGGGAAGTGCTCTATCAAAAAAGCACGGTTTTGACAATTCACCAAAAGAACAAAAGAAATTAGAGCCTGAGTTGGTGCAGAATACGCACCTATCGCACCATAAAAGTGCAAGTTAA	MPANPELLYGLDDRPNLFKTGTAAFQHVLASFVGVITPTLIIASALDLHAHIPFLVSMALFVSGLGTIIQTKRIGRIGSGLVAVQGTSFAFVSALILAGTTVRSRGGTDDEVMAMMMGISMAGALVEVGLSFFIHRLKRLLNPVITGIVITSIGLSLIKVGMTDLAGGFGANDFGQINHVGLGMSVLFIIIFLNASNNLWLRLSAIFIGMALGTLCAWSFGNVSFAHLSQQPLLAFPTPFRYGIDFDVGLFLPIALIYLFSALETAGDLTANSVFCNQPITGPTYLNRIKGGILGDGINSVLAACFNTFPNTTFGQNNGVIQLTGIASRRVGIAIGGFYLLFGIFPLIGGVLQAIPKAVLGGATLVMFAMVAVGGLKILMQQTLDRRTSLITASALGLGMGVMMVPDMTQGFPLWLANIMSSPVTLAGMTAVFLDSILPKAGSALSKKHGFDNSPKEQKKLEPELVQNTHLSHHKSAS	PGPT0007335_110	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PHYTOHORMONE-CYTOKININS|DERIVATE_PRODUCTION	PHYTOHORMONE-XANTHINE_METABOLISM	PHYTOHORMONE-XANTHINE_TRANSPORT,PGPT0007335-xanP-K16345	NA	NA
AK237_00281	2436	btuB_1		Vitamin B12 transporter BtuB	ATGAAACACACACTTTTTGCGGTATCTCCGCTTGCTAAAGCCATCGCATTTGGCTTGGTCTTAGCGCCTGCTTCGGTATTTGCTCAGGAAGCAACGACTCCAAGCGATGAAGAAGTAGAAAAAATTGAAGTAACAGGTTCGTTGGGCAGTTTGCCTGGCCAGGATGTAGAAGCGGTATTTGGCTTCGGAAAATCAATTTTAGAAACACCGCGTTCAGCCTCTACCATCAGTGAAGAACAAATGGCCCGTTTTAACGTGTCAGACATTGATGAACTTGTGGCCTTCGCACCGGGTACATTTACCCAGTCATTCTTCGGTGTTGCGGGTTCACTGGATGTGCGTGGTAACCCCGGTGAAGCTTATTTTCGTGGCATGAAGCGTCTTGATAACCCGGGTAACTACCCTACTCCAATTGGTGCTTCCAGCCGCATTGATATTGTGCGAGGCCCGGCATCACCTATTTACGGTCCATCTAAGATTGGTGGTTACTTAAACTTTAATCCAAAATCGGCTCGTGCTTCGTCGGGACAGTACTTAGATGCACCAACCGGTGCAATGTCTTATACCCATGGCTCATGGGATAAAAGTATTGTAACTGCAGAAGTTGGCGGACCTGCTAACATCGCCGGCAAAGAAATGGGCTACTACGTGTATGGCGAAGTGGAAAACTCTGGCAGTTATTACGAGAACTCCGCAACAGATCAATCTATTCTGCAAGCTTCGTTTAACGTTGATTTGACGGATAATCTGCGCGTTGAATTTGGTGGCATGTACCATAAATATGATGGTAACCAGGTTGCGGGCTGGAACCGTTTAACCCAGGAATTAGTAGATAACGGCACCTACATTACCGGTACCGCCCAGCCGCTGGATACGGATGGCGATGGGTCTATCTCACACGAAGAATATGCCGCGGTAAACCTCGCTGGAGAAAGCGGCTTTTACGTGCCTGCCTCATCCTTTACTGATGCCGAAGCAACACCAGAGATGGCATTAAGTAACGCAGGCACTGCTACATTAAGTGGCTCACAAACCTTAGTCGCTTCCGATGACCAACTGGTTAACGAAGCCAATACTTTTTACTTTGACGTAATTTACTACGCGGATGACTGGGAAATTAAAAACCAGTTCTTCTACGACGGCTATGACAACATCAATGAGAATGCCTACGGTTTCTCTCAATTCCACGATAGCTGGGTAGTTGAAGACAAAGTAGTATTCGCTACTGAGATTGAAACAAACTCGTTATTGGCGCAATTTCAGGTGTCTCCCTCTATTCGCTACACCGATTTTCTCCACGGTGACGATTTCAACTACGAATATTTCAATCGTCGTGACCTGACGATGGCATCTTCTGCTTTGGACAGACGTTTGTTGGCAACTCGTATCGGCAAGAACTTCGATAATTACGATGAGGGTAATTATCTGGACTTAGGTTTTGCTGCAATGACCGATCTTACGTGGGACTTTGGCCTGAATATCGTATTAGGTGTACGCTATGACACCATCGATATCGAGTCGACTTCTCGCCAGGATTTGTTGCTGCCAAGCCTGCGTGAAGAAGGTAACGAAGGCACTCCCATTTACGAAGAAGAAACCGTAGATGGTGTGTCATGGAACACAAGTGTTTCCTACACCACACCGTGGGGCCTTATTCCATACATCACATTGGCAGAGCAAGCGACACTAGTTGCCGGTCAAGGTGCTGAAATTACCGTAGGTCAGCTCAACAACGAAGATGGCAGTGGTGCGTTTGATACCTCTGACCTGTTCGAATACGGTATAAAAGGTTCCTTCCTGGATGACAGCCTGTATTTCGCATTGTCTGTTTATGAGCAGGAACGTACTGACTACAACAGCCAGGCCATCGTAACTAACGCGACAACTCACAACGAAGGTGTCGAGCTTGAGCTGCGCTGGGTTGTAAATGAAAACCTGGTCGTTTCCGCTGGCTACACCAATGTTGAAGTTATCAACCTGACAGCGTTAGAAGATGGTAGCCAGTTTGGTTTCCTGGGACTTGAAGATCTGACTAATCTGGAAGACCCTTCACTGGTCCTGGGCGGCAACGTTGTTGGTCTTAATCTGGTTGGCGAAGGCACGAGCAACCCTGAAGGCAAGAAGGCCGGTATTCCAGATAACATCTATACGTTAACGGCTACCTATGACTTCCAGAACGGCTTCGCGAGTAACATCAGCATTGTCGACGCTGATGAAGCTCCATCTGGTTTCTCTGGCTCTGTAATGCTGCCAGGTTACACACTCGTGAACGCTGGTTTGTCATACCAGACTGAACAATGGGATATTAACTTCACCGTGAAAAACCTAACGGATGAGCGTTATTTCCGTGCGAACTTCCCTGACCTCTTTGGCAGCCAAATCGTGTTACCTGAACTACCACGTCATTTCAACGTCAAGTTTGGTTATAAATTCTAA	MKHTLFAVSPLAKAIAFGLVLAPASVFAQEATTPSDEEVEKIEVTGSLGSLPGQDVEAVFGFGKSILETPRSASTISEEQMARFNVSDIDELVAFAPGTFTQSFFGVAGSLDVRGNPGEAYFRGMKRLDNPGNYPTPIGASSRIDIVRGPASPIYGPSKIGGYLNFNPKSARASSGQYLDAPTGAMSYTHGSWDKSIVTAEVGGPANIAGKEMGYYVYGEVENSGSYYENSATDQSILQASFNVDLTDNLRVEFGGMYHKYDGNQVAGWNRLTQELVDNGTYITGTAQPLDTDGDGSISHEEYAAVNLAGESGFYVPASSFTDAEATPEMALSNAGTATLSGSQTLVASDDQLVNEANTFYFDVIYYADDWEIKNQFFYDGYDNINENAYGFSQFHDSWVVEDKVVFATEIETNSLLAQFQVSPSIRYTDFLHGDDFNYEYFNRRDLTMASSALDRRLLATRIGKNFDNYDEGNYLDLGFAAMTDLTWDFGLNIVLGVRYDTIDIESTSRQDLLLPSLREEGNEGTPIYEEETVDGVSWNTSVSYTTPWGLIPYITLAEQATLVAGQGAEITVGQLNNEDGSGAFDTSDLFEYGIKGSFLDDSLYFALSVYEQERTDYNSQAIVTNATTHNEGVELELRWVVNENLVVSAGYTNVEVINLTALEDGSQFGFLGLEDLTNLEDPSLVLGGNVVGLNLVGEGTSNPEGKKAGIPDNIYTLTATYDFQNGFASNISIVDADEAPSGFSGSVMLPGYTLVNAGLSYQTEQWDINFTVKNLTDERYFRANFPDLFGSQIVLPELPRHFNVKFGYKF	PGPT0003790_9323	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0003790-hutA|fatA|fct|foxR-K02014	NA	NA
AK237_00282	1062			hypothetical protein	GTGAAAAATTCTGTGTTGGCGTTCTTCGGCTTATGTATTCTTAGCCTGTCTACACTCGCTCACGCCGCCCCATCTCCACTTAAAGTAAAAGCGGTTATCGTGACAATGTTTGAAATTGGTGAGGATGAAGGCGACAAGGCCGGTGAGTTTCAAATGTGGAAAGAACGCTATGGGTTAGAAACCCGGTTTCCTTTTCCCCAGTCTTTCCACGATATCTACGCCAATAAAGACAAAGGTGTTCTTGCCATTGTAACAGGTATGGGTACAGCACGTGCTTCTGCTGCCATCATGGCTTTGGGCTTAGATCCACGCTTTGACTTAACTGAGGCTTATTGGTTAGTTGCCGGTATTGCGGGAATGGACCCAGAGGACGGCACAATCGGCTCAGCAGTCTGGACACGCCACCTAGTTGATGGTGATCTTGCCCATGAAATTGATGCCAGAGAGATTTCTGAAGACTGGCCATCGGGCTATTTTCCTTTGTTCGCCAACGGCCCTCAAACCGATGCTGGCCGCCCGGCTGTCAATGGTGAAATGTATAAATTGAATACCGGTTTAAGTGAATGGGCGTTCAATCTCACGAAATCGTTGAAACTCATGGACACCGACGCCATGGCAGAGCTGCGCGCCCGCTATAAAAATTATCCTAACGCCCAAACCACACCAAAAGTTATGATTGGTGATCACCTGGCCGCTTCCACTTTCTGGCACGGCAAGCTACTGAATGACTGGGCTAACGACTGGGTATCATTGTGGACCCATGGCGAAGGCAACTTCATGACCTCCGGAATGGAAGATACCGGCAGCTACCAGTCGATGATATATCTGGACCGTGCAGGTAAAGCCGATAAGAATCGCTTTATGGTGCTGCGCACGGCAAGTAACTTCACCATGCAGCCACAAGGACTGACCGCCGCTGAGAACCTGGCGATGGAACGGGAAAATGGCGGTTATGCGGCAATGGTCCCGTCATTGGAAGCTGCCTATCTCGCTGGCAGTAAAGTAATTAATGAACTGGTTGAAAACTGGGACAAGTATCAAACCACCACACCAGGGAAGTAA	MKNSVLAFFGLCILSLSTLAHAAPSPLKVKAVIVTMFEIGEDEGDKAGEFQMWKERYGLETRFPFPQSFHDIYANKDKGVLAIVTGMGTARASAAIMALGLDPRFDLTEAYWLVAGIAGMDPEDGTIGSAVWTRHLVDGDLAHEIDAREISEDWPSGYFPLFANGPQTDAGRPAVNGEMYKLNTGLSEWAFNLTKSLKLMDTDAMAELRARYKNYPNAQTTPKVMIGDHLAASTFWHGKLLNDWANDWVSLWTHGEGNFMTSGMEDTGSYQSMIYLDRAGKADKNRFMVLRTASNFTMQPQGLTAAENLAMERENGGYAAMVPSLEAAYLAGSKVINELVENWDKYQTTTPGK				NA	NA	NA	NA	NA
AK237_00283	1002		COG1816	Adenine deaminase	ATGTCGCTAAAACGTCTTATTCAAGTGATGCCCAAAGCCGAACTGCATTTGCACATAGAGGGCACATTGTCACCTTCGTTAATGTGGGACCTTGCCCAAAAACATGGTGTTACATTACCTTACCAATCCGTTGCTGAAATTGAAGCTGCGTATCAATTCTCTGACTTACAGAGTTTTCTGGATTTATATTATGCTGGTGCCGATGTGCTGCGCACAGAAGACGACTTCTACCAGCTTATGATGGCGTATTTACGTCGCTGCAAAGAAGAGAATGTCGTCCACGCAGAGATTATGTTTGATCCGCAAACTCACACGGAACGGCACATTCCTTATAGCGTTTTTATGACGGGGTTCTTAAAAGCAATACGCGAAGCGCAGGCGTCGTGGGGAATGAGTGTAAAGCTTATCCTCTCTTTTCTACGTCATCTGAGTGAGGCATCAGCCATTAAAACACTGCAAGATGCCGAACCGTGGTATGACAACATAGATGCCGTGGGATTAGACAGTTCCGAGTTAGGCCATCCTCCGGAAAAATTTGAGCGGGTTTTCAGTCAGGCCAGAGAACTGGGTTTTAAAGTCGTCGCTCATGCCGGAGAAGAAGGCCCGCCAGAGTATATCTGGCAGGCGATTAATTTACTGAATATCGACAGAATTGACCATGGTGTGCGCTGTCAGGAAGATCAAGAACTGTTATCGCTTATTAAACATCGACAAATTCCGTTAACGGTATGCCCGCTAAGTAACTTAAAACTCTGTGTTATTGATGACATGCGTAAGCACAATATATTGCAGTTGCTGGACGCAGGATTGTTGGTGACAGTAAATTCTGATGATCCCACGTATTTTGGTGGCTTCATGAATAAAAATTTCGAAGAGCTTGAAGACGCACTCGGTATGACTGAGCAACAACTTCGTCAACTGGCCAAAAATAGTTTTGTAGCAAGCTTCCTGTCAGACGACGAGAAAGCTAAATGGTGCAGAGCGGTAGATAGCGCGGTGTAG	MSLKRLIQVMPKAELHLHIEGTLSPSLMWDLAQKHGVTLPYQSVAEIEAAYQFSDLQSFLDLYYAGADVLRTEDDFYQLMMAYLRRCKEENVVHAEIMFDPQTHTERHIPYSVFMTGFLKAIREAQASWGMSVKLILSFLRHLSEASAIKTLQDAEPWYDNIDAVGLDSSELGHPPEKFERVFSQARELGFKVVAHAGEEGPPEYIWQAINLLNIDRIDHGVRCQEDQELLSLIKHRQIPLTVCPLSNLKLCVIDDMRKHNILQLLDAGLLVTVNSDDPTYFGGFMNKNFEELEDALGMTEQQLRQLAKNSFVASFLSDDEKAKWCRAVDSAV	PGPT0021695_684	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PURINE_METABOLISM,PGPT0021695-ade-K21053	NA	NA
AK237_00284	1332	adeP	COG2252	Adenine permease AdeP	ATGTCACACGCTTTGTTGGATCGCTTGTTTAAACTGCAAGCCCATGGCACAACAGTAAAAAGAGAAGTCATTGCGGGCTTAACGACCTTTGCTGCCATGTCATATATTTTGGTTGTTAACCCCGGCATTTTGGGGCTTAGCGGTATGCCTGTGGAAGGATTAATTACCGTTACGGCATTAGCAGCTTGTTTAGGCAGCTTACTTATGGCTGCGATGACGAATTATCCTGTCGCACTCGCGCCTGGTATGGGTCTGAACGCATTCTTTACCTTCACAATTTGTATGGGTCGCGATGTTCCGTGGGAAGCGGCACTCGGCATCGTTTTCTGGAACGGGATTCTTTTCCTGTTACTGACACTTACCGGAGTAAGAACTAAGGTGGCAGAAGCCGTTCCCCCTTCTTTAAAAGTAGGCGTGCAATGTGGTATCGGTTTATTTATCGCTTTCATCGGGCTGAAAAACGCCGGGTTAGTTGTTGATAATTCAGCGACGTTTGTCAGTTTAGGTGACTTATCAGACCCCGCGGTATTGCTGGCTTTCGCCGGTATTTTGCTGACTATTGTGGTGGTAATGCGCAATGTCACAGGGGGCATTTTACTGTCTATCGTTATTCTTTCTATCGTTGGCGCATTTATCCCCACGGAAAACGGCTTTTTAACCAATCACCCCAATGCCATATTTGGTATGCCTGATCCTATTGACGATACTTTCTTTGCAATGGATATCTGGTATCCCATTGAGCATTTTGATGAAACATGGGATCTCATTTTTGCATTGATGTTTGTGAACATGTTCGACACCATCGGCACCCTCATCGGCGTGTCGCGACGTGCAAATCTGCTGGATAAAAAAGGCAAATTGCCTAAAATCGGCAGTGCTATGACAGCAGATGCATCAGCCAGTGTAGTTGGCGCTGCTCTGGGGACGTCGCCAGTGACCAGCTATGTGGAGTCAGCTGCAGGCGTATCGGCTGGGGGCCGAACCGGCTTGACGGCAATCGTTACTGCACTGTGCTTTGTTTTCGCTTTATTCTTAACGCCATTAATGAAAGTCATTCCCCTCATGGCAACCACACCGGCGTTAATCATGGTGGGGATCCTGATGATGGATTCTATCCGTCAACTTGATTTTGACGATCTCGGTGCTTTGGCAACCGCATCGGTAGCCCTGCTGGCAATGCCGCTAACGTTCAGCATTTCAGAAGGTATTGCATTGGGATTCATTACCTATGTCGTCACCATGGCCGGCAGTGGCAGATACAAAGAAGTGAGTAAAATAACCTATATTCTCGCGCTGGTTTTCCTGCTCAGATACATCTTCGATTTAAAATAA	MSHALLDRLFKLQAHGTTVKREVIAGLTTFAAMSYILVVNPGILGLSGMPVEGLITVTALAACLGSLLMAAMTNYPVALAPGMGLNAFFTFTICMGRDVPWEAALGIVFWNGILFLLLTLTGVRTKVAEAVPPSLKVGVQCGIGLFIAFIGLKNAGLVVDNSATFVSLGDLSDPAVLLAFAGILLTIVVVMRNVTGGILLSIVILSIVGAFIPTENGFLTNHPNAIFGMPDPIDDTFFAMDIWYPIEHFDETWDLIFALMFVNMFDTIGTLIGVSRRANLLDKKGKLPKIGSAMTADASASVVGAALGTSPVTSYVESAAGVSAGGRTGLTAIVTALCFVFALFLTPLMKVIPLMATTPALIMVGILMMDSIRQLDFDDLGALATASVALLAMPLTFSISEGIALGFITYVVTMAGSGRYKEVSKITYILALVFLLRYIFDLK	PGPT0007325_3566	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
AK237_00285	444	rutC_1		Putative aminoacrylate peracid reductase RutC	ATGAGAAAAATACTCAATTACACAAGCGCGGTGTTGTTCGCACTAAATGCGCCATCAGCATTATCTGCAGGTGTCGTTCATTATCCTTCTGATGCCGCCAACGCACCATACTCCCTGGCAACACAAGTAGGCAATACCGTGTACCTGTCCGGCCAGCTCCCTTTGGATAAGCAAGGCAAGATGGCAGATAACATGACGGCGCAGGCCCATCAGGTCATGGATAATGTTAAGTCGGCGGCAGCGGTTGCCGGTCTGACGATGAATGATATTTTTAAATGCACGGTAATGATTGACGATATCAGTCAATGGGGAGACTTCAATAAGGTATACATCACCTACTTTGAAAAAGGTAAGTTGCCAGCGCGCAGTGCCTTCGGGGCTGACGGTCTGGCGATGGGAGCTATGCTGGAAGTGGAATGTATGGGCTACAAGCACATGGAATAA	MRKILNYTSAVLFALNAPSALSAGVVHYPSDAANAPYSLATQVGNTVYLSGQLPLDKQGKMADNMTAQAHQVMDNVKSAAAVAGLTMNDIFKCTVMIDDISQWGDFNKVYITYFEKGKLPARSAFGADGLAMGAMLEVECMGYKHME	PGPT0020030_2848	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
AK237_00286	936			hypothetical protein	ATGAGTGATGTTAGCAACAGTTATCCCCGTGATCTGAAAGGCTATGGTGCTAATCCACCAGACCCACAATGGCCGGGTAAAGCCAGAATTGCAGTACAGTTTGTTCTGAATTACGAAGAAGGTGGTGAAAACTGCGTGCTTCACGGTGATGCCCATTCAGAAATTTTTCTGTCAGAAATTGTCGGTGCGCAGCCGTATCCTGACCGCCACATGAGTATGGAATCGCTTTATGAATACGGCAGCCGTGCGGGCTTCTGGCGTCTGCACCGGTTGCTGACAGAAAAGGCGGTACCGGTCACTGTATTTGGCGTCACTATGGCCATGGAGCGTCATCCGGAAGCGGTTGAGGCAATGCTGAATGCCGGCTGGGAAATTGCCAGTCATGCCATGCGTTGGATTCATTTTCAGGATATGGATATCGAAACCGAGCGGGTGCAAATTGAAGAAGCGGTAAATCTGCATGAAAAACTCACCGGCAAAAAGCCTGCAGGCTGGTATACAGGCCGCACCAGCCCCAACACGTTAAAGCTGATTGCAGAGCGGGACGACATTCTCTACTGCGCAGATTCTTATGCGGATGATTTGCCCTATTACGATACCCAAAACGGTGCGCCGCTGCTGATGGTGCCATACACGCTGGATACCAACGACATGCGGTTTGCTACGCCGCAGGGATTCAACAGTGGTCAGCAGTTCTTTGAATATTTGAAAGATGCTTTCGATGTTCTCTACGAAGAAGGCGCCAGCCAGCCTAAAATGCTGTCCATCGGCTTGCATTGCCGTATCGTGGGTCGTCCGGCCCGTATGGCAGCTTTGAAGCGGTTTATTGAATACGTGCAAAGTCACGACAAGGTATGGCTGGCCACGCGGGAAGAGATTGCATTGCATTGGCAGGCTCATTTTCCTTGCATGCGAAATAGGCCTCAACAGGCGTAA	MSDVSNSYPRDLKGYGANPPDPQWPGKARIAVQFVLNYEEGGENCVLHGDAHSEIFLSEIVGAQPYPDRHMSMESLYEYGSRAGFWRLHRLLTEKAVPVTVFGVTMAMERHPEAVEAMLNAGWEIASHAMRWIHFQDMDIETERVQIEEAVNLHEKLTGKKPAGWYTGRTSPNTLKLIAERDDILYCADSYADDLPYYDTQNGAPLLMVPYTLDTNDMRFATPQGFNSGQQFFEYLKDAFDVLYEEGASQPKMLSIGLHCRIVGRPARMAALKRFIEYVQSHDKVWLATREEIALHWQAHFPCMRNRPQQA	PGPT0012156_338	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	FUNGICIDAL_COMPOUNDS|ANTIBIOTICS	FUNGICIDAL-CHITINOLYTIC_ACTIVITIES,PGPT0012156-chitin_deacetylase-NA	NA	NA
AK237_00287	654	rutR_1	COG1309	HTH-type transcriptional regulator RutR	ATGACTCAAGCATCAAAAGTGGATGCCAGTGTGGGAGCCCGTAACAGGGCAATCATTCTGGCAGCAGCAGAGAAAGCATTTGCTGCTCAGGGATTCGGAGGGACATCTGTTCAGCAGGTAGCAGATAAAGCAGGACTCCCTAAAACCAATGTTTTGTATTACTTCAAGTCCAAGCAGGAACTTTATCTGGCAGTTCTTAAGGAAACCATGTCGTTATGGAATTCCAGTTTCGATAAAGCCACTGCAGATGATGATCCTGCGCAAATGCTGGCAGATTACATTGCCGAAAAAATGGAGTTATCGAGAACACACCCGCTGGCTTCGAAGATTTTTGCTATGGAAATTATCAATGGTGCGCCAAACCTGAATCACTATTTTGATGATGAACACAGCGACTGGATGGCCGGTCGTGTGGCTATTTTGAAAGCCTGGACAGAGCAGGGGAAAATGCAGGCCATCGATCCCCATTATCTGCTTTTCAATATCTGGGCGAGTACCCAGCACTACGCTGATTTTTCAACGCAAATTACCCGTCTTCGCGGCGCGAAAATGAAAAAAGCAGATTTTGAAGAAGCTACCAGACACCTGGTAACCGTTACGTTGACCGGTTGCGGTTTAACGGTACCGGAAAAATACAGGATTGTGACAGCATGA	MTQASKVDASVGARNRAIILAAAEKAFAAQGFGGTSVQQVADKAGLPKTNVLYYFKSKQELYLAVLKETMSLWNSSFDKATADDDPAQMLADYIAEKMELSRTHPLASKIFAMEIINGAPNLNHYFDDEHSDWMAGRVAILKAWTEQGKMQAIDPHYLLFNIWASTQHYADFSTQITRLRGAKMKKADFEEATRHLVTVTLTGCGLTVPEKYRIVTA				NA	NA	NA	NA	NA
AK237_00288	1440			hypothetical protein	ATGGTCCGTTTTCTGTTGAACAATGAACCTGTCGAATTGCAGGTGAGCAACCCGAATATGACGGTGCTGAATTACCTTAGGGAACAGCAACGAAAAACGGGGACAAAAGAAGGCTGTGCAGCCGGCGACTGCGGCGCCTGTACGGTAGTGGTTGCCAGTCCTTCACACGATGGTAACAGCCTTAACTACACCACCATCAACAGCTGTATTGCGCTGATGTCTTCGCTGCACGGAAAACAGCTCATCACGGTAGAAGATTTAGCCTCTTTGCAAGCACAGCATCCGGTACAGACTGCGATGGTGAACCATAATGGTTCCCAGTGCGGTTTCTGTACGCCGGGTTTTGTGATGTCGGCCTTTGCTTTTTACCATTCTGATAATGCACCCGAACGGGAAAATGTGATAGACGCCTTATCCGGAAATCTTTGCCGGTGTACAGGTTACCGTCCCATTATTGATGCCACCATTGATGCCTGTTCAAATAAAACAGCAGACAAGTTCGATGAACAACAGGCAACAACCCTTGCCAGATTACATGCGCTTAGCCGGGAAGACGTCACAGAAGACAGTCAGTTACTTATGCCTGACACCCGCGAAGCATTGCAAAAAGCCATTGCAGACAACCCGGATGCAACGCTGGTTGCCGGCAGTACCGACCTGGCCCTTGAGATCACGCAAAAGCATCAGTCTTTCAAAACACTCATCAGTTTAAGTCAGATGCGTTGCCTGCAGGAGGTGGACGTTACTGAATCGCATATCGTCATCGGCGCGGCTGTGCCTTTGTCCCGGGCAATGAAAACGCTGGTGAGCCACTATCCGGCATTAAAAGAATTATTCACCCGCTTTGCTTCTCTGCCTGTGCGTAATCAGGCAACCATGGGCGGAAACGTTGCTAACGCTTCCCCCATCGGCGATACACCGCCGCTGCTGCTGGCGCTGAACGCTGATATTGTGGCGGATAATGGCAGCGACACCCGCAGCATTCCGGCAAACGCCTTTTTTACCGGTTATCGCCAAACTGCGCTGCAGAGCAATGAATGGATCAGCGCCATTCATATCCCCTTACCTCAGCCGGACCAGCATCTGGCAGCGTATAAAATATCGAAGCGCATGGAAGATGATATTTCCGCCGTGCTTGCCGTATTTAACGTGGGGATCAGCGATGGTGTGATCACCTCTGTTGCCAGCGGATTCGGTGGTGTGGCAGCCACACCTGTGGAATTTACCGCTTTAGCGGCATCACTGGTGGGAAAACCCTGGCGCGATGCACAAACACTCACAGAGGGAAGAAACCTTTTAACGCACGCTTTTAACCCTATTGATGATGTGCGCGCTACGGCAGCATACAGAAAACAGGTATTAGGCAATTTATGGCACCGGTTCTGGCTGGAGAATCAGCAGGACAACCTTATTCCGACGCGGGTGGTACATCATGCGTAA	MVRFLLNNEPVELQVSNPNMTVLNYLREQQRKTGTKEGCAAGDCGACTVVVASPSHDGNSLNYTTINSCIALMSSLHGKQLITVEDLASLQAQHPVQTAMVNHNGSQCGFCTPGFVMSAFAFYHSDNAPERENVIDALSGNLCRCTGYRPIIDATIDACSNKTADKFDEQQATTLARLHALSREDVTEDSQLLMPDTREALQKAIADNPDATLVAGSTDLALEITQKHQSFKTLISLSQMRCLQEVDVTESHIVIGAAVPLSRAMKTLVSHYPALKELFTRFASLPVRNQATMGGNVANASPIGDTPPLLLALNADIVADNGSDTRSIPANAFFTGYRQTALQSNEWISAIHIPLPQPDQHLAAYKISKRMEDDISAVLAVFNVGISDGVITSVASGFGGVAATPVEFTALAASLVGKPWRDAQTLTEGRNLLTHAFNPIDDVRATAAYRKQVLGNLWHRFWLENQQDNLIPTRVVHHA	PGPT0007250_885	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PURINE_DEGRADATION,PGPT0007250-xdhA-K13481	NA	NA
AK237_00289	2358	xdhA	COG1529	Putative xanthine dehydrogenase molybdenum-binding subunit XdhA	ATGCGTAAACTCATTCAAACCCCGGCGGTTGCAGACGCCCGTCAGGCACCGGCATCCAGTCCGTTAGGTAAAAACAAAGCGCACGAAAGTGCAGAACGCCAGGTAAGCGGTCAGGCAAGGTATGTGGACGATATGCCCGAACCGGCCAACACCGCGTACGCGGCCATCGGCGTAAGCAACTGCGCTGCCGGTGAAATTGAACATATTGATTTACAGGCCGTCCGTGACAGCGAAGGTGTTATTGATGTTATTACCGTCAGAGATGTACCCGGACATACCGATATCGCGCCGGTATTTGACGGCGATCCTGTGCTTGCAGACAAACATATTCTGTTTCACGGCCAGCCTGTATTTGCGGTATTAGCCACAACCACAGCGCTTGCCCGGCGTGCTGCACTTAAGGGCACCATTACGGTAAAGCCGGCATCAGCCGTGCTGTCAGTGGATGAAGCCCTTGAGAAACAGTCCTTTGTGCGCCCTACCCATGCTTTCGGTAACCCGGACGCCATCAATACGGTTAACGCTTCACCTTACAAAGTGTCCGGCAGCCTGAACATTGGGGGTCAGGAGCACATGTATCTGGAAGGTCAGGTCTCACTGGCCGTGCCGGAAGAAGAAGATCGCATGATGATCTACACCTCCAGCCAGCATCCCAGCGAAGTGCAAAAACTGGTGGCTGAAGTGCTGGGCGTAAAGCTGCACCGGGTCACAGTTGATATGCGCAGAATGGGCGGTGGTTTTGGTGGTAAAGAAAGCCAGGCCGCACAGTGGGCTTGCATCGCCGCTATTCTTGCGCAGCGCAATCAGCGCGCAGTGAAATGCCGCCTGCCCCGCTCTCAGGACATGTGTGTCACCGGCAAACGCCACCCCTTTGAAAACCACTGGCAAACCGGTTTTGATGAAGCCGGCATCATTCAGGGCGCGGACATCACTGTAAACGGCAACTGCGGTTACAGTGCTGATTTGTCTGATGCCATTGTCGACCGCGCCATGTTTCATGTGGATAACGGCTATTTTTTAGGTGACAGTCATGTTGTTGGTCACCGGCTGAAAACCTCTTATGTGTCCCATACGGCTTACCGTGGATTTGGCGGTCCTCAGGGCATGATTGTGGCCGAAGCCATGATAGATGGCATCGCAAGAACCTTAAAAGAAGACCCGCTCACTATCCGCAAGCGTAACCTTTATGCCAAAGCGACGGGTAATATCACCCCTTACGGCATGGATATTGGCGATAATCTGCTACCGGAAATGATTGGCCAACTGGAAACATCCTGCGAATACTGGCAGCGCAGAGAAACTATTACCAGTTTTAATCAGTCCAGTCCGGTGATTAAAAAAGGGCTGGCTCTGACGCCGGTGAAATTTGGTATTTCATTTACTGCCAAACACCTGAATCAGGCTGGTGCGCTGGTGCATATTTATACCGATGGCAGCGTACAGGTTAATCATGGCGGTACGGAAATGGGCCAGGGACTTCACACCAAAATTGCCCAGATCGCAGCCCATGAATTTGGTATCGACCTCGCAGATATTGAAGTTACCGCTACACGCACTGATAAGGTGCCGAATACCTCACCTACTGCCGCATCATCGGGCACCGATTTGAACGGTAAAGCCGTGCAAAACGCCTGTCTTGAGTTAAAAGCCAGACTGGTTTCCTTTTGGGCGAAACAAAAGGGTCTGCCTGCAGAAGAGGCGGTGTTCGCCGACGGGCACCTGATACTGGGTGATGAGCGCATTGCATTCTCAGAGCTCATTCAGGCGGCTTACATCGGCCGGGTTTCGTTGTCTTCAACGGGCTATTACAAAACCCCTAAAATTTTTTACGACCGCACCACAGGTTCCGGTCGTCCCTTCTTTTACTTTGCTTATGGTGTTGCCGCGTCGGAAGTCTCCGTTGACACCCTCACCGGTGAATACAAAGTGGACCGCGTAGATATTCTTCATGATGTGGGCGCCAGTCTGAATCCGGCTATCGACAAAGGCCAGATCGAAGGCGGCTTTATTCAGGGCATGGGCTGGCTGACATCAGAAGATCTGAAATGGGATAAGGAAGGTAAATTGCTGTCGAATAACATGGCGACTTACAAAATCCCTGCCATTGGTGATACACCGCCGGTGATGAACGTGAATTTATTCGACCGTCCTAACGACGAAGACAGTATTTACCATTCAAAAGCGGTGGGCGAGCCCCCCTTCATGCTGGCGATATCGGTGTGGTGTGCGTTGAAAGATGCCATTTCATCACTCAGTGATTACACCGTTGACCCTGTTCTGCCAACGCCTGCTACCCCGGAAAATGTACTCAATGCCATTACTGCTTTGCAGCAGGCTGAAGCGGAGACATTATCATGA	MRKLIQTPAVADARQAPASSPLGKNKAHESAERQVSGQARYVDDMPEPANTAYAAIGVSNCAAGEIEHIDLQAVRDSEGVIDVITVRDVPGHTDIAPVFDGDPVLADKHILFHGQPVFAVLATTTALARRAALKGTITVKPASAVLSVDEALEKQSFVRPTHAFGNPDAINTVNASPYKVSGSLNIGGQEHMYLEGQVSLAVPEEEDRMMIYTSSQHPSEVQKLVAEVLGVKLHRVTVDMRRMGGGFGGKESQAAQWACIAAILAQRNQRAVKCRLPRSQDMCVTGKRHPFENHWQTGFDEAGIIQGADITVNGNCGYSADLSDAIVDRAMFHVDNGYFLGDSHVVGHRLKTSYVSHTAYRGFGGPQGMIVAEAMIDGIARTLKEDPLTIRKRNLYAKATGNITPYGMDIGDNLLPEMIGQLETSCEYWQRRETITSFNQSSPVIKKGLALTPVKFGISFTAKHLNQAGALVHIYTDGSVQVNHGGTEMGQGLHTKIAQIAAHEFGIDLADIEVTATRTDKVPNTSPTAASSGTDLNGKAVQNACLELKARLVSFWAKQKGLPAEEAVFADGHLILGDERIAFSELIQAAYIGRVSLSSTGYYKTPKIFYDRTTGSGRPFFYFAYGVAASEVSVDTLTGEYKVDRVDILHDVGASLNPAIDKGQIEGGFIQGMGWLTSEDLKWDKEGKLLSNNMATYKIPAIGDTPPVMNVNLFDRPNDEDSIYHSKAVGEPPFMLAISVWCALKDAISSLSDYTVDPVLPTPATPENVLNAITALQQAEAETLS	PGPT0007265_602	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PURINE_DEGRADATION,PGPT0007265-xdhB|pucD-K13482	NA	NA
AK237_00290	852			hypothetical protein	ATGAGACATCCCCGTAACTGGTTTGATGCCGTAAGCTGGTGCCACCGTCATGCACAGGGTTACGTGCTGATCACCGTACTCACGGTGGCGGGTTCTGTGCCAAGAGAACAAGGTGCGAAAATGGTAGTTACCGGCGACCGTCAGTTCGATACCATCGGCGGTGGTCATCTGGAATTTGATGCGGTAAAAAAAGCCCGTACTTTTTTAGCCACCGGCCAGTCACAACAGCATATCGAATCCTACCCGCTTTCAAGTAAATTAGGCCAATGCTGTGGCGGAGCCGTTAAGGTACTGTTCGAAATCAACGTCAGTCACTGTCAGACACTGGCCATTTTCGGTGCCGGACATGTCGCTCAGGCGCTGATCCCTGTCCTGGCACAATTGCCTTTAACTATTAAATGGATAGACAGCCGCCCGGATGCTTTTGCAGAACTGGATGTGCCGCCAAATGTGACGACAGTCTGCGATCCCCAGCCCGAAGGTGAAATCCCTCTTCTTCCGGCGGACAGCTGGCTGCTTATTCTTACTCACGATCATCAGTTGGATTATTTACTGGCAGAAACAGCGCTGAAGATAAATCAATTTCCTTATGTGGGCATGATTGGCTCTGACACAAAAGCCAGACGCTTTCGTACCAAACTCGCCCATCGCGGGCTTGGCGAAGCTGCGGATAACCATTTTGTTTCACCGGTAGGTAACCTGGCTATTCCCGGCAAAACGCCCATAGAAGTTGCTGTGTCGGTCAGCGCTCAGATTATTGAACGACTGCACAGCCGGCCGGCGCCCGTTGCACCTGCCGGCGTACAAAGCCGGACTCAGGAAAACGATAACAAGGATAACGTATCAGCATGA	MRHPRNWFDAVSWCHRHAQGYVLITVLTVAGSVPREQGAKMVVTGDRQFDTIGGGHLEFDAVKKARTFLATGQSQQHIESYPLSSKLGQCCGGAVKVLFEINVSHCQTLAIFGAGHVAQALIPVLAQLPLTIKWIDSRPDAFAELDVPPNVTTVCDPQPEGEIPLLPADSWLLILTHDHQLDYLLAETALKINQFPYVGMIGSDTKARRFRTKLAHRGLGEAADNHFVSPVGNLAIPGKTPIEVAVSVSAQIIERLHSRPAPVAPAGVQSRTQENDNKDNVSA	PGPT0007280_3111	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PHYTOHORMONE-CYTOKININS|DERIVATE_PRODUCTION	PHYTOHORMONE-XANTHINE_METABOLISM	PHYTOHORMONE-XANTHINE_BIOSYNTHESIS,PGPT0007280-xdhC|paod|ygeB|pucA-K07402	NA	NA
AK237_00291	507			hypothetical protein	ATGAACATAAACACGCTTAACGCCCTGCCCTGGCAGGACGCCATGCGCTGGTTTTCACAAACCTGTGCAGCAGAAAAATGGGCATCCGTGATGACGGACAAACGCCCTTATTGTGATGTGGCCGATATACAAAATCACGGGAAGGCAGTCTGGGAGACCATGGAAAAGGACGATTTGTTGCAGGCATTTGCCGCCCACCCCATGATTGGTGACATTAATTCATTACGCAGCAAATATGCCAGCACCCGCGCTTTAGCTGCCGGAGAACAAAGCGGCACGGCTGACGCTGACGATGCCACCCTTTATGCGCTGAGAGAAAAAAACGAAGCGTATCTGGCCAGGCACGGCTTTATTTTTATTATTTGTGCCTCAGGCCTGCCGGCAACAACCATGCTGAAGGCGCTGGAAAACAGGCTGAACAACAGCACGGAAGAAGAGCTGAAAAATGCCGCAGCAGAGCAGATTAAAATTACCTGCCTGCGTATCAGCAAAGCGATTAACAGTTAA	MNINTLNALPWQDAMRWFSQTCAAEKWASVMTDKRPYCDVADIQNHGKAVWETMEKDDLLQAFAAHPMIGDINSLRSKYASTRALAAGEQSGTADADDATLYALREKNEAYLARHGFIFIICASGLPATTMLKALENRLNNSTEEELKNAAAEQIKITCLRISKAINS	PGPT0021135_380	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PURINE_DEGRADATION,PGPT0021135-hpxQ-K16840	NA	NA
AK237_00292	324	hiuH	COG2351	5-hydroxyisourate hydrolase	ATGATTTCTTTATCCAGTCATGTTCTGGACACCACATCAGGCAAGCCCGTAAGTCAGTTACCACTGACACTGACTTTTCCCGACGGAAAACAGGTTGACGGCATCACTGACAGCGACGGTCGCTGTAAAAGCTGGGGTGGCGCAGATTTCCCTCAGGGGACTTACTCATTACGCTTTCACTGCCGGGATTACCTGACAGAACAACACGGCGAAAGCTTTTACCCGTTTGTCGATATTGCTTTTATCATGCAGGAAAGTGGCGGTCATTATCATGTACCTCTGCTCATTTCACCCTTTGGCTTCAGCAGTTACCGGGGTAGTTAG	MISLSSHVLDTTSGKPVSQLPLTLTFPDGKQVDGITDSDGRCKSWGGADFPQGTYSLRFHCRDYLTEQHGESFYPFVDIAFIMQESGGHYHVPLLISPFGFSSYRGS	PGPT0021125_1981	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PURINE_DEGRADATION,PGPT0021125-uraH|pucM|hiuH-K07127	NA	NA
AK237_00293	1305	guaD	COG0402	Guanine deaminase	GTGAGTAATACGATTCAACTATTCCGTGCGAAGATACTGCATTTCCCGCAGCAAACAGATTCACCGCAACAGGATGCGGTGTGCTATCCGGACGGCGGACTGGCGGTTCGCGGTGAGCGGATCCTGGCCATCGGTAACTTTGCCGATGTGGTATCCGACTACCCTGACAGCACGTTGCACGACCACAGAAATCACTGGATCATGCCTGGCCTTATCGACAGCCATCTGCACTTTCCGCAAACAGAAATGCTGGCCTGTTATGGCGAACAGTTGCTCAGCTGGCTGGAAAATTACACCTTTCCCACTGAAAAGAAGTTCGCCGACCCGGACTATGCATCCGCGATGGCGGAAGTATTTTTGCGTCAGCTTTTAAAAAACGGGACAACAACCGGCTTAGTTTACCCCACCGTACACACCAGTTCCGTCGATGCGCTTTTTGCTGCAGCATCAGCAAAAAATATGGCGATGGTAACCGGAAAGGTGTGTATGGATCAGAACAGTCCTGCCGGCCTCGCCGATTCGCCTCAGCAAGCGTATGAAGCATCACAGCAACTGATTTCATCCTGGCACAACAAGGGGCGTAATCTGTACGCGATCACCCCCAGATTTGCGCCCACCAGCAGCCGTGAGCAATTGTCTTTACTCGGTTCACTGGCCGCTGAACACAGCGACGTCTTTATTCAGACCCATTTGTCTGAAAATCAGAAAGAAATTCAGTGGGTACAACAACTGTTTCCCGAACGTAACGGCTACCTGGACGTGTATGACCATTATGGTCTGGTGCGGGAGCGCAGCGTGTTCGGGCATTGTCTTCACCTGACAGAACAGGAGTGGCAGCGAATGGCAGACGCGCGGGCGACTATTGCCTTCTGCCCCACGTCGAACCTGTTTTTGGGCAGTGGCTTATTTGATTATCAAAAAGCAAAGACATTGAAAGTCCCCGTTACCCTGGCCACTGATGTGGGCGCAGGCACAACCTTTAACCTGTTCAGAACCTACGGTGAAGCCTACAAAGTGTGTCAGATGCAGCAACAGGCATTGTGCCCGTTAACCGGTTTATACCTGATGACCCAAGGTGCTGCCGTGGCACATAAACTTCAGCACGAAATTGGTAATTTAAACCCCGGCACCTTCGCCGATTTTATTATTGTCGACCCCGCCTTTGATGAATTGACGTCCCACCGGTTACATGACCGCGATACCGCAGAAGAGGTGCTGTTTGCACTGTCCATGCTCGGTGATGACCGGATGATAATAGAAACCCGGGTTGCCGGCACTGCGCAATACCGCAAAGAGGAGAGATAA	MSNTIQLFRAKILHFPQQTDSPQQDAVCYPDGGLAVRGERILAIGNFADVVSDYPDSTLHDHRNHWIMPGLIDSHLHFPQTEMLACYGEQLLSWLENYTFPTEKKFADPDYASAMAEVFLRQLLKNGTTTGLVYPTVHTSSVDALFAAASAKNMAMVTGKVCMDQNSPAGLADSPQQAYEASQQLISSWHNKGRNLYAITPRFAPTSSREQLSLLGSLAAEHSDVFIQTHLSENQKEIQWVQQLFPERNGYLDVYDHYGLVRERSVFGHCLHLTEQEWQRMADARATIAFCPTSNLFLGSGLFDYQKAKTLKVPVTLATDVGAGTTFNLFRTYGEAYKVCQMQQQALCPLTGLYLMTQGAAVAHKLQHEIGNLNPGTFADFIIVDPAFDELTSHRLHDRDTAEEVLFALSMLGDDRMIIETRVAGTAQYRKEER	PGPT0021515_1708	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PURINE_METABOLISM,PGPT0021515-guaD-K01487	NA	NA
AK237_00294	1209			hypothetical protein	ATGGAAGGACTCGACTGGTTATCCCTTTTTGTCCGCTGGTTTCACGTGATTGCAGGCGTAGCCTGGATTGGCGCATCGTTTTATTTTATCTGGTTAGATAACAGTTTGCGCACACCGCCTGAATGGAAGCAGGAAAAAGGTATTAAGGGCGATCTCTGGGCGATACATGGCGGCGGGTTTTATGAAGTTGCCAAATATGCTTACGGCCCGGAAAGTATGCCTGCGACATTGCACTGGTTTAAATGGGAAGCGTATACCACCTGGTTAAGTGGCTTTGCCCTGCTTATCATCGTGTATTACTTCGGCGCGTCTGCCTATCTTATCGATCCCTCCGTAAATGCACTGAGTCCGCAAACGGCAATTTTGTCGGGCCTCGGGATCATTTTTGGCGGGCTGGCCCTGTATGAACTGGCATGCCGCAGTCCGCTGGCTAAATCGCCCAAACTGTTTGCGTTGTTTTTAATCATGATGATTTGCTTTGCCAGCTGGCTGACCACCCAGTTGTTCAGTGGCCGGGGCGCTTATATTCATGTAGGCGCACTGGTGGGCACCATCATGGTGGCAAATGTATTTTTAAACATCATGCCGAATCAGCGAAAAATGGTGGCAGCGGTAGCAGCAAAAGGTGAAATCGACCCGGCCTGGGGCGCCAGCGCAAAATTGCGCTCTGTGCACAACAACTACCTGACGTTACCGTTACTGTTCATCATGATCAGTAATCACTATCCGATGACATATCAGCACCCGCAAAACTGGCTGGTACTCATTGCCATCATGGCCCTGTCTGCCTGGATACGACACTTTTTTAATTTGAAACATCAGGACATTAAAAAGCCGTCTATTCTGGTATCCGGTGCGGCGGGCATGTTATTACTGGCAATTTGGGTATCTGTGCCTGTCAGCCAGCAGGAAGACACAGCAGCGGCTTCAGCGCCACAGAATGACCAGATGACACTGTCTGCTGATGACAAAGCCGTTCAGACGCTTATCACCACCCATTGTACCAGTTGCCATGCCGCAAGCCCGACAGATGATATTTTCAAGGTTGCACCACTGGGAGTGAAATTTGACAGCTGGCAGGATATTAAGCGTTATGCGCCGCAAATTTATCAGCGCTCAGCCGTAAGTAAAGACATGCCCTTTATGAATAAAACCGGCATGACAGACGAAGAACGTCAGGTCATTGCTAAATGGTTCAAAGCGCAATAA	MEGLDWLSLFVRWFHVIAGVAWIGASFYFIWLDNSLRTPPEWKQEKGIKGDLWAIHGGGFYEVAKYAYGPESMPATLHWFKWEAYTTWLSGFALLIIVYYFGASAYLIDPSVNALSPQTAILSGLGIIFGGLALYELACRSPLAKSPKLFALFLIMMICFASWLTTQLFSGRGAYIHVGALVGTIMVANVFLNIMPNQRKMVAAVAAKGEIDPAWGASAKLRSVHNNYLTLPLLFIMISNHYPMTYQHPQNWLVLIAIMALSAWIRHFFNLKHQDIKKPSILVSGAAGMLLLAIWVSVPVSQQEDTAAASAPQNDQMTLSADDKAVQTLITTHCTSCHAASPTDDIFKVAPLGVKFDSWQDIKRYAPQIYQRSAVSKDMPFMNKTGMTDEERQVIAKWFKAQ				NA	NA	NA	NA	NA
AK237_00295	2268			Membrane-bound aldehyde dehydrogenase [pyrroloquinoline-quinone]	ATGTCAGAAAACATTATGTCAAAAACGGGCCAGCGGTTATTCCGTACCTCAATGGGGCGCCGTCAATTTCTTAAAGCCTCTGCGGCTGCCTCAGGCGGCCTGATGATTAATTTCAGCTGGTTGGGCACTGCGCAGGCGCAAACGGCCACAGACGCTCAACCTGTGCGTTTAAATGCCTATATCCTTGTCTCACCGGACGGCGGTATTACCGCTATGGTCCCAAATCCGGAGTTTGGCCAGAACGTGATGACGTCAATGCCCATGATCCTGGCTGAGGAAATGGACGCAAACTGGGAAGATATTACTGCGAAAACGGCGGATTACAGCCCTGATGATTTCCAACGCCAGTTTACCGGTGGCAGCCAGTCTATCCGGCAGGGATGGCAAAGCCTGCGTATGGCCGGTGCGGGTGCAAAGACACTCCTGATAATGGCGGCCGCCGCGAAGTGGCAGGTGCCTGTTGCCTCACTGACAGCCCAAAACAGCGTGGTATCCGGTCCCGGCGGAAAGTCAGCAACCTTTGCAGAACTGGCGCAGGACGCCGCATTACTGACTTTACCAGAAGAAATTGCACTGAAAGCGCCTGAAGATTTTTCCATTGTCGGTCAGTCTAAAACCAATCTGGAAGGGCATAAAGTGGTCACCGGCCAGCCTCTATTCGGTATTGACTATAAAACAGAAGGGACGTTAATTGCCGGTTTAGTCCACCCGCCTGCGTTTGGTAAAACCCTGGACAGCGCGGATCTGGAAACCATTAAGAGCATGCCCGGCATTGTGGATGCGTTTGTATTTGATGCCATGGAGCCGGATTACACCCGCAATTATTTTGATACCACGGCGTTTACCAAACTCATTGCTATTGTGGGTGAGAAAACATGGCAGGTATTAAAAGCGAAAAAAGCCCTGCAGGTTAAGTGGAAAACCTTCGACAGCTATTCAGAGAAAATGGACCGTTTCGGTACACTGGTCGATACGGCTATTCCCGGCGGACTTGAAAGCACGGCGTCCCATCGTGAAAAAATGGAAGCCCTGTTAGCGTCTGATTTGCCGGTATTGCGGCAGGATGGCGATACAGCAGCTGCATTTGCAAACAATGAAAAGGTCATAGAGCGTACTTACTATGCACCATACCTGGCTCACAATACTATGGAGCCAATGAATTTCTATGCCAATGTGACTGATGACGGTGTGCACGTAGCGGGCCCGCTGCAAGCCCCGGGCTTTATCGTCAACTCCGTGGCCAGCAGGTTAAATGTGCCGCCGGGCAAAGTGCGTATCGAAATGACCCGGATGGGCGGTGGATTCGGGCGTCGTGCTTATTCCCATTATCTGGTAGAAGCAGCGGCTATTTCAGCCAGAGTGAAAAAGCCGGTGAAGCTGATGTATACCCGGGAAGATGACATGACCATGGGCATTTACCGGCCAACCTACATGGCACGTTTCAAAGCGGCGCTGGATGAGAACAATCAGTTAATTGCTTATCAGGTCGACGGGGTGGGCGTGCCTGAGCATTCTGTTCACGCAGACCGGTTCCCGGCTGGCGCGGTGCCCAATTATCTGGCCCGTGGTGATGCGGTACAGTCGAATATTACTACCGGTGCATTCCGGGCACCGCGTTCTAATTTCATGGGAGCATCTGAGCAGGCGTTTCTTGACGAAGTGGCAGAACTTGCCGGCGCAGATCCCATTGATTTCAGGCTGGCATTGTTTGAAAAAGCTATCTCGTCACCGGTGGGTGAACACAATGATTACGATGCAGCCCGTTATGCCGGCGTGTTAAAGCAGGTGCGGGAGCAATCCGGCTGGGATACGTTACCGGCGTCGGTGAAAAAAGGTGTCGGCGCTTATTATTGCCACAACTCCTATGCTGCACACGTTGTTACCGTGACTGAGAAGAACGGGTCGCCACGGGCTGATAAAGTGTTCAGTTGTGTGGATTGCGGCATTGTGGTGAATCCTATAGCGGCATCTAACATGGTGCAGGGCGCAGTTATCGACGGTATCGGTAATGCGATGTTCGGAGAAATGACGTTCACAGACGGTCAGGCAGATAAAGACAATTTTAACCGCTACCGCATGATCAGAATGAACGAAATTCCTTCATCCGTTGATGTCAGCTTTGTGAAAAGTCATACCGATCCAACCGGGTTAGGCGAACCGCCGTTCCCGCCAATCTTTGCTGCACTGGCAAATGCCTTGTATCAGCACACCGGTGAGCGGTTCTATGAGCAGCCTTTTGTGCATAAGCTTGAATCACTGAAAGCCTGA	MSENIMSKTGQRLFRTSMGRRQFLKASAAASGGLMINFSWLGTAQAQTATDAQPVRLNAYILVSPDGGITAMVPNPEFGQNVMTSMPMILAEEMDANWEDITAKTADYSPDDFQRQFTGGSQSIRQGWQSLRMAGAGAKTLLIMAAAAKWQVPVASLTAQNSVVSGPGGKSATFAELAQDAALLTLPEEIALKAPEDFSIVGQSKTNLEGHKVVTGQPLFGIDYKTEGTLIAGLVHPPAFGKTLDSADLETIKSMPGIVDAFVFDAMEPDYTRNYFDTTAFTKLIAIVGEKTWQVLKAKKALQVKWKTFDSYSEKMDRFGTLVDTAIPGGLESTASHREKMEALLASDLPVLRQDGDTAAAFANNEKVIERTYYAPYLAHNTMEPMNFYANVTDDGVHVAGPLQAPGFIVNSVASRLNVPPGKVRIEMTRMGGGFGRRAYSHYLVEAAAISARVKKPVKLMYTREDDMTMGIYRPTYMARFKAALDENNQLIAYQVDGVGVPEHSVHADRFPAGAVPNYLARGDAVQSNITTGAFRAPRSNFMGASEQAFLDEVAELAGADPIDFRLALFEKAISSPVGEHNDYDAARYAGVLKQVREQSGWDTLPASVKKGVGAYYCHNSYAAHVVTVTEKNGSPRADKVFSCVDCGIVVNPIAASNMVQGAVIDGIGNAMFGEMTFTDGQADKDNFNRYRMIRMNEIPSSVDVSFVKSHTDPTGLGEPPFPPIFAALANALYQHTGERFYEQPFVHKLESLKA	PGPT0009811_826	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-QUINOLINE_RESISTANCE,PGPT0009811-iorB-K07303	NA	NA
AK237_00296	456	iorA_1		Isoquinoline 1-oxidoreductase subunit alpha	ATGCCTACCTATCAAATCAACGTAAATGGCGCGTCCAGAGAAGTGGATGCTGACGCAGACACCCCTTTGCTCTGGGTTTTGAGAGACGACCTGGACTTGCCCGGCACTAAGTTCGGTTGCGGTATGGCGATGTGTGGTGCCTGCACTGTTCATGTGGGGGGGAATGCTGTCCGCTCATGCTCTGTGCCGGTTTCTGCCGTAGGCAGTAATGCTGTCACCACCATTGAAGGGTTGTCAGAGAAAGGCGATCACCCGTTGCAAATTGCCTGGGTAGAGCAGGATGTTGCCCAGTGCGGATATTGTCAGACCGGACAGATCATGAATGCAGCAGCACTGTTAAAACGTAACCCGAATCCTTCAGATGAAGAAATAGACAATGCTATGTCGGGGAACATTTGCCGTTGCGGTACGTATCTGCGGATCAAAGAAGCCATTAAAACCGCAGCAAAAGCGTAA	MPTYQINVNGASREVDADADTPLLWVLRDDLDLPGTKFGCGMAMCGACTVHVGGNAVRSCSVPVSAVGSNAVTTIEGLSEKGDHPLQIAWVEQDVAQCGYCQTGQIMNAAALLKRNPNPSDEEIDNAMSGNICRCGTYLRIKEAIKTAAKA	PGPT0009812_1645	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-QUINOLINE_RESISTANCE,PGPT0009812-iorA-K07302	NA	NA
AK237_00297	1143	iolS_1	COG0667	Aldo-keto reductase IolS	ATGTCAGATAACCCGGTTAAACCAGAGAACACAGGTCGTCGCCAATTTATGAGAACCGCGTCGATGGCCACAGCGGGCATTGCGGCATCTCTTACCTCTGGCATTCAGCCTTCTCATGCGTCGCCGGTAAACGCGCATGCATCATGTAATACCACTGTTGGTGATAATCACCGCATGTTGGGTAAATTAAAGGTATCGCCAATCGGATTAGGCTGCATGAGCATGTCCAGTGGCAGTTACAACCCTCCCCGCACGGCAAAAGAAATGGTTCCTGTTATCAGAGGCGCTTTTGAGCGGGGCGTGACATTTTTTGATACTGCTGAGGTATACGGTCCTTTTACCAACGAAACCATTGTCGGTGAAGCTCTGCAACCCATCCGCGATAAAGTGGTGCTGGCCAGCAAGATGGGCTTTAAATTTAATCAGAACGGACAGCGTGCCGGACGTGACGCCAGACCGGAATCAATCCGTAAGGCCGTAGACGGCATGTTAAAACGTCTCAGAACAGACTACATCGATTTACTGTACCTGCACCGTATTGACCCCAACGTACCCGTGGAAGACGTGGCTGGCACAGTGGCTGAACTGGTGAAGGAAGGTAAAGCCCGTCACTTTGGTTTATCAGAGGTCTCTCCTGCTACATTAAGAAAAGCGCATAAGGAATTCACGGTTACTGCGGTACAAAGTGAGTATTCCATTATGGAGCGTTCTGTAGAAAATCAGGTGCTGGCTACCTGCGAAGAATTAGGTGTAGGTTTTGTTCCCTGGGGCTCTGTCACCCGCGGCTTCCTCGCAGACAAGTTTAATGAGTACAGCCGTTTTTCAGACGATTCCCGCTTTGCTTCTGTCCCTTACTTTACCCCGGAAGCAATGGTCAAAAACCGGGAATTACTCGATATGATCAGGCAACGGGCAGTTGAGCGCAATATGTCCCCTGCGCAGTTTGCCATTGCCTGGTTATTATCAGTAAAACCCTTTATTGTGCCTATTCCCGGCACCACAAAATTGCATCACCTGGAAGAAGACATTGGTACAATACACACCCGGTTTTCCGACTCAGAAATGGCAGATTTCAGACGGCAATTTTCAGGTATCGAACTGGTGGGTATGCGCCCTGATGACGCAGCCTTAACCGATAAGTAA	MSDNPVKPENTGRRQFMRTASMATAGIAASLTSGIQPSHASPVNAHASCNTTVGDNHRMLGKLKVSPIGLGCMSMSSGSYNPPRTAKEMVPVIRGAFERGVTFFDTAEVYGPFTNETIVGEALQPIRDKVVLASKMGFKFNQNGQRAGRDARPESIRKAVDGMLKRLRTDYIDLLYLHRIDPNVPVEDVAGTVAELVKEGKARHFGLSEVSPATLRKAHKEFTVTAVQSEYSIMERSVENQVLATCEELGVGFVPWGSVTRGFLADKFNEYSRFSDDSRFASVPYFTPEAMVKNRELLDMIRQRAVERNMSPAQFAIAWLLSVKPFIVPIPGTTKLHHLEEDIGTIHTRFSDSEMADFRRQFSGIELVGMRPDDAALTDK	PGPT0009140_363	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-VITAMIN_B6|PYRIDOXINE|PYRIDOXAL|PYRIDOXAMINE_BIOSYNTHESIS,PGPT0009140-ydbC-K05275	NA	NA
AK237_00298	894	pgrR_2		HTH-type transcriptional regulator PgrR	ATGAAAACAAAACTGAACGATCTTATTGCTTTTACCGCCGTTGCCGAGGAAGAAAGTTTTACCCGAGCAGCGGCGCGCTTATCCGTCTCTCAATCTGCGTTAAGTCATACCATTAAGGGGCTTGAAGAAAGGCTGGGTTTACGTCTGCTTACCCGCACAACCCGAAGTGTGTCCCTCACTGAAATTGGTAAAAAATTGTACGATTCCGTGGCGCCGCGGTTACTCGAAATTGAGAACGAGCTGGATTCACTGAACGCCCTGAAAGATAAGCCGGCCGGTACCATCAGAATTTCAGCCGCAGAACATGCGGCCCGCACCGTCATCTGGCCCAAAGTCCGCAGTTTTATGGTGAAGTATCCGGATATTAATATCGAACTTTCTATTGATTATTCTCTGACTGACATTGTGGCGGAAAAATATGATGCGGGTGTCCGCCTGGGAGAAAGTGTTGAAAAAGACATGATTGCGGTGAGCATCTCGCCGCCGCTTCGCATGGCGGTGGTGGCCACACCGGAATACTTCGAAAAAGCGGGAAAACCTGCTGAACCCCGCCACTTGTCAGAACACAACTGTATTAATTTACGTTTGCCAACCTACGGACGGCTGCTGGTGTGGGATTTTGAAAAAGATGGCCACGACGTAAACGTGCGGGTTGAGGGGCAATTTACCTCGAATAAAACCACCTTCATTCATGATGCTGTGTTAGCAGGAGTGGGTATTGCTTATTTGCCGGAAGGTATGGTGCTGGAAGATATCAAAGCTGGCCGGCTGGAACGTATTTTAGATGAATGGTGTGATGAATTCCCGGGCTACTATCTCTATTTCCCCAACCGGAGTCAGTATTCTCCGGCATTTTCTCTGTTTGTAGAAGCGATGAGAGAAAAGCCGGAGTAA	MKTKLNDLIAFTAVAEEESFTRAAARLSVSQSALSHTIKGLEERLGLRLLTRTTRSVSLTEIGKKLYDSVAPRLLEIENELDSLNALKDKPAGTIRISAAEHAARTVIWPKVRSFMVKYPDINIELSIDYSLTDIVAEKYDAGVRLGESVEKDMIAVSISPPLRMAVVATPEYFEKAGKPAEPRHLSEHNCINLRLPTYGRLLVWDFEKDGHDVNVRVEGQFTSNKTTFIHDAVLAGVGIAYLPEGMVLEDIKAGRLERILDEWCDEFPGYYLYFPNRSQYSPAFSLFVEAMREKPE				NA	NA	NA	NA	NA
AK237_00299	1275			hypothetical protein	ATGCGGACGTTAATTTGTCTTAGCGGGGTACTGTTCCTTTGTGCCTGTGCGGCGCAAAGGAGTACTAACACCTATGAAGCACAGGAAGAACTCAACTTTTCGTTATCTGATTTGCAGATAAAAAACGGCGGTGAGGGCGTGGCGGTATCCGGCCTCACCACTGAAATCCCCGGAGTGACCGTTACACAGGAAAGTAGCCATCCGACCGGACAACCGGTGAGCAGGCTCGAGTTTAATGAAGCCTGGCAGGGGCGGGCTTATCTAAAAGTGAATGAGCCGGTTAACCTGAATCTGATACCTGAACCGGCAGCATTGACGTTTGACTTAAGAGTAGACGATGTCAGCAAGGCAGGGTTGCAGGCGGGCATAGATTGTGGTGAGAACTGTCACTATGTCGTCGATTTATGGCCTGACGCAGTAAAATGGCAAGGTGCAGGATGGCAGCACGTTAGCATCCCGGTTAAGTGTTTTTCCGGCAAATTTGCTGACTTTACAAAAGTGGGTGAGCCTTTCAGATTGTTCTTTTATGGTTCCGGTGATATTGCCGTGTCAGGGGTGAAAATTACCGCGAATGAGCCGGGAAATATCCTGTGTCCGGACCAGGATACCCAAAGTATTACGCCGGCCCCGCTGCGGGCATTCTGGGCTGATGACTGGTGGATGAAGCGCCATCAACAGAAACTGGCAGAAAAGCAGATCATCCGGCCAGAGGTTGTGCTCATTGGTGACTCAATTACCCATGGCTGGGAAGACAAGGGGGCAACCGTCTGGAAAGAGTATTTCCCGGATGTTCCCACATTAAATCTGGGGTTCGGCGGCGACAGAACAGAAAATGTGCTCTGGCGCATTGAACAGGGTGAATTAGACGGCCTGTCTCCGGCCATCACCGTCGTTATGATCGGCACCAACAATACGGGGCACCGGATGGATCCGCCGGAACATATTGTCCGTGGTGTTAGTATTATAATTGACCGGATAAAGCAGAAAATGCCGGACAGTGCTGTATTACTCACCGGCATATTTCCCAGGGGAGAAAATGCCATGTCTCCCGAACGGATTAATAATCAGAAAACAAACCGTCTTCTGGCACATCTTGCAAAAGAAAAAGGTGTTTTCTACACCAATATCAACGATGTTTTTTTGAGCGGAGACGAAATATTAAGCAAAGATATTATGCCCGATTTACTCCACCCGAATGAAGCAGGATACCGGCTTTGGGCACAGGCGCTTGTTCCCTGGTTTTCTGCGCTGAAAAAGGAAAATTTGGACAAATAA	MRTLICLSGVLFLCACAAQRSTNTYEAQEELNFSLSDLQIKNGGEGVAVSGLTTEIPGVTVTQESSHPTGQPVSRLEFNEAWQGRAYLKVNEPVNLNLIPEPAALTFDLRVDDVSKAGLQAGIDCGENCHYVVDLWPDAVKWQGAGWQHVSIPVKCFSGKFADFTKVGEPFRLFFYGSGDIAVSGVKITANEPGNILCPDQDTQSITPAPLRAFWADDWWMKRHQQKLAEKQIIRPEVVLIGDSITHGWEDKGATVWKEYFPDVPTLNLGFGGDRTENVLWRIEQGELDGLSPAITVVMIGTNNTGHRMDPPEHIVRGVSIIIDRIKQKMPDSAVLLTGIFPRGENAMSPERINNQKTNRLLAHLAKEKGVFYTNINDVFLSGDEILSKDIMPDLLHPNEAGYRLWAQALVPWFSALKKENLDK	PGPT0019110_112	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES	CE-EPS-GLUCOSIDASE,PGPT0019110-bglX-K05349	NA	NA
AK237_00300	2925		COG1501	Alpha-xylosidase BoGH31A	ATGAAAAAAATCCATCGAATTGCAGCCAGTGTGGCCGTCGCACTCATGTCAGTAACCGTACTTAGTGGTTGTGAGAACAGTACCGGCACGTCTGAAGTTGTTCGCGCGGGAAGCTATCAGGCGACAGAACACGGCCTGCTTGTTTTACCTGCTCAGAGACAGGCTAAAGCCGTGCGCTTACAAGTATTTGATGAGGGAATCATCCGCGTTACGGCGTTGCCACACGACGATTTCAGTCGGGTTGCAGAGAGCCTGATGGTGACTGCCTCTGCAGGTAATGCCCCTTACGATATCAAAGAATCAGCCGGAGCTGTGACTCTGTCTACACCCGCGATGACAGCTTCAGTATCGCTGACAGACGGCAATCTGGTGGTAAAAAATCGTGCCGGAGAAGTATTGCTGGAGAGTGTGAACAGCGGTGAATTTGCGCCGGTGACCGCCGATCCTGCCGGTGCCGGAAAGTACAATTTTGCTATTCACCAGCAGTGGAATACCGGCTCAGATGAGGGTTTTTACGGGTTAGGGCAGCATCAGGATGGCCGGATTAATCATGCCGGAGATAATGTAGAGCTGAGCACCCATAACCTGCAAATCTCGATTCCCTTTGTTGTATCTACCAAACATTACGGGATTTTATGGGATAACGCCGCCATTACCCGGTTCGGAAATCCAGTGGAATCAGCGCCGCTGAACGCAGGCTTTACGCTTTATGATGAAGACGGCAACGCCGGGGGGTTAACCGCGTATTACTACGATAAAGATAAATTGCTGCTTAAACGCACAGAAGCTGATCTTGATTATCAGTTTCTTGCTCACAACACCACCCGGGAAATACCGTTTCCTGCAGAGCTTGGTGATGTCAGCCAGCCCCGGGTTGTGTGGAAAGGGCAGATCAGCGCGAAGCAAAGCGGACTTCACAAGTTCCGTATGTACTCCAGTGGCTATGCCAAACTGACCATAAACGGTGAAAAGCTGCTGGACCGGTGGCGGATGAACTGGAATCCCTGGTTTCACAATACTGAAATGATGCTCACCGCCGGTGAAAAGGTGGACATTGAAGTCGACTGGGATTCGCAGGGTGGATACTTCCGTCTGTTACACAATAATCCTCAATCGAAGGCCGACGAGAACAGCTTGTCGCTGGCATCAGAAACCGGCAAGTCGCTGGACTATTACATTGTAGCCGGTGACGACACCGACGAGGTAATAAGCGGTTACCGCAAACTTACCGGCAAAGCCGTGATGCTGCCCAAATGGGCCTATGGATTCTGGCAAAGTCGTGAACGTTACAAGACGCAGGATGAACTGTTAGGGGCGCTGAAAACCTACCGTGAAAAGCAGATCCCCATTGATAACATTGTGCTCGACTGGTCTTACTGGCCGGAAGATGCATGGGGAAGCCATAAGTTCGATTTGGCCCGTTTCCCCGATCCTAAAGGCATGATAGACGAAGTTCATGCACTAAATGCCAATATTATGATTTCCGTATGGCCGAAATTCTACAGCACAACTGACAATTACAAAGAGCTGAATGCCAAAGGCTACATGCTGAATAAAAACGTGGATCAGGAGGGCAATCTGGACTGGATTGGGAAGGGGTATCTGAACGGGTTTTACGACCCTTACCCTGAAGAATCACAGGCAATTTTCTGGCGGCAATTAGATGAAAACCTGAATGTGCTGGGCATCGATGCCTGGTGGCTGGACGCGTCCGAGCCGGACATCCATTCGAACCTGTCGTATACCAAACGAAAAGAAATCATGACGCCGTTAGCGGTGGGTTCTGGTGCTGAGTATTTTAACTCCTATGCGCTGGCAAATGCCGAAGGCGTGTATGAAGGTGAGCGGCAGTCAGATCCTGACAAGCGCAGTTTTATTCTTACCCGCAGCGGGTTCGGCGGCATTCAGCGTACGGGCAGTGCCATCTGGAGCGGAGATACCGTGCCGCGGTGGTCAAATCTTAAAGAGCAGATTGCTGCCGGTGTAGGTACAGGATTGTCCGGTATGCCGAACTGGACCATGGATATCGGTGGCTTCACACCGGAAGATCACTATCGTTACAACGGCGATGTGGTTGTGGGTCACTACAGTGAAATGGCTGAACAATATCAGCAGGAATGGCAGGAGCTGAATATGCGCTGGTTCCAGTTCGGCGCATTTGTGCCACTGTTCCGCTCCCACGGCCAAAACCCTTTCCGGGAAGTGTTCAATCTGGCCGATGAAGGATCGGAAGTGTATAACGCATTAATATCCACCATCGAATTACGCTACCGCCTGATGCCTTATATTTATTCGCAGGCAGGGGACATGTTCCATAAAGACGGTACCTTAATGCGCGGTCTGGTGATGGATTTCCCTGAAGATGAAAAAGCGCAGGATATTGATGATGCCTATATGTTCGGGCCGGCCATTCTGGTGAACCCTGTGTATGAGTACAAGGCGCGGGAACGGGATGTTTATCTGCCCGCAGGTGTGAGCTGGTACGACTTTTATTCCGGCGAAACGTATCAGGGAGGGCAAACAATTACTGCCAGTGCGCCGTTAACGCAAATGCCGCTGTACGTAAAAGCCGGATCAATTATTCCGGCGGGTGAAGCCATTCAATATGTTTACGACAAGCCGGATGGAGCCTATACCATAAACGTGTTTACCGGTGCAGACGGCGAATTTGAACTCTATCACGACGACGGCAAGTCATACGATTACGAGAACGGGGCGTATTCGTACACCCGCATTGAGTATGATGACAGTGAAGGCAAGCTCACCATCGGCAAACGCGAAGGGCAGTTTGATAATATGGTCACTTCCCGTACCTGGCATGTCAGGTTTATTTCCGAAGGTGAAACCCTATTGAATTACGAAGCGAAGCCGGACGTCACTGTCACTTATTCCGGGGACGCCCTTACTGTAGAACGGACGAAGTAA	MKKIHRIAASVAVALMSVTVLSGCENSTGTSEVVRAGSYQATEHGLLVLPAQRQAKAVRLQVFDEGIIRVTALPHDDFSRVAESLMVTASAGNAPYDIKESAGAVTLSTPAMTASVSLTDGNLVVKNRAGEVLLESVNSGEFAPVTADPAGAGKYNFAIHQQWNTGSDEGFYGLGQHQDGRINHAGDNVELSTHNLQISIPFVVSTKHYGILWDNAAITRFGNPVESAPLNAGFTLYDEDGNAGGLTAYYYDKDKLLLKRTEADLDYQFLAHNTTREIPFPAELGDVSQPRVVWKGQISAKQSGLHKFRMYSSGYAKLTINGEKLLDRWRMNWNPWFHNTEMMLTAGEKVDIEVDWDSQGGYFRLLHNNPQSKADENSLSLASETGKSLDYYIVAGDDTDEVISGYRKLTGKAVMLPKWAYGFWQSRERYKTQDELLGALKTYREKQIPIDNIVLDWSYWPEDAWGSHKFDLARFPDPKGMIDEVHALNANIMISVWPKFYSTTDNYKELNAKGYMLNKNVDQEGNLDWIGKGYLNGFYDPYPEESQAIFWRQLDENLNVLGIDAWWLDASEPDIHSNLSYTKRKEIMTPLAVGSGAEYFNSYALANAEGVYEGERQSDPDKRSFILTRSGFGGIQRTGSAIWSGDTVPRWSNLKEQIAAGVGTGLSGMPNWTMDIGGFTPEDHYRYNGDVVVGHYSEMAEQYQQEWQELNMRWFQFGAFVPLFRSHGQNPFREVFNLADEGSEVYNALISTIELRYRLMPYIYSQAGDMFHKDGTLMRGLVMDFPEDEKAQDIDDAYMFGPAILVNPVYEYKARERDVYLPAGVSWYDFYSGETYQGGQTITASAPLTQMPLYVKAGSIIPAGEAIQYVYDKPDGAYTINVFTGADGEFELYHDDGKSYDYENGAYSYTRIEYDDSEGKLTIGKREGQFDNMVTSRTWHVRFISEGETLLNYEAKPDVTVTYSGDALTVERTK	PGPT0019340_30	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES	CE-EPS-HYDROLASE,PGPT0019340-xylS|yicI-K01811	NA	NA
AK237_00301	1695			hypothetical protein	ATGAAAATCTATTATTTTGCAGGTCTTCTTCTTTGTGCAATGTGTACGCTAAGTGCCTGCCAGAGTGCGGGGGTAAAGCCCGCCGCAGCTTCTCAATCCCGGCACGACTTACCTCAAGTGGTTACTCAAAACGGCCGCCATGCCTTTCTCGTCGATGGTAAGCCTTTTCTGATGCTGGGTGCGCAAACGAATAATTCCGCTAACTATCCCGCAGCGCTGGGTAAAGTGTGGCCGGTTGTTGATGCCATGCATGCTAACACTCTGGGTATTCCGGTGGCGTGGGAGCAAATCGAACCGGAAGAAGGACATTTCGACTTCAGCTACCTTGATGTCCTGATCCGCCAGGCCGCAGAACGGGAAGTAAAAGTGGTATTGCTGTGGTTTGCCACCTGGAAAAACAACGCGCCTCATTACGCGCCGGCCTGGATCAAACTGAATAATCAGCGTTTCCCCAGAGTGATCACACGCGACGGGCGAACCCTGAACTCTCTGTCGCCTCACAGCGAACAGACGCTGGCCGCTGACAAGCGCGCCTTTAAAGCCTTGATGACATATTTGCGTGATAATGATCCGGCTCATCAGGTCATCATGGTTCAGGTGCAAAATGAAACTGGCACCTACGGCTCAAAACGTGATTACTCCCCGTTGGCAAATTCTCTTTTTAAAAAGCCTGTCCCTGACACGTTACTGGCCCGGATGAACAAACAGCCGGGTACATGGGCTGAGGTATTCGGTGATGACGCTGATGAAATCTTTCATGCCTGGTCTATTGCCCGTTACGTCGATGAGATTGCACAGGCCGGTAAAGCCATTAAACCTTTGCCGATGAACGTTAATGTGGCGCTGAGAAATCCTTTCAATCCCGGCACGGGCTATTCCATGGGCGGCCCCACTGACAATGTTATCGACGTCTGGAAAGCCGGCGCCCCGCACATCGATATGATTTCACCGGATATCTATTTTCGTGATCATAAAACGGTAAAGCGGGTGCTGGAATTGTACAGCCGTGAAGATAACCCTTTATTTGTAGCAGAGATTGGCAACGATCAGCCCTATGCCCGCTACTTTTTCAGTACTCTGGGGCATCAGGGGATCGGGTTTGCGCCATTCGGCATGGATTACACCGGCTATGCTAATTACCCCCTGGGCGCGAAAACGGTTAACGACGACACCATTGCTCCTTTTGCTGAAATATACGGGCTGATGCAGTCATGGTCTGGCGTATGGGCAACGCTCAGTCTTGAACATCAGGTTTGGGGAGTCGCAGAGCCTCACGACTCGTCAAAAGATGAAAAAGTGTGGAATGCCAATGTGTCGCAAGCAAAAGGGGAGTCGCCCGCCTACAGTCAACTGCTGGATCTCGGAAACTGGGATGCAGAAGTTTCCTACGGACGGCCTATGTTCTGGATTGACCCGCCTGCTGGCAATCATCCGGCGTCCGGTGGCGCACTTATCGCTAAATTATCCGACGACGAGTTTTTAGTGACTGCGCTGCGTGCACGGGTCACCTTTACACCGTCAAAAGAAATCGCATCACTCCCTGTAATGATTGAAAGGGTAGAAGAAGGCCATTTTGATGAGCAAGGTAACTGGATATTTGAGCGGGTCTGGAATGGCGATCAAACTGACTGGGGGCTTAACTTCAACGATGAGCCGCATATTCTCAAAGTAAAAATGACCACCTGGCAAGAATGA	MKIYYFAGLLLCAMCTLSACQSAGVKPAAASQSRHDLPQVVTQNGRHAFLVDGKPFLMLGAQTNNSANYPAALGKVWPVVDAMHANTLGIPVAWEQIEPEEGHFDFSYLDVLIRQAAEREVKVVLLWFATWKNNAPHYAPAWIKLNNQRFPRVITRDGRTLNSLSPHSEQTLAADKRAFKALMTYLRDNDPAHQVIMVQVQNETGTYGSKRDYSPLANSLFKKPVPDTLLARMNKQPGTWAEVFGDDADEIFHAWSIARYVDEIAQAGKAIKPLPMNVNVALRNPFNPGTGYSMGGPTDNVIDVWKAGAPHIDMISPDIYFRDHKTVKRVLELYSREDNPLFVAEIGNDQPYARYFFSTLGHQGIGFAPFGMDYTGYANYPLGAKTVNDDTIAPFAEIYGLMQSWSGVWATLSLEHQVWGVAEPHDSSKDEKVWNANVSQAKGESPAYSQLLDLGNWDAEVSYGRPMFWIDPPAGNHPASGGALIAKLSDDEFLVTALRARVTFTPSKEIASLPVMIERVEEGHFDEQGNWIFERVWNGDQTDWGLNFNDEPHILKVKMTTWQE				NA	NA	NA	NA	NA
AK237_00302	2859			hypothetical protein	ATGAAAACTACACATTCAGGACTTGAACAGTTTAAGCACGCAAAACTTACCGCTTTTCTACTGGCATCCTTAGGTTTGGCCTGTCCCGCCACTGGTCTGGCACAGACTGACTCTGAGGAAGAAGACAGTGAGGCACTGGAAGTAATAGAAGTAAAAGGCATGCGGGCCAGTGTCATTTCTGCTCAGGCAACTAAAATGAATTCCAATAAAATCATGGACGGGATCAGTGCCGATGATATCGGCGCACTACCTGACCGCAGTATCACTGAAACTTTGCAAAGGGTGGCGGGCGTTGCCATCGACCGGTACATGTCGCTAGGTGATCCCGAACATTTCTCGGTGGAAGGTAACGGCGTGATTGTGCGCGGTCTTACCCAGGTCCGGTCGGAACTGAATGGACGGGGAACGTTCAGTGCTGACGGGGGCCGGACGCTGAGTTTTGGTGATGTGCCGCCTGAATTGCTGAATGCTGTGAATGTGTATAAAAGTCCCTCAGCAGATCAGATTGAAGGCGGCCTTGCCGGTACCATCGATCTGGAAACCCGTCTGCCTTTTCACAGCGACGGTCAGAAAATCGCGTTTGATATCAGTGCAAACTACGGCGACGTGATAAAAGAAACCAAGCCGGGCTATTCATTTTTATATTCCAATAACTGGGATACCTCTGCCGGTAAAGTCGGTTTTTTGTTTGATATTGCCGTCTCTGAATTGTCTACCCGTAACGATTCCATGTACGTAAGACCTTTTTTCTACCGTGATGACATTGCCGGATACGAAGGGTCAACAGTCTATGTCCCCAGAGGTGCAGACTGGCGTACCATGTATTTTAACCGCGAACGTAACGGCGCTTACGCGGCCCTGCAATATGCGCCGTCTGAGAGCCACGAGTTTACCCTGACGTATTTTTCCAGCGACTACGATATGCAGTGGAATGAAGACGCCATATTCGTAGATAACTGGCCCTATGGTGTGCAGGTGGAAAGCGGTGCACAGTTCAGTGACAGTGGCGTACTGGAAAAAGGACGGCTGGTGCAGGATGGTGGTATCCCCATGGGAGCCGATGTCAGAGCCTCTTCCCAGCAGGCGAAAACGGAAGATATCGCGCTGCGTTACCGCTACGCCGGTGAGCAGTTTCTGGTTGAAACGGCGCTGCAGCGGGTAAGTTCTGATTCGGCGGGGCTTGATAACACGGTAGCCACACAGATTAGTGTGCCTTACATTGATGTCGATTTAACCGGCAGCTTGCCCACTGTGACATCAGATGCGTCTTATCTGGGAAATCCGGACAATTACGTCTGGAACTTCATTATGGATAACGAATACGACCGCCAGGCGGATATGACCGCGGCAGATATCGATATTCAGTACTTTTTATCTGACGGTTTCTTCGAAGCTATTAAGTTTGGCGCCCGCTACAGTAAAACATCGTCCGACAATGCGGACACCGGATACAATTGGAGCGCGTTAGCACCAAGCTGGTTGCAGGCTGCAATTGTGGAAGGGCAGGAGAATATTGTCCCGGATGCAGACGATCTGAACCTGAATTCCTTTGATAATTTCTTTGGCGGGGATGTGCCGTCACCTGCCAATGTGTATGCGCCGGATGCCAGTTTTGCCTTAGGCTATCCGCAGAGCTTCCAGGCGTTACAGGATCAGTTCGTGTATGCAGACTCGTCTGCCTGGGCGTACTGGATCCGCCGTGATTTAAATGATGATCAGTATACCAATGATCAGACAGAGGAAACGGCCGCCGCCTATGTGATGCTCGACTTCTTTACTGACGCACTGGGCAAACCCGTGTCGGGCAATGTGGGTGTGCGTTACGTTAAAACAGAAAATACCGCTCATGGTTATCTGCAATATCCGAACAATGCGCTGTTTGGCAACGGTGCTTTCACCGCCATGGATGCGGAGCATGATTACAGTAACTGGCTTCCCAGCTTAAACGTAAAAGTAGAACTGACCGATGATTTGCTGCTGCGTTTTGCTGCCGCCAAAGCGATGGCGCGGCCAAATTTTGCAGATTTAGGCGCCAATATTGTACTGAACGCGAATTTATCCAGTGCAGGAGAGGCCAGCCAGAATGCCGGTAACCCGCCTAAAGTGGAAGATTACGTACTGACACTGGACTCTACACAAAATCCGTATCTCGACCCTATGGAGTCCAACCAGTTTGATGTGTCTCTGGAATGGTATTACGCCGAAGACAGTTCAGCTTATGTAGCGTTATTTACTAAAGATATTTCCGGCTACCAGGTGCCCCAGTTGTCTCAGGTTGAATTTGGTGGCTATACCTATAATGCCAGCTGGCCTGTCAGCAGCGCCGATGCTGAAATCACAGGTGTCGAGCTGTCGTTAAATCACTTCTTCTCTTCACTTCCTGCACCTTTTGACGGCTTCGGCGTGCAAATGAACTACACCTGGATAGACAGTGAAATTGATGCTGATTCAAGCTCTCAGCCGGTGGATACAGACGGTTCCGGCTACGGCGACATGCCATTCAGAGGCTTGTCAGAGAATGCGGTAAACCTAGTATTAATGTACGAGAAAGGTCCGTTTTCCGCGCGCCTGGCCTACAACTGGCGGGATGAGTTTTTAATTGCAACCAATGCAAATGGTTTCACCGGCACGGAAAATGGCATCGCTTATGGCTTGCCGCTGTTCAATGCGGCGACTGCTTACCTGGATGGCTCTGTAACATATCGTATCAACGACAATTACGCGGTGGTTCTGGAAGCGAACAATCTCAATGATGCGGTGACCAAAAATGAGATGCGTCAGAACGGCCCGGGTAATCACTACAGTGCTTATCACGTGAACGATATCCGTTATGCACTGTCCCTGCGGGGCAATTTCTAG	MKTTHSGLEQFKHAKLTAFLLASLGLACPATGLAQTDSEEEDSEALEVIEVKGMRASVISAQATKMNSNKIMDGISADDIGALPDRSITETLQRVAGVAIDRYMSLGDPEHFSVEGNGVIVRGLTQVRSELNGRGTFSADGGRTLSFGDVPPELLNAVNVYKSPSADQIEGGLAGTIDLETRLPFHSDGQKIAFDISANYGDVIKETKPGYSFLYSNNWDTSAGKVGFLFDIAVSELSTRNDSMYVRPFFYRDDIAGYEGSTVYVPRGADWRTMYFNRERNGAYAALQYAPSESHEFTLTYFSSDYDMQWNEDAIFVDNWPYGVQVESGAQFSDSGVLEKGRLVQDGGIPMGADVRASSQQAKTEDIALRYRYAGEQFLVETALQRVSSDSAGLDNTVATQISVPYIDVDLTGSLPTVTSDASYLGNPDNYVWNFIMDNEYDRQADMTAADIDIQYFLSDGFFEAIKFGARYSKTSSDNADTGYNWSALAPSWLQAAIVEGQENIVPDADDLNLNSFDNFFGGDVPSPANVYAPDASFALGYPQSFQALQDQFVYADSSAWAYWIRRDLNDDQYTNDQTEETAAAYVMLDFFTDALGKPVSGNVGVRYVKTENTAHGYLQYPNNALFGNGAFTAMDAEHDYSNWLPSLNVKVELTDDLLLRFAAAKAMARPNFADLGANIVLNANLSSAGEASQNAGNPPKVEDYVLTLDSTQNPYLDPMESNQFDVSLEWYYAEDSSAYVALFTKDISGYQVPQLSQVEFGGYTYNASWPVSSADAEITGVELSLNHFFSSLPAPFDGFGVQMNYTWIDSEIDADSSSQPVDTDGSGYGDMPFRGLSENAVNLVLMYEKGPFSARLAYNWRDEFLIATNANGFTGTENGIAYGLPLFNAATAYLDGSVTYRINDNYAVVLEANNLNDAVTKNEMRQNGPGNHYSAYHVNDIRYALSLRGNF	PGPT0003790_2390	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0003790-hutA|fatA|fct|foxR-K02014	NA	NA
AK237_00303	2496			hypothetical protein	GTGTTCAAAGATAACTTTTATGTTTTGGGTTTACTGGCAAATAAAATGAAAAAAGCAAAAGCCTTTAAAGAAAAAGTAAACAATGGGCGTCTGCTTATCGTCGTTGCCATCGCTTTCTTCTTTGCGTCCGGTTCGCCGCTAAGCTATGGGCAGAATTCGCCGGTCAGCCCTGCGGATAAAACCGCTTTTAACCAACATGCAGTTCTTGTTTTTAATTCTCCCGGCGAAGATTGGGAGTCTGAGTCGCTTCCTTTGGGCAATGGTTTACTCGGCGCAACCATAGCCGGTGGCGTAACAGAAGATGTTATTCAGTTTAATGAAAAAACACTCTGGACAGGCGGCCCCGGCAAAAACGGTCCGTATCAATCCGGCTTAGCTGAAGATACATCCGGGTATGCTGAGCAGGTAGAAGCCGTCGTCAAAGAGATTGCGGAAAAAGGCTCGCTGTCACCTGAGTATGTGGCTGGCAAACTGGGTCATCAACAGCCGGACTATGGTAGCTATCAGAGCTTCGCTGATCTGGTGCTGTCGTTTCCTGACATGACGGGGGAAATTCACGATTACCATCGCAGCCTTGATTTGAGAACGGCTGTGGCGACAGTGAGTTATTCCGCAGACAAAATTGACTACAAAAGAGATTATTTTGTTACTTATCCCGACAACAGCATTGTCATCAGGCTGACGGCATCTGAAAAAGGCGCGGTGAACGTATCCGGCAAGTTACGCTTTCCTGAAAACAGAACCTGGTTGGCAGAGGGGAGCGGTCAGGATACGTTACTCTACAGCGGAGCATTAACAGACAACGGGCTTGAATTTGCAGCCGGCATGCGTATTTTGCATGAGGGTGGCACCACAGATGTGAAAGACGCAGAATTCAGCGTGAGAAACGCTGACAGCGTAACTATTCTGCTTACCGCGGCCACCAATTATGCATTACGTCACCCGGATTACCGGCTGGGACATGCAAAAGATAAAGTCACCTCGCAACTCTCTCATCTTCGAAATTTCTCTTTTGATGAGCTTCTAACCCGCCACCTAAATGATTACCAACCTTTATTTAACCGCGTCAGACTGGACCTTGGTGATGGTGAAACCGGTGAACTGAAAGCTGCGCTCAAGGCTTATCCTTCTAAAAATGAGTCGCAGAACCGCGCGCTGGAAAGTCTGTATTTTCACTATGGTCGTTATCTTTTAATTGCCTCGTCCAGAGCCGGTTCGCTGCCGGCGAACCTGCAAGGGATATGGAATAAAGACATTCAGGCTCCCTGGAGTGCTGACTATCATCTGAATATCAATTTACAGATGAATTACTGGCTGGCTCACACCACAAACCTGCCCGAAACACTGCCACCGCTGTTCGATTTTGTAGAGAACCTCACTATACCCGGACGAGAAGCCGCCGGAAGCTTATTCGGTGCAGCAGGTTGGGTGGTCTTTCTGAATACCAATCCCTGGGGGTCAACGGGTTTAATTGACTGGCCCACCGCATTCTGGCAACCGGAGGCGGCTGCATGGATAGCAAGACATTTTTATGAAGAAGTCGCATTCAATGCTGATAAAAGCTTCCTGAAAGAACGGGCCTGGCCGCTTCTCAAATTAACCAGTCAGTTCTGGCTGGACAACATGGTTGAAAGCGCGGATTCAGACACGCTACTGATTTCTCCTTCTTATTCTCCGGAACATGGTGATTTTACTGCCGGTGCGGCGATGTCTCAGCAAATCGTGACGGATCTGTTTGCAAACACGCTAACACTTGCAGAACAGGTTGGCGACGAGGAATTTGCCGCTGCGTTAAAAAGTACACTTGAAAGGCTCGAGCCCGGTCTGCGGATTGGCAACTGGGGTCAGTTGCAGGAATGGCGTCAGGATATTGATGATAACGAAAATCGCCACCGTCATATCTCCCACTTGTTTGCATTGCATCCGGGCAATCATATCTCACCGGTTGATACACCGGCCTTATCGAAAGCCGCAGCGGTATCACTTAACGCAAGAGGTGATGCCGGCACAGGCTGGAGCCGTGCCTGGAAAATCAACTTCTGGGCCCGCCTCGCCAATGGAAACCGTGCCCTTAAATTGCTGCAGGCACAATTGCGGGACAGCACGTTAAACAATCTCTGGAGCTCTCATCCACCTTTTCAGATCGACGGTAATTTTGGGGCGACGGCTGGTATTGCGGAAATGCTGCTGCAAAGTCACAGGGGTGAACTGCATTTGTTGCCAGCGCTGCCTGATGTGTGGGAGCTGGGCAGAGTAACCGGCCTCAGGGCGCGGGGGAATCGTGAAGTCAGTATGGAATGGTCTGACGGGCGCCTTAATAAAGCGATTATTAAAACCTTCACAGACGGTGAAATCCGCATTCGTTGTGACAGTTTTGACGACAAGATTAGAGTAACAGCTAACGGAAAACACGTTGCTTTTACGTCGCCTGAGCAGGGCGTCATTAGTTTCACCACCTCAGCGCAGCAGGAGTATGCCGTTTCTGCTGCTGAGTAA	MFKDNFYVLGLLANKMKKAKAFKEKVNNGRLLIVVAIAFFFASGSPLSYGQNSPVSPADKTAFNQHAVLVFNSPGEDWESESLPLGNGLLGATIAGGVTEDVIQFNEKTLWTGGPGKNGPYQSGLAEDTSGYAEQVEAVVKEIAEKGSLSPEYVAGKLGHQQPDYGSYQSFADLVLSFPDMTGEIHDYHRSLDLRTAVATVSYSADKIDYKRDYFVTYPDNSIVIRLTASEKGAVNVSGKLRFPENRTWLAEGSGQDTLLYSGALTDNGLEFAAGMRILHEGGTTDVKDAEFSVRNADSVTILLTAATNYALRHPDYRLGHAKDKVTSQLSHLRNFSFDELLTRHLNDYQPLFNRVRLDLGDGETGELKAALKAYPSKNESQNRALESLYFHYGRYLLIASSRAGSLPANLQGIWNKDIQAPWSADYHLNINLQMNYWLAHTTNLPETLPPLFDFVENLTIPGREAAGSLFGAAGWVVFLNTNPWGSTGLIDWPTAFWQPEAAAWIARHFYEEVAFNADKSFLKERAWPLLKLTSQFWLDNMVESADSDTLLISPSYSPEHGDFTAGAAMSQQIVTDLFANTLTLAEQVGDEEFAAALKSTLERLEPGLRIGNWGQLQEWRQDIDDNENRHRHISHLFALHPGNHISPVDTPALSKAAAVSLNARGDAGTGWSRAWKINFWARLANGNRALKLLQAQLRDSTLNNLWSSHPPFQIDGNFGATAGIAEMLLQSHRGELHLLPALPDVWELGRVTGLRARGNREVSMEWSDGRLNKAIIKTFTDGEIRIRCDSFDDKIRVTANGKHVAFTSPEQGVISFTTSAQQEYAVSAAE	PGPT0018650_618	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES	CE-EPS-FUCOSIDASE,PGPT0018650-afcA-K15923	NA	NA
AK237_00304	1182	rhaS_2		HTH-type transcriptional activator RhaS	ATGTTTGGCTACCATAAAAAAGTTATTTATTCGTTAACGGCATACGCTATTTTCGCCGTAATACTGGTAGCCATTGCATATCATCAGTCTTTCCCCGAAGAGTCTCTGCTTCCCCGCGCCGCTGAGGAAAACAAACTGAAGTGGAAAAGCCTGACTTACGATGATTCGCAGGAAGGTGGCGCATCCACTATTTCGGTTATCGATGACGGGTTCAGTTACACACTCAGCATGTTACTGAACGAACAGAAAGACTATCCCTTTGCCATGGGCGAAATGCTGTTTCTGAACAGTCAGGGAAAGCCTGATCTCGTGGACCTCAGTGCGTTTGATACCTTGTCGTTTATGGCAAAATGTTCACCTGAAAGTACCCTGACCTTCTCTTTATTCACTCTCGATAAAAATGCCAGCAAAATTGATGATGCAAGGTCTGATCGTATTTCCACCCGGTATTTTCACTGTAAAAGTGAGTGGCAGCGTTATGACATTGATATCACCCGGCTGGAAACACCGGAATGGTGGTACAAGTGGTATAATCAGGCGCTCAGTGAGCAGGAATACAGCCTGGCAAGAGTAAAGAAAATTTCATTTGGCAGTTCCATTCAGAGTCCGCTGAATGTGCAGTCCACCATCAGTATCCGCGAAATTGTGTTTAACGGTAAAGACTGGTCTTACTTATATATTTGCGCTGCTATTTTACTTGCCTCAGGTGCAATGCTGGTCGCATGGCTGTTTAAAGCCCACAGCAAATATCTGATGAAAGAAGTGAAAAATAAACTTCAGAAGGACCGGCCGTTAATTGACTGCGAACACCTTTCACTGGAAAGCCACAGAGACAAAGATAAAACGGCCATTTTGAAATTCCTTGCCAAAGAGTACGCAAATCCAGGGCTAAATCTGGAGTTTATTGTCCGGGCGTTAGGCATTAACCGGAATAAAATTAACGACATTCTGAAAAGTGAGTGCGGGTACACGTTTTCAACCTATTTAAACAAGTTGCGGCTGAACGAAGCGGCACGCCTTCTGACGGAAAACAAGGACGCCAACGTTTCTGAAATCGCATACTCGGTAGGTTATAAAAACGTGCCTTATTTCAATAAGCTTTTCAAAAACGAATACGGATGCAGCCCAGGCATGTTCCAACATGGAAGTGACCATTTCCACGCTAAAACTGCATCCGGATAA	MFGYHKKVIYSLTAYAIFAVILVAIAYHQSFPEESLLPRAAEENKLKWKSLTYDDSQEGGASTISVIDDGFSYTLSMLLNEQKDYPFAMGEMLFLNSQGKPDLVDLSAFDTLSFMAKCSPESTLTFSLFTLDKNASKIDDARSDRISTRYFHCKSEWQRYDIDITRLETPEWWYKWYNQALSEQEYSLARVKKISFGSSIQSPLNVQSTISIREIVFNGKDWSYLYICAAILLASGAMLVAWLFKAHSKYLMKEVKNKLQKDRPLIDCEHLSLESHRDKDKTAILKFLAKEYANPGLNLEFIVRALGINRNKINDILKSECGYTFSTYLNKLRLNEAARLLTENKDANVSEIAYSVGYKNVPYFNKLFKNEYGCSPGMFQHGSDHFHAKTASG				NA	NA	NA	NA	NA
AK237_00305	1083	celE	COG2730	Cellulase/esterase CelE	ATGCGTTACTCACACCTTCTGTTTCTTTTTTTCATACTGTTTAACCCTGTACGGGCTTTCGCTGACAATTTCGTCGCTTCAGCAAATGACGGGTTCAGTTACTCTGGCAGAGTGGCTTACACAGAGCAGGGAGCCTTTTTAAGCTGGCCGGGTAACAGTGTTACGTTTTCTTTTTCCGGTAATAAATTGATATTAGCGTTAGACGATCAAACCGGAAGGAATTATTACAACGTCATTTTTAATGGCCAGGACATTTCACCCTATGTCATTCATACGCAACGGGGACTGCATCAGTACGATCTGAGTCACATGGTACGTTCTGATAAAACACAGGTGACACTGTTTAAACGTACTGAAGGCGAAGAAGGCGGAACCTATTTTCAGGGCGTGACACTGGCAGACGACGGGAAGCTGCTGGCAAAACCGGTGCCGCCGTCAAGACGCATCCTGTTTTATGGCGATTCGATTACCGTCGGCATGGGCAATGAAGCTGCCCATAACGACCCGGATAATAAGCCTTCTGAGAAAAATCACTATCTTTCCTATGCGGCTATCACGGCTCGACATCTCAATGCGGAATTCCATTCAATTGCAAAAAGCGGTATTGGCTTTATGGTCAGCTGGTTTGATTTTACGATGCCGGAATATTATGACCAGCTTACAGCGGAAAGTAACAACAACTCTTCATGGCATTTTGATGACTGGCAGCCGGATGTGGTGGTGGTGAATCTTGGCCAAAATGATCGCTGGCTGATTGAAAACGAAAGGCGTTTAAACGCCGGGCCTGAGGAGATCAAAAAATCCTATGAAGAGTTCATCCGCACGTTGCTGAAGCACCATCCTGATGCTGAGTTCGTGTGCGCTATCGGCAGTATGGATGCAACAAAAACCAGCGTGTGGCCGGACTACATTGCCAGTGCTGTTGATGCAATTAAGGCGTCACCTGATTCACCCGGAGACGGGCAAAGAGTCCATACCCTGGTCTTTGATTTTACCGGTTACGGTGCTCATCCGCGTGTGGAACAGCACAGAGAAAATGCCGCGAAGCTGACGGATTATTTGAAAGAAATGATGAACTGGTAA	MRYSHLLFLFFILFNPVRAFADNFVASANDGFSYSGRVAYTEQGAFLSWPGNSVTFSFSGNKLILALDDQTGRNYYNVIFNGQDISPYVIHTQRGLHQYDLSHMVRSDKTQVTLFKRTEGEEGGTYFQGVTLADDGKLLAKPVPPSRRILFYGDSITVGMGNEAAHNDPDNKPSEKNHYLSYAAITARHLNAEFHSIAKSGIGFMVSWFDFTMPEYYDQLTAESNNNSSWHFDDWQPDVVVVNLGQNDRWLIENERRLNAGPEEIKKSYEEFIRTLLKHHPDAEFVCAIGSMDATKTSVWPDYIASAVDAIKASPDSPGDGQRVHTLVFDFTGYGAHPRVEQHRENAAKLTDYLKEMMNW				NA	NA	NA	NA	NA
AK237_00306	1167	mdtA_3		Multidrug resistance protein MdtA	ATGACCGGCACGAACAGACATACATCAGGAACGGTTATGGGAAAAATTGCATTTATTGGTTTACTGCTGGTAGCCGCCATTGTTGTTGTAACGGGGATCATGAGCCGTCAGGCGAACAGTGAACAGGTCGCAGAATGGACGCAGGCGCGCTTGATCCCGGCTGTTTCTGTGACGCAGCCGGCAACCGGCGAGGCAACACAGTCGTTAACCCTGGCCGGACGGCTTCAGGCGTTTAAACAGGCGTCTATCTACGCCCGTGTGGACGGTTATGTGAAAGAGTGGCATCACGATATCGGCGCGCTGGTAACAGAAGGCGAAGTGCTGGCAGAGCTCGATACACCAGAGCTGGATCAGCAGCTTATCCAGGCGCAGGCCGACGTAGACAGGTTCAGCGCTGATGTTGCTCTTGCCCGGTCAACGCTGGACCGATGGAAAAAGCTGGTGGCGACCAATGCCGTGACTGCTCAGGAACTGGAGCAGCGTGAAAACAGTTACCGCGCTGCACAGGCGCAGCTGGCATCAGCCAAAGCCAATGTTAACCGTTTACAAGTACAAAAGGATTTAGCCATGATACCTGCGCCTTTTGACGGCGTCGTGGTGGCAAGAAATAAGGATATTGGCGATCTTATCAATGCCGGTTCGGATGACAGCGAGCCTTTGTTTATGCTGGCGTCGACTCACCCGTTGCGTTTGAATGTTCAGGTGCCGCAAAAATTTGCCCGTCAAATCCAAACAGGGAGTCAGGCTGAGGTGTCAGTACCGGAAAGCCCGGGAAGCCGCTATGAGGCGGAAGTGGTGCGCTCGAACTCAGCGGTGGATCGCCAGACCGGGACCATGCTGGTGCAGTTAATGCTCGATAATCAGGATAACAGCTTATTGCCGGGGGGCTATGCCAGTGTCAATTTGCCTTTATCGGCTAACGCAGCCATGCTCACCGTCCCCGTGAGTGCTTTAATTTTTAATGCGAACGGCTTGTCTGTAGCGACAGTGTCCGGTGCCGGCGATAATACCACCGTTTCACTAAAAGCCATTGAACCCGGCAGAGATTTAGGCCGTGATATTGAAATTGCCAGCGGGATAAATGCCACTGACCGTGTGATCACCAATCCACCTGATGGCATTGAAAATGGTGACGTGGTTCGCGTGGTAAGTGCGGAGCAGGGTTAA	MTGTNRHTSGTVMGKIAFIGLLLVAAIVVVTGIMSRQANSEQVAEWTQARLIPAVSVTQPATGEATQSLTLAGRLQAFKQASIYARVDGYVKEWHHDIGALVTEGEVLAELDTPELDQQLIQAQADVDRFSADVALARSTLDRWKKLVATNAVTAQELEQRENSYRAAQAQLASAKANVNRLQVQKDLAMIPAPFDGVVVARNKDIGDLINAGSDDSEPLFMLASTHPLRLNVQVPQKFARQIQTGSQAEVSVPESPGSRYEAEVVRSNSAVDRQTGTMLVQLMLDNQDNSLLPGGYASVNLPLSANAAMLTVPVSALIFNANGLSVATVSGAGDNTTVSLKAIEPGRDLGRDIEIASGINATDRVITNPPDGIENGDVVRVVSAEQG	PGPT0003275_1546	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE	CE-BACTERIAL_FITNESS-MULTIDRUG_TRANSPORT-EFFLUX_PUMP_MexAB-OprM,PGPT0003275-acrA|lir|mtcA|mexA|adeI|smeD|mtrC|cmeA-K03585	NA	NA
AK237_00307	3159	cusA	COG3696	Cation efflux system protein CusA	ATGATGCTTGCACTGGTTAGAATTGCACTGAGTAAACCCTACACCTTCGTGGTGCTGGCGTTACTCATTCTTATTTTGGGGCCGTTGTCGGCCATGCGGACGCCGACGGATATTTTCCCGAATGTGGATATTCCGGTGATTGCGGTTGCCTGGCAGTGGCGGGGCTTGCCGCCTGATGAAATGGCCGGCCGTATTACAACGCCTTTTGAGCGGGCGCTGAACAGTATCGTGAATGATGTGGAGCATATTGAAGCCACGTCGTACACGGGATTCGGCATTGTTAAAATATTCTTCCACGATACTGTGGATATCAACATGGCCAACGCTCAGGTGACAGGCGTGGCGCAAACGCTGCTGCGCCAGATGCCACAGGGCACCGCGCCGCCCCTGATCATGAACTACAATGCCTCTACTGTACCGGTGCTCCAGCTTGCGTTATCGGGTAAAGGACTCACAGAACAGCAACTGGCCGATCTGGGCATGAATCAGCTCCGCTCAAGGCTGGTTACCGTTCAGGGCGCATCAATTCCCTGGCCCTTTGGCGGTAAGTCACGGCAAATTCAGATAGATCTCGACCCCGACGCGCTCCGTGCCCGGGGGCTTTCAGGTCAGGATGTGGCCAATGCTCTGGCAGATCAGAACGTGATCATTCCTGCCGGCACGCAAAAAATCGGCGAATATGAATACGCCATTCAAATCAATAACGCGCCTGCCACTATTGAAGAGATTGGTGACTTACCCATTCGTACCGTTAATGACACCATTGTTTACATCCGCGATGTTGCCCATGTTTATGACGGCAGTGCGGTACAAACGAATATCGTGCATGTGGATGGCGGTCGCTCGGTGTTAATGAGCATATTTAAATCCGGCAATACCTCAACACTGGATGTGATCAATGGCATTAAGCAGCGTATTGAAGAGGTCAAAGATGCGTTGCCCGAAGCGTTGGAAGTTAAGCAAATCGGCGATCAGTCTATGTTCGTGCTTAATGCTGTGCATGGCGTAGTGGTGGAAGGCGTGATTGCGGCGCTGTTGACCAGTTTGATGATTTTGCTTTTCCTCGGTGGTTGGCGCTCCACACTGATTGTGACGTTGTCCATTCCGCTGTCGATTCTCGGTGCGATTCTGGTGATGTCCTTACTGGGCCACACCCTGAATATCATGACATTAGGAGGACTGGCACTTGCTGTGGGGATCCTGGTTGATGAGGCTACGGTGACCATTGAAAGCATCAATTATCATCTGGAACAGGGCAAGCCGGTAGAAACTGCGATTTTAGACGGAGCAGGGCAGATAGCTGTGCCGGCGTTTGTTTCGCTGTTGTGTATCTGCGTGGTTTTTGTGCCTATGTATTTTCTGGAAGGTGTACCGCGGTATTTGTTTGTGCCCATGGCAGAAGCGGTGATGTTGTCCATGCTGTTTTCTTTCCTATTGTCGCGCACGCTGGTGCCTACGCTGGCAAAGTACATGTTAAAGCCACACGATGATGCAAATTCTTCGTCTTCATATTTTGCCAGGTTTCAACAAGGTTTCGAGCGGGGTTTTCACCGGTTCAGGCACCGTTATCAGTCGGCACTGCACCGCGCACTCGTAAGCAGAAAACGGTTCATTACCTTGTTTATGCTCGCCGTCATGCTGTCGTCTGCGTTATTGCCTTTCATCGGCCGTAATTTCTTTCCTGATGTGGACAGCGGGCAAATAGCCCTGCACGCAAGAGGCCCGGTGGGTATGCGGGTAGAAGAAACCGCTGCCAGATTTGCTGAGATCCAGGATGTGATCAGAGAAGTGATTCCGCCTGAAGAGCTGGCGGCCATGGTTGATAACGTGGGGACCTATATTTCCAGTATGAATACCATTTACGCCAATACCGGCATGATTGGTTCTTCAGACGGCGATATCAATATTTCGCTGACACAGGAGCATGCGCCCACTGCGGAGTACATCAAAACACTCAGAGAAGTGTTGCCGGAACGCTTTCCTGATATGACGTTCTCATTTTTACCCGCTGACATCGTCAGCCAGATCCTCAATTTTGGTGCTCCGTCACCCATTGATATTCAGATACGGGGCAGGGATCTGAATGCCAACTTCGACTTTGCAAACGACATGTTGAAAGATATCCGCGCTGTGCCCGGTGTTGTTGATGCCCGTATTCATCAGTCAAGGCTGGCACCGGCCATTAAGATAGATATTAACCGTGAACAGGCAGCGCTGTCCGGTATTACCCAGCGGGATATCAGTAATAGTCTGGTGGTGAACCTGGCCGGCTCTGCACAGGTCTCTCCCACATTCTGGTTAAATCCTGCCAATGGCGTGTCTTACCCCATTGTTATGCAAACACCTCAATATAAAGTTGATTCACTGGCTGAGCTGAACAATATTCCGGTTAATGGTAATGCCAGTGAGCCGTCAGTTCTTGGAGGCATGGCGACGTTCAGCCGCACGCAGTTGAACGGAGTGTTTACGGAGTACAATATCGAGCCCATGGTGCAAATTTTTGCTACCACACAGGGCCGGGATTTAGGTGCTGTAGCTGAAGATATTCAGCAAATCATCAACCGGTATGACGCTGAAAAGCCCCGAGGTGCAACGGTTGAGATGAAAGGTCAGGTAAGTACTATGCAAAGCGCCTATCAGGGCCTGCTTACCGGATTAATCGGTGCCATCGGACTGGTCTACTTCATTATTGTGATCAATTTTCAGTCCTGGCGGGACCCGTTCATTATCATCATGGCATTGCCTGCTGCTATCGCCGGCATTGTATGGATGTTATTTACCACGGGCACTACCTTCAGTGTACCGGCACTGACCGGCGCGATTATGTGTATGGGGGTGGCCACTGCGAACAGTGTACTGGTTGTCAGTTTTGCCAGAGAGCGTCTGGCAGAAGTGAAAGATGCCACGCAGGCAGCTCTGGAAGCAGGGTTTGCCAGGCTGCGCCCTGTACTAATGACGGCCCTTGCTATGATTGTGGGCATGCTGCCCATGGCGCTGGGTCTGGGGGAGGGCGGTGAACAGAATGCGCCGCTGGGCAGAGCCGTTATTGGCGGGCTGCTGTTTGCGACGGTTGCCACATTATTTTTTGTACCCGTTATCTTCAGCCTCTTACACCGCAACGATAACGACGAATCAATCAAACACACCGGGCAGGACTAA	MMLALVRIALSKPYTFVVLALLILILGPLSAMRTPTDIFPNVDIPVIAVAWQWRGLPPDEMAGRITTPFERALNSIVNDVEHIEATSYTGFGIVKIFFHDTVDINMANAQVTGVAQTLLRQMPQGTAPPLIMNYNASTVPVLQLALSGKGLTEQQLADLGMNQLRSRLVTVQGASIPWPFGGKSRQIQIDLDPDALRARGLSGQDVANALADQNVIIPAGTQKIGEYEYAIQINNAPATIEEIGDLPIRTVNDTIVYIRDVAHVYDGSAVQTNIVHVDGGRSVLMSIFKSGNTSTLDVINGIKQRIEEVKDALPEALEVKQIGDQSMFVLNAVHGVVVEGVIAALLTSLMILLFLGGWRSTLIVTLSIPLSILGAILVMSLLGHTLNIMTLGGLALAVGILVDEATVTIESINYHLEQGKPVETAILDGAGQIAVPAFVSLLCICVVFVPMYFLEGVPRYLFVPMAEAVMLSMLFSFLLSRTLVPTLAKYMLKPHDDANSSSSYFARFQQGFERGFHRFRHRYQSALHRALVSRKRFITLFMLAVMLSSALLPFIGRNFFPDVDSGQIALHARGPVGMRVEETAARFAEIQDVIREVIPPEELAAMVDNVGTYISSMNTIYANTGMIGSSDGDINISLTQEHAPTAEYIKTLREVLPERFPDMTFSFLPADIVSQILNFGAPSPIDIQIRGRDLNANFDFANDMLKDIRAVPGVVDARIHQSRLAPAIKIDINREQAALSGITQRDISNSLVVNLAGSAQVSPTFWLNPANGVSYPIVMQTPQYKVDSLAELNNIPVNGNASEPSVLGGMATFSRTQLNGVFTEYNIEPMVQIFATTQGRDLGAVAEDIQQIINRYDAEKPRGATVEMKGQVSTMQSAYQGLLTGLIGAIGLVYFIIVINFQSWRDPFIIIMALPAAIAGIVWMLFTTGTTFSVPALTGAIMCMGVATANSVLVVSFARERLAEVKDATQAALEAGFARLRPVLMTALAMIVGMLPMALGLGEGGEQNAPLGRAVIGGLLFATVATLFFVPVIFSLLHRNDNDESIKHTGQD	PGPT0016195_169	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
AK237_00308	468			hypothetical protein	ATGAATAGCCAGCTTTATGGAAACTCTACCGGGGTACGGTTGGTATCAGACAATAAATTCATAATAATTCGTACACGTTTTTGCAGCAGAGGCTTCCGGCATTCCATCTCATTACTGCCCGACCTAAACGATTCGGAAAAACAACATTTGTACAATATTGACAAATTGTTGTCCTCATTTATGCTAAAGAATTCAAGTCTGCAGACCAATATTTGGAAACTAGAAATGCGACTATCAATTGAAATTACGCCCGAGCAGCATAAAAATCTGAAAGCCGCTGCAGCATTACAAGGCAAAAGTATTAAGAGCTATGTGCTTGAAAAGGCGCTTCCCGCTCCCGCAGAGCAAGAGGCATTGCAACAACTTGAGGCGCATTTAACCCCCCGGGCTACTGCCGCGAAAGAGGGAAAGCTGTCAGGTAAATCTGTTGATGATATTTTTGATGAGGAAATAGCAAAAGCTAAATAG	MNSQLYGNSTGVRLVSDNKFIIIRTRFCSRGFRHSISLLPDLNDSEKQHLYNIDKLLSSFMLKNSSLQTNIWKLEMRLSIEITPEQHKNLKAAAALQGKSIKSYVLEKALPAPAEQEALQQLEAHLTPRATAAKEGKLSGKSVDDIFDEEIAKAK				NA	NA	NA	NA	NA
AK237_00309	315	parE_1		Toxin ParE	ATGCTTCATTACGACATTACGGACGATGCCGAAGCTGATATAAGGGAAATAGTGCACTACACCTTAGATAAATGGGGAACTGCACAAACTGACATTTACAGAACGGCACTCAAACACACCTTCGAACTTATCGGAAACCACGACATCGTATTGAGAAAGCTCTCAGATACACATCCTGATTTACTATACGCAAAATGCCAGCACCACTACATATTTTATATAACTGAAGGTGTTGAGAAGCCAACAATCATCGGCGTAATTCATGAAGCAAGAGAAATCGTTGCAGTACTGCAAACAAGATATGGCAAGGGATAG	MLHYDITDDAEADIREIVHYTLDKWGTAQTDIYRTALKHTFELIGNHDIVLRKLSDTHPDLLYAKCQHHYIFYITEGVEKPTIIGVIHEAREIVAVLQTRYGKG				NA	NA	NA	NA	NA
AK237_00311	2658	bphP		Bacteriophytochrome	ATGGAAACACCCAACACATCATTTTCGTTTCAGAAGTGTGAAGATGAGCCCATTCATATCCCAGAGAATATCCAAAGTTACGGTTTTCTAATCGCTTTTGATAAACAGACGTTAGATGTGTCGATTGTTAGCGAAAATATCTCCAACCTGTTCTCGGACACTATCATCGGTGAACCGTTTTTATCATTGCTATCTCCAGCGACAACCGAAAAATCGTTTTTGAACGATACCTTTGAGCGAGTCTCAAAAAGTAACATTCGCTTGCCGATTAAATTACGGCTAAATGACGCTTTGCTTAAGGATGGGGGTGAAGCTGAATATCTCGCTGTTGTTTACAACAGTGGCGAGCATTATGTGGTTGAGTTGGAACCGGCGACGGAGTTTCGCGATACTTATAGTGCAGAGCAATTTATCAAGCTGTACTCGATGTCGGTGGCCCCGCGATTCAAAGGGATGTCTACATTGGGCGAAATGGCCGCAGAAATGGTAGCCACCATACGTTATCTAACCAATATGGACCGTGTAGTACTGTATAAGTTTAACGATGACTTCTCAGGTAAAGTTATCGCCGAGGCGAAAGCCGATGACATGTCGTCGTACCAGGATCTTTATTTTCCGGCCACGGATATTCCCAAACAAGCCAGAGAACTGTACAAGACGAACTGGGTGCGGTTGACACCAGATACCGAATTACCTGCATCAAAGCTTATCCCCACGCAAGAAGCGTCGGGCCGTGAGCCTCTTGATTTGACCCGCTCGCTATTGAGACGGTTTTCTCCTATTCATCTGCAATATATCCGGAATCAGGGATTGCGAGCGTCTTTTTCCGTGTCGTTAGTTACGGAAGGCGAGTTGTACGGACTCATCTCGTGTCATCATCGGGAGCCTTGTTATATTCCGCAAGACGTGCGACTGCAATGTGAAAACCTGAGTCAGCTTTTTAGTTGGCATCTGCGCGCAAAAGAGGAAGAGATTGCGCGCTTGAAGAAAGAGGAAACCGACAAAGCCGTTGATCTGATGTTGGATAAAATTGGCCCCTCCAATCCTATTGGACGTGTGGTTAAAAGTGGTGAGAAGGCTTTTCTTGACGCATTAAATTCAGATGGCTTTTTGTATTTTTCGCAGTACGAAACAATATCGCTAGGCGATGTACTGCCGGTTGATCTGGTAAAGTCAATTTTTACCAAGGTGAGCCATAGCGAGGGGTTTCCTTATACCAACGACCATCTTTACGAAGAGTGGCCGGAAGCCCGTGAGCACGGCATCGCCGGTATTATGATTATTCCGTTGTTTGAAAAGAAGCGTTACTTCACTGCATGGTTTAGAAAAGAAACGCCTCGCATTCAACGCTGGGTGGGGGTGGAAAACGAGAAAGATGAAGATGCGCCAAAAGAAGAGCGGTTAAAACCCAGAACATCTTTTGCTGTCAACGAGCGTCGCATCACCGGTTTTTCTCAAGCGTTTGACAAGGCAGATATCGAGACCGCGAATCGTTTAAACCGCATGTTTTTAGTGTATGCGCTGGATGTGCAGGAAAAAATGCATATCAGCATTCAGGAACTTGAACGCCAGGATCGCTACCGCAACGAGTTTCTCGCGACACTCGCTCATGAATTACGTAATCCTTTGGGCCCCATTACTTCTGGAGCCAGTATTCTGGAAACGGTGGATGACGAAGCTACCCGCAAGCGAGTGACATCTATCATCAGCCGGCAAGCCGCCTACATGTCAAAATTGGTAAATGACCTGATGGACGTGTCGCGTATCACCCAAGGTAAGGTGAAATTAGAGTTTGAAAAGCTGCTTATTCATGACGTGATTTCTCAATCGCTGGAAATGGTGGATGAGCATCTGGCTGCGAAAAATCACCATATTGATGTGGAATATCCCCAAGAACAGCTTACTGTTTATGGGGATAAGGCCAGACTGAGTCAAATATTTTCTAATATTATCCACAACGCTGCCAAGTACACAGAGGATGGCGGTCATATACGTATCCACGTACGTGGTGAAGGCTCGCTGGTAGTGGTGGAAATTGCCGATAACGGTATGGGGATCCCGCAAGAAAGGTTGGGGGACGTCTTTAATATGTTTACGCAAATTGAAGCACATTCTACCCATACAAAAGGTGGGTTGGGCATTGGCCTCACACTTGTGAGTAAGCTGATAGCGCTTCACCATGGTGATATTCGGGTGGAAAGTGAAGGTACAGGTAAAGGCAGTACGTTTTATATTCGTCTGCCTATTTCCCGTGTAGCCTACGATGAAACCAACATGGGTTCAGATGACGATGCGGTCACTCCCGAGACGAAAGTGATGTTCGTAGACGATAATGCCGACCTGGTGGATACCTACTGCATGCTTGCCGAATCGATGGGTTATAAAACCAAGGGCGTATCGGACCCGACCAAAGCGCTGGAAACCTTTAAATCATTTCGCCCAAGTTGCGTGTTTTTAGACATTGGCATGCCGGGCATTGATGGCTACGAGTTATGTAAGGTGCTGAAAATTCAGCCAGAGGCATTTCAGGTGAAGTTCTACTCACAAAGCGGCTGGGGTTCAGATCGCTATCTTGAAGATTCCAAGAAAGCCGGATTCGAAAAACATCTGGTGAAACCGCTGACCAAAGATATGATTAAATCGGCGGTGGAATCTTAA	METPNTSFSFQKCEDEPIHIPENIQSYGFLIAFDKQTLDVSIVSENISNLFSDTIIGEPFLSLLSPATTEKSFLNDTFERVSKSNIRLPIKLRLNDALLKDGGEAEYLAVVYNSGEHYVVELEPATEFRDTYSAEQFIKLYSMSVAPRFKGMSTLGEMAAEMVATIRYLTNMDRVVLYKFNDDFSGKVIAEAKADDMSSYQDLYFPATDIPKQARELYKTNWVRLTPDTELPASKLIPTQEASGREPLDLTRSLLRRFSPIHLQYIRNQGLRASFSVSLVTEGELYGLISCHHREPCYIPQDVRLQCENLSQLFSWHLRAKEEEIARLKKEETDKAVDLMLDKIGPSNPIGRVVKSGEKAFLDALNSDGFLYFSQYETISLGDVLPVDLVKSIFTKVSHSEGFPYTNDHLYEEWPEAREHGIAGIMIIPLFEKKRYFTAWFRKETPRIQRWVGVENEKDEDAPKEERLKPRTSFAVNERRITGFSQAFDKADIETANRLNRMFLVYALDVQEKMHISIQELERQDRYRNEFLATLAHELRNPLGPITSGASILETVDDEATRKRVTSIISRQAAYMSKLVNDLMDVSRITQGKVKLEFEKLLIHDVISQSLEMVDEHLAAKNHHIDVEYPQEQLTVYGDKARLSQIFSNIIHNAAKYTEDGGHIRIHVRGEGSLVVVEIADNGMGIPQERLGDVFNMFTQIEAHSTHTKGGLGIGLTLVSKLIALHHGDIRVESEGTGKGSTFYIRLPISRVAYDETNMGSDDDAVTPETKVMFVDDNADLVDTYCMLAESMGYKTKGVSDPTKALETFKSFRPSCVFLDIGMPGIDGYELCKVLKIQPEAFQVKFYSQSGWGSDRYLEDSKKAGFEKHLVKPLTKDMIKSAVES				NA	NA	NA	NA	NA
AK237_00312	903	yghA		putative oxidoreductase YghA	ATGACGCAAGAGAATAAGTCTCAGCGACAAGATCCCAGATATAAGTTCGATATTGACGATACACGTAAGAATGATGACCAGCCAAACCCTGCGTTAGATGCAAAACTTCGCCCAAAGGCGGATCATGGTGAAACGTCATATAAGGGCTCTGGACGCCTGCAGGGAAGAAAAGCACTGATCACCGGCGGAGATTCCGGAATAGGCCGGGCTGTGGCAATCGCTTATGCGCGTGAAGGTGCAGATGTGGTTATTAACTATTTAGGCAGTGAACAGCAAGACGGCGAAGACACACTCGCGCTACTCAGAGCTGAAGGAGTAAACGCACATGCCATTGAGGGCGATCTAAAAGACGAAACGTTTTGCTATAAACTGGTCGATCAGGCTAACGATTTGCTCGATGGACTCGACATTGTGGTAAACAATGCCGGCAAACAACTGTTCGTCGAAAAACTTGAAGACTTGTCTACGGAACAATTTACCTCTACGTTTGCTACAAACGTTTATTCCATGTTCTGGATAACAAAACAAGCCATAAAGTATCTGCCCCCCGGCTCGAGTATTATCAATACAACGTCGATTCAATCTTATCAACCGTCTGCCGGACTGCTTGATTACGCTTCGACTAAAGGCGCTATCACCACGTTTACCAAGGGTTGTGCGAAGATGTTGATAAAGCAGGGAATACGAGTGAATGGTGTAGCACCGGGACCAATCTGGACGCCATTACAGCAGAGCGGCGGTCAACCCGCGGACAAACTGACTGAATTTGGTCAAAATACGCCTATCGGTCGGCCTGGACAACCCTCTGAACTCGCGTCCGTCTATGTCTATCTCGCTTCGGAAGAGTCGAGCTATGTGACCGCCGAGATTATGGGTGTAACTGGCGGTCAACACTTACCTTAG	MTQENKSQRQDPRYKFDIDDTRKNDDQPNPALDAKLRPKADHGETSYKGSGRLQGRKALITGGDSGIGRAVAIAYAREGADVVINYLGSEQQDGEDTLALLRAEGVNAHAIEGDLKDETFCYKLVDQANDLLDGLDIVVNNAGKQLFVEKLEDLSTEQFTSTFATNVYSMFWITKQAIKYLPPGSSIINTTSIQSYQPSAGLLDYASTKGAITTFTKGCAKMLIKQGIRVNGVAPGPIWTPLQQSGGQPADKLTEFGQNTPIGRPGQPSELASVYVYLASEESSYVTAEIMGVTGGQHLP				NA	NA	NA	NA	NA
AK237_00313	624			hypothetical protein	ATGGAAGATGTTCAACTTTTACTATTAAACCTGGCAGGGATCGGCTTTTTCGCCATCTCGGGTACCCTGCTGGGTGCCCGAAAGGATGTTAACGGCTTTGGAATTGTGGTGCTTGCTACAATAACGGCCACAGGAGGAGGAACACTGCGTGATCTCCTGCTGGGTCAACCCGTTTTCTGGATTGAAGATTCCATCTATCTGATAACAAACTTTGCGGCTATATCGCTTTGTATTATGTTCATAAGGCGATTCCCGTCTCCGGACAGCCGGTATTTTCTGGTGGTAGACGCCTTTGGGCTGGCCTTATTCAACATCATTGGCATTTTTAAAACCATTGAATCAGGCGCAGATTTGGTTGTTGCGCTTACAATGGGCGTTGTCACGTCAGTGTTCGGAGGAATACTCAGAGATGTCATTTGTCGTGAGGTGCCGGTGACCCTCAAAAACCAGCTCTATGCCACAACGTGCGTTATCGGAGGACTTATCTATATTCTGACCGCAAATCTTGGGTGGAATACTTACCTGTGCATAGGCCTCGCATTTCTAACCACGCTGTTTATGCGGTTGTTAGCCATATATGATGGGTGGAACTTTCACTTGTTTAGTCAAAAGTCTAATGGCTGA	MEDVQLLLLNLAGIGFFAISGTLLGARKDVNGFGIVVLATITATGGGTLRDLLLGQPVFWIEDSIYLITNFAAISLCIMFIRRFPSPDSRYFLVVDAFGLALFNIIGIFKTIESGADLVVALTMGVVTSVFGGILRDVICREVPVTLKNQLYATTCVIGGLIYILTANLGWNTYLCIGLAFLTTLFMRLLAIYDGWNFHLFSQKSNG				NA	NA	NA	NA	NA
AK237_00314	282			hypothetical protein	ATGCATACTAAAAATGTAAGGTCCTTAAATAAACAAACGATGTCTGTACTGGATGGTGTGTCTTTTTTCTGTAAAAACAAATTAATTCACATCAAAGAATTTACGAGCAGTATTACAGGGAATAGCTTAGAAGCCACGCTAACTAACTCGGCCAGGATATGCTTTTCGTCTGCGGGTGAAAACTTGTTGTCGGTGTCATTAACCTCTCCAGCTTCGTCTCAAAATTTTCTGCTGGAGTTTAACCAAAACAAATGGATGTTCAAATCTGAAAAAGCAGCCTAG	MHTKNVRSLNKQTMSVLDGVSFFCKNKLIHIKEFTSSITGNSLEATLTNSARICFSSAGENLLSVSLTSPASSQNFLLEFNQNKWMFKSEKAA				NA	NA	NA	NA	NA
AK237_00315	585			hypothetical protein	ATGATTCAAACAATTAACCCTCGAAGTGGTGTGGCATTTGAGTTAAAAAAAGGCCAAAAATTAAAGGTTATCGACCCGGAAGGTGAGCAAGTAGCCGATTTGTACGCATTTAACAGCGATAATCACAACGAGTACTTATCATCCGGGCGCTCTTTAGACTACAACGAGAGCGTTAACTTCGGTGTATCTTCGCTGCTTTATTCAAATCAAAGCAACATCATGTTTGAAATTATTGAAGATAAAGTTGAAGACCATGATTTTTTACTTACTCCGTGTAGTAAGGATACCTTTAAACATTTTTATCCTGATGAAGAACCTGTTCCAGGGTGTCATGGAAATTTAGTTAGTGCATTCGCCGCGTACGGCATTCCGGAACATTTAATTGGCACGACGTTTAATACTTTCATGAATGTGGAAATTGCTAAAAATGGAAAATTGCGGGTGTTACCGCCAACGTCTAAAGCAGGCGACTTTACAATCTTTGAAGCGAAAATGGACATGGTGGTGGGTCTGACAGCCTGCTCAGCAGGGGAGTCGAACAATTTCAGGTATAAGCCTATTCAGTATGAAATTGTGAACGCGTAA	MIQTINPRSGVAFELKKGQKLKVIDPEGEQVADLYAFNSDNHNEYLSSGRSLDYNESVNFGVSSLLYSNQSNIMFEIIEDKVEDHDFLLTPCSKDTFKHFYPDEEPVPGCHGNLVSAFAAYGIPEHLIGTTFNTFMNVEIAKNGKLRVLPPTSKAGDFTIFEAKMDMVVGLTACSAGESNNFRYKPIQYEIVNA	PGPT0001000_1838	DIRECT EFFECT	BIO-FERTILIZATION	NITROGEN_ACQUISITION	N-AQUISITION-UREA_USAGE	N-AQUISITION-UREA_METABOLISM,PGPT0001000-ycgI-K09967	NA	NA
AK237_00316	672			hypothetical protein	ATGCTAACCGATTTGGTGGACGCGCGTACCTCAGTAACTGATTTTATTCTTCAACAAGGCTTTCCCTGTGCTGGTGCTAAAACCGCATTGAATCGCAAGCAAATTGACGTTCGCCTGTTTTCCGATCTCAGCGATGAGCGGGACAACCTGGATATCCTCAATACGATTTACACCTTCAGCGAACAATTTGACATAAACCGACATATGTTCTCTTCGCTGGTATTAACCTTTGACCGGCCCGACGAGTGTACAGAGAGAGAATATGAAAAATTACTCTGGACCAAACTACAACAGTTACATGATATCGACAGTAAGTTACACCCGTGGGACCAGGGGGTGAGCTATGATCCCGACGACCCCAATTTTAGTTACTGTTTAGGGGGAAGAGCCTTTTTTATCGTGTGTTTAAATCCTGCGAGTAAAAGAAAAAGTCGCCGTTTCCATAGTCCGGCCATTGTATTTAATTTACATCAGCAATTCGAACAACTCAGACGGGATGGCAAGTTTGAGGCTTTTCGGGATCATATTCGCAAGAAAGATGCAGAATTCAACGGAAAAATTAATCCAATGCTTAATAATCATGGTACCGACTCTGAGGCGAAACAATACAGTGGAAGGCTTCTTGAAGGCAATTGGCAATGTCCATTTCATTTTAAAAAGGAAACAGCATGA	MLTDLVDARTSVTDFILQQGFPCAGAKTALNRKQIDVRLFSDLSDERDNLDILNTIYTFSEQFDINRHMFSSLVLTFDRPDECTEREYEKLLWTKLQQLHDIDSKLHPWDQGVSYDPDDPNFSYCLGGRAFFIVCLNPASKRKSRRFHSPAIVFNLHQQFEQLRRDGKFEAFRDHIRKKDAEFNGKINPMLNNHGTDSEAKQYSGRLLEGNWQCPFHFKKETA				NA	NA	NA	NA	NA
AK237_00317	228			hypothetical protein	ATGATAAATAGCGACATTGTGCACGTGACAAACGCGCCACCCGGCTCTGTGGCTGAGAATATTTTACAAGCAAAGAAAGAACGGATTTGGATTGAAAGCTTTCGCTCATGTTGCGGTTGCAAAAGCCTGAGCGACCATTTGACACTTTATCGGTTCGTCGATGGAAGCGAAATCGTACTGGACTCTAGTTTTGCGTTTCCGCAGCCTGTTTTTGTCGCACCAGTGTGA	MINSDIVHVTNAPPGSVAENILQAKKERIWIESFRSCCGCKSLSDHLTLYRFVDGSEIVLDSSFAFPQPVFVAPV				NA	NA	NA	NA	NA
AK237_00318	561			hypothetical protein	ATGACATCTATTACCGCTTTGTATGTAGCCCATCAAAACGACATTGAGAATAGCGACAGCGAACTGGCAGCTTCAATAAGCAGTTTTTTTCGCTCTTTTCCCAGCGGCAATATCGTTATATTAACGAAACACCATGAGCCAGCCAGAGGCGTGAACGCCAGTTGGATTTCCTCCCGTAGCGACCAGATAATCGTTGTTCCTTATACAGGTTCATGCAATACGCTCGCTTGGTGCCATGGCCTTGCGTACTGCACCGATAGTTATGTGATAACGCCGCAATACATTAAAGGCGATGCATATTACACACTTCAAGAGCTTATCAATGACAACGCCGTACTCCCAGTCGTAGCGCTTACATCAAAAAGTAACCCCATTGATACCAGCGCTTCTGCCGCTGAAATATTAAGCCAGATAGCTTTTCATTCGTCCTTGTTTGAAAAATATCAACTTCGACGTGCGACACCTGAAGGCGTTAAAAATTGGCTAACGCGCGTTATAGACAACGAAGAGATTATTCAGGTTAGTAGTAAAGCATCACCTGATTTAAAAATGGCAAGCTAA	MTSITALYVAHQNDIENSDSELAASISSFFRSFPSGNIVILTKHHEPARGVNASWISSRSDQIIVVPYTGSCNTLAWCHGLAYCTDSYVITPQYIKGDAYYTLQELINDNAVLPVVALTSKSNPIDTSASAAEILSQIAFHSSLFEKYQLRRATPEGVKNWLTRVIDNEEIIQVSSKASPDLKMAS				NA	NA	NA	NA	NA
AK237_00319	1500			hypothetical protein	ATGTTGCTAAACAGACGAAGACTCGCAATAATTGGTGCAGGACCGGCTACGGTTTACTTGTTACACTACTTGTCGACACTTGATACTTCGTTATATTCAATCACTGTATTCGAGCAGCAAGCGGATGCAGGGCGAGGTCTTCCCTACTGTCAGGCTAATTCTTCTTTTTCACTACTTTCAAACCTTGTGCCCGCAGAAATACCCGGTACCACAAAATCATTCAGTGAGTGGTGTAAAGACAATCAAATTCAGTTAAATGGTCAACCTGTACCGAGGTATCTTATAGGGCAGTTTTTGCACTGGAGCTTACACTGTTCAATTACACGATGTGCGGATGTTTCATTAAAGAGCGCCTGTAAAATTGAGCAGATTAAAGCCAATGATGATGAGTCTTTTTCACTCCTCACTTCGAGCAACAAGTGGCTTCAATTTGACGACATCGTTGTTAACACCGGCCACGGTATCGTTGCGCATGAAACCGACATTCAATACGCTTATCCTTTAGACAAGCTGGAATTAGGTGAGAACGTCCGAAGCGTCAATTTAATCGGAAGCTCGATGACCGCGATAGATTGCGCCTTGTACGTAGCGCAACGCTATGGAAGTTTCACAGATGGTGAGCAGAACTACGTGCCTCACAGAAGTATTCAGATCAGTATGAACTCAAAATCTGGTCAGCTTCCTTTACCTTATTTTGAAAGCAGAGACTTTCAAACCGAGATAAGTGAACTCATTCATGAGCAGTACGTTGTACCCACTGGTCCTCTTTCTCTGGACGTAATTTATCAAACGGTTTTATTACCGTTGCTAAGCAAACACACGCCTACCATTTATCGCCAATGTAAATCCCACACCATCAGGGATTTCATCAGTACGTGGCAACGTTCTATCTTTCGAAACAGCGCTGAAACTACATTGAAACTTGGTTTATTTCTTTGTGAAAAGAACAGAGAGTTTCCCGTTCTGTTGGCAATCTTCGAGTCATTTTTCGACAGTTTATGTGAACTTAACATTGCGCTTAGTTCCCGGGATGAAAAGTTCATCACATCAATCTGTTTACCCTTTCTCGCCAAAATGAATGGTGCGCTTCCCGTTGCCTCCACCAGGAAGATTTTTGCGTTGATTAAGGCAGGAGTATTATCAATAAATGCAGGGTTTGATGCCGCATCTCTCAAGCCGTCTCGCGCAGAAGATACTGTAACGATTGATTGTCGCGCGGCGGGAAGAAACGAAAATGACCCGTTTACAAACGCACTTATCCAGTCGCGACTGGTTCGGGTGAATAAGATTGCTCACAACACATCACAGCGACCTTTAATTAAGACCGACAGCCAGTTACGAGCATTTATCTCACCAAACACTCAGTCGACAATTTATATCGGGTCGGCACCTTTACTTGAAGCTACCTCTAAAACGCTTCCCGGCCTGTCTGTGACAGATAATCTTGCTTACCACATTGCGCAATCTTTGGCAGGTTCCATTCATCAGGCTTGTGCGTAA	MLLNRRRLAIIGAGPATVYLLHYLSTLDTSLYSITVFEQQADAGRGLPYCQANSSFSLLSNLVPAEIPGTTKSFSEWCKDNQIQLNGQPVPRYLIGQFLHWSLHCSITRCADVSLKSACKIEQIKANDDESFSLLTSSNKWLQFDDIVVNTGHGIVAHETDIQYAYPLDKLELGENVRSVNLIGSSMTAIDCALYVAQRYGSFTDGEQNYVPHRSIQISMNSKSGQLPLPYFESRDFQTEISELIHEQYVVPTGPLSLDVIYQTVLLPLLSKHTPTIYRQCKSHTIRDFISTWQRSIFRNSAETTLKLGLFLCEKNREFPVLLAIFESFFDSLCELNIALSSRDEKFITSICLPFLAKMNGALPVASTRKIFALIKAGVLSINAGFDAASLKPSRAEDTVTIDCRAAGRNENDPFTNALIQSRLVRVNKIAHNTSQRPLIKTDSQLRAFISPNTQSTIYIGSAPLLEATSKTLPGLSVTDNLAYHIAQSLAGSIHQACA				NA	NA	NA	NA	NA
AK237_00320	2031		COG1292	Glycine betaine transporter	ATGAAAGACAAGGCTGCCCGATCGACCATACTCATTCCGGTATTTCTGCCTGCTGTTACCATTATTTTATTGCTGGTCGCCGGCACAATCAGTAACCCGGAGTTAGCCGGAGAAGCCTTTGACAGCACGTTAGCGTGGATCACTAAAACCTTTGGTTGGTTTTACATGCTCTCTGTCGCCCTGTTTCTCATGTTCATTGTGGCGGTGGCTGCCTCGGGTTGGGGAAACATCAAACTCGGGCCGGATCACGCCGAACCGCAATATAGTTTTCCTGAATGGTTTGCCATGCTGTTTTCAGCCGGGTATGGCGTTGCTCTGCTATACTTTGGCGTTGCCGAGCCGGTGTTGCATTATGCCTCGCCACCAGCCGGCGCACCGGAAACCATTGATGCCGCTAAACAGGCGATGCAAATTGCTTTCTTTCACTGGGGATTTCACATCTGGGCTATTTACGGCCTTGTAGGCCTGGTGCTGGCTTATTTCGCATTTCGCCACGGACTGCCCCTGTCTATCCGCTCTGCCCTGTACCCGCTTATCGGTGATAAAATTTATGGTCCCCTCGGACATGCCGTGGACATTTTCGCAATTCTAGGCACGCTATTCGGCATTGCCACCACTCTTGGCCTTTCAGTAACGCAAATTAATGCCGGGCTGAACTATCTGTCATCAGACATTCCCATCAATACCACCGTGCAGATCATTACCATTGCAGTAATTACACTGGCAGCAACGGTATCGGTTGTTGCCGGGATGGACAAAGGTGTGAAGCGCTTATCTATACTGAACATGGTGCTGGCGGTCTCTCTCATGAGTTTTGTTTTTGTACTTGGGGAGACGGTTCATATCCTCGAGTCTTATTTGCAAAATACCGGCAGTTACCTGAACGGCATTGTGGCTCGTACGTTTAATATTCAGGCGTACAGCCGCAGTGACTGGATTGGCAACTGGACCTTGTTTATTTTCGGCTGGACGATTGCCTGGGCACCTTTTGTGGGCATGTTTATCGCCAAAATTAGCCGTGGCCGCACTATCCGCCAGTTTGTTGTCGGTGTAATGCTTGTACCTACCCTGTTTACCTTTTTATGGTTTTCCGTATTCGGTGATACAGCACTCAACGCCATTATGAACGAGGGGGTCACCAGCCTGATTTCCGAAGTGCAGGCAAACCATGCCATTGCATTGTTCAAGCTGTACGATCAGTTACCGTTATCGTCATTACTGTCGGCGCTCACTGTGGTGCTTATCATTACCTTTTTTGTCACCTCATCAGATTCAGGTTCGCTGGTTATTGATTCGCTGGCCTCCGGCGGCAACCCTCACAGTCCGGTGTGGCAACGTGTATTCTGGGCCTTCCTGGAAGGAACTGTCGCAGCAGTACTGTTGCTAGCCGGCGGTCTGAGTGCTCTGCAAACCATGACCATTGCCAGTGCTCTGCCTTTTGCTGTGATCATGCTGCTGGCAGCAACCGGCCTGTGGCGGGCACTGGTTATCGAGGGCTACAGAAATAACAGTCTTCAGGCGCATACGCTGAACAAAAATAACCGTAGCGGTTCCCAGTGGCAACGCCGCTTGGCGTCTATGGTGGATTATCCTGATAAACAAACCGTGCATAATTTTATTAAGGATACTGTCGTACTTGCCATGAATGATGTCCGTGATGAGCTTAAATCGAAGGAATGGCATGCCGGAGTAACCTTTGATGAGGAATTAAGCCGTGCATGGTTAACGGTTGAACGTCACGACCACATGGATTTTGTGTACGATATCCGTATGACAGAACATCTTGTACCGGGCTTCAGCTACGCTGAACTTAAACCCGAAGAGGATGAGTCGGAAAAATATTACCGTGCGGAGGTATTTTTGCGCCGTGGCGGCTTGTCTTACGATATTTACGGGTACACGAAAGATAACATCGTTAAAGATATTCTTGATCAGTTCGAAAACTATCTGCACTTTCTGGACAACAGCCCGGGTGAATTGCCGTGGAACATGGATGATCATGACGAAATGTTGAAAAAGCCTGAGCAGTAA	MKDKAARSTILIPVFLPAVTIILLLVAGTISNPELAGEAFDSTLAWITKTFGWFYMLSVALFLMFIVAVAASGWGNIKLGPDHAEPQYSFPEWFAMLFSAGYGVALLYFGVAEPVLHYASPPAGAPETIDAAKQAMQIAFFHWGFHIWAIYGLVGLVLAYFAFRHGLPLSIRSALYPLIGDKIYGPLGHAVDIFAILGTLFGIATTLGLSVTQINAGLNYLSSDIPINTTVQIITIAVITLAATVSVVAGMDKGVKRLSILNMVLAVSLMSFVFVLGETVHILESYLQNTGSYLNGIVARTFNIQAYSRSDWIGNWTLFIFGWTIAWAPFVGMFIAKISRGRTIRQFVVGVMLVPTLFTFLWFSVFGDTALNAIMNEGVTSLISEVQANHAIALFKLYDQLPLSSLLSALTVVLIITFFVTSSDSGSLVIDSLASGGNPHSPVWQRVFWAFLEGTVAAVLLLAGGLSALQTMTIASALPFAVIMLLAATGLWRALVIEGYRNNSLQAHTLNKNNRSGSQWQRRLASMVDYPDKQTVHNFIKDTVVLAMNDVRDELKSKEWHAGVTFDEELSRAWLTVERHDHMDFVYDIRMTEHLVPGFSYAELKPEEDESEKYYRAEVFLRRGGLSYDIYGYTKDNIVKDILDQFENYLHFLDNSPGELPWNMDDHDEMLKKPEQ	PGPT0013600_997	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_OSMOTIC_STRESS	OSMOTIC_STRESS-GLYCINE-BETAINE_METABOLISM,PGPT0013600-opuD|ytfQ-K05020	NA	NA
AK237_00321	3126	czcA		Cobalt-zinc-cadmium resistance protein CzcA	GTGTTTAGTAACATGATTGAAAATGTGGTGCGTCTGCGGGCACTGTTTTTACTTGCGCTCATTGCACTGTGCGCTTTTGCGGCCACCATGGTACCGCAACTAAACCTTGATGCGTTTCCGGACGTCACCAATGTGCAGGTGGCAATTAATACTGAAGCGCCCGGCCTCGCCGCTGAAGAGGTTGAGCAACTCATTACGTATCCGGTTGAGGCTGTGATGTATGCGTTGCCTGATGTGGAAGAGGTACGGTCCATTTCTAAAACCGGTTTGTCCGGTATTACGGTGGTTTTTAAAGAAGGCACCGATATTTATTTTGCCAGACAACTGGTTTTTGAACGCCTGCAACTGGCGGCACAAATGATTCCGGAAGGTGTGGGGGAACCGGTTATCGGTCCGAATACGTCCGGGTTAGGACAGGTTTATCAGTATTTGCTGGTTGCAGAACCGGGCTCCGGTTATGACAGTAAAGCACTGCGCAGTTTGAATGACTACTTGCTGAAACTGTTGCTGATGCCGGTTGACGGGATCACTGACGTGTTGTCTTTCGGCGGTGAGGTGAGGCAGTACCAGGTAAACGTGTATCCAAACCGGCTGCTGTCTTACAACCTTACTCAACAGGACGTAATTAACGCGCTGGAGAAAAATAACAATAACGCCGGCGGCTGGTATCTGGACCGGGGCCCGGAACAGCTTGTTATCAGAGGGACCGGTTGGCTGGGCAGTGGTGAGGACGCATTGGCGGCCATGCGCCAGATCCCGCTGAAAAACGAGGGGCAGGCGCTGGTCACCGTAGGTGATGTGGCAAGTGTCGAAATGGGCGCCGAGATCCGCCAGGGTGCGGTAACCATGTCAGTCAAAGACGACAACGGCCGGATCATTAATCGTGGTGAAGTGGTTTCAGGCGTTGTGCTGAAAAGGATGGGAGCCAACACCAACGCCACAATCAATGCAATTAATGCGCGGTTGCCCGTTATCGAAAAGGCCTTGCCGGAAGGGGTCACCTTCGAGCCTTATTACGATCAGGCTGATCTTATCCATCAGGCGGTCAGCACGGTGGTTCAGGCATTAATTCTGGCATTCTGCTTCATTGTTGTGGTTTTGGCCTTATTCCTGCTCAGCGCCCGCGCTACTTTCCTGGTGTTGCTGTCGATTCCGGTTTCCATTGCTTTTGCACTCAGTGTGCTGAGTTTGCTGGGCATATCAGCCAATTTAATGTCGCTGGGCGGCATTGCCGTGGCCATAGGTATGCTGGTAGACGGTTCGGTGGTGGTAGTTGAAAACCTTTATCAACGCCTGCGTGAACAGCCCGGAAAATCCATGGCGGATTCAGTGGTTATGGCCACCAAGGAAGTCGCCCGGCCTGTATTCTTCGCGACCCTGATCATTCTGGTGGTGTTTACCCCATTATTCAGCTTTGAAGGGGTGGAAGCCAAGCTGTTCCAGCCCATGGCCGTAGCCATTATGCTGGCATTGATTTGCGCAGTCATTGTAGCACTGATTTTTGTACCCGTTCTGGCGACGTACGTGTTGTCGTTCAGGCCTGTGCGCGTGCGGGAAAACAGGGTTCTGAACAGTCTGGAATTGCGCTACAAAGCATTGCTTGAAAAAGCCATGCATCGACGGAAACTACTCGTTGCCGGTATGGCGGGCTTGCTGGTGATCACTGCGTTCATTATTCCACGCCTGGGCACAGAATTCGCGCCTGAGCTGGAAGAGGGGACAATTAATCTGCGGGTGACGCTGGCGCCATCTGCCAGTTTACAAACCGCACTGGACGTTGCCCCGAAACTGGAAGCCTTGTTGCTGGAGTTTCCGGAAGTCACTTATGCGGTGAGTAAAATAGGCAGGGCTGAAATTGGTGGTGACCCGGAGCCGGTAAACAATATTGAAATCTATATCGGCTTGACGCCCCAATCGTCATGGACAACTGCGGATACCCGTACCGGCTTGCAAAAACTCATGGAAGAAAAGCTGGAAATTCATCCGGGCTTACTCTTTAACTTTTCTCAACCCATTGCCACCCGCGTGGACGAACTGTTATCCGGCGTAAAAGCGCAGCTTGCTATTAAGTTGTTCGGGCCGGATCTTGCAGAACTCGCCAGGTACGGGCAACAAATCAATGATGTGGTTGCGCAGGTTGCCGGAACACGGGATGTAGCGTTAGAGCAAATATCCGGCGAAGCCCAGCTGGTTATTCGTCCCGACAGGCGGGCGCTCAGCCAGTATGGTCTTAACGTGGCTGATGTGATGGGGCTTGTACAGCAGGGACTTGGCGGGCAGGAAGCCGGTCAGATCATTAACGGTAACGAACGTTACGATATTATGGTGCGGTTCGCCGGCCCCTATCGTGACAACATTCCTGCTCTGGAGGAATTACGCCTGTTATCCGCTCAGGGGGCGAGGGTACGCCTGAAAGATGTGGCAAGTATCGAAATTGAATCAGGCCCGCCTCAAATCCGCCGGGATGACGTTCAGCGGCGGGTGGTTATTCAGGCCAACGTGGACGGCCGTGACATGGGCAGCGTGGTTGCTGATATCAGCCAGCAGATCGACAGCAAAGTGACGTTACCCGCCGGATACACAGTGCAGATTGGTGGTCAGTTTGAAAACCAGCAACGGGCCATGCAGCGTTTGTCGGTGGTGGTGCCGTTGTCTCTGGTACTCATTGCGCTGTTACTGTTCTTTGCGTTTAAGCGTGTGGATCAGGTGCTGCTTATTATGCTGAACGTGCCGCTGGCGGCTGTGGGTGGCGTGCTGTCATTGTTTGTCAGCGGGCATTATTTGTCTGTGCCCAGTTCAGTTGGCTTTATCACCTTGTTCGGGGTTGCAGTTCTGAATGGTGTGGTCATGGTGGAGAGCATCAATCAGCGCAGGCAGAGCGGTACAGATCTCGGCCAAAGTGTACTGGCCGGTGCAGCATCCAGATTGCGACCGGTTCTGATGACGGCAGCAACATCGGCGCTGGGTCTGGTGCCCATGCTGCTGTCCAATGGTATAGGTGCTGAAATTCAGAAACCGTTAGCGTCGGTAATCGTTGGTGGCCTGATCACCAGCACATTGCTAACGCTGGTGGTTCTGCCCGTTTTTTATCCCTGGTTTATCCGTGAGAATAAAGCTGAATCCTGA	MFSNMIENVVRLRALFLLALIALCAFAATMVPQLNLDAFPDVTNVQVAINTEAPGLAAEEVEQLITYPVEAVMYALPDVEEVRSISKTGLSGITVVFKEGTDIYFARQLVFERLQLAAQMIPEGVGEPVIGPNTSGLGQVYQYLLVAEPGSGYDSKALRSLNDYLLKLLLMPVDGITDVLSFGGEVRQYQVNVYPNRLLSYNLTQQDVINALEKNNNNAGGWYLDRGPEQLVIRGTGWLGSGEDALAAMRQIPLKNEGQALVTVGDVASVEMGAEIRQGAVTMSVKDDNGRIINRGEVVSGVVLKRMGANTNATINAINARLPVIEKALPEGVTFEPYYDQADLIHQAVSTVVQALILAFCFIVVVLALFLLSARATFLVLLSIPVSIAFALSVLSLLGISANLMSLGGIAVAIGMLVDGSVVVVENLYQRLREQPGKSMADSVVMATKEVARPVFFATLIILVVFTPLFSFEGVEAKLFQPMAVAIMLALICAVIVALIFVPVLATYVLSFRPVRVRENRVLNSLELRYKALLEKAMHRRKLLVAGMAGLLVITAFIIPRLGTEFAPELEEGTINLRVTLAPSASLQTALDVAPKLEALLLEFPEVTYAVSKIGRAEIGGDPEPVNNIEIYIGLTPQSSWTTADTRTGLQKLMEEKLEIHPGLLFNFSQPIATRVDELLSGVKAQLAIKLFGPDLAELARYGQQINDVVAQVAGTRDVALEQISGEAQLVIRPDRRALSQYGLNVADVMGLVQQGLGGQEAGQIINGNERYDIMVRFAGPYRDNIPALEELRLLSAQGARVRLKDVASIEIESGPPQIRRDDVQRRVVIQANVDGRDMGSVVADISQQIDSKVTLPAGYTVQIGGQFENQQRAMQRLSVVVPLSLVLIALLLFFAFKRVDQVLLIMLNVPLAAVGGVLSLFVSGHYLSVPSSVGFITLFGVAVLNGVVMVESINQRRQSGTDLGQSVLAGAASRLRPVLMTAATSALGLVPMLLSNGIGAEIQKPLASVIVGGLITSTLLTLVVLPVFYPWFIRENKAES	PGPT0004965_1670	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	OTHER_HEAVY_METAL_RESISTANCE_SYSTEMS	HEAVY_METAL_RESISTANCE-CUS_TRANSPORT_SYSTEM,PGPT0004965-czcA|cusA|cnrA-K15726	NA	NA
AK237_00322	1143	czcB		Cobalt-zinc-cadmium resistance protein CzcB	ATGAATAAATTAAGTCACTTATTCCGCTTTACGGGGTTATCGCTGCGTCGCACGGTATTTTCTCTGTCAGTCATATTTTTCTCTTTCACTGCGACGGCGCAGGAGCACAGCCACGCTGAAGAACATGGTGAGTCAGCAGCAGTTGTCTTGTCTGAGGCTCAACGGCAAATGGCAGGGATCCGTTTAGATACGTTAAACCTGCAGACGTTAAGTGCTTCTGCCTATGCGCCGGGGGAGATTAAAGCCAACGGTTATCAAAGTTACATCGTGTCGCCTCGGGTAAGCTCAGTGGTTACCACGCGGTACGCTGCGTTAGGTGAGCACGTAAAAGCCGGTCAGCCTCTGGTAGGTCTGTTCAGTGAAGAGATGGTGACCGCACAGAGTGCACTGCAACAGGCGGCGACCGAATGGTTCCGGGTAAAGCAGCTTGGTCAGCAGGCGGTGGGAGAGAAGCGCTTTGTCAGTGCGCGGACACAGTTCAATGCGGCAAGCCGCCGTTTGAAAGCGTTTGGCCTGCGTAACGATACCATTGATGCCATTGCCGGACAGGAAGACTATCCGCTGGGTGAATATACGCTCTCAGCGTTGTCTGACGGTGTGGTGATGCAGGACGAATTTAATCAGGGCCAGCGTATCGAAGCCGGCCAGTCTTTGATGCTGATTTCAGATGAAGCAAGATTATGGGTTGAAGCCCGGCTGCCTGCACACAACGATCTGCCGCTGAAAGTAGGCACGGAAGCGGTGGTCATGGCCGGCGGACTGCGCGCCATTGCCACTATCACTCAGGAAGCCCATACCATCGATCCGCAAACCCGCACACGGGTAGTAAGGATGGATCTGAATAATTTGGGCCATCAATTTCATGCCGGCATGTTTGCCGATATCTATTTTCAGTCTCCTTTTGCTGAAAACGTTCTTGCTGTTCCAGAGTCTGCGCTGATGCGTGATGCAGACGGTGAATGGCAAATATTTGTTGCCGGTGAGGACGGCACTTTACAGGCACAAACCGTGACATTAGGTAAAAGATTCGGTGAGTTTCAGCAAATTTCCGGTGTTGAACCCGGTGTTACCTATGTGTCATCCGGCGCATTCTTTGTGGCATCTGAAATCGCTAAAGGCGGTTTTGACCCGCACAATCACTAG	MNKLSHLFRFTGLSLRRTVFSLSVIFFSFTATAQEHSHAEEHGESAAVVLSEAQRQMAGIRLDTLNLQTLSASAYAPGEIKANGYQSYIVSPRVSSVVTTRYAALGEHVKAGQPLVGLFSEEMVTAQSALQQAATEWFRVKQLGQQAVGEKRFVSARTQFNAASRRLKAFGLRNDTIDAIAGQEDYPLGEYTLSALSDGVVMQDEFNQGQRIEAGQSLMLISDEARLWVEARLPAHNDLPLKVGTEAVVMAGGLRAIATITQEAHTIDPQTRTRVVRMDLNNLGHQFHAGMFADIYFQSPFAENVLAVPESALMRDADGEWQIFVAGEDGTLQAQTVTLGKRFGEFQQISGVEPGVTYVSSGAFFVASEIAKGGFDPHNH	PGPT0004970_1128	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	OTHER_HEAVY_METAL_RESISTANCE_SYSTEMS	HEAVY_METAL_RESISTANCE-CUS_TRANSPORT_SYSTEM,PGPT0004970-czcB|cusB|cnrB-K15727	NA	NA
AK237_00323	1260			hypothetical protein	ATGCAAAAACGTGTCACTACGGCTGCGCGTGTTGTCGCAGCCTGTGCATTCATGATTGTTTATCCGTCTGCGTCTGCCACTGGATCTGCAGACTGGGCCAGTATGACCCTGGGCACTATAAACGAAAACCCGCAGTTACAGGCGCAACAGCGGGCAGTATCAGCAAACCGGTACGGGCGTAAAGCAGCATCCCGGCCTCCTTTTAACCCTGAACTGCAAACCAGCGTGGAGCGGGAAGGGGAAGAAACCAACTACCAAATCGGACTGTCCTCGCAGATAGACTGGTGGGATGTAAAGCAAACCCGTACTGATGTAGCGGATGCGCAACTCTTACTCGCAGAGGCTGAGCTTTCTGCTGTGACAAATCAGCTGCTTGCCCGGCTGGTTGATGCGCAGCTTAACGGCTATCTGGCGCGCAAAGCATTGGCGCTGGCATCGGAGCAGGTGAGCCGTGATTACGCCATGTTGTCCTTGTCTGAGCGGCAACTGGCAGCGGGTGAGATTGCACAAACCGATGTTGCCATTGCGAAGGCTATTCTGGCTGACAGTCTGGTGTGGGAAGGTGAAGCCAGCTTTGCGGTGTTGCAGGCAGAGCAAACACTGGAACAACTGGGTGTGAGGGACATGGGTTTTCCCGCCATTCCTGATGCTGTCTGGCAAGATGAGCCGGCGTTGCTGCCGGGAAGTGACATTATGGCTCTGCCGCAATCACAGGTTGCCCGGTTCAGCTGGCTGGTGGCGAAGCAACAGGCCGCGAACGAACGTCAGGGAAATAAGCCCGTTCCGGTTATTGGTCTTGGCGCCGGCAAACAAGCCGGTGAAGGACTGGTTTCACTGAATGTGTCTGTGCCCCTGCAGTGGCGTAATGATTTCAGTGATGCTAATGCCGCCGCGAATGAGCAGGCGCTGTCGGCTGAGCTGATGTTTAAAAACACCTTACAGGCACAACAAAGTGCCGTGTCTCTGGCGTACCGGAATGCGCTTCAGCACCGTCAGCGTTTTCAGCGCTGGCAGCAGCTGTCAGCAGGTCAGCTCGATCAGCAATTCAGTGTATTGCAATCCCGATATGCGCAGGGTGATTTAAGCATGGCGGCTTATCAGAATCAGATCACCCAGTTACGTCAGGGCAAACGGGCCGCACTGGCGCTGGAAGCCGCCTTTAAAGAAAGTCATCTCACCTGGTTGCAGGTCACTGCAACATTACCCTCATTACTTACCGCAATGCCGGCTCATAAACCGGGCGCAGAAGGAACACGATAA	MQKRVTTAARVVAACAFMIVYPSASATGSADWASMTLGTINENPQLQAQQRAVSANRYGRKAASRPPFNPELQTSVEREGEETNYQIGLSSQIDWWDVKQTRTDVADAQLLLAEAELSAVTNQLLARLVDAQLNGYLARKALALASEQVSRDYAMLSLSERQLAAGEIAQTDVAIAKAILADSLVWEGEASFAVLQAEQTLEQLGVRDMGFPAIPDAVWQDEPALLPGSDIMALPQSQVARFSWLVAKQQAANERQGNKPVPVIGLGAGKQAGEGLVSLNVSVPLQWRNDFSDANAAANEQALSAELMFKNTLQAQQSAVSLAYRNALQHRQRFQRWQQLSAGQLDQQFSVLQSRYAQGDLSMAAYQNQITQLRQGKRAALALEAAFKESHLTWLQVTATLPSLLTAMPAHKPGAEGTR	PGPT0004975_1019	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	OTHER_HEAVY_METAL_RESISTANCE_SYSTEMS	HEAVY_METAL_RESISTANCE-CUS_TRANSPORT_SYSTEM,PGPT0004975-czcC|cusC|cnrC-K15725	NA	NA
AK237_00324	306			hypothetical protein	ATGGCGTCGGCGTTTGATAATCACGAAGCCCATCAGTCCGGAACTGAACATCTGACTTTCGAACATGGTCACGACGACGATGCCGGCAATGATGTGAGTTTTTCACAATCCTTTGATATCAGTGAAGATGGCGGTGCGTATGACTGCCATCATTGTTGCCACTGTCATGGTGGTCATCATGTTTTTCTGCCCGTTGTGTTAACATCATTGCACGTAGATGCAATGAAACACCAGGCCCGTGGCAACCCTTCTTCAGCCGGTGACGGCTACCTTTCCAACCTGTTAAGGCCTCCTATTTCTGCTTAA	MASAFDNHEAHQSGTEHLTFEHGHDDDAGNDVSFSQSFDISEDGGAYDCHHCCHCHGGHHVFLPVVLTSLHVDAMKHQARGNPSSAGDGYLSNLLRPPISA				NA	NA	NA	NA	NA
AK237_00325	1119			hypothetical protein	ATGACGATACCCGCATTATTCAAGACTCAGGAAGCAATGACGCTGGGAGCACTGTTGTGCATCATTGCACTACTCTTCATCGCAAAACGCATTATCCTGGTGCGATTAACCCGAAAAGCACGTTCACAAGACAGCTCCATGGCCGGTATATATCGCATTCTTGTACTGTCTCTGGATGCGCCGCTTACCCTGTTTATCTTTCTTGTCATTATTGTGCTTGGCCGTTTCTTGCTGTTATGGCTTGGTATCATCGACAAAGACATTGCAGCCATTGTCGATCACGTGGTCAAAGCCGGCCTTATTCTTACCCTGTTTCTGTTTTTTGAGCGCTTTTTCACTTATTCGTTAAGGCGGTATCAGAATCAGTCTACTCTGGTTAAAAATACCAGCGGCATTGCCGGAGGCGCCATGCGCGCTATTCTGGCTTCGCTGGCGTTACTGATAATTTTAAGCACCATGGGCGTGTCTATCACCCCGGTCATTGCCTCACTGGGGATAACCTCTTTGGCGGTGGCGCTTGCCCTTCAACCTACACTGGAGAACTTCTTTTCAGGGCTACAGCTGGTAGTGGATAAGCCTATCCGCATCGGTGATTTTATTGAGCTTGATTCAGGTGAACAGGGCTTTGTGGAAAAAATTGGCTGGCGTTCCACCTGGGTACGCATGTTGCCGAATAACATTGTGATTATGCCCAACAGTAAACTGTCTAATTCTAAGCTGATCAATTACTACTATCCGGAGCGGGAACTGTCAGTGCCCGTGGAAGTGGGTGTACATTACAGTTCTGATTTAGAGCAGGTAGAGGCCATTTGCATTGAAGTAGCCAAATACACGTTGAAACATCATGAGTATGGTGTAGAGACTTATGAACCGTTTGTGCTCTTTCACACCTTTGCCAATTCAAGTATTAATCTGACGGTCATGCTACGCACAAAGGAATATTTTAATCGCTTTTTTATCAAGAGCGCATTTATCAAAATGCTTAAAAAACGCTTTGACGAGGAAGGTATTGTCATTCCCTTCCCTATTACAGCACTTAATGTGGATCAGGAGAATGCAGCTGCCATACTGGCCGTTGCGAAGTCTCCGGAGGCCACAACGCCTCCGGAAAAATCATAA	MTIPALFKTQEAMTLGALLCIIALLFIAKRIILVRLTRKARSQDSSMAGIYRILVLSLDAPLTLFIFLVIIVLGRFLLLWLGIIDKDIAAIVDHVVKAGLILTLFLFFERFFTYSLRRYQNQSTLVKNTSGIAGGAMRAILASLALLIILSTMGVSITPVIASLGITSLAVALALQPTLENFFSGLQLVVDKPIRIGDFIELDSGEQGFVEKIGWRSTWVRMLPNNIVIMPNSKLSNSKLINYYYPERELSVPVEVGVHYSSDLEQVEAICIEVAKYTLKHHEYGVETYEPFVLFHTFANSSINLTVMLRTKEYFNRFFIKSAFIKMLKKRFDEEGIVIPFPITALNVDQENAAAILAVAKSPEATTPPEKS				NA	NA	NA	NA	NA
AK237_00326	1221	sotB		sugar efflux transporter	ATGTCACTTACTAACGGGACATCATCGACGTCTCATTTTTGGCCAATTGTCATTATGGCACTTGGTACATTTACTCTGGGGTTAACAGAGTTCGCGTCTATGTCCATGTTGCCGCTGATTGCTGCGTCATTTGACGTTACGCCGTCGATGGCTGGAAATGTGATCAGTGGTTATGCTATCGGTGTGGTTATTGGTGCACCTTTGTTCATGTTACTGACTAACAAAACTAACCGACGCACTGCGTTAATTTTGTTTGCTGCCATGATGTTTGTGGCAAATGCGCTCAGTGCTATAGCGTCGTCGCTACCGGAAATGGTTTTATATCGCGTATTAAGCGGTTTACCTCACGGCGCCTATTTTGGTACGGCGTTGTTGGTTGCCTCTAATATGGCTCTGAAAGGCAAGCGCGCCAGCTTTATGTCTAAAGTCTTCATGGGGTTAACCATTGCGACGATTGTTGGCGTTCCTATGGCGACTCTGGTGGGACAGGCAATGAGCTGGCGTGTCTGTATGGGCATTGTTGCCGTGCTGGCACTTATCACTGCCGTTCTCATTTACCTTGTAGTGCCTAGCAGCCCTGTCACAAAACCCACGCGTTTGCGCGAAGAGTTTGGTGTACTGAAGAACAAATTGGTGTGGTCTATTTCCGGTATCATTTTTGTTGGTTTCGGCGGCGTATTTTGTATTTACACGTACTTAGCCGATACTATTATTAATGTAACGGAAGCCCCAGAAGTTACCATTTCTATTGCGATGATGATGTTTGGTATTGGTACCACAATTGGTAACTGGGTGTGCGGCCGCCTGGCGGATAAATCACCAATTGCGACAACGGGTATTGCACTGGTGTGTAGTGTTGGGATTGCAGTGATGTATGTTTTCGCTGCAGACAACATCTACTGGTTATATGTGACGGTATTTTGTTTAGGCGCAAGTGTTGGTTTGGCTGCGGTTATCCAATCTATGTTGCTGGACGTTTCACCTACCGGCCATGCGATGATTGGTGCGCTGGTGCAATGTGCCTTTAATACAGCTAACGCAATTGGGCCAATGATTGGCGGCGCGCTTCTGGCCACAGGCGCAACTTTCAACGAAACCGGCTACGCTTCTGCATTATTATTCCTTGGTGGCCTGGTGATGTGGGCATTAAGCTATATGCAAATGCGTCAAAAACAGCAGCCCCAACCGGTTTGTACTAACCCTAACCCAAGCTGCGGGTAA	MSLTNGTSSTSHFWPIVIMALGTFTLGLTEFASMSMLPLIAASFDVTPSMAGNVISGYAIGVVIGAPLFMLLTNKTNRRTALILFAAMMFVANALSAIASSLPEMVLYRVLSGLPHGAYFGTALLVASNMALKGKRASFMSKVFMGLTIATIVGVPMATLVGQAMSWRVCMGIVAVLALITAVLIYLVVPSSPVTKPTRLREEFGVLKNKLVWSISGIIFVGFGGVFCIYTYLADTIINVTEAPEVTISIAMMMFGIGTTIGNWVCGRLADKSPIATTGIALVCSVGIAVMYVFAADNIYWLYVTVFCLGASVGLAAVIQSMLLDVSPTGHAMIGALVQCAFNTANAIGPMIGGALLATGATFNETGYASALLFLGGLVMWALSYMQMRQKQQPQPVCTNPNPSCG	PGPT0028991_955	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
AK237_00327	1860			hypothetical protein	TTGACAGCCCGCCGAAACCGCATGCCGGCCGAGCTTCGTTATGCTGAAGCCGATTTGATTAGAAAAAGAAAAAATATGTACAGTAAACTACGCGCGCTTTTTACAGCGCTCACCCTATACCTTCTTTCTGGGTTTCCGGCCTATGCGGCAGATCCTGTCGACGCGATTATCAGTAAAGTACGCGCGCCGGCTTATGATTGTCCGGACTCCGCCCTGTTCGATGAACTGGAAAATGCACTAAGCGATGAATCCATCTCAGCCCAGCAACGGTTTTCATTGCGCAGTGCTAAAGGTCAGTTTCTGATCTGTAGAGGCGATTATGAAAATGCACTGACCCTGCTTGAATCCCTCATTCAGCAGGAAAACGTTGACCACGCCTCATACGCCTACGCCTCTGCCATTAATCAAATAGGGTTTATTTACGATACCCAGGAAAGTCCCGAGCGCTGTGAGTATTACCGGCAGGCGCGTTCTTTGTCTTCACCACAACAGCACAGCGATATCTTTGTGTTCGCATCGCTGTCGCTTATTACTTATTGCTCTGAATCGTCTACCGTCGGTGAGCGGCTGGGAAAAATGTTTATCGTACTGGAGCAAAACGCTGCCACGGGAGACCCCGGCGTACTGGCCCACATACACAATGCCATCGGCCTGCTTTACGGCAGCCTTGGACAACATGCACTGGCAGCCGAGCAATATTTGAAAGCGCATGAAATGGGGCTGAAAGTTTACGAGGGCAGCAATAAACTGAGTATTCTTATCAGTGCAATTGTTTCACTGATAAGTAGTGGGCAAACCGAAGAAGCATACCGACGGATTATGGAATACGGTGCCCTTAACCGCGAAATCGATACGCCGCTAACCAATTATCACTACCATTACGCCTTGTCGTATTACTATCGCAAAACCCGGAATTTTGAGCAGCTGGCTGCCACGTTACCCGATTTCAAAGCAGCAATTTCTGCGGTGTCCAGCTCATTTGGCTTAATGATCTACCATTGGCATGAAACAGAAGTGTGCCTGTATCATCAGGATTTGACCTGTGTGCAGAACTACATAGACAGTTTCAATAAAGAAGATAACTACATCCCGCCAAGATTCAGAGCCAACCTGGATTACCTGAGCTTCAACCTTGCCATGTACCTGGCTTTGGGCGACATTGAAAAAGCACGTATCGCCAATGAAGTGTTTGCCGCCGAGGCGGAAAAAAAGCGCGTGGAACAACAAAATTCAGCGAATATTCTCAGCGCGGCTAACCTGTACACCCGCATATACGATTTGGAAGGAGAGATTGTTGAGGCTGAACAGGAGCGCAGACAGGTTCTGGCCGTGGTAATTGGTTTTTTCCTCATTATCGGCGCCCTCGCCGCCTATATATTACGTAAGAAATTTCTCGCTTCTAAAGCCATCGATCCGGTGACACAGCTTTTGAATGCAGATACCGTTATTAACCGCATAAACAGGCTTGAGGCACCGGGAAAAAACCGGGCCATTGCCATCGCCATATTCGATATCAGCAACTTCAGGGAAATCGTTCGTCAGCAAGGCTCCACAAAAGCTGACAGTGTGCTGAGAAAGCTGGCACAGACGCTACAGCTCACCACCAGAGGGAACGATATTCTTGGCCGTTTCGGCACTGAGCAGTTCATTATGTGCCTGCACAACATAGAAGAACGCAGTGCCCGCACCTATTTTGGTCGGGTGCAAACCGCGCTTGATAATACGCTGGACAACGGCACCAAAACCGGCAATGTTGCGGTTGAGTCCAGTATGAGTGTATTCGTTTCTCACGAAAAGATTACTGATTTGAGTAATATTCTGGATGAAATGGTCATGTCCATTGATTTGGAAAATCGGTGA	MTARRNRMPAELRYAEADLIRKRKNMYSKLRALFTALTLYLLSGFPAYAADPVDAIISKVRAPAYDCPDSALFDELENALSDESISAQQRFSLRSAKGQFLICRGDYENALTLLESLIQQENVDHASYAYASAINQIGFIYDTQESPERCEYYRQARSLSSPQQHSDIFVFASLSLITYCSESSTVGERLGKMFIVLEQNAATGDPGVLAHIHNAIGLLYGSLGQHALAAEQYLKAHEMGLKVYEGSNKLSILISAIVSLISSGQTEEAYRRIMEYGALNREIDTPLTNYHYHYALSYYYRKTRNFEQLAATLPDFKAAISAVSSSFGLMIYHWHETEVCLYHQDLTCVQNYIDSFNKEDNYIPPRFRANLDYLSFNLAMYLALGDIEKARIANEVFAAEAEKKRVEQQNSANILSAANLYTRIYDLEGEIVEAEQERRQVLAVVIGFFLIIGALAAYILRKKFLASKAIDPVTQLLNADTVINRINRLEAPGKNRAIAIAIFDISNFREIVRQQGSTKADSVLRKLAQTLQLTTRGNDILGRFGTEQFIMCLHNIEERSARTYFGRVQTALDNTLDNGTKTGNVAVESSMSVFVSHEKITDLSNILDEMVMSIDLENR				NA	NA	NA	NA	NA
AK237_00328	2061			hypothetical protein	ATGCAAAAACTGGCACTTCTCACTCTCGCGGCCGCTTTGGCTGCCTGTTCGGGATCGGCTGAACAAACCGGCTCAAACGCACAGGCAAAAGCCAAGGAAGCAACCACGACACATTTTGATATGTACATGGGCGGAACAGACGTAGGTGATATGGATATCACCCGAACCGGAAATAAAATAGAGGTGGATTACGGGTTCTCAAACAATGGTCGTGGCGCCAGTAGCACCGAAACGATTACTTTATCCGACAACGACATTCCGCTTTCCTGGTCGGTAGACGGTAAAACCGTCTTCGGAAACACAACGCAGGAGAATTTTTCAGTATCGGGTAACACCGCTTTCTGGCAATCTAAAGCGGAATCCGGTGAAGCGGGATTTGACGGACAGCCGGTTTATATTGCACAAAACGGCAGCCCGTTCAGTAATTACCTTTATGCCCTGCCGCTACTGAATGACAATCTGACACAGTATCCCGCCCTTCCCTCCGGTCACATCACACTAAACAAAAAGCAGGATCTTACGCTCGCCAGTACACAAGGTGAAATAAAAGCCGCACTTTATGCCCTTGGCGGGATTTCCATGAATCCCTCCTACTTCATCATCGATGAAAACAATGCGTTGGTGGGACTCGTCAGCCCCCGCACTGCGATAGTTAAACCGGATATTGCCGGGGAAGAAGCGCGTTTGCGGGAATTAACCGCGCAGCTCAACGCGCAGCGCTACAAAGATATTGCCAGCCGTTATCTACACGATTATGAAAAGCCAGTACGCATTAACAATGTTCGTATTTTTGAACCGCAGAACCTTTCCCTTAGCGCACTTAAATCAGTGGTGATCACGGGTAACCAAATCACAGCCATTGAAGCTGTCAGTGCTGCACCGTCAGAAAACGAAATAACCATTGAAGGCAACGGTGGCACACTGGTCGCCGGACTCTACGAAATGCACGGTCACATGAGTGATAACGATGCGCTGCTTAATGTGCTGGCCGGTGTAACATCCGTCCGGGACATGGGCAACGAAGTCGATGTTTTAAAAGGCATTACAGATAATATTGCCAGTGGCACGCTGGTAGGCCCGCGTATCGCTAAAAGTGGCTTTATCGAAGGTAAAAGCCCTTTCAGCAACGCCACCGGAGAGTTGGCCGCCAGCGAAGAGGAAGCCGTTGAACTGGTGCGCAGATATGCAGACATGGAAGATTATATTCAGATAAAAATCTACAGTTCGGTGAACCCCGAATGGGTGCCGGCTATGGCGAAGGAAGCCCATAAAAATGGCCTTCGCGTTGCCGGACACGTTCCTGCGTTCGCCAAAGCGGATGAAATGATTGAGGCAGGTTACGACGAAATCACCCATATCAATCAATTAATGCTGGGATGGGTACTCGACCGGAAAGAAGACACCCGCACCCTGTTCCGCGTAACAGGTATGAAACGTTTTACCGATTTAGATCTCGATAGCGCACCGGTGAATCATACACTGGCGTTAATGAAAGAAAATAATATCGCGCTGGATCCCACGACGGTTATCCATGAACACGCCATGACTTCACGCAACGGTACCGTAAGCCCGGGCGTGGTGGATTACATTGATCACATGCCTCTTAGCAGCCAGCGAGCCGCAAAGGTTGCGATGCTGAATGTGGCGGATGACGCTGAAGATAAAGCTTACAAACACGCCTACGACAAAATTGTTGCCACACTAAAGAAAATGCATGAAAACGGCATTCTTTTGGTGCCGGGTACGGATATGGGCGGCGCATTTCGTTTGCACCGTGAACTGGAACTGTTTCAACAATTCGGTATGACACCGGCAGAAGCACTGAAACGCGGCTCGTGGGACATGGCCGTATACATGGGTCACGACGCTAAACTGGGTAGCATTGAAACGGGCAAACTAGCTGATTTCTTCCTTATTCCCGGCAACCCGGTGGAAGATTTAAAAGCCATTAAAACCATCGCTATGGTCGTCGCAGATGGGCGTATTCTGTTTCCTGATGAAGTGTACCCTGAATTTGGTATTACGCCGTTCACCACTCTGCCGGAAGTGAAAGGCGAATAA	MQKLALLTLAAALAACSGSAEQTGSNAQAKAKEATTTHFDMYMGGTDVGDMDITRTGNKIEVDYGFSNNGRGASSTETITLSDNDIPLSWSVDGKTVFGNTTQENFSVSGNTAFWQSKAESGEAGFDGQPVYIAQNGSPFSNYLYALPLLNDNLTQYPALPSGHITLNKKQDLTLASTQGEIKAALYALGGISMNPSYFIIDENNALVGLVSPRTAIVKPDIAGEEARLRELTAQLNAQRYKDIASRYLHDYEKPVRINNVRIFEPQNLSLSALKSVVITGNQITAIEAVSAAPSENEITIEGNGGTLVAGLYEMHGHMSDNDALLNVLAGVTSVRDMGNEVDVLKGITDNIASGTLVGPRIAKSGFIEGKSPFSNATGELAASEEEAVELVRRYADMEDYIQIKIYSSVNPEWVPAMAKEAHKNGLRVAGHVPAFAKADEMIEAGYDEITHINQLMLGWVLDRKEDTRTLFRVTGMKRFTDLDLDSAPVNHTLALMKENNIALDPTTVIHEHAMTSRNGTVSPGVVDYIDHMPLSSQRAAKVAMLNVADDAEDKAYKHAYDKIVATLKKMHENGILLVPGTDMGGAFRLHRELELFQQFGMTPAEALKRGSWDMAVYMGHDAKLGSIETGKLADFFLIPGNPVEDLKAIKTIAMVVADGRILFPDEVYPEFGITPFTTLPEVKGE				NA	NA	NA	NA	NA
AK237_00329	720			hypothetical protein	ATGCAAATCAATACCAATCTTTCTGTACAGGACTATCTTCGGGGCTACAAGGAAATGTGCCGTTTCATTGCCCGGTCACCTGTGATCTGTGGTGTGATGTTGCTGCTGGCGCTGCTTGTTACTATAGTGCCTTTTTCATTTTTTCCGTTGCGCATGGGCGCGTGCGCGTTGTTGGTTTCACTTGTGGTGTGTCTGGTGAGTATTCAGTACAGGTATGGTTCGCTTAAACGGCTTGCCACTGAACTGAATTTCCATCAACGGCTAATGTTGCCAGCCATTCTGGGGATCACCGCGTTAAGCTGGTTGGCCTTTTTTGCGGCGGATATGTTATCTGCTTTAATGCCGGTATCTTCCAAAAGCGCGCCTGTGACATATGATGGAACGACGATGATGGGCATTGTTATCGGCGGGGCGCTGGTGTGCGTGGCGCAGTTGATGCCTTACATCCTGGCGCATTTTTGTCACAGTTTGGCGCTGTCACGTAAACAGGGCGAGCATATCTGGTTGTCGCTGATGCTGCGCTGGAAAACCCTGGTGGCTTTTTTGCCTGTGGCGTTGTTTGTTCCGCTGGCAATTGTGCTGGAGCAGGACTGGAGCGCATTTTTGCTGCTCGCCGCAAGCATGTACTGCACATTCTTAATGTTTATTGTGTTTAATATTACGCCGGAGCCCGAATCACAGAAGGTGAGTTCGTCGGCATTTGTGCCACAGGGCGCCTGA	MQINTNLSVQDYLRGYKEMCRFIARSPVICGVMLLLALLVTIVPFSFFPLRMGACALLVSLVVCLVSIQYRYGSLKRLATELNFHQRLMLPAILGITALSWLAFFAADMLSALMPVSSKSAPVTYDGTTMMGIVIGGALVCVAQLMPYILAHFCHSLALSRKQGEHIWLSLMLRWKTLVAFLPVALFVPLAIVLEQDWSAFLLLAASMYCTFLMFIVFNITPEPESQKVSSSAFVPQGA				NA	NA	NA	NA	NA
AK237_00330	918			hypothetical protein	ATGAAGCTAGAGTCTGCATTAGAATATATATGGCACAGTACGCCGCGTTTTAATGGTTCTTTCCCTACCGAAAGAGACTACTTGCGAGCAGTCCACCATCGAGACGGGCTATGCGTGTGGGCTGCTGCTTTAAATCTTGAACTTTTGTTTCTAGGCTATCCAGCTGTTTCGGTAGCATCCGTGTGGGTCGACCACACTCCGCAGTGTTGGTATACAAAGAAAAAAGGAGCTTGGCACAAGCCTAGTTGTGAACTTGCAGATCTCTTGATAGTTACTTGGGATGACTACAGAAGGAATGCTGGCAGGGCTCTCCTTGTTCAAGCAAAGAAAGGTAAGAGCCCAAATCGAATTTCCGTTTCTAATAAATCGACAAAAAAAGAACTTCAGCTCCTTGGTCTCGCTCCTAAGTTTTTACTCAGTAGTCAAACATCTGTTATATCCGGCAGCAGTCCGAATCCGATGAATCCAAAGGTTAACTGCGAGTTCCAGCTCCCTTCATATGGAACCTCACGGCTTCAGCACTGCACCTTCCTACAGATCAAAGACGCTAAAGCTAAACGCTGGTCAGCAATAATTCCTTCATGGCAAACAATGTGGCCACCAAATTCACACCCAGAAACATATAGTGAAGCAATCCTCGGTATGATCACTCGACCTAAAAATGCACTGGGGAAGCGTTTTATTCTTGGCAACATGTCTCAAGACTGGGACCGATTAATAACCGTGCTGATAAACGAGACTTTGGCCGCTTCAGGGGGAACCGCTAGGGGTAAGAAACAGCATACATACTTTTATTGCAGTTCTCATAATAAGGATTTTCCAGGTAGGTTGAATGGAGGCTTTGAGGGAGAGACTCCCGTTAGCGATGATCCCCTAGGGATCTCGACTCTGTTTTTTACTCCGGAAAATCCAGGATAA	MKLESALEYIWHSTPRFNGSFPTERDYLRAVHHRDGLCVWAAALNLELLFLGYPAVSVASVWVDHTPQCWYTKKKGAWHKPSCELADLLIVTWDDYRRNAGRALLVQAKKGKSPNRISVSNKSTKKELQLLGLAPKFLLSSQTSVISGSSPNPMNPKVNCEFQLPSYGTSRLQHCTFLQIKDAKAKRWSAIIPSWQTMWPPNSHPETYSEAILGMITRPKNALGKRFILGNMSQDWDRLITVLINETLAASGGTARGKKQHTYFYCSSHNKDFPGRLNGGFEGETPVSDDPLGISTLFFTPENPG				NA	NA	NA	NA	NA
AK237_00331	168			hypothetical protein	GTGAATCCAGCTGACCAATTTTCCACTGATGCTCCATATGTCAAGGAGACGATAAAGCTGATTAAAAATAGTCCTATTTTGGTAAAAACAATTACTGCGGATAACGGCACGGTATTTCACCAGTACGAAGAAATAGAAAAGCCGCTAAACAGCCGCCCGAGAAAATGA	MNPADQFSTDAPYVKETIKLIKNSPILVKTITADNGTVFHQYEEIEKPLNSRPRK				NA	NA	NA	NA	NA
AK237_00332	132			hypothetical protein	ATGAGCATGTTAGATCAATGTCCCACTTGGAAGCTGATATTAGGTCTTATAAAAAATTGGTATAAATATAGCTTCTTTCTATTGGCATATTTTGTTGCGGATAGCTTCGAGTCAAACGAATTGTTGACGTAA	MSMLDQCPTWKLILGLIKNWYKYSFFLLAYFVADSFESNELLT				NA	NA	NA	NA	NA
AK237_00333	501			hypothetical protein	ATGTCCACGATATTATCCATCAACAACAAGTTATTGAGTTTTAGAGGGCAAATGTCCATTGGTGATGAAAACGGAGAGCAACTTTACGATGCTACTGCGCAGTTCGCGTTGTTCAATCCAACTTGGAATCTGAGAAAGCGCAGCCAACAAATCGCTACAGTTAAACGCAAAGTGTGGCCTTTTTGGTCTCTTATGTGGGACATTCATTCTTCTATTGGGGACTTTCAGGTGAAGCGAAAACTCTTTTCTTGGACCCGTATATATTGCGTCATTGGTGGCAAATATAACGGAGCTATAATCGAAGGAAACTTCTGGGATCTAAAGTTCAGCGTCACTCATCAAAAAAAGCCCATTGCATCTGCGAAAGGAAAAATCTTATCGTTACGTGATACTCACTCCATTGAAGTACACGATGACGAAAGTGACAGTGAAATATTTACCACAATAATGATGGTTATCCTCCAACTTGACAGAAGGGATGAAAGCAACAACTCAGAATAA	MSTILSINNKLLSFRGQMSIGDENGEQLYDATAQFALFNPTWNLRKRSQQIATVKRKVWPFWSLMWDIHSSIGDFQVKRKLFSWTRIYCVIGGKYNGAIIEGNFWDLKFSVTHQKKPIASAKGKILSLRDTHSIEVHDDESDSEIFTTIMMVILQLDRRDESNNSE				NA	NA	NA	NA	NA
AK237_00334	492			hypothetical protein	ATGAAAAAAGAGGGCCCAAATTTACTCTCGATCTCCTCAGCCTTTATTCTGCTTATTGCTCCACTTTATTTTGGTTACCATGAACAGTCTACTGAAATGGGGTTGGCAATTTTAGCTGGTACCCTTGGTTTAGCGTTCGGTAACCTCGATAAACTCTCAGAATTTAGCGGTGCTGGGTTTTCAGCAAAAATGAAAGAGCAAGTAACAGCTGTTATAGAAAAAGAAACAGAAACTTCCGATGTATCAAAGATGTCCCAGCAGGTAGATTCCTTGAACATGAAAATCCTTAAAGCGCTTTTAAAAGAAAATTATACTTGGCGAACTATGTCCGGTATCGTTTCAGATGCAAGTTGTACTGAGGATGTCGCTTGGTCGAAATTAGTAGAGCTTATTCAGCGAGGTCTTGTTAGATACACGACAAAAAGCGGTAGTGCGGAAGAGATTTGGGCACTTACAGAGAAAGGTCGGCAGTTTGTTTTGGCAAATACATAA	MKKEGPNLLSISSAFILLIAPLYFGYHEQSTEMGLAILAGTLGLAFGNLDKLSEFSGAGFSAKMKEQVTAVIEKETETSDVSKMSQQVDSLNMKILKALLKENYTWRTMSGIVSDASCTEDVAWSKLVELIQRGLVRYTTKSGSAEEIWALTEKGRQFVLANT				NA	NA	NA	NA	NA
AK237_00335	927	parA		Chromosome partitioning protein ParA	ATGGAAATAGTATCGGTAATAAATTACAAAGGCGGTGTTGGTAAAACAACAGTAACATCAAACTTAGCTGCTGAGTTGGCATGGGAAGGAAAGAGTGTTCTCATCCTAGATATGGATGCACAAGCTAGCTTAACATTTTCTTTCGTCACTCCAGACTACTGGGATAAGCATTTAAAGGATGATAGAACAATTAAAAGTTGGTTTGACTGTATTAGCCAAGGAAATCCAACTATGCCTTTATCCGATCTAAGAGTAAGGCCAGAGGTTGTTAACAAGTTTCTAAAAAACAAAGGGGGATGCGTAGACATAATTTCTTCTCACCTTGGTCTAATAAACGTTGATCTGGAGCTTGCAACGTTGCTGGGTGGAGCAAGTCCAACGCAAACACAGAAAAAATATCTAAAGGTTCATGGTAAGCTGCGAGAAGAGCTTAATAAGCTAGCTCAAGAAATGAACTATGATGTTGTGTTAATTGATTGCCCACCTAACTTTAATATTGTGACTAAAAACGCCTTAATTGCATCAGATAAAATATTAGTACCAGCCAAGCCTGATTATCTATCTACGTTGGGTATTGACTACCTCAAAACAAGTGTAGAAACCCTAATAGATGATTTTAACTTCTACGCTAAGAAAGATGATGAGTTCAACGAAGCGTCTCCTGAGTTTATGGGGGTGATTTTCACTATGATTCAAATCACCTCTGGTAAGCCAATATCTGCCCAGCGACAATACATCTCTCAGACAAAGCGATTAGGTGTACCTGTATTTGATAGTGTGTTCCGAGAAAACAAGACGATCTTTGCTGATGCTCCAAGAAATGGTATGCCTGTAGTCCTCAATTCGTACTCAAATAATACACACTCTGATATCGTTGGTGAAATTGAAGAGTTTGTTGGTGAGTTTAGAAATAAGCTAGGGTTGTAA	MEIVSVINYKGGVGKTTVTSNLAAELAWEGKSVLILDMDAQASLTFSFVTPDYWDKHLKDDRTIKSWFDCISQGNPTMPLSDLRVRPEVVNKFLKNKGGCVDIISSHLGLINVDLELATLLGGASPTQTQKKYLKVHGKLREELNKLAQEMNYDVVLIDCPPNFNIVTKNALIASDKILVPAKPDYLSTLGIDYLKTSVETLIDDFNFYAKKDDEFNEASPEFMGVIFTMIQITSGKPISAQRQYISQTKRLGVPVFDSVFRENKTIFADAPRNGMPVVLNSYSNNTHSDIVGEIEEFVGEFRNKLGL				NA	NA	NA	NA	NA
AK237_00336	405			hypothetical protein	ATGAAGCACAATATTATCGTAAAAAACTATTTGTCTTCTGTGGTGTCATTAATTGATGAGTTAAGTGAATCGGACTTGGCAAAGTTAGAGTCAGGTGAATTCGAGATTTCTTTAAAATTAGTGAAAAAAGCAAACCAGAAGTCAGAAGTAGCTAGTAAACATGAGCCAGCACTGATTGATTATGACTTACTTATTAAAGAGTTAGATTATGTCAAAAGTAGAGAGGCTGGACTCGAAGTTATTGAAAAGCACTTAAAGCTAAAAAATGACCTAATTTCATTCGCAAAATACATTGATGTTGCTTTCTTAAAAAGTGAGAAAGTATCTAAGATTCGAGAAACCATTGTGGATGCAACTGTTGGCGCTAAGTTACGGTCAAGTGCCATTCAAGGAAAAGAAATATAA	MKHNIIVKNYLSSVVSLIDELSESDLAKLESGEFEISLKLVKKANQKSEVASKHEPALIDYDLLIKELDYVKSREAGLEVIEKHLKLKNDLISFAKYIDVAFLKSEKVSKIRETIVDATVGAKLRSSAIQGKEI				NA	NA	NA	NA	NA
AK237_00337	156			hypothetical protein	ATGCAACTGTTGGCGCTAAGTTACGGTCAAGTGCCATTCAAGGAAAAGAAATATAACATTAAAAGTGATTCGCAACGCTTGGTATTTTTGCTATCGTTTCTTTGGATGCTTAAGGTGGTATGCGGTGGCTTCGGTATAGCGTTGCTCACACCTTAG	MQLLALSYGQVPFKEKKYNIKSDSQRLVFLLSFLWMLKVVCGGFGIALLTP				NA	NA	NA	NA	NA
AK237_00338	582			hypothetical protein	GTGGGTGACGTTTACATCGCAATACATAATAAAACCCTCATCGCGCAGGGTGAGTTGCCGGCGGTTATTCGCGAAACGTTAAGGCAGTTTCCCGGTGCAGAACCTTACTTATTCAGATTAGATGATGGCAAGCGCACAGATATCGACTGGCGGGGCAATGCAGAAGACGTTATCAGCCGCTTGCCTGTTTCGTTGATGCCGCAGGTTAAAAAACGAGGCCGCCCTAAGCTTGGCGTAAAATCAAAAGAAGTGACGCTGTTGCCTGAACACTGGGAATGGCTGTCGGTGCAGCGCGGCGGCGCATCTACCACTTTACGTAAGTTGATAGACTCCGCCATGGCGCAGATGACACCGGCACAGGCATGTCGCATTAAGCAGGATCAGCTCTACAATATGATGCGGGTATTTGAAGATGAGGCTGGTTTTGAATCGGCCTCAAGAGCACTATACCGGCTGGATGAAGCCGCTTTTACGCAGGCAATAGCAAACTGGCCTCAGACGCTGCAGGCAATATTCAAGGACAAGTTCACAGGCTTGCACTCTACAGGAATAGACACGAATGACGGAACAAACGAATCATAA	MGDVYIAIHNKTLIAQGELPAVIRETLRQFPGAEPYLFRLDDGKRTDIDWRGNAEDVISRLPVSLMPQVKKRGRPKLGVKSKEVTLLPEHWEWLSVQRGGASTTLRKLIDSAMAQMTPAQACRIKQDQLYNMMRVFEDEAGFESASRALYRLDEAAFTQAIANWPQTLQAIFKDKFTGLHSTGIDTNDGTNES				NA	NA	NA	NA	NA
AK237_00339	1407	mepA_1	COG0534	Multidrug export protein MepA	ATGACGGAACAAACGAATCATAACCCGTATGTAACCCCGCCCCTTACGCGCGTATTTTTAAAAACCGCGCTGCCTATTATTCTGATGATGATAGTGAGCGGATCGCTGAACCTGGTAGACGCATACTTTATTGGGGTATTTGTGGGTTCAGAAGCGCTGGCTGCGGTCACGGCGATGTTTCCATTATTTATGGTGTTAATAGCCATGTCGACCTGGATTGCCAGTGGTTTTGCCAGCGTTATGGCCCGTCTGCTGGGAGCTGGCCACCACGACGAAGCACGAAACGCTTATGCTCAGGCACTTACGCTAGCGCTGGTGATAAGCGTTATCCTGCTATTTATGTTTACTTTGACCGGTCAGACACTGGCGCTGGCCAGTAACAACGGTAATCACACCCAGGCAGCAACAAGCTTCACCTATATGAGCATCATTATGTACGGTGCGCCGCTGATATTCTGGTTGGGCGTGGCGTCAGACAGTTTACGCAGTGAAGGACACATCGGCTTTATCGCATTGGTTTCTTTGATAACAACGGTGGGTAACGGGTTGATGAATTACGTGTTCATCGTGCTGTTAGAACAGGGCGTGGCCGGCTCTTCTTATGGTACGGTTGCCTCACAAATTATTGCGTTAGGTGCAGTGTGGGCTTTTCGCCGCAGTCATAAAAACCGAAACGGCTTACCGCTGTTCGCTATCACGACGAAACGTAACAGGTGGCGTGAGTTTTTGTCGCTGGGCGCACCATCCAGCCTCACCTACGTGGGTGTAGCTCTCACCTCGGGCGCTATTTTGTTTAGTCTGCAACAATGGCTACCGGACAACTACGAAGTGACGGTGAGTGCTTATGGCGTAATAACCCGGGTTCTGACCTTTATCTACTTACCATTACTGGGTTTGGGCCTTGCTATGCAGAGTATTGTGGGCAATAACGTGGGCGCGCAGCAATATCAGCGATCTAACCGCAGCTTATGCATGGCCGTAGGGGTAGCGCTGTTTTACGGCATCGTCACAGAAGCGTTATTATGGTGGCTTCGCGCTGATATCGGCCACTGGTTTGTGGACGATACCGCCGTTACGAATGAAATTGCCAGATTGTTACCGGTGGTAAGCCTCGCGTTATTTCTGTTAGGCCCATTAATGCTGATAAGTTTTTACTTTCAAAGTATCGGTGACGCCAAACGGGCAGGTATATTGAGTATCGTCAAAACTTACCTGTTTACCCTGCCATTAATTTTTGTGTTGCCACTCATGTGGGGAGAATGGGGAATTTGGTATGCCGGCCCAACAGCAGAATTTCTCGGGCTGATGCTTACCGCTGGCATATTGTATCACCGCGCTGTTAAGGGCAATCATCGCTTTGGTTTATTGTATGCAGAAAGTCAACCAGAGCCGCAACCGGGCAAATAG	MTEQTNHNPYVTPPLTRVFLKTALPIILMMIVSGSLNLVDAYFIGVFVGSEALAAVTAMFPLFMVLIAMSTWIASGFASVMARLLGAGHHDEARNAYAQALTLALVISVILLFMFTLTGQTLALASNNGNHTQAATSFTYMSIIMYGAPLIFWLGVASDSLRSEGHIGFIALVSLITTVGNGLMNYVFIVLLEQGVAGSSYGTVASQIIALGAVWAFRRSHKNRNGLPLFAITTKRNRWREFLSLGAPSSLTYVGVALTSGAILFSLQQWLPDNYEVTVSAYGVITRVLTFIYLPLLGLGLAMQSIVGNNVGAQQYQRSNRSLCMAVGVALFYGIVTEALLWWLRADIGHWFVDDTAVTNEIARLLPVVSLALFLLGPLMLISFYFQSIGDAKRAGILSIVKTYLFTLPLIFVLPLMWGEWGIWYAGPTAEFLGLMLTAGILYHRAVKGNHRFGLLYAESQPEPQPGK				NA	NA	NA	NA	NA
AK237_00340	330			hypothetical protein	ATGAACTCAGAATTTATTGAGAGCCTGTATGATGTTTTTTCATCGCTGCGCCCTGTTACAACACGGCGGATGTTTGGCGGAACCGGCTTGTTCCACACAGGCCTGATGTTCGCCATCGTCCTTGATGATTTGTTGTACCTGAAAGCGGATAAAGAAACCTGCCAACTTTTTATCGATGCAGGCTGCGAGCCGTTTACGTACAGCAGACAAGGCAAACAGGTTGCACTGCAATACTACAGTGCACCTGATTGTATCTATGATGATCCCGACGATGCAGCTTTGTGGGCACAGCGCGCCTTTACGTGTGCCTTACGCAACAGGCGGTCTTAG	MNSEFIESLYDVFSSLRPVTTRRMFGGTGLFHTGLMFAIVLDDLLYLKADKETCQLFIDAGCEPFTYSRQGKQVALQYYSAPDCIYDDPDDAALWAQRAFTCALRNRRS				NA	NA	NA	NA	NA
AK237_00341	558			hypothetical protein	ATGTTGAATAAAATGCGATGTAAAGTAATTGCCTTCGTTATGTGCATGTTGTCGTTTGCTTGTTTGGGCGAGGGTTTTACCCTTAGCAGCCAGGATATGGAAGCGGGCAAGCCTATGTCAAAAGAACAGGAATTCAAAGGGTTTGGCTGTGACGGAGACAACCTGTCGCCACAACTTTCATGGCAGGGCGCGCCGGAAGGAACAAATTTCTACGCGTTATTTGTTTACGACCCGGATGCACCTACAGGGAGCGGATGGTGGCACTGGCAGGTGGTGAATATTCCTGCCAGCACCACTGAATTGCCAACAGGGGCGGGTAGTGCAGGCAGCATGGTTTTACCCGAGGGCAGTATGCAAATCGTCAATGATTTTGGTTTTGCAGGCTTTGGCGGCGCGTGCCCTCCGGTAGACGACAAGGCGCACCGATATCAGTTCACTGTGTTCGCGTTACCGGAAAAATTGTCGCTGCCGGACAATCCCTCCGGTGCACTAACCGGCTATATGGTGAACATGAATGTGTTAGATAAAGCCACTCTGGAAGTGACTTATCAGCGCTGA	MLNKMRCKVIAFVMCMLSFACLGEGFTLSSQDMEAGKPMSKEQEFKGFGCDGDNLSPQLSWQGAPEGTNFYALFVYDPDAPTGSGWWHWQVVNIPASTTELPTGAGSAGSMVLPEGSMQIVNDFGFAGFGGACPPVDDKAHRYQFTVFALPEKLSLPDNPSGALTGYMVNMNVLDKATLEVTYQR				NA	NA	NA	NA	NA
AK237_00342	1083			hypothetical protein	TTGACCGCGCCGTTGAATGTATACGCTGGCCCTGGCGCGCTGGCGACACTACAAAAACATGGATTTTATCCATTATTATTTAACTATTTTCTTGGTGCTTCAGGCGGGCCTAAGTGGTTTGTCTTAGCCGGGCTGGACAGAGTACTGTTTCCAGAGTGGTTTGATAACAGAGGCGGACAAATACAGGTTATCGGTTCTTCCGCTGGTGCGTTCAGAGCAGCCTGTGCGGTACAAAACAACCCGCTCGCCGCAATCAATCGTTTGGCCCATCATTACTCTCATACTGTTTATTCAGCAAAGCCTACCGCCAACGAAATAACGGTAAAAGCGCGCGCGCTGTTGCGTGAAGTGCTTGGCAAACATGGTGTTGAAGAGATCATTAGCAATGAACGCTTCAAAGCCCATATTTTTGCTGCGCGGTGTCATCGTTCAATGGCATCCCGTGGTCGATTTACCCAGCTGAACGGCCTGGCGATGAGCGCAACCATAAATGCAGCCAGTCGAAGGAATCTGAATCGCTTTTATACCCGCCATATTTTTTCTGCGCCAGGCAGCGATTTTACAGTTCACGATCCTTATCAGCTCAATACTGAACGCTCTGAATTGAGCTTCGTTAATACCAAGGATGCCTTGCTTGCTTCAGGTTCTATCCCGCTGGTATTAGAAGGTGTTGAGAAAATTGTTGATGCGCCAGAGGGCGTATACCGCGACGGTGGTATTATCGATTATCATTTTGATCTGTCTTTCGGACCACGGGATGGATTAGTGCTTTACCCCCACTTCTATAGTAAGCCTGTACCAGGGTGGTTCGACAAAGGGTTAAAACGCCGGTTGCCGCACAAAAGCAGCTACGACAATGTGGTGATGCTTGTACCTTCAGATGATTTTGTTGCTTCGTTGCCCTACGGTAAAATTCCGGATCGGAAAGATTTTGAGATCCTCGATGCTGATACGCGTATTAAGTACTGGCAAACGGTACTAAGTGAAACAGACCGGTTGGGGGAATACTTCATGAAGCTGACAGGCAATGGCAGCATAATGGATGTAATTAAACCGCTGCCGTTCCCTATGCTGGAAGGCTAG	MTAPLNVYAGPGALATLQKHGFYPLLFNYFLGASGGPKWFVLAGLDRVLFPEWFDNRGGQIQVIGSSAGAFRAACAVQNNPLAAINRLAHHYSHTVYSAKPTANEITVKARALLREVLGKHGVEEIISNERFKAHIFAARCHRSMASRGRFTQLNGLAMSATINAASRRNLNRFYTRHIFSAPGSDFTVHDPYQLNTERSELSFVNTKDALLASGSIPLVLEGVEKIVDAPEGVYRDGGIIDYHFDLSFGPRDGLVLYPHFYSKPVPGWFDKGLKRRLPHKSSYDNVVMLVPSDDFVASLPYGKIPDRKDFEILDADTRIKYWQTVLSETDRLGEYFMKLTGNGSIMDVIKPLPFPMLEG				NA	NA	NA	NA	NA
AK237_00343	102			hypothetical protein	ATGAGCAAACTGCAAAACGAAGCGGCAGATTTCATCATCGAAGATGCAGATCGGGTAAGCGATTTTGGGAGAGATTGTGAGCTGAACAAGCACCGCACTTAA	MSKLQNEAADFIIEDADRVSDFGRDCELNKHRT				NA	NA	NA	NA	NA
AK237_00344	387			hypothetical protein	ATGACGAAACAAACGTTGGCTGTCATTGATGGCGAATTCACGATCCATGCGTTTGATCCCCACTCTGCTATTCCAGCGCAGGTATTAAACAGCGAGCTTTTCTTTATAGGCAAAACAGATGACACACTGTCCATTGTCATTCCTTCTGACGTTAATGTGGTATCACTGGAATCGGACAAAGGTTGGCGAGCGTTAGAACTGTTAGGTCCGCTTGCATTGTCGATGGTCGGCATAATGGCCAATCTGGGCACCGTGCTCGCAAAAGCAAAAGTGAGTATGTTTATTGTGTCAACGTTCGACACCGACTTCTTTTTAGTAAAAGCTGACAAACTGGATTGCGCAGTGAATGCTTTACGACAAGACGGCTACACGATTATAGAATCGTGA	MTKQTLAVIDGEFTIHAFDPHSAIPAQVLNSELFFIGKTDDTLSIVIPSDVNVVSLESDKGWRALELLGPLALSMVGIMANLGTVLAKAKVSMFIVSTFDTDFFLVKADKLDCAVNALRQDGYTIIES				NA	NA	NA	NA	NA
AK237_00345	495			hypothetical protein	ATGAAAATACAGCATACTAAGCCAACTCAGTTTACCCGTGAGATAATCCTGCATGCGCCTGTTAATGGCAGCCGCCTTGACTGGCATCAGCTTAACGCGCCGTTGTTTGAAGCTGGTATATGGGGACCGGCCATGCCATTCAGATACAGCGGCCATACACTTTATGCGCCGGATGATTGTGTCATTGAGAGTGTGCCAGAGACAGGTTACGAAGTGAGCTTTAAAACGCGTTTAGGGCTGAGAATTTTCATCAACTTACTGCCCTTCCCTCACCATCTGATGGGAGAAAAATGTGAGCGCAAAGTTAGAGTGGGTCAATCAGTTAAAGCCGGAACTGAATTAATGACATTTCAACCGCAATGGCTGAAACAACGAGGCTTTTCACTACACGGTGTATTGGCAATCAAAAACGGCGATAAATGTAAGGCGCTGATGTACAGCCACCAAAAACAATTCATTGCACTTGATGATCCGCTAATCCACATTTACCTTTAA	MKIQHTKPTQFTREIILHAPVNGSRLDWHQLNAPLFEAGIWGPAMPFRYSGHTLYAPDDCVIESVPETGYEVSFKTRLGLRIFINLLPFPHHLMGEKCERKVRVGQSVKAGTELMTFQPQWLKQRGFSLHGVLAIKNGDKCKALMYSHQKQFIALDDPLIHIYL	PGPT0014090_775	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
AK237_00346	1071		COG4307	putative protein	GTGAAAAATTTCCAATGCGAATGTGGCAACACGTTATACTTTGCAAACTCACAATGTTTGTCGTGTCATCGTCCTGTAGGCTTTTTAAGCCAGGAAATGACGCTTACAGCCTGCGATATTAATACGCACGGCGAATGGGTGAGTTGTTTAAACGGTAAGCGCTATCGTCCCTGCGCAAATTATACCGACTACCACGTCTGCAATTGGTTAGTTCCCATCGAGGAAGATCATTCGCTGTGTGAATCCTGCCGACTAACCGACACCATCCCCGACCTATCCAAACCTGAGAATGTTTCGCTCTGGTTTCGCATGGAACAAGCCAAAAGACAGCTCCTTTATACCTTGAGAAAGTTAGGCCTGGATGTGTGGAAGCACAATGAAGACAATGCAAATCAGTTACGCTTTCGCTTTTTAGAAGATGTTACCGAAGACGAATACGGCGAAGAACTTACCGTGAAATCAACGGTAATAACAGGTCATTGCCAGGGCGTGATCACGCTGAATTTAAATGAAGCTGAAGATGCGTCTCGTCTTAAGATGCGGGAACAAATGAATGAGCGTTACCGCACACTCATTGGTCACTTTCGACACGAATCGGGTCATTACTATTGGGATACGCTGATCCAGCCTTCGCATTATCTTGAAAAATTTCGCGCGTTATTTGGTGATGAACGGCAGGATTACACTGCCTCAATGCAAACCTATTATGCCAACGGTCCGGTCAATAATTGGCAGTCGAAGTGGATAAGTGCTTATGCAAGCATGCATCCATGGGAAGACTGGGCTGAAACCTGGGCCCATTATTTACATATTGTCGACACCCTGGAAACCGCAACTGAGTACAGTTTAAATATTTTACAAAATCGTCTGAGCAACCCTTTAGCTGACAGCTACCGACGAGCCAGTGAAACTAATTTCCAACGCATTTTTGAAGACTGGTGCCGGTTAACCACAGTATTAAACGCGCTAAACCGAAGTATGGGGCAAGACGACGCTTACCCCTTTGTTGTTCCCTATCCCGCGCTGGAAAAACTCTCGTTCATTCACGATGTTGTGCACCAACGCATATAA	MKNFQCECGNTLYFANSQCLSCHRPVGFLSQEMTLTACDINTHGEWVSCLNGKRYRPCANYTDYHVCNWLVPIEEDHSLCESCRLTDTIPDLSKPENVSLWFRMEQAKRQLLYTLRKLGLDVWKHNEDNANQLRFRFLEDVTEDEYGEELTVKSTVITGHCQGVITLNLNEAEDASRLKMREQMNERYRTLIGHFRHESGHYYWDTLIQPSHYLEKFRALFGDERQDYTASMQTYYANGPVNNWQSKWISAYASMHPWEDWAETWAHYLHIVDTLETATEYSLNILQNRLSNPLADSYRRASETNFQRIFEDWCRLTTVLNALNRSMGQDDAYPFVVPYPALEKLSFIHDVVHQRI				NA	NA	NA	NA	NA
AK237_00347	756			hypothetical protein	GTGACTTATTGTCTTGCTATAAAAGTGAATAAAGGGCTGGTGTTCGCGTCCGATTCGCGTACCAATGCAGGTGTGGATTACATTGCGACTTACAGCAAAATGTGGCGGTTTTGCTGGCCACAGGAACGTTCTATCGTATTACTTACTTCTGGGAGCCTTGCTACCTCACAAGCGGTAGTGAATACGATTAAGCGCGATTTGGAAAACCCTGACGCTAAATTCAATTTGCGGGCCGGCAAGCATTTACATGAATTAGCTGAGTATGTCGGAAAATTAAGTCAGGCCGAACAAAAGCAGCATGCTGAAGCGATGGAACGTTCGGGAAGTAGCAACGAGTCAAACTTTATTATTGGCGGGCAAATAGCGGGGCGGCCGCCAGAAATTTTTCTTATTTATCCGCAAGGCAATTATATCTCTGCCTCTGATGATACGCCTTATTTGCAAATTGGTGAGAGCAAATACGGTAAGCCTATTCTTGATCGTATTTTATCAGGTTCCACCACGCTGGAAGATGCAGCGCGATGCGCCATGGTGTCGCTTGATTCTACGATCCGCAGTAATATTTCCGTGGGGCCGCCCATAGAGCTGGCTATGCTAACGGCAAATCAGGTTGATGCGCCTTATCATCAAACGTTTACGCTCAATAGCCCAATGTACAAATCGATGCAAAAGCAGTGGACACAGGGGTTAAAACGCACATTTAACCGGCTGCCTCGTTTTGAATGGGAGAAAAAGTCCGACGGCACCTCGGCGTAA	MTYCLAIKVNKGLVFASDSRTNAGVDYIATYSKMWRFCWPQERSIVLLTSGSLATSQAVVNTIKRDLENPDAKFNLRAGKHLHELAEYVGKLSQAEQKQHAEAMERSGSSNESNFIIGGQIAGRPPEIFLIYPQGNYISASDDTPYLQIGESKYGKPILDRILSGSTTLEDAARCAMVSLDSTIRSNISVGPPIELAMLTANQVDAPYHQTFTLNSPMYKSMQKQWTQGLKRTFNRLPRFEWEKKSDGTSA				NA	NA	NA	NA	NA
AK237_00348	1455		COG2308	putative protein	ATGGCAATCAGGTGGGGAAATTATGCTACGGGCCCGTTTTATGATGAACTAATCAAGGGTCGTAACAAACCAAGAGAAGCCGCCGTAGATTTGTGTGCTTATCTGCGCGATTTATCTGACAAAGATATTGAAGAATACAAGGTAGCTGCCAGCACGGCTATCCATGTTATGGGCATCACTTTCACCGTGTACACGGAGGAAGAAGGCTCCATTGATCGCGCCTGGCCCTTCGACATTATTCCCCGCATCATCGATAAAAAAGAATGGTCACAAATTGAGCTTGGCCTTAAGCAACGTGTTAAGGCGCTCAATATGTTTATTGATGATTTGTACAACGAGCAGCGTATTCTGGGCGCAGGGATTGTGCCTGAGGATATACTGACCCAGTCAAAAAACTTCTTACCTGAGTGCCTGGGCGTAAAGCCCAAACATGGCGTATGGGCGCACATTTGTGGTTCGGATCTGGTACGAGACCACCATGGTACGGTGTATGTGCTGGAAGATAATCTGCGCGTGCCGTCCGGGGTGTCCTACATGCTGGAAAACCGCCATGTGATGAAGCGCGTATTTCCTGACATGTTCGAAAAATATAATATTTTGCCGGTAGATGACTACCCCTCTGAACTCTACGACATGCTGTGCCAGTTATCGCCACGGGATATTCCGCAACCTGAAATTGTAGTGCTGACACCAGGAATCTATAACTCTGCATATTTTGAACATGCTTATCTGGCACAACAAATGGGCGCAGAATTGGTAGTCGGCAGCGATTTAGTTGTCGATGACGATGATATTGTTTACATGAGAACGGTAGCCGGTCTTGCCCGTGTCGATGTGATTTATCGTCGTATCGACGATGCGTTTTTAGACCCTGAAGTGTTCAGAGAAGACTCAATGCTCGGTGTTCCCGGACTGATGCGCGCTTGGAAAGCAGGTAACGTAGGACTCGCCAACGCGCCAGGAGCAGGCGTGGCTGACGATAAAGTTGTGTATGCGTTTGTGCCGGATATTATTCGGTTTTACCTGAACGAAGAACCCATGCTTCCTAACGTCCCCACTTACAAGTGTGTTAATAAAGACGAACGTGATTATGTGATAGAACATATTGATGAAATGGTTGTGAAGCCTGCCAATGAATCTGGCGGTTACGGTATGCTCATTGGGCCGCATGCAACGAAAGCCGAACGCGAAAAGTTTGTTCGCCTCATACGGCGCGATCCCAGAAATTACGTAGCACAACCTATGCTGTTGCTTTCAACCGCCCCCACGCTCATCGATAATAAAGCCGAAGCACGTCATTTAGACTTACGCCCGTTTATTCTTTCAGGCAAAGATATTTCTGTCACAACGGGAGGTCTTACCCGCGTAGCGATGCGAAAAGGCTCAACGGTGGTGAATTCATCCCAAGGCGGTGGCAGCAAAGACACCTGGATTGTTGACATGGAGGATCAATAA	MAIRWGNYATGPFYDELIKGRNKPREAAVDLCAYLRDLSDKDIEEYKVAASTAIHVMGITFTVYTEEEGSIDRAWPFDIIPRIIDKKEWSQIELGLKQRVKALNMFIDDLYNEQRILGAGIVPEDILTQSKNFLPECLGVKPKHGVWAHICGSDLVRDHHGTVYVLEDNLRVPSGVSYMLENRHVMKRVFPDMFEKYNILPVDDYPSELYDMLCQLSPRDIPQPEIVVLTPGIYNSAYFEHAYLAQQMGAELVVGSDLVVDDDDIVYMRTVAGLARVDVIYRRIDDAFLDPEVFREDSMLGVPGLMRAWKAGNVGLANAPGAGVADDKVVYAFVPDIIRFYLNEEPMLPNVPTYKCVNKDERDYVIEHIDEMVVKPANESGGYGMLIGPHATKAEREKFVRLIRRDPRNYVAQPMLLLSTAPTLIDNKAEARHLDLRPFILSGKDISVTTGGLTRVAMRKGSTVVNSSQGGGSKDTWIVDMEDQ				NA	NA	NA	NA	NA
AK237_00349	921		COG2307	putative protein	ATGCTTTCACGTGTTGCGAATCACCTCTATTGGATGGCGCGTTATTTAGAACGAGCCGAAAATACCGCTCGCCTTATTCAGGTAAATACGCATTTGTTGCTCGACCTGCCCCGAAATGTCACATTGGGATGGGAGCCCATTGTGGACATGCTGTCCATCCGCGAGAATTTCTATGCGAACTATGAAACGGCTGACGAAAAGAGCGTCATTCGCTTTATGGTGACTGATCAGAATAACCCGGGTTCAATAATAAACTCCCTGGCTTCGGCCAGAGAGAATGCCCGTATTGTCCGCGAAATTATTCCATCGGAAGCGTGGGAAGAAATCAATAATGTGCACTTACAGGCTAAAGCAGACAGCCAAAGCGTACTCACCCGACGTCATCGCTTTACCTGCCTGAACAAAGTTATTAAAGGGAATCAGACGATTACCGGCCTGGTCGGCGGCACCATGAACCGGGATCAGGCGTATGCCTTTCTTCGCTTGGGTCGACATCTGGAACGCTGCGATATGACCACGCGTATTATTGACGTGCGCTCGGCCTCTTTATTGCCGGATGTATCAGAAGAACACTCCGCCTTTGAAAACATTCAATGGATGGGTGTGCTGAAGTCATTATCTGCCTATCAAATGTATCGCCAGGAGATGCGTTTACGTGTGCAGCGCGCAGACATTCTGGAATTCTTATTAAAACGCCAGTCGTTCCCGAGAAGTGTTAATCATTCGTTAGGTCAGGTAAGGAAGTGTCTTACAGAATTGCCTGAACCGGATGCGATATGCAAACAAGTGAAAGAAATGTCTGACATGCTATCGAACTTAAATACACGCGATCTGAAACAGGACAAATTGCACCAGGTTATCGACGATATACAAGCAGCGTCGATGAGTATTCATGATGCGGTAAACAGCGCGTATTTTTGA	MLSRVANHLYWMARYLERAENTARLIQVNTHLLLDLPRNVTLGWEPIVDMLSIRENFYANYETADEKSVIRFMVTDQNNPGSIINSLASARENARIVREIIPSEAWEEINNVHLQAKADSQSVLTRRHRFTCLNKVIKGNQTITGLVGGTMNRDQAYAFLRLGRHLERCDMTTRIIDVRSASLLPDVSEEHSAFENIQWMGVLKSLSAYQMYRQEMRLRVQRADILEFLLKRQSFPRSVNHSLGQVRKCLTELPEPDAICKQVKEMSDMLSNLNTRDLKQDKLHQVIDDIQAASMSIHDAVNSAYF				NA	NA	NA	NA	NA
AK237_00350	1653			hypothetical protein	ATGCACAATAAACTACGTCATTTACTCGCTGTATCCACCATACTTGTGCCTGCTTTTGCATTCGGGCAAGTGGCGAATGGTGATTTTGAAAACTGGTCTTCGGGCTCACCAAATAGCTGGACCACCATCGATTCGGGGATCAGCGTTAGCCAATCTTCTTCTTATACGTATTCAGGGAACACGTCGGCAGCGGTATCGGTGAACACGGGTACGCAAGGGTCAACCGATCTCCGCCAGACTGTCAGTGTGGTTTCAGGTCAAAGCTATCAATTTTCTGTTTGGATTTACCATACTGAAGGTAGCGTCAAGGCGCGTTTATATGTAGACGGATATCAAAGCTATTCAGACAACACCGTTACCGGTGGATGGCAACAAATTAGTTATGCTTATACTGCTTCCTCGACGAAAGATATTGAAGTGGGGTTAAGGTTTTATGACCAAACCGGCTTTGACGGCGCTGAAATTGTTTATGTAGACCACTTCGAACCTGCGGCATCTGATTCTGGCGGCGGCTCAGGGGGAGAGGTAATTAACTGTGATGCTCAGGCAGGGTCTTTGCAGTTAGTCACAGATAATTATGGTAGCGAAACCAGTTGGGAAATCACTAACGCCAGTAGCCAGGTAGTGTCATCAGGAAGTGGCTATTCGAGTGGTCAGACGTACGAAGAAGCGGTGTGCCTTGAAGAGGGAAGTTACACGTTTACTATCACCGATTCTTATGGTGATGGAATGTGCTGTTCTCAAGGTTCAGGAAGTTACAGCCTTGTTATTAATGGCAGTGTTGTAGCCAGTGGCGGTGAGTTTTCTTCGTCAGAAAGTACGCCTTTCACCGTGGGATCTGACACCGGCAACCCTGGTGACGGCTCGGGTGGCTCATCCGACTTAACCGGCTATTATGCCAGTGCTGACGGATTAACCGGATACGCCTTAAAAACCGCATTGTACGATATCATCAAAAACCACAGTGCGCAGAGTTACGGCGACTTGTGGACATTCTACGTATCATATAACAGAGATAGTTATTATGAGAATGATGGCACTATTTTAGATATGTATTCAGAAAACCCATCGGGGAGCGATCCTTATCAATTTACCGCAGGGAGTGATCAGTGTGGTACCTACGGTGGTGAAGGAGACTGTTACAACAGAGAACACTCGTTTCCCCGTAGCTGGTTTGGCGGTGCCATATCGCCCATGAATACCGATGTGCATCATATATTTGCTACAGACGGCTATGTTAACGGACGGCGCAGTAGTTATCCCTACGGCGAAGTAGGCAATGCTACCTATACGTCCGGCAACGGTTCTAAACTTGGTACAGGAGCGACGGGCTCTGGTTATACCGGCACAGTATTTGAGCCTATTGATGCGTTTAAAGGCGATTTCGCGCGTGCTTACTTTTATATGGCAACCCGCTATGAAAATGTCATAGGCAATTGGGAAAATAATAGTACGTACGGCGATGCTGTCCTTGATGGCAGTAACGATCAAGTCTTTGAAAGCTGGTTCTTATCATTGCTGAAAAGCTGGCATGCTCAGGATCCTGTTAGTCAAAAAGAGATTGACCGCAACGATGCCGCTTATAGCTTTCAAGGTAACCGTAACCCTTATGTGGATCACCCGGAGTTGGTAAGTGAAATCTGGGGTAACTAG	MHNKLRHLLAVSTILVPAFAFGQVANGDFENWSSGSPNSWTTIDSGISVSQSSSYTYSGNTSAAVSVNTGTQGSTDLRQTVSVVSGQSYQFSVWIYHTEGSVKARLYVDGYQSYSDNTVTGGWQQISYAYTASSTKDIEVGLRFYDQTGFDGAEIVYVDHFEPAASDSGGGSGGEVINCDAQAGSLQLVTDNYGSETSWEITNASSQVVSSGSGYSSGQTYEEAVCLEEGSYTFTITDSYGDGMCCSQGSGSYSLVINGSVVASGGEFSSSESTPFTVGSDTGNPGDGSGGSSDLTGYYASADGLTGYALKTALYDIIKNHSAQSYGDLWTFYVSYNRDSYYENDGTILDMYSENPSGSDPYQFTAGSDQCGTYGGEGDCYNREHSFPRSWFGGAISPMNTDVHHIFATDGYVNGRRSSYPYGEVGNATYTSGNGSKLGTGATGSGYTGTVFEPIDAFKGDFARAYFYMATRYENVIGNWENNSTYGDAVLDGSNDQVFESWFLSLLKSWHAQDPVSQKEIDRNDAAYSFQGNRNPYVDHPELVSEIWGN				NA	NA	NA	NA	NA
AK237_00351	1029	xecA1		2-hydroxypropyl-CoM lyase	ATGAAAACATTATTACCCACGTCTACGGCTGGCAGTTTGCCAAAGCCGGTTTGGTTAGCCGAGCCAGAGACATTATGGTCTCCCTGGAAACTGGAAGGCGAGACGCTGAGCCAGGGAAAACAAGACGCACTGCTACTGGCGTTACAAGCTCAGGACTTGGCAGGCATTGATATTATCAGTGACGGAGAGCAAACCAGACAGCATTTCGTGACGACTTTTATTGAGCATTTGCATGGCGTAGACTTTGAGAAAAGAAAAACCGTGCGCATCCGAAATCGTTACGATGCCAGCGTGCCAATGGTTGTTGGTCCTGTTAGCCGAGAGCAATCGGTTTTTGCTGAAGATGCAAAATTCCTTCGCAAGCATACTGACAAGCCCATTAAATGGGCGTTGCCAGGCCCGATGACAATGATTGATACACTTTATGACGACCATTACAAAAGTCGTGAAAAGCTTGCGTGGGAATTTGCCAAAATCCTGAATCAGGAAGCCAAAGAACTGGAAGCGGCAGGCGTTGACATTATTCAGTTCGATGAGCCGGCGTTTAATGTCTTTTTTGACGAGGTAAACGACTGGGGAATTGCGGCTCTTGAGAAAGCGGTGGAAGGATTAAAATGTGAAACCGCAGTGCATATTTGCTATGGTTACGGCATTAAAGCCAACACTGACTGGAAAAAAACACTGGGCTCACAGTGGCGACAGTACGAAGAAATCTTTCCCAAAATTCAATCATCAAAAATAGATATCGTGTCGCTTGAGTGTCAGAACTCACGTGTTCCGATGGAGCTTATTGAACTGATCCGTGGGAAAAAAGTGATGGTAGGTGCTATTGACGTGGCAACCAACGAAATAGAAACGCCAGAAGCGGTGGCTGAAACCCTTCGCAAAGCGTTAAAGTTTGTCGATGCAGACAAACTATACCCATCGACAAACTGCGGAATGACACCGCTTTCCCGCACAGTCGCAAATGGAAAAATGCAAGCTCTCAGTGCAGGCGCTGATATTGTGCGTAACGCATTGACCCAATAG	MKTLLPTSTAGSLPKPVWLAEPETLWSPWKLEGETLSQGKQDALLLALQAQDLAGIDIISDGEQTRQHFVTTFIEHLHGVDFEKRKTVRIRNRYDASVPMVVGPVSREQSVFAEDAKFLRKHTDKPIKWALPGPMTMIDTLYDDHYKSREKLAWEFAKILNQEAKELEAAGVDIIQFDEPAFNVFFDEVNDWGIAALEKAVEGLKCETAVHICYGYGIKANTDWKKTLGSQWRQYEEIFPKIQSSKIDIVSLECQNSRVPMELIELIRGKKVMVGAIDVATNEIETPEAVAETLRKALKFVDADKLYPSTNCGMTPLSRTVANGKMQALSAGADIVRNALTQ				NA	NA	NA	NA	NA
AK237_00352	978			hypothetical protein	ATGACAACAACTGACTTTACTTTTACTATCAAAAGCATCGATTTTGATGAGAATTATACACCTGCGGATAATACGCGTATTACCACCAACTTCGCTAATCTTGCGCGGGGTGAGAAACGTCAGCAAAATCTTCGCAACACGCTTAGTATGATCGATCGTCGTTTTAATGAATTAGCTAAGTGGGATAATCCGCATGGCGATCGATATTCTGTCGCTTTGGAAATCATTTCCGTCGATATCGATATTGACGGTAAAGGCGAAGGGTTTCCATCAATCGAAGTGTTAAAAACCAATATTATCGATAATCTTACGAATACCCGCATTGATGGCATTGTTGGAAATAACTTTTCATCTTACGTGCGTGATTATGATTTTAGTGTGCTGTTGCTTGAGCATAACAAACAACAGAACCATTTTAGTGTGCCGGAAGATTTTGGTGAACTTCATGGCAAACTATTTCAGACGTTTGTTAATTCAAATGCATTTAAGCAGCATTTCTCGAAACGTCCTGTCGTATGCCTGAGTGTTTCTGATAGCAAAATTTATCAACGCACCGATAACGTTCACCCTGTGTTGGGGGTGGAATATATTCCCAACGATGCGTCGTTGACCGAACAGTATTTCAAAAAGATGGGCTTACAGGTGCGCTATTTCATGCCTGCCAATAGTGTAGCCCCTCTGGCCTTTTACTATTTTGGTGATTTGCTGAATGACTACACGAATTTAGAGTTGATTAGCACCATCAGCACGATGGAAACCTTCCAGAAAATCTATCGTCCTGAAATTTACTTTGCCAACACGGTTGCCGGCGAGCGTTATCAGCCCAACCTGAAACAACCTGATCACCGTCTGACACAAATTGTGTATGACCGCGAAGAACGCAGTCAGTTGGCCGTTAAGCAGGGTAAATTTGCTGAAGAACACTTTATTAAACCTTATCAATCGTTATTAGCGCAGTGGTCTGCCAATTACGCCTGA	MTTTDFTFTIKSIDFDENYTPADNTRITTNFANLARGEKRQQNLRNTLSMIDRRFNELAKWDNPHGDRYSVALEIISVDIDIDGKGEGFPSIEVLKTNIIDNLTNTRIDGIVGNNFSSYVRDYDFSVLLLEHNKQQNHFSVPEDFGELHGKLFQTFVNSNAFKQHFSKRPVVCLSVSDSKIYQRTDNVHPVLGVEYIPNDASLTEQYFKKMGLQVRYFMPANSVAPLAFYYFGDLLNDYTNLELISTISTMETFQKIYRPEIYFANTVAGERYQPNLKQPDHRLTQIVYDREERSQLAVKQGKFAEEHFIKPYQSLLAQWSANYA				NA	NA	NA	NA	NA
AK237_00353	378			hypothetical protein	ATGAAAACGTCTTTACCAATGCAGTTGTTAGAGTTGTGGACATTAACCCCCCAGGTGATAACGACACGTTTATTTCGCATGGCGTTGTCTTCTCAGCATCCAGCGAAAAGCGATGTGCGAGAGATGAATGAAATGTGGCAAGAGAAAGTGATTGCCATGATGAAAGCGTCTCAGGTTGCGTTAACAGAGGGAATGCGGTTTCAGACCAAGTTACAAACTGATCTCATGACTCATGCACTTAATCCGGCTTTATATCCTCAGGTACTCACGCAGACATTCTTAAAACATGCTCCCGCGATGTCTGACAAAACAACCGAAAAAATGCTGCAACCTTTTCATAGCAAGGTAAAGTCGAACGCCAAGCGACTGAATAAGTAA	MKTSLPMQLLELWTLTPQVITTRLFRMALSSQHPAKSDVREMNEMWQEKVIAMMKASQVALTEGMRFQTKLQTDLMTHALNPALYPQVLTQTFLKHAPAMSDKTTEKMLQPFHSKVKSNAKRLNK				NA	NA	NA	NA	NA
AK237_00354	972			hypothetical protein	ATGACAATTAACCAGTTACCTTCTACCGCATTGGCAGAATTAGAAGCCAGACGTCAATCTGAGGTTACCAACAGTGAATTAACCGCATCTGATATTCCGGCAGTAACGGAGTCTCAACCGGTAACTCCTGCCAACCCCGACGACGACAATCTGCAGGCTCAGTTGCAGCAGTTTCGTGAGACCCAGCGTCAGCGGGAAGAGGCGCGAGAGGAAGAGCGCCTGTCGCGTGAACGTGAGCGCGAATTATTGCAGCAAGAACAGCAAGCACTTCGCGACGCCCGACTGGAACGGGAAGAAACTCGAAATCAAGAAGAGGTCGCGCGCCAGCAGGAGCGCGAGGCATTACGTGAAGAGCAGCAGCGCCTGCGTCAGGAACGCCTAGATCGCCAGGAGGCAGAACGCCAGCGTACTGAGGAAAGGTTAGAAAGACAAGACGAACAACAACGGCTTGAAGACGAGAGACGCGTAGAAGAAAGGCTTGAGGCCGAAAGGCAAGAAGATGAAAGGCTGCAAGTGCGCCAGGAGCAGGAACGTCTGCAGTCCCAGCAACAACAATCAAGCGACGCGCCGGTAATTCGCCAGCCAAACGAAACACCTGAGGAGCAGGCTGAATTAGAACTCGCTAACCGGTTGCAGTTATCTGATAACGATGAGGCGGCGACATCTCCCCAGATCTCACCCGCGCCGCAACAAGCAGGAGTGCCATCGAGTGTAAACGCATTAAACGAAGTACAGTCGCTCAATGAAGAGGCAGGATTGGACGAAGATGACCAGCTTCAGCTAGACGCATTAAGACTGGAAGCAGCGGTGTTACAACAACTTAATGAGGGAAGTAATGATGAATCAACCTCTGAAGATCTTGAAGCTGTGCAACAGTCGCTTGACGAGGAAACTGAGCGCCAGGTAACCCGCTTGCAAAACGGCCAGCCCTCCACCGCCCGGTTAGGGAATTTTATTGATGCGTTGAGCTAG	MTINQLPSTALAELEARRQSEVTNSELTASDIPAVTESQPVTPANPDDDNLQAQLQQFRETQRQREEAREEERLSRERERELLQQEQQALRDARLEREETRNQEEVARQQEREALREEQQRLRQERLDRQEAERQRTEERLERQDEQQRLEDERRVEERLEAERQEDERLQVRQEQERLQSQQQQSSDAPVIRQPNETPEEQAELELANRLQLSDNDEAATSPQISPAPQQAGVPSSVNALNEVQSLNEEAGLDEDDQLQLDALRLEAAVLQQLNEGSNDESTSEDLEAVQQSLDEETERQVTRLQNGQPSTARLGNFIDALS				NA	NA	NA	NA	NA
AK237_00355	360		COG1393	putative protein	ATGTACGATATGAGCACAACCTTATTTGGTATCAGTAACTGCGATACCATTAAAAAAGCCAAAAAATGGCTTGAACAAAACAATATTCACTACACCTACCATGATTATCGCAAAGATGGTATTGATGCCGAATGGCTTGCTGAAACCGAGTCGCACCTCGGATGGGAAAACCTGCTGAACAAGCGTGGGACCACATTCAGACAACTCCCGGAAGACGATAAAAAAGACCTGAACAAAGACAAAGCGCTGGGTTTACTGCTGGCTAATCCATCGATGATTAAACGTCCCGTATTGATCCACGATGGCAACTACTTTTTGGCGTTCAAGCCAGCCCAATACGAGGAGATATTTTCCTCATGA	MYDMSTTLFGISNCDTIKKAKKWLEQNNIHYTYHDYRKDGIDAEWLAETESHLGWENLLNKRGTTFRQLPEDDKKDLNKDKALGLLLANPSMIKRPVLIHDGNYFLAFKPAQYEEIFSS	PGPT0004720_3980	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	UNIVERSAL_STRESS_RESPONSE	STRESS_SIGNALLING_PROTEINS	STRESS_SIGNAL-TRANSCRIPTIONAL_REGULATION,PGPT0004720-arsC1-K00537	NA	NA
AK237_00356	1128	dapE_2	COG0624	Succinyl-diaminopimelate desuccinylase	ATGAGCCAGGTCATCGATGTTGCCAAAAACTTAATTAACCGCCGTTCTGTGACGCCCGACGATGCGGGCTGCCAGGATTACATGAAGGCGTGGTTGGACGAATCGGGTTTTACTCATGAAACGATGGTGTTTGAGGACACTACGAACCTCTGGTCCCGTCGGGGCAGCGAGGGGCCCGTATTATGTTTCGCCGGCCATACTGACGTAGTACCAAGTGGCCCGGAAGACGCCTGGCAAACCCCACCTTTTGTTGCTACCGAAAAAGATGGCTACCTTCATGGCCGTGGAGCGGCTGATATGAAAGGCAGCGTGGCCGCGATGATGGTCGCGACGCGCCGGTTTGTTGCCGATTACCCGAATCACAAAGGCAGTATTGCCTACCTCATCACCAGTGACGAAGAAGGCCCTTTTATTAATGGCACAACACGCGTAATTGACACGCTCGAGGCGCGTAACGAGAAGATCACCTGGTGTATTGTTGGTGAACCGTCTTCCACTGAAGCGGTAGGCGATGTGGTGAAAAACGGTCGTCGGGGTTCGCTTACCGGCGACATGACAGTGAAAGGCATTCAGGGACATGTTGCTTATCCGCATCTGGCCAAAAATCCGGTGCACAACGCAGCGCCCGCACTTGCCAGTTTAGCCCAGGCACATTGGGACAACGGCAATGAATTTTTCCCTCCCACCAGCTTCCAGATTTCCAATATTCATGCCGGCACAGGTGCAGGTAATGTCATTCCCGGCACCTGTCAGGTTTGCTTTAATTTTCGTTTCTCCACCGAAGTGACCGACCAACAGCTCATACAGCGGGTCAACACGATTTTAGATGAACACGGTGTAGATTATCACATCGATTGGACTTTCAACGGCCAACCGTTTCTGACAGACTCTGGCGATCTTGTAGAGGCAACACAAGCCGCCATTGCGGAAGTGACGGGAAGAGAGACCGAGTTATCGACTGCTGGCGGTACCTCCGACGGGCGCTTTATCGCGCCAACGGGCGCACAAGTCATTGAACTTGGCCCGGTAAATGCCACTATTCACAAAATTGATGAGTGCGTGAAGATAGCCGATCTTGATACGCTGGCCGATATTTACTATGGCATCATGGTCAGGTTACTTGCATGA	MSQVIDVAKNLINRRSVTPDDAGCQDYMKAWLDESGFTHETMVFEDTTNLWSRRGSEGPVLCFAGHTDVVPSGPEDAWQTPPFVATEKDGYLHGRGAADMKGSVAAMMVATRRFVADYPNHKGSIAYLITSDEEGPFINGTTRVIDTLEARNEKITWCIVGEPSSTEAVGDVVKNGRRGSLTGDMTVKGIQGHVAYPHLAKNPVHNAAPALASLAQAHWDNGNEFFPPTSFQISNIHAGTGAGNVIPGTCQVCFNFRFSTEVTDQQLIQRVNTILDEHGVDYHIDWTFNGQPFLTDSGDLVEATQAAIAEVTGRETELSTAGGTSDGRFIAPTGAQVIELGPVNATIHKIDECVKIADLDTLADIYYGIMVRLLA				NA	NA	NA	NA	NA
AK237_00357	675			hypothetical protein	ATGAGCGGCTCAGCGTGGTTAGGAATCGATAACCCTTATCTTGTACCTGTTGATGCGCGTTTCTCTGTTCACACTAACGTGAAAGAGCCATGGCTTGCTATGCAACACGATGCGCAGCAAGCAGGTATAGATTGTCAGCTCGTCAGCAGCCATCGTGATTTTCATCGCCAATTAGCGATATGGAATCGAAAATGGCGCGGTGAAGCAACGTTGTTTGATGCAAACGGTGTCGCGTTGCCGCACGATCAGCTTAGTGATGACGAAAAAGTCGATGCCATTCTGACCTGGTCCGCCCTCCCTGGGGGCAGCCGTCACCATTGGGGAACAGACATCGATATATTTGACAAGCGTGCGGTCGATGAGTGGGGACAGTCATTCGAACTGGTTGACGCTGAATACCGGGAAAATGGCCCCTGCTTTGAACTCGCGTGCTGGATGGATACGCACCTTGCAGACTATGGATTCTCTCGTCCATTTCTTCACGATAAAGGAGGCGTTGCGGTGGAGTTATGGCATGTCAGCCATGCAGAAACGGCACACGATTTTGAACAGCAGCGGCAGGTAAATGCGTTGGCAGACGTGCTTAAAAAAGCTGATATGGAAGGAAAAGATACCGTTTTAAAACGTATTGATGCGTTGTTCCATCGTTATGTACTGAACGAGGGAATGTCATGA	MSGSAWLGIDNPYLVPVDARFSVHTNVKEPWLAMQHDAQQAGIDCQLVSSHRDFHRQLAIWNRKWRGEATLFDANGVALPHDQLSDDEKVDAILTWSALPGGSRHHWGTDIDIFDKRAVDEWGQSFELVDAEYRENGPCFELACWMDTHLADYGFSRPFLHDKGGVAVELWHVSHAETAHDFEQQRQVNALADVLKKADMEGKDTVLKRIDALFHRYVLNEGMS				NA	NA	NA	NA	NA
AK237_00358	144			hypothetical protein	ATGAGTACCGGATGGTTAATCCTCATCATTGTACTGGCTGTCGGCTTTATTGTTGGCAATGTATTGCTGTTAAAATCGTCCGCCAAATTTAAAGTGCCAAAAGACTTTACACCTCGCAAATGGGATGACGAAGAAGACAAGTAA	MSTGWLILIIVLAVGFIVGNVLLLKSSAKFKVPKDFTPRKWDDEEDK				NA	NA	NA	NA	NA
AK237_00359	324			hypothetical protein	ATGATCTTAACAACCACACCAGGTATTGAAGGAAAAACAATTACCCAGTATTACGGCATTGTAATTGGGGAAGCGGTGATGGGCGCAAATATTTTCAAAGATTTGTTTGCGTCTATCAGAGATATCGTCGGAGGCCGCTCCGGATCTTACGAAGATGAACTCACTAAAGCGCGAAAAATGGCGTTCTCAGAACTCGAGCAAGAAGCCCGGGCAATGGGGGCTAACGCGGTTGTGGGCATTGATATCGATTACGAAGTGATTGGCGAAAAAGGCAGCATGCTGATGGTCAGCATCAGTGGCACGGCGGTAAGAACAACTGATTAA	MILTTTPGIEGKTITQYYGIVIGEAVMGANIFKDLFASIRDIVGGRSGSYEDELTKARKMAFSELEQEARAMGANAVVGIDIDYEVIGEKGSMLMVSISGTAVRTTD				NA	NA	NA	NA	NA
AK237_00360	417			hypothetical protein	ATGTTTAACTTAGATCCGCGTCTTGAAAACGATACTTACCATGTAACCGATCTGCCTCTATGCCGGGTTTTATTGATGAACGATGCCCAGTTTCCATGGCTTATTCTCGTTCCAAGAAAACCTGAGCTGATTGAGCTTTACGACCTGGATGACAGCGATATGCAGCAATATGTGCAGGAGTCGCGGTTATGTTGTAGGGTATTATCAAGGGTTTTTACGCCCCACAAACTTAATGTAGCTGCATTAGGCAACATAGTTCGTCAGTTACATATTCACCACGTGGCAAGATTTGAGAGCGACGTCGCCTGGCCTGGCCCCATCTGGGGGCAACAACCGGCTGTACCGTACGCTCAGGAGCAAATCGCGTCGTTGTTGGAAACATTACAACGCAGCTTTTCAATGGAGGAAATTCAATGA	MFNLDPRLENDTYHVTDLPLCRVLLMNDAQFPWLILVPRKPELIELYDLDDSDMQQYVQESRLCCRVLSRVFTPHKLNVAALGNIVRQLHIHHVARFESDVAWPGPIWGQQPAVPYAQEQIASLLETLQRSFSMEEIQ	PGPT0005685_256	DIRECT EFFECT	BIO-REMEDIATION	XENOBIOTICS_BIODEGRADATION	XENOBIOTIC_HYDROCARBONS|OIL_DEGRADATION	XENOBIOTIC_CHLOROBENZENE_DEGRADATION,PGPT0005685-catA-K01061	NA	NA
AK237_00361	1038	astE	COG2988	Succinylglutamate desuccinylase	ATGCGCAGCCGCTTGCTCGCCCACGGCGATTTTCTTAATCTTTCCCGCTTTTCACCGTCTTCAGTTACGCCGGATACTTTCACGTTAGATAACGGCGTTATCGTAAGCGTCATCGCTCCTGGTATTATTACGTTCTCACCCGCTAAACGCTGTCCTGAGGGCAAGTATATCGTGCTCTCCAGCGGTGTCCACGGCAACGAAACGGCGCCGATTGAACTCTGTGATGACTTTGTCAAACGTCTGTTGCTGCAGCAAATGATCCCCCGTCACGATATCCTTTTTCTGTTCGGTAACTTAGAGGCAATGGCGATTGCTGAAAGGTTTGTCGAAGAGAACATGAATCGTTTATTTAGCGGTGCCCATTCTGCCGGAGAAGGGCTGATTAACACTGAACGCCAACGCGCTAAACAGCTGGAGCATGAAGTCACAGCGTTTTTTGATGGTGTTGAAGGCCGTCATCGAAAAATTCACTACGATTTGCATACCGCTATCCGCGAATCAAAAAACGAGAAATTCGCTGTTTATCCATTTTTACATGGTAAGCCTTACAGTCGTTCTCAGCTGGCCTTTATGAAAGCGTGTGGTGTTAAAACCATCCTGCTATCAGAATCGTCAACAACCACATTCAGTTATTATTCCTCACGCCAGCACGATGCCCACGCATTTACCGTTGAGCTTGGTAAGGTTAAGCCGTTTGGGCAAAACGATATGTCCCGCTTTGACGAAGCAAGGAATGCGCTCTACGCCCTTATTTGTAACGAAGAGCTCGCAGTCGACGAGGATATTTCAGACATGGTGATCTACCGCGTGAATCAAGTTATCAACCGCACCGAAGAGACGTTTACCTTACACTTCGATGACGCCACGCCCAATTTTACTGACTTCAAACAGGGCGAGTTACTCGCCTCTGAACCTGGCGCGCGTTATGTTGCCGGGCAAGACGGCGAAGCGATTGTATTTCCTAATGCCAATGTGGCTATCGGACAGCGGGCTTTGTTAACGGTTGTGCCAACGACGTTGGAGAATGTGGATGTTTAA	MRSRLLAHGDFLNLSRFSPSSVTPDTFTLDNGVIVSVIAPGIITFSPAKRCPEGKYIVLSSGVHGNETAPIELCDDFVKRLLLQQMIPRHDILFLFGNLEAMAIAERFVEENMNRLFSGAHSAGEGLINTERQRAKQLEHEVTAFFDGVEGRHRKIHYDLHTAIRESKNEKFAVYPFLHGKPYSRSQLAFMKACGVKTILLSESSTTTFSYYSSRQHDAHAFTVELGKVKPFGQNDMSRFDEARNALYALICNEELAVDEDISDMVIYRVNQVINRTEETFTLHFDDATPNFTDFKQGELLASEPGARYVAGQDGEAIVFPNANVAIGQRALLTVVPTTLENVDV	PGPT0020091_143	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_UTILIZATION	PLANT_DERIVED_ARGININE_DEGRADATION,PGPT0020091-astE-K05526	NA	NA
AK237_00362	1311	cph2		Phytochrome-like protein cph2	ATGAGCCGTTTACATAAGAGTTTGGCAACTATCCCCAATCGATATGCTTTCATCGATACGATTGAACAATGCGCTTCACAACACAGCCAGCTTTCGCTCATGCTGGTGGATGTTGTTCGCTTTTCTGATGTAACCACCAGTCTGGGAATAAAAGTCGCTGACCGCTTTTTGTTAGAGATTGCCAACCGAATCATACTTCTCTTTAATGAATCTGTCCGTTTTGGCCGCATAAGCGGCGACGTGTTCGGGATTGTGTTTCCCAATAAAGTGCGAAAGAAAGAGCTTCATGCGGCGTTTGAACATATTGTTGAACACTTCAAAACGCCAATGCACTATGAAAACTATGCGTTTATTGCTGACTTCAATGTTGGTGTTGTCAGCGGTAAACAGAAAGGGTTCGAAATAACCGCTTTCGTTTCTCGCGGTGAAGCGGCGTTAAAGCAAGCGAAAGAAAATAAGTACGAGAATTTTCATGCAATGTCCATGGAAGAGAAAGCGCAAACAGGCGGTAGATTTGCCTTGAAAGCCGATCTCAAAAGGGCGCTGCTAGATAACGAGCTTGAATTGTACTTTCAGCCTCAGGTCGATTTGGAGAGCTTACAAATTGTCGGGGCTGAATGTTTGTTGCGTTGGAATCATCCTCAGGATGGTGTGTTATTTCCCGGCCCGCTCATTGAAGCGGCTGAGTCGTATAACATGATGAACGAGTTGGCGTACTGGACATTTGAGCGCGCATTTCAAAACATGGTCAAGCTGGATGCCCAAGGGATTCGGATATCTCTTTCTGTTAATATTTCGCCTACGCAACTGTACGATAGCAAGTTAATTCCGACGCTGATACGACTCAGGGATAAATATTGTCTGGAGCTTAAACGGTTTGAGTTAGAGTTAACTGAAGATGTGGCGTTATCTAATTCTTTGATGGTTAAGAAGCAATTAAACGAACTTGGCGCGCTGGGGGTGGGGATAGCGGTCGACGATTTTGGCAAGGGCTACTCAAACCTGGCTTTTATTCGTGAACTCAATATTAACGCGCTTAAAATTGATAAGTCCTTTGTGATTGAACTAGGCGATAATCCTGTAAACCACGCTATTATCGAAGCGGCGAAGATAATCGGAGAGGCCAAATCGTGTCAGGTTATCGCCGAGGGCGTTGAAACAACAGAACAACTGCATGAGTTACGGGATATCGGCATAAGGATCGGGCAGGGGTATTTGTTCTCCCGCGCTGTCCCTTTGACTGAATTTGTCGCGTTAGCACAGCAGGAAATTATAGTGGGAGACTCGCCTTTACGGCGTATGTTGAGATAG	MSRLHKSLATIPNRYAFIDTIEQCASQHSQLSLMLVDVVRFSDVTTSLGIKVADRFLLEIANRIILLFNESVRFGRISGDVFGIVFPNKVRKKELHAAFEHIVEHFKTPMHYENYAFIADFNVGVVSGKQKGFEITAFVSRGEAALKQAKENKYENFHAMSMEEKAQTGGRFALKADLKRALLDNELELYFQPQVDLESLQIVGAECLLRWNHPQDGVLFPGPLIEAAESYNMMNELAYWTFERAFQNMVKLDAQGIRISLSVNISPTQLYDSKLIPTLIRLRDKYCLELKRFELELTEDVALSNSLMVKKQLNELGALGVGIAVDDFGKGYSNLAFIRELNINALKIDKSFVIELGDNPVNHAIIEAAKIIGEAKSCQVIAEGVETTEQLHELRDIGIRIGQGYLFSRAVPLTEFVALAQQEIIVGDSPLRRMLR	PGPT0026180_109	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RUGOSE_PHENOTYPE	CE-BACTERIAL_FITNESS-RUGOSE_SWITCHING_MOTILITY,PGPT0026180-rocS-K20965	NA	NA
AK237_00363	912			hypothetical protein	TTGCAAAGTAAAACATTAAATACAGGGCTCTATGCCCATCTACTGCTTGTTGTCGTGACGTTACTGGCAGCATCTGGCTGGTTGTTCTCTAAATTTGTCATTACTGCCATGACGCCCATGTTCTTCCTCGCAATACGATTTGTCAGTTCAGGATTGATAGTGGGAGGGATGAAGCCAAAACAAGTGCTGGGAACGTCCTCAAGCAAGCGAATGCGGGCCCTGATGACAGGTAGTTTGCTGGGCTTACAAACCGCATTATGGGGCCTGGGTTTACTGTTATCTGAAGGACTCGGTGTGGGAGCGTTTCTCCTCAGCCTGAGTTTTCTGTTAATCCCCGTCACCGGTTTATGGTTTGGTTACCGTGCCAGACCCCACACCTGGGTAGCCGTTGCCATCGCAATGCCGGGTTTAGGGTTGTTGGCGTTAAGGCATGGGTTTAATTTGGCACCATCGGATATTTTTTTCTTAATTTCTGCCGTGCTTTACGCGCTCTACTTTAACGTTAACGGTAAGTACTGCGCAGATATTCCACCGGTAACGCAAACGTGCTTTCAACTCATCGCGGCAGGTAGCGTGTGTTTTATTGCGTTTTTGTTTTTGGAGCAAGATGCGGAGCAATCTGTTCAGGGCGTGTGGCATTGGTTGGCCCTGAGTATTGTACTGGCGACATGTCTGCGGTTTCTCTTTTTACTCAAAGCACAGAGTATGTCGCCAGAAGGACAGGGGGCCATCGTCATGACGTTAGAGCCTGTCTGGGTGACCATATTAAGTGCATGGTGGCTTGATGAATCGTTAAATCGCATGGCATTAAGTGGTATGGGGTTAATTTTTGTGGCGCTTATTGTTAACGCTCTTGGAAGCTTGCGCGCGAGCAGAACTCAGGCATTAACGGACCATGCTAACTTGCAATAA	MQSKTLNTGLYAHLLLVVVTLLAASGWLFSKFVITAMTPMFFLAIRFVSSGLIVGGMKPKQVLGTSSSKRMRALMTGSLLGLQTALWGLGLLLSEGLGVGAFLLSLSFLLIPVTGLWFGYRARPHTWVAVAIAMPGLGLLALRHGFNLAPSDIFFLISAVLYALYFNVNGKYCADIPPVTQTCFQLIAAGSVCFIAFLFLEQDAEQSVQGVWHWLALSIVLATCLRFLFLLKAQSMSPEGQGAIVMTLEPVWVTILSAWWLDESLNRMALSGMGLIFVALIVNALGSLRASRTQALTDHANLQ				NA	NA	NA	NA	NA
AK237_00364	873	gltR	COG0583	HTH-type transcriptional regulator GltR	ATGGACATTTCAGATTTAGTTGTCTTTAAAGCGGTGGTCGAGCACAACGGTGTGAGTCGTGCTGCCGAGTCGTTGCACCGGGTGCCGTCTAATGTCACGGCGCGATTAAAAAAGCTGGAAAATGAACTCGGTGTTGATCTCTTTCTTCGGGAGGGGAACCGGTTATCAGTTACGTCAGCCGGGCTGCGCTTGTTGGAATACTCCGATAAGATTCTGCAGCTTCAAAAGCAAGCCATTGCCGAATTAACCCTTGCCGAGCCGGGGGGATTGTTACGTTTGGGCTCAATGGAGAGCAGCGCAGCATCGCGTCTGCCTGGCATTTTGGCTCAGTTTCACAGTCAATATCAATCGGTACAACTTGAACTCACGGCTAATGCTTCTATGCCGCTGGTAGAGAAAGTGCTTAGCGGGGAGTTGGATCTGGCGATGGCGTCCGATCCGCCCGATGATCCAAGGCTTGTGCGGGTGAAGTGCTTTGAAGAGGAATTGGTATTGATTACGCCCGGCGATTGGGAAAGTGACACAACGCTACCGGAACTACTTACCATGGTAGGCTACAGTCGGGGGTGTTCGTACCGCCACCGCTTGGAAAAATGGTTAGCGAGACACAATCATATTTGTGACAGAGTGACAGAAATACCTAGTCATTTTACCATGATTGGTTGTGTGATTGCCGGGATGGGGCTTGCAATGGTACCTCGCTCGGTACTGGCGCTCCATCAAATAGAAGGGCTGACGTTAAGGCCTGTCGATAAGGATATTGCTTTTGCACCAACATATTTGGTGTACCGAAAAGATAATCCTTCCAGTGCCATTTCCGCTTTCATTGAATGTGCATTAGCAGCGCCTGGTGCTGTCAGTTCAACGCTGTAA	MDISDLVVFKAVVEHNGVSRAAESLHRVPSNVTARLKKLENELGVDLFLREGNRLSVTSAGLRLLEYSDKILQLQKQAIAELTLAEPGGLLRLGSMESSAASRLPGILAQFHSQYQSVQLELTANASMPLVEKVLSGELDLAMASDPPDDPRLVRVKCFEEELVLITPGDWESDTTLPELLTMVGYSRGCSYRHRLEKWLARHNHICDRVTEIPSHFTMIGCVIAGMGLAMVPRSVLALHQIEGLTLRPVDKDIAFAPTYLVYRKDNPSSAISAFIECALAAPGAVSSTL				NA	NA	NA	NA	NA
AK237_00365	918			hypothetical protein	ATGACAGCGCCGCACAGCGCCAATCAACACACCACCAGAGGGCTAATTTACGCGTTAGCTGCCGTCTTAATCTGGACAGGCTTTATTCTTATCAGCAAAGCTGGCGCCGTATCATCGTTAGCAGTACCAGATATGTTAATGATACGATTTGGCACTGCCTGCCTGTTATTTTCACCGTTTATTTTTAAGCATCGTAACGTCATTTTCCAATGGCGTATGTTTGTGCTCGGCGCAATTGGCGGCGTGGCTTACGGCGTATCGGTTTTTAACGGGTTTGCCCTCGCGCCGGCTACCCACGCCGCATTACTGCTACCAGGATTAATGCCCATTATGATTGCGGTGCTTGCCTATTTCATCGCGAATGAGAGACACCGTATTTCGTCACAAATCGGAATAGCGCTGAGCAGCACTGGCATTCTTGCGTTGCTGACTGAAACCTTGCTGGCTGACAGCCATTATTTGCCCGGCGATCTGAGTTTGGTTATTGCCTGTTTATTCTGGGGTATTTTTACTGTATTGCTGAAGCGCTGGCAGTTTGCGCCATGGCACGCCACACTGGGCATCATTGCCACCACGACCATACTGTTCGTGCCGGTCTACATTCTATTTTTGCCACATAATATTGCGCAGCAAGGTTTTGAGATGCTGGGCCTGCAAGCATTCTATCAGGGTGTCATGGCCACAACCGTTCAAATGGTGCTGTATGCCCGCGCCGTACATATTCTGGGGGCAACAAAAATGGGTGGGTTAATGGCACTGGTGCCGGTATTTGCCAGCGCGCTGGCTGTGCCCATGTTCGACGAAAAATGGACGACGGGCCTTTCTGTTGCCCTGGTGATGATATTAGCCGGCACACTGGTAAGTAACCTACCCGCTTCTGTGTTTAGTAAAAAGCGTAAGGCCGCAGCCGCCTGTTGA	MTAPHSANQHTTRGLIYALAAVLIWTGFILISKAGAVSSLAVPDMLMIRFGTACLLFSPFIFKHRNVIFQWRMFVLGAIGGVAYGVSVFNGFALAPATHAALLLPGLMPIMIAVLAYFIANERHRISSQIGIALSSTGILALLTETLLADSHYLPGDLSLVIACLFWGIFTVLLKRWQFAPWHATLGIIATTTILFVPVYILFLPHNIAQQGFEMLGLQAFYQGVMATTVQMVLYARAVHILGATKMGGLMALVPVFASALAVPMFDEKWTTGLSVALVMILAGTLVSNLPASVFSKKRKAAAAC				NA	NA	NA	NA	NA
AK237_00366	2490	malP	COG0058	Maltodextrin phosphorylase	ATGAACGCGAAAACCACTAAAGCAAAAACGGTTGCCCCTGTGGCCGTCAGCGCCGGCAGTAAAAACGAATTTAAATCAGCTGTTATCCGTCACCTGCATTGCACGCTGGGAACAGATGAAAACAAAGCCAATAATCACGCCTGGTGGAAGGCTACCTGTGCTGCTATGCAGGAACAGGTGCTTGAGGGTTTACGTAAAACCCAGAAAACGCATTACTTAAATGATACACGAGCAGTTCATTATTTCTCTGCAGAATTCCTGATGGGCCGCTTACTCTCCAACAATCTGCAAAATTTCGGGTTGTATGATGTTGCCAATGAAGCGCTCAAAGAGTTAGGCGTAGAACTGGCCGATGTTATGGAAGAAGAACCAGACATGGCACTGGGTAACGGTGGCCTTGGCCGTCTTGCCGCTTGTTTCATCGACTCTCTGGCCACCATGGAATTACCGGCAATTGGTTACGGTATTCACTACGAGCATGGTTTGTTCCGTCAGGAAATTCAAAACGGCGCACAAATTGAGCGTCCGGACAGCTGGCGCGACTTCGGCAACCCGTGGGAAATTTGTCGTCCTGAATCGATTCAGCAAGTGTCTTTATATGGCTATGTTGAAACTAAATACGGTGACAATGGCCGCATCCAAAAAGAATGGCACCCCGGTTCAATTGTAAAAGGTGTGCCTTGGGATATTCCAATTGTTGGTTATGGCGGTAACACCGTTAACGTACTGCGTCTGTGGAAGAGTGAATCATCTCATTACTTTAACTGGGACGTATTTAATGCCGGTGGTTACGTGGATGCCCAACGTGAGAACGTACAGGCAGAAACCATTTCGAAAGTACTTTACCCCAACGATGAAACAGAAGCGGGTAAAGAACTGCGCCTTATTCAGCAGTATTTCTTCTGCTCATGCTCATTAAAAGACATCATCCGCCGTTACAAGCGTGCCCACGGTGACGACTGGAGCCGTTTTGTTGATCAGGTTGTTATTCAGCTTAACGATACCCATCCGGCTATCGCTATTCCTGAATTAATGCGTATTTTAGTTGACCGTGCAGAGCTTGACTGGGATACCGCCTGGGGCATTTGTACCAAAGTGTTTGCTTACACAAACCACACGCTGTTACCGGAAGCGCTGGAAAAATGGCCTGCACGCATGATCGAGAAAATCCTGCCCCGCCACCTTGAAATCATTTACGAAATCAACCACCGCTTCATGGCTGAAGTTGACAAGAAGTGGCCGGGCGATAATGCGAAAAAAGCGAAATTGTCCATTATCGAAGAAGGTAATGAGAAGATGGTTCGCATGGGTAATTTGTCTGTTATTGCCTCGTTCGCCGTTAACGGTGTAGCTGAAATTCACTCTAAGCTGGTGAAAAAGAACCTGTTCCCGGAGTTTGATGCGCTGTGGCCGGGTAAACTGACTAACGTGACCAACGGTATTACGCCACGTCGCTGGTTGAAAGCCTGTAACCCTGCGTTATCTAACCTTATCGATAAAAAAATCGGTGAAGACTGGCCGCTGGATCTGAAAAAGCTGGATGGTTTGTCTAAGTATGCTGACAACAAAACATTCCAGAAACAGTTCATGAAAGTGAAGCTGGAAAATAAAAAGCTGCTGGCACAGGAAATCAAGCAATCGCTGGACATCGATGTTGATGTGAATGCTATCTTCGATGTGCAAATTAAGCGTCTGCACGAGTACAAGCGTCAGCACCTGAACCTGCTTCATATCATGGCGCTGTACCGTCGTCTGCTGGAAAATCCGGATTACGACATGCACCCGCGAGTATTTATTTTCGGTGCGAAAGCAGCGCCCGGTTACAAGCTGGCGAAAGATATCATCTACGCTATCAATAAAGTGGCAGATAAAATCAACAACGACCCGCGGGTGAACGGTAAGCTTAAAGTGGTATTCCTGCCGAATTACCGTGTGTCGTTAGCTGAGAAAATGATTCCGGCTTCTGACTTATCTGAGCAAATCAGTACTGCAGGTAAAGAAGCATCCGGTACTGGTAATATGAAGCTGGCTCTGAACGGTGCACTGACTATTGGTACGCTGGACGGCGCGAACATCGAAATCGCCGAAGAAGTGGGTGACGACAATATCTTCATTTTTGGTCTCACCGTTGATGAAGTGCATGAGCTGAAAGAAAAAGGCTACAAGCCGCTGGACTACTATTACCGTGATCCTGAAATCAAAGCGGTACTGGACTGGCTGGAGACTGATTACTTTACTCCGGGCAAGCCGGGTGCCTTAGTGTCTATCAAACAAAGCTTGCTGGATCACGGCGACCCGTACATGGTACTGGCTGATTTCCGTGCTTACTCCGACGCGCAGATTTTGGTAGATGAAGCGTACCGTGACAAAGAGCGCTGGGCGAAAATGGCCATTATCAATACAGCGAAGATGGGTAAATTCACTTCAGACCGTTCCATCAATGATTATGTGGAACGTATCTGGAAGCTTTCATCCTGTTCTGTAAAGTAA	MNAKTTKAKTVAPVAVSAGSKNEFKSAVIRHLHCTLGTDENKANNHAWWKATCAAMQEQVLEGLRKTQKTHYLNDTRAVHYFSAEFLMGRLLSNNLQNFGLYDVANEALKELGVELADVMEEEPDMALGNGGLGRLAACFIDSLATMELPAIGYGIHYEHGLFRQEIQNGAQIERPDSWRDFGNPWEICRPESIQQVSLYGYVETKYGDNGRIQKEWHPGSIVKGVPWDIPIVGYGGNTVNVLRLWKSESSHYFNWDVFNAGGYVDAQRENVQAETISKVLYPNDETEAGKELRLIQQYFFCSCSLKDIIRRYKRAHGDDWSRFVDQVVIQLNDTHPAIAIPELMRILVDRAELDWDTAWGICTKVFAYTNHTLLPEALEKWPARMIEKILPRHLEIIYEINHRFMAEVDKKWPGDNAKKAKLSIIEEGNEKMVRMGNLSVIASFAVNGVAEIHSKLVKKNLFPEFDALWPGKLTNVTNGITPRRWLKACNPALSNLIDKKIGEDWPLDLKKLDGLSKYADNKTFQKQFMKVKLENKKLLAQEIKQSLDIDVDVNAIFDVQIKRLHEYKRQHLNLLHIMALYRRLLENPDYDMHPRVFIFGAKAAPGYKLAKDIIYAINKVADKINNDPRVNGKLKVVFLPNYRVSLAEKMIPASDLSEQISTAGKEASGTGNMKLALNGALTIGTLDGANIEIAEEVGDDNIFIFGLTVDEVHELKEKGYKPLDYYYRDPEIKAVLDWLETDYFTPGKPGALVSIKQSLLDHGDPYMVLADFRAYSDAQILVDEAYRDKERWAKMAIINTAKMGKFTSDRSINDYVERIWKLSSCSVK	PGPT0018545_2383	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-ENVIROMENTAL_SURRIVAL	CE-BACTERIAL_FITNESS-ENVIRONMENTAL_SURRIVAL-GLYCOGEN_BIOSYNTHESIS,PGPT0018545-glgP-K00688	NA	NA
AK237_00367	1653	pgm	COG0033	Phosphoglucomutase	ATGGCATTACATCCGCACGCAGGAGAACCCGCTGCAGCTGAGCAACTGATTAACGTTGCAGAACTTATTACGCAATATTTCACTTACGTCCCTGATGCAAACTCGCCGGCAGAGGCCGTCAGTTTTGGTACATCTGGCCACCGGGGTACAGCGTCAAACACAACGTTTACAGATACGCATATTGCTGCAATTTGTCAGGCGTTGGCAGAGTATCGCCAGTCAGAAGGTATCGACGGACCGCTTTATATTGGTAAAGACACGCATGCGCTGTCGGAACCGGCAATGGTTACTGCTATTGAAGTGTTAACTGCCAACGGTGTTGATGTGGTAATTCAGCAGGCGGATAACGCCAGTCGCGGCTATACCCCTACGCCGGTTATTTCCCGCACTATTATTCGTTACAATCGTGGGCGTTCTGCTAATTTTGCAGACGGCATTGTCATTACGCCGTCTCATAATCCACCGTCTGACGGTGGCTTCAAATATAACCCGCCCCATGGTGGTCCGGCAGACGGCGATGTAACCTCGGTGATACAAAAACGTGCCAATGCACTAATCGCCGCCGGCAATAAAGATGTGAAGCGAATGAACGTGCAACAGGCACGAACTGAAGGCAAATTCGTGGAAGCGGATTTCATGGAAGCTTACATTGACGATCTTGCTGATGTTGTGGATATGCAAGCGATTGCAAAAGCCGGCCTTAAACTTGGTACCGATCCCTTAGGCGGAGCGGGAGTTGGTTACTGGGAGCGTATTGCCGAAAAGTACGGTCTTGATATCACGGTGGTGAACGACAAGGTTGATCCTCAGTTTGGCTTCATGCGCCGCGACAAAGACGGCAAGCTGAGAATGGACTGCTCGTCTGCCTATGCGATGGCCGGTCTTATCGATCTGAAAGACAAGTTTGACCTCGCCTGGGGTAACGACCCTGACTTCGACAGGCATGGTATTGTTTGTCCCGCTGCAGGCCTTATGAACCCTAATCACTATCTGGCCGTAGCGATAAATTATCTGTATAGCCACCGTCCGAACTGGCCGGCAAGCCTGAAAGTAGGTAAAACGCTGGTATCCAGTTCAATGATTGACAGGGTCACGGCAAATCTCGGTCGTGAATTGGCAGAAATGCCGGTGGGCTTTAAGTGGTTTGTTAGTGGGTTATCCGACGGTGAAATTGCCTTCGCAGGCGAAGAAAGTGCCGGCGGTATTTTCTTACAGCGTAACGGACAGACCTGGGCCACGGATAAAGACGGTTTTATTATGTGTCTGCTGGCAGCAGAAATACTTGCTGTCACCGGTAAAGATCCCGGTGAGCATTATGAAGCGCTGACTGAGAAATTCGGTTCGCCTGTGTATCAGCGGGTCGACGTTGCTGCAAGCCTGGAAGAGAAAGCGAAGCTGTCTGCCATGGATGCGTCAGTCGTAACCAGCGATTCTCTCGCCGGTGAATCGATTACTTCAGTGCAAACTCATGCTCCCGGCAACAATGCGGCTATTGGTGGCGTGAAGGTATCCACTGAAAATGGATGGTTTGCCGCACGACCTTCCGGTACTGAACAAATTTATAAAATTTACGCTGAGAGTTTTAATGGTGAAAGTCACTTACAATCTCTCATCAAAGAAGCAGAAGAACTGGTAGCAAAAATCATCAAATAA	MALHPHAGEPAAAEQLINVAELITQYFTYVPDANSPAEAVSFGTSGHRGTASNTTFTDTHIAAICQALAEYRQSEGIDGPLYIGKDTHALSEPAMVTAIEVLTANGVDVVIQQADNASRGYTPTPVISRTIIRYNRGRSANFADGIVITPSHNPPSDGGFKYNPPHGGPADGDVTSVIQKRANALIAAGNKDVKRMNVQQARTEGKFVEADFMEAYIDDLADVVDMQAIAKAGLKLGTDPLGGAGVGYWERIAEKYGLDITVVNDKVDPQFGFMRRDKDGKLRMDCSSAYAMAGLIDLKDKFDLAWGNDPDFDRHGIVCPAAGLMNPNHYLAVAINYLYSHRPNWPASLKVGKTLVSSSMIDRVTANLGRELAEMPVGFKWFVSGLSDGEIAFAGEESAGGIFLQRNGQTWATDKDGFIMCLLAAEILAVTGKDPGEHYEALTEKFGSPVYQRVDVAASLEEKAKLSAMDASVVTSDSLAGESITSVQTHAPGNNAAIGGVKVSTENGWFAARPSGTEQIYKIYAESFNGESHLQSLIKEAEELVAKIIK	PGPT0017710_2772	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PURINE_METABOLISM,PGPT0017710-pgm-K01835	NA	NA
AK237_00368	597	seqA	COG3057	Negative modulator of initiation of replication	ATGAAAATCATTGAAATTGATGACGAGCTCTACACTTTCATCGCGAGTCAAACCAAACATATCGGCGAGAATGCCTCTGATATTCTGCGTCGCTTGCTGCTACCTGAATCTCCGGCTCCCCAATTGGCTGCCGATGACAAAAAAGCGCCCGCTACGCAGGCAGATACACCTAAAGCGGTGAGAAGTCGCCAGGTGAAAGCCAAGCCTCAGGCTGTTCCTGCCGCCACGTCCGCGCCTCTTGCCGTAGAGCATGGTAGCGGTGAAATTGATGCTCGCTTAAGTGATAGTGTGTTGTCGAAGTATACGAAGCGCGTGGATTTATTTTTGTTTATTTTGTCTGAGCTTCACGATTTACATGGTGACGCTTTTTCGCGCGTTGAACAAATTAAGGGTAAGAACCGTATTTACTTCGCAACCAGCAAAGAGGCGTTGCTGAGCACGGGCAGCAGTACCAATCCTAAATCGATTCCTGATTCACCTTATTGGGTGGTAACAAACAACAATACTGCGAAGAAAGTAGCGATGTTGGAACAGGTAATGAATACATTGGGATATAGCGAAGAGGCCACGCAATCGGTTATCGCTAAATTTGCTTAG	MKIIEIDDELYTFIASQTKHIGENASDILRRLLLPESPAPQLAADDKKAPATQADTPKAVRSRQVKAKPQAVPAATSAPLAVEHGSGEIDARLSDSVLSKYTKRVDLFLFILSELHDLHGDAFSRVEQIKGKNRIYFATSKEALLSTGSSTNPKSIPDSPYWVVTNNNTAKKVAMLEQVMNTLGYSEEATQSVIAKFA				NA	NA	NA	NA	NA
AK237_00369	918			hypothetical protein	ATGCGATCGGAATTCGAATCTATCATCGGTGCCCTGTCTGAACATATCATTGGCAAACCTCAACAACTCAAACTGGCAATTACCTGTTTGCTGGCAAAAGGCCATCTACTCATTGAAGACTTGCCAGGTATGGGTAAAACGACGTTATCCCATGCGCTCGCTAACGTATTTGGGCTAACCTATTCCCGGGTTCAATTTACCTCTGATTTGTTACCAGCAGACATGCTCGGCGTTAACGTTTTCGACCAACAACGCCATGAATTTCGCTTCCATCCAGGTCCGGTATTCAACGAACTGATCCTGGCTGACGAAATCAATCGCGCTTCTCCGAAAACACAAAGCGCATTGCTTGAAGCCATGGAAGAAAATCAGGTTAGTGTTGATGGTACGACTTATCCTCTGCCCTCGCCGTTTTTTGTTATCGCAACGCAAAACCCTGGTCATCAAAGCGGCACTTATCCTCTTCCTGAATCGCAGCTGGACCGGTTTTTAATGCGGATCTCACTAGGCTATCCCTCCTGGGAAGCTGAAAAAGCCATGCTTAAGCAACCGCATGGCCGGGAAAAACAGCCCTTACCCGCGAGTCTATCCAGTGAAGGTCTTATCCAGTGCCAGCAACAAGTTACCGCGCTGCATTGTAGCGATGCCGTGCTGGAGTATGTGCTAAGTCTTGTAACCCAGAGTCGGGAACAGACAGGTTATCCGCAACCGTTGTCACCACGAGCAAGCCGGGCGTTGATTACTGCGGCAAAAGCCTGGGCGTTTATTCATGACAGAGACTACGTTGTGCCTGAAGACGTTCAGGCAGTATTTGCCGCGGTGGCAGAACACCGCTTGCGTGGCCATCAGCAAGAAGCCTTTGAAGAGAGTACGCTAAGTCAACGATTGCTAAATAGCGTTGATCCGCTTGCTGCATAA	MRSEFESIIGALSEHIIGKPQQLKLAITCLLAKGHLLIEDLPGMGKTTLSHALANVFGLTYSRVQFTSDLLPADMLGVNVFDQQRHEFRFHPGPVFNELILADEINRASPKTQSALLEAMEENQVSVDGTTYPLPSPFFVIATQNPGHQSGTYPLPESQLDRFLMRISLGYPSWEAEKAMLKQPHGREKQPLPASLSSEGLIQCQQQVTALHCSDAVLEYVLSLVTQSREQTGYPQPLSPRASRALITAAKAWAFIHDRDYVVPEDVQAVFAAVAEHRLRGHQQEAFEESTLSQRLLNSVDPLAA				NA	NA	NA	NA	NA
AK237_00370	912			hypothetical protein	ATGCCCGCCGCGACTGAACACAGGTTGAACCACGGCAATATCTTTATCTTCCCGGGACTATTCGGCCTGTTTTATTTGCTGATGACACTTTGCCTGTTTTTGTTGGCCATTAACTACCAAAACAATCTATTACTGTTTCTCTGCCAATTTTTAGTTAGTTTGTTTTTGATCACACTCTTCAGTGCATATAAAAATGTGGCAGGTATGCGATATCACGCTAAGCCCATCAAACCGGTACACGCAGGAGACAATGGCTACTTATCTATTCGTATCGACCGGAAAGATAAAAGCCCCCTGAACGGACTGCTGGAAGTCAACTGGTATGCTGACACACATCGACAAATTATAAACCTTGAGCAAGAGAAGGTGGTTCACCAAATCCCCTTTCCCACATCAAAAAGGGGCCAGTACCCCTTGCCACGTGTTACGTTTACCTGTTCATATCCACTGGGGCTTGTTAAATGCTGGACCCATTTAGATTTTTCTCAGTCCATTTTAGTATACCCCTCTGCGCTACCCGCACAGTTGCACTTAACGCAGTGGTATGCACAAAGTGGTAACGGCCAGCAAGTGAAAGATGGAACGGATGATTTTTTTGCCCTGCAACCCTGGCAAATTGGGGAGACTTTGAATCGTGTGGCGTGGAAACGGGTGGCGAAAGGCGGTGACTGGGTAAATAAAATTTTTACCGAGCAGCAATCAACCAGTGGTTATCTGGACATCGAGCATATCAATGCCGACACGGAAACAGCATTGCGTATGTTGTGCTGGCAAGTTACGCAACTTGCCGATACAGGTACAGAGTATGGATTGCGTTTGCACAGCCTCGTCATTCCTCCCGCATCGGGAAAGGAGCACCGGGATGCCTGTTTGCGCGCTCTGGCGCTTTATCAGCGGGATGGCACACTATGA	MPAATEHRLNHGNIFIFPGLFGLFYLLMTLCLFLLAINYQNNLLLFLCQFLVSLFLITLFSAYKNVAGMRYHAKPIKPVHAGDNGYLSIRIDRKDKSPLNGLLEVNWYADTHRQIINLEQEKVVHQIPFPTSKRGQYPLPRVTFTCSYPLGLVKCWTHLDFSQSILVYPSALPAQLHLTQWYAQSGNGQQVKDGTDDFFALQPWQIGETLNRVAWKRVAKGGDWVNKIFTEQQSTSGYLDIEHINADTETALRMLCWQVTQLADTGTEYGLRLHSLVIPPASGKEHRDACLRALALYQRDGTL				NA	NA	NA	NA	NA
AK237_00371	2022	tgpA	COG1305	Protein-glutamine gamma-glutamyltransferase	ATGATGCCTTTTACACTTTCTATTGCGGGTAACCGCGAAAGTATGCTGATTGCTGTGTTTTATTTCGTGCTTGCCCTGTCCTTATACAGCGATATTCATTTATGGGTGCTGCTGTTGTGTATTTGTGCCAGTGTCGTCAGGTTATTTCTATTCCTCGGCTGGTATAACCATATGCCGGGCAAGCGCACTGTTAACCTCCTTGCTCTTCTGGCCGGTGTGGCTTTGATCACAACGAGTGGCAATATGGATTTCCTCCATACCATGGTGAATCTGCTTTTACTCGCCTGCGCACTTAAACTCATGCTACTGGGTAAAAGACGTGATTTTTACCAGCTTTTTATCTGTGGGATCTTTCTGCTCGCCTGTGGCTATATCTTTTACCAATCGCTAGGCCGCTCTGTTTTTTATGCGGGCTTGTTGCTTTGTTTACTCTACATACTGCTCTCGGCTCACTCCCCTTCCAAATCACGACGGGTCAGGCAGCGCAAAACGCTTATTTTAGCACTTCAGGCGTTACCTATTACGCTGATGCTATTTATGTTTATGCCGCGAATCCCCCCTTTATGGAAAATGCCTGAAGGCCAATCCACAGAGACAGGATTAGCAGAGAAGATCACACCGGGTGACATCGCTAATCTGGCGCAATCTGAAAAGCTGGCTTTCAGTGCTACGTTTAAAGCAGTGGTTCCCCCTTCACAATCGCGCTATTGGCGGGCGTTATCCCTTGAACACTTTGACGGCACAACGTGGTCGGTTAGCGAAACGCGACAATACGCCAGAGGACAGTTGCAGCATTTGCAACGTGAGTTTTCACCCTCTTTAGAGGGCGAACCGATCCGTTATGAGATTATTGCAGAGCCCACCAAGAAAACCTGGCTATTTGCCATTGATACTGCCATACCTGATTCGTCCGCGAGCGCAAGAGAGATATGGCAAGGCTGGGACTATCAATTGATGTCTTTACAGCCGCTCTTTAGCCGGTATAGCTATCATATCGCCTCTTACCCGGGCGCACTGCGTTATTCAGGTAATCCAGCGTTAGATGATGCGATTAACTTACAGCTCCCAGACAAGGGGAATCCTAAAACCCAACAATGGGTTAATACGTTGCGCAACCAGTACCCGGATGACAACGCGTTTGCTTATCAACTAATGCGCTATTTTAAAGACACCGATTTTGAATACACATTAACGCCGCCTACGATGGCTTTTAATCCTGTCGATACCTTTTTGTTTGAGGCGCGGCGTGGCTTTTGTGCTCATTACGCAAGTGCGATGGCCTATGCGTTCAGGCTTGCCGGCATTCCGGCTCGCGTCGTAACCGGCTATCAGGGTGGCACACCCATCAATGAAGAGACAATAAACGTATATCAGTACGATGCTCATGCCTGGGTAGAGGCGAAAATCAATCAACAACACTGGCAACGGTTCGATCCAACAACGGTAGTTGCTCCATCACGTATATTTGAAGGCTTTGAGCATGCAGCCAGGTTCTCTGGCGAGATGCAGGGTGAGCATCCGCTTAACGGGCTAACACATATGGGATTTTTCAATTACCTGAGAAACATGTCTGCGCAGATGGATTACTTATGGAGTCGTTGGTTTTTAGGCTATAACAATGAAGAGCAGGAAGGTATTTTAGAACAACTTCTGGGGAAAATTACCACTACGAAACTGACGGTATTTGCTCTGGGTTTGTTCGCGTCTACCGTATTATTACTCACCATCTACTTTGTGCCCAGCTGGCGACGACAACGCATCGATAAGGTGAAACGTCATTACTTAAAAGCCGTTTCAGCCATCGAAAACCAATATCATCTACCACGGGGAAACAGAAGCCCTCGCCAGTATTACGGATCCTGCTTAAGCGTACTCCCTGCCCCCGTTGCTGATGCGCTTTATTTGCTCACAACTTTGTATGAGGCTCATGAATATGCACCCCACATGCGTCCGCCTCTTGATAAGATAAAAGCGGCGAGTCGGCAGGTTTGTCAACAAGTTCGTAATACTGCCCCCCGTTAA	MMPFTLSIAGNRESMLIAVFYFVLALSLYSDIHLWVLLLCICASVVRLFLFLGWYNHMPGKRTVNLLALLAGVALITTSGNMDFLHTMVNLLLLACALKLMLLGKRRDFYQLFICGIFLLACGYIFYQSLGRSVFYAGLLLCLLYILLSAHSPSKSRRVRQRKTLILALQALPITLMLFMFMPRIPPLWKMPEGQSTETGLAEKITPGDIANLAQSEKLAFSATFKAVVPPSQSRYWRALSLEHFDGTTWSVSETRQYARGQLQHLQREFSPSLEGEPIRYEIIAEPTKKTWLFAIDTAIPDSSASAREIWQGWDYQLMSLQPLFSRYSYHIASYPGALRYSGNPALDDAINLQLPDKGNPKTQQWVNTLRNQYPDDNAFAYQLMRYFKDTDFEYTLTPPTMAFNPVDTFLFEARRGFCAHYASAMAYAFRLAGIPARVVTGYQGGTPINEETINVYQYDAHAWVEAKINQQHWQRFDPTTVVAPSRIFEGFEHAARFSGEMQGEHPLNGLTHMGFFNYLRNMSAQMDYLWSRWFLGYNNEEQEGILEQLLGKITTTKLTVFALGLFASTVLLLTIYFVPSWRRQRIDKVKRHYLKAVSAIENQYHLPRGNRSPRQYYGSCLSVLPAPVADALYLLTTLYEAHEYAPHMRPPLDKIKAASRQVCQQVRNTAPR				NA	NA	NA	NA	NA
AK237_00372	531			hypothetical protein	ATGCATTGGACAATACACTGGCTGGCTACTGTTATCCCACTAATTGGTGTCGTCTATTATTTATGGTTCAAAACAGCATGGTTTAATGCCATGGTAAGACAAGGTCGGCAAGGCAGCCGCCAATCTATAGTGATTTTTCCTACCATTGCATCGCTTTTACAGCTAGAGGCACCTGTGATAATGCCGGTAGCTAAGATCACTAAAGTGATCTTTACTGCGCGCTGCATTCTTTTCTATGCGGGTCCCTGCAAGATGGCAGAGCTGTGGCTTTTGAAGGGCCAGCCTGAAAAATTACAACAGCGTATTGCCGATTACTGTGATCAGGCTGAAATAGTCCATTCGCCTTTTTATCCCGTTACGGCATTGAACAGTCAGCGCGTCATACATCGTTACTTCGGGTTAGACATTGCCAGTTTTAACGGGGGGCAGTATTACGAACTTGTTGACAAACCTGCCGACTCGCCGCTTTTATCTTATCAAGAGGCGGACGCATGTGGGGTGCATATTCATGAGCCTCATACAAAGTTGTGA	MHWTIHWLATVIPLIGVVYYLWFKTAWFNAMVRQGRQGSRQSIVIFPTIASLLQLEAPVIMPVAKITKVIFTARCILFYAGPCKMAELWLLKGQPEKLQQRIADYCDQAEIVHSPFYPVTALNSQRVIHRYFGLDIASFNGGQYYELVDKPADSPLLSYQEADACGVHIHEPHTKL				NA	NA	NA	NA	NA
AK237_00373	2088	fusA_1		Elongation factor G 1	ATGTCAGACTTATCTCTTTACAGAAACATTGGTATCTTCGCCCACGTAGACGCGGGTAAGACTACCACTACAGAACGTATTTTGAAGCTTACCGGTAAAATCCATAAAACTGGTGAGGTACACGATGGTGAGTCAACTACTGACTTCATGGAACAGGAAGCTGAGCGCGGTATTACTATCCAGTCTGCTGCGACTACTTGTTTCTGGAAAGACCACCGTATGAACATCATCGATACTCCGGGACACGTTGACTTCACAGTTGAAGTTTACCGTTCTCTGAAAGTATTGGATGGTGGTATCGGTGTTTTCTGTGGTTCAGGCGGTGTTGAGCCTCAGTCTGAAACTAACTGGCGTTATGCTAACGAATCAGAAGTTGCCCGTGTAATCTTCGTAAACAAACTGGACCGTATGGGTGCAGATTTCTACCGTGTTGTTGGCCAGGTTAAGAAAGTACTTGCTGCTAACCCACTGGTAATGACCCTGCCAATCGGTATCGAAGACCAGTTTACAGGTGTTGTTAACCTGCTGGACATGAAAGCGTACGTTTGGGATGACTCAGGTCTGCCAGAAAACTACGAAGTTGTTGATATCCCAGCGGACATGGTTGACAAAGCAAACGAATACCGTGAACAGCTGATCGAAACTGCTGTTGAGCAGGACGACGATCTGATGATGGCTTACATGGACGGCGAAGAGCCTTCTTTAGAAGACATCAAGCGTTGTATCCGTAAAGGTACACGTGATCTGTCATTCTTCCCGACTTACTGTGGTTCTGCATTTAAGAACAAAGGTATCCAGTTGGTACTTGACGCAGTAATTGACTTCCTGCCTTCTCCTACTGAAGTAGATCCACAAGATCTGACTGACGAAGAAACAGGTGAGCCTACCGGTGAAGTGGCAACAGTATCTGTTGACGAACCGTTCCGCGCATTGGCGTTCAAAATCATGGACGACCGTTTCGGTGCCCTGACTTTCGTACGTATTTACTCTGGTAAGCTGAACAAGGGTGACACTATCCTTAACTCTGCAACAGGTAAAACTGAGCGTGTTGGCCGTATGGTTGAAATGCACGCGAACGACCGTACTGAATTGTCTACTGCACAAGCGGGTGACATCATTGCTATCGTTGGTATGAAGAACGTTCAGACTGGTCACACACTGTGTGATCCTAAGAACCCTTGTACGCTTGAGCCGATGATCTTCCCTGAGCCGGTAATCTCTATCGCTGTTAAGCCTAAAGATAAAGGTGCTAACGAGAAGATGTCTATCGCTATCGGTAAACTGGTTGCAGAAGATCCTTCGTTCCAGGTTGAAACTGATGAAGATTCTGGCGAAACCATCCTGAAAGGTATGGGTGAGCTTCACTTAGACATCAAAGTAGACATCCTGAAGCGTACTTACGGCGTTGAGCTGGAAGTTGGTCAGCCTCAGGTAGCTTACCGTGAAACTATTACTACTCCGGTAGAAGACAGCTACACGCACAAGAAGCAGTCTGGTGGTTCTGGTCAGTTCGGTAAAATTGATTACCGCATCCGTCCGGGCGAAACGAACAGCGGCTTTACGTTCAAGTCTACCGTTGTTGGTGGTAACGTTCCTAAGGAATTCTTCCCGGCTATCGAGAAAGGCTTTAAGAACATGATGGATCAGGGTCCTCTTGCAGGTTACCCGGTACTTGACGTTGAAGTTGAACTGTACGACGGTGGTTTCCACGCAGTTGACTCGTCAGCTATCGCGTTCGAAATTGCAGCGAAAGGTGCATTCCGTCAGTCAATGCCTAAAGCCGGCCCTCAGTTACTTGAGCCTGTGATGAAAGTTGACGTGTTCAGCCCTGAAGACAACGTAGGTGACGTAATCGGTGACCTTAACCGTCGTCGTGGTATGATCAAAGATCAGGAAGCTGGCGCTACTGGCGTTCGCATCAAAGCTGATGTACCTCTGTCAGAAATGTTCGGTTACATCGGACACCTGCGTACTATTACATCTGGTCGTGGTCAGTTCTCTATGGAATTCAGCCACTACTCAGCATGTCCTAACAACGTAGCTGAAAAAGTAATGGAAGAAGCAAAAGCGCGTAAAAACGCTAAGTAA	MSDLSLYRNIGIFAHVDAGKTTTTERILKLTGKIHKTGEVHDGESTTDFMEQEAERGITIQSAATTCFWKDHRMNIIDTPGHVDFTVEVYRSLKVLDGGIGVFCGSGGVEPQSETNWRYANESEVARVIFVNKLDRMGADFYRVVGQVKKVLAANPLVMTLPIGIEDQFTGVVNLLDMKAYVWDDSGLPENYEVVDIPADMVDKANEYREQLIETAVEQDDDLMMAYMDGEEPSLEDIKRCIRKGTRDLSFFPTYCGSAFKNKGIQLVLDAVIDFLPSPTEVDPQDLTDEETGEPTGEVATVSVDEPFRALAFKIMDDRFGALTFVRIYSGKLNKGDTILNSATGKTERVGRMVEMHANDRTELSTAQAGDIIAIVGMKNVQTGHTLCDPKNPCTLEPMIFPEPVISIAVKPKDKGANEKMSIAIGKLVAEDPSFQVETDEDSGETILKGMGELHLDIKVDILKRTYGVELEVGQPQVAYRETITTPVEDSYTHKKQSGGSGQFGKIDYRIRPGETNSGFTFKSTVVGGNVPKEFFPAIEKGFKNMMDQGPLAGYPVLDVEVELYDGGFHAVDSSAIAFEIAAKGAFRQSMPKAGPQLLEPVMKVDVFSPEDNVGDVIGDLNRRRGMIKDQEAGATGVRIKADVPLSEMFGYIGHLRTITSGRGQFSMEFSHYSACPNNVAEKVMEEAKARKNAK				NA	NA	NA	NA	NA
AK237_00374	1077	rlmM	COG2933	Ribosomal RNA large subunit methyltransferase M	ATGAATAGTTTGCTGATTTATTGTCGCGCGGGCTATGAAGCTGATACTGCTAATGAATTAACAGCGCTTACTGCTGAATATAGTATTTATGGTTATCCGGCATTTACACCCGAGCAAGGATTTATACTTTTTCATTTTTACCAAGCTGGCGATGCAGACAGGTTAGGGCAGCGTTTAGCGGTTGCTGATACCATTTTTCCCCGTCAGATTGTGGTGGTTACCGCTCATCTTGAAAGTCTCGACAAAACGAACCGGGCAGGCCCGGTACTGGCAGCCATCAGTGACGCAGACACGGATGAGTGGAAAAACACCTTATTGTTTGTCGAACATGCCGACACGGAAGAGGGAAAAGCGCTGGCCAAATTCTGTCGTAAGTTCACTGTGCCACTGCGGCAAGGCTTAAGAAAGCAGGGAGCGCTGACATATAAAGAAAGAGAAGACGGCAGGGCATTGCATGTTTTCTTCACTGATTATGACAATTGTTTCGTGGGCCATTCTTATCCGGCCATGCGCAGCCCCTTTGCTAACGGTATTTGTCGTCTGAAATTTCCGCCGAAAGCACCCAGCCGGTCGACTCTCAAGCTTGAGGAAGCCATTCTGACCATGCTTGACGATGAAGAACGGCGGGAAATTTTCCGTGAAGGCGCCCGTGCGGTAGATCTGGGGGCGTGTCCGGGTGGCTGGACGTATCAACTGGTGATCCGCGAGATGGGCGTTGAGGCCATTGACAACGGTGCAATCGACGAAGAACTCATGGCAACAGGATTAGTGGATCATTATGCGGCAGACGGCTTTACTTATAAGCCCAAATTTGGCCGTGTAGATTTGCTGGTGTGTGATATGATAGAGCGCCCCGACAGGGTAGCGGTACTCATGAGTGAGTGGCTGGAAAAAGGTTGGGCAGATCACGCGATTTTCAACCTTAAGCTGCCAATGAAGAAACGATACGACACGGTGACGGCTGCTATCGGGGAAATACAATCGCGACTTGGCAAAAAAGCTGGCGGCTTTCGGATGAAAGTCAGACACCTTTATCATAATCGCGACGAGGTTACTGTTACTGTCATAAAAGCTTAA	MNSLLIYCRAGYEADTANELTALTAEYSIYGYPAFTPEQGFILFHFYQAGDADRLGQRLAVADTIFPRQIVVVTAHLESLDKTNRAGPVLAAISDADTDEWKNTLLFVEHADTEEGKALAKFCRKFTVPLRQGLRKQGALTYKEREDGRALHVFFTDYDNCFVGHSYPAMRSPFANGICRLKFPPKAPSRSTLKLEEAILTMLDDEERREIFREGARAVDLGACPGGWTYQLVIREMGVEAIDNGAIDEELMATGLVDHYAADGFTYKPKFGRVDLLVCDMIERPDRVAVLMSEWLEKGWADHAIFNLKLPMKKRYDTVTAAIGEIQSRLGKKAGGFRMKVRHLYHNRDEVTVTVIKA				NA	NA	NA	NA	NA
AK237_00375	381			hypothetical protein	ATGTTAAAACCCTTTATTCTTATTGGAGCCGTTGCGGCACTCGCTGCCGTCGTTTTCGGTGCGTTTGGTGCTCATGCACTAAAAAATATTCTCGATGCGACGCAACTAAGCGCTTATCACACCGCGGTCGACTATCAGTTTTATCATGCGCTGGCGTTGCTAGCACTGGCGGCACTACGCCAAACCGTTAGTCGTAAATATTTAACCATCGCCGGTTGTTTTTTCGTACTGGGCACAGTGCTTTTCAGTGGCAGTATTTATCTACTCACGTTGCTGGAGTGGCACTTTGTAGGCCCTGTTACGCCGCTGGGTGGATTGTGTTTTATGATTGGGTGGGGTGCTCTCATTATTGGCATTGCGAAAGGGCAATGGCATGAATAG	MLKPFILIGAVAALAAVVFGAFGAHALKNILDATQLSAYHTAVDYQFYHALALLALAALRQTVSRKYLTIAGCFFVLGTVLFSGSIYLLTLLEWHFVGPVTPLGGLCFMIGWGALIIGIAKGQWHE				NA	NA	NA	NA	NA
AK237_00376	633			hypothetical protein	ATGTCTGATTTACTGATAAATCGTGCAGACAATGAAATCGCAACATTAGTCCTGGCACACGGTGCGGGGGCAGGTAAGCAGTCAGACTTTATGGAAGACATGGCAAGGTTGTTATCTACACAAGGGATCTCTGTTATACGCTTTGATTTTCCGTATATGCAGACCATAACGCAAACGGGTAAGCGTCGGCCACCAGATAAGAGTGACAAACTACAGGCTTACTATTCTGATATTCTTACCGATGTTAACAAGGACGCATCTTTACCACTGTTCATCGGCGGGAAATCCATGGGCGGGCGTATTGCCACACTTATTTTATCGTCTTCTCCGGCACAGGGGGCGTGTGTGTTTGGTTATCCCTTTCACCCTCCAGGAAAACCCGAAAAGCTACGCACCGATCATCTTATTGATATGGACAAGCCAATTCTCATTAATCAAGGCGAGCGTGACACTTTTGGAACCCTGTCAGAAATTGAAAGCTATTCTTTGTCGAAGAAAATAGAAATGCATTTTCTTACCGATGGCGATCATAGTCTTAAGCCTCGCAAATCCAGTGGTTTTTCACTTGATGGGCATTTGCAACAAGCGGCGCTTCAAACCGCGTCATTTATTAACAGGCAAATTTCATGTTAA	MSDLLINRADNEIATLVLAHGAGAGKQSDFMEDMARLLSTQGISVIRFDFPYMQTITQTGKRRPPDKSDKLQAYYSDILTDVNKDASLPLFIGGKSMGGRIATLILSSSPAQGACVFGYPFHPPGKPEKLRTDHLIDMDKPILINQGERDTFGTLSEIESYSLSKKIEMHFLTDGDHSLKPRKSSGFSLDGHLQQAALQTASFINRQISC				NA	NA	NA	NA	NA
AK237_00377	900	gcvA		Glycine cleavage system transcriptional activator	TTGCATAGACGTTTGCCCCCTCTGAATGCGCTGAAAGCCTTTGAGGCTGCTGCCAGGCACTTAAGTTTTACAAAAGCGGCAGAAGAGTTGTTTGTGACCCAGGCTGCAGTGAGTCATCAAATAAAAGCACTGGAAGAATTTTTATCGATGAAGTTATTTCTTCGTCGAAATCGTACTCTGTTGCTCACAGAAGAAGGCCAGGCGTACTTTCTGGAATTGAAAGATATTTTCAAAAACCTGCAGGAAGCCACAGAGCGTTTACTGGCGAAAGGGAGTAAAGGGGCAATTACTGTCGCCATGCCTCCGAGTTTTGCCAGCCAATGGCTGGTGCCCCGTATTAGTCGTTTCAGCATAGAGCATCCGGATATTGACGTTAGGATCAAAGCGGTTGATTTTGATGAGGGCTTTTTAGAAGACGATGTAGATGTCGCTATTTATTACGGCAAAGGCCGGTGGAGCGGGGTGAAAGCCGACAAGCTGCATACCGAGTTTCTTACGCCGTTGTGCTCACCGATGTTATTTAACGGGCCGAAACCATTAAATAGTTTAAGCGATTTAAAACATCACGTTCTGCTGCATGATTTAAGCCGTGAGGCGTGGAAAAACTGGCTGAAAAGTGTGGGGGTGCCGGGAGTTAATGTTAATCAGGGACCGGTTTTCAGTCACTCCATGCTTGTGCTGCAAGCAGCGGCGCTAGGACAAGGTATTGCGTTAGGCAACACCATACTCGCCCGTCCGGAGCTGGACGCCGGACGACTTATCATGCCTTTCGAAGAAAAAGTCGCCAGTCGTGACGCTTTTTATATGGTTTGTGATGAAGCGCAAGCCGATTTAGGTAAAATCGCCGCCTTCAGAACCTGGATTTTAGCGCAGGTAGAAGAGGAGCAATATGATGTCTGA	MHRRLPPLNALKAFEAAARHLSFTKAAEELFVTQAAVSHQIKALEEFLSMKLFLRRNRTLLLTEEGQAYFLELKDIFKNLQEATERLLAKGSKGAITVAMPPSFASQWLVPRISRFSIEHPDIDVRIKAVDFDEGFLEDDVDVAIYYGKGRWSGVKADKLHTEFLTPLCSPMLFNGPKPLNSLSDLKHHVLLHDLSREAWKNWLKSVGVPGVNVNQGPVFSHSMLVLQAAALGQGIALGNTILARPELDAGRLIMPFEEKVASRDAFYMVCDEAQADLGKIAAFRTWILAQVEEEQYDV	PGPT0026360_4787	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-ENVIRONMENTAL_QSR|BF_SIGNALLING	CE-QSR|BF-AMINO_ACID_SIGNALLING,PGPT0026360-gcvA-K03566	NA	NA
AK237_00378	267			hypothetical protein	ATGACTAAATTTAAAAAATTCTTCAGCCAAATGGCTGTAATCTTAGCGGCAACCACTGCTTACCCAACTATCTCTCAGGAACTACCAGCGAATGTGCCGATGATTCCTGCTATGACCACGCTTGAACTGTCTGTAGAAACGGTAAACGTACAGGCTCAGGTAAAAGCTGTACTTGCTGAAGAAGCGCAACAACATGTTGCCAGCACATTGTTAGCGATGAATGAAGAAAGCACTCGCGACGCGAAGGAAGCAACTCGCAGCGAATAA	MTKFKKFFSQMAVILAATTAYPTISQELPANVPMIPAMTTLELSVETVNVQAQVKAVLAEEAQQHVASTLLAMNEESTRDAKEATRSE				NA	NA	NA	NA	NA
AK237_00379	855	kdsA	COG2877	2-dehydro-3-deoxyphosphooctonate aldolase	ATGACACAGTCTCGTACTGAAATTTTAGTCGGCGACATTCCTGTCGCCAATAACAAACCGTTTGTATTATTTGGTGGTATGAACGTGCTTGAATCCCGTGACTTAGCAATGAAAATCGCTGAGCACTATGTGGAAGTAACCCAACGGCTGGGGATCCCTTACGTATTTAAAGCGTCTTTTGACAAGGCCAATCGCTCGTCAGTGTCTTCATATCGTGGGCCAGGTATGGATGCCGGTCTCAAGATATTTGAAGAGATTAAATCTACCTTTAACATCCCGGTCATCACTGACGTTCATGAACCGCACCAGGCCGCGCCCGTCGCCGAAGTCGCTGATGTTATCCAGTTACCCGCTTTTCTTGCTCGTCAAACTGATCTGGTTGTCGCCATGGCGAAAACCGGCGCGGTGATTAATGTGAAGAAACCGCAATTTCTGGCACCCCATGAGATGCGTCATATCATCGGTAAGCTAGAGGAAGCCGGTAATGACAAGGTTATTTTGTGTGAGCGTGGTAGCTGCTTTGGTTACAACAACCTGGTGGTAGATATGCTGGGTATGGATGCTATGAAAGCTTATGCGCCTGTGATTTTCGACGCAACGCATGCGTTGCAAATGCCTGGTGGTCGTGAAACATCCGCAGACGGTCGTCGCGCGCAGGCTGCACAATTAGCGCGAAGTGGCATGGCGCTGGGGCTGGCAGGCTTATTTATCGAAGCGCACCCTAATCCTGATGAGGCGAAGTGTGATGGACCTTGCGCATTGCCGCTGTCGAAACTAGAGCCGTATTTACAGCAAATGCAGGCATTAGATGAACTAGTGAAAGGGTTTGCACCGCTTGATACGAGTGCGAATTAA	MTQSRTEILVGDIPVANNKPFVLFGGMNVLESRDLAMKIAEHYVEVTQRLGIPYVFKASFDKANRSSVSSYRGPGMDAGLKIFEEIKSTFNIPVITDVHEPHQAAPVAEVADVIQLPAFLARQTDLVVAMAKTGAVINVKKPQFLAPHEMRHIIGKLEEAGNDKVILCERGSCFGYNNLVVDMLGMDAMKAYAPVIFDATHALQMPGGRETSADGRRAQAAQLARSGMALGLAGLFIEAHPNPDEAKCDGPCALPLSKLEPYLQQMQALDELVKGFAPLDTSAN	PGPT0023060_864	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-REMODELLINGLPS|LIPID|IVA_METABOLISM	CE-REMODELLING_LPS-8-AMINO-3|8-DIDEOXY_D_MANNO-OCTULOSONIC_ACID_MODIFICATION,PGPT0023060-kdsA-K01627	NA	NA
AK237_00380	375	ychQ	COG3094	Protein YchQ	ATGTATTTAATGGCCAAACACATTCATTTGACCGCCATTGGACTGAGTGTGTTTCTTTTCATTTTCCGTTTTATGCTCTCGCAGTTTAACAGCGACTGGCTCAATAAAAAGTGGCTTAAGATACTGCCACATATTATTGATACGTGCTTACTGGCGAGTGCTATTTGGTTATGTTTTCTCATCGGTCAGTTTCCTTTCGCGCAGGGATGGTTAACGTTCAAAGTTGTTGGTCTGGTTGCCTACATTCTCATGGGAATGTTTGCACTTAAGTGGGGACGAAACAGACCTTTGCGCTGGATTGGATTTATCGGTGCATTAACGTGGTTAGGGCTAATTGCCAAGGTTGCGGTAACAAAGCAGCCGTTATTTTTTTAA	MYLMAKHIHLTAIGLSVFLFIFRFMLSQFNSDWLNKKWLKILPHIIDTCLLASAIWLCFLIGQFPFAQGWLTFKVVGLVAYILMGMFALKWGRNRPLRWIGFIGALTWLGLIAKVAVTKQPLFF				NA	NA	NA	NA	NA
AK237_00381	1551		COG3437	3'3'-cGAMP-specific phosphodiesterase 2	ATGACTGATGATTTCCTTTTTGCCGACGATGATGACGAGGAAGTAACAGAGGAACTGGGCGTCTGGAAAGTGCTTATTGTTGACGATGAGCCTGAGGTGCACGCAGTGACTAAACTCGCATTAAGCGATTTTATTCTTGACGATAAGCGGCTTGAATTTGTAAGTGCGTACAGTGGCGAAGAAGCGAAAGCTTATTTTAAAAAGCACGACGATGTTGCCGTTGTATTACTTGATGTGGTTATGGAGTCGGATAATGCCGGCTTAGAGGTCGCCGAATACATCAGGGAAACGTTAGATAATCATTTTACCCGTATTATTTTACGCACGGGCCAACCCGGTCAGGCACCTGAGCGAGACGTCATCATTAATTACGATATTAATGATTATAAGTCCAAAACCGAACTCACGGCACAGAAACTGTTTACTGTGATGATTGCATCGCTACGCTCTTATCGCGATATCGTTGTTATTGAAGAGAGCAGGGCCGGGCTGGAAAAAATCATTGATGCTTCGGCCGATTTATTTACGTCGCGCTCCCTTGAAAAATTTATGCGTGGCATTATTCAACAGCTTTCCTCTATTCTTGGGTTTTCAAAAGACGCTGCTTACATCACTAATGCAGTGGCCGTACCCAGACCTGTTACCCAGTCATTGCCGCAAGAACTTTTTGTGTTTGCGGGTAACGGTGAGTACGCCGGCCAGGAAGGGAAGTCGCTTATTGATGCTTTGCCGTCCGAAGCGTATTTGCTATGTCAGCGCGCCCTGAAAGAACAACGCATTATTTTCGGTGAAGATTATGTCGTGGCTTACTGTTTCAGTAAGCATTACAAAGGTTCGCTACTTTATCTGTCAGGTATTCCCCGTAAGCTTTCAGAGACCAATATGCATCTTCTGCAATTGTTTTCAGAAAATGTGCAATTAGCTTTCGAAAATGTGTTGATCAGTCAGGAAGTAGAAACCACCCAGCGTGAAATTATCGAGCGGTTGGGTAAAGCCATGGAGCGAGATGTGGCTACCAGCAAACACATTCGTCGTATGGTTGAAATGGCCGAGTTGCTGGCGAGGTATGCGGGTCTTCCTGAAGCGCAAATCATGACTTTTCGCCTGGCGGTACCCCTTCATGATGTGGGCAACACTCACGTGTCTTCACAAATATTGATGAAAGCCGAAGTGCTTACCGAGGAAGAGCGTTTTGCTATTCGTCAACATGCTGAGTTTGGTTATCAGATTCTAAAAGATTCGGACAGTCCGACTATTCAACTTGCCTCAATTCTGGCCAAAGAACACCACGAGCGTTGGGATGGGCAAGGTTATCCTGAAGGACTGAAAGGAACAGAAATTCGTCTGGAAAGTCGCATTGCTGCCATTGTTGATGTATTTGATGCGCTTATGAATAAGCGTCCTTATAAGGCGGCCTGGTCTATTGAGAAAACCGTGGAAACTTTAAAAGCTGAAAGCGGGCGCCATTTCGATCCACAACTGGTGAGCTATATGGTGAATAATATTGCCCGTTTTCAAGAGATCCAGCGTCGACTTGCCGACGATGTTTAA	MTDDFLFADDDDEEVTEELGVWKVLIVDDEPEVHAVTKLALSDFILDDKRLEFVSAYSGEEAKAYFKKHDDVAVVLLDVVMESDNAGLEVAEYIRETLDNHFTRIILRTGQPGQAPERDVIINYDINDYKSKTELTAQKLFTVMIASLRSYRDIVVIEESRAGLEKIIDASADLFTSRSLEKFMRGIIQQLSSILGFSKDAAYITNAVAVPRPVTQSLPQELFVFAGNGEYAGQEGKSLIDALPSEAYLLCQRALKEQRIIFGEDYVVAYCFSKHYKGSLLYLSGIPRKLSETNMHLLQLFSENVQLAFENVLISQEVETTQREIIERLGKAMERDVATSKHIRRMVEMAELLARYAGLPEAQIMTFRLAVPLHDVGNTHVSSQILMKAEVLTEEERFAIRQHAEFGYQILKDSDSPTIQLASILAKEHHERWDGQGYPEGLKGTEIRLESRIAAIVDVFDALMNKRPYKAAWSIEKTVETLKAESGRHFDPQLVSYMVNNIARFQEIQRRLADDV				NA	NA	NA	NA	NA
AK237_00382	846	prmC	COG2890	Release factor glutamine methyltransferase	ATGTCCTATACCATCGCTCAGGCAATTGACTGGGCTAAGTCTGCATTAGCGGGTGGTGAATCTCCCGCTGTGGATGCAAAAGTGCTATTGGCCCACGTACTCGACAAGTCGCAGACTTATCTTTTTACGTGGAGCGATAAAACCTTAACCGACGAGCAATTTTCGGCTTTCAGGCAATTAGTTGACGCGCGAGTTACCGGTCATCCCGTCGCCCATTTAACCGGTTATCGTGATTTTTGGACGCTTAAGTTAGCGGTGAATCCTTCCACATTGATCCCTCGACCAGATACCGAATTGTTAGTTGAGCACGCACTGCGTTTACTTGATGATTCGACGACAAAAGTGTGTGATCTGGGGACGGGGACTGGCGCCATCGCATTATCGATTGCCAGCGAAATGCCGCACGTGCACGTCACTGGTGTAGACAAAATAGAGGATGCTGTCGCGTTAGCAAAACAGAATGCTGCGCTTAATCAAATCGATAATGTGACATTTTTAACCAGTCATTGGTTTGATGCACTGAAAAAACAGCGCTTTGATATGGTGGTGACGAATCCGCCCTATGTTGAATCTTCCAGTCACTATCTCGTTGAAGGTGATGTAAGGTTTGAACCCTTGTCCGCACTCACGTCTGGCGAAGACGGGCTGGATGACATCCGCACCATTATTACGAAAGCCAAATCGTATTTAACACCGCAAGGCTGGTTGCTTATCGAACATGGCTATAACCAGCGTCAGGCTATTCAATCTTTATTACGCCATGCCAGCTATGATGAAATCCAGACCTTTCAGGATCTTGCCGGCTTAGATAGAATTACTATTGCGAAAAGAGTCGCTTGCGATTAA	MSYTIAQAIDWAKSALAGGESPAVDAKVLLAHVLDKSQTYLFTWSDKTLTDEQFSAFRQLVDARVTGHPVAHLTGYRDFWTLKLAVNPSTLIPRPDTELLVEHALRLLDDSTTKVCDLGTGTGAIALSIASEMPHVHVTGVDKIEDAVALAKQNAALNQIDNVTFLTSHWFDALKKQRFDMVVTNPPYVESSSHYLVEGDVRFEPLSALTSGEDGLDDIRTIITKAKSYLTPQGWLLIEHGYNQRQAIQSLLRHASYDEIQTFQDLAGLDRITIAKRVACD				NA	NA	NA	NA	NA
AK237_00383	1086	prfA	COG0216	Peptide chain release factor RF1	ATGAAAGAATCGGTAATCAGAAAGCTTGAGACCCTGGTAGAAAGGTTTGACGAGGTTCAGGCGCTGCTTGGTGATCCTGGGACCATTTCCAATCAAGAAAAATTCCGCGCATTATCAAAGGAATTCAGTCAGCTAGAAGATGTCGTTAAGGGCTTCAACGCTTACCAACAGGCAGAAAAAAATTTAGCGTCGGCCGTTGAAATGATGGAAGAAGATGACGCAGAAATGCGGGAAATGGCTCAGGAAGAAATGAAGCAGGCAAAAGAAGATCTTGCCCGGTTGGAAAGTGAATTACAAATTTTGCTTCTGCCAAAAGATCCGAATGACGATCATAACTGTTTTCTTGAAATCCGTGCAGGCGCAGGTGGTGATGAAGCCGCAATCTTTGCCGGTGACTTATTTCGTATGTATAGCCGCTATGCTGAATCAATGGGATGGCGGGTTGAAATTGTCAGCCAGAACGAAGGTGAACATGGTGGGTTCAAAGAAATTATTGCCAATCTCGCCGGCGAAGGTGTGTATGGCATCATGAAGTTTGAATCAGGCGGTCACCGTGTTCAGCGTGTGCCTGAAACAGAGTCGCAAGGACGAATTCACACATCGGCTTGTACCGTGGCTGTGTTGCCGGAAATTCCAGAATCGGAAGCCATTGAGATTAATGCTGCCGATTTGCGCGTAGATACCTTTCGTGCATCGGGGGCTGGTGGTCAGCACGTTAACAAAACCGATTCCGCGATCCGAATTACGCACTTACCCACAGGTCTTGTCGTAGAGTGTCAGGATGAACGTTCGCAACATAAAAATCGCGCCAAAGCGATGTCAGTGCTGCAAGCGAGACTAAACCAAATGGAAGAAGACAAGCGAGCCAGGGAAGAAGCCTCTACACGACGTAGTCTGGTTGGCAGCGGTGACCGTTCTGAACGCATACGTACTTATAATTTCCCCCAGGGTCGTGTTACCGACCACCGTATCAATCTAACCTTGTACCGGTTGGACGAAGTGATTGAGGGTGATTTGGCAGCATTGGCAGATCCTATCCGTCAGGAACACCAGGCCGACCTGCTGGCGTCGCTGGCTGACGAATAA	MKESVIRKLETLVERFDEVQALLGDPGTISNQEKFRALSKEFSQLEDVVKGFNAYQQAEKNLASAVEMMEEDDAEMREMAQEEMKQAKEDLARLESELQILLLPKDPNDDHNCFLEIRAGAGGDEAAIFAGDLFRMYSRYAESMGWRVEIVSQNEGEHGGFKEIIANLAGEGVYGIMKFESGGHRVQRVPETESQGRIHTSACTVAVLPEIPESEAIEINAADLRVDTFRASGAGGQHVNKTDSAIRITHLPTGLVVECQDERSQHKNRAKAMSVLQARLNQMEEDKRAREEASTRRSLVGSGDRSERIRTYNFPQGRVTDHRINLTLYRLDEVIEGDLAALADPIRQEHQADLLASLADE				NA	NA	NA	NA	NA
AK237_00384	1272	hemA	COG0373	Glutamyl-tRNA reductase	ATGACCCTTACTGCCCTCGGAATAAATCACAAAACAGCACCTGTTGCGTTACGCGAAAAAGTCGCCTTTACACCGGATTCTCTGGTGTCTGCGCTCGCTTCGCTTAAGCAGATTGACGGTATTGATGAATCCGTTATCGTGTCGACGTGCAACCGTACTGAAGTTTACGTGAAAGGCGCTGACGAGGCTGATTTATTGTTAGACTGGCTGGCTACGTTTCACGATGTGCAGCGTCAGGACATAGAACAGAATAGCTATTTATACCAACAGGAAGCCGCCGTTAAGCATGTGATGCGGGTGGCCAGCGGCCTGGATTCACTTATTTTGGGTGAACCACAAATCCTCGGACAAATTAAGCAGGCATTTAGTGATGCCAAGCATTCTGGTACTGTCGGCGCCGAGTTTGAACGCTTATTCCAGCACACGTTTTCGGTAGCTAAAAAGGTACGATCTGAAACTGAGATTGGCGCGAATGCCGTGTCGGTTGCATTTGCTGCGGTGCAGTTAGCAAAGCATATTTTTAGTGCCTTACCTAAGCGCTCAGTGTTGTTGGTTGGCGCAGGAGAAACCATTGAGCTTGTTGCGCAGCATTTAAAAGAGCAGGGCGTGAACCGTCTTGCCGTGGCCAATCGCACCGTCGCGCGTGCAGAAAATCTTGCCGCAACCCTGGGGGCTGATGTGTTAACCCTCTCTCAACTGCCTGATCATTTGCATGATTTTGATATTGTGATCAGTTCTACCGCCAGTCAGCTGCCTCTTATTGGCAAAGGTATGGTTGAAAAAGCGCTGAAGCAGCGTCGCAATATGCCTATGTTTTTAGTGGATTTGGCCGTACCCCGAGATATCGAGTCGCAAGTGAACGAGTTAGGGGACGCCTATCTCTACACAGTAGACGACCTGCAGCATATCGTTGAGCAAAATCTGGCCTCCAGAGAATTAGCTGCGCAGGATGCAGAGAAAATAATCGATGAACAAGCCTCGGTATTTCTGAATTGGAAACGGGCACAGCAATCTATCGATTTAGTGCGCCAATATCGCCAAAAAGGCATGGCGTCGCGGGACGAGCTGGTGGCAAAGGCGATGAATCAACTTACGGAAGGCCGTGATGCCGAGGCAGTGTTACAGGAATTAGCCTATAAACTAACAAATTCACTGATGCACGGACCGACTCGTGTGTTGAGAGAAGCTGCACAGGAAAATAATGCCGCGCTGACCCAATGGCTGGGTCAGGCGATGGATCTTGCCGGCAACGAGCAAGACAAAGAAAGGTAA	MTLTALGINHKTAPVALREKVAFTPDSLVSALASLKQIDGIDESVIVSTCNRTEVYVKGADEADLLLDWLATFHDVQRQDIEQNSYLYQQEAAVKHVMRVASGLDSLILGEPQILGQIKQAFSDAKHSGTVGAEFERLFQHTFSVAKKVRSETEIGANAVSVAFAAVQLAKHIFSALPKRSVLLVGAGETIELVAQHLKEQGVNRLAVANRTVARAENLAATLGADVLTLSQLPDHLHDFDIVISSTASQLPLIGKGMVEKALKQRRNMPMFLVDLAVPRDIESQVNELGDAYLYTVDDLQHIVEQNLASRELAAQDAEKIIDEQASVFLNWKRAQQSIDLVRQYRQKGMASRDELVAKAMNQLTEGRDAEAVLQELAYKLTNSLMHGPTRVLREAAQENNAALTQWLGQAMDLAGNEQDKER	PGPT0003650_2717	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_VITAMIN_PRODUCTION	PLANT_VITAMIN_RELATED_HEME_METABOLISM	PLANT_VITAMIN-HEME|SIRO-BIOSYNTHESIS,PGPT0003650-hemA-K02492	NA	NA
AK237_00385	606	lolB	COG3017	Outer-membrane lipoprotein LolB	ATGTTTCGTCGAATAATCGTACTTACTGCTGTTTTCTTTTTTGTTTCTGCATGTACGACCTTACCTGACGGGCCCCAGACAGCAGTGAATCTGCCGGCTCAATTAGAGAAGCTCACCACCGTTGACCAGTGGCAAATTAAAGGCAAGATGGCTTTTCGTAATCACAATGAAGCGGTCAGTGCCCACGTAAACTGGAAAACCGATGCACCCGATTTTAATTTTCGATTAACTAATTTATTGGGTATAACCCTGGCGAACATCGAATATCAAAATGGTATGGCAACGTTATATGCCGATGACGCCCGCTATCAGGACACTAATCCAAGCGAACTTATCTACCAGACGACCGGTTGGGACATCCCTGTAGGTAATTTACTGAACTGGGTGAAAGGTCTTCCCTTAAAAGATGACAAGTACACCCTGAATGACAAGCAATTACTCGCCTCGCTCTCACCCGGTTGCCCAACATGTGGCAAATGGCGTGTGACATACAGTCATTATGGTCAGGAAGCGGGTATATGGCTTCCTCATCAGCTGACGCTAACGCAGGTCGATGACAGCACAATCTTTATAAAAATCAGAATCGATGAGTGGAAAATACTGTAA	MFRRIIVLTAVFFFVSACTTLPDGPQTAVNLPAQLEKLTTVDQWQIKGKMAFRNHNEAVSAHVNWKTDAPDFNFRLTNLLGITLANIEYQNGMATLYADDARYQDTNPSELIYQTTGWDIPVGNLLNWVKGLPLKDDKYTLNDKQLLASLSPGCPTCGKWRVTYSHYGQEAGIWLPHQLTLTQVDDSTIFIKIRIDEWKIL	PGPT0024480_960	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-OTHER_CELL_MEMBRANE_REMODELLING_PROTEINS	CE-REMODELLING_LIPOPROTEIN_METABOLSIM,PGPT0024480-lolB-K02494	NA	NA
AK237_00386	867	ispE	COG1947	4-diphosphocytidyl-2-C-methyl-D-erythritol kinase	ATGCATGCCGTAGATTGGTGGCCTAGTCCCGCCAAATTAAACTTATTTCTTCATATTCTGGGTCGTTATGATAATGGTTATCACCAGTTGCAAACGCTGTTTCAGCTGCTGGATAGCGGCGACGAACTGGCCTTTGATATTAAAGAAACGCCGGAGCTCACCTTATCTCCTTCTATCGCTGGCGTGAATGACGAAGATAACCTGATTATAAAAGCTGCAAGATTATTGCAACGCCATGCATCGGTGAAAAAAGGCGCACATATTCAATTAAGAAAAGTCTTGCCCATGGGAGGCGGTATTGGCGGTGGTTCATCTAACGCAGCCACCGTTTTAGTGGCACTCAATCATCTGTGGGCCTGCGGATTAACAAGTAAAGAACTGGCGGCACTCGGACTACAATTAGGTGCCGACGTCCCGATTTTTGTAGAGGGAAAAACCGGTTTTGCCGGTGGCGTGGGCGAAAGCATATTTCCCACAACCCTGGACGAAAAATGGTATGTGATTGTCAATCCGGGTATACACGTTAGTACCGCCGATATTTTTAAGGAAGCGGATCTTCCCCGCCATACCCCTGCGATAGACTGGCACAACTATACTTTCGACGAAACGCACAATGATTGCGAAACGATTGTCTGTAATAAGCATCCCGAAGTTGCAATATTATTACAGTGGTTGCTACAATTCGCACCGTCGCGGATGACGGGCACAGGCGCGTGCGTATTTGCTATATTTAGTGATGAAAATTCAGCCAGACACGTTCTTGGTCAATTACCCGGGAAATGGTCTGGTTTTGTTGCTAAAGGCGTGAATACCTCGCCGTTACAACAAAAGCTAAAAAACGTGAACGAAGCATCGGACATGAACTAA	MHAVDWWPSPAKLNLFLHILGRYDNGYHQLQTLFQLLDSGDELAFDIKETPELTLSPSIAGVNDEDNLIIKAARLLQRHASVKKGAHIQLRKVLPMGGGIGGGSSNAATVLVALNHLWACGLTSKELAALGLQLGADVPIFVEGKTGFAGGVGESIFPTTLDEKWYVIVNPGIHVSTADIFKEADLPRHTPAIDWHNYTFDETHNDCETIVCNKHPEVAILLQWLLQFAPSRMTGTGACVFAIFSDENSARHVLGQLPGKWSGFVAKGVNTSPLQQKLKNVNEASDMN	PGPT0007605_2597	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-TERPENOID_DERIVATE_PRODUCTION,PGPT0007605-ispE-K00919	NA	NA
AK237_00388	948	prs	COG0462	Ribose-phosphate pyrophosphokinase	GTGCCAGATATGAAGCTCTTTGCAGGCAACGCCGTCCCCGAACTTGCCCATAAGGTTGCAGAACGCCTTTATACCAAACTTGGTAACGCCAGTGTTGGTCGCTTTAGCGACGGTGAGATCAGTGTAGAAATTCATGAAAACGTCCGTGGCTCGGACGTTTTTATTATCCAGTCTACCTGTGCACCAACCAACGACAACCTAATGGAATTGATCGTGATGATCGACGCACTGCGTCGTGCATCAGCAGGACGTATTACTGCAGTTATCCCCTACTTCGGCTATGCCAGACAAGACCGTCGCGTCCGTTCAGCCCGAGTACCTATTACTGCCCGTGTAGTGGCTGACTTTCTGTCAAACGTCGGCGTAGATCGCGTGCTGACTATCGACTTACACGCAGAGCAAATTCAGGGTTTCTTCGATGTTCCTGTAGATAACGCATTCGGAACACCTATCCTGTTAGCTGACATGGTTCAACGCGACTTCCTCGATCCTATCGTGGTATCTCCTGACATCGGCGGTGTGGTGCGTGCACGTGCAACGGCAAAACTGCTTAACGATGCTGAACTGGCCATTATCGACAAACGTCGCCCGAAAGCCAACGTATCACAGGTGATGAATATTATCGGTGATGTAAAAGACCGCGACTGTATTATTGTTGACGATATGATTGACACTGGCGGCACGCTGGCCAAAGCTGCAGAAGCCCTGAAAAACCACGGTGCGCGTAAAGTGTATGCTTATGCAACCCATGCTATTTTCTCAGGTAATGCCCCTAAAAACCTGAAAGAATCTGTTATCGATGAAATTATCGTGACTGACAGTATTCCCCTGTCTAAAGATATGGCGGCTATCGGCAAAGTGAAACAACTCTCGTTGTCTGAAATGCTGGCAGAAACCATTCGTCGTATCAGTAATGAAGAATCTATCTCTGCGATGTTCGAATACTAA	MPDMKLFAGNAVPELAHKVAERLYTKLGNASVGRFSDGEISVEIHENVRGSDVFIIQSTCAPTNDNLMELIVMIDALRRASAGRITAVIPYFGYARQDRRVRSARVPITARVVADFLSNVGVDRVLTIDLHAEQIQGFFDVPVDNAFGTPILLADMVQRDFLDPIVVSPDIGGVVRARATAKLLNDAELAIIDKRRPKANVSQVMNIIGDVKDRDCIIVDDMIDTGGTLAKAAEALKNHGARKVYAYATHAIFSGNAPKNLKESVIDEIIVTDSIPLSKDMAAIGKVKQLSLSEMLAETIRRISNEESISAMFEY	PGPT0021480_4438	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PURINE_METABOLISM,PGPT0021480-prsA-K00948	NA	NA
AK237_00389	621			hypothetical protein	ATGAAAAACGGCTTTCATTATTATTCACCTTCTCAAGGCCACGGCCTTGCTCACGACCCGTTTAACAGTATTATCGCGCCTCGCCCGATAGGCTGGATCTCGACCCGGGACCGAGACGGAAAGGCGAATTTAGCACCGTATAGTTTCTTTAATGCGTTTAATTACACGCCGCCTATTATCGGCTTTTCAAGCATTGGCAATAAAGATTCTTTGAAAAATGTAGAGGCAACAGGCGAGTTTTGTTTCAACTTAGTGAGTCAGCCTTTAGCCGCTAAAATGAACCAGACGTGTGCAGCTGTGGCGGCGGACGTGGATGAGTTTGACTTGGCGGGCTTAACAAAAGCCAATTCTAGCTCTGTGGATGTGCCTCATGTTGCAGAAAGTGGTGTTGTTTTTGAGTGCCGAAAAACGCAGATTGTGCAGTTATCTGACAGCAGCGGGCAATTGTGCAATACATGGGTAGTATTCGGTGAAGTCACTGGCGTGCATATTCGTGAAACTTTGATAGAAAATGGCGTTTTTAGCACCACAAAAGCCGATCCCGTGTTGCGTGGCGGTGGGCCGGGCGACTATTTTACTATTAGTGAAGCGGCAAAATTTGAAATGCACAGACCCGAATAA	MKNGFHYYSPSQGHGLAHDPFNSIIAPRPIGWISTRDRDGKANLAPYSFFNAFNYTPPIIGFSSIGNKDSLKNVEATGEFCFNLVSQPLAAKMNQTCAAVAADVDEFDLAGLTKANSSSVDVPHVAESGVVFECRKTQIVQLSDSSGQLCNTWVVFGEVTGVHIRETLIENGVFSTTKADPVLRGGGPGDYFTISEAAKFEMHRPE				NA	NA	NA	NA	NA
AK237_00390	426			hypothetical protein	ATGTACCGATATATGCTTATTATCGCTTTAATAGTCTTGTGCTCAGCGTGTAACGATTCCACCAAACCCAACAACCTGTCGGAAAGTGATCACACTACTGAAAAAGCCGCCATGAAAGAAAGTGAAATCGCTACCAGCAAAACTGACAATAAGGATGCAGCAATGGAAGAGAGCATCACACTAAGCGGTAAATTGGTTTACCAGCAACACGAAGGTGGATTTTTTGGTTTTATCAGCGACAGTGGGGAGAAATATACGTTGAGAGGACTGGACAAATCATACCGAAAAAATGGCATCAAACTGGTGGTATCAGGCAAGCCCATGAAAGGCATGATGACAATTACTCAATTCGGTACAGTCTTTGAGGTGAAAGAGGTTATCAAGGCGGACACGTCTTCGGTTGCCCCCGCTGCCGATGAAATGTAA	MYRYMLIIALIVLCSACNDSTKPNNLSESDHTTEKAAMKESEIATSKTDNKDAAMEESITLSGKLVYQQHEGGFFGFISDSGEKYTLRGLDKSYRKNGIKLVVSGKPMKGMMTITQFGTVFEVKEVIKADTSSVAPAADEM				NA	NA	NA	NA	NA
AK237_00391	630	rplY		50S ribosomal protein L25	ATGTCTGAAGCAATTTTTAACCTGGATGCAGTAATCCGTACTGACCTGGGGAAAGGTGCGAGCCGCCGCCTGCGTCATGCTGATAAAGTACCTGCGATCCTTTACGGTGGTGAAGAAGCGCCTGTAGCATTAACGCTTGACCACAACAAAGTAAACAACGCTGCTGATTTCGAAGCTTTCTACTCTCACGTTCTGACGCTGAACATCGACGGTCAGAAAGTTGAAGCGTTAGTAAAAGACATGCAACGTCACCCGTACAAGCCAAAAATTACACACATCGACTTTCAACGTGTAATCGCTGGCGAAGAACTGCACACCAGCGTTCCTCTGCACTTCATCAATGAAGGTAAATCTGAAGCCAGCAAAGCTGGCGGTATTGCAGAGCACCACGTAAACGAAATCGAAATCACGTGTCTGCCTAAAGACTTACCAGAGTTCATCGAAGTAGATATGGCTTCTGTTGAAATGGATCAAACAGTTCACCTGTCTGACCTGACTCTGCCAGCAGGCGTAACGTCTGTAGAATTAGCTAAAGGTGATGACGCGCACAACTTAGCAGTAGTAACTGTTAAACCTGCGCCTAAAGCGCCTGAAGCTGAAGAAGGCGAAGAAGACGCAGCTGAGGAATAA	MSEAIFNLDAVIRTDLGKGASRRLRHADKVPAILYGGEEAPVALTLDHNKVNNAADFEAFYSHVLTLNIDGQKVEALVKDMQRHPYKPKITHIDFQRVIAGEELHTSVPLHFINEGKSEASKAGGIAEHHVNEIEITCLPKDLPEFIEVDMASVEMDQTVHLSDLTLPAGVTSVELAKGDDAHNLAVVTVKPAPKAPEAEEGEEDAAEE				NA	NA	NA	NA	NA
AK237_00392	597	pth		Peptidyl-tRNA hydrolase	TTGTCGTCAGATATCCGTCTGATTGTGGGCCTGGGAAATCCAGGCCCAGAATACGAACACACAAGACATAACGCAGGTGTCTGGTTTCTTAATGAACTGGCTGCGCGTTTCAATACTTCCCTCAAACCTGAAAGCAAATTCTTTGGTCTGACTGGTCGCATAACCATAGGCACTCAAGATATTCGTCTGCTCTACCCCACCACCTACATGAATAAAAGTGGTCAAGCGGTAGCGGCGATGGCAAACTTTTATCGCATCCCTGTAGAGAATATGTTGGTTGCTTTTGATGAGCTTGATTTACCACCGGGTATCGCCAAATACAAAATAGGTGGAAGCTCGAGTCAAAACGGCATTCGCGACATTGTCGCCAAAATGGGCAATAACAAAGAATTTTTACGTTTACGTATTGGCATCGGTCACCCGGGTCATAAAAGTAAAGTAACCGGCCATGTACTTGGCAAACCACCGGAAAATGAAAAAAACGCTATTGAAGATGCAATAGATGAAGCAGTTCGGTGTACTGAAATTCTTATCAAAAACGACTTAAAGCAAGCCCAGAACAGACTGCATTCTTTTAAAGCTGACGTTCAGGGTTAA	MSSDIRLIVGLGNPGPEYEHTRHNAGVWFLNELAARFNTSLKPESKFFGLTGRITIGTQDIRLLYPTTYMNKSGQAVAAMANFYRIPVENMLVAFDELDLPPGIAKYKIGGSSSQNGIRDIVAKMGNNKEFLRLRIGIGHPGHKSKVTGHVLGKPPENEKNAIEDAIDEAVRCTEILIKNDLKQAQNRLHSFKADVQG				NA	NA	NA	NA	NA
AK237_00393	1092	ychF	COG0012	Ribosome-binding ATPase YchF	ATGGGTTTTAAATGTGGCATCGTTGGTCTGCCAAATGTGGGTAAATCTACCCTGTTCAACGCTCTTACCAAAGCCGGTATAGAAGCGGCTAACTTCCCGTTTTGTACTATTGAACCTAACACGGGTGTGGTACCTGTGCCAGATTTGCGTCTGGATAAACTGGCTGAAATCGTCAAGCCGCAGCGTGTTATTCCGACTACCATGGAATTTGTTGATATTGCCGGGTTGGTTGAAGGTGCCTCTAAGGGTGAAGGTTTAGGCAACAAGTTTCTCGCGAATATTCGTGAAACCGATGCCATTGGCCATGTAGTTCGCTGCTTCGAGAACGACAACATTGTTCACGTTGCCGGTAAAGTAAGCCCGAAAGATGATATTGACGTTATCAATACCGAACTGGCGCTGGCCGATCTGGAAACCACAGAAAAAGCCATTCACCGTGTCGCTAAACGAGCCAAGGGTGGCGATGCCGATGCGAAGTACGAATTAAAAGTACTGGAAAAAATCAAACCGCATCTGGACGAAGGCAACCTGTTACGCTCTCTGGAACTGACCAAAGAAGAAATGGCAGCCATCAGCTACATGAACATGTTAACGCTGAAACCTACCATGTATATCGCTAACGTAAACGATGACGGATTTGAAAATAACCCGTTCCTGGATCAGGTAAAAGAAATTGCTGCTGGCGAAAATGCCGTAGTGGTTGCCGTTTGCGCTGAAATTGAGTCCGAAATTGCTGAACTTGATGACGACGAGCGTGAAGAATTTATGCAAGACATGGGGTTAGAAGAGCCTGGACTTAATCGCGTTATTCGTGCCGGGTATAACTTGCTGACGTTACAAACGTACTTTACCGCAGGGGTAAAAGAAGTACGTGCGTGGACCTTCCCGGAAGGCTCTACCGCACCACAAGCGGCAGGTAAAATTCATACCGACTTTGAAAAAGGCTTTATCCGTGCTGAAATCGTTGGCTACGACCACTTTGTCGAGTTTGGTGGCGAACAAGGCGCGAAAGACGCTGGAAAATGGCGCCTGGAAGGCAAAGAGTACATCGTGAAAGACGGCGATGTGATTCATTTCCGTTTTAACGTGTAA	MGFKCGIVGLPNVGKSTLFNALTKAGIEAANFPFCTIEPNTGVVPVPDLRLDKLAEIVKPQRVIPTTMEFVDIAGLVEGASKGEGLGNKFLANIRETDAIGHVVRCFENDNIVHVAGKVSPKDDIDVINTELALADLETTEKAIHRVAKRAKGGDADAKYELKVLEKIKPHLDEGNLLRSLELTKEEMAAISYMNMLTLKPTMYIANVNDDGFENNPFLDQVKEIAAGENAVVVAVCAEIESEIAELDDDEREEFMQDMGLEEPGLNRVIRAGYNLLTLQTYFTAGVKEVRAWTFPEGSTAPQAAGKIHTDFEKGFIRAEIVGYDHFVEFGGEQGAKDAGKWRLEGKEYIVKDGDVIHFRFNV				NA	NA	NA	NA	NA
AK237_00394	1308	atoE	COG2031	Putative short-chain fatty acid transporter	ATGTTGAATAAGGTGGCGTCGCCCTTTGTCAGGCTGGTCGAGCGGTACTTGCCCGATCCGTATATTTTTGTCTTATTGCTTACACTGGTGGTGTTTGCCGCAGCGATAGGCCTGGAAGGACAAACACCCGCGCAAGTGGTCACGCAGTGGGGAAATGGATTGTGGGGATTATTAAGCTTCTCGATGCAAATGTTGCTGGTGTTGGTTACCGGTTATATGTTGGCAAGTACCCCTTTGGTGAAAAGTGGGCTAGAGAGTATGGCGGGCTTAGCGAATACCGCGGCAAAGGCAATTGTACTGGTGACACTCGTATCGTTAGCGGCCAGTTGGCTGAATTGGGGCTTTGGTTTAGTTGTCGGTGCGTTATTTGCCAAAGCATTAGCGCGAAAAGTGGAGGTGGATTACCGCCTTTTAGTGGCCAGTGCTTACTCAGGTTTTGTTGTCTGGCATGGGGGGCTGGCAGGATCGGTTCCTCTTACCATTGCAACGCCCGGACATTTCTCTGCTGATCAGATTGGTGTTATTAATACATCGAACACTATTTTTGCAACGTTTAACTTGGTGCTGGTGGCAATACTTTTTATTGTCGTGCCTATTGTTAACCGTATGATGCTTCCGGCTAAAGAAGACAGCATTATTGTACCTAAAGCAAAACTTGAGGATGAACAATTACCCGTTGCAGAAAACAGTCGTCCTGCTGATAAACTGGAAAATAGTGTAGTGCTGGCGCAGTTAACAGGCTTTAGCGGTTTAGTCTATCTCGTGATGTATTTCATCAATGGCGGCTCTCTCAATCTGAATATCGTCAACGGCTTATTTCTGTTTTTAGCTATTGTATTGCACGGTACGCCGCGAAAATTATTGCATAGTTTGCATCAAGCGGTGAAAGGCGGCGCGGGTATTGTCATCCAATTCCCTTTTTACGCCGGGATCATGGCTGTGATGGTGCAGTCAGGCCTGGCACAGAGTTTGTCAGAATGGTTAATTAGCTTCGCAAGTGCAGCGTCGTTGCCGGTGTGGAGCTTTATCAGTGCAGGAATAGTGAATATTTTTGTGCCTTCCGGGGGCGGGCAATGGGCGGTTCAAGCACCCGTTGTGTTGCCAGCTGCACTAGAATTAGGAGCAGATGTCAGTCGGGTGGCTATGGGCGTTGCGTGGGGAGATGCATGGACGAATCTTATTCAGCCTTTTTGGGCGTTGCCTGTGCTGGCGATTGCCGGGCTTAAAGCAAAAGATATTATGGGTTTCTGCTTAGTCCAGTTAGTGGTAACAGGGTTGGTGATTGGGGCGGTATTATACTGGGTATAA	MLNKVASPFVRLVERYLPDPYIFVLLLTLVVFAAAIGLEGQTPAQVVTQWGNGLWGLLSFSMQMLLVLVTGYMLASTPLVKSGLESMAGLANTAAKAIVLVTLVSLAASWLNWGFGLVVGALFAKALARKVEVDYRLLVASAYSGFVVWHGGLAGSVPLTIATPGHFSADQIGVINTSNTIFATFNLVLVAILFIVVPIVNRMMLPAKEDSIIVPKAKLEDEQLPVAENSRPADKLENSVVLAQLTGFSGLVYLVMYFINGGSLNLNIVNGLFLFLAIVLHGTPRKLLHSLHQAVKGGAGIVIQFPFYAGIMAVMVQSGLAQSLSEWLISFASAASLPVWSFISAGIVNIFVPSGGGQWAVQAPVVLPAALELGADVSRVAMGVAWGDAWTNLIQPFWALPVLAIAGLKAKDIMGFCLVQLVVTGLVIGAVLYWV	PGPT0021760_974	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_LIPID_METABOLISM	PLANT_DERIVED_FATTY_ACID_DEGRADATION,PGPT0021760-atoE-K02106	NA	NA
AK237_00399	1404	alsT	COG1115	Amino-acid carrier protein AlsT	GTGATTAACGATATCGTATCGGCCGTAAATAATGTGCTGTGGGGAGACGGCCAGGTCCTTATCGTCATGCTTCTCGGTTGTGGCTTATGGTTTACCTGGAAACTAGGCGCGGTACAGCTACGGCACTTTACCCACATGTTTTCATTGATGAAAGGCAGCACCTCTTCTACGAAAGAAGGCATAAGCTCCTTTCAGGCTTTGTGTACCAGCTTATCTGCTCGGGTTGGCACCGGCAACCTCGCAGGAGTAGCGGTAGCCATTTCACTGGGCGGCGCAGGCGCTATCTTCTGGATGTGGGTCATCGCCTTCTTAGGCATGGCAACCGGGTTTGCAGAAAGCGTATTGGGTCAGTTATATAAAGTCAAAGACGAAAATGGCGAATATCGCGGCGGGCCCGCTTATTATATTAAACAAGGTTTAAACAAAACCTGGCTTGCTGTGGCTTTTTCTCTTTGTTTGTTTTTCGGCTATGGTTTTGTATTCAGTGCCGTACAAGCCAATACCATAACCGACGCCCTCAATAACGCCTACGGCTTTACACCACTTTATACCGGTATGGTTATCATTGCGTTGGCCGCACTCATTGTGGTTGGTGGGTTACGTGGCATCGCCCGCTTTGCTGAGTGGATAGTACCTTTTATGGCTATCGGCTATGTAATTGCAGCATTGCTTATCGTCGTTATCAACTTCTCAGAATTGCCTGGTGTCATGCTTTCCATTTTAAAATCTGCATTTGGCTTGCAAGAAGCTGGTGCTGGTATGTTGGGCGCGGCAATTAAAAATGGTATCCAGCGCGGATTATATTCAAACGAAGCGGGTTCAGGGAGTGTCCCTCATGCTGCGGCCAGTGCGGCTCCGACGCCCAATCACCCGGTGTCACAAGGCTATATCCAGATGTTGGGGGTATTTGTTGACACCATGATCCTGTGTACAGCAACAGCGTTTATCATTTTATTAGCCGGTGGCGAGGCTACCGGTCATATGGAAGGTATTGGTATGACGCAGGCCGCTATGAACCAACATATAGGCGGTGGTGGTACAGATTTCGTTTCTGCAGCTATTTGTCTTTTCTCTTTCACCTCAGTGGTAGCCAATTACGCCTATGGTGAAAGTAATCTTCACATGTTTAAACTCGACAACAAAGCAGGTCGTCTTGCCTACACGGTGGGATATTTGGGCATGATCCTCTGGGGCTCCATGGCGGCATTACCAACAGTGTGGGCAATGGCAGATATGGCGTTAGGATTAATGTCGGTGATTAATATTATCGCGATTGTCTGGATGACACCCACTATCGTCTCCATCAGCAAAGACTATTTTGCCAAACATGACCGTGGCGGTGACATGGAATACAAAACCGGTGACTGCGAGATACAAGGTGAAACGGAAAAAGGTATTTGGTAA	MINDIVSAVNNVLWGDGQVLIVMLLGCGLWFTWKLGAVQLRHFTHMFSLMKGSTSSTKEGISSFQALCTSLSARVGTGNLAGVAVAISLGGAGAIFWMWVIAFLGMATGFAESVLGQLYKVKDENGEYRGGPAYYIKQGLNKTWLAVAFSLCLFFGYGFVFSAVQANTITDALNNAYGFTPLYTGMVIIALAALIVVGGLRGIARFAEWIVPFMAIGYVIAALLIVVINFSELPGVMLSILKSAFGLQEAGAGMLGAAIKNGIQRGLYSNEAGSGSVPHAAASAAPTPNHPVSQGYIQMLGVFVDTMILCTATAFIILLAGGEATGHMEGIGMTQAAMNQHIGGGGTDFVSAAICLFSFTSVVANYAYGESNLHMFKLDNKAGRLAYTVGYLGMILWGSMAALPTVWAMADMALGLMSVINIIAIVWMTPTIVSISKDYFAKHDRGGDMEYKTGDCEIQGETEKGIW	PGPT0014405_3241	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
AK237_00400	180			hypothetical protein	ATGGAAGTTCTGATCTTATTGGGCGTCTTGTTCTTGTCGCTGATCATTATCGTACCGTTAATTGAACGGTCAAAAATGCGGGTGAGCCCGGAAACCGCAAGCAAAATCAGCCGCTGGATATGGCCGCTGGTGATGATTGCCTTAATTATTCAACTTATTCGGTTAATGATGCAGGGCTAA	MEVLILLGVLFLSLIIIVPLIERSKMRVSPETASKISRWIWPLVMIALIIQLIRLMMQG				NA	NA	NA	NA	NA
AK237_00401	1179	ubiF	COG0654	3-demethoxyubiquinol 3-hydroxylase	ATGTACGATTTTTGTATTAACGGTGGCGGGATGGTTGGTGCCGCACTTGGTTTAGGTTTGGTGCAGCAAGGCTATCGCGTCGCAATTATCGAAACGGTAAAGCCAAAGCCTTTCGATGCCAGTCAGCCTCCCGATCTTCGCCTCTCTGCGATTAGCCTGACATCGGTCGATTTATTACGCGCCCTTGGTGCGTGGTCGTTTATTGAAGATACCCGTGTACGACCTTATGAAACGTTGTCGGTATGGGAACAGCCTGCTATGGCGACATCTTTTACTGCGCAAAGTATCGGACAACCATACCTTGGCTACTTTGTCGAAAACCGCTTGTTACAGCTGGGTTGTCACAAGGCACTCTCATCGAAGGCTATTAGCTGGTATACCGATTCGCAACTGACAGGCTTTTGCTTTTCCGAGAGTGACAAGTTAACCACGCTGACGCTTTCTGATGGGCAGCATATTACCTGTCGATATCTCGTAGGCGCAGATGGCGCGAAAAGCAAAGTGAGAGCTCTGGCCAATATCGGTTCCTCGGGCTGGCAATATCGCCAGCAAGCGATGGGGATCACAATAAGCCTGCCCGAACCGTGCAGTGCCGAAACCTGGCAGCAGTTCTATCCCTCTGGGCCCCGGGCTTTATTACCGATGTACGATAATTTCGCATCGCTGATTTGGTATGACGATGCTGTTAAAATCAGGCAGCTACAACATCTGAATCATCGTGACCTGAAGCAAGCCGTCGTCACTTCATTTCCTGGTCGGCTAGGTGAATTCGACATCATTGATAAGGCGGCTTTCGTTCTAACCCGTGCCCATGCGTCTGAATATGTTCGTCCGGGCGTGGTACTGATAGGTGACGCTGCACATACGATTAATCCGCTGGCGGGGCAGGGGGTGAACCTCGGGTTTAAGGATGTGGCTGCGTTTTTGGCCGTGACGGCGAAAACAAAACCACAAAGTGATGCATTCTATGCGCACTTACAAACAGACTACGAGCGCCCGCGACGTAGAGATAATTTAATGATGATGTCTGCGATGGATAGTTTTTACCTCTTGTTTAGTAACCAAATACCCCCAATTAAGTGGTTAAGAAACCTGATGTTGAAAGGCGCCGATATGGCCGGACCGATTAAACACCAGGTATTAAAGTATGCAATGGGGATGGATGAATGGAAGTTCTGA	MYDFCINGGGMVGAALGLGLVQQGYRVAIIETVKPKPFDASQPPDLRLSAISLTSVDLLRALGAWSFIEDTRVRPYETLSVWEQPAMATSFTAQSIGQPYLGYFVENRLLQLGCHKALSSKAISWYTDSQLTGFCFSESDKLTTLTLSDGQHITCRYLVGADGAKSKVRALANIGSSGWQYRQQAMGITISLPEPCSAETWQQFYPSGPRALLPMYDNFASLIWYDDAVKIRQLQHLNHRDLKQAVVTSFPGRLGEFDIIDKAAFVLTRAHASEYVRPGVVLIGDAAHTINPLAGQGVNLGFKDVAAFLAVTAKTKPQSDAFYAHLQTDYERPRRRDNLMMMSAMDSFYLLFSNQIPPIKWLRNLMLKGADMAGPIKHQVLKYAMGMDEWKF	PGPT0009540_314	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-UBIQUINONE|COENZYME_Q_PATHWAY,PGPT0009540-ubiF-K03184	NA	NA
AK237_00402	1437	miaB	COG0621	tRNA-2-methylthio-N(6)-dimethylallyladenosine synthase	ATGACCAAAAAGCTGTATATCAAAACCTGGGGCTGCCAAATGAACGAGTATGACTCGGAAAAAATGGCAGATCTATTGGACTCTACCCACGGTTATTCGCTTGCGCAGGAAGCAGAAGAGGCGGACGTGATCCTGCTGAACACTTGTTCTATCCGTGAAAAAGCACAGGAAAAAGTGTTTCACCAGTTAGGCCGCTGGAAAAATCTGAAAAAAGACAACCCCGGGCTCATTATCGGCGTGGGTGGCTGTGTAGCCTCTCAGGAAGGCGACCATATCCGTCAGCGCGCACCGTTCGTAGATCTGGTGTTCGGCCCGCAAACCCTGCACCGTTTACCGGAAATGATTAAGCAACTTCAGGGTGGAGCCGGTTCCGTAGTCGATGTCAGTTTCCCTGAAATTGAAAAGTTCGACTCATTGCCCGAACCCCGCGCAGAGGGCCCCACAGCTTTCGTTTCTATCATGGAAGGTTGCTCCAAATACTGCACCTTCTGTGTTGTACCCTACACCCGCGGTGAAGAAGTCAGCCGTCCGGTAGATGACGTGATTCTGGAAATCGCGCAGTTAGCGGAACAGGGCGTACGGGAAGTGAATCTGTTAGGTCAGAACGTAAACGCATTCCGCGGCGAGCATCACGACGGCACCATTTGCCGTTTTGCCGAGCTACTGGAAATGGTCGCCGCCATCGACGGCATTGACCGTATCCGTTACACCACGTCGCATCCGGTAGAGTTTACCGACGACATCATTGCCGCTTACGAGACCATTCCTGAGCTTGTAGACCACTTGCACTTGCCTGTGCAAAGCGGCTCAGATCGTATTTTGAATATGATGAAGCGTGGCCACACTGCATTAGAGTACAAATCTAAAATTCGTAAGCTGAAAAAAATTCGCCCGAATATCTGTATGTCTTCAGACTTTATCATTGGTTACCCTGGCGAAACCGATGCTGATTTTGAAGCGACCATGGATCTTATTCAGGCCATTGACTACGACCTGAGCTTTAGCTTCATTTACAGCGCACGCCCCGGTACGCCTGCAGCTGACGCCGTTGACGACGTTAGCGAAGAAGTCAAAAAGCAGCGTCTGCATTTGCTGCAACAGCGCATCACACAACAAGCGCTGCGCATCGCTCGTCATATGGTGGGCACAGAGCAACGAATCCTGGTGGAAGGCCCGTCGAAAAAGAACCCAATGGAGTTATCGGGCCGTACTGAAAATAACCGTGTGGTAAATTTTGAGGGCACGCCTGATATGATTGGTGAGTTCGTTGACATTAAGGTCACGGACGTATTTACCAATTCCTTACGCGGCGATGTTGTAAGACGTGAAAAAGATATGGGCTTGCGTGTAGCCATTTCGCCCCAATCTATAACCGCAAAGCGTCAGAACGAGATCCCTGATGAACTTGGCGTGGGTCAGTTTGTCCCTGCCGTATAA	MTKKLYIKTWGCQMNEYDSEKMADLLDSTHGYSLAQEAEEADVILLNTCSIREKAQEKVFHQLGRWKNLKKDNPGLIIGVGGCVASQEGDHIRQRAPFVDLVFGPQTLHRLPEMIKQLQGGAGSVVDVSFPEIEKFDSLPEPRAEGPTAFVSIMEGCSKYCTFCVVPYTRGEEVSRPVDDVILEIAQLAEQGVREVNLLGQNVNAFRGEHHDGTICRFAELLEMVAAIDGIDRIRYTTSHPVEFTDDIIAAYETIPELVDHLHLPVQSGSDRILNMMKRGHTALEYKSKIRKLKKIRPNICMSSDFIIGYPGETDADFEATMDLIQAIDYDLSFSFIYSARPGTPAADAVDDVSEEVKKQRLHLLQQRITQQALRIARHMVGTEQRILVEGPSKKNPMELSGRTENNRVVNFEGTPDMIGEFVDIKVTDVFTNSLRGDVVRREKDMGLRVAISPQSITAKRQNEIPDELGVGQFVPAV	PGPT0007215_1549	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PHYTOHORMONE-CYTOKININS|DERIVATE_PRODUCTION	PHYTOHORMONE-CYTOKININ_METABOLISM	PHYTOHORMONE-CYTOKININ_BIOSYNTHESIS,PGPT0007215-miaB-K06168	NA	NA
AK237_00403	1065	ybeZ	COG1702	PhoH-like protein	TTGAGTACTCTGGTAAGCAACGAAGTCATTTTAGAACCTGCTGACAACAAACGTCTGTCCAGCCTGTGCGGCCCGTTTGATGACAATATCAAACAAATCGAACGCAGGCTTGGTGTGGAAATCAGTTACCGTAACAACGCCTTTAAAGTGTCAGGCGAGGCCCTTCAGGCAAACGGTGTAGCAGAGCTGCTCAAGTTACTGTATATCGAAACACAGCCTGTAAAAGGCCTTATCCCGCAACTGGAGCCAGAGCAGGTACATCTGGCCATTCAGGAAGCCCGTTTCCCGGAGCGCAGTGAATCCACCGTTTACGGTAAAGAAGTTAATATCAAAACCAAACGTGGTGTCATTAAGCCCCGTAATCCGAACCAGGCGCAATACGTGGCCAATGTGGTAAATCACGACATTACTTTCGGTATCGGCCCTGCCGGTACGGGTAAAACGTACCTGGCTGTAGCCTGTGCGGTAGATGCCTTGGAGCGTCAGGAAGTACGCCGTATTCTGCTTACCCGTCCGGCGGTAGAAGCAGGCGAAAAACTCGGCTTCCTGCCCGGGGATTTATCTCAGAAAGTCGATCCGTATTTGCGTCCTCTTTACGATGCCCTGTTTGAAATGCTTGGCTTCGAAAAGGTAGAAAAGCTGATGGAGCGTAACGTAATCGAAGTTGCCCCGCTCGCTTATATGCGTGGCCGTACACTGAACGATGCGTTTATCATTCTGGATGAAAGTCAGAACACCACCACTGAACAGATGAAAATGTTCTTAACCCGTATTGGTTTTAATTCCAAAGCGGTGATCACCGGTGACATTACCCAGGTTGACCTGCCCCGAGGCGTACGTTCCGGGCTGAGAAACTGTATTGAAGTATTGGAAAGCGTGCCTGACATTTCGTTTAATTTCTTCAAGGCAGAGGATGTGGTACGACACCCGGTTGTAGCCCGCATCGTTCAAGCCTATGAGAAGTTCGACGGCGAACAGGAAAAGATTCGTCAGGCCAAGCGTGCCGCTGCTGAGCAAGAAAAGCAGCAACAAAGCACTGACGGCGATAATAAGGACAAGTCGTGA	MSTLVSNEVILEPADNKRLSSLCGPFDDNIKQIERRLGVEISYRNNAFKVSGEALQANGVAELLKLLYIETQPVKGLIPQLEPEQVHLAIQEARFPERSESTVYGKEVNIKTKRGVIKPRNPNQAQYVANVVNHDITFGIGPAGTGKTYLAVACAVDALERQEVRRILLTRPAVEAGEKLGFLPGDLSQKVDPYLRPLYDALFEMLGFEKVEKLMERNVIEVAPLAYMRGRTLNDAFIILDESQNTTTEQMKMFLTRIGFNSKAVITGDITQVDLPRGVRSGLRNCIEVLESVPDISFNFFKAEDVVRHPVVARIVQAYEKFDGEQEKIRQAKRAAAEQEKQQQSTDGDNKDKS	PGPT0002700_1003	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	UNIVERSAL_STRESS_RESPONSE	STRESS_SIGNALLING_PROTEINS	STRESS_SIGNAL-PHOSPHATE_STARVATION_RESPONSE,PGPT0002700-phoH-K06217	NA	NA
AK237_00404	474	ybeY	COG0319	Endoribonuclease YbeY	GTGACCGCCGTCATCGACCTTCAGCAAGCTTATGCGCCGGAAGATGCTATTTCGGCGCACATTCCCTCCGAATCTCAGTTGTCCTTATGGGCGAATCAGGTTTTTTCCCACTTATCGATTAGTGATAAAGAGATTACCATTCGTTTTGTTGACGACACCGAATCCCAGGAACTCAATCGTGACTATCGGGGAAAAGATAAGCCGACCAATGTGTTGTCATTTCCCTTCGAATGCCCGCCCGGTGTGCCCATAAACCTGCTTGGCGACCTGGTTATTTGCGCGCCAGTTATCACTCGCGAGGCTGAAGAACAACACAAAACGGTGCAAAATCATTATGCGCATATGGTTGTTCACGGTATCTTACATTTACTGGGTTACGATCATATTGACGATAATGAAGCCGAAGAAATGGAAGCGCTCGAAATTCACATTTTGGCGCAATTATCCATTGACGACCCTTATCAAGATCTTTAA	MTAVIDLQQAYAPEDAISAHIPSESQLSLWANQVFSHLSISDKEITIRFVDDTESQELNRDYRGKDKPTNVLSFPFECPPGVPINLLGDLVICAPVITREAEEQHKTVQNHYAHMVVHGILHLLGYDHIDDNEAEEMEALEIHILAQLSIDDPYQDL				NA	NA	NA	NA	NA
AK237_00405	858	corC	COG4535	Magnesium and cobalt efflux protein CorC	ATGAGCGAAGACAGCCCTCACTCTACCAACGGCTCGACGAGTAAAAGTTGGTTAGATAAATTACGACTGACATTTTCCGGCGAGCCGAGAAGTAAGGAAGATCTGGTTGAAGTCATTACTGAAGCTGAACAGCGGGAAGTTATCGACCCCCAGACCAGAGAAATGATTGAAGGCGTTATAGGCGTCAACGAAATGCGTGTACGGGATATTATGATCCCCCGAACACAAATGGCGACCATTGATATCGACCAGAAAGTAGAAGAGTTTTTACCTAAAATACTCGATACCGCTCACTCCCGCTTCCCCGTCATTAGTGAAGACAAAGATCACATCGAAGGTATTTTGCTGGCAAAAGATCTACTTGGATTTGCCTTCTCACCCGACAGAGCCTTTGAATTGCGTGACGTAATACGTCCGGCGGTTATCGTACCGGAAAGCAAACGCGTCGATGTACTGTTAAAAGAATTTCGACAACAGCGTTATCACATGGCCATCGTCGTGGATGAATATGGTGGCGTATCAGGTCTCGTTACTATTGAGGACATTCTCGAACTCATCGTGGGTGAAATTGAAGATGAGTACGACATTGACGAGAATGGTACTGACGATATTAAACCGTTAAACAAATCGACCTTTAGCGTAAAGGCGCTGACTCCGGTAGATGACTTTAACGACTTCTTCAAAACATCGTTCGATGAAGAAGAAGCTGATACGATTGGTGGTATTGTTTTAAAAGCATTTGGACACATGCCGGAAACCAATGATGAAATCACGATCAGTGATATTCACTTCAAAATAACCAACTCCGATAAACGCCGGTTGGTTCAGCTCAAGGTTACCGTTCCCTCCATGGAGTAA	MSEDSPHSTNGSTSKSWLDKLRLTFSGEPRSKEDLVEVITEAEQREVIDPQTREMIEGVIGVNEMRVRDIMIPRTQMATIDIDQKVEEFLPKILDTAHSRFPVISEDKDHIEGILLAKDLLGFAFSPDRAFELRDVIRPAVIVPESKRVDVLLKEFRQQRYHMAIVVDEYGGVSGLVTIEDILELIVGEIEDEYDIDENGTDDIKPLNKSTFSVKALTPVDDFNDFFKTSFDEEEADTIGGIVLKAFGHMPETNDEITISDIHFKITNSDKRRLVQLKVTVPSME	PGPT0004695_1035	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-MAGNESIUM_TRANSPORT,PGPT0004695-corC-K06189	NA	NA
AK237_00406	1308	lnt	COG0815	Apolipoprotein N-acyltransferase	GTGCACGTAAGCATTGCTGACTTTGGCGGCTTGCCGATCGTACTTTCAATAGGCTTAATGCTGATATTGTCAGGTTATTTAGCCCTCTATCCAGCAATGGCGCTCTGGACCGCGAAGAAATACTTCTCCCCTCGCCTTTGGCCGTTGGCTCTGCCCTTTTTGTGGGTGATCGTGGAATGGCTAAGAAGCTGGATGCTATCCGGATTCCCGTGGCTGTCTTTGGGTTACAGCCAAATTAACAGTCCACTGGCAGGTTGGGCACCTGTTATTGGTGAAACCGGTATAACAGCCCTGATTATCGCCATGGCGTCCTTGCTGGCACTTTGCAGATACCGGGCCCAGTGGTTTGCCATGGGTATGGTAACTATTGTGAGCTTTTTATCAGGTTGGCTGCTAACCAAAGTAGACTGGGTCACAACAGCCAGTACACACAGCGTGGCGATGGTTCAGGGGAACATTGCCCAATCCTTGCGATGGGTTCCTGAACAAGATTTGCCAACTATGGAAAAATACCGCAGTCTGACTGAGCCGCTATGGGATAATGATTTAGTTATCTGGCCTGAAGCAGCCGTTCCCAGACTCGAGCTAATGGCCACCGACTATCTTCAAGAGATGGACCGTCACGCCATCGAAACCAACACCGCATTAATCACAGGTATAGTGAACTACAACTGGGAGTCAGAAGAAGCCTGGAATAATCTGTTAATGCTCGGCAAGACTGCGCCAGAAGATACGCAGCCTCGCTATCATTATTTCCATAATAACCGCTATGCTAAACATCATTTATTACCCATTGGCGAGTTTGTGCCGTTTGAGGATATCTTGCGCCCCCTTGCGCCTTTGTTTGATTTGCCTATGTCATCGTTTTCCCGGGGTGACTTTGAACAAACTAACTTAGTTGCAAACGGTATTCATCTCGCACCTGCGATCTGTTTTGAAATCGCTTTTCCTCGTCAGGTATCAACGAACGTTCATGATAATACTGACATGATTATCACCGTCAGTAACGATGCCTGGTTCGGCCACTCCCACGGTCCAGCGCAGCATCTGGACATTGCCAGAATGCGCGCATTGGAACTAGGGAGACCTGTACTACGCGCTACGAATAACGGCATAACAGCATTTATCGACCATAAGGGCAACGTCACATCGGTGTTACCTCAGTTCGAGGCCGGCAGCTTAGTGTCCAACGTAGAGGCGAAACACGGTTTAACGCCCTATAACCGCTTCGGTGACCTGGTTGTCTGGTTATTTAGCGCTATTGCCTTGTTCATTGCCATCTGGCTAAAGCGCCAAACCAGCCGTTAA	MHVSIADFGGLPIVLSIGLMLILSGYLALYPAMALWTAKKYFSPRLWPLALPFLWVIVEWLRSWMLSGFPWLSLGYSQINSPLAGWAPVIGETGITALIIAMASLLALCRYRAQWFAMGMVTIVSFLSGWLLTKVDWVTTASTHSVAMVQGNIAQSLRWVPEQDLPTMEKYRSLTEPLWDNDLVIWPEAAVPRLELMATDYLQEMDRHAIETNTALITGIVNYNWESEEAWNNLLMLGKTAPEDTQPRYHYFHNNRYAKHHLLPIGEFVPFEDILRPLAPLFDLPMSSFSRGDFEQTNLVANGIHLAPAICFEIAFPRQVSTNVHDNTDMIITVSNDAWFGHSHGPAQHLDIARMRALELGRPVLRATNNGITAFIDHKGNVTSVLPQFEAGSLVSNVEAKHGLTPYNRFGDLVVWLFSAIALFIAIWLKRQTSR	PGPT0024470_3525	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-OTHER_CELL_MEMBRANE_REMODELLING_PROTEINS	CE-REMODELLING_LIPOPROTEIN_METABOLSIM,PGPT0024470-lnt-K03820	NA	NA
AK237_00407	1290		COG1228	putative protein	ATGAGAATCAATAAATTACACAAGTGTTTATTAGTGGGTGCACTTGCCGTGACCAGTGTACTTTCATTCGCCACCCCACTTGTGCTGACTGCCGACCGCATGGTTGATGTTAAGGCTGGCACTGTGATTGAATCAGCTGTCGTTATTATAGAGGACGACAAAATTGTCGAAGCGGGGCATAAGAATAAGGTTAGCATTCCTGCCAACGCAGACGTCATGGCACTCGGGGACTACACCCTCATGCCGGGTCTGATGGATATGCACGTACATTTAACCAGTGACCCTACCAGGCATGGCTATGCGTCTTTGTCGATTTCCACACCCCGGGCAGCGATATCCGGTGTTAAACACGCTAAAGAAACATTGATGGCTGGTTTTACTACCGTAAGAAATGTTGGCGCACCAGGCTTCACTGACGTAGCGCTGCGAGACGCCATCAACGACGGTGATATCCCCGGCCCAAGAATGTTCGTTGCAGGACCATCTTTGGGTGTGACAGGCGGTCATTGTGACAATAATCTGTTGCCGTACGAATACCACGATGAAAGTGAAGGCGTGGCAAATGGTCCCTGGGAAGTGCGTCGTGCAGTAAGAGAAAACATCAAATATGGAGCCACGGTCATCAAGTTCTGTGCAACCGGTGGTGTGCTGTCAAAAGGCACTAAAGTCGGTGCTCAGCAGTACACTGAAGAAGAAATGCAGGCATTGATTAATGAAGCACACTTGCGCGGACTTACGGTTGCCACACACGCACATGGCACGAATGGTATAAAAGCAGCAATTCGCTCGGGTGTAGATTCTGTCGAGCACGTCAGCTTACTTGATGACGAAGCGATTAAACTGGCCAAAGAAAACGGCACCTATTTTTCCATGGATATTTACGTCACCGAATACATTTTAGGCGAAGGCGAAAAAGCGGGCATTCTGCCTGAAAGCTTGGACAAGGAGCGCATGGTTGGTAGCAAGCAACGCGAAAACTTCCGAAAAGCCGTTGAAGCGGGAGTAAAAATGGTCTTCGGTTCAGATGCCGGGGTTTATCCACATGGTGACAACGGTAAACAATTTGCACGCATGGTGACGTATGGCATGACGCCAATGCAAGCCATTCAGGCTGCGACCATTAATTCAGCTAATTTGCTAAAACAGCAAGACACGTTAGGCAGTATAGAAGCCGGACACAAAGCCGATGTTATTGCGGTAAAAGGTAACCCGCTGGACAACATGGCGCTCATGGAAGACGTAGGTTTGGTCGTTAAAGATGGTCAGATTGTGAAATCGTTAGCTATGTAA	MRINKLHKCLLVGALAVTSVLSFATPLVLTADRMVDVKAGTVIESAVVIIEDDKIVEAGHKNKVSIPANADVMALGDYTLMPGLMDMHVHLTSDPTRHGYASLSISTPRAAISGVKHAKETLMAGFTTVRNVGAPGFTDVALRDAINDGDIPGPRMFVAGPSLGVTGGHCDNNLLPYEYHDESEGVANGPWEVRRAVRENIKYGATVIKFCATGGVLSKGTKVGAQQYTEEEMQALINEAHLRGLTVATHAHGTNGIKAAIRSGVDSVEHVSLLDDEAIKLAKENGTYFSMDIYVTEYILGEGEKAGILPESLDKERMVGSKQRENFRKAVEAGVKMVFGSDAGVYPHGDNGKQFARMVTYGMTPMQAIQAATINSANLLKQQDTLGSIEAGHKADVIAVKGNPLDNMALMEDVGLVVKDGQIVKSLAM				NA	NA	NA	NA	NA
AK237_00408	444	ibpA_1	COG0071	Small heat shock protein IbpA	ATGCCTACTATCGATCTTACTCCACTGTACCGCTCATTTATCGGCTCGGATCACCTTGCCACACTCATTGAAGCCGCTAATCGGGCTGAAAAGCAAAGCAGCTACCCGCCTTACAACGTCGAACTTATTGATGAATTCAAATATCGTATTACTATGGCGGTAGCAGGCTTCAGTGAACAGGAAGTCGTTGTTGAAGTACAAGACAACACGTTACGCATCGCCGGACGAAAAACGCCCAAAGCCCAGCAAGTTGAAAGAAAATTCTTACACAAGGGTATTTCAGAAAGAAATTTTGAACGCAAATTTCAACTTGGTGACAACGTAAAAGTGCTCGCTGCCGATATGGAGCATGGTTTATTACATATCGATTTAGAGCGCATCCTGCCTGAAGCGAAAAAGCCGCAGCGTATTGCCATCGGCTCCGGACAACTGACGCAAAAATAA	MPTIDLTPLYRSFIGSDHLATLIEAANRAEKQSSYPPYNVELIDEFKYRITMAVAGFSEQEVVVEVQDNTLRIAGRKTPKAQQVERKFLHKGISERNFERKFQLGDNVKVLAADMEHGLLHIDLERILPEAKKPQRIAIGSGQLTQK	PGPT0014641_1280	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	HIGH_TEMPERATURE_TOLERANCE	HEAT_SHOCK_PRTOEINS,PGPT0014641-ibpA-K04080	NA	NA
AK237_00409	927			hypothetical protein	GTGCGCGACGCTATCCGTGTTTTTTTACTTTGCAGTACCTTAGTTACCGCAAACAGCTATGCGCTTACCTATGCGAATTTGGACGAATGCCTTGCTACGGCGGTTAATTGTAAACGCGAGACCGAGCAACTACTAAGCCATGAAGAGGTTGGCAGTCGGGATTGGTTCATGCTGATGTATTACAATCTCTCCGCGCGATGGGAGCTCGACAACCTGTCGATATCCACTGATGAGTTAGCACAGTACGCAAATATGAAAGATGCGCCTGATGTGTTTAATATCGTGGTTTATACCGTGTATGCAAAAAAGCTCATCACCGACGGGGATATAGGAACAGGGACACATTATGCTTATCTCGCGAGAGACTTAATAACGCATTCTGTAAATATTGTGCCCGATCCACATCGCTTGGCCGAGTTAATTATCCTGCATAATTATTTGAAAGATTATGATGCTGCGGAATCGCTTGCTGAATGGGCATCGGCACGTACAGAGCATATCAAAAATCCGTTTGCCAAAGCGCCACTGAATATGGCAATAGGGCATGTTGCCTGGTTCAAAAAAGATTATTCTAAGGCATTAAAATACTATAGCTTGGTCGCTGAGGCGTACGAGCGTATTAATGAACCGCTGCAGTTATCATACGCGCTGACAAACGTGGGCATGGTGTATCGCAAACTAAAAGCGTATGGCAAAGCCCGCCGGTATTTTGAAGAGGCAAAAATAGCGTTAGATCAGGCTCTCGGTACTTATGAAACCAAAGATAGAAGTTATATTGAGATGCGCCTTATTGAGCTTGATTTCCTGGAAGGCAACGCAGAGAAAGCAATCGCCGCCTTGCAGACTATTCGAGCAGAAGAGGTTCATGAACATCATCAACCTCTTTATAAACGTCTGATGTCGAAGGCGTTAGCGAAAGCGGAATAG	MRDAIRVFLLCSTLVTANSYALTYANLDECLATAVNCKRETEQLLSHEEVGSRDWFMLMYYNLSARWELDNLSISTDELAQYANMKDAPDVFNIVVYTVYAKKLITDGDIGTGTHYAYLARDLITHSVNIVPDPHRLAELIILHNYLKDYDAAESLAEWASARTEHIKNPFAKAPLNMAIGHVAWFKKDYSKALKYYSLVAEAYERINEPLQLSYALTNVGMVYRKLKAYGKARRYFEEAKIALDQALGTYETKDRSYIEMRLIELDFLEGNAEKAIAALQTIRAEEVHEHHQPLYKRLMSKALAKAE				NA	NA	NA	NA	NA
AK237_00410	942	menH_2		2-succinyl-6-hydroxy-2,4-cyclohexadiene-1-carboxylate synthase	ATGGTAGCAGAGCGCATCGAATCACCTGCGCAATTAATTCACTACGAACAGGCCACGCTGGATCAAATGTATGCCCAATGGGGCGTGGTTGAGAAGCAGTGGTGTAGTGAGCGCTCATCCTATTGTATTCCTTATAAAGATGGCGGTGCTGTTACCCGTCAGCTTCCCAGTATGTCTTTTACTGTATCGCGGGATTTTGGCAACCAGTTCAGCTTTTTGAAAGAAGTGACAATTGCTCCTGGTGATGTCGGGCAGTTTTCCGGCACCGTTGTTTTACTCCACGGCTACGGCGCGAAAAAAGAAAGCTGGATGAGTACCGGTTTCTATTTTCAGGCATTGGGATTCCGTGTCATCGAACCTGATTTAATGGGGCAGGGCGAGTCCTCTGCACCACTGGGGTTTGGTGTGCGTGATGCAGATTTGCTTGCCGAATTTATCGACCACACCGTGGATATCACAGAAGAGCCTGTTTACCTCGTTGGGCACTCCATGGGCGCGTTAGCTGCGGTGAAAACAGCAAGAAAACTGGATACCATCGCTGGACTCGTTTTGCTCGCGCCAATGGATCGGTTTGATCGCGCTACCATTGGTGTCGCCCATACCTTCAAACCCCGTTTGAGTAAGCTGGTACCTGATTCATCTATCCGTGCCGGCGCAGAACTGGCGCTGAAGCGGGCAGGGCTCTCTGTTGAGCAGACGGATATGTTTGCAGATTTACCTGCGCTGAATGTACCTATTCTCACCTACGGTTCTGATCAGGATCTCGTCAGTAATATTCGCCGTGTGAACGGCTGGTCAAAGCTGGCAAATGTTACCCGAATCGTAAATGACGACGAAACGCATATGTCAGTCATCGGGATCAGCGATACCGAACATCAGGTACTGATGAACTGGCTGGAACATGCAAATCAATATCGCCCGACATTGGCTGCTTCCCACTAA	MVAERIESPAQLIHYEQATLDQMYAQWGVVEKQWCSERSSYCIPYKDGGAVTRQLPSMSFTVSRDFGNQFSFLKEVTIAPGDVGQFSGTVVLLHGYGAKKESWMSTGFYFQALGFRVIEPDLMGQGESSAPLGFGVRDADLLAEFIDHTVDITEEPVYLVGHSMGALAAVKTARKLDTIAGLVLLAPMDRFDRATIGVAHTFKPRLSKLVPDSSIRAGAELALKRAGLSVEQTDMFADLPALNVPILTYGSDQDLVSNIRRVNGWSKLANVTRIVNDDETHMSVIGISDTEHQVLMNWLEHANQYRPTLAASH				NA	NA	NA	NA	NA
AK237_00411	477	greA	COG0782	Transcription elongation factor GreA	ATGAGTCAGTATCCGATGACCGCTCGTGGCGCAGAGTTATTGCGCAAAGAATTAAATGAATTAAAAACAGTGACCCGCCCGCGTATTATCGCTTCTATTGCCGAAGCCCGTGAGCACGGCGACCTGAAAGAGAATGCCGAGTATCATGCTGCCCGTGAAGAGCAGAGTTTCTGCGAAGGTCGTATTCAGGACATCGAAGGAAAGTTATCGAACGCGCAAATCATCGATGTTACCAAAATGGATAATACCGGTAAGGTCATTTTTGGTACTACAGTTACCATTATGAATCTGGAAACTGATGCTGAAACCACTTACCGCATCGTGGGGGATGATGAAGCTGATATCAAAAATAATCTGATTTCAGTGAATTCTCCTATTGCCCGTGGTCTTATCGGTAAAGAGCTGGATGATGTGGTAAATATCCAGACACCGGCAGGTACTGTCGAGTTCGAAATTACCGAAGTGGAATATATCTGA	MSQYPMTARGAELLRKELNELKTVTRPRIIASIAEAREHGDLKENAEYHAAREEQSFCEGRIQDIEGKLSNAQIIDVTKMDNTGKVIFGTTVTIMNLETDAETTYRIVGDDEADIKNNLISVNSPIARGLIGKELDDVVNIQTPAGTVEFEITEVEYI	PGPT0030495_2962	PUTATIVE	PGPT	PUTATIVE_PGPTs	PUTATIVE_FUNCTIONS	PUTATIVE_FUNCTIONS-1	PUTATIVE-TRANSCRIPTIONAL_CONTROL	PUTATIVE-TRANSCRIPTIONAL_CONTROL-1,PGPT0030495-greA-K03624
AK237_00412	3222	carB	COG0458	Carbamoyl-phosphate synthase large chain	ATGCCAAAACGTACTGACATAAAAAGTATTCTGATTCTGGGTGCCGGCCCTATCGTTATCGGCCAGGCCTGTGAATTTGACTATTCCGGCGCACAAGCCTGTAAGGCACTGCGCGAAGAGGGTTACCGCGTCATTCTGGTAAACTCTAACCCTGCGACTATCATGACTGACCCCGAAATGGCTGATGCAACCTACATCGAGCCGATTCACTGGGAAGTGGTACGCAAAATCATCGAAAAAGAACGTCCTGATGTGGTATTGCCTACCATGGGCGGCCAGACTGCACTGAACTGTGCGCTGGATCTTGAGCGTGAAGGCGTACTGAAAGAGTTCAACGTTGAACTGATTGGTGCAACGGCTGACGCAATCGATAAAGCGGAAGACCGTGAGCGCTTTGATAAAGCGATGAAGTCTATCGGTCTGGAATGTCCCCGTGCGGAAATTGCTCACTCTATGGAGCAGGCCCACGATGTACTCAGCCGCATCGGTTTCCCTTGTATCATCCGTCCGTCGTTCACCATGGGTGGAACCGGTGGCGGTATCGCATACAACATTGACGAGTTCAATGAAATCTGTACCCGCGGTCTTGACCTTTCTCCTACTAATGAGCTGCTTATTGATGAGTCGCTGATTGGCTGGAAAGAGTACGAGATGGAAGTGGTTCGCGATAAAAACGACAACTGCATTATCGTTTGTACTATCGAAAACTTCGATGCCATGGGTGTTCACACCGGTGACTCTATCACTGTTGCGCCGGCGCAAACGCTGACCGACAAAGAATTCCAGATCATGCGTAACGCGGCCATGGCCGTATTGCGCGAAATCGGTGTTGAAACCGGCGGTTCAAACGTACAGTTCGGTGTGGATCCGAAGACTGGCCGTATGGTTATCATCGAGATGAACCCGCGCGTATCACGTTCTTCAGCACTGGCATCAAAAGCTACCGGCTTCCCGATTGCGAAAGTAGCCGCCAAGCTGGCTGTGGGTTACACCCTGGACGAACTGGCTAACGATATTACCGGTGGCCTGACGCCGGCCTCTTTCGAGCCGTCTATCGACTACGTTGTTACTAAGATCCCACGCTTTAACTTCGAAAAATTTGCCGGTGCAAACGACCGTCTGACCACGCAGATGAAGTCTGTGGGTGAAGTGATGGCGATTGGCCGTAATCAGCAGGAATCACTGCAGAAGGCATTACGTGGTCTGGAAGTGGGCGCCACGGGTCTGAACCCGATTCTGGACCCGCAGGACGACGAAGCCATGAGCAAGCTGAAGTATGAGCTGCAAAACCCGGGCGCTGAGCGTATCTGGTACATCGGTGATGCCTTCCGTATGGGTATGAGCGTTGACGAAGTGTTCTCTTACACCAACGTTGACCGCTGGTATCTGCTACAGCTAGAAGAACTGATTAAACTGGAAAACCAGGTGGCAGAGCAGGGCGTAAGCGCACTGACTGAAGACTTTACCCGCGCACTGAAGCGTAAAGGTTTCTCTGATGCCCGTCTGGCTGAGCTGACTAACGTTGCAGAAAGCGATATCCGCGACATCCGCCGTGGCTTCGGTATCTCTCCGGTGTATAAGCGTGTTGATACCTGTGCTGCTGAATTCTCAACCAGCACCGCGTACATGTACTCCACATACGACGAAGAATGTGAAGCTGCACCGACGGATAAAGATAAAATCATGGTACTGGGCGGTGGTCCTAACCGTATCGGTCAGGGTATCGAATTCGATTACTGCTGTGTGCATGCTGCGCTGTCTATGCGTGAAGATGGCTACGAAACCATCATGGTTAACTGTAACCCTGAAACGGTTTCTACCGACTACGACACATCAGACCGTCTGTACTTCGAACCGGTAACGTTAGAAGACGTGCTGGAAATCGTTGCAAAAGAACAGCCTAAAGGCGTGATTGTTCAGTACGGTGGTCAGACACCACTGAAACTGGCCCGCGCCCTTGAAGCGAATGGTGTACCGATTATCGGTACGTCTCCGGAAGCCATTGACCGTGCAGAAGACCGTGAGCGCTTCCAGCACATGGTAAACAAGCTGGGTCTTAAGCAGCCGGCTAACGCAACGGTTACCAACATTGAACAGGCTCTGGCCCGTGCAGAAGAAATCGGCTTCCCGCTGGTAGTTCGTCCTTCATATGTTCTGGGTGGTCGTGCGATGGAAATCGTGTACGACCTGAAAGATCTGAAACGCTACCTGAACGAAGCGGTTAAAGTGTCTAACGACGCCCCGGTACTGCTGGACCGTTTCCTTGATGACGCGATTGAAGTCGACATTGACGCTATCTGTGACGGTACAGAAGTGGTTATCGGCGGCATCATGGAGCACATCGAACAAGCCGGTGTTCACTCTGGTGACTCAGCCTGTTCATTACCTTCACACTCTCTGCCAAAAGATATTCAGGACACCATGCGTAAGCAGGTTCGTGATATGGCGTTAGAGCTGGGTGTTGTGGGTCTGATGAATACACAGTTTGCTATCAAAGACGGCGAAGTTTACCTGATTGAAGTGAACCCCCGTGCTGCCCGTACCGTACCTTTCGTATCTAAAGCGACGGGTGTACCGCTGGCGAAAGTTGCTGCCCGCTGTATGGCCGGTCAGTCACTGCAGTCTCAGGGTGTGACGGAAGAAATCATTCCGCCGTTCTACTCTGTGAAAGAAGTGGTACTGCCATTTGCTAAGTTCCAGGGTGTTGACCCGCTGTTAGGCCCTGAAATGCGCTCTACCGGTGAGGTTATGGGTGTTGGTGATACCTTCGAAGAAGCGTATGCTAAAGCCAACCTGGGTGCCAGTGCGCCGCTGCCAAGAGAAGGTAAAGCTTTACTGTCTGTGCGTAACAATGACAAAGCCCGAGTTGTCGACCTTGCCAAAGCAATGATCGAAGCCGGCTTTAAGATTGAAGCGACCAGCGGTACTGCGAAGAGCCTGATTGATGCAGGTGTTGAATGTACTGTCGTAAATAAGGTGTCTGAAGGACGTCCTAACATCGTTGATTCAATTAAAAACGGTGAATACAGCTATATCATCAACACCACGGAAGGCCGCCAGGCAATCACGGATTCTGTATACATTCGTCGTGAAGCGTTAGTGAATAAAATCACTTACACCACAACAATGAATGCAGCATTCGCTACGATTCGTGCAAAATCTGCCGATGACCGTAATAAGGTTTCATCAGTGCAGGAACTGCATGCCCGTATTAATGCCTGA	MPKRTDIKSILILGAGPIVIGQACEFDYSGAQACKALREEGYRVILVNSNPATIMTDPEMADATYIEPIHWEVVRKIIEKERPDVVLPTMGGQTALNCALDLEREGVLKEFNVELIGATADAIDKAEDRERFDKAMKSIGLECPRAEIAHSMEQAHDVLSRIGFPCIIRPSFTMGGTGGGIAYNIDEFNEICTRGLDLSPTNELLIDESLIGWKEYEMEVVRDKNDNCIIVCTIENFDAMGVHTGDSITVAPAQTLTDKEFQIMRNAAMAVLREIGVETGGSNVQFGVDPKTGRMVIIEMNPRVSRSSALASKATGFPIAKVAAKLAVGYTLDELANDITGGLTPASFEPSIDYVVTKIPRFNFEKFAGANDRLTTQMKSVGEVMAIGRNQQESLQKALRGLEVGATGLNPILDPQDDEAMSKLKYELQNPGAERIWYIGDAFRMGMSVDEVFSYTNVDRWYLLQLEELIKLENQVAEQGVSALTEDFTRALKRKGFSDARLAELTNVAESDIRDIRRGFGISPVYKRVDTCAAEFSTSTAYMYSTYDEECEAAPTDKDKIMVLGGGPNRIGQGIEFDYCCVHAALSMREDGYETIMVNCNPETVSTDYDTSDRLYFEPVTLEDVLEIVAKEQPKGVIVQYGGQTPLKLARALEANGVPIIGTSPEAIDRAEDRERFQHMVNKLGLKQPANATVTNIEQALARAEEIGFPLVVRPSYVLGGRAMEIVYDLKDLKRYLNEAVKVSNDAPVLLDRFLDDAIEVDIDAICDGTEVVIGGIMEHIEQAGVHSGDSACSLPSHSLPKDIQDTMRKQVRDMALELGVVGLMNTQFAIKDGEVYLIEVNPRAARTVPFVSKATGVPLAKVAARCMAGQSLQSQGVTEEIIPPFYSVKEVVLPFAKFQGVDPLLGPEMRSTGEVMGVGDTFEEAYAKANLGASAPLPREGKALLSVRNNDKARVVDLAKAMIEAGFKIEATSGTAKSLIDAGVECTVVNKVSEGRPNIVDSIKNGEYSYIINTTEGRQAITDSVYIRREALVNKITYTTTMNAAFATIRAKSADDRNKVSSVQELHARINA	PGPT0021150_3559	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021150-carB-K01955	NA	NA
AK237_00413	1131	carA	COG0505	Carbamoyl-phosphate synthase small chain	TTGGCTAATTCTGCCCTTTTGGTGTTAGAGGATGGTTCAGTTTTTAAAGGTACGGCTATTGGTGCCACTGGTTCCGCCGTTGGGGAAGTTGTTTTTAATACTTCCATGACAGGTTATCAGGAAATCATCACCGACCCGTCATACGCTGAACAAATCATTACACTTACTTACCCCCATATCGGTAATACCGGTACCAATTCTGAAGACGTCGAAGCAGACAAAATCTGGTCTAAAGGTCTAATCATTCGTGACCTTCCCCTCGTAGCCAGTAATTTTCGAAACGAACAAACATTATCTGAATACCTGAAAGCCAAAGGCGTAGTAGGTATTGCGGATATCGATACCCGTCGTTTAACCCGCATCCTTCGTGACAAGGGTGCGCAGAACGGTTGTATCATCTGCGGTGACGATTTAGATGAAGCCAAAGCATTAGATGCTGCTAAGGGGTTCCCGGGCTTAAAAGGCATGGACCTGGCCAAAGTAGTTAGCACTAAGGAAGTGAAAACCTGGACCGAAGGCACGTGGGTGCTGGGTGAAGGTTATGTAACGCCTGCGGAAGCGAAATACCATGTTGTTGCATACGACTACGGCGTGAAGAACAACATCTTACGTATGTTGGCTGACCGTGGCTGTAAAGTGACACTGGTGCCGGCGCAAACGTCTGCTGCTGACGTACTGGCTCTGAATCCGGATGGTGTGTTTTTATCAAATGGCCCCGGCGACCCTGAGCCGTGTGACTACGCCATTGAAGCGATTAAAACCATTCTTGAAAAAGACATTCCGGTATTCGGTATTTGTCTGGGTCACCAGTTACTGGCACTGGCCAGCGGTGCTAAGACGGTCAAAATGAAGTTTGGTCACCACGGTGCTAACCACCCGGTGAAAGACCTTAAGAAAGGTACAGTGATGATCACCAGCCAGAACCACGGTTTTGCTGTTGATGAATCTACGTTGCCGGATAACTTAGAAGTTACTCATATTTCATTGTTCGATAAGTCGTTGCAGGGTATTCACCGTACCGACAAACCTGCGTTCAGCTTCCAGGGCCACCCTGAAGCGAGCCCGGGTCCGCACGAAGCGGCTGATCTGTTTGATCATTTCATCGACCTTATTGAACAATCAAAACAGTAG	MANSALLVLEDGSVFKGTAIGATGSAVGEVVFNTSMTGYQEIITDPSYAEQIITLTYPHIGNTGTNSEDVEADKIWSKGLIIRDLPLVASNFRNEQTLSEYLKAKGVVGIADIDTRRLTRILRDKGAQNGCIICGDDLDEAKALDAAKGFPGLKGMDLAKVVSTKEVKTWTEGTWVLGEGYVTPAEAKYHVVAYDYGVKNNILRMLADRGCKVTLVPAQTSAADVLALNPDGVFLSNGPGDPEPCDYAIEAIKTILEKDIPVFGICLGHQLLALASGAKTVKMKFGHHGANHPVKDLKKGTVMITSQNHGFAVDESTLPDNLEVTHISLFDKSLQGIHRTDKPAFSFQGHPEASPGPHEAADLFDHFIDLIEQSKQ	PGPT0021155_3091	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021155-carA-K01956	NA	NA
AK237_00414	801	dapB	COG0289	4-hydroxy-tetrahydrodipicolinate reductase	ATGAAAGTAGCTATTTTAGGCGCCAACGGGCGTATGGGACGTGTGCTGATTGAAGCATTGCGTGAAAATGACGATGCAGATTTATCGGTTGCCACGGTACGTGATGACTCACCGTGGGTAGGCATCGATGTTGGCGAACTCGCCGGGATCGGCACGCAGGGCATTGCCTGCAGTGCGATTTCATCACTGAACCCTGACGATGTTGATGTGGTGATTGATTTTACCTTACCGGCCGCGTTCGACAGCAATCTTGCCTGGTGCACAGAGCACAAAAAGCCCGTTGTCATTGGTACCACAGGTTTGTCGCAGGACCAGTTAAAGGCGCTGGACGAAGCAGCAAAAACAATCCCGCTGGTTTTCGCAGCCAATTACAGCGTGGGCGTAAACGTTATGCTGTCGCTGGTGAAGCAGGCGGCTAAAGCACTGGGCAATACAGCAGATATTGAGATCCTCGAAGCACATCACCGCTTTAAGCAGGATGCACCGTCAGGTACGGCTATGGCCATCGGTGAAGCGATTGCGGATACTTTAGGTCGAAACTTGCAAGAATGTGCTGTTTACGGTCGAGAAGGGAAAGAACCGCCCCGTGAACATCAAACTATCGGTTTTGCCACCGTAAGAGCCGGTGATATCGTGGGAGAACACACCGCATTGTTTGCTGATTTGGGTGAGCGTCTGGAAATTACACACAAAGCGTCCAGTCGTTTAACCTTCGCCAAAGGCGCAGTCCACGCGGCTTTGTGGCTGTCTGGTAAGCAGAGTGGACGTTATGGTATGAATGACGTTATTGGTCTGGCGTAA	MKVAILGANGRMGRVLIEALRENDDADLSVATVRDDSPWVGIDVGELAGIGTQGIACSAISSLNPDDVDVVIDFTLPAAFDSNLAWCTEHKKPVVIGTTGLSQDQLKALDEAAKTIPLVFAANYSVGVNVMLSLVKQAAKALGNTADIEILEAHHRFKQDAPSGTAMAIGEAIADTLGRNLQECAVYGREGKEPPREHQTIGFATVRAGDIVGEHTALFADLGERLEITHKASSRLTFAKGAVHAALWLSGKQSGRYGMNDVIGLA				NA	NA	NA	NA	NA
AK237_00415	684			hypothetical protein	ATGGAAAAAAAGCTGATCTGGGATATTCCTACCCGACTGTTTCACTGGTTGCTCGTTTTCTCCCTGGCCGGGCAATATGTCACCGCTGAACTGATGGACAACGCCATGCAATGGCACTTCTATCTGGGCTACTTTACGCTCGGACTGATTATTTTCCGGCTCATCTGGGGCGTTGCCGGTTCAAATTACGCGAAGTTCAGCCAGTTTATTTATGGTCCCCGGGCTGTATTACGTTATGCCGGCACCTTATTTAAGCGGGATTCAGAAGCTCATGCAGGTCATAACCCGCTGGGTGGCTGGGTTGTTATTATCATGCTGTCACTGGTTGCCGTACAGGCGATAAGCGGATTATTCATGACTGACGATATTTTCCTTGATGGTCCATGGCGCGCCGCAGTGGAAGACTCAACGCTGAAAACCATGAGTTATTTGCACAATAACGTATTCAATATTTTACTGGTGGTCATTGCCCTTCATATTGCAGCGATTGGTTTTTATGCCGTGTATAAAAAGCAAAAACTGGCACCGGCCATGGTGCACGGGAAGAAAAGCACTAATGAAGCCGGGATCCCGTCATCACGCCTGCTGGCTGCTGTTATTGTTGCGCTTATCAGTGCCGGCATTGTGTACTACGTAGTAGAAATCGCGCCGCCTGAAGCAGCAGAAGAAGAATATTACTACTGA	MEKKLIWDIPTRLFHWLLVFSLAGQYVTAELMDNAMQWHFYLGYFTLGLIIFRLIWGVAGSNYAKFSQFIYGPRAVLRYAGTLFKRDSEAHAGHNPLGGWVVIIMLSLVAVQAISGLFMTDDIFLDGPWRAAVEDSTLKTMSYLHNNVFNILLVVIALHIAAIGFYAVYKKQKLAPAMVHGKKSTNEAGIPSSRLLAAVIVALISAGIVYYVVEIAPPEAAEEEYYY				NA	NA	NA	NA	NA
AK237_00416	1890	acsA	COG0365	Acetyl-coenzyme A synthetase	ATGTCGTACACCACAGAATATCAGAGGGCAATTGAATCACCGGAAGCATTCTGGAAAGAAAAAGCGCAGGCGCTGCCCTGGTCCCGTTTTCCTGAAACCATTTTGTCGAAAGACGACAACGACATTTATCGCTGGTTTGCTGACGGGGAAATGAATACCTGCTACATGGCGCTGGATTATCATGTTGAAAACGGCAGGGGCGACCAGCCTGCGCTTATTTATGATTCACCGGTTACGGGAAAGAAAGCAACGTATACCTACCGCAGGTTGCATGAGGAAGTCGCAAAATTCGCTTCTGTGCTGGCCGGAAAAGGCGTAGAGAAGGGCGACAGGGTTGTTATCTACATGCCGATGATCCCGCAGGCTGTCATTGCCATGCTGGCATCGGCACGACTCGGCGCTGTTCATTCGGTGGTTTTCGGCGGCTTCGCCCCCCACGAGCTGGCTGTGCGCATTGAAGATGCATCACCGAAGGTGCTGGTGACAGCCTCCTGCGGCATTGAGGTGACGAAAGTGATCCCCTACAAGCCGCTGGTCGACGAGGCAATCAGTCTGTCGGCGCATAAACCGGATTCAGTTATTGTTTTTCAGCGCCCTGAACAACTGGCAGAACTCAGCGCAGACGACACAGACTGGGATACCGCAATGGCAACAGCCACACCGGCGCCCTGTACTGTGGTGCAGGCAACGGATCCTCTCTATATTCTTTATACCTCAGGCACTACGGGAAAACCGAAAGGGGTTGTGCGGGATAACGGAGGTCATGCTGTCGCACTGAAATATTCCATGCAGGCCATTTACAATATGGCACCGGGTGAGGTGTTCTGGGCGGCATCGGATGTTGGCTGGGTAGTCGGACATTCCTATATCGTTTATGGACCGCTTTTGCATGGATGTACTACGGTTGTGTATGAAGGCAAACCGGTAAAAACGCCGGATGCAGGCGCGTTCTGGCGCATGACGGAAGAATATAAAATTAAGGCGCTGTTTGCTGCCCCGACGGCGTTCCGCGCAATTCGCAAAGAAGATCCTGATGCAAAGTTAGTCGAAAAATATGACATCAGCTCACTGAAGACTATTTTCATGGCCGGGGAACGGCTCGACCCGCCCACCTATCTCTGGACCGTTGATAAAACCGGCAAACCGGTGATCGATCACTGGTGGCAAACTGAAACCGGATGGGCCATTTGTGCTAATCCCGCAGGACTTGAAGACTTACCGGTTAAACCGGGTTCCTCAACCGTACCGGTGCCGGGCTTTAATGTGCAAGTGCTGGATCATACCGGTAAACCTTTACCGGCGGGAGAGCAGGGCGCAATTGCGATAAAGCTGCCGATGCCGCCGGGTTGTCTGCCGACTATCTGGGGTGATTGTGAACGGTTCAAACATGCCTATCTGGAAGCTTATCCGGATTATTACACCTCAGGTGACGGCGGTTTTAAAGATGACGACGGGTATGTTTTTATTATGGGGCGCACTGATGATGTGATTAATGTGGCCGGTCACCGTTTATCTACCGGTGAAATGGAAGAAATCGTTGCTGCACATCAGGCAGTGGCAGAATGCAGTGTGATAGGCGTTCATGACAGTTTAAAAGGGCAGGTGCCGGTGGGGTTAGTGCTGCTGAAAGATGGTGTGGATATTGACGAGGACACCCTGCAACAGGAGCTGGTGGCGATGATCAGAAAGGAAATCGGTCCGCTGGCCTGTTTTCATCGTGCGGTGGTGGTGCCCAGATTACCTAAAACCCGGTCGGGAAAAATTTTACGTAAGCTGTTACGTCAGATCGCCGCCAACCATGAAGTGGCAGTGCCGTCTACCATTGATGACCCGGCCAGTGTGCCGGAAATTCAGGAAATAATGCAAAAGCAGGGGCTGGTAAAATCATAA	MSYTTEYQRAIESPEAFWKEKAQALPWSRFPETILSKDDNDIYRWFADGEMNTCYMALDYHVENGRGDQPALIYDSPVTGKKATYTYRRLHEEVAKFASVLAGKGVEKGDRVVIYMPMIPQAVIAMLASARLGAVHSVVFGGFAPHELAVRIEDASPKVLVTASCGIEVTKVIPYKPLVDEAISLSAHKPDSVIVFQRPEQLAELSADDTDWDTAMATATPAPCTVVQATDPLYILYTSGTTGKPKGVVRDNGGHAVALKYSMQAIYNMAPGEVFWAASDVGWVVGHSYIVYGPLLHGCTTVVYEGKPVKTPDAGAFWRMTEEYKIKALFAAPTAFRAIRKEDPDAKLVEKYDISSLKTIFMAGERLDPPTYLWTVDKTGKPVIDHWWQTETGWAICANPAGLEDLPVKPGSSTVPVPGFNVQVLDHTGKPLPAGEQGAIAIKLPMPPGCLPTIWGDCERFKHAYLEAYPDYYTSGDGGFKDDDGYVFIMGRTDDVINVAGHRLSTGEMEEIVAAHQAVAECSVIGVHDSLKGQVPVGLVLLKDGVDIDEDTLQQELVAMIRKEIGPLACFHRAVVVPRLPKTRSGKILRKLLRQIAANHEVAVPSTIDDPASVPEIQEIMQKQGLVKS	PGPT0002270_1205	DIRECT EFFECT	BIO-FERTILIZATION	POTASSIUM_SOLUBILIZATION	K-SOLUBILIZATION-ORGANIC_ACID_METABOLISM	K-SOLUBILISATION-PROPIONIC_ACID_BIOSYNTHESIS,PGPT0002270-prpE-K01908	NA	NA
AK237_00417	2544			hypothetical protein	ATGAGTGAGTCGTGGTTTACTGAAGAGATAAAACAACACGGGCATTCCCGCATCTCGGATGTATTGTCTTCGCTTATAAAAAATACCTCTGCAGAAAACGCATGCATCATCGTGGCTGAGCAAGCTTTTGAATTGCGTGAAATGCGGGAGTTGCCGATAATTCCTTATTGGCAACATCAATATGACGATACGATGCCAACTACCTGTCAACTCACACCACATCATGAGCTTTCCTGCGTTGCGGTTCACTTTTCCACGAGCGACGCGCAAAGTGGGCAATGCATTGCCACGCCCATTATCGAGCATGCTCGCGCAACGTATTACGTGGCTGGGCATTACCCGGCCGACACCCTATCTGACTACGATCTAGCCTTCCTTACCCTTAGTGCGCAACGCATAGGACTATTTGCTCAATCAGCATCACTACACAACCAGGGGAGTTTAAAGTTACTGAACGATCGTTTATCCCTTTTTGATGAAGTATCAGAAATGTCTTCAACCGGAGGCTGGGATTACGACGTGCAATCTCAGCAAATCCATTGGACTAATGAAACCTATCGCCTGTTTGATTTCTCCCAGGACACTAAAGTTACGCTCTACCGCATATTGTCATGTTTTCCAGTGGAGGCTCGCCGCCAGCTGATTAATGCTGTTCATCGTCTGCTATCAAACGGCATCAGTTATCATTTTGAACTCCCTGTCGTGACCAGAAAGAAGCACCGACGGTGGGTAAAGTTATCTGGTAAAGCCCAGTTGCAAAGGGGAGAAATAGTAAAAATTTTTGGTTCTGTACAAGACATTACCGAACATAAGCGGCTTTCAGAAACAGAACAGAATTACATTGAGTATCTTAATACCATCCTCGATAGCATGAATGATGCGGTGCTTACGGTGGATGAGTTAGGTACTATCATTACTGCGAATCAAACCGTTGATAAATTGTTTGGATATGAGCCAGACACCGTGGTTGGGGAAGATATTTCGTTTCTCTTACCGGGTCCTCCTGATGATCAGCAGATTGAATTTGTTCGTCAGCATTTACGTCCCGGGCTGGGCGCGATTTATGGCAAGGAATTGTCGGCTAAGCATTGCCAGGGCAAGTCATTTCCCATTGAAGTATCCGTCTCTGAAGTGCAACAAGCCAATCAGTCGCAATTTGTCTGTGTTATTCGAGATATTACTGAACGAAAACAAGCCGTTGACAGCATATATCAAATCGCTTTTTTTGATGAGGTTACGCATTTACCGAATATTAAGTCCTTTGAGAAAGATCTTCGAAAACTTATCATCGCTGCGAAATCGTCTAAGCGCCAAATTTACTGCTGTATGATGGATATAGATAACTTTGCCCAGTTCAATTTATCTTTTGGCAAGGAAACGGGAGACTATATCCTGCGTATTTATGCGGGACGCATTAAAAAAGCGATTTCCTCCCGTTTCCAGGTCTACCGGGGATTGGGTGATAAATTTTATCTGCTGTTTAAAGAGCCGTTCGACGAACAAAAAAATACAGCAGTGATGGATTTAATTGATACGGTGGAGTGGGGGGTTCATACCGAGCTAGGAAAAGAATTCACGTTGCATGGTCATTCGCAACTAGTTTCTACATCGCTTGCTTCCACTTATGTATACGCACAAGATGCCACGTATGAAAAGGTCGTGGGTATTTTAGAATTTGGCACGCGACGGGCGAAGAAGCAGGGTTTAGGAGGGCGAATCACCCTCGAACGAAACGAGTTTAATGCTTATGATCGCCACAATTATATTAGCCAAAGCTTTGCCCATGCGCTGGAATATGATGAGTTTTATTTAGTATTACAACCACAGTACGATAAACACGGCCGCATCTCGTCCTCTGAGGCGCTGTTACGCTGGAACGAGAAGCGACTTGGGTTTATCAGTCCCGGTGAATTTATTCCTATCGCCGAAGAAAGTGACGCGGTGGTTGATATCGGTTACTGGGTACTGAATGAAGCATGTCGAATACTTTGCGATATGAAATCTCGTGGCATCGAAACGTCATTGTCGGTCAATATCAGTGGGCGTCACATCGCCCGTCCAGACTTTTCAGACAAGCTGATAAACATCATTTCCGATTGGCAGATTAATCCTCAGCAACTGGTATTGGAAATAACAGAAACTACGTTGGTAACCAGTATTGATTTGGTTCGGAAAAGAATCGAACGGTTGTCTCAACTAGGTTTCGCCTTTTCAATTGATGACTTTGGAACAGGGTATTCCAGTTTAAGCTACCTTAAAGAATTACCCATCTCTGAATTGAAGATAGATCGTTATTTTGTCGATGAGATTAACTTTGAAAGCGACGATGTACCCATCGTGAATACTATTATTGATATGGCACGTGCAATGGGCGTAAGAACGGTTGCCGAAGGTATAGAAAACGAAATACAAGTACAATATCTAACCCAGCGCGGGTGCGATATTTTCCAGGGATTTCACCTCTCCAGGCCTATTGAAGAAGAGGCGTGGCGAAATCTACTGTTAGCGTCCCGGGCGAAAAAAGTCGCCGGTCTTAGCCGGTAA	MSESWFTEEIKQHGHSRISDVLSSLIKNTSAENACIIVAEQAFELREMRELPIIPYWQHQYDDTMPTTCQLTPHHELSCVAVHFSTSDAQSGQCIATPIIEHARATYYVAGHYPADTLSDYDLAFLTLSAQRIGLFAQSASLHNQGSLKLLNDRLSLFDEVSEMSSTGGWDYDVQSQQIHWTNETYRLFDFSQDTKVTLYRILSCFPVEARRQLINAVHRLLSNGISYHFELPVVTRKKHRRWVKLSGKAQLQRGEIVKIFGSVQDITEHKRLSETEQNYIEYLNTILDSMNDAVLTVDELGTIITANQTVDKLFGYEPDTVVGEDISFLLPGPPDDQQIEFVRQHLRPGLGAIYGKELSAKHCQGKSFPIEVSVSEVQQANQSQFVCVIRDITERKQAVDSIYQIAFFDEVTHLPNIKSFEKDLRKLIIAAKSSKRQIYCCMMDIDNFAQFNLSFGKETGDYILRIYAGRIKKAISSRFQVYRGLGDKFYLLFKEPFDEQKNTAVMDLIDTVEWGVHTELGKEFTLHGHSQLVSTSLASTYVYAQDATYEKVVGILEFGTRRAKKQGLGGRITLERNEFNAYDRHNYISQSFAHALEYDEFYLVLQPQYDKHGRISSSEALLRWNEKRLGFISPGEFIPIAEESDAVVDIGYWVLNEACRILCDMKSRGIETSLSVNISGRHIARPDFSDKLINIISDWQINPQQLVLEITETTLVTSIDLVRKRIERLSQLGFAFSIDDFGTGYSSLSYLKELPISELKIDRYFVDEINFESDDVPIVNTIIDMARAMGVRTVAEGIENEIQVQYLTQRGCDIFQGFHLSRPIEEEAWRNLLLASRAKKVAGLSR				NA	NA	NA	NA	NA
AK237_00418	483			hypothetical protein	ATGAAGCAACTGCTCAAGACCGGCCTTATGGCAGCAGTCGTCACATCAAGTTTGGTTACCGGAACCGTTCTGGCCCAAGAGGCTGCCATGAATGAAAAGCATGCCAAAGCGGTAACTAATTACAGACAGTCACTTTACAAATTAGTTTATAGCAACATGGCACCTTTGGGCGGCATGGCAAAGGGAGCCATTCCTTTTGATCAGGCGGTTATTGCGACAAACGCCATGCGTTTAGAGCAATTAGCGGACATGATGGGCGACTATGTTAAGGTAGATACACGCAAGTTTGATGTTGATACTGAAGCTAAAGATGATATTTGGGAAAATTGGTCTGATTTTGAAGATAAGATTGCTGCATTAAAATCTGCCTCGGCTGAGCTGCAAATGGTCGCTAAATCTGGAAACGAAAGCAAATTTGCACAAGCGATAGGGAAAGTGGGTGGTACCTGTAAATCTTGTCACGATGACTACAAAGCAGATTAG	MKQLLKTGLMAAVVTSSLVTGTVLAQEAAMNEKHAKAVTNYRQSLYKLVYSNMAPLGGMAKGAIPFDQAVIATNAMRLEQLADMMGDYVKVDTRKFDVDTEAKDDIWENWSDFEDKIAALKSASAELQMVAKSGNESKFAQAIGKVGGTCKSCHDDYKAD				NA	NA	NA	NA	NA
AK237_00419	186			hypothetical protein	ATGGGAAAGATTGTTAATTTTTCAAAGCAGCGTTTCTGGTATAGTACAACGCCGGATACAGATTTACTCAATAAGCAAATAACAGAGGTTGAGCGAGATGGATGGACGATAGTGTCTGTTCAACCTAACTGTAACTTCGCTGGCGTGGTGAAATCCTATACGCTTTTAATCGAGCACAAAGGGTGA	MGKIVNFSKQRFWYSTTPDTDLLNKQITEVERDGWTIVSVQPNCNFAGVVKSYTLLIEHKG				NA	NA	NA	NA	NA
AK237_00420	255			hypothetical protein	ATGCAAAAAAGAGAGTCACCCGTGTTCGCCCGTGGGGAACACGGAATCATCGCTGGCGTATGTTCCGGACTTTCTCAACATTACGGGTTGCGTAAAAACGGACTTCGCTTTGCCTTTTTGGCACTCTCATTTTTCTTCGCATTACCGGTTATTATCTATATCGTTTTATGGTTAATTATGCCCAAATACCCAACCACTCTTGTCGCGGCGAGACAACTTCGACGGCAAGGTGTCCGGTTCGGTAGAAATAGTTAG	MQKRESPVFARGEHGIIAGVCSGLSQHYGLRKNGLRFAFLALSFFFALPVIIYIVLWLIMPKYPTTLVAARQLRRQGVRFGRNS	PGPT0027520_1207	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
AK237_00421	420			hypothetical protein	ATGTCATTGTCGGAATTCGTTTTAGAAGAAAAGTCACCAAGCGCAATTGATTTTGCCTCACTGAGACGTGCCGTTGGATGGAAAAATCCTGAATTACCCGTTATTCAACGTAGTATTAATACCTCCTTGTATTGGGCTTCAATTTTTAAGCATCGCCAACTTATTGCATGTGGTCGTCTAATTGGTGATGGCGCTATGTACTTCTACGTTCAGGACGTCGTTGTTCATCCCGACTATCAAAAGCTTGGCTTAGGCGATAAAATCATGCAGTCTATCAATGGATTTATTTCCATTCATTGTCCTGGTGGCTCAACGATAGGATTGTTGGCCGCGAAAGGAAAAGAGGATTTTTACCGCAAACACGGTTTTACCTCGCGTAATGGTAATGCGTTAGGGCTGGGCATGTGCAAGTTCATTTAG	MSLSEFVLEEKSPSAIDFASLRRAVGWKNPELPVIQRSINTSLYWASIFKHRQLIACGRLIGDGAMYFYVQDVVVHPDYQKLGLGDKIMQSINGFISIHCPGGSTIGLLAAKGKEDFYRKHGFTSRNGNALGLGMCKFI				NA	NA	NA	NA	NA
AK237_00422	327			hypothetical protein	GTGAAAAAGGTATTTCCTCTTTTTGTTCCATTACTTTGCTTCTACTGTGCAACAGTTAAAACCATTGCTCCTGCCAACAATCATGTTTACATAGAGCACCGCGGTAAAGAAAGCTACTGCGCTGAAATTCCAAGACTTTACAGTGGACTGATGTATAACGCTTGTCTGTTTTACGGCGAACCTAGCCGGGTAGATAATATTGGGTCAACATTCGGAAATGTTCCTTTTTTCGTTATCGATTCCGCGTTTTCTTTTGCGGCAGACACAATCGTTATTCCTTACACTGCCGTGCAACAGGTGAGAAAAGGAAATATCAAAGTTAATTAA	MKKVFPLFVPLLCFYCATVKTIAPANNHVYIEHRGKESYCAEIPRLYSGLMYNACLFYGEPSRVDNIGSTFGNVPFFVIDSAFSFAADTIVIPYTAVQQVRKGNIKVN				NA	NA	NA	NA	NA
AK237_00423	219			hypothetical protein	ATGGCTATTGAAGGAGTTGTAGAGTTCGCTTTTGGTGCAATAAGGTTTGTCGCAGCCTGTGTAACCGACGTCATAGCAGAAAAAATGTGTAAAGGTCTGGGCATCCGGTTTTGGAAGCTATTCGATAAGAGTATTGATCCTGACGGTATTGCTGTGTATCTCACGGGATTTATTTTCTGGGTAGGTATTTTTATTGCGGGTATTGTGCTTTTATTTTAA	MAIEGVVEFAFGAIRFVAACVTDVIAEKMCKGLGIRFWKLFDKSIDPDGIAVYLTGFIFWVGIFIAGIVLLF				NA	NA	NA	NA	NA
AK237_00424	495	bar		Phosphinothricin N-acetyltransferase	ATGATAATTAGAGATGCGGTTTCAAATGATGCGTCAGAAATTGCCGAAATTTACAATTTCTATATTGCCAATACCCGCATAACTTTTGAAGAAGACGCCGTTTCAGATAAAGAGATGTCCATCAGACTTAAAAAAGTCGTGGACTCTGATTTACCCTGGATTGTTGCTGTTATCGACCACGCAGTTGTTGGATACGCGTACGCAACAAAATGGAAAGAAAGAAGCGCTTATCGGTTTTCTGTAGAGTCTACTATTTACCTTTCTTCCGCAGCTCAGGGTAAAGGTTTGGGTACTGTTTTGTACCAGGCACTCCTTGAAAAGCTTAAAGCTAAAGGGATAAATAACGTAATTGGTGGCATAACGTTGCCTAATCCGGCAAGTGTTGGTTTGCATGAAAAGTTGGGTATGAAAAAAGTTGCGCATTTTTCTGACGTAGGCTTTAAGTTTGGTGAGTGGTTGGACGTAGGGTACTGGCAAGTGAGCCTGCGTACCTGA	MIIRDAVSNDASEIAEIYNFYIANTRITFEEDAVSDKEMSIRLKKVVDSDLPWIVAVIDHAVVGYAYATKWKERSAYRFSVESTIYLSSAAQGKGLGTVLYQALLEKLKAKGINNVIGGITLPNPASVGLHEKLGMKKVAHFSDVGFKFGEWLDVGYWQVSLRT				NA	NA	NA	NA	NA
AK237_00425	411			hypothetical protein	ATGAAAAAAATCATTGTTCTGCCTTTTTTACTACTTTCTACCAGTGCTGTGGCTGATGATCAATTTGGTCTTTCTCTAGGCACACCAGCCGCCATCAATTTTGTCTACAAAGGCGAAGTGGCGAGTATTCCAATTCAACTGTCTGGCGCTTATTGGGGGGACAAAGTTCAAGGCATCGAAATTGGATACCGGTTTGTTGAAAATGAGTCAGCGTTTTCAAGTGCTCAAGTCTTGCTTGGTTACTCACGGAAAGAGGATTCAAACGATGTAGTTGATGAGTGGTCTTATATAGGTGCCTCGGCGACATTTACTTACAAAGGTTTCTATATTGAGCCTGGTTTGTCAGTTGGCTCAGGTGATTATTCTAATCCTCAATTGCTGATCCAGGCCGGCTACACGTGGCACTTTTAG	MKKIIVLPFLLLSTSAVADDQFGLSLGTPAAINFVYKGEVASIPIQLSGAYWGDKVQGIEIGYRFVENESAFSSAQVLLGYSRKEDSNDVVDEWSYIGASATFTYKGFYIEPGLSVGSGDYSNPQLLIQAGYTWHF				NA	NA	NA	NA	NA
AK237_00426	468			hypothetical protein	ATGAGAAAAGCGTTAGTAAGCCTCGTTGTGTTTTTAGTGGGTTGCTCGTCAACAGACATCACTTCGAACTCCCGCTCCGATATTTCTTACTCAGATACAATGGAAATGATCAGGATGGCTGCGGAGTCTGCTCCCGAAGGTGTTTTAGGTGAGTACACCCTAAAAATCAAAGCCTCAGGTCGTCAATATGGAATACTGTATTTAAATACCGAATTGGACTACAGAGACCGACGTAATATTACTGTTTCAGTCCAGCCAGACCTGGCCTTACAACTCTACCATCAATATAAGCAAGACCCGGCAGAGTATTTAATTGGTAAATCAGCGATCGTCGAAGGTAAGGTTGAACAGGTTAAAATTTACTTCACTTGGAACGAAAGGCTATCAGAAAAATACTACTTTCAAACACACATAAGCATAGTTGAGCCATCCCAAATTACGGTTGTAAATGAGCAACAAGTAAACTAA	MRKALVSLVVFLVGCSSTDITSNSRSDISYSDTMEMIRMAAESAPEGVLGEYTLKIKASGRQYGILYLNTELDYRDRRNITVSVQPDLALQLYHQYKQDPAEYLIGKSAIVEGKVEQVKIYFTWNERLSEKYYFQTHISIVEPSQITVVNEQQVN				NA	NA	NA	NA	NA
AK237_00427	351			hypothetical protein	ATGAACCCAATACTGATTTCCATTTCGTTGCTATTTTGTAGCAATATATTTATGACATTTGCATGGTACGCCCATCTAAAAGAGCTTAACAACAAGCCATGGGTTGTAGCGGCATTGGTCAGCTGGGGCGTCGCACTATTAGAATATCTGTTCCAGGTGCCAGCGAATCGTATTGGCTATACGGTATTGTCGGTTGGTCAGCTTAAAATAATTCAAGAAGTGATCACTCTTTCGGTGTTTGTTCCATTTTCAGTTATGTACTTAAAAGAGCCGCTAAAGCTCGACTATCTTTGGGCTGGATTGTGTCTTGTCGGTGCAGTGTATTTTATGTTTCGCAGTAAATTCGTATAA	MNPILISISLLFCSNIFMTFAWYAHLKELNNKPWVVAALVSWGVALLEYLFQVPANRIGYTVLSVGQLKIIQEVITLSVFVPFSVMYLKEPLKLDYLWAGLCLVGAVYFMFRSKFV				NA	NA	NA	NA	NA
AK237_00428	264			hypothetical protein	ATGAATCATATAAATAGGTTCAAAGAGAATAAGAAAAAATATAAGTTTAACGTAGCAATGTTTTTGGTCTTTTGGTTGCCAGCTTTAATGTTAGCCTTTACACAAGCACAAGAACCTTACTTAATTACGTTGCCGTTAAAATGCGTTGGTTTGTTTTTTATATACAGTGCTTACAAATATTCTTTGTGCCCAAAATGTAGTAAATCTCCGGGGTGGGGCTGGCGCATTAAAAAGTGTAAAGCGTGTGGTGAACATCTCGCATAA	MNHINRFKENKKKYKFNVAMFLVFWLPALMLAFTQAQEPYLITLPLKCVGLFFIYSAYKYSLCPKCSKSPGWGWRIKKCKACGEHLA				NA	NA	NA	NA	NA
AK237_00429	423			hypothetical protein	ATGCTTTTAGAACAAAAAGTGAATACTTTTTGGAAAGTGGGGATAGGTATTATTACCGCAACAATTTCGCTTGCTTTCATATGTCTTATAGGTTTCTTTCTTTTTAAAGCAAGTCGGTTTTCAATCGGTGGTATAGGTTTTTTGGTTTTACTCGCTTTTCTAGCCTATTGGTTCGGCAATATTAGCTATAAACTTGTTACTTCGGAGTCTAAAGAACGTCCTTATCTTTTTTCTCCGAACGCGATCATTTGTATATTTGCACTCGTGGGTCTTGGAATGATAGCAGGCACCATATATCGATTTAGTAACGGTCAGTTTGAAAAGGGCTTTTTTGGTTTGTTACTCTTGCTTTTATTTTTCCCAACAAGTCACTACTGTTGGAAATTTGCAAAGCAACAAGCAGCTACCCGACGTGGCATATAA	MLLEQKVNTFWKVGIGIITATISLAFICLIGFFLFKASRFSIGGIGFLVLLAFLAYWFGNISYKLVTSESKERPYLFSPNAIICIFALVGLGMIAGTIYRFSNGQFEKGFFGLLLLLLFFPTSHYCWKFAKQQAATRRGI				NA	NA	NA	NA	NA
AK237_00430	870	yddE	COG0384	putative isomerase YddE	TTGAAGAACGTTGAAGCTATTTTAATTAATTCTTTTACTGCAAATGGAACTGGTGGAAACCCTGCGGGTGTTGTACTTGACGCCGACTATTTGTCGAACGAAGAAAAATTAAAAATAGCACAAGTAGTTGGTTATTCAGAAACTGCATTTGTATCTCGTGATAACGAAGCTGATTTTGAGGTGTCCTTCTTTACCGTAACAGGTGAAGTTGATTTCTGTGGACATGCTACATTAGCCGCATTTTCAACGATGTATCAAGACGGAATCATAAGTGAAGGTAAATACGTTCAAAGAACTAAAGCTGGTTTACTTGTCGTTACCATAGAGACAAACGGTCTTGTAGTTATGGATCAGAAGCTACCAGAATACCGTGCACAGTTCAGTTATGAACTTATATCTGAGTTAGTCGGGCTGGACCCGAAAGTCCTTGAGTCGACACGGTTGCCGATTGAGGTTGTTTCAACAGGTTTACCCGATATTATTGTCCCAGTCCCATATGGGTCTCTCGATAAAATTCAAATGAATGAAAATCTAACCATTAATTTTTGTAAAAGGCATGAAGTAATTGGTATTCATGCTTTTGAGTTATGTGAGAAAACAAACACGGTCACAGCAAGTTGTCGTAACTTTGCTCCACTGTTTGGTATTTCCGAGGAATCCGCGACGGGGAGTGCGAGTGGTGCATTAGCGTGTTACCTAACTAAATACTTGCCTAAACCACATTCGAATAGTTTTGTTTTTGAACAAGGTCGGGCAATGAAGTGTATTTCAAAAATCACAGCGTCTGTAGAATCAAACGAGTATGGTATTACTAAGGTGAGAGTTGGTGGCTTTGCTCATAAAATCGGGCGGCGGAAAATCTCGGTTTAA	MKNVEAILINSFTANGTGGNPAGVVLDADYLSNEEKLKIAQVVGYSETAFVSRDNEADFEVSFFTVTGEVDFCGHATLAAFSTMYQDGIISEGKYVQRTKAGLLVVTIETNGLVVMDQKLPEYRAQFSYELISELVGLDPKVLESTRLPIEVVSTGLPDIIVPVPYGSLDKIQMNENLTINFCKRHEVIGIHAFELCEKTNTVTASCRNFAPLFGISEESATGSASGALACYLTKYLPKPHSNSFVFEQGRAMKCISKITASVESNEYGITKVRVGGFAHKIGRRKISV				NA	NA	NA	NA	NA
AK237_00431	111			hypothetical protein	ATGACACATGATAATCAAATTAAGGCACTCGCTTCGCTCCAAATTTTAACCCACGTATTTTTGCCCGTTATGCGGACGTTATACAGAGAAATTGAGATTGAAGAACGTTGA	MTHDNQIKALASLQILTHVFLPVMRTLYREIEIEER				NA	NA	NA	NA	NA
AK237_00432	216			hypothetical protein	ATGCCCAAGGAAGATGTTAAAAAGGGAAATACTTTTGCTAGTTATATGGCTTCAGCATCCGCTGCTGCCTTAGCGTATATACCAATGGAGTATTTGGACTTACCAGGATCACCAGATGAAACAGGTTCATTACTTTTTCATGGTCTTCTTTACGCCTGTATTTTTTTAGCTTTCCGTTTCTTTACATCGCGCTTGTTTAAGTGGCTTTATTCCTAA	MPKEDVKKGNTFASYMASASAAALAYIPMEYLDLPGSPDETGSLLFHGLLYACIFLAFRFFTSRLFKWLYS				NA	NA	NA	NA	NA
AK237_00433	300			hypothetical protein	ATGCAAGATGCCACTTTAAAATCGATTACAGCCACAGTTCAAAATGGTGTTGCAAAAGCTGATGGGAAATTTTGGGTTACTGAAACTGATATTCATTTTGCCCCATATAATAAAGATTATGGACTTGGTTCTCTCAAAATTGAAAGGAGCTCAATTTCAAAAGTAGAAAAATGCTCAGGTAAAGGTGCGGGAATTCTGCCTATAACATCTGATGCCATCGAAGTTTCATTACTTGATGGCAGTACATACCAATTCATTGTGTCAAATCCTAATGAGTTAATTGTACTCTTGAGCAAATAA	MQDATLKSITATVQNGVAKADGKFWVTETDIHFAPYNKDYGLGSLKIERSSISKVEKCSGKGAGILPITSDAIEVSLLDGSTYQFIVSNPNELIVLLSK				NA	NA	NA	NA	NA
AK237_00434	282			hypothetical protein	ATGAAACTATATCCATTTTCACAGGTTACATCGAAAAACTTAAAGCTACTGTTGCTCGCAGCACGACTGCTTGCATCTAGCGCTATCCTTCTCTTTGGCGCAACGGTTGTTTTTGCAATTTACTTTTCCTTTGTAACTCCGCAAACTATTATGGAAACTGTTTTAAAACAAGGTTTTCTCTCATACAGTGTTTTCGCTTTTATTACGGCAGCCATTTTACTGATTATCAGTGGCCTTTCTGCTGCTGTGGTTTCGTGCGAATATAAATATACTAACGAATGA	MKLYPFSQVTSKNLKLLLLAARLLASSAILLFGATVVFAIYFSFVTPQTIMETVLKQGFLSYSVFAFITAAILLIISGLSAAVVSCEYKYTNE				NA	NA	NA	NA	NA
AK237_00435	423			hypothetical protein	TTGAACCGATTTAAAATCTCTACAAACCCACAAGATTTGGATCTTAATCTCGTATATTCATTTATTTCCAATTCCTATTGGGCTAAAAATATTCCGTTTGAGATCTTTGAAAAGTCTATCGAAAACTCACTTGTGTTCGGCGCTTATAGCAAAAACAATGAGCAAGTAGGTTTCGCGCGGGTTATTACTGATAAAGCCACATTTGCATATTTGAGCGATGTTTTCGTACTTGAAAACTATCGGGGACTTGGCATTAGTAAACTGATTATGAAAGCAATATCTCAACATGCAGAACTGCAAGGGTTGCGGCGTTTCATGCTGGCTACTAGCGACGCACATGGCTTGTACGCACAGTTCGGCTTTCAGTCAGTTGCAAACCCAGAAATTCTTATGCAAGTATGGCAACCAACTGTCTACGAATAG	MNRFKISTNPQDLDLNLVYSFISNSYWAKNIPFEIFEKSIENSLVFGAYSKNNEQVGFARVITDKATFAYLSDVFVLENYRGLGISKLIMKAISQHAELQGLRRFMLATSDAHGLYAQFGFQSVANPEILMQVWQPTVYE				NA	NA	NA	NA	NA
AK237_00436	477			hypothetical protein	ATGTCTCCAGATTATTCTAAATATAGTCAAAAAGAACTACGTGAAGCATTGACTTCAATAGATAAGGATTCTTATCCAGAAAATTATGAAAAGTTGGTTTTAGAGCTTTCGAAAAGAGATTCACACTCAGGCTCAAACGAACCACTTCCAGCAATGGAAAGCTTGAGCCAAAGAAGCAACATACCTTGCTCATTTAAAAGAATATTTGCTGTAATTGTACTCGGATTGTTAGGCAGTATTCCCGTTGTCGCACTGGCAGAGCCGAGCGAGCCTTCGAAAGATGGACTTGTTTGGTCTGTCCTTATAGTCTTGATGACGGGACTACCTCTGCTTCATTCTTTTTTGTGCAGTTGGACATTATCTAAACATGGAATAGTAACGAGGCAAGAAGACAACTTTTCGTTTACGCTAACGCAATTGTTTTATTCATATGTCTGCTCGTTGGTTATTTTATTCGCAATAGTGAGATGGCCGTAA	MSPDYSKYSQKELREALTSIDKDSYPENYEKLVLELSKRDSHSGSNEPLPAMESLSQRSNIPCSFKRIFAVIVLGLLGSIPVVALAEPSEPSKDGLVWSVLIVLMTGLPLLHSFLCSWTLSKHGIVTRQEDNFSFTLTQLFYSYVCSLVILFAIVRWP				NA	NA	NA	NA	NA
AK237_00437	399			hypothetical protein	ATGAAAATTGATGCAGCTTTGATAATTAAATTCAGGATGCTTAATGGCTGGACCCAAGAACAGTTGGCTTCGGCCTCTGGGCTTAGCAAAAGAACTATTCAAAGAGTAGAAAATGAATCAACTGCATCAATGGAAACTCAGAAAGCTTTAGCTGCCACATTTGATGTAGATTTTACGAGCCTTACTCTTGAAGAGGTACCAGCAATGAAAAAATATGAATATAAAACGGTTGAGTTACCATTCAAATTCCGTTTTTTTAAATCCGGAACACCTGATGTACAATCGCTTTTAAATGCCGAAGGTCAGAATGGCTGGCAACTGAAGCAGATAGTTACACCGACATCAGGCTTTGGCGAATCAGATTCGATGATTGTTATCTTAGAGCGAGAAAATAAGTAG	MKIDAALIIKFRMLNGWTQEQLASASGLSKRTIQRVENESTASMETQKALAATFDVDFTSLTLEEVPAMKKYEYKTVELPFKFRFFKSGTPDVQSLLNAEGQNGWQLKQIVTPTSGFGESDSMIVILERENK				NA	NA	NA	NA	NA
AK237_00438	207			hypothetical protein	ATGAATATTAATGCAACCCTCTTCAGTCAAGTCGTTATTGTTCTGGCAGTTATAATGGCTGTACTTGGTTTCTATTTGGGTAAAAGAAAAACTCAAACACCTATTCTTACAGCGGTGGTGGCTTTATTCACCGCACTATTACCCCCTTTAGCACTCATTTTTTTAATTGTTCTAGTCGTAAAAAATGATGTTAAACCTACCACTTAA	MNINATLFSQVVIVLAVIMAVLGFYLGKRKTQTPILTAVVALFTALLPPLALIFLIVLVVKNDVKPTT				NA	NA	NA	NA	NA
AK237_00439	951			IS110 family transposase ISPtu2	ATGAATAAATCAGCAGCGCAAAGAATTAACGTTGGCGGAGACACCGGCAAGCAATTCCTTGATATCCATGTTCGTCCGTCACATGAATATTTTCAGGTTAGTAACGATACAAAAGGCATATCTGAGGCAATTAAACGGCTGAAGAAACTAAGTCCGGAACGCATTGTGATTGAATCCACCGGCCGTTACGAAGCCGCGTTTATTACAGCATGTGCGAAAGCCCGTTTGCCGTTCAGTATGGTGAACCCCATACACGTAAAGCGCTTCGCCGGCGCAATTGGCAGAAAAGCCAAAACAGATAAGCTGGATGCTGCACTTATCGCACATTACAGTGAGGCCATCCAACCTGCCCTGTCGTCCCTGAAGCCTGAGACTATGCGGCTTATGGCAGATTTGGTATCACGGCGGAATCAGTTGTTAGACATGCAGACCAGTGAGAAGAACAGGCTTCAAATCATGCCCAAAGCTACGCAGACCAGTATTAAATCTGTACTCCTGACCATCAAAAAGCAAATAGAAAAAATGGATGATGAACTGGGCAAGCTGATAGAAAACTGTCCGGAATACAAGGCTAAGAGTGACCTTGTTCAAAGCATGCCGGGAATAGGAAAAGTATCAGCCGCAACACTCATCAGTTACCTGCCGGAACTCGGCTTGCTGAACAGTAAAGAAATTGCTTCACTGGTGGGTGTCGCACCAATGAACAGAGAAAGTGGCAAGTACAAAGGCAAACAGGTTATCCAGGGTGGCCGCAGTCAGGTTCGCACCGTATTGTTCATGGCGATGATGTCAGCAATGCAGTGCAATCCGGTTTTTAAACGCACCTACACCAGGTTAGTCGCAGCGGGCAAACCCAAGAAAGTCGCCATTATTGCCTGCGTCAGGAAGATGATTGTCATCCTCAATTCGATGGTGAGAGATGGCGTCATGTGGGAAGAAAAAACTTCTTAA	MNKSAAQRINVGGDTGKQFLDIHVRPSHEYFQVSNDTKGISEAIKRLKKLSPERIVIESTGRYEAAFITACAKARLPFSMVNPIHVKRFAGAIGRKAKTDKLDAALIAHYSEAIQPALSSLKPETMRLMADLVSRRNQLLDMQTSEKNRLQIMPKATQTSIKSVLLTIKKQIEKMDDELGKLIENCPEYKAKSDLVQSMPGIGKVSAATLISYLPELGLLNSKEIASLVGVAPMNRESGKYKGKQVIQGGRSQVRTVLFMAMMSAMQCNPVFKRTYTRLVAAGKPKKVAIIACVRKMIVILNSMVRDGVMWEEKTS	PGPT0030635_4835	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MOBILE_ELEMENTS	CE-BACTERIAL_FITNESS-TRANSPOSASES,PGPT0030635-tnp-K07486	NA	NA
AK237_00440	294	higA		Antitoxin HigA	ATGAATATGCATAACCCACCACATCCCGGCGAATTTATTGAATCCATTTATATGGAGCCACACGGCATAAGTTGTAGGACACTTGCGACACATCTTGGTGTTGCCGCTTCTACACTAAATCGCGTCGTTAAGGGTAAAAGTGCAGTAACACCAGAAATGGCATTAAGGCTATCAAAGGTATTAGGTCGGAGCCCTGAAAGTTGGCTCAGTATGCAAGACAACTATGAACTTTGGCAGGCAAAGCAAAAAATCAACTTGGATAACGTGCAGCCAATAGATCTGCATGCCGCCTAA	MNMHNPPHPGEFIESIYMEPHGISCRTLATHLGVAASTLNRVVKGKSAVTPEMALRLSKVLGRSPESWLSMQDNYELWQAKQKINLDNVQPIDLHAA	PGPT0027585_1528	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-TOXIN-ANTITOXIN_SYSTEM	CE-BACTERIAL_FITNESS-HigB-HigA_TOXIN-ANTITOXIN_SYSTEM,PGPT0027585-antitoxin_higA_1-K21498	NA	NA
AK237_00441	279	higB		Endoribonuclease HigB	ATGATTAAGTCATTTAAACATAAGGGCCTGAAGTTGTTTTTCGAAAAAGGGAAAACTTCAGGCATACAGACCAAGCACGCGAAAAAACTTCGCATGCAATTAGCTGCTATCCATACCGCACAAGATATTGATGACATTAATTTGCCCGGATTTTCTCTTCACCAACTCAAAGGAGAAAGGTCAAATATTTGGTCGATATCAGTCAACGGCAACTGGAGAGTAACTTTCGAGTTCACGGATGGTAATGCTTACATCTTAAATTACGAGGATTATCACTAA	MIKSFKHKGLKLFFEKGKTSGIQTKHAKKLRMQLAAIHTAQDIDDINLPGFSLHQLKGERSNIWSISVNGNWRVTFEFTDGNAYILNYEDYH	PGPT0027575_945	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-TOXIN-ANTITOXIN_SYSTEM	CE-BACTERIAL_FITNESS-HigB-HigA_TOXIN-ANTITOXIN_SYSTEM,PGPT0027575-toxin_higB_like-K07334	NA	NA
AK237_00442	912			hypothetical protein	ATGGATTGGAATGTATTTTTTAGCACAATTAGTCAAACGTCAGGGGCAATCGTTGGAATATTTTCAGCATTCTTGATTACAAAAATTGTGTCAAACCAAACTACGCATGGACAAAAGTTAGGTCAAACATCTGAAAGTTTAGCTTTATCCAAAAAACTAGCGAACGAAACATCAATTAGATATTTTGGTTGGTATGGCAAAAGAAAAGCAGAGGATGCAATAGAAAAAATTCGAGAAGATTATGAAAAGACAAAAGAGATAAAATCACCAGAAGAATATTACAAAACCGTTTACTTTTCTCCATTCGAGTCAAGAGCTGATTCATTAGAAATCATAAGAAATCAGATTAGCCTAATTGAAGCTGAGGAAGAGGCTGAAGAAGAACGAGTAAGGAAAGAATTAGAAGCACTAGGCCCTGGCAGAGCAATTATAACGCCTATGCATACAACAATACCTAGACTGCCTAATCTGGATTTAATTGATAAGCTGAATGATGAAAGGGATCTTATAGATAATTTATATGTAAGGGTTCAGCACCAAGCCGACATAAACAAAAACCTACTAACTGATCTTAATGGTGAATCAGAAAGTTCTAATTTAATAAGTGTTTCCATCTTATCTGTAATCTTGCTGTTTTTCGCAGGTGTAATTTACCCTCTAAGTTTCCTTCCACTAGATCCAAATGTTCAAATTTCACTTTCGTTATCAGCATTCTGGGATATTTTATTTTCTCTGAAAGGAGTTTTATTGACATTGATTTCAGTAATATTTGGAGGTTTGATGCTGGTTTTTTATCTTGCCAATAGAAGCCTTTCATACAAAGCAGAGATAAAGGCAGAGCTAGAAAAATACTCTAAGGCTGCAAACTATTCGGTATATTTCGCAAACTATGAAGATAACAAGGGCACTTAA	MDWNVFFSTISQTSGAIVGIFSAFLITKIVSNQTTHGQKLGQTSESLALSKKLANETSIRYFGWYGKRKAEDAIEKIREDYEKTKEIKSPEEYYKTVYFSPFESRADSLEIIRNQISLIEAEEEAEEERVRKELEALGPGRAIITPMHTTIPRLPNLDLIDKLNDERDLIDNLYVRVQHQADINKNLLTDLNGESESSNLISVSILSVILLFFAGVIYPLSFLPLDPNVQISLSLSAFWDILFSLKGVLLTLISVIFGGLMLVFYLANRSLSYKAEIKAELEKYSKAANYSVYFANYEDNKGT				NA	NA	NA	NA	NA
AK237_00443	951			IS110 family transposase ISPtu2	ATGAATAAATCAGCAGCGCAAAGAATTAACGTTGGCGGAGACACCGGCAAGCAATTCCTTGATATCCATGTTCGTCCGTCACATGAATATTTTCAGGTTAGTAACGATACAAAAGGCATATCTGAGGCAATTAAACGGCTGAAGAAACTAAGTCCGGAACGCATTGTGATTGAATCCACCGGCCGTTACGAAGCCGCGTTTATTACAGCATGTGCGAAAGCCCGTTTGCCGTTCAGTATGGTGAACCCCATACACGTAAAGCGCTTCGCCGGCGCAATTGGCAGAAAAGCCAAAACAGATAAGCTGGATGCTGCACTTATCGCACATTACAGTGAGGCCATCCAACCTGCCCTGTCGTCCCTGAAGCCTGAGACTATGCGGCTTATGGCAGATTTGGTATCACGGCGGAATCAGTTGTTAGACATGCAGACCAGTGAGAAGAACAGGCTTCAAATCATGCCCAAAGCTACGCAGACCAGTATTAAATCTGTACTCCTGACCATCAAAAAGCAAATAGAAAAAATGGATGATGAACTGGGCAAGCTGATAGAAAACTGTCCGGAATACAAGGCTAAGAGTGACCTTGTTCAAAGCATGCCGGGAATAGGAAAAGTATCAGCCGCAACACTCATCAGTTACCTGCCGGAACTCGGCTTGCTGAACAGTAAAGAAATTGCTTCACTGGTGGGTGTCGCACCAATGAACAGAGAAAGTGGCAAGTACAAAGGCAAACAGGTTATCCAGGGTGGCCGCAGTCAGGTTCGCACCGTATTGTTCATGGCGATGATGTCAGCAATGCAGTGCAATCCGGTTTTTAAACGCACCTACACCAGGTTAGTCGCAGCGGGCAAACCCAAGAAAGTCGCCATTATTGCCTGCGTCAGGAAGATGATTGTCATCCTCAATTCGATGGTGAGAGATGGCGTCATGTGGGAAGAAAAAACTTCTTAA	MNKSAAQRINVGGDTGKQFLDIHVRPSHEYFQVSNDTKGISEAIKRLKKLSPERIVIESTGRYEAAFITACAKARLPFSMVNPIHVKRFAGAIGRKAKTDKLDAALIAHYSEAIQPALSSLKPETMRLMADLVSRRNQLLDMQTSEKNRLQIMPKATQTSIKSVLLTIKKQIEKMDDELGKLIENCPEYKAKSDLVQSMPGIGKVSAATLISYLPELGLLNSKEIASLVGVAPMNRESGKYKGKQVIQGGRSQVRTVLFMAMMSAMQCNPVFKRTYTRLVAAGKPKKVAIIACVRKMIVILNSMVRDGVMWEEKTS	PGPT0030635_4835	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MOBILE_ELEMENTS	CE-BACTERIAL_FITNESS-TRANSPOSASES,PGPT0030635-tnp-K07486	NA	NA
AK237_00444	300			hypothetical protein	ATGGATCTATTTTTTGCAAATCTGGTAACAATTGTATTCTTCATTACAGGGTATAAGCTCATCGAAAAAGCAATTTTTCCAATGCCCTCCACTCTGCTGAAAATTGCACTCTATTCCCTTTTGATCTTCTGCTGTTTAGGCATTACTTCGATTCTTTTTGCAATTGCTATCGGACTCTGGTTACCAGATATATATCCAGTCACTTTTTCATACAAAGCGCTGTTTATTTGTCCTATTATTACCATCTACTTTTTATTTAAAATGATGCAAAACAAAAGGCTTGTTTCTACACGCACATAA	MDLFFANLVTIVFFITGYKLIEKAIFPMPSTLLKIALYSLLIFCCLGITSILFAIAIGLWLPDIYPVTFSYKALFICPIITIYFLFKMMQNKRLVSTRT				NA	NA	NA	NA	NA
AK237_00445	975			hypothetical protein	ATGGACGGTTACATTCAAACAGGGCTAGGGATACTTGTTTCGCTTGTACTGTTTATTATTGGTTACAGACAAACGATTGGAGCCAAAAAAGAAAGGGCAAAAAATGCCAATAGTTCTATAGCCAGAACCATGATGAGGCGAATGGTTCTCGAGGACTATGCTCCAGTTTATAAGGATATTTCTAGGATCATCGAAGGAAAGGCAAGGGAGTTTCAGGTTTCTTCAAATGATCTTCTTTCAGAAGAGCAGATTTTAAATAGCCTCTATACCGAAGTATTTGACAGTGATTTAATTTCGCCATCTCAGAGGATAGAAATTGAGAAGAGGCTTAATACTGCATTCGAAAAGATCGAAAAAGAGCCATTGAAACCAACGCTATCAGAGTTTCAGCAAATTAAAATAGAAAAAGAAAGCAAGAAAGAAAGTGTAACCGCCATGGTGCTTTCAACCTCTATTCTTGGCGCTCTCAGTTCAGCTCTATATTCTTTTTACGAAACCAAATCATTCGAGCCGGACTTTCTTTTGTCCGCGTTGGGCGTGCTAGTCGGCAGCATTGCTGTATTAACCGTATTAATCACGTATAGAAAAAGTAGGGAAATTGACATTATTCCTTCCAGATCATCAGCTAGCATCATTTCATCGGAGTTCGAAGCTGATATTGCTAAAGTATTAATAAAGAACGGTTTCAAATTTGTTATTGAACCCAGCCTAGATGGCTTGCGTCCTGATTTCCTTGTTAGTGCAAATGGCAGGCAAGTAGCAATTGAGGCAAAATCATGGCATGGCTCCGTACCGCTTCACATTCTCAGAAAAACCATTGATTATCTTCAAAAACTTGTATCGAAAGACGGAGTTGATGAAGCTATTTTGGTAACACGGAAAAAAGATGGAATTCCAATTGGTATCATTGATAGTGAAAATATCTCTGTATTAACCATTAACGAACTAGCCAATAAGCTAAAGAGTGCGGCATAA	MDGYIQTGLGILVSLVLFIIGYRQTIGAKKERAKNANSSIARTMMRRMVLEDYAPVYKDISRIIEGKAREFQVSSNDLLSEEQILNSLYTEVFDSDLISPSQRIEIEKRLNTAFEKIEKEPLKPTLSEFQQIKIEKESKKESVTAMVLSTSILGALSSALYSFYETKSFEPDFLLSALGVLVGSIAVLTVLITYRKSREIDIIPSRSSASIISSEFEADIAKVLIKNGFKFVIEPSLDGLRPDFLVSANGRQVAIEAKSWHGSVPLHILRKTIDYLQKLVSKDGVDEAILVTRKKDGIPIGIIDSENISVLTINELANKLKSAA				NA	NA	NA	NA	NA
AK237_00446	819	carC		2-hydroxy-6-oxo-6-(2'-aminophenyl)hexa-2,4-dienoic acid hydrolase	TTGAGCAATTGGATTCTCCCGCATACATTTCAATATCAAGGGCGGGAAGTAAAGTACGGTATTAGAGGTGAGGGAGAGCCACTAATTTTGGTACACGGTACACCGTGGTCGTCTTTCAATTTAAGGCATTTGATTGATGAGTTAGCCTGTCATTATAAGGTTTATTACTTTGATCTACTTGGATATGGAAAATCAGATAAAAGTGAAGCCGATGTTTCTCTTAGGATACAAAATAAATTACTTAATACTTTAGTTAAACACTGGGAATTGGAATCGCCTTTTATTGTCGGTCATGATTTTGGTGGTACGACAGTATTGAGAAGTCACATCTTAGATAAAGCTAGCTATAGAAAGATAGTTGTCATCGATCCTGTCGCATTATCTCCTTGGGGATCACCATTCTTTAGACATGTCGAAAAATATGAAAGCGCCTTTTCTGGTCTACCTGATTATATTCATTTAGCAGTAGTCGAAGCGTATATAAAAACAGCTGCACACCAAGAGCTCGAAAAAGAAACAATCGATGGAATATTGACGCCATGGAGTAGTGAGCAGGGAAAACAAGCGTTTTATCGACAGATTGCTCAAGCCGATTCTTTTTTTACTGATGAATTTCAAGATAAGTTTAACGAGGTAAACGCACCTGTTCTCATCTTGTGGGGTGAAGAAGATAAGTGGATACCTTGTGAGCAAGCTTATGTACTTCAAAGTAAAATAAAAGGTTCCAAGCTTGTGACCGTGCCAGATACGGGACACCTTGTAATTGAAGAGGCTCCTGCTGTGCTCTCGGCTGAAATTAGAGCATTCTTCGGAAGTTGA	MSNWILPHTFQYQGREVKYGIRGEGEPLILVHGTPWSSFNLRHLIDELACHYKVYYFDLLGYGKSDKSEADVSLRIQNKLLNTLVKHWELESPFIVGHDFGGTTVLRSHILDKASYRKIVVIDPVALSPWGSPFFRHVEKYESAFSGLPDYIHLAVVEAYIKTAAHQELEKETIDGILTPWSSEQGKQAFYRQIAQADSFFTDEFQDKFNEVNAPVLILWGEEDKWIPCEQAYVLQSKIKGSKLVTVPDTGHLVIEEAPAVLSAEIRAFFGS				NA	NA	NA	NA	NA
AK237_00447	1131	dnaJ	COG0484	Chaperone protein DnaJ	ATGTCGAAACGTGACTACTACGAAGTGCTGGGTGTAGATAAAAGTGCTGGCGAACGCGATATTAAGAAAGCGTATAAAAAGCTGGCTATGAAATATCACCCCGATCGCACACAGGGCGATAAAGCACTGGAAGAAAAATTTAAGGAAATCCAGGAAGCCTATGAGGTTCTGACCGATTCGCAGAAACGCGCTGCGTATGATCAGTACGGTCATGCCGGTGTGGATCCGAATCGTGGTGGTGCAGGCTTCGGCGGTGGCGCAGACTTTGGTGACATCTTCGGTGATGTATTCGGAGATATCTTTGGTGGGGGCCGCGGTGGACGTCAGTCCCGTGCCCGTCAGGGAGCTGATTTACGTTACAACCTCGAATTATCGCTGGAAGAGGCGGTGCGTGGTAAAGATGTCGAAATTCGCGTACCTACGCTGGTAGAGTGTGATGTTTGTCATGGCTCCGGTGCGAAAAAAGGCACTTCGCCTACCACGTGTCCAACCTGTCATGGTAATGGTCAGGTACAAATGCGTCAGGGATTCTTTGCTGTTCAGCAAACTTGTCCAACGTGTTCCGGACGCGGCAAAATTATTTCCGACCCATGTAATGCCTGTCATGGCCATGGTCGTAAAGAAAAAACGAAAACCTTGTCGGTTAAGATCCCTGCAGGCGTTGATACCGGTGACCGCATTCGCTTAACGGGCGAAGGTGAAGCAGGGGAGAACGGTGCACCGGCAGGTGATCTGTATGTTCAGGTTCACGTGCGTGAGCATGATATCTTCCAGCGTGACGGCAACAACCTGTACTGCGAAGTACCGCTTAGCTTCACAACCGCTGCCCTGGGCGGCGAGCTGCAAGTACCGACCCTTGACGGTAAAGTGAAGCTGAAAGTGAGCCCGGAAACCCAAACCGGCCGCATGTTCCGTCTGCGCGGTAAAGGCGTGAAGTCGGTAAGAAGCGGTGTAACCGGCGACCTGATGTGTAAGGTTGTGGTTGAAACCCCGGTTAACCTGTCGGCTAGACAAAAAGAATTGCTGCAGGAACTGGACGATTCTATGGGCGGCGATTCTGCGAAACATCGTCCGAAGGAGAAAGGTTTCTTTGACGGCGTGAAGAAATTCTTCGACGACCTGACTAACTAA	MSKRDYYEVLGVDKSAGERDIKKAYKKLAMKYHPDRTQGDKALEEKFKEIQEAYEVLTDSQKRAAYDQYGHAGVDPNRGGAGFGGGADFGDIFGDVFGDIFGGGRGGRQSRARQGADLRYNLELSLEEAVRGKDVEIRVPTLVECDVCHGSGAKKGTSPTTCPTCHGNGQVQMRQGFFAVQQTCPTCSGRGKIISDPCNACHGHGRKEKTKTLSVKIPAGVDTGDRIRLTGEGEAGENGAPAGDLYVQVHVREHDIFQRDGNNLYCEVPLSFTTAALGGELQVPTLDGKVKLKVSPETQTGRMFRLRGKGVKSVRSGVTGDLMCKVVVETPVNLSARQKELLQELDDSMGGDSAKHRPKEKGFFDGVKKFFDDLTN	PGPT0014545_4048	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	HIGH_TEMPERATURE_TOLERANCE	HEAT_SHOCK_PRTOEINS,PGPT0014545-dnaJ-K03686	NA	NA
AK237_00448	1929	dnaK_1	COG0443	Chaperone protein DnaK	ATGGGTAAAATCATTGGTATCGACTTAGGTACAACGAATTCATGTGTCGCAGTTCTAGACGGCGACAAACCTCGCGTAATTGAAAACGCCGAAGGCGATCGCACAACCCCCTCAATCATCGCTTACACAAACGATGGTGAGACGCTGGTAGGTCAGTCTGCGAAGCGTCAGGCAGTTACCAACCCGACAAATACTTTATTCGCTATTAAGCGTCTGATCGGTCGCCGCTTCGAAGATAAAGAAGTACAGCGCGATATCGACATCATGCCTTACAAAATTGTTAAAGCTGACAATGGTGATGCATGGGTTGAGAGCAAAGGCGAAAAAATGGCGCCTCCTCAGATTTCAGCTGAAGTACTGAAGAAAATGAAGAAGACTGCTGAAGACTTCCTAGGCGAAGAAGTAACCGGTGCTGTTATCACTGTACCTGCATACTTCAACGACTCTCAGCGTCAGGCGACTAAAGACGCCGGCCGTATTGCTGGTCTGGAAGTAAAACGTATTATCAACGAGCCAACTGCTGCTGCCCTTGCTTACGGCATGGACAAGAAGAAAGGCGATAACGTTGTTGCGGTTTACGACTTAGGTGGTGGTACGTTCGATATCTCTATCATCGAAATTGATGAAGTTGACGGCGAGCACACGTTTGAAGTTCTGGCAACTAACGGTGATACTCACTTAGGTGGTGAAGACTTCGATAACCGTGTAATTACTTACCTGGTAGACGAATTCAAGAAAGATCAGGGCATTGACCTGCGTAAAGATCCGCTGGCCATGCAACGTCTGAAAGAAGCTGGTGAGAAAGCGAAAATCGAACTGTCTTCTTCACAGCAAACAGAAGTTAACCTGCCGTACATCACTGCTGATGCGACAGGTCCTAAGCACTTAGCGATTAAACTGACCCGTGCGAAACTGGAATCTCTGGTTGAAGACATGGTGAAAGACTCGCTGAACCCTGTTAAGCAGGCACTGGCTGATGCTGACCTGTCAGTATCTGATATCCACGATATCATTCTGGTTGGTGGTCAGACGCGTATGCCTCTGGTTCAGAAGTACGTAACTGATTTCTTCGGTAAAGAGCCACGTAAAGACGTGAACCCTGACGAAGCCGTTGCTGTTGGTGCAGCTATCCAGGGCGGTGTATTGTCCGGTGACGTGAAAGACGTACTGCTGCTTGACGTAACGCCTCTGTCTCTGGGTATTGAAACCATGGGCGGCGTAATGACGTCACTGATTGAGAAGAACACTACGATTCCTACTAAGAAATCGCAAACTTTCTCAACGGCGGAAGATAACCAGTCTGCGGTAACCGTACACGTACTGCAAGGTGAGCGTAAGCAAGCTGCCGGTAACAAGTCGTTAGGTCAGTTCAACCTTGAAGGTATCCGTCCTGCGTCACGCGGTACACCGCAAATCGAAGTAACTTTCGACCTGGATGCTGACGGTATTCTGCATGTGTCTGCGAAAGACAAAGATACTGGTAAAGAGCAGAAGATCACCATCAAAGCATCTTCTGGTCTGAGCGATGAAGAAATCGAAAAAATGGTTGCTGATGCAGAAGCAAACAAAGAGTCTGATGCGAAGTTTGAAGAACTGATCCAGGCCCGCAACCAGGCTGACGGTATGATTCACGCTACCCGTAAGCAGCTTGATGAAGTTGGCGATGCATTAAGTGCCGACGATAAAGCACCAATCGAAGCTGCTATTTCAGCGCTGGAAACCGCCACTAAAGGTGAAGACAAAGCTGAAATCGAAGCGAAAACGCAGGAGCTTATCCAGGCGTCTTCTAAACTGATGGAAGCAGCTCAGGCGCAAGCCGGTGCAGCAGGCGGCGCAGATGCCGGTGCTGAACAGCAAGCTTCCGGTAAGAAAGCGGAAGACGACGTTGTTGACGCTGAATTCGAAGAAGTGAAAGACGACAAAAAATAA	MGKIIGIDLGTTNSCVAVLDGDKPRVIENAEGDRTTPSIIAYTNDGETLVGQSAKRQAVTNPTNTLFAIKRLIGRRFEDKEVQRDIDIMPYKIVKADNGDAWVESKGEKMAPPQISAEVLKKMKKTAEDFLGEEVTGAVITVPAYFNDSQRQATKDAGRIAGLEVKRIINEPTAAALAYGMDKKKGDNVVAVYDLGGGTFDISIIEIDEVDGEHTFEVLATNGDTHLGGEDFDNRVITYLVDEFKKDQGIDLRKDPLAMQRLKEAGEKAKIELSSSQQTEVNLPYITADATGPKHLAIKLTRAKLESLVEDMVKDSLNPVKQALADADLSVSDIHDIILVGGQTRMPLVQKYVTDFFGKEPRKDVNPDEAVAVGAAIQGGVLSGDVKDVLLLDVTPLSLGIETMGGVMTSLIEKNTTIPTKKSQTFSTAEDNQSAVTVHVLQGERKQAAGNKSLGQFNLEGIRPASRGTPQIEVTFDLDADGILHVSAKDKDTGKEQKITIKASSGLSDEEIEKMVADAEANKESDAKFEELIQARNQADGMIHATRKQLDEVGDALSADDKAPIEAAISALETATKGEDKAEIEAKTQELIQASSKLMEAAQAQAGAAGGADAGAEQQASGKKAEDDVVDAEFEEVKDDKK	PGPT0014555_1873	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	HIGH_TEMPERATURE_TOLERANCE	HEAT_SHOCK_PRTOEINS,PGPT0014555-dnaK-K04043	NA	NA
AK237_00449	615	grpE	COG0576	Protein GrpE	ATGAGCGAAGATCGCGACGTGCAGGATCAAAAACAGCCTGAAGACGCAGAAGTGATTCAGGGTGAAGTAGTTAATGAAGACGCAGCAGAAGCGCAACCTGTTTCTGAGCACGAGCAAAAAGTGTACGAGCTTGAAAATGCTTTGTCTGAGGCGCAAGCGCAGATTAAAGAGCAACAAGACAGTGTATTACGTGCCCGTGCCGAAATGGAAAACGCACGCCGCCGAGCAGATACAGAAGTAGAAAAAGCCCGTAAATTCGCGTTAGAGCGTTTTGCCGGCGAGTTACTGCCTGTTATTGACAATCTTGAGCGTGCCATTCAGGCCGGTGACGGGGATAACGACGCGGTTAAGCCATTGCTTGAAGGCGTGGATATGACGCTAAAATCTTTCGTCAGCACAATTGAAAAATTCGGTTTAACGCCTATTGATCCACAAGGTGAAGGTTTTAACCCGGAACTGCATCAGGCGATGTCCATGCAGGAAAGTGCAGACCACGAGCCAAATACGGTCATGGCCGTGATGCAAAAAGGGTATCAAATTAACGGTCGCTTGCTTCGTCCAGCCATGGTGATGGTGTCTCGTGCACCAGACGGTGGCGTTGATACGCAGGCGTAA	MSEDRDVQDQKQPEDAEVIQGEVVNEDAAEAQPVSEHEQKVYELENALSEAQAQIKEQQDSVLRARAEMENARRRADTEVEKARKFALERFAGELLPVIDNLERAIQAGDGDNDAVKPLLEGVDMTLKSFVSTIEKFGLTPIDPQGEGFNPELHQAMSMQESADHEPNTVMAVMQKGYQINGRLLRPAMVMVSRAPDGGVDTQA	PGPT0014650_2896	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	HIGH_TEMPERATURE_TOLERANCE	HIGH_TEMPERATUR_REGULATION,PGPT0014650-grpE-K03687	NA	NA
AK237_00450	3405	rcsC_1		Sensor histidine kinase RcsC	TTGTTAACGTTTTGTTTTCATTTCAATCTGGCGATGTATAGCATCTGGACTGTTGGCGTTATTACCGTGATTTATCTCACGTTTTTGTTCCTTGTTGCCTTCTGGGGAGACAAGCGCCTGCGTGACAATCAGCAGCATCCGGTGCTGTACAGTTTAGGGTTAGGCATTCACTGCACTTCCTGGGCATTTTTCGGCACAACCACACAGGCTTCTCAATTTGGTTGGGCGCTGGTGCCCACCTACGTGGGCATTATCATTGGCATGGCATTTCTTTTCCCGGTGCTCATCAAAATATCCCGGTATTGTCAGAAAAACAGTGTTACTTCCCTGGCTGACTTTTTCGCCCTTCGTTTTAAGCATTCACACTTCCTCGCGGCCTCAGTCACAGCATTGTGTTTTATCGGTGTTATTCCTTACATCGCGCTTCAACTGGACGCTATCTCTGCCAGTATCCGATTAATTGCTTATGATGCGGAACAAGGCACTAACACGGTAGGGCTATACGTTGCCGGTTTAATGGCATTGTTCGCAATCTTATTTGGTACCCGTACCCTTAACCTCACGGACAAGCATCCGGGCCTGGTACTCACTATCGCAGTAGAATCGGTGGTGAAGTTGGTAGGACTAACCATCGTTGGTATTTTTGTGTGTTACGAACTGTTCGATGGCCCCTTCGATCTGATTGCACAAGCCGCCACCCACCCTGTTGCAAGAGAAGTGCTTTACGCAGACAGCGCCCCGTTGGTGTATGCCAGCCACGTTCTGCTGGGAGTTTGCTCACTCTTTGTTTTACCCAGACAATTTCATATGAACTTCGTTGAGTGTAACGGTGAAGGTGAAATGCACACAGCCCGTTGGCTATTCCCACTTTACTTATTAGGCATGACCACATTTATTCTTCCCATCGCCCTGGCCGGTCATATTCTTCTGGATACCAATGAAATAAAAACTGACGCATTTGTATTGGCGCTTCCGCTAAGTGTCGACAACATTGGAGTATCTTTAGCTGCGTTGATTGGCGGATTATCGGCCACCACCAGCATGATCATCGTAGCGACACTGGCACTTGGGGTAATGATTTCAAACAATCTCATCACGCCAATCTGGCTAAAAATTCGTTTGAAAGGCGATCCGCACAACACAATGACGCCATCGACTCTGTTGACTGTGCGACGTTTGACCGTGCTGGTTGTGCTGTCTGTGGCGTACTGGTATCACGTCAACGTCAGTCAGTCTGCCCCCCTGGTAAAGAGTGGCGTAATTGCGATTGCTTTACTGGGGCAACTCTTACCCGCCATGTTACTTAGCATGTACTGGCAAAAAACCTCCAAAACCGCGGTACTTTGTGCCATTTTTGTGGGCTTTTCTTGTTGGGTTATCTGGTTGCTATATCCCTCTATATTATCCAGCTATTACTTTGAAACTCCGCCCACCGAACTTGCGCTGGGGAAAAGCTTTATTGCTAGTCTGCTGATGAATTTAGTCACGCTGGTTATCATTTCATGGTTAAGTCATTCTGGAAGAGCGAAATCAGTATCAGCGCACACGGCAGGTGAACGTAATGATGTTCGCAATCCTGATCTTGCCATTCGTATCAAAGACTTATTTTTATTAACCGGCCGCGTGCTTGAGCCAACAGTAAATCGTGGTCTGAAAAATCAGTTGTCTTCCGCGTCTTCTTTTTCCGAAGGATTTGCCAGTGCAGCATTGCTATCGCGGGTTGAAAAATTATTGGCAGCTCAGGTGGGCACACCCAGTGCACGCATTTTGTTGTCGGCAATTGCACAAACCCGCTCCGGTGCCTTAGAAGATATTGTGGAATGGGTAGAAGAAGCCTCACAGTCATTTCAGTTTAACCACGAGATCCTGCAATCGTCGGTGCAAAATATTCAGCAAGGGATCAGCGTATTAGATCAAGATCTTACATTGCTTGCCTGGAACGATCGTTACACCGAGTTATTTGACTACCCCAGAGGCTTTCTACAAGTCGGCATGCCAATTTCTTCTTTACTACAATATAACGCCGAGCGTGGATTACTCGGGCAGGCCTGCGATGTAGACACCGAAATCACAAAGCGCATTGCCTTTATGCAAGAGGGAAGCAGTTATAAATACATTCGCAAGCAACCCGATGGTCGCGTTATTGAACTAAACGGGCGTCCCCTTCCCCACGGTGGTTATGTGACCACTTACAGCGATATCACAGAATATATACGTATTCAGGATGAATTACGCGCCTCGACATCCGAGCTTGAAACACGCGTGGTACAGCGCACTGCGCAGCTTGAACTTGCAAAGCAGGAAGCCGACCGGGCTAACGAAAGTAAAACCAAATTTCTTGCTGCGGCCGGACACGATCTCATGCAACCTTTTAATGCCGCGACACTGTTTGCTGCAATGTTGTCTCAGAAAACCGCTGGCACAGAACTGGCCACATTATCAGAAGGGTTAATCACATCGCTCAACAGCGCTGAATCGTTATTATCCACCTTACTGGACATGACGAAGCTTGAATCGGGTGTGCTAGTACCACAACTGACAATCTTTCCGCTGGATGACATTCTAACGCCGTTAATCAACGAATTTAACGTTATTGCAGAGCAGAAAAATCTGTCACTTCGATACTGCTCCACCTCCGTGGTGGTTCGCTCGGATAAGAAATTATTACGACGCATACTTCAAAACTTAATTTCCAATGCCATTCGTTATACTGCCAGTGGCCGCGTTGTCATTGGTGCAAGGCGCAAATCTTCAGGATTCATCGACGTGTGGGTGTGCGACACCGGCTCTGGTATTCCGGCAAGCCAACAAAAAGCCATTTTTAAAGAGTTCCACCAGCTGGAACATACCGCTGGTACACAAGGATTGGGTTTAGGACTGACTATTGTTGAACGGATCAGCGAGCTACTGCATCACCGTATCAATTTGCATTCTACGATGGGGAAAGGCACGGTATTTTCTGTCACGCTGCCAAGAGCGACAGATGAGCAACAACCTAACGCCAAACAAGTCCCCGCCGCTAGCACTGATGCCACGAAGTGGCTGGCATACAAAAGAATTCTTCTGTTAGAAAACGACGATCAAATTACCATCGCCATGAGTACGCTACTTTCAGATTGGGGCGCCACCGTCATTGCGGCAAGCACTGCGTCTGAAGCGAGAGAAAAGTGTCCTTCAGCGCCAGATCTCATGTTGGTAGATTTTCACCTCGACTTTGGCGAAAAAGGCACCGACGCTACCATTAAACTTAAATCGGGTTGGCAAAAAGACGTCCCGGGCATTTTGAATACGGCAAACAGAGATGAAGGCGTAAGAGACGAAGCGATAGCAGCTGGCCTTTCCTATTTGCCAAAGCCAATAAAACCTGCGGTCTTAAAACGCATGATTAAGTCTTTACTTGACTAA	MLTFCFHFNLAMYSIWTVGVITVIYLTFLFLVAFWGDKRLRDNQQHPVLYSLGLGIHCTSWAFFGTTTQASQFGWALVPTYVGIIIGMAFLFPVLIKISRYCQKNSVTSLADFFALRFKHSHFLAASVTALCFIGVIPYIALQLDAISASIRLIAYDAEQGTNTVGLYVAGLMALFAILFGTRTLNLTDKHPGLVLTIAVESVVKLVGLTIVGIFVCYELFDGPFDLIAQAATHPVAREVLYADSAPLVYASHVLLGVCSLFVLPRQFHMNFVECNGEGEMHTARWLFPLYLLGMTTFILPIALAGHILLDTNEIKTDAFVLALPLSVDNIGVSLAALIGGLSATTSMIIVATLALGVMISNNLITPIWLKIRLKGDPHNTMTPSTLLTVRRLTVLVVLSVAYWYHVNVSQSAPLVKSGVIAIALLGQLLPAMLLSMYWQKTSKTAVLCAIFVGFSCWVIWLLYPSILSSYYFETPPTELALGKSFIASLLMNLVTLVIISWLSHSGRAKSVSAHTAGERNDVRNPDLAIRIKDLFLLTGRVLEPTVNRGLKNQLSSASSFSEGFASAALLSRVEKLLAAQVGTPSARILLSAIAQTRSGALEDIVEWVEEASQSFQFNHEILQSSVQNIQQGISVLDQDLTLLAWNDRYTELFDYPRGFLQVGMPISSLLQYNAERGLLGQACDVDTEITKRIAFMQEGSSYKYIRKQPDGRVIELNGRPLPHGGYVTTYSDITEYIRIQDELRASTSELETRVVQRTAQLELAKQEADRANESKTKFLAAAGHDLMQPFNAATLFAAMLSQKTAGTELATLSEGLITSLNSAESLLSTLLDMTKLESGVLVPQLTIFPLDDILTPLINEFNVIAEQKNLSLRYCSTSVVVRSDKKLLRRILQNLISNAIRYTASGRVVIGARRKSSGFIDVWVCDTGSGIPASQQKAIFKEFHQLEHTAGTQGLGLGLTIVERISELLHHRINLHSTMGKGTVFSVTLPRATDEQQPNAKQVPAASTDATKWLAYKRILLLENDDQITIAMSTLLSDWGATVIAASTASEAREKCPSAPDLMLVDFHLDFGEKGTDATIKLKSGWQKDVPGILNTANRDEGVRDEAIAAGLSYLPKPIKPAVLKRMIKSLLD				NA	NA	NA	NA	NA
AK237_00451	642	degU_1	COG2197	Transcriptional regulatory protein DegU	ATGCAGGCCAATGTACTGATAGCTGATGATCACCCGTTATTCCGCGCCGCCATGCGTCAGGCATTAACAGACATAACCGGTGAAAATATCGTCGAGGCTTCCACATTCAGTGAAGCCAAACAAGTGCTCCTGCACGATGATTCAATAGAATTAGTCTTTCTCGATATTCATATGCCAGGCAACGATGGTTTAACGGGGTTAAGTGAACTGCGAACCACGTTCCCCAATGTACTTATTGTTATGGTTTCTGGCGAAGATGCACCCGCTCTTATTCGCAAGGCCGTCGATTTAGGGGCAAGTGGCTACATTCCCAAGTCGACGCCGCTTAGTGTCATTGCTGAAGCTGTATATCAGGTGCTTGATGGTGAGCAGTGGCTTCCAGATGGATTGGAAGACGCCATAAACATTCATCATGATCCGGCTGAGGCCGACTTTGCAGAGCGTCTTGCTCAATTAACGCCCCATCAATTCAACGTGTTAAAAATGATGTCCGACGGGTTGCTGAACAAGCAAATTGCCTATGAACTCGCCATATCTGAATCCACAGTAAAACAACATGTATCTGCCGTCTTGCGTAAGTTGAATGTTATTAATCGTACCAAGGCGGGCGTATTATTCCGGCAACTGACGGGAGGTGAATAA	MQANVLIADDHPLFRAAMRQALTDITGENIVEASTFSEAKQVLLHDDSIELVFLDIHMPGNDGLTGLSELRTTFPNVLIVMVSGEDAPALIRKAVDLGASGYIPKSTPLSVIAEAVYQVLDGEQWLPDGLEDAINIHHDPAEADFAERLAQLTPHQFNVLKMMSDGLLNKQIAYELAISESTVKQHVSAVLRKLNVINRTKAGVLFRQLTGGE				NA	NA	NA	NA	NA
AK237_00452	2322	btuB_2		Vitamin B12 transporter BtuB	ATGATAAACGCACAGAAACCCGTTAACCGCTTCACCCGCACGCTAAGTGCAGTGGCGGTCACAGCCGCATGCTTAAGCAGTCAGACTGCTTTTGCGCAGCAAAACAACGATGAAAGCAGAGGCAAATTAGAGCGCATTGAGGTGACGGCCCGTAAAACGGTAGAGTCATTACAGGAAACGCCTGTTGCTATCACTTCAATCGGTGCTACTGAGTTAACGGAAAAGGGCATCAGCGTGCTGACGGAAATTCAGCAGTTCTCACCGAATACCACTATGCAAACCAGCCGTGGTACTAACTCTACCTTAACAGCATTTATCCGCGGGCTGGGTCAGCAGGATCCGCTTTGGGGTTATGAACCCGGTGTAGGGATTTACATTGATGATGTGTATATGGCCCGGCCACAGGGCGCGGTGCTGGATTTACTTGATGTACAGAGAATTGAAGTGCTGCGGGGTCCGCAGGGCACACTGTACGGTAAGAACACCATTGGTGGTGCGGTGAAATATGTCACGAAAGAAATGACCGGTGAACCTCAGTTTAACGCTGAGGTGACATTGGGCAATTACAGTCGCCGCGACATGAAATTAACCGGTCAGATGCCGCTGATTGAAGACAAAGTTTACCTGGGTGTGGGTTATGCAAACCTGAACCGCGATGGCTACGGTGAGTTTCTCATCTCTGCACTGGACGGCCAGGATACAGAAAACTACAACAAAGATCTGTGGGCTGCCAGACTGACCCTGGAAATTCATCCGTCTGATAACCTGTTTCTACGTTTCGGCTGGGATAAAACCGAAGATGATTCAAATGCTAAAGGGGGTTACCGGTTACTGCCAAGCTTACGTACCGATGCACCGCAACCGGATTCTGTTTTCGACTCTTACACCAGCATGCCCACAGACAACTATGTTGAACTGGAAGGCTTCAGCTGGCTTGCCAGATACAATGTGAATGAAAATCTGGAACTGAAATATATCGGCTCCCACCGTGAGAGCTTTTCTGATACCAATATCGATTTTGATAATACTCAGCTGGATATTTTTGACGTACCGGCCATTTACGATGATTCTAACGACACCCACGAAATTCAGGCGAACTATACCGGCAGTGCGTTCAGTCTGGTGAGCGGCCTGTATTATTATGACGGTGAATCCTGCGGTGTATTTGATGCGGTACTAGGTGTGCTTGGGCGGGACTACGCGGCGCTTAGCATTTTCCCTGAAGGTACGCCGGGTTTCACCCGTGAAGTGTCCGGTTGTAATAACAGTGAAAGCTGGGCGGCATATACCCAGTTAAATTACGATATTACCGATAAACTGTCGTTGTCTTTAGGTGCCCGCTACACCGACGAAGAAAAACAGGCGAAGGTAAATAACGGCACGGTATTATTTAATCTTTACCCTGAATCCGGCTGGATAGAAGGTTTCGAACGACCTGATGATTTAGTTATTCCTCAGGTGCTGGGCAGTGATTCTGACGGCGACGGCGTGCTTGATGCACCGGCAGTAGAAAGCTGGTCTCGGTTTACGCCAAGAGTGGGAGTAGAATACCAGTACACCAGAGATACCATGTTCTTCGCCAGTTATTCTCAGGGCTTTAAGTCTGGTACGTTTAACCCCCGGGCCGAGATTAATGAACCCGGTGTATCACCGGAAGTAGTGGACTCGTTTGAACTGGGTGTGAAAAGTGACGTTACCAGTCAGTTCCGCGTGAATGCCACCGCATTCAGCTACAACCATAAAGATCGTCAGTATATTGGTATTGAAGGTAACTCCGATGATCCTACAGCATTGCTTCAGCGTCTGAGAAACGCCGCTGAAACTGCCGCCAAAGGGGTTGAGCTGGAGATGACCTACGTGGTGAATGAGGCGCTGAAGTTTGATCTTGCTTACGGCTATATCGATTTTGAAATTAAAGAGAATAACGCTACGCCACCGCTAATCGGACTGGCAAGTACACCGGAAAATACCCTGAATGTTGGTGCAAACTATTTGTTGCAAACCAGCATGGGTGATTTCATTTTCAACGCGAACTACTACTACCGTGACGACTATTTGCTGTTTGAAACCAGCGACCTTATTGAGCAGGACGCGTACGGTATGGTTAACCTTGGCGTCAGCTGGGAAAGTATGGAAGGCAACTGGTACGGTGGTTTGCACGTGAAAAACCTGACTGACGAAGAATATCTGGTTGGCGGTTATGACTTCGTCACCCGTAATGAAGATGGCAGTTATGCCCCTGGTTTGGGTAACGATACCACGCTGGTTGGCTACTACGGCGATCCGCGCACGGTACAACTTACCGTTGGCTACCGGTTCTGA	MINAQKPVNRFTRTLSAVAVTAACLSSQTAFAQQNNDESRGKLERIEVTARKTVESLQETPVAITSIGATELTEKGISVLTEIQQFSPNTTMQTSRGTNSTLTAFIRGLGQQDPLWGYEPGVGIYIDDVYMARPQGAVLDLLDVQRIEVLRGPQGTLYGKNTIGGAVKYVTKEMTGEPQFNAEVTLGNYSRRDMKLTGQMPLIEDKVYLGVGYANLNRDGYGEFLISALDGQDTENYNKDLWAARLTLEIHPSDNLFLRFGWDKTEDDSNAKGGYRLLPSLRTDAPQPDSVFDSYTSMPTDNYVELEGFSWLARYNVNENLELKYIGSHRESFSDTNIDFDNTQLDIFDVPAIYDDSNDTHEIQANYTGSAFSLVSGLYYYDGESCGVFDAVLGVLGRDYAALSIFPEGTPGFTREVSGCNNSESWAAYTQLNYDITDKLSLSLGARYTDEEKQAKVNNGTVLFNLYPESGWIEGFERPDDLVIPQVLGSDSDGDGVLDAPAVESWSRFTPRVGVEYQYTRDTMFFASYSQGFKSGTFNPRAEINEPGVSPEVVDSFELGVKSDVTSQFRVNATAFSYNHKDRQYIGIEGNSDDPTALLQRLRNAAETAAKGVELEMTYVVNEALKFDLAYGYIDFEIKENNATPPLIGLASTPENTLNVGANYLLQTSMGDFIFNANYYYRDDYLLFETSDLIEQDAYGMVNLGVSWESMEGNWYGGLHVKNLTDEEYLVGGYDFVTRNEDGSYAPGLGNDTTLVGYYGDPRTVQLTVGYRF	PGPT0003790_13740	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0003790-hutA|fatA|fct|foxR-K02014	NA	NA
AK237_00453	1296			hypothetical protein	ATGATCAGTATGATTGGCCTTACAGGCGGGCTTGCCCTCCTCATTGTGCTTACCATCCGCGGCATGAATTTATTTATTGCTGCTCCGCTTTGCGCCGTTATTGTTGCGCTTACCAGCGGTATTCCTCTTTTTCAGGGCGAAGAGAATTTTGTCACCCTCTACATGGGTGGCTTTTCCGGCTTCATTGCGGCCTGGTTTTTTATGTTTTTGCTGGGGGCTATTTTCGGTAAATTCATGGAAGATACCGGTGCGGCAGACTCCGTGGCCCGCTGGATAGTCGATAAGCTGGGTTTTAAACACGCCGTGTTGGCTGTGGTGCTTGCCTGCGCCATTTTAACTTACGGTGGTGTAAGTCTCTTTGTCGTGGCATTTTCGGTTTACCCCATGGCGCTCAGCCTGTTTAAAGACGCCAATCTGCCCCGCCGTTTTATTCCGGCTACACTGGCGTTCGGCTCTGTCACCTTCACCATGACATCAGCAGGTTCACCTGAAATCCAGAACTGGATCCCGATAAAATATCTGGGTACATCTCCCTTTGCAGCATGGGAAGTCAGCTTGCTGGTTGCTGTCTTTATGGCCTCATTCGGTTACTGGTGGCTGAAGCGCATGATTAGCCGTGCCATCGCTAACGGCGAAAAGTTTGAAAGCCGCACCGGGGATCCAGAAATTGAAGCCAGAGATTACCCCAGTCCGCTGACCGGCATACTGCCCCTGTTTGTCGTACTGGCATTATCCTTTTTACTCCATGATAGCATGGCGCAACTGGCATTAATCGTTGCACTGGCAGGCGGCGTACTGACGCTGATGATCATCAATTTCCGCTACTTTCATAATTTATCCGCCGCCATTAACGATGGCACAACCGGTGCTCTGGTCGCCATTGGCAACACCGCCGCCGTGGTGGGTTTCGGTGCCATCGCCAAACACACAGAGGCTTTTCAGCACACCGTTGAAATTATGACGCATATTCCGGGCAATGAACTGATTGGCGCAGCGATTGCGGTCAGTGTCATTGCCGGACTCACAGGCTCGGCGTCCGGTGGCCAGGCCATTGTTTTACCGCTGGTTGCACCGCATTATATTGACCAGGGCGTACAGCCCGAACAATTGCACCGCATCGTGTCTATTTCATCCGGCGCGCTGGATTCATTGCCGCATAATGGTTACGTTGTTACCACCATCCGTGCTATTTGTCGCGAAACCCACAAAGCCGCATACGGTGCCATGGCCGCACTGACCGTGGTAGTGCCGGTTATTGGCTTAGCTATTGCCATTACGCTGTTCAGTCTGTTTTAA	MISMIGLTGGLALLIVLTIRGMNLFIAAPLCAVIVALTSGIPLFQGEENFVTLYMGGFSGFIAAWFFMFLLGAIFGKFMEDTGAADSVARWIVDKLGFKHAVLAVVLACAILTYGGVSLFVVAFSVYPMALSLFKDANLPRRFIPATLAFGSVTFTMTSAGSPEIQNWIPIKYLGTSPFAAWEVSLLVAVFMASFGYWWLKRMISRAIANGEKFESRTGDPEIEARDYPSPLTGILPLFVVLALSFLLHDSMAQLALIVALAGGVLTLMIINFRYFHNLSAAINDGTTGALVAIGNTAAVVGFGAIAKHTEAFQHTVEIMTHIPGNELIGAAIAVSVIAGLTGSASGGQAIVLPLVAPHYIDQGVQPEQLHRIVSISSGALDSLPHNGYVVTTIRAICRETHKAAYGAMAALTVVVPVIGLAIAITLFSLF				NA	NA	NA	NA	NA
AK237_00454	1239	metXA	COG2021	Homoserine O-acetyltransferase	ATGACTACATTTATGACTAATTTTCGTAGCATACTGGTAAGGTTAATTATCTTATGCGCGGTAGCCGTCCAACCGGCCTGCGCCGCCACACCGCCCAACCAGTCAGGTACAGCCATGTTGATGACAAAAAAGCAGGTTTTCACCACTACTCAGTTTGAAACTTACGGCGGAGAAATTATTCCTGAAGTGAAAGTTGGATGGGAAAGTTATGGCAAACTCAACGACGCCAAAGATAACGTCATACTTATCACGCATTATTTTTCGGGAAACTCTCACGCCGCCGGCCGGTATCACGAAGATGATGCCCAGCCCGGATACTGGGATGCCATTATCGGCCCCGGCAAGGCCATAGACACCAATAAGTTCTTTGTGATCAGTGTGGATTCTCTGGTAAACCTGTCCGCTTACGACCCGAACGTGGTAACCACAGGCCCGGCCACCATTAACCCGAAAACCGGTAAGCCTTATGGTTTGTCGTTCCCGGTGGTGACCATCCGCGATTTTGTAAACGTACAAAAACTCGTACTGGAAAGCCTTGGCATTTCATCTCTGCATGCCGTTGCCGGTCCCTCTATGGGCTCGATGCAGGCACAGGAATGGGCCGCGACTTACCCGGACTGGGTGCCCCGTATGGTTGCCGTGATCCCAGCCGCTCAGGCTGACGCCTGGACCACCGCCGCGCTGGAACAGTGGGCTTTGCCAGTCCGGCTGGATAAACACTGGAATAACGGTGATTATACCCGTGATAATCCGCCAAAAGACGGCCTGGTCGCAGCACTTATGAGCATTACTCTGCAGGCGCTGCATCCGGACTTTTTCAATCAGCAAGGCAAAGCGCTGGGCTATACCCCACAGGAAAAAGACCCGCTTGAGGATATTCATGCCACCCATTCAATCATCAACTGGCTCAGAAGCCGGGCAGAAGAGCGTGCTGATTTAATGGATGCCAACCACCTGCTTTATCTGGTTCGCGCAAATCAATTGTTCGTTGCCGGCTACCGCGGATCCTTGCAAGAGGGGTTGAAGAACGTTAAGGCAAAAACGCTGTATTTACCCGCTGAAACCGATCTTCTGCTTATGCCGTACATGGCGGAAGCTCCCTATAGCATTTTGAAATCACAAGGCAAGAATACGCAACTCAGTTACCTGAAAGGCGCACTGGGGCATCTTGAAGGAGTGGCAGATATCAAACAAACAGAACAACTGCTGCGCCGGTTTTTAAACGACGAAACGGAATGA	MTTFMTNFRSILVRLIILCAVAVQPACAATPPNQSGTAMLMTKKQVFTTTQFETYGGEIIPEVKVGWESYGKLNDAKDNVILITHYFSGNSHAAGRYHEDDAQPGYWDAIIGPGKAIDTNKFFVISVDSLVNLSAYDPNVVTTGPATINPKTGKPYGLSFPVVTIRDFVNVQKLVLESLGISSLHAVAGPSMGSMQAQEWAATYPDWVPRMVAVIPAAQADAWTTAALEQWALPVRLDKHWNNGDYTRDNPPKDGLVAALMSITLQALHPDFFNQQGKALGYTPQEKDPLEDIHATHSIINWLRSRAEERADLMDANHLLYLVRANQLFVAGYRGSLQEGLKNVKAKTLYLPAETDLLLMPYMAEAPYSILKSQGKNTQLSYLKGALGHLEGVADIKQTEQLLRRFLNDETE				NA	NA	NA	NA	NA
AK237_00455	999			hypothetical protein	ATGCACGGATTGAAAAACAACGCTACCGCCGCTCTGCTCTCAGCACTTTTAAGCGCCGGCGCAATGGCACAGGTGCCGGCGCTTAACCTCGATACTGCTCACATCACAGTGTCAGGCTTGTCTTCCGGCGGTTACATGGCCAACCAGTTTCACCTGGCTTACAGTGACTGGATTGACGGAGCGGGCATTCTGGCGGCGGGCCCTTATTACTGCGCCAAAGGTGATATCAGCACAGCGCTGAGTCAGTGTGTTGATAAAACCGAACCAGCCATTGATGTAAATGCACTCACCGGAAAAGTAAAAACGCTGGCGCAGGAAGGAAAACTGGCGCCACTGTCAGCACTACAAAACGATAAGGTCTGGTTATTTCACGGTACCCGCGACGTGCGTGTAGCGAAAGCCGTCAGCGATGCACTTTACGCGCAGTACCAGTCACTCATGCCTGACGCACAAATAACCTATGTAAATAATAAACCTATAGCGCACTTATTCCCGACGAAGGATAGTGGCGGCAACTGCATGCAAGCAGATTCGCCCTACATCGGTCGTTGCGACTATGATGCAGCGGGAGAAATGCTCAATTTTTTACTCGACGGACTGTCCCCCGCCAGTGAAACACTAAGTGGTGATGTTGTTAGCTTCAATCAACATGAATTAGCGGGGGAAAATGCCTCTACCCTGGCAGAAACCGGCTATGCTTATATTCCTGCCAGTTGCCGTGAAGGTGAACAATGCCGGGTGCATGTCAGTTTTCATGGTTGTAATCAGTACGCAGAAGCAGTGGGCAAAGCTTACGTAGAGCAAACCGGCTTGAATAACTGGGCCGACAGTAACAATATGGTGGTGGTGTACCCGCAAACCCGCAAATCGCTTTTCATGCCTTTAAATCCTCAGGGCTGCTGGGACTGGTGGGGTTATACCGGAGAAGATTACGCCACACGCAGCGGAGAGCAGATTAATGCCGTCCGCGATATCGTTCTTGGATTATCATCAAATTAA	MHGLKNNATAALLSALLSAGAMAQVPALNLDTAHITVSGLSSGGYMANQFHLAYSDWIDGAGILAAGPYYCAKGDISTALSQCVDKTEPAIDVNALTGKVKTLAQEGKLAPLSALQNDKVWLFHGTRDVRVAKAVSDALYAQYQSLMPDAQITYVNNKPIAHLFPTKDSGGNCMQADSPYIGRCDYDAAGEMLNFLLDGLSPASETLSGDVVSFNQHELAGENASTLAETGYAYIPASCREGEQCRVHVSFHGCNQYAEAVGKAYVEQTGLNNWADSNNMVVVYPQTRKSLFMPLNPQGCWDWWGYTGEDYATRSGEQINAVRDIVLGLSSN				NA	NA	NA	NA	NA
AK237_00456	765	bdhA		D-beta-hydroxybutyrate dehydrogenase	ATGGCTTTGAATATATTTATCACTGGCGGTGCCAGTGGCATCGGGTATGGCATTGCTGAATCACTGGCAAATGACGGGCATCATTTAATCATTGCAGATATTAATCTTGATGCCGCTGAGTCTGCTGCTCAGCAATTAAAAGATGCCGGTTTCAGCGCGCAGGCCGTTGAAGTTAACGTATGCGATGCTGAGCAGGTCGCAGCCCTTCCCGGCAAACTGGGAGACGTGAAGGTAGATGTACTTATCAACAACGCCGGCATCCAGCATGTGTCTAAAATTGAGGATTTTCCTGCCGAAAAATGGCAACAGCTTATCAATATTATGCTGGTTGGCCCTGCCCTGCTTACACAGGCATTTTTACCCGGTATGCGCGCTGATGATTTTGGCCGCATTATCAATGTAGGCTCAATACACTCGCTGGTTGCATCTCCTTTTAAATCGGCTTACGTCGCAGCAAAGCACGGCTTGCTTGGCTTTGCCAAAACCATTGCGCTTGAAACCGGCGACTGCAATGTCACCATTAATACCATTTGCCCTTCCTACGTAAAAACGCCGCTGGTAGACAAGCAAATTGCTGCCCAGGCTAAGGAAAACGGGATCAGTGAAGAAGAAGTGGTAAATGAAATTATGCTCAAGCCCATGCCTAAGAAAGCGTTTATTTCAATGGACGAACTGGGTGCTACGGCGAAATTTCTCATCAGCGATGGCGCGCGCAATATCACCGGTCAGACCATGGTACTTGATGGCGGCTGGGTGGCGCGCTAA	MALNIFITGGASGIGYGIAESLANDGHHLIIADINLDAAESAAQQLKDAGFSAQAVEVNVCDAEQVAALPGKLGDVKVDVLINNAGIQHVSKIEDFPAEKWQQLINIMLVGPALLTQAFLPGMRADDFGRIINVGSIHSLVASPFKSAYVAAKHGLLGFAKTIALETGDCNVTINTICPSYVKTPLVDKQIAAQAKENGISEEEVVNEIMLKPMPKKAFISMDELGATAKFLISDGARNITGQTMVLDGGWVAR	PGPT0008310_2465	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BIOTIC_STRESS_RESISTANCE-VOLATILES	BIOTIC_STRESS_RESISTANCE-ALCOHOL|KETONE_VOLATILE_METABOLISM,PGPT0008310-bdh-K00019	NA	NA
AK237_00457	876	nadK	COG0061	NAD kinase	ATGACTTATCAAACCGTTGGCCTGATTGGTAAACCTGACCATACCGGCACTCAGGACAGTCTCAAACAAATAGCGACTTGGCTCGATAAGCGTGGTTGCCGCGTACTCATCGAAGAATCCATCATTGATGAGATGGATAATGACAAATACCCTGCCGCCAACTTAGTCACTATCGGAAAAGAAGCCGATCTTGCCGTGGTTATCGGTGGCGACGGCAGTATGCTGGGCGCAGCGCGGGTGCTCTCCCGTTTTGACATTCATGTGGTCGGCGTAAACCGTGGAAACCTGGGCTTTTTAACCGATATCCATCCGGACCAGATTGAAGAGCAACTGGATATTATTTTTTCCGGTGAAACCGTGGTTGAAGAGCGTTTCCTGCTGGAAGTATGTGTGTATCGCCACGAAAAACTGAAAAGCAATAATGCCGCAATGAACGAAGTGGTATTGCACCACGGTAAAGTGGCTCACATGATGGAGTTTGAGATTTATATCGACGGCCAGTTTGTGTTCAGTCAGCGCTCAGACGGACTTATTGTTGCCACACCAACCGGCTCCACGGCTTACTCTTTATCTGCCGGCGGCCCTATCATTGTGCCCCACCTGGATGCATTAACCCTGGTGCCCATGTTCCCCCATACCCTCAGCAGCCGCCCGATTGTGGTGGACTCAAAAAGCACTATTTCTATGCGGGTATCAAAAGTAAACAGCGACAGCCTGCAGGTAAGCTGTGACAGTCATATCGTATTGCCAGTTCTTCCCGGAGATGAGATTCGGGTGCATAAGAGCAAAGATACGCTTCGCTTAGTGCATCCAAAAGGCTACAGTTACTTTAATGTGCTGCGTAATAAATTAAGTTGGGGCAGCAAGCTTTACTAG	MTYQTVGLIGKPDHTGTQDSLKQIATWLDKRGCRVLIEESIIDEMDNDKYPAANLVTIGKEADLAVVIGGDGSMLGAARVLSRFDIHVVGVNRGNLGFLTDIHPDQIEEQLDIIFSGETVVEERFLLEVCVYRHEKLKSNNAAMNEVVLHHGKVAHMMEFEIYIDGQFVFSQRSDGLIVATPTGSTAYSLSAGGPIIVPHLDALTLVPMFPHTLSSRPIVVDSKSTISMRVSKVNSDSLQVSCDSHIVLPVLPGDEIRVHKSKDTLRLVHPKGYSYFNVLRNKLSWGSKLY	PGPT0013490_3821	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	ROOT_COLONIZATION	ROOT_COLONIZATION-VITAMIN_B3|NIACIN_METABOLISM	ROOT_COLONIZATION-VITAMIN_B3|NIACIN_BIOSYNTHESIS,PGPT0013490-ppnK-K00858	NA	NA
AK237_00458	444			hypothetical protein	ATGGCAAAACACAAACCTATCGTAGAAATGGTAACGTATGGCATCCATTCTAAATGGGATGCAGACGACAAAGCCTTACCGAAAGTAAAAACATTTACCCTCGATATCCCTCTGGAACTGGATATCGAATTCGGGTTTATCGTTAATATCAAACGCGCTAAAAACCAAAAAGTTCGATATTGCATTTATCATCCTGATATTCCGGATAAAAATGGCGATCCTATGCCGCCGTTTGATGGCGAAGAATATATCCGCTCCAATGACTGGGACTTTTACTTGGGTGACACCTTATGGGAGCCGCTGGACAGTAAAGTGGGAGACTGGCGCATGACGTTAGAACTTAATGGTGATGTGATTGCAGATAAAACCTTTAACGTTGAGCAGGATTTACCCTACGACGGCGCACAATTCTGGCAAAGGAACAAACCCAAACTCAGACGCTAG	MAKHKPIVEMVTYGIHSKWDADDKALPKVKTFTLDIPLELDIEFGFIVNIKRAKNQKVRYCIYHPDIPDKNGDPMPPFDGEEYIRSNDWDFYLGDTLWEPLDSKVGDWRMTLELNGDVIADKTFNVEQDLPYDGAQFWQRNKPKLRR				NA	NA	NA	NA	NA
AK237_00459	909			hypothetical protein	GTGAACCAGAAAAACAGTATGCAAAGCAACGTGTGGATAAACGCAAGCACGCAACACGCTCACGAAATAATTGACCATGGCGTAACGCCTATCGTTATGCCGTCTGAAGCCGCGGTGGGCGCTGCCATGTTGGACGAACTTTTAAAGACCGCCAACAGTAAGTCAGGCGATATCAATATTGCGCTACTGGGTGGACGAGGTGCACAAGCGTTTCACCGCTTACTTGGAGAGAAAGCCGCCAGTGACGAACTCGACGACATATTATCAAGATTAAACGTATTCACTCAAGATGCGTTAGCGCCTATGAGCATGGGTAACAGCTTAAGCTTTGTCAGAGACTTCGAGCGCATTCTCGGTGATCCGTTCTTTGCCAAAATTAAAAGCTTTACCCCCATGCAAACCGATTTGGATAATATACAGGCCGGACTGGAAGACTACCTTCAAAAATTAGATTCGCTAGGCGGTTTAGACATATTCTTTATTGGACATGGACCTGAAGCCAATGAAGCCTCCCATTTGGCTTACATTAAGCCTTTCTCTGGCGCAAAAGCCTCACACATGGCGGGTCTCATTCCCATCTCCGCCAGCATTCTGGAACATCACATTAGCAAATTTAAAGCGGGAGGCAGCACCATAAGTGCAGAGGATGAAGCAGAATGTCGTGCAGCTGAAATGATTTTAACGCTGGGCCCGGCTGCTATTCTGGACGCAAAAAAACTCGTGCAGTCGGTGGTGGATGCCAGCACCGCGCCGGCCAAAAAAGCCACCTACGCGAAAGTGCTGAATACATCCATCAGCGAAGATGAAACTACCGCTCAGGCACAGCTGGATGAAAATCCCGGGCTGTGGTTCCGCCTACACCCTAACAAAGTGTCTTTTGTTTTACCTGATGTTACAGGCGAGCAATAA	MNQKNSMQSNVWINASTQHAHEIIDHGVTPIVMPSEAAVGAAMLDELLKTANSKSGDINIALLGGRGAQAFHRLLGEKAASDELDDILSRLNVFTQDALAPMSMGNSLSFVRDFERILGDPFFAKIKSFTPMQTDLDNIQAGLEDYLQKLDSLGGLDIFFIGHGPEANEASHLAYIKPFSGAKASHMAGLIPISASILEHHISKFKAGGSTISAEDEAECRAAEMILTLGPAAILDAKKLVQSVVDASTAPAKKATYAKVLNTSISEDETTAQAQLDENPGLWFRLHPNKVSFVLPDVTGEQ				NA	NA	NA	NA	NA
AK237_00460	354			hypothetical protein	ATGTTTAACCCATGGGCCTGGTATCTTCCATTTAGCGGAGATGTAAAAGATATATCACCTGTAACAAGTTGGTTTTGTCCTCAGTACGAATTTAATATTGCGGGTAATCCAAGAGTCGAGAAAAAAGTGATTACTGATGTTGCCAGTTACGGCAGGCAACTGAACAAAATTATGAAAGCTGTGTTGGAACTTGCGGATGGTGAACCCAAAGAGGCGGTGGAAGCCTTGCGTCAACTCTCTGCTGACATTGAAGCCGTTAAACAGCAAACGCTGTGTGAGCAAATAGAAGCCGACTTAGGCCGGCTTAAAAAAGAAAACCGAGATGCTTACAATGCGCTTATTGCTCGCCTGTAA	MFNPWAWYLPFSGDVKDISPVTSWFCPQYEFNIAGNPRVEKKVITDVASYGRQLNKIMKAVLELADGEPKEAVEALRQLSADIEAVKQQTLCEQIEADLGRLKKENRDAYNALIARL				NA	NA	NA	NA	NA
AK237_00461	552	yaeQ	COG4681	putative protein YaeQ	ATGGCACTTAAAGCGACCATTTTCAAAGCTGACATTTCTATTAGCGACATGGATCGGCATTATTACCAGGATCATAATCTTACCATCGCACGTCACCCTTCAGAAAACGATGCACGGATGATGCTCCGAATTATCGCCTTTATCGCAAATGCGCATGAGCGGTTACATTTTACAAAAGGATTATCTGACGATGATGTCCCCGACTTATGGCAAAAAAGTTTAAGCGATGACATAGAGCTTTGGATCGAGTTAGGTCAACCCTCTGAGCAACGTATCAAAAAAGGCTGCAATCAAAGTCAGCAAATGATGATTTATGCATACGCGGACAATAGCTTTGATGTTTGGTGGAAAAAAGAGGCGACAAAACTGCAAATGAGAAAAAATCTGTCTGTTTTTACACTGCCTGAGACGTTTATGGCTACGTTAGCAAAGCTGGTTCAACGCACAATGCAAATTCAGGTCACCATTCAGGACGGTCAGATGTGGCTGACGATTGCTGGCCCCAATACTACAGAAAGTATTGAAATAGCGATAGAAAAGCGGTCTCTCTAG	MALKATIFKADISISDMDRHYYQDHNLTIARHPSENDARMMLRIIAFIANAHERLHFTKGLSDDDVPDLWQKSLSDDIELWIELGQPSEQRIKKGCNQSQQMMIYAYADNSFDVWWKKEATKLQMRKNLSVFTLPETFMATLAKLVQRTMQIQVTIQDGQMWLTIAGPNTTESIEIAIEKRSL				NA	NA	NA	NA	NA
AK237_00462	1707	recN	COG0497	DNA repair protein RecN	ATGAATGCACGCTGCGGTGAACACATGCTGGTTAATCTATCGATCAAAAATTTCGCTGTTGTTAAACAATTATCTGTCAATCTTGAATCAGGCATGACGGCCATTACCGGTGAAACCGGTGCGGGGAAGTCTATTGCAATCGATGCGTTGAGTTTATGTCTGGGTGAACGCGCCGATGCCGGTGCGGTGAGAAAAGAGGCATCTAAAGCAGAAATTGTGGCTCACTTTAACCTTAAAGGGCATAACGCGGCGCTTGCATGGCTGGATGAACAAGAATTACTGGATGACGAGGACGACAGTTGTTTCGTGCGCCGGGTAATTTCTCGCGAAGGTCGCTCTAAAGCTTTTATCAACGGTTCTCCTGTATCATTACAACAGCTTAAACAGTTTGGTCAGTATCTTATTGCCATTCATGGCCAAAATACGCACCTTCAGCTGTTAAAAGACGATTATCAACGAAAATTAGTCGACCAGTACGCGGCCCACCCTCGCCTGCTTCTGTCGGTATCAGACTGTTACCGTACGTGGAAACAAAAGCAATCTGAACTAAAAGCCCTTGAAACCCAGGCACAGCAGCGCGCTGATCGTCAGCAGTTACTCGCTTACCAGGTACAAGAACTGGATGAATTTGCCATTGAAGATGGCGAGTTTACTGAACTTGAAACTGAACACCGCCGTTTGAGCAACGGGCAAACCTTGTTAGAGCAAGCGCAAACCAGTTTTTATAACCTGTATGAAAACGACGAAGGTAACGCCCTTTCAATTATCCAGAATGGGTTAGACCGTCTTTCTGAGCTTGAAGAACATGACAGTGCGCTCACACCCATAATTGCACTGCTTAGTGATGCATCAATTCAGGTAGAAGAAGCCGCAAGAGAATTACGCGGTTATTGTGACGATTTAGAAATCGATCCACTTCGTCTACAGCAAGTAGAGTCTCGCTACAGCAAAGCGATGGAGCTGGCACGTAAACACACTGTAATGCCAGAGGAGTTATTCGCGCATCACCAGGCATTATCAGCAGAATTTGCCAGTCTTGAAGATGATGAAAATCGCTTAGAGGGCTTGCAGCACGAGGTTATCGAAGCAAAAGCGAATTATATGCAAGTATGCAAGGCGCTCTCAGCGTCACGCGAAGTTGCTGCAGGTAAACTCGCCCAAGCGATTGAGGGGCAAATCAGGCAAATGAATATGCCTCATGCGGTTATTAATATTGCCGTTGATTATCAGGAAGACAAAACGCCTGTAGCGTCTGGTCTGGATGATGTGACTTTCCTGGTGTCCACTAACCCCGGTCAGCCAGCGGATAAGCTGGAGAAAGTGGTGTCAGGCGGTGAGCTGTCGCGTATAGGGCTTGCTATTCAGGTACTCACCAGCGATAAACACGCCACACCCACCATGATATTTGACGAAGTAGACACGGGGATAAGTGGGCCCACCGCCGCCATTGTGGGTGGACTATTACGTCGTTTAGGAAAAGTCAGTCAGGTTATGTGTGTTACCCATTTGCCGCAAGTCGCGGCTCAGGCGCACAATCAGTTGTTCGTGACTAAATACAGCGATGGCAATACTACAGAAACACAAATGCTTCCGCTTACCAAACAAGATCGTATCGATGAACTTGCCAGACTGTTAGCTGGTGATAAAGTAACCGAGTCGGCACTTGCTAACGCAAAAGAGCTGCTAGAAAGTGCCGAATCGAACTAA	MNARCGEHMLVNLSIKNFAVVKQLSVNLESGMTAITGETGAGKSIAIDALSLCLGERADAGAVRKEASKAEIVAHFNLKGHNAALAWLDEQELLDDEDDSCFVRRVISREGRSKAFINGSPVSLQQLKQFGQYLIAIHGQNTHLQLLKDDYQRKLVDQYAAHPRLLLSVSDCYRTWKQKQSELKALETQAQQRADRQQLLAYQVQELDEFAIEDGEFTELETEHRRLSNGQTLLEQAQTSFYNLYENDEGNALSIIQNGLDRLSELEEHDSALTPIIALLSDASIQVEEAARELRGYCDDLEIDPLRLQQVESRYSKAMELARKHTVMPEELFAHHQALSAEFASLEDDENRLEGLQHEVIEAKANYMQVCKALSASREVAAGKLAQAIEGQIRQMNMPHAVINIAVDYQEDKTPVASGLDDVTFLVSTNPGQPADKLEKVVSGGELSRIGLAIQVLTSDKHATPTMIFDEVDTGISGPTAAIVGGLLRRLGKVSQVMCVTHLPQVAAQAHNQLFVTKYSDGNTTETQMLPLTKQDRIDELARLLAGDKVTESALANAKELLESAESN				NA	NA	NA	NA	NA
AK237_00463	357	bamE	COG2913	Outer membrane protein assembly factor BamE	ATGAAGTTGTATCAAATCGCTATTTTGTTAACCGCCGTATTATTTTCTACTGCCTGTACAAACTGGATCTACCGGATCGATGTACCACAGGGCAACTTTCTTGACGACCGGGATGTAAAAAAACTGCGCGTTGGCATGACAAAAGAACAAGTGGTGTATGTACTTGGTCACCCTGTTGTTCAGGATTCCTTCGATAAAAGTACCTGGTACTATGTTTACGATATGAAGCGCGGCATGTCTAAGCGCGGTGAAGATTTCCAAAAGCAATTAGTGCTGAACTTCGACGGTAACGTACTGACCACCGTAGAAGGTGACTTTGAGTTGGCCGAAGATTTTAATACCCCGCTCGACGAATAA	MKLYQIAILLTAVLFSTACTNWIYRIDVPQGNFLDDRDVKKLRVGMTKEQVVYVLGHPVVQDSFDKSTWYYVYDMKRGMSKRGEDFQKQLVLNFDGNVLTTVEGDFELAEDFNTPLDE				NA	NA	NA	NA	NA
AK237_00464	681			hypothetical protein	ATGCTAAATCGGAATTGCTCGCTTATCGCCCTATCGCTCCTGTGTGCTGCAAGTTTATCTGGCTGTGTGATAAATGTAGGGGGAAATGGTGATTACCACGATGGCGGAGATGTCAGCAGTATATTAGGCTCAGTTACCATTTACGAAGGACGCCATGCTGGCGACGTATCATCTGTAAATGGCGATGTGACTTTACAGGCCTTTACCGTAGCGGAAGACGTGAGTACGGTAAACGGAAACATTGGTATTGCCGATAGTGCTGCGGTGAATGAGGCGGCGACGGTCAACGGAGACATTACAGCGGGCAAGCATTTCAATGCTTTTGGCGATTTAACAACGGTTAATGGTAACATCACCCTTTCTGAATATAGCCTTATCGAGGGTGAACTTAAAACCGTTAATGGTGACATTACTGTACCGAGTGGCGAAATAAAACACTCGATAACCACGCAAAATGGCAGCATTGCTCTATCCGGCAACACCCATGTTTATGGCGACATTGTATTTGAAGAAACAGACAACGGCTGGATAAAAGACAAGTCTGATCAACCAGTGCTTTCTATCACTGAGGACGTGGTACTAGACGGTAACATCATACTAGAGCGTGCGGTGGTACTCGAGCTTGCAAACCCTGCATTGGAAAGCAAACTCATTCGCCGAAACAACAGCAACCGCAGTTAA	MLNRNCSLIALSLLCAASLSGCVINVGGNGDYHDGGDVSSILGSVTIYEGRHAGDVSSVNGDVTLQAFTVAEDVSTVNGNIGIADSAAVNEAATVNGDITAGKHFNAFGDLTTVNGNITLSEYSLIEGELKTVNGDITVPSGEIKHSITTQNGSIALSGNTHVYGDIVFEETDNGWIKDKSDQPVLSITEDVVLDGNIILERAVVLELANPALESKLIRRNNSNRS				NA	NA	NA	NA	NA
AK237_00465	2256			hypothetical protein	ATGAGAAACCGAATCTTCTTTGTATTGCTGGTAGTACTGCCGTGCTTGTATAACCAGACGTATGCAGAACAGGTCAGAGCCCGGGATATTGGCATTGCACCTGGCGTTTTAAGCCCCGGCAAACTTAACAGCATTACCGATGTAACGGGGGTTAAGGTGGGGCAGGTTACGCTTCATCAGGGTAAAAGTGTTCACACCGGCGTGACTGCCATCATTCCCGCCGAAGGAAATTTACGTCAGCGTAAAGTACCTGCCGCTGTGTATGTGGGAAATGGTTATGGCAAGATGGCAGGAATAAGCCAAATCAAAGAGTTGGGTGAAATAGAAACCCCAATAGTACTGACCAATACGCTGAATGTCGCTGAAGGTGTGGCAGGTGTGGTTGAGTGGACCTTAGCGCAACCGGGAAATGAAAACGTCGCCTCAGTGAATGCGGTTGTGGGAGAAACCAACGATGGATTTCTTAATGACATCCGCCGCAGAACCGTCACCAAAGCTGACGTGACAGAAGCTATCAACACGGCTCACACCGGGACCATCGCTGAAGGCAATAACGGCGCAGGCAGCGGTACTCGTGCTTTCGGATGGAAAGGCGGGATTGGTACAAGTAGTCGTTTACTGCCTGATTCACTGGGCGGATACACGGTAGGTGTGCTGGTGCAAAGTAACTTTGGTGGCATTTTAAATATTGACGGTCTGAAAGCCGGTCAGATGCTCAGTCAGCATTACCTGTACAACGAATTAAATAACGATACCGCTGCTGACGGTTCTATTATGATTGTGGTTGCCACTGACGCACCGCTGGATGACCGTAATCTGGAAAGGCTGGCAAAACGGGCCATGGCCGGTGTTGCACGAACCGGCGCCAGCCTGACGAATGGCTCGGGTGATTATGTTATCGCTTTTTCCAACGCTGACTCACTGCGTCGCGACGAGCAGTCACCAATGCATTCGTCCACTGTAATGGCGAATAGCCAGGTTTCACCTTTATTCGAGGCGGTTATTGAAGCAACGGAAGAGGCCATCTATAACAGCCTGCTTATGGCTGAAGACGTGGAAGGATTTCACGGCACAGCAAAAGCATTGCCGGTAGCTAAAATCCGGTCTCTTCTGGCAGCTTCTCATGGGAGAGGAACATCACCCGACGCACTGAGAGTCGCCACCTTCAATGTGAGTATGGAGTCAACGAACTATGCATCACTTGGCATGCCGCCTGGCGACACAGTACTGCAAAACGTGTTGGCAAAGGGTGATAATCCACAAGTTAAAAACATTGCTGAAATAATTCAGCGTACCGCACCGGATGTTATTCTTTTAAACGAATTTGATTACATCAAAAAGCAAGATGACGGTGCCAGGGCGTTTATCCGCAATTACCTGAATGTCAGTCAGCACGGACAGCCCGCCATCGATTATCCTTATGTGTATGTCGCGCCCGTGAATACTGGTGAGCCAAGCCCATTTGATTTAGACAATGACGGTAAAGCGTCCGGTAAAGGCGGCGATGCCTGGGGATTTGGGTTGTATCCCGGGCAGTATGGTATGGTTGTACTTTCAAAATATCCTATTTTGCATGATCAAGTGCGTAGCTTGCAGCAATTTAAATGGATAGATATGCCTGGTGCGCAAAAACCTGTTGATCCGAAGACAAATACGCCTTGGTACAGCGACGATGAATGGGCCGCATTCCGTTTGAGTTCCAAGTCCCATTGGGATATTCCTCTTGATGTGAACGGCAGTGTGGTGCACATTCTGGCCATGCATCCGACACCACCTAATTTCGATGGCGAAGAAGACCGTAACGGCAAGCGGAACCATGATGAGATTCGCCTTATGGCAGATTACTTATCGCCTGATAAGGGGGACTATATATATGACGATAAGGGGAATGATGCGAGTCTGCCAGCGAATAGTCGTTTCATTTTAGTCGGCGACTTTAACGCCGCTGATGTTGGCGAAAAACATCGTCCTGGCGTAATTGAACAGCTTATCGATAATCAATACGTAAATGGCAGCGTGATGCCTGAAAGTGAAGGCGGACGTGAATACTCCTCTGAGCCTTACAGCCGAAGATTTACCGCACACTGGGGAGCCAGAGCAGATTATGTTTTACCTTCCCGGTTTGGCTTTACGGTTACCGGGAGTGGCGTGTTTTGGCCCGCTAAAACCAGTCCGCTTTACCGGCTCGTGCAAGATCGTGAAGCAAGTTCTGACCACCGCCTGGTTTGGTTGGATGTAAATTTAACGAGTGAATAA	MRNRIFFVLLVVLPCLYNQTYAEQVRARDIGIAPGVLSPGKLNSITDVTGVKVGQVTLHQGKSVHTGVTAIIPAEGNLRQRKVPAAVYVGNGYGKMAGISQIKELGEIETPIVLTNTLNVAEGVAGVVEWTLAQPGNENVASVNAVVGETNDGFLNDIRRRTVTKADVTEAINTAHTGTIAEGNNGAGSGTRAFGWKGGIGTSSRLLPDSLGGYTVGVLVQSNFGGILNIDGLKAGQMLSQHYLYNELNNDTAADGSIMIVVATDAPLDDRNLERLAKRAMAGVARTGASLTNGSGDYVIAFSNADSLRRDEQSPMHSSTVMANSQVSPLFEAVIEATEEAIYNSLLMAEDVEGFHGTAKALPVAKIRSLLAASHGRGTSPDALRVATFNVSMESTNYASLGMPPGDTVLQNVLAKGDNPQVKNIAEIIQRTAPDVILLNEFDYIKKQDDGARAFIRNYLNVSQHGQPAIDYPYVYVAPVNTGEPSPFDLDNDGKASGKGGDAWGFGLYPGQYGMVVLSKYPILHDQVRSLQQFKWIDMPGAQKPVDPKTNTPWYSDDEWAAFRLSSKSHWDIPLDVNGSVVHILAMHPTPPNFDGEEDRNGKRNHDEIRLMADYLSPDKGDYIYDDKGNDASLPANSRFILVGDFNAADVGEKHRPGVIEQLIDNQYVNGSVMPESEGGREYSSEPYSRRFTAHWGARADYVLPSRFGFTVTGSGVFWPAKTSPLYRLVQDREASSDHRLVWLDVNLTSE				NA	NA	NA	NA	NA
AK237_00466	1296			hypothetical protein	GTGGTACCGGACACTAAACACCAACAACTTAAACGCGCTAAACGTATCGCGTTATACTGGCTTGTCGGTGCGGCGTGTGTCTTCGTTTTGGCTACATTGGCAGAATATCGCCACTGGATCTCGCCTTGGCCAACGTGGGCCGGGCTTATAAAAATGGCGTCTGAAGCCGCTCTCGTAGGAGGTCTGGCCGACTGGTTCGCAGTAAGCGCACTATTCAGGCCCATTCCTTCGCGTTTTCCTATTCCGCATACCAATATCATCGCAAATAATAAAGCGGCGGTAGCAGGCAATTTATCCCGCTTTGTTAAAGAGAAATTCTTCAATGAACACGCTATAGCCAAGCTGGTTAACGATGCGCATCCCGCACAAGGCATGGCAAGGTGGCTAAGTCAGCCGCCTAATGCAGACAGGTTGAGTCGCTTTTTGTCGCGTGCTTTGGTAGGCGTAGTTAATACGCTCGATGACCAGCCCATCCAGGACATGATGGTCAATGGAGTGAAACGCGCATTACAAAAGGTTGATTTGTCGCCCATTGCTGCTGGCACGTTGCGGGTGTTAACCAAAGACCATCGCCATCAGGATGTGCTAGATCAGTTACTTTATAAAATAGCAGAACTTGCACATCGTCCCGAAAGCCAGTTATTTATTGCAGAAAAACTGCACGCGTGGCTGAAAGTCGAGTACCGTCGATTAGAAAAAATTCTCCCCACTACCTGGTTGAGCGAACAGGGAGCCGACATCGCGTCTAAAGCCATTGTCAGTATTCTGGCTGATATAGCAGAAGATAGTGAGCATCCGGTACGAAAAAGCTTTGATAGACAACTGGAACAATTTATCGATCGAATGGAAAACGATCCGGCGATGGTGGAGAAGTTAGACAATATTCGAATGCAACTGTTAAATAACGATACGTTGCAGCACTATCTTTTCCAGGTGTGGAGCGATGTAAAACAATGGCTGATTGACGATGTAGCGACTACCGAAGGAAAATTTACTCGCCGTGTTTCTCACGCATTGCAAGAAGTAGGAAAGTCCATTGGAAAGGACAAAGGGTTGTCTGAAGCAATTGATGTTCATATTGCTGAGGCCGCGAAGGCGATGGCGCCCGAACTGGCTGACTTTCTGACTGATCACATCCGTAAAACTATTCTCGCCTGGGATGATAGCCAAATGGCGGAGCAGATTGAGTTGAATATTGGTAAAGATCTGCAAAAAGTGCGCATAAACGGCACGTTAGTCGGCGGACTAATTGGTGCCTGCTTATTTTTAATCGAACATGCTATCAGTCTGTTTTAA	MVPDTKHQQLKRAKRIALYWLVGAACVFVLATLAEYRHWISPWPTWAGLIKMASEAALVGGLADWFAVSALFRPIPSRFPIPHTNIIANNKAAVAGNLSRFVKEKFFNEHAIAKLVNDAHPAQGMARWLSQPPNADRLSRFLSRALVGVVNTLDDQPIQDMMVNGVKRALQKVDLSPIAAGTLRVLTKDHRHQDVLDQLLYKIAELAHRPESQLFIAEKLHAWLKVEYRRLEKILPTTWLSEQGADIASKAIVSILADIAEDSEHPVRKSFDRQLEQFIDRMENDPAMVEKLDNIRMQLLNNDTLQHYLFQVWSDVKQWLIDDVATTEGKFTRRVSHALQEVGKSIGKDKGLSEAIDVHIAEAAKAMAPELADFLTDHIRKTILAWDDSQMAEQIELNIGKDLQKVRINGTLVGGLIGACLFLIEHAISLF				NA	NA	NA	NA	NA
AK237_00467	804	dkgB_1	COG0656	2,5-diketo-D-gluconic acid reductase B	ATGCAATCGATGCCTCAGTTAGGTGTAGGTACGTTTCGGTTAGAAGGAGAGGTAGCAAGAAAAACGGTTTCAGATGCGCTCTCTATCGGTTTTCGTCATATCGATACTGCACAGTTTTATGGCAACGAAGAAGAAATTGGCAACGCCATTCAAACGGCAGGCATTCCCCGTGAAAAATTATTTGTGACGACCAAAGTATGGCACGACCATCTTGATAAGGGGCACTTCATTCCGTCGGTTCATGAGAGCTTAAATAAGCTAAAAATGGCCTATGTCGACTTGTTATTAATCCATTGGCCGTCACCTAACGACCATATTCCCATGGAATCGTATCTGGCGTCTCTGAAGCAGGCAAAAGAGGAAGGTCTGACACGTCACATTGGTGTGTCGAATTTCACGATGGCGCAAATCGATAAGGCGGTGGAGATCCTCGGTGAGGGTGAAATACTCACTAATCAGATAGAACTTCATCCGTTTATGCAAAACCGTCAGGTGGTTGAGCATTGTAAACAGGCGGGTATTTCCACCACTGCCTATATGCCTTTTGCAGTCGGCGAAGTGATGAAAAACGATGAACTGAACGCCATTGCTGACGCCCATGGAGCGAATCCTGCTCAGGTAGTACTGGCGTGGATGGAGGTAAAAGGCATTCATGCCATTCCGTCATCAACCAACAAAGCGCATTTGCAGGCAAACTTTGACTATACCAGCGTGAAACTCACTGACGAAGACATCATCCGTATTGATGAACTTGATAATGGTGAACGTATTGTAAACCCGGATTTTGCGCCTGAGTGGGACTAG	MQSMPQLGVGTFRLEGEVARKTVSDALSIGFRHIDTAQFYGNEEEIGNAIQTAGIPREKLFVTTKVWHDHLDKGHFIPSVHESLNKLKMAYVDLLLIHWPSPNDHIPMESYLASLKQAKEEGLTRHIGVSNFTMAQIDKAVEILGEGEILTNQIELHPFMQNRQVVEHCKQAGISTTAYMPFAVGEVMKNDELNAIADAHGANPAQVVLAWMEVKGIHAIPSSTNKAHLQANFDYTSVKLTDEDIIRIDELDNGERIVNPDFAPEWD	PGPT0001325_765	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_SUGAR_ACID_UTILIZATION	PLANT_DERIVED_GLUCONATE_METABOLISM,PGPT0001325-dkgB-K06222	NA	NA
AK237_00468	783			hypothetical protein	ATGTGTCGCACAGCTACTTTTATCGCTGCTTTATTGCTTTCAGGCCAGGTCCTTGCGGCGAAAGATACCTTTTTTGTTGGGGTAGAAGACGCATTGGGAACACAGGTACACCCTGTGAAGGGAAGCAAATATCAACCTGTGCTTGATGCGGTAATGACCGCATTTGCTATGGAAGAAGGCTTCGAGCTTGAATACGTGCCATTAGAAGGCGCAACTTACGACTCATGGTTTAGCAACAACACCATCGATTTTCGCTTTCCGGATCATCCACGCTGGTCTGCCACAGACGGCACCTTGTTTTACAGTCAGGCTGTGGTGAATATTTGTGAAATCACGCGATTCCTGCCTGAAAACCAATGGATGCGTGTGCCCGACGTGACGGCATTAGGCATCATCGAAAATCAGCCAATTTCCAGTGACTGGCTAGACCAGGAGCAAAAAGGCTACACAAAAATCCTTACCTATTCAGATGTAACACAACTCGTTAAAGCCCTTATTGCCGGCGAAGTAGATGCCATTATTACAGACATTGAACAGCTCGACGACGCAAAGAAAACATTGAAGCTATCGAAAACGAAAATCGTTGCTTCAACACATATTGAAGATAAAAGTGAAAGCTTGCGGGTATCAAGCGAACAATACCCGGCCATGCTTGAAAAACTCGATGACTTCCTGAAGAGTCATCGCGGGCTGATCGCACAAGTCGCCCGCAGACATGGGATAGATAACGGACGCGCTTGTATCCAGAAGCGCGCGGTTCGTCAATCTGAACTTGCAGACTGA	MCRTATFIAALLLSGQVLAAKDTFFVGVEDALGTQVHPVKGSKYQPVLDAVMTAFAMEEGFELEYVPLEGATYDSWFSNNTIDFRFPDHPRWSATDGTLFYSQAVVNICEITRFLPENQWMRVPDVTALGIIENQPISSDWLDQEQKGYTKILTYSDVTQLVKALIAGEVDAIITDIEQLDDAKKTLKLSKTKIVASTHIEDKSESLRVSSEQYPAMLEKLDDFLKSHRGLIAQVARRHGIDNGRACIQKRAVRQSELAD				NA	NA	NA	NA	NA
AK237_00469	882	rluB	COG1187	Ribosomal large subunit pseudouridine synthase B	ATGAGTGAAAAGTTGCAAAAAGTATTGGCCAATCAAGGTCTGGGTTCGCGCCGCGAAATGGAGCGTTGGATTGATGCAGGACGCGTCTCGGTTGATGGCAAGGTGGCTACATTGGGTGATCGTGTCGAGCCCAGTCAACAAATCCGCGTAGACGGGCATTTACTGTCTCGTCAGGTAGAAAAGCCTGTTTGTCGGGTGTTGATGTACAACAAGCCTGAAGGGGAGTTATGCAGTCGACAAGATCCCGAAGGGCGCCCGACTGTGTTTGAGCGACTACCGACCATTCGTGTTGGTCGCTGGATTGCAGTGGGTCGACTGGATATCAACACCAGCGGCTTACTTTTATTCACCAACGACGGCGAGCTGGCAAATCGTTTAATGCATCCCAAATGCGAAGTGGAGCGCGAATACGCAGTTCGTGTATTTGGTGAGGTGTCCGGTAAAACGCTTAATACGTTAACCAAAGGGGTTGAACTGGAAGATGGTCTGGCGAAATTTACTGAAATCAAAGCCCGTTCTAAGCCTGCCGGTGAAGAAGAGAGCATGAACCGCTGGTACAACGTGACGTTGTCTGAAGGCCGTAACCGCGAGGTACGTCGCTTATGGGAATCGCAGGATGTGCAGGTGAGTCGCTTGATGCGTGTGCGCTACGGGCCAATCGAGCTGCAAAAGCGTTTACCGCAGGGCGCATGGGTAGAGCTACCGCTGGATCAGCTCAATGCGCTGCGCAAACTGGTGCAGCTTGACGACGAAACCCAAACCCTGGTTGACGTGCGACAAGGCAAACTCGACCATGCCCGCCTTTCCCGAATGCGCCGCTCGGTGAAAAAACACCGTGCTCGTCAAACCCATCAACGTAATCAGTCTGCAAGTTCAGATTGA	MSEKLQKVLANQGLGSRREMERWIDAGRVSVDGKVATLGDRVEPSQQIRVDGHLLSRQVEKPVCRVLMYNKPEGELCSRQDPEGRPTVFERLPTIRVGRWIAVGRLDINTSGLLLFTNDGELANRLMHPKCEVEREYAVRVFGEVSGKTLNTLTKGVELEDGLAKFTEIKARSKPAGEEESMNRWYNVTLSEGRNREVRRLWESQDVQVSRLMRVRYGPIELQKRLPQGAWVELPLDQLNALRKLVQLDDETQTLVDVRQGKLDHARLSRMRRSVKKHRARQTHQRNQSASSD				NA	NA	NA	NA	NA
AK237_00470	636	scpB		Segregation and condensation protein B	ATGAAGAAGATTAATAAAGTCCAGCTTAAGCAACTGGTCGAGGCCGCATTGTTTGTTGCCGATGCACCAATGTCTAAACTGGCATTGCGAGAGTCTGTACTGGCTGAATTTACGGTCAGTGAAAGGGCGCTGAACGAGGTGCTCAAAGCGCTGGTACTGGACTATCAGCCCAGAGGCATTCAACTGGTTGAAGTGGCCAGCGGATACCGCTTTCAGTCACTGGACAGCTTAAGCCCCTGGCTGAGCCGCATGTGGCAGGAAAGTGCGCCTCGTTATTCCCGGGCAATGCTGGAAACACTGGCGTTAATTGCTTACCGGCAACCCATTACCCGTGGCGAAATTGAAGCGGTACGCGGGGTGGCAGTCAGCAGTAATATTATCCGTACCCTGACAGAAAGAGACTGGATAAAAGTGGTAGGGCACAAAGAAGTGCCGGGCAGACCGTCGTTATATGCCACTACCAGACAGTTTTTAGACTATTTTTCGTTAAAGTCGTTGGCCGATTTACCAAGCTCGGACGTATTCGAAGCTTTGGACGACAACGAGCAGCCGCCTGCGACGGCTACACTGGAGGCACCGTCTAACGACGACCGTGCGATTGAAACCGCTGAACAAAAGCGAGAAGAAAATGAGTGA	MKKINKVQLKQLVEAALFVADAPMSKLALRESVLAEFTVSERALNEVLKALVLDYQPRGIQLVEVASGYRFQSLDSLSPWLSRMWQESAPRYSRAMLETLALIAYRQPITRGEIEAVRGVAVSSNIIRTLTERDWIKVVGHKEVPGRPSLYATTRQFLDYFSLKSLADLPSSDVFEALDDNEQPPATATLEAPSNDDRAIETAEQKREENE				NA	NA	NA	NA	NA
AK237_00471	834	scpA	COG1354	Segregation and condensation protein A	ATGACTGATGAACAAACGCCGGCGGCAGTAAGTACACCTGTTCAGCAACCTTTGCCACTGGCGTTTATCAATGGCGAAGCGGTAATAGAAAAGCCGTCAGATCTGTACATTCCCCCCGACGCACTGGAAGTCATTCTGGAAACCTTTGAAGGCCCGCTGGACCTTCTTTTGTACCTTATTCGCAAACAGAAATTCGATATCGTCACATTGCCGGTTGCGGACATTACCGCGCAGTACATGGAATATGTGGAGGTCATGAAGACCTTAAAGCTGGAGCTGGCTGGTGAATATTTGCTGATGGCAGCGATTCTGGCAGAAATCAAGTCTCGCTTGCTGCTACCCAGACGAAGCGATGACCCCGAAGATGAAGAAGACCCGCGAGCGGAGCTGATCCGCCGGCTAAGAGAGTACGAAGCCGTTAAAGAAGCTGCACAATCGCTGGATGAACAACCTCGTATGGAGCGGGATGTGTTTGCTGTGAAAGCTGATGTTTCCGCCAGTGTACAACCTGTTCGAATCGATCCTGACGTCTCTCTTCAAGAGCTTGTACTGGCATTCAGCCATGCTATGAAGCGGGCTGCCGCGTTTGAACATCATACGATTGAACGGGAAGCGTTAAGCACCCGTGAGCGCATGAGCCAGATTTTGGCTATGGTAAACAGTGAGTCCTACACACCGCTGGATGCGTTATTCACGCCGGAAGAAGGCAGGGCCGGCGTCGTGGTGTCTTTTCTGGCAATACTGGAATTAGTAAAAGAACAACTTTTATTGTGTGTTCAGACAGGACCATTTGCCAGAATTCATGTAAAATTGGGCCGTCATGAAGAAGATTAA	MTDEQTPAAVSTPVQQPLPLAFINGEAVIEKPSDLYIPPDALEVILETFEGPLDLLLYLIRKQKFDIVTLPVADITAQYMEYVEVMKTLKLELAGEYLLMAAILAEIKSRLLLPRRSDDPEDEEDPRAELIRRLREYEAVKEAAQSLDEQPRMERDVFAVKADVSASVQPVRIDPDVSLQELVLAFSHAMKRAAAFEHHTIEREALSTRERMSQILAMVNSESYTPLDALFTPEEGRAGVVVSFLAILELVKEQLLLCVQTGPFARIHVKLGRHEED				NA	NA	NA	NA	NA
AK237_00472	621	yciO	COG0009	putative protein YciO	ATGAGTCAATTTTTCTATATTCATCCGGAAAACCCACAGCAGCGATTATTGAATCAGGCTGTGGAGTTAATCCGGCAGGGCGAAGTGGTGGTGTATCCCACTGATTCCGGCTACGCCATTGGCTGCCAGATGGAAGACAAAAAAGCGCTGGAACGCCTTTGCCAGATCAGGCAAATCGAACAAGATCACAACTTCACTTTGATGTGCCGTGATATGTCCGAATTATCGTTTTATGCCAAAGTGGATAACACCGCTTTCCGGCAAATTAAAAACAACACGCCGGGTCCATACACGTTTATTTTTAAAGCTACCCGTGAGGTACCCCGCCGGTTACAAAACCCGAAGCGGAAGACCATCGGGATCCGTGTACCGGATAACGTGATAGCACTCAAGTTGCTGGAAACCCTTAATGAACCGCTGATGTCCACATCGCTGATCCTGCCGGGTAAACAAATGGCAGAGTCAGATCCTGATGAAATCCGCGACAGGCTGGAAAAACAGGTAGGATTGATTATTCATGGGGGGTATCTTGGTGAAGATCCCACCACCATTGTCGATTTCTCTGAAGGCAATGCGGAAGTGATCAGGGAAGGCAGTGGCGACCCGTCACCGTTCCTGTAA	MSQFFYIHPENPQQRLLNQAVELIRQGEVVVYPTDSGYAIGCQMEDKKALERLCQIRQIEQDHNFTLMCRDMSELSFYAKVDNTAFRQIKNNTPGPYTFIFKATREVPRRLQNPKRKTIGIRVPDNVIALKLLETLNEPLMSTSLILPGKQMAESDPDEIRDRLEKQVGLIIHGGYLGEDPTTIVDFSEGNAEVIREGSGDPSPFL				NA	NA	NA	NA	NA
AK237_00473	873	yciV	COG0613	5'-3' exoribonuclease	GTGTCAACCGTAAATTTGCATAAGACATTGAAAATCGATCTACATAGTCATACAAAATTTTCCGACGGCCATTTAACGCCGGAAGAGCTGGTGCTTCGCGCGCACACCATGCAGGTGGATGTGCTGGCCATTACCGACCATGATACCCTCGCCGGATTACCGCTTGCCCACCAAACTCAGGCAAAGCAAAAGCGTGTGATGACGATCATTAACGGCGTTGAAATCTCCACCGCCTGGCACGGGTTCGATATTCATATCGTCGGCTTAAATGTGGATGTGGAAGATGCATCACTCAACAGTTTTCTGGCTGAGCAAAGTGCAATACGCAAGGAACGTGCGGTTAAAATTGGTGAAAAGCTGCAAAAATGCGGGTTTGACGGTGTGCTTGAAAAAGCGCTGAATATTGCCGGAGTCGGGCAGGTGACCCGTGCACACTTCGCACGCGTATTAGTGAATGAATATGGTGTTGCTACCATGGATGCCGCCTTTAAAAAGTACCTTGGAAAAGGGAAACGGGCCGCCGTTAAGGCTGTATGGCCCGGCATGGAACAAGCCATATCTCATATTCGTGCTGCCGGTGGTCAGGCTGTACTTGCTCATCCCGCCCACTATGACATAACAGCAAAATGGTTGCGCCGTCTGGTCAATGATTTTGCGCATCACGGTGGACAGGCCATCGAAACGGCTTTTCCCGGTATCAATCCTGACAAGCAAAAGCTTATCAACGAGCTTGCCAGCGAGCACAATCTTTTGGCTTCGGCGGGGTCTGATTTTCACTTCCCGTCCAGGTGGACAGAATTGGGGCGTAATTTAGGTATCGCTTCTCACCTCAAGCCAGTCTGGCATGACTGGGCACTGCCCGCCCATCAGTAA	MSTVNLHKTLKIDLHSHTKFSDGHLTPEELVLRAHTMQVDVLAITDHDTLAGLPLAHQTQAKQKRVMTIINGVEISTAWHGFDIHIVGLNVDVEDASLNSFLAEQSAIRKERAVKIGEKLQKCGFDGVLEKALNIAGVGQVTRAHFARVLVNEYGVATMDAAFKKYLGKGKRAAVKAVWPGMEQAISHIRAAGGQAVLAHPAHYDITAKWLRRLVNDFAHHGGQAIETAFPGINPDKQKLINELASEHNLLASAGSDFHFPSRWTELGRNLGIASHLKPVWHDWALPAHQ				NA	NA	NA	NA	NA
AK237_00474	1590	trpE	COG0147	Anthranilate synthase component 1	ATGAGTTTAGCGGAACTGGGCACCCAGCCCGGCAAAGTGGAAACAATCGAACAGTCAGGTACCTACCTGAACGATCCGTTAGCCGCCTTTGCCCACCTTTGTGCCGGAAAATCAAATGCACTGTTGTTAGAATCAGCAGAAATTGACAGCAAGGACGACTTGCAAAGCCTGCTGATGGTAGATGCCGCGATGCGCCTTGTGTGCAAAGGTAATCAGGTTATCTGCACTGCACTGACCCCCAACGGCGAATCGGTATTACCGCTGATTGAAGCGCAGCGCCCGGACAACACCAGTGTTGTCAGAGACGGTGCAACGGTAACGCTCACCTGCCACGCTGCGGATGATGCCCTGGATGAAGACAGCCGGCTGAAAGCGGCCAGCGTATTCGACGCACTGCGGTTACTGGTTCAGAAAATCACGCCAATCCGGCAGCATCCCCACGCCGTCTTTCTGGGTGGTGTATTTGCTTATGATCTGCTGGCCACGTTTGAAAACCTGCCTGATGTACCCGATGGCGAAAATGACTGTCCGGACTATGTATTCTATCTGGCAGAGACCTTACTCACTGTCGATCATCAAACCCGCCAGACCCGTTTAATCGGCAGCGTATTCAGCGGCCCTAACGTGGCACAAAGTTATTTTGATGTGGCACAGCGACTGGAGCGGCTGCAGGCCAGACTCACTGATATACCTGCGAGCACTGCCACTATCCCGCCCGGGGCACAGGATGCTATGGATGTGGATGTCGACAAAGACGATGAAACCTACAAGCAGGATGTTGTCGACTTAAAAGCCAATATCCTTTCCGGTGACATTTTTCAGGTTGTACCATCCCGCACTTTCTCCTTACCTTGTCCCGACCCGTTAACCGCATACGCTCAATTAAAAATCAGTAATCCAAGTCCTTATATGTTTTATATGCAGGATGCAGACTTTACTATATTCGGCGCGTCACCTGAGTCGGCAATCAAATATGAGAAATCATCGAATCAGGTAGAAATTTACCCCATCGCCGGTACACGTCCCAGAGGCAAACGGGCGAATGGTGAAATCGATCCGGATTTGGACAGCCGCATTGAACTGAATTTGCGTGAAGATGACAAAGAGAAAGCCGAACACATTATGTTAGTCGACCTGGCCCGTAACGATGTGGCGAAAGTAAGCCGTCCGGGCACGCGTTTTGTGAAAGACCTGCTGAAGGTAGACCGCTACTCTCACGTGATGCACCTGGTTTCCCGTGTCGTGGGTCAGTTGCGTGACGATCTGGATGCGCTGCATGCTTATCAGGCCTGCATGAACATGGGCACCCTGGTCGGCGCACCGAAAGTCAGTGCGGCCACATTAATCCGCCAGGTTGAAAAGAAACGCCGGGGAAGCTATGGCGGCGCTGTGGGCTACTTAAACGGGAACGGCGATATGGATACCTGTATTGTTATCCGCTCAGCGTTCGTGAAAAACGACCGTGCCTATATTCAGGCAGGCGCCGGTGTGGTTTACGACTCAGATCCTCAGTCTGAAGCCAATGAAACCCGCACCAAAGCGCAGGCTGTCATCAACGCGGTTCGCCGCTCTTTGAAACAGGGAGCCTGA	MSLAELGTQPGKVETIEQSGTYLNDPLAAFAHLCAGKSNALLLESAEIDSKDDLQSLLMVDAAMRLVCKGNQVICTALTPNGESVLPLIEAQRPDNTSVVRDGATVTLTCHAADDALDEDSRLKAASVFDALRLLVQKITPIRQHPHAVFLGGVFAYDLLATFENLPDVPDGENDCPDYVFYLAETLLTVDHQTRQTRLIGSVFSGPNVAQSYFDVAQRLERLQARLTDIPASTATIPPGAQDAMDVDVDKDDETYKQDVVDLKANILSGDIFQVVPSRTFSLPCPDPLTAYAQLKISNPSPYMFYMQDADFTIFGASPESAIKYEKSSNQVEIYPIAGTRPRGKRANGEIDPDLDSRIELNLREDDKEKAEHIMLVDLARNDVAKVSRPGTRFVKDLLKVDRYSHVMHLVSRVVGQLRDDLDALHAYQACMNMGTLVGAPKVSAATLIRQVEKKRRGSYGGAVGYLNGNGDMDTCIVIRSAFVKNDRAYIQAGAGVVYDSDPQSEANETRTKAQAVINAVRRSLKQGA	PGPT0007095_641	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
AK237_00475	615	trpG_1		Anthranilate synthase component 2	ATGAAAGATAAAATCACCGTTTTTCTGCTCGATAATGTAGACTCATTCACCTACAACCTGGTTGACGAGCTCCGGGCACTGGATTTACACATCATTGTGTACCGTAACACGGTAGATGCGGACATGCTGTTCACCCGCATGCAGCAGGAAGCAGAAAAAGCGCCGGTATTGCTGTTATTGTCGCCGGGTCCGGGCGCGCCCCATGAAGCAGGTTGCATGCCCGCACTGATTAAAAAGGTACAGGGTGTTTTTCCGGTATTGGGTATATGCTTAGGTCACCAGGCTATCGTGAGTCATTACGGCGGCGTGGTCGACAGGGCCAGAGAGGTAATGCACGGCAAATCATCGCCCATCAGTCACTCCGGCGAGGCTATGTTTTCAGGTCTGGCTAACCCGCTGCATGTGGCCCGTTATCATTCTCTTGTGGCTACATCATTACCGGCAGGGTTAGAAACCATTGCCAGTTTTGGTGACACCACCATGGCGGTTTATCACCCCGAAGACAAAATGCTTGGTTTCCAGTTTCACCCGGAGTCAATTCTCACCGCAGACGGAAGCCGTTTACTACTGCAAAGTATTCACTATTTAACCGACAAGGAGTTGGAACATGTATGA	MKDKITVFLLDNVDSFTYNLVDELRALDLHIIVYRNTVDADMLFTRMQQEAEKAPVLLLLSPGPGAPHEAGCMPALIKKVQGVFPVLGICLGHQAIVSHYGGVVDRAREVMHGKSSPISHSGEAMFSGLANPLHVARYHSLVATSLPAGLETIASFGDTTMAVYHPEDKMLGFQFHPESILTADGSRLLLQSIHYLTDKELEHV	PGPT0007105_671	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-QSR-AUTOINDUCER_PERCEPTION	CE-QSR-HQQ|PQS_BIOSYNTHESIS,PGPT0007105-trpG|phnB-K01658	NA	NA
AK237_00476	1035	trpGD	COG0512	Bifunctional protein TrpGD	ATGTATGATGCCTCTCCCCTGCTGGACCTGTTATTTGCTAAAGAGCATCTGAGTCAGGCGCAGTCTTTTGCTTTATTTAACAGCATTATGCATGGCGAACAACCTGATCTGATTCTGGCAACCGTGCTTACCGCATTAAAGCTGAACGGCGAATCACCCAATGAAATCGCCGGTGCTGCCAGTGCCATGGTGTCAAACGCGCTGCCTTTCCCCACGCCGGACTATCCGTTTGCGGATATTGTCGGCACCGGCGGTGACGGACATAACACCATTAATATTTCCAGTGCTGCGGGTGTGGTAGCCGCCAGTTGCGGTGTAAAAGTCGCCAAACACGGTAACCGCAGTGTTTCCAGTAAATCCGGCTCTGCTGATATATTCAGACAGTTCGGTATTAATCTGGAAATCAGCCCAGAGACAGCAAGACAATGTCTGGACGATGCGAACTTCTGCTTCCTGTTCGCACCGGTTTATCATTCCGGTATGCGTCACGCTGCGCCCATCCGCGCGGCACTGAAAACCCGCACCATTTTCAATATTCTGGGGCCGCTGGCAAACCCTGCCGGCCCTACCCATGGTTTATTCGGTGTGTATTCTCCGGAGCTGCTTGAGCCTTATGCCCGCACGTTGATGCTGCTCGGTCAGCACCGTGCCATGATTGTTCATGGTGACGGACTGGACGAACTGGCTCTGCACGGCGAATCCCACATCATCGACTTAGAACATGGTGATTTACGTACTCTGACCGTGACGCCTTCAGACTTCGGTTTACCTTCTTACCCTCTTGAGGCCATAGCCGGCGGTGAACCCGATGAAAACCGCAAAATGGTGGAAGCCGCTCTGGCCGGCGAAGGTCAGGAAGCACACCGGGCCGCCATCGCAATGAATTGCGGCGCGCTGTTGAAACTTACCGACACCGTGACCACATTCAAAGACGGCGCGGAAATGGCCATGGAAGCCATGAAACAGGGCAAACCGTTAACCACGCTTAACGCCGTGGCAAAAATCAGTCATCAGGAGAGCAGTAACGATGAGTAA	MYDASPLLDLLFAKEHLSQAQSFALFNSIMHGEQPDLILATVLTALKLNGESPNEIAGAASAMVSNALPFPTPDYPFADIVGTGGDGHNTINISSAAGVVAASCGVKVAKHGNRSVSSKSGSADIFRQFGINLEISPETARQCLDDANFCFLFAPVYHSGMRHAAPIRAALKTRTIFNILGPLANPAGPTHGLFGVYSPELLEPYARTLMLLGQHRAMIVHGDGLDELALHGESHIIDLEHGDLRTLTVTPSDFGLPSYPLEAIAGGEPDENRKMVEAALAGEGQEAHRAAIAMNCGALLKLTDTVTTFKDGAEMAMEAMKQGKPLTTLNAVAKISHQESSNDE	PGPT0007090_2051	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
AK237_00477	1398	trpC	COG0134	Tryptophan biosynthesis protein TrpCF	ATGAGTAATGTGTTAGAACGCATCGTCGCCGATAAACGTGTGGAGTTAGAAGCACGCATGGCAGCAATGCCGTTAGCCACGTTTAAAGATTCACTGACACCTTCAAATAAAAGCTTGTTCGATGCGTTGAGTCAGCCGGACGCCGGTTTTATTTTTGAATGTAAAAAGGCATCGCCGTCAAAAGGTCTCATCCGCCCTGTGTTCGACCTCGACGAAATTCTTGCCGCTTATAAACCTTACGCAGCAGGTATTTCCGTGTTGACTGATGAAAAGTATTTTCAGGGCAGCTATGACTATCTGGCTTATGTGACTGAGCGGGTGTCACAACCGGTTCTGAACAAAGATTTCTTTGTGAACGAGTATCAGGTTTATCTGGCCCGTCATTATAACGCTGATGCTATTTTGCTGATGCTGAGTGTGCTGGACGACGACACTTACCGCACTCTTGCCAGCCTGGCTGACAGCCTGGCGCTGGATATTCTTACCGAAGTCAGTAACGAAGAAGAAATGCACCGCGCCATCGCGCTGGAAGCGAAAATCATCGGCATTAATAACCGTGATCTGCGGGATTTGTCCACCGACCTCGCCACCAGCGAAAAACTGATCCCTATGCTGGACAAGGCAACTCATGATTTCGTTGTGATTTCTGAGTCCGGCATTTACACCCACCAGGATGTACGCCGCTTAGCGCCGCTATGCCAGGGCTTCCTGGTCGGCAGTGCACTGATGGCTCAAAAAGATTTACCCGAAGCGGTGCGTGCCCTCATTTACGGCGACATCAAAGTATGTGGCCTGTCCCGTGCAGAAGACGCTAAAGCTACGTTTGACGGCGGCGCCAACTATGGCGGCCTTATCTTCGCAGAAAAGTCCAAACGTTGTGTAACGCAGGAGCAGGCGCGCACGATTACTGAGACAGTGCCGGGCCGTTATGTGGGCGTATTTGTCGACCAGCCTGTGGATGACATTGTCAGCGCCGCGCGTTCACTTAACCTGTTTGCCGTTCAGTTACACGGCAGCGAAGATGCGGCTTTCCGCCAGACATTGCGGGCGGCATTGCCTGCTGAATGCCAGATTTGGCAGGCGGTTGGCATATCCGGCGACTTACCGCCGCACCTCAGCGATTTGCTGTGCGAAAGCGTAACAGACCGCGTACTGCTGGATTGTCAGGTAGGTACGGAAAAAGGCGGAACGGGACAGTCATTCGACTGGTCACTGCTGGATGATGTGACAGACAAGAAAAAACTCATCGTTGCCGGCGGCATTCATGCCGGTAACCTGGTCGCTGCGCTCGGAACCGGCGCGGGCACCATAGACGTAAATTCCGGAGTAGAAGATGCTCCGGCACAAAAATCTGCTGAAAAGCTGGCGGCGCTGTTTGCAACAGCACGACGCTATTAA	MSNVLERIVADKRVELEARMAAMPLATFKDSLTPSNKSLFDALSQPDAGFIFECKKASPSKGLIRPVFDLDEILAAYKPYAAGISVLTDEKYFQGSYDYLAYVTERVSQPVLNKDFFVNEYQVYLARHYNADAILLMLSVLDDDTYRTLASLADSLALDILTEVSNEEEMHRAIALEAKIIGINNRDLRDLSTDLATSEKLIPMLDKATHDFVVISESGIYTHQDVRRLAPLCQGFLVGSALMAQKDLPEAVRALIYGDIKVCGLSRAEDAKATFDGGANYGGLIFAEKSKRCVTQEQARTITETVPGRYVGVFVDQPVDDIVSAARSLNLFAVQLHGSEDAAFRQTLRAALPAECQIWQAVGISGDLPPHLSDLLCESVTDRVLLDCQVGTEKGGTGQSFDWSLLDDVTDKKKLIVAGGIHAGNLVAALGTGAGTIDVNSGVEDAPAQKSAEKLAALFATARRY	PGPT0007085_286	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_SIGNAL-BRANCHING_STIMULATION	PLANT_BRANCHING-AUXIN|IAA_METABOLISM	PLANT_BRANCHING-IAA_RELATED_TRYPTOPHAN_METABOLISM,PGPT0007085-trpCF-K13498	NA	NA
AK237_00478	1194	trpB	COG0133	Tryptophan synthase beta chain	ATGAACCAACTTGATTCAAAATTCGGGGATTTCGGGGGCATGTACGTGCCCGAGTTGCTTATTCCCGCGCTAGACCAACTCGAGAAAGAATTTATTGATGCCAAAGAAGATCCGGCATTTCAGGAAGAGTTTTCGGCACTGCTAAAAGATTATGCAGGTCGTCCTACGGCGATGACCCTGACGCGCAATCTGGTAACAAACCCCAAGGTTAAGCTGTATCTGAAGCGTGAAGATTTACTGCATGGCGGTGCGCACAAAACCAACCAGGTACTGGGCCAGGCACTGCTGACTAAGCGTATGGGCAAAACCGAAGTCATTGCCGAAACCGGTGCCGGTCAGCACGGTACGGCGACGGCACTTGCCTGTGCACTGCTGGGTCTGAAATGCCGCATTTACATGGGTGCGAAAGATGTTGAGCGTCAGGCACCGAACGTGTTCCGTATGCGTTTAATGGGTGCAGAAGTCATTCCTGTGAATGCTGGTTCAGGCACGCTGAAAGATGCGGTTAACGAAGCACTCCGTGACTGGTCTGCCAATTACGATAAGGCGCACTATCTGCTGGGCACAGCGGCGGGTCCTCACCCGTTCCCGCATATCGTACGTGAATTCCACCGCATGATTGGTGAAGAAACCCGTGCGCAGATCATGGAAAAAGAAGGCAGATTACCGGATGCCGTGGTCGCCTGTGTTGGCGGCGGCTCGAATGCTATCGGCATGTTTGCTGACTTCATCGACGAACCTTCTGTGAAGCTAATCGGTGTAGAGCCTGCTGGTAAAGGTCTGCACACCAAAGAACACGGTGCCACCATTTGTACCGGTTCGAAAGGCATTCTGCACGGTGCATACACGTATATTATGCAGGACAAGCAAGGCCAGATTGAAGAGAGCTACTCTGTGTCTGCCGGTCTGGACTACCCTGCTGTTGGTCCTCAGCATGCCTATCTTGCGGATACCGGCCGCGCTGAATATGTTGCAGTTACTGACGAAGAAGCGCTGAATGCCTTCCAGTTGTTAGCCCGCAAAGAAGGTATCATTCCGGCGCTTGAGTCTTCCCACGCGCTGGCCCATGCGCTCAACATGGCAGACGAAGCAGAAGAAGAAACCATTATCGTGGTGAATTTATCGGGTCGCGGCGACAAAGACCTTGGACACGTGATCAAGATTCTGGGAGAAGATTTTTATGGATCGCTATAG	MNQLDSKFGDFGGMYVPELLIPALDQLEKEFIDAKEDPAFQEEFSALLKDYAGRPTAMTLTRNLVTNPKVKLYLKREDLLHGGAHKTNQVLGQALLTKRMGKTEVIAETGAGQHGTATALACALLGLKCRIYMGAKDVERQAPNVFRMRLMGAEVIPVNAGSGTLKDAVNEALRDWSANYDKAHYLLGTAAGPHPFPHIVREFHRMIGEETRAQIMEKEGRLPDAVVACVGGGSNAIGMFADFIDEPSVKLIGVEPAGKGLHTKEHGATICTGSKGILHGAYTYIMQDKQGQIEESYSVSAGLDYPAVGPQHAYLADTGRAEYVAVTDEEALNAFQLLARKEGIIPALESSHALAHALNMADEAEEETIIVVNLSGRGDKDLGHVIKILGEDFYGSL	PGPT0007075_3709	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
AK237_00479	807	trpA	COG0159	Tryptophan synthase alpha chain	ATGGATCGCTATAGTGATATGTTTGGCCGGCTGAACGCCGGTAATCGCGGTGCGTTTGTGCCTTTCGTCATGATTGGCGATCCGGATATCGACACGTCTGAAAAAATTATCTGTCAGTTGATTGAAAGCGGCGCAGACGCTCTTGAACTGGGTATTCCCTACTCAGATCCCATTGCTGATGGCCCGACAATTCAGGCTGCAAGTATTCGTGCTCTAGGCAACGGCGTCACACCGGATGCCTGCTTTGAGATGCTGTCCCGCGTCAGAGCAAAATACCCCGATGTGCCTATGGGCTTATTGTTATACAGCAACCTGGTGATGGCCAAAGGGATCAAAGCTTTTTATCAGCAGGCACACGATGCTGGCGTTGATTCAATTCTGGTAGCGGATGTGCCGCTTCGCGAAGCAAAACCCTTTATATCTGTAGCAAATGAAACCGGCGTTGCCCAAATTCTTATCGCGCCGCCTAATGCAACAGAAGAAACGCTATCGCAGATTGGTGAACACTCACGCGGCTACACTTACTTATTAGGCCGTGCTGGTGTAACCGGCGTGGAAACCGCTGCAGATATCCCGGCAGAGTCATTAATTGCCAAATTATCGGATTATGCATGTGCACCGCCAATTCTTGGCTTTGGTATTTCAACACCGGAGCAGGTGTCCACTGCCATTAAGGCAGGCGCTGCTGGCGCAATCAGTGGTTCAGCCACCGTTAACATCATCGCCAAACATTTAGATGATGTGCCGGCCATGCTTAGCGCACTCGATGCCTTTGTTACCAGCATGAAAGCCGCTACGGAAAAATAA	MDRYSDMFGRLNAGNRGAFVPFVMIGDPDIDTSEKIICQLIESGADALELGIPYSDPIADGPTIQAASIRALGNGVTPDACFEMLSRVRAKYPDVPMGLLLYSNLVMAKGIKAFYQQAHDAGVDSILVADVPLREAKPFISVANETGVAQILIAPPNATEETLSQIGEHSRGYTYLLGRAGVTGVETAADIPAESLIAKLSDYACAPPILGFGISTPEQVSTAIKAGAAGAISGSATVNIIAKHLDDVPAMLSALDAFVTSMKAATEK	PGPT0007070_2240	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
AK237_00480	300	yciI	COG2350	Protein YciI	ATGTTCTATATGATTTGTGCAACCGACGTGGAAAACAGTCTGGAAAAGCGCCTGGCCGCACGCCCTGCTCACCTGGCACGTCTGAATGCGTTAAAAGACGAAGGCCGCTTGCTGATTGCCGGCCCCTTCCCTGCTATCGACAGTGACGATCCCGGCCCGGCCGGATTCACCGGTTCTCTGGTTGTCGCTGAATTTGACTCTCTGGAAACCGCGAAAGCCTGGGCTGAAGCCGACCCGTATGTGGAAGCCGGCGTCTATGACAACGTGGTAGTTAAACCCTACAAGAAAGTATTGCCGTAA	MFYMICATDVENSLEKRLAARPAHLARLNALKDEGRLLIAGPFPAIDSDDPGPAGFTGSLVVAEFDSLETAKAWAEADPYVEAGVYDNVVVKPYKKVLP				NA	NA	NA	NA	NA
AK237_00481	468			hypothetical protein	ATGACATCTGATGATATTCGTACCCGCATGTGGAAAGCGTTGTCGGACAGCCCTAATGTAATGTTGAGCCTTGAAGCCAGCCGGGATCACGCTGAGCCCATGCACGCCATTCTTGACGAAAAAGCTAACAGCGAGTTCTGGTTTTATACAACTAAAACTAACCGTGCAGCGTCCGGAGGACCGGCTATGGCGCAGTTTTCCAGTAAGGGGCATGATGTGTTTGCCTGCATCCGGGGTACGCTGGTGGAAGAGACGCGCAAGGAAATTATTGATAAATACTGGTCAAATCCGGTATCTGCATGGTTTGAAGGTGGAAAAGATGACCCCGGCCTGAAGATGATGCGGTTTGAATTAAAGGATGCTGAGATCTGGCTTGCAGAGCCCGGATTTAAAGGCGTATTTAAGTTACTTACCGGAAAGAAAGTCGATCCGGAGGAAATGGGCGAACACGAGAGAGTAAACCTATAA	MTSDDIRTRMWKALSDSPNVMLSLEASRDHAEPMHAILDEKANSEFWFYTTKTNRAASGGPAMAQFSSKGHDVFACIRGTLVEETRKEIIDKYWSNPVSAWFEGGKDDPGLKMMRFELKDAEIWLAEPGFKGVFKLLTGKKVDPEEMGEHERVNL				NA	NA	NA	NA	NA
AK237_00482	3132			hypothetical protein	ATGTTGTTTAGATTTGATTGCTTTAAGAAATCACTTGTTAACAGAAGTCTGATTATCGCACTAACCACTACGCCTGCAGCTGCATTAGCCCAGCAAGACAATACGCAATCAGAAAGCGATGATACGGAAGTGATAGAAGTACGTGGTTTACGTAATTCTATTGTCCAATCTATCAATAATAAGCGCTATGCAGGCAGTGTCGTCGATTCTATTTCCTCTGTAGACATTGGTAAGTTGCCAGACACAACTATTGCGGACTCGTTGCAGAGGATAACAGGCGTACAAATTACCCGCTCTGGTGGTGAAGGCACCCAGGTGAATATCCGCGGTAATGGCAATATCACCACACTTTTGAACGGCGAGCAGATGCTACCTGCGGGATCGATCACCACGGTAGGTGCTGATTTTGCGGATATTCCATCAACAATGGTGTCTGGTATGGATGTCAGAAAATCTTCTGAAGCCAAACATGGCGTAGCAGGCCTTGGAGGGACGATAAACTTGCGTACGAACCGCCCTTTTATGCTTGAAGATGGATACACTGCACTGGCCAAAGGCGAATACACCCGTGGATCGCTGGGTGATCACAATGACGGTCTTGCTTCAGCATTTTTGGGGTATAACAACAACAGTAAATTCGGATATACCTTAAACGTCTCCAAATCGTCAAATTATCTCGCAAACTATAGCACTGGGGCGCAGGGAGCGGAGTCAGGATATGGCGGCTGGTCATTTAACGCGGCCGAAGCATCAAACTTTGTTCAAAATGATGTGGATGTAAATGGGGATGGAGACAGTAATGATGTTTACTATGCCTTTCAGGGACATGAGGCAATCAATCAGTTTATCGACCGTGACCGGACAGGTATTAACGGTTCTCTGCAATACCTGCTCACTGACAGCATCCATATTACCGGGGACGTGTTTTACACCAGGTTAAAAGAACATCAATATTACGCCGGATTTGTCGCCAGCCAGGGGTGGCAGGGCCAAACCGGCTGGTTCACGCCAGATGATGATGGCGCTACAGCGTACGATAACATTGTCAGGGAGGGTGACGAATTTACTACGTTAGCTGGCAATTTTTATACATTTCAGGCGGGCGAACTGCAGGCAAGAACGGTAAAACTGGTTAATCAAACCCGCGCTATCGATAAAGAAGCGTTGAATACGAATCTACAGATTGATTTTGACAACGGCGGCGCATTTACCGGCTCATTGCGCTGGCTTCATGGCACGGCTGAAAACGATTTGGCAATAAGTGCAATAGATGCAAACCTCCTTACAGGTCTGCAAACCGGAGCATACTATTATGGCGAAGGTGGCGTGCCTGTCGGTGCATCCAACCCGCTTGGGTATGAAGGGGTTCCTGCAACGTTACCTGACGGCACGGCAGTTGACGGCGCTTACACGCAGGTGCCCATTCACATTGCCTACCGTGGGGACACACAGTATTGGAATTTGCCCGATCTGCAGATAACCGAACCTGACGGTACGGTGACCACCGAGCGCTTAGGCAGTAATATCGACCGTTATATGCTTCGCTCTACCAACCTCTACGGCACCTACCAGGAAGCCGATATGGATGTATTCAGAGCAGACGTTAACTGGGCCAACTACTCAGATGTATTAACCGATGTCGTGTCTTTAGATGTTGGTGTGAGATACGGGAAACGCGAAGTCACCAAACAAGGCTGGATTGGTGGGGTAATTCGCACCGATGCCAATGGCGACCAGTTTCTTTCCCGATGGAAAGACACCGCCAGCCAAGCTCCCGCCACCGGCGAATCGTTCATCGATATCATTTCCTACCGTGAGCTTGACGAACAGGGAATGATTACACAGATCAGTGATTTTCATGGTGCTGAAGGCATAGGGGCGATGTATTTTGTCGACCCCGAAGCAATGAATGATCCTATCCGTTGGCACGAAGATATGTATGGTCCCCATGTACTGGTGAATGATGCCGCCAATGTTTATAACGTCGAAGAGACGACACAAACCGCTTATGTTCAAGCTAATTTGGCGGGCGATATCGGTAGCTTTACTTACTCTGGAAACATCGGTTTTCGCTACATCAAAACCGAGTTCGACATCTTGCAAAGCGAACAACTCATCGGCAGTACGGCAACAGTAGATGGCGTTGATTATCAAATCAGCAGCGCGCTTGGCATACTGCAGCCTGATGGAAACCAATTAACAACCACTAATGACTACAGCGATTTTCTTCCTGCGATAAACCTTTCATTAAATATCGATGATGAGCAAAAAGTCAGAGTGGCATTTACGAAGACAGTGTCCACTCACAATACGGATATGCTTGCCGGCGGACTCACTGTTAACCGGATATTATCCTGTAATGTGCAAACCGACGATGGGCAAAATGTGTTTTGCGCGACAAGCGGTAGTCAAGCAGGTAATCCAACGCTGCAACCTAACAGAAATACAAACGCTGAGATTTCTTATGAATGGTATTTCAGCCCCACCGGCATGCTGAATGTAGGCTTTTTCTGGGTACAGCAAAATACTGCTTTTAGAACCGAACTCGTAGAACGGGATGACATTGTCGATACCGATGGTGTGGTAAGAGGCTTTGATGTGACGTCTCAGGAGTTCACCGGTACTGTACCAATATCAACCACCGTAACCATCCAGGAACCCAGTTATACGAGGGGTGTCGAGGTAGGATACCAACAAGGATTCGATTTTTTACCCGGGTTCTGGAGCGGGTTTGGCGTCACAGCAAACTACACCTACTCTCCCAGCTCAGGCACCGATCTGGACTACTATGGCGACTCACTTCCTGCAACAGGAAGTTCTGAGCATCAATCAAACCTGGCTCTGTGGTATGAAAAAGATGGTCTGCAGGTTCGTATTGCACATAACTATCGTAGCGAAATGCTGGTGAACGTAAAGCGTGAAGGGGCCTACACGTTCGCCTACTTCCAGCAACCTACCAGCTATTTAGATGCATCTGTCAGTTACGACATCAACGAAATGTTTACTGTGTCGCTGCAGGGCACCAATCTCACAGAAGAAACGCAGGAACGATACCATCAGTGGGAAAGCAATGTCGACAAGCGCTTCTTTAATGAGCGACGACTAACGGCAGGCTTACAGGTTAATTTTTAA	MLFRFDCFKKSLVNRSLIIALTTTPAAALAQQDNTQSESDDTEVIEVRGLRNSIVQSINNKRYAGSVVDSISSVDIGKLPDTTIADSLQRITGVQITRSGGEGTQVNIRGNGNITTLLNGEQMLPAGSITTVGADFADIPSTMVSGMDVRKSSEAKHGVAGLGGTINLRTNRPFMLEDGYTALAKGEYTRGSLGDHNDGLASAFLGYNNNSKFGYTLNVSKSSNYLANYSTGAQGAESGYGGWSFNAAEASNFVQNDVDVNGDGDSNDVYYAFQGHEAINQFIDRDRTGINGSLQYLLTDSIHITGDVFYTRLKEHQYYAGFVASQGWQGQTGWFTPDDDGATAYDNIVREGDEFTTLAGNFYTFQAGELQARTVKLVNQTRAIDKEALNTNLQIDFDNGGAFTGSLRWLHGTAENDLAISAIDANLLTGLQTGAYYYGEGGVPVGASNPLGYEGVPATLPDGTAVDGAYTQVPIHIAYRGDTQYWNLPDLQITEPDGTVTTERLGSNIDRYMLRSTNLYGTYQEADMDVFRADVNWANYSDVLTDVVSLDVGVRYGKREVTKQGWIGGVIRTDANGDQFLSRWKDTASQAPATGESFIDIISYRELDEQGMITQISDFHGAEGIGAMYFVDPEAMNDPIRWHEDMYGPHVLVNDAANVYNVEETTQTAYVQANLAGDIGSFTYSGNIGFRYIKTEFDILQSEQLIGSTATVDGVDYQISSALGILQPDGNQLTTTNDYSDFLPAINLSLNIDDEQKVRVAFTKTVSTHNTDMLAGGLTVNRILSCNVQTDDGQNVFCATSGSQAGNPTLQPNRNTNAEISYEWYFSPTGMLNVGFFWVQQNTAFRTELVERDDIVDTDGVVRGFDVTSQEFTGTVPISTTVTIQEPSYTRGVEVGYQQGFDFLPGFWSGFGVTANYTYSPSSGTDLDYYGDSLPATGSSEHQSNLALWYEKDGLQVRIAHNYRSEMLVNVKREGAYTFAYFQQPTSYLDASVSYDINEMFTVSLQGTNLTEETQERYHQWESNVDKRFFNERRLTAGLQVNF	PGPT0003790_367	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0003790-hutA|fatA|fct|foxR-K02014	NA	NA
AK237_00483	288			hypothetical protein	ATGAAACCGATCAATAAACTTGTCGTCATCATGTTTCTGGCAGCTAACGTGCTATGTCAGCACGCCTTTGCGCGCCAGGACAATAATGACTCACGTCGGCCCATCGACCGCACGCAAGCTGCCGCCAAAGCGCAGCAGCAAGAAAAAGGCAGAGTGCTGAGAGTTGATCAAACTGGTAGCAAGTATCGGGTGAAGGTATTAAAGAAAAATGGCCGGGTGGTGTCAGTCGATGTGGACAAAAATACCGGCCAGGTACACCCTTCCAAAGACAAGGATAACAAGCATTAA	MKPINKLVVIMFLAANVLCQHAFARQDNNDSRRPIDRTQAAAKAQQQEKGRVLRVDQTGSKYRVKVLKKNGRVVSVDVDKNTGQVHPSKDKDNKH				NA	NA	NA	NA	NA
AK237_00484	675	phoP		Transcriptional regulatory protein PhoP	ATGCGAATTTTAATTGCTGAAGACGACAGTCGATTATTGACCCAACTTGACGGGTTACTTCAACAAAACGGATACAGTGTCGATTTGGCCGATAATGGCGAGAATGCGCTGTATCAATTGCAAGAATACAGTTATGACGTTGCCATTATCGATATCGGCTTGCCGGTAATAGACGGTTTCGACGTCATCCGAAAAGCCCGCCAAAAAGATATTCGCACGCCTATTCTTATCCTTACCGCGAGAGATCGCTGGCAAGAAAAAGTCGAAGGACTTGACGCTGGCGCAGACGACTACCTTACCAAGCCGTTTCACAATGAGGAGCTACTTGCTCGTGTGAAAGCACTAATACGGCGCGCGTCGGGACAAGCTAACCCCGCCATTCAGTTTGGTCCAATTTGCTTAGACACAGTGGCAGAGGAAATTACACTTCACGATCAGCGGCTTGATTTAACGGCCTACGAATATAAAGTGATGGAATACTTAATGCTCAACCCGCAAAAAATTGTGTCAAAAACCGAACTCACTGAGCATATCTACGATCAGGATTTCGATCTGGACAGCAATGTAATAGAAGTGTTCGTTGGAAGGTTGCGTAAGAAGCTCGACCCTGAAGGCAATATTAAGCCCATTGAAACATTACGCGGTCGCGGCTATCGCTTAAACCGCGATTTATGA	MRILIAEDDSRLLTQLDGLLQQNGYSVDLADNGENALYQLQEYSYDVAIIDIGLPVIDGFDVIRKARQKDIRTPILILTARDRWQEKVEGLDAGADDYLTKPFHNEELLARVKALIRRASGQANPAIQFGPICLDTVAEEITLHDQRLDLTAYEYKVMEYLMLNPQKIVSKTELTEHIYDQDFDLDSNVIEVFVGRLRKKLDPEGNIKPIETLRGRGYRLNRDL	PGPT0011060_444	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-REMODELLINGLPS|LIPID|IVA_METABOLISM	CE-REMODELLING_LPS|LIPID|IVA_REGULATION,PGPT0011060-phoP-K07660	NA	NA
AK237_00485	1326	sasA_1		Adaptive-response sensory-kinase SasA	ATGACCAACCTGTCGCTACGCTTACGCAGTGTTTTGCTTACGGTGCTGGCACTGGCGATTTTTATTCCTGTCACCGTACTGACCCTTGATAAAGCGTATACAGAAAGCTTAACGCAAGCGAAGCATAACGAGCTCAAACTGATGAATTTGGCGTTGGTGTCTGCCTTTGAACTGGACGATGACATTCCTTATATGCCAGAGCTACTGTACGAAGAACAGTTGAATATTCCCGATTCAGGTTATATTGGCCTGATAGTCTTTCGAGGAAAAATTGTCTGGAAATCAGCATCGTCACTGCACAACGACATTATCTCTCCCCTCCCTTCCCCCGCTGTGGGCGATGAGCATTTTGTTATTGACGACAGTGGCGCCATCGATAATATCAACAGCTATTTCAGTTACGCCTTTACCGCTGAATTTGCTTCACAGAACGGGTTCGAACCCGTGCATTTTTATATTATAAATAACCGCCAGGAATTTAATTTAGAGCGGGAAGCGTTTGTCGATACGTTGTGGCAATGGATGTTGTTATTGGCTGCGGCATTGGTGGTACTGCTTATCGTTGGCATCACGTTTGTGCTGCGCCCGGTGAGAGAGTTAATTGAAGAAATTCGTTTAGCAGCAACAGGGGAACAAGGCGCTTTATCCAAGCACTACCCTAAAGAGTTTACTCCTCTTAAGAACAGTATAAACCGACTTCTGGAAGCAGAAGCACAGCAACGAAGCCGCTATAAAAACAGCCTGGGAGATCTGGCGCATAGCTTAAAAACACCACTTGCCGTTGTCATGGGCTCGCCACGTTTGCCCAGCGATGCCTACGACTCGCTTACTCAAATCGACAATATCATTCAGCGACAATTGAAACGTGCAGCCGCTGCAAAAACCGGCTGGCAAGCCAGTATTGCCGTCGCCCCTCTTGCTGACAAACTACTCCATGCAATGTCTAAAGTGCATCGAGACAGACGACTGACATTAACACGACGAGAGAATACCGACTGTCAGTTTAAAGGTGATCAAACAGACTTGATGGAAATGTTAGGTAACCTTCTCGACAATGCGTGTAAAGCTGCAAGTACCAGTGTCACCATAACCCTTACACAAGAAGAGGGATGGAGCCATATTTGTATCGAAGATGATGGTCCGGGTATTCCGGAAAATCAAAAGGACGTACTTCTTGAACGCGGTGAGCGCCTCGACACGTATACAGAAGGCCAAGGCATTGGTATGGCAGTCGTGGCAGATTTGGTCGCTATTTACGAAGGCCGCCTGGACATCGCGGACAGTCCCCTGGGTGGCGCTGCCATAACACTTTCGTTTCCGGTGTAG	MTNLSLRLRSVLLTVLALAIFIPVTVLTLDKAYTESLTQAKHNELKLMNLALVSAFELDDDIPYMPELLYEEQLNIPDSGYIGLIVFRGKIVWKSASSLHNDIISPLPSPAVGDEHFVIDDSGAIDNINSYFSYAFTAEFASQNGFEPVHFYIINNRQEFNLEREAFVDTLWQWMLLLAAALVVLLIVGITFVLRPVRELIEEIRLAATGEQGALSKHYPKEFTPLKNSINRLLEAEAQQRSRYKNSLGDLAHSLKTPLAVVMGSPRLPSDAYDSLTQIDNIIQRQLKRAAAAKTGWQASIAVAPLADKLLHAMSKVHRDRRLTLTRRENTDCQFKGDQTDLMEMLGNLLDNACKAASTSVTITLTQEEGWSHICIEDDGPGIPENQKDVLLERGERLDTYTEGQGIGMAVVADLVAIYEGRLDIADSPLGGAAITLSFPV	PGPT0011065_671	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_ACIDIC_STRESS	ACIDIC_STRESS_REGULATION,PGPT0011065-phoQ-K07637	NA	NA
AK237_00486	2805			hypothetical protein	ATGTTTAAGAGAAGCACACTAGCCAGCACAGTCTTTATGGCACTTTTCAGTCACCCTCTCTATGCAGAGCAAGAGGGGTCATTACAAACATCAAACGAAACCAATAGTCAGAACACTGCAGCATCATCATTGGATACTGATGACTCAGTCGAAGTTATCGAGGTTAAAGGGATCCAGAGCAGTTTGAGCAAAGCAATCAATATTAAACGCAATTCAATGCAGGTGGTTGATGCAATTGTCGCTGAGGATATTGGTAAGTTTCCGGATAACAACGTCGTTGAAGCCTTACAACGGGTAACTGGCGTGCAGGTCACAAATCGCGATTCTGGAGAAGTCAGCGGTGTTTCAATTCGGGGCCTAACCGATGTTACCACCACAATTAACGGTCGCGAAATGTTTACCGCGGCAGGACGGTCATTAGCTGTACAAGACGTGCCAGCAGCGCTATTAAGAGGCGTCGACGTTTACAAAACACGAGATGCCAGCCAATTGGCCAGTGGTATTGCTGGTCAATTGAACGTACATACCCACCGCCCCTTTAACTTCGACGGTTCCAAGTTTGCCGTAAATGCTCGCGGCGTTTATCAAGATCTTCCAGATAAAACAGACCCAATTATCAGTGCCTTGGTGAGTAATCGTTGGGATTCATCTATTGGTGAAGTGGGCGCATTGTTTAACATCTCGTATGCGCGTACGAACTATCGTAACGAGAACGCCTCTGCTGGGGCAATTGTACCATTTGAAGCGAATCTCGACCCTAACTCCGATGGTTACCTAAGACGCATGTATAACTATCCTTTTGGATTAGAGCATGGTGTCGATCGCACACCCGGTGCTACGTTAGATGGAACAGAATACTATTTGGGCCGTGATGCACTTAACCAAACCGACATTACCGGAAAGCGGGAACGTCCTGCGGCAAACTTATCGCTTCAATGGGCACCAAACGATATGTCCGAATATGTATTGGAAGCGTTTTACAATGGTTACCGCAACGAAGGTTCGAACCATATGATCCTTACTTATGCAGATTCCAGCCGCGTCAAAACAGCGATAGAACCAACTCTTTTTCCTGGGACAAATGTGATAAAGACACGCGCATGGGGTGATTCAGGATCATTTACCAGTGGTGATTATGGCGAAAGCCAAACCGACAGCTATATGTTTGCTCTGGGCGGTAAATGGATATTAACTCCAGATACAGTGCTGAAGTCAGAATTAATATACCAAATCAGCGAGTTTGAAAGTGAAAATGTAGCCATGCAGGCTAACTCTCGCATGCCTTATGTCGAGTCTGATTTTAACTACGAAAATGGCATTATGGCATGGACACCTTATGTAGAAGAAGAGGGAGCTAGACTGGATCTGACCGACCCAAGTCGCTGGACTACCGGTTCTATGTTTGATAACGGCGGCAAAGACAAAGGTGATGCCTTTACCTTCACGAGTGACGTTGATTTCTATGTAGATTGGGGCGGTTTCACCATGGCAAAAGCCGGTATCCGTTATGACAAACGGGGTGCCGAGAGCTCAAGCCGGGATTCAAACCAGTTCAACGCTATTCCATTACCCGACTTAGCTCCGGGTATGCTCGGATATAATAGCAACTTCTTCGAAGGTAAAAGTGATTTACCGCGCTCTTGGATAGCGATGAACGGCGAAGCGATCTGGGACAACCGGGCACAATTTCGTGATACATGGGGCTTTACTACTGACGAAGAGCAAATCCGCCGGATTACCTTACAGAAAAACTTTGAAATTGACCAAACTTCGTGGGCGGCATACTTACAAAGTGAATTTGAAACGCAATTATTTGGCAAACGTTTAGATGGTGCTGTTGGCTTACGATATACGTATGCAGGCGCTGATTTAGATTTCTATCATTGGGATAGTGAACTACAGGAAATTGTTCATACTTCTGGCACTAACTCCAGCGCAAAGTTCCTGCCTAATTTAACGCTGCGCTATCACCTAAGTGATAATGTAATAACACGCTTTGCCTATACCGAGACGTTGCGTCGCCCTAACTTTGGCGATCTAAACAGTTTTATTAGATTGGTTCCCGATACGACTGATGTGGGGTATGGCAATGCGAATGGCGGTAACGCATCGCTAAGACCGGTTGAGTCCAAAAACTATGACTTATCGGTGGAATACTATTTTGGTGAAAGTAACTCAATATACGGAACGTATTTCTACCGCGATATAGAAGGTTTTGTATTTAGCTCTTTACGCCGAACTCAATTTCCTAATCCTAATACAGGGGAAATGGAGGATTACATTCTTTCTCAACCAGGCAATACTTCTAATGGTGTGCTGAAAGGCTTTGAATTGGGCGCACTCTACTTCTTAGAAGATGTGCCAGAATGGTTGAATGGTTTCGGTATTCAAGCCAGTGGTACTTTCTTGGACTCAGAGCAAGATATCCCTGTATTCTCAGACACCGGTGAATTAGAACGATATGACCAGCGCGGTGTATTCGGCGTATCGGATACATCTTACAGTACCGTATTGATTTATGAAAAAGATGACTTTAGTGCCCGCTTATCTTACGTTTGGCGTGACAATTTCTTACATCGTTATGGTTCTGGACGTTTCGCCCACCCACGGGGAGTCTATCGCGAACCAGAGGAAAGCTTAGATTTCCAATTTAACTACAATGTTACTGAAAACTTAATCGTTTCCTTTGATGCAACTAACCTGACTAACCAGGTTTTCAATCAATACTATGAAAAAGAATACCTTAACGATACTGCGTCACTCTACAGTCGCACATTCGGCTTTGGTATTCGCTACTCTATGTAA	MFKRSTLASTVFMALFSHPLYAEQEGSLQTSNETNSQNTAASSLDTDDSVEVIEVKGIQSSLSKAINIKRNSMQVVDAIVAEDIGKFPDNNVVEALQRVTGVQVTNRDSGEVSGVSIRGLTDVTTTINGREMFTAAGRSLAVQDVPAALLRGVDVYKTRDASQLASGIAGQLNVHTHRPFNFDGSKFAVNARGVYQDLPDKTDPIISALVSNRWDSSIGEVGALFNISYARTNYRNENASAGAIVPFEANLDPNSDGYLRRMYNYPFGLEHGVDRTPGATLDGTEYYLGRDALNQTDITGKRERPAANLSLQWAPNDMSEYVLEAFYNGYRNEGSNHMILTYADSSRVKTAIEPTLFPGTNVIKTRAWGDSGSFTSGDYGESQTDSYMFALGGKWILTPDTVLKSELIYQISEFESENVAMQANSRMPYVESDFNYENGIMAWTPYVEEEGARLDLTDPSRWTTGSMFDNGGKDKGDAFTFTSDVDFYVDWGGFTMAKAGIRYDKRGAESSSRDSNQFNAIPLPDLAPGMLGYNSNFFEGKSDLPRSWIAMNGEAIWDNRAQFRDTWGFTTDEEQIRRITLQKNFEIDQTSWAAYLQSEFETQLFGKRLDGAVGLRYTYAGADLDFYHWDSELQEIVHTSGTNSSAKFLPNLTLRYHLSDNVITRFAYTETLRRPNFGDLNSFIRLVPDTTDVGYGNANGGNASLRPVESKNYDLSVEYYFGESNSIYGTYFYRDIEGFVFSSLRRTQFPNPNTGEMEDYILSQPGNTSNGVLKGFELGALYFLEDVPEWLNGFGIQASGTFLDSEQDIPVFSDTGELERYDQRGVFGVSDTSYSTVLIYEKDDFSARLSYVWRDNFLHRYGSGRFAHPRGVYREPEESLDFQFNYNVTENLIVSFDATNLTNQVFNQYYEKEYLNDTASLYSRTFGFGIRYSM	PGPT0003790_2854	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0003790-hutA|fatA|fct|foxR-K02014	NA	NA
AK237_00487	549	rhtB_1	COG1280	Homoserine/homoserine lactone efflux protein	ATGACGCTGGCCATGACATTAGGCATGAGTATTGGCGTTAAGCGCGCGCTGTGGATGATGATGGGCGAGTTAGTGGGAGTCGGGATGGTTGCCACATTATCGGCAGTCGGCGTGGCAGCGCTATTGCTGAATTACCCCACCGTTTTTATCGTGTTTAAGTATGTCGGTGGCGCTTATCTGCTTTATATTGGTGTTCAGATGTGGCTGTCTCGCGGTAATATGGCGTTAAAGACAGAAAGCGGCGAACAACAAGTCAGTAACCTGGCCCTTGTCACGCAGGGCTTTGTCACAGCCATTGCTAACCCCAAAGGCTGGGCATTTTTCGTTGCCTTACTTCCCCCGTTTTTAAATCCGGAGCAACCGCTGGCAAATCAACTCGCCAGCTTAATCGCTATTATTCTTATGTTAGAGTTTAGCTGTTTATTGATTTACGCTTCTGGCGGCCGGACTTTGCGCTCGGTCCTTATGAAAGGCGGTAATGTGAGGATAATGAATCGTATTGCCGGTACACTGATGGTTGGCGTAGGTCTGTGGTTGGCGTTGGGGTAA	MTLAMTLGMSIGVKRALWMMMGELVGVGMVATLSAVGVAALLLNYPTVFIVFKYVGGAYLLYIGVQMWLSRGNMALKTESGEQQVSNLALVTQGFVTAIANPKGWAFFVALLPPFLNPEQPLANQLASLIAIILMLEFSCLLIYASGGRTLRSVLMKGGNVRIMNRIAGTLMVGVGLWLALG	PGPT0021036_1050	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-QUORUM_SENSING_RELATED_GENES	CE-QSR-PUTATIVE_TRANSPORTER,PGPT0021036-rhtB-K05834	NA	NA
AK237_00488	333			hypothetical protein	ATGATAACTAAACACGCGATTTACCTGGCAGTTTATGCTGCCGGGCTCACTATGACTATGGCCTGCAGTGATAGTGCTTACGAGGGGGACGTGCTTAACGATCATCCGTACCGTTATGTCTGCGAAGACAAAGGGGAGGTCTTTTTTCATGTCGATGCGAATGACACGGCCATACTGGAGATTGGTAATGATACGTTTGTGTTGGCCCCCGGCATTGCCGCTTCAGGCGCTAAATACTCCGGAACGGGAGTAGGTTTTTGGACAAAGGGGCAGGAAGCTACGCTTACATTGGCAGAGGATATGTACAATTGCGAAATACAACGAAGCGAATAA	MITKHAIYLAVYAAGLTMTMACSDSAYEGDVLNDHPYRYVCEDKGEVFFHVDANDTAILEIGNDTFVLAPGIAASGAKYSGTGVGFWTKGQEATLTLAEDMYNCEIQRSE				NA	NA	NA	NA	NA
AK237_00489	780	fdhD	COG1526	Sulfur carrier protein FdhD	ATGAAAGCACCCGACGCCCCATCCTCTGACAAATCACGTCTGCCGGATCGTGAAGCGTTTCTGGTTGAAGAAGTTCCACTTGCCATTGCCGTCAACGATATTAGCCTTGTGGTTATGATGGTTTCTCCCCATGATATTGAAGACTTCATCATAGGTTACTTTGTTACTGAACAAATCATTGTCTCGGCCAGAGAGGTTAAAGATATTGAAATTCGCCAGCACAGTCAGGGTTTGATTGCCAACGTGCAACTGACAGGGCGCCGGGAATATCTGTTAAAGTCACGCCGGCACAATGTTGTCTCCGCCGGATGTGGAATTTGTAACCATACTGCACTTGAAAACGCTTTCCCGTCCCTGGAGGCTAACGACCATTTTGCCCCGCTACCGGACTGCGACTATGCGTCGCTACGCGATGAAATGAACGCAATTCAACAAAAAGGACGTATAAGTGGCGCATTGCATGCGGCGATGTATTGTGAAAAAAGTCACACGCCCATTGGCCGTGAAGACGTTGGTCGACATAACGCGCTGGACAAAGTAATAGGCGCAGTGATGCAACAACGCACAGGGCAACGAGGCGGCTATCTTGTGGTGACCAGTCGCTGCGGCGTTGAATTAGTTCAAAAAGCAGTCGTTGCTGGATTTGGTACGCTTATTAGTTTTTCGTCGCCCACGTCGCTCGCAGTTTCATTTGCAAGACAACACAAGCTAAATTTGGTGTTTCTTCCCAGAAACAACCAACCGATATTTTTCTCTCACGAGGTTCAGCATGACCGTTAA	MKAPDAPSSDKSRLPDREAFLVEEVPLAIAVNDISLVVMMVSPHDIEDFIIGYFVTEQIIVSAREVKDIEIRQHSQGLIANVQLTGRREYLLKSRRHNVVSAGCGICNHTALENAFPSLEANDHFAPLPDCDYASLRDEMNAIQQKGRISGALHAAMYCEKSHTPIGREDVGRHNALDKVIGAVMQQRTGQRGGYLVVTSRCGVELVQKAVVAGFGTLISFSSPTSLAVSFARQHKLNLVFLPRNNQPIFFSHEVQHDR				NA	NA	NA	NA	NA
AK237_00490	2271	ydeP	COG0243	Protein YdeP	ATGACCGTTAAGTCAACGAAGGCCGGTGGATTGCCATCAATCAAGTCAACAGTGAACGAACTAATTAAAAGTAAGCAGGTTCGGCAGAACATCTTAAATTTATATAAGGTTAATAAACACAAAGGCTTCGACTGTCCTGGTTGTGCGTGGGGAGATGAAAAGGATGGCACCTTTCGCTTTTGCGAAAACGGAGCAAAAGCGGTGGCCTGGGAGTCGACTGAACGTACTGTAACAGCAGAATTCTTCGCTACTCACAGTGTAACTGAACTCAATAAGCGCTCTGATCATTGGCTGGAAAGTCAGGGGCGTCTGGCAGAACCTGTGCGTTACAATGCTCAAACCGATCACTACGAGCCTGTCAGTTGGGATGACGCTTTTAACGTAATAGCGGCGAAACTTCAGACTTTATCGCATGCTGATGAGTTAGAGCTTTATACATCGGGGCGTGCCAGTAACGAGGCATCTTTTGTTTATCAGTTGTTTGGTCGCGCGTTTGGCACCAATAACTTCCCCGACTGTTCTAACATGTGCCATGAAGCCAGTGGTATTGCGTTAAACCAAGCCATTGGTGTGGGCAAAGGTACCGTCGTACTGAAAGATTTCGAGAAAGCCGACACCCTGTTTATCTACGGACAAAATCCAGGAACCAATCACCCAAGAATGCTTAACGCACTGCGGGCCGCGTCAAAACGCGGAGCGACCATTGTGTCAGTCAATAACCTCAAGGAGGTAGGCTTGCAAAAATTCGCCAGCCCGCAAAAACCCACCGAGCTACTGGGGTTAGAAACGGTTCAAATTAGCAGCAAGTATGTTACTCCCAGGCTAGGAGGCGACTACGCGGTTGCCAGAGGAATGGCAAAGGCCATATTCCAGCATCATCCTGATAAGATTGATGCGTCGTTCGTACAGGACCACACCCGCGGATATGCTGAATACAAAGCCGCTGTTGAAGCGACCGAATGGACCGCGATTGAACAACAAAGCGGGCTTGATAAAGCCACCATTGAGTCAATTGCCACGTTATTCTGTCAATCGACGAAAACCATTTCTACCTGGGCGATGGGTATCACCCAACATTTGTATTCAGTGGAAACCATTCGTGAAATAGTGTCTCTACACCTGCTAACCGGCGCACTGGGTTTACCTGGTGCGGGTTTGAGCCCGGTGCGGGGGCACAGTAACGTTCAGGGCAACCGTACGATGGGTATTTTAGAAGCCCCAAAAGCGGACTTTAACCAGAGAATGGCCGATACGTTCGGCTTTACACCGCCGTCAAAGCCAGGGCACAGAGTTTATGACATGCTGTGCGCCTTGTCGGAAAAACGCAGTAAGGTGCTCATCTGCCTTGGCGGGAATTTGGTTGCAGCAGCAGCAGACACACCGTTTACCGCAGCAAGTGTAGGCAACGCTGAACTACTGGTGAACATTGCCACCAAATTAAACCGAACCCATGTGACCGCCAGACACGATGCCCTTCTGCTGCCTTGCCTGGGACGCACTGAAATTGACAGGCAAGCCAGCGGTAATCAGATTATTACCGTAGAAGATACATTTAGTATGGTGCACGGCTCGAGCGGCAGCACAGAGCCACAAAGTGACAATCTCAAATCAGAAACCGAGATCGTTGCGCAAATTGCTCGTCATACGCTCGGCGACAGTAACCCGGTTAACTGGCAATCGTTAATTGACAACTATAACGAGGTGCGAACGCTCATTGCCAAAGTCATTCCCGGCTTTGAAAACATGAACGAGAAAATAGCGCAGCCAGGAGGTTTTCATTTATACAATGCTGCGGCACATCGCGAATGGAAAAATGCCGAAGGGAAAGCACTGTTTAACGCCTCTCCACTTCCTGAGCAGCTATTTTCAGAAGACGTATTGACCGCGATTGCAGCCCAAAGCAGCCCTGTTTTCACCATGCAGACACTACGCTCGCACGATCAATACAACACCACAATTTATGGTATGAACGATCGCTACCGCGGTGTTTTTGGAGAACGCAATATTGTTTTTATGCATCCGGAAGATCTTGCACGCCTGAATATCCAGGAAGGGGCATTGGTCGATATTCAAACCGTTTGGAATGATGATGTAGTACGTAAGGTTTCGCGCTTTAAGGCGTTAAGCTACGATATACCACAAGGCAACGTCGCCAGTTATTATCCTGAAGCTAATCCTCTGGTGCCTTTTCATAGCGTGGGTAAAGAGAGTGCGACCCCAACGTCAAAAGCAGTTCCTGTGCTTATCACACCGGTGAGCGTAATAGCGTAA	MTVKSTKAGGLPSIKSTVNELIKSKQVRQNILNLYKVNKHKGFDCPGCAWGDEKDGTFRFCENGAKAVAWESTERTVTAEFFATHSVTELNKRSDHWLESQGRLAEPVRYNAQTDHYEPVSWDDAFNVIAAKLQTLSHADELELYTSGRASNEASFVYQLFGRAFGTNNFPDCSNMCHEASGIALNQAIGVGKGTVVLKDFEKADTLFIYGQNPGTNHPRMLNALRAASKRGATIVSVNNLKEVGLQKFASPQKPTELLGLETVQISSKYVTPRLGGDYAVARGMAKAIFQHHPDKIDASFVQDHTRGYAEYKAAVEATEWTAIEQQSGLDKATIESIATLFCQSTKTISTWAMGITQHLYSVETIREIVSLHLLTGALGLPGAGLSPVRGHSNVQGNRTMGILEAPKADFNQRMADTFGFTPPSKPGHRVYDMLCALSEKRSKVLICLGGNLVAAAADTPFTAASVGNAELLVNIATKLNRTHVTARHDALLLPCLGRTEIDRQASGNQIITVEDTFSMVHGSSGSTEPQSDNLKSETEIVAQIARHTLGDSNPVNWQSLIDNYNEVRTLIAKVIPGFENMNEKIAQPGGFHLYNAAAHREWKNAEGKALFNASPLPEQLFSEDVLTAIAAQSSPVFTMQTLRSHDQYNTTIYGMNDRYRGVFGERNIVFMHPEDLARLNIQEGALVDIQTVWNDDVVRKVSRFKALSYDIPQGNVASYYPEANPLVPFHSVGKESATPTSKAVPVLITPVSVIA	PGPT0019635_3094	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_UTILIZATION	PLANT_DERIVED_FORMATE_UTILIZATION,PGPT0019635-fdoG|fdhF|fdwA-K00123	NA	NA
AK237_00491	1047	yhhT	COG0628	Putative transport protein YhhT	ATGGAACTAAAATCTCCCACCGCCAAAGCTATGATTGTGTTAGCTTGTCTGGTTGTTGTTCTGGCGGGAATCAAAGCGGCCAGCGCCATCATGGTGCCGTTTTTCCTGTCAGTGTTTATCGCAATCGCTTGTAGCCCGTTAATCAATTGGGCCACGGCGCACCGTATTCCCCGGTGGGCTTCCATTTCTTTAGTAATACTGATTATTTTGGTATTCGGATTCTTGCTGGCAAGCCTGGTAGGCCAATCATTAACAGATTTTAAGGAAAACCTGCCCCAGTATCGAAAACAGCTCGATGGTGAGTTTGCGTGGATTATCGACCGTCTGGCAGCATTTAATATTCATATCAACCGCGAATTATTCACTCAGCATTTCGATCCTGGCACGGCAATGTCTGTGGCAACCAATTTTCTAAGTGGTATGGGCGGGGCGCTGTCAAATCTGTTTTTAATTTTGCTAACGGTCATCTTTATGCTGTTCGAAGCTGACAGCATGCCTTCGCGGTTACATACCGCATTGGCAGACCCCGAGATGAAAATGAAACATGTGGATCGGTTTATCAAGTCGGTAAATAGTTACCTGGCGATAAAGACCGTGGTGAGCTTAGCAACAGGGCTGATCATAGGTATCTGGCTCTACATTTTAGGCATTGATCATTTCTTGCTATGGGGTGTGCTGGCCTTCCTACTCAATTATATTCCCAATATTGGGTCGATTATTGCTGCGATTCCAGCCGTACTTATTGCCTTAGTGCAGTATGGTGTGGGCTCTGCCGGTTTGGTTGCCCTGGCGTTTGTTGCGGTAAACACAGTTATGGGCAACATTGTCGAGCCACGGTTAATGGGGCGGGGCATGGGGTTATCCACACTGGTGGTATTTCTTTCCCTGGTTTTCTGGGGATGGTTGCTAGGCAGTGTCGGTATGCTACTCTCGGTACCGCTTACCATGGTGGTTAAAATTGCTTTGGAGTCTCGCGAAGAAAGTAAGTGGCTGGCATTATTGTTGTCGAGCAACGCAGAACGAGATGCCCAGCGCCTGAATGGGTAA	MELKSPTAKAMIVLACLVVVLAGIKAASAIMVPFFLSVFIAIACSPLINWATAHRIPRWASISLVILIILVFGFLLASLVGQSLTDFKENLPQYRKQLDGEFAWIIDRLAAFNIHINRELFTQHFDPGTAMSVATNFLSGMGGALSNLFLILLTVIFMLFEADSMPSRLHTALADPEMKMKHVDRFIKSVNSYLAIKTVVSLATGLIIGIWLYILGIDHFLLWGVLAFLLNYIPNIGSIIAAIPAVLIALVQYGVGSAGLVALAFVAVNTVMGNIVEPRLMGRGMGLSTLVVFLSLVFWGWLLGSVGMLLSVPLTMVVKIALESREESKWLALLLSSNAERDAQRLNG	PGPT0025496_618	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-BIOFILM_REGULATORS	CE-BF-RELATED-AI-2_TRANSPORT,PGPT0025496-tqsA|ydgG-K11744	NA	NA
AK237_00492	366	folX	COG1539	Dihydroneopterin triphosphate 2'-epimerase	ATGACGCTGAATCAGGCCACCATTAGAATCAAAAACCTACGACTTCGCACCTATATTGGGATCAATGACGAAGAAATAAAAAATAAGCAAGATGTCGTGGTTAACGCGACGGTTCATTATGACGCAATAAATGCCACTAATACTGATGACATGAGTGATGCGTTAAATTACAAAACAGTGACAAAAGCAATCATCAAATTAGTTGAAGACAACCGTTTTTCATTATTGGAAAAACTCACTGCGGACATTCTCAGTGTGGCATCAGAGCACCCCTGGGTCACGTTTGCAGAGGTTGAGGTCGATAAACCTCACGCCCTTCGATTTGCTGATTCAGTGTCACTGACCCTTTCCTGCACGAAACCGTAA	MTLNQATIRIKNLRLRTYIGINDEEIKNKQDVVVNATVHYDAINATNTDDMSDALNYKTVTKAIIKLVEDNRFSLLEKLTADILSVASEHPWVTFAEVEVDKPHALRFADSVSLTLSCTKP	PGPT0008030_202	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-VITAMIN_B9|FOLATE_METABOLISM,PGPT0008030-folX-K07589	NA	NA
AK237_00493	903			Epimerase family protein	GTGAAACTACTCGTCACTGGCGGTACCGGGCTCATTGGCAGCCATTTCATCAATAAGACGGCACATAAACACGTGTTTACTGTTATCAGCCGCGACCCCACCAAAGCGCGAACCGTTTTGCCAGACAATGTGGAAGTGCTGTCTGGCCTTCACGATGTGGTTGATTTCTGTTTGTATGACGGCATTATCAATCTGGCGGGAGAACCTATTGCGGACAAACGCTGGACGCCCCTGCAAAAGCAGCGAATTTGTCAAAGCCGATGGGATATAACATCCCAGCTGGTAAGCAGAATGAAAGCCTGCGACCACCCTCCGTCAGTTTTTATTTCGGGATCGGCAATCGGTTACTATGGTCGTCAGGGCAATAAACCGGTATCTGAAAATAACTATACCGTGCATGATGAATTTACCCATCAAGTGTGTCACCGATGGGAGCAGATAGCACTTCAAGCCGCATCAGGTAATACCCGCGTGTGTTTACTGCGCACGGGTGTCGTATTAGACAAAAATCAGGGAGCACTGCCTAAGATGGCGATGCCGGTTAAGTGTGGTGTGGGCGGAAAAATTGGTAATGGTAAGCAGGTTTTGTCGTGGATCCATATTGACGACATGACAGCGGCCATTGAACACTTGCTCGAAAATAACCGCATGGAGGGCCCGTTCAACCTCACTGCCCCAGAGCCAGAAACTAACGCCAAATTTACTCGGATACTGGCTGATACTCTGCATCGGCCGAATCTGTTTACGGTACCCACATTTGTACTAAACGTATTAATGGGAGAATCAGCTGAATTGGTAACCACCGGGCAGCATGTCATACCTGAAAGATTGCTCGATAGTGGCTTTACCTTTCAGTTTCCAGACCTTAAACCGGCATTAGTTGACATTTACCAGACGCAATAA	MKLLVTGGTGLIGSHFINKTAHKHVFTVISRDPTKARTVLPDNVEVLSGLHDVVDFCLYDGIINLAGEPIADKRWTPLQKQRICQSRWDITSQLVSRMKACDHPPSVFISGSAIGYYGRQGNKPVSENNYTVHDEFTHQVCHRWEQIALQAASGNTRVCLLRTGVVLDKNQGALPKMAMPVKCGVGGKIGNGKQVLSWIHIDDMTAAIEHLLENNRMEGPFNLTAPEPETNAKFTRILADTLHRPNLFTVPTFVLNVLMGESAELVTTGQHVIPERLLDSGFTFQFPDLKPALVDIYQTQ	PGPT0014730_2707	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	LOW_TEMPERATURE_TOLERANCE	LOW_TEMPERATURE-RELATED_ENZYMES,PGPT0014730-yfhF-K07071	NA	NA
AK237_00494	534	sutR	COG1396	HTH-type transcriptional regulator SutR	ATGGCAGAACAGAAATTTAAGCAGCAAATAGCACAGCACCTAAAAGCACTGCGTAAAGAGCAGGGACTGAGTCTTGATGCGGTGGCTAAATTATCGGGTGTATCCAAAGCGATGCTTGGGCAAATTGAGCGGCAGGAATCTAGTCCCACTATTTCAACTTTATGGAAAATAGCCAGTGGATTAAACGCATCATTTTCCGCATTTTTTGCCTCGGGGCCAGAGGCAAAAACTGACAGTGATAATTTCCCTGACGATCCGAACATGAAAGTGAAAGCAGTCTTTCCTTATGCTGCCGATACGCGCATGGAAGTGATGGAGGTATGTTTACTGAATTACCATGAGCAGCATTCTGATCCCCATGCACCTGGCGTTATTGAGCATGTGTACGTCACCGAAGGTGAGTTATCGTTGTTCGTAGACAACACATGGCACACGCTGGTAGCCGGCCAACGCTTGCGCTTTTATGCCGACCAACCACACGTCTATCGCTCAAAAGCTCAGAAGACGGTTTTCCAGAATATAATTTGTTACTAG	MAEQKFKQQIAQHLKALRKEQGLSLDAVAKLSGVSKAMLGQIERQESSPTISTLWKIASGLNASFSAFFASGPEAKTDSDNFPDDPNMKVKAVFPYAADTRMEVMEVCLLNYHEQHSDPHAPGVIEHVYVTEGELSLFVDNTWHTLVAGQRLRFYADQPHVYRSKAQKTVFQNIICY				NA	NA	NA	NA	NA
AK237_00495	1023	acdS		1-aminocyclopropane-1-carboxylate deaminase	ATGAAATCATTAATCAGTAATTTTGAACGTTATCCCCTTACCTTTGGTGTCACCCCCATCGAACACTTACCCCGACTCTCTGAGGCACTGGGTGGCAAAGTAGAAATTTACGCAAAACGCGAAGACTGTAACTCGGGACTTGCACTGGGCGGCAACAAGTTAAGAAAGCTCGAATACATCGTGCCTGATGCCATTGCAAGTGGTGCTGATACGCTGGTCTCGATAGGCGGAGTTCAATCTAACCATACGCGGATGGTTGCAGCCACTGCGGCCAAAATCGGCATGAAATGCGTGGTAGTACAAGAAAAATGGGTGCCACATTACGATGCAGTTTACGACCGCGTGGGTAATATTCAGCTCACCCGCCTTATGGGAGCAGACAGCCGGTTAGTGGATGACGGCTTTGATATCGGCATCCGTGACAGTTGGACCAAAGCGATACAATCGGTGAAAGATGCCGGAGGAAAGCCTTACGCTATCCCTGCTGGGGCGTCGGTACATAAATATGGTGCGTTAGGTTACATCGGTTTTGCAGAAGAAGTCATCGCACAAGAAAAGGAACTGGGTTTTACCTTCGATTATATCGTGGTGTGCGTGGTCACTGGCTCCACCCAGGGAGGAATGATTGTTGGCTTTGCAAATCATGATCGCGCCAACACCGTTATCGGCATTGATGCTTCAGGCACGCTGGCGCAAACCCGCGAACAGGTTACCAGCATTGTTGATAACACCGCTGACTTAGTGGGCCTGGGCCGAAAGGTAAGAGAAGACGAAATTATTATTAATCCTGACTACGCCTACCCGGCGTACGGCGTTCCGTCAGAGGAAACTAACGAAGCCATTCGCCTTGCTGCGAAAACCGAAGCGATGATTACGGATCCGGTTTATGAAGGAAAATCCATGCAGGGTCTGATTGACTTAACCAAAAAGGGCTTTTTCCCTGAGGGCGCAAAAGTCCTTTATGCTCACTTGGGTGGTGCACCTGCATTAAATGGTTACAGCTACCACTACAAAGATGGCTAA	MKSLISNFERYPLTFGVTPIEHLPRLSEALGGKVEIYAKREDCNSGLALGGNKLRKLEYIVPDAIASGADTLVSIGGVQSNHTRMVAATAAKIGMKCVVVQEKWVPHYDAVYDRVGNIQLTRLMGADSRLVDDGFDIGIRDSWTKAIQSVKDAGGKPYAIPAGASVHKYGALGYIGFAEEVIAQEKELGFTFDYIVVCVVTGSTQGGMIVGFANHDRANTVIGIDASGTLAQTREQVTSIVDNTADLVGLGRKVREDEIIINPDYAYPAYGVPSEETNEAIRLAAKTEAMITDPVYEGKSMQGLIDLTKKGFFPEGAKVLYAHLGGAPALNGYSYHYKDG	PGPT0002000_167	DIRECT EFFECT	BIO-FERTILIZATION	POTASSIUM_SOLUBILIZATION	K-SOLUBILIZATION-ORGANIC_ACID_METABOLISM	K-SOLUBILISATION-PYRUVIC_ACID_BIOSYNTHESIS,PGPT0002000-cuyA-K17950	NA	NA
AK237_00496	420	slyA_1	COG1846	Transcriptional regulator SlyA	GTGGCCGCTGGTGAATTTGGCAAGCTCATTGCCTTAGTGCGAAATCAAATGATGGCGAAATTGGATGACGCGTTAAAAGAGTTTGATCTCACCGGTTCGCAATTCGCAGTAATTAAACTTATTGCTGAAGGCAAAGGTGATACACTGGCCAAGCTCTGTGATTGCATGCAACACGATAAAGGAGCCATGAGCCGGATCCTTAGTCGTATGGAAGATAAATCGCTTATTTTCCGCAAACCCTGTCCCGATGATGGAAGAGCATTCAGGCTGGCGCTCACCCAGAAAGGACAAGATCTTTTCCCTAAGACAACCCCTAAAATACATGCTCTTTACGATGCGGCACTGAAAGGCTTTTCAGAATCTGAACGTGAGCAATTTTTCGCCATGCTTACCCGCTGTCAGCACAATTTGTGTGAATAA	MAAGEFGKLIALVRNQMMAKLDDALKEFDLTGSQFAVIKLIAEGKGDTLAKLCDCMQHDKGAMSRILSRMEDKSLIFRKPCPDDGRAFRLALTQKGQDLFPKTTPKIHALYDAALKGFSESEREQFFAMLTRCQHNLCE				NA	NA	NA	NA	NA
AK237_00497	747			hypothetical protein	TTGCAAGCAGTCATAGATGCCCTGTCTGCTCAGATCCCAGGACACACATTCAACATTAATGCACTCACCGTTTTACATACGGGGCGATTTGCCAACGCCATTGTTTATTTATATCAGGATCCACGCTTTAACCTCATTATCAAAGACTTTTCTTCGCGGGCGTGGCTCGTGCGTAAAACAGTGGGTCGCTTATCCGTAAGACAAGAATTTCAAGCCATTACGTCACTTAAACATATACCGGGTATTACACCCACCTGCTATCGCCTATCTGAATGCATGGTGGCCTACCAACATATTGCAGGCCAAACGCTTAAAGATTACGCCCAGGACGGTAATCAGCTAACGCCTCAATTTTTTCACCAATTAGAGAAAACCATCCTCGCGATGCATGATAATGGACGCGTGCACTTAGATTTACGCAATATGGGGAATATTCTGATAGATGAGAATGGTGCGCCGGCACTGATTGATTTTCAATCGAGCATACGCTGGAAACGCTTTCCTGTCTGGTTACAAAAGTTCATGCGCTATGCCGATATCACTGGCGTATATAAAGCCTGGGATCGTTACGGGAGTACGCCGTTACCGGCTCATAAGAAACGTTTTTTACAACGCTACAATACAACACGTAAATTATGGGTGTTTCGTGGATATCCGGTCCATCGTATGCAATTGCGTGCCCAGGCCCTGATGGCTAACATCATGAGTTTAAACATCGTCCAGAATTTGATGGATAAATTCTGGTAA	MQAVIDALSAQIPGHTFNINALTVLHTGRFANAIVYLYQDPRFNLIIKDFSSRAWLVRKTVGRLSVRQEFQAITSLKHIPGITPTCYRLSECMVAYQHIAGQTLKDYAQDGNQLTPQFFHQLEKTILAMHDNGRVHLDLRNMGNILIDENGAPALIDFQSSIRWKRFPVWLQKFMRYADITGVYKAWDRYGSTPLPAHKKRFLQRYNTTRKLWVFRGYPVHRMQLRAQALMANIMSLNIVQNLMDKFW				NA	NA	NA	NA	NA
AK237_00498	954	iolS_2	COG0667	Aldo-keto reductase IolS	ATGATGGTAAGCCAGGTTGGTTTAGGTTGCTGGCAGTTAGGCGGTGACTTTGGCCCGATTAGCGAAGAAAAAGCAAAAGAGATCCTCGAAAAAGCAGTGGAAGACGGCGTGACCTTCTTCGATACTGCCGATGTGTACGGCGATGGACAAAGTGAACGCTATCTGGGTGATGTGTTATCCCGCATTGCGCCTGATGCCATTATTGCGACCAAATATGGACGTGCGCAAGGGGTGTACCCGGATAACTATACCCGTGATAACTTACGGGACTCTGTGCGTCGCTCTCAAGACCGTTTACAGCGCAACACGTTGGACTTGCTTCAACTGCATTGCGTGCCTCCCGCTGTGTTACAGCAGGGTGATGTGTTTGATTGGTTACGCGAACTGAAACAAGACGGCGAGATCAAGGCATTTGGCGCCAGTGTTGAGACCATTGCCGAAGCTAAACTCTGTTTACAACAAGCAGATTTAAGTTCCCTGCAAATTATTTTCAATTTAATGCGTCAGCGTCCGTTAAAAGCGCTGTTCGACGAAGCGCGGGAAAAGCAAGTCGGCATTATCGTGCGCCTGCCGTTAGCGAGCGGCATGCTATCTGGAAAATTCGACAAGGACACTGTATTTGATAAGAGCGATCATCGTCATTTTAATAAAGATGGTGAAGCATTCAGTGTGGGCGAAACCTTCAGTGGTATAGAGTTTGAAACTGGCCTTAAACTTGTTGAAACGCTGAAGACAGATTTTAAACCGCTGTCTGTTAACATGGCACAGTTCGCCATGCGATGGATACTGGATCATGGTGCTGTTACTACCATCATTCCCGGCGCAAGCTCAACCTTGCAGGTAACACAAAACGTTGATGTAAGCGAAATGCCAAAGTTAGGGCAAAAGCTGCATGATGAGCTGTATCAGTTTTACGTTGATAAAATAGAGCCTGCCATCCGTTGCGAAATCTAA	MMVSQVGLGCWQLGGDFGPISEEKAKEILEKAVEDGVTFFDTADVYGDGQSERYLGDVLSRIAPDAIIATKYGRAQGVYPDNYTRDNLRDSVRRSQDRLQRNTLDLLQLHCVPPAVLQQGDVFDWLRELKQDGEIKAFGASVETIAEAKLCLQQADLSSLQIIFNLMRQRPLKALFDEAREKQVGIIVRLPLASGMLSGKFDKDTVFDKSDHRHFNKDGEAFSVGETFSGIEFETGLKLVETLKTDFKPLSVNMAQFAMRWILDHGAVTTIIPGASSTLQVTQNVDVSEMPKLGQKLHDELYQFYVDKIEPAIRCEI				NA	NA	NA	NA	NA
AK237_00499	2526			hypothetical protein	ATGGGAATGGCATTCAATTTAGCCTGGCGTTTGTTTAAGCACGAAGCACGTCGGGGTGAGCTTACCATTATTTTACTGGCCATTGTTTTATCGGTAGCTTCCGTATTGTCGCTGTCGTTATTCAGTGAACGCTTACAAGGTGCGCTTACAGAGCGTTCAGCCAGTTTTATGGCTGCAGATAGTCAGCTACGTGCGTCGCAACCCATTGATCCTGCCTGGATAGCACAAGCGCAAACTCAAGAGCTGGGCACAGCCACCCAGGTGGCCACCCGTTCTATGGCATTTGGCGAAGAACAAATGTCGTTAGTCGACCTGCGAGCGGTCGATGGTACTTATCCGTTAAAAGGCGATATTCTGGTGACTGATTCGCCTTTTGGTGAAGGTAAGCCAGCAACGGGGTTACCCGCCCCCGGTGAAGCGTGGATAGATTCCCGGTTATTTCAATTACTTGATGTAAAGCCAGGTGGAACGATATACGTTGGTGACGCCGCGTTTACCGTGACGAACGTACTGTCTGAAATTCCTGATGCCGGTTTCAGTATCTTCTCAACCGATCCTATTGTATTAATCCGTGAAGCTGATTTACCGGCAGCAAATATTACTGGCCCGGGCAGCAGAGCAACGTACAAAGCGTACTTTGCCGGTGATACCTCGCAACTGGATACCTATTATGAGTGGTTGCGTCCGCAACTGGACGATGAAATACATCGCTGGCAATCTGTAGAGGATGACGAGTCTCCGGTAGGGCGCTCGGTAGCGCGTGCCGAACGTTACTTTTTGCTGGCGAGTTTGCTTGCCATTATTCTTGCTGCGGTATCGATTGCCGTTGCCGCCCAGCGATACAGTCAGCGTCACTTCGATCCGGTTGCCATCATGAAGACGCTGGGCGCGAGCAAAACCACCATACGCCGCATTTACACCATGCAAATTTGTTTTATCACTTTGATGGGCATTGTTATTGGTATTACTGCCGGCGTTATTATTCAGCAGATAGTGATTACGGCTCTGGCTGATCAAGTAGATGTATCACTGGATGTGTGGCACTGGCGACCAGTTTTAATTGCTGTCTTTACAGGTGTGGTGTGCGCGCTCTTGTTTTCACTTTACCCGTTATTGCGCTTGTTCTCGGTTCCGCCGCTGCGGGTACTGCGCCGCGATGTGGGTGCCGGAATGAGTTCAAAGTCGCTGCAGTTTCTGGCAGCAGGTGGCGCGATTTTCTTACTGATGTGGACGTACAGTCAGGATTTAAAAATCAGTGCAATTCTGTTTGTGTCCGGCATTGCGCTGGTCGCCGGTTTGCTGCTTGTTACGCTGGGCCTTATTCGTGTGGGGCGCAAACTGGGCAGCGGTAGCATGGGGCCATGGCAGCTGGCCTGGGCGCGAATTCGCCGTCGGTCGATGGATAACAGTGTCCAGCTTATCAGCTTCTCGGTTACGTTGCTGTTATTGCTGGTGGTATTGGTAATGCGCAACGATATGGTGGCGCAATGGCGGGCACAGCTGCCGGAAGGCACGCCTAATTATTTCCTGATCAATATCACCCAAAGTCAGAAACCTGAGTTGCAGTCGCACTTTGAACAGGCGAATGTGGAAGCCTCTGACTTTTATCCTGTCGTGCGCGGGCGTTTCGTTGCGGTGAATGATGACCGGGTGAATACAGAAGTGTCTAAGGAAGAGCAGGAAGGTCCTCGTGAAGGACGCGATGGACTAGGCCGTGAAGCGAACCTGACATGGAGTAACACTTTACAGTTTGGTAATGAGATCGTAGCCGGTGCGTGGCAGGGTAATGTTACCTCTGCGCCTGAGGATGGTATTTATCCTGTGTCGGTGGAAGAGGAAGTCGCAGAGCGTCTTGATATTCAACTTAATGATGTACTGACATTTAATATTGGCAGTGAGGAAGTGCAGGCACGGGTAACGAGTTTGCGGAAAGTTGACTGGCAAACCATGCAGCCCAACTTCTTCTTTGTGTTGTCGCCCGAGGCTATGGCCGCTTTCTCTCCCACGTACATCACCAGTTTCTTCCTGCCGCCGGAAAGAAAGCCGGAATTGACGGAATTACTTAAGCCGTTCCCGTCTGCCACCTTATTCGACGTTGATGCACGTATTAATCAATTACGGGATATCGTTGATCAGGTGTCACTGGCTGTAGAGTTTATCTTAGTGCTGGTGCTGGCTGCAGGGGCGTTAGTATTAATTGCCCAGGTGCAGGCATCAATGGATGAACGGCAACAAGAACTGGCCATTCTTCGTACCCTTGGCGCCAGGGGATCGCTTATACGGTTAAGTGTGGTGTACGAATTCATCATCATTGGTGTGGTGGCTGGCTTTATGGCGGCTCTGGCAAACGAACTCAGTTTATATTTACTGCAAACCCAAATTTTCCAGATGGAAGCGTCATTGCATCCTGCGTTTTGGCTTATTGCACCGGTGTGTGGTGCTTTCGTGGTGGGATTGTTAGGGGCGCTTGGTTGTTGGCGCTTGCTGTCGCTAAATACAACGCAATTATTAAGAAAGATGGTGTGA	MGMAFNLAWRLFKHEARRGELTIILLAIVLSVASVLSLSLFSERLQGALTERSASFMAADSQLRASQPIDPAWIAQAQTQELGTATQVATRSMAFGEEQMSLVDLRAVDGTYPLKGDILVTDSPFGEGKPATGLPAPGEAWIDSRLFQLLDVKPGGTIYVGDAAFTVTNVLSEIPDAGFSIFSTDPIVLIREADLPAANITGPGSRATYKAYFAGDTSQLDTYYEWLRPQLDDEIHRWQSVEDDESPVGRSVARAERYFLLASLLAIILAAVSIAVAAQRYSQRHFDPVAIMKTLGASKTTIRRIYTMQICFITLMGIVIGITAGVIIQQIVITALADQVDVSLDVWHWRPVLIAVFTGVVCALLFSLYPLLRLFSVPPLRVLRRDVGAGMSSKSLQFLAAGGAIFLLMWTYSQDLKISAILFVSGIALVAGLLLVTLGLIRVGRKLGSGSMGPWQLAWARIRRRSMDNSVQLISFSVTLLLLLVVLVMRNDMVAQWRAQLPEGTPNYFLINITQSQKPELQSHFEQANVEASDFYPVVRGRFVAVNDDRVNTEVSKEEQEGPREGRDGLGREANLTWSNTLQFGNEIVAGAWQGNVTSAPEDGIYPVSVEEEVAERLDIQLNDVLTFNIGSEEVQARVTSLRKVDWQTMQPNFFFVLSPEAMAAFSPTYITSFFLPPERKPELTELLKPFPSATLFDVDARINQLRDIVDQVSLAVEFILVLVLAAGALVLIAQVQASMDERQQELAILRTLGARGSLIRLSVVYEFIIIGVVAGFMAALANELSLYLLQTQIFQMEASLHPAFWLIAPVCGAFVVGLLGALGCWRLLSLNTTQLLRKMV	PGPT0013350_3831	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0013350-ABC_CD_P-K02004	NA	NA
AK237_00500	696	lolD_2	COG1136	Lipoprotein-releasing system ATP-binding protein LolD	ATGATTAGCACCCGAAATATTACGAAAACAGTATCTACGAGTGAAGGTGAGCTTCAGATCCTTCAACCAATTTCATTTGAAGTCAAGGCAGGTGAGTCTATTGCCATTGTCGGCGCGTCTGGTTCCGGTAAGTCAACATTGCTTAGCTTGCTGGCTGGATTAGATGAAGTGAGCAGCGGGGAAATACACCTCGACGGCGCGCCTCTTCATACTATGAATGAAGAAGCGCGGGCGCAGTTGCGTGGCGAAAAAGTAGGGTTCATCTTCCAGAGCTTCATGTTGGTACAAAGTTTAACGGCCATTGAAAACGTGATGTTGCCTGCGGAGATCTCCGGATTAAGCGACGCCAAAGGCCGCGCCAAACAAATTTTAGAGCAAGTGGGGTTGTCTCACCGTGCCCATCACTATCCCACTCAATTGTCCGGGGGCGAGCAACAACGTGTCGCTATCGCCCGGGCGTTCATCGGCCAGCCAAAAATTTTATTTGCTGATGAGCCAACGGGTAACCTGGATGCAGCAAATAGCGAAAAAATAGAGCAGCTTTTATTTCAAATGAATCAGGAACTTGGTACTACTTTGGTACTGGTTACCCATGACAATGAATTGGCTCTGCGTTGTTCAAGACAGTTGACCATGCAAGCGGGCGAACTCACCGAGACCACAGCAATATCTGCGCCGGTCGCAGAGGAAGCGTAG	MISTRNITKTVSTSEGELQILQPISFEVKAGESIAIVGASGSGKSTLLSLLAGLDEVSSGEIHLDGAPLHTMNEEARAQLRGEKVGFIFQSFMLVQSLTAIENVMLPAEISGLSDAKGRAKQILEQVGLSHRAHHYPTQLSGGEQQRVAIARAFIGQPKILFADEPTGNLDAANSEKIEQLLFQMNQELGTTLVLVTHDNELALRCSRQLTMQAGELTETTAISAPVAEEA	PGPT0013345_10582	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0013345-ABC_CD_A-K02003	NA	NA
AK237_00501	669	tesA	COG2755	Thioesterase 1/protease 1/lysophospholipase L1	GTGTTTTTGTTACAACGATACCGCCGCTTTGCTTTTGCATGGGCACTTATATTTTTACAGCTTTTGGTAGTTTCAGATCATCTGTACGCCGCTTCTGAAAATCAGCAAACTTCACCGCATTTCAAACTGTTAGTCTTAGGTGATAGCCTAAGTGCAGGTTATGGTTTAAAGCAACAGGAAGGCTGGGTAAGTTTGTTACAAAATATCTGGAACGACGAACAGCTTCAGATTGACGTCGTAAATGCTGCGATAAGCGGGGAAACTACCGATGGTGGCCTTGCCCGACTCCCCAGATTGCTGGAACAACATCAACCTTCACATGTACTTATAGAATTGGGCGGGAATGATGGTTTACAAGGTCACCCTGTTACTAAAACCAAGGCAAACCTCAACAAAATGGTTCAATTAGTAAAAGATGCTGGCGCGACAGTATTTATCCAGGACATGGAAATTCCAACTAATTATGGACGCCGCTACACGCAGATGTTCGCCAACGCTTTTGACGATGTTGCAGAAAAAAATGACATAAATTTAATTCCGTTTTTTTTACAACAGGTGGCACTGGACAAGTCGTTAATGCAAAACGATGGCATTCACCCCAATGCCGACGCACAACCTATGATTGCACAATATATGAATGAGCAATTAAAACCGTTAATCCTACAATGA	MFLLQRYRRFAFAWALIFLQLLVVSDHLYAASENQQTSPHFKLLVLGDSLSAGYGLKQQEGWVSLLQNIWNDEQLQIDVVNAAISGETTDGGLARLPRLLEQHQPSHVLIELGGNDGLQGHPVTKTKANLNKMVQLVKDAGATVFIQDMEIPTNYGRRYTQMFANAFDDVAEKNDINLIPFFLQQVALDKSLMQNDGIHPNADAQPMIAQYMNEQLKPLILQ	PGPT0001840_2239	DIRECT EFFECT	BIO-FERTILIZATION	POTASSIUM_SOLUBILIZATION	K-SOLUBILIZATION-ORGANIC_ACID_METABOLISM	K-SOLUBILISATION-BUTYRIC_ACID_BIOSYNTHESIS,PGPT0001840-tesA-K10804	NA	NA
AK237_00502	1164			hypothetical protein	ATGTCACATTCTCATTTATCTGCTCCTTTTCGTGCTGACGTGGTAGGAAGCTACTTACGTCCCCCATATTTACATGAAGCCAGACGAGATTTTGAAGCCGGAAACATATCGGCGGCAGAACTGACAAAAATTGAAGACAGGGCGATTATCGAACTGGTGGGTAAGCAAAAGGCCATGGGCTTAAAGGTCGTGACTGACGGAGAGTTCAGACGCTCTTACTGGCATTTGGATTTTATGTGGGGATTTGCCGGTGTCGAGCGTCACCAACTTGAAAAGGGCTATCAGTTTGTCAATATGGTTACCCGAGCGGATAGTATTCGTCTTACCGGCAAGATAGGCGGTGAAAACCATCCTTTTATCGAGCATTTTACCTTTTTAGCGAGTCTGGTCGACGACACTGTGCTTCCTCGCTTAACCATTCCTGCTCCTGCACAATTCCTCGCCGAGTTACAGCGCCATGACAACCAGCAATCGACTCAGGCTATTTACCCGGACGAACAACTCCTGATTGAAGATCTCGCCAGTGCCTACCAAACCTTTATCCGTGAATTGTATGCAGCAGGCTGCCGGAATCTCCAAATAGATGATTGTACGTGGGGCATGCTGGTTGATCCGAAATTTGCTTCTAAAGGCGCGGCAGATACGCCCTTGTCAGCGGTGAGTGCAGCGGATCAGCACTTACACGAAAAACGCGTGGAAGAAGCGGCCTCTTTGTACTTAACGGTGAATAATAAAGCCATTGCTAATTTACCGGCCGATCTTAATATTAATACCCACGTTTGCCGGGGAAATTATCGTTCCACCTGGGCGGCAAGCGGAGGGTACGGACCGGTTTCGAAGACGTTATTTGGAAAAGAACACGTAGATGCTTACTACCTGGAGTTCGATACGGACCGGGCAGGGGACTTTTCGCCACTGGCAGAGGTGAGTGACAATAAAAAGGTTGTGTTAGGGCTGGTGTCGTCCAAGCTGCCGACGCTGGAAGATGCTGATGCAATTGTTTCCCGAATTAAAGAAGCCAGTAAATTTGTTCCTCTCGACAGATTATATTTAAGTACGCAGTGTGGGTTTGCCTCAACCGAAGAGGGGAATAACCTTACAGAAGAGCAGCAGTGGGCAAAAATAGCGCTGGTGCAGGAAGTCGCGAAGCGGGTATGGGGTTAG	MSHSHLSAPFRADVVGSYLRPPYLHEARRDFEAGNISAAELTKIEDRAIIELVGKQKAMGLKVVTDGEFRRSYWHLDFMWGFAGVERHQLEKGYQFVNMVTRADSIRLTGKIGGENHPFIEHFTFLASLVDDTVLPRLTIPAPAQFLAELQRHDNQQSTQAIYPDEQLLIEDLASAYQTFIRELYAAGCRNLQIDDCTWGMLVDPKFASKGAADTPLSAVSAADQHLHEKRVEEAASLYLTVNNKAIANLPADLNINTHVCRGNYRSTWAASGGYGPVSKTLFGKEHVDAYYLEFDTDRAGDFSPLAEVSDNKKVVLGLVSSKLPTLEDADAIVSRIKEASKFVPLDRLYLSTQCGFASTEEGNNLTEEQQWAKIALVQEVAKRVWG				NA	NA	NA	NA	NA
AK237_00503	1278	ade		Adenine deaminase	ATGAAGCGTTTATTATCGTTAGCAATCGCTACCGCATTAAGCACCAGTGCATGGGCAGACAATATCGCTATTACCGGCGGAAAAGTGTTAACCCAAACAGCGCAGGGCACGATAGCCTCCGGCACAGTACTAATCAAAGATGGCAAAATTGAAAAGGTCACTACCGGCGCTGACGTACCGTCTGGTTATACCCGTATTGATGCCAGTGGAAAAGTCGTCACACCAGGATTTGTCGGTGCGCTAACCTCTCTGGGATTAGTCGAAGTTTCATCGTGGGCAGGAGAGGTCGACTCATCAGCCAGTGCAACACCCATTAGTACCACCGGGGCGGCGTTAGATGTGACTTATGCTATCAATCCCGATTCAACATTAATTGATGTGAGTCGTATTGAAGGTGTGACATCTGCGGCCACGACAGTGCAGTACACAGATATGCTGTTTCACGGTCAGGGCGCAGTGATTAGTCTGGATGACCAGGCTGACACCCTGAAAAGCAAAGCGTTTATGGTAGTGAATGTGGATGGCAACTCTGCAGACAGTCACGGCGGTTCACGCGCCGCGCTATGGGTGACGCTGGAGGCGCTGTTTGATGAAGTACGCAACACGCAATCGGTGCCTTCTCTTACCGCTCACTGGGAGGGGATTAACGCGCGGGCAGATATTACGGCGTTGAAAGGAGTGATAAGTGGCGACGTGCCACTGTTTATTGAAGCCGACCGAGCTGCAGATATACGCCAGGTGCTGGCATTTAAAAAGCGTCATCCTGCTATTCACTTAGTGTTGTTACACGGCGTGGAAGCCTGGCGGGTGGCGGATGAACTGGCCGCTGCCGATGTGCCGGTGATCCTTGACCCTCAGCTAAATTTGCCCGGCAATTTTGAGCAGTTAGGCGCGACGTTGCATAATGCCGCGCGATTAGAAAAAGCCGGAGTAAAAGTCGCGATCGGTATGGAAACGCACAACATACGCCTCGCCGCCCAGCATGCCGGCAATGCGGTTGCCAATGGGTTAAGTTATGAAGGAGGGATCGCAAGCCTGACCTCAGTACCCGCTGCCATTTTGGGCGTAGATAGTCAGGTTGGCTCACTCGCTCCGGGTAAACGTGCTGACGTGGTGATTTGGAGTGGCGACCCACTGGAAGTGACCGAAGTGGCGGAGCAGGTTTTTATTGAGGGGGAAGCCATTGATATGACCTCTCGTCAAACCAAACTTCGTGACCGCTATATGAAGCTGACAGAGCAGCCTCAGGGCGGTACATCCCACTATGTGAAACCCTGA	MKRLLSLAIATALSTSAWADNIAITGGKVLTQTAQGTIASGTVLIKDGKIEKVTTGADVPSGYTRIDASGKVVTPGFVGALTSLGLVEVSSWAGEVDSSASATPISTTGAALDVTYAINPDSTLIDVSRIEGVTSAATTVQYTDMLFHGQGAVISLDDQADTLKSKAFMVVNVDGNSADSHGGSRAALWVTLEALFDEVRNTQSVPSLTAHWEGINARADITALKGVISGDVPLFIEADRAADIRQVLAFKKRHPAIHLVLLHGVEAWRVADELAAADVPVILDPQLNLPGNFEQLGATLHNAARLEKAGVKVAIGMETHNIRLAAQHAGNAVANGLSYEGGIASLTSVPAAILGVDSQVGSLAPGKRADVVIWSGDPLEVTEVAEQVFIEGEAIDMTSRQTKLRDRYMKLTEQPQGGTSHYVKP				NA	NA	NA	NA	NA
AK237_00504	1419	hutI		Imidazolonepropionase	ATGAAACACACACCAAACAAGCTGGCCCTTGCGCTGGCTTGCCTGTGTTCAACTGTTTTGGTCGCTTGTTCTGACAAGCCGGCTGAAAAAGGGGAGCAGGCACCGCACGTTTCTATCAATACTGACCCGTACCCCAGTACCTATTCTCCCATTCCAGGAAAACCTACCGTTATTACTCATGTGACCATATTAGATGGCGTGGGTAAGCGTATTGAAAACGGCATGATTTACTTTGCTGATGGTAAAATTGTTGCTCTGGGAGAAACGGTAGATTACCCGTCGGACGCAGTCGTCATTGATGGTGAAGGGAAATGGGTAACACCGGGAATCATTGATAACCATAGCCATTTGGGCGTTTATCCTTCGCCCTCTGTTGGTTCCACATCGGATGGTAACGAAATGACCAAGCCTGTCACGCCCGGCGTGTGGGCCGAGCACTCTGTATGGCCACAAGATCCTGGCTTTGGCCGTGCCCTGGCCGGCGGCGTTACTTCACTTCAGATCCTTCCCGGTTCGGCGAATTTATTTGGTGGACGGTCGATTGTTTTGAAAAATGTACCCAGCCGAACCATGCAGGATATGAAATTTCCTGATGCGCCTTACGGTATGAAAATGGCGTGTGGTGAAAATCCTAAACGTGTGTACGGTCAAAAAGGTGGTCCTATGACACGTATGGGCAACGTAAAAGGCTATCGTCAGGCATGGTCTGATGCACAAGCGTATATGCGTGACTGGGATAAATACGAAGCTGACTATGATGCAGGTAAAGATCCGAAAGCCCCTAAGCGCGATCTCGATTTAGAAACCATGGCCGGTGTACTAAATGGCGATATTCTTGTTCATATGCATTGTTATCGTGCTGATGAAATGACAGTGATGATGGATATGATGAAAGAGTTTGATTACCAGATTTCTTCATTTCATCACGCTGTTGAAGGGTACAAGATTGCCGACAAACTGGCTGAAAACAATGTATGTGCCTCAATGTGGGCTGACTGGTGGGGCTTTAAACTAGAGGCTTACGATGGCATTCGCGAGAATATTCCTGTGGTTCACGCCGCTAAAGCCTGTGCCATTGTGCATAGTGACGACGAACTTGGCATTCAACGTTTAAATCAGGAAGCCGCGAAAGCGTGGTCGGATGGTAAGCGAGCGGGTATCGATATTTCTATGGAAGACGCCTGGCAATGGTTAAGTGCTAACCCTGCAAAATCGTTAGGCATTTTTGATAAAACAGGGTCGTTAGAAGCCGGTAAAAATGCTGATCTTGTGTTGTGGACAGGGAATCCTTTTTCCACTTATACCAAAGCAGAACAGGTGTTTATCGATGGCGGGAAAGCATATGAGCTGGGTAATCCGGGCAGCTGGCCATTAAGTGATTTTGAAGTAGGCCAGGTTGGCGAAGGAGACGTAAAATGA	MKHTPNKLALALACLCSTVLVACSDKPAEKGEQAPHVSINTDPYPSTYSPIPGKPTVITHVTILDGVGKRIENGMIYFADGKIVALGETVDYPSDAVVIDGEGKWVTPGIIDNHSHLGVYPSPSVGSTSDGNEMTKPVTPGVWAEHSVWPQDPGFGRALAGGVTSLQILPGSANLFGGRSIVLKNVPSRTMQDMKFPDAPYGMKMACGENPKRVYGQKGGPMTRMGNVKGYRQAWSDAQAYMRDWDKYEADYDAGKDPKAPKRDLDLETMAGVLNGDILVHMHCYRADEMTVMMDMMKEFDYQISSFHHAVEGYKIADKLAENNVCASMWADWWGFKLEAYDGIRENIPVVHAAKACAIVHSDDELGIQRLNQEAAKAWSDGKRAGIDISMEDAWQWLSANPAKSLGIFDKTGSLEAGKNADLVLWTGNPFSTYTKAEQVFIDGGKAYELGNPGSWPLSDFEVGQVGEGDVK				NA	NA	NA	NA	NA
AK237_00505	930	dusC	COG0042	tRNA-dihydrouridine(16) synthase	ATGGAAGGGGTCGTAGACCATTTGATGAGAGATATGCTAACCCGCGTGGGTGGCTTTGACTTATGTGTCACAGAATTTGTGCGAGTAGTCGACCAGAAACTGCCGCAGAAAACCTTTTATAAATTATGCCCTGAACTCCATCACGGTAGCGTGACGCCTTCTGGCGTGCCCGTGCGTGTGCAACTATTAGGGCAACATCCACAGTGGCTGGCAGAAAACGCGCAGACAGCCGTGGAGCTGGGATCGCCAGGTATCGATCTCAACTTTGGGTGTCCGGCAAAAACGGTAAACAAAAGTAAGGGAGGAGCGGTATTGCTGAAAGAAACCGAAACCCTTTACAACATTGTAAAAGCCGTGCGTGAAGCGGTGCCAGCAGATCAGCCCGTTACCGCTAAAATACGGTTGGGATTTGAAGATAAATCTCTTGCTATCGATAACGCTATCGCTATTACCGAAGCGGGCGCGGATCAGCTCGTCGTACACGCTCGCACTAAAACAGAAGGCTACAAACCGCCCGCCTATTGGGATTGGATTGCCAAAATCCGGCAGCACACCAGTATTCCGTTAGTGGCCAATGGCGAAATTTGGCATGCCGACGATGCTAAGCGTTGCCAGGCGCAATCTGGCTGCACCGACTTGATGTTAGGCCGCGGAGCCTTGGCGATGCCAAACCTCGCACGCACTATCCGCGGCGAACAAGACGTGATGTCGTGGGAAGAGGTTGCTGACTTGCTTATCCACTATTCCGGCTACGAGATTTACGGCGACAAGGGACGCTATTATCCAAATCGTATTAAGCAATGGTGTGGATATCTCAAGCGTCAATACCCCCAGGCAGAAACGCTGTTTGACGATATCCGTAAATTGCAGAAAGCTGAAGATATCGTTGCTGTACTGCGCCGCCAGTCCTCGCATAGCAGCGTAGCTTAA	MEGVVDHLMRDMLTRVGGFDLCVTEFVRVVDQKLPQKTFYKLCPELHHGSVTPSGVPVRVQLLGQHPQWLAENAQTAVELGSPGIDLNFGCPAKTVNKSKGGAVLLKETETLYNIVKAVREAVPADQPVTAKIRLGFEDKSLAIDNAIAITEAGADQLVVHARTKTEGYKPPAYWDWIAKIRQHTSIPLVANGEIWHADDAKRCQAQSGCTDLMLGRGALAMPNLARTIRGEQDVMSWEEVADLLIHYSGYEIYGDKGRYYPNRIKQWCGYLKRQYPQAETLFDDIRKLQKAEDIVAVLRRQSSHSSVA	PGPT0013740_4	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_OSMOTIC_STRESS	OSMOTIC_STRESS-OTHER_REGULATORS,PGPT0013740-rhlE-K11927	NA	NA
AK237_00506	159			hypothetical protein	ATGTACATATTTACCGCATTGATTTTTGATGGCAACCGACAACAGCTGGTCTCTCATGCATGCAATGATGAGGCTAGTTTTATCGCCCATCTTCAACATGTTTTTGGGGTGTATGTTTGCCTTTGGATGCAACAGACGGCAAACAACGCCTCTTTATAA	MYIFTALIFDGNRQQLVSHACNDEASFIAHLQHVFGVYVCLWMQQTANNASL				NA	NA	NA	NA	NA
AK237_00507	915			hypothetical protein	ATGCACAACTATCCCATTGGCACACCCGGGACCCCTTGGTCACAAGAAGAAAAACAACAGTGGCTCAATAATCAATCCATTAAGCGTAGCTATGAGCAAGAAGTATTGGCGCGCTTACCTGCTTTACCTGACAATTACGAAGCCGTGCAGTATGGCGCTTTGCCATACGATGAGACCAGATACCCTTTGTTTGTCATTCGTCCTGTTAAATTTATACAATCATTACCGACGGTTCTTATCACCGGTGGCGTTCACGGTTACGAAACCAGTGGCGTGCAAGGTGCATTGAAGTTCGCTCGAGAGCATTTGGCCGAGTGGAAAGACAAATGTAACTTTGTCATCGTGCCGTGTGTAAGTCCGTGGGGGTACGAGACGATTAACCGGTGGAACCCACTGGCGTTAGATCCGAACAGGAATTTTAAAAGCAATTCGCCTGCGCCGGAGTCAGCCTTACTGAAAGCAATGGTTGATGCTATAGAAGAACCAATACACATGCATATCGATTTGCATGAGACAACCGATACCGACAACTCAGAATTCAGACCGGCCTTAGCATCACGGGATGGTACAAGCCATGACAATTGGAACATTCCGGACGGGTTTTATTTAGTTGCTGATAGCAATAAAGTTGAATTAGCGTTTCAGCAAGCCATTATTGAAGAGGTTAAAGCGGTAACACACATTGCGCCTGCGGATGAGAATGGCAAAATTATCGGAGCGACATTATTGGCTGAAGGGGTTATCGACTATGACAAAAAGTCGCTGTTTTTGTGTGGAGGTCTGACCGACGCGCCATATGTAACGACAACCGAAGTCTATCCTGATAGTCCTTCTGCTTCGGACGAGATTTGTAATGACGCGCAGGTCGCGGCCATTGTTGGTGGGCTGACGTATATTTTGGCTGAGGACGTATAA	MHNYPIGTPGTPWSQEEKQQWLNNQSIKRSYEQEVLARLPALPDNYEAVQYGALPYDETRYPLFVIRPVKFIQSLPTVLITGGVHGYETSGVQGALKFAREHLAEWKDKCNFVIVPCVSPWGYETINRWNPLALDPNRNFKSNSPAPESALLKAMVDAIEEPIHMHIDLHETTDTDNSEFRPALASRDGTSHDNWNIPDGFYLVADSNKVELAFQQAIIEEVKAVTHIAPADENGKIIGATLLAEGVIDYDKKSLFLCGGLTDAPYVTTTEVYPDSPSASDEICNDAQVAAIVGGLTYILAEDV				NA	NA	NA	NA	NA
AK237_00508	1086			hypothetical protein	ATGACCCAACGAACATTTATTCATTCTCTTTTTACACCAAAGCAATCAGCGAAAACGCTTATAGCCATTTCTGTGTGTGCTACCTCTTTATTTTGCAGCGCTTCGGTATTCGCTGCCACTGCACTTGAGCCTGAAGACATGGAGTCGCTCTTTAAGGCTGAGAAGTATGAGCAGCTGGTTGGGTTGCTTGAAAATAAAGAAGACAAAACACCGAAGCAATTTAATCTATTTGTGTCGTCACTGCTAAATATCGATCTTGACGATGCCGAGGAGGCCGCCGAGGCATTTGTTGATGCCTATCCTGACGATTACCGTGCTTATCTCACTCATGCCAATGTTATGGGAGCACAAGCCTCAAACAGTATATTCTCAGCTCTCGGGTATGCTGAAAAAGCCAAAGAGAGTTTAGAGCAGGCTGTTAAGGTGGCGCCACAGGAAGTTGTGACATACCAAGCGCTCTTACAGTTTCATCTGATGGCTCCGGGTATTGCCGGAGGCGATATGGATGAAGCCAAAACGTTAGTGACAAAAATTAGCGAAATGGACCCCGTTAAAGGTCGGTTTGCCAAAGCTGCTTATTTACAGGAGGACGATAAAGCCGACGAAGCGGTGCTGCTCTTAACTAAATTAAGTGAGCAACCATCGACACGGGTTAAGGCGCTGTTCAAGCTGGGAGAACTGCATATACAAAATGAAGCATACGAAGAGGCATTTGCTGCACTATCAGCGCTGGCAGAAAGTAACATTCAGGCCGTCGCTGAAAGTGATGAGCACGCCTGGTCTGCTTTTAGTGATGACAAGTTTGATCAACTATATGGTTTGTACCGCATTGGCTATATCGCGGTGGAAACAGAACAGCATACCGAGTCGGGTATTGCCGCGCTGACGCAGTATATTGACGAGGTAACGCAAACCCCTATTGATACCAACGGTTTGCCAACCACAAATTGGGCAAATTTGCGTCTCGCCGAGTTGTACATCAATGCCAATAAATTGGAGGATGCCAAGCGCGTTATCCAAACGATAACTGATGAAGACGACAGCCGGTTTACCAGAACGCTTAAGAAGTTGAAGAAAAAAGTATAG	MTQRTFIHSLFTPKQSAKTLIAISVCATSLFCSASVFAATALEPEDMESLFKAEKYEQLVGLLENKEDKTPKQFNLFVSSLLNIDLDDAEEAAEAFVDAYPDDYRAYLTHANVMGAQASNSIFSALGYAEKAKESLEQAVKVAPQEVVTYQALLQFHLMAPGIAGGDMDEAKTLVTKISEMDPVKGRFAKAAYLQEDDKADEAVLLLTKLSEQPSTRVKALFKLGELHIQNEAYEEAFAALSALAESNIQAVAESDEHAWSAFSDDKFDQLYGLYRIGYIAVETEQHTESGIAALTQYIDEVTQTPIDTNGLPTTNWANLRLAELYINANKLEDAKRVIQTITDEDDSRFTRTLKKLKKKV				NA	NA	NA	NA	NA
AK237_00513	1410	gltX	COG0008	Glutamate--tRNA ligase	ATGTCAGTTGTAACGCGATTTGCTCCAAGCCCAACAGGCTATCTTCATGTCGGTGGTGCCCGTACCGCTCTTTATTCCTGGTTGTATGCAAAAAGTCAGGGTGGGGAATTTGTGCTTCGTATCGAGGATACCGATCTGGAGCGCTCAACTGATGAGGCAAAGCAGGCCATCCTTGATGGCATGCAGTGGCTTGGTCTTACCTGGGACAAGGGCCCTTATTACCAAACTGAGCGTTTTGACCGTTACAAACAACTCATTCAACAGCTTCTGGATGAAGGTAAAGCGTATAAGTGCTTTATGTCTTCGGAAGAATTAGACGCTATTCGCGAAAAACAGAAAGAGAATGGTGAGAAGCCTCGTTATCCGGGCACGTGGCGTGAGCGCACTGACCATCCGGAAGGCCAGCCTTTTGTGGTTCGTTTCAAAAATCCTTTGGAAGGGAAGGTGGTTATTAACGATCACATCCGTGGAAAAATTGAAATCAGTAACACGGAACTGGATGATTTAATTATTCAGCGATCAGACGGTTCTCCTACCTATAACTTCTGTGTTGTGGTTGATGACTGGGACATGGGCATTACGCATGTTGTACGCGGCGAAGACCACATAAACAACACGCCTCGTCAGATTAATATATTAGAAGCACTGGGCGCACCGATCCCTGAATATGCTCACGTGTCGATGATTTTGGGTGATGATGGTAAGAAATTATCTAAACGTCATGGTGCTGTAAGTGTTATGCAGTATCGTGATGATGGGTTCTTGCCACAAGCTGTACTTAATTATCTGGTTCGTCTTGGATGGGCACACGGTGATCAGGAAATATTCTCACTTGATGAGATGATTGAGTTATTCGATTTAGATGCCATCGGTCAGTCTGCATCTGCATTTAATACTGATAAACTCATTTGGTTAAATCAACATTACATGAAAACCTTGCCTGCGAGTGAGGTGGCTTCACGTTTAAAATGGCATTTTGATGAGATGAATATCGATTTAAGTTCTGGCCCGGCGCTGGAATCAGTCATTGCTATTCAGGCTGATCGTGTCAAGACGCTAAAAGAGCTGGCAGAAATAAGCACGTACTTTTATCAGGATTTTGATGAGTTTGACGCGAATGCAGCGAAAAAGCATCTTCGTCCAGTGGCAAAAGAACCGTTAATGGCAGTAAAAGAGAAGTTACTGGCCGTAGAAGTATGGGCGCCTGAGAATATCGGTGAGGCAATTAACGCGGCTGCAGAATCGTTAGGAGTAGGTATGGGGAAAGTAGGCATGCCGCTGCGTGTAGCGGCGACGGGAAGTGGTAATTCCCCTTCCCTGGATATCACCTTGAATCTGCTATCAAAACAGAAGATTGCCGACAGAATAGACAATGCGCTCACTTTTATAGCAAACAGAGAAAATTCTTAA	MSVVTRFAPSPTGYLHVGGARTALYSWLYAKSQGGEFVLRIEDTDLERSTDEAKQAILDGMQWLGLTWDKGPYYQTERFDRYKQLIQQLLDEGKAYKCFMSSEELDAIREKQKENGEKPRYPGTWRERTDHPEGQPFVVRFKNPLEGKVVINDHIRGKIEISNTELDDLIIQRSDGSPTYNFCVVVDDWDMGITHVVRGEDHINNTPRQINILEALGAPIPEYAHVSMILGDDGKKLSKRHGAVSVMQYRDDGFLPQAVLNYLVRLGWAHGDQEIFSLDEMIELFDLDAIGQSASAFNTDKLIWLNQHYMKTLPASEVASRLKWHFDEMNIDLSSGPALESVIAIQADRVKTLKELAEISTYFYQDFDEFDANAAKKHLRPVAKEPLMAVKEKLLAVEVWAPENIGEAINAAAESLGVGMGKVGMPLRVAATGSGNSPSLDITLNLLSKQKIADRIDNALTFIANRENS	PGPT0008460_4228	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
AK237_00517	1629			hypothetical protein	ATGAATATTAAACTGGCCCGCGCGATTCGTGTATTAATTGTTGATGATCAAATACTCGCGAAAGGGTATTTAAAATACACCATGGAAGAACTCGGCTTCCAACAAATCAGTTATATTGATAAAGCTGACGAAGCATTACGCCTGATAAAAGAAGAAACCTTTGAACTTGTAGTGTGTGCCTACGACCTACGTGAAGAAAAAGAGGGTTACTTTCTTTACGAACAATTAAAGGCACATAAAATACTGCCCCTTACCACCGCATTTGTTTTTATCTCGTCCGACACCACAGCAGAAATCGTTCATTCAATTGTCGAGCTGCAACCCGATGAGTTTCTGGCGAAACCCTTTTCAGTAAATGAACTGGACAAGCGATTAAGTCGCGTATTGGTTCGCAAACAAGCATTAAAAGACGTCTATGCATTTATGGACAAAGGCGATTTCCCCGGTGGGCTGGAAGAATTAGAACGATTTCTCACCGAGCCTAAGAATGCAGAGTTCTTTCCATTGGCGTTAAGAACCAAAGGTGAATTGCTTTTGCTGTGTAAGCGGTATGTCGAAGCAGAAGATTTTTATCAAGCGATCATCAATGTACAGGACTTTACCTGGGCGCAACTAGGGTTAGTAAGGTGCTATTTACAGCTTGATAAAGATGATGAAGCAGAAAAGCTTATTCTACGACTCGCGTTCCAAACCGATGCCATGTTAAGTGCATACGATTTATTGGCGGCACTGCAAATCAAACAGCAGGAGTTTGATGATGCGTTAGAGTCTGTGACATTAGCCAGCAGCATATCTCCATGTAATGTGCACAGACACATACAAGCCGTTGATTTATCCAAAATCACCCACGATTTTTCTGCCCAGTTCGATGCCGCTAAACGTGTCGTAAAATACGCAAAACATTCCATTCACGATAAGCCGGAAAACTATCTCAATGTGGCGAGAGCCGGTATCGACTATGCGATGACGGCAGATGCTTCTGAAACGAATAAACTCGTTAAGCAAACCCACGACTTTATCCGACAAATGAAAGAAGCCTTCCCTAAAGCAGAGGTCGATAACGAGCTCAAAGTGATTGATGCACGACTGTATTATCTTGCAGATGAAACAGAGAAAGCGCGAAAACTGCTTAGCCAACTGGAAGCCGGAAACTGGGATGAGGAAAATATTGACGCATTGATGGATCGCGCCAAGGCGTTCCATGAAGTCGGGCTGCAAGAACATGCACTGGCGATATTAGACGAGGTAGAAAGACGCTGCGCCACGAATGATGAGCAAAGCGCCCTGTTCATGCATTATCTTAAACAGCAACAACAAGAGAAGCGAGATATTGCCCAAGGCCCCAAAGCCGTCAATAATACCGCTGTCACCTATTTCCAAAGGGGTGACGTTGCCAACGCTTTGATAGCATTCAGGCAAGCCTTTATGGTGATGCCCAAGAACCCGGCCATCGCACTTAACCTGTTGCAGACAACAGTAGCCGAAATAAGAGATAACCCGAAACGTCACGATGACGCCAATAAAAAAATTATTTTCCGCTGTATGCAGACACTGGAATCAGCTCAATTATCTGACGAGCAAGAACGGCGGTATCAGCGGGCAAAAAGCACATTGAACGGACTGAATTAG	MNIKLARAIRVLIVDDQILAKGYLKYTMEELGFQQISYIDKADEALRLIKEETFELVVCAYDLREEKEGYFLYEQLKAHKILPLTTAFVFISSDTTAEIVHSIVELQPDEFLAKPFSVNELDKRLSRVLVRKQALKDVYAFMDKGDFPGGLEELERFLTEPKNAEFFPLALRTKGELLLLCKRYVEAEDFYQAIINVQDFTWAQLGLVRCYLQLDKDDEAEKLILRLAFQTDAMLSAYDLLAALQIKQQEFDDALESVTLASSISPCNVHRHIQAVDLSKITHDFSAQFDAAKRVVKYAKHSIHDKPENYLNVARAGIDYAMTADASETNKLVKQTHDFIRQMKEAFPKAEVDNELKVIDARLYYLADETEKARKLLSQLEAGNWDEENIDALMDRAKAFHEVGLQEHALAILDEVERRCATNDEQSALFMHYLKQQQQEKRDIAQGPKAVNNTAVTYFQRGDVANALIAFRQAFMVMPKNPAIALNLLQTTVAEIRDNPKRHDDANKKIIFRCMQTLESAQLSDEQERRYQRAKSTLNGLN				NA	NA	NA	NA	NA
AK237_00518	558			hypothetical protein	ATGAAAATCCCCCATTCTGACCGGCTATCTTTTCATTTCGTTACAGAAGAGGATGGCCATTTTTTATGGTCTGTCGATCAGGATGACGCTGTGATGAAATTCATTAACGGCGGCAAAAAAACATCTAAAGCGACTATTCAGGAACAATTTATTCCTCGTATTCAGTCGTTTTCAGACGAGCACAAAGGGTGGGGATTATGGCGCGTGGCATTATTAGACGAGCCTCACGACGATTTAGGTTGGATTTTAGTGCGTCCATTTGGCTTTTTTACCGGCGAGCGCGACGACAACAATCTTGAGCTAGGCTGGCGTTTCCATCAAAAAACATGGGGAAAGGGCATTGCTACAGAAGCAGCCAGGCAAGTAAAGGATGCTTTATACGACAATGGCGTTCGCCAATTTTCTGCTATTGCGTTACCCGGGAATAAGGCGTCCATTAACGTAATGGAAAAGCTGGGTATGACGTATTCCCACCGGTTTACCTACGCTGATGCCGTCTTCAATGATGAAGTGGTGGTGTATCAACAAACCTATTTGCCAACAAGGCCGCTCTGTTAG	MKIPHSDRLSFHFVTEEDGHFLWSVDQDDAVMKFINGGKKTSKATIQEQFIPRIQSFSDEHKGWGLWRVALLDEPHDDLGWILVRPFGFFTGERDDNNLELGWRFHQKTWGKGIATEAARQVKDALYDNGVRQFSAIALPGNKASINVMEKLGMTYSHRFTYADAVFNDEVVVYQQTYLPTRPLC				NA	NA	NA	NA	NA
AK237_00519	969	moaA	COG2896	GTP 3',8-cyclase	TTGTTACAGGACAGTTTTGGTCGACGGTTTCATTATCTTCGCCTATCCATTACAGAAGCATGCAATTTTAAATGCCAGTATTGTCTGCCCGACGGTTACCACGGGCCGTCCGATGACACCTTTCTGACGTTGCCTGAAATCGACACGCTGGTGAGTGCTTTTGCACGCCTGGGGACATCTAAGATCCGTATTACCGGAGGCGAACCAAGCTTGCGAAGAGATTTTGCGGATGTGATTTCTCTGTGTAAAAACACGCCGGGTATAGAGAAAGTGGCTACCACCACTCACGGTGGGAGACTGGCCCGTGATGCAAAAGCATGGCGGAATGCGGGGTTAGATCAGGTTAATGTAAGTATTGATAGCCTGGATCCCCGTCAATTTGCAGACATTACGGGGCAGAACAAGCTCGCTCAGGTATTAGATGGCGTCAGTGCTGCCCTTGAGGTTGGCATGAATGTCAAAGTGAACTCCGTTTACCTGAAGCATTTTGCGGGAAAGCAACTTCAACAGTTCAAAGACTGGTTGAAAGATACGCCTATTACGCTGCGCTTTATTGAACTTATGGAAACGGGGGATCATCCTCAGTTTTTTGCCCAGCAGCATTTATCTGGCGGGCCGTTGAAGCAGCAGCTTCTCAGCGAGGGGTGGATGCCGGTATTACGCAGCAAAGACGCTGGACCGGCTCAGGAATTCCATCACCCCGACTTTAAAGGGCGAATTGGATTAATTATGCCCTATAGCAAAGATTTCTGCGCCAGTTGCAATCGTCTGCGCGTGGCAGCCAATGGCAAACTTCACTTATGCTTATTTAGCGAGCACGGCATTGATATCAGGCCGTATTTGCAGCAAGGTGATGTCGAGGCGCTCATGGCTCACTTGCAGCAACTTCTTACCCAAAAGCATGCCACCCATTATTTACAGGATGGGAATACTGGCGCGACTTCTCACCTCGCCATGCTTGGCGGGTAG	MLQDSFGRRFHYLRLSITEACNFKCQYCLPDGYHGPSDDTFLTLPEIDTLVSAFARLGTSKIRITGGEPSLRRDFADVISLCKNTPGIEKVATTTHGGRLARDAKAWRNAGLDQVNVSIDSLDPRQFADITGQNKLAQVLDGVSAALEVGMNVKVNSVYLKHFAGKQLQQFKDWLKDTPITLRFIELMETGDHPQFFAQQHLSGGPLKQQLLSEGWMPVLRSKDAGPAQEFHHPDFKGRIGLIMPYSKDFCASCNRLRVAANGKLHLCLFSEHGIDIRPYLQQGDVEALMAHLQQLLTQKHATHYLQDGNTGATSHLAMLGG	PGPT0008410_3901	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_VITAMIN_PRODUCTION	PLANT_VITAMIN-MOLYBDENUM_COFACTOR_METABOLISM	PLANT_VITAMIN-MOLYBDENUM_COFACTOR_BIOSYNTHESIS,PGPT0008410-moaA-K03639	NA	NA
AK237_00520	1788	atm1	COG5265	ATM1-type heavy metal exporter	ATGAGACCATCCCGATTTAATGTTTCGCCAGATACACCAATCCGCTGGCAGGTGCTTAATCAACTCTGGCCATATTTACTCGAATTCAAGCACAGAGTTGCTATCGCCCTCGCCTGCTTAATCCTGGCTAAGCTTGCCGCCATCGGCCTACCATACGTGCTTAAATACACCGTCGATGCCCTGAACACGAAGGATGCCTCCACGGGCCTGGTAACCGTTCCTTTAGCGCTGATTGTTGCATATGGTACGCTAAAATTACTCAACGTGATCATCGGCGAAGTGCGGGACACCTTATTTGGACGCGTTACCGAACGGGCTATGCGACGCATGGGTCTTCGGGTTTTTGAACATCTGCACAGCCTCGATTTAGCCTTCCATCTCAACAGGCAAACAGGTGGTTTGTCTCGCGATATTGAACGTGGCACCAGCGGCATCAGCTTCTTAATGCGGTTTATGGTGTTCAACATCGGCCCGACTTTACTTGAAATCGTTATCGTCGTCGGATTATTGTTTTTTCAATATGGCTTTTCTTTCGCCACCATTATTCTCACCGCCGTTGTCGCCTACGTGGTGTATTCGATGAAAGCCACAAACTGGCGTACGCGCTTTGTTCATGCGATGAACCAAGCCGACTCATCAACCCACTCCCGGGCCGTAGACAGTTTATTAAACTTTGAAACGGTGAAGTATTTCAGCAATGAAGCCTATGAATCGAACCGGTATGACACCAATTTAGCTGACTGGGAATTGGCCAGACGCAAAAATCGGCTATCGTTATTTGCGCTGAACGGCGGGCAAGCGCTTATTATCGCTGTCGCGATGACAGCAATGTTGGCCAATTCCGCGTACGGCGTAGCAAACGGTGACATGACGATTGGCGATTTTGTATTGATTAATGCGTTCACTATGCAAATTTTTATGCCGTTAAACTTTCTAGGGTTTGTGTACCGCGAGATCCGCGGCTCGATGGCAAACATCGACAATATGTTCGCGCTCCTCGACACCCGCCCATCGGTGAAAGATGACGATAATGCCCTCCCGCTTGAGATTACACGGGGCGAAATACGTTTCGACAATGTCAGCTTCTCTTACCGGGATGACAGACCAATCCTCAAAAATATCAGCTTTACCATTAAGCCTGGTCAGAAAGTTGCCATTGTGGGTGCCAGCGGTGCGGGTAAATCCACTCTGGTAAAATTACTTTTTCGCTTTTACGATACCACCTCAGGATGCATACTGATTGACGGACAGGACATTAAAAAAGTGTCTCAACAATCGTTACGGGAACAGTTAGGCATAGTCCCTCAGGATACGGTACTGTTTAACGATACCCTGCTTGAGAATATCCGCTACGGTGATCCAAACGCCGAACAGTCAGATATCGAACAGGCGATCCATACCGCCCACCTCTCCGGTTTCATTGCTCAGTTGCCTGAAAAGGAACAAACTCGTGTGGGTGAACGGGGCCTGAAACTATCTGGTGGTGAAAAACAGCGTGTTGCCATTGCCAGAGCGGTACTTAAAAATCCGCCCATTATGGTGTTCGATGAAGCGACATCTTCACTCGATAGTGGCTCTGAACAAGCTATCATGCAGGCACTCTCTGAACTGGCGTCAAACCATACCAGTGTGATGATTGCACACCGACTTTCCACTATTACCGATGCCGACTTTATCATCGTTCTGAAACAGGGCGAACTGGCAGAGCTTGGCACCCATCAGGAATTACTCTCACAGAAAGGTGAATATGCCCGCCTGTGGACGCTACAACAAAGGCAGGAAATCTAA	MRPSRFNVSPDTPIRWQVLNQLWPYLLEFKHRVAIALACLILAKLAAIGLPYVLKYTVDALNTKDASTGLVTVPLALIVAYGTLKLLNVIIGEVRDTLFGRVTERAMRRMGLRVFEHLHSLDLAFHLNRQTGGLSRDIERGTSGISFLMRFMVFNIGPTLLEIVIVVGLLFFQYGFSFATIILTAVVAYVVYSMKATNWRTRFVHAMNQADSSTHSRAVDSLLNFETVKYFSNEAYESNRYDTNLADWELARRKNRLSLFALNGGQALIIAVAMTAMLANSAYGVANGDMTIGDFVLINAFTMQIFMPLNFLGFVYREIRGSMANIDNMFALLDTRPSVKDDDNALPLEITRGEIRFDNVSFSYRDDRPILKNISFTIKPGQKVAIVGASGAGKSTLVKLLFRFYDTTSGCILIDGQDIKKVSQQSLREQLGIVPQDTVLFNDTLLENIRYGDPNAEQSDIEQAIHTAHLSGFIAQLPEKEQTRVGERGLKLSGGEKQRVAIARAVLKNPPIMVFDEATSSLDSGSEQAIMQALSELASNHTSVMIAHRLSTITDADFIIVLKQGELAELGTHQELLSQKGEYARLWTLQQRQEI				NA	NA	NA	NA	NA
AK237_00521	213			hypothetical protein	ATGGATCCGGCATTTTTAAAAACGACAGTAAATACGCAGATGCCGTTCGGCAAATATGCTGGCAGGAAGCTGTTCTATCTGCCGGAACCTTATCTGGTGTGGTTTCATAAACAGGGCTTTCCGAAAGGCAAGCTTGGTGAGCAGCTGGCACTGATGTATGAAATAAAACTCAATGGTTTAGAGGCCGTGGCTGAGCCGTTGCTAGAGGACTAA	MDPAFLKTTVNTQMPFGKYAGRKLFYLPEPYLVWFHKQGFPKGKLGEQLALMYEIKLNGLEAVAEPLLED				NA	NA	NA	NA	NA
AK237_00522	666			hypothetical protein	ATGAGCATGAATGTATCTAACTCAACTTCCCTGCTTGATTACATTAACAACTATGAAAACGGCGTTGATGATCTGACCGCCATTTCAGCCAATTCGGCAGCTAAACAGCGCGAAGCCATTGCAGAAGTGCAATCCAGCCTGGTTAACCTTAACAGTATCGATGAATTAGTTGAGAAAATTGATAAAGGAAATGCCAACGCCTCCCCTGAGACAGTGGCTGACATGGTGGTTTTTTATCACCGGCAAGTATCACAGGAAGTTGAAGGGCTTACAGAAAGATTCGGTTTAACATCTCCCCCCGACATCGCTTTGGTGGATGGAGAATGGCAATTTCTTGCCGCCGAAAACAATGAAACGTCAGAACCATTAACCCGTTCGGAACAGCAATTTATCGATTATCTTAATAAAGATGACCGACTGAATAGCCGGATGTCGAATTTATTATCTTTAACACAGCTTAACGAGCTTAACTTTTCCAAACTCAATGCAGGGTTAATGTCCAACGAGGGTGCAGCTGAGGACTCAGTACAGGATTATCTTTTTGGCATGAAAGAAGATCTTAATACACTGAACTTTATGACATTTGAAAATGGCAAAATGTATCCAGCTGCCACCGGTTATGCAGACAATAAATACGAACAGCTAACTGCTAATAATCAGGCTTAA	MSMNVSNSTSLLDYINNYENGVDDLTAISANSAAKQREAIAEVQSSLVNLNSIDELVEKIDKGNANASPETVADMVVFYHRQVSQEVEGLTERFGLTSPPDIALVDGEWQFLAAENNETSEPLTRSEQQFIDYLNKDDRLNSRMSNLLSLTQLNELNFSKLNAGLMSNEGAAEDSVQDYLFGMKEDLNTLNFMTFENGKMYPAATGYADNKYEQLTANNQA				NA	NA	NA	NA	NA
AK237_00523	1638			hypothetical protein	ATGCGCAGAGTTTTCATTCAGTTGTCATTACTGTGGGTGGTGGGGTTTATCGTTAACGTGCAGGCTCAGGAAATGCAGGGGTACTATAACGTCAGGGACTTTGGTGCTGTTGGCGACGGTAAAACCAGAGACACCAGTGCGATTAATGCTGCCATCAGCGCTGCCAGCAGTAATGGTGGGGGAACGGTATATTTTCCGCCTGGCATTTACGCGAGCTTCAGCGTTGAGCTGAAAAGTCAGGTTGATGTGCACATTGCTAATGGCGCAACGTTGCTGGCTGCCACGCCAGCCGACGAAAGCGAAGGGTATTTAAAGCCTGAATCCAATATCTGGGGCGAGAAATATAAGTATCAGGATTTTGGTCACAGTCATTTCAGAAATAGCCTGCTTTGGGGTGAAAACATTCATGATGTCACCATTTCCGGCAGCGGGCTGATTGACGGTAAGGGGCTGTGGAAAGGTTTATATCCGCCCTTAGGGCCGGCACCTTCGGTTAATCCGGGTAACAAAGCTATCGCGATAAAGGGTGGTCGGAACATTACTTTTCGGGATTTCAGTATTTATCGTGGTGGACACTTTGGGATCCTTGCTACGGCCATCAATAACCTGACCATCGATAATCTGCGCATCGATACCAACCGTGATGGCATTGATATCGATGTGTGTAAAAACGTGCGGATAAGCAACGTGGTGGTTAACAGCCCTAACGACGATGCTATCGTATTGAAAAGTTCCTATGTGATGGGCAAAGCTATCGTTACTGAAAATGTGACGATCAGCAACAGTATCGTCAGTGGTTACGCCATGGGTACCATGCTTGATGGTTCTTATCAGCCAATGAAAGGCGCCGCGCCGGACGGAGACGGGGCGACCGGCAGGATAAAGCTCGGCACCGAGTCTAACGGTGGCTTCAAGCGCATTACAATCAATAACGTGGTGTTTGATCACAGTCGTGGTCTGGCGCTGGAAACCGTGGACGGCGGCATTATTGAAGATGTGGTCGTATCCGGTCTGGTGATGAATCAGGTCAGTAATTCCCCTGTTTTTATTTACAACGGTGCTCGTATGCGCGGGCCTGAAAATACGCCGGTGGGTGGTATTCGTCGGGTGTTAATTAGTGATGTTACAGTAAATCACACTGACGGGCGGTTTCCCGTCATCATACAGGGTTTGCCAGAGTCGCCGGTATCACAGGTTACCCTGAAGGATATGTATCTGAACCTGGGCGGCGGAATGACACAGCAGGACGTGCTCACTCAGACTCCTGACTACGTCAGCGCCTTTTTTGCCTTGAAAGAAGATGAACCAAGGCATTCGCCTTTCGATGTGCCTGCCCGTCGTGAAGCTTATCCGGAACCCAGCATGTTCGGCATCTTACCCGCATCCGGTGTGTACATGCGACACGCTAAAAACGTTACTTTAGAAAATATTAATATGTCCCTGCAAAAGCCTGACACACGTTCTGTTATGGTGTTTGATGGTGTTAGTCAGATTTATCTTCGCAATATGAAGTGGCCAGATACGAAGCAAGATGATCAAATTACCGTGATTAATGGTGATGGCATTCAAATCACTTCGCAGTCAGGCGCGCATAAAATGCTCTCGTCCAGTGAAGCAACCGGATTCAGTGGCTTTTAA	MRRVFIQLSLLWVVGFIVNVQAQEMQGYYNVRDFGAVGDGKTRDTSAINAAISAASSNGGGTVYFPPGIYASFSVELKSQVDVHIANGATLLAATPADESEGYLKPESNIWGEKYKYQDFGHSHFRNSLLWGENIHDVTISGSGLIDGKGLWKGLYPPLGPAPSVNPGNKAIAIKGGRNITFRDFSIYRGGHFGILATAINNLTIDNLRIDTNRDGIDIDVCKNVRISNVVVNSPNDDAIVLKSSYVMGKAIVTENVTISNSIVSGYAMGTMLDGSYQPMKGAAPDGDGATGRIKLGTESNGGFKRITINNVVFDHSRGLALETVDGGIIEDVVVSGLVMNQVSNSPVFIYNGARMRGPENTPVGGIRRVLISDVTVNHTDGRFPVIIQGLPESPVSQVTLKDMYLNLGGGMTQQDVLTQTPDYVSAFFALKEDEPRHSPFDVPARREAYPEPSMFGILPASGVYMRHAKNVTLENINMSLQKPDTRSVMVFDGVSQIYLRNMKWPDTKQDDQITVINGDGIQITSQSGAHKMLSSSEATGFSGF				NA	NA	NA	NA	NA
AK237_00524	390			hypothetical protein	ATGGAAGTGCAGGGAAAATTTGATGTGTCTTTACAGCCCGTAGAGGGGTTTATAACGGCGACAGACGGCATAAAACCCGGTCGTATGACCATAGAAAAAACGTTCCACGGCGACCTCAGTGCCACCAGTAGAGGAGAGATGTTGTCAGTGATGACCGACGTGCCGGGCTCCGCAGGGTATGTGGCAATGGAAATTGTTTCCGGCAGCCTTAACGGAAAATCCGGTTCATTTGCACTGCAACATTTTGGCGTTATGGATAAGGGCAAAGATTCCCTTATTCTAAAAGTCGTGCCGGGCTCTGGCACAGAAGCGTTATCCGGACTGTCGGGCGATATGAAAATTATCCGGGACGGGGGCGCGCATAGTTATATTTTTACCTATACCTTGTAG	MEVQGKFDVSLQPVEGFITATDGIKPGRMTIEKTFHGDLSATSRGEMLSVMTDVPGSAGYVAMEIVSGSLNGKSGSFALQHFGVMDKGKDSLILKVVPGSGTEALSGLSGDMKIIRDGGAHSYIFTYTL				NA	NA	NA	NA	NA
AK237_00525	339			hypothetical protein	ATGTATTCAAGGTCGAGGAGACAACGGGATGCGGATATCGACAACCGTATTCTGCAAATTCACCGTGCAATTGCTGACAAGGTAATAGCCAATCCTACACTGATTACACGGGCAGAAGAAACGCTGGAAATCCGTTATCAACAAAAACTCCTACGCTACGGCAGTTACCTTCTATGGCACAGCGTGCTGGAGTTAAAGCATGATCCGGAAGCCTTCAAAGCACAGTTACTCAGCGATGAATCACGCTGGAATGCATTGCGAAGAAACACCATTTTTACTGGTGTGTTAACAGAGCAGGAAAGAGAAGAAGCGCTGGCGAATTATTTCGCCAGCGAATAA	MYSRSRRQRDADIDNRILQIHRAIADKVIANPTLITRAEETLEIRYQQKLLRYGSYLLWHSVLELKHDPEAFKAQLLSDESRWNALRRNTIFTGVLTEQEREEALANYFASE				NA	NA	NA	NA	NA
AK237_00526	1347	aroH	COG3200	Phospho-2-dehydro-3-deoxyheptonate aldolase	GTGAGTAACTGGCAACCCGACAGCTGGAGAACAAAGCCGATTCTGCAGCAACCTGAATATGACAATCAGGAACAAGTCGCTTTAGTAGAGCAAACATTAAGCAAATATCCACCGTTAGTATTTGCCGCTGAAACCCGCGAGCTGCGTCGTCAGCTTGGTGAAGTGTGTCAGGGGAAAGGATTTTTACTACAAGGCGGCGATTGCGCTGAATCGTTTGACGAGTTTAATGCACCCAAAATTCGTGACACGTTTAAAGTCATGTTGCAGATGGCCATCGTAATGACCTTTGCGGGTCGTTGTCCTGTCACAAAGGTGGCGCGCATGGCTGGTCAGTATGCCAAACCACGCTCATCAGATTACGAAACCATTAATGGTGTGACGTTGCCCAGTTATCGTGGCGACATCATTAACAGCTTTGAATTTACCGCAGAAGCCCGTCGCCCGGATCCTACTCGTTTATTAGATGCCTACCATCGCAGTGCGGCTACGCTTAACCTGTTGCGCGCATTTGCGCAGGGTGGTCTGGCCGACTTAAACGAAGTTAACCGCTGGAATATGGCGTTTTTAGAGAATAACCCGCTGAAAGACCGTTATTCAGACATCGCCAGCCGTATTCAGGATTCTTTGGAATTCATGAAGGTCATTGGTCTGAATGCCCTGAATACACCGTCGTTGCATGAAACCAGCCTGTTTACGTCTCATGAAGCTTTGTTGCTTAACTACGAACAGTCTCTGACCCGTATCGACACGTTAACCGGTAAGCCGTATAACTGTTCCGCCCACATGGTGTGGATTGGTGAGCGCACCCGTCAGCTTGACCATGCCCATGTTGAGTTTTTCCGTGGTATTCATAATCCTATCGGTGTGAAAGTTGGTCCGACGATGGATGAGGACGAGCTTATCAGATTGATTGATGTGCTGAATCCGAACAATGACCCGGGTCGTCTTACATTTATTACCCGTATGGGCGCAGACAAGCTGGAAGCTAACCTGCCGCGCTTACTGCGTCGCGTGAAAGCCGAAGGCCGTAATGTGGTGTGGAGTTCAGATCCGATGCACGGAAACACCATCAAAGCGACAAGTGGTTATAAAACCCGTAACTTTGACGCGATCTTAAGTGAAATCCGTCAGTTCTTCGCTGCTCACAAGGCGGAAGGTACCCATGCCGGTGGTGTGCACCTGGAAATGACCGGTCAGCACGTTACCGAATGTACCGGCGGTGCTTACCAGATTTCGGATGATGATCTGAAACAGGCGTACAAAACACAATGCGACCCCCGTCTTAACGCCGATCAGGTGTTAGAGATGGCCTTCCTGGTTGCAGACCACTTACGCCAGGGCGCGTAA	MSNWQPDSWRTKPILQQPEYDNQEQVALVEQTLSKYPPLVFAAETRELRRQLGEVCQGKGFLLQGGDCAESFDEFNAPKIRDTFKVMLQMAIVMTFAGRCPVTKVARMAGQYAKPRSSDYETINGVTLPSYRGDIINSFEFTAEARRPDPTRLLDAYHRSAATLNLLRAFAQGGLADLNEVNRWNMAFLENNPLKDRYSDIASRIQDSLEFMKVIGLNALNTPSLHETSLFTSHEALLLNYEQSLTRIDTLTGKPYNCSAHMVWIGERTRQLDHAHVEFFRGIHNPIGVKVGPTMDEDELIRLIDVLNPNNDPGRLTFITRMGADKLEANLPRLLRRVKAEGRNVVWSSDPMHGNTIKATSGYKTRNFDAILSEIRQFFAAHKAEGTHAGGVHLEMTGQHVTECTGGAYQISDDDLKQAYKTQCDPRLNADQVLEMAFLVADHLRQGA	PGPT0012920_1907	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BIOTIC_STRESS_RESISTANCE-PHENAZINE_DERIVATES	BIOTIC_STRESS_RESISTANCE-PHENAZINE-1-CARBOXYLIC_ACID_BIOSYNTHESIS,PGPT0012920-3_deoxy_7_phosphoheptulonate_synthase|aroF|aroG|aroH-K01626	NA	NA
AK237_00527	474			Putative low molecular weight protein-tyrosine-phosphatase	ATGTTTAAATCGAAAAAGAAAACGTCGGTCTTGTTTGTTTGTCTGGGTAATATCTGTCGTTCACCCACCGCAGAGGCTGTATTCCGGCACAAAGCGCAGCTTGCGGGCATTGATATGGTTATTGATTCCGCCGGCACGCACGGGTATCACATAGGTAATCCGCCAGACAAACGGTCAATATCGGCAGGTGAAGGACGAGGCTACTCGTTTAAGGGCATAAAGTGCCGACGTGTGGAAGATAAGGATTTTCAGACCTTTGACTACATCATGGCCATGGACGCCAGTAACTATGAAAATTTAATGAATATGTCTGATGAAGCCGATCAGCATAAAATTCACTACTTTCTCGACTTCGCGCCAGGCAGTGAAAAAGAGGTGCCCGATCCGTATTACGGCGGCAAGCAAGGGTTTGAGTTAGTACTGGATCTTATCGAAAAAGCCTCCGATGGCTTTATTCAACATCTGCGCAAGTAG	MFKSKKKTSVLFVCLGNICRSPTAEAVFRHKAQLAGIDMVIDSAGTHGYHIGNPPDKRSISAGEGRGYSFKGIKCRRVEDKDFQTFDYIMAMDASNYENLMNMSDEADQHKIHYFLDFAPGSEKEVPDPYYGGKQGFELVLDLIEKASDGFIQHLRK	PGPT0014530_4963	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
AK237_00528	690	phaB_1		Acetoacetyl-CoA reductase	ATGACTTCAACTGTACTGGTAACAGGCGGTAATCGCGGTATAGGTTTAGAAATTGTTCGAGGCTACGCGCAGGCAGGATTTAAAGTTTTACTTGGCTGCAGAGACGCTGATGAAGGCGAAGAGATCAAAAAAGATATCGTAGGTAAAGATATCCAAATTGTTGAGATTAACCTGTCGAATGAACAAGCGGCAAAGGAAAATGTCATCCGTGCCCAGGCTGTGTATGGTGATATTGACGTGCTGGTGAATAATGCCGGCGTGATGATTGATGATGATTGGTCGTCGCTGCCGCCGGGCAAGATCACCCAGTCGATGCAGGTTCACGTAAACGGGCCATTTACGCTTATACAGCAAGTCCTTTCGGGCATGCTTGAGCGTAACTATGGACGTATTGTGAATGTGTCTTCAGGGTATGGGTCTTTTTCTGAAGGCATGCAGGGGCCGCTAGCCTATGCCGTCAGTAAAGCGGCGTTAAATGCACTAACGCTTAATTTGGCGAATAGCATCGATGAGAGTAAAAACGTTAAAATTAATGCCATGTGCCCAGGCTGGGTGCACACCCGAATGGGCGGACGTGATGCGCCGCGAACCCCCGAGAAGGGCGCTGAAACTGCTATTTGGCTAGGTCAGTTGGAGAAAGACGGACCCAACGGACAATTTTTCAGGGATAAAAAGCAGATTGAATGGTAA	MTSTVLVTGGNRGIGLEIVRGYAQAGFKVLLGCRDADEGEEIKKDIVGKDIQIVEINLSNEQAAKENVIRAQAVYGDIDVLVNNAGVMIDDDWSSLPPGKITQSMQVHVNGPFTLIQQVLSGMLERNYGRIVNVSSGYGSFSEGMQGPLAYAVSKAALNALTLNLANSIDESKNVKINAMCPGWVHTRMGGRDAPRTPEKGAETAIWLGQLEKDGPNGQFFRDKKQIEW				NA	NA	NA	NA	NA
AK237_00529	1341	gdhA	COG0334	NADP-specific glutamate dehydrogenase	ATGACACAACAATCTAATCAGGAAAAACTACTTGAATGGTTAACCACTCATTCTCCGGACCAACCTGAGTATTTTCAAGCAGTCGAAGAGATTGTTGATCATGTGATGCCTGTCTCTAATGCCCATGAAGAATATAAGCGCTACGACGTAGTGAGACGACTCTGTGTGCCTGAGCGCATTATTCATTTCAATGTTCAATGGCTTAACGACAACAATGAGGTGGAAATTCATCGAGGTTGGCGAGTGCAGCACAACGGTCTGATTGGTCCGTATAAAGGCGGATTGCGCTTTCATCCCACCGTTAACGAATCAATATTGAAGTTTCTTGCCTTTGAACAAACCTTTAAAAACGCACTTACCGGACTTCCTATGGGTGGCGCAAAAGGGGGCTCGGATTTTAACCCGAAGGGCCGCAGCAATAACGAAATCATGCGCTTCTGCCAGGCATTTATGGGCGAATTACAGCGCCATATAGGCTCGCATACCGATGTACCTGCTGGAGATATCAATGTAAGTAGCAGAGAGATCGGCTTTCTTTATGGTGAATATCGACGCATCCACAATCAGTTTGAAGGCACACTCACCGGCAAGGACATCTCCTTTGGCGGTAGCTTCGTGCGCACTGAAGCGACAGGATTCGGCCTTATTTATATGCTTGAAGCCGTGTTGGCCGAGCACAATGAGCAGCTCGAAGGTAAACGTGTTGGAATAAGTGGTGCGGGTAATGTGGCGCTACATGCTGCGCTTAAAGCGGCGAACAATAATGCCATCGTTGTGAGTCTGTCGAACAGTCGCGGTTGTTTAATTAAAGAAAACGGTTTTAGCGAGAGTGACATTCGCTGGGCAATTGAAAATAATCCCAACTACGACAATATTCTCACGGCCCTGCAACAAGAGTGCGGCGCTGAGTGGCATGACGATAAGAAGCCCTGGGGACAGCCGATGGACATCTGCCTGCCCTGCGCCACGCAGAATGAACTTGATGATAAAGATGCACGGCAACTCAAAAGCAACGGCGTAAAATACGTGCTCGAAGGTGCAAATATGCCCTGTACCACTGACGCCCAGAAAATTTTTGCAGATGCCCACATTCCTTTTGTGCCGGGTAAAGCTTCTAACGCAGGCGGCGTGGCATTGTCAGGCCTCGAAATGGCGCAAAACGCCACGTTCAGTAGAGACTCCTGGGAAGCGCTGGATAACGAACTCAGATCAATTATGCAGCACATCCACCAGCAATGCGTAGAAGAAGGCAAAGACGGCGACTTTATTAACTATGCTAAAGGCGCCAACATTGCCGCATTCAGGCGATTAGCGGATGCCATGGTGGCACAAGGCATTTAG	MTQQSNQEKLLEWLTTHSPDQPEYFQAVEEIVDHVMPVSNAHEEYKRYDVVRRLCVPERIIHFNVQWLNDNNEVEIHRGWRVQHNGLIGPYKGGLRFHPTVNESILKFLAFEQTFKNALTGLPMGGAKGGSDFNPKGRSNNEIMRFCQAFMGELQRHIGSHTDVPAGDINVSSREIGFLYGEYRRIHNQFEGTLTGKDISFGGSFVRTEATGFGLIYMLEAVLAEHNEQLEGKRVGISGAGNVALHAALKAANNNAIVVSLSNSRGCLIKENGFSESDIRWAIENNPNYDNILTALQQECGAEWHDDKKPWGQPMDICLPCATQNELDDKDARQLKSNGVKYVLEGANMPCTTDAQKIFADAHIPFVPGKASNAGGVALSGLEMAQNATFSRDSWEALDNELRSIMQHIHQQCVEEGKDGDFINYAKGANIAAFRRLADAMVAQGI	PGPT0000690_2076	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_UTILIZATION	PLANT_DERIVED_GLUTAMATE_DEGRADATION|CONVERSION,PGPT0000690-gdhA-K00262	NA	NA
AK237_00530	288			hypothetical protein	ATGCTTAAAAAGAAACTGATAGTTAGCGTGCTTCTCGTTACTGCCACGGCGGCGACACTCGCGCAGGCAGCCGATAATCGTAAACCACCACAAATCCCGCAGGAAGCTTATGATGCCTGTGCCTCCGCCAGTGAACAGGATAGCTGCTCTATGTCAGGGCGCGATGGAGAAGCCGCGGAAGGGGTGTGCATGGCTCCACCTCCTGATGCAGACAGTGACGAACTGGCCTGCCGCCCGAACAATATGGGCAGTGGTGACAGACGCCCACCGCCAAAAGATGATAATTAA	MLKKKLIVSVLLVTATAATLAQAADNRKPPQIPQEAYDACASASEQDSCSMSGRDGEAAEGVCMAPPPDADSDELACRPNNMGSGDRRPPPKDDN				NA	NA	NA	NA	NA
AK237_00531	981			Oxidoreductase P35	ATGGAAAAGGTGAAGTGGGGCATTATCGGTGTGGGCGATGTGTGTGAAGTAAAAAGCGCGCCAGCCATGCAGCTTATCGAAAACAGTGAGCTGGTTGCTGTGATGCGTCGCACTGGCGAACTCGCGCAGGATTATGCGCAGCGTCACAATGTGCCTAAATGGTACGACGATGCCGACGCATTGATTAACGACCCCGATATCAATGCTATTTACATCGCCACACCACCAAACGGCCACTTGCCTTATACACTGAAAGCGGCAGCAGCTGGGAAGCCTGTGTATGTGGAAAAGCCTATGGCGAGAACGTACCAGGAATGTGAGCAAATGATTGCAGCGTGCGAACAGGCAGGCGTGCCGTTATTCATCGCATATTACCGTCGCTATCTGCCGAACTTTCTGCAGGTGAAAAAGTGGCTGGATAATGGCGATATCGGCGACGTACGACAGGTGCATGTGAGCCTGATGCAGTCTGTACGCCCGAAGGTGCTCAATAATATCGACAAACCCTGGCGGGTAAATCCGGAGGTAGCCGGAGGCGGTTATTTCTACGATTTGGCTTCCCATCAGCTGGATTTGCTCGACTTTTTGCTCGGCCCGATTGTCAGTGCAAGTGGACAAAGTATCAATCAGGGCGGGTTTTACGATGCGGAAGACAGCGTCACTGCCTGCTGGCAGTTTGAAAATGGTGAGCTTGGCAGCGGGAACTGGTGCTTTAGTGCAGCAAAAAGTGCAGAGCGTGACTGCATCCAGATCATCGGCAGCGAGGGGCAGATTGAATTTCCTGTGTTTGGTAAAGGTGTGGTGACATTACACAAAACCGGCAATGCACCACAGATAGCGGAATTCGAACTTCCCAAACACATCCAGCAGCCGTTGATCACCGCCATCGTCAGCAGTTTAACTAACGGCGCAGATTGCGTTTCAACCGGCGAGTCCGCCGCAAGGACTAACCGGGTGATGGAACAGATTGTTAAGCCGTAG	MEKVKWGIIGVGDVCEVKSAPAMQLIENSELVAVMRRTGELAQDYAQRHNVPKWYDDADALINDPDINAIYIATPPNGHLPYTLKAAAAGKPVYVEKPMARTYQECEQMIAACEQAGVPLFIAYYRRYLPNFLQVKKWLDNGDIGDVRQVHVSLMQSVRPKVLNNIDKPWRVNPEVAGGGYFYDLASHQLDLLDFLLGPIVSASGQSINQGGFYDAEDSVTACWQFENGELGSGNWCFSAAKSAERDCIQIIGSEGQIEFPVFGKGVVTLHKTGNAPQIAEFELPKHIQQPLITAIVSSLTNGADCVSTGESAARTNRVMEQIVKP	PGPT0017545_63	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE-PENTOSES_UTILIZATION	PLANT_DERIVED_XYLOSE|XYLULOSE_DEGRADATION,PGPT0017545-xdh-K14273	NA	NA
AK237_00532	906			hypothetical protein	GTGGTGGCTATGAGGGATAAGAATTTTTTAACGATGACTTTGTTCAACCGATTTACCAGCCACAAAACAGAATGGCTAGTGCTGATGTTAGCCGCCTATCTGCTTATTCCCAATACGATTAACGCCTTGTCGGTATGGACGGAGCATAACCGTGATGGCTCAGCTGATATCGCATTATGGGAGCCTTTCACCTGGGAATACACTAGTGCGATTGCGGTTTTTATCATCGCGCCGCTGGTGGTGTACTGGTTTAGATTGATGCCACCCAGATTCAAGAGGATCCCCCGGCAATTGTTGTTTCATCTTATCGCTTCGCTGGTGTTTTCTCTGTTTCATGTTTTGCTGATGATAGGGTTTCGCGAACTGGTTTACTGGTGGCATGACGGTGATTACCAGTTTGGTTTCTTCTGGTCTGAATTTTTGTATGAATACAGAAAAGATTTATGGGGTTATATTAATTTCTATGTCATTTACCAGCTCTACGGTTTTGTGTACTCGCGACTTAAGGGGGAGGCCAACCTGATCCACCGCGGTTCTCTTTCTGATGAGAGCAAGCCTGAGCCAGAAGAGCGCGTACCTGAATATCTGCTGGTAAAAAAGCTGGATAAAGAGTTTCTGGTAAAGGTGAGCGATATTGAATGGATGGAATCGGCTGGCAATTACGTGAACCTGCACAGTGAAGGGCGAATTTATCCGTTGCGCGGCACGTTAACCAGTACTGTTGGTAAATTACAGCAGGCCGGGTTCAGTCGGATACATCGCAGTTATGCGGTGAAGCACCTTGCCATCGATAATATCAGTTACGGTCACAGTGGCGATGGCGAAGTAACGCTTAAAAACGGCCATAAACTGATATTGTCCCGGCGCTACAAAGACGCGTTTAAACAACAATTCTACGCTTCATAG	MVAMRDKNFLTMTLFNRFTSHKTEWLVLMLAAYLLIPNTINALSVWTEHNRDGSADIALWEPFTWEYTSAIAVFIIAPLVVYWFRLMPPRFKRIPRQLLFHLIASLVFSLFHVLLMIGFRELVYWWHDGDYQFGFFWSEFLYEYRKDLWGYINFYVIYQLYGFVYSRLKGEANLIHRGSLSDESKPEPEERVPEYLLVKKLDKEFLVKVSDIEWMESAGNYVNLHSEGRIYPLRGTLTSTVGKLQQAGFSRIHRSYAVKHLAIDNISYGHSGDGEVTLKNGHKLILSRRYKDAFKQQFYAS				NA	NA	NA	NA	NA
AK237_00533	1173	mdoC		Glucans biosynthesis protein C	ATGACTCAAATGCAAAATGGCCGTCGTTTTGATATAGACGCGTTGCGAACGCTGGCTTTTTTATTGCTGATTTTATATCACACTGGCATGTATTATGTGGATGACTGGGGCTGGCATATAAAAAGCCCGGACACCTACAGTGGTTTACAGGATGTCATGTTACTGGTTAATCAATGGCGTATGTGCCTGCTATTTATGATTAGCGGTATGACGCTGGCACTGATAAAAGAAAAATACAGCTCATTCACATTGGTTAGCTTGCGAACAAAGCGTCTTATTATCCCGCTGATATTTGCAATGTACGTGATTGTTCCGCCGCAACTATTTTTCCAACTTCAACTGAACAACGGCTATCAGCAAAATTATGAAACCTTCTGGTTCCTTTACATTAACGCACCCGCTGATTTCTTCCCGGCACTCCAGAGCGACATCGGATTATTGACCTGGAATCATTTGTGGTACCTGCCATACTTGTGGGTATATACCTTAATCATTATAGCCATCGGCGGCAGCTTGAAAGCACTGGCACGCTCAAGAATTATAGCCCGACTCAGTTTGTGGCAATTTTTCGCTCTTCTTGTCATCATGCAATCGGCAATGTGGATGAGTTACGGACGCCACTTCCCTACTACCCACGATCTGATTAACGACTGGTATTCACACAGCAAATACCTGCTCGCCCTAAGCGTCGGCTTCATGCTGGTCATGCATCGTAACTGGTGGCAACAGTGCGTAGAGAAACGCGTACTGCTGCTGGGTATAGCGATTGCGTGCTACCTTTTTACTCTGGCCGATCATCACGGTGTGCTGCCAATGCCGGATAACACCTCTGCTGCTGTCTGGGTACAGGATGCCTATTCAGTGCTCTACTTTGTAAACCGCTATGCCTGGATGTTTGCTATTATTGGATTAGGCGGCCGTTATCTCAACCGACCTTCATCAATATTACGTTATGCGAATGAGGCTGTATTACCCTGGTATATTTTTCACCAGACACTGATTATTATCTTTGCTATGTGGCTGCGCCCATTGGCGCTCAACGATGCATGGGAAGCGGTCTTGCTCGTTGCCGCGACGGTAGCAGGTTGTGCTATCGGCTATGAAGCGGTGCGCAGGCTTCGAATAACTCGTCTGCTTTTCGGTTTGAAATCAACAGCGCAGCAACACGGGTAA	MTQMQNGRRFDIDALRTLAFLLLILYHTGMYYVDDWGWHIKSPDTYSGLQDVMLLVNQWRMCLLFMISGMTLALIKEKYSSFTLVSLRTKRLIIPLIFAMYVIVPPQLFFQLQLNNGYQQNYETFWFLYINAPADFFPALQSDIGLLTWNHLWYLPYLWVYTLIIIAIGGSLKALARSRIIARLSLWQFFALLVIMQSAMWMSYGRHFPTTHDLINDWYSHSKYLLALSVGFMLVMHRNWWQQCVEKRVLLLGIAIACYLFTLADHHGVLPMPDNTSAAVWVQDAYSVLYFVNRYAWMFAIIGLGGRYLNRPSSILRYANEAVLPWYIFHQTLIIIFAMWLRPLALNDAWEAVLLVAATVAGCAIGYEAVRRLRITRLLFGLKSTAQQHG	PGPT0013335_185	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0013335-mdoC|glucans_biosynthesis_protein_C_EC_2_1_X_X-K11941	NA	NA
AK237_00534	717	pepE_1	COG3340	Peptidase E	ATGTCTGCCCACGTATTAATGCTGAGCAGTTCCCGGGTAGGGAATGAAAATTACCTTGAGCACGCACAACCGCTGATGCTTAAACATCTGGGTGATATCCGGGACGTGTTATTCGTCCCCTATGCCGGTGTGACCATGAGCTTCGACGAATACACCGAAAAAGTGCAAGCCGCGTTGCCACAATGTAACGTAACCGGGCTCCACACCTACGAACATCCGGCGCAAGTCATTACCGAAGCGATTCACAACAATAAATCCATTTTAGTCGGCGGTGGCAACACCTTTAATTTACTGGCAAATTTATATAAAAACTCGCTTATTGCGCCCATTTGTCTGGCCGTAGATGCTGGGGTTCCTTATATCGGATGGAGTGCCGGTTCAAATATTTGCGGTGCCACCATCAGAACCACCAATGACATGCCTATTATCGAGCCGCCGTCGTTTGACGCACTGGCGCTGCTTCCCTGTCAGCTGAATCCGCACTATTCCGATTATCACCCGCCGGGTTTTAACGGGGAAACCCGCGATCAACGTCTTGCTGAATTCACGACTCTGAATCCGGATACACCGGTACTGGCAATACGTGAAGGCACTGCGCTTGAGCTATCTAAAGGCAAACTGACATTTAAAGGGGAATATGGCGGTTTTGTATTCTCAGGAAAAGAAAAAACCGCCATTAAAGACGGTGATGACTTAAGCCAGTTTCTGCACCGTTGA	MSAHVLMLSSSRVGNENYLEHAQPLMLKHLGDIRDVLFVPYAGVTMSFDEYTEKVQAALPQCNVTGLHTYEHPAQVITEAIHNNKSILVGGGNTFNLLANLYKNSLIAPICLAVDAGVPYIGWSAGSNICGATIRTTNDMPIIEPPSFDALALLPCQLNPHYSDYHPPGFNGETRDQRLAEFTTLNPDTPVLAIREGTALELSKGKLTFKGEYGGFVFSGKEKTAIKDGDDLSQFLHR				NA	NA	NA	NA	NA
AK237_00535	675	bioD1	COG0132	ATP-dependent dethiobiotin synthetase BioD 1	ATGCACGCTTATTTTGTTACCGGTACCGACACAGAAGTGGGTAAAACCTTTGTGTCGTCTTTATTTTTAAAGGCTGCGGCGCAATCAGGGCTTTCCTCAGTGGGGTACAAGCCAGTCTCTGCCGGATGTGAAGTCATTGACGGCACGCTCAGCAACGAAGATGCAAGAGCTTTACATGCGGCGTCCTCATTACCCGTATCACTTCAGGAAGTGAACCCGGTGACCCTTGAACCGCCTGTCGCACCACACATTGCTGCAGAGCAGGCAGGTTTAAAAATTGAAAAAGAAGATCTGATCAAAGGGTACGAACATCTGGCAGGGAAGCACCCTGACTTTATGCTCATGGAAGGGGCCGGTGGCTGGCGGTTACCGTTAGGCAATGGTCTCTGGATGCCACAAATCGTTCAGGCACTTAAGCTGGATGTTATTGTGGTAGTGGGCATGCGTCTGGGATGTCTGAATCATGCCGTACTCACCTGTGAAGCCATTTTGAATGACGGCCTGAACATTAAAGGCTGGGTGGCGAATCAGTTGTCTGCTGATATGCCGGTATACGATGAAAATCTGGCGACACTTAAAGCCGTGTTGCCTGCTCCCATGCTGGCCGAAATTCCTTTCGGCGCAGATGAGAATACGGTAGCAGACCTGGTATCAACGGTGCAGAAACTGGCTTAA	MHAYFVTGTDTEVGKTFVSSLFLKAAAQSGLSSVGYKPVSAGCEVIDGTLSNEDARALHAASSLPVSLQEVNPVTLEPPVAPHIAAEQAGLKIEKEDLIKGYEHLAGKHPDFMLMEGAGGWRLPLGNGLWMPQIVQALKLDVIVVVGMRLGCLNHAVLTCEAILNDGLNIKGWVANQLSADMPVYDENLATLKAVLPAPMLAEIPFGADENTVADLVSTVQKLA	PGPT0022115_2327	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	ROOT_COLONIZATION	ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_METABOLISM	ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_BIOSYNTHESIS,PGPT0022115-bioD-K01935	NA	NA
AK237_00536	795	bioC		Malonyl-[acyl-carrier protein] O-methyltransferase	GTGAATCAACCCGCTTCTAAAACCGCTGAAACAACCGTAACCCGCAAACAGGCGATTGCTGCCCGCTTTGACCGTGCCGCCGACTCATATAATCAGGTGGCGGGAGTTCAGGCCCGAATCGCTGTTGATGCCCGCAGTTTGTTGCACGTTGAACCGGGCAGCAGGGTGCTTGATATCGGCTGCGCCACAGGGCGGGAAACCGTGTTGCTGGCGAAAAACGGTGCACTTGTTACCGGTCTCGATATTGCCGCAGATATGCTCCGGAAAGCGCAGCGGGATTATCCGTCTCTGACATTCAAAGAAGGTGATGCTGATGCACTGCCTTTTCCTGCACAGCAATTTGATGCGGTATTTTCCTCAATGGCGTTGCAGTGGAGTGATGATCCTGCCACGGCGATGCAGGAAATTGCCAGAGTGCTTAAACCCGGGGGCAGGGCACAGCTGGCCATTATGGTTGCCGGTTCTTTTCACGAGCTTATTCAGGCCCGTTCAGTGGCGGGGCTGCCTGAATCAGTGAACACCTTACCGCAGTCACTGGTGTGGGAAAAAGCCGCCTGCCAGGCTGGCTTTCATGTAGTGAAAAGTACGGTTGAAACGTACACAGAGCACTTTGACGGAATACGTAGTCTGCTGCATTCAATTACTAAAGCCGGTGCTGGCTTATCAGACAGCGGACACGCACAACATTCTTTCACCCGCCATTCACTGAAAGTGTTGGAAAAGGCTTTCTGTACCGCCCCGGACGGCACGCTGCCCCTCACTTATCACGTATTACAGATATCGCTGGAACGCTAA	MNQPASKTAETTVTRKQAIAARFDRAADSYNQVAGVQARIAVDARSLLHVEPGSRVLDIGCATGRETVLLAKNGALVTGLDIAADMLRKAQRDYPSLTFKEGDADALPFPAQQFDAVFSSMALQWSDDPATAMQEIARVLKPGGRAQLAIMVAGSFHELIQARSVAGLPESVNTLPQSLVWEKAACQAGFHVVKSTVETYTEHFDGIRSLLHSITKAGAGLSDSGHAQHSFTRHSLKVLEKAFCTAPDGTLPLTYHVLQISLER	PGPT0022060_579	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	ROOT_COLONIZATION	ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_METABOLISM	ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_BIOSYNTHESIS,PGPT0022060-bioC-K02169	NA	NA
AK237_00537	1158	bioF	COG0156	8-amino-7-oxononanoate synthase	ATGGCATTTGATTTTATCAATGCTGAGCTTCAGAAAAAGCAGGATGCCGGTTACTTGCGTCGCCGGCATTGTGTGGAATATGAAAAAGACGGCATTATTTGTGTCGCCGGCGAGCACTATCTGAACTTTGCCAGTAACGATTATCTGGGCATGCGTCAGCATCCGGGTGTGTTGCAAAGCTGGGTGGAAGGCTTAGCGCAGTTTGGCGGCGGCAGCGGCGCGTCTCCGTTAGTGACGGGTTACACACAGGCGCATGCGGCCCTTGAAGCCTATCTTGAAGAACACCTTCAGCGGGAAGCGGTACTGCTGTTTAATTCCGGCTTTGCCGCGAATCAGGCTATCTGCCAGGCACTGTTTCACAGCGGAGGTAACGTACTGGCCGACAAATATATGCATGCTTCCTTTATTGACGGCGTGCTTGCCAGCAAAGCTGAATTTAAGCGTTTCCGTCATAACGATTTAGCGCACTGCGAAGCATTACTTTCCGGTTTATCCGACGATACCCTTATCGCCAGTGAAAGTATTTTCAGCATGGACGGAGACAGCGCACCGGTTGAAGGACTTGTGTCACAAAGTCGTGACAGCGGCGCGTGGCTGATGCTGGATGACGCCCATGGATTTGGCGTACTGGGCGAAAATGGTTTTGGTGTGGCTGAGCATTATCAGCTTACGCAGCAGGATTTGCCGGTACTGATGGGCACATTCGGTAAGGCGGTGGGTACAGCCGGTGCCTTCGTTGCCGGCAGTCAGGCCTTTATTGATTATCTGGTAAATCACGCCAGGCACTATATTTACTCCACCGCGCTGCCGGCCTCTCAGGCTATTGCTACCTTGTATTCGCTTACGGCCATATCAACGGGTGATGAGCGTAAAAGGTTACATGAGAACATTGCGACATTTCGTTCTCTTGCTCTGGCGCAGGGCCTTCAGTTAACTGAATCTGTCAGTGCGATTCAGCCTGTGATGTGCGGCGATCCCCACAAAGCGCTGGCATTGTCTGAAGCGCTGAAACAACGCGGGATATGGGTGCCGGCAATACGTTATCCGACAGTGCCGAAAGGGGCTGACAGGTTGCGGATCACCATTACTGCACAACACAGTGCCCGGGATATCAGCGTGCTGGTGGATGCGTTAATGCTGGCTATGGAGGCGGTGTGA	MAFDFINAELQKKQDAGYLRRRHCVEYEKDGIICVAGEHYLNFASNDYLGMRQHPGVLQSWVEGLAQFGGGSGASPLVTGYTQAHAALEAYLEEHLQREAVLLFNSGFAANQAICQALFHSGGNVLADKYMHASFIDGVLASKAEFKRFRHNDLAHCEALLSGLSDDTLIASESIFSMDGDSAPVEGLVSQSRDSGAWLMLDDAHGFGVLGENGFGVAEHYQLTQQDLPVLMGTFGKAVGTAGAFVAGSQAFIDYLVNHARHYIYSTALPASQAIATLYSLTAISTGDERKRLHENIATFRSLALAQGLQLTESVSAIQPVMCGDPHKALALSEALKQRGIWVPAIRYPTVPKGADRLRITITAQHSARDISVLVDALMLAMEAV	PGPT0022095_2672	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	ROOT_COLONIZATION	ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_METABOLISM	ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_BIOSYNTHESIS,PGPT0022095-bioF-K00652	NA	NA
AK237_00538	1101	bioB	COG0502	Biotin synthase	ATGACCATCGCGTCCAACGCACCACAACATCAGGCAGACATTCGCCACGACTGGACCAAGGCCGAAGTTAAGGCACTTTTCGCATTGCCATTTAATGACTTACTGTTCAAAGCCCAAACTGTTCACCGTCAGTATTTCGATCCGAATGAAGTGCAGGTGAGCACGTTATTATCAATTAAAACCGGCGCGTGTCCGGAAGACTGTAAATATTGCCCGCAAAGTGCCCGCTATGATACCGGATTAGAAAAAGAGCGCTTACTGGAAATTGAAAAAGTGATTCAGCGCGCTAAAGAAGCGAAAGCCAACGGATCCACCCGCTTCTGTATGGGAGCTGCATGGCGTAATCCCCGTGACCGTGATATGCCTTATGTCACCCAGATGGTGTCAGAAGTGAAAAAGCTTGGTCTGGAGACCTGTATGACGCTGGGTATGCTTACCCGCGAGCAGGCAGTGGCACTGAAACAGGCCGGTCTGGATTACTATAACCACAATCTGGATACTTCCCCTGAATTTTACGGTGACATCATTACAACCCGTACCTACGACGACCGTCTTAATACCTTGCAGAATGTACGTGATGCCGGCATGAACGTATGTTCCGGCGGTATTGTGGGCATGGGAGAATCGGCAGAAGACCGTGCAAGCCTGCTGATGCAACTGGCTAATTTGCCGGAACAGCCGCAAAGCGTTCCCATTAATATGCTGGTGAAAGTAGAAGGTACGCCGCTGGATAAAGTGGACGATCTGGAACCATTCGAATTCATCCGTACCATTGCTGTCGCCCGCATCATGATGCCTGCCTCACATGTGCGTTTATCCGCCGGCCGTGAAAACATGAATGAGCAGATGCAGGCGCTGTGTTTTATGGCTGGTGCCAACTCTATTTTTTATGGTTGCAAGCTGCTGACAACCTCGAACCCGGATACCCACGAGGACGTGTTGTTATTCCGCAAGCTGGGCATTAACGCTGAGCGCACCCGCGAGTTCTCTGATGAAGCCCATGAGCAGGCATTGCAGGAAGAAATTTCAGCGCAATCAGCGCCGGCTGACTTGTTTTACGATGCCACCGCGCCGCGCAAAACTGCGCCTGCGGAGGCCTGA	MTIASNAPQHQADIRHDWTKAEVKALFALPFNDLLFKAQTVHRQYFDPNEVQVSTLLSIKTGACPEDCKYCPQSARYDTGLEKERLLEIEKVIQRAKEAKANGSTRFCMGAAWRNPRDRDMPYVTQMVSEVKKLGLETCMTLGMLTREQAVALKQAGLDYYNHNLDTSPEFYGDIITTRTYDDRLNTLQNVRDAGMNVCSGGIVGMGESAEDRASLLMQLANLPEQPQSVPINMLVKVEGTPLDKVDDLEPFEFIRTIAVARIMMPASHVRLSAGRENMNEQMQALCFMAGANSIFYGCKLLTTSNPDTHEDVLLFRKLGINAERTREFSDEAHEQALQEEISAQSAPADLFYDATAPRKTAPAEA	PGPT0022120_628	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	ROOT_COLONIZATION	ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_METABOLISM	ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_BIOSYNTHESIS,PGPT0022120-bioB-K01012	NA	NA
AK237_00539	1332	bioA	COG0161	Adenosylmethionine-8-amino-7-oxononanoate aminotransferase	ATGCCTGCTACCAGAGTTGTCAACTCTGACCATTTTCAAACCTTTACCAATGGTTACATTTTGAGCAATATTGAGTTTGATCGCCAGCATATCTGGCACCCTTATACGTCTGCTGTCTCTCCCCTGCCTTGTTTTGAGGTGAGTGGAGCTAACGGCGCAGAAATTACTCTGGCCACCGGCGAGAATCTCGTTGACGGTATGTCGAGCTGGTGGGCAGCCATCCATGGCTACAATCATCCGGTATTGAACAACGCAGCCAAGCAGCAAATCGACAAGTTTTCCCATGTCATGTTTGGCGGTCTGACCCATGACCCGGCGGTATCACTTTGCCGCACGCTACTTGATATGGCACCGGACGGCATGAACCGGGTATTTCTGGCCGACTCCGGCTCGGTATCTGTTGAAGTGGCACTGAAAATGGCATTGCAGTACTGGGCCTGTCAGGGCCGTCAGGAAAAGCATCGGATTATCGCGCCCCGCAATGGTTATCACGGCGATACCTTCGCCGCCATGTCGGTATGTGATCCGGTCAACGGGATGCACAGCTTATTTTCCGGTGTACTCAGTAAGCAGGTGTTTGCACCCGCCCCGCAAACCCGGTTTGATCAGACCTTCAGTGAAGATGACATTTTACCCCTTCAGGAATTATTTGAACGCCATCATCATGAATTAGCCGCTCTCATCATTGAGCCGGTGGTTCAGGGAGCCGGCGGCATGCGGATTTATCATCCGGAGTACCTGAAGCGCTGCCGTCAATTGTGTGATGCCTACGATGTACTGCTTATCTGTGATGAGATAGCCACGGGGTTTGGCCGCACCGGAAAATTGTTCGGTTGTGACCATGCACATATCAGCCCTGACATCATGTGCGTAGGAAAAGCGCTCACCGGGGGCTATCTGACCCTCGCCGCAACGCTGTGTTCTGAAGATGTGGCACAGGGTGTGTGCCAGGGAGAACCCGGCGTATTCATGCACGGCCCGACATACATGGGTAACCCGCTTGCCTGTGCTGTAGCCAATGCCAGTCTGTCACTTATCAATGAAGGACACTGGCAACAACAGGTAGCCGGCATCGAATCACAACTGAAAGCCAGCCTGCCAAAGTGCAAAGCGCTTCCCGGTGTGGCTGATGTGCGGGTGCTGGGTGCAATCGGTGTGGTTGAAATGAAACAACCGGTTAATGTGGCCATACTGCAGAAGCATTTCGTCGAAAAAGGGATCTGGATCCGGCCTTTCGGTAAACTGGTTTATATCATGCCACCGTACATAATCACTGAAAGCCAACTTGAAAGACTGACAACGGGCATTTATGACACCTTAGCCAGTCTGTAA	MPATRVVNSDHFQTFTNGYILSNIEFDRQHIWHPYTSAVSPLPCFEVSGANGAEITLATGENLVDGMSSWWAAIHGYNHPVLNNAAKQQIDKFSHVMFGGLTHDPAVSLCRTLLDMAPDGMNRVFLADSGSVSVEVALKMALQYWACQGRQEKHRIIAPRNGYHGDTFAAMSVCDPVNGMHSLFSGVLSKQVFAPAPQTRFDQTFSEDDILPLQELFERHHHELAALIIEPVVQGAGGMRIYHPEYLKRCRQLCDAYDVLLICDEIATGFGRTGKLFGCDHAHISPDIMCVGKALTGGYLTLAATLCSEDVAQGVCQGEPGVFMHGPTYMGNPLACAVANASLSLINEGHWQQQVAGIESQLKASLPKCKALPGVADVRVLGAIGVVEMKQPVNVAILQKHFVEKGIWIRPFGKLVYIMPPYIITESQLERLTTGIYDTLASL	PGPT0022100_1040	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	ROOT_COLONIZATION	ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_METABOLISM	ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_BIOSYNTHESIS,PGPT0022100-bioA-K00833	NA	NA
AK237_00540	531			hypothetical protein	ATGCAGCTGATGGCCCGGGTAATTGATAAAATTCTGTTCGCAGGACTCTTCATTGCTGCATTGCAGGTTCCCATACTGGCGGACCATTACCGCCAGTATCTTTCAGGCTATTACGATGCCACCAGAGAACAGGTCATAGAGCTGGAAAATCTGGCCAGACAATTCAATTTCAGTTCTGTAGATGCGTTAATAGAAAGCCTGCGAAATAACGCCGATGGCGTGATACAGCAGGACGCTGAAAATAAAGCCGCGCTGCAGGCAAAACTGCAAGAAGCAGACAATGGCTTAAAAACCCTTTCCACTGGCAACTACTTTGAGCAGGCCCGCTATATGTTTGCCCCCGCAAGGAAAGATACCTTATTCAGAGTGCTGGATAATTTTGCACCGTCCATCCCCCTAACGCCAACGGCCATTGTTTTCAGTCTGATTGTTGCCATAGCATTGAACATTCTTGTGGTCTCGCCGCTTTGGGCTGGTCGCCGGGTTTATCACTGGCGTCAGGCGAGAAAGGCGCGGGTCCGGTTCAGTTAA	MQLMARVIDKILFAGLFIAALQVPILADHYRQYLSGYYDATREQVIELENLARQFNFSSVDALIESLRNNADGVIQQDAENKAALQAKLQEADNGLKTLSTGNYFEQARYMFAPARKDTLFRVLDNFAPSIPLTPTAIVFSLIVAIALNILVVSPLWAGRRVYHWRQARKARVRFS				NA	NA	NA	NA	NA
AK237_00541	1356			hypothetical protein	ATGACTGTTACCCGCTTTTGCCTAAACCCGCTTTATTTCTTCGCATTATTTTTTGCCTGTCTGTTTCAAAATCCGGCCAGCGCGGCCATCGGTGACACATTTCCGTCGGAACGAAAAGTTATCCGCGATCCGGTTACCGGTGTAAAGATCGCCTTTTTAACCACACAGTCAAAGGGTGACTCGAAAATTTACCCTACCCATCCTCAATGGACGGCTGACGGTGAGTGGCTGGTATTCAGATCTGCACGGGTGCCGGGAGAGGCTATGGCCGTCAACGAAGAAACCGGCCTGTTAGTGCAAGTCAGTGAAGGTGGTTATTTTGGCATGCTGGTGAATGCACAGCGAAGCGGCAAGCTCTATTTGATGCGGGATCCTGCTGTTGCTGCAGATGCCCAACCCCGTTACGGCGATAATCCTAATGACAAAGCCATTATCGAAGTGAACATTGAAGCGCTGCTGGAGGACGTAAAGAATAACGCGGTGAAGCAGTCAGGACACTACGAACGGACAGTAGGAGTTGTACCCGCCTCCATGGGGGCCGGTGGAGATATGGCGCTGGATGCCGCCGAAGATATCATTTATTTCCGTATTGGCCGTGAAGAAGCGGCCAGACACCTGAGTGATAAAGTTGCACTCAAGGAAAATTTCGGTCCCCGGAATATGGGCGCGGGCCCGACAGGCATCGCCAGTATGAATATTCAAACCGGAAAGATAGACATGGTGGTGGCACTGCCCTTCCAGCTTGGTCACATACAGACCAACCCATGGGTGAGCAGGGAATTGGTATTTTGTTGGGAAACCGGCGGCAAATCGCCACAACGTATGTGGACAATGAAAGTCGGTGGTGAAGTCAAAGCGCTGTACCCTGAAGCAGATTATGAGTGGGTCACCCATGAAGCGGTGATAACCAGGGACGAAGTAGCCTTTGCTATCATGGGGCATCGCAACGTCGGTACTGATGATGAATGGGGTCCGTCAGCCAGCCGCCAGAAACCCACAGGACTGGGCATTGTAAACTTGCGCACGAATGAAATGCGTATTGCCGGACAAACCCGCAGCGGCAGCGGATTATGGCATGTACACGGTTCTCCGGACGGGCGCTGGGCTGTGGGTGATGACTTCGAGCGCAATCTGTATCTGATTGACAGGAACACAGATGAAATGCAATTGCTCAGCGGTGGTCACAAAACGACGGCCAGAGACCATACTCACCCGACGTTCAGCCGCGATGGCACGAAAATTCAAATACAATCTGCAATGCTGGCAGAGGATGACCGCTCCCTGAACATTGCGGTTATTTACCTGCCTGAATCTTTACTCAAACGTCAATACGATGAGGTAAAGCGCCGGGATTAA	MTVTRFCLNPLYFFALFFACLFQNPASAAIGDTFPSERKVIRDPVTGVKIAFLTTQSKGDSKIYPTHPQWTADGEWLVFRSARVPGEAMAVNEETGLLVQVSEGGYFGMLVNAQRSGKLYLMRDPAVAADAQPRYGDNPNDKAIIEVNIEALLEDVKNNAVKQSGHYERTVGVVPASMGAGGDMALDAAEDIIYFRIGREEAARHLSDKVALKENFGPRNMGAGPTGIASMNIQTGKIDMVVALPFQLGHIQTNPWVSRELVFCWETGGKSPQRMWTMKVGGEVKALYPEADYEWVTHEAVITRDEVAFAIMGHRNVGTDDEWGPSASRQKPTGLGIVNLRTNEMRIAGQTRSGSGLWHVHGSPDGRWAVGDDFERNLYLIDRNTDEMQLLSGGHKTTARDHTHPTFSRDGTKIQIQSAMLAEDDRSLNIAVIYLPESLLKRQYDEVKRRD				NA	NA	NA	NA	NA
AK237_00542	267			hypothetical protein	ATGTTGAATGAAAATACGTTACTGATTGGGCAAGTGTTGCAAATTCGAGACAACATTTTAGCAAAACGCCATATCATCCCGGGCTCACTTCAGAATGAATGGCAACGACTCGTTGAACGCACTGCCGCCTTCGATATTAAACGTACGTTTAACGCCGCTCGCAAAGGCACAACGTTCACTAAGCCTGCTTTATTTGAGGGTTCTGCGAGAGATTTGTCTAACCTGGTAAAGGCACTACGTCAGTTCAACGCACGTATTAGCCACTAA	MLNENTLLIGQVLQIRDNILAKRHIIPGSLQNEWQRLVERTAAFDIKRTFNAARKGTTFTKPALFEGSARDLSNLVKALRQFNARISH				NA	NA	NA	NA	NA
AK237_00543	1149			hypothetical protein	ATGAGCGCCAAACTTGCAGCACGTGAAGTCGTAGAACCCGTATTATCACTTTCACCGGTGACGGTGCGGTCTGCGGCTGCTGAGGATTTATCCTCTTTGTGTGATGTTGAGCAACGTTGCTTTTCTCATGACAAATTAAGCCGTCGTCGTATGCGGTTTTATTTGACTGCACCTCATGCTGAATTGCTGGTGGCTGAACGGGACGGCGTCATACTCGGCTACGCATTGTTGTTATTACGTCGCGGAACCATGCTTACACGCCTTTACTCTATTGCAGTGCTGCCGGAGGCGAGGGGGCAACAAGTCGCCCAATCGCTGATTGGTGAACTGGAAATCAGGGCCTTGTCGCGGGGAAAGCGCTTCATGCGCCTGGAAGTGTCTGAGGACAACAAGGGCGCAATAGCATTGTACCAGCGCTTGGGGTTCAGCCAGTTTGGTATGTATAACGAATACTACGAAGATAAATCTGACGCCATTCGTATGCAGAAGGTGCTGAATTATCCGTCTAGCACGGCAGAAGTTGATGTATATCCGTGGTATCAGCAAACCACTGAATTTACCTGTGGGCCGGCATCGCTGATGATGGCGCTGGCGCAGTTGAACAATGACTACGTGGTGTCACAGGAAAAAGAGTTATCTTTATGGCGACGTGCAACCACGATTTTCATGACGTCAGGTCATGGTGGTTGTCATCCGGTTGGCCTTGCGTTGGCGGCTGTAGATGAAGGTTTTAAAAGTGAAGTGTGGCTAAACCGCACATTACCTTTATTTACGGATGGTGTACGTACTGCACACAAGAAAAATATAGTCGAGGTGGTGGAACAGGGCTTTCTTCATGAGGCGGAAGAAAAAGGTATTTCCGTTAACATCCATGAGTGGAAAGTCGAAGCGTTAGATGCTTTATTGGAAGAGGGCGCTGCGGTATTGTGCTTGATCAGCACCTATGCGTTCGATAAGAAAAAAGCGCCACACTGGGTCACCGTCACGGCATCAGATTCTCGGTGTTTCTACATTCACGATCCTGATCCTGAAACCTTCGAAGATCAAGTCGTGGAATACCAGCATATTCCGGTGGCACGAGACGACTTTGTCCGTCTTGTCAGTTACGGAAGACGAAAAGTACGAGCGATCGTCATCATTCGTAACTAA	MSAKLAAREVVEPVLSLSPVTVRSAAAEDLSSLCDVEQRCFSHDKLSRRRMRFYLTAPHAELLVAERDGVILGYALLLLRRGTMLTRLYSIAVLPEARGQQVAQSLIGELEIRALSRGKRFMRLEVSEDNKGAIALYQRLGFSQFGMYNEYYEDKSDAIRMQKVLNYPSSTAEVDVYPWYQQTTEFTCGPASLMMALAQLNNDYVVSQEKELSLWRRATTIFMTSGHGGCHPVGLALAAVDEGFKSEVWLNRTLPLFTDGVRTAHKKNIVEVVEQGFLHEAEEKGISVNIHEWKVEALDALLEEGAAVLCLISTYAFDKKKAPHWVTVTASDSRCFYIHDPDPETFEDQVVEYQHIPVARDDFVRLVSYGRRKVRAIVIIRN				NA	NA	NA	NA	NA
AK237_00544	1449			hypothetical protein	ATGCATAAAACTTTAATCGTTGTTGACGACACCAGTGGTTTCACTATTCCGGATCAGACCATCCTGACTTTTCAGGATTACCTGGATGAGTTCCCGAAGCGAAATGAGCCGAAAACCCGTGTTATCAACTTGTGTGACACATCCCGCTATCTAAGCCAGGGATATTACTGTTCGTTGCTGGCGCAAGCGCGTCAACACCGTGTGTTACCGTCTGTAAAAACGATCAACGACTTACGCATTGCCGATGAGGGCAGTGCCCGCTTACCGCTGCCTGATAAATTCAAATGGCCGGTAACAGAAGGCATCGAATCTTTCTTTGTACTGTTTGGTAAAACAAAGGAGCAGGCTTTATTACCTGTGGCGGCAACGGCGTTCGAGGCCTTTCCGTGTCCAATTTTACAAGTGACTTTGCACATTGCCGCTGACAACATCGGCTTTATGGAAGTACAAGCCCGTGGCTTTGCAGATTTGCCCGATTCGCTGAAGCAGGATTGTATCGACGGCCTACAACAGTTCACGCAGCAGCAGTGGCGTAGTGACCGCAAAGGCAAGAAGATGCGTTGGGACATGGCGATTCTGGTTAACCCCGATGAACCCACGCCGCCGTCTGATGATAAAGCGATAAAGAATTTTGTGAAAGCCGCCGAGAAAGTGGGCTTTAACGCTGAAGTGGTAACCAGTTTAACACCGGAAGCCGTAGGGCATTACGACGCCTTGTTTATCCGTGAAACCACGGCTATCGATCATCATACCTATCGTTTAGCCCGTGCGGCTGAACGTGAAGGCTTAATTGTTATCGATGATACCCAGTCGATTTTGCGTTGCTGTAATAAGGTGTATTTGCAGGATGCGTTTGCGTATCAGCAAGTGCCTGCACCGCGCAGTGAAATGGTTTCAGACAGCGCTGATGACACCTGTCAGGAGTTGATTTCAACCCTGGGGTTACCTCTGGTGCTTAAGTTGCCTGAAAGCTCGTTCAGCCGTGGTGTGTATAAAGTGGAAAGTGCAGAAGCGCTGAAAACCCGCTTGGTTGAAATGCTTGATGCGTCAGCGCTGGTGTTGGTGCAGGAGTACGTGTTTACCGAGTTTGACTGGCGGATTGGTGTGCTTGGTGGCAAACCTATCTATGCCTGTCAGTACTTCATGGCACGCAACCACTGGCAGATTTACCATCACGAAGGTGACCGTTTCAGTTCCGGTGGCTTTAAAACCATGCCGACTTTTGAAGTGCCAAAAGCAGTCTTACAGGCGGCGATAAAAGCGGCCAAAGTGGTGGGTGACGGCTTGTACGGTGTGGATATTAAACACTCAGGCAACAAAGTGTACGTGATTGAAGTTAACGATAACCCGAGTATTGATTCGGGCGTTGAAGACAAGTATCTGGGCAAAGAATTGTACCAGTTAATTATGCAGGAATTTGCAAACAGGTTGGAGTTACGCGGTCGATGA	MHKTLIVVDDTSGFTIPDQTILTFQDYLDEFPKRNEPKTRVINLCDTSRYLSQGYYCSLLAQARQHRVLPSVKTINDLRIADEGSARLPLPDKFKWPVTEGIESFFVLFGKTKEQALLPVAATAFEAFPCPILQVTLHIAADNIGFMEVQARGFADLPDSLKQDCIDGLQQFTQQQWRSDRKGKKMRWDMAILVNPDEPTPPSDDKAIKNFVKAAEKVGFNAEVVTSLTPEAVGHYDALFIRETTAIDHHTYRLARAAEREGLIVIDDTQSILRCCNKVYLQDAFAYQQVPAPRSEMVSDSADDTCQELISTLGLPLVLKLPESSFSRGVYKVESAEALKTRLVEMLDASALVLVQEYVFTEFDWRIGVLGGKPIYACQYFMARNHWQIYHHEGDRFSSGGFKTMPTFEVPKAVLQAAIKAAKVVGDGLYGVDIKHSGNKVYVIEVNDNPSIDSGVEDKYLGKELYQLIMQEFANRLELRGR				NA	NA	NA	NA	NA
AK237_00545	969	yrbG_1	COG0530	Inner membrane protein YrbG	ATGCTTTTACCAAGTTTAGCCATCATCGCCGGTTTACTGGTGTTATTGTGGAGCGCTGAAAAATTTGTTGGGGGAGCGGCTGGTGTTGCCAGACACTTCGGTTTGTCCCCGCTTCTTATTGGTATGCTAATCATTGGCTTTGGCACCTCCGCGCCAGAAATCATCGTCTCTGTTTTTGCGGCAATGCAAGGCAACTCTGGTATCGCACTGGGCAATGCTTACGGCTCAAACATCGCGAATATTGCACTTATTCTTGGTTTAACCGCAGTTATCAGCCCTATCGCCGTGCGCTCAGACATCATCCGCCGGGAGCTCCCTATTCTGCTAGGGTTAACCTTTTTTGCATGTTGGCAGTTAATCGACTTTCACGTATCAAAAGACGATGCATTCTCGTTACTTGGGCTTTTCATTCTTCTTATGGGCTGGAGCATCTGGACTGGCATGAAAGGCAGTAGCGACAGCCTGGCTGCAGAGTACGAAGGAGAGATAAACCCGGAAGAAGCCAGTGTCAAAACCAATGTCATTTGGTTACTTGTTGGCTTGGCATTATTGGTCGCCAGTTCACGCATTTTAGTGTGGGGAGCCGTAGAAATTGCCACCCAGTTTGGTGTGAGCGATACCATCATTGGATTAACCATTATTGCAGTGGGTACGTCATTGCCTGAGCTGGCCTCATCACTGATGGCGATTCGCAAGGGTGAACACGATTTAGCCCTGGGTAACGTGATAGGGTCGAACATGTTTAACACCCTTGCAGTAGTAGGCCTGGCAGGAACGATTCAGCCTATGCAGGTAGAACCGAGCTTCTTCTATCGTGATGTTTTGATTATGCTTGGTCTGTCTGTGGCACTTTTCATCTTTTGTATCGGGATTAAAGGTCAGGGTCGTCTGAACAGGCTGGAAGGTGGTGTATTTGTGCTGGGATATGTGGCCTATACCTGGTATTTAGTGCAATCTGCCTTTGTATAG	MLLPSLAIIAGLLVLLWSAEKFVGGAAGVARHFGLSPLLIGMLIIGFGTSAPEIIVSVFAAMQGNSGIALGNAYGSNIANIALILGLTAVISPIAVRSDIIRRELPILLGLTFFACWQLIDFHVSKDDAFSLLGLFILLMGWSIWTGMKGSSDSLAAEYEGEINPEEASVKTNVIWLLVGLALLVASSRILVWGAVEIATQFGVSDTIIGLTIIAVGTSLPELASSLMAIRKGEHDLALGNVIGSNMFNTLAVVGLAGTIQPMQVEPSFFYRDVLIMLGLSVALFIFCIGIKGQGRLNRLEGGVFVLGYVAYTWYLVQSAFV	PGPT0014400_2117	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-H+_ANTIPORTER,PGPT0014400-yrbG-K07301	NA	NA
AK237_00546	372			hypothetical protein	ATGAATTCGCAACAACCAGACAGACGACGTAAGCCCAGAGATAAAGATGGTTTTTATCGATTTGTACTTACTGTTAATTCAATATGTTGGTTGGTATTGATCAGCGCGCTGGTGGTTTTTCATTTTGCCCGGCCGGAAATGGTGACCGGGTTGCAAACGTATTGGGGCATCGAAGGCCGAACAACCTGGTCTCAGGACCATGTTGATGCACTGATTATATTGCTCCAGGTTTGTCTGGGAATGACACTATTAACAATGGTACTGCGCGCTAAAAGAAATCGTCGACGGGAAGATAATTATGGCGTGAACTTATTTATTCTGGCCGGCATATCGCTGCTGAGTTTGTTTACGCTAAACGTCAGTGTCGCGTGA	MNSQQPDRRRKPRDKDGFYRFVLTVNSICWLVLISALVVFHFARPEMVTGLQTYWGIEGRTTWSQDHVDALIILLQVCLGMTLLTMVLRAKRNRRREDNYGVNLFILAGISLLSLFTLNVSVA				NA	NA	NA	NA	NA
AK237_00547	1398	asnS	COG0017	Asparagine--tRNA ligase	ATGACGCATGCGCCCGTTGTCGACGTGCTTGATGGTAAGTACGCAGTTGGCGAAACGGTGACGGTTAAAGGTTGGGTGCGTACTCGCCGCGACTCGAAAGCCGGACTTTCTTTTATTGCTCTGCACGACGGCAGTTGCTTTAATCCCGTACAAGTAATCGCGTTAAATTCTCTGTCAAATTATGCTGACATTCAGCGACTGACGGCTGGTTGCTCATTGTCTGTTGTAGGTGAAGTTAAACCCTCTCAAGGGCAAGGCCAAAACGTAGAGCTGGAAGCAAAAAGTATCGATATTTTAGGCTGGGTAGAAAACCCTGACACCTACCCAATGGCAGCAAAGCGCCACTCTATTGAGTATCTGCGCGAATATGCTCACTTGCGTCCGCGCACAAATGTGATTGGTGCGGTTACCCGTATTCGCAATTGCCTGTCGCAAGCCATTCACCGCTTCTTCCATGAGCGTGGGTATTTCTGGATCAGCACCCCCATTTTAACCGCCAGCGATACTGAAGGCGCCGGTGAAATGTTTCGCGTATCGACTTTGGATATGATGAACCTGCCCCGCACCGAAAAAGGTGACATTGATTATAAGGAAGATTTCTTCGGTAAAGAAACTTACCTTACTGTATCCGGTCAGCTAAACGTTGAAACATACTGTGCAGCGATGTCAAAGGTATACACCTTTGGTCCTACTTTCCGTGCGGAGAACAGTAACACCTCCCGTCACCTGGCAGAGTTCTGGATGATTGAACCAGAAGTGGCTTTCGCGGACTTAAGCGATGTGGCACAACTGGCAGAAGACATGCTGAAGTATGTGTGTAAAGCCGTGCTTGAAGAACGTGCCGATGACATGGCTTTCTTTGCAGAGCGCATCAGCAAAGACGCCATTACACGTCTGGAAAAACTGATTAATTCAGAGTTCGTGCGCATGGATTACACCGACGCCATCGACATTCTGAAAGCCAGTGGTAAAGAGTTCGAATTCCCGGTTGAATGGGGTGTGGACTTGTCATCAGAGCATGAACGCTATCTGGCAGAAGAGCATGTAGGTGCGCCAATCATCATGCAGAACTACCCGAAAGACATTAAAGCGTTTTATATGCGCATTAACGATGATAACAAAACCGTTGCAGCGATGGATATCCTCGCGCCGGGTATTGGCGAAATCATTGGTGGTTCTCAGCGTGAAGAGCGTTTGGATGTGTTCGATCGCCGCCTTGAGGAAATGGGCTTAAGTAAAGAAGATTACAGCTGGTATCGCGATCTGCGTCGTTACGGCACCGTACCGCACTCAGGATTTGGCTTGGGCTTCGAGCGCCTGGTTGCCTACGTAACGGGCATGCAGAACGTACGCGATGTTATTCCATTCCCGCGTACTCCGGGCAATGCGAACTACTAA	MTHAPVVDVLDGKYAVGETVTVKGWVRTRRDSKAGLSFIALHDGSCFNPVQVIALNSLSNYADIQRLTAGCSLSVVGEVKPSQGQGQNVELEAKSIDILGWVENPDTYPMAAKRHSIEYLREYAHLRPRTNVIGAVTRIRNCLSQAIHRFFHERGYFWISTPILTASDTEGAGEMFRVSTLDMMNLPRTEKGDIDYKEDFFGKETYLTVSGQLNVETYCAAMSKVYTFGPTFRAENSNTSRHLAEFWMIEPEVAFADLSDVAQLAEDMLKYVCKAVLEERADDMAFFAERISKDAITRLEKLINSEFVRMDYTDAIDILKASGKEFEFPVEWGVDLSSEHERYLAEEHVGAPIIMQNYPKDIKAFYMRINDDNKTVAAMDILAPGIGEIIGGSQREERLDVFDRRLEEMGLSKEDYSWYRDLRRYGTVPHSGFGLGFERLVAYVTGMQNVRDVIPFPRTPGNANY				NA	NA	NA	NA	NA
AK237_00548	1131	pqiA	COG2995	Intermembrane transport protein PqiA	ATGCAAGAAAACCCGCTGTCGACAATTCAATGTGATCAATGCTTAACGGTAGTGAAGCTACCGACGTTGAATCATAGACAACGCGCAATATGTCCACAGTGCGGCCATACGCTGCTTACGTACCGTTATCATCAAAACGACAAGGTACTCGCCTTTGCCATCAGTGCCCTGATTTTCCTCGGCCTTTCGCTGCCGTTTAATTTTTTATCTTTTCGCGCCAGCGGCATTCAACATCAAATCGCTTTACCTGATAGCTTTAATGCGCTTTTAAATCAGGATTATATGTCACTTGCTATCATCACCGGATTAGCAACGGTGGTATTCCCCGGCCTGGTGTTAACAGGCATGATGATTCTAAGCCACTGTCGAAGGCGGGAAACAAAACCCGCATTTATTCGCCATGTATTCTTTTGGGTTAAAGCGTTATTACCATGGAGCATGGCGGAAATATTTTTAGTAGGCACATTGGTGAGTTTGATAAAAATCTCCTCGATGGCCGATATTTCTATTGGCTTGTCATTTTATGCATTCATTGGCTTTTCCATATGCATGACAATCAGCATCGTTCAGTTTGATGTAAATCGTTACGCTTTTTGGATCTTCGGAGAAGTGCCCGCTCCCAAACCTGTTACGCCAACGCTGGCGTCAGTCAGTATTCAGCGTACGTGGGCGCTTTTGCTCACGGCTGCCCTACTCTATATACCCGCAAATATGTTACCGATTATGCACACTGAAATGTTTGGGCGCGACGAGCCCAGTACCATCGTTGGCGGTGCAATAACACTTTGGGAATCAGGCGATTATCCTGTAGCATTAATTATTATTATTGCCAGCGTGATTATTCCCGTTGCTAAAATCATTATTTTGGCGTGGCTGAATTACACCGTGCAACAAGGGTTCGAGAAAAGGCCCCGTATAAGAACACGATTTTACCGTTTTACCGAAGGCATTGGCCGGTGGTCAATGATTGATGTTTTCGTTGTGGCCGTGCTGGTAGCCTTAGTGCAGCTAGGCAACACATTATCTATTTACCCTGGCCCGGCTGCTCTGGCATTTTGTGGCGTTGTATTTGTGACCATGGTGGCAGCAATGACCTTTGACTCTCGCCTTATTTGGCAAAACAGGAAGTAA	MQENPLSTIQCDQCLTVVKLPTLNHRQRAICPQCGHTLLTYRYHQNDKVLAFAISALIFLGLSLPFNFLSFRASGIQHQIALPDSFNALLNQDYMSLAIITGLATVVFPGLVLTGMMILSHCRRRETKPAFIRHVFFWVKALLPWSMAEIFLVGTLVSLIKISSMADISIGLSFYAFIGFSICMTISIVQFDVNRYAFWIFGEVPAPKPVTPTLASVSIQRTWALLLTAALLYIPANMLPIMHTEMFGRDEPSTIVGGAITLWESGDYPVALIIIIASVIIPVAKIIILAWLNYTVQQGFEKRPRIRTRFYRFTEGIGRWSMIDVFVVAVLVALVQLGNTLSIYPGPAALAFCGVVFVTMVAAMTFDSRLIWQNRK				NA	NA	NA	NA	NA
AK237_00549	1653	pqiB	COG3008	Intermembrane transport protein PqiB	ATGACGAATGAAGCAAAAGTAAGATCCACCACCCACGTTTCAAAAGTCTGGTTAATTCCCATTGTTGCAATCATTGTTGGTGGCTGGATGGTGTGGTACCAGTGGAAAAACCAGGGTCCGCTTATCACCATCGAACTGAAATCAGCCAGTGGTATTGAAGTTAACAAAACCCCCATCAAAGTGCGTGACCTGGAAGTCGGTCAGGTCAAAAAAATTGAGTTGAAACCAGATTTAGACGGCGTACTGGTCACCGCCAGAATAGATGCCAGCGCCGAGCGACTGTTAACCGAAAATACTGATTTTTGGGTTGTTGCGCCGCGCATAAGTTTTTCTGAAGTATCAGGGTTAAACACGCTGTTATCTGGCTCTTATATTGCCATGTCAGCGGATGACAGTGGCCGCAGTAAGTTTGAATTCGTTGCATTGGAACGCCCCCCCGCGACGCCGCCTGGCACTCCGGGTTTACACCTTACTTTAAAGAGTAACGACAGATTTGCTTACAAGCCGGGCGACCCGATCATTTACAAGGGCTTTAAAGTTGGTGAATTTGAAGATGCCGAATTCAACATTGAAGAGCGTGTAGTGTATTACAACGCGTTTATTCAGGCACCGTACCATCGCTTAATTACTCAAAACACACGGTTTTGGAACGTGAGTGGCGTTAAGCTGCATTTAAAATCCAGCGGGGTAAAAGTGGAAACCGGTTCGCTGGAAACGTTGCTGGCGAATGGCGTGACCTTCGGTATTCCCAAAGGAGCCAGTTCAGGTGGTCAAGTGGATGAGAACGCCAGTTTTATCATTTTCTCTGACGATGCCGCGGCGTCAAATGCCCGCTATAAACTCTACGCTAGCTATGTACTGTTAATTGATGAAACTGTACGCGGATTAACAGAAGGCGCACCAGTTGAATATCGCGGAATTGAAGTCGGTGAAGTGGCGCATATTAACCCTGTAGACTTAATCGACGGCAATATTCTCGATCAGAACTACCCCATTCCCGTGTTGATCCGCATCTACCCGGGCAAAGTGCGTCAACAAGACACCCAGGAAAGCCTGCAAGCTGTTAAAGACACCATGCACCAATGGATAGGCAAAGATTTACGGGCAACATTGCGCATGGGTAACGTGATCACGGGGGGACTGTATGTCGATTTGCAGCATGATATTAATGCCACGCCTGCTGCCGTTAAATCAATTGGCGACATTGAAGTTATTCCTACCGTATCGAACGAGTTTACACAGCTAACGCAAAAAGCGGATGCCATTCTTGATAAACTCAATAATTTACCGCTGGAAAAAATGGTCGTCGAAGTCACTAACGTAATTGATGATATTAAAGCGGCGTCGAACCGTGTAGAACAGGCCAGCAGTGACTTTGATACATTGATGTCAGACATCGACGCAAAAGCGCTTAATCAGAACCTGAACGACATGCTGCTGAATGTATCGGCACTGTTGGAAAACTACACCGAAGGTGGTTTAAGTAAAGGTGAAATTCAGGAGACCGTGGATGCTATGCAGGAAACCTTGCGGAATATCCAACCGTTATTGCTACAACTTAATCAAAAGCCAAACGGATTAATATTTTCTGACAACAGTGAAGAAGACATCCAACCTCAGGCTGCCAGTAAAGGAATGTTCGATGAAAACTAA	MTNEAKVRSTTHVSKVWLIPIVAIIVGGWMVWYQWKNQGPLITIELKSASGIEVNKTPIKVRDLEVGQVKKIELKPDLDGVLVTARIDASAERLLTENTDFWVVAPRISFSEVSGLNTLLSGSYIAMSADDSGRSKFEFVALERPPATPPGTPGLHLTLKSNDRFAYKPGDPIIYKGFKVGEFEDAEFNIEERVVYYNAFIQAPYHRLITQNTRFWNVSGVKLHLKSSGVKVETGSLETLLANGVTFGIPKGASSGGQVDENASFIIFSDDAAASNARYKLYASYVLLIDETVRGLTEGAPVEYRGIEVGEVAHINPVDLIDGNILDQNYPIPVLIRIYPGKVRQQDTQESLQAVKDTMHQWIGKDLRATLRMGNVITGGLYVDLQHDINATPAAVKSIGDIEVIPTVSNEFTQLTQKADAILDKLNNLPLEKMVVEVTNVIDDIKAASNRVEQASSDFDTLMSDIDAKALNQNLNDMLLNVSALLENYTEGGLSKGEIQETVDAMQETLRNIQPLLLQLNQKPNGLIFSDNSEEDIQPQAASKGMFDEN	PGPT0014520_634	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_HERBICIDIAL_STRESS	HERBICIDIAL_STRESS-PARAQUAT_STRESS_REDUCTION,PGPT0014520-pqiB-K06192	NA	NA
AK237_00550	564	pqiC	COG3009	Intermembrane transport lipoprotein PqiC	ATGAAAACTAAAGCCCTTTGTATCGCCTTTTTGTCCTGGTGTCTGGCGGGCTGCAGTAGCTCACCGGCATCACTCACCTATTACGTACTGCACTCCCCCATACACGATACGGTGAAAAAATCAGACAACGCGACACGCATCCAATTGCAACAGCTCACCCTGCCTGAGTACCTTAAACAGCGCTCGCTGGCCATGCAGACGAGTGAAACGACCGTCTATTTCTCGCCTCGCCACGTATGGGCGGAGCCACTGGATAAAAGTTTACGGCAGTCACTGACGGCCGCACTACTTTCTCATGGTGTAGAGGTGATACCGGGCGCCATGTATTCGTCTGAATACCCAGCCTTAGCTTTACATATCAAAATTGACGACTTTATTCCCACGTTCGATGGTAAAGTGTTAATTAAAGGTCAATACTGGTTAGATGGCGAAAAATCCAGACAGCACGTTGAGTACTTTGATTTTCGTCGCCCCATGGGTGACGACGGCTTCACGGCTGCAGTAGAAACTATGCGCCTGCTTGTTGACGATTTAGCGAAATCGATTAGCCAAAAGGTGCAGTAA	MKTKALCIAFLSWCLAGCSSSPASLTYYVLHSPIHDTVKKSDNATRIQLQQLTLPEYLKQRSLAMQTSETTVYFSPRHVWAEPLDKSLRQSLTAALLSHGVEVIPGAMYSSEYPALALHIKIDDFIPTFDGKVLIKGQYWLDGEKSRQHVEYFDFRRPMGDDGFTAAVETMRLLVDDLAKSISQKVQ				NA	NA	NA	NA	NA
AK237_00551	1098			hypothetical protein	ATGTTTACGTCGAGTACCACACACTTTCTCAAACGGGGCTGCCTGCCAGAATTTGACGAGGAAACCAACCGACGTATTCTGGTAGTCAACCTTTTCGCCATGGTTGGCGTCAGTATCACCCTCGTGCTGGGTATTTCCTCATTACTGGAGGGCGCATGGACGCTGGGCTTTAGTCTTTTGTCCGCGTCACTCATCTTCTTCTTATCAAGTCAGATCCAGGCTGCCTATCGCAACAAAGTCGGCCATACGGTTTCCGTTTATCTGTTAACCGGGTGCTTAATGGGTTTAGAAACCTATCTGGTTGTTACCGGCGGACACAATAACACCGGCCCGCTCTGGATTTACATTCTCCCCCCCGTAGCCATGTTTTTCGGCGGTTTTAAACGAGGCTTATTGGTGATGGCGGCCTTCACGCTGCTTATTATTATCATTCTGTTTACGCCCCACGATGCGCTTATGCTCACGCATTATTCTGATGAGTTTAAAACCCGCCTGATACTGTCTTTTGGCACCGTGACTTTTTTATCCGCATTCTATGAATATAGCCGTCAAAAAACCTTCGAAATGGTGCGCGCGCTAAGTGACAAATATGAACGACAAGCATTGCACGATAGTCTAACGGCTTTACCTAACCGACGTGGTATGCAACAACTGTTAGAGCAAGAACTTAGGCGTCATCAGCGCAGTCACCTGCCATTTACTTTGATCCTGGTTGATGTAGATAAATTTAAGGAAATCAACGATACTTATGGTCACGGGAACGGCGACACGGTACTTAAACGAACTGCAACACTTTTACGCCAGAATATCCGCAGGCAAGATATGGTTTGCCGTTGGGGCGGAGAAGAGTTTTTGATGGTTTTGCCTGAAACGTCAGAAGACAATGCTCTCGTGCTGGCCGATAAAGTCAGATTTACCTTATCAAATACGGCTTTTTGGCTTGATGAACGTGAAGTGAAAATAACAGCGAGTTTTGGGCTCTGTGAAATCAACGGAGAAACCTCGCTTAACCGGGCACTCTCTTTGGCCGACAAAGCACTTTATAAAGCAAAACAAACAGGCCGTAACAAAGTAATACGAGCCCAAACAATGACTTAA	MFTSSTTHFLKRGCLPEFDEETNRRILVVNLFAMVGVSITLVLGISSLLEGAWTLGFSLLSASLIFFLSSQIQAAYRNKVGHTVSVYLLTGCLMGLETYLVVTGGHNNTGPLWIYILPPVAMFFGGFKRGLLVMAAFTLLIIIILFTPHDALMLTHYSDEFKTRLILSFGTVTFLSAFYEYSRQKTFEMVRALSDKYERQALHDSLTALPNRRGMQQLLEQELRRHQRSHLPFTLILVDVDKFKEINDTYGHGNGDTVLKRTATLLRQNIRRQDMVCRWGGEEFLMVLPETSEDNALVLADKVRFTLSNTAFWLDEREVKITASFGLCEINGETSLNRALSLADKALYKAKQTGRNKVIRAQTMT				NA	NA	NA	NA	NA
AK237_00552	1158	mdtA_4		Multidrug resistance protein MdtA	ATGCAATGGAAAAAGATTATTTTACCCATCGCCATCATTGTGATTGGTTTGGTGGGGAAAGCCGTGATTGCAGCGGCAGGCGATAAAGAATCAGAGCCAGAAGATATAGATACCAGACCAACGGTAACTATCAGTGAACTCCATGCCGAAGACCATTCGGTCATCTTACATTCCTATGGCGAAATAACGCCTTTAGAAAGCACGAATCTGGCAGCGCAAGTGTCGGGCGAAGTGGTGTCCTGGAATAGTGATTTTGTGCCAGGAGGGCTTATTAAACGCGGCGAAGTACTATTCTCCGTTGAGAAAGATGCATACGAGGCAGCTTTATTGCAGGCTGAAGCCAGTTTGTCGTCAGCACAAGCGCAACTTATTCAGGAACAAGCCCAGGCAGATGTCGCTAAACGCGAAGCGGCGAGCATGCCAGACAGTCGCGTTACCGACTTATATCTTCGCAAACCTCAGTTATTAAGCGCACAGGCCGCGGTAAAATCAGCAGAAGCACAACTTCGTATTGCTAAACGCGACTTAGATAACTGCGAGGTACGCGCGCCCTACGATGCATTGGTAGTTAGCAGAGAAATCGGCACCGGGGATTTTGTTACCACAGGTACCGTTGCAGCCACTATCAATAACGTTGAAACCGCTGAACTGACTTTTCCTGTCGCTGGCTTTGATCAATCGTTCTTACCAGTAAGAGTAACAGGCACCCATGCCACCATTACCATCGACAACCGCACACTGCCTGCCACGCTGCACCGTGATTTAGGGGTCGTCGATCAGGCAACGCGTATGAGTCACCTCGTGGCTCGCGTAAGCGATCCATACGGTGTTCGCTCTGGTAAACCTCTGGTTAAATTTGGTAGTTTTGCCAATATCAGTTTCCAGGGAAAAACCCTCGAAGCGGTCTACCGTATTCCCCAGGAACTCGTCAATAGCAGTAAAATTTGGTTGCTAAACGACGATGGTACATTACTTTCCAGTCAAGTTGATGTGGTACGACAAGAAGGCGAATACTTCTTCGTACGCGGTAATTTTGATGGGCAACAGCTCGTTATAACGCCGCCAGAGTATCCGCTGAATGGTATGGCCGTTAAGGTGATTGAAAGCGACGATAAACTCGTTGCAGCTCGCCATGACGCCTCCTCCAACGCTCTGTAG	MQWKKIILPIAIIVIGLVGKAVIAAAGDKESEPEDIDTRPTVTISELHAEDHSVILHSYGEITPLESTNLAAQVSGEVVSWNSDFVPGGLIKRGEVLFSVEKDAYEAALLQAEASLSSAQAQLIQEQAQADVAKREAASMPDSRVTDLYLRKPQLLSAQAAVKSAEAQLRIAKRDLDNCEVRAPYDALVVSREIGTGDFVTTGTVAATINNVETAELTFPVAGFDQSFLPVRVTGTHATITIDNRTLPATLHRDLGVVDQATRMSHLVARVSDPYGVRSGKPLVKFGSFANISFQGKTLEAVYRIPQELVNSSKIWLLNDDGTLLSSQVDVVRQEGEYFFVRGNFDGQQLVITPPEYPLNGMAVKVIESDDKLVAARHDASSNAL	PGPT0028945_599	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE	CE-BACTERIAL_FITNESS-MULTIDRUG_TRANSPORT-CHLORAMPHENICOL|TRIMETHOPRIN_EFFLUX_PUMP_BpeEF-OprC,PGPT0028945-bpeE-K18901	NA	NA
AK237_00553	3153	swrC_2	COG0841	Swarming motility protein SwrC	ATGCATCAGGAACACGATACGAACCATGGCATAATTGCCTGGTTCGCGAGAAACACTGTGGCTGCAAACCTGATGATGGGGTTTATCATCATTATGGGTTTGGTGGCCTACTTCTCCATTCAAAGACAAATGTTTCCTAATGTGGAAACCAACTTCATTCAAATCACTGCGAATTACCCGGGTGCTTCCCCTCAGGAAATTGAGGAAGGCATTCTGATAAAAATTGAAGAATCGCTAAAAGATGTTTCCGAAATAGAGCGAACTGTTTCCCGAGCCTTTCGAAATTCGGGCAGCGTCACCCTCACCATTGACGATAAGCAAGAACTGTCCGATGTACTGGATAAAGTGAAGTTAAAGGTTGATGGCATTGCTACCTTCCCCGCAGATATGGAACCGGTAAATGTGACGCAGCTTGAGTTTGAACAACAAGTTGTTGAACTGCCTCTGGTGGGTGATTTACCCCTTCAGGATCTTAAAGTCATTGCGAAAGAAGTTGAGGATGAATTACTGCAACTCGACAACATCTCCATTGTGGAAACCGGCTACCCGGACGATGAAATTGCGATAGAAGTTAATCCCGATGTCCTTCGCAAATATAACTTGTCAATTGACGATATCACTACCGCCATTCGAGCCTATTCAACCAACATATCAGCGGGGCAGTTGCGTACGCAGTCTGGCATTATTTCGGTGCGGGTTGAAAATCAGTACTATAGCGGCGAAGAATTTGCCGCCATTCCGGTAAAAATTGGTAACGCGGGCGCACAGGTATTACTCGGAGACGTCGCCGAAATCAAAGATGCCTTTACTGAAGGCGAACGTTATCTTAAATATTCAGGTAAGAATGCGATTTTCATATCGATTAAGGCCACCAAATCACAAAATATTGTGCCTGTGGCTGACACCGTCAAAGAATACGCGAAAATGAAGAATGAGAAACTACCGGAGGGAGTCTCGCTAGAGACCATGGTAGATCTCACCTATTACCTGAATTCTCGCCTCGACATGATGCTGAAAAACCTGCTCCAGGGAGCTATTCTGGTAGCGCTCATGTTGACCATTTTCTTGCGTTTCCGTCTCGCTTTCTGGGTCATGTTAGGTTTGCCAATCTGTTTTTTAGGTGCGGTGATGATGATGCCGGCCTTCGGTATCAGTATTAACCTGTTGTCACTGTTTGCGTTCATCATGGTATTAGGAATTGTTGTCGATGACGCCATAGTTATCGGAGAGAGCGCCTATACCGAGATAGAAAGCAAAGGCGGCGGCGTTGATAATGTCATCCGCGGCGCCAAGCGCGTTGCTACTCCTGCTACCTTCGGTGTACTGACTACCATCGCGGTATTCGCCCCCTTTACGATGAGTAGCGGTTTTGAAGGTGTCTTTTTCTATAATATTGCCGTGGTCGTTATTTTGTGTCTGGCATTTAGCTTAGTTGAATCCAAGCTTATTTTACCTGCGCATATTGCCCATACTACCTTTAGCCCCGTGAAATCCAATAGTTGGCGAGCTCGCTTTAACGCGCGTTTTCAGCGGTTTGTGAATGGGCCTTATCGCCGCACAGTGCTGATAGCGTTGGAATGGCGATGGGCCGTGCTGATGATTTTCGTCGCACTGTTGCTTTTTGCCATCGGTCTTGTAGAAGGTAACCATGTTCGCGTGGTGCCAAATGGGAAAGTCCCCCACGATTTCCCCTCTATTCGTATTGAAATGAACGAAAACGTGCCAGACACAGCCATCATCAATGCATTGAAAGTCATTGAGAAAGTGATTATTGATGAAGATGAGAAAATTAAAAAGGAGTTTGGTGGCGATGGCATGGTAAGAGACCTTCTTGCCTACAATGACGGCCGCACCAACGGCGAAATATTTGCTCCATTGGTTGACGAAGACAAGCGTGTTTTTGACACGTTCGAACTGGCCAGACGCTGGCGTGAATCTATCCCTGAAATTCCGGGTATGAAGTCTTTCGTTGTACTGGATGATATTAATAGCAATGGTGACGATGGCGAATTCGGCTTCTTGTTATACGGTTCCGATCTCAACACGCTAAATGCTGCAGGACTCGCGTTTATCGAAATGCTGCAAAACCAGGAAGGATTATTTGATGTCAGCTCGACAATCGATCCTGCCAGCAAAGAAATTCAAATGACACTCAAACCCGTGGCCTTTGATTTGGGGCTAACCCTTCAAAACATTGCCTCGCAGGTGGGAGGCAGCTTTTATGGGGGAGAAGCACAGCGAGTCATTCGTGATGGCGAAGAAGTCAAGGTGATGGTGCGCTACCCTGCCCTGACCAGAGAACGTCTGGCCGAGCTGAAATACAGCGTTATCACCACCCCGGCAGGTAAAGAAGTAATGCTGGGTGACATTGTAGAGTTAGTGGAAAAACCCGGCATCAGTTACATCCGTCGTGAAGAAGGATTCCGCAGCGTCTATATCTGGGGCAATATCGATGAAGAAAAAGTAGAGCCGAACGCCGTTATCGATGACGTTTATGAAAATGTGCTGCCTGAATTACTGAAAGTCTACCCGTCGGTTAAAACACAACTCGGTGGCGACATTGAGGAACAGCAAGCTCAACAGGATGAACAGATGATGTTCTTTGTTGCAGCGATGATCATGGTTTATGTACTACTCGCCGTGCCGCTTAAAAGCTATGGGCAACCGCTGATCATCATGTCGGTCATACCGTTTAGTTTTACCGGTGCAGCATTTGGCCATTATTTGCTAGGGTACGATTTAAGCACCATGTCGTTTTTTGGACTGATTGCCGCCGCCGGTGTGGTAATTAACGACTCATTGGTTATGACCGACTTTGTTAACCAACGTCGTGCGCAAGGCTACAGTACACGTGAAGCAGTGGAAGAAGCAGGCTCAGCGCGTTTTCGTGCAATCACACTGACATCCATCACTACATTTGCCGGCGTCATGCCAATCATGTTTGAAACCAGCTTACAGGCGGCTTTGGTTATTCCTATGGCGATTGCCCTGGGTTTTGCGGTGATGTATGCCACGCTGGTAACGTTAATCCTGGTGCCTTGCTTGTATCTCATCCTCATCGATTTAGGTAATACCTTCAGGTGGATGTACCGGCATACCATTGGCCGGGGTGTATTAGTTATATCCAATCGCAAAGTGCAAAGTAATCCGTAA	MHQEHDTNHGIIAWFARNTVAANLMMGFIIIMGLVAYFSIQRQMFPNVETNFIQITANYPGASPQEIEEGILIKIEESLKDVSEIERTVSRAFRNSGSVTLTIDDKQELSDVLDKVKLKVDGIATFPADMEPVNVTQLEFEQQVVELPLVGDLPLQDLKVIAKEVEDELLQLDNISIVETGYPDDEIAIEVNPDVLRKYNLSIDDITTAIRAYSTNISAGQLRTQSGIISVRVENQYYSGEEFAAIPVKIGNAGAQVLLGDVAEIKDAFTEGERYLKYSGKNAIFISIKATKSQNIVPVADTVKEYAKMKNEKLPEGVSLETMVDLTYYLNSRLDMMLKNLLQGAILVALMLTIFLRFRLAFWVMLGLPICFLGAVMMMPAFGISINLLSLFAFIMVLGIVVDDAIVIGESAYTEIESKGGGVDNVIRGAKRVATPATFGVLTTIAVFAPFTMSSGFEGVFFYNIAVVVILCLAFSLVESKLILPAHIAHTTFSPVKSNSWRARFNARFQRFVNGPYRRTVLIALEWRWAVLMIFVALLLFAIGLVEGNHVRVVPNGKVPHDFPSIRIEMNENVPDTAIINALKVIEKVIIDEDEKIKKEFGGDGMVRDLLAYNDGRTNGEIFAPLVDEDKRVFDTFELARRWRESIPEIPGMKSFVVLDDINSNGDDGEFGFLLYGSDLNTLNAAGLAFIEMLQNQEGLFDVSSTIDPASKEIQMTLKPVAFDLGLTLQNIASQVGGSFYGGEAQRVIRDGEEVKVMVRYPALTRERLAELKYSVITTPAGKEVMLGDIVELVEKPGISYIRREEGFRSVYIWGNIDEEKVEPNAVIDDVYENVLPELLKVYPSVKTQLGGDIEEQQAQQDEQMMFFVAAMIMVYVLLAVPLKSYGQPLIIMSVIPFSFTGAAFGHYLLGYDLSTMSFFGLIAAAGVVINDSLVMTDFVNQRRAQGYSTREAVEEAGSARFRAITLTSITTFAGVMPIMFETSLQAALVIPMAIALGFAVMYATLVTLILVPCLYLILIDLGNTFRWMYRHTIGRGVLVISNRKVQSNP				NA	NA	NA	NA	NA
AK237_00554	483			hypothetical protein	ATGTCACAACTTACGATTCGCCCGGCAACGCGGGAAGATTGTCAGCAAATCTTAGATTTTATCACCGAGCTCGCTATCTATGAAAAAGCGGAACACGAAGTAAAAGCCTCTGTTCCGCATTTGGAAAGCACCTTGTTTTCCAACACAGCAACTGCGCATTGTTTACTGTGTGAGAACGAAAACGGCCCTGTTGGCTTTGCCGTCTATTTTTTCAACTACTCAACGTGGCAAGGACAAAACGGGCTTTATCTTGAAGATCTTTATGTCTCTCCAGCCTCAAGAGGCTCGGGCGCGGGTAAAGCGTTGCTTAAACATCTTGCTGGTATAGCCGTTGAGCAACACTGTGGACGATTCGAGTGGAGTGTATTGGACTGGAATAAACCGGCAATTGATTTTTACGAATCGCTGGGCGCTAAGCCGCAAAGCGAGTGGATAAGGTATCGTCTGGACGGCGACGCCCTCGTCGAATTCGCACGCCGTTAA	MSQLTIRPATREDCQQILDFITELAIYEKAEHEVKASVPHLESTLFSNTATAHCLLCENENGPVGFAVYFFNYSTWQGQNGLYLEDLYVSPASRGSGAGKALLKHLAGIAVEQHCGRFEWSVLDWNKPAIDFYESLGAKPQSEWIRYRLDGDALVEFARR	PGPT0007790_389	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
AK237_00555	426			hypothetical protein	ATGAGCGTAAACGCCATTATGAGTCAGCGGGTGGTTAGTGTGAAAATGGATGACAGTTTGCACACGATAAGAGAACTTTTTGAAGCCACCGGATTTCACCATTTATTGGTTATCGAAGGGCGAAAACTGGTGGGTATTATTTCTGACCGGGATTTGTTGAAATCATTAAGCCCCTTTATCGACACTATTTCAGAGCGCGCGCGAGACAGAGCCACGCTTGAGCGCCGCGCCCACCAGATCATGACCAGAGACGTCATATCTGTTAAGGCGCACAGTTCGGTATTTAATGCGATTAGTACCTTCAACCGTCACAAGCTGTCTTGCTTGCCGGTTATTAACCCCCAGGGCGAACCTGTTGGTGTGCTGTCCTGGCGTGATATTCTTCGGTATGTGGAAGATAAGGTCATCGCCAAGCAGCAAAGTTAG	MSVNAIMSQRVVSVKMDDSLHTIRELFEATGFHHLLVIEGRKLVGIISDRDLLKSLSPFIDTISERARDRATLERRAHQIMTRDVISVKAHSSVFNAISTFNRHKLSCLPVINPQGEPVGVLSWRDILRYVEDKVIAKQQS	PGPT0008220_901	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
AK237_00556	495	tpx	COG2077	Thiol peroxidase	ATGGCAACAGTTACATTACAGGGCAATCCACTTGAAACGTTAGGCGATTTACCTGCAGTAGGTTCAAAAGCGCCTGCATTCGAGTTAGTAAAATCAGATTTATCCACCGTGAGCTCTGCTGATTTGTCAGGTAAGAAAGTAGTATTAAATATCTTCCCGTCTATCGACACTGGCACTTGCGCAATGTCTGTACGTAAGTTCAATGAAAAAGCCGCTTCACTGGATAACACTGTAGTGATTTGTGTATCTGCGGATCTGCCGTTCGCAGCAGGCCGTTTTTGTGGTGCCGAAGGGATTGAGAACGTGCTGACTGGGTCTACTTTCCGTTCAGACTTTGGCAAAGACTACAACGTGACATTTACTACCGGTCCACTAACAGGCTTGTTATCACGCAGCGTAGTGGTAATTGGTGAAGACGGCAACGTACTGTATACCGAACAGGTTGCAGAAACCGCTGACGAACCAGATTACGAAGCAGCTATTGCGGCACTGTAA	MATVTLQGNPLETLGDLPAVGSKAPAFELVKSDLSTVSSADLSGKKVVLNIFPSIDTGTCAMSVRKFNEKAASLDNTVVICVSADLPFAAGRFCGAEGIENVLTGSTFRSDFGKDYNVTFTTGPLTGLLSRSVVVIGEDGNVLYTEQVAETADEPDYEAAIAAL	PGPT0013105_2040	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	DETOXIFICATION_OF_PEROXIDIZED_COMPOUNDS,PGPT0013105-tpx-K11065	NA	NA
AK237_00557	537	sodC	COG2032	Superoxide dismutase [Cu-Zn]	ATGAAAAAAACGACACTAATGCTATCTTTATCGCTTCTGTTTTCTGGTTTAAGTTATGCCGCAGAAGACGAAGAAACCTTAAGCATTGATATGAAAGATGCGGCTACTGGTGAGTCTGCGGGAACAATAGTGGTTGAAGAAAATGAGTTTGGCTTAGTCTTTACCCCTTCTCTTGAAGGGTTGTCGGCAGGCGGTCACGGTTTTCATGTGCATGAAAACCCATCATGCGACTCAGCTATGAAAGAAGGAAAAAGCGTGCCTGCTGGCGCTGCAGGTAGCCATTTGGATCCGGAAAAAACAGGTCAACACGGGTTTCCGTGGTCTGACAACAGCCACATGGGTGACTTGCCAATCTTGCTTGTCGATTCAGACGGCATGGCTACCCATCCGGTACTTGCACCACGACTGACGTTTGAAGACATAGAAAACCGTGCCCTGATGATTCATGAAGGGGGTGATAACTACTCCGATGCACCTGAAAAACTTGGTGGAGGTGGTGCCAGGGCCCTGTGCGGGGTAATTGGCTCATTAGAATAA	MKKTTLMLSLSLLFSGLSYAAEDEETLSIDMKDAATGESAGTIVVEENEFGLVFTPSLEGLSAGGHGFHVHENPSCDSAMKEGKSVPAGAAGSHLDPEKTGQHGFPWSDNSHMGDLPILLVDSDGMATHPVLAPRLTFEDIENRALMIHEGGDNYSDAPEKLGGGGARALCGVIGSLE	PGPT0013181_1650	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	DETOXIFICATION_OF_SUPEROXIDE_ANION_RADICALS,PGPT0013181-sodC|sod1-K04565	NA	NA
AK237_00558	1200	yycB	COG2807	putative transporter YycB	ATGTCTCAAAAGATGCCTTTGCGCGATTCTTTATCTACACCTCTTTTTTCTCTTACTTTTCTGGGGATCATGCTAATTGCAGCTAATCTGCGTGCGCCGATTACTGCGTTGGGACCCGTGTTGCCTGATATCGCGCGAACTTATCAGTTGTCAGCCTCAACTACCGGGCTAATCAACGCGCTGCCTCTGCTTATTTTTGCCCTGATTTCGCCTTTTGTACCTTTTCTCAGTCATAGAGTGGGGATCGAGAAGACACTTCTCGGGGCGGTTTTCCTCATTCTTGTTGGCGTATCACTCCGTTCCCTGAGCGGTCTGGAGGGATTATTTCTGGGTACCTTAATGATGGGAGTAGGAATTGCGGCTGCTAACGTATTAGTGTCTCCGCTTATAAAGCGTGATTTTCCCTCTCATTCCGCCAGAGGGATTGGCATGTATGCGTCAGTTATGGCGTTAACCGCAGCGTTTGCCAGTGGTATCGCTGCACCGCTTTCTGCGTTTGCAGGGACCTCATGGAGAACCTCTATTGGTATTTGGGCGCTGTTAGCTGCTTTAACGCTGGTTGTGTGGATGAAAGTTTGCAGTAAAAGCAATCAGCACACTATGACACCCTCCACGTCAGCCTCATTACTTTCCACTCAGGTTTGGACAAGCAGGACTGCCTGGTACGTATCCCTGTTTATGGCGTTGCATACCACTGTTTTTTACACGCTTATCGACTGGTACCCGTCAATGGCGTTGGAGAACGGTGTAAGTGCTACGGCGGCAGGGTTTCATCTTTTAATTTATCAGGTTGTTGCGGTGGCCGCTAATTTGTCAACGACCATAATTATCAGCCGTTTGCGCGATCAGCGTGTACTTGGACTTGCTTGCTCTGTCTTTATCTCGCTTGGTCTTGGCGGTTTGCTCTACAGTCCGGCTTTGTCGGCGTTCTGGCTGGCATTGGCGGGGATCGGGGCTGGCATGTCAATGGTCACGTGTTTAGCATTATTCAATTTAAGAACAGGCGATCATCATCAAGCTGCACAATTATCAGGGAAAGCGCAGTGTGTGGGTTATCTCATCGGTGCGTCGGGACCCTATATCGCAAGTGTACTTCATGCGAGTAGCGGTGACTGGAATGCTGTGATGATGTGTCTTATTGCGCTTTCATTTTTACAGATTTTCTTTGCGTGGCAGGCAGGTAAAGATCGCTACATCTGA	MSQKMPLRDSLSTPLFSLTFLGIMLIAANLRAPITALGPVLPDIARTYQLSASTTGLINALPLLIFALISPFVPFLSHRVGIEKTLLGAVFLILVGVSLRSLSGLEGLFLGTLMMGVGIAAANVLVSPLIKRDFPSHSARGIGMYASVMALTAAFASGIAAPLSAFAGTSWRTSIGIWALLAALTLVVWMKVCSKSNQHTMTPSTSASLLSTQVWTSRTAWYVSLFMALHTTVFYTLIDWYPSMALENGVSATAAGFHLLIYQVVAVAANLSTTIIISRLRDQRVLGLACSVFISLGLGGLLYSPALSAFWLALAGIGAGMSMVTCLALFNLRTGDHHQAAQLSGKAQCVGYLIGASGPYIASVLHASSGDWNAVMMCLIALSFLQIFFAWQAGKDRYI	PGPT0005211_1185	DIRECT EFFECT	BIO-REMEDIATION	XENOBIOTICS_BIODEGRADATION	XENOBIOTIC_CYANATE_DETOXIFICATION	XENOBIOTIC_CYANATE_UPTAKE,PGPT0005211-cynX|yeaN-K03449	NA	NA
AK237_00559	846			hypothetical protein	ATGGAATACTTATCTTTATTTGGTTTATTACAAGCCTACTCAATACCGCCAGCTCAAGTCAGGCTGATTAGACATGGAAATAAGGAAGTTAGTGTCTTAGAGACATTCGAACAGGATCCCGAAAAATTTACTGAATATACTGCCTGGCAAAAACCGGGCAGATACGGAAATGCGAAATATTTGGCGGTATTTTGCCCCGGACGGGGCACCACATCTTTGTTTCTGGGTATATGGGAAGTATTCGGCGTCACTGTAAATCGGGAGCTTTCTGCAGGACAATTTGCCCTGTTAGATAAATATAACTTCCCCAAACAGTGGTCTGAAAATACAGATCGTTATGAATTACAGTTAAGCTCCAAAATGCAGGATATCTCTAAGCGATTGGTAATTGATTGGGGAAAATCCACTGTTAGCTGGGTTCAGTCAAAAGATAAGCCCATAGTCGAACTCAAGCCTACTAACTCTATTGGTGAATTTAGCTCTTATGACAGCGTTTTATTGAGTTACGCGGACTTAATAAAGCTGATAAGAGATACAGACTCGAACGTAAGTTGGGTAAATGCACTTTCATCGGTGAATGGCGTTTACCTGATAAAAAATACGTTGGATGGAAAACTTTATGTGGGATCTGCCTACGGTAAAGGCGGTATTTTGGGTCGCTGGAGTGCCTACGCGGCCAGTGGCCATGGTGGAAATAAATTGCTTAAGGGTTTGGACCCTCACTTTTTTGAATTTTCTATTTTAGAAATTTCTCCGGCAACCATGTCGGCCGAAGACGTGATTGCCAGAGAAAACCGATGGAAATTGTGTTTAGGCACCAGAAAGTTTGGACTAAATGACAATTAG	MEYLSLFGLLQAYSIPPAQVRLIRHGNKEVSVLETFEQDPEKFTEYTAWQKPGRYGNAKYLAVFCPGRGTTSLFLGIWEVFGVTVNRELSAGQFALLDKYNFPKQWSENTDRYELQLSSKMQDISKRLVIDWGKSTVSWVQSKDKPIVELKPTNSIGEFSSYDSVLLSYADLIKLIRDTDSNVSWVNALSSVNGVYLIKNTLDGKLYVGSAYGKGGILGRWSAYAASGHGGNKLLKGLDPHFFEFSILEISPATMSAEDVIARENRWKLCLGTRKFGLNDN				NA	NA	NA	NA	NA
AK237_00560	1371	sasA_2		Adaptive-response sensory-kinase SasA	ATGCGCTTAAATAAACGAAAATGGCGTAAACGCCTGAGCGTGAAAGTCATATTGGCTTTTATTGTTGGCGCTGTGCTAAGTGTGACCTTGATTGTTGCCGTTGTGCTTTGGGTATCTTGTTATCAAAAAAGCGCGTTGGCTAAACTGGATATTTCCGATGTGGCAGGAAAAATCAGTGAAACACTGGCATTCGATGCGAACGGCCAACCTGTTGGTTTAGACATTGCTGATGGTGAGCTCGACTGGGTGTTTATCAGCATGCCGCAGGATGTGGCTTACCGAGTGTTAGACGGACAAGGCGTTACGCAGTTATCTTCTATTCCAGCAGAACAGTTATGGGGCAAAAGCACTAACGTAAACAAACCTGAAAGTGGTCATTTTTTTGCTAATTACAACGGTATTGACTATCACAATGTTATCGCACCGGTCGAGCACGACAAGCAGGTCTGGTATTTACAAATCACCGTAAGTGAGCGTTTTTACAGCTTTGTTCATACGGCATTTTCATTGCCATTTATGATGATGGGAATTGCACTTTTCAGTGTCGTGCTGCTGATTATTTTTGGCGTATTTGCCTGGTTTATCATTGGCTACACACTAAAACCTTTACGGGACTTGTCTGAGTCTGCAACCGAAATTTCCCCTAAAACCTTAGGGGCACGGTTGTCACTGGACGGTATTCCTGTCGAGGTATTGCCTATTGTTGAGAGCTTTAACCGCGTACTGGACAGGCTGGAAAACGGATATCGCATTCAGCAGGAGTTTATGGCAAAGGCCGCCCACGAGCTTAAAACGCCTTTGGCACTAATTCGGGCACAAATTGAATTAAAGGATTGCAGTGAAGAGCGCGACGTATTGCTGAACGATGTGGAGCATATGACTCGCCATGTACAACAGCTATTGATGTTAGCTGAAGTAAGTGAAGTGCAGAATTATAAGTTGAGCAGCGTAAACGTCGTAGATGTGGCCAATGAAGTGGTGAGGTTTCTACAGCCAATGGCAGCAAAATCGGATGTGTCTGTTAAGCTTGTTTCGGAACCATGCGAAACGTGGCAAGCAGATAATTCAGCGTTATTCGTTCTGTTGAAGAACTTGCTTGAAAACGCCATCCAGCACGCCCCGAAAAAATCATTTATTCAGGTAACCATTGAACATTCTAAAATAACAGTTCGCGACTGGGGAGTAGGGGCAACGCAAGAACAGTTGACTCATATTTTTGAAAGGTTTTGGCGGGGCGCGCACCGTCGGGATCACGGTGCAGGCCTGGGATTGTCAATTTGTAAGGAAATTGCGCAGGCACACGGCTGGTTATTGACTGCATCTGATGTCAATCCGGGGTTATTGTTCGAGGTAGAGGCGAATCTCCCTTAA	MRLNKRKWRKRLSVKVILAFIVGAVLSVTLIVAVVLWVSCYQKSALAKLDISDVAGKISETLAFDANGQPVGLDIADGELDWVFISMPQDVAYRVLDGQGVTQLSSIPAEQLWGKSTNVNKPESGHFFANYNGIDYHNVIAPVEHDKQVWYLQITVSERFYSFVHTAFSLPFMMMGIALFSVVLLIIFGVFAWFIIGYTLKPLRDLSESATEISPKTLGARLSLDGIPVEVLPIVESFNRVLDRLENGYRIQQEFMAKAAHELKTPLALIRAQIELKDCSEERDVLLNDVEHMTRHVQQLLMLAEVSEVQNYKLSSVNVVDVANEVVRFLQPMAAKSDVSVKLVSEPCETWQADNSALFVLLKNLLENAIQHAPKKSFIQVTIEHSKITVRDWGVGATQEQLTHIFERFWRGAHRRDHGAGLGLSICKEIAQAHGWLLTASDVNPGLLFEVEANLP				NA	NA	NA	NA	NA
AK237_00561	669	tctD	COG0745	Transcriptional regulatory protein tctD	ATGAACCGCGTTTTACTTGTAGAAGACCATGAACGACTGGCGACATTGATCGCCAGGCAGCTATCCGTAGCAGGTATTGCTGTGGATGTGTTTAATCGTATTGATTTCGCCTGGCAGGCTATTCAACAGTTGGGCTATCAGATCATCATCCTGGACAGAGGCTTACCTGACGGAGATGGTCTGGCTTTGTTAAAGCGCGTCCGGAATGCGGGCATCAATATTCCCTGTCTGATTTTGACCGCGCGGGATGCCCTGCACGACAGAATTGAGGGGTTGGATACTGGCGCAGATGACTATTTAACAAAGCCTTTTGCCATGGATGAACTGGTTGCACGAGTAAGAGCTTTGCTACGCAGACCGGCAGAAAGTATTGCACTGCAACCCCACTTTGCAGATCTTCAAATTAAACCGGATGAAGGATTACTTTGTTGTCAGAATCAGAGCATTGCACTTGCGCCTGCGGAGCTTCAAATTATGTTACTGCTTATTAAGAAGAAAGGCGACGTTGTTCGCCGGCAAGCTCTCGAAGCAGCAGGATGGGGGTTAAGCGAGGCTGTGACGCCGAACGCGTTAGATGTCGTGTTACACCGCTTACGCAAAAAGTTATCGGCCATAGGCTCGACCTCAGAACTGGTGAATATGAGAAGTTTAGGCTATGCGCTTAAATAA	MNRVLLVEDHERLATLIARQLSVAGIAVDVFNRIDFAWQAIQQLGYQIIILDRGLPDGDGLALLKRVRNAGINIPCLILTARDALHDRIEGLDTGADDYLTKPFAMDELVARVRALLRRPAESIALQPHFADLQIKPDEGLLCCQNQSIALAPAELQIMLLLIKKKGDVVRRQALEAAGWGLSEAVTPNALDVVLHRLRKKLSAIGSTSELVNMRSLGYALK	PGPT0003915_152	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-POLYMYXIN_RESISTANCE,PGPT0003915-pmrA-K07666	NA	NA
AK237_00562	843			hypothetical protein	ATGATAACGTTTGGCCGCCTTTTGATGCAGACAAAGCGAAAATGCCTCTGTTTTGCAGTGCTAGTGCCTGCTTTTACGATTACCGGCGTGTCTGCGCAAGAGAGTGTTTTGGATGACAGTGAGGGTTCGCTGTCAGCTAACGACGAATCCCATTGGGGTATCGGTGTTGCGGCTATTAGTAACCAGCAAAGCATAAAAGGGATAGACAGAGACACCAGATTTATCCCCATTGTTACTTATGAAAATGAATATATTCGCTGGTTCGGGCCGTTTATCGACATAAAATTACCCAGTCTTGAGTTAGGTGGTAATCAAACGCTTAATTTTAGCATTTCCGGTGGATTCGATTTTAGTGGTTATGATGAAGACGAGGCCAATGAAACCCCGATTCTTCGTGGGATGGATGAACGCGAAGGCGCTTTCGCTGTAGGGCCCAAAGTGGAATGGAGTAATAGTTGGGGAAACGTTAGTGCACAATGGATGACCGACGTGTCGGGGGATCGCGAAGGAAATAGCGCCAGTCTTAGCGTTGAAAAAAACTGGATGTTCCTGCAGAAAGTCATGGTTACGCCTTATGTGGGAATCAACTGGCTGGACGATAGTTTTGTCGACTTCCATTATGGTGTGCGTCCTGAAGAGGTAACCAGTTATCGTCCCGCTTACACCGGCTCGTCTACTATTAATATTGAATATGGCGTGCGTGCCGCATATATTTTCGATAAGAATAATTCACTTATGGCTGACTTTCGGATAACGAGTCTGGGAAGTGAAATAAAAGACAGCCCCCTTGTTGACAGCTCAACGGAAAATAACCTGTTGTTGTTTTATATGTATAAATTCTGA	MITFGRLLMQTKRKCLCFAVLVPAFTITGVSAQESVLDDSEGSLSANDESHWGIGVAAISNQQSIKGIDRDTRFIPIVTYENEYIRWFGPFIDIKLPSLELGGNQTLNFSISGGFDFSGYDEDEANETPILRGMDEREGAFAVGPKVEWSNSWGNVSAQWMTDVSGDREGNSASLSVEKNWMFLQKVMVTPYVGINWLDDSFVDFHYGVRPEEVTSYRPAYTGSSTINIEYGVRAAYIFDKNNSLMADFRITSLGSEIKDSPLVDSSTENNLLLFYMYKF				NA	NA	NA	NA	NA
AK237_00563	1227	mdtE		Multidrug resistance protein MdtE	ATGCGAGGTCCAGCCCGTCTGTACCCGCTGCTTATCAAACAACGTCACTATCAGAACCGGCAACAGGGGCACCTTGCTCAGAACGTATTTATGAAATTAATCAGTACACAAACAACTCATCACTTCCGACGGTTATTTTTGCTTTCGAAAAAGCGTCGAAATATAAAACATGTCTTTTTATTCACGATGGCATTGGTCTTTTCGGGCTTTGATGCATCGCCAGCCCATGCAAACGAAAAATCTGCAGAAACGACTCCGGCATTAACAGTAACAGCTGCCACGCCCCGGTACGTTGAATGGCCAGAGTCTATCGTTGCTTACGGTGATATTGCGCCGTGGCAGGAAGCCAGTATAAGTGCGCAAATCGGGGGCTATCAGCTTATCGAAGTGCTGGTCAATGTCGGGGACGTGGTGAAAAAAGGCCAGCTTCTGGCGCGATTCAACCGCTCTGTGCTGCAGACTGAACAAGCCGAATTACTTGCTAACGTTGAGCAAGCGTCCGCCAACCTTAAAAGGGTTAAAGCGCTATCAAGCGGGAAAGCGGTGAGCGAGCAAGACCTTGTTCAGGCCGAAACGCAGGCGAAAGTCGCAGAGGCGTTGCTGGCTAAAAACCAGTTACATCTTCAATACACAAATGTTTTAGCGCCGGACGATGGTGTGATCAGCGCCCGCACTGCTACATTGGGAGCATCCATTCCCGCGGGACAGGAACTCTTCCGGCTTATCCTCCAACAGAAACTGGAGTGGCGGGGAGAAGTCACAGCGCAGCAATATGCCCGTGTACAGGCGGGACAACATGTATCATTAGCACTACCTGACGGTACATCAACGACCGCCATTGTCCGCCAAAAAGCACCGGCATTTAACAGCGATACGCGGCTGGCCATTATCTATGCGGATATATCAAAAGAAAGTCATGCTGTAGCAGGCATGTATGTTGCCGGTGATGTCATTCTCGGTGCCAGTCGTGCGCATATCGTACCGGCAGAAAGTGTTGTTATTCGTGATGGCCGTCAATATGTATTGTCCATTGATGCTACAACAACCCTGTCAGAGGTATCGTTACATCAGGTCATAACCGGCCGGAGAAAAGGCAAAGACATCGAAATAATTTCTGGTCTGGACGGGATAAACCGCGTGGTATCAGACGGAGCGGGATTTCTATCTGACGGCGATACAGTAAATATCGTTAATGACGAAACGACCAGCGGGGAACGCCAGCTATGA	MRGPARLYPLLIKQRHYQNRQQGHLAQNVFMKLISTQTTHHFRRLFLLSKKRRNIKHVFLFTMALVFSGFDASPAHANEKSAETTPALTVTAATPRYVEWPESIVAYGDIAPWQEASISAQIGGYQLIEVLVNVGDVVKKGQLLARFNRSVLQTEQAELLANVEQASANLKRVKALSSGKAVSEQDLVQAETQAKVAEALLAKNQLHLQYTNVLAPDDGVISARTATLGASIPAGQELFRLILQQKLEWRGEVTAQQYARVQAGQHVSLALPDGTSTTAIVRQKAPAFNSDTRLAIIYADISKESHAVAGMYVAGDVILGASRAHIVPAESVVIRDGRQYVLSIDATTTLSEVSLHQVITGRRKGKDIEIISGLDGINRVVSDGAGFLSDGDTVNIVNDETTSGERQL				NA	NA	NA	NA	NA
AK237_00564	3084	mdtC_2		Multidrug resistance protein MdtC	ATGAACTTCGCCACATGGTCAATACGCAACCCCATTCCTTCCATACTACTTTTTATTCTGCTTACCTTCGCGGGATTTTGGGGCTTCGACAGCCTACCAACACAAAATCTGCCCGATTTAGATCTCCCCATGGTGACAGTTTCATTAACGCAACCTGGTGCAGCCCCCGCCCAGCTTGAGACCGAAGTCGCCCGCAAGGTTGAAGATTCGCTGGCGACGTTAAGTGGCCTGCGTCATTTACGAACATCAATTACCGATGGTGCCGTTTCAATTCAAGTTGAATTTGTCTTAGAAAAAAATCTGTCAGATGCCCTGATTGAAACTAAAAATGCCGTTGATAGTGTACGGTCTTACCTGCCCGTTGAATTACAGGAACCAACTGTTGCCGCCCGCAGAAGCATTGGCGGCCCGGTACTTACTTATGCTGTATCTTCTGCACGTTTAGATGAAGAAGCACTGTCCTGGTTCATCGACGATACATTGGCCAAAACAGTATTGTCGGTCAGTGGTGTTGGTCGGTTCGAAAGAATTGGCGGAGTCACAAGAGAAGTAATTATTGAACTGGATCCTGTCAGAATGTCAGGCCTGGGCGTAACAGCCGCTGACGTATCCCGTGCTTTGCGAACCGCACAGCAGCAATTGTCCGGAGGCAGATCACAATTGGGGGAACAAGAGCAGTCTGTGCGGGTTATCGCTACGGTAAAGCAAGCCAGGCAACTCTATTCACTGCCTGTCACCTTAAGTGATGGTCGCAGTCAGCGCCTGGAGCAAATCGCAACAATAACTGATGGAACGGCAGAACGTTCTCAAACTGCACTGTTAAATGGCGAACCCGTTGTCGGTTTCAGCGTCTATCGTGCCAAAGGATTTGATGAAGTTAAGATTGCAGAGGGTGTTCGCGAGGCACTTAACGAATTACAGCAGGACGATCCAACATTTTCATTGACCTATATTTCAGGCTCTGTTGATGAAACGACAGAGCAGTATGAAGGGTCAATGACCATGCTTTACGAGGGCGCCCTGTTAGCGGTTATCGTTGTCTGGATATTCCTGCGGGACTGGCGCGCAACAATTATCTCAGCAACCGCTCTACCATTGTCTATTCTTCCGGCATTTGCTGCGATGGCGTTGTTAGGATACTCACTGAACACCGTTACTTTATTAGCACTCGCTGTAGTAATAGGTATATTGGTCGATGATGCTATCGTTGAAGTGGAGAACATTGAGCGACACCGGCACATGGGCAAACCAATCCGCCGGTCAGCAGAAGATGCAGTAAACGAAATTGCCCTGGCCGTGATCGCCACCACACTTTGCTTAGTGGCTGTTTTCATGCCCACCGCTTTGATGTCTGGTATTCCGGGCATGATGTTCAGACAATTCGGCTGGACCGCGGTAATAGCGGTAGTTGCGTCTTTGTTAGTGGCGCGATTGCTAACCCCGGTGATGGCGGTTCACCTGTTAAAAACTGAGCCAGTTAAGCCTCGCCCTGATGGACGGATAATGAGCTGGTATATGACTGTAGCTAACTGGTGCTTAACGCACAGGCGTACCACACTGGCCGGGGCAACAGTATTTTTTATCGGCTCCATGGCGCTGGTTCCCTTATTACCATCTGGCTTCGTACCAGCCTCTGATAGTGGTTTCACAACGGTAAATGTAGAACTTCCACCTGGCAGTACGTTATACAAAACCGTATCGGTGACGGAAAAAGTGCGCTCTGCCATAAAAGACATTCCTCACATAAAAAACGTCTTCACCGCGGTTGGTCAGGCCCAACAGGCCGGCCCCGGAACAACGCAGGCCGCGGAAGTAAGGAACGGTTCATTAACGTTAATTTTATCGCCCCGTGGCGAGCGCCCTCCCCAGACAGAAATAGAAAACACCGTGCGCAGCGTGCTCAAACAGGTACCGGGTGCAAGATTCAGTATGAGTGGCGGAGGGCCGGGCGAGAAGCTTCAACTGATCCTCGCAAGTGACAATGCACAAGCATTAACAGCCAGCGCTAAATCGCTGGAAAGAGAGCTGCGAAGTGTTGACAAGCTATCTAACATCATCTCAACAGCAAGTTTAGAGCGTGGTGAAATTGTCGTCATACCTGATATGCAACGCGCTGCCGAACTAGGTGTGACGACAAGCGCAATAGCGGATGCCGTAAGAATTGCCACCAACGGCGACTATGACAGTCAGGTGGCACGACTGAATCTGGACAACCGCCAGGTGTACATCCGTGCACGTATTGCGACCAGTCTCCGGGAGGATATCGACAACATAGCGAACTTAAGGGTGACAGGTAACGCCGGACTTATCCCCTTGTCCAGTGTCGCGGATATCTCACTTAAAAGTGGTCCGACAAAAATTGAACGTTACGACAGACAACGATATGTCACCGTAAGTGCAGATCGCGGCGGGATGCCATTGAGTGAAGCCCTCTCTGCTGCAATGCAATTGCCCAGCGTGGTCAACATGCCTTCGTCAGTCACCATTATACAGGATGGTGATGCAGAAATTGCCGCAGAGTTTGCCATGGGATTCGGGCTGGCTATCCTGGTTGGATTATTCTGCGTGTTTTCCGTTCTCGTGCTGCTCTTCAGAGATTTCTTTCAACCCCTGACGATTTTGTCTGCCATTCCACTATCGGTAGGCGGTGCCTTCCTTGCTTTGCTGGTAACAGGCAGCGAGCTCAACGTTCCGTCGATGATAGGTTTGGTAATGCTGATGGGAATAGTCACCAAGAATTCTATTTTGCTTGTGGAATATGCGGTGCTGGGCATGCGCGAGAGAGGACTGGACAGGAAGGCTGCGCTTTTGGATGCTTGCCACAAACGCGCCCGCCCTATTGTCATGACCACCATAGCTATGATTGCCGGCATGCTTCCTATCGCCCTTGGGTTCGGAGCCGACTCAAGCTTCCGGCGCCCGATGGCCATGGCGGTCACAGGAGGATTAATTACCTCAACAGTACTGAGTCTGATAGTGGTACCTGTGGTATTCACCTATGTAAATGGACTCGAACGACGACTGAGTAAACGCTTTACCAAAAATGACGAGCTCTTAAGCGCAGCGAAGGAGAATGCCGAATGA	MNFATWSIRNPIPSILLFILLTFAGFWGFDSLPTQNLPDLDLPMVTVSLTQPGAAPAQLETEVARKVEDSLATLSGLRHLRTSITDGAVSIQVEFVLEKNLSDALIETKNAVDSVRSYLPVELQEPTVAARRSIGGPVLTYAVSSARLDEEALSWFIDDTLAKTVLSVSGVGRFERIGGVTREVIIELDPVRMSGLGVTAADVSRALRTAQQQLSGGRSQLGEQEQSVRVIATVKQARQLYSLPVTLSDGRSQRLEQIATITDGTAERSQTALLNGEPVVGFSVYRAKGFDEVKIAEGVREALNELQQDDPTFSLTYISGSVDETTEQYEGSMTMLYEGALLAVIVVWIFLRDWRATIISATALPLSILPAFAAMALLGYSLNTVTLLALAVVIGILVDDAIVEVENIERHRHMGKPIRRSAEDAVNEIALAVIATTLCLVAVFMPTALMSGIPGMMFRQFGWTAVIAVVASLLVARLLTPVMAVHLLKTEPVKPRPDGRIMSWYMTVANWCLTHRRTTLAGATVFFIGSMALVPLLPSGFVPASDSGFTTVNVELPPGSTLYKTVSVTEKVRSAIKDIPHIKNVFTAVGQAQQAGPGTTQAAEVRNGSLTLILSPRGERPPQTEIENTVRSVLKQVPGARFSMSGGGPGEKLQLILASDNAQALTASAKSLERELRSVDKLSNIISTASLERGEIVVIPDMQRAAELGVTTSAIADAVRIATNGDYDSQVARLNLDNRQVYIRARIATSLREDIDNIANLRVTGNAGLIPLSSVADISLKSGPTKIERYDRQRYVTVSADRGGMPLSEALSAAMQLPSVVNMPSSVTIIQDGDAEIAAEFAMGFGLAILVGLFCVFSVLVLLFRDFFQPLTILSAIPLSVGGAFLALLVTGSELNVPSMIGLVMLMGIVTKNSILLVEYAVLGMRERGLDRKAALLDACHKRARPIVMTTIAMIAGMLPIALGFGADSSFRRPMAMAVTGGLITSTVLSLIVVPVVFTYVNGLERRLSKRFTKNDELLSAAKENAE	PGPT0016195_918	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
AK237_00565	1203			hypothetical protein	ATGAAGATCCGCTCAATTGTGTTTTCGCTTTCTTTACTACTAACTCTGCTTATTATCAGCGCTTGCTCGTCATTGGAAAACATCCGCACACCGGTGCCGGCTGTTACCTTCAGTGATTATCAAAACGAAACGATTGCTACCATAAGAAATAACCGTCATTTTCAGCTAGCTGACAGAGAGGCTGAATTCCAGTGGAATGCCCCGCAACAATGGTGGCCGGAGAACACCGGCCTTAACGGTAAACCCCGTCGCGGCATTCTGTTAGTGCACGGACTTGGCGACTCTCCCTGGTCATTTCATGATATCGGTCCTGCGTTGGCTGCCCAGGGCTTTTTAGTGCGAACGGTATTGTTGCCGGGTCATGGCACCACCCCATACGATATGCTGAATATCACGGCAGAAGCGTGGCAAAAGGTGGTTTATGAGCAAGCACAAAGTCTGAGTAATGATGTAAGCGAGGATGTGTTCCTTGGCGGATTTTCTACCGGCGCAAACCTTGTGCTGGACTATGCATACAGCCATGCAGATATTGCCGGTCTGATCTTATTCTCACCCGGCTTTAAAAGCATGCCATTCGACTGGCTCGCCCCACTTGTATCGAAAGTGCGCCCCTGGATCATATCCCCTGATGACAACATGCCATTACAAACGCCGTTACGCTACATGAACGTGCCAACCAATGGTTATGCTCAGTATTACCGTACCAGCGCAAACGCTAGAAAATGGCTTGAAAACAATTATGAAAAACCTGTTTTTATGGCAATTTCCGAGCACGATTCGGTGCTGGATACCGGTTATTTGCTTGATGTTTTTCAACGCCAGTTCACACATCCGCAAAGTCGCCTGATCTGGTACGGCGAAAAACCGGCTGAAGTGAAAAACGAAGAAAGAGTGCTTATCCGCAGTGACAAACTGCCTGATGAACATATCAGTCAATTTTCTCATATGGGTTTACTATTTTCGCCTGACAACAAACTGTATGGCAGGCAAGGCACGCAACGAATTTGCTTAAATGGCATGAACAGTAGCGATCGCGAAGCGTGCGAACAAGGTGGTGAACTTTGGTATTCAGCATGGGGCTACAGAGAAGAAGGAAAGGTACACGCCAGACTCACATTCAACCCTTATTTCGAATGGCAGCTCTCCGTATTGTTGGCCGTGCTGGATGAAAGGGCTGACGCTTTACCAAACGACGATGAGTAA	MKIRSIVFSLSLLLTLLIISACSSLENIRTPVPAVTFSDYQNETIATIRNNRHFQLADREAEFQWNAPQQWWPENTGLNGKPRRGILLVHGLGDSPWSFHDIGPALAAQGFLVRTVLLPGHGTTPYDMLNITAEAWQKVVYEQAQSLSNDVSEDVFLGGFSTGANLVLDYAYSHADIAGLILFSPGFKSMPFDWLAPLVSKVRPWIISPDDNMPLQTPLRYMNVPTNGYAQYYRTSANARKWLENNYEKPVFMAISEHDSVLDTGYLLDVFQRQFTHPQSRLIWYGEKPAEVKNEERVLIRSDKLPDEHISQFSHMGLLFSPDNKLYGRQGTQRICLNGMNSSDREACEQGGELWYSAWGYREEGKVHARLTFNPYFEWQLSVLLAVLDERADALPNDDE				NA	NA	NA	NA	NA
AK237_00566	453	mlaC_1	COG2854	Intermembrane phospholipid transport system binding protein MlaC	ATGAACACGCTTAACCTCACTATTATGTTTGCCCTGCTTTTGCTGTGGTCTTCAATTTCACTGGCCGTTGAAGTCGACCAGAAAAACCCCTATGAAATGGTAAACCACATCACCGAAAACCTGTTTAGGCACATGAAAGTTACGCCACCGGCAACCGGCTCTGATGCCCTGTTTACTGAAGATGCAATAAAACAGGAATTGTCATATTACCTTGATCATGAATTCTCAGCGTTAAAGGTGTTAGGCAGGAACTTTAAAGATTATGAATCTGGTGAAATAGATAAGTTTGTGGGCGTGTTTAAGCACTACGCAGTTTCTGTTCTTATTAACGCATTTCACCCATATACAGCACAGCACGTTGTCTTCAGTCAGGCAAAAGCTTATGAAGACAAACGCCATGCCACAATCAGAGCCCGAATCATTAAACCTGGAAAGGTAACCAGACTAATGTAG	MNTLNLTIMFALLLLWSSISLAVEVDQKNPYEMVNHITENLFRHMKVTPPATGSDALFTEDAIKQELSYYLDHEFSALKVLGRNFKDYESGEIDKFVGVFKHYAVSVLINAFHPYTAQHVVFSQAKAYEDKRHATIRARIIKPGKVTRLM				NA	NA	NA	NA	NA
AK237_00567	561			hypothetical protein	ATGAATACAGAAAGTTTCTGCTCTTTTTTGCGCTCGATTAGAGATGAGCATATTTCTCGACGTGAATTTGCAAGGATATTCCCCTGGCATGAAAATACACTCAAGGGATACGATAAGGACCGTCTGCCTGATGTAGATTATCTTTATGCTGTTCACCAGGTTTCCGATTACCCGTTTTTTGAGTTGGTAGAAAAGCGTCTGTTGGTGGGAGTGCTTAAGTTAAAAGCAGAAGACATCAAGTTCAATCTAAAATCTTCGTCTACTGTAAGCGTTGAATCACTCAGTAATACTTATAAAGCCAGTGACACAGCTATGGAGCCGACGCTTTTAAATGGTGGTGAATATGTCGTGGATATGAATGATAGGTTTCTTTCTGAGGGGAGGCTGTACGCGATAAAGATAAGACATAACGTTACTGTTCGACGTGTTCAGTTTGACCTTTCCAATAGAATACTGCTCACCGCTGATAATAAGAACTTTGCAAGTCTCACCATGACAGCTGACGACAGAGATAAGCTTGAGGTAATCGGTAGAGTTACGTATGTAACCAACCCTGTTTAG	MNTESFCSFLRSIRDEHISRREFARIFPWHENTLKGYDKDRLPDVDYLYAVHQVSDYPFFELVEKRLLVGVLKLKAEDIKFNLKSSSTVSVESLSNTYKASDTAMEPTLLNGGEYVVDMNDRFLSEGRLYAIKIRHNVTVRRVQFDLSNRILLTADNKNFASLTMTADDRDKLEVIGRVTYVTNPV				NA	NA	NA	NA	NA
AK237_00568	336			hypothetical protein	ATGTCTACAACAGACTGGCACCCGGCAGACATTGTCGCCGCAATCCGAAAAACAGGAACCTCACTAAGAGAACTTTCTATACAAAATGGACTTGGAGAAAAGGCTTGCCAAGTCGCTATTCATAGACCGTACACTCAACCTGAATCCGTTATAGCAAGGGCTTTAGGGCTTCATCCAAAAGAGATATGGCCTTCCCGCTATCATGCGGATGGAGAAAGAAAAAGGTTTCTCCATAGCAAAATGTTATCAAAGAAAACCCCATTAGACACAAAAAATGCTATTTCGCCCAAAACAGGCAAGACAAATAAATGTCTTTCCAGCTGTAAGGGTAATTAG	MSTTDWHPADIVAAIRKTGTSLRELSIQNGLGEKACQVAIHRPYTQPESVIARALGLHPKEIWPSRYHADGERKRFLHSKMLSKKTPLDTKNAISPKTGKTNKCLSSCKGN				NA	NA	NA	NA	NA
AK237_00569	2175			hypothetical protein	ATGAAGCACTTAAATGCAAAGGAAATTGCAGAGCTGCTTGGACAAAGCAAACGCACTGTAAGCATAAGAGCAAAAAAAGAGAAATGGGACTTCGTACTGTTAAAAGGACGAGGCGGACAGATTCCTCACTTCTTCATTGACCACCTGCCTGAAGATATAAAGCAAGCAATCCATGGGAGCGGTAAAAACACTGACCCCGAGTTAAAAGTGAAGAAGCTTTCCGACTTTGAAACGTGTTTGGGCGAGTCTAACGCTTTGATCTCCCGCCAGGTTAAACAAAATGCACTGAAAAGTTTTGCTGCGCTTCACGGTAAATCAAAAGAAAGAGCCGAAGCGGCCTTGTTTTTATTAAACATGGCTAATCAGTTTGCAGCCGAAAAAGACTGCAAAACCACGGGGTGGAATACTTTTATTCACGCTTACAATGCGGCAGAACTCGATGTCCCAGCTCACTATTTCAGCGTTAAAAAGAAAATCAGCTATTCCACTCTTGCAAGATGGGAGCGCCAATACCAAAAAGGTGGCATCGCTGCTTTGGTTCCTCAGTATGGGAAGAATAAGGGCAACAGTGTCATAAACAGAACCTCAGGTATGCGTGATTACTGCATAGCGCTAATTCACCAATATCCGCATATTAAAGGTGCCCGCTTAGCTGAGCTAATCAGTATGGAGTTTGGCGAAGAATACGAACTCCCCTCAAAGTCTACTTGCCGTCGCTGGCTTCAAGTCTGGAAAGATGAAAACCGGACAACGTTTATGTCGTTGGTGGACCCTTCAGGTTGGCAAAACAAACACATGGCCGCGTTTGGAAATCGAAGCGCCGGTGTCGAACGAATCAACCAACTATGGGAATTCGACTCTACCCCTGCGGATGTCATGCTCCAAGATGGGCGCTACTCAATTGTTGGCGTAATCGATGTGTTTACGCGTCGCGTCAAAGTCGTTTTAAAACCCACTTCCAATTCTGAAGCTATCGCACTTCTTATGCGAAACGCCCTTATTGATTGGGGCGTTCCAGAGATAGCCAGAGTAGATAATGGCGCGGACTACCAATCTGCTCACATTCAATCTGTCTGGGATGCATTAGATATTGTCAGCGAAACCACTAACCCCTATTCAGGCTGGGAAAAGCCCTTCATAGAAAGGTTTTTCCGAACATTTAGCCACGGCATCGCTGAGCTGTTAGCAGGTTACATAGGGCACAATGTTTCAGAAAGAGAAAAAATCAGTTCTCGATTAACGTTTGCCCAACGCTTGATAGAAAAGCGTGAAAAAGGCGCAGACCGCGTGGCACTGGACGTGTCTTTAAACGCTGAACAGTTCGAAACATTCATCAACAATTGGATCGAAAATCACTACCACCACACACGCCACGAGAAACTTAAATGTAGTCCGTTTGAAAAATATAACGCCCATAAACAAACCATTCGCCGCATCGAAGATGAACGTATGCTTGACGTTCTTCTTGCGCCCGTTCCTTCTCAAAATGGCTTTAGAACGGTAGGGAAAGAAGGAATAAGCATCGAAGGAATGATTTATATTCATGCCGAGCTGGGCGCTTGGGTCGGTGATCGTGTGTTTTGTCGATATAACCCGGATGATGTCGGGCGCGTTTATGTTTTCCACGCTTTGCATAACATATTTATTTGCGAGGCTGTTAATCCAGAAATAGCGGGCAACGACATAACCATGGCTCACGCCCAAGAGGCCAAACGCGTTCAGCGCGCAAGACTTCGCGAACAACGCGACAGCGTTAAACGCGCTTCGAAAAAATACGATGTTAGTAATGCAGCCCAGAAATTCTTAGCCTACCGAGGCACACAAACTGGTGCGTTAACTGACTTTCCCAAAGCCTCCGAACACGTTTCTACACCTGCTATCGATACTGCTCAGCAGGCAAAAAAGGCGTCCGAAACCGAAGGCTACTCTGATGAACAGAAATCAGAGTTTGAACGCCGCCGCAAGGAACTAGAAGCCGTGGAGTCGCTACGTTCAAGCAGCGCAGAACCCATTTACCAAAACGACCACCACAAGGCTCGGCACTACACCCAGCTAAATATTGAAGGTCGTTTATCTCCAACCGAAAAAGCTTGGCTACACCAATATCGACGAGACAACCGCAAGGCAGCGGCCATGCTCGATAAGCTATTTGTTCAATCAAGTAAAGGAAACTAA	MKHLNAKEIAELLGQSKRTVSIRAKKEKWDFVLLKGRGGQIPHFFIDHLPEDIKQAIHGSGKNTDPELKVKKLSDFETCLGESNALISRQVKQNALKSFAALHGKSKERAEAALFLLNMANQFAAEKDCKTTGWNTFIHAYNAAELDVPAHYFSVKKKISYSTLARWERQYQKGGIAALVPQYGKNKGNSVINRTSGMRDYCIALIHQYPHIKGARLAELISMEFGEEYELPSKSTCRRWLQVWKDENRTTFMSLVDPSGWQNKHMAAFGNRSAGVERINQLWEFDSTPADVMLQDGRYSIVGVIDVFTRRVKVVLKPTSNSEAIALLMRNALIDWGVPEIARVDNGADYQSAHIQSVWDALDIVSETTNPYSGWEKPFIERFFRTFSHGIAELLAGYIGHNVSEREKISSRLTFAQRLIEKREKGADRVALDVSLNAEQFETFINNWIENHYHHTRHEKLKCSPFEKYNAHKQTIRRIEDERMLDVLLAPVPSQNGFRTVGKEGISIEGMIYIHAELGAWVGDRVFCRYNPDDVGRVYVFHALHNIFICEAVNPEIAGNDITMAHAQEAKRVQRARLREQRDSVKRASKKYDVSNAAQKFLAYRGTQTGALTDFPKASEHVSTPAIDTAQQAKKASETEGYSDEQKSEFERRRKELEAVESLRSSSAEPIYQNDHHKARHYTQLNIEGRLSPTEKAWLHQYRRDNRKAAAMLDKLFVQSSKGN				NA	NA	NA	NA	NA
AK237_00570	711			hypothetical protein	ATGAAATCAATTACAGCAAAAACAAAGAATGTCATGGCCGCGTTTGATGCCTATCAAACCGTGGAACAAGCCGCTGTTGAAGGCTCTCCCGCCATGGCTCTATTTTCCGGCCAGGCTGGGCTTGGCAAAACCACCGCTGGAGCTTTCCTTTTCGTGCAGGCAGACGGCATTTTAGTGCGCTGCCTAAAAAGCGACACTATGGGCACACTGCTTGAGCGGTTAGCACAAGATTTAGGACTCGAAAAGCGTCAACGCAAAGCTGACATGATCAACTTTATTGTTAAAGAGTTGGCATTGAACGGCAAACCTTTGTTTATCGATGAAGCCGATTACCTGGCTGATAAAACAGATGTTTTGGAAACCATAAGAGATATTTATGATCTCTCCTGTGTTCCTATCATCTTAATTGGCTATGAACACCTTCCGAAAAAAATCAAGCGCCTTCCACAGCTTTTTGGCCGCATTAGCCAGCATGTGCAATTCCAAAAAGCAGACTCTGAAGACATTAGCATCATGGCCAAAGAGCTGGTCGAGCACACTTCCATTGAAGATGACTTGCTAAACGATTTGCTTGTGTCCTCAAAAGGGAATTTTCGCCTTATCGCCACCGGTTTGGCGGCCATCGAAAAGTTCGCAAAATCCAACGACCTCAAAAGTGTTAATGCCATGCAGTGGGCTGACCGCCCATTCTTCCCTGTAGCGGAGCTTTAG	MKSITAKTKNVMAAFDAYQTVEQAAVEGSPAMALFSGQAGLGKTTAGAFLFVQADGILVRCLKSDTMGTLLERLAQDLGLEKRQRKADMINFIVKELALNGKPLFIDEADYLADKTDVLETIRDIYDLSCVPIILIGYEHLPKKIKRLPQLFGRISQHVQFQKADSEDISIMAKELVEHTSIEDDLLNDLLVSSKGNFRLIATGLAAIEKFAKSNDLKSVNAMQWADRPFFPVAEL				NA	NA	NA	NA	NA
AK237_00571	567			hypothetical protein	ATGCCAAAAACACTCAGCCAGCGCAGCTGGGAGTGGATAAGAGAGCAGCCGGACTTTCATAGTCACGAGCTGGCAAAAGAAATGGATATTTCGTTGCACCAGGCACAGATGATCATCGACCACCTGAAAAAACTTGGTGCAGTTCAAACAATTAATGCAAAAGCACATCCCGTTGTATATGCAAAAGTACCACGGGCCAAACCTTTCCTTCCGGGAAAGAACGCAAGTAGCCCGCAACCCAAGTCAATCAGACAGCAGATTTGGCAGGCAATGCGGTTTCTAGAAGTGTTCACCATCCCCGAAGTTATGGCGTTAGTGGAATGCAGTAAAAGCAGCGTGGAGCGCTATTTAACTGACCTATGCCGCTATCAGTACGTGATTAAGGTAAGTGCTTTCAACAAGCGAGCGCCAATGGCAAAACGCAGAGGATGGCATAACCGCTACAGGCTCTTTAATAACACCGGGCATAAATACCCTATTGCTAGGCCCGAGGGCATGTACGACCAGAATCTCAGAGAGCTAGTAAAGCGCCCCAAATCACCGAGTGAAGAAAATGGATTGGTATGA	MPKTLSQRSWEWIREQPDFHSHELAKEMDISLHQAQMIIDHLKKLGAVQTINAKAHPVVYAKVPRAKPFLPGKNASSPQPKSIRQQIWQAMRFLEVFTIPEVMALVECSKSSVERYLTDLCRYQYVIKVSAFNKRAPMAKRRGWHNRYRLFNNTGHKYPIARPEGMYDQNLRELVKRPKSPSEENGLV				NA	NA	NA	NA	NA
AK237_00572	306			hypothetical protein	ATGGATTGGTATGAATTGTTAGTTGAATCCGTGGCTAAACATGGCCGCCGTCAAGTGGAACTCGACACAGGCATGAGCAAGACCACGTTAAGCCAGGTCATTAACAAAAAATATCCGGGCAACCTTAACAACATAGAGCAAAAAGTCCTGATGGCTTACGCAAGCCTGACAGTCTCTTGCCCCGTGTTAGGAGACATTCCGATAAAGCGATGCCAGAACGAGCAAAACAAACCGTTCAGTCACAGTAACCCGCAGCGCGTCAGGCTCTTTCGAGCCTGTCGCCACTGCCCAAATAGGAACCGCTAA	MDWYELLVESVAKHGRRQVELDTGMSKTTLSQVINKKYPGNLNNIEQKVLMAYASLTVSCPVLGDIPIKRCQNEQNKPFSHSNPQRVRLFRACRHCPNRNR				NA	NA	NA	NA	NA
AK237_00573	279			hypothetical protein	ATGAACAAACACAATCGAGCATTTAAACAACGCATTGATAAAGCCGCACTGGCAATGCAGCACCTTATCAAACATGAATGCGCCATTGTCAGCCTGGCCATAGAGGATGCCAGTACAGTGATACAAATCCTTCCTCCCCCCACCAATAAGGTGAAGGGAACATTATTAAGCATTGTCGGTACGAAAAGTGGCCGCGAACACATGATGGTCACGCGGCTATACGGCTGTACCGTCCGCTGGAACATTAGAGCAAATGAAATACTGGAGACAAACGCATGA	MNKHNRAFKQRIDKAALAMQHLIKHECAIVSLAIEDASTVIQILPPPTNKVKGTLLSIVGTKSGREHMMVTRLYGCTVRWNIRANEILETNA				NA	NA	NA	NA	NA
AK237_00574	705			hypothetical protein	ATGAGTAATCTTGACTTCTTATACCAACTAAATGAAGTAGATACCCCAAAAGGCTTTCGCGAAGACCACGAGGGGAACTTGCGTAGGATAGATCGAATTAAACCGATTGAGCTTGACCGCGACAAACTAACCCGAGAACTATTTAACCAGGCGCTACTTGTCCACGATGAAATGCAAAATCTTGCTACCAACCTTCGCAGTCAAATTGCCTCGTTTGTGCAAACGGCAATGGCGAACTACGACAAGCAATTAGGCGGCAAGAAAGGCAATGTAACGCTATACAGCTTTGACCGCCGCATAAAAATAGAGCGTAGCCGTCAGGATAAATTAACCTTTAACGAAAACATGGTCGCCGCCAAATCACTCATAGATGAATGCATTAAACGGTGGAGTAAAGGCAGTAATAAAAACCTGCAAGCCGTGGTTCAAAATGCATTTAAAACTGATCGCAATGGTCGTTTTAGTGCTGCCAAAGTGCTGGGCTTAAGAAGTATCAATATCGACGACGAACAATGGCGAAGCGCTATGGAAGCCTTGGCCGACGCCATTGAAGTTGATGCCAGTGCCGAATACTTCCGCATCTATTGGCGAGATGATCAAGGCAAATACCACCAACTCCCCCTGGACCTGGCGAATATCACCGCCCATACAGCAACAGTAAATGGACAACCGCCCACACCTTCAGAAACGGCACTTGCTGACTGA	MSNLDFLYQLNEVDTPKGFREDHEGNLRRIDRIKPIELDRDKLTRELFNQALLVHDEMQNLATNLRSQIASFVQTAMANYDKQLGGKKGNVTLYSFDRRIKIERSRQDKLTFNENMVAAKSLIDECIKRWSKGSNKNLQAVVQNAFKTDRNGRFSAAKVLGLRSINIDDEQWRSAMEALADAIEVDASAEYFRIYWRDDQGKYHQLPLDLANITAHTATVNGQPPTPSETALAD				NA	NA	NA	NA	NA
AK237_00575	567			hypothetical protein	ATGAAAGCAACGATGAAAGATGACAAGAAACGGCTAATAAGTGCCGTTCACGTCGCCAAAAGCCAATTGGCCTTGGACGATGATACGTACCGCTCACTACTCGCCCAGGTTACGGGCAAAAGCAGTGCCGCCAAACTGTCAATATGGGAACTGAAAAAAGTGCTTGAGGCAATGAAATCTAAAGGCTTTAAGTACAAAAAAACAAATGCGACCCGTCGACAGTCTCCACCAAGTAGAGGAAGTGAGTTAGACAAAATCCGAGCCATTTGGATATCAATGCATCAACACGGCTTCGTGCGCGACGGTAGCGAAGCGGCATTAGATGCCTACGTTCGTCGCCAAACGAAAGCAGAAAATAGCGGTGAAGGTATTGCCGCCACCGCCTGGTTGACCGCTGAGCACTGCGAAAAGGTACTCGAAGCGCTGAAACAATGGCACCGACGTTTGATGGCGGATGCCCTATTTAAACAAGGCATAAACACCCTGCAAGGTCATCGCAAGTCATGGTCAGTGTACAAAGCCCCCTACGACTATGTTTCAGCAGCTTACGAGGAACAGTGTTTATGA	MKATMKDDKKRLISAVHVAKSQLALDDDTYRSLLAQVTGKSSAAKLSIWELKKVLEAMKSKGFKYKKTNATRRQSPPSRGSELDKIRAIWISMHQHGFVRDGSEAALDAYVRRQTKAENSGEGIAATAWLTAEHCEKVLEALKQWHRRLMADALFKQGINTLQGHRKSWSVYKAPYDYVSAAYEEQCL				NA	NA	NA	NA	NA
AK237_00576	471			hypothetical protein	ATGAAGCTTTCTCGCTGTCCTGTCTGCCATAGCACCCTGCATCTTGACGCACTCGTACAGGACCAAGCCGGACGCGAGCTTATCGCCAGCGTAGCAAAGTTAGACACGCGATTCGCTAGTGCGGCCTTGGCTTATCTAGGGTTATTTCGTCCGGCAAAGTCAGATTTATCTAATGGCAGGGCGCTGAAGTTACTAACCGACATTTTAACGCTGACGAATAACACTCATGCACTATTACAAGCACTTGAGCAGACGGTGACGAACATTAGCCAAACCCGCAGAGATAACGGTGAGACTAAGCCGCTAACTAATCACAACTACCTTAAAAAAGTGCTTCACAGCCTACCAGGCTGGGATCTAAACGAGAGGCAATACCATGAAATCAGCCAGCCAATTAACCGGGCGTCTAAACAAGGCGTTAGCCAATCCTTGCTCGACGTCCACAACACAGACTGGGCAGAGCGTGACTAA	MKLSRCPVCHSTLHLDALVQDQAGRELIASVAKLDTRFASAALAYLGLFRPAKSDLSNGRALKLLTDILTLTNNTHALLQALEQTVTNISQTRRDNGETKPLTNHNYLKKVLHSLPGWDLNERQYHEISQPINRASKQGVSQSLLDVHNTDWAERD				NA	NA	NA	NA	NA
AK237_00577	600			hypothetical protein	GTGACTAAACCCGAAATTGTGCAATTGGTTAACTTCACGTTTGGCCAATTGCAATTGATTTTCGGCAGAAAATATACCAGCCGGTTTGGTTCAAGTGATGACGTTGTACTCACTAAGCGTATGTGGGCAAAAGGGTTTGCACTGGCGCACGTCAACTCAGAAGCCATTGACCACGCTGTAAGCCGAATCATTACGCAAGGGTTGGACTGGCCCCCAGAACTGCCTGAGTTTCTTCAATTATGCGATGAGTCATTAGCAGCGGGCTTGCCATCGCCAGATGACGCGCTACGACAAATTATCAAGCGTCGCGGTGCAGAGCGCTTTAACGATGATTTTACATGGCGTCATCGGGTTGTCGAGTACACCAACGAGCAAGTAGGACACTACATTCACAAAGAAAGTGAAAAGGCGTTTAACAGCCGCTTTAAAACGGCGTATCGCAATGCCGTTTATTTGTTTCGTGTCGGCAAGTTACCGGAAAAGCGTGAAGCGCTGCCGCCACCAGAGCAGGCCCCTATTACGGCCAATGTGAAAGTTAACCCGAACTGCCCGTTGCAAAAGCGGCTGGCTGTACTGCGTAAAAGCGCAAGGAGTAAGTGA	MTKPEIVQLVNFTFGQLQLIFGRKYTSRFGSSDDVVLTKRMWAKGFALAHVNSEAIDHAVSRIITQGLDWPPELPEFLQLCDESLAAGLPSPDDALRQIIKRRGAERFNDDFTWRHRVVEYTNEQVGHYIHKESEKAFNSRFKTAYRNAVYLFRVGKLPEKREALPPPEQAPITANVKVNPNCPLQKRLAVLRKSARSK				NA	NA	NA	NA	NA
AK237_00578	435			hypothetical protein	ATGAGCGACGAACAAAACACGTTTGCCTTTGATGAAGACTTTGACCAACTGCTAAAGCACATGCCCGATGCGTTGGATGATAAACAAATGGCTATGTCTCGCTTTAAAGAACACCTTTGGGCACTTGTCCTTATCACTGAGCGCCGCTTAAACGACGAAGGGGTAAAAGGTGATAAAGCCTACAAACTTGCCTGCAAATTGATTGCTGAAATCGCCCACTACCAGGGCGGCGAATGCCGGTATCTCCCCCGTGGCGATAAATTAAAACAAGAGCTACGCGATATTCAAATGTTTCGTTTATGGCATGAGCAAAGCTGGCCGGTTGACCGCATCCACAAAGAGTATTGCCCCGAGTTAAATAGCATTCAGGTTTATAAAATTTTGCGCACCAAACGCAAAGAATACCTCGCCAAAATACAACCTAAATTGATTTAA	MSDEQNTFAFDEDFDQLLKHMPDALDDKQMAMSRFKEHLWALVLITERRLNDEGVKGDKAYKLACKLIAEIAHYQGGECRYLPRGDKLKQELRDIQMFRLWHEQSWPVDRIHKEYCPELNSIQVYKILRTKRKEYLAKIQPKLI				NA	NA	NA	NA	NA
AK237_00579	267			hypothetical protein	ATGCCCCAGTACATGAAATTACCGCCTAAAATACCGCCCCGTTGCGAATTTCTGCCGAAAGGAACACCAATTACGTTCATAAAGAGACTTTCTTCAGGCCCCGACGAATTTAGCCCAGGTAATCTTTACGCGCCCAAAGGTGGCACCGGCGAAGTAGTTGGCCACGGATGCGCTGAAGGGCATTGGGTAAAGTGGGACCAATGGCCAGCCCCTTTTGGCGCTGTATGTGGTTCTGAGTTTACTGAAACGACTACACAAGCGGAGTGA	MPQYMKLPPKIPPRCEFLPKGTPITFIKRLSSGPDEFSPGNLYAPKGGTGEVVGHGCAEGHWVKWDQWPAPFGAVCGSEFTETTTQAE				NA	NA	NA	NA	NA
AK237_00580	180			hypothetical protein	ATGACTTTCTTTGACTATTGCCCTACCCGGCCACGTCCGGCCCGAAGCGACGAGTCCATTAAAGAAATGAACTCGCGCACTCTGACTAAAGAACAACGCGACAGAAAGGAAACTCGCCGCCAGTTGGATGACATTATGCTCGCCAGAGAATACGGCCTTTCATTAGACGATTTAAAATAA	MTFFDYCPTRPRPARSDESIKEMNSRTLTKEQRDRKETRRQLDDIMLAREYGLSLDDLK				NA	NA	NA	NA	NA
AK237_00581	891			hypothetical protein	ATGTTTGACATACTCACCCAGGCCAGCTTAAGCGAAGCTGATTTCAACGAAAATGTGGAATTCATCATCCCCGATTTCCTAGCAAAAAGAATGATAACCATGGTGTATGCCGACGGCGGTAACGGTAAAAGTTGGCTGGCATTCGCTCTGGCACGTTACTGTGCGCAATCTATGGCTCAAGTATTTTACCTGGACTTCGATAATCCACTTGGTGTGCTTAAAGAGCGCAAAGTTAATGAAATGCTGATACAAGCCAATCCAAACCTTTACTACGTGCAGCGCAGCAAAAGCCCGTTGCCGCCTGGGGAGCTTTTAAGACAGTTGGCCGAAGATGCAGTAGCCAATCGCTATGAAAACATGTTCTTTGTCATCGACAGTTTACGTGACTTTACGGACGTTAATAACGACCCTCGTGTGGCAGTAACCTTAAGCTACCTAAAAGATATCCGCGAAGCAGGCGGTACAATTCTGATTTTGCACCATTCAAACAAAGATGGTCGCAATTACCAAGGCAGCAATAATATTCGTAACAGCGTTGACAACATGTACCGGCTTTCAAAAAGAGAGCTTAGCCAAAACGTGGGGGTTATTCTTTCAGTGCGAAAAGAAAGAGCCGCCATTGCTGACCAGGCTTACGACATCAACCCAAGCACCCTTGAATTGATCCCCGTGGATTTAATCGAAGCGCAATCAACAGAAGCTGACTTGTCATTTGTAAACAGTATCAAAGAAACCCTACAGCAAGGCGGGCAACTGAATAAAACGGGTTTACTCAAGGCCGCAGGGTTTGCCAAAGATGATAAAACGGCTCGCTCTCGATTAGATAGATATGATGGGATTTATTGGAAAAGCCATAAGAAACATACTCGTATCATTTACCAAGCCATTTAA	MFDILTQASLSEADFNENVEFIIPDFLAKRMITMVYADGGNGKSWLAFALARYCAQSMAQVFYLDFDNPLGVLKERKVNEMLIQANPNLYYVQRSKSPLPPGELLRQLAEDAVANRYENMFFVIDSLRDFTDVNNDPRVAVTLSYLKDIREAGGTILILHHSNKDGRNYQGSNNIRNSVDNMYRLSKRELSQNVGVILSVRKERAAIADQAYDINPSTLELIPVDLIEAQSTEADLSFVNSIKETLQQGGQLNKTGLLKAAGFAKDDKTARSRLDRYDGIYWKSHKKHTRIIYQAI				NA	NA	NA	NA	NA
AK237_00582	219			hypothetical protein	ATGGAATACAATAATTTGGTTGAGCAAATTGAAACTATAGCTATTTGCCAAGAGGTCATTGCTGAGCTAATAGGTGCTTCTTCTGAAGATGCTGTAAACCCGAAGAAAGTAGCTATCGTTCTCGATTTTTTGGCTGGTCAACAAGGCGAGTTTATAATCAAACTCCAAGAGGTGTTGAGAAATAAGGCGACTTCAACTGTTACAACTGTTACAACATAA	MEYNNLVEQIETIAICQEVIAELIGASSEDAVNPKKVAIVLDFLAGQQGEFIIKLQEVLRNKATSTVTTVTT				NA	NA	NA	NA	NA
AK237_00583	363			hypothetical protein	ATGCGAGTTGTGGATGGTACATATAAAGGAAAATCCGGTGACATTGTAAAAAGCGTGACTGGCCAGACTCTGATCAGGCTGGCAGGCAAAAAGTACGCGATAAATAAAGATTTAAAACGCTTTAAACAACTAACTAAAACCGAAGAAAGAACCTTCGGTCAGCTGTTGATTTGCATCCTTCTCGCTATCACGCTTATCGGCATACCCATTTCCGCGTTACTTTTACTCGTATGGAAAAGAATATCGTGGTCCGCAGGCTGTGAAACAAATAACGGTGAACGCTTTATTCTTCAAAGTGATAGCCGTAAAGAATATAATCTCGCTAGAAAATTTTTTGGCCTTGGTGCTGCTAAAGATTTTTAA	MRVVDGTYKGKSGDIVKSVTGQTLIRLAGKKYAINKDLKRFKQLTKTEERTFGQLLICILLAITLIGIPISALLLLVWKRISWSAGCETNNGERFILQSDSRKEYNLARKFFGLGAAKDF				NA	NA	NA	NA	NA
AK237_00584	534			hypothetical protein	ATGAAACAAGAAAACTATACACTTCATTACGGCCTGGTAAGTTTTCAGCAAGCTTTGCAGCTTGCCGTAAACATCTGTGATTTGCTCGGGCACGGTTCAAACAGAACAGCCGTTCACCTGCTGCTGGAAACCGCTGCGGCTGAAACACAGCTGGGCACGTATGCCGACCCTACCCCACACGGTGCCGGTAACGGCCTCACCCAAGGCGACCCAATTGCAGTAAAAGACATTCGTCAGCGTACCCGTGCAAACGATGTCGAGCTTATCCACCAAGCATTCGACTTTGATGTGCATTCACTACAGCCACAAGACCTGCGCGAAGACCCGCTAAAAGCGTTTGTATTCACCCGCCTAGTGTACAAGCTGCGCCCTGAGCCTGTACCTAGCAGTGCATGGGAGCGGGGACACTATTGGAAACGTTTCTATAACTCTTCTGCCGGGAAAGGCACCCAGAAGCACTACATTACGTCGGCCTGGAAATGGCTGTATGGCTCTTCATCGCCATTGCGCATGAGGACAACCCCATGGCGATAA	MKQENYTLHYGLVSFQQALQLAVNICDLLGHGSNRTAVHLLLETAAAETQLGTYADPTPHGAGNGLTQGDPIAVKDIRQRTRANDVELIHQAFDFDVHSLQPQDLREDPLKAFVFTRLVYKLRPEPVPSSAWERGHYWKRFYNSSAGKGTQKHYITSAWKWLYGSSSPLRMRTTPWR				NA	NA	NA	NA	NA
AK237_00585	273			hypothetical protein	ATGGCGATAAGTAAGCGCAACCAAGAGTGGATAGACATAGGCCGACAGGCAAGATTACAGGCTACGCTTGAGGCCGCAAAAAACAACACAGCGGTGCTATTACCAGAATCCAGCTATAACCCCACCGCCCATAGCTATTGGCGGCAAGGCTGGAACAGCGTAACTCAACAGGAATTAAAAGAGTTTATCGACGAAAAACTCCACGGTAAGACCTGCAACAAACAGGGTGCGCAGCACCTCCTTGGTATTAAACAACGTTTAGAGGACGGTTAA	MAISKRNQEWIDIGRQARLQATLEAAKNNTAVLLPESSYNPTAHSYWRQGWNSVTQQELKEFIDEKLHGKTCNKQGAQHLLGIKQRLEDG				NA	NA	NA	NA	NA
AK237_00586	510			hypothetical protein	ATGGCCCCACTTATTTCTGCATTGCTCAGTGCTGGCCCCTCACTCATAAGAATGTTTGGCGAAGCCAAAGGCGGCACAACGGAAAACGTGGCCCATTCTATTGCTGATGTCGTTGAGTTGGTTGGCGATAAGCCTACCCCGCAACAACAAGCAAAATTGCAAGCCGTCGTAGATAGCCAGCCCCCCGAAGCGGTGGCAGCGCTTAAAGTTGAGCTTGAGAAAATTGCGGCGGAGCGTGAAAAGAATCGCCTTGACTACGATGTCGCCATGCACACCCAGCAACAGGAGACCATTCGGCAAAGTAAGGACATCAAAGGCGTGCGCCCAGAAATTGCTAATCGACATAGTTGGTTAACCGGTGGCTACGTGATCCTATTAGAGCTGGCAAAAGCGTTTGGCTTAACGACCAGTGGCGCGTCGCTGGAAATCGCCGCCATGCTGGCGGCCCCGACCCTCGCCTGGTTTGGCTTTCGTACCTGGGACAAGTTTTCTAAAAACGGGGCCAGCTAA	MAPLISALLSAGPSLIRMFGEAKGGTTENVAHSIADVVELVGDKPTPQQQAKLQAVVDSQPPEAVAALKVELEKIAAEREKNRLDYDVAMHTQQQETIRQSKDIKGVRPEIANRHSWLTGGYVILLELAKAFGLTTSGASLEIAAMLAAPTLAWFGFRTWDKFSKNGAS				NA	NA	NA	NA	NA
AK237_00587	228			hypothetical protein	ATGGATATAGCGGATTACGCGCAAATCGCCAGCGCCCATTTTCATCAACAAGCCACAGAGCACCAGCAGTTTGATTTAGCGCCGGTCCCGCCGGTCAAGGTGGGCTCAGAGGGTGAACCGCTATGTGTGGGATGTGATGACAACATAGAAACCCGCCGACAGGTTGTACCAAGCGCCATTCGCTGTACAGAGTGTCAACACGATTTTGATATAAGGAACCGGCGCTAA	MDIADYAQIASAHFHQQATEHQQFDLAPVPPVKVGSEGEPLCVGCDDNIETRRQVVPSAIRCTECQHDFDIRNRR				NA	NA	NA	NA	NA
AK237_00588	354			hypothetical protein	ATGGAACTCATTAACCATATCAACGAATACTGGCGCTTATACATGCTGGTCGTGAGTTTAGCGGGGATTGTGGCGCTATGGTGGTTGTCCCGGTATTTCGCCTCGAAGAAAGATTTTGAAGCGCATGTGCTCGAATTTAAAACGCACCGCAAAGACCATTATCAGTTGCGTGACCTAGTACACGAAATCAATAACCACGTTCAGTACCTGCCTACGGCCCAAGAAAGCCAGGCACTGAGAGAAACCATGGCCCGTTTAGAGGGGCGACTGGAAAGCGTTGAACCCATGTTTAAACAGATGTTGAACCAGTACAACATGCTACTGGAAAACGAATTACGCGGAGAGAAAAAGTAA	MELINHINEYWRLYMLVVSLAGIVALWWLSRYFASKKDFEAHVLEFKTHRKDHYQLRDLVHEINNHVQYLPTAQESQALRETMARLEGRLESVEPMFKQMLNQYNMLLENELRGEKK				NA	NA	NA	NA	NA
AK237_00589	294			hypothetical protein	ATGGCCCTCAACGATATTATCAACGAACACGAGCGCTTGAGCATTTTACACTGTCTCGCCGCCATGGATGATTACGCGGCAAACAACTCTATTATCCAGTCTGTGTGTGCCACATACGGTAACAGCATGACCATGGATAAGCTGGCCACACAGCTTTATTGGCTCAAAGAGCAGGCACTTGTCGCGCTTGAGTATCACGAAAGCTACACCATCGCACGGATAACGCAACGGGGGCTGGATGTAGAAAAAGGGCTTGCCAGTGCCCCCGGCGTAAAGCGCCCAGGACCACGCTAA	MALNDIINEHERLSILHCLAAMDDYAANNSIIQSVCATYGNSMTMDKLATQLYWLKEQALVALEYHESYTIARITQRGLDVEKGLASAPGVKRPGPR				NA	NA	NA	NA	NA
AK237_00590	255			hypothetical protein	ATGGCCGCTCGCAAAACCGCCACAAAGACCGAAAAGGAAATCATTGACCGCCTCGCTCATGCGTTTGTTTGCGAGGAAATTGGCAACGGCGTGTTCAAACGCGATTACCCGGAACATGCTGATAGTTACGGTGAGCACATGCGAAAGCAATGCCCGGAGTTTTATCGTTTATATGATGAGCTTGCCGCCGCCATTCCTCGTGTCAGAAAGCAATTTGTAAAAGAATGTGAAGAAAACAAAGGGGCACAATCATGA	MAARKTATKTEKEIIDRLAHAFVCEEIGNGVFKRDYPEHADSYGEHMRKQCPEFYRLYDELAAAIPRVRKQFVKECEENKGAQS				NA	NA	NA	NA	NA
AK237_00591	150			hypothetical protein	ATGATGTATTTTTCTTTGTTTTTAGGTGGTGCTGCCTTCGCCGCCGGTTTTTATGCCGGATTAGCTTTGGTTTCGGTGGCAGCCGAATACCTCAAAATTGGCATAAAGCGGCTAAAGCTGAACGTTGAGCGATCACGCCATGACCGATAA	MMYFSLFLGGAAFAAGFYAGLALVSVAAEYLKIGIKRLKLNVERSRHDR				NA	NA	NA	NA	NA
AK237_00592	573			hypothetical protein	ATGACCGATAAGCGCACCCGTGGCAAACCCAGTAAAATCGACCAGCTCCCAGAAAGCATTAAGGCGGTACTCATTGAGCTACTGCGGGATAAGTCAGTCACGCAAACCCAAGTGCTTGAAACCGTTAATGGGCTGATAGAGGACGCAGGGTTACCCGAGGACGAGCAGCTTTCTCGAAGCGGGCTAAACCGCTATGCCACCAGAATGGCTACCGTGGGCAGCCGCATACAGGAAGCCCGTGAAGTCTCAAAACAATGGGTTGACCAGTTGGGTGACAAGCCCACAGGGGAAGTATCGAAAGTGCTTATCGAAATGGTACGTACCCTCGCCTTTGACCAAGTATTAAAAATGTCGGAATCAGGCGAAGCCGTGCCGCCTAAGTTCATCAAAGAACTGGCCGTTGGTGTCGAGAAACTGGAAAAAGCCGCAAGCGAATCAACAAAACGGGAGCGGGAAATTCGCAAGGCCATGGCAGAAGAAGCCGCCGAACGCGCCGAGAATGCGGCCAAGGCAGCGGGGTTGACCAGCGAAGGTGCGGCGCAAATCAAGCGTGAGATATTGGGGATTGCCTAA	MTDKRTRGKPSKIDQLPESIKAVLIELLRDKSVTQTQVLETVNGLIEDAGLPEDEQLSRSGLNRYATRMATVGSRIQEAREVSKQWVDQLGDKPTGEVSKVLIEMVRTLAFDQVLKMSESGEAVPPKFIKELAVGVEKLEKAASESTKREREIRKAMAEEAAERAENAAKAAGLTSEGAAQIKREILGIA				NA	NA	NA	NA	NA
AK237_00593	1650			hypothetical protein	ATGAAGTTGCCTCCCAAACAGCCCAAAGAAATTCAGCCAAGCAAGTCTCAATATCAAAAGGCGATAGAGCAAACCGATAGGTTAGAAACACGCTTCGGCTTACCCACCTTTATCCCTTTTGACGAAAACGAACTGTTACTGGGCTACCAAAAGCGCTGGATAGCCGATGACTCCCCCCTCAAAATTGCCGAGAAGTCGCGGCGTACCGGTATTACTTGGGCAGAAGCTGCCGACGCAGTGTTAACCGCAAGTCGAAGTAAGGCCGCCCATGGCACCAACCACTTTTACGTGGGTTCAAACAAAGAGATGGCTCGCGAGTTTATCGATGCTGCCGCCATGTGGGCGAAGGCGTTCAATAAAGCCGCTGGTGATATAGAAGAAGAAATGTTCATTGACGATGGTCAGGAAGGCAAAGAAATACTGACGTTCGTTATACATTTTGCCAGTGGTTTTAAAATCCAGGCGCTTAGCTCTAAACCAAGCAACCTGCGGGGTATGCAAGGTAATGTCACCATCGACGAAGCCGCCTTTCACCTGCTACTAGCAGAAGTGCTGAAAGCCGCCCTGGCCTTGACGATGTGGGGGGCTAAAGTCCGGCTGATTAGCACGCACAATGGTACTGAAAATCAGTTCAACCAGCTTATTGAAGACAGCCGCGCGGGTAAAAAACGTTATAGCGTTCATCGTATTACCCTAGACGATGCGTGCGCTGAAGGCTTATACCAACGCATTTGCCAGCGCTTAGGCAAAGCGTGGAGCCAAGACGAGGAAGAGCAATGGAAAGCAGACTTACTTAGCGACACGGCCAGCCAGGAAGATGCATTAGAAGAATACTACTGTGTACCAAAATCGGGGGGTGGTGCCTATATCAGCCGGGCGCTTATTGACAAGGCAATGGTTAAGCCGGGTGAAAACGGCCAGCCATTGGTTATTCGCTATAAGCAAACCCCTGAATGGAACCAAATGCGGCCCGACCTTCGCGAAGCGGATATTCGCGACTGGTGTAAAGAAATATTGTTACCTGAGTTGCAAAAGCTCGATCCAAACCTGCGCCATTGCTTGGGTGAAGATTTCGCCCGTAAAGGCGACTTAACGTGCTTATGGGTTGGCGCAATACAACAAGATTTAGGCTTGGCTGTACCCTTAGTGGTCGAGCTGCGCAATATCCCCTATAAGCAACAAGAGCAAATCTTATTTTATATACTTGACCGACTCCCCAGGTTCGTAGGGGCGCAATTAGATGCGACCGGCAACGGGGAATACCTGGCTGAACAGGCCGTTGATAAGTATGGTGCGGGCTTAGTGGAGTCGGTAAAAATCACCGAAACCTGGTATCGCGAAACTATGCCGGGAATGAAGGCGCACTACGAAGATTTTGACATCGTGATCCCCAAAGATGCTGACATTCTCGAGGACTTGCGTTCAATCCAAATTAATAACCGGGGCGTTCCTCGCATCCCTGAAACCAAAACCGACGATAAAAAAGAGCGCCACGGTGACAGCGCCATTGCCTGCTGCATGATGGTGGCCGCGAGCAAAATGGAAGGGGGCGAAATAGATTATATTCCGCTGCCGAATAAAACAGATCGTTATTCCAACACGATGCGCAATCTTGATGATTACGCCATCCAACCAGAAGGTGGCTTTTAA	MKLPPKQPKEIQPSKSQYQKAIEQTDRLETRFGLPTFIPFDENELLLGYQKRWIADDSPLKIAEKSRRTGITWAEAADAVLTASRSKAAHGTNHFYVGSNKEMAREFIDAAAMWAKAFNKAAGDIEEEMFIDDGQEGKEILTFVIHFASGFKIQALSSKPSNLRGMQGNVTIDEAAFHLLLAEVLKAALALTMWGAKVRLISTHNGTENQFNQLIEDSRAGKKRYSVHRITLDDACAEGLYQRICQRLGKAWSQDEEEQWKADLLSDTASQEDALEEYYCVPKSGGGAYISRALIDKAMVKPGENGQPLVIRYKQTPEWNQMRPDLREADIRDWCKEILLPELQKLDPNLRHCLGEDFARKGDLTCLWVGAIQQDLGLAVPLVVELRNIPYKQQEQILFYILDRLPRFVGAQLDATGNGEYLAEQAVDKYGAGLVESVKITETWYRETMPGMKAHYEDFDIVIPKDADILEDLRSIQINNRGVPRIPETKTDDKKERHGDSAIACCMMVAASKMEGGEIDYIPLPNKTDRYSNTMRNLDDYAIQPEGGF				NA	NA	NA	NA	NA
AK237_00594	1611			hypothetical protein	ATGGAACCCTTTGAAGTCAACGGCACCCGCTACCGAGTGCGTGAAAAAGACCTAGCAACCAAGCAGACCGACGACAGCGCCAGAGTGGCACAGTTGCGTCGGGAATTTGCCGAGCACCCTAGCCGGGGCCTCACACCTGCCACCCTGGGTGTGATTTTACAAAACGCAGAACAAGGTAATTTACTCGAACAGTGCTATTTAGCCGAAGATATCGAAGAGAAAGATGGCCATATTCAAGCCGAACTGTTTAAACGAAGAATGGCGCTATCTGATATAGAGTGGTCCATCGAACCGCCTGAAAATGCCTCTGCCCAAGAACAAACAGACGCCGCAGACATAGAGCAAATTTTAAAAGGTATCGAGAATTGGCATGACATCATTTTTGGTATGAGCGACGGGATCCTAAAAGGGTTTTCGAATATCGAATATGACTGGGGGCTGTATCGCCATTTTCGGGTGCCTCAACGCTTCGAACACGTCCCAGCCACCTGGTTTCAATTAAACCAGGATAATCAAAATGAAATCATGTTGCGGGACCAAAGCGGCAAAGGCGAAGCCCTCCGTCCTCTTAACTGGCTGCAACATCGCCACAAAGCCAAGTCCGGCTACCCGGCGCGACAAGGATTGGTGCGTCAGCTTGCGTGGCCCTATATCTTTAAAAATTACTCTGTCCGGGACTTGGCCGAGTTTTTAGAAATCTACGGTATCCCCGTCAAACTCGGTAAGTACCCCAGCGGTGCAACGCCCGACGAGAAACAGCGTTTGCTCGCAGCCGTACTAGGCATAGGCCATAACGCCGGAGGTATCATTCCCAAAGGCATGGAAATCGAATTCCACGAAGCCGCTAAGGGTGGAGGTAGCGACCCCTTTATGACCATGATGTCATGGTGTGAACGGATCCAATCTAAAGTTATCGTAGGTCAAACGCTTACTGCCCAAGTCGATAGCACCGGAAGCCAGGCCCTGGGCAAGGTGCATAACGAAGTGCGAATAGATATTCGTGATCATGACCTTCGCCAAATCGCAGAAACATTGAATCGCGATTTAATATGGCCAATGTATCTGTTAAACGGCAAAAGCTATACCGGCGACCCACGGCGCAAACCGCGCCTTGTCTTTGATACCCAAGAGCCAGAGGACTTGAAACTGTTCTCGGAAAGCCTTCCCAAACTGGTAGGGATAGGGTTTCGTATTCCCGCGAGCTGGGCACAAGACAAGCTGCGTATTCCCGAACCCGAAGGGGACGAACCCATTCTTGGCGTGAAGGAGCCGCCCGCCCCCATAACAGAAATAAAGCCCGCCGAAAACAACACGCGATCCCCTGCGGCGTCATTAAAGCTGGCTCTCGCCGCGCTTAAAGCTGGCCGCTCAGAGGACGACGGCGCAGATGTGTTTACGGATAAACTAAAAAGTGAAGCTGCCGCCCCGTTTAGCAAACTGATGCAACCCATTGAGGATTTAGTCGCTAGCGCTGAATCATTAGAGGGATTGCTTGAAGAGCTATTAGCGCTGGAAGACTCATTAGACACCACAGAGTATCAACAACTCATTGCCCAGGCGCTGGCCGCTGCCGAACTATCAGGCCGTTATGATGTGAATGAGGGGAATTAA	MEPFEVNGTRYRVREKDLATKQTDDSARVAQLRREFAEHPSRGLTPATLGVILQNAEQGNLLEQCYLAEDIEEKDGHIQAELFKRRMALSDIEWSIEPPENASAQEQTDAADIEQILKGIENWHDIIFGMSDGILKGFSNIEYDWGLYRHFRVPQRFEHVPATWFQLNQDNQNEIMLRDQSGKGEALRPLNWLQHRHKAKSGYPARQGLVRQLAWPYIFKNYSVRDLAEFLEIYGIPVKLGKYPSGATPDEKQRLLAAVLGIGHNAGGIIPKGMEIEFHEAAKGGGSDPFMTMMSWCERIQSKVIVGQTLTAQVDSTGSQALGKVHNEVRIDIRDHDLRQIAETLNRDLIWPMYLLNGKSYTGDPRRKPRLVFDTQEPEDLKLFSESLPKLVGIGFRIPASWAQDKLRIPEPEGDEPILGVKEPPAPITEIKPAENNTRSPAASLKLALAALKAGRSEDDGADVFTDKLKSEAAAPFSKLMQPIEDLVASAESLEGLLEELLALEDSLDTTEYQQLIAQALAAAELSGRYDVNEGN				NA	NA	NA	NA	NA
AK237_00595	1422			hypothetical protein	GTGGCATCTTACGGTTCCCTGCCTTTCAATGAGGCGATAGATTTCTTTCGCCAAAAAACCAACATGCCCAGCGAGCGCTGGACGGATGTTTGGCGCACTCAGCATAACAATGCGTTTATGGTGGCCGGAGCCACCAAAACAGAGCTGCTGGCGGATTTACGCCAGATGGTGGATAGCGCCATTGCTGAAGGACAATCATTAAAGGCGTTTAAATCTCAGTTTAAACACCTGGTTAAAAAACATGGTTGGGATCACACTGGCAATGCCGCTTGGCGAGCAAATATTATTTACAGCACCAATGTACGGCAAAGTTACAACGCGGGCCGCTATGCTCAGTTGCAGAACTTCCCCTACTGGCGCTATGCCCACGGAGATAGCCGTTTCCCACGCCCTCATCATGCCAGCAAAGACAAATTAATATTACCAAAAGAAAGTCCGTTTTGGCGGGTTTGGTTTCCGCAAAATGGCTGGGGCTGTAAGTGTAAAGTCTACGGAGAGACTAAACGCAGTTTAGAGCGGCGGGGTCATACGCTCAGCGATGAACCGATAATTGAAACAATAGAGTGGACCGACAAAGCCACGGGCGAAGTTCACTACGTACCCCAGGGCATTGATCCGGGGTTTGACTATTCGCCAGGGCACCGAAGCCAGGCCGATACCCTAAAGCAACAACAAGCAACAAGGCCGCCACTGCGTGAGCGCTTACCAGAACGCCAGGTGCCCACAGCATTTTCTACCAACAAGCAAGCCGATGTACATGGCCTTAATCGCGTGTTTGACGATGTGGCCGCCCGCCAGCCACAACTTAAAAAGTTGGGTGCTTTCATTCAAAAGTATGACATCAAAACGCTTTTGCTACGGCCTTCAGATATGGCAAGAGGGACATCAAATATTAGCGCTTTGCGTGAGCCTATCGCGGACTATCTGGGTATCGATGTGGCGAAAGCCGATAGTTATTGGCCGGTGCCCAAAAGTATGGTGAATACTGCCAATGGTTACACATCCAAACGTTGGAAGCATGTTGTCGTTAAAGCAAAAACCGGCATCAGTTTTTCAAAAGTAGTATCCCCGGATCACATTATCGACGCCATTGAGGCGGCCATACTCTCTGCAAAAGAAGGTAAAAAAATGTGGTCCCTATCTTCTATTGTGAGACGCTATACTGAAAGTGGTGATCATGGTGGGGCTTTCGTTACATGGGTGCATGAAATGGGCCACCAAATCCATTATAGAGCGATGGAGAAAGGCATTGACCATCCCGCAGAAGCCACCGGAATAACGCGATATAGCCTTACCAACTGGATGGAATGGCATGCCGAACACTTTGCGGCTTGGGCTTTAAATAGAGAAAGCCTGGTCACGCACCATCCAGAGGTGGCCACGTATTTTGATCAGCTAATAGAGACATTACTTGATGAATGA	MASYGSLPFNEAIDFFRQKTNMPSERWTDVWRTQHNNAFMVAGATKTELLADLRQMVDSAIAEGQSLKAFKSQFKHLVKKHGWDHTGNAAWRANIIYSTNVRQSYNAGRYAQLQNFPYWRYAHGDSRFPRPHHASKDKLILPKESPFWRVWFPQNGWGCKCKVYGETKRSLERRGHTLSDEPIIETIEWTDKATGEVHYVPQGIDPGFDYSPGHRSQADTLKQQQATRPPLRERLPERQVPTAFSTNKQADVHGLNRVFDDVAARQPQLKKLGAFIQKYDIKTLLLRPSDMARGTSNISALREPIADYLGIDVAKADSYWPVPKSMVNTANGYTSKRWKHVVVKAKTGISFSKVVSPDHIIDAIEAAILSAKEGKKMWSLSSIVRRYTESGDHGGAFVTWVHEMGHQIHYRAMEKGIDHPAEATGITRYSLTNWMEWHAEHFAAWALNRESLVTHHPEVATYFDQLIETLLDE				NA	NA	NA	NA	NA
AK237_00596	210			hypothetical protein	ATGAATGACATTTTAAATAAAATCAAAAAAGAAGACGTGAAGCCGTCGTCATGGTTAGATAGCGCCATCGCCGTGGCCAACTCCGATACAGCACCCGCCAAGAAACTGGCCGATATTGAAGCGTTGGCAAAACGCGCCCCTGAAGAGGAACAAGAAGCCTTTGGCGATGTAATGTCATCAGTGCTCGCGCAGCAAGAACGAGACGATTAA	MNDILNKIKKEDVKPSSWLDSAIAVANSDTAPAKKLADIEALAKRAPEEEQEAFGDVMSSVLAQQERDD				NA	NA	NA	NA	NA
AK237_00597	435			hypothetical protein	ATGGCAGGTGCATTTGTTGAGGTTACCTATAATGGTACAGGCCGCGTTGAGCGGTATTTGCGTGATCTCATTGTGGTGGGCGAAAACCTTGAACCCGCTTTCGCAGAAATTGGTGAATATCTCCTTGAGTCACACAGTGCCCGCTTTCAACTGGAAGTGTCGCCAGATGGTACGCCCTGGGAACCCTTGGCCCCTTCAACCTTGTCTGCCAAGGAAGATGACCGCATACTTCAGGAGGAAGGTACGTTGCGTGATACCCTGCATTATCAAATTGCCGGGGATAACATGGATTTTGGCACCAGCCTGATTTATGGCGCGGCCCAACATTTCGGTTATGAAGACATCCCGGCCCGCCCCTATTTAGGCATAGGCACAGCGCCTTGGAACGATGAGGACGAAATCGTGGATATTCTAAAGGGATTTTTAGAACCTTAA	MAGAFVEVTYNGTGRVERYLRDLIVVGENLEPAFAEIGEYLLESHSARFQLEVSPDGTPWEPLAPSTLSAKEDDRILQEEGTLRDTLHYQIAGDNMDFGTSLIYGAAQHFGYEDIPARPYLGIGTAPWNDEDEIVDILKGFLEP				NA	NA	NA	NA	NA
AK237_00598	1200			hypothetical protein	ATGAAAAAATACATTCAGAAAGTCCACAATACGATAATAGGTGACAGCCATGTGATTGCAGCGCAAGCGGCTGCCGTGTCCTTCGCCGCCCTAAGTGGCGTCCCAGATAGTCCCATTGGGATTGCCGCATGTTCATTTGAGATTGACCTTGCTGAACCTTGGCAACAGATCCTGCCGGGTGTGGATTTTTCCGCTTACGATGGCCGCCCATTTGAAGTGCCTGGCAACAAATGGCGCATAGACGATGCAAGGGGCCATGCGCTCGCCGCTCGCCTCAATGCACGAGCGGAAGCGGGACAGCGTTTATTGGTCGATTACGACCATCAAACGCTACTGGTAAAAGAAAACGGTGGTAAAGCGCCCGCCAGTGCCTGGGGCGAAAAGTTTGAATGGCGACCCGGTACTGGGCTATTCGCCCAACTTTCTTTCACTCCTGCCGCCCGCGACCACATCAAGCAAAAAGAATATCTCTATTACTCACCAGTGGTGATTTACGACAAAACCAATGGTGATGTACTGGACCTTCACAGTGCAGCTTTAACTAACGACCCTGCCGTTAAAGGGATGGCTGAAGCTGCCGCGCTACACGTTCAACACCAACCGGAGCCAAAGCCCATGAACGAAGCCCTCGCCCTTTTATTTTCTTTGCTGGGTATTGATGTAGATACCTCTAAAGACATTGATGCGGCTGCATTGCACAGCCTGTTGACGAATGCAGAGGCGAAAACCGCCATTGCCGCCTTATCGGCAAAAGTGGATGACGCGAGCGATGCCGCCACCGAACTCGCCGCGCTAAAAGCAAACCCGCCTACATCGGTTGATTTGTCAAAGTACATGCCGCTTTCTACTTATAACGCAGTGGTCGGTGAGCTGGCGGCGCTAAAAGCCAATCATGAGGCTTTGACCGTTGACCAGGAAATTGAACAGGCCCGCAAAGACGGCAAGTTTATTTCTCAGGCCGAATTGTCTTATCTCACCGATTTAGGCAATAGCAACTTTGCTGCACTTAAGTCGCTGATTGATGGGCGGCCCACCATGGAAGCGCTGAAAGGTAAGCAAACCACCGCAACGAAAAACCCGGCTGAAGAAGATAATGCCGGTGTCGCGGCCTTGACTGCCGAACAAAAAGACATCGCGAATCAGCTTGGGATCTCCTACGAGGATTTCGCCGCCACCCACGCCGCCTACGCCAAAGCGTAA	MKKYIQKVHNTIIGDSHVIAAQAAAVSFAALSGVPDSPIGIAACSFEIDLAEPWQQILPGVDFSAYDGRPFEVPGNKWRIDDARGHALAARLNARAEAGQRLLVDYDHQTLLVKENGGKAPASAWGEKFEWRPGTGLFAQLSFTPAARDHIKQKEYLYYSPVVIYDKTNGDVLDLHSAALTNDPAVKGMAEAAALHVQHQPEPKPMNEALALLFSLLGIDVDTSKDIDAAALHSLLTNAEAKTAIAALSAKVDDASDAATELAALKANPPTSVDLSKYMPLSTYNAVVGELAALKANHEALTVDQEIEQARKDGKFISQAELSYLTDLGNSNFAALKSLIDGRPTMEALKGKQTTATKNPAEEDNAGVAALTAEQKDIANQLGISYEDFAATHAAYAKA				NA	NA	NA	NA	NA
AK237_00599	930			hypothetical protein	ATGGCCATAGTTAATTCCGCAAACCTTACTGCCTTGCGAACAGGCTTTAAGAAAAATTTCGAAGACGGCAAGGTGAAAGGCGAACCGATGTATAGCGCCGTTGCCACAACTGTTCCGTCTACAACTAAATCGAACACCTATGGTTGGCTTGGTCAATGGCCTGGCTTCAGAGAATGGGTAGGCGACAGAGTATTAAAGTCAATCAAAGAGCACGGTTACACCATTTCCAACAAAGACTTTGAAAGTACCGTCGCGGTTGATCGTAATGATATCGAAGATGACAACCTGGGCGTATACGCACCAATGATGGAAGAAATGGGCTACGCTGCGTCAGTTTTCCCAGACGAACTCGTGTTTCCACTATTAAAAGCCGGGTTTACCACTGAATGCTACGATGGTCAGTATTACTTTGATACCGACCATCCGGTGAATACCGAAGTGGACGGGTCAGGCACGGATAATTCTGTTGCCAATGCGATCATCGATGGTGCCTACACCGGTGACGCTTGGTTTTTGCTGGATACGTCCCGCAGCCTGAAACCAATTATCCATCAAGAGCGCAAAGGCATGCAGTTTGTGGCCATGGATTCCCCTGCCGATGAACAGACCTTTACTAAAAAGATATTCCGCTATGGCGTGGACTGTCGCTGTAATGTTGGCTTTGGCTTCTGGCAGATGGCGGTGGGCGTGAAGAAAACCCTGTCTTATCAGACGGTGTGGGATGCTATCAACCTTATGCGCAGCTTTAAGGCCGATGGTGGCCGCCCACTAGGCTTAGGTAAAGGTGGATTAACCCTCTGTGTCCCGTCCTCGCTGCAACAAAAAGCCGAACAAATCAACGTTCGTGAGTTGATTGACGATGGCAGTGGCACCAGCGTTAGCAACGAGCTGAAAGGCAAATTTAAGGTCATTTCACCCGACTATCTGTAA	MAIVNSANLTALRTGFKKNFEDGKVKGEPMYSAVATTVPSTTKSNTYGWLGQWPGFREWVGDRVLKSIKEHGYTISNKDFESTVAVDRNDIEDDNLGVYAPMMEEMGYAASVFPDELVFPLLKAGFTTECYDGQYYFDTDHPVNTEVDGSGTDNSVANAIIDGAYTGDAWFLLDTSRSLKPIIHQERKGMQFVAMDSPADEQTFTKKIFRYGVDCRCNVGFGFWQMAVGVKKTLSYQTVWDAINLMRSFKADGGRPLGLGKGGLTLCVPSSLQQKAEQINVRELIDDGSGTSVSNELKGKFKVISPDYL				NA	NA	NA	NA	NA
AK237_00600	303			hypothetical protein	ATGAATGCAAAAACAGCCATGACGGTGTTGTTGGTCACCGCGTCGGTCGCCACATTTCGCCGTGCCGGATTGGGATTTACCAGTGAAGGGACTGCCTTTCACATCGACGATATTAGCGATGAACAGCGAAAAGCCATTGACAAGGAACCCCGTTTGTCAGTCAAAGAGCTGTCGGAAGACGCTATTCCAGAAGGCGTTGATCGCACCCCGTTTGACACCTATGTTTCCGCCACCACCCAAAAGACGGAAAAAGAAAAGGCGTCGTCTACTTCGCAAACCGCCAGTACCAAGGCCAAGGCGTAA	MNAKTAMTVLLVTASVATFRRAGLGFTSEGTAFHIDDISDEQRKAIDKEPRLSVKELSEDAIPEGVDRTPFDTYVSATTQKTEKEKASSTSQTASTKAKA				NA	NA	NA	NA	NA
AK237_00601	420			hypothetical protein	ATGTATTGCAGCACCGATGACCTCATAGACCGATTTGGCGTTTCTGAACTGGCGCAACTGACAGATAAAGAGTCGGGCCAGATAGTTGACCCTTCGGTTGTCAGTGCTGCTATTGAAGATGCCAGCAATACCATAGATGGCTACATCGGCGGGCGCTATCCCCTGCCGATGACGTCGCCACCTGCTGTACTCACAAAATTTTGTTCTGATATCGCCCGCTACAACTTGTACGACAATGCCATACCGGACGTAGTGGAAAAACAATACAAAGCGGCCATGGACTTTATCAAAGCCGTGGGTAGAGGCGAGGTCCGCCTGGGCTTAAATAACGAAAATGAAACGCCCCCCACCTCAGAGCATATCGAAGTACAAAGCGGGCCTAGCGTGTTTAGTCGCGACAAAAGTAAGAGTTTTATCTGA	MYCSTDDLIDRFGVSELAQLTDKESGQIVDPSVVSAAIEDASNTIDGYIGGRYPLPMTSPPAVLTKFCSDIARYNLYDNAIPDVVEKQYKAAMDFIKAVGRGEVRLGLNNENETPPTSEHIEVQSGPSVFSRDKSKSFI				NA	NA	NA	NA	NA
AK237_00602	423			hypothetical protein	ATGCTGCTTTTAGTAAAAGAGCGGATAGCACCGGTTTTTGCGCACGTCGGGACGGCGGTCAATATTAAAAGCGCCATCAAACAGCCCATTAATCAGTCCAATATGGGGTTTGTCGTGCCTATATCAGAAAGGCCCGCAAGTAATGGGCGCGATCTTGTGGGTAAGCCGTTGCAAGACACTACAATCACATTTGGCGTCGTGCTGGGACTAAAAAATATCAACGACCCAACAGGTGAAAGAGGGCTTGTCAATCTAGAAGCACTGCGCGAGGCGCTGCGAACACAACTGTTTGGCTGGTCACCGAATGCTGATTATCAACCTGTGCTGTTAGCCAATTCAGACTTGATAGGTTTTGCTCCAAACGGGATTTGGTGGTTAGACCGATTCACAACGCAAACATGGTACGAAGGGGGCCAATCATGA	MLLLVKERIAPVFAHVGTAVNIKSAIKQPINQSNMGFVVPISERPASNGRDLVGKPLQDTTITFGVVLGLKNINDPTGERGLVNLEALREALRTQLFGWSPNADYQPVLLANSDLIGFAPNGIWWLDRFTTQTWYEGGQS				NA	NA	NA	NA	NA
AK237_00603	189			hypothetical protein	ATGATCATCGTAACCAATACATCCAACAAAGCCGTTACTCGGGCCGCTATCGAGCTGAAGCCCGGCGAAAATAAATTTAAAACCGGTCACTTATCTGCGGGCAAACTGGCCCAGATGGCTGCTCACCCTAAGTTGAAATGGGTCGAAGTAGAAGATAGACCAACCGACGAAAAAGGGGCTAAATCATGA	MIIVTNTSNKAVTRAAIELKPGENKFKTGHLSAGKLAQMAAHPKLKWVEVEDRPTDEKGAKS				NA	NA	NA	NA	NA
AK237_00604	948			hypothetical protein	ATGAGTATTACGCCGGGTTATCGCGCCAAGAAAAAATTTATTATGGTGGCGGTTAGACGCGATTCTGACACCATCGGTTCCGACTATATCGAAGATGGGGCACAGCCTGTTGCCATTCAAACAGACGGCTTAGCGGTTGAGCCACTTATTACCGAACAAGTCGAACGCAATATTGATAATGGCGAGAACGGCGGTAACCCCGTTATCCATATTAACGCCATGATTAAAATAACGGCCCCCTTTGAATTAACCGGTTCCGGTACGGCCAGCGACCCCACCGCATTTGCTAGCCTTCTACAAGTCTCTGGGCGCGATGTGAATACCGATGCCGGTACTGAGGTGAGTTATAACCGTATCAAACAAGCGTCAGCCGAGCGGGATGGCACTATTTATTTTTATTGGGAAGGCATGTACCACAAAGCACTGGCGTGTAAAGCCTCCCTGAGCCGTTCCGGCAGCGTTAGCGAACGGTTAATGTGTACTGCGGAAATTACCGGCGTATACGGTGGCACCATCGATGGTGCGCCTCCCGTCCCAGATTTTGGCGCATTTCAAACGCCCCTGCCCATGGGCGAACAGCACACTAGCTTTTCCATTGATGGCCAGGTGCTAAACCTGTTTCAGTATGAAATGTCTGACAACGCCACCATTGAGTATGACGAAGGCACCGAGCAAAAACGGATCTTTATCGATGATTGGTCTGAAGAAGGCAAGTTCATCATTGAAAGCCCTACGCTTTCGACGTTCGACCCCTTCGCGCTTCAGTTATCGAATGTGTTTGTTCCTTACAATTTTCAGCACGGCCAAGTTGCCAATCAAATTTGGCAAGAAGGCAGTTCAGCTATTCAAATTCTGACGGTGAAACCGGCAGAACAGAAGGGTAAGCAGTGTTGGGAATTAACCTGCAAAGTCATAAAAGGCAATGATGCCGTCTTGACATCCAAATAA	MSITPGYRAKKKFIMVAVRRDSDTIGSDYIEDGAQPVAIQTDGLAVEPLITEQVERNIDNGENGGNPVIHINAMIKITAPFELTGSGTASDPTAFASLLQVSGRDVNTDAGTEVSYNRIKQASAERDGTIYFYWEGMYHKALACKASLSRSGSVSERLMCTAEITGVYGGTIDGAPPVPDFGAFQTPLPMGEQHTSFSIDGQVLNLFQYEMSDNATIEYDEGTEQKRIFIDDWSEEGKFIIESPTLSTFDPFALQLSNVFVPYNFQHGQVANQIWQEGSSAIQILTVKPAEQKGKQCWELTCKVIKGNDAVLTSK				NA	NA	NA	NA	NA
AK237_00605	384			hypothetical protein	ATGGCGTTTAAAATGGCAAAGAACCGGCGCGTAAAGTGGCCGGTCACAATAGAAGTTCCTGTAGACGGCGGCGATACGGAGTCTCAAACCTGTACAGCGGAGTTTGATTTACTCGCTCAAGAAGAGTACGACAAGCTGGCCACTGATGACATCAAATTTCTATTAAGGGTGGTTACCGGCTTTGACGACGATATCCAGGATGAAGAGGGCAAACCACTTGAATGCACTGACAAGAATAAACGCGCCCTTTTCCAAAGTGCAGGCTATGTGCGTATGGGCTTTCTTAACGCTTACCATGAAGCTGTGACTGGTATTAAAGCAAAAAACTTCAAGGGGCGGCCCGCTACTGGGCGCAAGGACCGCAAGCCCCGCAAGAGGACCTAA	MAFKMAKNRRVKWPVTIEVPVDGGDTESQTCTAEFDLLAQEEYDKLATDDIKFLLRVVTGFDDDIQDEEGKPLECTDKNKRALFQSAGYVRMGFLNAYHEAVTGIKAKNFKGRPATGRKDRKPRKRT				NA	NA	NA	NA	NA
AK237_00606	321			hypothetical protein	ATGGAAGAGCTGGGCGCGGACGAAAAAACCATTGCCCAGTATACCGCCAACTTCAAATGTGATGATGACTTTGAAGTGTGGCCAGACAATTGGGATGTCGTGGAGTGGTTTTTAGAAACAGATGATCTTTACCGGTGGAATTATCGGGTCTGTTTGGGGTTGGATATTGCGCAAGTAAAAGCAGATGCCTCGATGAGCGGCAGAACGTTTACAAAAGCACAATACGAAGACCTACGGTTTATCAGTCACATTTATGCCGATGAACTGACCAAACAAATGGGATCTTCTACATGTCCGACATCGTTACGGGGATTAAATTAA	MEELGADEKTIAQYTANFKCDDDFEVWPDNWDVVEWFLETDDLYRWNYRVCLGLDIAQVKADASMSGRTFTKAQYEDLRFISHIYADELTKQMGSSTCPTSLRGLN				NA	NA	NA	NA	NA
AK237_00607	2580			hypothetical protein	ATGTCCGACATCGTTACGGGGATTAAATTAAAAGGCGACGCCAGTGGCCTTGTGGGCGAATCCAAACGCGCCCGTGACGAAATGGACCGCTTCAAGCGGTCTACAGGTCAAGCGGGCCGAGAAGCCCGCAATACTGCCACAAGTGTTCGCACATTCTCGGCTGCCAATAATCACTTAGTTAAATCGCTTCGCGAAATATTTTCCCCAATAAATCTCGTTCGTGGCGGCTTAAGCTCCCTTATCGCTGCACTGGGGATAAAAGAAGTAGTCCGCTTCTCTGACGAAATAAAGCGTTTAGATAATCAGTTGAAGCTGGTTACAAAAACATCGGAAGAAAGAGTAACCATACTTCGTCAATTACTTACTTTATCAGATGAAACTTATGCCAAAGTTTCTGCTACGACTGAGCTTTACGCTCGAATGCACCGCGCCACTAAGGAACTCAATTTAAGTCAGGCCCAGCTACTGGCTGTTACCCGTGCCGTGAACCAGTCCTATGTAATAAGCGGAGCGTCTACAGAAGAGGCGGCAGGATCCACTCGTCAGCTATCACAAGCATTAGCCTCGGGCGCATTTAGGGGAGATGAATTTAACAGCGTTGCCGAACAAGCGCCGCGTTTAATGGAAGCGCTAGCGACTGAACTAGGAAAAACCACGGGTGAACTTCGCAAAATGGCGGAGAACGGGGAACTCACAAGCCAAAAGCTAATTGCAGCACTCGTGAATCAGTCGACCACTATTCAAAACGAATTCAATAAAATGGCCCCAACAGCGGGTCAGGCGTTGACAGTGGTGGGCAACAATCTTCGAATACTCGTCTCTGAAGTGAATAGTGCCACCGGCGACTTTGGAGGGCTGACTAATACCATTTTAAATGTCGCCGAATCTCTAAGAACGCTTTCACAAATGATCGCGAGCGGTGAATTACTTGGCACCTTGAGCGCTTACGCCAGCGCGTGGTCGGGTTGGGCAAAAACAGTCGAAGATTCCATCAATATTGCCAGTGACGCTGTGGCCCAATTTCCGTTAACAGTAATAGCAGCACAAGCGTTGACAGAGGAATCATTGGGTTTCTTAGGGGATGCGTTTAAGTATTTTCCGCAAAACGTGCTGGCAATGGTGAAAGCCATTACTGTCGAGCTGGCAACCCTGGAACGCGTCGCACCACTTTACTTTCAGCGTTTCGGTTACCAGGTAGAAAATGAGCTGAAAGAAGCGGTCTCTATCGCCGAAGTGTATGCGAAAGAACTTGTCGATAAAATGAATCCGTTTGACGGTGACACCTTTGATTTAAACGGAGAGCTGGCAAATGTAGAAGCACACTACGCAGCGCGAGGCCAGAAAGTCGATGATTTCTTTAACAAGAAAATCAATGCGTCCTGGGCGGCCAGGGAATCCACATTACAAGATATTTTTGACGAACGTCAGGCGTCCATCTCTTCAATGAATGCGCAGTTGGCAGCGGCCAAAGCGCTCGCCACTGCCAGAAGAAATTCAGCTGCTGCTAACGACAATCAATTTGACCAGCCTGAAAAAATCGAGGCCCCCGCTCTCTCTGAAGCGCAACAGCAAGCCAATTTTGCTGCGCTTAATAAAGCCTATCTGTCCCAAGAAGAATTGTTGCAGCAACATGCACAAGAGGAAATGGCCACTATTGCAAAGGCCATGGCGGAAAAACGCATTACCGAACAACAGGGTTTGGATTTAATTTATGCCGCCCGTGTGCAACACCAGGCCAAGCTTAAAACACTAGAAGAGCAACGGGGACGGGAAAACGGCGTTAATGCGGATGGCCAAAGCGTATTTGAACAGCTTCGCGAGCGCTTTGCCACCCAAGAAGAGTTATTGCAAATCCATGCCCAGCGCGAAATGGATATTATCGCCCAGGCAATGCAAAACAAGCAGGTGACTGAACAGCAAGGATTAAACCTGATCCTGTCTGCAAGGCGGCAACACTTAGGTGAAGTGCAAGCACTAGAGACCCAAAAAGCCAATCTAATTTACAGTAGTGCCGCCCAAACATTCGACGATCTGGCTTCACTAACTAAAACCTTCAGTGGCGAACAGTCCAAAGCCTACAAAGTGTTGTTTGCGATCAGCAAGGGCTTTGCAATAAGCCAGGGGATAATGAATCTTTCAACGGCCATCAGCAACGCGGCTGCCCTCCCCTGGCCTGCAAACATTCCCGCTATGGCACAAGCTGCCGCAACAGGCACCAGCCTTATTGCCAATATTAAAGGCGCAACGCTGAAAGGCCAGGCACACGAAGGACTGGATAAAAACGTTCGTGAGGGGACGTGGTGGCTACGTAACGATGAAATGGTGCTTAATCCGCGCCAGCGTCGAGGGTTTGAAAACATGGTGGCGGCCAACGACGGCGGCCAGTTTGCCGCTGGCGGCAATAGCCGTTCCCTGGTGTTTAAACCCACTATCAGCATTGATGCTACCAATGCGGTGCCTGGCATGGAACAACGCATAAATGATGCGGTATTACAGGGCCAAATGGAACTGTACGCCAAGCTACAAGAAGACTTCGCAAGCGGTGGAGAATTAAGCCAAACAATGAGGAACTTGGCGTGA	MSDIVTGIKLKGDASGLVGESKRARDEMDRFKRSTGQAGREARNTATSVRTFSAANNHLVKSLREIFSPINLVRGGLSSLIAALGIKEVVRFSDEIKRLDNQLKLVTKTSEERVTILRQLLTLSDETYAKVSATTELYARMHRATKELNLSQAQLLAVTRAVNQSYVISGASTEEAAGSTRQLSQALASGAFRGDEFNSVAEQAPRLMEALATELGKTTGELRKMAENGELTSQKLIAALVNQSTTIQNEFNKMAPTAGQALTVVGNNLRILVSEVNSATGDFGGLTNTILNVAESLRTLSQMIASGELLGTLSAYASAWSGWAKTVEDSINIASDAVAQFPLTVIAAQALTEESLGFLGDAFKYFPQNVLAMVKAITVELATLERVAPLYFQRFGYQVENELKEAVSIAEVYAKELVDKMNPFDGDTFDLNGELANVEAHYAARGQKVDDFFNKKINASWAARESTLQDIFDERQASISSMNAQLAAAKALATARRNSAAANDNQFDQPEKIEAPALSEAQQQANFAALNKAYLSQEELLQQHAQEEMATIAKAMAEKRITEQQGLDLIYAARVQHQAKLKTLEEQRGRENGVNADGQSVFEQLRERFATQEELLQIHAQREMDIIAQAMQNKQVTEQQGLNLILSARRQHLGEVQALETQKANLIYSSAAQTFDDLASLTKTFSGEQSKAYKVLFAISKGFAISQGIMNLSTAISNAAALPWPANIPAMAQAAATGTSLIANIKGATLKGQAHEGLDKNVREGTWWLRNDEMVLNPRQRRGFENMVAANDGGQFAAGGNSRSLVFKPTISIDATNAVPGMEQRINDAVLQGQMELYAKLQEDFASGGELSQTMRNLA				NA	NA	NA	NA	NA
AK237_00608	615			hypothetical protein	GTGAGTGTTCAAACGTTAGATTTTCCGTCATTGCCGGTTAGCAAATGTCTATTTGTACTTAAATTCAATAGTGAAATGGATGCGACCCAAAAATCCGGGCATGAGTTTGTAATTGATAATCCCGGCGAGCGTTGGGTCATACAGTACCGTTTTAAAATGCTGAACTTTGAAGAGCGTCAGGCGCTATATCAGCATCTCGCTAAACTGCGGGGGCACCTTAACAAAACCCGACTGTATGACACTACATTCAGTGTTCAATCAGGTAGCTGGTTGGGGAATCCCGTGATAGATGGCGCTGACAATTATGGACTCTATGCCGACGTTAGGGGGTTTGAGCCTAATTCTCTTGTTGCCAACCCCACAGACCGGTGCGTGATTGATTCCCAGTTAGTGGAAATTAGCAACACGGCGATTTCCAACAGCGAAGGAAAGGTGCGGCTTTACTTTAATAACGAATTGCGCAGCGTCCCGCCAGACGGTACACCGTTGGTGCATCAAATATCGGGTCTTAAATGCGTCGGGCGGTGGCTACGGCCTAATCAAATTGAGCAGCTTACCGGCAACCGGCGCATTTACCGCGATATCACGCTAGATTTTATTGAGGCTTTCACATGA	MSVQTLDFPSLPVSKCLFVLKFNSEMDATQKSGHEFVIDNPGERWVIQYRFKMLNFEERQALYQHLAKLRGHLNKTRLYDTTFSVQSGSWLGNPVIDGADNYGLYADVRGFEPNSLVANPTDRCVIDSQLVEISNTAISNSEGKVRLYFNNELRSVPPDGTPLVHQISGLKCVGRWLRPNQIEQLTGNRRIYRDITLDFIEAFT				NA	NA	NA	NA	NA
AK237_00609	639			hypothetical protein	ATGATAGACCGATTACTTTCACCCGCCATGCTTGAAGCGGCAGCGGCCAGCCCGTCACGCTTGCTGGCATTCACCGAACTTGAGTTTAATTCAGGTGCTGTGTACGCACATACCGGCCATGGAACACGAACTTATAAAGGACAAGAGTTTTTGGGGCTTGGCGAGTTTGCCGGACTCTCTGCATTCAGTGAAAACGCAGGTAATAATGGCAACCGTGTCACGCTGAGTTTAAAAGTGCTGGACCCCTCGTTAGTAGCAGAAGCAATGAATCACTCGCCTATAGGCAGACAGGGGCGCGTACACCTTGTTGCATTTGATGAAAACAGAAAAATTATCGATGGGGTGGATAACATTATTGACGGCGATATAGTCGCAATGCCTATAAAACGCGGTGATAGTGAAAGAAATATTCCAGCTGTTATCAGCGTCACTATTAGTGACTGGCTTGAGCGCTGGGCAGAAGCTCCAGAAGCGGCTAAAACGACAGATGCCGCTCAACAGCATCTTTACCCAGGGGATAAATTTTTTAACCAGGTCGAGGTTATCGCCGGTTCGCCCCTTTCAACTTTGCCTACCAAAACCAGCGGAGCCGGACGGCCAGGTTCTCGCGCACGTCGCGGACGAGGTGCTTATTTATGA	MIDRLLSPAMLEAAAASPSRLLAFTELEFNSGAVYAHTGHGTRTYKGQEFLGLGEFAGLSAFSENAGNNGNRVTLSLKVLDPSLVAEAMNHSPIGRQGRVHLVAFDENRKIIDGVDNIIDGDIVAMPIKRGDSERNIPAVISVTISDWLERWAEAPEAAKTTDAAQQHLYPGDKFFNQVEVIAGSPLSTLPTKTSGAGRPGSRARRGRGAYL				NA	NA	NA	NA	NA
AK237_00610	414			hypothetical protein	ATGAGAAATAAAAATTGGCCAATCATCCTAAACGACTATATCACCCAGCATCGAAATACTCACTTTGAATGGGGCGTGTTTGATTGCTGTCTATTTGTTGCGAATGCCGTGCATAGTTACAGCGAAATTGATATCGCCGCCAACTTCAGAGGCCGCTACAAAACCGCCAAAGGCGCAAAAAAAGCACTTATTAAGTATGGAGGGGGTTCGATAAAAGAAACGGTAACTGCCATTTTAGGCCCCTTTAAACCGCGTTTAAATGCCGGGCGCGGGGATGTCGTTTTGATAAATTCAGAATTCGGCGAAGCTTTGGGGATCGTGTGGGGCGGTAAAATTTGGGCAACTAACGAAGAAGGGTTGACCACATTGCCGATGAATGAAGCGCTCGGTTGTTGGAGTGTGCCATGCCAGTAG	MRNKNWPIILNDYITQHRNTHFEWGVFDCCLFVANAVHSYSEIDIAANFRGRYKTAKGAKKALIKYGGGSIKETVTAILGPFKPRLNAGRGDVVLINSEFGEALGIVWGGKIWATNEEGLTTLPMNEALGCWSVPCQ				NA	NA	NA	NA	NA
AK237_00611	5799			hypothetical protein	ATGCCAGTAGTCGCCGTTGGTGTCGCTGCGGGGTTAGGAGCTGCCGCAGCCGGTGTAACCGTTGCTGGACTCACCGTAGCCGCAACAGCCGTCGCCGTAGGAGTGGCCACCGCCGTGGGCACTCAGTTATTAACCGATGCAATGACCCCGGAGCTTGGTTCATACGAAACCGATCCGACGGTTGACCAGGCATTGCAAACGCAAGGCAATCTGAACAGGAAAATCGTTTACGGGGAGGCATTAACGGGGGCGCAAATTGTTGGCTATGCGCAACCAACAATTAATGGAAAAGACTATCACATTATGGTGCTTCACCTTGTCGGGCATCCGTGTGAAAGTGTTGAATTGTATGAAATTGAGGGGAAAAAGGCCGGGGAATTAGGCAGTAAGGTTGAATTAAATATTCATTTGGGCGATCAAACCCAGGTAGATTCTCTCGCCTTCCAATATATCAACGGTTGGACCAACGACCATATCGGGTACGACCAAACCTACGTTGTATTAAAAGCCGAAATTGACCCAGATGTATTTCCCAGTGGCATTAACGACGTTAAGTTTAAAGTTAAGGGAAAGCGCGTATATGATCCTCGCAAAGATAATTCCGTCGGCGGCGAAGGATGGCACCGAATAAATGATAAAACGACGTGGGAATGGTCTAACAACCCGGTACTGTGTGGTTACAATTGGCTTTTAGAACACGGTGCCAAACCCGTACCCACTCGTCGTATCCCTACAGAGTTCTGCGCCACTGCTGCGAGCTATTGCGACGAGTTAGCAACGTATAGAGACTCAGCCGGAAATGAGCAACAGGGTCAGCGTTTTGCTGTAAACGGCATACTCAACAACGGACTTCGGCCAGGAGAAGGGTTAAATCAAATACTCGCCACGATGGGCGGTAAACCCTATCGAGTGGGCGGCAAAATCTATTTGAAACCGGCGATGTACGCAGGTCCAGCCACCACAACCATACACGTTAAAGAAACAAAGGATTTTCCGAATTACGAGCCTCACCGCCCTTATCGTGATTTGCTAAATACGGTACGCGCTGAATACATTGAACCCGATTTAAAATGGCAAGTGACCGGCGCACCTGTTGTTGATAGCCCCGCGTATAAGGCTCAAGATGGCGCACATTTAGAAAGTGTGATCCGTTTAAACTTGGTCACAAAGGGCCACCAGGCACAGCGACTCGCAAAATTAAAGCTGGAACGCAGCCGCGCCGGGTTTATCGCCAAATATTCGTTACCCGGCATACGTTTAGACGTAGTCGCAGGCAATAATATCGTTTTTATCGATGAGCAAACCGGCATAAACAAAGAGTTTCTTGTCGAAGATGCAAAGTATAATGCTGCGAAACGCTCTACCGATTTGATCCTGATTGAAGATTCGCAAGCCATCTATCCAGACGGTTTTGAACCCGCTGAAGGTGAGTTAACGCCAAACACCACCCTACCCGATTCCCTTGATACGCCCCCGTCCGGCCTTACCGCTACAGATATTTATAACGGCGCTTATCAAGTTAAACTGAACTGGGAAAATCCTTACTATTCTACCGTTGTCCGATTGCGCCAGCTACGCGAAGACGACCCCATAAATGCGCCAGGTGTAAAAACCGAATATGTCATTTGGGAACGGGGCACGACTGACAACACGATGTTCTTAAGTGGCCTTGAACAAGGCGACTACCTTGTTGACCTCCAAGCCCTCAACCGATTTGGCAGAACATCTGAATGGTTGTTAGGACAGGCACTTTCAGTAAGCGCCCAACCCGAAAATACGTGGGTAATTTATGCCGATGATGCACTGGGCACAAATCCTTCTCATCTCGACACATCAAAGCCCTACATCGGCTATCAGTTTAATAAAGTGGCCACCGACTATGATATTGATACCGTCAACATGGCGGATTTCGCGTGGTTTAAGAACGCCGCCAGCGAATGGTTGTTGGGTGACGGTGAGCCTGATGCCAACCTGGGTGAAGAGGGTTATACCTATGTTAACCAGGCTACGGGTGATATTTATAAAAAGACGGCTCAAGGCTGGGGTGATCCAGTCGGCAATTTATCAGGCGCAGATGGTGATAAATGGTTATCTGGGCAAAATGACCCCGACCCTGCCAGCGGCACCGATGGATTTTGGTACATCAAGCTTTCGACATACGACATTTACTTAAAAGTAAACGGGACGTGGGAACCTAGAGGAAATATTAAAGGGCCACCTGGTCCCGCTCCCACAGTTGAAGACCTCGGCGACGGTGCTTACAAAATTACGGGTTCGAATGGCTCTATAACAATAAGGGATGGGAACGACGGCGCTATTCCCACGTTAATAGATAACCAAAACGGCACATACACTATCCGCAATGAAAATGGCGATGAAATCATTGTCAGGGATGGTGCCGACGGAGATACGCCGGTCAAAGGCGTAGATTACTACGACGGACTAAACGGCGATTATGTCTCATTCGTATATCGTAATTCGGCCAATCAACCTGCCAAGCCTACCGGTGGTAGTTTTAATGGAAGTACAGAAACGTTTCCCACAGGCGCATCGGACACACCCTCAACGCCCAGCGCCGGTGAAAAAAGGTGGGTCGCGACAGTTCGTTATAAAAACAACAATGATGGCACGTGGACACGCCGAACCGCATGGTCCGACTATGCGCGACACTATGAAAAAGGAGAAAAAGGGGAAGCCGGTGATGATGGACTAACGGCTGACGCCATTACCGGACGCGCTGGCCAGCAGTGGGGTTTCGGAGATAATACGCTGCAAGGCTGGTCGTTACGAAACTATTCAAATCACAGCATCAATCAAGGCCGGGTAACATTAGTTGCTTCATCGAATGACACGGGAATTTATAACTCAAATCTCTATTTAAACGGTGTAGATAGTTACGCATTGCGTGTTCGTGTTAGAACGCAAAGCGCCACCCACGAAACAACCGCAGAGTTATATTGGGCGACAAAAGACGGCCATGGATACGACAACAACCACCGTTTATCTCAAGCTGTCACTTACAAGCAAGGCGAATGGTGGTATCTGATTTTTGACTTGCGGGACACTCAAGATTGGCTCGATAACATCATCACCGGCCTTCGCATTGACTTTGCTAATAGCAATGCCACAAGTAAACAATATCAAATCGACGGTATTGTGGTGGGCTACTTCGGCTCGCCAGAAGAACAAGACGGTGAAGAGCTGGTAACCCCCGCCACTAACTTAATTGCCAACCCCAAAGGTAAAATCGCAGATCGTCATGGTCGTGCGGCGGGATGGAAGCCAATGCGAGGCGGTTACGGTTACGATAAGGTGCGCTTTTACGCCGGACGAGACGCGCTGCGCGTCGGGAATCAAACCTACGCAAACCAGGGGGTCGGTTTTAAGGCCATCGCTGTTAACCCCAACACTATCTACCAAGTTCGAGTGCAAGCAAGTTGTGAAGGCAATCACAATTCGGGCTTTTACATTCTAATGGAGGAATACAGCGGTAATTTACCGAATGGGAAAACTCACGTAGGGCTGTTAACCGGCGCATCGCACGTACAAGAAAGAACCAGTAATACAGCGCTTCGTAACAATGGCTCTATCTCTACTGATAGAGAATGGTACGAATACACGTACAAACCTGATGCGAATGTTAAATACGTCACGCTAAGTTTTTATCGCTGGGATGGTATACCCTCAAATCACAATATCTGGGTACATCACGCCGAAATTAGCGCCTTGGAAGCCGGTAATGAATTGCGCAATGATCGTCTTTCCAGTGACAACGTTAGACAAGGCGCTGGGTGGAACAATCTACCCGCCGATGGTGCAAATTACGCGGTATTAGACAGTGATTCAGGCGTCCCTGGGCGAGCGCGAGTGCTTTACAACGGCGGTAGCTGGCAACCAATAGACGTTTACAATACCTCTGAGCGCGGTGAGATAAACAATCTTCGTGTAAATCGGTTCTCTGACGGTTCCCGCTACATGTTGGATAGAGATTTAGCTTATGTAAACGGCAATGGACAGAGCTACATTGACGGTCGCGCTAATACACGCATTACGACTACTGTAAACGGTTCCTACGTTGATTCGAAAATGGGCTGGTCTACGCGTCCCGCCAATGGTGCAAATAAAGCTGAAATCGGAACACACGGTACAGAGGGGTACTTTCAGTATCGATACAATGATGGAAGCTGGGCTTCGATAGCGCCCTATAGTAGTGGGGCTAGAAGCCAAATAAATAATCTGCGAGGTACGCGATTCCCCGATGGCTCTCGCTACATGCTCGACAGAGACATGGCACACATCAACAGCAACGGCCAGAATTATATTTATGGCCGTGTCGATGCTCGCCGCCCTGACTCTTATTATCGCAACAGTTACACGTCGAAATCTGATGTGGGCTTGCCAAATGTCGATAACGTCAGTCAGTCAACGATGCTGAGTAATGCACATCAAAACGCCTTAGCAAGTGAGTTATTAAGAAACCCATCTGGTCGAAGAATTAACTTTGTTAATCCGAATTACTTTAACCCCCCTAGTACGCCGCCTAGTGGCACGAAAAACGGAGTTCATTTTGGGACGCGCATTGCTAGTTGGGTAAATCAACCCTCTGGCCCCAGAGTTTTGTTAATCACTGCGAATGATGGGTCGCACGATAAGTGGGTGGTCTTGGCACGGCATGACAGTGACTACAATATGTTTATTCCCCCTGGCAAGACGTTTCTTGTCTCGTTTTGGGTGTACAACAGAAATTTATCAGACTTAACGGGCCAAAAAGTTCAAGTATATTTTAAGACAACGGATGGTTATAAAGCCGGTAATCGAACTATTGAACTGAATAATAGAAATAAACGGTATGTTTCTTTTCTAGTGAATATGGAAAGTTCAACAAGAACAAGAGCCCTTTTACGCATCGACTACGATCAATCCCATACTGGCGATGAATTACACATCGACGAACTTATGGTGCAAGTGTGGGACGGTCAGGATATTGATCGGATAGGTAACTTCATTCCACCAGTGTCACCCAAAGTGGCGGGTTCGCAAGGCGTACCCATGTCTATTTTGGGTAATGAAAAAGCGGCTTCTGTAGGCTCTAACTCTTACCTACTTAGTTCATCCTCAGACGACAATAATAGAGCAAAAATCAGCGTTGACGCCCACACAGTGTATACAGGTGACGGTAACATCAACTATGGCTCGGGAACAGTGAGCGGATTGTATAGAGGCCGCTGGTATTATGTATACATCGACGACCCATTTTTTAATGGTGGTAACAATTATAACGCCACTACAAACGTAGCGAATCTGACAAACGATAACGGGCGTTATTATCTTGATGCGATTAAAACTTACTCGTCTTCCTCCGGCAACACTACACCGCCCCCACCATATTGTCCTCATGAAGACACCTGGCTAGTGCCTGGTAAGCAAGCCAAGGATATTCAGGTTGGCGATATTATCGATGGCGTGAAAGACGGTGTGGTTTATGCCGCCGAAGTGATAGCGGCAAACCCAGAGCGTAGCGATTGCGTGCGGATCACCAGCGCGTCGGGCTGTGAAAAAATCGTCACGGTATGGACGCCCATTGACTTAAAAGACGGGCGCACTATTAGCGCTATTAACCTGTGGGGTGAACAAATCTTGGCAGAAGTCAACGGCGAACTGATTTGGGAAGATATTGTGGATTTACAGTTCATTCCCGATCAACCCGTTATTCACATCAGCATTAACGACAACAACTTTTTAGGTGGCGTTTCACTCGATAGACGCCTTGTTACACACAACTTACAAAACAAACCGTGA	MPVVAVGVAAGLGAAAAGVTVAGLTVAATAVAVGVATAVGTQLLTDAMTPELGSYETDPTVDQALQTQGNLNRKIVYGEALTGAQIVGYAQPTINGKDYHIMVLHLVGHPCESVELYEIEGKKAGELGSKVELNIHLGDQTQVDSLAFQYINGWTNDHIGYDQTYVVLKAEIDPDVFPSGINDVKFKVKGKRVYDPRKDNSVGGEGWHRINDKTTWEWSNNPVLCGYNWLLEHGAKPVPTRRIPTEFCATAASYCDELATYRDSAGNEQQGQRFAVNGILNNGLRPGEGLNQILATMGGKPYRVGGKIYLKPAMYAGPATTTIHVKETKDFPNYEPHRPYRDLLNTVRAEYIEPDLKWQVTGAPVVDSPAYKAQDGAHLESVIRLNLVTKGHQAQRLAKLKLERSRAGFIAKYSLPGIRLDVVAGNNIVFIDEQTGINKEFLVEDAKYNAAKRSTDLILIEDSQAIYPDGFEPAEGELTPNTTLPDSLDTPPSGLTATDIYNGAYQVKLNWENPYYSTVVRLRQLREDDPINAPGVKTEYVIWERGTTDNTMFLSGLEQGDYLVDLQALNRFGRTSEWLLGQALSVSAQPENTWVIYADDALGTNPSHLDTSKPYIGYQFNKVATDYDIDTVNMADFAWFKNAASEWLLGDGEPDANLGEEGYTYVNQATGDIYKKTAQGWGDPVGNLSGADGDKWLSGQNDPDPASGTDGFWYIKLSTYDIYLKVNGTWEPRGNIKGPPGPAPTVEDLGDGAYKITGSNGSITIRDGNDGAIPTLIDNQNGTYTIRNENGDEIIVRDGADGDTPVKGVDYYDGLNGDYVSFVYRNSANQPAKPTGGSFNGSTETFPTGASDTPSTPSAGEKRWVATVRYKNNNDGTWTRRTAWSDYARHYEKGEKGEAGDDGLTADAITGRAGQQWGFGDNTLQGWSLRNYSNHSINQGRVTLVASSNDTGIYNSNLYLNGVDSYALRVRVRTQSATHETTAELYWATKDGHGYDNNHRLSQAVTYKQGEWWYLIFDLRDTQDWLDNIITGLRIDFANSNATSKQYQIDGIVVGYFGSPEEQDGEELVTPATNLIANPKGKIADRHGRAAGWKPMRGGYGYDKVRFYAGRDALRVGNQTYANQGVGFKAIAVNPNTIYQVRVQASCEGNHNSGFYILMEEYSGNLPNGKTHVGLLTGASHVQERTSNTALRNNGSISTDREWYEYTYKPDANVKYVTLSFYRWDGIPSNHNIWVHHAEISALEAGNELRNDRLSSDNVRQGAGWNNLPADGANYAVLDSDSGVPGRARVLYNGGSWQPIDVYNTSERGEINNLRVNRFSDGSRYMLDRDLAYVNGNGQSYIDGRANTRITTTVNGSYVDSKMGWSTRPANGANKAEIGTHGTEGYFQYRYNDGSWASIAPYSSGARSQINNLRGTRFPDGSRYMLDRDMAHINSNGQNYIYGRVDARRPDSYYRNSYTSKSDVGLPNVDNVSQSTMLSNAHQNALASELLRNPSGRRINFVNPNYFNPPSTPPSGTKNGVHFGTRIASWVNQPSGPRVLLITANDGSHDKWVVLARHDSDYNMFIPPGKTFLVSFWVYNRNLSDLTGQKVQVYFKTTDGYKAGNRTIELNNRNKRYVSFLVNMESSTRTRALLRIDYDQSHTGDELHIDELMVQVWDGQDIDRIGNFIPPVSPKVAGSQGVPMSILGNEKAASVGSNSYLLSSSSDDNNRAKISVDAHTVYTGDGNINYGSGTVSGLYRGRWYYVYIDDPFFNGGNNYNATTNVANLTNDNGRYYLDAIKTYSSSSGNTTPPPPYCPHEDTWLVPGKQAKDIQVGDIIDGVKDGVVYAAEVIAANPERSDCVRITSASGCEKIVTVWTPIDLKDGRTISAINLWGEQILAEVNGELIWEDIVDLQFIPDQPVIHISINDNNFLGGVSLDRRLVTHNLQNKP				NA	NA	NA	NA	NA
AK237_00612	399			hypothetical protein	ATGAGTACCGTATTAATTGATTTTGAAGTGTTAACAGAAGAAAGCGCACCATGGAAGCCATCAGACGCCAGAGCGTTTCTTATCACTGATGGCGTGCTAAAGAATAAAGCCGTTATCGTGAAAGTAGAGCAGGTTCTTTCAGACAATGACTTGGATGGTAGAAACGATAGACTTGTTGCAGAGGTGATGTGCAGTGTCGTGGATAAAGACACTGGTGAACCCCTTTTGTTGAATGGCATTCCTGCAACGGCGTTTCACGGTGAAACAGTGCATATTCGTCCCGAAGACCCCGAAGGTTATGAAGTAAACAAGCTGAATGAAATCATTCTCGCCGCACTTGAGCGAGCGGTAAAGCTCTATAAAATTCACCAAGCCAACGCGCTTTTATTCGCTGTTTAA	MSTVLIDFEVLTEESAPWKPSDARAFLITDGVLKNKAVIVKVEQVLSDNDLDGRNDRLVAEVMCSVVDKDTGEPLLLNGIPATAFHGETVHIRPEDPEGYEVNKLNEIILAALERAVKLYKIHQANALLFAV				NA	NA	NA	NA	NA
AK237_00613	375			hypothetical protein	ATGGAACTACTAAAAGGCAATATCGAACTAGCAAATGGGCTATCTCTTACAGACGCGATTGTGCGCGTGGAGAGCATCACAGACAACAACAACGCTGAGTATTCGACAATTCCCCGTACAGCGACGGATGAAACGGGCCGCGAGTATATGAAACTCGAATACGAAATGCGCAGTAATCGGCACGTCCAGTTCACAGCGCAAGTGTTTGTGAACGAAAAGATGCTTAAGGAAAACAAGCCAGTCGGCTATATCACACAAGAAGATGGGCGGGTGCATTTATCCATGACGCCCTCACCGGAGCAGTCGGGTAATGAGTTGCTAGATTTGGCGCTCAACGTCTTGCAAAAGCGTTACCCTGAACTAACTCCTTTCTAA	MELLKGNIELANGLSLTDAIVRVESITDNNNAEYSTIPRTATDETGREYMKLEYEMRSNRHVQFTAQVFVNEKMLKENKPVGYITQEDGRVHLSMTPSPEQSGNELLDLALNVLQKRYPELTPF				NA	NA	NA	NA	NA
AK237_00614	372			hypothetical protein	ATGCCCAACGATTCGATAGAAACCGAAAATCTATTCCTCGAAGTAGAAAAAATACCGCCCGGAAGCGAAGCGCTGCGCATAGTTAATGAAAAAAAGGAAGTTCGCTTTGTTTGCATAACGTCACCTTTGTCTAAGAAAAACGGTAAATTTTTTTGGTTGGGCTACGGAAAGCTGACATACAAAACAAGACAGATTTTCCGTAACTATTTAAAAGACACACAAACATCGCATGTTCAGTTTTCTCGTGTGAAAGAAGGCGGGAGTAAAGTGCTTTTGCAAGACCACAGCTTAAAAAAGCATAAGGCAAAGGCATTGGTCTCTATCGGGCTACTGTTTTTTGTAGCTCTTTGCATTGTGCTTTATATGATCTGA	MPNDSIETENLFLEVEKIPPGSEALRIVNEKKEVRFVCITSPLSKKNGKFFWLGYGKLTYKTRQIFRNYLKDTQTSHVQFSRVKEGGSKVLLQDHSLKKHKAKALVSIGLLFFVALCIVLYMI				NA	NA	NA	NA	NA
AK237_00615	2223			hypothetical protein	ATGCCTTTACAAAGACTTTCGAATTTACCGGCTGTGTACGATTTCTTTTTTGATAATTGGGATGCTTATGCAGACGGAAATACTAATTTCGACCCAACATTTCTAAAACTACCAGCGACCACACCGTCTTTATATGTGAATTACGAAGATCCGAACGCATCAGACTCTAACGATGGTTTGTCTTGGGATTCACCGCTTAAAACTCTCAATGCAGCGGTAGCGAAAGACTCCTACGAAAGAATTGTCGTTAAATCGGGCACGCGCTGTTATCTGGATTCCCTACCGTCCGCGACAAGTTCTTGGAATATTAATCTGAACATCGTTACTGACGGTGCGGAGCGAGCTGAGATTGTCTATGGGCCGGAGGATATTAGCGCCGGATTCTCTGCAACGTCGGGAAGAAGTGGTGTATTCGAGGCAACTTTAGGCAATCCCCTTTCTATGTGGGATGAAACCGATCCATCATCGCCTGTTGAGGGTGCGTGGGGGTTTCTTGTAAACAGACTTAACTTAGATTTAGTCGAGTCGTTAGGCGGCTGGTATCGGGATTCTGACACAGGGATTTTGTATATCAAATTATTCGATAATCGCGCCCCCGATAACAAAGTGCGCTTTGAGCCTCGGGCTGATGAGGATACAAGAGTCGCATTTTACACTGAGAATATCGCGTTCTACTGTATTTCTCTGCGTCCTCGCTTCTACGGTCAGCGGCAATACGTCATGAATAACTGTGAGTGCGCGTATAGCACTTCAGCAGCTCAATATAGGAATATGGCGGCGCAGGGTACGGAGCCCGAATCGTACATTTACAACTGTCATTTTCACTCGAGTAAACAAGACTTGCTATCGAATACTGCAAATTCTCGCCTCGTTGTCATCAATACGAGAGCGGTCTTTTGTTTGTCTGGCGGAGCAAGTATTAATGCAATGACAGGACACGGCCATTCAATAATGCTGGGCATTAACTCTGTGCTCGGTAATACACCCCACAACGTTGTGGGCGACACATCGGGCAATGGTGGTAGCTTGTACGTCGCGTGTCGTGGCTTTAAGACTATCCCAGAGTATGCAGATGACAACAACTATGGCATTTTTAAATTTGAGAATGACGAAGAAAACGACACTTCACTGGGGATTTTCATTAACTGCTCATGCAAAGACGATGACGGTAACGAAACGTTAGGCCGAACGGGATTAGGTCAGGGGAATATCGCGACTTACGGCAATGATTTTGGCTTTAGCATGTACGGCACTGCAACGAACTCTGATGCCTTAATTTATTTAGAAGAGGAACTAATTCCTCCGCAAGCGGATGCTGGAACAGGCGCGACGATTGAAGCGGGAGATGCTATTTTTTTGGACTCGTCATCTTCTATACAAGGCGATGGCGCGATTGTTAGTCGAGTCTGGGAGCAGGTCTCAGGCTCTAGAGCGCTCACTATTACTCAAGCAAGGGCAGTATCAACAACAGCGACAGATACTTTGGTTAGCGGACCTGAAGATTATACGTTTAGAGTTACAGTCACTGACGAAAACGGCTTAACATCTTTTGCAGAAGTAACATTTGTTGTGCAGGATAAAACTGGACCAGAAATGCTACTTATTGATGGCGATATAACGTGGCCAGTTGGCGTGCCATGGGAAGAACCTGGCTTCATAGCTACTGATAAGGTCGATGGAGATGTGACAGATAGCGTGGTTGCAGGTGTGCCAAATGTGGAAAATGAAGGCAACCAGCAAGTCAAATATATAGGAATTGACTCTTCTGGAAATACCTCAGAGGCATACAGAAACGTCCAAGTCCTCGCTGCAACCGCCCTGCTTGAAGCGCTTGAAACAAAGAGGTTTGAGATGGTTTATGATGGTAATATTCAAATGTTTGAAGGGCGTTCAAATCGTGAAATATTCCAGTTTAAACCTGATTCTACAGAGGGACTGCCAACAGTCGGCGAATTCTTGGACTTGACTATATTTCAAAAGGTTGAAGTTATTAGTGGCCCCGACACCTTTACCTCATCAGAGAGCGACAAGCGGATGATAAGGGGCACCATGCTAGTCCCAAGACTCGGAGATATCACAATCAAAAATAAAGCCACTTTGGACTTAACTGTAGTCGGATATCTCCCCGGAGATGCTTTAGGGTTCGTCTTGGCGGCTTCGGAAAAAGTCCCGTTGGCAAAGGCCATAGTAATACCGAAACGGCAAGTCCCAAGATCAAACTAA	MPLQRLSNLPAVYDFFFDNWDAYADGNTNFDPTFLKLPATTPSLYVNYEDPNASDSNDGLSWDSPLKTLNAAVAKDSYERIVVKSGTRCYLDSLPSATSSWNINLNIVTDGAERAEIVYGPEDISAGFSATSGRSGVFEATLGNPLSMWDETDPSSPVEGAWGFLVNRLNLDLVESLGGWYRDSDTGILYIKLFDNRAPDNKVRFEPRADEDTRVAFYTENIAFYCISLRPRFYGQRQYVMNNCECAYSTSAAQYRNMAAQGTEPESYIYNCHFHSSKQDLLSNTANSRLVVINTRAVFCLSGGASINAMTGHGHSIMLGINSVLGNTPHNVVGDTSGNGGSLYVACRGFKTIPEYADDNNYGIFKFENDEENDTSLGIFINCSCKDDDGNETLGRTGLGQGNIATYGNDFGFSMYGTATNSDALIYLEEELIPPQADAGTGATIEAGDAIFLDSSSSIQGDGAIVSRVWEQVSGSRALTITQARAVSTTATDTLVSGPEDYTFRVTVTDENGLTSFAEVTFVVQDKTGPEMLLIDGDITWPVGVPWEEPGFIATDKVDGDVTDSVVAGVPNVENEGNQQVKYIGIDSSGNTSEAYRNVQVLAATALLEALETKRFEMVYDGNIQMFEGRSNREIFQFKPDSTEGLPTVGEFLDLTIFQKVEVISGPDTFTSSESDKRMIRGTMLVPRLGDITIKNKATLDLTVVGYLPGDALGFVLAASEKVPLAKAIVIPKRQVPRSN				NA	NA	NA	NA	NA
AK237_00617	1062	nadA	COG0379	Quinolinate synthase A	ATGACCACTGCTTTCAGAGTCGATCAAGTTGATTATCCGTTTCCTGCCAAGCCCGCGCCACTTACCGCTGTGCGCAAAGCTGAGTTAAAGGAACAGATAAGACAACTGCTGCGCGATCGAAATGCTGTTCTGGTAGCGCATTACTACACCGATCCGGAAATCCAGGCGCTGGCCGAAGAAACGGGTGGCTGTGTAGCTGACTCATTGGAAATGGCGCGATTCGGGCGCGATGCAGAAGAGCAAACGTTAATCGTGGCCGGCGTTCGCTTCATGGGTGAAACCGCAAAAATCCTCAGTCCTGAAAAAACCGTACTGATGCCAAACCTTGAAGCGACCTGTTCTTTGGACATTGGTTGCCCGGTGGAAGAGTTCAGTGCCTTCTGTGATGCTCATCCTGATCACACCGTGGTGGTATACGCCAATACGTCTGCCGCTGTAAAAGCCAGAGCAGACTGGGTGGTAACATCCAGTATCGCATTAGAGATTGTCGAGCATCTGGACGAGCAGGGTAAGCCTATTATCTGGGGGCCTGATCGTCACCTGGGTGCATACATCGCGAAGAAAACCGGCGCAGACATGCTGATGTGGCAGGGTGAGTGTATCGTGCATGATGAATTCTCCGCACAAAAGCTCAGCGACATGAAAGCGATTTATCCGGATGCAGCGATTTTGGTGCACCCGGAGTCACCGGCAAGCGTTGTTGATTTAGCTGATGCCGCCGGTTCGACGAGTCAATTGATTCAGGCCGCACAAAAAATGCCCAACAGCACCTTTATCGTAGCCACTGATAAGGGCATTTTCTATAAAATGCAGCAGTTAATGCCAGAGAAGACGTTTATCGAGGCTCCAACGGCCGGTAACGGCGCGACTTGTAAAAGTTGTGCTCACTGCCCATGGATGGCAATGAACGGCTTACAGGCTATCTACAACAGCCTGACAGAGGGCGTGAACGATCACGAAATTCATGTGGATGAAGCTTTGCGTCAAAAAGCCCTTATTCCACTGGACAGAATGCTGAACTTTTCAGCACAACTTAAGCAGAAGAAGCTGGCAACTGCTTAA	MTTAFRVDQVDYPFPAKPAPLTAVRKAELKEQIRQLLRDRNAVLVAHYYTDPEIQALAEETGGCVADSLEMARFGRDAEEQTLIVAGVRFMGETAKILSPEKTVLMPNLEATCSLDIGCPVEEFSAFCDAHPDHTVVVYANTSAAVKARADWVVTSSIALEIVEHLDEQGKPIIWGPDRHLGAYIAKKTGADMLMWQGECIVHDEFSAQKLSDMKAIYPDAAILVHPESPASVVDLADAAGSTSQLIQAAQKMPNSTFIVATDKGIFYKMQQLMPEKTFIEAPTAGNGATCKSCAHCPWMAMNGLQAIYNSLTEGVNDHEIHVDEALRQKALIPLDRMLNFSAQLKQKKLATA	PGPT0013365_1603	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	ROOT_COLONIZATION	ROOT_COLONIZATION-VITAMIN_B3|NIACIN_METABOLISM	ROOT_COLONIZATION-VITAMIN_B3|NIACIN_BIOSYNTHESIS,PGPT0013365-nadA-K03517	NA	NA
AK237_00620	801	cpoB	COG1729	Cell division coordinator CpoB	ATGTGTGCCGCCCTTTGTATTTCAGCCGCAGCGCAAGCTCAGGCACCTGTTTATGATGTCGGCAACAGCAGCGCGCAGCAAACGGCTAATTCAGGCAATTCCTCCAGTACGTTAGAGCAGCGTATTACCGTACTCGAGCGAATGGTAGACAGCCGCACACAAATGCAGCACCGACTACAGCAACAACTCGATACCATGCAAGGGGAAATTGATGAGTTGCGTGGCGCTGTTGAAGTGCATACCAATCAACTTGAGAAAGTGCTTGAGCGCCAACGCGAGCTTTATCTGGAGATAGATAAACGTGTGGAAGCGTTAAAACAAGCCGGAATTGGTAGTGATGCATCTTCCGATAATAGTAACGACTACAACGTAACGCCATCGACGCCAAAACCGTCGCAACCGAAGCCTGCGCAGGCTTCTAACGCGCAAGATGAAGGTGAGGCTTACGAGGCTGCCGTGAATCTTATTCTCAAATCAAGAGAGTACGATAAAGCCATCCCGGCATTTCAGTCTTTTCTATCGTCATATCCAAACAGCGAATACGCGCCAAATGCGCATTATTGGTTGGGTCAACTGCTTTTTAATCAGCAGAAATGGGCCGATGCATCAGAACAGTTTAACATTGTCATAAACCGTTTTTCTGATTCCGCTAAGCGACCGGACGCGTTATTAAAACTTGGTGTTATTGCCGAGCGCCAGGGTAATAAAGGTAAAGCGAAGGGCTTATTTGAGCAGGTGGTGAATGAATACCCCAATTCTTCAGCCACAAAATTAGCGCAATCCCGCCTTTCAGGCTTGTAG	MCAALCISAAAQAQAPVYDVGNSSAQQTANSGNSSSTLEQRITVLERMVDSRTQMQHRLQQQLDTMQGEIDELRGAVEVHTNQLEKVLERQRELYLEIDKRVEALKQAGIGSDASSDNSNDYNVTPSTPKPSQPKPAQASNAQDEGEAYEAAVNLILKSREYDKAIPAFQSFLSSYPNSEYAPNAHYWLGQLLFNQQKWADASEQFNIVINRFSDSAKRPDALLKLGVIAERQGNKGKAKGLFEQVVNEYPNSSATKLAQSRLSGL				NA	NA	NA	NA	NA
AK237_00621	567	pal_1	COG2885	Peptidoglycan-associated lipoprotein	ATGCAAATGAATAAAGTGATGAAAAGCTTCATTATTGCTTTGCCAGTGGTGACTATGATGGCTTGTTCTTCAGGCCCATCTGAAGAGGAATTGGCCGCAGAACGTAACCGTGTAGCCCAGGAGCAGGCTGAAGCGGAACGTCAGGCTCGTGAAGCTGAAGAAGCACGTGTTCAGGCAGAAGCTGCAACACGCATGGAACGTCAGCAAGAAATGGTTGAAGAGCAAAAAGCGGCGCTGAAAAAAGAGCAAACCGTTTATTTTGACTTTGACCGCTCAACAATTAAAGCTGAATTCCAGACGTTACTCGACAAGCACGCAGAGTTCCTGGTTAATAACCCAGACCAAAACGTGGTTATCGAAGGCCATACTGACCAACGCGGTACACCTGAGTACAACATTGCTCTGGGTGAGCGCCGTGCGCAAGCTGTGCAAACTTACCTGATGAATGCAGGCGTGAGCAGCAGCCAAATCTCTACCGTTTCTTACGGTGAAGAGAAGCCAGCAGTTATGGGGTCAACTGAATACGCGATGGCACAAAACCGTCGTGGTATCGTAGTTTACCAATAA	MQMNKVMKSFIIALPVVTMMACSSGPSEEELAAERNRVAQEQAEAERQAREAEEARVQAEAATRMERQQEMVEEQKAALKKEQTVYFDFDRSTIKAEFQTLLDKHAEFLVNNPDQNVVIEGHTDQRGTPEYNIALGERRAQAVQTYLMNAGVSSSQISTVSYGEEKPAVMGSTEYAMAQNRRGIVVYQ				NA	NA	NA	NA	NA
AK237_00622	1356	tolB_1	COG0823	Tol-Pal system protein TolB	ATGAAAAAAATCAGGATGTTATTAGGTCTTGTCATACTAAGCGCTAGTGGTATGGCAAAGGCTGCCTTGGAAATTGTAATTACTGAGGGGGTAGACAGTGCTCGCCCTATTGGTGTGGTGCCTTTCAAATGGGAAGGTACGGGTCAGATGCCAGAAAATATTTCTGAAGTGGTTATGGCTGATCTGATGCGTAGCGGTAAATTTAATCCTATTGCCGTATCGAAAATGCCACAACAACCCGCTACCGATGTGCAGGTGAACTATGGGGCGTGGGCAGCCACGGGTGTGGACACGATTCTGGTTGGCTCAATTTCGCCGCAGGGTGCCGACAAATATCGCGTTTCCTTTGAATTAATCGACGTACTGCGCGGCCAGGTCACGGGCGGAAAAAGCCAGGGCATGAGTAACGGTAAGTTGGTTGACAGTGCTGACCATATCATAGATGCACGTCAGTCCGTGATTGGTTCAGCAGATTTCCGTCAGTATGCTCACCGTATCAGTGACGTGGTTTACGAAAAGCTTACCGGTGAACGTGGTGCTTTCCTTACGCGTTTGGCGTATGTTGTGGTGCGCGACAGAACTAAAAACAAACTGCCGTACCAGTTAGTTATTTCAGATTATGACGGCGAAAACGAAACCCGATTATTATCTTCACCTGAGCCGTTGATGTCACCCTCGTGGTCACCCGATGGTGAAAAGTTGGCGTATGTCAGTTTTGAAAACAAGCGTCCGCAAATATTCATTCAGGATATTTACACGATGGCGCGTACTAAAATGACGGACTTTCCGGGTATCAACAGTAGCCCGGTATTTTCCCCGGATGGTAAGAGTCTGGCCATGGTGCTGTCTAAAGACGGCAATCCAGAAATCTATGTGATGGATATTGCAACGAAAAATCTGCAGCGTATTACGCGAAATCGTGCCATCGATACAGAGCCGGCGTGGACGCCAGATGGCAAGAGCTTAACATTTAGCTCCGAACGGGGTGGTAAACCTCAGATTTATAGCGTAAATTTATCTTCTCGTAAGGTAAGACGCCTTACTTTTGAAGGCGAACAAAATCTTGGCGGTACCATTACACCAGATGGTAAACAAATGGTGTTGGTAAATCGCACGCGCGGTGATTACCATATCGCTAAACTTGGATTGGAAAATGGCGGAATTCAGGTGTTGACGAAGACCTTTTTGGACGAGTCTCCGAGTATTGCGCCGAATGGAAGCATGATTATTTACAGTACCCTTCACGATGGCACTCAGGTTTTATCTTTAGTGTCTTTAGACGGGCGCTTTAAAGCCAGGTTACCAGCCACAAATGGACAAGTGAAGTCGCCGAGTTGGTCACCATTTTTGTTTTAA	MKKIRMLLGLVILSASGMAKAALEIVITEGVDSARPIGVVPFKWEGTGQMPENISEVVMADLMRSGKFNPIAVSKMPQQPATDVQVNYGAWAATGVDTILVGSISPQGADKYRVSFELIDVLRGQVTGGKSQGMSNGKLVDSADHIIDARQSVIGSADFRQYAHRISDVVYEKLTGERGAFLTRLAYVVVRDRTKNKLPYQLVISDYDGENETRLLSSPEPLMSPSWSPDGEKLAYVSFENKRPQIFIQDIYTMARTKMTDFPGINSSPVFSPDGKSLAMVLSKDGNPEIYVMDIATKNLQRITRNRAIDTEPAWTPDGKSLTFSSERGGKPQIYSVNLSSRKVRRLTFEGEQNLGGTITPDGKQMVLVNRTRGDYHIAKLGLENGGIQVLTKTFLDESPSIAPNGSMIIYSTLHDGTQVLSLVSLDGRFKARLPATNGQVKSPSWSPFLF				NA	NA	NA	NA	NA
AK237_00623	813			hypothetical protein	ATGCGCAAATTAAATTCTAATCAGCAGGCATTAGCTAAAGCCATTGGCGTTCACGTGGCGATTGCTGTAGTGTTGCTTATTAGCGTCAGTTTTTCGCCTGAACCATTCGAACCTGTCAGTAACAGTGATGCACCGGTGATACAGGCGACATTTATTGACGCACAAGCTATTGCAGACCAGAAACGGGCAGAGCAGGCCGCAGCGCAAAAAGCGCAGGCGGAGGCCGATGCGAGGGAACGTCAGGCAAGAGAAGCTGCAGCTCAGGAACGCAAGCGTAAAGAAGAGCTAGCCGCGCGGCAGGCCGCGGAAAAGAAAGCGGCTGATAAAAAACGCCGTGAAGAAGCTGAGCGTCAGAAGCAACAGGAACTGAAGCGTATAGCGGCGCAAAAGGAACAGGCACGTAAAGAACGTGAAGCGCAGGAAAAAGCCGACGCGGAAAGAAAAGCAAAAGAAGCAAAGGAAAAAGCAGAACAGGAAAGGATTTTGCAAGAGAAGGCGGAAGCTGAGCGTGCCGCTCAAGCACAGCGTCGCCGTAAACAGGTGATGTCTGAAGTGGATCGCTATCGCGCATTAATCACTTCTAAAGTGCAAAGCTTTTTATATGCAGACGACAGCTTTAAAGGCAAAGAATGTCGACTGAATATTCGCTTGGCAACGTCGGGCTTCGTGACTCAGGTTAAACGACTGGGTGGAGATGACGCACTATGCCGCGCAGCAGAAGCAGCCGTTCGTCGGCCGGATAAATTGCCTATGTCAGATGATCCGGCGGTATACGAACAAATAAGAGATATAAACATAACGGTGAGACTGTAG	MRKLNSNQQALAKAIGVHVAIAVVLLISVSFSPEPFEPVSNSDAPVIQATFIDAQAIADQKRAEQAAAQKAQAEADARERQAREAAAQERKRKEELAARQAAEKKAADKKRREEAERQKQQELKRIAAQKEQARKEREAQEKADAERKAKEAKEKAEQERILQEKAEAERAAQAQRRRKQVMSEVDRYRALITSKVQSFLYADDSFKGKECRLNIRLATSGFVTQVKRLGGDDALCRAAEAAVRRPDKLPMSDDPAVYEQIRDINITVRL				NA	NA	NA	NA	NA
AK237_00624	426	tolR_1	COG0848	Tol-Pal system protein TolR	ATGTATATTCGTAAGCGGCGTCGTCCGGTGTCGGAAATTAACGTTGTTCCTTACATCGACGTGATGTTGGTGCTGCTGATCATTTTCATGGTAACGGCACCACTCATTTCACAGGGTGTTAAAGTGGAACTGCCCAAAGCCAGTGCACAGCCTATCGAGCAGGAAGATACGCCACCACTTATTGCGTCTGTTGACGTTCAGGGGAATTACTATCTCAACGTGGGCGAAGACCAGGAGACGGCATTAGGCACGCAGGAGCTTACCGCCCTGGTGGCAGCAAAGCTTAAAGAAGCGCCTGACACACCCGTTGTGGTGAAAGGGGATGGGCAAGTGGCGTATAACGAAGTGATTCAGTTGATGGTATTACTGCAAAAAGCAGGTGTACCGTCAGTGGGATTGATGACTGATCCTGTGGATGAATCGTAA	MYIRKRRRPVSEINVVPYIDVMLVLLIIFMVTAPLISQGVKVELPKASAQPIEQEDTPPLIASVDVQGNYYLNVGEDQETALGTQELTALVAAKLKEAPDTPVVVKGDGQVAYNEVIQLMVLLQKAGVPSVGLMTDPVDES	PGPT0003755_1718	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	OTHER_HEAVY_METAL_RESISTANCE_SYSTEMS	HEAVY_METAL_RESISTANCE-TonB-ExbB-ExbD_TRANSPORT_SYSTEM,PGPT0003755-exbD-K03559	NA	NA
AK237_00625	681	tolQ_1	COG0811	Tol-Pal system protein TolQ	GTGGAATCTGATTTAACGTTTATCGGACTATTCTTACAGGCGAGTTTCGTCGTTCAGCTTATTATGTTGTTGCTTTTGAGTGTATCGGTGGCGTCCTGGACGTTTATCTTTCAGCGCACAAAAGCATTAAGTGCAGCAGATAAAGAAATGCGTCAATTTGAAGATAAGTTCTGGTCGGGTGCCGACCTCAATCGCCTGTATCAGGAATTGTCCGCACGTCCAAACGTAACAGGCATGGCCAATATATTTTGTGCTGGCTTTAAAGAGTTTGTTCGCCTGCGTAAAGGCAATACCGCCGTTAACGGCATTGTGGATGGCACGTACCGCGCCATGCGTGTATCGATGTCTCGCCAGGTTGAGGAACTTGAAAGTCGCCTGCCATTTTTGGCTACGGCAGGTTCCATCAGTCCGTACATCGGCCTGTTTGGTACCGTGTGGGGTATTATGAATGCGTTTATTGCATTAGGCGAGGTACAACAAGCAACATTGGCGATGGTAGCGCCGGGTATTGCCGAAGCATTGATCGCCACAGCCATTGGTCTTTTCGCCGCCATTCCAGCCGTTATTGCCTATAACCGGTTCAGTCACAAAGTCGAAAAACTTGAAAATAGCTACGGTAACTTCATGGAAGAGTTCTCTGCCATTCTTCACCGTCAGGCTAGCTCGGCACAGCCACAGTAA	MESDLTFIGLFLQASFVVQLIMLLLLSVSVASWTFIFQRTKALSAADKEMRQFEDKFWSGADLNRLYQELSARPNVTGMANIFCAGFKEFVRLRKGNTAVNGIVDGTYRAMRVSMSRQVEELESRLPFLATAGSISPYIGLFGTVWGIMNAFIALGEVQQATLAMVAPGIAEALIATAIGLFAAIPAVIAYNRFSHKVEKLENSYGNFMEEFSAILHRQASSAQPQ	PGPT0003750_3582	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	OTHER_HEAVY_METAL_RESISTANCE_SYSTEMS	HEAVY_METAL_RESISTANCE-TonB-ExbB-ExbD_TRANSPORT_SYSTEM,PGPT0003750-exbB-K03561	NA	NA
AK237_00626	408	ybgC	COG0824	Acyl-CoA thioester hydrolase YbgC	ATGACTGCAAAACATACCATGTCGGTAAGAGTTTATTATGAAGATACCGACGCGGGTGGCATTGTGTATTATGCGAATTATCTTAAGTTCATGGAGAGGGCCAGAACAGAGTGGTTGAGGTCCTTAGGGTACGAGCAGGATAAGTTAATGGAACAATCTATAGCCTTTGTCGTCAAACGGGTTGAAATGCATAACCATGCGCCAGCCAGATTTAATCAATTGTTGAGTATTGAATCGCAAATTGTAGAATTGAAAGGCGCGAGTTTGACTTTCAGACAAGAAATAAAAGATCCGCAAGAAAACCGTTTGGTGACGGCGGACATAAAAATTGCATGTGTAGACCCAGTGGTAATGAAGCCACGGAAATTACCAGCCACTTTGTTAGGGGATTTATCTAGTGGAATCTGA	MTAKHTMSVRVYYEDTDAGGIVYYANYLKFMERARTEWLRSLGYEQDKLMEQSIAFVVKRVEMHNHAPARFNQLLSIESQIVELKGASLTFRQEIKDPQENRLVTADIKIACVDPVVMKPRKLPATLLGDLSSGI	PGPT0001850_7567	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0001850-ybgC-K07107	NA	NA
AK237_00627	1005	ruvB	COG2255	Holliday junction ATP-dependent DNA helicase RuvB	ATGATTGAAGCAGATAGGCTAATCGCGCCCGCCGCCACCAACGAAGACGAGGTGATAGACAGGGCGATACGGCCCAAAATGTTGGCGGACTACACAGGGCAACCCCATGTATGTGAGCAGATGGAAATATTTATTCAAGCTGCGCGCAATCGGGACGATGCCCTCGATCATCTGTTGATTTTCGGGCCGCCGGGTTTGGGAAAAACAACACTGGCCAATATTGTCGCCAATGAAATGGGCGTAAATATTAAAACCACGTCAGGTCCCGTCTTAGAAAAAGCCGGTGATTTGGCAGCGTTACTGACCAACCTCGAACGCAATGACGTGTTGTTTATTGATGAGATCCACCGGTTGAGTCCTGTGGTTGAAGAAATTCTGTATCCCGCCATGGAAGATTATCAGCTTGATATTATGATTGGTGAGGGACCAGCAGCACGTTCTATCAAGCTCGACTTACCGCCATTCACACTGGTTGGTGCAACCACGCGAGCGGGTTCATTAACGTCGCCATTGCGCGATCGCTTCGGTATTGTACAGCGGTTAGAGTTTTACAATATTAAAGATCTGACCACGATTATTCAGCGCAGTGCCAGTTATCTTAATCTTGATATGGACGAGGAAGGCGCGCAGGAGGTTGCACGCCGCTCAAGAGGCACACCACGTATCGCCAACCGCTTGTTACGTCGTGTCAGAGACTACGCCGAAATCAAAGCTGACGGTCAGGTACACGCAGATATCGCTGCGAAAGCACTGGATATGCTTGATGTAGATAAAGAAGGTTTCGACTATATGGACAGGAAACTTCTCACCGCTATTATCGATAAATTCGATGGTGGGCCCGTTGGTCTGGACAATTTAGCGGCGGCTATTGGCGAAGAGAAAGAAACCATCGAAGACGTCATCGAACCTTTTTTGATACAACAAGGCTTTTTGCAGCGTACGCCGCGGGGCAGGATTGTATCGCAACGCGCCTACCTGCATTTCGGATTTGAACCAAAAAGCTAG	MIEADRLIAPAATNEDEVIDRAIRPKMLADYTGQPHVCEQMEIFIQAARNRDDALDHLLIFGPPGLGKTTLANIVANEMGVNIKTTSGPVLEKAGDLAALLTNLERNDVLFIDEIHRLSPVVEEILYPAMEDYQLDIMIGEGPAARSIKLDLPPFTLVGATTRAGSLTSPLRDRFGIVQRLEFYNIKDLTTIIQRSASYLNLDMDEEGAQEVARRSRGTPRIANRLLRRVRDYAEIKADGQVHADIAAKALDMLDVDKEGFDYMDRKLLTAIIDKFDGGPVGLDNLAAAIGEEKETIEDVIEPFLIQQGFLQRTPRGRIVSQRAYLHFGFEPKS				NA	NA	NA	NA	NA
AK237_00628	618	ruvA	COG0632	Holliday junction ATP-dependent DNA helicase RuvA	ATGATAGGCCGCATTGAAGGGCGTTTGCTGGAAAAGCAACCGCCCGAAGTTCTTATTGATGTAAATGGTATCGGCTACGAAGTGCAAATGCCCATGACCAGCTTTTACCAGCTCCCCGCCGTTGGCGACAACGTCGCTATTTATACGCATTTCGTTGTACGGGAAGATGCGCAATTGCTATTCGGTTTTGCCGAAAAAATGGAGCGAGAGTTGTTTCGCGAATTGATTAAAGCGAATGGCGTTGGCCCGAAGCTGGGGTTAACCATTTTATCCGGTATGTCAGCCGGGCAATTTCTTATCAGTGTTCAAAATGAAGATGTAAGTGCGCTGGTGAGTTTACCGGGAATAGGGAAAAAAACCGCTGAACGGCTGGTGGTGGAACTAAAAGATCGTTTGGCTAAGTTTGGAAAGCAACAAGCCATTGCGGTGCCGTTTGATATGGATAATAAGGCCATGGACACCATCGTGCCGTTAAACGACGCCAAAGAAGAAGCGCAAAGTGCACTCGTCGCACTTGGCTATAAACCTGCTCAGGCCAGTAAACTGGTTACCTCGGTTTACCAGGACGGCATGGGCAGTGAAAGTCTTATTCGCGAAGCGTTAAAAGCTGCGATTTAA	MIGRIEGRLLEKQPPEVLIDVNGIGYEVQMPMTSFYQLPAVGDNVAIYTHFVVREDAQLLFGFAEKMERELFRELIKANGVGPKLGLTILSGMSAGQFLISVQNEDVSALVSLPGIGKKTAERLVVELKDRLAKFGKQQAIAVPFDMDNKAMDTIVPLNDAKEEAQSALVALGYKPAQASKLVTSVYQDGMGSESLIREALKAAI				NA	NA	NA	NA	NA
AK237_00629	519	ruvC	COG0817	Crossover junction endodeoxyribonuclease RuvC	ATGATTATACTGGGTATAGATCCAGGTTCCCGGGTAACCGGGTACGGTGTGATTGCACGCAAGCAAGGCAAAATCGTCTATTTAGGAAGCGGTTGCATTCGTGTAAAAAGTGACGTGATGGCAGATCGGCTCGCACAAATATTCACCGGTGTCGGCGAGGTTATTCGACAATTTACGCCGCAGCAATTTGCGATAGAGCAAGTGTTTATGGCGAAAAATCCGGATTCTGCGCTTAAGTTGGGACAGGCACGAGGCGCAGCGATTGTCGCGGCGACCCAAGCGCAACTGCCTGTTGCGGAATATTCAGCCCGACAAATAAAGCAAGCTGTAGTGGGCAAGGGGAGTGCGGAGAAAACACAGGTTCAGCACATGGTAAAGCATCTGCTAAGTTTGCCTGGTACCCCACAAGCCGATGCCGCTGATGCCCTCGCTGTAGCGCTTTGTCATGCGCACACCGAACAAAGCCTGATAAACATGGCTGGCCAAGCCAGTAAAACGGTGCGCCGACGTTTACGGTAA	MIILGIDPGSRVTGYGVIARKQGKIVYLGSGCIRVKSDVMADRLAQIFTGVGEVIRQFTPQQFAIEQVFMAKNPDSALKLGQARGAAIVAATQAQLPVAEYSARQIKQAVVGKGSAEKTQVQHMVKHLLSLPGTPQADAADALAVALCHAHTEQSLINMAGQASKTVRRRLR				NA	NA	NA	NA	NA
AK237_00630	438	nudB	COG0494	Dihydroneopterin triphosphate diphosphatase	ATGGCTTATAAGCGACCGGAATCGGTTTTGGTGGTGCTCTTTAATGAGCATCATCAAATCCTGTTGTTACAACGTAATGATGATCCCGACTTCTGGCAATCTGTTACCGGCACGGTTGAAGAGGGCGAAATCCCGCTTCAAACTGCGTGTCGCGAAGTCGCAGAGGAAACCGGTATCGTATTAACTCCCTCTCAATTATCTGACTGCTCGTCTATCAATCGTTACCTCATTCGGCGTCGCTGGTTACATCGTTATCCTCCTGGAACGCGGTTTAATACTGAACATGTCTTTTGTGCCGAAGTGTCGTCAGGCAGTCAGCTTATCCTTACTGAGCATCTTGCTTACGAATGGCTGGATAAAGCCGACGCGTTGGCTAAACTTTGGTCGCCCTCTAACCGGGATGCGGTAGAAGCATTTGTACCTGGACCGCGAACATGA	MAYKRPESVLVVLFNEHHQILLLQRNDDPDFWQSVTGTVEEGEIPLQTACREVAEETGIVLTPSQLSDCSSINRYLIRRRWLHRYPPGTRFNTEHVFCAEVSSGSQLILTEHLAYEWLDKADALAKLWSPSNRDAVEAFVPGPRT	PGPT0007890_736	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-VITAMIN_B9|FOLATE_METABOLISM,PGPT0007890-nudB|ntpA-K08310	NA	NA
AK237_00631	1872	aspS	COG0173	Aspartate--tRNA ligase	ATGTGTCTTACTGCAAGACAACTTTCCGGCAGCATTGAAGCACTGACCGCAATGCCTTGCAAGTCAGCAACGCCAGGCAGACAACACATTACCAGAGGTTCAGGGACCATGCGCACAGATTACTGTGGGAATATTGATTCATCATACGTCGGCCAGGAAGTCACACTTTGTGGTTGGGTTAACAAGCGTCGTGACTTAGGTGGCGTTATCTTCATCGATCTTCGTGACCGCGAAGGTATTGTGCAGGTGGTCTTCGATCCGGATTTACCGGAAGTGCTGGAAGTGGCGAATAAGCTGCGTAACGAATTCTGCGTAAAGCTCACCGGCAAAGTTCGTCCCCGCCCTGAAGGCCAGATCAATAAACAAATGCGTACTGGCGAAATTGAGATTTTGGGTACCGGCCTGGAAATTATCAATAAATCAGCAGTACTGCCACTGGACTGGAATCAGGAAAACTCTGAAGAGCAACGGTTGAAGTATCGTTACCTTGACTTGCGTCGCCCTGTAATGACTGAGCGCTTAAAATTTCGTGCCCGTGTCACCGGTGCGGTTCGTCGCTATCTGGAAGATACCGGTTTTCTGGATATTGAAACCCCAATTCTGACCAAGGCAACGCCGGAAGGTGCCCGTGATTATCTGGTACCAAGCCGCACGCACAAAGGCGAATTCTTTGCCTTGCCGCAGTCTCCGCAATTGTTTAAACAGTTGCTGATGATGTCAGGTATGGATCGTTACTATCAAATCGTTAAGTGTTTCCGTGACGAAGATTTACGCGCGGACCGTCAGCCAGAATTTACCCAAATCGATTTGGAAACCACATTCCTGGATGCCGATGGCGTAATGTCTATCACCGAAGGCATGATCCGTGACCTGTTCCAGAAAATGCTGGACGTTGATTTGGGCGAGTTCCCGCGTATGACCTACGCAGAAGCGATGCAGCGCTTCGGTAGCGACAAGCCTGATTTACGTAACCCGCTGGAATTAGTGGATGTCGCTGACTTGTTGGAAACTGTAGAGTTTAAAGTATTCTCCGGCCCGGCGACTGATCCAAAAGGCCGTGTGGCGGTTATTCGCGTACCGGGCGGAGCAAGCCTGTCCCGTAAGCAAATTGACGAATACACCAAATTCGTCGGCATCTATGGCGCCAAAGGTCTGGCGTGGATGAAAGTGAATGAAGACAAACCTGGTCAGGAAGGTCTGCAATCGCCAATTCTGAAATTCCTGTCGGAAGATATTACTGATGCGCTGTTACAGCGCACCGGCGCGCAAGCCGGCGATATCTTGTTGTTCGGTGCGGACAGCAAAAACGTGGTCACCGAAGCCATGGGCGCGCTACGTCTTAAACTGGGCGAAGATTTTGAACTGTTGGAAGGCGACTGGAAGCCATTGTGGGTCGTTGACTTCCCCATGTTTGAAGAAGCCGATGGCGCTTTATATGCTTGCCACCATCCGTTCACTGCACCTCGCGACCTGACGCCTGAAGCGCTTAAAGCGAATCCGGCTGAAGCCATTTCTGATGCCTACGACATGGTATTGAACGGTGTAGAGCTGGGCGGTGGTTCTGTGCGTATTCACAATCAGGACATGCAATCTGCCGTATTTACTATTCTGGGTATCGATGAAGAAGAAGCGCAGAATAAGTTTGGCTTCCTGTTAGAAGCATTGCAGTTTGGTGCGCCTCCTCATGCAGGCTTAGCGTTTGGTTTAGACCGTTTGGTGATGTTGATGACCGGCGCAACGTCAATCCGTGACGTAATGGCGTTCCCTAAAACGACTACGGCTGCGTGTCCGCTGACAGATGCACCAAGTCCTGCTAACCCGGCGGCACTGGAAGAGTTGGCAATAGCAACTATTAAAAAGTCTGCCGAATAG	MCLTARQLSGSIEALTAMPCKSATPGRQHITRGSGTMRTDYCGNIDSSYVGQEVTLCGWVNKRRDLGGVIFIDLRDREGIVQVVFDPDLPEVLEVANKLRNEFCVKLTGKVRPRPEGQINKQMRTGEIEILGTGLEIINKSAVLPLDWNQENSEEQRLKYRYLDLRRPVMTERLKFRARVTGAVRRYLEDTGFLDIETPILTKATPEGARDYLVPSRTHKGEFFALPQSPQLFKQLLMMSGMDRYYQIVKCFRDEDLRADRQPEFTQIDLETTFLDADGVMSITEGMIRDLFQKMLDVDLGEFPRMTYAEAMQRFGSDKPDLRNPLELVDVADLLETVEFKVFSGPATDPKGRVAVIRVPGGASLSRKQIDEYTKFVGIYGAKGLAWMKVNEDKPGQEGLQSPILKFLSEDITDALLQRTGAQAGDILLFGADSKNVVTEAMGALRLKLGEDFELLEGDWKPLWVVDFPMFEEADGALYACHHPFTAPRDLTPEALKANPAEAISDAYDMVLNGVELGGGSVRIHNQDMQSAVFTILGIDEEEAQNKFGFLLEALQFGAPPHAGLAFGLDRLVMLMTGATSIRDVMAFPKTTTAACPLTDAPSPANPAALEELAIATIKKSAE				NA	NA	NA	NA	NA
AK237_00632	903			hypothetical protein	ATGACAAAAAGCGATTTCAACGTCCAACTGAACAATTCTCTGCCACCGGTTTATATTGGTGTGCCTCAATGGCAGCACAACCGCTGGCCGCTGGAATGGTTTAACGATGCCGGTGCGCGGAAAAACGCCCTCGGATACTATGCCAGGCATATGAATTCGGTAGAGGGTAACACCACTTTCTATGCCCTGCCCTCACCGGAAACTGTGGAACGGTGGATTGAGCAAACCCCGCAGACATTCCGTTTTACGTTTAAAGTCCACCAGTCCGTAACTCACAGCGGTGCACTCGACCCGAACCACCCTGATATTGAAAAGCAATTGTCGCTGCTGGCTCCGCTGAAGGCGCGGCTGGGAATGCTGATGTTGCAACTGCCCGCCAGCATCGGCCCTGACAGTTTGCAGGCCATCTTCGCCATGCTGCAACAATTTCCGGCAGACATACCTCTTGGCGTAGAAGTACGTCACCCGGCATTTTTTGATAAAGGCGGCGCGGAACAACAATTCAATCGCATGCTCATGGAGCACAAGGTAAACCGGGTCATTATGGATACGCGGGGATTATTCGCCGGTCCATCTGACAGCGAACTGACCACAGAAGTGCGGATGAAAAAGCCCAGACTGCCAGTGAATGTAATTGCGACATCCACGGCACCGGTTGTGCGCTTTGTTGGTGGTAATGACGATGCCGCCAATACCCGCTGCTTGCAGCCATGGATAGAAAAATGCCATCAGTGGCGACTTGAAGGCCGGACATCATACATGTTCTTCCATAAACCGGAAAATGGCGATGCGCCCTGGCTGGCAGCAGAATTTATCGATAGCTATAACGCTCGTTATCCTGAAGCGGGTTTACCAGCACTGACTTTTGCACCACCAGCTGCTGAGCAAACCTCTCTGTTCTGA	MTKSDFNVQLNNSLPPVYIGVPQWQHNRWPLEWFNDAGARKNALGYYARHMNSVEGNTTFYALPSPETVERWIEQTPQTFRFTFKVHQSVTHSGALDPNHPDIEKQLSLLAPLKARLGMLMLQLPASIGPDSLQAIFAMLQQFPADIPLGVEVRHPAFFDKGGAEQQFNRMLMEHKVNRVIMDTRGLFAGPSDSELTTEVRMKKPRLPVNVIATSTAPVVRFVGGNDDAANTRCLQPWIEKCHQWRLEGRTSYMFFHKPENGDAPWLAAEFIDSYNARYPEAGLPALTFAPPAAEQTSLF				NA	NA	NA	NA	NA
AK237_00633	1341	qseF	COG2204	Transcriptional regulatory protein QseF	ATGAATGAATCCGGAGCGCGAAACGCCAGATTATTGCTCGTTGACGACGATAAAAGTTTACTTCGCCTGCTGACCATTCGCCTTGAAGGTGAAGGGTATCAGGTGACCGCGGTGGAAGATGGACAGGCAGCGTTACGCAAAATTCGTAGCGATGACTACGATGTGGTGTTGTCTGACTTACGTATGCCGGGCCTTGATGGCTTAAGTTTATTCGAAGAAATCATGGGCGTCCGCAAGGATATTCCTGTGATATTGATGACAGCCCACGGTACGATTTCTGATGCCGTTGCGGCAACCCAGCGTGGTGTGTTCGGCTTCTTGCCTAAGCCGGTAGACCACGATGAATTACGCAAATTATTACAAAAAGCACTGAGCCAGTCGTTATCTGTTCAGCCGGAAGAGTGGTGTAAAGATATCATCACTCGGGCGCCAGAGATGACCAGTGTGATGGATCAGGCTTATCGGATTGCCCAGCGTGAAGTGAGTGTGCTCATTAGTGGTGCCAGCGGTACCGGTAAAGAACTGCTGGCAAATGCCATTCACCGCGCCAGCAACCGTCGAGATAAGCCGTTTATTGCCATTAACTGTGGCGCATTGCCTGAAAATCTCCTCGAATCGGAGCTTTTCGGTCACGCCAAAGGCGCCTTTACCGGTGCGGTGCATGCAAACCCAGGGTTATTCCGTGAAGCGGATGGTGGCACCTTGTTCCTCGATGAAATTGGCGATATGCCAATGACGTTGCAGGTGAAATTGCTGCGTGCGTTGCAGGAGCGTCAAATCCGCCCGGTGGGCAGTGCCAAACACGTAGACATCGACGTACGTATAATTTCTGCTACTCACAAAGATTTACACAAAGAGATGGAAGAGGGCAGCTTCCGGGAAGATTTGTATTATCGTCTTAACGTGGTAAATCTGAAACTACCTTCCCTGAAAGAACGTAGTGAAGATATTCCATTGCTCGCCCGTACGTTGCTTCAGCAAAGTGGACAGCGTCATGGTGTAAATGTGACGCAGTTTTCTGATGATGCCATGCAATTGTTGGTGAAATCAGAATGGCCCGGTAACGTGCGGCAACTGGTTAACGTGGTAGAGCAGTGTGTGGCACTCACGCAAACGCCGGTGATCCCGCTACATCTGGTGCAACAGGCGCTGTCGGCTACCCGCCAGAGCTGGCTAACACTAACCGAAGCCCGCGATGCCTTTGAACAGAAGTATCTGCACAAATTATTGAAAATGACCGACGGTAACGTGACCCGTGCCGCCGAGTTGGCCGGTCGTAACCGCACCGATATGCATAAGCTGATGAAAAAACATGAGCTGGATGCCGGTGATTTCCGTTAG	MNESGARNARLLLVDDDKSLLRLLTIRLEGEGYQVTAVEDGQAALRKIRSDDYDVVLSDLRMPGLDGLSLFEEIMGVRKDIPVILMTAHGTISDAVAATQRGVFGFLPKPVDHDELRKLLQKALSQSLSVQPEEWCKDIITRAPEMTSVMDQAYRIAQREVSVLISGASGTGKELLANAIHRASNRRDKPFIAINCGALPENLLESELFGHAKGAFTGAVHANPGLFREADGGTLFLDEIGDMPMTLQVKLLRALQERQIRPVGSAKHVDIDVRIISATHKDLHKEMEEGSFREDLYYRLNVVNLKLPSLKERSEDIPLLARTLLQQSGQRHGVNVTQFSDDAMQLLVKSEWPGNVRQLVNVVEQCVALTQTPVIPLHLVQQALSATRQSWLTLTEARDAFEQKYLHKLLKMTDGNVTRAAELAGRNRTDMHKLMKKHELDAGDFR	PGPT0018845_297	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-QSR-AUTOINDUCER_PERCEPTION	CE-QSR-SULFATE|PHOSPHATE_PERCIPITATION|SIGNALLING,PGPT0018845-qseF|glrR-K07715	NA	NA
AK237_00634	594			hypothetical protein	ATGAAAATCAAATTATTGTTGCCCATAGTCGCCTTGTTAGGTGGATGCGCAGCGATAGAAGGGAATGAGTCTGCACCAGTTATACCGGTTGAAGAAAACAATAAACCGCCGCAACTGGTGGAGAGTGATTCTCTTTGTTTGGTAGAAAAAGACACTGAAAGGTTTGAGCATCAGTGCGATTTACTCTATTGGGTTAATTTATGGGTCCAAGCCGATAACACCCGCTGGCCTGTCAGGAAAGAGGCTATTGCCAATTTGGCAGACTCTACCGAAGACAAAATTAAGAAAGTGATTTTGTCGCTTCCTGTAGACACGCCTTACCAAAGCCGTTTACGTGCCCAGCACTGGTTATCAGAGGTTCAGGAAAAGCTGTCGCCACAGATGAAAACGGTGGTGAAAACCATTGTCGAAGCGCCTAACGATGAAATGCTTGAGCTTGAGTCGGCCATGGTGATTTTAAATCGTGTAAACACAGATAAAGAAAAACAGTTACAGATGTTAGAGAAAGAACTGGAATTGCAAACAAAGAAGATGGAAGAGTTGCTTAAAGTTGAAGCAACACTGATGGATAAAAACAGGAGTACGCAGCGATGA	MKIKLLLPIVALLGGCAAIEGNESAPVIPVEENNKPPQLVESDSLCLVEKDTERFEHQCDLLYWVNLWVQADNTRWPVRKEAIANLADSTEDKIKKVILSLPVDTPYQSRLRAQHWLSEVQEKLSPQMKTVVKTIVEAPNDEMLELESAMVILNRVNTDKEKQLQMLEKELELQTKKMEELLKVEATLMDKNRSTQR				NA	NA	NA	NA	NA
AK237_00635	1305	glrK		Sensor histidine kinase GlrK	TTGGCAAAAGTCGGTCGAATGACCACTATTGAGACGCGTTATGTCGTGACCGTTGTGGGCTACCTGCAAAACCTTGATGGTGCTGCCATTGATCTGGAACGCACACTCCGTCAATACGCTATTATCCAGAATGCCACCGTAGCAGATTTAACTGACAATGCCATTGCACAGTTTGCCAGTGCAGAGGAAAAACTGTGTGGCATCGTACCAAGCAGTGAAAATTGCAGTTTGCTTAATAAGCAAATTGAGCAATTACGAAACTTTCGAACAATCAACGATCAACTATTGCTAAATGCCTATCTGGCGTCATTAAGCAACGGCGTGGCAGCCATGCGTAAAGATGTCGACAAAGCCATTCAAACCCGACTGGCCGTTCAGCAGGAAGACATGGCAGATATGCAAGCCAAGCAAGCCTGGTCGACAGCATTATTGGTTAGCGTTTCATTACTGCTTATTCTGCTCGGCAGTCAGCTCATTGTTAATCCTGTTCGCAAGCTCAAGCAAATCATTCAAATTCTCGCCCACCAACGTGGCGAACTTCCGCCTTTGTCAACCAGGGCACCTTATGAACTTATTGGCGTGGAAAGAGATCTACATTGGCTCGCGGAACGTTTACAGCAGCTTGAACATATTCGCACGGCATTGCTTCGTCACGCCGCCCACGAATTAAAAACGCCACTGGCCAGTATTAAAGAAGGGTGCAGTTTGCTGTCTGAGAACGTGGTGGGGGAATTAAATCCGCAACAAGTTGAAGTCTTATCTTTACTCAGTTCCAGTACGCAACGACTAAACACCTTGGTCGAGAAGTTATTAGATTACAATTTACTACTGCAACAAGCCGAACCGAAATTTACGGATATAAATCCAGAGGATTTGGTACGCGACTGTATCGAAGATTACGCCCTTGCACTGCAAGATCGTGAAGTTACCGTAGATGTCACGGTGGCATCAATCAGTGTGGATGAAGAATTATATCGGAGAATATTAGATAATTTGGTGTCCAACGCGGTAGCCCATGGTGCAGTTGGACGTCCGATTTCAGTTAAAATTTATCAACAAGAGGACGTTGCCGTCCTCGATGTAGCAAACCGCGGTAAGAAAATACCTGAGGAAAAAGTGGGTAAGTTGTTTGAGCCGTTTACCCGGGGTGACGATCCCAGAAACGACAATGTCATTGGAACGGGCCTGGGCCTTTCCATTGTTTCAGATTGCGCGCGTCTGATGCACGGCGATGTTGCTGTTGTTGAAGTCGATTATGCCGATGTCTGTTTTAGAGTAAGCATTCCGCAGAAGGAAATACGTTAA	MAKVGRMTTIETRYVVTVVGYLQNLDGAAIDLERTLRQYAIIQNATVADLTDNAIAQFASAEEKLCGIVPSSENCSLLNKQIEQLRNFRTINDQLLLNAYLASLSNGVAAMRKDVDKAIQTRLAVQQEDMADMQAKQAWSTALLVSVSLLLILLGSQLIVNPVRKLKQIIQILAHQRGELPPLSTRAPYELIGVERDLHWLAERLQQLEHIRTALLRHAAHELKTPLASIKEGCSLLSENVVGELNPQQVEVLSLLSSSTQRLNTLVEKLLDYNLLLQQAEPKFTDINPEDLVRDCIEDYALALQDREVTVDVTVASISVDEELYRRILDNLVSNAVAHGAVGRPISVKIYQQEDVAVLDVANRGKKIPEEKVGKLFEPFTRGDDPRNDNVIGTGLGLSIVSDCARLMHGDVAVVEVDYADVCFRVSIPQKEIR	PGPT0018840_508	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-QSR-AUTOINDUCER_PERCEPTION	CE-QSR-SULFATE|PHOSPHATE_PERCIPITATION|SIGNALLING,PGPT0018840-qse|glrK-K07711	NA	NA
AK237_00636	273			hypothetical protein	ATGAAGCGTATTGAGAAATTATTTTTATTGTTATTAACCATCGTGGCAATTCAAGCGGTGGCCGTAGCGGATGCAAATGCCGATGAGACGTTAATGTCGCAATTGGATGAAGATCAGGATGGTTATATTTCACTTAAGGAAGCGGTGGCCGATACCCGTTTGCTACGCATTTTTAGTCAAATCGATGAAGATGCAGACGGACAGCTTAGCGTTGATGAATTGAAAAACAGTGATCACGTTGAACTCGTCAGCATGCGAGCATCTTCTAAATAA	MKRIEKLFLLLLTIVAIQAVAVADANADETLMSQLDEDQDGYISLKEAVADTRLLRIFSQIDEDADGQLSVDELKNSDHVELVSMRASSK				NA	NA	NA	NA	NA
AK237_00637	2061			hypothetical protein	ATGAAATTGCCGTTGACGCTGCTCATTTCAACGGCAGTCGCAGCGTCGGTAATCGTCGTATATTTGGTGTCTTTAAATGCACAACAATCCAGGCTTTCAGCTTTACAGCATGAGCAATTAGCCGCTGTCGTACAAAATGCGTCCACTCGTTTAGCTTCCACTATTTCTGCAAAAGACACTGACATCGCTGTCATTGACGATGAACTGGCATTAATCGCTAACCATAAATATGTCATTGCTGCCTATGTGTTCAACTCTCGCAAAGAGTTGATCGCAGAAAACGCAAAGCAGCAAAATGACGCGCTGATTAGTCGAGCCAAACAACTTCCTTCGGGTATCAAGTCTGACAACGGCTTAATGTTTGCGGTGTCGAATATCGGTAAAGAGCCTTATGTGCAGGGCAGTGTTGTGGTTGTCAGCGATGTCACCACTATGTTGTCGCAAAGTCAAAACACCCTCTTTTTCCAGCTCGTGCCTTATATTGCAGCTACCATCCTTCTTACTATTCTTTTGGCGTTAATGGTGAGTAACCGATTGCTTAAGCCGTTGCATGCGCTTATTGCATTTACGCAAAAAATTGGCAGAGACAAAGATTATTCGCTGCGATTCTCAGACGAACACCACCATGAAGTGCAAAAGCTAGGAAGCAGCATCAATAGTTTTTTAGACACTATTGAAGTTGAATTGATCATAAATAAAGAACAAAACGATACCCTGGTTGAACAGCAACAAACCATGATGCGCTTAGCCAATTACGATAGCCTGACGGGATTGCCCAACCGACAATTTGTGGTCGATAACCTTCGTCTTGAGTTAGCGCGGGTGCGTCGTACTAAAGACGATCTGGCGCTGGTATTTTTTGATCTTGATGGCTTTAAAGGAATCAATGACTCGTTAGGACATGAAACCGGCGACCTCATCTTAATCGAAGTGGCAGATCGGGTTGTGAATATGCTCCGCGAAGGGGATCTCATTGCCCGACTTGGCGGAGATGAGTTTATTATTGTGCCTGACAGAGATGTGTCAGAGGCCAGTTTGAAGAATCTGGCAGATAAATTGATTGCCGCCTTTAAAGACCCCTTTATGCTACGGGGCCTTGCACTTACCGTTGGTGTGAGCGTCGGTATCGCCAAAGCCAGCGATGCTGAATACGAACTCAGTCAGCTAATGAGTAATGCCGATTTAGCCATGTATCGCTCGAAAGCTAAAGGCAGAGGAACCTATACACTCTTTACTATTGATATGGTGGAGTCGTACAAGCGCAAGATGTCCATCGCCAACAGTATCGATAGTGCTATTCGTAACGATGAGTTTCTGGTTTATTATCAGCCGAAAGTGTCCCAGCAAGGCAACATTATTGGTCTTGAAGCGCTTATTCGATGGCAGCATCCAGAGTTTGGAATGGTCATGCCTTCTGAGTTTATTCCTATTGCCGAGCAAGGCGGAAAAATCTCAGCCATTACCCAATGGATGATTGAACGAGCGTGTATGGAATTGCCTGATTTACAAATGTTAATCGAGCAAAAGTTTAAGGTGGCGATTAACTTATCTGGTCACGATTTGCGCCATGCCGGTCTGTTCGATGATATTTATGAATTGTTTGAGCGTTATCAGGTTCATGCAGAGTATTTTGAATTCGAGGTTACCGAATCCGCCTATCTTGAAAACTTTGCCATGGCGGATAAATTCTTTAAACGTCTTAGTAATTTAGGGTGTGCCATCGCACTTGACGATTTTGGAACAGGTTATTCATCGTTGAGTTACCTGACGCAAATCACAATCGACACGTTGAAAATTGATCGACAGTTTATTCGCGAACTAGAGTCATCTGAACGTTCACGCCTTGTGACCGGAACCATCATAGATTTAGCCAAACGACTGGCGTTGACCGTGTGTGCAGAAGGTATAGAAAAACCGAGTCAGTGGGCATACCTTATCGAACACGGCTGCGACCACGTACAAGGCTTTTTATTCAGTCAGCCCGTTCCATTATCCAAACTGCTCACCTTAGAGCAAAACTTCCTTCATCATTTGCACGAGCCTAACGCGGCGCAAGGGTAA	MKLPLTLLISTAVAASVIVVYLVSLNAQQSRLSALQHEQLAAVVQNASTRLASTISAKDTDIAVIDDELALIANHKYVIAAYVFNSRKELIAENAKQQNDALISRAKQLPSGIKSDNGLMFAVSNIGKEPYVQGSVVVVSDVTTMLSQSQNTLFFQLVPYIAATILLTILLALMVSNRLLKPLHALIAFTQKIGRDKDYSLRFSDEHHHEVQKLGSSINSFLDTIEVELIINKEQNDTLVEQQQTMMRLANYDSLTGLPNRQFVVDNLRLELARVRRTKDDLALVFFDLDGFKGINDSLGHETGDLILIEVADRVVNMLREGDLIARLGGDEFIIVPDRDVSEASLKNLADKLIAAFKDPFMLRGLALTVGVSVGIAKASDAEYELSQLMSNADLAMYRSKAKGRGTYTLFTIDMVESYKRKMSIANSIDSAIRNDEFLVYYQPKVSQQGNIIGLEALIRWQHPEFGMVMPSEFIPIAEQGGKISAITQWMIERACMELPDLQMLIEQKFKVAINLSGHDLRHAGLFDDIYELFERYQVHAEYFEFEVTESAYLENFAMADKFFKRLSNLGCAIALDDFGTGYSSLSYLTQITIDTLKIDRQFIRELESSERSRLVTGTIIDLAKRLALTVCAEGIEKPSQWAYLIEHGCDHVQGFLFSQPVPLSKLLTLEQNFLHHLHEPNAAQG	PGPT0026010_1469	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCAN_METABOLISM	CE-EPS-GALACTOGLUCAN_METABOLIC_PATHWAY,PGPT0026010-mucR-K21023	NA	NA
AK237_00638	447			hypothetical protein	ATGTTAAAAGCTGTATTGGATCTTTTTCGTGACGATCCTTCCGATAAACCAACAACCCATACCGTAGAATTAGCGACAGCGGCGCTACTCAGCGAAATTATTCGTGCAGACCGGGAGGCAGATCCGCGTGAGCTGGAAGCCTATCAGGCGCTACTCGATAAACAATTTTCCTTATCTGAGGCTGAACTTGATACCCTGATGGAGAAAGGTCAGTCGTCTGCGGAAGAAGCCGTCGATTTGGTGCAATTTACCCATGTCATTAATCAAAAGTGTAATATTGATGAAAAGCAGGCTATTCTAACGGGCTTATGGGAAGTGGCCTATGCAGATAAAAATATTGCGCCTATTGAGGAGCATACAATACGACGCATAGCCGACTTGTTACATTTACCGCATAGTCAGTTTATTAAAGCAAAACTCTCTGTCACAGAGCAGTCTGCTGAGTAA	MLKAVLDLFRDDPSDKPTTHTVELATAALLSEIIRADREADPRELEAYQALLDKQFSLSEAELDTLMEKGQSSAEEAVDLVQFTHVINQKCNIDEKQAILTGLWEVAYADKNIAPIEEHTIRRIADLLHLPHSQFIKAKLSVTEQSAE				NA	NA	NA	NA	NA
AK237_00639	1650	cheB_2		Protein-glutamate methylesterase/protein-glutamine glutaminase	ATGAAAATTCTCATTGTTGATGACGAGTCGCTCAACCGGTTCTTGTTAAAGCACATGCTGGAAGAAGAGGGGTATATTGACTGTCATGAGGCCAGAAATGGTGCAGAAGCCCTTGAATTAGCGCAGCAGTTAAAGCCCGATTTAGTGCTCCTGGACGTAATCATGCCAGAGATGGATGGTTACGAGGTTGCGCCGCAACTTAAGGCGCTGTATGGCGACAGTTATCTTCCTATTATATTTATTACGTCGTTAGACGATAAAGAAAGTTTGGCGCGATGCCTGGAAGTGGGCGGCGACGACTTCGTCGCCAAGCCCTTTGATAAAGTTATCTTAGCCGCAAAAATCCGCGCTCACGGTCGAATTCGTCAGTTAAGCAATAAAATAGAACTGCAAAATAAATCGCTTCGCTACTTTCAGCAGTCTGTTGATCGTGAACATACCATCGTTGAGCATATCTTCAATAACGCTATCGTTAATAAGCCCAACGTGAATCGCTTTTTCGATTTTAAACTCTCCCCGGCAGCCATGTTTAATGGCGATGTCTTCTTATGTGAGTCGAGCCCTGCGGGCGGCCTGTATTTTATGGTGGGAGATTTTACCGGACACGGCCTGGCATCAGCCATAGGGGTTTTGCCCGTCAGTCGCTCTTTCCGGTCTATGGCCAAAAAAGGCCTGTCGGCGGGCGAAATGGCTGCAAGACTAAACAAAACGTTGTTATCACTCTTGCCCCCTGACATGTTTTGCGCCGCTGTAATTGTAGAAGTCGATGTAACTGGCACACGGTTTACGGTGTGGAATGGTGGTATGCCGCAACTATTGTTGAAATCTGCTGCTACGTCGAAAGTGCGATGTATTCCACCCCGGCACATGGCACTGGGTATTTTAGAAAAAGAAGAGTTTGAAGACGATTGCGAAGTGTTTGAAGCCTCCGAAGGCGACCAATTATTGATTTATACCGACGGCCTCATGGAGGTGATGAATACCAAAGGTGAAATGGCAGACGAACAGGGGGTCATTCGCTGGTTCTCTGCACCCGGTCGCGTCACCGCGCAAACATTGCATGATGAGGCGGTTAAATATCGTGGCGAGCTTCATCAGGCTGACGATATGACCATCGTTTTATACGCTTGCCAATCGCTAATGTCGCTAAAAAGCGAGTTTACCACTAACGAACTGCCCTATAGTATTAGCTTAAGCTTACACGGCCAGCAACTTCGTAATGAGCATATCATCGCGTCGCTCATGGAGATGATTAATTCTCAGCCTGGCATGACGCTGGTTCGTTCCGAGCTCTACACCATTTTGTCCGAGATGTTTAACAATGCTTTGGAACATGGCATCTTAAAACTTGATTCTTCCCTGAAATCATCTCCAGATGGCTTCTTAGCCTATTATCAGGCAAGAGAAGTGCGCCTGGCTAACCTGCAAGATGGCAAGATCGCCTTTCATATTCAGTTTATTCCCCACGACGCTGCCCTCGATATCACCATTTCGGATTCAGGCGGCGGGTTTGATTTGTCGGTATTAAATGACACCGATGCGGGCAACAGCTTCGGCCGCGGGGTAACCTTGTTACGAGAGTTGTGCGAAAGTCTTCAATATGCAGATAATGGCAGTACGTTAAAAGTCCGCTTGTCTATGGACAAGTAA	MKILIVDDESLNRFLLKHMLEEEGYIDCHEARNGAEALELAQQLKPDLVLLDVIMPEMDGYEVAPQLKALYGDSYLPIIFITSLDDKESLARCLEVGGDDFVAKPFDKVILAAKIRAHGRIRQLSNKIELQNKSLRYFQQSVDREHTIVEHIFNNAIVNKPNVNRFFDFKLSPAAMFNGDVFLCESSPAGGLYFMVGDFTGHGLASAIGVLPVSRSFRSMAKKGLSAGEMAARLNKTLLSLLPPDMFCAAVIVEVDVTGTRFTVWNGGMPQLLLKSAATSKVRCIPPRHMALGILEKEEFEDDCEVFEASEGDQLLIYTDGLMEVMNTKGEMADEQGVIRWFSAPGRVTAQTLHDEAVKYRGELHQADDMTIVLYACQSLMSLKSEFTTNELPYSISLSLHGQQLRNEHIIASLMEMINSQPGMTLVRSELYTILSEMFNNALEHGILKLDSSLKSSPDGFLAYYQAREVRLANLQDGKIAFHIQFIPHDAALDITISDSGGGFDLSVLNDTDAGNSFGRGVTLLRELCESLQYADNGSTLKVRLSMDK	PGPT0025865_280	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-BIOFILM_REGULATORS	CE-OTHER_BIOFILM_REGULATORS,PGPT0025865-hsbR-K20977	NA	NA
AK237_00640	306			STAS-domain containing protein	ATGACAATTGCAGCGAATTTGGCAAATGATGGTACCACATGGGTCATTCAGTTAGACGATAAGTTCGATTTTGGTAAAGTGCAGGAATTTCGTGATGCGTACATGTCATTGCCAAAAGAAGTAACTACCGTTGATGTAGATTTAGGCAAGACTGAGTACATGGACAGTTCCGCCCTTGGCATGTTGTTGAATATGCAGAAAACACTCGCAGATAAAGAGCTCAAATATAAAATTAGCCACTGTCGACCTCAAGTCGGCCGCATTTTAACCATATCGCGGTTTGATAAGAAATTTGATATTTCATAG	MTIAANLANDGTTWVIQLDDKFDFGKVQEFRDAYMSLPKEVTTVDVDLGKTEYMDSSALGMLLNMQKTLADKELKYKISHCRPQVGRILTISRFDKKFDIS	PGPT0025860_231	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-BIOFILM_REGULATORS	CE-OTHER_BIOFILM_REGULATORS,PGPT0025860-hsbA-K20978	NA	NA
AK237_00641	324	yciH	COG0023	putative protein YciH	ATGCAAGACTCAAAATTAGTATACAGTACCGATGGTGGTCGAATTGAAGACTCGAAACCACAAATGTCCCGCTCAACATCCAAAGACGGCGTGGTGAGAATTCATCGGGAAACGAAAGGCCGTAAGGGCAAAGGTGTGTCGGTTATCCATGGATTAGATATGGATGCTAAAACCCTCAAAGCCCTCTGCACAGAACTCAAAAAGAAATGCGGATGCGGCGGTGCAGTGAAAGATGGCACGATTGAAGTTCAGACCGATGATCGGGAAAAACTCAAAGCCTTGCTGCAAGATAAAAAACTAACGGTAAAACTGGCCGGCGGATAA	MQDSKLVYSTDGGRIEDSKPQMSRSTSKDGVVRIHRETKGRKGKGVSVIHGLDMDAKTLKALCTELKKKCGCGGAVKDGTIEVQTDDREKLKALLQDKKLTVKLAGG	PGPT0015030_1915	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	UNIVERSAL_STRESS_RESPONSE	STRESS_SIGNALLING_PROTEINS	OTHER_STRESS_RESPONSE_PROTEINS,PGPT0015030-yciH-K03113	NA	NA
AK237_00642	801	rssB_1		Regulator of RpoS	ATGGAAAAGCTTTCAATCGCTGATTTGCACATTGTGCTTGTAGAACCCTCAGATACACAAAGAAAAATAATTACGACCCTGTTGCAGAAAGAAAACGTCAGAGAAATTGACGCGGTCAGCTCTATTTCAGAAGCGCAGGCTGCAATTGAATCGCATAGTGCCGATCTGGTGGTCAGTGCCATGTACTTCGAAGACGGCACTGCTATCGAGCTGCTAAAATTTATTAAAAGTAACCCTCAATACGCGTCTATACCGTTTATGCTAGTGTCGAGTGAAAGCCGCACAGTAAAATTGGAAGAATTTAAACAAGCAGGTGTGGCAGCAATTCTTCCTAAGCCTTTCGAACCAATACATTTATCACGTGCATTGAACGCCAGTTTAGATCTTATCAACCACGATGAATTAGAGTTAGAACTGTTCGATGTCCATGAAGTACGCGTACTTTTAGTCGACGACAGCCGCTTAGCCAGAAATCATATTCGCCGAGTGCTTGAAGGCATGGGGCTTAAGAAAATTACTGAAGCTGAGAATGGTGCCATGGCGCTCACGCACATTAAAGATTCACAATTTGATCTGGTGGTGACTGACTATAATATGCCTGAAATGGACGGGCGGGAACTGTCTGAATTTATTCGCTTTAATCCCGAAACCGCGCATATTCCAATCATTATGGTGACGTCGGAATCTCAGGATAGTATGCATATGGCCAATATTCAGCAAACAGGGGTTAATGCGCTGTGCGACAAGCCTTTTGAACCCACCGAGGTACGTGCAATGCTAGCGGCGTTATTGGGTGAATGA	MEKLSIADLHIVLVEPSDTQRKIITTLLQKENVREIDAVSSISEAQAAIESHSADLVVSAMYFEDGTAIELLKFIKSNPQYASIPFMLVSSESRTVKLEEFKQAGVAAILPKPFEPIHLSRALNASLDLINHDELELELFDVHEVRVLLVDDSRLARNHIRRVLEGMGLKKITEAENGAMALTHIKDSQFDLVVTDYNMPEMDGRELSEFIRFNPETAHIPIIMVTSESQDSMHMANIQQTGVNALCDKPFEPTEVRAMLAALLGE	PGPT0015690_59	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-MOTILITY|CHEMOTAXIS	CHEMOTAXIS_PROTEINS	CHEMOTAXIS_TWO_COMPONENT_SYSTEM_PROTEINS,PGPT0015690-cheY|yneI-K03413	NA	NA
AK237_00643	1188	pheA	COG0077	Bifunctional chorismate mutase/prephenate dehydratase	ATGTCAGAACCCGCTTTAGATGCAGTAAGAAAACGTATTACAGAACTGGATAGTCAGTTACTGAGTATGCTTGCCGAACGACGTCAGTTAACCAACGAAGTCGCTGAAACTAAGATTCGTCACCACATTCCGGTTCGCGATGTAAAGCGCGAGGAGCAGTTATTAATCCGGTTAATCAAAGAAGGTCAGAATGTAGGTCTGGATCCACATTACGTTACGCAAATTTTTCACGTCATCATTGAAGACAGTGTGCTGAATCAGCAAGCGATGCTCGCCGAGCGCGCAAACCCAGGTAGCGCCCTCCCCCTTAACCGTGTCGCATTTTTAGGGGATAAAGGATCTTATAGCTATTTAGCCACACAGAAGTATTTTTCCCGCCGCCCCGGCGAGCTGATGGAAATGGGATGCCAGAGTTTTGCTGAAATTGTACAAAAAGTAGAGAAGAACGAAGCCGATTATGCCGTATTGCCCATTGAAAACACCAGTTCAGGCAGTATCAATGAAGTGTATGACCAGCTCCAGCATACCCAGTTGAGTATTATCGGTGAACTGACTCACCCCGTCCGACACAGTTTACTTGTGGCAAAAGACACCAGCATTACCAATATCAAAACCCTCTATGCGCATCCTCAGGTATTCACTCAGTGCAGTCATTTTTTGGCCGAATTGGGTAATGTGGAAGTGAAAACCATGGACAGTACATCATCAGCAATGCTCACAGTTAGTGAGTTGCAACGTGATGATGTTGCTGCCATCGGCAGTGAGGCCGGCGGAAATTTGTATGGTTTAATGGCAATTAAATCAAATTTAGCTAATCAGAAAGAAAACCACAGTCGCTTCTTTGTTGTATCCCGCGACCCGGTGAAAGTACCACTTCAGGTACCGGCGAAGACCACCGTTATTATGTCAACAGTGCAAAAACCCGGCGCCCTGGTAGAAGCATTAACCGTATTGAAAGACAATCATCTGAATATGACAAAACTGGAATCACGCCCTATTCCAGGTAACCCATGGGAAGAAATGTTTTACATCGACTTCGAAGGGAATATAGAAGACGGTCCGGTTCAAAATGCCATAGAAAGCCTGAAAAGAATGACCCGGTACTTAAAAGTATTAGGTTGTTACCCCAATGAAGAAGTGAGCCCAACAAAAGTAGCCGCCGCTAACGCGCTCATTACCGGCGAATAA	MSEPALDAVRKRITELDSQLLSMLAERRQLTNEVAETKIRHHIPVRDVKREEQLLIRLIKEGQNVGLDPHYVTQIFHVIIEDSVLNQQAMLAERANPGSALPLNRVAFLGDKGSYSYLATQKYFSRRPGELMEMGCQSFAEIVQKVEKNEADYAVLPIENTSSGSINEVYDQLQHTQLSIIGELTHPVRHSLLVAKDTSITNIKTLYAHPQVFTQCSHFLAELGNVEVKTMDSTSSAMLTVSELQRDDVAAIGSEAGGNLYGLMAIKSNLANQKENHSRFFVVSRDPVKVPLQVPAKTTVIMSTVQKPGALVEALTVLKDNHLNMTKLESRPIPGNPWEEMFYIDFEGNIEDGPVQNAIESLKRMTRYLKVLGCYPNEEVSPTKVAAANALITGE				NA	NA	NA	NA	NA
AK237_00644	1464	betB	COG1012	NAD/NADP-dependent betaine aldehyde dehydrogenase	ATGTCGAAAGAAAGACTTCTTAATTTTATTCACGGCAAGGCTGTCAGTAATCAGTCAGGAGAGACCTTTTCTGTTACTAACCCCGCGACAGGAGAAGTCATTTATGATGTTGAAGTCGCTGATGACGAGGTACGACAAGCTGCCATCAACAGCGCTAAAGAAGGTTTTAAGCAGTGGTCATCGATGACGGCCATGGCACGTTCGCGAATACTGCTTAAAGCCGTCGCCATTTTACGTGAACGGAACGACACGTTAGCACGCTATGAAGTGCTGGATACGGGTAAGCCGATCCAGGAAGCCGACTGCGTCGACGTAGTGACCGGGGCCGATGCGATTGAATATTTTGCCAACCTGGCGCCTACGCAGGTGGGGCAACAGCAAGATTTAGGTGGCGACTTTTATTACACCCGTAAAGAACCCCTGGGAATTTGTGCCGGAATTGGTGCCTGGAACTACCCTATTCAAATTGCGTGCTGGAAAGCAGCACCTGCGCTGGCGGCAGGCAATGCCATGCTGTTTAAGCCGTCAGAAGAGACCCCTCGCGGCGCGGTAGAATTGGCCAAGGTATTTATAGAGGCCGGCGTTCCCGCGGGAGTTTTCAATGTTGTGCACGGTGATGGGCAGGTAGGTCACTGGCTCACCACACATCCGGATATTGAAAAAGTGTCGTTTACCGGCGAAGTCGGAACGGGTCGAAAAGTCATGGAAGCCGCCGCCAGTAACTTAAAAGATGTCACCATGGAATTAGGCGGCAAGTCGCCGTTGATCGTATTTGACGATGCAGATATTTCACAGGCCGTTGGTGCCGCTATGCTGGGAAATTTCTATACGCAGGGCGAAGTGTGCACGAACTGCACCCGGGTGTTTGTCCATGAAAGCGTGTACGACGCATTTATTCACGAATTACAAACCCGTACGGAAAGTAATATTAAGGCCGGCGATCCACTGAACCCAGAGGTAAATTTCGGCGCCCTTATTTCGAAAAAGCACCGCGATCTGGTGTTAAGTTACATCGAGAAAGGTAAAGCGCAAGGCGCCACACTACTGACGGGAGGCACGATATTGTCTCCCGACGATGCGCCAAATGGCTACTTCGTTGCTCCGACAATTTTCACTGATTGCACTGACGACATGACGATCTGTCGGGAGGAGATATTCGGCCCGGTGATGAGTGTTCTGACCTTTACTGACGAAGACGAAGTCATTGCCCGCGCCAACAACACGCCTCTTGGTCTTGCCGCTGGCATCATGACAAAAGATGTACAGCGCGCCCATCGCGTTATTCACCAATTGAAAGCCGGTATTTGTTGGGTAAATAACTATGGCGCCTCGCCAGCGGAAATGCCCGTAGGCGGTTATAAGCTCTCTGGCATTGGCCGGGAAAATGGTATTGAGACATTGGATCAGTATACCCAGACAAAATCTGTCTATATGGGTATGTTGCCCCTTGAAGCACCGTTTTAA	MSKERLLNFIHGKAVSNQSGETFSVTNPATGEVIYDVEVADDEVRQAAINSAKEGFKQWSSMTAMARSRILLKAVAILRERNDTLARYEVLDTGKPIQEADCVDVVTGADAIEYFANLAPTQVGQQQDLGGDFYYTRKEPLGICAGIGAWNYPIQIACWKAAPALAAGNAMLFKPSEETPRGAVELAKVFIEAGVPAGVFNVVHGDGQVGHWLTTHPDIEKVSFTGEVGTGRKVMEAAASNLKDVTMELGGKSPLIVFDDADISQAVGAAMLGNFYTQGEVCTNCTRVFVHESVYDAFIHELQTRTESNIKAGDPLNPEVNFGALISKKHRDLVLSYIEKGKAQGATLLTGGTILSPDDAPNGYFVAPTIFTDCTDDMTICREEIFGPVMSVLTFTDEDEVIARANNTPLGLAAGIMTKDVQRAHRVIHQLKAGICWVNNYGASPAEMPVGGYKLSGIGRENGIETLDQYTQTKSVYMGMLPLEAPF	PGPT0007165_2240	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_OSMOTIC_STRESS	OSMOTIC_STRESS-GLYCINE-BETAINE_METABOLISM,PGPT0007165-betB_homologous-K00130	NA	NA
AK237_00645	1680	betA	COG2303	Oxygen-dependent choline dehydrogenase	ATGAAACAGTATGATTACATTATCGTAGGTGCCGGGTCTGCTGGCTGCGTGCTTGCCAACCGCCTTTCCGCCAACACCCAACATCAGGTTTTGCTGGTTGAAACGGGTGGCAGTGACAAAAGTATTTTCATTCAAATGCCGACCGCACTTTCTATCCCAATGAATACGGATAAGTATGCATGGCAGTTTCATACCGAACCCGAGCCTTATCTCGATGACAGAGAAATGCATTGCCCCCGCGGTAAAGTGTTGGGAGGGTCGTCCTCTATTAACGGCATGGTGTATGTACGTGGCCATGCCAAAGATTTTGACGAATGGGCAGAACAAGGTGCGCAGCAGTGGGACTATCAACATTGCCTGCCGTATTTTAAACGTGCCGAAGATTGGTACGAAGGCGCCAGTGATTATCGTGGCGAAGATGGGCCATTGGGCACAAATAACGGCAATCAAATGCAAAACCCGCTTTATGCTGCTTTTATTGAAGCAGGTAAACAGGCGGGCTATGCAGAAACGTTAGATTACAACGCCGCCCAACAGGAAGGCTTCGGCCCGATGCATATGACGGTGAAAGGCGGCAAGCGCTGTTCCGCCGCCAGAGCTTATCTGGATCCGGTGAAACATCGCAACAATCTCACAATAGTGACACACGCTACTGTAGAGAAGATATTGCTTGAAGATAAGGTCGCTAAAGGCATTCAGTATCGGGGGAAAAACGGTACCGAGAAAGCATTTGCCAATAAAGCCGTAGTACTCAGTGCAGGTTCCATCGGTTCTCCGCATTTGCTGCAGTTATCGGGTATCGGTAATCGCGAGGTACTTAACAAAGCCGGCATTGAATGTGAACACCACCTGCCCGGTGTGGGAGAGAATTTACAGGATCATCTGGAGTTTTACTTCCAGTTCTACTGCAAGGCGCCTATAACACTGAACCGCAAGCTGGACTGGTTTTCGAAAGGCTTAATCGGCGCCCGCTGGTTGCTGTTTAAAGATGGCCTTGGCGCTACCAATCATTTTGAATCCTGCGGATTTATTCGTTCTAAAGCAGGTGTTGAATGGCCCGATTTACAATATCACTTTCTGCCGGCGGCCATGCGCTACGACGGCAAAAGTGCAGTAAAAGGTGATGGCTTTCAGGTGCACATTGGTCACAACAAACCGAAAAGCCGCGGCGTTGTGCATGTGAAATCTTCTGATCCCGCCCACGCGCCCGCTATTCAATTTAATTATCTGCAACATCAGGATGATATTGAAGGGTTCAGGGCATGCGTTCGCCTGACTCGCGAAATCATTAACCAACCTGCTTTTGACAAATACCGGGGCGAAGAGATCCAACCCGGCAAGCACGTGCAATCCGATGAGGAAATCGATGCCTTCGTTCGTCAGGCCGTAGAAAGCGCTTACCACCCATCATGTTCGTGCAAGATGGGAGAAGACGAAATGGCGGTTGTCGATTCACATACCCGCGTGCACGGGATCGCGAATTTACACGTCGTCGACTCCTCCATTTTTCCCACTATTCCTAACGGCAACCTTAATGCGCCAACCATCATGGTGGCAGAGCGCGCGGCGGATTTGATTTTAGGGAATAGCCCTCTTCCACCTGCCGGCAAGGACGTGTTAGGCGATCTGCAATGGCAGCAACGCCAACGCAGTAGAGAAATGAGCGTAATGGGCAAATAA	MKQYDYIIVGAGSAGCVLANRLSANTQHQVLLVETGGSDKSIFIQMPTALSIPMNTDKYAWQFHTEPEPYLDDREMHCPRGKVLGGSSSINGMVYVRGHAKDFDEWAEQGAQQWDYQHCLPYFKRAEDWYEGASDYRGEDGPLGTNNGNQMQNPLYAAFIEAGKQAGYAETLDYNAAQQEGFGPMHMTVKGGKRCSAARAYLDPVKHRNNLTIVTHATVEKILLEDKVAKGIQYRGKNGTEKAFANKAVVLSAGSIGSPHLLQLSGIGNREVLNKAGIECEHHLPGVGENLQDHLEFYFQFYCKAPITLNRKLDWFSKGLIGARWLLFKDGLGATNHFESCGFIRSKAGVEWPDLQYHFLPAAMRYDGKSAVKGDGFQVHIGHNKPKSRGVVHVKSSDPAHAPAIQFNYLQHQDDIEGFRACVRLTREIINQPAFDKYRGEEIQPGKHVQSDEEIDAFVRQAVESAYHPSCSCKMGEDEMAVVDSHTRVHGIANLHVVDSSIFPTIPNGNLNAPTIMVAERAADLILGNSPLPPAGKDVLGDLQWQQRQRSREMSVMGK	PGPT0013615_1295	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_OSMOTIC_STRESS	OSMOTIC_STRESS-GLYCINE-BETAINE_METABOLISM,PGPT0013615-betA|CHDH-K00108	NA	NA
AK237_00646	1218			hypothetical protein	ATGAATTTATGGTTAAGCGCAGGCATTGCGCTAACCCTTATTGCCATTGTTTTCATTTTGTGGAAATGGGGCAACTTAACCATGATCGGTGTAACACCGGTTAAAACGCTGACATTCATCTCCATTCTGTTCACTTCCGGACTGGACGTCGGTTTGATCATGTTTCCGCTAACAGAATTCAGCACGTACGCGAATACGTCAGCCAATCCTGAATATGACTTTACCAATCCCCTCGCTATTGAGTTTGGGTTTTGGGGGTTCTTTATTTGGGCATTTTATTTTGTTACCTGCTTCTACTTCTGTGTCATTGAACCAAAAGTAAAATTTTTCGAAATTAGTTGGGTAAGGTTTATCAATAATGTGGTGATCATTGGCACCTGCGCATTCACCGCGTTTCTGTTGCTCAAGAATCTACCGTGGTACCTCCCGTCACTGGGAGACGGAGAATCTATCGTGCCCACTTTCTACCTTATTGTATTTGCCGCCATCGCTTTTTCGGTGTACAGCAGTACTGACATCAAATATGTGCGTATTTTAAGTGTATCCACGACCTGGCTATTTATCGCGCTAATCGCCTTCATGTGGGGCGGCGCGTTTTTGTGGGGACAAAGTGAAGTAGCAGAATACTTTGCCGCCACATCGCTGCTAGGCGGATACTTCGCCAATATTGAACACTTTTTGTTCCCGCTGAATAACTATCATGCGTTTTATCTGTTTTGGTGGTTTGCCTGGAGCATCATGATTGGACAGTTTACGTCACGCTTTGTCGGAGGCTTAAAAACATGGCAGGTTTTATCAGCCATGCTCATCTTCCCTTCTATTCCCATCGCACTGTGGTTTGGCGTGTTGTATCACTACCATGAGGCCAATTTAGATACCACCGGCATTCGTAATATTGCGATGGTGTTTGTCGGTATTGTTTTTGTGATCAATTCATTAGATTCACTGATCCGCTTGTATACCGATAACCTGAACATCTCTTCAAGCCGACTCGGTAAATGGAAATATTTCTTTTTAAATTTTATCGCGTTGGCAGCGCTCACCCTGTTGTTCAAAATCGATTTTCTGAAAATTCAGTGGGTCGGCGCGTTAGTCATTGCCCTGTTTTACTGTTGCCTTGGCTACATCTTGTACAAGAAGTTCGCATCAGTTCGCAAAATTGATAGTTCACCAAAAGAAAACAAGCTCGATTTTGAAAAAATCGAAACCATGCAGTAA	MNLWLSAGIALTLIAIVFILWKWGNLTMIGVTPVKTLTFISILFTSGLDVGLIMFPLTEFSTYANTSANPEYDFTNPLAIEFGFWGFFIWAFYFVTCFYFCVIEPKVKFFEISWVRFINNVVIIGTCAFTAFLLLKNLPWYLPSLGDGESIVPTFYLIVFAAIAFSVYSSTDIKYVRILSVSTTWLFIALIAFMWGGAFLWGQSEVAEYFAATSLLGGYFANIEHFLFPLNNYHAFYLFWWFAWSIMIGQFTSRFVGGLKTWQVLSAMLIFPSIPIALWFGVLYHYHEANLDTTGIRNIAMVFVGIVFVINSLDSLIRLYTDNLNISSSRLGKWKYFFLNFIALAALTLLFKIDFLKIQWVGALVIALFYCCLGYILYKKFASVRKIDSSPKENKLDFEKIETMQ	PGPT0013600_1384	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_OSMOTIC_STRESS	OSMOTIC_STRESS-GLYCINE-BETAINE_METABOLISM,PGPT0013600-opuD|ytfQ-K05020	NA	NA
AK237_00647	702			hypothetical protein	ATGAAGTTAACGTATTCAAGAATGGTCGCGATTTGTTCACTCGCAGTGGCGCCAACCGCGTTAGCAGACTGGTCTGCGACCGTGACCGGAGCGACAGACTACCTGTTCAATGGGGTCAGCCAGACACAAAATAACCCCACGCTTCAGGGCAGCATTGACTATGCTGCCGACAGCGGTTGGTACGCAGGCAGTTGGACGTCGAATGTCGATTATGGTGACGCGGCTAATCGTGAGCTGGATTTTTACACCGGCTATTACCAGTCACTCAATGATACCGTAGATGCCGATTATGGTATCGCCTATTACAGCTATTACGGCAGCTCAGCTGCCAGCGAATCTAACTACCCCGAAGTGTACGGCAAACTGATTTTTACTCACCGCCTGGGGATAACAGAAACCACACTGTGGTATTCATGGGATTACTTTGGTACTGGGGCGGGACACGTTATTGGAAAAGTCGCACACACTTTTAGTCTTGCTGATAACCATGCCATTCAGTTGACCGTAGACACTTCGCATTCATTAGACGAAGACAAGTATCAGTGGGATACCAATGACAGTAGCTATGTCCATTATAAAGTGGCGTATCAAACCCGGTTTCATGGTTTTGATTTGGAGATTGCAGCAGAAGATACCACGTTAAGCTATGACACAGCAGATGCACGATTATTTGCCAGTGTGAGTCGTACTTTTAGCTTTTAA	MKLTYSRMVAICSLAVAPTALADWSATVTGATDYLFNGVSQTQNNPTLQGSIDYAADSGWYAGSWTSNVDYGDAANRELDFYTGYYQSLNDTVDADYGIAYYSYYGSSAASESNYPEVYGKLIFTHRLGITETTLWYSWDYFGTGAGHVIGKVAHTFSLADNHAIQLTVDTSHSLDEDKYQWDTNDSSYVHYKVAYQTRFHGFDLEIAAEDTTLSYDTADARLFASVSRTFSF				NA	NA	NA	NA	NA
AK237_00648	2658	btuB_3		Vitamin B12 transporter BtuB	GTGAACAGAAATCCTAAGATCGCCCAATCGATTAAAATTGCTTTAGCAATGGGAGCGGCTTCAACCCTTTTTACGACAACGCATGCCTTCGCACAAGAATCAGATGCCGCTACAGAGCAGATGGTAGAAAAAGTGCAGGTGACGGGGTCACGCATCAAACGTACTGACATGGAAACGGCCAGCCCCGTTGCCGTGATTAGCGCTGAAGATATTACTTTAGGCAGCTATACGTCAGTAGAACAGGTTCTACAGCAAAGCCCTGCTGCCAGTGGTATGGCGACAGGTGCAGCATCCAACAACGGTGGTGTGGGTGCCGCGCGTGTTAACCTTCGTGGTTTAGGCGCAAACCGTACATTGGTACTGGTTAATGGCCGACGCATGGTTAACTCGGGTACAGGTGCAGACTCGTCTGTTGACCTGAATACTATTCCTCTTGCGGCCATCAAACGCATCGAAGTGTTAAAAGACGGCGCATCGGCAGTTTATGGTTCTGATGCCGTAGCTGGTGTAGTAAACATCATCACTAAAGATGATTTCGAAGGCTTCCAGATTGACGTTGGCTATGCAGGCAGCGGCGAAGGCGATGCCAATACTGGTAACATTAGTATTGTTACTGGCGCAAGCGGTGACAAAGGTAACATCGTATTAGGCGTAAGCTACGTTGATCGTGGCTCTGCGATGCAAGGCGATCGTAGCTTCTCAGCCTGCCCTGATAATGACTATGATTCAGAAGGCAATTGTTTAGCCGGAAGTTCGTACGTGCCTGGTGGCGCTTACAATGCCGGTGATGGCTGGGGAACCCTGGACAGCGAAAAGAACTTCTCTGAAGGCTATACGCCTTATAATTTCTCAGAGCGTTCATACTTATACACGCCGCAAGAACGCCTGGGCTTGTTTGCTAATGGTAACTATAACCTGACCGATGATGCGCAGGCGTACATGGAATTCCTGTACACTAAGCGTACTTCAACCCAGCGTATGGCACCGTCTCCGATTAGCGCGACATTAACTGCGAATGCAACAGGCAATCCATTCGATGTAGCCACGTCTATGCGTCGTCGTATGACAGAAGTGGGTGACCGCGTGTTCGACCAGACAACAGATACTATTCGTACTGTAGTTGGTTTCCAGGGTTATCTCGATATTGGTAATGGTTTTGACTGGGATGTGTCATACTCTTACGGTCGTAACGATGCGACTGACCGCTCTTCAAACTATATCAACCTGACCAAGATCTATCAGACGATGGATACTGAGGTGTGTGACGATGTCACTATCCCATGTCAGGATTGGTTTTCTGCTGAAGGCGAGATCACTCAGGACACATTGGATTACATCACCTACACAGACCAGGCATCGGGCGGTAACCAGTTTACATCCTGGAATGTGAACTTGTCGGGTGAACTATTCGAACTGCCTGCAGGCTATGTTGGCTTCGCTGGTGGTGCAGAGTACCGTCGTGAAAAAGGCTGGTATCAACCTGATGCTGTTACTGTAGCGGGTGACGGTAGTGCTTCTGCACAAGATCCAACTTCAGGTGGCTACGACACTACGCAAGTGTATGCAGAATTTGCAGTACCATTATTGGCAGACTTGCCAGGCGCACAAGAGCTTTCTCTTGACGCAGCAATCCGTTGGTTCGACTACAGCACGTTTGACTCTGACGTAACGTGGAAACTGGGTCTGACATGGCGCGTTAACGATGACCTGATGTTCCGTGGTGTTGCATCTACTGCATTCCGTGCACCAACAGTTGATGAGCTGTATGGCGGTAATGTAGGTTCGTTTGATTACCTGGTTGATCCATGTTCAGGCTACGGCGATTTAGATCCGTCGTCTAACGCATATCAAGCGTGTAACACTCAAATTGGTAACACTTCATACGAATACACCGATTCTCAAATCGAAAATACGTATGTAACAATTGATGACCTGAGCCCAGAAGAAGCGGATACCTACACGGTGGGTGTTGTTTACAACCCTTCATTCCTGGACGGTTTCTCAATGACAGTGGATTACTTCACAATTGACTTGAGCAACGCTATCTCACGTATCGACACGCAATCTTACCTGGATAACTGCTACGGCGGTGACGAAGCGTCGTGCAACGTGTTGAGCATTGTCCGTGATGAGATCACAGGTAATATCGACTACATGGAATCGCCGCTGACTAACGTTGGTACGCTGAAAACACGTGGTGTAGATACTAACTTTACCTATAACTTTGACGCGTTAGGTCTGGACTGGCGTTTAAACTGGGATACTACCCGTTTGATTGAGTACACCGAAGACGGTACTGAATACACAGGTAAGATTGACGGAAACAACGGTGGTTTCGCAAAGTGGAAGTCTAACTTTGGCGTGAAAGCGGGTACTGACGAGTGGACCTTAAGCTGGAAAGCCCGTTACATCGGTGGCATGACAGATGATTACTACCTGGTATCTGACGGTTTAATGATGGATGTTGGCTCTGTGGTGTATCACGATATCTCGGGTGAATACTACATCAATGACCAGTGGTCTGTTTCTGCAGGTATCGACAACCTGTTTGATAAGACCCCACCATACCTGTATTCATACAACGATATGAACACAGTGCCAGAAGTGTATGACGTATTGGGCCGTTACCTGCACGCCCGCATCACTGCACGCTTCTAA	MNRNPKIAQSIKIALAMGAASTLFTTTHAFAQESDAATEQMVEKVQVTGSRIKRTDMETASPVAVISAEDITLGSYTSVEQVLQQSPAASGMATGAASNNGGVGAARVNLRGLGANRTLVLVNGRRMVNSGTGADSSVDLNTIPLAAIKRIEVLKDGASAVYGSDAVAGVVNIITKDDFEGFQIDVGYAGSGEGDANTGNISIVTGASGDKGNIVLGVSYVDRGSAMQGDRSFSACPDNDYDSEGNCLAGSSYVPGGAYNAGDGWGTLDSEKNFSEGYTPYNFSERSYLYTPQERLGLFANGNYNLTDDAQAYMEFLYTKRTSTQRMAPSPISATLTANATGNPFDVATSMRRRMTEVGDRVFDQTTDTIRTVVGFQGYLDIGNGFDWDVSYSYGRNDATDRSSNYINLTKIYQTMDTEVCDDVTIPCQDWFSAEGEITQDTLDYITYTDQASGGNQFTSWNVNLSGELFELPAGYVGFAGGAEYRREKGWYQPDAVTVAGDGSASAQDPTSGGYDTTQVYAEFAVPLLADLPGAQELSLDAAIRWFDYSTFDSDVTWKLGLTWRVNDDLMFRGVASTAFRAPTVDELYGGNVGSFDYLVDPCSGYGDLDPSSNAYQACNTQIGNTSYEYTDSQIENTYVTIDDLSPEEADTYTVGVVYNPSFLDGFSMTVDYFTIDLSNAISRIDTQSYLDNCYGGDEASCNVLSIVRDEITGNIDYMESPLTNVGTLKTRGVDTNFTYNFDALGLDWRLNWDTTRLIEYTEDGTEYTGKIDGNNGGFAKWKSNFGVKAGTDEWTLSWKARYIGGMTDDYYLVSDGLMMDVGSVVYHDISGEYYINDQWSVSAGIDNLFDKTPPYLYSYNDMNTVPEVYDVLGRYLHARITARF	PGPT0003790_5590	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0003790-hutA|fatA|fct|foxR-K02014	NA	NA
AK237_00649	1146	tyrA	COG0287	T-protein	ATGACTGATCACTCCAAGAAGCTGGCCGCATTGCGGTCAGGCATAGATGAGCTCGATGCTGAGCTTGTCTCATTGTTAGCGCGAAGAGCTAAACTCACCACGCAAGTTGGACAAATTAAAGCGGAAACGGGCATGCCCATCTATGTGCCTGAGCGCGAGCGTGAATTAATTGCTTCACGTCGCGCAGACGCTGAGAATGCGGGCGTGTCGCCGGATTTGACCGAAGATCTCCTGCGCCGAATTATGCGTGAGTCATATCATACCCAGAATAACCGCTATCGCTGTGTGAACCCCGATATTCAACAAGTCATTGTTGTGGGGGGCGCAGGGGCCCTTGGTAGCGTGATAGTGGGTTTATTTGAAAAGTCCGGTTACAACGTGGCCGTCGTTGAAAAAGATGACTGGGACAATGCGAGCACGAAAACAGTGTTGTCTCGCGCAGACTTGGTTGTTGTTGCTGTGCCAATAACCCTCACTGAGTCTGTCATTGCCCGCCTTAACACCTTACCGGATCATTGTGTGCTGGCAGATATCACCAGTATTAAGGTGAAGCCATTAACCGCTATGTTAGCTCATCACCGTGGCCCGGTAGTGGGGCTTCATCCTATGTTTGGTCCCGATGCGCCAGGTATGATTAAGCAAGTCGTAGTGGTGTGTGACGGTAGAGGCGAAGCCTATTATCAATGGCTTATTGAGCAAATGCGAACGTGGGGTGCGACTATTCATCATAGCAGCGCTGAAGAGCACGATCAGGCGATGGCATTCATCCAGGTCATGCGACACTTCAATACATTTGTTTATGGGGCGCATCTACAAGGTGAGAACCCTGACTTAGAAACCTTAACGGTATTCAGTTCGCCTATTTATCGTCTTGAGCTTGCGATGGTCGGCCGTCTGTTTGCCCAGTCACCACAGCTTTATGCCGATATTATTTTTAATAATCCTGAAAACTTTTCTCTGCTCAAGCGTTTTCATGACAGGTTTGGTAAAGCGTTATCTTTGTTGGAGGACAATAACAAGCAAGGGTTTATTGAAGAATTCGATCGTATTGGTAACTGGTTTGGCGACTATGCGAAGAAATGTCTAATTGACAGTAAACAGCTGTTATTAAAAGCTGACGATGATGAAATGTTGAGGAAAAGTTAA	MTDHSKKLAALRSGIDELDAELVSLLARRAKLTTQVGQIKAETGMPIYVPERERELIASRRADAENAGVSPDLTEDLLRRIMRESYHTQNNRYRCVNPDIQQVIVVGGAGALGSVIVGLFEKSGYNVAVVEKDDWDNASTKTVLSRADLVVVAVPITLTESVIARLNTLPDHCVLADITSIKVKPLTAMLAHHRGPVVGLHPMFGPDAPGMIKQVVVVCDGRGEAYYQWLIEQMRTWGATIHHSSAEEHDQAMAFIQVMRHFNTFVYGAHLQGENPDLETLTVFSSPIYRLELAMVGRLFAQSPQLYADIIFNNPENFSLLKRFHDRFGKALSLLEDNNKQGFIEEFDRIGNWFGDYAKKCLIDSKQLLLKADDDEMLRKS				NA	NA	NA	NA	NA
AK237_00650	1092	aroF	COG0722	Phospho-2-dehydro-3-deoxyheptonate aldolase, Tyr-sensitive	ATGATTAAGGACACCGTTAACAACGTACATATCAGTGATGAGCAGGTGCTTATCACTCCTGATGATTTAGCGAAAGAACTACCGGTTTCAGAAAAAGCACTGACCGCTATTTCTGATTCACGCAAAATTATTTCCGATATTATTCATGGTCGTGACCATCGCTTGCTGGTTATTTGTGGCCCGTGCTCAATACATGATATTGACGCGGCGAAGGACTATGCCCTGCGGCTGAAAGAATTGCATGAGTCGTGTAAAGACACCCTGTTTATCGTCATGCGGGTCTATTTTGAAAAGCCACGCACCACAACGGGGTGGAAAGGGTTAATCAACGATCCGCATCTGGACGGTTCGTTCGATATCGAAACAGGCTTGCGTAAAGCGCGTGAACTGTTGATTTGGCTCGCTGAGCTTGAAATTCCGGTGGCGACAGAAGCATTGGATCCAATCAGCCCTCAATACTTAGCAGAGCTGTTCAGCTGGAGTGCTATCGGTGCCCGTACTTCTGAGTCACAAACGCACCGTGAAATGGCGTCAGGTCTGTCTATGCCGGTTGGTTTCAAAAATGGCACTGACGGCAGTTTGGACATTGCGGTAAATGCACTGAAATCTGCTGCATCAGGTCATAGCTTTATGGGTATTAATAAGCAAGGACAAGTGGCGGTTATTACGACAAGCGGTAACCCGGATGGACATATTATTCTTCGCGGTGGCAAGCAACCTAACTACGATTCTGTTTGCGTTTCAGATTGTGAAGTCGATTTGGAAAAAGCTGGTTTGACAGCTGGGTTGATGGTGGATTGTAGTCATGCAAATTCCAGTAAAGATTATCGTCGTCAGCCGCTGGTGGCACAAAACGTAGTGAATCAAATCCTCGAAGGCAATCAGTCAATCATCGGTATTATGCTGGAAAGCCATATTAACGCCGGAAATCAAAAGGGTGATGGTGTGCCAGTCGATGAACTGGAGTACGGGGTATCGATAACGGATGGCTGTATTGACTGGGAAACCACTGATACGCTTATCACTCAAACCAGAGATAAGTTGATTACTGTGCTACCATTGCGTCAAAATAAACGGTCTGCTGTTGCATAA	MIKDTVNNVHISDEQVLITPDDLAKELPVSEKALTAISDSRKIISDIIHGRDHRLLVICGPCSIHDIDAAKDYALRLKELHESCKDTLFIVMRVYFEKPRTTTGWKGLINDPHLDGSFDIETGLRKARELLIWLAELEIPVATEALDPISPQYLAELFSWSAIGARTSESQTHREMASGLSMPVGFKNGTDGSLDIAVNALKSAASGHSFMGINKQGQVAVITTSGNPDGHIILRGGKQPNYDSVCVSDCEVDLEKAGLTAGLMVDCSHANSSKDYRRQPLVAQNVVNQILEGNQSIIGIMLESHINAGNQKGDGVPVDELEYGVSITDGCIDWETTDTLITQTRDKLITVLPLRQNKRSAVA	PGPT0012920_3412	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BIOTIC_STRESS_RESISTANCE-PHENAZINE_DERIVATES	BIOTIC_STRESS_RESISTANCE-PHENAZINE-1-CARBOXYLIC_ACID_BIOSYNTHESIS,PGPT0012920-3_deoxy_7_phosphoheptulonate_synthase|aroF|aroG|aroH-K01626	NA	NA
AK237_00651	528	maa	COG0110	Maltose O-acetyltransferase	ATGCACTTCATTCCTCAGCACTTTCGTAATCATGATGCCTTTCTGACTATGCAGGCGGGAGACTGGTATCTGACAAACGACGCGTTGTTAAAACAATACAGAGCGCAGGTAAAAATCGACTGTAATGCGGTGAACAAGCTAAATGAACCAGCGAAGACGAAAGCACTGCAAGCTATTCTGCCGAATGTGACATCTGCGTCAGTGGGGGAGCATTTCTATTGTGATTATGGTTTTCAGGTAATCTGTCACGGCGTCTTTACCGCTGGTTGTTATTTGACCATGCTGGATGGCGCAACGATAACAATTGGTGATCAGACCCGGTTTGGTCACAGTGTTGTGATAGCCAGTGTGGAGCACCATAAGGAGCCAGAGAAACGCCTCGCAGGCTGGCAAAGAACGCGGCCTATCGTCATCGGGCATCACGTAACTATAGGAAATGGCGTCACTATATTGCCGGGAGCTAATATCCCGGATGGAACGGTGATCCACGATGGTCGTGTGGTAGGGCGCGGAAACGTGACCCGTTAG	MHFIPQHFRNHDAFLTMQAGDWYLTNDALLKQYRAQVKIDCNAVNKLNEPAKTKALQAILPNVTSASVGEHFYCDYGFQVICHGVFTAGCYLTMLDGATITIGDQTRFGHSVVIASVEHHKEPEKRLAGWQRTRPIVIGHHVTIGNGVTILPGANIPDGTVIHDGRVVGRGNVTR	PGPT0018611_2197	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	ROOT_COLONIZATION	ROOT_COLONIZATION_BY_NODULATION	ROOT_NODULATION_METABOLISM,PGPT0018611-maa|nodL-K00661	NA	NA
AK237_00652	2133	fhuE_1	COG4773	FhuE receptor	ATGACTACAAAGCAATGGTTTGCGCTTTCTCCCATCATGTTAGCGATGACTGTACAGGCACAAAGCGCCGACGAACAGGCAGCGGGCACTCAAGCGGAAGAGAGCGATATTGAGGTTATTCGTATTGTTGAAAGTCGCGTGCAGCGCATCAGTTCTGGCGCAACAGGCTTGGGTTTAGATAGCTTCGATACGCCACAGTCATTATCTATTGTGGAATCTGACTTAATTTCTGATTATCAACTAAGCGATATCAATAGCCTGTTTAAGCAAGTGACAGGGATTAACGTTGATCAATCTGAAACAGACCGTACTTACTTTAATGCTCGTGGTTTTGACATCACCAGTATGCACATTGATGGTTCAGGTGTGCCATTTGGCGATATTTTTGTCGGTGATCTGGATACTGCTATCTACGAGAAAGTTGAATTCATTCGCGGCTCAAACGGGCTTATAACGGGTTTGGGAAATCCGTCGGGTACAGTGAATTATGTGCGTAAGCGCCCAAGTAATGAAACGAAAGCCAGTGTCGATTTCACGCTTGGACGCTGGGCGGCGATGCGTACTGTGGCAGACGTATCTACACCGCTTACCGAGTCTGGAAGTTGGGCCGCACGCGTTGTGGTAGCACACCAGGACAAAGAGAGCTGGCTGAACTTGTATGAGAATAGCCGTACTGTGTTTTACGGTGTGGTAGATGGTCAGTTAAGTGATTCTGTTACCCTGATGTTTGGTTATTCTCATCAGGATAATAACAGCGATGGCGTGACATGGGGTGCTGTGCCGCTTATCTACTCTGACGGTACACAAGTTGATTATGATCGATCTTCCACTACGGCAATGGACTGGACGTACTGGGATACGTTAAATAAAACCGCGTTTGCTGAGTTAAACTGGTACATCAATGACAATCTGCAGTACACCTCTAAGTTGAACCATATTGACTATGAAGATCATTCTGCACTGTTTTACACCTACTCGAACACCGGTCTGGATGCACAGACAGGATTAGGCATGTTGGGTTATCCGGGTAAATTTGATGCTGACGATAAAACCCTGATTTGGGACAACACATTGCAGGGTGTGTTTGAAGCATGGGGTAGAGAGCATACTTTCAATGTTGGTGTGAGCTTAGCCGATTCTGAAACCCGCGACCTTGACTATGGTGCATTGAGTGGTTTTGACGTTATGCCGGCGTTGCCCGGATGGGACGGCACAGAAGTATCATTGCCTGCATGGGATGCGCCTTATTTGGCGGGGTACACAGATGTTACCTTAAATCGCTTCTACGGCTCTGTTCAACTGGCGGTGACAGATGCACTTGATTTTGTGCTCGGTGCAAGCTTTGTTGATTATGAAAATGAAGGGGATTCCTGGGGAGCTTCTACCTCAACCACAGAAGATGGTAGCAGCCCTTATATCGGCTTCACCTGGGAAGTGTTAGACGGTCTCAATGTATACGGTAGCTACAGTGATATTTATCAACCGCAATATTATCTTAACCAGGACTTAGAACCACTTGGTTCAGCAGAAGGCCGTAGCTACGAAATGGGCGTGAAAAAAGAATTTGCCAATAACTTTTTGCTTACCGTAGCGCTGTTTAAAACTGAGCAGGAAAACCTGTATGAGTTTGTTGAATACGGTGATGGCGATGGTATTGATGACGACGATTATTCGGATGACTTTAACTATTCGCTTTATCGCGGTGTAACCGTTGATTCAAATGGTTTCGAAGTTGAGTTATCTGGTGCAGTAACAGATGAAATTTCTGTTCAGGGTGGTTTAACCGTTTTAAGTATGGAAGAAGAAGACGGTAGCGACGCTCGTACCTTTATTCCTCGCCGTACCTTTAAACTGTTGGCCGATTACGCACCTGCGTGGAACGAAAAGCTAAACATGGGGTTATCGGCGCGTTATCAAAGTGAAACCTATTTCACTTCAGCATATGGCAGAATTACTCAGGATGCATACGCTTTGTTAGGTGGCTACATAAGCTATAGCTTTAATGATCATCTTGCGCTCAGTTTAAACCTGGACAATATAACAGACGAAAAATATCTGAGCTCCGTGAGAACCGAACAAGCGTTTTACGGTTCGCCAACTAACTATAGCCTAACAGTGAGCTGGGACTACTAA	MTTKQWFALSPIMLAMTVQAQSADEQAAGTQAEESDIEVIRIVESRVQRISSGATGLGLDSFDTPQSLSIVESDLISDYQLSDINSLFKQVTGINVDQSETDRTYFNARGFDITSMHIDGSGVPFGDIFVGDLDTAIYEKVEFIRGSNGLITGLGNPSGTVNYVRKRPSNETKASVDFTLGRWAAMRTVADVSTPLTESGSWAARVVVAHQDKESWLNLYENSRTVFYGVVDGQLSDSVTLMFGYSHQDNNSDGVTWGAVPLIYSDGTQVDYDRSSTTAMDWTYWDTLNKTAFAELNWYINDNLQYTSKLNHIDYEDHSALFYTYSNTGLDAQTGLGMLGYPGKFDADDKTLIWDNTLQGVFEAWGREHTFNVGVSLADSETRDLDYGALSGFDVMPALPGWDGTEVSLPAWDAPYLAGYTDVTLNRFYGSVQLAVTDALDFVLGASFVDYENEGDSWGASTSTTEDGSSPYIGFTWEVLDGLNVYGSYSDIYQPQYYLNQDLEPLGSAEGRSYEMGVKKEFANNFLLTVALFKTEQENLYEFVEYGDGDGIDDDDYSDDFNYSLYRGVTVDSNGFEVELSGAVTDEISVQGGLTVLSMEEEDGSDARTFIPRRTFKLLADYAPAWNEKLNMGLSARYQSETYFTSAYGRITQDAYALLGGYISYSFNDHLALSLNLDNITDEKYLSSVRTEQAFYGSPTNYSLTVSWDY	PGPT0003775_1616	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_IRON_RESISTANCE	IRON_RESISTANCE-IRON_COMPLEX_RECEPTOR,PGPT0003775-fptA|fhuE|fpvA|C_FEV_OM1|fauA-K16088	NA	NA
AK237_00653	363	rplS	COG0335	50S ribosomal protein L19	ATGATGAGCAAAGTCAGTCAAGATATCATCAAGAAAATTGAGCAATCACAGCTCAAAACTGATGTTCCTGCATTTGGTCCAGGTGACACAGTAGTAGTAAAAGTTCGCGTTACTGAAGGTGACAAAGAGCGTCTTCAGGCGTACGAAGGTGTTGTTATCGCTAAGCGTAACCGTGGTCTTCACTCGTCTTTTACCGTACGTAAAATTTCAAGCGGCGAAGGCGTAGAGCGTGTGTTCCAAACACACAGCCCGGCGGTTTCTTCTATTGAAGTTAAACGTCGTGGTGCAGTTCGTCGTGCTAAGCTTTACTATCTGCGTGAACGTTCAGGTAAATCTGCACGTATCAGAGAAAAGCTTAACTAA	MMSKVSQDIIKKIEQSQLKTDVPAFGPGDTVVVKVRVTEGDKERLQAYEGVVIAKRNRGLHSSFTVRKISSGEGVERVFQTHSPAVSSIEVKRRGAVRRAKLYYLRERSGKSARIREKLN				NA	NA	NA	NA	NA
AK237_00654	762	trmD	COG0336	tRNA (guanine-N(1)-)-methyltransferase	GTGACTGCCCAGAAATGGTTCGGCGTTATCAGTTTGTTTCCTGATATGTTCGCACCCTTCATGCAACAAGGCGTTGTGGGACGGGCTGTGAAATCAGGCATTCTGGATGTCGACATGTTTAACCCTCGTGATTACACACACGATCGTCATCGTACTGTCGATGATCGCCCTTATGGCGGTGGTCCGGGTATGTTGATGATGGTGAAGCCTTTAACTGACGCCATTACCGCGGCGAAACAAGCCGGCGGTGAACATGCAAAGGTGATTTACTTATCACCACAGGGTAAAAAGCTGGATCAGGCAGGGGTTAAACGCCTTGCAAGTAACGACCGCATGATATTTATCTGCGGACGTTATGAAGGAATCGATGAGCGCGTCATTGAAGCCCATGTTGACGAAGAATGGTCAGTAGGGGATTACGTGCTAAGCGGCGGCGAATTGCCAGCGCTTGTGCTCATGGATGCGGTAGCCAGAATGGTTCCGGGTGTACTCGGGCATCAGGCTTCTGCCATTGAAGATTCTTTCACCGACGGGTTATTGGATTGTCCGCATTATACGCGGCCTGAAGTACTCGACGGTAAAGCGGTTCCTCCTGTGTTGCTAAGTGGCGATCACGAAAAAATCAGACAGTGGCGACAAATGCAATCGTTGGGTAGAACCTGGCAGCGTCGCCCTGAGTTATTAAACAACCTAGCTCTGACTGAGGAGCAGCAGCGTCTTCTTGAAGTATTCAAGTCGCAGTTGCAGCAAGATGACAGTTAA	MTAQKWFGVISLFPDMFAPFMQQGVVGRAVKSGILDVDMFNPRDYTHDRHRTVDDRPYGGGPGMLMMVKPLTDAITAAKQAGGEHAKVIYLSPQGKKLDQAGVKRLASNDRMIFICGRYEGIDERVIEAHVDEEWSVGDYVLSGGELPALVLMDAVARMVPGVLGHQASAIEDSFTDGLLDCPHYTRPEVLDGKAVPPVLLSGDHEKIRQWRQMQSLGRTWQRRPELLNNLALTEEQQRLLEVFKSQLQQDDS	PGPT0007595_17	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	UNIVERSAL_STRESS_RESPONSE	STRESS_SIGNALLING_PROTEINS	OTHER_STRESS_RESPONSE_PROTEINS,PGPT0007595-ispF-K01770	NA	NA
AK237_00655	522	rimM	COG0806	Ribosome maturation factor RimM	ATGAGTCAAGCGTCTGACAAAGTGATTATTGGCAAGATCGGTGCGCCGTACGGTGTGAAAGGTTGGGTCAAAATCAACAGCTTTACTGATGTGCCAGAGGGTATTTTTGACTACTCACCGTGGCAACTCAGTGATGGTAAAGAATGCCAGATTGACCAGTGGCGACCTCACGGTAAAAGCCTGGTAGCGAAAATTGTGGGTGTTGAGAGTCGTGATGACGCAGAGCGTATCAAGAATCTCGACATTGCAATTAACGAAAACCAGTTACCTGAACTTGATGAAGGTGAATTTTACTGGCGGGAGCTCACCGGCATGCAGGTAGTAACTACGCAAGGTTACGACTTGGGTGTGGTGAAAGATGTGTTTAACACTGGCGCAAATGACGTTTTGCAGGTCCGCGCCAAAGTGAATGACGCATTTGGTCAAAAAGAAAGATTATTGCCGTATGTGATGGATTCCGTCATTAAATCGGTAGATAAGGCTGCAAGTGTGATTACAGTAGACTGGGATCCGGGGTTCTAG	MSQASDKVIIGKIGAPYGVKGWVKINSFTDVPEGIFDYSPWQLSDGKECQIDQWRPHGKSLVAKIVGVESRDDAERIKNLDIAINENQLPELDEGEFYWRELTGMQVVTTQGYDLGVVKDVFNTGANDVLQVRAKVNDAFGQKERLLPYVMDSVIKSVDKAASVITVDWDPGF				NA	NA	NA	NA	NA
AK237_00656	252	rpsP	COG0228	30S ribosomal protein S16	ATGGTTACTATTCGTTTACAGCGTGGTGGCGCGAAAAAGCGTCCATTTTATCAAGTAGTTGTGGCTGACAGCAGCCGCGCAAGAAACGGTCGTTTCATCGAAAACGTCGGTTTCTTCAACCCAACTGCACAAGGTCAGGCAGAACGTCTGCGTTTAGACCTTGAGCGTGTTGAATACTGGGTTGGTGTTGGCGCGAGCTTATCTGATCGCGTAAACAGCTTGGTAAAAGAAGCTAAAAAAGCGGCAGCGTAA	MVTIRLQRGGAKKRPFYQVVVADSSRARNGRFIENVGFFNPTAQGQAERLRLDLERVEYWVGVGASLSDRVNSLVKEAKKAAA				NA	NA	NA	NA	NA
AK237_00657	888	rssB_2		Regulator of RpoS	ATGAAAATACTGTTTGTTGATGATGAAAAAATGGTGCTGAATGGCCTCAAGCGGGCTTTGTATCAAACGGGGTGGAAGATCAGTATCGAAGATTCTCCTCAAAAAGCATTGGATTGCATTGATACCATTTACCCGGATGTCGTAATTACTGATGTCATGATGCCGGTAATGAATGGTGTCGAATTTCTGGAGAAGGTGAGTGACGGATGGCCACGGATCAGCCGGTTCGTTTTGTCGGGACAAGCCAACGAGAAACTTATCTTACAAGGGAGCCAGGTATCGCATTGCTGGTTTACTAAACCTTGCTCCCACGGTTTGCTTACGCAGCATCTCAGCGCGGTTGAAGAAGTGATCAGTGTTTTTCCCGATGACAAGCAATGTCAGCAAATGGTTAATGGCTCGCCACTGTTCAGCGCTTTCACTTTACTGAAACAATACATGCAGTGCGTCAATTCCAACTTATGTGAACTCACCGTAATAGAGCGTCCGGCGATTGATGCCGGGATGACGCAACTGGTCACTCACGTTGCAGAGCGTTTTTTCCCCGATGTTCAGCATATGAGTATTGATGAACCGGGTTTTAAAACCGCGCTGGGAGAAAGCCAGTTTTATGCATTGTTGTTCATTACTGAAATAAGAAAGCGAGTCCCTGAGTTATTCGAGCGAGCTGAGGTGGTAGAAAAGCTTGGTCATGCATTGATGCAATGTAAAGAACATACCACCCCGCTCAACGCCCTGGTAAATATCATTTTGTCGTTAGAGAAGGCGTTAGTCGGCAGTGTCAATGTGCCAGGCAAAGTATCGTCGAAGCAAGCGCTACTTTACATGCTACATATGTGGAACTTACCTTACCCCATCATACACACCGTTTCGGAAAAGGCGTCGTGA	MKILFVDDEKMVLNGLKRALYQTGWKISIEDSPQKALDCIDTIYPDVVITDVMMPVMNGVEFLEKVSDGWPRISRFVLSGQANEKLILQGSQVSHCWFTKPCSHGLLTQHLSAVEEVISVFPDDKQCQQMVNGSPLFSAFTLLKQYMQCVNSNLCELTVIERPAIDAGMTQLVTHVAERFFPDVQHMSIDEPGFKTALGESQFYALLFITEIRKRVPELFERAEVVEKLGHALMQCKEHTTPLNALVNIILSLEKALVGSVNVPGKVSSKQALLYMLHMWNLPYPIIHTVSEKAS				NA	NA	NA	NA	NA
AK237_00658	2031	sasA_3		Adaptive-response sensory-kinase SasA	ATGAGTTTTTGGCGATTTGTCACCCCTGAGCCGGCATTGTTCACGGAAATCACTGGTCACTATAATCCCTTTATTTTATTTCTGTCCTTACTGGTTTCTACGCTGGCTGCATATTCTTTAATCGTTGTAATCAAAAGAATGTGGCAAACCGAGTTGCTATCTACCCGAAAACAATGGAAACGGTTCGGCAGTGTCGCCTTCGGTCTCGGCGTTTGGGCGATGCATTTTACTGGCATGCTGGCCTTTATGTTGCCTATCGGCATGTCCTTCGATGTTCCACTGACCATGCTCTCTATTGTGCCTCCCATTTTAGGCGCCTACCTTGCGGCGAAATTAATCGGTACGCAGATTTTCAGTTTCGCCACTATTCAATTGAGCGCGTTAAGTTTAGCGTTGGGCATAGGTGCCATGCATTATACAGGCATGGAAGCGATGGAAACCGAAGCGGCCATGACATACGATTTTGGCTTGTTCGTATTATCCATATTTTGTGCCTATATCTTTGCCATTATTGCCATTTACATGGTCATTGCGATTCATAAGAAGAATATAAGAGGACAAGTGGGACTAATAGGTTGCGCCATTGTAATGGGAACGGCAATCGCCGGCATGCATTATGTGGCAATGTATGCGGTTCATTACTACGTTCCCGTTACTTTTCAGCCGTCGTCCGTTCAGGGGCACAATGAGCCGGCAATTCTCGCCTTGGCTATCACAACGTTAGTCTTCGTGATTTTGGCAACAACTCTACTCGGCTCTATATTTGATAAACGCCTGCAAGCCGCAGAACTGACCGCAAAGATCAGTGCCGCGCGTGAAAAAGACATTGTAGAAAATTTGGCTGATGCGCTATTGGTTATTAATGAAAATGGGCGTATTACCGGGGTAAATACTGTGGGCTTGAGCATGTTCGGGTATGAGGATGCTGAGAGCCTGCGCAATCAGGATATCAAGAAAATTCTACCCGGTTTTGATACATCCGTTTTAGCCAGGGCAAGTAACTGGGAAGAGCATGCCCATGTAAAACAGCTGGATGGTCAGCGCGCAGACATGACACTATTCCCCTGTGAAATGAACTTTTCACCTATGTCAGTCGTGGTACAAAACCTCCCGCTTTTTAATGTGGTGATAAGAGATATTACTCAGCGTCTCATGTTAGAAGACCAACTACGACAAGCACAGAAAATGGAATCGATTGGGCAATTGGCCGCCGGTATCGCCCATGAAATTAACACGCCTACCCAGTACGTCTCGGACAACATCTACTTCTTAAAAGGCGCTTCGCAAACCGGCATTACGCTAATGAAAGCAGTCAGGGCGTATTTGATGAGTACCACACCCGAAGAGCAACAGAAACATAAAGACCAATTGCAACATATTATGGATGGAGAAGATGTTGAATTTCTAATTGACGAGATGCCCGTTGCCTTTGAACAGTCTGTCGAAGGGCTGGACCGCATAGCCAAAATTGTGGGAGCGATGAAGTCATTTTCCCACACAGGCGACGAGAAAATGCACAAAGTCGATTTGCAAGAGGCAATCAGTTCGACAGTGACGGTGGCGCGCAGTGAATGGCGGTACGTGGCAGATTTAACCACCGAATTTGCTGACGATTTACCGCTTGTCATGTGCAGTCGCGATGAGGTGAATCAGGTTGTTCTGAATTTTATTGTGAATGCTGCACATGCAGTAGATGAAAAGTTTGGTCAGGATCGGGAGCAAAAAGGCCTTATTCAAATTCGTGTTTATCCTAAAGATGATGATGTGATAATTGAAATAACCGACAACGGTACGGGCATGAGTAAAGATGTCTGTAAACGTATTTTCGAGCCATTCTTCACCACTAAGCCGCCGGGCAAAGGAACCGGGCAGGGACTTTCACTGGCGTACGCCGTTATTATCGAAAAGCACAAAGGGCACATTTTAGTTAATAGTGAGTTGGGATTAGGTACGACGTTCAAAATTGTCCTGCCTATTGAGCACGGCAAGGCGTCGGAAAGTGAGATAAGTGATGAAAATACTGTTTGTTGA	MSFWRFVTPEPALFTEITGHYNPFILFLSLLVSTLAAYSLIVVIKRMWQTELLSTRKQWKRFGSVAFGLGVWAMHFTGMLAFMLPIGMSFDVPLTMLSIVPPILGAYLAAKLIGTQIFSFATIQLSALSLALGIGAMHYTGMEAMETEAAMTYDFGLFVLSIFCAYIFAIIAIYMVIAIHKKNIRGQVGLIGCAIVMGTAIAGMHYVAMYAVHYYVPVTFQPSSVQGHNEPAILALAITTLVFVILATTLLGSIFDKRLQAAELTAKISAAREKDIVENLADALLVINENGRITGVNTVGLSMFGYEDAESLRNQDIKKILPGFDTSVLARASNWEEHAHVKQLDGQRADMTLFPCEMNFSPMSVVVQNLPLFNVVIRDITQRLMLEDQLRQAQKMESIGQLAAGIAHEINTPTQYVSDNIYFLKGASQTGITLMKAVRAYLMSTTPEEQQKHKDQLQHIMDGEDVEFLIDEMPVAFEQSVEGLDRIAKIVGAMKSFSHTGDEKMHKVDLQEAISSTVTVARSEWRYVADLTTEFADDLPLVMCSRDEVNQVVLNFIVNAAHAVDEKFGQDREQKGLIQIRVYPKDDDVIIEITDNGTGMSKDVCKRIFEPFFTTKPPGKGTGQGLSLAYAVIIEKHKGHILVNSELGLGTTFKIVLPIEHGKASESEISDENTVC				NA	NA	NA	NA	NA
AK237_00659	1170			hypothetical protein	ATGCAGTATAAGGCGCTTTTGGTGGATGATGTCGCAAACGTGCTCAATTCGTTTCGACGTAATCTCCACGGCAAAATTGCTTTCGACATCGCTGATAGCGGCAAGTCTGCACTGGCGCTTATGGAGAAGAGCACTTATGCCGTATTACTGACTGACATGAAAATGCCCGAGATGGACGGCTTAGTATTGCTCAAAGAAGCAAAGCATCGCTATCCCGATACAATCAGAATTATGTTAACCGGCAATGCTGAGCAACAGACCGCCGTTGATGCAGTCAATGAAGGTGATGTGTTTCGTTTTTTGACGAAGCCTTGTTCAGTTGAAGAGTTGATAAGGGTAATAGAGGCGGGCTTTCGTCAATATAAACTGATCACTTCAGAAAAGGTTTTGCTCAACAACACAATAAGAGGTGTTGTTAATGTGTTGTATGAAGTGTTGGGGCTAATTAATCCACACGCTGCGGCGCATAGTGTGCAACTTAAGATATATATGATGCAGTTAGCTAAAGAAATGCGATTGAAATCAAGCTGGACTTTCGAACCCATGATCGAACTGTCGCAGCTGGGCGCCATTATCTATCCCAGCATCCTCGCGGATAAACGCCATGGCGAATCGCTTTCAATCGAAGAAAAGGCTCTTATAGAACAGCATGCTTCATTGGCTCATGATTTATTAGAAAATATTCCCCGGTTTGAAAATATCGCGAGAAATATTCTGTATCAGGACAAATGCTTTAACGGTGAGGGTTTCCCGGACGATGGGGTAAAAGGTACGGATATTCCCGTAGGGTCGAGGATGCTAAAAGTCGTGAATGATTTTTTGATAGCCAAAGAAAGTGGCTTGTCCACATCTGAAGCAGTGCAACGCATGGAAAATCACGCCCACAGGTACGACCGCAAGATACTTTCAGCCTTTTCAAAAGTACTCTTTCAAAAATACGACAGTATGGTTATCGCCTTACCACAACTGGACGTTGGTATGGTGTTGGCGGAACCGCTGGTTACTGAGCAAGGCAAGGTGCTGGCGGCTACAGGCCAAATTATGACAGCATCAATGAAGGAAATTGTTGAGCTATGTATACAGAAAGGGGCGTTTAATACCCACCACGGGATCAGTGTCTTTTTGGAAGAGCAGCTTTCCGGAAAAGGAAGCGAGGACATGGTCTCATGA	MQYKALLVDDVANVLNSFRRNLHGKIAFDIADSGKSALALMEKSTYAVLLTDMKMPEMDGLVLLKEAKHRYPDTIRIMLTGNAEQQTAVDAVNEGDVFRFLTKPCSVEELIRVIEAGFRQYKLITSEKVLLNNTIRGVVNVLYEVLGLINPHAAAHSVQLKIYMMQLAKEMRLKSSWTFEPMIELSQLGAIIYPSILADKRHGESLSIEEKALIEQHASLAHDLLENIPRFENIARNILYQDKCFNGEGFPDDGVKGTDIPVGSRMLKVVNDFLIAKESGLSTSEAVQRMENHAHRYDRKILSAFSKVLFQKYDSMVIALPQLDVGMVLAEPLVTEQGKVLAATGQIMTASMKEIVELCIQKGAFNTHHGISVFLEEQLSGKGSEDMVS				NA	NA	NA	NA	NA
AK237_00660	1761		COG1132	Putative multidrug export ATP-binding/permease protein	ATGTCTGCGTTACCAGCAACAACTAAAGTCACCACCTGGCACGTGCTTTCATGGGTAAAATCGCTGCTAGCGGACTACCGGTTGAAAGTAGCAGGTGCAATTATTGCGCTTCTTGTAGCTGCAGGTGCATGGTTGTTGTTAGGGCAAGGCATCAAGATGGCCGTCGATCAAGGCTTTTTGAACGACAATGCCGATATGCTCAATAAAGCGGTTATCGGGGTGTTAGTCATCACTGCTGTTGCAAGTCTGGCGACGTATGTCCGCTTTTATTTAATGACCTGGTTAGGCGAACGTATCAGCGCGGATATCCGCATATCAGTCTTTTCGCACCTGCTCACGCTGCCACCGTCTTTCTTCGCAAAATTGCGCACCGGCGAAGTTATTTCACGCTTTACCAGCGATACGACCATTATTCAAACTGTAGTGGGCATGAGTCTGTCGATGGCAATTCGTTCTTTTATTACCTTTATAGGTGCACTTGCGCTTATGACGGTAACCAGCCCGGTCTTAACACTCTGTGTACTACTTGCCGTTCCCGCTGTGCTCGTGCCCATCCGGTTGCTTGCTCCTCAGGTAAGAAAATTCGCACGTTTAAGCCAGGACCGTGTCGCTGATCTTGGTGCACATATCGACCAAAGCCTTCACGAAATCATGACTGTGCAAGCGTTTAATGCCGAGGGGCTTGAACGCTCACAGTTTTCACGCGGTGTCGATGCCGTGATGGATACAGCACAGCAGCGCATCCATTACCGTTCAATGCTCATCGGTTTAATTATGCTTTTAAGCTTAAGTGCAATTGTGCTTATAGCCTGGTTTGGCGCAAGACAGGTATTTTCGGGCACAATGACAGCAGGTGAATTGTCTGCATTCTTGTTTTATGCCGTCATGGCAGGCGGTAGCGTTGCGACAATTAGCGAAGTTATAGGAGAAGTACAACGAGGTGTGGGCGCCAGTGAACGTTTGTTAGAGTTACTTGCCACAACGCCCGCTATTCAGCCTGGTGTCACTTCGTATCAAAATGCGCAGTGTGAGCCCCCTGCCATCAGCTTTAATCAGGTAACTTTTCATTATCCGGGCTCGGCAACCCTTTTTGATAAGTTGTCTTTGGCCATTGCCCCCGGAGAAAAAGTGGCCCTGGTAGGCGCAAGCGGTGCCGGTAAAACCACTTTATTTCAATTGCTGTTACGGTTTTATGATGTGAAAAGTGGAAACATTACACTGGACGACTTACCTATTCAGTCTCTCACTATCGAGTCGTTACGTAATCAAATAGCCATTGTCACCCAGGAGCCCGTTGTATTTGCAACCAGTGTTGTGGAAAATATCCGTTACGGTCACCCCGGCGCAACTGACGAACAAGTGAAAAAGGCCGCGAAATCAGCCTTCGCCCACGAATTTATTGAAGAATTAGAACAAGGTTATCAAACCCAATTGGGCGAACGGGGCGTAAGACTATCCGGGGGGCAAAAACAACGCATTGCCATTGCCCGGGCGCTACTTGCCAATCGTCCTATTCTGTTGCTGGATGAAGCGACAAGTGCGTTAGATGCTCGCAGCGAAAAAATGGTGCAAGAGGCGCTGAATAAGTTAATGGAAGGTCGAACCACCATTATTATCGCCCACCGCCTGGCCACGGTTAAACATGTGGATCGCATCATCGTTATGGACAGAGGCCACGTTGTAAGCACAGGAAAACACGATGAACTGATGGAAAACGATACGCTGTATCGAGAGTACGCTGAACTGCAATTGCTTAGCTAG	MSALPATTKVTTWHVLSWVKSLLADYRLKVAGAIIALLVAAGAWLLLGQGIKMAVDQGFLNDNADMLNKAVIGVLVITAVASLATYVRFYLMTWLGERISADIRISVFSHLLTLPPSFFAKLRTGEVISRFTSDTTIIQTVVGMSLSMAIRSFITFIGALALMTVTSPVLTLCVLLAVPAVLVPIRLLAPQVRKFARLSQDRVADLGAHIDQSLHEIMTVQAFNAEGLERSQFSRGVDAVMDTAQQRIHYRSMLIGLIMLLSLSAIVLIAWFGARQVFSGTMTAGELSAFLFYAVMAGGSVATISEVIGEVQRGVGASERLLELLATTPAIQPGVTSYQNAQCEPPAISFNQVTFHYPGSATLFDKLSLAIAPGEKVALVGASGAGKTTLFQLLLRFYDVKSGNITLDDLPIQSLTIESLRNQIAIVTQEPVVFATSVVENIRYGHPGATDEQVKKAAKSAFAHEFIEELEQGYQTQLGERGVRLSGGQKQRIAIARALLANRPILLLDEATSALDARSEKMVQEALNKLMEGRTTIIIAHRLATVKHVDRIIVMDRGHVVSTGKHDELMENDTLYREYAELQLLS				NA	NA	NA	NA	NA
AK237_00661	1056	mdtA_5		Multidrug resistance protein MdtA	ATGAGAACCCACTTTCGAACATCTGTCTTTTTAAGCTTAGGTCTGTTTCTGGCAACCGTCAGCGACAGCGCAAACGCGCAGTTTTTTGGAGACAACCAGGCTAAATTAGTCGTCCTCGAAGAAATTAAGTTTCAATATGCAAAACGCGACGTAGAAGCAGTTGGCACCGCAGAAGCCGTCCGCTCAATTGTACTTTATCCTGCGGTGGCTGATGAAGTTACCGAGGTGAATTTTGTGCCCGGTCAATATGTTGAAAAGGGACGAGTGCTTATTAAACTAGACGATCGCAGACAACAAGTTGCCGTTCGTCGCGCAGAACTTCAGTTACTCGATGCAGAGCGTTCGTTCAAACGATTACAGGAAAGCCGCGAGAAAGGCGCTATTCCTCAAAGCGAATTAGATTTAGCACAAACCACCCGGGATCTGGCAAAAGTAACCTTAGATGAAGCAAAGGCTGATTTGGAAGATCGCACTGTGGAAGCGCCATTCAGTGGCATTGTAGGATTATCAGATGTAGAGGTTGGCGATCGTATAACTGCCACTACGCCAATTACAACCCTGGACGACAGAAGCAAATTATTTGTCGATTTCCGTGCTCCCGAAGCAGCGCTCACCGTTTTGTTGAATCAGCCCGAGGTGACATTACAACCCTGGACAAATCGCGATAAAACACTTTCTGCGGAAATAGCAGAAGTTGACTCACGTATTAGTGAGACAGACCGCACTTTGCGAGCCCGCGCCATTTTGGACAATAACCTGGATAATTTTCGTCCGGGCATGAGCTTTCGCGTCAATCTTGAGATCAACGGTAATGAATACGCGGCAGTGCCAGAAGCTTCTCTGTTATGGGGTGCGACGGGTGCCTACGTATGGATTGCGGAAAATGGCAAAGCCAAGCGTGTAGATGTAATTGTGCATCAACGCTTGCGTGGCACCATTTTGGTTTCCGGCGACTTATCTCCCGGCGACATGTTGATTTCAGAAGGGATCCAACGTTTACGCGAAGGCCAGGACATCACTACCGAGCTAGCACGCCGGAGTGATGCAAATGGTTAA	MRTHFRTSVFLSLGLFLATVSDSANAQFFGDNQAKLVVLEEIKFQYAKRDVEAVGTAEAVRSIVLYPAVADEVTEVNFVPGQYVEKGRVLIKLDDRRQQVAVRRAELQLLDAERSFKRLQESREKGAIPQSELDLAQTTRDLAKVTLDEAKADLEDRTVEAPFSGIVGLSDVEVGDRITATTPITTLDDRSKLFVDFRAPEAALTVLLNQPEVTLQPWTNRDKTLSAEIAEVDSRISETDRTLRARAILDNNLDNFRPGMSFRVNLEINGNEYAAVPEASLLWGATGAYVWIAENGKAKRVDVIVHQRLRGTILVSGDLSPGDMLISEGIQRLREGQDITTELARRSDANG	PGPT0003275_6315	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE	CE-BACTERIAL_FITNESS-MULTIDRUG_TRANSPORT-EFFLUX_PUMP_MexAB-OprM,PGPT0003275-acrA|lir|mtcA|mexA|adeI|smeD|mtrC|cmeA-K03585	NA	NA
AK237_00662	3114	bepE_1		Efflux pump membrane transporter BepE	ATGGTTAAACATTCTCAACAAACAGGCGATTTGCCGTCGGTTTCAATAAGGCGCCCCGTTCTTATTGTTGTACTCAATTTACTTATCGTCATCGCCGGCTTTGCCGCCATTAATGGCCTGGAAGTACGGGAACTACCAGACGTTGATAAACCGGAAATCACCGTATCTGCACAATATCCTGGTGGTTCACCAGAGACAATTGATGCCGAAATTACCAGTCGCCTTGAAGGCGCGGTTGCGCGGGTAAGTGGCGTACAAAATATCAACGCACAGAGTGAAGAAGGCTCGGCAAGAGTCAGGGTTGAATTCCGTCCTGGGATTAACCTGGAAGATGCCGCCAATGAAACCCGTGAAGCCGTTAGCCGCATACAACGGGAACTGCCCGAAGAAGTCGAACAGGTATCGATTGTCCGTGCTAACGACGATGCGCAAGCGGTGGTTAGTCTTGCCGTATCCAGTGATACACTGGATATGGAAACCCTTACTGAGCGCGTCGACACCGATATTGCACCGCTTTTTTTAAGTATTCCCGGTGTTGCTGATGTTCAGCTAAATGGTGATCGTGAACGTGTGTTGCGGGTTTCTGTTGATCCTTTAAGGCTTACCAGCTTTAACCTGTCGATGACCGATGTTGCAGACGCCTTGGCGCTGGCGCCGTTTGATGTGCCAGCAGGTAGTTTGCAATCAAAAGATCAGTCACTCATCGTTCGCGCTGACGCGACATCGGTAACAGCGCAGGATGTCGCCGACATCGTCATTAGTGGCGATGTGCGCATTGGCGATGTCGCCAGTGTATTTTTTGGCCCCGCCGATACTACCAGCATGGTGCGCCTTGATGGCAAACCCGTTATCGGATTAGGCGTGATCAGACAAGCCAGCTCCAACACCATCGAAATTTCAGATGAAGTGATGGCGATGGTGGAAGATCTTAAAACCCGCTTTAAAGACATGGACATTGTCGTTACCAGTGACGATGCGGAATTTATCAGAGACTCAGTAAGTGAAGTCATCGGTTCATTAAGTGCAACCGTTATTCTGGTAGTATTTACCCTGCTTATCTTTATCGGTTCCTGGCGCGCGACCATTGTACCGGCCCTGTCTATCCCGGTTTCTTTGGCTGGTGCGCTGGGCGTCATTTGGTTGCTTGGTTTTTCAATTAATATTCTAACCCTGTTGGCTCTCGTACTTGCTACCGGGATGATTGTTGATGACGCCATCGTCGTATCAGAAAACATCCAGCGCCGTCGTGGTATGGGTTTGGGAGCCAGAGCCGCTGCCGTTATCGGCACCCGTGAGGTGTTCTTCGCCGTTGTAGCCACCACAGCGGTACTGGCTTCGGTGTTCATCCCTATCGCCTTTTTACCGTCTACCGCAGGCCGTCTGTTCAGAGAATTCGGCGGTGTACTGGCTGGTGCGGTAATCATTTCATCTTTTGTGGCACTTTCTCTTGTACCTGCACTGACCGCACGCTTGCCGGTGAAGAAAGCTAAAGAGAAAGGCATATTTTCGGCCACATTGGGACGTTTCGGCAATGTTTGTCTGCGCGGTTATCAGCGCTCGCTGGTTTGGTCACTGAAATACGGCTGGCTGGTTATTTTGCTCAGTTTATTAGCGGCCGCTGGTGCGTGGTTTACTGCTCAGAATATTAACAATGAACTGTTACCCAGCGAAGACCGCGGAACTATACGAATTTTTGCCCGGGGGCCCGACGGTGCCGGCATGAATTTTATGGATCGCCAGGCTTATAAGATGGAAGAAGTGTTGTTCCCCTACGTGGAGCGTGGAGAGGTGGATTCAATTTATACGGTGGTTGGATCGTGGGATCCAAATATCGTATTTATAACGGTTCCACTGAAACACTGGGATGACAGAGAGCAATCGTTGCAAGATATCATTGCTGAAATTCGTCCTAAGCTTCAATCCATTCCTGGCGCCCCAGGCAATGCTTTTGGTGGTAACAGTCTGGATCTTCGCGGACAAGGCGGCGGAATGGAAATTGCGCTAACTGGCAGTAGCTACGAGCGTATCTATGATGCGTCAATGGCCTTTGCAGAAGCCATCGAAAAGAACATACCTGAATTAGGTTCTCCGCGAATTAGTTACGAGCCAACCCAACCGCAGATGCGGGTTAATATTGACCGTCGCCGCGCTGAAGAACTGGGTGTGCCGTTAAATGATATCGCAGCAACGTTAACTGCAGCCGTTAACGGGGATGATATCGCAGACTTAAACGTGGGAGATCAATCGATTCCTATCATGCTGGAATCGAGCAAACGGAATACGAGCAATCCTTCTGATTTAACGAATCTCTACGTCAAGTCAGAAAATGGCTCTCTCGTCCCGTTATCGAGCGTTGCTTACATTACGGAAGAAGGGGTAGCTGCAGAGCTGGAACGTCAAGCGCAGCGACGGGCAATTAACCTTGAGATGGAACTACCCGACGGCTTCCCTATCAATGAAGCCGTAGAAAGGCTTCGCGCGCTTGGAAACGACACATTACCTGACGGTATTGGTTTAATTTTCCTCGGAGAAGCGCAGACGTTTGAGGAAACGTCCAAACAGGTGGCACTCACCTACGTGCTCGCTTTTGTTATTGTACTGCTCGTTCTGGCGGCACAATTTGAAAGTGTAAACAGTGCGATAGTAGTTATGCTCACCGTACCTTTCGGTATCGCAGCGGCGATTTACGCTCTCTATCTCACCAACACTACCATCAATGTGTACTCACAAATTGGTCTGGTTATGCTCATCGGCTTACTGGCTAAAAACGCCATATTACTGATTGAGTTTGCTGACCAACTCCGAGACCATGGATACTCGGTGTATGATGCAATCGTGGAAGCAGGTAAAGTACGTCTGCGTCCCATCATGATGACGCTGGTTTCCACTATTCTCGGTGGTTTACCTCTTATTCTTTCATCAGGGGCTGGCGCAGAATCCCGTAATGCCATTGGCTGGGTCGTATTTGGCGGGCTGGGCATTGCGGTAGTATTTACGCTTTATCTCACACCGGTGCTGTATCTGGCGCTAGCGCGCTTTACTAAACCGCGCGCCGATGAAACACAGCGTTTAGAGAAGGAGCTTACCGACGCTGATGAACAGCAGATAGCGTAA	MVKHSQQTGDLPSVSIRRPVLIVVLNLLIVIAGFAAINGLEVRELPDVDKPEITVSAQYPGGSPETIDAEITSRLEGAVARVSGVQNINAQSEEGSARVRVEFRPGINLEDAANETREAVSRIQRELPEEVEQVSIVRANDDAQAVVSLAVSSDTLDMETLTERVDTDIAPLFLSIPGVADVQLNGDRERVLRVSVDPLRLTSFNLSMTDVADALALAPFDVPAGSLQSKDQSLIVRADATSVTAQDVADIVISGDVRIGDVASVFFGPADTTSMVRLDGKPVIGLGVIRQASSNTIEISDEVMAMVEDLKTRFKDMDIVVTSDDAEFIRDSVSEVIGSLSATVILVVFTLLIFIGSWRATIVPALSIPVSLAGALGVIWLLGFSINILTLLALVLATGMIVDDAIVVSENIQRRRGMGLGARAAAVIGTREVFFAVVATTAVLASVFIPIAFLPSTAGRLFREFGGVLAGAVIISSFVALSLVPALTARLPVKKAKEKGIFSATLGRFGNVCLRGYQRSLVWSLKYGWLVILLSLLAAAGAWFTAQNINNELLPSEDRGTIRIFARGPDGAGMNFMDRQAYKMEEVLFPYVERGEVDSIYTVVGSWDPNIVFITVPLKHWDDREQSLQDIIAEIRPKLQSIPGAPGNAFGGNSLDLRGQGGGMEIALTGSSYERIYDASMAFAEAIEKNIPELGSPRISYEPTQPQMRVNIDRRRAEELGVPLNDIAATLTAAVNGDDIADLNVGDQSIPIMLESSKRNTSNPSDLTNLYVKSENGSLVPLSSVAYITEEGVAAELERQAQRRAINLEMELPDGFPINEAVERLRALGNDTLPDGIGLIFLGEAQTFEETSKQVALTYVLAFVIVLLVLAAQFESVNSAIVVMLTVPFGIAAAIYALYLTNTTINVYSQIGLVMLIGLLAKNAILLIEFADQLRDHGYSVYDAIVEAGKVRLRPIMMTLVSTILGGLPLILSSGAGAESRNAIGWVVFGGLGIAVVFTLYLTPVLYLALARFTKPRADETQRLEKELTDADEQQIA	PGPT0016195_1377	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
AK237_00663	408			hypothetical protein	ATGCAGTTGTCCCATGAGCAGGCTTTTAATCAAGCTCTGATCCGTTTATCTGTTTTGTTATATCAGGTCGACGGCAAGGTCACCCTTTCAGAACAGGATTATTTGGAAGACGTTATTAACCATTTAGATTGGCAAAGTCCAATCTGTCGCGAGGCATTCTTCACGGACGCGATTTATCAGACCCGGCAAGTCCTCGATGCGGGAGAAGAGCTGCGTTACCTGCGTACACTTCAAACCGATCTACTATTCGATGCAGATAAAGCGCTGGAAGTGGCAATGGCCATTACCGGTGTGGATGGCGAACGCAGTGATGAAGAAACTGAGCTTCTGTCATTGCTAACGCACAAAGTATTGGCAAAGGCATTAGTAAACCGCGCCAAGCCAGTGTCCCCCTCTGAGTTAAACTAG	MQLSHEQAFNQALIRLSVLLYQVDGKVTLSEQDYLEDVINHLDWQSPICREAFFTDAIYQTRQVLDAGEELRYLRTLQTDLLFDADKALEVAMAITGVDGERSDEETELLSLLTHKVLAKALVNRAKPVSPSELN				NA	NA	NA	NA	NA
AK237_00664	1221			hypothetical protein	ATGAGTCAGGTGTTGGTTCAGGCCGGCACACGTTTGCTCAATGCGCTGGGCCGCCACAGCGACCTCATCATGCATGCATACGTCAACGGGTCGGTAAAAGAGGCGGATTTTAGCCGTAAAGTGCTGGAGCAACTGGTTCAGCTAGGTGTGTTGTGGCGTCCCGATCCCCAAAGTCCGCTGCGCTTGAAAAACGCGGTACGTGCGTTGCTGGAAGGCAGTTTGCAGGATGAAAGAAACCGCACCATCAACACTAACATCACTGCGTCGCTGGCAAGCTTGCGCACGTTAGCTGAGCACTACAAAGAGTCGCTGCACTACAACCGCTTTAACGAAGCCCATGCTCATATGACCGATTTAACTGAGCATGTATATCAGTTAACAGAATCTCTGACCAACAGCGTAAGGGTGCTGTTCAGTCGCATTAACAATGAGTTTGGCTATGTCTCGTCGGTAGAAGCGAAAATTCGTGAGAACGAACTGGCGCAGGGGCAGGTGAGTGACTTACTGCAGCAATTGGAAAGTTTCCATTTCGATGAACTCAGTGAGCTCGCCGGCAGTAACCGTGAGTTGCGGCATTTACTGGTCGTTGCGTTACAGCAGAGTTTCTCTAAAGCTGCGCAGGAACTGTCTGTGGTGCAGGCCCGCTTACTCGACCTGCTGGGGCGCTTCCGTGAGTTTCAGGGACGTACCCGTCTGCTCAAGGGCTTTTTACTGCACATGGAGCAACAACCGGATTTTACGCCAGGGAATTATCCGGCATTAAGTCAGGTACCCGTACTGTTCAATCAGGCAGAGAGTGTGCTTGAAGCGGCGGCAGCCGACGTGAACCAGGTAGCCCACGAAGGGGATTATCAGATGATTGTCAGCACCCTGACTGACATTCATCGCCGTAAGCCGGATGAAAATGCCCACAAAGCCGCACAGGAAATTGAAGTCACGGCGCAGTCCAGTGTGTCACTGGAGAAGGATCCTATCCATGTTGCTGTGGATGATTACTTCTGTGATGTTATTGACTCCGGTCAGCCAAAATCAGCCCTTGAGTACTTTGAAGAACGGGAACTTGAGTTCGATAAAGAGGTATGGATTTATCAGGTTATCGGCGGTTATCAGTCGCTGGATGAAAACGATAAACAATTCTTCGCGCTGGACGCTGCCGGCCAGCCGGACGCTATTTACACCGGCAATTTCTACATTAACGACGTTACGCTGGGGCTAAGATAG	MSQVLVQAGTRLLNALGRHSDLIMHAYVNGSVKEADFSRKVLEQLVQLGVLWRPDPQSPLRLKNAVRALLEGSLQDERNRTINTNITASLASLRTLAEHYKESLHYNRFNEAHAHMTDLTEHVYQLTESLTNSVRVLFSRINNEFGYVSSVEAKIRENELAQGQVSDLLQQLESFHFDELSELAGSNRELRHLLVVALQQSFSKAAQELSVVQARLLDLLGRFREFQGRTRLLKGFLLHMEQQPDFTPGNYPALSQVPVLFNQAESVLEAAAADVNQVAHEGDYQMIVSTLTDIHRRKPDENAHKAAQEIEVTAQSSVSLEKDPIHVAVDDYFCDVIDSGQPKSALEYFEERELEFDKEVWIYQVIGGYQSLDENDKQFFALDAAGQPDAIYTGNFYINDVTLGLR				NA	NA	NA	NA	NA
AK237_00665	636			hypothetical protein	ATGATGTCAGAACAGGGTCGTATTTTAAGTTTACTGCTGAAAGGGCAGTTTATTTGTCAGGTGAGCGATGAAGAAGGCTGGCGCTATCTGAAAAGCCGCGATAATGCGCAGAAGCTGGAGCCCCATCTGAATGTGCTCAACCGCACTCTGGCGTCAACCGGTGAAGGTGACGTGTTTTTTGCTGCATATTTAACGCTGGGCGACGATGAGCGCAAAGTGTTAACTCAGCAGTTTCAGGAAACTGCATCCAGCCTGGTGCCGCTGGTAGAATGGTTGTTACTGGTACAGCAAGCCAGTGAGTCGGATATGCCCGTCACTATGGGTAACGCCCTTCGTTTAAATGAACTGCAAAGTGTTATTGAAGATACGCCGGCTTATGCTGAACAGCTTGAAAAAATATCTCGTTACCGGGTGTTCAACTCTACCAGTATGAATCTGGACGGTCAGCTTAAGCAGGTGTTTAAGCGTCTGACCGATATGGGATACCTGATTAAACCGAATACCGAAAAGCAGATTTATCTGGTGACCGGTAAAGTTGAGCATCTTTTCGAGATGATTAAATTTATCGATGAAACCGAAAGTCTGTCGTTGTCTGAGCAAGCAGAGGCTGCCGTGCAGCAGGGGAGCCTGATATGA	MMSEQGRILSLLLKGQFICQVSDEEGWRYLKSRDNAQKLEPHLNVLNRTLASTGEGDVFFAAYLTLGDDERKVLTQQFQETASSLVPLVEWLLLVQQASESDMPVTMGNALRLNELQSVIEDTPAYAEQLEKISRYRVFNSTSMNLDGQLKQVFKRLTDMGYLIKPNTEKQIYLVTGKVEHLFEMIKFIDETESLSLSEQAEAAVQQGSLI				NA	NA	NA	NA	NA
AK237_00666	3681			hypothetical protein	ATGGCCGGTTTAAAACGAATCATTCTCATCGATACGCACTTACCCGGTGTGGTCGAATTGAAACTGGATGGACATACCAATATTTGCGGTACCAACGCCTCGGGTAAAACCACCTTGCAGCGACTTATTCCCGTATTTTACGGCGAGTATCCCAGCCGCGTTGTACCGGCCACTCGCGATAGTTTTGAGCGCTGGTATTTACCCCGCACATCCAGTTTTATTATTTATGAATTCACCCGCGCTGAAGGGGATTTATGTCAGGGCGTACTGAGTTCTAACGGCACTGGCGTTAATTACCGCTTTATCGGTAAGCCTTTTGATATCGACGATTATCTGCTGCCGCAAAAAAACGGTAAACGGGTGAGTATCAGCAGTGCCGAGCTTGCCAGAGCGATGAAACGCAACAACGTGCTGGTAACCAGTTTACTGACCACAAAAGACTTCCGCGCCATTTTGCAAAACGATCACGGCGTACTGAACCAGAGCAGCAACGCTCGGGAACTGTTGGGTTACGCCCGTATTTTCAGTTTGTGTCAGCCTAACTTGCATGTACGTCACATCGAGAAGCTGGCCAAAGCCGTGCATTCTAAAGAAGGCAAGATGGAAACCATCAAGGCCATGATTGCCGCTATTCTCGAAGAAGACGGTGTGCAGCCGCCCACGTCCAATTTAAGCCGTAACCGTGTGGATGACTGGCTGCGCGAATGCCAGCTCATCAAGCAGTTTGATCGTATCCGCCCCGAGTTTGCCAAACTTGAACAGGCCGATATGGCGCTGGGAACGACAGAGAAGCAGCTTGGCGGTTTAAAGCAGGTGTTTGAGGCGGATAAGAGCCATTTATCGGCGGCTGTCGAAAAGGCTAAAAATCAGCTGGAAGAGAATCAGTTCCAGCGCAAGCAAAATGATAACCAGTGGTCTGAGACTCGCGACACGCTCAATCAGACGGTGTCATCTGCCCGGGCGGATGTAGAAAAATACACCTCGGAACTGGATGCTGTCGAAGAAGAATTCCAGAGCTGGCAGGAACAGGATATTGAACAGTTAAAAGAAGATGTGGCGAATCTCGGGCAGTGGCAGAACGAGCTGGAACTGGTATCCGGTCGCTATACTTTATTAACTGAAAAACATCAGGATATTGAGTCCACGTTTAACCGCCGTATCGCTGAACTGGGTGAAAAGCTCAGTATGAACCTGGAGCAGCTTTCAGCCAGCCGTCAGGAAGCGGCTGATAAGCGCAGTGATCTGCAGCAGAAAGAGCGTGATGCATTGCAAAACATCCGCGACGATTATGCACAGCAAATTCAAACCTTAAATCACGCACATCAAAACGCCCTCAGCGATCTGAAAGTAGCAGAAGCCGAACTGAAAGCCGGTCTGAATAACGCCGGTTATAACGAGTTTGAGCAGTCGCAGCTTGATTTACTGGATGCCGCAATAAAAGAAGCCAGCATCAATGAAGATGCTGCGCGCAGCGAGTATCGTCAGACACAGCAAGCTCACAGTCAGGCGGTATTGCATCGTCAGTCAGCGTCATCGGCACTGGATAAAGCCCGCAACCAGCATCAGGCACAGGAAAAGCAGGTTGATGGTATCAATCAGCTGCTGTACCCCGGAGAAGGCTCCCTGCTTGAGTTTCTGCGTGGCAACCTGGATAACTGGGAACATACGCTGGGTAAGGTCGTGCGTCCCGAATTGCTGGAGCGCAAAGATCTCGTTCCGCAACTGGCCGATGGTGAAAGCCTGTTTGGTATCAAGCTGGCACTGGATGCACTGGATACGCCGGAATATGCCCATACTGAACAGGAGCTTAAAGCCCGTTTAAGTGCGGCAGAAGAATCTCTGGCGCTGGCGTTAGCGGCACAAAACGAGTGTGAAGCGGTATTATCGAAAGCCAACGAAGACGTGCGCAACGCTGAGCTGGCGATGACTCAGAAAGATAACGCCGTACGCAGTGCAGAAGCCACCCGTAAGCGTGCACAGCAGGACCGTGATGCAGTACTGAGTGAATATCAGCAGGCGTTGTCGGCCCGCAAACAAAAAGCGCGCAGCAAACTGGATGATAACGTTCAGGCTAGAAAACAGCTGGTGGCACAGTTTGAACTTGATCGCGATGAGATTAAAGATCAGCAACGGGAAGCCGAAACGGAGCACAGCTTCCACTGGCAGCAGCTTATTGCTGACACTGATGCCCGTATCAGTCAGCTTGATTCAGATATGCGTAAAGCCAGAGATAATGCGGCCAAAGACCGTCGTGACACTGAGCAGTGGCTGGAAAATGAGCTGAATAACCGCGGCGTGGACGTGGATGAAATCGGTGAGATGAAAAAGCGCATTAAAGTGCTTAAAGAAGATATCTACCGCACAGAAACTCATCGCCATAAAGTCGCTGATTATGAACGCTGGTATCAGACAGTGTTCACCGGCCACAAAGTTGCGTGGCAAAACAGCCTGGCGAAAGCCCGTAAGTCACTGGCCGAATCTGAGCGCGAACTGGCTGCAAAACAAACCGTGTACCGGGAAACCAGGGAGCAGCTTAAAGATCAGCATGGTCAGTTAGAAACGGCGCTGAAAACCTCATCAGAGCAATATGAGCAGGTGGTTAACTTTGCTAAATCGCTGGCAAAAATTGCCTTGCCGGCGGTACAGGCCGAAGAGGCTGTGCGCCATGATGAGTTATCCATTAATCAACGCTTATCTCAGGTGCAGAGTGCCCTGCAGGAGCGTGAAGGCTTAATGTCTGATGTGAAAGCTTATGTTGAACGCTTTGATCAGCTTATCGCCGCGCAGGCGGGAACCGGTTTGTCAGATACCTGGGAACGGGCCCGTGAAGAATGTGCCGTGATGAATGCCCAGGGCGTGAAGAGCGTTGACCACCGTCGCATGGTCGGCCATTTGGCGCAATTGCTGAATGTTATTGTGCCGCAAAAATTACAGGGCCTGAAAGAGCAGGGACGTATCTTTGGCGCGGATCTGAGTCAGTACTATTACGTACTGGCAGATATCGATAAACGCATCGTCAGTCAGAGCCGCCGCATTACCAAAGAGGTTGACGGAGAACTGTTCCTGGATGGCGTTTCAGACTCCGCGGTAAAAATCCGCTCACGGATCAGTGAACTGGAATTCTGGCCTGAACTGGAACAGTTCCGCGCATTGTACGACGAGTGGATGGGACAGGGCGCCAATGAATTGCCGGATGAAGAGTATGGTCAGAGTATGCGCCGTGTGCTGGATATTCTCGGCCGTGCCGCGCTGACCGGCGGCATCAGTAAACTGCTGGATATTGAACTGCATTTACGTGAAGGCAACAGCGATCTCGTGATCCGTACCGACAGACAGCTGAACGAGTCTTCCAGTCACGGTATGGCTTACCTTATTTTATGTAAATTCCTGCTTGCCTTTACCCGTCTGCTTCGTGGTGAAGCCGATACCACCATTCACTGGCCTATCGATGAGTTAGGTACACTTCACCAGAGTAATGTGAAGAAGATCTTCGATGCCTGTCAGAACAATAATATCAGTGTGGTGGGGGCCTTCCCGAATCCTGAGTCTGATGTATTAACGCTGTTCGAGAACCGCTACCTTATCGATAAAGTCAGCAGACAGTTACAGGTAGTTGAGCCAAAAGTCAGCGCCATTGCGGAACGCATTAAAGCCCGCCGCGAACAGGAGGTGTCAGCATGA	MAGLKRIILIDTHLPGVVELKLDGHTNICGTNASGKTTLQRLIPVFYGEYPSRVVPATRDSFERWYLPRTSSFIIYEFTRAEGDLCQGVLSSNGTGVNYRFIGKPFDIDDYLLPQKNGKRVSISSAELARAMKRNNVLVTSLLTTKDFRAILQNDHGVLNQSSNARELLGYARIFSLCQPNLHVRHIEKLAKAVHSKEGKMETIKAMIAAILEEDGVQPPTSNLSRNRVDDWLRECQLIKQFDRIRPEFAKLEQADMALGTTEKQLGGLKQVFEADKSHLSAAVEKAKNQLEENQFQRKQNDNQWSETRDTLNQTVSSARADVEKYTSELDAVEEEFQSWQEQDIEQLKEDVANLGQWQNELELVSGRYTLLTEKHQDIESTFNRRIAELGEKLSMNLEQLSASRQEAADKRSDLQQKERDALQNIRDDYAQQIQTLNHAHQNALSDLKVAEAELKAGLNNAGYNEFEQSQLDLLDAAIKEASINEDAARSEYRQTQQAHSQAVLHRQSASSALDKARNQHQAQEKQVDGINQLLYPGEGSLLEFLRGNLDNWEHTLGKVVRPELLERKDLVPQLADGESLFGIKLALDALDTPEYAHTEQELKARLSAAEESLALALAAQNECEAVLSKANEDVRNAELAMTQKDNAVRSAEATRKRAQQDRDAVLSEYQQALSARKQKARSKLDDNVQARKQLVAQFELDRDEIKDQQREAETEHSFHWQQLIADTDARISQLDSDMRKARDNAAKDRRDTEQWLENELNNRGVDVDEIGEMKKRIKVLKEDIYRTETHRHKVADYERWYQTVFTGHKVAWQNSLAKARKSLAESERELAAKQTVYRETREQLKDQHGQLETALKTSSEQYEQVVNFAKSLAKIALPAVQAEEAVRHDELSINQRLSQVQSALQEREGLMSDVKAYVERFDQLIAAQAGTGLSDTWERAREECAVMNAQGVKSVDHRRMVGHLAQLLNVIVPQKLQGLKEQGRIFGADLSQYYYVLADIDKRIVSQSRRITKEVDGELFLDGVSDSAVKIRSRISELEFWPELEQFRALYDEWMGQGANELPDEEYGQSMRRVLDILGRAALTGGISKLLDIELHLREGNSDLVIRTDRQLNESSSHGMAYLILCKFLLAFTRLLRGEADTTIHWPIDELGTLHQSNVKKIFDACQNNNISVVGAFPNPESDVLTLFENRYLIDKVSRQLQVVEPKVSAIAERIKARREQEVSA				NA	NA	NA	NA	NA
AK237_00667	1386	ffh	COG0541	Signal recognition particle protein	ATGTTTGAGAATTTATCTGAACGCCTTGGTCAGACGTTACGGAACGTCAGTGGCCGTGGCAGACTTACCGAAGACAACATTAAAGACACGCTCAGGGAAGTGCGCATGGCACTGCTTGAAGCCGATGTTGCGCTGCCGGTTGTAAAAGAATTTGTTGCCCAGGTCAAAGCGCGAGCAGTGGGCACAGAGGTCACTAAAGCCCTGAAACCGGGTCAGGTGTTCATTAAAATCGTCCAGTCAGAACTTGAGTCTGTTATGGGCGAAGCGAATGAAAAACTCAACCTGTCTGCTCAGCCGCCGGCCGTTGTGCTGATGGCGGGTTTGCAAGGTGCGGGTAAAACCACCAGTGTGGGTAAACTCGCCAAGTACCTTACAGAGCGAGAAAAGAAAAAGGTACTGGTTGTTAGTGCGGATATTTATCGTCCGGCCGCGATTAAACAGCTGGAAACGCTGGCTGATGATGTTGGCGTTGGTTTTCACCCATCCTCTATTGAGCAAAAGCCAATTGATATTGTTAATGGTGCCATCGATGCAGCGAAAAAGCAGTTTTACGATGTCTTGTTAGTGGATACCGCAGGTCGTTTGCATGTCGACGCTAACATGATGGACGAAATTAAAGCGCTTCACGCGGCCGTTAAGCCTGTAGAAACCTTGTTCGTGGTTGATGCCATGACCGGTCAGGATGCGGCAAATACAGCGAAAGCCTTCAATGATGCATTACCGCTTACCGGTGTGATCCTCACCAAAGCCGATGGTGATGCGCGAGGCGGTGCTGCGCTGTCTGTTCGTCAAATCACCGGCAAACCGATTAAATTTATCGGTATGGGTGAAAAAGTTGATGCCCTGGAACCTTTCCACCCTGAACGTATCGCTTCGCGTATTTTAGGCATGGGTGACGTGCTCAGTCTTATTGAGGAAGTTGAACGTAAGGTTGATAAAGATAAAGCGCAGAAACTGGCGAAGAAAGTTCAGAAAGGTAAAGGTTTTGATCTGCAGGACTTTAAAGAGCAGCTTGAACAAATGCGTAACATGGGCGGCATGATGGGGCTGATGGACAAGTTGCCAGGTATGGGCGGCATGGCTGACAAAATTAAAGATCAGGCCAATGAAAAGCAGTTTAACCAGATGGAAGCCATTATCAATTCTATGACGCCTGGAGAACGCGAGCGTCCGGATATTATTAAAGGCTCCCGTAAACGCCGCATTGCGGCTGGTTCAGGTACGCAAATTCAGGACGTTAACCGTTTGCTGAAGCAATTTACGCAAATGCAGAAAATGATGAAAAAAATGTCCGGCGGCGGCATGAAGAAAATGATGCGCCAGATGAAAGGTATGATGCCTCCCGGTGGAATGGGTGGTGGCGGAGGCATGTTCCCGCCACGCTAA	MFENLSERLGQTLRNVSGRGRLTEDNIKDTLREVRMALLEADVALPVVKEFVAQVKARAVGTEVTKALKPGQVFIKIVQSELESVMGEANEKLNLSAQPPAVVLMAGLQGAGKTTSVGKLAKYLTEREKKKVLVVSADIYRPAAIKQLETLADDVGVGFHPSSIEQKPIDIVNGAIDAAKKQFYDVLLVDTAGRLHVDANMMDEIKALHAAVKPVETLFVVDAMTGQDAANTAKAFNDALPLTGVILTKADGDARGGAALSVRQITGKPIKFIGMGEKVDALEPFHPERIASRILGMGDVLSLIEEVERKVDKDKAQKLAKKVQKGKGFDLQDFKEQLEQMRNMGGMMGLMDKLPGMGGMADKIKDQANEKQFNQMEAIINSMTPGERERPDIIKGSRKRRIAAGSGTQIQDVNRLLKQFTQMQKMMKKMSGGGMKKMMRQMKGMMPPGGMGGGGGMFPPR	PGPT0025750_2696	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-SEC-SECRETION_PATHWAY	CE-SEC-SRP_CORE_COMPONENTS,PGPT0025750-ffh-K03106	NA	NA
AK237_00668	792	ypjD	COG4137	Inner membrane protein YpjD	ATGACCACCGTATTTGCCGTAACCGGCATCATTTTTTATCTTGCCGCTGCATATCTTTTGATGGGTAAGATTGTCAATCAGCAAACCCCGAATAAAAAACTGGCTATGATGTTGTCATTGGCTGGTGCTGCGGCCCATATCTGTTATCTCTCTCAGGCAATTGTCATTGCACCGGGTCAGAATATGAGTATAACCAACGTCTTGTCGTTGGTCTCATGGCTTATCACGGTATCTATGCTGATTAGTGCGTCAGTCATGCCCAATATTATTCTGTTACCCGTGGTATTCGGCTTTTCCGCGATGACTATCGCCGCAGCGCAAATCCTGCCTGTGACTCACATTATGCACATTGAGATGCAGCCAGGGTTAGTTATCCACATTACGCTGTCCTTATTTGCATACGGCACGTTGGTGATTGCCTTTTTATACGCACTTCAAATGTCTTTTATTACCTATAAGCTAAAGCAAAAAGGCGCGTCATTATTGCACTCCCCTCTTCCTCCTTTAATGTTGGTAGAGGGCATGTTGTTTAAGCTTTTACTGGTCGGTACATTTCTGCTGATCCTTTCGTTAGTCAGCGGATTCGTATTTTTAGATAACATGTTCAGTACCACTTATGCACATAAAACAGTACTCTCCATTATAGCGCTGGCTGTTTACGTCGTGCTATTAACCGGACAACATATCTGGGGTTGGCGAGGAAGACAAGTTATCGTACTAACGGTCATAGGCCTGATGCTCCTCACTTTGGCTTACTTCGGTAGCCGCTTCGTCAGAGAAATTTTGTTATGA	MTTVFAVTGIIFYLAAAYLLMGKIVNQQTPNKKLAMMLSLAGAAAHICYLSQAIVIAPGQNMSITNVLSLVSWLITVSMLISASVMPNIILLPVVFGFSAMTIAAAQILPVTHIMHIEMQPGLVIHITLSLFAYGTLVIAFLYALQMSFITYKLKQKGASLLHSPLPPLMLVEGMLFKLLLVGTFLLILSLVSGFVFLDNMFSTTYAHKTVLSIIALAVYVVLLTGQHIWGWRGRQVIVLTVIGLMLLTLAYFGSRFVREILL				NA	NA	NA	NA	NA
AK237_00669	1296			hypothetical protein	TTGGACGACATATCAACGAGTACGCTATTTATTGCACTTGGCGTGCTGATTTTTTTATCTGCTTATTTCTCTAGTTCTGAAACAGGCATGATGTCGATAAACCGTTATCGACTTAAACACCTGCAAAACGAAGGTAACCGCGCCGCGCTACGCGTACAAAAGTTGCTTGAGCGTCCGGATCGTCTTATCGGGCTTATTCTTATTGGAAATAACCTTGTAAACATCGCGGCATCGTCTATCGCCACGATAATCTGTACGCGCTTATTTGGTGATTACTGGGGCTTTTTTGCCACAACATTTGGTTTAACACTGGTACTGCTCATCTTCGCCGAAGTCACGCCTAAAACACTGGCTGCGTTGTACCCGGAAAAAGTCGCGTTCCCCAGCTCAGTCATTCTGTTGCCACTGTTATTCGTACTTTATCCGTTTGTTGCACTCATCAATTCCATCACCAACAGTATTTTGTTCCTGCTGCGTATCAACCCGACGAATGGTAACGACGACTCCCTGAGCCGGGAGGAGTTACGGACGGTGGTATACGAAGCGGGTACGATGATCCCTAAAAAGCACCAGGACATGCTGGTTGGCATTTTGGATTTGGAAAATGTGACCGCCGAAGACATTATGGTGCCACGTTCTGACATCGTTGCTATCGATATTAACGATGATTGGAAAAAGATTCAGAAGCAACTGACCCATGCGCAACACACCCGGGTTTTGCTTTATCGCGACAGCATTGATGATGCCGTTGGTTTTGTACATTGTCGTGATGCACTAAGACTGCTTTCAAAAGACCAGTTTACCAAATCAAGTTTGCTTCGCGCAGTAAGAGAAATTTACTACACGCCCGAATCCACCCCACTGCATACATTGATGTACAAGTTTCAGGCAGAAAAGGAACGTATCGCCCTTGTCGTCGATGAATATGGCGACATCATGGGCCTGGTAACACTTGAAGATATCCTTGAAGAAATCATCGGCGATTTCACTACATCGATGGTGCCTGATCACAGTAAAGAAGCCAACATTCAGCAGGATGGCAGCGTGCTGGTTGATGGTAGTGCCAACGTACGTGATTTGAATAAAGAAATGGATTGGAAATTGCCGCTGGATGGGCCAAAAACCCTGAATGGATTGATACTGGAATATTTAGAGGAAATCCCGGAGAATCAGGTAAGCGTGCGTTTAGCGGGTTACCCAATGGAAATCGTGGATATTAAAGACAATATGGTGAAGACCGTGCGTATTTTACCTGAGTATTTCATCGAACCACGAGACAACCCCATCGAGCTTTAA	MDDISTSTLFIALGVLIFLSAYFSSSETGMMSINRYRLKHLQNEGNRAALRVQKLLERPDRLIGLILIGNNLVNIAASSIATIICTRLFGDYWGFFATTFGLTLVLLIFAEVTPKTLAALYPEKVAFPSSVILLPLLFVLYPFVALINSITNSILFLLRINPTNGNDDSLSREELRTVVYEAGTMIPKKHQDMLVGILDLENVTAEDIMVPRSDIVAIDINDDWKKIQKQLTHAQHTRVLLYRDSIDDAVGFVHCRDALRLLSKDQFTKSSLLRAVREIYYTPESTPLHTLMYKFQAEKERIALVVDEYGDIMGLVTLEDILEEIIGDFTTSMVPDHSKEANIQQDGSVLVDGSANVRDLNKEMDWKLPLDGPKTLNGLILEYLEEIPENQVSVRLAGYPMEIVDIKDNMVKTVRILPEYFIEPRDNPIEL				NA	NA	NA	NA	NA
AK237_00670	186			hypothetical protein	ATGACGACCAAATCCATTCCAGATCTGCTCAGGCGATCTCTTGAAAGTCATATGGCAGAAGCCGACCTCAGAGATGATGAAGAGCTAAAAGATATTTTGGGCAAACTTAATGTGCTGTCTACGAAAGTGGCGGCAGCAAAGGCTCAGGCATTGGCCCGCAGAGCGCAGGCCAAAGAAAAGAACTAG	MTTKSIPDLLRRSLESHMAEADLRDDEELKDILGKLNVLSTKVAAAKAQALARRAQAKEKN				NA	NA	NA	NA	NA
AK237_00671	513	sixA	COG2062	Phosphohistidine phosphatase SixA	ATGCCACGTCAAAATTCCAACGCTGACATTTTGCTGTTTATTATGCGCCACGGTGAGGCAGAATCATTACGGGTTGATGACAAGAGTCGGCAGCTAACCGAGTTCGGTCGTGCTCAGGCTTCTGTTACCGCTAATTGGCTCATTGATAATTACTGTGAAAACAGACAAATAGATCTAGCGTTGATTAGCCCCTATCGTCGTGCTCGTCAAACCTTTGACATGGTAAGTCTTGATGTCGGTGCAGCGAAAACCGAGCTATGTGAAGACATTATTCCCGAAGGTAATCCCAAGCTCGCCCACGATTATGTCGACACGTTGTTCACGGCAACACAAGGGCGTAGTCAGCCTATTCAGCGTATGTTACTGGTCAGTCACATGCCCTTTGTCAGCTATTTTTTAGACGAGGTCTGCTCGGTGCCAAGTAATAGTCTGTTCGCAACAGCGTCAGTAGCGGTAGTGCGCTATAATATCCAAAAGCAAAAAGGTGATTTGCTCACCCATTTTCAGGGATAA	MPRQNSNADILLFIMRHGEAESLRVDDKSRQLTEFGRAQASVTANWLIDNYCENRQIDLALISPYRRARQTFDMVSLDVGAAKTELCEDIIPEGNPKLAHDYVDTLFTATQGRSQPIQRMLLVSHMPFVSYFLDEVCSVPSNSLFATASVAVVRYNIQKQKGDLLTHFQG				NA	NA	NA	NA	NA
AK237_00672	2751	ptrA	COG1025	Protease 3	TTGACAACAGCACTGAACTTGGAAAACGCCATTTTCCATACACTTCCAAATGGCCTGCGCGTCATGATTTATCAACATGAGCTGGCGCCCACAACCTATGTATCCATGTCAGTCAGGGCTGGCCATTTTTATGACCCCATGCATTGCGAAGGACTATCACATCTGCTGGAACATATGATGTTTCTTGGCAGCCGGCATTTGCCTAAGCCTAACAGTATCAACGATATGGTGGACAGTGCTGGCGGTGCAATCAATGCGTGGACGGGCACTGAGTTCGCCAACTACCATTTTCACTGTCGTAGTACAGAACTAAAACGTCTGCTTCCCGCCTTTGGTGACATGCTACGTTTGCCGCTGCTCGATAAAGATACGCTGGATAAAGAAATCAACGCGATAGAAGCTGAGTTTCAATTCAAGCGAAAAGACGATTTGCGACGTCTCTATCAAATTCATAAAGAGACAGCGAACCCTGCACACCCCTTTAGTAAATTTTCGGTAGGCAACGCCGATATTTTCCGCTCACTGCCGCAAGATGAACTCCACCAGGCACTGCACGAATATCACACAGAATATTACGTGGGTAGTAATATGTGCCTGGCAATTTTTACCGATCAATCGACTGACAACGTTATCGAGTTAATCGAACAAAGTGTGGGATCGATAAGAGCAGGAACAGAAGCGCAAACCCAATGGCCACCTTTGTATACTAATGACCAGCTTGCAGTTGATATCAATATCGTGCCGTTGCAAACGGCTCGCCGAATGATTGTGACGTTTGCGCTACCCGGTTTGCACCTTGACTACCGGACTAAACCGTTAAATTACTTAAGCCACTTAATAGGTGACGAAGGCGAAGGTAGCTTACTAGCCTATCTGAAAGAAAAAAACTGGGTGACCAACCTCATTGCAGGTAGCGGAATTGAAGGAGAACACTTCAAAGATTTCAACGTCAGCTTTCAGCTTACAGAAGAAGGGCTTGTAAACCGTCACTTTATCTTAGAAGCGCTATTCGCTTTTATCTCGCTGATAAAGGATGGGATAGACGACAAGTGGCGCTATCAGGAAAAAGCGCATTTGAGTGCACTGGCCTATCAGTACGAAGACAATCCGAAACTGCAGAGTATAGTCAGTGATTATTCTCAGTATCTTTTTACATTTGATAGTGAAGAGATAAAGCTGTTTCGCATAATTATCGATAATTTCGATAAAGAAAAGCTCGAACATGCGTTGCACTTTTTCAATCCCGACAACATTCGGGTGAAAATGATCGCGCCAGGCTTACCTACTGACACAGTTTGTCGGCATTACGAGGCAAAATACCAAATTCGTCCCATGGATGAAGCGCTACTGAATACATTGCGTCACCCCAAAACTATTGACGCACTCAGCTTGCCACCGCCAAACCCCTATTTGGGAGACGATTACCATTTAACCTTACCAAACGAGCGAAATTTGCTCCCGCGGGCTTTACTTAGCGAAAAGCATATTGCCTTTTGGTTTGCTCAGGATGGGCAGTTTCATAATCCAAAAGGTGATATTTACGTCTCCTTTGACACGCCGGCCTTTGCAGAAGATATTATTGCTGTTGCAGCAAAACGTATCTGGTTAGCAGCACTTAACGATTTCCTTCAGGCGAAGTACTATCGTGCGGAGATTGCCGGACTGCATTATCGAATCTACGGGCATCAAGCGGGCTTTACGCTTCACACCCGCGGTTTCTCCAATCATCAGATTAAGCTTGCTACCCAGTTACTGGAAACGATTCACACATTTAAGCCGGACGAAGATCACTTCGATCGGCTAAAAGCAATGCAAATACAAACGCTTGAGAATGCGCTGATGAACAAGCCCACTAACCGCTTATTCTCGCGGTTAAGCGTTATTGTACAGCGTAATACTCAAGCTCCTATCGAACTACTTAAAGCCGTGCAGATTTGTACGTTCAACGATATGGTCAACTTTCGTGAAAAAGCACTTAATAGCTATTTCGTAGAAAGTTTCATGCACGGTAACTGGCCAGAAGATGATGCGTATTATTTTGCCTCTATGTTAAAAACCTCCTGCGAGGGCGCAAATTGTACACCGCTGTCCCGCGCCGTTACGCAGTTACCAGTAGGTGAAGCGTTGTTTCACGAAGTGCCGTGTGAACACGAAGATGCAGCCGTCGTTTTGTACTTACAAGCGCCAAGCAATAGTTTAAAAGACACGGCGATGTGCATGGTGCTGGAGCAGATGCTGGCGGCCCCCTTCTTTAACGTATTACGCACTGAAAAACAGCTAGGTTATGTGGTAGGCACAGGCTATGTACCTCACAACCAACATCCTGGCATGGCGTTTTACATACAAAGTCCCTCTCACGCGCCAGAAGCTTTACTTAAAGAAATGACATCCTTTTTGTTCGAGCAGCTAAACGAAATTGATTTTTATCGTTTCTATTGGTCCACCATTCAAAAAAACCTGCTCAAACAAATGGAGGAGCGTGACTTGTCTTTGTCCATGAAGTCACAGCGACTGTGGGTAAGCCTGGGAACGCAAGACCATGGATTTGACCGCAACCATAAGTTGGCAGATTTAATCTCTCGCTTAACGTTTCAGGATATTCAGGATTATGCCACCGCTATTGCCCAGCGCTCTCACTTCGGTGAACTCGTTTTATTTGCACCTGGCAAATTCCCAAGTATGGATGTACCTGACGAAAGAATGTTGAAGGACCTTTCTTTGTTTAAAAAAACAACGCCTTATTTTGTTTAA	MTTALNLENAIFHTLPNGLRVMIYQHELAPTTYVSMSVRAGHFYDPMHCEGLSHLLEHMMFLGSRHLPKPNSINDMVDSAGGAINAWTGTEFANYHFHCRSTELKRLLPAFGDMLRLPLLDKDTLDKEINAIEAEFQFKRKDDLRRLYQIHKETANPAHPFSKFSVGNADIFRSLPQDELHQALHEYHTEYYVGSNMCLAIFTDQSTDNVIELIEQSVGSIRAGTEAQTQWPPLYTNDQLAVDINIVPLQTARRMIVTFALPGLHLDYRTKPLNYLSHLIGDEGEGSLLAYLKEKNWVTNLIAGSGIEGEHFKDFNVSFQLTEEGLVNRHFILEALFAFISLIKDGIDDKWRYQEKAHLSALAYQYEDNPKLQSIVSDYSQYLFTFDSEEIKLFRIIIDNFDKEKLEHALHFFNPDNIRVKMIAPGLPTDTVCRHYEAKYQIRPMDEALLNTLRHPKTIDALSLPPPNPYLGDDYHLTLPNERNLLPRALLSEKHIAFWFAQDGQFHNPKGDIYVSFDTPAFAEDIIAVAAKRIWLAALNDFLQAKYYRAEIAGLHYRIYGHQAGFTLHTRGFSNHQIKLATQLLETIHTFKPDEDHFDRLKAMQIQTLENALMNKPTNRLFSRLSVIVQRNTQAPIELLKAVQICTFNDMVNFREKALNSYFVESFMHGNWPEDDAYYFASMLKTSCEGANCTPLSRAVTQLPVGEALFHEVPCEHEDAAVVLYLQAPSNSLKDTAMCMVLEQMLAAPFFNVLRTEKQLGYVVGTGYVPHNQHPGMAFYIQSPSHAPEALLKEMTSFLFEQLNEIDFYRFYWSTIQKNLLKQMEERDLSLSMKSQRLWVSLGTQDHGFDRNHKLADLISRLTFQDIQDYATAIAQRSHFGELVLFAPGKFPSMDVPDERMLKDLSLFKKTTPYFV				NA	NA	NA	NA	NA
AK237_00673	4512			hypothetical protein	GTGCGCTCAACCTTAATCTGGATTTTTGTCAGCTTTTTCTTGCTGCTCGGGAATATTCTCTGTGCGGCCAGTCAAGCTGTATCAATCACAGACATATACTTTCAATCAATCTCCCAGAAAGACGGCATTTCAGATCATACTATCCTTGATATCGTGGAAGACAAAAACGGAAGTTTGTGGATTGGTACCGTCACAGGACTACACAGATACACCGGTTACGATACTGATTCGAAGCAATATCACCCTCAGCCATTAAGCCCAAATTCTCTCCCATCTGCGTGGATAAATGACCTTTTCATCGACGAAAAGAACACGCTTTGGGTAGGCACAGACCAGGGGTTAGCGAGATACAATCGAGAGAACGATAATTTCACCGTAATTCCTTTCGAAGACGCAAAGACCAATTCTACGTATATCACCAAAATTATAAGTGATGAAAATGGGCGCCTATTAATCAGCACAAATGACGAGATCTATCGCCTATCTCCAGATCAAAAATTAGTTGTTCCTGCTTATCGCGGCACCTCGTTTCCCGATGATATTCGGACAATTTATAACGAAGCAAATAGAATGTGGATTGGGACCAGAGATCATGGCGTATTCATTTTAAATAAAAATAGTGACCAAATTTATCCTCTTTCCAAAGTTAACCCATATGGAATCTCTTTAAACGCAAAGAGAATTAATGATATAAAAATTATAAATGGTGAATACTGGTTAGCGACCGGGAAAGGCGTCGCAATCATTGATAACAATGGAAACTCTAAATTTCTAAGTTCGAAATCCGAAGACTCTGATCTCAATCTTTCTGGCATTTCCGTGTTAAAACAAGTTAAAAATTTAGTTTATATAGGCTCCTATAAAGGCTTAAGCATTTTCGATCTCGATAAAAGCGATTTTATAGTGAGAAGCCTTAAAAATAATAAACTTATTGGTCTTACACAGAATATAATTTTTGCCATTCAACACGATAGCACAGGTAGTCTTTGGGTTGGCACATATGCAGGTCTTTTTCGCTATCAGCCTGAATTGAGTGCAGTGAGGACTATAAAAAACAAGAAAGAGTTTCAGGAAGCTTCCATTTCCTCGACAATCTGGGCAATCGATGAAGATGAAAATAATAACCTCTGGTTCGTCACACAAAATGAGGGAATTGGAAAATTTGACCGCGCATTAGGCACGATAGACTACTTTCTCGATGGTGAGGACGGACTTTTTTGGGATCTTGCCATCGATCAAAATGGTTTATTTTGGGTTGCCTCTTCTTCTGGGATAAAAGTCTTTGAGTTTAAAAACAACAGATTAGAATTAATAAAATCCATACTCGAAGATCAATTCGTAGAGCGACTCTATTTTGATGGATACCAAATTTGGTTAAATGATAGTAACGGTCATTTAATTTCAATTCCTACGACTATAGTAAATAGTAAAACCAGCGACATATCTACTGCTACAGTAACGTATGCAATAAACAAAAATATACAGAACTTTGTTCCACGTTATACCGATAACGAAGGGCGGGTTTGGCTTTCAACAGATTCAGGAATGGTTATTTACGATCCTCAAAAAGAATCTGTGGTAAAAAGCTTAGGTAGATCAAACAATTTATCCTTTACTGCTATAAATGTTTATTACTGGAGAAATTACTACTGGATAACAACGTTTTACAACGGGGTTATAAAAGTTAATGCTGATTCTCTCGAAATAGTCGAAATTCAAAATAAGAATGCGAATGAAGGTATCACGTTTTCCTCACAGGGCCGTGATGGTTCCATTTGGTACACGAACGGTCAAGGCATTTCTCGAGTAGATTTATTTACCTTAAAAGATGTAGATTCAATTCCCCGCGAATCTTTGAACGGTAACGATTTCAGCGAAGGTGCGTCACTTATAACTAGCGACAATGCGTTGGTTTTTGCTGGTGTAAAAGGGTTTAACATATTAAGCAAAACTTATATAGACAGAAAGTTATCCTCGCAAGCGAAGACCAGAACGCCGCAACTTTTCGCGTTAAAAATCTTTGGAACATCTCAAAGAAGTGGTGGGAGCTTAGAGCTAGAGTCTAAAGCTAAAAATGCAAATCTTTTCGAAAAAGACAGTTATGCACTCGAATACGAACAATCGCGATTCAGTGTGACATTTGGGTTGGTCAATCCTATTACACCCGAAAATGTTATCTATCGGTATCGCATGACTGGCAATGTGGATGAGTGGTTTCCAGCAGGTAATAGTCGCCAGGCACAATTTAATAATGTACCTTTCGGAAAATACATTTTTGAAGTGCAGGCCAAAGAGGGCAATAAGGCCTGGTCAGATAGTAAAACACTTGAAATTTCAGTTGATCGTCCATTCTGGCTACATAGTGCCGCGCTTGTATTTTACGCGTTTGTCGTACTGTCCATCTTGTTTTACATACTTCGCCAATACCAACTGCGAAAACAAGGCCAACGCTCTATACAAGAATCTGAAGAACGCCTTAAGCTGACTCTGTGGAGTTCGGGCGATGAACTGTGGGACTGGGATGTATATCGCGGTCAGGTTTACCGCGCGAATACCTGGGGAACATTAGACTTTCCCCAGGACAATATTCGTACTTCAAGTGCTTATGATGCCAACATCCATCCCAACGATATATTGCGTGTACAGGAAGCATTAAAAGCCCATTTAGAAGGTAAGTCTGAGTACTATGAATTGGCGTATCGCGCCAAAACATTTTCGAACGCCTGGATTTGGGTGCTGGACCGCGGAAAGGTCGTACAACGCGATCATAATCAACAACCCATGCGGATGACAGGTACATTAAAGAACATCCATCATTTAAAAGAAGCCGAAGAGCAGCTAAACCTTTTTAAACGGTCAATTGAAAACATTTCAGAGGGTGTCTTTATCACCGACACCAATTTCCGCTTTATCTCGGTGAACAATGCCTATTGTGGCTACACAGGCGAGAGCCGCGATCAGGCGCTGGCGTCTTATATGTACTTCAATCAATATCCTGATGCGTTCACAGAGGAAATTAAGAAAACCTTACGCACGAAAGGAAACTGGTTCGGAGAAGTCGAATCGGTACGGATTAATGGCGAACGTTATGAAATGGAATTGAATATCGATGCTGTTCACGATGATGACGGCCGCATTAGTCATTTCGTTGGCGTATTCTCTGACATTACTTCTCGTAAGAGTACGGAAAAAGAACTGTTAAAACTGGCCAATACAGACCCGTTGACAGAACTGCCGAATCGCTCGTTCTTCCAGGCGAGTCATCAGAATTTAGTAAGGAAGGCGGTTTCTCATACCCTACTCTGTTTGGACATGGATAATTTTAAGAAAATTAATGATTCATTAGGGCACCAAACAGGTGATGTGCTCATTAAACAAATTGCGAAGCGGTTACAACGAATTACCGGCACTGCAGCAACCTGTTACCGCCTTGGCGGTGACGAGTTTAGTATTCTTATGGAAGACCAGGCGGATATCCATAAGATTACGCATTATGCCCAGGATATTTTGGATAATCTGTCTCGCCCATTTATTATTAATAAACAAGAGTTTGTACTAGGCGCAAGTGTAGGCATTGCGTTCTATCCCGACGATGGAAAAACACCACAAGAGATGCTGAAAAACGCCGATACCGCCATGTATTTTGCCAAGAATAACGGTGGTAATACCTACAAGTTCTTTAGCGGTGAAATGAACCAAAATGCCGTTCGTCAGCTTCAAATCGAAAATCTCATTCGACAAGGGATTAAAGACGATTTATTCACCGTTTACTATCAACCTAAGGTTGATATCGCATCAGGCAAACTGGTCAGTATGGAAGCCTTGGTGCGTTTTGAGCATCCTCAGAAAGGCATAGTAAGTCCGGGACAGTTTATCCCACTTGCAGAGCAAACGGGACAAATTGTCGAAATTGGCGAGCAGGTACTCCGTAAAGCATGTGCTGACACTAAACGCTGGGTCAACGCCGGTCTGTTTTCTGGCAGGGTCGCGGTTAACATATCAGCCAAGCAATTTGAGCTTCCGGATCTTGATGATCGCATTGAGCGAATACTAAAAGAGGTAGGACTATCTCCCCTTCATCTTGAATGCGAAATTACTGAAGGCACGCTCATGGAAAACCCAGAGCAGGGCCTGGAAATGATGAAGCGCTTGCGGGATAGAGGCATTCACCTTGCCCTTGATGACTTCGGCACAGGCTATTCGTCTTTAGCGTACTTAAAACGTTTCCCACTGAATACTCTTAAGATTGATAAAGCGTTTATTGACGACATTGCCGAAAGCAGTACCGATCGCCATATGGCAGCCGCCATCATTAATATTGCCCATAATCTAGGCCTGAAGGTTGTCGCCGAGGGCGTAGAGCAAGAAAAACAACTTACCATACTCAGACGCTATGAATGTGAGATGCTTCAGGGATACCTTTATTCAAAACCGCTAAATGCCGAGCGTTTTGAGAAGTTACTGCAGGAAAATCAAAAGCTTTACAACTTGATTGGCCACAATTCCTACTAA	MRSTLIWIFVSFFLLLGNILCAASQAVSITDIYFQSISQKDGISDHTILDIVEDKNGSLWIGTVTGLHRYTGYDTDSKQYHPQPLSPNSLPSAWINDLFIDEKNTLWVGTDQGLARYNRENDNFTVIPFEDAKTNSTYITKIISDENGRLLISTNDEIYRLSPDQKLVVPAYRGTSFPDDIRTIYNEANRMWIGTRDHGVFILNKNSDQIYPLSKVNPYGISLNAKRINDIKIINGEYWLATGKGVAIIDNNGNSKFLSSKSEDSDLNLSGISVLKQVKNLVYIGSYKGLSIFDLDKSDFIVRSLKNNKLIGLTQNIIFAIQHDSTGSLWVGTYAGLFRYQPELSAVRTIKNKKEFQEASISSTIWAIDEDENNNLWFVTQNEGIGKFDRALGTIDYFLDGEDGLFWDLAIDQNGLFWVASSSGIKVFEFKNNRLELIKSILEDQFVERLYFDGYQIWLNDSNGHLISIPTTIVNSKTSDISTATVTYAINKNIQNFVPRYTDNEGRVWLSTDSGMVIYDPQKESVVKSLGRSNNLSFTAINVYYWRNYYWITTFYNGVIKVNADSLEIVEIQNKNANEGITFSSQGRDGSIWYTNGQGISRVDLFTLKDVDSIPRESLNGNDFSEGASLITSDNALVFAGVKGFNILSKTYIDRKLSSQAKTRTPQLFALKIFGTSQRSGGSLELESKAKNANLFEKDSYALEYEQSRFSVTFGLVNPITPENVIYRYRMTGNVDEWFPAGNSRQAQFNNVPFGKYIFEVQAKEGNKAWSDSKTLEISVDRPFWLHSAALVFYAFVVLSILFYILRQYQLRKQGQRSIQESEERLKLTLWSSGDELWDWDVYRGQVYRANTWGTLDFPQDNIRTSSAYDANIHPNDILRVQEALKAHLEGKSEYYELAYRAKTFSNAWIWVLDRGKVVQRDHNQQPMRMTGTLKNIHHLKEAEEQLNLFKRSIENISEGVFITDTNFRFISVNNAYCGYTGESRDQALASYMYFNQYPDAFTEEIKKTLRTKGNWFGEVESVRINGERYEMELNIDAVHDDDGRISHFVGVFSDITSRKSTEKELLKLANTDPLTELPNRSFFQASHQNLVRKAVSHTLLCLDMDNFKKINDSLGHQTGDVLIKQIAKRLQRITGTAATCYRLGGDEFSILMEDQADIHKITHYAQDILDNLSRPFIINKQEFVLGASVGIAFYPDDGKTPQEMLKNADTAMYFAKNNGGNTYKFFSGEMNQNAVRQLQIENLIRQGIKDDLFTVYYQPKVDIASGKLVSMEALVRFEHPQKGIVSPGQFIPLAEQTGQIVEIGEQVLRKACADTKRWVNAGLFSGRVAVNISAKQFELPDLDDRIERILKEVGLSPLHLECEITEGTLMENPEQGLEMMKRLRDRGIHLALDDFGTGYSSLAYLKRFPLNTLKIDKAFIDDIAESSTDRHMAAAIINIAHNLGLKVVAEGVEQEKQLTILRRYECEMLQGYLYSKPLNAERFEKLLQENQKLYNLIGHNSY				NA	NA	NA	NA	NA
AK237_00674	156			hypothetical protein	ATGTTAAAAGCAGCCGCTGTAGCACTAGCACTTTCCACAACTGCACCAGTTACTGTAGAAGAAGGCGCAAAGCCTGTTGAGAAACAACAGGAAGCGACTACTCAGATTAAAAAAGTATTGCCTTGCTCACGTCTTGGCGCTTGTGATTTGAAATAA	MLKAAAVALALSTTAPVTVEEGAKPVEKQQEATTQIKKVLPCSRLGACDLK				NA	NA	NA	NA	NA
AK237_00675	204			hypothetical protein	ATGATGACTTTTCTGGCTTTATTTGTATTTGGGTGTTTTGCTGGCGTGTATTACGTTGCAGCGATGAAAGCTGGAATGAATGCCAAACGCTGGGCGTTAGGCGGGTTTTTACTGGGGCCGATGCTCTTTCCGTTATTTAATATGAAGCGCTATCTGTTGTGGCGGGAAATTGTTGGGTACCAAGGCCCAGTATTTTCTGCGTGA	MMTFLALFVFGCFAGVYYVAAMKAGMNAKRWALGGFLLGPMLFPLFNMKRYLLWREIVGYQGPVFSA				NA	NA	NA	NA	NA
AK237_00676	2160	fadJ	COG1024	Fatty acid oxidation complex subunit alpha	ATGAGTGAACAGGAAAATCAAGAATTGGTGACGAAAGATTCAACTGAAAAAGCATTTACCCTCACTCGTCAGGATAACGGCGTAGCCATACTCACCATGGACGTCCCGGGCGAGTCAATGAACACGTTGAAAGCGGCATTTGGAGATGAAATTTCTGCTGTGCTTGATGAAATTGAAAGCGACAGCAGTATTAAAGGTGTGGTGTTGACCAGTGGTAAACCGTCTTCGTTTGTCGCTGGTGCAGATATTACTATGCTTGCCGCCTGTGAAACGGAAGCTGATGCCAGAGCACTGGCTGCAGGTGGACAAGCTGTTTTTGACCGTATCGAAAATATGAAAGCTACTTTTGTAGCAGCCATTCACGGCCCGGCGCTAGGGGGCGGATTAGAGCTCGCGCTGGCTTGTCATTACCGCATTTGTACCGACTCGCCGAAAACCCAGTTAGGTTTGCCGGAAGTGCAATTAGGGCTATTGCCAGGAAGTGGCGGTACTCAACGCCTACCCCGATTAATTGGTGTGCAACAGGCAATGAAAATGATGCTGACGGGGGCGCCCGCACGCGCCAAACAGGCAAAAAAATATGGCATTGTGGATGATATGGTGCCGCACAGTGTTTTGCTTGAGGTTGCAGAGAAGTTTGCTTTGAAGCCCAAGCCACATCGTGATGCGCCACAGAAAGGCCTTCTAAATAAGGCGCTGGAACAAAACCGCTACGGCCGAAATATCCTGTTTAAAAAAGCGAGAGAACAAACTTTCGCGAAAACTAAAGGCAATTATCCAGCCCCCGGTATGATCATCGACGTGATGGAAATGGGCTTAAATGAAGGAATGCAAGCTGGCTTGAACGCAGAAGCTGACGCCTTTGGTAAATTAGTCATGACACCTGAATCATACCAATTGCGCCAAATCTTTTTTGCTACTACAGAAATGAAGAAAGAAAACGGTGTGGAAGGCGTGAAGCCATCAAAAGTTCATAAATCAGGTGTCTTAGGTGGTGGATTGATGGGCGGTGGTATCGCTTATGTGACGGCGACCAAAGCGGGTGTGCCTGCACGTATAAAAGATGTGCGTGAAGAAGGAATCGCCAATGCGATGAAGTACAGCTACGACATTCTCAATAAGAAAGTGCAAAAGCGCTTCATGCTAAAAAGTGAAATGCAAAAACAGCTGTCTTTATTGACTGGGAGCCTTGATTACCGTGGCTTCCAGGATGCCGACATTGTCATTGAAGCAGTGTTTGAAGATTTAGCGCTCAAGCAACAGATGGTGGCAGATGTAGAAGCGAATTGTAAAAATAATACTATTTTTGCATCCAATACATCCTCCATTCCAATTACCGACATTGCAGCAAAAGCGCAGCGACCAGAAAACGTTATTGGCCTGCATTACTTTTCACCAGTAGATAAAATGCCTCTTGCTGAAGTTATTGCACACGACAAAACCTCGGATGAAACCATTTCAACAACTGTAGAGTTTGCTCGTAAGCAGGGGAAAACGCCAGTGGTAGTCAAAGACGGTGCTGGCTTTTACGTGAATCGTATTTTGGCACCGTACATGAACGAAGCCGCCTGTTTACTGCTGTCAGGTGAGCCCGTTGAGTATATCGATAGATCGCTGGTAAAGTTTGGTTTCCCTGTAGGGCCGATAAAGCTGCTTGATGAAGTAGGTATTGATGTCGGTACTAAAATCATCCCATTCCTGGTAGAGCAGTTCGGTGCCCGATTTGAAGCGCCGGGTGCCTTTGATAAGGTGCTAGCGGATGATCGTAAAGGCAAGAAAAATGGTAAAGGCTTCTATCTTTACGAAGGAAAGAAACCGGGTAAAGAAGTGGATGAGAGCATTTATGGTCTACTTGGCGTAACACCAGGCAAAAAACTAAGTGAAAAAGCCATCGCCGAAAGATGTGTTTTAATGATGCTTAATGAAGCGGCTCGTTGTCTTGATGAAGGCGTTATACGCAGTGCCAGAGATGGTGATATAGGTGCTATTTTTGGTATTGGTTTCCCTCCATTCCTGGGAGGGCCTTTCCGTTACATGGATAGTTTAGGGATAGACACAGTAGTCAATAAGCTGACGCAATTAGCAGAAAGCGTTGACGCGAAATTCACGCCTGCTGACTGCTTGCAAAGCATGGCTGAAGATAACAGAACGTTTTATTGA	MSEQENQELVTKDSTEKAFTLTRQDNGVAILTMDVPGESMNTLKAAFGDEISAVLDEIESDSSIKGVVLTSGKPSSFVAGADITMLAACETEADARALAAGGQAVFDRIENMKATFVAAIHGPALGGGLELALACHYRICTDSPKTQLGLPEVQLGLLPGSGGTQRLPRLIGVQQAMKMMLTGAPARAKQAKKYGIVDDMVPHSVLLEVAEKFALKPKPHRDAPQKGLLNKALEQNRYGRNILFKKAREQTFAKTKGNYPAPGMIIDVMEMGLNEGMQAGLNAEADAFGKLVMTPESYQLRQIFFATTEMKKENGVEGVKPSKVHKSGVLGGGLMGGGIAYVTATKAGVPARIKDVREEGIANAMKYSYDILNKKVQKRFMLKSEMQKQLSLLTGSLDYRGFQDADIVIEAVFEDLALKQQMVADVEANCKNNTIFASNTSSIPITDIAAKAQRPENVIGLHYFSPVDKMPLAEVIAHDKTSDETISTTVEFARKQGKTPVVVKDGAGFYVNRILAPYMNEAACLLLSGEPVEYIDRSLVKFGFPVGPIKLLDEVGIDVGTKIIPFLVEQFGARFEAPGAFDKVLADDRKGKKNGKGFYLYEGKKPGKEVDESIYGLLGVTPGKKLSEKAIAERCVLMMLNEAARCLDEGVIRSARDGDIGAIFGIGFPPFLGGPFRYMDSLGIDTVVNKLTQLAESVDAKFTPADCLQSMAEDNRTFY	PGPT0001870_1467	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_LIPID_METABOLISM	PLANT_DERIVED_FATTY_ACID_DEGRADATION,PGPT0001870-fadJ-K01782	NA	NA
AK237_00677	1311	fadI	COG0183	3-ketoacyl-CoA thiolase FadI	ATGACAGCTAAACAATCAGTCACAACCCGTAACGGTGACAGAATCGCGATAGTCGCGGGTTTACGTACACCCTTTGCGAAAATGGCAACATATTTCCACGGTGTCCCCGCCGTTGATTTGGGAAAAATGGTAGTAAACGAGCTACTTATCCGAAATGGCCTGTCACCGGAGTTGGTTGACCAGGTGGTATACGGCCAGGTTGTACAAATGCCTGAAGCGCCGAATATTGCGCGAGAAATCGTACTAGGCACAGGCATGAACGTGCATACTGATGCCTATAGCGTTTCTCGCGCCTGCGCCACGAGTTTTCAAAGCACAGTTAATATTGCCGAGAGCATGATGGCAGGGAATATTGAAGTGGGTATCGCAGGTGGCGCGGATTCGACCTCAGTGTCGCCAATCGGCGTGTCTAAAAAGCTTGCCCGTGCTTTGGTTGATCTTCAAAAAGCTAAGACGGTAGGGCAAAAGTGGGCCATCATCAAAAAACTCGGATTGAAAGATTTGTTGCCGGTTCCTCCTGCTGTCGCTGAATATTCTACCGGGTTGTCTATGGGGCAAACCGCAGAGCAGATGGCGAAATCCCATGGCATTTCGCGCCAGTCGCAAGATGAGTTAGCACACCGTTCGCACTCACTGGCAGCCGCCAGCTGGAACGAAGGTAAGTTGGACAATGAAGTGATGACCGCGTATGCCGAACCGTTTAAAGGCGCGCTGGGGAAAGATAATAACGTACGTTTTGATTCTAAGTTGGAAGGCTACGCGAAGCTACGCCCGGTATTTGACAGGAAGTATGGCTCTGTAACGGCGGCCAACGCAACACCGTTAACGGATGGTGCGTCCGCGGTAATCATGATGACGGAAAGCAAAGCAAAAGCCTTAGGCTATAAGCCGTTAGGTTATCTGCGAAGTTATGCGTTTGCAGCGATCGATGTGTGGGAGGACATGTTGATGGGCCCGTCTTATGCTACCCCAATGGCGCTGGACAGAGCGGGAATGACGCTGAATGATTTAACCCTTATTGAAATGCATGAAGCGTTTGCGGCACAAACGCTGGCGAATGTGAAAATGTTCGCCAGTGATAAATTCGCAAAAGAAAAACTCGGTCGCGATAAGGCAACCGGCGAAATCGATATGGATAAATTTAATGTGATGGGCAGTTCAATCGCTTATGGCCATCCATTTGCTGCTACGGGTACCAGAATGATCACGCAGATGCTCAATGAGCTACAACGACGTGGCGGTGGCACCGGGCTGCTTACTGCCTGTGCGGCGGGCGGATTAGGTGCAGCCATGATTGTGGAGACAGAATAA	MTAKQSVTTRNGDRIAIVAGLRTPFAKMATYFHGVPAVDLGKMVVNELLIRNGLSPELVDQVVYGQVVQMPEAPNIAREIVLGTGMNVHTDAYSVSRACATSFQSTVNIAESMMAGNIEVGIAGGADSTSVSPIGVSKKLARALVDLQKAKTVGQKWAIIKKLGLKDLLPVPPAVAEYSTGLSMGQTAEQMAKSHGISRQSQDELAHRSHSLAAASWNEGKLDNEVMTAYAEPFKGALGKDNNVRFDSKLEGYAKLRPVFDRKYGSVTAANATPLTDGASAVIMMTESKAKALGYKPLGYLRSYAFAAIDVWEDMLMGPSYATPMALDRAGMTLNDLTLIEMHEAFAAQTLANVKMFASDKFAKEKLGRDKATGEIDMDKFNVMGSSIAYGHPFAATGTRMITQMLNELQRRGGGTGLLTACAAGGLGAAMIVETE	PGPT0001565_417	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
AK237_00678	957			hypothetical protein	ATGTCTGCAGAGCAGTTTCAACAACTTCATACGTATTTAGACTCGCAAATTATCGGTCAGAGCGAACTGACGAAAAGCCTGTTGATTGCGCTTTTAGCCGACGGCCATATGCTCGTTGAGGGTCCTCCCGGACTAGCGAAAACCCGCGCGATTAATGCGCTCGCCCACGGAATTGATGGTGACTTTCATCGTGTGCAGTTTACACCTGATTTATTACCGGCTGACTTAACAGGTACCGATATCTATCGCCCGGAAACCGGTGAATTCGTGTTTCAACAGGGCCCTCTGTTTCATAATTTGGTTTTAGCTGATGAAATTAACCGTGCCCCTGCGAAAGTGCAATCGGCACTCCTGGAGGCAATGGCCGAACGTCAAATTACCGTAGGTAACAAAACTTATGCGTTACCACCGCTTTTTTTAGTCATGGCTACCCAGAACCCGCTTGAGCAGGAAGGGACGTATCCGCTTCCCGAAGCGCAGTTAGACCGCTTTTTAATGCACGTAAGTATTGACTATCCCGAAGCGGAAACCGAGCTTTCGATTTTGCGTCTCACCCGGGATGAAGAATTGAAAAAAGCCACGGTTGCTCCCCCCTCTCTTAGTCAGCAAGATATTTTCACGGCACGTAACGCCGCACTGTCGTTACATATAGCCCCAGAATTAGAACAGTACTTAGTACAAATTGTTATGGCGACACGAACGCCTGAAGCTTTTGACCCTAAAATGGCGAACTGGATAGAATTTGGTGTAAGCCCTCGCGCGACCATAGCGTTAGATCGCTGTGCCCGCGCGCATGCCTGGTTAGCTGGCCGCAACTTCGTAGGGCCTGATGATATACAAGCCGTGGCACACAATGTATTGCGCCACCGAATTATCTTATCTTATGAAGCGGAAGCTGAAGGCATTACGGTTGATCAGGTATTAGATAATATTTTGAATCTGGTAGCAGTGCCGTAA	MSAEQFQQLHTYLDSQIIGQSELTKSLLIALLADGHMLVEGPPGLAKTRAINALAHGIDGDFHRVQFTPDLLPADLTGTDIYRPETGEFVFQQGPLFHNLVLADEINRAPAKVQSALLEAMAERQITVGNKTYALPPLFLVMATQNPLEQEGTYPLPEAQLDRFLMHVSIDYPEAETELSILRLTRDEELKKATVAPPSLSQQDIFTARNAALSLHIAPELEQYLVQIVMATRTPEAFDPKMANWIEFGVSPRATIALDRCARAHAWLAGRNFVGPDDIQAVAHNVLRHRIILSYEAEAEGITVDQVLDNILNLVAVP				NA	NA	NA	NA	NA
AK237_00679	951			hypothetical protein	ATGAATGCCGTACACAATATACTGGCGACACTAAAAAGCGATGGGGTGAACCTATCGCTTGGTGAACTCATTCGTTATCAGCAACTCACCAAATTGTTGAATCTCAGGCCCGCAACGCCTCCGCGAGCGTTAATGTCTGGTGGTTACCTTAGCCGCCATAAAGGCAGAGGCATGGAGTTTGATGAAGCACGCCATTATCTGCCGGGCGATGATATCCGCGCGATTGACTGGCGTGTTACTGCGCGTACCGGGAAAACCCATACAAAAATTTATCGCGAAGAACGGGAGCGCCCCGTATTTATTTTGTGCGATTTAAGCGCGGGCATGCAATTTGGCAGTCAACTTTTATTAAAATCTGTTCAGGCTGCCCACATTGCATCATTGTTGAGTTGGTCGGCGGCAGCGCGGGGCGATAAAGTAGGTGCGTTAATTTTCAATGACACTATGCACCGGGAATGTAAGCCACTTTCTCGGCAACGTGCGGTGTTATCCTTATGCCACGAATTAATTCGTGTGCAGCAAGCGCAAAGTCAAGCCCATGAGCAAAACGCTCAGGCCTTTTCTGATGCCTGTTTACGGTTAAGACGCCTAGCGCGCCCCGGCAGTTTGGTCTATCTCATTTCTGATTTTGAAAACCTGCAACAAGGTGCAAAGCAGCCGCTCACCCACCTTGCTAAACACTGTGATGTTAAGGCCATTAGAGTGGATGACCCAATGGATACCAGTCTGCCGAATGTTGCAGTATCACAACAAGTAAGTGTTACTAACGGAATAACGGAGCAAAGCTGGCTACTCGGCGACAAATCATTAAGCAAAAAGTATAGCCAGTGGCGCGGCGAGATTAGCGGCAATATTGAACAATTCTTTCAATCCAAACTGATAAAATACAGCCATATTTCCGCCGGACTTCCGCTGGACGAGCAAGTTGATAAATTGGGGAGACAATCTTGA	MNAVHNILATLKSDGVNLSLGELIRYQQLTKLLNLRPATPPRALMSGGYLSRHKGRGMEFDEARHYLPGDDIRAIDWRVTARTGKTHTKIYREERERPVFILCDLSAGMQFGSQLLLKSVQAAHIASLLSWSAAARGDKVGALIFNDTMHRECKPLSRQRAVLSLCHELIRVQQAQSQAHEQNAQAFSDACLRLRRLARPGSLVYLISDFENLQQGAKQPLTHLAKHCDVKAIRVDDPMDTSLPNVAVSQQVSVTNGITEQSWLLGDKSLSKKYSQWRGEISGNIEQFFQSKLIKYSHISAGLPLDEQVDKLGRQS				NA	NA	NA	NA	NA
AK237_00680	525			hypothetical protein	ATGAACGCCTCGCCCTCCACTAACCCTCTTGATCAGTTAAAAGCAATTCATGCCCCCACTGATGTGAGTATCTGGCCGCTAGCATGGGGTTGGTGGGTATTGATAGCAGTATTCATATTGCTAATCATATCTGCTTTTGTACTGTGGCACCGCCGCCGTACCTATGCGAAAGCAAAAATGTCAGCCTTAGTCTTATTGGACGCTGTTGATGTAAGTGATAGTAAAGCTCCGGCGAAGATTAATGCCATCGTAAAACGGGTCAGCCAACATTACGATGCAACAACGGGAACCGCGCGCTATTACGGTGAACAGTGGACACACTATTTGCTTCACACTTTACCAGAAAAGTCTCAGGATCACGCCAAGGCAGGATTAACCGCTCTTAACCACGCCCTTTATCAGCCTGATGATGCAACGCCAGACGCCATCAGAGAAATGAAAGCAGCCGCCAGACTCTGGATACTAAAAACATCAATTTGCCGGTTTTCTTTACGCCGTTCAGTAAAGGAGCAGCACCATGTTTGA	MNASPSTNPLDQLKAIHAPTDVSIWPLAWGWWVLIAVFILLIISAFVLWHRRRTYAKAKMSALVLLDAVDVSDSKAPAKINAIVKRVSQHYDATTGTARYYGEQWTHYLLHTLPEKSQDHAKAGLTALNHALYQPDDATPDAIREMKAAARLWILKTSICRFSLRRSVKEQHHV				NA	NA	NA	NA	NA
AK237_00681	1020			hypothetical protein	ATGTTTGAATTTGCCTGGTGGTGGGTTTGGTTTGTCCTGCCATTGCCGTTATTATTCGTGCTTCTGCCGCCTGTTCCGCGGTCGCAGGGCGCTTCACTTAAGGTGTCATCACTATTGCCTGGCGATGCTGGTATTTCACATAAGCCTGGTCGCTCGAGATGGATGCTTTTACTCGCCTCGCTTGCATGGATAGCACTTGTTGCCGCAGCCGCCAGACCGCAGTGGTTGGGTGAACCGGTCAGCATTCCAAATGAAGGTCGCGAACTGATGCTAGCGGTAGATTTGTCCGGCAGCATGAAAATTGATGATATGGAAGTGAACGGTCGACAAGTAAACCGCCTGGTGATGATAAAATCGGTATTGCATGACTTTATCGATCGTCGCGTGGGAGATCGCTTAGGCTTAATCTTCTTTGCCGACACCGCCTATCTGCAAGCCCCTCTAACCTATGACCGCCAAACTGTTGCCGATTTATTAGATGAATCTGTCATCGGCTTAGTTGGAGAGCAGACTGCAATAGGTGATGCGATTGGCCTGGCAGTAAAACGTTTTAAAAAACGTGAGGCGTCGAACAATGTCGTTATTTTATTAACCGACGGTCAAAATACCGCAGGTAATATTACACCTGAGCAAGCAAAAGAGCTGGCAATTGAAAGTGGTGCAACGGTTTATACCATCGGTGTAGGCGCGGATAAAATGTTGATCCGCAGCTTCTTTGGCAGCCGCCAGGTGAATCCCTCTCAAGAACTTGATGAAGACATGCTGACGGATTTAGCAGAATCAACCGGCGGACAATACTTCAGAGCACGGAACGCACAAGAGCTTGATAATATTTATCAGACTCTGGACAAGTTAGAACCCATTGAAGGTGAAGCAAGAAAATTGCGCCCCCAGACAGCCCTGTTCTTCTATCCGCTTACCATCGCCTTGCTGCTGAGCGCATGCCCTGCGTTGATGTATTGTTTCAGAAACCTTTGGTATCGGTTGCGCGGCAAAACGCGTACGGGAGGTCATGCATGA	MFEFAWWWVWFVLPLPLLFVLLPPVPRSQGASLKVSSLLPGDAGISHKPGRSRWMLLLASLAWIALVAAAARPQWLGEPVSIPNEGRELMLAVDLSGSMKIDDMEVNGRQVNRLVMIKSVLHDFIDRRVGDRLGLIFFADTAYLQAPLTYDRQTVADLLDESVIGLVGEQTAIGDAIGLAVKRFKKREASNNVVILLTDGQNTAGNITPEQAKELAIESGATVYTIGVGADKMLIRSFFGSRQVNPSQELDEDMLTDLAESTGGQYFRARNAQELDNIYQTLDKLEPIEGEARKLRPQTALFFYPLTIALLLSACPALMYCFRNLWYRLRGKTRTGGHA	PGPT0014015_4938	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-CHLORIDE_TRANSPORT,PGPT0014015-yfbK-K07114	NA	NA
AK237_00682	1938			hypothetical protein	ATGAATTTACCTGTTCATGATTTTCACTTTTTGCGACCTGAGTGGTTTATCGCATTGCTGCCCCTCTTGGCGCTTGTGCTTCTTATAAAACAGTTCCGCCGAAGTCAGTCAGGATGGCAAAGTGTTATTCCTGCGCACCTTTATCAACATGTCATTTCAGGTAAGGCGGTTGCTGGAAAACAAGCCCCATTAAGTCTGTTATCTGTTTGTTGGGCACTCAGTGTTGTTGCACTGGCGGGCCCAACGTGGGAGCGCTTGCCTCAGCCGGTGTTTCAAGTTCAGGAAGGCCACGTGGTGGTGATTGATATGTCGTTGTCTATGCGTGCCACGGACGTCTCTCCCGACAGACTCACCCGCGCCAAATACAAAGCAATCGATCTCATAAACGCTATTGATGAAGGAGAAATGGGACTGGTTGCTTATGCCGGCGACGCGTTTACTATCAGTCCTCTTACGTCTGATGCCGGAAATCTGGTTGCCTTGTTACCAAGCTTAAGCCCGGAAATAATGCCAGAAAGCGGTAGTGATCCCTATCGTGGTATTCAAGAAGCCGCTGAACTATTGCAAAACGCGGGTTACCAGCAAGGTAGTATCTACTGGATCACCGACGGTGTAACACTCCCTCAGGCCAAAGATTTGCAATCGCTTATCAGCGACCTTCCCTACACGGTGAACATTCTTGGGGTCGGCACTGAAGAAGGTGCCCCCATTCGACAACTAGATGGGCAACTAGTGAAAGACCAACAAGGCCAAATTGTCATTCCCAAACTCCGGGGACAACAACTGCAAGCCCTGGCTAGCACAGGTGGTGGTGTATACAGCAAGCTAACCGCTGATGAGTCGGATATCAGGAAAATAGCTGGCCAGCAGCGCCTCCACAGTAACGCGCAAAAAACAGATGAACAAACTACGCAGGATGGCGATCAATGGGCTGAACTCGGTCCGTGGTTGTTGCTTCTGCTATTGCCGTTTGCCGCCTACGCATTTCGTCGCGGGGTGCTATTGGCTATTGTGCTTATGCCAGTCTTAATCATGCAGCCTAAACCGGCTTACGCACAAACTACCGACGCCCCCTCCCCCGCACAATCGGTAACCCCCTGGTACAGCAAGCCCTTTTTAAACGCCGATCAACAAGGTCTGAAAGAATATGAAGCCAGGCAGTATGCTTCCGCCGCAGATACATTCAAGTCAGCCACCTGGCAAGGTGCGGCAGCGTATAAAGCAGGAAACTACGAGGCTGCATTAGACGCGTTTTCACAGTCAGACACTATTGATGCCGTGTATAACCAAGGCAATGCGCTGGCGCAACTCGGTAAAATTGATGAGGCGATTTCCCGATATGACGATGTGTTATCACGTGATCCGGAACATGCTGATGCCAAAGCAAACAAAGCGTTACTGGAAAAAATGAAGCAAGACCAGGAACAGCAGAAACAACAGCAGGATGACCAGCAAAAGCAAGATCAGCAACAACAGGATAACGAGCAATCTTCGCAAGACGATCAACAACAAGACCAGAACAATCAAGATAGCAGCAGCGATGATCAGCAGCAACAGAATGGTCAATCACAGCAATCTCAACAAGATCAGCAGAATGAGCAAGGCCAGCAAGATGAGCAATCTGGTGACCAACAAGACAACCAGGAGGATGGGTCTTCTCAGAAGGAGGAAAATCCACAGGAAGACAGCGAATCTGATAGCGATACGCAGCAAGAGCAACCTGCCCAAAATAACCAGAAAGAAGAAGAGCAACAAGGGCAGCCAACGCAAGCTCAGGCTGGTGAGTTAACAGATGAAGAAAAAGAAAAAATGCAACGGTTGGAAAATTTGATGAAAAAAATTCCTGACGATCCTGCGTTCTTGCTTAAGCGGAAAATGCAGTTAGAAGCACAACAACGTCGCCGTCAGGGGCCGCCATCAAATCGGAGTGAGTGGTAA	MNLPVHDFHFLRPEWFIALLPLLALVLLIKQFRRSQSGWQSVIPAHLYQHVISGKAVAGKQAPLSLLSVCWALSVVALAGPTWERLPQPVFQVQEGHVVVIDMSLSMRATDVSPDRLTRAKYKAIDLINAIDEGEMGLVAYAGDAFTISPLTSDAGNLVALLPSLSPEIMPESGSDPYRGIQEAAELLQNAGYQQGSIYWITDGVTLPQAKDLQSLISDLPYTVNILGVGTEEGAPIRQLDGQLVKDQQGQIVIPKLRGQQLQALASTGGGVYSKLTADESDIRKIAGQQRLHSNAQKTDEQTTQDGDQWAELGPWLLLLLLPFAAYAFRRGVLLAIVLMPVLIMQPKPAYAQTTDAPSPAQSVTPWYSKPFLNADQQGLKEYEARQYASAADTFKSATWQGAAAYKAGNYEAALDAFSQSDTIDAVYNQGNALAQLGKIDEAISRYDDVLSRDPEHADAKANKALLEKMKQDQEQQKQQQDDQQKQDQQQQDNEQSSQDDQQQDQNNQDSSSDDQQQQNGQSQQSQQDQQNEQGQQDEQSGDQQDNQEDGSSQKEENPQEDSESDSDTQQEQPAQNNQKEEEQQGQPTQAQAGELTDEEKEKMQRLENLMKKIPDDPAFLLKRKMQLEAQQRRRQGPPSNRSEW	PGPT0014015_965	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-CHLORIDE_TRANSPORT,PGPT0014015-yfbK-K07114	NA	NA
AK237_00683	1728			hypothetical protein	ATGAAAAAAATACTTGGATTGGGCCTGTCGCTATTTTTAGTGATGCAATCAGCCATCGCCGACGTGACACGCGTTGAAGCGACCATCGATAAGAATCCGGTAATGGTAGACGAGGCCATTCAACTGGTCGTCGTTGCCGAGGGCGATCCCGCCCGGGAAGCATTTGACAGTTCGCCCCTGCTGAAAGATTTTGTCGTAGGCAGAACCTCTGTCAGCAATCAAACGCGGATTATCAATCTGGATAAACAGCAAACTGTGACCTGGACCACGACGCTTTTCCCTCGCGGCGAAGGTAATTTCACTATCCCTGCCCTTACAATTGAAGACAAGCAAACTCAGCCGATAACCGTAAATGTTATCCCAGTTCAGTCCGGCAAGGACGAACCGGCAAGAGATTATTACCTGACCACTGATGTAGATACCAGTGACGTTTATTTACACCAGCAGTTGCTATATACCGTGAAGCTTTATTTGTCGTCCAATATTGAACGCGGCAGTTTACAGGCTCCGGAACTGGCAGATGCACAAATTCAGCAGTTGGGTGACGACAAACAGTATTCCGATATTGTAAACGGTAAGCGGTATCAGGTTATAGAACGAAATTTCGCCATCGTGCCGCAATCTTCAGGAGACTTTACTATCAAAGGTCCGGTTTTCGCCGGTGAAGTATTAGCACAAGATCCTAACACCCGTTTTGGCTTTTTTAATCGTACTAAGCAAATTAATCGTTTGGGGCCAGAGATATCGATACATGTTAAGCCTGTACCGCCTTCAATCGATTACCACTGGTTACCGAGCGAATATGTATCGCTGAATGAAGAATGGCCACAAAAGCCAGAGTTTACGGTAGGTGAACCCGTTACGCGAACCATTACCCTGACGGCTATGGGCGTGGTCGAGGAGCAACTTCCCGAACTTCCTCAAATGTATCCGCCGGGATTCAAGCTGTACCCCGACCAGGCAAATACGGCAACGGTAAATAAAAACAATACCCTCATCGCCAATCGCGTTGAGACGCTGGCGATGATCCCAACGCAAGCCGGTGATTTTATTTTGCCAGAGATTTCGATTCCCTGGTTCAACGTTCTCACTGGTAAAACAGAATATGCCAGGCTGCCAGCCAAAAAAGTGACAGTTGCACCGGCATCTGTTGGTAATCCGGCGACACCATCAACTGCTGCACCGGCTACACAACCGCCCGCGGTGTCAGCCCCCTCCGCGCCATCTGAGACCGGGAATGCATTAGCGGCTCCTGCTACTCAACACGAAGCCCCCCAGTCAAACTCTGCGCTTTGGATTGTCACTGCCCTGTGGCTGATGACTATTGTGGGTTGGATTTTTACCGTTGTATTCTACAACCGCCGTGGTGGTGTTAGCGAAACACCCAATATACCTTCTGACCTTAGCACGACAAATGAAAAGCATGCTTTTGAAGCGTTAGAGAATGCCATTGAACATGCCACGCCTGGACAAGTACAACAGGCCTTCCGTGTGTGGGCAACATCACGATTAAAAAATCAACACACGACCATGTCGGTAGATACTTATCTCAAAAAATGTGGTTTTCAACCGCAAATTGACACCATGTTATCGAGTCAATATAGCGAAAAGCCTGCACAATGGGATAGAAAAGCCATGTTACAGAGCGTGAAAGCTTACAGGCAACAAAAATCAATGCAGCGAACTACTCCGCTGTCGCCTCTGTATCCGGAAGGCAAGTCATCCTAA	MKKILGLGLSLFLVMQSAIADVTRVEATIDKNPVMVDEAIQLVVVAEGDPAREAFDSSPLLKDFVVGRTSVSNQTRIINLDKQQTVTWTTTLFPRGEGNFTIPALTIEDKQTQPITVNVIPVQSGKDEPARDYYLTTDVDTSDVYLHQQLLYTVKLYLSSNIERGSLQAPELADAQIQQLGDDKQYSDIVNGKRYQVIERNFAIVPQSSGDFTIKGPVFAGEVLAQDPNTRFGFFNRTKQINRLGPEISIHVKPVPPSIDYHWLPSEYVSLNEEWPQKPEFTVGEPVTRTITLTAMGVVEEQLPELPQMYPPGFKLYPDQANTATVNKNNTLIANRVETLAMIPTQAGDFILPEISIPWFNVLTGKTEYARLPAKKVTVAPASVGNPATPSTAAPATQPPAVSAPSAPSETGNALAAPATQHEAPQSNSALWIVTALWLMTIVGWIFTVVFYNRRGGVSETPNIPSDLSTTNEKHAFEALENAIEHATPGQVQQAFRVWATSRLKNQHTTMSVDTYLKKCGFQPQIDTMLSSQYSEKPAQWDRKAMLQSVKAYRQQKSMQRTTPLSPLYPEGKSS				NA	NA	NA	NA	NA
AK237_00684	1851			hypothetical protein	TTGAAAACTCATTTATCTTTATCGCGAACGCCGCTTGCTATCATAGTAGCGGCGTTAACAGCTTGTTCACCGGCACCAGAAACGCCGCCCAAAGTGGAAGCGCCAGCAGAAACTATCGCTAATCAAAGTGAGTCCGAGCGCTTACGTGCTTTTTTTGCCCGTACATTCGAAGAAGACCTGAAGCGCTCCCCCATGTTTCAAAGCTACTTAGGTAAAAAATGGAACTACGGTGAATGGGATGATTTAAGTGAAGCGCATGTTGAGCAAACCATCGCCATCAAAAAGAATCGCTTGGAAGAACTCGACAGTTTTTCATCCGATACGCTAAATGAACAAGAGCAGCTGAGCCTCAGACTTTATCGATTAGGCATTGAAAGAGATCTCGCCAACGACGCGTTTCGTCATCACACTTACATTGTGCATCAATTCCGGGCAGCGCATACGCAAGTGCCTAGCTTTCTTATCAATATTCACCGCGTAAGTGACGTGTCAGATGCTAAAGCTTATATCTCCCGACTAGACAAAGTTGACGAATATTTTGATCAGGTAATCGATCAAATGGCGTTGCGTGAGCAGGCAGGCGTGTTCCCACCTCAATGGGCTTATGACCAGATGATAACCGCGGCCGAAAATGTCATTTCTGGTGCTCCCTTTGATACCTCCGAATCCCCCTCGATTATTTGGGAAGACATTCAGAAAAAAGTTGAAGCGTTGCCTATAGACGACGTTGAAAAGCAGACGTTATTAGGTGAAGCCAAAGCGGCCTTGGTCACATCAGTGAAGCCTGCGTATGAAGCCATTATCGAAGCTTTTGCTCATCAAAAAACACTGTCGCCTGAAGGTGATGGCGTCTGGCGCTTACCGGAAGGTGATAAATGGTACGCAAATCGTTTGGCATGGTTTACTACCACAGATTTGAGCGCCGACGAGATCCACCAAATCGGATTGGACAATGTAACGCGTATTCACAAGGCCATGGAAGCCATTAAAGAGCAGGTTGGGTTTGACGGCACACTTCAAGCGTTCTTCGAATTTATGCGCACCGATCCACAGTTTTACTACCCCAACACAGATGCGGGCCGCAACGACTATTTGCAAGCCGCGAAAACAGCAGTGGATGAGATGCGCGAAGCACTGCCAGACTACTTTGGCCTTATTCCTGAGGCTGAAATTGTAGTAAAACGCGTAGAGCCGTTTCGCGAACAATCGGCGGGCAAAGCATTTTACCAAAGCCCGGCTCAGGACGGCAGTCGTCCGGGTATTTACTACGCAAATCTCTACACTATGGATGCGATGCCCACCTACCAGTTGGAAGCGTTGGCTTATCACGAAGGTATTCCGGGACACCATATGCAAAGAGCGATTGCTCAGGAATTAGACGGTATACCTGATTTTCAAAAACACCTGAGTGCCACCGCCTATACAGAAGGTTGGGGGCTATACTCTGAAGAACTGGCAAAAGATATGGGATTCTACGACGATCCTTATTCCGATTTCGGCCGACTCGCCATGGAACTATGGCGAGCCTGCCGTCTCGTGGTAGATACCGGCATACACGCGAAAAAATGGTCTCGCGAAGATGCAATCCAATATCTCTTAGACAATACACCGAACCCCAAGCACGACGTCGTGAAAGCCATTGAACGCTATATCGCCATGCCGGGACAAGCTACCGCCTATATGATTGGGAAATTAAAAATCATGGCGTTACGTGATAAAGCACAAAAGGCGCTGGGCGATAAGTTCACCTATGCAGGTTTCCATGATGAAGTGCTGAAAGACGGCCCTGTACCACTGTCTGTTCTTGAAGAAAAAATCGACCGCTGGATTAAACACCAACAGTCTCTTTAA	MKTHLSLSRTPLAIIVAALTACSPAPETPPKVEAPAETIANQSESERLRAFFARTFEEDLKRSPMFQSYLGKKWNYGEWDDLSEAHVEQTIAIKKNRLEELDSFSSDTLNEQEQLSLRLYRLGIERDLANDAFRHHTYIVHQFRAAHTQVPSFLINIHRVSDVSDAKAYISRLDKVDEYFDQVIDQMALREQAGVFPPQWAYDQMITAAENVISGAPFDTSESPSIIWEDIQKKVEALPIDDVEKQTLLGEAKAALVTSVKPAYEAIIEAFAHQKTLSPEGDGVWRLPEGDKWYANRLAWFTTTDLSADEIHQIGLDNVTRIHKAMEAIKEQVGFDGTLQAFFEFMRTDPQFYYPNTDAGRNDYLQAAKTAVDEMREALPDYFGLIPEAEIVVKRVEPFREQSAGKAFYQSPAQDGSRPGIYYANLYTMDAMPTYQLEALAYHEGIPGHHMQRAIAQELDGIPDFQKHLSATAYTEGWGLYSEELAKDMGFYDDPYSDFGRLAMELWRACRLVVDTGIHAKKWSREDAIQYLLDNTPNPKHDVVKAIERYIAMPGQATAYMIGKLKIMALRDKAQKALGDKFTYAGFHDEVLKDGPVPLSVLEEKIDRWIKHQQSL				NA	NA	NA	NA	NA
AK237_00685	516	sigR	COG1595	ECF RNA polymerase sigma factor SigR	ATGAAAGAAAAACAACAACGATACGAATCATTAGTGCATGCCTTTCATGGTGATATTTATCGCTATGCGTACTGGCTCACCCGGGATCCCAACATTGCCGAAGATATCGTTCAGGAAACATTTCTCAGAGCTTGGCGGTCACTGGACGCCCTAAAGGACGAAAAGTCTGTGAAATCCTGGCTAATCACTATTGTCAGACGAGAGAATGCGCGACGATTTGAGCGTAAGCAACTTGACCTTGTCGACATTGATGACGTACCGGTGGCTGACGAGGCGTTTCATGCGGCGCCAGAGGATGACATGGATGAACTCAGGATCTTAATCGCCAGATTGCCGATTGATTATCGTGAGCCCCTTTTACTTCAACTCATCTTCGGCTTTTCCGGGGATGAAATTGCCAAACAGCTTGCGCTAAATAAAAACACCGTGATGACACGGTTATTCCGTGCCAGAAACCAATTAAGAGACATGTTAGAAACCGATTTATCGCAACAAAGAGGTCGTCACAATGGATGA	MKEKQQRYESLVHAFHGDIYRYAYWLTRDPNIAEDIVQETFLRAWRSLDALKDEKSVKSWLITIVRRENARRFERKQLDLVDIDDVPVADEAFHAAPEDDMDELRILIARLPIDYREPLLLQLIFGFSGDEIAKQLALNKNTVMTRLFRARNQLRDMLETDLSQQRGRHNG	PGPT0014960_8763	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-BIOFILM_REGULATORS	CE-OTHER_BIOFILM_REGULATORS,PGPT0014960-rpoE|sigW-K03088	NA	NA
AK237_00686	708			hypothetical protein	ATGGATGAGTTAGAATTTCGGCGTCGTGTTTTCGCCAATCCAAACACGACTGATAAAGATATTAACGAAGCGGCTAAACTCGATGGCGACAAAGCAAAGCTGAAGTCGTCTTTGCAGCAGCTTGATGCGAAACTTGCCCAAGCCGTAAAAGTGCCTGTGCCAGAAGATCTTGCACATAAGCTTATCTGGCAACAAGCAACAGAAGAATTCAATCGCCACAAACGTCGTAGCCGTTGGTTTATTGCCATGGCTGCCTCGATAGCGTTTATGGTAGGGATCACCAGTACCCTGGTTTATAACTATCGTCCGGTGGATGTAGGCAATGAAGCATTAGCACACATGCGCTATGCCGAAATTGAAACGCCCCACTCCGCCGGAGCAGTGGGCATGCAGCAGGTCAACGCCAAGCTGGCAGGTTTTGGTGGTGCATTTTCGCAATCAATCGGCGACGTTACGGTAGCCAACTATTGCCATTTGAACAGCTTACAAAGCCTGCACCTTATTCTTGAAACAGAACAAGGTAAAATGTCAGTCTTTATTCTGCCCCATAAAGACGATATGGACGTGCCAGCAGCGTTCTCTGACAAGCAATATCACGGAGAAAGTTGGTCGCTACAACGCGCAAGTATTATGGTGGTAGGCGATAAAGGCGCTAATTTAGCGCCATTAGTTGATAAGGTAAAAAGCAGTATTCGCTTCTCTGCGTAG	MDELEFRRRVFANPNTTDKDINEAAKLDGDKAKLKSSLQQLDAKLAQAVKVPVPEDLAHKLIWQQATEEFNRHKRRSRWFIAMAASIAFMVGITSTLVYNYRPVDVGNEALAHMRYAEIETPHSAGAVGMQQVNAKLAGFGGAFSQSIGDVTVANYCHLNSLQSLHLILETEQGKMSVFILPHKDDMDVPAAFSDKQYHGESWSLQRASIMVVGDKGANLAPLVDKVKSSIRFSA				NA	NA	NA	NA	NA
AK237_00687	1515	opuE_1	COG0591	Osmoregulated proline transporter OpuE	ATGGAAACAGGTACCCTGATTTCTCTGGGCATTTATTTTGCGGCCATGCTCGGTATCGGGCTTTTCTCTTATCGCCAGACTAACAGCGACGTTGAAGGATATATGCTGGGCGGAAGACAATTAGGTCCGGCGGTGACTGCACTTTCTGCTGGTGCGTCAGACATGAGTGGATGGATGCTAATGGGTTTACCCGGCGCCATGTATGTCTCGGGTATTTCCGCAGGTTGGATTGCACTGGGCTTAACTATTGGTGCGTTTGCCAATTATCTGCTTGTCGCCCCGCGATTACGTTTATACACAGAAATTGCCAATAACGCTGTTACCCTACCCGACTACTTCGAAAACCGATTTGCCGATAACTCCCGATTACTTCGCGTGATTGCCTCTGTCGTTATCGTGATCTTCTTTACCTTATATACCTCATCTGGTGTCGTGGCCGGAGGTAAATTATTTGAATCGTCATTTGGTTTAAGTTACGAAACCGGATTGTATGTTACTACCGGTGTTGTTGTCGCTTATACGCTATTTGGTGGCTTCATGGCGGTGAGTATCACCGACTTTGTGCAAGGCTGTATCATGTTCGTCTCCCTTGTGATGGTGCCGGTGGTGGTCGTGATGCAGTTAGGTGGCCCAAGCGAAGCGGTAGATGCTGTCAAAGCCATCGATCCTGCGTTGTTTGATGCCTTTAGCGATGCCAAAAGTGGAGAAGCACTTTCACTGATAGGCATTCTGTCACTCATGGCCTGGGGTTTCGGTTACTTCGGACAGCCTCATATCATTGTGCGTTTCATGGCAATCCGTTCTGTCAAAGATGTGCCGACGGCACGTAACATTGGTATGAGCTGGATGATCGTTTCCATCATCGGCGCGCTAATGACAGGTCTGTTTGGGCTGGCGTATGTGACACAAAACGGCAATACCATCGACCCGGAAACCATCTTTATTTATCTATCTCAGCTGTTGTTCCATCCACTTGTGGGCGGTTTCCTGCTGGCAGCGATTCTTGCCGCAATCATGAGTACCATCTCATCACAGTTACTGGTGACATCCAGTTCCCTCACCAGCGATTTCTACAAAGCATTTTTGCGTCGGGACGCGTCAGATAAAGAGCTGGTACTTGCTGGCCGAATCTCCGTCGTGATTGTGGCATTGGTGGCCATTTATCTTGCGTACGACCGTGATAGTACAATTTTATCTCTGGTCAGTAACGCCTGGGCAGGCTTCGGTGCGGCGTTCGGCCCGCTGGTGCTGTTCAGCCTGTTTAAGCGTGATATGACCCGCCGTGCAGCGCTGGGCGGTATGATTGTGGGCGCGGTTACCGTGCTGCTGTGGATTTACTTACCTTTCACCATCGATGGGCAAAGTTTGAGCAGCTGGATGTATGAAATTGTACCTGGATTTATCCTGTCCAGCCTTACAATCCTCATTCTCAGCAAAAGTGGCTCTCCTCGTGAAGGGGTGGTAGAAGTGTTCGATAGTTTCAATGAAAAATTGCAAGCTTCCAAACATGTTTAA	METGTLISLGIYFAAMLGIGLFSYRQTNSDVEGYMLGGRQLGPAVTALSAGASDMSGWMLMGLPGAMYVSGISAGWIALGLTIGAFANYLLVAPRLRLYTEIANNAVTLPDYFENRFADNSRLLRVIASVVIVIFFTLYTSSGVVAGGKLFESSFGLSYETGLYVTTGVVVAYTLFGGFMAVSITDFVQGCIMFVSLVMVPVVVVMQLGGPSEAVDAVKAIDPALFDAFSDAKSGEALSLIGILSLMAWGFGYFGQPHIIVRFMAIRSVKDVPTARNIGMSWMIVSIIGALMTGLFGLAYVTQNGNTIDPETIFIYLSQLLFHPLVGGFLLAAILAAIMSTISSQLLVTSSSLTSDFYKAFLRRDASDKELVLAGRISVVIVALVAIYLAYDRDSTILSLVSNAWAGFGAAFGPLVLFSLFKRDMTRRAALGGMIVGAVTVLLWIYLPFTIDGQSLSSWMYEIVPGFILSSLTILILSKSGSPREGVVEVFDSFNEKLQASKHV	PGPT0013955_3283	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
AK237_00688	915	cysD	COG0175	Sulfate adenylyltransferase subunit 2	ATGACACTTGATATACCGTCTATTACCCATTTAAAACAACTCGAAGCCGAGAGCATCCACATTTTCCGTGAAGTTGCAGCGGAATTTGAAAACCCGGTCATGTTATATTCTGTCGGAAAGGATTCCTCTGTTTTGTTACACCTTGCCCGTAAAGCGTTCGCGCCCGGCAAAATCCCTTTCCCATTACTGCATGTAGATACCACGTGGAAATTCCATGAAATGATTGAGTTTCGTGACGCGCAAGCGAAAAAGCACGGCTTTGATCTGTTGGTTCACATCAATCAGGAAGGTGTTGACGCGGGCATTGGTCCGTTCACCCACGGTAGTGCAAAACATACCGACATTATGAAAACCGCTTCACTGAAGCAGGCATTGAACAAGTATAAGTTTGATGCTGCATTCGGCGGTGCCCGTCGTGATGAAGAAAAATCTCGTGCGAAAGAACGCGTATATTCTTTCCGTGACAGCAACCACCGCTGGGATCCGAAAAACCAGCGTCCAGAGCTGTGGAATATCTATAACTCGCAGGTTAACAAAGGCGAAAGCATCCGTGTATTCCCAATGTCTAACTGGACTGAGCTGGATATCTGGCAATATATCTATCTGGAAAACATCGACATTCCTTCACTTTACCTGGCGAAACCTCGTCCGGTCGTAGAGCGCGATGGTGTATTGATTATGGTTGATGACGATCGTATGCCACTGGAAGAAGGCGAAACACCAGAAATGCGTTCTGTACGTTTCCGTACGCTGGGTTGTTATCCGCTGACCGGTGCCGTTGAGTCTACTGCGGCGACCCTGCCTGAAGTTATTCAGGAAATGCTGCTGACCAAGACTTCTGAGCGTCAAGGCCGTGTTATCGACCACGATAGCTCCGGTTCTATGGAGAAGAAGAAAATGGAAGGGTACTTCTAA	MTLDIPSITHLKQLEAESIHIFREVAAEFENPVMLYSVGKDSSVLLHLARKAFAPGKIPFPLLHVDTTWKFHEMIEFRDAQAKKHGFDLLVHINQEGVDAGIGPFTHGSAKHTDIMKTASLKQALNKYKFDAAFGGARRDEEKSRAKERVYSFRDSNHRWDPKNQRPELWNIYNSQVNKGESIRVFPMSNWTELDIWQYIYLENIDIPSLYLAKPRPVVERDGVLIMVDDDRMPLEEGETPEMRSVRFRTLGCYPLTGAVESTAATLPEVIQEMLLTKTSERQGRVIDHDSSGSMEKKKMEGYF	PGPT0002405_1269	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PURINE_METABOLISM,PGPT0002405-cysD-K00957	NA	NA
AK237_00689	594	cysC	COG0529	Adenylyl-sulfate kinase	ATGTCGACGGATATCGTATGGCACAAGTACGAGGTTAACAAAAAGACCCGTGCCGAAAGCCTTGGCCAGACGCCTCGTGTATTGTGGCTGACTGGATTCAGCGGTTCCGGTAAATCCACGATTTCGAACCTGCTGGAACAGAAATTCCAGGAACAGGGCAAGCACACTTATTTGCTGGATGGCGATAACGTACGCCACGGTTTGTGTGGCGACTTAGGATTCAGCGATAAAGACCGAGTTGAAAACATTCGTCGCGTCAGTGAAGTGGCCAAATTATTTGTTGATTCCGGTGTGATTGTACTGACCGCATTTATCTCTCCTTTCCAAGCCGATCGCGACTACTGTCGTAATCTGCTCGAAGACGGTGAGTTTGTGGAAGTGTTTATCGACACGCCGTTAGAGGTATGTGAGTCCCGCGATCCCAAAGGCTTGTACAAGAAAGCCCGTGCAGGCGAAATTAAGGATTTCACCGGTATTTCGTCAACCTACGAAGCCCCAGTGAACCCGGAGATCCACCTGACGTACAAAGACGAACCAGCAGAACAAACTGCGGAACGTTTGTACGCCATGCTTGAAGAAAAAGGACTTGTGTAA	MSTDIVWHKYEVNKKTRAESLGQTPRVLWLTGFSGSGKSTISNLLEQKFQEQGKHTYLLDGDNVRHGLCGDLGFSDKDRVENIRRVSEVAKLFVDSGVIVLTAFISPFQADRDYCRNLLEDGEFVEVFIDTPLEVCESRDPKGLYKKARAGEIKDFTGISSTYEAPVNPEIHLTYKDEPAEQTAERLYAMLEEKGLV	PGPT0002780_1704	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PURINE_METABOLISM,PGPT0002780-cysC-K00860	NA	NA
AK237_00690	789	cysQ_1	COG1218	3'(2'),5'-bisphosphate nucleotidase CysQ	ATGGCATTACCTGATCCATTAGCAGAAAAAATTCTTGCCATCAGCAAACAAGCTGGTGACAAAATCATGGAAATCTATGAAAAAGATTTCGCTATTTATGAAAAAGAAGATACCAGCCCGCTGACTGAAGCGGACCTGGCGGCTCACAAAGTGATTGTTGCCGGCTTAGAAGCGGTATCTCACCTTCCCATTCTGTCAGAAGAATCGGCGGATATCCCGTGGGATGAACGTCGGGGTTGGGATAAATACTGGCTGGTTGATCCACTCGATGGCACCAAAGAGTTCATCAAGAAGAACGGTGAATTCACAGTAAACATTGCCCTTATCGATAATGGCAAGCCAGTGATGGGTGTGGTTTACGCACCAGCCCTGAAACGTTCTTACGTAGGTATTGACGGTCAGGGCGCGTGGATGGAATCCAATGGTGAATTTTCTGAAATTTCAGCGAAGAAGCACACAGACGGAGAAGTCTGGAAAGTGGTAGGCAGTCGTTCTCACCAGAGCCCGGAAATCCAGAAACTGCTGGAAGATTTGGGCGGCGAAGCGGAGCTGGTTGCCATGGGCAGTTCATTGAAGCTGTGCCTGGTCGCTTCTGGCGAAGCCCACTTATACCCACGATTAGGCCCCACGTCTGAATGGGATACCGGCGCAGCCCATGCGGTTGCTACTGCAGCAGGTGCAAAAGTCACTGTGCTGGACGGTTCTAATCCACTGGCTGAAGATGCCCCTGACCTGACTTATAACCAGAAAGAATCTGTGTTGAACCCTTATTTCTTAGTGAGCGCATAA	MALPDPLAEKILAISKQAGDKIMEIYEKDFAIYEKEDTSPLTEADLAAHKVIVAGLEAVSHLPILSEESADIPWDERRGWDKYWLVDPLDGTKEFIKKNGEFTVNIALIDNGKPVMGVVYAPALKRSYVGIDGQGAWMESNGEFSEISAKKHTDGEVWKVVGSRSHQSPEIQKLLEDLGGEAELVAMGSSLKLCLVASGEAHLYPRLGPTSEWDTGAAHAVATAAGAKVTVLDGSNPLAEDAPDLTYNQKESVLNPYFLVSA	PGPT0002975_2393	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-H2S-VOLATILE_PATHWAY,PGPT0002975-cysQ-K01082	NA	NA
AK237_00691	1416	cysN	COG2895	Sulfate adenylyltransferase subunit 1	ATGAATGTAGATAACGAATTATTGAAAGAAGACGTACTGGGCTACCTTGAACAGCACGAAAAGAAAGACCTGCTGCGCTTTTTGACCTGCGGTAGCGTAGACGATGGTAAAAGTACGCTAATTGGCCGTTTGCTTCATGACTCAAAAATGATTTATGAAGATCAGCTGGCCGCTATTACCAAAGACAGCAAAAAGAGCGGTACCACCGGTGACAAAGTTGACCTGGCGCTGCTGGTCGACGGCCTGCAGTCTGAGCGTGAGCAAGGTATTACTATCGACGTAGCATACCGCTACTTCTCTACCGACAAGCGTAAGTTCATCATTGCGGATACCCCGGGACACGAACAGTACACTCGCAACATGGTAACCGGTGCGTCTACCTGTGACCTGGCTATCCTGATGGTTGACGCCCGCGCAGGGGTTAAAACCCAAACTCGCCGTCACTCATTCTTAGCCAGCCTGTTAGGTATTAAGCACGTTATCGTTGCAGTGAACAAAATGGATCTGATGGACTTCAGCGAGAAAGTATTTGAAGACATCAAAGCAGACTTCCTGAAGTTCTCCGAAAACCTGAACATCCCTGATATTCAGTTTATCCCGCTGTCAGCCCTTGAAGGTGACAACGTGGTTAACCGCAGCGAACAGTCGCCTTGGTACACTGGCAAGCCACTTATGGAAATGCTGGAAACTATCGAAATCGGCAACGATGATAACAAAGACGATTTCCGCTTCCCGGTTCAGTATGTAAACCGTCCTAACCTGGACTTCCGTGGTTTTGCCGGTACGGTGGTATCCGGTCAGGTAGCACCAGGTGATGAAATCACTGCCCTGCCTTCCATGAAGACCTCTAAAGTGAAATCTATTGTGACGTTTGAAGGCGATCAGGATCGTGCTTACGTACCACAGGCGGTAACGTTAACACTGGAAGACGAAATCGATATCTCTCGTGGCGACATGATTGTTAAGTCTGACAACCTGCCGTTACTCTCGAACCAGTTTAAATCACATCTGGTATGGATGTCTGAAGAGCCGATGATGCCGCACAAACAGTATCTGTTTAAGTTTGCGACTAAGTCCACCTCAGGTTCGGTTGCCGAAGTGGAATATCAAATAGACGTAAACACCATGGAACAGAAGCCAGGCGCACATTTGAACCTGAATGAAATCGGTGTAGTAGATTTGAAATTCACACAGCCTGTAGCTTGTGATAATTACGACCGTAACCGCGCTACCGGTGCCTTTATCGTTATCGATCGCCTGACGAACGGTACTGTGGGCGCAGGGATGATTATCGACCAGTTGGCCGAAGACAAGCAGCACAAAGCTCCGGAGTTCTCAGCGTTCGAGCTGGAATTCAATGAGTTGGTACGCAAGCACTTCCCACACTGGAATGCCATCGACATCAGTAAACTGTAA	MNVDNELLKEDVLGYLEQHEKKDLLRFLTCGSVDDGKSTLIGRLLHDSKMIYEDQLAAITKDSKKSGTTGDKVDLALLVDGLQSEREQGITIDVAYRYFSTDKRKFIIADTPGHEQYTRNMVTGASTCDLAILMVDARAGVKTQTRRHSFLASLLGIKHVIVAVNKMDLMDFSEKVFEDIKADFLKFSENLNIPDIQFIPLSALEGDNVVNRSEQSPWYTGKPLMEMLETIEIGNDDNKDDFRFPVQYVNRPNLDFRGFAGTVVSGQVAPGDEITALPSMKTSKVKSIVTFEGDQDRAYVPQAVTLTLEDEIDISRGDMIVKSDNLPLLSNQFKSHLVWMSEEPMMPHKQYLFKFATKSTSGSVAEVEYQIDVNTMEQKPGAHLNLNEIGVVDLKFTQPVACDNYDRNRATGAFIVIDRLTNGTVGAGMIIDQLAEDKQHKAPEFSAFELEFNELVRKHFPHWNAIDISKL	PGPT0002400_753	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PURINE_METABOLISM,PGPT0002400-cysN-K00956	NA	NA
AK237_00692	1725			hypothetical protein	ATGGATGTCAACCAATTGATGGTGCTGGGGGTTTTCTTCAGCACCATTTTTGCACTCGTTGCGTCAAATATGCGTCCTTCCACCATTTTTGCGGTGGCGATGCTTATTTTACTTGTAACTCAGCAAATCACCTTCGATGAAATCCTCAATAACTTAACCAATAAAGGCCTGATCACCCTGGTGCTGTTACTGCTTGTTAGCAGCGCAATTGATAAGACGGCATTGATTAAGCAAATAGGACGTAAACTCATCACGCCCAGTTTTACCGTATCGTACTGGCGGTTGTTCGGTCTGTCGTTTTTCTCGTCAGCCCTGCTGAACAACACCGCGATTGTGGCCAGTTTAATCGGGCCGGTAAAACAAAACCAATATCATCCGGCGTCACGGCTGTTGATCCCCTTGTCTTACTCGGCCATTTTAGGTGGCACAGTTACATTGATTGGTACCTCAACAAACCTGATCGTAGACTCATTCCTGCAGGAACACGGCCACCCGGGTTTCGCATTCTGGGACTTTACGCTTTACGGTTTGGCAGCTGGATTAAGCTGCGGTTTTCTGATGTTTGTGTTGTCGACCTTGCTGCCCGATATTGCCAATAAAAAGGCTGATTACCGCGCCTACATTGTAGAAGCAGAGGTGGAGCCAGGCTCAGAACTCATCGGAAAAACGGTAGAAGAAAATCACTTACGGAATCTTCCGGAGTTATTTTTGGTCGAGATTGTCCGCGATGGCCAATTGGTGTCACCTGTATCACCTGACTTTATTATCCAGGAAGGTGACAAGCTCATTTTCTCCGGCAATGTGCAGAAGCTTGATAGTTTAAGTCATATCAAGGGCTTAACCATGTTTGCCGAAGCAGATGGGATCCTACGCGAAAACCTGACGGAAGTGATTATTTCCAACCGTGCACAGATAATCGGGCAAACGATCAAAGCTTTAGGCTTTAGAGCACTCTTTGATGCTGCGGTGGTTGCTATTCGGCGTGATGGTGAACAACTGTCAGGCAAGCTAGGGGAAATTAAGTTGCAAGCAGGTGACTTTCTGTTGTTGGCAACGGGCCCGGATTTTCAAACCCGACAGAATTTAACGAAGAACTTCTTCATTTTGTCAGAACAGAAAATCTCACGTCCTCTTACCAATTGGCAGGAATGGATCACCATGGGTGGTTTTCTGTTAGTGGTCGCATTGTCTGCGACAGACACGCTGAATCTGGGAATTGGTCTGCTATTTTTTGCGGCCGTGCTAGTGGGCGCAAAAGTCACCAGCAATGGTGAAATTAAACGCAACTTACCACTTAACTTAATTGTCGTTATAGTAGGCGCGCTGAGTTTGGCCAGTGCCTTGGAAAACGCCGGTGTTATTAGTTTAAGCACCGACCTTTTAATGCCTTACTTGTCTGATACAAACTGGTTTATCGCGTTGTGTACGGTTTATTTGGCGACATTATTGCTTACAGAGTTTGTAACCAATAATGCAGCGGCTGCGTTAATGTTCCCTTTTGCGTATGGTGTAGCGGGCCTCATTGGCGCACCACTGATGCCATTCGCATTGGCTGTAGCCTTTGCTGCCAGCGCAAGCTTTATATCACCTTACGGGTACCAGACAAATCTACTGGTGTTCAACGCAACGAACTATCGCTTTTCACATTTCATCAAAATAGGACTCCCAATCTCAATAACCTATAGCGCTATTGTGCTGGTATTGCTGAATATGACCTACTTCTAA	MDVNQLMVLGVFFSTIFALVASNMRPSTIFAVAMLILLVTQQITFDEILNNLTNKGLITLVLLLLVSSAIDKTALIKQIGRKLITPSFTVSYWRLFGLSFFSSALLNNTAIVASLIGPVKQNQYHPASRLLIPLSYSAILGGTVTLIGTSTNLIVDSFLQEHGHPGFAFWDFTLYGLAAGLSCGFLMFVLSTLLPDIANKKADYRAYIVEAEVEPGSELIGKTVEENHLRNLPELFLVEIVRDGQLVSPVSPDFIIQEGDKLIFSGNVQKLDSLSHIKGLTMFAEADGILRENLTEVIISNRAQIIGQTIKALGFRALFDAAVVAIRRDGEQLSGKLGEIKLQAGDFLLLATGPDFQTRQNLTKNFFILSEQKISRPLTNWQEWITMGGFLLVVALSATDTLNLGIGLLFFAAVLVGAKVTSNGEIKRNLPLNLIVVIVGALSLASALENAGVISLSTDLLMPYLSDTNWFIALCTVYLATLLLTEFVTNNAAAALMFPFAYGVAGLIGAPLMPFALAVAFAASASFISPYGYQTNLLVFNATNYRFSHFIKIGLPISITYSAIVLVLLNMTYF				NA	NA	NA	NA	NA
AK237_00693	1194	natB	COG1668	ABC transporter permease protein NatB	ATGTGGTTAGTATTTTTAAAAGAAATCAAAGAATTGCTTCGGGATAGAAAAACGTTGTTTTTCATGATTGCGTTACCGCTTTTGGTATTTCCCGCGATCTTCGGGGTTGTGACCTTTATCTCGTCAAAAGCCATTAAAGAAGCAGAGTCAGAAATTCTCGACTACGCTATCGTGGGAGCAAATAACGCACCGGAACTCGCAGCTACAATTGCTGAGTCGCCGGAGTTTAATGTGGTCCCCATGCCAGATGGCGAGGATATCCAACAGTGGGTGAAAAGTGAAAATGCAGACTTTGTGTTAGTTATCCCCGATTCATACAACGATGACATCCTTACCGGTGGACAAATTGCGCTAACATTGTATTTCAATGACGCTGGTTTGAATTTAGTGCAGCGTCGATTAAACGCCATTGTTGATGATATTGCTAAGCGCAATCAACAAGCGGCTTTCACCACGCTAGCACTTGATAAAAAGCAACAACAAGCGTTAATCGAACCAATTATAATTGAGAAAGTTGACGTGGCAGATCAGCGCGAAAACTGGGGTGAAAAAATCGGCGGCTTCATTCCGTACATCATCTTTATGCTATGTCTTCAAGGGGCAATGATCCCTGCCACAGACCTTGGCGCCGGAGAAAAAGAAAGAGGTACATTAGAGACTCTGCTGATTTCACCTATTCCAAGATATCAACTAGTGATGGGAAAATTTTTCGCGATTTCGCTAGCTGGCGTGACGTCGGCGCTGGTAACCGTTGCCAGTATGGCGGTGTGGGGCGTTGTACTCAGTCAGGGCATGGCGATTAAGCTCGTCGCAGAGTTTATGGGCGCTATTAGCGGTATGGATTTTCTTCTTATATTCTTTATGTTGATTCCTGTCGTCGCTATTTTCTCCTCCATTTTATTGAGTTTATCGATATATGCTCGCAGTTTTAAAGAGGCGCAAGGGTATATGGCCCCGTTGGTAATGTTTACCATCGTGCCAGTCATTATGGCCATGTTACCTGGTGTAGAGTTAAAAGGCGGCTGGGCCTGGGTGCCACTCACAAATGTTGCGTTAGCCATAAAAGAACTGATAAAGGGAACGATGGATTACATGCAGTTAATTGCTATCTTCGGCTCCACTGCCATTATTGCCGCAACGCTGATAGCTTTTTCTGTCTTCTGGTTCAACAAAGAAAAAGTGTTATTTCGATAA	MWLVFLKEIKELLRDRKTLFFMIALPLLVFPAIFGVVTFISSKAIKEAESEILDYAIVGANNAPELAATIAESPEFNVVPMPDGEDIQQWVKSENADFVLVIPDSYNDDILTGGQIALTLYFNDAGLNLVQRRLNAIVDDIAKRNQQAAFTTLALDKKQQQALIEPIIIEKVDVADQRENWGEKIGGFIPYIIFMLCLQGAMIPATDLGAGEKERGTLETLLISPIPRYQLVMGKFFAISLAGVTSALVTVASMAVWGVVLSQGMAIKLVAEFMGAISGMDFLLIFFMLIPVVAIFSSILLSLSIYARSFKEAQGYMAPLVMFTIVPVIMAMLPGVELKGGWAWVPLTNVALAIKELIKGTMDYMQLIAIFGSTAIIAATLIAFSVFWFNKEKVLFR	PGPT0013870_208	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-SODIUM_TRANSPORT,PGPT0013870-natB-K09696	NA	NA
AK237_00694	771	natA	COG4555	ABC transporter ATP-binding protein NatA	ATGATTGATATTAGTCACCTGGCTAAAAAATTCACCATTGAAAACCCCAAAAAACTCAGTGAGCAGGAAAGACAAGACCCACGCTTAAAAGGAAAGTTTTTTCATTCTGTACAAGATGTGTCCCTTAGCTGTTCTCCTGGTGAGGTCTTAGGGCTGCTAGGGCCGAATGGAGCAGGGAAAACGACCACACTAAGAATGTTATCTACGGCGCTCACGCCAGATAGTGGGGCAATTAAAATCGGTGGCATTGATGTATTAAAAAAACCGGTAATCGCCCGTCAGAAAATAGGCTTCTTGTCTGGCGCTACCGGGCTTTACGGACGCCTGACAGGGCGTGAAAATATTGCCTATTTTGGTCAGCTGCACAATATGTCGAAAGCAGAAATAGAATCGCGTATCAAAGAGCTGGCTGACTTATTGGATCTACACAGCTTTCTTGATCGTCGATGCGAAAATTTCTCGACCGGCATGAAACAGAAAACAGCTATCGCTCGTGCAGTCGTGCACCGCCCCGAAGTCGTCATTCTCGATGAGCCTACCACTGGATTGGATATTATGGCTGCACAGACGGTACTGAATTTTATTCGGGGTCTGAAAGAGCAGGGCGTTCCTGTTATTTTCTCTACCCATCATTTAGATGAAGTTGCCGAGCTATGCGACCGGGTCACAGTAATTAACCATGGGCGTACAGAGTTCAATAACGATCTGGCAACGTTCAGAGCGTTATCGCCTGGCTCATTAAACAGCGCTTTTTTAGCAGCACTTGCATAG	MIDISHLAKKFTIENPKKLSEQERQDPRLKGKFFHSVQDVSLSCSPGEVLGLLGPNGAGKTTTLRMLSTALTPDSGAIKIGGIDVLKKPVIARQKIGFLSGATGLYGRLTGRENIAYFGQLHNMSKAEIESRIKELADLLDLHSFLDRRCENFSTGMKQKTAIARAVVHRPEVVILDEPTTGLDIMAAQTVLNFIRGLKEQGVPVIFSTHHLDEVAELCDRVTVINHGRTEFNNDLATFRALSPGSLNSAFLAALA	PGPT0013875_113	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-SODIUM_TRANSPORT,PGPT0013875-natA-K09697	NA	NA
AK237_00695	705			hypothetical protein	ATGCAGGAAATAACCAATCCAATTCAGGCGGTAAACGAAACCTTTTTTAGCCCTAACCGTGTTTTTAGCAAACTAGCCACAACAGACAACTGGTCCTGGGTACCGTTTTTTATCGTAACAGTGCTCAGTCTTTTACCCCTCTACCTGTATTTTCAGACCGTTGATTTCGAGTGGTATGTAGACAACATGATTATTGCCCCTATGGGAGAAGTAAGTCCTGCAGAAAAGGACGCCGTACGCCAACAATACTCTTATGGGGCAGTATTCTGGGGCACCATGATCGGGTCTTTTCTGGTGATGCTTGTTATTAACGCGCTGTTTTCCGGTTACCTTACCTTTATGGCGCGCAATGACGAAAAAAGCATTCATGGATTTACTGACTGGTACGGTTTTACCTGGTGGACGGCATTGCCTACGCTGATATCAAGCTTACTCGCACTTGTGCTATTGGTATTAGCCGATAACCACGAAGTACCATTAACCACTCTGGCACCGCTCACCTTTGCGTACATTTTTGATCTTGAACCGGGCTCATCTTTTTATGCACTCGGACAATCGTTCAGACTTGATATGTTGTGGAGTGCTTACCTGTCCAAAGTAGGATTAAGTCAATGGACGAACTTTTCAAACAGGAAAGCCTGGACCGTGGCAGTCGGCCCTATGGTTGTTATCTACGGTATTTGGTTGGTTTTTAGCGTGGTGTAG	MQEITNPIQAVNETFFSPNRVFSKLATTDNWSWVPFFIVTVLSLLPLYLYFQTVDFEWYVDNMIIAPMGEVSPAEKDAVRQQYSYGAVFWGTMIGSFLVMLVINALFSGYLTFMARNDEKSIHGFTDWYGFTWWTALPTLISSLLALVLLVLADNHEVPLTTLAPLTFAYIFDLEPGSSFYALGQSFRLDMLWSAYLSKVGLSQWTNFSNRKAWTVAVGPMVVIYGIWLVFSVV				NA	NA	NA	NA	NA
AK237_00696	855			hypothetical protein	ATGAAATCCACCGCAGACAGTTGGTTATCTGCCATAAATGATCCTAATCTCAATTTTCCTGTGTCTCATTTGTTGTCACAGGCAGGATTGAAGCGCCACAGTACTTTTCCCAGTGCTGATGATTTAAATGAGACCGTCGTCCGCTGGCACAAAAACGCTTGGGAAGGTCCCGTTTTCAGAGGGCAGGGAACGTTTGCTGATGCAGAAACGCGCTATTACGAAGAAATTATTTACCAGGACAACTGTGTACCCACCCGGGAGGGAAGTTGGCATGATTTGTTCAATGCACTTGTCTGGTTACAATTTCCACGGACGAAAAAGCGGCTGAATACGCTTCATATTGAAGATATTAATGCGTTTGGTGTACATCCGCGCACGGCACGCAGAAACCGCGTGACGCACTTTGATGAATGCGGTGTTGTTATTGCCGTCCCAGAAGATAAAAGAACAAAGGCGGAGTTTTTGTTAAATGCTCTCGCTTTTCATCAATGGGAAACCGTTTTTTTGCAGCAAAGGGCGGAATGGGGTTCATGCCTTTTTCCTATGATTGTAGGCCATGCGAATTTTGAAATGTTGCTCAATCCGTTTGAGGGATTAACGGGAAAGTGGTTGGCGGTAGTGGTACCTGAGGGCTTTGAACAGCTTAGCTACGCGGCGCGCTGTGAGCATGTCGACTGTGCTATGGATAAGCAGTTTGCTCAGCGCGACCTTTTCAGTGAGAAGGGGCATATGCATCCGCTACCATTACTTGGTGTGCCAGATTGGTTTGATAACACGCAACCTGGATTCTATCAGAACACGGCTTACTTCAGACCGGTAAATGCAGGGAAAGTAGTAAAAGGGTTACTGCCTTAA	MKSTADSWLSAINDPNLNFPVSHLLSQAGLKRHSTFPSADDLNETVVRWHKNAWEGPVFRGQGTFADAETRYYEEIIYQDNCVPTREGSWHDLFNALVWLQFPRTKKRLNTLHIEDINAFGVHPRTARRNRVTHFDECGVVIAVPEDKRTKAEFLLNALAFHQWETVFLQQRAEWGSCLFPMIVGHANFEMLLNPFEGLTGKWLAVVVPEGFEQLSYAARCEHVDCAMDKQFAQRDLFSEKGHMHPLPLLGVPDWFDNTQPGFYQNTAYFRPVNAGKVVKGLLP				NA	NA	NA	NA	NA
AK237_00697	1665			hypothetical protein	ATGAAAAAAATTCTTTTGCCACTCATGGTACCCACGCTGGTAGGACTTTCTACCCTGGGGCTTAGCGGGTGTAGCAGTGATCAACCTTCTGCAGCAGATACCACTGAAGCCAAGGCTACCGCGAACTTTGATTCGGTATATGCAGGGATAAGTGGCGACGATATTAGTGGCCCGTTACAAACCCTGGCCTCCGATGAATTTGAGGGCCGTCTGCCCACCACGCCGGGAGAAAAGAAAACCCTCGATTTCTTAGTATCTGAATTTAAAGCGGCAGGATTTCTGCCTGGCAACGGAGACAGTTACTTGCAGCCTGTTGATTTGATGGAAATCACGGCAGACCCCAATATGACGATGACCATCGGAGATAATACCTTCAAATACAAAGATGATATGGTCGCCAGTTCCAAACGCGAACAAGCTGAAGTCAGCTTAGACAGCTCTGAATTGGTCTTTGTCGGCTACGGTGTAAATGCGCCGGAGTACGATTGGAATGATTACGAAGGTTTGGACGTCAAAGGAAAAACCGTCGTTATTCTGGTCAATGATCCCGGCTTTGAAAATCCGGACTCAGGCAAGTTTCAGGGAACAACCATGACCTACTATGGTCGTTGGAGTTACAAATATGAAGAAGCAAGCCGTCAGGGTGCAGCGGGAGCCATTATTGTTCATGAAACAGCACCGGCCTCTTACGGTTGGTCTGTTGTGGCAAACAGCTGGAGCGGTCCGCAGTATGGATTAGTATCAAAAGATGGCGGTGCCAGCCGTGTAGCAGTAGAAGGCTGGCTAACGCTGGATGCGGCGAAAAAGGTATTCGCCGATGCAGGTCTGGACTTCGACAAAGAGAAACAAGCTGCACTTCAGGGCCCCTATCATAAAGACATGGGCTTATCTGCATCCGTCACGGTAAAAAATACTTTTCAAAAATCGGTCAGTCATAATGTTATTGCGACCTTACCCGGTGCTACCAAACCGCAAGAGCACGTAATTTACACCGCGCACTGGGACCACTTAGGTAAAGACGAAAGCCTAAAAGGTGACCAGATTTATAACGGTGCCCATGATAATGCCACAGGCTCAGCGGCTGCCGTGGTGATGGCCAAAGCGTTTGGCGAGTTATCACCACGCCCTGCTCGTTCGGTCACCTTCCTGGTCGTAACGGCAGAAGAACAGGGCTTACTTGGCTCCCAGTATTATGCTGACCATCCAATTATTCCACTGGATAAAACCGTTGCGAATATCAACATGGATGCCATGAACGTTCTGGGTAAAACGAAAAATGTAAGCGTTGTAGGTATGGGTAAATCAGAGATGGAAACCTACCTTGAAAAGGCAGCGAAGCATCAAGGCCGCTATCTCACTCAGGAAGATCGTCCAGAAGCGGGCTCGTACTATCGCTCAGATCACTTTAGTTTTGCTAAGAAAGGCGTGCCAGCTTTGTACGCCGAAGGCGGTGATGAGCCTTGGGATGATGCCACGGCAGCTTACCGCAAGCGGATGAATGTGATTGTTACAGGTTGCTACCACCAGGTATGTGATGAATTCCGTAAAGAATGGGATTTATCAGGTATTGCACAAGATGCGCAGATGCTTTTTGAAGTCGGTGTTGATGTTGCAAATGCAGAATCATGGCCGAAGTGGAATCCTTCCAGTGAATTCCAGCGTTAA	MKKILLPLMVPTLVGLSTLGLSGCSSDQPSAADTTEAKATANFDSVYAGISGDDISGPLQTLASDEFEGRLPTTPGEKKTLDFLVSEFKAAGFLPGNGDSYLQPVDLMEITADPNMTMTIGDNTFKYKDDMVASSKREQAEVSLDSSELVFVGYGVNAPEYDWNDYEGLDVKGKTVVILVNDPGFENPDSGKFQGTTMTYYGRWSYKYEEASRQGAAGAIIVHETAPASYGWSVVANSWSGPQYGLVSKDGGASRVAVEGWLTLDAAKKVFADAGLDFDKEKQAALQGPYHKDMGLSASVTVKNTFQKSVSHNVIATLPGATKPQEHVIYTAHWDHLGKDESLKGDQIYNGAHDNATGSAAAVVMAKAFGELSPRPARSVTFLVVTAEEQGLLGSQYYADHPIIPLDKTVANINMDAMNVLGKTKNVSVVGMGKSEMETYLEKAAKHQGRYLTQEDRPEAGSYYRSDHFSFAKKGVPALYAEGGDEPWDDATAAYRKRMNVIVTGCYHQVCDEFRKEWDLSGIAQDAQMLFEVGVDVANAESWPKWNPSSEFQR				NA	NA	NA	NA	NA
AK237_00698	1674	asnB	COG0367	Asparagine synthetase B [glutamine-hydrolyzing]	ATGTGTGGTATTTTCGGTATCCTTGATATCAAAACCGATGTGTCTGAACTCAGAACCCAAGCGCTGGATTATACAAAGTTGCTGCGTCACCGCGGCCCTGACTGGTCGGGTATCTGGAATAATGACAATACCATCCTGTGCCATGAACGGTTGGCCATCGTCGATGTAGACACCGGTGCTCAGCCGCTCATCAGCCAGGATAATAATAAGATCCTGGCCGTTAACGGTGAGATCTATAACCATAAGCAGCTCGCCAAAGATCTGGCTACGCCTTATGATTTCAAAACCCGCTCAGACTGCGAAGTTATTCTTCCTTTGTACGAGCAGAAAGGCATTGAGTTTATCGATGAGCTTGAGGGCATGTTTGCTTTCATCCTTTACGACGAATCTCAGGATGCGTATCTGATTGCCCGTGACCACATCGGTATTATTCCGCTGTACACCGGTTACGATGAACATGGCAACTTTTATGTTGCGTCAGAAATGAAGGCGCTGGCGCCTATCTGTAAAACCATCAGTGAATTTCCTCCGGGTCATTACCTGTGGAGCAAAACCGGCGAGCTGACTAAGTACTACAAGCGCGACTGGATGAGCTACGATGCAGTAAAAGACAACGAGACCAATCTGGACGACCTGAAAGTGGCTTTTGAAAAAGCCGTTAAGTCGCACATGATGTCTGACGTACCTTACGCGGTGCTGCTGTCCGGTGGTCTGGATTCTTCTCTGGTTTCTGCCGTTGCCGCTCAGTATGTTGCCAAGCGTGTTGAAGACGAAGACAGGTCTGATGCCTGGTGGCCACGTCTGCACAGCTTTGCAGTTGGCCTTGAAGGGGCTCCGGACTTAAAAGCAGCGAAACAGGTTGCTGACATGATTGGTACTGTTCACCACGAAATCCACTTCACGATTCAAGAAGGTCTGGATGCGATTCGTGACGTTATCTATCATTTGGAAACCTACGATACCACCACCATTCGCGCTGCGACACCAATGTACCTGATGACCCGTAAGATCAAAGCCATGGGTATCAAAATGGTATTGTCCGGTGAAGGCTCTGACGAAATTTTCGGTGGTTATCTGTACTTCCATAAAGCGCCAAACGCAAAAGAACTGCATGAAGAAACGGTACGTAAACTGGATCGTCTGCACATGTTCGATTGTGCCCGTGCCAACAAAGCTACCAGCGCCTGGGGTGTTGAAGCCCGCGTACCGTTCCTGGACAAAAATTTCATGGACGTAGCAATGCGCCTGAACCCACAGGACAAAATGTGTGTTGATGGCCGCATGGAAAAATGGATCCTGCGTAAAGCTTTCGACGATGGCAAAACGCTGCCACCAGAAGTACTGTGGCGTCAGAAAGAACAGTTCGGTGACGGTGTAGGTTACTCCTGGATTGACTCTATCCGTGACTTCGTAGAAACAGAAGTGACTGATCAGCAACTGGCGACAGCAGAATTCCGCTTCCCGGTGAACACGCCAGACACCAAAGAAGGTTATTATTACCGCACTATCTTTGAAGGCTACTTCCCCCAGGAAAGCGCAGCTCGCTGTGTACCCGGTGGTAAATCTATCGCCTGCAGTACCGTAGAGGCACTTGAGTGGGATGCAAGCTTCAAGAACAATGCAGACCCTTCAGGTCGTTCAATGAAAGACGTGCACTCAGGCAAAAGCCACTAA	MCGIFGILDIKTDVSELRTQALDYTKLLRHRGPDWSGIWNNDNTILCHERLAIVDVDTGAQPLISQDNNKILAVNGEIYNHKQLAKDLATPYDFKTRSDCEVILPLYEQKGIEFIDELEGMFAFILYDESQDAYLIARDHIGIIPLYTGYDEHGNFYVASEMKALAPICKTISEFPPGHYLWSKTGELTKYYKRDWMSYDAVKDNETNLDDLKVAFEKAVKSHMMSDVPYAVLLSGGLDSSLVSAVAAQYVAKRVEDEDRSDAWWPRLHSFAVGLEGAPDLKAAKQVADMIGTVHHEIHFTIQEGLDAIRDVIYHLETYDTTTIRAATPMYLMTRKIKAMGIKMVLSGEGSDEIFGGYLYFHKAPNAKELHEETVRKLDRLHMFDCARANKATSAWGVEARVPFLDKNFMDVAMRLNPQDKMCVDGRMEKWILRKAFDDGKTLPPEVLWRQKEQFGDGVGYSWIDSIRDFVETEVTDQQLATAEFRFPVNTPDTKEGYYYRTIFEGYFPQESAARCVPGGKSIACSTVEALEWDASFKNNADPSGRSMKDVHSGKSH	PGPT0020150_5601	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_UTILIZATION	PLANT_DERIVED_ASPARAGINE_DEGRADATION,PGPT0020150-asnB-K01953	NA	NA
AK237_00699	894			hypothetical protein	ATGTGGAATTGGTTAGTCCTGACGTGTTTATTAACTAGCGTACCTGTACACGCTGCTTTATGGTCTATTACATATCCAAGACCAATAGACGAACGTGATTTACGCACTGAGTATCCGCTAGCATTGTTAACGCTGGCGCTGGAAAAAACGGGAGTGAAATACAGTTTGCTGCCGTCCGACCGCATTATGTTGCAAGGAAAGGCACTGCGCCAATTGCGAGAAAACCGCGAAGTAAACGTGGTCTGGAGCATGACGGATACGCAAAGGGAAAAGGACTTGCTGCCTATTCGTATTCCATTGGCAAAAGGTCTGATTGGGTGGCGGGTTTTCCTTATCAACGAGATTAATCGTTCGCGCTTTCCTTCCTCAATCAGTAAAACTGATCTGCTTAAATTGGTTCCTATTTCAGGCGAGGAATGGCCAGATACAAAGATCCTTCAGGCGAATGGGTTCAATGTTTTTACCGTGCCTGCATACGGCGATGCCGCAGACGTCCTGGAAACTAACAAGGCCGATTTCTTTCCACGCTCAGTGATGGAAGTGACCAATGAGTTGAAAACCGGCAATATGTCCTCTGACATCGTGTTAGAAAACAACTTAGCTATTTATTACCCCACCGCATTGTATTTTTTCGTCAATAAGGGCAACAACACGCTGGCGCGATTAATTGAAACGGGATTGCAAATGGCCATTGAAGATGGATCGTTTGATGCTTTGTTCATGTCTACGTATGAGGATACGCTCAAATCGCTGAATTTAGAACAACGCCAAACTATCGAGCTGGACAATCCGCTTTTACCGCCGTTAACGCCCATTAAAAATGATGCCTTATGGTACAAGCCGGCTAACATCGATGCATCGGTTGATGCCACCGATACTTCACAGGTTAAATAG	MWNWLVLTCLLTSVPVHAALWSITYPRPIDERDLRTEYPLALLTLALEKTGVKYSLLPSDRIMLQGKALRQLRENREVNVVWSMTDTQREKDLLPIRIPLAKGLIGWRVFLINEINRSRFPSSISKTDLLKLVPISGEEWPDTKILQANGFNVFTVPAYGDAADVLETNKADFFPRSVMEVTNELKTGNMSSDIVLENNLAIYYPTALYFFVNKGNNTLARLIETGLQMAIEDGSFDALFMSTYEDTLKSLNLEQRQTIELDNPLLPPLTPIKNDALWYKPANIDASVDATDTSQVK				NA	NA	NA	NA	NA
AK237_00700	747	queE		7-carboxy-7-deazaguanine synthase	ATGATGCCTGAATTTTATGTGATTCTTGCTAAAATCCCAACCCGAATAAACGACAGGTACACCACATTGCCCGAAACCCAGCTAAAAATTAATGAAATGTTCGAAACCATCCAAGGTGAAGGCGTACAAACCGGCGTTCCCTCAGTATTTGTACGTTTGCAGGGCTGTCCGGTTGGTTGCCCTTGGTGCGATACCAAACATACCTGGACATTAGATGACGCTTTTCTAACCACGGCCGACGAGGTTTTGGCAAAAAACAAAGAAAGCGAAGCGTTCTTTCGTTGCTCTAATGATGAGTTGCTGGCGTTATTTGAGGACAAGGGATATCGCGCTAAACATATCGTCATTACCGGCGGCGAACCCTGTATGTATGACTTACGGTCTGTTACCAGCTTACTCCATGAGAAGGGGTTTACCACCCAAATTGAAACCAGTGGCACGTTTGACGTTTTATGCCATCAAGATACGTGGGTCACCGTGTCACCTAAGGTTGACATGAAAGGCGGCATGCCGGTGCTGACTCAGGCACTTGAGCGGGCTAACGAGATTAAGCATCCTGTTGCGATGCAAAAACATATTGACGAACTGGATGCACTGTTAGCGCGACTGGATGGCAACTTACCTGCACACATTTGCTTACAGCCGATTAGTCAGCAACAGCGGGCTACCGATTTAGCGATTGCAACTTGTATTGCCCGCAACTGGCGTTTATCGTTACAAACACATAAATATATTGGTATTGAATAG	MMPEFYVILAKIPTRINDRYTTLPETQLKINEMFETIQGEGVQTGVPSVFVRLQGCPVGCPWCDTKHTWTLDDAFLTTADEVLAKNKESEAFFRCSNDELLALFEDKGYRAKHIVITGGEPCMYDLRSVTSLLHEKGFTTQIETSGTFDVLCHQDTWVTVSPKVDMKGGMPVLTQALERANEIKHPVAMQKHIDELDALLARLDGNLPAHICLQPISQQQRATDLAIATCIARNWRLSLQTHKYIGIE				NA	NA	NA	NA	NA
AK237_00701	657	queC	COG0603	7-cyano-7-deazaguanine synthase	ATGTCTGAAAAAGTCATTGTAATCTATTCAGGTGGGATGGACTCGTTCACCGTACTGCACAAAGCCATCGCTGAAGGAAAAACCCCCTATGCGCTTTCTTTTGATTATGGCCAGCGCCATAAGAAAGAACTCGACTACGCTGCTAACGTGTGTAAAAAGCTGAACGTGCCTCACAAAATCGTTGATATTTCAGCCATTAACTCGTTGGTTGGCGGCTCGGCCTTAACTGATGATATAGACGTTCCTGAAGGTCACTACGAAGAACCGTCGATGAAGACCACTGTGGTGCCCAATCGCAATATGATCCTGCTTTCTCTCGCTGTGGGGTACGCTGTGAGTGAAAATGCTAACAAAGTTTACTACGGCGCTCATTCCGGGGATCACGCTATTTATCCTGATTGTCGCCCTGAGTTTGTCGAAAAAATGAATGACGTCTGCGCGATTGCTAATTACGAGCCAATTGAGATTGTCACCCCTTATCTCAACGTTAGTAAAACCGCTATCCTTACCGACGGCTTAAAAATGGGACTAGATTATGGTCTGACATGGACGTGCTACAATGGTCGGGAACATGCCTGCGGAGCATGTGGAGCGTGTCAGGAGAGACTGGAAGCTTTCCACGACAATAACGCGACAGACCCTCTTACCTACGAGTAG	MSEKVIVIYSGGMDSFTVLHKAIAEGKTPYALSFDYGQRHKKELDYAANVCKKLNVPHKIVDISAINSLVGGSALTDDIDVPEGHYEEPSMKTTVVPNRNMILLSLAVGYAVSENANKVYYGAHSGDHAIYPDCRPEFVEKMNDVCAIANYEPIEIVTPYLNVSKTAILTDGLKMGLDYGLTWTCYNGREHACGACGACQERLEAFHDNNATDPLTYE				NA	NA	NA	NA	NA
AK237_00702	927			hypothetical protein	ATGTTGAATCGTTTACAAGAATCAGATATTAAGCTGTTACGGGTGTTTTATGCGGTTGCAAGTTGTAATGGCTTTACCGCAGCTGAACCAGTGTTGCGTATGCAACGTCCGAATATCAGCGCAGCAATTAAAAAGTTAGAGGAGCGTCTTGATCTGGTGCTATGTCACCGGGGTCGGGGAGGCTTTCAGATGACGAAGGAAGGTGAGGTCGTTTTTCAGGAGACGAAACGTATCTTCAACGCATTTGATAACTTTGTATTCAATCTTAAATCCCTTCACGACGACTATTCGGGTCATATTACCCTCGTTATGATGGCCGGTTTACCGTTATCTATGCACCTTGCGGTGAGTAAAGCGGTAAAAAGCACTATGAAAAAATTTGACGATATCCATGTCAACATTCAAACGCGCTTATATAATGAAGTGGAGCATGTGGCGTTATCGGGCGAATGTCACCTGGTGATCTCTACCTACGACATGGTGAAGCCAGAGTCGGTTACGTTTCATCCCATTGGCACGTCTTGTCCTGGCCGCCTCTATTGTTCGCCTACCCACCCGCTGGCGAAATATCGTGACGTGTCTTTGCCTGACGATGTTAAAATTGGTGAATATCCTGCCATTGGTATTTCTGGTTTGTCGTCTGCAAATTATATTGAAGACGATCAGCGACTTGCCATTCAGACGTTCTCGGACTCATTTGAAGCCGCGTTATCAGCCATTATGACAGGCGAATACATTGGTCTGTTACCTGATTACATCGCAAAAGAGCAGGGAGCTAGTCTCGGTTTGGTGCCTATCGCGCAAGGTAGCTTATTCAACTTTAATCATGAATTGTTCGTGATGAACGGAAAGAATACCCGCTTAAACCCCGTTTTGCGCCATTGTATTAAAGAATTGTCTTATTTTATTTCTGAGAGTCAGAAGTAA	MLNRLQESDIKLLRVFYAVASCNGFTAAEPVLRMQRPNISAAIKKLEERLDLVLCHRGRGGFQMTKEGEVVFQETKRIFNAFDNFVFNLKSLHDDYSGHITLVMMAGLPLSMHLAVSKAVKSTMKKFDDIHVNIQTRLYNEVEHVALSGECHLVISTYDMVKPESVTFHPIGTSCPGRLYCSPTHPLAKYRDVSLPDDVKIGEYPAIGISGLSSANYIEDDQRLAIQTFSDSFEAALSAIMTGEYIGLLPDYIAKEQGASLGLVPIAQGSLFNFNHELFVMNGKNTRLNPVLRHCIKELSYFISESQK	PGPT0003120_348	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_IRON_RESISTANCE	IRON_RESISTANCE-ACINETOBACTIN_METABOLISM,PGPT0003120-bauR-K21699	NA	NA
AK237_00703	2016	uvrB	COG0556	UvrABC system protein B	ATGAGTAAAGGCTTTGAACTGCAATCTAAGTATCAGCCAGCGGGAGATCAACCTAAAGCAATCGCATCCCTCGTGGATGGGCTCGACAGTGGTTTAGCATGCCAAACCTTGTTAGGGGTAACGGGGTCGGGTAAGACCTTTACCATGGCAAACATTATTCAGGATGTACAACGCCCGACATTAATTTTGGCACACAATAAAACGCTGGCGGCTCAGCTTTACGGTGAAATGAAGGAATTTTTTCCCAATAACGCCGTTGAGTATTTTGTCTCCTACTACGACTACTACCAGCCAGAAGCGTACGTTCCCAGCACAGATACCTTTATTGAAAAAGACGCTTCAATCAACGACCACATCGAGCAGATGCGCTTATCTGCTACAAAAGCATTGATGGAACGGCGGGATGTTGTCATTGTCGCTAGTGTGTCCGCCATTTACGGTTTGGGTGATCCTGAATCGTACATGAAAATGCTGTTACATTTGCGTCAGGGCGACACGATGGATCAGCGTGACATTCTGCGGCGCCTCGCTGAACTTCAGTATAAACGCAACGATTTGGCCTTCGAGCGCGGTACGTTCCGGGTTCGCGGTGACGTTATTGATATTTTCCCAGCAGATTCTGAGAAGCAAGCCGTTCGAGTTGAGTTGTTCGATAGCGAGATTGATAAAATCAGTTTGTTCGACCCACTTACGGGGGCGGTGGAAAAGTCTGTGATCCGAGCTACAGTGTTTCCAAAGACACACTACGTCACCCCGCGAGAGAAAATTCTCGCCGCTATTGAAGATATCAAAGTAGAGCTTAAGGAACGAAAAGCGCAATTGCAGGAGAGCAGTAAGCTGTTAGAAGACCAGCGGATCTCCCAGCGTACCCAGTTTGATATTGAGATGATGTTAGAGCTGGGCTACTGCTCTGGCATTGAAAACTACTCGCGTTATTTGTCCGGTCGTGCGCCGGGTGAACCGCCTCCGACGTTGCTTGATTACTTTCCCGCAGATGGTTTGCTGTTTATCGATGAGTCCCACGTTACCGTGTCGCAAATCGGTGCGATGTACAAGGGAGACCGCTCACGAAAGGAAACGTTGGTGGAATACGGCTTTAGATTACCTTCGGCACTGGATAACAGGCCGCTTAAATTTGAAGAGTTTGAACAAATATCGCCTCAAACCATTTATGTGTCTGCGACGCCTGGCGAGTATGAGCTGAAGAAATCTGATGGTGAAGTGGTAGAGCAAGTAGTACGGCCTACCGGATTGCTTGATCCTGAAATTGAAGTGCGTCCTGTTGCAACGCAGGTGGATGATGTCTTATCTGAAATTCACAAGCGGGTAGAGGTGGATGAGCGTGTGCTTATTACCACGCTAACTAAACGCATGGCCGAAGATTTAAGCGAGTACCTGAATGAGCATGGCGTGAAAGTACGCTACCTGCATTCTGATATCGACACCGTAGAACGTATTGAGATTATTCGTGATCTGCGTTTGGGTAAATTTGATGTATTAGTCGGTATTAACCTGCTTAGGGAAGGGTTAGATATGCCCGAGGTGTCGCTGGTGGCAATCCTTGATGCAGATAAAGAAGGTTTCCTGCGCGCCGAGCGTTCACTGATCCAAACCATTGGACGCGCGGCCCGACATGTAAACGGCAAAGCTATCATGTATGCGGATGTCATCACGAAGTCTATGAAAAAGGCTATTGATGAAACCAACCGTCGTCGTGAAAAGCAAGAGGCGCACAATAAAGCAAACGGACTGGTTCCCCAGCGTCTCAACAAGCCGATTACTGACATCATGGACTTAGGCGACAGTGCTCATCCTGCTTCTGGCAAAGTGAAATTGCGTAAAGTGGCAGAGAAGAAGAAGGAAATGCAAACCGCAAGTGCTACTGAACTGATGTCGCGAATTGCGGAACTGGAGAAACAGATGTTTGAAAGCGCCCGTGAGTTGGAATTCGAAAAAGCCGCTTCTATTCGGGACGATATAGAAACGTTGCGTAAGCAAGTGGTTGCAATTTCGTAA	MSKGFELQSKYQPAGDQPKAIASLVDGLDSGLACQTLLGVTGSGKTFTMANIIQDVQRPTLILAHNKTLAAQLYGEMKEFFPNNAVEYFVSYYDYYQPEAYVPSTDTFIEKDASINDHIEQMRLSATKALMERRDVVIVASVSAIYGLGDPESYMKMLLHLRQGDTMDQRDILRRLAELQYKRNDLAFERGTFRVRGDVIDIFPADSEKQAVRVELFDSEIDKISLFDPLTGAVEKSVIRATVFPKTHYVTPREKILAAIEDIKVELKERKAQLQESSKLLEDQRISQRTQFDIEMMLELGYCSGIENYSRYLSGRAPGEPPPTLLDYFPADGLLFIDESHVTVSQIGAMYKGDRSRKETLVEYGFRLPSALDNRPLKFEEFEQISPQTIYVSATPGEYELKKSDGEVVEQVVRPTGLLDPEIEVRPVATQVDDVLSEIHKRVEVDERVLITTLTKRMAEDLSEYLNEHGVKVRYLHSDIDTVERIEIIRDLRLGKFDVLVGINLLREGLDMPEVSLVAILDADKEGFLRAERSLIQTIGRAARHVNGKAIMYADVITKSMKKAIDETNRRREKQEAHNKANGLVPQRLNKPITDIMDLGDSAHPASGKVKLRKVAEKKKEMQTASATELMSRIAELEKQMFESARELEFEKAASIRDDIETLRKQVVAIS	PGPT0014920_2875	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	UNIVERSAL_STRESS_RESPONSE	STRESS_SIGNALLING_PROTEINS	STRESS_SIGNAL-DNA_DAMAGE_DEFENSE|REPAIR,PGPT0014920-uvrB-K03702	NA	NA
AK237_00704	1383	mepA_2	COG0534	Multidrug export protein MepA	GTGACAGAATCAAAAAGTAACGCACGCGCTTCCAATCTAACACAAGACAATGTCGCCAGTACCTTAAAACGTATGACCATACCAATGATAATGGGAATGGTGATGATGATGAGCTTTGGTCTTGTTGATACCTTTTTTGTGAGCTTACTGGGCACCGAGCCGTTGGCAGCAATTAGCTTTACTTTTCCCGTGACGTTCACGGTTATCAGCCTGAATATCGGTTTAGGCATCGGTACCTCTGCGATAATTGGTAAATTGCAGGGGAGTGGCAGTTTAGATGAGTCAAGGGAATACGCCACAAGCGCTATCATGCTCTCATTTACGATGGTGGGGTTACTTGCCATTATCGGCTATTTGCTTATCGAGCCTATATTTTTCGCGCTGAATGCGAACGCAGAATTAATGCCCTATATCCGACAGTACATGACACTTTGGTATGTATCCAGCGTCTTTCTTGCGCTCCCTATGGTGGGCAACAGTGTGCTGCGAGCATGTGGTGATACCCGTACACCCAGCATTATTATGGCGGTGGGCGGTGCAATAAATGCGGCTTTAGATCCGCTTTTTATTTTCGGGTTTGGGCCGGTACCTGCCATGGGTATTCAAGGTGCGGCGTTAGCAACGTTATTGGCATGGATTGCCGGAGCGAGTTGGATAATTTGGTTACTCGCCGTTAAGCGAAATCTAATGGTGCCTAGGCTGCTAACTTTTTCCGAACTGAAACGAAGCTGCCTACCCATACTGCGAATCGGCTTGCCCGCGGCTGGTGCAAATATGCTAACGCCCATAGCGGGTGGCGTTATGACGGCAGTGGTCGCCACCTACGGTGCTGAAGCAGTAGCGGCGTGGGGAGTCGGAAACCGGCTTGAATCCATCGCATGTATTGTGGTGCTGGCGTTATCAATGACACTACCACCAATTATTTCGCAAAATGTAGGTGCGAGTTTGTATCACCGCGTCGACGAGGCCTATCGCCTTACGGTCAGGTTTGTTATAGGGTGGCAACTTGTGGTTTTCGCACTGATGTGGGCGCTGTCTGATTGGATCGCCACGTCATTTGCAGAAGAAGCTGACGTTGCCCAACTCATACACCTGTTCTTGTTAATCGTACCGCTCGGATATGGCATGCAAGGTATAGTGGTATTAACCAACTCGTCGCTAAATGCAATGCATCGTCCCATGGCAGCGCTTGTATTAAGTGTCATCCGGCTTTTTGTTTTTTACGTACCAGTATCCTATGTGGCAAGTCTGTTCTTTGGTTTGAAAGGCTTATTCTGGGGCGTGGTAGTCGCCAATATCTGTATGGCCACCGTATCGTATATCTATTTTAATCGCGCGTTGTCTGAACATCGCCAGCAACCGGAAGATGAGTTAGCATCATGA	MTESKSNARASNLTQDNVASTLKRMTIPMIMGMVMMMSFGLVDTFFVSLLGTEPLAAISFTFPVTFTVISLNIGLGIGTSAIIGKLQGSGSLDESREYATSAIMLSFTMVGLLAIIGYLLIEPIFFALNANAELMPYIRQYMTLWYVSSVFLALPMVGNSVLRACGDTRTPSIIMAVGGAINAALDPLFIFGFGPVPAMGIQGAALATLLAWIAGASWIIWLLAVKRNLMVPRLLTFSELKRSCLPILRIGLPAAGANMLTPIAGGVMTAVVATYGAEAVAAWGVGNRLESIACIVVLALSMTLPPIISQNVGASLYHRVDEAYRLTVRFVIGWQLVVFALMWALSDWIATSFAEEADVAQLIHLFLLIVPLGYGMQGIVVLTNSSLNAMHRPMAALVLSVIRLFVFYVPVSYVASLFFGLKGLFWGVVVANICMATVSYIYFNRALSEHRQQPEDELAS				NA	NA	NA	NA	NA
AK237_00707	582	rnfA		Ion-translocating oxidoreductase complex subunit A	ATGACAGATTTTTTGTTACTCCTGGTGGGTACCGTACTCGTTAACAACTTTGTGTTGGTCAAATTTTTAGGCTTATGCCCGTTCATGGGGGTATCAGGTAAGCTTGAAACTGCCATTGGCATGGCGATGGCCACCTCATTTGTTCTGACGCTGGCGTCGGTGACAAGTTACCTTGTCGAAACCTATATGCTGCAGCCTCTGGGTATTGGCTATTTACGAACCTTGGCTTTCATTCTTGTCATCGCGGTAGTGGTACAATTCACCGAGATGGTAGTTCACAAGACCAGCCCTACCCTTTATCGTTTGCTTGGTATTTTTTTACCCCTCATTACCACCAACTGTGCTGTTTTAGGCGTCGCTCTGCTCAACCTTACAGAACAACATAATTTAATCGAAAGTCTCATTTATGGCTTTGGCGCTTCAGTGGGATTCTCATTGGTGCTGATTTTATTCGCCGCCATGCGCGAACGATTAGCCGCAGCAGATGTGCCTGTAGCGTTTAAAGGTGCATCTATTGCCATGATTACAGCAGGGTTGATGTCACTGGCTTTCATGGGATTTAGCGGTTTGGTGAAGTTATAA	MTDFLLLLVGTVLVNNFVLVKFLGLCPFMGVSGKLETAIGMAMATSFVLTLASVTSYLVETYMLQPLGIGYLRTLAFILVIAVVVQFTEMVVHKTSPTLYRLLGIFLPLITTNCAVLGVALLNLTEQHNLIESLIYGFGASVGFSLVLILFAAMRERLAAADVPVAFKGASIAMITAGLMSLAFMGFSGLVKL	PGPT0013260_441	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-SODIUM_TRANSPORT,PGPT0013260-rnfA|rsxA-K03617	NA	NA
AK237_00708	570	rnfB	COG2878	Ion-translocating oxidoreductase complex subunit B	ATGACAATATCTGTAGCACTTATTGCCATTGGCTTATTGGCTGTCGCGTTCGGCTTGTTACTTGGCTATGCCAGTATCCGGTTCAAAGTAGATGCCGATCCTCTGGTTGAACAAATTGACGAAATTCTTCCGCAAACACAATGTGGTCAGTGTGGGTATCCAGGCTGTCGTCCTTATGCAGAAGCCATCGCCAACGGTGACGATATCAACAAGTGTCCTCCCGGTGGCGAATCAACAATTAAAAAGCTCGCCGATCTCACCGGAAAAGAGGCTAAGCCACTTGATGCTGCCCATGGCGAAGAGGATGTTAAAAAGGTCGCCTTCATTCGCGAAGATGAATGTATCGGGTGTACAAAGTGCATTCAGGCCTGCCCTGTTGATGCCATTTTGGGCGCTGCAAAGCATATGCATACGGTTATCACGCAGGAATGTACTGGCTGCGACTTATGCGTAGATCCCTGCCCTGTTGATTGTATCGATATGGTACCTGTTGAAACCACAACAGCGTCCTGGAAGTGGGACTTTACAAAAACGCCCAAGGGCGATATTCCAATTAAGATGGTGTCTTAA	MTISVALIAIGLLAVAFGLLLGYASIRFKVDADPLVEQIDEILPQTQCGQCGYPGCRPYAEAIANGDDINKCPPGGESTIKKLADLTGKEAKPLDAAHGEEDVKKVAFIREDECIGCTKCIQACPVDAILGAAKHMHTVITQECTGCDLCVDPCPVDCIDMVPVETTTASWKWDFTKTPKGDIPIKMVS	PGPT0013265_1480	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-SODIUM_TRANSPORT,PGPT0013265-rnfB|rsxB-K03616	NA	NA
AK237_00709	2277	rsxC		Ion-translocating oxidoreductase complex subunit C	ATGTTTCCAACCTATGATGATGTCGTATCACGACTAGACAAAGGCCAATTATCTTCTTTTCCAGGCGGCGTGCATCCTAAGGGGTTCAAGCGCCTGTCGAATCAAACACAAATAGCCGATTTGCCGCTGGCTGACGAGTTTATCATTCCCGTTCGTCAGCATATTGGTACCGAAGGGACTTTGTTGGTGAGACAAGGTGATAAAGTATTCAAAGGGCAGCCGTTAACACAAAGCAATCAACCCTTCTCTGTTCCGGTGCATGCTCCTACGTCCGGCACTGTGACCGAAATTGCGCAACATGTGACCGCCCACCCAAGTGGCCTGAGTGAACTTTGTGTGAGGTTAAAAGCAGATGGGCAGGATATCTGGACGCCCCTGACTCCTTGCCCGGACTACACAGAGCTGGACAAACAAGCCTTAGTCGGGAAACTTTGTGATGCCGGCATCTCTGGTATGGGCGGAGCGGGCTTTCCAAGTCATATAAAAGCAACGGCCAATGAACCGGTAGAATTTCTCATTATCAATGGCGTTGAGTGCGAGCCTTATATCACCTCAGATGATCGCTTAATGCGAGAGCACAGTGAAAGTATTTTAACCGGTATCAATATCCTGGTGCATCTGCTGGCTCCCAAATGCGTTGTCATCGCCATCGAGGATAACAAGCCAGAAGCGATTGATATTTTATCTAAACAGGTAGAAACCCTTCCCCATATTCGCGTTGCGCCAGTTGAAACCAAATACCCTGCCGGCGGTGAGAAACAGCTGGTTCAAGTGATAACCGGGCGGGAAGTGCCGCGAAAAGGGCTGCCTCTTGATGTCGGCGTAACCATGTTTAACGTGGGCACCTGCTTTGCAATTGCAGAGGCCATTCTTAATGGCAAGCCGCTTATTGAACGTATCGTAACGGTAACAGGGCAAGCGGTGAAGCGACCCGGTAATTACCGCACGCGTCTGGGCACCCCTGTCAATCATGTTTTATCGAAAGTCGGGTATTTAGCTGACAAACAAGCAACGCCTCAAGTGATTATGGGTGGCCCGATGATGGGCTTTACACTAAACGACGCGGCTGCCCCTGTAGTTAAAACTACGAACTGTTTGCTTGTTCCGGGCACTCATGAGTTAACCCAAGGTGAAAACGAACGTGCATGTATTCGTTGTAGTGCGTGTGCCGATGCGTGCCCTGCCACCTTATTGCCCCAGCAACTCTATTGGCATAGCAAAGCCAAAGAGTACGATAAGGCACAGGATTATAATTTATTTGATTGTATAGAGTGCGGCGCTTGCGCTTATGTATGTCCAAGTGAGATACCATTGGTACATTACTATCGCAAAGCCAAAGCAGACATTCGCTTAGAGCTGGATGAAAAAGCCAAAGCAGACAAGGCAAAAGAACGCTTTGAGGCTCGTAAGGCACGGCTAGAACGAGAAAAAGAAGAGCGGGAAGCGAAGCACCGTAAAGCGAAAGAAGCCAGATTGGCCGCAACCAATGCGCCGGCAAAACCTGCCGATACGTCCAAAGATAAAGTAGCGGCTGCGCTCGCGCGTGCGAAAGCCAAGAAAGCCGAACAAGCCCAAACAACCGGTAACGAACCGGTAGAGAGTTCATCCGTTACGCCCGCGTCTGATAATACGCAAACAGCACCAGGTGATAAAAAAGCCGCGGTTGCCGCCGCTATTGCCCGGGCCAAAGCTAAAAAAGCGGCAGCCAGGGGAGAGACAACAGATGTTGAAAGTTCCAGCCCCTCTCCCTCCAACGATGCATCTTCGACAGCAGAAGTAAATGGTGAGGCAAATGATAAAAAAGCCGCTGTAGCCGCTGCCATTGCCAGAGCAAAAGCCAAAAAAGCGGCCAAAGAAGCGCAATCTCAGCAGGCCTCCACAGCAGATACCAGCCATGATGCGCCTTCGTCGCCCGCTGTCAGCGACGCCGAAGAGGCGAAAAAGGCCAGGGTTGCCGCCGCCGTAGCAAAAGCGAAGGCAAAAAAAGCAGCCGCACAGATGCAGCAGCCAGATAATCGTGATAGCAATGTCTCTACAGAAGATGAATCGCCATCCACTGAGCAACGCGAAGAGGAAGCCAAAAAAGCGCGTATCGCTGCTGCCGTTGCAAAAGCGAAAGCTAAGAAAGCAGCAAAAGATACAGCGCCTCAAGCAGGTTCTGACACGCATTCTGACGCGGCAGAAAGCCCGGATGAGATCAAGAAAAAGCGAATAGCCGCTGCCGTCGCAAAAGCGAAAGCAAAAAAAGCAGCGAGAGAAAATGAGAACAACGATTAA	MFPTYDDVVSRLDKGQLSSFPGGVHPKGFKRLSNQTQIADLPLADEFIIPVRQHIGTEGTLLVRQGDKVFKGQPLTQSNQPFSVPVHAPTSGTVTEIAQHVTAHPSGLSELCVRLKADGQDIWTPLTPCPDYTELDKQALVGKLCDAGISGMGGAGFPSHIKATANEPVEFLIINGVECEPYITSDDRLMREHSESILTGINILVHLLAPKCVVIAIEDNKPEAIDILSKQVETLPHIRVAPVETKYPAGGEKQLVQVITGREVPRKGLPLDVGVTMFNVGTCFAIAEAILNGKPLIERIVTVTGQAVKRPGNYRTRLGTPVNHVLSKVGYLADKQATPQVIMGGPMMGFTLNDAAAPVVKTTNCLLVPGTHELTQGENERACIRCSACADACPATLLPQQLYWHSKAKEYDKAQDYNLFDCIECGACAYVCPSEIPLVHYYRKAKADIRLELDEKAKADKAKERFEARKARLEREKEEREAKHRKAKEARLAATNAPAKPADTSKDKVAAALARAKAKKAEQAQTTGNEPVESSSVTPASDNTQTAPGDKKAAVAAAIARAKAKKAAARGETTDVESSSPSPSNDASSTAEVNGEANDKKAAVAAAIARAKAKKAAKEAQSQQASTADTSHDAPSSPAVSDAEEAKKARVAAAVAKAKAKKAAAQMQQPDNRDSNVSTEDESPSTEQREEEAKKARIAAAVAKAKAKKAAKDTAPQAGSDTHSDAAESPDEIKKKRIAAAVAKAKAKKAARENENND				NA	NA	NA	NA	NA
AK237_00710	1074	rsxD	COG4658	Ion-translocating oxidoreductase complex subunit D	ATGAAACTGACCCTTTCCAGCTCTCCGCATTTACACGCCAAACGTGATACCAGTCAGGTCATGCGGTTGGTGCTTTACGCTATGCTACCCGGTATCGCCTGCCAGCTCTATTTCTTCGGATGGGGCGTACTAATACAAGCGATACTTGCTGTATCCACCGCTCTTGCGACAGAGGCGATGATGCTTGCGCTGCGTAAAAAACACATCGCTCGCCAACTCGGTGACTATAGCGCCGTTTTAACAGCATGCTTACTTGCTGTGAGTATCCCTCCCACTTTGCCCTGGTGGATGACTGTCGTCGGCACGTTTTTCGCCATCGCCATTGTGAAACAGCTTTATGGTGGTTTAGGTTTTAACCTTTTCAATCCTGCGATGGTTGCTTATGTGGTTTTATTAGTGTCATTTCCTGCGGCAATGACTCAATGGTTACCACCCGAAGCAATTCAAGCATCCGCTTTATCATTTATCGACACCGCCAGTCTGATATTTTCAGGATACACCCTTGACGGCTTAGACATTACACAAGCGCGTGCTGTGGTAGATGGAATGACATCCGCTACCCCGCTGGATCATGTTAAAACCGGACTTACGCAGTCAGCTACGTATTCGGAGTTGTTGTCATCGCCTATTTACGCTGACGGCGTGTTATCAAGTGGAGCCGTAGGCTGGTCATGGGTAAGCATAGCCTACGCTCTGGGCGGCCTGGTATTGTTAAAGTTAAAGGTCATAAACTGGCACATCCCGGGGAGTATGATAATCAGTGTAGCGCTTTGTGCCCTGTTACTACACCTGCTGAATCAGGATATTTACGCCTCTCCGCTCTTTCACCTGTTAAATGGCAGTGTGTTGTTCGGCGCGTTCTTTATCGCCACCGATCCGGTTTCTGCTTCAACAACAGACAAAGGCAGAATTATTTTTGGTGCAATGATTGGCTTTTGGATTGTGATTATCCGTACGTTTGGCGGTTACCCTGACGCCGTCGCTTTCGCAGTCATCATCATGAATATGGCCGTACCGCTGATAGATTACTACACGCGCCCTCGTACTTACGGGTACCCGCGAGGTAAAGAATAA	MKLTLSSSPHLHAKRDTSQVMRLVLYAMLPGIACQLYFFGWGVLIQAILAVSTALATEAMMLALRKKHIARQLGDYSAVLTACLLAVSIPPTLPWWMTVVGTFFAIAIVKQLYGGLGFNLFNPAMVAYVVLLVSFPAAMTQWLPPEAIQASALSFIDTASLIFSGYTLDGLDITQARAVVDGMTSATPLDHVKTGLTQSATYSELLSSPIYADGVLSSGAVGWSWVSIAYALGGLVLLKLKVINWHIPGSMIISVALCALLLHLLNQDIYASPLFHLLNGSVLFGAFFIATDPVSASTTDKGRIIFGAMIGFWIVIIRTFGGYPDAVAFAVIIMNMAVPLIDYYTRPRTYGYPRGKE	PGPT0013275_237	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-SODIUM_TRANSPORT,PGPT0013275-rnfD|rsxD-K03614	NA	NA
AK237_00711	648	rnfG	COG4659	Ion-translocating oxidoreductase complex subunit G	ATGAATACCATCTTAAAAAATGGCGTCATGCTAGGTACCTTTGCTTTGATAACCACCGGTTTAATCGGGGCGACTTTTTTTGGTACCCAAACACGTATCGACGCGCAAAAACAGCAACGCTTATTGTCTATTCTTAACGAAGTCGTACCTGAGTCGCTTCACGATAACGAATTGTATGCTGATTGCACGGTGGTATCAGATCCTTTGCTGGGAAAAGCAAGTAGTGAGCATCGAATTTATCGGGCACGATTACAAGGTGAACCGACCGCCCTGGCACTGGAAGCCACCGCGCCGGATGGTTACAGTGGTGATATATCCGTTGTGCTTGGCGTTTCAGATGACTTAACCGTGCTCGGCGTACGGGCGGTAGAGCATCAGGAAACGCCAGGTCTGGGTGATAAGATTGAGTTAGCCGTGAGTGACTGGATCACGCACTTTAGTGGCGAGCATTTTGATGCATCCAAACTGGATAAATGGCGGGTGAAAAAAGACGGTGGGGAATTTGACCAGTTTACCGGAGCCACTATTACCCCGCGTGCCGTTGTTGGCGCAGTGAAACGGGCCTTGTTGTATATAGAGGCAAACCAAGCGTCACTGTTTGATGCGCCCAATAACTGTATCGCTGATGCAGCAGGAGAACCTCAATGA	MNTILKNGVMLGTFALITTGLIGATFFGTQTRIDAQKQQRLLSILNEVVPESLHDNELYADCTVVSDPLLGKASSEHRIYRARLQGEPTALALEATAPDGYSGDISVVLGVSDDLTVLGVRAVEHQETPGLGDKIELAVSDWITHFSGEHFDASKLDKWRVKKDGGEFDQFTGATITPRAVVGAVKRALLYIEANQASLFDAPNNCIADAAGEPQ	PGPT0013285_313	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-SODIUM_TRANSPORT,PGPT0013285-rnfG|rsxE-K03612	NA	NA
AK237_00712	693	rnfE	COG4660	Ion-translocating oxidoreductase complex subunit E	ATGAACGAATGGAAAGAATTAACCGTCGAGGGGCTGTGGAAAAATAACCCAGCACTTGTTCAGTTATTGGGCTTGTGCCCATTGCTTGCTGTCACTGCCACTGTCATTAACGGCCTGGGACTTGGTTTAGCAACAACATTGGTATTAGTGGGCTCCAACATTACCGTAAGCTTAGTGCGTAACATTGTGCGCAATGAAATTCGTATTCCGGTATTTGTAATGGTTATTGCAGCCTTCGTCACTATTGTACAATTATTGATGAACGCATTTACCTATGAGCTCTACCTCACACTAGGCATTTTCATCCCGCTTATTGTGACCAACTGTGCAATCATTGGGCGCGCGGAGGCCTTTGCTTCGAAAAATCCCGTTATGCCTGCCGCACTCGACGGACTAATGATGGGCGCGGGCTTCACCGCAGTGCTGATGATTTTGGGCGCAATGCGAGAAGTATTAGGATCGGGTACACTGTTTGCCGGTGCAGACCGATTATTTGGCGCAATGGCGAGTAACTGGACGATAACCTTATTTGATACGGAGCAACCCTTTTTACTGGCTATTTTGCCTCCCGGCGCGTTCCTTGGAATGGGTTTACTTATCGCGCTTAAGAATACTATCGACGCACGTTTAGCTAACAAACAGGAAACGCAATCTAAGACAGTAACACGTATGCGTGTGACTGCAGAAAGTTAA	MNEWKELTVEGLWKNNPALVQLLGLCPLLAVTATVINGLGLGLATTLVLVGSNITVSLVRNIVRNEIRIPVFVMVIAAFVTIVQLLMNAFTYELYLTLGIFIPLIVTNCAIIGRAEAFASKNPVMPAALDGLMMGAGFTAVLMILGAMREVLGSGTLFAGADRLFGAMASNWTITLFDTEQPFLLAILPPGAFLGMGLLIALKNTIDARLANKQETQSKTVTRMRVTAES	PGPT0013280_678	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-SODIUM_TRANSPORT,PGPT0013280-rnfE|rsxE-K03613	NA	NA
AK237_00713	633	nth	COG0177	Endonuclease III	ATGAATAACAGTAAAAGACGGGAAATTCTAACCCGCTTGAGGGATGCCAACCCCCACCCTACGACAGAGTTAAATTTTACTTCACCTTTCGAGCTTTTAGTGGCGGTAACGCTTTCTGCCCAATCCACAGACGTAGGCGTGAATAAAGCCACCGCAAAGCTTTTCCCCGTTGCCAATACACCGCAAGCCATAGCTGATTTAGGTGTGGATGGTTTGAAGGAATACATCAAGACTATTGGCTTATATAACGCCAAAGCCGAAAACGTGCACAAGCTCAGTAAAATTATTGTTGAGAAGCACAACGGGGAAGTCCCTGAAAGCCGGGAGGCCCTGGAAGCGCTTCCCGGCGTTGGACGAAAGACAGCGAATGTTGTACTCAATACCGCTTTTGGCTGGCCGACAATCGCCGTGGACACCCACATTTTCCGTGTGTCCAACCGCACCAAATTCGCGATGGGAAAAAACGTCGACCAGGTCGAACAAAAGCTGTTAAAGGTTGTACCTGCTGAATTTAAAGTAGATGTTCACCATTGGCTTATTCTGCACGGCCGGTACACCTGCATCGCCAGAAAGCCCCGCTGTGGTTCGTGCATTATTGAAGATTTGTGTGAGTTTAAAGAGAAAATTGAGTAA	MNNSKRREILTRLRDANPHPTTELNFTSPFELLVAVTLSAQSTDVGVNKATAKLFPVANTPQAIADLGVDGLKEYIKTIGLYNAKAENVHKLSKIIVEKHNGEVPESREALEALPGVGRKTANVVLNTAFGWPTIAVDTHIFRVSNRTKFAMGKNVDQVEQKLLKVVPAEFKVDVHHWLILHGRYTCIARKPRCGSCIIEDLCEFKEKIE	PGPT0013735_5386	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_OSMOTIC_STRESS	OSMOTIC_STRESS-OTHER_REGULATORS,PGPT0013735-nth-K10773	NA	NA
AK237_00714	669	kefF		Glutathione-regulated potassium-efflux system ancillary protein KefF	ATGAACTTACTAACCGTATTCGCGCACCCCATCCGTAACAGTTATCCCGGTGCCGTAATGGACGCCTTTCTCAAACCAGCATTAGAGATGGGGCATGCGGTGGACGTTTTAGATTTGCACGCAGAAAACTTTGACCCGCGTTTCACCGAGAAAGATCACGCTTGTTTCTGGGGCGGCACATTGCCGAAGGACATTCCCCCAATGCACAAACGGGTGGAAAATGCGGATCAACTTGCGTTCGTGTTTCCCGTGTATTGGTGGAGCATGCCTGCTTTAATGAAGGGCTGGATTGATCGGGTATTTACAGGTGGATGGGCGTATCAGTACGGTGACGGTGTTGAAGATCGGGGAAAAGCAGAACTGCATGGGCGGTTAACCAACTTGCCGACGGTACTGATAGGTGTGGGTGGATCGAAAAAAGCCACTTACGAAAAGTACGACTATGGCAAGGCTATGCAAACACAACTCGATTTGGGCATTTTTGCATATTGCGGCATAACCGATGTACAGAGTCACCTCATTTACGACGTGGAGGGAGAGCATAATGTCCACAATCGCGAAAGGGGCCTGGATGCCGCAGAAAACATAGGCAGAGCCTTTATTTGTCCTCATCGCACGCGGCTAAATGCAAAGGAAGATTTCTTGCGGGTAAAGTTCGCTGGTAACTAG	MNLLTVFAHPIRNSYPGAVMDAFLKPALEMGHAVDVLDLHAENFDPRFTEKDHACFWGGTLPKDIPPMHKRVENADQLAFVFPVYWWSMPALMKGWIDRVFTGGWAYQYGDGVEDRGKAELHGRLTNLPTVLIGVGGSKKATYEKYDYGKAMQTQLDLGIFAYCGITDVQSHLIYDVEGEHNVHNRERGLDAAENIGRAFICPHRTRLNAKEDFLRVKFAGN	PGPT0009455_908	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_VITAMIN_PRODUCTION	PLANT_VITAMIN_K_METABOLISM	PLANT_VITAMIN_K_BIOSYNTHESIS,PGPT0009455-kefF|nqo|ywrO-K00355	NA	NA
AK237_00715	504			hypothetical protein	ATGAATAAAACACAAGAAAAAATCGCCGCCGGCCTTGAAGCTGCGTTCGCGTTACGCGGGTTTACCGAGATGGGTGTAGATGGCTTGCGCAACGCTACACAAGTTAGTCTTCGCACATTGTATAAATATTGCCCTTCGAAAGAAGAGATGATTTTGCTGGCACTGGAGTACCGGCACAATCGCTATTTCAGCTTTGTATTTGGAAATAATAACTTGCTCACCTCACCGGCCAGTCTGTTTGATAAGGTAGGCCGATGGATGCAGGAAAATGACGTTCAAGGATGTATGTTTCACGATGCGGTGATGTCGCATCCAGGCAGTAAACGAATAAAAGCCATGTATGTATGGCACAAACAAGAAGTGGCTCAGGCGATGGAGAGAGTAACCGGTATTGAAGGTAAATCCGGGCAACTGTTGCTTATTCATGAGGGAATTGTACAGAGCTGGCCATTACTGGGTATGGAAGCAGTAGTGAATGCGAAGTCACTATTACGCGGTGTTTAA	MNKTQEKIAAGLEAAFALRGFTEMGVDGLRNATQVSLRTLYKYCPSKEEMILLALEYRHNRYFSFVFGNNNLLTSPASLFDKVGRWMQENDVQGCMFHDAVMSHPGSKRIKAMYVWHKQEVAQAMERVTGIEGKSGQLLLIHEGIVQSWPLLGMEAVVNAKSLLRGV				NA	NA	NA	NA	NA
AK237_00716	1716			hypothetical protein	ATGGGCACAAAGGACTCCACGTTATTTCTACTTGCTGCGTTATTTCTGGTTTTCTTCAGATCAGGCTACGCCACGGATCTGCCTGATACCCTGATTGATGTGTCTGTCCTTCATGAGCACTCTCTGGGAAAGCACTTCAGCTATTTAAAAGAGCAGCCTCAAGCAGAACTATCACTGCGTCAAGCATCATCATTACTTGCTCGGTTATCCCCAAATGAAGCATCCCGCATCGAGACTGATGTTGTCTCGTTTGGTGTCGGCTCAGCCCCTGTTTGGCTGCGCGCAACGTTCACCAACCCCCAAGCTATGACAATAGAGCGTAATTTATATCTAAAGAATATCTGGATAGATAATATTGATGTCTACTTCTTAACATCAGGCGACCTGAAGCAAAAACTGGCGCTAGGAGATAGCCTGAAATTTAAACAACGCCCTGTAGACAGTCGTTTCTTTATCATCCCCTACGCGTTTCCGCCGGGCGAAACAGAAGTTTATATTCGCGTTGAGACGGAAGATCCCGTCAGTCTCCCCATCTATGTTTACACTGAAAGTCAGATGCGGGCTGACACCGAGTTCGACTTCCTGAGTTATGGTTTTTTATATGGCGCAGTCTTATCTTTACTCATCTATAACTTAATGATTTTCTTGTCATTAAAAGATACCCGCTACCTGTATTACTCAGTTTTTCTAAGCTGTTTTCTCGTTATGAACATCTCGTATACAGGGCATGGCTACAGGTGGTTATGGCCAGATAATCCATCATGGCAAATGTGGTGTGGTTCAACGACAGTATTAATATACAACCTAAGTGCGCTACTTTTTGTCCGCGATTTTTTAAACCTCAAAGCGCGACTACCGCTAATTAATCGTTCAATCATCCTGCTTAGCTACGTATCTCTATTCCTGTTTGTGATAGCTTTTCTCTGCAAAAGCAACTTAATCGCACTTATTATCGCCATGCTGTTAACCCTAACCTATCCGCTGATATCCATTAGTTTAGGCGTAACAGCATTAGTTAAAGGCTACCAGGCAGCAGTATATTTCTTTCTGGGTAGTCTCTTCGCGGCACTGGGAATGATGATTACCTCACTAAGCTTATGGGGCGTTATTCCTTTCAGTTTATTCTCTTTCAGAGCGGTGGAACTAGGCATATGGGTGGATATTGTTTTACTGTCGCTCGCGTTAGCGGAGACAGTAAAAGAATCAAAAAACCAACGGGTACTCGCAGAAAATACCGCTATGCTTGATCCGCTTACCAATTTATACAACCGGCGAGGACTTGAGACCCGGCTCGCCCATTCGACCTTAAAAAATACGTCGCTCGCAGCCATTCTATTAGATATTGACTACTTTAAAATGGTAAACGATGCTCACGGCCATCAGTTTGGAGATATCGTCCTTAAGACCGTTGCGGGCGTTATCAAAGATAATGCGCGTCACAAGGATATTCCAGTTAGATGGGGTGGCGAAGAGCTGTTGATACTCTTAATCGACACATCCATTGAAGATGCCGCAAAAATGGCAGAGAGAATACGAGCTCAAATAGCAACCACGCCGTTTCAATTAGGAAGCCAAACCATTAATGTAACCGCAAGCTTTGGCGTTGCCGCATGCCACGACAATACATCCATCAGCAAACTCATAGAAAGCGCTGATAAAAGCTTATACGCGGCCAAAAACTCAGGAAGGAATAATGTTCAGATCAATCAAAATTAG	MGTKDSTLFLLAALFLVFFRSGYATDLPDTLIDVSVLHEHSLGKHFSYLKEQPQAELSLRQASSLLARLSPNEASRIETDVVSFGVGSAPVWLRATFTNPQAMTIERNLYLKNIWIDNIDVYFLTSGDLKQKLALGDSLKFKQRPVDSRFFIIPYAFPPGETEVYIRVETEDPVSLPIYVYTESQMRADTEFDFLSYGFLYGAVLSLLIYNLMIFLSLKDTRYLYYSVFLSCFLVMNISYTGHGYRWLWPDNPSWQMWCGSTTVLIYNLSALLFVRDFLNLKARLPLINRSIILLSYVSLFLFVIAFLCKSNLIALIIAMLLTLTYPLISISLGVTALVKGYQAAVYFFLGSLFAALGMMITSLSLWGVIPFSLFSFRAVELGIWVDIVLLSLALAETVKESKNQRVLAENTAMLDPLTNLYNRRGLETRLAHSTLKNTSLAAILLDIDYFKMVNDAHGHQFGDIVLKTVAGVIKDNARHKDIPVRWGGEELLILLIDTSIEDAAKMAERIRAQIATTPFQLGSQTINVTASFGVAACHDNTSISKLIESADKSLYAAKNSGRNNVQINQN	PGPT0025890_895	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-OTHER_QSR|BF_RELATED_SYSTEMS	CE-QSR|BF-Gac|Rsm_PATHWAY,PGPT0025890-ladF-K20971	NA	NA
AK237_00717	441			hypothetical protein	ATGAAAATGTTTTTAGGTGTGTGTCTGTATTTATTGGCGGCAACGCCTGCATGTGCCAGTGAGCACAACATACCTTTATCCCAGCACGCCGGCGGGACACTGTATTTAGAAGCTACATTAAACTCTGCTGTGACAGCCACGTTTCTGCTTGATACCGGTTCGAGCTTGTTGACGCTAAATCAAGCTACTTTTGACGCACTAAAACGCGGTCGTAAAATGTCGATTGTGGGTAAATCTGCAGCACGGATGGCCAATGGGAAAATACTGACAGTGTCACAATATAAACTGGACTCGATTCGAATAGGTGAAAGATGTGAAATCGGGCCGGTGGAAGTTGCTGTATTACCTAAAGGAAACAACATTCTTGGTATCAACACACTACTAAAAGCTGCTCCTCTTACACTTACCGCGGACACGGTAACGTTGTCAGGTTGCCGATAG	MKMFLGVCLYLLAATPACASEHNIPLSQHAGGTLYLEATLNSAVTATFLLDTGSSLLTLNQATFDALKRGRKMSIVGKSAARMANGKILTVSQYKLDSIRIGERCEIGPVEVAVLPKGNNILGINTLLKAAPLTLTADTVTLSGCR				NA	NA	NA	NA	NA
AK237_00718	360			hypothetical protein	ATGAAAAAACGCCTGGCTCTTCTTACCGTCATGCTATTTGCTTGTTCCCCCGCTTCGGCCGACGAACACATTGTAACGCAACCTAATACCGTTGATGTTCAAATCGTCGACTACACCGGCAAGCCCCCGTTTAAACGCAAGGTCGTAAGCCTGCCTGTCAGCGATCTCGCCCAGTTAGAAGCATTGGGTAGTGATCCGGTAGAATATGTTGAAGTAAAAGAGGTGATTATGCGCGGCAAGCCTCCTTATCGTCGCACAACTAAGCAAATGCCGGTGTACGATGTTGCCCAGTTTGAGCTTATTGGCGTGCAGGAAGACACTGGCAAGAAAGGCAGCCGTCCCCCCTTCAAACGTCATTAA	MKKRLALLTVMLFACSPASADEHIVTQPNTVDVQIVDYTGKPPFKRKVVSLPVSDLAQLEALGSDPVEYVEVKEVIMRGKPPYRRTTKQMPVYDVAQFELIGVQEDTGKKGSRPPFKRH				NA	NA	NA	NA	NA
AK237_00719	1008	glpQ	COG0584	Glycerophosphodiester phosphodiesterase, periplasmic	GTGTTGAAGCGCCCTCTTCTCTCACTCGCACTTGGAACGTTACTTTGCAGCACCCAAGCTGTGGCTTTCGACATTATTGCCCATCGCGGCGCCTCAGGGTATTTGCCTGAACATACTTTAGAAGCAGCCACGCTGGCGTTTGCACAGCAACCTGATTTTATCGAACAGGATGTGGTAATCACCAAAGACGGTGTGCCCGTCGTACTGCACGACATACACTTGGAAACCGTTACAAACGTCGAGACGATTTATCCACAACGGGCCAGAAAAGACGGTCGATGGTACGCACTCGATTTTACTTTAGAAGAGCTGCAAAAATTGCAAGCGCATGAACGGGCCAACGAAGACGGCACGCAAGTATTTAAAGACCGCTATCACGGCCAATTTGCGCAATTTCGTATTGCTACACTAGAAGAGCATATCGAGTTAATTACCCAATTAAACCGGGAATTTGGCAGTAATATTGGGTTTTATACTGAAATAAAATCTCCAGCCTGGCATCGCAGCCAGGGCGTAGATAGCAGTAAAATATTATTGAACACCTTAGCGAAACACCAACTCGATGGAAAAGACGCGAACATTTATGTGCAATGTTTTGATTTCGCAGAAGTGAAAAGACTAAGAAGCGAACTCAATTTTAAGGGTAAAATTGTTCAACTCATTGGTGAAAATAGCTGGGGAGAGTCAGACACTGATTACGCGGCTCTGTTAACGCCGGACGGCATCAAACAGCTCGCTCAATACGCGGATGGTATCGGGCCATGGTTACCGCAATTACTTGATATGCAAGCGTTACAACAAGGTAAGGTTGTTCCCCAACCGTGGCTTGCCACAGCCAAATCGGTGGGGCTGATCATTCATCCTTACACCTTCAGGATGGATGCCTTGCCAGCAGGCATGACAAGCGATCAAATTTTAGGTCTGTTAACTGGTCCGCTCGCTGTTGATGGTGTATTCACCGATCAGGTACCGCCAGTAAAAGCCTTTCTTACGAAAAAGCCTGAATAG	MLKRPLLSLALGTLLCSTQAVAFDIIAHRGASGYLPEHTLEAATLAFAQQPDFIEQDVVITKDGVPVVLHDIHLETVTNVETIYPQRARKDGRWYALDFTLEELQKLQAHERANEDGTQVFKDRYHGQFAQFRIATLEEHIELITQLNREFGSNIGFYTEIKSPAWHRSQGVDSSKILLNTLAKHQLDGKDANIYVQCFDFAEVKRLRSELNFKGKIVQLIGENSWGESDTDYAALLTPDGIKQLAQYADGIGPWLPQLLDMQALQQGKVVPQPWLATAKSVGLIIHPYTFRMDALPAGMTSDQILGLLTGPLAVDGVFTDQVPPVKAFLTKKPE	PGPT0018470_2301	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-GLYCEROPHOSPHOLIPID_REMODELLING	CE-REMODELLING_GPL_PHOSPHODIESTERASE_ACTIVITY,PGPT0018470-glpQ|ugpQ-K01126	NA	NA
AK237_00720	864	pal_2		Peptidoglycan-associated lipoprotein	ATGATTCGACAGGCGTGGTTGTGTATTTTACTGTTAAGTGCACCCGGTTATGGGGCGATGCGCCAGTATTCAGCGCCAGTAGAATCGTCTGGCTGGCTGTTGAAAGATGAAAGCCGGTTGCAATGCACGCTTTCGCATGCTGTGCCGGGATACGGCGATGCATTGTTTTCCAGCGTTGCTTCTAAGCAACTTAACATGGAATTTGAGCTGGATATGCAGGTCTTACCGAAGAAATTCGGTGTCGCTGCTGTCTATTCAGTGCCTCCATCGTGGATGCCTGGTGCGTTACCTAAATCCATAGCCGATATGACGTTACGAACCCAGTACTCCGGAGATTTGCCAGAGCAAGCTGCATGGACAATGCTAAGCGAGCTGGAGAAAGGTTACTGGCCCACCATCTATTATCAAGACTGGTACAACGAGTACGACAAAGTTGCGGTGGCACTGAATGCCAGTAATTTTACGCCGGTGTATCGCGATTTTGTAAAGTGTGTCTCGCAACTTCTGCCTTATAGCTTTGATGATATTGCCTATACCGTGCTGTCGTACGAGAAGAATAGTGTGGATTTAACAACGTATTCTGAAAAGCGTCTCACCATGATTGGCGAGTACTTGAAAGAAGACAGCGATCTGGAAATTGTGCTGCTTGACGGCTATGCCGATAGCTATGGGGGCCGCTGGAACAACGAACAGTTATCGATACGACGGGCAAATCAGGTAAAAGATTACTTTACCGCCATGGGTGTCGATGCTTCGCGTATCGAAGTGACGGGGCACGGTGAAAAACGCCATATTTCCCCCAATACCAACAGCGATACGCGAGCGCTAAACCGTCGCGTGGTGGTGCGTTTATCTAAAAGTTAG	MIRQAWLCILLLSAPGYGAMRQYSAPVESSGWLLKDESRLQCTLSHAVPGYGDALFSSVASKQLNMEFELDMQVLPKKFGVAAVYSVPPSWMPGALPKSIADMTLRTQYSGDLPEQAAWTMLSELEKGYWPTIYYQDWYNEYDKVAVALNASNFTPVYRDFVKCVSQLLPYSFDDIAYTVLSYEKNSVDLTTYSEKRLTMIGEYLKEDSDLEIVLLDGYADSYGGRWNNEQLSIRRANQVKDYFTAMGVDASRIEVTGHGEKRHISPNTNSDTRALNRRVVVRLSKS	PGPT0015395_339	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-MOTILITY|CHEMOTAXIS	MOTILITY-FLAGELLAR_ASSEMBLY	MOTILITY-FLAGELLUM_MOTOR|SWITCH,PGPT0015395-motY-K21218	NA	NA
AK237_00721	636	rnt	COG0847	Ribonuclease T	ATGTCTGAAAACACGAATTTGTTAAAGTATCGTTTCCGTGGTTATTTCCCTGTCATTATAGACGTTGAAACTGCCGGTTTTAACGCAAACACTGATGCATTATTGGAAATTGCAGCGGTTACGCTACGCATGGACGAACAAGGTGTGTTACATCCGCATAAAACGGTACATCATCATGTCGTGCCTTTCGAGGGGGCTAATCTCGAACCTGCCGCACTGGAATTTAACGGTATCGATCCCCATTGCCCACTGCGAGGGGCGCTTGAAGAAAGTGAGGTAATGAAAGATCTGTGCAAGCAAATCCGTAAGTTGCAAAAAGAAGCCGATTGCCAACGCTCAGTGATTGTGGCGCACAATGCTACGTTTGATCAAAGTTTCGTGAATGCTGCCATTGAACGCAGTAGTATCAAGCGAACCCCGTTCCATCCCTTTGTGTCCTTCGACACAACGACTCTGGCGGGCCTGGCTGTGGGCCAGACGGTATTGGTTAAAGCTTGCCGGGAAGCAGGCATTGCCTTTGACCAAAGCGAAGCGCACAGTGCGCTTTATGACGCCGAACGCACTGCAGAATTATTTTGTTTCATCGTGAATCGCTATAAACAACTCGGTGGATGGCCTGTGGTAGCAGCAGAGTAA	MSENTNLLKYRFRGYFPVIIDVETAGFNANTDALLEIAAVTLRMDEQGVLHPHKTVHHHVVPFEGANLEPAALEFNGIDPHCPLRGALEESEVMKDLCKQIRKLQKEADCQRSVIVAHNATFDQSFVNAAIERSSIKRTPFHPFVSFDTTTLAGLAVGQTVLVKACREAGIAFDQSEAHSALYDAERTAELFCFIVNRYKQLGGWPVVAAE				NA	NA	NA	NA	NA
AK237_00722	606	ahpC_1	COG0450	Alkyl hydroperoxide reductase C	ATGAGCGTACTGGTAGGCCGTCCGGCCCCTGACTTTACTGCAGCAGCTGTTTTGGGAAGTGGTGAAATTGTTGATACTTTCACGCTGAGTGAAGCAATTAAAGGTAAAAAAGCAGTCGTGTTCTTTTACCCGTTGGACTTCACTTTTGTCTGTCCTTCAGAACTGATCGCTTTTGATAAGCGTTATGAAGAATTCCAAAAGCGCGGCGTAGAAGTTATTGGTGTATCTATCGACTCGCAGTTTTCTCACAATGCGTGGAGAAACACCCCGGTAAACCAGGGCGGTATTGGTCCAGTAAAATATACGCTGGTTGCAGACGTTAAACATGAAATCTGCCAGGCCTATGACGTAGAGCATCCGGAGGCAGGCGTTGCATTCCGCGGCTCATTCCTGATTGACGCAGAAGGCAATGTACGCCACCAGGTCGTTAATGACCTGCCATTAGGACGTAACATTGACGAAATGTTGCGTATGGTTGACGCGCTGACGTTCAACGAAGAGCATGGCGAAGTATGCCCTGCAGGTTGGACTGAAGGTAAAGCAGGTATGGATGCATCACCAGCTGGCGTAGCAAAATACCTGTCAGAAGAAGCCGATAAATTATAA	MSVLVGRPAPDFTAAAVLGSGEIVDTFTLSEAIKGKKAVVFFYPLDFTFVCPSELIAFDKRYEEFQKRGVEVIGVSIDSQFSHNAWRNTPVNQGGIGPVKYTLVADVKHEICQAYDVEHPEAGVAFRGSFLIDAEGNVRHQVVNDLPLGRNIDEMLRMVDALTFNEEHGEVCPAGWTEGKAGMDASPAGVAKYLSEEADKL	PGPT0013130_1544	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	DETOXIFICATION_OF_PEROXIDIZED_COMPOUNDS,PGPT0013130-tsaA|PRDX2_4|ahpC-K03386	NA	NA
AK237_00723	195	bfd	COG2906	Bacterioferritin-associated ferredoxin	ATGTTCGTATGTATGTGTTACGGCGTAACGGATAAAGACATTATGAATGCAGTTGAGCAAGAGGGTGTGGGAAACATCCGTGAGTTGCGACAGCACCTTGAGTTAGGCAATCATTGTGGTAAATGCATTCAAATGGCCCAGCAAATCATTGACTCAACTATTGTCGACGAATCGCTTTTCAAAGAAGTGTGCTAA	MFVCMCYGVTDKDIMNAVEQEGVGNIRELRQHLELGNHCGKCIQMAQQIIDSTIVDESLFKEVC	PGPT0003975_1091	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_IRON_RESISTANCE	IRON_RESISTANCE-BACTERIOFERRITIN-ASSOCIATED_FERREDOXIN,PGPT0003975-bfd|yheA-K02192	NA	NA
AK237_00724	2901	btuB_4		Vitamin B12 transporter BtuB	ATGCGCAAATCACTGCTTCGCCGTTTCATTTTTCGGCTGTTTTCCGTTGCCGGCTTATTCGTAGCTAATTGCTTTGCTACCAGTGTCGCCTTCGCGCAGCAAAAAATTGAATTTAATATCGAGCCTCAACGCGCAGATGCCGCGCTCACCGAATTTGCAAAGCAAGCAAACACCACGCTGTTATTTCCCTATGAACTGGCTGAAAAAGTGCAGGCAAATGGGCTAACCGGTAGCTTTACGCTTCAGGAAGGGCTATTGCAATTGCTACAGGGTACTGCGTTGGCTGTGCAAATTGATGCGACGGGCATGCTGACGGTGAAAGCCGTTAATGAGCTATCTACACCGGCCCCGCGTCCTCCTAAAATGCGAGTGAATGATGATATTGGTTTTTCTATTGAGCGAATTGCGATTGTGGGCACGCGAAGTGCGCCCCGCTCAGTGGTGGAGTCGCCGGTTCCCTTAGACATTATTGCTGGTGACGCGTTGCAAGCACAAGGTAGTTCAGATGTTCTGACGATGTTAGCCAGTGTTGTGCCTTCCCTTAACGTCAATGATCAACCCATCAACGATGCGGCAAGTTTAGTCCGTCCCGCTAATTTAAGAGGCATGGCGGCAGACCATACGCTGGTACTACTTAATGGCAAACGCCGACATCGTTCAGCCGTTATTACGTTTTTAGGCGGCGGCTTGTCAGACGGTGCGCAAGGGCCTGATATTTCCGTGCTTCCGGCAGGCGCGATGAAACAAGTAGAAGTGCTACGCGATGGTGCAGCGGCCCAGTACGGCTCCGACGCGATAGCCGGTGTGATTAACTTCGTATTAAATAACAGCCGGGAAGGGGGTTATGTCTCGGGGAAAACCGGCCAATACTATGAAGGGGATGGTGAAGGTTTTCAGTTGCAGGGCAATCTTGGCTTGCCTCTGGGCGAGGGCTTTTTCAATATAACGGGTGAATATCAACAGCAAAATGCAACCAGCCGTTCAGTGCAACGTAGCGATGCATTAGCCTTAACGGAAGAGGGCAACACCTTTGTCTCAGATCCCTCACAAATTTGGGGAGCCCTGGATGTCAGCAGCGACGCCAAGCTGGCATTTAATTCTGCAATACCGTTGAACGAGCGTACAGAATTTTACCTGTTTGGCACGGCAGCAAGACGCGCAGTAGATGGGGGCTTTTATTATCGCCATCCGCACACGCGATTAGGGGTGTTTAACGATCCTAACGCGCAGCAGGATAAATTACTGGTGGCAGACAAAGATGGGCAAGGGCAGGGAATAACGTGTCCTGACGTATTCATTACTGATAACAACATACTCGATGATCCTGCGTTTCTTTTAATTGCCGATAATACGACGGCAGTCGGACAAAACTGCTTTGCTTTTAATGAGTGGTATCCCGGCGGATTTACTCCTCGGTTTGGTGGTGTGATAAGAGACGCTTCATTGTTTAGCGGTGTGCGCGGCGAACTGAACGATGATTGGCTATTTGATGTCAGCGCAAGTTTAGGTTATTCCAATGTTCGTTATCGTTTAGAAAACACCGTTAATCCATCGCTGGGTGATGCCTCACCGACTGCGTTTTCACCGGGTGCTGTGAGTCAGGTTGAGCGCACCGTTAATGTGGATTTTTCCCGTTTTTATGATGGTTGGACGTCAACGCCTACCAGTTTTGCAGTGGGGCTTGAGTGGCGAAGAGAAACCTATGGTCAAAGTGCTGGTGATGAAGCGTCGTGGATTGAAGGGCCGTATGCACATAGCGCCGAGCTTACCAATTCGCCGGGTTTTAGCGTTGGTTCCAATGGCTTTCCGGGGTATCAACCCATGTCCGCCGGGCATTGGAGCCGACATAACTGGGCAATGTATACAGATTTAGAAGTGAATCTGACCGAAGATTTACAGGTAGCAGCCGCACTGCGGGGGGAGCACTTTTCTGATTTCGGCTCGACCCTGGATGGAAAAGTTAATGTACGGTACGTTATGAATGATGTGCTTTCATTCAGAAGCTCGCTTAGCACGGGGTTTAAGGCACCAACAGTGGGGCAGAGTAATGTGATCAACATTACAACCGCGTATGCTTCTTCCGGGCTCGAAGATCAAGCTACGTTGCCTCCTACCCATCCAATCTCAGTCCAATTAGGCGCTGAGCCGTTGACACCAGAAGAGTCAGTGAATGCGAGCGTTGGATTCGTGGCATTTTGGGACGAAGATTTTTACCTTACGTTAGACTATTTTAATATTCGTCTTCAGGACAGGATCAGTACCACATCGGCCATACCGCTGACACAAGACGATATCGACTTGCTTATAAGTCAGGGGAACCGCGAAGCCGATAATTTCAATGCGATTAAGTTCTTTGCCAATGATTTTGATACCGAAACACAGGGAATTGATGTGGTTGTAAATTATCGCTTTGACGTAGCCGGTATTACCCATGCATTAACAACGTCGATGAACTGGACCGACACAAAGGTTAAACGCTTATCGGCGTTTCCACAAACCAGTCCTGAGGGAGAAGTGGTGCTAGTGCCGAGCTTAACGCCGCAACGGGTTCGAATGCTTGAAGATAATCTACCGGCAGTCAGAATGACCAGCACGTTGAAACAACATTGGCAAGCGTGGTCTATGTTGTGGCGTGTCAAATATTACGGTGGCTTTTACGAAGATCATGTAGACGCAGCGGCTGATATGGATATAAACAGCGGAAGTATAGTGACACTGGATGCTGAGTTGAGTTGGCATTACACAGAAAATTTGACGATTGTCCTTGGCGCATCAAACCTATTCAACACTTACCCGGAAATAAATCCTTATAGTGATGTGGTTGGGGCACTTTATCCGCCCACTGCGCCTTCAGGGATCAATGGTGGCTATTATTATTTACAATCAAGGTATGATTTTTAG	MRKSLLRRFIFRLFSVAGLFVANCFATSVAFAQQKIEFNIEPQRADAALTEFAKQANTTLLFPYELAEKVQANGLTGSFTLQEGLLQLLQGTALAVQIDATGMLTVKAVNELSTPAPRPPKMRVNDDIGFSIERIAIVGTRSAPRSVVESPVPLDIIAGDALQAQGSSDVLTMLASVVPSLNVNDQPINDAASLVRPANLRGMAADHTLVLLNGKRRHRSAVITFLGGGLSDGAQGPDISVLPAGAMKQVEVLRDGAAAQYGSDAIAGVINFVLNNSREGGYVSGKTGQYYEGDGEGFQLQGNLGLPLGEGFFNITGEYQQQNATSRSVQRSDALALTEEGNTFVSDPSQIWGALDVSSDAKLAFNSAIPLNERTEFYLFGTAARRAVDGGFYYRHPHTRLGVFNDPNAQQDKLLVADKDGQGQGITCPDVFITDNNILDDPAFLLIADNTTAVGQNCFAFNEWYPGGFTPRFGGVIRDASLFSGVRGELNDDWLFDVSASLGYSNVRYRLENTVNPSLGDASPTAFSPGAVSQVERTVNVDFSRFYDGWTSTPTSFAVGLEWRRETYGQSAGDEASWIEGPYAHSAELTNSPGFSVGSNGFPGYQPMSAGHWSRHNWAMYTDLEVNLTEDLQVAAALRGEHFSDFGSTLDGKVNVRYVMNDVLSFRSSLSTGFKAPTVGQSNVINITTAYASSGLEDQATLPPTHPISVQLGAEPLTPEESVNASVGFVAFWDEDFYLTLDYFNIRLQDRISTTSAIPLTQDDIDLLISQGNREADNFNAIKFFANDFDTETQGIDVVVNYRFDVAGITHALTTSMNWTDTKVKRLSAFPQTSPEGEVVLVPSLTPQRVRMLEDNLPAVRMTSTLKQHWQAWSMLWRVKYYGGFYEDHVDAAADMDINSGSIVTLDAELSWHYTENLTIVLGASNLFNTYPEINPYSDVVGALYPPTAPSGINGGYYYLQSRYDF	PGPT0003790_1947	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0003790-hutA|fatA|fct|foxR-K02014	NA	NA
AK237_00725	1068			hypothetical protein	ATGAGTAATGTGAGCAAGTTCACGAGTAAGGACGATATACACGAAGAAGCATGCCTTTGGGTAAGCCGGATCGATCGTGGCTTAACCAGCGAGGAAACGTCTTCATTAAAAGCCTGGCTGAATGCCAGTCAAAGTCATAGGCGCACGTTGTTCGAGGTAGCCCAGCTTTGGGATGATCTCAGTGTGCTTAACGAGCTTAAGGGGCTCTTTCCTTTACGTCCTCAAATTAAAGGTGAAGCCAGCAAAGCCAAGCGTATTCTTCGACAGGCTCGTTGGAGTGTAGCTGCTGGATTTCTATTGATGGCCGCCGCTGCCGCAATGATGGTCGATTCTTATTGGTTAGGCCAAAATGACAGCAGTTATCAATTGGTACAACGGGTGGGAACCGCCATTGGCGAGCAAAAAACACTTACACTTGATGATGGCTCAGTGGTGCATATGAACACGAATTCAGCCATACACATCAAGTTTGATAAAAATCGTCGTTTAATTGATCTGATCAAAGGCGAGGCCCATTTTACTGTTGCCCACGATGCCAGCCGGCCTTTTACTGTTACCGCAGGTATAAATACGGTTACCGCAATTGGTACTGCGTTTAACATGCAGTACACCAACGAAGAAGCATTCGAGTTAGTGGTAACAGAAGGACGCGTACTGGTGCAGGATAAAGCATCGTCAGTAAGCAGAGAGCAAATCGCGGAAATGATTCAAAAGGGCAATGCCTTTGGTGATTTGAAATTACTCACCGCAGGCGAGAAGGCCAACGTCGATGGGGGCTTGAGCGACCTCAAGAATCTCGACAATGCTGCAATGGAACAAGATCTTGCCTGGCAACAAGGTATGATTGTGTTTAAGGGTGAGGCGCTGGAAGACGCATTACGAGAAATAGAGCGTTACACCGCAGTCGATTTTGAAATCGAAGGTGACACACTTAAACAAAAGCGTGTGGCCGGTTATTTCAAAGTAGGCGATATTAGTGGGTTACTCTCTGCATTGAAAAACAGTTTTCACATCGAGCACAAACGAGTGGATGCGATGACCATCCAGTTGTCAGAACAACAGGGTTAA	MSNVSKFTSKDDIHEEACLWVSRIDRGLTSEETSSLKAWLNASQSHRRTLFEVAQLWDDLSVLNELKGLFPLRPQIKGEASKAKRILRQARWSVAAGFLLMAAAAAMMVDSYWLGQNDSSYQLVQRVGTAIGEQKTLTLDDGSVVHMNTNSAIHIKFDKNRRLIDLIKGEAHFTVAHDASRPFTVTAGINTVTAIGTAFNMQYTNEEAFELVVTEGRVLVQDKASSVSREQIAEMIQKGNAFGDLKLLTAGEKANVDGGLSDLKNLDNAAMEQDLAWQQGMIVFKGEALEDALREIERYTAVDFEIEGDTLKQKRVAGYFKVGDISGLLSALKNSFHIEHKRVDAMTIQLSEQQG	PGPT0003910_1849	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-QSR-AUTOINDUCER_PERCEPTION	CE-QSR-3-OH_PAME_PERCIPITATION|SIGNALLING,PGPT0003910-prhR|fecR-K07165	NA	NA
AK237_00726	561			hypothetical protein	ATGTCTAACAAATCGACTATCGCCGCCACTTTTATAAAATACCGCACTAAGATGATGCGGGCGGTGAGTGCTATTGTCAGTTCGGATGACATTGAAGATATTGTGCAAGAAGCCTTCATAAAAAGCTATGAGGCAGAACTAAAACAAGAAATCCGCTATGAGCGGACCTACATGTTGAAAACGGCAAGAAACTTGGCGTTAAACCACGTTAATAGTGCGGCCAGCCAATTAAATCAGCCAGTAGATAATATGGATATGCTTCCCCACGATTTGGTGGGTTATAGCCTTGAGAAGCATGTCGAAAGCAAAGAGCGTTTTATACATTTTTGTCGGGCAACTGAATCGTTGTCGCCAGAAGTCAAACGGGTCTTTTTATTAAAAAAAGTATATGGCATGAGCCAAAGAGACATCGCTGAGCTTGTAGGCTTGAGCGAAAGCACCGTTGAGAAGCATGTGGCAAAGGGCCTGCTTCAGTGTTCGAAATTTCTCGCTGCGTCAGCCGGTGAAGTAAATGATAAAAAAGCCGGAACGCAACATCATCAGGACAATCAAAGTAGTTAA	MSNKSTIAATFIKYRTKMMRAVSAIVSSDDIEDIVQEAFIKSYEAELKQEIRYERTYMLKTARNLALNHVNSAASQLNQPVDNMDMLPHDLVGYSLEKHVESKERFIHFCRATESLSPEVKRVFLLKKVYGMSQRDIAELVGLSESTVEKHVAKGLLQCSKFLAASAGEVNDKKAGTQHHQDNQSS				NA	NA	NA	NA	NA
AK237_00727	108			hypothetical protein	ATGGTGGATTCTATTACGTTCGAGGTATTTACACGTTCTAAGCTGACAGACGGGGAGTTTAAAGGGGGCTTTTGCCTCCTTTATACTCTACTTAAGTATATAAAATAA	MVDSITFEVFTRSKLTDGEFKGGFCLLYTLLKYIK				NA	NA	NA	NA	NA
AK237_00728	2571	btuB_5		Vitamin B12 transporter BtuB	ATGAAAACGTCAATGTCCAAAGTGACAAGAAATGTGCGCACGGCACTCGCGGCATCTGCTGCCATGAGTATGCTGGCATCCGTTAATGTTTATGCTCAAGAAAGCGAAGAAGCTGCCGCGAAAGATGTCGAAAAAATCGCTGTCGTTGGTACCCGTGCAGCACCTCGATCTGTTGGCGATTCTCCCGTGCCGGTCGATATCATCTCCAGTGACGAGTTCCAGAATCAGGGCGCAACAGACATGGTGTCCATGATGCAAACAGTGGTGCCTTCATTTAACGTGAACGACCAGCCAATCAATGACGCATCAACCCTGGTTCGCCCAGCAAACCTGCGCGGCATGGCTTCAGACCATACGCTGGTGCTGGTAAACGGTAAGCGTCGTCATCGTTCTGCGGTTATCACCTTCCTGGGGGGCGGTTTATCTGACGGCGCACAAGGACCAGACATTTCTGTTATTCCTTCTTCTGCATTGAAACAGGTAGAGGTTCTGCGTGACGGCGCAGCAGCGCAATACGGTTCTGATGCGATTGCCGGTGTCGTCAACTTCGTACTCAAGGACGCTGATGAAGGCGGTATGTTTGAAGCCCGTTACGGTTCATATTATGAAGGTGACGGTGACATGGTGCAGATCTCCGGTAACGTGGGCCTGCCGTTGAGTGAAAATGGTTTTATCAATCTTTCTGCTGAATACCGTACTGCTGATCCTACTTCCCGCAGTGTTCAGCGCGACGACGCTGCTGCACTCATTGAGGCAGGCAACACCAGCGTGCCCGATCCTGCTCAGGTATGGGGAAACCCCGAAATTAAAGACGACATCAAGTTCTTTGCAAATCTGGGTCTCGAGCTGAACGATCATTCTGAAGCGTATCTTTTCGGTAACTACGCAGAGCGTGAAGTGGAAGGTGGTTTCTACTACCGTAATCCGCACAATCGTGGTGGTGTTAACGATGGTGGCCTTGATGACGACGGTAATCAACTATTGCTGGTTGGCGATCTAACCGGTGATATGTCAGGCAACTGCCCAACTGACATACTGGTGGGTGATAACGTGCTTGATAACCCGCGCTATATCAATGAAGTGGCTAACAATCCAGATTGCTTCGCGTTTAATGAAATGTTTCCTGGTGGTTTCACACCGCGTTTCGGCGGTACCGTTCAGGATATGTCACTGGTTTTCGGTACCCGGGGTGAATTACCTAACGAAATCGGTTACGACATCAGCTTAAACCTGGGACAAAACGAAGTTGACTTCGCGATTTCTAACACGGTTAACCCATCTATGGGTCCTGAAACACCGACGTCGTTCAAGCCTGGCTCATATGTTCAATCTGAGCAAACCTTCGACCTTGATTTAACCAAGCCTATCGAGGTGGGTTTAAACGAGCCATTATATCTTGCTGGTGGTTTCCAGTATCGTCACGAAAGCTATGAAGCAAAAGCGGGCGATATTGCCTCATACACCATTGGTCCCTTAGCGTCTCAAGGTTTCGGTATTGGTTCAAACGGCTTCCCAGGCTTATCAGATAAGAGCCAGGGAGAAGCCTCTCGTCACAACATCGCTTTCTACTTAGATGCAGAAATGTATCTGACTGATGACTTCCTGATTGCGGCCGCTGTTCGTTACGAAGATTTCTCTGATTTCGGTAACACTACGAAAGGTAAAATTTCAGCCCGTTATCAGCTGACAGATACCATCGCGTTCCGTGGTGCTTACTCAACAGGCTTTAAAGCACCTACTATTGGTCAGAGTACTGTGCGCAACGTAACCACTGCGTTTGGTGCCAGTGGGCAGTTAGAAGACCAGGCTACACTGCCTCCGACAGATCCAATCTCTGTGCAAAAAGGCGGTACGCCACTGACACCGGAAGAGTCTGAATCTATGAGTTTCGGTGTGGTCGCTGAGTTTGATAACGGCCTGTTCTTAACAGCCGACTATTATAACATCGAAGTGACCGACCGTATCAGTACCACGTCTGCTATCGCGCTAACGGAAGAAGACATTGCTGCGCTGCTGGCACAAGGCGTTTCTGATGCATCAAGTTTCTCTGCGGTTAAATTCTTCACCAACGACTTTGATACCACAACCGAAGGTGTGGATGTGGTAGCAAACTATAGTCAGGACATGTTCGGCGGTGAAACGAAGTACTCATTAGCATATAACTGGACATCGACGACGGTAGACCAGGCGTCTGAAAATATTACGCCAGAGCGTGTGCGTATGCTTGAAGATAACCTGCCAGCAGTGCGTTGGAGCTTCACCGCTAACCATACGAACGGCGATTGGCGTGTACTGGGTCGCTTAAACTACTATGGTAGCATTTTTGAAGACCACCTGGATTCAGCATTACCTATCGATAACGTGGGCTCAGAGTTGTCTTTGGATGTTGAGTTAGGTTATAGCGTGAGTGAAAACTTACAGTTGGTGGTCGGTGCGAAAAATGCGCTGGACGAGTATCCTGACCGCAATACGCAGTATGATAGCGAAGTGGCTGGTGCTAAATATCCTGTAACGTCTCCGCTAGGCATTAATGGTGGATTCTATTACGTTCGAGGTATTTACACGTTCTAA	MKTSMSKVTRNVRTALAASAAMSMLASVNVYAQESEEAAAKDVEKIAVVGTRAAPRSVGDSPVPVDIISSDEFQNQGATDMVSMMQTVVPSFNVNDQPINDASTLVRPANLRGMASDHTLVLVNGKRRHRSAVITFLGGGLSDGAQGPDISVIPSSALKQVEVLRDGAAAQYGSDAIAGVVNFVLKDADEGGMFEARYGSYYEGDGDMVQISGNVGLPLSENGFINLSAEYRTADPTSRSVQRDDAAALIEAGNTSVPDPAQVWGNPEIKDDIKFFANLGLELNDHSEAYLFGNYAEREVEGGFYYRNPHNRGGVNDGGLDDDGNQLLLVGDLTGDMSGNCPTDILVGDNVLDNPRYINEVANNPDCFAFNEMFPGGFTPRFGGTVQDMSLVFGTRGELPNEIGYDISLNLGQNEVDFAISNTVNPSMGPETPTSFKPGSYVQSEQTFDLDLTKPIEVGLNEPLYLAGGFQYRHESYEAKAGDIASYTIGPLASQGFGIGSNGFPGLSDKSQGEASRHNIAFYLDAEMYLTDDFLIAAAVRYEDFSDFGNTTKGKISARYQLTDTIAFRGAYSTGFKAPTIGQSTVRNVTTAFGASGQLEDQATLPPTDPISVQKGGTPLTPEESESMSFGVVAEFDNGLFLTADYYNIEVTDRISTTSAIALTEEDIAALLAQGVSDASSFSAVKFFTNDFDTTTEGVDVVANYSQDMFGGETKYSLAYNWTSTTVDQASENITPERVRMLEDNLPAVRWSFTANHTNGDWRVLGRLNYYGSIFEDHLDSALPIDNVGSELSLDVELGYSVSENLQLVVGAKNALDEYPDRNTQYDSEVAGAKYPVTSPLGINGGFYYVRGIYTF	PGPT0003790_6252	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0003790-hutA|fatA|fct|foxR-K02014	NA	NA
AK237_00729	351	grxD	COG0278	Glutaredoxin 4	ATGGAAAATAGTACCGAATCAACCGTTGATAGAATTAAACAGCAAATTGGCGAAAACCCTATTCTTTTATATATGAAGGGATCTCCTAAATTGCCGAGTTGTGGTTTTTCTGCGCAAGCTGTTCAAGCACTCATGTCTTGTGGTGAACCCTTTGCTTATGTCGATATTTTGCAAAACCCGGATATTCGTGCGGAATTGCCTAAGTATGCAAATTGGCCGACATTCCCACAATTGTGGGTAGATGGCGAGCTTGTAGGCGGCTGTGACATCATTATAGAAATGTTTCAGCAAAATGAACTTCAACCGCTAATTAAAGAGACTGCTGCCAAGCACAAAACTGAAGAAGAATAA	MENSTESTVDRIKQQIGENPILLYMKGSPKLPSCGFSAQAVQALMSCGEPFAYVDILQNPDIRAELPKYANWPTFPQLWVDGELVGGCDIIIEMFQQNELQPLIKETAAKHKTEEE	PGPT0013203_896	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-CHAPERONES,PGPT0013203-grxD-K07390	NA	NA
AK237_00730	585	sodB	COG0605	Superoxide dismutase [Fe]	ATGGCGTTTGAACTACCACCACTGCCGTACGAAAAAAATGCACTTGAACCGCATATTTCAGCAGAGACACTGGAATATCACTACGGTAAGCACCACGCCACCTACGTAACTAAACTAAACGGTTTAGTGGAAGGCACAGATTTAGAAAGCAAAGATTTAGAAGAAATCATCAAAACTTCAGAAGGCGGTGTTTTCAACAACGCAGCGCAAATCTGGAACCACACGTTCTATTGGCATTGCTTAAGTCCAAATGGCGGCGGCGAAGCAACAGGCTCTGTTGCCGAAGCTATTAAAGCAAAATGGGGCTCATTCGAAGACTTTCAGGCGGCCTTCGATGACAAAGCAGTGAACAATTTTGGCTCAAGCTGGACGTGGTTAGTAAAAACAGCAGACGGCTCTCTGGACATTATCAACACCAGCAATGCAGGTACACCAATCACCGAGAAGGGTGTTACGCCTCTGCTGACTGTTGACCTGTGGGAGCACGCTTACTATATCGACTATCGCAATGCCCGTCCTAAGTATCTGGAAAACTTCTGGAAACTGGTTAACTGGGAATTCGCAAACGAAAACTTCGCGAAGTAA	MAFELPPLPYEKNALEPHISAETLEYHYGKHHATYVTKLNGLVEGTDLESKDLEEIIKTSEGGVFNNAAQIWNHTFYWHCLSPNGGGEATGSVAEAIKAKWGSFEDFQAAFDDKAVNNFGSSWTWLVKTADGSLDIINTSNAGTPITEKGVTPLLTVDLWEHAYYIDYRNARPKYLENFWKLVNWEFANENFAK	PGPT0004190_5723	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
AK237_00731	1923			hypothetical protein	ATGGGTATTTTCGAGCATTACCAGCAACGTTACGAAGAGCGCCAACAAGAAGAATTCACCATCCAGGAATTTCTGGATATCTGTAAAAGCGACCCGACAGCCTACGCGAACTCCGCAGAAAGGTTGTTACAGGCAATAGGCGAGCCTGAAATGGTCGATACCTCTACTGACCCGGCACTCAGCCGCATTTTTTCAAACAGGGTCATCGCGCGCTATCCGGCCTTCCATGAATTTTACGGTATGGAAGAAGCGATAGAGCAAATTGTCTCTTATCTGAAGCATGCCGCTCAGGGCCTGGAAGAAAAGAAACAAATCTTATATCTGCTTGGTCCCGTCGGGGGCGGTAAATCCTCTCTTGCAGAGCGGCTTAAAGAGCTGATGCAAAAAGTACCGATTTACATGCTCAAGGGCTCACCGACCAATGACCATCCGTTTTCACTGTTCGACCTAGCCGAAGATGGCAATATTCTGGAAAAAGAATACGGCATTCCAAAACGCTATCTCAAAACCATTATGTCACCCTGGGCCCGTAAGCGACTGCATGAATTCGGTGGCGACATTTCCAAATTCAAAGTAGTGCGGGTTTATCCGTCTGTTCTCGACCAGGTGGGCATTGCTAAAACAGAACCTGGTGACGAAAACAATCAGGATATCTCATCACTGGTGGGCAAGGTGGATATCCGCCGTCTGGAACAATTCGCACAGAACGACCCGGACGCTTACAGCTATTCCGGTTCACTGTGTAAAGCCAATCAGGGCCTGATGGAATTTGTGGAGATGTTTAAAGCGCCCATCAAGGTGCTGCACCCGTTACTGACGGCCACACAAGAAGGCAACTATAACCCGACTGAAGGGTTCTCTGCCCTGCCCTTTGATGGCCTGATCCTGGCTCACTCCAATGAATCCGAGTGGCAATCTTTCCGCAACAACAAGAACAACGAGGCATTTCTCGACCGCGTTTATATTGTAAAAGTGCCCTACTGTTTGCGGGTCTCAGAAGAGATGCGGATATACCGCAAGCTGCTCGACAGCAGTGAGCTCAGCGGTGCTCCTTGTGCACCAGACACGCTGGAGTGTCTGGCGCAGTTCACCGTATTGTCCCGTCTTAAAGAGCCTGAAAACTCCAGTGTCTACTCTAAAATGCGGGTTTACGATGGTGAAAGCCTCAAAGACACCGATCCGAAAGCCAAGTCTTATCAGGAATACCGTGATTACGCCGGCGTAGATGAAGGTATGGAAGGGCTTTCCACCCGTTTTGCCTTTAAGATTTTGTCACGGGTGTTCAATTTCGACCATCAGGAAGTGGCGGCAAACCCGGTACACCTGTTCTATGTGCTGGAGCGGCAAATTGAGCGTGAGCAGTTCCCTCAGGACACAGCAGACAGATACAGGGAATACCTGAAAGGCTATCTCATTCCCCGATATGTGGAATTCATTGGCAAGGAAATTCAAACAGCTTATCTGGAGTCGTATTCAGAGTACGGCCAGAACCTGTTTGACCGTTATGTCACTTATGCTGACTTCTGGATTCAGGATCAGGAATACCGTGATCCGGAAACCGGTCAGCTGTTTGACCGCGAATCACTGAATGCCGAACTGGAAAAAACAGAAAAGCCGGCGGGTATCAGTAACCCTAAGGATTTCCGCAACGAAATCGTCAACTTTGTGCTGCGGGCTCGTGCCAACAACGGAGGCCAAAATCCAGCCTGGACGAGCTATGAAAAACTACGCACGGTGATAGAGAAGAAAATGTTCTCCAACACAGAAGACTTATTGCCAGTGATTTCTTTCAACACCAAAGGCTCCACTGAAGATAAGAAAAAACATGATGACTTCGTTAACCGTATGGTGGAGAAAGGCTATACCTCCAAACAAGTCAGATTGCTGTGCGAATGGTATCTGCGGGTACGCAAAGCGTCCTGA	MGIFEHYQQRYEERQQEEFTIQEFLDICKSDPTAYANSAERLLQAIGEPEMVDTSTDPALSRIFSNRVIARYPAFHEFYGMEEAIEQIVSYLKHAAQGLEEKKQILYLLGPVGGGKSSLAERLKELMQKVPIYMLKGSPTNDHPFSLFDLAEDGNILEKEYGIPKRYLKTIMSPWARKRLHEFGGDISKFKVVRVYPSVLDQVGIAKTEPGDENNQDISSLVGKVDIRRLEQFAQNDPDAYSYSGSLCKANQGLMEFVEMFKAPIKVLHPLLTATQEGNYNPTEGFSALPFDGLILAHSNESEWQSFRNNKNNEAFLDRVYIVKVPYCLRVSEEMRIYRKLLDSSELSGAPCAPDTLECLAQFTVLSRLKEPENSSVYSKMRVYDGESLKDTDPKAKSYQEYRDYAGVDEGMEGLSTRFAFKILSRVFNFDHQEVAANPVHLFYVLERQIEREQFPQDTADRYREYLKGYLIPRYVEFIGKEIQTAYLESYSEYGQNLFDRYVTYADFWIQDQEYRDPETGQLFDRESLNAELEKTEKPAGISNPKDFRNEIVNFVLRARANNGGQNPAWTSYEKLRTVIEKKMFSNTEDLLPVISFNTKGSTEDKKKHDDFVNRMVEKGYTSKQVRLLCEWYLRVRKAS	PGPT0014345_1051	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	UNIVERSAL_STRESS_RESPONSE	STRESS_SIGNALLING_PROTEINS	OTHER_STRESS_RESPONSE_PROTEINS,PGPT0014345-prkA|yeaG-K07180	NA	NA
AK237_00732	1290			hypothetical protein	ATGGCGCATTTTATCGACCGAAGGTTAAACAGTAAGGGAAAGAGCACGGTAAACCGTCAACGCTTTTTACGCCGCTATAAGCAGCAAATAAAGCGGGCGGTATCCGATGCGGTCGGCCAGCGTTCAGTCACCGATTTGGAGACCGGCGAGCAGATCAGTATTCCCGCACGTGACATCAAAGAGCCGGTATTCCATACCGGTCAGGGCGGCCAGCGTACCATCGTTCACCCCGGCAACGATCAGTTTACGGCCGGGGACAAAATTGAGCGCCCTCCCGGCGGGGGCGGCGGACAAGGACAGGGCGAAGGTGATGCCAGTGACAGTGGTGAAGGCCAGGACGAATTTGTATTCTCGATTTCCAAAGATGAATACCTTGATTTGTTATTTGACGACCTTGCCCTTCCCAATCTTAAAAAGAATCAGTTTGATAAGGTGGTGCAGTACGAAACCTATCGTGCTGGCTATCAGACTGATGGTGTTCCCAGTAACTTGGACATTGTCCGTTCGCTGAAAGGTTCTGTTGCAAGACGTATCGCACTGACCGGCAGTGACCGGAAAAAACTCCGCGAGAAAGAAGCACAACTGGAGGCCCTGAAGGCTGACAAGCATGACAATGCGCTGGCCATCATGGAGCTTGAAAAAGAAATATCAGCGTTGAAACAAAAAATTGCCAGAGTGCCATTTATTGATACGTTTGATTTACGCTTCAAAAACTATGATCGGCGCCCGGTGCCCACCAGCAAAGCGGTAATGTTTTGCCTGATGGATGTATCCGGCTCAATGGATCAGGCAACCAAGGATATGGCAAAACGGTTTTACATTTTGCTGTACCTGTTTCTTACGCGCACCTATGAAAACGTTGAAGTGGTGTACATCCGTCATCACACTCAGGCCAAAGAAGTCGACGAACAGGAGTTTTTCTACTCACAGGAAACCGGCGGCACTATTGTATCCAGCGCGCTGAAGCTTATGGATGAAATCATCAAAGAGCGGTATACCGGCAGCGACTGGAATATCTATGCTGCGCAGGCATCAGATGGCGATAACTGGGCCGATGATTCACCGCAATGCAAACAGATATTAATGAAGGAGCTTTTACCGGCAACCCGCTATTTCGCTTATATAGAAATAACAGAACGGCAACATCAGAGCCTGTGGCGGGAATACCAGCAGGTCGAGAACAGTTGCGACAACTTTGTCTGCAAACATATTCAGAGTGTCAGCGATATTTTCCCTGTATTCCGCGAACTCTTTAAAAAATCGGAACAGGAAGCAGCCCTGGGAGGATAG	MAHFIDRRLNSKGKSTVNRQRFLRRYKQQIKRAVSDAVGQRSVTDLETGEQISIPARDIKEPVFHTGQGGQRTIVHPGNDQFTAGDKIERPPGGGGGQGQGEGDASDSGEGQDEFVFSISKDEYLDLLFDDLALPNLKKNQFDKVVQYETYRAGYQTDGVPSNLDIVRSLKGSVARRIALTGSDRKKLREKEAQLEALKADKHDNALAIMELEKEISALKQKIARVPFIDTFDLRFKNYDRRPVPTSKAVMFCLMDVSGSMDQATKDMAKRFYILLYLFLTRTYENVEVVYIRHHTQAKEVDEQEFFYSQETGGTIVSSALKLMDEIIKERYTGSDWNIYAAQASDGDNWADDSPQCKQILMKELLPATRYFAYIEITERQHQSLWREYQQVENSCDNFVCKHIQSVSDIFPVFRELFKKSEQEAALGG	PGPT0025005_274	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE_OTHER_SPORULATION_RELATED_PROTEINS,PGPT0025005-yhbH-K09786	NA	NA
AK237_00733	1521			hypothetical protein	ATGGCAAAAACGACGAAGCGGGCTAAGACCCCTTTGAGTGACGGTCCGGACTGGACTTTCGATATGCTTGAGCAATACGAAAGCCATATCGATCGTATCGCCAAAAATTTCAAACTGGATACTTACCCGAATCAAATTGAAGTTATTACTGCCGAGCAAATGATGGATGCCTATGCCAGCATTGGTATGCCTATTAATTATGCACACTGGTCTTTTGGCAAAAAATTCATTCAAACCGAGCAAAATTATCGGCGGGGCCAGATGGGGCTGGCCTACGAAATTGTTATCAATTCCGACCCATGCATTGCGTATTTGATGGAAGAAAATACCATCACCATGCAGGCACTGGTGATGGCCCATGCCTGTTACGGTCATAATTCCTTCTTTAAAGGTAACTATCTGTTCCAGACGTGGACGGATGCCAGCTCTATTATCGATTATCTGGTCTTTGCCAAAAACTACATCGCCAAATGCGAGCAACGCTATGGCACCGATGAAGTAGAGAGTATTCTGGACTCCTGCCACGCCCTGATGAATTACGGTGTAGACAGGTACAAACGCCCGCAAAAGATATCCTTGCAGGAAGAACAGGCCAGACAGGAGCAACGGGAGAAGTATCTGCAATCTCAGGTAAACGAACTATGGCGCACCCTGCCCGATGCCCACGCCAGTGAAAAACCGAAACAACAGCGTTTTCCGTCTGAACCTCAGGAAAACCTGCTTTATTTTATAGAGAAAAATGCCCCCCTGCTTGAGCCCTGGCAGCGGGAACTGGTGAGAATTGTCCGTAAAGTCTCCCAGTATTTTTATCCGCAAAAACAAACTCAGGTAATGAACGAAGGCTGGGCTTGCTTCTGGCACTATCATATTCTGAATCAAATGTACGATGAAGGACTGGTCACTGACCGCTTTATGATGGAATTTCTGCACAGCCACAGCGGCGTGGTGATGCAGCCTGAATATAACAGTCCTTACTATTCCGGCATTAACCCTTATGCCCTGGGTTTCAATATGTTCATGGACATCAAACGTGTGTGCCAGCACCCCACAGCGGAGGATAAATACTACTTACCGGATGTCGCCGGAAAAGACTGGCTTGAAACCGTGCATTTCGCCATGCATAACTTTAAAGATGAAAGTTTCATCAGCCAGTTTTTGTCTCCCAAACTCATACGGGACTTTAAGCTGTTCGCCATTGAAGATGATGCACGTGATAATTTTGTCAGTGTCAGCGCCATTCATGATGAACAGGGATATTTAAAGATCCGTGAGAAACTGTCTGCCCAGTACAACCTGAGTAACCTGGAACCCAATATTCAGGTATACAATGTAAATGTACGGGGCGACCGCTCCCTGACGCTGCGGTACATTCCGCAGCGGGGTATTCCGCTGGCAGAATCGAAAGAAGAAGTCATGCGGCATTTATTCCGCCTGTGGAAATTTGATGTGTTTTTAGAACAGGAAGGAGTAGAAGGCGCAGAAGTAATTGCAAGCTGCACCCGCCCCGCTAACGCCGCCTGA	MAKTTKRAKTPLSDGPDWTFDMLEQYESHIDRIAKNFKLDTYPNQIEVITAEQMMDAYASIGMPINYAHWSFGKKFIQTEQNYRRGQMGLAYEIVINSDPCIAYLMEENTITMQALVMAHACYGHNSFFKGNYLFQTWTDASSIIDYLVFAKNYIAKCEQRYGTDEVESILDSCHALMNYGVDRYKRPQKISLQEEQARQEQREKYLQSQVNELWRTLPDAHASEKPKQQRFPSEPQENLLYFIEKNAPLLEPWQRELVRIVRKVSQYFYPQKQTQVMNEGWACFWHYHILNQMYDEGLVTDRFMMEFLHSHSGVVMQPEYNSPYYSGINPYALGFNMFMDIKRVCQHPTAEDKYYLPDVAGKDWLETVHFAMHNFKDESFISQFLSPKLIRDFKLFAIEDDARDNFVSVSAIHDEQGYLKIREKLSAQYNLSNLEPNIQVYNVNVRGDRSLTLRYIPQRGIPLAESKEEVMRHLFRLWKFDVFLEQEGVEGAEVIASCTRPANAA	PGPT0024845_663	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-STAGE_V_SPORULATION,PGPT0024845-spoVR-K06415	NA	NA
AK237_00734	1335	dap_1		D-aminopeptidase	ATGAAAAGGGTTGTTGGTTTACTGCTGGCGTTTGCCGTGTGGGGCGTTTGTGCACAAGATTTTGACAATGCAAAACTGGACAAATACTTCGCGCTACTGGAAGCAAAAGACAAAGCGATGCTGAGTGTGGCAATTGTTGAAGGCGGTGAGCCCGTTTATCAACAATCCATTGGTTTTGCTGATGTGGCCTCTGGCCGTAAAGCCGGTGTGGATACGCAGTATCGCGTAGGCTCGATTACCAAAGTGTTTACCGCAGTGATGATTTTTCAATTAATTGAAGAAGAAAAACTGAGTCTGGAGACGCCGCTTTCCACGTTTTTCCCTGATATCAAAAATGCCGGTACTATCACTATCGACATGTTGCTCAGTCATCGAAGCGGCCTGCACAATTTTACAGATTTACCGGCATACCGCACATACATGACATCACCCCGAAGTAAGACAGAGATGTTGTCTGTATTTGAAGCGCTGGACGCTGATTTCCCGCCGGGCACAGACACCCGATATTCCAATACAGGGTATGTTTTACTGGGGTACATCATTGAAGAGCTCGGGAATGACAGCTATGCCAGCCAGCTGCAAAGCCGTATTGTTAAAAAGGCGGGATTAAAGCGAACGGCATTCGGTGGCGCCATTGACGTTGAGCAGGGGCAGGCTAATTCGTATTATTATGAAGGTGGCTGGCAGCCGGCTACCGAAACAAACATGAGTGTGCCCCATGGTGCCGGCGCTGTTATTTCCACGCCTACCGACATTGCAACGTTTTTGACGGCATTATTTGAAGGCAAATTAGTATCATCGTCATCACTGGCTATGATGAAGAGGGTGCAGAAAGGGTTGGGCCACGGGTTGTTTCCGTTTCCTTTCTACGAAAGAACTTTGTGGGGCCACAACGGCAGCATTGACGGCTTTGCTTCCCAATCCGGCTATTTTGAGATGGGGAACGTAGGGTTTGCATTAACTGCAAACGGCGTGAATTACACCCTGAATGAAATCAGTGTTGCGGTGCTGAGTATTTACTTTGGACTGCCTTATGAGTTACCGGATTTTTCAAAAGAACCTGTGACGTTAAGTGAGTCGCAACTGTCCGCCTACGAAGGCACATACAGCTCGGACGCTATTCCTCTAAAAATCACGCTGACGCTTAAAGACGGCGTATTAATGGCGCAGGCTACAGGTCAGAATGCCTTTCCACTAACAGCGTTTTCGCCAACGGAGTTCCATTTTGAGCCTGCCGGTATTGTGATGATGTTCAAATCATCCGGTAAAGAAAATGACAAGCCCGCCTTTGACCTGTTGCAGGGCGGCGGGAAATATCCATTCGTCAGAGAATAA	MKRVVGLLLAFAVWGVCAQDFDNAKLDKYFALLEAKDKAMLSVAIVEGGEPVYQQSIGFADVASGRKAGVDTQYRVGSITKVFTAVMIFQLIEEEKLSLETPLSTFFPDIKNAGTITIDMLLSHRSGLHNFTDLPAYRTYMTSPRSKTEMLSVFEALDADFPPGTDTRYSNTGYVLLGYIIEELGNDSYASQLQSRIVKKAGLKRTAFGGAIDVEQGQANSYYYEGGWQPATETNMSVPHGAGAVISTPTDIATFLTALFEGKLVSSSSLAMMKRVQKGLGHGLFPFPFYERTLWGHNGSIDGFASQSGYFEMGNVGFALTANGVNYTLNEISVAVLSIYFGLPYELPDFSKEPVTLSESQLSAYEGTYSSDAIPLKITLTLKDGVLMAQATGQNAFPLTAFSPTEFHFEPAGIVMMFKSSGKENDKPAFDLLQGGGKYPFVRE				NA	NA	NA	NA	NA
AK237_00735	1188	hcaT		putative 3-phenylpropionic acid transporter	ATGGTGCGCGTTATGAATGCTCATTCGCGCACTAATATTATTCTTCTTGCAATTACCTACTGGCTTTACTTTGGTCAGCTTGGTGTGCTCACGCCTTATCTGGGGATCTTTCTGGATGGACGGGGGTTCACGTCAGCAGATATTGGTGAACTGTGGGCAGTGATCACTCTATCCCGAATCGTCGGTCCTTCGTTATGGGCCAGCGTGGCAGACAAAACCGGTAAAGCGGTCAATGTTGTCCGCCTGGGTTGCCTGTTGTCCGTGGTGTGTTTTGCATCTGTATTCTGGTTTAGCAGTTTCTGGGGACTCACGCTGGCTTTCGGGTTAATGATGATGTTTTGGACGGCGGTGTTACCTCAACTCGAGGTGATCACCATTCAGTCGGTAAAACCTACCAGAATAAGTTATGGCCAGGTGCGCCTGTGGGGAAGTATTGGGTTTATTGTGCTCACCGTTTCTGTCGGCAAAGCGCTTGATATTTTTTCCTCTGAAGCACCGGTGTATGCCAGCTTATTTGTGCTTACCGGGTTGTTTCTGGCTTCCCTGTTTATTAGTCAGCCGGACATCGTACCGTCTAAGGATGAAGAAATCGGTACGTTGTGGCAAATCGCCCGCAACAGAACCTTTTTGTTATTTTTAGCTTCCGCTGCTTTATTACAGGTAAGCTTCGGCGCTTATTATGGGTTCTTCGCGTTGTACATGCGTGACCTCGATTACAGCGGTCAGCAAACCGGCATGCTCATCGCCATTGGCGTTGTGGCTGAAATCGGCATCTTCCTTATCGCCCGCAGACTGATTGCCAGAGTAGGTGTATGGCAGTTGCTATTGTGGTGTATGGTGTTAACCGCAGGCAGATGGTATGCGCTGGCAGCATGGGCAGAGCACGGCGTGGTGGTGGTAGCCAGTCAGCTTATTCATGCACTCAGCTTTGGCCTGGCGCATGTTACCGCTATGCATTTTATTACTCACTTTTTCCCGTCCCGTTTCCAGAGTCGCGGGCAGGCCCTGTACGTCAGCATTGCTTTCGGTATGGGCGGTGCACTGGGCAATTATGTGGCTGGCCAGTTGTGGGAACAGGGTGTTCATGCTTATGAAACCTTTGCCTTTGCGGCCGGTGCGGCGTTTCTGGGGGCTGTTTGCTTGCTGTTCTGCCATCGTCCGACAATTAATACACAGGGCGCATCCTAG	MVRVMNAHSRTNIILLAITYWLYFGQLGVLTPYLGIFLDGRGFTSADIGELWAVITLSRIVGPSLWASVADKTGKAVNVVRLGCLLSVVCFASVFWFSSFWGLTLAFGLMMMFWTAVLPQLEVITIQSVKPTRISYGQVRLWGSIGFIVLTVSVGKALDIFSSEAPVYASLFVLTGLFLASLFISQPDIVPSKDEEIGTLWQIARNRTFLLFLASAALLQVSFGAYYGFFALYMRDLDYSGQQTGMLIAIGVVAEIGIFLIARRLIARVGVWQLLLWCMVLTAGRWYALAAWAEHGVVVVASQLIHALSFGLAHVTAMHFITHFFPSRFQSRGQALYVSIAFGMGGALGNYVAGQLWEQGVHAYETFAFAAGAAFLGAVCLLFCHRPTINTQGAS	PGPT0028051_656	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
AK237_00736	1104	aroC	COG0082	Chorismate synthase	ATGTCGGGTAATAGCTTTGGAAAATTATTCACTGTCACCACATTTGGTGAAAGCCACGGTATTGCAATTGGCGGTGTAGTCGATGGATGTCCCCCGGGACTGGATATTTCAGAAACCGATTTGCAAGTTGATTTAGATCGCCGAAAACCCGGCACGTCTCGTTATACAACAGCACGTCGTGAGGGTGACGAGGTTCAAATTCTTTCAGGTGTGTTCGAAGGTAAAACTACGGGCACCAGTATTGGTCTGTTGATTCAGAATACCGATCAGCGCAGTGGTGACTATTCCAATATTAAAGACCGCTTCCGTCCGGGGCACGCAGACTACACCTATCATCAAAAATACGGCGGCCGGGATTATCGTGGTGGCGGTCGTTCGTCGGCCCGGGAAACGGCTATCCGCGTGGCCGCTGGTGGTATCGCGAAAAAATTCCTCAAAGAAGTGTACGGGATCGAGATCCACGGTTACCTGTCTCAACTTGGACCGATTAAGGTCGAAAAAGTAGACCACGCTATAACGAATACAAACCCATTTTTCTGCCCTGATGAAAGTAAACTGGACGCGCTGGATGAATACATGCGCGACCTGAAAAAATCGGGAGACTCCATTGGTGCCAAAGTTTCTGTTGTGGCTACGGGTATGCCGGTGGGGCTTGGTGAGCCTGTATTTGACCGGTTAGATGCTGATATTGCCAGCGCTATGATGGGCATAAATGCAGTTAAAGGAGTCGAAATTGGTGATGGCTTCGATGTTATTGAACAAAAAGGCAGTGAACATCGCGACACACTTACTCCACAAGGATTTGCCAGTAACCATGCTGGTGGTGTGTTAGGGGGCATCTCCAGCGGTCAGGATCTGGTTGTTCATATGGCGCTGAAGCCAACGTCCAGTATTTCGGTACCCGGCAAAACTATCGACATTGATGGCAACGAAATCGACATCGTGACAAAAGGCCGCCATGACCCGTGTGTAGGGATCCGGGCTGTGCCTATCGCAGAAGCGATGTTAGCTATCGTTCTGATGGATCATTGTTTACGCCATCGTGCACAAAACACTGGTGTTTCTACGTCTACGCCAGTTATTCCAGGCAGCGCCACAAAATAA	MSGNSFGKLFTVTTFGESHGIAIGGVVDGCPPGLDISETDLQVDLDRRKPGTSRYTTARREGDEVQILSGVFEGKTTGTSIGLLIQNTDQRSGDYSNIKDRFRPGHADYTYHQKYGGRDYRGGGRSSARETAIRVAAGGIAKKFLKEVYGIEIHGYLSQLGPIKVEKVDHAITNTNPFFCPDESKLDALDEYMRDLKKSGDSIGAKVSVVATGMPVGLGEPVFDRLDADIASAMMGINAVKGVEIGDGFDVIEQKGSEHRDTLTPQGFASNHAGGVLGGISSGQDLVVHMALKPTSSISVPGKTIDIDGNEIDIVTKGRHDPCVGIRAVPIAEAMLAIVLMDHCLRHRAQNTGVSTSTPVIPGSATK	PGPT0012875_2438	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_UTILIZATION	PLANT_DERIVED_SHIKIMATE_DEGRADATION,PGPT0012875-aroB-K01736	NA	NA
AK237_00737	1038	prmB	COG2890	50S ribosomal protein L3 glutamine methyltransferase	ATGACCACACAGACAGCCAATTCACGCGCAATTTGTGTTGGGTGTCGTACCGAGTTTCGGTATGATACCAGCTTTATTTCTGGCGATGTACCACACTCCATGACCGATAAGATTTATTTAGACGAAGCCATCCGCGAACTTCACACCGTTTTAGATTTGGTGAGATGGTCTGTCAGCCGATTCAATGATGCGCAACTTTACTACGGTCACGGTACCGACAATAGCTGGGATGAGGCGGTAAGTTTGGTCATGTATGCACTGCATTTACCCCAGGATATAACGGCGAGAACGGGAGATGGCATCTTTGCAGCCCGGTTAACTACCTCTGAAAAAGAGAAAGTTGCGGATTTAGTCTTAAAGCGGGTTCAAACTCGTATGCCGTTGCCGTATATTACCCATGAGGCATGGTTTTGTGATATGCCTTTTTATGTCGACGAAAGAGTGCTTATTCCCCGCTCGCCGTTTGCAGAACTGATCAAAGACCGCTTTGCTTCTTATCTGACTTCAGAACCTACCAGTATATTGGATATGTGTACTGGGGGAGGGTGTATCGCCATCGCCCTTGCTCACACCTTTTCAGAGGCACAAGTTGATGCGGTAGATATTTCCTTTGATGCACTGGAAGTCGCTGATTTCAATATACAAGAGCATCAACTAGGCGATCGCGTCTTTCCAATCCATTCTGATCTGTTTACCAGTCTGGAAGGACAGCGTTATGATCTTATCATTTCCAATCCGCCTTATGTTGACGAAGAAGACATGAGCGATTTGCCTGATGAATATCAACATGAGCCAGAGCTTGCGTTGGCGGCGGGTGAAGACGGTTTGGATCTGGTTGAGCAAATGTTGAAGCAAGCACCGGTTTATTTGAAAGAAAATGGTTGGATGCTTGTTGAAGTCGGTAACAGTCAGGTGCATATGGCTGAACGTTTTGCCGGACTAAACGTGGAATGGGTTACTTTGCAACATGGTGGCCACGGTATTTTTGCCGTCTCTCGTGCGTCATTGGTTTCATATCTTAACGGGAAGGAAAGTTAA	MTTQTANSRAICVGCRTEFRYDTSFISGDVPHSMTDKIYLDEAIRELHTVLDLVRWSVSRFNDAQLYYGHGTDNSWDEAVSLVMYALHLPQDITARTGDGIFAARLTTSEKEKVADLVLKRVQTRMPLPYITHEAWFCDMPFYVDERVLIPRSPFAELIKDRFASYLTSEPTSILDMCTGGGCIAIALAHTFSEAQVDAVDISFDALEVADFNIQEHQLGDRVFPIHSDLFTSLEGQRYDLIISNPPYVDEEDMSDLPDEYQHEPELALAAGEDGLDLVEQMLKQAPVYLKENGWMLVEVGNSQVHMAERFAGLNVEWVTLQHGGHGIFAVSRASLVSYLNGKES				NA	NA	NA	NA	NA
AK237_00738	567	mutS2		Endonuclease MutS2	TTGGCTGATAAGTGGGAACCGGATAACGATAACGAAGACACATCGTTATTCCGGGATGCGGTAAGTGGGATAAAGCCCCTTTCGCAGGATAAGATTGTGCACAAGCGTCGTCACATCCCGACGAAACGTTTGCATTCTGCTACCCAACCAGACAGTCGCCAGCAACGTATTCTTGATGCAAGTTTCGCCTTCTCAGACGTCTACCAAGCGAGTCTACCCAGCCAGGGCCCGATGCGGTACTGTCGGACTTCCGAACCCACGCATAGCCTCAAGCGCCTTCGTCGCGGCGACTTCTATCCTGAGCTCGTGCTCGATTTGCACGGTCTGAACCGGGATCATGTTAAACTGGAACTCTCGGCACTCATTTATACCGCCCGAAAGGAACTCATCGATTGTGTTGCTATCGTGCACGGTATTGGTTCCGGAGTGTTAAAAAACGCCTTGCCGCACTATCTGGTGCAACACCCCCATGTCAAAGCATTTCACCAGGCTCCCCTGGAGTATGGTGGGCAAGGCGCGTTACTCGTGCTTATTGAGACCTTAGAACTCGATCACAATAAAAAGTAA	MADKWEPDNDNEDTSLFRDAVSGIKPLSQDKIVHKRRHIPTKRLHSATQPDSRQQRILDASFAFSDVYQASLPSQGPMRYCRTSEPTHSLKRLRRGDFYPELVLDLHGLNRDHVKLELSALIYTARKELIDCVAIVHGIGSGVLKNALPHYLVQHPHVKAFHQAPLEYGGQGALLVLIETLELDHNKK				NA	NA	NA	NA	NA
AK237_00739	126			hypothetical protein	ATGTGGCTATCCATGCTTAAAGACCCTGTAGTGTGGGGTTCACTTCTGGGTATTTTTATCGTCATCCTCATGGCCTGTTATTACACATGGTTGTTTATGCACAATAGTGCAGGTGAAGATAAATAA	MWLSMLKDPVVWGSLLGIFIVILMACYYTWLFMHNSAGEDK				NA	NA	NA	NA	NA
AK237_00740	693			hypothetical protein	ATGTTCCAGGGAAACACACACATTTTGCTAGAACACTTATTAAGACAGCGACCAGTGAAAAAGTTCAACAATTCGAAACGATTTTTTAGTAGTGCAGGTTTGTTACTGATTTTAAATGTCATGACGGGGTGTGCCACCTCGCCACCACAAGACACCAGCAACATCTGCGAAATCTTTTACGAAAAAGAAGATTGGTATGATGCTGCCGCCGATGCGCGGGATAAATGGGGAGTACCGATTCATATTCCTATGGCCATCATGTACCAGGAAAGCTCCTTTCGTCATGATGCGTTACCTCCTAAAGATTACGTTTTTTTCGGGTTAATTCCTTGGGGACGGGTAAGCTCTGCCTACGGATATTCGCAAGCAAAAACGATTACCTGGTCTGATTATATCAAAGAGACCGGCAACGGATGGGCCGACCGTGATGATTTTGACGACGCCATGGATTTTATGGGCTGGTTTATTGCAAAGTCATACAAAATCAATGGGGTATCAAAATGGGACGGTTATGCGCAGTATCTCAACTACCATGAAGGGTGGGGCGGTTATAAACGCAGAAGCTATAACAGTAAGCCATGGTTAAAAAAGGTCGCCAGTATCGTTAAAGCACGTTCCTTACGGTACGCCACACAGCTGAAAACCTGTGAAGAAGACTTACAGAAAAACTGGTTCTGGAAACTGTTCTCATAA	MFQGNTHILLEHLLRQRPVKKFNNSKRFFSSAGLLLILNVMTGCATSPPQDTSNICEIFYEKEDWYDAAADARDKWGVPIHIPMAIMYQESSFRHDALPPKDYVFFGLIPWGRVSSAYGYSQAKTITWSDYIKETGNGWADRDDFDDAMDFMGWFIAKSYKINGVSKWDGYAQYLNYHEGWGGYKRRSYNSKPWLKKVASIVKARSLRYATQLKTCEEDLQKNWFWKLFS				NA	NA	NA	NA	NA
AK237_00741	1557	gshA	COG2918	Glutamate--cysteine ligase	ATGCACTCAACGGCGTTTTTAAGCGCGTTAAAAGACATCAAACACGGTGTTGAGCGGGAGGGGCTGCGTATCCAGCCAAATGGTAGGCTTGCTGAAACGGCGCATCCTCAAGCGCTGGGCTCGGCATTAACCCACGATTGTATTACCACCGATTTTTCAGAGTCTTTGCTTGAGTTCATTACTCCCCCTGTCGCTAACAGTGAAGTGACAGAAACACAATTGCGCGATATCCATAAGTTTGCCTTAGAAAATATGAACGGCGAATTGTTGTGGCCAATGAGCATGCCATGCTTTATTGATGATGAAAGCAAGATCCCGCTGGCCTATTACGGCGAGTCGAATGTGGCGCAGATGAAGCGTGTATATCGCATGGGCTTAAAGAATCGTTATGGCAGTATGATGCAGGCGATTTCTGGTGTGCACTTTAATTTCTCATTACCGGATTCATTTTGGCAAGCCTGGGCAGATCTCAAGGCGGTTGATTACTCTCAGGATCAGGTGTCTGCTGAATACTTTGCCATGATCCGTAATTACCGCCGTTACTGCTGGCTATTACCTTATCTTTATGGTGCCTCACCAGCACTCTGTCAGTCCTTCTTAAAGGGCAAGCCAACAACGTTATCGTTTGAGAAGGTTGGTAAAGGTACCGTGTATTTGCCTTATGCTACCTCATTGCGTATGAGTGATTTAGGGTATACCAACTCTGAACAATCGGCGCTGCAAATCTGTTACAACCAATTATCGACATACGTAGATAAACTGCGCAGCGCGATGTATACACCGTCAACCCGCTTCGGTCAGTTTGCTGCGGGCGAAGGGGGACATTTTCAGCAACTGTCCAAGAACATTTTGCAAATTGAAAATGAGCTTTATTCTCCTATTCGACCCAAACAACCCACCGCGTCAATGGAAAAGCCCACTGATGCATTAGTCCGTCGCGGCGTCAATTATGTGGAAGTGCGGGTGCTGGATGTCAATCCGTTCTCACCTGTCGGTATTGATAAAGGGCAGATGGATTTCCTTGACGTATTTATGCTGACTTGTCTGCTAATGGACAGCCCGGAGATGACGGCTGTCGAGCTGAAAACCTGCCGTGAAAATATGGATAAGGTGGTGCTTGAGGGGCGAAATCCTGCGCTCATGCTGCAGCAAAACGGCGGGATAGTGAGCTTTAATGATTGGTGTAAAACCTTATTTGCGCTATTCAGGAAAACGGCAGAAGCACTTGATGCCGCTAATGGCAATCGCGATTACAGTGACGCGGTTGAAGCCGAATGGCAAAAGGTGCTGCATCCTGAACAAACGCCCTCGGGCAAAGTATTAGCGCAGCTAATTGAAAATGATATGGATAATGGTGCGCTAGGCTTAAAACTGGCTGAAAAATACGCTGAAGATATTGCCAGTTACACATACAAACATTATCAGAAAGAAGACTTTGAGCGCATGGCCACAGCCTCTTTAAGCGCGCAAAAGGATATTGAGGCGGCTGATGATAAGCCGTTTGCTGAGTTTATTGCAGACTATTTTTCCGAGCCAATGGCGACCCGGGAGCGGTAA	MHSTAFLSALKDIKHGVEREGLRIQPNGRLAETAHPQALGSALTHDCITTDFSESLLEFITPPVANSEVTETQLRDIHKFALENMNGELLWPMSMPCFIDDESKIPLAYYGESNVAQMKRVYRMGLKNRYGSMMQAISGVHFNFSLPDSFWQAWADLKAVDYSQDQVSAEYFAMIRNYRRYCWLLPYLYGASPALCQSFLKGKPTTLSFEKVGKGTVYLPYATSLRMSDLGYTNSEQSALQICYNQLSTYVDKLRSAMYTPSTRFGQFAAGEGGHFQQLSKNILQIENELYSPIRPKQPTASMEKPTDALVRRGVNYVEVRVLDVNPFSPVGIDKGQMDFLDVFMLTCLLMDSPEMTAVELKTCRENMDKVVLEGRNPALMLQQNGGIVSFNDWCKTLFALFRKTAEALDAANGNRDYSDAVEAEWQKVLHPEQTPSGKVLAQLIENDMDNGALGLKLAEKYAEDIASYTYKHYQKEDFERMATASLSAQKDIEAADDKPFAEFIADYFSEPMATRER	PGPT0013035_434	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-GLUTATHION_METABOLISM,PGPT0013035-gshA|ybdK-K01919	NA	NA
AK237_00742	2832			hypothetical protein	ATGGCGTTATCTCTGGCCACAAAAGCATTAGTGTGTGCGAGCGTTGCAGTGTCATTAATGGGTTGTCAGGCGCAAGCGCCTGTAGAGCAGACAACCGAAGCGTTGCAGGAACAGCAAGTCCATATCCCCTATGAGAAATACACATTAGATAACGGGCTCACCGTTATCCTTCATGAAGATCATTCCGACCCCTTAGTACATGTCGATGTGACCTATCACGTTGGCAGTGCGCGTGAAGAAGTCGGGAAATCGGGGTTCGCCCATTTTTTTGAACATATGATGTTTCAAGGGTCTCAGCACGTTGCTGATGAAGAGCATTTTAAAATTATTACTGAAGCGGGTGGTACACTAAACGGCACCACGAACACGGATCGCACAAACTATTTTGAGAGTGTTCCTGCTAACCAACTCGAGAAAGTGTTGTGGCTGGAAGCCGATCGCATGGGATTTTTATTACCGGCGGTAAACCAAACAAAGTTTGAAAATCAGCGTGATACAGTGAAAAACGAACGCGCTCAGCGGGTGGATAACCAACCGTATGGATTACGGTCTGAAAAGAATGGTGAAGCACTTTATCCGTCGGGCCATCCATATTCCTGGTCAACCATCGGCTATGTTGAAGATCTCGATCGGGTGAATGTAAATGATTTAAAAGCGTTCTTTAAACGTTGGTATGGCCCGAATAACGCGGTACTGACAATTGGCGGCGATATCAATGTAGCGAAAACACGTGCATGGATTGAAAAATACTTTGGCCCTATTCCTCGAGGTCCAGAAGTAGCAGAACCCAAAGCGCGGCCTGTCTCATTAGATGAAAACCGTTATGTCACCATAGAGGACAAGGTTCACCTGCCACTACTGCAAATCACGTATCCTACTGTGTATGCCCGTCATCCTGACGAAGCGCCGCTAGATGTGCTTGCTGATATTCTGGGTGGTGGAAAAACCTCTTTGTTTTACAAGAATTTAGTGAAAGAAGGGGTTGCTGTACAAGCCGGTGTCTCTCACCCTTGTCGGGAACTGGCCTGTGAGTTTCAGCTTATAGCGCTGGCGAATCCGCAAAGTATTCAACGATTAGATAAGTTAAATGAAATCGTGGCACAGACCCTCGTCGAATTTGAAAGTCGTGGCGTTAATGAAGATGACTTACAACGCACTAAAGGCGGTATAGAAGCATCAACGATTTTTGGTTTGCAAAGTGTCGCGGGTAAGGTAAGTGCATTATCAAGCGGTGAAACGTTTTACGGGCAACCTGATTTAGTGCAGGAAGATTTGGAGCGCTATCGCAATGTCACTGCCGACGATGTCATGCGAGTTTATGAAAAGTACATTAAAGGCAAGCATGCCGTCACCGTATCTGTTGTACCCCAGGGGCAGATAGATATCGCTGTTAAACCACAAAACTTCACCCCTCCAGCTCGTGAAATTCCAGAGGCAACAGCGCAAGCTGAAACGGTGAATGCGCCGCAGGTCAATGACAGCTTTGACCGTTCAGTCGTGCCAGATGCTGGCCCGGTGCCTACTGTGCATGTACCTGAGTTCTGGAAAACGAAATTAGCACCGGGCATCGATATGTTGGGCGTAACCAGTGAAGAAACGCCCACTGTTACGCTGACCTTAAATCTGGAAGGCGGCATGCTGCTCGATCCTAAAGAAAAAGCCGGGCTGGCGTATCTCACAGCGGCCATGATGAATGAGTCTACACAGCACTATAGTAATGAGGATTTATCTAACGAACTGGCTAAAATTGGTAGCTCTATTCGCTTCAGTGCTTCCGGACGTTATACCCAGGTGTCAGTGTCTACGTTGACAAAGCATCTGGATAAAACGCTGGCGTTATTAAGGGAAAAGTTGTTTAACCCAGCCTTTTTAGAAAGCGATTTCTCTCGCTTGAAAGCGCGAATGGAACAGAGTCTTCAGCAAAGCATGCGCAACCCTGATTATCTTGCTAACCGTGCAAAAGAACGGGTGTTGTACGGTGAGGACAACCGTGTGAGCTTGCCTGCCACTGGCACGTTGGAAACGTTGGCGGCGATTAGTCTGGACGATATTAAGCAGTTCTATGCCGATTATTATTCGCCCGCCCACGCCACTGTGGTAGCGGTCAGTGACCTTACGCAAATTCAGATGGCTTCCGCATTATCATTTTTGTCCGGGTGGGCACAAAACGATTATGACATTCCCGTGTTCACTGATTTCCCGGAATATAAAGGCACCCACGTTTTTGTGGTTGATAACCCAAATGCCGTTCAATCTGTGGTTTATTTAGTGAAACGGTCGCTTACGTTTGACGCTACGGGTGAGTATTTCCTGTCTCGTTTGATGAACTTCCCATTAGGGGGCGCGTTCAATAGCCGTATTAATCTTAATTTACGCGAAGATAAAGGCTACACCTATGGTGCGTCAACGTCGTTCGTTGGTGGTAAAACTCTGGGGTGGTTTGAAGCACACGCAAACGTTACCGCAGCGAATACCGCTGATGCTATCAACGAAATGATGAAAGAAATTAAGTTGTACCGTAACGAGGGAATGAGCGAAGAAGAGCTTCGTTTCATGCAAAACGCATTTACCCTGAGTGATGCATTGGAGTACGAAACGCCCAATAGCAAAGCGGCTTTCTTACGCCAACTTCAGGCCTACGACCTGCCAGACGACTATCGTGAAACACAAACAGCGCTCATCGAAAATGTTACTGTAGATACACTTAACCGGGTGGCGAAACAGCAATTGAATTTGGATGAGATGCAAATTATCGTTGTAGGTGACGAAGCGACGTTGCAGGAACAACTGTCGTCTTTGGCTTTACCCGTGGTGCCATTGACACTCGATTAG	MALSLATKALVCASVAVSLMGCQAQAPVEQTTEALQEQQVHIPYEKYTLDNGLTVILHEDHSDPLVHVDVTYHVGSAREEVGKSGFAHFFEHMMFQGSQHVADEEHFKIITEAGGTLNGTTNTDRTNYFESVPANQLEKVLWLEADRMGFLLPAVNQTKFENQRDTVKNERAQRVDNQPYGLRSEKNGEALYPSGHPYSWSTIGYVEDLDRVNVNDLKAFFKRWYGPNNAVLTIGGDINVAKTRAWIEKYFGPIPRGPEVAEPKARPVSLDENRYVTIEDKVHLPLLQITYPTVYARHPDEAPLDVLADILGGGKTSLFYKNLVKEGVAVQAGVSHPCRELACEFQLIALANPQSIQRLDKLNEIVAQTLVEFESRGVNEDDLQRTKGGIEASTIFGLQSVAGKVSALSSGETFYGQPDLVQEDLERYRNVTADDVMRVYEKYIKGKHAVTVSVVPQGQIDIAVKPQNFTPPAREIPEATAQAETVNAPQVNDSFDRSVVPDAGPVPTVHVPEFWKTKLAPGIDMLGVTSEETPTVTLTLNLEGGMLLDPKEKAGLAYLTAAMMNESTQHYSNEDLSNELAKIGSSIRFSASGRYTQVSVSTLTKHLDKTLALLREKLFNPAFLESDFSRLKARMEQSLQQSMRNPDYLANRAKERVLYGEDNRVSLPATGTLETLAAISLDDIKQFYADYYSPAHATVVAVSDLTQIQMASALSFLSGWAQNDYDIPVFTDFPEYKGTHVFVVDNPNAVQSVVYLVKRSLTFDATGEYFLSRLMNFPLGGAFNSRINLNLREDKGYTYGASTSFVGGKTLGWFEAHANVTAANTADAINEMMKEIKLYRNEGMSEEELRFMQNAFTLSDALEYETPNSKAAFLRQLQAYDLPDDYRETQTALIENVTVDTLNRVAKQQLNLDEMQIIVVGDEATLQEQLSSLALPVVPLTLD	PGPT0001280_992	DIRECT EFFECT	BIO-FERTILIZATION	POTASSIUM_SOLUBILIZATION	K-SOLUBILIZATION-ORGANIC_ACID_METABOLISM	K-SOLUBILISATION-GLUCONIC_ACID-PQQ_PATHWAY,PGPT0001280-pqqL|yddC-K07263	NA	NA
AK237_00743	639			hypothetical protein	ATGGATTCTGCCGAAAAGATAATCGATCTCGAATTTGGCCTTTCTCAATTAAGTGGGAATAAAACGCTGTTTCTGCGACTTTTGCAAAAGTTTGCCGATGAATACCAGCAAGCCTCAGATAAACTTCAATCTTTGATGCAAAATGAAGCATGGCAAGATGCGCGCGTGTATATTCATACTATCAAAGGCGTATCCAGCAATTTAGGTATTACACAGCTTCATTTAGCCTGTAAAGAAACAGAAGATGCCCTTAAAGTGAACTCGGCTATGCCAGGTTCGTTCCCGGCTTTGCAGCAAACGTTAGTTATTACCCTTGGTGCCATTGAAACATTGCAGGCGAACCCAGCGTTGTTAGACGAGCCCAGCGTTGCCGAAGCCGCGATAAACGCACCAGCAGTGACAACGCCGGCGCCCACACAGGCCGCCGCTTCAGCTACCGTTACAGCATCCAGCGCGTCAGGACGGGGAACGCCTCCGGGGGCTTTTATTCAGGCGCTGGAACAAAGCGAGTTCATCGCCCAGGATCAGCTCGATACCTGGCTAACAGAAACCACGCAAGACGCCGCTCTACAGCAAGCACTTCGTGACGCAATCGACGAGCTTGACTATGATGCGGCGCTAACACTTGTTCGTGGCTAA	MDSAEKIIDLEFGLSQLSGNKTLFLRLLQKFADEYQQASDKLQSLMQNEAWQDARVYIHTIKGVSSNLGITQLHLACKETEDALKVNSAMPGSFPALQQTLVITLGAIETLQANPALLDEPSVAEAAINAPAVTTPAPTQAAASATVTASSASGRGTPPGAFIQALEQSEFIAQDQLDTWLTETTQDAALQQALRDAIDELDYDAALTLVRG				NA	NA	NA	NA	NA
AK237_00744	624			hypothetical protein	ATGCACGACAGTGACGCTGGCGTCATTCATGCTACGCGCGCTTTATTGAATGAAGATAACCTTTACCTTTGCCATCGTCTCGATACCGTTACATCGGGATGCTTGCTGATTGCAAAAAATGCTTCTGCGGCTGCAGCCTTAAGTGAATTGTTCGCCAAGCGAGAGATTCAGAAGTATTACTTAGCGATGGTGTCATCAAAACCGACAAAGAAACAAGGTACTATTGCTGGTGATATGAAAAATCGCCGGCGAGGTCAACATATTCTGACGAAAACCCGGCTCAACCCTGCTGTCACCCAATTTTTCACTTCACACGTAGAAAACACCGGACGGGTGGCCATCGTCAGGCCGCTGACGGGTAAAACCCATCAAATTCGCGTCGCCATGAAAAGTATTGGCGCGCCAATACTCGGAGACAGCCTCTATGGAGGCAAAGCAGCCGATCGCGTTTATTTGCATGCGTGGCAACTTCACTTCGTTTATCAGGAAGAAACCTTTGAGGTAAGTTGTGCACCATCAACAGGCGATGCCTTTAACAATGCGCCATTTGCTGATTGGCTGGCGTCACAACCACCAGTGAATACCCTGCCCTGGCCGGCCTTTACGCTTCCGGATAAAATATAA	MHDSDAGVIHATRALLNEDNLYLCHRLDTVTSGCLLIAKNASAAAALSELFAKREIQKYYLAMVSSKPTKKQGTIAGDMKNRRRGQHILTKTRLNPAVTQFFTSHVENTGRVAIVRPLTGKTHQIRVAMKSIGAPILGDSLYGGKAADRVYLHAWQLHFVYQEETFEVSCAPSTGDAFNNAPFADWLASQPPVNTLPWPAFTLPDKI				NA	NA	NA	NA	NA
AK237_00745	912	panE	COG1893	2-dehydropantoate 2-reductase	ATGTCGCGTTATCACCTTTGTGTTATGGGCAACGGCGCAATAGGGTCGCTGTTTTCCGCCATGGCACAGCAGGCTGGATTTCGAGTTACCCGTGCACTTAAAGAAAGTTCAACGGCGGTGTCCTCTGTGAGATTACACAACCAGCAAGTGATTCATCTGGACAGTGATATTATACATCCCTCTACAGAGAGTAATTTACAGCCCGATCTGATTGTTCTGCCTCTGAAGGTTTACCAACTGCGCAGCGCCATAACACAATGGCAATCGCTGTTTAGCCGCAACACACCGGTGCTGCTTTTACAAAACGGCATGGGAGGGGAAACCATCACCCGGGCGGCTTTACCCCATAGCCCGCTTTATTTAGGCACAACCAGTCATGGCGCGCTAAAAGTAAGTCCCCGCGAGGTCCATCATACTGGTTTAGGGCAAACGTTAGCAGGTTCGGCTTTGGGAGCACTAATTAACGACGCCCCTACGCCCGGCGTTATGCACCAACTTAACAGCGCTTTTCCGCCAGTAACGATAAGTTCGGACATTCATCTGGCGCTTTGGCAAAAATTAGCCGTCAATGCAGTTATCAATCCTCTCACAGCACTGCATAACATACGCAACGGCGGCATACTTACGCCCCAGTTCTCCCCTCTAATAAAGGCGCTGTGTGAAGAAACGGCTACGGTGATGCGCGCGTGCGGTATCGACGAAGCGGCCGACTTACTTTTTGCGCGTGTAATGACCGTTGCTAAGGCAACAGCGGCGAATTATTCAAGCATGCACCAAGACGTGATTAACGCGCGTCCCACCGAAATAGACGCCATCACGGGCTATTTATTGTCACAAGCAGAGGCACATCAAATTGATATCCCTCATCACCAGCAGTTGTACGATCGAATTAAGGCGATAACTGCAAACTAG	MSRYHLCVMGNGAIGSLFSAMAQQAGFRVTRALKESSTAVSSVRLHNQQVIHLDSDIIHPSTESNLQPDLIVLPLKVYQLRSAITQWQSLFSRNTPVLLLQNGMGGETITRAALPHSPLYLGTTSHGALKVSPREVHHTGLGQTLAGSALGALINDAPTPGVMHQLNSAFPPVTISSDIHLALWQKLAVNAVINPLTALHNIRNGGILTPQFSPLIKALCEETATVMRACGIDEAADLLFARVMTVAKATAANYSSMHQDVINARPTEIDAITGYLLSQAEAHQIDIPHHQQLYDRIKAITAN	PGPT0008745_3635	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
AK237_00746	843	yfdC	COG2116	Inner membrane protein YfdC	ATGTCAGGGGATCCCCATAACGAAGATGAACGTCAGGCCGACTCACCGCTTACAAAGGAAGAAGAGCAAGATGTACGAGAGCATCAAAGCTTAAGCTCGGTGTCTTTGTATGCCGTAATACATCGCGAGGGATTAGAGGAGCTGGAAAGACCTGGCATGTCGTTGTGGTGGTCGGGGGTCGCTGCAGGCATAGGTATTTCTACGTCGGTGCTGGCCGAAGGTATTTTGCACACAGTATTCGAAGGTTCGGATTTTCAGTTCGCATTGGAAAATTTCGGTTACACCGTGGGATTTGTTTTGGTCATTATGGGGCGACTCCAGCTTTTCACTGAGAATACACTGACGGTGATTCTTCCGCTGTTGAATCATCGTTCGTCAACCATGTTGGGCTGCACCGCGAGACTTTGGGCAATTGTTTTTGCTGCGAACATGGTGGGCACGTTACTGGCTGCAACACTTATGTATCAGTTGCACACTGTGCCGACCGAATATATTGAAGGGATGAACGCAATATCAAAGCATTACGTAGAGCTGGAGTTCAGTGAGGCCTTTTCATATGGTGTCATTTCGGGCTTTATTATTGCCGCTATCGTTTGGATGAAGCCATCGGTTGAGAGCGCAGCCTTCTTCGTTATTGTTATGTTCACCTACCTCATTGCAATGGGAAATTTCACCCACGTTATTGCAGGTTCAACCGAGTTATTTTTGCTTGCCATGCAGGGCGAGGTAACGATTTTACAATTATGCTCACTCATTGTTGCGACGCTCTTAGGAAACATTGCAGGTGGAACAGGGTTGTTTGCACTGTTGGCACACGGGCAGGTGGCTCACGAAATAGACTAG	MSGDPHNEDERQADSPLTKEEEQDVREHQSLSSVSLYAVIHREGLEELERPGMSLWWSGVAAGIGISTSVLAEGILHTVFEGSDFQFALENFGYTVGFVLVIMGRLQLFTENTLTVILPLLNHRSSTMLGCTARLWAIVFAANMVGTLLAATLMYQLHTVPTEYIEGMNAISKHYVELEFSEAFSYGVISGFIIAAIVWMKPSVESAAFFVIVMFTYLIAMGNFTHVIAGSTELFLLAMQGEVTILQLCSLIVATLLGNIAGGTGLFALLAHGQVAHEID	PGPT0000590_561	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_FORMATE_TRANSPORT,PGPT0000590-yfdC-K21990	NA	NA
AK237_00747	1542	lysS	COG1190	Lysine--tRNA ligase	ATGACCGACCAACAACTCGACGAAAATAAACTCATTGCCGAGCGCCGGGCTAAATTGAGCGCGATTCGGGAAAACTGCCGTGCAAATGGTTTCCCTAATGACTTCCGCCGCGAAAACTACGCTGACGAACTGCAGGCGCAGTTTGGTGAAGTGGAAAAAGAAGCACTGGCGGAACAGGGCAATAAGGTTTCCGTAGCCGGCCGTATTATGGCCAAGCGCGGTCCGTTTCTGCTGCTGCAGGACATGACGGGTCGCATTCAGGCCTATGCTGACAAAGAAACACAAAAAGAAATTAAAGCGAAATTCGGTAGCCTGGATATCGGTGATATCATCGGTGTTGCCGGCGACCTGCACAAATCAGGTAAAGGCGACCTGTACGTGAACATGGAAAACTGGCAACTACTGACCAAGTCACTGCGTCCGCTGCCAGAGAAATTCCATGGTCTGAGCGACCAGGAAACCAAATACCGTCAGCGTTATGTGGACCTGATCACCAGTGAACATACCCGCCGCAACTTCAAAATCCGCAGTGCCCTGATTAACGGCATCCGTCAGTACCTGACCGAGCGTGATTTTATGGAAGTGGAAACGCCTATGCTGCAGGTCATTCCCGGCGGTGCAACGGCTAAGCCTTTCGTGACGCACCACAATGCGCTGGACATCGACATGTACCTGCGTATTGCACCGGAACTGTACCTGAAGCGTCTGGTTGTGGGTGGCTTCGAGCGTGTATTCGAAATCAACCGTAACTTCCGTAATGAAGGTTTGTCTACCCGTCATAATCCTGAGTTCACCATGCTGGAATTCTACATGGCGTACTCTGATTACAATGACCTGATGAACCTGACTGAAGACATGCTGCGTAAGCTGGCTCAGGACATTCTGGGCACAACGGAACTGGTTAATACTACCCGTGACAGTGAAGGCGAAGTGACGTCTGAAACCCGCTATGATTTCGGTAAGCCGTTTGATCGTCTGAGCATGGGCGAGGCTATCCTGAAATACTGGCCACAAGCCAACGAGGCTGCTATTCGCGATCCACAAGCGCACCTTGATGAACTGAAAGCCATGGCGAAACAGCTGCACATCAAAGAGCCTGAAGTTGACGGTATCTGGGGTGCAGGGAAGTACCTGTGTGAAATCTTTGAAGCGACAGCTGAAGAGAAACTCATCCAGCCTACGTTCATCACTGAGTATCCGTGGGAAGTGTCTCCGCTGGCCCGTCGTAACGACGATAACCCGTTTATCACTGATCGCTTCGAGTTCTTCGTAGGCGGCCGTGAACTGGCTAACGGTTTCAGCGAGCTTAACGATCCGGAAGATCAGGAAGCCCGGTTCCGTAAGCAGGTTGAAGAAAAAGATGCCGGTGATGATGAAGCCATGCACTTCGATGAAGACTACATCCGCGCACTGGAATATGGTCTGCCGCCAACAGCAGGTCAGGGGATTGGTATCGACCGTCTGGCTATGTTGTTCACTGACAGCCCGACAATCAAAGACGTGATTTTATTCCCACATATGAAACCGGAAGCCCAAGAGTAA	MTDQQLDENKLIAERRAKLSAIRENCRANGFPNDFRRENYADELQAQFGEVEKEALAEQGNKVSVAGRIMAKRGPFLLLQDMTGRIQAYADKETQKEIKAKFGSLDIGDIIGVAGDLHKSGKGDLYVNMENWQLLTKSLRPLPEKFHGLSDQETKYRQRYVDLITSEHTRRNFKIRSALINGIRQYLTERDFMEVETPMLQVIPGGATAKPFVTHHNALDIDMYLRIAPELYLKRLVVGGFERVFEINRNFRNEGLSTRHNPEFTMLEFYMAYSDYNDLMNLTEDMLRKLAQDILGTTELVNTTRDSEGEVTSETRYDFGKPFDRLSMGEAILKYWPQANEAAIRDPQAHLDELKAMAKQLHIKEPEVDGIWGAGKYLCEIFEATAEEKLIQPTFITEYPWEVSPLARRNDDNPFITDRFEFFVGGRELANGFSELNDPEDQEARFRKQVEEKDAGDDEAMHFDEDYIRALEYGLPPTAGQGIGIDRLAMLFTDSPTIKDVILFPHMKPEAQE	PGPT0012225_2336	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	FUNGICIDAL_COMPOUNDS|ANTIBIOTICS	FUNGICIDAL-MOTILITY-MEDIATED_DEFENSE_SIGNALLING,PGPT0012225-lysS-K04567	NA	NA
AK237_00748	963	prfB	COG1186	Peptide chain release factor RF2	GTGTGGAATGAGCCTGAGCGCGCACAAGCCTTAGGGAAAGAAAAAGTTGCCCTGGAGCAGGTGGTTGAAACCATTCAGAAGCTCGAACAGGGTGCTGAAGACGTTGAAGGCCTACTGGAACTGGCCATCGAAGCGGAAGATGAAGAAACCTTCGAAGAAGCGAAATCTGAACTGGAATCGCTTGTTGAAGTGTTGGAAGTCCTCGAGTTCCGCCGCATGTTCGCAGGTCCTAATGATGCCTGCGATGCGTATATCGATTTGCAGGCAGGCTCCGGTGGTACGGAAGCTCAGGATTGGGCCAATATGCTTCTGCGTATGTATTTGCGCTGGGGTGAGGCACACGGCTTCAAAACAGAAATTATCGAACTGTCAGAAGGCGAAGTGGCGGGTATTAAGAGTGCCACAATCCGCTTTGAAGGCGAGTACGCGTTTGGCTGGCTGAGAACGGAAACCGGCGTACACCGCCTGGTGCGCAAGTCACCGTTTGACTCCGGAAACCGCCGTCACACGTCGTTCTCTTCTGCGTTCGTCTATCCTGAAATTGATGACAACATTGAAATCGATATTGATCCGTCTGATTTACGTATTGATACTTACCGCGCCTCTGGTGCCGGTGGTCAGCACGTTAACAGAACGGACTCGGCGGTTCGTATTACCCACGAACCCACGGGCATCGTAGTGCAGTGTCAAAACGACCGCTCGCAGCACAAGAATAAAGATCAGGCGATGAAACAGCTGAAAGCGAAGCTGTATGAATACGAACTGCAAAAGCAGAACGCCGAAAAGCAGGCGTTGGAAGACAACAAGTCTGATATCGGCTGGGGCAGCCAGATCCGTTCTTACGTGCTGGACGATTCCCGCATTAAAGATTTACGTACAGGTGTAGAAACCCGTAATACTCAGGCCGTCCTCGACGGTGATTTAGATAAATTCCTGCAAGCCAGTTTGAAATCTGGCCTGTAA	MWNEPERAQALGKEKVALEQVVETIQKLEQGAEDVEGLLELAIEAEDEETFEEAKSELESLVEVLEVLEFRRMFAGPNDACDAYIDLQAGSGGTEAQDWANMLLRMYLRWGEAHGFKTEIIELSEGEVAGIKSATIRFEGEYAFGWLRTETGVHRLVRKSPFDSGNRRHTSFSSAFVYPEIDDNIEIDIDPSDLRIDTYRASGAGGQHVNRTDSAVRITHEPTGIVVQCQNDRSQHKNKDQAMKQLKAKLYEYELQKQNAEKQALEDNKSDIGWGSQIRSYVLDDSRIKDLRTGVETRNTQAVLDGDLDKFLQASLKSGL				NA	NA	NA	NA	NA
AK237_00749	756	fabG_2		3-oxoacyl-[acyl-carrier-protein] reductase FabG	ATGAGTGATATAGCACTAATTACCGGCGGAAGCCGTGGGCTGGGTCGTAGTACCGTATTGGCATTGGCGAAAAAAGGTATCCACTCGGTATTTACTTATGCGAATAACGAGCAGGCAGCGAGCGAGGTGGTGAATGAAGCGTCCTCTCTTGGTGTTACTGCTGTGGCGTTGCAATTCGACGCAACGGACTTTGAAAATTACCCTGTTTTTATTAGTACAGTAAGGACGTGTTTGCAGCAGCAATTCGGTGGCAAGAAGTTACGATATTTGGTGAATAACGCCGGTACCGGACTGCACAAAGCATTCAGCGAAACCAGTATGGAAGAATTCGATGCCCTGTCAGATCTGCATTTAAAAGCGCCGTACTTTCTGACGCAGGCGCTACTTGGTGATATTGAAGATAACGGACATATTCTCAACATCTCCTCGGGTCTGGCCCGGTTCAGCTTGCCCGGATCAAGTGCTTACGCTGTGATGAAAGGTGGCGTGGAAGTGCTGACGCGCTACCTGGCAAAAGAGTTGGGCAGCCGGGGGATCAGCGTAAATACCATCGCGCCGGGAGCTATTGCCACAGACTTTAATGGCGGCACGGTGAGAGATAACCAGGAGGTGAACCAGTTTGTCAGTGGTGTAACGGCTAAGGGCCGGGTAGGAGAAGCCAGTGATATCGGCCCTATGATTGCGCAAATCCTTTGTGATGAATGCGCCTGGATGACAGGCCAGCGTCTGGAAGTATCCGGCGGCATGTTTTTGTAA	MSDIALITGGSRGLGRSTVLALAKKGIHSVFTYANNEQAASEVVNEASSLGVTAVALQFDATDFENYPVFISTVRTCLQQQFGGKKLRYLVNNAGTGLHKAFSETSMEEFDALSDLHLKAPYFLTQALLGDIEDNGHILNISSGLARFSLPGSSAYAVMKGGVEVLTRYLAKELGSRGISVNTIAPGAIATDFNGGTVRDNQEVNQFVSGVTAKGRVGEASDIGPMIAQILCDECAWMTGQRLEVSGGMFL				NA	NA	NA	NA	NA
AK237_00750	888	dmlR_1		HTH-type transcriptional regulator DmlR	ATGGATACGATTGAAAGCATGCGCCGCTTTCTGACCGTCGCAGCAACAGGCAGTTTCTCGAAAGCAGCAGAACAACTGACCGTCCCCAAGTCGGCGGTATCGTCTTCTATCACCAAACTTGAAGCCCACTTGAAGACACGACTATTTCACCGTAGTACGCGGCGGGTCACCCTCACGGATGCAGGAAAGCACTATTTACCGGAGTGTCAGCGTATTTTGTCAGACCTTACTGCGTTAGAAGGACAGTTTCAGGACGATGCCGCCCAGCTATCCGGAGACATAGTGGTGGACATGCCCGGCAGGCTCTACACATCAATCATTGCACCTCGTCTTAATGATTGGTTTGAGCAACATCCTAAAACCCGAATACGGCTGATGGGCGCAGATCATCGTATCGACCCGATTAAAGAGAGTATAGATTGTGTGATACGGGCTGGCACCCTGGAAGACAGCGATTTAATTGCCCGTCCTTTGGGAAAATTCGCTATGGTCAATTGTGTCAGCGAAGATTATATCGCGCGATATGGAAAGCCCGGACATCTCACAGATCTTGCCAATCACTTTATTGTCGGCTATACGCCCGACATGCGCCCCCAGGTTGATACGTTTGAGTATTACCACGAAGGACATGTGCATGAGATTGCGATGAAAAGTAAAGTATCAGTGGCGACCACGGATGCATATTTAACGTCGTGTATTGAAGGGTTGGGTATTATTCAAGTGCCACTGCACGGCGTCCAGAGCCAGCTTGATAGCGGTATTTTAGTCGCCGTTCTCAACGACTACACCTGTGCACCACTTCCCCTCTCGGTGGTTTATACCTCCAGACGCCATATGCCCAAGCGTATTAGTGCATTTATAGAATGGTTAACAAACCAGTTTACCTGA	MDTIESMRRFLTVAATGSFSKAAEQLTVPKSAVSSSITKLEAHLKTRLFHRSTRRVTLTDAGKHYLPECQRILSDLTALEGQFQDDAAQLSGDIVVDMPGRLYTSIIAPRLNDWFEQHPKTRIRLMGADHRIDPIKESIDCVIRAGTLEDSDLIARPLGKFAMVNCVSEDYIARYGKPGHLTDLANHFIVGYTPDMRPQVDTFEYYHEGHVHEIAMKSKVSVATTDAYLTSCIEGLGIIQVPLHGVQSQLDSGILVAVLNDYTCAPLPLSVVYTSRRHMPKRISAFIEWLTNQFT				NA	NA	NA	NA	NA
AK237_00751	1731	argS	COG0018	Arginine--tRNA ligase	ATGAACATACATGCTTTATTAGTCAGCCGTTTCAGCGAAGCACTTGAAAAATTAGGTGCTGAAAATGCGCCTGTGCCGGTGGCACGCAGTTCACGACCTGAATTTGGTGAATACCAGTTTAATGGCGCCATGGCGCTGGCAAAACAGCTGAAACAAAAGCCCAGAGATATCGCAGAGAAAATTGTTGAGCTCGTTAATTTAAATGATGTAGCAAGCAAGTTAGAAATCGCAGGACCAGGTTTTATTAACGTTCATTTAAGCGACACCTGGTTAGCAAATCAGTGCGAACTGGCGCTGCACGATCCGCGTATCGGTGTGGCGAAAGACAGCCAGCAAACCATTGTGGTGGACTACTCATCGCCGAATCTGGCCAAAGAAATGCACGTGGGTCACTTGCGTACCACCATTATTGGCGATGCTGTTGTCAAGGTGCTGGAGTTTTTGGGACACAACGTTATTCGCCAAAATCACATGGGTGATTGGGGCACGCAGTTCGGTATGTTGCTCGCCCATTTGTCTGACAAGCTGGAAAGTGAAGTGGCCGAAACGGCGCTGTCTGATCTGGAAGATTTCTACCGTGAAGCGAAAGTACGCTTCGACGAAGAAGAGGGTTTTGCAGACCGAGCCCGTGAGTTTGTGGTTAAGCTACAAGGCGGTGATAAGCAATGTCTCACCTTGTGGAAGCAGTTCATCGATATTTCTATTCAGCACAGTGAAGAGGTTTACGCGAAACTCAATGTTAGTTTAACGCGTGACGATATCATGGGGGAGTCTGCTTATAATGACGATCTTGCCAATGTGGTCAGCGAGCTGAAAGAGAAAGGTATCGTGGTTGAAGACCAGGGCGCTCAGGTGGCTTTCCTGTCAGAATTAGCCGACAAAGAAGGCAAGCCAGCGGTTTACATTGTACAAAAGTCAGGCGGTGGCTATTTGTATTCCACAACTGACCTGGCGGCAATCCGTTATCGTTGTGGAAAGTTACATGCTGATCGTACGTTAATTCTTACCGATGCTCGTCAGGCGTTGCACTTTAAACAAACCGAAATTGTAGCGCGTAAAGCCGGTTTTATCAGCGAATCTCAAACTTACGAGCATTTTCCCTTTGGTATGATGTTGGGCAGTGATGGAAAGCCGTTTAAGACCCGTACTGGCGGTACGGTGAAGCTGGTGGAGTTACTTGACGAAGCGGTTGAGCGGGCTGGAAAACTTATTGCCGGGCGTGACACTGATTTGTCTGACGCCGAACTGGCAGACGTTGCCAATAAAGTCGGGATTGGCGCGGTTAAATATGCCGATCTTAGTAAAAACCGGACCACGGATTATGTGTTCAACTGGGACACTATGTTAAGTTTTGAAGGCAATACCGCGCCTTATCTACAATATGCTTTTACCCGCGTGAAAAGCATATTCCGTAAGTCTGGAATTTCGCCCGCTGACTTGCCCGGCGCTATGTCTTTTACTGAAAAACAAGAACATGCTTTGGCGGTATTATTGCTCCAGTTTGAAGAAGTTATTGGTGCTGTTGCTCGCGAGGCTACGCCGCATGTTTTATGTACATACCTGTACGATGTAGCCAGTGCTTTTATGAGCTTCTATGAAGCGTGCCCAATCTTAAAAGACGGTATTGAAGATAGTGTCAGAAACAGTCGTTTAGAATTGGCAGCGTTAGTCGCTAACACCCTTGAGCAAGGTCTGCACTTATTGGGTATCGAGACACTGGAAAAAATGTAA	MNIHALLVSRFSEALEKLGAENAPVPVARSSRPEFGEYQFNGAMALAKQLKQKPRDIAEKIVELVNLNDVASKLEIAGPGFINVHLSDTWLANQCELALHDPRIGVAKDSQQTIVVDYSSPNLAKEMHVGHLRTTIIGDAVVKVLEFLGHNVIRQNHMGDWGTQFGMLLAHLSDKLESEVAETALSDLEDFYREAKVRFDEEEGFADRAREFVVKLQGGDKQCLTLWKQFIDISIQHSEEVYAKLNVSLTRDDIMGESAYNDDLANVVSELKEKGIVVEDQGAQVAFLSELADKEGKPAVYIVQKSGGGYLYSTTDLAAIRYRCGKLHADRTLILTDARQALHFKQTEIVARKAGFISESQTYEHFPFGMMLGSDGKPFKTRTGGTVKLVELLDEAVERAGKLIAGRDTDLSDAELADVANKVGIGAVKYADLSKNRTTDYVFNWDTMLSFEGNTAPYLQYAFTRVKSIFRKSGISPADLPGAMSFTEKQEHALAVLLLQFEEVIGAVAREATPHVLCTYLYDVASAFMSFYEACPILKDGIEDSVRNSRLELAALVANTLEQGLHLLGIETLEKM				NA	NA	NA	NA	NA
AK237_00752	1584	prfC	COG4108	Peptide chain release factor RF3	ATGAGCAATCTACGTAACGAAATTAGCAAACGCCGCACGTTTGCGATTATTTCTCACCCGGATGCGGGTAAAACCACAATTACTGAAAAAGTGTTGCTTTTTGGACAGGCGCTGCAACGTGCGGGTACTGTAAAAGGCAAGAAGTCCGGTCAGCACGCCAAATCCGACTGGATGGAAATGGAGAAAGAGCGTGGGATCTCGGTAACTACCTCAGTAATGCAGTTTCCGTATCACGATAATCTGGTTAACCTGCTGGATACGCCTGGACACGAAGATTTCTCGGAAGATACTTACCGTACACTGACGGCCGTTGACTCTTGTCTGATGGTCATTGATGCCGCAAAAGGTGTTGAAGACCGAACCCGGAAGTTAATGGAAGTTACGCGACTTCGAGATACGCCTATCATTACCTTTATGAACAAGCTGGACCGTGATATTCGCGATCCGTTAGAACTGCTGGATGAAGTAGAAACAGAGTTAGATATTCTCTGTGCACCGGTAACCTGGCCTATTGGGTGTGGTAAAGAATTTAAAGGCGTTTATCACCTGCATCGCGATGAAGTGATTTTGTACAAATCTGGTCTGGGTCATATGATTCAGGAGGTGCGCATTATCAAAGGTCTGGATAACCCGGAACTTGAAACGGCTATCGGCAGTGGTCTGCTGGAAACATTGAAAGACGAGCTGGAATTAGTGCAGGGCGCATCCAACGAGTTTGATCAGGAACTGTTTCTGGAAGGTGAGCTTACACCGGTATTTTTTGGTACAGCACTGGGTAATTTTGGTGTTGACCATATGCTGGATGGTTTGGTTGAGTGGGCGCCTGCGCCGCAGGGACGCCAGACCGAAGACGGCGAAATCAGCGCGGACGCCCCGGAATTCAGTGGTTTCGTGTTTAAGATCCAGGCGAATATGGATCCCAAACACCGTGACCGCATCGCGTTCTGCCGCATCGTTTCCGGTAAATACGAGAAGGGCATGAAAATGCGTCATTCCCGTATCAACAAAGATGTGCGCATTTCTGATGCACTTACCTTTTTAGCGGGAGACCGTGAATTGCTTGAAGAAGCGTATGCCGGCGATATTATTGGTTTGCATAACCACGGTACCATTCGTATCGGAGATACGTTTACGTCAGGCAGCAATTTCCGTTTTACCGGTATTCCAAACTTTGCGCCAGAACTGTTTAAACGTATCCGTTTGAAAGATCCTTTGAAACAAAAGCAATTGCTGAAAGGGCTTATTCAGCTTTCTGAAGAGGGAGCCGTACAGGTTTTCCGTCCACTTATAAATAACGATCTTATCGTGGGGGCAGTCGGTGTACTGCAGTTCGATGTGGTTGTAGCGCGCCTGAAAGCGGAATATAACGTCGATGCTATTTACGAGCACATCAGTGTGAGCACGGCTCGCTGGGTGTATAGTAAAGATGCCAAGAAGCTGGATGAATTCCGTCGGAAAGCCGAGCAAAATCTAGCCTTGGATGGGGGCGATAACCTGGCGTACATCGCTCCGACCATGGTGAATTTGCAGTTAGCAAAAGAGCGCTATCCCGATATCGAGTTTAAAGAAACCCGCGAACATTAA	MSNLRNEISKRRTFAIISHPDAGKTTITEKVLLFGQALQRAGTVKGKKSGQHAKSDWMEMEKERGISVTTSVMQFPYHDNLVNLLDTPGHEDFSEDTYRTLTAVDSCLMVIDAAKGVEDRTRKLMEVTRLRDTPIITFMNKLDRDIRDPLELLDEVETELDILCAPVTWPIGCGKEFKGVYHLHRDEVILYKSGLGHMIQEVRIIKGLDNPELETAIGSGLLETLKDELELVQGASNEFDQELFLEGELTPVFFGTALGNFGVDHMLDGLVEWAPAPQGRQTEDGEISADAPEFSGFVFKIQANMDPKHRDRIAFCRIVSGKYEKGMKMRHSRINKDVRISDALTFLAGDRELLEEAYAGDIIGLHNHGTIRIGDTFTSGSNFRFTGIPNFAPELFKRIRLKDPLKQKQLLKGLIQLSEEGAVQVFRPLINNDLIVGAVGVLQFDVVVARLKAEYNVDAIYEHISVSTARWVYSKDAKKLDEFRRKAEQNLALDGGDNLAYIAPTMVNLQLAKERYPDIEFKETREH				NA	NA	NA	NA	NA
AK237_00753	2259	bfrD_1	COG4774	putative TonB-dependent receptor BfrD	ATGAAACGAACCATGTCACGCTCGTCACTGTCTCGCAGTGCGCTTGCGCTTACGGTATCAGCTGCGGTGCCCATGACTGGCATTGCTGCCGACTTAGCTGGCCCTTACCAGGCTGCAGATGCTTCTGAAACACAAGGTGAACTTGCAGTTACCAAAGCACAAACCGAAGCAGAGAACAGCTATAAAGTTGACGAATCTTCATCTGTAAAATTAACCCAACCAATTGCAGAGACACCAAGAACAATTAACGTGGTATCCGCTACCATGCTTGAAGATCAAGGTGTTACCAGCTTAAACGATGCGCTTCGTAACGTAGCCGGAGTATCAACGTTCGGCGGAGGTGAAGGTGGCGGTGGCGTCGTTTCAGCCAGCGACAAAGTCAGCATCAGGGGATTTGATGCCCGTTCGAGTATCTACGTGGATGGCATTCGTGACATTGCCGGCTACAGCCGCGATATGTTCAATTACGAACAAGTAGAAGTGATAAAAGGTGCCAGCAGTACTATTGACGGACGCTCTGCTGGTGGTGGTAGTTTGAATTTAAGCACCAAACGAGCTCGCTTAGCCGACTTTTCATCGGTGACAGGTCGTTATGACTCATTCGAAACCGGCCGGGTCACCGCCGATATCAACAAGCAATTGTCTGACAATACTGCCGCCCGCTTCAACCTACTGTATACCGATGGCGGCGATACCTTTGATAACGGCGTTGAAAATTACGAAACTATTGGGCTCGCCGGCTCACTGTTCTATCAGGCATCGGATCAAACCAATGTCACCTTCGATATACTTTCTATGAGTCAGGACAATACGCCTGTAATGGGGTTGCCGTTTTTAACCGAAGCAGCAGCTGAGGCAACAGGTCTGCCTGAGGGCCCCATCGATTCTTCGCGATGGGACAGTTATTACAGTGTACCTGGACGTGACTTTGAAGATGTCGATACAAGAATGTTTACATTGACGGTCAACCATGAAGTTAACGATATGCTGACTATCCGCAGCCAAACCCGGTTGGGAAACAATGAAAAACAATCTGTACTAGGCCGCCCTTGGTGGGGATCTGATGAATTTGCAGGACAGCTTAACGCGCTTCGTACACAATCGCTGGATGAAGAAAACGATCTGTTTGTGACGCAACTCGACGGTATCATTAATTTAACGCAGGGTTCGGTTAAGCACAACATCGTGGTCGGTGCGGAATACGCTAAAGAGGAGCGCACCAGTTATGGTCTCGACAGTAACTATATTTATTTTGTCGATGGTGTTGAAACCGAAACGCCGTATATTGATCCGCTCAATATTGCCAACAATATTACCTTCTCCGGTGACATAGCCCGTAACGGTGATGACACATCAGGCGATGCCAAAACCGTCGCCATTTACGCATTCGATAGCATTAAGCTGAATCCAAACTGGCAAGTCGACATTAATGCCCGTTTAGATGACTTTGATATTTCAGGATCAGCGTGCGGAAGGCGTGATGGCTGTACCGATGGTTTGGATGCCAGCGATACATTTTTCTCTTATGGGGCGGCGGTAAGTTATATGCCATCTGAAAATGGCAGCATTTACTTAAGCTACGGTAATTCAGAACAACCTCCGGGCACCGAGCTTGCGTTGTCGACCACGGGTGAGCAAAATGCGCTGGATCCACAAAGTGCAACCACTTTTGAATTAGGCTCAAAGTGGCAGTTTTTCAACGATACGTTACTCGTAACTGCCGCTATATTTAAAACAACGAAAGATGTTGTCGACTCAGAGCGCGTAACAGATACCGACGGCAATGCTATCACTAATTATTATCTTACTGGTGAGCAAGAATCATCTGGTTTTGAAGTGAGTATGATTGGGCGTTTGACCGATAACCTTTCTATTTCTGCCAATTATGCGAGTTTAGACACCGAGATCACGCAAGACTTTACGGCAGAGTCGGTTGGTAACGGGCTGCAAGGTGCGCCTGATGATACTGCAAACTTATGGATTTCTTACTCAGCAATGGAAGAAAAGCTCAATATTGGTGGTGGTTTATACTACAACTCAGGAGAGACTTTCTGGCGTCAGAACCGTGCTTATTTCACCGTTGATTCCTATACGACCACCTATTTAATGGCGTCTTATCAGGTTAACGATGCACTGAAATTACAGCTGAATGTAGACAATGTCTTTGATGAAGAATACGTTACTGATTATAGTGCAAAGGGTCATTTCAGACCGGGTAACCCGCGAAGTGTAGCCATTTACGCTCGCTATAACTTCTAA	MKRTMSRSSLSRSALALTVSAAVPMTGIAADLAGPYQAADASETQGELAVTKAQTEAENSYKVDESSSVKLTQPIAETPRTINVVSATMLEDQGVTSLNDALRNVAGVSTFGGGEGGGGVVSASDKVSIRGFDARSSIYVDGIRDIAGYSRDMFNYEQVEVIKGASSTIDGRSAGGGSLNLSTKRARLADFSSVTGRYDSFETGRVTADINKQLSDNTAARFNLLYTDGGDTFDNGVENYETIGLAGSLFYQASDQTNVTFDILSMSQDNTPVMGLPFLTEAAAEATGLPEGPIDSSRWDSYYSVPGRDFEDVDTRMFTLTVNHEVNDMLTIRSQTRLGNNEKQSVLGRPWWGSDEFAGQLNALRTQSLDEENDLFVTQLDGIINLTQGSVKHNIVVGAEYAKEERTSYGLDSNYIYFVDGVETETPYIDPLNIANNITFSGDIARNGDDTSGDAKTVAIYAFDSIKLNPNWQVDINARLDDFDISGSACGRRDGCTDGLDASDTFFSYGAAVSYMPSENGSIYLSYGNSEQPPGTELALSTTGEQNALDPQSATTFELGSKWQFFNDTLLVTAAIFKTTKDVVDSERVTDTDGNAITNYYLTGEQESSGFEVSMIGRLTDNLSISANYASLDTEITQDFTAESVGNGLQGAPDDTANLWISYSAMEEKLNIGGGLYYNSGETFWRQNRAYFTVDSYTTTYLMASYQVNDALKLQLNVDNVFDEEYVTDYSAKGHFRPGNPRSVAIYARYNF	PGPT0003875_1017	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_IRON_RESISTANCE	IRON_RESISTANCE-OTHER_IRON_BINDING_PROTEINS,PGPT0003875-fiu|bfrD-K16090	NA	NA
AK237_00754	681		COG3128	PKHD-type hydroxylase	ATGTTAGTCAGAATTGAAGGTTTCTTTTCAAAAGCCCAGGTGGCCGAAGCAAAAGCACTGCTTGAATCGGCAGACTGGATAGATGGAGCCGCGACAGCGGGCCACCTTGCAAAACATGCAAAGCATAACTTACAACTTCCAATCCAATCTCCCATAGCCAAAGAACTCGGCGAATTCATTCTTGCGCGAATAGGCCAATCGCAGGACGTTCTGGCTGCCGCCCTACCGAATAAAATTTTTCCTCCCATGTTTAACTGTTATCAAGGAGGAGGAGAATTTGGCTATCATATCGACAACACAATCCGACGGTCTGGCGATAGCTCGACAACAATCCGGACGGATGTCTCTATGACGCTATTTCTCTCGGAACCTGACGAGTACGACGGCGGAGAGCTGGTTATTCAGGACACATACGGTGAACAACGCGTAAAGTTTGCCGCAGGTGACATGGTACTCTACCCTTCCACAAGCTTACATCGGGTAACACCGGTTACACGAGGGCGACGGCTGGCCTCATTTTTCTGGCTGCAAAGCCTGGTTAGAAGTGACGAGCAAAGACGCATTTTGTTTGACCTGGATAAGAGCATCCAGGCGCTCACTGCACAAAACCCGGATAATCCCGAGTTGGTGAGGTTATCTGGGGTGTATCATAACTTACTGCGGCAGTGGTCAGAAACTTAA	MLVRIEGFFSKAQVAEAKALLESADWIDGAATAGHLAKHAKHNLQLPIQSPIAKELGEFILARIGQSQDVLAAALPNKIFPPMFNCYQGGGEFGYHIDNTIRRSGDSSTTIRTDVSMTLFLSEPDEYDGGELVIQDTYGEQRVKFAAGDMVLYPSTSLHRVTPVTRGRRLASFFWLQSLVRSDEQRRILFDLDKSIQALTAQNPDNPELVRLSGVYHNLLRQWSET				NA	NA	NA	NA	NA
AK237_00755	1116	hmo		4-hydroxymandelate oxidase	GTGACTACTGATAACCACCCACTTTCGGCCATTCCTGGTGATATTGCGTCGTTGTCTGATTATGAAAGAAACGCGCAAGGTAAATTGAGCGAGTCTGCCTGGGCTTATATTTACGGTGGCTCCGCTGATGAACTTACCGTTTCGAGAAATCGCACGGCCTATGATGAGTTAGCATTACTTAATCGGGTGCTTACCGATGTAAGCCGCGGTTCTACCAGTTTGTCACTATTAAATGATGAACTTGCCCACCCCATTATATTAGCCCCCGTTGCTTATCAAAAATTAGCACATCCCCAGGGTGAAGTGGCCTCTGCGATGGCGGCAGAAGCACAAGATGGGGTATTCGTACTAAGCACGCTGGCCAGTTCAACTATTGAAAGTGTGGCGCAGGCAAGCGGGGGAACGAAATGGTTTCAGTTGTATTTTCAGCAAGATCGCGACGCAACGGCATCGCTGGTAAGGCGTGCTGAAGTCGCTGGCTACACGGCTATTGTTGTTACTGTAGATGCGCCTGTTAATGGATTGCGAAACCGGGAGCAGCGTGCCGGCTTTACGTTACCAGCGGGTGTGCAAGCTGTAAATTGTCAGGACAACAAACCACAGGTTGCGCTCAGTGCAGGGCAAAGCGCGGTTTTCCAGGGGCTAATGTCAACTGCTCCCACGTGGGCTGATATCGCGTGGCTTAAAACCCAAACAGCGCTTCCTGTTATGTTAAAAGGTATTGTTAATCCAATTGATGCGCAAAAAGCACTGGATGCGGGTGTTGATGGTTTGGTGGTGTCCAACCACGGCGGTCGAACCCTTGATACCCTTCCCGCGCCAATAGAGGTGTTGCCACAGATAAGAAGCCTGGTGGGGGAACATTATCCCATTATTGTAGACAGTGGAATTCGACGTGGCACTGATATATTCAAAGCCATAGCGCTTGGTGCAAATGCGGTAATGATAGGCCGCCCAGTTTTTTATGCGCTGGCCACTGCCGGAGCCATGGGGGTAGCGCATACCATTCGATTATTGCGCGATGAGTTAGAGCTCACCATGGCCCTCTGCGGTTGTGCTACATTAAATGAAATCACATCAGCAAGTTTATTTCATCGTCAACCGGCAGGCTATTAA	MTTDNHPLSAIPGDIASLSDYERNAQGKLSESAWAYIYGGSADELTVSRNRTAYDELALLNRVLTDVSRGSTSLSLLNDELAHPIILAPVAYQKLAHPQGEVASAMAAEAQDGVFVLSTLASSTIESVAQASGGTKWFQLYFQQDRDATASLVRRAEVAGYTAIVVTVDAPVNGLRNREQRAGFTLPAGVQAVNCQDNKPQVALSAGQSAVFQGLMSTAPTWADIAWLKTQTALPVMLKGIVNPIDAQKALDAGVDGLVVSNHGGRTLDTLPAPIEVLPQIRSLVGEHYPIIVDSGIRRGTDIFKAIALGANAVMIGRPVFYALATAGAMGVAHTIRLLRDELELTMALCGCATLNEITSASLFHRQPAGY	PGPT0011050_174	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BACTERICIDAL_COMPOUNDS|ANTIBIOTICS	BACTERICIDAL-NOCARDICIN_A-D_METABOLISM,PGPT0011050-nocN|hmo-K16422	NA	NA
AK237_00756	174			hypothetical protein	ATGGATGATAGTAATAAAAAAACCTCCGAACACGAGCGGGAAATTACGCTGGAAGAAGAGGATTTTCGTCATGACGAAGAAGAGTTTGATTCAGTCGCGGGTGAAGAGGATCCGGGCGCTGCATTAGAAGAGCTAGTGGAATACGATAAATCTTCGCCTATAAAGAGAAAGTAG	MDDSNKKTSEHEREITLEEEDFRHDEEEFDSVAGEEDPGAALEELVEYDKSSPIKRK				NA	NA	NA	NA	NA
AK237_00757	441	rimI	COG0456	[Ribosomal protein S18]-alanine N-acetyltransferase	ATGTTACAGCCACTTTCTGAACCCTTAGTCGCTGATGCCCACGCTATTCATAAGCAGGCTTCCTATAATCCTTGGTCTTTATCCACGTTTGCTGACTGCCTCACACCACCGTACGCAGGTTTGGCTGCACTGAATAGTGAACAAAAGCTGACCGGTTATGCGGTGATATTGCTGGTTGCCGGCGAAGCTACGTTGATGGATATTGCCGTAGCCGTTTCCGAACGGGGACAAGGAACGGGGAAACTGTTGCTTGATGGCGTGATTGCATGGTGCAAACAACACCAGGCAGAGTCGCTTTGGCTTGAGGTGCGGGCAAGCAATCAACGGGCAATTTTACTGTACGAAAAAGCGGGGTTTGAAGATATTGAAGTACGTAAAAATTACTACCCTTGTGATACAGGCAAAGAAGACGCGCGGATAATGCGTAAATGGCTGGATTAA	MLQPLSEPLVADAHAIHKQASYNPWSLSTFADCLTPPYAGLAALNSEQKLTGYAVILLVAGEATLMDIAVAVSERGQGTGKLLLDGVIAWCKQHQAESLWLEVRASNQRAILLYEKAGFEDIEVRKNYYPCDTGKEDARIMRKWLD				NA	NA	NA	NA	NA
AK237_00758	510			hypothetical protein	ATGTCCTCCGGTTTAAACGCGTATCAGGTTGCAGTGCTCCAGGAAATGGGAATTTGCGTTTGGCAAACTCAATCCTCAATGCAGCAAGCCGAAGCGAAAAAGCGTGATAGTGTTGATGGCGAAAACCTTACAGAGGTATCACAAGCAACGGCATCATCATCTCCTGCACACGCTAACCCGGCTAATAGTCAGGCACGTATTGCGCAACTGCGTTCTATGTTGGGCAACAAGCCTGAAAAGAAGATACCTGAACCGGTTATGCCACAAGATAATGCGGAACAAACAGTAAAGCCACCTGTAACTGAACCCATTGACCCCCGCAGTTTCGGTCCTGCCGGACAGGATATTATGCAGGCTCTATCCATGTTTCATGATGTAAAATCTGTCCGCTGGCACTACGGCTCAGCACTGTCTTTTGAAAACAATATTCTTACGTTACCTTATAAAACTGCGCCATCAGACGCTGCTGAAAAACGGCGCTTGTGGCAGGTAATTTGTGCCGGTAAGTAA	MSSGLNAYQVAVLQEMGICVWQTQSSMQQAEAKKRDSVDGENLTEVSQATASSSPAHANPANSQARIAQLRSMLGNKPEKKIPEPVMPQDNAEQTVKPPVTEPIDPRSFGPAGQDIMQALSMFHDVKSVRWHYGSALSFENNILTLPYKTAPSDAAEKRRLWQVICAGK				NA	NA	NA	NA	NA
AK237_00760	828	thiK		Thiamine kinase	ATGACGCCCACGTCTATCATTGAGGCATTAACCGCGCCGCTCTCTTTAACGCCCAATGCGCGTTGTGAACGGTGGGGGGGAGGCGACGTGAACAGTGTATTTGTATTACGCGACGGTGAGCGTCATTTTGCTGTGAAGTGGTCTGCCCGGGGCGCGTTTTCGGGCGTAAACAAACAAGCGCAATTTGCCTTGCAAGCAACGTTGTCGGCTAAATCCATCGCCCCCAAGCCCGTTTTTCTCAGTAAGGACGAACACCTGTGGGTTGAAACGTGGGAAGGGGAGAGTGATAGTTCACATCAACGTAGTCGCACAGATGCCGTTGACAGACTTGCTTCTGCGTTAGCCGTCATTCACTCAACATCAGTTAACGCTGCACCTTTACATATTGCAAAGCGGATGGCTTTTTATATAAATCAAGCCAGGCTAGCCGCTGATCATCCGTTAACGAAGGAGGCAAATCAGCTTATCAGGACGCTTAACCTTGATGTGGCTGCAAACAAAAACTGGGTGCTTTGTCATAACGACTTGTCTTTGCCTCATATTGTTTCATTCTCCCATCGGCCGATGATAGTCGATTGGGAGTACGCGGCTATGGGCGATCGCTATTTTGATGTCGCCTCCTGTGCGCACATTAACCAGCTATCCGATACCGACATGAATGCTTTATTTATTGGTTATGCAAAAGCGATTAACCACAGTGAAGAGGAAGTGATCAGGCGATGCCATCAACAAATGCTTGTGGTTAAGGTGACTTCCGCGCTGTGGTACGAAGCATTGGCAAAGGAGCAGAGTGACGACGATCCCCAAAAATATGGGGTTGCGCAGTGA	MTPTSIIEALTAPLSLTPNARCERWGGGDVNSVFVLRDGERHFAVKWSARGAFSGVNKQAQFALQATLSAKSIAPKPVFLSKDEHLWVETWEGESDSSHQRSRTDAVDRLASALAVIHSTSVNAAPLHIAKRMAFYINQARLAADHPLTKEANQLIRTLNLDVAANKNWVLCHNDLSLPHIVSFSHRPMIVDWEYAAMGDRYFDVASCAHINQLSDTDMNALFIGYAKAINHSEEEVIRRCHQQMLVVKVTSALWYEALAKEQSDDDPQKYGVAQ				NA	NA	NA	NA	NA
AK237_00761	621			hypothetical protein	ATGACTAATTTTATTCAGCACTTCTTTTCGCAAATCGCCGCAACGTCGTTCGCTGAGTGGGTGGCAGTGATATTGGCGCTGGCCTATGTTTGGCTGGCAGCCAAACAAAACCGTTGGTGTTGGTTGTGTGCCTTTATCAGTACCGCTATTTACACATGGCTGTTCTGGCAAGTTACATTGCCGTTTCAAGCGGTACTTAACTTGTATTATATGGTGATGGCGGGATATGGCTATTATCAGTGGAACAAGCAAGCTACCGGCGATGACAGGGTGCTCTCGTGGCCTTGGTATCTGCATGTTATGTTAGTTCCCGGATTACTTATTATCGCCTGGGGATTATCGCTGTGGGCGCAAGGCCAGTTTAATAGTGAGCATTTATTATTAGATGCCAGTATCCAGGTTGTCTCTGTTGTTACCACGCTTATGGTTGCGCATAAGGTACTACAGAACTGGCTGTACTGGATTGTCATTAATCTCGCGTCTGCGTATTTATATGCCCAAAGTGGTTTAATGCTGTCGGCGTGCTTATTCTTAGGCTATGTGGGGTTTGCCGTATTCGGATATGCGCAATGGCTTAAACAGTGGAAATTGCAGGAACATGACGCCCACGTCTATCATTGA	MTNFIQHFFSQIAATSFAEWVAVILALAYVWLAAKQNRWCWLCAFISTAIYTWLFWQVTLPFQAVLNLYYMVMAGYGYYQWNKQATGDDRVLSWPWYLHVMLVPGLLIIAWGLSLWAQGQFNSEHLLLDASIQVVSVVTTLMVAHKVLQNWLYWIVINLASAYLYAQSGLMLSACLFLGYVGFAVFGYAQWLKQWKLQEHDAHVYH				NA	NA	NA	NA	NA
AK237_00762	270			hypothetical protein	ATGCAAGTTATGGTTGAGCTATCGCTATATCCCCTCGTAAATGAGTACATTCCACCTATTCAACAGTTTATTGACCGTTTGAATAGTTATGATGATTTAACTGTAACAACGTGTTCAACCAGCACACAAGTTACCGGAGATTACGGAGTCGTCATGGATATACTGGGTAAGGAAATGCAGCGCACCCATGAAGAAGTCGGACAAGCCATTTTCGTGGCGAAGTTCTTGAACTTCGACGTGATGCAGGCGAGAAAGGCCAAGGATGACTAA	MQVMVELSLYPLVNEYIPPIQQFIDRLNSYDDLTVTTCSTSTQVTGDYGVVMDILGKEMQRTHEEVGQAIFVAKFLNFDVMQARKAKDD				NA	NA	NA	NA	NA
AK237_00763	2055	fyuA_1	COG1629	Pesticin receptor	ATGAAAAAAAACGCAATTCTTCTCGCACTTCTCGCGTTACCCGCATTTGCTGATGATACAACCAATATTGAACGCATTACCGTTACGGGCGACTTTCGTGCAGCTACGCTAGACCAACTCAGTGGCAGCGCGTCGGTATTAAGCGAAGGACGTCTGGACAGTCGTCAGGCTTCTCACCTTGAAAATGTTCTTAATATTGCGCCCAATGTCAATGTTGCGTCCGGTGCTTCCCGCGGACGTTTCATTCAAATTCGTGGCATTGGGGAACGTAGTCAATTCGCCGAACCAATTAATCCATCGGTAAGCTTTCTGGTTGATGATTTTGATTTTTCAGGCTTGGCTGCAGCCGGTGTTCTCTTTGACACGCAACAGGTAGAAGTTTATCGAGGTCCGCAAGCGACGGTGTTTGGTACCGGCGCACTGGCTGGCGCTGTGAAGATTGTCAGTAATACGCCCGGTGATGCTGCTGACAGTCACCTGGAGTTTACTTTGGGCAATACATCGCTGTTTCGGGTTGAAGGCGCTCATGGGGGAGAAGTGGGTGATAACTTCAGCTATCGGGCTGCATTTGTGCACAACACGAGTGACGGATTTATTGAAAACGACTATCTAGGCGTTGATGACACCAATGACATTAATGAAGATGCGGCACGATTAGGTGCGCGTTGGATGGTGTCCGACGCGACGACACTTAATGTGGATCTTCGTTGGTACGACATTAATAATGGTTACGATGCATTCTCGCTGGATAACAATCGACATACATTATCAGACGAGCCAGGCTTTGATTCGCAGGAAACCAAAGCAGTAAGCGCACATTTATTCCATGACACCCAGGCCGGTATGCTCGAATTAATCGGGACATGGGCTGATCACGACATCGCCTATGGTTTTGATGAAGATTGGACCTATACCGGTTTTCATCCGTGGGCCTATACCTCTTTTGACGCCTATTTTCGTGATGTCAGCCAACAATCTGGTGAAATACGCTTTACCTCTGCAGACGATAAAAAAATATTTAATCAGTCAACTACATGGGTAATCGGAGCGCGGGTCAATACAACTGACCAGGAGTTACTGCGCCAATACACCTATGCCGAAGGTGATTTTACAAGCCAATTTGAGCCCACCACCACCGCGGTCTATGGACAACTCGATTCGCAATTAACAGACAATATATTGCTGACCAGTGCATTGCGGGTTGAAAACTACGCCTACGATTATGCGGACAATGCTGCAGTGGTGTTCGATGATGACACCACGATGGTGGGGGGCAAAATAGCGCTGACATATGACTGGGACGGTGACTTTGTCTATGCCAGTATTTCAAGAGGCTACAAAGGGGCAGGGGTGAACTACGATGAACAGGTTAGTGAATCCCGCCGCTTCTTCGATGCAGAATATAACTGGAACTATGAAGTGGGTTATAAGGGTAAGCTATGGTCACCGGCCCTCACTGCACGCGCGGCAGTTTTCTTCATGGACAGGGAAAATACCCAAATAAACGACTTCGATGTCCAGCCACGAGAAGACGGTTCAGCTGCATTTATTGACATAATTGCGAATGCCGATGTGGGTACGAATAAAGGGGCAGAGGTAGAGCTCGCATGGCAAGCCACACAATCATGGTCGTTACAAGGGAGTGTGGGTTATTTAAGTGCTACGTTTGAAGGTTATGAAACGGCTGATGGCGCCTACGTAGACAAGCAGCGACAAGCACAATCGCCGAAGTTTACTGCCAATGTGTTCAGTGAACTTTGGTTGACCGATACGTGGGTATGGCGGGTTGATATGGATTTTAAAGACGAATACCGTTTCTCAGATGGGCATGACGAGACTTCACCAGCCACGACGTTATTCAATACGGATGTTACGTGGGTTAAAGGTGCACTACGTACTACCTTTTGGGTAAGAAACATGTTCGACAAAACCTATTATACCCGTGGTTTTGGTGGTTTTAGTAATGATCCCCGGGATGAATTCGCTTTTGCTGAACCGTACTATCAATTGGGTGACGGAAGACAATTTGGCGTTACCACTCGTTTTCAATTTTAA	MKKNAILLALLALPAFADDTTNIERITVTGDFRAATLDQLSGSASVLSEGRLDSRQASHLENVLNIAPNVNVASGASRGRFIQIRGIGERSQFAEPINPSVSFLVDDFDFSGLAAAGVLFDTQQVEVYRGPQATVFGTGALAGAVKIVSNTPGDAADSHLEFTLGNTSLFRVEGAHGGEVGDNFSYRAAFVHNTSDGFIENDYLGVDDTNDINEDAARLGARWMVSDATTLNVDLRWYDINNGYDAFSLDNNRHTLSDEPGFDSQETKAVSAHLFHDTQAGMLELIGTWADHDIAYGFDEDWTYTGFHPWAYTSFDAYFRDVSQQSGEIRFTSADDKKIFNQSTTWVIGARVNTTDQELLRQYTYAEGDFTSQFEPTTTAVYGQLDSQLTDNILLTSALRVENYAYDYADNAAVVFDDDTTMVGGKIALTYDWDGDFVYASISRGYKGAGVNYDEQVSESRRFFDAEYNWNYEVGYKGKLWSPALTARAAVFFMDRENTQINDFDVQPREDGSAAFIDIIANADVGTNKGAEVELAWQATQSWSLQGSVGYLSATFEGYETADGAYVDKQRQAQSPKFTANVFSELWLTDTWVWRVDMDFKDEYRFSDGHDETSPATTLFNTDVTWVKGALRTTFWVRNMFDKTYYTRGFGGFSNDPRDEFAFAEPYYQLGDGRQFGVTTRFQF	PGPT0003790_25816	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0003790-hutA|fatA|fct|foxR-K02014	NA	NA
AK237_00765	666			hypothetical protein	ATGAAATTTAGCATCAAAGCTGCAGCCCTGCTAACCACATTCTGTGCTGCGTTTACAGCGAACGCAAATATTATCAATAGCTATGATATCGATTTTTCTGCACAAACGTTAGCTGCGCATCAGCAAAACGGTGGTAACTACAATACGTGGAACACAAAAGGAAGTGTACTCAATCTGCGCGAAAATGCGTGGTTTACGTTAAATCTGGAAGATGCATTTGGTATCAAAAGCTTAGATTTGGATAACGCAAATACAGATATCCAGCTCTCTTTCGATTTTCGTATGACGCCGGGTGCGAATAATCAGAATCAAAACGTGCATTCAGAAATCGCAGGTATCTGGTTAGCTGATTTCTCAAACGGTGAGCAGAACTTTGATGCAAACCGCACATTTAGTTTAGGCGGCACGCAGGATTTTGGCCTGGATGATTTTACTTATACCAACACACCACGTTGGGAGTCTTTCACGATTACCCTGGATGACTATTTGTCTGGTTTGATTACCGACATCGTCTTTATCAACGATTGTGATGCAGGTAGTGGTTGTGGAGATATGAAAGTTCGATTCCGTAATGCTTCTATTTCAGAAGTCAGTGAACCTACCGCCATGTCACTGATCCTTCTCGGAATAGGGTTCATGGGATGGCGCGCTAGACGCCAGAAATAG	MKFSIKAAALLTTFCAAFTANANIINSYDIDFSAQTLAAHQQNGGNYNTWNTKGSVLNLRENAWFTLNLEDAFGIKSLDLDNANTDIQLSFDFRMTPGANNQNQNVHSEIAGIWLADFSNGEQNFDANRTFSLGGTQDFGLDDFTYTNTPRWESFTITLDDYLSGLITDIVFINDCDAGSGCGDMKVRFRNASISEVSEPTAMSLILLGIGFMGWRARRQK				NA	NA	NA	NA	NA
AK237_00767	1782			hypothetical protein	GTGCAGTATCAAGGTTTATTCTGGTCAGCCATTATTCGTGCATTATTAAGTTTGAGAAGGGACATTGGACTGAGCAGCGAACGGGATGGCACTTTTTTGGAAAGTGTCGCGCAAATTGAAGAAGGCAAGCTTGACGACGACACACTCGCGTCTATTCTTCAAACACTCTGCCCCACAAAAGAATTCGACACCTTTGGTCGTTCACTCATTGGCTATCTTGATTTCAATAAAATGAGTAATCTGGTTGTTTATCTCACGGCGAGTAAACACATCGACGATGCGCTACATGTGTTAGGAAAGCACTATCAACACATTCTTGGCGCACAAGCAGCCTTCTCCGTAAAATCTAATGGTCTGGATACTACCTTGCAATTTGACGCAGGCAAGCAGAGTATTCTCACTGAGTTTCGCAGCTATTTTCTACTCGCGCTGTTCCGCCATTTGGCGGGAAGGAAATTTGACTTTATTTCGGTAAGCCTGCCGGCATTTCACGCTCATCCCACTTCGTTAATGACCTCATTAAGCAGCAGTGATATTCAGTATACGCAAGGTCCGGTCAGATTAACGTTTTCAAATGAATGGTGCGAACAAACATCATTTTATTATTCTCTGTCGATCAAAAAGATGCTCGGCGGAGCACTGGAAGAAAAAAGTGACTTGCCGTTAAAGCAACAAGTTCGTGATGCCTTTCAAAAAGCCGCGAGTCCGGCGCGTATCCGATCTGAATGGGTAGCGTCACAATTAGGACAAACAGAATCCGCATTTCGTCGGCAACTACGGCAAGAAGGCATCGCCTTTAGCGCACTATTAAAAGAATATATCCACGACCAATCCTGCAACCTGTTGCTAAGCGGTGAAAAAACGGATGACACTGCCGCTCAGTTAGGCTTTTCAGACCGACGCTCTTTCGAACGAAGTTTTAAAGAACATGCCGGTATCAGCGCCGGTCAGTTAAGGCAACTCGGCAATCGTCTGCGCTTTCAAAAAGGCAACGGAAACTTGCTTGATGTGGTTGAAAACCTGCCGCCCTTACCCAACTCTATTCAAGCGCTACTTAACATGGATAGTGCGTCGATGACATTACCCGATGTGGTATCGTTAATTGAAAGAGATCCGATTTTCCAAGCTCATATCATGAGCAAAGCAAGTCGTGCAGTTTATGGGAATTCTCCGAAAAATCTGGAACAAGCTATCGGCAGAAACCTCGGCCTTAGCAATATCAGACATCTCGCCGTCATGTTTGCTGCGCAACAGTTGCTAACATCGCAATGTCGCTTTGCCCACGTTAACTTACTCACTGACGCCATGCTACTGAGCCTCACGTTGTTTCAGCGATTATTCGGTTTCCAAAAGCTTGAAGAAGATCAGGCTGAACAAGTCAAACAACTACTGCTATTTGGCACCTTGTCATTATTCCTCGTGTTTCACGAAGAATGCCTGTTTGCCGATGGTGCAATAACGCAGTGGGACGAATCAGAGGGTTTCAGCACATTCCAGGAGAATATTAAGGCGGAGTATGGCGTTTGCATATACGGTGCTACCTCCCTGATGCTATTGCGATGGGGCTTTACCAGTGAAGTAAATCAGCAATTATGGAAGCTATGCGGCAACGATGATTTGACACCAACTGACAGCGTTGCGGGACAAATTCAACTTTGTCACGACGTCGCCTTTAACGCGTTAACGCATGAACACACAGCCGAGTCACATTCGGAATTATCCGAAGACCAGTTACACGTGCTCACTGACGTTATTAATAAATGGAAGTTATCAGCTGCGTAA	MQYQGLFWSAIIRALLSLRRDIGLSSERDGTFLESVAQIEEGKLDDDTLASILQTLCPTKEFDTFGRSLIGYLDFNKMSNLVVYLTASKHIDDALHVLGKHYQHILGAQAAFSVKSNGLDTTLQFDAGKQSILTEFRSYFLLALFRHLAGRKFDFISVSLPAFHAHPTSLMTSLSSSDIQYTQGPVRLTFSNEWCEQTSFYYSLSIKKMLGGALEEKSDLPLKQQVRDAFQKAASPARIRSEWVASQLGQTESAFRRQLRQEGIAFSALLKEYIHDQSCNLLLSGEKTDDTAAQLGFSDRRSFERSFKEHAGISAGQLRQLGNRLRFQKGNGNLLDVVENLPPLPNSIQALLNMDSASMTLPDVVSLIERDPIFQAHIMSKASRAVYGNSPKNLEQAIGRNLGLSNIRHLAVMFAAQQLLTSQCRFAHVNLLTDAMLLSLTLFQRLFGFQKLEEDQAEQVKQLLLFGTLSLFLVFHEECLFADGAITQWDESEGFSTFQENIKAEYGVCIYGATSLMLLRWGFTSEVNQQLWKLCGNDDLTPTDSVAGQIQLCHDVAFNALTHEHTAESHSELSEDQLHVLTDVINKWKLSAA				NA	NA	NA	NA	NA
AK237_00768	420			hypothetical protein	ATGCGCTTTTTGTCCCGCCGATTGGTAATGCCCAATGATCTCAATTACGCCAACGCTCTGTTTGGCGGCAGGGCTATGGAATGGATTGACGAAGAGGCGGCAATATTTGCTATCTGTCAGTTAGAAACAAATTGTTTGGTGACCAAGCATATTGGCGAAATTACATTTGAGTCGCCTGCGCTTCAGGGGGACATTGTGGAGTTTGGGCTAGAGACTAAATCTGTCGGCCGAACTTCCATTACCGTCACTTGCCTGGTTAGAAACAAAGCAACCAAGAAAACAATATGTTTGGCAGATGACATTGTATTTGTGACGTTAGATCCCACTACGCGCACGCCTACGCCCCATGGTAAGACGCTGGAAGTATTAAAAGCGCAAACCGAAGCGGAAGTACGTAGTTTAAACCTTTCTGTGGATTAA	MRFLSRRLVMPNDLNYANALFGGRAMEWIDEEAAIFAICQLETNCLVTKHIGEITFESPALQGDIVEFGLETKSVGRTSITVTCLVRNKATKKTICLADDIVFVTLDPTTRTPTPHGKTLEVLKAQTEAEVRSLNLSVD				NA	NA	NA	NA	NA
AK237_00769	1986	tmcA	COG1444	tRNA(Met) cytidine acetyltransferase TmcA	ATGGCTCTGACTACTGTAGCAGACTGGATTGACGAACCGCTTAACGACGATATGCATCGTTACAATCGCCAATGTTTAGTGATAAATGGCGATAAAGACTGGAGCATCGCTCAAGCGAGCACTTTATTGAACAAATTGTGCGAGACCAAGCAATGCTGCTATATCGGTGACGAGCCATCTTTGATTGCAAAACAGTCACTCACGTCTCTACCCCACCAATTTTATCGCAAATTACTGGGCGTCGAAATGGATGTTGTCGTCATCGATTTGCATGTCAGCTTTCGACCCAGTGCTATTGCTGCCGTTGCGGGCACTATAAAAGCAGGAGGAACGTTAGTATTGCTCTGTCCCGACATTAACCAATGGCCGGTGCACAACAGTGTTACTACTCCGTATTTCTTGTCTTACGGAGAAACGTTAAGTCACAGCGCCTATATCACTTTTTTTTCTTCATTACTCAAAAGCTCCCCATCATTTGGCTTTATTGATTGCAAAACGGCGTATCTACCTGCTCGCGCCCCTTCTGTGGCTGTCGACCTGACAAGTAATTTTACCTTAACGCCAGAGCAACATGCGATATTTACGCAGCTGACAGATGATGCTGTTGGCTTACCCTCTACGGTATGTATTCAAGCGCCGCGGGGAAGAGGAAAATCGACTGTTGTGGGTGCCGTTGCTGCCACGTGGTTAAAACGAGGAAAGCGCATTGCACTTACCGCTCCCTCTGCTGAGGCAGTAATCTCATTACAACGGGCCAAGGAACATTACGGGGTGAGCAACTCGCTAGACTGGCTCGCATTAGATAATCCAAAATTATCCGAAACGGCTTACGACTTACTTATTATCGAGGAAGCTGCTTCGGTTCCTCTGCCCCTGTTGAAACGACTGATTGCCACACATGATTTTGTCATACTTAGCACGACAACAGAGGGTTACGAAGGCAGCGGTCAGGGCTTTAGAACGAAGTTAATTGAGCCTGAGCAGATCCCGCTATACTCACTGGCAGAGCCTTTGCGGTGGTTACCACGTGACCCTTTAGAAAGCTTCGTCGACGCCTTTGTCTTTAGACATCGGGAGGTAAGGAAACCCGCTTCGGTGCATCGGGAAAAGATTTTTCATGATGTTACGCATTTTTCTGCACTCTCGTACTTGCAGTTACAGCAAATTATCGCGCTTTTAGTCGACGCCCACTACCAGACTACCCCCGACGATATTTATCGGCTCATCGATTCACCTAACAATATGCTACATCTCCTAACCCATGAACAAAACATCGTTGCCGCGGCAGTTATTGAGAAAGAAGGCGGCGTACCGCTTCAGATAATTGCAGACGATATAGCGTCAGGCAAAAGACGGGTAAAAGGACATTTGACAGCGCAAAGCTTAGCGCTACTAAGCGGAGATGCTACGATACTCAAGCAGCCCTTTGTTCGCATAAATCGCATAGCGACCGAGCCCGCACTTCAACGCACGGGGCTTGGTACGACACTACTTAACGCAATAGTTCATCACTACCGGCACAGTCCGTTCGGCCTAATGACAGCATCATTTGGTGCTGATAAAAAGCTACTGAAATTCTGGAACAAAAATCAATTTTCCCTAATAAAAAGAGGCAATAAACCGGACAAAGCGTCTGGCTTGATAAGCGCCTTAGTTGTCTACCCGCTTAACAGCGACTATCAGCATCGAATAAACACCCTATACCAATTAGAACACAATTTCAGTTTACCTGTTTACGACGATGCCCACATCAATCGACTACGTCAATTTGCCGAAGGAACACGAAGCATCGATCATCTCTACTCATCGATGGCGTGGATGACCAGTCGTATAGCAAACCCGAAGTTTCAGACTGTATTTAAAGCCGTGGTAAACGGAGCACCATTAGTCGATATTGCCAGAGAGCATGACTTTGAAGGGAAAAAAGCGTTGGTTCAGGCTATGCGAGAAGCTGTTGCTAAGCATCTGGATAAGATACATATATAA	MALTTVADWIDEPLNDDMHRYNRQCLVINGDKDWSIAQASTLLNKLCETKQCCYIGDEPSLIAKQSLTSLPHQFYRKLLGVEMDVVVIDLHVSFRPSAIAAVAGTIKAGGTLVLLCPDINQWPVHNSVTTPYFLSYGETLSHSAYITFFSSLLKSSPSFGFIDCKTAYLPARAPSVAVDLTSNFTLTPEQHAIFTQLTDDAVGLPSTVCIQAPRGRGKSTVVGAVAATWLKRGKRIALTAPSAEAVISLQRAKEHYGVSNSLDWLALDNPKLSETAYDLLIIEEAASVPLPLLKRLIATHDFVILSTTTEGYEGSGQGFRTKLIEPEQIPLYSLAEPLRWLPRDPLESFVDAFVFRHREVRKPASVHREKIFHDVTHFSALSYLQLQQIIALLVDAHYQTTPDDIYRLIDSPNNMLHLLTHEQNIVAAAVIEKEGGVPLQIIADDIASGKRRVKGHLTAQSLALLSGDATILKQPFVRINRIATEPALQRTGLGTTLLNAIVHHYRHSPFGLMTASFGADKKLLKFWNKNQFSLIKRGNKPDKASGLISALVVYPLNSDYQHRINTLYQLEHNFSLPVYDDAHINRLRQFAEGTRSIDHLYSSMAWMTSRIANPKFQTVFKAVVNGAPLVDIAREHDFEGKKALVQAMREAVAKHLDKIHI				NA	NA	NA	NA	NA
AK237_00770	1314	bepA_2		Beta-barrel assembly-enhancing protease	ATGAAACTACGTACATTTAAAATGTCCGCCGTTGCTTTAGTCATGGGTATTGGTGCTGCTGTAGCAGCGCCAATGGCCGCAGCGCAGGAATCCGCACCAGCGGCCAAGCCTGCAGCGGCGAAGCCTAGCGGCCCCGTGATTTGTCCTGGCTATGTTAAGGGTAAAACAACCCTTGTAGGCGAACGTACAGGTAAGAAAGTACAAGCAGCTTTTGAAGCGTATAACGAAGATCGTGTTCAAGAAGCGATAACTATTCTTAAAGAAGTTGATCCGAGTGACGACTTTGATAAGGCATATGTAAATCGTTTCCTGGGTAACTTGATTGCATCTCAGGAAGGTAAGGGAATGGAAGCATTCGGTTACCTTAAGTCGGCAGTAGAGAAAAAAGTACTGAACGACCTTGAACATGCAGGTACGTTGAAGTTACTGGGCGATTTGAGCATGCAGGAGCAGAAGTATTCAGACGCTGTAAGTTATTACGATCAGTGGATGGACTTCACCTGTAAAGAAGATGCTCAGGTTTACACACGTAAAGCACAAGCGTTGTACGAACAAAAGAAATTCGATCAAGTTGCTGAAAGCGCTGATGCTGCCATCAAATTGAATAGTGAAGCGGGTAAACCAGACAAAAACCCTTATTTGTTGAAACTTTCTGCATTCTTTGAAAGCAAAAAGTATCCCGAAACAGTAAGCGTAGCTGAAACTCTGGTTAACATGTTCCCGGATAACCCTTCTTATTGGGTTCAACTGGGCAGCTTCTACATGATGGTTGAGCGTTTCGATAAGGCCGTTCAAACACTTGATGTTGCTTATACTGCAGGCTTTTTGTCGAAAGACTCGCACATTAAGCAGTTAGCGTCATTGTATGCTAACGCAGGTAATCCTCATAAGGCGGCTGAACTATTGTCAAAATATGTTGATAGTGGTTTGCTGAAGAAAGATGCAGAGATGTATGCAAACATCGCTAACTCTTACCACCAAGCGAAGGATTACAAAGACGCTGCTAAATTCTATGGCCGCGCGGCAGCAGTAGATAGCGACCCTGAGTACTACCGCAAGCAAGGCACATTGTTGCTTGTTGCGGAAGATTACAAAGGTGCAATCTCTGCGTTGAACAAAGCCTTAGAGCGAGGCGCTGAGGACCCAGCGAAGATTCACTTCTCTTTAATGGAAGCGAACTTCTACAATGGCGACTTCAAAGCGGCTTACGAGCACGTTCAAATTGCTAAGAAAGATAAATCACTGCGTAGAAACGCAATGGCGTGGGAACCTTATATCAAAGATAAGGCCAAAAACCGCAACATTAAGATTTAG	MKLRTFKMSAVALVMGIGAAVAAPMAAAQESAPAAKPAAAKPSGPVICPGYVKGKTTLVGERTGKKVQAAFEAYNEDRVQEAITILKEVDPSDDFDKAYVNRFLGNLIASQEGKGMEAFGYLKSAVEKKVLNDLEHAGTLKLLGDLSMQEQKYSDAVSYYDQWMDFTCKEDAQVYTRKAQALYEQKKFDQVAESADAAIKLNSEAGKPDKNPYLLKLSAFFESKKYPETVSVAETLVNMFPDNPSYWVQLGSFYMMVERFDKAVQTLDVAYTAGFLSKDSHIKQLASLYANAGNPHKAAELLSKYVDSGLLKKDAEMYANIANSYHQAKDYKDAAKFYGRAAAVDSDPEYYRKQGTLLLVAEDYKGAISALNKALERGAEDPAKIHFSLMEANFYNGDFKAAYEHVQIAKKDKSLRRNAMAWEPYIKDKAKNRNIKI				NA	NA	NA	NA	NA
AK237_00771	612			hypothetical protein	ATGGTAAGGATAATTGTTTCTATAATTTTAGGTGCACTTGTAGCATTTGGTCTGTTCGTTGTGATGGCAAAGCTCATTGAGAACTCAGCCAGACCCGCAGACGAAGTGCCTGAGGCACCCGTTATTGACATTGTTATGCAGGAACCGGACGACGAGACGCAAACGCGTCAGCGCAAACCGCCTCCGCCTCCGCCACCACCGCAACAGCCTCCTAAGGTTCAACCTGTTGAGCCTGAAGCGGCAGAGCCTAACAACGATGGTTTCAGCCTGGCAATTCCAGCTGTTGACACCGGCGGTGTAGGTGTAGATATCGGCGGTGTGGGTGCGATGCAACGTGATGGTGACGCTACGCCTATCGTTCGTATCGATCCGAAATATCCACCTGATGCAGCCCGTGATGGCCGTGAAGGTTGGGTAAAACTGCAGTTTACAATCAATGAGCAAGGTGGTGTTGATGATATTGAAGTCATTGATGCAGATCCTAAACGTATTTTCGACCGTGAAGCGCGTCGTGCACTGAGCAAATGGAAATACAAGCCTAAGATTGTTGACGGTAAAGCTGTTAAGCAGCCTGGCATGTTTGTTCAATTGGACTTTAAACTGGAGCAATGA	MVRIIVSIILGALVAFGLFVVMAKLIENSARPADEVPEAPVIDIVMQEPDDETQTRQRKPPPPPPPPQQPPKVQPVEPEAAEPNNDGFSLAIPAVDTGGVGVDIGGVGAMQRDGDATPIVRIDPKYPPDAARDGREGWVKLQFTINEQGGVDDIEVIDADPKRIFDREARRALSKWKYKPKIVDGKAVKQPGMFVQLDFKLEQ	PGPT0003745_6591	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	OTHER_HEAVY_METAL_RESISTANCE_SYSTEMS	HEAVY_METAL_RESISTANCE-TonB-ExbB-ExbD_TRANSPORT_SYSTEM,PGPT0003745-tonB-K03832	NA	NA
AK237_00772	399	tolR_2		Tol-Pal system protein TolR	ATGGCTCGAAAAGTCAGAACCGAAGAGGAAGATGCAGCAATTGACATGACGCCCATGTTGGACATCGTGTTTATCATGCTTATCTTCTTCATCGTTACTACTGTTTTCGTTAAAGAAGCAGGCATAGAAGTAAATAAGCCTGAGGCGAGCCAAGCGTTTCTTCACAAAAATGCCAACATTTTCATCGCTGTTACTGAAGATGGAACTGTATGGTTAGATAAACGTGAAGTCGCTGTGGACACCGTAAGGGCTAATTTAGAGCGATTACTTACAGAACAGCCAACGGATTATGTTTTTATCCAGGCTGACGTCAAAGCCAAGCATGGTATCGTAGTCAAGGTTATGGACCAGGTTAAAGCTGCAGGCATTGACCGTATATCGGTTGCAGCAAGGGGTTAA	MARKVRTEEEDAAIDMTPMLDIVFIMLIFFIVTTVFVKEAGIEVNKPEASQAFLHKNANIFIAVTEDGTVWLDKREVAVDTVRANLERLLTEQPTDYVFIQADVKAKHGIVVKVMDQVKAAGIDRISVAARG	PGPT0003755_4318	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	OTHER_HEAVY_METAL_RESISTANCE_SYSTEMS	HEAVY_METAL_RESISTANCE-TonB-ExbB-ExbD_TRANSPORT_SYSTEM,PGPT0003755-exbD-K03559	NA	NA
AK237_00773	525	tolQ_2		Tol-Pal system protein TolQ	ATGATTTACCTGATTGGATTATGGGAATCTGTCAGGGAGTTTATCGCTACCGGTGGTGACGTATTATATTTCGTCGCCCTCGCGCTCTTTCTCATGTGGGTACTTATGATTGAGCGCTACTGGTATATGACTTCAGTATTTCCAAAGGTGAAAAAAGATATTATCGCCAAATGGGATGCTCGTAGTGATACTACCTCTTGGTATGCGCATAGAATCCGTGACGCATGGATTTCTCAAGCGTCAGATGATTTAGACGCTAGGATGCTAATCATTCGCACATTAGTGGCAATGTGTCCACTAATCGGTCTACTGGGAACAGTAACCGGTATGATTACAGTTTTCGAAACAATGGCAACGCAAGGTACTAGTAACGCTCGTTTGATGGCCTCTGGTATCTCAATGGCAACAATCCCGACTATGGCGGGGATGGTGGCAGCATTGTCTGGACTATTTATTAGTTCTCGTCTCGAAGCTAAAGCGAAGATGGCAAAAGAAGGCTTAGTTGATAGCCTGCCACATCACTAG	MIYLIGLWESVREFIATGGDVLYFVALALFLMWVLMIERYWYMTSVFPKVKKDIIAKWDARSDTTSWYAHRIRDAWISQASDDLDARMLIIRTLVAMCPLIGLLGTVTGMITVFETMATQGTSNARLMASGISMATIPTMAGMVAALSGLFISSRLEAKAKMAKEGLVDSLPHH	PGPT0003750_5690	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	OTHER_HEAVY_METAL_RESISTANCE_SYSTEMS	HEAVY_METAL_RESISTANCE-TonB-ExbB-ExbD_TRANSPORT_SYSTEM,PGPT0003750-exbB-K03561	NA	NA
AK237_00774	1359	tolQ_3		Tol-Pal system protein TolQ	ATGAAACCAGTATTCAAATCTCTTGTAGCCGCTGCGACATTAGCAGTGGTAGCTTCTGGTGCGCAGGCACAAGAAGCGGTGAGCTTGCAGGACCTACTGGAGCAGGTTAAGCAAAACCGTGTCTCTGAAGCTCGCATTAATCAACAGCGTGAAGCAGAATTCCAATCTGCACGTGCTGATAAACAAGCTCTTCTTAAAAAAGCACAGTCTGATCTGAAAGCAGAGCAAGACCGTGGCGACCGTTTAGCTAAGCAATTTTCTGACAACGAAACAACGTTGAATGACAAAGCTGCTGAGCTGGACCAGGCAACTGGCACATTGGGCGAGATGTTCGGTGTTGTTCGTCAGGCTTCTTCAGAAGCATTTGGCCGTATCTCTACGTCTATCGTTAGCGCGCAGTATCCTGGCCGTGATGACTTCCTGGCTGAAATGTCTGAAGAGTCTAAAGGTCTGCCTAACATTGGCGAACTGGAAGACCTGTGGTTTGCACTGCAAACAGAAATGACCCAGTCTGGCGAAGTTGTTCGCTTCAATACTGAAGTTGTTAGCCTGGAAGGTGGTTCTGCCGAGCAAGAAGTTGTGCGTGTTGGTGCGTTCAACTTAGTCGGTGAGCAAGGTTACTTGGCGTATGACGCTGAAAACGAAGTTGTTCAGCCTTTGGGCCGTCAACCTGATGGACACTTAGTGTCGTCTGCACAGGACATGACTGAAGCAACTTCAGGCGTTATTCCTTTCTATGCTGATCCCTCGCAAGGTGCAATCTTGGGTCTGTTGAAGCAAAAAGCAACGATGTCAGAGCGTTATCATGCGGGTGGTGTAGTAGGTTATGTCATTACTGGTATGTTGGTCATCGGACTGCTTATCGGTATCTTTAAGTTGGTTCAGTTAGGTCTGACAGGTAGCAAAATTAAATCACAGCTGAAGAATCCAGGTAACCCGTCATCAAGCAACCCACTGGGTCGTATTTTGATGGTTTACAAAGATAACAAAAATGCTGATGCCGAAAGCCTTGAATTAAAGCTTGATGAAGCGATTCTGAAAGAATTACCAACTATCGAAAGTGGTATCAACGTAATCAAGATTTTTGCTGCTATCGCGCCTCTGTTGGGTCTGTTAGGTACAGTACTTGGTATGATTGCAACGTTCCAGACCATTACATTGTTCGGTACGGGCGACCCTCGTATGATGGCAGGTAGTATCTCAATGGCACTTGTAACCACTGCTCAAGGTATCATCGCGGCTCTGCCTCTGATCCTTACTCACAGCATTGTTGCATCACGCAGCAAGTCTATTGTTCACATCCTGGACGAGCAAACAGCGGGTATCATCGCTGCTCACTCAGAGTCGGAGAAGGCGTAA	MKPVFKSLVAAATLAVVASGAQAQEAVSLQDLLEQVKQNRVSEARINQQREAEFQSARADKQALLKKAQSDLKAEQDRGDRLAKQFSDNETTLNDKAAELDQATGTLGEMFGVVRQASSEAFGRISTSIVSAQYPGRDDFLAEMSEESKGLPNIGELEDLWFALQTEMTQSGEVVRFNTEVVSLEGGSAEQEVVRVGAFNLVGEQGYLAYDAENEVVQPLGRQPDGHLVSSAQDMTEATSGVIPFYADPSQGAILGLLKQKATMSERYHAGGVVGYVITGMLVIGLLIGIFKLVQLGLTGSKIKSQLKNPGNPSSSNPLGRILMVYKDNKNADAESLELKLDEAILKELPTIESGINVIKIFAAIAPLLGLLGTVLGMIATFQTITLFGTGDPRMMAGSISMALVTTAQGIIAALPLILTHSIVASRSKSIVHILDEQTAGIIAAHSESEKA	PGPT0003750_501	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	OTHER_HEAVY_METAL_RESISTANCE_SYSTEMS	HEAVY_METAL_RESISTANCE-TonB-ExbB-ExbD_TRANSPORT_SYSTEM,PGPT0003750-exbB-K03561	NA	NA
AK237_00775	765			hypothetical protein	ATGAGCAAGAGAACTCTTATTGCTTCTACTGTGATCGGTGCTTTCGCACTAACTGGTAGTGCAGCTGTCTCTGCAGTGGAGCTATCCGATCTTCAAAAAGAAGACGCGAAGATTCAAGCTGCTGCAGCGAAATCTCAAGAAAAAATCAACACGCTGTTCGAACAGTCTCAAGAACTACTTGTTGAATACCGTCAAGTTGTAGATCAAACAGAAAATCTGAAAATCTACAATGACTACATCGCTAGCCTGGTTGCTGACCAGCAACGTGGTATCGATTCATTGCAACGTCAAATTGACAGCATCGAAGCAACTAAGCAGGGTATCGTTCCGCTTATGTTCCGCATGATCGATAGCCTTGAAAAGTTCATCGAGCTTGATACGCCTATCCACCTGGAAGAGCGTCGTGAGCGTGTTCAACGTCTGCGCGACTTGATGGCTAACTCCAACGTGACTGTTTCTGAGCAATTCCGTCAAGTTATTGAAGCTTACTTGGTAGAAGTTGAATACGGTACGAAGATGTCTTCTTACCAGGGTACAATTGAAGCTGATGGCGCAGACCAAACTGTTGATTTCTTCAACTTGGGTCGTACTGCTCTGCTGGCTCTGTCTCTTGACCAGACTCATGCCTGGGTATGGAACAATGATGCCCGTACGTGGGAAAAATTAGGTGATGAATACCTTGCTTCTACTGTAGACGCAGTAAAAATGGCGCAGGGTACCATTCCACCTGCCCTGATCAAGTTACCAATCAAAGCAGCGGAGTAA	MSKRTLIASTVIGAFALTGSAAVSAVELSDLQKEDAKIQAAAAKSQEKINTLFEQSQELLVEYRQVVDQTENLKIYNDYIASLVADQQRGIDSLQRQIDSIEATKQGIVPLMFRMIDSLEKFIELDTPIHLEERRERVQRLRDLMANSNVTVSEQFRQVIEAYLVEVEYGTKMSSYQGTIEADGADQTVDFFNLGRTALLALSLDQTHAWVWNNDARTWEKLGDEYLASTVDAVKMAQGTIPPALIKLPIKAAE				NA	NA	NA	NA	NA
AK237_00776	2946			hypothetical protein	ATGATAAATTTTAAAAAAACGGCATCAGCTTTAGCTGTCGCTTTCGGGTTGGGGGTATCCATGCCAACCCTTGCTGCAACGACGACAGGTTTAATTCAAGGTAATACAGTCGAAGCAGATGGCGACCGTATAAGCGGAGCATCTATTTCAATCAAAAATAAAGATACCGGATTGGAACGTACCGTTTTGACAGATGAGACGGGTACATTTCGGTTTCCACTCTTACCACCGGGAAACTACATACTTACTGCAGAAAAAAATGGTTTCCAACAAACACTGCAAGACAACGTCCATGTAAAGTTAGCGGGTAGTACAACATTAAATATCCAGCTGGTGGAAGACAATGTTGAAAGAATTGAAGTTACGGGTACGTCAATAGCACTGGTTGATGTGGCGAGTTCGACTACTGGGATATCGGTTGATGCCGTAACGTTAGACAGATTACCGGTGCCGCGAAACTTAACTTCTGTTGCGCTGTTGGCGCCAGGTACAACTGAGGGGGATTCAGCTTTCGGCGATTTGCCGTCCATTGGTGGTTCTTCAGTAGCAGAAAACGCGTTTTATATCAACGGCCTTAATATAACTAACTTCAGAACCGGGGTGGGTTCAAGTGAGCCTCCTTTTGACATGTATGACTCGTTTGATATTAAAACGGGGGGATACTCTGCTGAATTTGGCCGAGTCACTGGCGGTATTATTAACACCAAAATCAAGAGTGGTACTAACGAATTCAAAGCTGGTGTGAATGCCTACTGGGAACCTGAAGCACTCAGAGAGTATAAACCTTCTTCTTCTCGTGAAAACGGAACATACCGAATAAACAATGATGCCGATGAATATAACAGCTGGGACGTTAACGTTTGGGCTAGTGGTGCATTGATTGAAGACAAGCTCTTTTTCTATGTGCTCGCAAACCCGCGAAATGTAGAAAACAACTATCGTGGAGAGCAAACTGCTACGAGTTCGGGTATTGTTGAACAGGACTATCAGGAAACCGATGACGATACGTTCTGGGTAGCTAACGTTGACTGGTATGTAACCGAGAGCAACATCTTAAACTTTACTGTATTCTCAGATGAAAGAAGTAACGTTGAAGAGCGCCGTTCAGTGCTGGACGGGGACGTGTCATCAGGTGATCCTGCGCTGACTTATGAAAATGAAGGTGGTGTTAACTATATAGCTAAGTGGACAAGTATCATTAACGACGATTTCTCGTTCTCGGCAATGTATGGCGTAAATAAACAAGATCGTACCACCAACAGTAACCTCGATAGCAACCCTGCTGTGTACTACAGATACGACAGCACCAGCAGTTTTGTTCCTGCTGATACGTTTGCATCGTTCACTGTAGAAACCGGGGAAGATGAAAGGGAAGTTATTCGTCTCGACGCGGACTGGTACTTGGGAGACCACGCGCTTCGCTTCGGCATAGATTATGAGCAGTTAACTGCAACATCACTTACGACAAACTCTGGTGGCGCATACTATCTTTATTACGTTGACGATTCTGACCCTTCTGCCGAAGAAATATATCAGGTAAGGCATCGTACCTATCAGGTTGGTGGCGACTTCAAGTCTGAGAATATGGCTTTTTATGTACAGGACCAATGGCAAGCTACCGACAACCTTGTTATTAACATGGGCCTGCGGAACGATTCATTTGAAAACTTCAACGCAAATGACGAAACCTTTGTTAAGTTAGATAATAACTGGGGGCTGCGTTTGGGAGCGGTTTGGGATGTAATGGGTGATGGCGAGTCAAAAGCCTGGGCATCTTACGGACGTTATTATTTACCCGTAGCTGCAAATACAAACATTCGATTAGCAGGTGCTGAGACTTACATTCAGGAATACTACGAGTTCACCGGCTATACCGATGAAGCCTTAGGTATTCCTAATCTGAGCGGCGCGAAAACCCAGCCTGATGATATTTTTGCTAATGGTACAGCTGCTCAACCCATTGAAATTGTCGACCAGAATCTGGACCCAATGTATTCGGATGAATTTGTTGCGGGTTATCAGTTTCAGTTAAATGATGAGTGGAGTCTGGGATTACAAGGTACATACAGAGAGTTGTCGACTACCATTGAGGACGTTGCAATTGACGCTGCAGTTATCGATTGGGCGGCGGACAATGGCTATGGGGATGTATCTGATATCTGGACCGGTTTTCATTCATATGTGCTAACCAATCCAGGAACGGATATGCGAATCGCGACGACTGAATTGCCAGGTACTAACGGTGAAGAAGTCTTTATGGACTTAAGCGTAGACGAGTTAGGCTATCCTGAATCGGTACGTAAGTACGCGGCAGTAGATTTAACCGCTGAACGCGCATGGGATGGGGTTTGGACAATGACCGCATCTTATACCTGGTCACATAACTGGGGGAATAACGAGGGTTATGTTAGATCTGATAACGGCCAGGACGATGCCGGTTTAACTACCAACTTCGACCAACCTGGATTACTTGATGGCGCATACGGTGATTTACCTAACGACCGCAGACATCAGGTTAAGTTATTTGGTTACTATGCCTTAAACGAAGATTTAATATTGGGGGCTAACTTCCAATATTGGTCAGGTCGCCCAATTAACGCCTTCGGATACCATCCTACCGATGTATTCGCTCAAGGTTACGATTCCGAGTCATTTTTCGCTGGGGGAGAACCTGCTCCTCGTGGTTCTAGAGGCAGAACCAGCGGCTATTGGAATCTGGATGTGTCGGCATCTTACACTTTGGATATTGCTGAGGACTATGAGCTCACGTTGCGAGCAGATGTCTTCAATGTCTTTAACAATGACACGGTAACTGAAGTTGTAGAGATCTATGATGACGAAAGCTCTCTAGACCCGACCAATCCAGATGTGAACCCTAATTATGGTTTACCTTCAAATTGGCAAACACCACGATATGTTCGTTTAAGCGCCAGATTCGCATTTTAA	MINFKKTASALAVAFGLGVSMPTLAATTTGLIQGNTVEADGDRISGASISIKNKDTGLERTVLTDETGTFRFPLLPPGNYILTAEKNGFQQTLQDNVHVKLAGSTTLNIQLVEDNVERIEVTGTSIALVDVASSTTGISVDAVTLDRLPVPRNLTSVALLAPGTTEGDSAFGDLPSIGGSSVAENAFYINGLNITNFRTGVGSSEPPFDMYDSFDIKTGGYSAEFGRVTGGIINTKIKSGTNEFKAGVNAYWEPEALREYKPSSSRENGTYRINNDADEYNSWDVNVWASGALIEDKLFFYVLANPRNVENNYRGEQTATSSGIVEQDYQETDDDTFWVANVDWYVTESNILNFTVFSDERSNVEERRSVLDGDVSSGDPALTYENEGGVNYIAKWTSIINDDFSFSAMYGVNKQDRTTNSNLDSNPAVYYRYDSTSSFVPADTFASFTVETGEDEREVIRLDADWYLGDHALRFGIDYEQLTATSLTTNSGGAYYLYYVDDSDPSAEEIYQVRHRTYQVGGDFKSENMAFYVQDQWQATDNLVINMGLRNDSFENFNANDETFVKLDNNWGLRLGAVWDVMGDGESKAWASYGRYYLPVAANTNIRLAGAETYIQEYYEFTGYTDEALGIPNLSGAKTQPDDIFANGTAAQPIEIVDQNLDPMYSDEFVAGYQFQLNDEWSLGLQGTYRELSTTIEDVAIDAAVIDWAADNGYGDVSDIWTGFHSYVLTNPGTDMRIATTELPGTNGEEVFMDLSVDELGYPESVRKYAAVDLTAERAWDGVWTMTASYTWSHNWGNNEGYVRSDNGQDDAGLTTNFDQPGLLDGAYGDLPNDRRHQVKLFGYYALNEDLILGANFQYWSGRPINAFGYHPTDVFAQGYDSESFFAGGEPAPRGSRGRTSGYWNLDVSASYTLDIAEDYELTLRADVFNVFNNDTVTEVVEIYDDESSLDPTNPDVNPNYGLPSNWQTPRYVRLSARFAF				NA	NA	NA	NA	NA
AK237_00777	3000	btuB_6		Vitamin B12 transporter BtuB	ATGTTTGAAAATTCAAAACTGGCTAAGTCAGTAAAACTAGCTTGTGCTTTTGGTGCCGCTTCAATGGTACTTTCTTCACACGCTGCTGTTGCACAGGAAGCAACTGATTCAGCAGAGGGAGTTGAAAAGATTGAGGTTACTGGGTCTCGCATCAAACGCACTACTCTAGAATCTTCAAGTCCGGTTTTAGAAATCAGTGCTGAAGCTATTCAGTCTACAGGCTTCAGTAGAATCGAAGATGTCATGAACCAACTGCCTCAAATCGAGGCAGCACAAACGTCATTCACTGCGAACGGCGCTACCGGTACAGCTTCTCTTGATCTTCGAGGATTAGGTGTAGAAAGAACACTTGTTCTGGTTAATGGTCGTCGTTTACAGCCGGGTGGTATCAATACTCAAGCTGCTGACGTTAACCAAATTCCTACAGCGTTAATCAAGCGAGTCGACGTACTTACGGGTGGTGCATCTACCACTTATGGTGCTGATGCCGTGGCTGGTGTCGTAAACTTCGTGATGGATGACGATTTTACCGGTGTCGAAATTAATGCCGGTGCGTCAGGCTATCAGCACGACAATAGCAATAGTTATATTCAAGGGCTTATGGATGAAGCTGGATATGACTATCCTGATGGCAGCAATGGTATCGGTGGCGAAGCATACACTCTTGATATTACAATGGGTTCAGACTTCGCTAGCGGTGATGGACACATCGTTACATACGCGACGTGGCGTCGTAATAATGAAATGCGTCAGGCAGAGCGAGATTACTCATCGTGTGCGCTGAATAACGGAGGGACTGCATGTGGTGGTTCGGCCAACTCAGTATTACCGACAATGTACGTTTATCCGTGGACGCGCGCTTACGATGCAGACGGAAATTACGTCACTGGCGCTGATGGGAATCCGGTCTATAACCCTGGACCAGCTTCTGTCGTGCAGCTTGATCCTTCTGGTGCATTAGTGCCATACGATGCTAGCCAGCTGTACAACTATGCTCCGATCAATCATTTTATGCGTCCTAATGAGCGTTTTTCACTAGGTGCGTTTGCTGATTATGCAATTAATGATGACCATAGCTTATATCTTGAAACGTCCTTCATGCGAGATCGCACTTCTGCGCAAATCGCAGAGTCTGGTACGTTTTTCGCGCAAAACTATGCGCTGGGATATGACAACCCTCTTCTTAGTGCTGAGCAGGTCGCTCAGGTACAAGGTTACTTGGCTGAAGCAATAGCTGACTTCGAAACCGAAAACCCTACATTCCAACCTGTAGTTTCAGACGATTCTATCTTCTTAACTGAAATAGGTAAGCGAAACGTTGAAGGTGGGGCAAGGGTCGATCAACTGGAGCATAATGCGTTCAGAATCGTCACTGGTATCGAGGGTTATATTAATAGCTTATGGTCGTACGACGTGAGCTATCAGTACAGTTCAACCAGCTCTTCTTCGGCCTACATTAACGATTTTTATATAAATCGTATTGGTCCTCGCTTAAATGCTCAAGGCATAGTTGCGTACGATGCAGATGGAAATCCTTTCCTGTCTGAATCGGGTTCTTGTACAGGTGATTGCTTGCCGTACAATGTTTTTCAACCTAACGGTGTAACGGGCGAACAAGCTGCGCAAATGGCAGGCACGGCGCTGATGAATGGTGTGACGACGCAGAGAATTTACAGCGGTTATGTTACCGGTGAATTCGATTACAGCTTGCCTAACGCCTCAACGCCAATAGCAGCTGTATTGGGTGTTGAACGTCGCGAAACCGATTATGAGCGTACAGCAGACACACTTTACGAGGAAGGTGCGTTGGCTGGACAGGGTGGTCCTACACCTAGCATTGCCGGTGAGATCGATGTTAATGAAATTTATGGAGAGCTTAGCATTCCATTAATTACTGATGCATCGTTTGCTGACTCCTTCGTGCTTGAGTTAGCCGGTCGTACTTCAGACTATAGTACTTCTGGTCGCGCAAATACGTTTAAAGTAGCGCTTGACTGGGTAGTTACTGAGGATTGGAAACTGCGTACCAGCTTTAACAGAGCAATTCGTGCGCCTAATGTCACTGAGCTGTATGATCCTCAGGCAATTGGTCTGTGGAGTGGTGCTGATCCATGTGCTGGAACAGATCCTGCGCTTGGTGCTGAAGCTTGTGCAAACACAGGCGTAAGCGCTACGCAATACGGCAATATCGTTGAGTCGCCAGCAAGTCAATACAATGAGCAGGCAGGGGGAGATCCTAATCTTCAACCTGAAGAAGCTGATACATTCACTATTGGTGTAGTTGGTAGCCCTCTTGAAAACTTCAATTTCTCTTTAGATTACTGGGATATTGAAATTGACAATGTCATTGACGACATCGGCGCGTCACGAATCTTGAATACTTGTGCGGAAACTGGCGACGCTTACTTCTGTGACAATATTGTTCGCGCGGGCAATGGTAGCCTGTGGATTGGTGAAACCGGATACGTTATTAACTTGCCTGGTAACATCGGTGGTAGAAAATGGCGAGGCGTAGATGCAACGGCAAATTATACCTTCGACGATATTGCGGGCGGTATTTTAGGATTTTCTCTTAACGGTTCGTATAATTTAGAGAAAACGTATAAGCCGTTACTGTCTGACCCATCGCTGGATTACGATTGTTCTGGTGAAGTTAGCGTTGACTGCTTTGCGCAACCTAAGTGGCGTCATACTGTTACAGTCAATTATAAGTTGGATGATTGGTCATTCACCGGTCGCTGGCGCTACTTCGGCGAAGTTGATTACAACGAAGGCCGAGACACTCTGGTTGGAGACGGTATCAGTGCTGCTTCGTATTTTGACGTAACCGGAAGCTATTTCATCACCAGCAATGTATCATTGTCTGTAGGTGTAAATAATATCCTTGATAAAGAGCCTCCTATGGTTGGCGGAACATTATCGACTAACGCAAATACGGTAGCAGGATTCTACGATACGTTAGGACGATATTTGTTCACTAATTTAAATATCTCATTCTAA	MFENSKLAKSVKLACAFGAASMVLSSHAAVAQEATDSAEGVEKIEVTGSRIKRTTLESSSPVLEISAEAIQSTGFSRIEDVMNQLPQIEAAQTSFTANGATGTASLDLRGLGVERTLVLVNGRRLQPGGINTQAADVNQIPTALIKRVDVLTGGASTTYGADAVAGVVNFVMDDDFTGVEINAGASGYQHDNSNSYIQGLMDEAGYDYPDGSNGIGGEAYTLDITMGSDFASGDGHIVTYATWRRNNEMRQAERDYSSCALNNGGTACGGSANSVLPTMYVYPWTRAYDADGNYVTGADGNPVYNPGPASVVQLDPSGALVPYDASQLYNYAPINHFMRPNERFSLGAFADYAINDDHSLYLETSFMRDRTSAQIAESGTFFAQNYALGYDNPLLSAEQVAQVQGYLAEAIADFETENPTFQPVVSDDSIFLTEIGKRNVEGGARVDQLEHNAFRIVTGIEGYINSLWSYDVSYQYSSTSSSSAYINDFYINRIGPRLNAQGIVAYDADGNPFLSESGSCTGDCLPYNVFQPNGVTGEQAAQMAGTALMNGVTTQRIYSGYVTGEFDYSLPNASTPIAAVLGVERRETDYERTADTLYEEGALAGQGGPTPSIAGEIDVNEIYGELSIPLITDASFADSFVLELAGRTSDYSTSGRANTFKVALDWVVTEDWKLRTSFNRAIRAPNVTELYDPQAIGLWSGADPCAGTDPALGAEACANTGVSATQYGNIVESPASQYNEQAGGDPNLQPEEADTFTIGVVGSPLENFNFSLDYWDIEIDNVIDDIGASRILNTCAETGDAYFCDNIVRAGNGSLWIGETGYVINLPGNIGGRKWRGVDATANYTFDDIAGGILGFSLNGSYNLEKTYKPLLSDPSLDYDCSGEVSVDCFAQPKWRHTVTVNYKLDDWSFTGRWRYFGEVDYNEGRDTLVGDGISAASYFDVTGSYFITSNVSLSVGVNNILDKEPPMVGGTLSTNANTVAGFYDTLGRYLFTNLNISF	PGPT0003790_2123	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0003790-hutA|fatA|fct|foxR-K02014	NA	NA
AK237_00778	1098	kynA	COG3483	Tryptophan 2,3-dioxygenase	ATGAAGCGGAACACGACACCCGTTTACTACGGTGATTATTTGCAGCTGGACAAAATTCTCGGTGCCCAGGATTTACAAAGTGAGAAGTATGGTTCTGCAGCGCATGACGAAATGTTGTTTATCGTTGTTCACCAGGTTTATGAGCTGTGGTTTAAGCAGGTATTGCATGAACTCAATTCGGTCATCGACACATTCTCCCAACAAACTGTCAAAGACGAGCAATTAATAGAAGTTGTGCACAGGCTGCAACGAATTATCCAGATTCAACAATTGATGAACGACCAAATTGCTGTCATGGAGACCATGACGCCTCAGGACTTCATGTCGTTTCGGGATTATCTGGTACCCGCATCAGGTTTTCAGAGTATCCAGTTTAAGCGTTTGGAGATTTCTCTCGGTCTTAAGCGGGAGTATCGAATCGATTTTGACAAGCAAAGCTTTTATAACCGCTTAAGCGAAAGTGATCGTAGTTTGTTAGAAGCGCTGGAGCAGAAAGACAGCTTATTTGAGTTAATCGACCGATGGCTAGCCAGGCTCCCATTGCTACGTAAAGATGAGTTCACTTTTTGGCAGCACTATAAACACACCGCAGAATCTTTACTGAACCAGGATAAGCTGACCATTTCATCTAACCCGACGTTAAGTGATAAGGAAAAGCGACAAGAGTTGAAGGACTGGCAAGTTAATTGGGACAGTTTCGCTGCGCTCTTCGACCACACTGCGTACGAAACGTTGAGGACGTCTGGCAAGTTTAGACTAAGTCACGATGCGATGCTTGCAGCTTTGTTTATCAAACAGTATTCGCAAGAACCGATCTTTAACCTACCTTTTCAGGTTGTTACTGCGCTCACCGATATTGATGAGAAACTTACAATCTGGCGCTATCGACATGCAATGATGGTTCAACGCATGATTGGAACGAAGATAGGGACGGGGGGATCTTCGGGGCATCAATATCTGAAACGAACCACGGAATCCAACCGCATTTTTTCAGACTTTTTTAACATGGCGTCTTTCCTGCTTCCTAAAGCATCGCTACCACCTCTGCCCGAAAGTATAAAAAAGTATTGTGGCTTTTATTTAAGCGAGCCAGGTTGA	MKRNTTPVYYGDYLQLDKILGAQDLQSEKYGSAAHDEMLFIVVHQVYELWFKQVLHELNSVIDTFSQQTVKDEQLIEVVHRLQRIIQIQQLMNDQIAVMETMTPQDFMSFRDYLVPASGFQSIQFKRLEISLGLKREYRIDFDKQSFYNRLSESDRSLLEALEQKDSLFELIDRWLARLPLLRKDEFTFWQHYKHTAESLLNQDKLTISSNPTLSDKEKRQELKDWQVNWDSFAALFDHTAYETLRTSGKFRLSHDAMLAALFIKQYSQEPIFNLPFQVVTALTDIDEKLTIWRYRHAMMVQRMIGTKIGTGGSSGHQYLKRTTESNRIFSDFFNMASFLLPKASLPPLPESIKKYCGFYLSEPG	PGPT0020505_309	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_UTILIZATION	PLANT_DERIVED_TRYPTOPHANE_DEGRADATION,PGPT0020505-kynA-K00453	NA	NA
AK237_00779	279			hypothetical protein	ATGAAGTTAGATGATGATATCCATAACTATTACGAACATCTGGTTCTGCAACGGATAAGTGAGCTTGGACTAGATAAAACCAAATCATCAGACTATTTAGCCGATATTTGTTGCCTGGCATTGAATCAGGTACCGCCTCGTTACATTCGATTTGAGGTCGATATGGCGTTTTATTTACCGCAGAGCGAGCGTCAACAAATGGAGATGAACGTTGAGCATGCTGTTGAAAAGGCGATTCGCTATTTAGATCAGACGAAATCAAAAAGAACTGAAGCGTGA	MKLDDDIHNYYEHLVLQRISELGLDKTKSSDYLADICCLALNQVPPRYIRFEVDMAFYLPQSERQQMEMNVEHAVEKAIRYLDQTKSKRTEA	PGPT0029430_21	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
AK237_00781	1056	ldh	COG0334	Leucine dehydrogenase	ATGTCAGTTTTTGAACATCCAGAATTTGATAGTCACGAGCATGTGGCTTTTTATCATGATAAAGCGTCCGGCTTAAAAGCCATTATCGCCGTCCATAATACTCACTTAGGTCCGGCGTTAGGTGGTTGTAGAATGTGGCCGTACATCAATAGTCATGAAGCACTGACAGATGTTCTCAGGCTTTCAAAAGGCATGACATATAAATCTGCCATGGCTAACCTGAAACTGGGTGGCGGAAAATCTGTCATTGTTGGCGATCCGCGCAAACATAAGTCTGAAGACATGATGCTGGCAATGGGAAGATTTGTCGACTCATTAGGTGGTAAATACTATACCGCAGAAGATTCCGGTATTGCAGTGACCGACTTAAAGACCATGGCAACCCAATCCCAATACATCACTGGCGTTAATGCCAAGTATCATTATAACAATGAGCAACCAGATGGTAACCCGGCACCGTCAACCGCTTATGGAGTTTTTGTTGGATTAAAAGCGACGGTAGAGCATGCGCTGAAAACGGATCTTAAAGGTGTACGTGTTGCCATTCAGGGTGTAGGCCATGTTGGTTATCGTCTGGCGCAACACCTTCACGCCCACGGCGCTGAATTATTTGTTACCGATATTTTCCCTGAAGGAGTAGAGCGCGCTGTTAGCGAGTTGGGTGCGACTGCGGTGAAGCCGGAAGAATTATACGGACTGGATGTCGATGTGATTGCACCTTGTGCGATGGGCGCATCGATAAATGATGAAACGGTGCCGGAAATTAAGGCTAAGGTTATTGCCGGTGCTGCCAATAATCAGCTTGCCAGAGATTCAATGGGTGAAACCTTACGTCAAAAAGGCATTTTGTACGCCCCTGACTATGTGATTAATGCTGGCGGGGTAATTGATATCTATCATCAGCGCATGACGTCTTCTAGCGAAGCTATGCGTGAACATATCGAACAGATTGGCCTGACGCTTAAAGAAATCTATCAACGTGCTGATTCTGATGAAAAAGCCACCAATATTGTGGCAAATGTCATCGCTGAAGAACGATTTAATCACAAGGCTTGA	MSVFEHPEFDSHEHVAFYHDKASGLKAIIAVHNTHLGPALGGCRMWPYINSHEALTDVLRLSKGMTYKSAMANLKLGGGKSVIVGDPRKHKSEDMMLAMGRFVDSLGGKYYTAEDSGIAVTDLKTMATQSQYITGVNAKYHYNNEQPDGNPAPSTAYGVFVGLKATVEHALKTDLKGVRVAIQGVGHVGYRLAQHLHAHGAELFVTDIFPEGVERAVSELGATAVKPEELYGLDVDVIAPCAMGASINDETVPEIKAKVIAGAANNQLARDSMGETLRQKGILYAPDYVINAGGVIDIYHQRMTSSSEAMREHIEQIGLTLKEIYQRADSDEKATNIVANVIAEERFNHKA	PGPT0020320_776	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
AK237_00782	468	decR_1	COG1522	DNA-binding transcriptional activator DecR	ATGAAATTAGATAAATTTGACCGCGAAATTCTTCGTGTGCTTCAACAGGACGCAACAGTATCAATGGCGGATCTGAGCCAAAAGGTCGGATTGTCACATACGCCTTGCTGGCGCCGTGTTAAACGCATGGAATCAGAAGGAATTATTCTTCGCAAAGTGACGCTACTGAACAGCAAAAAGCTGAACCTGGGCGTATCCGTTTTCATTTTTGTGACGTTGAAAAATCACGACGGAGACTCTCTTACCGACTTCGAAGCGGCGGTGCAGTCTATTGACGAAATCGTAGAATGTCACACCACCAGCGGAGAGAAGGATTATCTTCTTAAAGTGGTAGTTGAAAGCATTGAAGAGTATGAATATCTTTTGAAAACCAAACTGACACACTTGCCTCTTGTCGATCACTTAAGCTCCACTTTTGCATTGAAGCAGGTGAAGAACACCACAGAGTTACCAATAAAAAGTCAGTAA	MKLDKFDREILRVLQQDATVSMADLSQKVGLSHTPCWRRVKRMESEGIILRKVTLLNSKKLNLGVSVFIFVTLKNHDGDSLTDFEAAVQSIDEIVECHTTSGEKDYLLKVVVESIEEYEYLLKTKLTHLPLVDHLSSTFALKQVKNTTELPIKSQ				NA	NA	NA	NA	NA
AK237_00783	657	nagL		Maleylpyruvate isomerase	ATGAGTCTGAAACTTTATGGTTACTGGCGTTCTTCGGCAACCTACCGGGTGCGCATTGCAATGAACCTGAAGGGGTTGGATTACGAATATGTACCGGTTCACCTGGTTAAAGAAGGGGGTGAACAAACTCATGAGGTGTTTAAGCGTCTGAATCCGGCGCAACTGGTACCTGCACTGGTGGATGACGACGAAGATTTCGTACTCAATCAGTCTCTCAGCATCATCGAATATCTGGATGAAAAGTACCCTGATACTTGCCGTCTGATCCCCGAGCATGCTCTTGAAAGAGCACGGGTTCGCGGACTGGCCCATGATATTGCCATGGAGATGCAGCCATTAGGAAATTTGCGGGTGCTGAATGCATTGCGGGATGATTTCAATGCGGATGATGAAGACATTGCCGCATGGGTGCGTAAGTGGTCAGAAAAAGGCTTTCAGGCCATTGAGCGTCGCCTGCAGACACAGGCAGGAAAGTACTGCTTTGATTTTAATGTCACCATGGCTGACGTTTGCCTGGTGCCCCAGGTGTACATTGCTAAGCGGTTTAATCTGGATATGACGCCGTTTCCGCTCATTTCCAAAATCGTGAGCAACTGTCTGGCACTGGATGCGTTTGAAAAGGCGAGACCGGAGAATCAGCCGGACTGTCCTGAATAA	MSLKLYGYWRSSATYRVRIAMNLKGLDYEYVPVHLVKEGGEQTHEVFKRLNPAQLVPALVDDDEDFVLNQSLSIIEYLDEKYPDTCRLIPEHALERARVRGLAHDIAMEMQPLGNLRVLNALRDDFNADDEDIAAWVRKWSEKGFQAIERRLQTQAGKYCFDFNVTMADVCLVPQVYIAKRFNLDMTPFPLISKIVSNCLALDAFEKARPENQPDCPE	PGPT0006040_590	DIRECT EFFECT	BIO-REMEDIATION	XENOBIOTICS_BIODEGRADATION	XENOBIOTIC_STYRENE|DERIVATE_DEGRADATION	XENOBIOTIC_STYRENE_OXIDE_DEGRADATION,PGPT0006040-maiA|GSTZ1-K01800	NA	NA
AK237_00784	1011			hypothetical protein	ATGAAATTTGCGACCTATAAAAACGGCAGCCGTGACGGGCAACTGATGCTGGTTTCTCGGGATTTGACCCGTACTGCTGCGGTGCCGGATATTGCACTGACGTTGCAACACGCTCTGGACAACTGGGCGCAGGTTGCCGGCGCATTGCAGTCACGATATGAGCAATTAAATGATGGATTAATTGAGAGTGAGGCGTTCAAAGAAGAGCGCTGTGAGTCGCCTCTGCCGCGTGCTTATCAGTGGGCTGACGGCAGTGCCTATGTGAATCATGTTGAGCTGGTGCGTAAAGCCCGCGGTGCAGAGATGCCAGAGAGCTTCTGGACAGATCCGCTGATGTATCAGGGCGGGTCTGATGACTTCACCGGCCCCCGGGATGACGTTATTTTACCCAGTGATGACTGGGGTATTGATTTTGAAGGGGAGGTGGCGGTTGTCACCGATGATGTGCCAATGGCATGTTGTGAAACCGTCGCGGCTGAACGCATCAGGTTGATTATGCTGGTGAATGATGTGTCACTAAGGGGGCTTATTCCCGGTGAACTGGCTAAGGGATTCGGATTCTTTCAGTCTAAGCCTGCCAGCAGTTTTTCACCGGTGGCGGTAACACCTGACGAACTGGGGAATGCATGGAACCAGGCACAGGTTTGCCTGCCATTACGCTCAACCTATAACGGCGAGTTATTCGGCATGCCCCATGCGGGCACCGACATGACATTTAACTTCGCGCAACTGGTTGCGCATGCCGCGAAATCGCGTAATCTGGGAGCAGGAGCTATTATTGGCTCAGGTACTGTATCGAATAAACAGGGTACGGACCATGGCAGCGCTGTAAAAGAAGGTGGTGTGGGTTATTCCTGTATTGCCGAAATCAGGATGATTGAAACCATCCGTGACGGCAAGCCATCCACTCCCTTTATGCAGTTTGGCGACAGGATCCGCATAGAGATGCTGGATGAGCAGGGGCACAGTATCTTCGGCGCGATCGAACAACAGATTAAACCACTCAGCTAA	MKFATYKNGSRDGQLMLVSRDLTRTAAVPDIALTLQHALDNWAQVAGALQSRYEQLNDGLIESEAFKEERCESPLPRAYQWADGSAYVNHVELVRKARGAEMPESFWTDPLMYQGGSDDFTGPRDDVILPSDDWGIDFEGEVAVVTDDVPMACCETVAAERIRLIMLVNDVSLRGLIPGELAKGFGFFQSKPASSFSPVAVTPDELGNAWNQAQVCLPLRSTYNGELFGMPHAGTDMTFNFAQLVAHAAKSRNLGAGAIIGSGTVSNKQGTDHGSAVKEGGVGYSCIAEIRMIETIRDGKPSTPFMQFGDRIRIEMLDEQGHSIFGAIEQQIKPLS	PGPT0001615_345	DIRECT EFFECT	BIO-REMEDIATION	XENOBIOTICS_BIODEGRADATION	XENOBIOTIC_STYRENE|DERIVATE_DEGRADATION	XENOBIOTIC_STYRENE_OXIDE_DEGRADATION,PGPT0001615-faaH-K16171	NA	NA
AK237_00785	1149	hmgA		Homogentisate 1,2-dioxygenase	ATGCGTAACTGGATCCGGTTTCCGGCTGCGCAGGGGACGCACTCAAAGCAGGCCCACGCCGATTTTCCGGAAGAGGGCATTTATGAACGTGAAATTGGTCGCAGTGGCTTTTTTGGCCCTGCGAGCCATTTACATCATAAACATGCGCCGACCGGTTGGATTGACTGGGTGGGGGATTTACGACCCCGGGCCTTCGACCTGAATAAGTTGCCCCGTGATGCAGAGCAGGGGCCTTTTTCAGCTCCTCTGATCCTCGGCAATGCTCACTGTAAATACCGCTTATGGCATTGCCATACTGCCATGCCGCGCCTTGCCCGTAATGCTGACGGTGACGACTTGTTATTCATTCATGAAGGTGAAGGTGAACTGTTCTGTGATTACGGACATCTGCCGGTGACCGCCGGTGACTATGTGCTTATTCCCCGCTCCACGCTATGGCGGCTGGAGCCGGCAAAGCCTATGACCATTTTAATGATTGAAGCGACTAACGAAGCGTATCAGTTACCGGATAAAGGCATGCTGGGTGGTCAGGCTATTTTCGACCCCGCCGTGCTGGAAATTCCGCAAATCAATGACAGGTTTATTGACCAGCAAGACGAGAATAAATGGCAGGTTGAGGTGAAACGGGGCAATAAGGTGTCTGTGATCACTTATCCGTTTAATCCTCTTGATGCCATTGGCTGGCATGGTGAAGTGTGTGTAGTCAAGCTGAACTGGCGGGATATCAGGCCTTTAATGAGTCACCGTTATCACTTGCCACCGTCAGCGCATACCACCTTTGTGGCTCCGCGTTTTGTTGTCTGTACGTTTGTACCACGGCCAATAGAAAGTGACCCCGGCGCTTTAAAGGTGCCGTTTTATCACAATAACGATGATTATGATGAAGTACTGTTTTACCACGAAGGTGACTTTTTCAGCCGTGACAACATTGAAAAAGGCATGGTGACTTTTCATCCGGCGGGGTTCACTCACGGCCCCCATCCAAAAGCCTTTGCAGCCGGTCGTGCCCATAAGAAGACATTTACTGATGAAGTCGCCGTGATGCTGGATACCCGTGACGCGCTTGAGATGGGGGATGCCGCGCTGGCGACAGAAAATCCGGAGTATGTGAATAGTTGGAAGACACCGGTGAAGGAGAATGAACAATGA	MRNWIRFPAAQGTHSKQAHADFPEEGIYEREIGRSGFFGPASHLHHKHAPTGWIDWVGDLRPRAFDLNKLPRDAEQGPFSAPLILGNAHCKYRLWHCHTAMPRLARNADGDDLLFIHEGEGELFCDYGHLPVTAGDYVLIPRSTLWRLEPAKPMTILMIEATNEAYQLPDKGMLGGQAIFDPAVLEIPQINDRFIDQQDENKWQVEVKRGNKVSVITYPFNPLDAIGWHGEVCVVKLNWRDIRPLMSHRYHLPPSAHTTFVAPRFVVCTFVPRPIESDPGALKVPFYHNNDDYDEVLFYHEGDFFSRDNIEKGMVTFHPAGFTHGPHPKAFAAGRAHKKTFTDEVAVMLDTRDALEMGDAALATENPEYVNSWKTPVKENEQ	PGPT0006025_1981	DIRECT EFFECT	BIO-REMEDIATION	XENOBIOTICS_BIODEGRADATION	XENOBIOTIC_STYRENE|DERIVATE_DEGRADATION	XENOBIOTIC_STYRENE_OXIDE_DEGRADATION,PGPT0006025-HGD|hmgA-K00451	NA	NA
AK237_00786	1107	hpd		4-hydroxyphenylpyruvate dioxygenase	ATGTCACAAGTCGATTACTCTTATAACCCGCTGGGCTCAGACGGTTTCGAATTCGTTGAATATACTGCTGCCGATGAAAAAGGTATTGCGGCCCTTAAAGATCTTTTCTCATCACTGGGTTTTGCTGAGGTAGCCAGCCACCGTTCCAAGCGTGTGTGGTTGTATCGCCAAGGTGATATCAATTTCATTGTTAATGCTGAACCGGCATCCCAGGCTGAAGAGTTTGCCAAATTGCGGGGCCCCAGTGTTTGCGGCATGGCCTTCCGCGTTAAAGATGCAGGAATTGCAATGAAGCACGCACTGGCAAACGGCGCGAAGCAATTCGTGGGTAATCTGGGACCCATGGAACTGAACATTCCTGCCGTTTATGGTATCGGCGAGAGCACGCTTTACTTTGTTGACCGCTACGGTGATGACAGCATTTACGACGTAGATTTCACCTTTTATGACGACTGGCAGGCAAGAATGGAAAAAGTCGGGGCCGGCCTGAGTTTTGTCGATCATCTCACTCACAATGTCCGCCGGGGTAACATGGCGTTGTGGGCCAATTTCTACGAGAACATCGGCAATTTCCGCGAGATCCGGTACTTTGATATAGAAGGCAAACTCACCGGCCTGGTGAGCAAAGCGATGACGTCTCCCTGCGGTAAAATTCGTATTCCTATTAATGAATCGTCTGACGATAAATCACAGATTGAAGAGTTTATCCGTGAATATAACGGCGAAGGTATTCAGCACATAGCATTAGCCACTGACGACATCTATCAGACAGTCAGAGATCTGAAAGCCAGAGGAATGCGCTTTATGGATACGCCGGATACCTACTATGAGGGCGTGGATGCCCGTGTGCAGGGGCATGGTGAAGATTTGAATATGCTCAAAGAATTGCGCATTTTAATCGATGGTGCACCCATGAAAGATGGCATTTTGCTGCAAATCTTTACCGATACAGTCATTGGCCCTGTGTTTTTTGAAATTATCCAGCGCAAGGGCAACGAAGGATTTGGCGAAGGGAATTTCAAAGCGTTATTCGAGTCCATAGAACTCGACCAGATCCGTCGTGGCGTTTTAGACGGCCAGGCGCAGGACGAGAAAGAAAATGCGTAA	MSQVDYSYNPLGSDGFEFVEYTAADEKGIAALKDLFSSLGFAEVASHRSKRVWLYRQGDINFIVNAEPASQAEEFAKLRGPSVCGMAFRVKDAGIAMKHALANGAKQFVGNLGPMELNIPAVYGIGESTLYFVDRYGDDSIYDVDFTFYDDWQARMEKVGAGLSFVDHLTHNVRRGNMALWANFYENIGNFREIRYFDIEGKLTGLVSKAMTSPCGKIRIPINESSDDKSQIEEFIREYNGEGIQHIALATDDIYQTVRDLKARGMRFMDTPDTYYEGVDARVQGHGEDLNMLKELRILIDGAPMKDGILLQIFTDTVIGPVFFEIIQRKGNEGFGEGNFKALFESIELDQIRRGVLDGQAQDEKENA	PGPT0009480_1179	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_UTILIZATION	PLANT_DERIVED_TYROSINE_DEGRADATION,PGPT0009480-hppD-K00457	NA	NA
AK237_00787	1557	tyrR		Transcriptional regulatory protein TyrR	ATGCGCTTAGAAATCAGTTGTCAGGACCGTCTTGGGATCACTCAGGACATCCTGGATATCCTGGTGGCTCATGAAATCGATTTACGGGGCATCGAAATCGATGAAGCGGGCAAAATTTTCCTCAACTTCCCTAATCTTGAATTCGAAGATTTTCAGCACCTCATGCCAAAAATCCGGAGGATCAATGGTATTGATGACGTAAAAACCACGCCGTATATGCCCGGCGAGCGGGAGCGGAATCAGCTTTCTGCCATTTTGCGTACTTTACCTGACCCGGTATTTTCCATCGATAACCGCTGTCGTGTGCTTATGTGCAATGAAGCAGTAATCAGTGGTCTTGAATTACCGTTTTCCGATATCGAGTCCACAGAAATCAGTGAGCTGGTTAAAGGGTTTAACTTTAACCGCTGGATGGAGAGCAAGGATAATGCGGCCACTTCAGTGAAGGTGAAGTTTATCCAGCAGGATTATCTGGCGGATATTTTGCCGGTGATAGTGCCGGATGGTCAGAACAGTGCCATCTTTGCCGGTGCGGTGGTGATCCTGAAATCAGAAATGCGTCTGGGTCAGCAATTTACGGCTTTCCATCAAACTGAAACGGATTCTTTCGATCACTTCATCATCCGGTCACTGGCTATGGCAAAGGTTGTCAATGATGCCAAGCAAATTGCCGATCTTGATGCGCCGGTGCTGATCTTCGGTGAAACCGGTACGGGAAAGGAAATGATTGCCAAAGCCTGTCACAAGGCAAGCCGGAGAAACAAAGGTGAGTTCCTTGTACTGAATTGCGCTTCGTTACCTGACAGTGTCGCAGAATCTGAGTTATTCGGTTATGCCGCCGGCGCATATAATCAACCGGAGGGTAAAGCAGGATTACTAGAGCTGGCGGCAGGCGGTACAATTTTGCTGGATGAAATCGCTGATATGTCTCCGCAGTTGCAGGCCAAGTTGCTTCGCGTACTGGAGCACAACGAATTCAGACGTGTTGGTGATGACAAACCCGTAGCGGTCAACGTACGTTTCATTTGCACTACCGGTCGGGATCTCGGGCAGATGGTGGAAGAGGGTGTGTTCCGCAAAGATTTATACTATCGCCTGAATGTACTGAGCCTGGTCATGCCGTCATTAAAGGAACGCAGACCGGACATATTGCCACTGGCCGAAGCATTCATTTTGCAACACAGCAGCAAATTGGGACGCCGTCCGGCCAAGCTGAGCAAATCCTGTGTGGATTTCCTGCAGCAGTACCCCTGGCCGGGAAATGTCAGGCAGTTACAGAACGCCTTATTCCGTGCGCTGTCGTTGCTCGATGGCAATGAAATTTCAAAAGAAGATATTCAGTTGCCTTCCTGTGCCCCCAGTGTCACGTACATCGATGAAAACTTTGACGGCACGCTGGATGAAGAGGTGAAGAAGTTCGAGCGGGATCTGCTTAAACGTTTGTATCCGTCCTACCCGAGTACCCGTCAGCTGGCGAAAAAATTAGGCCTGAGCCATACAGCCATTGCCAACAAGTTGCGTGAATATGGCATTAATAAAGGTACTGTAAAGTTATAG	MRLEISCQDRLGITQDILDILVAHEIDLRGIEIDEAGKIFLNFPNLEFEDFQHLMPKIRRINGIDDVKTTPYMPGERERNQLSAILRTLPDPVFSIDNRCRVLMCNEAVISGLELPFSDIESTEISELVKGFNFNRWMESKDNAATSVKVKFIQQDYLADILPVIVPDGQNSAIFAGAVVILKSEMRLGQQFTAFHQTETDSFDHFIIRSLAMAKVVNDAKQIADLDAPVLIFGETGTGKEMIAKACHKASRRNKGEFLVLNCASLPDSVAESELFGYAAGAYNQPEGKAGLLELAAGGTILLDEIADMSPQLQAKLLRVLEHNEFRRVGDDKPVAVNVRFICTTGRDLGQMVEEGVFRKDLYYRLNVLSLVMPSLKERRPDILPLAEAFILQHSSKLGRRPAKLSKSCVDFLQQYPWPGNVRQLQNALFRALSLLDGNEISKEDIQLPSCAPSVTYIDENFDGTLDEEVKKFERDLLKRLYPSYPSTRQLAKKLGLSHTAIANKLREYGINKGTVKL				NA	NA	NA	NA	NA
AK237_00788	801	phhA	COG3186	Phenylalanine-4-hydroxylase	ATGGCGAAGTCATCTGCTTATCAGTCCAGGCAACCGGATGAAAACGGTGTGATCTCCTGGTCCGAAGAAGAAAACACGATTTGGTCTGAGCTTTATCAGCGTCAGGATTCGTTATTACAGGGCAGAGCCTGTAAGCAGTATATGGACGGACTCGCGCTATTGGGTTTACCTAAAAACAGAATTCCCCAACTTGGCGAAATTGATAAAGTGTTACAAGCCACTACCGGATGGCAAACCGCGCCGGTACCGGCACTTATAAACTTCTCATCCTTTTTCTCACTGCTGGCAAATAAGCAATTTCCGGTGGCAACATTTATCAGAAGCCGGGAAGAATTCGATTATCTGCAGGAACCGGATATCTTTCATGAGGTCTTCGGGCATTGCCCGTTGTTAACTAATCCTTCGTTTGCGCATTTTACCCATACCTACGGCAAGCTGGGTCTGAATGCTTCGAAAGAAGAACGTATCTATTTGGCTCGTCTGTACTGGTTTACCGTTGAATTTGGTCTGGTTAAAACCCCGGAAGGGCAGCGTATTTATGGTGGCGGTATTTTGTCATCGCCGGGTGAAACCCTTTATGCGCTGGAAAGCGATGCGCCCGTAAAAGTGCCTATGAATGCGCTGGATGCCCTGCGTACACCTTACCGTATCGATATCATGCAGCCGCTGTATTATGAGTTGTCCGATTTCGATGATCTGTTTACCCTGGCAGAAAGCGATATCATGCATTTAGTGCGTCAGGCCATGCGGCTTGGCCTCTATGACCCCCTGTTTGAACCTGCGCCCAGGCGGGTGAGTTAA	MAKSSAYQSRQPDENGVISWSEEENTIWSELYQRQDSLLQGRACKQYMDGLALLGLPKNRIPQLGEIDKVLQATTGWQTAPVPALINFSSFFSLLANKQFPVATFIRSREEFDYLQEPDIFHEVFGHCPLLTNPSFAHFTHTYGKLGLNASKEERIYLARLYWFTVEFGLVKTPEGQRIYGGGILSSPGETLYALESDAPVKVPMNALDALRTPYRIDIMQPLYYELSDFDDLFTLAESDIMHLVRQAMRLGLYDPLFEPAPRRVS	PGPT0020295_1087	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_UTILIZATION	PLANT_DERIVED_PHENYLALANINE_DEGRADATION,PGPT0020295-phhA-K00500	NA	NA
AK237_00789	462	pspC	COG1983	Phage shock protein C	ATGAACCGTCAATTCTATCGCGATACCGAAAATGCCAGAATTGCAGGGGTTTGTAGTGGTATAGCAGACTATTTCGGGTTGGAAAGGTGGCTTGTCAGAATTCTGGTTGTGTCTGCTTTTTTCCTGCTGGCCGGTACCTTCGTGTTCATCGGTTACATTGCCTGCTGGTTTATTCTGGAACCGAAACCCGCCAATATTTCTGCTCAGCAGGATGATCCGTTAAGCCGGTTTAAAGGGCATCATGGTAAAGGCTGGACAAACAACAATACCGGTGCACAGCAGCATGAGCCATCCGGTAAGGTGTCGGTTAAAACGAAAGTCTGGCAAGCTGGTGAGCCACCTAAACAAGCCGTGCAGGACATCGCCTCACGGTTTAAAGACACAGAATTGCGTCTGCGTAAGATGGAAAAATATGTAACCTCCAGAGAGTTTCAGTTAAACCGTGAAATTAGCCAGCTCTGA	MNRQFYRDTENARIAGVCSGIADYFGLERWLVRILVVSAFFLLAGTFVFIGYIACWFILEPKPANISAQQDDPLSRFKGHHGKGWTNNNTGAQQHEPSGKVSVKTKVWQAGEPPKQAVQDIASRFKDTELRLRKMEKYVTSREFQLNREISQL	PGPT0027520_166	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
AK237_00790	240	pspB		Phage shock protein B	ATGGACGAGGGAATACTGGCACTGCTATTGGTACCCTTATTTTTGTTTTTGATATTTGTCGCACCCATCTGGCTTATTCTGCACTATCGCAGTAAAAAGCAAGTCAGTCAGGGGTTAAGCGCAGAAGAGTTCGCAACGATTAATGAACTTGCGGAAAAGGCTGAAAAAATGTCTGACCGCATCAAAACGCTGGAAGCCATTCTTGATAGTGAAGCGCCTCAGTGGAGAGACAGAGCATGA	MDEGILALLLVPLFLFLIFVAPIWLILHYRSKKQVSQGLSAEEFATINELAEKAEKMSDRIKTLEAILDSEAPQWRDRA	PGPT0027525_154	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-TOXIN-ANTITOXIN_SYSTEM	CE-BACTERIAL_FITNESS-PspC-PspB_TOXIN-ANTITOXIN_SYSTEM,PGPT0027525-antitoxin_pspB-K03970	NA	NA
AK237_00791	714	pspA_1	COG1842	Phage shock protein A	ATGCACTTTTGCATGATTCCATACGAGCTGGAGGTAATGAATATGGGTATCTTCTCGCGTTTCACCGACATAGTGAACTCTAATATTAATGCATTGCTGGATAAAGCTGAAGATCCGGAAAAAATGGTTCGTCTGATTATTCAGGAAATGGAAGACACACTGGTAGAGGTGCGTTCAGCATCTGCAAAAACCATCGCCAGTAAAAAGGAAATCACGGCACAAATCAGTAAGTATGAGGCTGATGCACAGGACTGGCAGGCTAAAGCGGAACTGGCTTTAAGTAAAGAAAGGGAAGATCTGGCACGTGCCGCGTTGCAGGAACGTAAAAAATCAGCAGAAGCTGCCGTCGCTCTGGGTAAAGAACTGACGGTAGTAGAAGAGCAGATTTCGAAACTGCAGGATGAGGTTGGACAGTTACAGGATAAGCTGGCCGATGCAAAAGCCCGTCAGAAAGCGATTATCATGCGCCAGAAAACGGCAAGTTCGCGTTTAGAAGTGAAACGTACACTGGATAGCAGTAAAGTAGATGCTGCGATGGGCCGGTTTGAGCAATATGAGCGCAAAATTGACGACCTGGAGTCTCAGGTGGAAGCGTACGACTTAGGTAAGAAAACGCTGAACGATGAATTTGCCGAGCTGGAAGCCGGCGATAAAATCGACGAAGAATTAGCGGCATTAAAAGCTAAAATAAAAGAAAATAAAAGCGCAGAATAA	MHFCMIPYELEVMNMGIFSRFTDIVNSNINALLDKAEDPEKMVRLIIQEMEDTLVEVRSASAKTIASKKEITAQISKYEADAQDWQAKAELALSKEREDLARAALQERKKSAEAAVALGKELTVVEEQISKLQDEVGQLQDKLADAKARQKAIIMRQKTASSRLEVKRTLDSSKVDAAMGRFEQYERKIDDLESQVEAYDLGKKTLNDEFAELEAGDKIDEELAALKAKIKENKSAE	PGPT0014646_1500	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
AK237_00792	1110	pspF	COG1221	Psp operon transcriptional activator	ATGAGTAGATTTCGCCAACAGGATAATTTGTTAGGTCAGGCCAACAGCTTTCTGGAAACACTGGAACAAATTTCCCAAATCGCACCACTGAACAAGCCGGTGCTGGTTATCGGAGAACGGGGGACGGGTAAAGAGCTTATTGCCGCCCGACTGCACTTTCTGTCTCAGCGCTGGGATCAAAATTACATTAAGCTGAATTGTGCCGCGCTGAATGAAAATCTGCTCGAAAGTGAACTCTTCGGTTATGAAGCGGGGGCATTTACCGGTGCAGCCAAACGCCGTGAGGGCCGCTTTGAAGTCGCCAATAACGGCACACTCTTTCTCGATGAATTAGCAAATACCTCAGGGCTTATACAAGAAAAACTATTACGCGTTATTGAATATGGCGAATTTGAACGCGTGGGTGGAACAAAAACCATTAAAACAGATGTGCGCTTAATCGCTGCGACCAACGAAGATTTACCTGCGCTGGCGGACAGCGGCGAATTCCGCGCTGATTTACTCGACAGACTGGCGTTTGACGTTATTACTATTCCACCGCTAAGAGAACGGAAAGAAGATATCTTATTATTGGCGGAGAATTTTGCCATTAATATGGCACGAGAGCTGGAAATGGAATTGTTCAGCGGATTTACTGAAAAGGCCAGACGCACGTTATTAGACTACCATTGGCCAGGTAATATTCGTGAGCTAAAAAACGTCGTGGAGCGGGCAGTATACCGTTGTAATAATCCGCATCTGCCAGTTCATGAAATTATTCTCGATCCGTTTGAGTCGCCGTTCAGGCCCAAAGGTCGTATCAAGACCCAGGATCGCATCACCCATCCACAAGCCCCGGATGTTGCAGAGGTGCAACCGGCACTCCCCTCGCCAATAGTCGATATACCACACTCCGCGCCGCTACAAACCGTTGAAAGTATCAATTACCCTATTGATCTCAAGGAACGCTCCCAACAACATGAAATTGATATGATTAGACAAGCACTTGAAGATAGTCAGTTTAATCAGAAAAAGACTGCAGAAAAGTTAAGTCTGACTTATCATCAGCTTCGGGGCTATTTAAAGAAATATAACTTACTGGATTCATCAGCTGAATCTGTGGAGGCATAA	MSRFRQQDNLLGQANSFLETLEQISQIAPLNKPVLVIGERGTGKELIAARLHFLSQRWDQNYIKLNCAALNENLLESELFGYEAGAFTGAAKRREGRFEVANNGTLFLDELANTSGLIQEKLLRVIEYGEFERVGGTKTIKTDVRLIAATNEDLPALADSGEFRADLLDRLAFDVITIPPLRERKEDILLLAENFAINMARELEMELFSGFTEKARRTLLDYHWPGNIRELKNVVERAVYRCNNPHLPVHEIILDPFESPFRPKGRIKTQDRITHPQAPDVAEVQPALPSPIVDIPHSAPLQTVESINYPIDLKERSQQHEIDMIRQALEDSQFNQKKTAEKLSLTYHQLRGYLKKYNLLDSSAESVEA	PGPT0000001_188	DIRECT EFFECT	BIO-FERTILIZATION	NITROGEN_ACQUISITION	N-AQUISITION-ATMOSHPHERIC_NITROGEN_FIXATION	N-FIX-NITROGENASE_BIOSYNTHESIS,PGPT0000001-nifA|anfA|vnfA-K02584	NA	NA
AK237_00793	1635	dppA	COG0747	Periplasmic dipeptide transport protein	GTGCAACGGGGTTTTCGGTGGGCGGCAGTACTGATTGCACTGTCTGGGCTTCAGGCCTGCGACAAATCAGAGCAGGTGGCGTTCTACCAATCGGGCATTATTTACTGCTCAGAAAGTAATCCCGTTAACTTTAATCCTCAAACTGATACGTCCAGTACTACAGCCGATGCAACCGCACACCAGGTCTACGACCGCTTAATGGACTTTGATCCTGAAACCGGTCAAATTGTGCCAAACCTCGCGAGTAGCTGGTTAGTATCCGATGACGGATTAACTTACACGTTTCAACTAAACAAAGATGTGGCATTTCATACCACCTCTTATTTTACCCCCACCCGCACATTCAATGCTGACGATGTTATTTTTAGTATCAACCGGTGGCGACTGGAAGCAAATCCTTACCACCGCGTATCAGGCGGGCGCTACCCCTACTTTGAGAGTCTGGGTATTGCGGACAATATTGCCGGGGTGAAACGTGTTAATGGCTACAGAGTTGAAATTACCCTAAAGCAACGGGACAGCTCATTTTTGGCTAATCTGGCCACCGACTTCTCGGTGATTCTGTCAGCTGAATATGCAGACTATTTGCTCAGTCGCGGTACACCAGAGCGTATCGACCATTTTCCTATTGGCACCGGCCCGTTTAAATTCGAGAGTTACCGGAAAGATCACTACATTCGTTTTCAGCGAAATGAACATTACTGGGCGGAAGCGCAACTTCCTGAAGGTCAATCAAATACCGAGCATCTTATTTACGACATAACGCCCAAAAGCTCTATTCGTTTAGCTAAACTTATTACCGGTGAGTGTGATGCCATCGCCTTTCCGGCACAGACCGAGCTTGAGATCATCAGGAACCGGGAAGAGTTGGATCTTTCTGAAAAACCGGGTCTTAATATCGGTTTTTGGGCATTTAACACCGAGCGACCTCCTTTTGATAACCCCGATGTACGCAAGGCTCTGGCTTTAGCAATTGATAAAAACACACTTTTAGAAGCTGTTTATTTTGAAAGCGCCACTCGCGCGAAAACATTGCTACCCACTGCCAGCTGGGCGTTTCAAAGCGACGCAGAAGACACGGCTTACAACCCGGTTCTGGCTAAAAAGCTGTTAACGGAAGCGGGTATAGAACCCGGGTTTACCATGACAATTTGGGCCATGCCTGTCGAACGCGCCTACAACCCAAACGCCACGAAAATGGCAGAGCTTATTCAACGTTATCTGGCTGCAGTAGACATTCAGGTAAACATTGTTACTTATGACTGGACCACCTTCAGACGCCATTTGCGGGAAGGACTGCACGACAGTGTGCTGATTGGCTGGTCAGCAGACAATGGTGACCCGGATAACTTTTATCGCCCCTTATTAAGCTGCGGCGCCATTCCTTCGGGCACAAACCGAGCGATGTGGTGCAACGAAAAATATGATTCACTCATCAATGAAGCACTGCAAACACAAAATGTGGAGCAGCGCAAAGCAATCTATGAAGAAGTAAACCGCTTACTGTATGATGAGTTGCCTATCGTACCCATCGCACATGCCTACCGCTATCAGGCGTTTCGCAAAAATTTGAAAGGCATGAGTATTAATCCGTATGGCGGCGTACGTTTTGCTGGAGTAACAAAAAACCTGTGA	MQRGFRWAAVLIALSGLQACDKSEQVAFYQSGIIYCSESNPVNFNPQTDTSSTTADATAHQVYDRLMDFDPETGQIVPNLASSWLVSDDGLTYTFQLNKDVAFHTTSYFTPTRTFNADDVIFSINRWRLEANPYHRVSGGRYPYFESLGIADNIAGVKRVNGYRVEITLKQRDSSFLANLATDFSVILSAEYADYLLSRGTPERIDHFPIGTGPFKFESYRKDHYIRFQRNEHYWAEAQLPEGQSNTEHLIYDITPKSSIRLAKLITGECDAIAFPAQTELEIIRNREELDLSEKPGLNIGFWAFNTERPPFDNPDVRKALALAIDKNTLLEAVYFESATRAKTLLPTASWAFQSDAEDTAYNPVLAKKLLTEAGIEPGFTMTIWAMPVERAYNPNATKMAELIQRYLAAVDIQVNIVTYDWTTFRRHLREGLHDSVLIGWSADNGDPDNFYRPLLSCGAIPSGTNRAMWCNEKYDSLINEALQTQNVEQRKAIYEEVNRLLYDELPIVPIAHAYRYQAFRKNLKGMSINPYGGVRFAGVTKNL	PGPT0013780_329	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL_PEPTIDES,PGPT0013780-sapA-K19226	NA	NA
AK237_00794	1032	dppB	COG0601	Dipeptide transport system permease protein DppB	GTGATACAAATCCTGATCCGCTACGCGACACTATTTATCACCACCATGTTGGTGCTCTCTGCGCTGTCTTTTGCGCTGGCGTATTTATTTCCGGGTGATGTATTGGTCAACCTAACCGGAATTACGCCGCAAAATGAAGCTCAACGTGCGGCATTGATCAGGCAATTTCAGCTGGACAAACCCTACCTTTTTCAATTTATCTATTACGTCCAGCAACTATTGCAGGGAAACTGGGGTTACAGTTTTATTTCTGGCTTACCTCTACGACAAGAAATCGGTATTGCCATGCCTGCCACCATTGAATTAAGTGCCTATGCATTGTTTATCGCTATTTTTGTGGGTGTGCCATTAGGATGCTACGCGGGGCTGCGTAGCTACACAAAGCGCGATTACCTGATAAATTCAGCCAGTATGGTTAGCTACTCTTTTCCGGTGTTTTGGATAGCGTTAGTTTTTATTTTGTTCTTCAGCCTCAACCTTGGTGTAGTGCCGTTGTCAGGCCGGGTAAGTTTATTGTTTGATGTTCCACCGCAAACCGGATTTATTTTAATCGACATTATCATTGCTGAGAGTATCGACAGTGGTTTGGCATTAAACGATGCCCTCATTCACCTCTTGCTCCCTACAGTTTCCATTGCAATTGTTTCCACCGCATCAATGATTCGTTTAACCCGCCGGTCGGTCATTGATGTATTGAAAAGCCCATACATTGCTGCCGCAGAATCCCGGGGGCTGTCGAAACGGCAAATATTCTTTCAGCATATTCTTCGCAATGCCCTGTTACCCATTTTGCCGCTTATGGCGATTCAAATAACAACGTTGATCACCAACGCTATGATTGTCGAAACACTGTTTTCATGGCCTGGTATTGGCAACTGGCTGATTCAGGCCATTTACCAGCGCGACTATCCAGCACTTCGCGTGGGCATGCTGGCAGTAGCCACTGTGGTTATCAGCTTCACTATCATGATTGACTTGTTCAATCGAATCATCGATCCAAGCCGGGAAAAGTACGAACGTGGCACGGTTTAG	MIQILIRYATLFITTMLVLSALSFALAYLFPGDVLVNLTGITPQNEAQRAALIRQFQLDKPYLFQFIYYVQQLLQGNWGYSFISGLPLRQEIGIAMPATIELSAYALFIAIFVGVPLGCYAGLRSYTKRDYLINSASMVSYSFPVFWIALVFILFFSLNLGVVPLSGRVSLLFDVPPQTGFILIDIIIAESIDSGLALNDALIHLLLPTVSIAIVSTASMIRLTRRSVIDVLKSPYIAAAESRGLSKRQIFFQHILRNALLPILPLMAIQITTLITNAMIVETLFSWPGIGNWLIQAIYQRDYPALRVGMLAVATVVISFTIMIDLFNRIIDPSREKYERGTV	PGPT0013785_56	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL_PEPTIDES,PGPT0013785-sapB-K19227	NA	NA
AK237_00795	894	sapC	COG4171	Peptide transport system permease protein SapC	GTGGCACGGTTTAGTTTATATCAGGAAGAATCACAGCCTTCTCCGTGGCAACGCACCTGGGAAGAGTTTCGCAGCAGTCATGTCGCGTTTGCAGGTTTCATTGTGCTGGGATTATTTTTTTTCGTGTCGATGTTTGCGCCACTGGTAGCACCTTACGATCCATTGCAACAGAATATTGATGCGCTCCTAGTACCGCCAAGCTGGGAACCAAACGGTACTATCTCGCACCTCTTTGGCACTGATGCACTGGGCAGAGATGTATTTTCCCGCATTATGTATGGTTGTCGTGTTACCTTCGGCTCTAGTCTGATGCTAGTACTGATTGCCATGCTAGTCGGCGTCACCATCGGTACGGTAGCCGGTATGACAAGCGGGGTTCGCTCAAGTGTTATCAATCATACGCTAGACGCACTGATGGCTATCCCTACCCTGCTGATTGCTATTATTATTGTCGCGATATTAGGTACTGGATTAGTAAATAGCATGTGGGCCATTACCCTTGCGTTAATCCCTCAGTTTATTCACCATACACGCTCGTTTGTGCGCAGTGAGATGAAGAAAGAATATATCCTGGCATCGCGTCTTGATGGCGCAAAGCCAATCCAGTTGTTTTTCCACTCGGTGCTGCCAAACATGATCGAAATGCTGGTAGTACAAGGGTCATTGGCTTTATCTATTGCGGTCATTGATATATCAGCGTTAGGCTTTTTAAATCTGGGGGCTCAACCACCGCTACCGGAATTAGGCGTAATTCTGGCTGATGGTCTTGACGTGGCCTATATCGCGCCATGGAATGTGGGATTGCCGGGGTTAACCATATTTTTCATGGTTCTGGCAGTCAATGTGGTGGGCGATGGCTTACGTTCTGCACTTAGACGGAGGCTGACACACTAA	MARFSLYQEESQPSPWQRTWEEFRSSHVAFAGFIVLGLFFFVSMFAPLVAPYDPLQQNIDALLVPPSWEPNGTISHLFGTDALGRDVFSRIMYGCRVTFGSSLMLVLIAMLVGVTIGTVAGMTSGVRSSVINHTLDALMAIPTLLIAIIIVAILGTGLVNSMWAITLALIPQFIHHTRSFVRSEMKKEYILASRLDGAKPIQLFFHSVLPNMIEMLVVQGSLALSIAVIDISALGFLNLGAQPPLPELGVILADGLDVAYIAPWNVGLPGLTIFFMVLAVNVVGDGLRSALRRRLTH	PGPT0013790_80	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL_PEPTIDES,PGPT0013790-sapC-K19228	NA	NA
AK237_00796	996	sapD	COG4170	Putrescine export system ATP-binding protein SapD	ATGCCCATGCTCGATATAAAGAATATGACGCTTGAGATAGACAACGGGAATACCCGTGTAAAAGCGTTAGATAAAGTGAATCTGACCGTCAACAGCGGCGAAATCCGTGCGCTGGTAGGCGAATCCGGTTCTGGCAAAAGTTTGATGGTTCAGGCAATTTCCGGTTCACTTCCCCAGCAATGGCGTATCACCGCAGACAGGATGAGCTGGCACGGTAAAAATATGCTTTCCATGACAGCCAAAGAGCGACGCGAACTCATGCGGCGCGATATTGGCGTTGTGTTTCAGGATCCTGTCTCTGCGATGGATCCTTCCACCACGCTTGGCGAACAGTTGGAAGAAGCCATTCCTGACGAATTAGTAAATGGTAAATGGTTTTGGCAGCGAAAACAGGACAGACGGAAGACGGCTATAAGCACAGTGCACAAAGTGGGCATTAAGAACCACAGGCATTATTTAAATGCCTACCCGCACCAGGTGCCCACTGACATTGGTCAGAAGTTCATGATTGCTATGGCGCTGATTTCACAGCCCAAACTTTTGATTGCGGATGATCCCACTCGCGGGATGGAAACCACCACCAAAACCAAAGTCCTGAAGCTACTGACTCGCTTAAACCAAACAAAGTCATTGTCGATTTTGTTTGTCAGCCACGATTTGCTTGCTATAGCCAGTATGTCTCACACCATGACGGTGCTTTACTGCGGTCAAACTGTTGAGTCCGGCAAGATGAAGCATATCCGTAAGCGGCCGCTTCACCCGTATACCAAAGCACTGCTGGACAGTGCGCCGAGTTTCAGGAATGACTTACCGCCTAAGTCAGTGCTGCCTGCCCTGGACGGCACCATTCCTTCATTGCAACATGTTCCCATAGGCTGCCGGCTGGGCCCCCGCTGCCCCCGCGCCCAGCGTGCTTGTGTCAGTACGCCTGGCGTGCGTCGTATCCATGATCACACCTACAGTTGTCACTTCCCGCTGCACATGGAGAAGTTATGA	MPMLDIKNMTLEIDNGNTRVKALDKVNLTVNSGEIRALVGESGSGKSLMVQAISGSLPQQWRITADRMSWHGKNMLSMTAKERRELMRRDIGVVFQDPVSAMDPSTTLGEQLEEAIPDELVNGKWFWQRKQDRRKTAISTVHKVGIKNHRHYLNAYPHQVPTDIGQKFMIAMALISQPKLLIADDPTRGMETTTKTKVLKLLTRLNQTKSLSILFVSHDLLAIASMSHTMTVLYCGQTVESGKMKHIRKRPLHPYTKALLDSAPSFRNDLPPKSVLPALDGTIPSLQHVPIGCRLGPRCPRAQRACVSTPGVRRIHDHTYSCHFPLHMEKL	PGPT0002725_156	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL_PEPTIDES,PGPT0002725-trkE|sapD-K19229	NA	NA
AK237_00797	807	sapF	COG4167	Putrescine export system ATP-binding protein SapF	ATGAGTGAGATCATGCATGTCAGCGGTCTGACATTCCGTCACAGCGATAAAAAACGCTGGCTGAAAAAACCGGAAGTGTTTGCTTTAGGCCCTATAGAACTAAGTGTGAAGCGTGGTGAAACCATTGCCATTATCGGTGAAAACCGCGCCGGAAAATCCCTGCTGGCCAAGCTGCTAGTGGGTGCGGTGCCTGCCGATGAAGGCGAGATATTCCTCAGCAACGTGATGTATAACGCGGCTAAAAAGAAGTCGACTAAGAGCTATAACGCCAGCAACGATATCCGCATGATTTTCCAGCACAGCAGCGAAGCCATGAACCCCGGCATTCCTGTAGGGCGTATTCTTGATGAGCCTTTATCGCTGAACACTGAACTGGATGAAAGAGAACGCAAGAAAGTCATCGAAGATATTCTGGTTAAAGTGGGATTGCTACGTGATCACTACTATTTTTACCGTCACATGTTGTCTGACGGTCAGCAGCAGCGCGTAGCCATCGCCAGAGCCATGGTATTACAACCAAAGATTCTGGTCGCAGACGAACCCTTTGCCGCACTGGACCCATCAGTACGCTCGCAAACAGTAAACCTGATCCTGAACCTGCAAAAAGAGCTGGGGTTGTCGTTTATTTTTATCTCCCACAACTTAGGCATTGTGAGACACATTGCCGACCGGATCATCGTGATGGAAAACGGACAGATTGTTGAAACTGGCAAAACGGAAACAATCTTCCGCTGGCCTCAGCATGATATGACCAAAAAGCTGATCCTTGCTTATCAGTCACTGGTGCCCCAGCAAACGTTGACCTGA	MSEIMHVSGLTFRHSDKKRWLKKPEVFALGPIELSVKRGETIAIIGENRAGKSLLAKLLVGAVPADEGEIFLSNVMYNAAKKKSTKSYNASNDIRMIFQHSSEAMNPGIPVGRILDEPLSLNTELDERERKKVIEDILVKVGLLRDHYYFYRHMLSDGQQQRVAIARAMVLQPKILVADEPFAALDPSVRSQTVNLILNLQKELGLSFIFISHNLGIVRHIADRIIVMENGQIVETGKTETIFRWPQHDMTKKLILAYQSLVPQQTLT	PGPT0002730_203	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL_PEPTIDES,PGPT0002730-sapF-K19230	NA	NA
AK237_00798	1131	gcdB	COG1883	Glutaconyl-CoA decarboxylase subunit beta	ATGGAAAAATTATCAATTTTATGGGACAGCACTGCGCTCGCGCATTTTCAGAGCGGGCAACTGGTGATGATGGCAGTGGGTTTACTGCTTTTATATCTGGCCATCGTGAAAAAGTTCGAGCCGTTATTGCTGTTACCCATCGGTTTCGGCGCGCTGTTAACCAATATTCCGCTGGCTGGCTTCAGTGAACCGGGTGGACTGTTATATTACATCTATGAAGTGGGTATTCATTCCGGCGTGTTCCCGTTACTGATCTTCATGGGCGTGGGAGCGATGACGGACTTTGGCGCGTTGATCGCAAACCCCAGAATGTTGTTGCTGGGCGCAGCGGCTCAGTTTGGTATTTTTGCCACATTGTTCGGTGCTATTGCCCTTAATTTCATCCCCGGTTTCGACTTCACGTTAAAAGATGCCAGCGCTATTGCCATTATCGGTGGTGCTGACGGACCCACGGCAATCTTTCTGGCTTCCCGTCTTGCTCCTGATTTGCTGGGGGCAATTGCTGTCGCCGCTTATTCTTACATGGCACTGGTTCCTATTATCCAGCCTCCTATTATGAAAGCGCTGACCAGTGAAGATGAGCGGAAAATTGAAATGGCGCAATTACGCCATGTGTCGCAAAAAGAGAAAATCATATTTCCGCTGGCGGTACTCATTCTAACCATTTTATTCCTGCCTTCTGCAACACCACTGGTGGGCATGTTCTGTTTTGGTAACCTCATGCGGGAATGCGGCGTGGTAGACCGGCTGTCAAAAACGGCGCAGAATGAACTTATCAATGTAGTGACCATTTTCCTCGGCCTGGCTGTGGGGTCTAAATTATCTGCCGATAAATTTTTAACGGTGGAAACGTTAGGGATCCTCTGCTTAGGTGCAATAGCTTTCGCTATCGGTACTGCCGCCGGCGTATTGATGGCAAAACTCATGAATAAAATGAGCGGTGGCGGAATCAACCCGCTTATCGGCGCTGCCGGGGTGAGCGCTGTACCCATGGCGGCGAGAGTCGTCAATAAAGTGGGTTTGCAGAGTAACCCGCATAATTTTCTGTTAATGCATGCCATGGGGCCTAATGTGGCCGGTGTACTGGGTTCTGCCGTCGCCGCGGGTATTCTGCTGGCGCTGGTGGGTTAA	MEKLSILWDSTALAHFQSGQLVMMAVGLLLLYLAIVKKFEPLLLLPIGFGALLTNIPLAGFSEPGGLLYYIYEVGIHSGVFPLLIFMGVGAMTDFGALIANPRMLLLGAAAQFGIFATLFGAIALNFIPGFDFTLKDASAIAIIGGADGPTAIFLASRLAPDLLGAIAVAAYSYMALVPIIQPPIMKALTSEDERKIEMAQLRHVSQKEKIIFPLAVLILTILFLPSATPLVGMFCFGNLMRECGVVDRLSKTAQNELINVVTIFLGLAVGSKLSADKFLTVETLGILCLGAIAFAIGTAAGVLMAKLMNKMSGGGINPLIGAAGVSAVPMAARVVNKVGLQSNPHNFLLMHAMGPNVAGVLGSAVAAGILLALVG	PGPT0001940_764	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	ROOT_COLONIZATION	ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_METABOLISM	ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_BIOSYNTHESIS,PGPT0001940-madB|oadB|gcdB|mmdB-K20509	NA	NA
AK237_00799	1791	oadA	COG0511	Oxaloacetate decarboxylase alpha chain	ATGTCTAAGCCACTGGCACTGACAGAACTTGTACTGCGTGATGCTCACCAGTCGTTACTGGCTACCCGCATGCGCCTGGAAGACATGTTACCCATTGCAAGCGAGCTCGATAATGCAGGTTTCTGGTCTGTTGAATCCTGGGGAGGGGCAACATTTGATGCCTGTATCCGTTATCTGGGAGAAGACCCATGGGAGCGTATCCGGGCGCTGAAAAAAGCCATGCCGAAAACCCGGCAACAAATGTTGCTTCGTGGTCAGAACTTATTGGGATACCGCCACTATGCCGATGATGTGGTTACCCGTTTTGTAGAACGTGCCCATGAAAATGGCGTGGACGTGTTTCGCATATTTGATGCGATGAACGATGTTCGCAATCTGCAAACAGCAATTAAAGCTGCTATTGATTGCGGCGCGCATGCTCAGGGCACCATTTCTTACACCATCAGTCCGGTGCATACCATCGACGGATGGGTGGATATGGCCAAAAAATTAGAAGATATGGGTGTGCACTCCATCTGTATAAAAGACATGGCTGGTTTGCTTAAACCTTACGAATGCGAAACCCTGATCACCAGATTAAAGCAAACCGTTGATGTGCCCATCGCCATGCAGTGTCATGCCACAACCGGTCTGAGTACCTCAACCTACCAAAAGGCCATCGATGCCGGCATTGATATGCTGGATACCGCTATATCTTCAATGAGTATGACATACGGACATACTGCAACAGAAACAATCGTATCCACCCTTGAGGGTACGCCCCGCGATACCGGGTTGTCCCTTGAAGGATTAGAGCATATTGCCGCTTACTTCCGTGATGTAAGAAAAAAATACGCTAAGTTTGAAGGTAGTCTGAAAGGGGTGGACGCCCGTATTCTGCTTGCGCAGGTGCCCGGTGGCATGCTGACGAATATGGAAAGTCAGTTAAAAGAACAGGGCGCTGAAGACAAATTCGATGAGGTACTTAAAGAAATTCCCCGCGTGCGTGAAGACTTGGGGTTCATTCCTCTGGTCACGCCCACCTCGCAGATTGTGGGCACCCAGGCGGTACTGAATGTGCTCACCGGTGAGCGCTATAAAAGTATCTCTAAAGAAACTGCCGGCGTATTAAAAGGTGAATATGATGCAACTGCTGCACCGGTGAATGCAGAGTTACAGGCCCGTGTACTGGACGGTGGCGAAGTGGTGACCTGTCGTCCTGCTGACTTACTGGAGCCGGAACTGGATACATTATCTGATGATCTTGGTGCTCTGGCTAAGGATAAGGGATTCTCACTGGCTGAGGCGCAAATTGATGATGTCCTCACCTACGCCTTGTTCCCGCAAATCGGTCTCAAGTTTTTGCAAAACCGCGGCAACCCGGACGCCTTTGAACCTGCGCCGGGTAAAGAGCCGGAAGTGGCTACAGCGCCTGTTGTTGCTGCTCCAAAAGCCGCGGGGCAGCCCTCCGGCTACGATGTAAAAGTAGACGGCAAAGTGTATCACGTGGAAGTGGCTGAATCCGGCACGCTGACCAGTGTTACACCGGCCGCAACAGGGCGCGCACCGGCTCAAAGCAGCACTGCCGCACCGGCTGACGGACAAGCAATCAATGCACCGTTATCCGGCAATGTGTTCAAAGTTTTAGTATCTGAAGGTGATGCTGTGTCCAACGGGGATGTGGTTATTATTCTTGAAGCGATGAAAATGGAAACCGAAATCCGTTCCGCTTTTGACGGAACAGTTGGCCGTATTCTGGTGAAAGAGGGTGACAGTGTTGCCAGTGGTCAGGCGCTGATAGAGTTGAACTGA	MSKPLALTELVLRDAHQSLLATRMRLEDMLPIASELDNAGFWSVESWGGATFDACIRYLGEDPWERIRALKKAMPKTRQQMLLRGQNLLGYRHYADDVVTRFVERAHENGVDVFRIFDAMNDVRNLQTAIKAAIDCGAHAQGTISYTISPVHTIDGWVDMAKKLEDMGVHSICIKDMAGLLKPYECETLITRLKQTVDVPIAMQCHATTGLSTSTYQKAIDAGIDMLDTAISSMSMTYGHTATETIVSTLEGTPRDTGLSLEGLEHIAAYFRDVRKKYAKFEGSLKGVDARILLAQVPGGMLTNMESQLKEQGAEDKFDEVLKEIPRVREDLGFIPLVTPTSQIVGTQAVLNVLTGERYKSISKETAGVLKGEYDATAAPVNAELQARVLDGGEVVTCRPADLLEPELDTLSDDLGALAKDKGFSLAEAQIDDVLTYALFPQIGLKFLQNRGNPDAFEPAPGKEPEVATAPVVAAPKAAGQPSGYDVKVDGKVYHVEVAESGTLTSVTPAATGRAPAQSSTAAPADGQAINAPLSGNVFKVLVSEGDAVSNGDVVIILEAMKMETEIRSAFDGTVGRILVKEGDSVASGQALIELN	PGPT0001935_285	DIRECT EFFECT	BIO-FERTILIZATION	POTASSIUM_SOLUBILIZATION	K-SOLUBILIZATION-ORGANIC_ACID_METABOLISM	K-SOLUBILISATION-PYRUVIC_ACID_BIOSYNTHESIS,PGPT0001935-oadA-K01571	NA	NA
AK237_00800	261	oadG		oxaloacetate decarboxylase gamma chain	ATGGCTCCGGATTCGTTAGTTAGTTTGCTTGGTGAAGCTGCCACATTAATGTTAACCGGCATGGTATTTGTGTTCGCTTTTCTGGCACTGCTCATCGCCGGTGTTAAGGCCATTGCCTGGTACTGCCGGCGTTACCCCGGCAATGAAGACGTCGCTACATCTGTGAGGACGTCACCTGCACCTGCTCAGCCAGCCGTGAGCGGGCAAACCATAGCTGCCATCACAGCAGCCATTCATCAGCACAGAAACCATCAAAAATAG	MAPDSLVSLLGEAATLMLTGMVFVFAFLALLIAGVKAIAWYCRRYPGNEDVATSVRTSPAPAQPAVSGQTIAAITAAIHQHRNHQK	PGPT0001945_135	DIRECT EFFECT	BIO-FERTILIZATION	POTASSIUM_SOLUBILIZATION	K-SOLUBILIZATION-ORGANIC_ACID_METABOLISM	K-SOLUBILISATION-PYRUVIC_ACID_BIOSYNTHESIS,PGPT0001945-oadG-K01573	NA	NA
AK237_00804	195	csrA	COG1551	Carbon storage regulator	ATGCTTATTTTGACTCGTCGTGTAGGTGAAACCCTGATGGTTGGTGACGATGTAACGGTTACTGTATTAGGGGTTAAGGGTAATCAGGTACGTATTGGTGTAAACGCACCGAAAGAAGTATCAGTGCATCGTGAAGAGATTTACATGCGCATTCAGGCTGAAAAAGGTGGTCAGCCAGGCAATACTGCCGAATAA	MLILTRRVGETLMVGDDVTVTVLGVKGNQVRIGVNAPKEVSVHREEIYMRIQAEKGGQPGNTAE	PGPT0015065_1390	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
AK237_00805	2598	alaS	COG0013	Alanine--tRNA ligase	ATGACATTATCAACTGCTGACATACGCCAAAAGTTTATCGATTACTTTAAAAGTCACGGCCACCAGGCAGTGGCAAGTTCCTCATTGGTACCTGCAGATGATCCTACGCTCCTGTTCACCAACGCGGGGATGAACCAGTTCAAAGATGTTTTCCTTGGCGCAGAGAAGCGTAGCTATTCCCGTGCAGTGTCTTCACAACGTTGTGTGCGTGCCGGTGGTAAGCACAATGATTTGGAAAATGTCGGTTATACTGCGCGTCACCACACATTCTTTGAAATGCTGGGTAACTTCAGCTTTGGTGACTACTTCAAGAAAGACGCGATTTCCTTTGCGTGGAATTTCTTAACCGTAGAACTGGGTTTGCCAAAAGAAAAACTGCTGGTAACGGTTTATTCAGAAGACGATGAAGCCTTTGATTTGTGGGAAAACCACATTGGCGTACCGGCAGAAAAAATCATCCGTATTAGCACATCCGATAACTTCTGGTCGATGGGTGATACCGGCCCTTGCGGCCCTTGCTCTGAAATTTTCTATGATCACGGAGAACACATCTGGGGTGGTCCTCCGGGCACCCCGGAAGAAGACGGCGACCGCTTCATTGAAATCTGGAACCTGGTATTCATGCAATTTAACAAGCAGGAAGACGGCACGATGGAGCCGCTGCCAAAGCCTTCTATTGATACCGGTATGGGCCTGGAGCGTATTTCTGCCATTTTGCAGCATGTGCATAGCAACTACGAAATCGATTTATTCCAGAACCTGATTAAAGCTGCCGCTGACATCACTGGCGCTAAAGACCTGGAAGACAAGTCTTTACGTGTTGTCGCTGACCATATCCGTTCCTGCGCATTCCTGATTTGTGATGGCGTTATGCCAAGCAATGAAGGGCGTGGATACGTTTTACGTCGTATCGTTCGTCGTGCTGTGCGCCACGGTTACAAGCTGGGCGCGAATGATATTTTCTTCTTTAAGCTGGTTGCCGCATTAGTGAAAGAAATGGGCGCGTTTTATCCTGAACTGGCTGATCAGCAACCTGTTATTGAAAAAGTGTTACGCGTTGAAGAAGAGCAATTCAGCAAAACACTTGAACGGGGCATGAACATGCTCAATGACACTTTATCTTCTCTGGAAGGCGATACGATTCCGGGTGAAGTGGTGTTCAAGCTGTATGACACTTACGGATTCCCTGTTGATTTAACCAACGATGTTGCCCGCGAGCACGATGTAAAAATTGACGAAGCCGGTTTTGAAAAGGCCATGGAAGCTCAGCGTGCCCGTGCACAGAAAGCCAGTAACTTTGGAACCAACTATAACGACTTGCTAAAGGTCGAACATGAAACCGCGTTCACTGGTTATACCGATGTGGAAGGCGAAGCAAATATTGTTGAGCTTATTCACGAGAATCAATTTTGCGAAAAGCTTACCGATGGCCAGGAAGGGGTTGTTGTGCTGGATCAAACGCCGTTCTACGCCGAGTCCGGTGGTCAGGCCGGCGACCGTGGTGTATTAAAAGTGGCTAACGGTGAGTTCATTGTTACTGATACTCAAAAAATGGGTAACGCGTTTGCCCACAAAGGTAAGGTTGTTGGCGAAATACGCAAGGGCGAAAAAGCGGCTGCGGCTATCGACAACAGCAACCGTGAAGCAGTGAAGCAAAATCACAGTGCGACACACTTGCTGCATGCTGCGCTAAGAGAGATCTTAGGTGATCATGTCACTCAGAAGGGCTCTCTGGTAGAAGCACAACGCCTTCGCTTTGACTTCTCCCATTTTGAAGGCGTGACGTCAGAGCAGTTACTGACAATTGAAAACCGGGTAAACGAAGAAATTCGCGCCAACCATGCGCTGCAAACAGAATTAATGGATCTGGATGAAGCCAAGGCTTCAGGCGCCATGGCATTATTTGGTGAAAAGTATGACGAGAAAGTGCGTGTTGTCACAATGGGCCCGTTCTCTGTTGAACTTTGTGGTGGTACTCACGTCAAACGTACAGGTGATATAGGTTTATTCAAAATCGTATCAGAAAGCGGGATTGCATCTGGCGTTCGTCGCGTTGAGGCGATAACTGGCGCAACCGCGGTTGAATTTGTTCAACAACAACAGATTCAATTACAGACTGCAGCAGGTTTGCTGAAAACAGACGTGACAGGTTTGGTTGATCGCATCGGTGCACTGCAAGCGCAGACGAAAGAGCTTGAAAAAGCACTTTCTGCGGCGAAGCAGAAGTTAGCCGCCCAGCAGGGGGCTGACATGCTAGGTCAAGCTATCGAGATTAATGGCGTTAAGGTGTTAATTTCGGAGCTTGAGGGTGTAGAGTCAAAAGCTTTACGTGGCATGATGGATGATCTTAAAAACCGAATCGGCGAAGGGATCGTAGTACTAGGTATGGCTGATGGTGCAAAAGTCAGTTTGATAGTTGGTGTGACCAAACAGCTTACCGGCAAAGTAAAAGCAGGCGAATTAGTGAACTTTATAGCCTCACAAGTTGGCGGAAAAGGTGGTGGCAGACCAGACATGGCGCAAGCCGGTGGTAGTCAGCCAGAGAATTTGGCAAGTGCATTGGCTTCGGTTAACGCATATTTGTCAGATAAGCTATAA	MTLSTADIRQKFIDYFKSHGHQAVASSSLVPADDPTLLFTNAGMNQFKDVFLGAEKRSYSRAVSSQRCVRAGGKHNDLENVGYTARHHTFFEMLGNFSFGDYFKKDAISFAWNFLTVELGLPKEKLLVTVYSEDDEAFDLWENHIGVPAEKIIRISTSDNFWSMGDTGPCGPCSEIFYDHGEHIWGGPPGTPEEDGDRFIEIWNLVFMQFNKQEDGTMEPLPKPSIDTGMGLERISAILQHVHSNYEIDLFQNLIKAAADITGAKDLEDKSLRVVADHIRSCAFLICDGVMPSNEGRGYVLRRIVRRAVRHGYKLGANDIFFFKLVAALVKEMGAFYPELADQQPVIEKVLRVEEEQFSKTLERGMNMLNDTLSSLEGDTIPGEVVFKLYDTYGFPVDLTNDVAREHDVKIDEAGFEKAMEAQRARAQKASNFGTNYNDLLKVEHETAFTGYTDVEGEANIVELIHENQFCEKLTDGQEGVVVLDQTPFYAESGGQAGDRGVLKVANGEFIVTDTQKMGNAFAHKGKVVGEIRKGEKAAAAIDNSNREAVKQNHSATHLLHAALREILGDHVTQKGSLVEAQRLRFDFSHFEGVTSEQLLTIENRVNEEIRANHALQTELMDLDEAKASGAMALFGEKYDEKVRVVTMGPFSVELCGGTHVKRTGDIGLFKIVSESGIASGVRRVEAITGATAVEFVQQQQIQLQTAAGLLKTDVTGLVDRIGALQAQTKELEKALSAAKQKLAAQQGADMLGQAIEINGVKVLISELEGVESKALRGMMDDLKNRIGEGIVVLGMADGAKVSLIVGVTKQLTGKVKAGELVNFIASQVGGKGGGRPDMAQAGGSQPENLASALASVNAYLSDKL				NA	NA	NA	NA	NA
AK237_00806	450	recX	COG2137	Regulatory protein RecX	ATGACAGACCCCAACCGTAAAATCATTATCGACGCGATTACGCGCATGTTGGCACGACGAGAACACAGTTGTGTAGAAGTGAAAACCAAGCTTGAGCAAAAAGGATTTTCGCAGACGGCGTTTATGCCCATACTGCAGGAATTTGTTGAAGCTGATATTCAAAGCGATGAACGTTACGCGGAAATGCGCATTAGAGCGTGTGCCGCAAAAGGGCAGGGACCTGCCCGTATTCGACGGGAGCTCTCCCAGCACAATGTGAGTGATCTCACTATTGCTGATGCTATGGCTGAAGCAGATATTGATTGGTTTGCATTAGCGTTAAAAGTGAAGCAGAAAAAATTTGGAGAGGCATCTGTACAAGACTTCAGTGCCAGGCAAAAACAAATGCAATTTATGAATTATCGGGGGTTCACCCAGGATCAGATCCAATACGCCGTAAATGGCGACTAA	MTDPNRKIIIDAITRMLARREHSCVEVKTKLEQKGFSQTAFMPILQEFVEADIQSDERYAEMRIRACAAKGQGPARIRRELSQHNVSDLTIADAMAEADIDWFALALKVKQKKFGEASVQDFSARQKQMQFMNYRGFTQDQIQYAVNGD	PGPT0007240_3584	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PHYTOHORMONE-CYTOKININS|DERIVATE_PRODUCTION	PHYTOHORMONE-CYTOKININ_METABOLISM	PHYTOHORMONE-CYTOKININ_BIOSYNTHESIS,PGPT0007240-recX-K03565	NA	NA
AK237_00807	1224			hypothetical protein	ATGAAATATACCACATCCTTTGTAACATCGATTAACGACATTCCTGAGCAGGATTGGCGCTATCTCACCCGTGACGCCGGACCATTTCTTCAGTGGCCCTTTGTTGTTGCACTAGAGAGTACCCATTGCGTAGGCGAAGGCACCGGATGGATGCCTTACCATCTTGTTATTTACGCAGACAATCAGCTTGTCGCCGTTATGCCTGGCTACTTAAAAGAAGACAGCTATGGCGAATACGTTTTTGACCACGGATGGGCTCACGCTTATGAGCAACATGGACTGAATTACTATCCCAAGTGGGTGAGCGCAATCCCGTTTACACCGGTTACCGATCAGCGTTTACTGACCTTGCCCGATGTGGATGAGCTATCAATTATATCGGTGGTAAAAAAAGCACTAAATGCAATCAGTGACACTGGCGTTTCATCAGCACATATTCTTTTTTCGCCGACACAGGACAGTCATCGTTGGCGTCAATGTGGCTTTGCCCGACGCTATTCTGTTCAATTTCAGTGGTACAACTATCAATACACGCAATTTGATGACTTCACTAAAAGCCTCACCTCCCGTAAAAGAAAGGCGCTAAGAAAGTCACGTGAAAAGTTATCACACGCAGGCATCACATTGCAGCGACTTACCGGCGAAGATATTACCTCCAGCCACATTCAGTTTTTTATTCGCTGCTACCAACAAACCTATCTGAAACGTTCAGGTCACACCGGGTATTTGTCGCCGCAATTTTTTGAACAGGTATTTTCTGCTATGGCTAATAACATTTTACTGGTCATGGCGTCGCGAGGAGACGATTTCATCGCCAGTGCCCTGTTCTTTTATAACCCACAAGGGCTCTATGGACGATACTGGGGCGCTATAGAAGAAGTAGACGGCCTGCATTTTGAATCTTGTTACAATCAGGGCATTGCATTCGCCATTGAGCATGGCTTACCTTTATTTAATCCAGGTACGCAGGGTGAGCACAAAATTCTTCGGGGGTTCGAGCCCACTTACTGTGTATCACTGCACCACCTTTATGATCAGCGTTTCCATGAAGCTGTAGAACATTTTTTACGACAGGAAACGCCACAAATCGCCCATTACTTCCAGCAAGCGGCAACGGTGTTACCGTTTAATGAAGCAATGACCAAAACATTAATAACAACACGGACCGCAGCGGTCGTTCCCGATCCTGCCTTAACGAAAAAGAGAAACGACAATGAAGTATAA	MKYTTSFVTSINDIPEQDWRYLTRDAGPFLQWPFVVALESTHCVGEGTGWMPYHLVIYADNQLVAVMPGYLKEDSYGEYVFDHGWAHAYEQHGLNYYPKWVSAIPFTPVTDQRLLTLPDVDELSIISVVKKALNAISDTGVSSAHILFSPTQDSHRWRQCGFARRYSVQFQWYNYQYTQFDDFTKSLTSRKRKALRKSREKLSHAGITLQRLTGEDITSSHIQFFIRCYQQTYLKRSGHTGYLSPQFFEQVFSAMANNILLVMASRGDDFIASALFFYNPQGLYGRYWGAIEEVDGLHFESCYNQGIAFAIEHGLPLFNPGTQGEHKILRGFEPTYCVSLHHLYDQRFHEAVEHFLRQETPQIAHYFQQAATVLPFNEAMTKTLITTRTAAVVPDPALTKKRNDNEV				NA	NA	NA	NA	NA
AK237_00808	2082	pepO	COG3590	Neutral endopeptidase	ATGAAGTATAAGTTACTTGCTGCCACTATTGCAGCAGCGTTGAGCCTGTCAGGCTGTAGTAAACCAGAGCAGAACAGTGTAGAAAAACCCACCTCAGAAACACAAACTACCGCTCAACAAGGTAGCCCGGAGTTGGGAAGTTTCGGTGTAGACCTCACCGCCATGGATACCTCCGTTAAACCTGGCGACGACTTCTTCACCTATGCGAGTGGAACATGGTACAAAAATTACGAGTTACCGGCAGATAAAACCCGTTTCGGCGCTTTTAATGCGTTACGAGATCGAAGCGAAGAACAGGTGAAAGCAATCGTCGATGACTTAATGACGAAGAAAAACCTGAACGCCGAAGAACAGATGGTACGTGATTTTTACACGGCTTATATGGACGTTGAGGCAATCAATGCAAAGGGTATCGAGCCCATTTCTGACGTGATCGACAAAATTAACGCTGTAGATAATCGCCAGGCACTCACTGAAATTTTCGGCAATGCATGGCTTTATGGTACAGCGACACCAATTGGTGGGGGCTTAGGGTATAACCGCTTAGACCCAAATGAATATCAGTTTACTATTGGTGTGGGTGGTTTAGGCCTGCCCGACCGAGATTACTACCTGAGTGACCAAGAGCGATTTGTTGATATCCGCGACGCTTATCTTGCCCACGTTGAGAAAATGCTAAGCTTTGCAAACGTTGAAAACCCAGCAGAGAAAGCACAACAGATCCTGGAACTGGAAACCCGTATCGCTCATGCCCAGTGGCCGCGTGAGAAACGTCGTGACCGCGATTTAACATTAAACCAAATTGAACGTTCCATGCTATCGGACACCTATCCTGGTTTTGATTGGGATACCTTCTTTGCACAAAGCGGAATGAAAATACCTGAGTTAAATATTACGACCCCCCAACCAGTAAAAGATGTAATCAACATCATTAACGATACGGATTTAGATATTTGGAAAGCGTATCTAACGTTCCATACCATCAGTGAGAATTCTTCGTTACTTGCGCAAGATATTTACCAGGAATCTTTCGAATTCTACAGCAAGAAGTTAAACGGTCAGCAAGAGCCTCGTCCGCGTTGGAAACGCGCGATTGAACAAATGTCAGGAACAGAATCACTTGGCTTTGCATTAGGCAAAATCTATGTAGATCAATATTTCCCGCAGTCGTCAAAAGAACAAATGTCAGAACTGGTTGAAAACCTGCGTGCCGCACTGGGTAAACGCATCGATAACCTGGACTGGATGGGAGACGAAACCAAAAAAGAAGCCAAAGAGAAACTTGCTGCGTTTCACCCTAAAATTGGCTATCCGGACAAATGGGTTGAGTTAAGCGGCCTGGAAATCACAAGTGACCACCTCGTCCAGAATATACGTAACTTGCGTAAGTTCTTTAATCAAAAGGATGTTGAAGCAGAATTAAAGCCCACTGATCGTGAACGCTGGGGAATGACTCCACAAACGGTCAATGCGTATTACAACCCGTCATTCAACGAAATCGTGTTCCCTGCCGCCATATTACAGCCTCCGTTTTTCGACCCCAATGCCGATCCGGCGGTTAATTATGGCGCGATAGGTGCTGTTATTGGTCATGAAATGGGTCACGGATTTGATGACCAGGGCGCAAAATCTGATGCAATGGGTATCCAAAGAAACTGGTGGACAGAAGATGATTTAGCTTCATTTACCGCTAAAGTTGACCAGCTTGGCGCCCAATACGATCAATATGAGCCGATCCCTGGCAACCATGTAAACGGGCGCCTGACTATGGGCGAGAACATTGGTGATGTAGGTGGTTTATCCATGGCCTACGAAGCGTATAAAATTAGCCTGGACGGCGAAGACGCGCCCGTTATCGATGGATTAACAGGTGATCAACGCTTCTTTCTGGCGTGGGCGCAAGTGTGGCGTGAGAAGCGCACCGAGCAAAGCCTGATTAATCAGCTTCGTTCAGACCCGCACTCACCTGCTCGCTACCGCACTGTTGCACCGCGTAATTTAGACGCGTGGTACAAAGCATTTGACGTGAAACCTGGCGACAAGCTGTACCTTGCACCGGAAGACCGTGTGCAAATCTGGTAA	MKYKLLAATIAAALSLSGCSKPEQNSVEKPTSETQTTAQQGSPELGSFGVDLTAMDTSVKPGDDFFTYASGTWYKNYELPADKTRFGAFNALRDRSEEQVKAIVDDLMTKKNLNAEEQMVRDFYTAYMDVEAINAKGIEPISDVIDKINAVDNRQALTEIFGNAWLYGTATPIGGGLGYNRLDPNEYQFTIGVGGLGLPDRDYYLSDQERFVDIRDAYLAHVEKMLSFANVENPAEKAQQILELETRIAHAQWPREKRRDRDLTLNQIERSMLSDTYPGFDWDTFFAQSGMKIPELNITTPQPVKDVINIINDTDLDIWKAYLTFHTISENSSLLAQDIYQESFEFYSKKLNGQQEPRPRWKRAIEQMSGTESLGFALGKIYVDQYFPQSSKEQMSELVENLRAALGKRIDNLDWMGDETKKEAKEKLAAFHPKIGYPDKWVELSGLEITSDHLVQNIRNLRKFFNQKDVEAELKPTDRERWGMTPQTVNAYYNPSFNEIVFPAAILQPPFFDPNADPAVNYGAIGAVIGHEMGHGFDDQGAKSDAMGIQRNWWTEDDLASFTAKVDQLGAQYDQYEPIPGNHVNGRLTMGENIGDVGGLSMAYEAYKISLDGEDAPVIDGLTGDQRFFLAWAQVWREKRTEQSLINQLRSDPHSPARYRTVAPRNLDAWYKAFDVKPGDKLYLAPEDRVQIW				NA	NA	NA	NA	NA
AK237_00809	1377			hypothetical protein	ATGAGATTATCGCGCGCCGTACTTCTGTCTCTTTTCGCAATGAACAGTTTGCTAACCTTTAGCAACAGTGTACACGCTTCAACCACACAGGACTGGCAAATTGCAGATGACATCGTCAGGCAAATCCAGCTTCCGGACATCCCTGACAGACGGTTCAAAATAGAAGCAACGAGTAGCCATCTATCTGATGCCCGAAATGTTATCCAGCGCACTATCGACAAAGCCTCATCACAAGGCGGTGGTATCGTTGAACTGTCTAAAGGCATCTGGTTAAGCAAGGGCCCGATTCATTTAAAGAGCCATGTGAACTTTCACCTTGCTGAAGGCGCTGTGCTGCGTTTTTCTCCTGAGCCATCCTATTATCTACCGGTGGTAAAAACGCGCTGGGAAGGTACAGAAGTATTTACCTATTCGCCGTTCATTTATGCTGCCCACGTAGAGGATGTGGCCATCACAGGACCTGGCGTAATTGACGGTAACGAGAAATCGTCCTTTATCAATTGGTATGAGAAACAAGAAAAAGACATGCATGCCCTGCGCCGTATGGGTTTTGATAGCGTACCGGTAGAAGAACGTCAGTTTGGTGAAGGCCACTTTCTACGCCCACCACTTACACAGTTCTTTCACGCGAAGCGTGTGCTATTAGAAGATTACACGGCAATGCACTCCCCGTTCTGGGTTAATCATTTGGTCTATACCTCCCATGCCACCGTGCGCAACGTGAAAGTGGACAGTCATTTCTACAACAACGATGGTTTGGATATCGAGTCCAGCCAGTTCGTTCTGGTGGAAAATAATCATTTCAGAACCGGCGATGACGGCATTGTGGTGAAGTCGGGTCGCGACGCTGACGGAAGAAACATTGGCATTCCCAGTACAGATATCGTTGCCAGAAACAACGATTTAGGCGGTGAGGACGGGATAGGTTTAGGTTCGGAAATGTCTGGTGGAATTAAACGAGTCTTTTTTGAAAACAACACGTTACATGAAGGTGATTCAGCCTATCGGTTTAAAAGTAATCTCGATCGAGGGGGGAAAGTCGAAATGATCCGCATACGAGGAAGTAAAGTGGCGTCATTTAAAAACCTGTTCTGGTTTCAGCTGAATTACCCCAGCAATTTACATGGTAACTTTCCAGCTTCGTATTCAGATATAGTTATTGAGGATCTGACAGTGGACAACGTAGAAACGGTGCTTGAAATCCACGCGCCGGATGCAGCTCCCGTCACAGATGTAACATTCAAAAACATCCAGATTAAGAATGCGAAAATTCCACTTATTTTAGAAAATGCCGACAAGATCAAGTTCGATAACGTCAAAATCGGGCAACAATACTGGAACGGAGAATTCAGCGCGGGAACTAAACCCACAAAATAA	MRLSRAVLLSLFAMNSLLTFSNSVHASTTQDWQIADDIVRQIQLPDIPDRRFKIEATSSHLSDARNVIQRTIDKASSQGGGIVELSKGIWLSKGPIHLKSHVNFHLAEGAVLRFSPEPSYYLPVVKTRWEGTEVFTYSPFIYAAHVEDVAITGPGVIDGNEKSSFINWYEKQEKDMHALRRMGFDSVPVEERQFGEGHFLRPPLTQFFHAKRVLLEDYTAMHSPFWVNHLVYTSHATVRNVKVDSHFYNNDGLDIESSQFVLVENNHFRTGDDGIVVKSGRDADGRNIGIPSTDIVARNNDLGGEDGIGLGSEMSGGIKRVFFENNTLHEGDSAYRFKSNLDRGGKVEMIRIRGSKVASFKNLFWFQLNYPSNLHGNFPASYSDIVIEDLTVDNVETVLEIHAPDAAPVTDVTFKNIQIKNAKIPLILENADKIKFDNVKIGQQYWNGEFSAGTKPTK				NA	NA	NA	NA	NA
AK237_00810	2709			hypothetical protein	ATGAATAAAAATCGTTTCCAAAAAACCAAACTCTTTAGCGCAGTCATTGTAGCTTTAGGCTGCGCTAGTCCGTCAATCGCTTTTGCACAAGAAACAACAACAAACGATGCAAATGCTGATGACTATGAAATTATCGAAGTCAGCGGCTTCCGGGGCGCGCTGAACCGGGCACTTTTTGAAAAAAGAAGTGCCGTTACTTCTAAAGAAACCATACTCAGTGAAGACATTGGTAAATTTCCTGATTTGAACATTGCCGAATCTCTGCAACGCGTACCGGGTGTAGCCATTTCCCGCGAAGGTGGTGAAGGTCGCCAGATCACATTGCGTGGTTTAGGCCCGGACTTCACACGTACTACGTTAAACGGTATGGAAGTGCCATCAAGTACTGACGGCACAGACTCAGGGGGCGGTGTGAACGGTGGCCGTGCATTCGACTTTAACGTCTTTGCATCGGAACTGTTTAACCGGGTGGACATTCAGAAAACATCTACCGCTTCCACTGAAGAAGGCGGCATTGCAGGTACAGTAGATTTATATTCTGCAAAACCCTTCTCCAATCCAGGTTTCCACGTTGCTGCATCCGGGCAAGCGGGCTATAACGATGTTACCGAAGAAGTTGATCCTCGTATGGTGTTCATGATTAGCAATACGTTTGCTGACGACACCATTGGCGCACTTTTCTCTATAGCGAAATCAGAACGAACCGTTCGCCAGGAAGGTTTTGGTACAGTGCGATGGACGACGCCCGTTCGGGACGGTGGTGGTATATACACCGATACGAGCAATACTGAAATAAACGGCAATATCGACACAGGCCCTTGTGAAGTAGATAACGCCGCAGTTGACCCGGTAAACTGTTTATGGACGCCACGCCTCCCCCGCTATGACTTTTTTGGTAACAATCAGGATCGTTTGGGGATTACAGGCTCGCTGCAATTTGCCATTGGGGATGCCGGCACAATCACGTTTGATACATTGCATTCGAAATTAGAAAACGAACGGACAATGTATAATAACTTTGAAATGTTCCGTAGCACCTTTAGTGAAATTACTCCGGTATCCCTCACCCTGGATGAAACGGGTAAACAAGTGGTAGCCGGTACGTTTGATAACCTAACCTCTCGCGTCGAGAGCCGTCAGCAGTTATCAGAAACTGACTTTAGCCAATACGTATTAAGTGGTGAATTTTTTCTTTCTGATGAACTTCGCTTAAACGCTATGGCAGGTACTGCAAAATCAGACGCTCGCTCTGAGCAGTATCGCTATAACATGACTAATCTGACTCCACATACATTTAGCTATGATTTCACCGGCAATGAAAATGTGCCCGTGATGGAATATGGCTACGATATCACTGACGCCAGTCTTTACGACTTATCCGATGGTCGATTGCGTGCCACAGATGTTGAGCGTAAGAATGACACGGCGAAACTTGATTTGACGTACAGCAATGACAGTGTCGAAATAAAAATGGGTCTTGCTTATAACGATCGCACTGTTACTTATAGCGAAGAGCAAATTAACGGCTTCCCCGATCAGGAGTCAGCCGTCGGATATGCTGAATTAATTCCTTTCGATGACTTCGGTAACGGATTTGACGGCGAATTAAATCGCTTTATTGTTGCGGACTTCGACGCAATCGAATCTGATTTGCTTGATAAAACCTGGTCTCCGCGCACTGAACAAAGCTGGGAAGTCGGTGAAGAGACGTTAGGAGGCTATCTCGAATTCAATTCTGAATATGACATTTCAGACATGAGCCTGCGTACAAATTTCGGTATGCGCTACGTTAAAACAACGTCTACCGCTTCTGGCTATATTCAGCTGGACGAAGTGACCGTTGAAAACGATTATGATAACTTCCTGCCTGCCATGAATCTCGCGTTATCAGTAACCGAAGATGTGATCACTCGTTTTGGATTATCCAGAACCATGACACGTCCCAGTTTAAGTTCACTAAACCCGGGTAACCCATCGTTCTCTTATGTAAATGGTACGGTTAGTTCAGGTAACCCGTATCTCGACCCCTTTACATCCAACAACGTCGATTTGGGTCTTGAGTGGTACTTTGCGGAAGAGTCTCTACTTGCTGCTAACTATTTTTACAAAGACATCGAGACATTTATCACCTCGGCGACAGAAGAACGCTTAATCGACGCTGTGTATTTACCTTTTATTGATTCTGATCCTCAGTACGACCCCGCGCTGGCGTTAGATCCGCGCACCGTTCCTTATACGCATACTTCGCCCGTGAACGGTGAAGGCACAACAGTAAATGGTTTTGAAATCATTTATCAACAACCTTTCCGCTTCCTGCCTGCGCCATTTGATGGCCTGGGAACAGTAATGAACTACACCCGCGTGTCAGCCGGCGAAATTACGGGTTTGTCGAAAAATACCTATAACGCGACAATTTATTATGAGCGCGACGACTATGGTATTCGTCTCTCGTTGAACAAACGCGATGATTACATTACTGATTACAGTGGTAGTAATGGTAACGCCGAAGAAGCAACAACCGGCCCTACCTACGTCGATTTATCAGCGTTCTATAATTACAACGAGAATCTGACGTTTACCATTGAAGGCATTAACCTTACTGATGAATATGAGCGATTATTTACCACTGGTGATGGCTCGCAGAATCTTGTACGTGAATACAACCACACAGGTACACAGATATTCTTAGGCGCACGTTACACCATGTAA	MNKNRFQKTKLFSAVIVALGCASPSIAFAQETTTNDANADDYEIIEVSGFRGALNRALFEKRSAVTSKETILSEDIGKFPDLNIAESLQRVPGVAISREGGEGRQITLRGLGPDFTRTTLNGMEVPSSTDGTDSGGGVNGGRAFDFNVFASELFNRVDIQKTSTASTEEGGIAGTVDLYSAKPFSNPGFHVAASGQAGYNDVTEEVDPRMVFMISNTFADDTIGALFSIAKSERTVRQEGFGTVRWTTPVRDGGGIYTDTSNTEINGNIDTGPCEVDNAAVDPVNCLWTPRLPRYDFFGNNQDRLGITGSLQFAIGDAGTITFDTLHSKLENERTMYNNFEMFRSTFSEITPVSLTLDETGKQVVAGTFDNLTSRVESRQQLSETDFSQYVLSGEFFLSDELRLNAMAGTAKSDARSEQYRYNMTNLTPHTFSYDFTGNENVPVMEYGYDITDASLYDLSDGRLRATDVERKNDTAKLDLTYSNDSVEIKMGLAYNDRTVTYSEEQINGFPDQESAVGYAELIPFDDFGNGFDGELNRFIVADFDAIESDLLDKTWSPRTEQSWEVGEETLGGYLEFNSEYDISDMSLRTNFGMRYVKTTSTASGYIQLDEVTVENDYDNFLPAMNLALSVTEDVITRFGLSRTMTRPSLSSLNPGNPSFSYVNGTVSSGNPYLDPFTSNNVDLGLEWYFAEESLLAANYFYKDIETFITSATEERLIDAVYLPFIDSDPQYDPALALDPRTVPYTHTSPVNGEGTTVNGFEIIYQQPFRFLPAPFDGLGTVMNYTRVSAGEITGLSKNTYNATIYYERDDYGIRLSLNKRDDYITDYSGSNGNAEEATTGPTYVDLSAFYNYNENLTFTIEGINLTDEYERLFTTGDGSQNLVREYNHTGTQIFLGARYTM	PGPT0003790_4279	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0003790-hutA|fatA|fct|foxR-K02014	NA	NA
AK237_00811	1644	bicA_1	COG0659	Bicarbonate transporter BicA	ATGAAAGGCTTATTTAATAATTTACGTGGGGATCTTACCGGCGGATTAACCGCTGGGATCGTGGCGCTGCCATTGGCGCTGGCGCTTGGTGTGGCTTCTGGTGTAGGTCCCATGGCGGGCTTATATGGTGCTATTGCGGTTGGTTTTTTTGCAGCATTATTAGGGGGAACGCCTTCTCAAATATCCGGACCAACCGGGCCGATGGTGGTTGTATTAGCGGGTCTTTTCGCTTCTTTGTCTGGAGACTTAGGGCTTATATTTACCGCTGTTATGCTGGCTGGTTTGCTGCAAATCGTGATGGGCTTTACGGGCGTAGGGCAGTACATCCGTCTGGTTCCCTATCCGGTTATTTCAGGCTTTATGTCTGGTATCGGTGCAATCATCATCATTCTCCAATTGGGTCGACTGATGGGACACGAACCTCCTGGCGGAACCATGGGGGCGTTAGTTTATCTGCCGACAGCCCTGGCCGATATTGACTTTGTCACTCTTGGCCTTGGTTTAGGTACGTTGATCATTGCTTATAAATGGCCTCCTAAACTCGGTAAGTTTGTACCCGGTGCGCTTGCAGCACTGATTATTGGAACGCTGGTAAGTTTAATGCTGAATACCCCAGTACTCGGCGATATTCCAACCGGATTACCAGAATTGCATATGCCTGTTTTCGATCAGTCTAAAGCGCTTTTGGTTTTCGAGGCGGCCTTCATTCTTGCTATTTTAGGTGCAATTGACTCACTGTTAACCTCCCTTGTTGCAGATAATATGACGCGCACGCGCCATAACAGTAGCAAGGAATTAATCGGTCAGGGTGTAGGTAACACCGTAGCAGGCTTGATTGGTGGCATTGCCGGTGCCGGTGCCACGATGCGTACGGTGGTCAATATTCGTAGTGGTGGTAAAGACCGCTTATCGGGTATGGTGCACTCTTTGGTTTTACTCGCCATCGTACTGGGCCTGGGGCCTTTGGCTGCCAAAATCCCACATGCTGTATTAGCCGGTATACTGGTTAAGGTCGGCTTAGATATTATTGACTGGAGTTATCTCAAGCGTGCTCACACCGGGCCGCGTTGGGATTTTGCTCTGATGCTGCTGGTGCTGGGATTAACAGTTTTTGTTGACCTGATTACTGCGGTTGGCGTGGGTGTGGTGTTAGCTGCGCTGGCTTATGTGAAACAAGTGGCTCAACTGCAATTGGATGAGGTTAATAAAATCCCTGATACGCTACAAGATCCTGAAGAAGATGCACTACTTAAACAAACTAAAGGTAAAGTACAAATCTTTAGTTTTGGTGGTCCGTTAAGCTTTGGTGCGGCAGCAGATTTAGGGCACCATGTGCGGGAGAAAGTGAAAGGCGGTTCAAGCGCGCTTATTCTGGATTTTAGTCGCGTTCCCACCATGGATGTGTCTGCGGCAATGGCGGTAGAAACGATTACTTCTGACGCCAAGGCAGCAGGACGCCAGGTGCTAATGTGTGGGGCTGCAGAGGCTGTCAGTACGGTATTAAACAATATTAACGCGCACCAAGGTGGTGTGGTGGTTTGTTCTACCCGCAAAGAGGCATTAGCGAAAGCTGTTGAAATGGTGAATTTGCCGGGAAAGGCTGAAGGTAGCAGCAATGCTACCCAGCACCTTGTTAACGTTTAA	MKGLFNNLRGDLTGGLTAGIVALPLALALGVASGVGPMAGLYGAIAVGFFAALLGGTPSQISGPTGPMVVVLAGLFASLSGDLGLIFTAVMLAGLLQIVMGFTGVGQYIRLVPYPVISGFMSGIGAIIIILQLGRLMGHEPPGGTMGALVYLPTALADIDFVTLGLGLGTLIIAYKWPPKLGKFVPGALAALIIGTLVSLMLNTPVLGDIPTGLPELHMPVFDQSKALLVFEAAFILAILGAIDSLLTSLVADNMTRTRHNSSKELIGQGVGNTVAGLIGGIAGAGATMRTVVNIRSGGKDRLSGMVHSLVLLAIVLGLGPLAAKIPHAVLAGILVKVGLDIIDWSYLKRAHTGPRWDFALMLLVLGLTVFVDLITAVGVGVVLAALAYVKQVAQLQLDEVNKIPDTLQDPEEDALLKQTKGKVQIFSFGGPLSFGAAADLGHHVREKVKGGSSALILDFSRVPTMDVSAAMAVETITSDAKAAGRQVLMCGAAEAVSTVLNNINAHQGGVVVCSTRKEALAKAVEMVNLPGKAEGSSNATQHLVNV	PGPT0003020_3304	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-SULFATE|THIOSULFATE_TRANSPORT,PGPT0003020-TC_SULP-K03321	NA	NA
AK237_00812	660	cynT_1	COG0288	Carbonic anhydrase 1	ATGGATCATGTCATTTCTGGCGTTGCTAAATTTCAGAAAGAAGTCTTTCCTAAAAATAAAGAAGTCTTCCAGAAGCTAGCAAACGGCCAAAACCCTGAAGTTCTTTTTATCACCTGTGCCGACTCGAGAATCGACCCCAACCTCGTGACTCAAACCGGCCCGGGTGACCTCTTTATTTGCCGAAATGCGGGGAATATTGTTCCTCCTCATACTAATCACACCGGCGGTATGACTGCCTCCATCGAGTTTGCCGTGGCTGCATTAGGTGTAAGCCACATTATTATTTGTGGTCATTCTGATTGCGGCGCAATGAAAGGCGCTTTGGCACCTGAAAAGTTAGATGCGTTACCACATGTAAAAGATTGGCTGAGTCACTGCCGCTGCGCCACGGAAGTGGTGAAAGAGAAGCACGGTGCATTGACTGCAGATCTCCTTGATGAGGTGACGAAGGAAAATGTTTTACAGCAACTTCAACACATTCGAACGCATCCTGCTGTTGCTGCAAAAGTTGCGACAAAACAAGTACAACTGCATGGTTGGTTGTATGACATAGAATCTGGCAACGTACTTTGCTACGACGAGAAGGCGGAAGCATTCAGACTGTTGCAAGAAGTTTATGCAGGTAAGCCCTTCGCTAAAAAAGACAGCAAGGGGAAGTAA	MDHVISGVAKFQKEVFPKNKEVFQKLANGQNPEVLFITCADSRIDPNLVTQTGPGDLFICRNAGNIVPPHTNHTGGMTASIEFAVAALGVSHIIICGHSDCGAMKGALAPEKLDALPHVKDWLSHCRCATEVVKEKHGALTADLLDEVTKENVLQQLQHIRTHPAVAAKVATKQVQLHGWLYDIESGNVLCYDEKAEAFRLLQEVYAGKPFAKKDSKGK	PGPT0002415_3564	DIRECT EFFECT	BIO-FERTILIZATION	PHOSPHATE_SOLUBILIZATION	K-SOLUBILISATION-OTHER_ACID_METABOLISMS	K-SOLUBILISATION-CARBONIC_ACID_BIOSYNTHESIS,PGPT0002415-cynT|can-K01673	NA	NA
AK237_00813	1542	bicA_2	COG0659	Bicarbonate transporter BicA	ATGAAACTTGATTTATCATTTAAAGAAATCAAAAACGACTTACCCGCCAGTATAGTCGTTTTCTTTGTCGCTTTACCATTGTGTCTGGGGATTGCCCTGGCATCTGGTGCACCTTTATTTTCCGGCGTAATCGCCGGGATCATCGGTGGTATCGTCGTTGGCCTTGCAAGTGGGTCGCGTTTGGGCGTAAGTGGACCTGCTGCCGGTTTGGCAGTTATCGTATTTGACGCCATTGGTACACTGGGTAGCTGGGAATTATTTCTTTGCGCCGTGGTACTGGCCGGTGTATTCCAGTTAATGCTTGGGTTTATGCGAGCAGGGTTCGTCGCTTATTTCTTCCCAACTTCGGTGATTACCGGCATGTTGGCGGGTATTGGCTTACTTATCGTACTTAAGCAGTTGCCTTACTTATTCGGCTGGCATTCAGACTTTTTAGGTGAAGAAGCGTTTAGCCAGGTGAATGGTGAAAACACCTTTTCAGCCATCGAGCATGCGGTGTCGTTAATGTCTCCTGCTGCTGTGGCGATTTCCGCTGTGTCATTGGCATTACTGGTGATTTGGGACAAGTACCTGACCAAAATGCACAAGATATTTCAGCTTATCCAGGGTCCAATTGTTGTTGTTCTTCTTGGTATTGTTGCATCGATTATGCTCGCGCAAGCGGGTACACCTTTGCAAGCAGACCAGCTGGTTAGCTTGCCGGTTATAGACAGTTTTGAAGCCTTCAAAGCAGAAATGGCTTTCCCGGCATTTTCTGAAATCCTAAATATAAACGTACTGACTATTGCTTTAGTTATGGCGGCAGTGGCCAGTATCGAAACCTTGCTGTGTGTTGAAGCCACAGACAAGTTAGATCCGCAGAAATACACAACACCAACAAATCGTGAATTAAAAGCGCAGGGTATTGGTAATATTATATCTGGTTTGGTGGGTGGTTTGCCTATCACGCAAGTTATTGTACGTAGCTCAGCTAATATCGCTTTCGGTGGTAAAACTAAATTATCTGCTATCTTGCACGGTTTTTTCCTGCTGATTGCGGTATTTGCGGCAGCGACCATGCTGAACCAAATTCCTTTAGCATCATTGGCTGCCATTCTGATCACCGTGGGCTATAAATTAGCGAAGCCGGCTATGTTCAAAGTGATGTATAAAACTGGCTGGGAGCAATTCCTTCCGTTTATTATTACTATCGGCGTGATGTTATTCACTGACTTACTAACGGGTGTAGTTGCAGGTTTAGCGGTAAGTGTGTTCTTCACCCTTAAACATAGCTACCGTAATTCATACCAGTTTACTGAAACAGTGAACGAAGATGAAGGTGGCAGCAGAACGCATCACATTGTTATGGCTGAAGAAGTGTCTTTCTTCAATAAGCCTAGCATTTTGAAAAAGCTGAACTCTATTCCCGGAAATTCAAAGGTCGTTCTGGATTTCTCTAAGAGCAAGTCTGTGGCCTTCGATGTCAAAGAGTTAGTAAAGGATTATTTAAGCCAGGCTGACAGTAAAAACATCAAGGTCGAAACCATTCAGTTTCAACATTAA	MKLDLSFKEIKNDLPASIVVFFVALPLCLGIALASGAPLFSGVIAGIIGGIVVGLASGSRLGVSGPAAGLAVIVFDAIGTLGSWELFLCAVVLAGVFQLMLGFMRAGFVAYFFPTSVITGMLAGIGLLIVLKQLPYLFGWHSDFLGEEAFSQVNGENTFSAIEHAVSLMSPAAVAISAVSLALLVIWDKYLTKMHKIFQLIQGPIVVVLLGIVASIMLAQAGTPLQADQLVSLPVIDSFEAFKAEMAFPAFSEILNINVLTIALVMAAVASIETLLCVEATDKLDPQKYTTPTNRELKAQGIGNIISGLVGGLPITQVIVRSSANIAFGGKTKLSAILHGFFLLIAVFAAATMLNQIPLASLAAILITVGYKLAKPAMFKVMYKTGWEQFLPFIITIGVMLFTDLLTGVVAGLAVSVFFTLKHSYRNSYQFTETVNEDEGGSRTHHIVMAEEVSFFNKPSILKKLNSIPGNSKVVLDFSKSKSVAFDVKELVKDYLSQADSKNIKVETIQFQH	PGPT0003020_3568	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-SULFATE|THIOSULFATE_TRANSPORT,PGPT0003020-TC_SULP-K03321	NA	NA
AK237_00814	648	cynT_2	COG0288	Carbonic anhydrase 1	ATGGACCACGTAATCTCTGGCGTAGCCAAGTTCCAGCGCGATGTATTTCCTGAAAAAAAGGAAACCTTCAAAAAGCTCGCAACGGGCCAGAATCCAGAAGTGTTGTTCATCACTTGCGCGGATTCTCGCATCGACCCTAACCTGGTAACACAAACTGATCCAGGTGAACTGTTTATCTGCCGCAACGCCGGCAACATCGTCCCGCCTCATAGTAATCAAACCGGTGGAATGACTGCGTCGATTGAATTCGCAGTGGCTGCTTTGGGTGTTGCGCACATTGTTGTGTGCGGACACACTGACTGTGGTGCGATGAAAGGTGCATTAAATCCTGAAAAACTAGATAGCCTTCCACATGTTAAAGAGTGGTTGGGTCATTGCCGTTGTGCCACTGAAGTGGTGAAAGAAAAGCATGGTGAACTTACCGCCGACCAGCTCGGTGAAGTCACTAAAGAAAACGTGTTGCAGCAGTTACAACATTTGCGCACCCATCCTGCCGTTGCTGCGAAACTGGCTACAAAAGCGGTTCAGTTGCACGGTTGGGTATATGACATTGAAACCGGCATGATCCATTGTTACGACTCGAAAACGGAAACGTTCAAGGAAATGGAACAGGCCTATGCTGAGCGAACGCTGGTTGCGGGCGCGTAA	MDHVISGVAKFQRDVFPEKKETFKKLATGQNPEVLFITCADSRIDPNLVTQTDPGELFICRNAGNIVPPHSNQTGGMTASIEFAVAALGVAHIVVCGHTDCGAMKGALNPEKLDSLPHVKEWLGHCRCATEVVKEKHGELTADQLGEVTKENVLQQLQHLRTHPAVAAKLATKAVQLHGWVYDIETGMIHCYDSKTETFKEMEQAYAERTLVAGA	PGPT0002415_4156	DIRECT EFFECT	BIO-FERTILIZATION	PHOSPHATE_SOLUBILIZATION	K-SOLUBILISATION-OTHER_ACID_METABOLISMS	K-SOLUBILISATION-CARBONIC_ACID_BIOSYNTHESIS,PGPT0002415-cynT|can-K01673	NA	NA
AK237_00815	954	oxyR_1		Hydrogen peroxide-inducible genes activator	ATGCTATTCAACGGTAAAACTCCTTCATTGAACCAAATAAGATACTTTGTAACTGTTGCCAAGCAGCTAAACTTTCGTCGTGCAGCCAATATTTTAGGGATCAGCCAACCAACGTTAACAAGTCAAATAAGTGCGTTAGAAAACACGTTAGGACTAATTTTGTTCGAACGCTCTCGTTCCGGTACGATGTTATCACCACAAGGTAAGTCGTTGCTCGACTATGCTGAAGCGGTAATGCAATCAACTTTACAGTTTGGTGAGATGGCACAGTCCCTTGCGCAAGGTGACTCGACAACATACCGTCTGGGAATCCCACCAACGCTGGGCCCGTATTTATTACCGCACATTCTCCCGGACATTCACCGCCAGCGCCCAGGGCTTAAATTTTATGTTCGCGAAGCCGCACCTAAGCAACTTCTTCAAGGGTTATTGTCTGGCGAGTTCGATATAACCTTATCTCCCATGTCTAACCGCGACTCGCAAATCCAAGTGCAACCTTTGTTTATCGAGCCACTCAAATTTGTATTGCCCGCCGACCATCCAATGTCTGGCAGACAATTTATTGAACCTGACGAAATCCGGGGTCAGAAAATTCTCGCGTTAGAAGACCGGCACCATTTCCATTACCAGGTACAAGAAATTTGCACACAACTGGGGGCAAATATAGACAGGGATTACGAAGGGACCAGTTTGGACACTCTTCGCCAGATGGTGGTGATGGGCATGGGAATGGCATTTATGCCCGGATTATACGTTCATTCAGAATTGCATAATCCCGAAGCACTGCATGTTTGTGAACTCGCCGATATGCCAGTAGTTCGTCAGCACATGCTGGCCTGGAGGAACACCTCCCCTGCCCGCGCGACCTTCCGCGAACTCGCGAGTCTGATGCGTAACGTAATAAGCGACAGATTGGCGACGGCGGTATCGGTATCGGATATTTCTCCCCCATAA	MLFNGKTPSLNQIRYFVTVAKQLNFRRAANILGISQPTLTSQISALENTLGLILFERSRSGTMLSPQGKSLLDYAEAVMQSTLQFGEMAQSLAQGDSTTYRLGIPPTLGPYLLPHILPDIHRQRPGLKFYVREAAPKQLLQGLLSGEFDITLSPMSNRDSQIQVQPLFIEPLKFVLPADHPMSGRQFIEPDEIRGQKILALEDRHHFHYQVQEICTQLGANIDRDYEGTSLDTLRQMVVMGMGMAFMPGLYVHSELHNPEALHVCELADMPVVRQHMLAWRNTSPARATFRELASLMRNVISDRLATAVSVSDISPP	PGPT0012965_492	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-ENVIRONMENTAL_QSR|BF_SIGNALLING	CE-QSR|BF-OXIDATIVE_STRESS_SIGNALLING,PGPT0012965-oxyR-K04761	NA	NA
AK237_00816	891	metR		HTH-type transcriptional regulator MetR	ATGTTAGACAGACAGCATCTTAAAATTATCGCCGCAATTCACGAAAACGGTACCCTGACCGAAGCCGCAGATAAAATGCACCTCACGCAATCTGCTCTAAGCCATAGTATGAAAAAGCTTGAACAATACACCGGCGTCGCGTTGTGGGAAAAAGACGGACGCAGGCTAAGGTTAACCGATGCAGGTAATGCCATATTAAATCTGGCTCAGCGCGTGTTACCTCAATTTGCTCATACCGAAGAACAACTGCGACAAATCGCATCAGGCAAACAAGGCGTGTTGCGGATAGGAATGGAATGCCACCCCTGCTATCAGTGGCTGCTAAAAGTCGTCAAACCTTTTTTAGCCAATTACCCGGGCGTGGATGTAGACGTGAGACAAAAATTCACCTTTGGTGGTTTGCAAGCACTGCACGGTTATGACATTGACCTGCTTCTTACACCTGACCCACTTCACTTGCCCTCATTACACTACGAACCAGTATTTGACTACGAGCAAGTGCTGGTGGTTAGCCGCGATCACCCCCTCGCCAACAGAGGCTGGGTGCCGCCCGACGCGCTCGCCGACGAAACCTTACTAACCTACCCTGTGGAACCTTCTCGATTAGATATTTTTGCCTATTTTCTGACGCCGGCCGGATGTACGGTAAAAAAACATAAAACCATCGAGACAACGGAAATCATGTTACAGATGATCAGTGCCGGGCGGGGTATCGGCGCATTGCCTAAATGGCTAATTGAAGAACAGGACGACGCACTTAATCTCACTACCGTCAGACCAGGAAAAAATGGCATTGCCAAATCGTTGCAGATGGGCTTTAGAAAGAACGATGCCGATGCTCCGTTTATCAGAGCATTTATCGAACTCGCGAAAGCAATGGGTACACCCTGA	MLDRQHLKIIAAIHENGTLTEAADKMHLTQSALSHSMKKLEQYTGVALWEKDGRRLRLTDAGNAILNLAQRVLPQFAHTEEQLRQIASGKQGVLRIGMECHPCYQWLLKVVKPFLANYPGVDVDVRQKFTFGGLQALHGYDIDLLLTPDPLHLPSLHYEPVFDYEQVLVVSRDHPLANRGWVPPDALADETLLTYPVEPSRLDIFAYFLTPAGCTVKKHKTIETTEIMLQMISAGRGIGALPKWLIEEQDDALNLTTVRPGKNGIAKSLQMGFRKNDADAPFIRAFIELAKAMGTP				NA	NA	NA	NA	NA
AK237_00817	456			hypothetical protein	ATGAACCATAAAATTTACTGTCTGACAGCCATTCTCAGCTTAATAGCGGCCGATGCGATAAGCTGTCAGTTCCATGAGCCGACGGAAAATAACATTCCCCAGTTTCCGCCGCTGAAACCTGCGTTGCATCCGGTCATGTTGCAGCATTTCAGTCCGCCGGTACAGGCCCCTATTCAGGTTTCACTGTCGGTGTCTAATGATGCCTTTAACCGCGCCAACCTGCTACTGAGCTATGAAGTCCACCCTGATTATCATAATGTGAAAGCTGACATTATTGCCGGCAAAGGCGTAAGGATAATGGGAAGAGACAGTCTTTATCTCACCCGCCTGAAAGAAGACAAGCAAATTCAGTATCGCAGTGGCAGCGGCGACGATAAACGGGTAAGAGTGCGCATTTCTGCAGTGCGAAACGGTGTGCCTGTTATTGTAGAAAAAAGAATTGATTTGACGACATAA	MNHKIYCLTAILSLIAADAISCQFHEPTENNIPQFPPLKPALHPVMLQHFSPPVQAPIQVSLSVSNDAFNRANLLLSYEVHPDYHNVKADIIAGKGVRIMGRDSLYLTRLKEDKQIQYRSGSGDDKRVRVRISAVRNGVPVIVEKRIDLTT				NA	NA	NA	NA	NA
AK237_00818	591			hypothetical protein	ATGACTGATGAACTGCCTTTCTCACAGGCATGCGAAAATAACAAAGGGCCCATTTCTGCCATTTTGGAAGTGGCCCTGAGTCAGTGTAAGCGTGTGCTTGAGGTGGGCAGTGGCACCGGACAGCATGCAGTGCACTTTGCACCCTTGTTACCTCACCTGATATGGCAGACCAGTGATCAGCCGCAGTATCACGAAGGGGTACTGAAATGGATAGCTGCGTACCCGTCTGAAAATCTGCTACCGCCGCTTAACCTCACCGTGGGCAAAGACAGGTTGCCGTTTTCTGAATACGACGGTGTTTATTCAGCGAATACTGCTCATATTATGCAGAAAGCCGAAATTAAAATGATGATGCAGAGCCTGTCTGAATCACTGCCGCAAGGTGCAGTATTTTGCCAGTATGGCCCGTTTACCGACAACGGTGCATTCAGCAGCGAAAGTAACAGAGAGTTTCATCAACATCTGATAGCCAGTGGCTATGGCGGTTACCGGGATATACAGGAGTTGCAGGCATGGGCGCCGGCACTCACGCTGGAGAACATCCATGAAATGCCGGCCAATAATTTGTTATTGCAGTGGGTAAAAAACTGA	MTDELPFSQACENNKGPISAILEVALSQCKRVLEVGSGTGQHAVHFAPLLPHLIWQTSDQPQYHEGVLKWIAAYPSENLLPPLNLTVGKDRLPFSEYDGVYSANTAHIMQKAEIKMMMQSLSESLPQGAVFCQYGPFTDNGAFSSESNREFHQHLIASGYGGYRDIQELQAWAPALTLENIHEMPANNLLLQWVKN				NA	NA	NA	NA	NA
AK237_00819	2625	metH_1	COG0646	Methionine synthase	GTGACAGCAGAGTTTTCAACCTTTATTAATGTCGGTGAACGGACAAACGTTACCGGATCGGCCGTATTCAAACGCTTAATTTTAAATGCTGAGTACGAGAAAGCCCTTGATGTAGCCCGCCAGCAGGTGGAAAACGGTGCGCAGGTGATAGACATCAACATGGACGAAGCCATGTTAGATTCTGTTGAGGCCATGCGTACGTTTCTGAACCTCATTGCTTCAGAGCCTGATATTTGCCGTGTTCCGATCATGATTGACTCATCAAAGTGGGAAGTCATTGAAACCGGACTCAAGTGCGTTCAGGGGAAGGCGATTGTGAACTCAATCAGCCTGAAAGAGGGGAAAGAGCAGTTTGTTCATCATGCTAAACTGATCAAGCGCTACGGTGCCGCAACGGTGGTCATGGCGTTTGATGAAACCGGACAGGCTGATACCAAAGCGCGCAAAATTGAGATTTGTCAGCGCAGCTATAAGGTGCTTACCGAAGAGGTCGGATTCCCGCCGGAAGATATCATTTTCGACCCGAATATTTTTGCTGTCGCGACGGGCATTGAAGAACACAACAATTATGCGGTGGACTTTATCGAAGCCACCCGCGTTATCCGTCAGACCTGTCCTTACGCCCATATCAGCGGTGGTTTATCTAATATTTCATTCTCGTTCCGGGGCAATAACCCGGTACGTGAAGCCATGCACTCGGTGTTTTTGTATCACGCTATCCGTGCGGGTATGGATATGGGCATTGTGAATGCCGGTCAGCTGGAAGTGTATGATCAGATCCCGGAAGAACTCCGTGAGGCAGTGGAAGATGTGATCCTGAACCGTCGTGAAGACGGCACTGAGCGTTTACTGGACATCGCACCCAAATACCAGGGCGATGGCAAAGCCGCGGCGGCAGAAGATCTCACCTGGCGTGAGCAGCCGGTGAACAAGCGGCTCGAACATGCGCTGGTTAAAGGCATCACCGATTACATCATTGAAGATACTGAAGAAGCCCGGCTGGCGGCTGAACGTCCCCTGCACGTAATTGAGGGGCCGTTAATGGACGGCATGAACGTGGTCGGCGACCTGTTCGGTGAAGGTAAAATGTTTCTGCCCCAGGTGGTTAAGTCTGCCCGGGTGATGAAAAAAGCGGTTGCTCACCTGCAACCGTTTATCGAAGCGGAAAAGGACGGCAAGTCATCGAGCAACGGTAAAATTCTGATGGCCACCGTTAAGGGCGACGTACACGATATTGGCAAGAATATCGTAGGCGTGGTACTGCAATGTAACAATTTCGAAGTAGTAGATTTGGGCGTCATGGTGCCCTGCGCTACGATTTTGCAGGTGGCCAGAGAAGAAAACGTGGATATGATCGGGTTATCCGGTCTTATTACCCCATCGCTGGATGAAATGGTACACGTGGCCAAAGAAATGGAGCGCCTTGGGTTAGATTTACCACTACTTATAGGCGGTGCAACGACCTCCAAAGCCCATACTGCGGTGAAAATTGAGCAAAACTACAGCCATCCGGTAGCTTATGTACCTAATGCCAGCCGCGCCGTGGGTGTGTGCCAGAAGCTGATTAACCCTGAGTCCCGCAAAGTCTTTGAAAAAGAGCTGTCAGACGAATACGAAAAAGTACGGGCCCAGCATGCCCGGAAACAACCCCGCAGTAAGCCGGTTACGCTGGCAGAAGCGCGGGCTAATGCATATAAGCCGGACTTCTCTGTTCTGCCTGTAAAGCCCAAAACGCCGGGTGTAACACCTGTGTCCGTCGATTTGACGACATTAAGAGGTTATATCGACTGGACACCGTTCTTTTTGACCTGGTCACTGGCCGGTAAATTCCCCCGCATTCTTGATGATGAAGTGGTGGGTGAGCAGGCGAAAGAGCTGTATGCCGATGCCAATAAAATGCTGGATAAAGTCATTGATGATGGCAGCCTGCAGGCAAAAGGGGTAATCGGTTTATTCCCTGCTAACCGGGTTGGCGATGATATTGAAATTTATCAGGATGATAACCGCGATGCCGTGCTGGGCGTTTCCCGTCATTTGCGTCAGCAAACATTGAAAGACAAGTTTGCCAACTATTGTCTGGCAGACTTCGTTGCTGAGAAGCAAAGTGGAATTGCTGACTACATCGGTGCGTTCGCTGTTACCGGCGGTATCGGTGAAGACGAGCTGGCTGAGTCCTACAACAAAGCCGGAGACGACTACAACGCCATCATGGTGAAAGCCGTGGCTGACCGTGTGGCAGAAGCGTTTGCTGAATATCTGCACGAGCAGGTGAGAAAAGACTACTGGGGCTTTGCGCCTGATGAGCACTTCGACAACGATGCGCTCATCCGCGAGAAGTACCAGGGGATCCGTCCTGCGCCCGGTTATGCAGCCTGTCCTGAACACACTGAGAAGCAGTTGATTTGGGATTTGCTCGATGCCGAAGCGCATACCACCATGAAGCTGACTGAAAGTTATGCTATGTGGCCGGGAGCAGCAGTATCAGGCTGGTATTTCTCGCACCCTGAATCCAGATATTTCGCTGTGGCAAAAATCCAGCGTGATCAGCTTGAAGATTACGCACAGCGCAAAGGCTGGAGCACAGAAGAAGCTGAAAAATGGTTAGCACCGAATCTGGATGATTAA	MTAEFSTFINVGERTNVTGSAVFKRLILNAEYEKALDVARQQVENGAQVIDINMDEAMLDSVEAMRTFLNLIASEPDICRVPIMIDSSKWEVIETGLKCVQGKAIVNSISLKEGKEQFVHHAKLIKRYGAATVVMAFDETGQADTKARKIEICQRSYKVLTEEVGFPPEDIIFDPNIFAVATGIEEHNNYAVDFIEATRVIRQTCPYAHISGGLSNISFSFRGNNPVREAMHSVFLYHAIRAGMDMGIVNAGQLEVYDQIPEELREAVEDVILNRREDGTERLLDIAPKYQGDGKAAAAEDLTWREQPVNKRLEHALVKGITDYIIEDTEEARLAAERPLHVIEGPLMDGMNVVGDLFGEGKMFLPQVVKSARVMKKAVAHLQPFIEAEKDGKSSSNGKILMATVKGDVHDIGKNIVGVVLQCNNFEVVDLGVMVPCATILQVAREENVDMIGLSGLITPSLDEMVHVAKEMERLGLDLPLLIGGATTSKAHTAVKIEQNYSHPVAYVPNASRAVGVCQKLINPESRKVFEKELSDEYEKVRAQHARKQPRSKPVTLAEARANAYKPDFSVLPVKPKTPGVTPVSVDLTTLRGYIDWTPFFLTWSLAGKFPRILDDEVVGEQAKELYADANKMLDKVIDDGSLQAKGVIGLFPANRVGDDIEIYQDDNRDAVLGVSRHLRQQTLKDKFANYCLADFVAEKQSGIADYIGAFAVTGGIGEDELAESYNKAGDDYNAIMVKAVADRVAEAFAEYLHEQVRKDYWGFAPDEHFDNDALIREKYQGIRPAPGYAACPEHTEKQLIWDLLDAEAHTTMKLTESYAMWPGAAVSGWYFSHPESRYFAVAKIQRDQLEDYAQRKGWSTEEAEKWLAPNLDD	PGPT0008135_3259	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-VITAMIN_B9|FOLATE_METABOLISM,PGPT0008135-metH-K00548	NA	NA
AK237_00820	1056	metH_2	COG0646	Methionine synthase	GTGACATCAGGTACAAAACAACAACTTCTGGACGCAGCGGCAAAGCGCATTTTGATTCTGGACGGTGCCATGGGTACCATGATCCAGGAGCACAAACTGGAAGAGACTGATTATCGTGGTGAGGCGTTTGCTAACTGGCACTGCGATGTGAAAGGCAATAACGATTTACTGGCGATTACTCAGCCGGACATTATTTATAATATCCATTGCGCTTATCTTGAAGCCGGTGCAGATATCATTGAAACCAATACGTTTAATGCTACCACCATCGCCATGGCTGACTACGACATGGAAGCGCAGTCGAAAGACATTAACCTTGCTGCTGCTAAGCTGGCCCGTAAAGCCTGTGATGAATTTACTGCAAAAACACCGGACAAGCCCCGGTATGTGGCAGGGGTCCTCGGCCCCACAAACCGCACAGCATCAATTTCACCGGATGTTAATGACCCCGGCAAGCGGAATGTAACTTTTGACGAGCTGGTTGAAGCCTACATCGAGTCCACAGAAGCGCTGTTAGATGGCGGGGCAGATATCATCTTAATAGAAACTATCTTTGATACCTTAAACGCCAAAGCGGCCGTGTTCGCGGTAGAAACCGTATTTGAGAAACGTGGTGAGCGCGCACCGGTGATGGTATCAGGTACTATTACCGATGCATCGGGCAGAACCTTGTCAGGACAAACTGCTGAAGCCTTTTACTATTCCATGCGTCATGTATCGCCGGTTTCTATGGGCCTCAATTGTGCATTGGGTCCGGATTTACTTCGTCAGTACGTTGAAGAAATCAGTAATATTTCTGAATGCCTGGTCTCGGCTCACCCCAATGCCGGTTTACCCAATGAGTTTGGTGAATATGATTTGGGCGCAGAAGAAATGGCAGCACACATTAAAGAATGGGCAGAGTCCGGTCTGGTGAATGTGGTAGGTGGTTGTTGCGGCAGTACACCTGAGCATATTCGTGCCATGGCAGAAGCGGTAAAAGACGTGAAACCACGTACCGTACCGGTTTTTGAACCTAAAATGCGCCTTTCCGGGCTAGAACCTTTTGTTCACTAA	MTSGTKQQLLDAAAKRILILDGAMGTMIQEHKLEETDYRGEAFANWHCDVKGNNDLLAITQPDIIYNIHCAYLEAGADIIETNTFNATTIAMADYDMEAQSKDINLAAAKLARKACDEFTAKTPDKPRYVAGVLGPTNRTASISPDVNDPGKRNVTFDELVEAYIESTEALLDGGADIILIETIFDTLNAKAAVFAVETVFEKRGERAPVMVSGTITDASGRTLSGQTAEAFYYSMRHVSPVSMGLNCALGPDLLRQYVEEISNISECLVSAHPNAGLPNEFGEYDLGAEEMAAHIKEWAESGLVNVVGGCCGSTPEHIRAMAEAVKDVKPRTVPVFEPKMRLSGLEPFVH	PGPT0008135_3907	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-VITAMIN_B9|FOLATE_METABOLISM,PGPT0008135-metH-K00548	NA	NA
AK237_00821	939	metAS	COG1897	Homoserine O-succinyltransferase	ATGCCTATTTGTATTCCCGAACAACTTCCCGCGCAGGATGTGTTGTCAGGTGAGAATATCTTCACTATGGACAGCACCCGCGCAGCGACACAGGATATTCGCCCCATGGAAGTGGGGATCCTGAATCTCATGCCCAATAAAATTGAGACGGAAGTGCAAATCTTACGTTTGCTGTCTAACACACCTCTGCAGGTGAACGTGAACCTGATCCGTGTAGACAAATTAGCGCCAAAGCACACACCACAGTCTCACATGGACGCCTTCTATCATGACTTTTCTGAAATTGCTGATAAGAAATACGATGGTTTAATCGTGACAGGTGCACCGCTGGCTCACTTGCCTTATGAGGAAGTGAAATACTGGGATCAGATGACAGAAATTTTGGAGTGGGCGCAACGCAATGTGCAATCCACACTCTATCTGTGCTGGGCGGCTCATGCGGCTATGTATCATTTCTACGGCGTGCAGAGAAAACTCAGAGAAACCAAACTGTCTGGTGTGTTCGAGCATAAAGTGCTCGACCCTTATAACGAGTTACTGAGAGGTTTCGATCCGGTTTTTTATGCGCCTCATTCCCGTTTCGGGTATATTGACTCCGGCGAATATAACAGTGTTGAAGGTTTGAAGGTCATTACGGAATCTGATGAGGCGGGTGCATACACCATCGCATCTGAAGATAAGCGTATGGTGTTTGTTACCGGGCATCCTGAATACGACCCGGAAACTCTGCATGACGAGTATTTCCGTGATTTACAGGCGGATGCTCATCCGGCAGTGCCGGCTAACTATTTTACGGACGATGACCCCGCAAAAGCGCCTTTAGTTCGCTGGCGCTCCCATGGTAGTCTGCTGTTCAATAACTGGCTGAACTACTATGTTTATCAGACAACACCTTATGATTTGAGTCAGCTGGCTGAGAAACCCCGGCCAAAGAGGTAA	MPICIPEQLPAQDVLSGENIFTMDSTRAATQDIRPMEVGILNLMPNKIETEVQILRLLSNTPLQVNVNLIRVDKLAPKHTPQSHMDAFYHDFSEIADKKYDGLIVTGAPLAHLPYEEVKYWDQMTEILEWAQRNVQSTLYLCWAAHAAMYHFYGVQRKLRETKLSGVFEHKVLDPYNELLRGFDPVFYAPHSRFGYIDSGEYNSVEGLKVITESDEAGAYTIASEDKRMVFVTGHPEYDPETLHDEYFRDLQADAHPAVPANYFTDDDPAKAPLVRWRSHGSLLFNNWLNYYVYQTTPYDLSQLAEKPRPKR				NA	NA	NA	NA	NA
AK237_00822	1041			Alcohol dehydrogenase	ATGAAAGCTGTCGTATTCGAGAAATTTGCACAGATGCCGGTTATTCAAAATGTGGCCGACCCGACGCCGGCGAGTCACGGTGTTGTTATTAAGGTTGAGGCTACCGGTGTGTGTCGCAGCGACTGGCACTGCTGGCAAGGTCATGATACTGACGTGGTTGTTCCGCATGTGCCCGGCCATGAGTTTGCCGGTATAGTTGAAGCCGTGGGAAAAGATGTGAAGCGCTTCAAAACCGGTGACCGCGTCACTGTTCCGTTTATCAATGCCTGCGGGAGTTGCCCTGAGTGTCACTCAGGTAATCATCAGGTATGCGGCAATCAAACACAGCCCGGTTTTACTCACTGGGGATCTTTTGCGCAATACACCACGGTTGATCAGGCCGATGTAAACCTTGTGGCATTACCTGAGCATCTCGACTTTGTAACCGCGGCCAGCCTCGGGTGCCGGTTTGTTACATCATTCCGCGCTGTTGTCGATCAGGGAAAAGTTTCTGCAGGACAGTGGGTGGCCGTACATGGTTGCGGTGGTGTTGGTCTGTCCGCAGTCATGATAGCCAGTGCACTGGGCGCAAACGTTATTGCCGTGGACTTGCAGGATGACAAACTGGCCCTGGCGAAACAGGTGGGCGCGGCGGTTACGCTCAATGCATCACAAGCGGCCAGCGTGCCCGAAGCAATCAGAGAGATCACGCAGGGTGGTGCTCATGTATCAATGGATGCGCTGGGTCACTCTGTCACTTGTGTCAATTCTGTTCAGTCACTGCGCAAACTCGGTAAACATATTCAGGTTGGCCTGTTAATGGCGGAGCATGCAACACCGGCTATTCCCATGGGCCGTGTGATTGGTGATGAGCTGGAAATCATTGGCAGTCATGGCATGCAGGCTTTCCGGTACGATGCTATGCTTTCCATGATGATGTCCGGGAAACTGAAGCCTGAAAAATTGCTTGGGCGTACCATTTCTCTGACGGAATCTATTGAGGCTCTGACTACGCTGGATACGTCAACCACTGCGGGAGTGACAGTGATCTCGTCGTTATAA	MKAVVFEKFAQMPVIQNVADPTPASHGVVIKVEATGVCRSDWHCWQGHDTDVVVPHVPGHEFAGIVEAVGKDVKRFKTGDRVTVPFINACGSCPECHSGNHQVCGNQTQPGFTHWGSFAQYTTVDQADVNLVALPEHLDFVTAASLGCRFVTSFRAVVDQGKVSAGQWVAVHGCGGVGLSAVMIASALGANVIAVDLQDDKLALAKQVGAAVTLNASQAASVPEAIREITQGGAHVSMDALGHSVTCVNSVQSLRKLGKHIQVGLLMAEHATPAIPMGRVIGDELEIIGSHGMQAFRYDAMLSMMMSGKLKPEKLLGRTISLTESIEALTTLDTSTTAGVTVISSL	PGPT0006375_978	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_LIPID_METABOLISM	PLANT_DERIVED_FATTY_ACID_DEGRADATION,PGPT0006375-EC_1_1_1_1|adh-K00001	NA	NA
AK237_00823	471	decR_2	COG1522	DNA-binding transcriptional activator DecR	ATGCCCGTAAAACCTCTTGACAAGACAGACAAGGCTATTTTAAACCTGTTACAGCACGATGGCAGATTAACTAACAGCAAAATAGCCAGCCACCTGTCGCTAAGCGAAAGTCCATGCTGGCGCCGTCTGAAGCGTCTAGAGGATGATGGTTATATCTGTGATTATCAGGCTAATCTGGACCGGAGAAAATTAGGGCTTGGCGTTGTTGCATTTGTTCAGCTTACGGTATCTGAACATGATGAAACCAGTACGATGAAGTTTGAACAGATTATACTGGCTTCAGAACATGTTCTCGCTTGCCACAATACTACCGGAGAATCTGACTTTCTGTTACAGGTAGTCGCGAGGGACTTAGATGATTACAGCCACTTTGTTGAGAGTTACTTGCGCAAATTGCCGGGCGTGACTGCCATTCGCTCCAGTTTGTCACTACGCGAAATTAAGAGCGCTACCCGTTTACCTGTCCGGTGA	MPVKPLDKTDKAILNLLQHDGRLTNSKIASHLSLSESPCWRRLKRLEDDGYICDYQANLDRRKLGLGVVAFVQLTVSEHDETSTMKFEQIILASEHVLACHNTTGESDFLLQVVARDLDDYSHFVESYLRKLPGVTAIRSSLSLREIKSATRLPVR				NA	NA	NA	NA	NA
AK237_00824	420			hypothetical protein	ATGGACGTGCCGGCACTATCTTTACTCGCTGTTGCTACAGGGTTACTCGCCGTCATTGCTGTTATATGGATGTACTTTTTCTTCAACCGTCAGTTTAAACAACTCGACGATACTGTCCGCTATCAAAAAGAACACATCGATACCCTGCAACTGGAAATTAATGACCTGGAAAACCAGAACGGTGAAATGCAAACCCGTTCAATGGTACAGGGCAAACACATGCGGGAGCTGGCAGATCAATGCACACAACTCGAAAACCAGTTACGTGAAGTAAAAAGTCAGGACCCGTCCATGCGCTTATATACCCGCGCCGCTGAGCTGGTCAAAGCCGGTGCTGACGTCGAAGAAGTAATGCAAGCCTGCGACCTGCCCCGGGCTGAAGCTGAGCTGCTTATCAGCATGCATCGTCAGCGGGGATAA	MDVPALSLLAVATGLLAVIAVIWMYFFFNRQFKQLDDTVRYQKEHIDTLQLEINDLENQNGEMQTRSMVQGKHMRELADQCTQLENQLREVKSQDPSMRLYTRAAELVKAGADVEEVMQACDLPRAEAELLISMHRQRG				NA	NA	NA	NA	NA
AK237_00825	489	cheW_1	COG0835	Chemotaxis protein CheW	ATGAATGAGAAGAGCACAACAAATAACGCGCCTGATAACGATCAGGTTTTGCAGTGGGTTACCTATCGCTTAGGTGACGAAACCTATGGTATTAACGTGATGCAAGTACAAGAAGTATTGCGTTATACCGAAATTGCGCCTGTACCTGGTGCACCTGATTATGTGTTAGGCATTATCAACCTCCGTGGTAATGTTGTTACCGTTATTGATACACGTGCGCGTTTCGGTTTGATGCCTACTGACATTACTGATAATACGCGGATCGTGATTATTGAATCTGATGAGCAGGTTGTTGGTATTCTTGTTGATAGCGTCGCCGAAGTGGTTTATTTAAAATCTTCTGAAATTGACAGTGCGCCAAATGTAGGCACGGAAGAAAGTGCCAAATTCATTCAGGGTGTGAGTAACCGTGATGGTGAACTGCTTATCCTGGTTGACCTTAACAAGTTGCTCAGCGATGATGAGTGGGACGAGTTAAGCAGTCTGTAA	MNEKSTTNNAPDNDQVLQWVTYRLGDETYGINVMQVQEVLRYTEIAPVPGAPDYVLGIINLRGNVVTVIDTRARFGLMPTDITDNTRIVIIESDEQVVGILVDSVAEVVYLKSSEIDSAPNVGTEESAKFIQGVSNRDGELLILVDLNKLLSDDEWDELSSL	PGPT0015680_3155	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-MOTILITY|CHEMOTAXIS	CHEMOTAXIS_PROTEINS	CHEMOTAXIS_TWO_COMPONENT_SYSTEM_PROTEINS,PGPT0015680-cheW-K03408	NA	NA
AK237_00826	732			hypothetical protein	ATGAGTAAAAGTACGCCCTTCGCCCGCGAAGATGTGATGCAGGCGTATCTCGATAGCTTGTTACAAAGCCCGGAAGACCCGGCGGAAGTAACAGCGAATACTGCTCGATTGTTAGAACAGGCTACTGCTGAGATTATTGCAAAAGAGCCTGTTGTCACACCGACTCCAGACATCGTTGCGCCTGCACCCGAGGCAGAAGAAGTCGTTGTTGCTGACATACAGGAGAACATACAGGTAGTCAGCACGCCTGCGCCCGCGACATCGGTTAAAGATCAACTTGAAAACCGGTTTCAAGCGTTATTCTTCGAAGTGGCAGGCCTTACGCTAGCGGTTCCGTTGATAACCCTTGGCGGAATACATCGGATTGATAAAGTCGGTGGACTCCTGGGGAAACCCAAGTGGTTTAAAGGTGTCATGCTACATCGTGAGCAAAAAATAAACGTTGTTGATACTGCAATGTGGGTTATGCCAGAAAAATATGACCAAAATCTCGCAGAAACGCTAAACTATCAGTATCTTATTATGTTAGGGGACAGTTTGTGGGGCTTAGCCAGCGACAAACTGGTCAATACCGTTACTCTAACCAAGGACGAGGTAAAATGGCGCGAGTCAGGTGGCAAGCGTCCATGGTTAGCGGGCATGGTTAAAGAAAGAATGTGTGCGTTAGTAGACGTATATCAGTTAATTGCAATGCTAAATAACGGCTTAGGCAGTAATGATCAGACGCCTTAG	MSKSTPFAREDVMQAYLDSLLQSPEDPAEVTANTARLLEQATAEIIAKEPVVTPTPDIVAPAPEAEEVVVADIQENIQVVSTPAPATSVKDQLENRFQALFFEVAGLTLAVPLITLGGIHRIDKVGGLLGKPKWFKGVMLHREQKINVVDTAMWVMPEKYDQNLAETLNYQYLIMLGDSLWGLASDKLVNTVTLTKDEVKWRESGGKRPWLAGMVKERMCALVDVYQLIAMLNNGLGSNDQTP	PGPT0015680_682	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-MOTILITY|CHEMOTAXIS	CHEMOTAXIS_PROTEINS	CHEMOTAXIS_TWO_COMPONENT_SYSTEM_PROTEINS,PGPT0015680-cheW-K03408	NA	NA
AK237_00827	765	soj_1	COG1192	Sporulation initiation inhibitor protein Soj	TTGAAGATATGGACGATTGCTAACCAAAAGGGCGGTGTGGGAAAGACGACCACGACGGTGACCTTGGGCGGCATTCTGGCGCAACAAGGAAAGCGCGTTCTACTCATTGATACCGACCCGCATGCGTCACTAAGTTATTACTTTGGCATGGACGCAGAAGAGTTAAATGCTTCTGTTTACGATATTTTTATTAATCATGAACAGATTTCTGCCGATAGAGTGCTTGACTGTTTGTGTCCGTCAAAACTCGACAGTTTATTTATTTTGCCCGCCTCGATGGCATTGGCGACATTGGACAGACAAATGGGCATGCAAAATGGCATGGGGCTCATTTTAAAAAAAGCGCTGGACTCAGTGCGAAATGAGTTCGATTACGTGCTCTTAGACTGTCCACCCGTGTTGGGCGTGTTGATGGTAAATGCACTTGCTGCTTGTCATAAAGTGGTGGTGCCGGTACAAACAGAGTTTCTGGCCCTGAAAGGGCTGGACAGAATGGTGCATACTCTGGAAATTATGGGCCGTTCATTAAGAAAAGAATTTGATACTTTGATAGTGCCGACTATGTTTGATCGTAGGACGAATGCCGCGATTCAGGCACATCAGAAGTTAATTGATGATTATGGTGACAAGGTATGGAATGGCGTTATTCCTGTAGATACCCGTTTCAGGGACGCCAGTCAGGCACAGTCGCCTGCGTCAGTGGTCTATCCAAAAGCCCGCGGCGTCTATGCCTATACCAAATTGTTAGATGAACTGGAGCAGTGA	MKIWTIANQKGGVGKTTTTVTLGGILAQQGKRVLLIDTDPHASLSYYFGMDAEELNASVYDIFINHEQISADRVLDCLCPSKLDSLFILPASMALATLDRQMGMQNGMGLILKKALDSVRNEFDYVLLDCPPVLGVLMVNALAACHKVVVPVQTEFLALKGLDRMVHTLEIMGRSLRKEFDTLIVPTMFDRRTNAAIQAHQKLIDDYGDKVWNGVIPVDTRFRDASQAQSPASVVYPKARGVYAYTKLLDELEQ				NA	NA	NA	NA	NA
AK237_00828	1149	cheB1	COG2201	Protein-glutamate methylesterase/protein-glutamine glutaminase 1	ATGGCTTTTAAAGTCCTTGTTGTGGACGACTCGACGTTTTATCGTCGTCGTGTACGCGAAATTCTGGATGAGGACAGAGAACTCGAGGTTGTTGGCGAAGCCAAAAACGGCGAAGAAGCACTGGATATGCTGATGAAGTTGTCTCCTGATGTGGTGACAATGGATGTGGAAATGCCAGTCATGGACGGTATTTCCGCCGTTAAAGCGATCATGCAGAAACGGCCCGTACCTATTCTTATGTTTTCGTCACTTACTCATGCCGGCGCCCAGGCAACACTGGATGCGCTGGAGGCGGGGGCGCTGGATTTTCTGCCGAAGAAATTTGAGGAAATATCTAAAGAGCGTAAGGAAGCTGTTGGGCTGTTGCGAACAAAGGTTCGCCTGTTGGCGCGGCGCGGAGTTGGCATCCGCCGCCCTGTTATTTCCAGACAAGAGCCAGCGACAAGATCCGCACCTCCTATGCCGGCTAATGCGCCTAAAGCGACGTTTTTCAAAAGCTCCTCTATTCTTACAGGGCGTACTGAAACCGCATCCCAGCCTACCGTCTCGAAAGTTAAAGCGTCCGGAAAGCGTTATAAGTGTCTGGCCATAGGTGCTTCTACAGGCGGCCCGGTTGCCTTGCAAAAAGTACTGTCAGGACTACCGGCAAATTTTCCTTACCCCATTTTGTTAGTTCAGCACATGCCCGGCACGTTTACCAATGCGTTTGCCCAGCGGCTGAACAATAACTGTGAAATATCGGTGAAAGAGGCTGAGCACGGGGATATCCTTAAACCCGGTTGTGCTTATCTGGCGCCGGGTGGTAAACAAATGGTGGTGGAGTCGATGTCCCTTCCTAATATTGTTATCCGTGATGCCCATGAGCAAGAAAAAGACACCTACAAGCCTAGTGTGGATATAACCTTAAACAGCCTGGTCGATATTTACGGCGGCGATGTGTTAAGTATCATCCTGACAGGAATGGGCGCAGATGGCCGCGAAGGCTGTGAAGCGCTCCATCGTAAAGGGGCAAAAATTTGGGCGCAGGATCAGGACACATGCGTTGTTTACGGTATGCCGCAAGCAGTAGCAAATGCCAATATTGCGGAAAAGAGTATCGCCGTAGAGAACATTGCATCCTGCATTCTCACAGAAATGATGCAGAAATAG	MAFKVLVVDDSTFYRRRVREILDEDRELEVVGEAKNGEEALDMLMKLSPDVVTMDVEMPVMDGISAVKAIMQKRPVPILMFSSLTHAGAQATLDALEAGALDFLPKKFEEISKERKEAVGLLRTKVRLLARRGVGIRRPVISRQEPATRSAPPMPANAPKATFFKSSSILTGRTETASQPTVSKVKASGKRYKCLAIGASTGGPVALQKVLSGLPANFPYPILLVQHMPGTFTNAFAQRLNNNCEISVKEAEHGDILKPGCAYLAPGGKQMVVESMSLPNIVIRDAHEQEKDTYKPSVDITLNSLVDIYGGDVLSIILTGMGADGREGCEALHRKGAKIWAQDQDTCVVYGMPQAVANANIAEKSIAVENIASCILTEMMQK	PGPT0015650_395	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-MOTILITY|CHEMOTAXIS	CHEMOTAXIS_PROTEINS	CHEMOTAXIS_TWO_COMPONENT_SYSTEM_PROTEINS,PGPT0015650-cheB|chpB|wspF-K03412	NA	NA
AK237_00829	2283			hypothetical protein	ATGTCGTTTGATGTTGATGAGGATATTTTACAGGACTTTCTGGTTGAAGCTGGCGAGATCCTAGAACAATTACAGGAACAGTTAGTCGATCTGGAAAATAACCCAGAAGATGCTGACCTCCTCAACGCGATTTTCCGTGGTTATCACACGGTCAAAGGTGGTGCTGGATTCTTGTCATTGACCGAACTGGTGGAAATTTGTCACGGTGCAGAAAACGTATTTGATGTAATGCGTAATGGGCAACGTACACTGACGCCAGAATTGATGGATGTAATTCTTCAAGCAACAGATGTTGTTGTTGAGATGTTTGAGCGGGTAAAAGCCCGTGAACCACTCGAAGCGGCAGATGCGAACCTTGTGGACGTGTTGCATAAACTCAGCAAGCCTGAAACCCCAGGGGAAAATATTTTCGGCGGCGAAGCGACCGCAGCCCCCACGGCTGAAGTGCCTGTTGAAGAAGAGCCGGAACTGATTGTCGAAGAGGCGCCTGTTGCACCAGAAGCAACCGCTGTGGCCGAGCCAAGTGGCGATGGTAGTATTGAAGACATCAGCGAAGACGAATTTGAAGCGCTCTTAGATCAACTACACGGCTCGGGTGCGCCTGGACGTCCTGTTGAAGCAACCTCTGCACCGGCTAAAGCGGAAGCGCCCGCGAAGCCCGCTGTAAGTGTCGGAGACGGCGAAGATATTACCGATGATGAATTTGAAGCATTATTGGATGAACTTCATGGTAAAGGCCAGTTTACAGGTGAAGCCGCGCCGGCTCCTGCTGCCGCTCCTGCGGAATCACCCCAGGCTGCGTCAGATGATGAAACCGACGAGATAACAGACGACGAATTTGAAGCGCTACTTGACCAATTACATGGTAAAGGCCAGGGCCCGGGTATCGGTGGTGCGGTTGAGGTAGATGCGCAAGCGACCAAAGCTGTGCAAGCGGCTAAGGCAGAACAAGCAAAACCAGCAGCACCAGCGAAGCCCGCCCAGGCGGCCAAACCTGCTGCTACATCTGCGCCAGCAGCCAAGCCTACAGCGTCTTCTGCAGCGCCGGCAACGCCCGCTAAGCCAGCCGCGCCTGCTGCTAAAGCGGCACCTAAAAAAGAAGAAAAAGCGCCCCAGGCTGAAACAACTGTACGTGTTGATACCAAACGTCTTGACCAGATTATGAATATGGTCGGTGAATTGGTGTTAGTACGTAACCGTTTACTGAGTCTTGGCATCAACACCAACGACGAAGACATGTCAAAAGCCATCGCTAACCTGGACGTGGTTACTGGCGATCTGCAAGGCGCGGTAATGAAAACCCGCATGCAGCCGATCAAAAAGGTCTTTGGTCGTTTCCCCCGGGTTGTCCGCGACCTTGCCCGTAGCTTGAAAAAAGAGATTACTCTTGAGCTGGAAGGGGAAGAAACGGATCTGGATAAGAACCTCGTCGAGGCACTTGCAGACCCACTTGTTCACTTAGTGCGTAACTCGGTGGATCACGGTATCGAAATGCCGGACGACCGCGCCAATGCGGGCAAACCGCGCATGGGTACCGTCAGGCTTGCCGCATCTCAGGAAGGCGATCACATTCTGCTTACTATCACCGATGATGGTAAAGGGATGGATCCGGAAAAGCTCAAAGAAATCGCTATCAGCCGTGGCGTGCTTGATGCTGATGCAGCGGCGCGTATGTCTGACGTCGAGGCCTTTAACCTAATTTTCGCACCAGGCTTCTCAACCAAGACAGAGATCAGTGATATCTCCGGTCGTGGTGTGGGCATGGATGTGGTTAAAACGAAAATTAACCAACTAAACGGTACCGTAAACATTGATTCTCATCTGGGTAAAGGCACCCGGTTAGAAATCAAAGTACCGTTAACACTGGCAATCCTGCCAACTCTGATGATTGTTGTCGGCCAACAGACTTTCGCCTTACCGTTGGGTGCAGTGAATGAAATCATCAACATGGATATCAAGAAGACCAATACGGTCGATGGCCAGTTGACGATGATCGTGCGGTCTAAAGCGATTCCTCTGTTCTTCCTTGGCGAGTGGCTTATACGCGGACCTAAGAACATTGATAAAGAAAAAGGCCACGTTGTTGTTGTGCAAATAGGCACCCAACAAGTGGGTTTTGTTGTCGATGCGCTGATTGGTCAGGAAGAAGTGGTCATCAAACCGTTGGACGCATTACTTCAGGGTACGCCAGGCATGGCCGGTGCAACCATAACCTCCGACGGTGGTATTGCTCTTATTTTAGATGTACCAAGTCTTCTCAAGCGTTATGCGCGTAGGTCATAG	MSFDVDEDILQDFLVEAGEILEQLQEQLVDLENNPEDADLLNAIFRGYHTVKGGAGFLSLTELVEICHGAENVFDVMRNGQRTLTPELMDVILQATDVVVEMFERVKAREPLEAADANLVDVLHKLSKPETPGENIFGGEATAAPTAEVPVEEEPELIVEEAPVAPEATAVAEPSGDGSIEDISEDEFEALLDQLHGSGAPGRPVEATSAPAKAEAPAKPAVSVGDGEDITDDEFEALLDELHGKGQFTGEAAPAPAAAPAESPQAASDDETDEITDDEFEALLDQLHGKGQGPGIGGAVEVDAQATKAVQAAKAEQAKPAAPAKPAQAAKPAATSAPAAKPTASSAAPATPAKPAAPAAKAAPKKEEKAPQAETTVRVDTKRLDQIMNMVGELVLVRNRLLSLGINTNDEDMSKAIANLDVVTGDLQGAVMKTRMQPIKKVFGRFPRVVRDLARSLKKEITLELEGEETDLDKNLVEALADPLVHLVRNSVDHGIEMPDDRANAGKPRMGTVRLAASQEGDHILLTITDDGKGMDPEKLKEIAISRGVLDADAAARMSDVEAFNLIFAPGFSTKTEISDISGRGVGMDVVKTKINQLNGTVNIDSHLGKGTRLEIKVPLTLAILPTLMIVVGQQTFALPLGAVNEIINMDIKKTNTVDGQLTMIVRSKAIPLFFLGEWLIRGPKNIDKEKGHVVVVQIGTQQVGFVVDALIGQEEVVIKPLDALLQGTPGMAGATITSDGGIALILDVPSLLKRYARRS	PGPT0015645_1281	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-MOTILITY|CHEMOTAXIS	CHEMOTAXIS_PROTEINS	CHEMOTAXIS_TWO_COMPONENT_SYSTEM_PROTEINS,PGPT0015645-cheA|wspE-K03407	NA	NA
AK237_00830	747	cheZ	COG3143	Protein phosphatase CheZ	ATGTCTCCGAATAAAAAAGTCCCTATTTCGCTCGAAGAAGCAAAGCAACTGGTTACGCACCTCGAGCAAGGCGACGATGACGCTGCCAATGCCTTGCTTGAAGCAGTATCAGCGAAAGAATCTATCGAACTTTTTGCTGAGGTTGGCAAACTTACCCGCCAACTTCATGACGCCCTCAATACATTCCAGTTAGACGAGCGCATTGCTGGTCTTGCTAACGATGATATTCCTGACGCGCAAACGCGTCTGACCTACGTAATTGAAGAAACTGAAAAAGCGGCTAATACTACAATGGACGCGGTTGAGTCCTGTATGCCCATTGCAGAGTCTTTATCCGATCGAATTAATGCAATAGAGCCCGAATGGCAAAAGCTCATGACTCGTCAAATTGAACTGGGTGAGTTTAAGAGTTTATGTCTGGATATCGATGCATTGTTCAAGGAGATGTCAAAAGATTCTTCTAAACTTAATAGCCTTTTGACCGAAGTATTAATGGCACAGGGTTATCAGGATTTAACAGGGCAGGTTATCCGCCGGGTCATCGACCTTGTTAAAGAAGTAGAAGATAGCTTAGTGAACATGCTGACCGTGTTCGGAGAACGGGATGGTCAGGCAAAAGCACAGAGCGCCACGAATAAGCCGGAAGCTGTTGAAGCTGAAGGGCCAATCATGAACGCTGAGAAGCGGGATGACGTAGTACAAGGCCAGGATGACGTGGATGACCTCCTGTCGAGCCTTGGTTTTTAG	MSPNKKVPISLEEAKQLVTHLEQGDDDAANALLEAVSAKESIELFAEVGKLTRQLHDALNTFQLDERIAGLANDDIPDAQTRLTYVIEETEKAANTTMDAVESCMPIAESLSDRINAIEPEWQKLMTRQIELGEFKSLCLDIDALFKEMSKDSSKLNSLLTEVLMAQGYQDLTGQVIRRVIDLVKEVEDSLVNMLTVFGERDGQAKAQSATNKPEAVEAEGPIMNAEKRDDVVQGQDDVDDLLSSLGF	PGPT0015695_359	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-MOTILITY|CHEMOTAXIS	CHEMOTAXIS_PROTEINS	CHEMOTAXIS_TWO_COMPONENT_SYSTEM_PROTEINS,PGPT0015695-cheZ-K03414	NA	NA
AK237_00831	372	cheY_1	COG0784	Chemotaxis protein CheY	ATGAAAATTCTTGTAGTAGACGACTTCTCTACTATGAGACGAATCATAAAGAACCTGCTTAAAGATCTTGGATTTTCCAATATTCAGGAAGCTGACGATGGAAGTACGGCCCTCCCCATGCTCCAGCAAGGCGACTTTGAATTTGTTGTTACCGATTGGAACATGCCAGGTATGCAGGGTATTGATTTGTTACGCGCTATTCGTGCAGATGACAAACTGAAGCATTTGCCAGTTTTAATGGTAACCGCGGAAGCGAAAAAAGAGCAGATTGTTGCCGCAGCACAGGCAGGTGTAAACGGGTATGTTGTGAAGCCATTCACAGCCGCTACGCTTAAGGAAAAACTCGACAAGATTTTTGAGCGTTTAGGTTAA	MKILVVDDFSTMRRIIKNLLKDLGFSNIQEADDGSTALPMLQQGDFEFVVTDWNMPGMQGIDLLRAIRADDKLKHLPVLMVTAEAKKEQIVAAAQAGVNGYVVKPFTAATLKEKLDKIFERLG	PGPT0015690_2312	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-MOTILITY|CHEMOTAXIS	CHEMOTAXIS_PROTEINS	CHEMOTAXIS_TWO_COMPONENT_SYSTEM_PROTEINS,PGPT0015690-cheY|yneI-K03413	NA	NA
AK237_00832	729	fliA	COG1191	RNA polymerase sigma factor FliA	TTGAATAGTAAAGCAGCAGCTTACCAGCAGCAGACAGATAAGTCGCAACTGGTCGAGCGTCATGCATCCCTTGTCAAACGCATTGCCCATCATTTGATGGCGCGTTTACCTGCCAGTGTCATTGTGGATGACCTCATCCAGTCTGGCATGATTGGGCTGCTGGAAGCCGCGCGAAATTTTGATGGCTCAAAAGGTGCTAGTTTTGAGACATTTGCCGGTATTCGCATTCGGGGTGCCATGCTGGATGAAATCCGCAAAGGTGACTGGACACCGCGTTCGGTACATAAAAATAGCCGGACAATTACTGAAGCGATTACCCAGGTAGAAAGAGAAACGGGCAGAGATGCGCGCGATACTGAAATTGCTGCTAAGCTAAATGTCAGTATTAATGATTATCATCAAATGCTTAACGAGGTTAATGCTGGTAAATTAGTCGGTATAGAAGACCTCGGTGTATCTGAAGATGTGATCAGTACAGAACAAAATAAGGGTAATGATTCTCCTCTTGAGGACTTAATGCAGGGAGCGTTTCAAAAAGCGCTGGCCCACGCCATTACAACATTACCTGAACGAGAAGCAATTGTGCTTTCCTTGTACTATGATGAAGAACTGAATTTACGTGAAATAGGCGAAGTTCTTGAGGTTAGCGAGTCAAGGGTAAGTCAGATTCATAGCCAGGCCATGTTAAAACTAAAAGCACGAATGCAATCATGGCAGGCAGATGAGTAA	MNSKAAAYQQQTDKSQLVERHASLVKRIAHHLMARLPASVIVDDLIQSGMIGLLEAARNFDGSKGASFETFAGIRIRGAMLDEIRKGDWTPRSVHKNSRTITEAITQVERETGRDARDTEIAAKLNVSINDYHQMLNEVNAGKLVGIEDLGVSEDVISTEQNKGNDSPLEDLMQGAFQKALAHAITTLPEREAIVLSLYYDEELNLREIGEVLEVSESRVSQIHSQAMLKLKARMQSWQADE	PGPT0015610_1455	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
AK237_00833	867	ylxH	COG0455	Flagellum site-determining protein YlxH	ATGATCGAAGATCAAGCGAGTAGCTTACGAAAGATGAATCAATCACGCCTCATAAAGGTTATTGCCGTTACTGGCGGCAAGGGTGGTGTTGGTAAAACCAACATTACATTAAACACAGCAATCGCCATGGCGAAGCAAGGCAAGCGAGTTATGGTACTCGATGCCGACTTAGGCTTAGCTAATGTGGACGTTATGCTTGGCTTGCGTGTAGAGAAAAATTTGTCTCACGTATTGTCAGGTGAATGTACCCTGGATGATGTGTTAGTGACCGGCCCTCACGGGATTAAAATAGCGCCAGCGACGTCAGGCACACAAGCCATGACAGAATTATCGCCGACCGAGCATGCAGGACTGATTCGTGCATTCAGCGAATTGCGTTCACAAATTGACGTGTTAATCGTCGATACCGCTGCTGGCATTTCTGACATGGTATTGAGTTTTTCCCGCGCTTCGCAGGACATCATGGTAGTGGTTTGTGACGAGCCTACATCATTGACGGATGCGTATGCGTTGATAAAAATTCTGAACCGGGAACACGGCGTGTTTCGCTTTAAAATTGTGGCGAACATGGTGAGAGATATTCGCGAAGGTCAGGAGTTGTTCAGCAAATTATCAAAAGTGACAGGCAGATTCCTGGATGTCGCACTAGAATTGGTAGCGACGGTGCCATTCGACGAAAACATTCGTCGCGCAGTCAGAAAGCAGACAGCCATTGTTGATGCTTTTCCCGGGTCTCCCGCGGCAGTCGCCATCAGCCAATTAGCGACCAAAGCGCTAAACTGGCCGGTGCCAGCTCAGCCAGGTGGTCACTTAGAATTCTTTATTGAGCAATTGGTGACGAAGCAAGCGGTAGGTAACCAACGTTGA	MIEDQASSLRKMNQSRLIKVIAVTGGKGGVGKTNITLNTAIAMAKQGKRVMVLDADLGLANVDVMLGLRVEKNLSHVLSGECTLDDVLVTGPHGIKIAPATSGTQAMTELSPTEHAGLIRAFSELRSQIDVLIVDTAAGISDMVLSFSRASQDIMVVVCDEPTSLTDAYALIKILNREHGVFRFKIVANMVRDIREGQELFSKLSKVTGRFLDVALELVATVPFDENIRRAVRKQTAIVDAFPGSPAAVAISQLATKALNWPVPAQPGGHLEFFIEQLVTKQAVGNQR	PGPT0015555_929	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-MOTILITY|CHEMOTAXIS	MOTILITY-FLAGELLUM_CONTROL	MOTILITY-FLAGELLUM_REGULATION,PGPT0015555-flhG-K04562	NA	NA
AK237_00834	1434	flhF	COG1419	Flagellar biosynthesis protein FlhF	ATGAAAATCAGACGGTTTTTTGGCAGAGATATGCGCGAAGCATTAAGCCAGGTAAAAGCAGAATTGGGCAGCGATGCCGTTATTATGTCTAACCGCAAAGTAGCTGACGGTATAGAGCTTGTTGCTGCCTATGATAAAGAGCCTGAGGCAAAGCTTAAGCTCAACACTCGCCATGAAGAACAGAAATCGGCAGGGCAAAAATCGACGCCCAGTTTAAGTGAAATCATTGGGGATGACGGCCCCGATAGTCTGCGCGCGTTATTAGAAAAACAGGCCGGTGAAAAGCAGGCGATTGTTAAAGAAGCTGTCGCCGCTGCCCAAGCAAAGTCGCAACAACCAGCGTATCGCACGTCGCCACAGCCTGCGCAAACACGCACTCAAGCGGCAGAGCAGCAAGATGATTTCTCGTTCGCTGATGTATTTGCCGATCCTAAAAAGTCGTCAGCCCCTGTATCGCAGATGAACCCGGATTTTGAAGCGCCAAAAACACAGCCATCAGCAGAAGCGTCCTCTGAATTAGATGCAATTAAAGAGGAATTAGCGTCGCTACGTAGCGTGTTGCAGTATCAGGTGGCTGATTTGATGGACGCCAAAAAGCAGCGTCAGCGTCCAGTGCACAGTTATCTTACACAATGCTTAACAGGGATGGGGTTAAGCGCGTCACTGGCTGAGCAATTAGTGCATTATACTCCATCACAATATACCGAACGTGAGGCGTGGATTTACCTTCTCAACCTTTTGGCTAATCGCCTAAACGTTTCTGGTAATGATATCCTCACTCAAACAGGGGTTGTTGCGCTTGTTGGTCCCACCGGGACCGGTAAAACAACAACCGTCGCAAAATTGGCTGCCCGGTATGCACAGAAATACGGGGCCGATCAGGTTGCGATGATAACGATTGATACATACCGTATTGCTGCTTACGAGCAACTTGCGACTTACGGTAAGATAATTGGCTGTACCACAAGGAAGGCGCAAAGCAGTGAAGAATTAGCCGAGCAGCTTTTCCAGTTACGTCATAAACGTCTATTATTAATTGACACTGCTGGGTTTAGTCAGCGTGATAGTCGCTTAATTAAACAGCTTAGTCAGTTTAATAGCGGACAAATGCAACCGGTACGTAAATACTTGGTTACGCAGGCAAATACCCAATATCCTGCATTACAGCGTATTATTGAGGCGTATAATTCCGTCAAGCTCGATGGATGCATATTCACCAAAGTCGATGAATGCTACAGTTTGGGTGAGGTGTTAAGTGTTGCTGTAGAGCACCAATTGCCAGTTAGTTATGTGACCGACGGGCAGCAGGTACCTGAGGATATTAAAGTTGCTGATGCAAAATCTCTCGTATCTGCCGCTGCAAAGCTTTATAAAAAGTACGGTTTGAATCATACTAAGCGTAATCATGAAGTTAATTCAGTTCAGGCAGTATGA	MKIRRFFGRDMREALSQVKAELGSDAVIMSNRKVADGIELVAAYDKEPEAKLKLNTRHEEQKSAGQKSTPSLSEIIGDDGPDSLRALLEKQAGEKQAIVKEAVAAAQAKSQQPAYRTSPQPAQTRTQAAEQQDDFSFADVFADPKKSSAPVSQMNPDFEAPKTQPSAEASSELDAIKEELASLRSVLQYQVADLMDAKKQRQRPVHSYLTQCLTGMGLSASLAEQLVHYTPSQYTEREAWIYLLNLLANRLNVSGNDILTQTGVVALVGPTGTGKTTTVAKLAARYAQKYGADQVAMITIDTYRIAAYEQLATYGKIIGCTTRKAQSSEELAEQLFQLRHKRLLLIDTAGFSQRDSRLIKQLSQFNSGQMQPVRKYLVTQANTQYPALQRIIEAYNSVKLDGCIFTKVDECYSLGEVLSVAVEHQLPVSYVTDGQQVPEDIKVADAKSLVSAAAKLYKKYGLNHTKRNHEVNSVQAV	PGPT0015550_475	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-MOTILITY|CHEMOTAXIS	MOTILITY-FLAGELLUM_CONTROL	MOTILITY-FLAGELLUM_REGULATION,PGPT0015550-flhF-K02404	NA	NA
AK237_00835	2100	flhA	COG1298	Flagellar biosynthesis protein FlhA	ATGCAGTTATCCGGCTATCTGCAGCGGTTTGATAAAAATCAGATTCAAAATATCACCAGCGGCTTAGGTGCGCCTATCGTCCTCTTGGCGATTATGGGCATGGTGATACTGCCCATGCCGCCTTTTTTGCTCGACGTGCTGTTTAGCTTCAATATTGCATTAAGCCTGGTCATTATCCTGGTGGCCGTATTTACCCAAAAACCCGTCGATTTTGGGATTTTCCCGCTTGTTCTACTTATTGCGACCGTATTGCGATTGGCGCTTAACGTCGCCTCTACCCGTGTGGTATTGCTGTATGGGCATGAAGGGGGAGATGCCGCGGGTAAAGTTATCGAGGCCTTTGGTGCTGTTGTGATAGGTGGCAACTATGCCGTGGGAGTGGTGGTGTTTGCTATCTTGCTTATCATTAACTTTAAAGTGGTAACCGCGGGTGCAGGACGCATCTCAGAAGTAAGTGCTCGCTTCACCTTAGACGCCATGCCCGGGAAGCAAATGGCAATTGATGCGGATTTGAATGCTGGTTATATCGACCAGGACGAGGCGCGCCGCCGTCGTGAAGAGATCACTGCAGAAGCCGACTTTTATGGCTCTATGGATGGTGCGTCAAAATTTGTAAAAGGCGATGCCGTAGCGGGTTTGTTTATCATGCTAATCAATATTGTCGGTGGCTTGTTCATCGGCATGATCCAGCATGATCTGTCTTTTGGGAACGCGCTGGAAGTTTACACTATCCTGACTATCGGTGACGGATTGGTGGCGCAAATTCCTTCGCTGTTATTGTCAGTCGCAACAGCAATTATTGTTACCCGCGAAAACGAAACCCAGGAAATGGGTAAAGAAATTCGCAAGCAATTAGGTAACCAGCAAGCTTTATATATTGCTTCGGCAGTTTTGTTTGTTATGGGTATCGTACCTGGTATGCCGCATATTGCGTTTCTTGGCTTTTCCGCCATTGCGGCAGGTTACGCATACTGGCAAGGGCGTCAGGCGAAAATTGAGGCTGAAAAACCAAAGACACCGGTAAAAGCAGAAACCGGCGACCAACCAGCACCAGAAATAAAAGAATTAGGCTGGGACGATGTTCAGCAAGTTGACACTATCGGTCTTGAAGTAGGCTATCGTTTGATTCCGCTGGTGGATAAATCTCAGGGCGGCGAACTTCTCACGCGGATCAAAGGTGTACGTAAGAAGCTCTCTCAAGAGTTGGGCTTTTTGGTACCCCCGGTGCACATTCGTGACAACCTCGACCTGGACCCTAACGCTTATACTATTTCTATGTTGGGTGTGACCATAGGCGATGCGCAAATAAGTCATGATGAAGAGCTTGCTATTAATCCGGGTCAGGTATTTGGGAAGTTGGATGGGCGCGCCACGAAAGATCCGGCGTTTGGTCTCGACGCTGTCTGGATCCGTCCAAATCAGCGAGAGCATGCTCAAACACTGGGTTATACCGTGGTGGATGCCGCTACCGTTGTCGCAACACATTTAAGTCAATTGTTAAGTAATAATGCCTATCAATTGTTAGGACATGAAGAAGTGCAGCAGCTTCTCGATATGCTGGCAAAATCCAGTCCTAAGCTGGTGGAAGGGTTGGTTCCTGATATTCTGCAACTAAGTACGGTGGTAAAAGTGCTGCAAACCCTGCTGTTCGAGGGTGTGCCTATCCGTGATATGCGCACTATAGTGCAAACGCTTTCGGAATACGGCCCGCGTAGTCAGGATCCTGATGTTTTAGTCTCTGCCGTGCGTATTGCGCTGAAACGTTTAATTGTGCAGGAAATCAGTCAGGGGGCAAAAGAAGTACCCGTCATAACTCTGGCACCAGAGTTGGAACAGATGTTGCACCAGTCTCTTCAGGCAGGGGGCGAAGATGGTGCTGGTATCGAACCAGGACTGGCAGACAGGCTTCAGCAATCCCTGCAACAGGCCGCACAACAACAAGAACTGAACGGCGAGCCTGCGGTACTGTTGACGTCAGGTATGTTAAGACCTGTGCTGTCACGCTTCCTGAAGTATTCGGTGGCTGGCTTGCACGTGTTGTCTTACCAGGAAATACCCGACGACAAGCAAATCAAAATTGTCAGCTCTGTAGGTCAATAA	MQLSGYLQRFDKNQIQNITSGLGAPIVLLAIMGMVILPMPPFLLDVLFSFNIALSLVIILVAVFTQKPVDFGIFPLVLLIATVLRLALNVASTRVVLLYGHEGGDAAGKVIEAFGAVVIGGNYAVGVVVFAILLIINFKVVTAGAGRISEVSARFTLDAMPGKQMAIDADLNAGYIDQDEARRRREEITAEADFYGSMDGASKFVKGDAVAGLFIMLINIVGGLFIGMIQHDLSFGNALEVYTILTIGDGLVAQIPSLLLSVATAIIVTRENETQEMGKEIRKQLGNQQALYIASAVLFVMGIVPGMPHIAFLGFSAIAAGYAYWQGRQAKIEAEKPKTPVKAETGDQPAPEIKELGWDDVQQVDTIGLEVGYRLIPLVDKSQGGELLTRIKGVRKKLSQELGFLVPPVHIRDNLDLDPNAYTISMLGVTIGDAQISHDEELAINPGQVFGKLDGRATKDPAFGLDAVWIRPNQREHAQTLGYTVVDAATVVATHLSQLLSNNAYQLLGHEEVQQLLDMLAKSSPKLVEGLVPDILQLSTVVKVLQTLLFEGVPIRDMRTIVQTLSEYGPRSQDPDVLVSAVRIALKRLIVQEISQGAKEVPVITLAPELEQMLHQSLQAGGEDGAGIEPGLADRLQQSLQQAAQQQELNGEPAVLLTSGMLRPVLSRFLKYSVAGLHVLSYQEIPDDKQIKIVSSVGQ	PGPT0015320_789	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
AK237_00836	1125	flhB	COG1377	Flagellar biosynthetic protein FlhB	ATGGCTGATTCAGAAGAAAAAACAGAAGACCCCACGGGGAAAAAACTCGACGACGCCCGAAAAAAAGGTCAGCTCGCCCGTTCTCGCGAGTTATCAACCACGCTGGTGTTGGTAATAAGCGGTGTGATGTTTTTAGTTATGGGGGGCACCATTGCAAAAGCGATTTTTGGCATGATGCAAAATATGTTTCAGCTTTCGCGGGATCAGACCTACGACACCACCCATATGTTTGGCGCCTGGGCCTATGGCTTTTCCACCGTCGCGCCATCGGTGTTGTTGTATATGATTGTTGCCATGGCGGCGGGTATCTATGGTTCCATTGCCTTGGGTGGCTACAATTTTACCTGGGAATCGGCGTCGCCGAAAATGAACAAGTTAAACCCGCTTAGCGGGCTTAAGCGTATGTTCGGTATGAACGGACTGGTCGAATTACTCAAAGCTTTTGCCAAGTTCTTTATCATCGGGGCCATGGCATTAATGGCGTTGATATTCTATCAAGATGAAGCATTACATCTTGATCTGGAGCTCTATCCGAATAATCTTTTCCATGCGCTCGACATGCTGGAGTGGGCATTTTTCATATTGACATTGGGCATGATTCCCATCGCTGTCTTTGATGTGCCTTATCAACTCTATAAGCACAATAAAGAAATGAAAATGTCAAAACAGGAAGTCAAAGATGAACGGAAAAATGCCGATGGTGATCCTCAGGTAAAAGGACGGATCAGAAGACTCCAGTTTCAGGCCGCCGCGCGTCGTATGATGCAGGAAGTTCCGCAAGCTGACGTAATCGTGACCAACCCTACTCATTATTCTGTGGCGTTAAAATATGATGATAATGGCGGAAGAGCACCGGTCGTGGTTGCAAAAGGCATTGACGAATTAGCAATGCACATTCGAAAAATCGCAGGTGCGCATGATGTGCCTATTGTGCCTTCACCAATGTTGGCCAGAGCGATATATTATTCCACCGAAGTAGAACATGAAATCCCCCACAAGTTGTTTATGGCTGTCGCTCAAGTGCTCGCCTATGTCTATCAGCTTCGGGCATTCAAGGCCGGTAAAGGCAAGCGACCCAAACCGCTGAAGAAAGATTTACCCATCCCACCAGAATTCAGAAGGTAA	MADSEEKTEDPTGKKLDDARKKGQLARSRELSTTLVLVISGVMFLVMGGTIAKAIFGMMQNMFQLSRDQTYDTTHMFGAWAYGFSTVAPSVLLYMIVAMAAGIYGSIALGGYNFTWESASPKMNKLNPLSGLKRMFGMNGLVELLKAFAKFFIIGAMALMALIFYQDEALHLDLELYPNNLFHALDMLEWAFFILTLGMIPIAVFDVPYQLYKHNKEMKMSKQEVKDERKNADGDPQVKGRIRRLQFQAAARRMMQEVPQADVIVTNPTHYSVALKYDDNGGRAPVVVAKGIDELAMHIRKIAGAHDVPIVPSPMLARAIYYSTEVEHEIPHKLFMAVAQVLAYVYQLRAFKAGKGKRPKPLKKDLPIPPEFRR	PGPT0015325_1385	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-TYPE_III_SECRETION_SYSTEMS	CE-T3SS-FLAGELLAR_EXPORT_APPARATUS,PGPT0015325-flhB-K02401	NA	NA
AK237_00837	783	fliR	COG1684	Flagellar biosynthetic protein FliR	ATGAATGTGGAATTAAGTACAATCAATCAGTTCCTAGCAGATATGCTACTGCCGTTCATGCGCATTAGCGGCATGTTTGCAGCGATGATTGGGTTAAGTGCACAATCCATTCCTCCAACGGTTCGCGCTTTGTTAGCCATATTTCTTACCTTGGTGATTATGCCAGTGGTAAAGCCTGTACCTATTGATAACCTGGTGGGGTTGGGCGCATTTTTAATTGTTGTACAGCAACTGCTAATCGGCATTGCGATTGGCTTTATTTCCATGATGGTTCTTAATACGTTTGTGTTGGCAGGTCAAATTATTGCCATGCAAACCGGTTTGGGTTTCGCATCTATCGTCGACCCTGTGAATGGCATTAACGTGCCAGCCGTCGGCCAGTTTTATTTAATTTTAGCTACCTTGCTGTTTTGGACCTTAGACGGCCACCTTGCCATGATTCAAATGCTCGTGATGAGTTTCGATGCCTTTCCCATTGGCGAAGCGTGGTGGACAGCCGATCAATTTCGCGACATTGCAGAGTGGGGGAGCTGGATGTTTATTTCCGCCATTACCCTATCGTTAGCCCCTATTGTTTCGCTTCTCATCGTTAATTTAGCGTTTGGTGTTATGACGAAAGCGGCGCCGCAACTGAATATTTTTAGTATCGGGTTTTCTATTGCCCAAATCATGGGGTTGATCATTATTTGGATCACCCTCGATAACTTCACGTCCCACTTTGCCGCACAATGGCAACGTGCTCAGCAATTCATGTGCGAATTGCTGATGATCTGTCCCACTTGA	MNVELSTINQFLADMLLPFMRISGMFAAMIGLSAQSIPPTVRALLAIFLTLVIMPVVKPVPIDNLVGLGAFLIVVQQLLIGIAIGFISMMVLNTFVLAGQIIAMQTGLGFASIVDPVNGINVPAVGQFYLILATLLFWTLDGHLAMIQMLVMSFDAFPIGEAWWTADQFRDIAEWGSWMFISAITLSLAPIVSLLIVNLAFGVMTKAAPQLNIFSIGFSIAQIMGLIIIWITLDNFTSHFAAQWQRAQQFMCELLMICPT	PGPT0015360_1047	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-TYPE_III_SECRETION_SYSTEMS	CE-T3SS-FLAGELLAR_EXPORT_APPARATUS,PGPT0015360-fliR|lfiR-K02421	NA	NA
AK237_00838	270	fliQ	COG1987	Flagellar biosynthetic protein FliQ	ATGTCACCTGAGGTCTTTGTTCAGATACTTCGTGAATCCATGTTTATGGTAATCATGCTGGTTTCAGCAGTGATCGTACCGAGCATGATCGTAGGATTGATTGTAGCAGTATTCCAGGCTGCTACGTCTATTAACGAGCAAACCATGAGCTTTTTACCGCGCCTCATTGTGACGCTGCTCGCGTTGGCCTGGGGAGGCAACTGGTTGGTCGAGCAGTTGATGGACTTTACGTTCCATATGGTTAATCAAATTCCTCAGGTTGTCGGTTAG	MSPEVFVQILRESMFMVIMLVSAVIVPSMIVGLIVAVFQAATSINEQTMSFLPRLIVTLLALAWGGNWLVEQLMDFTFHMVNQIPQVVG	PGPT0015355_1462	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-TYPE_III_SECRETION_SYSTEMS	CE-T3SS-FLAGELLAR_EXPORT_APPARATUS,PGPT0015355-fliQ|lfiQ-K02420	NA	NA
AK237_00839	768	fliP	COG1338	Flagellar biosynthetic protein FliP	ATGATAAAAAATAACTGGCTCAGCCGACTTTTGACAATTAGCCCGCTGTTACTGTTGATTGCGCTGCCAGCCAGCGCACAACAGGGCATTTCTGCCGTTACTGTCACCACAAATCCTGATGGTTCACAAGATTACTCCATGACGCTGCAGGCGCTGTTTATTATGACAGCGCTGAGCCTGATACCAGCATTTATTATGATGATGACGTCGTTTACTCGTATCATCGTGGTACTGTCGATTTTACGTCAGGCGATTGGTCTGCAACAATCACCGTCAAACCAAATTCTTGTTGGTGTCAGTTTATTTTTATCTATGTTTATCATGACGCCGGTATTTGAAGAGGTTAATGAACGGGCATTGCAGCCTTATCTGAGCGAAGAGATGACGTCGAGACAAGCCCTCGAAGAAGCCGCTCAGCCCATGCGCGCTTTTATGCTATCGCAAACGCGGGTGAAAGATCTGGAAACCTTTGTGCGCATCGCTGGCGATGAAGACAAATACGATGAGCCTGCCGATGTGCCGCTGACGATCCTTATTCCTTCTTTTGTCACCAGCGAGCTTAAAACTGCATTTCAGATTGGCTTTATGCTGTTTATTCCATTCCTGATAATTGACTTGGTCGTGGCATCTATTTTGATGGCCATGGGTATGATGATGTTATCGCCGATGATTGTCTCGCTGCCTTTCAAGCTTATGCTTTTTGTATTGGTTGACGGTTGGAATTTGATTTTCGGTACGCTGGCTACCAGTTTCGGCATGGGCGTTTAG	MIKNNWLSRLLTISPLLLLIALPASAQQGISAVTVTTNPDGSQDYSMTLQALFIMTALSLIPAFIMMMTSFTRIIVVLSILRQAIGLQQSPSNQILVGVSLFLSMFIMTPVFEEVNERALQPYLSEEMTSRQALEEAAQPMRAFMLSQTRVKDLETFVRIAGDEDKYDEPADVPLTILIPSFVTSELKTAFQIGFMLFIPFLIIDLVVASILMAMGMMMLSPMIVSLPFKLMLFVLVDGWNLIFGTLATSFGMGV	PGPT0015350_885	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-TYPE_III_SECRETION_SYSTEMS	CE-T3SS-FLAGELLAR_EXPORT_APPARATUS,PGPT0015350-fliP|rhcR-K02419	NA	NA
AK237_00840	222			hypothetical protein	ATGGCTGCCGGTACCCGTGAGCGCATAATGGTTATTCAGGTCGGGGAAGAACAACATCTCATTGGTGTCACTGCACAGAATATTAACCATCTGAGTAAACTCGATACGCCGCTTCAGGTGGCTCCCTCGCAGAGCGGTGAAGATTTTAAACAAAAACTGGTGAAGGCGATGGCTGGCGCGATGAATCCAGCGGTGAAAGGTGCGGATAATGATAAAAAATAA	MAAGTRERIMVIQVGEEQHLIGVTAQNINHLSKLDTPLQVAPSQSGEDFKQKLVKAMAGAMNPAVKGADNDKK	PGPT0015345_1102	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-TYPE_III_SECRETION_SYSTEMS	CE-T3SS-FLAGELLAR_EXPORT_APPARATUS,PGPT0015345-fliOZ-K02418	NA	NA
AK237_00841	402	fliN	COG1886	Flagellar motor switch protein FliN	ATGAGTGATAATGACGGAATGGACGACTGGGCTGCAGCCATGGCAGAGCAGGCAGATGCTGAAGCTGGCGAAGGTGGAGATGACGTTCAGGTTGCTGAATTAGATGAGCTAACCGATGACGCCCCCATTACTCAGGAAGAGAAGAAGAAACTCGATACCATTTTGGATATTCCCGTTACTATTTCAATGGAAGTAGGACGCAGTCAGATAAGCATCCGTAACCTGCTACAATTGAACCAGGGTTCCGTGGTGGAATTAGACCGGGTTGCCGGTGAGCCACTGGATGTTCTGGTAAATGGCACGTTGATTGCTCATGGAGAAGTAGTAGTAGTCAACGACAAATTTGGTATTCGGTTAACGGATGTTATCAGTCAGATCGAGAGAATCAAAAAGCTTCGCTAA	MSDNDGMDDWAAAMAEQADAEAGEGGDDVQVAELDELTDDAPITQEEKKKLDTILDIPVTISMEVGRSQISIRNLLQLNQGSVVELDRVAGEPLDVLVNGTLIAHGEVVVVNDKFGIRLTDVISQIERIKKLR	PGPT0015410_1742	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
AK237_00842	1059	fliM	COG1868	Flagellar motor switch protein FliM	GTGAGCGATTTATTATCACAAGACGAAATCGACGCGCTACTTCACGGCGTTGATGATGTCGAAGAAGAAGAGGTTTCGGATGCACCATCCGATGCGTCTGCGCTGGAATATGACTTTTCCTCGCAGGATCGTATCGTCCGTGGTCGTATGCCAACCCTCGAAATCGTTAATGAACGATTTGCCCGCCATTTGCGGGTGAGCTTATTTAACATGATGCGCCGGTCTGCCGAAGTGTCAATAAATGGCATTCAGATGATTAAGTTCGGCGAGTACATTCATACGCTGTTTGTACCCACTAGTTTGAACATGGTGCGTTTCCGTCCGCTTAAAGGGACGGGGCTTATCACTATGGAAGCCCGCCTGGTGTTTATTCTGGTGGATAACTTCTTCGGTGGCGATGGGCGTTATCATGCCAAAATCGAAGGGCGGGAATTTACCCCTACCGAGCGTCGTATTATTCAGATGCTACTTAAAATCATCTTTGAAGATTACAAAGAAGCATGGGCGCCAGTTATGGATGTCTCGTTTGAGTATCTGGATTCTGAAGTTAACCCCGCCATGGCAAACATCGTCAGTCCAACGGAAGTGGTGGTTATCAGTTCTTTCCACATAGAGCTGGACGGTGGGGGCGGAGACTTTCACGTTTCACTACCTTATTCCATGTTAGAGCCGATTCGGGAATTGCTTGATGCCGGTGTGCAAAGCGACAAAGAAGATACGGACTTGCGCTGGAGTAAGGCACTGCGTGACGAAATTCTGGACGTAAAAGTGGCATTAACTACGCACATGTTGGATGTGGATGTGCCGTTGCGTCAAATTATGGAATTTAAAGCCGGCGACATTATTCCGGTAGAAATGCCGGAGCACATTACCGTGTTGATTGAAGATCTCCCTACGTTTCGCGCGAAACTCGGGCGTTCGAGAGATGCGCTGGCACTGAAAATTTCCGATAAGATCCCGCGTCCGACGTCGGTGAAATCGGAACTGCAATTATTAACCCGCGGCGGGCGCGTTATTGATAACGACGCTGAGCTGCAAGTACTTGAAGAAGATCTGTAA	MSDLLSQDEIDALLHGVDDVEEEEVSDAPSDASALEYDFSSQDRIVRGRMPTLEIVNERFARHLRVSLFNMMRRSAEVSINGIQMIKFGEYIHTLFVPTSLNMVRFRPLKGTGLITMEARLVFILVDNFFGGDGRYHAKIEGREFTPTERRIIQMLLKIIFEDYKEAWAPVMDVSFEYLDSEVNPAMANIVSPTEVVVISSFHIELDGGGGDFHVSLPYSMLEPIRELLDAGVQSDKEDTDLRWSKALRDEILDVKVALTTHMLDVDVPLRQIMEFKAGDIIPVEMPEHITVLIEDLPTFRAKLGRSRDALALKISDKIPRPTSVKSELQLLTRGGRVIDNDAELQVLEEDL	PGPT0015405_444	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-MOTILITY|CHEMOTAXIS	MOTILITY-FLAGELLAR_ASSEMBLY	MOTILITY-FLAGELLUM_C-RING,PGPT0015405-fliM-K02416	NA	NA
AK237_00843	567			hypothetical protein	ATGGCTGATGAAGAGTTACAAATCGAAGAAGAAGGTGGCGGCAAGAAAAGTAAAATGATGTTGATCATCATTATTGCCGTAGTCTTAATTGGCGGCGGTGCGGGCGCCTATTTCTTCCTTTTTGCAGGTGGCGATGAACCCGCTGCAGAGACGTTAGCTGAAGGCGAAGCCGCAGAAGGTGAAGCCGGCGCGGGGACAGGAGCTGCTGCACCCGTTGCCGAAAGTTCGTCAGGTTCTGCAGAAGTGGGCACGGCGCTCTATGTTGCACTGCCTCAGCCTCTGCTGTTTCATATTCCAGGTAGTGGCCGTGAACGAACAGTACAAATTAAAATCCAATTGTTGGTACGGGGTACCGACAATGAGGAAACGGCAAAGGTAAATATTCCGCTTATTCAGGGCCGTTTGTTGCAGGTTTTCAGTAGCAGTAACGCTGATGATCTCGTCACTGAAGCGGGAAAAATCGAGTTGCGGGAAAAAGCACTTGAAGAGGTACAGTCGGCCATGAAGGAATACACAGGGTCGGAAGTCGTTGAACAGGTATTGTTCACAGGTTTCGTGATGCAATAA	MADEELQIEEEGGGKKSKMMLIIIIAVVLIGGGAGAYFFLFAGGDEPAAETLAEGEAAEGEAGAGTGAAAPVAESSSGSAEVGTALYVALPQPLLFHIPGSGRERTVQIKIQLLVRGTDNEETAKVNIPLIQGRLLQVFSSSNADDLVTEAGKIELREKALEEVQSAMKEYTGSEVVEQVLFTGFVMQ	PGPT0015525_326	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-MOTILITY|CHEMOTAXIS	MOTILITY-FLAGELLAR_ASSEMBLY	MOTILITY-FLAGELLUM_ROD|HOOK|FILAMENT,PGPT0015525-fliL-K02415	NA	NA
AK237_00844	1911			hypothetical protein	ATGATGCAACAAGTTGCCACTCAGCGTTCAGAAATTGCCGCACTGCCCATCGATATCGATACATCGGCGAGTACATCGTCTTCGAATGGCCAGCAGCAGGCGTTTGCTGACGTTTTCACGCAAACCACCGCATCATCGTCCTCATCAGTTAAAAAAACATCCTCGCGAAATGCTGACGATGTGACTGACGCCAAATCTGTGGCAGATAAAAAAGTTAAATCCAGTGATACGCAACGCGATACACAGCGTTCAGCGAACGAACCGCTGGAAAAGAATACGAAGCAGCTCGCTGATGATGACAAGCAAGTTAAAGCTGCCTCACAAAGTTCTTCTACAGCCAAACCTGACAAACAAGCGGATGGGACAGTTAAGGCCGATGAGAAAGCGGCTTTGACGGCTGAAGCTGAAAGCGAGCAGACTGTTGAGCAACCCGACGATAGCGGGGAAGGGCAAGGAACTGATTGGCTGGCGTTCGTTGACTCCATCAGACGGCTAAATGAAGGAGAGCTTCATACCGGTGATGAAGAGACAGCGATGACCATCGATATAGCCCTGGACGCCGAAGGGGTTTCGCCAGAAGGGGAAGCTGAACTGCAAGCAGGTATTGAGAATTTAGAAGCATTAATTGCTCAGCTCAAAGGTGAGAAGTCATCACCCGAGGGGACGTCCGATCCTGACTCAGATGCAAAGCTACGCGATATCGCAGAAGAACTGAATGAAGCAATTGCCAAGTTAATGGCCAATGAAGAACTCGAACAAGGGAATGATGATACTACGAAGGGTATCGATGAAGAGGTAATGAAAATCGCAGCGTCGCTGCTGGCCGCATTAACAAAATCGTCAGGGAAAGATGCCAATAAAATTGCCGATGAAAATGCTGATCTAGACGGACAAGCAGAATCGGAATTGCTGGCGGACAGTGGCTTATTAGTCTCACTAATAAAATCAGAACTAAATGGAGACGCCGGCACCAATGATGGCAATAACGCGCAGCCAGATAAACAAAGCGCCGAAGAGACACCTGCTGACTTAACACCATTTAAACCCACCGACGATTTAATGGCACTTATTGCTGATGCGCAGGACAGTACCAAAGGCGTCGTTGGCGGGGCACTGGCCGATCGCGTAGTCGCACTATTACCAGATTCGGCTTCTGAAGGACAAAAAGCTGACGTTAAACAAGGCGTGATTGATGCAGTTAAAGCGTTTCAAAAGCAACTGGAAACGGGCAATGAACCTCAAACCACACTTGAAAACATGATTGCCGATGTAATGGCTGAGGCCGATATTGTACCTCCGGAAAATATAGAGCAAATGGTCAGCGCCGAAATGCGTCAACTTACCTTGCTTGTGAATGCGGCGACACACGTGGCGCATGGGCACGGCCCGTCTATTTATGCGCCGTCTACTGCAAGTGCGGATACGACGGTCGCTGACGTTCAGCAGCTTCGTGCCGAACGCGGTGTCCAGCAACCTTCAGATGCTGATAAAGCCGTAAACATTCATCAGCCCGAAGGGCAGCAACAATTAGCCGAGAAAGTGCGCTGGATGGTGAATGCCAGAAACTCTATGGCGGAGATTCGCTTGGATCCACCAGAAATGGGCAGCATGCAGGTACGCGTGAATGTTTCCGGCGATACAGCGTCAGTGAGTTTTATTGTTCAGTCTCCCCAGGCCCGCGATGCGCTTGCCCAGGCAGAACCGCGATTGCGGGAGATGTTAGCCGAACAAGGTATTAATTTAGGGGAATCGTTTGTAAGTCAACAGCAGCATGGCGATACCGGTGAGCAAGGCGACGGCGGCAAGGGAGGCGGCAGTGGACAATTTACCGGTGATGCCGATGAGGAAACACAAGTTGTTGAACAAACGTTGACTCGTCAGGCGCAAGGCGGAATTGATGACTATGCTTAA	MMQQVATQRSEIAALPIDIDTSASTSSSNGQQQAFADVFTQTTASSSSSVKKTSSRNADDVTDAKSVADKKVKSSDTQRDTQRSANEPLEKNTKQLADDDKQVKAASQSSSTAKPDKQADGTVKADEKAALTAEAESEQTVEQPDDSGEGQGTDWLAFVDSIRRLNEGELHTGDEETAMTIDIALDAEGVSPEGEAELQAGIENLEALIAQLKGEKSSPEGTSDPDSDAKLRDIAEELNEAIAKLMANEELEQGNDDTTKGIDEEVMKIAASLLAALTKSSGKDANKIADENADLDGQAESELLADSGLLVSLIKSELNGDAGTNDGNNAQPDKQSAEETPADLTPFKPTDDLMALIADAQDSTKGVVGGALADRVVALLPDSASEGQKADVKQGVIDAVKAFQKQLETGNEPQTTLENMIADVMAEADIVPPENIEQMVSAEMRQLTLLVNAATHVAHGHGPSIYAPSTASADTTVADVQQLRAERGVQQPSDADKAVNIHQPEGQQQLAEKVRWMVNARNSMAEIRLDPPEMGSMQVRVNVSGDTASVSFIVQSPQARDALAQAEPRLREMLAEQGINLGESFVSQQQHGDTGEQGDGGKGGGSGQFTGDADEETQVVEQTLTRQAQGGIDDYA	PGPT0015520_176	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-MOTILITY|CHEMOTAXIS	MOTILITY-FLAGELLAR_ASSEMBLY	MOTILITY-FLAGELLUM_ROD|HOOK|FILAMENT,PGPT0015520-fliK|motD-K02414	NA	NA
AK237_00845	450			hypothetical protein	ATGAGTCAATTAGCGTTAGTGGCAAAGTTCGAACTGGAAAAAGAACAAAAAGCGGCCCAGCAGTTTCAGTTAGCGCAGCAGCATGTTGTGCAACAACGTCAGAAGCTCAGTAGCTTACAGCAGTATCGATTAGACTATCTTCGTCAAATTCAAGCCACAGGAAAAGGTGGGGTAGGTGCAAAAGCCTATCACCAGCATTTATCTTTTGTGGGTAAATTAGATAAAGCATGTCAGCAACAAATGAATGTCATTTCTCAGGCGTCGCTGGTGGCTGACCAACGCAAACGCGCCTGGCTGGAGCAACAAAAGCGACGGAAAGCCGTTGATATGTTAATAGATAAAAAGGCCAACGAAGCGTTGCGTCGTGAAGCAAGGCAAGAGCAACTGATGCTTGATGAGTTTGCTTCTCAGAAATTCTTCAGAAATCAAACATCTGGTTCATCCTATTAA	MSQLALVAKFELEKEQKAAQQFQLAQQHVVQQRQKLSSLQQYRLDYLRQIQATGKGGVGAKAYHQHLSFVGKLDKACQQQMNVISQASLVADQRKRAWLEQQKRRKAVDMLIDKKANEALRREARQEQLMLDEFASQKFFRNQTSGSSY	PGPT0015615_246	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-MOTILITY|CHEMOTAXIS	MOTILITY-FLAGELLUM_CONTROL	MOTILITY-FLAGELLUM_CHAPERONES,PGPT0015615-fliJ-K02413	NA	NA
AK237_00846	1335	fliI	COG1157	Flagellum-specific ATP synthase	ATGACTAGTCCCTGGGGCAGTTATTTTGACACTCTTATTAACGATATCCCGCAGCCGCCTGTTGTTGCAGCAGGAAAACTGGTTCGCGGTATAGGCCTGACATTAGAGGCGGTAGGGTGTCAATTGCCGGTAGGTAGTCAGTGTATGGTGCAAACCATCGAAGGTGAAATAGAAGCCGAGGTGGTCGGATTTGGTGAGAATATTACTTATCTTATGCCCACCGAAGCGGTACGCGGCATCGTGCCAGGCTCTCGTGTACTGCCACTTAACAGAGAGAGTGGACTGGCCGTGGGACTTGGCCTGTTAGGCCGTGTGGTTGATGGCAATGGTCAGCCTCTTGACGGTTTAGGCCCGATTAAAGCCGATGCGCGTGTTTCAACCATCAAGCCTCCTATGAACCCACTTACGCGTAGACCTATTTCGCAGCCTATGGACGTAGGTGTACGTGCGATAAATGCATTAAACACCGTAGGTGTTGGCCAGCGTATGGGATTATTTGCAGGCTCAGGTGTAGGAAAATCTGTGCTGTTAGGCATGATGACCCGGGGCTGTCAGGCTGATGTAGTTGTTGTGGGACTCGTTGGTGAGCGTGGCCGGGAAGTTAAAGAGTTTATCCATGACATTCTTACCGAGGAAGAGCGTCAACGAGCAGTGGTGGTAGCGGCGCCAGCTGATACCTCACCGTTGATGCGACTGAAAGGCTGCGAAACTGCCGTTACCATCGCAGAGTACTTTCGGGATCAGGGGATGAATGTGTTGTTATTGGTTGACTCACTAACCCGTTATGCCATGGCGCAGCGGGAAATTGCGCTGGCTGTGGGCGAGCCGCCAGCGACCAAGGGATATCCACCCTCGGTGTTCGCCCGCCTGCCGGCACTGGTAGAGCGCGCCGGAAATGGTAGCGAAAATCAGGGATCAATCACTGCGTTTTATACGGTACTTACCGAAGGGGATGATTTACAGGATCCTATCGCCGATGCGGCTCGTGCCATATTAGATGGTCACGTTGTATTGTCACGTTCGCTGGCCGACAGTGGGCATTATCCAGCCATTGATATCGAGGCATCGATTAGCCGTGTTATGCCCATGGTGACAAGTGACGAGCATTTGCAACAAGCGCGACGTATTCGTCAGGTTTATTCCACCTATAAACAAAATCGCGATTTGATTTCTATTGGCGCTTACGCAAAAGGGTCGGATCCCCGAATCGACCTGGCAATACGTGCAGAACCGGCAATAAATGCTTTCCTCCAGCAGGGCATGAAAAATGTATTGCCCTATGACGAATGTCTGCAAGGGATGTCAGCATTAGCCGGTGGCCTGGGTAAAGGGTAA	MTSPWGSYFDTLINDIPQPPVVAAGKLVRGIGLTLEAVGCQLPVGSQCMVQTIEGEIEAEVVGFGENITYLMPTEAVRGIVPGSRVLPLNRESGLAVGLGLLGRVVDGNGQPLDGLGPIKADARVSTIKPPMNPLTRRPISQPMDVGVRAINALNTVGVGQRMGLFAGSGVGKSVLLGMMTRGCQADVVVVGLVGERGREVKEFIHDILTEEERQRAVVVAAPADTSPLMRLKGCETAVTIAEYFRDQGMNVLLLVDSLTRYAMAQREIALAVGEPPATKGYPPSVFARLPALVERAGNGSENQGSITAFYTVLTEGDDLQDPIADAARAILDGHVVLSRSLADSGHYPAIDIEASISRVMPMVTSDEHLQQARRIRQVYSTYKQNRDLISIGAYAKGSDPRIDLAIRAEPAINAFLQQGMKNVLPYDECLQGMSALAGGLGKG	PGPT0015340_1510	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-TYPE_III_SECRETION_SYSTEMS	CE-T3SS-FLAGELLAR_EXPORT_APPARATUS,PGPT0015340-fliI|lgiI-K02412	NA	NA
AK237_00847	783			hypothetical protein	ATGAGTGATGATCCGCAGTCAGATGATGAATTTTTAGATGCTAAATCATGGGATTTGCCGTTTTTATCTGATGAGAAAACGACGGCGCAGACCCAGCGGACAAACGCGTTAAATCGTCGAAGTGACTGGAAATACGAACCTCCTGAGCCTGAGGAAGAGGAAATTCTGCCGCCGACCGCAGAAGAAATCGAGGCAATTCGTCAGGCTGCGCACGACGAAGGTTATCAGGAAGGTAAACAGACTGGTTTCGACGAGGGTAAAGACGCAGGCTTCACTGAAGGTAAAGCACAAGGTCACGCAGAAGGCTTACAGTCAGGTAAAGAGGAAGGACTGCAAGCGGCGCAAGCTGACATTGATGCGCTTGCGGCAAACTGGTCTGCACTGGCTGATAGTCTTACCTCACCCCTCGCGCAAGTAAATGAAGAAACGCGAAAGCAACTGGTAAAGCTTGCTGTGGCATTGTCGAAAGCTGTCATTCGAAGCGAAGTGAAAACCAACGAAGATGTCATTTTACAGGCGCTAGCGGAAGGGCTTAAGGTATTACCTATTAATGAAAGTCACTACCATATTACGATGCATCCAGATGATATCGCTTTGGTGACAGCTCACTATGGAAGCGATGTGGTGGCGCAAAAAGGGTGGCAATTTATTGAATCTCCCGCTTTGTCCCGGGGGGGCTGTGATATCACTACGCAACAAAATGCCGTTGATGTGTCGGTAGAGCGTCGTTGTAAAGACGTTCTGAATAAGTTCTTACTCGATCAGGGGTTATCAGATGACTAG	MSDDPQSDDEFLDAKSWDLPFLSDEKTTAQTQRTNALNRRSDWKYEPPEPEEEEILPPTAEEIEAIRQAAHDEGYQEGKQTGFDEGKDAGFTEGKAQGHAEGLQSGKEEGLQAAQADIDALAANWSALADSLTSPLAQVNEETRKQLVKLAVALSKAVIRSEVKTNEDVILQALAEGLKVLPINESHYHITMHPDDIALVTAHYGSDVVAQKGWQFIESPALSRGGCDITTQQNAVDVSVERRCKDVLNKFLLDQGLSDD	PGPT0015335_745	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-TYPE_III_SECRETION_SYSTEMS	CE-T3SS-FLAGELLAR_EXPORT_APPARATUS,PGPT0015335-fliH-K02411	NA	NA
AK237_00848	1038	fliG	COG1536	Flagellar motor switch protein FliG	ATGCCTGAAGAAATGGCTCAAAGCGAACAAAATTACGATATCAGTAAACTCGAAGGGGTGGAAAAAGCCGCCATCCTTTTGCTGAGCTTATCGGAAGAAGATGCAGCCCAAATATTGAAACACCTAGAGCCCAAGCAAGTGCAAAAGCTCGGTGGTGAGATGGCCAAAATCGAAGACATGACACAGCCTAAAATAACGGCCGTGCACAAACATTTCATCGAAGAAATTCAGAATTACAGTACCATCGGATTCCAGAGTCAGGACTTTGTGAAGCGGGCACTGACTGCTGCATTAGGTGAAGACAAAGCGGCGAACCTAATCGATCAAATCCTTATGGGAAGTGGCGCTAAGGGCCTTGATTCGTTGAAATGGATGGACTCTAAACAAGTCGCAAGCATTATTCGCAACGAGCACCCGCAAATTCAAACTATCGTGTTGTCTTATTTAGAGCCCGAGCAAAGCGCGGAAATTTTGTCTCAGTTTCCTGAAAAAGTACGTCTTGATTTGCTCATGCGTATCGCCAATCTCGAGGAAGTTCAGCCAGCTGCATTGCAAGAGCTGAATGAAATCATGGAGAAACAATTTGCCGGCCAGGCAGGTACACAAGCTGCCAAGATGGGCGGCCTGAAATCTGCTGCCGATATCATGAACTACCTCGATACCTCCATTGAAGGTCAGTTGATGGATGCCATTCGTGAACAAGACGAAGAAATGAGCCAGCAGATCCAGGATCTTATGTTCGTCTTCGATAATCTTATTGATGTTGAAGACAGAGGTATCCAGGCTATTCTGCGTGAAGTGAATCAAGATTCCTTGCTGAAAGCCATTAAAGGTGCCGACGAAGAACTCAAAAACAAGATCACAAACAATATGTCAAAACGTGCAGCAGAAATGCTACTTGACGATTTGGAGGCCCTCGGTCCGGTTCGTCTGTCAGAAGTGGAAACTGCACAGAAAGAAATTCTGTCTGTTGCCAGACGCCTTGCTGACTCCGGTGAAATTATGCTGGGCGGCGGCGGTGGCGAAGAATTCCTGTAA	MPEEMAQSEQNYDISKLEGVEKAAILLLSLSEEDAAQILKHLEPKQVQKLGGEMAKIEDMTQPKITAVHKHFIEEIQNYSTIGFQSQDFVKRALTAALGEDKAANLIDQILMGSGAKGLDSLKWMDSKQVASIIRNEHPQIQTIVLSYLEPEQSAEILSQFPEKVRLDLLMRIANLEEVQPAALQELNEIMEKQFAGQAGTQAAKMGGLKSAADIMNYLDTSIEGQLMDAIREQDEEMSQQIQDLMFVFDNLIDVEDRGIQAILREVNQDSLLKAIKGADEELKNKITNNMSKRAAEMLLDDLEALGPVRLSEVETAQKEILSVARRLADSGEIMLGGGGGEEFL	PGPT0015400_651	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-MOTILITY|CHEMOTAXIS	MOTILITY-FLAGELLAR_ASSEMBLY	MOTILITY-FLAGELLUM_C-RING,PGPT0015400-fliG-K02410	NA	NA
AK237_00849	1704			hypothetical protein	ATGGCTGAAGCAACAGGTACAAACCTGACCGTAAGCGACTCAACCGACGATACTGCCGGTTCCGACGCAGAAAATAAATCTGGCTTTATGGACACCCTTGGCAGTGCCGATATGGTGCGCCAAATGGCATTGGTAGTTGTGCTGGTTATCTGTGTTGCCATAGCAATATTTATCTTACTGTGGGCACAAGAGCCTGATTTCCGCCCATTGGCGAAGATGGAAACCGAAGAGCTCATCGAAACACTCGATTATCTGGATGCCAACCAGATTGAGTACAAGCTGGAAGGTAACACCGTTTATGTTCGTAATGACGAGTTCCAGAATGTGCGCTTAGGCATGACCCGTGAAGGGTTAACCCGAGCCGGCGATGCGGGTACCGATATCATCATGCAAGACATGGGGTTTGGGGTTTCTCAGCGCGTGGAGATGGAACGTCTTAAACACGCTCGCGAACAGCAGATTGCTGCTACCATCGAAGACATGGCAAGTATTCAAAAAGCACGTGTTCTTCTTGCTATGCCAAAAGAAAATGTGTTCGCTCGTCGTGAGAAAAAAGCCAGTGCTACGGTCGTGCTTACCGCCCGGCGCGGTAAAGTTATCGCGGGCGAAGAAGTGGACGCTGTGGTGGATATTGTTGCTTCTGCGGTTCAGGGTATGGAGCCGTCCCGCGTTACGGTTACCGACAGTAACGGACGTCTGCTCAATTCCGGTTCACAAGATTCAATGAGTGCCCGTGCACGCAAAGAATACGAAATTGAACGTCAACGAGAGCAAGAATATCTGGAGAAAATTGACGCTATCCTCATTCCTGTTTTGGGCATTGGTAACTATACCGCGCAAGCTGATATTGCGATGGATTTTACTGCTATGGAACAAACCCAGCGTACGTATAATCCGGATCTTCCGGCAGTACGCAGTGAAATGACGGTAGAATCTAACAGTGTGGGATCGATTGCCGGAGGTATTCCGGGCGCATTATCAAATCAGCCACCTCTTGATTCGAATATACCTGAAAATGCGCTGGGGCAAGATGGGCAAGGTGCGCCAGTGCCGGGTCGAAGCAATCGTGAATCGACGAAAAACTATGAATTAGATACCACAATCAGCCATACCAAAAAGCAAACCGGTGTGATTAGACGATTGAGTGTGTCGGTCGCTGTTGACCACGACCGTGCTGTCGCGGAAGACGGGACCGTGACGACGTCACCAAAAAGTCAGGAGCAACTGCTGAATATTCGTCGGCTGTTACAAGGGGGCATTGGTTTCGATGTGGCTCGTGGTGATTCACTGGAAGTCGTGAGTGTGCCGTTTACGCGAATGGATGCAGAAGACATTGAAGATGCGCCATTCTGGGAACGTCCCGAAATTTTACCTATACTTAAGTTAGTTGTTGGTGGTTTAATCATTATTGTGCTTATTCTATTTGTGATTAGACCGATGCTCCGTCGACTGATCAATCCTGAGGACTCGAAGAGTAACGATGACTTTGATGCAGATGAGAGCTTAGATCTTGGCGATGATACTATCAGCATGCTAAGTCAGGACTTTGACGAAGCGCAGGTTGGCTTCGCGCCGGATGGATCGCTCATGCTGCCTGATCTGCATAAAGATGAAGATGTTCTTAAAGCCGTGCGTGCGCTGGTGGCCAATGAGCCGGAATTGTCCGCACAGGTTGTTAAGGGCTGGTTGACACTGGATGACTAA	MAEATGTNLTVSDSTDDTAGSDAENKSGFMDTLGSADMVRQMALVVVLVICVAIAIFILLWAQEPDFRPLAKMETEELIETLDYLDANQIEYKLEGNTVYVRNDEFQNVRLGMTREGLTRAGDAGTDIIMQDMGFGVSQRVEMERLKHAREQQIAATIEDMASIQKARVLLAMPKENVFARREKKASATVVLTARRGKVIAGEEVDAVVDIVASAVQGMEPSRVTVTDSNGRLLNSGSQDSMSARARKEYEIERQREQEYLEKIDAILIPVLGIGNYTAQADIAMDFTAMEQTQRTYNPDLPAVRSEMTVESNSVGSIAGGIPGALSNQPPLDSNIPENALGQDGQGAPVPGRSNRESTKNYELDTTISHTKKQTGVIRRLSVSVAVDHDRAVAEDGTVTTSPKSQEQLLNIRRLLQGGIGFDVARGDSLEVVSVPFTRMDAEDIEDAPFWERPEILPILKLVVGGLIIIVLILFVIRPMLRRLINPEDSKSNDDFDADESLDLGDDTISMLSQDFDEAQVGFAPDGSLMLPDLHKDEDVLKAVRALVANEPELSAQVVKGWLTLDD	PGPT0015430_947	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-TYPE_III_SECRETION_SYSTEMS	CE-T3SS-FLAGELLAR_EXPORT_APPARATUS,PGPT0015430-fliF-K02409	NA	NA
AK237_00850	336	fliE	COG1677	Flagellar hook-basal body complex protein FliE	ATGGACGTTAAAGCCAACAGTTTGTATCAAGAAATGCAATCCATGATCGGCCAAACTCGTCTGCAGGCTACAGAGATGCCAGACCAGGCGCTCGACGTTAAAAATGCCTCTGCCAGTGATTTTTCAGCCATGTTAAAGCAAGCCGTTGAAGGCGTGAATAATATGCAGCTGGAGTCGAAAGATGCGCAACAACGCTTCGAAATGGGCGATCCTTCATTAAGCCTTGCTGACGTCATGCTTACCAAAGAGAAAGCGGGCATCGCCTTTGAAGCCACCGTGCAAGTACGCAATAAAGTGCTTGAGGCTTATAAAACCATCATGAACATGCCGGTGTAG	MDVKANSLYQEMQSMIGQTRLQATEMPDQALDVKNASASDFSAMLKQAVEGVNNMQLESKDAQQRFEMGDPSLSLADVMLTKEKAGIAFEATVQVRNKVLEAYKTIMNMPV	PGPT0015515_608	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-MOTILITY|CHEMOTAXIS	MOTILITY-FLAGELLAR_ASSEMBLY	MOTILITY-FLAGELLUM_ROD|HOOK|FILAMENT,PGPT0015515-fliE|lfiE-K02408	NA	NA
AK237_00851	1347	atoC_1	COG2204	Regulatory protein AtoC	ATGACTCACTCTACTATTTTAATCGTTGAAGACGATGCCGGCTTACGAGAAGCGTTACACGATACCTTGAAGTTAGCGGATTATAGGGTAGTCGCTGCCGAATCTGCTGAAGATGCGCTTATTCAGCTAACGTCTGAGAAAGTCGATTTAGTTGTCAGCGATATTCAAATGGGTGATATGTCTGGCTTGACCTTATTAAAAAATATCAAATCCCGTTACCCGCAGTTACCGGTATTGTTGATGACAGCTTACGCCACCATAGACGACGCCGTACAAGCGATGCGCGATGGGGCTACAGACTATTTATCGAAGCCGTTTGCGCCCGAGGTGTTACTAAATTTGGTGAGTCGCTACGCACCGGCCCATAAAGTCGAATCAAGAACGCCTATTGCCGCTGATCCAAGTAGTCTCAAATTATTGGAACTATCGCGTAAAGTAGCCGGTGCAGAGGCCACCGTGATGGTGTTAGGGCCAAGCGGCTCAGGTAAAGAAGTGCTTTCTCGCTATATTCACGACCAATCCTCAAGGGCCAGTGAAGCGTTTGTTGCCATAAACTGTGCAGCCATTCCTGAAAATATGCTCGAAGCGACACTTTTTGGCTATGAGAAAGGGGCGTTCACTGGGGCCGTACAGGCATGCCCGGGGAAATTTGAGCAAGCGCAGGGTGGTACGATTTTACTGGATGAGATCACAGAGATGGATTTAGCGCTCCAGGCTAAGCTATTGCGCGTTCTGCAAGAGAGAGAAGTGGAGCGTTTAGGCGGGCGGAAAACGATTGAGTTGGACGTGCGGGTCATTGCTACCAGTAACCGTGACTTGCGTCAGGCCGTTGAAGCTGGCGAGTTTCGCGAGGATTTGTATTACCGCTTAAATGTTTTTCCTATTGTATGGCTGCCTTTAGCTCAACGTGTGGGTGATATTGTGCCATTGGCAGAACATCTCATTAAACGTCATGTCGATAGTAAGCAACGTAATAATGTTCGCTTATCGGCAGCAGCCCGCAACAAATTGACGCATTATGACTGGCCTGGCAACGTGCGTGAGCTGGAAAACGTTATCCAGCGTGCATTAATCCTGTGCGACGGTGATGTCATCGAATCGTCGGATTTAATGATTGATATGGCTGCTACACTGGCAAGCCACGGTGTGATTGACGAAGAGAATATTATTGATGACAGCAAGTTGGGTTCCGAATTGCGTCATCAGGAACACCAGATCATTCTTGACACATTGCAGCTGTGCAACGGGAAGCGTAAAGACGTTGCGGAGAAATTAGGGATTAGCCCCCGAACACTTCGTTATAAGCTTGCCCGAATGCGGGATGAAGGAATTGACGTTCCTGCCTGA	MTHSTILIVEDDAGLREALHDTLKLADYRVVAAESAEDALIQLTSEKVDLVVSDIQMGDMSGLTLLKNIKSRYPQLPVLLMTAYATIDDAVQAMRDGATDYLSKPFAPEVLLNLVSRYAPAHKVESRTPIAADPSSLKLLELSRKVAGAEATVMVLGPSGSGKEVLSRYIHDQSSRASEAFVAINCAAIPENMLEATLFGYEKGAFTGAVQACPGKFEQAQGGTILLDEITEMDLALQAKLLRVLQEREVERLGGRKTIELDVRVIATSNRDLRQAVEAGEFREDLYYRLNVFPIVWLPLAQRVGDIVPLAEHLIKRHVDSKQRNNVRLSAAARNKLTHYDWPGNVRELENVIQRALILCDGDVIESSDLMIDMAATLASHGVIDEENIIDDSKLGSELRHQEHQIILDTLQLCNGKRKDVAEKLGISPRTLRYKLARMRDEGIDVPA	PGPT0015570_520	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-MOTILITY|CHEMOTAXIS	MOTILITY-FLAGELLUM_CONTROL	MOTILITY-FLAGELLUM_REGULATION,PGPT0015570-flrC|fleR-K10943	NA	NA
AK237_00852	1140	atoS	COG0642	Signal transduction histidine-protein kinase AtoS	ATGACATACGATGGACAACGCTACGCTGCAGCACTAAGCGAAGCTTCCGGACAATTTTCAGATTATCATTATTCCAGCGCAGGACAGGATGATTCCGCCAGTCCTGAGGATATTGATGCCCTTAGAAAGCAGGCGAGTCGCCTGTCTCATTTACTTCAGGTCATGCCCGCAGGTGTAATTGTCATCGATGGTCAGGGCATTGTTCGTCAGGCCAACGGTCAGGCAAAATCGTTACTCGGCGAGCCATTAGAGGGACTGCTATGGCGAACTATTATTACCCGGTCATTTAAGCCTCGTGCAGACGATGGCCATGAGGTATCGCTTATCGATGGTCGACGGGTGAAGCTATCAATCACACCGTTAGACAATGAGCCCGGGCAGTTAATAGTGTTAACAGACCTTACTGAGACCCGTCAGTTACAGGCTCGCGTAAGCCACATGCAACGGTTGTCGGCATTAGGAAAGATGGTTGCCTCACTGGCGCATCAAATTCGTACGCCATTATCAGCAGCCATGTTATATGCATCTAATCTCAAGCGAAAAGGACTGGGTGAAGAATCCACTATAGACTTCGCCGGGAAGCTTAATGATCGACTCAAAGAGCTGGAAAGTCAGGTAAATGACATGCTGCTGTTTGCCAAATCAGGCGAAGATCAGGTGGTGAGTGATATTTCGCTCTCGCAGCTAGAGCAAGCCATTTTGCCAACTGCAAACACGTTTACACAGCAGGCAGGTCAACAGTTGTCCATCAGTGGGTTTCTTGCTGATACAAGCATTACCGGCAATTTAACTGCGCTTCAGGGCGCGCTACTAAACCTTGTTCATAACGCGTCCCAGGTTAGTCCTCGTCAGTCCACGATTTGTATTAACGCTGTGTGTCGTGCAGATCAGGTTGCCATATCGGTGATTGATGAAGGAACCGGCGTTCCAGCCGCTATCCGCCAGAAAATTTTTGAACCGTTTTACACCACGAAAACCCATGGTACTGGTTTAGGCCTGGCCGTAGTGAAATCGGTGGTAAATGCACACAAGGGGCAATTAGGCGTGACAAATGTAGAAGGTCAGGGTGCCTGCTTTACGCTCACCTTACCGGTAACCCAGCCAACCCTTTCCCCTGAGCTAACAGGAGCCAACGCATGA	MTYDGQRYAAALSEASGQFSDYHYSSAGQDDSASPEDIDALRKQASRLSHLLQVMPAGVIVIDGQGIVRQANGQAKSLLGEPLEGLLWRTIITRSFKPRADDGHEVSLIDGRRVKLSITPLDNEPGQLIVLTDLTETRQLQARVSHMQRLSALGKMVASLAHQIRTPLSAAMLYASNLKRKGLGEESTIDFAGKLNDRLKELESQVNDMLLFAKSGEDQVVSDISLSQLEQAILPTANTFTQQAGQQLSISGFLADTSITGNLTALQGALLNLVHNASQVSPRQSTICINAVCRADQVAISVIDEGTGVPAAIRQKIFEPFYTTKTHGTGLGLAVVKSVVNAHKGQLGVTNVEGQGACFTLTLPVTQPTLSPELTGANA	PGPT0015565_261	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-MOTILITY|CHEMOTAXIS	MOTILITY-FLAGELLUM_CONTROL	MOTILITY-FLAGELLUM_REGULATION,PGPT0015565-flrB|fleS-K10942	NA	NA
AK237_00853	1482	norR_1		Anaerobic nitric oxide reductase transcription regulator NorR	ATGAAGGAAATTTTGCTCGTTAGTGATAACGGCGATCTCATTCAAAAATTAGAAACCGTTATTACATTCATGGGAGAAGCTTGCTACGGGCAATCTTTTGCGGATAGCCATGGCTATTTGAATACCCATACTGTAGAGGCGGTAATGATTGATTACGCCAGAGCTGACCAGGTCCAAAATCTGGTGGCGCAGTTTCCGCATATTCCTTTTGTAGCTATTCAAGCTGAAGATGGGTTGGTGGCGCCGAATTGTAATTTGGTTAGCACTGCTACGTTGCCCATTACCTATCCTGTATTAACGCAAGCTATTCACCGTTGTCAGGAATACTCCAGACATCGTCCGGGCCCGGTTAAAACCGCTGGACTGAAAACCCGTTTGTTCAGAAGCCTGGTAGGCAGAAGTCAGCAAATTCAAATTGTGAGAAAGCTCGTAGAGCAAGTCGCTCCCACCGATGCGACAGTGCTCATTCTGGGTGAATCAGGTACGGGTAAAGAAGTCATTGCCCGTAATGTGCACTTTCTCTCGGAACGTAAAGAAGGCCCTTTTATCCCTGTAAACTGCGGCGCTATTCCCGGAGAGTTACTGGAAAGTGAGTTGTTTGGTCATGAAAAGGGCGCGTTTACGGGCGCTATCAGTGCGCGAAAAGGGCGCTTTGAACTGGCTGAAGGCGGTACGCTTTTCCTCGACGAAATAGGTGACATGCCGCTGCAAATGCAGGTAAAACTCCTTCGGGTATTGCAAGAGCGCACGTTTGAAAGGGTGGGGGGACATACTCCCATCAAAGCCAACGTGAGAATTATCGCGGCGACACACCGAAACCTGGAAACCATGATAAAAGACGATAAATTCAGAGAAGATTTATATTATCGTCTTAATGTATTTCCTATCGATAGTCCTGCGCTGCGTGAACGTCGCGAAGACATTCCGTTGTTGCTGCAGGAATTGATCAGCCGTATCAAAGGTGATGGCGTATCGGTTGTGAAATTCACCGAAATGGCAATTTCATCGTTAATGGAACATGATTGGGCAGGTAACGTCCGTGAACTGTCGAATTTAGTTGAGCGTTTGAGTATCTTATTCCCCAATCAAATTGTTGATATTCAGGACTTACCCCCTAAGTACCAGTACGGAGAAATTCAGGCCTACGAACCGGATTATCCAGAGGAACTGCTGGAGCGGGATGCGTTTAACGAGTTATTTGCCGAGTCAGCGGCTTCAGAGGAGCGTCGTTCTCCCGCCCCTGAACAAACTTATACCGCTAACGAAGAAAGCGCTGAGTCATCGCAATTGCCTGAAGAAGGCGTAAACCTTAAGGAATACCTCTCTGAGCTTGAAATTAATCTTATTATTCAGGCGTTAGAGCAGCAAGACTGGGTAGTCGCCCGAGCTGCGGATAAATTAGGTATGCGCAGAACGACGCTGGTTGAAAAGATGCGTAAGTACGAAATTCAGCGCGAAGAGTCGATATCGTCAGATAATTGA	MKEILLVSDNGDLIQKLETVITFMGEACYGQSFADSHGYLNTHTVEAVMIDYARADQVQNLVAQFPHIPFVAIQAEDGLVAPNCNLVSTATLPITYPVLTQAIHRCQEYSRHRPGPVKTAGLKTRLFRSLVGRSQQIQIVRKLVEQVAPTDATVLILGESGTGKEVIARNVHFLSERKEGPFIPVNCGAIPGELLESELFGHEKGAFTGAISARKGRFELAEGGTLFLDEIGDMPLQMQVKLLRVLQERTFERVGGHTPIKANVRIIAATHRNLETMIKDDKFREDLYYRLNVFPIDSPALRERREDIPLLLQELISRIKGDGVSVVKFTEMAISSLMEHDWAGNVRELSNLVERLSILFPNQIVDIQDLPPKYQYGEIQAYEPDYPEELLERDAFNELFAESAASEERRSPAPEQTYTANEESAESSQLPEEGVNLKEYLSELEINLIIQALEQQDWVVARAADKLGMRRTTLVEKMRKYEIQREESISSDN	PGPT0015560_54	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-OTHER_QSR|BF_RELATED_SYSTEMS	CE-QSR|BF-cAMP|VFR_SIGNALLING_PATHWAY,PGPT0015560-flrA|fleQ-K10941	NA	NA
AK237_00854	795	hag_1	COG1344	Flagellin	ATGCAAGTTAATAGCTCTACTTCCTCTATTCTTGGCCAAGTGCAAGAAAAGCAAGAATCTCTGATGGAGAAGCTTGCCAGCGGTAAGAAAATTAACAATGCGACTGATGGCGCAGCGGCCCAGCAAATCATCGATCGGTTAACGTCTGAAGTTGAAGGCAATCGTCAGGCTATCAATAATGTTTACGATGGCATTTCCGTCGCGCAGGTGGCAGAAGGTGGCTTAGGTAGCGTCAATGATGATGTAAACCGCATTCGTGAACTTACGTTGCAATCGGGAAGCGGAATTTTGAGTGACGGAGACCGTCGCGCCATTCAATCTGAGATCACGCAGCTTCAGGAGAATATCTCGCAAACCATCGAGCAAACCAATTTTGCGGGTAAGCCTTTGTTATCTGAGAACGGTTCGCTTGAGTTCCAGTCCGGCGCTGGCGCTAATCAGTCAATTAGTATCGATACGCAAGATATCGCTTCGCAGTTAAGTGGTATTCTTTCTATTGATCTTACTTCGGGTAGCAGTGTTGAAGATGCACTGAATGCGGCGGATGAAGCGATTGAAGTGGTTGGTGGTGCGCGTGGCGATTTGGGTGCTGTACAAAATCAATTTGAGAGTGCCGCCCGCTCGCTAACGCAAACGAATGTCAATACCGCCGAAGCCCGAAGCCGAATTCAGGATTTGGACTACGCGCAAGCCGCATCAGAGCGTGCTTCTAATGATGTGCTTGGTCAGGCGTCTTTGACCGTACAAGCACAAGCTAATCAGCAACAGGGTCAAGTTCTGGCACTATTAAGTTAA	MQVNSSTSSILGQVQEKQESLMEKLASGKKINNATDGAAAQQIIDRLTSEVEGNRQAINNVYDGISVAQVAEGGLGSVNDDVNRIRELTLQSGSGILSDGDRRAIQSEITQLQENISQTIEQTNFAGKPLLSENGSLEFQSGAGANQSISIDTQDIASQLSGILSIDLTSGSSVEDALNAADEAIEVVGGARGDLGAVQNQFESAARSLTQTNVNTAEARSRIQDLDYAQAASERASNDVLGQASLTVQAQANQQQGQVLALLS	PGPT0015190_5191	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
AK237_00855	456	tagD	COG0615	Glycerol-3-phosphate cytidylyltransferase	ATGACGACTGTAGTTACCTACGGTACATTCGATTTATTTCACATAGGGCATGTAAGGCTTTTAAAGCGTTTGCATAACCTGGGTGACAGGCTCGTAGTTGGATTGTCCTCTGATGAATTCAATACCGTAAAAGGTAAAAACGTAATCATTCCCTATGAAGATAGAAAGGAAATCTTACTTTCCTGCCGTTATGTCGATGATGTATTTCAGGAAAATTGCTGGGAGCAAAAGCGAGAAGACCTTCAAAGAGAAGGTGCGGATATTTTCGCGATGGGAGACGACTGGATTGGGAAGTTCGACGACTTACAGGACATCGTCAAGGTTGTCTATTTACCACGTACCCAAGATGTTTCCACTACTGAATTAAAAACGGTAATCAGCGAAATTCAAAACGAAAAAATTCGTCAATTGCAAAGCCTGACCGAGCATTTAAATACGTTAATGCAGCGCCTCTGA	MTTVVTYGTFDLFHIGHVRLLKRLHNLGDRLVVGLSSDEFNTVKGKNVIIPYEDRKEILLSCRYVDDVFQENCWEQKREDLQREGADIFAMGDDWIGKFDDLQDIVKVVYLPRTQDVSTTELKTVISEIQNEKIRQLQSLTEHLNTLMQRL	PGPT0024325_142	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-GLYCEROPHOSPHOLIPID_REMODELLING	CE-REMODELLING_GPL_CYTIDYLYLTRANSFERASE,PGPT0024325-tagD-K00980	NA	NA
AK237_00856	1095			hypothetical protein	ATGCGAAGCTTAGTACTTCTGACTCAAAATCAATATTCAGTAGTTTCGCATTTTTTCGAAGGTATTCGACTTGCTTTAGAAAGCATGGGTTATGCGGTTGACGTACTTTATTGCGACAATGCAGATACAATTACCGCAGGGTTCGAAAAACTAGCGCCCATAGATGCCTACAACCATGTATTTAGTTTTAATGGAAATGGTTTAGGCAAGATAGCCCCATCGTTTAATACCCTTGAGTTCGCAAAATCAAAACCGGTTTTTGTCTTTTGCGTAGACAACCCTATTCACGTTATTCCGCGTTTTTACGGTCATCCTGTAACTGTGTTGTGTGTCGCTAAAGAGCACGTGACGCTTATGCAGCAATTCGGCCACCAGGCCTGTTTTTTCCCTCATGCTGTGTCACATGGCGCACAGTCTTATCCCCACGCTGATTACCACTGTAAAAATCAAGAGATTCTTTTCCCTGTTTCTTTCATGAGTAGCGACCATATAAAAAACTCGTTAAAACCTGTGTGGGGACAATTGGGTGAGGCGATTGACGCCTCATCGACCGTAACGGATTTCTTAAGAGTTATAGGTGTTGTTCCGACAGCCTCCTCACCCGCCAGAACAAAATTTGATGAAAATATTCGTCGCATATCCGTATTAGTCGACAGATACCTGCGCGCACGCGATCGCGAATCATGCTTGCTCGACTTTGCAGCACGTAAAATCAAACTAAACGTAGTTGGTCGGGATTCGCAAAAGTTTTGCTCGGTCACTGATTATCATGAGTATAACGATGATGTTACTTTCTCTGACTTACTTAACCAAATATCAATATCCAAGTGGGTCTTGCATCAATCTCCGGGCTTCGAACAAGGATTGCATGAACGCGTGATATACCCACTGGTATGCGGAACACCGGTAATGATATGGAATGCCCCCTATGTTCATCGCGCCATGAGAGAGAAAGGCGTAGTTGACGTTACTTTAGAAAACAAATTTAAGCACGAAGATAGTTATTTACAGTTAGTCGATGAAGGAAAACAGGAAGTCCTCACTTGCCATACATGGTCACAACGATTATCTGCATTATTTAACGAAACCAGATAA	MRSLVLLTQNQYSVVSHFFEGIRLALESMGYAVDVLYCDNADTITAGFEKLAPIDAYNHVFSFNGNGLGKIAPSFNTLEFAKSKPVFVFCVDNPIHVIPRFYGHPVTVLCVAKEHVTLMQQFGHQACFFPHAVSHGAQSYPHADYHCKNQEILFPVSFMSSDHIKNSLKPVWGQLGEAIDASSTVTDFLRVIGVVPTASSPARTKFDENIRRISVLVDRYLRARDRESCLLDFAARKIKLNVVGRDSQKFCSVTDYHEYNDDVTFSDLLNQISISKWVLHQSPGFEQGLHERVIYPLVCGTPVMIWNAPYVHRAMREKGVVDVTLENKFKHEDSYLQLVDEGKQEVLTCHTWSQRLSALFNETR				NA	NA	NA	NA	NA
AK237_00857	705	neuA	COG1083	CMP-N,N'-diacetyllegionaminic acid synthase	ATGAACGTAGCCATTATCCCTGCGCGAGGGGGAAGTAAGCGCATTCCGAAGAAAAATATAAAGCCTTTTTGCGGCAAACCGATGGTCGCCCACGCCATAGAAAATGCGTTAGCAAGCCCATATATTGATAACGTCGTTGTTTCCACTGACGATGAAGCTATCGCAAAAGTAGCTATTGAATATGGTGCCGACATTCCATTCATGAGGCCTGCGGAGCTGGCAGATGACTTCACAGGCACCAGCCCTGTTGTTCGCCATGCGCTAAACACACTACTGGAGAAAGGCTGGGATATCGACTATTGCGCCTGTGTCTACGCAACCTCACCGCTTCTTACCACGTCCTTAATTGATACATGCTTTGAAATGCTAAAAAGCACTGATGATACTGACTACGTATTTACAGCGGCAAGATTCTCGTTCCCAATCCAAAGAGCCATTTTGCAAACAGAAACCGGAGGGGTGAAACCCTTCGACAATTTTGGCATTACTCAACGATCCCAGGATTTGCCACCTGCCTTTCACGATGCCGGACAGCTATATTGGGGGCATCACCAAACATGGCTTAATACCAACAAACGTATTTTTGGTGCCAATTCAAAAATGGTGGTGATGCCTGATCACTTAGTACAAGATATTGATACACCCGAAGATTGGGTAAGAGCTGAGCTACTCTACAAGCTGATGCAGAGTGAGGCGCTGAAGTGA	MNVAIIPARGGSKRIPKKNIKPFCGKPMVAHAIENALASPYIDNVVVSTDDEAIAKVAIEYGADIPFMRPAELADDFTGTSPVVRHALNTLLEKGWDIDYCACVYATSPLLTTSLIDTCFEMLKSTDDTDYVFTAARFSFPIQRAILQTETGGVKPFDNFGITQRSQDLPPAFHDAGQLYWGHHQTWLNTNKRIFGANSKMVVMPDHLVQDIDTPEDWVRAELLYKLMQSEALK	PGPT0022745_108	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-REMODELLINGLPS|LIPID|IVA_METABOLISM	CE-REMODELLING_LPS-PSEUDAMINIC_ACID_MODIFICATION,PGPT0022745-pseF-K15899	NA	NA
AK237_00858	1083			hypothetical protein	GTGAGAATTGTATTTAGAGTAGATGGCTCTGCACAAATTGGGCTAGGCCACGTTATGCGCTGCCTGACTCTTGCGACGCAACTTCTGTCCTCAAATACTGTGACGTTTATGTCATGCCCTCTCCCCAAAGCGCTACAGCAGCAAATCGAACAGGCTGGTATTAAATTAATAACCACGCCGCCGTTACCTTGTAGTGACAACGAAACCACGTGTTCTTCTGTACTTGATGACACCACGCAAACCACGCACGCTCACCGCTGTGTAGAGATGCTTAGCGCTGCAATTAACCAGCCCATAGACATACTTGTCATTGACCACTACCAGCTTTCAGCACCTTTTAGTAATGTTATGCGCAGATGCTGCAAGCATATTGTTGTCATCGACGACTTAGCTAATCGCCAACACGACTGCGATGTGCTTTTAGACCAAAATATCTACGATAACTTCGAAACAAGATATGATCGGCTTGTTCCTCCGAACTGCGAAAAGCTTCTTGGCCCCCAATTCGCTATTTTACGGGAAGAGTTTTACTCACCTTCGGGGCAAACCAGAAAAGACAATCATATTCTCGTTTGTTTTGGTGGCAGTGATCCATTGAACCTGACCGAACGTGTCGTGGATGTTTTGCTTTCACTAAAGTCTCTGCCTGTTTCCGCCGATATTGTTGTAGGTGCTGGTTACGCCAATATTGATACGCTTAAATCAAAAGTTAATTTGTTAGCTAAGGCCAGGCTTCACATAGCTTGCTCTAACATGTCCGGGCTAATGAGGGCTGCCACAACCATGATAGGTGCCGGCGGTTCAATGCACTGGGAGCGCGCAGCTTCCGGCATAGCGGGACTAATTATTACACTTGCTGACAATCAGGTTGAAATCACGCGTTTCCTGCACAACAAGCAATGTTGTTTGTGGTTAGGCAAAAGTAACGAAGTGACTGACAAAGACATTAGCAAATCGATTGAATTTGCGATAAGTTCGCCGCAAAAAATGCGAAAACTGGCAGGCAACGCAGCTACGTTAGTGAGCAGCAACCAAAATCCATCTTATGTAATGGATACTATATTGAACATTGTTAAGAGGTAG	MRIVFRVDGSAQIGLGHVMRCLTLATQLLSSNTVTFMSCPLPKALQQQIEQAGIKLITTPPLPCSDNETTCSSVLDDTTQTTHAHRCVEMLSAAINQPIDILVIDHYQLSAPFSNVMRRCCKHIVVIDDLANRQHDCDVLLDQNIYDNFETRYDRLVPPNCEKLLGPQFAILREEFYSPSGQTRKDNHILVCFGGSDPLNLTERVVDVLLSLKSLPVSADIVVGAGYANIDTLKSKVNLLAKARLHIACSNMSGLMRAATTMIGAGGSMHWERAASGIAGLIITLADNQVEITRFLHNKQCCLWLGKSNEVTDKDISKSIEFAISSPQKMRKLAGNAATLVSSNQNPSYVMDTILNIVKR	PGPT0022735_364	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-REMODELLINGLPS|LIPID|IVA_METABOLISM	CE-REMODELLING_LPS-PSEUDAMINIC_ACID_MODIFICATION,PGPT0022735-pseG-K15897	NA	NA
AK237_00859	1050	pseI	COG2089	Pseudaminic acid synthase	ATGAAACCAATCACAATCGGTGATATTCAAATTGGTCCGGGTCTCGCCCCCTTTATCATCGCAGAAATGTCTGGAAATCATGGGCAATCTTTGGAGAAAGCCTACCGCTTAATTGATGCAGCTGCTGACGCTGGGGCACATGCTATAAAATTACAAACCTACACCCCGGACACCATAACCCTCGACTGCCATGAAGGGGAATTTTTTATCGAAGACCCCAACAGCCTTTGGAAAGGTAATTCTTTATATAATCTGTATAAAGAAGCCATGACGCCCTGGGAGTGGCACGAGGAGCTCTTCGATTATGCCAAACAAAAAGGTCTTTTGGCGTTTAGTACGCCGTTTGATTTAACCGCGGTGGACTTTCTCGAAACATTGGATCCGCCTTGCTATAAAGTGGCGTCATTTGAAAATACCGACCACGCCATTTTGGCGGCAGTGGCAAAAACCGGAAAGCCGGTAATCGTATCCACTGGCATGGCCAGTCAATCTGAAATTGCAGAGTCTGTGGACGTGCTTCGTGCAAACGGATGCAACGACATTATCTTGCTTAAATGCACAAGTAATTATCCAGCCAACCCCGTGGACGCTAATCTGAAAACGATTCCCCATTTAAGCGAGCTGTTCGACTGTCACGTGGGACTTTCGGATCACACGCCGGGCGTGGGTGTTGCCGTAGCGGCGGTTGCACTGGGTGCCACGGTAATTGAAAAACACTTTGTGTTAGACAGAGCCGGTGGTGAAGTAGATGCTGAATTTTCCCTTGAGCCCCACGAAATTAAGTTACTGGTTGAGGAAACGGCGCGTGCAGCTATGGCTATTGGTAAAGTCAGCTATGGCGCTACCGAGCGAGAAAAAGCCTCGCTGGTACACCGACGCTCTTTGTATATTGCCAAGGACATAAAAGCCGGCGAAACATTGACACAGGAAAATTTACGCTCTGTTCGGCCCGGTCTTGGATTGCCGCCCAAATACCTTCCTCTTTTACTTGGAAAGCAAGTTAAGTGTGACGCCCCCAAAGGCACGCCGATGAGTTGGGAGCTGTTGTGA	MKPITIGDIQIGPGLAPFIIAEMSGNHGQSLEKAYRLIDAAADAGAHAIKLQTYTPDTITLDCHEGEFFIEDPNSLWKGNSLYNLYKEAMTPWEWHEELFDYAKQKGLLAFSTPFDLTAVDFLETLDPPCYKVASFENTDHAILAAVAKTGKPVIVSTGMASQSEIAESVDVLRANGCNDIILLKCTSNYPANPVDANLKTIPHLSELFDCHVGLSDHTPGVGVAVAAVALGATVIEKHFVLDRAGGEVDAEFSLEPHEIKLLVEETARAAMAIGKVSYGATEREKASLVHRRSLYIAKDIKAGETLTQENLRSVRPGLGLPPKYLPLLLGKQVKCDAPKGTPMSWELL	PGPT0022740_88	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-REMODELLINGLPS|LIPID|IVA_METABOLISM	CE-REMODELLING_LPS-PSEUDAMINIC_ACID_MODIFICATION,PGPT0022740-pseI|neuB3-K15898	NA	NA
AK237_00860	909			hypothetical protein	ATGAGAGCAATTCTGTTCGGTGCGAGTAAGGCGGGAGAAAATTACGTTACCAATCACCCTGAGGTTGAGGTCGTGGCGTTTGCAGATAACGATAGTGCGAAACACGGAACTCGTTTTATGAGTTATCCCATCATTGCACCAGCAGATATCAATACTCACGATGTCGACAGCATAATTATCACCAGCCAGTGGGTTGACCAAATATTTGCTCAGCTTACCCAACAGATGGGCATTGATGAGTCAAAAATTATTGTGCCAAGTAAGCAATCCGTTAAGGCTGCCCTTCCCTTTGAAGATCCTGCTACACTACAATTTGCTCAGTCATTATTGCGTACTTTGAATCAGTACTTTCAGTCCAAAAGTATTTCTTTATGTTTAGACTCGGGAACCTTACTGGGTGCCGTTAGAGATAAAGGTCTTATCCCGTGGGATGACGACATAGACTTCGCTATCGATAAAGAAAATTATGAAAAATTGCAGGCCTCGTTGCCTGAGCTTAGCGCGCTGCTGCGCAGTCAGTTTAACGTTAGATGGCATATTGTGATCATCACGGTTAATGACGTCGATTGCTGCATCAACCTTGAATTTACCAATTCGTCAAACAGCCACTTCATTCCCTTTGATGTAAGCATACAGCGACGGGAGTCGATTAACGGATTGTCAGAACTATTGTCTTCCGGCGGATTATTTTTTGCGCCAGCTAAGCACTTTGACACCTACGAGCCAATTTCTTTTCTGGGTGAAAGCTTTCTGGCTCCCTTTGATACAGAAGGCTTTCTCACGTTCATGTATGGTCACTGGCAAACGCCCAAAAAGACTACGCAAATAACAGAATATGAAAATAGAAGAGCATCAATGGCCGCTCCTAAAACAGGTATACGCGTACAAAAACGTACGCTTTCTCACTAG	MRAILFGASKAGENYVTNHPEVEVVAFADNDSAKHGTRFMSYPIIAPADINTHDVDSIIITSQWVDQIFAQLTQQMGIDESKIIVPSKQSVKAALPFEDPATLQFAQSLLRTLNQYFQSKSISLCLDSGTLLGAVRDKGLIPWDDDIDFAIDKENYEKLQASLPELSALLRSQFNVRWHIVIITVNDVDCCINLEFTNSSNSHFIPFDVSIQRRESINGLSELLSSGGLFFAPAKHFDTYEPISFLGESFLAPFDTEGFLTFMYGHWQTPKKTTQITEYENRRASMAAPKTGIRVQKRTLSH				NA	NA	NA	NA	NA
AK237_00861	951			hypothetical protein	GTGAACGTATTACTTTCCAGTGCCAACAATAAGGTCCCGCTCTTAAAAGCTCTGCAAGAGGCGGTAAAACGCATTGATGATGATGGCATTGTTACTGCAGGAGACCTGAGCAGCCATGTACTCACACGGCACTTTTGCGATGACTTTTGGCTGATGCCTGCGACTCTTTCAGAAAATGCAGATGAAATAATTGCAGGGCTAAAACGGCGAAAGGTCACACACGTATTACCAAGCAGAGACGGTGAGCTACTTTTTTGGTCCAGGTTAAAAGACGACCTGAAAAAAGCCCATATCCATGTACTTGTTTCTGATGAAATTGCAGTAGCACGTTGTTTAGACAAACTGACATTCGGACAATGTGGTCTTTCCTCAATCATTCCTGCATTCAATACAATTGACGAAGCCCGTGCGTGTAAGTGTATCTCACCGTCATTGCGGTATGTCGTTAAGGAACGGTTTGGTGCAGGTAGCCATTCTATTGGTATCAATCTTGATGAAAGCGAAGCAGTAGGCCATGCAAATACGCTGTGCGATCCCATTTTTCAACCTTATCTGGAAGGTTTGGAAGTTAGTATAGATGCATGGCTCACCAGTGAGCACACCGTGAAAGCGGCAATGTGCCGTGTCCGCGACCTTGTCGTTAATGGCGAGTCGCAAGTTACCTATACGATACCGGATAGCCCCTTTACAGCCCAGGTGACAAAAACTCTTTCCGCCCTTGGCCTTTCTGGCCCCGTTGTATTACAGGGCATTATTAACGATGGACAGCTCCACATTATCGAATGTAACTCCCGATTTGGCGGCGCCTCCACACTGGGCATTAAAGCCGGTGTGGATAGTCTGTACTGGAGCCTGTGCGAGAGCATAGGAAAGGATATCGACACATTACCCGTAAAATTGGCTACCCATAAAATAACGCAAATTCGGGCAGCTACCGATTATTACCTATGA	MNVLLSSANNKVPLLKALQEAVKRIDDDGIVTAGDLSSHVLTRHFCDDFWLMPATLSENADEIIAGLKRRKVTHVLPSRDGELLFWSRLKDDLKKAHIHVLVSDEIAVARCLDKLTFGQCGLSSIIPAFNTIDEARACKCISPSLRYVVKERFGAGSHSIGINLDESEAVGHANTLCDPIFQPYLEGLEVSIDAWLTSEHTVKAAMCRVRDLVVNGESQVTYTIPDSPFTAQVTKTLSALGLSGPVVLQGIINDGQLHIIECNSRFGGASTLGIKAGVDSLYWSLCESIGKDIDTLPVKLATHKITQIRAATDYYL	PGPT0021150_6170	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021150-carB-K01955	NA	NA
AK237_00862	657			hypothetical protein	ATGATTTACATCTTTGACCTTGACGATACCCTTTATGATGAGCGCCAGTACGTTGAGTCTGGCCTTAAGGCAGTTGCTGAATTTGCAGAGAACGCATGGGGCGTTGACAGCCAGCGTGGCTTTAAGGAATTACTAGCCTTACTCGACCGAAATGGCCGAGGCCGTATATTCAACGACTACCTCGCCAACCATGGCATCGCGGTCAGCCAGAAGAATGTTCGTGCTTGCGTGTCTGCTTATCGTTTACATCAGCCTTCTCTAACGATGCCGGAAAATCATCTGGCATTGCTGGAAAATTTGCCGACACCGCTTTATCTCGTGACTGACGGAAACAAAGTGGTACAGGGTAAAAAAGTTGATGCGCTCAACATTGCTCATTACTTCAAGCGCGTGTTTGTCACTCACCGTTTTGGCGTTAAGCATGCCAAGCCTTCTACTTACTGCTTTGAAAAAATCAAACATGCCGAGCAATGCCAGTGGCAAGACATGGTCTATGTTGGTGACAACCCTGCTAAAGACTTCGTTAATTTAAACAAACTTGGTATGGCAACCGTGCGGGTACTAACCGGTGTGCATAGTAGCGTTATTGCCAAGCCTGGCTTCGAGGCAAAATTCACTATAAAGGATCTTAACGAGCTGCCTGCGTTGAAGCTTTAA	MIYIFDLDDTLYDERQYVESGLKAVAEFAENAWGVDSQRGFKELLALLDRNGRGRIFNDYLANHGIAVSQKNVRACVSAYRLHQPSLTMPENHLALLENLPTPLYLVTDGNKVVQGKKVDALNIAHYFKRVFVTHRFGVKHAKPSTYCFEKIKHAEQCQWQDMVYVGDNPAKDFVNLNKLGMATVRVLTGVHSSVIAKPGFEAKFTIKDLNELPALKL				NA	NA	NA	NA	NA
AK237_00863	999	pseB	COG1086	UDP-N-acetylglucosamine 4,6-dehydratase (inverting)	ATGTTCGACGGAAAATCGATTCTCATAACAGGTGGAACAGGTTCATTTGGCCATAAGTACACAGAAACCCTGTTAGCGAGATACAAACCCAAGCGCTTAATCATATACTCGCGAGACGAGCTCAAACAGTTCGAAATGCAGCAAAAATTTCATGCGCCTTGTATGAGATACTTCATTGGTGATGTGCGTGACAGAGAGCGTCTTAACCGCGCCATGCAAGACGTTGACTTCGTTATTCATGCTGCTGCCATGAAACAAGTGCCAGCTGCGGAATACAACCCTACAGAATGTATCCGTACCAATATCGATGGTGCGGAAAATGTTATTAATGCCGCCATTGATAATGATGTAGAAAAAGTCATCGCGCTCTCTACGGACAAAGCTGCAAACCCGGTTAATTTATACGGCGCAACAAAGTTAGCCTCAGACAAATTATTCGTAGCCGCTAATAATATAGTTGGGGCCGGAGCTTCAAGGTTTTCCGTAGTGCGATACGGCAACGTAGTTGGTTCTCGTGGTTCAGTTGTGCCTTTCTTCAATAAATTGATTGCAGAAAACAGTGACCATATCCCTGTTACTCACAAAGATATGACGCGCTTCTGGATAACGCTTCAACAGGGTGTCGACTTTGTCCTTAAAAACTTTGAGCGTATGTTAGGTGGTGAGATTTTTGTTCCTAAAATACCGTCGATTCGAATTATCGATCTTGCTACGGCGATGGCTCCAGAAACTCCGATAAAATATGTAGGTATTCGCCCCGGTGAAAAACTTCATGAAATGATGTGCCCCGGAGACATGTCTCTACATACTTTTGAATTTGATGACCACTATGTGATAGCCCCTGCTATCAAATTTTTCCATCGCAGCAATAATTTTACAAGCAATGCTCTTAACGAGCAGGGAAAGCTCGTAGACTCAGGCTTCGAGTATGTTTCTGACGCTAACGAACACTTCCTTTCCATTGAAGAGATAAAGCAATTTAATGAGGAAGCCAAATAG	MFDGKSILITGGTGSFGHKYTETLLARYKPKRLIIYSRDELKQFEMQQKFHAPCMRYFIGDVRDRERLNRAMQDVDFVIHAAAMKQVPAAEYNPTECIRTNIDGAENVINAAIDNDVEKVIALSTDKAANPVNLYGATKLASDKLFVAANNIVGAGASRFSVVRYGNVVGSRGSVVPFFNKLIAENSDHIPVTHKDMTRFWITLQQGVDFVLKNFERMLGGEIFVPKIPSIRIIDLATAMAPETPIKYVGIRPGEKLHEMMCPGDMSLHTFEFDDHYVIAPAIKFFHRSNNFTSNALNEQGKLVDSGFEYVSDANEHFLSIEEIKQFNEEAK	PGPT0018935_863	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-REMODELLINGLPS|LIPID|IVA_METABOLISM	CE-REMODELLING_LPS-PSEUDAMINIC_ACID_MODIFICATION,PGPT0018935-pseB|wbjB-K15894	NA	NA
AK237_00864	1164	pseC	COG0399	UDP-4-amino-4,6-dideoxy-N-acetyl-beta-L-altrosamine transaminase	GTGATTCCCTATGGGCGACAGCATCTTGATGAAAACGACATCAATGCGGTTTTAGATACGTTAAAATCGGACTGGCTAACCCAAGGCCCTGCCATCCCTAAGTTTGAAAATGCCCTGGCTGACTATTGTCGCGCGCAATACGGCGTTGCGGTAAATAGCGCAACATCCGCCCTTCATATAGCTTGCCTTGCACTTGGTGTAGGTAAAGGTGATATCGTGTGGACTTCGCCAAACTCATTTGTCGCCTCGGCAAATTGCGCCTTATACTGTGGCGCCGATGTCGATTTTGTAGATATTGATTTGCAAAGCGGCAATATGAGTGTAGAGGCATTAAGAGAAAAACTTGCTCATGCTGAATCTGCCAATGCCTTACCCAAAGTGGTTATTCCCGTTCACTTTGCCGGTCAGCCCTGTGACATGGAGCAAATTCGTGCGCTATCTAAGCACTACGGCTTCTATGTAATTGAAGATGCATCCCACGCCGTAGGCGCAAAGTATCAAAATAACTTCGTTGGTAGCTGCGAATACTCAGATATTTGTGTGTTTAGCTTTCACCCGGTGAAGATAATCACTACGATGGAAGGTGGTATGGCCCTCACCAATAACAGTGAATGGGCAGAAACGATGCGAATGCTTCGTAGTCATGGTGTGACCAATGACCCAGCGAAGATGACAGAGGAAAGCCATGGCCCTTGGTATTATCAGCAAATTGAGTTGGGTTATAACTACCGTATGACTGATATAGAGGCTGCGTTGGGGTTGAGTCAGCTTAGTAAACTTGAAGGCTTTTTGGAAAAAAGAAATGCGTTAGCAAGCCGCTACAACAAAGCATTGAGTGAATATTCTCATATCGCCCCTTTAATGCAGAACCCAGCAGTCTATAGTAGTTACCATTTGTATGTTGTTAGATTACTGAATATTAACGATAAACAACATGCTGAAATTGTAACCGCATTAAGGGAGAACATGGTTTTTGCTCATGTGCATTATATCCCTATACACCTTCAGCCCTTTTACCAGAATTTGGGATTTAAGCGAGGAGATTACCCCAATGCTGAAAAGTACTACAGCCAGGCTTTGACACTCCCACTATTTCCCTCTTTAGAAGAAAGTGACATCGTAAAAATAGTAAAAAAAATAATCGCGCTTACGCTGTCATCATAG	MIPYGRQHLDENDINAVLDTLKSDWLTQGPAIPKFENALADYCRAQYGVAVNSATSALHIACLALGVGKGDIVWTSPNSFVASANCALYCGADVDFVDIDLQSGNMSVEALREKLAHAESANALPKVVIPVHFAGQPCDMEQIRALSKHYGFYVIEDASHAVGAKYQNNFVGSCEYSDICVFSFHPVKIITTMEGGMALTNNSEWAETMRMLRSHGVTNDPAKMTEESHGPWYYQQIELGYNYRMTDIEAALGLSQLSKLEGFLEKRNALASRYNKALSEYSHIAPLMQNPAVYSSYHLYVVRLLNINDKQHAEIVTALRENMVFAHVHYIPIHLQPFYQNLGFKRGDYPNAEKYYSQALTLPLFPSLEESDIVKIVKKIIALTLSS	PGPT0022725_12	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-REMODELLINGLPS|LIPID|IVA_METABOLISM	CE-REMODELLING_LPS-PSEUDAMINIC_ACID_MODIFICATION,PGPT0022725-pseC-K15895	NA	NA
AK237_00865	1086			hypothetical protein	GTGATTAATGTAGCTTTCTGTATTGACGATAATTTTTCACCATACGCTGCTGTTGCTCTGCTTAGCTTAGTCTCCAATACAAAATCTAATGTTACTGTATTTGTTATCGGTAATTTGTCAGAAAAAGTTAGAGAAAAATTGGCTTCCCTGGCAGACGAAAGAACAACTATTAAATTTAAGAATTATAATATCGACCTAAGCGACAGTGCATTAAGTGAGCGTTATTTGGGGCGGCTTAGCGGTATTACGTTTATCAGGTATGCTATTGCTGAAATTTTGCCCGCTCTAGACAAGGTCATTTACCTTGACGCGGACATTCTTTTGGAGGGAGATATAAAGAGTTTATGGGATGCTCCTCTAGGCGGTATGTGTATAGGTGCCGTCATAGACGACTCTCTAATGGCGCAAGAGTACCAAAATTCGCTTGAGTTAACGTCGGGGCGGTACTTTAATGCTGGCGTTATTGTTATCGATTTAGAAATTTGGCGAAAGTTAGATACATACAACAAGCTGAAAAAGATACATAGTTCCCGCTCTTACTGGGAATATAACGATCAGGATGTTTTGAACATTGCACTTGATGGAAATGTAGAATATCTCGATAGGGCGATGAACGCTCAAACTTATACTTTAGCAAACAAATTAGTCGGTTCCCCTATTCTAGTTCACTTCACTGGGCAGGAGAAACCATGGCATCTTTCCTCTGCTCATCCTTATACAGACAAATACCGCGACGTTCTTAAGGACGTTCCGTTTGATAATGAACTAATAACACTATTTTTAGATAACGAAGATCATAAAATGTTGGTAAACCTAAAAACTTCCCTTCCGGAAGGCGGAAGAATAAGTATATGGGGAGCAGGAGCACGAGGAAGAAGGTTAATAACAGCAATCGAAAATGAATATAAGGAATTCGTCATTGAAAAGGTTGTTGATAAAAAATTTTCCGGGGTTTGTATGGGGTATCAAGTTAGTCGGCCTGAACAACTTCAAGTTGAAAAAATCGATGCTGTTCTAGTAGCGACTTTACCTGATAAAGAAAGTATTAAAGGAGCTCTGCAGCCACAAGGTGTGAGAGTTATTTAA	MINVAFCIDDNFSPYAAVALLSLVSNTKSNVTVFVIGNLSEKVREKLASLADERTTIKFKNYNIDLSDSALSERYLGRLSGITFIRYAIAEILPALDKVIYLDADILLEGDIKSLWDAPLGGMCIGAVIDDSLMAQEYQNSLELTSGRYFNAGVIVIDLEIWRKLDTYNKLKKIHSSRSYWEYNDQDVLNIALDGNVEYLDRAMNAQTYTLANKLVGSPILVHFTGQEKPWHLSSAHPYTDKYRDVLKDVPFDNELITLFLDNEDHKMLVNLKTSLPEGGRISIWGAGARGRRLITAIENEYKEFVIEKVVDKKFSGVCMGYQVSRPEQLQVEKIDAVLVATLPDKESIKGALQPQGVRVI				NA	NA	NA	NA	NA
AK237_00866	624			hypothetical protein	GTGATAAAAGTTCACTTTGGGTGTGGGAGAAACGTCTTACAAGGTTGGAAAAACCTCGACCTCCCGGAAACAGATGTTACAGAAAAGCTTCCGTTCTTAGACAACTACGTGGATTATATTTTCCACGAGCATCTGTTGGAGCATTTAGATCAGGTTGACGGCATTTCCTTCTTATCAGACTGTTACCGTATTCTAAAAAATGGTGGAACGATGAGGATTTGCTGCCCATCGATTGATGGCTTCTTTCATGTCTATCAAAATTGGGACAATATTAAAAATGAAAAATGGAAAAAATATCGCCACCAGAATAATAAGAATTATTTTATAAATAATGTAATTTATGGAGAAGCTGCGTACTATCAGGGAAAAAGAATAAAAGACGGAGAAATTGTCAATATAAAAAACTCTGATGTCTGGCACAAATACCTCTGGGATAAAGAAGAGTTAACCAGAGTATTGCGTGAAATTGGCTTTAAAAAAATCGCAGTATGCGAAAAACTAACTAGCGAAGATAAAAATTTAATAAATTTAGAGCGGAGAGCAAAAGCTATAAAAGTGACAGAGGATTTGTATTTTACAGATTTCCCTAAAGAGCTAGACTTGGTAATAGAAGCATCCAAGTAA	MIKVHFGCGRNVLQGWKNLDLPETDVTEKLPFLDNYVDYIFHEHLLEHLDQVDGISFLSDCYRILKNGGTMRICCPSIDGFFHVYQNWDNIKNEKWKKYRHQNNKNYFINNVIYGEAAYYQGKRIKDGEIVNIKNSDVWHKYLWDKEELTRVLREIGFKKIAVCEKLTSEDKNLINLERRAKAIKVTEDLYFTDFPKELDLVIEASK				NA	NA	NA	NA	NA
AK237_00867	993			hypothetical protein	ATGGAATTAAAAGATGTACCTTTAAATTTGGATGTAAATAGTTCAGGTATGTTGCTTATTACGGAACGCGCTAAATTTGAAACAGGTAATCCGTTAGTGACAATATCTTGTATTACCTATAACCAGGAAAACTATATTAAGAATGCATTAGATAGCTTTCTTCAGCAAATAACTAACTTTCAAGTCGAGATAATTATCTACGACGATTGCTCTACAGATAACACAGTGCAGATATTAAGGGAATATGAAGAACGTTGGCCAACATTAATAAAACTCAACTTGTCGCTCGAGAATAAGTTTGCAAAAAATGAGAATGTAAATAAGTATAATCTCAAAGTTTCAGCCGGTGATTTTGTTGCTTTTTGCCATGGAGATGACTATTGGATAGATCCATTTAAATTGCAAAAGCAGGTTGGCTTTATGATTAAGTTTAACGCTGACATAAGTGGGCATCCTGCTCAATGCATATCAGCTGATGGCCATCAAATGGATAATCTGACGGGCTATAGGGTCACTGAAGCGAGCTATATGGATGCAAGTGAGCTTATCAAACGCAAAGGGAACATGCTTCCGTTCGGTTCAATAATGGTTAACAAGAATGGTAAGCGCAAACTTTTAGATAATATGCCTCCAGTTATGTTTCATACTGGATTGCAATTATGCGCTGCAAGTTCAGGAGGACTTCTGGTTATGCCTGAAGTCATGAGCGTTTACCGCGTCGAGACTCCAGGCTGTGCTACACACCTACTATTGAAAAATGAAAAAACTATCCAAAATACAATTTTATTAAGAGTGAAGAGTATAAAAGCTATAATGAAGTTATATGATGAAAATTATCAAAACAGTTTAATTAAGTTACTACTTTCACAATATTCTTACGACAAGACTGGTAGTTTATTTTTCAAATGTAAATTAACTTTTCTTTTGGTTAAGGGAGAGAGTTTAAAAAATATTTTTAAGGTTATCTCAAATTATAGACGGTACTCTCGTTAA	MELKDVPLNLDVNSSGMLLITERAKFETGNPLVTISCITYNQENYIKNALDSFLQQITNFQVEIIIYDDCSTDNTVQILREYEERWPTLIKLNLSLENKFAKNENVNKYNLKVSAGDFVAFCHGDDYWIDPFKLQKQVGFMIKFNADISGHPAQCISADGHQMDNLTGYRVTEASYMDASELIKRKGNMLPFGSIMVNKNGKRKLLDNMPPVMFHTGLQLCAASSGGLLVMPEVMSVYRVETPGCATHLLLKNEKTIQNTILLRVKSIKAIMKLYDENYQNSLIKLLLSQYSYDKTGSLFFKCKLTFLLVKGESLKNIFKVISNYRRYSR				NA	NA	NA	NA	NA
AK237_00868	1011			hypothetical protein	ATGCCGACTCCTGACAAAAGAATGCCAGAGTATCAAAGAAGTGAAAAACTGGAAGAGTTGTTGGCTGATTTGAATCAGAAGCTAAAAGGTGCAAATGAATTGTATCTTAACGGCGTAACCGAAGATCAACCGAAAATATTTATTGTCGGTGCTCATCGCTCGGGAAGTACGCTTTTTATGCAATGGCTAGCTGCAACGGGTCTGGTAGCTTATCCGACTAATTTATTATCACGGTTTTACGGTGCGCCACTGGTTGGAGCCAAAGTTCAACAGTTGTTAACTGATCCTAAGTATAATTTTCGTAATGAGATATTAGATTTTAACTCGGACCTATCCTTTGAGTCTTTTAATGGAAAAACAAAAGGAGCACTTTCTCCTAATGAGTTTTGGTACTTTTGGCGCAGATTTTTCCCTTTTAAAGAGCTTGATTTCCTAACGGAGGAGGAAATTCAAAGCTTCGCCAATCTTAGAGGGTTTCGTGATGAGATAAATGAATTGGCAAACTTGTTTGGAAAGCCCTTTGCAATGAAAGCAATGATAATGAATCAGAATATTCCAATATTGGCTGACCAATTTAAAAGTGCAATATTTGTCTGGGTTAGAAGAGACCCTTTATTTACTGTTCAGTCAGCTATAGAGGCGCGTAAAAATCAGTTTGGGGATATTAATGAGTGGTATTCTTTTAAGATAAAAGAGTACTATAAACTAAAATCATTAGGACCGTTAGAGTCTGTTGTTGGTCAAGTTTTAACAATAAATAATTCCGTTGAGAAAGGATTGGAGGCATTAAGCGATAATAGAAAGTTAGTTGTTCAGTATGAAGAATTCTGTCAACAGCCTAGTTATTGTTTTGAAAAGTTAGTGAAGCTCTTGGAAAAGAATAATTATACCCCCATTGATAAACCTGAATATAACTGTGAAAGAAGCTTTCCTGTAAATAATTCTTGGAGGTTACAGGAATATCGAGAGAAAGAAGTAAGAGATATGCTCAAACTTTTTCAGTTGCGTTAG	MPTPDKRMPEYQRSEKLEELLADLNQKLKGANELYLNGVTEDQPKIFIVGAHRSGSTLFMQWLAATGLVAYPTNLLSRFYGAPLVGAKVQQLLTDPKYNFRNEILDFNSDLSFESFNGKTKGALSPNEFWYFWRRFFPFKELDFLTEEEIQSFANLRGFRDEINELANLFGKPFAMKAMIMNQNIPILADQFKSAIFVWVRRDPLFTVQSAIEARKNQFGDINEWYSFKIKEYYKLKSLGPLESVVGQVLTINNSVEKGLEALSDNRKLVVQYEEFCQQPSYCFEKLVKLLEKNNYTPIDKPEYNCERSFPVNNSWRLQEYREKEVRDMLKLFQLR				NA	NA	NA	NA	NA
AK237_00869	1005			hypothetical protein	ATGTGTATAGCTGAAAAAGATACAGCAATTGGCGGATACTTCGGATTAGAACTTCCTGTAAGAAATGATTTTAGTTCATTTTTGAAGTTTAATTCTGCCCGCTCGGCATTGAAAGTAGTGCTTGCTAGCTCGAATGCTAAACGTATATGGATTCCAGCATTAAGCTGTAAAGCGATTTCAGATACCGTCGAATCTCTAGAATTAGATCTTCACTATTATAGTATTACCAGTGATTTTAGTGTTGATCCTTGCCTTGACATACATGCCGATGACTTAATCCTGTTGATTGATTATTTTGGTCTGAATCGTAAGATTATTGAAAAAGAGCTGAAGAGATTCGGGAAGCACAAATGTATCGTGGACTGCTCACAGGCGTTTTATGCATCATCGACAGATGCTTTGGCTACTTTCTGGTCTCCTAGAAAGTTCTTTGGTGTACCTGATGGTGGACTACTTCAAACAAAAAATTTAGCTATTAATATGGAAATCCAGAAGGATGAAAGTTCTTTATCAAGAATGAGCCATTTATTGGAGAGATTTTCACATACCGCAGAGAAGGGGTATGAGAATTTTGTGAAAGCAGAATTGTCTATAGCGAGTATGCCAACTCTAAGAATGTCAGATATGACCGAACGGCTTTTGAAATCTTTAGATTTGCCAACAGCAAAACTGCAACGCCAGCGAAATTTTAATTATTTGCACAGTAAATTGTACAAATTCAATCGTCTGAAAATGAGTGAACTAGTCGACCAAACTCCACTCTGTTATCCCTTTTTGCCGACCCTCCATACTAAAAGTAGACTTGAACTCGCAAACGAAAGGATCTTCACTCCTTGCTATTGGCCTGAGACATTAGCGCGCATAAGCGATGATTGTTTTGAGCGGGACATAGTAACTAACGCCATTTTTATACCATGCGATCAAAGATATTCTCAGGCTGATATGGACTCTGTGGTTAAAGCGCTAGACTTAAAAAACGGAGACTCTAAAAATGCCGACTCCTGA	MCIAEKDTAIGGYFGLELPVRNDFSSFLKFNSARSALKVVLASSNAKRIWIPALSCKAISDTVESLELDLHYYSITSDFSVDPCLDIHADDLILLIDYFGLNRKIIEKELKRFGKHKCIVDCSQAFYASSTDALATFWSPRKFFGVPDGGLLQTKNLAINMEIQKDESSLSRMSHLLERFSHTAEKGYENFVKAELSIASMPTLRMSDMTERLLKSLDLPTAKLQRQRNFNYLHSKLYKFNRLKMSELVDQTPLCYPFLPTLHTKSRLELANERIFTPCYWPETLARISDDCFERDIVTNAIFIPCDQRYSQADMDSVVKALDLKNGDSKNADS				NA	NA	NA	NA	NA
AK237_00870	687			putative protein	GTGAATTTAGCTATAATGCAGCCTTATCTATTCCCTTACTTGGGATATTTCCAATTAATTAATGCTGCAGATCTATTCCTCATATATGATGATGTCACTTATATTAAGCAGAGCTATATCAACAGAAATCATATCGCCTCTAATGGTGAAAAATTCCGTTTTACCATCCCAGTCCCAGGGGCGTCATCTAATCGTTTAATTTCAACGTTAGAGTACTCGGATAATGTTTCCAAATTCTTAAAAAATGTCTCTCAGTGTTATTCTCGTGCGCCTTTCAAGCACGAAGCTATGTATCTTGTAGAAGCCGTAATCACATCGAAGAAACGACAAATTTCAGAGCTTTGTGAATTAAGTTATTCTTCAATTTTTCAATACCTTGGTGTGGACATATCAATAGAAAAAACGAGTACGTTAGACTATTCGCGAGATAAAAGTGGCAGTGATAGATTAATAGAACTGTGTAAAAAGTTTCGAGCCACGCGATACATTAATAGTCCTGGTGGTAGCAAGTTATATAGCAAAGAGCATTTTAGACTGAATGATATAGAACTGAAATTTATCCATATGATACCCGTTCGGTATGAGCAGGGACATGCATTCATCCCAAACCTTTCAATCATAGATGTTCTAATGAATTGTTCGCCACGAGATATATTACACTTGCTTGAGCAATATACTCTTCAATAG	MNLAIMQPYLFPYLGYFQLINAADLFLIYDDVTYIKQSYINRNHIASNGEKFRFTIPVPGASSNRLISTLEYSDNVSKFLKNVSQCYSRAPFKHEAMYLVEAVITSKKRQISELCELSYSSIFQYLGVDISIEKTSTLDYSRDKSGSDRLIELCKKFRATRYINSPGGSKLYSKEHFRLNDIELKFIHMIPVRYEQGHAFIPNLSIIDVLMNCSPRDILHLLEQYTLQ				NA	NA	NA	NA	NA
AK237_00871	1110	vioA		dTDP-4-amino-4,6-dideoxy-D-glucose transaminase	ATGAATAGCTTAGGCAATGCTGGTAAAAAATTTCGGTATCAATTAAACCAGCCATTACAGCCGGATTTGAACAAGGTGCATGAATACCTTAGTCAGGTAAACCAGAATGCTTGGTTTACCAATTTTGGCCCGTTGGAATCTCTTTTTACTACTCGGTTGGCAGAATACCTTGGCGTATCTAACTTGCTGTTAGTATCAAGTGGCACGGCCGCGCTGCAAGTGGCCAGCCAGGTTTTGGGAGTTAAGAGGCTCATCACGACGCCTTTCTCATTTGTAGCGACCTCATCGGCTATGCTTTGGCAAGGGAAGTCCCTGGTTTACGCTGATATCGACAATCGTTCATTTAACTTATCGCCGCGCTCAGTCGAAAATGTTTTGCAGCAAAGGGCTGAGATAGATGCTGTTTTGGCTACACACGTATACGGCAACCCATGTGATCTAATGGCTTTTGAACGTTTGTCACAACGCAGAGATATCAAAATTATCTATGATGCTGCGCAGTCATTTGGGGTTAAGGTCGAAGGTAAGTCTATATTAGAGTTCGGTGATGCGTCGGTGCTTAGTTTGCATGCAACGAAATTATTTCATTGTGTTGAAGGAGGCGCGATAGTATTTAAGAATAGTGAATTGCTCGAACGCGCACGAGCAATGTCTAATTTTGGCATTACTGACAGAATTGAAGAGGTTGGCATCAACGCCAAACTGAGCGAATATCACGCTGCAGTTGGGTTATCATTGCTGGATGAAGTTGATAGGGTTGTTCTACACAGAAAACAATTACTTAAATATTACCAGCAACGACTATCTGGACTCGTTGAATTTCCACGGTGGCATGAGAGCAGTGAGAGCAATGGGGCATACATGCCAATTATAGTACCTCAAGATGTAGACTCAGACTGGTTGGTTTCTAAACTAGCGAGTAAAGGAGTACAGAGTAGAAGATATTTTAAGCCATCCCTGGATACAGTGTTTACCGAGTGTGAATCATTTAATTGCTCCAACAGTCACTATGCATCGCAGTCCTTGATCTGTCTACCTATGCACTATTACTTAACGTTCTCAGATGTTGACAGTGTTACTGAGATCCTTTCCGAGGTTTTAGAAGCGTGA	MNSLGNAGKKFRYQLNQPLQPDLNKVHEYLSQVNQNAWFTNFGPLESLFTTRLAEYLGVSNLLLVSSGTAALQVASQVLGVKRLITTPFSFVATSSAMLWQGKSLVYADIDNRSFNLSPRSVENVLQQRAEIDAVLATHVYGNPCDLMAFERLSQRRDIKIIYDAAQSFGVKVEGKSILEFGDASVLSLHATKLFHCVEGGAIVFKNSELLERARAMSNFGITDRIEEVGINAKLSEYHAAVGLSLLDEVDRVVLHRKQLLKYYQQRLSGLVEFPRWHESSESNGAYMPIIVPQDVDSDWLVSKLASKGVQSRRYFKPSLDTVFTECESFNCSNSHYASQSLICLPMHYYLTFSDVDSVTEILSEVLEA				NA	NA	NA	NA	NA
AK237_00872	879	pssM		Exopolysaccharide glucosyl ketal-pyruvate-transferase	GTGAAGCTTTCGTATTACAATACACATTATAATTTCGGCGATGAATTAAATATAGCTATATTGACACAGCTGTTTGGAATTGATTTCGTCGAATATGAAAAATCGATTATGAAAGCCGATTTGATAGCGATTGGTAGCTTGTTCGAGAGGTTGGTCAAGCCAAAAAGTCAAAAGCAGAGTCGCGAGCAAAGTATTGTTTCAAAAAATAATTTTGAAAATACGCCAGAAATTAATGTTTTTGGAACTGGTTTTATTAAGCCGTGTAGTGATGAAGAAAAGATAGTCAGAAAGCTGAACTTAATTGCCGTTAGAGGAAAAAGCACAAAGGAAAGATTAGAGCATATTCTCTCAAAGGATTTAAATGTTGTTTTGGGAGATCCCGGACTTCTATGCAGGGAGCTTGTGTCCTTTCCGACAGATAAAAAGAAATACCGTTTGGGAATTGTTCCTCACTATGCAGACAAGAAAAGCCCATCTATTAAGCAAATTCACTCATCTATACCTAAATCTAAAATTATTGATATACAACAGGAACCTATTTCCTTTTTAAAGGATATTAGCTCGTGTGATTTTGTTATATCAAGTGCTATGCACGGGCTTATAGCCGCTGATAGCTTGGATATCCCCAATCTTCGATTGATCGTCTCAGATAATTTAACTGGGGGCAATTATAAATTTAACGACTACTATTCTGTTTTCAATGATTCATCCCATAACAATATTAATTTCTATGATGGAACGTTCAGCATGAAAGATGCCGGACGAATAGTCGATATTATTACCAACCGGTATGTGTCAAAGTTAAAAGAAATAGAAAAAATTAATAGTGATTTGGTTAGGGCCTTTAAAGAAAAGTATAAATGTTACAAAATTTTTTAA	MKLSYYNTHYNFGDELNIAILTQLFGIDFVEYEKSIMKADLIAIGSLFERLVKPKSQKQSREQSIVSKNNFENTPEINVFGTGFIKPCSDEEKIVRKLNLIAVRGKSTKERLEHILSKDLNVVLGDPGLLCRELVSFPTDKKKYRLGIVPHYADKKSPSIKQIHSSIPKSKIIDIQQEPISFLKDISSCDFVISSAMHGLIAADSLDIPNLRLIVSDNLTGGNYKFNDYYSVFNDSSHNNINFYDGTFSMKDAGRIVDIITNRYVSKLKEIEKINSDLVRAFKEKYKCYKIF				NA	NA	NA	NA	NA
AK237_00873	1590			hypothetical protein	ATGAAAATATCGAGGAATCTCATTGTTGGTTGGGTATTTGATATACCGTGGATCATTCATTACGCACTTAAAGATGTAAATGCCCGTGTTATGATTTTCGATGAAAAAGGCTTTTTACTTGAATCTTATCACGAAGATATCAATGCCAAGTTGATAACATTTGAGCAGAAACGCTTTTCTCACAGAGACAGTGTTTTGAAAGCGCATTCAGAACTTGCTATCTGGCTTCATCAGCATCCAGACTTCGATACGATACTTTGTTCAAGGGCGAGGGGACTTGGTTTTTTTGTTTCAGCGCTAAAAAGAACTGTAAAATCATGTAGCAGTTGGAATATACAGTGGTTTGGAGACATTCGTATCCAAAACGATTACGAACGTGCAAACCGTTTCCTCGATAAAGAAGGTATACTTTTAAGTTATCTGGAAGAAAATCAAGATAAAAACTGCAACAACGAAGCTTCATTTAATGCTGCTAGTGAATTCAGCGTTAGCAATATCTCGGTAGTGATCCCTTTTCATAATCGTATACACTATTTACCGCAGACTCTGTCCTCCTTACTAGCGCAAGAGCCGGGCTTTGAAGTTGTTATCGTTAATGACGCAAGTGACCCAGATCAGAGAGCTGAATTACTCAAACTAATTAATGGTGATACCTTTTCCCCACTTTCAATCGTCTTAGTAGATAGTGAAGAAAAGCTTGGAGCCTCTAACGCCAGAAACAAAGGCGTGGAGAAATCTAGCCGAGATCTCGTTTTCTTTTTAGATGATGACGACATTTTGGCGCCTAATACCTTAGCTTACTGCCTCGAGGCACTGACTAAAGAAAATGCTGATGTCGTCACTGTTTCATTTTGTTATTTTGACGGTGATGATATCCCAGACCTGAAAAATCAGGGGGGGACACTCATTCAGTTTCACGATGCAATGGACTGGACGTCAGCGCTACTTAATAATTGCATCGGTGGGATCAGTGCACTTTATCGTAAAGAAGCTTTCACTGGCGCAAATGGTTTTCAATGTGGCCAATATGCCGGTGAAGAAGACTGGCAATTATTGTTGAAAATCTCTTTTTCAGGTGGACATATAGTCAATATACCTCTTCCTCTGCTTTGGTACAGAAACACACCTCTTAGCTTAAGCAAAAAAATGCTGCGATATGACAGCCGCCAACAACTATTAGAGTTATATAAAAAGGTTCTGCCTTCATCACTCAAAAATATTCCTGAGCTTACTACCTCTCTTCAGCATACACAGCAGATAAGTTCCGACGAGATCGCAATGCTCGGCTGGCAGCTTTATCCGCTTAAAGACCGTCCGTTGTATGTCTACGGTGCAGGCAAGTTGGGGGAGAAGGTTATACACTTTTTAATGACGTTGACGCCGTCCGTCACTATTGTGGAAGTTATTGATAGGAATGCAGAGTTTATACAAGAGGTTCTCGGGTTTAAGGTCGTGACACTAGAAGAGTGCCGTTTTCAAAGCGACGCTGTAGTAATCGTAGCCTCTGTTAGCTTCATTGAAGAAATTGTAAAGAAGATCCCCTCAACGGTCGATAAAGTCATTACACTCGAATCAACTTTAAGCCGATAA	MKISRNLIVGWVFDIPWIIHYALKDVNARVMIFDEKGFLLESYHEDINAKLITFEQKRFSHRDSVLKAHSELAIWLHQHPDFDTILCSRARGLGFFVSALKRTVKSCSSWNIQWFGDIRIQNDYERANRFLDKEGILLSYLEENQDKNCNNEASFNAASEFSVSNISVVIPFHNRIHYLPQTLSSLLAQEPGFEVVIVNDASDPDQRAELLKLINGDTFSPLSIVLVDSEEKLGASNARNKGVEKSSRDLVFFLDDDDILAPNTLAYCLEALTKENADVVTVSFCYFDGDDIPDLKNQGGTLIQFHDAMDWTSALLNNCIGGISALYRKEAFTGANGFQCGQYAGEEDWQLLLKISFSGGHIVNIPLPLLWYRNTPLSLSKKMLRYDSRQQLLELYKKVLPSSLKNIPELTTSLQHTQQISSDEIAMLGWQLYPLKDRPLYVYGAGKLGEKVIHFLMTLTPSVTIVEVIDRNAEFIQEVLGFKVVTLEECRFQSDAVVIVASVSFIEEIVKKIPSTVDKVITLESTLSR				NA	NA	NA	NA	NA
AK237_00874	1161	arnC_1		Undecaprenyl-phosphate 4-deoxy-4-formamido-L-arabinose transferase	ATGGTGGCAAGAGATAACAGCGAGACGCTAGTGTCTGTGATAGTACCAAATTACAATCACGCTGAGTACCTGCCCAGCAGGTTGCAGACAGTCTTAGAGCAGACGCACTCTAATCTCGAAATTATCCTACTTGATGACGCGAGTACAGACAATAGCGGTGCTATTCTCAGAAAATTTGCTGCTAATTGTAAAAAAGTCTCATCGTTAATTATTAATAAGCACAATTCAGGGCTCCCTATTCAGCAGTGGCTCAAAGGTGTTTCAATGGCAAGGGGAGATTATATTTGGGTTGCTGAAAGTGATGATGAGGCAACACCTGATTTCATCTCAACGCTATTAAAGCTTTTGGAGAAAAATCCCACAGCGGGCTTCGCCTACAGTGATAGCATAGTTATAAATGAGAATGGTGACGCTGTTTCAAAATATGATTATTCTTTTGAAAAAATCACGAATAACGATCTCTGGTTGTCTGACTTTTATGCTAATGGTGGTCAATTCGTCAAAAATTATATGGTAAATAGAAATGTAATTCCAAACGTGAGCGCTGTATTATTTAGAACATCAGTGATAAAGAAAAATTTGGCTTCGAGTACCTTTAAATTTTGCGCGGACTGGGAATTATACATTCGAATTCTGATGGAAAATGACATCGTATTTTCTAGCTTGCCAATGAATAGATTCAGAAGGCATAGACAAACTACTCGATGGCATAATACAACAAGTTACGCTCAGGAAATCAAAGAAAAGTTAGCGCTTCTAAGGCTACTAAAAGCTGAATACGGGAACGACGAAAAAGTTGTTGCTAAGATTAACTCGTCGTTGCAGTTTATTTTTTACAATCGCCACAAGCATAAAAATATTTCTCGCTTAGCGAAGAGCCTGGAATCCTTTATTCATACGAATTCCCCCCAAATCTACTTATTCGGCGCAAACGACATTGCCGAGCAGTTAGTCGACGTCACACGTCGTATGAAGAGTGTTCCGATAATTATAGATAATCAAAAAAATGGCCAATCCCTTCAAGGGTTAGTAATTATATCTCTCGATGATCTCTCACTTGATAGCGCCTGCATCGTAGTTATATGTTCTTTAAAGCATCAACAAGAAATGGAAAAACAACTACAAAGACGAGGCTTCACTGGTCGGGTATTGAAGGTTTGA	MVARDNSETLVSVIVPNYNHAEYLPSRLQTVLEQTHSNLEIILLDDASTDNSGAILRKFAANCKKVSSLIINKHNSGLPIQQWLKGVSMARGDYIWVAESDDEATPDFISTLLKLLEKNPTAGFAYSDSIVINENGDAVSKYDYSFEKITNNDLWLSDFYANGGQFVKNYMVNRNVIPNVSAVLFRTSVIKKNLASSTFKFCADWELYIRILMENDIVFSSLPMNRFRRHRQTTRWHNTTSYAQEIKEKLALLRLLKAEYGNDEKVVAKINSSLQFIFYNRHKHKNISRLAKSLESFIHTNSPQIYLFGANDIAEQLVDVTRRMKSVPIIIDNQKNGQSLQGLVIISLDDLSLDSACIVVICSLKHQQEMEKQLQRRGFTGRVLKV				NA	NA	NA	NA	NA
AK237_00875	3372			hypothetical protein	ATGTTACAGCAAATACAGTTTCACATTCACGAAGACGAACAACGCCAACAAGAAATTGAGCAGTCCCTTGCTCTACAAATTCGTGAAAACTATCGTTTAAGTATAGGGGCATTTGAACGTTATATTCCTTCACTGTATGAGTTAGTGAAAAAAGCTGACTCTGCTGATTCGACATTATTTTGCAATAAATATGCTGAGCTCAACATTGTTAATTACAACACAGGGCAAGTGCTTTATGGCATGCATCCAAGGCAAGAGGTCGAAGAGCATTTTAATTACTATTTGAGTAATTCTGCCCCCGTTGAGTTGAATCATAAAGCAAGTACTGATCAATCAGTTTTAGTCTGTCTGGGCTTAGGGCTCGCCTACCAAATAGAGCAAGTTATTGAGCAAGGAAGCTTTAAGCATGTTGTTGTTTACGAGCCGAATATCGATTACTTCGTCTGCTCGTTGTCGAGTGTAAACTGGAAATCTGTATTACAGAAAGCGCATAAGAAGGGGATTGCGCTCTATTTGCAAATAGGGTCGGATGGTTCAAATTTTATCAAGGATATGGCTGAGCTTTCTTCTTACGCTGGCATTAATAAGGTGCATTATTATAAGCATCTTAATTTTGATATTTTTAACGGTCTGGAAAGCGAACTTGCTTCGGGTAGCTGGGCGGCGGTAGAAAATTGGCGGCCGAAATTAAGAGCAAAAAACGACGGTTATTTACCTCTGTGGGCTCCGCTAAAAGAGCAGAAAGATTTTGATGTAGCGCTTCTCGATGAGAATCGAAAGAAGCGTAACCTTGCTGCTTTGAAAAAATACTTCCCCGGCATATATGAAGAGTTTTCCAAATATGAGCCGAAAGACTGGTGCCCGGTCGCTAATGAAAGTGGAACGGTTAACTTAGTCCATATATCTACCCAGGCGCTATTCTCTGTTTCCCCTAAAGATGAAGCTGATATTAGCTTCGATGCTTTTACAAAAAGGCCTAACAAGGACGGACTTTTACTAAGTTATAAGGGTAAAAAGCTCAAGCGATATCTACATTATCAGTTAGTTGAAAATTGTGAAAAGATAATGGGGAATATAAGCGAGTTGAGTAGCGAATTACCCGAAAAAATAAAGTCGCTAATCATGTTTGGCATCGGGAGTGGTTATTCTATTGAAGCGCTAATGCATGGGCGTGATATAGACATGTTGTTTATATGTGAGACTAATAGGGATTTTTTCTACGCATCGCTTTATGCCATTGACTGGTTAGACATTCTTTCTGTTTTTGATGAAGGTAAGAAGCGCCTTTATTTAAACATAGGTGATGATGGTTCGAATTTAACCAACGATTTGCTTGTGCAGTTTCAGTCTGTTGGGCCATATGTTCTGGCGAACACGTTTTTTTACCAAACATATGTTAATGACAAATTATCTGATGCTGTAGCCCGATTGCGTGAGCAGCTACTGGTCATCATCGCGATGGGAGATTATTTCGACAACGCAAGGTATGGCATAGCTCACACCAATTGGTCTTTGGAGAAAGATATAGCGTTTTTACTGGCAGGTACTAAACAGATCTTGCCAGATGAAGTCCTGAATGTTCCGGTTTTTGTTGTTGGAAATGGGCCATCTTTAGATGGTTTGATAGAAATCCTGAAGACTGAGGGTGATAAAGCAATAATTATTTCCTGTGGTACTGCACTTCAAGCGCTTCACAGCAACGGGATAAGGCCAGACTTTCATGCCGAAATTGAAACTAACCGCTCTACTTTCGATTGGCTATCCAGAATTGATGACCTTGCGTACTTAAAAGATATTACGCTACTCAGCTGTAACGGTATTCATCCTGATTCAGCAGCTTTTTTTTGCAAAACGTTACTTGCATTCAAGCAAGGCGAGGCTTCGACTGTTTCTTTGACAGAGTTGACTGGGGATTTTCCATTCGCCTTGTTAGAATCCGCCTATCCAACTGTTACTAATTTTGTTGCAGATATCGTGACCTCGATTGGCTTTAACCAGATTTATTTATTTGGTGTTGATATGGGATTCGTAAGTGATAGCTATCACCATTCGAAATCCTCCGGATATTACGAAAAAGATGGTCAGCAACTGTACAACTACTCTGAAAATCACTCTATGTCCTTATCTGTCCCTGGAAACTTTAAACCATGGGTTAAAACGAAATATGAATTTAAAGTGTCCAAAGGAGTGTTGGAGCTCGTTTTTTCTAAAACTACTGCAGATGTTTATAATTTAAATGATGGAGCTAAGATCGCTGGAGCGAGAGCGTTGAGAAAGGAGCTTGTTCTCGTTAGTAATTCGGAAAAGGAAGCCGCTTTATCGGTCATTACCGAGAAAGCATTTTCCAATGACATGAATAGTGAACTGCTTGTTAAATTTAATCAGAAATACAATAGTAGAAGTTTGATTGAAGAACTGGAGGCTTTAGTCAAATTGCTCAAAGAGCCTTTGGATTCTGTTGAAGATGTTGAGCACCTCATTGCTACACAACGCGAGCTTATTGTTAAATCTCTTCTAAGAAAAAAGTCGTTACTTTTCTACTATCTAAACGGCACCATGAATTATATCAACAGTGTCTTTAGTAAACTGCTCAATATTACAGACAAAAACGAATTAGTGGACTTAAGCAATAAAGTGCTGAAAGCCTGGCACGAATGGATTGTGGATATTAAAAAGGTTTTTGTAAATGATCAGTTTGGCTATGACAACATATCCCCATTTCCCGGAATTCGCCGCACCCTCCATCTTAAAAGAACCTGGAATCAACCTTTGCGTATTGTGCATCAGGGGAGCCAAGTTGCAATAAAATCGGAACTTTCTAAATTGGTTACTAATGGTGCCACTGATAGTTCGGCACAAGTTGTCATTAACTGGGTAGACGAGCAAAACAGAAAGATCGAAAACGCTAATACTTGCAATGTGGTTAGGGAGTTCGATCGTCAATACTTAAAGCATCCCGCTAAAGGTATGACATTAGTTTCGCAAGGAGATTATAAGTGTAGCTCCTTTCCCTACCAAAGTAATGCTTTCTCCTTGATGAACAGTGCAATACTCGCACTTATGATTGGGTTTAAAGACGCAATTTTTATCCCGAGATTTAGTGAACATCCACTTATGTCCTCGGCACATTATGAGCAGCTTATTGATTGGAGTAAGTCATTTTATTGTTACTCTGCGCCCGAATTTATCATGCTATCTAACGAAATTATAAAGGATGAAAAGCTGCTCCTGGTCACCGGGGACAGGCTTTCCTATATACCAAGTCTTAAATTACTCGATCTGAGAATTGATGTTATTTCTCAAGAAGTATATCAAAGTCGAGTAGATTTAATTGATGGAATACTATTTAGCCAAAAAGTCACAAAACATTGA	MLQQIQFHIHEDEQRQQEIEQSLALQIRENYRLSIGAFERYIPSLYELVKKADSADSTLFCNKYAELNIVNYNTGQVLYGMHPRQEVEEHFNYYLSNSAPVELNHKASTDQSVLVCLGLGLAYQIEQVIEQGSFKHVVVYEPNIDYFVCSLSSVNWKSVLQKAHKKGIALYLQIGSDGSNFIKDMAELSSYAGINKVHYYKHLNFDIFNGLESELASGSWAAVENWRPKLRAKNDGYLPLWAPLKEQKDFDVALLDENRKKRNLAALKKYFPGIYEEFSKYEPKDWCPVANESGTVNLVHISTQALFSVSPKDEADISFDAFTKRPNKDGLLLSYKGKKLKRYLHYQLVENCEKIMGNISELSSELPEKIKSLIMFGIGSGYSIEALMHGRDIDMLFICETNRDFFYASLYAIDWLDILSVFDEGKKRLYLNIGDDGSNLTNDLLVQFQSVGPYVLANTFFYQTYVNDKLSDAVARLREQLLVIIAMGDYFDNARYGIAHTNWSLEKDIAFLLAGTKQILPDEVLNVPVFVVGNGPSLDGLIEILKTEGDKAIIISCGTALQALHSNGIRPDFHAEIETNRSTFDWLSRIDDLAYLKDITLLSCNGIHPDSAAFFCKTLLAFKQGEASTVSLTELTGDFPFALLESAYPTVTNFVADIVTSIGFNQIYLFGVDMGFVSDSYHHSKSSGYYEKDGQQLYNYSENHSMSLSVPGNFKPWVKTKYEFKVSKGVLELVFSKTTADVYNLNDGAKIAGARALRKELVLVSNSEKEAALSVITEKAFSNDMNSELLVKFNQKYNSRSLIEELEALVKLLKEPLDSVEDVEHLIATQRELIVKSLLRKKSLLFYYLNGTMNYINSVFSKLLNITDKNELVDLSNKVLKAWHEWIVDIKKVFVNDQFGYDNISPFPGIRRTLHLKRTWNQPLRIVHQGSQVAIKSELSKLVTNGATDSSAQVVINWVDEQNRKIENANTCNVVREFDRQYLKHPAKGMTLVSQGDYKCSSFPYQSNAFSLMNSAILALMIGFKDAIFIPRFSEHPLMSSAHYEQLIDWSKSFYCYSAPEFIMLSNEIIKDEKLLLVTGDRLSYIPSLKLLDLRIDVISQEVYQSRVDLIDGILFSQKVTKH				NA	NA	NA	NA	NA
AK237_00876	315			hypothetical protein	TTGAATAACTCAATATTAAATCATAGCGAGACCCCGCTATTTCTTAAGGCAGTCAACGCACAGTTGACTGCTTGCCTTGCTCTCCCCAGTGAAGACTTTTCCACTGCTCGCTTCAGATATTTATCTCAGATCCGTCATAAAGTTGTTGTTCGCGCCCTTGCGCGTCTCGATGGCGATGAAAAGGCGGCGTTTGCAAAAAAAGAAATCTTAATAAATCAAAAGCTTGAAGAGCTGGCGCAAGGTTTGCTTGATAATGCCAAAAAAGAAGCGGTCAAATTTTCCAGAGGCCGTGCAGCCGTTAAGAAATATAAATAG	MNNSILNHSETPLFLKAVNAQLTACLALPSEDFSTARFRYLSQIRHKVVVRALARLDGDEKAAFAKKEILINQKLEELAQGLLDNAKKEAVKFSRGRAAVKKYK				NA	NA	NA	NA	NA
AK237_00877	429	fliS	COG1516	Flagellar secretion chaperone FliS	ATGTCACTTAAAGGTATTAACGCGTATCGAAAAGGCAATCTTAAACAAGATGTTGCCAACGCTGATCCGCACAAACTTACGCTGATGCTTATGCAAGGTGCTTTAGATCGCGTAGCTTATGCAAAAGGTGCCATGGAGCGTAGAGATTTGGTGAGTAAGGCTGATTACATCTCTAAAGCGAGCGCTATTATCATGCATTTGCGCGATACTTTGGATCTCGATGTTGGTGGTGAAGTAGCGAATAATATGTTTGCGCTGTACGACTATATGGTTCAACGACTGAATGATGCGCACATTAATAATGACTTGAATATGTTAGGTGAAGTGTCTAGCCTGTTAACACCAATCCGTGATGCATGGGTGCAAATTCCTGAAGCTGCCAAACAGGAAGCTTATGAAGCCCAGCGTCAAAACCGACAAGCTATTTGA	MSLKGINAYRKGNLKQDVANADPHKLTLMLMQGALDRVAYAKGAMERRDLVSKADYISKASAIIMHLRDTLDLDVGGEVANNMFALYDYMVQRLNDAHINNDLNMLGEVSSLLTPIRDAWVQIPEAAKQEAYEAQRQNRQAI	PGPT0015620_502	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-MOTILITY|CHEMOTAXIS	MOTILITY-FLAGELLUM_CONTROL	MOTILITY-FLAGELLUM_CHAPERONES,PGPT0015620-fliS-K02422	NA	NA
AK237_00878	1431	fliD	COG1345	B-type flagellar hook-associated protein 2	ATGACAATTCAGTCTCTTGGTGTGGGATCCGGGTTAGCCCTTGATGATCTTGTACAACAGCTGTTATCCGCAGAGCGAACGCCAAAAGAAGAGCGTTTGAACGAAAAAGAAGAGCGCATCGAGGCTGAAATCTCTGGACTTGGTCAAATCAAGTCTAAACTCTCTGATTTTAAAGATGCCGTTGATGAATTGCGAAGTGATAACGCGATAAACGGTCGTGAACCTACTATCACAAACCCTTCTGAAGATGATGATGTGCTGTCTGCGGAAGCTTCTAATTCTGCATTGCGTGGCACCTACGAAATCGTTGTATCCCAACTTGCCGCAGGTAGTCGTATCACGACTGATGCAGGCGCGTTTACCTCCAGTAGCGACGCCGTCCTTTCATCGGGTACCGGCTCTCTGACCTTTGACGTGGGCGGTAGCGAGAGTTTTACCGTTGATGTAACCGCCGGTATGACCCTGACCCAACTACGGGAAAAAATAAACAAAGCCGAAGATAATTTTGGTGTAACAGCTAACATTATCGACACCGGCACCGCGGCAGGTCCGCGTTTAGTATTTTCATCCAGTGAGACCGGCGAGGGTAACGATTTAGTTATCACTAATGATACAGGCGCAGCCGAATTAGACAGGTTATCAACCACTGGCGGTACAAATAATATCAGTGCGGCTAACATTGAAAGTGCGCGAAATGCCATCGCGTCTATTGATGGTATCGAAGTTCAGAGCAGTACCAACGAATTCGAGAACACTATTCAGAACGTGTCTTTCGAAGTTAACGAAGTCTCGCCAAAAGATGCGGGAGGGGAATACCTCGCCACTAAGCTCAGTATCGGGTACGACAAAGAAGGCCTTGATAAAAAGATTCGTGATTTTGTCGATAACTATAACGCACTGATTGACGAAATTACCACACTCACCCGATACGGTGAGTCTGAATTAGAAGATGATGGGGCATTAGCAGGTGATTCGCTAATCCGTAGCATTCAGACTGGTTTGGCTTCTATTGTTGGGGACAGTGTAAGTTCATCTGCGTTAGGCGGTTTGTTTCAAATTGGTATCGAGTTTGATGATGATGGAAAGCTCGAAATCGGCACGACAGATTATGGCCTGGGCACAGGTGAAGATCGATTAGCCGATGCGCTTGAAGACAACTTTGATGAAATCGCTAAGTTGTTTACTGATGATGATGAAGGGATAGCAACCCGTTTATACGACTTTGCTACTGAATATACGTCATATAGCGGGCTTATCAGTCTTCGCGAGCGCACAGCAAAAGACAACCGTGATGAGTTATACGACGAGCGAGAAACCCTGGAATTGCGCATGTTGAACTACGAAGAGATTCTTCGGGATAAATATCTAAACCTCGACCAGACAGTGGCACAGCTGAACCAGACCAGTTCGGCATTACTGGCGTCGTTATAA	MTIQSLGVGSGLALDDLVQQLLSAERTPKEERLNEKEERIEAEISGLGQIKSKLSDFKDAVDELRSDNAINGREPTITNPSEDDDVLSAEASNSALRGTYEIVVSQLAAGSRITTDAGAFTSSSDAVLSSGTGSLTFDVGGSESFTVDVTAGMTLTQLREKINKAEDNFGVTANIIDTGTAAGPRLVFSSSETGEGNDLVITNDTGAAELDRLSTTGGTNNISAANIESARNAIASIDGIEVQSSTNEFENTIQNVSFEVNEVSPKDAGGEYLATKLSIGYDKEGLDKKIRDFVDNYNALIDEITTLTRYGESELEDDGALAGDSLIRSIQTGLASIVGDSVSSSALGGLFQIGIEFDDDGKLEIGTTDYGLGTGEDRLADALEDNFDEIAKLFTDDDEGIATRLYDFATEYTSYSGLISLRERTAKDNRDELYDERETLELRMLNYEEILRDKYLNLDQTVAQLNQTSSALLASL	PGPT0015200_1442	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-MOTILITY|CHEMOTAXIS	MOTILITY-FLAGELLAR_ASSEMBLY	MOTILITY-FLAGELLUM_ROD|HOOK|FILAMENT,PGPT0015200-fliD|flaB-K02407	NA	NA
AK237_00879	480			hypothetical protein	GTGGATATTCAAAATACTCAAGTTGGCCAATCATTTGCATTGAAAGCACAAACGGCGCCTGTTCAGCCTAGCCCGTTACCAACCGCTGAAACTACTTCTGACGGTTCGTCTCAGTCTGCCGAACAGCAACCTAATTCTCTTCCTTCTGCATCCAATGGTAGAGAGGCATCAGGAAATTCCCAGAATTTATCTCAAGCTTCTTCAACCCGGGCCGATAAAGAATCAGGAGAGGAAAATAGTGCGGAGCTTCAAGAAGCTGTAGCAAAGGTTGAATCTTTCCTTAAGGTCCAGAACCGGGATTTGGCATTTTCAGTAGATGAAAATACAAGTCGCTCGGTAGTAACCGTAAAAGATTCGACATCTGGAGAAGTTATCAGGCAAATCCCTTCGGAAGAAGTTTTGAAGCTTGCTGAACGTATCCAGGAGTTACAACAGGATGTTGGTGATAGCGTAGGAGTGTTTATCAACAACCAGGTTTAA	MDIQNTQVGQSFALKAQTAPVQPSPLPTAETTSDGSSQSAEQQPNSLPSASNGREASGNSQNLSQASSTRADKESGEENSAELQEAVAKVESFLKVQNRDLAFSVDENTSRSVVTVKDSTSGEVIRQIPSEEVLKLAERIQELQQDVGDSVGVFINNQV	PGPT0015440_16	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-MOTILITY|CHEMOTAXIS	MOTILITY-FLAGELLAR_ASSEMBLY	MOTILITY-FLAGELLUM_ROD|HOOK|FILAMENT,PGPT0015440-flaG-K06603	NA	NA
AK237_00880	840	hag_2	COG1344	Flagellin	ATGTCTTTGTTTGTAAATACTAATGTTTCATCGATCAATGCTCAACGTCAGCTTTTTGACGTGAATGATCGTCTGAACACGTCTTTTGAAAGACTATCATCGGGATTTCGTATTAACAGTGCAGCAGATGACGCTGCCGGCCTGCAGATCTCAGATCGTCTTACATCTCAGGTTCAAGGTCTGAATCAGGCTGTTCGTAATGCGAACGACGCTATTTCTTTGTCGCAAACTGCAGAAGGTGCGCTTAGCGAGGTAACCACAAGCTTGCAGCGTATCCGTACTTTGGCGGTACAATCGCAAAACGGTATTAACAGCTCAGCTGACCGTCAGGCACTTCAAAAAGAAGTTTCTGCGCTACGTACTGAAATTTCGCGCATTGCAACAGACACACAGTTTGGTAACGTTAACATCCTGGACGGCAGTTTTTCTGCTAAATTCTTAGTAGGCGCTAACGCGGGTCAAACCATTTCGGTTAATTTATCGTCAGGTAACTTAGGTTCAATCAGCGGCTTCAGTGCAACGGGTCTTGGTATTACTACTAACGATGTATCCACTGCGAGTGGCGCTTCATCACTTCTTACCGATATTGATGCAGCCATCTCGGGCATCGGAGCCGTGCGAGCGGACTTGGGTGCATTGCAGAACCGTTTCCAATCTACTATTCGTAACTTAAGCAATATCAGTGAAAATCTGTCGGCTGCGCGCTCACAAATTCGCGACACGGACTTTGCCACTGAAACTGCCGAATTAACACGAAACCAGATTATTCAGCAAGCATCGGTATCTGTATTGAGTCAGGCAAACCAGCGCCCACAAACTGCGCTTTCTTTGCTCGGATAA	MSLFVNTNVSSINAQRQLFDVNDRLNTSFERLSSGFRINSAADDAAGLQISDRLTSQVQGLNQAVRNANDAISLSQTAEGALSEVTTSLQRIRTLAVQSQNGINSSADRQALQKEVSALRTEISRIATDTQFGNVNILDGSFSAKFLVGANAGQTISVNLSSGNLGSISGFSATGLGITTNDVSTASGASSLLTDIDAAISGIGAVRADLGALQNRFQSTIRNLSNISENLSAARSQIRDTDFATETAELTRNQIIQQASVSVLSQANQRPQTALSLLG	PGPT0015190_4151	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
AK237_00881	126			hypothetical protein	ATGACAAATGTCGCCTTCGCCGAAGGCTCTGTATTGTATGTTATAGGCTTAAATGCCAAACAGACAATAAAAAATTCCAGGAAACATTACCTCGCCTTACGTTTCGAACGAAAAAATGAAAAATAA	MTNVAFAEGSVLYVIGLNAKQTIKNSRKHYLALRFERKNEK				NA	NA	NA	NA	NA
AK237_00882	846	hag_3	COG1344	Flagellin	ATGAGTCTATTTGTAAATACCAATGTGTCATCGTTAAATGCACAACGCCAATTATTCACTACTGGAAATAACCTGAGCACAGCGTTCGAGCGTCTTTCGTCAGGATTCAGAATCAACTCAGCTGCCGACGATGCTGCTGGTCTTCAAATTACAGACCGTATGACGTCACAAGTTCAGGGTCTGAATCAGGCGGTACGTAACGCTAACGATGGTATTTCCCTGGCGCAAACTGCTGAAGGTGCCATGGCCGAAACAACAACAGCCCTTCAGCGTATCCGTACGCTGGCGATTCAGTCTCAAAATGGTATTAATAGTTCTGCAGATCGTCTAGCATTACAGAAAGAAGTATCAGCACTTCGAACTGAAATATCGCGGATTTCCACTACTACACAATTTGCTGGCGTAGATATTCTGTCCGGGAGCTTTTCCGCAAAATTCCTGGTAGGGGCAAATGCAGGTCAAACTATCTCAGTCAATCTATCGTCACCTGCCTTAGCGCGAGCTGGCGTTAACGGTTTTAGTGCCACAGGATTGGGGATTTTAGGCGATAACGTTCTGACCGAACAAGGTGCATCTCGCCTGTTAACAGCGGTTGATACGGCCATCTCTGCCATTGGTGGAATGAGAGCAGATTTAGGTGCGTTACAAAACCGTTTTCAGTCAACTATTCGTAACCTGAGTAACATTTCTGAAAACGTGTCTGCGGCAAGATCGCGCATCAAAGATGCTGACTTTGCCACCGAAACGGCAGAATTAAGCCGCAACCAGATTCTGCAGCAGGCAAGTACTACAATTCTTGCCCAGGCGAATCAACGTCCGCAAGCAGCTTTATCACTACTCGGTTAA	MSLFVNTNVSSLNAQRQLFTTGNNLSTAFERLSSGFRINSAADDAAGLQITDRMTSQVQGLNQAVRNANDGISLAQTAEGAMAETTTALQRIRTLAIQSQNGINSSADRLALQKEVSALRTEISRISTTTQFAGVDILSGSFSAKFLVGANAGQTISVNLSSPALARAGVNGFSATGLGILGDNVLTEQGASRLLTAVDTAISAIGGMRADLGALQNRFQSTIRNLSNISENVSAARSRIKDADFATETAELSRNQILQQASTTILAQANQRPQAALSLLG	PGPT0015190_4055	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
AK237_00883	852	hag_4	COG1344	Flagellin	ATGTCTATGTTCGTCAATACCAATGTATCCTCATTGAATGCCCAGCGTCAGCTGTTTGATGTAAGCAATTCTTTGAGCACGTCTTTCGAGCGTTTATCCTCGGGCTTCCGCATCAACAGTGCTGCTGATGATGCTGCTGGTTTGCAGATAACCGATCGTATGACTTCACAAGTTCAAGGTCTTAATCAGGCTGTACGCAACGCAAACGATGCTATTTCGTTGTCGCAGACTGCAGAAGGCGCCTTGTCAGAAACTACGACAGCACTTCAACGTATTCGTACACTTGCAGTACAGTCGCAAAACGGTATCAACAGCTCTGCTGACCGCGTTGCGCTGCAAAAAGAAGTGTCAGCACTACGTACAGAAATATCACGTATTTCTACAACGACACAGTTTGCCGGTGTAAATATTCTTTCAGGTGATTTCTCTGCGAAATTCCTGGTAGGTGCTAACGCAGGTCAGACAATTTCAGTTAACCTTTCTTCACAGGCACTTACTCGTGCGAATGTGAACGGCTTTAGTGCTACAGGTCTTGGAATTACTGGTGCTGGAAACGATGTGTTGACCACGTCAAATGCATCTTCGATGATGGCTTCTATTGACAATGCTATCTCTGCGATTGGTGGATTACGTGCTGATCTGGGTGCGCTTCAAAACCGTTTCCAATCGACTATTCGTAACCTGAGTAACATCTCAGAAAACGTATCTGCCGCACGTTCTCAGATCAAAGATACGGATTTCGCAACAGAGACCGCAAGTCTGACACGTAATCAGATTATTCAGCAAGCAAGCACGACTGTATTGTCTCAGGCAAATCAGCGTCCGCAAGCTGCATTACAGTTGTTAGGATAA	MSMFVNTNVSSLNAQRQLFDVSNSLSTSFERLSSGFRINSAADDAAGLQITDRMTSQVQGLNQAVRNANDAISLSQTAEGALSETTTALQRIRTLAVQSQNGINSSADRVALQKEVSALRTEISRISTTTQFAGVNILSGDFSAKFLVGANAGQTISVNLSSQALTRANVNGFSATGLGITGAGNDVLTTSNASSMMASIDNAISAIGGLRADLGALQNRFQSTIRNLSNISENVSAARSQIKDTDFATETASLTRNQIIQQASTTVLSQANQRPQAALQLLG	PGPT0015190_3904	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
AK237_00884	972			hypothetical protein	ATGTTCGAAAAAATTTTAAAAGTTACATCGATCCAACGTGTATCAAGCCGCTCGAGCCATTCCGCTTTCACCAGCCTTGTCGCGTGGGGCGAGCACTTCCTGTGTAGTTACCGGCAGGCCACCGATCATGTCAGCGGAGACGGCCGCATTGAGATTAGCGCCGTGAATACCGCAGGCGGAGTATTGTTTCGCCAGCATTTGTCATTTGCAGGCTGGGATCTTAGAGATCCAAAGCTGTCTGTTGACCACAATGGTCGCTTTTGGCTAATTGCCTATGCGCGGCGTAAATGCGGGGAAACAGGACACATTGAAACGTGCATGAAAAGCTGGTTTTCTGATACCGGAGAAAGTTGGTCATCCGGTCACACTTTCGGAGAACGATTATGGTGGCTGTGGCGTGTGACATGGCATCAAAAATCTGCATTTGGGTTAGCGTACAATCGCGGGCTGAATCGCTTAGATTTATGTATAGGTCACCCTAATGCTCAGATGAAAAGGCTGTCGACTCCTGCAATAAGTTGGCAACGGGATAAATTAGGCTACCCCAATGAAAGCGACTTAAATGTTGCAGATGACGGCACGATTACCGCTTTGGTGAGAAGAGATGCAGATAGCTTCAGTGCGCAATTAGGAGTAAGTAAGCCACCCTATCGATATTGGCAGTGGCGTGATTTGAAAGACTATATTGGCGGACCAGTTATGGCTCAGCTGACTGCCAATACCGCATTGGTGGCAGGAAGGCGTTGGACGGGGAAAAAGCTGCTGACTCAACTGTGGGTGCTTCACTTCCCCACCGCCATGCTATCGCCTTGTTTAACCCTGCCTAGCGGTGGAGACACCAGCTATCCGGGCATAGTGTTAAAAGGTGATATCGCTTACCTGAGTTATTATTCAAGCCATGTCTACAATGAAACGCGCGTCTACTTCGCTCAAATTGAAGGTATTAACGCCTTACGAGATATAGTTGAATAA	MFEKILKVTSIQRVSSRSSHSAFTSLVAWGEHFLCSYRQATDHVSGDGRIEISAVNTAGGVLFRQHLSFAGWDLRDPKLSVDHNGRFWLIAYARRKCGETGHIETCMKSWFSDTGESWSSGHTFGERLWWLWRVTWHQKSAFGLAYNRGLNRLDLCIGHPNAQMKRLSTPAISWQRDKLGYPNESDLNVADDGTITALVRRDADSFSAQLGVSKPPYRYWQWRDLKDYIGGPVMAQLTANTALVAGRRWTGKKLLTQLWVLHFPTAMLSPCLTLPSGGDTSYPGIVLKGDIAYLSYYSSHVYNETRVYFAQIEGINALRDIVE				NA	NA	NA	NA	NA
AK237_00885	1227			hypothetical protein	ATGCGTATTACAACTAATCAAATCTACGATCAAAATATTCGCGCCATTATGGATAACCAACGCGGGATGGCTGACACCCAGGAAGCCTTGTCGACGGGGAAAAAGCTTAACCGGCCTAGCGATGATCCCGTCGGTGCAGCCAAAGTAATTCGTTTGACAGAGCAACTGGATAAGTTAACGCAATATCAGCGAAACAACGACTTACTGACTAACGCGTTGGAACAGCAAGACGCTGTTTTAGAGAATATTAACGATTCGCTTCGACGTGCTCGTACCCTGGTGATTGAAGCTGGCTCTGGCATCATGGCTGATGCAGACAAACGTGCAATTGGTGTAGAACTTGAGCAAATCAGAAATGAAGTGTTCGATTTGATGAATACTCAAGACGCTTCTGGCAACTACATTTTCGCCGGTTACCAGTCACAGCAACAAGCATTTACCTTCAATCCAGCAGCCACCGGGAATGCGATTACCTACACAGGAGATTCAGGGTCGACGTCAGTCAAATTGTCCGATAGTGTCTCTGTACAGCGCAGCACTTCAGGTTTGGATGTATTTGAAAATGTCCTGAGTCGATTCGATTTCAGTGTCACAGGATCGACAGGTGCTACTGTCGGGGGAGCCATTGTCGAAGAACAAGGTACGTTTGATCAGTTTTTTGAAAAGAATTACGATGCGGTGACGCCGGCGAATAACGATTATCAATTAGAAATATTGGCGTCCGGACAAGTACAGTTGACGAATGTTGGTACCGGTACCGTTGTAGACTCTGTAGATTTTACGTCCGGTGAGCCTTTTACCATTAAAGGCATGTCTTTTACGGTTAATGGTGCGGTTGGGGATACTGTCGATTTCTCTCTTGATACACCCGAAAAGAAAAATGTGGCAGAAACGCTCAATGACATTTCTAATTTTTTGATAGACGACTCCCTCTCGGGGGATGCGCTTTCTAATGCGCTTGCTGATGCGTTAGTCGGTTTGGATAACGGTATGGAGAAAATTGGTCTTGAGCGTTCCTCGCTGGGTGGCCGTTTGAACGTAGCAGAGTCTGTATATGAAACCAATCTTGATATAGAAATTACTGCAAAAGACGCCAGGGCAGGGATCCAGGATACCGATTACGCTGAGGCGTCAGCTGAATTTGCAAAGCAGGAAACGGCGTTAAGTGCAGCACTTGCGACGTTTCCTAAAATCTCAAACCTGTCGTTATTCAACTATATCTCGTAA	MRITTNQIYDQNIRAIMDNQRGMADTQEALSTGKKLNRPSDDPVGAAKVIRLTEQLDKLTQYQRNNDLLTNALEQQDAVLENINDSLRRARTLVIEAGSGIMADADKRAIGVELEQIRNEVFDLMNTQDASGNYIFAGYQSQQQAFTFNPAATGNAITYTGDSGSTSVKLSDSVSVQRSTSGLDVFENVLSRFDFSVTGSTGATVGGAIVEEQGTFDQFFEKNYDAVTPANNDYQLEILASGQVQLTNVGTGTVVDSVDFTSGEPFTIKGMSFTVNGAVGDTVDFSLDTPEKKNVAETLNDISNFLIDDSLSGDALSNALADALVGLDNGMEKIGLERSSLGGRLNVAESVYETNLDIEITAKDARAGIQDTDYAEASAEFAKQETALSAALATFPKISNLSLFNYIS	PGPT0015505_852	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-MOTILITY|CHEMOTAXIS	MOTILITY-FLAGELLAR_ASSEMBLY	MOTILITY-FLAGELLUM_ROD|HOOK|FILAMENT,PGPT0015505-flgL-K02397	NA	NA
AK237_00886	2118			hypothetical protein	ATGATTCGCACTGACCTGTTCAACATCGCCAACAGTGGTGTTGCTGCAAGCACACAGCTGTTAAACACAACTTCAAATAATATCGCAAACGTCAATACTGAAGGCTATGTGAGAGAGCGCACAGTCTTTGAAAGCACGATATTAGGTGGTGTGGGGAAAGGCACGACAGAACGGGTCATTAGTATATTCGCCCAGAATCAGCTGCGTCGTGACATCACCTCCGTCGGCGAATTAGAAACCTTTGTTGAAAAAACCAATTCCATTGATAACTTGTTGGCCAGCGAAGCCAACTCACTTACCGATGGCTTGAGTCAGTTTTTTGCCGCTATTCAAACTGCGTCGGACGATCCAACAAACCTCGCCTCACGGGAAGCGGTGCTTGGAAAAGCAAGCAGTATGCTATCGCGCATGGGAACGCTTTCCGATTTCATGGAGGCGAAAGAGGAAGAGTTAAACCTCGAATTTGCCAGTGAAATTGAACGTGCAAACAGCATTATCGCCAGTATTGGTGAGTTAAATTCTGCTGTGCTGACCGCGCGCGGAGGGAGTGGCGAAGAACCGGGTGCATTATTGAACGAGCGTGACAAAGCCATCAATGAGCTTGCTGAGTTGATGTCTATTGAGGTGCGGGAAAATCAATATGGCTCAGTGGTGGTTAATTTGTCTTCTGGCGAGTCGCTGGTGCTTGAAGACGGAAGCTTTAATCTTTTTGACCTTAGCAACGATGCCGATCTCTCTTTTAAAGAGTTGCAGCTAACAACAAACTTTGAAAATAAACAAAATACGGCAATTAATGTTGATGAAAGCAGTTTAGGTGGTTCACTGGGTGGACTGTTTCGCTTTCGGGACGAAATTCTGGGTCCTGCGCAGCGAGATGTTGGCCAGATGGCGCTTGCGATGGCCGATGCAGTGAATCAACAGAATAGTCTGGGCATGGATCTGGACTTACAGTTGGGCGGTGATATTTTCTCAATGCCTACTTTTACCGGACTGAACTTTAACGGTACGCCCGATAATTTGCCCGTACGTGCGCAAGTTACACCGGGGCAGGGCGACCAGCTGACCGATGCCGACTATAAAATTACCGTCGATGCTGTAGACGGAGCGGGGTACCCTACCTCTGTAACGGTGGAACTGTTAAACGGAGACGGCTCCCCGAAGAAAGATGCCTCAGGCGCGGATGTGGTATTTAGCGGTATAGCGGTTAATGCCGGTTACAACGAATTGCCCGGCGGTATTCAAGTGGAATTTCAGGCAACAACGGGCTATAGCGTAGATAATGAGTTTCTCATTCAGCCGACGAAGTATGCCGCATCGGATCTATCGCTAGCGACGGACCGCCCTGAAGATCTGGCGTTTGCTGCGCCCATTCGCGCGGAAGCGAATTTATCTAATTTGGGTGACGCCACTGTCAGCAATGTATCGATTACCAATACCACAGTGGATGGTACACTCGGTAATGAGGCATCAGCTTTTGATGGTGCTGGTGGTATTCACGATGCTGCAAATGCACCTGGCGGAACGGTAGGTGCACCTGCACAAATCGTGTTTACTTCTGCGAGTGACTTTCAGGTGTTGGATGATGCCGGCAACGTCATTACTAACGTGTCGGGTGTGACAAATTACGAGAATCTCCTCGCGCAAGCGGAAGCGAATGGCGCAGGACCCGCGTGGCCTGCCGCATTTAGTGCGCTTGATGATTACCCTGGCTATGACGTTAGCTTAAGTGGCAATCCTGTAGCCGGAGATGCATTTAGTCTGTCATTCAATACTGACGGTATCGCCGATAACACAAATGCTGAAGCATTATCAAACTTACAGAGCGAAAGTCTCGTACAATTGAGTAGTGATAGCAGTAACAAACAAAGAACATTTCACGACGCGTACTCATCATTGGTGGGACGAGTGGGTGAAAAGTCTGCTACCGCGCAAATCTCGTTGGACGCAGCGGAAGCCATGAAAGTGCAATCAGAAAACTGGTTTGACTCGACTTCAGGTGTAAGTTTAGACGAAGAAGCGGCGAATTTGGTCAGGTATCAACAATCCTATGCAGCAGCAGCGCGCATTCTGACCACCGCCCAGGAGTTGTTCGATACGATCTTGTCGGCAGCGAGGTAA	MIRTDLFNIANSGVAASTQLLNTTSNNIANVNTEGYVRERTVFESTILGGVGKGTTERVISIFAQNQLRRDITSVGELETFVEKTNSIDNLLASEANSLTDGLSQFFAAIQTASDDPTNLASREAVLGKASSMLSRMGTLSDFMEAKEEELNLEFASEIERANSIIASIGELNSAVLTARGGSGEEPGALLNERDKAINELAELMSIEVRENQYGSVVVNLSSGESLVLEDGSFNLFDLSNDADLSFKELQLTTNFENKQNTAINVDESSLGGSLGGLFRFRDEILGPAQRDVGQMALAMADAVNQQNSLGMDLDLQLGGDIFSMPTFTGLNFNGTPDNLPVRAQVTPGQGDQLTDADYKITVDAVDGAGYPTSVTVELLNGDGSPKKDASGADVVFSGIAVNAGYNELPGGIQVEFQATTGYSVDNEFLIQPTKYAASDLSLATDRPEDLAFAAPIRAEANLSNLGDATVSNVSITNTTVDGTLGNEASAFDGAGGIHDAANAPGGTVGAPAQIVFTSASDFQVLDDAGNVITNVSGVTNYENLLAQAEANGAGPAWPAAFSALDDYPGYDVSLSGNPVAGDAFSLSFNTDGIADNTNAEALSNLQSESLVQLSSDSSNKQRTFHDAYSSLVGRVGEKSATAQISLDAAEAMKVQSENWFDSTSGVSLDEEAANLVRYQQSYAAAARILTTAQELFDTILSAAR	PGPT0015195_178	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-MOTILITY|CHEMOTAXIS	MOTILITY-FLAGELLAR_ASSEMBLY	MOTILITY-FLAGELLUM_ROD|HOOK|FILAMENT,PGPT0015195-flgK-K02396	NA	NA
AK237_00887	954	flgJ	COG1705	Peptidoglycan hydrolase FlgJ	ATGGACATGCAAAACACTTCCCGAAGCCAGCTGGAAATGGCTCGCAATGTGAATGATATCAGCGGGCTGAATAATCTGCGTGAGGCGATGGCCAGTGGTGACGGGGAAGTACTGCAGGAAGCTGCGCAACAATTCGAGGCTATCTTTGTGCAAATGATGTTGAAGTCCATGCGCAAAGCACAGGATGCGCTCGCCGATGAAGATAGCCCATTTAATTCGCAGCAAGTGAAATTTTATCGTGACATGCACGACCAGCAATTAGCGGTTGATTTGTCGAGTAATGGCGGACTGGGACTTGCTGATTTAATCGTGAAACAGCTTGGGCAACAGGATCCCAACTATCGCCCTGCAAGCACCTTACGCTCAGACGGTAATTTGTCTTCCATCAACCGTGCCCGTATTGAACAGGTTGAGCACGCGCAAAAGACCGTGTTGGATTCAGCCTCCATGGGCAGTCAGTCGGCGTACAAAACCGCGATGTTTACAGACCAGCAGGACTTTGTTGAAACCCTCTATCCTTATGCCGAAAAAGCGGCAGAAGCGTTGGGCACAGATGCTAAGGCGATTATTGCTCAAGCCGCGGTAGAAACCGGGTGGGGACAATTTGTGATTCATGATGCCAAGGGGAACAGTACCCATAACCTCTTTGGCATAAAAGCCAACACACAATGGCAGGGCGACCAGGCGGTAGTTGATACGTTGGAGTTCAGCAACGGCGTCCCTGAGCGGCGTAAGGCGGCATTTCGCCAGTATGATAGCCTGGAAGCGGGCTTAGCCGATTATGTGAATTTTATTCGTTCGCAACCGCGTTATGAAAATGCAGTCGCGAATAGCGCAGAAACATCGCAGTATTTTTCTGAATTACAACAAGCGGGTTACGCTACCGATCCTCAATACGCTGACAAAGTTATGGCAGTGTATCGCAGTGACATCGTGCAAGGTTACCAGCCGTGA	MDMQNTSRSQLEMARNVNDISGLNNLREAMASGDGEVLQEAAQQFEAIFVQMMLKSMRKAQDALADEDSPFNSQQVKFYRDMHDQQLAVDLSSNGGLGLADLIVKQLGQQDPNYRPASTLRSDGNLSSINRARIEQVEHAQKTVLDSASMGSQSAYKTAMFTDQQDFVETLYPYAEKAAEALGTDAKAIIAQAAVETGWGQFVIHDAKGNSTHNLFGIKANTQWQGDQAVVDTLEFSNGVPERRKAAFRQYDSLEAGLADYVNFIRSQPRYENAVANSAETSQYFSELQQAGYATDPQYADKVMAVYRSDIVQGYQP	PGPT0015500_800	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-MOTILITY|CHEMOTAXIS	MOTILITY-FLAGELLAR_ASSEMBLY	MOTILITY-FLAGELLUM_ROD|HOOK|FILAMENT,PGPT0015500-flgJ-K02395	NA	NA
AK237_00888	1113	flgI		Flagellar P-ring protein	ATGGTTTTCTTCAGATTCATTATGGTTGTCGCCCTTGTTGTTATGACGCCACTTGCTGATGCACAGCGCATCAAAGATGTAGCCAGTATCCAGGGAGTGAGAAGTAACCAGTTAGTAGGTTATGGTCTGGTGGTGGGGTTGCCGGGTACGGGCGAGCAAAGTCCGTTTACTGAGCAGAGCTTTCGCACCATGTTAAGTAACTTTGGGATTAGTCTCGATCCTAATACTAAGCCGAAAATTAAAAACGTTGCCGCCGTTGCGGTTCACGCTGAATTGCCACCGTTTATCAAACCGGGTCAATCTATTGACGTTACTGTGTCGTCGGTAGGCGAAGCAAGCAGCTTGCAAGGTGGAACGTTATTGCAAACCTTTTTGAAAGGTGTTGATGGCAAAGTTTACGCGGTGGCCCAGGGAAGCCTGGTAGTAAGCGGCTTTGGTGCGCAAGGTGGTGACGGTTCAAAAATCGTCGTAAACACCCCAACAGTGGGACGTATTCCCAATGGTGCGTTTGTAGAGCAAACGGTTCCTTCTGGTTTTGCCAACGGCGACACTCTCACGCTGAATCTTCATTATCCCGACTTTTCAACAGCCAAACGCCTTGCGGACACGATTAATGAGCGACTGGGTGCGCAGCCAGATCAGGGCTATACCATTGCAACACCCATCGACGCCGCCTCCGTTCGTGTTACTGCACCTCGTGATGTGGGACAGCGGGTGGGCTTTTTAGCCACCGTTGAGAATTTCGATTTTGAGCCGGCTGATGCACCTGCTCGTGTGGTGATCAACAGTCGCACCGGTACCATTGTTATCGGCCAGGATGTGCGTTTGTTACCAGCCGCCATTACCCACGGCGGACTTACCGTCACCATTTCAGAAAACCAGCAGGTTTCTCAACCTAACGCGCTGGCAGACGGCAACACGGTAGTGACTACGCAGTCAATTGTTGACGTGGATTTAGCCGATAGCCGGATGTTTAAGTTTGAGCCAGGAGTGACATTAGATCAGCTCGTGCGCGCGGTGAATGAAGTCGGGGCCGCGCCTGGCGACCTGATGGCTATCTTGGAAGCACTACGTCAAGCTGGCGCGTTGCGCGGTGAACTGGTGATCATCTGA	MVFFRFIMVVALVVMTPLADAQRIKDVASIQGVRSNQLVGYGLVVGLPGTGEQSPFTEQSFRTMLSNFGISLDPNTKPKIKNVAAVAVHAELPPFIKPGQSIDVTVSSVGEASSLQGGTLLQTFLKGVDGKVYAVAQGSLVVSGFGAQGGDGSKIVVNTPTVGRIPNGAFVEQTVPSGFANGDTLTLNLHYPDFSTAKRLADTINERLGAQPDQGYTIATPIDAASVRVTAPRDVGQRVGFLATVENFDFEPADAPARVVINSRTGTIVIGQDVRLLPAAITHGGLTVTISENQQVSQPNALADGNTVVTTQSIVDVDLADSRMFKFEPGVTLDQLVRAVNEVGAAPGDLMAILEALRQAGALRGELVII	PGPT0015425_1004	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-MOTILITY|CHEMOTAXIS	MOTILITY-FLAGELLAR_ASSEMBLY	MOTILITY-FLAGELLUM_M|S|P|L-RINGS,PGPT0015425-flgI-K02394	NA	NA
AK237_00889	681	flgH_1		Flagellar L-ring protein	ATGCGAATTCTCGGTTTTATCGCGATGAGTTTGGTGCTGGGGGGCTGTAACAGTACGCCGCAACCTCCCGTACAAGCTAATGATCCGGCTTTTGCCCCTGTGATCCCAGACATTCCCCGGGAACAAATTACCGAAGATGGTGCGCTATTTCGTCCGTATATGGCTAATAGCCTTTATTCCGATGTAACGGCACGCCGTGTGGGTGACATTATCACTGTGACATTGAGTGAAAATACCGCAGCGTCCAAAACTGCTGACACGACCACGGCTAAAAGCACAGGCGTTGATGTACAACCCATCACCGGACTGGGCGGCAACGCTATTAATATTGGTAACCAGTCTGTGCAGTTAGGGCTTAATTCCTCTAACGATTTTAATGGTAACGCCCAAGCTAACCAGAGTAACAGTCTGTCAGGTGCGATTTCTGTGACGGTGGTGGATGTAATGCCGAACCAGAATCTGGTTATTCGCGGCGAAAAGTGGCTGACACTGAATCATGGTGATGAATACATTCGCTTGACCGGTATTATTCGCCCGGCGGATATCAGTCCGGAAAATGAAATTGTCTCCACCAAAATCGCTAATGCGCGTATTCAGTATAGTGGTACTGGAAGCTTTGCCCGCGCGCAGGAAAAAGGATGGTTGACCCGTTTCTTCTCATCTGAAATCTGGCCTTTTTAG	MRILGFIAMSLVLGGCNSTPQPPVQANDPAFAPVIPDIPREQITEDGALFRPYMANSLYSDVTARRVGDIITVTLSENTAASKTADTTTAKSTGVDVQPITGLGGNAINIGNQSVQLGLNSSNDFNGNAQANQSNSLSGAISVTVVDVMPNQNLVIRGEKWLTLNHGDEYIRLTGIIRPADISPENEIVSTKIANARIQYSGTGSFARAQEKGWLTRFFSSEIWPF	PGPT0015420_1588	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-MOTILITY|CHEMOTAXIS	MOTILITY-FLAGELLAR_ASSEMBLY	MOTILITY-FLAGELLUM_M|S|P|L-RINGS,PGPT0015420-flgH-K02393	NA	NA
AK237_00890	789	flgG	COG4786	Flagellar basal-body rod protein FlgG	ATGCATCCTGCGTTATGGATTAGTAAAACTGGGCTAGACGCCGCGCAAACCGACGTTGCCGTGGTATCCAATAACCTGGCAAACGCCTCGACAGTAGGCTTTAAGAAAGATCGTGCTATTTTTGAAGACTTACTTTATCAAAATATAAATCAGCCGGGCGGTCGTTCGTCCGCTGACACAGAAATGCCATCAGGTCTGATGTTAGGCTCGGGCTCAAAGGTTGTTGCTACGCAAAAAGCACATACCCAGGGGAATATGCTCACCACAGAAAACGCGCTTGATATGTCTATTCAGGGCAGAGGCTATTTTGAAATCCTTCAACCTGACGGGACTATCGCTTATACCCGTAATGGCCAGTTTACGCTTAACGATCAGGGGCAAATTGTAACCTCTGGAGCTGGCTTTTTATTGCAGCCGGAAATTGCAGTGCCTGAAGATGCGCAGCAAATCACTATTTCACAAGATGGTGAAGTATCTGCAACGGTACGTGGACAGGCTGAGCCCCAGGTACTTGGGCAATTGAACGTATCAGATTTTGTAAACCCAACAGGTTTACAGCCTACCGGCCAAAACTTGTTTGTTGAAACGGCATCAAGTGGTGCTCCCATCCAGGGCGTACCAGGGCTACAGGGGTTAGGTACCATTTCACAAGGCACATTGGAAACCTCGAATGTGAATGTCACGGAAGAATTGGTAAACCTGATTGAGAGTCAGCGTTTATATGAAATGAATTCTAAAGTTATCTCTTCCGTTGACCAGATGCTTGGTCAGGTGATCCAGCAGCTTTAA	MHPALWISKTGLDAAQTDVAVVSNNLANASTVGFKKDRAIFEDLLYQNINQPGGRSSADTEMPSGLMLGSGSKVVATQKAHTQGNMLTTENALDMSIQGRGYFEILQPDGTIAYTRNGQFTLNDQGQIVTSGAGFLLQPEIAVPEDAQQITISQDGEVSATVRGQAEPQVLGQLNVSDFVNPTGLQPTGQNLFVETASSGAPIQGVPGLQGLGTISQGTLETSNVNVTEELVNLIESQRLYEMNSKVISSVDQMLGQVIQQL	PGPT0015495_974	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-MOTILITY|CHEMOTAXIS	MOTILITY-FLAGELLAR_ASSEMBLY	MOTILITY-FLAGELLUM_ROD|HOOK|FILAMENT,PGPT0015495-flgG-K02392	NA	NA
AK237_00891	744	flgF	COG4787	Flagellar basal-body rod protein FlgF	ATGGATAAATTACTCTATATCGCTGCAAGTGGCGCCAAACAAGACCTGTTGGCCACTGGCGTACGCGCCAATAATCTGGCTAATGCGCAAACCACAGGGTTCCGCGCTCAGCTGGAACAGGCAAGAGCGATGCCGGCCTACGGCGAAGGTTTGCCGACCCGCGTCTTTTCCATGACTGAAAGCCCGTCCAATAATTATGAATCTGGCGCGATGGTACAAACTAATCGTGATTTAGATGCGGCCATTCAGGGAGACGGTTGGTTTGCCGTTCAAGGCGCGGATGGAGAAGAGGCTTACAGCCGGGATGGCAGTTTCCAGCTTGGTGCTGATGGCGTGCTGACGGATATGCACGGCAATATCGTGATGGGCGATAACGGGCCCATCTATTTGCCCGTGCCGCTGGATAATTTAAACATCGCAATGGATGGGACGATTTCCACCCGTCCTGTTGGTGCACCTGAGAACGTGTCAGAAGAAGTTGGCCGATTAAAGCTGGTAAATCCCGATCTTAATAATCTGGAAAAAGGTTACGACGGCTTGTTCAGAACAAAAGATGGTTCAGCGGTGGACGCCGATGCCAATGTCATGGTGAGAACCGGCATGTTGGAAAGTTCGAATGTGAATGCGGTGGATGAGATGGTGAATATGATTAGCCTACAACGTCATTATGAAATGCAAGTCAAGATGATGAAGCAAGCTGATGAACTCTCTACCCGTGGTAACCAATTACTTCGCATCATTTAA	MDKLLYIAASGAKQDLLATGVRANNLANAQTTGFRAQLEQARAMPAYGEGLPTRVFSMTESPSNNYESGAMVQTNRDLDAAIQGDGWFAVQGADGEEAYSRDGSFQLGADGVLTDMHGNIVMGDNGPIYLPVPLDNLNIAMDGTISTRPVGAPENVSEEVGRLKLVNPDLNNLEKGYDGLFRTKDGSAVDADANVMVRTGMLESSNVNAVDEMVNMISLQRHYEMQVKMMKQADELSTRGNQLLRII	PGPT0015490_1510	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-MOTILITY|CHEMOTAXIS	MOTILITY-FLAGELLAR_ASSEMBLY	MOTILITY-FLAGELLUM_ROD|HOOK|FILAMENT,PGPT0015490-flgF-K02391	NA	NA
AK237_00892	1386	flgE	COG1749	Flagellar hook protein FlgE	ATGTCTTTTAACATTGCACTGAGTGGCGTAGCCGCAGCACAGAAAGATCTCGACGTTACCGCCAATAACATTGCGAACGTCAACACGGTAGGTTTTAAAGAGTCCCGTGCTGAGTTTGGTGACGTCTATGCATCGTCACTGTTAGCTGGTGGCAAAACCAAGGTGGGCGACGGTGTTTTGACACAAGACGTTGCACAGCAGTTTTCACAAGGTAGTTTGCAGTTTACCAATACCTCTCTTGATTTGGCGATCACGGGGAATGGTTTCTTTGCGACGGTACCTGAAATCACTTCACGTGATTTTTCATTCACCCGCGCAGGTCAGTTTAAACTGGATGAAGATAATTTTGTGGTGAACAGCAACGGCGATAATCTACTTGGCTTCCCCGTCAATACCGATGGAACCAGTTCATCAGTTGCACTGAGCACGACGATCCCGGTACGTATTCCTGATTCATCGGGGTCACCGCAGCAGACAAGCGAAGTGGATATTCGAATGAATTTACCTGCTGGTGACTCTGCGGTCGATCCTACACAGTTTAATCCGGATGATCCTTTAACGTATAACGCAGCAACGTCGGTAACAGTCTATGACTCTCTCGGTGACAGCCACGTTATGACTTACTACTTTATTAAAGATCCTGCCGCCACGACGACCAACGACTGGTACGTCGCCACAGCTATCGATGACAACCTGGTTGATTTAGTAAACTCTGATGGCACGGATTCCGATACCGCAACTGCTGTTAATACCGTGGGAACGGCGTCAGGCTTCGGGGTGACTGCCGCCAAAATGTCGTTCAGTCAAGGTGGGGACTTCGTGGGTATTGAATCTCCTGACGGCATCGCTCAAACGAACTTGCAAATCCAGACCGAAGCATTAGGTGGAACGATTCTTTCAAATGGATCGGATCCTTCGCAACAGATCTCGATTGACTTCAACCTTGACCCTAGCGGCGCAACCACTAATGAGCCAACTCAGTTTGCCTCTGCATTTGAAGTTACTTCGTTAGAACAAGACGGTTTGCCTGTAGGTCGTTTAACGGGTATCGATATTGGTGCTGATGGTCTGGTACGGGCGACCTTCTCGAACGGTACTTCTGAGCCTATCGTACGGGTAGCGCTGGTGCGCTTTTCAAATGAGCAGGGTCTGACCCAGCAAAGCAGCACGCAGTGGAAAGAATCCATTGCATCAGGTGAAGCGCTCGCGGGTGAAGCTACCACCGGTACTTACGGTGAAATTAACTCTTCCGCTCTTGAACAAGCGAACGTTAACTTAACAACAGAGTTAATTGACTTGATTATCGCTCAGCGAAACTTCCAGGCTAACTCACGAGCGTTGGAAGTTAACAATCAGCTCAACCAGACGATACTGAATATTCGTTAA	MSFNIALSGVAAAQKDLDVTANNIANVNTVGFKESRAEFGDVYASSLLAGGKTKVGDGVLTQDVAQQFSQGSLQFTNTSLDLAITGNGFFATVPEITSRDFSFTRAGQFKLDEDNFVVNSNGDNLLGFPVNTDGTSSSVALSTTIPVRIPDSSGSPQQTSEVDIRMNLPAGDSAVDPTQFNPDDPLTYNAATSVTVYDSLGDSHVMTYYFIKDPAATTTNDWYVATAIDDNLVDLVNSDGTDSDTATAVNTVGTASGFGVTAAKMSFSQGGDFVGIESPDGIAQTNLQIQTEALGGTILSNGSDPSQQISIDFNLDPSGATTNEPTQFASAFEVTSLEQDGLPVGRLTGIDIGADGLVRATFSNGTSEPIVRVALVRFSNEQGLTQQSSTQWKESIASGEALAGEATTGTYGEINSSALEQANVNLTTELIDLIIAQRNFQANSRALEVNNQLNQTILNIR	PGPT0015485_905	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-MOTILITY|CHEMOTAXIS	MOTILITY-FLAGELLAR_ASSEMBLY	MOTILITY-FLAGELLUM_ROD|HOOK|FILAMENT,PGPT0015485-flgE-K02390	NA	NA
AK237_00893	690	flgD	COG1843	Basal-body rod modification protein FlgD	GTGAGCACGATTTCCAACAGCACCGGATTAAATCCTGATAACTATTGGCAAGAAGAAGGTGTGGCGATTTCTGATGGCAGCGAACAACGACTGACTCAGGAAGACTTCTTTTCTTTGCTAACAGAACAGCTGGCGAACCAGGATCCTACCAAGCCTGTGGATAACGACCAAATGGTGGCGCAGATGACGTCTTTCACCATGGCAGACGGTATCTCGCAGCTTAATGAGAAGTTTGAGTCATTTGCTGCATCAATGACGTCAAATCAAGCCCTACAGGCTTCAAGTCTGATTGGTCAGCAGGTATTGGTGGAAGGCAATATTGGTTTCATGGCCGAGGACGGCGCTGGGTTTAGCGGTGTTCTGGTAAATGAAGAAACCGTACAAGATCTGAAAATTACCATCGAAAATCAGTATGGCGAAATAGTTAAGACTATCGATGCCGGCACCCAGGCGGCAGGAAATATTGAGTTTAAATGGGATGGCACGGATACCAACGGCAATGTTATGCCGGCCGGTGAATATGTCATTAATGCAAACGGTACCGTGAACAATGAAGGTACGTCAGTACCCATTGCGGTTAACCGGCAGGTTGGTAGTGTCAGTATGACCGGCACCAGCCAGGGTATTATCTTAAATTTGGCGGGTGATGTAAGTATTAATCTTAGCGACGTCATCCAAATAGGCAGTTAG	MSTISNSTGLNPDNYWQEEGVAISDGSEQRLTQEDFFSLLTEQLANQDPTKPVDNDQMVAQMTSFTMADGISQLNEKFESFAASMTSNQALQASSLIGQQVLVEGNIGFMAEDGAGFSGVLVNEETVQDLKITIENQYGEIVKTIDAGTQAAGNIEFKWDGTDTNGNVMPAGEYVINANGTVNNEGTSVPIAVNRQVGSVSMTGTSQGIILNLAGDVSINLSDVIQIGS	PGPT0015480_1028	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-MOTILITY|CHEMOTAXIS	MOTILITY-FLAGELLAR_ASSEMBLY	MOTILITY-FLAGELLUM_ROD|HOOK|FILAMENT,PGPT0015480-flgD-K02389	NA	NA
AK237_00894	423	flgC	COG1558	Flagellar basal-body rod protein FlgC	ATGAGCTTATTTAATGTAATGTCAATTTCCGGAACCGGTATGGAGGCTGAAAGTGTTCGCCTGAATACCACCGCCAGTAACATTGCGAACGCCAATAGCGTCAGTAGCAGTTATGAAGAAACCTATAAGGCGCGTTACCCGGTTTTTGCTGCAGAGCTTGCCCGTGCCTCGGATGAACAAAGCAAGGGAGTTGGCGTGCAAGTGAAGGGTGTGGTCGAAAGTGACGCACCGCTTCAAATTGAATATGCGCCGAATAACCCAATGGCAGATGAGAACGGTTATATCTATAAGCCGAATGTAAACATTGTTGAGGAGATGGCCAACATGATGTCTGCATCGAAAGGCTACGAGACTAACGTTCAGGTCGCCGATACAACCAAGCGTATTTTCCGTCAGGTATTGCAACTTGGTCGCGGTCAGTAA	MSLFNVMSISGTGMEAESVRLNTTASNIANANSVSSSYEETYKARYPVFAAELARASDEQSKGVGVQVKGVVESDAPLQIEYAPNNPMADENGYIYKPNVNIVEEMANMMSASKGYETNVQVADTTKRIFRQVLQLGRGQ	PGPT0015475_1042	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-MOTILITY|CHEMOTAXIS	MOTILITY-FLAGELLAR_ASSEMBLY	MOTILITY-FLAGELLUM_ROD|HOOK|FILAMENT,PGPT0015475-flgC-K02388	NA	NA
AK237_00895	408	flgB	COG1815	Flagellar basal body rod protein FlgB	ATGGCCATCAACTTAGACAATTTGGTTGGCTTTCATCACAAAGCGCTATCCATCCGTGAAGAAAAAATGGAAGTGATTGCCGGCAATCTGGCAAACGCTAATACGCCGGGTTACAAAGCGCGAGACATCGATTTTAAACAAGCGATGGAAAGTGCGCGCAGCGAGCAACGTCAGGGTACCATGCAGCGTACTCATGAAAATCATATCGGTGGCGGATTAAGTGTGAACAGTTTCGACATCGATTATCGCATTCCCAACCAGCCTGACACTGGCGATGGTAACACCGTCGAAGTGCAGTCTGAAAGAAATGCCTTTTTAGATAACGGCATGAGATATCAGGCAACCCTGGAATTTCTTGAAGGAAAGCTGAAAGGTATGAAGAAAGCCTTGAGTGGAGGGCAAAGCTAA	MAINLDNLVGFHHKALSIREEKMEVIAGNLANANTPGYKARDIDFKQAMESARSEQRQGTMQRTHENHIGGGLSVNSFDIDYRIPNQPDTGDGNTVEVQSERNAFLDNGMRYQATLEFLEGKLKGMKKALSGGQS	PGPT0015470_1004	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-MOTILITY|CHEMOTAXIS	MOTILITY-FLAGELLAR_ASSEMBLY	MOTILITY-FLAGELLUM_ROD|HOOK|FILAMENT,PGPT0015470-flgB-K02387	NA	NA
AK237_00896	834	cheR2		Chemotaxis protein methyltransferase Cher2	TTGAAAAATAAAGAAGTGTCTGCCGACAGTTATCGTCAATTCGGTACTTTTTTGCAGCAACAATGTGGCATCTCGTTAGGAGATAACAAGCAATATCTGGTACGGAGCCGACTGTCACCTCTCATGTATGAGTACAATTACGACAGTATCGATGCGCTTATTGCTACCGCCGTGCGTGGTAGTGACAGAACATTGCTTCAATCCGTGCTTGATGCCATGACAACCAACGAGACCTTATGGTTTCGGGACAATTATCCTTACGAACTGCTGACGAAAGTTATACTCCCTAAATACGCTTCAGAAAACCGTCGATTGCGTATTTGGAGTGCAGCATGTTCGTCCGGGCAAGAGCCGTATTCCATTGCTATGTCTGTGCTGGAGTATCAGCGTCAAAAACCGGGCTCGTTGCGAGCGGGTGTCGAAATAACTGGCACCGATCTCTCATCGGCTATGCTTGAAAAGTGTAATAAAGGGGGGTACGACGAACTGTCTTTAGCCAGAGGTTTATCGGCTGAGCGGCGACAGCGTTACTTTTCACCTAACGGTGAAGGAATGATGCAGGTTAATCGTGACGTCAGAAGTATGGTGACGTTCAAGAGCTTAAACCTTTTGCACAGCTACGCTGCACTCGGTCGTTTTGATATTGTTTTTTGCCGCAATGTACTCATTTACTTTCCGGCAGAAGTTAAACAACGCATACTGCAACAAATTGCCGCTCAGATGCAGCCAGAGGGGGTTCTCTTCCTTGGTGCGTCTGAATCTATCGGTGAAGCCGGTGCGCTCTACACTATGGTAAAGTGCCATCCAGGCCTTTATTATCAACGAAATAAGTAA	MKNKEVSADSYRQFGTFLQQQCGISLGDNKQYLVRSRLSPLMYEYNYDSIDALIATAVRGSDRTLLQSVLDAMTTNETLWFRDNYPYELLTKVILPKYASENRRLRIWSAACSSGQEPYSIAMSVLEYQRQKPGSLRAGVEITGTDLSSAMLEKCNKGGYDELSLARGLSAERRQRYFSPNGEGMMQVNRDVRSMVTFKSLNLLHSYAALGRFDIVFCRNVLIYFPAEVKQRILQQIAAQMQPEGVLFLGASESIGEAGALYTMVKCHPGLYYQRNK	PGPT0015670_2578	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-MOTILITY|CHEMOTAXIS	CHEMOTAXIS_PROTEINS	CHEMOTAXIS_TWO_COMPONENT_SYSTEM_PROTEINS,PGPT0015670-cheR|pilK-K00575	NA	NA
AK237_00897	921	cheV_1	COG0784	Chemotaxis protein CheV	ATGTCAGGCATTCTTGATTCCGTTAACCAGCGCACGCAGTTAGTGGGGCAGAATAGACTTGAACTCCTGTTGTTCAGACTTAATGGCCGCCAGCGCTTTGGTATCAACGTGTTCAAAGTGCGAGAGGTATTGCAATGTCCACCTCTTACCGCGATGCCAAAGTTAAATTCTTTGGTTCGTGGAATAGCACATATTCGTGGTCAGACTATTTCTGTTATTGACTTAAGTATGGCGACAGGTGGACGTCGAATTGAAAATCTCGACACGGCATTTATTGTTATCGCCGAGTACAACCGCTCAGTGCAAGGTTTCCTTGTGGGTGCTGTGGAGCGGATTATTAACACTAACTGGGACGCAATCATGCCTCCACCGCAAGGAACCGGGCGCGCAAGTTATCTCACTGCCGTGACGGAGGTAGATAAAGAGTTAGTGGAAATATTAGATGTAGAAAAAATTCTTAATGAAATTTCTCCATTAAAAGCGGACGTAAGTGATGATGTCGTCGCTGGTATAGATACCACATCGCAACAAGACAAAATCATTTTTATTGCCGATGATTCGTCAGTGGCAAGAAGCCAGGTCAAGAAAGCACTGACTGCGTTGGGCTTAAAGATGGAACTGGCCAAAAACGGTTTGGAAGCATTAAACCGTTTAAAAGAAATTGCCGCTGAAACGGGCGATGTGACGGACAAAGTCGGCGTACTGGTTTCTGACATTGAAATGCCTGAAATGGACGGTTACACCCTGACGGCAGAAATAAAAAATACACCTGAATTACAGAAACTGAGGGTGGTATTGCATACTTCACTGAGTGGTGTGTTCAACCAGGCGATGGTGCAAAAGGTCGGTGCAGACGATTTCATTGCGAAATTTCACCCCGATGAGCTTGCTACCGCAGTAGGTAAATGGTTATCAAACTAG	MSGILDSVNQRTQLVGQNRLELLLFRLNGRQRFGINVFKVREVLQCPPLTAMPKLNSLVRGIAHIRGQTISVIDLSMATGGRRIENLDTAFIVIAEYNRSVQGFLVGAVERIINTNWDAIMPPPQGTGRASYLTAVTEVDKELVEILDVEKILNEISPLKADVSDDVVAGIDTTSQQDKIIFIADDSSVARSQVKKALTALGLKMELAKNGLEALNRLKEIAAETGDVTDKVGVLVSDIEMPEMDGYTLTAEIKNTPELQKLRVVLHTSLSGVFNQAMVQKVGADDFIAKFHPDELATAVGKWLSN	PGPT0015675_1439	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-MOTILITY|CHEMOTAXIS	CHEMOTAXIS_PROTEINS	CHEMOTAXIS_TWO_COMPONENT_SYSTEM_PROTEINS,PGPT0015675-cheV-K03415	NA	NA
AK237_00898	729			hypothetical protein	ATGCAGAAAAAGTTATCGAAAAAATTGCTGAAACCTTTAAGTAAGCGTTGTGTGGTGGTTATGCTGATGATCATAGCCAGTAATCAAGCTTTTGCCCAATCATCAGATAAAATGCGTCAAAAAATCCAACAAGAAGCGCAAACATACCTGATTAACGCAATCGGCGAAACCCACGGCGATGACAACATTCAGGTTAGTGTGGTGCCTATTGATGATCGCATTCAAATCCCGATCTGCCATACTCCGTTTCAATACACTGCCGACAGTGCGGCGCTTACGCAGAGCTATATTTCAGTACGAGTAAGTTGTGGTAATAACGATTGGTATCTGTTTACTAACGCACGTATTGCGCGAACGAAGACTGTAGTGGTGACATCAGGCCTTATTAGCCCTGGCACTGTCCTAACCAGTGAAAACCTGACCATGGCAGAAGTCGATGTGAATCAGCTTCGCCATACCAGCTACCTGTCTCAGAAAGACCTTATTGGCGCCAGAATGAAACGAAGAGTACGGGATGGTCAACCCATTCAGGCAAATATGCTATGCTTTGTCTGCAAAGGTGATCGCATAACCATTCGCGCACAGGCTGGCGGCATGCAAGTTAAAACTGCTGGCATTGCTAGACAGGACGGCGTAATAGGCGATAATATTCAGGTAATAAATGCATCATCTAAGAAGTCGATTATTGCAGTCGTTGCCAGTACGCAGACGGTCGTCGTAGATTTATAG	MQKKLSKKLLKPLSKRCVVVMLMIIASNQAFAQSSDKMRQKIQQEAQTYLINAIGETHGDDNIQVSVVPIDDRIQIPICHTPFQYTADSAALTQSYISVRVSCGNNDWYLFTNARIARTKTVVVTSGLISPGTVLTSENLTMAEVDVNQLRHTSYLSQKDLIGARMKRRVRDGQPIQANMLCFVCKGDRITIRAQAGGMQVKTAGIARQDGVIGDNIQVINASSKKSIIAVVASTQTVVVDL	PGPT0015415_1309	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-MOTILITY|CHEMOTAXIS	MOTILITY-FLAGELLAR_ASSEMBLY	MOTILITY-FLAGELLUM_M|S|P|L-RINGS,PGPT0015415-flgA-K02386	NA	NA
AK237_00899	336			hypothetical protein	ATGGCAATCAACAATGTTAATAATGGGACGCCCAAAGCCCCCATTGATAATGCTAAGCTGAACAATCAGCAAGCACAGACACAAACAACGCAGCAACAAGAAGTTGCCGCAAAGAATATACAGACATCGGCGCCGCGCCAGGATTCGGTATCATTGACACAGTCTGCACAGCAGCTGAGTCAAGTACAGAAGAAGGGCACCGAGGCTCCGGTGAATCAGGAAAAAGTTGATAAATTGAAGAAAGCCATTCAAAGTGGTGAGTATAAAGTTGACCCTGATTCACTGGCACAGAAAATTGCGCGATTAGAAGCGCAGGTTTTTGGCATTAAATCATAG	MAINNVNNGTPKAPIDNAKLNNQQAQTQTTQQQEVAAKNIQTSAPRQDSVSLTQSAQQLSQVQKKGTEAPVNQEKVDKLKKAIQSGEYKVDPDSLAQKIARLEAQVFGIKS	PGPT0015530_119	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-BIOFILM_REGULATORS	CE-OTHER_BIOFILM_REGULATORS,PGPT0015530-flgM-K02398	NA	NA
AK237_00900	432			hypothetical protein	ATGACGCAATCGCTGTTACAAGCACTGGAACAACAGGTCGCTAACCTTGCGCACCTGTCTACGTTGCTTGAGCAGGAATTGCACCTGATAAGTTCTCGGGATGCTGAGGCATTGATGAATCTGCTCAGGGAAAAAGAGCAAACCCTCGATACTATTCAGCAGAGTGACGTTGCAATAAGCAAGCAATACACTGCACTTACAGCACAACAATCAGTTCCTGATGACGTTGCTGCTTTGATTGCCCAAGCCAAAAAGCTTCTCGAAGAATGTCAGTACCGCACATCAGTGAACCAGAAAGCGGTTGAACAAGGTCAACTTCGCTTGTCTCATCTGCGCAATTTAATGCTGGAAGTTCGTGCGAAAGAATCGCTTACCTATGACAAAAGTGGAAAACCCAAAGGGACCGGACTCGGTCGCGGTGTAAGCGCGTAA	MTQSLLQALEQQVANLAHLSTLLEQELHLISSRDAEALMNLLREKEQTLDTIQQSDVAISKQYTALTAQQSVPDDVAALIAQAKKLLEECQYRTSVNQKAVEQGQLRLSHLRNLMLEVRAKESLTYDKSGKPKGTGLGRGVSA	PGPT0015535_730	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-MOTILITY|CHEMOTAXIS	MOTILITY-FLAGELLUM_CONTROL	MOTILITY-FLAGELLUM_REGULATION,PGPT0015535-flgN-K02399	NA	NA
AK237_00901	477			hypothetical protein	ATGCGCGCAGTGATAAAACAATCTGTCAAAGCAGCAAGTATCAGTGTGCTGTTCGTACTCGGGGGTTGTACTAATCTTATTGATAAACATGTCGAATGGGAAGTAGTGGAACCAGAGAGCTACCCTGTCTTAACGGCTGTCGGTTATGCGCCTATCGCGCAACAAATGGGGCAAACTGACAATGATCGCTCCCTGATGGCGATGAAAGCTTCTAAGTTAGATGCATATCGTGAACTTGCAGAACAAGTGTATGGACAGCGTCTGGATGGCTCACAGTCTGTAGCAAACATGGTCATGCAGGATTCTCAGCTGAAAGCTTCTGTTGAAGGCGTCATTCGTGGTGCTCGTGTGATCAAAAGCTATCCGGTGGGCGAAGACACCTACGCGACGGAACTGGAATTGGATATGCGCAAAGTGTATGACATTTACCTGACGACAGCGAAACCGAAGCGGATACGGGATGTTACTTACTATTAA	MRAVIKQSVKAASISVLFVLGGCTNLIDKHVEWEVVEPESYPVLTAVGYAPIAQQMGQTDNDRSLMAMKASKLDAYRELAEQVYGQRLDGSQSVANMVMQDSQLKASVEGVIRGARVIKSYPVGEDTYATELELDMRKVYDIYLTTAKPKRIRDVTYY				NA	NA	NA	NA	NA
AK237_00902	1059			hypothetical protein	ATGATTCAAGCCGGTGACAAAATTGCAGCCAAAGAACGTGCAACAGAAGAAGCCATTCGGCAAGCTCTCATGTTTGCTGGCGCGTCTGTGCAAAGTGTCCAATTGCTTACGAACGGACTACTGCAAGAAGATAGCTTGCAGATAAAAGCCAATGGCGAAGTAAATAACCTCGAGTTCATTGATGAAAAATGGCATAGCGACTATGTCACGGTAACAATTCGCGCAGATATTTTTCCCAAGGCTGCTACGTGTAGTGCGTCGTCTTTTCAAAAAACGCTGGTTACAACATGGTTTCCTATTGAGCATCGCCAACAAGCCCAGGACGGTCAGATCCAAGCGCTTTCGGAACAGGCACCACGAAGCTTACAACAGCAGTTTGCTTCTCAGTCGCAAATGACGGCGCTTCAGCAAATAGCGCCCTACACCGTGCGCTGGAACCGGGCTAATGTGCTTTCTCAAGCGCCTTCACTTGCTCGGCAAAGTCGCGCCCAATATATTCTCGCAGCAACCATCACCGATTTAAGCTTACTGCGTCCCGAACATTCGTCGCTGGCATTTTGGAAAAACGACAAGGCCGAGCGGCAATTCTCTTTAGACATCGCATTAATCGATGGCATGAATGGGGCGGTAATACTGCAAAAAAACTATGCCACCCAGGCTATATGGGATTTCGACCGCTTTGCACAGATTGACGTGAGCAGTTATCGATTTTGGCAAAGCGAATATGGTAAATCAATAAATCGCCTTTTCACCAACGTGGTTGAAGATGTAGACCACGCGCTCATGTGCCAGCCTGCTACCGGACGCGTTCTGTCTGTTAAAGGAGATCAACTTCAGGTATCTATTGGCCGTGCTCATGGTTTACAAGTTGGCGATGAACTCACCTTATACAAAACCAGTCAGGTTAACGATCCTCAAGGTATGACATTTTTGCAATACAACCTCTATCCAACCAAAGTAAAAGTTGTCAGTGCCTCTGTCGATAGCGCGACGGTACAGGCCGCAGACGGTGGCATTCTGGCGAATATTCAACCAAACGATTTCGTTGCCAGACGCTAA	MIQAGDKIAAKERATEEAIRQALMFAGASVQSVQLLTNGLLQEDSLQIKANGEVNNLEFIDEKWHSDYVTVTIRADIFPKAATCSASSFQKTLVTTWFPIEHRQQAQDGQIQALSEQAPRSLQQQFASQSQMTALQQIAPYTVRWNRANVLSQAPSLARQSRAQYILAATITDLSLLRPEHSSLAFWKNDKAERQFSLDIALIDGMNGAVILQKNYATQAIWDFDRFAQIDVSSYRFWQSEYGKSINRLFTNVVEDVDHALMCQPATGRVLSVKGDQLQVSIGRAHGLQVGDELTLYKTSQVNDPQGMTFLQYNLYPTKVKVVSASVDSATVQAADGGILANIQPNDFVARR				NA	NA	NA	NA	NA
AK237_00904	588	smrA	COG2840	putative DNA endonuclease SmrA	ATGCCCCATCAACCACTTGATGATGATTTACGTTCTTTTATGGAAGAAATGGGCGATGTAACACCAATTAGCGCCGATGACAAAGTCTTTAATCATGATGCGCAGGAAAGTCTCGCTAAGAAAGCCAGACGCGCAGAGTTAGCAAAAGAAAACCCCGACATATTCAACCCCCTTAGCATGGAAAACGTGAAGGGCGTTAAACCCGACGATTTTATTGCTTTTCAGCAACCCGGTATCCAGGATGGCGTATTTAAGAACTTGCGCCTGGGTAAATATGAATTAGAGCTGCGCATTTCTCTTAAAAATCTCACGTTAGCTGAATCGAGAGATACCCTGTATCTGCAATTAAAGAAAGCACATGACCGTGGTACCCGCGCCCTTCTCATTCAGCACGGTAAAGGGGAAAACAGTCAGCCAATTCCTGCGTTAAAGAAGAGTTATGTCAACCACTGGTTAGCTGAACTGGACTGGGTAATCGCCTGGCATACCGCACAACCTATGCACGGTGGCTTTGGAGCCACTTACGTGTTGTTAAAAAAGCATCCACAGCAAAAATTAATTAATCGAGAAAAAAATAGAAAAAGATAA	MPHQPLDDDLRSFMEEMGDVTPISADDKVFNHDAQESLAKKARRAELAKENPDIFNPLSMENVKGVKPDDFIAFQQPGIQDGVFKNLRLGKYELELRISLKNLTLAESRDTLYLQLKKAHDRGTRALLIQHGKGENSQPIPALKKSYVNHWLAELDWVIAWHTAQPMHGGFGATYVLLKKHPQQKLINREKNRKR				NA	NA	NA	NA	NA
AK237_00905	138			hypothetical protein	ATGTATCGTTCTGGAAAGGGTTTCGGTTTAACCGGTGTCGCTGTCGCAGTCTTGTTTATGATTCTGACCGCTGTATTCAGTTCTTCCGCAAGTTCAACAGAATTATCAGTGAGCGAAAAGAGCTCTCAACTACGCTAA	MYRSGKGFGLTGVAVAVLFMILTAVFSSSASSTELSVSEKSSQLR				NA	NA	NA	NA	NA
AK237_00906	3897	purL	COG0046	Phosphoribosylformylglycinamidine synthase	ATGTTGGTCCTAAGAGGCGCTCCCGCACTGTCTGAATTCAGACAAACTAAACTTATTGAAAGGCTGGGTCAATCCGGTATTACTGTGAATGGCATTTACGCTGAGTTTGTTCACCTTGTGGACACAACCGGCACGTTAACTGACGATGCCCGTCAGGTTCTCGACAAATTGCTGACTTACGGTCCGAAAACTCAGGCGAAAGCGCCTCAGGGAGAGTGCTTTTTTGTCACTCCCCGTCCCGGCACCATTTCTCCGTGGTCATCCAAAGCCACTAACATTGCACAAAACTGCGGCCTGACGGCTATCGAACGCATTGAGCGTGGTTGTGCGTTTTATGTTGACGTAAATGGTGAGCTGACAGATGCCGATAAAGCGCTGGTGGCGGCAGAACTGCATGATCGCATGACTGAATCAGTGTTTGCTGCGCCGGAAAGTGCATCAGTATTGTTTGAACATGCCGAAGGCCAGAGCTTTACCTCGGTGGACTTATTGGGAAGCGGCAAGCAGGCATTGGTTGATGCTAATATCAGTCTGGGTCTGGCTCTTGCCGACGATGAAATTGATTACTTGTTTGACAGTTTCACCCGTTTAGGTCGTAACCCTAACGATGTTGAGCTGTACATGTTCGCGCAGGCCAACTCTGAGCACTGCCGGCATAAGATTTTTAACGCCAGTTGGACGATTGATGGCGTAGAGCAGGACAAGTCCCTGTTCAAAATGATCAAAAACACCTTCGAAACCCATCCTGAATTTGTTCACTCTGCGTATAAAGATAACGCGGCTGTGATGGAAGGCTGGCAGGCGGGGCGTTTCTTCCCGAACCCGCAGTCGCATCAGTACGAATATCACCATGAAGATATCGACATTCTGATGAAGGTGGAAACCCACAATCACCCTACGGCGATTTCGCCGTTCCCGGGTGCTGCTACCGGTTCTGGTGGTGAAATTCGTGACGAAGGTGCAACAGGCCGTGGTTCTAAGCCTAAAGCGGGTCTGGTGGGCTTTACCGTGTCTAACCTGCGCATTCCGGGGGCTGAGCAGCCATGGGAAATCAGCTATGGTAAACCCCAGCGTATCGTAAGCGCGCTGGATATTATGATTGAAGGCCCGCTGGGTGGCGCGGCATTCAACAACGAATTTGGTCGTCCTAACCTGTTAGGTTATTTCCGTACCTATGAGCAGGAAGTATCCAGCTTCAACGGTGTGGAAGTACGTGGTTACCATAAGCCAATCATGCTGGCCGGTGGTCTGGGTAACATCCGTAAATCCCATATCGAAAAAGGCGAAATCACCGTTGGCGCGAAACTGATCGTGCTGGGTGGTCCGGCAATGAATATCGGTCTGGGTGGCGGCGCAGCGTCTTCTATGGCGTCCGGTCAGTCTAACGAAGATCTGGATTTTGCTTCGGTACAGCGTGACAATCCTGAAATGGAGCGTCGCTGTCAGGAAGTTATCGATGCCTGCTGGCAGTTAGGTGACAACAACCCGATTCAGTTTATCCATGATGTGGGCGCGGGTGGTCTGTCTAACGCACTGCCTGAACTGGTTAATGATGGTGGTCGTGGCGGTAAATTCGAATTGCGTGACGTGCTGGCCGACGAAGCGGGTATGACGCCACTGGAACTGTGGTGTAACGAATCGCAGGAACGTTATGTCCTGTCTGTAGCGCCTGAAAATCTGGAAAAATTTGCGGCGATTTGTTCCCGTGAGCGTGCCCCGTTTGCGGTAGTGGGTGAAGCCACTGAAGAACAGCATTTGTCATTACACGATGCCGACTTTGATAACCAGCCGATTGATATGCCGCTGGATGTACTGTTAGGCAAGCCGCCTAAAATGCATCGTGACGTGAAATCAGCAACGGTTGCACCGGAAGCGCTGAAGCGTGAAGACATCACGCTGGCTGATGCGGCTCAGCGCATGCTGCGCCTGCCTACGGTCGCTGAGAAAACTTTCCTTATTACCATTGGCGACCGTTCGGTTACTGGCCTCGTTTCACGTGATCAGATGGTGGGGCCGTGGCAGGTGCCGGTGGCTGACGTGGCGGTTACCGCCAGTGCGTTTGATACCTATCACGGTGAAGCCATGTCTATGGGTGAACGTACGCCTGTAGCATTGTTGTCTCACGGCGCATCTGCCCGTCTGGCAGTGGGTGAAGCACTGACTAACATTGCTGCATCAAATATTGGTGATATCAAGCGCATTAAACTGTCTGCGAACTGGATGGCTGCTGCCGGTCACCCAGGCGAAGATGCGGGTCTTTACGAAGCCGTAAAAGCGGTAGGTGAAGAGCTGTGTCCGGCGCTGGGTTTGACGATTCCGGTGGGTAAAGACTCCATGTCGATGAAAACCGCTTGGCAGGAAGAAGATGGTACGGGTAAATCTGTAACCTCTCCACTGTCACTGGTGATCACTGCTTTCGGTGCGGTAAAAGACATTCGTAAAACGCTGACGCCACAACTGCGCACTGATAAAGGTGCAACCCGCCTGATGCTGATTGACTTGGGCGCGGGTCAGAACCGTCTGGGTGCAAGCTGTCTGGCACAGGTGTATCAGCAACTGGCTGACAAACCGGCTGATGTTGATAGCGCAGAAACACTGCTGGGCTTCTTCAATGCCGTACAAGCAATGATTGAAAAAGAGCTGGTTATTGCGTACCACGACCGTTCTGACGGTGGTCTGTTTACAACCATAGCGGAAATGGCGTTTGCCGGTAAAACTGGTGTAACGGTTTCTCTTGATGGTCTGGCTGACGATGATTTAGCGGTACTGTTTAACGAAGAGTTAGGCGCGGTTATTCAGGTAGCAGAAGGCGATATTGAAGCCGTGAAAGCCATTGCTGAAGCTCACGGTCTGGGCGCGCTGTTACACGATATTGGTACGCTGAATGCGACAGACATGGTTGAGTTCAACCGTGGTGACGTCGCTGTACTGACTGACACCCGCGTGAACCTGCGTACCATGTGGGCAGAAACCACGCACAATATGCAAAGCCTTCGTGATAACCCGAAATGTGCTGATGAAGAGCACGCTGCCAAGCAAGATGCGGCAGATCCGGGTTTGAGCGCGAAGCTGAGCTACGATGTAAACGAAGACGTTGCAGCGCCTTACATCGCTAAAGGTGTGAAGCCTGAAGTAGCGATTCTGCGTGAGCAGGGCGTTAACTCTCATCTGGAAATGGCAGCGGCATTTACCCGCGCTGGCTTTACCGCTATCGACGTGCATATGAGCGATGTTCTCAGCGGCCGTGTGTCTCTGGACAACTTTAAAGGTCTGGCAGCTTGTGGTGGTTTCTCTTACGGTGACGTACTGGGTGCTGGTGAAGGTTGGGCGAAGTCGATTCTGTTCAATGCACAGGCCCGTGACCAGTTTGCAGCCTTCTTTAACCGCAACGATACGTTCAGCCTGGGTGTGTGTAACGGTTGTCAGATGTTGTCTAACCTGAAATCGCTGATCCCCGGCACAGAAAACTGGCCACACTTTGTGACTAACGTGTCTGAGCGCTTTGAAGCCCGTGTTGCCATGGTAGAGGTGACGGAGTCGAACTCTGTGCTGCTGCAGGGCATGAAAGGCTCTATGATGCCTATCGCGGTATCTCACGGTGAAGGTCAGGCGGAGTTTGCTTCTGCGGATGCACTGAGTGCGGTGCAGAGCGAAAATCAGGTAGCCCTGCGTTACGTGAACAACTACGGTCAGGTAGCAGATACCTATCCTGCGAACCCGAACGGTTCACCAGCAGGTATTACGGGTCTGACATCAGCTGACGGTAGAGCAACCATCATGATGCCTCACCCGGAACGTGTATTCCGTACTGTCGCCAACTCCTGGCGCCCGGACGACTGGCAGGAAGACGGCGCGTGGATGCGCATCTTCCGCAACGCCCGCGTCTTCGTGGGCTAG	MLVLRGAPALSEFRQTKLIERLGQSGITVNGIYAEFVHLVDTTGTLTDDARQVLDKLLTYGPKTQAKAPQGECFFVTPRPGTISPWSSKATNIAQNCGLTAIERIERGCAFYVDVNGELTDADKALVAAELHDRMTESVFAAPESASVLFEHAEGQSFTSVDLLGSGKQALVDANISLGLALADDEIDYLFDSFTRLGRNPNDVELYMFAQANSEHCRHKIFNASWTIDGVEQDKSLFKMIKNTFETHPEFVHSAYKDNAAVMEGWQAGRFFPNPQSHQYEYHHEDIDILMKVETHNHPTAISPFPGAATGSGGEIRDEGATGRGSKPKAGLVGFTVSNLRIPGAEQPWEISYGKPQRIVSALDIMIEGPLGGAAFNNEFGRPNLLGYFRTYEQEVSSFNGVEVRGYHKPIMLAGGLGNIRKSHIEKGEITVGAKLIVLGGPAMNIGLGGGAASSMASGQSNEDLDFASVQRDNPEMERRCQEVIDACWQLGDNNPIQFIHDVGAGGLSNALPELVNDGGRGGKFELRDVLADEAGMTPLELWCNESQERYVLSVAPENLEKFAAICSRERAPFAVVGEATEEQHLSLHDADFDNQPIDMPLDVLLGKPPKMHRDVKSATVAPEALKREDITLADAAQRMLRLPTVAEKTFLITIGDRSVTGLVSRDQMVGPWQVPVADVAVTASAFDTYHGEAMSMGERTPVALLSHGASARLAVGEALTNIAASNIGDIKRIKLSANWMAAAGHPGEDAGLYEAVKAVGEELCPALGLTIPVGKDSMSMKTAWQEEDGTGKSVTSPLSLVITAFGAVKDIRKTLTPQLRTDKGATRLMLIDLGAGQNRLGASCLAQVYQQLADKPADVDSAETLLGFFNAVQAMIEKELVIAYHDRSDGGLFTTIAEMAFAGKTGVTVSLDGLADDDLAVLFNEELGAVIQVAEGDIEAVKAIAEAHGLGALLHDIGTLNATDMVEFNRGDVAVLTDTRVNLRTMWAETTHNMQSLRDNPKCADEEHAAKQDAADPGLSAKLSYDVNEDVAAPYIAKGVKPEVAILREQGVNSHLEMAAAFTRAGFTAIDVHMSDVLSGRVSLDNFKGLAACGGFSYGDVLGAGEGWAKSILFNAQARDQFAAFFNRNDTFSLGVCNGCQMLSNLKSLIPGTENWPHFVTNVSERFEARVAMVEVTESNSVLLQGMKGSMMPIAVSHGEGQAEFASADALSAVQSENQVALRYVNNYGQVADTYPANPNGSPAGITGLTSADGRATIMMPHPERVFRTVANSWRPDDWQEDGAWMRIFRNARVFVG	PGPT0021585_1367	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PURINE_METABOLISM,PGPT0021585-purL-K01952	NA	NA
AK237_00907	984	mltF		Membrane-bound lytic murein transglycosylase F	ATGTATTTTTCTTTTGTCACTTTTAAACGCTGTGTTGCTTGCACTGTAATTTTATTCTTTGTGAGCGCATTAGCGGGTTGCACTCAGCCTGAACTTCCCAATGCACTGCATGGCATTAAACAGCGAGATAGTCTTCGCGTGGGGATGCAATACGCACCAGGCCGCTATGAGATTGGTACGCAGGGTGCCGAAGGAATTGATTATGAATTGATTGCAGATTTCGCTGACTTTCTGGGTGTGAGTTTGTCTGTTTTGCCGTTTTACGATGAAACCACCTTGCGAAATGCGTTATTAAGTGAACAAATTGACGTAATTGTACATGGCGAAACACTAACGCCTCTGCAAGACGTAAAACAAAAATTAGGCCCTCGTTATTTAGATACCGCCTGGGAATTAAATCCGCAGCATGATGACGCGTTGCGCGGCGCGTTATTCGACTATTTTAATAGCGTTGTTCGTCGTGATGGCATCACGCAACTACAACAGAAATACTCAGGCAAAATATCAGCGCTTCCGCCAGCAGATTTAGACACCTTTATTGCCATTGCTGACGAACAACTTATGACTATCAAGACACGTTTTAATGGAATGAGCGACGATATAGACTGGCAACTGCTTGCAGCGCTCGCCTATCAATCACATGGTTGGCAGTTCGACACTAATGAGCCACTGGCTTCTGCGTCGTTTCTCTCCATGCTCGACAACATTCCCGCGCGTGTCCCTCAAGAAGAGCGGCAATGGATGGCCTTAGCAGCCATCTATTCGGGCTTTCCTCATCTAACCGATTGTCGCACCCTAACAGAAACACAAGGTGGCAACAGTGACCACTGGTTAGATATCAAACAGCGGTATCCGTTACTTGAGAGCAAAGCGTACTACCGGCATAGTGCTTATGGCTATGTTAACGGCAGTAATACCGTCCAATTTGTTGAAAATATTCAACAATACAGAAACGCACTGATTGCGCTTTCAAATTCTTATTGA	MYFSFVTFKRCVACTVILFFVSALAGCTQPELPNALHGIKQRDSLRVGMQYAPGRYEIGTQGAEGIDYELIADFADFLGVSLSVLPFYDETTLRNALLSEQIDVIVHGETLTPLQDVKQKLGPRYLDTAWELNPQHDDALRGALFDYFNSVVRRDGITQLQQKYSGKISALPPADLDTFIAIADEQLMTIKTRFNGMSDDIDWQLLAALAYQSHGWQFDTNEPLASASFLSMLDNIPARVPQEERQWMALAAIYSGFPHLTDCRTLTETQGGNSDHWLDIKQRYPLLESKAYYRHSAYGYVNGSNTVQFVENIQQYRNALIALSNSY	PGPT0014715_1019	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-PEPTIDOGLYCAN_REMODELLING	CE-PG_REMODELLING-MUREIN_TRANSGLYCOSYLASE_ACTIVITY,PGPT0014715-yfhD-K18691	NA	NA
AK237_00908	153			hypothetical protein	ATGAAAAGACAAAAAGCAATAAAAAGCAGGAAAATTTTGAAAAGTAATAATCGTAGAAAACTGATGTTAAAACGTGCCCATCAAAAAGTGTTGCAACGCAGACGCCACTTTATGACGGGTGAAATGTTCGCAAAACCAACAGCCACGGCGTAA	MKRQKAIKSRKILKSNNRRKLMLKRAHQKVLQRRRHFMTGEMFAKPTATA				NA	NA	NA	NA	NA
AK237_00909	507	tadA	COG0590	tRNA-specific adenosine deaminase	ATGAGTAATCAAGAATTAACGTCAGACGAATATTGGATGGCTCAAGCTTTATTGCGGGCCGATAAGGCGGAAGCAATAAATGAAGTCCCCGTCGGCGCGATTGTCGTTGCTAATAACGAAATTATTGGCGAGGGTTGGAATTCACCTATCACCGATGCCGACCCATCGGCACATGCTGAAATGCTGGCAGTGAAAAGGGCAGCGAAGTATCTTCAGAATTATCGCGTCGTAGATGCCACGTTATATGTCACATTGGAGCCATGTGCCATGTGCGCAGGCATGCTCGTGCATGCGCGGGTAGCCCGAGTGGTCTATGGTGCGAGAGATTTAAAAACAGGCGCGGCTGGGTCGGTCATGCAACTTCTTCGGCATCCAGAGCTGAATCATCAGTGTGAAATCACGGGCGGCGTGTTGGCTGAGGAGTGTGGTGAAAAAATTTCTGGCTTCTTTCGCCGTCGTCGGGCAGAAATAAAAGCTGCTAAGCTAAAAGCGAAAGAGAATTTGTGA	MSNQELTSDEYWMAQALLRADKAEAINEVPVGAIVVANNEIIGEGWNSPITDADPSAHAEMLAVKRAAKYLQNYRVVDATLYVTLEPCAMCAGMLVHARVARVVYGARDLKTGAAGSVMQLLRHPELNHQCEITGGVLAEECGEKISGFFRRRRAEIKAAKLKAKENL	PGPT0006855_20	DIRECT EFFECT	BIO-REMEDIATION	XENOBIOTICS_BIODEGRADATION	XENOBIOTIC_HYDROCARBONS|OIL_DEGRADATION	XENOBIOTIC_DICHLOROPROPENE_DEGRADATION,PGPT0006855-dhaA-K01563	NA	NA
AK237_00910	120			hypothetical protein	ATGACCTATTTTACTGAGGTTAATCGTAACAACGTATTTAATAAGTTTAAATATCGTCAATGTACTCACTATTACGGTAAACTACGCAAGATTACGGCCAACTTTGAAATGTGCTTATAA	MTYFTEVNRNNVFNKFKYRQCTHYYGKLRKITANFEMCL				NA	NA	NA	NA	NA
AK237_00911	234			hypothetical protein	ATGAACATGACAGCCATTATTATCGTCGCCATCTGCGCGTGGGCGCTGGTATCCATTGTTGAAGCGGCGAAAGATAAGAGCAAAAGTAAGAAAAATGCCAAGAACGAAGCAGCATTAGAAACTGAACTCAACATTTTACGTGAACGAATTGAGGTGCTTGAAAAGATCGTAACCGAAGAAAATTACGACCTTAAAAAGCAATTCAAAGATTTGGAGAAAGGCAAAGTCGCGTAA	MNMTAIIIVAICAWALVSIVEAAKDKSKSKKNAKNEAALETELNILRERIEVLEKIVTEENYDLKKQFKDLEKGKVA				NA	NA	NA	NA	NA
AK237_00912	1974	kefB		Glutathione-regulated potassium-efflux system protein KefB	GTGGTCGCAAGTGGATTTGGTCAAATAGTCGTGCTAATGGCACTCTCTGTGGTGAGTGTTGCGGTATTTCGGCGATTACATCTGCCTCCTATTCTGGCCTATTTATTTGCAGGTCTGCTCACCGGCCCTGAATTGCTTGCCTTATTTCCGCATCCTGAGGACATGCATTTACTGGCAGAAATAGGCATCGTGTTTTTGCTTTTCTCTTTAGGGCTTGAGTTCTCATTGCCGAAACTCATGTCCATGCGCAGCCTTGTGTTTGGGGTAGGGGTTGGGCAAATGATTGTCACAACAGGGGCGTTTTGCGCCGTTGCACATTGGCTTGGCTTTGCCTGGGGGCCGGCAATGATTATTGGCGGCATGCTTGCGTTAAGTTCTACAGCAATTGTCATTAAACAATTAACTGAGGCTGGCGCGTTAAATCACCGACGAACAGAAATGGCTATCAGTATTTTGTTATTTCAGGATCTCGCGGTAGTTCCTTTCCTTATCGCCATTCCTTTAATGTCGTCAGAACAAAATATCAGTCTGGCCAGCGCTCTCATTCAGGCACTTATCAAAGGCGTGTTAGTAGTTGTCTTGTTGTTGTCAGCGGGTAAATGGGTGTTGCCCTGGATTTTTCGGGAAGTGGCAAGAACCCGTACAGATGAACTTTTCGTTCTTACCACTATTCTGGTGGCTATATTAGCCGGCGGGCTCACCTATATCTTTGGGCTTTCCATGGCGCTAGGCGCTTTTCTGGCCGGGATGATGTTGGGTGAGAGCCAATACAAATACCAGTTAGAGGCGGACATCCGGCCATTTCGGGATATTTTAATGGGATTGTTTTTTGTCACTGTCGGCATGCAGCTAAAAATCGATGTGTTGCAGTCCGATGGCGGCATTATCTTTGTTGGTGTCATCATCCTGATGGTGCTAAAAGTTGTGTTACTGCGCTTGGTGGGGAAATTACTGAATACCGATGCTATTGATGCGTGGTCTACCGGTATTAAGCTTTGTCAGATTGGCGAATTCAGTTTTGTTATTGCCGCCTTAGCGACAGCAGAAGGTGTCATCGATGAGCGCACATCTTCTATCATAATTAGTATGGGCGTGATTAGCATGGCACTCACACCTGTGTTGGTAAATCGTAGCGTGACATGGGCGCAGTGGCTCGCGCCAAAATCTGAACATGTTTCTGAACCCGACAATCAACTGCATCAGGTTGCAACCCTTGATAACCATATCATTATTGCTGGGTTTGGAAGAGTGGGGCAGTCGGTAGCGCGTTTGCTGAAACTGGAAGGTATCCCGTTTGTTACTATCGATGCTGATCCGGTTCGTGTACATGAAAGTCGCAACGCTGGTGAGCCGATTTTATTTGGCGACGCGAGCCAGAAAGACTTATTAGAGAGTGCGGGTGCAGCGCGTGCTAGTTTAATCCTCGTTACTTTCGATGAACCTGAAAAAGCAAAAAAGGTGATTAACGCTGGCAGGCAGATATCAAGTGGTATCAACCTGATGGTAAGGACGAAACGAGATTATCAGCTTGATGCTCTGTACAAAGCTGGTGCGAGTCAAGTTGTGCCGGAAATTCAAGAAGGGAGTCTGATGCTTATTTCCCAGGTACTTCATTATGCAGGCGTACCCATGTCTCGTATATTACGACGGGTAAGAGAAGAGCGTCAGGGACGTTATGATCATCTCCACGGCTTTTATCCCGGAGAAACCACAGAAATAAGCTACGGTACGGAAGATAAACTCGAATTCGTACATGCTGTGGTGCTAAACAATGATGCAGCGTGTTTAGGTCAACAGTTGGCAAATATTGATTTTCAGCGAATGCGGGTGAGACTGCAGGGACTTCGCCGTCATGGTAAAGAGCTTCGTCAGCCGGATGAAAATGAGACATTACAAGCCGGCGATGTACTTATTATCGCCGGCAAACCCCGAAGAGTGGAAAGAGCCGAACGGCGCTTTCTCGAAGGGGCATGA	MVASGFGQIVVLMALSVVSVAVFRRLHLPPILAYLFAGLLTGPELLALFPHPEDMHLLAEIGIVFLLFSLGLEFSLPKLMSMRSLVFGVGVGQMIVTTGAFCAVAHWLGFAWGPAMIIGGMLALSSTAIVIKQLTEAGALNHRRTEMAISILLFQDLAVVPFLIAIPLMSSEQNISLASALIQALIKGVLVVVLLLSAGKWVLPWIFREVARTRTDELFVLTTILVAILAGGLTYIFGLSMALGAFLAGMMLGESQYKYQLEADIRPFRDILMGLFFVTVGMQLKIDVLQSDGGIIFVGVIILMVLKVVLLRLVGKLLNTDAIDAWSTGIKLCQIGEFSFVIAALATAEGVIDERTSSIIISMGVISMALTPVLVNRSVTWAQWLAPKSEHVSEPDNQLHQVATLDNHIIIAGFGRVGQSVARLLKLEGIPFVTIDADPVRVHESRNAGEPILFGDASQKDLLESAGAARASLILVTFDEPEKAKKVINAGRQISSGINLMVRTKRDYQLDALYKAGASQVVPEIQEGSLMLISQVLHYAGVPMSRILRRVREERQGRYDHLHGFYPGETTEISYGTEDKLEFVHAVVLNNDAACLGQQLANIDFQRMRVRLQGLRRHGKELRQPDENETLQAGDVLIIAGKPRRVERAERRFLEGA	PGPT0014395_976	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-H+_ANTIPORTER,PGPT0014395-ybaL|TC_KEF-K03455	NA	NA
AK237_00913	906			hypothetical protein	TTGGAATTCTCTACTTCAGCTTTTGAACATGTATTACCCGATAGCTTTTATCCAATGGCCGCTTCTGGCCCGAGGTTAACAGCGGATCAGAAAAATAGTTTTTTAGGACAGATATTATCCACTATCGATGTCTCTGCCTTGGGATCATTATACTTTCATCAGTTAAGACAACATGTTTCTCTTATCCATCTAAATCTAAGCGATGCAGGTCGCCATCTCACCTACGGACGGTTAGTACCCGGTGCCGATAGTGACCACACAATCGCCCTGCCCCTAAACAGCAGAGGGCATGTGGATAAAGCCAAATATATTCGTTATATATTTTCTGCCACCCCCTCCCGTGAAGAGCGTCAATGCGTTGCCGAATTACATATTCTCTTCTGTCGCCAGTTTGCCAATGCGCTGGAGTTTGAACGGTTAAAAAAAATGGCAACCAAAGACGCGCTGACCACGTTAGGGAACCGGAACGCCTTCGATGAATCCTGTCATCGTTTGAGTAGCCGGGCTACACGCCACGGTGAAAATTTCGGTCTGTTAGTCATAGACTTAGATAACTTCAAATCAGTGAACGATACTTTCGGCCATCAAGAAGGCGATAAAGTGTTACGCGCCGTAGCTTCCGAAATTTCAGCGGTGCTTCGCACCGAGGATGAAGCGTTTAGAATTGGTGGTGACGAGTTTTGTTGCCTGCTTGATTGCAATAAAAAAGAATCGTTAAAGATCATTGCTGACCGTCTCAGCACGCGCATCGCCTCCAATACATTACTAAAGCAACATGATGTCTCTTGCAGTATAGGTGGTGCGATTTATCGGGAAGGTGACGGCATTCAGGCATTGTTCGAACGAGCAGACCACGCGCTTTATCAGGTTAAAGCGACCGGCAAAAATGCGTACCTGGCGGCATAA	MEFSTSAFEHVLPDSFYPMAASGPRLTADQKNSFLGQILSTIDVSALGSLYFHQLRQHVSLIHLNLSDAGRHLTYGRLVPGADSDHTIALPLNSRGHVDKAKYIRYIFSATPSREERQCVAELHILFCRQFANALEFERLKKMATKDALTTLGNRNAFDESCHRLSSRATRHGENFGLLVIDLDNFKSVNDTFGHQEGDKVLRAVASEISAVLRTEDEAFRIGGDEFCCLLDCNKKESLKIIADRLSTRIASNTLLKQHDVSCSIGGAIYREGDGIQALFERADHALYQVKATGKNAYLAA				NA	NA	NA	NA	NA
AK237_00914	1320	tilS	COG0037	tRNA(Ile)-lysidine synthase	ATGAATGAGGCTGAAGCGAAGGCGCTCTCGTCTGAAATTACCAGCACACTTACCCAGTTACTCCGTACATTAGACACTCCCCCCGACACGTTGGTGGTCGGTTTTAGTGGCGGTGTCGACTCCACATTTCTGCTTGCAGCACTCTCAGAGTCTGCTTCTTTACCTGTACATGCGGTTTATATTCATCACGGTTTAAGTGAAAACGCACTCGCTTGGCAGCGCCACTGTCAGCAGTTCTGTCAGTCCCGAAAAATTCTATTTTCCGCCATTTCTGTGACGGTCGAAGACATTGCCAGGCGTAGCCTTGAAGCCAGCGCCCGAGAAGCAAGATATGAAGCGTTGTTAAGTTACTGCGACGCGCATCGTGGCGCACTGATTTTAGGACAACATCAGGATGATCAGCTCGAAACGCTATTGCTGGCCCTGAAACGCGGGAGCGGCCCGGCGGGCCTGGCTAGCATGCCTATGGTAACCACCAGGTCGTTATATCCGAATGCTGCACCTGTGGCTGTATTGCGCCCGCTACTAGCCGTATCGCGTCAGCAAATTATTACAGCCGCCCGGGCTTTATCCCTCGAATGGATTGAGGACGAGTCGAATCAGGATAGTCGCTTTGACAGAAATTTTCTGAGAAACGATATCTTACCTGCTGTTTTAGCGCGATGGCCGCAGTTTGCCACAACGGCAGCAAGAAGTTGTGAGTTGATGCAGGAGCAAAACGCGTTACTCCAGGAGGTCGTCGACGAGCGCTTCAGTGAAATAGTCACCGAAAGCGGCACATTACTTGTGTCGCCCCTTACGCAGTATTCTGCCGCCTGGCAACGCGCCATTGTTCGCCACTGGATAACGAAAACGGGAGAGACAACACCTAGCCGGGCACAATTAGGCGCTATCCTTGAAATGTTGTCGGCAAGAGCTGATGCGTGTCCTGAAGTAACGGTCGGGGACTACCAAATCAGACGTTACGCACAGCAGCTTTATATAACAAAGACCTGTCAGGCTAACACCCCAATTACAGAATTGCTCGCGTCCAATTGCCGGCATCAACTGCCTTGGTGGCCCACGCCTTTTTATCTTAGCGGAGAGGGGCAGTGGCAAGTCTCACCTGTCATTGATATGGAAAAACTGATGCCCGTTAAAAACAGGGTAAGAAAGCCAACGCGAAAATGGTTAAAAGAATGGAAAGTGCCACCGTGGGAGCGAGAGCGCGTGCCGCTTATTAGTTATAATGGTGAGCCTTTGGTGGTGATACTGCACAACCAAATTGTCTGGCTGACAACGAAATGTGTTTTACCTGCAGATGTTATGCTGGTGAAATAA	MNEAEAKALSSEITSTLTQLLRTLDTPPDTLVVGFSGGVDSTFLLAALSESASLPVHAVYIHHGLSENALAWQRHCQQFCQSRKILFSAISVTVEDIARRSLEASAREARYEALLSYCDAHRGALILGQHQDDQLETLLLALKRGSGPAGLASMPMVTTRSLYPNAAPVAVLRPLLAVSRQQIITAARALSLEWIEDESNQDSRFDRNFLRNDILPAVLARWPQFATTAARSCELMQEQNALLQEVVDERFSEIVTESGTLLVSPLTQYSAAWQRAIVRHWITKTGETTPSRAQLGAILEMLSARADACPEVTVGDYQIRRYAQQLYITKTCQANTPITELLASNCRHQLPWWPTPFYLSGEGQWQVSPVIDMEKLMPVKNRVRKPTRKWLKEWKVPPWERERVPLISYNGEPLVVILHNQIVWLTTKCVLPADVMLVK				NA	NA	NA	NA	NA
AK237_00915	957	accA	COG0825	Acetyl-coenzyme A carboxylase carboxyl transferase subunit alpha	ATGAGTATACAGTTTTTGGAATTTGAGCAGCCGATCGCTGAACTAGAAGCAAAAATCGAAGAGCTTCGGCTGGTTAATCAAGGTGGTGAATTCGATGTCGAAATCGAAGAGGAAATCACCAAGCTTCGCACCAAAAGTGCTGAGCAAACAAAGAAAATTTTCTCTGATTTAGGTGCATGGCAAATTTCACAGCTTGCCCGTCACCCCATGCGTCCCTACACGCTGGATTACGTCGGCCGGATCTTTTCTGAATTTGACGAACTTGCGGGTGACCGCGCTTTCGCAGACGACAAGGCGATTGTAGGTGGACTGGCAAAAATTGATGATCAACCAATCATGTTGATAGGTCATCAAAAAGGTCGTGACACCCACGAAAAAATTAAGCGTAACTTTGGTATGCCGAAGCCAGAAGGCTATCGCAAAGCATTACGTCTGATGAAAATGGCAGAGCGCTTTAATTTGCCTATCGTAACGCTAATTGACACGCCGGGAGCTTACCCGGGCGTCGGTGCGGAAGAGCGTGGTCAGAGTGAAGCCATCGCGCGTAACCTGTTCGAAATGGCTCAACTTCGCGTTCCTATCGTTTGTACGGTTATTGGTGAAGGGGGCTCTGGTGGCGCACTGGCAATTGGTGTGGGTGATCGCGTGAATATGCTGCAATATTCGACGTACTCAGTTATTTCACCTGAAGGTTGCGCATCGATTCTCTGGAAGAGTGCGGATAAAGCACCACTTGCGGCTGAAGCGATGGGTGTCAGTGCCCCACAGATCAAAGAACTAGGGTTAATTAACAGTATTGTTGAAGAGCCATTGGGCGGCGCGCATCGTGACCACGATGGCATGGCTGCTAATTTAAAGGCAACCATTAAACAACAGTTAAGTCAGTTAAAGACACTGGATATTGATAATCTGATGGAAGAGCGATACCAAAGACTGATGTCTTTCGGTTACTGCTAA	MSIQFLEFEQPIAELEAKIEELRLVNQGGEFDVEIEEEITKLRTKSAEQTKKIFSDLGAWQISQLARHPMRPYTLDYVGRIFSEFDELAGDRAFADDKAIVGGLAKIDDQPIMLIGHQKGRDTHEKIKRNFGMPKPEGYRKALRLMKMAERFNLPIVTLIDTPGAYPGVGAEERGQSEAIARNLFEMAQLRVPIVCTVIGEGGSGGALAIGVGDRVNMLQYSTYSVISPEGCASILWKSADKAPLAAEAMGVSAPQIKELGLINSIVEEPLGGAHRDHDGMAANLKATIKQQLSQLKTLDIDNLMEERYQRLMSFGYC	PGPT0001695_2052	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	ROOT_COLONIZATION	ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_METABOLISM	ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_BIOSYNTHESIS,PGPT0001695-accA-K01962	NA	NA
AK237_00916	3483	dnaE	COG0587	DNA polymerase III subunit alpha	ATGTCCTCGCCGTTTATTCATCTTCGCGTTCACAGCGACTTTTCAATGATGGATGGGTTAAATAAGGTTAAACCCATCCTCGCGCAGGTTGAAGCCTTTAATATGCCTGCGGTGGCTATTACCGATCAGATGAACATGTGTGGTCTGGTAAAGTTTTATTCAGAAGCCCATAACCGCGGTATTAAGCCCATTATCGGTACTGACTTTTGGGTACAAAACGAGGTGCTCAACGACGCGCCGTTTCGTTTAACGTTACTGGCGATGAACAACGAGGGATATAAAAATATCACCTTGCTGATCTCTAAAGGCTATCTGCGTGGTGCAGTCCATCACAAAACTATCATTGATCAGGCTTGGTTAGCAGAACACGCAGAAGGCGTTATTGTGCTCTCTGGTGGGGTGCAGGGTGATGTAGGTGTCGCGCTTACTAAAAACAATCAGAAGATGCTGGCCGACTCGCTGGCATTTTATCAGCAACATTTTGCCGACCGTTTTTATCTTGAACTTATCCGTACCGGCCGTCCCGGCGAGGAAGACTATCTTCATCAGGCTGTGGCCGTGGCTGAGGAATACGGGTTGCCGGTGGTGGCAACCAATGAAGTGTGCTTCATTGAGCAGGCCGGGTTCGAGGCCCATGAAATCCGCGTTGCTATACACGACGGTTATACGCTGGAGGATCCTCGCCGGCCCAAGCGCTACAGCGAACAGCAATATCTACGCAGTGCGGACGAAATGGTTGAGCTTTTCAGCGATATTCCAGAAGCAATCGAAAATACCGTAGAAATTGCCAAACGCTGTAATGTGACCGTTCGCCTTGGTGAATACTTCCTGCCGCAATTTCCCACTGGCGGTATGACCACGGAAGATTTCCTGGTTAAAAAGTCAGAAGAAGGGTTGGAAGAGCGTCTTGAATTCCTGTTCCCTGATGAAGTCGTCAGAGCAGAAAAGCGTCCTGAATACGACGACCGTCTGAAAATAGAACTCGACGTAATTAACCAGATGGGTTTTCCAGGTTACTTCCTGATCGTTATGGAGTTCATTCAGTGGAGTAAGGACAACGGGATTCCGGTAGGACCGGGCCGTGGTTCAGGTGCGGGCTCATTAGTGGCTTATGCGCTGAAAATTACCGATCTGGATCCGCTGGAATTTGACCTGCTTTTCGAACGGTTCCTGAACCCCGAACGTGTATCTATGCCTGATTTCGACGTCGACTTCTGTATGGATCGCCGCGATGAGGTTATCGACCACGTTGCAGAACTATACGGCCGTCAGGCGGTATCGCAAATTATTACCTTTGGTACCATGGCCGCTAAAGCCGTGGTTCGGGATGTAGGCCGTGTGCTTGGCCATCCTTATGGTTTTGTAGATCGTATTTCCAAGCTTATTCCTTCAGACCCCGGTATGACACTGGGTAAAGCGTTTGAAGTCGAGCCCCGTCTGCCGGAACTTTATAACGATGATGAGGAAGTCAAAGACCTCATCGACATGGCCCGTATTCTGGAGGGTGTTACCCGTAATGCCGGTAAACACGCCGGAGGCGTGGTTATTGCGCCTACCACTATTACTGACTTCGCGCCGCTTTATTGTGATGACGAAGGGAAAAACCCTGTCACCCAGTTCGACAAAAATGACGTCGAAACGGCAGGTCTGGTTAAATTCGACTTCCTGGGATTGCGTACCCTGACCATCATCCAGTGGGCACTGGACATGATCAAAGAAGGTCAGGGGGTGGATGTCGATATCAGTGCCATCCCGCTGGAAGATAAAAAGAGTTTCCGTTCACTGCAGGCGGCAGAAACCACGGCAGTATTCCAGCTCGAATCCCGGGGGATGAAAGAGCTGATCAAGCGCCTGAAACCGGACTGCTTCGAAGATATTATCGCACTTGTGGCCCTGTTTCGTCCCGGGCCGTTGCAATCGGGCATGGTAGATAACTTTATTGACCGTAAGCATGGTCGCGAAGAGATTTCTTATCCGGACGCCGAGTACCAGCACGAGTGCCTGCAAGAAATTCTTGAGCCTACCTACGGTATCATCCTGTATCAGGAACAGGTCATGCAGATTGCCCAGGAGATGTCCGGGTACAGTCTGGGTGGCGCTGACTTACTTCGCCGTGCAATGGGTAAGAAAAAGCCGGAAGAAATGGCGAAGCAGCGTTCAACCTTTGAGGATGGCGCAAGAGACAACAACATCGACGGCGAGCTGGCGATGAAAATCTTCGATCTGGTAGAAAAATTTGCCGGATACGGATTTAACAAATCGCACTCTGCTGCATACGCGTTAGTGTCTTATCAGACCTTATGGTTGAAAGTGCATTATCCTGCCGAGTTTATGGCGGCGGTAATGTCGGCGGATATGGATAACACCGATAAGATTGTAACGCTGGTCGATGAAGTTGACCGTATGGGTATGACAATTTTGCCACCGGATCTGAATGTCGGCCGCTATAAATTTACGGTTGATGAACAAGGTCGTATTGTTTACGGCATTGGTGCAATAAAAGGGGTAGGGGAAGGTCCAATCGAGGCGATAATCGAAGCACGGGAACAACACGGTAAATTTACTGATTTGTTTGATTTCTGTGCTAAAGTTGACCTCAAGCGTGTTAACAAGCGAGTATTGGAAAAATTAGTGCTTGCTGGAGCGATGGATAACCTTGGGCCGAAAGATTGTCAGGGACCACATCGCGCTGCGATCATGGCGTCATTACCTGAAGCGATAGCAGCTGCAGACCAGCACGCAAAAGCCGAATCTTACGGTCAATCGGATATGTTTGGCTTGCTGACCACCGAGCCTGATGATGTTAAACAGGCCTTTGCTGATGTGCCAGAATGGCCGGAAAAGGTGTGGCTTGAGGGCGAAAAAGATACGTTAGGTTTATATCTGACTGGCCATCCGATTAACCAGTATGCTGATGAGATTAAGCATTACTCTGATGGACGTTTGGTTGACTTAAAACCTACAGGAAAAGATCAAATGTCGACCGCCGTTGGGCTTGTGCTCGGGGTGCGGGTGATGACAAATAAAAAGGGGCGTCGTTGGGCTATTGTGACCCTGGATGATAAAAGTGCACGCATGGATGTTCGCTTTTTCCCCGATATGTACGAAAAATATGAGAGTATTCTCGAAACCGACCGGATCTTGCTAATAAAAGGACAGGTCAGCTTTGATGATTTCTCCGGTGGCAATACAATCTCTGCCCGTGATGCAATGGATATTGTTCAGGCCAGAGAACAAAACGCAAAAGCACTGATGTTGGAACTCAACACCGTGCAGATAGATGAGAACAGAATTTCGTCGCTACAGGCAATTCTTCAAACGTATCGGGGCGGCAGTTGCCCGGTACAAATGCGTGTAGTACACCCAGATGCAGAAGCCGTGCTGGCTTGCGGTGCACAATGGTATGTGACACCAGAAGATCAACTATTGCACGAATTGAAACAGTGTCTGGGTGAGCAGTCAGTCGCCATGTGTTATCACTGA	MSSPFIHLRVHSDFSMMDGLNKVKPILAQVEAFNMPAVAITDQMNMCGLVKFYSEAHNRGIKPIIGTDFWVQNEVLNDAPFRLTLLAMNNEGYKNITLLISKGYLRGAVHHKTIIDQAWLAEHAEGVIVLSGGVQGDVGVALTKNNQKMLADSLAFYQQHFADRFYLELIRTGRPGEEDYLHQAVAVAEEYGLPVVATNEVCFIEQAGFEAHEIRVAIHDGYTLEDPRRPKRYSEQQYLRSADEMVELFSDIPEAIENTVEIAKRCNVTVRLGEYFLPQFPTGGMTTEDFLVKKSEEGLEERLEFLFPDEVVRAEKRPEYDDRLKIELDVINQMGFPGYFLIVMEFIQWSKDNGIPVGPGRGSGAGSLVAYALKITDLDPLEFDLLFERFLNPERVSMPDFDVDFCMDRRDEVIDHVAELYGRQAVSQIITFGTMAAKAVVRDVGRVLGHPYGFVDRISKLIPSDPGMTLGKAFEVEPRLPELYNDDEEVKDLIDMARILEGVTRNAGKHAGGVVIAPTTITDFAPLYCDDEGKNPVTQFDKNDVETAGLVKFDFLGLRTLTIIQWALDMIKEGQGVDVDISAIPLEDKKSFRSLQAAETTAVFQLESRGMKELIKRLKPDCFEDIIALVALFRPGPLQSGMVDNFIDRKHGREEISYPDAEYQHECLQEILEPTYGIILYQEQVMQIAQEMSGYSLGGADLLRRAMGKKKPEEMAKQRSTFEDGARDNNIDGELAMKIFDLVEKFAGYGFNKSHSAAYALVSYQTLWLKVHYPAEFMAAVMSADMDNTDKIVTLVDEVDRMGMTILPPDLNVGRYKFTVDEQGRIVYGIGAIKGVGEGPIEAIIEAREQHGKFTDLFDFCAKVDLKRVNKRVLEKLVLAGAMDNLGPKDCQGPHRAAIMASLPEAIAAADQHAKAESYGQSDMFGLLTTEPDDVKQAFADVPEWPEKVWLEGEKDTLGLYLTGHPINQYADEIKHYSDGRLVDLKPTGKDQMSTAVGLVLGVRVMTNKKGRRWAIVTLDDKSARMDVRFFPDMYEKYESILETDRILLIKGQVSFDDFSGGNTISARDAMDIVQAREQNAKALMLELNTVQIDENRISSLQAILQTYRGGSCPVQMRVVHPDAEAVLACGAQWYVTPEDQLLHELKQCLGEQSVAMCYH				NA	NA	NA	NA	NA
AK237_00917	576	rnhB	COG0164	Ribonuclease HII	ATGACTAAACTAATCGCCGGTGTTGATGAAGTTGGGCGAGGTCCTCTTGTGGGCGATGTGGTAACAGCAGCCGTTATTCTTGACCCTGCTAAGCCAATTTCAGGGCTGAACGACTCAAAAAAACTCTCCGAAAAGAAACGTACCGCGTTAGCAGAAGAGATCAAACAAAACGCGCTTTGCTGGGCAATTGGCCGTGCCACACCACAAGAAATAGATACACTTAATATTCTTCACGCCACCATGCTTGCGATGAAACGCGCCGTAGAAGGTTTGTCCATTCAACCTGATTTTGTTCGCGTAGACGGTAACCGTTTGCCTGATTGGTCCTATACGGCTGAAGCAATCGTTAAAGGTGATGGCTTACATCAAGAAATCTCCGCCGCTTCAATTCTGGCTAAAGTCGAACGTGACAATGACATGCTGGCACTCCATCAGCATCATCCGCAATACAATTTTGCCGGCCATAAGGGTTATCCTACTAAAGCGCATTTTGAAGCATTAGAAGCATATGGTGTCTTACCATGTTATCGTATGAGTTTTAAGCCAGTTCAAGCGCGTTTGGCAGCACAAAAATAA	MTKLIAGVDEVGRGPLVGDVVTAAVILDPAKPISGLNDSKKLSEKKRTALAEEIKQNALCWAIGRATPQEIDTLNILHATMLAMKRAVEGLSIQPDFVRVDGNRLPDWSYTAEAIVKGDGLHQEISAASILAKVERDNDMLALHQHHPQYNFAGHKGYPTKAHFEALEAYGVLPCYRMSFKPVQARLAAQK				NA	NA	NA	NA	NA
AK237_00918	1155	lpxB	COG0763	Lipid-A-disaccharide synthase	ATGCCCGCGTCCAAGCTGCGAATTGGTGTTGTAGCTGGCGAGCCGTCAGGTGATGTGCTCGCCGCTGGTATGATTGCCGAGCTAAAAAAGCGGTATCCCGAAGCAATTATCGAGGGTATTGGCGGTGACAACATGAAGGCCGCTGGCTTTCATTCGTTGTTTGATATGGAAACCCTTTCCGTGATGGGATTGGTTGAAGTGCTGTCCCATCTCCCGGCTATTTTGAAATTAAAAAAACAGCTACTCGCACATTTCGAAGCTAATCCCCCAGATGTTTTTATTGGTGTCGATGCGCCAGATTTTAACTTACGCGTTGAACGAGATCTCAAAGCTAAAGGAATCAAAACTGTCCATTATGTCAGCCCAACGGTATGGGCCTGGCGGGAGAAGCGTATACATAAAATAAAGGCTGCAACTAACCATGTACTAGGGCTGTTTCCCTTCGAGCAGCAGGTTTACGACAAGTATAACGTTCCTTACACATTTGTAGGTCACACGTTGGCCGACGCCGTGCCGCTGGAGCCCGATCAATTGGCTGCCCGTAGGTCACTCAATTTACCAGAAGATAAAAACGTGCTTGCCGTGTTGCCCGGTAGCAGAGGTGGAGAACTAAAAGCGCTGCTTCCTGTTTTTACCGCCACAATGAAAAAAATGAAGGCGTTATTACCGGGAATTCAGTTTGTTATCCCTGCCGCGAATCAGCACCGCTTCGATGGGATACGCGCTTATCTTGATGAACATTTTGGTGAATGGCTCCAAGACAGTGATTACAAACTCATCAAAGGGCAGGCCAGAGAGGCCATGATCGCCAGTGACGTTATTTTACTGGCATCCGGTACGGCGACTTTAGAAGCAATGCTTTGCAAGCGCCCTATGGTAACCTGTTACAAATTGTCGTCGCTCACCTATAAAATAATGCAACGGATTTATAAAGCGCCGTTTTTTGCCTTACCTAATTTGCTAGCCAATGAAGCACTTATTCCCGAATTACTGCAAGAGGATGTTAATCCAGACACGTTGTCTGCGCATCTTCTTCCCCTTTTTACGCAAGACAACACTGCACTGGTGGCTAAGTTCACTGAATTACATCGTGCGCTTAAACTGGATGCAGATAAAATGGCAGCAGACGCTATTGCAGAGGTAATCAATGACTAA	MPASKLRIGVVAGEPSGDVLAAGMIAELKKRYPEAIIEGIGGDNMKAAGFHSLFDMETLSVMGLVEVLSHLPAILKLKKQLLAHFEANPPDVFIGVDAPDFNLRVERDLKAKGIKTVHYVSPTVWAWREKRIHKIKAATNHVLGLFPFEQQVYDKYNVPYTFVGHTLADAVPLEPDQLAARRSLNLPEDKNVLAVLPGSRGGELKALLPVFTATMKKMKALLPGIQFVIPAANQHRFDGIRAYLDEHFGEWLQDSDYKLIKGQAREAMIASDVILLASGTATLEAMLCKRPMVTCYKLSSLTYKIMQRIYKAPFFALPNLLANEALIPELLQEDVNPDTLSAHLLPLFTQDNTALVAKFTELHRALKLDADKMAADAIAEVIND	PGPT0022325_1565	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-REMODELLINGLPS|LIPID|IVA_METABOLISM	CE-REMODELLING_LIPID_A_METABOLISM,PGPT0022325-lpxB-K00748	NA	NA
AK237_00919	771	lpxA	COG1043	Acyl-[acyl-carrier-protein]--UDP-N-acetylglucosamine O-acyltransferase	GTGATTCATTCTACTGCCGTGATATCTGAAAAGGCGACCCTTGGGAAAAATGTTACGGTTGGGCCATTTTGTTACGTAGGTGATGATGTCGTAATCGGGGATGATTGCGTTTTAGAATCCCACGTGGTGATTAAAGGCCCGACAACGATTGGTAAGCGCAATCGTTTTTTCCAGTTCTGTTCTATTGGTGAAGACTGTCAGGATAAGAAATACAAGGGAGAGCGTACCTATCTGGAGATCGGTGACGACAATGTATTTCGTGAGTCCAGCAGTGTTCACCGTGGTACAGTGCAGGATCAGGGAATTACGCGGATGGGTTCCCGCAACCTGTTGATGATAAACGCTCACGTTGCTCATGACGTAAACATGGGTAATGATTGTATTATGGCTAATAACGTGTCGTTGGCCGGTCATGTGCACATGGGCGATTTTGTTATTTTTGGTGGTGGTGCTGCCATTCACCAGTTTGGTCGAGTGGGTAGTCATGCGTTCGTGGGAGCCGGTGCCATCATGGTGAAGGATATTCCACCCTACGTCATGGTTAATGGTCAGAAAAATGTACCTGCAGGTATTAACTCTGAAGGCCTGCGCCGTCGAGGCTTTACCTCAGAGCAGATCATGGCAGTGAAACGCGCTTATCGTACCCTTTATCGTGATAATAATACCATTGAAGAAGCCATAGCTAAGCTCGCTGATGTTGCTGCAACTGATGATAATATTAAGATGCTGGTTACCTTCCTGCAGGATGCTGAACGGGGTATTCTTCGTTAA	MIHSTAVISEKATLGKNVTVGPFCYVGDDVVIGDDCVLESHVVIKGPTTIGKRNRFFQFCSIGEDCQDKKYKGERTYLEIGDDNVFRESSSVHRGTVQDQGITRMGSRNLLMINAHVAHDVNMGNDCIMANNVSLAGHVHMGDFVIFGGGAAIHQFGRVGSHAFVGAGAIMVKDIPPYVMVNGQKNVPAGINSEGLRRRGFTSEQIMAVKRAYRTLYRDNNTIEEAIAKLADVAATDDNIKMLVTFLQDAERGILR	PGPT0022320_2762	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL_PEPTIDES,PGPT0022320-lpxA-K00677	NA	NA
AK237_00920	450	fabZ		3-hydroxyacyl-[acyl-carrier-protein] dehydratase FabZ	TTGGCCAATTCACTCAACACTATTGATATCCAGGAAATTCTGGATTTGTTGCCTCACCGGTATCCGTTTTTGCTTGTCGATCGCGTGACTGATTATACGGTAGGCGAATCGATCAAAGCGTACAAAAACATTACCATGAACGAACCGTGTTTCACGGGTCACTTCCCTGGTCGTCCGATTTTCCCAGGCGTACTTATTCTTGAAGCAATGGCTCAAGCTGCTGGTGTATTGGGTTTTAAAACAATGGGTAAGTCGGATAAGCTATACTTATATGCCGGTATCGATTGTGCGCGTTTCAAGCGACCAGTTACACCGGGCGACAGATTGGAATTTGACGTCAGTTTAGTAAAAGAGCGCAGAGGGATTTGGAAATTCAAAGGTACAGCCAGCGTTGATGGTGAAGAAGCTTGCAGTGCTGAGTTTATGTGTGCAATGAGAGAGATGGTATAA	MANSLNTIDIQEILDLLPHRYPFLLVDRVTDYTVGESIKAYKNITMNEPCFTGHFPGRPIFPGVLILEAMAQAAGVLGFKTMGKSDKLYLYAGIDCARFKRPVTPGDRLEFDVSLVKERRGIWKFKGTASVDGEEACSAEFMCAMREMV	PGPT0008365_2307	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	ROOT_COLONIZATION	ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_METABOLISM	ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_BIOSYNTHESIS,PGPT0008365-fabZ-K02372	NA	NA
AK237_00921	516	skp	COG2825	Chaperone protein Skp	TTGAAACAGTTGGCAAGACAATTCGTAGCAACCCTGATGTTAGGTAGTGCGCTGGTAAGTGCGTCTGCAATGGCTGAACAAAAAATTGGCGTTGTAGATGTGCAAGGCGTATTCCAGGCGATGCCACAGGCCGCTGAAATCTCAAATAACATCCAGGTCGAATTTAAAACGCAAATCGATGAAGTTAACCAGCTTCAAAAAGACGGACAGTTTTTTGCTGAGCGTCTTCAGCGTGATGCGGCTACGATGAGTGAAGATGAGAAAAAAGAACTGCAGCAAAAAATCTTGAACGTTCGTGAGCAGTTGGCAGAGAAAGGTCAGCCACTGCAACAGAACATTCAGCGTCGTAGCAACGAAGAGCGCAACAAATTGTTGGGTCTGATCAAGCAGGCGATTGATTCTGTGGCAGCAAAAGAAAAATATGATCTGGTATTAAACGCAGGTGCAGTAGCGTATGCGGGTGACCAGCATGATCTGTCCGAAAAAGTACTGGAACAGGTTAAGACAATTAAGTAA	MKQLARQFVATLMLGSALVSASAMAEQKIGVVDVQGVFQAMPQAAEISNNIQVEFKTQIDEVNQLQKDGQFFAERLQRDAATMSEDEKKELQQKILNVREQLAEKGQPLQQNIQRRSNEERNKLLGLIKQAIDSVAAKEKYDLVLNAGAVAYAGDQHDLSEKVLEQVKTIK	PGPT0024525_1244	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-OTHER_CELL_MEMBRANE_REMODELLING_PROTEINS	OTHER_INTEGRAL_MEMBRANE_REMODELLING__PROTEINS,PGPT0024525-hlpA|ompH|skp-K06142	NA	NA
AK237_00922	2478	bamA	COG4775	Outer membrane protein assembly factor BamA	ATGAAGTTAAATCAGTTAGTAGCAGCCGGAATCATGGTTTCCAGTGCTAGCTTCGCCAATGCTGCAGCGTCTGATAGTGAATTCGTTGTTGAAGATATTAAAGTTGTAGGGCTTCAGCGTGTCGCACTTGGTGCTGCCCTGACATATCTGCCGGTACAGGTGGGTGATCGCCTTAATAATTTCCGTATAACACAGGCTATTCGCTCTCTTTATTCATCTACTCACTTTGAGCGAGTAGAAGTATTGCGCGACGGAAACACGTTAATTGTTAAAGTTGCAGAGCGTCCAACCATCAGTAATATCATTTTCGAAGGTAACGATGATATTAAAGATGAACAGCTGCAGGAAAGCTTAGACGGTAATGGTATTCGCGTAGGCGAACCGCTTGATAAGACCGTGCTGACATCCATCGAGAATGGCCTGAAAGACTTTTTCTACAGTATTGGTAAGTACAACGCAGACGTGTCTGCCATTGTCACACCATTGCCTCGTAACCGCGTAGATTTAAAATTGCTGTTTGAAGAAGGCGATGCCGCGGAAATCCAACAAATCAATATCGTGGGGAACTCCGTGTTTTCTGACGAAGAACTGATGCAGGACTTAGAGCTTCAGTTTGATACACCATGGTGGGATTTTCTTTCTGAAACCCGCTACCAGCAACAGACGCTGCAGGGGGATATGGAAACCTTACGCAGCCACTATTTAGATCGCGGTTACTTACGGTTTAATATCGACTCCACTCAGGTGTCGATGACGCCTGAAAAAGACGGCATTTATATTGCGCTTAACGTCAAAGAAGGTGAGCAATACACTATCTCTGGCGTCGAGCTAGTGGGCGATTTGTTGGGGAACGAAGATTACATCGAGCGGGTTTTACCTCTCACCGTTGGTGAGTTATATAACCAGGCTGAAGTGACTTACACTGAAGAATTTATCAGTAAATATTTAGGTCGTTTTGGCTATGCTTATCCGACGGTTACTACCGTACCTGAAATTAACGATGAAGATAAAACAGTAAAACTGACGTTATCGGTTGATCCTGGTAAACGTATCTACGTTCGTCGTATTAATTTTAAAGGCAACTCTGTCACCTCTGACAATGTTTTACGTCACAACGTCAACCAAATGGAAGGCACGTGGCTGTCGAATTCATTGTTAGAATCGTCGAAGGCATCCATGTCGCGACTGACTTACATGGAAGAAGTTGAATTCGAAACCAATCGTTTACCTGGTGTGGACGATCAGGTAGATGTGGACTTCTCTGTGAAAGAACAGCCTTCGGGATCTTTTAATGCCGGTATCGGTTACGGTGATAGAACGAAATTAAGTTTGCAAGCAGGTATTCAGCAAAATAACTTTTTGGGTACCGGTAAGCAGGTGGGTCTGAACCTAAGTACAGTATCGTATCAGCGTTCTGCACAGATCACTTACAACGATCCGTATTTCACCATCGATGGGATCAGTTTAGGTGGTAGTATCGGTTACAGTGAGTTTGATGGTTCTGACTTTAACGTTATTCAATATAACTCGAAACGTTGGTCTGTAGGGGCCAATGTGGGCTATCCCATTAATGAAGTAAACCGTATTAACTTTGGTTTGACGTACTCCAGTGTTGAGCTTTATAACACCGGTTACTACGAGCAAACTGAGCAGTTCTATAATCAGTTCAGAAGTGCCGCGGATCCCGAAGCGCCAATTGAATACGATAGCTTCCAGGCCAGTGTTGCCTGGAGCCGCAGTACCCTTAACCGTGGCTTGTTCCCTACAGCAGGGTCGTCGCAGCGTGCAAGTTTCAGCATTACGACGCCAAACTCAGACGTAAACTACTTCAAAACTGTTTTTGATACGAAGTTTTACTTCCCGTTATCCCGTAATCAACGCTGGTCAGTGTTAGCGCGTTTGCGTTTAGGTTACGGTAATGGTTATGGCGACATAAATGGTAACGAACAGATCCTGCCATTTACTGAGAACTTCACTGCCGGTGGTGCGGACACGTTACGTGGTTTTGAAAATAACACCGTAGGACCACGTGGTGTGATTCGACGTAATTACAACACTATCACCGGGCCTGATGGTCAGGTCTATCCTGGCGACCCTTCCGATGATAGTATTCAAATCTCTAGCCGAAGCCTGGGTGGTAACGCCATGGCGTTAGGTGGTCTGGAGTTGATTGTTCCTACGCCATTTGTTGATGCGGAATATGACAATTCTGTACGTACAAGTGTGTTCCTGGACGTGGGTAACGTGTGGGATACTGAGTTCGACTATGATAAGTACAAAAATTTAGACCAGCTCAACTCATCATACGGTAAGTTGTTGGACTATTCCGACTGGACACAGTATCGTAGTTCCGCCGGTATTTCTGTACAATGGATTTCACCGATGGGACCGATGGTATTCAGCTTCTCGCGCGCTATTCAAGAGCGTGAGGGTGACGATGCTAAGTTCTTTACCTTTAATATCGGTCAAACATTCTAA	MKLNQLVAAGIMVSSASFANAAASDSEFVVEDIKVVGLQRVALGAALTYLPVQVGDRLNNFRITQAIRSLYSSTHFERVEVLRDGNTLIVKVAERPTISNIIFEGNDDIKDEQLQESLDGNGIRVGEPLDKTVLTSIENGLKDFFYSIGKYNADVSAIVTPLPRNRVDLKLLFEEGDAAEIQQINIVGNSVFSDEELMQDLELQFDTPWWDFLSETRYQQQTLQGDMETLRSHYLDRGYLRFNIDSTQVSMTPEKDGIYIALNVKEGEQYTISGVELVGDLLGNEDYIERVLPLTVGELYNQAEVTYTEEFISKYLGRFGYAYPTVTTVPEINDEDKTVKLTLSVDPGKRIYVRRINFKGNSVTSDNVLRHNVNQMEGTWLSNSLLESSKASMSRLTYMEEVEFETNRLPGVDDQVDVDFSVKEQPSGSFNAGIGYGDRTKLSLQAGIQQNNFLGTGKQVGLNLSTVSYQRSAQITYNDPYFTIDGISLGGSIGYSEFDGSDFNVIQYNSKRWSVGANVGYPINEVNRINFGLTYSSVELYNTGYYEQTEQFYNQFRSAADPEAPIEYDSFQASVAWSRSTLNRGLFPTAGSSQRASFSITTPNSDVNYFKTVFDTKFYFPLSRNQRWSVLARLRLGYGNGYGDINGNEQILPFTENFTAGGADTLRGFENNTVGPRGVIRRNYNTITGPDGQVYPGDPSDDSIQISSRSLGGNAMALGGLELIVPTPFVDAEYDNSVRTSVFLDVGNVWDTEFDYDKYKNLDQLNSSYGKLLDYSDWTQYRSSAGISVQWISPMGPMVFSFSRAIQEREGDDAKFFTFNIGQTF				NA	NA	NA	NA	NA
AK237_00923	1356	rseP	COG0750	Regulator of sigma-E protease RseP	GTGTTTGCGTTTTTATGGAGTTTAGGTGCTTTTATTGTTGCATTAGGCATTCTTGTTGCCGTACACGAGTGGGGGCATTTTATTGTTGCCCGCCTGTGTGGCGTGCATGTGGAACGCTTCTCTATCGGTTTCGGGAAGCCTTTTTGGACCCGGGTTGACAAAAAAGGGACTGAATTTGCCGTGGCGGCCATTCCTTTAGGTGGCTATGTGCGAATGTTGGATGAGCGTGTTGACCATGTGCCTGAAGACAAGCGGCATCTAGCGTTTAACAATAAGCCGGTTTTGCAACGAATGGCGATTATTGCGGCAGGTCCTGGTGTAAATTTTGTATTTGCAGTGCTTGCTTTGTATATCATGTTCCTTATCGGACAAAATACCGTTAAGCCAGTTGTCGGTGAGATAACGACAAATAGTTTTGCACAGCAGGCGCAGTTACAAAAGGGTGATGAGATTATCCGTGTGGATGGGCATGACACCCCCGATTGGGAGTCTGTCAACCTGGAATTAGTATCTGCGATTGGTAATGAGAGCATTCCGGTTACGGTAAAAAATGCTCAAGGTGTAACCAATCAAAAGTATTTACCTATTGATGGCTGGAACTTTGACCCGGAAAAGCAGTCTGCATTAAACAGTTTGGGGATCGTTCCCTTCAGGCCTGCCATTACCTTAGAGGTGGCGCATGTGTCCGACGAGAGTCCTGCTGCCAAAGCAGGCATTCAAGTGAAGGATGTATTGGTTGCGTTAAATGGTAAAGAGATTGCTGATTGGATGTCTTTGGTCGAGACCATTAAAGGTATGCCAGGACAAGACGTCAGTATAACGGTAAAACGGGATGGACAGGAGCAGGTAATTAATGCCACTATCGCCCGCCGTGATACACCAGATGGGCAAGATGGCTTTTTAGGCGTGAGTCCGTTGGCTGAGCCTTGGCCGGAAGGTTACGTTTTTACGCATCAATATGGCCCGATGGAAGCAGTGGGTAAAGCACTGGATAAAACCTGGCGGTTAACTGCCGTCAGTGTTGAAATGTTAGGCAAGCTGGTTACCGGGGATGTATCGCTGAATAATCTCAGCGGACCTATTTCCATCGCGCAAGGTGCGGGTATCAGTGCAGGTTATGGCCTGGCATATTTTTTAAGTTTTTTAGCGTTGATCAGTGTCAGTTTGGGCATTATCAATTTGTTGCCAATTCCCATGTTAGATGGTGGCCACTTGCTGTTTTATATCATCGAGTGGGTATCAGGCAAACCTGTGCCGGAAGGTGTACAGGAGTGGGGGTTTAAGATTGGCGGCGCATTGCTTTTCATGATGATGAGCATCGCCATTTTTAATGATATAAGTCGTTTTACCTCTTAG	MFAFLWSLGAFIVALGILVAVHEWGHFIVARLCGVHVERFSIGFGKPFWTRVDKKGTEFAVAAIPLGGYVRMLDERVDHVPEDKRHLAFNNKPVLQRMAIIAAGPGVNFVFAVLALYIMFLIGQNTVKPVVGEITTNSFAQQAQLQKGDEIIRVDGHDTPDWESVNLELVSAIGNESIPVTVKNAQGVTNQKYLPIDGWNFDPEKQSALNSLGIVPFRPAITLEVAHVSDESPAAKAGIQVKDVLVALNGKEIADWMSLVETIKGMPGQDVSITVKRDGQEQVINATIARRDTPDGQDGFLGVSPLAEPWPEGYVFTHQYGPMEAVGKALDKTWRLTAVSVEMLGKLVTGDVSLNNLSGPISIAQGAGISAGYGLAYFLSFLALISVSLGIINLLPIPMLDGGHLLFYIIEWVSGKPVPEGVQEWGFKIGGALLFMMMSIAIFNDISRFTS	PGPT0011685_978	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-MOTILITY|CHEMOTAXIS	MOTILITY-PILUS|FIMBRIAE_SYSTEM	MOTILITY-PILUS_SYSTEM,PGPT0011685-rseP-K11749	NA	NA
AK237_00924	1182	dxr	COG0743	1-deoxy-D-xylulose 5-phosphate reductoisomerase	ATGCAAACTGTGACAATCCTGGGAGCAACGGGGTCAATCGGTTGCAGTACACTTGATGTCATTGAACGCCACCCGGACAAATACCGGGTGTTTGCTATTACCGGTAACCAACAACTGGATAAGCTCATGATGCAGGCTAAGGCCTGTGCTGCGCGTTATGTTGTAGTCGCTGATGACAATCTTTACACGGATGCGATAGCTGCTGCGAAAGCCCACAATGTAGAATCTGAAATTCTCTGTGGGCCTAAAGCGCTGGAAGAAGTAGCGAGTGCACCAGAAGTAACATCCGTTATGGCAGCCATTGTTGGCGCTGCAGGTTTACTGCCCACATTGGCGGCAGTAAAAGCTGGCAAGCGCGTACTGTTGGCAAATAAAGAAGCGCTTGTTATGTCTGGCGCCTTGTTTATCGACGCGGCGAATCAGTCGGGTGCAGAAATCCTTCCCATAGATAGCGAACATAATGCTATTTTTCAATGTTTGCCTCAGGATTTTGAATACGGCAAGTTATCTCAATCTGGCATTAATCAAATCTTACTTACCGGGTCGGGCGGCCCCTTCAGAGAACGTGAATTAGCGTCATTCGGTGCTATTACCGTCGAAGAGGCGTGTCATCATCCTAACTGGTCTATGGGGCGTAAGATTACCGTCGATTCAGCCACCATGATGAACAAAGGGCTGGAGTTTATCGAAGCGTGCTGGTTATTTGGTGCAACTTCAAAAGACATCACGGTCGTGTTACACCCTCAGAGTGTTATTCATTCGATGGTACAGTACAATGATGGTTCAGTTATCGCGCAGCTTGGTAATCCGGACATGCGTACACCTATTGCTTACGGTTTGGCATGGCCTAAACGTATTGATGCGGGCGTTGCGCCACTCGACTTTGCGCAAATGGCTGATTTATCTTTTACAACACCGTGTTATACCCGTTATCCAAATTTGAAATTGGCTGTCGATGCCTGCGATAGCGGTCAAGCTGCAACGACAAGGTTGAATGCGGCCAATGAGGTAGCCGTCGCGGCTTTCTTAGAAGAACAAATCGGCTTCACCGACATTGCCAGAATTAACGAAGAAACGCTTAATAAAATGGAACCTGTCACTGTGACATCACTCCAACAAATTCTTGAAGAAGACAGGCAAGCGCGTGAAGTCGCGATGCAACTCGTGCGAGGTATAGCGTAG	MQTVTILGATGSIGCSTLDVIERHPDKYRVFAITGNQQLDKLMMQAKACAARYVVVADDNLYTDAIAAAKAHNVESEILCGPKALEEVASAPEVTSVMAAIVGAAGLLPTLAAVKAGKRVLLANKEALVMSGALFIDAANQSGAEILPIDSEHNAIFQCLPQDFEYGKLSQSGINQILLTGSGGPFRERELASFGAITVEEACHHPNWSMGRKITVDSATMMNKGLEFIEACWLFGATSKDITVVLHPQSVIHSMVQYNDGSVIAQLGNPDMRTPIAYGLAWPKRIDAGVAPLDFAQMADLSFTTPCYTRYPNLKLAVDACDSGQAATTRLNAANEVAVAAFLEEQIGFTDIARINEETLNKMEPVTVTSLQQILEEDRQAREVAMQLVRGIA	PGPT0007585_2215	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-TERPENOID_DERIVATE_PRODUCTION,PGPT0007585-ispC|dxr-K00099	NA	NA
AK237_00925	864	cdsA	COG0575	Phosphatidate cytidylyltransferase	ATGCTAAAACAACGAATAATAACAGCATTAATACTGGCGCCTCTGGCGCTAATTGCCATTCTTTTCTTACCCGTTTGGTGGTTTGAAGTTGCTATTGCGGGTGTTATCGGCCTGGGTGGTTACGAGTGGGCCAATATGTCCGGTATTACTGCTCGCCCTCGCAAAGCGATGTTTGCCGCATTTGTTTTCGCGTTGTGCCTCGTGCTTTCATCAATTGTTGATGCCCAGGCAATCTGGTTTCAAGGGCAACTTCATGGCCTGTACCACTTTATTCTCGGTATTTCTGTTGTGTGGTGGCTGTTTTCGTTAGGCATGATTATCGCCTATCCTCGTTATTCAGCGTTTTGGCGTAATAATAATCTCATCAGAATGGGGTTCGGTTTACTTACGTTAATTCCTACCTGGGTCGCCGTTATCAGCTTGCGAACTAGTTTACACGATGTTGATACGCTTTACGGCTCCTCACTCATTTTCTACGTGTTGGGTATTGTGTGGGCCGCGGACATTGGCGCATTTTTTACTGGCGTCAAATTTGGTCGCCACAAGCTTCGCCCCAATGTGTCACCCGGTAAAACCCTCGAAGGCTTACTTGGTGGAATAGGTGCTTCCTTTGCGATTATTGCTTTTGCAGCATTGCATTATCAGGTTGCAGCAGATCGCATCTGGCTTCATCTTCTCATTGGCGGCATTACCGTTGCGGTTTCTGCCCTTGGGGATCTCAACGAAAGCATGCTCAAACGTTGTGCCGGCATTAAAGACAGCGGTAAGTTACTGCCGGGGCACGGTGGAATTTTAGATCGAATTGACAGTTTAACAGCGGCATTTCCTGTCTTTGCATTCTGTTATGTTACCTGGATGGCATGA	MLKQRIITALILAPLALIAILFLPVWWFEVAIAGVIGLGGYEWANMSGITARPRKAMFAAFVFALCLVLSSIVDAQAIWFQGQLHGLYHFILGISVVWWLFSLGMIIAYPRYSAFWRNNNLIRMGFGLLTLIPTWVAVISLRTSLHDVDTLYGSSLIFYVLGIVWAADIGAFFTGVKFGRHKLRPNVSPGKTLEGLLGGIGASFAIIAFAALHYQVAADRIWLHLLIGGITVAVSALGDLNESMLKRCAGIKDSGKLLPGHGGILDRIDSLTAAFPVFAFCYVTWMA	PGPT0007685_2822	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-GLYCEROPHOSPHOLIPID_REMODELLING	CE-REMODELLING_GPL_CYTIDYLYLTRANSFERASE_ACTIVITY,PGPT0007685-cdsA|ynbB-K00981	NA	NA
AK237_00926	780	ispU	COG0020	Ditrans,polycis-undecaprenyl-diphosphate synthase ((2E,6E)-farnesyl-diphosphate specific)	ATGTTAGGAATGCGGTCTAACACAGCGCCTAAAACGCCTGAAGCCCCAGCCAGTGTGCCGGGGCCTCAGCATGTTGCGATCATCATGGACGGCAATGGTCGATGGGCGCAAAAGAAAGGCAAAATCAGAACATTTGGCCACAAAGCCGGTGTTGAATCTGTTCGGGCTGTCGTACGGTTTGCCCGTCAAAATAGCATCCAATCATTAACCCTCTTTGCTTTTTCAAGTGAAAACTGGAAGCGTCCGGAAGAAGAGGTGTCTGTGTTGATGGAGTTATTCAATCTCGTGTTGAATAACGAAGCTAAACGACTTCATAAAAATGGCGTTCGCTTAAAAGTTATTGGTGATGTATCAGCTTTTGATGAAAAATTAAAAGAGAAGATTCGAAAAGCAGAAGAGATGACTGCTGATAATAAGGATCTTGTCCTGAACATTGCGGCAAATTATGGCGGACGTTGGGATATTGTTCATGCAGCAAAGCAACTTTCGCAGGCAGTTTCCGATGGCACAATGACGCCTTCGGATATTACTGAAGCGATGTTCGATGCGCATATTTCCACGGCAGGTTTGCCTGAACTCGACTTGCTCATCCGCACCGGTGGTGAACATCGTATTAGTAACTTTTTACTATGGCAATGTGCCTATGCGGAACTATATTTTACTGACGTTTTATGGCCGGATTTTACTGAAGAAGTGTTTCAAAAAGCGGTAGACGATTTTAAACAGCGTCAGCGTCGGTTCGGTCTTACAGGTGAGCAGATCAGCGTTCCAGAGAGCTGA	MLGMRSNTAPKTPEAPASVPGPQHVAIIMDGNGRWAQKKGKIRTFGHKAGVESVRAVVRFARQNSIQSLTLFAFSSENWKRPEEEVSVLMELFNLVLNNEAKRLHKNGVRLKVIGDVSAFDEKLKEKIRKAEEMTADNKDLVLNIAANYGGRWDIVHAAKQLSQAVSDGTMTPSDITEAMFDAHISTAGLPELDLLIRTGGEHRISNFLLWQCAYAELYFTDVLWPDFTEEVFQKAVDDFKQRQRRFGLTGEQISVPES	PGPT0024180_1000	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-PEPTIDOGLYCAN_REMODELLING	CE-PG_REMODELLING-UNDECAPRENOL_MODIFICATION,PGPT0024180-uppS|ispU-K00806	NA	NA
AK237_00927	558	frr	COG0233	Ribosome-recycling factor	GTGATTGATGAGATAGAAATGGATGCGCAAGAGCGCATGGAAAAAAGCATCAGCGCACTGAAAAGTCAGTTAAGCAAAATCCGCACTGGTCGCGCGCACCCAAGCTTGCTCGATGGTATTATGGTGCCTTACTACGGTGTCGATACACCGTTGAAGCAAGTTGCTAACGTGGTCGCGGAAGACAGCCGCACACTGGCGCTGAGCGTATTTGACAAAAGTGCCATTCAAGCCGTAGAAAAAGCTATTATGCAATCTGATTTGGGCTTAAACCCAATGAGCGCTGGCGCGTCAATTCGTATTCCACTGCCACCATTAACAGAAGAACGCCGTAAAGATCTTATCCGCGTTGTACGTAATGAAGCTGAAGGTGGTCGTGTTGCTATCCGTAACATTCGTCGTGACGCGAACAGCGATGTGAAAGACTTGCTGAAAGAAAAAGAAATCAGTGAAGACGAAAGCCGCGCAGCGGAAGAAAACATTCAGTCTTTAACGAATGATTTCATCAAAAAAGTGGATGCCATGTTGGCAGACAAAGAAAAAGAATTAATGGAAATATAA	MIDEIEMDAQERMEKSISALKSQLSKIRTGRAHPSLLDGIMVPYYGVDTPLKQVANVVAEDSRTLALSVFDKSAIQAVEKAIMQSDLGLNPMSAGASIRIPLPPLTEERRKDLIRVVRNEAEGGRVAIRNIRRDANSDVKDLLKEKEISEDESRAAEENIQSLTNDFIKKVDAMLADKEKELMEI				NA	NA	NA	NA	NA
AK237_00928	741	pyrH	COG0528	Uridylate kinase	ATGAGTATCACACCAAAATCAGCCTATCGACGTATTTTGTTAAAACTCAGCGGTGAAGCGCTAATGGGTTCCGAGGGATTCGGTATCGACCCGAAAGTACTGGATCGGATGGCTCAGGAAATTAAAGAGCTGGTTGAGTTGGGTGTGCAGGTAGGATTAGTTATCGGCGGTGGTAACTTGTTCCGTGGTGAAGGCCTGGCGAAAGCGGGTATGAACCGTGTAGTCGGTGACCACATGGGGATGCTGGCCACCGTGATGAACGGCCTGGCCATGCGTGATGCGTTGCACCGTGCTTTTGTAAACGCCCGCCTGATGTCTGCCATTCCTTTAAATGGTGTATGTGACGCCTACAACTGGGCAGAAGCTATCAGCTTATTAAAATCTGGCCGTGTGGTAATTTTCTCTGCCGGTACAGGTAATCCTTTCTTCACAACCGATTCTGCTGCGTGTTTGCGTGGTATTGAAATCGAAGCTGAGGCTGTCCTGAAAGCCACCAAAGTAGATGGCGTCTACAGCGACGATCCAGTGAAAAACCCTGACGCAACGCTTTACCGTGAACTGTCTTATCAGGAAGTGCTCGAAAAAGAACTGAAAGTCATGGATTTATCGGCGTTTACCCTGGCGCGGGATCACCGTATGCCTATCCGTGTATTTAATATGAACAAACCAGGATGCCTGAAACGCGTCGTTATGGGTGAGCAAGAAGGTACCCTAATCGACCATCCTGAAAATTTTAAGTAA	MSITPKSAYRRILLKLSGEALMGSEGFGIDPKVLDRMAQEIKELVELGVQVGLVIGGGNLFRGEGLAKAGMNRVVGDHMGMLATVMNGLAMRDALHRAFVNARLMSAIPLNGVCDAYNWAEAISLLKSGRVVIFSAGTGNPFFTTDSAACLRGIEIEAEAVLKATKVDGVYSDDPVKNPDATLYRELSYQEVLEKELKVMDLSAFTLARDHRMPIRVFNMNKPGCLKRVVMGEQEGTLIDHPENFK	PGPT0021205_1001	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021205-pyrH-K09903	NA	NA
AK237_00929	873	tsf	COG0264	Elongation factor Ts	ATGGCAGTGACTGCAGCACTTGTTAAAGAACTGCGTGAGCGTACCGGCGCAGGTATGATGGATTGTAAAAAAGCGCTGGTTGAGACCGATGGTGACATCGAACTGGCCATCGAAAACATGCGTAAATCTGGTCAGGCAAAAGCCGCTAAGAAAGCTGGCCGTATCGCCGCTGAAGGTGTGATCCTGACTCAGGTTGAAGGCAACCGCGCTACCATGATGGAAGTGAACTGTGAAACTGACTTCGTTGCTCGTGACGAAGGTTTCTTAGGCTTCGGTAACAAAATTCTGGCAGTTGCACACGCTGGTAACATCAACTCTGTTGAAGAGTTAAACGAAGCAGAACTGGACGGCGCGAAAATCAGCGACGTTCGTGACGCTTTGGTTGCAAAAATCGGTGAAAATATCTCTGCTCGTCGCGTAATCAATGTAGAAGGCGATAACCTGGGTGCATACGTGCACGGTGGTCGTATCGGCGTAATCGCTATTCTGACTGGCGGTGACGAAGAGTTGGCGAAAGACGTAGCTATGCACGTTGCTGCGGCAAGCCCTCAGTTCGTTAAGCCTGATGATGTTCCTGCTGAAGTAGTAGAAAAAGAGAAAGAAATTCAGGTAGAACTGGCTATCCAATCTGGTAAGCCTGCTGATATCGCTGAGAAAATGGTTGCTGGTCGCATGAAGAAATTCACTGGCGAAATCAGCTTAACTGGTCAGCCTTTCGTAAAAGATCCTTCCATGTCTGTTGGTGAATTGCTGAAGAGCAAAGGCGCAGACGTTATCAACTTCATCCGTTTTGAAGTGGGTGAAGGTATCGAGAAGAAATCTGAAGACTTCGCAGCAGAAGTTGCGGCACAAATGGAAGCGGCGAAGAAATAA	MAVTAALVKELRERTGAGMMDCKKALVETDGDIELAIENMRKSGQAKAAKKAGRIAAEGVILTQVEGNRATMMEVNCETDFVARDEGFLGFGNKILAVAHAGNINSVEELNEAELDGAKISDVRDALVAKIGENISARRVINVEGDNLGAYVHGGRIGVIAILTGGDEELAKDVAMHVAAASPQFVKPDDVPAEVVEKEKEIQVELAIQSGKPADIAEKMVAGRMKKFTGEISLTGQPFVKDPSMSVGELLKSKGADVINFIRFEVGEGIEKKSEDFAAEVAAQMEAAKK				NA	NA	NA	NA	NA
AK237_00930	732	rpsB	COG0052	30S ribosomal protein S2	ATGGCTAACGTATCAATGCGTGACATGCTGAAAGCCGGTGTGCATTTCGGTCACCAAACCCGCTACTGGAACCCTAAGATGAAGCCTTTCATCTTTGGTGCTCGTAACAAAGTTCATATCATCAACCTGGAAAAAACAGTACCTCTGTTCAACGAAGCAATGAACTACCTGTCTGGTGTTGCTTCTAAGAAAGGTAAAATCCTGTTTGTTGGTACTAAACGTGCGGCTGGTGAAGCTGTAAAAGATGCAGCTCAGAAATGTGACCAGTTTTACGTGAACAAGCGTTGGTTGGGCGGTATGCTGACTAACTGGAAAACAGTTCGCCAGTCTATCAAGCGTCTGAAAGATCTTGAGCAACAAGCACAAGACGGTACTTTCGACAAGCTGACCAAGAAAGAAGCGCTGATGCTGCAACGTGAAATGGACAAGCTGGAAAACAGCCTGGGTGGTATCAAAGACATGGGCGGTCTGCCAGACGTGATCTTTGTTATCGATGCTGACCACGAGCACATTGCTATCACTGAAGCTCGTAACCTGGGTATTCCAGTAGTTGGTGTTGTAGATACTAACTCTAACCCAGACGGTGTTGATTTCATCATCCCAGGTAACGATGATGCGATCCGTGCTATCCAGCTGTATCTTGATGCTGCTGCTGATGCAGTAAACAAAGGTCGCGAAAGCAACCTTGAAGTTCAGGCTGAACAAGACGACTTCGTAGAAGCGGCTGAGTAA	MANVSMRDMLKAGVHFGHQTRYWNPKMKPFIFGARNKVHIINLEKTVPLFNEAMNYLSGVASKKGKILFVGTKRAAGEAVKDAAQKCDQFYVNKRWLGGMLTNWKTVRQSIKRLKDLEQQAQDGTFDKLTKKEALMLQREMDKLENSLGGIKDMGGLPDVIFVIDADHEHIAITEARNLGIPVVGVVDTNSNPDGVDFIIPGNDDAIRAIQLYLDAAADAVNKGRESNLEVQAEQDDFVEAAE				NA	NA	NA	NA	NA
AK237_00932	123			hypothetical protein	ATGCGCCGGACATGCGCTACACCCGATGACTTACCTGACGCAGGTGTATTTGTGTCATCGTTGTTTAAAATCGGCGGACGCATAATTAGTGGTATGGTAACGTTTGCCGGCGCAACTGTATAG	MRRTCATPDDLPDAGVFVSSLFKIGGRIISGMVTFAGATV				NA	NA	NA	NA	NA
AK237_00933	795	map_1	COG0024	Methionine aminopeptidase	GTGGAAGCTATTATCAAAACCGCTGAAGAAATTGAAAAAATGCGCATTGCCGGCAAACTCGCCGCTGATGTGCTGACGATGATTACACCACACGTTAAAAAAGGTGTCACGACTGAAGAGCTTAACGCGATTTGCCATGACTACATTGTCAATGAGCAACAAGCGATACCCGCACCGTTAAACTATGGGCACCCACCGTTTCCAAAATCTATTTGCACGTCTGTGAACCACTGCATTTGCCATGGTATTCCCTCAGACAAAAAACTAAAAGACGGTGACATCCTAAACATTGATGTCACGGTTATAAAAGACGGTTATCACGGTGACACCTCTAAAATGTTTATCGTAGGCAAACCGTCCATTATGGCGGAACGTTTAGTCCGCGTAACACAAGAATGTCTGTACAATGCAATTAAACAAGTGAAGCCTGGCATGCGTTTAGGTGACATAGGCCACATTTGCCAAACTCACGCTGAATCGCATAACTATTCGATTGTGCGTGAATATTGTGGGCACGGCATCGGCGCCGGTTTCCACGAAGAGCCGCAAATTGTGCATTATGGTCGTCCGGGTACCGGTGATGAGCTGGTTCCGGGTATGTGCTTTACCATTGAGCCGATGGTCAACGCCGGTAAGCGCTATTCAAAAGTGCTGCCGGATCAATGGACTGTCGTCACAAAGGATCGCAGTTTAAGCGCGCAATGGGAGCACACATTACTCGTTACTGAAGACGGCGTAGAAATTCTCACATTACGAGAAGAAGAAGACCTGCCCAAAGTCATTAGTCACAGTTAA	MEAIIKTAEEIEKMRIAGKLAADVLTMITPHVKKGVTTEELNAICHDYIVNEQQAIPAPLNYGHPPFPKSICTSVNHCICHGIPSDKKLKDGDILNIDVTVIKDGYHGDTSKMFIVGKPSIMAERLVRVTQECLYNAIKQVKPGMRLGDIGHICQTHAESHNYSIVREYCGHGIGAGFHEEPQIVHYGRPGTGDELVPGMCFTIEPMVNAGKRYSKVLPDQWTVVTKDRSLSAQWEHTLLVTEDGVEILTLREEEDLPKVISHS	PGPT0020010_5570	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
AK237_00934	2652	glnD	COG2844	Bifunctional uridylyltransferase/uridylyl-removing enzyme	TTGAGCTTACAAAGACTGATCGAACAGGCTGAAACCATTACCACTGCTGACGATATTGCCGGTATCAAAGCATGTATTACTGCATCTAATAAATGGCTTGAGAACGCCTTTAACGCCACGCCCGTTGACCAATTGGTTACAGGCAGAGCCAAATTTGTTGATGCATTGCTGTCACATATCTGGCAACTGATGGGATTAGATGTCGTCGATGGGTTGGCACTTTGCGCGGTAGGTGGATACGGTCGCGGCCACCTGCAGCCTCACTCAGATATCGACTTATTAATTGTAAGCCACAAGTCCCTCGATAAAAATGTGCAAGAGCGCATTAGTCAGTTCATCACCCTGCTTTGGGATATCAAACTTGATGTTGGTCAATCAGTCAGGACGGTAAAAGAAACCCTTCAACTCGCCAAAGAAGATATCACCATTGCAACCAACCTCGTCGAGAGCCGCTTGCTCACCGGTGATACCTCAGTATTTGAAACACTTTGGGATAAACTCAACAGTCGCCGGGCTTTGTCCTCTAAAGATTTTTTCAAAGCAAAATATGATGAACAGAAAGCGAGGCACGCTAAATTTAACGGTACCTCATACAACCTGGAACCCAATATCAAAGAAAATCCGGGATGCCTGAGAGATATCCAGTCCATTGGCTGGGTTGCCAAGAAGCACTTTAAAGAATATGACGGCATTAATTTGGTCGGACATGGCTATTTTGCCGAAGAAGAACACGCGGAGCTAATCAGTTGTCGCATGCATTTGTGGCGCATGCGCTTTGCCTTGCACTTAGTTGCCGGACGAAGCGAAAACCGCCTGCTTTTTGATTACCAGCCCGACGTGGCAGAAAAGCTGGGTTATGGGCGTGATGGTAAAGCGTCAGTTGAAAAAATGATGCGTGACTTTTTCAGAATCATTCGTCGGGTTAGCGAACTCAACAACATGTTGCTCCAACGCTTCCGATACGACATGCTGAATCAAAGCGTGCAATCCGAAACGCCGGTCAATCAGGATTTTAAATTGCTTGATGGCATGATCTCGCCTACCCGCTCTGGTGTTTTCGACAGCCCGGAGGCAGTGTTAGATTTTCTAAAAGTCGTTGCTGATACCCCCGCGGTTCAAGGACTGGATACCGACACTATCCGCCAGTTAAGAAATGCCCGCCGCCAGTTTGAAGACAGCTACTACGTTGAGCGTGAAGGCTGTCGCGAACGTTTAATGTTATTGCTACGTCATCCGCACTTTTTTGATTTTGCCTGGGACATTATGCATCAGTACGGCATTTTAGAATGCTATCTGCCTGAATGGGATAAAATTGTTGGCATGATGCAGTTTGACTTGTTCCATGCTTATACGGTGGATGAACATACCCATCGCGTTGTGAAGAATGTTAATCACTACTTCCAGCCGGAAAACATCGAATTTCCCCGATGCGGCAGAATTGTTAGAAACCTGGATAAACCTGAGCTTATTTATATTGCTGCAATATTTCATGACATCGCCAAGGGCCGGGGGGGCGATCACTCTGAACTCGGCGCAGAAGATGTGGCGAAATTTGCCGAGCAACATGGCATTAAACGTAAAGACGCACAATTAATTGAATGGCTGGTAGAAAACCACCTGTTAATGTCAGTGGTCGCACAGCGCAGAGATATTTACGATCCCGATGTCATCAGCGAATTCGCTACCGCGGTGCGCAGCCACACTCACCTTAACTTGTTGTATATTCTGACACTGGCCGACATTCGCGCAACCAATGATAATTTGTGGAACGACTGGAAATCATCGCTCCTCAGAGAACTTTACTTAATGACACAAAAGGCGCTAGACAACGGCATGCAGTGTCAGGTGACATTAGATGACCGCGTTAAAGAGCACAAGCATACCGCGCGCATCATTCTGGATGCCCAGGGTGTGCCGGAAAACGATGTACAGTCATTGTGGAACCGATTAGAAGACGATTATTTTGTCCGTTTCAAGCCAGCTCAGATTGCTTGGCACACCCAGGAAATCCTCAGCGGCGAAAAAACGGTGCTGGCTGACAATGCCGATGCCCTGGTGGTAAAAGCAAATGATAACTCCGCTAAAGGTGGCACAGAAATTCTCATTTACGGACGCGATCGCAAAGCCCTCTTTGCTCAGGTTGCGTCTGTGATTGATAGCAGAAACTGCTCTATTCACGATGCTCACATCACAGTGACTCGCGATGGCTACGTATTTGACAGCATTCTCGTACTGGAAAATGACGGGTCGAGATTAAGCGGTGAAAACCGTACCCGTAGCCTGGAAAACGCAATTATTTCTCAGCTCGATAAACCCGGTCGGGCACATGACAACCAGCGTAAACTGTCGCGACAAATGCGCCAGCTAAATGTACCTACAAAAATTCGCTTTTTCACACTGAATGAAGAAAGCACGCTTATAGAGCTGGAAGCGCTGGACGCACCGGGGATTCTGGCTAAAATTGGCCATGCCTTCGTGGATAAGAGCGTGGTTCTGAAACTGGCAAAAATCGCTACCATTGGCGAACGTGCCGAAGATATTTTTATTGTCAGCAACGATGCTGGCAAATCGTTAACCCAGGAGCAACAGATTGCCCTTAAGAAGCAAATTCTGTTTAAACTCGATCAACTTGAAGACATCAACATATCATGA	MSLQRLIEQAETITTADDIAGIKACITASNKWLENAFNATPVDQLVTGRAKFVDALLSHIWQLMGLDVVDGLALCAVGGYGRGHLQPHSDIDLLIVSHKSLDKNVQERISQFITLLWDIKLDVGQSVRTVKETLQLAKEDITIATNLVESRLLTGDTSVFETLWDKLNSRRALSSKDFFKAKYDEQKARHAKFNGTSYNLEPNIKENPGCLRDIQSIGWVAKKHFKEYDGINLVGHGYFAEEEHAELISCRMHLWRMRFALHLVAGRSENRLLFDYQPDVAEKLGYGRDGKASVEKMMRDFFRIIRRVSELNNMLLQRFRYDMLNQSVQSETPVNQDFKLLDGMISPTRSGVFDSPEAVLDFLKVVADTPAVQGLDTDTIRQLRNARRQFEDSYYVEREGCRERLMLLLRHPHFFDFAWDIMHQYGILECYLPEWDKIVGMMQFDLFHAYTVDEHTHRVVKNVNHYFQPENIEFPRCGRIVRNLDKPELIYIAAIFHDIAKGRGGDHSELGAEDVAKFAEQHGIKRKDAQLIEWLVENHLLMSVVAQRRDIYDPDVISEFATAVRSHTHLNLLYILTLADIRATNDNLWNDWKSSLLRELYLMTQKALDNGMQCQVTLDDRVKEHKHTARIILDAQGVPENDVQSLWNRLEDDYFVRFKPAQIAWHTQEILSGEKTVLADNADALVVKANDNSAKGGTEILIYGRDRKALFAQVASVIDSRNCSIHDAHITVTRDGYVFDSILVLENDGSRLSGENRTRSLENAIISQLDKPGRAHDNQRKLSRQMRQLNVPTKIRFFTLNEESTLIELEALDAPGILAKIGHAFVDKSVVLKLAKIATIGERAEDIFIVSNDAGKSLTQEQQIALKKQILFKLDQLEDINIS	PGPT0000660_1248	DIRECT EFFECT	BIO-FERTILIZATION	NITROGEN_ACQUISITION	N-AQUISITION-REGULATION	GLN-NITROGEN_REGULATORY_SYSTEM,PGPT0000660-glnD-K00990	NA	NA
AK237_00935	825	dapD	COG2171	2,3,4,5-tetrahydropyridine-2,6-dicarboxylate N-succinyltransferase	ATGACTGAATTGAAATCCATCATTGAAGATGCGTTTGAAAACCGTGACGCCCTGTCACCCTCTTCTGCGCCGGACGAAGTAAGACAAGCAGTTGCAGACGCCATTGCCATGCTAAATAGCGGTAAAGCCCGCGTAGCTGAAAAAATTGCCGGCGAATGGGTTGTTCATCAATGGCTTAAAAAGGCGGTATTGTTGTACTTTCGTCTTCACAACAACGACATTATCGACGGTGCGGAAACAACATACTTCGATAAAGTACCGTTAAAATATACCGACTACACTGCAGAACAGTTCGCTGCTGAAGGCGTGCGCATTGTGCCACCGGCAGCGGTTCGCACAGGCTCATATGTGGGTAAGAACGTGGTTGTTATGCCCTCTTATGTCAATATTGGCGCCTTTGTGGACGAAGGTACTATGGTAGATACATGGGCAACCGTTGGCTCATGTGCTCAAATTGGTAAAAACGTACACTTATCTGGTGGCGTGGGTATAGGTGGTGTACTGGAACCACTGCAAGCCAATCCTACTATCATCGAAGACAACTGCTTTATCGGCGCTCGTTCTGAAATTGTTGAAGGTGTGATTGTTGAAGAAGGTGCGGTAATTTCTATGGGCGTTTACATCTCACAGAGCACCCGCATTTATGACCGCGAAACTGGCGAAATCACCTATGGTCGCGTACCGGCAGGTTCGGTTGTGGTTTCAGGCTCACTGCCCTCTAAAGATGGTTCGCACAGCCTGTATGCTGCCGTAATCGTGAAGAAAGTTGACGCGAAGACCCGAGCCAAAGTGGGCATCAACGCGTTACTGCGCGGTGTGGAATAA	MTELKSIIEDAFENRDALSPSSAPDEVRQAVADAIAMLNSGKARVAEKIAGEWVVHQWLKKAVLLYFRLHNNDIIDGAETTYFDKVPLKYTDYTAEQFAAEGVRIVPPAAVRTGSYVGKNVVVMPSYVNIGAFVDEGTMVDTWATVGSCAQIGKNVHLSGGVGIGGVLEPLQANPTIIEDNCFIGARSEIVEGVIVEEGAVISMGVYISQSTRIYDRETGEITYGRVPAGSVVVSGSLPSKDGSHSLYAAVIVKKVDAKTRAKVGINALLRGVE				NA	NA	NA	NA	NA
AK237_00936	450		COG0716	putative protein	ATGACAGCATTAACTATTCTGGCCGGCAGTGTTTACGGCAATGCGCAGCATGCTGCAGAAACCGTGGCAGATTCATTAAGCGCACAAGGCATCGAATGTCAGGTATGTAGCGATCCGCAGCTATCTGACGTAACAGATGCGGGCGCCCTATTGGTTATTACATCTACCACCGGACAGGGTGATGTACCGCCAAATCTGGAGTTTTTATTTTCCGATTTAAAAGATCAGTTTCCTTTACTGGATAGAAAACCATTCGCCGTATGTGCATTAGGCGATAGCAGTTACGGTGAAACTTACTGCGCAGCTGGCAAACAGTGGTTCGAGCTTTTAACCGAATTACAGGGAAAACCCGTTGCAGATATGCTGGAAGTGGATGCAATAGAGTGTTTTGAACCAGAAAAGCCGGTGCTGGCGTTTGTCGAATCGATAAAAGATGAGCTGGTGGTATAA	MTALTILAGSVYGNAQHAAETVADSLSAQGIECQVCSDPQLSDVTDAGALLVITSTTGQGDVPPNLEFLFSDLKDQFPLLDRKPFAVCALGDSSYGETYCAAGKQWFELLTELQGKPVADMLEVDAIECFEPEKPVLAFVESIKDELVV				NA	NA	NA	NA	NA
AK237_00937	756	truC	COG0564	tRNA pseudouridine synthase C	GTGAATGAGAATGGTGCGATACCAAGCAGTCAGTCCGTCCGTATTTTATATCAAGACGAATACATCGTCGCTATGGATAAGCCGCCTGGCTTGCTTGTGCACAGAAGCCCAATTGACAAGCGCGAAACTGAATTTGCCGTACAGAGGCTTCGTGACGCCGTCGGACAACATGTTTTTCCTGTTCACCGTCTGGACAGGCCGACATCGGGGGTACTGGTTTTCGCTTTCAATGGGCAAATTGCCAGTCAGTTAGGACAGGCAATGATGGGAAAACAAATCAAGAAAGGATATATGGCATTAGTGCGAGGGTGGATGAACGGAAGCGGCTTAATTGATTACGCCCTAACGTTTAAACGAGATAAATTTGCAGATGCCCATCGTGTAAGCGATGTAGCCCCGCAGGATGCAATAACAGAATATGAAGTTAAGCGCAGATTCAGCGTACCTATGCCTGTAGGACGCTATGATTCAGCAAGGTATTCGCTGGTGGCGCTACGGCCGTTTACTGGCCGAAAGCATCAACTGCGCAGGCATCTTGTTCATTTGCGTCACCCGATTATTGGTGATACCACTCATGGTGACGGTAAACAGAATAAATTTGCACGGACACAGTTTGGGTTTAAGGAATTAGCCCTTACTTGTACAGTAATGCAATTTTTCCATCCGGTGACGGGAAAAACAGTTACCATTCAAACAACGCCTCATGCGCCGTTTGCCAGTATGCTTACTGATCTGGCAGCGTATGAAGTTACCTAG	MNENGAIPSSQSVRILYQDEYIVAMDKPPGLLVHRSPIDKRETEFAVQRLRDAVGQHVFPVHRLDRPTSGVLVFAFNGQIASQLGQAMMGKQIKKGYMALVRGWMNGSGLIDYALTFKRDKFADAHRVSDVAPQDAITEYEVKRRFSVPMPVGRYDSARYSLVALRPFTGRKHQLRRHLVHLRHPIIGDTTHGDGKQNKFARTQFGFKELALTCTVMQFFHPVTGKTVTIQTTPHAPFASMLTDLAAYEVT				NA	NA	NA	NA	NA
AK237_00938	312			hypothetical protein	ATGTCTCAGATAGAACAAATAATTGCTTTGTTGCGGGATTTAGAGGTAGCCCTGAAAGCTGCCGGGCGATGGTCGAACTCTGCACCCGCGCCGTCGGCATTAAGCAGTGTGCAACCGTTTTCGCGAGATACATTGGCGTTTGAAGAGTGGCTGCAATTTATCTTTATTCCGCGGTTTACTCAGTTAATCCAGCATGGCCAGCCTTTGCCCACTAACATGGCGTTGCTTCCTATGGCGCAAATGACTCTGCCTGGCGATGTGCAGCTTCACTTAATATTACAGCAGCTTGATGAGGTTATTTGCGGTGAATGA	MSQIEQIIALLRDLEVALKAAGRWSNSAPAPSALSSVQPFSRDTLAFEEWLQFIFIPRFTQLIQHGQPLPTNMALLPMAQMTLPGDVQLHLILQQLDEVICGE				NA	NA	NA	NA	NA
AK237_00939	1053			hypothetical protein	ATGGCCGGACAATCAGCCCAATCTATTCAAACACTCAGTGAGTTTTTGCTTCACGCGGGCACAAACTTTCAATTGTTTGATTTGGGTCGTGGTGTGCACGCGCTTGATACCCAACAGTTTCTGGATATGGAAAACGGCAAACTACCCTGCCCGCGCCCTCGCCAGCAACATGCCTGGTTTGGCATTGTCTTTTGGTCTGGTAAACCAGTGCAACAACATTACATTTGGTTTGTGAAATTTCCTATCGATGAGCGTGGTTTATTAGTTGTCGCGGCGCGCAATCATTTTTTGCAGATTATTGTTGAAGCCCTGGGCACCGGGTTAGGCGATGAACAACAAGACACGTTACCTGATAACCCTTATTCGTTTGTGCCAGGGCAGTCTCAAATGGCTCAGTTCAATGCGCTTACCCGCAAGATGCTTGGGCTTCCCTCATACGACGGCGTCGAACAAGTTGCACAGTACGTTAAAGCGCCGGCCATCAGTGAGTGGCGCACACTTTCGGTACAAGCGATAGCGGACTATGTCATCAACGAACTTGGCTCTGAGAAAACCACAGACATTGCCGCCAATTTACCTATCTACCAACATGACTTCGTACAAACACTATTAACCTGCTGTGAGTCAGTGACATTGTCAGATGAGTTTGTCACTATCATTGCAACATTTTGCGAGAATATCATTACAACAGAGCCTGCCAAGGGGCTGGCTGCACTTCGGGCACTCGCCAGTGAGCAAGATAACGACACGGTAAAAGCCTTGTTAACACAGCTGTTAACTCGTGATGATGCAGACATGCACTTGCTCAGTGTGATTGCAGGTCGTCATTACAGTCAACTCGACTCAAAGCTGCTGGTACTGTTTTTCGAATGTGCCGCACACATAGACGAGAAAGAAGATATGCAAGGTAAGTTATTTGCCGGCTTCTTTTCTGATCTGGTTCAATTGCCGGTATTGCGGTTGCAGGTACTTGGCATGTTACGTTCACCGGACCGTAGTGCTGTGCTCGCACACGCCTTTGGACGACTCTTCAATCAAACGCAAAAGCAGTAA	MAGQSAQSIQTLSEFLLHAGTNFQLFDLGRGVHALDTQQFLDMENGKLPCPRPRQQHAWFGIVFWSGKPVQQHYIWFVKFPIDERGLLVVAARNHFLQIIVEALGTGLGDEQQDTLPDNPYSFVPGQSQMAQFNALTRKMLGLPSYDGVEQVAQYVKAPAISEWRTLSVQAIADYVINELGSEKTTDIAANLPIYQHDFVQTLLTCCESVTLSDEFVTIIATFCENIITTEPAKGLAALRALASEQDNDTVKALLTQLLTRDDADMHLLSVIAGRHYSQLDSKLLVLFFECAAHIDEKEDMQGKLFAGFFSDLVQLPVLRLQVLGMLRSPDRSAVLAHAFGRLFNQTQKQ				NA	NA	NA	NA	NA
AK237_00940	303			hypothetical protein	ATGACCCTTGGTGAATTAACATTATTTTTGGTTATCGGCTTTGTAGCATTTCAATTTTGGCGAGTACGCAGCATATCCGAAGCCGCATTTGAACATGCGCATCGCTACTGTGATACGCACAATTTGCAATTACTGACACTGGCCCGCAAATCTACCCGGTTAACGTTCAAATACGCCAGGCCAGATTGGTATTCATGCTTTGAATTTGAATTTTCCGGCAATGGAGAGGACAGATATACCGGAGAAATGGAACTGGTAGGAAAGAGAGTACTGAAAACGCAGCTACCACCTTATCGCGTATAA	MTLGELTLFLVIGFVAFQFWRVRSISEAAFEHAHRYCDTHNLQLLTLARKSTRLTFKYARPDWYSCFEFEFSGNGEDRYTGEMELVGKRVLKTQLPPYRV				NA	NA	NA	NA	NA
AK237_00941	219			hypothetical protein	ATGAACCAGAGACAACCGAAGGAACGGAATACTAGCACAGGATGTGTTAGTTATCAGGGACAACGGAAAAGGGAACACGGTCAGGAAGATCGTCAGGGACAACTTCAGGATGAAGATTACCACGGGATTGTGGTTACACATGGAAAGGGATTGCGTAAGGATTGCGCATTAGGACAACCTCAAGATGAGGAATACCACTGCACGGATGAGTGGTTCTAA	MNQRQPKERNTSTGCVSYQGQRKREHGQEDRQGQLQDEDYHGIVVTHGKGLRKDCALGQPQDEEYHCTDEWF				NA	NA	NA	NA	NA
AK237_00942	648			hypothetical protein	ATGAATACTGTCCTTGATCACGATGTGCGTATTGAAAACGTGCGCGCCGTCTTTCTCTCAGCCGACAATTTAAAAGTCGCTGCTTCTATCCTTTATAATGCCTATTTTGATGATCCTCTCCTTATGGATATCTTCCAGGCTGGCAAAGAGGGCTACGAGGGGCGCTTACGAAGTGCAATCCGTGAAGAATTAGAGGCGTTCTGGAGTGCCGGGCAACCTATGATAGGCTTATTTGATGGGCCGCGTTTGCTCGCCGTTACGTGTCTGACGAAGCCGAATAGCAATTTTACCAGTGGCCGATTCTGGCATTGGCGTTTAAAAATGCTCCTCACGGCAGGATACTTTTCAACAAAAGCGATGGTGGAAAAAGAAGACAAGATCAGAAAAGCGATGCCGGCCGAATGCTACCATATGGTGTCGTTTATAGCCGTACATCCTGATCACCAACATCATGGCCTGGGTCACCTTTTAATGGGGGCAATAGACAGTATCGTGAACGAAGATAAGGATAGTGAGGGTGTGGGAGTATTCGTTAGTCTGCCGAAATATTTAGCGTTTTTTCGAGATGGGTACTATCAGCAAATATCCGTGATTACGGTTTCAGATGTATCCGGTGAAATATTATTCAAACCAAAGCCTCTTCCATAG	MNTVLDHDVRIENVRAVFLSADNLKVAASILYNAYFDDPLLMDIFQAGKEGYEGRLRSAIREELEAFWSAGQPMIGLFDGPRLLAVTCLTKPNSNFTSGRFWHWRLKMLLTAGYFSTKAMVEKEDKIRKAMPAECYHMVSFIAVHPDHQHHGLGHLLMGAIDSIVNEDKDSEGVGVFVSLPKYLAFFRDGYYQQISVITVSDVSGEILFKPKPLP				NA	NA	NA	NA	NA
AK237_00943	360			hypothetical protein	ATGAAACATCTCATTTTAGCCGTCGCCCTGGCGTCGCAATTCGCACTCTCTGGTTGTGTCATTTCTGTTGGCGGAGACGATGGGCACTACGGATCTGATTGGAAAGATCGCGAATATAATAACCGTAAGCACGTTTCACAACTTGAAGCAGGTATGACTTACGAAGCGATAGTGAGAAAAATGGGTGTAGCAGATTTCAACGAGATGCATGACAAAGACAATCATGCCTACAGGGTATTATTCTACCGCACCCAACGTACTATGGATGATGGGGTAACGACAAAAGACGAGTGCACACCATTGGTGTTTAAAGATGGCATCCTCACGGGCTGGGGAGATGGAGCCTATCAGCAATTATAG	MKHLILAVALASQFALSGCVISVGGDDGHYGSDWKDREYNNRKHVSQLEAGMTYEAIVRKMGVADFNEMHDKDNHAYRVLFYRTQRTMDDGVTTKDECTPLVFKDGILTGWGDGAYQQL				NA	NA	NA	NA	NA
AK237_00944	294			hypothetical protein	ATGTCTCAAGCAGATGAATCACAGCAACTGGTAATACTCTGTCACAAATTGCAACAGGCAGGTTTGCAGCCCAGTGTTGGGCTGTTGCGCAGTAAGGCGCCGTTTAAAGTGTCCGTGACGCAAGCCATCGACGCGGTCAAACGGTTTAATGCCAGCAACCAGGCGCCGCAATCCCCCAAAACTGAAGATGGCGAAGATCGTATCACTACTCTTGAGAAACGAATTGCATCAATGGAAGCGGCAATCGGTATTTTAGAAAAGCGTCTCGCCCAACTTACAGACGAGAAGCCATAA	MSQADESQQLVILCHKLQQAGLQPSVGLLRSKAPFKVSVTQAIDAVKRFNASNQAPQSPKTEDGEDRITTLEKRIASMEAAIGILEKRLAQLTDEKP				NA	NA	NA	NA	NA
AK237_00945	549	syd		Protein Syd	ATGCCCACTGAATTAAATGAAAGTTTAGATAGTTTTATTGATCAATGCCTGAACTTTGCCGACAAACATCCTGACTATTTTTCAATTGAATTTGATGAAGAATGGCCGTCACCTTGTTACCAGGCTACGGGAAAGAGTGGTGAAAGCGTTTTATGGTTACCGCAAAAACAAACGGAATCATTGTCGTTTAAAGGTGTCGAGCGCGCTCTGGATATTGCTTTGCATAACGACTACTGTGCCTATTTTACACGCTATTTCAGCTTCCATCTTCCCGCGCAGGCGAGTCAGGGACAGTGTGAATTACTGCAGGTATGCAGTGAGATGGATTTCGAGCGCCTGCAGGAAAATTTGATCGGACATATTTTGATGAAGCGCCGTCTCAAACAAAAGCCGACATTATTTTTTGGTCTGACCGATGATGACGACTATTTACTGTCATTGGACAACGCGTCGGGAGAAGTCGTGCTTGAGCGTGTTGGTAAAGCACCAGAGAAAGTGCTGGCACCAGACTTAGCGACCTTTCTCGGCACGCTATCACCCCGTCTTTAA	MPTELNESLDSFIDQCLNFADKHPDYFSIEFDEEWPSPCYQATGKSGESVLWLPQKQTESLSFKGVERALDIALHNDYCAYFTRYFSFHLPAQASQGQCELLQVCSEMDFERLQENLIGHILMKRRLKQKPTLFFGLTDDDDYLLSLDNASGEVVLERVGKAPEKVLAPDLATFLGTLSPRL	PGPT0029274_266	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-SEC-SECRETION_PATHWAY	CE-SEC-SECRETION_RELATED_PROTEINS,PGPT0029274-syd-K15723	NA	NA
AK237_00946	840	queF	COG0780	NADPH-dependent 7-cyano-7-deazaguanine reductase	ATGACAAACCCAATTACCTTTCAGGTGCCTTCAGATTTATCACTTGGAAAATCGGTTGAATACGAGACGTCGTATAATCCTTCACTTCTTCAGGCTGTGCCTCGCTCGCTCAGTCGCGATACATTAGCACTATCAAACGACGCGTTACCGTTTCACGGCACAGATATCTGGACCGGCTATGAATTATCATGGCTGAATCAAAAAGGAAAACCGCAGGTCGCTATTTTAGAGTGCCGCGTCCCTGTCACTTCGCCTTCTTTAATTGAGTCGAAATCATTCAAACTTTATTTGAATAGCTTCAACCAAACGAAGTTTGCGGATAGAGAGGCTGTGACCAAGGCCTTGCAGAAAGATCTTAGTCACTGCGCCGGAGCAGAAGTCGCGGTGACCGTTATTCCTCCCCAGCAATTCGCAGCACTTAGCATGGAAGAATTTTCTGGGGTGCTGCTAGACGATATCGATATTACCGTTACGTCGTACTCCCCTGATAAGTCACTGTTGAATACAGATAATGACCACACCACCGAAACCGTTGTCAGTCATTTACTTAAGTCGAATTGTTTAATCACAAATCAGCCAGATTGGGCTAGTATTCAAATAAGCTATAGTGGAAAACAAATTAATCACGCGTCGTTATTGAAGTATCTTATTGGTTTTCGACAACATAATGAGTTTCATGAACAATGCGTAGAACGTATTTTTTGCGATATTATGGCGCAATGCGAACCAGAGAAGTTAACGGTTTATGCTCGTTACACACGTAGAGGTGGTCTCGATATTAATCCTTTTCGCTCTAACTTTGAGCAAGCGGGCAAAAATACACGTTCAGCCCGACAGTAA	MTNPITFQVPSDLSLGKSVEYETSYNPSLLQAVPRSLSRDTLALSNDALPFHGTDIWTGYELSWLNQKGKPQVAILECRVPVTSPSLIESKSFKLYLNSFNQTKFADREAVTKALQKDLSHCAGAEVAVTVIPPQQFAALSMEEFSGVLLDDIDITVTSYSPDKSLLNTDNDHTTETVVSHLLKSNCLITNQPDWASIQISYSGKQINHASLLKYLIGFRQHNEFHEQCVERIFCDIMAQCEPEKLTVYARYTRRGGLDINPFRSNFEQAGKNTRSARQ				NA	NA	NA	NA	NA
AK237_00947	1518			hypothetical protein	ATGGATTCTAAGCAATTATCGGCATTGGTTGCGCACAACGAGACGCTTGTTCAATTTATTATTCGTCTCAGTGCGTTTTATGAAGGCTTGTCAGCACAAACCGATAAAGAGCTAAGGGTATTGCGCGGCCATTTATCCGGTAAGCCGGATTTCACCCTTGCCACCGCCAGTATTAGCAAGCTCAATACACATATCCAGCATGCCGACACGTCGGTTAAACAACATACCTCTCTCACGGTTAAAGAACTCGAGAAAGCTATCAAGCAGTTTCAATCTGCTTTTCAAAATAACACAGATATCCGTCAGCAAAGCGCACACCTGTTAATAGCGGCAAAGCAACCTATCGAGAACTTATTTCAGCTGCAATCATTGTGTTTAAAAGCCATAAAACTGTTTTCAGCGGTATCGGCAGAAACCGTGTCACAGGCCAGTGCCGACACCGGTGGATTCACTAAGAAAAAAGAAAATCAACAAAGTGGTTCACTGTTTGAGGAAATACAAAATGAGCTGTCTCAACTAATCGATAGTTACGCGAAAAAGCAACCTGACGAACAAAAAGTTATCGATTTACGCGCTAAGCTTCGCACCCCGTTGAGCGAACAGGAATTACTCCAAACCTGCGTGATCGTTATTCGTTTAGTTGTGACCGAATCGATGCATGAGGCTACGCTATCCGGACGAATGATATACCGGATCCATCACGCCTTAGGTGGCATTAAGGAAAATGTTGACGCCAGCATGGTATCTTCATCAAAGTCCTTTGAAGACCGTCAGTCGAGTGCAGATGCGATATCCAGCCAGTTAACTGAAATGGGTCAGACAGTAAGGGATTCTGACTCGTTGGATTCACTGAAAGCAAAAGCGCAAGCCCACATCGCATCAATTTCTACCGCTGTAGCAGATAGAAAAGCAGCTGACAGTGAGGATCAAAAAGCGCTAATGTCGCTGCTCAATGCCATGCAAACTCAAATGGAATCTCTTCAGCGTCAAACACAGGTTTATCGCAAAAAGCTGGCAGAGCAAACCGCTTTCAGCCATACCGACCCCCTTACCCGGTTGCCAAATCGATTAGCATACAATGAGCGTCTTAGCAGAGAGTACGAAGGTGCGATGAGCGAGAACCGGGCGCTGTCTCTTGCGGTTATCGATATCGATTTTTTCAAATCCATTAACGATAGATTTGGCCATCAGGCTGGAGATAAAACCTTACAGGTCGTCGGTCATCATCTTCAAAAGCAGTTACACGGTAATGAGTTTATTTCACGGTGGGGCGGCGAAGAGTTCGTCATGATCCTCCCTTTCGTCGAAGGATCTGCATTGACTAAGAAGCTGGACGAGATGCGGGAATCTCTCGCGCGACTACCGTTTAAATTTAAACAGGAAAAGGTCAGTATCACGGCGTCGTTTGGAGGTACTTGTTTACGAGAAAACGATGAGCCTCATTCCATGTTTGAGCGTGCTGATGAGTTACTGTACCAAGCAAAGAAAAACGGGAGAAACCGAGTCGTCGTTGAGTGA	MDSKQLSALVAHNETLVQFIIRLSAFYEGLSAQTDKELRVLRGHLSGKPDFTLATASISKLNTHIQHADTSVKQHTSLTVKELEKAIKQFQSAFQNNTDIRQQSAHLLIAAKQPIENLFQLQSLCLKAIKLFSAVSAETVSQASADTGGFTKKKENQQSGSLFEEIQNELSQLIDSYAKKQPDEQKVIDLRAKLRTPLSEQELLQTCVIVIRLVVTESMHEATLSGRMIYRIHHALGGIKENVDASMVSSSKSFEDRQSSADAISSQLTEMGQTVRDSDSLDSLKAKAQAHIASISTAVADRKAADSEDQKALMSLLNAMQTQMESLQRQTQVYRKKLAEQTAFSHTDPLTRLPNRLAYNERLSREYEGAMSENRALSLAVIDIDFFKSINDRFGHQAGDKTLQVVGHHLQKQLHGNEFISRWGGEEFVMILPFVEGSALTKKLDEMRESLARLPFKFKQEKVSITASFGGTCLRENDEPHSMFERADELLYQAKKNGRNRVVVE				NA	NA	NA	NA	NA
AK237_00948	1359	ppnN	COG1611	Pyrimidine/purine nucleotide 5'-monophosphate nucleosidase	ATGACAAAAGTGCAATTAAACCCTGTAGGCTGGATGAGCCAACTTTCTCAGCAAGAAGTCGCCCGACTTCAGGACACCACCAATAGCAAATTATTTGATGTATTCAGACGTTGCTGCTTAGCAGTACTAAACAGCGGCGTAGACGAAGATAATTTTGAATTACTCTTTGCCCCTTATGACGATTTCGACATTCGCCTCATACGCCGGGAGCGAGGAGTAAAAATTGAGCTTATCAATCCGCCGGAAGTCGCTTTTGTTGATGGAAAATTAATGCGCGGCGTTCATGAACATATTTTTGCTGTTCTGCGCGATTTGTTGTTCATGGGTAACAAGTATGCGTTTGTCCACGAGAAAGCGCCATCCGAAGGCAGCGCAGTCACCGACATGGTATTTGATATGTTGCGCCATGCCCAGGCGCTGGAAGGCAACGATGAACTCAATACCATCGTATGCTGGGGCGGTCACTCCATCAAACAACATGAGTATAAATATACCAAAGAAGTTGGCTACCAGCTTGGCTTACGGGAAATGAATATCTGTACCGGATGCGGTCCGGGAGCTATGAAAGGTCCCATGAAGGGGGCCGCAATCGGCCACGCCAAACAGCGCTATGCGAGAGGACGCTATATTGGTATTTCAGAACCGAGCATAATCGCTGCCGAGCCCCCCAATGCAATTGTAAATGAACTCGTTATCATGCCTGATATTGAGAAACGCCTTGAAGCCTTTGTGCGCTTTGCACACGGCATAGTCATTTTTCCAGGCGGAGTGGGCACTGCAGAAGAGTTGCTGTATCTCTTAGGAATACTAATGAGCGACAGGAATGCCCAACAGCCGTTTCCTGTTGTACTCACCGGGCCTGCAGAGTCCAGCGCCTACTTTGAAGCCATTGACGAATTTGTTGGTGCAACACTAGGTAAGGAAGCACAAGATAAATACCAGATTATAATTGACGATGCCGAAGAAGTAGCTCGCACCCTACGAAGTGGGCTAAAGAAGGTTGAAAACTTCCGCCGTGCCATGGGAGATGCGTTCAGCTTCAATTGGTCAATCAGAATTGATGACGCGTTTCAAGCGCCATTTAATCCCACCCACGACACCATGTCAGCGCTGGCACTGCATACAGAACAACCTGTTTCTGATATTGCTAAAGTGTTACGCCAAGCATTTTCTGGCATTGTCGCGGGTAACGTAAAAGCCGAAGGGATCAAACATATCAAAGAACATGGCCCTTTTAAACTAAATGGCGATCCGGCGCTGATGACCCGCATTGATACACTTCTTAAATCTTTCGTTGAGCAGCAACGTATGAAACTACCGGGCTCCGAATACGTACCTTGTTACACCATTGAAAAATAA	MTKVQLNPVGWMSQLSQQEVARLQDTTNSKLFDVFRRCCLAVLNSGVDEDNFELLFAPYDDFDIRLIRRERGVKIELINPPEVAFVDGKLMRGVHEHIFAVLRDLLFMGNKYAFVHEKAPSEGSAVTDMVFDMLRHAQALEGNDELNTIVCWGGHSIKQHEYKYTKEVGYQLGLREMNICTGCGPGAMKGPMKGAAIGHAKQRYARGRYIGISEPSIIAAEPPNAIVNELVIMPDIEKRLEAFVRFAHGIVIFPGGVGTAEELLYLLGILMSDRNAQQPFPVVLTGPAESSAYFEAIDEFVGATLGKEAQDKYQIIIDDAEEVARTLRSGLKKVENFRRAMGDAFSFNWSIRIDDAFQAPFNPTHDTMSALALHTEQPVSDIAKVLRQAFSGIVAGNVKAEGIKHIKEHGPFKLNGDPALMTRIDTLLKSFVEQQRMKLPGSEYVPCYTIEK	PGPT0021310_627	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021310-ppnN|ygdH-K06966	NA	NA
AK237_00949	375			hypothetical protein	ATGAATAGCAAGGCTTTAAAACTAATTTTGCTTGGTGTATGCGCCTATGCGCTATTCGTGTTCCTGGTAATCTCCTTTTACCCTGACAAGCCTGAAAATATGGACTGGCAGGATCGGGAGGAATACAACAAAGTACAAATTACCAAACTGAAATTAGGCGCAACAAGAGAAGAAGTGCTCGCACTACTTGGCTCTCCTGACATTACAGAAGCCAAAATGGAGTCGGGTACGACTATTCAGGTCATGTTCTACCGTACTCAGCATGTGCGTGCAGACGGGTTGACTACCCAGGATGAATGTACCCCGCTGCTTTTTGAAGATAGCCAACTTATCGCCTGGGGTGAAGGCGCTTACCAGAGCTATTTAAAATCCTGA	MNSKALKLILLGVCAYALFVFLVISFYPDKPENMDWQDREEYNKVQITKLKLGATREEVLALLGSPDITEAKMESGTTIQVMFYRTQHVRADGLTTQDECTPLLFEDSQLIAWGEGAYQSYLKS				NA	NA	NA	NA	NA
AK237_00950	1614			hypothetical protein	ATGCATATAGCATTCTCCAAACTGGCGGAAAAGTTAGCCGATGTTGAACTCGCCCTGCAAAATCGAACCGATGTTCAGGAAAATACTGAAGCCTGTCTATCTGCTGCCTCTGCCTGTATTGCGGTAGGCAAATCCTCCCCCGACGTCCTTCTTGCATTCGCTTTTCTTCCCGACACGCCGCCCCACAAAATTACCGACGTAGTGCGGATCGCTAGCCTGCTAACATTTGTGACGTTAAAATTTCAATATAACGAACATTATATTCAGCACATAGTGGGCGCAGCCATCGCCAGCGCCTGTCTTGTTAATAAATCCGCTGTCGATAAGGAACGGTATCGTGAATGTTGGCGAAAGAGTCATCTGGTGCAGTTTTTGTCGCTACAAAAGTTCGGAAAATTACTAACCGTTCCCTCTGCGTTTCGCTACCTGCAATCAAAAACACTGCATGAAGAACAGATGTGGTTCGTCTGCGTACTTAGTCTGCTGGAAAATAAAACCCCGGACTTCGTCGGCAAATTAAAACCCGTAGCGCTTAAGATCGGCGCAACAAATGCCCGTCATTTAGAAAGCCTGCTCTCCTATCCGGGCCAACTCTTGCCGGGCCAAACAGTATCACTGCCTAAAGGAACGGGTATTTATCTATATCGACTCTCCGCCGATGCCTGTGTGGTATGGCATACTGCGGAAAAGGTGGTGGAGGAAGTCCATTGTAAAGTCATTAAGCGCGACTCTCGAGAGGCGGTAGTCTCTTTACCTGAATGGCTACATTTTGTTGCCCGAAGCGATAACAAAATGAAACCAATGGTTCAGCAGCTGCTTCCCGTCACCTACCCAGTTAGCCGGTTACCGTCGCATCTTAAAAGTGTTATTCACGATTTACATGATAGCAACGTGGATATATCAAAACTGGCAAACAAAATAGCCGGCGTACCTGTCTTTGCAGATTTTCTTACTGAAACCGCGAGCATCGACAACCGTTTGCAAATCCCGGTTAAAGATGTGAAGCAAGCTATTTTGACGTATGGCTTAACCCGGGTGGCTGATATGTTAATTATGCGCGCTTTGACTCAGCGGTTGCACCAACGACATTTCCCCTTGCAAGCCACCTTCATGCGTTTTTGTGAATTACTTTGCGCCATTACATCAGAATTAACAGATCTCACTTGTAGTAAGCAATCTCCACAAACGGCTGCGCTTATTGCTACATTTGCCACCGCCCCCCTTTTCACTATCCCGGGGCTAAAAACGCTTAAATGCTGGCCGCAACGTACCAACAGGTTATACGACCTTAATACACTGGTACGTAGCGAAACCCAGCCTATTATTGATTATGCCGCATCGCTTGCTAAACAGTGGCAACAACCTTCCCGATATCTGGCGATTATCACGCACAGCCATTTAGCAGCCAATCTTCCCGAAAGTGTTCGTACTGATGCGACTATTTTGGGGCTGAGTGCCTTTCTGACCAGAAATTGGCTACTGGACGAGCAACCAGATGAGTCGAGCCGGCGTTATTTCAACAATGCTCTTACCCTGTTACGCGTGTCGCGACCACAATTGGAGGCGATAAAAGTCCACTTGTCGGCATCGATTTGGTTACCCCTTCGCCAATAG	MHIAFSKLAEKLADVELALQNRTDVQENTEACLSAASACIAVGKSSPDVLLAFAFLPDTPPHKITDVVRIASLLTFVTLKFQYNEHYIQHIVGAAIASACLVNKSAVDKERYRECWRKSHLVQFLSLQKFGKLLTVPSAFRYLQSKTLHEEQMWFVCVLSLLENKTPDFVGKLKPVALKIGATNARHLESLLSYPGQLLPGQTVSLPKGTGIYLYRLSADACVVWHTAEKVVEEVHCKVIKRDSREAVVSLPEWLHFVARSDNKMKPMVQQLLPVTYPVSRLPSHLKSVIHDLHDSNVDISKLANKIAGVPVFADFLTETASIDNRLQIPVKDVKQAILTYGLTRVADMLIMRALTQRLHQRHFPLQATFMRFCELLCAITSELTDLTCSKQSPQTAALIATFATAPLFTIPGLKTLKCWPQRTNRLYDLNTLVRSETQPIIDYAASLAKQWQQPSRYLAIITHSHLAANLPESVRTDATILGLSAFLTRNWLLDEQPDESSRRYFNNALTLLRVSRPQLEAIKVHLSASIWLPLRQ				NA	NA	NA	NA	NA
AK237_00951	1008	icd_1	COG0473	Isocitrate dehydrogenase [NADP]	ATGACTCAGCAACGCATTACAGTCATTCGCGGCGATGGCATTGGTCCTGACATCATTGACGCCACTATTAAAATTTTAGATAAGGTGGGCTGTGACTTCGCTTATGATTATGCTGATGCAGGTCTTGTAGCGCTGGAAAACCACGGCGAATTACTGCCTCAAGAGACACTGGACCTTATTGCAAAGAATAAAGTAGCACTTAAAGGCCCCTTGACTACGCCGGTAGGTGAAGGCTTCACGTCTATCAACGTTAGCTTGCGTAAGCAGTTTGCACTGTATGCAAATGTGCGTCCTGTACTGTCATTTAAAGGCACTAAGGCACGCTACGAAGATATAGACATCATCACTGTACGTGAAAATACACAAGGTATGTACTCTGGTTTAGGCCAGGTGGTATCTGAAGACGGCCAGGAAGCCGAGGCGTTAAGTAAGATCACACGTCAGGGTGCAGAGCAAATCGTAACTTTCGCATACGAATTGGCTCGTCGTGAAGGACGCAAGAAAGTTACAGCTGTTCACAAGGCGAATATTCTTAAATCTACGTCAGGTCTGTTTTTGAAAGTCGCGCGTGAAGTAGGCGAACGTTACCCTGATATCGAATCAACAGAAATGATTGTTGATAACACATGTATGCAGCTGGTAATGAACCCGCATCAGTTTGATGTGATTGTTACGACCAATTTGTTCGGTGATATTTTATCTGACTTATGTGCCGGTTTAGTCGGTGGCCTTGGCATGGCACCTGGCGCAAACATTGGAAAAGACTGCGCTATCTTTGAAGCTGTTCACGGTTCTGCTCCCGATATCGCAGGTAAAAATCTTGCTAACCCTACTTCTGTGATTTTGGCTGCTATTCAAATGCTTGAATATCTGAACATGGGCGACAAAGCAGAAAAAATTCGTAGCGCGCTAAAAGAAGTCATTGAAAGTGGCGACCGCACGACACGCGATTTAGGTGGTCAGGCAGGTACAACTGAATTCACTGATGCTGTACTAGAACGCCTCTAA	MTQQRITVIRGDGIGPDIIDATIKILDKVGCDFAYDYADAGLVALENHGELLPQETLDLIAKNKVALKGPLTTPVGEGFTSINVSLRKQFALYANVRPVLSFKGTKARYEDIDIITVRENTQGMYSGLGQVVSEDGQEAEALSKITRQGAEQIVTFAYELARREGRKKVTAVHKANILKSTSGLFLKVAREVGERYPDIESTEMIVDNTCMQLVMNPHQFDVIVTTNLFGDILSDLCAGLVGGLGMAPGANIGKDCAIFEAVHGSAPDIAGKNLANPTSVILAAIQMLEYLNMGDKAEKIRSALKEVIESGDRTTRDLGGQAGTTEFTDAVLERL	PGPT0019510_1865	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_UTILIZATION	PLANT_DERIVED_ORGANIC_ACID_USAGE-TRICARBOXYLIC_ACID_CYCLE,PGPT0019510-icd2-K00030	NA	NA
AK237_00952	324			hypothetical protein	ATGAAAAAGTCTAAACTGGCTATTGCCGCCCTATTTGCAACTCTTTTTGTCAGTCAGCACAACGCATTTGCCAACGATGCCATCGAATCCAGCGCGATGGAAGTTGCAGGCATTACGTCTGCAGATGCCTTCGACCTCAATACAGTCACGGTGGAACAACTCATGACACTACCAGGTATCGGCAGAAGCAAGGCGCAGGCAATTATTGATTACCGGACCGATAAAGGTTACTTCCATGAAGTCGAACAACTAACAGAAGTACGTGGGATCGGGAACAAACTTTTGGCCAAAATGCGAGAGCGACTGAAAGTCGTTCAGCATTAA	MKKSKLAIAALFATLFVSQHNAFANDAIESSAMEVAGITSADAFDLNTVTVEQLMTLPGIGRSKAQAIIDYRTDKGYFHEVEQLTEVRGIGNKLLAKMRERLKVVQH	PGPT0029410_3170	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
AK237_00953	894	galU	COG1210	UTP--glucose-1-phosphate uridylyltransferase	ATGAGTCAAGTGAAGAAAGCGGTTATTCCTGTAGCAGGATTGGGTACACGTATGTTACCAGCGACTAAGGCCATTCCTAAAGAAATGCTGCCGCTGGTTGATAAGCCGCTTATTCAATACGTGGTGAACGAATGTGTTGCTGCTGGTGTTAAAGAAATCATTCTTGTTACCCATGCGAGTAAGAATAGTATTGAAAACCATTTTGATACGTCATTTGAGCTTGAGGCAACCCTGGAAAAGCGTGTTAAGCGACAGTTACTGGAGGCCGTCCAATCTATTTGTCCAAAAGACGTTACCATTATGCATGTTCGTCAAGGGCATGCAGCAGGTTTGGGTCACGCCATCTTATGTGCCCATCCGTTGGTAGGCGATGCACCTTTCGCAGTGGTATTACCTGACGTTATTATTGATGACGTAGCTAGTAACCCGAAGAAAGATAACCTGGCCGATATGGTTGCTAAATTTAATACGAGTCGTGTAAGTCAGGTAATGGTTGAGCAAGTACCACAAGAAGATATTACCAAGTTTGGTATTGCTGATCTTGAAGGTGCGGATATTAAACCTGGTGATTCGGCGAAAATTCACAGAATGGTTGAAAAGCCAGAATTAGACGAAGCGCCATCAGATTTAGCCGTGGTTGGCCGTTACGTCTTGTCTGAAAAGATCTGGGACTTGTTAGAGTATACCCCGCCAGGCGCGGGTGGTGAAATCCAGCTAACTGACGCTATCGACTCGTTAATGAAAATCGAGCAAGTGGATGCGTATTACATGAAAGGCAAGAGCCATGATTGTGGTAGTAAACTGGGTTATATGAAAGCTAACGTAGAGTACGCGTTGCGTCATCCGGATTTAGGTGACGAATTTAAGCAATATATTGCTTCGTTAAACGGATAA	MSQVKKAVIPVAGLGTRMLPATKAIPKEMLPLVDKPLIQYVVNECVAAGVKEIILVTHASKNSIENHFDTSFELEATLEKRVKRQLLEAVQSICPKDVTIMHVRQGHAAGLGHAILCAHPLVGDAPFAVVLPDVIIDDVASNPKKDNLADMVAKFNTSRVSQVMVEQVPQEDITKFGIADLEGADIKPGDSAKIHRMVEKPELDEAPSDLAVVGRYVLSEKIWDLLEYTPPGAGGEIQLTDAIDSLMKIEQVDAYYMKGKSHDCGSKLGYMKANVEYALRHPDLGDEFKQYIASLNG	PGPT0014875_2888	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
AK237_00954	177			hypothetical protein	ATGCACCTCACACTCGCAAACGCACTACTTTGGTGCGAAACACGTCACGAATTAAGGAAAAAGTTAACTGCTGTCTTAAGCTGGTTCACCTTATCTACGCATTACGATAAGGAGAAGTTCACCTCAGTCCATTTTATTCAGAGCGAACCTGTCGCTAAAACGCAACATTATAAATAG	MHLTLANALLWCETRHELRKKLTAVLSWFTLSTHYDKEKFTSVHFIQSEPVAKTQHYK				NA	NA	NA	NA	NA
AK237_00955	861			hypothetical protein	ATGAAAGTGGGTATTGTCATTATCCTGTTCCATCCGGATATTGCCCATTTGCAAACTGTTCTTTTACGACTTAAAGAACGAGATGCCCGGGTTGTACTTGTCGACAACTCGCCAGATGCATTGTCGCTTCCATTTTTTGATAATAACCTCAGCTATATCCATTTACCTGCCAATGAAGGTATCGCCTGTGCTCAGAACCACGGCATTCGTCTATTGGTGAACGAGCATTTTTCTCACATAGCATTGTTCGATCAAGATAGTGATATTACAGGGAAATTATTAGACGGACTCATTTCAGGATTTAACGAGGCTGCAAAACGTTTTGATAACGTTGCCGCGGTAGGTCCTCAGGTTATTTGTGAATTCCACGGTCAGCCGGTTAAGCCTAAACTGCAGCAGGCAATCAAAGTAAACGGGGAATATGCAGAAGTTAAGCAAATTATTGCGTCTGGGATGTTATTAAGCGCAGAAAGCTTTCGCCGCGTCGGGGGTAAAGAAGAAAGTCTCTTCATAGATGGTGTCGACCATGAATGGTGTTGGCGAGCTCGGAACAAAGGCTTTAGTATCATTAAATTGCTTGATGTGACAATGTTGCATCGACAGGGTGATGGAAGACATAAAGTGCTAGGAATAACCTTTAAAAGAGGGGCGCCGATCAGGTTATATTTTCAGGCCCGCAATATACTGATCTTGAGCAGGCGTAACTATGTACCTTTGTACTGGAAGTTGCGAAACTTGCCTGCCTTACCGTTGAGATGGATGGTTAATCGCTGGATATTTGAAGATGGTCAGGCAAGGGGGCGCTTTTTCCTGAAAGGGCTGCAAGACGGTATGAAGGGAAAGACCGGGCGTTTGGATTAG	MKVGIVIILFHPDIAHLQTVLLRLKERDARVVLVDNSPDALSLPFFDNNLSYIHLPANEGIACAQNHGIRLLVNEHFSHIALFDQDSDITGKLLDGLISGFNEAAKRFDNVAAVGPQVICEFHGQPVKPKLQQAIKVNGEYAEVKQIIASGMLLSAESFRRVGGKEESLFIDGVDHEWCWRARNKGFSIIKLLDVTMLHRQGDGRHKVLGITFKRGAPIRLYFQARNILILSRRNYVPLYWKLRNLPALPLRWMVNRWIFEDGQARGRFFLKGLQDGMKGKTGRLD	PGPT0006825_437	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-QSR-AUTOINDUCER_PERCEPTION	CE-QSR-AI-1_RhlI|CepI|SolI_PERCIPITATION|SIGNALLING|AHL|NAHL,PGPT0006825-rfbF|rhlC-K12990	NA	NA
AK237_00956	822	epsE_1	COG0463	Putative glycosyltransferase EpsE	ATGGCCGTCTACCATAAAGACAGTCTAAATTGGTTAAAGCAAGCGGTTCAGAGCATTACCTCCCAGACTTACAAACAGTTCATTTTTCTTATCGTTGTCGACGGTGAAGTTGACAGTGAGATAGATGCTTTCTTGACCGACACAGCACAGCATGATGAGCGAATCGTTATTGCACAGAATGCTGACAATATAGGTTTAGCTGCAAGCATGAATTTTGCCATCGAGTGGGGGATGGCGCTGAACTTTGCCTATTTTTTCCGTATGGATGCTGACGATATCTCCTTGCCTGAACGTATGGAAAAGCAGGTTGCTTATCTGAATCATCATCAAAATGTGGGGATTCTCGGTACCGCATTGACTGAAATCGATGAGCACGGTACAAAAGTTGGTGTTAGAGTAATGCCTCCTTCTCATAAACAGATTGTGCGTGTTTTACCCCGACGTTGCTCTGTCAATCATCCGACGGTTGCCATCCGGTATGATATTTTTCGTAAAGGTTACCGCTACGATGCAGAGCTGATGAATACACAAGATTACTTTTTGTGGATACAATTAGCGCAAGAGGGTTTTGTCTTTCGCAACCTAAGCGAGAGACTGCTTGAGTTTCGAAGAGTTAATAATTTTTATAAGCGTCGGGGGTTGACGAAATCCGTTAACGAATTTCGAGCACGCTTGTTTGCCATGCGTGCGCTGCGGAGGCTTACTCCCTGGAATCTGTTTTATGCCAGTAGCGTATTGCTCACTCGCTTAATGCCGTCTAAAGTGGTTAAGCTTGCTTACAAACTCGACAGAAAGATGCTAGAAAAAGGCAATAAATCATGA	MAVYHKDSLNWLKQAVQSITSQTYKQFIFLIVVDGEVDSEIDAFLTDTAQHDERIVIAQNADNIGLAASMNFAIEWGMALNFAYFFRMDADDISLPERMEKQVAYLNHHQNVGILGTALTEIDEHGTKVGVRVMPPSHKQIVRVLPRRCSVNHPTVAIRYDIFRKGYRYDAELMNTQDYFLWIQLAQEGFVFRNLSERLLEFRRVNNFYKRRGLTKSVNEFRARLFAMRALRRLTPWNLFYASSVLLTRLMPSKVVKLAYKLDRKMLEKGNKS				NA	NA	NA	NA	NA
AK237_00957	1071	wecA	COG0472	Undecaprenyl-phosphate alpha-N-acetylglucosaminyl 1-phosphate transferase	ATGTTTGATTATCTTCAAATTGTACCGTTGTTTACGGCATTTTTTGTCGCCCTGATTTTATTGATTGTGATGACGCCTTTAGCGCACCAATTCGGGCTTGTTGATCACCCCACATATCGTAAGCGTCACGCGGGGATGGTTCCGTTAACCGGTGGTGTCGCAATTTTCATGGCCGTATTGGTAGCTAGTGTCGCTACTGATGTATGGATGAAAAACAATCCCCTTTTCTTTACTGCCTCGGCGTTTATTGTTCTTTTGGGAATGTTGGACGATCGTTTCCAGCTGAGTGCAAAAGGACGTCTGCTGTGTCAGTTTGGTGTTGCTGCCATCATGGCATGGAGTGCACAGAACTATATTACATCCCTGGGGAATATCTTCGGCTTTGGAGAAGCGTATCTTGGTATTGCCGGCTACTTTTTTACTATCGTATGTGTGGTGGGTGTAATTAACGCATTTAACATGATTGATGGCATAGACGGTTTGGCAGGGGGCATGAGCTTAATTGTGTTACTCACTGTCGTTGGTATTTTATTAGCTACCGGTAATGGCGCAGCCATTATGGAGCCTCTTATTATCGTTGCTGCTATCGTACCTTTCCTTGCGTTTAACCTAAGTTGGAAAGGGTTTAAAGGAAACAAAATTTTCATGGGTGACGCTGGCAGTATGTTTGTCGGTCTGACTATTGTGTGGTTACTTGTCGACCATACACAGGGAGAAGGTGCCGCTTTCAGACCGATTACCGCAGTATGGCTAATTGGCTTACCACTTATGGATATGGCGGCTATCATGTACCGTCGTGCCCGTAAAGGGCAATCTGTACTCCGCCCAGACCGCAAGCATCTGCATAATATCTTTATGCGTGCAGGTTTATCGAGTCGTCAGGCACTGGCAGCTATTCTCCTGTTGGGACTTTGCTATGCAGCAGTGGGGATTGTCGGCGAAATATTTATGGTTCCCGAGTACATTATGTTCTGGTCGTTTATGGCATTACTTATGGTTTATAGTTATGTCATACAAAACGTTTGGAAGATGATCAGAAATATCAAGCGGTCTATTCGGGCGCGAGGCTGA	MFDYLQIVPLFTAFFVALILLIVMTPLAHQFGLVDHPTYRKRHAGMVPLTGGVAIFMAVLVASVATDVWMKNNPLFFTASAFIVLLGMLDDRFQLSAKGRLLCQFGVAAIMAWSAQNYITSLGNIFGFGEAYLGIAGYFFTIVCVVGVINAFNMIDGIDGLAGGMSLIVLLTVVGILLATGNGAAIMEPLIIVAAIVPFLAFNLSWKGFKGNKIFMGDAGSMFVGLTIVWLLVDHTQGEGAAFRPITAVWLIGLPLMDMAAIMYRRARKGQSVLRPDRKHLHNIFMRAGLSSRQALAAILLLGLCYAAVGIVGEIFMVPEYIMFWSFMALLMVYSYVIQNVWKMIRNIKRSIRARG	PGPT0015240_1985	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
AK237_00958	354			hypothetical protein	ATGAGTATTATCAGAGGTTTACATGCCGGTCTGATAGGTCTGACAATATTATTAAGTGGGTGCTCATCTGCACCAACACAGGTCAACGCAAATATTCCCCTGGTTTCTGGCAATACAATGCGTTTAATTAATAGCCAGACCATTCCGGTACCGCAAGGTCAACTTTCGGTAGGCAGTGTCATACAAATAGGTAGTTTTCAGTACCTGATTAGTGACAGCTATATTTCAGCATCAGGCCTTAATTGCAAAACACTGTCAGATACGGCGCAACCGACGAATAGACGCGCGATCTGCGAAAGGGACGGTCAATGGCAAATGCTCGCACCGCTCCTCACCCAAGTTTCATCAAATTAA	MSIIRGLHAGLIGLTILLSGCSSAPTQVNANIPLVSGNTMRLINSQTIPVPQGQLSVGSVIQIGSFQYLISDSYISASGLNCKTLSDTAQPTNRRAICERDGQWQMLAPLLTQVSSN				NA	NA	NA	NA	NA
AK237_00959	1902			hypothetical protein	ATGGCAAATGCTCGCACCGCTCCTCACCCAAGTTTCATCAAATTAACAATGGCAAAATCTATGTCAGTAAACCGTATTCTTGCCACTTTAAGTCAAGCAGTGGCAGCCTGCGCACTTCTTTCATCTACCGTAAGTGCTCAGTCTTTGGCTGATTTACAACAACTACGAGAACAAGCCCAGCAGCAAAACACAAATGGAACAGGCACATCGGGTACCACAACGACGCCCAGTGTTTCCCCCATGAATGTGCAAACATCGCGTTCGCTACCTGGTGCCCGCACTTCAGGCTTAAGTACCGGTGGTCAATATACCAAAGAACCGCGTTCAGGTGTGTCGCTGCCAGGCGAACCTACTATAGAGGATGTTTTTCCCTACAGTGAGCCTCTTATCAGCCCACCATTTGCAGCGAACTTATTCATTGGTGGATTTGAGTCAGAAAGAAGCTCTGGCCTTAACGACAACTATCTTATAGCGCCAGGAGACAAAATCTCTATTTGGATGTGGGGAGCTGTAAATTATTCAGACACTGTCACCGTGGATAATCAGGGCAACATATTTATACCCAATATTGGGCCTGTGCGAGTCGCCAATACGCCGGCGGGCTCTGTGAATGCACTGGTAACTAACAATATTAAGAAAATATACACCAATGACGTCAATACCTATGTAAATTTACTGACTTCAACGCCCGTTTCTGTGTATATAACCGGTCCGGTAATCCGCCCAGGGCAGTACGCAGGCTTGGCATCGGACAGCATTTTATATTATTTAAAACGTGCCGGCGGTATTGATTTTACCCGCGGCAGTTTCCGTCAAATTGATATTCGCCGCCAAGGTGAAGTCGTTGCAACAGCTGATCTCTACGCCTTTATACGTGAAGGCGGGTTACCTGATATTTCATTTCAGGATGGCGATACGATCGTAGTACACCCTGTAGGTGATCGCGTGGTGGTGGCTGATGGCGCCAATAATAGTTATACCTTTGAGTTCAAAAAAGATGAACTCAAGGGTAAAACGCTTTTAGAGTACGCACACCCCAGAGACTTCATTAGCCATGTGTCCGTAGCCGGCCTACGCCAGGACCAGCAATTTGCGCAATATGTTTCGCTCAATGACTTTGAAGAAGTTAGCTTGCAAGCCGGTGATGAAGTGAACTTTATCAACGATCATGAAGCAATGGTGTATCAAATTAACATCGACGGTGAGCATACCGGTCCTTCCAAAATCATGGTAGACCGTGGCACGCGCCTGCAAGATGTCCTTGATTACATTCACGTCGATCCCAGCATGTCTAATGCGTCGAATGTCTACTTACTCCGTGAGAGTGTAGCGGAAAGCCAACGTGATTTAATTGAGCAATCATTACAACGTTTGGAAAGAAGTATTTATACCGCTCCCATCAGCTCCACAGGTGAAGGGTCTATCCGCGTACAAGAAGCGCAGTTGGTGAGCGACTTTATCGAGCGTGCTCGTGAGGTTGAGCCGCAGGGTAAAGTTATCGTTTCAGAAAATGGTGACATTGCCAATGTACTCCTTGAGCCTAACGATACGATAGTGATCCCTGAAGCAACTGATTTGGTTCACGTCGCCGGTGAAGTGATGATGCCACAAGCCGTGGTATTTAACGGCGAGGCCACCACTGCTGACTATGTTGCGTGGGCAGGAGGCTTCACTCAACGAGCTGACGATGAACGCATTCTCATCATTCGTCAAAATGGTATCGTAGAGTTTGATAGTATCCATCACAGTTTATGGTCGGTGGGTGAAGGAAAGCTATCCATAAAACCTGGCGACCAGGTTGTCGTGTTGCCTTCTATCGATGTTAAATCGCTGCAAACCATCAAAGACATTACGCAAATTATTTACCAGATTGCAGTGGCAGCAAACGTAGCAACAAACTAA	MANARTAPHPSFIKLTMAKSMSVNRILATLSQAVAACALLSSTVSAQSLADLQQLREQAQQQNTNGTGTSGTTTTPSVSPMNVQTSRSLPGARTSGLSTGGQYTKEPRSGVSLPGEPTIEDVFPYSEPLISPPFAANLFIGGFESERSSGLNDNYLIAPGDKISIWMWGAVNYSDTVTVDNQGNIFIPNIGPVRVANTPAGSVNALVTNNIKKIYTNDVNTYVNLLTSTPVSVYITGPVIRPGQYAGLASDSILYYLKRAGGIDFTRGSFRQIDIRRQGEVVATADLYAFIREGGLPDISFQDGDTIVVHPVGDRVVVADGANNSYTFEFKKDELKGKTLLEYAHPRDFISHVSVAGLRQDQQFAQYVSLNDFEEVSLQAGDEVNFINDHEAMVYQINIDGEHTGPSKIMVDRGTRLQDVLDYIHVDPSMSNASNVYLLRESVAESQRDLIEQSLQRLERSIYTAPISSTGEGSIRVQEAQLVSDFIERAREVEPQGKVIVSENGDIANVLLEPNDTIVIPEATDLVHVAGEVMMPQAVVFNGEATTADYVAWAGGFTQRADDERILIIRQNGIVEFDSIHHSLWSVGEGKLSIKPGDQVVVLPSIDVKSLQTIKDITQIIYQIAVAANVATN				NA	NA	NA	NA	NA
AK237_00960	783	kpsM	COG1682	Polysialic acid transport protein KpsM	ATGGAAGTCTCGTTTAAGTCACAAATCATGGCATGGCGAAGTGTAATCTTCGCCTTGTTTTTGCGAGAGCTACAAAGTAAGTTTAATGACAAACTTGGACTAGGCTGGGCATTTATTCAGCCCTTCATTTTCATTTTTGCCATGTCTTTTGCGCGTAGCTTTGTTAGTGGTGACGAAGTCCATTCTGTTCCACTTTTCGTGTTTATGGTGCTAGGACTTATGGGTGTTCAGTCATTCATGACCTGCACATCTGTGGTTCCCAACTCCTTAAAGCAAAACAAACCCCTTTATGCCTTCAGACAAGTTCAACCCATGGCGGCTATTGTCACGTCTGCGTTTATGGAAGCCTCTATTAAGGTCGGCGTTATCGTACTGATTGCTTGCGCGATATACCTGCTGGATATTGAGTTTGAACTACATGACCCATTGTTACTCATTGTGTTGTTCGCACTCTTGTGGATATTTGCCACTGCCCTCAGTTTAATTTTCGCAGTGCTAATCGCATTTGTTCCTGAGATGAGTAAAATAAAAAGTATGCTGAACCGGCCTATATTTTTTATCTCCTGTACTTTTTTTAGCTTGCAGGATATCCCTCAGAAGTTTTGGCACTGGTTAACCTGGAACCCTCTCGTACACATTATCGAACTCGCCCGATATGCGTGTTATGAGTCCTACGGCGACACCGGTGTATCCTTACAATATATTGTTGAAGTGACCGTGATCACGCTGTTTATTGGCTTAGCGCTGTATCATATCACCTGGAAGAAGTTGCTCTCACGATGA	MEVSFKSQIMAWRSVIFALFLRELQSKFNDKLGLGWAFIQPFIFIFAMSFARSFVSGDEVHSVPLFVFMVLGLMGVQSFMTCTSVVPNSLKQNKPLYAFRQVQPMAAIVTSAFMEASIKVGVIVLIACAIYLLDIEFELHDPLLLIVLFALLWIFATALSLIFAVLIAFVPEMSKIKSMLNRPIFFISCTFFSLQDIPQKFWHWLTWNPLVHIIELARYACYESYGDTGVSLQYIVEVTVITLFIGLALYHITWKKLLSR	PGPT0026656_409	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-CAPSULE_METABOLISM	CE-EPS-CAPSULAR_POLYSACCHARID_TRANSPORT,PGPT0026656-kpsM-K09688	NA	NA
AK237_00961	651	kpsT		Polysialic acid transport ATP-binding protein KpsT	ATGATACGCATTGAAAACTTAACCAAGAGCTATCCCAGCAAACTCGGTCCGCAATATATATTCCGCGACCTTAATTTTGATTTCCCGACGGAAAACAGCGTAGCAATATTGGGTAAAAACGGCACCGGTAAATCCACGCTTTTTCGTATGCTTGCAAAGAGTGAATACCCTGACAAAGGTCGCATCGTCACGAATAAGTCGATGTCATGGCCTGTAGCTCTTGCTACCGGTATTCATCCCCAAATGACGGGAAGGGAAAATGCCCGGTTTATCGGCAGAATTAATCAGGTGTCGTCCCTTCAGCAATATGAAAAACGGGTACAGGAGTTTGCAGAAATAGGTAATCGGTTTGATTTACCTGTCCGCACATACTCATCCGGTATGCGCGCCAAGTTAGTTTTCGCCTGCTGTATTAATATCGACTTTGATATTTATCTTATCGACGAAGCGACATCAGTAGGTGACCCGACTTTCAGACGTAAGGCGCGTAACGCATTAAAAGAGAAAAATCTCACTGCTGGTATGATTATGGTGAGTCACGAACTGGATCAAATCCGCGAATTCTGCACATCGGCCATCTTAATTGAAAATGGCACCCTGACATACTTTCACGAGCTAGAAGAAGGCATAAGTGCCTACATGGCTGAATAA	MIRIENLTKSYPSKLGPQYIFRDLNFDFPTENSVAILGKNGTGKSTLFRMLAKSEYPDKGRIVTNKSMSWPVALATGIHPQMTGRENARFIGRINQVSSLQQYEKRVQEFAEIGNRFDLPVRTYSSGMRAKLVFACCINIDFDIYLIDEATSVGDPTFRRKARNALKEKNLTAGMIMVSHELDQIREFCTSAILIENGTLTYFHELEEGISAYMAE	PGPT0026655_588	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-CAPSULE_METABOLISM	CE-EPS-CAPSULAR_POLYSACCHARID_TRANSPORT,PGPT0026655-kpsT-K09689	NA	NA
AK237_00962	1107			hypothetical protein	ATGAATGTAAAAGACACACTCAACAAACTTAAACGCAATAAAATGGTGTTCATTCTTGCACCTTGGCTGATATATGCTTTCTATCTTATTGCGTGGGCCGCTCCTCAATATGAAAGTGGCAGTAAGCTCATTGTCAAATCAACCGACGGCGGCAGCTCATTTGATCCAACAAGTTTACTCGCAAGCTCTATGAGCGGTGTGGCCTCTGCCAATGACAGCCAAATCATTGAAAGTTACATAAAATCTCAGGATATGATGCGCTATCTGGAAGACACACTGACATTAAGTGAACACTATGGCTCAGATCACGCAGATTTCTTTAGCCGTCTACCTGACGACCATACCAATATTGAGTTCTATGATTATTTTCTAAAGCAAATCAATGTGGAAGTTGACTCTGCCTCCTCAGTCATCAGTTTAGACGTAAAAGCGTTTACTCCTGAGTTCGCACAGCAGATTAACCAGGCAATCGTCACCCGTGCTGAAAAATTTCTGAACGACATCAACAACAACCTGGCAAAATCTAAAATGGAGTTCGCCAAAGGCGAGCATCAGGTGGTAGAAGATAAGCTGCAAGCGGCAAAGCGCGACATCTTAGCGTTTCAGTCGAAGTACAATGTGCTCGACCCCACCGCAGAAGGCGCGGCCTCGCAGCAGATTGCATTTTCACTGCAAGCAACACTGGCGCAGAAAAAAGCAGAACTAAATACGCTTGAAACCATGATGTCTTCCAGTGCGCCAGAGGTGCAAAACATTAAGCGTCAAATTGGCGCGCTTCAACAGCAAATTAATCTGCAAAAAGAAGGATTCAGCAGCCAAGATACCGAGTCATCTTTATCAGTCACTGAACAAATGGCGCAGTACGGAAACTTACAGGTACAATTGCAACTCGCCATTCAGGCTTTTTCTTCGTCTCTCGTTTCATTAGAAAACGCACGAGTTGAAGCGTACCAGAAATTGCAATACCTGGTGACTATCGAGTCCCCCACTCTTCCCGATGACAACGCATATCCTAAGATTGTTTATAATCTCGTCTTATTTGGTGTGATCTTGCTCATCGTCTATGGTTCTGTACGCATAATTATTGCGACAATAAAAGAACTGTAG	MNVKDTLNKLKRNKMVFILAPWLIYAFYLIAWAAPQYESGSKLIVKSTDGGSSFDPTSLLASSMSGVASANDSQIIESYIKSQDMMRYLEDTLTLSEHYGSDHADFFSRLPDDHTNIEFYDYFLKQINVEVDSASSVISLDVKAFTPEFAQQINQAIVTRAEKFLNDINNNLAKSKMEFAKGEHQVVEDKLQAAKRDILAFQSKYNVLDPTAEGAASQQIAFSLQATLAQKKAELNTLETMMSSSAPEVQNIKRQIGALQQQINLQKEGFSSQDTESSLSVTEQMAQYGNLQVQLQLAIQAFSSSLVSLENARVEAYQKLQYLVTIESPTLPDDNAYPKIVYNLVLFGVILLIVYGSVRIIIATIKEL	PGPT0026657_648	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-CAPSULE_METABOLISM	CE-EPS-CAPSULAR_POLYSACCHARID_TRANSPORT,PGPT0026657-kpsE-K10107	NA	NA
AK237_00963	1491	dtpT	COG3104	Di-/tripeptide transporter	GTGACAATAAAAACATCTAACGATTCCAGTTTCTTCGGCCATCCAGGGGGCCTTCAGACACTGTTCTTTACAGAAATGTGGGAACGCATGAGTTACTACGGTATGCGTGCCCTTCTCGTTATCTTCATGACCCTAACCATCCAGCAGGAAGGATTAGGCTTCGACAAAGAAACAGCCTATGCGGTTTATGGTTTATATACCGGCGCCGTCTATTTTATGGGCCTGTCGGGTGGTTGGTTAGCTGACCGACTTTTTGGTGGCCAAAATGCAGTGTGGTATGGCGGCATCATCATTATGAGCGGTCACATCGTCCTGGCAATTCCGACAACCTCAACTTTCTTTATCGGTCTGATACTGGTTGTACTGGGCACCGGTTTGCTTAAGCCCAATATCAGTGCCATGGTAGGACAACTCTACACCGAGCACGATGCGCGTCGCGACAGCGGCTATACGCTCTACTACATGGGCATCAACATTGGTTCAATTATTGGTAACCTGGTATGTGGATGGCTAGCCGTGAACCAGGGTTATCACTGGGCATTTGGTGCTGCCGCAGTGGGTATGGGTATAGGCCTTGTGCAATATAAACTGACGCAACATAAATTGCCGTCTCTGTCAGCTAAACCCACCGTTGATATGACACCTGCAGGGGTCAAAAAAAGCTGGACGGGCATTATCCTGTTTCTGGTTACGTTAGCTGTGGTTACTTATGCAATGAGTATGGGCTACCTGGTTATTGATGTAGCTGAAGTGGCTGAATCGGTAGCGTACCTGTTTACTGCCATATTTCTTTTGTACTTTGGTTTTATTTATTTCTTCGGCGATCTGAGCCCAAATGAAAAGAAACGCATGCTCGCACTATTTTTAATTTGCGTGGCGTCTTCGTGTTTCTTTGCCGGCTTCGAGCAAGCAGGTTCTTCACTTAACGTCTTTGCCAATGAGAATACAGACCGGATGTGGGGTGACTTTGAAATTCCATTTGCCTGGTTCCAATCGTTAAACTCGCTTTTCATTATCGTCCTTTCACCATTCTTTGCTGCCCTTTGGATTCAATTGGGTAAGCGGATGATGGATCCTTCTTATGGGATTAAATGTGCATTGGGTACGCTTATAATGGGTAGCGGCTTTATCGTTATGTTTTTTGCCGCAATGTATGCCGCAGGCGATCAAAAAGTGGCTCCGTATTGGCTGGTCGCGACCTATTTCTTACACACAGTAGGTGAACTATGCTTAAGCCCAGTGGCGTTGAGCGCAGTGAGCAAGCTGTCTCCTCGTCGTTTCTCTGGCCAATTAATGGGCTTGTTCGTACTAACCTATTCAATAGGTAGTGTAATAGCAGGTGTAATGGCGGGTGCATTTGGTACGGATGAATCTGGCAACGTGTCAGCGTTATTCAGTAACATTGCAACCTTTGCCGGTGTCATTGGCCTACTGGTTCTGGCGTTCTCGTTAAAAACCAGAAACTGGGAAAAATTGCCACAGGAAGACTAG	MTIKTSNDSSFFGHPGGLQTLFFTEMWERMSYYGMRALLVIFMTLTIQQEGLGFDKETAYAVYGLYTGAVYFMGLSGGWLADRLFGGQNAVWYGGIIIMSGHIVLAIPTTSTFFIGLILVVLGTGLLKPNISAMVGQLYTEHDARRDSGYTLYYMGINIGSIIGNLVCGWLAVNQGYHWAFGAAAVGMGIGLVQYKLTQHKLPSLSAKPTVDMTPAGVKKSWTGIILFLVTLAVVTYAMSMGYLVIDVAEVAESVAYLFTAIFLLYFGFIYFFGDLSPNEKKRMLALFLICVASSCFFAGFEQAGSSLNVFANENTDRMWGDFEIPFAWFQSLNSLFIIVLSPFFAALWIQLGKRMMDPSYGIKCALGTLIMGSGFIVMFFAAMYAAGDQKVAPYWLVATYFLHTVGELCLSPVALSAVSKLSPRRFSGQLMGLFVLTYSIGSVIAGVMAGAFGTDESGNVSALFSNIATFAGVIGLLVLAFSLKTRNWEKLPQED	PGPT0021010_2830	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
AK237_00964	303			hypothetical protein	ATGGCTATATACTTTTCAACAAAACGTATCCCGGGATTATCTTCTCTATCTTTGGCTGAGCGAATGACAACGTTAGAGCGCGCGGCAAAATGTCTTACCGTGCCCGAGAAAACGTTACTCAATTTACTTAAACTACTGGTCTTTGTACCGGTATTTGCACTAATAATTCGTACTACCACGAATTGGCATTCTTTGCTGTGGGCATTGCTGGTTTTCCTGCTGTATCCACTGATCGTAAAACCCATTCAATATTCATTGTGTGCCAAGTATGTGCCACAAGTTTTATCTAAGGAGAGACAATGA	MAIYFSTKRIPGLSSLSLAERMTTLERAAKCLTVPEKTLLNLLKLLVFVPVFALIIRTTTNWHSLLWALLVFLLYPLIVKPIQYSLCAKYVPQVLSKERQ				NA	NA	NA	NA	NA
AK237_00965	1020	galE_1	COG1087	UDP-glucose 4-epimerase	ATGAAAACTATCCTGGTAACCGGCGGCGCTGGGTACATTGGCAGCCACACAGTCCTGCAATTACTGGAACAGGGTTACAGTGTCGTGGTACTCGATAACCTCGCCAATGCAAGTGCTGAATCGCTGCGACGGGTAGAGAGTATTACGGGTAAAAGCGTGACCTTCGTACAGGGTGACATCCGCGATACTACCGTTCTTGACAGTATTTTTTCCCAACATGCTATTACATCAGTGATTCATTTTGCCGGCTTAAAAGCAGTGGGTGAGTCGGTTCAAAAGCCGCTAGAGTATTACGAAAACAACGTATACGGTACATTGACACTTTGCAAAGCCATGCGTCAGCATAACGTTAAAAATCTGGTATTTAGTTCTTCTGCCACCGTGTATGGCGACCCTGTTTCACTACCACTACATGAAAAAATGGCGACGGGTCATCCGACCAATCCCTACGGTATGTCGAAGCTGATGGTAGAGCATATGCTAACAGACCTATACGCCTCTGATGAGGAATGGAATATTGTTGTATTGCGCTATTTCAATCCTGTCGGTGCGCATAAATCCGGTCTTATCGGTGAAGATCCTAACGGCATTCCAAACAATCTCATGCCTTATATTTCACAAGTTGCGACAGGTAAACTAGAACAACTAAGTGTCTTTGGCGACGACTATGACACTACAGATGGAACCGGTGTGCGGGATTACATTCATGTAGAAGATTTGGCTAACGGGCACCTAAAGGCGCTTGATCGTCTGACGCTGAATATGGGTTTGGATGTATACAACTTAGGAACAGGCCAAGGCTATTCGGTGCTGGAGATGATCAAAGCGTTTGAAGACGCATCAGGACAGAAGGTGAACTATAAAATTGCGCCACGTCGAGGTGGTGATGTAGCCGCCTGCTATGCCGATCCGACGTTAGCGGCAAAAGAACTCAATTGGCATGCTGAGAAAAACTTAGAAGATATGTGTCAGGATGTGTGGCATTGGCAATCTAAAAATCCGCAAGGCTACACGGATTAA	MKTILVTGGAGYIGSHTVLQLLEQGYSVVVLDNLANASAESLRRVESITGKSVTFVQGDIRDTTVLDSIFSQHAITSVIHFAGLKAVGESVQKPLEYYENNVYGTLTLCKAMRQHNVKNLVFSSSATVYGDPVSLPLHEKMATGHPTNPYGMSKLMVEHMLTDLYASDEEWNIVVLRYFNPVGAHKSGLIGEDPNGIPNNLMPYISQVATGKLEQLSVFGDDYDTTDGTGVRDYIHVEDLANGHLKALDRLTLNMGLDVYNLGTGQGYSVLEMIKAFEDASGQKVNYKIAPRRGGDVAACYADPTLAAKELNWHAEKNLEDMCQDVWHWQSKNPQGYTD	PGPT0017825_29	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
AK237_00966	828	mlaA_1	COG2853	Intermembrane phospholipid transport system lipoprotein MlaA	GTGATCAACATGTCTAAATCACTGTTTGCCGGCATTTTGCTGGGCGTGAGCATATTGTCTGGCTGTGCGAGTCAGCAAGCGGTTAATGCGCAGGCAGACGAGCAAAATCAAATCCCGCAAGGTGATCCTCGTGACCCATTTGAACCTCTGAACCGTGCAGCATGGAATTTTAACTGGGAAGTGCTGGATCAGTATATTCTGCGTCCTGTGACAATTACCTATGTTACTGTGATGCCGCAGTTTGCCAGAACCGGCTTAGTGAATGCCACGAATAACCTCGAAGAGCCTGGCAACATGTTCAACAACTTTTTCCAAGGAAAAGTTGACGAAGGCTTGGATAGTCTTGCCCGGTTTGTTATCAATTCCACGGTGGGAATATTCGGTGTATTTGATGTTGCAGATTCAATGGGCATCAAACGACAGCGTGAGAACTTCGGAGAGGTGTTAGGGCATTGGGGAGTCGACACGGGTCCTTATCTGATGATCCCTGCGTTGGGACCTAATGATCCGCGTACCTTATCCGGTCGATTTGTCGACAATGTGTATTACCCGATGGCGATATTAACGGGTACAGTAAACGTGGCTCGCTTTACCGTTTCTATATTAGAGGGGCGTGCGTCTCTGATTGACCAGGAACCGCAGTTGGAACAAGCGATTGATGATTACGCGTTCGTTAAAAACGCTTACTTTCAAAATCTGGAATACCGGGTAACCGACGGCAAGAGCGGAGAAAAAGTCATTAAGCAGGAAGAGCTTGATGATTTTGAGGAATTTGAGTCTATGTTAGACGATATGGACTCTGCGGAAGCGTCGGAAGATCAAAACTAA	MINMSKSLFAGILLGVSILSGCASQQAVNAQADEQNQIPQGDPRDPFEPLNRAAWNFNWEVLDQYILRPVTITYVTVMPQFARTGLVNATNNLEEPGNMFNNFFQGKVDEGLDSLARFVINSTVGIFGVFDVADSMGIKRQRENFGEVLGHWGVDTGPYLMIPALGPNDPRTLSGRFVDNVYYPMAILTGTVNVARFTVSILEGRASLIDQEPQLEQAIDDYAFVKNAYFQNLEYRVTDGKSGEKVIKQEELDDFEEFESMLDDMDSAEASEDQN	PGPT0024485_745	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-OTHER_CELL_MEMBRANE_REMODELLING_PROTEINS	CE-REMODELLING_LIPOPROTEIN_METABOLSIM,PGPT0024485-mlaA|vacJ-K04754	NA	NA
AK237_00967	1254			hypothetical protein	ATGAGTTGGGCTACGTTCAGTATTATTGCATCAGGGTTGGTTACGTTGATTTTTTTATTGGTTGCATTGCCATGGATACGACATCGACAAGTCCACGAGCGTGATGTGTTATCTAATATTCAAATCGTAAAGCAGCGGTTAGCAGAGCTGGACAGGGAAGTCGCAGAAGGACTGATCTCAGTCCAGGATAAACAAAAAGCAAGCGACGAGCTTAAACTCGCGATGGTCGACGAGGCCTCTGACGAGCGTACAGCGAGTCGTCGGTCTGCACTGGTACCTTTGTTTGTTGGTGCGCTAATAGCAATAACCACCGGTGGAATTGTCTATTCTTCAGTAAACCACATACCCCAAGTGCAGCAAGCGGACGCTGCCATAAAAGCGCTTCCTGAATTAAGTGACAAACTTGCTAGCGGAGACACAGGAAGCTTTTCCACTCAGGATGTGGCAAATCTGGCGTTTGCTATTCGTCAGCGTCTTCGTGACGCACCCGATGATGCTACTGGCTGGATGTTTTTGGGGCGGCTTTGGTTATCCGCTGGAGAAGACGAGCAATCTGTTCAGGCGGTAGAAAAAGCCTTAGCTATCGCCCCAGAGGATTCGACCACTCGTATTATTTATGCGCAGGCTTTAATGGCAACTGACAATACCCAACGTTTAACGTTGGCGCAGCGAGTCCTGCAAGGCTTAGTCAATGAGCGTCCTGATAACGATAATTTGGCGTTAATGATGGCAGTTGTCTCTGCGCGCCTGGGCGATTTGGCGAATACGCAGAAGTATTTTTCGCAAATTCAAGCGCAGTTGCCGGCACAACACGAGACGCGATTAGCCCTTGAGGAACGTATTGCAGAATTATCAACTCAACAGAATAGTGCGCCATCGACAGGCAAACAAGCCGTGGCCAGTACAGGATTTAACCTGACTATTCGGGTTAGTGAAGACTTAATGAGCGAAATACCAGAAAAAGGTTACCTAATCGTTTACGCGCAAGACAGTCTGAGCGACAATCGTATGCCGGCGGCGGTGGTTAAAATGCAGTTACAAAATTTTCCTGTAACTTTATCGCTAACATCGGATAATGCCATGATGCCGTCTTTCACGATAGCATCTCTTAACCAGGCAAGGCTTATTGCCAGAATTTCCTCGGATGAGGATGTTATGCCAGCCCCTGGCGACCTCTTAGGTGAGCTTACGGTACCGGTAGCACCGGGCGAAGTGCTCCCACAATCGATAGAAATCAACAAGGAATTGAAGTGA	MSWATFSIIASGLVTLIFLLVALPWIRHRQVHERDVLSNIQIVKQRLAELDREVAEGLISVQDKQKASDELKLAMVDEASDERTASRRSALVPLFVGALIAITTGGIVYSSVNHIPQVQQADAAIKALPELSDKLASGDTGSFSTQDVANLAFAIRQRLRDAPDDATGWMFLGRLWLSAGEDEQSVQAVEKALAIAPEDSTTRIIYAQALMATDNTQRLTLAQRVLQGLVNERPDNDNLALMMAVVSARLGDLANTQKYFSQIQAQLPAQHETRLALEERIAELSTQQNSAPSTGKQAVASTGFNLTIRVSEDLMSEIPEKGYLIVYAQDSLSDNRMPAAVVKMQLQNFPVTLSLTSDNAMMPSFTIASLNQARLIARISSDEDVMPAPGDLLGELTVPVAPGEVLPQSIEINKELK				NA	NA	NA	NA	NA
AK237_00968	447	ccmH	COG3088	Cytochrome c-type biogenesis protein CcmH	ATGATGAGGATCCTGATGTTTTTATGCTTTATAAGTAGTTTCTCCATCGTCCATGCCGTAGAGGATAACTTTGCATTTGACGACCCTCAGCAACGGGTGTTGTTTCTGACCCTGACCGAATCGCTGCGTTGTCCCATGTGTCAGAACCAAAATATCGCTGACTCTGATGCGATGATTGCTCATGACATGCGTCGTAAGGTGTACAGTTTGTTACAGCAAGGTAAGTCCGAAGAGGAAATCATCCAATACATGAAGGCGCGTTACGGAGACTTTGTGTATTACAAGCCGCCGGTGACGGTTGCGACTGTCTGGCTTTGGGTGTTGCCTCTGATATTTATATTCAGCGTACTTTTTATCGTGACCAAAAAGAAAAAAGCGATATCTGCGGATGAAACAAAAGCAAAACTCGAGAAAGCAGAAGCGATGTTAAAGCAGGACAAGTCATGA	MMRILMFLCFISSFSIVHAVEDNFAFDDPQQRVLFLTLTESLRCPMCQNQNIADSDAMIAHDMRRKVYSLLQQGKSEEEIIQYMKARYGDFVYYKPPVTVATVWLWVLPLIFIFSVLFIVTKKKKAISADETKAKLEKAEAMLKQDKS	PGPT0000486_158	DIRECT EFFECT	BIO-FERTILIZATION	NITROGEN_ACQUISITION	N-AQUISITION-DENITRIFICATION|NITRATE_USAGE	DENITRIFICATION-NITRATE_REDUCTION,PGPT0000486-nrfF-K04017	NA	NA
AK237_00969	606	dsbE	COG0526	Thiol:disulfide interchange protein DsbE	ATGAAAAAGGCGACGTTATTTCTCGTACCGCTCGTAATATTTCTGGTGCTGGTTGTTTTTCTGTTCCAGGGGCTGTTTTCTGATCCCAGAGCGTTGGATTCGCAGGTTCAGGACAAAACCGTGCCGGCTTTTTCATTGCCAGACCTGATGCAACCGGACGTTACCTATACGCAAGACGTGTTTAAAGGAGACGTCACCATTCTAAATGTGTGGGGCGTGTGGTGTGTCACTTGTGCTGTTGAGATGCCGTATTTAACACAATTACGTGATCAGCACGGTGTTAACTTTGTTGGGTTGTACTTCGATCAGGATTTGGATCCTGATTTTGGAACTAAAACATTAGCGCGGGTGCAGCAAGAAGTCATATCGATGCTCGGGCGGTATGGCAATCCCTACCAGTACAATATCTTCGATGTATACCGCGACACTGCGTTGGATTTGGGAGTGACAGGTGCCCCTGAGCATTTCGTGATAGATAGCAAGGGTATCGTTCGTATGCATCATATTGGCGATATTAATCAACGTGTATGGGAAAACAAAGTCGGACCGCTCTACAACCAATTACTGGCTGAAAAAGCATTAGCAGCACAGGGAGGAATTCAGTAA	MKKATLFLVPLVIFLVLVVFLFQGLFSDPRALDSQVQDKTVPAFSLPDLMQPDVTYTQDVFKGDVTILNVWGVWCVTCAVEMPYLTQLRDQHGVNFVGLYFDQDLDPDFGTKTLARVQQEVISMLGRYGNPYQYNIFDVYRDTALDLGVTGAPEHFVIDSKGIVRMHHIGDINQRVWENKVGPLYNQLLAEKALAAQGGIQ				NA	NA	NA	NA	NA
AK237_00970	1998	ccmF	COG1138	Cytochrome c-type biogenesis protein CcmF	ATGATTCCAGAACTTGGCAACATTGCCCTTACCCTGGCATTGGTGACTGCTATTTTACTTGCCGTTTACCCATTATGGGGCGCGCAAACTCATCATATTACCCTCATGGGCACAGCCAAACCGTTGGCGTTTGGTATGTTCCTGTTTACTTTACTGGCTTTTCTTGCGCTGACTTACGCTTTTGCAACAGATGACTTTAGCGTGGCGTATGTGGCGCAGCACTCCAACAGTCAACTTCCTCTTTACTATAAAATAACGGCGGTGTGGGGAGGACACGAAGGGTCATTTTTACTCTGGGTGTTAATGCTTTCAATCTGGACCATGGCGGTGGCAGCATTCAGTCGTGGTATTCCTGATGCCATGGTAGCTCGCGTTCTTTCTGTGATGGGCGCAGTAGGCATTGGCTTCTACCTGTTTATGCTCCTTACCTCTAACCCATTTGACAGCATGCTTCCTTTCTTTCCCGTCGACGGGCGAGATTTAAATCCATTGCTACAAGACTTCGGAATGATTATTCACCCACCGATGCTCTACATGGGCTATGTAGGCTTTTCGGTGTCATTTGCTTTTGCTATCTCAGCCTTAATTTCAGGACAGCTTGATTCGACATGGGCACGTTGGTCCCGGCCTTGGGTTATTGCTGCCTGGGCATTTTTGACGGTGGGCATCGCGCTGGGAAGTTGGTGGGCGTACTATGAACTTGGCTGGGGCGGTTGGTGGTTCTGGGACCCCGTTGAAAATGCCTCGTTCATGCCATGGTTGGTAGGCACCGCGCTGATGCATTCTTTGGCGGTCACGGAAAAACGTAAAGTATTTAAATCCTGGACTGTACTGCTGGCAATCGCTGCGTTTTCTCTGAGTCTACTCGGCACGTTTTTAGTTCGCTCTGGCGTAATTGTGTCTGTCCATTCTTTCGCGAGTGACCCGTCACGGGGCCTGTTCATACTTGGAATTCTCGTCGTTCTTTCAGGCTCAGGGCTGCTGTTATATGCCTTACGAGCCTCTCAGCTTAAGTCTCCGGGCCGATACAGTGCCTTTTCTCGTGAAGTGCTGTTAATGGGGAACAATGTCTTCTTATGTGCGGCTACGCTGGTGGTATTTTTAGGCACCCTTTTACCCCTCGTGCATAAAGAACTGGGTTTGGGCTCGATATCTATCGGAGCACCGTTTTTTAATCAAATGTTCACGCTGCTTATTGTACCCTTTGTGTTCTTTCTGGGTCTCGGCCCACTGACCCGTTGGAAACAACAATCGGCTGCAGCACTACAGAAGCAATGTCTTATCGCGTTAGGGTTAAGTCTCAGTGCTGCGCTGCTGATAAATCTAAGTTACGACGAACCGACTTACATGGCGGGATTGGGCGTAGTCCTGGCTGCCTGGATAGCTATAACGTCGGTACTGGAAGTGATGCAACGAATTGAAACCATACCCGGTCACAGTCCGTGGCAAAAATTACGCAAGTTAACGCCAAGCCACTGGGGTATGGTGTTGGGGCATGTTGGCTTTGCCGTTACCATTATCGGTATAACACTGGTGTCTAACTATGCTACTGAGCGTGATGTCCGAATGGCCACAGGTGAAAGAGCAGAGTTGGGTGGATATACTTTTCATTTTACTGCTGTGAAACCCTACCAGGGCCCCAATTACACCGCTGATGTCGGCGTTTTTGATGTTTATCTTGACGGTGAAAAGCTCGTACATTTAGAACCGGAAAAGCGTATGTATACCGTGCAAAGAATGCCGATGACAGAAGCGGGTATTCACTCCACTGTATTTCGCGATCTCTTTATTGCGATGGGAGAGCCCTTAGACGATGGTGCGTGGGCGGTGCGCATTTATATAAAACCGTTTGTTACCTGGATTTGGGCTGGCGCTGTGATCATGGCATTCGGGGGGATCTGTTCGATTGCAGATAAACGCTATCGTATGGCCAGACTCGCAAAAGCAAAGCATATTTTTAATCACTCATCTGAGAATGCTGTTGGGGAGCAAGGATGA	MIPELGNIALTLALVTAILLAVYPLWGAQTHHITLMGTAKPLAFGMFLFTLLAFLALTYAFATDDFSVAYVAQHSNSQLPLYYKITAVWGGHEGSFLLWVLMLSIWTMAVAAFSRGIPDAMVARVLSVMGAVGIGFYLFMLLTSNPFDSMLPFFPVDGRDLNPLLQDFGMIIHPPMLYMGYVGFSVSFAFAISALISGQLDSTWARWSRPWVIAAWAFLTVGIALGSWWAYYELGWGGWWFWDPVENASFMPWLVGTALMHSLAVTEKRKVFKSWTVLLAIAAFSLSLLGTFLVRSGVIVSVHSFASDPSRGLFILGILVVLSGSGLLLYALRASQLKSPGRYSAFSREVLLMGNNVFLCAATLVVFLGTLLPLVHKELGLGSISIGAPFFNQMFTLLIVPFVFFLGLGPLTRWKQQSAAALQKQCLIALGLSLSAALLINLSYDEPTYMAGLGVVLAAWIAITSVLEVMQRIETIPGHSPWQKLRKLTPSHWGMVLGHVGFAVTIIGITLVSNYATERDVRMATGERAELGGYTFHFTAVKPYQGPNYTADVGVFDVYLDGEKLVHLEPEKRMYTVQRMPMTEAGIHSTVFRDLFIAMGEPLDDGAWAVRIYIKPFVTWIWAGAVIMAFGGICSIADKRYRMARLAKAKHIFNHSSENAVGEQG	PGPT0000484_36	DIRECT EFFECT	BIO-FERTILIZATION	NITROGEN_ACQUISITION	N-AQUISITION-DENITRIFICATION|NITRATE_USAGE	DENITRIFICATION-NITRATE_REDUCTION,PGPT0000484-nrfE-K04016	NA	NA
AK237_00971	465	ccmE	COG2332	Cytochrome c-type biogenesis protein CcmE	ATGAACCCACGCAGAAAACAACGACTTTTGGTGGTAACCCTGATTGGCGGGCTCGTGACCGGCGCTGTGGCACTCATGTTGTTCGCTCTTACTGACAGCATTGATTTATTTTACACACCCTCGCAAATCGTAGAAGGCAGGGAAGGCATGAAGCCTCAAATTGGTCAACGATTGCGCATAGGCGGCATGGTGGTACCGGGCACGGTAAATCGTGACAAAGAGAGCCTGGCCGTATCATTCGATTTGGTCGATACCGGCCCAAAGGTCACTGTGCGTTATAAAGGTATTTTACCGGACCTCTTCCGTGAAGGTCAGGGCATTGTCGCAACAGGTACGCTCGTGGCCAATAACATCATTGAAGCGCAGGAAGTGTTAGCAAAACATGATGAGGATTACATGCCACCGGAACTGGCAGAGCAGATGAAAGGAATCAAGCATGTGAAGCCTGCGAGCAACGGGGGCTGA	MNPRRKQRLLVVTLIGGLVTGAVALMLFALTDSIDLFYTPSQIVEGREGMKPQIGQRLRIGGMVVPGTVNRDKESLAVSFDLVDTGPKVTVRYKGILPDLFREGQGIVATGTLVANNIIEAQEVLAKHDEDYMPPELAEQMKGIKHVKPASNGG				NA	NA	NA	NA	NA
AK237_00972	234			hypothetical protein	ATGCAATTTAACTCATGGTCAGACTTTTTCGCGATGGGCGGTTATGGTTTTTACGTATGGCTGTCTTTCGGCGTCGCATTGATAGCGATGGTAGGGATCGTGCTTCAGAGCGCATTTGTGCACACTCAACTTATTAAGCAAATCGCTACCGAACAACAGCGACAGCGTCGAATTCAGCGCGCCCGGCAAGCAAAAAAAGATACCGCCCGGGTATCTTCAGACAGGACTTTTTAA	MQFNSWSDFFAMGGYGFYVWLSFGVALIAMVGIVLQSAFVHTQLIKQIATEQQRQRRIQRARQAKKDTARVSSDRTF				NA	NA	NA	NA	NA
AK237_00973	756	ccmC	COG0755	Heme exporter protein C	ATGTGGAAGTGGTTACATCCTTATGCGAAGCCTGAGCAAGCTTACCAGCTGTGCCAAACCCTGCAGCCTTGGTTCGCGTGTAGCGCGGTATTAACATTGAGTATCGGATCGCTTTGGGGACTGCTGTTTGCACCACAGGATTATCAGCAGGGCGATTCGTTCAGGATCATCTACATTCATGTGCCAAGCGCCATGTTGTCTATGAGCACTTACGTTGCTATGGCCGTTGCCGCGCTAGTGGGTATGGTTTGGCAATGGCGCACAGCTTATATGACAATGATAGCCATGGCGCCGGTGGGGGCCGTTATGACGTTTATCGCATTGTTAACAGGAGCCGCCTGGGGCAAGCCAATGTGGGGCGCATGGTGGGTATGGGATGCACGATTAACTTCTGAACTTATTTTATTGTTTCTTTATTTTGGTGTGATAGCACTTTATACCGCATTCGAAGATAAACAGCAGGCAGGAAAAGCATCTGGCGTGATGGCATTGGTGGGCGTGGTAAATATTCCCATTATTCATTATTCGGTGGAGTGGTGGAATACTTTACATCAGGGGTCAACAATAACGAAGTTAGATAAGCCCTCTATTGCGTCAGAGATGCTTTGGCCGTTACTTATCAATTTGTTGGGGTTCGCGTTATTTATCGCTTTTGTGACCACCATGCGGTTAAAAAATGAAATTATCCGGCGTGAAATTCATCGCCCGTGGGTAACTAAACTTGCTTCTGAAAAGGAGAACGCCGATGCAATTTAA	MWKWLHPYAKPEQAYQLCQTLQPWFACSAVLTLSIGSLWGLLFAPQDYQQGDSFRIIYIHVPSAMLSMSTYVAMAVAALVGMVWQWRTAYMTMIAMAPVGAVMTFIALLTGAAWGKPMWGAWWVWDARLTSELILLFLYFGVIALYTAFEDKQQAGKASGVMALVGVVNIPIIHYSVEWWNTLHQGSTITKLDKPSIASEMLWPLLINLLGFALFIAFVTTMRLKNEIIRREIHRPWVTKLASEKENADAI				NA	NA	NA	NA	NA
AK237_00974	669	ccmB	COG2386	Heme exporter protein B	TTGAGCGGCCTGGTGAAGGGAGTATTTAAACGGGATCTCGCCCTGGCATTTCGACAAAAGGCGGAGCTTGTACAGCCTCTCATGTTTTTATTGATGGTGGTTACCCTCTTTCCTCTGGGTGTGGGGCCAAGCCCTGATACCCTTCAAAGAATAGGCCCGGGAGTAATTTGGATTGCGGCCATTTTGTCTTCTTTGTTAGGCATGGAACGTCTCTTTCGTGATGACTTTACCGACGGTTCTTTGGAGCAATTACAGCTTTCCGGTCAGCCGGTTTACGCCATTGCCGCCGTTAAGGTGCTTTGCCACTGGTTAGTCACTTTTGTTCCACTTCTCATTCTATCGCCGCTTCTCGCTATGTTCTTAAATCTGACGATGCCTATGTATATCGCATTAGTCATCACGCTTGTTCTCGGTACGCCTTTATTGTCGTTGGTGGGAGCCATTGCGGTAGGTTTGACGGTGGGGTTACAGCGAGGTGGGGTGTTACTCGCTCTTTTACTTATTCCGGTGTTTATTCCTTTACTGATTTTTGCCACCGCAGCGGTAGATGCTGCTGCCTTACAGCTACCTTACCGAGCACAAGTTGCTATCATTGGCGCCATGTTGCTACTGGCGATGGCGTTGTCGCCAGCCGCCATTGCTTATTCATTAAAAGTGAGTCAGAACTGA	MSGLVKGVFKRDLALAFRQKAELVQPLMFLLMVVTLFPLGVGPSPDTLQRIGPGVIWIAAILSSLLGMERLFRDDFTDGSLEQLQLSGQPVYAIAAVKVLCHWLVTFVPLLILSPLLAMFLNLTMPMYIALVITLVLGTPLLSLVGAIAVGLTVGLQRGGVLLALLLIPVFIPLLIFATAAVDAAALQLPYRAQVAIIGAMLLLAMALSPAAIAYSLKVSQN				NA	NA	NA	NA	NA
AK237_00975	621	ccmA	COG4133	Cytochrome c biogenesis ATP-binding export protein CcmA	TTGTCTGGACTCGAGGCGAATAATCTAACGTGCATTAAACGCGACAGAGTGTTGTTTGAAGATCTGTCGTTTAGTTTATTGCCGGGTAAGTTAGTTTATCTGCGTGGCCCTAATGGGGCTGGCAAAACGAGTTTGCTGCGCATTCTGTGTGGTTTGAGTGAGCCTCACCATGGCAAAGTAGTATGGCAAGGCCGCGCTTTGGGACAATCATGGTTTCGCGAGATGATTTACATAGGCCACAAGCCAGGCGTAAATGGCGCACTATCTGCTATCGAGAACTTGAAATACTGGTGCTTACAACATGCTGTACCAAACGAGGCATCAGTGCTTTATGACGTACTCGCGGAGGTCGGGCTCGTGGGCATGGAGGATGTGCCTTGTCGAACGTTGTCGGCAGGACAGCAGCGTCGTGTAGCACTCGCAAGGTTGTGGTTGAAACCCGCTACGGTGTGGATACTTGATGAGCCGTTCACAGCCTTAGATTCACAAGGTGTCGCTCAGTTAGAAGATAAAATGTGCATGCATGTTCGAGCGGGTGGTGCGGTACTGACTACCTCTCATCAGGCCTTGAGTGGTCGGGCTGGTGATGTGGACTATTTCGATTTGGAGTATCGGTTTTGA	MSGLEANNLTCIKRDRVLFEDLSFSLLPGKLVYLRGPNGAGKTSLLRILCGLSEPHHGKVVWQGRALGQSWFREMIYIGHKPGVNGALSAIENLKYWCLQHAVPNEASVLYDVLAEVGLVGMEDVPCRTLSAGQQRRVALARLWLKPATVWILDEPFTALDSQGVAQLEDKMCMHVRAGGAVLTTSHQALSGRAGDVDYFDLEYRF				NA	NA	NA	NA	NA
AK237_00976	2064			hypothetical protein	ATGAACTTACAGATTGCTCAACTGTTTTTAGCCAATGCATCGCAATCCTCGTTATCGACGGATAATGGATCAGTTCGCTCCGAAAACCTCGCTCAGCTATATTCGGCGAATTTACAACGCCTTCCCAATGCACTTATTCAGGTCTCTTCGCCTACCTTACCTGTCGATAACTTTGTCATTACTGATTCAAAGACAGCAGATTTAAGACAAGCTACGGTGGCGAAAACAGCAGAACAACGACTCAGCCTGTTTGATCTGCTTCCGGTAAAGCATAGTGCCGTTATAACTCAGGCTGACACGCAACGGCTTATCAACACGCTTGCCGAGGGCATCGCGCAGTCAACGGTTTCGTTATCGCGCCATACGAACGCTATTTCACTCGGTGGAGTGGTAGAGCAATTGTCGTCAAATACCCTTACGCTGAAGCTCCAGCTCCCGGGTGCACCAACCTTACAACTCACGCTGCCAAAGCAGGATATACAACAGTATGTGCCGGGTGACAAAATCGCTATTACTGTAAAGCCTCCCTCTGAATTACAATCAAAAGCAGATCAAGGGCAGTGGCAGATTACATTGCAGGTAAAGACACCGAATTCGGCTGTGCCCAAAGCAAACAACGTGGAATTACTCGCACCCAGTTCATCGCCGGTAGTAAAGCTAGCAGTGGCGAAGTCCTTAGCGGCCGAGGGCCTGATGATCGAGGGAAAGTTAACCGCTCAAATGACCAGTGCTGCACAGCTACCGAAATCCCTCGATGCGGGTAAAACAAATAATCTGACGACTCTGCTAATGACAATGCGCGGCAATCAGTTAGATGTACGAGGTACACAAATTAAGCCTGTTGCCAATATTTCTCTTCCTGAAACGTCATTATCCGCGCTCCCGTTAGCGTTAAAACCCATTACTGAACTCGCGCTGCAAAAGGGGCTTCCTCAGATACAAGGGCAATTCATTTCACCCGATGCCGAAGGACTGGTCGCAAAGGGAAGTATCGTATCAAAAGGCACCGGCACGGCGCCCCCGTCAGGCGATACAAATGCCATGGACGTCAAGCAGGCGAACTTCGGTTCACCTTTGGTGCAGGATAAAATTCGACAACTATCCAGACAATTACTTGCTGAGACCGGCTCAACGGCGACAGCACTGACAAAACTAGTACAAATTCTTAAACAACAAACTGTACAAATGTCGCCGGAAACAAAAGCCCTGTCTCAACACCTGTTAGGCCATTTAAACGGACTTTCCAGCGCCAGTAAGCCGGCCGCTTCAGTAGGTGATAGTCAACTATCGCCTTCTGCAACTTCGGAGTCATCAACGCCAGCGCCAAACAGCGCCGGACTCATTAAACATTTGCTGCAATCTCCTGCGTTAGTTACCACACCAACAGCTCTGCTTACTCCAGCTAACCAATCCAGTTTTATCAATGCTTTGGTAACCTTATTGCAAGTTGGGCTGGCAGGACGTGCAGTGCGTGCGCAACCCGATCTAAATAAAATACTGGATAAGGCGGAATCGATTACATCCAAAACGCTTGCTGCCACAGGAACTACCGGGCAGACAGCAAGAATAGCTTCGGATGTGGCCCAACTCGATAGCCGCACAAATTTACTGGAACATGTGAAAGCATTGCTTGCTAATCACCAACAGCAAAAAATTCAAAGCGTCGAAAGTCGTATCCAGGGTCAGGACACGCTTTATTACGTGTTACCGGTTGCGCAAGACGATCAAGCACCACCTGAACTTCTTTTCCGGGTAGAAGAACGGGAAGCAACAGCGGGGGATAAGCGCGAAGGAAAGCAGAAAGTGTGGCATTTAACTATGAAACTGGATGCCGGACTGTACGGCGAACTACTGGCTAAAACAAAAATAAATGATGAGTCAATTCAACTGCATATTTACACATCCACCGAAGCGCTGCTTACCCGTGTTTATGATACGTTACCGCATCTACTAAGACGTTTAGAAGGCTTAGGATTAACCGTAGATACGCACAGTTGCCAACGAGGTAAGATTCCGCCTTCGCTCAAAGACGCACCTTATCAATTGTTCGAGGCCATGGTATGA	MNLQIAQLFLANASQSSLSTDNGSVRSENLAQLYSANLQRLPNALIQVSSPTLPVDNFVITDSKTADLRQATVAKTAEQRLSLFDLLPVKHSAVITQADTQRLINTLAEGIAQSTVSLSRHTNAISLGGVVEQLSSNTLTLKLQLPGAPTLQLTLPKQDIQQYVPGDKIAITVKPPSELQSKADQGQWQITLQVKTPNSAVPKANNVELLAPSSSPVVKLAVAKSLAAEGLMIEGKLTAQMTSAAQLPKSLDAGKTNNLTTLLMTMRGNQLDVRGTQIKPVANISLPETSLSALPLALKPITELALQKGLPQIQGQFISPDAEGLVAKGSIVSKGTGTAPPSGDTNAMDVKQANFGSPLVQDKIRQLSRQLLAETGSTATALTKLVQILKQQTVQMSPETKALSQHLLGHLNGLSSASKPAASVGDSQLSPSATSESSTPAPNSAGLIKHLLQSPALVTTPTALLTPANQSSFINALVTLLQVGLAGRAVRAQPDLNKILDKAESITSKTLAATGTTGQTARIASDVAQLDSRTNLLEHVKALLANHQQQKIQSVESRIQGQDTLYYVLPVAQDDQAPPELLFRVEEREATAGDKREGKQKVWHLTMKLDAGLYGELLAKTKINDESIQLHIYTSTEALLTRVYDTLPHLLRRLEGLGLTVDTHSCQRGKIPPSLKDAPYQLFEAMV				NA	NA	NA	NA	NA
AK237_00977	309			hypothetical protein	ATGAGTGACAAAACCCGCAAGGCCATTGGGCTACGCTATAACAGCGGCGAATCTGGCGCAAAACCCAAAGTGGTTTCGAAAGGATTTGGAGAATTAGCGGGTGCCATTATTCAATCGGCAGAAGATGCCGGGATCCTCATTCACGAAGATCCCTACCTCATTGATATTCTTGCTACGTTAGATTTAGGCCAAGAGATACCTGAATCGCTCTATTATGTTATCGCCGAACTCATAGCTTACTCATACGTTTTACAAGGCAAGGTGCCTGCTGGTTGGGAGGAAAGCGGTCACCTCCCCCAGCGAGTATAA	MSDKTRKAIGLRYNSGESGAKPKVVSKGFGELAGAIIQSAEDAGILIHEDPYLIDILATLDLGQEIPESLYYVIAELIAYSYVLQGKVPAGWEESGHLPQRV	PGPT0029865_487	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-TYPE_III_SECRETION_SYSTEMS	CE-T3SS-FLAGELLAR_EXPORT_APPARATUS,PGPT0029865-flhB2-K04061	NA	NA
AK237_00978	1989	pctC	COG0840	Methyl-accepting chemotaxis protein PctC	ATGAAGTCACTATCTCTCCAGAAGAAATTTGTATTGATTGTGGGAGGCGCGATTGCCATTTTGATGGTTATTGCGACCGTCGCGTTACTGAGTATTGTCGGTGGTAAGGCACGGGAAACCGTAGAGCAAGATCTTCATTATTTGGTAAACAGTGAGACAGAGTCGGTAAAGGGGTTCTTTTCAACCTACGGCGGAGTAGCACGCACGTTTTTGAATAACCCCTTTCTTACGACGTTTTTTGACTCCCATCATCAACGAGGCGGACAACTATCCGACCCTGCTGCGGAACACATTTTCGAGACCTTCAATACGATAAGCCAGGCAGATGAAAATATTAAGTCGGCATTTTTTGGTACGGCGTCTACCGGTGAGTACTTTTATGAGCAGGGGCGGGTTGGCGAAGCGGATGACTACTTTGCTAATGAAAGACCCTGGTTTCAAACTGCAGTGAACATGTCTACCCTTTATGTCACTCCTCCTGCTGTAGACTCGCAGGATGGAAGTATCTCAACAGTGGTACAAGCACCTGTTTATAAAAATGGCAAACTGCTTGGTGTAGGTGGTGTGGATATCCTCATTAGTACCGTGGCTGATATGTTGGCAAAAATAAAGTATCAACAAGCGGGCATGGCTTTCTTAGTCGATGATGATCAGAATATTGTGTATTTTCCTACCACCAGCAAAGCGCTTCCTCTGAGTTCGGCACTCTCCGACATTGATAAAGTGCTTCCAAAGACGAACGGCTTTGCCTCTCTTGCTTCGTCGATTGCTACTAAACCGAGTGGACTTGCCATCGTTACATGGCAAGGACAAAATTACTATGTGGCATACAAACACGCCACGCTGGCGTCACCTAAGATGGATTGGGCTCTCGGTTTGCTCGTGCCTGCGGATGTGATTGAAGCACCGATAGACGCAGCACTTCATACAGCATTAATATTTGCTGTTGTGATGCTGATGGTTGTTGGAATTGTGACTTATTACGCTGGCTCGGTTATAACCCGTCCAATTTTACTACTTAAAGATGCGATGGCAGATATTGCGTCGGGCGATGGCGATTTAACCAAGCGTTTGGAAATTAAGTCGCATGATGAAGTGGGGCAGCTTGCTGAACAATTTAATCTGTTCACTGACAAAATCCACCGGTTGCTGAAGGATATTGTACAGCATACTCAGGCAGTGGCGGACGCTGCCGGGCACCTGCGTGATGTGTCCAACGCCAGCAGCCGTGAAATTAATCAAGAACGTGCTGAAGTTGACAGCGTGTCTACGGCCGTAACGGAAATGGCGCATACCGTGAATGAAATCTCCTCGAATGCAGCGCAATCAAGTCACGCCGCTACCGAAGCGGAGAGAAAAGTGTCAGATAGCATGTTGCAAGCGCAAACGACGATGTCAGAGATCCATGCGTTGGCCGATGCAATTAATCAAGGTGTGGAAACGGTCAGTGGGTTAAGCAACGAGTCCGATAATATCGGTGCTGTCGTCGATGTCATTAACAGCATTGCAGAGCAAACTAATTTACTGGCGCTGAATGCTGCGATTGAAGCAGCCAGAGCTGGCGAGCAAGGACGCGGATTTGCCGTCGTTGCTGACGAAGTGCGATCATTAGCCTCGCGAACACAAGATTCCACCGATGACATTCGTAAAATGGTTGAGCGTTTGCAAAAAATGGCAACGGAAACAGACAGTGCAATGAAAGCTGGCAGAGAACGCTCATTGCGGGGCGTAGAGAAAACAGATACCGTGGTGATGTCGTTACAGGAAATCAGTCAGTCAATTGGCACTGTGCAGTCGCAAAGCGCACATATTGCCAGAGCGACTGAGCAGCAGACAGTGGTCGCTTCGGACATCGATGAGGCGCTGGCAAAAATAATCACACTAAGTGAAAAAACCAGTGCGCATTCGGAAGACCTTGCCGCCGAAGCAACGCAACTTAGCAGCGTATCGAACGAATTACGAGAATTGGTAAAGCAATTTAAACTATAA	MKSLSLQKKFVLIVGGAIAILMVIATVALLSIVGGKARETVEQDLHYLVNSETESVKGFFSTYGGVARTFLNNPFLTTFFDSHHQRGGQLSDPAAEHIFETFNTISQADENIKSAFFGTASTGEYFYEQGRVGEADDYFANERPWFQTAVNMSTLYVTPPAVDSQDGSISTVVQAPVYKNGKLLGVGGVDILISTVADMLAKIKYQQAGMAFLVDDDQNIVYFPTTSKALPLSSALSDIDKVLPKTNGFASLASSIATKPSGLAIVTWQGQNYYVAYKHATLASPKMDWALGLLVPADVIEAPIDAALHTALIFAVVMLMVVGIVTYYAGSVITRPILLLKDAMADIASGDGDLTKRLEIKSHDEVGQLAEQFNLFTDKIHRLLKDIVQHTQAVADAAGHLRDVSNASSREINQERAEVDSVSTAVTEMAHTVNEISSNAAQSSHAATEAERKVSDSMLQAQTTMSEIHALADAINQGVETVSGLSNESDNIGAVVDVINSIAEQTNLLALNAAIEAARAGEQGRGFAVVADEVRSLASRTQDSTDDIRKMVERLQKMATETDSAMKAGRERSLRGVEKTDTVVMSLQEISQSIGTVQSQSAHIARATEQQTVVASDIDEALAKIITLSEKTSAHSEDLAAEATQLSSVSNELRELVKQFKL				NA	NA	NA	NA	NA
AK237_00979	1038	recA	COG0468	Protein RecA	GTGGACGACAACAGAAACAAAGCACTTTCCGCCGCACTTGGCCAAATTGAAAAGCAGTTTGGTAAAGGCGCCATTATGCGCCTGGGTGATAATCAGGCGCATGATATCGAAGCCATTTCTACCGGTTCACTCAGTATCGACATCGCACTCGGTATAGGTGGTTTACCTTGTGGGCGTGTGGTTGAAATCTACGGTCCTGAATCATCAGGTAAAACAACACTGACACTGCAAGTTATCGCTGAAGCGCAAAAGAAAGGCAAAACCTGTGCATTCGTCGATGCGGAACACGCACTGGATCCTGTCTATGCAAGAAAACTGGGCGTCAACATCGACGACCTGCTGGTCTCTCAGCCCGATACCGGTGAGCAGGCACTGGAAATTTGTGACATGCTTGTTCGTTCCGGCGCTGTGGACGTGGTAATTGTTGACTCGGTTGCTGCGTTAACACCAAAAGCAGAAATTGAAGGTGAGATGGGTGACTCTCACGTGGGTCTTCAGGCACGTTTGATGTCTCAGGCGCTGCGTAAACTTACCGCAAACATCAAAAAATCGAACACGCTGTGTATCTTCATCAACCAGATCCGTATGAAGATTGGTGTTATGTTCGGTAACCCTGAAACCACTACCGGTGGTAACGCGCTGAAATTCTATGCCTCAGTGCGTCTGGATATCCGTCGTATTGGTGCGGTTAAAGAAGGTGATGAGGTTGTTGGTAACGAAACCCGTGTGAAAGTGGTGAAGAACAAAGTTGCACCACCGTTTAAGCAAGCGGAATTCATGATTCGTTACGGCGAGGGTATCAGTAAGGAAGCGGAACTTATTGACCTTGGCGTGAAGCAGAAGCTGGTGGATAAAGCAGGTGCCTGGTATAGCTACAACGGTGACCGTATTGGTCAGGGTAAAGCGAACGTAATGGCGTTCCTGAAAGATAACCCTGACATTGCGAACGACATCGAAACCAAGCTGCGTGCTGAGTTACTGGCGCAAAAAACAGTGAAGCCTGAAGAAGCGGAAGGCGAATCGGAAGAAACGCTGTAA	MDDNRNKALSAALGQIEKQFGKGAIMRLGDNQAHDIEAISTGSLSIDIALGIGGLPCGRVVEIYGPESSGKTTLTLQVIAEAQKKGKTCAFVDAEHALDPVYARKLGVNIDDLLVSQPDTGEQALEICDMLVRSGAVDVVIVDSVAALTPKAEIEGEMGDSHVGLQARLMSQALRKLTANIKKSNTLCIFINQIRMKIGVMFGNPETTTGGNALKFYASVRLDIRRIGAVKEGDEVVGNETRVKVVKNKVAPPFKQAEFMIRYGEGISKEAELIDLGVKQKLVDKAGAWYSYNGDRIGQGKANVMAFLKDNPDIANDIETKLRAELLAQKTVKPEEAEGESEETL	PGPT0007235_4031	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	UNIVERSAL_STRESS_RESPONSE	STRESS_SIGNALLING_PROTEINS	STRESS_SIGNAL-DNA_DAMAGE_DEFENSE|REPAIR,PGPT0007235-recA-K03553	NA	NA
AK237_00980	873	cinA		Putative competence-damage inducible protein	ATGGGGCCTCGACTGCCGCTTCCCTGCGGCAGACGGTTTCAAATGCAGTCCTCGTATTCCGTACACGCGCCTTCTCAGTTAGGTGCTTCCGGCCGGAGCATGGAACTGCATTTGAAACACGGTGTAAACCCATCCACGGGACTCCGATTGCCGCTTCCCTGCGGCAGACGGTTTCAAATGCAGTCCTTGTATTCCGTACGCGCGCCTTCACAGTCAGGCGCTTCCGGCCGGAGCATGGAACTGCATTGGAAACAGGAAGCAATTCTTTCCCCTACAGGATTGAACTTAATCGCTCCGGCGTCTGCTAAATGTGTAAAATGGTACAACGGAATTAATTCATTGGTGAGTATTATTCGTATGAGCGCAGATTTTTCAACTGTTTCACAAGACAGTGCGTTACTAAAACAGGTGGTCGCCACCGGAGATGTGCTTCGCCGGCGAAACTGGCATGTATCCTGTGCTGAGTCTTGTACCGGTGGTGGAATTGCTTATGTATTAACCTCTGTTTCCGGTAGCTCTGACTGGTTCAATCAGTCATGGGTCACGTATTCAAACGGGGCTAAGCAGTCACTTATTGGGGTGAAAACTGAAACGCTTGAGGAATTTGGCGCAGTGTCTGAGCAAACTGTGGCTGAAATGGTTCGCGGAGTTGTTCGGGAAAGTGGTGCGCAGGTTGGCGTGTCGGTGAGCGGCATTGCCGGGCCGGGCGGTGGTTCGGCGGAAAAGCCGGTGGGTACAGTTTGGTTTGGCTTTATGATAGACGGTGAACTGAGCACGCAGCGTCACGTATTTTCAGGTGACCGGTTAACTGTACGGGAACAGGCTATCGCCCACGCAATTTCTTTTCTGTACCAACGACTGGTTGATGAATAA	MGPRLPLPCGRRFQMQSSYSVHAPSQLGASGRSMELHLKHGVNPSTGLRLPLPCGRRFQMQSLYSVRAPSQSGASGRSMELHWKQEAILSPTGLNLIAPASAKCVKWYNGINSLVSIIRMSADFSTVSQDSALLKQVVATGDVLRRRNWHVSCAESCTGGGIAYVLTSVSGSSDWFNQSWVTYSNGAKQSLIGVKTETLEEFGAVSEQTVAEMVRGVVRESGAQVGVSVSGIAGPGGGSAEKPVGTVWFGFMIDGELSTQRHVFSGDRLTVREQAIAHAISFLYQRLVDE				NA	NA	NA	NA	NA
AK237_00981	2679	mutS	COG0249	DNA mismatch repair protein MutS	ATGGGTTTACGCCGTGTTTCAAATGCAGTTCCGTCTTCCGGACAGAAGCGCCTTCGCAAACAGTATCAACATAACAAAGAGGTTTTCTTGGAATCACATACGCCGATGATGCGCCAGTATCTGGCCATAAAAGCACAACATCCTAATATTCTACTGTTTTACCGGATGGGGGACTTTTATGAACTCTTCTATGACGATGCCAAAAAGGCCGCACACCTGCTGGATATTTCATTAACAGCCAGAGGCAAATCCGGCGGTGAACCCATTCCCATGGCGGGAGTGCCTTATCACGCGGTGGAAGGTTACCTGGCGCGCCTGGTAAAAATGGGCGAATCTGTGGCAATTTGTGAGCAGGTTGGCGATCCTGCCACCAGCAAAGGGCCGGTAGAGCGTCAGGTTCAGCGTATTGTCACGCCGGGCACTGTGACCGATGAAGCACTATTAGAAGAGCGTCGTGATAACCTGCTTGCTGCAGTGTGCGGTCACAGCATGCAATACGGCGTTGCCACCCTCGATATCAGCAGCGGGCGTTTTCTGGTGGTCGAATGTGACAGCGACGAACAATTGCTGGCCGAATTGCAACGCCTTAATCCTGCGGAACTACTTTATCCGGAAGGATTCGAAGGTTTACCTCTTATTGAAAAACGAAAAGGTTTACGTCGCCGTCCCGAATGGGAGTTCGATCCGCAAACGGCAACAGAGCAACTCAATCAGCAATTCGGCACCAAATCACTGGATGGTTTCGGGATCAACGGCTTAGATAAAGCCACCGGCGCAGCCGGCTGTGTACTGCAATACGTTAAAGATACCCAACGTACCGCCCTGCCCCATATTCGCAGTATCCATCGTGAACAGCAGGAGACCCGCATACAGCTAGATGCTGCCACGCGAAGAAACCTGGAATTAACCGCCAATTTATCAGGCAGTCAGGAAAATACCCTGTTCAGCGTGCTGGATTCTACCGCCACCCCCATGGGCAGCAGATTACTTCAACGCTATTTGCACGCCCCCATTACCGATCATTATGAGCTCACCCGACGCCAGCAGGCCATCGGCAAGCTGATTGAGCAGGGCCACGAAGAGATAGCAGATACATTGAAGCGCATTGGTGACATAGAACGTATCATGGCGCGGTTAGCCCTGCGTTCGGCCCGTCCCAGAGATTTCTCCCGTTTACGCAATGCATTTAACGAATTACCCGGACTGCTCGACCAGTTATCCTCTCTTGAAGACCCTTTATGTGCAGATTTAGCCAATGCTGTCAGCACCTATCCTGAATTACAAAGCCTGTTAAATCGGGCTATCGTAGATAACCCTCCGGTTGTCATCCGCGATGGTGGCGTTATCGCTGAAGGTTTTAATGAAGAGCTTGATGAATTGCGAGCGCTGTCACGGGGAGCCACGGATTACCTGGATGCTCTGGAAGTCAGAGAACGGGAGCGCACCGGTGTCTCTACACTGAAAGTGGGCTATAACAAAGTGCATGGCTTTTTTATCGAATTAAGCCGCGCAAACAGTGGCGCAGCCCCGGCAGATTATATTCGCCGTCAAACGTTAAAGAACACCGAGCGTTACATTACGCCTGAGCTGAAAGAACATGAAGATAAAGTACTGACCAGTCAGGGCCGGGCGCTGGCTCTGGAAAAGCAGCTCTATGAAGGATTATTCGATGCCTTCCAGCCACAGCTCACTAAGCTGATAAATACAGCCGAAGCACTGGCTAAACTGGATGTCATTCAGTGTTTTGCCGAGCGGGCAACCGCACTCGACTTACATTGCCCTACCCTCACAGACAACCGCGAAATCACTTACGAAGCCGGTCGTCATCCGGTGGTTGAGCAGGTCATGACCGACCCGTTTATTGCCAACCCGGTAACACTGGACACTAAACAGCGCATGCTTGTTATTACCGGTCCGAACATGGGCGGTAAATCAACGTACATGCGTCAGACTGCTCTGATTGTACTGATGGCATACCTTGGGTGTTACGTACCTGCTGAAAATGCAAAAATCGGCCGTGTGGATCGTATTTTCACACGCATCGGTGCATCTGATGATCTGGCATCAGGGCGTTCTACCTTTATGGTGGAAATGACCGAGACCGCCAACATTTTGCATAATGCCACTGAGCACTCGCTGGTATTAATGGATGAAATCGGGCGCGGCACCAGTACTTACGATGGCCTGTCTCTCGCCTGGGCATGTGCCTGCTTTCTTGCAAGGGAGATTAATGCTTATACCTTGTTTGCCACCCATTATTTTGAACTGACCCAGTTAGCTGATTCTGAAGAGGGTGTGGTCAATGTGCATTTAGATGCGGTAGAACACGACGATACCATCCGTTTTATGCATACGGTAGAAACCGGAGCGGCCAGCAAAAGCTATGGCTTACAGGTTGCCCAGCTTGCCGGCGTCCCCCGGCCGGTCATTAATGCTGCCCGTGCGAAACTGCATGAACTGGAAAACCGGGCACCACAGGAAGACGCCCCAGTCTCAAAGACAACAAAAACGTCGTCAGATTCCGGTGCACCCACGACCAGAGCCGGGCAGTCGGAAATGCATTTTACCGATATGCCTGATCCGCTGCGGGATGCACTGAATAATTTGTCTCCCGACGAGCTTTCCCCCCGACAGGCATTAGATTTAATTTACACGCTTAAACGGCTTAGTCAGGCGTGA	MGLRRVSNAVPSSGQKRLRKQYQHNKEVFLESHTPMMRQYLAIKAQHPNILLFYRMGDFYELFYDDAKKAAHLLDISLTARGKSGGEPIPMAGVPYHAVEGYLARLVKMGESVAICEQVGDPATSKGPVERQVQRIVTPGTVTDEALLEERRDNLLAAVCGHSMQYGVATLDISSGRFLVVECDSDEQLLAELQRLNPAELLYPEGFEGLPLIEKRKGLRRRPEWEFDPQTATEQLNQQFGTKSLDGFGINGLDKATGAAGCVLQYVKDTQRTALPHIRSIHREQQETRIQLDAATRRNLELTANLSGSQENTLFSVLDSTATPMGSRLLQRYLHAPITDHYELTRRQQAIGKLIEQGHEEIADTLKRIGDIERIMARLALRSARPRDFSRLRNAFNELPGLLDQLSSLEDPLCADLANAVSTYPELQSLLNRAIVDNPPVVIRDGGVIAEGFNEELDELRALSRGATDYLDALEVRERERTGVSTLKVGYNKVHGFFIELSRANSGAAPADYIRRQTLKNTERYITPELKEHEDKVLTSQGRALALEKQLYEGLFDAFQPQLTKLINTAEALAKLDVIQCFAERATALDLHCPTLTDNREITYEAGRHPVVEQVMTDPFIANPVTLDTKQRMLVITGPNMGGKSTYMRQTALIVLMAYLGCYVPAENAKIGRVDRIFTRIGASDDLASGRSTFMVEMTETANILHNATEHSLVLMDEIGRGTSTYDGLSLAWACACFLAREINAYTLFATHYFELTQLADSEEGVVNVHLDAVEHDDTIRFMHTVETGAASKSYGLQVAQLAGVPRPVINAARAKLHELENRAPQEDAPVSKTTKTSSDSGAPTTRAGQSEMHFTDMPDPLRDALNNLSPDELSPRQALDLIYTLKRLSQA				NA	NA	NA	NA	NA
AK237_00982	1632	pyrG	COG0504	CTP synthase	ATGACAAATTATATTTTCGTCACCGGTGGTGTCGTATCATCGCTTGGTAAAGGTATTGCTGCCGCTTCGTTAGCAGCTATTCTTGAAGCGCGTGGTCTCACCGTTACGATGTTAAAACTGGATCCGTATATCAACGTTGATCCGGGTACAATGAGCCCAATCCAGCACGGGGAAGTGTTTGTCACGGATGATGGCGCAGAAACCGATTTAGATTTAGGTCACTACGAGCGTTTTATCCGCACCCGTATGACCAAGCGTAATAACTTCACCACTGGCCGGGTTTACGAAGAAGTATTACGCCGTGAAAGACGTGGTGACTATTTAGGTGCGACCATCCAGGTCATCCCGCACATCACCAACGAAATTAAGCGTCGCGTTATCGACGGTGCAGAAGGTCACGATGTGGCTATTGTTGAAGTAGGCGGTACAGTAGGTGATATTGAATCACAACCGTTCCTGGAAGCTATCCGTCAGTTAGGTACAGAAGTCGGCCGCGAGCGCGCCATGTTCATGCACCTGACGCTGGTACCTTACATGCCTGCTTCCGGCGAAGTAAAAACTAAGCCTACTCAGCACTCTGTTAAAGAGCTGCGTTCTATCGGTATTCAACCGGACATCCTGGTTTGCCGTTCTGTTGGCGCCCTGCCGGCTACCGAGCGCTCTAAGATTGCCCTGTTCACTAACGTGGCAGATAAAGCCGTTATCTCACTGAAAGACGTAGACAGCATCTACCGTATCCCGGCTGCGCTTAAAGCACAGGGTATGGACCAGCTGGTTGTTGACCGTTTCCGCTTAGATTGCAAAGAAGCCGATCTGACCGAATGGGAACAGGTACTTTATGCAGAGTCTAACCCTACTGCAGAAGTGAATATTGGTATGGTGGGCAAATATGTTGAACTGCCTGACGCTTACAAATCTGTCAATGAAGCATTAAAACATGCCGGTTTGAAAAACCGCCTGACAGTGAATATTCACTATGTCGATTCGCAGGACGTTGAAACAAAAGGTACACAAATTTTAGAACACCTGGATGCTATCTTAGTACCCGGTGGTTTCGGCGAACGCGGTATCGAAGGCAAAATTGCAGCAGCACGCTATGCCCGCGAGAATAAAGTCCCTTATCTGGGGATTTGTCTGGGTATGCAGGTTGCTTTAATTGAATTTGCCCGCAATGTAGCTGGTATGGAAAACGCAAACAGCACCGAATTCGATCCTAAAACACCTTTCCCGGTTGTTGGTTTGATCACCGAATGGCTGGATGCAGACGGCTCTACCGAACAGCGTGATGCCTCTTCAGATTTAGGCGGCACCATGCGTTTAGGCAGTCAGCTTTGTCACCTGATCCCGGGTAGCAAAGTCTGTGAAACCTACGGCAGCGAAGAGATATACGAACGTCACCGTCACCGTTACGAAGTAAACAATAACCTTCGTGACCAGATTGAAGCTGCGGGCTTAAAAGTAAGTGGTTTGTCCACCGACAAACGCCTTGTAGAAGTGATCGAAATCCCGGACCATCCATGGTTTGTTGCCGGTCAGTTCCACCCTGAGTTTACTTCTACGCCCCGTGATGGCCACCCGCTGTTTAAAGGATTTGTAGAAGCTGCCGGGAAATACCAGAAAGAAAATCACTGA	MTNYIFVTGGVVSSLGKGIAAASLAAILEARGLTVTMLKLDPYINVDPGTMSPIQHGEVFVTDDGAETDLDLGHYERFIRTRMTKRNNFTTGRVYEEVLRRERRGDYLGATIQVIPHITNEIKRRVIDGAEGHDVAIVEVGGTVGDIESQPFLEAIRQLGTEVGRERAMFMHLTLVPYMPASGEVKTKPTQHSVKELRSIGIQPDILVCRSVGALPATERSKIALFTNVADKAVISLKDVDSIYRIPAALKAQGMDQLVVDRFRLDCKEADLTEWEQVLYAESNPTAEVNIGMVGKYVELPDAYKSVNEALKHAGLKNRLTVNIHYVDSQDVETKGTQILEHLDAILVPGGFGERGIEGKIAAARYARENKVPYLGICLGMQVALIEFARNVAGMENANSTEFDPKTPFPVVGLITEWLDADGSTEQRDASSDLGGTMRLGSQLCHLIPGSKVCETYGSEEIYERHRHRYEVNNNLRDQIEAAGLKVSGLSTDKRLVEVIEIPDHPWFVAGQFHPEFTSTPRDGHPLFKGFVEAAGKYQKENH	PGPT0021215_3639	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021215-pyrG-K01937	NA	NA
AK237_00983	1293	eno	COG0148	Enolase	ATGGCGAAGATTGCTCGCATTGTAGGACGCGAAATCCTGGACTCTCGTGGTAACCCCACTGTAGAGGCAGACGTTTACCTTGATTCAGGCGCAATGGGTCGTGCCGCTGCACCATCCGGTGCATCAACTGGTTCACGTGAAGCACTGGAACTGCGTGACGGTGACAAAAGCCGTTACCTGGGCAAAGGCGTAGAAAAAGCCGTTGCTGCAGTAAACGACATCATTGCTCCGGCGCTGGCTGGCATGGATCCACTGGCACAAACTGACGTTGATAACAAAATGTTAGAGCTGGACGGTACAGAGAACAAAGAAAAGCTGGGTGCAAATGCGATCCTGGCGGTTTCTCTGGCTGTTGCCAAAGCGGCTGCAATTGAAAAAGGCGTTGCACTTTACGAGCACATCGCTGACTTAAACGGTACGTCAGGTCAGTACTCTATGCCTGTACCTATGATGAACATCATCAACGGTGGCGAACACGCTGACAACAACGTAGACATTCAGGAATTCATGGTTCAGCCAGTTGGCGCGAAGAGCTTCAAAGAAGCCCTGCGCATGGGTGCGGAAATTTTCCATAACCTGAAAAAAGTACTGTCTGCTAAAGGCCTGAACACAGCAGTGGGTGACGAAGGTGGTTTTGCACCTAACCTGAGCTCTAACGCTGAAGCGCTGGCTGTTATTGTAGAAGCCGTTGAAAAAGCGGGCTACAAAATGAACGAAGACATCACGCTGGCACTGGACTGTGCGGCGTCTGAATTCTACAAAGACGGCAAATATGTGCTGTCTGGCGAAGACAAGTCTTTTGACTCTGAAACCTTTGGTGACTACCTGGCTGAACTGGCTGAACAGTACCCTATCGTTTCTATCGAAGACGGTCTGGACGAGAGTGACTGGGACGGTTGGGCAAGCCTGACTAAAAAGATTGGTGACAAAGTACAACTGGTTGGTGACGACCTGTTCGTGACTAACACCAAAATCCTGTCACGTGGTATCGAGAATGGTATCGGTAACTCTATCCTGATTAAATTCAACCAGATCGGTTCATTGACCGAAACCCTGAATGCAATCAAGATGGCGAAAGATGCCGGCTTCACGGCGGTTATCTCTCACCGTTCAGGCGAAACCGAAGATGCGACTATCGCTGACCTGGCGGTTGGTACTGCAGCGGGTCAAATCAAGACCGGTTCTCTGTGCCGTTCTGACCGTGTTGCCAAGTACAACCAGTTACTGCGTATCGAGCAGGCACTGGGCGACAAAGCGGTTTATCCGGGTCGCAGTGCAATCAAAGGTCAATAA	MAKIARIVGREILDSRGNPTVEADVYLDSGAMGRAAAPSGASTGSREALELRDGDKSRYLGKGVEKAVAAVNDIIAPALAGMDPLAQTDVDNKMLELDGTENKEKLGANAILAVSLAVAKAAAIEKGVALYEHIADLNGTSGQYSMPVPMMNIINGGEHADNNVDIQEFMVQPVGAKSFKEALRMGAEIFHNLKKVLSAKGLNTAVGDEGGFAPNLSSNAEALAVIVEAVEKAGYKMNEDITLALDCAASEFYKDGKYVLSGEDKSFDSETFGDYLAELAEQYPIVSIEDGLDESDWDGWASLTKKIGDKVQLVGDDLFVTNTKILSRGIENGIGNSILIKFNQIGSLTETLNAIKMAKDAGFTAVISHRSGETEDATIADLAVGTAAGQIKTGSLCRSDRVAKYNQLLRIEQALGDKAVYPGRSAIKGQ	PGPT0018050_3233	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
AK237_00984	660			hypothetical protein	ATGTCGTCAGGTTCTCACACGTCGTCCAGTCAGACTGATATTTTTGCTGTCACCGGCGCCACCGACGATTCTCCTGTCTTCACAGAAATTTGTAATGCCCTGTACGAGCGCGAGTTGCTGGTGCTTTCACAAGCGTCCGCTGCGCAGATATCTTACCTCCAACGCAGACTGGCCGCACTTCCGCACCGGATCCAACGGGCAGCCCACTATCTGGCAAACCACAAAACACCGCTTGCAGTAGACAGTCACAACGGTACCTGGCAATGTAAACAGGCATCTAAATGTCCAGCCCATAAAATTACGCCAGAAGACACGCAGACCTGGTATACAGACCATGCAGCCTATGGTTTACCCGTACCGGTAAGATTACTTCGCTTTGATGAAGAGCATATCGAGCTGGACTCTATTGACCGTGTCCAGCCTGAGAATGAGATGGTGCACACCAATAAATATGGCTGGTTTACCTTTGATGGTGTAAGTCAGGCCAACAATACCGACACCGACTATACGTTACTGAAACCCAATAAAGCTGTGATGTCTCCCGCATGCTGCGGACACCGCTGGAATCACAAAGGCAGACTGGCCCCACGCACACTCTCATTAAGAGAATTATTGCTTTCCACCACGGTAAAGTGGAAAAAATTCACCTTAAATACCTGA	MSSGSHTSSSQTDIFAVTGATDDSPVFTEICNALYERELLVLSQASAAQISYLQRRLAALPHRIQRAAHYLANHKTPLAVDSHNGTWQCKQASKCPAHKITPEDTQTWYTDHAAYGLPVPVRLLRFDEEHIELDSIDRVQPENEMVHTNKYGWFTFDGVSQANNTDTDYTLLKPNKAVMSPACCGHRWNHKGRLAPRTLSLRELLLSTTVKWKKFTLNT				NA	NA	NA	NA	NA
AK237_00985	1560	leuA_1	COG0119	2-isopropylmalate synthase	ATGACGAATCAGGTAAAAATCTTTGATACCACGTTACGCGACGGCGAGCAGGCACTGCCCGCCAGTTTAAGTGCCAAAGAAAAATTGCAGATCGCTCTGGCCCTCGAACGCCTGGGCGTAGACATCATCGAAGCAGGCTTCCCGGTTTCTTCGCCGGGTGATTTTAAATCCGTGCAAATGATTGCCCGGGAAGTGAAAAACAGTGTGGTTTGTGGTTTATCCCGAGCTCTTGAAAAAGACATCGATGCATGTGGCCAGGCGCTGAGTGTCGCTGAACAATTCCGTATCCATACCTTTATCGCCACATCTGAAATTCATGTTGGTGCCAAACTCAGAAAATCTCAGGACGAAGTCGTTGATATGGCAGTAGCGGCAGTAAAGCATGCCCGCCGCTACACCGACGATGTGGAATTTTCCTGTGAAGATGCCGGCCGTACCCACATCGATTATCTTTGCCGTATGGTCGAAGCCGCCATCAATGCCGGTGCCACTACCGTAAATATTCCGGATACCGTGGGTTACACAACACCCACCGAATTCGGCGGCATCATCGGCAACCTGTTTAACCGCGTACCTAACATCGATAAAGCCACGATTTCTGTGCACTGTCACAACGATTTAGGTCTGGCTGTTGCTAACTCACTGGCAGCCGTTGAGCAAGGTGCCCGCCAGGTAGAATGTACCATCAACGGTATCGGTGAACGTGCAGGAAACTGTTCACTGGAAGAAATCGCGATGATTCTGCAAACCCGCGAAGCCATGCTGGGCATGCAAACCAACATCAATTCCACTGAAATTTTCCGTACCTCCAAACTGGTCAGCCAGTTGTGTAATATGCCGGTACAGTCGAACAAAGCCATTGTGGGAGCAAACGCCTTCAGTCACTCCTCGGGTATCCATCAGGACGGTGTATTAAAAGCGCAAAATACCTATGAAATCATGACACCGGAAAGTGTGGGTATTAATAAAAACAACCTGAACCTGACGTCGCGCTCCGGTCGTCACGTTATTAAGCACCGTTTAACAGAGCTGGGCTACAAGGCGGAAGACTACGATCTGGAAACGGTTTATACCGCATTTCTTGCGCTGGCCGATAAGAAAGGTCAGGTTTACGACTATGATTTGGAAGCGTTGCTGTTTTTCGATCAACAAAAACACGAAGATGCGTATTACCAGCTGTCTTATCTGCAGGCCAACTCTGGCCGGGAAATCATTCCCAGTGCCACTGTACGTTTACAGGTCGGCAGCGAAACCGTTACAAAAACAGCCATCGGTAACGGTCCGGTGGATGCCGCCTTTAATGCCATTATTTCTATTCTGGGCCATGAAGACCTGGAAGTGGTCGACTTCAAACTGGATTCGAAAGGTGAAGGTGCTGACGCCCTCGCCCAGGTCGGTGTTATCGCCGAGTACAAAGGCCGCCGTTTCCACGGTATCGGCCTGGCCACAGACATTGTCGAAGCCGGGGTTAAAGCCCTTATCTTCGTACTGAACAATACACATGTTGCTGACCAGATTGATCAGCAAAAGATTCAACAAGAACGCGTTGCAGGAGTATAA	MTNQVKIFDTTLRDGEQALPASLSAKEKLQIALALERLGVDIIEAGFPVSSPGDFKSVQMIAREVKNSVVCGLSRALEKDIDACGQALSVAEQFRIHTFIATSEIHVGAKLRKSQDEVVDMAVAAVKHARRYTDDVEFSCEDAGRTHIDYLCRMVEAAINAGATTVNIPDTVGYTTPTEFGGIIGNLFNRVPNIDKATISVHCHNDLGLAVANSLAAVEQGARQVECTINGIGERAGNCSLEEIAMILQTREAMLGMQTNINSTEIFRTSKLVSQLCNMPVQSNKAIVGANAFSHSSGIHQDGVLKAQNTYEIMTPESVGINKNNLNLTSRSGRHVIKHRLTELGYKAEDYDLETVYTAFLALADKKGQVYDYDLEALLFFDQQKHEDAYYQLSYLQANSGREIIPSATVRLQVGSETVTKTAIGNGPVDAAFNAIISILGHEDLEVVDFKLDSKGEGADALAQVGVIAEYKGRRFHGIGLATDIVEAGVKALIFVLNNTHVADQIDQQKIQQERVAGV				NA	NA	NA	NA	NA
AK237_00986	1098	leuB	COG0473	3-isopropylmalate dehydrogenase	ATGAGCGAATTCAATATTGCCGTACTCGCCGGAGACGGTATCGGCCCGGAAGTCATGCAGGAAGCCAACAAGGTCCTGGATGCCGTTGAGAGCAAATTCAAAGTGACTTTCAACCGGACCGCGTATCCGGTCGGTGGCTATGCCATTGATACTGAAGGTGAAGCATTACCGCCAGCCACCCTGCAAGGTTGTGAACAGGCCGACGCGATTTTATTTGGCTCAATCGGTGGACCAAAATGGGATTCCCTGCCACTGGAACAACGCCCTGAACGTGCAGCACTGTTAACCCTGCGCAGTCATTTCGATTTATTCAGTAACCTGCGTCCTGCCAAAATCTATCCGGGCCTTGAGGACTTATCCCCGCTGCGTGCAGACATTGCTGCCAGCGGTGTAGATGTACTGGTTGTCCGTGAGCTGACCAGCGGTATCTATTTCGGTCAGCCTAAGGGCCGTGACGGCGAAGGTGAAGAAGAATACGCCTTTGATACCATGCGCTACTCCAAACGGGAAATTCGCAGAATTGCCGTATCCGCCTTTGAAGCTGCGCAAAAGCGCCGTGGCAAAGTTACCTCGGTAGATAAGGCTAACGTACTGGTATGCAGCCGTTTGTGGCGCGAAGTCAGCGAAGAAGTCGCCAAAGACTATCCTGATGTGGAACTTGAGCACATCTATATCGATAACGCGACCATGCAGGTGATGAAAAACCCGGCCCAGTTCGACGTGATGTTATGCTCTAACCTGTTCGGCGACATCATTTCAGACGAATGCGCCATGATGACAGGATCTATGGGTCTGCTTGCGTCTGCCAGTATGAATGAAGAAGGTTTTGGCTTATACGAGCCGGCCGGTGGTTCAGCACCGGATATTGCCGGCCAGGGTATTGCTAACCCTATCGCTCAGGTGCTGTCAGCAGCCATGATGTTGCGTTTCAGCTTAAACCTGCAAGATGCTGCAGACGCTATCGAAAAAGCGGTTGTAGCCACGTTAGAAGCCGGTGTATTGACCGGAGAATTGTTACCTGAGGACAAACGCGCACAAGCGTCCACCACAGCTCAGGTCGGCGATGAAATTGTCAAACAGATTTTAAATCAGGAGTAA	MSEFNIAVLAGDGIGPEVMQEANKVLDAVESKFKVTFNRTAYPVGGYAIDTEGEALPPATLQGCEQADAILFGSIGGPKWDSLPLEQRPERAALLTLRSHFDLFSNLRPAKIYPGLEDLSPLRADIAASGVDVLVVRELTSGIYFGQPKGRDGEGEEEYAFDTMRYSKREIRRIAVSAFEAAQKRRGKVTSVDKANVLVCSRLWREVSEEVAKDYPDVELEHIYIDNATMQVMKNPAQFDVMLCSNLFGDIISDECAMMTGSMGLLASASMNEEGFGLYEPAGGSAPDIAGQGIANPIAQVLSAAMMLRFSLNLQDAADAIEKAVVATLEAGVLTGELLPEDKRAQASTTAQVGDEIVKQILNQE	PGPT0001441_1244	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_UTILIZATION	PLANT_DERIVED_MALATE_UTILIZATION,PGPT0001441-leuB-K00052	NA	NA
AK237_00987	1401	leuC	COG0065	3-isopropylmalate dehydratase large subunit	ATGGCCAAGACCTTATATGACAAAGTCTGGGAAGCACACGTTGTAGACCAGATTGGCGAAGACAGCTTATTGTATATCGATCGTCACCTGATCCACGAAGTGACTTCGCCTCAGGCCTTCGCAGGTTTGAATGAAAAAGGCCGTAAAGTGCGTCGACCTGACCGTACATTCGGCACCATGGACCACAGTATCTCTACCCGCTCGCTGGCCATTGACGCCTGCGGTCCGCAAAATGCGTTACAGCTACAAACGCTGGCGAAAAACTGTGAAGAACACGGCGTTAAACTATTCCCGGTAGGTCACCAGAAACAGGGGATTGTTCACGTAATGGGTCCTGAACTGGGCCTGATCCTGCCCGGCGTTACTGCAGTATGTGGTGACTCGCACACCGCAACCCACGGCGCATTCGGGGCTTTAGCATTCGGTATCGGTACCTCTCAGGTTGAGCATGTACTGGCCACACAAACTTTGAAGCAAAGTAAAGCGAAAAGCATGCTGATTAATGTGCACGGTAAATTACCGGTGGGCATTACGGCAAAAGATATCATTCTGGCCATTATCGGCAAAATCGGACACGCCGGCGCTACCGGTTATGTTATCGAGTACGCCGGTGAAGCCATCCGCTCTCTGACCATGGAAGAGCGTATGACCATCTGTAACATGAGTATCGAAGCCGGTGCGAAAGCCGGTATGGTTGCGCCGGATGAGACCACATTTAACTACGTGAAAGGCCGTGAATATGCACCTTCCGGCGAAGCGTGGGATGACGCCGTTGCATACTGGAAAACACTGTTCAGTGAAGATGACGCGAAGTTCGACAGCGTTGTTGAATTAAATGCCGCTGATATCGCACCACAGGTCACCTGGGGCACTAATCCGGGTCAGGTAATAGGTGTGGATACACCGGTACCTGCGGCTGACTCCTTCAGCGATGCAGTAGAGAAAGAGAGCGCGAGAAAAGCCCTGTCGTACATGGGCTTATCAGCCGGCGACAAGCTGGAAGATGTGGCCATCAGTCATGTATTTATCGGCTCTTGTACCAATGGTCGCATTGAAGACATGCGTGCTGCTGCATTCATCGCCAAACAGGGCAAAGTTGCTGACAACGTCACCGCGATTGTTGTGCCGGGCTCCGGTGCGGTTAAACGTCAGGCGGAAGCAGAAGGTCTGGATAAAATCTTTACCGATGCAGGGTTCGAGTGGCGTTTGCCGGGTTGTTCAATGTGTCTGGGCATGAATGATGACATTCTTCAGGCCGGTGACCGTTGTGCTTCAACCAGTAACCGTAACTTCGAAGGCCGTCAGGGCCGCGGTGCCCGTACTCACCTGGTGAGCCCTGCGATGGCAGCTGCCGCTGCGTTGAAAGGCCGTTTCGCCGATGTCAGAGAATTTCAGGAGTAA	MAKTLYDKVWEAHVVDQIGEDSLLYIDRHLIHEVTSPQAFAGLNEKGRKVRRPDRTFGTMDHSISTRSLAIDACGPQNALQLQTLAKNCEEHGVKLFPVGHQKQGIVHVMGPELGLILPGVTAVCGDSHTATHGAFGALAFGIGTSQVEHVLATQTLKQSKAKSMLINVHGKLPVGITAKDIILAIIGKIGHAGATGYVIEYAGEAIRSLTMEERMTICNMSIEAGAKAGMVAPDETTFNYVKGREYAPSGEAWDDAVAYWKTLFSEDDAKFDSVVELNAADIAPQVTWGTNPGQVIGVDTPVPAADSFSDAVEKESARKALSYMGLSAGDKLEDVAISHVFIGSCTNGRIEDMRAAAFIAKQGKVADNVTAIVVPGSGAVKRQAEAEGLDKIFTDAGFEWRLPGCSMCLGMNDDILQAGDRCASTSNRNFEGRQGRGARTHLVSPAMAAAAALKGRFADVREFQE	PGPT0001442_3661	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_UTILIZATION	PLANT_DERIVED_MALATE_UTILIZATION,PGPT0001442-leuC-K01703	NA	NA
AK237_00988	603	leuD1	COG0066	3-isopropylmalate dehydratase small subunit 1	ATGAGTCAAGGTTTTACTACACACACCGGCCGCGCCTGCCCCCTTGATCAGGCTAACGTCGATACGGATCAGATTATCCCGAAACAGTTCCTTACTGGCGTAACACGCACCGGATACGGTAAACATTTGTTTCACGACTGGCGCTATCTGGACTTGCATGAAAAAGAACCCAATCCTGATTTCGTGTTAAATAAACCGGAACACGCCGGCGCAAGTATTCTGATGTCGCGGGAAAATTTTGGTTGTGGTTCCAGCCGGGAGCACGCGCCATGGGCACTGGCAGATTTTGGTTTTGATGCCGTTATTGCCACATCCTTCGCAGACATTTTCTACGGCAACTGCATTAACAACCAGTTGCTGCCGGTAGCGCTGACACCGGCGCAAATGGATGAACTGTTTGCTATCGTCAAAGCCAGTCCGGATACCGCTGTAGAAATCGATTTGCCGGCACAAACAGTGAAAGCAGGCGATGCAGTATTCAGCTTTGATATCCTTGCACACCACAAAAACAATCTGATCAAAGGCTTAGATGCTATTGGTCAGACACTGGAACTGACAGAGACCATCGAATCATACGAAAGTAGACAACCAGTCTGGCTTTAA	MSQGFTTHTGRACPLDQANVDTDQIIPKQFLTGVTRTGYGKHLFHDWRYLDLHEKEPNPDFVLNKPEHAGASILMSRENFGCGSSREHAPWALADFGFDAVIATSFADIFYGNCINNQLLPVALTPAQMDELFAIVKASPDTAVEIDLPAQTVKAGDAVFSFDILAHHKNNLIKGLDAIGQTLELTETIESYESRQPVWL	PGPT0001443_2439	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_UTILIZATION	PLANT_DERIVED_MALATE_UTILIZATION,PGPT0001443-leuD-K01704	NA	NA
AK237_00989	1179		COG2206	Cyclic di-GMP phosphodiesterase	ATGCTAAAAAACGTGACTATTGATGAACTCATTCCGGGTATGTACGTCAATCAGGTTTTAGAACAAACCGGACAACTACGCGTGCGCTCCAGCGGCGTGGTGAAATCGCCGATGTCAATCGATCGATTGCGGGAGATGGGGATCACCCTCGTAGAAGTTGATTATGGTAAAAGTGAGGTGGCGCCGCCAACAGAACCGACGCCCAGCGCTGCTGATAAGTCTGTTAAACCTCAGTCGAATGCAGATGCACTTAGTGCCGCCAGTGTGTTGTACGAAGAAGCGGTTACACTACAACAGTCATTTATCAACTCACTGAAACAAGGTGCGCCTAACGACCTTTCTCACGCCAGTGAATTGTCCACCAGCATTATTGACGCCGTGTTTGATAATCATGACGCCATGTCTTGCCTCACCATGATAAAAAACTCAGACCAATACCTACTCGAACATTCCATTAATTGTTCAATATTAATGGCGATGTTTACCCAGTATTTAGGTTATGACAGAGACACCATTGATGAAGCTTGCATGGGCGCATTGCTGATGGATGTAGGCATGTCGCAACTGCCTGGGGAATTACGGCAAAAAAGTGGTGACTTTACGCAAGCCGACTGGCATGTCGTTCGCCAACATGTAGATATGGGCGTAGCGCTTATTGAGCAAGGCGAGCAAATCTCCGATTTAGTACTGACGATTGTCTCACAACATCACGAGCGAGAAGATGGATCGGGTTATCCCAATGCGCTACGAGGGGAAAGTATCTCACCGTTGTCGAAAATGGCAGCGATTATCGATAGCTATGACGCCATGATTTCCAATCGCCCTCACAAAGAAAGTATCACCCCCACCCTCGCGCTAAAAAGACTGGCCAAAGATTCCACGTTGGATAGCGTGCTGGTCAAACAGTTTGTTCAATGTATAGGCGTGCACCCCGTGGGATCGCTGGTAAAACTGAAAAGCGGCAGGTTAGGTATCGTCAGCAAGCAAAACCCGGATGACCTGACTTCACCGGTAGTCATGACGTTTTACAGTATTTCTGGTGGTCACTTTAGCGAAATCAAACGCTTAGACCTACTTAACGTGGACGATGAAATTGAATCTGGCGTGCGACCTGATGACTTTGGCATTAACCTGCCCAAGTTTTTTAAAGAGGTATTTATTAATCAGGTACCGGGTTAG	MLKNVTIDELIPGMYVNQVLEQTGQLRVRSSGVVKSPMSIDRLREMGITLVEVDYGKSEVAPPTEPTPSAADKSVKPQSNADALSAASVLYEEAVTLQQSFINSLKQGAPNDLSHASELSTSIIDAVFDNHDAMSCLTMIKNSDQYLLEHSINCSILMAMFTQYLGYDRDTIDEACMGALLMDVGMSQLPGELRQKSGDFTQADWHVVRQHVDMGVALIEQGEQISDLVLTIVSQHHEREDGSGYPNALRGESISPLSKMAAIIDSYDAMISNRPHKESITPTLALKRLAKDSTLDSVLVKQFVQCIGVHPVGSLVKLKSGRLGIVSKQNPDDLTSPVVMTFYSISGGHFSEIKRLDLLNVDDEIESGVRPDDFGINLPKFFKEVFINQVPG				NA	NA	NA	NA	NA
AK237_00990	1110			hypothetical protein	ATGTCTAATCTCGTCAACATTAGTGATGTAAAACCCGGTATGGTGATTATTCGCATTACTGAGCAAAACGGCCCGGTCAAAATTCGTAAAAGCGGCTTGGTGTCCAGTGAGGCTATGGTGCAAGGGTTGGCGGAAATGGGCGTGCAGGAAGTTGAAGTTGACCCTGCCCAAACCGTTGAAATTGAAAAGCCGGTTCACCATCGTACACAAACCCAGGCGCTGTTGAGAGGCGAACACGATACCAGCGTGAACCGTCTTGACAGTAGTTTGTCAGAACAATTTAACCGCAGCTTATTTTTGCCAACGGTACAAGGGTTGCCTTCCCTGTGGAAAGTCTATACCCGACAAGTGTTGTCCTTTGGTGGTATGATTATCGCCGGGCTTATTCTTGGCGGTGCAGCGGGCAGCTATCCCGCGTGGTGGCCCGAAATGGTCGCTGCAACAGAAACAAATGAACCTGCATCGTCGGCGGAGATCGAAACACCTAAGCCGTTGCAGGATGTATCCGTCACGGCTACCGGTGACACCGCGGGAGCGTTGACAAACGCCGGGTCCGACATATCGCAAGCCAGCGCTGAAAATAACGCGCAAAATCAGCCTGCTGCAACGCAATTGAAGGCTAAAACTTCAGAGCCGAACCGAGCAATTGACGATGATAAACCTGAGCAGGCGGTGGCAGTCCAGCCAGTGAAACAACCCACGGTGGAAGCGCCAGAGCCAGAAGATTTAGGTGGGGAGGTCATCAATGCGCCGCAGGAAAGCGATGTGGATGTATCGCCTGAACTTATGGCACGATTTAACAAAGCTATTGAAGATCTTGATAACAAGGCCACTGAGGATGAACCTGATGTGCAAATAAAGGTTCGTGATGATTTGCCCCGGGTCGATCAACTTCCTGTGCGTATGCTAACCCGCTTGCCGAGCATGGCTTTTAACGCCCACATGTATGCGAGTCGTCCTTCTGATCGTTGGGTGAGAGTCAACGGTAAGCAATTGGGTGAGGGGGACTGGATTGACGATAAGGTACAGATTGTCAACATTGAGGCGCAGCGCGTGATACTGCGTTTCGAAAACAAAGAATTCTCAATGGCGGCGCTGACCGACTGGTAA	MSNLVNISDVKPGMVIIRITEQNGPVKIRKSGLVSSEAMVQGLAEMGVQEVEVDPAQTVEIEKPVHHRTQTQALLRGEHDTSVNRLDSSLSEQFNRSLFLPTVQGLPSLWKVYTRQVLSFGGMIIAGLILGGAAGSYPAWWPEMVAATETNEPASSAEIETPKPLQDVSVTATGDTAGALTNAGSDISQASAENNAQNQPAATQLKAKTSEPNRAIDDDKPEQAVAVQPVKQPTVEAPEPEDLGGEVINAPQESDVDVSPELMARFNKAIEDLDNKATEDEPDVQIKVRDDLPRVDQLPVRMLTRLPSMAFNAHMYASRPSDRWVRVNGKQLGEGDWIDDKVQIVNIEAQRVILRFENKEFSMAALTDW	PGPT0026415_22	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-TYPE_II_SECRETION_SYSTEMS	CE-T2SS-GENERAL_SECRETION_PATHWAY,PGPT0026415-gspB-K02451	NA	NA
AK237_00991	912			hypothetical protein	ATGTATTTGAATTATTTTGGGCTAACGGATAACCCATTTTCCATTGCGCCAAACCCCGATTATTTGTATATGAGCCCACGCCATAAAGAGGCGCTGGCACATTTGACGTTTGGCCTGCGCGAAAGCGGCGGCTTTGTTATGTTAACCGGTGAGGTCGGCACGGGCAAAACCACGGTTTCCCGTAAGTTATTGCAGCAATTGCCAGACAATACACAGGTGGCTATGATCCTTAACCCTACATTGTCGGCGTTGGAGCTACTGGCGACAGTGTGTGACGAGCTGGGTATTCCCTACGACGTGGAAAAGGCCAGTCTGAAGTATTTTACTGACCGGATTTTGGCGAAACTGGCAGACAATCATCAGGCTGGTATGAATACCGTACTGATGATTGATGAAGCCCAGCACCTGATGCCGGAAGTGCTGGAGCAATTGCGCTTGTTGACGAATTTAGAAACAAACCGTGAAAAGCTGCTGAAAGTCGTGCTGATTGGCCAGCCTGAATTGCAGCAGTTGCTGAAACGTAATGAATTACGTCAGCTCGCCCAGCGCATTACCGCACGTTATCACTTATTGCCGTTGACTGCGCCGGAAGTCTCCTCTTACGTAGCGCACCGGTTAAGTGTAGCGAAGGGCGATGTCAGTATCTTTAGTCCATCGACATTAAAAGCGATTCATCAAATTACCGGAGGAATACCACGGGTCATTAATTTATTGTGTGATCGCGCACTTACTTTGTCTTTTACGAAACAGCACGCAGTGGTGAAAAAGCCGATCTTCCTTGCCGCTGCCGAGCAAATTCTGGGTGAAGATGTGGTGAGTCAGCGTATTCATAGTCAACGCAAATGGCTGATGGGATTAGCATTTGTTGTTGCCGTTGCTGTTGGTTTTGGTGTCGGGAGGCTGTATGTCTAA	MYLNYFGLTDNPFSIAPNPDYLYMSPRHKEALAHLTFGLRESGGFVMLTGEVGTGKTTVSRKLLQQLPDNTQVAMILNPTLSALELLATVCDELGIPYDVEKASLKYFTDRILAKLADNHQAGMNTVLMIDEAQHLMPEVLEQLRLLTNLETNREKLLKVVLIGQPELQQLLKRNELRQLAQRITARYHLLPLTAPEVSSYVAHRLSVAKGDVSIFSPSTLKAIHQITGGIPRVINLLCDRALTLSFTKQHAVVKKPIFLAAAEQILGEDVVSQRIHSQRKWLMGLAFVVAVAVGFGVGRLYV	PGPT0026410_784	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-TYPE_II_SECRETION_SYSTEMS	CE-T2SS-GENERAL_SECRETION_PATHWAY,PGPT0026410-gspA-K02450	NA	NA
AK237_00992	1092	cca	COG0617	Multifunctional CCA protein	ATGGAAATTTATTTGGTAGGCGGCGCAGTACGCGATGAGTTGCTAAACCGGCGCGTGACAGAACGCGATTGGGTGGTGGTGGGCAGTACTCCGCAGGCAATGCTGAAGCGAGGTTATACCCAGGTTGGCAAAGACTTCCCCGTATTTTTACACCCCGAAACCAAAGAGGAATACGCCCTTGCCCGCACCGAACGCAAAGCAGGCAAAGGCTATACCGGATTCGTTTGTTATGCTGCGCCCGACGTCACACTAGAAGACGATTTATTGCGGCGCGATCTTACTATTAATGCAATGGCCAAAGACAACGAAGGCCGAATTATTGACCCTTACCATGGTCTTGATGATCTTAACGCGCGATACCTGCGACACGTATCAGACGCCTTTAAGGAAGATCCCTTGCGGGTATTCCGGGTAGCACGCTTTGCCGCGCGCTACGCGTATTTAGGCTTCAGGGTTCATCCGGCTACCAGCCAATTAATGCAGGACATGGCATCCACCGGGGAATTAGCAGAGCTTACCGCTGAACGCGTTTGGAAAGAAACGGTGCGCGCACTGGACGAGCAGTCTCCTGGTGTGTACTTCTCCACGCTTTCAGATGCCCACGCACTGGATGACTGGTTCGGCGAACTTAAGCCGCATTTGTCTGACATTACGGTGAATCTTGATAACGCTACCAACCAGCGTGCGCTGGGTGTGATTCGCTGGGCCCTGGTGTGCGCACCTTTAAGCCACGAAAGCACGTTAGCGCTATGCCAGCGGCTCAAAGCCCCCAACAAATACACCGAACTGGCTGAACTGGTTAGTCGTTACCAGGGCAAGTTTACGGCTGATAACACCGCCGAAGACTGGTTATCCTTGTTCAATCATTGTGATGCATGGCGCAGACCAGAACGCTTTATTGACTTTCTCTCTGCGGTAGCACTTTTATCAAACGAAGATAATGCCAACGAAACAGCAACAAACCTTCGTGAGGCACTCACCCAAGCGAGCAAACTCAGTGCCGCGCAGTTCGTTGAGCAAGGCTTGAAAGGGCCGGAGATTGGTGCCGCCATGGATAAAGCACGCGCTGCCGTTCTGCATTCTGTACTTTGA	MEIYLVGGAVRDELLNRRVTERDWVVVGSTPQAMLKRGYTQVGKDFPVFLHPETKEEYALARTERKAGKGYTGFVCYAAPDVTLEDDLLRRDLTINAMAKDNEGRIIDPYHGLDDLNARYLRHVSDAFKEDPLRVFRVARFAARYAYLGFRVHPATSQLMQDMASTGELAELTAERVWKETVRALDEQSPGVYFSTLSDAHALDDWFGELKPHLSDITVNLDNATNQRALGVIRWALVCAPLSHESTLALCQRLKAPNKYTELAELVSRYQGKFTADNTAEDWLSLFNHCDAWRRPERFIDFLSAVALLSNEDNANETATNLREALTQASKLSAAQFVEQGLKGPEIGAAMDKARAAVLHSVL				NA	NA	NA	NA	NA
AK237_00993	1974	dbpA_1		ATP-dependent RNA helicase DbpA	ATGTGCTCTTACGAGATTGACAAAGAAGAATATATGCCCAGTCTGACAGATAAGCTACAACAGCGTTTCGGTTTCGATACGTTCCGCGACGGCCAGCAGCAAACCATTGAACAGCTTCTTGCCGGTCACTCTTCGTTAGCGGTCTTCCCCACCGGCTCGGGAAAGTCACTGTGTTACCAATTTACGGCAAACGAACTGCCTCATCTGACCCTGGTGGTTTCGCCTCTCATCGCGCTCATGCACGATCAACTGGAATTTCTAAGCAGCAAGGGCATCCCGGCGGCGAGCCTTGATTCCACTTTGAGTAAACATGACAGTCAGCAGGTAATGCAACAAGCCCGCAATGGTGAGTTAAAAATACTGATGATTTCAGTAGAGCGTTTTAAAAACGAGCGCTTTCGACGGTTTATCGAGTCTATCCCCATTTCCATGTTGGTGATAGACGAAGCGCATTGTATTTCAGAATGGGGACATAACTTTCGCCCTGACTACCTCAAACTGCCGCACTATCAACAAGCATTAACGATTTCCCGGGTTCTGTTGCTGACGGCCACCGCTACGCGGCGCGTGCAAAAAGACATGGCAATGAAATTCAATATCGATTTTTCACATATTGTGCAAACCGGCTTTTATCGGCCCAATCTCAATATCAATCTGATTGCGGTGTCTCAGGATGATAAAAACCAGCAACTATTAGACGTACTTACGAGCGTTGAAGGCGCGGGTATCGTGTATGTTACTCAGCAAAAAACCGCTGATGATCTGGCAGACTTTCTAAAGCAGTCTGACTATGCGGTAGCGTCATATCATGCAGGTTTAGGCGCCGAAACACGTGCCAGGATCCAACAACAGTTTATGTCTGGTCACACACCCTTGATTGTAGCTACCATTGCATTTGGTATGGGCATCGATAAATCTGATATTCGCTTCGTTGTGCATTACGATCTACCCAAATCCATTGAAAATTACAGCCAGGAAATTGGTCGCGCCGGTAGGGATGGGCTGCCTGCTGACTGCGTACTTCTCGCCAATTTAAATGGACTCAATGTACTGGAAAATTTTGTTTATGGTGACACGCCTGAGCCTCATGCCATTCAGGCTCTGATAGACGATATCGCCAACCACTCGCAATATGGTGAGTGGGAAACTCAAAGCTATCAACTTTCGCAAACAACCAATATCCGCGCCCTTCCCCTCAAAACATTGTTGGTGCAACTGGAGTTAGCCGGCGTTATAGAGGCTAAGTATAGCTATTACGAAGATGTAAAGGTGAAATGGCTTGTGCCGCCAGAGGCGATTATTCAAGATATTTCTCATGAGATGTACGAGGTGTTCCAGGCCATAAGGCAGCATACACATGTTAAGAAAATTTGGGGCGTTCCTGACTTTGAGGCTTTGCATCAGCAAGGCGTAACACGTGGCATGGCGCTGGCATTTCTGGAGCAATTAAGTGAAAGCAACAAGGTGGAGCTTGAAACTAAAAAACTAACCGATGTGTACACGATAAACCCGCAATGTCTTGCTCCCACTTTAACCGAAGACTTATACGCGTACGTAAAGCGCAACGAGGCATCAGAAATCGCCCGCATTGCCACTATGATCCGCTTTTTTAATTTAGACCGCTGCCTTAATCATAATTTAGCGCTGTATTTTGGTGATAAACAAGCGCCCGAACATTGTGGACATTGTTCTGTATGCCGCTCACACGTGTTGTCCTTAGAACGAACAAGTACTATTACCGACACACAATCGTTATTAGCCGACGCTACAGACGTGTTTGTGTGGCTCTCAGCTAAAACAGATAACCACAACCTCACGCCTGTATTATTGACCCGCTTTCTGGCGGGGTTAACTCAGCCCTTATTTACTAAACTTAAAGCACGTCAACAGCCACAATTTGGCCGCTACGAAAATGTCGCTTACGAAGAACTGCTTTTTCATGCGCAATCGGTGGTGGATAAAACGGATATTTGA	MCSYEIDKEEYMPSLTDKLQQRFGFDTFRDGQQQTIEQLLAGHSSLAVFPTGSGKSLCYQFTANELPHLTLVVSPLIALMHDQLEFLSSKGIPAASLDSTLSKHDSQQVMQQARNGELKILMISVERFKNERFRRFIESIPISMLVIDEAHCISEWGHNFRPDYLKLPHYQQALTISRVLLLTATATRRVQKDMAMKFNIDFSHIVQTGFYRPNLNINLIAVSQDDKNQQLLDVLTSVEGAGIVYVTQQKTADDLADFLKQSDYAVASYHAGLGAETRARIQQQFMSGHTPLIVATIAFGMGIDKSDIRFVVHYDLPKSIENYSQEIGRAGRDGLPADCVLLANLNGLNVLENFVYGDTPEPHAIQALIDDIANHSQYGEWETQSYQLSQTTNIRALPLKTLLVQLELAGVIEAKYSYYEDVKVKWLVPPEAIIQDISHEMYEVFQAIRQHTHVKKIWGVPDFEALHQQGVTRGMALAFLEQLSESNKVELETKKLTDVYTINPQCLAPTLTEDLYAYVKRNEASEIARIATMIRFFNLDRCLNHNLALYFGDKQAPEHCGHCSVCRSHVLSLERTSTITDTQSLLADATDVFVWLSAKTDNHNLTPVLLTRFLAGLTQPLFTKLKARQQPQFGRYENVAYEELLFHAQSVVDKTDI				NA	NA	NA	NA	NA
AK237_00994	1212	srmB_1	COG0513	ATP-dependent RNA helicase SrmB	ATGACGTTTGAAGAATTAGAGCTTGATGACAGCCTCTGTCAGGCTGTGACGGAAATGGGCTTCAAGGCCCCCACTTCCATTCAGTCTCTCGTGATCCCTCCTGCTATGAACGGGAAAGATATTTTAGCCTCGGCGCCAACAGGTACAGGCAAGACAGCAGCATTTCTATTGCCAGCTTGTCAGTATCTACTGGACTTCCCGCGCCAAGAGCCCGGTGCTACCCGCATCCTTATCTTAACGCCCACGCGCGAACTGGCTTTACAGGTTTACGAACAGGCCCGGGCGATCACACGTTATACGGAATTAGTCTGCGGCGTAATCACCGGCGGTATCAACTACGGCACAGATCGTGAGACCCTGAGTCAGAATTTGGATATTTTGGTCGCCACGCCTGGCCGCCTGTTTGAGCACATCGAAAAAGAGTCGGCAGATTGCCGCAATATTGAGTGCCTGATTTTAGATGAAGCCGACCGGATGCTCGATATGGGATTCGGCGGCGTTGTGGGTCAAATCGCTGCCGAAGCACGCTGGCGTAAACAGAACATGTTGTTCTCTGCTACGTTGGAAGGCGCGGGTGTGCGCAATTTTGCACGGGATATTCTCGAAGACTTTGAAGTCGTAGAAGCCAATCCATCCCGAAAAGAAAAAGCGAAAACTCACCAGTGGTATCATCTTGCTGATGACATGAATCACAAAGAAGCGTTGCTCAAGCATATCCTGAAAAACGATATCACTAACGCGGTAGTGTTTGTTAAAACCCGGGAGCGCTTACAGGCACTGAAAGATTCACTGCTGTCAGAGAAAATCGACGTCATCTGGCTACAGGGTGAAATGCCTCAGGACAAGCGAAATGCTGCGCTAGCGCGTTTCAAATCGGGTGAAATACCCATTCTGCTTGCAACCGACGTCGCTGCACGAGGCATCGATGTGCCCAACGTCAGTCATGTCATTAACTTCGACATGCCAAGAAAAGCCGATGTATATGTGCACCGTATTGGCCGCACAGGTCGTGCTGGCGCAAAGGGCACGGCAATATCGCTGGTTGAAGCGCACGATTTCGAAATAATTGGCAAAATCGAGCGTTATACCAAAGAGCCGTTAAAATCTCGTTATATCAATTCATTAAGGCCTAAACATAAAGCGCCGACATTAACGGCGAAGAAGAAAAAGAAGAAATCCGCGACAAAAGCGAAAAAGAAAAGCGCCAAATAA	MTFEELELDDSLCQAVTEMGFKAPTSIQSLVIPPAMNGKDILASAPTGTGKTAAFLLPACQYLLDFPRQEPGATRILILTPTRELALQVYEQARAITRYTELVCGVITGGINYGTDRETLSQNLDILVATPGRLFEHIEKESADCRNIECLILDEADRMLDMGFGGVVGQIAAEARWRKQNMLFSATLEGAGVRNFARDILEDFEVVEANPSRKEKAKTHQWYHLADDMNHKEALLKHILKNDITNAVVFVKTRERLQALKDSLLSEKIDVIWLQGEMPQDKRNAALARFKSGEIPILLATDVAARGIDVPNVSHVINFDMPRKADVYVHRIGRTGRAGAKGTAISLVEAHDFEIIGKIERYTKEPLKSRYINSLRPKHKAPTLTAKKKKKKSATKAKKKSAK	PGPT0013740_1925	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_OSMOTIC_STRESS	OSMOTIC_STRESS-OTHER_REGULATORS,PGPT0013740-rhlE-K11927	NA	NA
AK237_00995	603	rdgB	COG0127	dITP/XTP pyrophosphatase	ATGGCATTCCCTGAAAAAATCGTTCTCGCCTCTGGCAACGCCGGCAAGGTAAAGGAGTTCTCCCGTTTGTTCGCACCACTTAATGTCACCGTGGTGCCACAGAAAGAACTGGGTGTGCAAGATGTGCCTGAAACCGGTACAACCTTTGTCGAAAATGCCATAATCAAAGCCCGCCATGCAGCTAAGGTCACTGGCTTACCCGCTATTGCCGATGACTCAGGACTGGTAGTAAACACACTCGATGGCGAGCCTGGCATTTACTCTGCCCGCTATGCGGGTGAAAACGCCAGTGACAGTGACAATATCAATAAGCTTTTACACGCGTTACAAGGCAAGCCTAATCGTCGTGCGCACTTTTTCTGTATGCTCGTTTTTATGCGACATGCAGACGATCCCGTTCCGCTTATCAGTGAGGGATACTGGCACGGCACCATTACCGACACCCAGTCCGGGCACGGCGGTTTTGGATATGATCCCGTTTTCTACGTGCCTTCCCATGAATGTACTGCCGCCGAACTCGATAGGCAGGTAAAAAATCAAATCAGTCATCGCGGTCAGGCGATGGCCTTTTTGCTTGAACAAATGAGGCAAACATTTGCGTAA	MAFPEKIVLASGNAGKVKEFSRLFAPLNVTVVPQKELGVQDVPETGTTFVENAIIKARHAAKVTGLPAIADDSGLVVNTLDGEPGIYSARYAGENASDSDNINKLLHALQGKPNRRAHFFCMLVFMRHADDPVPLISEGYWHGTITDTQSGHGGFGYDPVFYVPSHECTAAELDRQVKNQISHRGQAMAFLLEQMRQTFA	PGPT0021590_3423	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PURINE_METABOLISM,PGPT0021590-rdgB-K02428	NA	NA
AK237_00996	1140	hemW	COG0635	Heme chaperone HemW	TTGCGTAACCCGCCCTTAGGCTTGTACATCCATATTCCCTGGTGCGTACAGAAATGCCCGTATTGTGACTTCAACTCTCACGGGCTGAAGTCTTCATTGCCTGAAAAGGAATACATAACGCATTTACTTGATGATCTTGCTCTGGATGCCAGGTACGTACAAGGCAGAGAAATCACCAGCATCTTCATTGGCGGCGGCACGCCGAGTTTATTCGCACCCGCGTCTATTCAGACCTTGTTAGAGGGAGTAAAAACGCGAGTGGCCCTGTCCCCCGACGCGGAAATCACGCTGGAAGCCAACCCTGGTACTGTGGAAGCAGATCGTTTTGACGGGTACGCGAACGCGGGTATAAACCGCATTTCTATGGGCATTCAGAGTTTTCAGGATCTGCACCTCAAAGCATTAGGGCGCATTCACGACACCGGGCAGGCTCATCGCGCAATCAAGCTTGCCCAAGTCGCTCCCTTAAACAGCTTCAATGTCGATTTGATGCATGGACTGCCCGACCAGAGCATAGACAATGCGTTGGGTGATCTTGAGGCAGCCATTGCACTGGCTCCCAAACATCTTTCCTGGTATCAATTAACTATTGAGCCGAATACGCCGTTTTACTCCAAGCCGCCTGTTTTACCCGACGATGATATATTGTGGGAAATTCAATCTCAGGGTCACAAAAAACTCACTGCAGCAGGCTTTGAGCAATACGAAATTTCGGGCTACAGCCAACCAGGATTTCAATGTCAGCATAACCTGAACTATTGGCGCTTTGGCGACTACCTGGGAATAGGATGTGGTGCCCATGGTAAAATCACCGACATTCACTCAGGAAGCATTTCCCGAACGGTCAAGGTGAAACACCCTCGCGGCTATATGGACATTACCCGCCCCTACCTGGATTCGTCTACGCAGGTCCCCGCTGAGGACATGGCATTTGAGTTCTTTATGAACCGCTTTCGGCTTGTTGAGCCCTGTCCGAAGCAAGACTTCACAGACTTTACCGGTCAATCCCTTCACGCTGCTGAACAAGAAGAATTGGACAAGGCCTGCCAGCAAGGGCTCTTGGTTGAAACGCCTCACACCTGGCAGGTTACCGCAAAAGGCCGACGCTATTTAAATTCGCTGCTAGCAGCGTTTGTATAA	MRNPPLGLYIHIPWCVQKCPYCDFNSHGLKSSLPEKEYITHLLDDLALDARYVQGREITSIFIGGGTPSLFAPASIQTLLEGVKTRVALSPDAEITLEANPGTVEADRFDGYANAGINRISMGIQSFQDLHLKALGRIHDTGQAHRAIKLAQVAPLNSFNVDLMHGLPDQSIDNALGDLEAAIALAPKHLSWYQLTIEPNTPFYSKPPVLPDDDILWEIQSQGHKKLTAAGFEQYEISGYSQPGFQCQHNLNYWRFGDYLGIGCGAHGKITDIHSGSISRTVKVKHPRGYMDITRPYLDSSTQVPAEDMAFEFFMNRFRLVEPCPKQDFTDFTGQSLHAAEQEELDKACQQGLLVETPHTWQVTAKGRRYLNSLLAAFV				NA	NA	NA	NA	NA
AK237_00997	795			hypothetical protein	ATGTTACGCATGAGAATGCGAAACCTACTATCTGCTGTCCGAACATCGTTGCTTTTCTGCACCACGGTCCCCTTTTGTGCATCGGCAGATATCTCCTGTGACATCGACTTTGCGTATGGCCTTGTGGTCAACGATCATCAGTTACGAATTCTTGATAAGAGCCGCACCGTAGTTCAAATCAACGATCAGGATCAGTTGTTTGTTAAGGGGGTCTGGCAAGACCTTACGGTACCGCAGCGCAGATGGTTGCGGGATTATGCCCGTGGTTTGCACTACGTTGTGCCCAAGATGATTATTCTTGCTACCGAAGGCGTTGATTTAGCTACCGATACGGTAGACAACGTTTATCAGGGCTTGGTGGGTGCCGACCATGAAAGTTATGAGAAACTTCAAAACGCGATGAAGCGTGTACGTAATCGTGTGAAAGATAAATTCCGGCATGCCAGTAACCATTACTTTATTGGCCCCGGATCACTCGAAAGTGTTGATCATTTCGTCGACAGTGAAATTGAAGCGGAACTGGAAGAAGCCATTTCTATGTCTATTGGCGGCATTCTTTCTGCCATTGGCGGCATGGATGAGAATAAAGTGGATTTAAGCAGTGAGCGAGTAGAAGAGATCACTCGTCAGCTTGAGGCCGTGGGAGAGCAACTTGATTTTGAAGCAGGCCCGGCATCGTTAAATAATAAGGCTCAATGGTTCTGTGACAAACTTCACCGGTTAGATGCACTGGAAGAAAAACTCCGCGAAAACGTACCTTCACTCGCTCCCTTCGACATTATTATCTCTGATTAA	MLRMRMRNLLSAVRTSLLFCTTVPFCASADISCDIDFAYGLVVNDHQLRILDKSRTVVQINDQDQLFVKGVWQDLTVPQRRWLRDYARGLHYVVPKMIILATEGVDLATDTVDNVYQGLVGADHESYEKLQNAMKRVRNRVKDKFRHASNHYFIGPGSLESVDHFVDSEIEAELEEAISMSIGGILSAIGGMDENKVDLSSERVEEITRQLEAVGEQLDFEAGPASLNNKAQWFCDKLHRLDALEEKLRENVPSLAPFDIIISD				NA	NA	NA	NA	NA
AK237_00998	507			hypothetical protein	ATGAAAGCATTAAGTTTACTATTGTGTTGTTTTTTCTCTGCATCGCTTCTGGCGCAAACCTGCGTGGGAGAAGGCATCGAGACCGCCAGTGAAGACGAATTTCAGGATTTGGGTAATGGGGAAATGCTGCATATTGCCTCTGATTTGATTTGGCAGCGTTGTGCACTGGGGCAAACCTGGGATGGTACTACGTGTACCGGCACAGCAACGAAATATAACTGGCAAGAAGCGCTGGTGGCAGCTCAGGAAGCTGACGCGAATGAGCTGGCAGGCTGGCGTTTGCCCAATATCAAAGAACTGGCAACCATTACCGAGCGACTGTGTGTACGCCCTGCGATAAACGAAACCGTATTTCCAAACACGCCGCCGGATGACTTTTGGACGTCTACCCCGTCATTGCAGGATCCTCTGCGCTCGTGGGTCGTGGCATTTTTCAACGCAAGCCACTCAATAAAAGAAAAAGACAGATTTGTTTACGTACGTTTAGTGCGCAACCAGGTCAATTAA	MKALSLLLCCFFSASLLAQTCVGEGIETASEDEFQDLGNGEMLHIASDLIWQRCALGQTWDGTTCTGTATKYNWQEALVAAQEADANELAGWRLPNIKELATITERLCVRPAINETVFPNTPPDDFWTSTPSLQDPLRSWVVAFFNASHSIKEKDRFVYVRLVRNQVN				NA	NA	NA	NA	NA
AK237_00999	1728			hypothetical protein	GTGAAGTACCGAATTTCTCAATACGTTTCGTATGTAAAAGGGATTGTCATTCTGCTGCTGTGTGGCGCATTGAGTGCCTGTGGTGGCGGTGGAGGGGATGATGGCGGCGAAGCGCCTACTGATCCCAACGCGATTTATGTCAATGCTGGCGCTGACATTCAGGTGCTTGAAGCCACGGATGTTGCGCTAACAGCTAATGCAACGGGCAATGTTGAAGGGGCTACGTGGCGCTGGAGCGCCTCGCCATCAGCCACGATTACTCAGGATGACAATACGCTTGCAGATGCGGTATTTTCGGCCCCTGTGGTAACTGAGGACACGTCTTTTGTGGTTACCCTGACGGTAACGAACAGTGCGGGAAGCCGCGACACTGATACGCTCAACGTGCTGGTAAAGCCGGTTAATCTTGCGCCTCAGGCGATCATCACCCCCTCGCCAGAAGAAGGTCAGCCATCAAATACTTATTCTGCCGGGCGCACCGTAGAAATTAGTGGTGCAGCCAGTATTGACGAAGATGCGCCAGATACTGCTAATCCCATAGCGGCCTGGGAATGGCAGCAAACCGCAGGCAATAATGTATTAAATGACGTTGCTACTGATGAAGCTTCAATCACTATTGTGATGCCTGTAGAAACAAATGCACAAGCACTCACCTTAACACTGACAGTGACCGACGCAGAAGGTGCCACTGATACGGCCAGCATTACGCTAAATACGTTATCTGAGAGCCAGACATTACCCACTGTCAGCGCTGGTAGTGATCAGGCTGTGTTCAGCGGCGAGCGTATTGTGTTAAACGGCCAGGCAAACACGACCGTGTCTGCCGGTCTCCCGCTACAAAGTGAATGGGATGCAACCGCCAATGCTGGCGTTATACAAAGTGCGTCTTCACTTTCGACGTATGCTGTTGCGCCGTTGGTATCGGTAGAGACCGAAATGACTTATACGTTGACTGTCAGTGATGCGTTTGGGCACTTTGTTGATGATCAGGTAACTGTGACTGTGCGTCCTATGCCAATTCCGCTTATGAACGATACCGGCGTGACAGTACAGGCCAACAATACCGCGTATGCAAATACCCAGCAAAATGACTTTCCGGGACAAGATGGTCAGCGCGGGAGTGACGTAGTCAGCGCAGCCGGCTTCCTGGAAAAGGCTGGGCGAGGTAAAGCGGGGTTTGATTTCACCAAGCTTAACAGCAATGGTGATGAAGAAGATGATACCTCACAGGCATGGTCTTGTGTGCGGGACAACATCACCGGGCTTGTTTGGGAGAAAAAGACAGAAGATAGCGGCTTACGAGACGCTGATCATACCTATTCCTGGTTTTTCAGCTCACAAAATGGTGGCTATCAGGGGCCACAATCCACCGCTACCGCATCATGCTCGATGACAAACTGTAACACTGAAGCTTACGTGTCGGCGGTAAATGCAGCTGGCTTATGTGGATTCTACGATTGGCGGATGCCGAGCCATGAAGAGTTGATGTCTATCATACATTTTGGCCAGGCAAGCGGTGTGATGCTTGATGAGGACTATTTTCCCTTCGCTGGCACCGTAACTAATGCCAGCGACAGACTGTGGTACTGGACTCGTATTCCAAGCGCGGATGGTGTTTCAAACGATGCCGCACAGAATGCATGGGCGTTGGATTTTACCTCTGGCTTAGATAACTTTTTGATAAAGTCATCACCAGCACGTATTCGTTTAGTCAGAGCAGGGAGATAA	MKYRISQYVSYVKGIVILLLCGALSACGGGGGDDGGEAPTDPNAIYVNAGADIQVLEATDVALTANATGNVEGATWRWSASPSATITQDDNTLADAVFSAPVVTEDTSFVVTLTVTNSAGSRDTDTLNVLVKPVNLAPQAIITPSPEEGQPSNTYSAGRTVEISGAASIDEDAPDTANPIAAWEWQQTAGNNVLNDVATDEASITIVMPVETNAQALTLTLTVTDAEGATDTASITLNTLSESQTLPTVSAGSDQAVFSGERIVLNGQANTTVSAGLPLQSEWDATANAGVIQSASSLSTYAVAPLVSVETEMTYTLTVSDAFGHFVDDQVTVTVRPMPIPLMNDTGVTVQANNTAYANTQQNDFPGQDGQRGSDVVSAAGFLEKAGRGKAGFDFTKLNSNGDEEDDTSQAWSCVRDNITGLVWEKKTEDSGLRDADHTYSWFFSSQNGGYQGPQSTATASCSMTNCNTEAYVSAVNAAGLCGFYDWRMPSHEELMSIIHFGQASGVMLDEDYFPFAGTVTNASDRLWYWTRIPSADGVSNDAAQNAWALDFTSGLDNFLIKSSPARIRLVRAGR	PGPT0012130_1564	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
AK237_01000	492			hypothetical protein	ATGCAGGACAGTGAATTAGCGCAAATGCAGTCGTTTCATTGGATGATGGACATGCTGCAAAGTGTCGACGTGGGCATTGTGGTGCTTGATAGAGAGTTCAAGATCCAGATGTGGAACGGCTTTATGGAAAGCCACAGTGGTTTGTTACCCAGCGAGGTGCGAGACAAGACCTTATTCAGTGTTTTCCCTCACATCAATGAGTCATGGTTTGCTAAAAAAGCCAAGCCCGTTTTTGAATTAAAAACCCGCGCGTTTATGACATGGGAACAACGTCCTCATTTGTTCAAGTTTCACAATTATCGGCCGATTACAGGTAACGAGCCGTTTATGTATCAGAATATCACACTGGCACCACTTACCTCGGCCAACGGCAAAACCGATCATATTAGCGTGATGATTTACGATATGACCGACATTGCCTCGGGCAAAAAGCAATTAGAAGCCATGCAGGTAAGTAGTGAAGAACGCAAGGAACGACGTTCAGCGCAGTAA	MQDSELAQMQSFHWMMDMLQSVDVGIVVLDREFKIQMWNGFMESHSGLLPSEVRDKTLFSVFPHINESWFAKKAKPVFELKTRAFMTWEQRPHLFKFHNYRPITGNEPFMYQNITLAPLTSANGKTDHISVMIYDMTDIASGKKQLEAMQVSSEERKERRSAQ	PGPT0026210_462	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-CELLULOSE_METABOLISM	CE-EPS-CELLULOSE_BIOSYNTHESIS,PGPT0026210-adrA-K18968	NA	NA
AK237_01001	993	cheB_3		Protein-glutamate methylesterase/protein-glutamine glutaminase	ATGATATCGGTATTGGTTTGTGATGATTCCCTCGTTGCGCGTAAGCAAGTGGCTAAGTGTTTGCCGCCAGACTGGGATGTGGCGGTACATTTTGCCAAAAACGGGCAAGAGGCTGTTGCGGCTTTGCAGCAAGGTAAAGGGCAATTGCTTCTGTTAGATTTGAATATGCCGATAATGGATGGTTACGCCACCCTGCAAGCTATTCAGGATAATGGCCTGAAGACCAAAGTTGTGGTCATTTCTGGCGACATCCAGCCCGAAGCGCATGAACGTGTTACTCGTTTAGGGGCACTGGAGTTCATCCGAAAGCCCGTCGATCCAGCTACTCTGGAAAGTGTACTCATAAAGCACAAACTGCTCGACAGTGAGCCGGAAGAAGATGAAACCGTTGAGTTAGACCCGGATATTCGCGACTGCTATCAGGAAATTACCAATATAGCCATGGGCAGAGCAGGGGACCACCTGGCCCGCACCATGAACGTGTTTGTTCATCTTCCTATTCCTAATGTTAACCTCATAGAAGCATCTGAAATGCGCATGATGCTGTCTGATATCGAAAGCCATGAACAGGTCACCGCCGTGTGTCAGGGATTTATAGGCTCTGGTATACGAGGGGAAGTAATGTGTATTCTGAGCGACTCCAGCTTTGAAGATGTGGCTAAAATTCTTGACGTTCAGGAAGAGGTGGACGATCAGTTGCAACTCGAATTGCTGATGGATGCCGCCAGTATTCTTATCGGTACTTGTTTGACAGGGCTGGCGCAGCAAATGGATGTGACATTTGCGCAAGGGCAGCCAATAGTACTGGGTCAGCACCGCGCGATAACGGATATTATTCAAACAAACCAGGTTAAATGGAAACGCACCTTAGCCATCGAACTTAGCTATGGCCTGGAAGGGTATAACGTGAATTGTGATTTGTTGATTTTGTTCACCGAAGATTCAATGCAAACTATGAATGCCAAGCTCGCTCATTTACTGGAGGATATGTAA	MISVLVCDDSLVARKQVAKCLPPDWDVAVHFAKNGQEAVAALQQGKGQLLLLDLNMPIMDGYATLQAIQDNGLKTKVVVISGDIQPEAHERVTRLGALEFIRKPVDPATLESVLIKHKLLDSEPEEDETVELDPDIRDCYQEITNIAMGRAGDHLARTMNVFVHLPIPNVNLIEASEMRMMLSDIESHEQVTAVCQGFIGSGIRGEVMCILSDSSFEDVAKILDVQEEVDDQLQLELLMDAASILIGTCLTGLAQQMDVTFAQGQPIVLGQHRAITDIIQTNQVKWKRTLAIELSYGLEGYNVNCDLLILFTEDSMQTMNAKLAHLLEDM				NA	NA	NA	NA	NA
AK237_01002	750	yohK	COG1346	Inner membrane protein YohK	ATGAGCTTTGAAGGTGCGTTGGCGAATTGGTGGGGATCAACAAGCACGTTAGTAATCTGGTCGTTTACTGCAACGGGATGTTTATGGATTGGGATAACCATAGCCGCCTATCTTGTGGCACTGGTTGTGGCGAGGAAAACGCACAATAATCCGCTGGCAAACCCCGTTCTGGTGACCGCAGTGCTGGTAGGCCTGACACTGCTTTTAGCCGATTTCGATGTGGCTGAATACCAGAAAGCCGCTGGCGCAATTCATTGGTTGCTCGGGCCTGCCACCGTGGCGCTGGCAATTCCCATGTATGCGCAATGGGAAAAAATTCGGGAGCTTGGTTGGCGACTGGTGTTGGCGGTATTTATCGCAGGGGTGATTGCGCCGCTCACCGCGTGGTTCACCATTTGGCTATGTGACGCCTCTGTTGCCATTCAAATGACCATGCTGGCGAAATCGATAACCACTCCTTTAGCCATGGAGGCGACAAATCAAATTGGTGGTATTCCCGCGTTAGCCGCAGTTTTTGTTATTGCGACGGGCATAGTGGGCGCAGTAATAGCCCCTGTAGTTTATCAAATTCTGAATGTGTCATTGCCCCAGGCTCGTGGCGTGGCGCTCGGAGCGGTGTGTCATGCTGTGGGCACAGCCAAGGCCTTACAGATGAGTGAACGAACCGGGGCGCTGGCGACATTGGGGTTATGTTTAAATGGTATTATGACCGCCATCATTCTTCCGCTTTTGTTTTCCACTTCGGTATAA	MSFEGALANWWGSTSTLVIWSFTATGCLWIGITIAAYLVALVVARKTHNNPLANPVLVTAVLVGLTLLLADFDVAEYQKAAGAIHWLLGPATVALAIPMYAQWEKIRELGWRLVLAVFIAGVIAPLTAWFTIWLCDASVAIQMTMLAKSITTPLAMEATNQIGGIPALAAVFVIATGIVGAVIAPVVYQILNVSLPQARGVALGAVCHAVGTAKALQMSERTGALATLGLCLNGIMTAIILPLLFSTSV				NA	NA	NA	NA	NA
AK237_01003	405	cidA		Holin-like protein CidA	ATGTCACATATCTTCCGCTTTTGGGTAGGCTTTTTCGCTATTTTTCTTTTCTACTTTGCCGGTGAAATGCTCGTACGTGTACTGGATATTCCGCTGCCGGGTACGTTAATGGGTTTACTCATGTTGTTGGCCTGGCAATTTTTAGTAAAGCGTACACCTGTTTTACTATTGCAGGGCGGGGCACCGTTACTTAAGCATATGGCGATACTTTTCGTACCCGCCGTATTGGGCGTGGGTGTGTACTGGAAGGACATCAATGAAAATCTCTTAGGCATTGGGCTCGCTATCATTTTGACTACCGCAATTAGTTTAGGCGTCAGTGGATGGATAGCGCAAAAGCTTATCCAGCCTGTCATTGCATTAAAATTTCAAAGCACGCGCGCTTCCCGGGAGTCGTCGAAATGA	MSHIFRFWVGFFAIFLFYFAGEMLVRVLDIPLPGTLMGLLMLLAWQFLVKRTPVLLLQGGAPLLKHMAILFVPAVLGVGVYWKDINENLLGIGLAIILTTAISLGVSGWIAQKLIQPVIALKFQSTRASRESSK				NA	NA	NA	NA	NA
AK237_01004	696			hypothetical protein	ATGAGAGAAAATGCTACCTATGAGGCTATTAAAGCACTCATTCAACCAGGTGACCTCGTCGCTTTCGGCGGAACCAGTCTATTTTCGAGGTGGGCAAAGTTAACAACATGGTCGAACGTAACCCATGTCGCAGCCGTCTCTGCCTGTCACCACTGCCCTGATAGCGGCAACGTATTGAATCACGATGTCTTCGAGGCAACGGTCAGAAACCGTAAACGTGGTGTTATGGTGAATAAACTCGCTACCAGGATAGAAGAATACGAAGGTGATATATGGTGGCTTCCTCTGCACAAGCGGGCAAGCAATCAGTTTCATAAAGCGGAAGATGCCGTACGCGCTTTCATACGTGCCGAGAACGGTAAGGCATACGATATATGGCAATTATTCGGCTCAACTGTAGACTACTTCGATAATCACCGTTGGCTATGGTGGTTAACCCGTAACGTCAAGTGTCAGCAAGAATGGTTTTGTTCTGAACTCATTGCGGAGCTTTATAACCAGGCTGGTGTGACAACTGATGTGCTTGCGGCTGAAACCACTCCCATCGATTTATGCCGGTTCAGCATTTTTCAAAATAGATATGTGCAGCTAAAGGGCAATAATAAGTCTATCAGAAAATTTAATAGCCGATTACCTGACAAATGGGGTCAATGGCTCACCGACGAAGATGAGCCTGGCACACATGCATCTGAATAA	MRENATYEAIKALIQPGDLVAFGGTSLFSRWAKLTTWSNVTHVAAVSACHHCPDSGNVLNHDVFEATVRNRKRGVMVNKLATRIEEYEGDIWWLPLHKRASNQFHKAEDAVRAFIRAENGKAYDIWQLFGSTVDYFDNHRWLWWLTRNVKCQQEWFCSELIAELYNQAGVTTDVLAAETTPIDLCRFSIFQNRYVQLKGNNKSIRKFNSRLPDKWGQWLTDEDEPGTHASE				NA	NA	NA	NA	NA
AK237_01005	504			hypothetical protein	ATGATCAAACTTAAACAAGCGCTTATGGGTGTTGGCCTGATGTTTTGTGCGATGTTAAATGTGGCGCAAGCTGACACTTTTAACCTTGGCACTCTTAGCTCAGACCAACTTTATACGGTGAATAATACCGTTGGCGCAGCCCCCGGCCCATGGGAAGATATAATCTACTTCAGCGTAAATGAAAGCACTTATTTGCAAACAGCACTATACAGCCTTTCATTTCAAACAATGGGCGCTGTAGATAACTTTTTAATTCAGCTTTATAGCACAGACACGCTTTCCTACGTATTTGAAAGCAGTTCACTATCTCAAGTTGAAGATTTCATCTTTAGCGTTGATGCAGGTAACTATGCGTTTAATCTAAGCGGCAGTGGTGATGATGGAAGATTGCCAGGTTTTTACAATCTAGCGATCTCTCCTGTGCCTGAAGCTCCCCTATATTCTCTGATGCTGACTGGTCTCGCTTTTCTGGGTCTGACCTTACGCAAAAAGAAAAATAAGTAA	MIKLKQALMGVGLMFCAMLNVAQADTFNLGTLSSDQLYTVNNTVGAAPGPWEDIIYFSVNESTYLQTALYSLSFQTMGAVDNFLIQLYSTDTLSYVFESSSLSQVEDFIFSVDAGNYAFNLSGSGDDGRLPGFYNLAISPVPEAPLYSLMLTGLAFLGLTLRKKKNK				NA	NA	NA	NA	NA
AK237_01006	999			hypothetical protein	ATGGACTATCCACAACGAGACGTTTTTTACGACCAATTAAAAGGGATTGCTATATTCGGGGTAGTTTTCATACATTCTCTATGGTTAATAGCGGGATCCCATAATGCAGTGCTGCTGATGGCTGACATATTCAGATTGGCCGTACCCATATTTATTGTTATGTTTTCGTTTTTCTTAGAAAAAGCCATTCAAAAAAGAGAGTATAAAGACTTTATTTTTAAAAGACTTTTAAGCTTAGCCTACCCTTTCTTATTTTGGTCCGGGCTTTACTTTATCTTATCCGTAGATATAGCAGAAATCACAGAATCACCATCAAAAATAATTACAAAGCATTTCTTAGGTTACGGCTGGGCGGGTCAATATTTCTTTATACTTTGCTTTCAAATTCTTGCCATATTTCCCGTAATAAGACTATTTACTAATAATAAAAAGATGTTTCCTGCCTTCACTTTCTTCATCACTTTGGGCATATTTTATTACCTAACGTACTATGACAATAACCTACCTACAATTATTGCAAAAATCTCAGATCGCGCCATTTTTTATTGGTTACCGTATATTTGCTTGGGCATTTTGCTAGCCAACACAACGATTACAATCGGAAATAAAATATACTTAGCTTTCATCAGTTTTGCATTGTTAGTCCCTTTGGAAAATTTACTTTTCATTAACAGAGAAGACGTATTTTCTCCTTACACTTTAATTTCGGTACTCGTTTCAACCTATGCTGTAACTACGTCACTCGTTTTGCTTAAACCAAAAATTTCTGGTGTAACAGGTAGGATCTTGTCTTTGCTGGGTAAACGGAGCATGGCAATTTTTGTAATGAACCCCCTTCTTATAAATCTCTTAGGTTTTATTCTTAATAGAAATGGCGAATATAATGAAATAACTAATTTTCTCCGAACGTTTTTCGTCGTAACTATTGTTTGTTTACTATCTCTTTTAATAGCACAACTATTAAAAAACACCCCTCTGCGTAAAGTCGTTAACGAGTAG	MDYPQRDVFYDQLKGIAIFGVVFIHSLWLIAGSHNAVLLMADIFRLAVPIFIVMFSFFLEKAIQKREYKDFIFKRLLSLAYPFLFWSGLYFILSVDIAEITESPSKIITKHFLGYGWAGQYFFILCFQILAIFPVIRLFTNNKKMFPAFTFFITLGIFYYLTYYDNNLPTIIAKISDRAIFYWLPYICLGILLANTTITIGNKIYLAFISFALLVPLENLLFINREDVFSPYTLISVLVSTYAVTTSLVLLKPKISGVTGRILSLLGKRSMAIFVMNPLLINLLGFILNRNGEYNEITNFLRTFFVVTIVCLLSLLIAQLLKNTPLRKVVNE				NA	NA	NA	NA	NA
AK237_01007	1056			hypothetical protein	ATGAAAAATGTTATTCAACCGTTACTTATATCAACAATTTTAGGACTTGTTGGTTGTTCGGGAAAGGAAGCCTTAGAGGAAAACCAGACTACTTATGTAGCAGCAGAAGCAAACGTTGAAACTTCTGCTTCGAATGCAACAGCATCGATTAATAACCATACAGAAACTGGATATACCAGCGTAGTTAAATCTGCTGGTTCTGATGATCCAATTACTTTGAAAATTGACAATTCTGAAGTATCCATCAATGAGTTGGAATCTTTAGAGTTAGCTTACGAAGTTAAATCAGATAACCAAAGCGATTATGATATTGATGTAATTTCTTATGATGAGGAAATTATTCACGCCAGCGTTGAGAACAATAAAATTGTACTCAACGCTAATTCAGTGGACACACCAACCTACGTCAATCTGGATGTCGTTGTTTCTAAAGATACTGGCAAAGTATCGACAACGATACCCGTAGAAGTAATTCCATTAACAAAATTTTCACTAAATCTAGCTCAAACAGAGCTTCAGATGAATTTTTTAGACACTTTTTATATACCATTCAATATTGATTATGATGGCTCAGACGAAATAGCGCTTTCAATTGAGGACGTTGAAGGAAGTGCATTTGCAACAGTCGAACTGGAATCGACGAATCACATCAATAACAATTTGATTATTCAGGGGAAAGGCATCTATAAACCTGGCGTTCTTTCCTTCAATGTTGTGGCTACCACTGAAAATGGAACGAAATCAGTCCCTGTAAGCGTGGGGGTTTATCCGGAAGTTGATATCGACATTGATTTGTCAGATGACGCACCAACTTTTAATAAAGCTGACTCGTCTTTCACTATAGTCAGAGTATGTAGCGAAGTGTCAGATGACTATGAAATTGAAGTCACTGAAATTTCGGGTAACGAAAATGTCACAGCTACCCTTGAAGGTTCTGTAATCACGATTACCTCGAGTGACATTCAGCAGGATACCAACGCTACCTTTATGGTAACTGCAAGTCTTCTTGGTACAACAGAAACAGCGTACTTTGATGTCTTGGTTACCGCTGAATAA	MKNVIQPLLISTILGLVGCSGKEALEENQTTYVAAEANVETSASNATASINNHTETGYTSVVKSAGSDDPITLKIDNSEVSINELESLELAYEVKSDNQSDYDIDVISYDEEIIHASVENNKIVLNANSVDTPTYVNLDVVVSKDTGKVSTTIPVEVIPLTKFSLNLAQTELQMNFLDTFYIPFNIDYDGSDEIALSIEDVEGSAFATVELESTNHINNNLIIQGKGIYKPGVLSFNVVATTENGTKSVPVSVGVYPEVDIDIDLSDDAPTFNKADSSFTIVRVCSEVSDDYEIEVTEISGNENVTATLEGSVITITSSDIQQDTNATFMVTASLLGTTETAYFDVLVTAE				NA	NA	NA	NA	NA
AK237_01008	1116	gmd_1	COG1089	GDP-mannose 4,6-dehydratase	ATGAAAAAAGCACTTATCACAGGTGTTACAGGTCAAGATGGCTCTTACTTGGCTGAGTTTCTACTTGAAAAGGGTTACGAAGTTCATGGTATTAAGCGCAGAGCTTCGCTGTTTAACACAGCCCGCATCGACCACATATATGAAGATCCCCATTCAGATAACCCTAGATTTCACTTGCACTATGGTGATCTTACCGACTCCTCAAATTTAACTCGCATTATCAGAGCGATCGAGCCAGACGAAGTTTATAATCTGGGAGCGCAATCACATGTTGCCGTGTCGTTCGAAGCGCCGGAATATACAGCTGATGTGGACGCGATAGGCACGCTAAGATTATTAGAAGCAATTCGCTTTCTAGGACTTGAAAAAAAGACCAGATTCTACCAGGCATCAACTTCAGAACTTTATGGCTTAGTTCAGGAAATTCCGCAAAAAGAAACGACACCTTTCTATCCACGCTCTCCTTATGCAGTGGCAAAAATGTACGCGTATTGGATCACTGTCAATTATCGTGAATCGTACAACATGTATGCGTGTAACGGCATTTTGTTCAATCATGAATCTCCTCGCCGGGGCGAAACTTTTGTTACGCGTAAAATTACCCGTGGTATCGCGAATATTGCACAAGGCCTGGAATCATGTTTGTACCTCGGAAATATGGATGCTCTGCGGGATTGGGGACATGCCAAAGATTACGTCCGCATGCAATGGATGATGTTACAACAAGAAAGTGCCGAAGATTTTGTTATTGCAACAGGAAAACAAATTTCAGTTAGAGAATTTGTGGCCTTAACCGCTAAGCACGCAGGCATCGAACTTAACTTCTCTGGAGAAGGGGTTGATGAAATTGCGACAGTATCCAGTGTAAATAGTGAACTAGCACCTTCTGTTTCGGTGGGTGATATTATCGTAAGAGTCGATTCCCGATATTTCAGACCGGCAGAAGTTGAAACATTGCTAGGCGATCCAAGTAAGGCCAAGACAAAACTTGGTTGGGAACCAGAAATTACAGTTGATGAGATGTGCGCTGAAATGGTTACTGAAGATTTAGCCAAAGCCAAACAAACAGCTTTACTTAAAAAACATGGATATACAATAGCCGTTGCTAAAGAATAA	MKKALITGVTGQDGSYLAEFLLEKGYEVHGIKRRASLFNTARIDHIYEDPHSDNPRFHLHYGDLTDSSNLTRIIRAIEPDEVYNLGAQSHVAVSFEAPEYTADVDAIGTLRLLEAIRFLGLEKKTRFYQASTSELYGLVQEIPQKETTPFYPRSPYAVAKMYAYWITVNYRESYNMYACNGILFNHESPRRGETFVTRKITRGIANIAQGLESCLYLGNMDALRDWGHAKDYVRMQWMMLQQESAEDFVIATGKQISVREFVALTAKHAGIELNFSGEGVDEIATVSSVNSELAPSVSVGDIIVRVDSRYFRPAEVETLLGDPSKAKTKLGWEPEITVDEMCAEMVTEDLAKAKQTALLKKHGYTIAVAKE	PGPT0022770_456	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-COLANIC_ACID_METABOLISM	CE-EPS-COLANIC_ACID_RELATED_PROTEINS,PGPT0022770-gmd-K01711	NA	NA
AK237_01009	471			hypothetical protein	ATGACGTTGTTAAAAAAGCTGCTCATTGCTGCATCTATGATTTTGTTCACCTCCGTCGCGAGTGCAGAATCGTTCGCATTAGGTGATGTAACGGGCTCGTCCGTTTTCGGTATTAGTAATCAAGTATCTGGTAGTTTTGAAGATACTGCGTCTTTTACCCTTAACACTGCAACACAATTTGAAGCGGTAGTGTTCAATTTCTCGTTTGCAACATCTAATGCAATTGACGATTTTGCCGTTACGCTTTCAAGCATGGGAAGTGATTTTACGTATGCTTTCGACCAGGTTGTGACCGAAGTTACTTTCGCTTTAGGCGCGGGTGATTACGAAGTAGCAATCGCAGGTAACGCAGTAAGAACAGGTAGTTATTCACTTACCGTATCCCCTGTACCAGAAGCATCGACTATCGCTTTACTTATGAGTGGATTAGGTTTTGTCTCATTCGTAGCAAGACGCCGTAGCAAGCAGTAA	MTLLKKLLIAASMILFTSVASAESFALGDVTGSSVFGISNQVSGSFEDTASFTLNTATQFEAVVFNFSFATSNAIDDFAVTLSSMGSDFTYAFDQVVTEVTFALGAGDYEVAIAGNAVRTGSYSLTVSPVPEASTIALLMSGLGFVSFVARRRSKQ				NA	NA	NA	NA	NA
AK237_01010	852			hypothetical protein	ATGATTATTAAAAATTTGAAGTATACCGTTTTGCTATCATCTGTACTTTTATTTTCATGTACCAGAGAATCAAATTTCGAAGAAGTGAAGGATCCGAGTCAAGTTGCAGCGAAAGTGGATGAGCAGGAAATCACCGTGCACCAAGTGCAGCAATTATTAAAGTCGCAGGTTAATCAAAAGACGCCTAATAGCGAGGAACTCCCAAATATTGTACTTGACCAATTAATAAAACAAGAGCTTCTGTACCAACAAGCACAAAAAATGAAGCTAGATCGCGATCCTGACGCACTGCTTGCTATTGAGGCAGCCAAGAGAAAGATTATTGTCGATACATACCTCAGGAAAGTATTTGAGTCGTCATCGACTGATTCTGTAACTGAAACCGAAATCCAGGCATATTTCAACGAGCACCCTAAGTTCTTTGGAGAGCGTAAAAAGTTTATCTATTCGCAAATCGCGGTTCAGGTCGCCCAGGAAGAAAAATCTGAATTAATTAGTCAAATTGAAGCTGCTGAAACAATTGACTCATTGATAACAACAATAGAAGATAAGCAATTAGCTTATAAGAAAAATCAACATATACAAACCTCAGAACAACTGCCTAAAGTGTTACTAGACCCTATTTACACATTGAAAGAAGATGATATTGGGTATCTGACTATGGACGACGGGGTTTTAATCCTAACGGTCGACGAAATAGAAGCACTCCCTTTATCACTGGACGAAGCAAGGCCGGCGATACAAACATACTTGTACAACGAAAAGCGCAAGGAAGACATTGAGCAACTGATATCGAATTTAGAAGATGCTGCTCGAATTGAGTACGTGGGTGACTTTAAACCAATAGATTAG	MIIKNLKYTVLLSSVLLFSCTRESNFEEVKDPSQVAAKVDEQEITVHQVQQLLKSQVNQKTPNSEELPNIVLDQLIKQELLYQQAQKMKLDRDPDALLAIEAAKRKIIVDTYLRKVFESSSTDSVTETEIQAYFNEHPKFFGERKKFIYSQIAVQVAQEEKSELISQIEAAETIDSLITTIEDKQLAYKKNQHIQTSEQLPKVLLDPIYTLKEDDIGYLTMDDGVLILTVDEIEALPLSLDEARPAIQTYLYNEKRKEDIEQLISNLEDAARIEYVGDFKPID				NA	NA	NA	NA	NA
AK237_01011	1233			hypothetical protein	ATGAAGGATGTGGTGGGTCAGATTTTAGTTGGCTCCTTATCTTGTCTTATTGCACTTTCACAGAGTGCAATGGCAAGTGAAAAAGGGACTTTTTCAACATCAGTGGGTACGCAAGTTACCCACGATGATAATCTGTATAAGATAAACAAAGACTCGGAGCAAGTAAGGCTGTTACTGCCTGACTTCAACTTTTCCGATACGGTAAACTCTGTATTTGCCAATGCAGATATGAACTGGGATGTATCTAAGCAAAATATTGTAGCCAGTGTGGCTGTAACAAAAAACAAATTCGCTAATAACACCCAGCTTGACAATACCGCTACAAACGTTAAAGCGAAGTGGAACTGGCATCTTCCAGCCGGTCTTTCTGGCGATATTGGATACAGTAAGGATAGACAGTTAGCTAACTTCAACGATAATTTGAATGCGGCTTTACTCGCTTCAAAAATCGATAACGACCACCCTGAATTTAATATAAACTGGCGTTTTCATAGTCGTTGGCAAACACAGGTTGGCATAGCGCAAAGAACTACCGAATACAGCATTGAAGCTCTCGCAATTAATAATAAAGACGTTGTTACATCACAAGCAAAATTAATCTATGAAAGTGAAGCTGACAATACCTTTTCACTCTCAGTATCTCAGGCGAATATAAGCTATGAAAATCGTGATTTTGATTTAGGAGATACAATTGACAGTGATTACCTGCTTTCTACAATTGTATTGTCTACGAATTATAATTATAGCGAAAAAAGCCTAATCACAGCCAAACTAATTTGGCGGGATTTAGATCCAGACCACTTGGAGAGTGCACAGCAATTTAGTATTTCTGACTGGGGCTATAACATTAACTATCGGTGGAGGCCTACGGCTACCACTCAATTCACCGCCCTACTTGCCGATGAAATATCTCCATCTGAAAATGCGAACACCGACTTTCAGCGCTCCAAAGTACTTAATTTGGGTATGACGTGGCAGCTATCAAGTAAGATTTATCTGGGCGTGCAAGCCGAGTATAAGAAAAGGCGCTATGAATTCAATTCTAGCTTAATTAATGGTTTGGACGTCGCAACAAAGAATACGTACAAAAAATCCAATATCAATGTGATGTACGTGCCAAGCAACTTTATAGAACTGAGAGTCGGCTACGAATTTAATAATCAGCGCTCTGATCTGCTAATTCGTAACTATGATTCCAACACTACTTACGCAACCATAATCGCAAAATTTTAG	MKDVVGQILVGSLSCLIALSQSAMASEKGTFSTSVGTQVTHDDNLYKINKDSEQVRLLLPDFNFSDTVNSVFANADMNWDVSKQNIVASVAVTKNKFANNTQLDNTATNVKAKWNWHLPAGLSGDIGYSKDRQLANFNDNLNAALLASKIDNDHPEFNINWRFHSRWQTQVGIAQRTTEYSIEALAINNKDVVTSQAKLIYESEADNTFSLSVSQANISYENRDFDLGDTIDSDYLLSTIVLSTNYNYSEKSLITAKLIWRDLDPDHLESAQQFSISDWGYNINYRWRPTATTQFTALLADEISPSENANTDFQRSKVLNLGMTWQLSSKIYLGVQAEYKKRRYEFNSSLINGLDVATKNTYKKSNINVMYVPSNFIELRVGYEFNNQRSDLLIRNYDSNTTYATIIAKF				NA	NA	NA	NA	NA
AK237_01012	801			hypothetical protein	ATGTTTAGGGTAATAAGTCTAGCTTTCGTTTTTCTATTTTACAGTTTTTCAGCATTATCTCAGGAGAAATTAATACAACCTGGTGATGTGCTGAAAGTATCAGTTTATGGTAATCCCGATTTGACTACGGAAACTGAAGTATCGGGTACTGGGTTCATTAACTTACCCCTAATAGGCGCAGTAGAAATAGCCGAACTTATCTCAACGGAAGCCAGTGAAAAAATAGAAAAGCGGTTAATTGATAAAAAAGTACTCAAAAATCCGCAAGTGATAATTGTGGTTCTGGAATCAAAGACCAATACCATTTCAGTGTTGGGACAAGTTAATGCACCAGGAAAATACCAATTAGGTGCCGGCGCTCAAACGTTTGTGGATTTCATAGCGATTGCCGGTGGTCTCAATCCCAACGCATCTCAGGATATTACGATAATCAAAGCAAATTCCCAGTCGCCACAAAATAAAATCTCACTCAATATGGAACAGATATTTGTTGATGGAGTAACGGGTGTTTTGACAGATGAGGATATGCAGCTGGAGTCAGGCGACATTATTTATGTACCCGAAGCGCCTGTATTTTATATTTACGGCCAGGTAAATCGTCCCGGCAGTTTCAGGTTAAAGCGCGAAATGACCGTAGCTCAAGCCATTGCCTTAGGTGGTGGTATTTCGAGCGTAGGTACCACAAGGGGCATTTCAATCAAACGTCGCTCGGAAGATGGCGGATTTACTGACATCGAAGTAGATGAAAATACGCAGATTCAGGCAAACGACACATTGTATATCAACGAAAGCATATTCTAA	MFRVISLAFVFLFYSFSALSQEKLIQPGDVLKVSVYGNPDLTTETEVSGTGFINLPLIGAVEIAELISTEASEKIEKRLIDKKVLKNPQVIIVVLESKTNTISVLGQVNAPGKYQLGAGAQTFVDFIAIAGGLNPNASQDITIIKANSQSPQNKISLNMEQIFVDGVTGVLTDEDMQLESGDIIYVPEAPVFYIYGQVNRPGSFRLKREMTVAQAIALGGGISSVGTTRGISIKRRSEDGGFTDIEVDENTQIQANDTLYINESIF	PGPT0025530_2970	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-EXOPOLYSACCHARIDE_TRANSPORT	CE-EPS-EXOPOLYSACCHARIDE_TRANSPORT-1,PGPT0025530-wza|gfcE|epsA-K01991	NA	NA
AK237_01013	1359			hypothetical protein	ATGACATTTTCTATATTTCTTAAGGTGATTTGGTCGAGAAAGTGGTTCATTATTACTTTCGTCTCACTTATATGCGTGTTAGTTGGCATCTCCTCCTTACTCTCAGAGAAGCGGTACGAGGCGACAGCGTCGATTATCATTAACGTAAATGGTAAAGATCCTATTACCGGGGTAACGGTGCCCTCATTGATACAGCCTTCATTTTTAGCCACACAGGTTGAAATTGTTAAGAGTATCAATGTCGCACTAAAGGTCGTAAATAATTTAGGTTTAAATAAAAACGTAGAGCTACAAAGACGATTTGGTGAAATCGAAAACAGCAACAACAATTTCGACGTATGGCTGGGCTACTCTCTTTTACAAAACCTGCAAGTAACACCATCACGACAAAGCAGTATTATTTATATAACATATAGTTCCGGTGATCCTGTGCAATCTGCTCAACTTGCAAATGCCTTTGCGGAAGCTTTTGTCCAAACCAATCTTGACTTAAAAATTGACCCTTCACGAAGAACTGCAGCGTGGTATGCCACACAAGTAGAAAATATAAAGAATGAACTCATTCTAGCCAGAGAGGAACTTTCAAACTATCAGCAAGAAACTGGCATTCTTTCTATAAACGAAGGGTTCGATGTAGAGTCAGCCAGAATAGCCCAGCTAAATAATCAGCTTATTAACCTCAAAACACAATTAAGCACTCTTGAAACAAAGCAAATCACGTTTGACAATTTTGACCCAGCTAACCCAAACGCCTCATCGATTTCTGACCCTATGATAGATAGGCTTAAGGTTGCCTATATTAACGCACAGTTAGCGTTTTCTGAGGTAAGCAATAAGTTTAGTGAGAATCACCCTAACTATCTTTCGGCATTTAACGACATGCAATCGAAGCGAGACGGACTAATTAACGAAATAAAGTCAGCTAAAGCTAAATTAGCAGCAGAAATTAAAGAAACCGGAACGTTGATAGCGAATGCTGAGAAAGCCATTAGTGAGCAGACACAACTCATGCTAGCCAACAACAAGAAAAGAGATACGCTTAAAGTATTGCTGAATAAAGTGCAAAACACAGAGAACTTATTTAATGCAACCACTCAAAAGCTAAATTTATTTAGATTAGAAGGCGATTCTGTAGACACGGACGTCTCGGTCTTAAATAAAGCGTCACCACCATTTTCTGCATCAAATACGTCTTTTATTTCAAGTGTAATTATTGCCTTCTTATTTTCAGGAATTATTTCTTTATTTTTCGTCTTAGTGTTCGAGCAACTAAATAAAAAAATCCGGGATAAGAAAATAATTGAAGATACCTTCGACATACCAGTACTCGCTGAAATTCCGAAAATAAAGCAGGGATAA	MTFSIFLKVIWSRKWFIITFVSLICVLVGISSLLSEKRYEATASIIINVNGKDPITGVTVPSLIQPSFLATQVEIVKSINVALKVVNNLGLNKNVELQRRFGEIENSNNNFDVWLGYSLLQNLQVTPSRQSSIIYITYSSGDPVQSAQLANAFAEAFVQTNLDLKIDPSRRTAAWYATQVENIKNELILAREELSNYQQETGILSINEGFDVESARIAQLNNQLINLKTQLSTLETKQITFDNFDPANPNASSISDPMIDRLKVAYINAQLAFSEVSNKFSENHPNYLSAFNDMQSKRDGLINEIKSAKAKLAAEIKETGTLIANAEKAISEQTQLMLANNKKRDTLKVLLNKVQNTENLFNATTQKLNLFRLEGDSVDTDVSVLNKASPPFSASNTSFISSVIIAFLFSGIISLFFVLVFEQLNKKIRDKKIIEDTFDIPVLAEIPKIKQG				NA	NA	NA	NA	NA
AK237_01014	843			hypothetical protein	ATGACATCAACAACCATAAAAAACGATAGTATTGGTGAATTATTAGTAAAGTCTGGCAAGCTATCACCGGATGAAGTTGCAAGAGTAACAGAAGAGCAAGCTAAAACAGGATTGCTGTTTGGTGACAGTGCCATCAAGTTAGGTTTACTGACACAAGCTGACATAGACCGGGTTTTGTCAGAACAATTCGAATTCTCTTATTTTGATAAAAATTTTGATAAATTTGACAAGAACTTACTCGCAGCACTCAAGCCTGATCATCCGTATAGTGAAAAAATACGTCTATTACGCGTCCAGCTTACATTAAGGTGGCTAAAGGAACACAGTTCTATCGCGATATTTGGTGATGATGATGGCATTGGTACGTCGTTGAATTGCGCTAATTTAGCAGTGTCTTTTGCCCAATTTGGCAAAAAAACTCTGCTTGTCGACGCCAATATGCGCAAACCAAGTCAACACAAGCTGTTTAAACTTCCAAACTCTCTGGGTTTGTCGCAGTTACTAGCAGCAAGAAGCGACATCAATGCCATTCAGAATCTTACCCACTTAAAGAACTTAAGCATACTTACCAGTGGGGCGTTACCGCCTAATCCGGTTGAATTATTGGGCAGAGCAGAAATGAAGCGCTTAGTAGAACAACTGGATGAAAATTATGACGTGGTTATCTACGACTGCCCCAGCGTAAAAGAACACAGTGATGGATATTTGTTAACCAGCCTTATTAAAGGCGTAACGATAACCAGTAAGAGAGACCTTTCCAAGGTGGCGAACTTCAAGCAAATCGTTGAAAAAGTAGACTTGAGTGGCGGTAAAGTGGTAGGTGCGGTCATTAATGAATTTTAA	MTSTTIKNDSIGELLVKSGKLSPDEVARVTEEQAKTGLLFGDSAIKLGLLTQADIDRVLSEQFEFSYFDKNFDKFDKNLLAALKPDHPYSEKIRLLRVQLTLRWLKEHSSIAIFGDDDGIGTSLNCANLAVSFAQFGKKTLLVDANMRKPSQHKLFKLPNSLGLSQLLAARSDINAIQNLTHLKNLSILTSGALPPNPVELLGRAEMKRLVEQLDENYDVVIYDCPSVKEHSDGYLLTSLIKGVTITSKRDLSKVANFKQIVEKVDLSGGKVVGAVINEF				NA	NA	NA	NA	NA
AK237_01015	1560			hypothetical protein	GTGACATTCCGAGCTTTTACGTCGATAGCAATAATGGTCTCGCTGATCATTTGCATGCTATTGCAGTTATTGGTTAGTGCAACATCTGAAAACATTGTAAGTACGTTAATAATCGCTCTAGCGACCTCTTTAACAATCTCTTATCTGTACTGGATCGATGCCTACAGTAAAACGCCAATTTCAGCATTAGTACTTTTGGGTCTTTTGTTTAGCGGCCTGCTTGGTGCTCTTCTCGTACAAACTCTTTACTGGAATGCTGTTACAAAATATTTGTACAATCCCGTATTTACTTTTAGCCATACTGCATTTTATTTATTAATAGCTCTATGTAGTCACTATATCTATCTATCGCTTTTTAGAAACAAGCATAGATCAGCAATAGCAATAGACGGCCTATTAGCAAAAATTGGTCTTTATAATATTCCATCGGCTAAAACGGTATGGTTGCTTTCTCTTATTGGCATTTTTGCCGTAATTCTTGGAAAGTTACTTCCCAATGCTACAGGCCGAGCTATTTTCAACCTAAACTTTTTGATGTGGTTCCCATTTTTCATAATTTTTTATATTTATAAATTCGGGGATACATATGCTAATCCATCGAGACAGTATACATTCGTATCGATGTTTTTTGGCCTAATCATAATCATGGGTATCGCCTTCAATACCAGGGGATTGATTGTCTCCGGCCTTGTGAATCTATTTCTGGTTGTCACCATAATATTGCTCGATAGCAAACAAAAACATAGCTTTAAATTTTATGCAAAAATCTCCTGCTTACTTGTTGTTTTATTTGGCCTGCTAAAGCCCTTTTCTACGTTTTCTGATGCGATGCTGCTAGCGCGCTCAGAAAGAGGAGAAGTAACTCCAATTCAAATGCTCGCCAACACTTTTGATCTATATGTGAACTCAACTAGCACAGAGCTCGTTCGCAATAATAAGTACTATGAAGATAAGTACATTGAGAATAAAATTTATTCCAACTACGATGAAGACTATATTGAGAATGGAATCTTAACTCGTTTCATCTTAACGAAATTTCATGACAACGCATTTCACTATGCATCGAACCTTTCTGCTTCCGGAAAACAAGAAATTAGCGAACATGTAAAAACTAAGGCTATTTCCATTCTACCTCAGCCCTTTCTGGATGCGCTAAATATTGACATCAATAAGATGGAAAATATGAATTCAACGACAGATATTCTAGTACACGAGACTACTGGTCGTCGTTTAGGCGGCTTAAAAGTAGCTTCGACCTTTGCTGATATTGAAGTTATAACCGGGGTTTATGCGACTATAGTCTTTATGGGTATGTCTCTCATATTTTTCTTTTTTGTTGATTTGTATAGTAATATTACTAAAGACAATGGATTGCTGATAGCATTCCCATTCTTTGCTTTAGCATCAAAGTATATTTTATTTCAATTACCTGTTTACGGATTACAAGGAATAGTCAGTTTTATTATCAGAGACTTTCTCGTGGACGTATTGATTTTCTGTTTCCTGATATCCGTTTTTAACTTTGCGTTCCCCCACTTCAGGAAACATACTAAGGTGTAG	MTFRAFTSIAIMVSLIICMLLQLLVSATSENIVSTLIIALATSLTISYLYWIDAYSKTPISALVLLGLLFSGLLGALLVQTLYWNAVTKYLYNPVFTFSHTAFYLLIALCSHYIYLSLFRNKHRSAIAIDGLLAKIGLYNIPSAKTVWLLSLIGIFAVILGKLLPNATGRAIFNLNFLMWFPFFIIFYIYKFGDTYANPSRQYTFVSMFFGLIIIMGIAFNTRGLIVSGLVNLFLVVTIILLDSKQKHSFKFYAKISCLLVVLFGLLKPFSTFSDAMLLARSERGEVTPIQMLANTFDLYVNSTSTELVRNNKYYEDKYIENKIYSNYDEDYIENGILTRFILTKFHDNAFHYASNLSASGKQEISEHVKTKAISILPQPFLDALNIDINKMENMNSTTDILVHETTGRRLGGLKVASTFADIEVITGVYATIVFMGMSLIFFFFVDLYSNITKDNGLLIAFPFFALASKYILFQLPVYGLQGIVSFIIRDFLVDVLIFCFLISVFNFAFPHFRKHTKV				NA	NA	NA	NA	NA
AK237_01016	1833			hypothetical protein	ATGCGACGGCTATCTTTTGCACCAACTCTATACTTAGCTATATTTTTAATAATCAATGGCCTAGTCAGTAACGCCTGTGCTGAGACATCGAGGGGCAGTAATACAGAGTTCGATTACTCAACACTTGAAGGACGACGAGCTCAACTCATGGAATGGGCAGATGCGAAGTATAAAGCGTCAGACCATAATATTAGTAAAGCATATTGGATTCTTGGTGATACAGCAGTAAATGGATGCAAAGCAGAATATTCTAACTACATGGTTGACTTTAAAAATCACTCCAATGATAAAGGAAAGTCTGTAGATCATTTTATTTTGCCTGCCATTGTTAGGTACGTATATCAGTTCGGAGAATGTTTAAGTAAACAAAATATTGCTGTACTTCGAAACTTTGTAGCTAAGGGCCCATGCTGCGCTAACATTGAATACCTGGGCCATGGAACGCTTAATCATGCGATTTTACAAGCAAGTTCCTGGTACCTGCTTTCGCAATACTTTAGCGATGATACCTGGATTCGAAAAAATCGTGGTGAGTATACCAGTAAGCAGATTAAGGAAACGATTTACAACAACCTACAAAATCGATTTTCACAAACTACTCAGTACGGGCACTTCGAAATAGCGTCACCCACTTATATCGAAGCTAACTTCTTTCCTCTTCTAAATCTCATTGATTTTTCAAATGATGAGACGATCAGATCATTGGCTGAGGGGGAAGCTTACAAAACGTTACAGTACCTTAGAGATTACTCATTTAAGGGAAAGCTGATACCGCCTTTAACACGACAACTTACTAACGAACTTAATGCTACGGCTCAAGGACATGAAGACGACGCCTATTCTCTGGGTCTCGATAAGCGACTCTACTGGTATTACTTTGGCCCAACCCTAGACTTGACTGTTTCTGACTTTAATAACTCAAGAGCACCGAGTATCTGGATTATCTACGCGCTATCGGACTGGCAACCAACTGACCTATATTCAGAGAGTAAAATGTCTCTCGCGTCAGAAAAAATAGCCTCTGATAAGATTCCCACCTTTTCTCAATGGGGAGAAGATAAAGGTAGCGAAATTTTCTCTCAAAAGTACATTGAGGAAAACTATGCGTTAGCTTCAACCAATATAAGGTATTTCCCTTACTGGTACACCGGCAATTTAGTTGAATTCGGTATACTACTTGACTCAGACGCCATTTTTAATCAAATAGACTGCACGCAGCCATATTGGTACAGTAACACGTCAACTGACATCGACGGTAAAGATAAGGCTCGTTGGTATGATAGGAGTTCGCCCTTCATGCAGACATATCTAGTCGATAAACATAACATGCTTTTCATAGCCAATATCCCCGACAAAGACCCCTTTACTGAATATCAAAATTCTTTTACCAGTACTCGTACAGAACACGTAGATTCACTTCCTCAATTTGTAAGATGCAGAATCCCAAAAGACTTCGACTCTATAAAGAAAAGTGACCGTGTCATACAAGTACAGGAAGGAAAAAGCTATGTTCAGATAGAATCGTTAAATCAGGAATTTGATTACTCCAGCGATGACCAGTATCAGTATTTTATATTGGACGGTGAGAAATCTGCCATGCGGTTTTTCGTTACAGATGACATAAGTTCTATGTCGGAGTTAACAAATCGAGCAAGCCAATATACTTCTAGTTATTCATCAACGGACAACAGGATAACATTCACTGACACTAACTCTTCACGCCAAATAAAAATGACTTTTAATAACGTATTATATAAGGATTCAGACTCTAGTCTCGCTGAAAGGGAAATCATGTACGAATCTATCCCAATCATAGAAGAGGTGTCACAATGA	MRRLSFAPTLYLAIFLIINGLVSNACAETSRGSNTEFDYSTLEGRRAQLMEWADAKYKASDHNISKAYWILGDTAVNGCKAEYSNYMVDFKNHSNDKGKSVDHFILPAIVRYVYQFGECLSKQNIAVLRNFVAKGPCCANIEYLGHGTLNHAILQASSWYLLSQYFSDDTWIRKNRGEYTSKQIKETIYNNLQNRFSQTTQYGHFEIASPTYIEANFFPLLNLIDFSNDETIRSLAEGEAYKTLQYLRDYSFKGKLIPPLTRQLTNELNATAQGHEDDAYSLGLDKRLYWYYFGPTLDLTVSDFNNSRAPSIWIIYALSDWQPTDLYSESKMSLASEKIASDKIPTFSQWGEDKGSEIFSQKYIEENYALASTNIRYFPYWYTGNLVEFGILLDSDAIFNQIDCTQPYWYSNTSTDIDGKDKARWYDRSSPFMQTYLVDKHNMLFIANIPDKDPFTEYQNSFTSTRTEHVDSLPQFVRCRIPKDFDSIKKSDRVIQVQEGKSYVQIESLNQEFDYSSDDQYQYFILDGEKSAMRFFVTDDISSMSELTNRASQYTSSYSSTDNRITFTDTNSSRQIKMTFNNVLYKDSDSSLAEREIMYESIPIIEEVSQ				NA	NA	NA	NA	NA
AK237_01017	876			hypothetical protein	ATGCTCGCCACTAAATTAAAAACCACAAATTATGCTATTTTTATTTTCCTGCACATAATTGTAGCCGCTTATTATGTGCCTTTTTTTGTAGAACTTAGTGTAAATGGCGCATGGTCTAACCCCGTCCATTCGCACGGTCCGCTCGTCCTTCTAATTTCGCTATTTTTAGTTTTCCAAAAGAAAAACCGACTTATTTCTGAGAATGCTGATAAAACGCATACCCTACCGGGCATTTTATGCTTTACAGGAGCCTTCTGTTTGTACGTTTTAGGTGGATTCACAGATATGATCCACTTTAAAATATTAAGTTTTATATTTATTTTTTGTGGTGTTTATACATACGTTTTTGGCTGGATTGTTTTAAAAATATTGGCTTTCCCTATTTTCTTTATGTTTTTGATGATCCCTATTCCGGCTGTCATAATTGATCCGTTGTCTAGTTTTCTCAAACTCCTAGTCAGTGATGTAGCTGTTGACGTTTTGTACAATCTTGGCTTTCCAGTGGCGCAAAATGGTATTGTTATCCTGGTCGGTAGCTACAAACTGTTCGTAGCTGATGCCTGCTCCGGAATGCGTACGCTTCTTATGCTGGAAACCATGGGTATTCTGTATCTTTACCTAGTTCGCCACCCCTCTTACATTAGAACGATTGGCCTGGCGATACTCATTGTTCCCATTTCAATTACCTCTAATATTTTACGTGTTATATCACTAATACTGATTACATATTATCTTGGAGATGCAGCAGGACAGGGATTTATGCATGATTTCGCGTCGCTGGCCTTGTTTATATTTGGACTAATATTAATGGTTAGTATCGACTCCCTGCTACGTCTCATTCCGCAGACAAAGAATGAGGCAGAAAATCGTGGTTAA	MLATKLKTTNYAIFIFLHIIVAAYYVPFFVELSVNGAWSNPVHSHGPLVLLISLFLVFQKKNRLISENADKTHTLPGILCFTGAFCLYVLGGFTDMIHFKILSFIFIFCGVYTYVFGWIVLKILAFPIFFMFLMIPIPAVIIDPLSSFLKLLVSDVAVDVLYNLGFPVAQNGIVILVGSYKLFVADACSGMRTLLMLETMGILYLYLVRHPSYIRTIGLAILIVPISITSNILRVISLILITYYLGDAAGQGFMHDFASLALFIFGLILMVSIDSLLRLIPQTKNEAENRG				NA	NA	NA	NA	NA
AK237_01018	705			hypothetical protein	GTGGTTAAGTTGTCAATTAAGCAAGTCGTTTCCCTGATTGTCATGCTGATATTATTGTCTTCGCAGTTTCTTGTTGCTGAATGGGTTATTCCACAAAAGGAATGGTTTCGCTATATAGGTCAACCCGATTACGAAACTTTGATGCCTGATGAGTTTGGTGATTGGGTGAGGCTGAACGATGACTACACAAAAGTGACTGTCAGCCCTGAAATTGAACAACGCGTCAGTGAGCTTTACACGTCGAGTGTGACTCGCATTTATCGAAATACAAAAACACAAAATGTGATTATGGTTTCGCTCGCGTACGGCAGTGATCAGATGTTTCCTAATCAGGTACATCGCCCAGATGCATGTTACCCAGCTCAAGGTTTTAAAATTACCGATAGAAGTATTGATTCATTGCTATATAATGATACTCAATTACCAGTTAGCAAATTAATAGCCAAGCGACAGTTTAGAACCGAAAATGTTATGTATTGGATACGATTGGGAAATGGTGTAGTAAATTCAACAATGAATTTACATTATAATCGAATTTATCTTGCAGCTCATGGTTATAGAGCTGACGGGTTGTTATTTAGAGTGTCAGAAATCTCCAACGAGAGCTTGACTTCTTTTGACGTCCAATCTAATTTCGTGCGTGACTTTTTAAGCGCTCTCAGTGAAGACGAGCGGAAATATTTTATCGGCGGCTTTTGGCAATAA	MVKLSIKQVVSLIVMLILLSSQFLVAEWVIPQKEWFRYIGQPDYETLMPDEFGDWVRLNDDYTKVTVSPEIEQRVSELYTSSVTRIYRNTKTQNVIMVSLAYGSDQMFPNQVHRPDACYPAQGFKITDRSIDSLLYNDTQLPVSKLIAKRQFRTENVMYWIRLGNGVVNSTMNLHYNRIYLAAHGYRADGLLFRVSEISNESLTSFDVQSNFVRDFLSALSEDERKYFIGGFWQ				NA	NA	NA	NA	NA
AK237_01019	1161	gumH	COG0438	GDP-mannose:cellobiosyl-diphosphopolyprenol alpha-mannosyltransferase	ATGAGAGTCTTGCATGTAATTGGCTCGTTAAAGTTAGAGCAAGGCGGGCCTGCGCAAGGCGTCCGGAACATCACTTCGTACTATGCTGAACTCGGGGTTCAACCCACAGTACTAACGATGGACGAACCCTCTGACGATTTGGGTTCAGTAGAACACCTGTCTGTCATCACCGTAGGCAAGGGCCAGGGTACATTTTCCTATCACCCCAGACTGATCACTGAAATCAAACGTATTGCTTTTCAGTTTGACGCAGTTATTGTTCACGGATTATGGCAATACCATGGTCATGCTGTACGTGCTGCCTTAAAAGGCACAAATATTCCTTATTATGTCTTTCCTCATGGCATGTTGGATCCGTATTTCAAAAAGGAATATCCGCTTAAACATCTTAAAAAGTACCTGTTCTGGTTTGTTTCACAATATGCAGTGCTGCGCGATGCAAAAGCAGTCTTGTTCACCTGCGAAGAGGAAAAGCGTTTAGCTGCCCTCTCCTTCTCGCCTTACAACGTAAATTCTGTAGTGGTTAACTATGGTACAACCATCCCCGCTATTGGGAGAGACGCCACTGCCGATCAATTTTACGCAAAGTTTCCCGAGCTTAAAGGTAAACGCATTTTTCTATTTTTAAGTCGTATCCACGAAAAGAAAGGTTGTGATCTGCTAATTAAAGCCTTTTCCAAGGCGTTAAAGTCGAATTCCGATATACGCTTAGTTATGGCCGGCCCAGACCAAACAAACTGGAAGAAAGATTTGGTAGCATTAGCCAAATCAGGCGATGCGGATAAGCATATAACCTGGACTGGTATGCTTAAAAATGAACTTAAATGGGCTGCAATGAAGGCTGCGGAGGTATTCATCCTACCTTCACACCAAGAGAACTTTGGCATTTCGGTGGCAGAATCTTTAGCAATGGGAACGCCCGTACTCATTTCCGACAAAGTTAATATATGGCGAGAAATATCAGACATGGGAGCTGGCCTGGTTGAAGAGGATACACTGGAGGGTACAGAAAATCTTATTAACCGGTGGCTTGCGCTACAACCAAAAGAAGCAGAATATATATCGCAGCAAGCGACAAAGTGCTTTGAACAAAAGTTCGATATTAGACAAGCATCAAAAAATGTAATTTTTAAAATAAAAAGCGATGTGAAATCTGATTAA	MRVLHVIGSLKLEQGGPAQGVRNITSYYAELGVQPTVLTMDEPSDDLGSVEHLSVITVGKGQGTFSYHPRLITEIKRIAFQFDAVIVHGLWQYHGHAVRAALKGTNIPYYVFPHGMLDPYFKKEYPLKHLKKYLFWFVSQYAVLRDAKAVLFTCEEEKRLAALSFSPYNVNSVVVNYGTTIPAIGRDATADQFYAKFPELKGKRIFLFLSRIHEKKGCDLLIKAFSKALKSNSDIRLVMAGPDQTNWKKDLVALAKSGDADKHITWTGMLKNELKWAAMKAAEVFILPSHQENFGISVAESLAMGTPVLISDKVNIWREISDMGAGLVEEDTLEGTENLINRWLALQPKEAEYISQQATKCFEQKFDIRQASKNVIFKIKSDVKSD				NA	NA	NA	NA	NA
AK237_01020	1170	mshA_1		D-inositol-3-phosphate glycosyltransferase	ATGGCTGAATGGCTCGCAGAGAATGGCGACCAGGTAAAAGTTATTTGTTCGCCGCCTTATTACCCTGAATGGAAGGTACATAAAAATTACTCGGCGTGGCGATATACTAAAGAAACTAATGGGCAATTAAGTATATTGAGATGCCCTATTTGGGTTCCGAAAAAGGTAACAGGGGTTAAAAGGATTCTACACCTGGCGTCCTTTGCACTCTTTAGTTTTCCAGTAGCTTTGAAACAAGTGTTCTGGAAACCTGATGTTGTTATTTGTATTGAGCCACCTATATTCAATTGTATTGGGGGCCTCATTGTTAGCAAGTTGACTGGGGCTAAATCGATACTGCATATCCAGGACTTTGAAGTTGACGCTGCCTTTGACCTGGGAATAATAAAATCAAGGTCATTGAAGAAGTCGATATATCGATTCGAGAAATTTTTACTAAAAAAGTTTAATAAAGTATCTACAATTTCTCTGGCAATGTTAAACCTACTTAAAAAGAAAGACGTTCCAGAGTCGGCCCAGTTATTGTTTCCTAATTGGGTAGATACTCAATTTATTGTTCCCAAAGAGTCATCTACTTACAGACGTTCGCTATCAATCGCCGAGAATAAAGTTGTAGCAATGTATTCTGGCAATATGGGGGAAAAACAAGGTCTTGATATTATAATTAAAGCTGCTGAAGCGCTACCTGCTATAACATTCATTATGTGTGGTTCGGGTTCCGCCCTAACACGTCTAAAAGATGCAGCTGCTCACCTTGGTAACATCCGATGGCTGCCATTACAACCCTATGAAAGCCTATGTGATTTTCTTAATCTGGCGGATATTCATTTACTTCCTCAACAAGCTGGCGCCGCCGACCTGGTGATGCCGTCCAAGCTAACAGGAATGCTTTCTTCAGGTAAAGCAATCGTAGCCACGGCTGATGAAGGCACAGAAATACACACGGTAATTCAAGAAAGAGGTATAGCGGTAAAACCCGAAAACACTCTGGAATTTATTAACGCAATTCGATATCTGGCCGAGAACCCGAACCAGCGAGAGGTGTTTGGTAAAAACGCAAGGAAGTACGCTGAAATATATTTAAATTATGATGCAATCATGAAATCGTTCTATCAAGAATTATCGCTGTTAAATGCAACGCAATTTGTAAGCACTGATACGGGTAACTAA	MAEWLAENGDQVKVICSPPYYPEWKVHKNYSAWRYTKETNGQLSILRCPIWVPKKVTGVKRILHLASFALFSFPVALKQVFWKPDVVICIEPPIFNCIGGLIVSKLTGAKSILHIQDFEVDAAFDLGIIKSRSLKKSIYRFEKFLLKKFNKVSTISLAMLNLLKKKDVPESAQLLFPNWVDTQFIVPKESSTYRRSLSIAENKVVAMYSGNMGEKQGLDIIIKAAEALPAITFIMCGSGSALTRLKDAAAHLGNIRWLPLQPYESLCDFLNLADIHLLPQQAGAADLVMPSKLTGMLSSGKAIVATADEGTEIHTVIQERGIAVKPENTLEFINAIRYLAENPNQREVFGKNARKYAEIYLNYDAIMKSFYQELSLLNATQFVSTDTGN	PGPT0023340_617	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-COLANIC_ACID_METABOLISM	CE-EPS-COLANIC_ACID_BIOSYNTHESIS,PGPT0023340-wcaI-K03208	NA	NA
AK237_01021	1044			hypothetical protein	ATGCATATTTTTTATATAGGAACGATGTCGCCGTCTTCTACAACGTATCACCGGGCATTAGCCCTAAAGCGTTTGGGTCATTCTTTAACATCCTTTGATACGAAGACGGAGCTAGGTTCAAGCTTAAATGGGAAGTATAGAAATGCCTTTCACTACCGTTCCGGCTACGCTTTTTTACAGAAAAAAATATACAACCTGTTGAAAGAAAAATTACTTTCCACTAATTCAAAATTTGATGTTATTTGGATAGACTCTGGCGAATATTTTGGTGTTAAACCACTGAAACTTTTACGACAGTATTGTGAAAAAATAGTTCTGTATTGCGTTGACGACATAACCGGCTCTCGAGACGGAAACAGATTTAAAACGGCAAAGAAGGCTCTCCCCTATTACACTTTATGCACGACACCGCGAAGATACGTTGTTGACGAATTTAAACAATTAGGGGTTAAACACGTTCACACTTTCTGGCGAAGCTATGACGAGTTAGTGCATCAACCATTCGAAAATAGGAGTGATATCCCGACTGAGTATCTTTCTGATGTCGTTTTTGTTGGTACGTTAATACCCGGAGAGAACAGGGATGAATTTATCTACAAATTAGTCCAACGTGGCGTGAATGTTTCCATATGGGGTAGCAACTGGCAGAGTTCTCCCTATTGGGAAAAGATTAAGTCACATTGGAAGGGGAAAGCCGTATACGGAAGAGACTACACGGCGGCTATACAAGGAGCAAAAATTTGCTTGGGTTTTCTATCAAAGGGGAACAGAGATCTACACACTAGACGATCAGCTGAAATACCATTTTCAGGTGGCTTGTTCTGTGCTGAACGTACCGAAGAACATTTGGAAATGTTTGAAGAAGGTAAAGAGGCCGTATTTTGGGCTGATGCAGATGAATGTGCAGCAATATGTAACGATCTGATAAGAGATGACCAACTAAGGGAATCAATTCGTGAAGCGGGTATGAAGAAAATACGCAACATGCCTTGTAGTAATGAAAAAGTTGTTGCAGATATCATCACTAAATTAAACACTTTATAA	MHIFYIGTMSPSSTTYHRALALKRLGHSLTSFDTKTELGSSLNGKYRNAFHYRSGYAFLQKKIYNLLKEKLLSTNSKFDVIWIDSGEYFGVKPLKLLRQYCEKIVLYCVDDITGSRDGNRFKTAKKALPYYTLCTTPRRYVVDEFKQLGVKHVHTFWRSYDELVHQPFENRSDIPTEYLSDVVFVGTLIPGENRDEFIYKLVQRGVNVSIWGSNWQSSPYWEKIKSHWKGKAVYGRDYTAAIQGAKICLGFLSKGNRDLHTRRSAEIPFSGGLFCAERTEEHLEMFEEGKEAVFWADADECAAICNDLIRDDQLRESIREAGMKKIRNMPCSNEKVVADIITKLNTL	PGPT0024857_342	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-SPORE_MATURATION_PROTEIN,PGPT0024857-cgeB-K06320	NA	NA
AK237_01022	579	dapH_1		2,3,4,5-tetrahydropyridine-2,6-dicarboxylate N-acetyltransferase	ATGACAGAAAAAGATAGCGAGATTATCCCCATTCAGGATTTAAGCAAATTTAATCAGCCACCAAACTTTAGAGGTAGGAGCGGAGTAATTACTCAACTTTGGTGGCTAATAGAATATTTTCTTTTTAAGCCAAGCCCTCAGTTCATGTATGGTTGGAGACGATTCTTATTAAGAGCATTTGGCGCAAAAATAGGAAAAGACGTAATAATTCGACCATCAGTAACTACTCAATATCCATGGAAAGTATCAATCGGAGATTATTCATGGATTGGTGACGATGTAGTTTTATACTCTTTAGGTAAAATTGAAATCGGTAAAAATACCTGTATTTCCCAAAAGTGTTATATTTGTGCTGGATCCCATAGTTATACAGAATCGGATTTTCCGATTTTTTCAGAGCAAGTGACGATAGAAGATGAATGCTGGTTAGCTACAGATACCTACGTAGCACCTGGTGTAACCATAGGCCGAGGCACTGTAGTAGGAGCAAGAAGTTCAGTGTTCAAGGATTTACCGGGAAATAAGGTGTGTTTCGGTAGCCCCGCTAAAATAATAAAGGATAGGATAGAGGTAACGTAA	MTEKDSEIIPIQDLSKFNQPPNFRGRSGVITQLWWLIEYFLFKPSPQFMYGWRRFLLRAFGAKIGKDVIIRPSVTTQYPWKVSIGDYSWIGDDVVLYSLGKIEIGKNTCISQKCYICAGSHSYTESDFPIFSEQVTIEDECWLATDTYVAPGVTIGRGTVVGARSSVFKDLPGNKVCFGSPAKIIKDRIEVT	PGPT0023330_451	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-COLANIC_ACID_METABOLISM	CE-EPS-COLANIC_ACID_BIOSYNTHESIS,PGPT0023330-wcaF-K03818	NA	NA
AK237_01023	1128	mshA_2		D-inositol-3-phosphate glycosyltransferase	ATGCGGTTTATTTTTTGGCAAAACACAAACAGTATACACCAATCAGAGTTTTTTAACGCCCTAGCGAAAACTGGTGCAGAGGTTATTTTGATTGTGACAGTTCCAATTCCAAAGAGAAGAACCGAAATGGGATGGTCTGAGCCGACCTTAGAAAACGTAGAAGTGATTCATGCCTATAACTCTCAGTTTGATGTCCCAGCGTTTATCTCCCAAAACAGAAGTCGTGAATGTTTTCATATTTTTTCGGGCATATCAGCCTTTCCGTTAGTACACCAAGCTTTTAAATATGCAATCAAGCTTAAGTGTAGAGTGGGCGTGTTTTCCGAGCCACTAGATTTCCGCGGCTTCAAAGGTAAGCTTAGGAGGTTAAGGGGGGTTCTACACAAGTTTCTGTGGGGCGCAAGAATTGAAGTGATATTGGCCACGGGGTCTTATGGGGTAAAGCAATTCACAAGCTGGGGATACTCAAGAGAAAACATATTCGAGTGGGCCTATACAGTAAAAAAATCATCTAACACTATCTGTGACAGTCCTAAAGCTGACAATCGCTTTAAAATAATGTTTGCAGGCTCGTTGATTAAAAGAAAAGGCTACGATGTACTGATAGATGCTTTGCAAATTTTGAATAAGAGCATTGATTTTAAAATGGATTTATTCTGTTTATCGCAATCAGATACTGAACTAGGAAATGAAATTCTGCGAACATCAGGTTTACATGACTGTTTGGAGCTACTTCCTTTTCTACCAAATAGCGAGCTGCGAAAACAGATGAATGACTACGATCTGTTCGTACTGCCAAGCAGGCACGATGGTTGGGGGGCGGTCGTTTCAGAAAGTCTAATGGAAGGTACTCCGGTTGTTGTTACAAGTGCGTGTGGTTCCAGTAGTCAAGTAGTCCGAAACAAAACCATAGGTAAGGTAGTTAAATCGAATAACGTCAACGAACTTGCTAAAGCGCTTGGGGAGATGATTGGTAAGGGTAAGCTGGATTTAGATGATAGAATGAAAAATAGGCGTTGGGCAGAAACTCACATATCAGGCGAAAATATGGCTGTGTATTTTAATGAGATAATGTCGTACACCAATGATACATCGGAAACCAAGCCTCTTGCTCCTTGGCAGAAATGA	MRFIFWQNTNSIHQSEFFNALAKTGAEVILIVTVPIPKRRTEMGWSEPTLENVEVIHAYNSQFDVPAFISQNRSRECFHIFSGISAFPLVHQAFKYAIKLKCRVGVFSEPLDFRGFKGKLRRLRGVLHKFLWGARIEVILATGSYGVKQFTSWGYSRENIFEWAYTVKKSSNTICDSPKADNRFKIMFAGSLIKRKGYDVLIDALQILNKSIDFKMDLFCLSQSDTELGNEILRTSGLHDCLELLPFLPNSELRKQMNDYDLFVLPSRHDGWGAVVSESLMEGTPVVVTSACGSSSQVVRNKTIGKVVKSNNVNELAKALGEMIGKGKLDLDDRMKNRRWAETHISGENMAVYFNEIMSYTNDTSETKPLAPWQK				NA	NA	NA	NA	NA
AK237_01024	984	mshA_3		D-inositol-3-phosphate glycosyltransferase	ATGAAAGTTTGCTACATATTCAGGGAAAAAGAAAGAAAAGCGCATAGTATTGAGCATCTCTTTGACACTATATCTGCGGAGGCTGAGCAGCAAGGCATAGAGGTACAGAAATGGTATCGACCATTATCTATTTTTAAGGCGGTGAAAGAAATACGACAGCTACGTGCTGACGTTTATCATATTACCGGGGATTGTTATTTCCTGTCGCTTTTCTTACCTTGGTCGAAGACCTTGATGACTATTCACGACATAGGAATGTACAAAAACCACCCAAAGACTTGGAAAAGGCGTTTGTTTGTGTGGTTATCGTTTATTATCCCAATGAAACTGTTAAGAGTGTCCACGGCGATTAGCGAGTTGACCAAGAACGACCTTGTAAAGTTACTTGGTATAAACGAAGAAAAACTCGTAGTCATTCCTAATCCTCTCGTTTTATCTATGACTGACACGCCAAAAACATTTAACAACGCTAAGCCCACTATTCTACAAATAGGGACAGGCCCTCATAAAAACCTTCACGGGTTGATCTCGGCAGTCGATGGAATTGATTGCAAATTAGATATTGTTGGCAACCCGTCTGACGAGCTAATTCAAGAAATGAAAAGGAAAAAAATAGACTATTCCCTTTCAAGCCATATAAGTAACGAAGAAATCGTAGAGAAGTACAAGAAGTGTGACATTGTTTATTTTGCATCACTTTCAGAGGGCTTTGGACTGCCGATATTAGAAGCTCAAGCTGTTGGCAGGGTAGTCATCACAAGCAATATGGAACCTATGAACTCTGTATGTGGTGACGGTGGTATTCTTGTCGACCCTACTCAGGCGTCATCGATAAGAGAAGGGCTGATGAGCGCTATTACAAACGATGGTTATAGAAATATGTTGATCGAGAAAGGCAAAGTAAACCTTTCAAAATATACAGCTAAAAAAATAACAGAAGAATACGTGGACTTATATAAAAATCATTTCTCTGGGGGGCGGTAA	MKVCYIFREKERKAHSIEHLFDTISAEAEQQGIEVQKWYRPLSIFKAVKEIRQLRADVYHITGDCYFLSLFLPWSKTLMTIHDIGMYKNHPKTWKRRLFVWLSFIIPMKLLRVSTAISELTKNDLVKLLGINEEKLVVIPNPLVLSMTDTPKTFNNAKPTILQIGTGPHKNLHGLISAVDGIDCKLDIVGNPSDELIQEMKRKKIDYSLSSHISNEEIVEKYKKCDIVYFASLSEGFGLPILEAQAVGRVVITSNMEPMNSVCGDGGILVDPTQASSIREGLMSAITNDGYRNMLIEKGKVNLSKYTAKKITEEYVDLYKNHFSGGR				NA	NA	NA	NA	NA
AK237_01025	1194	mshA_4		D-inositol-3-phosphate glycosyltransferase	ATGAAGATTGTATTGCTCACACACGCACCATTTTTTAAAAGCAAAAGTATGCCCAAGTTTGCACAAATGCTGGCATCAGGATTAAGAGCACACAACCACGAGGTAATTGTTTACTCCCCTCCTTCATTTTTTTATCAGCTAAGTAAAATTTTACCATTTTTAGGCAAATGGTTTGGTTATATTGACCAACTATTACTCTTTCCTATGATGCTAAAGTTTAAACTCCTGCGATTAAACCATGATGACACTGTCTTTGTTTTTTGTGATCAGGCGTTGGGGCCGTGGATTCCTCTGTTTAAAGACCTTCCACATGCGATACACGTTCACGATCTACTTGCTTTAAAATCTGCCATGGGTCTCGAACCAATAAACAAAACCCCCTTTTCAGGAAAACTATATCAAAAATACATTAGAAAAGGATTCGAGTGCGGCAAGGTATTCATATCGGTGTCGAATAAAACAAAACACGATTTAGAACGGTTCACGTCGATAAACCCTTCTATTTCCAAGGTAATATATAATGGCTTGAACTATCAATACAAACGTTTATCCGAAGTTGAAGTAGCAGAAACCTTAACTCAGTGTTCTTCATCGCTCTCATACAAGAACTACTTATTAAATGTAGGTGCGAACCAGTGGTATAAAAATCGGGAAGGATTACTTTATTTATATCAGTCTTATATAAAAACTACTAAGCTGCCGCTTCCTTTAGTCATAGTAGGCCCCCCCCCTACTGTATCGGAAATCAATATTATTGAAAAAACCTATTCCATTAACCCAAAGGCAAATTTACTATTCTATCAAGATATAGGTAACGAAAGACTAAACGCTTTGTATTCTGGCGCACTTTGCACGCTGGTTCCAAGTCATGAAGAAGGCTTTGGTTGGCCTATCATCGAATCTCAAGCTTCAGGCACTTGCGTTATCACCACAGATAATAATCCAATGGCCGAAATTGCTGGTTCTCATTCTATTCTACTCAGTTCAACTGCCAACTATCGAAGCGGGAAAATCGATTTGTGGGCTGAAGAAAACAACAGTGTTTTATTAAATTTTTTAAGTCTTAGCCTTGAGCAAAGAAGTGAATTAGAAAAAGATAGCATAGCATGGGCAGCAAACTTCTCTTGCGAAAAATCACTTCCGCTGTACATAGAGACATACCGTGAAGCTTTAGTTAACTTTAGAAAAGAATAA	MKIVLLTHAPFFKSKSMPKFAQMLASGLRAHNHEVIVYSPPSFFYQLSKILPFLGKWFGYIDQLLLFPMMLKFKLLRLNHDDTVFVFCDQALGPWIPLFKDLPHAIHVHDLLALKSAMGLEPINKTPFSGKLYQKYIRKGFECGKVFISVSNKTKHDLERFTSINPSISKVIYNGLNYQYKRLSEVEVAETLTQCSSSLSYKNYLLNVGANQWYKNREGLLYLYQSYIKTTKLPLPLVIVGPPPTVSEINIIEKTYSINPKANLLFYQDIGNERLNALYSGALCTLVPSHEEGFGWPIIESQASGTCVITTDNNPMAEIAGSHSILLSSTANYRSGKIDLWAEENNSVLLNFLSLSLEQRSELEKDSIAWAANFSCEKSLPLYIETYREALVNFRKE				NA	NA	NA	NA	NA
AK237_01026	1107			hypothetical protein	ATGCTTAACTCTAAAATAAATCATCGTATAAAAATTCTGGACAGTATTCGCGGTATTGCTGCGTTAATCGTTCTATTTCATCATGTCTTTAAACTTAATGTTTCCGCTTTTGAAGAAAGTTTGAATAACACTTTTTTCGAAATGTGCAGATTCATATCGGAAAGAAATCATGATGCAGTTTTAGTCTTTTTTATTATTTCCGGAATTTCTATTGGCTTAACTATTTCGAAAAGGCCGGTAACATCCGTCGATTCTTGTAACCAATATCTGTATAGACGCTTTAAACGAATATTACCCATTTATTGGCTCAGCTTAGCTGTCGCATTATTCTTTGGTCTTCTTATGGGGCAGAGCCACCTTAGAGATTATGGGGTGGTGAATTTTATCGGCAACTTATTTTTTCTTCAAACCAGTACGTCAATACCTCAATCCTGGTTCGTTCCATATGGATTAAATGGTCCTTTGTGGTCATTAGCTTACGAGATGTTTTTTTACCTTCTATTTCCCATTTTGTTTGTGTTGAACCGAAAGTTTTTTGGCCATATTAAGATGGAAGCGAAATACGTGGTAATGCTGATAATAGCCTTGTCGTGTATTGTTTTTAATAAAAAAGTAGTCTTTATTCCTTATTTGCTCTTCTATGTGAGTTTTTTGATTTGGTATCAGGGCTATGTCATGTCAAAGTACTTAACAGAAAGAAAGACGCACCATTTGTTTTTCGCTGGAAATGCGTTGCTAGGGGTTTGTATCCTTTTGCTTAAAGATATAGTACCTTCAGACACGCTACAGGTTGTTGGTAAAGGTATTTGTATTGGGGCCATTTTTTATGCGGGAGTGATTTTCTTTTCGAAATATCCGTTTACCAACTTAGGAAGCATTACCAATAAAGTGTTTTTTGATATTGGTGAGGGTAGTTACGCTATCTACGCGCTGCATTATCCTATACTCTTGTACTTTCAGATGTTACAAATGAGTTTGGTGTACCAGTTTATTATACTAGCTGTTTATATTGTTTTTTGTATCAAGCTGGAGAGAATGTCTATTAAATGGAGGTTTGGTTTTTTAGATGTTAATTATTTTAAACCGGTAAAAGCATTATTTAGATAA	MLNSKINHRIKILDSIRGIAALIVLFHHVFKLNVSAFEESLNNTFFEMCRFISERNHDAVLVFFIISGISIGLTISKRPVTSVDSCNQYLYRRFKRILPIYWLSLAVALFFGLLMGQSHLRDYGVVNFIGNLFFLQTSTSIPQSWFVPYGLNGPLWSLAYEMFFYLLFPILFVLNRKFFGHIKMEAKYVVMLIIALSCIVFNKKVVFIPYLLFYVSFLIWYQGYVMSKYLTERKTHHLFFAGNALLGVCILLLKDIVPSDTLQVVGKGICIGAIFYAGVIFFSKYPFTNLGSITNKVFFDIGEGSYAIYALHYPILLYFQMLQMSLVYQFIILAVYIVFCIKLERMSIKWRFGFLDVNYFKPVKALFR				NA	NA	NA	NA	NA
AK237_01027	1992			hypothetical protein	TTGCAACGCAGTAACACACACATAAAAGGCTTTAGGAATGATATAAACGGGCTCCGCGCCTGGGCCGTCGTGGCCGTCATTTTGTTTCACTTTTCTATCTTTGATCTATCCAGCGGATTCATTGGTGTTGACATTTTTTTTGTCATATCTGGTTATCTGATGACAGCAATTGTTTCCAAAGGGTTGAACCAACAGAACTTTAGCTTTTTGCAATTTTATGGAGCACGAGTAAGACGTATCGTTCCCGCATTATTGGTCATCGTACTGACTTTACTTGCACTTGGTTGGTTTCTGCTGCCCAGTATAGATTATAAAAGCTTAGCCATTGAATCGATCGCGAGCATAAACTTTGTTTCTAATGTTTATTTTTATTTAAAAACCGGTTATTTCGATACTGCCGCTCATGAAAAATGGCTACTACATACCTGGTCGTTAGGTGTAGAGGCACAGTTCTATATTCTATATCCAATCATTCTCAATTTATTTTGGCGCATCAAGAAGAGTTCAAACGCTTTAATTTTAGGTATTTTCATTCTTTTCCTCATTTCTTTCATCATGAATATCTATTGGTCCGAAAGGGATATAAGCGCCTCTTTTTATCTACTGCCCATGCGTGCCTGGGAATTGCTTGCAGGCGGATTAGTTTTCTTTGCCAACCTAAAGTTTAAAACTTCAGATCGAGGGAATGCTGCAATAAATCTTCTAGGGTGGATATTTCTGCTCTCTTCGTTTGCGTTAATAAACAATAATTTAATGTGGCCTTATTACTGGGCATTTTTTCCTGTTCTGGGAACAAGCTTAGTCATATATGCAAATCAAGAAAAAAATCTATTAACGAATAACTATTTTGCACAGTGGCTAGGCACGCGTTCTTACTCGCTTTATTTGTGGCATTGGCCCTTTTCTGTAGCCCTTCTTTTTTCGCAAAACAATGACTCGTGGCTTTACGTAACTTGTGCCTTATGCCTCTGCTTCTTACTTGCTCACCTAACTTACTTGTATGTCGAAAATCCAGCCAGAAAATCCTTACAGAACTTACGCTTAGATAAAGAAATATTTGTATTGGCTGTAGCTTATTTTCTGTTTCTATCCGTAGGGATCCTAATACGGACAGTTGATTTCAAAGGCCGGCTATCTGAAGCCGTTGAGATGGCAGCGGATGGTCAGTTCGACAGAAATTCAAGAATTGAAGAATGCTTAGGCAATAAAGACATGGAAAGCGTACCTTACTGCCAGTATGGGTCAGGTAATATTGGAGCTTTCATCGTTGGAGACTCCCATGCAAATGCATTAGTAACCGGGCTTGTCGAAGCTACGAATAAAAGTGTGCTTCAAATGACTTTGAGAGGCTGCCCAGTGATCTCCGGTGCTAAACGCGCTCCGTGGGCCCGAATCCATGTTTCTCCAACATGCCAGAATATGATCAACCAGCTCCTTGTCGCAGATCGTAACTACGCCTTACCCCAGGATATACCGATAATTTATACTACCAGCACTTCCGTTTACTTGTACGGTGAATTTAAGCAAGGCTCCGGTAACGATGGCGGTAGGCCGGAAATCTACTTCGGTGAAAGTCCTGTTGAAGACCCGAGTGACTCTGTATTTCAACAAAATTTCAAAGCAGCCTATGTGAATTCAATCTGCACTATTAAGCAAAAATACAGCAATCTGTACGTCACACGACCAATTCCTGAAATGGGCATCGATGTACCGAGAGTCTACAGTAGGAGACTGATGTTTTCACCGACAACTCAAGACATAGATGTACCACTCGCTCAATATATGGATCGCAACAAGTTAGTTTGGGATGCGCAAGATGAAGCAGCTAAATTTTGCAGTGTGAAAATCCTTAATCCCCTACCTTATCTGTGTGACAGTGAGAGATGTTTCGGAACAAAAGATGGGAAAACGCTGTATTTCGACGATGACCATTTAAGTGAGACTGGCAATAAGAGACTTATTCCCATGTTTGAAAAGGTTTTTAACCAGTAA	MQRSNTHIKGFRNDINGLRAWAVVAVILFHFSIFDLSSGFIGVDIFFVISGYLMTAIVSKGLNQQNFSFLQFYGARVRRIVPALLVIVLTLLALGWFLLPSIDYKSLAIESIASINFVSNVYFYLKTGYFDTAAHEKWLLHTWSLGVEAQFYILYPIILNLFWRIKKSSNALILGIFILFLISFIMNIYWSERDISASFYLLPMRAWELLAGGLVFFANLKFKTSDRGNAAINLLGWIFLLSSFALINNNLMWPYYWAFFPVLGTSLVIYANQEKNLLTNNYFAQWLGTRSYSLYLWHWPFSVALLFSQNNDSWLYVTCALCLCFLLAHLTYLYVENPARKSLQNLRLDKEIFVLAVAYFLFLSVGILIRTVDFKGRLSEAVEMAADGQFDRNSRIEECLGNKDMESVPYCQYGSGNIGAFIVGDSHANALVTGLVEATNKSVLQMTLRGCPVISGAKRAPWARIHVSPTCQNMINQLLVADRNYALPQDIPIIYTTSTSVYLYGEFKQGSGNDGGRPEIYFGESPVEDPSDSVFQQNFKAAYVNSICTIKQKYSNLYVTRPIPEMGIDVPRVYSRRLMFSPTTQDIDVPLAQYMDRNKLVWDAQDEAAKFCSVKILNPLPYLCDSERCFGTKDGKTLYFDDDHLSETGNKRLIPMFEKVFNQ				NA	NA	NA	NA	NA
AK237_01028	750			hypothetical protein	GTGATAAACCAGCATGATTTTGAGCCGTTAAAGCAACTTGTACTCTCAGAGACAAAAGGGAAGAATGTTTACTACCTGGCAAACCCCGGTAACTGGGGGGATGGTTTAATTCGATTCGGAACGAAACTTTTTTTTGCTGATATCGGGCTTGAATACAAAGAACTGTCTCCCAGGAAATCGGATTGGATTCTTCCGTTTCTAAAGGGCGGGGTGGTTATTTACGGTGGTGGTGGTGCCTGGTGTAAAAACTGGCAGAACTCCTATGTAGAAAAGCTCTGCAAGCGCTTTAAAGTGATAGTTCTGCCTTCTACCTATGAGTCCAAGATAAGCTTAAGAAATACAATTTTTGTGGCAAGAGACAGATTTCAAAGTCTGGACAATATTCCTACACCGTACTTTATGCATGATATGGCCTTTTATATTGGCTCAAGATTCTACAAGCATAAACAAGGCACTGGAACTGGGTATTTTTATCGTGAAGATAAAGAAAGTGCTGGCGTGTTGAAGCTGGACGAAAAGAATATCGATATTAGTCACAAGGGAAATCACTATACGCCTGTTGATGCGTTTTTTAATGAAATCGATAAATATGCAACTATCTATACCGACCGATTACATGTCGCGATAGCGGCTACTCTTCTGAAAAAGACATTACATTGGTACCCAGGAAACTACTTTAAGTCTGAAGCGGTGTATAGAAGCAGTATTAAACATCGCTATGAAAATATATATTTTCATAGCGAATTTTAA	MINQHDFEPLKQLVLSETKGKNVYYLANPGNWGDGLIRFGTKLFFADIGLEYKELSPRKSDWILPFLKGGVVIYGGGGAWCKNWQNSYVEKLCKRFKVIVLPSTYESKISLRNTIFVARDRFQSLDNIPTPYFMHDMAFYIGSRFYKHKQGTGTGYFYREDKESAGVLKLDEKNIDISHKGNHYTPVDAFFNEIDKYATIYTDRLHVAIAATLLKKTLHWYPGNYFKSEAVYRSSIKHRYENIYFHSEF				NA	NA	NA	NA	NA
AK237_01029	1032			hypothetical protein	ATGACAGTAAAATCCATTTTGTATGTGGGTGAACAAACAGGCAACAGTTTAAGCCGGCTAAACGCATTAAAACGGCTTGGCTACACTGTTGATGTCATCACTCCCCGATTACTTTTACCCCGAAGTTTGTGGGTTGAACGGATTTTCTGGAAATTTAGCGCATTGCCTTTTGTCTTTTGGGTGAACAGAGGTTTAAAACAAGCGCTAAAGTCGAATGTTAACTATGATCTTGTATGGGTTAACGCTGGAGACTACCTTCTTCCATCGTCAGTGAAAATTTTAAAAGCGAAAGCAGATAAAATTATCAATTACAATACTGATGACCCCTTCGGAGGCAGAGACAAGTTACGCCACTACGGCTACCGTAAAGCAATTTCTCTGTATGATCTTATTGTGGTGGTGCGCAAACCCAATGTTAATGAAGCTTACGCGTTAGGTGCAAAAAGTGTTCACGTCTCGTTTATGGCCGCGGATGAAGTCGACCATAAACCATTAACGCTAAGTGGCGATGATAAGAAGCGTTTCGATTACGACATACTCTTTATTGGTACATGGTTTCCTGAGCGTGGGGCATTTTTAGCTGAATTGATCGATAAAGGTGTTCCATTAACAATAGCTGGACAGAACTGGCACAAAGCGCCCCAGTGGCACAGGTTAAAAAAACACGTAGTTGCGCAAGGTGGTTTGTGGGGCAAGGACTACGTCAAGGCCATTCAATGTGCGAAAGTTAGCTTAGGATTGCTATCTGAACAAAACAGAGATCAGCACACTACGAGAAGCATGGAAATTCCCCTGATAGGCGGCCTTCTGTGTGCACAGCGAACGCCAGAGCACGAAAGTCTATATGAAGACGGTGTCGAAGCCATTTTCTGGGATGATGCCGCACAGTGCGCTGAAAAGTGTATCGAGCTGCTAAATAACCAGAAACTTAGGGAAAAAATAGTTGAAAATGGTACTAAGCGCGCAATTAAAAATGCCCACCTAAACGAAATTATGATTCAACGTATTTTAGATAATATCAGTACGCAGTAG	MTVKSILYVGEQTGNSLSRLNALKRLGYTVDVITPRLLLPRSLWVERIFWKFSALPFVFWVNRGLKQALKSNVNYDLVWVNAGDYLLPSSVKILKAKADKIINYNTDDPFGGRDKLRHYGYRKAISLYDLIVVVRKPNVNEAYALGAKSVHVSFMAADEVDHKPLTLSGDDKKRFDYDILFIGTWFPERGAFLAELIDKGVPLTIAGQNWHKAPQWHRLKKHVVAQGGLWGKDYVKAIQCAKVSLGLLSEQNRDQHTTRSMEIPLIGGLLCAQRTPEHESLYEDGVEAIFWDDAAQCAEKCIELLNNQKLREKIVENGTKRAIKNAHLNEIMIQRILDNISTQ	PGPT0024857_251	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-SPORE_PRODUCTION	CE-SPORE_FORMATION|GERMINATION	CE-SPORE_MATURATION_PROTEIN,PGPT0024857-cgeB-K06320	NA	NA
AK237_01030	1518			hypothetical protein	ATGACGAGCAATTCAAGTGTGTTAAAAAGAGTCTTGTCAGGTAGCGCTGCCTCATGGACTAATATAATCATCAATATTGTTGTACAGATTGCACTTGTGCCACTGTTCTTGAATTACTGGGGGGCAGAAACGTATGGTTTGTGGTTACTTTTTCTCAGTGTTTGGGGTGTCTATTTAATCTTTTATAACAGCTTTCAGCTATTCGTTGGCTTTGATGCAATAAAAATTGCAAAAGACAAAGAATATCTGAACAAAGTAATGACATCTACCATAGGTATCGCTTTGCTGTTGGCGTTATCTTTGATCGGTATTACCTATCTTCTCGACCTGGCTAATGCCGGTAAATATCTAAGTTTAAGTGAAGAGGTAGCCAGTACCCTTTACACACTGTTATTTATTTACAGTATTGCCTGGTTCTTTTCCGGCGCTATTCATGTCACTTTTGAAAAATGGTTAACCCCCTTCGGATATGCTCCATACGTATTATGGTTAAATACGGCCAGAATCTTTATAAGAAATTTTGTGGCTGTGATATGTGTCATAAGTGGCCTGGATATAGTGAATACCGTTGTGTTTACAGCCGGTACTGACATCGCTATTTATGTGGTTAGTGCTATCTTTATACGAAGGTTTATGAAGGTTAATGATTTAGGGTTCAGTTCTGACTGGAGTCTCAAATTAGGCGTATATTACCTTTATAAATCGCTCTACTTGTTTGTTAAGTATTTACTTGATGCCTGCCGAAATATTGGGCTCAGATTGATTTTAGCGCCTACTTTATCTGTTACTGAAATAGCCTTGTTCGCCACATTACGCACTCCCTCTAATATAGTTATGCAAGGCGCGAACAGTATTGCCTATGCGATGCAGCCTGAACTGATGGCCTCAATCAGAGATAAAGAGGTGAATAAAGTATTCGTATTCAATACATTACTCTGGTTGATTCTTGCCACTTTAATCGTTCCGTTTGTTTATATCCTTCAGTTAATCATGCCAGACTTTTATGAGTTTTGGACGCTTGGTCAATTTGAATTCGACAGTCAGGTGTTTGCCATTTTTTCTCTGGTCGTAATTATTTATACAGTCTGTTCTCCGCTTGAAGCGGTTGTGAAGGGAAATAATCTTGTTAAAGAACAGGCAATGATAAGTTTTATCTCAGTGGTATTATTGGTCGCGTTTATTTCTTTGTTCGCACCATCCCTAGGTGTATTGGGCGTGGCTATTGCTCTGTTGCTTGTAGAGCTCGTGGTATTGGGGATTTATGCGTTTATAGGCTTCAAGTGGCTAAAACAAGCCGGATTTAGCATACCTTTTTACAGTTTCCTTATCATAGTGCTGTGTTTACTTGCCACTTCATTTACCTTTTATCTGATTACGACAACCCAGTTATCCGAGCTTCTGCTCTATACTGCAGGGATTGGCACTTCGCTATTTATGGGGTACCTGCTCTGGCAATCTTACCCATCATCAGTAAAAAGTCAGGTGGTGGCTGTTGTGAAAAGTAAAATAAAAAGATGA	MTSNSSVLKRVLSGSAASWTNIIINIVVQIALVPLFLNYWGAETYGLWLLFLSVWGVYLIFYNSFQLFVGFDAIKIAKDKEYLNKVMTSTIGIALLLALSLIGITYLLDLANAGKYLSLSEEVASTLYTLLFIYSIAWFFSGAIHVTFEKWLTPFGYAPYVLWLNTARIFIRNFVAVICVISGLDIVNTVVFTAGTDIAIYVVSAIFIRRFMKVNDLGFSSDWSLKLGVYYLYKSLYLFVKYLLDACRNIGLRLILAPTLSVTEIALFATLRTPSNIVMQGANSIAYAMQPELMASIRDKEVNKVFVFNTLLWLILATLIVPFVYILQLIMPDFYEFWTLGQFEFDSQVFAIFSLVVIIYTVCSPLEAVVKGNNLVKEQAMISFISVVLLVAFISLFAPSLGVLGVAIALLLVELVVLGIYAFIGFKWLKQAGFSIPFYSFLIIVLCLLATSFTFYLITTTQLSELLLYTAGIGTSLFMGYLLWQSYPSSVKSQVVAVVKSKIKR				NA	NA	NA	NA	NA
AK237_01031	330			hypothetical protein	ATGACTGAGAAGCCCTTTCTGGTAAGCGGCCGCAACACAATTATCCATAAGGTACGTAAGTTCGATTTGTTAATCGTTAACGGTGACGAGAACCCACCTGTTATTGTGACCTATAAAGGCATCAAACGTTACGAAGGAAAAATTCCTGATAATAAGCGTGAAGCCAAAATGATGGATATGGAACTAGTGGACATTACAACAGGTGATGTTTTTGGTGATGAAAAAACATTAGTTTTCATTCAAACGCTAAATGGTAAAGAATATAAAGTTGATTACAGCAAAGCTGATACATCAATGTTTATCAAAGTTCACCAGGATAGTGCTTTTTAA	MTEKPFLVSGRNTIIHKVRKFDLLIVNGDENPPVIVTYKGIKRYEGKIPDNKREAKMMDMELVDITTGDVFGDEKTLVFIQTLNGKEYKVDYSKADTSMFIKVHQDSAF				NA	NA	NA	NA	NA
AK237_01032	786			hypothetical protein	ATGATGTTAATGTTGTCCGGCTGTGGCGACTTATTGGGCGAGGCGAGGGCGCCTGGCGATATTCCTATCGAATTTACTGATTTATCTCTCGGTGAAGACTGTGCATTTGAAGTCACTGTCGACAACGATCTCTGGAAAATTAATTACCTTGCTTTTTACCTGAGTCGGCCCGAAGTGAAAGTGGAGGGGCGTTGGGTACCGTTGAATTTCATTGAAAACAACTGGCAGTCTGAAAAGGTTGCATTCCTGCAGTTCCATCATGCTTGTGACAAGAAGCTCAATAGTAGCCACATCTTGTTAGATGCCAATGAAGCGTTGTTGAAGCGCGCGACAGAGCTACGCTTTACGATGGGACTGGACTTTGATGACAACCATTCTATGGCTGTTGATCACATGCCGCCGCTGGATAAGCCGACAATGTATCAGTCGGTTAATGCCGGGCATAATTTCTTTCGTTTAGAACTTCAGAATACCCGGGAACCTTCTGCCATTTGGTCGTTCTTGTTAGCCAGTGGTGGCTGTGACGGCGGCGCACCGGATGCCCGGCCCACGAAGTGTACCTATCCCAATCGGGTTACGGTGAAATTACCGTTGGCACAGAACGTGTCAGAGTTAAACTTACTTGCAAAGTTACAGCAGATTTTATTTCGCGTTAACCTGAAAAAAGTCACTGAATGCAACATGGCAGGAAAGCACGACCAGAGTTGTGAGAAAGTCATGAAGAATCTGACAAACAGAGATTGGTTGAGGTGGGACGCACCAGATAAGGTATACCTTAAATCTTAA	MMLMLSGCGDLLGEARAPGDIPIEFTDLSLGEDCAFEVTVDNDLWKINYLAFYLSRPEVKVEGRWVPLNFIENNWQSEKVAFLQFHHACDKKLNSSHILLDANEALLKRATELRFTMGLDFDDNHSMAVDHMPPLDKPTMYQSVNAGHNFFRLELQNTREPSAIWSFLLASGGCDGGAPDARPTKCTYPNRVTVKLPLAQNVSELNLLAKLQQILFRVNLKKVTECNMAGKHDQSCEKVMKNLTNRDWLRWDAPDKVYLKS				NA	NA	NA	NA	NA
AK237_01034	384			hypothetical protein	ATGCTACATGGCACATTGTTGGGGGGCACCGCTGTCTCAGTACATTATCGGGGCGGTGTTTCCAAAGGTACAAATTTGCTTTGGGAGATTAACGGCACCAAAGGTGATATACAAATTATCGGTGATCTGGGCCATGCGCAGATAGTTCAGCTTTCAGTAAAATGTGCTGGTGAAGATGACCACGCACTAAAACTGAATATGCCTGACGACAGCGAATATGAAGGATGGCCGGAGATGGCTGCTGCCAGAAACGTAGCCAGGGCGTACAGCAAATTACACGACGACATTACCACGGGCAGCAAGACCGTTCCATCCTTCGCATCAGCAGTAAAACTGCATTCCTTATTGGACAAGATTGAGCGTTCAGCGAAGCGTGCAAATTAA	MLHGTLLGGTAVSVHYRGGVSKGTNLLWEINGTKGDIQIIGDLGHAQIVQLSVKCAGEDDHALKLNMPDDSEYEGWPEMAAARNVARAYSKLHDDITTGSKTVPSFASAVKLHSLLDKIERSAKRAN				NA	NA	NA	NA	NA
AK237_01035	762	linC_1	COG1028	2,5-dichloro-2,5-cyclohexadiene-1,4-diol dehydrogenase	ATGAAACACAATTTTTCAGAAAAGGTAGCATTGGTAACGGGTGGCGCTTCCGGAATGGGGGAAGCAACAGCAAAAGCATTTGGTGCCGCAGGTGCCAGCGTTGTCGTTGCTGATATCAATATTGACGGTGCACGTAAAATTACGGCGGAGATAGAGCGTCAGGGGGGCGTAGCGCAGGCAGTGCACTGTGACGTAACCAGTGAGGAAAGTGTTAAAAGTATGATTAACCAAACCATCGAAGCGTTTGGTCAACTGGATGCGGCATTTAACAATGCCGGTGTTCAGTCTATTGCAACAGAAACCGCAGATTACGCCACAGAAGAATATGACCGGGTTGTAAACATCAACCTGCGAGGGTTGTGGCTTTGTATGAAGTATGAGCTACAACAAATGCGTAAGCAGGGCAGCGGAGCAATTGTTAATTGTTCATCGCTTGGTGGTTTTGTAGGTGTACCCGGGCGTGGTGCCTACCACGCTGCAAAACACGGTGTTCATGGTTTAACAAAAACCGCTGCACTTGAGTATGCGGAACAAGGTATTCGCATTAATGCAGTGTGCCCGGGAATTATTGATACTCCTATGGTGGCCGACATGAAAAATAGTGAAAAAGAAGCGATGGATCTGCTGATGGAACAAGTGCCGGCAAGACGTTTGGGAACGGCAGAAGAAATTGCTGATCCGGTCTTGTGGTTATGTGGGCCGGGTTCGACCTTTGTGATGGGGCATGCGCTGGCGGTAGATGGCGGTTATACAGTACGATAA	MKHNFSEKVALVTGGASGMGEATAKAFGAAGASVVVADINIDGARKITAEIERQGGVAQAVHCDVTSEESVKSMINQTIEAFGQLDAAFNNAGVQSIATETADYATEEYDRVVNINLRGLWLCMKYELQQMRKQGSGAIVNCSSLGGFVGVPGRGAYHAAKHGVHGLTKTAALEYAEQGIRINAVCPGIIDTPMVADMKNSEKEAMDLLMEQVPARRLGTAEEIADPVLWLCGPGSTFVMGHALAVDGGYTVR	PGPT0008310_1799	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BIOTIC_STRESS_RESISTANCE-VOLATILES	BIOTIC_STRESS_RESISTANCE-ALCOHOL|KETONE_VOLATILE_METABOLISM,PGPT0008310-bdh-K00019	NA	NA
AK237_01036	870	ytbE	COG0656	putative oxidoreductase YtbE	ATGCAATATGCAACTTTAAATAACGGTCTGAAAATGCCAATGGTTGGATTTGGTGTTTTTAAAGTGACGGATAAGCGGACGTGTGCTCAAGCAATTCTGAACGCTATGAGAGAAGGTTATCGTTTGATAGACACTGCTGCAGTCTATGGTAACGAAGATGCTGTTGGTGAAGCGGTTAAAACAGCAATTTCTGAAGGTGTGTGCACCCGTGATGAATTGTTTATCACCTCAAAAATGTGGGTGCAAGACATGGCTAATTATGATGCTGCGACAAAAGCCATCGATGCATCGCTAAGAAAATCTGGTCTTGAATATTTTGACCTTTATCTTCTGCATCAGGCAATGGGCGACTATTTCAGTGCCTACCGAGCGATGGAGGATGCATACCGGAGCGGGAAACTGAAAGCGATAGGTGTATCCAACTTTTACCCTCACGTCCTGGCAAATTTCTGTGAAAGCGTTGAGATAACCCCAATGGTGAATCAGGTTGAAATGCATCCTTTCTTCACTCAGGGAGAAGCGCTGGAAACCATGAAGCATTATAACGTGCATCCCGAAGCCTGGTCTCCGTTAGGCGGAAGCCGTTATGACGCGTTTAACAATGAAACGTTAAATCGTATTGCAGAAACAAAAAGTAAGAGCGTCGCCCAGGTAATTTTACGCTGGAATATTCAGCGTGGTGTCACTGTTATTCCAAAATCAACTCATGAAAACCGAATTAAAGAAAACTTCGAAATATGGGATTTTACGCTAAGCAGCGATGAGATGTCGGCCATATCCTCACTCGATCTTGGTTATGTCGGGGAGGCAGTAAAACATTTTGATCCAGAATTTGTTCGTGGCTGTCTTGACGCGAAAATTCACGACTAA	MQYATLNNGLKMPMVGFGVFKVTDKRTCAQAILNAMREGYRLIDTAAVYGNEDAVGEAVKTAISEGVCTRDELFITSKMWVQDMANYDAATKAIDASLRKSGLEYFDLYLLHQAMGDYFSAYRAMEDAYRSGKLKAIGVSNFYPHVLANFCESVEITPMVNQVEMHPFFTQGEALETMKHYNVHPEAWSPLGGSRYDAFNNETLNRIAETKSKSVAQVILRWNIQRGVTVIPKSTHENRIKENFEIWDFTLSSDEMSAISSLDLGYVGEAVKHFDPEFVRGCLDAKIHD	PGPT0001320_120	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
AK237_01037	2721			hypothetical protein	GTGAAAAAAAATCATCACAAGAAAACCATGTTAGCGGCCATGATTGGCGCATCACTGAACATCTCTGTTAATGCACAAGAAAATACATCTACAGATGAAAATACTGTAGATATGGAAGTGATTCAGGTAAGCGGCCTCCGTGGCAGTAACTTGCGTACACTGAATAATAAACGTTATTCAGCAAATATCGTTGACGGTATCTCCAGCGAAGAACTGGGAAAATTCCCGGATCAGAATGTCGCAGAATCGCTTCAGCGTATTACCGGTATTTCAATTGACCGAAGCGGCGGTGAAGGTCGTTTTATTACCGTGCGTGGTCTTGGCCCTGAATTCAACTCAGTACTGTACAACGGTCGTGTACTGGCGACAGAAAACGCCGGCCGTGAATTCAGTTTTGACATCCTGGCAGCAGAAGCAATAAGTGGCGCGAATGCCTATAAGTCATCTTCTGCTGATCTGGTTTCAGGGGGTATTGGCGCAACAGTTAATCTGACAACTGCCAAGCCAATGGATACCCAGGGTACACAGGCAGCCTTTAGTGCAAAGGGCACATACGATACACTGGCAGAAAAATACTCTCCACAAGTTTCCGGTGTATACAGCTATTCTAACGACACCTTTGGTGCATTGGTCTCTTTAAACTACGTAAACCGTAACTACCGAGTACAGGAAGCCGTGACCGATGGCTGGATCTCACGGGATTTCAGCTACATCCCTGAGCAAAACGGTCCAGGTGACTACACCAATATCATGGCACCACGTAACGTTGACTTCCGAGACGACTCCGGTGAGCGCGAGCGTATCGGTGGAACGGTTGTTATTCAGGCTCGCCCGACTGACGACGTATTGCTGACAGCCGATGTTCTTTATTCAAAATTCACCGTTGACTCATCAGTAATGACAGCGGCGAACTGGACCCATGATTGGGTAGAAGGTTTCGAATCTGCTTACGTTGACGAAAACAATACCATGCTGGCGTACTCTTACGCAGACGGTATCGGCAGCCTGTCCTCTGACTTCGTACAGCAGGCCTTTAACCGTCCTACAGAAACCCGCCAAGTGGGTTTGAACATGGAATGGTATGCCACTGACGTACTGGAAATCACCGCTGACGTATCTTACTCAGATGCTGTAAACGATGCGGGTGGTACTGGTCAGTTCGTTATCGCTGGTATGCCAAACGCAAACCCCCGTTACGATTACACCAACGGCGGTGACTATGGCGGTATTTCTTACGACAACGACATGAGCGCCAGTGCACTGCGCAGTCACTCTCTGTATTTCAGCGGCCAGGATGTCAGCGATAAAATGTCGCAGTTCAAACTGGATGGAAAATACACCCTCGGCAGAGATTATGCTGATGTCATTCATTTTGGTCTCTACGGTTCAAGCCGCACCAAAGGACGTCAAAGCTACGACAACGGAACTAACGGTAACGTATTCTCAGGCTATGGCTTTGATGTGCCGGATGAAATCTTCCACGCCGTGGATCAAGGCAGCTTCCTGAGCGGTAATGTGCCCTCGACCTGGTATAGTTTCGACGCCTACGAATATGCTGATTTCCTGTGGTCAGAGTCTAACATCCAGGAAAACATCATTGATGCCGGCAATAGCTATGCAGACACCATTATGCTGCGTCGCGAACTGGGCGGTCCATATGCACGTCTGAACCGCAACACCATTGCTGAGGTGTCAGAAGACGTTCTGGAAGCGTATGTTCGTGTAGATATCAACACTGAAGTTGCTGATATGCCTCTGACCGGTAATGTCGGTCTGCGCTATTCAGACACTGACATTGAATCTAGTGGCTACAGCGCACTGGTTACCGACATCAACCCAGTACCAGGTGATGACACACTGCTGAACCTGACCATGAGCGACACCATGCGCCTGCTGGAAGAAAACAGCTACGATTACTTCCTGCCGTCATTTAGCCTGAAGTTGGATGCAACCGACGAGCACGTGTTACGTTTCTCTGCGTCTAAGTCGATAGCCCGTCCGACGCTGACCCGTATGACGCCGGGTCTGAGCGGTTACAACGGTCGTCTGAACGCTTCCACTGCCTATGGCGGTAATCCACAGCTACTCCCTTACGAATCTGTGAACTTCGATCTGGCTTGGAACTGGTACTATGGTGAAGCGAGCTACGTGGGTGTGTCTGCATTTCACAAGCGTGTAGATAATTTCATCTCATCAGTAACACTGCCTGAAGTAATCCTGGAAGGTAACCCTTATGGCGAGTTTCTGGTTACCCGAGAGCGTAACGCTGAAGCGGCTAACATAGAAGGCCTGGAATTTGCGGTACTGCACACCTTTGATAGCGGATTTGGTATTCAGGCAAACTACACGTTCGTTGACTCGGATGATGACTTCGACCCGAACAACAATACGGAAACCTTCGCGCTGGAAGGTCTGTCTGACTCTTATAACCTGATTGCTTTCTACGAGAAAGACGACATTCAGGTGCGTATCGCCTATAACTGGCGTGATGAATACCTGGCTGCAGCAGTTGGCGGCTATAGCCAGCCAGAGATGGTTGAAGCCTACGGTCAGTTAGACTTCACAGCGACTTACGATGTGAACGAAAACTTGTCAGTGTTCATTGATGGAACAAATGTGTTGGACAACGAAGCCAGAAGATTCTCTATCTATAAAGAACGTCTGCTTAACTTCCAGCAAACTGGAGCGCGCTTCTCATTGGGAGCTCGTTATACTTTCTAA	MKKNHHKKTMLAAMIGASLNISVNAQENTSTDENTVDMEVIQVSGLRGSNLRTLNNKRYSANIVDGISSEELGKFPDQNVAESLQRITGISIDRSGGEGRFITVRGLGPEFNSVLYNGRVLATENAGREFSFDILAAEAISGANAYKSSSADLVSGGIGATVNLTTAKPMDTQGTQAAFSAKGTYDTLAEKYSPQVSGVYSYSNDTFGALVSLNYVNRNYRVQEAVTDGWISRDFSYIPEQNGPGDYTNIMAPRNVDFRDDSGERERIGGTVVIQARPTDDVLLTADVLYSKFTVDSSVMTAANWTHDWVEGFESAYVDENNTMLAYSYADGIGSLSSDFVQQAFNRPTETRQVGLNMEWYATDVLEITADVSYSDAVNDAGGTGQFVIAGMPNANPRYDYTNGGDYGGISYDNDMSASALRSHSLYFSGQDVSDKMSQFKLDGKYTLGRDYADVIHFGLYGSSRTKGRQSYDNGTNGNVFSGYGFDVPDEIFHAVDQGSFLSGNVPSTWYSFDAYEYADFLWSESNIQENIIDAGNSYADTIMLRRELGGPYARLNRNTIAEVSEDVLEAYVRVDINTEVADMPLTGNVGLRYSDTDIESSGYSALVTDINPVPGDDTLLNLTMSDTMRLLEENSYDYFLPSFSLKLDATDEHVLRFSASKSIARPTLTRMTPGLSGYNGRLNASTAYGGNPQLLPYESVNFDLAWNWYYGEASYVGVSAFHKRVDNFISSVTLPEVILEGNPYGEFLVTRERNAEAANIEGLEFAVLHTFDSGFGIQANYTFVDSDDDFDPNNNTETFALEGLSDSYNLIAFYEKDDIQVRIAYNWRDEYLAAAVGGYSQPEMVEAYGQLDFTATYDVNENLSVFIDGTNVLDNEARRFSIYKERLLNFQQTGARFSLGARYTF				NA	NA	NA	NA	NA
AK237_01038	894	rhaS_3		HTH-type transcriptional activator RhaS	ATGAGAATGTCAGAAGGGTTCCCGGGACAGCGCCTTATTGTGGTGCCTCCAGTGATAGTCGAAGCGGCCATTAAAAAGCCGGTTTGTGCCGGTTTATTTCCTACCCACATTGGTACGTTTCAGTCGGTTAGGGGGCATTATGTAAAGCGTAGGGAGGGCACGCTCGAGTCGATAATTATTGTTTGTCTGGCGGGTGAGGGCATATGCAGGTTTAATGGCAGTGAATGGCATCTGAAGCCCGGTCATTTGATTGTGATCCCGAAAGGTTGTGCTCACTCCTATGAAGCGAATGACGAAAATCCTTGGACAATATTCTGGTTTCATGTGCGTGGCGATATGTTTTCGCACTATCTTGAAGAGCTGCAAATCACTGATCACGATCCAATAATTAACATTCCGAATATTGCCGGACTCATGGATGCTTTTGAAGATGTGTACCAGCATACCGAAAGTGGTTACACCAATACCTCGTTGTTGTGCCTGTCTACCAGCTTGGCGCACTTTTTAGGGATCTGTAAACTGTATCAGCGCTCCATTAAAGCCAGTCAGCAGGGTGTGGAAATTCGGATTGAGAAAACCGTGAATGTGATGAAGAAGAGTCTGCACCGGTTGTTGACGCTGGAGCAACTGGCCGAAATTGCCGGCTGGTCGCCAACTCACTATGCAGCACTGTTTAAGACTAAAATGAATGTGCCGCCGCTGGAATTTTTCACCCGGCTTAAGATGCAGTCGGCCTGCGACAAGCTCAAGCTGACCAACGAGCCTATTCAGTCTATCGCGGCTTCATTGGGCTATAACGATGCGTTTTATTTTTCACGGCTGTTCAAGCGGCATAATGAGCTGTCGCCGAAAAACTACCGTAAGGCATTCAGTCTTATTAATGACATGCACTGA	MRMSEGFPGQRLIVVPPVIVEAAIKKPVCAGLFPTHIGTFQSVRGHYVKRREGTLESIIIVCLAGEGICRFNGSEWHLKPGHLIVIPKGCAHSYEANDENPWTIFWFHVRGDMFSHYLEELQITDHDPIINIPNIAGLMDAFEDVYQHTESGYTNTSLLCLSTSLAHFLGICKLYQRSIKASQQGVEIRIEKTVNVMKKSLHRLLTLEQLAEIAGWSPTHYAALFKTKMNVPPLEFFTRLKMQSACDKLKLTNEPIQSIAASLGYNDAFYFSRLFKRHNELSPKNYRKAFSLINDMH				NA	NA	NA	NA	NA
AK237_01039	780	ycdF	COG1028	Glucose 1-dehydrogenase 2	ATGAGTCAAAGACTACTCAACAAAGTAGCGATTGTTACCGGTGCCGCCATGGGAATTGGCGCTGAAGTCGCCCGCACCTATGCTCGGGAAGGCGCTAAACTGGCACTTTTCGACATGCAGTACGACACACTGGAACCACTGAAAGCCGAGCTTGTTGCACAATACGGCAGCCAGATCAGCATTTTTAAAGTCGACGTAGGCAACGAAGAGGTGGTCAACGCAGCGATTGAAGATGTCGTTGCCACCTTCGGCAAGATTGATGTGCTGGTAAACAACGCCGGTACCAATGTATTCAACACCATTCTAGATCTGACGTCGGAAGACTGGCAACGTTGTATCTCTGTAAACCTGATGGGCGCAATAAACTGCAGCCGGGCCGCGATTCGACACATGCTGGCCAATAACTACGGGAATATTGTCAACATTGCTTCCGTGCACGGTCATAAGATTGTGAAGGGTGCTTTCCCTTACACTATTTCTAAACATGCCATCATTGGCATGTCCCGTTCACTGGGTATCGAATACGCCGATAAAGGCATCCGGGTAAATTCTATCTCCCCGGGTCTGATTGAAACCCCGCTGGCAAAAAGCTTCTTCGACAGCTGTGAAGACGAAGCCGCCGAGCGTGAAAAACAACGTCAAATCATTCCTGTGAAGCGTTTTGGTCAGCCGGAAGAAGTGGCAGCCACGGCCTTGTTCCTGGGTTCCGACGAAGCACGCTTCATTAATGCAGCAGACATTCTGATTGATGGCGGACGTAGCCAGGTTTACTGCGACTAA	MSQRLLNKVAIVTGAAMGIGAEVARTYAREGAKLALFDMQYDTLEPLKAELVAQYGSQISIFKVDVGNEEVVNAAIEDVVATFGKIDVLVNNAGTNVFNTILDLTSEDWQRCISVNLMGAINCSRAAIRHMLANNYGNIVNIASVHGHKIVKGAFPYTISKHAIIGMSRSLGIEYADKGIRVNSISPGLIETPLAKSFFDSCEDEAAEREKQRQIIPVKRFGQPEEVAATALFLGSDEARFINAADILIDGGRSQVYCD				NA	NA	NA	NA	NA
AK237_01040	1410	xylE_1		D-xylose-proton symporter	ATGAGTTATCAGGATAAGCAACGCCCTGTAATTAATACCGCTTTTATCTGGCTGATCAGCCTGACCGCCGCCTGTGGTGGCTTGCTGTTTGGTTACGACTGGGTGGTGATTGGTGGTGCCAAACCATTTTACGAAGTGTATTTCGACATTGACTCCCCGGCCCTGTCCGGCTGGTTAATGTCGTCAGCCCTGGTCGGCTGTATTGTAGGCGCTATGTGCGCAGGTGTACTTGCCGACAAGCTAGGCCGGAAATACGCCCTTATAATCTCGGCATTGCTGTTTATCATTTCTGCAGCCGGAACCGCACTGGCAGAAAGCGTAACGCCTTTCGTGCTTTACCGTATTCTGGGCGGTATGGGCATCGGTTTGGCTTCAACCGTATCTCCCATGTATATCTCAGAAATCAGCCCTGCTGACCGCCGAGGAAAACTGATTGCCCTGAATCAGCTAACCATCGTTATTGGCGTACTGGCCGCGCAACTTATCAATCTGATGATTGCCGAACGCGTCGATGGCGAAATTGCCATGCAGTCGTGGAACGTGCAGGAAGGGTGGCGATTTATGTTTGCAGCCGAACTGGTTCCTGCCGCACTGTTCTTTGTACTGATGTTCCTGGTACCAGAGTCACCACGCTGGCTGGTAAAAAGCAGTCGTCAGCATGAAGCCGGAAAAGTACTCGGTAAAATAGGCTCAGGGGACTACGCCACGACCAGCCTGGCAGATATTCAGGCCAGCTTCAGCCAGGAGAAAACAAAATTCTCGCTTTCTGACCTCAAGTCAGTAAAACCACTGCTTATCATCGGTATCGTACTGGCGTCATTCCAGCAGTGGTGCGGCATTAACGTTATCTTTAACTACGCGCAGGAAATCTTTGCCTCTGCCGGTTTTGACGTCAACGACACGCTGAAGTCTATTGTAGCAACCGGCATTATCAACCTAGTGTTCACTATTCTGGCCCTGCCAATGGTGGAAAAAATGGGTCGCCGCACGCTGATGATTATCGGCTCTGGTGGTCTGGGCATTATCTACCTCATCATTTCTGGTATGTACATGATGGGCATTGATGGTCTGCCGCTGCTAGCCATGGTTCTGGTGGGTATTGCCACTTACGCGCTGACACTTGCACCGGTAACCTGGGTTCTGCTGGCAGAAATTTTCCCGAACCGTGTACGCAGCAGCGCCATGTCGGTGTGCACGCTGGCACTGTGGCTGGCGTCGTTCGGCCTTACGTTCACCTTCCCGTTCCTGATTGAAGCCTTTGCCGCGTCTGGCAGCTTCCTGTTCTACGCACTGATTTGTTTTGTGTCTTTCCGCTTTATCTGGCTGTACGTGCCGGAAACCAAAAAGCTGACACTGGAACAAATCGAGAAAAACCTGGCCGGTGACAAACTGGTCCGTCAGAACCGCTAA	MSYQDKQRPVINTAFIWLISLTAACGGLLFGYDWVVIGGAKPFYEVYFDIDSPALSGWLMSSALVGCIVGAMCAGVLADKLGRKYALIISALLFIISAAGTALAESVTPFVLYRILGGMGIGLASTVSPMYISEISPADRRGKLIALNQLTIVIGVLAAQLINLMIAERVDGEIAMQSWNVQEGWRFMFAAELVPAALFFVLMFLVPESPRWLVKSSRQHEAGKVLGKIGSGDYATTSLADIQASFSQEKTKFSLSDLKSVKPLLIIGIVLASFQQWCGINVIFNYAQEIFASAGFDVNDTLKSIVATGIINLVFTILALPMVEKMGRRTLMIIGSGGLGIIYLIISGMYMMGIDGLPLLAMVLVGIATYALTLAPVTWVLLAEIFPNRVRSSAMSVCTLALWLASFGLTFTFPFLIEAFAASGSFLFYALICFVSFRFIWLYVPETKKLTLEQIEKNLAGDKLVRQNR	PGPT0014450_238	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_XYLOSE_TRANSPORT_II,PGPT0014450-xylE-K08138	NA	NA
AK237_01041	1149	dgoD	COG4948	D-galactonate dehydratase	ATGAAAATTAAACAATTACGCCTGTACCCTGTTGCACCTCGCTGGTGTTTCCTGGCGGTAGACACCGACGAAGGTGTCACCGGCTGGGGCGAGCCAATTATCGAGGGCAAAGTCGAAACCGTGATGGCGGCGGTTAAAGAGCTGGAGTTTTATCTGATTGATAAAGATCCGGCACAAATCAACGACCTCTGGCAGCTTCTGTATCGCGGTGGCTTCTATCGTGGTGGCCCTATTCTGATGTCGGCCATTGCCGGTATCGAACAGGCACTGTGGGACATCAAAGGTAAGGTCATGGGTCAGCCTGTGCACCAGTTGCTGGGCGGCCGCGTACGCGACAAAATGAAAGTGTATTCCTGGGTGGGCGGTGATGATCCGGCCGACGAAATTGCCCAGATCAAAGAACAGCAGAAGCTGGGTCGCAGCACCTTCAAACTGAACGGCTGCGGCAAAATGGCGCTGATCGATTCCCATAAAGCGGTGGACGAAGTAATTGAACGCATCGGCCTCATCCGCAACACCTTCGGTAACACCGTCGATTTCGGTCTGGATTTCCATGGCCGCGTATCCGTGCCGATGGCGAAAGTCCTGCTCAGAGAACTGGAACCGTTCCGTCCGTTATTTGTGGAAGAACCGGTACTGGCTGAACAGTACGAACAATATTCTGTGCTTAGCAGCAGCACCTCCATTGTGCTTGCTGCCGGTGAGCGCATGTACACCCGCGCCGAGTTCAAACGCGTGTTATCACGCGGTGGCCTTGGCATTCTGCAGCCGGACGTCTCTCACGCCGGCGGCATTCTGGAAACCGTGAAAATTGCCGCAATGGCCGAAGCGTACGATGTCACCCTTGCACCGCACTGCCCCCTCGGTCCTATTGCCTTCGCGGCCTGTCTGGCGGTGGACTTCGTGTCCTACAACGCTGTTCTGCAGGAAACCTCACTGGGTATGCATTACAACACCGGCGCAGACCTTCTTGACTATGTGAAGAACAAAGATGACTTCACCATCACTGACGGTTTCATTAATCCGCTGACCAAACCGGGCCTGGGTGTGGAACTGAACGAAGAAGCAATCTATCAGGCTGCTGAAAAGCATGTCGGCTGGCGTAACCCTGTGTGGCGCCATCAGGACGGCTCAGTAGCAGAGTGGTAA	MKIKQLRLYPVAPRWCFLAVDTDEGVTGWGEPIIEGKVETVMAAVKELEFYLIDKDPAQINDLWQLLYRGGFYRGGPILMSAIAGIEQALWDIKGKVMGQPVHQLLGGRVRDKMKVYSWVGGDDPADEIAQIKEQQKLGRSTFKLNGCGKMALIDSHKAVDEVIERIGLIRNTFGNTVDFGLDFHGRVSVPMAKVLLRELEPFRPLFVEEPVLAEQYEQYSVLSSSTSIVLAAGERMYTRAEFKRVLSRGGLGILQPDVSHAGGILETVKIAAMAEAYDVTLAPHCPLGPIAFAACLAVDFVSYNAVLQETSLGMHYNTGADLLDYVKNKDDFTITDGFINPLTKPGLGVELNEEAIYQAAEKHVGWRNPVWRHQDGSVAEW	PGPT0002220_1533	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_SUGAR_ACID_UTILIZATION	PLANT_DERIVED_GALACTONATE_DEGRADATION,PGPT0002220-dgoD-K01684	NA	NA
AK237_01042	885	araB_1		L-arabinolactonase	ATGTTTGAATTAATCGATACCATTGATGTAGAAAACACCCTTGGTGAAGGGGTGACCTGGGATACTGAAACCCAGACCGTCTGGTGGACAGACATTGAAGAGAAGAAGCTGTTCTCTTATCAGGTAGCGGAACGCAAGCTGTCCACCTTCAGCACGCCCTATCGCCTGTGTGCATTCGCACTGACGAAGCAAACCGGCGTATTGCTGGCCGCCTTTGACTGTGGCATTGGTCTGTACAGTCTGGAAACCGGCAACACCGAATGGCTGTTCCAGTTCCCCGGCGATGCCACAGTTCGCTTCAACGATGGCCGTACTGATGCAAAAGGCCGTTTCTGGGTTGGCACTCTGAACGAAGACGGTGACAAAACCGCAAGCTCAGGCCTGTACCGTGTAGACACCAACATGTCGGTAACCAAAGTGGAAGCCGATGTGGGTATTTGTAACGGTCTGGCGTGGAATGCAGACGCCACCTGTTTTTACATGGCCGATTCATCAAAGCAAATCGTTTATCAGTACCGCTTCGACAACGACAGCGGTGAAATCTCAGATAAATCTACGTTCACCCAGTTGCCTGCCACCACCTCACCGGATGGCGCCATCATGGACGGCGACGACAATTTATGGAGCGCATTGTGGGGCGGTAGCTGTGTAGCCCGTTTCACTCCCGAAGGCGAACAACAGGACTTTGCGGTCCCGGCAGAACAACCCACCTGCGTAGCATTTGGCGGCGAAAATAACGATTTACTGTTCGTCACCTCAGCCCGTTACGCGCTGTCTGACGAAGCCATCGAAGCGGCACCGAAATCAGGCAGCCTGTTTATCTACCGCACCGGCCTTACCGGTACTGCCGGTCCTCGCTTTGCAGGAGACGTAAATCATGGCTAA	MFELIDTIDVENTLGEGVTWDTETQTVWWTDIEEKKLFSYQVAERKLSTFSTPYRLCAFALTKQTGVLLAAFDCGIGLYSLETGNTEWLFQFPGDATVRFNDGRTDAKGRFWVGTLNEDGDKTASSGLYRVDTNMSVTKVEADVGICNGLAWNADATCFYMADSSKQIVYQYRFDNDSGEISDKSTFTQLPATTSPDGAIMDGDDNLWSALWGGSCVARFTPEGEQQDFAVPAEQPTCVAFGGENNDLLFVTSARYALSDEAIEAAPKSGSLFIYRTGLTGTAGPRFAGDVNHG	PGPT0017460_58	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE-PENTOSES_UTILIZATION	PLANT_DERIVED_ARABINOSE_METABOLISM,PGPT0017460-araB|L_arabinonolactonase-K13874	NA	NA
AK237_01043	930	dgoK1	COG3734	putative 2-dehydro-3-deoxygalactonokinase DgoK1	ATGGCTAATCAACCTGCCAGTATTCTGGTTGACTGGGGAACGACAAACTTCCGCGCTTATCTGCTGGATGAAAACGGCGTGTGTCTGGAAGAAACCAGCGCACCGTCCGGTATTTCACAGATTAACGGCGATTTCGAAGCCACACTGAATGCCAATATTGGCGACTGGCTTAACGCACACGACAATCTGACCGTGGTACTCGCGGGCATGATTGGCAGCCAGATCGGCTGGAAAAACACGCCTTATGTAGACTGCCCTGCGCCGGTTGCCGGTTACGGTCAGTACGGCGTGCAGGTGCCGGAATTCAACAACGGTAACTGTTTTATTATTCCTGGCATGAAACAGGAAACGGCTGACGGCAAGGTCGATGTGATGCGTGGTGAAGAGCTGCAGGTTATCGGCGCCAGTCTGCTGGCCGGTGACACTGAAGAAGCCTCATACTGTTGTCCTGGTACCCACACAAAATGGGTGAAGGTTAAAGATCAGCAAATTCAGACCATCACCACCGCGATGACCGGTGAAACTTTCTCGCTGCTGTCGAAGCATTCCATACTGGCGAACTCGCTGGATAAAGACGCCCCGCTGGACGAAGACGCCTTCATGAAAGGTGTTGTGTACAGCCAGCAACCCGGCGGCCTGCTGAATCATATATTCAGCGTACGGACGCTATTTGTAACCGGTAAGCAGGACACTACTGCCGGTGCAGGCTATCTGTCCGGTCTGCTGATTGGCCATGAAATCCGCGCGTTTGTGGAAGCCAACGGCGCTGAGTCTGTGGGCACCTGCCATATCATCGGCAGCTCATCGCTGAGCAAACTGTATCAGACCGCTATGAATCACTTCGGGATCAGCACTGCGCTGGTTGCCGACAAAGACGCCAGCATCGCCGGCGCAAACTCACTTATTCAGATGTTAAAGGATAAATTATGA	MANQPASILVDWGTTNFRAYLLDENGVCLEETSAPSGISQINGDFEATLNANIGDWLNAHDNLTVVLAGMIGSQIGWKNTPYVDCPAPVAGYGQYGVQVPEFNNGNCFIIPGMKQETADGKVDVMRGEELQVIGASLLAGDTEEASYCCPGTHTKWVKVKDQQIQTITTAMTGETFSLLSKHSILANSLDKDAPLDEDAFMKGVVYSQQPGGLLNHIFSVRTLFVTGKQDTTAGAGYLSGLLIGHEIRAFVEANGAESVGTCHIIGSSSLSKLYQTAMNHFGISTALVADKDASIAGANSLIQMLKDKL	PGPT0018080_755	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_SUGAR_ACID_UTILIZATION	PLANT_DERIVED_GALACTONATE_DEGRADATION,PGPT0018080-dgoK-K00883	NA	NA
AK237_01044	621	dgoA	COG0800	2-dehydro-3-deoxy-6-phosphogalactonate aldolase	ATGACGCAACTGAGCACGTACATGGACACCCCGTTGATCGCTATTCTGCGCGGTGTAACTAACGATGAAGTCGTTGAAGTGACCGGCGCGCTTATCGAAGAAGGCTTCACCATGATTGAGGTGCCGCTGAATTCCCCCAACGCGGTAGAAAGTATCCGTCGTATTGTCGAAGCGTTCGGCGATAAAGCGCTGATTGGTGCAGGTACCGTAGTAACCGTCGATCAGGCTGAAGCGGTTGCCGCAGTGGGCGGCAAGCTGATTGTTTCCCCGAACATGAATCCAGCCGTGATCAAACGGACCAAGGAACTGGGCATGGTTTCCTCGCCAGGTGTGGCAACACCAACAGAATTATTTGCGGCCATTGAAGCCGGCGCCGATGTGGCTAAAGCCTTTCCGGCAGACGCCATTCCCCCGTCGACGGTGAAAGCGTGGGTATCCGTTGCTCCCAAAGGCTTCCCAATCCTGGCTGTTGGCGGCATTCACCCCGGCAACATGGCCGAATATCTTGCCGCTGGTGCGGTAGGTTTCGGTATTGGCAGCAACCTCTACAAGCCGGGTAAAACCGTTGCTGAGGTTCGCGCCGTAGCTAAAGAAATGATTCAGACCATCTCTGCCCTATAA	MTQLSTYMDTPLIAILRGVTNDEVVEVTGALIEEGFTMIEVPLNSPNAVESIRRIVEAFGDKALIGAGTVVTVDQAEAVAAVGGKLIVSPNMNPAVIKRTKELGMVSSPGVATPTELFAAIEAGADVAKAFPADAIPPSTVKAWVSVAPKGFPILAVGGIHPGNMAEYLAAGAVGFGIGSNLYKPGKTVAEVRAVAKEMIQTISAL	PGPT0018075_457	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_SUGAR_ACID_UTILIZATION	PLANT_DERIVED_GALACTONATE_DEGRADATION,PGPT0018075-dgoA-K01631	NA	NA
AK237_01045	2826	lacZ_1		Beta-galactosidase	ATGAAAACAAAATATACTGCACTATTCAGCGCGATGCTTGCGCTTGGCCTGACTGCCTGTGCTGGCTCAGGCACATCTTCATCAAACACCCAACAGGAAATTTCTCTGGCCGGTGACTGGCAGGTAAAACTGGATCCTGACAACAAAGGCGCCAGCGAACAGTGGGCACAAAACGGCTTTGACGGTGAGAAAATCTCCCTGCCGGGTACGCTGGACGATGCCAAAATGGGCACCAGGAGCACCATGAAGCCGGAAATCAACAATGACGTGATGGCGCACCTGAACCGTGAATATGAATTCATCGGCGCAGCCTGGTACCAGAAAGACGTAACCATTCCTGATGACTGGAAAGGCGATACCGTAGAACTTGAACTGGAACGCGTTATCTGGGAATCAGAAGTCTTTGTAGACGGCAAATCCGTTGGCACGCATAACAGTCTGGTGGCGTCGCACAACTACGATCTGACCGCATTCCTGAGCCCGGGTAAACACCGCATCACAGTGAAAATTGATAACGGTGACAAGTTCCCGGGTATCAACATCATCGGCGATAAATATCCCCGTGAATCCAGCCAGCAAATGGCCCACGCTTATACCAACCACACGCAAATCAAGTGGAACGGCATGCTGGGTGACATCAATCTGACAGCGTCTTCTGCGAATATGGCTGATGATGTGCAGGTGTACCCAAGCCTTGCGGAAAACACCATCACGGTATCATTCGAACAGAAATCACCGGCAGCAGGCAACGTAGCCTACACCATCAGTAAAACTGACGGTACCGTAGTAGCCGAAGGCGAAGCGAAAAATGCCGAAGTAAAAGACGGCAAAGTCACTTTCACCATCGCCAGACCTGATGGTGTGGAACTGTGGGACGAATTCAATCCTAACGTTTATGAAGTCGCTGTAAATCCGGCGAACAGCGATACTGATACCCCGGCAACAGCCACCTTCGGTTTCCGCGAAATCAGTGAAGCCAATGGCGATCTGCTGCTGAACGGCCAGCGCATCTTCCTGCGCGGTAACCTGGACGCAGCAATATTCCCGCTTACGGGTCACCCGCCAATGGACAAGGAAGGCTGGGCTGAAATCCTTAAGCAAGCCAAAGCATACGGTCTGAATCACTTCCGTTTCCACTCATGGGCACCACCGGCAGCCGCATTCGAAGCGGCTGACGAAGCTGGTTTCTATTACCAGATTGAACTGCCGCACTGGAGCCTGAGCGTAGGTGCAGATAAAGCGACCACTGACTTCCTGCGTGCAGAAGGTCAGCGCATCATCGAAGAATACGGCAACCACCCTTCTTTCATCATGATGGCTATGGGTAACGAACTGGAAGGCGATCTGGATACCCTGCGCAGTCTGGTTAACGACTATAAGTCTCAGGACAGTCGTCACCTGTACGCATCCACCGCGTTCTCTTTCCAGAAGCCAAGCGCACAGTGGCCGTTGGACGTAGATGATTTCTACATCACTCAATGGACAGAAAAAGGCTGGGTTCGCGGCCAGGGTATTTTCAATACCAATGCGCCAAGCTTCGATAAAGACTACACCGACAACGCGGCATACATTGATATCCCGCTGGTTTCTCACGAAATCGGTCAGTATTCAGTTTATCCTGACATGAGCGAAATTCCGAAGTACACCGGCGTGCTCAAGCCGGTCAACTTCATCGCAATTAAGAAGCAGTTGGAAGAAAAAGGCCTGATCGATCTGGCTGACGAATTCACCTACTCCTCAGGCAAACTGGCGGCAATTCTTTACAAAGAAGAAATTGAGCGTGCGCTGAAAACCCCGAGCTTCGACGGATTCCAGTTGCTGCAGCTGCAGGACTTCCCTGGTCAGGGAACGGCACTGGTTGGTCTGCTGAACGCATTCTGGGGCTCTAAAGGTGTGATCAGCGCTGAAGAATTCCGTGAATTCAACAGCGAACTGGTTCCACTGATCCGCTACAGCAAAGCGGTTTACGAAAGCGGTGAAAAGTTTGAAGCGTCCATCGAAGTGGCTAACTTCTTCAAAGATCTGCAGGATCAGAAACTGCACTGGTCAGTGACTGACAACACCGGCACCGTGGTTGCGCAGGACGACATCGCTGATGTTGACCTGACTATCGGCAACAATGTTCAGCTGGGTAATATCTCGCTGGCGCTGGACGTTGAAGAAGCGAAGCAGATGACGGTGAAGGTGTCTGTTGACGGTACTGACTACAAAAATACCTGGTCTTTCTGGGTCTACCCGCAGGACGTGACCACCGAGTCTGATGCAGTGGTTTCCACCACCTCATTCGACGAAGCGGAAGCCGCTCTGAAACAAGGAAAAACCGTATTCCTGAATCCTGACTTTAACAGTCTTGAGGGTACTGACGGACGCTTTGTTCCTGTGTTCTGGAGCCCGGTTCACTTCCCGAATCAGCCCAGCACCATGGGTCTGCTGATGGATCCTGAGCACCCTGCTCTGGCTGCGTTCCCTACCGGTTCGTACACCGACTGGCAGTGGTGGGATATGACTATCAAGTCCAAGTCTGTGGAAGTGGACGAGTCGCTGGTAACACCGATTATCCGCGTGATCGACAACTTCGTGACTAACCGTCACCTGGCCAACGTGGTTGAAGCTAAAGTCGGTAAAGGCAAGCTGGTGTTCGCGTCTATCGATCTGACCAACGATCTGGACAGCCGCCCGGCAGCCCGTCAGCTCAAGCACAGCCTGCTTGAGTACATGCAGAGCGATGCCTTTGCACCGGAGAAATCCGTCACCATCGGCGCCCTGAAAGCACTGCAAGCTGCTGATGAACAGAAGTCATTTGAAACCAATGATATCTACAACTAA	MKTKYTALFSAMLALGLTACAGSGTSSSNTQQEISLAGDWQVKLDPDNKGASEQWAQNGFDGEKISLPGTLDDAKMGTRSTMKPEINNDVMAHLNREYEFIGAAWYQKDVTIPDDWKGDTVELELERVIWESEVFVDGKSVGTHNSLVASHNYDLTAFLSPGKHRITVKIDNGDKFPGINIIGDKYPRESSQQMAHAYTNHTQIKWNGMLGDINLTASSANMADDVQVYPSLAENTITVSFEQKSPAAGNVAYTISKTDGTVVAEGEAKNAEVKDGKVTFTIARPDGVELWDEFNPNVYEVAVNPANSDTDTPATATFGFREISEANGDLLLNGQRIFLRGNLDAAIFPLTGHPPMDKEGWAEILKQAKAYGLNHFRFHSWAPPAAAFEAADEAGFYYQIELPHWSLSVGADKATTDFLRAEGQRIIEEYGNHPSFIMMAMGNELEGDLDTLRSLVNDYKSQDSRHLYASTAFSFQKPSAQWPLDVDDFYITQWTEKGWVRGQGIFNTNAPSFDKDYTDNAAYIDIPLVSHEIGQYSVYPDMSEIPKYTGVLKPVNFIAIKKQLEEKGLIDLADEFTYSSGKLAAILYKEEIERALKTPSFDGFQLLQLQDFPGQGTALVGLLNAFWGSKGVISAEEFREFNSELVPLIRYSKAVYESGEKFEASIEVANFFKDLQDQKLHWSVTDNTGTVVAQDDIADVDLTIGNNVQLGNISLALDVEEAKQMTVKVSVDGTDYKNTWSFWVYPQDVTTESDAVVSTTSFDEAEAALKQGKTVFLNPDFNSLEGTDGRFVPVFWSPVHFPNQPSTMGLLMDPEHPALAAFPTGSYTDWQWWDMTIKSKSVEVDESLVTPIIRVIDNFVTNRHLANVVEAKVGKGKLVFASIDLTNDLDSRPAARQLKHSLLEYMQSDAFAPEKSVTIGALKALQAADEQKSFETNDIYN				NA	NA	NA	NA	NA
AK237_01046	3192	lacZ_2		Beta-galactosidase	ATGGACAGACAACAATTTAACGCTCCCGCACTGGCTTTCGCCATCGGCGGTGGCCTGCTGGTAGCCGGCTTCGCCCACGCCGCTGAAGACTGGCGCAATCCGGAAGTGTTCCGGATTAATAAAGAACCGGCCCGCAGCTTCTTTTACAGCTTCGAAAGCCAAAGTGATATCGACACCGAAACCCCGTGGAATGCTGCTAACTACCAGTTGCTTAACGGTCAGTGGAAATTCAGCTGGGTAGATACACCGTCGAAAAAGCCAGAAGGTTTCTTTGAACCGGATTACAACGATGCGGGCTGGGACACCATCGCTGTACCGGCCAACTGGGAACTGAACGGCTACGGCACACCGTTTTACGACAGCCACGCCTGTTTCAACAATGACATGAGCTTTATGGAAGGCGATTCGCTGAACTATTCCATGAGCTTCATTAAGGGCAAAACCAATTACAACCCGGTCGGCTCATACCGTCAATCTTTCACCATTGATGACAGCTGGAACGGCAAGCAAATCTTTCTGCATTTCGGTGCGGTGAAATCGGCGTTCTACGTGTGGGTGAACGGCGAGAAAGTGGGCTACTCACAGGATTCAAAAACCGACGCAGAGTTCGACATCACGCCGTACATCAAAGCAGGTGAAAACACCCTGGCCATGGAAGTCTACCGTTACTCCGACGGCAGCTATTTTGAGTGCCAGGACATGTGGCGGGTAAGCGGCATCGAGCGCGATGTTTATCTGTTCGCTACGCCGAAGGTCGCGGTGCGTGATTTCCACGCTTACACCACCCTTGATGAGAATTACCAGAATGCCCAACTGCGCTTCGACGCAGATATCGATAACCGTGGAGATAACAATGCGAAAGCCGTCCGCCTGCAAGCGAAAGTCACCGACGCCAAAGGCAAAACAGTTCTCAGCAAAACGCTGGATGTGGGCGAACTGGCAGGAAAGACAGCTGCAAACGTCGACTTCGAAGCAGAAGTAAAATCACCGGCCCTGTGGAGCGCGGAATCCCCTACGCTGTACAACCTTGAGTTAGCGCTCACTGACGACAACGGCGACACCCAGTACATCCGTCGTCATATCGGCTTCCGTTCCACAGAATATAAGGACGGCAACATTCTGGTTAACGGCAAACCGGTGTTGTTCAAAGGTGTGAACCGCCACGAGCACGATCCGAAAACCGGCCACGTGATTTCCCGTGGATCCATGCTCGCCGATATTAAACTGATGAAAGAGAATAATATCAACGCGGTACGCATGTCCCACTACCCTAACGATCCGTATTTCTACGATCTGGCAGACCAGTACGGTCTGTACATCATGGATGAGGCGAACACCGAGTCTCATGGTCTGGGCGCGGCGAATCAGGGCGACTACAACCCGGATAAGCACATCGTCAATAAGCCAGAGTGGCAGGCCGCGTATATAGACCGCGTGTCCAACATGTACGAACGCAGCAAGAACAACCCGTCAGTGGTACTTCGCTCACTGGGTAATGAGTCCGGCGACGGCAAAAACATTGAGGTGACCTACGACTGGCTGAAAGCGCAGGAGCCTTCACCGGTGGTCTCTGAGCAGGCACAGCTTCGTCGTCATACCGACACCTACAGCCAGATGTATGCCCCACTTGACGATATTATCCGCTACGCGGAAACACAGCATGACGAGCGCCCGGTACTGCTGATCGAATACGAACACGCCATGGGCAACACGTTAGGCAACTTCCAGGATTACTGGGACGCCTTTGAAAAGTACCGCGCCCTGCAGGGCGGCTTTATCTGGGACTGGGTTGACCAGACCTTTGAGAAAACCAACCAGAACGGCGATTTCTTCTGGGCCTATGGCGGCGATATGGAACCGGCGGGCACGCCTAACAGCGACAGCTTCAGTGCCAACGGTCTGGTGTTTGCCGACCGCACGCCTTATCCGTATCTGCATGAAGTGAAGAAAGTGCAGCAGAACGTCGACTTTAAATTTGCCGATGACGGCTTCCGTTTACTGGAAGTCACCAACAAGTTCTTCTTCCGCGACCTGTCTGCTTACACGTTAAGCTGGCAACTGCTGGAGAACGGCAAGGTCGTGAAATCTGACGACGGGATCAGCCTGAAAGCCAGCGCCGGTGAGTCTCAGTTCATTAAACTGCCGAAGTTCACACTGGACGCAGGCAACGAGTACTTCGTGAACGTACAGGTTGCGCTGAAAAAGGATGAGTCGCTGCTGAAGAAAGGCCACATTGTGGCAGAAGAGCAGTTAGCGCTGCCTTACACAGCGGCGAAGATTTCGGATTCAGACAATACACCGCTGGCGATGCAGGAAACCGCTGGTGAGCTGACGCTGTCAGGCGATGATTTCCAGTTGGTGCTGAACCGTGACAGCGGCCTGGTGACCCAGCTGAGCTACAACGGGTCTGACATGCTGAAAGCACCTTCTCATCCGTCGTTCTGGCGCGCGCCGGTGTACAACGATCTGGAAGTGAAAAGCTTCGAAAGCAGAATGGGGGTTTACCAGAAGCTGGGAAGAAATACCGAACTGACTTCCATGGCGGTCACCCGCAAGTCAGATGCACAGGTCGAAATCAAACTGGAACATGCCCTGCCCGCTATCGAGAGCCGCTACTTCACCACCTTTACCGTGAACGGTAACGGCGTGATTGATGTGGATATCTGGTTCTACGCCGCACCGCATAAGAAGTTTGGTGAGCTGCCGCGCATTGGCACCCTGTTCGAGCTGGATACGCCATTCAGCAACGTCAGCTATTACGGACGCGGCCCGCATGAAAACTATGTGGATCGTAAGTCGTCAGCCTTCGTTGGCCTGTACGACACCACCGTGGACGACATGTACGTGCCTTACGTGACGCCATCAGAAAATGGCCACCGTACCGATGTACGCTTTGTGGACTTCACCGATGCCAGCGGCAACGGAGTGCGTTTCTCGTCATCACAGAAACTGGGCTTCAACGCCGAGTACTATAACACTGATGATTATGACGCCAGCAAGGCTGACCACTTTGCCCGTAACCTGCACCCGGCCGATCTGGTAAAACAGGATCGTATCTTTGTTCACATCGACCACAGAATGCGTGGCGTGGGCGGCACCAATTCCTGGGGCGAAGCACCACTGAACAAGTACATCCTGCCCTGGCTGGATTATCACTACGGCTACCGCATCGAACCGGTCAGCAGCAAATGA	MDRQQFNAPALAFAIGGGLLVAGFAHAAEDWRNPEVFRINKEPARSFFYSFESQSDIDTETPWNAANYQLLNGQWKFSWVDTPSKKPEGFFEPDYNDAGWDTIAVPANWELNGYGTPFYDSHACFNNDMSFMEGDSLNYSMSFIKGKTNYNPVGSYRQSFTIDDSWNGKQIFLHFGAVKSAFYVWVNGEKVGYSQDSKTDAEFDITPYIKAGENTLAMEVYRYSDGSYFECQDMWRVSGIERDVYLFATPKVAVRDFHAYTTLDENYQNAQLRFDADIDNRGDNNAKAVRLQAKVTDAKGKTVLSKTLDVGELAGKTAANVDFEAEVKSPALWSAESPTLYNLELALTDDNGDTQYIRRHIGFRSTEYKDGNILVNGKPVLFKGVNRHEHDPKTGHVISRGSMLADIKLMKENNINAVRMSHYPNDPYFYDLADQYGLYIMDEANTESHGLGAANQGDYNPDKHIVNKPEWQAAYIDRVSNMYERSKNNPSVVLRSLGNESGDGKNIEVTYDWLKAQEPSPVVSEQAQLRRHTDTYSQMYAPLDDIIRYAETQHDERPVLLIEYEHAMGNTLGNFQDYWDAFEKYRALQGGFIWDWVDQTFEKTNQNGDFFWAYGGDMEPAGTPNSDSFSANGLVFADRTPYPYLHEVKKVQQNVDFKFADDGFRLLEVTNKFFFRDLSAYTLSWQLLENGKVVKSDDGISLKASAGESQFIKLPKFTLDAGNEYFVNVQVALKKDESLLKKGHIVAEEQLALPYTAAKISDSDNTPLAMQETAGELTLSGDDFQLVLNRDSGLVTQLSYNGSDMLKAPSHPSFWRAPVYNDLEVKSFESRMGVYQKLGRNTELTSMAVTRKSDAQVEIKLEHALPAIESRYFTTFTVNGNGVIDVDIWFYAAPHKKFGELPRIGTLFELDTPFSNVSYYGRGPHENYVDRKSSAFVGLYDTTVDDMYVPYVTPSENGHRTDVRFVDFTDASGNGVRFSSSQKLGFNAEYYNTDDYDASKADHFARNLHPADLVKQDRIFVHIDHRMRGVGGTNSWGEAPLNKYILPWLDYHYGYRIEPVSSK	PGPT0017810_864	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES	CE-EPS-GALACTOSIDASE,PGPT0017810-lacZ-K01190	NA	NA
AK237_01047	585	comR_1		HTH-type transcriptional repressor ComR	ATGGGTCGCCATCGCGAATTTGATGTAAAAAAGGTTTTGAATGCTGCCTTAGATGTGTTTTGGCAGAAAGGCTATGAAGGTGCATCTTATGCTGATTTAACGAGAGCAACTGGGGTTGAGAGGCCGGGACTGTACTCGGCGTTTGGAAATAAAGAGTCGCTGTTCAAGCAGGCACTTGATCATTACTACGACTATTACCTTGCATTTTTTCCTGCGGCACTAGAGCTTCCTACCTCTAAGGAAGTTGTCGAGTGTTTATTCTTTAAATCTCTGGAACTCAATACACGTTACGAAGATCGAAAGGGTTGCTTGGGTATTCAGGGCGCACTTGCGTGCTCGGATGCTTCAGAGTCAGTGAGGCTCACCGTAGTGGAGGCCAGAGCGAATGGCGAGGTTATTCTCCGTGATCGTTTAGAGCAGGCAAAAGCTGAAGGTGATTTGCCTGAATCAGCAGATAGCGCTGCTCTAGCATCCTATGTGTGTGCCGTTCTGCATGGAATGGCAGTACAGGCGAAAGCGGGTTTTAGTAAAGAAAGGCTTGAAGCTGTGGCAACTATAGCCCTTGCTTCTTGGCCTTCAAATTAA	MGRHREFDVKKVLNAALDVFWQKGYEGASYADLTRATGVERPGLYSAFGNKESLFKQALDHYYDYYLAFFPAALELPTSKEVVECLFFKSLELNTRYEDRKGCLGIQGALACSDASESVRLTVVEARANGEVILRDRLEQAKAEGDLPESADSAALASYVCAVLHGMAVQAKAGFSKERLEAVATIALASWPSN				NA	NA	NA	NA	NA
AK237_01048	762	bdcA	COG1028	Cyclic-di-GMP-binding biofilm dispersal mediator protein	ATGAACAAAATATTTCAAGGTAAAACCGCTCTAGTATCGGGTGGATCACGAGGGCTTGGTGCAGTCGTAGCAAAACAATTGGCGCAACAGGGTGCAGACGTTGCTATTACGTATGTGGCATCAAACGCAAAAGCTACTGCCGTGGTTAATGAGCTAAAAGAATTTGGTGTGAGAGCCATTGCAATTCAGAGCGACCAAGGCGACTTAGCATCAGCTCATCCCCTTATCGACGCCGTCATCTCAGAATTTGGCAAACTAGATATTTTGGTAAATAACGCAGGCATTGCAGTTCAAGGGCAATTGACCGACGACCCGACGTTGGATACAGAAAAGTTCAATTCACAGTGGCATGTCAATGTACTCGGTTCAGTTGCCGTAACACGTGCCGCAGCCTCAAAAATGAATGAGGGTGGACGTATTATTTTCATCGGCTCACTTTTAGGTAGTTATGTGCCATTTGCCGGTGCGGCTGACTATGCAGGAAGCAAAACTGCGCTCGTCGGTTATGCACGTGGTGTTGCTCGAGATCTCGGTGGTCGCAATATTACAGTCAACGTTATCCAACCGGGTGTTATGCCGACAGATATGGCTACAGAGGTACTCGGTGAAAATGGTGCCCCTGACGAACTACTTGATCTGCATCCCATACGTAGAATCGCGACACTCGAAGAGGTATCTGAAACAGTTTGTTTTATCGCAGGCCCCCATGCTGGCTATATCACAGGCGAGACTATCAACGTGGCTGGCGGTTTAGGCATCTAG	MNKIFQGKTALVSGGSRGLGAVVAKQLAQQGADVAITYVASNAKATAVVNELKEFGVRAIAIQSDQGDLASAHPLIDAVISEFGKLDILVNNAGIAVQGQLTDDPTLDTEKFNSQWHVNVLGSVAVTRAAASKMNEGGRIIFIGSLLGSYVPFAGAADYAGSKTALVGYARGVARDLGGRNITVNVIQPGVMPTDMATEVLGENGAPDELLDLHPIRRIATLEEVSETVCFIAGPHAGYITGETINVAGGLGI	PGPT0003180_9624	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
AK237_01049	1134			Mono(2-hydroxyethyl) terephthalate hydrolase	ATGGACGGCGGCCACAATGGGCGTAGTCTGGACTTTGCCAAAGACCAGCAGGCACGTCTCGATCTGGGCTACGCCTCTATTGGCAAAGTAACGACCACGGCGAAGACGATTCTGCGCAATTACTATGATGCGTCACCCAAGGTGTCGTATTTCATGGGGTGCTCCAATGGCGGTCGTGAAGCCATGATGGCAGCACAGCGCTTTCCGCTCGAATTTGATGGCGTGGTGGCCGGCAACCCCGGCTTTCACTTAAGTCACGCCTCTCTGAGTGCGACCTGGGAAGTCAGACAGTTTGAGGCGATAGCGCCCGAAGGCAATTTCGCCAAAGCGCTGACACAATCTGATTTGGATTTGGTTTCCGACGCAATCATCAAACAGTGTGATGCCATTGATGGGCTGGAAGACGGTGTGGTCGCGGCTTACTCAGCCTGCGATTTCGACCCTGAATCGCTTCGTAGAAAGCTGGAAGACAGCAAACTTGATACCCTGAAAACGGTAATGAACGGTGCTATCGACCAGAACGGCGATCGTTTTTATACCGGCTGGCCCTGGGATCCGGGCATCAACGCCGACGGGTGGCGAGCCTGGAAGCTGGGGACAGAAGACCGCCCGGCAATGCATAAAACATTAAGCGAACCTTCAGTGGGTGCTGTGTTCATGACGCCACCCCAGGAAGTACCGCAGCATCCGGATTTTGCCCGCTTTGCTGAAAACGTGGAAAACGTCGGCGGTTACTTCGATGCCAACGAAACGTTTATGACAACCTTTGCCAAACGTGGCGGCAAAATGTTGATTTTCCAGGGCGTAGCCGATCCTATCTTCTCTGCAGAAGATATTGCGCAGTGGTATCAGCAAACGCAGAAAGACACGGGTACCGAGTTCGCAAAATTGTACATGGTGCCGGGCATGACACACTGTGGTGGAGGCCCTGCGTTTGAGGATTTTGACCCGCTGACTGTGCTGGAAAACTGGAGTGAGAAAGGCCAGGAGCCTGCATTCATGCCAGCCAGCGCGCCGACTATGCCTGGCCGGGAAATGCCGATTTGTGATTATCCGTCGTACGCGAAATATAACGGCGGTGACAAAGACGCTATCGAAAGCTACAGCTGCGTAGCGCCAGAGTCCGCGAAATAA	MDGGHNGRSLDFAKDQQARLDLGYASIGKVTTTAKTILRNYYDASPKVSYFMGCSNGGREAMMAAQRFPLEFDGVVAGNPGFHLSHASLSATWEVRQFEAIAPEGNFAKALTQSDLDLVSDAIIKQCDAIDGLEDGVVAAYSACDFDPESLRRKLEDSKLDTLKTVMNGAIDQNGDRFYTGWPWDPGINADGWRAWKLGTEDRPAMHKTLSEPSVGAVFMTPPQEVPQHPDFARFAENVENVGGYFDANETFMTTFAKRGGKMLIFQGVADPIFSAEDIAQWYQQTQKDTGTEFAKLYMVPGMTHCGGGPAFEDFDPLTVLENWSEKGQEPAFMPASAPTMPGREMPICDYPSYAKYNGGDKDAIESYSCVAPESAK				NA	NA	NA	NA	NA
AK237_01050	357			hypothetical protein	GTGAAAAAAAGTTTCTTTTACAGTGCGATGATGCTGACAGGTTTTTCTGCTGCGCCCGCCATGGCTTATGACTGTTCGGCACTGAACGAGCTGAAGCTGCATAACGTTGAAATTTCTTCTGCGACGCTACAGGAAGCGCAAACCCTGCCGCCGGATCCGATGAGTGCGATGACAGGCAGTTCGCCACAGGCCGTTGATGTGGGTGAGCATTGTCTGGTTGAAGGTAAAATTGAAGATCGCGAGGGCGTAGCAGGTCGTTACGGTATTAATTTTCAGATGCGGCTGCCGAAAGACTGGAACGGCAAGTTCCTATTCCAGGGCGGTGGTGAGTATGGACGGCGGCCACAATGGGCGTAG	MKKSFFYSAMMLTGFSAAPAMAYDCSALNELKLHNVEISSATLQEAQTLPPDPMSAMTGSSPQAVDVGEHCLVEGKIEDREGVAGRYGINFQMRLPKDWNGKFLFQGGGEYGRRPQWA				NA	NA	NA	NA	NA
AK237_01051	966		COG1073	putative protein	ATGCAACTATCGCAACAATGGGACAAAATTTTCCCGCAGAGTAACAACGTTAATCACCAGAAAGTGACCTTCAAAAATCGCTACGGCATCACGCTGGCAGCGGATTTATACGTTCCGGAAAATGCAGCCGGAAGCGGTTTGTCAGCCGTTGCAGTCAGCGGACCGTATGGCGCGGTAAAAGAACAAGCCTCGGGCCTGTATGCGCAGACGCTTGCAGAGCGCGGCTATGTCGCACTGGCATTCGACCCGTCTTATACCGGTGAGAGCGGTGGCGAGCCACGTAATGTGTCTTCCCCTGAAATCAACACGGAAGACTTCAGTGCCGCGGTGGATTTCCTCGGCCTGCTGGAACAGGTAGACCGTAACAGGATTGGCGTGGTGGGTATTTGTGGTTTCGGCGGTATGGCACTCAACGCTGCCGCTGTTGACAAGCGCATCAAGGCCACCGTAACAACCAGCATGTATGACATGTCCCGGGTGATGGCAAAAGGCTATTTCGACTCCATGAAGCCAGAAGAACGGACTGCTGCGCTGACGCAAATGAGCGAACAGCGTTGGGAAGATGCGAAAAACGGTACCCCGACACTGGCGCCGCAGGGTCTGCCTTCATCGTTGAACGGTGATGAACCGGAATTCGTTGCCAGCTATTTTGACTTTTATAAAACCGACCGTGGCTTCCATCCGCGTTCGATTAACTCTAACGGACAGTGGACGGCGACTACCGCACTGTCGTTTATGAATATGCCGTTGTTGACGTACATCAACGAAATTGCACCGCGCCCGGTACTGTTAATTGCCGGAGAAAAAGCACACTCGCGCTACTTCACCGAGGATGCTTACAAAGCGGCTGGTGAGCCGAAGGAAAAGCTGATCCTCGATGGCATGGTCCACTGCGACCTGTACGATCAAGCCGATAAAATTCCATTCGATCGTATCGACAGCTTCTTTGCTGAAAACCTGAAATAA	MQLSQQWDKIFPQSNNVNHQKVTFKNRYGITLAADLYVPENAAGSGLSAVAVSGPYGAVKEQASGLYAQTLAERGYVALAFDPSYTGESGGEPRNVSSPEINTEDFSAAVDFLGLLEQVDRNRIGVVGICGFGGMALNAAAVDKRIKATVTTSMYDMSRVMAKGYFDSMKPEERTAALTQMSEQRWEDAKNGTPTLAPQGLPSSLNGDEPEFVASYFDFYKTDRGFHPRSINSNGQWTATTALSFMNMPLLTYINEIAPRPVLLIAGEKAHSRYFTEDAYKAAGEPKEKLILDGMVHCDLYDQADKIPFDRIDSFFAENLK				NA	NA	NA	NA	NA
AK237_01052	978		COG1073	putative protein	ATGACACAATCAATTCCTGATGACGCCAATAATTTTTATCGCAGCGACGTAGTTGAGGTGAAAGGTGTGAGATTTACTAATCAGTATAAAATGGCTGTGGCCGGTAACCTTTGTGTCCCCAAAGACGCCAAGCCCGGTAAAACCTATCCTGCCATCGTAATTGGTCACCCTATGGGCGCGGTGAAAGAACAGAGCGCGACCCTGTATGCCAATAAGCTGGCTCAGCAGGGCTTTATCACCCTCGCGTTGGATATGGCTTACTGGGGCCAGAGCGGCGGTGAACCACGCAATGCCGTGAGCGGTGATATGTATGCCGAGACATTCAGTGCCGGTGTGGATTACCTGACGTCGCTTGACATGGTCGACAGCGACCGCATTGGCGGTATCGGTGTCTGTGGTAGTGGTGGTTTTCTGATTGCTGCGGCGAAAATTGATTCCCGTATCAAAGCCGTAGCCACAGTCAGCATGTACGACATGGGAGCCGCCACTCGCTCAGGCATCGGCAATTCAATCAGCGTGGAGCAGCGCAAGGAGTCGGTTCAGCAGGCTTCTGCTCAGCGCACTGCGGAGTTTGCTGGCGCAGAGCTGAAATACACCGGTGGTTGTCCACACGAAATTGACAGCGACACGCCTGCAGCCGGTAAGGAATTCTATAATTTCTACCGCACCGAACGTGGTCAGTATACGCCAACCGGTGTATCCGAAGAGACCACCACTCATCCAACCCTGTCCAGTAACGTGAAGTTCCTGAGCTTCTATCCGTTTAATGACATCGACACCATTTCGCCGCGCCCGATGCTGTTTATTGCCGGTGAAGATGCGCATTCGTTGGAGTTCACCGAGGATGCGTACAAGCTGGCGGCAGAGCCTAAAGAGAAGCTGCTGATCCCGGATGCCGGACACGTGGACCTGTACGATCGCACGAATAAGATTCCGTTCGACAGACTCATGTCCTTTTTCGGTGAAGCACTGAAATAA	MTQSIPDDANNFYRSDVVEVKGVRFTNQYKMAVAGNLCVPKDAKPGKTYPAIVIGHPMGAVKEQSATLYANKLAQQGFITLALDMAYWGQSGGEPRNAVSGDMYAETFSAGVDYLTSLDMVDSDRIGGIGVCGSGGFLIAAAKIDSRIKAVATVSMYDMGAATRSGIGNSISVEQRKESVQQASAQRTAEFAGAELKYTGGCPHEIDSDTPAAGKEFYNFYRTERGQYTPTGVSEETTTHPTLSSNVKFLSFYPFNDIDTISPRPMLFIAGEDAHSLEFTEDAYKLAAEPKEKLLIPDAGHVDLYDRTNKIPFDRLMSFFGEALK				NA	NA	NA	NA	NA
AK237_01053	1197			hypothetical protein	TTGAAAGTCTCAAACAACACTGCCTTTTTCACTGCCTCACTGATGTATATCCTCACCTTTGCCACCGCTGGGGCGCCGATTTCTGTATTCAATATTTACCGTGAAGATTATGGTGTCACTCACGCCAATCTTGGCACGGTTTCACTGGCTTATTTTCTCGCTGCAGCAACAGCTTTGCTAGTTTTCGGCCGTCTTTCAAATCATGTGGGAAGAAAGCCGATGATTATCCTTACCGGCCTCTGTGCGATGATTTCCTGTGTGAGCCTGATTAACATTAACGGTACGCCGTTACTGTTTATTGCAAGGATGTTTCAGGGCTTTGCCTGCGGTATTGCATCAAGCAGCATCGCTACTTATGTGGTCGATACCGGCGAGAAACAGCCCCATTGGCTGGTGGCTTCAATAACCAGCACCGCGCCGATGATGGGGGTTCCGCTGGGGGCTATTTCCAGTGGCGCTCTGGCGACCTGGGGACCGGCACCGAAAACGCTGATTTTTGAAATCATCTTCGCACTGATGCTGATTTGTTCTCTTATTCTGGCGTATGGCCCGGAAACGCGTCAGCGTCAGCCAGGTCTGCTGGGATCGCTCAAACCAAAACTATTTGTGCCGGAAGGGCACGGCTGGGGCATGGCGACGGCGGTTGGCGTGCTGGTGGCCACCTGGTCCATTGGCGGCTTTTATCAGGCATTCGGGCCGTCCGTTGTGGCGGAGGAACTGGGCACGACCAGTGCCATCGTATCTGCTCTGGCGTTCTCATCCGTGATGTGTCTGACACCGTTAGGCGGGCCGCTGGGTGGTAAAATCCCGCCCAGAATTGCGGTGAAAACCGGCATGGTAATTTATGTCATTGCGGTCTCGAGTATTATTGCAGCGCTCACCAGTTCAAACCTTACCGTATTTCTGGTTTCCAGTCTGTTCGTAGGGATTGGCCAGGGCATTGCCACCACCGCCTGTGTGAAAGCGCTGCTGAGCGGCATTGCCAAAGACCACCGGGCGACGTTACTGGCTACGATCTTTGTGATTTCTTATTCCGGCGCGGTGTTCCCCGCTATGGCCGCAAGTTGGGCCGCGATACACTTTTCAGTTTTTCAGATTTGCGTTGGCTATGTGACCCTGGGCTTAGTATTTGCTGCTATAGCGTTCTTTGCTTCAGGCAAGATGAAAGTGAGCGAGCCCGCGCAGACGGATCAATGA	MKVSNNTAFFTASLMYILTFATAGAPISVFNIYREDYGVTHANLGTVSLAYFLAAATALLVFGRLSNHVGRKPMIILTGLCAMISCVSLININGTPLLFIARMFQGFACGIASSSIATYVVDTGEKQPHWLVASITSTAPMMGVPLGAISSGALATWGPAPKTLIFEIIFALMLICSLILAYGPETRQRQPGLLGSLKPKLFVPEGHGWGMATAVGVLVATWSIGGFYQAFGPSVVAEELGTTSAIVSALAFSSVMCLTPLGGPLGGKIPPRIAVKTGMVIYVIAVSSIIAALTSSNLTVFLVSSLFVGIGQGIATTACVKALLSGIAKDHRATLLATIFVISYSGAVFPAMAASWAAIHFSVFQICVGYVTLGLVFAAIAFFASGKMKVSEPAQTDQ				NA	NA	NA	NA	NA
AK237_01054	1155	adhC2_1	COG1064	NADP-dependent alcohol dehydrogenase C 2	ATGTGCCAGGAATCAAAACGTCATTTCGTCAAGTTATCCAGTGCAGTGGGTGTCGGTGCTGCCATGGCGGGTTCATCGAGCGTATTTGCTGCTGCAGGTGAAGAAAACAAAAATGTACCGGCGAAAGGTTACGCGGCATTTGACGAAAGTGGCAAGTTAAAGCCATGGAAATTTGAACGTCGCCCTGTTGGTGATAACGATGTCTTAATCGACATAAAATACGCCAGTATCTGCCACTCGGATATTCACCAGGAAAAAGGTCACTGGGGTAAACAGCAGTATCCGCAGGTACCCGGCCATGAGATCGTGGGGGTGGTTACCGCAGTCGGTAAAAACGTGACCAAATTCAAGCCTGGTGACCGCGCTGGCGTAGGTTGTATGGTAGGTAACCACAACAAAGATACCAATGGTCAGGAAGAACACTATCTGCCGGGTACTATCTTCACTTACGGCTATCCTGATGAACGTTCTCCAACCGGTATTTCACAGGGCGGTTACTCGAACCGTATCGTAGTGGAAGAAAACTTTGTGATGACCGTGCCGGAAGATGTGAGCTTTGAAGAAGCTGCACCGCTTATGTGCGCGGGTATCACCACCTATTCTCCACTGATGAAATTTGACCTCAAGCCAGGCATGAAAGTGGGTATAGCCGGTATTGGTGGACTGGGCCACCTGGCAGTCCAAATTGCCGTTTCCAAAGGTGCCGATGTGTATGCATTTACCACATCTGCGTCGAAAACCGACGATATTAAATCTTTCGGTGCCAAGGAAGTTATCGTTGTTGATGAAGGTCTTGAAGCATTGAATGATTACCAGGGCCAGCTGGACGTGATGCTCAGCACCATTCCTTACGAGTTCAATGTGGGAGCCTACGCTGCCACTGTTAAACCTTACGGTACATTTACTCAGGTGGGCATGCCGGTGGCATCTGAGGTCACTGTTAATGCCTTGCAGTTGGCAGCTTCTCGGGTAAACTTTAATGCTTCCCTGATTGGCGGTATTGCTGAAACGCAGGAAATGGTGGACTACTGTGTCGCTAATAATGTGCTGCCGAAAATTGAAATTATCAGTGCAGAGCAAATTAATGAAGCGTGGGAAAACGTGGTCAATAAAGATGCCCGCTACCGTTACGTTATCGACGCAGCGACCTTCTGA	MCQESKRHFVKLSSAVGVGAAMAGSSSVFAAAGEENKNVPAKGYAAFDESGKLKPWKFERRPVGDNDVLIDIKYASICHSDIHQEKGHWGKQQYPQVPGHEIVGVVTAVGKNVTKFKPGDRAGVGCMVGNHNKDTNGQEEHYLPGTIFTYGYPDERSPTGISQGGYSNRIVVEENFVMTVPEDVSFEEAAPLMCAGITTYSPLMKFDLKPGMKVGIAGIGGLGHLAVQIAVSKGADVYAFTTSASKTDDIKSFGAKEVIVVDEGLEALNDYQGQLDVMLSTIPYEFNVGAYAATVKPYGTFTQVGMPVASEVTVNALQLAASRVNFNASLIGGIAETQEMVDYCVANNVLPKIEIISAEQINEAWENVVNKDARYRYVIDAATF	PGPT0024430_59	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-GLYCEROLIPID_REMODELLING	CE-REMODELLING_GLYCEROLIPID_DEHYDROGENASE|DEHYDRATASE_ACTIVITY,PGPT0024430-yahK-K13979	NA	NA
AK237_01055	432	soxR_1	COG0789	Redox-sensitive transcriptional activator SoxR	ATGAATAAAAATTTAACTGTAGGAGAGGTAGCAAAGCGGGCAGGCGTGGCGGTTTCAACGCTACATTTTTACGAACAGCAAGGGCTGATCAAAAGCTGGCGCACTGCAGGAAATCAGCGTCGTTACGACCGCAGCGTGTTGCGCCGGGTAGCCATTATCAACATTGCCAAGCGTACCGGTATTCCGCTTAAGCAGGTAAAAGATCATCTGGATAAATTACCTAACGGACCGGTGAGCCCGCAGCAGTGGAAAGTGCTCAGTGCCGAGTGGCATGCGCTGCTCAACGAGCGTATTCATCGTCTCGAACAATTGAGGGATGAAATGGCGGGTTGTATTGGCTGTGGTTGTCTGTCGCTGAAAGACTGTCCGTTGCGAAATCCCGATGATGTGCTGAGTAAACAGGGAACAGGGGCCCAGTTGTTGGAAGAATAA	MNKNLTVGEVAKRAGVAVSTLHFYEQQGLIKSWRTAGNQRRYDRSVLRRVAIINIAKRTGIPLKQVKDHLDKLPNGPVSPQQWKVLSAEWHALLNERIHRLEQLRDEMAGCIGCGCLSLKDCPLRNPDDVLSKQGTGAQLLEE	PGPT0012955_763	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	NITROSATIVE|OXIDATIVE_STRESS|ROS_REGULATORY_PROTEINS,PGPT0012955-soxR-K13639	NA	NA
AK237_01056	498	mdtC_3		Multidrug resistance protein MdtC	ATGGTGCGACTGAAAGACGTGGCGACAGTGGATATCGGTGGTCAGAATACCAACAGCGTAGCGCTGAGTTCAGGTAAACGCTCCGTTTTCATGACCATCTCTCCCACGCCAGACGGTAACCCGCTGGAAATCGTGGCAAGTGTGAAAGCGCTGATCTCCAAACACGGGATCCTGATGGTAAGTTTTGCTAACGATATGCAGCAGCACGACGGTGTCAGCAAGCTCGAGGCGATCCGCCATTCAGCGGGCGTGCGGATGCGCCCGGTACTGATGACCACCGCCGCCATGGTGGCGGGTCTTATCCCGTTACTGTTTGCTGCCGGAGCCGGTGCATCCAGTCGCTTCGCGCTGGGCATCGTGGTAGTGATGGGCATGCTGGTAGGGACATTCTTTACCCTGTTTGTACTGCCAACCCTGTATGTACTGATCGCTGGCGATCACCGGGTAAAACATCAGGACGATGCGCCTGCTGCAACTAAGGAGCTGGCTCATGACTAA	MVRLKDVATVDIGGQNTNSVALSSGKRSVFMTISPTPDGNPLEIVASVKALISKHGILMVSFANDMQQHDGVSKLEAIRHSAGVRMRPVLMTTAAMVAGLIPLLFAAGAGASSRFALGIVVVMGMLVGTFFTLFVLPTLYVLIAGDHRVKHQDDAPAATKELAHD				NA	NA	NA	NA	NA
AK237_01057	324	oprM_1	COG1538	Outer membrane protein OprM	ATGACTAAGACATTTTCAGCACTTGCTATTGCACTGAGTCTGGCAGGCTGCAGCAGCATGACCCGGGTGGAAACACCACAGACAGCAGCACCCTCGCCGGTAGCGTTTGAGTCTGCCGATGAAGGATTCGGCCAGTCTGCCCCGCCAGCAAAGTGGTGGCAGCTGTATCAGGACGATACGCTTAATCAACTGGTTGAACAGGCCATTGAAGCCAACCGCGATCTGCGGGTGGCCCAGGCTAACCTGAAACGGGCCCGGGCGCTTTTTGATGAAACCGACAGCCGCCGGTTGCCGTCAACGTCTGTGGATGCGTCACTGGCCTAG	MTKTFSALAIALSLAGCSSMTRVETPQTAAPSPVAFESADEGFGQSAPPAKWWQLYQDDTLNQLVEQAIEANRDLRVAQANLKRARALFDETDSRRLPSTSVDASLA	PGPT0028880_324	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE	CE-BACTERIAL_FITNESS-MULTIDRUG_TRANSPORT-EFFLUX_PUMP_MexEF-OprN,PGPT0028880-oprN-K18300	NA	NA
AK237_01058	837			hypothetical protein	ATGACCGATACTAAAAGGAAGGGCATTTATCTATTGCCCAATCTACTTACTACCGCAGGCCTGTTTTCTGGATTCTATGCTGTTGTTGCTTCCATGAATGGCAGTTTCGAGGCTGCGGCAGTAGCGGTATTTGTAGCGATGATTTTTGATGGCCTCGATGGAAGAGCGGCGCGGCTCACCAATACGCAGAGTGCCTTTGGAGCTGAATACGACTCCATGGCAGATATGGTATCTTTCGGCGTTGCCCCCGCGCTGGTTGCCTACAATTGGGGATTAAGCGAATTAGGTAAATTTGGCTGGTTAGCTGCTTTTATTTATGTAGCCGGTGCAGCACTTCGCTTAGCACGTTTCAATACCCAGGTGGGCATTGCAGATAAGCGATTTTTCCAAGGCTTAGCGAGTCCAGCTGCGGCGGCCGTTGTCTCCGGCTTGGTATGGGTAGGCGTCGAATATGATGTTAATGGAAATGACTATGGGGTTATCGTCGCCCTGGTAACAGGCGCCGCGGGCTTACTTATGGTGAGTAACTTTAAATACAATTCATTTAAAGAAGTGAACTGGCATGGGAAAGTGCCTTTTGTCGCCTTGCTTATCATCATGTTGGTTTTTGTCATAGTCGCAACTGAACCTGCCTTGGTACTTTTCCTCGTGTTTGCTCTGTATGCACTCGCCGGACCTATCAATACGTTTAGAACGGTTGATAAAGTCACATTGCAGGATGTTGTAGGAGACCATGAAGAGAAGGATGCAGATTTTGCGTCTTCCGAAAGCGAAAATGAAAGTCGTGGACAGGACGATACTGATAGCGACGATAACAGTATGAGCAAAGATCGATAG	MTDTKRKGIYLLPNLLTTAGLFSGFYAVVASMNGSFEAAAVAVFVAMIFDGLDGRAARLTNTQSAFGAEYDSMADMVSFGVAPALVAYNWGLSELGKFGWLAAFIYVAGAALRLARFNTQVGIADKRFFQGLASPAAAAVVSGLVWVGVEYDVNGNDYGVIVALVTGAAGLLMVSNFKYNSFKEVNWHGKVPFVALLIIMLVFVIVATEPALVLFLVFALYALAGPINTFRTVDKVTLQDVVGDHEEKDADFASSESENESRGQDDTDSDDNSMSKDR	PGPT0007695_1140	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
AK237_01059	915			hypothetical protein	ATGAAGTTAGGTCAAATCGCGTCAGTGACAGCGCTCGTTCTTAGTAGCGCCATCGCAGCACCAGCCTATGCAACCTGGGGACACAACAGTGGATGGCATAACGGTTGTGGCACGGGTGGTAATACTGGTGATGGTTGTCATGCTTCTGACTATTTTGCAAATGATTTAATGTACAGTCTTGCAAGCGAAGGGATCACGAATGCCGTAGTAGATGGTGTAACTATCAGCGCTTCTGCATACTCTGACACTGCGGGCAAAGGCTGGTACGGTTATGACTACACGAAAACGTCGCATGGTGTACTAGAAGATAATATTGTTAAGTCAGCGTCGATGGCTAACTATGGGTCAGGTTACGGTGTAATCAATGCGGATCGGAATCAGGGTGAATATCATGATCCCCAGCATTCAGTCGATAATAAAAACCTGGATTGGTACTCAAACGGCTGGACAGTTGTTGACACAGACTACGATTTTGTTCTTATCTCGTTTGACGAAGAAGTCAACGTCACCGGAGCCACTTTCAGCTGGCTGTGGGAAGACAACGATACGCAAGTGTCTGTTGCCGCTCTTAGTGATACATCATTGTTAACCTCTGGTGCAAACACATGGGGCGAAATTGCAAGCAGCGCGCTAGCAAAGGGTTCTTTCGACGTGTTGAACTGCGACGACACCGACTTAGCGCAAATCAGTGGTATGGACAATATCTTCTCACAATACTGGATCATTGGTGCTTATAACACTGTGTTTGGTGATATCGGACACAAGATGTTCGATGATGGCTTTAAACTTGCCAGCATCGGTTTCAACAAAAAAGGGGGTGGCGAGCCACCTGCTGAAGTAACGGAACCCGGTACCTTTGCCATGTTATTCATGGGCGGAGCATTGGTAATGTGGCGCAGAAAACGCAGCGCTTAA	MKLGQIASVTALVLSSAIAAPAYATWGHNSGWHNGCGTGGNTGDGCHASDYFANDLMYSLASEGITNAVVDGVTISASAYSDTAGKGWYGYDYTKTSHGVLEDNIVKSASMANYGSGYGVINADRNQGEYHDPQHSVDNKNLDWYSNGWTVVDTDYDFVLISFDEEVNVTGATFSWLWEDNDTQVSVAALSDTSLLTSGANTWGEIASSALAKGSFDVLNCDDTDLAQISGMDNIFSQYWIIGAYNTVFGDIGHKMFDDGFKLASIGFNKKGGGEPPAEVTEPGTFAMLFMGGALVMWRRKRSA				NA	NA	NA	NA	NA
AK237_01060	2811	bepA_3		Beta-barrel assembly-enhancing protease	ATGAAAAAACAGCGAATGTTAACTTCAGTCGTACGCAGTGCACTCTTTGGTATTGTGGGCTTATCTGCTATTGCCACAGCAAGCGCATCGACCTTTGAAGATTACGAGCAAGCATTAGCTGCATTCAACGCACAGCGCTACGAAGAATCATTCGTTCACCTGAAAAACAGTCTTCAGAAAGATCCTAAAAATCTGACTGCAAAGATTTTGATGGGCAGATTGTTACTGCAAAACGGATACGTCCGTGCAGCGGAACTCGAATTCCAGGAATCGCTGGAAATGGGGGCTGATCTTAACTTAGTCGCTGAGCCTCTTGGTACGACCTGGCTATTCATGAATCGCTACCGCGATATTCTTGACTTTAACGAATACAAACGCCTCGGCTCCCAACAAAAGTCTTCCTGGTTACAAGTGAGAGCCACCGCATGTACAAAACTCAATGACGACGATTGTGCAAAGCAGGCGTACGAAGATATGCTTGCCCTCCCCTTTGATAAAGACAGTGCCTTTAATGGATTGGCCGCGATTGCCATGCGCGCTGGCAACCTGTCATTAGCCGAAGATTATCTCGGTCAATCAAAAGCCATTAACGACAACAGCGCCGTATTGTGGCGATTAATGGGGCAACTAAATTTTCGCCAGGAAGATATCGATAGTGCCATTGCTAATTTTAAGCATGCGCTAAGCATTAACGCTGATGATCCTATCGCGCTTCGAAATCTCGTTAATATCTATATCGCAAAGGATGACTTTGAGAGCGCGAGAGCTTATATCGATGAAATCATGTCGCGGACACCTGACGATCCGCTTGCGATCCTGCTCAATAATTGGTTAATGACTCAAGAGCAGACCGTCACCACGAATAGCAATGAAATTCAGAAACTCAGCAATACACTTGCTGAACTGTCGCCGGATATTGTTGAGTCGCAGCCCCTTCTTATTTATATCAGTGGGTTGACGGCCTATTTCAACGGAAATATCGAAAAGGCCGTGGGCGATTTTGAACGTTACCTGACGAAGAACCCAGAGGATTTACAAGCGATAAAACTACTGGCAAAAGCCTACATCGCAACGCAACGTCCCAAACTCGCACTCTCGCTGTTAGAGAAAAAGCAGTCGGTACTAATGCAAGATTTAAACGCTGCACTACTACTGGGTGATTTGCTCATTGAACAGAACAAAAGTTTCCGTGCCGATAGCCTCGTGCGCACGTTAGAAGAAAAATACCCTCAGACACTCCAGCTCCAACTGTTTAAGATAAAATTAATGACAGTACGGGGCTTTGAAGAGCAAGCCCTGGCATTGTTAGATGCAAACTACGCATCACAGCAGTTAAATCCTACTTTTTTATTCACCTATGCGTCGATGAAAATGCGCTTTGGGTTTTATGATGATGCGCACAAAGCGGTTGATGCTCTGATTGAGATTTTTCCGGACAAAGCGGACGTATACAACTTTAAAGCGTCGCTATTTATGCAGCAGGAAGAATACAGCAAAGCACGAACATTTTTAGAGAAAGCGCTGTCAATCAATGAGGAAGCATTTTCTGCCCGTTTTAATTTAGCCGCACTGGATGCAAAAACGGGCAATATACCAGCATCTCTGGCTATGCTTGACGAATTACTGGCTCAAGTCCCTCGCCACGTTCCTTCCCAACTGCTGAAAGCACAAAACCTGCTGGTAATGAATGATGTAGAGGGCGCAGTAACTATCTACAACGATGTGCTGGCACTTCACCCCGGCAATCAGGAAGCCCGTATAAAATTAGTACAAATTAGTGCCGGTAAGGGCGATATGAATGGCGCGTTGTATCAATTAGATAAGCTGCTAAAAGACGATTTCGACAACCCTGCCTACTTGCTACAAAAGGCAGATATTTTAATTGGTATGGAAAGAAATGACGAAGCTGAGCAAGCGATTGTTCTTGCTAAAGATATGATTCAAACCAATTCAAAATACCTCGAGCGCTACGGGAATATTCTCATTAAATTGGGCCGTCCTGACGAAGCGCTTAGCGCGTTCCAACAAGCCAGAACGCTGGCGCCCTACGACAACGACCTTGCACTGCACACGGCGAAATTACAGATTGCTATGGGTAAAGTATCGGAGGCCGCTAACACTATCGCATCCCGCATCGACAAGAATCAGGATAATCCTGACTTCTGGTACGTCGCCGGGCTATTAGCGGAAAGCCGGGGCAGCTTCGATAAGGCATCACAAGCCTACGGACGTTCTTTGTCACTTGCGCCTGTTTTTGCTCAACCTTTGCTGGCAGCGTACAAAATGGCGGAGCGTGATAACTACCCGCAAGGCTTTGTCTCGATTGCGCGTAAACTAATGAAAGAACAGCCGCAATACTTGCTGCCCGCGAACTTGCTGGCCCAATACTTCTATAACACGGGCGACTTCGAAAAGGCTATACCTGTTTATATGGAGCTGGTGAAGTTACCTAACGTACTGAACAAACCGAAGGTACTGAATCGCCTCGCAGAAATGTCTGCGCAAAAAAATACCATTCAGGCTAGTCAGTGGATTAAAGAAGCGTTCGAACTTAATGCTAGCGATCCGGAAATCCTTGATACCTATGGCTGGGTGCTGGCAAATGAAGGAAAATATCCAGAAAGCTTAGAGATGTTAAGACGGGCATTTAGCCGACAAGCAACCAACCCCAAACTGCGCTTTCACCTGGGCTATACGTTAATGAAAATGGGACGTGACACCGAAGCCCGGGAACATCTGGCATTAGCCGCCAGTGCGGAGCAAAATTTTAACGGCAAAGCACAGGCGAAAAAGTTACTCGATGAGATATAG	MKKQRMLTSVVRSALFGIVGLSAIATASASTFEDYEQALAAFNAQRYEESFVHLKNSLQKDPKNLTAKILMGRLLLQNGYVRAAELEFQESLEMGADLNLVAEPLGTTWLFMNRYRDILDFNEYKRLGSQQKSSWLQVRATACTKLNDDDCAKQAYEDMLALPFDKDSAFNGLAAIAMRAGNLSLAEDYLGQSKAINDNSAVLWRLMGQLNFRQEDIDSAIANFKHALSINADDPIALRNLVNIYIAKDDFESARAYIDEIMSRTPDDPLAILLNNWLMTQEQTVTTNSNEIQKLSNTLAELSPDIVESQPLLIYISGLTAYFNGNIEKAVGDFERYLTKNPEDLQAIKLLAKAYIATQRPKLALSLLEKKQSVLMQDLNAALLLGDLLIEQNKSFRADSLVRTLEEKYPQTLQLQLFKIKLMTVRGFEEQALALLDANYASQQLNPTFLFTYASMKMRFGFYDDAHKAVDALIEIFPDKADVYNFKASLFMQQEEYSKARTFLEKALSINEEAFSARFNLAALDAKTGNIPASLAMLDELLAQVPRHVPSQLLKAQNLLVMNDVEGAVTIYNDVLALHPGNQEARIKLVQISAGKGDMNGALYQLDKLLKDDFDNPAYLLQKADILIGMERNDEAEQAIVLAKDMIQTNSKYLERYGNILIKLGRPDEALSAFQQARTLAPYDNDLALHTAKLQIAMGKVSEAANTIASRIDKNQDNPDFWYVAGLLAESRGSFDKASQAYGRSLSLAPVFAQPLLAAYKMAERDNYPQGFVSIARKLMKEQPQYLLPANLLAQYFYNTGDFEKAIPVYMELVKLPNVLNKPKVLNRLAEMSAQKNTIQASQWIKEAFELNASDPEILDTYGWVLANEGKYPESLEMLRRAFSRQATNPKLRFHLGYTLMKMGRDTEAREHLALAASAEQNFNGKAQAKKLLDEI				NA	NA	NA	NA	NA
AK237_01061	2571	clpB	COG0542	Chaperone protein ClpB	ATGCGATTAGATAGATTTACCAGTAAATTTCAATTAGCGATTTCCGACGCACAGTCTCTGGCACTGGGTCGGGATCATCAGTTTATTGAGCCCGTGCACCTGATGACAGCCATGCTGAATCAACAGGGCGGCTCTGTACGTCCGTTACTCGATCAAGCCCACGTAAATGTGAATGCATTACGCTCTTCTCTGGCTGAAGCGATCGAGCGGCTTCCGCGGGTCGATGGCATCGGTGGCGATGTACAGTTAAGCAAGGACAGCGGTATCTTGCTGAACCTTTGCGACAAAATCGCTCAGCAGCGCAAAGATGAATACATCACATCTGAAATTTTTGTGCTGGCCGCACTTCAGGACAAAGGCAAATTAGGTGATTTGCTGAAAAGCCTGAATGTAACGGAAGAACAAATTGAAACAGCTATTGATAAAATGCGTGGCGGTCAGAAAGTGACAGATCCGAACGCTGAAGATGTGCGTCAGGCGCTGGAAAAATATACCACTGATCTGACCGAACGGGCAGAGCAGGGCAAGCTGGACCCGGTGATAGGCCGTGATGATGAAATCCGCCGCACCGTGCAGGTATTACAACGCCGGACCAAAAACAACCCGGTGCTAATTGGTGAACCCGGTGTAGGTAAAACTGCCATTGTCGAAGGTCTGGCACAGCGTATTATCAATGGCGAAGTACCGGAAGGGTTGAAGGATAAGCGGGTACTGTCGCTGGACATGGGGGCGTTAGTGGCCGGCGCGAAGTACCGTGGTGAATTTGAAGAAAGGTTAAAAGCGGTACTCAATGAACTGGCCAAAGAAGAAGGTCGTGTCATTCTGTTTATTGACGAGCTCCATACCATGGTCGGCGCCGGTAAAGGCGACGGCGCGATGGATGCCGGTAATATGCTTAAGCCTGCTCTCGCGCGCGGTGAACTACATTGTGTGGGCGCAACCACGCTGGACGAATACCGTCAGTATATAGAGAAAGACGCCGCTCTTGAGCGTCGCTTCCAGAAAGTGCTGGTGGATGAGCCGAGCGTGGAGGACACCATTGCGATTTTACGTGGCCTGAAAGAACGTTATGAGCTCCACCACTCGGTGGATATCACCGACCCGGCCATTGTCGCGGCGGCTACATTGTCACACCGTTATATCAGTGACCGTCAGTTGCCTGATAAAGCTATTGATCTCATTGATGAAGCGGCTTCCAGCATTCGTCTGCAAATTGATTCTAAGCCTGAAGATATGGACAGGCTTGAGCGCCGTATCATCCAGTTAAAACTGGAAGAGCAGGCACTGGCAAAGGAAACAGACGATGCCAGCCACAAGCGCCTGGAAATGATTGAGCTTGAGCGTGAACAGGCTGAAAATAAATTGTCCGGTCTGGATAAAATCTGGCGCGAAGAAAAAGATGCGATGCAGGGCACGCAAACCATCAAGTCTGAGCTGGAGCAGGCGAAACTCGATTTGGAAATCGCCCGCCGGGCGTCAGATCTGAATCGTATGTCAGAGCTGCAGTATGGTCGCATTCCTGAGCTGGAAATGAAGCTGGAAAAAGCGGCGGAGAACGAAACCAAAGAAACCTTCTTGTTGAAAAATAAGGTCACCGACGCGGAAATTGCAGATGTGCTATCCCGCTGGACAGGTATTCCCGTATCCAAAATGCTTGAAGGTGAGCGGGATAAGTTACTCAGAATGGAGGACGTGCTTCATAAGCGGGTAGTGGGGCAGGCGGAAGCCGTAAATGCCGTATCCAACGCAATCCGTCGTTCACGAGCCGGCCTGGCAGATCCAAACCGTCCCATTGGCTCGTTCCTGTTTTTAGGGCCTACCGGTGTAGGGAAAACCGAACTGTCGAAAGCGCTGGCCGGGTTCCTGTTCGATACGGAAGATGCACTTGTGCGTATCGACATGTCTGAGTTTATGGAGAAGCATTCGGTATCCCGTTTGGTAGGGGCGCCTCCGGGTTACGTTGGTTACGAAGAAGGCGGTTATCTTACAGAAGCCGTGCGGCGTAAACCGTATTCTGTGATCCTGCTCGATGAGGTGGAAAAAGCGCATCCGGATGTGTTTAATATTTTGCTGCAGGTACTGGACGATGGCCGCCTGACAGATGGTCAGGGACGTACGGTAGACTTCAAAAATACCGTTGTGATCATGACATCAAACCTGGGTTCTGATGTGATTCAGGACACCCACGATGACAGTCAGTATGACGAAATGAAGCAACGTGTTATGGGCGTGGTCGGTCAGCACTTCAGACCCGAGTTCATTAACCGTGTGGATGATCTGGTGGTGTTCCATCCGTTGGGTAAAGAACAGATTAAATCCATCGCTAAGATACAGCTGGCTTCATTGCGTCAGCGTTTATCAGAAAAAGGTTACAAACTGGAATTGTCCGGTGCGGCCATGGATAAGCTGGCTGATGCTGGTTTTGATCCGGTGTTTGGTGCCCGTCCACTGAAGCGGGCTATTCAGACACAAATCGAAAACCCGCTGGCACAGCAGTTGTTATCTGGTGTATTGATGCCTGAATCGACGATTCGCATTGATGTGCAGGATGACCAATTGATTGTCGTGTAG	MRLDRFTSKFQLAISDAQSLALGRDHQFIEPVHLMTAMLNQQGGSVRPLLDQAHVNVNALRSSLAEAIERLPRVDGIGGDVQLSKDSGILLNLCDKIAQQRKDEYITSEIFVLAALQDKGKLGDLLKSLNVTEEQIETAIDKMRGGQKVTDPNAEDVRQALEKYTTDLTERAEQGKLDPVIGRDDEIRRTVQVLQRRTKNNPVLIGEPGVGKTAIVEGLAQRIINGEVPEGLKDKRVLSLDMGALVAGAKYRGEFEERLKAVLNELAKEEGRVILFIDELHTMVGAGKGDGAMDAGNMLKPALARGELHCVGATTLDEYRQYIEKDAALERRFQKVLVDEPSVEDTIAILRGLKERYELHHSVDITDPAIVAAATLSHRYISDRQLPDKAIDLIDEAASSIRLQIDSKPEDMDRLERRIIQLKLEEQALAKETDDASHKRLEMIELEREQAENKLSGLDKIWREEKDAMQGTQTIKSELEQAKLDLEIARRASDLNRMSELQYGRIPELEMKLEKAAENETKETFLLKNKVTDAEIADVLSRWTGIPVSKMLEGERDKLLRMEDVLHKRVVGQAEAVNAVSNAIRRSRAGLADPNRPIGSFLFLGPTGVGKTELSKALAGFLFDTEDALVRIDMSEFMEKHSVSRLVGAPPGYVGYEEGGYLTEAVRRKPYSVILLDEVEKAHPDVFNILLQVLDDGRLTDGQGRTVDFKNTVVIMTSNLGSDVIQDTHDDSQYDEMKQRVMGVVGQHFRPEFINRVDDLVVFHPLGKEQIKSIAKIQLASLRQRLSEKGYKLELSGAAMDKLADAGFDPVFGARPLKRAIQTQIENPLAQQLLSGVLMPESTIRIDVQDDQLIVV	PGPT0014580_4555	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	HIGH_TEMPERATURE_TOLERANCE	HEAT_SHOCK_PRTOEINS,PGPT0014580-clpB-K03695	NA	NA
AK237_01062	744	yfiH	COG1496	Polyphenol oxidase	ATGTTGTCCCTTATCCAGCCTGCATGGACAGCGCCCGATAACGTTTTTGCCTATACCACTACCCGTGCGGGCGGTGTGAGTGAAGGCCGTTATCGTGGGCTGAATGTGGGGGCGCACGTTGGGGATGCGTTATCGGCGGTAGAAGCCAATCGCGCATTGCTTCCTGATAGTGAGAAAATTGTCTGGCTACAACAGGTACATGGTCACCGAAGTGTTCATCTAGACACACTATCTACAAAGCAGGCATCTGGCTTACCTTTAGAAGCTGATGCGGCCATCAGTAGCGCATCTACGCACACATGTGCGGTGATGACAGCTGACTGTGTACCCATCTTGCTATGCAATAATCAAGGCTCTGAGGTTGCAGCCATACATGCGGGATGGCAAGGGTTGGCAAATGGCATTATTGGCAAAACGATAAAAGCTATGCAGTCACCTTCCATGTCGCTATTGGCTTGGATTGGCCCGGCAATTAGCCAGTCTTGTTACGAAGTACCCCAGTCGTTGGCTGAAAAGTTTGCTGCGTTCCCCGAAGCAATCAGGTATGCACCTTCGCGTGATAAATGTTTATTAGATTTGCCATTAATTGCAGCCCAACAACTAAAAGCCTCGGGTGTCGAAGATGTTACCCAGTCTGGTCTATGCACCTATTCTGATAGCAAGCGATTTTATTCACACCGGCGCGCCACGCATGAAGGCCGGGCACAAACCGGTCGCATTGTCTCTGTTATAGGCCTGCGTTAA	MLSLIQPAWTAPDNVFAYTTTRAGGVSEGRYRGLNVGAHVGDALSAVEANRALLPDSEKIVWLQQVHGHRSVHLDTLSTKQASGLPLEADAAISSASTHTCAVMTADCVPILLCNNQGSEVAAIHAGWQGLANGIIGKTIKAMQSPSMSLLAWIGPAISQSCYEVPQSLAEKFAAFPEAIRYAPSRDKCLLDLPLIAAQQLKASGVEDVTQSGLCTYSDSKRFYSHRRATHEGRAQTGRIVSVIGLR	PGPT0019965_2916	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
AK237_01063	984	rluD	COG0564	Ribosomal large subunit pseudouridine synthase D	ATGACCCAGCCTGAAAACACCGTCAAGCTTGAGGCTAACACTGAGTCACACCATTATGGTCTGAGGTTAGATCAGGTTTTGGCTGATTTGTTCCCCGAATATTCCCGTTCCAAGCTAAAAAATTGGATTTTGGACGGAAGTGTCACAGTGGATGGTGATGTTTTAACCACACCAAAGCATAAAATGCTGGGTGATGAATACATTCGTGTCTCCGCGCAGATGGAAGTGCAAACAACCAGTCAACCGCAAAAGATTGATTTGGATATTGTCTATGAAGATGAATCTATTCTGGTCATCAATAAGCCGGCAGACCTTGTTGTGCATCCTGGAGCGGGTAATAAAGATGGTACATTACTAAATGCGTTGCTAGCTCATGTTCCGGGCATAGATTTGGTACCCAGAGCCGGTATTGTACACCGCCTCGACAAAGACACGACAGGCCTTATGGTTGTCGCTAAAACTATTCCGGCACAAACTCATTTGGTTAATCAATTACAAGACAGAGTCATGAGCCGTGAATACGAAGCGTTGGCGTACGGTACCATGGTTGCAGGCGGTATTGTCGACGCCCCCATAGGTCGTCATGCGACTAAGCGTACCCACATGGCTGTGCGTGAATTGGGTAAACCTGCCGTCACGCACTATCGGGTAATAGAGAAGTTCCGCACGCATACGCACTTGCGTTTGAAGCTGGAAACCGGCCGTACTCATCAGATCCGTGTTCATATGGCGCATATTAAACACCCTCTGGTTGGGGATCCCGTCTATGGCGGTCGTCCCAGATTGCCAAAAGGCGCATCTGATGAATGTGTTAATGCATTGCGAAGTTTCCATCGTCAAGCTTTACATGCAGCGCAGTTATCTTTATTCCACCCAGATACTGACGAATGGATGACATGGCAAGCGCCACTACCTGAAGACATGGTATCGTTGATTGCAGCGGTGCGTGAAGATACCAAAATTCACGGATTGGACGACATTTAA	MTQPENTVKLEANTESHHYGLRLDQVLADLFPEYSRSKLKNWILDGSVTVDGDVLTTPKHKMLGDEYIRVSAQMEVQTTSQPQKIDLDIVYEDESILVINKPADLVVHPGAGNKDGTLLNALLAHVPGIDLVPRAGIVHRLDKDTTGLMVVAKTIPAQTHLVNQLQDRVMSREYEALAYGTMVAGGIVDAPIGRHATKRTHMAVRELGKPAVTHYRVIEKFRTHTHLRLKLETGRTHQIRVHMAHIKHPLVGDPVYGGRPRLPKGASDECVNALRSFHRQALHAAQLSLFHPDTDEWMTWQAPLPEDMVSLIAAVREDTKIHGLDDI				NA	NA	NA	NA	NA
AK237_01064	768	bamD	COG4105	Outer membrane protein assembly factor BamD	ATGAAATCAATTCGATTAGTGATGCCCCTGGTTGTTGGTGTCATGGTTAGCGTAACAGGATGTAGCTCTTCAGATGATGCAGAGCAACGTGCTGCGCTGGCAAATATGGGCGCTCAGCAAATGTATGACAACGCTAAGCGTAATATGCAAAATGGTAACTTCGGTGCAGCATCGACTGCGTTGAGCGAACTGGACTCCCGTTATCCGTTCGGTCCGCTATCAAACCAGGTGCAGCTTGACCTTATCTACAGTTACTACAAATCAGGCAAAATTGATGAAACGCTCGCAACCATCGACCGTTTTATTCGATTAAACCCAAACCATTCTGATGTAGATTATGCGTTCTATATGCGCGGCTTAACCAATATGGAAGCCGACGCCAATATGTTCCAGGAATTGATGCAGATTGACCGGTCAGATCGTGATCCGTCCAAATCGCGCGAAGCCTTTGAAGATTTCAGACGCCTGATCCAACAATACCCTGACAGTAAATATGCTGCCGATGCTAAAAAACGCATGGCATTCATAAAAGACCGTTTAGCCAAATACGAAATCGCGATTGCGCGGTTCTATATGCGTCGCGAAGCGTATGTAGCAGCGGCTAATCGCGGGCGCTATGTATTGGAAAACTTTTCAAACACCGATCAGGTTCAGGAAGCATTAGAAATTATGGTCGCCAGTTATGATCAACTTGGTCTGACTGAGCTGAAAGAAAATGCGATGAAAACGTTAAGGTTGAATTTCCCTGACAGTGATTTCATTGGGTAA	MKSIRLVMPLVVGVMVSVTGCSSSDDAEQRAALANMGAQQMYDNAKRNMQNGNFGAASTALSELDSRYPFGPLSNQVQLDLIYSYYKSGKIDETLATIDRFIRLNPNHSDVDYAFYMRGLTNMEADANMFQELMQIDRSDRDPSKSREAFEDFRRLIQQYPDSKYAADAKKRMAFIKDRLAKYEIAIARFYMRREAYVAAANRGRYVLENFSNTDQVQEALEIMVASYDQLGLTELKENAMKTLRLNFPDSDFIG				NA	NA	NA	NA	NA
AK237_01065	723	chrR	COG3806	Anti-sigma-E factor ChrR	ATGATTAAGCACCACCCGGAACAAATCCAACTAACACAATTTGTTCAAGCAAGTTTGTCCCCCGCCGAGGCACTGATTGTCTCGGCGCACTGCGACTTATGTCCGCGTTGTAAAACTATCGTCAACGAAGAAACCCATCGTATAGCATCAGAGGTGTTTGACTACACCAGCTTGTCTCACAATGAGAAATTGGAAAGCTACAGTGCTATGTTGGCGAGTATTACGCAGTTACCGCCTTCTGCCTCTGGCAAGTCCGCCAGTCCGTCCAACACTAGTGGCCGCCGCCTTTTAGGAAAAACGTCATCAGTTGAGCGTCCTACAATTGTTCTTGATGGACAGCAGTTTGTCTTACCCAAAACGTTCCAGCGCGTTATCAATAAAACAGGTTCATGGTCGAGTTTAGTCGGTAAGTTGTGGCAGGCTCCGGTGGATCTTGGTTACTCGGGAGTAGCTAATTTTATTTACATGGGACGGGGAGGCAGTGTCCCTGAGCACACTCATCGCGGCACGGAATACACGTTAGTGCTAGACGGTGAATTTCATGATGGCATTAATCGATATCAAACAGGCGATTTTATTGTCATGGATGGACAGTTCACCCATACACCGCAGTCAGATCACATCAGCGGATGTCTGGTATTTACGTTACTGGATGAACCTTTACAGTTTACCTCGGGGATTGCGCGTTTGTTGAATCCTTTCAGCCACTTATTTTTCCGTTAG	MIKHHPEQIQLTQFVQASLSPAEALIVSAHCDLCPRCKTIVNEETHRIASEVFDYTSLSHNEKLESYSAMLASITQLPPSASGKSASPSNTSGRRLLGKTSSVERPTIVLDGQQFVLPKTFQRVINKTGSWSSLVGKLWQAPVDLGYSGVANFIYMGRGGSVPEHTHRGTEYTLVLDGEFHDGINRYQTGDFIVMDGQFTHTPQSDHISGCLVFTLLDEPLQFTSGIARLLNPFSHLFFR				NA	NA	NA	NA	NA
AK237_01066	612	rpoE_1	COG1595	ECF RNA polymerase sigma factor RpoE	ATGTTAGTTGGAATCCCAGTGGAACAAAGTAACAGTGTAATTAAGCCGAAAGATTGTGCGGCAGAAATGTCAGACTATATTGTTAAAGTTGCTGAACAGCGATGCAAAGCGTCTTTCGCCAGAGTTTTTGGCTATTTCGCCCCCCGCTTACGTTCTTACGCTTTAAAGCAGATGGGTAACGAAGCATTAGCGATGGAAATGGTCCAGGATACGATGTCGAACGTATGGCAAAAGGCACATTTGTTTAATGCAGAGAAAGGCAGCCCGTCCACTTGGATTTTTACTATTGCCCGTAACATTCGTTTTGACATGTTGCGCAAACTGCAGAACCGAAAAGAGGATGTGTGCTCTGACGACTTATGGCCAGTATTGTGCGAGCAAACGCCAGACGTGAATGAGCAGTCTCTTGATGAACAAATAACGCTTGAGCAGATTGGCTTCATGTTTGAAGACTTACCTAAGAAGCAAAAGTCAGTTATTGAAGCCATCTATATAGATGGTAAATCTCAGCAGGAAGTTGCAGATGAACTGCACATTCCGTTGGGTACAGTAAAATCTCGTACCCGACTTGCGCTGCAACGCCTTAAAGGCATGCTACAGGATCATGATTAA	MLVGIPVEQSNSVIKPKDCAAEMSDYIVKVAEQRCKASFARVFGYFAPRLRSYALKQMGNEALAMEMVQDTMSNVWQKAHLFNAEKGSPSTWIFTIARNIRFDMLRKLQNRKEDVCSDDLWPVLCEQTPDVNEQSLDEQITLEQIGFMFEDLPKKQKSVIEAIYIDGKSQQEVADELHIPLGTVKSRTRLALQRLKGMLQDHD	PGPT0014960_4952	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-BIOFILM_REGULATORS	CE-OTHER_BIOFILM_REGULATORS,PGPT0014960-rpoE|sigW-K03088	NA	NA
AK237_01067	576			hypothetical protein	ATGACGGCGCCAATCCTCCCTCTGTTTCCTCTGTCTGCCCACTTGCTTCCGAAAGGTCGAATGGCGCTGAGGATCTTTGAACCACGCTATATACGCATGGTGAAGGAGGTATGTGCGGCAAGAGGACAATTCGCTGTTTGTATGCTTAATACTCAAGGGGAAAAAGCGGCCAACACACACTTCTATCCTATCGCTACTGCAGCAACGGTTATTGACTTTGATATGCTCGATGATGGATTGCTTGGCATAAAGGTTGCTGGTGTACATTGTGTAGAGGTTAGTAATGTGACCACCGAGCCTGACGGGCTTCGATTAGGGCACTGTCATTCGTTACGAGATTGGCAATGCGACATTACTCCTCAACAGATTTCACCTATAGACGACCGTTTGCAGGAGATTTTTGAGCGCTACGCTGAGCTACGTCAACTGTACGAAGTACCTGAGTATAATGATCCCATTTGGGTGATGTACCGTTGGCTGGAACTGCTGCCCGTAGACGCTAAACAGAAACAGTATTTTCTTGCTCAGCAAGATTGCCATAAGTTACTGGATTACTTAAAGGCACTTGTTCAGTAA	MTAPILPLFPLSAHLLPKGRMALRIFEPRYIRMVKEVCAARGQFAVCMLNTQGEKAANTHFYPIATAATVIDFDMLDDGLLGIKVAGVHCVEVSNVTTEPDGLRLGHCHSLRDWQCDITPQQISPIDDRLQEIFERYAELRQLYEVPEYNDPIWVMYRWLELLPVDAKQKQYFLAQQDCHKLLDYLKALVQ				NA	NA	NA	NA	NA
AK237_01068	441			hypothetical protein	ATGGACATTATTAATCGTTTTTGTGAGTTGTATTCAACATTACATCATGTCGACCCAGAGCAACTGGGAACGATCTACACACAGGATGTAGAATTTATCGATCCCATTGCATCCCACCATGGGTTAGAAGCGGTGAAAGCCTACTTTCACAAACTGCTTGAAGAAGCGCAGTCATGTCGTTTTACCATCCACGAAATATTACCGTCGCCAAACAACGACCCAGATAGCGATATAGTGCCGTGCACTGTGGTTTGGACGATGACGCTTACGCTGAAAAGCCCGACTAAAACCATCACTCTGGATGGGGTAAGCGTTATAAAGATACGCGACAATAAGATTTTTTATCATCGCGATTACTACGACTTGGGCGAAATGGTGTATGAACACATTCCCCTGCTTCGCTGGGTTATCCTTAAAATTAAGAAAAGGTTGGCGTCATGA	MDIINRFCELYSTLHHVDPEQLGTIYTQDVEFIDPIASHHGLEAVKAYFHKLLEEAQSCRFTIHEILPSPNNDPDSDIVPCTVVWTMTLTLKSPTKTITLDGVSVIKIRDNKIFYHRDYYDLGEMVYEHIPLLRWVILKIKKRLAS				NA	NA	NA	NA	NA
AK237_01069	720		COG1028	3-beta-hydroxycholanate 3-dehydrogenase (NADP(+))	ATGAAAACTCTTTTGGTGACAGGTGCGACATCCGGAATTGGACACGCCTTTGCCCTTCTGGCCGCTTCCAGGGGCTACAACGTTATCGCGTGCGGACGAAACGAAGAAGCCCTGGCAGAACTCGCGCAGAACGAGAATATTACTACCGCGCAATTCGATTTAACCGACCTTGACGCGACGCGCTCGGCCATTGCTCCGTTGCACTTTGACATTGTGGTGCTCAATGCGGGTAATTGTGAATACGTTGATACTGATAACTTTGAGCCAGAGATGTTCCGTCGTGTGTTTGAAATTAATTTTTTTGGCATTATCCACAGTGTCGATGCATTATTACCTAAACTAACAAAAGGGAATCAACTCGTTATCGTAGATAGCATGGCTCGTCTGTTCCCCTTTACCCGAACAGAGGCTTACGGTGCAAGCAAGGCAGCAGTCCATTATTTTACCAAGAGCCTGGAGGTCGATTTAGCCCCAAAGGGTATCATCGTTCAGGCGATATCCCCGGGCTTTGTGGAAACGCCTTTAACCGATAAAAACGACTTCGAGATGCCAATGAAAATAACGGCAGAAGAGGCAGCAAAAGCCATGCTGGCAGGTATTGAGAAACAAAAAAGCAGTGTGTTTTTTCCATCAGGATTTGGCTGGATCATGCGCACATTACATAACATGCCGACAGGCATTCAGAGGTGGCTGTCGCTGAAAATGAGACAACAGCAGTAA	MKTLLVTGATSGIGHAFALLAASRGYNVIACGRNEEALAELAQNENITTAQFDLTDLDATRSAIAPLHFDIVVLNAGNCEYVDTDNFEPEMFRRVFEINFFGIIHSVDALLPKLTKGNQLVIVDSMARLFPFTRTEAYGASKAAVHYFTKSLEVDLAPKGIIVQAISPGFVETPLTDKNDFEMPMKITAEEAAKAMLAGIEKQKSSVFFPSGFGWIMRTLHNMPTGIQRWLSLKMRQQQ				NA	NA	NA	NA	NA
AK237_01070	1272			hypothetical protein	ATGCAACGTCGAATTGCGATTATTGGCTCCGGAATTTCCGGCCTCACGTGTGGGTATTTACTGCACAAAGAACATGACATCACCGTTTATGATGCTAACGACTACATAGGTGGTCACACGGCAACCAAGCTTATTGATGTAAAAGGTAAAACCTACCCCGTTGATACGGGGTTCATTGTTTTTAATGACTGGACGTACCCAAATTTTATTCAACTGATGGATAAATTAGGTGTGCGTCGCCAACCGACTGAAATGAGTTTTTCTGTTCACAGCGAAAAAACACGCCTGGAATATAACGGAAACAACCTCAATACACTCTTTGCACAACGAAGAAACCTCTTCAGACCGCGATTCTGGCGAATCGTCAAAGATATCCTCGCATTTAATAAAGCCTGTAAGGCTCGCGCGGCAGAGAGCCGGGAAGAAGATTTCTCGACCACTCTGTTTGCGTATATTCAATCGTTAGGATTAAGTGAGGATTTTGCCAACTATTATATTCTGCCCATGTGCGCTGCAATTTGGTCTGCCAGCCTGGAACAAACTAAGCAATTTCCCCTCGCTTTCTTTTTGCAGTTCTTCAATAACCACGGTTTGTTGAACGTAAACAACCGACCACAGTGGTATACGCTTATCGACGGCTCTCATAGTTATATCCCCCGACTAACCAAAGGGTATGCCGATAACATAAAGCTATCCAGCCCGGTTACTCGCGTGACGAAAACAGAAGCGGGCTGGGAAGTGCATGCGGCTAATCAACCACCAGCACACTTTGATGACGTAATATTTGCCTGCCATTCAGATCAGGCGCTGGCGATGCTGGACACGCCAACACAAGCGCAGCAAGCTATCCTGGGCGCAATACCCTATGCGAAAAATGACGTGGTATTGCATATGGACACAACGCAGTTACCCGATCGCAAACTGGCCTGGGCGAGCTGGAACTACAGGCTCAAAGAAACACCTGAGGAGCGCCTCGCCCCAGCAGCGGTTACTTACAACATGAACATCTTGCAGCGCTTCGATACTGCCCCCGTAACGTTCTGTGTAACACTGAATAACACTCAGGCTATCGATCCGGCCAAAATTTTACGCCAGTATGAATACGAACATCCTCAGTACAGTGCAACCATGGTTGCCGCCCAGCGACGACGTAATGAAATATGCGGCATCGACGGCATACATTTTTGCGGTGCCTACTGGTATAACGGGTTTCATGAAGACGCTGTAAAAAGCGCACTGGATGTCTGTGAGCGATTTGGAGCGACGCTGTGA	MQRRIAIIGSGISGLTCGYLLHKEHDITVYDANDYIGGHTATKLIDVKGKTYPVDTGFIVFNDWTYPNFIQLMDKLGVRRQPTEMSFSVHSEKTRLEYNGNNLNTLFAQRRNLFRPRFWRIVKDILAFNKACKARAAESREEDFSTTLFAYIQSLGLSEDFANYYILPMCAAIWSASLEQTKQFPLAFFLQFFNNHGLLNVNNRPQWYTLIDGSHSYIPRLTKGYADNIKLSSPVTRVTKTEAGWEVHAANQPPAHFDDVIFACHSDQALAMLDTPTQAQQAILGAIPYAKNDVVLHMDTTQLPDRKLAWASWNYRLKETPEERLAPAAVTYNMNILQRFDTAPVTFCVTLNNTQAIDPAKILRQYEYEHPQYSATMVAAQRRRNEICGIDGIHFCGAYWYNGFHEDAVKSALDVCERFGATL				NA	NA	NA	NA	NA
AK237_01071	762			hypothetical protein	GTGACCCAACAACAAGCCACTACCTTTGAGAGTGGCATTTATTACGGAAAGACATTCCATCAACGTTTTCGTCCTACACAACACAAATTTGACTATAATATTGCGTTGTTCTGGCTAAAGTTATCAGAGATTGAAGCGCTGGACGCCTCGTTACGCTTTTTCTCAAGCAAAAAGCGCAACCTCACACGCTTTTACCGGCCCGATTACTATGGCGACGCTTCCGTACCATTGGATGAAGCCATAAAGGCCAAGATGACGGCCCTGAATGAAAATATCCCCCTGGAGGGTGAAGTATTTTTTTTAGGGCAACTGCGCACCTTAGGTATGTATTTCAGCCCGGTTAATTTTTATTTTCTACGGTGTACGCAAACCGGGCAGTACACACATATGTTAGCAGAGGTGAGCAACACTCCCTGGAATGAGCGACACTATTATTTGGTCGATATGGCAACGCAAGAGGACGCTCAAAAGCAATTTCATGTGTCGCCATTCAACCCGGTGGACATGACGTACAAATGGACGATTAAGCCACCAGGCGACACGTTTTCACTTTCACTCGCGTGCCACCGTGAGGAAAAAGACTTCGTTGCCGGTGTAAACATGAAAAGAATTTCACTTAATAATGAGAATCTTCGCTCTACACTAAAGCGTATACCCAGTATGACAATAAAAACCGTGGTGGGGATTTATTGGCAAGCGTTGAAGCTTTTTATCAAGCGCACGCCAATTTATGACCATCCTAAAAGGCAGGAACCGAGATAA	MTQQQATTFESGIYYGKTFHQRFRPTQHKFDYNIALFWLKLSEIEALDASLRFFSSKKRNLTRFYRPDYYGDASVPLDEAIKAKMTALNENIPLEGEVFFLGQLRTLGMYFSPVNFYFLRCTQTGQYTHMLAEVSNTPWNERHYYLVDMATQEDAQKQFHVSPFNPVDMTYKWTIKPPGDTFSLSLACHREEKDFVAGVNMKRISLNNENLRSTLKRIPSMTIKTVVGIYWQALKLFIKRTPIYDHPKRQEPR				NA	NA	NA	NA	NA
AK237_01072	1260	trmR		tRNA 5-hydroxyuridine methyltransferase	ATGTCACACGGCGAATCCACTTTCATATTTCAGCAGGAAGCCAGTAATATTGACCGCGCGTGTCGCAGTGCTTTTTTTAAGGTGTTATCCATATTACCGGAAGGTCATATGACGATAAAAGAAAACGGTACTACCGTTGCGCAATTTGGCGATCCGCAAAGTACCTTAAAAGCCGATGTCAATATTCTCAATGTAAAAGCCTATCGCCATTTATTACTGGGTGGCAGCGTTGCATCAGGAGAAACCTACACCGACGGTTTATGGACCACGTCTGACCTGACATCGGTTATCCGTATTTTTGCACGCAACCTTCCCATGCTGGACAAATGGGAAGAGAAGTTCAGACTGTTAGTGTTACCCTTCCAAAAAATTCAACATTTCCTGCGCAGAAACACCCAGGCGCAAGCGAAAAAGAATATTGAAGCGCATTATGATCTGGGTAACAAGTTGTACACCCGGTTTCTTGATCAGACCATGATGTACTCATCGGCTATTTATCCGGATCCCAACGCCTCTTTGTCAGATGCGCAAACGCACAAGCTCAAAACCATTTGCGATAAGCTTCAACTTCAGCCTTCAGATCATTTAATGGAAATTGGTACCGGCTGGGGCGGTCTTGCTGTATTTGCCGCAAAACACTACGGCTGTCGCGTGACCACAACGACGATTTCAGAAGAGCAATACGCGTACGCTGAAGCGTGGATAGAAAAAGAGAGTCTGGGCGAAAAGGTTACACTGTTAAAACAGGACTACCGTACTCTTGAGGGGCAATATGACAAGCTGGTGTCCATAGAGATGATTGAAGCGGTAGGTAAACGGTATCTGGGTAATTTCTTTGATAAGTGTGCGTCGCTTTTAAAGCCCGAAGGACTGATGTTGCTTCAATCCATCACAATTGATGACAGGCGCTACGACAGCTATAGTAAGAGCGTCGACTTTATTCAAAAATACATTTTCCCCGGCGGTTTCCTCCCCTCTCAATTCGTCATTAACGATTACCTTAAACGCTATAGCGATTTATCGATCAGAGACTTACAGGATATTGGGCTGGATTACGCGAAAACGCTGGATGATTGGTACAAGGCGTTTATCAATGCCAAAGAGCCGTTGATGCAGGATGGCTACGACGAGCGATTTATGCGCATGTGGGCATACTACCTGAAGTACTGTGAGGGTGGATTTTTAGAGCGCACGATCTCTACGGTACAGCTTGTGCTGTCTAAACCCCATTTCAGAGCTCCTATTCAACGAGGCGCGTAG	MSHGESTFIFQQEASNIDRACRSAFFKVLSILPEGHMTIKENGTTVAQFGDPQSTLKADVNILNVKAYRHLLLGGSVASGETYTDGLWTTSDLTSVIRIFARNLPMLDKWEEKFRLLVLPFQKIQHFLRRNTQAQAKKNIEAHYDLGNKLYTRFLDQTMMYSSAIYPDPNASLSDAQTHKLKTICDKLQLQPSDHLMEIGTGWGGLAVFAAKHYGCRVTTTTISEEQYAYAEAWIEKESLGEKVTLLKQDYRTLEGQYDKLVSIEMIEAVGKRYLGNFFDKCASLLKPEGLMLLQSITIDDRRYDSYSKSVDFIQKYIFPGGFLPSQFVINDYLKRYSDLSIRDLQDIGLDYAKTLDDWYKAFINAKEPLMQDGYDERFMRMWAYYLKYCEGGFLERTISTVQLVLSKPHFRAPIQRGA	PGPT0007680_1872	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_SIGNAL-PHOSPHOLIPID_PRODUCTION	PLANT_SIGNAL-PHOSPOLIPID_METABOLISM	PLANT_SIGNAL-CYCLOPROPANE-FATTY-ACYL-PHOSPHOLIPID_BIOSYNTHESIS,PGPT0007680-cfa-K00574	NA	NA
AK237_01073	933	motB	COG1360	Motility protein B	ATGTCAGATGAATGCCCAAAGTGTCCTCCTCCTGGTTTGCCGGCGTGGATGGGGACTTTCGCAGACCTGATGTCTCTGCTGATGTGTTTCTTCGTACTGCTATTGTCCTTTTCTGAGATGGACGTACTGAAATTTAAACAGATAGCCGGGTCGATGAAATTCGCCTTTGGTGTACAAAATAAAATTGAAGTAAAAGACATTCCGAAGGGTACCAGTGTTATCGCGATGGAATTTCGTCCGGGACGGCCTGATCCCACGCCTATTGAAACGATCCAGCAGCAAACTATCGACATGACGCAGCCAACGCTTGAGTTCCAGGCGGGAGACGAGGATTCTTCCGGGGGAAGGCAAACCCAACGGGGTTCTCAGCGAGGTGGTCAGGCTCAACAAACGGCATCCGATTCAGCAGCATCGTCCTCGCAAAGTTCAGATAAGGAACAAGACAATGAAATGATGAAGAAGGTGGCTGAGCAGTTGCAAAAAGAAGTCACCGATGGATCTATCGAGATGGAATCGTTGGGGCAGCAGTTGACCATTCGTATTCGCGAAAACGGTTCGTTTTCAGCTGGTTCGGCATTTCTACAGCCACAATTTAAGCCGATCCTGCGGAAAATTGGTGTGCTGTTGGCTGAAATGCCCGGAGAAATAGAAATTTCAGGCCACAGTGATGGACAGCATATTGCCAATGAACTTTATCGGTCAAATTGGGATTTATCGGCTCAGCGCGCTGTTGCTGTGGCAGAAGAAATACGTAAAGCGCCCGGATTTGATGAGTCGCGCATGTCTGTGGTGGGATTAGCCGACACCCATCCGTTAGTCGAAAATGCTGTCACGCAAGCCGACCGCGCGAGCAACCGTCGGGTTGAAATCAATATCAACCAGGGCAAGCCGTTGTTATCTCAACCTATTTCCGTGCTGGAAGAACCAAAATAG	MSDECPKCPPPGLPAWMGTFADLMSLLMCFFVLLLSFSEMDVLKFKQIAGSMKFAFGVQNKIEVKDIPKGTSVIAMEFRPGRPDPTPIETIQQQTIDMTQPTLEFQAGDEDSSGGRQTQRGSQRGGQAQQTASDSAASSSQSSDKEQDNEMMKKVAEQLQKEVTDGSIEMESLGQQLTIRIRENGSFSAGSAFLQPQFKPILRKIGVLLAEMPGEIEISGHSDGQHIANELYRSNWDLSAQRAVAVAEEIRKAPGFDESRMSVVGLADTHPLVENAVTQADRASNRRVEININQGKPLLSQPISVLEEPK	PGPT0015375_2075	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-MOTILITY|CHEMOTAXIS	MOTILITY-FLAGELLAR_ASSEMBLY	MOTILITY-FLAGELLUM_MOTOR|SWITCH,PGPT0015375-motB-K02557	NA	NA
AK237_01074	762	pomA	COG1291	Chemotaxis protein PomA	GTGGATTTAGCAACCGTCATAGGCATGTTAGGTGGTATCGGCTTTATTGTCATGGCCATGATCCTGGGTGGCGATTTGGGTATGTTCGTCGATGTTGCATCGGTACTCATTGTATTTTGTGGATCTATTTTTGTTGTGATGTCGCAATTCACGTTGGGGCAATTTTTCGGCGCGGGTAAAGTCGCTGGAAAAGCGTTCATGTTTAAAATCGACCCGCCGGAAGTGTTAATCGAAAAAATTGTCGAGATGGCGGATGCCGCCCGTAAAGGGGGCTTCCTTGCTTTGGAAGAAGCCGAAATCGATAATGCCTTTATGCAAAAAGGTGTCGACATGCTGGTTGATGGTCACGATATTGAAGTGGTACGTGAGACGTTAAAGAAAGACATTCAGATGACTACTGAACGCCATGAGTTCGGTGGCTCAATTTTCAAAGGCTTGGCCGACGTAGCACCAGCAATGGGGATGATCGGTACATTGGTTGGTTTGGTTGCCATGCTTTCAAACATGGATGATCCAAAATCAATCGGCCCGGCCATGGCGGTAGCCCTACTGACCACGCTGTACGGTGCTTTTCTGGCTAATGTTATCTGTCTGCCCATTGCGGCCAAGCTTGCTAACCGCATGGAAGAAGAAAAACTCAACCAGTCTTTGGTACTTGACGGCATTGTGGGTATCGCAGATGGCCAAAACCCAAAAGTTATTGAAGGCATCTTGAAAAACTATATTGCTGCCGGTAAACGCGGTGGCGGGGATGAGGAGTAA	MDLATVIGMLGGIGFIVMAMILGGDLGMFVDVASVLIVFCGSIFVVMSQFTLGQFFGAGKVAGKAFMFKIDPPEVLIEKIVEMADAARKGGFLALEEAEIDNAFMQKGVDMLVDGHDIEVVRETLKKDIQMTTERHEFGGSIFKGLADVAPAMGMIGTLVGLVAMLSNMDDPKSIGPAMAVALLTTLYGAFLANVICLPIAAKLANRMEEEKLNQSLVLDGIVGIADGQNPKVIEGILKNYIAAGKRGGGDEE	PGPT0015370_2837	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-MOTILITY|CHEMOTAXIS	MOTILITY-FLAGELLAR_ASSEMBLY	MOTILITY-FLAGELLUM_MOTOR|SWITCH,PGPT0015370-motA-K02556	NA	NA
AK237_01075	246	xseB	COG1722	Exodeoxyribonuclease 7 small subunit	GTGACTACAAAAAAAACGCCAACCGCACCATCTTTTGAAGCTTCACTGGCAGAACTGGAAGCCATTGTAACTGAAATGGAGTCCGGGGAATTGCCGTTGAATGAAGCTTTAGAAAAATTCGAACGTGGCGTAAAATTATCCCGTCTTAGCCAGCAAGCTCTTGCGCAGGCAGAGCAGAAAGTCAAAATATTGCTCACAGAGCAAGGTGAAGCGCATCTGGCCGATTTCACCCCTTCTGAAGACTGA	MTTKKTPTAPSFEASLAELEAIVTEMESGELPLNEALEKFERGVKLSRLSQQALAQAEQKVKILLTEQGEAHLADFTPSED				NA	NA	NA	NA	NA
AK237_01076	894	ispA	COG0142	Farnesyl diphosphate synthase	ATGACAAATATTGACAGCTTACGTCAGAAAATTAAGCAAAACACTGACGAAAGCTTGCTGCGCTATGTGGCGCAGCTTCCGGAACACGCACCACAACTTCGAGCCGCGATGGAATATGCTTTACTTGCTGGCGGCAAGCGCATGCGACCCTTGCTGGTGCATCTTATCGGAAATACCCTGGACATTCCTGGTCAGGACCAGCTCGCCATTAGTTCAGCGATTGAGTGTATTCATGCTTATTCCCTTGCCCACGATGATTTACCGGCAATGGATGACGACGATTTACGCCGTGGCAAGCCCACCTGCCACATTCAGTTTGATGAAGCTACCGCGATATTAGCAGGAGATGCACTGCAAACACTGGCGTTCAGTATTATAGCTGATGCGCCAATGAGCCCATTCGCTGATGCCCAACGCGCCAAGCTTGTCAGTATTTTAGCAAAAGCGTCAGGTTACTCGGGCATGTGCGGCGGCCAGGCGATTGATCTTGCCTCTACAGGGCAGACCATCGACATCGACGCATTAACGCGTTTACATCGTTTAAAGACCGGCGCACTACTTCAGGCGTGCGCCGAGATGATCACGTTACTTGCAGAAGATCTCAAACCCGACCATCGTCAGACATTGGTGACCTTCGCTGGCGACATTGGACTGGCATTTCAGATTCAGGATGACATTTTGGACGTGGAAGGTGACGCAGCAATCATTGGCAAGCCGCAAGGCTCTGACATTGAACGAGGCAAAAATACCTTCCCCGCGTTGTTAGGGATGACACAAGCGAAGGCGGAATTACAACGTCTTCATACATGTGCTCTTCAAGCTTTAGACAGTTTGCCCTACAATACCGAGTTGCTGTCTGCGTTTACTGACTTAATGGTAAAACGGACATTCTGA	MTNIDSLRQKIKQNTDESLLRYVAQLPEHAPQLRAAMEYALLAGGKRMRPLLVHLIGNTLDIPGQDQLAISSAIECIHAYSLAHDDLPAMDDDDLRRGKPTCHIQFDEATAILAGDALQTLAFSIIADAPMSPFADAQRAKLVSILAKASGYSGMCGGQAIDLASTGQTIDIDALTRLHRLKTGALLQACAEMITLLAEDLKPDHRQTLVTFAGDIGLAFQIQDDILDVEGDAAIIGKPQGSDIERGKNTFPALLGMTQAKAELQRLHTCALQALDSLPYNTELLSAFTDLMVKRTF	PGPT0007520_1158	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-TERPENOID_DERIVATE_PRODUCTION,PGPT0007520-ispA-K00795	NA	NA
AK237_01077	1866	dxs	COG1154	1-deoxy-D-xylulose-5-phosphate synthase	ATGAGTTTAGATATAACGCATTATCCCGTGCTGGCACAGGCGCAGACGCCGGATGAACTCAGAAAACTGCCACAGGAAAAACTCCGTGAACTGGCAGATGAGTTACGCCAGTTTTTATTAACGTCAGTAAGCCAAACCAGTGGACATTTCGCCTCAGGTCTTGGCACCGTTGAATTAACGGTGGCCTTACATTACGTTTACAATACGCCATTCGACCGTTTGCTGTGGGATGTGGGCCATCAAGCCTATCCACACAAAATACTCACTGGGCGTGCCGAACGGATGTCGACCATTCGCCAGAAAAACGGACTTCATCCCTTCCCCTGGCCACCTGAGAGCGACTATGACACCTTTGCCGTAGGACATTCATCTACATCCATTAGTGCTGCACTTGGGATGGCGGTTGCCGCAGACAAAGAAGGTAAAGACCGGAAAGTTGTTGCGGTGATAGGCGACGGCGCCATGACCGCAGGTATGGCGTTTGAAGCGTTAAATCATGCCGGAGATATTAATAAAGATCTGGTTGTCGTTCTCAATGACAACGAGATGTCTATTTCTGAAAATGTTGGCGCATTGAACAGCCATCTTGCGCGTTTGCTCACCGGTAACTTCTTCAACAAAATCAGAGATGGCGGTAAGAAGCTGTTAAGCAATGTTCCGCCAATTAAAGAGTTTGCCAGCCGTGCCGAAGAGCACATAAAAGGCATGGTAGTGCCAGGTACAATCTTTGAAGAGCTCGGCTTTAATTATATTGGTCCCATCGACGGACACGATGTGGACGGCATGGTAGACACCTTGCGTAATATGCGACAGTTCTCAGGCCCTCATATTCTTCATGTGGTCACCAGAAAAGGGAAAGGCTACCCGGTCGCCGAGCAAGATCCTATCAAATTCCATGCGGTACCTAAGTTTAACCCAGAGGACAATGCGCTACCTAAATCAGCGCCTTCTGCCCCCTCTTTTTCCGCCATTTTTGGCCAGTGGCTATGCGACATGGCGGCGCAGGATCCTAAACTGATGGCGATTACCCCCGCCATGCGCGAAGGGTCTGGCATGGTGAAGTTTTCTCAGCAGTTTCCTGAGCAATATTTTGATGTCGCCATTGCAGAACAGCATGCTGTTACCTTTGGAGCTGGCCTTGCCAAAGAAGGCTATCACGCCGTTGTTGCCATTTACTCGACGTTCCTTCAGCGCGCTTATGACCAGCTTATTCACGATGTGGCACTGCAAGACTTACCTGTTCTGTTCGCCATTGACCGTGCTGGCGTAGTAGGAGCAGATGGACCTACCCATCAGGGTGTGTTCGATATTGCTTTCTTACGTTGTATTCCGAATATGATCATTATGACGCCAGCTGATGAGAATGAATGCCGTCAGATGCTTTACACCGGCCATAAAGCGCAAAAGCCAGCGGCTGTGCGTTACCCTCGTGGTGCGGGTAAGGGAATTGTGCCAGATGACATTATGCAAGCAATACCGCTTGGGCAATCAAGAACCCTGCGAACAGGCAGTAAGCTCGCTATTTTAAACTTTGGAACCTTACTGCCTTATGCTGAAAAAGCCGCTGAGGAGCTCGATGCGACCCTGGTTGACATGCGTTTCGTCAAGCCGCTGGACACCGGGGCGATTGACAGGCTTTGTCAGCACCATGAAGGCTTAGTCACCCTTGAGGATGGATGCATTATGGGCGGCGCTGGATCTGCGGTAACCGAATACCTGCAAAGTACCAAGCAGCGCATTCATACTCTGCAACTTGGGTTGCCTGATAGCTTTATTTTGCAAGGCACTCAGCAAGAAATGTATGCCGAGCATGGTCTGGATGATGCGGGCATAATTCGTCAGGTGAACGATTATTTCGCTAATTAA	MSLDITHYPVLAQAQTPDELRKLPQEKLRELADELRQFLLTSVSQTSGHFASGLGTVELTVALHYVYNTPFDRLLWDVGHQAYPHKILTGRAERMSTIRQKNGLHPFPWPPESDYDTFAVGHSSTSISAALGMAVAADKEGKDRKVVAVIGDGAMTAGMAFEALNHAGDINKDLVVVLNDNEMSISENVGALNSHLARLLTGNFFNKIRDGGKKLLSNVPPIKEFASRAEEHIKGMVVPGTIFEELGFNYIGPIDGHDVDGMVDTLRNMRQFSGPHILHVVTRKGKGYPVAEQDPIKFHAVPKFNPEDNALPKSAPSAPSFSAIFGQWLCDMAAQDPKLMAITPAMREGSGMVKFSQQFPEQYFDVAIAEQHAVTFGAGLAKEGYHAVVAIYSTFLQRAYDQLIHDVALQDLPVLFAIDRAGVVGADGPTHQGVFDIAFLRCIPNMIIMTPADENECRQMLYTGHKAQKPAAVRYPRGAGKGIVPDDIMQAIPLGQSRTLRTGSKLAILNFGTLLPYAEKAAEELDATLVDMRFVKPLDTGAIDRLCQHHEGLVTLEDGCIMGGAGSAVTEYLQSTKQRIHTLQLGLPDSFILQGTQQEMYAEHGLDDAGIIRQVNDYFAN	PGPT0008960_3804	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
AK237_01078	492	pgpA	COG1267	Phosphatidylglycerophosphatase A	ATGCAACCTGAGTATCGCGCAAAAGTCTCGATGAAGAACCCCGTGCATTTTTGTGCATTGGGGTTTGGTTCGGGTTTAATCCCATTAATGCCTGGCACATTTGGTTCGTTGGCCGCCATTCCGCTTATTTTACTCAGTGCTTCTTTAACACCGTTTTTATTTCTCTGTGTCACGTTGCTGAGTTGCGCAATTGGTATTTACTTGTGTGGTAAAACCGCAGACGACATGGGTGTGCATGATCATGGCTCAATCGTGTGGGATGAAGTCGCAGGGATGTTCCTTACGTTTTTGTTTGTACCCGTTTCTGTAAGTACGCTCATTGCAGGGTTCATACTTTTTCGTATTTTCGATATTTTAAAACCCTGGCCGATAGGTCCAGTGGACAAAACCGTTCACGGCGGTTTGGGTATTATGTTAGACGATATTCTGGCGGGCTTGATGGCATGTATTTGTTTACACGGGGCGATTTGGCTACTGCCCGCGATTGGGTGA	MQPEYRAKVSMKNPVHFCALGFGSGLIPLMPGTFGSLAAIPLILLSASLTPFLFLCVTLLSCAIGIYLCGKTADDMGVHDHGSIVWDEVAGMFLTFLFVPVSVSTLIAGFILFRIFDILKPWPIGPVDKTVHGGLGIMLDDILAGLMACICLHGAIWLLPAIG	PGPT0007710_1085	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-GLYCEROPHOSPHOLIPID_REMODELLING	CE-REMODELLING_GPL_PHOSPHATASE_ACTIVITY,PGPT0007710-pgpA-K01095	NA	NA
AK237_01079	966	thiL	COG0611	Thiamine-monophosphate kinase	GTGAAAGAATTTGATCTTATTGGCCGTTACTTTGCAAATGGCGGCCATCAACGAAAAGACGTAATTGTCGGCATCGGCGACGATTGTGCAATCACGTCTGTTCCTGCAAACCAGCAACTCGCCATTACCACTGATACCCTCGTATCTGGTGTACACTTCCTGAAAGATGCGCCAGCTCGCTCTGTGGCCTATAAAGCCGTGGCAGTGAATTTAAGCGATCTGGCTGCCATGGGGGCTGAGCCTGCCTGGATATCTCTGTCTTTGTCGATGTCCCATGTCGATGAGGCGTGGATGGAAGAATTTGCCAGCGGATTGTATGAACTAACAAAATACTACTCTGTTCAATTAATCGGTGGTGACACAGTGCGTGGTCCATTGGCGATGACGATTACCGCGCAAGGTTTTGTACCGCCTGATGCAGCGCTTAAACGAAGCACGGCACGTCCTGGTGACTGGATTTACGTTACGGGCACTACCGGTGACGCTGGGGCTGGCCTGGATATTCTAAAGGGCTTACGGGAAGCCAAAGACGCAGACCGGGAATATTTGGTTAAGCGACATTTTTATCCCACTCCCCGCGTAGCGGTAGGTGCAGCTCTACGCCGGAATGCCTCAGCCTGTATTGATGTATCGGACGGGTTATTAGCAGATCTTAAACATATTCTCGACGCTTCTGAATGTGGTGCAACCTTACATGTCGATCGGTTACCGGTATCGTCTGCGCTATTTAACTGTGTCGGCGCACAGGAAGCGTACCGTTACGCGTTAACAGCCGGTGATGACTATGAACTGGTTTTCACTGTGAACGAAGAGCAGCGCGGCAATCTGGAAACGTCCCTGGCAAGTACCGGGGTAAAAGCCACCTGTATTGGGCAGGTAACCGGACAGAACGGTAAAATTGATTTAAAACTCTATGACGAGCCTTATCAGATAAAAGACGCTGTGGGCTACGAGCACGAGTTTTAA	MKEFDLIGRYFANGGHQRKDVIVGIGDDCAITSVPANQQLAITTDTLVSGVHFLKDAPARSVAYKAVAVNLSDLAAMGAEPAWISLSLSMSHVDEAWMEEFASGLYELTKYYSVQLIGGDTVRGPLAMTITAQGFVPPDAALKRSTARPGDWIYVTGTTGDAGAGLDILKGLREAKDADREYLVKRHFYPTPRVAVGAALRRNASACIDVSDGLLADLKHILDASECGATLHVDRLPVSSALFNCVGAQEAYRYALTAGDDYELVFTVNEEQRGNLETSLASTGVKATCIGQVTGQNGKIDLKLYDEPYQIKDAVGYEHEF	PGPT0009010_2499	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
AK237_01080	420	nusB	COG0781	Transcription antitermination protein NusB	GTGAAAGTATCCGCACGTCATAAAGCCAGAGAACTCGCGCTTCAGGGCGTTTACTCATGGCAAATGAGCAAAAACGATATTGCGCAAGTCGAGTTATCGTTAGCAACCAGTAACGATATGCAAAAAGTCGATATGGTTTATTTTCAGGCGCTTCTGCGTGGAGTGGCAGAAAATGCTGCAGCACTCGATGCGAAAGTGAAGCCCTATCTGGGGCGCTTGCCAGAAGAGCTCGATCCTATCGAAAAAGCGATTCTGCGCATTGCTACATATGAACTGACTGAGCGCATGGACGTGCCTTATCGCGTAATCATTAACGAATCCATTGAACTTGCTAAGTCCTTTGGTGCCGAAGAGAGCCACAAGTTTATAAACGGCGCGCTGGATAAGGCGGTGAAGACTTTACGTCAACACGAGCGTTAA	MKVSARHKARELALQGVYSWQMSKNDIAQVELSLATSNDMQKVDMVYFQALLRGVAENAAALDAKVKPYLGRLPEELDPIEKAILRIATYELTERMDVPYRVIINESIELAKSFGAEESHKFINGALDKAVKTLRQHER	PGPT0009010_3	DIRECT EFFECT	PLANT_IMMUNE_RESPONSE_STIMULATION	INDUCTION_OF_SYSTEMIC_RESISTANCE|ISR	ISR-VITAMIN_B1|THIAMIN_METABOLISM	ISR-VITAMIN_B1|THIAMIN_BIOSYNTHESIS,PGPT0009010-thiL-K00946	NA	NA
AK237_01081	474	ribH		6,7-dimethyl-8-ribityllumazine synthase	ATGCAGGTAATTGAAGGTAATATTCGCGCGACAGGCAAAAAATTCGCAATTGTTGTGTCTCGTTTCAACAGTTTTGTAGTGGAAAGTTTGCTTGAAGGGGCGCTGGATACCTTAGAGCGTCACGGTGAAGTCAGCGACAGCGATATCACGTTAGTACGTGTACCGGGTGCTTATGAATTACCTGTAGCGGCTAAAAAGTTAGCTGAAAAAGGCCAATTTGATGCCATCATCGCACTGGGTGCGGTAATTCGAGGTGGTACGCCTCACTTTGATTTTGTTGCCGGAGAATGCAACAAAGGTCTGGCACAAGTTTCATTAGAGTTTGGTATCCCTGTTTCCTTTGGTGTTATCACAACTGATTCTATCGAGCAGGCTATTGAACGTTCAGGTACTAAAGCAGGTAATAAAGGTGCAGAAGCTGCGCTGGGTGCTTTAGAGATGGTGAACGTTGTTTCTGCGCTTAACGATTTATAA	MQVIEGNIRATGKKFAIVVSRFNSFVVESLLEGALDTLERHGEVSDSDITLVRVPGAYELPVAAKKLAEKGQFDAIIALGAVIRGGTPHFDFVAGECNKGLAQVSLEFGIPVSFGVITTDSIEQAIERSGTKAGNKGAEAALGALEMVNVVSALNDL	PGPT0008605_2396	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
AK237_01082	1101	ribBA	COG0108	Riboflavin biosynthesis protein RibBA	ATGGCACTCAACACCACCGCTGAAATAATTGAAGATATCCGTCAGGGCAAAATGGTTATTCTGATGGATGATGAAGACCGCGAAAATGAGGGCGATATTATTATGGCTGCCGAGCATGTTACGCCGGAAGCGATTAATTTTATGGTTACGCATGCGCGGGGCTTAGTTTGCTTACCTATGACGCAGGAACGATGTGCACGTCTTAACTTACCGTTGATGGTAGATAAAAACGGCGCGCAATTTCACACCGCGTTTACCGTTTCCATCGAGGCCGCACGGGGAGTGACAACGGGTATTTCAGCCGCAGACCGGGCAACAACCATTCTCGCCGCTGTGGGCAAAGATGCCAAAGCGACTGACATTGTGCAGCCGGGCCACATTTTTCCGTTAATTGCGAAAGAAGGTGGCGTGCTCAATCGTGCTGGACATACCGAGGCGAGTGTAGACCTTGCACGTCTTGGTGGCTGTGAGCCCGCGGCGGTTATTGTGGAAATTCTCAACGAAGACGGCACCATGGCGCGTCGCCCGGAGTTGGAAAAGTTTGCTGAAAAATACGATATCAAGATTGGCACCATTGCCGATTTAATTGAATACCGTAATCTCAATGAAACTACCATAGAAAAAGTTGCGCAGTGCCAGTTGCCGACAGAATATGGAGAGTTTGAATTACACACATTTAAAGATGTTATCGATAATCAAATTCACTTTGCATTGAAGAAAGGCGATATAGATCCCGAGGCGCCCACGCTGGTGCGAGTGCATTTGCATAACACCCTGAGCGATTTGCTGGGCTCAACACGGGCGATAAACCGAACGATGACGCTACCCGATGCCATGAAGCGAATTGCCGAGGAAGGCGGCGTCGTAGTCGTGTTGGGTAAAGAAGAGGATTTAGAAAGCCAGGTACGCCAGTTTGCCGCCGAGGATCGTGGCGAAAAGCCGGAAGGGAAAACGTGGTCAGGCTCGTCGCGCACGGTAGGTGTGGGCAGTCAAATCCTGGCTACTATGGGGGTGAAAAAAATGCGCTTGCTGAGTAAGCCGGTGAAATATCACGCCTTGTCAGGCTTTGGTTTGGATGTTGTGGAATATATTCATAACTAG	MALNTTAEIIEDIRQGKMVILMDDEDRENEGDIIMAAEHVTPEAINFMVTHARGLVCLPMTQERCARLNLPLMVDKNGAQFHTAFTVSIEAARGVTTGISAADRATTILAAVGKDAKATDIVQPGHIFPLIAKEGGVLNRAGHTEASVDLARLGGCEPAAVIVEILNEDGTMARRPELEKFAEKYDIKIGTIADLIEYRNLNETTIEKVAQCQLPTEYGEFELHTFKDVIDNQIHFALKKGDIDPEAPTLVRVHLHNTLSDLLGSTRAINRTMTLPDAMKRIAEEGGVVVVLGKEEDLESQVRQFAAEDRGEKPEGKTWSGSSRTVGVGSQILATMGVKKMRLLSKPVKYHALSGFGLDVVEYIHN	PGPT0007990_3877	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
AK237_01084	666	ribE		Riboflavin synthase	ATGTTTACCGGTATTATTCAAGCACTGGGTACCATCCAGTCCCTTGACCATCGCGGCGAAGATATCAAACTTACCGTGTCTTCAGAAAAATTAGATATGTCAGATGTTGCTTTGGGCGACAGTATTGCTACCAATGGTGTTTGTCTGACAGTGACAGACTTCGGTGCGGATTATTATTGTGCCGATGTGTCGGCAGAAACCATACGTTATACCGGATTTGCTGATTATAAACCGGGAAGCCTCGTTAATTTAGAAAAGGCTATGCGTCCAACCGATCGTTTTGGCGGGCACATTGTTTCTGGTCATGTTGACGGGGTGGGTGAGGTAAAACGTATTGTAAAACACAGTAATTACATTGAAATATGGATTAGCGCCCCCACTGAGTTAGCTAAATATATTGCGCATAAAGGCAGTATCACCGTTGATGGCGTAAGCCTTACGGTGAATGATGTTGATGGCAATGAATTTATGTTGTGGATTATTCCTCACACACTTCAAGAAACGGTAATCGGTACGTATAAGTCAGGTACCCATGTAAATTTAGAAGTTGATGTGGTGGCGCGATATCTTGAGCGCTTAATGCTAGGCGACAAAGCCGCTGAAAAGTCCACAAAAAAAGACATTAGTATGGCCTTCCTGGCTGAAAATGGCTTTCTTCGAAAATAA	MFTGIIQALGTIQSLDHRGEDIKLTVSSEKLDMSDVALGDSIATNGVCLTVTDFGADYYCADVSAETIRYTGFADYKPGSLVNLEKAMRPTDRFGGHIVSGHVDGVGEVKRIVKHSNYIEIWISAPTELAKYIAHKGSITVDGVSLTVNDVDGNEFMLWIIPHTLQETVIGTYKSGTHVNLEVDVVARYLERLMLGDKAAEKSTKKDISMAFLAENGFLRK	PGPT0008610_720	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
AK237_01085	1122	ribD	COG0117	Riboflavin biosynthesis protein RibD	ATGACCACTACCTCTACAGCTTTTATCTCAGACGATTATGCATGGATGGCCAAGGCCATCAAACTTGCTAAAAATGGTCAGTTCACTACATCTCCGAACCCTCGTGTTGGTTGCATTATTTTAGATAAAGCCGGCCAGTTAGCTGGTCAGGGTTATCATATTCAGGCCGGCACTCCCCATGCAGAAGTTCATGCGCTACGTGAAGCAGGCGCGAGAGCACAAGGCGGAACTGCCTATGTGACACTTGAGCCGTGCAGCCATTTTGGACGAACGCCTCCTTGTGCCGATGCCCTTATTGATGCTGGCATAGGGCGTGTTGTTATTGCCATGACTGATCCCAACCCTCAGGTGAGTGGCCGTGGGATCAGAAAGTTACAGGATGCCGGTATCGAGGTCGTTTCCGATATTCTTGCAGCACAATCTGCCGCATTGAACCCGGGTTTTATCAAGCGAATGGTGTCAGGTAAACCAAGAGTGACGGTTAAATTAGGCACTAGCTTAGATGGCAAAATTGCGTTAGCGAACGGGCTAAGTCAATGGATCACCAGCGCTGAGGCGCGGCGCGATGTTCAGCGCCACAGGGCGCAAAGTTGCGCGATATTAACGGGCAGCGGCACAGCCCTGGCGGATAACCCGAGTTTGTTGGTCAGAGAAAACGAGGCTGACTTTACGTGCTATCCAATTTCTCCCATCCGGCAGCCGTTACGCGTGGTGATAGATAGCCATAATCGTCTTGCAGATGATCTACGCTTATTTACTGACGGACACAAAACCTTGCGGGTGACAGGGCAGCCTGTGGCACCACAAAGCGATGTGCCGGCCATGGCGGTATCGATGTGCGGCAGCTATATTGATTTGTCTCAATTAATGGAAAAACTCGGAGAGCGGCAAATCAACGACGTGTGGGTTGAAGCCGGTCCGGGTCTTGCCGGAGCGTTGTTGGCAGCAGGTGAGGTTGACCAACTTATTGTTTATCAAGCGCCCAAACTGTTAGGTGATAAAGCGAAAAATATGGTGACTTTAAACGCATTTACCCGTTTAGACGAAACACCCACTCTGTCGTTAGTTGATATTCGTCAGATTGGCCCGGATATCAAGCTCACCTATGACGTTATTAACTAG	MTTTSTAFISDDYAWMAKAIKLAKNGQFTTSPNPRVGCIILDKAGQLAGQGYHIQAGTPHAEVHALREAGARAQGGTAYVTLEPCSHFGRTPPCADALIDAGIGRVVIAMTDPNPQVSGRGIRKLQDAGIEVVSDILAAQSAALNPGFIKRMVSGKPRVTVKLGTSLDGKIALANGLSQWITSAEARRDVQRHRAQSCAILTGSGTALADNPSLLVRENEADFTCYPISPIRQPLRVVIDSHNRLADDLRLFTDGHKTLRVTGQPVAPQSDVPAMAVSMCGSYIDLSQLMEKLGERQINDVWVEAGPGLAGALLAAGEVDQLIVYQAPKLLGDKAKNMVTLNAFTRLDETPTLSLVDIRQIGPDIKLTYDVIN	PGPT0008555_1297	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
AK237_01086	450	nrdR	COG1327	Transcriptional repressor NrdR	ATGTTTTGCCCGTTTTGTACGGCACAGGAAACTAAGGTTATCGATTCCCGTCTGGTAGCAGAAGGGCATCAGGTACGTCGCCGTCGTGAATGTGTTATCTGTCATGAGCGCTTTACAACGTTTGAAAGCGCTGAGCTGGTCATGCCTCGCGTCATTAAACGGGACGGTTCCAGAGAACCATTCAATGAAGATAAGTTGCGGGCAGGCTTACAACGTGCATTGGAAAAGCGCCCCGTAAGCACAGAGAAAGTCGAAGAAGTGATCTTGTCGCTTAAGTCAGCGTTGCGTGCTACCGGCGAGCGAGAAGTGTCCAGCGAATTTCTTGGCAACCTCATTATGGATGCGCTGAAAGAACTCGATAAAGTTGCCTACGTGCGATTTGCTTCGGTGTACCGCTCTTTTGAAGACATTCGTGAGTTTGGTGAGGAAATAGCCCGCCTGGGAGACTGA	MFCPFCTAQETKVIDSRLVAEGHQVRRRRECVICHERFTTFESAELVMPRVIKRDGSREPFNEDKLRAGLQRALEKRPVSTEKVEEVILSLKSALRATGEREVSSEFLGNLIMDALKELDKVAYVRFASVYRSFEDIREFGEEIARLGD				NA	NA	NA	NA	NA
AK237_01087	1257	glyA_1	COG0112	Serine hydroxymethyltransferase	ATGTTACCTCGCGATATGACTATTGCGGATTACGATCCGGAACTGGCAGATGCCATGGCCAAAGAAGCTGAGCGTCAGGAGCATCACATCGAGCTCATCGCATCAGAAAACTATTGCAGCCCACGTGTCATGGAGGCGCAAGGCTCTCAGTTAACTAACAAGTACGCTGAAGGGTATCCTGGTAAGCGCTACTATGGTGGTTGCGAGCATGTTGATGTGGTAGAGCAACTGGCTATTGATCGTGCTAAACAACTGTTCGGTGCAGATTACGCTAACGTTCAACCGCATGCTGGTTCTCAGGCTAATGCCGCAGCATTTATGGCGCTTCTCAATGCCGGCGATACGGTGTTAGGTATGAGCCTTTCTGAAGGTGGACACTTAACTCACGGTTCACATGTTAACTTCTCAGGTAAAACCTACAATGCGGTACAGTATGGCCTGAATGAAGAAACCGGCGAAATCGATTACGAGCAGGTTGAAGCACTGGCCTTAGAGCATAAGCCTAAGATGATTATCGGTGGTTTCTCTGCCTACTCTAAAGTGGTTGACTGGGCGCGTTTCCGTGAAATCGCAGACAAAGTAGGCGCGTACCTGCTGGTCGATATGGCACACGTTGCCGGTCTGATTGCTGCCGGTGTTTATCCAAGCCCGCTGCCTCATGCACACGTAGTGACTACCACGACTCATAAAACCCTTGCCGGTCCACGTAGTGGTCTGATCCTGTCTGCCTGTGGCGACGAAGACATCTACAAGAAGCTAAACAGCTCAGTATTCCCGGGCAACCAGGGTGGTCCTCTGTGTCACGTTATTGCAGCAAAAGCGGTAGCGTTTAAAGAAGCGCTTCAGCCTGAATTTAAAGCATATCAGCAACAAGTTGTGAAAAACGCAAAAGCCATGGTTGAAGTGGTACTGGAGCGTGGTTACGACGTAGTGTCAGGCGGTACTGAAAACCACCTGTTCCTGCTGGATCTGATTAAGAAAGATATCACAGGTAAAGACGCTGATGCCGCGCTTGGCCGAGCGAATATCACAGTAAACAAAAACTCTGTACCAAAAGATCCGCGTTCACCGTTTGTTACCAGCGGTCTGCGTATTGGTAGCCCGGCGATTACTCGCCGTGGATTCAAAGAAGAACAGGCGAAGCAAGTGGCTACCTGGATCTGTGATATTTTAGACAACATGGGTGATGAAAGTGTTGTTGAGCGTGTCAAAGGTGAAGTTGTTGAGTTATGTAAAGCATTTCCGGTTTACGGTTAA	MLPRDMTIADYDPELADAMAKEAERQEHHIELIASENYCSPRVMEAQGSQLTNKYAEGYPGKRYYGGCEHVDVVEQLAIDRAKQLFGADYANVQPHAGSQANAAAFMALLNAGDTVLGMSLSEGGHLTHGSHVNFSGKTYNAVQYGLNEETGEIDYEQVEALALEHKPKMIIGGFSAYSKVVDWARFREIADKVGAYLLVDMAHVAGLIAAGVYPSPLPHAHVVTTTTHKTLAGPRSGLILSACGDEDIYKKLNSSVFPGNQGGPLCHVIAAKAVAFKEALQPEFKAYQQQVVKNAKAMVEVVLERGYDVVSGGTENHLFLLDLIKKDITGKDADAALGRANITVNKNSVPKDPRSPFVTSGLRIGSPAITRRGFKEEQAKQVATWICDILDNMGDESVVERVKGEVVELCKAFPVYG	PGPT0008090_5138	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_UTILIZATION	PLANT_DERIVED_GLYCINE_DEGRADATION,PGPT0008090-glyA-K00600	NA	NA
AK237_01088	1038	lpxD	COG1044	UDP-3-O-(3-hydroxymyristoyl)glucosamine N-acyltransferase	ATGACGGCACACACTAAACGCACTTATACCTTAAATGAACTTGCTGAGCATGTAGGAGGCTCGGTAGCGGGCGATGAAGCCAGCATTAAAGAGACCAAGATAAGTGGCGTAGGCACATTGGCAGGCTCGAAAGGGCATCAGATTTCGTTTCTCACAAATGTAAAATACAAATCCCAGCTTGCAGAAACCTCTGCCGGCGCAGTCATTATTCATGATAAAGCGGTGGAAGACTGCCCAGTGCCCGCGCTGGTGCACGAGAATCCACATGCTGCCTTTGCTCGCATCGCCCAGTTGTTCGATACCACACCTGGCGTGGCCTCAGGGATTGCTGAAACCGCGTTAGTAGCCGCATCCGCATCGATTGGTACCAATGTGTCGTTGGGCCACAACGTCATTATTGAAGATAATGTGGTGCTAGGTGATAACGTCAGTATTGGTGCAAATACCGTAATTGGCAAAGGCACGCTCATCGGCGAAAACACCACAATTTACCCGAATGTGACCATTTACCACGACATTTCCATTGGAAAACGTGTGACCATTCACAGCCAAACTGTCATTGGGGCAGCTGGTTTTGGTTACGCCAATGATAAAGGTACGTGGCTGCCCATCCCGCAAACAGGCAGCGTACAAATTGGTGATGATGCGCAAATAGGGGCGTCTAGCAGTATTGACCGCGGAGCCTTGGAAGACACAATCATTGGTAAGAACGTTATCATTGATAACCAGGTACAGGTAGGTCATAACTGTATCATTGGCGACCATTCATGTATTTGTGGGGCGACAGGTATCGCGGGGAGTTGTCATATCGGCAAGTACGTGATTCTTGGTGGCGGTTGTGGCGTAAACGGGCATATCACTATTTGTGATAATGTGCAGGTCACGGGATATACCATGATTGTGCAGGATATCACCGAGCCCGGCGTTTATTCGTCTGGCCAGCCGGCCATGAAAAACCGGGACTGGCGCAAAGTCACCGTACGTACCCGTCAGATTGATGAGCTCTTCAACCGCGTGAAAGCGCTGGAAAAGGGTTAA	MTAHTKRTYTLNELAEHVGGSVAGDEASIKETKISGVGTLAGSKGHQISFLTNVKYKSQLAETSAGAVIIHDKAVEDCPVPALVHENPHAAFARIAQLFDTTPGVASGIAETALVAASASIGTNVSLGHNVIIEDNVVLGDNVSIGANTVIGKGTLIGENTTIYPNVTIYHDISIGKRVTIHSQTVIGAAGFGYANDKGTWLPIPQTGSVQIGDDAQIGASSSIDRGALEDTIIGKNVIIDNQVQVGHNCIIGDHSCICGATGIAGSCHIGKYVILGGGCGVNGHITICDNVQVTGYTMIVQDITEPGVYSSGQPAMKNRDWRKVTVRTRQIDELFNRVKALEKG	PGPT0022340_1470	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-REMODELLINGLPS|LIPID|IVA_METABOLISM	CE-REMODELLING_LIPID_A_METABOLISM,PGPT0022340-lpxD-K02536	NA	NA
AK237_01089	1674	ettA	COG0488	Energy-dependent translational throttle protein EttA	ATGTCATCACAATACGTATATTCCATGCATCGGGTTGGCAAAATTGTGCCCCCCAACCGCCATATTCTCAAAAATATCTCGCTGAGCTTTTTCCCCGGCGCCAAAATTGGTGTATTGGGTTTGAACGGTGCAGGTAAATCTACGCTGCTTCGCATTATGGCGGGTATCGATACCGATATTGAAGGTGAAGCCAGACCACAACCTGGTTTGAAGATCGGTTACCTGCCTCAGGAACCACAGCTTGATGAAACCAAAGACGTTCGTGGAAACATTGAAGAAGCAGTAGCGGATGTTAAACACGCACTGACACGCTTGGATGAGGTGTATGCAGCATATGCAGAAGCCGATGCGGATTTTGATGCTCTTGCTAAAGAACAAGGTGAACTTGAAGCAATTATTCAAGCTAAAGACGGGCATAATCTTGAAAACGCGCTGGAACGCGCTGCGGATGCACTTCGGTTACCGCCGTGGGATGCTGATGTGAGCAAATTGTCCGGTGGTGAACGTCGTCGTGTTGCGCTGTGCCGCCTGTTACTTGAAAAACCTGAAATGTTACTGCTCGACGAGCCTACCAACCACCTGGATGCAGAATCTGTAGCCTGGTTAGAGCGTTTCTTACACGACTACGAAGGCACCGTGGTAGCCATTACCCACGATCGCTATTTCCTTGATAACGTAGCTGGCTGGATTTTAGAGCTTGACCGTGGTGAAGGTATCCCTTGGGAAGGAAACTACTCTTCCTGGCTGGAGCAGAAGGAAAAACGCCTTGCTCAGGAAGAGCGCACGGAAAACGCCCGTGTCAAATCGATGAAGCAAGAATTAGAGTGGGTACGTTCAAACCCGAAAGGCCGTCAGGCAAAATCGAAAGCTCGGATGAACCGCTTTGAAGAAATGGCAACCTCCGATTACCAAAAGCGTAATGAAACCAACGAGCTTTTCATTCCACCCGGAGAGCGACTTGGCGATAAAGTTGTGGATGTGGACCACCTGAAGAAATCCTACGGTGATCGTGTACTTATCGAAGATCTGAGTTTCTCGGTTCCTAAAGGCGCAATCGTAGGCATTATCGGCCCTAACGGTGCCGGTAAATCAACACTGTTCCGCATGCTTACTCAGCAAGAGCAGCCGGATTCGGGCAGTATTGATATTGGTGATACGGTTCAAATCGCCAGCGTGGAGCAGTTCCGCGATCATATGAATGAGAACAACACGGTGTGGAAGGAAGTATCCGACGAGCAGGATATCATCCGCATTGGTAATTTTGAAATAAACAGCCGCGCGTATTGCAGTCGCTTTAACTTCCGCGGCACAGACCAACAGAAGTTTATTAAAGACTTGTCCGGTGGTGAGCGTAATCGTGTTCATCTGGCAAAATTACTGAAGGCCGGCGGCAACATGTTGCTGCTCGACGAACCAACTAACGACCTGGACGTTGAAACCCTTCGCGCACTTGAGAATGCGCTGCTTGAATTCCCTGGCTGTGCCATGGTTATTTCGCACGATCGCTGGTTTTTGGATCGCGTGGCAACACACATTCTTGACTATCGTGATGAAGGCAGCATTAATTACTTTGAAGGTAATTACACCGAGTATGAAAGTTGGCTGAAAGCCACTTATGGTCACGATGTAGTAGAGCCTCATCGCCTGAAGTACAAGCGCATGGCGAAAAAGTAA	MSSQYVYSMHRVGKIVPPNRHILKNISLSFFPGAKIGVLGLNGAGKSTLLRIMAGIDTDIEGEARPQPGLKIGYLPQEPQLDETKDVRGNIEEAVADVKHALTRLDEVYAAYAEADADFDALAKEQGELEAIIQAKDGHNLENALERAADALRLPPWDADVSKLSGGERRRVALCRLLLEKPEMLLLDEPTNHLDAESVAWLERFLHDYEGTVVAITHDRYFLDNVAGWILELDRGEGIPWEGNYSSWLEQKEKRLAQEERTENARVKSMKQELEWVRSNPKGRQAKSKARMNRFEEMATSDYQKRNETNELFIPPGERLGDKVVDVDHLKKSYGDRVLIEDLSFSVPKGAIVGIIGPNGAGKSTLFRMLTQQEQPDSGSIDIGDTVQIASVEQFRDHMNENNTVWKEVSDEQDIIRIGNFEINSRAYCSRFNFRGTDQQKFIKDLSGGERNRVHLAKLLKAGGNMLLLDEPTNDLDVETLRALENALLEFPGCAMVISHDRWFLDRVATHILDYRDEGSINYFEGNYTEYESWLKATYGHDVVEPHRLKYKRMAKK				NA	NA	NA	NA	NA
AK237_01090	402			hypothetical protein	GTGGATAAACGACAGTTTCAGCGTGTAGATTTAAAAGCACCAGGTGAGCTTAGCCTTCACGGCAATAGTATTCCTGTGACTATAGAAGATGTCTCCTTACAAGGCTTGCGCCTTAGTGCTGCTGAAGCCATGTTAGATATGTTGCCATTTGATAGTCACGATCCTTACACCGTGATATTCAAGGCCAATCCAGACAGCCCATTAATGACCCTCTATCTGCAACAGTTGTATCGTCAGACGCCGCAAAAAGCTGGCGTGATTTATATCGGCTGCAAGGTTGATCATATTGATGTTGAATGTCTCGCAGAGCTCCGCCGTCTGATCAATCTGAACAGCGGCGATGAGCAACTTAGCGAAAAAGATATGGATGCCCTGCTAAACGCCGTTTTTCCTGGTAAGTAA	MDKRQFQRVDLKAPGELSLHGNSIPVTIEDVSLQGLRLSAAEAMLDMLPFDSHDPYTVIFKANPDSPLMTLYLQQLYRQTPQKAGVIYIGCKVDHIDVECLAELRRLINLNSGDEQLSEKDMDALLNAVFPGK				NA	NA	NA	NA	NA
AK237_01091	1425	radA	COG1066	DNA repair protein RadA	ATGCAGTCACAGCATAATAACGGTAGAATGATGCTAAATACTACCTTTTATATAGTGTATATGGCAAAACGAAAAACAGCTTACGTTTGTTCCGACTGTGGTGCAGAGTTTCCCCGCTGGCAAGGACAGTGTACCGAGTGTAAAGCGTGGAACACGATTTCTGAATTTGTGGTATCGCCGGCAAAGACTGCAAAAGCGCATTTTAGTGGTTATGCCGGGCAAACCAACGCGCGTATCGAACCGCTAAATGCAATTAATCTTGAAGCGCTTCCCCGTTTCAGTTCTGGCTTCAAAGAGCTGGACCGTGTACTCGGCGGAGGCATTGTACCCGGTTCTGCGATGTTAATTGGTGGGTCACCTGGGGCGGGGAAAAGTACGTTGTTGCTCCAGGTGATGTGTCAATTGGCTAAAGAAAAAAGCGCATTGTATGTCACAGGGGAAGAGTCGTTGCAGCAAGTGGCCATGCGGGCTCAGCGGCTGGGCTTACCAACAGACAAGCTGATGATGCTAGCCGAAACCAATGTCGAGACCATTTGCGATCTGGCATTAACGCAGCAACCTAAAATTATGGTAATCGACTCCATTCAGGTCATGAATGTCAGCGATGTTCAATCTGCGCCTGGCAGCGTGTCACAGGTGAGAGAGAGTGCTGCGTATTTAACGCGCTTTGCTAAGCAAAATCATATTGCGATGTTTATTGTTGGGCACGTTACCAAAGATGGTAATCTCGCCGGACCTAAAGTGCTGGAACACTGTATCGATTGTTCAATGATGCTGGAAGGAGAAAGTGACGGCCGCTTCAGAACATTGCGTAGTCATAAAAACCGTTTTGGGGCGGTTAATGAGCTAGGCGTGTTCGGTATGACAGAGCGTGGACTAAAAGAAGTAAGCAATCCTTCTGCAATTTTTTTAAGCCGGGGGGAGAATCAGGCGCCGGGGTCGAGCGTGATGGTTGTATGGGAAGGAACCCGGCCATTACTGGTAGAAATTCAAGCGTTAGTTGATTACTCGCAAATGGCTAACCCTCGCCGTGTGGCGGTTGGACTGGAACAAAACCGTCTGGCGATGTTACTGGCAGTACTGCATCGTCATGGTAATGTACAAATGAACGATCAGGATGTGTTCGTAAATGTGGTTGGTGGTGTGAAAATTTCAGAAACCAGTGCCGATCTGGCGTTATTGCTGGCTATGGTCAGTAGTTTTCGTAACCGCGCGTTACCCCGGGATTTAATCGTGTTTGGTGAGGTTGGCTTGGCAGGAGAAATTCGACCGGTACCGAACGGTAGTGAGCGAATTACCGAGGCGGCGAAACACGGTTTTAAACGTGCCATCGTGCCCAAATCCAATGCCCCTAAACATGCCGTGCCAGGGTTGGAAGTCGTGCCGGTCAGTCAATTATCAGAAGCCTTAGACGCACTAAGTTAA	MQSQHNNGRMMLNTTFYIVYMAKRKTAYVCSDCGAEFPRWQGQCTECKAWNTISEFVVSPAKTAKAHFSGYAGQTNARIEPLNAINLEALPRFSSGFKELDRVLGGGIVPGSAMLIGGSPGAGKSTLLLQVMCQLAKEKSALYVTGEESLQQVAMRAQRLGLPTDKLMMLAETNVETICDLALTQQPKIMVIDSIQVMNVSDVQSAPGSVSQVRESAAYLTRFAKQNHIAMFIVGHVTKDGNLAGPKVLEHCIDCSMMLEGESDGRFRTLRSHKNRFGAVNELGVFGMTERGLKEVSNPSAIFLSRGENQAPGSSVMVVWEGTRPLLVEIQALVDYSQMANPRRVAVGLEQNRLAMLLAVLHRHGNVQMNDQDVFVNVVGGVKISETSADLALLLAMVSSFRNRALPRDLIVFGEVGLAGEIRPVPNGSERITEAAKHGFKRAIVPKSNAPKHAVPGLEVVPVSQLSEALDALS	PGPT0014905_3369	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	UNIVERSAL_STRESS_RESPONSE	STRESS_SIGNALLING_PROTEINS	STRESS_SIGNAL-DNA_DAMAGE_DEFENSE|REPAIR,PGPT0014905-radA-K04485	NA	NA
AK237_01092	2529			hypothetical protein	ATGGAAAAAGAACTTCAGCAATATGCAGACATTATAGAGCAGCTGAAATCCTCTATTGGTGCGCCGGAATTTAATCAGATCCTGGTTCAGCTTACTTTGAACCTTCCCTCTGAGAAGCGCTTCCTTATAAAGATGGAACTCAAGCGTCTGGCCAAGCCCTGTGTTCGCGCTATTGATTTACGCGGACAAGTTGATGGTGAATGCCGGCTATTTGAATACCGTGGCCGCAAACACTACCTCGACGAGGTAGCCATTGATGTTTTCAACCGGCAGGTGAAAATATTCGGCAATTACACCTTTGGGGTGTACGAAGCCGTCATGGCCACTGAAAATAACTTCAGAGTCATGCGAGACAAAGCCGAGCGTCAGGCAGAAAGTACCTCACAGAAATCAGTTGCCGACATCAAGCAAGAGAATCTGCACCAATATTCAATTCCAGTGGTTAATCTGCTTTCTTATGCACACCGCAGCCATGAGCGCATGAACTTTGCGGTGGCGGTTGATATTCACGATGATAGTGGCAACGTGTACAAAGCCGGCAGTATCGATATTTCCATTGAAGGATTACGTTTAAAATTACCGAAAGAATATCGCTTTAAACCAGAACAGAAACTCAACGTGTTTTTCCGCGGCTTAGAAGATGAATTTGCCATGGATAAGCGAAACGGTATCGCTTATAACGTTATTACGACTAAGCGCGAGAAAGATAATCATTACCTGACCCTTGCTCGCAACAGAAACTATCCATCCCCATCTTTCGATAAGTTCTTAGACAATTTCATTCACGGAAATAAACGTCGCTATAAAGTCAATTTAACCAATACCATTGATGCGATTATCAATAAAACCGCAGAACAGTACATTTCGCCCTGTAGCCCATCGCTACCTATTTTTATTGATGCAATAAACGACGGACTCATCCCCCGCTATGCCATGCTCAACAGTATCAATAAAGATATTCTGGATTACTGGAAAGATGAAGCAGATGGGCTGAAATTAGGTTACCTGCTAAAACAAAACCGCCTCGCCTGGCTGCAATCCCGGGTTGACCAAAAAGCGGAAATGTATGTGTTCTGCTTTACCCATATACAAAATAATGCGGTGTATTTCTATTCGGCCTCGGGTCAGGAACTTGAGCAAAAAGAAACCCTTAAATCTGTTTTTATTGGCTTTGGTTCGCGTAAAGTAAGTTGGCGAGTTTTCAAACTCACCATGAGCCATATGGCTCCCGAAGAAGCCCACTGCCCTTTATCTATTCCTGACGGGGTGGGTAGTGTTGCCAAGAAACAGAATACGCCGCCGTCGGCGAGGTTAATGGCGAAACTAAAACACTTACGTTACATCGTGCATATTACCGATGTAACCTCTGAGAGTGGACAACGTCAGTATGCATCGCTTAAGTTCGACCGCAGCAATTTGTCGCATCTGCGTCTTTTTGCCCACCCGCGCAATAAGATGCCCGTTGAAATCAAACCGTACCGTTACCGATTTCAAGAGCAGCGAATGGAAACACGGTATATTTTACGCTCTCCCATTGAAATTTCCGATTATAGTGACACGTTCAACACCACCGGTATTTCAGAGGACATTTCCATTTCCGGTTTGCGTTTAGAGGTGCCCAATGAGTTTAATGGAGAAATCGGCGGCCTGGTAAAAGTAACCTTTCCAAAACTACAGGCACTCACTACCAAACTCGACGTAACCGAACTGATTTACGAAGTTATTCATTACAACGAAGACAAAAACATCGTTCATTTGCGCGCTGCCGAGGGCGAAGCGGGCGCAGTAGCAAGGAAGTTTTTCGATAACCTGATCAGACAAAACAAACAAGCGTTAAAAACCTATCCGGAAGAAGAAGAAATTCCGGGGATCGGCCACGCGCTTCGCTGTATCAACGCGCGCCATACGCCGAACTTTGCTTTCCTGCTGGCTAAATCAGGGGTTCGTTATGAACCCGACATGGCAGTGTTTAATGACCGCGATTCGGCGGCCAGCCGCATGCTCAGACATTTTACGGGCAAACAGAAAGCCAATATTGAATTTTTATACCGCGATAAAAATATGGAAGCGCCGCTGATGCTTCATGGTATTAAAACCATGAAAGTAGAGAATCAACCGCTTAAACACGAGCTATTTATTGCCTACGATCCGTCCCGTAAAAACAGTAAACTATCCATTCTGCCTAAGCTTGATATCCACTTTAACAGTGACGACAGCCGAAAATCATTTATCACCGAAGCTATTGCTCGCGGCCACTTTATCGCCCTGCAAGTCACACTAACCACGACCGGCAAACCAGATTTAGACATGCTGCAAGCTGAACTAAGTTATGTGACCATGTACGCATTACATCGGGCAAAAGAGCTTGAGGAGAAAATTTGGGGCATGGGTGCATCTGTGCACCTTGTCGATGTGACAAACGAAGTAATGTCACGATTTGGCTACGATAAATCTACCATTGTCCGTAACAGCAATATCGAGACGATGAGCGAAGCTTCATCGCAAATTGAAAAAATACTTCAAATGTAA	MEKELQQYADIIEQLKSSIGAPEFNQILVQLTLNLPSEKRFLIKMELKRLAKPCVRAIDLRGQVDGECRLFEYRGRKHYLDEVAIDVFNRQVKIFGNYTFGVYEAVMATENNFRVMRDKAERQAESTSQKSVADIKQENLHQYSIPVVNLLSYAHRSHERMNFAVAVDIHDDSGNVYKAGSIDISIEGLRLKLPKEYRFKPEQKLNVFFRGLEDEFAMDKRNGIAYNVITTKREKDNHYLTLARNRNYPSPSFDKFLDNFIHGNKRRYKVNLTNTIDAIINKTAEQYISPCSPSLPIFIDAINDGLIPRYAMLNSINKDILDYWKDEADGLKLGYLLKQNRLAWLQSRVDQKAEMYVFCFTHIQNNAVYFYSASGQELEQKETLKSVFIGFGSRKVSWRVFKLTMSHMAPEEAHCPLSIPDGVGSVAKKQNTPPSARLMAKLKHLRYIVHITDVTSESGQRQYASLKFDRSNLSHLRLFAHPRNKMPVEIKPYRYRFQEQRMETRYILRSPIEISDYSDTFNTTGISEDISISGLRLEVPNEFNGEIGGLVKVTFPKLQALTTKLDVTELIYEVIHYNEDKNIVHLRAAEGEAGAVARKFFDNLIRQNKQALKTYPEEEEIPGIGHALRCINARHTPNFAFLLAKSGVRYEPDMAVFNDRDSAASRMLRHFTGKQKANIEFLYRDKNMEAPLMLHGIKTMKVENQPLKHELFIAYDPSRKNSKLSILPKLDIHFNSDDSRKSFITEAIARGHFIALQVTLTTTGKPDLDMLQAELSYVTMYALHRAKELEEKIWGMGASVHLVDVTNEVMSRFGYDKSTIVRNSNIETMSEASSQIEKILQM				NA	NA	NA	NA	NA
AK237_01093	999			hypothetical protein	GTGAACACACTATCTGTTTCATCTGTCCATAGTCAGGACTTTCTCATTAACTTATTGCGCGCCCAGCCAACGGGAATACGATATACCGAAGGAACGTGGACAAGCGCTGAGAAGGCCACTTCAGCTGATTTAATTACTGTTTATGCGCCGGCGTTAACCCTCTACCAGCTTGAATCAATAACGATGGCGTTGCAGCCATATTGTTCAGTCTGTGGTTTTCGACAGCACCCACTTAGTGGTACGTTCCATGACACGGTGGTGGTGTCGCCGGTTGATATCATCCAAAGTGAAGGCTTAAAAGCCAGGCTGGAAAGTGTTGCTGAGCAGTTCCACGTTGATATAGTACTACAGCATTCCCAGCCTGAGCGCACGAGGCCGGGCCTGTTAGTTATGGACATGGACAGTACCGTCATTCAAATCGAATGCATTGATGAAATTGCGAAACTTGCTGGCTTAGGTGACAAAGTGGCAGAGGTGACAGCGAAAGCTATGCGTGGCGAGTTGGCCTTTAGTGAAAGTTTACTTTCTCGTGTGGCCTGCCTTAAAGGTGTACCGGTAGCGCAACTGGCACAAATTCGCGATAGCCTTCCTCTTATGCCGGGCGTGATGCCGCTTATTAGTGAGTTAAAGCGCCATGGCTGGAAAATCGCTATTGCGTCTGGTGGGTTTACCTATTTTGCCGATCATCTCAAAGAGCGGCTTGGATTAGATGCTGCTTTTTCAAATACTCTTGCTCTGGACAATGACGTGCTATCCGGAGAAGTGGTTGGTGAGATTGTTGATGCCGATGTAAAAGCGAGAACCGTTGAAATGCTCGCAGAGCAGTGGGGGATCCCAATGACGCAAACTGTGGCTATGGGAGACGGCGCGAACGATTTAATCATGATGGCAAAAGCTGCACTTGGCGTGGCCTGTCATGCAAAGCCAATCGTGCGCGCAAAAGCCGATACTGCCATTCGGTTTTCAGGCCTTCATGGCATGTTGTATTTACTCCGCTAA	MNTLSVSSVHSQDFLINLLRAQPTGIRYTEGTWTSAEKATSADLITVYAPALTLYQLESITMALQPYCSVCGFRQHPLSGTFHDTVVVSPVDIIQSEGLKARLESVAEQFHVDIVLQHSQPERTRPGLLVMDMDSTVIQIECIDEIAKLAGLGDKVAEVTAKAMRGELAFSESLLSRVACLKGVPVAQLAQIRDSLPLMPGVMPLISELKRHGWKIAIASGGFTYFADHLKERLGLDAAFSNTLALDNDVLSGEVVGEIVDADVKARTVEMLAEQWGIPMTQTVAMGDGANDLIMMAKAALGVACHAKPIVRAKADTAIRFSGLHGMLYLLR				NA	NA	NA	NA	NA
AK237_01094	648			hypothetical protein	TTGACCGATAAATTTGCGCCTTGGGCGACACCAGCCCCTTCCCGTCGCCACAGGTTACGGTGGGTGCAGAATCGCCAGACCCATTACGCGGCGATTTTTCTCATCATCGTGTTGTCCATAGGCATGGTCATCGCATCCTATAACCTGTCATCACGATTTTTGTCACTACACGCGGCGTCGAATGTTGATTTACTCTCCTCACAGGCTGCCGAGGCTCTCTCAGTGCCTCTGGCACAACACGATGATAGGTTTGTTAACCGCTATATCGGGCAACTGACATCAAGCCACATTGTAGATGAAGTAAGCGTATTCGATGTATATGGAAAACAACTATACGGCGATGTCTCTGTCCACAGTTTGGCGAGCTCAGAAACAGAATCGCCGCCAATAGTAAAGATGCTTGAAATAGAGGATCCCCACGGTGAACCAATAGGTGTATTGCGACTTATCATCAACAACGATGCGGTGTTAGCAAAAGAGCGAACGCTTATCACCCAACAATATGGGCTACTCGTTGCCGCAACCACATTGGGGTGTTTCCTTGGGATGATAGTTACATTGGGAGTATGGCGTTATCGGTTGCTACTTCCCTATTTTATCCGTTGGTTAAACGGCATGATCCTCAAGCGCCGCCAAAAAGACGCCTGA	MTDKFAPWATPAPSRRHRLRWVQNRQTHYAAIFLIIVLSIGMVIASYNLSSRFLSLHAASNVDLLSSQAAEALSVPLAQHDDRFVNRYIGQLTSSHIVDEVSVFDVYGKQLYGDVSVHSLASSETESPPIVKMLEIEDPHGEPIGVLRLIINNDAVLAKERTLITQQYGLLVAATTLGCFLGMIVTLGVWRYRLLLPYFIRWLNGMILKRRQKDA				NA	NA	NA	NA	NA
AK237_01095	765	yjjV	COG0084	putative metal-dependent hydrolase YjjV	ATGATTGATAGTCATTGCCATCTTGATTTACCTGCTTTTGACGACGATCTTGATGAGGTCTTACAGCGCGCACGGTTAGCTGGCATCAATGGCTTTTTGATCCCCGGAACAACACTGTCTGGGTGGCAAAAACAACGCGACATTGCGGCCAGGCACGCCGACGTATCCATTGCTTTTGGTTATCATCCCTGGTTTTTAAAAGGAGATGTGAAGGCCGCCGTGTCTGAACTTGAGCGCGCTATAGACACACACCGGGAGGAAATTTGTGGGGTTGGTGAGATTGGCCTGGATGCCACGCTTTCGCTTTCGCTACAAGCGCAGGAGAAATGGTTTGTTGCGCAATTGCAGATAGCCCAATCCGCCGGGTTGCCCGTCATTTTACATCACCTCAAAACGCACCATCGATTACCCGCATTAATTAAGCAGTCGGGCTTTACTTGCGGTGGCGTTGTCCATGGATTTACAGGAAATGTACAAATTGCTGAGCAATATATTGCACTTGGATTTTATTTAGGTGTAGGCGGCACAATTACTTACCCTCGCGGCAAAAAGACGCTGGAAGCTGTTTCTCACATTGGGCTATCGAATTTGTTACTTGAAACCGATGCGCCAGACATGCCTCTTTATGGTCGTCAGGGACGGCGCAATGAGCCCGCCCATTTAACCGAAGTGGCTGATACCCTGGCGATGGCATTATCAGTTTCTCGTCATCAAGTGGCTACGAAAACCAGCGATAATTTCAGGCGTCTTTTTGGCGGCGCTTGA	MIDSHCHLDLPAFDDDLDEVLQRARLAGINGFLIPGTTLSGWQKQRDIAARHADVSIAFGYHPWFLKGDVKAAVSELERAIDTHREEICGVGEIGLDATLSLSLQAQEKWFVAQLQIAQSAGLPVILHHLKTHHRLPALIKQSGFTCGGVVHGFTGNVQIAEQYIALGFYLGVGGTITYPRGKKTLEAVSHIGLSNLLLETDAPDMPLYGRQGRRNEPAHLTEVADTLAMALSVSRHQVATKTSDNFRRLFGGA				NA	NA	NA	NA	NA
AK237_01096	639	pdxH	COG0259	Pyridoxine/pyridoxamine 5'-phosphate oxidase	ATGTCTCTTTCTGATATGCGTCGTCAATATTCTCTCGGGCATTTGTCTGAGAACGCTTTAACCCCTCATCCGGTCGCCTTGTTTCGTCAGTGGTTAGAAGACGCCATAAAAGCGGAAATACCCGATCCTACGGCAATGACAGTCGCCACCGTGGATGCGTCAGGTCAGCCTTCGCAGCGCATTGTACTGCTCAAAGATGTAAGCGAAGACGGTTTTTTGTTTTATACAAATTTAGGTAGCCGAAAAGCCAAAGAGCTGAGTGAAAACAACAAAGTCTCATTGCACTTCCCTTGGTTCTTTATGGAGCGACAGGTGCGAGTTTGTGGGGTAGCTGAAAAACTCACTACCGCGGAAAATGCCAGGTATTTCTTTTCACGTCCCAAAGACAGCCAGCTTGCTGCATATGCGTCAAAACAAAGCCAGCCTATTGCAACCCGTGAACTGCTGATGACCCAGTTTCATCAGTTAAAAGCGAAATTCGCCGATAAAGCCCTGCCTGTTCCGGACTTCTGGGGTGGCTTCAGGGTTAAGCCTCATCAAATTGAGTTTTGGCAGGGGGGGGAAGATCGGTTACACGACAGGTTTGAATATAACCTCTGCGAAGGCGGGGAGTGGACTACCCAACGTCTGATGCCATAA	MSLSDMRRQYSLGHLSENALTPHPVALFRQWLEDAIKAEIPDPTAMTVATVDASGQPSQRIVLLKDVSEDGFLFYTNLGSRKAKELSENNKVSLHFPWFFMERQVRVCGVAEKLTTAENARYFFSRPKDSQLAAYASKQSQPIATRELLMTQFHQLKAKFADKALPVPDFWGGFRVKPHQIEFWQGGEDRLHDRFEYNLCEGGEWTTQRLMP	PGPT0009115_2651	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-VITAMIN_B6|PYRIDOXINE|PYRIDOXAL|PYRIDOXAMINE_BIOSYNTHESIS,PGPT0009115-pdxH-K00275	NA	NA
AK237_01097	912	era	COG1159	GTPase Era	ATGCATCTAAATGAAGATGTTGATACGCATTGTGGCCTTGTTGCCATTGTTGGACGGCCAAATGTGGGTAAATCCACACTGCTGAATCGCATTTTAGGCCAGAAGGTCAGCATTACCTCCAGAAAGCCGCAAACAACGCGACACCGCATTTTAGGCATTGATACAGAAGAGAAATTTCAGACGGTTTATGTCGACACCCCTGGATTACACCAGGACGAAAAGCGTGCCATTAACCGTTACATGAATCGTGCAGCCTCCAGTTCACTGGCTGAAGTCGGGTTGGTACTCTTTGTTGTCGAGGGCACGCGCTGGACCGAGGACGATGCCATGGTGCTGGAAAAGGTTAAGAATAGCCGCCTGCCTTGTTATCTCGTTATCAATAAAGTTGATAAAGTGGAAGATAAAGAAGCCCTGATGGCGCAAATTCAAATGCTCTCTGAGCGCCATACGTTTGAGCATATTTTTCCGGTTAGCGCCAAAAATGGACGCCAGGTTGATGCGCTGCGGGAAACCGTGCAACAATCTTTGCCAGAAAGTGAGTTTTATTTTCCCGAAGATTATATCACTGACCGTTCCAGTCGGTTTATGGCCGCAGAAATCATCCGTGAAAAGCTCATGCGTTTTACTGGCGACGAGCTGCCTTATTCGACCACCGTTGAGATAGAACAATTCAAAATGATGGAGAACGGTGTTTACCGTATCAATGGTCTGATCCTGGTAGAGCGAGATAGCCAAAAACGTATGGTTATTGGTAAAGCCGGCAATCATATTAAAACTATCGGCGAGCAAGCGCGTAAAGATATGGAGAACTTGTTCGACAATAAAGTGTTTCTTGAACTGTGGGTTAAAGTGAAACAAGGCTGGGCCGATGATGATCGGGCGCTACGTTCGCTAGGCTACGGTGACGATTAA	MHLNEDVDTHCGLVAIVGRPNVGKSTLLNRILGQKVSITSRKPQTTRHRILGIDTEEKFQTVYVDTPGLHQDEKRAINRYMNRAASSSLAEVGLVLFVVEGTRWTEDDAMVLEKVKNSRLPCYLVINKVDKVEDKEALMAQIQMLSERHTFEHIFPVSAKNGRQVDALRETVQQSLPESEFYFPEDYITDRSSRFMAAEIIREKLMRFTGDELPYSTTVEIEQFKMMENGVYRINGLILVERDSQKRMVIGKAGNHIKTIGEQARKDMENLFDNKVFLELWVKVKQGWADDDRALRSLGYGDD				NA	NA	NA	NA	NA
AK237_01098	690	rnc	COG0571	Ribonuclease 3	ATGCAAGGTATCGACAGATACGCCAGATTATCAAAAATTCTGGATTATCGTTTTAGTGACGAAGAGTTATTAGAGCAGGCGTTAACGCACAGAAGTGCAGCAAAGAAACACAATGAGCGGTTAGAGTTTTTGGGCGATGCTGTACTTGGTATGGTGATAGCCGATGCGTTGTACGCACGCTTTCCCAATGTCCCCGAAGGCAAACTTACGCGAATGCGGTCAACGTTAGTCAAGGGCGATACCTTGGCTGAAATGGCTAAAGAGGCTGGCGTTGGTGAACTGCTTAAGCTGGGGCAGGGTGAATTAAAAAGTGGCGGGCACCGTCGTAGTTCAATTCTTGCTGATGCCGTAGAGGCAATTCTTGGTGCTATTTATCTGGATGCGGGTATCGATACCGTTCGTACCGTTATTTTAACCCTGTGGTCAGGGCGTATCGATCGCTTAGATCCCAACGAACACCCCAAAGACAGTAAAACCCGCTTGCAAGAATTCTTACAATCTCGCCGCGAGCCGTTACCGGTTTACGAAGTGGTAGGGATAAGTGGTAAAGACCACGCGCAAACCTTTGAAGTCAGTTGTCAGGTCGCACAACTGGAAACCCCCGTATTTGGTGTAGGCAACAGTCGTCGGAAAGCGGAACAGCAAGCAGCAAAAGAAACGTTGGAGAAGCTTGAACATGCATCTAAATGA	MQGIDRYARLSKILDYRFSDEELLEQALTHRSAAKKHNERLEFLGDAVLGMVIADALYARFPNVPEGKLTRMRSTLVKGDTLAEMAKEAGVGELLKLGQGELKSGGHRRSSILADAVEAILGAIYLDAGIDTVRTVILTLWSGRIDRLDPNEHPKDSKTRLQEFLQSRREPLPVYEVVGISGKDHAQTFEVSCQVAQLETPVFGVGNSRRKAEQQAAKETLEKLEHASK				NA	NA	NA	NA	NA
AK237_01099	909	lepB_1	COG0681	Signal peptidase I	ATGGCAAATTATTTTTCGATTTTGTTGGTTATCCTGACAGTAGCAACAGGTCTTATCTGGTTGCTGGATAGCCTGTTATGGGCACCAGCAAGAAAGGAGAAAGTCGCAGGCGGTGCGGCATCAGGTTCATCGTCTGCTATAGGACCCCAAGCCGAATTGCCTTGGTTAGTTGATACCTCGCAACAAATTTTTCCTGTTATTGCCTTTGTTTTGGTACTTCGTTCATTCTTATATGAACCGTTTCAAATTCCCTCCGGTTCGATGATGCCGACCTTACTGGTAGGCGATTTTATCTTGGTTGAAAAATACGCATATGGTTTGAAAGATCCTGTCTTCCGTACCAAATTTATTGAAACGGGCGAACCTGAGCGGGGCGACGTGGTTGTGTTTAAATACCCCGAAGATCCGAATGTCGACTACATTAAACGCGTAGTGGGTTTACCGGGAGATACCATTGTTTACCAAAACAAGCAGATATTCATCAAACCTTATTGCGAAAGCGGGCGTAGCGATTGTCCTAAACAGACGCCGGTGCCTCTAGAGTTTAAGGAAAGGGGCGAATTTGTGCAGGATATGATCCCGTTACTGCGTTATACCGAACAATTAGGCGATGTGACGCACGATATTTTACGTAATCCTGGCCGCAGCATTCCGGCGTCTAATTTTTACACCCAGCCCGGCACGCGCAGCAATGAATGGATTGTGCCTGAGGGTGAATATTTTGTGATGGGTGATAATCGCGAAAATAGCCGGGACAGTCGTTTTTGGGGATTTGTACCTGACGACAATCTGGTTGGCAAAGCCGTGGCCATATGGATTAGTTTTGAATTTGAACGTTCCCCTGATAGCTGGTTACCTGGCTGGGTACCCACAGGCGTTCGTTTTAACCGGGTTGGTGGCATAGAGTAA	MANYFSILLVILTVATGLIWLLDSLLWAPARKEKVAGGAASGSSSAIGPQAELPWLVDTSQQIFPVIAFVLVLRSFLYEPFQIPSGSMMPTLLVGDFILVEKYAYGLKDPVFRTKFIETGEPERGDVVVFKYPEDPNVDYIKRVVGLPGDTIVYQNKQIFIKPYCESGRSDCPKQTPVPLEFKERGEFVQDMIPLLRYTEQLGDVTHDILRNPGRSIPASNFYTQPGTRSNEWIVPEGEYFVMGDNRENSRDSRFWGFVPDDNLVGKAVAIWISFEFERSPDSWLPGWVPTGVRFNRVGGIE				NA	NA	NA	NA	NA
AK237_01100	1797	lepA	COG0481	Elongation factor 4	ATGCAACAGTCGCACATTCGAAATTTCTCTATTATTGCCCATATCGATCACGGGAAATCCACTTTATCGGATCGTCTTATCCAGCATTGTGGAGGACTGACTGACAGGGAAATGGCCGAACAGGTGCTGGACTCGATGGACATCGAGCGTGAGCGTGGAATTACCATCAAAGCGCAGAGCGTCACCCTGAACTACACCGCAAGAGATGGTGAAACTTATCAATTAAACTTCATCGATACGCCAGGGCACGTTGACTTTACCTATGAGGTTTCCCGATCACTGGCGGCCTGTGAGGGCGCTTTGTTGGTGGTTGACGCCGGACAAGGGGTAGAGGCGCAAACTTTGGCGAACTGCTATACCGCCATCGATATGGATATGGAAGTTGTTCCTATTCTCAATAAAATCGATTTGCCTCAGGCAGAACCCGAGCGTGTTGCTGAAGAGATTGAAGATATTGTCGGTATTGATGCGATTGATGCGGTTCGTTGTTCTGCGAAAACCGGTGTGGGCATCGAAGATGTACTGGAAGTTATTGTTAACCGTGTGCCGCCACCAGAAGGTGAGCGTAATGCCCCGCTGAAGGCGCTGATTGTTGACTCCTGGTTCGATAACTACCAGGGCGTTGTGTCTTTGGTTCGTATTGTTCAGGGCGAATTGAACGTTAAAGACAAAATTAAAATCATGTCTAACGGTCAAACGCACCAGGCAGATAAAGTGGGTGTTTTTACGCCCAAGCAAACCGATACGGGCGTGTTACGAGCCGGTGAAGTAGGTTTTATTATTGCCGGTATAAAAGAGATTCATGGCGCGCCAGTGGGCGATACCATTACGCTGGCGCGTGAACCTGCTGATAAGCCGCTGCCTGGTTTTAAGAAAGTGAAACCTCAGGTATACGCTGGTGTGTTCCCGGTCAGTTCAGATGATTACGAAGATTTCCGTGATGCATTAGCTAAGTTAAGCCTTAATGATGCGTCGCTATTTTTCGAGCCGGAAAGCTCTGCGGCATTAGGCTTCGGTTTCCGCATTGGTTTCTTAGGCATGCTGCACATGGAAATCATTCAGGAGCGTCTGGAGCGTGAATACGATCTTGACCTTATCACCACCGCGCCAACCGTAATTTATCAGGTTGTTACTACCAGAGGCGAAACGGTTCAGGTCGACAACCCGTCTAACTTACCGCCAGTAAATGAAATTGAAGAAATTCATGAGCCGATGGTGGAAGCAAATATTCTTGTGCCACAAGAGTATTTGGGCAATGTCATCACACTTTGCGTTGAAAAGCGTGGTATGCAGACCAGCATGACTTATCACGGCAAGCAAGTCGCGGTAACCTATGAAATACCGATGGCTGAAGTGGTGATGGACTTCTTTGACAGGTTGAAATCAACCAGCCGGGGTTTTGCATCGTTAGACTATAACTTCAAACGTTTCCAACAGTCAGACATGGTACGTGTGGATATTCTGATTAATGGTGAGCGTGTTGATGCCCTTGCTATGATTACCCACCGTGAAAACAGCCAGGGGCGTGGTCGCGAGTTGGTTGAAAAGTTACGTGAGCTTATTCCTCGTCAAATGTTTGATATCGCGATTCAGGCTGCCATTGGTAACCATATTATTGCTCGAAGCACAGTAAAACAGTTGCGTAAGAACGTTATCGCCAAATGTTATGGTGGTGATGTGAGTCGTAAGAAAAAACTGCTGCAAAAACAAAAAGAAGGGAAGAAACGCATGAAGCAAGTGGGTAACGTTGAGTTGCCACAGGATGCGTTCCTCGCTGTTCTCAAGGTAGGTAAGTAA	MQQSHIRNFSIIAHIDHGKSTLSDRLIQHCGGLTDREMAEQVLDSMDIERERGITIKAQSVTLNYTARDGETYQLNFIDTPGHVDFTYEVSRSLAACEGALLVVDAGQGVEAQTLANCYTAIDMDMEVVPILNKIDLPQAEPERVAEEIEDIVGIDAIDAVRCSAKTGVGIEDVLEVIVNRVPPPEGERNAPLKALIVDSWFDNYQGVVSLVRIVQGELNVKDKIKIMSNGQTHQADKVGVFTPKQTDTGVLRAGEVGFIIAGIKEIHGAPVGDTITLAREPADKPLPGFKKVKPQVYAGVFPVSSDDYEDFRDALAKLSLNDASLFFEPESSAALGFGFRIGFLGMLHMEIIQERLEREYDLDLITTAPTVIYQVVTTRGETVQVDNPSNLPPVNEIEEIHEPMVEANILVPQEYLGNVITLCVEKRGMQTSMTYHGKQVAVTYEIPMAEVVMDFFDRLKSTSRGFASLDYNFKRFQQSDMVRVDILINGERVDALAMITHRENSQGRGRELVEKLRELIPRQMFDIAIQAAIGNHIIARSTVKQLRKNVIAKCYGGDVSRKKKLLQKQKEGKKRMKQVGNVELPQDAFLAVLKVGK	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
AK237_01101	474	rseC	COG3086	Protein RseC	GTGATTAAGGAAACGGCGACGGTTATTGCAGTGAATGACGACTGGGTAACCGTTGAAGCAGCGATTAAAACGACCTGTTCATCCTGTCAGGCGCAGTCAGACTGTGGCTCGGGGGTAATTTCCCGCGCGCTGTCTCCTAAAACGCAACAGTTAACCTTGCAAACGCCAGTGCCATGTAGGGTGGGTGACAAGGTCAATATTGGTGTGCCCGAGGCTGGCGTTGTTGCTGCATCACTGTGGCTTTATGTCATCCCTCTTCTTATCTTTATGTCGTCAGCAATAATCGCTAACGCACTACTACCTCAGGTGGGGCTGCGTAGTGAATTATGGGCACTTGGTGCCAGTGTGCTAATGACCTGTGCCTCATTCGTGTTTATTTCCGGACATTTAAAAAAACGTGATCAAACCCGTTTTAAGCCAGTAATTTTAGCATCACCGGGTGCTACATCTTCCGTTCATCATCATCAACCATAA	MIKETATVIAVNDDWVTVEAAIKTTCSSCQAQSDCGSGVISRALSPKTQQLTLQTPVPCRVGDKVNIGVPEAGVVAASLWLYVIPLLIFMSSAIIANALLPQVGLRSELWALGASVLMTCASFVFISGHLKKRDQTRFKPVILASPGATSSVHHHQP				NA	NA	NA	NA	NA
AK237_01102	1182			hypothetical protein	ATGACAAAATCATTTTTACATCACGTACCAGCTCCAGTGGAGCTGGTACGTGCGTTTTCAGGCCGTGCTTTTCTTGCATGTTATCTTTCGGCCACTTGCCTGAGCTTTCCTGTTGCAGCTCAACAGCCAGCAACTGAACCTGCAGCCGAGCAGTCGCCATCTGATCAGGAAATCATGAAGCCTGATGCAATAGTGACGGCAGAGGAAGCAATTAGTCAGCGGGCTGGCCAATTAGCAGAAGAGCAGGAAAATCAGGATGCTCAGCAACAGGCTGACATCAAACCAGAGACGGTCAATGAGTGGTTAGAGAAAATGACGTCTGCCACGCAATCGCTGAATTTTCAGGTAGCTTTTGTGGTAAGTCGTCTTAACCAGGAAACGGTGCCTTATCTGTGGCGCCATGGTTTGTTGGACGATGGCACAAGCGTAGAGCAACTGAATGTGCAAAACGGTCCTGGTCGAGAGCTTATACGAGTAGGGGATGTGGTTAGCGTTTTCGAACCCGACACGTCTCCTTACAGTATGCGTTCAAAATATATCAACGGCCCTATACCCAGTGAATTGTTATATGAACCCACCTCGCTGACAAAAGGCTATGAGTTTGTGTCTGTAGGGCGCGCGCGTATCGCGGGTCGACCTGCACAACAGATCCGTATCGTTAGTCGAGACAATACGCGTTTCAACTATCAGTTATGGCTGGATGAGCAGTCAGGCATGCTGTTAAAGCTCAATACGTTAGATCTGCAAGGTAATATTTTAGAGCAGGTTCAGGTGACGTCTTTAACGACCTCCGATGCTGCTCCAGCATACTTTTCAAAAGTTAATCGTGCGTCTTTGCCCGAACCCCTTGCCTTCACACCGTCTACAAATCGTCAGCAAAACTGGGAAGTTGATTATTTGCCCGCCGGCATGATTGAAGTGAAGCGCGATATTCGCCGCCTGGGCATGACAGGGCAGGTGGTTGAGTATAAAATGTTCTCTGACGGGCTTGTGGATGTATCGGTTTACGTGCAGCCCGCTAGCGACGCCATCGGCTCTGATCTCGTCCTGAGACATGACCTGAGTACCTTCCTGACACTCACAGACGGTAAAGCGCAAGTCACTGTCATTGGGGAAATCCCTCTGCAAACTGCCAATGCGATCGCTACCTCATTGAAACTGAAAGAGGTTAGCAGTGATTAA	MTKSFLHHVPAPVELVRAFSGRAFLACYLSATCLSFPVAAQQPATEPAAEQSPSDQEIMKPDAIVTAEEAISQRAGQLAEEQENQDAQQQADIKPETVNEWLEKMTSATQSLNFQVAFVVSRLNQETVPYLWRHGLLDDGTSVEQLNVQNGPGRELIRVGDVVSVFEPDTSPYSMRSKYINGPIPSELLYEPTSLTKGYEFVSVGRARIAGRPAQQIRIVSRDNTRFNYQLWLDEQSGMLLKLNTLDLQGNILEQVQVTSLTTSDAAPAYFSKVNRASLPEPLAFTPSTNRQQNWEVDYLPAGMIEVKRDIRRLGMTGQVVEYKMFSDGLVDVSVYVQPASDAIGSDLVLRHDLSTFLTLTDGKAQVTVIGEIPLQTANAIATSLKLKEVSSD				NA	NA	NA	NA	NA
AK237_01103	591	rseA		Anti-sigma-E factor RseA	ATGACGCAACAGCAAGAAAAATTGTCAGCCTTTATGGATGGCGAGACAAACAGCGCTGATATCATGGATGCTATTGTCAATGATGAAGCACTACAGGCGAAGTGGAAGCGATATCATGTTATTCGCAGTGGTTTACGTAAAGAAGCCACAGTTGCGCCAGCACTAGACATTACTGCTGCCGTTGCTGCTGCCTTAGACGACGAACCGACTGTTATGGCGCCGAAGCGTTCTCGTTGGAAAGACATGCCGTTAGTTGGCAGTGTTGTTCCGTTTGCTAAGCAAGGCGGCCAATTTGCTGTAGCAGCATCTGTTGCTGTGGCGGTTATTTTGGGCGTGCAGCAAATGAATCAGCCTGAGCCTACCGAGCCGTTTTCAACATTTGAGACCAATACGCGCTTAGGTGGCTTGTCTCCGGTTAGTCTTGAACAAACGCGTACTTTGCCACGCAACGACATGAACGTTGTGTTGGAGAAAAAGCGCAAAATCAATGCTATCATTGCTGACCACGAACAACAGATTCAGCTGAAGCAAGCGGAAGACCAAAATAAAGCGGTAGAAGAAAGCGCTGAGTCAGACGTTAATCCGAATTAA	MTQQQEKLSAFMDGETNSADIMDAIVNDEALQAKWKRYHVIRSGLRKEATVAPALDITAAVAAALDDEPTVMAPKRSRWKDMPLVGSVVPFAKQGGQFAVAASVAVAVILGVQQMNQPEPTEPFSTFETNTRLGGLSPVSLEQTRTLPRNDMNVVLEKKRKINAIIADHEQQIQLKQAEDQNKAVEESAESDVNPN	PGPT0014976_718	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-HALOTOLERANCE_RELATED_ENZYMES,PGPT0014976-rseA-K03597	NA	NA
AK237_01104	579	rpoE_2	COG1595	ECF RNA polymerase sigma-E factor	ATGAGCGAGCAGATAACCGATCAACAGATTGTTGAAAAGGTACAAAGCGGTGATAAAAATGCATTTAATTTGCTGGTAACCCGTTATCAGCATAAAGTTATGCATTTGGTGTCTCGATATGTGAAAAACTCGGGCGACGTCGCTGACGTTACTCAGGATGCATTTATCAAGGCGTACCGTGCGTTACCAAATTTTCGAGGCGACAGTGCGTTTTACACCTGGTTGTATCGTATTGCCGTAAACAGCGCAAAAAATTATCTTGTAGCGCAAGGGCGTAAGCCACCTGCAAACGATGTTGATGCAGATGAAGCAGATTATTATGAAGGCAGTGATGCGCTAAAAGAGCAGTCTACTCCTGAGCGTAGTTTGTTATCTGATGAACTCGAAGCTACATTATTCCGGGTTGTGGAGAAGTTACCTGACGATTTACGTATGGCTATTACGCTGCGGGAAATCGAAGGGTTAAGTTATGAAGAAATTGCAAGCGTAATGGGTTGCCCTGTCGGCACTGTGCGGTCCAGAATCTTTCGGGCACGTGAAGCTATCGACAAAGTAATACAGCCATTGCTAGAAAATTGA	MSEQITDQQIVEKVQSGDKNAFNLLVTRYQHKVMHLVSRYVKNSGDVADVTQDAFIKAYRALPNFRGDSAFYTWLYRIAVNSAKNYLVAQGRKPPANDVDADEADYYEGSDALKEQSTPERSLLSDELEATLFRVVEKLPDDLRMAITLREIEGLSYEEIASVMGCPVGTVRSRIFRAREAIDKVIQPLLEN	PGPT0014960_6747	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-BIOFILM_REGULATORS	CE-OTHER_BIOFILM_REGULATORS,PGPT0014960-rpoE|sigW-K03088	NA	NA
AK237_01105	1683	nadB	COG0029	L-aspartate oxidase	ATGAATTCAGTGGCTTCATCACTACCTTCAGCGGATCCGACAGGGATTGAGCATCATTGTGATGTGTTAGTCATCGGCAGTGGCGCCGCTGGCTTAAGTTTGGCCTTAAAGCTCGCCGATCACTGCAACGTGATAATTACGAGTAAAAGCGACCGTAATGAAGGTTCTACCCGTTACGCCCAAGGCGGTATTGCCGCTGTATTTGACGAACATGACTCTGTAGAAGCCCACGTGGCCGATACCTTAAATGCCGGCGCAGGGTTATGTGCCGAAGATGCGGTTCGCTTTACTGCCGAAAATGCCAAAGACGCATTAAATTGGTTAATCAATCACGGTGTACCTTTTGATACCGAAACTAATGAGCAAGGCGAAGAGCGTTTTCATCTCACCCGTGAAGGTGGTCACAGTCATCGTCGCATTCTTCATGCAGCCGATGCAACCGGTGAAGCGCTGCAAATCACGCTGAACGATGCCGTTTCCGCACACCCTAAAATTCAGTTCCTTGAACGATACAATGCAATTGATTTAATTAAATCTCAGCAAAATTCACAGCATTGTACGGGTGTATACGTCTGGAACCTTGAACGTGCTCACGTTGAAGTCATTCGCAGCCGATTTATCGTTCTTGCCACTGGTGGCGCCAGTAAAGTATACCAGTATACTTCAAACCCTGACGTATCAAGTGGTGACGGTATCGCGATGGCGTGGCGCGCTGGTTGTAAGGTGGCAAACATGGAATTCAACCAATTCCATCCCACCTGCTTATATCATCCGCAAGCACGGAATTTTTTAATTACCGAAGCGTTGCGTGGTGAAGGCGCGCAGTTGTGCCATGCCGATGGGACGCGTTTTATGAAACGCTTCGATGAGCGTGGCGATCTCGCCCCCAGAGACATTGTTGCCCGGGCCATCGATTACGAAATGAAACGTTTAGGGGCTGACTGCATGTATTTGGACATCAGTCACCAACCCGCCGACTTTATTATCAAGCATTTTCCAAATATTTATCGAAAATGCAGGTCAATTGGTATTGATATCACCAAAGAACCGATCCCGGTCGTGCCTGCAGCACATTACAGTTGCGGTGGTGTTGTGACAGATTTTAACGCCAAAACCGACCTGGACAATGTTTACGCTATTGGGGAAGTTGCCTACACAGGACTTCATGGTGCCAACCGTATGGCATCAAACTCATTGCTGGAATGTGTGGTCTATGCGGCGGCGGCGGCGAAAGATATTCTTACGCATTTACAGGATTCCTATGTGGAAGAACCCATTGCCCCATGGGATGAATCGCAAGTTACTAACTCAGATGAAGAAGTTATCATTCAACATAACTGGCACGAATTACGACTGTTTATGTGGGATTACGTAGGTATCGTAAGAACAAACAAACGCCTGGAACGCGCGCTTCGGCGTATACAGTTGCTCAGTCAGGAGATTCAGGAATACTACGCCCATTTCAGGGTAAGTAATAATCTTCTCGAACTTCGTAACCTGGTAACGGTGGCAGAATTAATAGTGCGCTGCGCGATGGAACGCAAGGAAAGCCGGGGACTGCACTACAATGTCGACTACCCGGATTTGCTGCCTGTTGCTAAGCCAACCATTCTTCAGCCGCTCCCCGCGACCTGTCAGCCTGAACCTGGCTCTATGGCGACCGTCGGGCACTACGATGATTAA	MNSVASSLPSADPTGIEHHCDVLVIGSGAAGLSLALKLADHCNVIITSKSDRNEGSTRYAQGGIAAVFDEHDSVEAHVADTLNAGAGLCAEDAVRFTAENAKDALNWLINHGVPFDTETNEQGEERFHLTREGGHSHRRILHAADATGEALQITLNDAVSAHPKIQFLERYNAIDLIKSQQNSQHCTGVYVWNLERAHVEVIRSRFIVLATGGASKVYQYTSNPDVSSGDGIAMAWRAGCKVANMEFNQFHPTCLYHPQARNFLITEALRGEGAQLCHADGTRFMKRFDERGDLAPRDIVARAIDYEMKRLGADCMYLDISHQPADFIIKHFPNIYRKCRSIGIDITKEPIPVVPAAHYSCGGVVTDFNAKTDLDNVYAIGEVAYTGLHGANRMASNSLLECVVYAAAAAKDILTHLQDSYVEEPIAPWDESQVTNSDEEVIIQHNWHELRLFMWDYVGIVRTNKRLERALRRIQLLSQEIQEYYAHFRVSNNLLELRNLVTVAELIVRCAMERKESRGLHYNVDYPDLLPVAKPTILQPLPATCQPEPGSMATVGHYDD	PGPT0013355_398	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	ROOT_COLONIZATION	ROOT_COLONIZATION-VITAMIN_B3|NIACIN_METABOLISM	ROOT_COLONIZATION-VITAMIN_B3|NIACIN_BIOSYNTHESIS,PGPT0013355-nadB-K00278	NA	NA
AK237_01106	885			hypothetical protein	ATGTTTCGTTTGTTCACACGTGCGTTAATGCATCGGCCAGATAAACAGCTATTAACGCAGTTTAAGCCCCCCGTGCTACCTAATGTTTCGATGGGTCAGGTTCTCACTATTGATAAGCAGCATTATCAACAGTACGCCGCCATCACTGAGTGGCAAAATGCAGACAATCTTCACCCCTGTTATTTGCAGGTATTGTCGCTTCCCATGCAGTTAGATTGTTTGTCTCATCCCCGAAGTCCGTTCCCATTACTGGGTTTGGTACACCGGGAAAACACTATTTATCAAACAGCTCCGATTGACCGCGATCGCCCCTTAACTCTGCACGTAGCCTTCGCTGATGTAATTGCCCACCGTCGTGGTTGGGATGTAAAAATGGTGACGCACGCAGAGCAAGATGATCAGACATGTTACCGGGCCGTCGCCACATATTTAGTCAGAGTAAATGCGCCGCATGTTGAACGTGGTGGCCGCGTGGCGCCACAAAAAAGTCCTCGTAACAAATCAGTTGAAGGCGGCGAGGGCGAGCTTGCCCCCTGGCAGGAAATCGGACGTATTCACGCAGCGGAAAATATCGGTCGACGTTATGCGAGGATCTCACAGGACGGAAACCCTATTCATCTGAGCGCGATGACGGCAAAATTATTCGGTTTCCCTAAAGCCATAGCACATGGAATGTGGACATTGGCGTGCTCTGTCAGTCACTGCTGTAATGACGTATCAGCCTCTGAATTTGACATTACATGTCAATTTAAAAAGCCGCTTTTGTTACCCGGGGAAGCTATCTTGCGTGCCCAGAAGAACCCGCACGATATTCATTTTAAGCTTGCCTCAGCCTCTCATGCCGGCCAAATCATTGATGGCACGGTATTAACGGCAAAGATATAA	MFRLFTRALMHRPDKQLLTQFKPPVLPNVSMGQVLTIDKQHYQQYAAITEWQNADNLHPCYLQVLSLPMQLDCLSHPRSPFPLLGLVHRENTIYQTAPIDRDRPLTLHVAFADVIAHRRGWDVKMVTHAEQDDQTCYRAVATYLVRVNAPHVERGGRVAPQKSPRNKSVEGGEGELAPWQEIGRIHAAENIGRRYARISQDGNPIHLSAMTAKLFGFPKAIAHGMWTLACSVSHCCNDVSASEFDITCQFKKPLLLPGEAILRAQKNPHDIHFKLASASHAGQIIDGTVLTAKI				NA	NA	NA	NA	NA
AK237_01107	432			hypothetical protein	ATGCTGGTGGCTTTCGCCTCGCTTTATGCCTTGCCTTATAATGTGCAAACGTGGCTTCCGGAACGAACTCTGATTGTAGCCGGGCTTCTGTTTGCACTTTTGTCTGTTTATTCTTACCTTGTACGTGGTAATGGTCCGGGATTATCACTCAGGGCCAGGCGTTCGTTAGGGTTTCGCGCCAACGTGCCACGTTCGCGTACATCGACATTAACCGTTCACATCGATGACGTTCACTGGACGGAACTGGCGCATAACGGGACACCCAGCACGTATGTTATTGAGCCGCAAAGTAGGGTGACGTTATTTGCCATTTTCCTTTCTTTGCGTGAGCAGGGGGGTAAAAAGCGGTATCGCTGGTTGTTTCCTGGTGAATGCGAACCGGTTGTTTATCGCAGACTCGTTCGCTTAGTTCGCCATTTTCCCACTAACTAA	MLVAFASLYALPYNVQTWLPERTLIVAGLLFALLSVYSYLVRGNGPGLSLRARRSLGFRANVPRSRTSTLTVHIDDVHWTELAHNGTPSTYVIEPQSRVTLFAIFLSLREQGGKKRYRWLFPGECEPVVYRRLVRLVRHFPTN				NA	NA	NA	NA	NA
AK237_01108	252	sdhE	COG2938	FAD assembly factor SdhE	ATGTTCACAGAAAAAAGACGCAACCGGCTTAAATGGGCATGTCGCCGAGGCATGTTGGAACTTGATGTATTGTTTTTGCCTTTCGTTGATGAAGCGTTTGATGATTTAGACGACGACAAGCAGGAAACGTTTGAGCGCTTGTTGACCTGCGATGATCCGGATTTATTTGCGTGGTTTATGGGACACCAAAAGTGCGACGACCCGGAACTTGCCGAAATGGTGAAGATTATTCTGGATCGTGTCAAAGTATAG	MFTEKRRNRLKWACRRGMLELDVLFLPFVDEAFDDLDDDKQETFERLLTCDDPDLFAWFMGHQKCDDPELAEMVKIILDRVKV	PGPT0027750_1393	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-TOXIN-ANTITOXIN_SYSTEM	CE-BACTERIAL_FITNESS-CptA-CptB_TOXIN-ANTITOXIN_SYSTEM,PGPT0027750-antitoxin_cptB|ygfY|sdhE-K09159	NA	NA
AK237_01109	963	ygfZ	COG0354	tRNA-modifying protein YgfZ	ATGCAGACACCCTCTTCGCTTAAAGAGGTAGGAACAGATTTTGTTATCCCTTTACAGCATTTCACCGTTATCGAAATTAATGGCGAACAACAAAATGACTACTTACACGGGCAACTTACCATCAATGTGAAAACACTCGCTGAAGACCATGCGAGACATGCTGCCCATTGTGATTTTAAAGGCAAAGTCTGGTCGTTAAGTACAGTATGTCGCTGGCAAGACAATTTATTAATGTTGTTATCCAAAGGTAGCGTTACACAATCCTTAGCGCAGCTTAAAAAGTACGGTGTGTTTTCCAGGGTCACCCTTGAAGAGAAAGGAGACAAATTATTTCAATTCGCGCTTTGTGGCGCTAAAGCTGAGTCATGGATATCAGATTTTTTCGGTAGCTTACCTTCTGCTCCCATGAAAACAGTGCAAAATCAATCTGGTGTCGTCATTCACTGCGATCACCCTCAGGATATTTTTCATGTCGTTGTCGACACAGCCGGAAAAGAGGCCCTTGAACAGTGGTGCCAGAGTGAATCTGTATCAGTGTATGCGCCCATTGTCTATGAAGCGCTGGCTATTAAGCATGGCCTTGCCGATGTGAGCGACGCCGTCGTCAACGAATTCGTGCCCCAAATGATGAATGTGCAGGCGTTAGACGGTATTGATTTTAATAAAGGCTGCTACATGGGTCAGGAAGTGGTCGCCCGTACCCGCTACCTCGGCAAAAATAAGCGTGCCGGCTATGTTTTTTGTCTACCAAATGCCATTGATGTTACGGTAGGTGATACTGTGGAGAAAGCAGTAGAAAGTGGTTGGCGTCGTGGCGGGACAGTCATCCGCCAGGCAACACTTGGCGCAGAGACGTGGTTTATGGCGGTGTTGCCTAATGACACAGAAACAGATGACCGCTTTCGTCTGGCCTCCGCTCCCGAACAGGAAGCAAACTTCCTCCCGTTGCCGTATACTGTATAG	MQTPSSLKEVGTDFVIPLQHFTVIEINGEQQNDYLHGQLTINVKTLAEDHARHAAHCDFKGKVWSLSTVCRWQDNLLMLLSKGSVTQSLAQLKKYGVFSRVTLEEKGDKLFQFALCGAKAESWISDFFGSLPSAPMKTVQNQSGVVIHCDHPQDIFHVVVDTAGKEALEQWCQSESVSVYAPIVYEALAIKHGLADVSDAVVNEFVPQMMNVQALDGIDFNKGCYMGQEVVARTRYLGKNKRAGYVFCLPNAIDVTVGDTVEKAVESGWRRGGTVIRQATLGAETWFMAVLPNDTETDDRFRLASAPEQEANFLPLPYTV				NA	NA	NA	NA	NA
AK237_01110	486	slyD	COG1047	FKBP-type peptidyl-prolyl cis-trans isomerase SlyD	ATGACAATTACGTCAGACAGTGTGGTAACACTGCATTACACCGTTTCATCAGAAGATGGTACGACGCTGGACTCTTCTGAAGGCAAAAACCCACTGGTCGTCCTGCTTGGCAGACGTTTTCTTATTGAAGGATTAGAAGATGCTTTGATGGGCAAAAACAAAGGCGATACGTTTAACGTCGAAGTAGGTCCGGAAAAAGCCTACGGTGAACGCGTTGATGAGTTAGTCCAGAGTGTTCCTAAATCTATGTTTGACGGTATGGACGTACAGGTCGGTATGTCTTTTAGAGCAACATCGGAAGGTGGCGAGCAATCGGTCATCGTCATCGACGTCAGTGAAGAAGAAGTTGTTGTTGACGGTAATCACCCATTGGCTGGTGTGCCGTTGAAGTTTGATGTCGAGGTGGTCGATATTCGTGAACCGACACAAGAAGAATTAGAACATGGTCACGTTCATGGTGAAGGCGGCTGTGGTCACAACCACTAA	MTITSDSVVTLHYTVSSEDGTTLDSSEGKNPLVVLLGRRFLIEGLEDALMGKNKGDTFNVEVGPEKAYGERVDELVQSVPKSMFDGMDVQVGMSFRATSEGGEQSVIVIDVSEEEVVVDGNHPLAGVPLKFDVEVVDIREPTQEELEHGHVHGEGGCGHNH				NA	NA	NA	NA	NA
AK237_01111	339	glnB	COG0347	Nitrogen regulatory protein P-II	ATGAAAAAAATTGAAGCGATTATCAAGCCGTTCAAAATGGATGATGTTCGTGAGGCACTGGCGGAAGTCGGGATTGCCGGTATGACAGTCACCGAAGTGAAAGGCTTTGGACGTCAAAAAGGGCATACCGAGCTGTATCGCGGCGCAGAATATCAGGTTGATTTCTTACCGAAGATAAAAGTGGAACTGGTGTTGGCTGATGATCAGGTTCAGCAGGCCATTGAAGCCATTGAGTCCTCTGCGAAAACGGGAAAAATTGGCGATGGTAAGATTTTTGTTACTACCGTAGAGACAGCCATTCGTATCCGTACAGGTGAACAAAACGAAGAAGCAATTTAA	MKKIEAIIKPFKMDDVREALAEVGIAGMTVTEVKGFGRQKGHTELYRGAEYQVDFLPKIKVELVLADDQVQQAIEAIESSAKTGKIGDGKIFVTTVETAIRIRTGEQNEEAI	PGPT0000650_2045	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-GLUTAMATE|GLUTAMINE_SYNTHASE|GLTS_PATHWAY,PGPT0000650-glnB|glnY-K04751	NA	NA
AK237_01112	546			hypothetical protein	ATGGTTAAACAGAAAGGACTGACTCTTATCGAGCTGATGATAACAGTAGCCATTATGGCTATCCTGCTTACTGTTGGCGCGCCGGGTATTCAATCCATCTTACAGCAAAACCGCGTTATCGCTGCCGTCAATGATATTAGCAGCGTGGCGCGTGCCGCACGTTTCACTGCTATCGACCAGGAACAAACAACTATTCTTTGTGCTTCTGCCGACTATAGCTCCTGCTCTACCGATTGGAGCCAGGCAAAGATAGTTTTTATGGATGCCAATCTGAATGGGAGCCGGGATAATGACGAACCATTGATTGCCGCCACCGACCCCCTCGGTTCCGGGCTTGATATTGATGGTGTGTCTGCGCCGCTTAGTTTCTCAGCAGATGGCAGCGTTAGCAGCGCTGTGACCATTACATTATGCCCTTCTTCAGGCAATGAAAAGGCGGCTTCTGCTGTGTTAATAAGCTTGTTTGGGCGCGTTGCTGTTGCTGTTGATGCCGACGGGAACGACGTTAAAGAAGATCTCGACGGCAGCGACTTAACCTGCAGCTAA	MVKQKGLTLIELMITVAIMAILLTVGAPGIQSILQQNRVIAAVNDISSVARAARFTAIDQEQTTILCASADYSSCSTDWSQAKIVFMDANLNGSRDNDEPLIAATDPLGSGLDIDGVSAPLSFSADGSVSSAVTITLCPSSGNEKAASAVLISLFGRVAVAVDADGNDVKEDLDGSDLTCS	PGPT0016065_694	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-TYPE_II_SECRETION_SYSTEMS	CE-T2SS-TYPE_IV_PILIN_SECRETION|FIMBRIAL_ASSEMBLY,PGPT0016065-fimT-K08084	NA	NA
AK237_01113	387			hypothetical protein	ATGCTGTACGAAAGAAAGGTTTACAGGTTCCAGCGGGGAATGACTTTACTATCACTCCTTGTCGCAATGGGGATAGTAGGTATTCTCGCCTCGATTTCAGTGCCTGGTTTTACACACTTGTTGCATAAGAGCGATCTACAGCAAGCGCGGCACCAGTTAATGTTGTGGCAAACCGAACAGCTTCGGTATCGGTTAGGAAACGGGGAATATGCATCAGCTGAGAAATTATCGGTGCCGACGAAAAGTGCCTTTACTTTTACTGTCTCTACCGCCTCGGACACAGTCTACTTGTTAGAAGCCAGTAGAGAGCAGGCACTGCAAGACGGCTGTGATACGTTAACGGTTAATCATACGGGGGCTGTCACGCCACCGGCTTGCTGGCGCTAA	MLYERKVYRFQRGMTLLSLLVAMGIVGILASISVPGFTHLLHKSDLQQARHQLMLWQTEQLRYRLGNGEYASAEKLSVPTKSAFTFTVSTASDTVYLLEASREQALQDGCDTLTVNHTGAVTPPACWR	PGPT0015930_1327	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-TYPE_II_SECRETION_SYSTEMS	CE-T2SS-TYPE_IV_PILIN_SECRETION|FIMBRIAL_ASSEMBLY,PGPT0015930-pilE-K02655	NA	NA
AK237_01114	513			hypothetical protein	ATGCGCCAGGCAGGCTTTTCACTTACAGAGTTACTTATCAGCTTGACCATTAGTGGTATTGTTGCCGGCTTGGCGCTACCCGCCATCGGTCAGCAGTATTACTTAAACCAGCTGACCCAAACACTTAATGAAGCACGCCTTCAGTTTGTACGTGCGCAAACCACCGCGATGTATAGTCAACAAGACACCTTTATTGCGATGCAAAGCGGAGAACATTGGTGCATGGCCGTTGCTACCGCACAATGTGACTGTGCCAGAACAGACAGCTGTGCTGTCGTGTCAGAATATCCTGTGCTGGACAACCAGCGCATGCCACGGGTCACGCTCGCTGAAAGTTCATTCACCCCATCTCATTACGCCACCTTTGCTGCAGGAGAAGGTCACGCAAACGGAAAAGCCGGTTCATTGCTATTTGATATCGCCGGGCGTCAGGGCCGCCTGGTGCTAAGCAATCAGGGACGTATTCGACTCTGTTTAATCAACATGACCTACGGCAGCTTTCCGGCATGTTAA	MRQAGFSLTELLISLTISGIVAGLALPAIGQQYYLNQLTQTLNEARLQFVRAQTTAMYSQQDTFIAMQSGEHWCMAVATAQCDCARTDSCAVVSEYPVLDNQRMPRVTLAESSFTPSHYATFAAGEGHANGKAGSLLFDIAGRQGRLVLSNQGRIRLCLINMTYGSFPAC				NA	NA	NA	NA	NA
AK237_01115	564			hypothetical protein	ATGATGATTTCTTTAGCGCTGGGACTTACCTTTTTAAGCAGTGCTCTGACCGTTATCAGCGCGGTTAAAGTAAGCCAGCAAGTCTACCTTGATACGATGGTACTTGAGGATGAAATGTATCGCCTGGCATTTGTCATTCAACAAGGTGTAGCACAGAGTGGTCAACAAGGAAAAGTGCTTTTTACCTTACTCGCCGGTGAACCTGATATCACCTTTGCGGCATTGTTCGCGGTATCTCACCACCCGAATGAAACGATAAACAGTTGTATTTTATTCGCCACTGATGATAACCGAAATGGCAAATTGGATACTCAACCAATTAATGAAGAACAGGGTTTCAGGCTTCGGGATAATGCGTTAGAAGTGCGCACGGCAGGAAGATCATGTCGTCAATCCGGTTGGCAGGACATTTCGGATACCGCACGGGTTCACATCAACGAGTTCGCGGTAACTATCGAAGGAGAGAGCACGCTAACCTTTTTCCTATCGGCGTCTTTGGTCAATTCACCGGCTATCTCGCGACAACTTCAATTCACGACTTATGTGCAGCACGGAATACACTAA	MMISLALGLTFLSSALTVISAVKVSQQVYLDTMVLEDEMYRLAFVIQQGVAQSGQQGKVLFTLLAGEPDITFAALFAVSHHPNETINSCILFATDDNRNGKLDTQPINEEQGFRLRDNALEVRTAGRSCRQSGWQDISDTARVHINEFAVTIEGESTLTFFLSASLVNSPAISRQLQFTTYVQHGIH	PGPT0016135_160	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-TYPE_II_SECRETION_SYSTEMS	CE-T2SS-TYPE_IVa_PILUS_HOMOLOG_PROTEIN,PGPT0016135-ppdB-K02680	NA	NA
AK237_01116	1083			hypothetical protein	ATGCGAGTGGACCTACGCAAGCAATACGGCGGGATCTGGGTTGGCAATACCCTGTTGCTATTGTTACTGATCGTATCGACTTCTACCACCCTCACCTTAAGGATGATTGGATCTTCCGAGCAAGGTTTCTGGCGTCAGCATTATGCGCTTGTAAATGCTGCCCTGACACAAAAAATGGCAAGGGTACAAGCCAGCATGCTTTCTGCTCCAAAGTGGCCGGATGATATGCCCGCAGAACTTGCGCAGTATGTAAGTCAGGTACAGACCGTCGAACAAGCTGACGTGAAGATGCTGACTGCGGATATTCGTATATCCCATCAGGAAGGTGGCTACACGGCGTTTCGTTCAGCTAGCGTGGTTCGCTTCCCGCTACTGATGTCGCTGCCAGTTGCCCCTTTGATTGTCACAACCTCACTTCATCACCTTGCCAGCTTTTTTCTTTACCTTCCACCGCAACAAGCTCATCCTGAGTATCACTACGCGGTATGGTCTTCTCAAGCGATTGACATGCACTCCGCAATAAGGACAACTTGCACACTGGCGGTCATTGATCATACACAATGCCAGGCCGCTCCATTAAGTAACGGCGGGAGCAAAGGCAGTGACATTCTGGACAGTGATCCGCGTATCGGAGTTTCTGCCCTCTCCTACTTATTTGCCAGTAACGCAGAAGACAACAATATAAACACGTACAGGCAGTTAGCGTGGTATCACCATTCAAACTGCGCCAATCTTCCTTCTAATCCGATCTTTATCTGGATTACAGGCGACTGCACCATTGTTCAGGGAAACATCATCGGAGACCAAGACCACCCGGTGTTGTTTGTGGTTGAGAATGGCGATCTGGAACTCGAAGCGCATTCCGCCATTGTTGGTGTCGTCGTTAGTTTGCGGGAAGGAAACTTATTCAGCCATAAGGTGCGTATGGACGAAACCGCCTATGTTTCTGGCAGTGTAATAACCAACCATGAAACGTCATCGGACAGTCACTTTAACGTTATCTACAACTACGATGCGCTATTTGCCTTACAACACTCGTATAAATTGCAGCAGCTCGCAGTGATACCCGGAAGCGTACGATGA	MRVDLRKQYGGIWVGNTLLLLLLIVSTSTTLTLRMIGSSEQGFWRQHYALVNAALTQKMARVQASMLSAPKWPDDMPAELAQYVSQVQTVEQADVKMLTADIRISHQEGGYTAFRSASVVRFPLLMSLPVAPLIVTTSLHHLASFFLYLPPQQAHPEYHYAVWSSQAIDMHSAIRTTCTLAVIDHTQCQAAPLSNGGSKGSDILDSDPRIGVSALSYLFASNAEDNNINTYRQLAWYHHSNCANLPSNPIFIWITGDCTIVQGNIIGDQDHPVLFVVENGDLELEAHSAIVGVVVSLREGNLFSHKVRMDETAYVSGSVITNHETSSDSHFNVIYNYDALFALQHSYKLQQLAVIPGSVR				NA	NA	NA	NA	NA
AK237_01117	543			hypothetical protein	ATGAGTCACTTTGAAACCAGACTCACGCGGGGGTTCGCGCAGATAGACTTACTGGTCGCGTTTATTATTATCTCGACGGCACTGGTATCGAGTGTCAAACTCATCCAAAACCACCATATTACAGCCATGTCCAACAGTCGTTCAAAGATGGCAACTCAACTTGCGGTCAATAATGGAAGACGATTACATCAAATCGGGACGATTGGCCTTGCTGGCCTATCTGACTATACAGCGCTGTCAAATAATGCGGCAGTTGGTATCTTGTCAGGGGATAAGACAATATCCTTAGGCAGTCAGCTCCCTGAGGTTACGTACACCGTGTCCTGGCAAATACAAGGGAGGTACACTGATGAAGGCGGCCTACAAAGTCAGGCTGTTACAAATGGGTTTCCCTATCCAATTATAAAAGAAGGAGTGGTAACCGTTCGCTGGCATAACGAAGAAAACGAAACGCTTACCTATTCCCTTTCAAGCAGCACTGTTCATCCTTTAGCAAATAGCACAATAGAGAAAATCCTGCTGCTTAACCGCATCAAACCATAA	MSHFETRLTRGFAQIDLLVAFIIISTALVSSVKLIQNHHITAMSNSRSKMATQLAVNNGRRLHQIGTIGLAGLSDYTALSNNAAVGILSGDKTISLGSQLPEVTYTVSWQIQGRYTDEGGLQSQAVTNGFPYPIIKEGVVTVRWHNEENETLTYSLSSSTVHPLANSTIEKILLLNRIKP				NA	NA	NA	NA	NA
AK237_01118	471			hypothetical protein	ATGAAAAAGAACGAAGTGGTGAAAACACGTGGTTTTACACTAATAGAGCTGATGATTGCGGTCGCCATTGCAGGCATTCTGGTTGCCGTCGGTTATCCTGCTTATCAGGGGGTAATTAAAGAAAGCTACCGCAAAACAGCACAAGCCGATCTTATGGCCTTCGCGGCGGCAATGGAGCGCCATCACACGGGGAATTTTACTTATGAAGGGGCCGCTTCGGGGGGCGGCAACACCGGAAGTCCGGAGGTGTTCTCGACCTGGTCACCAGCATCTGAGAGCGCGTCGAATCGCCGTTATAACCTAACCATTGAGACTTCATCCGCTGTTGGTTATGAACTACGCGCAACGCCGGTGACTGGCAGTAGCCAGGCCTCAGACGGTATTCTCCTCTATTTTAGCGATGGTAGAAAAGCCTGGGATGAGAATAATAGTGGCAGCATTGACGGTAATGAAAACTGCTGGTCATGTTAG	MKKNEVVKTRGFTLIELMIAVAIAGILVAVGYPAYQGVIKESYRKTAQADLMAFAAAMERHHTGNFTYEGAASGGGNTGSPEVFSTWSPASESASNRRYNLTIETSSAVGYELRATPVTGSSQASDGILLYFSDGRKAWDENNSGSIDGNENCWSC	PGPT0015930_256	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-TYPE_II_SECRETION_SYSTEMS	CE-T2SS-TYPE_IV_PILIN_SECRETION|FIMBRIAL_ASSEMBLY,PGPT0015930-pilE-K02655	NA	NA
AK237_01119	4068			hypothetical protein	ATGCGTAAACTAACCGCTTATCTGGTATCTTTTTGCATGTGGTCTTGCATAGGATTTGCAGCATGGGGAGACGACCTCGATATTTACTTGGGGACCGCAGATTCCGCAATGACATACCAGCCAAATGTACTGTTTATCATGGATACATCCGGCAGTATGGCTGCGTACGATAGAACCAGCCAAACACGTATGTTACGGGTCAAAAACGCGTTGAAAGTAGCGTTAGAGCAGGCAACAAACATTAATGCTGGTTTAATGCGCTTTTCTAATTACGGGGGGCCTGTGCTCTTCCCGGTTCAAGGTATAGATACGTCTGTCAATCCAGAGCTTATTACCTCTACTGCGAGTAGCGGCGATGATGCGTCTGAGCGAGACGGCACTGTTGATACGACATCTAACTCGGTGCAATTTACCTATGGCACATCCACCGTAACAACAGGCTTACGTTTTACTGAACTTAACATTCCTCAAGGGGCGGTAATTACCAGCGCCCATGTGCGTTTAACCTCATCACAATTAAACTCAGCGGCGTCGACGATAAAGATTCGTGGTGAACTTACTCCCGATAGCCAACCTTTTACCCGTTCAACAAACAACCTTTCCTCACGCACGCCGACTAGCAGTGAAGTCATGTGGGTAGACGATAATGGTTTCCCGGTTGCTGATGAAGTTTTATCAACGCCCGATCTCTCTCCTGTTATTCAGGAGATTGTTGATCAGGCTGGCTGGTGTGGACGTCAATCGTTAAGCTTATTATTTGAAGGCAGCAGTAACGATAGTGGTAGTGAACGTCGGGCTCGGTCTGCTGATTACGGTAGCACAGGATCGCCCCAGTTGGTCGTAACTTACGATGAATCGACGGCAACAGGTTGTATTTCAGGCGAGAGTTTATTTCAGGTTTCATCTACCAGGGATAACGCAGAAGAGAAGAGTAACGGCCGTCAGTCTACCGGGCCTGAGCTTACCATGAATGATAGATCTAACGATTATATCGGCATGCGCTTTACCAATATTAACGTGCCGAAAGATGCCACCATTACTAACGCCTACCTGGTGTTAACCGGGTACGACTACCATGGTGGAAATGCATCAATGAAGATTTCAGCCGCCGCCGTTAATGATGCTGATGAATTCGACAGTGACGATCGGTATGTTCTGCGGAATATGCCAAAAACCGGTAGTATAACTTGGAATATGCCGGTGTTTTACCGTAACTGGGAACATGTTTCCCCTGATATTTCGAGTGTCGTTCAGGATGTGGTAAATCGTGGTGGCTGGACTGCGGGAAATGACCTGATGGTGATTTTCAGTGACTTCGATGGTGATCGTGGCGTCTATTCGCGCAGTGGCAGTGCGTCAGGGGCACCACAACTTTATATTGAGTATTATGGTGATGCGTCTCCCGGAGTATCTGCGACCGTACGTGAACATCTTATTAGTAAAGTGGATGAGTTGACCGAGAGTGGTACGACGCCCATCGTTGATACCTTGTATGAGGCCACGCGTTATTACGGTGGGCTGTCCGTGGATTACGGGTTAATAAGAGGTCCCAGTGATGTTTCCAGGGAGGTACGAAAGAACACCCGGGTGAGCCATCGTAGTTCTTATTTTGGAGCGGATCCTGTGCGTCCGTATGGCTGTAGTGATGAGAACCTAAGTGATACAGATTGTGCCAATGAATATATTCCCAGTGGTGCAACATACATTTCGCCCGTCGCAGATTTGCAGTGTCAAACCAATAACCATATTGTGTTGTTATCTGATGGCGAGGCGAATAGCAATCATAGTGTGAGTAAAATTCAGTCGCTGCTAGGCCAACGTTGCTCTGGTAGTAGTGGAGAGAAGTGTGGTCTTGAGCTGGTCAAGAATATAAGTAAAACGGAAACCTCTGTCATTGATAGGCGCGTCATCACGCATACTATCGGGTTTGCGGCCAACAACAACGCAAATAACTTCCTCAATCAAATCGCATTACAAAGTGGCGGAGGTTTTTACCAGGTTGATAATAGTGAAGATTTGTTAACGGCTTTCCAAACTATTCTGCGCTCGGTAAAAGATGTTAATGCGACATTTGTATCCCCCGGCGTAGCCGTAAACCAATTAAACCGGTTAACTCACAAAGACGAACTTTATTTTGCCTTGTTTAAACCTTCGGAAGGCACCATTTGGCCCGGAAATTTAAAAAAGTACAAAATCAATGGCGACACTATTTTAGACAAAAACGGTGCTAGCGCTGTCGACTCTGTCACTGGCTTTTTCTCAGACTCTTCGCACAGTTTCTGGTCTACTCTGGCAGATGGTAACGAAGTACGGGAAGGTGGTGCGGCCAGTCAGATGAATATCAACCGAAATGTTTATTTCTTTGAATCACCCGGGTCGATTGTATCGAGTCTGAATGCAGTAAACGAAAATAACACGTTAATTACGACGGAAGATCTCGCCATTACGACAGCGTCAAATCCTGTAACGCTGCGAAGCGAGTTACTAAAATGGTCTCGAGGTGTAGATGTTAAGGACTCCGATGGTGATGGCAGCTCAACTGACGTGCGTTTACAAATGGGAGATCCTATTCATTCCCAACCGGTTATCGTTAACTACAGCGAGACAGATGCGGCTATTTTTGTTGCAACCAACCAAGGCTTTCTCCACTCTTTTGATGCGCAAACCGGAGAAGAAAACTTTGCCATTATTCCGAAGGAGCTGATGGCGAATCTTTATGATTTTTATCAAAACACTTCATCGTATACCCACATTTATGGTCTGGACGGAGAAATGGTCCTGCGTTCGGTTGGTAACAAGACTTACCTGTATCTCGGTATGCGCCGTGGTGGAAACAATTACTATGTGTTTGATGTATCCAGTAAGACATCACCAAAGCTTGTGTTTGCTATTCGGGGTGGCTCTACAGGACTGGAGAAAATGGGGCAAACCTGGTCTCGTCCTACCATCACCAAGGTGAAAATGGGCAATGCTGAAAAAAATGTGATGATAGTCGGTGGCGGTTACAGCGACTCTCATGATACCAAGGTGAATCGTGACGCTGACGCTGTTGGTAATGCTGTTTACATGTTTGACGCCGATACCGGCGCACTGTTGTGGAGTGCCAGTAACGAAGATGCGAATTTGAATTTATCTGAGATGCAGTACAGCATTCCCAGCCGTATATCGGTGATTGACCGTGACAATGATGGGTTCGCTGATCACATGTATGTGTCTGATATGGGTGGGCAGCTTTTCCGAATGGATATCTACAACGGGAAAAGCGGCGCAGAATTTATCAAAGGCGCAAGAATTGCGGATTTTGGTGGCAGCAGTCAAGACGATAATCGCCGGTTTTATTATGGTGCCGATGTGTCGGAAGTGGCATTGGGCGATGAGTTGTTTTATGGCGTTGCTATTGGCTCCGGTTGGCGAGCATCACCTTTGGATGTGGATGTGGATGACCGCTTCTACTTCATAAAAGATAAAGGCGTGTTCCAGCACGATAATGATGGTAATTATGTCTTTGATACGGGGATAACCGAAGCGACGATGTACGATGCAACGGAATCACTGTTAAGTAGCGCTGACAGCAGCGAGCAGAGTCTGGCGATGTCTCAGTTATCGAACAAAGATGGCTGGTATATTCGCCTTACAACGGGTGGCGAGAAAGTGTTGTCATCACCACTCATCATCGATTACAAGATTTTCTTCACGACCTATGTTCCGGCGGTCAGTTCTGAAAGTGAATGTGCGCCGCCCACAGGGAATAGCCGCGCCTATCTGGTGGATATGTTTACCGGTAATGCGGTAGATGATTTGAACAATAACGGCAATCTGGATAAACAGGATCGTTACGCTGAGTTGAAACAAACAGGGATCGCGCCAGAAACGAAAATCCTGATTGAGGAAATTGTCGAGCCAGTGGTGTGCTTAGGAACAGAATGTGTGTCAGCCGTTATAAGTGTTGATCAGGATGGAAACGAAGAGCAATGTACGTCGGCCTTTGCATGTTTAGCGCAGAATATTTTCGGGCGTTTCGAGCGGGTGCAACAAAATAGCTGGACTACTGAGACGGAGCGTCAGTAA	MRKLTAYLVSFCMWSCIGFAAWGDDLDIYLGTADSAMTYQPNVLFIMDTSGSMAAYDRTSQTRMLRVKNALKVALEQATNINAGLMRFSNYGGPVLFPVQGIDTSVNPELITSTASSGDDASERDGTVDTTSNSVQFTYGTSTVTTGLRFTELNIPQGAVITSAHVRLTSSQLNSAASTIKIRGELTPDSQPFTRSTNNLSSRTPTSSEVMWVDDNGFPVADEVLSTPDLSPVIQEIVDQAGWCGRQSLSLLFEGSSNDSGSERRARSADYGSTGSPQLVVTYDESTATGCISGESLFQVSSTRDNAEEKSNGRQSTGPELTMNDRSNDYIGMRFTNINVPKDATITNAYLVLTGYDYHGGNASMKISAAAVNDADEFDSDDRYVLRNMPKTGSITWNMPVFYRNWEHVSPDISSVVQDVVNRGGWTAGNDLMVIFSDFDGDRGVYSRSGSASGAPQLYIEYYGDASPGVSATVREHLISKVDELTESGTTPIVDTLYEATRYYGGLSVDYGLIRGPSDVSREVRKNTRVSHRSSYFGADPVRPYGCSDENLSDTDCANEYIPSGATYISPVADLQCQTNNHIVLLSDGEANSNHSVSKIQSLLGQRCSGSSGEKCGLELVKNISKTETSVIDRRVITHTIGFAANNNANNFLNQIALQSGGGFYQVDNSEDLLTAFQTILRSVKDVNATFVSPGVAVNQLNRLTHKDELYFALFKPSEGTIWPGNLKKYKINGDTILDKNGASAVDSVTGFFSDSSHSFWSTLADGNEVREGGAASQMNINRNVYFFESPGSIVSSLNAVNENNTLITTEDLAITTASNPVTLRSELLKWSRGVDVKDSDGDGSSTDVRLQMGDPIHSQPVIVNYSETDAAIFVATNQGFLHSFDAQTGEENFAIIPKELMANLYDFYQNTSSYTHIYGLDGEMVLRSVGNKTYLYLGMRRGGNNYYVFDVSSKTSPKLVFAIRGGSTGLEKMGQTWSRPTITKVKMGNAEKNVMIVGGGYSDSHDTKVNRDADAVGNAVYMFDADTGALLWSASNEDANLNLSEMQYSIPSRISVIDRDNDGFADHMYVSDMGGQLFRMDIYNGKSGAEFIKGARIADFGGSSQDDNRRFYYGADVSEVALGDELFYGVAIGSGWRASPLDVDVDDRFYFIKDKGVFQHDNDGNYVFDTGITEATMYDATESLLSSADSSEQSLAMSQLSNKDGWYIRLTTGGEKVLSSPLIIDYKIFFTTYVPAVSSESECAPPTGNSRAYLVDMFTGNAVDDLNNNGNLDKQDRYAELKQTGIAPETKILIEEIVEPVVCLGTECVSAVISVDQDGNEEQCTSAFACLAQNIFGRFERVQQNSWTTETERQ	PGPT0015990_280	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-TYPE_II_SECRETION_SYSTEMS	CE-T2SS-TYPE_IV_PILIN_SECRETION|FIMBRIAL_ASSEMBLY,PGPT0015990-pilY1-K02674	NA	NA
AK237_01120	573			hypothetical protein	ATGCAGACTATTCGTCACCAAAAAGGTGTTGTGCTCATCCTTGCTCTTCTTGTTCTGCTTTCACTTACTATCCTGGGCGTGAGCGCGGTGTCTTCGAGTCTTGGTCAAAGTAAAATGGCTGTGTCGATGCAGCGCTCCGGGCAAGCATTCGACGCTGCCGAAGCGGCACTCGCTGGCGTTTTCTTTGAAGCAGAAGATGAAGTATTGCTAACCGATGCAACAAAAACTGACCCTTTGTCAGAAGCACGGCAAGGCACTCAATTTGACCCCGATACCGATACACTCAGTTGTGCCGATGAAGGATGGACGAATCGTCGAGTGAATACATCGGTATTATCTGTTGGGTCTGAACATACCGCTGCAGGCAATTACCAGAATGATATGCGTACCGAAAGCTGGTCCCGGACCGCGTTTATCCGCGAGCAAGCCTGTCGAGGTTCTAGTAATGTGATTGGTGGCAGTAATGTGAACTGTCACGTATTTGTGGTCAAAGGGTGTGGCAAGGTAGCCGAACGTTCCACAGTGGTAGCGAACACTGTTACTGCTGCCGTTATTGCCCCAGCATCGCAGTAG	MQTIRHQKGVVLILALLVLLSLTILGVSAVSSSLGQSKMAVSMQRSGQAFDAAEAALAGVFFEAEDEVLLTDATKTDPLSEARQGTQFDPDTDTLSCADEGWTNRRVNTSVLSVGSEHTAAGNYQNDMRTESWSRTAFIREQACRGSSNVIGGSNVNCHVFVVKGCGKVAERSTVVANTVTAAVIAPASQ	PGPT0015985_303	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-TYPE_II_SECRETION_SYSTEMS	CE-T2SS-TYPE_IV_PILIN_SECRETION|FIMBRIAL_ASSEMBLY,PGPT0015985-pilX-K02673	NA	NA
AK237_01121	840			hypothetical protein	ATGAAGCAGCGGGGTTTTTCGCTTGTCGAATTAATGATTGCGTTAGTGCTGGGGCTTGTAATCAGTGGGGCGGTCATTCAAACCATGGTTAGCTCCCGGGTAACAAACTCGTTAAACCAGGCGGTAAGTCAGGTTCAGGAATCTGGTCGCTTTATCATGAGCCGTATGGGTAAAGAATTGATGGAGGTGGGGCGTTACGATCAAATCGTTGCGCAAGTCGACACCTCGGTCGACCATTTGGTTGAAGCGGCATTTATCCAAAACCGTCCTGTAGGGCTGGTGGGGGACTATGTGGGGAATGCCGCTTTGGGGGCTTCTCAGGGCGGAAGTGGTGCTAACGATGAGCTGGTTGTAAACCTGCTTGGTAACGCAGACTGCACAGGTAATCGCTTCGGCTACCCTGCATCCACAGAGTTTCATGTAGTTAACCGGTATTACGTATCTGACAATAAACTCTATTGTGCCGGATTTGATGGTCGCGTGTTACGCGGCTTACGCACACCAGTGGCACAAAGTCGTGCAGTAATATTGATGGATAATGTGATGAGTTTTCAGGTGCAATATGGCGTAACGGCCGCAGCGACGTCTTCTCAGGGACAAGCTGTACAATACGTTACCGGCGACCAGCTGGCGGCTTTAAGAGCCTCCAACCGACAAGTCGTCGCCATTCGCCTGGGTGTGTTAGTTAGAAGTGATAATGCACAGGTTACCAATATAGCAGTGCGTAGTATCAGTGTACTGAATGAAAATGCAGTGGATACAGACAGCAACCACTATTTTCAGGTTTTCTCTCAGACGCTCGCGTTGAGAAACATGAAAAACTTCGTGAGGAGCCTGTGA	MKQRGFSLVELMIALVLGLVISGAVIQTMVSSRVTNSLNQAVSQVQESGRFIMSRMGKELMEVGRYDQIVAQVDTSVDHLVEAAFIQNRPVGLVGDYVGNAALGASQGGSGANDELVVNLLGNADCTGNRFGYPASTEFHVVNRYYVSDNKLYCAGFDGRVLRGLRTPVAQSRAVILMDNVMSFQVQYGVTAAATSSQGQAVQYVTGDQLAALRASNRQVVAIRLGVLVRSDNAQVTNIAVRSISVLNENAVDTDSNHYFQVFSQTLALRNMKNFVRSL	PGPT0015980_885	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-TYPE_II_SECRETION_SYSTEMS	CE-T2SS-TYPE_IV_PILIN_SECRETION|FIMBRIAL_ASSEMBLY,PGPT0015980-pilW-K02672	NA	NA
AK237_01122	651			hypothetical protein	ATGATTATTTTTCAAATAGGTAGACAGGTTATGCGCCAACATACGTTGGAACAGCGGCAATCAGGTGTGGGCTTCATTGAAGTGCTCATCACATTGTTTGTGCTGGCCATCGGCCTTCTGGGTGTCGCGTCGCTGCAATTCGTAGGTTCTTTTGCGAATCGGGATGCCATTAGTCGTACGCAGTCGGAATTGGTCGCAGAGCAAGTTGCAGAGCGATTACGAGCTGCCACGCGCCCCGCCGTTGCTGGTGACGGTATGGTAGCGAATAATGCATATTTTAATGCCGACAATTATAACTTTTCTACCTTATCCTGTGGTTCAGATGATCCTTACGCATGCCACTGCCTGAGTCGTCCGGGGAGCATTCCGAATTGTGAAGGCAACAGTTGCACTGAAGCTCAAATGGCACAGTATGATGCATGGTCACTGTCATGTTCAGCGGTACAGACAAATAAATCAATCACTCTCAATGTAACCTGTACCGATAGCAATGGCGGCGATGGTGACACATGTTCGGCAGGCTCCCGTGTTCACATTATGTTGAGCTGGCCCGTCGCCAGCTCTTCACAACAAAAATATACCTTAAATAGCCGCTGCAATGAGAACGATGGCGATAGTAACGCCTGTGTGGTAAAGGACATCACATTATGA	MIIFQIGRQVMRQHTLEQRQSGVGFIEVLITLFVLAIGLLGVASLQFVGSFANRDAISRTQSELVAEQVAERLRAATRPAVAGDGMVANNAYFNADNYNFSTLSCGSDDPYACHCLSRPGSIPNCEGNSCTEAQMAQYDAWSLSCSAVQTNKSITLNVTCTDSNGGDGDTCSAGSRVHIMLSWPVASSSQQKYTLNSRCNENDGDSNACVVKDITL	PGPT0015975_101	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-TYPE_II_SECRETION_SYSTEMS	CE-T2SS-TYPE_IV_PILIN_SECRETION|FIMBRIAL_ASSEMBLY,PGPT0015975-pilV-K02671	NA	NA
AK237_01123	945	ispH	COG0761	4-hydroxy-3-methylbut-2-enyl diphosphate reductase	ATGCAAATACATCTTGCCAACCCCCGTGGCTTCTGTGCGGGTGTAGACCGTGCCATCACTATTGTTGAACGTGCACTGGAAATGTTCAGCCCGCCTATTTATGTACGTCATGAAGTGGTTCATAACAAGTTTGTGGTAGATGGCCTGAAAGAACGCGGCGCATTGTTCGTTGATGAGTTGGAAGAAGTGCCCAACGACAGCATCGTTATTTTTTCTGCTCATGGGGTATCGCAAGCCGTTCGTAAAGAAGCAGAAGCCCGCGGACTGAAAGTGTTCGATGCAACCTGTCCGCTGGTAACGAAAGTGCATATGGAAGTGACCCGCGCCAGTAAAACCGGCACGGAATGTATTCTCATCGGTCACGCCGGACACCCCGAAGTGGAAGGTACGATGGGGCAGTACGATAATCCGGAAGGTGGCATTTATCTGGTGGAATCCAGCGAAGATGTTGCAAGGCTGGAAGTGAAAGATCCGCAGCACTTGTATTTCTGCAGTCAGACTACGTTATCGGTAGATGATACTGCAGATGTTATCGATGCACTCAGAGACAAATTCCCGGCAATCAGCGGCCCTCGCAAAGACGATATTTGTTACGCTACGCAAAACCGTCAGGACGCCGTGCGTGAACTGGCGACAGATTGCGAAGTGTTGCTGGTTGTCGGTGCTACGAACAGTTCAAACTCCAACCGGTTACGTGAACTCGCGGAAAAAATGGGTGCGCAGGCGCATCTTATTGCCGATGAAAATTGTATTCAGAAAGCGTGGCTCGAAGGTGTTGAACATATCGGTGTTACCGCCGGTGCCTCTGCGCCGGAAGTGCTGGTTCAGCGGGTCGTCAACCAGCTTAAGGCATGGGGAGCGCAAAGTGCTTCTGAACGTCCCGGTCGTGAAGAAAACGTCGAATTTGCCGTCCCTAAAGAACTACGCGTTAAACAAGTCAGTTAA	MQIHLANPRGFCAGVDRAITIVERALEMFSPPIYVRHEVVHNKFVVDGLKERGALFVDELEEVPNDSIVIFSAHGVSQAVRKEAEARGLKVFDATCPLVTKVHMEVTRASKTGTECILIGHAGHPEVEGTMGQYDNPEGGIYLVESSEDVARLEVKDPQHLYFCSQTTLSVDDTADVIDALRDKFPAISGPRKDDICYATQNRQDAVRELATDCEVLLVVGATNSSNSNRLRELAEKMGAQAHLIADENCIQKAWLEGVEHIGVTAGASAPEVLVQRVVNQLKAWGAQSASERPGREENVEFAVPKELRVKQVS	PGPT0007615_1445	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-TERPENOID_DERIVATE_PRODUCTION,PGPT0007615-ispH|lytB-K03527	NA	NA
AK237_01124	447	fkpB	COG1047	FKBP-type 16 kDa peptidyl-prolyl cis-trans isomerase	ATGAGTGATTTTGTGATTAATGCGCAATCTGAAGTGATCATGCACTTCGATTTAAAACTGGAAGACGGCTCTGCCGCGGACAGTACCCGTTTGAATAAGCCGGCCAAGCTGGTGATGGGCGATGGCAGCCTGACGCCTAACTTTGAAGCGTGCCTGCTGGGTTTGAGTAAGGGCGATAAAAAGGCTTTTACGCTGGCACCTGAAGACGCTTTTGGCCAGCCTAACCCGGATAACATCCATCATATGGAACGCACCCGTTTCAGCCATGATTTAAATCTTGAGGAAGGCATGATCGTGGCGTTTTCCCAGCCTGATGGCAGCGAAGTGCCGGGTATTGTCAGAAGTCTTGCCGGTGATTCTGTTACCGTAGATTTCAATCATCCGCTGGCAGGTCAGACGGTGATTTTCGATGTCGAGATAATCGACGTTATTAATTCTGCAGCGTAA	MSDFVINAQSEVIMHFDLKLEDGSAADSTRLNKPAKLVMGDGSLTPNFEACLLGLSKGDKKAFTLAPEDAFGQPNPDNIHHMERTRFSHDLNLEEGMIVAFSQPDGSEVPGIVRSLAGDSVTVDFNHPLAGQTVIFDVEIIDVINSAA				NA	NA	NA	NA	NA
AK237_01125	519	lspA	COG0597	Lipoprotein signal peptidase	ATGCCTAAACTGTTGACTGATACCGGCCTGCGCTTTTTATGGATAAGTGCTGTCGTGGTGGTACTGGACTTATGGAGCAAGTACGAAGTTATCGGCAAAATGGCATTGTCTGAATCCATTCAGGTTTTGCCGTTTTTCAACTTAACTTATGTACGTAACTACGGTGCCGCATTCAGCTTTTTGCATGATGCCTCAGGCTGGCAACGGTGGTTTTTTACCGCTATTGCAGTAGGGGTGAGTGCCGTTATTCTATGGTGGCTGAAACAGGCCGGAAAAGGGCAGAAGCTGTTACCGGTAGCGTTTTGTTTTATTTTGGGCGGTGCCATCGGTAACGTTTACGACCGGCTGGTTCACGGTTTCGTTATCGACTTTTTAGACTTTTATGTTGGTCAGTCACACTGGCCTGCTTTTAACCTTGCAGACAGCGCCATTTTTATTGGTGCTGCCTTACTGGTGTGGGACATGCTTACCAGTAAAGATGAAAGCAATGCGTCTGACAGCGCCGGTTCAAATTCGTAA	MPKLLTDTGLRFLWISAVVVVLDLWSKYEVIGKMALSESIQVLPFFNLTYVRNYGAAFSFLHDASGWQRWFFTAIAVGVSAVILWWLKQAGKGQKLLPVAFCFILGGAIGNVYDRLVHGFVIDFLDFYVGQSHWPAFNLADSAIFIGAALLVWDMLTSKDESNASDSAGSNS	PGPT0004770_2026	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_LEAD_RESISTANCE	LEAD_RESISTANCE-PBR_TRANSPORT_SYSTEM,PGPT0004770-pbrB|pbrC-K03101	NA	NA
AK237_01126	2820	ileS	COG0060	Isoleucine--tRNA ligase	ATGAGCGATTACAAACCGACATTGAATTTACCGGAAACGCCTTTTCCTATGCGTGGCAACCTAGCGCAAAGAGAACCGGCGATGCTTAACGATTGGCAGGAAAAAGACCTGTACAAGCAAATTCGCACAGCAAAAGCAGGTAAGAAGCCATTTATTTTGCACGATGGCCCTCCTTATGCGAACGGTGATATTCACATTGGTCACGCTGTAAACAAAATTCTGAAAGACATTATCGTTAAGGCTAAAACCTTATCTGATTTCGATGCGCCTTATGTTCCTGGTTGGGATTGTCACGGTCTGCCCATCGAATTAATGGTTGAAAAGAAAGTCGGTAAGCCGGGCGTGAAAGTCTCTGCGGCAGAGTTTCGTCAGAAGTGCCGCGATTATGCGCAAAAGCAAATCGATGGCCAGATGGCAGATTTTAAACGCCTCGGTGTGTTTGGTGAATGGGATAATCCCTATAAAACCATGGATTTTAAATCAGAAGCCGACATCATCCGTGCATTGGGCAAAATTGCCGATTCCGGACATCTGGAAAAAGGCTTTAAGCCGGTTCACTGGTGCACAGACTGTGGTTCAGCACTGGCAGAAGCAGAAGTTGAATATAAAGATAAGGTCTCGCCTGCTATCGATGTGAAATTCCCGGTAGCGGATGCCGACGCAATTGCTGCTGCATTTGGTGTGTCTGCCGGTGACTTAAAAGCGCATAATGCGTCAGCGGTTATCTGGACCACCACGCCATGGACATTGCCTGCCAACCGCGCGATTAGTTTGCATCCTGAATTGACCTATTCGCTGGTTGAACTGGACGGCGGTGACTGGATAATCCTGGCGGAAGATCTGGTTGAAAGCTGTATGTCACGTTACAGCGTGGAAAACTTTAAAACAGTGGCAACCTGCGTGGGTCAGTCACTTGAAAAGCTGACCGTTAATCACCCGTTCCTGGATATTACTGTACCGTTCATTTTAGGTGACCACGTTACGACGGATTCCGGTACCGGCCTGGTACACACAGCACCGGCTCACGGTGTAGACGACTTCAATGTTGGTAAGCAATACGACATCGAAGTTTACAACCCTGTTGCAAACAACGGTGTCTATAATGACGAAACGCCGCTGTTTGCCGGTCAGTTCGTGTTTAAAGCAAACAAACCGATCATCGAAAAGCTCGAAGAGAACGGCAACCTGCTGCTGAATATCAATTATGAGCACAGCTACCCCCATTGCTGGCGCCATAAAACGCCAATCATTTTCCGTGCTACGCCTCAGTGGTTTATCAGCATGGATAAAAAAGGCCTGAGAAAAGCGTCTCTGGAACAAATTGAGAAGACAGAGTGGATCCCTGAGTGGGGCCAGAACCGCATTGAGAAAATGGTAGAGGGTCGTCCCGACTGGTGTATTTCTCGTCAGCGTACCTGGGGTGTTCCTATCCCCCTTTATGTACACAGCGTTTCCGGTGAACTACACCCGGAGACTGCTGCTATCATCGAAACAGTGGCGCAAGCTGTTGAGCAAAAAGGGATACAGGCCTGGTGGGATCTGGACGATGCTGCAATCTTAGGTGCTGATGCTGAGCAGTATGAAAAGGTGACCGATACGCTGGACGTATGGTTTGACTCAGGTGTAACGCATTATTTTGTAGTTGAACGTCGTGACGATATTCCAGCCAGCGCTGACTTGTATCTGGAAGGTTCTGACCAGCACCGTGGTTGGTTCATGTCGTCTTTGATGACCTCTACAGCTATGTATGGCCACGCACCTTATAAAGAGGTGCTGACACACGGGTTTACAGTGGACGCGCAGGGCCGCAAGATGTCCAAGTCCATCGGTAACGTGGTTGCGCCGCAGCAGGTCACGAACAAGCTGGGCGCAGACATTCTGCGCTTGTGGGTAGCGTCTACTGATTATCGCGGCGAAATTGCTGTGAGCGATGAGATTTTAAAACGCGCTGCTGATGCGTACCGCCGGATCCGTAACACTGCCCGTTTCCTGCTGGCAAACCTGAATGGTTTCGACCCGGTTAAAGATGCGGTTGCACCGGACAATATGGTTGCTCTGGATCGCTGGATCGTTGCCCGCACTGAAAAGCTGCAAAATGAAATCATTGAAGCGTACAACAATTACGACATGCTGGTGGTATCACAAAAACTGACTCACTTCTGTTCAATTGAACTGGGCAGTTTTTATCTGGATATCATTAAAGATCGTCAATACACGGCGAAAGGGGATAGCAATGCCCGCCGTTCGTGCCAAACTGCGTTGTACCACATCATCGAAGCGCTGGTTCGCTGGATGGCTCCGGTCACCAGTTTCACTGCTCAGGAAATCTGGGATGCGTTACCCGGTGAGCGCAGTGAATTTGTATTCACTGAAGCCTGGTACGAAGGCCTCGGTGGCTTTGCGACAGAAGGCGGCTTCGACGATGCTTACTGGCATAAGGTGATGACCGTTAAAGACGCGGCCAACCAGGCGATGGAGCAGGCGCGGAAAGACGGTCAGTTAGGTGGTTCACTGGAAGCGAATATTAAACTGTTCGCAGATGACGCACTGAAATCTGTACTGGACAAGCTGGAAGATGAACTGCGTTTCGTCCTGATTACTTCCGGTGTTGAGCTGTTGCCGTTAAGCGAAAAAACAGACAGCGCGAAAGCCACAGAGCTGGATGGCCTGTTCATTGAAGTGACGAAGAGCAGCGGTGAAAAATGTGTTCGCTGCTGGCATCACCGTGATGATGTGGGCAGCCACGAAGCGCACCCTGAATTATGTGGACGTTGCGTAACTAACGTCGACGGCGAAGGGGAAAATCGTCAATATGCCTAA	MSDYKPTLNLPETPFPMRGNLAQREPAMLNDWQEKDLYKQIRTAKAGKKPFILHDGPPYANGDIHIGHAVNKILKDIIVKAKTLSDFDAPYVPGWDCHGLPIELMVEKKVGKPGVKVSAAEFRQKCRDYAQKQIDGQMADFKRLGVFGEWDNPYKTMDFKSEADIIRALGKIADSGHLEKGFKPVHWCTDCGSALAEAEVEYKDKVSPAIDVKFPVADADAIAAAFGVSAGDLKAHNASAVIWTTTPWTLPANRAISLHPELTYSLVELDGGDWIILAEDLVESCMSRYSVENFKTVATCVGQSLEKLTVNHPFLDITVPFILGDHVTTDSGTGLVHTAPAHGVDDFNVGKQYDIEVYNPVANNGVYNDETPLFAGQFVFKANKPIIEKLEENGNLLLNINYEHSYPHCWRHKTPIIFRATPQWFISMDKKGLRKASLEQIEKTEWIPEWGQNRIEKMVEGRPDWCISRQRTWGVPIPLYVHSVSGELHPETAAIIETVAQAVEQKGIQAWWDLDDAAILGADAEQYEKVTDTLDVWFDSGVTHYFVVERRDDIPASADLYLEGSDQHRGWFMSSLMTSTAMYGHAPYKEVLTHGFTVDAQGRKMSKSIGNVVAPQQVTNKLGADILRLWVASTDYRGEIAVSDEILKRAADAYRRIRNTARFLLANLNGFDPVKDAVAPDNMVALDRWIVARTEKLQNEIIEAYNNYDMLVVSQKLTHFCSIELGSFYLDIIKDRQYTAKGDSNARRSCQTALYHIIEALVRWMAPVTSFTAQEIWDALPGERSEFVFTEAWYEGLGGFATEGGFDDAYWHKVMTVKDAANQAMEQARKDGQLGGSLEANIKLFADDALKSVLDKLEDELRFVLITSGVELLPLSEKTDSAKATELDGLFIEVTKSSGEKCVRCWHHRDDVGSHEAHPELCGRCVTNVDGEGENRQYA				NA	NA	NA	NA	NA
AK237_01127	933	ribF	COG0196	Bifunctional riboflavin kinase/FMN adenylyltransferase	GTGGAATTAATTCGTGGTCTTCATAATCTGCGCCCGGAACACAGCGGGTGTGTGCTGACTATCGGCAAATTTGACGGTGTACATCGCGGCCATCAGGCGGTGCTGGCAAATGTTCATGAGAAAACCCGAGAACTTGGATTACCATCTACGGTGATGGTGTTCGAGCCACAACCTGAAGAGTTATTCAGCCCGGACACCGCACCTGCGCGACTAAGCACGTTACGGGAAAAATACCAGTTGCTAAAAGCGCTGGATGTCGATCGGTTGCTGTGTGTACGATTTGGTGAATATTTCGCCAGCCAATCGGCCGATACCTTTATAGAAGAGTTACTGGTTGAACGTCTGGGTGTGAAATTTCTCGTCGTTGGTGACGATTTCCGCTTTGGCCGTGGTCGCCGAGGAGACTTTTCCATGTTGCAGCGGGCAGGACAGAGCATGGGATTTGAAGTTGCAAGTACCCAGAGCTTTATGGTTGATGACTGCCGTATCAGCTCCACGGCGGTGCGCGAAGTATTGGCTGCCGGAGAGTTTGAAAAAGCGGGCAATATGCTCGGGCGGCCATTCGTGATAGACGGACGTGTGGTACATGGCGAGAAAAAGGGTCGTACTATCGGTTTTCCTACGGCCAATGTGCTATTGAAGCGTTCACGACCCGCTATTAATGGGGTATTTGCGGTTACCGTTGATGTTAACGATAAACGTTACTACGGCGTTGCCAACGTGGGAAGCCGACCTACCGTAGCGGGCAAACGTACACAACTGGAAGTACACATTTTTAATTACAGCGGCTCGCTGTATGGCGAACAAATTAAAGTTTATCCGGTAAAGAAATTACGGGATGAAGAAAGATTCGCGTCCTTTGACGCATTGAAACAACAGATTCAGCGTGATGCGCAGGCAGCAAGAGAGTTGTTTGGCATTGCCGACATTTAA	MELIRGLHNLRPEHSGCVLTIGKFDGVHRGHQAVLANVHEKTRELGLPSTVMVFEPQPEELFSPDTAPARLSTLREKYQLLKALDVDRLLCVRFGEYFASQSADTFIEELLVERLGVKFLVVGDDFRFGRGRRGDFSMLQRAGQSMGFEVASTQSFMVDDCRISSTAVREVLAAGEFEKAGNMLGRPFVIDGRVVHGEKKGRTIGFPTANVLLKRSRPAINGVFAVTVDVNDKRYYGVANVGSRPTVAGKRTQLEVHIFNYSGSLYGEQIKVYPVKKLRDEERFASFDALKQQIQRDAQAARELFGIADI	PGPT0008625_3450	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
AK237_01128	1560	murJ_1	COG0728	putative lipid II flippase MurJ	GTGTCAGGAAAGTTATTAAAGTCGGGAATTATTGTCAGTGTCATGACCTTTATTTCCCGGATATTAGGTTTAGTCAGGGATGTTGTTGTTGCGAAACTCATGGGAGATGGTGCGGCGGCTGACGTGTTTTTCTTCGCCAATAAAATTCCCAATTTCTTACGGCGCTTATTCGCAGAAGGCGCATTTGCACAAGCTTTCATACCTGTTCTAACAGAAGTTCATCATGAGGACGATAAAGCAGAGCTTCGCGCCTTTATAGCCAGAGTGTCGGGCACGCTAGGGGCAATCGTTTTTGTTGTGGCGATAATCGGCGTTATCGCATCACCGGTACTTACTGCAATATTCGGAACCGGATGGTTTATTGCCTGGTGGCAGGGGGAAGAAGCAGGCGAAAAATTTGAGTTAGCGTCGGTCATGCTCAAAATCACGTTTCCTTATCTTGCCTTTATTACGTTAACCGGATTAGCCGGGGCGATTTTAAATACTCTTAATCGCTTTGCTGTGGCAGCTTTTACGCCAGTACTGCTTAATATTTGTATTATTTTGTGCGCTTACTATCTGGCGCCCGAATTGTCCCAGCCTGCTTTTGCATTGGCGTGGGGGGTCTTCATCGGCGGTATTGTTCAGTTAGCATTTCAAATTCCCTTTTTATATCGTGCAGGTTTACTGGTGAAACCAAAGTGGGGCTGGCATGATCCGGGTGTCGTTAAAGTACGCACACTTATGATCCCTGCGTTATTTGGTGTTTCAGTGGGGCAGATAAATTTATTATTTGATACCTTTATCGCCAGCTTCTTAGCTACCGGGTCAATCAGCTGGCTTTATTACTCAGATCGCTTACTGGAATTCCCGCTGGGGCTTTTTGGCATTGCCATTGCGACAGTTATTTTGCCTACACTTTCCCGCAATCATGTTGCTAACGATCCGAACGCATTCAGTGGCAACATGGACTGGGGCGTGCGTATGGTGTCATTACTGGGCATTCCCGCCGCAGTCGGGTTGGCATTCATGGCTGAGCCGATTATGACCGTCATTTTCCAGCGCGGCGCATTCACCGCCGAAACGGCGCGGATGGCGTCTTACTCTTTAGTAGCGTATGCATGCGGGTTAGTCAGTTTCATGTGGGTGAAAGTGCTCGCGCCTGGATTTTATTCCCGGCAGGACACCAGAACGCCGGTGAAATTTGGTATTTGGTGCATGGTAGCCAACATGGTATTTAACCTCATCTTCGCCATTCCTTATGGTTATATCGGTCTGGCAATAGCCACTTCATTGTCGGCAACCTTAAATGCGGGATTGCTTTATACAACCTTACACAAAAATGGGGTTTATCGAGCCAGTACTGAAACGGCGCTTTTCCTCGTTAAAGTAATTGTGGGAAGTGTTGCAATGGCCGGGGTGATTGTTTATCTCGATATGGGCGAAAATTTTTATGCGTTGGCGTTGGCTGCGCAAATTTACCATGTGTCGCTAACAATCGGCGCCGCTGTCGCTGTATTCTTGTCCGTTTTATTGATCTTAGGTGTTCGCAAACGACACTTTCGGGCAATTGGCGGATAA	MSGKLLKSGIIVSVMTFISRILGLVRDVVVAKLMGDGAAADVFFFANKIPNFLRRLFAEGAFAQAFIPVLTEVHHEDDKAELRAFIARVSGTLGAIVFVVAIIGVIASPVLTAIFGTGWFIAWWQGEEAGEKFELASVMLKITFPYLAFITLTGLAGAILNTLNRFAVAAFTPVLLNICIILCAYYLAPELSQPAFALAWGVFIGGIVQLAFQIPFLYRAGLLVKPKWGWHDPGVVKVRTLMIPALFGVSVGQINLLFDTFIASFLATGSISWLYYSDRLLEFPLGLFGIAIATVILPTLSRNHVANDPNAFSGNMDWGVRMVSLLGIPAAVGLAFMAEPIMTVIFQRGAFTAETARMASYSLVAYACGLVSFMWVKVLAPGFYSRQDTRTPVKFGIWCMVANMVFNLIFAIPYGYIGLAIATSLSATLNAGLLYTTLHKNGVYRASTETALFLVKVIVGSVAMAGVIVYLDMGENFYALALAAQIYHVSLTIGAAVAVFLSVLLILGVRKRHFRAIGG	PGPT0024200_2388	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-PEPTIDOGLYCAN_REMODELLING	CE-PG_REMODELLING_LIPID_II_FLIPPASE_ACTIVITY,PGPT0024200-murJ|mviN-K03980	NA	NA
AK237_01129	261	rpsT	COG0268	30S ribosomal protein S20	TTGGCTAACATTAAGTCTGCTAAGAAACGTGCAATTCAAGCCGAAAAGCGTCGTCAGCATAATGCCAGCCGTCGCTCCATGACTCGTACAAGCATCAAGAAAGTAGTTGCCGCAATCGCTGCTGGCGATAAAGAAGGTGCACAAGCTGCACTGGCTACTGCTACGCCGATCCTTGACAGAATGGCATCCAAAGGTTTGATTCACAAGAACAAAGCCGCTCGTCATAAGAGCCGTCTTTCTGCGCAAATTAAAGCGCTGTAA	MANIKSAKKRAIQAEKRRQHNASRRSMTRTSIKKVVAAIAAGDKEGAQAALATATPILDRMASKGLIHKNKAARHKSRLSAQIKAL				NA	NA	NA	NA	NA
AK237_01130	192			hypothetical protein	ATGATGACAATCCAGGTACATGACAACAAAGGAATTGAAACCCACAAACTGTCTGCAGATGACATTACCCCGCAAATTGAGCGTAAACTAAAAGCGCTTTATGCCTTCGGCGGGTTCTGCAAAGTGGGAGAAACAACTTATCAAAGTGCAGAGCATCTGTTAGCCGATTTCCTGCCACGCATGGCCAGCTAA	MMTIQVHDNKGIETHKLSADDITPQIERKLKALYAFGGFCKVGETTYQSAEHLLADFLPRMAS				NA	NA	NA	NA	NA
AK237_01131	801	lpxH_1		UDP-2,3-diacylglucosamine hydrolase	ATGAAACGCACACACTACCGCACATTGTGGTTATCTGATGTTCATCTTGGTAACAAAGATTGCAAGGCTGAATATCTCCTTGATTTTCTGAATAACGTTACCGTCGATACACTTTATCTCGTCGGTGATATTGTGGATATGTGGGAGATGTCTCGCCAGTTTCGTTGGCCAGAAGCACATAATCAGGTGCTTCATACTTTTATGCAGATGAGTCGTGAAGGGACAAAGGTGGTCTATTTACCCGGAAATCACGACGAGCCACTACAGTCATACTCCGGCATGGATTTTGGTGATATCGAGATCCGTCGTGAATATGTCCACACTACCGCACAAGGCAAGCAATATCTGATTTTACACGGCGACCAGTTCGATGCCGATGTAACTATTGGAAAGTTCCATGCCTGGATTGGTGACAAAGGCTATGACTTACTACTTTTCTTAAACCGTTGGTTTAACCGGTTTCGACAATGGCGAAATAACCACTATTGGTCACTGGCAGGCTACATCAAAAAACACATTAAAGGCGCGAATGAGGCCATTGCGCGTTATCGGGAAGCCTGTTGCAACCGCGCCAGGAAAATGGGTGTGAACGGTGTAATTTGCGGTCACATACATCACCCCGAAAGTACGATGGAAAATGGCATCCATTACATCAACGACGGCGATTGGGTTGAAAATTGCTCAGCACTGGGTGAAGACATGGAAGGTAATCTGGCGCTCATCAATTGGATAGACCATATGCAGGCCCAATCCACAGTAACAGCATTTACCCCGCGCACGAAATCGACCAAAGCGGCTTAA	MKRTHYRTLWLSDVHLGNKDCKAEYLLDFLNNVTVDTLYLVGDIVDMWEMSRQFRWPEAHNQVLHTFMQMSREGTKVVYLPGNHDEPLQSYSGMDFGDIEIRREYVHTTAQGKQYLILHGDQFDADVTIGKFHAWIGDKGYDLLLFLNRWFNRFRQWRNNHYWSLAGYIKKHIKGANEAIARYREACCNRARKMGVNGVICGHIHHPESTMENGIHYINDGDWVENCSALGEDMEGNLALINWIDHMQAQSTVTAFTPRTKSTKAA				NA	NA	NA	NA	NA
AK237_01132	1716			hypothetical protein	ATGTTTACTGTTGATGATGTACTTACCCAGCATTATCCGCAGGTTGTGGATAAGCCTTGGTTATTTAAGTCACTCTCTTTCGTGCTTCGCCACCTTTTGCACGAGCGCGAAATCACTGAATTTGGTGAAACCTACCCGCACTACGAGGATATTGATTTTGTCGAGCAAGTGCTTGAATACTTCAATGTCAGTTATTCCACTCGCGATGTAGAAAAAGAACGTATTCCAACAGATGGGCGCGTAGTTATAATCGCGAACCATCCAATCGGTTCGCTGGACGGTCTGGCACTCATAAAGCTGGTAAGTGAAGTACGTCATGATCTGAAGGTTGTCGCCAACCAGATGCTAATGGCAATTGAGCCGTTACATAATATGCTGTTACCCGTTAATAACATGCAGGGCGGCACGCCCAAGCAGCATTTGGAAGCTATCCACAAACACTTAAACAGTGAAGGCGCGGTGCTGATTTTCCCTGCTGGCGAAGTGTCCCGCTTACGCCCTCAAGGCATTCGGGATACCCGCTGGCACACGGGCTTTTTACGTATTGCCAGACAGACAAAATCACCGATATTACCGGTGTACATTGATGCCAAGAATTCACCACTATTTTACAGCGTATCAATGGTGTATAAGCCGCTGGCCACGGCGCTGCTGGTTAAAGAAATGTTTAAACAGCGCAAAAAGCACTTGCCGATGCGAATTGGTGAAATAGTACCTTACGAGGCGTACAGCCAACTCACCATACCGCTTAAAGAGCAGGTACAGCTATTTAAACGTCATCTTTATCGTATTGGTGGAAATCGCAAGGGTGTACTGGCCACACAAGCCCCCATCGCCATGCCTGAAGATCGCAAAGAACTCACACGTGCCATTAAGCAATGCGAGCACCTTGGGCACACTGCTGACGGTAAACATATCTACCTTTATCAGCACCATGGTTATTCCCCCATCATGCGTGAAATAGGCCGATTACGAGAAATTGCATTTCGTGCGGTTGGCGAAGGCACCAACCGCCGCCGCGACATCGACCAGTACGATTCACACTATTATCATTTGGTGTTGTGGGATGAAAACGATTTAGAAATCGTCGGTGCCTACCGCTTTGGTGATGCAGAAATATTAAGCGCTCAGGACCATTCCACGGGACTATACTCGGCCACATTATTTCAATATGGCGAGAATAACGATGCGCTATTCAAGCAGGGTCTGGAGTTAGGTCGTAGCTTTGTGCAACCACGTTACTGGGGAAAACGCAGCCTGGATTATTTATGGTTCGGCATTGGCGCTTTTCTCACCCGTTATCCTAAATATCGCTATTTGTTTGGCGCGGTATCAATTAGCAATGCGTACCCGCAGCCAGCTAAGGATTTGCTGGTTCAGTTTTATCGTACACATTTTCCCGCGAAATTTGGTACAGCGACCTCTAAGCTGCCCTATCAGGTGTCGCCCGATGTCATAGAAACCTTTACCGGTGAAGATTATAAAAAAGAGTTCACTCAATTAAAGCATTTACTCGCGAACATGGGAGTTAATGTCCCCACGCTTTATAAGCAGTATTCTGAAGTCACTAAAACAGGTGGTGTTGCGTTTTTAGACTTTAATGTCGACCCTGATTTTAACGATTGTATTGACGGATTAGTAGTGGTTGATTTAGACAGTCTGACGGACAAAAAGCGTAAACGTTACCTTCAGCCTGCACTGTCTGATATTGCTTGA	MFTVDDVLTQHYPQVVDKPWLFKSLSFVLRHLLHEREITEFGETYPHYEDIDFVEQVLEYFNVSYSTRDVEKERIPTDGRVVIIANHPIGSLDGLALIKLVSEVRHDLKVVANQMLMAIEPLHNMLLPVNNMQGGTPKQHLEAIHKHLNSEGAVLIFPAGEVSRLRPQGIRDTRWHTGFLRIARQTKSPILPVYIDAKNSPLFYSVSMVYKPLATALLVKEMFKQRKKHLPMRIGEIVPYEAYSQLTIPLKEQVQLFKRHLYRIGGNRKGVLATQAPIAMPEDRKELTRAIKQCEHLGHTADGKHIYLYQHHGYSPIMREIGRLREIAFRAVGEGTNRRRDIDQYDSHYYHLVLWDENDLEIVGAYRFGDAEILSAQDHSTGLYSATLFQYGENNDALFKQGLELGRSFVQPRYWGKRSLDYLWFGIGAFLTRYPKYRYLFGAVSISNAYPQPAKDLLVQFYRTHFPAKFGTATSKLPYQVSPDVIETFTGEDYKKEFTQLKHLLANMGVNVPTLYKQYSEVTKTGGVAFLDFNVDPDFNDCIDGLVVVDLDSLTDKKRKRYLQPALSDIA				NA	NA	NA	NA	NA
AK237_01133	1287	dapE_3	COG0624	Succinyl-diaminopimelate desuccinylase	ATGCCTTTGTCATTTTTTGCCCATGTAATAGATGCCGATAAAACGCATTTATGGGTAAAAGCCATGGACAAATTTTCTGCATTTGAACAGTTTGCACGCCGCAGACTGGAAAACGACATCAACAATAATGTTCCTGCAAGTAAAGAGCGTAGTACAAACAGCATTGACATCGCTACAGCACTCATTAGCAAGGCGTCAGTTACTCCTGATGATGGAGAATGTCAGACCTATCTGATAGCTCAGCTACGAATGTTGGGTTTTTGCTGTGAGCAAACCATAGTAAACGGTGTAACCAATCTCATTGCTCGCTGGGGAAATGGCACTAAAAACATTGCCTTTTGTGGTCATACCGATGTGGTGCCGCCCGGACCTTTGCATCAGTGGCAAAGCCCACCGTTTGTACCTTGCGTGCGAGATAACAAATTATTCGGTCGCGGTGCAGCAGATATGAAAACCGGCATTGCCGCGATGCTTGCTGCTTGTAAAAGTGTGCTTCCCTACTGTGACGAGGACAGTATGACGTTCTGGTGGCTGATCACCAGCGATGAAGAAGGTGAAGCAGAGTTTGGTTCTAAGTGGATAAAACACACACTAGACGAGCTGGGTATCAACATTGATATGTGCGTAGTGGGGGAGCCTTCGGCATCCCGGACGACAGGAGATACGATTAAAGTAGGACGTCGGGGATCGCTGTCAGGTTTTGTGACTATTACCGGTAAGCAAGGTCATGTTGCTTACCCTCATAGTTGTGATAATGCCATCCACAAAGCCAGTAAAATAATGCACAGTTTACTGGCTCAGGGATGGGATGGAGAAGATACCGATTTTCCCGGTACATCACTGCAAATCACTCATATTGATACAGGCCGTTTTGTCGATAATCTCGCACCTGGTCGGTGTGAGCTTGCATTTAACGTACGTTACGCGGCTGAATATGATGAAGACAGTTTGAAAAGGCGACTTGCTATTCTGATTGGTAGTGAAGATCCCAGCGCTACCATCAGTTGGTCTCGCCCGTGTGAAGCTTACTTAACAGAGCCTTCTCAAGGGACGTGTTTGATTAACATTGCTGAAGCTGCGATTTTCCGGGCTACCGGCAAATACCCGCTACTGAGTACATCCGGAGGCACATCGGATGGACGTTTCTTTGCAGGAGCCTCCACACAAGTCATCGAATTAGGCGTGCCGAATACCACCATACATCAGGTCGATGAGAACATTCATTTATCGGACCTTATTACGCTGGAAGATATATATTGCGATATGCTTATGCAGTTTGCTGGTTAG	MPLSFFAHVIDADKTHLWVKAMDKFSAFEQFARRRLENDINNNVPASKERSTNSIDIATALISKASVTPDDGECQTYLIAQLRMLGFCCEQTIVNGVTNLIARWGNGTKNIAFCGHTDVVPPGPLHQWQSPPFVPCVRDNKLFGRGAADMKTGIAAMLAACKSVLPYCDEDSMTFWWLITSDEEGEAEFGSKWIKHTLDELGINIDMCVVGEPSASRTTGDTIKVGRRGSLSGFVTITGKQGHVAYPHSCDNAIHKASKIMHSLLAQGWDGEDTDFPGTSLQITHIDTGRFVDNLAPGRCELAFNVRYAAEYDEDSLKRRLAILIGSEDPSATISWSRPCEAYLTEPSQGTCLINIAEAAIFRATGKYPLLSTSGGTSDGRFFAGASTQVIELGVPNTTIHQVDENIHLSDLITLEDIYCDMLMQFAG				NA	NA	NA	NA	NA
AK237_01134	1521	farB		Fatty acid resistance protein FarB	ATGAGTACGGTGTCTGCTTCTGAAAGGGATGCGCCCGTCAATCGCGTGATGGTGACCTTGTCTGTAATGCTGGCCACTATTATGCAGGCGCTGGATACAACGATTGCGAACGTGGCGCTACCTCATATGCAGGGCAGCATGAGCGCTACGCAGGATCAAATCAGCTGGGTACTAACCAGTTATATTGTTGCAGCAGCTATTTTCATGCCGCTTACCGGGTTACTCAGTGCCCGCTTTGGACGCAAGCGTGTTTTTATTTGGTCCGTCGTTGGTTTTACTATCGCATCCATGTTGTGTGGCGCAGCGCAAAACTTAAATCAGATTGTTTTGTTTCGATTGCTGCAAGGGATTTTTGGTGCCAGCTTAGTACCCCTATCACAGTCTGTTTTGCTAGATACCTGGCCGAAAGAGAAGCATGGCTCAGCGATGGCTATGTGGGGCGTGGGCGTTATGTTAGGCCCCATACTCGGACCAACATTAGGCGGCCTGTTGACAGAGTATTATGACTGGCGTTGGGTGTTTTACATCAACTTACCGTTCGGCCTTTTAGCGTGGTTTGGATTGGTGCGGTTTGTGCCAGAAACTGAACTGGATCCTAATCGTCGCTTTGATCTCACCGGTTTTGCCATGTTGGCACTTGCCATTGGGGCGTTGCAGATGATGCTGGACAGGGGAGAGTCGCAAGACTGGTTTACCAGCAAGGAAATCGTCATCGAAGCGGCGTTGGCAGTGTTGGGCTTTTATCTTTTCATCGTGCATATCTTTACTCACAAGAAACCATTTATCGAACCGGCGATGTTCAAAGACCGAAATTTTTCTGTTGGTCTGCTATTTATTTTTGTTGTCGGCATCATCTTACTCGCCACGATGGCATTGTTGCCCCCCTTTATGCAGAACCTGATGGGATATCCTGTCGTTGATGTCGGTTACTTGCTCGCGCCAAGAGGAATTGGCACCATGATTTCCATGATGCTGGTAGGTCGGCTATCAGGCAAAGTTGATGTACGCTTACTGATATTCACAGGTTTGATGTTGATGAGCTATTCGTTGTGGGCCATGACGTTATTTACTGCTGACGTTAGTTCACACGAAATTATTCGTACCGGCGTTATTCAAGGGCTGGGATTAGGCTTTGTCTTCGTGCCATTATCCACAGCCAGTTTTGCCACTCTTGCGGCGAGTTATCGTAATGAAGGGACGGCGTTGTTTAGCTTATTGCGGAATATTGGTAGCAGTATCGGGATCTCTGTTGTGATGACGTATCTGGCTCAGTCTGCACAGCGGAATCATGCCGTGTTCTCAGAATTCATGACACTCGATAACAATGCCTTTTTACACAGTCTGGAGAACGGCGTTTATGCTACTCAGGGTGTCGGACTAAGCAACCTGAATTCTATGGTCACAACACAAGCTACCACACTCGCTTATTTGCAAGATTTCAGGCTGATGATGTGGATTACACTCGCGTCCGTGCCACTGTTATTTTTCATGCGACCTGCTGTAAAACAATCCGTGCCTTAA	MSTVSASERDAPVNRVMVTLSVMLATIMQALDTTIANVALPHMQGSMSATQDQISWVLTSYIVAAAIFMPLTGLLSARFGRKRVFIWSVVGFTIASMLCGAAQNLNQIVLFRLLQGIFGASLVPLSQSVLLDTWPKEKHGSAMAMWGVGVMLGPILGPTLGGLLTEYYDWRWVFYINLPFGLLAWFGLVRFVPETELDPNRRFDLTGFAMLALAIGALQMMLDRGESQDWFTSKEIVIEAALAVLGFYLFIVHIFTHKKPFIEPAMFKDRNFSVGLLFIFVVGIILLATMALLPPFMQNLMGYPVVDVGYLLAPRGIGTMISMMLVGRLSGKVDVRLLIFTGLMLMSYSLWAMTLFTADVSSHEIIRTGVIQGLGLGFVFVPLSTASFATLAASYRNEGTALFSLLRNIGSSIGISVVMTYLAQSAQRNHAVFSEFMTLDNNAFLHSLENGVYATQGVGLSNLNSMVTTQATTLAYLQDFRLMMWITLASVPLLFFMRPAVKQSVP	PGPT0029220_3977	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
AK237_01135	1065	emrK	COG1566	putative multidrug resistance protein EmrK	ATGTCAGAAGCTTCTCAACCCTCTTCGCCATCAACGAAAAAATCATCCCGCAAAACACGTTTCATACTAATGATTGCGATTCCTCTTGCTGCTCTGCTCGCGGGTGGTGCTGCTTATCTGCATGGTGGCCGTGTTGTTGAAACAGACAATGCATATGTGAAAGCAGACTTAGTTCAGATTAGTCCCCAGGTAAGTGGCAACATTATCGCTGTGCCAGTTCGTGAAAATCAGCATGTTAAGAAAGGTGATGTACTGTTCGAAATTGATGCTGAACCCTATCAGGTGGCAATGGATAAAGCGGCAGCGAGTTTAGCCCAGGTCAGAACTGATTTATCTGCACTTAAAGCGTCATACGTGGAAAAGCAAACCGAATTGAAACTGGCTGAAAGCCGGCTGAAATATGCGCAGAAAGAAGAAGTGAGACAAAACGATTTACTTAAAAAGCGCTACGTGTCTGACGCCGATTTTGATGCAGCACATCAAAATGTTGATATTGCTCAGCTGAATGTGCTGGCCGTAAAAGACGACCTTAAACAAATCGCTGAATCACTGGGTGGTAGCAGTACGTTACCTATTGAGGAGCATCCTGACTACCTCGCCGCAAAAGCATCATTAGCGCAGGCCATGCTTGACTATAAGCATACGCGCGTCACCGCGCCGCAAGACGGGATTGTGCGAATTCCGCCTAAAACCGGGCAATATTTTAGTGCGGGTAATCAGGCCATGTCGATGATGCTCAGTAACCAAATGTGGATAGAAGCTAATTACACAGAGACAGCGTTAACCTATGTGGTGCCGGGTCAGCACGTGACTATTAGTGTTGATACGTACCCCGATCACCTTTGGCACGGCGTTGTTGAAAGTTTAAGTCCGGCAACCAGCGCAGAATTTTCTGTCTTGCCAGCACAAAACGGAACCGGCAACTGGGTTAAAATTGCCCAGCGACTACCCGTCCGCATTCGCCTGGAAGAATCTGCTGAACTCCCTACGCTGCGAGCCGGATTAAGTGTGATCACCGAGATTGATACGCAACATCACCGTTCTTTCATGGGTGTGACACTTTAA	MSEASQPSSPSTKKSSRKTRFILMIAIPLAALLAGGAAYLHGGRVVETDNAYVKADLVQISPQVSGNIIAVPVRENQHVKKGDVLFEIDAEPYQVAMDKAAASLAQVRTDLSALKASYVEKQTELKLAESRLKYAQKEEVRQNDLLKKRYVSDADFDAAHQNVDIAQLNVLAVKDDLKQIAESLGGSSTLPIEEHPDYLAAKASLAQAMLDYKHTRVTAPQDGIVRIPPKTGQYFSAGNQAMSMMLSNQMWIEANYTETALTYVVPGQHVTISVDTYPDHLWHGVVESLSPATSAEFSVLPAQNGTGNWVKIAQRLPVRIRLEESAELPTLRAGLSVITEIDTQHHRSFMGVTL	PGPT0013750_3157	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE	CE-BACTERIAL_FITNESS-OTHER_MULTIDRUG_EFFLUX_GENES,PGPT0013750-emrB-K03543	NA	NA
AK237_01136	546	slyA_2		Transcriptional regulator SlyA	ATGGCGTCCTTCTGTTGTTATCTGCTAATCAAAGCATATAATAAGCATAACTTACTAATTGGTGTAAAAATGACTAAACCTAATTCAGCAGGCAACAAACCGTGTTTTAGCGCTGAAACCAGAGAAAGCAACGAGGGCTTTTTACTGGCAGATATTACCCGGCGGATGCGCGGCGCTTTTCAACAGCGGATTGAAGGCAGTGATTTGACCCTGGCGCAAGCGAGAGCGTTAAAAATTGTGGCTATGCATCCGGGTGTGCAGCAAAAAGTGCTGGCGCAAATGTTGGAAGTGCAGCCTATGACCATGGCTAAACTTTTAGACAATTTGGAAGAGAGGGGGCTCATCAAACGGGATAAAGATCCGAATGATCGCCGGGCCCACTTAATCAATCTAACCGAAGATGCGTCTCCTGTGCTTGAGACCATCAAAATTACTATTGCAGAGCTAAGGGAAGAAATGCTCCAGGATCTGAGTGAGTCTCAACGAGACACCTTCCTGGAAGTACTTACCCTTATTCGTGAACGTTTATTATCTATGAATTTCTGA	MASFCCYLLIKAYNKHNLLIGVKMTKPNSAGNKPCFSAETRESNEGFLLADITRRMRGAFQQRIEGSDLTLAQARALKIVAMHPGVQQKVLAQMLEVQPMTMAKLLDNLEERGLIKRDKDPNDRRAHLINLTEDASPVLETIKITIAELREEMLQDLSESQRDTFLEVLTLIRERLLSMNF				NA	NA	NA	NA	NA
AK237_01137	252			hypothetical protein	TTGCGACGAATGAATTTATTAGGAGGATTAAAAGCGCCGAAGAAGGCAAATTGCAACGCGCAACAGGCTAAGAACACGGCCAGTGCCCGGATGAAATATGAGGAATATAATAGTACGGTGAAGCGTTTGGAGGGCGAACTAGCCTGTTACGTCAATGATCCTGCGAGTGTCCGGATGAATGCGTACAGTTTGCCCTGCGATATCGATAGAGATAGTGCCCGTGAGCGGATCTCTGTCAATCACTTTGCCTAA	MRRMNLLGGLKAPKKANCNAQQAKNTASARMKYEEYNSTVKRLEGELACYVNDPASVRMNAYSLPCDIDRDSARERISVNHFA				NA	NA	NA	NA	NA
AK237_01138	327			hypothetical protein	ATGGTAAAAACACACGCGGCACTGCCGATTTACGCTTTGCTTGGCGCAGTGGTGTTGTTTACCAAGACTGCTTGTGCTGCCGACAGGGCACAGAATATCGGGCTCGATGAATTTGGACTTCCACTCTCTGAACTTTCTCAGCAGACATTGCCTGAGGGTAACCAGAATACAGTGCTCGTTCCTGGTGATGTGCTCGGTTACGACATGTATCGTTTAGGCAAAGTGATTGACAGAGATCCGCTCACGGGCACTATCTCTATCGATATCGCAGGGCAAACTGTACGCATTCATCCGGACACTCGCAGGATCATTGACGTAACAGGCTAG	MVKTHAALPIYALLGAVVLFTKTACAADRAQNIGLDEFGLPLSELSQQTLPEGNQNTVLVPGDVLGYDMYRLGKVIDRDPLTGTISIDIAGQTVRIHPDTRRIIDVTG				NA	NA	NA	NA	NA
AK237_01139	129			hypothetical protein	ATGTGTCAGAAACAGCATAACGGTGTAAAACAACGCGATAACGCCAGAGAGCACGAGTATATAAATAAAACCTTGTTTGCCCTGAGCAAGCGACCACTTGTTGGCTTTAAGATAGGCGAACCACAATAA	MCQKQHNGVKQRDNAREHEYINKTLFALSKRPLVGFKIGEPQ				NA	NA	NA	NA	NA
AK237_01140	987			hypothetical protein	ATGCGCATTCTACATGCTTACGCAACACGCCTGCCTTTACCCGCCAAGAAATACGGGGGAACGGAACGAGTAATATGGTCTTTGGCCCAGGCTCAGATGAGAAAAGGGCATGAAGTTAAATTTCTGGCGAGAAACGCAGGGGAATTAGCGGCTCAAACTATAAAGTACGATCGTAATCAGCCTGTTAGCGAGCAAATTACTGACTGGCCGGACGTTGTGCATTTTCACTGGCCTTACGAAGGAGAGTTGCATAAACCTTTTTTATGCACCGAACATGGAAACGCCGGGGCTGCAAGAGCATACCCCACAAATACGGTATTTCTGTCTGAGAAACATGCAGCAAATCATAACGCATCGTGTTTTGTGTACAACGGCCTTGACTGGAGGGATTATGGTGAGCCAAATCTTATCAGGCCGGCGAACTATTTCCATTTTTTAGGCAAGGCGAGATCTGCGCTTAAAAATCTAAGCGGGGCGATACGCATTGCGGCAAACACACATCAAAAACTCGCAGTGCTTGGTGGGAGTCGATTTAATTTGGGTCGAAACACTTATTTGGATTTCAGTTTGCACACTCGATTTAAAGGCATGGTCGGGGGCGAAAGGAAAAACCAATTAATACGTCGTTCAAAGGGGCTGATTTTTCCTGTCAGGTGGCATGAGCCTTTCGGATTAGCGATAACTGAAAGTTTATTCTTAGGTGCGCCAGTTTTTTCTACGCCATTTGGTTCGTTACCAGAGCTTATCAGCGATCCGGCTATTGGGTTTCTATCTGATTCTTATGCTGAGATAGAGCAGGCTGTAAATCACGCAGACACTTTTTCCCGAAAACTTTGCCATGAATACGCACGAGACCGCTTCAGCGCTGAAGTTATGGAACAACGGTATTTTGACCTTTATGAAAATGTCATAAACGGCCATAAATTAAATAGCCGTCAACCACATGCAACAGGTAATGTATCCCAGATCCTTACTATCCGCGATTGA	MRILHAYATRLPLPAKKYGGTERVIWSLAQAQMRKGHEVKFLARNAGELAAQTIKYDRNQPVSEQITDWPDVVHFHWPYEGELHKPFLCTEHGNAGAARAYPTNTVFLSEKHAANHNASCFVYNGLDWRDYGEPNLIRPANYFHFLGKARSALKNLSGAIRIAANTHQKLAVLGGSRFNLGRNTYLDFSLHTRFKGMVGGERKNQLIRRSKGLIFPVRWHEPFGLAITESLFLGAPVFSTPFGSLPELISDPAIGFLSDSYAEIEQAVNHADTFSRKLCHEYARDRFSAEVMEQRYFDLYENVINGHKLNSRQPHATGNVSQILTIRD				NA	NA	NA	NA	NA
AK237_01141	1893	ppiD	COG0760	Peptidyl-prolyl cis-trans isomerase D	ATGTTAGAGAGAATCCGAGAAGGTTCGCAGGGTCCATGGGCAATGATCATCATTGGTCTGGTCGTGCTGAGCTTTGTCTTTGCCGGCGTAGGTAGTTACCTTAATAGTTCCGGTCAGACAGTCGCTGCGACAGTGAATGGCGAAGAAATTGGTTTAAATGAATTAGAGCGTGCTTATCAGTCACAGCGTAGTCGTATGGAATCACAATACGGCGAAAGCGTTTCTGCGTTGTTTGCTGATGAAGGATATATGCAGCAATTTCGTCGTGGCGTATTAGATAGCCTAATCGACGAAAAACTGGTTGAGCAAAAAGCCAGGGAACTTGGACTTCGCGTAGGTGACGAGCAAATTCGTGACACTATTCGTAACATGCCAGAGTTTCAGTTAAGCGGTCAGTTCAATAACGAACGTTATTTATCGCTGTTACGTCAAAATGGTTATCAGCCTAGTGATTTCCGCGACTTTTTGCGCACGCAGTTAACTCGCGAGCAATTAACCCGTGCACTGGGTGTGTCAGAGTTTGCTTTGCCGGGTGAAGCGCGTCGCTTCTATGGTCTGCAAGCACAAACTCGTGATGGCCGTTATGTGGTTGTTGATGCAGCACCGTTCGCTGATGAGGTAGAGGTGTCCGACGCCGAAATCCAGTCATATTACGATGCCAACATCACATCCTTTGATACCGAAGAAAAGGTAAGTGTTGCTTACGTAAAACTGTCGGTAGATAGTTTAAAAGGCGATGTGTCAGTTACAGACGAAGATGTATCAGCATGGTATGACGAAAACAAAGAACAATACCGTGATGAAGAACAGCGTCGTGTTTCTCATATCCTCATCGAAGCGCCAGAAGATGATGAAGCGGCTAAGGCAAAAGCCGAAGCACTGCTGGCAAAAATCAAAGAGGGAGCTGACTTTGCCAGGTTAGCCGAAGAAAATTCAGATGATACTTTTTCTGCGGAAAATGGCGGTGATTTAGAATTCGTTACGCCTGGCATGATGGATGATGCCTTTGACAAAGCCGTATTTGCTTTGGGGTCGGTAGGCGATGTTTCTGATGTTATAAAAACCCAGTTTGGTTATCACATCATCAAGCTGACCGATGTAAAACCGGAATCAATTAAGCCTCTTGCAGAAGTTGCTGGTGATATTCGTGATAATCTCATCACGGAGAAAGCAACCGATCGCTTCTATGAGATTCAATCCCGCATGGCTGAAGTGGCGTTTGAAGTACCAGATACCTTAGATGAAGTCTCGGCTGTTGCAAACGCGCCTATCGAAACAACCGCATTATTTACACGTAACGATGTACCTGAAGCGATTAATAATCCTCAGGTGGTGACCGACGTCTTCTCTCCTGAGCTTATCGAAGAGCAAGTGAATAGCGATTTGATTGAGTTGGATGCGAATACCGTGGTTGTTGTACGTGTTGCAGAACATGAGCCACAGCGGACTAAGTCGCTGGATGAAGTGAAAGACACTATCACTGCTTCATTACGTGCAGAGAAAGCGCAACAAGCAGCGCAAACGTGGGCAGAAGCCCAACTGGCTGAGTTAGATGCTGGCAACGACATCGCTGATGCACTTTCTGGCCGCTCACTTGATTGGGAAACCGCTGAAAAGGTTAATCGCGCAAATCAGGAGTTACCTCGTAACCTGGTAGATACCTTATTTACGTTGGCTACCGTAGACGGAAAGTCGCGTCAGGTTGTACCACTGGGAAGCGGAGATGTGGCGTTGGTTGAACTTACTGCCGTTCATGCTCCGGATGCAGCGGACGAGGCAACAGTGACCACTATTCAGCAGCGTTTATCGCAGGCTTCGGGTCAAAGCACGTACGCTTCATTCGTTAAAGCGTTACGTGATGGTGCGGATATTGAGTTAGGTACCGCGCAATAA	MLERIREGSQGPWAMIIIGLVVLSFVFAGVGSYLNSSGQTVAATVNGEEIGLNELERAYQSQRSRMESQYGESVSALFADEGYMQQFRRGVLDSLIDEKLVEQKARELGLRVGDEQIRDTIRNMPEFQLSGQFNNERYLSLLRQNGYQPSDFRDFLRTQLTREQLTRALGVSEFALPGEARRFYGLQAQTRDGRYVVVDAAPFADEVEVSDAEIQSYYDANITSFDTEEKVSVAYVKLSVDSLKGDVSVTDEDVSAWYDENKEQYRDEEQRRVSHILIEAPEDDEAAKAKAEALLAKIKEGADFARLAEENSDDTFSAENGGDLEFVTPGMMDDAFDKAVFALGSVGDVSDVIKTQFGYHIIKLTDVKPESIKPLAEVAGDIRDNLITEKATDRFYEIQSRMAEVAFEVPDTLDEVSAVANAPIETTALFTRNDVPEAINNPQVVTDVFSPELIEEQVNSDLIELDANTVVVVRVAEHEPQRTKSLDEVKDTITASLRAEKAQQAAQTWAEAQLAELDAGNDIADALSGRSLDWETAEKVNRANQELPRNLVDTLFTLATVDGKSRQVVPLGSGDVALVELTAVHAPDAADEATVTTIQQRLSQASGQSTYASFVKALRDGADIELGTAQ				NA	NA	NA	NA	NA
AK237_01142	108			hypothetical protein	ATGAAATCCAGTAACGTAAAAGGAATTACAGCAGGTCTTATTGAGGCAGGAGAAATAAAAAAGGCGATGGTACTGACCATCGCCTTTTATCGAATCTTTTCTGCTTAG	MKSSNVKGITAGLIEAGEIKKAMVLTIAFYRIFSA				NA	NA	NA	NA	NA
AK237_01143	273	hupB	COG0776	DNA-binding protein HU-beta	GTGAACAAGTCTCAACTCATCGACCAAATCGCTGCTGGTGCAGATATCTCTAAAGCTGCTGCGGGCCGTGCATTAGATGCATTTACTGATGCAGTTACTGCAGCGCTTAAAGAAGGTGATCAGGTTGCACTGGTAGGTTTCGGTACGTTTGCGGTTCGTGAACGCTCAGCGCGTAGTGGCCGTAACCCACAAACTGGTGAGACTATTCAAATCGCAGCTGCTAAAGTTCCATCTTTCAAAGCTGGTAAAGCACTGAAAGACGCTTGTAACTAA	MNKSQLIDQIAAGADISKAAAGRALDAFTDAVTAALKEGDQVALVGFGTFAVRERSARSGRNPQTGETIQIAAAKVPSFKAGKALKDACN				NA	NA	NA	NA	NA
AK237_01144	2355	lon_1	COG0466	Lon protease	ATGACAGTTGAGCGTGAAGATCGCATTGAGATCCCCGTACTTGCCTTGCGGGACGTAGTCGTTTATCCCCATATGGTCATACCGCTATTTGTTGGTAGGGAAAAATCCATCCGTTGCCTGGAAGCGGCAATGGAAAACGATAAACAAATCTTTTTAGTGGCACAAAAGGACGCCAGCGTTGATGAGCCTGAATCTGATGATATTTTTCAGGTGGGTACATTAGCAACCATTCTTCAGTTGCTTAAATTACCCGATGGCACCGTTAAGGTTTTGGTTGAAGGTAATGTTCGCGGCGAAATTCATAAGTATGAACAGGCCGAGCCGTTCTTCGTCGCGCAAGTGAGCCAGGTTGAAGACGACGCGTTACCCGAGAACGAGCAAGAAGTGTTAATTCGCTCTGCGGTCTCTCAGTTTGAAGGGTATGTCAAACTCAACAAAAAAATTCCGCCGGAGGTACTTACCTCGTTAAATGGTATCGACGATGCGGCTCGCTTAGCCGATACCATGGCCGCCCACATGCCACTAAAACTAGCTGAAAAGCAAAAGGTGCTTGAAATGAAAGGCGTGAACGAGCGTCTTGAGTACCTGATGGCACTGATGGAAGGTGAAATTGATTTGCTGCAGGTCGAAAAGAAAATTCGTACCCGCGTGAAAAAGCAGATGGAAAAAAGCCAGCGCGAGTATTACCTGAATGAGCAAATGAAAGCTATTCAGAAGGAATTGGGCGAATTAGATGATGCGCCTGATGAATTTGAAGCGCTCAGCAAAAAGATTGAAGAAGCAAAGATGCCCAAAGATGCCGAAGACAAGGCGAGGGCAGAATTACAAAAGTTAAAAATGATGTCGCCGATGTCTGCAGAAGCTACCGTGGTACGCAGCTACATCGAATGGTTGACCAATGTGCCCTGGCATAAACGCAGCGCGGTGAAAAAAGATTTGTCCTTGGCCGAGAAGGTACTTGATTCTGATCATTATGGGTTAGAAAAGGTTAAAGAGCGTATCGTTGAATACCTTGCTGTACAGAAACGGGTTAAAAAGCTTAAAGGACCCATCCTTTGTCTAGTTGGTCCACCGGGCGTGGGTAAAACCTCGTTGGGTCAGTCTATTGCCAAAGCCACCGGACGTAAGTACGTGCGTATGGCATTAGGCGGGGTGCGGGACGAAGCGGAAATTCGCGGACATCGTCGAACTTACATCGGCTCTCTGCCAGGTAAACTGATTCAGAAAATGGCCAAAGTGGGGGTGAAGAACCCGCTCTTCCTGCTTGATGAAATCGACAAAATGTCTTCTGACATGCGTGGAGACCCTTCATCGGCGCTGCTTGAGGTATTAGATCCTGAACAAAACAGCAGCTTCAGCGATCACTACCTTGAAGTCGACTACGACCTGTCTGATGTTATGTTTGTGGCGACCTCAAACAGCATGAATATTCCCGGGCCGTTGCTCGATCGGATGGAAGTGATTCGTCTGTCGGGTTACACCGAAGATGAGAAGCTGAACATTGCGACACGCCATCTTATTTCTAAACAGATGGAACGTAACGGCCTTAAAGCCAAAGAGCTGGATATCACAGAGTCCGCCATCATTGGTATGATTCGCTACTATACCCGTGAAGCGGGTGTACGAAGCCTGGAAAGAGAAATTTCTAAAGTCTGCCGTAAAGCAGTAAAAGATATTCTGCTGAGTAAGAGCAAAGACAAAGTCGTGGTGACGCAGGATAACCTGAAAGACTATCTGGGCGTGCAGCGCTTTGATTACGGTAAAGCGGATAAAGACAACCAGATAGGGCAGGTTACCGGCCTTGCATGGACACAGGTAGGCGGAGACTTGCTGACTATTGAAACCAGCGCAGTACCCGGCAAAGGCAAGATGACCACTACCGGTTCTCTGGGTGACGTGATGCAGGAGTCTATTCAGGCGGCAATGACCGTAGTGAGAAGCCGTGCTGAAAAACTGCGCATTAACGAAGACTTCTATGAAAAGCGTGATATCCACGTACACGTACCTGAAGGCGCTACACCTAAAGATGGTCCAAGTGCGGGTATCGCAATGTGTACTGCACTGGTGTCTACCCTTACAGGTAACCCGGTGAAATGTGATGTTGCCATGACCGGTGAAATTACACTTCGCGGCGAAGTACTGGCTATTGGCGGGTTGAAAGAAAAATTATTAGCGGCTCACCGCGGTGGGATTAAAACGGTTGTGATTCCTCATGAAAATGAACGGGATTTGGAAGAAATTCCAGAAAATGTAAAAGCCGATTTATCTATTCACCCGGTTAAATGGATTGACGAAGTGCTGGATATTGCACTTCAAGAGCCTGTTGAGTCGTTCCAGGTTGTCGCCAATAAGTAA	MTVEREDRIEIPVLALRDVVVYPHMVIPLFVGREKSIRCLEAAMENDKQIFLVAQKDASVDEPESDDIFQVGTLATILQLLKLPDGTVKVLVEGNVRGEIHKYEQAEPFFVAQVSQVEDDALPENEQEVLIRSAVSQFEGYVKLNKKIPPEVLTSLNGIDDAARLADTMAAHMPLKLAEKQKVLEMKGVNERLEYLMALMEGEIDLLQVEKKIRTRVKKQMEKSQREYYLNEQMKAIQKELGELDDAPDEFEALSKKIEEAKMPKDAEDKARAELQKLKMMSPMSAEATVVRSYIEWLTNVPWHKRSAVKKDLSLAEKVLDSDHYGLEKVKERIVEYLAVQKRVKKLKGPILCLVGPPGVGKTSLGQSIAKATGRKYVRMALGGVRDEAEIRGHRRTYIGSLPGKLIQKMAKVGVKNPLFLLDEIDKMSSDMRGDPSSALLEVLDPEQNSSFSDHYLEVDYDLSDVMFVATSNSMNIPGPLLDRMEVIRLSGYTEDEKLNIATRHLISKQMERNGLKAKELDITESAIIGMIRYYTREAGVRSLEREISKVCRKAVKDILLSKSKDKVVVTQDNLKDYLGVQRFDYGKADKDNQIGQVTGLAWTQVGGDLLTIETSAVPGKGKMTTTGSLGDVMQESIQAAMTVVRSRAEKLRINEDFYEKRDIHVHVPEGATPKDGPSAGIAMCTALVSTLTGNPVKCDVAMTGEITLRGEVLAIGGLKEKLLAAHRGGIKTVVIPHENERDLEEIPENVKADLSIHPVKWIDEVLDIALQEPVESFQVVANK	PGPT0014315_4034	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-HALOTOLERANCE_RELATED_ENZYMES,PGPT0014315-lon-K01338	NA	NA
AK237_01145	516			hypothetical protein	ATGCGAATTTTTTCTTCTCACACCGGCTTTACGCTTATTGAATTGGTCGTTGTTATTGTACTACTGGGCATACTTTCGGTTATTGCACTTCCAAGATTTGTTGATTTACAGGACGACGCCAACGCAGCCAGTGTGCAAGGCGTTGGCGCCGCGTTTTCCTCCGGGGTGAAGCTTGCTCATCTCAAATGGCAAGCGAGTGGAGAGCGGGGCCCCATAGATAATCTGGATTTATACGGCACTGGGCAGAACGTTATGGATATAAACCTGTACGGTTGGCCTGCACAAAGCTACCTCCCCTACGAAGACAGCCCCATGTTAGATAATGCCTGGGACTGCACATCTGTTTGGGATGCTTTGCTTACCGATGATAGCCCGACGGTGGCACAGGATACTTCAGCCGAATACCAGGCCACTTATGCAGATAATACGTGTACCTTTGTTTTAACCGCGCAGCCTTCCTTATCAATCTTTTATAGTTCACTCACCGGGGAAGTCACCGTTGACGCTACGCCTTAA	MRIFSSHTGFTLIELVVVIVLLGILSVIALPRFVDLQDDANAASVQGVGAAFSSGVKLAHLKWQASGERGPIDNLDLYGTGQNVMDINLYGWPAQSYLPYEDSPMLDNAWDCTSVWDALLTDDSPTVAQDTSAEYQATYADNTCTFVLTAQPSLSIFYSSLTGEVTVDATP	PGPT0029490_180	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-TYPE_II_SECRETION_SYSTEMS	CE-T2SS-MSHA_PILUS_BIOGENESIS,PGPT0029490-mshB-K10925	NA	NA
AK237_01146	1275	clpX	COG1219	ATP-dependent Clp protease ATP-binding subunit ClpX	ATGAGTGACAAGCAGAACGGTGACGGTGATAACAAGCTTTTATACTGTTCCTTTTGTGGCAAAAGCCAACATGAAGTCAGAAAGCTGATTGCGGGACCGTCCGTTTTTATTTGCGATGAATGTGTTGAATTGTGTAACGACATTATTCGTGAAGAGATAAAGGAAATTGCACCTAAGCAAAAGCAGGATGCACTTCCTAAACCACAAGAAATTCACGCGCATCTCGATGACTATGTTATCGGCCAGGAACATGCAAAGAAAGTATTGTCGGTAGCGGTGTACAACCACTACAAACGACTGCGTAATGGTGATGTACATGAAGGCGTTGAGTTAGGGAAGAGTAACATTCTTCTTATTGGCCCAACCGGAAGCGGTAAAACTTTACTCGCTGAAACGTTGGCGCGATTGCTTGACGTGCCATTTACTATGGCCGACGCCACCACATTAACCGAAGCTGGTTATGTTGGCGAAGACGTAGAAAATATTATTCAGAAGCTACTTCAGAAGTGCGATTACGATGTAGAAAAGGCCCAGCGTGGTATTGTTTACATTGACGAAATCGATAAGATTTCCCGTAAGTCTGATAATCCGTCGATAACGCGTGACGTATCGGGTGAAGGTGTGCAACAGGCGTTGCTGAAACTGATCGAAGGCACAGTTGCATCGGTACCACCTCAAGGTGGCCGTAAGCATCCTCAGCAGGAATTCTTGCAGGTTGATACTTCTAAGATTTTGTTTATCTGTGGCGGTGCATTTGCCGGGCTTGATAAGGTTATCGAACAACGGGCAAATAAAGATACCGGTATTGGATTTGGCGCATCCGTGAAGTCGAAAGACAACAAGCTGGAACTGAGTGATTTGTTTAAGCAAGTTGAACCCGAAGATTTGGTCAAATATGGTTTAATTCCAGAATTTATCGGCCGTCTTCCTGTGGTGACCAGCTTGGAAGAATTAAACGAAGAAGCGCTAATTCAAATCTTACGAGAGCCGAAAAACGCGATTACGAAACAATACGGTGCGCTGTTTTCTATGGAAGACACCGAACTGGAATTTCGTGATGATGCTTTGCATGCCATTGCCCGCAAAGCCATGCAGCGTAAAACCGGTGCACGTGGACTACGTTCAATTGTAGAAGCCGTGTTGCTCGATACTATGTACGATTTACCTTCAATGGAAAACGTCTGTAAAGTGGTAATCGATGAATCTGTGATTAAAGGCGAGTCGAAACCCATTTTGATGTACAAGGCTGAAGAAAAGAAAGCGGCTTCAGAGTAA	MSDKQNGDGDNKLLYCSFCGKSQHEVRKLIAGPSVFICDECVELCNDIIREEIKEIAPKQKQDALPKPQEIHAHLDDYVIGQEHAKKVLSVAVYNHYKRLRNGDVHEGVELGKSNILLIGPTGSGKTLLAETLARLLDVPFTMADATTLTEAGYVGEDVENIIQKLLQKCDYDVEKAQRGIVYIDEIDKISRKSDNPSITRDVSGEGVQQALLKLIEGTVASVPPQGGRKHPQQEFLQVDTSKILFICGGAFAGLDKVIEQRANKDTGIGFGASVKSKDNKLELSDLFKQVEPEDLVKYGLIPEFIGRLPVVTSLEELNEEALIQILREPKNAITKQYGALFSMEDTELEFRDDALHAIARKAMQRKTGARGLRSIVEAVLLDTMYDLPSMENVCKVVIDESVIKGESKPILMYKAEEKKAASE	PGPT0014600_2930	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	UNIVERSAL_STRESS_RESPONSE	STRESS_SIGNALLING_PROTEINS	STRESS_SIGNAL-CHAPERONE|PROTEASES,PGPT0014600-clpX-K03544	NA	NA
AK237_01147	627	clpP	COG0740	ATP-dependent Clp protease proteolytic subunit	ATGATAAACCCATTTGAACCACAAGATGCATTGGTACCTATGGTCGTCGAACAGACGTCTAAAGGTGAACGTTCCTACGACATTTATTCCCGTCTACTGAAAGAAAATGTGATTTTCTTGGTGGGGCAGGTCGAAGACCACATGGCGAACCTGATTGTCGCCCAGATGCTGTTCCTTGAAGCAGAGAATCCTGAGAAAGATATTTACCTGTATATTAACTCTCCTGGTGGCTCTGTTACCGCGGGTATGGCGATATACGACACCATGAATTTCATTAAACCTGACGTGAGTACGGTTTGTATTGGTCAGGCGGCAAGCATGGGCGCGTTCCTGTTATCTGGCGGCACGAAGGGCAAACGTTTCTGTTTACCTAATTCTCGCGTGATGATTCACCAGCCTTTAGGTGGCTTCCAGGGCCAGGCGTCGGATTTTGAAATCCATGCTAAAGAGATTCTTTCTATTAAAGAGAAAATGAATCGCTTAATGGCAGAGCATACAGGCCAGGATTACGAAAAAGTTGCACGTGATACAGACAGGGATAATTTCTTAAGTGCAGCAGAAGCCAAGGAATATGGCCTAATCGATCAGATTTTAACAAATCGATCTGACGCAGCCGCCACTAAGTAG	MINPFEPQDALVPMVVEQTSKGERSYDIYSRLLKENVIFLVGQVEDHMANLIVAQMLFLEAENPEKDIYLYINSPGGSVTAGMAIYDTMNFIKPDVSTVCIGQAASMGAFLLSGGTKGKRFCLPNSRVMIHQPLGGFQGQASDFEIHAKEILSIKEKMNRLMAEHTGQDYEKVARDTDRDNFLSAAEAKEYGLIDQILTNRSDAAATK	PGPT0014595_4617	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	HIGH_TEMPERATURE_TOLERANCE	HEAT_SHOCK_PRTOEINS,PGPT0014595-clpP-K01358	NA	NA
AK237_01148	1305	tig	COG0544	Trigger factor	ATGCAAGTTTCAGTCGAGACGACCCAGGGTTTAGAACGCCGTCTTACTATTACCGTTCCAGCAGACTCTGTTGATTCTGCGGTTAAAGCGCGTCTTCAACAATTAGCAAAAACGCAACGCATCAACGGTTTCCGTCCTGGTAAAGTACCAGTTAGCGTAATCCAAAAGCGTTTTGGCGCCGCTGTTCGTCAGGAAGTGGCTGGCGACGTTATGCAGCAGAACTTCTATCAGGCAATCGTTCAGGAAAAAATTAATCCTGCGGGCATGCCTTCTTTTGAACTGGTTAAAGATGAAAATGGCCAGGATTTAGAGTTCGTTGCCGCTTTTGAAGTTTACCCGGAAGTTGAAGTTAAGGGTGTTGCTGACATCGAAATTGAGAAGCCAGTGGTTGAAATTACCGACGCTGACCTCGATAACATGATGGAGACACTTCAGAAACAACACGCTACGTGGAAAGAAGTAAAGCGTAAAGCCAAGAAAGATGACCGTGTTGTTATCGACTTTGTTGGTAAAGTTGACGGTGAAGAATTTGAAGGTGGTAAAGCTGAAGACTTTACCCTTGAGCTTGGCCAGGGTCGTATGATCCCAGGTTTTGAAGAGCCGTTGGTAGGCGCTAAGAAAGATGAGGAAGTGACTGTTGAAGTGACGTTCCCGGAAGACTACCACGCAGAAAACCTGAAAGGTAAAGCGGCAGTATTTGACGTGACAGTGAAGAAAGTTGAAGGTAAGCAATTGCCTGATGTTGACGACGAGTTCGCTAAGCTGTTTGGCGTTGAAGAAGGCGGCGTAGACGCGTTGAAAGCGGAAGTGCGTAAAAACATGGAACGCGAACTGACGCAAACGCTGAAAACTACCGTAAAAGAAGATGTTATTGCTAAACTGATCGAAAAGAATGAGTTCGACGTGCCAAAAGCACTGATCGATCAGGAAGTAAATGCACTGCGTGAACAGGCTAAACAACGTTTCGCCCAACAAGCTGGTGGCCAGAATATGCCTGAACTGCCTGCTGAATTGTTCACTGACAATGCAGTACGTCGTGTACGTATCGGTTTATTGCTGGGTGAAATCATCAAGCAAAACGAATTGAAAGCCGATGACGACAAAGTAATGGAATTAATTGAAACATCAGCGTCAGCTTATGAAGATCCGCAAGAAGTTGTAGACTATTATAAAGCTAACGAAGAATTGATGAACCAAATGCGCAATGTCGCATTGGAAGAGCAGGCCATCGATTGGGTATTAGAAAATGCTAAAACTCAGGACGTGACCAAAGCTTTTGACGAGGTTATGAACAAACAGGCGTAA	MQVSVETTQGLERRLTITVPADSVDSAVKARLQQLAKTQRINGFRPGKVPVSVIQKRFGAAVRQEVAGDVMQQNFYQAIVQEKINPAGMPSFELVKDENGQDLEFVAAFEVYPEVEVKGVADIEIEKPVVEITDADLDNMMETLQKQHATWKEVKRKAKKDDRVVIDFVGKVDGEEFEGGKAEDFTLELGQGRMIPGFEEPLVGAKKDEEVTVEVTFPEDYHAENLKGKAAVFDVTVKKVEGKQLPDVDDEFAKLFGVEEGGVDALKAEVRKNMERELTQTLKTTVKEDVIAKLIEKNEFDVPKALIDQEVNALREQAKQRFAQQAGGQNMPELPAELFTDNAVRRVRIGLLLGEIIKQNELKADDDKVMELIETSASAYEDPQEVVDYYKANEELMNQMRNVALEEQAIDWVLENAKTQDVTKAFDEVMNKQA				NA	NA	NA	NA	NA
AK237_01153	855	folD		Bifunctional protein FolD protein	ATGAGTGCCCACCTTATTGATGGCAAAGTCATTGCCAAACAAGTTCGCCAGGACGTAGCCAGCTACGTTGAATCGTTAAAAGAAGCAGGTAAGCGCTGCCCCGGTTTGGCGGTTGTGCTTGTAGGTAGCGATGCTGCTTCGCAAGTTTATGTATCAAATAAACGCAAAGCCTGTGAAGAAGTGGGATTTGTTTCCCGCTCTTTTGATTTACCCGCCAGTACCAGCGAGGAAGAGTTACTCGCCATTATTGACAGCCTGAATAACGATCCGGAAATAGACGGTATTCTGGTGCAGTTACCCCTGCCGGCTGGCTTAAACGCAGAACGCGTATTAGAGCGTATCGAACCTCATAAAGACGTAGACGGCTTTCATCCGTACAATATTGGCCGTTTAGCGCAACGTATCCCTGCTTTACGCCCATGTACGCCAAAAGGCATCATGACGATGATTGAAGCAACCAAGCGCCCCGTAAAGGGCCTGGACGCTGTTATCGTAGGCGCAAGTAATATTGTGGGCCGCCCCATGGCACTCGAACTCCTTCTTGCAGGCTGCACAGTGACAACCTGTCACAAATTCACGCAGGATTTAAAATCACATGTTAACCGCGCTGATCTGCTCGTGGTTGCAGTGGGTAAACCCAACTTCATTCCCGGAGACTGGATTAAGCCCGGCGCCATTGTCATTGATGTAGGCATAAACCGCGTAAATGATGGTTCTCTGGTTGGTGATGTAGATTTTGAAAATGCAAAAGCTCACGCTGGCTGGATTACCCCGGTGCCAGGTGGTGTAGGCCCGATGACGGTTGCCAGCCTGATTGAAAACACGCTGGAAGCTTACGTAAAGTATCATTCATGA	MSAHLIDGKVIAKQVRQDVASYVESLKEAGKRCPGLAVVLVGSDAASQVYVSNKRKACEEVGFVSRSFDLPASTSEEELLAIIDSLNNDPEIDGILVQLPLPAGLNAERVLERIEPHKDVDGFHPYNIGRLAQRIPALRPCTPKGIMTMIEATKRPVKGLDAVIVGASNIVGRPMALELLLAGCTVTTCHKFTQDLKSHVNRADLLVVAVGKPNFIPGDWIKPGAIVIDVGINRVNDGSLVGDVDFENAKAHAGWITPVPGGVGPMTVASLIENTLEAYVKYHS	PGPT0008075_4068	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-VITAMIN_B9|FOLATE_METABOLISM,PGPT0008075-folD-K01491	NA	NA
AK237_01154	555			hypothetical protein	ATGAATAAACAGCAACGGGTGGTCAACGCCACCCGCGATTGGGTAGAACAAGTGGTTATTGGCTACAATTTCTGCCCTTTTGCCCGCCCCGTTTTTGAACCCGATTTAATACGCTATGTAGTAGAAGACTCGACGCAGGTAGCTGACGTACTGGAAGCGGTATACCAGGCGTGCGTGGCACTACAGGCTAACGAGCGCTACACCACTACCCTGGTTATTTTTTATCGTTGCGGTGTGGATTTCGATGATTATCTCGACATTCTGGCGATGGCCGAACAACTGATTTCCAGCGGTGGCTTTTCCGGTGAATTCCAGCTAGCCAGTTTTCATCCCGATTACGTATTTGATGGCGAGGAGGAAGGTGACGCCAGTCATTATACCAACCGCAGCCCCTATCCGGTGTTACATGTCATTCGGGAACGGGATATCGAAAAAGCGATGAAAAGCAAAGAAGATGCTTCAGCCATATATGAACGCAATATGCGCAAAGCCAATCAATTAGGCTGTGCGCATTTCGACGCCATATTGCAGGATATTAAGGCGAGCCACAGCTAG	MNKQQRVVNATRDWVEQVVIGYNFCPFARPVFEPDLIRYVVEDSTQVADVLEAVYQACVALQANERYTTTLVIFYRCGVDFDDYLDILAMAEQLISSGGFSGEFQLASFHPDYVFDGEEEGDASHYTNRSPYPVLHVIRERDIEKAMKSKEDASAIYERNMRKANQLGCAHFDAILQDIKASHS				NA	NA	NA	NA	NA
AK237_01155	990			hypothetical protein	ATGAATTTACGTGTGCTTATATTGTCTGGCTTAGTTGCTGTAAGTGGCGGCGTGGCTGGGTGGTTACAAAGCCAAACCGAACGCAGTAGTCAGCAAGCGTCTGCAGAGCACGCTTTGCAAGGTGAACTTGTCGAGGCTTCTCGCGACATTCAACGCATTAAAATTGAAACCCATGACGGGGTACTCTTTTCTGCGGTAAAAGACACCGACAGGTGGATAGCTACACATTTAGACACGGTGATGACTTTCCCCGTCGACACGAAAAAACTGTCGAAACTGGCTAATATTCTGTCCCAGATTGAAGTGGTGGAATCCAAGACTTCCCGGCCAGACTTGTACTACCGTCTTGGAGTAGAAAGTGTGCGAGAGGAAGATTCACAATCTACTCTCATTGAGATTGGGGGCGAGATGGAGGCGCTTTCTTTATTGATTGGGCGTCAAGCTGAGGGAGGGAGGGGCACTTATGTTCGCCAGCCAGAGGCCGAAACCAGTTTACTGATTAATAAAAAACTGCCACTACCGGGTAATCGCGTCGCATGGTTATCGAGAGATATTTTTCCGTTCGGTAGCACAGACATTGCCAGAGTGGATATTGAACTGGAAGGACAGCCGCTTCTTACGCTCAATCGTGAAGGCGAGTCAGCTGACGGGTGGCAAATTGTCAGTGACACAGCTCCTGCGCAACTGCGGTATCCCACGGTAGTTGGACAGAGTGTAGACAAGATGCTGCACTTCGATTTTGATGCGGTGAGACCATTTTTACAACATCAGTGGAGTGAAGTCTCACAAATAAGTCAGGTGATTTTTACGCTTGAAGATGGCAGTGAATTGATGGTGTATTTGTCTGTACCTAATGCCCAGGGACGGTATCAAATGTGGATAGACACGCCAGATTCCCCCAGTTGGATATCTGAATGGGTATTTGAATTATCGGAATATCAAGTCAGGCCGTTCATGCTCACCCTGGCGAGTATGACAAACGTAAACTAG	MNLRVLILSGLVAVSGGVAGWLQSQTERSSQQASAEHALQGELVEASRDIQRIKIETHDGVLFSAVKDTDRWIATHLDTVMTFPVDTKKLSKLANILSQIEVVESKTSRPDLYYRLGVESVREEDSQSTLIEIGGEMEALSLLIGRQAEGGRGTYVRQPEAETSLLINKKLPLPGNRVAWLSRDIFPFGSTDIARVDIELEGQPLLTLNREGESADGWQIVSDTAPAQLRYPTVVGQSVDKMLHFDFDAVRPFLQHQWSEVSQISQVIFTLEDGSELMVYLSVPNAQGRYQMWIDTPDSPSWISEWVFELSEYQVRPFMLTLASMTNVN				NA	NA	NA	NA	NA
AK237_01156	1854			hypothetical protein	ATGAGAAAGCTCTTTACATCAGTTAACTTACTGCTATTGGCGATACTGTTTGTATTGCTTGTGTTTATTAATAACCAATTGCTTAGCCGTTACCGCGTCGATTTAACACAAGACGCTGTGTTTTCACTGTCGCAGGGAACACAAAATATTCTCGACGGGTTACATGAGCCAGTCACGCTTTATTTTTTCTATTCAGATACCACCACGGCGGGCATGACACAGCTTCGTAATTATGCCGCCAGGGTGGAAAGCCTGTTGCGTGAATATGTACAAGCCGCCGATGGGAAAGTGAAATTAAAAATAGTTGATCCGGTCCCGTTTTCTGAAAATGAAGACAAAGCCAATCAGTTTGGTTTAACCGGCGCAGCCGTGGGGAACGTGGGAGAGAGCGTTTATTTCGGTTTGGCTGGTACCAACTTGCTTGACGACCAATTCACTATCCCGTTTTTTGATCCTAACAATGAGCAGTTTCTGGAATATGAAATCAGTAAGCTCATTCATCAGTTAAGTGAGCCTAGCACGGTAACTATCGCCCTGGTGACAGATTTGCCCGTAGCTGGTGGACAAGACCCGCTTAGTGGGCGATACAGCGGGCCTATGGTGTTTTATCAGCAATTGGCACAACTGTATAATATTCGCATTGTGAACAGTTCTGCGTCTGAGCTACCCGAGGACACTGATGTTGTCATGTTAGCCAATCCACAGGCGCTGTCAGAAAACTTACTCTATGCGATTGATCAATTCGCCATGCGAAATGGTCGTATCCTGGCTTTCGTTGACCCGCATTACGAAAGTGGAAGTCTGGCTTCCCTTCAAAAAGTGGGCGCAAATAGTTCATCTTTCCCGCTGTTAAAAGCATGGGGTGTCAGGGCAGATATGACCAATGTGGTATTAGATGCGCAACTGGCCTTTGATTTGCGCAACAGCAACGGGGCAATTGTTAAACATTTTGGTATTTTAGGGCTGACGGCGTCTCAGCTCGATCGAAAAGATGTTGTCACCGCCAACCTGGATTCGGTGAACGGTGCGTCATTTGGAACCCTGGAGCCTATTGCGAATTCAGGGCTGACCATGAGTCCTCTGATGCACACCACCATCAACTCCGGCTTAACAAATGCTGATGATTATGCCCAGACGCTAAATCCCAGCGCATTACACCGGGGATTTGGTGGAAATACCGAAACCTATACGGTTGCTGCACGTTATCAAGGTAAGGCAAGATCGTATTTCAGCCAGCCTCAGAATGCGACAAAGGCATCTGCGTACGCTGCTGAAACCAATAATCTTAATCTTATTCTTGTGGCCGATGCCGATATGTTGTCAGATCGTTTCTGGGTACAGCAGAGTGCATTTTTCGGAGATACCTTATTTACGCCATTTGCCAATAACGGCGACTTTATAGTGAATGCGGTGGAAAACCTTACCGGCAGTGATGCGCTTATCAGTATTCGGGCCCGGGGAACTTTTGCGCGACCTTTCGACAGAGTTAATGCTTTGGAAACCGCAGCGGAAAGTAAATACAGAGAGCAAGAAGAGACACTCCAGCAGGAGTTGCTGCAAACTGAACAGAAGCTTCGGGAACTGCAAGGACAACAAGGGCAGGGTGGTGCCATCGTATTCACTGAACAGCAGCGGCAAGCCATTGCGCAGTATATCGAGCGTCGTGTGGAAATTCGTCAGGCGCTTCGGGAAGTGCGCTTTGAACTGGATAGAGAAATAGATCGCCTTGGCGATAAATTGAAAATTTTTAATATTGCTGTCGCCCCCGCTTTCCTCATTGTCTTACTCTGGCTGTTAGCGTTCGTATTCAAGCGCCGGGCTGGAAAAATTTATACCTCAGGTACGCATTCATGA	MRKLFTSVNLLLLAILFVLLVFINNQLLSRYRVDLTQDAVFSLSQGTQNILDGLHEPVTLYFFYSDTTTAGMTQLRNYAARVESLLREYVQAADGKVKLKIVDPVPFSENEDKANQFGLTGAAVGNVGESVYFGLAGTNLLDDQFTIPFFDPNNEQFLEYEISKLIHQLSEPSTVTIALVTDLPVAGGQDPLSGRYSGPMVFYQQLAQLYNIRIVNSSASELPEDTDVVMLANPQALSENLLYAIDQFAMRNGRILAFVDPHYESGSLASLQKVGANSSSFPLLKAWGVRADMTNVVLDAQLAFDLRNSNGAIVKHFGILGLTASQLDRKDVVTANLDSVNGASFGTLEPIANSGLTMSPLMHTTINSGLTNADDYAQTLNPSALHRGFGGNTETYTVAARYQGKARSYFSQPQNATKASAYAAETNNLNLILVADADMLSDRFWVQQSAFFGDTLFTPFANNGDFIVNAVENLTGSDALISIRARGTFARPFDRVNALETAAESKYREQEETLQQELLQTEQKLRELQGQQGQGGAIVFTEQQRQAIAQYIERRVEIRQALREVRFELDREIDRLGDKLKIFNIAVAPAFLIVLLWLLAFVFKRRAGKIYTSGTHS				NA	NA	NA	NA	NA
AK237_01157	735			hypothetical protein	ATGACCCGCAGTTTCACCATTGCACGAAGAGAATTTGGCAGCTTTTTCGCCACCCCCGTCGCGTACGTGTATTTAGCTATCTTTTTGGTGTTAAGTAGTGTCTTCACCTTTTTTATCGGCGATTTTTATCATCGTGGTCAGGCTGATCTATTGCCCTTTTTCAACTTTCATCCGTGGTTATATTTATTCCTGGTGCCCGCTATTGCTATGCGAAGTTGGGCTGAAGAACGGAATGCGGGCACCATTGAAATGCTCATGACCTTGCCCGTTTCTATTACAGAAGTGGTGATAGGCAAGTTTATGGCGTCGTGGTTAATGCTTGGTCTCGCGCTCGTCATGACGATGCCTCTATGGCTGACCGTCAACTACCTTGGATCACCGGATAACGGGATTATTATCGCGGCTTATATTGGCAGTTGGCTAATGGCGGGGGCTTTTTTGGCAATCAGCCAATGCATGTCTGCGCTTACACACAGTCAGGTTGTTGCGTTTGTATTGTCTGTTGTGATGTGTTTTCTCTTTGTCGTAAGCGGCTCTGAAATTGTATTTGATGTCTTTAAGAACTGGGCGTCTAACACCGTTATCGATACGGTGGCGTCAATGAGCTTTCTTGCGCATTTTGAAGCGATGGCGAAAGGCGTGCTTGCTGCAAATGATATCGTTTATTTTCTGTTAGTCATCGTGATGTGGCTTACAGCAAACGTTGTTCTCATTGAACACAATAAAGCGGAGTAG	MTRSFTIARREFGSFFATPVAYVYLAIFLVLSSVFTFFIGDFYHRGQADLLPFFNFHPWLYLFLVPAIAMRSWAEERNAGTIEMLMTLPVSITEVVIGKFMASWLMLGLALVMTMPLWLTVNYLGSPDNGIIIAAYIGSWLMAGAFLAISQCMSALTHSQVVAFVLSVVMCFLFVVSGSEIVFDVFKNWASNTVIDTVASMSFLAHFEAMAKGVLAANDIVYFLLVIVMWLTANVVLIEHNKAE	PGPT0006730_23240	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BACTERICIDAL_COMPOUNDS|ANTIBIOTICS	BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006730-ybhS|ecsB-K01992	NA	NA
AK237_01158	927	btuD_1		Vitamin B12 import ATP-binding protein BtuD	ATGATAGTTGTAGAAAATCTCACCCGTTGTTTTCACCAGTTAAAAGCGGTTGATGACCTCTCATTTACAATAAAAGCCGGAGAAATCGTTGGCTTTTTAGGGCCCAATGGAGCCGGAAAATCCACTACCATGAAGATGCTCACGGGCTTTCTGGAACCCACTTCAGGAAAAATTACCATTGCCGGTAAGAAAATGCCTGAGAAGGCGAAGCGTTTACAGGAACGTATTGGATATTTGCCTGAAGGTGCGCCTCTTTACGATGACATGACGGTGTTCCAGTTTTTGCATTTTATTGCTGGTGTAAGAGGGCTCAAGGGCAAGCGACGACAACGCAGGCTTAAGCACGTTATCGAGCAAGTCGAACTGCAGGAAGTGCTGAATCGTCAAATCGAGAAATTGTCGAAAGGCTTTCGCCATCGTATTGGACTTGCTCAGGCCATCATCCATGATCCTGAAATATTAATTCTGGATGAGCCGACAGATGGTCTTGACCCCAACCAGAAGCATCAGGTTCGGGAGCTTATTAAGCAGTTGTCGCAAGATAAAATCGTCATCATTTCTACTCATATTCTCGAAGAAGTAAGCGCTGTCTGTAACCGTGCGATGATTATCTCCCAGGGTAAGTTGCTCTTCGATGGAACGCCCACAGACCTGCAATATCGCTCGCGGTATCATCAGGCTATCACATTACATTTTAGCTATGCCGCAGACATTTCTGGTCTTGCTGAAATTGAAGGGGTTGATGAAATGGTTGTTAACCGGGAGACCGGAGACGTCACCCTTTTCCCGGAAGAAGGTAAATTACTAATGACACCGGTTACCGAACATATCAGTCACTATCGTCTGCCAGTCGATAAATTTACCATTGAGACCGGTCGTCTGGATGACGTTTTCAGAGAAATCACTACAGGAGAGCGTGTGCAATGA	MIVVENLTRCFHQLKAVDDLSFTIKAGEIVGFLGPNGAGKSTTMKMLTGFLEPTSGKITIAGKKMPEKAKRLQERIGYLPEGAPLYDDMTVFQFLHFIAGVRGLKGKRRQRRLKHVIEQVELQEVLNRQIEKLSKGFRHRIGLAQAIIHDPEILILDEPTDGLDPNQKHQVRELIKQLSQDKIVIISTHILEEVSAVCNRAMIISQGKLLFDGTPTDLQYRSRYHQAITLHFSYAADISGLAEIEGVDEMVVNRETGDVTLFPEEGKLLMTPVTEHISHYRLPVDKFTIETGRLDDVFREITTGERVQ	PGPT0006725_6797	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BACTERICIDAL_COMPOUNDS|ANTIBIOTICS	BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006725-ybhF|yadG|ecsA-K01990	NA	NA
AK237_01159	723	trmO	COG1720	tRNA (adenine(37)-N6)-methyltransferase	GTGACGCAAAATCAGCCTCTTAATATGGCCGCTATTGGTATCATTCATACGCCATTTCAGCAGAAATTTGCCATTCCCCGACAGCCCAATCTGGCGCAGGCAAAAGGGCAAATTCACTTTCATGATGATTACGCTTCTCCTCAGGCATTTAAAGGTATTGAGGGCTTCAGCCATTTATGGCTTTTATTCTATTTTCATGAAACCGCGCACCGGGGCTGGAAAAACGCAGTGAAGGCGCCCCGGTTGGGTGGCAACGATACAATTGGCGTTTTCGCATCGAGAAGTACCCACCGTCCCAACAGCATTGGTATGTCAGTGGTGCAAAATGACGGCATAACTATTCTCGATGGCAACGCTATACTAAATGTGAGCGGTGTGGATTTGGTAAACAAAACGCCCATTTTAGATATAAAGCCTTACCTCTCCTATGCAGATGCCGTTAGCCAGGCAACCGACAGACTGTCCGACTACGCCCCGATCCCACAGCGAGACGTGCGCTTTTCCGACCCCGCTCGCGCGCAATGCGAGAGGTTTAGTGCCCATTATCCTGACTTAGCGGCGTTAATTGTGTCTGTACTGGCCCAGGATCCTCGCCCAGCCTACAAACAGCGACTCGCCATCGACAACAAAGTGTACAAGGTGAGCCTCTATAATGTCGATGTGAGCTGGCAAATAACAGAACACCATGTGATGGTTCTGGATATCAGCGAAATAGTGGAATAA	MTQNQPLNMAAIGIIHTPFQQKFAIPRQPNLAQAKGQIHFHDDYASPQAFKGIEGFSHLWLLFYFHETAHRGWKNAVKAPRLGGNDTIGVFASRSTHRPNSIGMSVVQNDGITILDGNAILNVSGVDLVNKTPILDIKPYLSYADAVSQATDRLSDYAPIPQRDVRFSDPARAQCERFSAHYPDLAALIVSVLAQDPRPAYKQRLAIDNKVYKVSLYNVDVSWQITEHHVMVLDISEIVE				NA	NA	NA	NA	NA
AK237_01160	1704	proS_1	COG0442	Proline--tRNA ligase	ATGCGCACGAGCCAATATTTGTTGTCCACGCAAAAAGAAACGCCTGCCGACGCTGAAGTCATAAGCCATCAGCTTATGTTGAGAGCAGGTATGATTCGTAAACTTGCTGCGGGCCTTTACACATGGTTGCCAAGTGGCTTACGTGTATTGAATAAAATTGCCGACGTTGTACGCGATGAAATGAATAAGGCGGGCGGTGTTGAAGTGCTTATGCCCGTGGTTCAACCAGCAGATTTGTGGGAAGAGTCTGGTCGCTGGGAGGAGTATGGCCCGGAGCTACTGCGCATTAAGGATCGTCACCAGCGGGACTTCGTATTAGGCCCCACTCACGAAGAAGTAATTACGGCGCTGGTCCGCAACGAAATTAGCAGCTACAAACAACTGCCTATCAACTTATACCAAATTCAGACTAAGTTCCGTGACGAAGTACGTCCACGCTTTGGTATTATGCGAGGCAGAGAATTCACCATGAAGGACGCCTACAGTTTCCACATGGATGATGCATCGCTGCAAGAAACCTACGATAAAATGTATCAGGCATACTGCAATATTTTCACCCGCCTTGGGTTAGACTTCAGACCGGTCATTGCCGATTCAGGTTCCATTGGTGGTTCTGTGTCTCACGAGTTCCATGTACTCGCTGAGTCAGGTGAAGACGCGATTGCCTTCTCAACAGAATCTGATTACGCGGCCAATGTGGAAATGGCTGAAGCCGTGGCGCCGGCAACGAAAGCCACGCCTTCTGGTGTTGCACCGGAAACAAGATCAGTAACAGGAACCGATATTGATAGCATCCTAACCGGTCAGAACCTGCCTTTAACCAACGCCATAAAAGTCGTATTGGTTAAAGGTGAAAGTGAAGATGAAGCCGCCGAAACGTGGGTGGCACTGGTTATTCGTGCTGACCATACGCTCAACGCTATCAAAGCTGAGAAGTTACCAAACGTTGCATCACCATTAGTGGTTGCCAGCGAAGAAAAAGCGACCGCCGTTTTAGGTACGCACCCGGTATTTGCCAATCCAACGGCGTTATCTGTAGAGACAGTGATTGACCACAGTGCAGCAGCGCTTGCTGACTTTACCTGTGGCGCAGGTGAAGCCAATACACTGCTGAGTAATGCCAACTGGACAAGCGACCTAACCAGCGCGGACATCCGTAATGTGGTCGCCGGTGACCCCTCGCCTTGTGGAAAAGGCACCATTGAAATCAAACGTGGCATTGAGGTGGGGCACATTTTCCAACTCGGCGATAAATACTCCCAAGCAATGAACTGCGGCGTATTGGGTGAAAGCGGTAAGCACCAAATCCTTACCATGGGTTGCTATGGTATTGGTGTATCGCGCATCGTAGCGGCTGCCATTGAACAGAACCACGATAAGTTTGGCATTATCTGGCCTGAACCGATTGCACCGTTCAAGGTAGCACTTATTCCGATGAACATGCATAAATCACAGCGCATTAAAGATGCAGCAGAAGATTTATACACTAAACTTACTGCATTAGGCATTGATGTCCTGTTCGATGACCGCAAGGAGCGTCCGGGCGTTATGTTTAATGACATGGAACTGGTGGGCGTACCACACAGTATCGTTGTAGGTGAACGAAATCTGGATAATCAACAAGTTGAGTACAAAAACCGCCGCACCGGTGAGAAAACAATGCTCGATTTGGACCAAGTTAGCGAATTCATTGCTGCTTTATAA	MRTSQYLLSTQKETPADAEVISHQLMLRAGMIRKLAAGLYTWLPSGLRVLNKIADVVRDEMNKAGGVEVLMPVVQPADLWEESGRWEEYGPELLRIKDRHQRDFVLGPTHEEVITALVRNEISSYKQLPINLYQIQTKFRDEVRPRFGIMRGREFTMKDAYSFHMDDASLQETYDKMYQAYCNIFTRLGLDFRPVIADSGSIGGSVSHEFHVLAESGEDAIAFSTESDYAANVEMAEAVAPATKATPSGVAPETRSVTGTDIDSILTGQNLPLTNAIKVVLVKGESEDEAAETWVALVIRADHTLNAIKAEKLPNVASPLVVASEEKATAVLGTHPVFANPTALSVETVIDHSAAALADFTCGAGEANTLLSNANWTSDLTSADIRNVVAGDPSPCGKGTIEIKRGIEVGHIFQLGDKYSQAMNCGVLGESGKHQILTMGCYGIGVSRIVAAAIEQNHDKFGIIWPEPIAPFKVALIPMNMHKSQRIKDAAEDLYTKLTALGIDVLFDDRKERPGVMFNDMELVGVPHSIVVGERNLDNQQVEYKNRRTGEKTMLDLDQVSEFIAAL				NA	NA	NA	NA	NA
AK237_01161	840	rbn		Ribonuclease BN	ATGCAAGTTACCTTTTATGGTGTCAGAGGTTCCATTCCCACGCCGGGAGCAGAGTTTGTGCGTTACGGAGGCAACACAGCCTGTGTCCACGTTGAATTAGCAGATGGCACCGATATTATTCTCGATGCGGGTACAGGGATCCGGAGTTTAGGCAATGTACTGCTTAAGAAAATGACCCCCATCCACCTGCTTCTTACTCACAATCATTGGGACCACATTCAAGGCTTCCCGTTTTTTGCGCCAATCTACCAGCAAGGCCGGGAAATTAATATCACCCCGGGCATGACGACACTACCTGAACATGATCAGATCCTGCGTCAAATGGAAGGTTCTGTCTTTCCTGTTCCCGCAAGTGCGTTGACCTCAACGATCAGGATAACCCCCATTCCGGATAACATTCATAGTTGGCAAATAGGGAGTGCCGTTATCTCTCGCTTACCCATGAACCACCCGGGAAAAGGTAGCGCCTATAGTATTGAAGAAGCAGGTAAAAAGTTCGTTTACCTGACTGACAACGAACTCTATCCTCCCTACAAAAAAGAAACTGATTTTCTTACCTTTGTCGAGTTCGCGCGTAACGCAGATATTATCATTCACGATGCACAGTACATGCTCTCAGACATGCCTGCAAAATCGGGTTGGGGGCACTCTGTAGCAGAGGAAGCCGTTAAATTGGCAATGGCCTCAAATGCTAAAAGACTGGCGTTATATAGCCACGACCCCGAACGAACCGACGACGATATCGATAAGATTGTTGCACACTGCAACGAATATATTGATATCGCTGAATCTTCAGTCTCACTTTTTGCTGCAGCGGAAGGTCAATCCCTGCCCCTATAA	MQVTFYGVRGSIPTPGAEFVRYGGNTACVHVELADGTDIILDAGTGIRSLGNVLLKKMTPIHLLLTHNHWDHIQGFPFFAPIYQQGREINITPGMTTLPEHDQILRQMEGSVFPVPASALTSTIRITPIPDNIHSWQIGSAVISRLPMNHPGKGSAYSIEEAGKKFVYLTDNELYPPYKKETDFLTFVEFARNADIIIHDAQYMLSDMPAKSGWGHSVAEEAVKLAMASNAKRLALYSHDPERTDDDIDKIVAHCNEYIDIAESSVSLFAAAEGQSLPL				NA	NA	NA	NA	NA
AK237_01162	921	pldA	COG2829	Phospholipase A1	ATGAAATATGGAGTAGTCGCCGCAGGCATCTTACTTAGTTACTGCATTAATGTGCAGGCTCAGGAACAAGCCGCACAGGAAGATAAGTCGTCTACCGAGGCACAAAAAGACGCGCCCAGTATGCTAAGTTCACGTTTTGAAGCCGATCACCGAGCTTTAGATAATTACTTCGCGATTACTCAATATCAGCAGAACTATGTGCTGCCTGTCACCTATGTCACAAACCCTAATTCTGCAGGCAATCAGGACTTAACTCCGGAAAACGTGGATAACAGTGAGGCTAAATTCCAGCTGAGTGTCAAATTACCTCTTTATCTTCAGGATGACACCGCGGATGGTATGTACTTTGGATTCACCCTTACCTCTTTTTGGCAGCTATACAACAGCGAAGTGTCTAAACCATTTCGTGAGACCAATTACCAACCTGAAGTTTTTTATCAGCAAGAAGCGGACATCACGCTGCTGGGCTACGATTTCAATGCTTTCCAGGTGGGCTTTAATCATATGTCAAATGGACAGAGTGGCGACCGTTCCCGCAGCTGGAACAGGTTATTCGCTTCCGTGCTGTTCAGCGATGTTGATGATGTTTACTACCTGAAAACCTGGTATCGGATCCCCGAGGACGACAAAGTCGATGAGAACGATCCGGCGGGAGACGACAACCCGGATATCAGCGATTATTACGGCCGTGTAGAGCTGGGATATGGCACACGCCTGGGTAACTTTAAGGTATTAGCGTTAATGCGAAATAACCTTAACTTTGGCAACAACCGTGGCAGCATCCAGCTTAATCTTACTTACCCATTATCTGACCGGTACGACATTTTACTGCAATACTTTAACGGTTACGGCGATTCGCTCATTGATTACAACAGAAGCCAGGAAAGAATAGGTCTCGGGTTTCAATTAACGTTTCTGTAA	MKYGVVAAGILLSYCINVQAQEQAAQEDKSSTEAQKDAPSMLSSRFEADHRALDNYFAITQYQQNYVLPVTYVTNPNSAGNQDLTPENVDNSEAKFQLSVKLPLYLQDDTADGMYFGFTLTSFWQLYNSEVSKPFRETNYQPEVFYQQEADITLLGYDFNAFQVGFNHMSNGQSGDRSRSWNRLFASVLFSDVDDVYYLKTWYRIPEDDKVDENDPAGDDNPDISDYYGRVELGYGTRLGNFKVLALMRNNLNFGNNRGSIQLNLTYPLSDRYDILLQYFNGYGDSLIDYNRSQERIGLGFQLTFL	PGPT0009570_657	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-GLYCEROPHOSPHOLIPID_REMODELLING	CE-REMODELLING_GPL_PHOSPHOLIPASE_ACTIVITY,PGPT0009570-pldA-K01058	NA	NA
AK237_01163	909			hypothetical protein	ATGTATTCACAGCCTCCCGCTTTAGTTTTTCATCCTATCTACAGCCAACTGGATTTACCGGTGCGGCACCGGTTTCCCATTGAGAAGTATCAGGGCATTTACGATGCTCTGCGGGAAAAGGGCGTGCAGGCCTCTCAGTTTACACAGCCAGAGCCAGTTCCATTAGCGCGACTGACTGCGCATTATCATCAGGAATACGTGTCAGCACTGTGTGGCGGGGCACTTGAGAAGCAGGCCATGCGCAGAATTGGATTTCCCTGGTCTGAACAATTGATCAAACGTACTCTCACAGCAGTCGGCGGTACATGTTTGACTACGCAGCTTGCGTATGAGCAAGGTTTGGCGCTCAATCTCACCGGCGGCTATCACCATGCTTTTGCAGATTTTGGCTCCGGCTTTTGCTTGTTTAACGATTTGTATCTTGCGGCTAAACAAGCGTTATCCATGCCTGACATTGATAAAGTGATGATTATTGACTGTGACGTACATCAGGGGGACGGAACCGCTAAACTTGCCCAGCACGACACAGACATTTTTACCGTTTCGATTCATGGTGAAAAAAATTTCCCTCACCGTAAGCAGGTGTCGGATCTGGATATCGGTTTAGCAAAGGGGACCGGTGATACCGACTATTTACAAACATTGGATGAAGCCTTACATCTTGCCTTTGTTCAGTTCGCGCCAGATTTCATCATTTATGACGCCGGCGTCGATATTCATGTGAATGATGACTTAGGCCATCTGGACATTACTACCGCAGGCGTTCTTGCCCGGGATAAGTTGGTGCTCGAAACGTGTAAGTCGAAAGGATTGCCTGTCGCTTGTGTCATTGGGGGAGGATATCAACGGGATATCCGTGCACTGGTTGATGTGCATCTGCAGCTCTTTAAAGCGGCAGGTGTCATTTAA	MYSQPPALVFHPIYSQLDLPVRHRFPIEKYQGIYDALREKGVQASQFTQPEPVPLARLTAHYHQEYVSALCGGALEKQAMRRIGFPWSEQLIKRTLTAVGGTCLTTQLAYEQGLALNLTGGYHHAFADFGSGFCLFNDLYLAAKQALSMPDIDKVMIIDCDVHQGDGTAKLAQHDTDIFTVSIHGEKNFPHRKQVSDLDIGLAKGTGDTDYLQTLDEALHLAFVQFAPDFIIYDAGVDIHVNDDLGHLDITTAGVLARDKLVLETCKSKGLPVACVIGGGYQRDIRALVDVHLQLFKAAGVI				NA	NA	NA	NA	NA
AK237_01164	1623	ctpH		Methyl-accepting chemotaxis protein CtpH	ATGTTGAAATATACCAGTATCAGCCGATTGGTGATGACGCCAGTTATGGCCGCCTTAGTGATCCTCGTTCTACTGAATTCCGCTTCACTGTATAAATCCTTTGCCCTGTTAAACCATTTTGATGAACTGGAAAATAGTCTGGTGCAATCCGAGCGAGATGTTACCGCTATTTTGAATACGTTTAAGACACAAGTTCAAGAATGGAAAAATACCTTATTGCGGGGTTATGACGACGATAATCGACAAAAATACTGGCAGCGATTTCAACAGCGTGAGCAGGATGTGCAGGCTGGATTTAAAAAATTGCTGACAAATAAAGCTATTAGCGATGAGGCAAAGAACAACATTCGCGCCTTTCTCGAAGCACATGCTCATATGGCGAAGAAGTACAGAGAGGGCTTTGATGCTTTTGTTGCTGCAGGCTACGATGCAAAAGTCGCTGATGCATACGTAAAAGGAATTGATCGGAAGCCCGCAGAACTGCTGGAAGCGGTAGCACAAAATATTGCAGAGCAATCCTTTGATGCGTTTGAGTCGCTGCGTACAAACACCCGACGCACATTATGGACGATTCTCCTTGCAGCCCTGGCGTTGTCAGCAATGACAACGTGGTATGTAGTAAACCGCTTACGCAATCAGGTTATTAAGCCGGTGAAAAGTATTGCCACCTGCATTTCCGGGTTAGCGAAAAGCCAGTATGAATATAAACTGACTTATCAAAGCGATCATGAGCTGGGAATACTCGCTAATTCTGCCCGCGCGCTACAGGATAAATTGCGAGGGTCGGTGGAGCAGCTAAAACAAGCAGAATCTCAGGTTTCTCACGCTGTGCATACACTCAGTGACGTTAGCCAATCTATTTTGGCCGGTGCAGAAGAGCAGCACCAAACCAGTCAGTCGCTGGACGCCAGCACCGATAAGTTAAAGGAAATTGTACAGAGCCTGGTTGCAATTACTGATCAGGTTGCTGTGGCGACGAACAACTCAGAAAACAATGTTTCAAACTGCTATAACACCTTTACGAAGGCTAATGACGGCTTCAGACAACTGGCTGCTACTGTAAACCAATCGAGTGACATCGTTGATGCGTTACAGTCACGAAGCAATAATATTCTGAAAGTTGTGAATGTGATTAATGAGATTGCCGATCAAACGAATTTATTAGCACTAAACGCAGCCATCGAAGCCGCACGTGCAGGAGAGCATGGGCGGGGCTTCGCTGTCGTGGCTGATGAAGTGCGGGCGCTGGCGGCGAAAACACAGCAGTCGACGCGGGAAATCAACGAGATACTTTCCAGCTTTGAGTCGGAAGCACGCGGGGCGGTTACTGCTATGCAGTCTGGAAAATCTCTTGCGGATATCAATGCCAAAGAGGCAGCGTCAGCGCTTGAAACACTTAATCTGGTTGTAAAAGATATTCAGGAAACGGCAAGTGTGGTGGTGGTGCTAAACGAAGCCGCTGATGAGCAGGAAGTGGTGCTGAAAGAAGTCGAGCAGGTGATCAATAATTCGATTACATCATCGGAAAAATACCATGCGCTTTCGCAACGTAACGATATTTCAGAGGCCATGCGTCAAATGGAGGCCAATGTGCAACGCGTGGTACTCTCGCTTACTCATTAA	MLKYTSISRLVMTPVMAALVILVLLNSASLYKSFALLNHFDELENSLVQSERDVTAILNTFKTQVQEWKNTLLRGYDDDNRQKYWQRFQQREQDVQAGFKKLLTNKAISDEAKNNIRAFLEAHAHMAKKYREGFDAFVAAGYDAKVADAYVKGIDRKPAELLEAVAQNIAEQSFDAFESLRTNTRRTLWTILLAALALSAMTTWYVVNRLRNQVIKPVKSIATCISGLAKSQYEYKLTYQSDHELGILANSARALQDKLRGSVEQLKQAESQVSHAVHTLSDVSQSILAGAEEQHQTSQSLDASTDKLKEIVQSLVAITDQVAVATNNSENNVSNCYNTFTKANDGFRQLAATVNQSSDIVDALQSRSNNILKVVNVINEIADQTNLLALNAAIEAARAGEHGRGFAVVADEVRALAAKTQQSTREINEILSSFESEARGAVTAMQSGKSLADINAKEAASALETLNLVVKDIQETASVVVVLNEAADEQEVVLKEVEQVINNSITSSEKYHALSQRNDISEAMRQMEANVQRVVLSLTH	PGPT0015710_21430	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
AK237_01165	1023			Zinc-type alcohol dehydrogenase-like protein	ATGCGCGCTTATGGTTACAAACAAGCTTCTGAAACATTAACTGATAATGCGATTCAGGCGATTAACATCGCCAAACCGGTACCAGCAGGTAGAGATCTTCTCGTTAAGATTGATGCCGTGTCGGTTAACCCGGTAGATACAAAAATTCGTCGTAGTGTGTCACCCCCGGCAGATGAGGTAAAAATTCTGGGGTGGGACGCTGTGGGCACGGTGGCAGCGACCGGCAGTGAAACAAGTATGTTTAAGGTTGGCGACCGTGTTTTTTACGCGGGTGATATTTCACGAAGTGGCACAAATTCGGAATATCAGCTGGTGGACGAGCGCATTGTAGCGTCAGCACCCAAAACGCTATCTGATGTAGAATCCGCAGCGATGCCGCTCACATCGCTTACTGCGTGGGAATTACTCTTTGACCGTTTAGAAGTAGCGCAGGGCGCGGGCAGTAAAAACAAGGTCCTGCTAGTTACAGGCGCTGCTGGAGGAGTCGGCTCGATATTACTGCAACTGGCGCGAAAGCTCACTGATCTGACTGTGGTGGCAACAGCATCGCGTGATGAAACCAAAGCCTGGGTAAAGAAGATGGGGGCACACCATGTGCTGGACCATTCAAAAGAACTTGCTCCCCAGTACGATGCATTAGATCTCGATGGTGTTGACTATGTTGCCAGCTTAACCCACACGCAGCACCATTTCGCCGCGCTGATAGACATGATGAAGCCGCAAAGTCGCTTTGGTTTGATTGACGATCCCGGCGTATTAGATATCAGTCTGTTGAAGCGTAAGAGTATTTCACTGCATTGGGAATTTATGTATACCCGATCATTATTTAATACTACCGACATTTTAAAACAGCACGAGATTTTGCATGCGGTGAGTAGCATGTTGGACAACGGGGAATTAGTCACCACGTTAGGTCAGCACTTAGGCCCGGTAAATGCGCAGAATATCGTCAAAGCTCATCATATTCTCGAAAGTAGTTCAGCTATCGGAAAATTAGTCCTGGCACCGTTTGAGAGTGCATAA	MRAYGYKQASETLTDNAIQAINIAKPVPAGRDLLVKIDAVSVNPVDTKIRRSVSPPADEVKILGWDAVGTVAATGSETSMFKVGDRVFYAGDISRSGTNSEYQLVDERIVASAPKTLSDVESAAMPLTSLTAWELLFDRLEVAQGAGSKNKVLLVTGAAGGVGSILLQLARKLTDLTVVATASRDETKAWVKKMGAHHVLDHSKELAPQYDALDLDGVDYVASLTHTQHHFAALIDMMKPQSRFGLIDDPGVLDISLLKRKSISLHWEFMYTRSLFNTTDILKQHEILHAVSSMLDNGELVTTLGQHLGPVNAQNIVKAHHILESSSAIGKLVLAPFESA	PGPT0013255_1797	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-OXIDOREDUCTASES,PGPT0013255-qor-K00344	NA	NA
AK237_01166	2241	katG2	COG0376	Catalase-peroxidase 2	ATGAAAATGAAACTCTTACCCGTTGTTGCTGCAATTACGATGGCGCTTGCGCCTAACGCTTTCGCTGCAACAATGGATCAAAACGCCAAAGTCGTAGGTGAAGCCCCCAAAGGCAATAAGTTCTGGTGGCCTGAACAGCTGGATCTTTCCCAGCTTCGCGCACATGGGGTTGCCTCGAATCCGTACGGGGATGCCTTCAACTACGCCAAAGCATTTGAGTCTTTAGACTTAAATGCCGTTAAAGCTGATATCAGAGAGGTGCTAACCTCTTCTCAACCGTGGTGGCCGGCAGATTACGGACATTACGGTCCATTCTTTATCCGTATGGCATGGCATGCGGCCGGCACGTACAGAACCATCGATGGTCGCGGCGGCGCTGGCGGTGGTCAGCAACGCTTCGATCCACTCAACAGCTGGCCTGACAATGCTAATTTAGATAAGGCTCGTCGCCTACTTTGGCCTATTAAGCAAAAGTATGGACGTAATATTTCCTGGGGCGACCTAATGGCGCTGACAGGCAACGTTGCTCTTGAGGATATGGGATTCAAAACATTTGGCTTTGCCGGTGGACGTGTTGATGACTGGGAGCCTGATCACGTTTATTGGGGTCCGGAAGAAGAAATGCTTACCGACCAACGCCGGGATGAAAAAGGCAATTTGAAAGGCCCTCTCGCCGCCGTGGAAATGGGCTTAATTTACGTAAACCCAGTGGGCCCGCATGGTAAACCTGATCCAATTGCCGCTGCCAATGATATTCGCATGTCTTTTGGTCGTATGGCCATGAATGACGAAGAAATCGTAGCACTGATTGCCGGAGGTCATACATTCGGTAAAGCGCACGGTGCCAAAAAAGCAGATTGCCTGGGTAAAGAACCCGCCGCAGGTGATTTAGAAGATCAGGGATTTGGATGGAAAAACAGTTGTGGTAAAGGTAATGCCGAAGACACCATGACCAGCGGTCTGGAAGGCGCATGGACGGTAACCCCAACACAATGGACGACCAACTATTTAGACAACTTATTTGGCTTTGAATGGGAACAAACCAAGAGTCCGGCTGGTGCCATTCAATGGAAACCAACAGCGGAATCAGCCGCTAACATGGTGCCTGACGCACACGTGGAAGGTAAACGCCATGCCCCCATGATGTTTACGACGGATATTGCCATTAAGGAAGATCCTGAATTCAGAAAAATTGCTAAACGCTTCCAGCAAAACCCGGCTGACTTTGAACTTGCTTTCGCCAAAGCCTGGTTTAAGTTGAACCACCGTGATTTAGGTCCTAAAGCGCGCTACCTGGGTGCGGAAATTCCTGCAGAAGATTTAATCTGGCAGGATCCAATCCCTGAGGTAGACCACAAGTTGATCTCGGACAAGCAAGCTAAGCAACTGAAAAAAGAGATAGTGAAATCAGGTCTGACTGTACAGGAGTTGGTAAGGGTTGCGTGGTCTGCAGCGGCCAGCTACCGCGACACCGATATGCGTGGTGGCGTGAATGGCGCTCGAATTGCGCTTGCACCGCAAAAAGACTGGGCCATTAACAACCCATCTGAGGTACAAAAAGTATTAGGCAAACTGAAGGGCATTCAGGCTGACTTCAATAAGCAGTCTTCGAAAGTAAAAGTCTCGCTGGCAGACCTAATCGTACTGGCAGGTGCAGCAGGTGTTGAGCAAGCCGCTAAAGATGCGGGCGTAGACGTAACAGTACCATTCGTCCCGGGACGTATGGACACGACACAAGAAATGACGGATGTTGAATCATTCTCGGTGTTAGAGCCGACTGCCGACGCTTTCCGTAACTATTATGCAGAGGATAACTACCGTTCTCCTGCCGTTATGATGGTGGATAAAGCAGATACCCTGTCTCTGACCGTACCTGAAATGACTGTATTGTTAGGCGGCATGCGGGCAATGAATGCAAATGCCGATAGCTCAGCTCATGGCGTGCTTACCAATAATCCCGGCCAGCTAACCAATGACTTTTTCGTTAACTTGTTAGATATGTCTACACAATGGAAGAAGTCTGAGGACAAAACAGCTATTTATGTAGGTGTTGACCGCGCGACGGGTGAACAAAAATGGACAGCTACACCGGTTGATCTCATCTTCGGTTCAAATACGGAATTACGTGCCATTGCTGAGGTGTATGGCTCAGCGGATGCAAAAGACAAGTTCGTCAATGATTTTGTTAATGCATGGGTTAAAGTAATGCGTAATGACCGGTTCGACCTAAAACGCAGCTAA	MKMKLLPVVAAITMALAPNAFAATMDQNAKVVGEAPKGNKFWWPEQLDLSQLRAHGVASNPYGDAFNYAKAFESLDLNAVKADIREVLTSSQPWWPADYGHYGPFFIRMAWHAAGTYRTIDGRGGAGGGQQRFDPLNSWPDNANLDKARRLLWPIKQKYGRNISWGDLMALTGNVALEDMGFKTFGFAGGRVDDWEPDHVYWGPEEEMLTDQRRDEKGNLKGPLAAVEMGLIYVNPVGPHGKPDPIAAANDIRMSFGRMAMNDEEIVALIAGGHTFGKAHGAKKADCLGKEPAAGDLEDQGFGWKNSCGKGNAEDTMTSGLEGAWTVTPTQWTTNYLDNLFGFEWEQTKSPAGAIQWKPTAESAANMVPDAHVEGKRHAPMMFTTDIAIKEDPEFRKIAKRFQQNPADFELAFAKAWFKLNHRDLGPKARYLGAEIPAEDLIWQDPIPEVDHKLISDKQAKQLKKEIVKSGLTVQELVRVAWSAAASYRDTDMRGGVNGARIALAPQKDWAINNPSEVQKVLGKLKGIQADFNKQSSKVKVSLADLIVLAGAAGVEQAAKDAGVDVTVPFVPGRMDTTQEMTDVESFSVLEPTADAFRNYYAEDNYRSPAVMMVDKADTLSLTVPEMTVLLGGMRAMNANADSSAHGVLTNNPGQLTNDFFVNLLDMSTQWKKSEDKTAIYVGVDRATGEQKWTATPVDLIFGSNTELRAIAEVYGSADAKDKFVNDFVNAWVKVMRNDRFDLKRS	PGPT0013165_594	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_UTILIZATION	PLANT_DERIVED_PHENYLALANINE_DEGRADATION,PGPT0013165-katG-K03782	NA	NA
AK237_01167	1047	adhC2_2	COG1064	NADP-dependent alcohol dehydrogenase C 2	ATGAAAACAATTGGTTATGCTGCTCACTCGTCAGACGCCCACATGGTTCCTTACCACTTCGAAAGACGGAATCTTCGTGAGAACGATGTGGCGATTGAAATTCTTTATAGCGGCGTTTGCCATTCAGATCTTCACACCGTAAACGGCGATTGGGGCGATCAGCCCTACCCTCTGGTTCCTGGCCACGAAATCGTAGGTAAGGTTATCGAAGTAGGTTCGAACGTAAAGCACTATCAGGTAGGTCAACATGTAGCGGTAGGTTGCATGGTAGATAGCTGTCAGTCATGCGATCAATGTGACCACGGTGAAGAACAGTTTTGCCGAAATGGCATGACCCCAACCTACGGTGCGCCTGATCGTATCAGCGGAGAGATCACCCAGGGTGGCTATTCCAAGCACATTGTTGTTCGTGAAGAGTTTGTACTTCGCGTACCGGAAGGACTGGATTTAGCCCGCACAGCGCCTATTCTTTGCGCAGGTATCACCACGTTTTCTCCGCTTCGTACCTGGGGCGTAAAAGAAGGTAGCCGCGTGGGTGTTATTGGCCTGGGTGGACTAGGACACATGGCGGTCAAACTAGCCGTTGCCATGGGCGCTGAAGTTACCGTTATCAGCCGTTCAAATTCAAAAGAAGATCAGGCTAAAGCCTTAGGGGCGACAGGCATTCTGCCATCTACCGATGAAGATGCAATGCAAAAGGCGGGATCGTCTTTCGATTTAATCATTGATACCGTGCCGGTTAAGCACGATGTTGACGTTTATATGCCGCTGTTAGACATTGATGGTACGTTGGCCATTGTTGGTCAGGTTGGGCCAATGGAAGACTTTATGACCATGCCATTAGTAATGGGTCGACGTCGGGTCGCCGGCTCATTAATTGGTGGTATTAAAGAAACACAGGAAGTCCTGGATTTCTGCGCAGAACATACCATTCACCCTGAATGCAAAATGATTAAGGCCGATGAAGTTAACGATGCTTTTGCCAGCCTGGCAAAAGGTGATGTGGCTTATCGGTACGTTATTGATATGGCAAGTTTAGCGGTATAA	MKTIGYAAHSSDAHMVPYHFERRNLRENDVAIEILYSGVCHSDLHTVNGDWGDQPYPLVPGHEIVGKVIEVGSNVKHYQVGQHVAVGCMVDSCQSCDQCDHGEEQFCRNGMTPTYGAPDRISGEITQGGYSKHIVVREEFVLRVPEGLDLARTAPILCAGITTFSPLRTWGVKEGSRVGVIGLGGLGHMAVKLAVAMGAEVTVISRSNSKEDQAKALGATGILPSTDEDAMQKAGSSFDLIIDTVPVKHDVDVYMPLLDIDGTLAIVGQVGPMEDFMTMPLVMGRRRVAGSLIGGIKETQEVLDFCAEHTIHPECKMIKADEVNDAFASLAKGDVAYRYVIDMASLAV	PGPT0024430_1677	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-GLYCEROLIPID_REMODELLING	CE-REMODELLING_GLYCEROLIPID_DEHYDROGENASE|DEHYDRATASE_ACTIVITY,PGPT0024430-yahK-K13979	NA	NA
AK237_01168	1923			hypothetical protein	GTGAAGTACCGTGCTGAAATTGACGGCCTGCGAGCATTTGCCGTCATCCCCGTCATTTTGTTTCATGCAGGTTTCAGCCTCTTTTCAGGTGGATTTGTTGGGGTAGATATTTTCTTCGTTATCAGTGGTTACCTTATAACAACCATTCTTATTGATGAAATTGAACAAAATAAATTCAGCATCGTTAACTTCTACGAGCGAAGAGCAAGGCGAATCCTGCCCGCATTGGCATTAGTGATGCTACTTTGCGTGCCGTTGGCGTGGATGTACATGCCAACTGAAAATCATAAAGAGTTTCTGCATAGTCTTGTCGCGGTTAGTTTATTTGGGTCCAACATACTCTTTTGGTTGGAGAGTGGCTACTTTGAAGCTGCTTCGGAAGAGAAGCCATTGTTGCATACCTGGAGCCTTGCTGTAGAAGAGCAATACTACCTGCTATTTCCGGTTTTTCTGTTTTTATTCTGGCGCATGGGCAAAAGTCGCGTTTTTGTCCTTATCGCGTTCATGGCCGGCGTAAGCCTGTTGCTGAGTGAGTGGGGCTGGCGGCATAATGCGAGTGCTAATTTCTTTCTTGCGCCATTTCGGGCCTGGGAGTTGTTTGCAGGATCTATGGTGGCGTTCTTCATTCAAAAGTACGGGGTAAAGCAAAACAATCTGTTGTCGCTAGCTGGTTTCCTTGGCGTTCTCTATGCAACATTTGCATTTGACAGATTTACACCATTTCCAAGTGTATATGCTTTGGTACCGGTGGTTGGTACGTCGTTGATTATTCTTTTCTCTGGCACGAACACCTGGGTAAACCGGCTATTAAGTGCAAAAGTGTTTGTTGGAATTGGCCTGGTGAGTTATTCCGCATACCTTTGGCACCAGCCTTTATTTGCGTATGGGCGGATATTATCAGCGGAACCATTTAGTCACGTTACCATGTTGGGACTAAGTGGCCTGTCGTTAGCATTGGCTTATCTTAGCTGGCGTTATATTGAAGGGCCTTTCAGACGAAAAGATAAGTTTGATCGCCGGGCGATATTTACCTTCTCAGGCTGTTTCATGGCAGTATTTATTGCTTACGGCAGCATTGCGTCACACTTTGCATCACAGTTGAATTCAGGTCAGTTTAACGACCTCGAGCATTATCGGTTGTCTGAAAACAGCGGCAGAAATCTTGAACTCAGAACGGCATCGTGGGAGTGGGTGAGGCAGCGCGATGAAGGTACACTGTGGTTCGATATGTCTACAAACAGTAAGAAAGTACTTATCATCGGCAATTCCCATTCCAAGGATATGTATAACGCGCTGAGCTTATCGCACTATGCGCAGACTGAATATGAATTTGCACGCTTAGCAAGCCAGATTTATGAAATTCCGGCTAACTACGCAGAAATCAGTGCACAACCAAATTTCAAAAATGCGGATGTTGTTGTATTAGCCTCCCGATATCAAAAACGCGATTTAGCGGCGTTTGTACCGGTAATAAAAATGCTAAAACAGGCCGGTAAAGAAGTGGTTGTAGTAAAGAATATCCACGAGTTCCCTGAGTATCGCACAAGGAAATGGACGCTAGCTGAGTTCATCGGCTATTCAGTACAGCAAGAGGGGGAATCGTTAAGTGATACGGCGCTCGCCACACGTATTAATCAGGCTTACTACTCTGCATATAAACACAATGAGAGTGCAGAGAGAGTGGATTTTAGCGGTGGCGTTAAAGACATTAACGATGCTATCACGGAGTTATCTGAAACATTTCCTGATTTACCTGTCCTCGATAGAATGGACTACATTTGTGACGATAGTGCCCAGTCTTGTGATGCGGTAAGCGATAATTTGGATAAATTTTTCTATGATTATGGCCATAATACGCTAGCGGGCGCGGAGCAGTTTGCAAAAAATATTGATTCCACCCGGTGGTTTGCCATAGAAAAGTAA	MKYRAEIDGLRAFAVIPVILFHAGFSLFSGGFVGVDIFFVISGYLITTILIDEIEQNKFSIVNFYERRARRILPALALVMLLCVPLAWMYMPTENHKEFLHSLVAVSLFGSNILFWLESGYFEAASEEKPLLHTWSLAVEEQYYLLFPVFLFLFWRMGKSRVFVLIAFMAGVSLLLSEWGWRHNASANFFLAPFRAWELFAGSMVAFFIQKYGVKQNNLLSLAGFLGVLYATFAFDRFTPFPSVYALVPVVGTSLIILFSGTNTWVNRLLSAKVFVGIGLVSYSAYLWHQPLFAYGRILSAEPFSHVTMLGLSGLSLALAYLSWRYIEGPFRRKDKFDRRAIFTFSGCFMAVFIAYGSIASHFASQLNSGQFNDLEHYRLSENSGRNLELRTASWEWVRQRDEGTLWFDMSTNSKKVLIIGNSHSKDMYNALSLSHYAQTEYEFARLASQIYEIPANYAEISAQPNFKNADVVVLASRYQKRDLAAFVPVIKMLKQAGKEVVVVKNIHEFPEYRTRKWTLAEFIGYSVQQEGESLSDTALATRINQAYYSAYKHNESAERVDFSGGVKDINDAITELSETFPDLPVLDRMDYICDDSAQSCDAVSDNLDKFFYDYGHNTLAGAEQFAKNIDSTRWFAIEK				NA	NA	NA	NA	NA
AK237_01169	2160	fpvA_1	COG4773	Ferripyoverdine receptor	ATGAAAATGATATTGACTATCATTTTCATTACAAATATTGTAAACAAACTCTCATCAAGCACGGAAATTATAGAAGCAATGATAAAAGCAGGGAAAAGTACTGTCGCGATAGCAATAAGTTCGGTAATGAATTTAACCGCACACGCAGAGCAAGTCGAACCCCCCTTTGATGAAAAAAGTATTGAAACTATTTATGTTTACGGTGAGCCAAATAAAACAGCAAGTGCCACCAAGCTCAACTTATCAACTTTTGAAACTCCTCAAATGGTTACCGTTATTTCTCGAGATCAGATTGAAGACTTTTCCCTACGTCAAATAAATAGCCTTTTAAACTATGTGCCTGGCGTAACCGTTGAGCAGGTAGAGACTGGCCGAACTTATTATACGGCACGCGGATTCGATATCGTTAATTTTCAATTCGATGGTGTTGGCGTTCCTCTTTCTTATGGCTTAAGCCAAGGCCACGACGACTCAGCCGTCTATCAACAAGTAGAAGTAATAAAAGGAGCGACTGGTCTTATTACCGGCTTGGCGAACCCATCAGCAACCATTAACTACGTTAGAAAGCGCCCGACTGACGAAGCGCAAACATTCGTGTCGGCCTCATTGGGTAGTTGGAATCAATACAGGTTAGACGGTGATTTCTCTGGCCCTATCTTAAAAGACACGATTAACGGTCGCGTGGTTGTCGCTAGAGAAAAAGGCGACTCATACGTTGATAGGTACGATAAAGACAGAGAAGTTTTCTACGGCGTTCTCAGTGGTTATATTACCGATTCGACTCACTTTACTATCGGTCACAGTATAAACAACGGTCAGAACAATGCTAATTCTTCTGGTGCCTTGCCATTATTCTACAGCGATGGTTCATTGACTGATTATGACGTTTCGACGAACACTGCCCCTCACTGGGCAGCACAAGAGGTAAAGCAACAGCGTACCTTCATTGAGCTTGAACAGACTTTAGGCGATTTCTGGCTAGCTAAGGCAATTTACACTCATAATAATCAAGACAAAGAATGGAAATCGCTGTATCTCTCTGGCGCTCCAGATGTAGATACGGAAGAAGGACTTCTGGCGCAAGCAAGTCTATATCAAGCAAATGATAAAGAAGATATTTTCGATCTCTTTATCAGTGGCAGCTTTGTTTTTTGGGGACAAGAGCACGAAATTGTCGTAGGAACCAACTATGCAGATATCGACCTGAATGCGCGTTCGGTTTACAGCAGCGAATGGAATTATGCTCCCATCGCTGGAGACTGGGCGCAAGGTAATGTCGCAGAACCCGATTTCGATATATTTGACCCGAATTCTCAAACCACTGATGTCAATCAAGAACAAAAGTCGTTTTATATTTCTACGCGCCTGAAATTTACTGATGACATAGCAATGTTGCTAGGAGCGCGTTCCGTCGATATAGAACAAAATGGAATCAGCTATGGCGCTCCTCAAGCAGTATCCGATGACGAGACTGTGCCCTACATTGGACTTACCTACGAGCTCCTCGATGGTACTATGCTCTATGGAAGTTACAGTGAGGTGTTTAAAGCACAAACCTGGGTCGATTCCGATTTAGCGCCCCTTGGTGCCGTTCGCGGTGATGGCGGTGAAGTGGGCGTCAAACAAGAGTTATTTTCCGGACGTGCCACGATAACTCTAGCCTTATTTAAGTCGTCTCAAGACAATTTTGGCGAATGGGAAAACAGAGATCCTGTTTCAGGACTCAATATTTACCGGGGTGTATCATTTGATAGTGCGGGATTTGAAGTAGAAGTTGTAGGTGAAGTGTTAGCTGGTTTGAATATCAGCGCGGGCTATACTCAGGTTGAGGTGGAGGACCAGAACGGGAATAAAACACGACGCTTTATCCCAGAACAACAATTTAAGTTGGCGACTGCTTATAGCATCCCTTCCATTGAGGGATTACGAGTTGGTGCAGGCGTAAACTGGCAAAGCGAAATTTACTATAGCGATATAGAAGCTCAGGACGCTTATGCCGTATTAGATCTGTTCGCTAGCTATCGCTTCAGCAACAATGTGAATATTACATTGAATGTAAATAACGTTGGCAACACCAAATATCGCTTAAGCCCACAATGGGGACAAGCAAATTTAGGCGCTCCGCGAAACGTCATAGCTTCCGTTTCGTGGCGGTATTGA	MKMILTIIFITNIVNKLSSSTEIIEAMIKAGKSTVAIAISSVMNLTAHAEQVEPPFDEKSIETIYVYGEPNKTASATKLNLSTFETPQMVTVISRDQIEDFSLRQINSLLNYVPGVTVEQVETGRTYYTARGFDIVNFQFDGVGVPLSYGLSQGHDDSAVYQQVEVIKGATGLITGLANPSATINYVRKRPTDEAQTFVSASLGSWNQYRLDGDFSGPILKDTINGRVVVAREKGDSYVDRYDKDREVFYGVLSGYITDSTHFTIGHSINNGQNNANSSGALPLFYSDGSLTDYDVSTNTAPHWAAQEVKQQRTFIELEQTLGDFWLAKAIYTHNNQDKEWKSLYLSGAPDVDTEEGLLAQASLYQANDKEDIFDLFISGSFVFWGQEHEIVVGTNYADIDLNARSVYSSEWNYAPIAGDWAQGNVAEPDFDIFDPNSQTTDVNQEQKSFYISTRLKFTDDIAMLLGARSVDIEQNGISYGAPQAVSDDETVPYIGLTYELLDGTMLYGSYSEVFKAQTWVDSDLAPLGAVRGDGGEVGVKQELFSGRATITLALFKSSQDNFGEWENRDPVSGLNIYRGVSFDSAGFEVEVVGEVLAGLNISAGYTQVEVEDQNGNKTRRFIPEQQFKLATAYSIPSIEGLRVGAGVNWQSEIYYSDIEAQDAYAVLDLFASYRFSNNVNITLNVNNVGNTKYRLSPQWGQANLGAPRNVIASVSWRY	PGPT0003775_1804	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_IRON_RESISTANCE	IRON_RESISTANCE-IRON_COMPLEX_RECEPTOR,PGPT0003775-fptA|fhuE|fpvA|C_FEV_OM1|fauA-K16088	NA	NA
AK237_01170	1578	guaA	COG0518	GMP synthase [glutamine-hydrolyzing]	ATGACCACCAATATTCATAGCCAGCGCATACTTATTCTGGACTTCGGTTCCCAGTACACGCAACTGATTGCACGTCGCGTACGTGAAATCGGTGTTTACTGTGAGCTGTGGGCCTGGGACGTGACCGAAGAGCAAATTCGCGGATTCAACCCTGACGGCATTATCCTGTCGGGCGGCCCGGAGTCGGTCACTGAACTGAACTCACCCCGTGCCCCTGAATATGTGTTCGAAGCCGGTGTACCGGTGCTCGGCGTATGCTACGGCATGCAGACCATGGCGGAACAGCTTGGCGGTAGCGTACAGGGCTCTAACAAGCGTGAGTTCGGTTATGCGCAGGTTGAAGTATTAAAAGCTACCGACCTGTTGGCACAGATTGAAGACCACATCGGCGAAAACGGCAATGCATTGCTGGACGTATGGATGAGTCATGGCGATAAAGTGGCGACGATTCCGGAAGGTTTCGAAACCATCGCGCAGACACCATCTTGTCCGCATGCGGCCATGTACAACGAAGAAAAACGTTTCTACGGTGTACAGTTCCACCCGGAAGTGACCCACACCCGTCAGGGCCAGCGTTTGCTGACTCATTTCGTGATGGACATCTGTGGCTGTGAGAAGCTATGGACACCGGGCGCCATCATCGAAGATGCCATTGAGCGTATCAAAGAAAAAGTGGGTGATGACGAAGTGATCCTCGGCCTGTCAGGCGGTGTGGATTCATCTGTGGTTGCTATGCTTATTCACCGTGCTATCGGCGACAAGCTGACCTGTGTATTCGTAGATAACGGTCTGCTGCGTCTAAACGAAGGCCAGCAGGTAATGGACATGTTCGGCGATCACTTTGGTCTGAACATCATTAAGGTGGATGCGGAAGACCGCTTCCTGGCCCGCCTCGAAGGCGAAGCGGATCCAGAGAAAAAACGTAAGATTATCGGTAACGAGTTCGTTGCGGTATTCGATGAGGAAGCCTCTAAGCTGTCTAACGCCAAATGGCTGGCGCAGGGCACCATCTACCCCGACGTTATCGAGTCTGCCGGTTCTGCTACTGGTAAAGCCCACGTTATCAAGTCGCACCACAACGTAGGTGGTCTGCCAGAAGATATGAAAATGGGTCTGGTAGAGCCATTACGCGAACTGTTTAAAGACGAAGTACGCAAGATTGGTCTTGAGCTCGGTCTGCCGTACGACATGTTGTATCGTCACCCGTTCCCTGGCCCTGGCCTGGGTGTGCGCGTGCTGGGCGAAATCAAGAAAGAATACTGCGACTTGCTGCGTCGTGCCGATGCTATCTTCATTGAAGAGCTGCATAACGCTGATCTGTACCACAAAGTCAGTCAGGCATTCACCGTATTCCTGCCGGTACGTTCTGTAGGTGTAATGGGTGATGCCCGTAAATACGACTGGGTCGTATCGCTGCGTGCGGTTGAAACCATCGATTTTATGACCGCACACTGGGCGCATCTGCCTTACGATTTCTTAGGTAAGGTGTCTAACCGCATCATCAACGAAATAGACGGCATTTCCCGCGTGGTTTACGATATCTCCGGTAAGCCGCCAGCTACGATCGAGTGGGAATAA	MTTNIHSQRILILDFGSQYTQLIARRVREIGVYCELWAWDVTEEQIRGFNPDGIILSGGPESVTELNSPRAPEYVFEAGVPVLGVCYGMQTMAEQLGGSVQGSNKREFGYAQVEVLKATDLLAQIEDHIGENGNALLDVWMSHGDKVATIPEGFETIAQTPSCPHAAMYNEEKRFYGVQFHPEVTHTRQGQRLLTHFVMDICGCEKLWTPGAIIEDAIERIKEKVGDDEVILGLSGGVDSSVVAMLIHRAIGDKLTCVFVDNGLLRLNEGQQVMDMFGDHFGLNIIKVDAEDRFLARLEGEADPEKKRKIIGNEFVAVFDEEASKLSNAKWLAQGTIYPDVIESAGSATGKAHVIKSHHNVGGLPEDMKMGLVEPLRELFKDEVRKIGLELGLPYDMLYRHPFPGPGLGVRVLGEIKKEYCDLLRRADAIFIEELHNADLYHKVSQAFTVFLPVRSVGVMGDARKYDWVVSLRAVETIDFMTAHWAHLPYDFLGKVSNRIINEIDGISRVVYDISGKPPATIEWE	PGPT0021580_2250	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PURINE_METABOLISM,PGPT0021580-guaA-K01951	NA	NA
AK237_01171	1470	guaB	COG0516	Inosine-5'-monophosphate dehydrogenase	ATGCTCAGAATCATTCAAGAAGCTCTTACCTTTGATGATGTACTGCTGGTACCGGGGCACTCTACTGTCCTTCCTCACACAGCAAACCTCCATACTAAACTGACTCGCGGCGTGTCGCTGAATATCCCTATGGTATCTGCATCTATGGATACTGTAACGGAAGCGCGTCTTGCGATTGCCCTTGCCCAGGAAGGCGGCATCGGCTTTATTCACAAAAACATGGAGCCGGCAGAGCAGGCAAATCACGTACGTGAAGTAAAAAAATACGAAAGCGGTGTGGTATCTGACCCGGTAACCGTAGAACAGACAACCGCTATCGGCGAAGTATTGGCGATGAGCAAGAAACTGGGTTATTCCGGTTTTCCTGTCACTGACAAAGATAACAACCTTATCGGTATTGTCACTGGCCGCGATATGCGCTTCCAGAATCGTCTTGATTTACCGGTTAGTCAGGTGATGACCCCGAAAGACAAGCTGGTAACAGTAAAAGAAGGTGCAGACTCTAAAGAAGTACTGGATCTGATGCACGCTAACCGTATCGAAAAAATTCTGGTTGTTGACGATGCGTTCAAACTGACCGGTCTTATTACTGTGAAAGATTTCCAGAAAGCCGAAAGCAAGCCAAACGCCTGTAAAGACTCACTGGGTCGTCTGCGTGTTGGTGCAGCCGTTGGCGTAGGTGCCGGTACTGACGAGCGTATTGCCGGCTTGGTTGAAGCAGGCGTTGACGTACTGCTTATCGATACTTCACACGGACACTCACAAGGCGTAATCGATCAGGTTGCCCGCATTCGTGGTGCGTATCCTGACTTACAAATCATTGCCGGTAACGTCGCAACTGCTGCGGGTGCCAAAGCACTGGCAGAGGCTGGTGTTGATGGTGTTAAAGTAGGGATTGGTCCTGGTTCTATCTGTACAACCCGTATTGTTACCGGTTGTGGTGTACCTCAAATCACTGCCATCGCTGATGCGGTTGATGCCCTTGAAGGTACAGGTATTCCTGTAATTGCTGACGGCGGTATCCGTTTCTCCGGTGACATCGCTAAAGCACTGGCAGCCGGTGCAAGCTGCGTAATGGTGGGTAGTATGCTGGCCGGTACTGAAGAAGCGCCGGGTGAAGTTGAACTGTATCAGGGCCGTTACTACAAGTCTTACCGTGGAATGGGCTCGCTGGGTGCAATGAATCAGCGTCACGGTTCTTCTGACCGTTACTTCCAGGCATCAGATAATGCTGAGAAGCTGGTACCGGAAGGTATCGAAGGGCGCGTAGCGTATAAAGGCCCGATTGCAACCATCATCCATCAGCAAATGGGCGGCCTGCGCTCAGCGATGGGTCTCACCGGCTGTGAAGATATTCCGACGCTGAACACCAAAGCACAGTTTGTGCGTGTAACGTCAGCTGGGATGGGCGAGTCTCACGTACACGATGTGAGCATTACCAAAGAAGCGCCAAACTACCGTTTGGGCTAA	MLRIIQEALTFDDVLLVPGHSTVLPHTANLHTKLTRGVSLNIPMVSASMDTVTEARLAIALAQEGGIGFIHKNMEPAEQANHVREVKKYESGVVSDPVTVEQTTAIGEVLAMSKKLGYSGFPVTDKDNNLIGIVTGRDMRFQNRLDLPVSQVMTPKDKLVTVKEGADSKEVLDLMHANRIEKILVVDDAFKLTGLITVKDFQKAESKPNACKDSLGRLRVGAAVGVGAGTDERIAGLVEAGVDVLLIDTSHGHSQGVIDQVARIRGAYPDLQIIAGNVATAAGAKALAEAGVDGVKVGIGPGSICTTRIVTGCGVPQITAIADAVDALEGTGIPVIADGGIRFSGDIAKALAAGASCVMVGSMLAGTEEAPGEVELYQGRYYKSYRGMGSLGAMNQRHGSSDRYFQASDNAEKLVPEGIEGRVAYKGPIATIIHQQMGGLRSAMGLTGCEDIPTLNTKAQFVRVTSAGMGESHVHDVSITKEAPNYRLG	PGPT0021445_3124	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PURINE_METABOLISM,PGPT0021445-guaB-K00088	NA	NA
AK237_01172	1356	xseA	COG1570	Exodeoxyribonuclease 7 large subunit	ATGCTGTTTAATTCCCCTTCTACATCCCGTCAAATTCTCACTGTCACCAAGCTGAACAGGCTTGCCAGAACGGTGCTGGAAGGCGAAATTGGCCTTGTCTGGTTGTCTGCGGAAATCTCTAATTTTGTCGCGGCGTCATCCGGACACTGGTATTTCACCCTCAAAGACAACAAAGCCCAGGTTCGGGCGGCCATGTTCAAAGGGTCGAACCGCTATGTGAAACAGCGTCCGAAGGAAGGCGACAAAGTGTTAGTTCGCGCTTCTGTGGGCTTGTATGAGCCACGGGGCGACTATCAACTTGTGATTGAACATCTTGAAGCTGACGGTGACGGCGCGCTGAAACAGGCGTTTGAGGCGCTGAAACTGAAATTACAGCGCGACGGCTTGTTTGATGCCGATGCCAAGCGTCCTGTTCCTCAGGTGATTAACAAAATTGGTGTGGTCACCTCCTCCGCCGGTGCCGCTTTGCACGATGTACTTACGGTTTTGAAACGCCGCAGCCCGGCCACAGAAGTCATTGTTTATCCTACACTGGTGCAGGGCGAACAGGCGCCGGCGCAAATTATCCATGCGCTGGAAACCGCGTACCATCGCAATGAGGTCGATGTTATCTTGCTTACCCGTGGTGGCGGTTCGCTGGAAGATTTGTGGTGCTTTAATGATGAAGCGCTGGCCCATTGTATTTCGGCATCTCCGGTGCCGGTGGTGAGTGCGGTGGGTCACGAAGTCGATGTAACCATTGCCGACTTTGTGGCAGACGTGCGCGCCCCTACCCCATCTGCAGGTGCCGAGCTTTTAAGCCGGGATCAAAGCGAACGCCTGGCGTTTGTTCAGCAAAAAGCATCTGCACTTAACCGTGCCTGGCAACAACAGTTCAGACAACAGCAACATCAGCTCGCCGTATTACAGCAGCGCCTGAAAGCGGTGCATCCGGAGCGACGACTACAAGGGCAATATCAATCGTTAGATCGTAGCCAACTCGCACTAGGGCATGCCATGAAAGCCTTACTTTCTCGTGATGCCACTCAATTAGGGAAACTTCAGCGTCGATTGGATAACGTGAATCCGGCAGCGCGCATCATGCGGCTAAGTGACAAGCAGCAGCAACTCACAGGCGCGCTGGGTAAGGCAATGCACCGACTGTTGGAAAATAAAGCTAATGCACTACAGAAAAACGGTCAGTTACTTCATTCGGTCAGTCCATTACAAACCCTGACCCGGGGATACAGCATTACGTTTGCCGAAGATAAACCTGTACTTGATGCAACAACACTTCAGCAAGGCGATGAAATCACTACAAAATTAGCGAAAGGCAAAATAACCAGTCACGTTGTCTCAATACACAAAACAGAATGA	MLFNSPSTSRQILTVTKLNRLARTVLEGEIGLVWLSAEISNFVAASSGHWYFTLKDNKAQVRAAMFKGSNRYVKQRPKEGDKVLVRASVGLYEPRGDYQLVIEHLEADGDGALKQAFEALKLKLQRDGLFDADAKRPVPQVINKIGVVTSSAGAALHDVLTVLKRRSPATEVIVYPTLVQGEQAPAQIIHALETAYHRNEVDVILLTRGGGSLEDLWCFNDEALAHCISASPVPVVSAVGHEVDVTIADFVADVRAPTPSAGAELLSRDQSERLAFVQQKASALNRAWQQQFRQQQHQLAVLQQRLKAVHPERRLQGQYQSLDRSQLALGHAMKALLSRDATQLGKLQRRLDNVNPAARIMRLSDKQQQLTGALGKAMHRLLENKANALQKNGQLLHSVSPLQTLTRGYSITFAEDKPVLDATTLQQGDEITTKLAKGKITSHVVSIHKTE				NA	NA	NA	NA	NA
AK237_01173	1071			hypothetical protein	GTGAAAAAGGTTTGTACTCTGCTGTCGCTGTTGTTAGTCACTGGTTGTCAGCAAGTACCGCAATTACCAGCGAAAGCGCCCACGTTTCTTCCTAAATACCACGTGTCTGCGCCGGTTGCGCTGTTTGCCACTTTTCCAAGTGATACACTGCAAGCGCGTTGTAATCAGGTTGATGAAGACAAAACCTGTAAAGAAGATGCGATAGGTGGCAACCTGTTTGCGTCAGTATTAAAAGAGAAGAATTGGTTCGACGATGTCCTTACCGACTCGAATGCAGCAGACTACGAGCTGCTCATCGCTTCTCTGGCTGCTGATGTCGCAGCAGATGATAGTATTTTTTCATCCACCCGCCCTCATTATTTTACCGAATTAACGGTACAATGGCGGGGTGTTGAAATTGATACTCAACAATTCGCGACCTTCTCAGAAACCGACAAATCAGAAACCGCAATTACCGAAGAAATATTAAATAACTGGTGGTTAGCCGCTATCGACAAAAAAGTATTTTCGGCAGAGTTTTTATTCGCTTCACTCGGTGCCAGCGACTACCACAATGATCTTGTACTGCCTGATGCTATAGGCGAGTTTCAGCAACAGGATACCCAGTATTACCCAGATCCTTTTAAAGGCATTATCAGCCGATATGTTCACCCTGAGTACGATGACGCATTAATTGATATTACAGTAGGGCCGATATTAATGCCCCTGAATATCACGCGCGATAAGCGACTTAAAGCAGCGTTGGAAGAAAATCTGGCGGAGGCACAACAAATTGCAGCAGCGCAAAAGTTAACATTGACCACAGATACGCCGGTGGAAGCCTACTCTGTCAACACAGGGAAAATTGAATTTTCAGGCTACCGTATGGCAGTACATGCCCAAACCGAAATGGGTGAACCGATTTTCGCTACAACCTATGTATTCGAAATGAAAGACAAGTTAGTAACGCTTTCCACCACTTTCCCACCGCGTGTTGCCGATACGTTAATCGCGGCCGCATTACCTGCTATCGAGGTACCTGAGGAGTCTGCACTGATGAAAACCATTCGCGGCATGTCATCAGCGCAGTGA	MKKVCTLLSLLLVTGCQQVPQLPAKAPTFLPKYHVSAPVALFATFPSDTLQARCNQVDEDKTCKEDAIGGNLFASVLKEKNWFDDVLTDSNAADYELLIASLAADVAADDSIFSSTRPHYFTELTVQWRGVEIDTQQFATFSETDKSETAITEEILNNWWLAAIDKKVFSAEFLFASLGASDYHNDLVLPDAIGEFQQQDTQYYPDPFKGIISRYVHPEYDDALIDITVGPILMPLNITRDKRLKAALEENLAEAQQIAAAQKLTLTTDTPVEAYSVNTGKIEFSGYRMAVHAQTEMGEPIFATTYVFEMKDKLVTLSTTFPPRVADTLIAAALPAIEVPEESALMKTIRGMSSAQ				NA	NA	NA	NA	NA
AK237_01174	1446	der	COG1160	GTPase Der	ATGTTGCCTGTTGTTGCACTCGTGGGCCGCCCTAATGTGGGTAAATCCACCTTGTTTAACCGTTTAACCAATACGCGCGACGCCTTGGTTGCCGATTTTCCGGGCTTAACCCGGGATCGCAAATACGGGCAGGCAACGTATGAACAAAAACAATTCATCGTCGTAGATACGGGTGGTATTACCGGTGACGAAGAGGGTATTGACGCAGAAATGGCGCATCAATCTCTTCGCGCTATCGATGAAGCCGACGTGGTTTTGTTCTTAGTTGATGCACGAGCGGGATTGTTGCCTGCAGATATTGGCATTGCCGATCATCTACGCAAAGTAAATAAGAAACTCTACCTTGTCGCCAATAAAGTAGATGGTATTGATGGCGACAGTGAAAGCGCCGATTTTTATACGCTAGGTCTTGGTAATGTACACCAGATCGCTGCTGCACATGGGCGTGGAATTTCCCAGCTGTTAGAGCAATCGTTAGTGCCATTGGCAGACGCGTTTCCTGAGATGCAGGTTCAGCCTCGTGCAGAGGAAGAAGAACTGGATGCGGAAGCGCAGTTGGCGCGCTTAAAAAGCTTGCCTATCAAGCTGGCGATTGTTGGCAAGCCGAATGTGGGGAAATCTACGCTTACGAATCGTATTTTAGGTGAAGACCGCGTAGTCGTATTCGATATGCCCGGCACAACACGGGATAGTGTCTATATACCCCTTGAACGTGATGAGCGGGAATATATTTTAATAGATACCGCGGGTGTGCGAAAACGTAAAAAAGTGGCTGATGCCGTAGAGAAGTTTTCTATCGTCAAAACATTGCAAGCTATTGAAGAAGCTAACGTGGTGTTGCTGGTGATTGATGCCCGCGAAGGTATCACTGATCAGGATTTGAGTCTTCTTGGGTACATCCTCAACTCAGGACGTTCTTTAGTACTTGCCGTGAACAAGTGGGATGGGCTCGATGTTGATGTGAAAGATGACATAAAGCGAGAGCTGGACCGTCGCCTCGGCTTTATCGACTTTGCCCGTTTACATTTTATTTCGGCGTTGCACGGTTCTGGTGTAGGAAACTTATTTGAGTCGGTAATTGAGGCCTATGACAGTGCGACACAGCGGGTGGGCACCTCCATGCTGACGCAGATTATGGAAATGGCGCAAGCAGAGCATCAGCCGCCGTTAGTGCGTGGTCGTCGCGTAAAAATGAAATATGCCCACGCTGGTGGATATAACCCTCCGGTTATTATTATTCACGGCAATCAGGTTAATGATTTGCCAGGTGCATATAAGCGCTATTTGATGAATTACTACCGCAAAACACTCAAGGTGATGGGAACCCCTATCAAAATTGAGTTTCGTGAAGGTAGCAACCCGTTTGAAGGTAAAAAGAATCAGCTTACGTTAGCACAACAACGTAAACGTAAGCGTTTGATGGCCTTTCATAAAAATAAAAAGTAG	MLPVVALVGRPNVGKSTLFNRLTNTRDALVADFPGLTRDRKYGQATYEQKQFIVVDTGGITGDEEGIDAEMAHQSLRAIDEADVVLFLVDARAGLLPADIGIADHLRKVNKKLYLVANKVDGIDGDSESADFYTLGLGNVHQIAAAHGRGISQLLEQSLVPLADAFPEMQVQPRAEEEELDAEAQLARLKSLPIKLAIVGKPNVGKSTLTNRILGEDRVVVFDMPGTTRDSVYIPLERDEREYILIDTAGVRKRKKVADAVEKFSIVKTLQAIEEANVVLLVIDAREGITDQDLSLLGYILNSGRSLVLAVNKWDGLDVDVKDDIKRELDRRLGFIDFARLHFISALHGSGVGNLFESVIEAYDSATQRVGTSMLTQIMEMAQAEHQPPLVRGRRVKMKYAHAGGYNPPVIIIHGNQVNDLPGAYKRYLMNYYRKTLKVMGTPIKIEFREGSNPFEGKKNQLTLAQQRKRKRLMAFHKNKK				NA	NA	NA	NA	NA
AK237_01175	1251	bamB_1	COG1520	Outer membrane protein assembly factor BamB	ATGAAAACGTGTGGCCGTACAGGCCGAATTACACGGGCTGCAGGACTGGCTGTTTTGTTGTCAGTGTCACTGTCGGGTTGTACTACTATTTCAGATTGGTTTGTCGATGATGAAGAATTAGAAATCCGTCGTCTTGCGCCGCTGGATGCCGAATTTTCGCCAGAGGTCAATTGGGATACCGATGTCGGCGATGGTGTTGAGAGCTACTTTTCTCACCTTCGCCCTGTGTACGCGAATGATAAGCTCTACGTAGCGAGTCGCCATGGTGTTATCGCCGCACTCGATCCGAAAAGTGGTGACACGTTCTGGGAGAAAGACTTCGCCATCTTTAAAGATGAAGGCATGCTTTCTTCTGTTACCAACCTTTGGAAAAGCGGAGCTTCAGCTAAAGTGGCTGGCCTTTCTGTTGAGGGGGACACCGTACTCATTGGTACTGAAGATGGCGTAGTGATGTCTTTAAACGCAGAATCAGGTGAGCTTAACTGGACACAAACTGTGCCCGGTGAAGTTTTGGCTGCACCAGTCACAGGCGACAATTTGGTGGTGGTAAATACAGGCGCTGGTGCATTGTTTGCACTCAATAAAGATACCGGCGAGCAAGTATGGGAGCATCAGGGTGATGTGCCGCCTTTGACCTTGCGTGGAATTTCAACGCCTGCGGTCAGTAACGGTGGGATTATTTCAGGTTCTGCAACCGGCAAGATTCAGGTAAACATATTAGAGTCTGGTCTTGTAGCCTGGGAAACGCCTATTACTACGCCCAGTGGAGCAACAGAACTTGAGCGTATTGTGGATGTGGATTCTGCGCCGTTAATGTACGGTGGTATTATCTACGCGATTTCTTACAACGGGACACTGGCCGCTGTAGAATTACGTTCTGGTCGGGTGATTTGGAAGCGTGAGTACGCGTCATATCGCAATGTGACCATGGACGGCAATACGTTGTTTGTGGTGGATAACAATTCGCATGTTTATGCGTTAGACCGTCGTAACGGCGTTGAGCTGTGGTCGCAGAGCGGTTTGAAAAAGCGCGTGTTAACTGCCGCAGAGCCTGCTGGAGACTACATTGTTGTGGGTGATAAGTGGGGCTTGCTGCACTGGATCAATAAAGAAAGTGGCAAAATTGTTGCCCGTTATGATCTCGGCGGAGACGACGAAGATGAATCTGTGTTTGCCGCACCAGTGTACGTAGGTGACGCTATCATTGCGGTTACTCGCGCCGGTGAGGTTGCCTCGCTAACCACGCCATAA	MKTCGRTGRITRAAGLAVLLSVSLSGCTTISDWFVDDEELEIRRLAPLDAEFSPEVNWDTDVGDGVESYFSHLRPVYANDKLYVASRHGVIAALDPKSGDTFWEKDFAIFKDEGMLSSVTNLWKSGASAKVAGLSVEGDTVLIGTEDGVVMSLNAESGELNWTQTVPGEVLAAPVTGDNLVVVNTGAGALFALNKDTGEQVWEHQGDVPPLTLRGISTPAVSNGGIISGSATGKIQVNILESGLVAWETPITTPSGATELERIVDVDSAPLMYGGIIYAISYNGTLAAVELRSGRVIWKREYASYRNVTMDGNTLFVVDNNSHVYALDRRNGVELWSQSGLKKRVLTAAEPAGDYIVVGDKWGLLHWINKESGKIVARYDLGGDDEDESVFAAPVYVGDAIIAVTRAGEVASLTTP				NA	NA	NA	NA	NA
AK237_01176	621			hypothetical protein	ATGGAACAATTCGCCACAGAAGAACAACAAGTAGAAGCGATAAAAAGGTTTTGGAAAGATAATGGTACAGCCATCATTATCGGTGCCGTTATTGGTTTAGGTGGTTTATGGGGCTGGCGTTATTATTCCGACACCCAACGCACTGCCAAGGAAGAAGCTTCTGCGAACTACCAGGTTGCAGTCGAAGCTATCGAAGCGGATGGCAATGCCAGTAAGCTTTCAGCGTTTGTCGGTGAAACACAAAGCGATGGTTATGCTACGCTCGGTGGTTTGGTCGCTGCTCAACAAGCAGTATCAAACGGTGATTTTGATGCCGCAGTAAAAGCACTGACTACAGTAAAGAATAATGCCAGTGACGAACACCTGGCTACAATCGCTGGCCTGCGTCTGGCTCGCGTGCAGTTAGAACAAGGTAACACTGACGCGGCGTTGTCTACCGTCAATAGCCTGAATGATGCCGCCTTTGAAGGCGTAATCAAAGAAGTTAAGGGTGATGTGTTTGTTGCTCAGAATAAGTTTGACGATGCGCGAATGGCTTACACTGAAGCCTTAGAAGCGGCGAGTGGAAACAGATTGCTGGAAATGAAACTGGATAATTTGTCCGTTCTTGCAAGCGAATAA	MEQFATEEQQVEAIKRFWKDNGTAIIIGAVIGLGGLWGWRYYSDTQRTAKEEASANYQVAVEAIEADGNASKLSAFVGETQSDGYATLGGLVAAQQAVSNGDFDAAVKALTTVKNNASDEHLATIAGLRLARVQLEQGNTDAALSTVNSLNDAAFEGVIKEVKGDVFVAQNKFDDARMAYTEALEAASGNRLLEMKLDNLSVLASE				NA	NA	NA	NA	NA
AK237_01177	1242	hisS	COG0124	Histidine--tRNA ligase	ATGAATGACTGCCTGCCAGAGGTTTCTGGTACGTGGCAGAGAGTTGAATCCACCCTGCGCCAGGTCGTGGCAAATTACGGTTATCAGGAAATTCGTACCCCCATTGTGGAAAGTACGGATTTATTTAAGCGGTCCATCGGTGAAGTAACTGACATCGTTGAAAAAGAGATGTATACCTTCGAAGACAGAAATGGTGACAGTCTGACCCTTCGCCCGGAAGGTACCGCCAGCACTGTGCGAGCAGGAAACGAGCACGGTTTACTTTACAATCAGCAGCAGCGCCTGTGGTACATGGGCCCTATGTTTCGTCATGAGCGGCCGCAAAAAGGCCGCTATCGTCAGTTTCACCAGTTTGGTGTAGAAGCTTATGGTCTTGATGGCCCTGACATCGACGTTGAAGTGATATTGTTGAGTGCCCGGATCTGGAAAGCCTTCGGTATCAGCGACCAGGTTACATTACAGGTTAATTCCCTGGGATCAAACGAAGCCAGACAGCATTATCGTGATGCCCTTGTGGACTATTTAAAAGCAAGAGCTGATAAACTTGATGAAGACTCATTGCGTCGGTTAGAGACTAACCCTTTGCGGGTGCTGGATAGCAAAAATCCGGATGTGCAAGCAGCCATTACCGACGCTCCCTCGTTGCTGGATTACCTGGATGATGAGTCGAAAACACATTTTTCAAATTTATGTGAACGATTAGCGCAAGCGGGTATCCAATACGAGGTTAATCCACGACTGGTGCGCGGTCTCGACTACTACAATCGCACGGTGTTTGAATGGGTCACAGAGAGTCTGGGCTCGCAGGGCACGGTGTGTGCAGGGGGGCGTTACGACGGTCTCGTCGAGCAATTAGGCGGAAAATCAACGCCGGCTGTCGGGTTTGCGATGGGAATGGAACGTTTAGTTCTGTTGCTCACCACTCTGCAAGCGACGGCACAAGATAATATCGCTGCCGACGTGTATGTCACGTCAATGGGCGCAGATGCGTATGCCTTAGAAGTCGCTGAGTTATTAAGAGACACGTGTCCGGGCATGCGCATTATGATGCATTGCGGCGGTGGTAATTTTAAAAAGCAACTCAAGCGTGCTGACAAAACAGGTGCGGCATATGCGGTCTTGTTAGGCAGCGAAGAAGCGCAAAACAAAGTCGCTACTGTGAAGCCACTTCGTGGCGACGGCGAGCAACAAACGGTAGCGTTATCTGCGCTTGCCGATACGTTGTCTGCGTTAGTGGGTTAA	MNDCLPEVSGTWQRVESTLRQVVANYGYQEIRTPIVESTDLFKRSIGEVTDIVEKEMYTFEDRNGDSLTLRPEGTASTVRAGNEHGLLYNQQQRLWYMGPMFRHERPQKGRYRQFHQFGVEAYGLDGPDIDVEVILLSARIWKAFGISDQVTLQVNSLGSNEARQHYRDALVDYLKARADKLDEDSLRRLETNPLRVLDSKNPDVQAAITDAPSLLDYLDDESKTHFSNLCERLAQAGIQYEVNPRLVRGLDYYNRTVFEWVTESLGSQGTVCAGGRYDGLVEQLGGKSTPAVGFAMGMERLVLLLTTLQATAQDNIAADVYVTSMGADAYALEVAELLRDTCPGMRIMMHCGGGNFKKQLKRADKTGAAYAVLLGSEEAQNKVATVKPLRGDGEQQTVALSALADTLSALVG				NA	NA	NA	NA	NA
AK237_01178	1122	ispG	COG0821	4-hydroxy-3-methylbut-2-en-1-yl diphosphate synthase (flavodoxin)	ATGTTTACTGAAAGCCCCATCAAACGTCGTAAATCAACGCGAATCAATGTGGGAAGTGTACCTATCGGCGATGGCGCGCCCATCGCAGTTCAATCCATGACAAACACACCGACCACCGACGTAGATGCGACGGTGGCTCAGATTAACCGAATCGTCGCAGTAGGGGGCGAAATTGTTCGTGTGTCAGTGCCTACCATGGATGCTGCAGAAGCATTCAAAGCGATTCGTGAGCGTGTCACCGTACCATTGGTGGCAGACATTCATTTCGATTATCGTATCGCCCTGAAGGTGGCAGAGTATGGTGTTGATTGTCTGCGGATTAATCCAGGAAATATCGGCAACATGGAGCGCGTTAAGTCGGTGGTGGATTGCGCAAAGGATAAAAATATTCCCATTCGAATTGGTGTAAATGGTGGGTCATTGGAACGCGACTTACAGGAAAAGTATGGCGAGCCAACACCGGAAGCCCTGGTTGAATCGGCCATGCGGCATGTGGATATTCTCGATAAACTCAATTTTGATCAATTTAAAGTCAGTGTTAAAGCGTCTGACGTGTTTCTGGCCGTAGGGGCATACCGGTTACTTGCTCAGAAGATTGATCAGCCACTTCATTTAGGCATCACAGAAGCGGGCGGACAGCGCGCAGGTGCAGTGAAAAGTGCGGTCGGCCTGGGAATGTTACTGGCAGAGGGGATCGGGGACACACTTCGGGTTTCCTTAGCGGCTGATCCTGTGGAAGAAATTAAAGTCGGATTTGATATTCTTAAGTCTCTTCGTATCCGCTCCCGTGGTATCAATTTCATTGCCTGCCCCAGTTGTTCTCGCCAGGAATTCGATGTTATCGGTACCGTTAATGCCCTGGAGCAGCGGGTAGAAGATATTCTGACACCAATGGATGTGTCCATCATCGGATGCGTAGTCAATGGGCCGGGTGAGGCGGAAGTGTCAGATTTAGGCTTAACCGGTGCACGTAACATGAGCGGTTTTTATGAAGACGGAAAGCGTCAAAGAGACCGTTTAGCAAACGACGACTTAGTCGACCAGCTTGAGCGTCGTATCCGGGCAAAGGCTTCACGTCTGGATGAGGCAAACAAAATCCCCGTTTCAGTAAAAGAATCGTAA	MFTESPIKRRKSTRINVGSVPIGDGAPIAVQSMTNTPTTDVDATVAQINRIVAVGGEIVRVSVPTMDAAEAFKAIRERVTVPLVADIHFDYRIALKVAEYGVDCLRINPGNIGNMERVKSVVDCAKDKNIPIRIGVNGGSLERDLQEKYGEPTPEALVESAMRHVDILDKLNFDQFKVSVKASDVFLAVGAYRLLAQKIDQPLHLGITEAGGQRAGAVKSAVGLGMLLAEGIGDTLRVSLAADPVEEIKVGFDILKSLRIRSRGINFIACPSCSRQEFDVIGTVNALEQRVEDILTPMDVSIIGCVVNGPGEAEVSDLGLTGARNMSGFYEDGKRQRDRLANDDLVDQLERRIRAKASRLDEANKIPVSVKES	PGPT0007580_2752	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-TERPENOID_DERIVATE_PRODUCTION,PGPT0007580-gcpE|ispG-K03526	NA	NA
AK237_01179	1014	rodZ	COG1426	Cytoskeleton protein RodZ	ATGAGTTTAGAAGAAAGTCAGGTCAACGAAGAGAATAGTACCAGCACGCCTACGCCTGGTGAAATGTTACGTAATGCCCGGGAGAAAGCGGGTATTAGCCAGCAGCAGATGGCGGATAAGCTATTTCTCAAAGTTAAGAATATCGTCGATATTGAAAACGATCACATAGATGAAAACATGTCTGCGACCTTTGCCAAAGGGTACGTGCGCATGTATGCCAAACAACTTGGGGTGGATGAAGGCAAAGTGATTGCCGAATTTAACCGTATTCACACGGTTACCAAGCCTCCGGCTAAATTACAGAGCTTTTCCAAACGGGTTGCCAAGCAAGCACACGATGACCGGTGGATGATGGTGACGTGGGTTATTTTGTTCTTACTTCTCGCGGCGCTCGTTGCCTGGTGGTATCAACAGTCCGATGGTTTATCGTTGTTAAGCTCTGAGCCTGCGTCCAGTGAAGCGCAAAAGACAGTGACCAACAGAGCGGTGGAGCAGTCAGAACCGCAGCGACGTGAGCAAGCCATGGACTCACAGGATGCAGAGCAGGCTGCGATGCCAGATGCTCAGGTTGAGCCGCAAACCAGTCCACTACCTGCTGGTGATGACCAAGAGACTAGCGTTGAGCCTGCAGAAGATGACGGGACGGCTGACCAAACTGAGATACCAGGTGAGAGTTCGGGTAGTGTATCCATTGATAATGATGCAGATGTGGCGAGCAACGACGACACCCTGCCTCAGGCTGAAACGCCGGATGCACCCGCTGGCGACGCCATTGAGCTGGTGTTCACTTTTGCAGAAGACTGCTGGATTAATATTGAAGACGCCACAGGTGAAGCCATTGCCTATGGCGTAAAAGCTGCTGGCCGGGTCATGCCGGTAAGTGGTCAAGCACCCTTTAAGGTGACATTAGGTGCACCTGACGGTGTGAGTATTACCTATGATGGAGAAGCGATCGATATCTCTGCGTTCCAAAACGGTCAAATCGCACGCTTTTCCTTACCAATGCAGGACTAA	MSLEESQVNEENSTSTPTPGEMLRNAREKAGISQQQMADKLFLKVKNIVDIENDHIDENMSATFAKGYVRMYAKQLGVDEGKVIAEFNRIHTVTKPPAKLQSFSKRVAKQAHDDRWMMVTWVILFLLLAALVAWWYQQSDGLSLLSSEPASSEAQKTVTNRAVEQSEPQRREQAMDSQDAEQAAMPDAQVEPQTSPLPAGDDQETSVEPAEDDGTADQTEIPGESSGSVSIDNDADVASNDDTLPQAETPDAPAGDAIELVFTFAEDCWINIEDATGEAIAYGVKAAGRVMPVSGQAPFKVTLGAPDGVSITYDGEAIDISAFQNGQIARFSLPMQD				NA	NA	NA	NA	NA
AK237_01180	1107			hypothetical protein	ATGCGATTAGGCGTACTCGCTCTCGTTATTGCACTAACAGGATGTGTTAGTCAGACTCAGCCGGGTAATTATTCGGGTGACGATTTCGATATGGAAAAGGCCGCAAAGACAAGAATTTCTTTGGGCCTGACCTATTTAAAAAATGGCAATTACCAGCAAGCTAAAATGAATTTAGACAAAGCGCTGGAATTTGCTCCCCGTTATGCCGATGCACATTATTCCCTTGCGTATTATTATCAAACCGTAGAAGAGTGGGACAGGGCTGAGCAGTCGTTTGAAGATGCACTCGACCTTGCGCCACGAAACGCAGAAATTGCCAATAGTTACGGGGCGTTTCTTTGTCAGCAGAAAAAGTATGACAAGGCAAACGAGTTTTATCAGAAAGCATTAAACAACCTGCAATACGCAAATTCTGCGCAAACCTACGAAAATATGGCGATTTGTGCTGATGAGCAAGGGCATACCGAGCAGGCCATTTCGAACTTAATCAGTGCGCTGAATCACCAACCTGGTCGTTCAAAAAGCCTTTATTTACTCACTCAGTTGTATGTGAAAACAGAACAGTGGGATAAGGCTGAAGCAACCATGCGTCGCTATGAGCGTGTGTCTCGGGTAAGTCCTGAGTCTATTCAGCTAGCCATTTCTATTGCCGAGGGGCAGGGCGATTATGATACCGCTGCTGGCTACGGTGAAATGCTAACTACTATGTATCCGCAAAGTGATGCTGCAGAAGCATTCCGCCAGGAAATGATATCCCGCGCTAATCAGAATGCGCAGATTGTGCGTCGAGTAAAAGAAAATACCAAGGAGGCCAAAGTGATAGCGCCTCCCGCGAAAGATGATACATCGACAGAACAATCTGAAATCAATAAAGAAAAAGACCCGTCTGCGTACATTGATAATTCACAAGAAGCTGCTAGTGTGAGCAACAACGAGGTGAATAGCGACGAAAAGACGGCTTTTCATGTGGTGAAACCAGGTGAAAATTTATATCGCATTTCCCTGAAATATAACATTAAAATGGCGAGCATCCAGGAGTGGAATAACCTTGATGATCCTGGCGATATCGAAGTCGGAATGCGATTACGATTGTCGCCCCGCCAATAA	MRLGVLALVIALTGCVSQTQPGNYSGDDFDMEKAAKTRISLGLTYLKNGNYQQAKMNLDKALEFAPRYADAHYSLAYYYQTVEEWDRAEQSFEDALDLAPRNAEIANSYGAFLCQQKKYDKANEFYQKALNNLQYANSAQTYENMAICADEQGHTEQAISNLISALNHQPGRSKSLYLLTQLYVKTEQWDKAEATMRRYERVSRVSPESIQLAISIAEGQGDYDTAAGYGEMLTTMYPQSDAAEAFRQEMISRANQNAQIVRRVKENTKEAKVIAPPAKDDTSTEQSEINKEKDPSAYIDNSQEAASVSNNEVNSDEKTAFHVVKPGENLYRISLKYNIKMASIQEWNNLDDPGDIEVGMRLRLSPRQ	PGPT0015935_27	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-TYPE_II_SECRETION_SYSTEMS	CE-T2SS-TYPE_IV_PILIN_SECRETION|FIMBRIAL_ASSEMBLY,PGPT0015935-pilF-K02656	NA	NA
AK237_01181	1119	rlmN	COG0820	Dual-specificity RNA methyltransferase RlmN	ATGGCAAAGACAAACCTTTTAAATCTGAACCGTGCAGCACTGCGGGAATTTTTCGCCGAAATGGGCGAAAAGCCGTTCCGCGCAGACCAGGTCATGAAATGGATTTATCAGCAAGGTGTAAGCGATTTTAATGAGATGAGCAATCTTAATAAAAACCTGCGCGCCAAGTTGCTTGAGCATGCTGAAGTGGTTGCGCCAGAAATCGCTTACTATCAAGAAGCCAGCGATGGCACCATTAAGTTCGCGTTGGCGCTGGAAGGAGGACAGGAAGTTGAGTCAGTGTGGATACCCGAAGCGGAACGAGCCACGTTATGTGTGTCGTCGCAAGTCGGCTGTGCACTGGAATGTACTTTCTGTTCTACCGCGCAGCAAGGCTTTAACCGTAACCTTTCTGTAAGCGAAATTATAGGTCAGGTATGGCGCGTTGCCACTTTTCTGGGGCTGTCCAAAGACACCGCTAAGCGCCCCATTACCAATGTTGTGATGATGGGAATGGGTGAGCCGCTACTTAACCTGAAAAATGTTGTTCCCGCTATGGATCTTATGCTGGACGACTTCGGATTTGGCTTGTCAAAACGTCGTGTTACTCTGAGTACGTCGGGTGTTGTACCTGCATTAGATAAACTCGGAGATCAGATTGATGTGGCGCTGGCCATTTCTCTGCACGCGCCGACCGATGCACTTCGCAATGAGATAGTGCCGATCAATAAAAAGTACAATATCGAAACGTTCCTCGCAGGCGTGCGTCGTTATTTAAGCAAATCACGCGCGAACCAGGGAAAAGTCACGGTAGAGTATGTGATGTTGTCAAACATCAACGACAGTACTGATCAGGCCCACGAACTGGCAAAAGTGCTGAAAGAAACGCCGTGCAAAATAAATCTTATCCCATTTAATCCGTACCCCGGTTCACCGTACTTGTGTTCAAGTAATTCTCGTATTGACCGCTTCGCTAAAGTACTGATGGGCTATGGTCTGACAGTTGTGGTGCGTAAGACACGGGGTGACGATATCGATGCAGCGTGTGGTCAATTAGTGGGCGATGTGGTTGACCGTACAAAACGAATGTTAAAGAAACAGATGAAAGGTGAAGCGATTTCGGTAAAAATGGCGCAATAA	MAKTNLLNLNRAALREFFAEMGEKPFRADQVMKWIYQQGVSDFNEMSNLNKNLRAKLLEHAEVVAPEIAYYQEASDGTIKFALALEGGQEVESVWIPEAERATLCVSSQVGCALECTFCSTAQQGFNRNLSVSEIIGQVWRVATFLGLSKDTAKRPITNVVMMGMGEPLLNLKNVVPAMDLMLDDFGFGLSKRRVTLSTSGVVPALDKLGDQIDVALAISLHAPTDALRNEIVPINKKYNIETFLAGVRRYLSKSRANQGKVTVEYVMLSNINDSTDQAHELAKVLKETPCKINLIPFNPYPGSPYLCSSNSRIDRFAKVLMGYGLTVVVRKTRGDDIDAACGQLVGDVVDRTKRMLKKQMKGEAISVKMAQ				NA	NA	NA	NA	NA
AK237_01182	2133	dcp_1	COG0339	Dipeptidyl carboxypeptidase	ATGCGAAAGTCACTTATGGCAACTGCCATTGCCGCCGCGCTGGCACTGACTGCCTGTAGCCCAGCCAAAGACGAAACATCTACAACCAAACCCGCGAGCAGTGAAACCGTGCAAGCAGAAAACGTTTTATTGAAACCAAGTACGCTGGATTACCAGGCTCCCGATTTCGACAAAATCAAAACCGAAAATTATGAACCGGCCTTCGAACAAGGCATGAAGGAGCATGCTGCAGAAATTGATGCGATTGCGGCTAACACCGACCCGGCGACGTTTGACAACACGATTCTGGCGATGGAAAAAAGTGGCGATTTGTTAAATCGCGTTTCAACCATCTTTTTCAATCTTTCAAGCATTATTTCTGACGAAGAAATTCAACGCATTGAAGCAGAAATGTCTCCTCGCCTGACAGCACACAGTGACAGCATTCATTTAAACAGTGCGTTGTTTAACCGTGTAAAAACGGTTTACGATAATCGTGATGCATTGAATAAAGAAGACAAACGCCTGACAGAGAAAACTTACGAGCAGTTTGTTCGCGCCGGCGCCAATCTTACTGACGCACAGAAAACCAAAGTACGTGAAATCAATGAGCAAATCACGACGTTGCAGACCCAGTTTTCCCAGAATATCTTAGCCTCATTTAAAAACGACACTATTGTTGTGACTGATGAAGCCAAACTTGCAGGGTTGTCAGATAGCGAGAAAGCGAGTCTGAAATCGGCTGCAGAAGGTGCGGGTAAAGAAGGCTACATGATTAGTCTTGTTAATACGACTCGCCAACCTGTGCTGACAAGCCTGAAAGATCGTGAGTTACGTCAACAAATTTGGGAAAAATCAGCACATCGTGCGATGGATGTTAACGGCCCCATTATCCTGAAGCTTACGCACTTACGGGCGCAAAAAGCAGCCTTGCTTGGATATCCAAACTGGGCGTCTTATACCATCGAAAACCAAATGGCGAAGAATCCTGAAAATGTATTTAAAATTCTCGATGACTTAGCCCCTCAAGCGGTAGAGAAAGCAAAGCAAGAAGCGGCTGCTATTGAAGAAGTGATGCACGCAGACGGCGTCGAAGGCGACGTTCAGCCATGGGATTGGGCCTACTACGCAGAAAAAGTACGCAAAGCGCGTTATGACTTAGATGACAGCGAAGTAAAACCTTACTTCGAACTCAATTCCGTACTCGAAAACGGGCTGTTTTTCGCTATGGAAAAACTGTATGGCATTACGTTTAAAGAGCGTACCGATTTACCCGTTTACGTTGAAGACGCCCGCTTGTTTGAAGTCTTTGACGAAGATGGGTCGAACATCGGCTTATTTTACTTTGACCCCTATGCCCGGGAAGGCAAGAGTGGTGGTGCATGGATGAGTGAATTTGTGACTCAGTCATTTTTAAACGGCACCAAGCCTGTAGTGTTTAACGAACTGAACATCGTTAAGCCTGCCCCTGGCGAACCAACGCTGCTGTCATTTGATGAAACGCAAACCCTGTTCCATGAGTTTGGTCATGCCGACCACGGATTGTTCTCGCTCGTTAAGTATCCTAGCCTGGCGGGTACAAACACAGCGCGTGACTTTGTTGAGTTTCCATCGCAATTCAACGAAGACTGGGCTATTGATCCTGCGGTACTGGCAAACTACGCCAAGCACTACAAAACAGGCGAGCCTATTCCTAAGGCACTGCTTGATAAAATGATGAAAGCAGTAAGCTTTAACCAGGGTTTTAACACTGTTGAATACCTGGCAGCGGCGCTGTTAGATATGGAATGGCACATGATCAGTGAAGATCAGGAAATTACTGATGTGGCTGCATTTGAAAAAGCCGCGTTGAAGAAGCATGGCATCGATTATGCGCCTGTACCACCTCGCTATAAGTCAGCTTACTTCAGCCACACCTTCGCAGGCGGCTACTCTGCAGGTTATTACGCTTACCTGTGGACTGAAGTACTGGCTGCAGATGCCTTTGCTCACATGGCTGAAAATGGCGGATTAACACGTGAAAACGGCGATTTATTCCGTAAAGAGATCCTCTCTAAAGGTAACAGCGAAGATTTAATGGAAAACTACGTAGAGTTCCGTGGCCAGGAGCCAACTGTTGATGCCTTGATGAAGCGTCGTGGCTTAACAGACTAA	MRKSLMATAIAAALALTACSPAKDETSTTKPASSETVQAENVLLKPSTLDYQAPDFDKIKTENYEPAFEQGMKEHAAEIDAIAANTDPATFDNTILAMEKSGDLLNRVSTIFFNLSSIISDEEIQRIEAEMSPRLTAHSDSIHLNSALFNRVKTVYDNRDALNKEDKRLTEKTYEQFVRAGANLTDAQKTKVREINEQITTLQTQFSQNILASFKNDTIVVTDEAKLAGLSDSEKASLKSAAEGAGKEGYMISLVNTTRQPVLTSLKDRELRQQIWEKSAHRAMDVNGPIILKLTHLRAQKAALLGYPNWASYTIENQMAKNPENVFKILDDLAPQAVEKAKQEAAAIEEVMHADGVEGDVQPWDWAYYAEKVRKARYDLDDSEVKPYFELNSVLENGLFFAMEKLYGITFKERTDLPVYVEDARLFEVFDEDGSNIGLFYFDPYAREGKSGGAWMSEFVTQSFLNGTKPVVFNELNIVKPAPGEPTLLSFDETQTLFHEFGHADHGLFSLVKYPSLAGTNTARDFVEFPSQFNEDWAIDPAVLANYAKHYKTGEPIPKALLDKMMKAVSFNQGFNTVEYLAAALLDMEWHMISEDQEITDVAAFEKAALKKHGIDYAPVPPRYKSAYFSHTFAGGYSAGYYAYLWTEVLAADAFAHMAENGGLTRENGDLFRKEILSKGNSEDLMENYVEFRGQEPTVDALMKRRGLTD	PGPT0020985_1899	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_DEPENDENT_PATHWAYS	PLANT_DERIVED_PEPTIDE_METABOLISM,PGPT0020985-prlC-K01414	NA	NA
AK237_01183	432	ndk	COG0105	Nucleoside diphosphate kinase	ATGGCTCTTGAGCGTACATTCTCTATTATCAAGCCTGATGCGGTTGCTAAAAACGTTATCGGTGCAATTTACAACCGTTTTGAAACGGCTGGTCTGCGTATTGTTGCCTCTAAAATGGTACACATGAGCAAGGAACAGGCTGAAGGTTTCTATGCAGAACACAAAGAACGCCCTTTCTTTGGCGCATTGGTTGATTTCATGACTTCTGGTCCAGTGATGGTTCAGGTGTTAGAAGGTGAAAACGCTGTAGTGAAAAACCGCGAAATCATGGGGGCGACTAACCCTGCGGATGCATCTGCCGGTACATTGCGTTCTGACTATGCGGCATCTATCGATGAAAACGCGGTTCATGGTTCTGATGCACCTGAGTCTGCTGCTCGCGAAATCGCTTACTTCTTCTCTGACGAAGAAATTTGCCCACGTACTCGTTAA	MALERTFSIIKPDAVAKNVIGAIYNRFETAGLRIVASKMVHMSKEQAEGFYAEHKERPFFGALVDFMTSGPVMVQVLEGENAVVKNREIMGATNPADASAGTLRSDYAASIDENAVHGSDAPESAAREIAYFFSDEEICPRTR	PGPT0021210_3165	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021210-ndk-K00940	NA	NA
AK237_01184	420	sufE	COG2166	Cysteine desulfuration protein SufE	ATGGCAATGTCACTTCCCAGTAGCCAGGAGATCGTAGACGATTTGGCTTTTTTTGACGATTGGGAACAACGTTATCAATATATTATCGATTTAGGTAAATCCATTCCCGGATTACCAGAAGATGCAAAAACACCTGACAAATTAGTCAAGGGATGCCAAAGCAGTGTTTGGCTGGAGTCACGCGTTGAAAAGGGCGTGGTGAAATTTTCTGTAGATAGTGATGCGGTTATTGTGCAAGGGTTGCTGGCACTCGTCATGGCAGCTTATAACAATAAGACACCTCGTCAAATATTGGATTTTGACGTGGATGGTTATTTTACTGAACTGGATTTAGAACGGCATATCACACCCACCCGGGGCAATGGCTTACGCGCTATTGTCGCGAAGATCCAGGATCTCGCGAAACGCTCTATTAATTAA	MAMSLPSSQEIVDDLAFFDDWEQRYQYIIDLGKSIPGLPEDAKTPDKLVKGCQSSVWLESRVEKGVVKFSVDSDAVIVQGLLALVMAAYNNKTPRQILDFDVDGYFTELDLERHITPTRGNGLRAIVAKIQDLAKRSIN	PGPT0020195_297	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
AK237_01185	522			hypothetical protein	ATGGTTGTCACTGAACGGGAATGTAAAGCCCGTTTAGTGCCTGCAGGACAAATTGCGACTATTCCCAGTGGCGAATTCGTAACTATCACACAGGAACTCGGCGGTAATTACACAATTACCTGGCGCGGGAACATGTATCGTATCGACGGGACTGACGCTGATGCAATTGGTCGTGAGCCGATGGTTCTCAATTTTGAGACGCCGGAAGATGGCAATATCGACGAGCAGCAAATCTGGGATGCGCTGGAAACAATTTACGACCCTGAAATACCAATCAACCTTGTATCGTTAGGGCTTATTTATAAGGTGTCGATTGACCAGTCCTCGAAGGCTGTTTCTGTGGATATGACACTAACTGCGCCAGGCTGCGGCATGGGCCCGGTATTGGTCGGTGACGTAGAATATCGCATCGGCATGGTTCCGCATGTACAATCGGTGAAGGTAGAACTGGTATTCGATCCACCATGGTCGAGAGATAAAATGAGTGAGGAAGCTCAGCTCGAAGCCGGTTTGTTTTTCTAG	MVVTERECKARLVPAGQIATIPSGEFVTITQELGGNYTITWRGNMYRIDGTDADAIGREPMVLNFETPEDGNIDEQQIWDALETIYDPEIPINLVSLGLIYKVSIDQSSKAVSVDMTLTAPGCGMGPVLVGDVEYRIGMVPHVQSVKVELVFDPPWSRDKMSEEAQLEAGLFF				NA	NA	NA	NA	NA
AK237_01186	357	sufA	COG0316	Protein SufA	ATGTCTGTAGAAACGTTTGTTCCATCCACCACGGTGATCACGCTCACTGATAGCGCGGTTAAACATTTTGAGAAAAAAGTGTCGTCAGCGCCGGGAAGTATTATCAGGTTATCTACCAAAGTAAGCGGGTGTACCGGGTACGCCTACGTTCTTGATCTTGCAGATGGTCCTGAAGCTGATGATGAGTTGGTAGCGGCGAGTGACAAACTGACTGTCGCGGTGGCAAAAGATGCCGTTAAGTTTGTGCGTAACACAGAGATTGATTACGTGCGAGAAGGTATTAATGGCGTGATCAAATATAACAATCCTAATGTCGTGGACGAGTGTGGCTGCGGCGAAAGCTTCAATATCGGTTAA	MSVETFVPSTTVITLTDSAVKHFEKKVSSAPGSIIRLSTKVSGCTGYAYVLDLADGPEADDELVAASDKLTVAVAKDAVKFVRNTEIDYVREGINGVIKYNNPNVVDECGCGESFNIG				NA	NA	NA	NA	NA
AK237_01187	1218	csd		putative cysteine desulfurase	ATGAGTCTGGACGTGCAGGCCCTGAGGGCGCAATTTCCGATCCTCAGCCGTAAGATTGACGGCAAGCCGCTGGTCTATCTTGATAATGCTGCGACAACTCAGAAGCCGCAAGCAGTGCTTGATGCCATTATGGACTTTTACACCACCACGAACGCTAATGTGCATCGTGGTGCTCACGCTTTATCCGACGAAGCGACTCGCCGTTTCGAGAAAGCCCGCGATGATGTCGCAGCCTTTATAAATGCCAATAGTCGTGAAGAAGTTATCTGGACTGCCGGCACGACAGAAGCCATTAATCTGGTGACAAAAGGATTAGGACAGTTGCTCAATGAGGGTGACGAGGTACTGGTAACGGAAATGGAGCATCATGCAAACCTCGTTACCTGGCAACAAGCGTGTAAGGTGTCTGGTGCTACCCTGAAAGTGGCTCCAATCCTGGCATCTGGTGCCCTCGACGAGGCGGCATTTGGTGCATTGTTAAGTAGCAATACACGTTTAGTGGCATTTCCTCATGTTTCCAATGCGTTGGGAACGTTGAATCCTATCAAGTCGCTCACCGCAATAGCCAAAGCGCATGGCGCACTGGTTTTGGTTGATGGCGCGCAAGGGATAGCCCATGGTGGCGTTGACGTGCAGGATATTGGTTGCGACTTTTATGCGTTCTCCGGGCACAAGCTATTTGGTCCTACCGGAAGTGGTGTATTATGGGGGCGTGCGTCAGTGCTGCAGGATTGGCCCGTGTGGCTAACCGGCGGTGAGATGATTGCCGATGTAACCTACCAGGATGCGACCTGGGGGCAATTACCTAATCGTCTCGAAGCGGGCACGCCTAATATCGCTGGTGCAATTGGGCTTGCTGCTGGCGTGAACTGGTTTTCGGCTTTAGACGCTCAGGCTGTTCAAGCGCATGAGCAAGCGCTGTTAGCGTATGCGCATGAGCAGGCGTCCACTGTTGAAGGCATGCAGATAATTGGTACCGCGCCTAAAAAAGTGGGAGTGATGAGCTTTGTCATGGCCCATGCGCATCCAACCGATATCGGGTTTATTCTTGACCGTCAGGGCGTAGCCATTCGTACGGGCGATAACTGTGCCCAGCCCCTTATGAAAAAATTAGGTTTATCGGGCACAGCGCGTGCGTCATTTTCCATTTATAATACCCTTGAAGAAGTCGACATATTTTATGATGCGCTTCGCAAGGCGAATGTGATGCTTGCTTAA	MSLDVQALRAQFPILSRKIDGKPLVYLDNAATTQKPQAVLDAIMDFYTTTNANVHRGAHALSDEATRRFEKARDDVAAFINANSREEVIWTAGTTEAINLVTKGLGQLLNEGDEVLVTEMEHHANLVTWQQACKVSGATLKVAPILASGALDEAAFGALLSSNTRLVAFPHVSNALGTLNPIKSLTAIAKAHGALVLVDGAQGIAHGGVDVQDIGCDFYAFSGHKLFGPTGSGVLWGRASVLQDWPVWLTGGEMIADVTYQDATWGQLPNRLEAGTPNIAGAIGLAAGVNWFSALDAQAVQAHEQALLAYAHEQASTVEGMQIIGTAPKKVGVMSFVMAHAHPTDIGFILDRQGVAIRTGDNCAQPLMKKLGLSGTARASFSIYNTLEEVDIFYDALRKANVMLA	PGPT0020195_3949	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
AK237_01188	1260	sufD	COG0719	FeS cluster assembly protein SufD	ATGAGCCAATGGCTGGAACAAGTCATTGACAACGCTCAGGATGTTTCTGACTTCCTTTCCACACAACGCAAAAAGTCACTGGCAGCGCTGCAGGAGCAGGGCTGGCCGGGTAAGCGTACTGAACAATGGCGCTTTACGCCGCTGACCAGCGTTGAAAAACGTAAAGCAATAAAAGCGAAGGTGACAGAAGAACCTGCTGTGCCACAGATTGACAAGCTGGATGCCATCGATCTGGTTTTCGTTGATGGCAAGCTGGTGACGGATATCAGCGAGCTGTCGTTGCCAAAAGGTCTGAAAATCAAATCGCTAAAAAAAGCCGGTGAAGATGAACAGGCTGCTATCAAAAGCATTTTTGCAAAGATAAAACCTGCCCGTCATACCTTCGGTCTGGTAAACGATGCGGTATCTAAACAGGGCGTGTTTATCGACGTGGCTGCGGGCGCGAAAATCAAACCGGTTGTACGGGTTTTGAATATCAGCACCCAGGTTGGTGATGCTCATACCCGCGTACTGGTGCGTTTAGGTGAAGCGGCTAAGTTAACCGTTATCGAACACGGTGAAGGCACTGCCGACAGCCTGACTACGGCATTTGCTGAGTATAGCATTGCCGATCACGCCCATCTTGAACATTACCGTTTTGCCCTGTTTACCGGCAAAGCGAAGCAGATTGGCGGCAGTCACTTTAAACTGGGTGAAGAAGCCAGCCTGAATAGCACGTTGGTTGGCTATGGCAGCGAATTAAGCCGTCTTGATATCGACGTATGGCATGCCGGTGAGCACGCCAATGCGAAAATGAACGCCATTTATCTGTTGGCGGAAGGTGAACTGTTCGACCTGCATACCAACCTGGAACATGCCGTTCCTAATGGTACGTCAGAAGAAAACGCCCGCGGTATTGTGGGTGATGGGGCCCGCGCCGTATTTAACGGTCGTATCCATATTCACCGTGACGCCCAGAAAACACTGGCAGAACTGAATAACCGTAACCTGTTACTTTCACGCCGCTCGCTTATCAATACTAAGCCTGAGCTTGAGATTTATGCGGATGATGTGAAATGTGCTCACGGCGCTACTGTTGCAGAAATCGATGACACGGCACTGTATTACATGCTGAGCCGCGGCATTCCCCGCAGTAAGGCGCTGGTTATGCTGAACTTCGGTTTTATTCAGGAACTGGTTACCCAAATTCCTAAAGAAGCCATTGCAGACTGGTTGCTGCCTAAGCTCAGCGAACGTTTTGCCTCTATGGAGGTAAAATGA	MSQWLEQVIDNAQDVSDFLSTQRKKSLAALQEQGWPGKRTEQWRFTPLTSVEKRKAIKAKVTEEPAVPQIDKLDAIDLVFVDGKLVTDISELSLPKGLKIKSLKKAGEDEQAAIKSIFAKIKPARHTFGLVNDAVSKQGVFIDVAAGAKIKPVVRVLNISTQVGDAHTRVLVRLGEAAKLTVIEHGEGTADSLTTAFAEYSIADHAHLEHYRFALFTGKAKQIGGSHFKLGEEASLNSTLVGYGSELSRLDIDVWHAGEHANAKMNAIYLLAEGELFDLHTNLEHAVPNGTSEENARGIVGDGARAVFNGRIHIHRDAQKTLAELNNRNLLLSRRSLINTKPELEIYADDVKCAHGATVAEIDDTALYYMLSRGIPRSKALVMLNFGFIQELVTQIPKEAIADWLLPKLSERFASMEVK				NA	NA	NA	NA	NA
AK237_01189	762	sufC	COG0396	putative ATP-dependent transporter SufC	ATGCTAAAAATTTCTAATCTACATGCCAGCGTCGAAGAAAAGGCCATCATTAAAGGTCTTAACTTGGAAGTTAAACCAGGTGAAGTACACGCTATCATGGGCCCTAACGGTGCGGGTAAATCCACGCTGGGCTATGTACTGTCTGGCCGTGACGGCTACGAAGTGTCTGACGGTACGGTAGAACTGAACGGAAAAGACTTACTGGATTTGGACGTAGAAGAACGTGCCCGCGAAGGTTTGTTCCTGGCATTTCAGTATCCGGTAGAAATTCCCGGCGTTTCGAACATGGAATTCATGAAAGAATCGGTAAATGCCATGCGCGAACAGCGTGGTGAAGAGCCGCTGACTGCTGCTGAGTTCCTTAAAAAAGCCAAAGAAGCTTGCAAACAGGTACAGTTGCCGCTGGATTTCCTAAAGCGTGGTGTAAACGAAGGTTTCTCCGGTGGTGAGAAAAAGCGTAACGAAATCATGCAAATGATTCTGCTTGAACCGTCACTGTGTATTCTTGATGAATCAGATTCTGGTCTTGATGTTGACGCCCTGCAGGTTGTTGCCGATGGTGTTAACAGCCAGCGCAACGACAAGCGTAGCTTTATTGTGGTAACCCACTACCAGCGTCTGCTCGACTACATCAAGCCTGATTTCGTACACATTCTGGCTGACGGCAAAATCGTTAAGAGCGGTGATGCTTCTTTAGCGCTGGAAGTTGAGAAGAGCGGTTATGCATTCTTGGGTAAAAAATATGAGGAGAGTGAAGCATGA	MLKISNLHASVEEKAIIKGLNLEVKPGEVHAIMGPNGAGKSTLGYVLSGRDGYEVSDGTVELNGKDLLDLDVEERAREGLFLAFQYPVEIPGVSNMEFMKESVNAMREQRGEEPLTAAEFLKKAKEACKQVQLPLDFLKRGVNEGFSGGEKKRNEIMQMILLEPSLCILDESDSGLDVDALQVVADGVNSQRNDKRSFIVVTHYQRLLDYIKPDFVHILADGKIVKSGDASLALEVEKSGYAFLGKKYEESEA				NA	NA	NA	NA	NA
AK237_01190	1437	sufB	COG0719	FeS cluster assembly protein SufB	ATGAGTGAACAGATCGAACAGGCACTATCGCGCAAGTACGATGCTGGTTTCTATTCAGAAATCGAATCGGAAACCTTCGAAAGTGGGCTGGACGAATCCGTTATCCGACGCATTTCAGAAATGAAGGGTGAGCCGGAGTGGATGCTTGAATGGCGTTTAAAAGCCTACAACGCATGGCTGCAAATGGAAGAACCCGAGTGGGCCCATGTGGAGTACCCGAAAGTGGACTTCCAGGCTATATCGTACTATTCCGCACCAAAGAGCATGAAGGACAAACCCAAGTCACTAGACGAGGTTGACCCTGAATTGCTGCGCACTTACGAAAAGTTAGGGATTCCGCTCCACGAGCAGGAAATGCTGGCTGGCGTCGCGGTAGATGCGGTATTCGATTCGGTGTCTGTAGTAACCACATTCCGTGAAAAGCTGGAAGACGCGGGGGTTATTTTTTGCCCGATTTCAGAAGCAGTTCATAAGTACCCTGATTTAGTGAAAAAATACTTAGGCTCGGTTGTGCCGCGTACAGATAATTTCTACGCCGCGTTAAACGGTGCGGTCTTCACCGATGGTTCATTCGTTTTCATTCCTAAGGGCGTTCGTTGTCCCATGGAATTGTCTACCTATTTCCGCATTAACGAGATGAACACCGGACAGTTTGAGCGTACGTTGATTGTTGCCGAAGAAGGTAGCTACGTATCGTATCTGGAAGGCTGTACGGCGCCTCAGCGCGACGAGAACCAGCTGCACGCCGCGGTAGTTGAACTGGTCGCCATGGATGATGCACAAATTAAGTACTCAACGGTACAGAACTGGTATCCGGGTGACGAAGACGGTAAAGGTGGTATTTATAACTTCGTGACCAAGCGTGGTATTTGTCACACCAATGCCAAGATTTCCTGGACTCAGGTTGAAACCGGTTCTTCAGTTACCTGGAAGTATCCTTCCTGTGTACTTAAAGGTGATAACAGCGTGGGTGAATTCTACTCAGTAGCGCTGACCCGTGGACGCCAGCAGGCCGATACCGGTACGAAAATGATTCACCTGGGTAAAAATACCCGCTCCACCATTATCTCGAAAGGGATCTCCGCAGGTAAGAGCAATAATGCGTACCGTGGTCTGGTGCAGATGGGCCCCCGTGCAGACGGTGCCCGTAACTTTACTGAATGTGATTCATTGTTGATTGGCGACACCTGTGGTGCGCACACATTCCCGTATATCGAAAGCAGAAACCCTACCGCCATCGTAGAGCACGAAGCGACAACGTCGAAAGTGAGCGATGAGCAGTTATTCTTATGCCAGCAACGTGGTCTGGACCCGGAAAAAGCCGTGTCGATGATCGTAAACGGTTTCTGTAAAGAAGTATTCAAAGAGCTACCAATGGAATTTGCCGTTGAAGCTGGCAAGCTGCTCGAAATTAGTCTTGAAGGTTCAGTGGGGTAA	MSEQIEQALSRKYDAGFYSEIESETFESGLDESVIRRISEMKGEPEWMLEWRLKAYNAWLQMEEPEWAHVEYPKVDFQAISYYSAPKSMKDKPKSLDEVDPELLRTYEKLGIPLHEQEMLAGVAVDAVFDSVSVVTTFREKLEDAGVIFCPISEAVHKYPDLVKKYLGSVVPRTDNFYAALNGAVFTDGSFVFIPKGVRCPMELSTYFRINEMNTGQFERTLIVAEEGSYVSYLEGCTAPQRDENQLHAAVVELVAMDDAQIKYSTVQNWYPGDEDGKGGIYNFVTKRGICHTNAKISWTQVETGSSVTWKYPSCVLKGDNSVGEFYSVALTRGRQQADTGTKMIHLGKNTRSTIISKGISAGKSNNAYRGLVQMGPRADGARNFTECDSLLIGDTCGAHTFPYIESRNPTAIVEHEATTSKVSDEQLFLCQQRGLDPEKAVSMIVNGFCKEVFKELPMEFAVEAGKLLEISLEGSVG				NA	NA	NA	NA	NA
AK237_01191	1164	iscS	COG1104	Cysteine desulfurase IscS	ATGACACAACAGCGTTCTCAACCTATTTACTTAGACTATGCTGCTACCACGCCGGTTGATCCGCGGGTGGCAGAAAAAATGATGGGGTGCCTCACCTTAGACGGTAATTTCGGTAACCCGGCATCCCGCACGTACCGGTATGGCTGGATAGCCGAAGAATCCGTAGATGTGGCACGTAATCAAATTGCGGATGTATTTAACTGTGACCCCCGGGAAATTGTTTTTACATCTGGCGCTACCGAGTCGAATAACTTAGCGATTAAAGGGGCTGCTGAAGCCAACGCCGATAAAGGCCGTCATATAATTACGGTGAATACCGAACACAAGGCTGTATTAGACACCTGCGAAGCGTTAGCCCAAAAGGGCTTTGAGTTAACGGTATTAGCCGTGGACGCGCAAGGGCTCATCACGCCTGAACAGGTCGCAAAGGCTATTCGTCCTGACACGGTGCTGGTAAGTGTGATGCACGCGAATAATGAAATTGGCGTGGTTCAGGACATCGCTGCTATCGGCGAGCTGTGCCGTCAAAACAATGTGTTATTTCACGTAGACGCCGCGCAATCTGCCGGTAAGTTGCCCATAGACTTAAGCATTCTGCCCGTTGATTTGATGTCTGTATCTGCGCACAAAGTTTACGGCCCTAAGGGTATTGGGGCGTTGTATGTTCGCAGACGACCGAAAGCGCGAATTACTGCGCAAATTCACGGCGGCGGGCATGAGCGTGGCATGCGTTCAGGAACTTTACCCACACATCAGATTGTTGGTATGGGTGAGGCATTATCTATTGCCCATGCATCTATGGATGCAGAGAGCCAGAAGTGCAGAGCGTTGCGTGACAGGTTGTGGCACGGCATTCGTCAACTCGATGATGTGTTTCTTAATGGTCATGCCGAGCAGCGCTTACCAGGCAACCTGAATGTAAGCTTTGGTGGTGTAGATGGCGAAAGCTTAATGATGGCATTAAATGACATTGCCGTATCATCGGGCTCTGCGTGTACCTCAGCCAGCCTGGAACCTTCATACGTGCTCGCTGCACTGGGAATGGGGGCTGAATTAGCGCATAGCGGCATTCGTTTTTCGATAGGACGATTTACTACCGAAAGCGACATCGATTATGTGGTAGCCAAAATCACAGATGTTGTGACGAAACTGAGAAACGCTTAG	MTQQRSQPIYLDYAATTPVDPRVAEKMMGCLTLDGNFGNPASRTYRYGWIAEESVDVARNQIADVFNCDPREIVFTSGATESNNLAIKGAAEANADKGRHIITVNTEHKAVLDTCEALAQKGFELTVLAVDAQGLITPEQVAKAIRPDTVLVSVMHANNEIGVVQDIAAIGELCRQNNVLFHVDAAQSAGKLPIDLSILPVDLMSVSAHKVYGPKGIGALYVRRRPKARITAQIHGGGHERGMRSGTLPTHQIVGMGEALSIAHASMDAESQKCRALRDRLWHGIRQLDDVFLNGHAEQRLPGNLNVSFGGVDGESLMMALNDIAVSSGSACTSASLEPSYVLAALGMGAELAHSGIRFSIGRFTTESDIDYVVAKITDVVTKLRNA	PGPT0000065_4407	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
AK237_01192	489	iscR	COG1959	HTH-type transcriptional regulator IscR	ATGAAATTAACGTCAAAAGGGCGCTACGCTGTAACGGCAATGTTAGATGTAGCGCTGCATTCAACCCGCGGTCCCGTGCCGTTGGCTGACATTTCCGAGCGTCAGGAAATTTCATTATCTTACTTAGAACAATTGTTCTCCAGACTCAGAAAAGAGAAGTTGGTGGACAGTGTTCGCGGTCCTGGTGGCGGTTATTTATTAGGGCGTGACGCCATGCGTATTGCCGTGGGTGAAGTTATCCGGGCAGTTGATGAGTCTGTCGACGCTACGCGATGCCAGGGACAAGCTGATTGCCAGGGAGGTGAGCGTTGTCTTACCCATAGCTTGTGGCAGGATTTAAGCGATCGTATCAGCGTATTCCTCGACTCCATTACATTGGGCGAACTTATGTCCCAGCGTGAAGTACAGGAAGTCGCCGGCCGGCAAGACAAGCACACATCTGTAGTAAAACCTCTTGACGATATCAAGGTAAGCATTCAGTTGTCATGA	MKLTSKGRYAVTAMLDVALHSTRGPVPLADISERQEISLSYLEQLFSRLRKEKLVDSVRGPGGGYLLGRDAMRIAVGEVIRAVDESVDATRCQGQADCQGGERCLTHSLWQDLSDRISVFLDSITLGELMSQREVQEVAGRQDKHTSVVKPLDDIKVSIQLS	PGPT0004960_707	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_ANTIMONY_RESISTANCE	ANTIMONY_RESISTANCE-ANTIMONY_HOMEOSTASIS,PGPT0004960-iscR-K13643	NA	NA
AK237_01193	825	cysE_1	COG1045	Serine acetyltransferase	GTGTTCACCAGTATCAAAGAAGATATAAAAGGGGTATTTCACCGGGATCCGGCCGCACGAAACACCTTTGAAATTCTCACCAATTATCCTGGCCTCCATGCAATCTGGCTTCATCGCGTTAGTCATAAACTGTGGCGGCACGACGCTAAGTGGTTAGCCCGTAGTTTATCGACTTTCAGCCGCTGGCTTACCGGCGTGGAGATCCACCCTGGGGCAACGCTGGGTCGCCGGGTATTTATCGACCATGGCATGGGCGTTGTGATCGGCGAAACCGCAGTCATCGGCGATGATGTAACCTTATACCACGGCGTGACACTGGGTGGCACAAGCTGGAAAGCCGGAAAGCGACACCCTACACTTGCTCGCAATGTGGTGGTAGGGGCCGGCGCAAAGGTTCTGGGCCCTATCGTTATCGGTGAAGGTGCCAAAATCGGCTCCAATTCTGTCGTTGTTAAAGACACTCCGGCTGGTGCAACTGTAGTGGGTATTCCCGGTCGCATCGTGAAAGTACAAAAATCAGCGCCAAACAAAGAGCAGTCAGACAAACGCCATCAGATTGCCCGGAAATATGGATTTGATGCCTACGCCGTTTCGGCCGATAACCCCGACCCCGTGGCGAATGCTATGGGAGTGATGCTTGAACATATCCACCAAATGGATACCAAAGTAGAGGAGCTGTGCAGCGTGATCCGTTCGCTCGGTGGCGATGTCTGCACAGATAACCTGCATGCTATTAAAGCTGAAGATTTTGCCGATACCGGCATCGACCCAGTGATCCCACAACAAGGTCATTCCGAAATTGATGAGTTTGACCCAAAAATCTGA	MFTSIKEDIKGVFHRDPAARNTFEILTNYPGLHAIWLHRVSHKLWRHDAKWLARSLSTFSRWLTGVEIHPGATLGRRVFIDHGMGVVIGETAVIGDDVTLYHGVTLGGTSWKAGKRHPTLARNVVVGAGAKVLGPIVIGEGAKIGSNSVVVKDTPAGATVVGIPGRIVKVQKSAPNKEQSDKRHQIARKYGFDAYAVSADNPDPVANAMGVMLEHIHQMDTKVEELCSVIRSLGGDVCTDNLHAIKAEDFADTGIDPVIPQQGHSEIDEFDPKI	PGPT0020265_2071	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
AK237_01194	714	trmJ	COG0565	tRNA (cytidine/uridine-2'-O-)-methyltransferase TrmJ	ATGCTCGACAACATCCGAATTGTACTGGTTAACACATCGCATACTGGCAATATTGGCTCTACGGCAAGGGCGATGAAAACAATGGGATTAAGTAACCTTTATCTTGTCGACCCGGTAAGTGCACCAGATGGCCATGCCAGTGCATTAGCCGCTGGCGCTGGCGATGTACTGGCTAACGCTAAAACGGTGTCGACCTTACAAGAGGCGGTGGCTGATTGCGGTTTGGTTGTGGGAACCTCCGCCCGTTCTCGCACACATTCCTGGCCAATGCTGGAGCCTCGAAGCTGTGGCCGGAAACTTATCGAAGAAGTACCCAATTATCCTGTAGCGCTGGTATTTGGTCGTGAAAATAATGGACTAACCAACGAAGAGCTTCAGCAGTGTCATTTTCATGTCTGTATACCGGCCAATCCGGAATACAGTTCGCTAAATCTGGCCGCAGCAGTGCAGACCTTATGCTATGAAGTTCGCATGGCATGGCTGGAAAAAGATGCGTTCCCACCCACCGAGAATGAATATCCTTTAAACGATGATCTGGAACGCTTTTACGGGCATTTAGAGCACACATTAACTGGCACCGGTTTTATCGTTAAAAATCATCCCGGAATGGTAATGACGAAACTTCGTCGCCTGTTTAACCGCGCGCGACCAGAAAGTCAGGAATTGAATATTTTACGTGGCATTTTGTCGTCAATCGACAAATCTGTGAAGTGA	MLDNIRIVLVNTSHTGNIGSTARAMKTMGLSNLYLVDPVSAPDGHASALAAGAGDVLANAKTVSTLQEAVADCGLVVGTSARSRTHSWPMLEPRSCGRKLIEEVPNYPVALVFGRENNGLTNEELQQCHFHVCIPANPEYSSLNLAAAVQTLCYEVRMAWLEKDAFPPTENEYPLNDDLERFYGHLEHTLTGTGFIVKNHPGMVMTKLRRLFNRARPESQELNILRGILSSIDKSVK				NA	NA	NA	NA	NA
AK237_01195	777	suhB	COG0483	Inositol-1-monophosphatase	ATGCATCCTATGCTGAATATTGCGGTGCGCGCTGCGCGTGTTGCCGGAACAATCATTGTGCGCGGTTTTGAGAATCGTGCGGACCTGACGAAAGAAGTGAAAGGCGCCAATGACTACGTCACGCAAATTGACAGAGAAGCCGAAAAGGCGATTATCAATAAAATTCAGCAATCATATCCGGATCACAGCTTCTTAGGTGAAGAAAGCGGTGAAACTCACGGTAAGGATTCAGATTTCCAGTGGATTATCGATCCGCTTGATGGAACCACCAACTTTGTAAAAGGTATTCCTCATTTTTGCGTGTCTGTGGCGTTATTGCACAAAGGTCGTTTAGACCAGGCCGTCGTTTTTGATCCCATTCGTAGCGAAATTTTTACTGCTAGCCGCGGTCAGGGTGCGCAGTTAAACGGTTACCGCATTCGTACCACTAAACCTCGCGACCTCGCAGAAACGGTTTTAGCGACAGCCCTACCATTTAAAAATAAACCGCAATTTGGTGAATACGCTTTAGGCTTAAATAAAATCTTCCACGAATGCGGTGACATTCGCCGTGGTGGCAGTGCTGCATTGGATCTTGCCTATGTAGCGGCCGGCCGGATGGACGGTTACTGGGAACGCGGTATTAAAGCGTGGGACATCGCAGCGGGCGAACTGCTGGTTCGTGAAGCTGGTGGTTTGGTCACCGACTTTAAAGGGAATAACGACCCTTTGTACAAAGGTGAGATTGTTGCAGGTAGCCCCAAAGTCGTCCAGGGTTTGGTTAAGCACTTGAAATAA	MHPMLNIAVRAARVAGTIIVRGFENRADLTKEVKGANDYVTQIDREAEKAIINKIQQSYPDHSFLGEESGETHGKDSDFQWIIDPLDGTTNFVKGIPHFCVSVALLHKGRLDQAVVFDPIRSEIFTASRGQGAQLNGYRIRTTKPRDLAETVLATALPFKNKPQFGEYALGLNKIFHECGDIRRGGSAALDLAYVAAGRMDGYWERGIKAWDIAAGELLVREAGGLVTDFKGNNDPLYKGEIVAGSPKVVQGLVKHLK	PGPT0018535_6653	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
AK237_01196	942	secF	COG0341	Protein translocase subunit SecF	ATGCAATTTTTATCTTTAAACCATACGGTTAACTTTATGCGGTTGCGCCTGGCAACCATGGTGTTATCAACCGTGCTTATCTTAGGTTCTTTAGTGTCTCTGGGAATGAACAGCCTGAATTGGGGCCTGGATTTCACCGGCGGTACCTTGATCGAAGTGGGTTACGAGCAGTCTGCTGATTTGGAGAAAATACGTCATGAACTGACGGGTGCAGACTTTGCCGATGCAGTCGTTCAAAACTTTGGTAGTAGCCAGGATGTGTTGATCAGAATCGCGCCAAGAGAGGGCGTCAAAGCTGCTACGATTGGCGATCAGGTACTCACGGCGTTGCGCGAAGACGGTGAAACGGTGGAAATGCGCCGCATCGAATTCGTTGGGCCACAGGTAGGTGATGAATTAACAGAGCAGGGCGGTTTAGCCATGTTGGTAGCGCTGCTTTGTATTCTTGTTTATGTGGCGATGCGATTTGAGTGGCGATTTGCCTTAGGCTCCGTGGCGGCGTTGGTGCACGACGTCATTCTCACGTTAGGGTTATTCTCAATATTACAAATTGAGTTCGACTTAACCGTATTGGCTGCCGTGCTTGCCGTTATCGGTTATTCGCTTAACGATACTATCGTAGTGTGTGATCGCATTCGCGAGAACTTCCGCAAGATTCGTAAGGGCGAGCCAGTGGAGATTGTAAATATCTCTTTGTCGCAAACTTTAAATCGTACCATCATAACGTCACTGACGACTGTACTGGTACTGATCGCGCTGTTCTATAAAGGTGGGGCGTTGATCCACGGGTTTGCTACCGCGCTGTTATTCGGTATTGCTGTTGGTACTTACTCTTCTATCTACATTGCCAGTTCTGTAGCGTTGGCATTGGGGATCAGCAAAGAAGATCTGATGCCGCCGCAGGTAGAAAAAGAAGGTGCCGATATGGACCCACTACCTTAA	MQFLSLNHTVNFMRLRLATMVLSTVLILGSLVSLGMNSLNWGLDFTGGTLIEVGYEQSADLEKIRHELTGADFADAVVQNFGSSQDVLIRIAPREGVKAATIGDQVLTALREDGETVEMRRIEFVGPQVGDELTEQGGLAMLVALLCILVYVAMRFEWRFALGSVAALVHDVILTLGLFSILQIEFDLTVLAAVLAVIGYSLNDTIVVCDRIRENFRKIRKGEPVEIVNISLSQTLNRTIITSLTTVLVLIALFYKGGALIHGFATALLFGIAVGTYSSIYIASSVALALGISKEDLMPPQVEKEGADMDPLP	PGPT0029265_2432	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-SEC-SECRETION_PATHWAY	CE-SEC-SRP_CORE_COMPONENTS,PGPT0029265-secF-K03074	NA	NA
AK237_01197	1845	secD	COG0342	Protein translocase subunit SecD	GTGTTAAATAAAAACTCAATCTGGAAAGTGCTCGTGGTCATCTTCATTATTGGCCTCTGTTCTTTGTATGCACTTCCAAACATCTACGGCGAAGACAATGCCGTACAAATCTCTGCTGGCCGTGATGCCAAAGTCACTGAGCAGTTGGTCACGCGCGTAGAAGACGCGTTAAATACCAACAATATTACAGCAAAGAAAATTGAATTCGAAAACGAACAGATTTTGGTGCGTCTTACCAGCAGTGATGCGCAGCTTCGCGCTCGTGAGTTGCTGGAAAGAGAATTGGGTACCGACTATTACGTAGCGATGAATCTCGCGCCGGACACCCCGGAATGGTTAGAGAACCTGGGTGGCTCACCTATGAAATTAGGTCTGGATTTACGCGGCGGTGTGCACTTCCTGATGGAAGTAGACATGAGCGAAGCGATTAAGAAATCCCTCGAAGATGCTGAGAATGGGTTTAGAACGTCGTTGCGAGAAGAAGGTCTCCGCTATCGTACAGTTACTCAACGTGATGATTATCTTGATATCACTTTTCGTGATCAGGAAACGCTGGAAAAGGCAGAATTTTTCTTACGTAATCAAAACCGTGATTTGAGTTTTGAAGAAGCGGAAGGGATGACGTTGCGCGCATCGTTTTCTGAGGCAAAACTATCTGAAATTCGTGACAATGCGGTTAAGCAGAATATTACTATCATCCGCAACCGTGTAAACCAGCTGGGTGTGGCAGAGCCGGTAGTGCAAAAGCAAGGTGCAGACCGTATCGTTGTTCAATTGCCGGGTATCCAGGACACCGCGCGCGCGAAAGAAATCCTGAACGCGACAGCAACGCTTGAGTTCCGCATGGTCGATTTAGATCATGACGTGGCCGATGCGGTTAACGGCCGCGTACCCGCCAGTTCGCAAATTATCAACGATCAGGCCGGACGTCCTCAGTTACTTGAAAAGCGCATAATGCTTACCGGTAACCACATTACTGATGCAAACAGTGGTGTGGATGAGTATGGGATCCCGCAGGTTAATATTTCGCTGGATTCTGAAGGCGGTAACAAAATGTCCCGCGCCACCCGCGGCAACATCGGTAAGCCAATGGCTACTGTATTTATCGAGTACAAGTCTACGGGCGAAAGAAACGCACAAGGCAAGCTCGTGTTCGAAAAGCACGAAGAAGTTATCAGCGTAGCAACAATCCGTGCGCAGCTGGGTAGTAGCTTCCGTATCACCGGTTTAGACTCTCCAAAAGAAGCGCGTGACTTAGCATTACTGCTTCGTGCGGGGGCGTTGATTGCGCCTATTCAAATTGTTGAGGAGCGCACGGTTGGTCCTAGCCTTGGGGCAGAAAATATCGAAATGGGTATGCAGGCTATTGTGTATGGTTTAGCTGCCGTGCTGCTCTTTATGGTGCTGTACTACAAAGCCTTTGGCATGATTGCCAACATCGCGCTTGTCAGTAACCTCATTATTATTATTGGCGTCATGTCGATGATTCCGGGGGCGACATTAACCTTGCCTGGTATGGCCGGTATCGTGTTGACCGTTGGGATGGCTGTCGATGCTAACGTGCTTATTTTTGAACGTATTCGTGAAGAATTAAGAGATGGACGGAGTCCGCAGCAAGCCATTCATTTAGGTTACGACAGTGCATTCTCTACGATTCTTGATGCCAACGTAACCACCTTTATCGCCGGTATGATTCTTTTTGCAGTGGGTACTGGTCCAATTAAGGGATTCTCTATTACGTTAATGATTGGTATTGCTACGTCTATGTTTACCGCTATTTTAGTGACCCGCGTCATCACCAATGCAATTTGGGGTGGACGTCGCGTTAGCTCGCTGCCGATCTAA	MLNKNSIWKVLVVIFIIGLCSLYALPNIYGEDNAVQISAGRDAKVTEQLVTRVEDALNTNNITAKKIEFENEQILVRLTSSDAQLRARELLERELGTDYYVAMNLAPDTPEWLENLGGSPMKLGLDLRGGVHFLMEVDMSEAIKKSLEDAENGFRTSLREEGLRYRTVTQRDDYLDITFRDQETLEKAEFFLRNQNRDLSFEEAEGMTLRASFSEAKLSEIRDNAVKQNITIIRNRVNQLGVAEPVVQKQGADRIVVQLPGIQDTARAKEILNATATLEFRMVDLDHDVADAVNGRVPASSQIINDQAGRPQLLEKRIMLTGNHITDANSGVDEYGIPQVNISLDSEGGNKMSRATRGNIGKPMATVFIEYKSTGERNAQGKLVFEKHEEVISVATIRAQLGSSFRITGLDSPKEARDLALLLRAGALIAPIQIVEERTVGPSLGAENIEMGMQAIVYGLAAVLLFMVLYYKAFGMIANIALVSNLIIIIGVMSMIPGATLTLPGMAGIVLTVGMAVDANVLIFERIREELRDGRSPQQAIHLGYDSAFSTILDANVTTFIAGMILFAVGTGPIKGFSITLMIGIATSMFTAILVTRVITNAIWGGRRVSSLPI	PGPT0029260_1374	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-SEC-SECRETION_PATHWAY	CE-SEC-SRP_CORE_COMPONENTS,PGPT0029260-secD-K03072	NA	NA
AK237_01198	339	yajC	COG1862	Sec translocon accessory complex subunit YajC	ATGAGCTTGTTTATTTCTAACGCTTACGCGCAATCCGCTGGTGGACAACCACAAGGTGGCGGTTTTGAAATGCTCATTATGCTGGGTGTGTTCGGTCTTATCTTTTATTTCTTACTGTATCGTCCACAGGCGAAGCGTGTAAAAGAACATAAAAATCTTGTCTCTTCGTTAGGCAAAGGCGATGAAATTTTAACGCAAGGTGGATTGGTTGGTCGTATCACCAAGGTATCGGATGAGAAAGACTTCATTGAGATTGCCCTGAACGACGAAACCCATATTGTCATCCAGAAGACCTCCGTTTCTGCGGTGCTGCCAAAAGGCACCATGAAATCGATTTAA	MSLFISNAYAQSAGGQPQGGGFEMLIMLGVFGLIFYFLLYRPQAKRVKEHKNLVSSLGKGDEILTQGGLVGRITKVSDEKDFIEIALNDETHIVIQKTSVSAVLPKGTMKSI	PGPT0025730_1771	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-SEC-SECRETION_PATHWAY	CE-SEC-SRP_CORE_COMPONENTS,PGPT0025730-yajC-K03210	NA	NA
AK237_01199	1113	tgt	COG0343	Queuine tRNA-ribosyltransferase	ATGCAATTTGAACTACTTAAAACCGATGGCAAAGCCAGACGCGGTCGCTTGGTGTTCGACAGAGGGGTGGTAGAAACACCTGCCTTTATGCCTGTAGGTACCTACGGCACGGTAAAAGGTATGACGCCTGAAGAACTCAAAGACAGTGGTGCGCACATTTGCTTAGGTAATACCTTCCATTTGATGCTTCGCCCTGGGACAGGGATCATCAAACAGCACGGTGATCTCCACGATTTCATGCATTGGGACAAACCCATTCTCACTGATTCAGGTGGTTTTCAGGTCTTTAGTTTAGGCGACTTGCGTAAAATCACAGAGGAAGGTGTGACGTTCCGTTCGCCCATCAACGGAGAAAAAATCTTACTGACTCCCGAAAAGTCGATGGAAGTGCAGCGAGATTTGGGTTCCGACATTGTAATGATTTTCGACGAATGCACGCCGTACCCAGCCACCGAGCAAGAAGCACGTATCTCTATGGAGTTGTCGTTACGCTGGGCGAAGCGCAGTAAAGAAGCACACGGTGACAACCCATCTGCGTTATTCGGTATTGTTCAGGGCGGCATGTACGAAGGACTTCGTGATGTTTCGCTTGCCGGTCTTGAAGAGATTGGTTTTGACGGATACGCCATTGGTGGTTTGTCAGTGGGTGAACCAAAAGAAGATATGATCCGCATTATTGAACATACGGCGCCTAAAATACCTGCCGAAAAGCCTCGCTACTTAATGGGAGTGGGTAAGCCTGAAGATCTGGTGGAATCCGTTCGCCGTGGTATCGATATGTTCGATTGCGTAATGCCTACACGTAATGCCCGTAATGGTCACTTGTTTGTAACCGAAGGCGTGGTGAAAATCCGCAATGCCAAGCATCGCAATGATACCTCTCCGCTGGATGAAAACTGTGATTGTTACACTTGTAAAAACTATTCACGTTCATATCTCCATCATTTGGATAAATGCAATGAGATTTTGGGCGCTCGTTTGAACACTATTCACAACCTTCGCTATTATCAGCGCGTGATGCAGGGCTTACGCGATGCTATCGATGCAGATGATTTAGAAGGGTTTGTGAAAACGTTCTACGAACAAAAAGGTTTGCCGGTTCCGGCACTATAA	MQFELLKTDGKARRGRLVFDRGVVETPAFMPVGTYGTVKGMTPEELKDSGAHICLGNTFHLMLRPGTGIIKQHGDLHDFMHWDKPILTDSGGFQVFSLGDLRKITEEGVTFRSPINGEKILLTPEKSMEVQRDLGSDIVMIFDECTPYPATEQEARISMELSLRWAKRSKEAHGDNPSALFGIVQGGMYEGLRDVSLAGLEEIGFDGYAIGGLSVGEPKEDMIRIIEHTAPKIPAEKPRYLMGVGKPEDLVESVRRGIDMFDCVMPTRNARNGHLFVTEGVVKIRNAKHRNDTSPLDENCDCYTCKNYSRSYLHHLDKCNEILGARLNTIHNLRYYQRVMQGLRDAIDADDLEGFVKTFYEQKGLPVPAL	PGPT0008145_1	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0008145-thyA-K00560	NA	NA
AK237_01200	1035	queA	COG0809	S-adenosylmethionine:tRNA ribosyltransferase-isomerase	ATGAAGTTATCTGATTTTAGTTTCGACTTGCCTGAACACCTGATTGCAAAGTATCCCACCGAAAAGCGCCGTGCCAGTCGCTTACTGTGTTTGAGCGGCAAAACGGGAGCCGTCAGTCATCGACAATTTGCAGAGATGCTTGCTTTAGTCGATGAAGGAGACCTGCTCGTGTTTAATAACACACGAGTAATTCCTGCCCGCTTGCGAGGAAAAAAAGCGTCAGGTGGTCAGGTAGAAGTGCTGGTTGAGCGAATTTTAGATAATAACGAAGTACTTGCCCATGTCAGGGCGAGCAAGGCACCAAAGCCCGGCACATCACTTTTACTGGAAGGGAATGTAGAGGTAACAGTAACGGGCAGGGAAGGCGCCCTCTTTTTGATTCATTTCGATAACGAGGGGTCGGTATTGTCCCAGCTTGAGCAGTATGGTCACATGCCATTGCCGCCGTATATTGATCGTGCGGACGAAAGCAGCGATAAAGAGCGCTACCAAACTGTTTACAACCAGAAGCCCGGTGCGGTGGCTGCTCCTACGGCCGGATTGCATTTCGACGATGACATGCTCACGGCCTTGCGCGACAAAGGGGTTGGCTTGGCGTTTGTAACCTTACACGTGGGAGCCGGCACATTCCAGCCTGTGCGGGTAGAGAACATTCATGACCACATCATGCATTCTGAATATGCTGAAGTACCACAAAACGTCGTTGACGCTGTTTTGGCGACAAAAGCGGCAGGAAAGCGGGTCATCGCAGTTGGAACCACCTCGGTGCGTTCACTGGAATCAGCGGCGAAGGCGGCTGGTGACGAGATCATTGCGCCTTTTTTTGCTGATACGGATATCTTTATTTATCCGGGCTTTACCTTCAATGTTGTCGACGCCATGTTCACCAACTTTCACTTACCCGAATCTACCCTGATGATGTTGATCAGTGCATTTGCAGGTCGGGAAAATGTCATGTCTGCTTACCAGCAAGCCATCGAAAATGAATATCGATTCTTCAGCTACGGTGACAGTATGTTTATCGAGAAAAACTAG	MKLSDFSFDLPEHLIAKYPTEKRRASRLLCLSGKTGAVSHRQFAEMLALVDEGDLLVFNNTRVIPARLRGKKASGGQVEVLVERILDNNEVLAHVRASKAPKPGTSLLLEGNVEVTVTGREGALFLIHFDNEGSVLSQLEQYGHMPLPPYIDRADESSDKERYQTVYNQKPGAVAAPTAGLHFDDDMLTALRDKGVGLAFVTLHVGAGTFQPVRVENIHDHIMHSEYAEVPQNVVDAVLATKAAGKRVIAVGTTSVRSLESAAKAAGDEIIAPFFADTDIFIYPGFTFNVVDAMFTNFHLPESTLMMLISAFAGRENVMSAYQQAIENEYRFFSYGDSMFIEKN	PGPT0023660_2218	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	OTHER_COLONIZATION_RELATED_PROTEINS	COLONIZATION-HOST_INVASION_FACTORS	HOST_INVASION-SAM|QUEUOSINE|LIPID_METABOLISM,PGPT0023660-queA-K07568	NA	NA
AK237_01201	261			hypothetical protein	ATGGCGAAAAATAATTGGCGACAGGTTGTTGCAAGATTGGTGAAGTCAGAAATGTCGGTGCGGGGCGTGAAATATCAGGCACTAAGCGATAGGTTGGCTGGAGTTGGGGTAAATCAAAGCGCAGATAACCTGCGAAATAAAGTAAATAAAGGTATTATGGGCGCTGATTTATTTTTACAGATAATGATAGTGCTTAATGCGCGACCCATCGCAATGCAAACCATTAACGATATTCTGGGTGATGTTGAAGAGGGTGAGTAA	MAKNNWRQVVARLVKSEMSVRGVKYQALSDRLAGVGVNQSADNLRNKVNKGIMGADLFLQIMIVLNARPIAMQTINDILGDVEEGE				NA	NA	NA	NA	NA
AK237_01202	390			hypothetical protein	ATGACGTGGGATCTGGAAAAGCTTGAATCCCTCTTGCAAGAACACGACGACTTTGTCATCACCCGTGAAGAAGGCTGCCTTCTCATCGCCAATCAGGATGGAATTGATGCCTGGTTAGCAATTAGCGGTGAGCAAATTCTGGTTGAAAGTTTGTTATTCCCGGCTAGTGAAGTTAAGGATAAACCAGCACTTGATCATGAAATATTGTCAACGCATATGGTATTTCCACTCACCACGGTAGGCATTTCCAATATTGGCGGTGATGAGTATTACACCGCGTTTGGCGCACTCAGTGCACAATCGAAGCCCGAAAGTATTGTGATTGAAGTAGAGACGTTGTTCCAAAACGTTGCATCTTTTCTGGATGCGTACGAAACCCATTTGAAATAA	MTWDLEKLESLLQEHDDFVITREEGCLLIANQDGIDAWLAISGEQILVESLLFPASEVKDKPALDHEILSTHMVFPLTTVGISNIGGDEYYTAFGALSAQSKPESIVIEVETLFQNVASFLDAYETHLK				NA	NA	NA	NA	NA
AK237_01203	681			hypothetical protein	ATGTCTGTTTGGAAAAAATTAGTGACTGCGGTAAAGGGTGGCGCGAATGAAGCTGCACAAGCGGTAGCGGATAGTCAGGCTATCAGGATTCTTGAGCAAGAAATCCGTGAAGCGAAGGAAGAGTTACGTAAATCTGACCATGCTCGCACGCAAATTTTGGCAAAGTGCAAATTGTCGCAGCAAAAAGTAGACAGCTTCAGCGCGTCAATTGCTGAATATGAAGCCCACGCGCGTAAGGCAGTAGACACCGACCGCCAACTGGCACTCGATTGCGCACAAAAAGTTGCTGACTTGAAAGCAGAACAAGAGCAAGAACAGCAGTATCTTGATCAGTTCAAACAGTCAGAAAAGCAGCTTGCACAAAATATTCAGCAAGCAAAAGCCAATTTGCGTCGTCTTGAACAGCAAGTTGATATGGTAAAGGCAACCGAAAGCGTACAAAAGGCACAAGTTGCTGTTTCCTCGCGACACATGGGCGCCAACAGTAAAATGAAGACGGCAACAGAATCACTGTCCCGTATTCAGGAAAAGCAAAAGCTGCGCACCGCTGAACTTCAGGCAGCTGAAGAACTGGCTGCAGAAGAGTCCACCAGCGATTTGGAAAAACGGCTTTCTGAGGCTGGAATCAAAGGCGGCAAGTCTTCTGCTGATGACGAGCTAAGCCGCATTTTAGGCAAGTAA	MSVWKKLVTAVKGGANEAAQAVADSQAIRILEQEIREAKEELRKSDHARTQILAKCKLSQQKVDSFSASIAEYEAHARKAVDTDRQLALDCAQKVADLKAEQEQEQQYLDQFKQSEKQLAQNIQQAKANLRRLEQQVDMVKATESVQKAQVAVSSRHMGANSKMKTATESLSRIQEKQKLRTAELQAAEELAAEESTSDLEKRLSEAGIKGGKSSADDELSRILGK				NA	NA	NA	NA	NA
AK237_01204	1053			hypothetical protein	ATGGCTTCATGGACCCACATACGAAAACTCATGTTGCGATACTTTTCCGAATCGCGATGGTACACCATTGTCGTTATTACCTTCTTATACGGTTTGCTCGCCTGGCTTATGCTGTCGGCAGTCGGCGAGGAAGCGCTTACTAACAATATCGATTTCTTCTACTGGATGGCGGTTACTGCGTCAACAGTCGGCTATGGTGATCTGTCACCGGTCACATCTGCTGGAAAATTTATCGTTTCGTTGTATGTAATCCCGGTGGGATTGAGTATTTTCGCTATGGTTGTAGGTCGCATTGCGGCATGGGTGAGCCACCATTGGCAAAGAGGATTATTAGGAATGAAGCCATTACACGTTGAAAACCACATACTGGTTATCGGTTGGAATGAAAATAAAACCCTGCTGTTACTCGACTTACTGCTTAAAGAGCGGGAAGCGTTGCCTGACAAACCCGAAATTGTGCTATGTGTAAAAGCTGATATTCATAATCCCATGCCAGATCAAATTGAGTTCGTGAAAGTCGATTCATTTAACCGCGATGAGGACATGGATAAAGCATGTGTTGCGACAGCCCGCACCATTTTGATGGACAATCCTCAGGACGACGTCACACTCACCACTGCGCTGTACTGTACCAACCGTAATCCGGATGCGCACAAAGTGGCTTACTTTACTGACGACACACTGGTACCTCTTTTACAGATGCATTGCCCGAAAGTGGAGTGCACGCCATCAGTTGCCGTTGAAATGTTAGCAAAAGCGGCCTTTGATCCAGGCTCGAGTATGCTGCATCACGACCTTATCAGCGTTGATGACGGCCAGGCGCAGTTCTCAACCCAAGTCCCCTCTGAAATTCAATCGCTGCCCGTTGAACATGTATTCAATAATTTTAAACGCAAGTACAACGCCATTCTTATCGGCTACGCCCCCGGTGGCGTGTACAAACACATGGTACTCAACCCCGATTTTTCTCACACTATTTCAGGCGGTGATAAAGTGTTTTATATCGCCGGCGGCAGATTGAACGATATTAACTGGCAGACATTAGGAGCCTAG	MASWTHIRKLMLRYFSESRWYTIVVITFLYGLLAWLMLSAVGEEALTNNIDFFYWMAVTASTVGYGDLSPVTSAGKFIVSLYVIPVGLSIFAMVVGRIAAWVSHHWQRGLLGMKPLHVENHILVIGWNENKTLLLLDLLLKEREALPDKPEIVLCVKADIHNPMPDQIEFVKVDSFNRDEDMDKACVATARTILMDNPQDDVTLTTALYCTNRNPDAHKVAYFTDDTLVPLLQMHCPKVECTPSVAVEMLAKAAFDPGSSMLHHDLISVDDGQAQFSTQVPSEIQSLPVEHVFNNFKRKYNAILIGYAPGGVYKHMVLNPDFSHTISGGDKVFYIAGGRLNDINWQTLGA	PGPT0002715_1937	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-POTASSIUM_TRANSPORT,PGPT0002715-kch|trkA|mthK|pch-K10716	NA	NA
AK237_01205	651			hypothetical protein	ATGTTTGGCAAATTATTTGGTAAAAACAAAGCGTCAACTGAAAAACCCAAATCGCCCGAAATCATGGGCCTGTATCTGGGTGGCTCTTTCGAGTTAGACGACTTGAAACTTAAACTTCTTGAACCTCAGCTCACCATCGACGGTGCAGCCCGTTCTCAGCTCATTCAGGCGGTGGGAGAAGCGCCGTTGGACAGTGGCGGCACGTTACTGAGGTACTACACCGATGACGACGGTTTCCTGCAAATTGTCACCGACGGCGGACTCACGGAAAATCACATCACCGATGTTAAGCTCTGGTACTTCTACGAGACTAAAACCATTGGCAGTGAAGCGCAGTGGCGAGAGGCTTTAAGCTCAGTTATCTCGCAGCCCACTTATACGTTAAACGGTAATACTTATCATCGTGTCTGGGATGCGGTTGGCGAAATTTCTCCCCCTGTTGCGGTGACTGAAACCACTTACGAAGAAGACGGCGATGTGAGCACTACCGATCAGTTTATGATGCTCTATGAGCGTGCTATTGATAATGGCCGTACCGAATCACTACTAGTGGTTGGTGAAGAAAAAATTATTGGCCACAATGCAGATCGATGCTTGGTAATAAGCACAGGATTTGATATCGAGCCCGCTGACATTACTATTAACGGTTAA	MFGKLFGKNKASTEKPKSPEIMGLYLGGSFELDDLKLKLLEPQLTIDGAARSQLIQAVGEAPLDSGGTLLRYYTDDDGFLQIVTDGGLTENHITDVKLWYFYETKTIGSEAQWREALSSVISQPTYTLNGNTYHRVWDAVGEISPPVAVTETTYEEDGDVSTTDQFMMLYERAIDNGRTESLLVVGEEKIIGHNADRCLVISTGFDIEPADITING				NA	NA	NA	NA	NA
AK237_01206	417			hypothetical protein	ATGGAAACTATCATTCATTCATTGTCAGGACTGGACAATTTTGCACTTTACTTCGCTATCTCCATTGCCTTTTTGTTTATCTTTAAGATTGTTTACGCCTGGGTAACACCTCACGATGAGTGGAAACTTGTCAAAGAAGAGCAAAATGTTGCAGCAGCGGTGGGCTTTGGTGGGGCGTTAATTGGCTTTGCTATCGCATTGTCAGGCGCAGCTTCTAACGCGGTATCTATTATCGATTTTGCACTTTGGGCGGTAATAGCCATTGTTGCACAGTCTTTTGCATTTGCGTTACTGCGCTTTACTTTTATGCCTAAAATTGCCGAGCGTATTAACAACAACGAAGTCTCAGCAGGCATCATGCTTGCCGCTATGTCTATTGCAGTGGGCTTGTTAAACGCTGCCTGCATGACATATTAA	METIIHSLSGLDNFALYFAISIAFLFIFKIVYAWVTPHDEWKLVKEEQNVAAAVGFGGALIGFAIALSGAASNAVSIIDFALWAVIAIVAQSFAFALLRFTFMPKIAERINNNEVSAGIMLAAMSIAVGLLNAACMTY				NA	NA	NA	NA	NA
AK237_01207	612			hypothetical protein	ATGACCCAAAAGAGAAGTCGACATATTGACTTGCGCACGATGCGTAAGGCCTTCGCATTAAAGCCCCTGGCTATTGGTATAGCTGCCATCATGACAAGTGGTTGTGCTGACGACCGACAAGATGCACAAATTTATACCTCGGTAGAGGATTGCAAAAACGACTATCCTGACGCGGTTGAGCGCTGTGAGTCAGCATACCAGACAGCGGTGGACGAAGCGTCACGCACCAGCCCGCGTTTTAATTCCGAATATGACTGCGAGTACGAATTTGGCCCCAATCAGTGTCGTCAGGTAAACAATGGTAGTGGTAGTTTTTTTATGCCCTTCATGGCCGGTTTTATGGTCAGCCAATTGTTGTCACCGCGCCCTTATTATTCTCAGCCTATATACACATCTTATTCACCCTACTCGCCTTTTCGTTCACGATGGGTAACCGCCGATGGTCACGTGTTTGACGGCGATATAAGAAAGCGCAATTACAAAGTCAGCCCCTCGGTATACAAACCTAAACCAACTGTCACGCGCACAGTGAGCAGAGGCGGATTCGGTAGTTCCGTGAGAGCAAAATCAAGTTGGGGAAGCAGCAGCCGTTCCGGAAGCTGGGGTAGCTGA	MTQKRSRHIDLRTMRKAFALKPLAIGIAAIMTSGCADDRQDAQIYTSVEDCKNDYPDAVERCESAYQTAVDEASRTSPRFNSEYDCEYEFGPNQCRQVNNGSGSFFMPFMAGFMVSQLLSPRPYYSQPIYTSYSPYSPFRSRWVTADGHVFDGDIRKRNYKVSPSVYKPKPTVTRTVSRGGFGSSVRAKSSWGSSSRSGSWGS				NA	NA	NA	NA	NA
AK237_01208	1164	ygiC	COG0754	Putative acid--amine ligase YgiC	GTGTTGCGCATTCCCATAAAAGAGCGGCTTGACTGGAAGCAGCAAGCCGCAGAATATGGCTTTCACTTTCACACCATGTACGGCGAGCCTTATTGGGATGAATCGGCCTATTACCAATTTTCCCTCGCACAAATTGAAAACCACATCGAAGATCCCAGCGCTGAACTTCATCAGATGTGTTTAGCCGCGGTAGAGAAGGTTATCCGCGATGACGAGTGGCTGCGTCGATTTCAAATTCCACAACAGCATTGGGATTTTATATTACAATCCTGGCAGGAAAATGCGCCGTCTTTGTATTCACGATTGGACCTCGTTTACGACGGCAAAGGGCTAGCAAAGCTGTTAGAAAACAATGCCGACACCCCTACGTCGCTTTACGAGTCGGGCTTCTGGCAGTGGCTATGGTTAGAACAGCAAGTCGATCGGGGGAACCTTCCTCGTCGGGCCGATCAATTCAATTCATTACAAGAAAAGCTAGTTACCCGGTTTCAGGAAATTGCCGGGTATTACCAGGTTAGTCATATGCATTTCGCATGCTGCCAGGATTCAGAGGAAGACCGTGGCACCGTGCAGTACTTACAGGACTGTGCGCTCGCCGCAAACCTTCAATCTTCTTTTGTATTTGTTGAAGACGTTGGTCTGGCTGACACTGGGGTATTTACCGACTTGCGAAATAACCCAATTACCGAATGTTTTAAACTTTATCCCTGGGAGTTCATGCTTCGTGAAGCATTTGGCGATGCCCTTGCCGATGCCGGTACCAATTGGATTGAACCGCCGTGGAAGGCCATTTTATCAAACAAGGCCTTACTCCCTCTTTTATGGCAGATGTTTCCCGAGCACCCTAATCTATTGCCCGCTTATTTTCCCGATACAGCACCCGCTTTATCCGCTGGAAAATGGATTCAGAAACCTATTTTTTCTCGGGAAGGCGCTAATATCTCCTTAATCGAAGACGGTCAGCAAACTAAATTGTCTGACGGACCGTATGGAGAAGAAGGTGTTGTGATACAAGCGTTTACCGAACTGCCACGCTTTGCTGAAAATTACACGTTAATTGGCAGCTGGCTGGTCGATGATATGCCCGCAGGTATATCAGTGCGGGAAGACACGTCAGTGATCACACAAGATTTATCTCGTTACTTGCCACATATTATTGCTTAA	MLRIPIKERLDWKQQAAEYGFHFHTMYGEPYWDESAYYQFSLAQIENHIEDPSAELHQMCLAAVEKVIRDDEWLRRFQIPQQHWDFILQSWQENAPSLYSRLDLVYDGKGLAKLLENNADTPTSLYESGFWQWLWLEQQVDRGNLPRRADQFNSLQEKLVTRFQEIAGYYQVSHMHFACCQDSEEDRGTVQYLQDCALAANLQSSFVFVEDVGLADTGVFTDLRNNPITECFKLYPWEFMLREAFGDALADAGTNWIEPPWKAILSNKALLPLLWQMFPEHPNLLPAYFPDTAPALSAGKWIQKPIFSREGANISLIEDGQQTKLSDGPYGEEGVVIQAFTELPRFAENYTLIGSWLVDDMPAGISVREDTSVITQDLSRYLPHIIA				NA	NA	NA	NA	NA
AK237_01209	540			hypothetical protein	ATGCCGTTACTTAAAAAGCAACTTCGATTTCTCGCGATTATAGCGTGTATACTGATTGTCATTGAGGCACTGAATTTACTTACCAACAACAGTTTAAATCAATTCGGTGTCATTCCCCGCGCATTACCCTATTTACCGTATATCTTTACAGCCCCTTTTCTGCATGGCTCGGCAAGCCACCTGATGACAAACCTTGTTCCTCTGCTTTTGTTCATATGGCTAACCTTGCAATGGGGAAACCGTACATTCTGGCTTACCACAATAACTATTTTACTCATCGGGGGTATAGGCGTATGGCTGTTTGGCCGTTCTGCTATTCACATTGGGGCGAGTGGCATGGTTTACGGCTATTTCGGCTTCCTGTTGTTAGCAGGTTTTCGTAGTAAAAAAGTCCCCTATCTGGTGATATCTGTTCTCGTCGCTATCCTTTACGGTGGTATGCTCTTCGGTATTCTGCCAACGAAAGCATTTATCTCATTTGAATATCACTTATTCGGATTTATTGGTGGACTCATCGCAGCCTGGTATTGGGTGAAGTAA	MPLLKKQLRFLAIIACILIVIEALNLLTNNSLNQFGVIPRALPYLPYIFTAPFLHGSASHLMTNLVPLLLFIWLTLQWGNRTFWLTTITILLIGGIGVWLFGRSAIHIGASGMVYGYFGFLLLAGFRSKKVPYLVISVLVAILYGGMLFGILPTKAFISFEYHLFGFIGGLIAAWYWVK				NA	NA	NA	NA	NA
AK237_01210	705			hypothetical protein	ATGTCTAGCAGCACAGAAGCGAACAAACAGCAAAACCAAGGGTTCTTTGGCAACCTGGCCTTCAATATCGTTATTCCCGTTGTCATTATGTCGTATGGTAGTGGCGATGATTATTTAGGCCCTGCCTGGAGCATTGTGGCCGCGCTTGCCTTCCCTATCGCATACGGCATATGGGATTTAAAGCAATCGGGTAAAGTGAATGGGTTTTCAATTCTTGGCATTGTCAGCGTTATTCTTACAGGCGGGATCAGCTTACTCAAACTTCCTGCAGAATATATCGCTATCAAAGAAGCGACTATTCCCGCTCTTATCGGTATTGCCGTACTGGTGACACAGTTTAGTAAAAAACCTCTTGTCAAAATGCTTATCCTTAACGATCAAATCATTAATTGGGAGAGCCTGAATAAATCACTTGATGAAAAAGGTAAGCAGGCAGAATTCAGAAGCAAAATTGCCAACAGCTCATACATCGTTGCGAGCTCTTTCTTTTTATCTTCAGTATTGAACTATGTACTCGCCAAAATGATTCTGGTTAGCGAACCAGGCACAACCGCTTATACCGAAGAATTAGGTCGAATGACGATGCTTAGCTATCCCGTGATTGTCATTCCCAGTATGATTTTGTTGGTCACTGCCCTGTGGTACTTGTTCTCACAGATAGGCAAGATTACCGGAGAAGATCTGGAAAACTTCCTGAACCAATAA	MSSSTEANKQQNQGFFGNLAFNIVIPVVIMSYGSGDDYLGPAWSIVAALAFPIAYGIWDLKQSGKVNGFSILGIVSVILTGGISLLKLPAEYIAIKEATIPALIGIAVLVTQFSKKPLVKMLILNDQIINWESLNKSLDEKGKQAEFRSKIANSSYIVASSFFLSSVLNYVLAKMILVSEPGTTAYTEELGRMTMLSYPVIVIPSMILLVTALWYLFSQIGKITGEDLENFLNQ				NA	NA	NA	NA	NA
AK237_01211	1347	phoA_1	COG1785	Alkaline phosphatase 4	ATGCTTAAGAAAATAAGCCTATGCTCAATTATTGGGCTCACCCTGGCGCAAGGTTGTGCGCCGACTAACAGTGTTGCGCCGCAATCGTCAGCGCATCCTGCTAACAACAATACGCCGCGAAATATTATCATGGTCGTCGCAGATGGTATGGGGCCTGCCTATACGACGGCGTATCGGAATTTTGCCGATGATCCGGACACGCCGCAGGTCGAACTGGTTGTGCTTGACGATATGTTGGTGGGGAATGCCTCTACCTATCCTGATGCTGTGTCTGGATATGTTACCGATTCTGCAGCAGCAGCGACGGCGTTGGCAACTGGCGTTAAGTCTTACAACGGTGCGATTGGTGTTGATGCGAACAAGCAACCTGTTGAATCTGTACTGCAGCACGCCAAGACGCGGGGAATGCGAACCGGTGTTGCAGTTACTTCCCAAATTAATCATGCCACACCGGCTTCCTATGTAGCACACAATGAAAGTCGTCAAAATTATGATGCGATTGCAGACAGTTTTTTCGATGACCGCATTAATGGTGAATTCGTCGCTGATGTAATGTTGGGCGGAGGCACGTCGTATTTTAAACGTAAAGATCGCGATTTAGTGGCGTCGTTTGTCGAAAATGGCTATCAATACGTAACGGCTTACGACGATTTGGAAGCATTACCGCAAGGTTCTGATGTTCTCGGTCTCTTTGCGCCGGTCGGTTTGCCTGCGGCGTTAGATGATACCAATAAACATCGTCTTTCTTATCTCACGAAGCATGCAATTAAGCACCTGGAAAACCCTGAAGGCTATTTCTTGTTAGTCGAAGCAAGTCAGGTTGACTGGGCCGGACATGCAAATGATATTGGCTCGGCAATGGCAGAAATGGATGATTTGGCTGTAACGATGGAATACCTCCGGGATTACGTAAAAACCCATCCGGATACATTGGTTGTTTTAACGGCAGACCATAGTACGGGGGGACTTACTGTTGGCGCAAATGGTCAGTATGCGTGGGCACCAGAGTATCTGCGCAATATGAAGGCTTCTGCTTTGACGATTGCTCAAACCATGTCGGAACGCGATGATCCTACTGCTTACGTCGAGCAAACATTAGGGTTCGCTTTTGAACAAGAAGACAAGGATGCCATCAGTATTATTGCCGAAGAACAAGACGCAAAAGTACGGTATGTACAGCTAAAGGCATTCCTGGATAGCAAAACCCACACAGGCTGGACAACAGGCGGCCATACAGGTGTGGATGTAGAGGTATTTGCTTTTGGCGCCGGCCATGAAGCGTTTATCGGGCAGTTAGATAACACTGACATTGCGAAACACTTCTTTTCGTTCCTCGATAAGCAATAA	MLKKISLCSIIGLTLAQGCAPTNSVAPQSSAHPANNNTPRNIIMVVADGMGPAYTTAYRNFADDPDTPQVELVVLDDMLVGNASTYPDAVSGYVTDSAAAATALATGVKSYNGAIGVDANKQPVESVLQHAKTRGMRTGVAVTSQINHATPASYVAHNESRQNYDAIADSFFDDRINGEFVADVMLGGGTSYFKRKDRDLVASFVENGYQYVTAYDDLEALPQGSDVLGLFAPVGLPAALDDTNKHRLSYLTKHAIKHLENPEGYFLLVEASQVDWAGHANDIGSAMAEMDDLAVTMEYLRDYVKTHPDTLVVLTADHSTGGLTVGANGQYAWAPEYLRNMKASALTIAQTMSERDDPTAYVEQTLGFAFEQEDKDAISIIAEEQDAKVRYVQLKAFLDSKTHTGWTTGGHTGVDVEVFAFGAGHEAFIGQLDNTDIAKHFFSFLDKQ	PGPT0002570_3210	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
AK237_01212	945	cheV_2	COG0784	Chemotaxis protein CheV	ATGAGCAGTATTCTTACTACCGTTGATCAACGGACTAATCTGGTGGGAGAAAACCGTCTTGAACTATTGATGTTCAGGCTGGGGACGCGACATGCGTTCGCGATAAATGTATTTAAAGTAAAAGAGGTAATAGGTGTTCCTAAATTAAGCGCGATGCCCGGCTCTCACCGGAATTTATGTGGGGTTACAATTTATCGGGGTAATACTATCCCGGTCATTGATCTGCGAGGCGCTATTCGCATGAGAAATGGTGGTGATAGATCCTACGCTAATAACGTCATCATCACGGAATACAACCGCTCAGTGCAAGGTTTCCTGATAGGTGATGTAGTGAGCATTGTAAATACGTCCTGGCAAAACATTCAACCTCCCCCGAAAAGCATTGGTAAGACAAATTACTTAACGGCAATTAGCCAGATAGATATCGACGGACAAAAAGAGCTTGTTGAAATTATTGATGTTGAAAAAGTGCTTGCCGAGATCATTGATTATGACATTTCCATATCCGAAGAGGTTCTGGATGAGAATGTCGTCACTGCCATGCAGGGCAGACAAGTCCTGATTGTTGACGATTCTGCAACAGCAAGAAGGCAAATTAAGGAAACTCTGGCGCAAATCGGACTTTCCTGTCTGGAATGTCACAACGGTGCAGAAGCATTGGCTTTGCTGAGGTCGTGGGCCGATGAAGGGAAGCGACCTTCCGATCTTATCTTACTGATGTTTACCGACGCTGAAATGCCGGAAATGGACGGCTACCGTTTGACCGCGGAAATACGCGCTGATGCGCGGATGAGCGATCTGTTTGTTGCTCTGAATACATCGTTAAGTGGAAGCTTTAACGAAGCCATGGTTGAAAAGGTGGGGTGCAACCGGTTTATCTCTAAATTTCAGCCTGACATGTTGGTTGACGTAGCGCAGCAGAGAATGCGAGAACTGTTACCGTAG	MSSILTTVDQRTNLVGENRLELLMFRLGTRHAFAINVFKVKEVIGVPKLSAMPGSHRNLCGVTIYRGNTIPVIDLRGAIRMRNGGDRSYANNVIITEYNRSVQGFLIGDVVSIVNTSWQNIQPPPKSIGKTNYLTAISQIDIDGQKELVEIIDVEKVLAEIIDYDISISEEVLDENVVTAMQGRQVLIVDDSATARRQIKETLAQIGLSCLECHNGAEALALLRSWADEGKRPSDLILLMFTDAEMPEMDGYRLTAEIRADARMSDLFVALNTSLSGSFNEAMVEKVGCNRFISKFQPDMLVDVAQQRMRELLP	PGPT0015675_445	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-MOTILITY|CHEMOTAXIS	CHEMOTAXIS_PROTEINS	CHEMOTAXIS_TWO_COMPONENT_SYSTEM_PROTEINS,PGPT0015675-cheV-K03415	NA	NA
AK237_01213	1596		COG2224	Isocitrate lyase	ATGTCGCAATATCAGCAAGACATCGATACTATTGCTACGCTTAAAGCCGCGCAGAAAGGGAGCTGGGAAGGTATTAACCCAGAGTACGCCGCACGTATGAAAGCACAGAACCGTTTCAAAACGGGTCTGGACATTGCGAAGTACACTGCCGCTATCATGCGCAAAGATATGGACGAGTATGATGCCGACAGTGCAAGCTACACGCAGTCGTTAGGTTGCTGGCACGGCTTCGTAGGTCAACAGAAAATGTTGGCAGTAAAGAAACACCACGGCACCACTAACAAACGCTATCTTTATCTGTCTGGTTGGATGGTTGCAGCCCTGCGTTCTGAGTTTGGACCGCTGCCTGACCAGTCCATGCATGAAAAGACCACTGTGCCAATGCTGATTGAAGAGCTGTACACCTTTCTTCGTCAGGCTGATGCCCGCGAACTGGGAGATTTGTTCAAGCAACTGGACGCCGCCAAAGCAAATGGTGGCGATGTTGCAGCAATCCAGGCGCAAATCGACAATTTTGAAACCCACGTAGTCCCCATCATTGCTGACATCGACGCCGGTTTCGGTAATGAAGAAGCCACTTATTTGCTGGCAAAGAAAATGATTGAAGCCGGTGCCTGCTGTATTCAGATTGAAAACCAGGTATCTGACGCCAAACAATGTGGCCACCAGGACGGTAAAGTTACTGTTCCTCATGAAGACTTCCTGGCAAAAATCAACGCGGTACGTTACGCATTTTTAGAACTGGGCGTGGATGACGGTGTAATCGTTGCGCGGACTGACTCGCTGGGCGCAGGCCTGACTCAGAAAATCCCTGTGTCTACCGCACCTGGCGACCTGGCTTCTCAGTACAATGCATTTTTGGAAACCAAAGAAGTATCCGATGCGGCCGACTTGAATGAAGGCGACTTGGTGATTAAACAAGACGGCAAACTGGTTAAGCCCGTACGTCTGCCTAACGGTTTGTTCAAGTTCAAAGCTGATACCGGTTTTGACCGTGTAGTGCTCGACTGTATCACGTCGCTGCAACACGGCGCGGATCTGCTGTGGATTGAAACAGAGAAGCCTCACGTACGTCAGATTGGTGACATGGTTGACGCGATTCGTGAAGTTATCCCGAATGCGAAACTGGTTTACAACAACTCACCGTCATTCAACTGGACACTGAACTTCCGCCAGCAAGTATTCGATGCATGGCAGGAAGAAGGCAAAGACGTATCTGCTTACGACCGCGCGAAACTGATGTCTGCAGAATATGACGACAGCGAACTGGCTGCAGCTGCTGATACGAAAATCCAGACCTTCCAGCGTGATGCGTCACGTGAAGCGGGTATCTTCCACCACCTCATCACGCTGCCTACTTACCATACTGCGGCACTGTCTACTGATAATCTGGCACAAGGTTACTTCGGTGACGAAGGTATGCTGGCATACGTTAAAGGTGTTCAGCGCAAAGAAATTCGTCAGGGTTTGGCGTGCGTTAAGCACCAGGCAATGGCCGGTTCTGACCTGGGTGACACCCATAAAGAGTACTTCTCAGGTGAAGGCGCGCTGAAAGCTTCGGGCGACGACAACACCATGAATCAGTTTGATGTTTAA	MSQYQQDIDTIATLKAAQKGSWEGINPEYAARMKAQNRFKTGLDIAKYTAAIMRKDMDEYDADSASYTQSLGCWHGFVGQQKMLAVKKHHGTTNKRYLYLSGWMVAALRSEFGPLPDQSMHEKTTVPMLIEELYTFLRQADARELGDLFKQLDAAKANGGDVAAIQAQIDNFETHVVPIIADIDAGFGNEEATYLLAKKMIEAGACCIQIENQVSDAKQCGHQDGKVTVPHEDFLAKINAVRYAFLELGVDDGVIVARTDSLGAGLTQKIPVSTAPGDLASQYNAFLETKEVSDAADLNEGDLVIKQDGKLVKPVRLPNGLFKFKADTGFDRVVLDCITSLQHGADLLWIETEKPHVRQIGDMVDAIREVIPNAKLVYNNSPSFNWTLNFRQQVFDAWQEEGKDVSAYDRAKLMSAEYDDSELAAAADTKIQTFQRDASREAGIFHHLITLPTYHTAALSTDNLAQGYFGDEGMLAYVKGVQRKEIRQGLACVKHQAMAGSDLGDTHKEYFSGEGALKASGDDNTMNQFDV	PGPT0001550_708	DIRECT EFFECT	BIO-FERTILIZATION	POTASSIUM_SOLUBILIZATION	K-SOLUBILIZATION-ORGANIC_ACID_METABOLISM	K-SOLUBILISATION-GLYOXYLIC_ACID_BIOSYNTHESIS,PGPT0001550-aceA-K01637	NA	NA
AK237_01214	948	pcpR_1		PCP degradation transcriptional activation protein	ATGAATATAGCCAAAGTAGATTTGAATCTTCTGGTATATCTCGACGTTTTGCTCAGAGAAGGCAGTGTCACACGGGCGGCTAACCAGTTAAGCATCACGCAACCCGCCATGAGTAATGGATTAAAGAGACTACGGGATCTGTTTAAAGACCCATTACTGGTTCGCACTAGCGAGGGCATGACGCCCACGAAGCGTGCACTGGAGTTACAACCTGTTATCCGCGATGTGCTCAGTAAATTAGAAAGCTCTATTCAGCCCGAAACCGATTTTGAACCTGCGTCGAGCAGCCGCACATTTCGAATCATGACCAGTGATTATGCCGAGAGCACATTACTTTTGGAGCTTGTTGGCCGGCTCAGCAAGATTGCCCCGAACATCACGCTGGATCTTATCACCCCGAGCGATGTTACCTTCCACGACGTCGAACAAGGTAAGGTAGATATGGCGATCAACCGGTTTGACGAGTTACCTCTTTCCTTTCATCAAAAGGTGATCTGGTATGACAGTTTCAGCTGTGTGTTAAGTGCATCTCATCCCCTAGTGAATCAAAAATGGGACGTCGACAGTTACCTGAGTGCCCAACATATATGGGTAAGTAAAACAGGCTTTGGCGTAGGCGTGGGAATCGATCCCAACGAAGTCCAGAAGCTCGGTTGGGTTGATGCTGAATTAACCAAGCTTGGAAAGCAAAGAGCCATTCGTGTGTTTACCCGCCATTATCACGCCGCGCTCCAAATCGCAAAAACTCAAAACCTTGTAGCGACCTTGCCCAGTAAAGCGGCAAGACTATTCAAAGATGATCCCGCCGTTGTGGTAAAAGATCCGCCTTTTGACATTCCACCTATCGCACTGAAGATGGCATGGAGTGCACTGTTACATCATGACGCTGGACACATTTGGTTGCGCAGACTTATTGGCGATCTCGCTTCGGAAATGAGTAGTTTGTAA	MNIAKVDLNLLVYLDVLLREGSVTRAANQLSITQPAMSNGLKRLRDLFKDPLLVRTSEGMTPTKRALELQPVIRDVLSKLESSIQPETDFEPASSSRTFRIMTSDYAESTLLLELVGRLSKIAPNITLDLITPSDVTFHDVEQGKVDMAINRFDELPLSFHQKVIWYDSFSCVLSASHPLVNQKWDVDSYLSAQHIWVSKTGFGVGVGIDPNEVQKLGWVDAELTKLGKQRAIRVFTRHYHAALQIAKTQNLVATLPSKAARLFKDDPAVVVKDPPFDIPPIALKMAWSALLHHDAGHIWLRRLIGDLASEMSSL				NA	NA	NA	NA	NA
AK237_01215	2175	glcB	COG2225	Malate synthase G	ATGAAAGGTTACATTCAACACGGACGGCTTCAGGTTGCTGAGGTTCTGGACACATTCATCAATGAACAAGCCATGCCGGGCACGGGTGTCGATAGCGAGACATTCTGGGCGGATTTTGAATCACTGCTTACAGACCTCACCCCAGTAAACCAGGCCCTTCTTGATACACGAGACCACTTACAGGGTCAAATCGATGCTTATCACAAAAGTGGTAACCCCAAATCCACAGATGCCTATGTGCAATTCTTACGAGACATTGGCTATTTGCAGACTGAACCGGACAGTGTAACCGCAACCACCACGCACGTGGATCCGGAAATCGCTACCATGGCGGGTCCTCAACTGGTTGTGCCAATCAATAACGCCCGTTACGCACTCAATGCCGCCAATGCGCGCTGGGGAAGTTTATACGACGCCCTTTATGGTACCGATGTAATTAGCGATGAAGGTGGCGCAGAAGCGGGTAAGACTTATAACCCTGCCCGGGGCGCTAAAGTCATTGAAAAAGCAAAAGCCTGGCTGGATACCCTTTTACCCCTTGAACACGGCTCTCATACAGATGTTCAGCACTACACGCTACGTGATGGTCATCTTTACGCATCGATAAATGGCCAAGCGTATCCTTTGAAAACACCTTCTCAATTTGTGGGCTTTCAAGGTGCAGCCTCTGCACCATCGACATTGCTTTGTGTGCATAACGGCCTGCACTTCGAAATTCAGATAGACACGCATCATCCTATTGGTAGCAGCGATCCTGCTGGCGTCCGGGACATCGTGCTGGAAGCTGCGCTAACAACCATTATGGACTGCGAAGACTCGGTAGCAGCGGTGGACGCTGAGGACAAAACACTGGTGTACGCAAACTGGCTTGGATTAATGAAAGGTACACTCAGCCTGACAATGGAAAAGGGAGGACAGAGCATTACCCGTGCCATGCAGGGCGACAGAACTTACACAACACCTGACGGAAGTAGCAACGTCACCTTAACGGGTCGCAGTTTAATGTTCGTCCGGAACGTAGGTCATCTTATGCGCAATGACGCTATTTTACTGGATGGCGAACCTGTCTTCGAAGGGCTCATGGACGGTGTGATCACCGCCTTAATCGGGAAACATGATTTACTGAATAACGGCAAATACAAAAACTCCCGGACCGGTAGTATTTATATTGTAAAGCCCAAGATGCACGGACCGGATGAAGTTGCATTCGCCAGCAGCTCGTTCGCGCGTATAGAAGCGATGTTAGGCATGGAGGCGGATACCATTAAAATGGGCATCATGGATGAGGAACGCAGAACAAGCGTAAACTTAAAAGCGTGTATTGGTGCCGCAGCTTCCAGAGTTGCTTTTATAAACACCGGCTTTTTAGACCGTACCGGCGATGAGATACATACTTCAATGTACGCTGGCGCTTTTGCTGCTAAAGGGGCGCTTAAAACGATGCCGTGGATCGCCGCTTATGAAAAAGCGAACGTACAAACCGGTTTAGCCTGTCAGCTTTCGGGTCGTGCACAAATCGGTAAAGGCATGTGGCCTATTCCGGATCAAATGGCCAATATGATGTCCACCAAAGGTAGTCACCCTCGGGCAGGTGCAAACACGGCCTGGGTGCCCTCTCCAACGGCAGCCATATTACATAGCCTGCATTATCATGAAATTGATGTATTTGCGTTGCAAACCGAGATGGCAGCGGCGGATTACGATGGTATTGCGGATATACTTACGATTCCATTGCTAACTGAGAACAATACACTTTCCCAGCAAGATATTCAGCGGGAAGTTGATAACAATGTGCAAGGTATATTGGGCTACGTAGTCAGATGGGTTCATCAGGGTATCGGATGTTCGAAAGTGCCCGATATCAACAATGTCGGATTGATGGAAGACCGCGCAACATTGCGTATTTCCTCGCAACATTTAGCAAATTGGTTATTACACGGCGTGATCACACCCGAACAGGTCAATGCGTCGTTAACGAAAATGGCTGCACTCGTAGACCAACAGAATGCTAATGACAATGACTATATTCCGATGACTCCGGCGCTGGACGCGTCAATTGGGTATAACGCAGCCAAAGCCCTCATTTTTGAGGGTATTTATCAACCGAACGGATATACAGAGCCATTACTTCACCAGTGCAGAAAGGACATGAAAGCGTTTCTGAGAGAAAAATAA	MKGYIQHGRLQVAEVLDTFINEQAMPGTGVDSETFWADFESLLTDLTPVNQALLDTRDHLQGQIDAYHKSGNPKSTDAYVQFLRDIGYLQTEPDSVTATTTHVDPEIATMAGPQLVVPINNARYALNAANARWGSLYDALYGTDVISDEGGAEAGKTYNPARGAKVIEKAKAWLDTLLPLEHGSHTDVQHYTLRDGHLYASINGQAYPLKTPSQFVGFQGAASAPSTLLCVHNGLHFEIQIDTHHPIGSSDPAGVRDIVLEAALTTIMDCEDSVAAVDAEDKTLVYANWLGLMKGTLSLTMEKGGQSITRAMQGDRTYTTPDGSSNVTLTGRSLMFVRNVGHLMRNDAILLDGEPVFEGLMDGVITALIGKHDLLNNGKYKNSRTGSIYIVKPKMHGPDEVAFASSSFARIEAMLGMEADTIKMGIMDEERRTSVNLKACIGAAASRVAFINTGFLDRTGDEIHTSMYAGAFAAKGALKTMPWIAAYEKANVQTGLACQLSGRAQIGKGMWPIPDQMANMMSTKGSHPRAGANTAWVPSPTAAILHSLHYHEIDVFALQTEMAAADYDGIADILTIPLLTENNTLSQQDIQREVDNNVQGILGYVVRWVHQGIGCSKVPDINNVGLMEDRATLRISSQHLANWLLHGVITPEQVNASLTKMAALVDQQNANDNDYIPMTPALDASIGYNAAKALIFEGIYQPNGYTEPLLHQCRKDMKAFLREK	PGPT0001445_909	DIRECT EFFECT	BIO-FERTILIZATION	POTASSIUM_SOLUBILIZATION	K-SOLUBILIZATION-ORGANIC_ACID_METABOLISM	K-SOLUBILISATION-OXALACETIC_ACID_BIOSYNTHESIS,PGPT0001445-aceB|glcB-K01638	NA	NA
AK237_01216	867			hypothetical protein	ATGGTTAAGCGTTCGATATTTGACACAATCAACAAGAAATTTCGTCGTACACGCATGGGAAAACTGTTTTCAGGTTACCAGCAATTGCGTGAAGCAAACTATATTTCATCTCACTTCAGCACGTATCTCGAACCTGTCCTGGCCGTGGACGATACGTTAAGAGATTCCGTCTACAAAATCCGTCACAATGTGTACTGTGACGAGTTAGCGTTCGAGCCGGTAAAAGAGTCGGGGCTGGAAATCGATGAATTTGACAGTTATTCGCGCCATTGCCTGATCCGTCATATTGGTTCGCAGCAAATGGCCGGTACCGTGCGCGCGGTTCGCCCTCTGCAGGATCATCAATTACTGCCAATCGAAAAGTACTGCCGCACCTCAATTACCCGCGATGACTTAAGCCCGGAACAATTCGAGCGACACGAAATATGTGAAATATCCCGGCTTGCTGTGCCAAAGTATTTTCGTCGACGTCGTTCAGATGACTTTGATGGCTCCGCAGTGGGTGCAATCAACCCGGTGACGTATTCAGAAACAGAACTACGTTGCTTTCCCTTTATCGCTGTTGGGTTGTATTTTGCCGCCGCGGCATCAGCGTTAGAGTTTGGTGTCAAACATGCCTACGTAATGATGGAGCCAAGGCTGGCCAGAAGCATGGGTTATGTGGGTATCAAGTTTCAGCAAATTGGCCCTGTAGTTGACTACCATGGCAAACGTGCCCCCTATTATATCAACCGTCCGCTGCTTGAAGGCAGCTTGAAGCCGGGGTTTGCATCAATGTTGAATGAAATACGTGGCAGCCTTCGCAATCAGATCCCGGCCATGCCCGAAGAGCGTAACGAATACTTACGGCAATTTATTCAAAAATAA	MVKRSIFDTINKKFRRTRMGKLFSGYQQLREANYISSHFSTYLEPVLAVDDTLRDSVYKIRHNVYCDELAFEPVKESGLEIDEFDSYSRHCLIRHIGSQQMAGTVRAVRPLQDHQLLPIEKYCRTSITRDDLSPEQFERHEICEISRLAVPKYFRRRRSDDFDGSAVGAINPVTYSETELRCFPFIAVGLYFAAAASALEFGVKHAYVMMEPRLARSMGYVGIKFQQIGPVVDYHGKRAPYYINRPLLEGSLKPGFASMLNEIRGSLRNQIPAMPEERNEYLRQFIQK				NA	NA	NA	NA	NA
AK237_01217	1017	wbgU		UDP-N-acetylglucosamine 4-epimerase	ATGAAAGTGTTAGTTACGGGAGCTGCAGGTTTTATAGGTTCGTATGTCGCAGCCTATTTAATTGAGCGTGGTGATGAGGTCGTTGGCATCGATAATCTTAACGATTATTACGATGTATCGCTAAAAGAAGCGCGACTCGCGCGTATCGCAGATTTGCCGCACGCGGATAGATTTACATTTATCAAAATGGGTGTAGAAGAAAGGGCTGAGATGGAACATCTCTTTGCTGAACATAAGTTCGACAAAGTTGTACATCTGGCGGCGCAAGCGGGCGTGCGATATTCATTGGAAAACCCGCATGCGTATATAGATGCTAATATTGTTGGGTTTATGAATATTCTTGAAGGCTGTCGCCACAATAATGTTCAGCACCTTGTGTATGCGTCATCGAGTTCGGTTTACGGCGCCAACGAAAGTATGCCTTTTGCGGTGGAAGATAACGTCGACCACCCAGTGTCATTGTACGCTGCGAGTAAAAAGGCGAATGAGCTGATGGCCCATACTTATAGCCATTTGTATGGATTGCCGACCACAGGTTTACGGTTCTTCACGGTTTACGGTCCGTGGGGACGTCCGGATATGGCGTTGTTTTTGTTTACCAAGGCCATCATTGAAGACAAGCCGATTAAAGTATTCAATTACGGAAACCATCGACGCGATTTCACCTATATAGACGATATCGTCGATGGTGTCATTGCCACGTTAGACAACAATGCGCAGCCTGATCCCAACTGGACGGGTGAAAAGCCCAGCCCGAGCTCAAGCAAAGCCCCGTGGAAAGTTTACAATATCGGTGCACAAACACCGGTGCACCTGCTTTCTTACATAGAAACGCTTGAAAAAGCACTAGGGAAAGAAGCGGAGAAGGAGATGTTGCCAATGCAAAAAGGTGATGTGCCTGATACGTACGCTGACGTCGAGGCCTTGGTGAAAGATACCGGTTACCGTCCTACGACAAATATCGAAACCGGTATTCAGCGATTTGTTGATTGGTATCGCGAGTTTTATAACGTATAA	MKVLVTGAAGFIGSYVAAYLIERGDEVVGIDNLNDYYDVSLKEARLARIADLPHADRFTFIKMGVEERAEMEHLFAEHKFDKVVHLAAQAGVRYSLENPHAYIDANIVGFMNILEGCRHNNVQHLVYASSSSVYGANESMPFAVEDNVDHPVSLYAASKKANELMAHTYSHLYGLPTTGLRFFTVYGPWGRPDMALFLFTKAIIEDKPIKVFNYGNHRRDFTYIDDIVDGVIATLDNNAQPDPNWTGEKPSPSSSKAPWKVYNIGAQTPVHLLSYIETLEKALGKEAEKEMLPMQKGDVPDTYADVEALVKDTGYRPTTNIETGIQRFVDWYREFYNV	PGPT0019020_1452	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-REMODELLINGLPS|LIPID|IVA_METABOLISM	CE-REMODELLING_LPS-UDP-GALACTOSE-GLUCURONATE_POOL_MODIFICATION,PGPT0019020-cap1J|wbgU-K08679	NA	NA
AK237_01218	774			hypothetical protein	TTGAAAAAAACGCTTTCATTCTTTATCTGTGTCGCACTTGTCGTCTGCCAGTCTGCGTTTGCACTTCCTCTTCACGACGTCGTTAAGTCAGTTAAGCCCGCCGTTGTTGGCGTGGGTTTTTATGCACCTCTTGCCACAGTGAGTCATCAATTAAAAGGAACCGGGTTTGTCATCGGCAATGGACGCTATGCAGTGACCAATGCACATGTCGTTTCTGCAATTCCTACAGAAGAGAATGTAAAATTTAATCAGGTTGTTTTTATTCCGAAAGGAAAGAAGATGGGGATCGTCAACGTTAAGCAGGTATTTACCGACGAAGAACATGACCTGGCGTTGTTGGAGCTTAGTACAACATTACCCGCACTTAGTCTCTTATCAGCGACAGAAATCGTTGATGATGGGTATGAAATAGCAATGACTGGTTTTCCCATCGGCGCGGTACTAGGGCTTTATCCTGCTACGCATCAGGGCATTGTGGCTGCTTATTCGCCCAATGTGATCTCTGCGGCCAATAGTCAGCAATTGTCTCAAGCTTTTATTGACAGTCTGCGTCACCCCTTTATGGTGTACCAGTTAGATATCACGGCATATCCCGGTAACAGCGGCAGCCCCGTTTACAAAGCCGATACCGGCGAAGTCTTCGGCGTAGTAAATAAGGTATTTATCAAGAAAACCAAAGAATCTGCAATTACTTCTCCCAGTGGAATCACGTATGCTATTCCAGTGGAACATATCTATCGGCTGGCAGAAAAGCATGGCTTAACGTTGCACTAA	MKKTLSFFICVALVVCQSAFALPLHDVVKSVKPAVVGVGFYAPLATVSHQLKGTGFVIGNGRYAVTNAHVVSAIPTEENVKFNQVVFIPKGKKMGIVNVKQVFTDEEHDLALLELSTTLPALSLLSATEIVDDGYEIAMTGFPIGAVLGLYPATHQGIVAAYSPNVISAANSQQLSQAFIDSLRHPFMVYQLDITAYPGNSGSPVYKADTGEVFGVVNKVFIKKTKESAITSPSGITYAIPVEHIYRLAEKHGLTLH	PGPT0015105_7188	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
AK237_01219	858			hypothetical protein	ATGGATTTTAACTATGATGTTGCGTTCTCCAGAAATATTGGTTGGGTAACGCATGATGAACAAGCGTCTCTTCGTAACAAACGCGTTGCCATAGCAGGCTGCGGCGGTGTTGGAGGCTTACATAGCTTAACCCTTGCACGGTTAGGTGTCGGAAATCTTAACATATCTGATTTTGACCAATTTGATATTCATAATATTAACCGTCAATCCGGCGCTTTTGTATCTACAAAAGATCAGGATAAGATCGAAGTTATGTCGTCTATGCTGCTTGATATTAATCCAGAGATACATATCAATAGCTACCCGCAAGGAATCGACGAATCAAACGTTGACGCCTTCTTAGACGGTGTCGACCTGTATATAGACAGCCTCGACTTTTTTGCTTTGGCGGCTCGCAAGCTGGTGTTTAGCCGTTGTTACGAGAAAAACATTCCCGTCGTCACGGCTGCCCCGCTGGGAATGGGCGCTGCCCTGCTTTGCTTTATGCCTGGCAAGATGACTTATGAAGAATATTTTCGTTTTAACGATAAACAAACCGAAGAAGCACAGCTAATCCAGTTTTTGATTGGCCTCTCACCGGCTATGCTGCAACGCAACTACTTAGTTGATAGCAATGCTGTGGACTTTCAGGCTCAGAAGGGGCCCTCTACAGCCATGGCTGTAAACCTTTGTGCAGGCCTGGCCGAAACTTATGCATTAAAAATTCTGCTCAACAGAGGTAAGGTAATATGCGCCCCTTATGGCTTGCATTTTGACGCCTATAAGAACAAGTTAAGTAAAACCTGGTGCCCGTTTGGAAACCGGGGTTTGTTGCAGCGTCTGAAATTTAAGATAGCCGAGCGCATTGTCAGAAACTAA	MDFNYDVAFSRNIGWVTHDEQASLRNKRVAIAGCGGVGGLHSLTLARLGVGNLNISDFDQFDIHNINRQSGAFVSTKDQDKIEVMSSMLLDINPEIHINSYPQGIDESNVDAFLDGVDLYIDSLDFFALAARKLVFSRCYEKNIPVVTAAPLGMGAALLCFMPGKMTYEEYFRFNDKQTEEAQLIQFLIGLSPAMLQRNYLVDSNAVDFQAQKGPSTAMAVNLCAGLAETYALKILLNRGKVICAPYGLHFDAYKNKLSKTWCPFGNRGLLQRLKFKIAERIVRN				NA	NA	NA	NA	NA
AK237_01220	777			hypothetical protein	ATGAAATTTAATACAATCGTAAAATCTTTAGCTTTGACTGCTGGTTTAGCAGCTTCTTTCTCAAGCTCAGCTGAATTTTTAGACTTCGCAGTTGACGAATCTGATTACATGGGTAACAGCTCAGTTACTGCAGACAAATTCAACGGTTCTTATTTTGAAGAATTAGTGTTTGACGGCACTGGCGGTTTCTCAACAGGTTCTTTCGCTAACTTAACTTCTTTAGTTGCTAATGAAGCAACTACACCTGCTGGTTCAGTGGTCGGTGTTAATGGTGGCGCTATCGGTATCAACGGTCTGGGTTACAACCTGTACGCGGTGTTGACTGCTTCTGGTACTGCTGATCCAACACAAACTGAATTTACAGCAACAAATGGTTCATTCAGCCTGTACATCGACCCTAGCTTCGATACTACTTCTGACGATCTGCTAGCTGGTACTGTTAATGATGCAAGCGGTGACGACATTTTGATTGGTTCTGCATCAGCTCTTGCTAATGCATACGGTCAATATGCGAACGGTACTGGTAACTTTAACTTTGACTTCACAGATTTCGTATTGACTGCAGAAGGTGAAGCTTACTTCGTAAGCCCAATCCCATTCTACACAATCTTAACTGTTAATGGTGACTTTGATACATTAGACAACCTGCCTTCAGTAACAGGTGACTTGTCTGCTAACTTCGTAGCACCAGTATCTGTACCAGAGCCTTCTACTGTTGCGGTACTTGCTCTTGGTCTGGTAGGCCTGGGTATGACTGCACGTCGTAAGAACAAATAA	MKFNTIVKSLALTAGLAASFSSSAEFLDFAVDESDYMGNSSVTADKFNGSYFEELVFDGTGGFSTGSFANLTSLVANEATTPAGSVVGVNGGAIGINGLGYNLYAVLTASGTADPTQTEFTATNGSFSLYIDPSFDTTSDDLLAGTVNDASGDDILIGSASALANAYGQYANGTGNFNFDFTDFVLTAEGEAYFVSPIPFYTILTVNGDFDTLDNLPSVTGDLSANFVAPVSVPEPSTVAVLALGLVGLGMTARRKNK				NA	NA	NA	NA	NA
AK237_01221	2613	bepA_4		Beta-barrel assembly-enhancing protease	ATGGACATTAAGAATACCACCCGCGCGCTAACGCTATTGACAACCAGCCTGTTTGTTACTGCTTGTTCACAAATGACGGTAGAAGAACGTTTAGCACAAGCACAGGAAGCCGCTGCATCTCAGGACTACAAGCAAGCATTAGTGCATCTTAAAGCCGCGGTACAGCAATCTCCGGAAGATGTTCGCCCACGTGTCGAATTAGCCAAAATCTACTTTGAAGTGGGTGATATGGTCAGCGCCATAACCACATTCGATAAAGTGCTTACACAAGGTGGTGATATCAACGACTTCGCCACTGAATACTTTTTGGCACTCTACTCGATGGCCGACTTAGATATCTTTGACATCACATTTGAAGAATTCAAAGATAAACTTAACCCTGCACAGCGCGCATCTGTTGAAATTATAGTAGCCGTCATCGCAGGCCGCTCTCGCGACGAAGAACTGGTAGCACTACATTTAAAACAGGCCAGAGATTCGGCTGTAAAAAGTAATGACAACGCGTCGTTACAACGTGTGGAAGATATCCAGTCCATTATTGAGCAATACTTACTCGCTGCAGAAAAGCCAAATACTGATTCGTTGAACAAAGTGGTAAACCGCTACCCAAAAGATTGGCTAGTTCGCTCATTGGCGGCTGAAATACAACAAGCATCAGGCGAATATCAGGCGGCAGCTGACAATTACATAGCACTGTTGGAGCTTAAACCTTACTTTGCGCAATTGAATTTAAAAATTGCTGAAACGCTTCTGAAAGCAAAAGCATTCGATGATGCAGAACAGTACATCGATACCGTGCTTAATATTTCCGCTGATAATCCTTTAGCCAATCAACAAAAGGCTGTCGTGGCGTTATCCAAGCAAGATTTCAAAGATGCTGCGCGCCATATCGATGTAGCTATCGCACAAAATTATGTTACCACCTCTTCTATTTATATTGCTGGTATCTCACATTTCCAGATTGGTAATTACGAACAAGCGCTTTCCTACCTGGAGAAGTTAGTCGATAAATTCCCGCCTAATCACCCGGGTTTACAAATGTATATCGCCGCCAAATTAACGGCAGGAGACTCGTTAGATGCTTATACACTTTATGAGCGTTATCCATCGTTGGTTGAAAGCAATACCAGGCTGGCGACCAAAGCAGCATCAGCCCTTCTGTTTGCTGGTGAGCGAGGCAAGGCCGCAGATATCCTGAACAATGTTAGCGATGATAGCTTTACTAACCCTGTACAAAAGCAACAGCTAGGACTGCTTAAGCTCACGGCAGGCGACATCGCTGGCACAGAACTCATTGAAGCATCCTCAGCTCAAATCGTCGCCGATGCGGCTCAGGGTAACAGTTACCAGTCTAAGTTACTGCTTGTTGCGATTAAATCCGGAGAAGGTGATGCAAATGCGGCCCGCGCTATCATACAGGAGTGGATTGACGCGGAACCCGATGAAGTGAGCAATTACCTGATTTCAGCGCAGTTCGAAAAGTTCGTAGGAAACAATGCGGCGTTAGAGCCCATTTACAGCAAAATTCAAACACTTTCACCCACGAATATCGAAGCGATGAAATACTTTGCTGAAAAAGCATTTAAAGAGGGTAAAACCCAAGCCGCTCTCGAAGAATACATGAAAGTATTACAACGTCTGCCCAATGATCAGGTAGCGTTAACCGGCGCCTATGTCGCCGCGCAGGCCATATCCGGAAGCAAATCTGAGTACAAGAAAATTGATTCGTTGCTTGCTGAAAATCCCAAAACAACACCATTTACTACTTTGTTTGCGGCTTATCTCAAGCAAGATTACAAACAAGTTGTTGCCTTAGCGAGAAGCTCGGTTTACGGTTATGATACCCAGCCCCGCGCAAACTATTTGATGGCACGAGCCTATATGGCGCTGGAGCAACCTTTATCAGCCATTGACGTACTTCGCGGTGCTGTGAAATCCGGATTCGCCACCCCAACGGTTTATGAAGCATACTTTGAAGCGCTGATGATGGCTGATGGCAATAAAGCAGCGTTGCGCGCAATGAAGAACGCACCAGAAGAAATCGCCGAGAATCCGCAGATATTATTACTGAAAGCGCATATACTGGTAAATGAAAAACGCTATGACGACGCCGTTGCCATTGTCTATGCGCTTCCAGAGCCGTATGCCAGTGCGCCACAGGCAAAAGAAATAATTGGCCGCGCCAGTTCTGGTCAGCAAAATTATACCAATGCCATTGCGTCCCTTGAACAAGCGTATAACCAAGCTAAAACGCCCAAATCGGCGCAGCTACTTTATAAAGCACTGGTCGCGAACGGCGAACAGGAAAAGGGTTTGGCTATCCTGGAAGAGTCGGCGGCACAGTCCAGAGGTTACGACGATGCTGACCTTTACTATGTCAGCGAGTTGGCCAAAATTCACCCCGACAAGGCGATTCGTTTTTACGAAGGGCTCATTGAGGCTCAACCTAAAAACTGGCAAGCCATGAATAATATTGCTTGGTTATTGTCAGAAACCGGGCAAAATGACAGTGCTTATAAATGGATTATGCAAGGACTTAACCTACGTCCCAGTAACCAGGCGCTTTTGAACACCAAGAAGAAAATAGAAGAAGCGCTAAAAGCAAACAAATAG	MDIKNTTRALTLLTTSLFVTACSQMTVEERLAQAQEAAASQDYKQALVHLKAAVQQSPEDVRPRVELAKIYFEVGDMVSAITTFDKVLTQGGDINDFATEYFLALYSMADLDIFDITFEEFKDKLNPAQRASVEIIVAVIAGRSRDEELVALHLKQARDSAVKSNDNASLQRVEDIQSIIEQYLLAAEKPNTDSLNKVVNRYPKDWLVRSLAAEIQQASGEYQAAADNYIALLELKPYFAQLNLKIAETLLKAKAFDDAEQYIDTVLNISADNPLANQQKAVVALSKQDFKDAARHIDVAIAQNYVTTSSIYIAGISHFQIGNYEQALSYLEKLVDKFPPNHPGLQMYIAAKLTAGDSLDAYTLYERYPSLVESNTRLATKAASALLFAGERGKAADILNNVSDDSFTNPVQKQQLGLLKLTAGDIAGTELIEASSAQIVADAAQGNSYQSKLLLVAIKSGEGDANAARAIIQEWIDAEPDEVSNYLISAQFEKFVGNNAALEPIYSKIQTLSPTNIEAMKYFAEKAFKEGKTQAALEEYMKVLQRLPNDQVALTGAYVAAQAISGSKSEYKKIDSLLAENPKTTPFTTLFAAYLKQDYKQVVALARSSVYGYDTQPRANYLMARAYMALEQPLSAIDVLRGAVKSGFATPTVYEAYFEALMMADGNKAALRAMKNAPEEIAENPQILLLKAHILVNEKRYDDAVAIVYALPEPYASAPQAKEIIGRASSGQQNYTNAIASLEQAYNQAKTPKSAQLLYKALVANGEQEKGLAILEESAAQSRGYDDADLYYVSELAKIHPDKAIRFYEGLIEAQPKNWQAMNNIAWLLSETGQNDSAYKWIMQGLNLRPSNQALLNTKKKIEEALKANK	PGPT0022285_1352	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-CELLULOSE_METABOLISM	CE-EPS-CELLULOSE_BIOSYNTHESIS,PGPT0022285-bcsC-K20543	NA	NA
AK237_01222	504	cysE_2	COG1045	Serine acetyltransferase	GTGTTCAGTGTAATAAAAAGTGACCTTAAATATAAACAAGCAACCTTCGCCGATGATGGAGCGCACCTTTCCATGCCGCGCTTATTGCTAACAGACGGCACCAGCGCAACCCTTTTGTTTCGTCTGTCTCATTTTTTTGGCAAAGGTATTTTGAGCCCGCTCGGGTTGCTGTTTCAGATTTTGAACAAATGGTTCAATGGCTGCGTAATTGGCGTAAAAGCTGAGTTCGGTCGGGGAATGGTCATCATGCATCCCGTGGGCGTTGTAATAAATAGCAAAGTAAAAGCCGGTGAAAGAGTTATTATTGAAAGTGGCGTAGTCATTGGCGATGAAAAGGGCCAGTCTCCCATAATCGGCAACGATGTTTTTATCGGCGCCGGCGCTAAAATAATTGGTGGTGTGACCATTGGCAACAACGTAAAAATTGGCGCTAATGCCGTAGTAGTAAAAGACATTCCGTCTGACTGTACGGCGTTAGGCATACCCGCGAAGCCGCGCTCATGA	MFSVIKSDLKYKQATFADDGAHLSMPRLLLTDGTSATLLFRLSHFFGKGILSPLGLLFQILNKWFNGCVIGVKAEFGRGMVIMHPVGVVINSKVKAGERVIIESGVVIGDEKGQSPIIGNDVFIGAGAKIIGGVTIGNNVKIGANAVVVKDIPSDCTALGIPAKPRS	PGPT0020265_5084	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
AK237_01223	1188			hypothetical protein	ATGATGCTTTTATTCACTTACTTATTCTGGATAAGTGTAGGCGCAATCGTTTATACCTATGCAATCTACCCGCTCATCCTTATTAGCGTAAGCAGTCTCAAGCAAGCCATAAAGGACACCCAGTTCGTTTTAAGCAAGCAAGGCCGACGGAAACGAGACGCGACATTACCTGACTTGACAATCGTTATTGCTGCTTATAACGAAGAAAAATGCATAACTGCACGGGTAGAAAACCTGCTCTCACTGGACTACCCTGCCGAGAAAATGCATATCATGATTGGGTCAGACGGAAGTACAGATGGTACCAATGAAGCGTTACGTCAATTCGACGACCCACGCCTAGAAATCATCTTGTTTGAACAGAACCGCGGTAAAATCAATGTGCTTAACGATTTAGTTAGCCGCGTAAAAACGCCTATCACTGTTTTTTCCGACGCTAACACTTTCTTTCAAGCGGATGCACTCACCAAACTTGTTGCTGATTTTCGGGAAGATAACATTGGCGGTGTGTGTGGAGAACTCGAATTGGTCGATGCGTTCTCTGGCAACAATAAAGACAGCTTATATTGGCAATACGAGCAAATACTAAAATTTCACGAATCCCGCATTAACGCTATGCTCGGTGCAAACGGTGCTATCTATGCCATCAGAACAGCGCTTTACGAGCCTCTTCCTGCCAACACGATTATCGATGACTTTTGTGTGTTCATGGGTGTCGCTCGCCAGGGATATCGTCTCACTTACAATCCGGAAGCGAGAGCTATCGAAGAAATAGCGCCTAACTTAAAAGAAGAAGCAAGTCGTCGCGTCCGCATCGGGGCGGGTAACTATCAGGCTATGGCACGATTAACATGGATGCTGAACCCTCTAATTGGAAGCCGCTGGTTTACTTATGTGAGTCACAAAGTAATTCGGTGGTTTGTTCCCCACTTTATGTTACTGGCACTGGTGAGTAATATAGTGTTGGTCTCCAGCAGTCCGGTTTATAGTGTGCTGCTACTGGCACAAATTGCTTTCTATCTTGCCTATATCTACGGACTTAATTTACAAGAAGATAAAAAGGGGAAGCTTGCGGCTATAACTAAATTAGTTACCTTTTTTGTCTCTATGAATTTATCGCTTGGACAAGGCTTTATTCGCTTTTTAACATCTCAACAGTCTGCTACCTGGAAACGAACGGCTCGCTAA	MMLLFTYLFWISVGAIVYTYAIYPLILISVSSLKQAIKDTQFVLSKQGRRKRDATLPDLTIVIAAYNEEKCITARVENLLSLDYPAEKMHIMIGSDGSTDGTNEALRQFDDPRLEIILFEQNRGKINVLNDLVSRVKTPITVFSDANTFFQADALTKLVADFREDNIGGVCGELELVDAFSGNNKDSLYWQYEQILKFHESRINAMLGANGAIYAIRTALYEPLPANTIIDDFCVFMGVARQGYRLTYNPEARAIEEIAPNLKEEASRRVRIGAGNYQAMARLTWMLNPLIGSRWFTYVSHKVIRWFVPHFMLLALVSNIVLVSSSPVYSVLLLAQIAFYLAYIYGLNLQEDKKGKLAAITKLVTFFVSMNLSLGQGFIRFLTSQQSATWKRTAR				NA	NA	NA	NA	NA
AK237_01224	1176			hypothetical protein	ATGATCACTTACATTGTTCTCATTTTACTACTTTTACTACTCATGGCTGTCGGCCTTGGTACAGCGTTGATATACCAGAAGGACATGCAGTCATGGATTCTGGGCTACTGGAAAAAAGCAGCATTTAGTAGCAAACCCACAACTCAGGGCACTACCCACGTGATGTTTTGTTTTGTTGACCACTACGAACCCCAGTGGTTAAACAAGGATAATATTGAGCTTGAGCGTGAGCGGGTAGACAGATGGATGCGCGACTACCCTGTGATGGCAGGCAAATTTACTGACGCCGATGGGTATCATCCTAAGCATTCATTCTTCTTTCCCGAAGAAGAGTACCGAGAAGAGCACCTGAATAAGCTCTCAGACTTGTGTGCGCGGGGATTCGGTGAAATCGAGATCCATCTACATCATGAAAATGACACCAGCGACAATTTAAGAAAGACCCTGAGCACCTTTGCACAAACCCTGCATGAGAAACATGGCGCGCTGGCGACAGACCCGCAAACAGGCAAACCCGTTTATGCATTTATTCATGGGAACTGGGCACTGGATAATTCCCATCCTAAAGGTCATTGGTGCGGCGTAAACGACGAACTTATCGTATTGAAGGAAACCGGTTGTTATGTGGATATGACGTTCCCGTCACCGGATTCCACGCAACCTTCCCTCACTAACTGCTTTCACTACGCCAAGGATGATCCTGCCAAACCTAAATCATACGACAAAGGTAAGTTGATGGAAGTGGGTGGAAGCGAATGGGGTGATCTATTGATCATGCAAGGACCGATGGGCTTTAACAAAGAAGCTTTCAAGTTTGGTATTTTACCGAAGATTGAGCGCGCTGACATTCGTGATAATTGCCGTCCTACACCAGGGCGCATTGATAATTGGGTAGACAAGCATATTCACGTAGAAGGTCAACCCAACTGGATTTTCATTAAAATTCATACTCACGGTGCCCAGGATACTGACATGGGCGCGCTATTGGGCGCACCTGTAGAAGCAATGCACCGTCACCTTAATGAAAAATACAATGACGGTGACAAGTACAAACTTCACTATGTCAGCGCAAGGGAAATGTACAACATCGCAAAAGCGGCAGAGGCAGGTAAACAAGGCGATCCGAATGAATACCGGGACTTCATACTGAAAAAGCCAGCATTTAAAAGGATGTAG	MITYIVLILLLLLLMAVGLGTALIYQKDMQSWILGYWKKAAFSSKPTTQGTTHVMFCFVDHYEPQWLNKDNIELERERVDRWMRDYPVMAGKFTDADGYHPKHSFFFPEEEYREEHLNKLSDLCARGFGEIEIHLHHENDTSDNLRKTLSTFAQTLHEKHGALATDPQTGKPVYAFIHGNWALDNSHPKGHWCGVNDELIVLKETGCYVDMTFPSPDSTQPSLTNCFHYAKDDPAKPKSYDKGKLMEVGGSEWGDLLIMQGPMGFNKEAFKFGILPKIERADIRDNCRPTPGRIDNWVDKHIHVEGQPNWIFIKIHTHGAQDTDMGALLGAPVEAMHRHLNEKYNDGDKYKLHYVSAREMYNIAKAAEAGKQGDPNEYRDFILKKPAFKRM				NA	NA	NA	NA	NA
AK237_01225	984			hypothetical protein	GTGCTAGCGAAACGGATACAGTCAAAGGTCGAGTCTTTGCTTGGCGTCTCTGATTTTCGGTGGAAACATCTGCCTAATGGCGTATATGTTTTGAATTTGCACCGAATAGGAGATATCAGCAGGAGTAAGCTCGACCCTAACGTCTACTCATGCTCGGCTGAAAAGCTTGAACAGCACCTTGCCTATCTTAAGCAGTATTTCGATGTCGTGAGCTTAAACGAGCTGATTGACCTTGTATCGAAAAAAGATCGCGCCGACGGTCGCTATCTTCTGGTAACGTTTGACGACGGTTACAAAGATAACTACGAACTCGCACTGCCGATTTTAAAATCCCTTCATATCCCTGCGGTGTTCTTTATTGCTACCGGCTTGATTGAGAACAATGAGCTTCCATGGTGGGATAAAGTCGCTTACTTAATTCAACGATCCCACATTCAGAAAATAAAACTTCCTTACTGGAAGGATACGGTTGAACACAAGGGAAATAAGCAAATTTTTATCCGATTAATTCTCAATCAGATAAAAAGCTGCCAATCGCCTATTAAAAAGCAGATTACAGATATTGAAAACTTTGTCGGCATGCCCTCCCCTTACCCTGGCGCAGAATTTATGTCATGGGATGATGTGGTTGCGTTAAGTCAGGAGGGAATGGATATCGGTGCACATTCCCACAGTCATGATATTTTAGCGAAACTTGATGACGAACAGATGCTGTTCGAATTGAGTCACTCGAAATCATTGCTTGAGGAGCATCTGGGCAAGCCTGTTCGCGCGTTTAGTTATCCTGTGGGTAGCAAAAATACGTATAACGATTTCGTTATTGAGGCGTTGAAGGATAACGGTTACGAGATAGCATTTAATTTTCACCCTGGAGTGAATGTGAATCTTGCAAAGAACCGATACGACCTATGTCGCTTTCCCATTGAATACATGATGGACGACGTAGCATTGAAGAAGATGCTGACTTACGCCAAACGGGTTTAA	MLAKRIQSKVESLLGVSDFRWKHLPNGVYVLNLHRIGDISRSKLDPNVYSCSAEKLEQHLAYLKQYFDVVSLNELIDLVSKKDRADGRYLLVTFDDGYKDNYELALPILKSLHIPAVFFIATGLIENNELPWWDKVAYLIQRSHIQKIKLPYWKDTVEHKGNKQIFIRLILNQIKSCQSPIKKQITDIENFVGMPSPYPGAEFMSWDDVVALSQEGMDIGAHSHSHDILAKLDDEQMLFELSHSKSLLEEHLGKPVRAFSYPVGSKNTYNDFVIEALKDNGYEIAFNFHPGVNVNLAKNRYDLCRFPIEYMMDDVALKKMLTYAKRV				NA	NA	NA	NA	NA
AK237_01226	1053	gtfA		UDP-N-acetylglucosamine--peptide N-acetylglucosaminyltransferase GtfA subunit	ATGAGCATATCCCCAAGAATTTTACACTGCGTGAGCAGTTTTCAGGTTGGCGGTGCTGAAAAGTGCGCGGTCAATTTACTGACCTATCAGCATGAACAAGGCTTGAAGGTAGCTGCGTTGAGTTTTGGCAAACCCTCTGATCCTTTTCAGGCGGTTCTCGCTCAACGTAATATCAGAGTTATTAACAACAATGAAAATGTGATCCGTCGTCTTGCCAAAGCGAAACGTATGTTTAAAGACTTCGATATTATCCACATTCATTCTCCGGCCGTTATACGGGCGTTCATGCCTATCTTTCCATTTCTTATCGGAAAAAAAGTCATTTATACCCATCATGGTGAAGATTCGCCAAATCAGCGGGGCATGCGACTGAGTCATTGGATTGCCGCTTTATATCTCACCAAAGATTTTGCCGTTTCTGAAAAAGTGAAGCAAAGTGTCAAAGCAAGATACAACTGGGAGCCGGCACGTACCGAGGTCATTTCAAATGGTGTACTCGTGAATGCGCAAGTGAACAGTACGCCCGGTCACCCCTTCAAATTTGGTTGTGTGGCACGTATGGTGCCTTTAAAACAAATCGATAAGGTCGTTCACGCATTTGCCGAAGCCGCTATTGAAAATAGCGAGTTACATCTGTTTGGTGACGGGCCTGAGCGCCCTGTGGTAGAGCAAGCGATTAAAATGCACGGGTTGTCATCTACCGTAAAGTTACACGGTAATGTGTTGGATGAAGACGCGATTTACAAGCATATTGATTGTCTGGTGATAAATTCTACCACCGAAGGTCTTCCAATGGCGTTAATTGAAGCCTTGGCGAGAGGTATTCCAGCAATTTCAACTCAGGTGGGTGAGATCCCAAACCTAGATCGAAAACACCACTTTTGCCTGTTCGTCGATGACGACATTTCAGATTTAGCCCACAAAATGCAACAGCTCGCATCAGCGCCCGAACAATGGCGCACTCTTTCACAAAACGGTAAGCAGCTTGTGCAGGACACTTTTTCTATCGCGCAGGTATCAGACACCTATTTACATGCAGTAAACCAGGCATGA	MSISPRILHCVSSFQVGGAEKCAVNLLTYQHEQGLKVAALSFGKPSDPFQAVLAQRNIRVINNNENVIRRLAKAKRMFKDFDIIHIHSPAVIRAFMPIFPFLIGKKVIYTHHGEDSPNQRGMRLSHWIAALYLTKDFAVSEKVKQSVKARYNWEPARTEVISNGVLVNAQVNSTPGHPFKFGCVARMVPLKQIDKVVHAFAEAAIENSELHLFGDGPERPVVEQAIKMHGLSSTVKLHGNVLDEDAIYKHIDCLVINSTTEGLPMALIEALARGIPAISTQVGEIPNLDRKHHFCLFVDDDISDLAHKMQQLASAPEQWRTLSQNGKQLVQDTFSIAQVSDTYLHAVNQA	PGPT0019565_1850	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
AK237_01227	1122	tuaC	COG0438	Putative teichuronic acid biosynthesis glycosyltransferase TuaC	ATGAAGTCGACATCAATTCTCTATTTTACCAACTTATACCCGTTGCCATGGGAACCTACCCGTGCTGCTTACAACTACCAGATTGTCGGAGCACTCAGGCAACACGCTAACGTAGAAGTGCTAACACCGGTCCCCGCCCCACTGTGGTTTAGGCAGTGGCGTAAAGGAGCGTTAAAGGATCAGGAAACAACAACCTTTCCTTTTTTCTATTTGCCGGGATTTGGTCGCAGGACATACGCCGCCACCATGCTTTTATCAATGTTGCTGTGTATCTACCCTTTCATCAAGCTGGCCAGAGCAAAGCATGTCGTTGCCAGCTGGGCTTTCCCTGAAGGGGTTGTGGCAGCGTGGTGTAAAAAATGGTTCGGAAGCAAAGTCGTTATCCATTGCGTGGGCACTGATATTAATCACCATTTCCAACACGGCGCCAGGCAAAAGCAAATGCTAAAAGCGTTTCGCCAGGCCGATCGTGTCGTGACCGTGAGTAAAGATCTGGCGCAAAAGATACATCAGCATGCCTTAGCGGACACCCAAATTGATGTCGTGTATAACGGTGTAAGCTTTGACGCCTTTACACTAAACCTTGCGCCTAAACCTAAAGCACCTTTTCTGTTTATTGGTAACCTGATAAAAACAAAAGGCATCTTCGAACTGGCTGAGGCGATGGCATTGCTAACGCCTTCCTACCCGGATATCCACTTAAGCATTGTGGGAAAAGGGCCCGAAAGCGATACCCTGCGGGCAAAGGTTGCGGCGATGGGATTATCGGCTAACGTCACCTTTCACGGTGCGGTACTACACAAAGATATTCCGGCACTGCTGGCTGACGCTAAAGCGCTGGTATTACCCAGTTATCGCGAAGGCGTACCGAATGTGATTATGGAAGCGCTCGCAGCCGGTATTCCGGCTGTGGCAACTGCCGTAGGCGGAATACCCGAAATCATACAAGACGGGGAAAACGGCGTACTGATACAATCCTTATCCCCCCAAGACGTTGCAAACAGCATGGAACGAGCGCTTAATACAACGTGGCAGCCAAACGCGCTGCGTGCATCAATAACAATGTACACGTGGGAGAATTGCGCACAAGGCTTTCTGAATGCGTTAAAGCTAAACGCCTAA	MKSTSILYFTNLYPLPWEPTRAAYNYQIVGALRQHANVEVLTPVPAPLWFRQWRKGALKDQETTTFPFFYLPGFGRRTYAATMLLSMLLCIYPFIKLARAKHVVASWAFPEGVVAAWCKKWFGSKVVIHCVGTDINHHFQHGARQKQMLKAFRQADRVVTVSKDLAQKIHQHALADTQIDVVYNGVSFDAFTLNLAPKPKAPFLFIGNLIKTKGIFELAEAMALLTPSYPDIHLSIVGKGPESDTLRAKVAAMGLSANVTFHGAVLHKDIPALLADAKALVLPSYREGVPNVIMEALAAGIPAVATAVGGIPEIIQDGENGVLIQSLSPQDVANSMERALNTTWQPNALRASITMYTWENCAQGFLNALKLNA	PGPT0015210_325	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
AK237_01228	1077			hypothetical protein	ATGATTCACGTTAAGGTTTGCCGCTCTATTGGTGAAGCGCGAGACCTGGCGCCACAATGGCGGCAACTTTATTCGCACTCGTCAAACGCGCACATTTTTCTAAGTGCCGACTGGCACCTCACCTGGCTAGACACCTATACGAGCCTGATTGCTACACTGCATATCCTGTGCGTTTATAACAATGACACCCTCATTGCGTTGCTCCCTCTTTATCAGAAGAAAGGTGAGCGCTTTCAACTGCGTTTTGTCGGCACTGGCGAACCGCTGCAGAGTGAGGTTTGTTCTGAGTATCACGACATTCTGGTCAGGAAGGGGCACGAAACGGACGTGTTGACTCCTCTTTGTCAGCTGCTTATTGCAACCGGTAAGGGTCTGCATCTGGACAATGTAAGTCAAGGGTCTTATTTACACACACTGTGCGATGCGTGCTATGACGAAAGGCTGATAAAGCGAATAGATGGTCAGTCGCGCTACTTTTCGCATATCGACGATAATGCTTTAGCGACGTCAAAGCTGCGAAAAAAGTCACGTCGCTTTTATAATTTGTTTAATCGGCTTGAAGGCCGTTTCCGCGTATGTGAGTCAGCGCAAGAGGTGCCCGCGTTTTTCGCTACGCTGGTTAACTTGCACAATCAACGTTGGCGGAGCAAGCAGAGTCATACCATTTTTGATGATCCACAGTTTTTAGCATTTCATCAGACATTCATTGAAACGAGTTTTAGCCGGGGTGAGATTGTGCTGGCGTTGCTTGAGGTATCCGGAAAACCGGTAAGTGCTTTTTATGGTATGCGAAGCACAAGTGCGCTTTATTTTTATCAAGGTGGCATCGACACTTCGTTTACGCCGAATATTTCACCCGGAACATTAATACACTATTTTGTGGCTGAGTTCGCACAAGCGAATGGCATATCTACGTATGATTTTCTGTCAAGCAGCAGTACGAACAGCTATAAATCTACTCTTGCCGACGCAACAGAGCCTGTTTATGGTATTGATGCCTATGCCAGGCGCTCTCATCAAAGGTGGAGTGAATGGTTGCGCATTGGCAGAAAGGTTCGTCGTAAGTTAGGCGTTTAG	MIHVKVCRSIGEARDLAPQWRQLYSHSSNAHIFLSADWHLTWLDTYTSLIATLHILCVYNNDTLIALLPLYQKKGERFQLRFVGTGEPLQSEVCSEYHDILVRKGHETDVLTPLCQLLIATGKGLHLDNVSQGSYLHTLCDACYDERLIKRIDGQSRYFSHIDDNALATSKLRKKSRRFYNLFNRLEGRFRVCESAQEVPAFFATLVNLHNQRWRSKQSHTIFDDPQFLAFHQTFIETSFSRGEIVLALLEVSGKPVSAFYGMRSTSALYFYQGGIDTSFTPNISPGTLIHYFVAEFAQANGISTYDFLSSSSTNSYKSTLADATEPVYGIDAYARRSHQRWSEWLRIGRKVRRKLGV				NA	NA	NA	NA	NA
AK237_01229	1449			hypothetical protein	ATGAAGCAAAACACGGGAGTGATGGGGTTTCTACAATCCCATCCTGCACGCGCCATATTCTTCGTATTAAGTGGTTTGGCTATATTATGGGCGGTAGTTAACTATCCGGTCATGATCACATTATGGCGCCATGGGTTTGATGACGGCACCTATTCTCACGCTTATCTTATTCCTTTCATCTTTCTTTATTTACTGTACGTTCTGGCAGTTCGCGGAGAGCTCATTCCCCGGCAGGAACTGTACTGGCCTGTCATTGTTGCCTTTATTCTGGTGTTTTTAGGGTATAGCTTTTCAATTGCTGCACAGCTTAGCTTGTTGTATTGGGTGTTCTCACTCGCTTTGCTTGCCAACGCGTACTGGTTAATCGTCAGATTTTCGATGGGGTTGGCGTACGCTCTGGCATTCCTCTTATTTATGTACCCCATGTGGGGAGCATTACAATTCGTGCTGCAACATATGTCGGTTTTTGCCGTAATGAAAATCATGGGGCTGACAGGGATCCCCACGTATGTTGAAAATACGTCGGTAATGATTCCCGAGGGGACATTTGTAATTGCCGGTGGGTGCAGTGGCTTGCGTTATTTCATCGTGTCTTTGGCCATAGGCTCTTTGTTTGTCTTTTTGAATTTGCGTAACAAACGATCTATCGCCAAGTTTATGGCTTTAGCAATAGTTGGTGCCCTGATCACCAATTGGATACGCATTGTTGCGCTTATCCTTATTGGTCACTTCACCGATATGCAAAGTGATTTAATGCGAGACCACAATAATTTTGGGTGGTATATCTACGCGCCCTTTATTGTTTTACTGTTTTGGTTTGGCGAAAAACTAGTTAAAAAAGAACGCGGCGACTTTCAGTCGGAACAAGAAGAGGCGGCGTCAACTTCTTTATTCCCCCTATCCAGGCCGACGCTGATTGTGGCGTGTATCGGTATTTTGCTGTCGTCTTCAGCGCTGCAGCTATCACTTCATGCCAGGACGCCTCAGGTGGCCGCTTCTTGTGCGCCTTTGGATGCGTTAGGTGAAGCCAAACCTCATTTACCTTATCCGGCCACCACGTGCGTTAAGCAACAAACGGCAGGGGGAGTAGCATTCGATACCTTGAGCGTCCTGTTTACTGGCGCAGACCTGGACGGTAAGCCAACACAATATCAGGTGGCGATGACGCCAGAGGGCTGGAAAGAACTGGATAGACGTATCAATGGAAAATGGACTATTAAGTTGATGGGAGAAGGCCGTAGGAGGCATTTCATCGCTTACAGCTACATTGCTCCGGGTGGCCAGGTTGCCACAGAAGGCGAGATGAAAAAGCTGCGCATAAAAAATGCACTTACCGCAGAGCGTCGTTCCGGATTGCTTTGGGCTCATGCCGTTTGTGATGCAAACTGCGATAGTATCGCGGCACAGTGGCCGGCCGTTGCAGAGGCCTTTCAACTTACCCGGTTCTGA	MKQNTGVMGFLQSHPARAIFFVLSGLAILWAVVNYPVMITLWRHGFDDGTYSHAYLIPFIFLYLLYVLAVRGELIPRQELYWPVIVAFILVFLGYSFSIAAQLSLLYWVFSLALLANAYWLIVRFSMGLAYALAFLLFMYPMWGALQFVLQHMSVFAVMKIMGLTGIPTYVENTSVMIPEGTFVIAGGCSGLRYFIVSLAIGSLFVFLNLRNKRSIAKFMALAIVGALITNWIRIVALILIGHFTDMQSDLMRDHNNFGWYIYAPFIVLLFWFGEKLVKKERGDFQSEQEEAASTSLFPLSRPTLIVACIGILLSSSALQLSLHARTPQVAASCAPLDALGEAKPHLPYPATTCVKQQTAGGVAFDTLSVLFTGADLDGKPTQYQVAMTPEGWKELDRRINGKWTIKLMGEGRRRHFIAYSYIAPGGQVATEGEMKKLRIKNALTAERRSGLLWAHAVCDANCDSIAAQWPAVAEAFQLTRF				NA	NA	NA	NA	NA
AK237_01230	1413			hypothetical protein	GTGGCGATAAATAAGCACAATCAGAGCAAGCGATCAAATATACTTGTAGTGACCGAAGCTCTGCTCGTTGCGTATATGGGTTACATTACGCAGTTCATTTTGGTTCAAATTGGCGTAAGCGAACCTGTCACAATCGAAAAGCTCGTTGTCAACGTAGGCATGCTTACCGTTTGCATATTGCTTTGTTCTTTATCGGTAGGGTTATACGAAGCTAAGCTGCGAGAGACCTTTCGCGGCATCATAAGACGTATATTTGTCAGTGTTGGGTTAAGTTACTTCATGGTAGAAGTGGTCAGCAGGGCATTGTTCGATGAACTTGCTATGCATTCCTACTTCCTGCCTGCCGCTGTATCCAGCATCATTATTACACTTGTCATCTTCCGTTACTTTACAAATCGCCTGGGCCTGCTGGGGCTTGGCAAGGTGCGTATTGTTGTTTTGGGGGCGGGTGAACGCGCATCAATTATCGAAAAGCGCATGCGTCGTGACGTCGACCGTATCGGATTTGACCTCATGGGATTTATCCCCATTCCGGGCGATAATCGTGAGGATGGCATCAAAAAAGAAAAAATCATTCATGTGAAAGTGGATGAAAACTTTCAGCAATTTATTGCTGATAATGACATTGAAGAAATTGTCATCGCTTGTGACCAACGCCGTGGCACGTTGCCTATCGACGTGTTGTTTGAATGCAGACTGCGAGGCATTGAAGTTACTGACCTGCTCGACTTTATGGAAAGGGAAACAGGCCAAATCGTGGTCAATTTGATGTACCCAAGCTGGGTGATTTACTCAAACGGTTTCCATAGCCAAAACTACTTACGTGATGCAATGGATTACCTGTTAAATGCTTTTCTGGCTTCTTTTGTCTTCTTGTTTACCTGGCCGTTTATGCTCATCACCGCCACCATAATCTGGCTGGACGACGGGCGTCGAACAGGGGCGTCGGTATTTTACAAACAAGAGCGCGTGGGTTTAAACGGGAAATTGTTTAAAATCATAAAGTTCAGAAGTATGCGTCCTGATGCTGAAAAAGACGGCGCTAAATGGGCGAGTAAAAATGATGATCGTGTCACACGAATTGGTCATTTTATCCGTAAATACCGTATCGATGAGCTGCCTCAGTTATTTAACGTCTTCAAGGGCGAAATGGCATTTATTGGTCCACGACCTGAACGCCCTGAATTTGTTGAAAAACTCGTGCGTGAAGTCCCGTATTACAATCAACGCCATAACGTAAAACCGGGGCTGGCTGGTTGGGCACAGCTCAACTATCCGTACGGTGCAAGTGTTGAAGACTCCATGGAAAAGCTCAAGTTTGACCTTTACTATGTGAAACACCAGAGCTTGCTGTTAGACATCCTGATTTTGATCAGAACCGTTGAGATTGTCTTATTCGGTAAAGGTAGATAA	MAINKHNQSKRSNILVVTEALLVAYMGYITQFILVQIGVSEPVTIEKLVVNVGMLTVCILLCSLSVGLYEAKLRETFRGIIRRIFVSVGLSYFMVEVVSRALFDELAMHSYFLPAAVSSIIITLVIFRYFTNRLGLLGLGKVRIVVLGAGERASIIEKRMRRDVDRIGFDLMGFIPIPGDNREDGIKKEKIIHVKVDENFQQFIADNDIEEIVIACDQRRGTLPIDVLFECRLRGIEVTDLLDFMERETGQIVVNLMYPSWVIYSNGFHSQNYLRDAMDYLLNAFLASFVFLFTWPFMLITATIIWLDDGRRTGASVFYKQERVGLNGKLFKIIKFRSMRPDAEKDGAKWASKNDDRVTRIGHFIRKYRIDELPQLFNVFKGEMAFIGPRPERPEFVEKLVREVPYYNQRHNVKPGLAGWAQLNYPYGASVEDSMEKLKFDLYYVKHQSLLLDILILIRTVEIVLFGKGR				NA	NA	NA	NA	NA
AK237_01231	633			hypothetical protein	ATGTACTGGTCTAAACACGTTTTAAGTTTGACGGTTGTCGGCGCAATGACAGCCCTTTCAGGATGCACAAGCCACTCAACGTTGCCAGAAGCAACGTCACACCCTTCACAAACAACCAACGTGAATGATTACCAATACCTTATCGGTCCAGGTGATTCATTAACGATATTTGTTTGGCGTAACCCTGAAATTTCAGGACAATTTATCGTTCGTCCTGACGGTAAAGTTACTACTTCATTAGTAGAAGACGTTGATGTAGCAGGCAAAACGCCGTCTATGTTAGCCCGCGAGCTTGAAGACAAGCTTTCTACTTATATCAATAATCCTCGCGTGACAGTAAGTGTCACTAACTTCGCGGGTCCGTTAAGTGAACAGGTTCGGGTCATTGGTGAAGCAACCAATCCTCGTGCTATTAGTTACTCTGAGAATATGACCCTGCTGGATCTTATGATTGCGGTAGGTGGTCTGACTGAATTTGCGAACGGTAACGACGCAAAGTTGGTTCGGGTCGTTGAAGGACGTCAAACGACTTATGACGTAAATATTGATGATCTAATTCGAGACGGAGACATTACTAAGAACGTCGATATCCTGCCTGGCGATATCGTAATCATTCCAGAAGCCTGGTTCTAG	MYWSKHVLSLTVVGAMTALSGCTSHSTLPEATSHPSQTTNVNDYQYLIGPGDSLTIFVWRNPEISGQFIVRPDGKVTTSLVEDVDVAGKTPSMLARELEDKLSTYINNPRVTVSVTNFAGPLSEQVRVIGEATNPRAISYSENMTLLDLMIAVGGLTEFANGNDAKLVRVVEGRQTTYDVNIDDLIRDGDITKNVDILPGDIVIIPEAWF	PGPT0025530_3711	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-EXOPOLYSACCHARIDE_TRANSPORT	CE-EPS-EXOPOLYSACCHARIDE_TRANSPORT-1,PGPT0025530-wza|gfcE|epsA-K01991	NA	NA
AK237_01232	1575			hypothetical protein	ATGCAGGATTTACAGCGCACCCTTGGTCAGCTGAGTGACTATTTAAAGGGAATTTGGGTTAAAAAGCGTCTAATAATGGTGTGTACCTGGATACTCTGTCCAATAGGTTTCGCTTACGTTGCACTCTTACCAGACGTTTATCGCTCTCAAGCAGTGGTATTCGTCGATACCCGTTCAGTATTACAACCTTTGTTAAAAGGTCTGGCTATCCAATCCAACCCGGATCAGGAAATTCAGATGATGGCAAAGACACTGCTGAGCCGCTCAAACGTAGAAACCATCGCGCGAGAAAGTGATTTAGATCTGACTACAACCACTGACCAGGAATTCAACAGCCTGGTCATTGGTTTAACGCAGCAGATCCAATTACGCTCAACGGGCAGAGACAATATTTTTACCATCTCTTATGAAAATAAGAGCCCTGCCATGGCGCAGACCGTGGTTCAGGAAACGTTAAACTTGTTTGTAGAGGGTGCGTTAGGCAATAACCGCCGCGATACCGACACGGCGAACCGATTCTTAGATGAACAAATAGCCGAGTACGAATCTCGTCTTTCAGAGGCTGAACAACGACTTGCCGACTTTAAACGACAGTACAACAATATTTTGCCTTTGCAAGGTACGTTCTACTCGACACTCCAGTCTTTAAGTAACGAGTTAGAAGCCACTCGTCTTCAAATCAAGCAAACCACCCAGCAGGTTGAATCGTTGGAAAACCAGTTATCGAAAGCGAAGAACGCGGGCGATAGTTTTGGTGTAACCAATCAAACGGATTCCGTACTACGCACACGCTACGATGAGCGGATAAAGTCGCTTGAAGAAAAGCTGGACGATCTGCAACTGCGTTTCACCGAACAACACCCTGATGTGATCGAAACCAAAGCGCTGTTAGCGAATTTGGAAGAAGCACGCCAGAAAGAAATCGATGCGTTCCTTAATGCAGGAAGTGACGATGAGGGTGATGTGCCGATGAGCGATTTGAATCAAGAGCTCAAGCTGGAAATCAGTCGTCATCAAAGCTCGGTGGCTGCACTGACCGTAAAAGAACAAGATTTGCAGCGCCGTATTGCCTCGCTGGAGTCAAAAATCGATTTAGTGCCGCAAATTGAAGCTGAATCTGCGGCACTGAACCGTGACTACGACATTACCAAGAAGAAATACGAAGAACTTCTTGCTCGTCGTGAATCTGCCGATCTATCACGTCGTGCAGACGTTTCAGCAGAAGAGTTACAGTTCAGAATTATCGAACCACCGCTGCAGCCTAACGATCCTTCAGGTCCGCATCGCATAATCTTCTATACTTTAGTGCTTATCGTGAGTTTTGGTTTAGGCATTGGCCTGGCTTTCCTTTTCAGTCAGCTCTCGCCGTTACTAGTCAGAGCCTCACAATTGCATCAAATTACCGACTACCCGGTATGGGGAACGGTAACGCACTTAAATATTGATAACATTCGAAAGACAAACCGTATGCGCATGGGCATATTCTTGTTGTCCTCTGGTGTATTGATAATGATTTACGGCGTACTTGTCGGTGCAGAATTGCTTAATATTGATTTACTGCAGGGTGTTTTATAA	MQDLQRTLGQLSDYLKGIWVKKRLIMVCTWILCPIGFAYVALLPDVYRSQAVVFVDTRSVLQPLLKGLAIQSNPDQEIQMMAKTLLSRSNVETIARESDLDLTTTTDQEFNSLVIGLTQQIQLRSTGRDNIFTISYENKSPAMAQTVVQETLNLFVEGALGNNRRDTDTANRFLDEQIAEYESRLSEAEQRLADFKRQYNNILPLQGTFYSTLQSLSNELEATRLQIKQTTQQVESLENQLSKAKNAGDSFGVTNQTDSVLRTRYDERIKSLEEKLDDLQLRFTEQHPDVIETKALLANLEEARQKEIDAFLNAGSDDEGDVPMSDLNQELKLEISRHQSSVAALTVKEQDLQRRIASLESKIDLVPQIEAESAALNRDYDITKKKYEELLARRESADLSRRADVSAEELQFRIIEPPLQPNDPSGPHRIIFYTLVLIVSFGLGIGLAFLFSQLSPLLVRASQLHQITDYPVWGTVTHLNIDNIRKTNRMRMGIFLLSSGVLIMIYGVLVGAELLNIDLLQGVL				NA	NA	NA	NA	NA
AK237_01233	921			hypothetical protein	ATGAGCAGTACTATTGAAAAAGCGCTTCAGCGACAACGTGAAGCGCAAAAGAAACAAGCTGAATTGGCAGCGCAGCAGAACGCAGACAATGCACACGACACGGCGGATACGTCGGCCGTTGCATCGAAGCCTGCCCGACCAGCAAAAGCAACCAGGCAAATGGGTCCTGCGACCCAACTAGACCCATTTGCGTTAGACATCGAACGTCTTGAGCAAAACGGACACATTTCTATTAATGGTGTGCGAAAGCAGATCAACGAGGAATACCGTGAAATTAAGCGAAAGTTAATTAACAACGCTTTTGGTCCGTTATCTTCCACGTTGAAAAACAGCAATATTATTATGGTTACCAGCGGTCGCCCGTCTGAGGGTAAAACCTTCACCGCGTGTAATCTGGCAATGAGTATCGCTGCAGAACAAGACAAAACGGTCCTGCTCGTAGACGCCGATGTGTTAAAGCCCAATGTGCTGAACACCCTGGGCTTAGAACGCAGAAAAGGTCTGATGGAATACCTGACGGGTGAGGTTGAAGACATTTCTGACGTCCTCTACCCCACCAACCTGGATAAACTGAAGATTATTCCAGCGGGTAAGTCTCACCATCTCACAACAGAACTTCTTGCCAGCGAAAAAATGGCGGAAACAGTGAATGAGTTTGCAAACCGTTATCCTGACCGCATCGTAATTTTCGATACACCACCGCTTATTGGTATTACCGAAACAGCGGTACTGGCAAACTTAGCCGGACAAGCCGTGGTTGTGGTTGAAGAAGGTAAATCTAAATTAAATGACGTTCGCCACGCGGTAGAACGTTTAAACCCGGACATGGCAATCGGCTTCGTCGTTAATAAATCGGTGAATAATGATCCGGAAGGAACCGGCTACTATGGATATTACTACGCAGAAAGGCAAGACACTTAG	MSSTIEKALQRQREAQKKQAELAAQQNADNAHDTADTSAVASKPARPAKATRQMGPATQLDPFALDIERLEQNGHISINGVRKQINEEYREIKRKLINNAFGPLSSTLKNSNIIMVTSGRPSEGKTFTACNLAMSIAAEQDKTVLLVDADVLKPNVLNTLGLERRKGLMEYLTGEVEDISDVLYPTNLDKLKIIPAGKSHHLTTELLASEKMAETVNEFANRYPDRIVIFDTPPLIGITETAVLANLAGQAVVVVEEGKSKLNDVRHAVERLNPDMAIGFVVNKSVNNDPEGTGYYGYYYAERQDT				NA	NA	NA	NA	NA
AK237_01234	1680			hypothetical protein	ATGGATATTACTACGCAGAAAGGCAAGACACTTAGTATGCGAGCATCTAAGCGCTTAACAAAGAACTGGTTACCTGCGTTATCGCCATTAGCGCTTTTACTAATGGCCCATTATAGCCAGGCAGAAGGTTTGAATGTGTCTGGTTCTGTAGAAGGCAAAACGTTACTTCAAAACCGTCATTCCGATGTCAGGGATGAAGAGTTGGTCACCTATTCGGTTCGACCTGAGGCACGCATTGGCTATTCTACGAGAACCTTCAAAGGATATGTTAACGGCAGTGTCACGCAGATGGAGCGGGATTCTGATGACGCGGTGCGTAAAGATACCTACGCAGAATATGCTTATGGCGCAAGCTGGGAAGCAATTGATAATCTGCTGATGTTGGAAGCGCGGGGAAACCAGCGTTTCCTCGATAACACCGGTGCAAACTTTCTTATCTCAGACTATTTTCTTTATGCAGAAGAACTGGTTAAGGTTGAAACGCAATCATATAGTGCAACATTAACCCTTCCACAAGGTGATACCGTTGCAGGCGGCGGCTCGGTGAATTGGTCAACAGGTCAGGCTGACGAATCAGAATACAGACCCACATCGACATTCAATAACGATTCTATGTCTGCTGATTTTTACCTGATGAATGGTAACGATGCGCAAAACTACTATTGGAATCTCGCTACTACGTACAGAGATTTAGAGCGTGATGAACAAACCGCTAACGGCGACTATACCGGCACGTACGTAACTGGTTCGCTAGACTCAATGGTGTATGGACCATTTGCACTGCGCGTTTCTGCTAGTTACGATTCCAACGAATTGACCGATCGGACAGACGAGTTCAGCAACGAGCGGGAATTCAAAAGCTATGGTATTGGTATCACTTATCGCGAAGATGCAGGCCACTACGTTTCGATAACCGCGAATAAGGTGAACTCCGACGTTCAACGTGACGATGGTGACATTTTCGTCGGAGTAGATACCCGCTGGGCCATTACCCCAAGAACCAGCTTCCAGGCTTCTTACGGTCGTCGCTTCTATGGCAAGTCAGCAAATGCTTCATTGACTTACAACACGCGTAAAATTCGCGGTGCATTGCGATATACAGAGGAAGTTACCTCGTACAGTCAACTTGTTGCAAATCCCCAATCACTGGGGCTGTTTGTTTGCCCTGGTGGACAATTTTCGGCAGAAGACTGTTTCCAGCCATCCTCGCTTAACTACGAGTTAGGAGACGGTGAGCGGTATATTCAGTTCCTTGATGCCGGCATCGAAACATCTAACAGTGTGATTTTACGTAAGTCTGCGACGAGTGAGTTTGGGTTACAAGGCAGAAAAGCAACGCTCTTATTCAATTTGCAATATGCTGACGATAACTTCCTGGAGTTTAACCGTCAGCGAACTATTTATTCTGCCAACGTAAGTGGTACATACGATTTAGGGAGAAGAACAACCTTACTAGGTAGTCTCCGCTACGGCACCACAGAGCAAGACAACGGTACGAGCACGTCAGACAGCGAACAGTGGCTTACCTCTGTTGGCCTTCGTCGTGATTTCGGTCAGCACTTAAGTGGCGACCTGGAAGCTGGCTATATGAAGCGTACAGGCTCATTAGCCACATCGGTGTATGGCCCGAACTACGATGAACGGCGCATTACCGTTACCATTCGGTACGATTTCGAATAA	MDITTQKGKTLSMRASKRLTKNWLPALSPLALLLMAHYSQAEGLNVSGSVEGKTLLQNRHSDVRDEELVTYSVRPEARIGYSTRTFKGYVNGSVTQMERDSDDAVRKDTYAEYAYGASWEAIDNLLMLEARGNQRFLDNTGANFLISDYFLYAEELVKVETQSYSATLTLPQGDTVAGGGSVNWSTGQADESEYRPTSTFNNDSMSADFYLMNGNDAQNYYWNLATTYRDLERDEQTANGDYTGTYVTGSLDSMVYGPFALRVSASYDSNELTDRTDEFSNEREFKSYGIGITYREDAGHYVSITANKVNSDVQRDDGDIFVGVDTRWAITPRTSFQASYGRRFYGKSANASLTYNTRKIRGALRYTEEVTSYSQLVANPQSLGLFVCPGGQFSAEDCFQPSSLNYELGDGERYIQFLDAGIETSNSVILRKSATSEFGLQGRKATLLFNLQYADDNFLEFNRQRTIYSANVSGTYDLGRRTTLLGSLRYGTTEQDNGTSTSDSEQWLTSVGLRRDFGQHLSGDLEAGYMKRTGSLATSVYGPNYDERRITVTIRYDFE				NA	NA	NA	NA	NA
AK237_01235	1101			hypothetical protein	ATGTACGAAAGTTTTTATGGACTCGATTCCAAGCCGTTCCAACTTACTCCGGATCCGGCGTTTTTCTTTGCCAGTAAATGGCACAAACGTGCAATGTCTTACTTACAGTATGGCTTATCTCAGGCTGAAGGATTTATCGTTATTACTGGGGACATTGGTACGGGTAAAACGACCATAGCGAATAGCTTACTTGCGGATATTGAAGACGATATCGTTGCCGCACAGATTGTCACGCCGAAGTTGTCTCCGGACGAACTGGTGAAAATGGTGGCATCTAAATTTGAGATTAAAGTGGCGGGTTTAACCAAAGCCGATATCTTAAAAGAGCTGGAAACTTTTTTATTCGATCTTAGTAAGCAGGGGCGTCGGGCGCTGTTGCTGGTGGATGAGGCGCAAAACCTGCCACTGGAAACAATCGAAGAACTTCGCATGCTGTCTAACTTTCAACAGTTTGGTAAGCCGTTATTGCAAAGCTTCCTGTTAGGTCAGGAAGAGTTGCAGCCAATTTTGCGTGCGCCGAATATGGAGCAGTTCAGACAGCGCATTGTCGCTTCCTGTCACCTTGCCCCGTTAGTGGAAGAAGAGACTAAGCGCTATATCGAATACCGTATGCACCACGCCGGCTGGAAGGGCGAGTCTCTGTTTTCCGACGAAGCCTTTTCCCGCATTCATGAATTTACCCGTGGTGTCCCGCGTAAGATTAATACGTTGATGGACCGTATTTTATTGTTCGGGTTTCTGGAAGAGTTAGAGACTCTGGATGAAGAAGCGGTAAATACGGTTATTGATGAAGTCAAAGATGAAATGTTTGTTCCCGATGCTCCGGTAATGGGAGATGACGATGACTTCGACGATGGCGATGAAGAAATGGACTTATCGGAGGTCGTCGCCAACCTTAAGCGAAAAGGTCCTCACCAGAAGCTTATTACACCTAAAGGTAAAGAAGTCCAGGATGCTGAGTATTATAAAGCCATGTTAGGTGAATTGGTGGATGCGTTAGACGATGCTATCGCGCATAAAGTAAAATTAACGCAATACATCGATAAAATGTTGAAAAAGAAATATCAGACCTATGCACGTCTGAAAGAAGATGATGAATAG	MYESFYGLDSKPFQLTPDPAFFFASKWHKRAMSYLQYGLSQAEGFIVITGDIGTGKTTIANSLLADIEDDIVAAQIVTPKLSPDELVKMVASKFEIKVAGLTKADILKELETFLFDLSKQGRRALLLVDEAQNLPLETIEELRMLSNFQQFGKPLLQSFLLGQEELQPILRAPNMEQFRQRIVASCHLAPLVEEETKRYIEYRMHHAGWKGESLFSDEAFSRIHEFTRGVPRKINTLMDRILLFGFLEELETLDEEAVNTVIDEVKDEMFVPDAPVMGDDDDFDDGDEEMDLSEVVANLKRKGPHQKLITPKGKEVQDAEYYKAMLGELVDALDDAIAHKVKLTQYIDKMLKKKYQTYARLKEDDE	PGPT0026410_586	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-TYPE_II_SECRETION_SYSTEMS	CE-T2SS-GENERAL_SECRETION_PATHWAY,PGPT0026410-gspA-K02450	NA	NA
AK237_01236	1425	hldE	COG2870	Bifunctional protein HldE	ATGATTCTACCAGACTTTAGCGCAACGCGTATTTTGATTGTTGGCGATCTTATGTTGGATCGGTATTGGACCGGAGGCACGGGACGGATATCGCCGGAAGCACCGGTGCCAGTAGTTAATGTGAACAGTACCGAAGATCGTCCCGGCGGTGCAGCAAACGTGGCGATTAATGCCGCTTCACTAGGCGCAAACGTAACGGTAATCGGGTTATGCGGGGATGATGAAAACGCCAATATTCTTGCCCAGCGTTTGGCAACGTTCGATATTCAGCATCATCTTATCCGGTGTGCGGGCAGGGATACGATTACCAAGCTGAGGGTAATGAGTCGCAATCAGCAGTTGCTGCGTTTGGATTTTGAAAAGAGCTTTGCTGACATCGACAAATCTACCTTGCTTGAGGAATTTAAAGCCGTCCTGGAAAGCCACGATGTTGTCGTACTCTCTGATTATGCCAAAGGCTGTTTATCTGATGCACAGGCTCTTATTCAGGCGGCAAAACGGGCAGGGAAACCTGTCATTATCGATCCTAAGGGCACAGACTTCACACGCTACACAGGTGCTACACTTATCACGCCCAATCGCGCAGAGCTGGAATTGGTTAAAGGGGAAGCAAGTAATGAAGAAGGATTGGTCCAACAAGCTTCGTTACTCCGTAATGAGTTAGCACTGGACGCTATCTTACTGACGCGTTCTGAACAAGGGATGACGTTATTCCATAAAGATGCAGCCCCCTTCCATTTACCTGCGAAAGCAAAAGAAGTATACGACGTCACCGGAGCGGGTGATACCGTTGTGTCGGTGCTGGCTGTTGCGCTTGCCGCAAGTGTTCCAATGTCAGATGCCTGCGTGTTGGCAAATTTGGCTGCCAGCATTGTCGTTGGCAAACTGGGAACGTCCACCGTATCTACGACAGAACTTGCTGTGGCGTTAGGTCAGCAATCTGGCCATCCTGACGGTGGCGTGATGACTGAATCACAGTTACAGCTTGCAATGGAACAAGCACGCCACCGTGGTGAAAAAATTGTGATGACCAACGGCTGTTTCGATATTCTTCATGCCGGACACGTCAGTTATCTGGAAGCGGCCGCTAAATTGGGTGACCGGTTAATTGTTGCGGTTAATGATGATGATTCCGTCACGCGCCTGAAAGGGCCTGGACGCCCCATAAACAACGTGAGTCGCCGTATGGCAGTGCTCGCGGGCTTAGCCGCTGTGGACTGGGTGGTGCCCTTTAGCGAAGACACACCGCAGCGCCTTATCGCAGGTTTGTTGCCTGACGTCCTTTTGAAGGGCGGTGATTATAAAGTAGAAGATATAGCGGGTGGAAAAGAGGTCATCGACAACGGTGGCGAGGTCAGTGTGCTTCATTTTGAAGAGGGTGTGTCGACGACCGGTATTATTCGTCAAATTGTCGGCAAGCAATAA	MILPDFSATRILIVGDLMLDRYWTGGTGRISPEAPVPVVNVNSTEDRPGGAANVAINAASLGANVTVIGLCGDDENANILAQRLATFDIQHHLIRCAGRDTITKLRVMSRNQQLLRLDFEKSFADIDKSTLLEEFKAVLESHDVVVLSDYAKGCLSDAQALIQAAKRAGKPVIIDPKGTDFTRYTGATLITPNRAELELVKGEASNEEGLVQQASLLRNELALDAILLTRSEQGMTLFHKDAAPFHLPAKAKEVYDVTGAGDTVVSVLAVALAASVPMSDACVLANLAASIVVGKLGTSTVSTTELAVALGQQSGHPDGGVMTESQLQLAMEQARHRGEKIVMTNGCFDILHAGHVSYLEAAAKLGDRLIVAVNDDDSVTRLKGPGRPINNVSRRMAVLAGLAAVDWVVPFSEDTPQRLIAGLLPDVLLKGGDYKVEDIAGGKEVIDNGGEVSVLHFEEGVSTTGIIRQIVGKQ	PGPT0023040_901	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-REMODELLINGLPS|LIPID|IVA_METABOLISM	CE-REMODELLING_LPS-MANNO-HEPTOSE|-PHOSPHATE_MODIFICATION,PGPT0023040-gmhC|hldE|waaE|rfaE-K03272	NA	NA
AK237_01237	912			hypothetical protein	ATGGATGCATTGATTAAGCTAAACCCGTTACCACATGATTTATGGGTTTATTTGCTTATCGATATTGGTCTCGCCCTGCTACTGTTAATGATCATGAAATGGCTGGCTGGTGCGTTCAGAAAACACTCCGTCGCTGAGGTTCTGGGCGTACAGGATAACTTTGCCTTTGGGATCAGTATGGCGGGGGGGATGCTTTCGCTGTGTATCGTACTCGCCTCAGTGGTGGGCAGACATGTTGGCCAGGGGTATATGGAAGCCGCAACCGGCATGGTGACATTTGGTTTGGTGGGGGTCGTACTGGTGAAATTCGGCCGGTTTGCCCACGATAAAATTGTACTGCATAAACTCGATACCATGGATTTAATTGCTGAGCGCAGCGTTAGTGTCGCATTGGTCGATGCCGCCAGCCTTATCGCCAGCGCGATTATTTTACGCAGTGTGATGCTGTGGGTAGACGGCAGTGATATGAACGCCATTATCGCTATTGTAACTGGCTTCACCGTAGTGTTGGCGTTGTTGCTGATGATGACGCGGGTTTATGAGATACGTTACGCCAGAGACAATCAGAACGATTCGTTTCAGGGAGCGCTACGTAAGGGCCAGTTAGCACTCGCGGTGGAGCATGCAGGAAACTTGCTGGGTATCGCGATGATCGTTTCTTCTGCCAGTCATTTACTTGAATACCATCCGGCAGGCTATGTGAGCAATATTACCGGTTGGCTGATTACCGGTGTCGCGTTGTCGCTGGCATTGTTATTACTCGTCACCCTAAGTAAAAAGTTAATCCTTTACGGATTGAATTATCGTCAGGAAGTGGATCAGCAACACAATATCGGTGTTGCGTGTTTAGAACTAACGCTAAGTATAGGCATTGCACTTATCGTAAACGGTATCCTGGCTTTTCTCGACTAG	MDALIKLNPLPHDLWVYLLIDIGLALLLLMIMKWLAGAFRKHSVAEVLGVQDNFAFGISMAGGMLSLCIVLASVVGRHVGQGYMEAATGMVTFGLVGVVLVKFGRFAHDKIVLHKLDTMDLIAERSVSVALVDAASLIASAIILRSVMLWVDGSDMNAIIAIVTGFTVVLALLLMMTRVYEIRYARDNQNDSFQGALRKGQLALAVEHAGNLLGIAMIVSSASHLLEYHPAGYVSNITGWLITGVALSLALLLLVTLSKKLILYGLNYRQEVDQQHNIGVACLELTLSIGIALIVNGILAFLD				NA	NA	NA	NA	NA
AK237_01238	2937	glnE	COG1391	Bifunctional glutamine synthetase adenylyltransferase/adenylyl-removing enzyme	ATGAATGACTTATGCCAGACTCAGGCACATCACAATCAGACAGCCATGTGTATTATGCCTACGACAGAAGTAAAAAACAGGATTATCATTGAAAAGGGCGAAGCCGCCTTACAAAGCATACTCGCCCGCCATCCTTCCCTGCAATCTGTGGCATCTGAACAACCGCGAACCGTTGAAGCACTTGGGTGTAGCGAATTTATTACCAGACAAATTCTTCAGCATCCTGACACGTTAACATTTTGTCTTTCTGGCGAGGCTATTCCGCAAACGTCAGATATTTATTCGACGGAGCTGGCCTCGTTGCTAGCAGATAAGGATGAGGCGGCGATAACTCCCTTGTTACGCCAGTACCGGCACCGGTATATGACTAAAATCGCATGGCGGGACTTGCTCAACCAACAAACTATCGAGGAATCACTAAAACAAGTGTCCGCCCTTGCGGATGCGCTTATCATGAATGCGTACAACGCGTTGTATCGCTTGCAGTGTATTGCCAATGGCACGCCACAGGGTGAATACGGCCCCCAGCCTATGCTTATTTTAGGTATGGGCAAATTAGGTGGCGGCGAACTTAACTTCTCCTCAGATATCGACCTTATCTTTGTATACCCCGAAAAAGGCGAAACGCAAGGCGGCCGAAAGCCGGTTGAGCACCAACAATTTTTTATCCGGTTGGCGCAAAAGCTAATCAATATACTCAATAAGGTGACGCCAGAAGGACAGGTCTTCCGCGTGGACATGCGTCTTCGCCCATTTGGTGACAGTGGTCCGTTAGTGATGCACATGGCAGCATTCGAGGATTACTACCAGGAGCAAGGACGTCACTGGGAGCGTTTTGCGATGATTAAAGCCCGGGTTTTAAATCCTCCCTCGCCCTATCGCGATGAAGTTGAAAGTATCTTAAAACCCTTCACTTTTCGCCGCTATCTGGATTTTACTACCATCGACGCACTGCGTGAAATGAAGGGACTCATCGCCAGCGAGCAGCGCAGAAGACAACTGACCAACAATATCAAACTGGGTGCTGGCGGTATTCGTGAGGTGGAGTTTTTTGCCCAGAGTTTCCAACTCATTCACGGCGGTCGGGAGCCGGGCTTACAAGTCAAAGGCTTAAAAGCAACCCTGGATGCCATTGCCGCGTTGTCACTGGCAGAGCCACACGAGATCCACGAGCTTTACCAACATTATTTATTTTTGCGTAAAGCAGAACATACCCTTCAGCAAATGAATGATGAACAAACACAAACTCTGCCAGACGATCCCTTTAAGCAATTGGTGGTAGCCACTGTCAATGGTTTTTCAGATTACGAAGGCTTTACGCGGGCGCTACAGCATGTATCCGAAAGGATTCATGATATGTTCAGGGAATTGATTGGCAGCAACGAAGACAACCATGATGCCGATGACTCTGTATTTACCCGCTGCAAAGATGCCTGGCACGTCGAGTTATCACAGGATGAGTTTGTAGCCCTGATTTCGCCTCCACTTTCTGTTACCGATGCCGATGCTATTTACGTTGCTTTAGACACATTCAAAAGCAAGCTGTCCCACACACGCTTAGGCCAGCGAGGCCGGGACACTTTAAATAAGCTGATGCCGGAAGTACTGTATGTGTTGCTTGAACAAGCCCCACAAAAAGCCAAGGTGGTACTAGCGCGATTATTAAGCGTCATTGGCGCTATTACCGGACGTACGACCTATCTTGATCTGTTGCTGGAAAATCCCGACGTGCTCAAGCAACTTATGAAGCTGTGCGAACGTAGCAATTGGATTGCAGAACAAATACAGCGCTTCCCGTTATTGCTCGACGAGCTGCTTACCCCACTTTATCTGCAGCAGCAAAAAACGGACTTTACTCAAAGCGTTGATGCTTACCGGGATGAACTGCGTCAAACCCTTTTGCGCATAGAACCGGAAGATGTCGAGCTGATGATGGATGCGTGGCGTCAATTTAAGTTATGTCAGCAGTTGCGAATCGCTGCCAGTGATATTAGTGGCTCGTTGCCCATTGCCAGTGTCAGCGACAAGCTAACCGCCTTAGCTGAAGTCATACTTGAAAGTGTTCTGGCGAATGCCTGGCAACATATCACTGACAAATTTGGCTCACCGTCTCATTTGTCAGATAACGAATACGGATTTGCCATCGTCGGCTACGGCAAACTTGGTGGGTTCGAATTGGGGTATGGCTCGGATTTGGATTTAGTCTTCCTTCACAACGCACCTCGTGAAAGCCGGACACAAGGTAAACGTTCAATCGATGCCACCCAGTTTTATATCAAATTAGCCCAGCGCATTATGCACCTGTTGAATACTAAAACGCTATTTGGCCAACTCTACGAAACCGATTTGCGTCTTCGGCCATCGGGCAATGCCGGACTCTTAAGTTGTCATATAAACGGATTTGAAAAATACCAGCAGGAAGATGCATGGACCTGGGAACATCAGGCACTTGTCCGGGCGCGGGGGATTACGGGCGACGGAGCATTACTCAATGAATTTGAAAATATCAGAAGAACCATACTCACCCGACACCGCGAGACAGACACGTTGAAACAAGAAGTGGCCAATATGCGTGAGAAAATGCGTCAACATCTGCTTGCTGATAACGCGGAAGGGATTGACCTCAAACAATGCAGTGGCGGCATCACCGATATCGAATTTATGGCGCAATTTTGGGTATTAGGATTTGCAGAGCAGCATACCTCGCTGACAGATCATCCTGATAATCTGCGCATTATTGAGCGTGCTGAACAAGCATCGCTCATCACTGCGTCAGCCGCTCAGCAGCTTCAACAAGCGTACTTACAACTACGGGACAGATATCACCAGCTCACGCTGGCCGATCATCGATACGCAGATACCTCTGACTTAAGTGAGATAAGAGAAACGGTACAACGTCTATGGCAGTTGGTGTTTTCCACCTCTGACGATGTTTAA	MNDLCQTQAHHNQTAMCIMPTTEVKNRIIIEKGEAALQSILARHPSLQSVASEQPRTVEALGCSEFITRQILQHPDTLTFCLSGEAIPQTSDIYSTELASLLADKDEAAITPLLRQYRHRYMTKIAWRDLLNQQTIEESLKQVSALADALIMNAYNALYRLQCIANGTPQGEYGPQPMLILGMGKLGGGELNFSSDIDLIFVYPEKGETQGGRKPVEHQQFFIRLAQKLINILNKVTPEGQVFRVDMRLRPFGDSGPLVMHMAAFEDYYQEQGRHWERFAMIKARVLNPPSPYRDEVESILKPFTFRRYLDFTTIDALREMKGLIASEQRRRQLTNNIKLGAGGIREVEFFAQSFQLIHGGREPGLQVKGLKATLDAIAALSLAEPHEIHELYQHYLFLRKAEHTLQQMNDEQTQTLPDDPFKQLVVATVNGFSDYEGFTRALQHVSERIHDMFRELIGSNEDNHDADDSVFTRCKDAWHVELSQDEFVALISPPLSVTDADAIYVALDTFKSKLSHTRLGQRGRDTLNKLMPEVLYVLLEQAPQKAKVVLARLLSVIGAITGRTTYLDLLLENPDVLKQLMKLCERSNWIAEQIQRFPLLLDELLTPLYLQQQKTDFTQSVDAYRDELRQTLLRIEPEDVELMMDAWRQFKLCQQLRIAASDISGSLPIASVSDKLTALAEVILESVLANAWQHITDKFGSPSHLSDNEYGFAIVGYGKLGGFELGYGSDLDLVFLHNAPRESRTQGKRSIDATQFYIKLAQRIMHLLNTKTLFGQLYETDLRLRPSGNAGLLSCHINGFEKYQQEDAWTWEHQALVRARGITGDGALLNEFENIRRTILTRHRETDTLKQEVANMREKMRQHLLADNAEGIDLKQCSGGITDIEFMAQFWVLGFAEQHTSLTDHPDNLRIIERAEQASLITASAAQQLQQAYLQLRDRYHQLTLADHRYADTSDLSEIRETVQRLWQLVFSTSDDV	PGPT0000655_1580	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-GLUTAMATE|GLUTAMINE_SYNTHASE|GLTS_PATHWAY,PGPT0000655-glnE-K00982	NA	NA
AK237_01239	615			hypothetical protein	ATGGCAAAACAACAACAGTCGGATGCAGCCTTTTGGGCGAAACATATTGGCGTTGCCCTGGCTATCCTGATTGTCGCTATCGTGGTGGTTTTTCTTTACAACCAACATGCGTCTGCACCCGCACCTCAGATGCCGCTGAAAGAGAAGTCTATTTCTCAGGGATTAAGTGAGTTCTATCGTCAATACCGAATGAGCGCCACTGACATCATTGAGGAAGAAGAAAGCGACTTCGTGGTGGAATTATCAGACAGTGACGAAAACCTGGATACACAGTTATCGAACATGTCGAGTGATTTTAAACCGGCAAGCAGTCGCTGGGTGGGGGAGCATAAAAACCGCGCATTCAGAGCGGGTAATACACTGCGCGAAGCCATTACGCGCTATGCCCAGCAAGAAGGTATGCAGGTCATCTGGGATCTGGATCAGGATTTCGTGATTAAATACCATTTTCAGATGGACGACACGATTGTGGGCTCTCTGTCTGCGATTGCCAGCGCTATCGATTCTAATTTTGAATATCACGTGGGCACTTATGTGTGCCCACAGCAACGCTCCCTCGTTGTGACACAAGACGAGGGAGCCTTTCTCAAAAAACACTGTTCTATCGTAAATTAA	MAKQQQSDAAFWAKHIGVALAILIVAIVVVFLYNQHASAPAPQMPLKEKSISQGLSEFYRQYRMSATDIIEEEESDFVVELSDSDENLDTQLSNMSSDFKPASSRWVGEHKNRAFRAGNTLREAITRYAQQEGMQVIWDLDQDFVIKYHFQMDDTIVGSLSAIASAIDSNFEYHVGTYVCPQQRSLVVTQDEGAFLKKHCSIVN				NA	NA	NA	NA	NA
AK237_01240	930	lpxL	COG1560	Lipid A biosynthesis lauroyltransferase	TTGTCTGCAGCAATAAAACCCCCTCAGTTTACTTATTCTTTTTTTGGCCCGAAATATTGGGGAGTCTGGTTAGGGGCTGGCCTTCTCTATGTCCTGTTGTGGCTGCCGTTTCCTGTTATCAGAATGCTTGGTGCTGGCACAGGCAAGCTGATCGCGCGTATTGTGCCAAAGCGCGTTAATGTAGCGAGACGAAATCTGGCGCTGATGTATCCCGACTGGGATGAAAGTAAACGTAATGCGTTATTACAGGAAAACATTCGTTGCACCGGCATGGCTTTGTTTGAAACCGGCATGGGGTGGTGGTGGCCAGCCTGGCGCATCAAAAAGCATTTCGTGGTGGAAGGCTATGAACATGTTGAGGCGGCGCTGGCACAAGGCCGTGGTGTGTTTGGCATGGCATTGCATAACATGAATTTGGAGTTTGCTTGTCGTGGGCTAGGTTATACCCATCCTGCTATTGCCTTTTACCGGAAGCACGATAACAAGTTAATGGATTACTTGCAGTATCACGGCCGAGCCCGGTCCAACAAATATATGATCCACAAGCGAAACGCCAAAGCACTTATTGCGGCGTTAGGTGACAAAGAGCTTTGCTTATATCTGCCCGACCAGGATTATGGGCGAATGCAAAGTGTATTTGTGCCATTTGGCGGTGTCGAAGAAACGGCAACCACCACGGCAACGCTAATGTTTGTTCGAAGAACGAACAGTGTGCCGATGATCATCACATCGCAATATACCCGAACGGGTTACAAAGTGAAGATTTATCCGCCTTTGGAAGCCTTGCGTGAACTGGATGATGTGCCCGCGTTAACCATGCTCAATGAACACATCGAAGAGATTGTTTCGGAGCAACCAGAAAGTTACTTGTGGATGCATAAACGATTTAAGACCCGGCCTGAAGACAGCGATCCGTCGTTATACGATTAG	MSAAIKPPQFTYSFFGPKYWGVWLGAGLLYVLLWLPFPVIRMLGAGTGKLIARIVPKRVNVARRNLALMYPDWDESKRNALLQENIRCTGMALFETGMGWWWPAWRIKKHFVVEGYEHVEAALAQGRGVFGMALHNMNLEFACRGLGYTHPAIAFYRKHDNKLMDYLQYHGRARSNKYMIHKRNAKALIAALGDKELCLYLPDQDYGRMQSVFVPFGGVEETATTTATLMFVRRTNSVPMIITSQYTRTGYKVKIYPPLEALRELDDVPALTMLNEHIEEIVSEQPESYLWMHKRFKTRPEDSDPSLYD	PGPT0013315_1084	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-REMODELLINGLPS|LIPID|IVA_METABOLISM	CE-REMODELLING_LIPID_A_METABOLISM,PGPT0013315-lpxL|htrB-K02517	NA	NA
AK237_01241	258			hypothetical protein	ATGAAAAACGAACTAGAGAGTAAATTTTTACTGCAAGTCTTTGATAAAATTCGTCAAAGTGGCGAGAAACAAGATGATAAATACCGCCTGAACGGTATTGTTGCCTTTACCGATCACGATGGCTACACATTATTTGTCGAAGATGCGCAGGTCAAACTTCAATTCGGTTTCCATAACCAATATCACTTCGACTACCCGTCGCAAGACGCCTATGACCAGTTTGAGAAGAAACTAAAAGAGATAAACAAAAATTACTAG	MKNELESKFLLQVFDKIRQSGEKQDDKYRLNGIVAFTDHDGYTLFVEDAQVKLQFGFHNQYHFDYPSQDAYDQFEKKLKEINKNY				NA	NA	NA	NA	NA
AK237_01242	558			hypothetical protein	ATGAAAAAAGGTGTGATGACTGCGTTGGCGCTCGGGTTAATGAGCTTGTCAGCTCAGGCTACAGAGCGCATGTATGGCTTGGCAACTATCGGCTATAGTGATGCAGAATTAGATAATGTCGACAACAAAGGCGTGGCTTACAGCTTAGCGTTGGGCCATCAGTTTGCCAGTAAATGGTATGTTGAAGCTGGCTATCAAAACCTGCTGGATGAAGAAGGTGATGTTGACACCCTGAAGGCCCAGGGTTTGTATCTCGCTGTGTTGGGTAAAGCGGGTGGCCAAACTGGCGAACTCTATTACAAACTGGGCGTTATGGATGTTGATGTGCAAGGATTGCAAACCATTGATGCCGGCAGCTGCCAGGCCACCGATATCAGTAGTATTCCTGAAGGATACTGTGCCTATGACGAGGGAGTGCTGGCAGGTATGGCAGGCCTGGGTTATGACTATCACGTTGGGCTAAACGCCATGTTTCGTATGGAAGCCTTGTATGTGCGCGGACAAGACGATTTTTCCGCCACAGTGCTTAACCTTGGTTTCCGCTATAACTTTAACTAG	MKKGVMTALALGLMSLSAQATERMYGLATIGYSDAELDNVDNKGVAYSLALGHQFASKWYVEAGYQNLLDEEGDVDTLKAQGLYLAVLGKAGGQTGELYYKLGVMDVDVQGLQTIDAGSCQATDISSIPEGYCAYDEGVLAGMAGLGYDYHVGLNAMFRMEALYVRGQDDFSATVLNLGFRYNFN				NA	NA	NA	NA	NA
AK237_01243	1236			hypothetical protein	TTGACAGTAATAGCTTGCGCAGGGCGCGATAGCTTTATGAAACGCACTTCACTTATCGCTGCTGCACTTGGTTTTTCTTCTTATGCTGTGGCTGATATGTCAGATATTGACGTCAGTGGCTCGGCAGGGGTGGAAAGCCGTTACTTTTTACAGGACGCGGCTTATCCAGGGCAGCCTCGCTCGCAAGCTTCTGTTTATGTAGAACCGGAGCTTTATTCCGAGTGGAACGATGGCGTTGATAGTATCCTGTTTAAACCGTTTGCCCGGTTAGATCAGGAAGATGAGCAGCGTACCCATTTCGATTTACGCGAACTTATGTGGATGCATGCTGCAGATAACTGGGAAACCCGTGTAGGGGTGAGTAAAGTTTTCTGGGGACAAACAGAGTCCATTCACCTGGTCGATATTATTAACCAAACCGACATGGTGGAAAATATTGACGGCGAAGACAAGCTGGGTCAACCAATGGTGAACCTGAACGTTTTTGGCGATTGGGGAACATTGTCAGGTTTTATCCTGCCTTATTTCCGCGAGCGGACTTTCCCTGGTGAAGACGGACGTTTGAGACCCCCTGTTGAGATACGGGAAAATGCGGCGTTGTATGAGTCAGGTGATGAACAAAACCATGTCGATTTTGCATTACGCTGGCAGCGTTCATTGGGTGACTGGGAAATCGGTTTATCATACTTTGACGGCACCACGCGTGAGCCTGAATTATTACAAGCCACTGACGATAATGATAATGCGTTTATTCAGCCATATTATGCGCAAATTGAACAATACGGTGTGGACTTGTTAAAGGTGCAAGGTGCCTGGTTATTAAAGTTTGAAGGTATTTACCGCAGTGGGCAGAGTGAAGATTTTGCCGCCGCCGTGGCCGGCTTTGAGCGTACCAGCGTCGGGGTTTTTGGCACAGCTTACGATTTAGGCTTTCTCATGGAATACCAATTCGATGAGCGTGAAAATAATTTCTTTGCAACCGGTCAAAACGATTTAATGTTAGGTTTGCGTTGGGTGTGGAATGACATCGACGGCACTGAAATTTTATCTGGGTTTATTCAGGATTTAGATGAAAGTGACACGTACAGCGCGTTTGTAGAAGCATCCAGCCGTATGACTGACAACTGGCGTTGGAAGCTCGACGCGTATTTCTTCTCCTCAGATCAGACCGACGATACATTCTATTACATGCGCCGCGACGACCATGTGCAGGTCGGATTAGAATACTTCTTCTAA	MTVIACAGRDSFMKRTSLIAAALGFSSYAVADMSDIDVSGSAGVESRYFLQDAAYPGQPRSQASVYVEPELYSEWNDGVDSILFKPFARLDQEDEQRTHFDLRELMWMHAADNWETRVGVSKVFWGQTESIHLVDIINQTDMVENIDGEDKLGQPMVNLNVFGDWGTLSGFILPYFRERTFPGEDGRLRPPVEIRENAALYESGDEQNHVDFALRWQRSLGDWEIGLSYFDGTTREPELLQATDDNDNAFIQPYYAQIEQYGVDLLKVQGAWLLKFEGIYRSGQSEDFAAAVAGFERTSVGVFGTAYDLGFLMEYQFDERENNFFATGQNDLMLGLRWVWNDIDGTEILSGFIQDLDESDTYSAFVEASSRMTDNWRWKLDAYFFSSDQTDDTFYYMRRDDHVQVGLEYFF				NA	NA	NA	NA	NA
AK237_01244	798			hypothetical protein	ATGAAAACACTTCGCAAACTCTCGTTAGCATCAGTTGCACTCAGTGTAGTGCTTACGACCCCTGTACTGGCCGACGAGGCCTCTGAAAAAGAGGGGCTTCGGGTCGCCACGGCCAGAAAAGACGTCAATCGCGGATGGGGTAATACGGTTGCCAGTATTACAATGACCCTGCGCAATGCCCAGGGGCAGGAAGCGCAGCGTGAAATGCGGGTGAAAACACTCGAAGTGCCCACCGATGGTGATAAGGCGCTGACAATATTTGATTCCCCCCGGGATTTAAGCGGCACCGCCTTTTTAAGTTTCAGCCATATTGACGCCCCTGATGAACAATGGATTTTTCTGCCTGCCGTAAAACGTGTCCGGCGTATTTCCACGAGTAACAAGTCAGGCCCGTTCTTAGGCAGTGAATATGCTTTTGAAGACATGACCTCGTTCGAGATCCCCAAGTATTCCTATGACTTGCTACGCGAAGATACCTATAAAGGCGACGACGTATATGTACTGGAACAAACGCCTCTCGATGAGTACTCAGGGTATTCAAAGCAGATATTGTGGATTGACAAGGCGCATTACAGACCGCGTAAAGTGGAATTTTTTGATCGCAAAGGTGAGCCTCTCAAGGTGCTTGAATTCGAAAACTACAAACTATTTGATGGTGAATTCTGGCGACCGCTGCGCAGTTTTATGTACAATCTGCAAACCCAGAAGTCTACCGAGTTGGTAACACATAAACTGGAATTTGGAACAGAATTAGAGGAATCGGATTTTGACAGTAATAGCTTGCGCAGGGCGCGATAG	MKTLRKLSLASVALSVVLTTPVLADEASEKEGLRVATARKDVNRGWGNTVASITMTLRNAQGQEAQREMRVKTLEVPTDGDKALTIFDSPRDLSGTAFLSFSHIDAPDEQWIFLPAVKRVRRISTSNKSGPFLGSEYAFEDMTSFEIPKYSYDLLREDTYKGDDVYVLEQTPLDEYSGYSKQILWIDKAHYRPRKVEFFDRKGEPLKVLEFENYKLFDGEFWRPLRSFMYNLQTQKSTELVTHKLEFGTELEESDFDSNSLRRAR				NA	NA	NA	NA	NA
AK237_01245	2307			hypothetical protein	ATGCAAACACTCCCTGCCTGGGCGCGGTGGTGCATGGAAAAACCGAAAACGGTAATTACGCTATTTCTTCTTGCATGCGTAATTACGGGGTTTGGTGCCAGCAAGCTGTATTTTCGTGGCGATTATAAAGTTTTCTTTGAAGCCAACGATCCTCAAAAGTTAGCCTACGAAGAAATGCAGAATGTGTTCAGCAAAAGTGAGAATGTGACATTCCTCATTTTGCCGAATAATGAAAATATTTATCAGCCCAAAACGTTTGAGCTTATCCATGCGCTCACCGAAGAGGCTTGGCACATCCCCATGTCGATACGGGTTGAGTCGCTGTCCAATTACCAGTACACCTTCGCGGACGACGAAGGGTTGGTGGTTCAGGATCTCATAAAGCGGGGGCAAACGGATGAAGCCCACATCGAATGGGTACGAAACGCCGTTGAGCCAATTGAAAACGTGCGCGGTCGGTTAATTTCCTATAATGATAAAATGGCAGTCATTAACGTCACCATTCAACTGCCCGAAGGTGACCAAACGCCGAAAATAATGAAAATTGGCGCGTTTGCCCGCCAGTTAAAAGACAAATACGAGTCCGCTTATCCGGACCACAAAATCTATTTGTCCGGCATTGTTACCATGAACGATGCTTTTGCGCTGACGGCGCAGGACGATGCCTCAACGTTAATCCCGCTTATGTTCGTTATCATTGCAGTCATGATAGCGTTACTGACGCGCTCGAAAGCGGCATCTGCTGTGGTGCTTGTCGTTGTAGGGGGAACAATCATAATGACCATGGGCATCGCAGGGTGGTGCGGGGTATTTTTAAGCCCTTCTACTGTGAACGTGCCGACGATGGTCACGACACTGGCTGTCGCTGATTGCCTACATATTATTGTTACTTACCGGCAAAAACTGCAAAAGGGTTTAGATAAAACACAGGCACTCAGTGAAAGTATTCTGCTTAATTTAAAAGCGGTGTTGTTGACCAGCGGCACAACCGCTATCGGTTTTTTGATGCTGAATTTCGCAGAAGTGCCAATTTTGTCTCATCTGGGGAATCTTACTGCTGTGGGAGTGGTGATAGCCTGCATTCTGTCGTTAACACTACTGCCAGCCATGCTTATATTGCTGCCTACGCCCAGTGTCGTACGTAAAGCAGGACGACCAAATCAGGTGAGAAAGTTTGGCATTTGGGTGATTGATAATCATCGCCGTATCCTGCCTTACTCTGTGGTTATCCTCTCGGTTTCTTTACTGTTTTGCTTAAATAACCGATTAAACGACGTCGCTGTGGAATATTTCGATTTGTCATCGCCGTTCAGGCAATCCGTTGAAGTACAGAAGCGCTACATGGGGGGCATGTCAAACATCGATTTTGCCATTTATACGGATGAGCCTTATGGCATAAACGACCCTGCGGTAATGAAAGAAGTTGAGGCCCTCTCAAAATGGCTTCGCTCACAGCCTGAAGTCAAGCACGTCCTGAGTTTTGCTGACATCATCAAGCGCTTAAACATGAATATGAATGATGATGATCCTGCTTATTTCACCTTACCAGAATCTAAAGATCTCGCGGCGCAGTATCTATTGCTGTACGAGATGTCTTTGCCCTACGGACTGGACTTAAACAACCAGATTGATATCGACAAATCCGGGGTTCGCATTATCGCTGTGCTGGAAAACCTGGGCAGTGAGGAATTCACCGAATTTGAAGCACGCACAAAACGATGGTTTGGTAAGCTGGCACCAGAATTGCGTATAGAAGCCGCCAGCCCGGCACTGATGTTCGCGCACATTGGCGCACGTAACATGGAAAGTATGGTGTGGGGCTCGGTAGCCGCGTTAGTGGTTATTTCGCTACTGATCACCCTTGCCCTGAAGTCCTGGCGACTGGGCTTAGTAAGTTTAATAGCAAATCTGATGCCTGCTGGTGTCGGTTTTGGTATTTGGGGAATGATGTCGGGCGAAATAAATATGGCGCTGTCAGTGGAACTGAGTATGACAATGGGCATTATTGTCGATGATTCCGTGCACTTTCTGCTGAAATACCAAGCGGCGAGGAAAGATAAGTTAGGCGTGAGGGCTTCAGTTAGTTACGCATTCCAGACTGTGGGCCGGGCAATGATAACCACTACGGTGGTACTGGCGGCAGGATTTGGTGTGTTGCTCTTATCTGACTTCAGACTGAATTCAGATATGGGTCTGATGACTAATATCATATTTATCGCAGCATTATTTATTGATTTACTCTTCCTGCCGTCATTCCTGATATGGCTGGATAAAGATAAAAAGAGAAAAATGAGGGAAGCCACATGA	MQTLPAWARWCMEKPKTVITLFLLACVITGFGASKLYFRGDYKVFFEANDPQKLAYEEMQNVFSKSENVTFLILPNNENIYQPKTFELIHALTEEAWHIPMSIRVESLSNYQYTFADDEGLVVQDLIKRGQTDEAHIEWVRNAVEPIENVRGRLISYNDKMAVINVTIQLPEGDQTPKIMKIGAFARQLKDKYESAYPDHKIYLSGIVTMNDAFALTAQDDASTLIPLMFVIIAVMIALLTRSKAASAVVLVVVGGTIIMTMGIAGWCGVFLSPSTVNVPTMVTTLAVADCLHIIVTYRQKLQKGLDKTQALSESILLNLKAVLLTSGTTAIGFLMLNFAEVPILSHLGNLTAVGVVIACILSLTLLPAMLILLPTPSVVRKAGRPNQVRKFGIWVIDNHRRILPYSVVILSVSLLFCLNNRLNDVAVEYFDLSSPFRQSVEVQKRYMGGMSNIDFAIYTDEPYGINDPAVMKEVEALSKWLRSQPEVKHVLSFADIIKRLNMNMNDDDPAYFTLPESKDLAAQYLLLYEMSLPYGLDLNNQIDIDKSGVRIIAVLENLGSEEFTEFEARTKRWFGKLAPELRIEAASPALMFAHIGARNMESMVWGSVAALVVISLLITLALKSWRLGLVSLIANLMPAGVGFGIWGMMSGEINMALSVELSMTMGIIVDDSVHFLLKYQAARKDKLGVRASVSYAFQTVGRAMITTTVVLAAGFGVLLLSDFRLNSDMGLMTNIIFIAALFIDLLFLPSFLIWLDKDKKRKMREAT				NA	NA	NA	NA	NA
AK237_01246	2244	fadE_2	COG1960	Acyl-coenzyme A dehydrogenase	ATGAGTATTAGAAAAAGCCTGAAAAGAGTTCTTCCACCTATTTCTGTGACAGAACAGGAAGCATTGGACGCGGGTGATATTTGGTTAGAAGCCTCTATATACCAAGGCAAGCCTGATATGCAGGCGTTGCGAGCAATTCCTCAAGCGACATTAAGCGGTGACGAACAAGCCTTTATTGACGGGCCAGTACAAGAGCTACTCGGCCTCATCGATGATTTCGAACTTGCCAACGGAAAGCACATCCCAGATGAAATTCTGGCGTTTCTGAAACAGCACCGTTTCTTTTCGATGATCATCCCGAAAAAATTTGGTGGTCTTGAATTCAGCCCTTACGCCAATTCAACTATCGTAGCCACTATTGCGGCGAAAAGCGGCGCGATTGCCGTTACCGTTATGGTGCCTAACTCATTAGGGCCCGGCGAACTGCTGATGCACTATGGTACAAAAGAACAGCAAGACTATTATTTACCTCGTCTGGCTGTAGGTGATGACATTCCGTGCTTTGCATTAACCAGCCCTGAAGCAGGTTCTGACGCTGGCGGTATTCCTGATGCGGCTATCGTTACGAAAGGCGAATGGGAAGGCAAAGAAGTTATTGGCCTGAAAGTCAGCTGGGATAAGCGTTATATTACGCTGGCTCCCATTGCGACTGTACTAGGCCTTGCGTTTAAAGTGTTCGATCCTGATCAGTTACTGGGTAACAAACTTGAGTTAGGTATTACCTGTGCGCTATTACCAAAGTCACACCCGGGTGTGGAGCTTGGTAACCGTCACGATCCAATGGGTCAACGTTTTTACAACGGCACAACCCGCGGCAATGACGTGTTTATCCCCATGGACTTTATCATCGGTGGACAGAAGAATATCGGCCGTGGCTGGCAAATGCTGGTAAGCTGCTTAGGCGCCGGTCGTGGTATTTCACTGCCTGCGATGGGCGTAGCAACGGGTCAAGCGGCCCTTAAAGCCTCTGCTGAATACAGTTTTGTTCGTGAACAATTTGGTTTACCTATTGGTCGCTTCGAAGGTATCCAGGGCAAATTAGCCGATATCGCCGGTAAAACGTTCTTACTGGAATCGATGCGAGTGCTCACTACCGAAGGGTTGGGTTTAGGTTTAAAACCCTCTGTTGTTACGGCAATTGCAAAATATCACATGACAGAGCTGGGTCGTGATGTGATGAATTCAGCCATGGACATTCTTGCAGGAAAAGCGATTCAGCGCGGCCCGCAAAATACCTTGTCTGGCGGCTACTGTTCACTGCCCATTGCCATTACGGTTGAAGGGGCGAATATTTTAACCCGTAACCTAATGATTTTCGGTCAGGGTGCAATGCGTTGTCATCCATACCTGAAAGAAATGGTTGACCTGATCCACAGTGACGATGCGTCTGCTGACGGCGAATTCAATAAAGTATTGAAGAAAACGGTTAGCTTCAGTGTGAAAAACGCATTCCGTAGTTTTGGTAAAAGCTACTTGCCTTTCCTGCGCAGTGCAGAGTCAGCCTTACCAGAAGTGGCTAAGTACGAAAAACGGTTGAATGCCTTGTCAGCAAAACTTGCTCCAATGGCCGATTTATCACTGGCAGTGCTTGGCGGCGACCTGAAAAAAGCGGAGTTATTATCAGCACGCTTAGGTGACGTCATGAGCTACCTGTACGGCGCAATGGCAGCAATTCGCTTCTACGAGCAACGCGTGGAAGATCGCAAGCTGGCGCAACCGTACTTTGAATATGCGATGTCCTGGACATTACAGCAAGCAGAGCAAGCTCTGGTAGATTTCATTGCCAACTTCCCGAATACAGCAACCCGGGGATTGATGCGTTTACTTACGTGCACGTACACCAATTCGGTAAGCGGGATCAGCGACAAGCTGGCCAGCGAACTGGCTCTGGCATCAATGCAGGATAACAGCATTAAAGCGCAGCTTACGCATCTTGTTCGTCCGGTTGCTGGCGATGGTAACGATATCAACGAACAGGCATTTAAAGCGAAGCATGCTGTCGCGCATTTACTGAGTAAAGTGCAGAAAACGTTGCGTAAAGAACCTGTAATACCGTTCTTGTCATTCGAAAATGCTTTGAATAAATTACAGGAACGCGGCGTGGTTACCGCTCAGGAAGCGGAAATGCTACACGACTACAATGAAAAACGTAAGCTGGCAGTACGTGTTGACGAATTTGATTTTGACCTTCAGCCCCTGTCTGGCGAAAAGTCTGAAGCTACAAGCAATCAAAACGCAGCATAA	MSIRKSLKRVLPPISVTEQEALDAGDIWLEASIYQGKPDMQALRAIPQATLSGDEQAFIDGPVQELLGLIDDFELANGKHIPDEILAFLKQHRFFSMIIPKKFGGLEFSPYANSTIVATIAAKSGAIAVTVMVPNSLGPGELLMHYGTKEQQDYYLPRLAVGDDIPCFALTSPEAGSDAGGIPDAAIVTKGEWEGKEVIGLKVSWDKRYITLAPIATVLGLAFKVFDPDQLLGNKLELGITCALLPKSHPGVELGNRHDPMGQRFYNGTTRGNDVFIPMDFIIGGQKNIGRGWQMLVSCLGAGRGISLPAMGVATGQAALKASAEYSFVREQFGLPIGRFEGIQGKLADIAGKTFLLESMRVLTTEGLGLGLKPSVVTAIAKYHMTELGRDVMNSAMDILAGKAIQRGPQNTLSGGYCSLPIAITVEGANILTRNLMIFGQGAMRCHPYLKEMVDLIHSDDASADGEFNKVLKKTVSFSVKNAFRSFGKSYLPFLRSAESALPEVAKYEKRLNALSAKLAPMADLSLAVLGGDLKKAELLSARLGDVMSYLYGAMAAIRFYEQRVEDRKLAQPYFEYAMSWTLQQAEQALVDFIANFPNTATRGLMRLLTCTYTNSVSGISDKLASELALASMQDNSIKAQLTHLVRPVAGDGNDINEQAFKAKHAVAHLLSKVQKTLRKEPVIPFLSFENALNKLQERGVVTAQEAEMLHDYNEKRKLAVRVDEFDFDLQPLSGEKSEATSNQNAA	PGPT0021800_1329	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_LIPID_METABOLISM	PLANT_DERIVED_FATTY_ACID_DEGRADATION,PGPT0021800-fadE-K06445	NA	NA
AK237_01247	2013			hypothetical protein	GTGCGCCCCTTATTCCCTGATACTCAATCCAGTGATGCACCTTTGAGAGACGTGGTTCACCTGCTGCATTCAAATGCCTTTAACGGTATGGTCATATCCATTGCTGCTATCAGCGCCCTCACCTTTGGCTTTCACAACGAAGAAACGTATGGGACGAAAAAGCTGTTTTGGTTTGCCATGGTAGCACTGCTTTTGCTTCGTTTTATCGATGCCGTGTTCTGGATGAAAGTGCTGCGCGAAAAAGCGAAGTCTCCCCGCCCCGCTTTTCTCCGTTTCGCAACTGGCGTTACGCTTACCGCCATCATGTGGGGAGCGTACAGTGTTGTGCTGTACCCCAAAATGGCTATTTTGGAGCTCGCCACAACGATGGTAGTTTTATCAGCGTTAGCGGGCGGCGCAGCAACGGTTCTTGGCGCCAGTCGTCCGTTAGTCTGGACCTATTGCACACTGCTGTTAATTCCTATGTCTGCAATGGCCATGACTGACCCACGCGACGAACTATTCATGCTTGGTGTATTAGGCTTAGGATTTTGTATCGTTATGCTAGGATCCTCACGAAAAACCAACGCCTTTTACACCGAAACCATTACATTGCGCGAGCAGAATCAGACCTTGGTAATGCAAATGGCGCAAGAACGCAATGAAGTCATCCGGGTAAATGAAGCCCTGACCCGCAGTAATCAAAAGCTGGATAACATGAATGCCAGTCTGGAAGCCGAGGTGCAATCGCGCACAGACGACATTGTCAGACTCTCCACGTTAGATCCCCTCACAGCATTGATGAACCGTACCGGCTTTTTACGCCAGCTTCGTCAAAAACTCAAAGCCGCAGAGCACGACGGCGATAAGCTCGCGCTGTTGTTTATCGATCTGGATGGCTTTAAGCAGGTTAACGACAGTTTAGGGCATGAAGTGGGCGATCAGGTGCTGGTGTCTGTCGCATCCAGGTTACGGCAATATGCCCACATTGATAACTTGTCGCGCTGGGGAGGGGATGAATTTATTGTGGTCGTGACCTTCAACCAATTCGGGAAAGTAAAACAACTCGCTGACAACATCCGATTAAGCATTGCCCAGGGCATGGCCATAGATAAAAACTATATAAACCTCGATGCAACCATTGGTATTGCGATTTACCCTGATCATGCAGAAGAAGAAAGGTTACTGATCCAGCGCGCCGACATTACGATGTATCATGAGAAACGCAGTAAGGCTGGTCAGGTCGGTGTATTTAACGACACAATCTATGAGGCAGTTTGTCACGAAATCCAGCTTAGAGAGGGGTTGCGTAACGCCATTATCAACAACCAACTGTATTTGGTTTATCAGCCTTTACTGTGTGCCAGAACGGGCAAAGTGTGGTCATTTGAAGCACTCCTGCGTTGGCGCTTTAACGGTGAGGATATTTCACCAGTAACCTTTATTCCCATCGCAGAACGTTCAGGCAAAATCCACGATATAGGCTTATGGGTTTTATCTACCGCCTGTGAATCGGCTGCGCGCTGGCCAGACTCCACGACAGCAATTTCAGTTAACGTCTCGGTCATTCAGCTACTGGAAGATAACTTTGTGCTGAAGCTCGACGAAGTACTCGCTCACACAGGTCTGGCGCCCGAACGTTTGCATATTGAAGTAACCGAGTCCGTATTCGCTGACAACAAGCAAAAACTGGCAGAACAAATGAATGCGATAAAGGCCCGGAATATCGCCGTATCAATCGACGATTTTGGCACCGGGTTTTCATCGTTAAGTCAGTTACAACTCTTGCATTTCGATCATATAAAAATAGATCGCTCTTTTATCAATACCCTCGATACCAGTGGCGAGCCTATTATTCGCGCGACATTGCTTATTGCCGGGGAGTTTGGTTGTAAAACCGTTGCTGAGGGTGTCGAAACAGAAATTCAGGCTACAAGGCTCAAAGCGATGGGTGTAGACTATCTGCAAGGATATTACTACGCCAGACCCGGGCGCGAAGCAGAAATGGGGCGCTGGCTCAACACAGAACAATAA	MRPLFPDTQSSDAPLRDVVHLLHSNAFNGMVISIAAISALTFGFHNEETYGTKKLFWFAMVALLLLRFIDAVFWMKVLREKAKSPRPAFLRFATGVTLTAIMWGAYSVVLYPKMAILELATTMVVLSALAGGAATVLGASRPLVWTYCTLLLIPMSAMAMTDPRDELFMLGVLGLGFCIVMLGSSRKTNAFYTETITLREQNQTLVMQMAQERNEVIRVNEALTRSNQKLDNMNASLEAEVQSRTDDIVRLSTLDPLTALMNRTGFLRQLRQKLKAAEHDGDKLALLFIDLDGFKQVNDSLGHEVGDQVLVSVASRLRQYAHIDNLSRWGGDEFIVVVTFNQFGKVKQLADNIRLSIAQGMAIDKNYINLDATIGIAIYPDHAEEERLLIQRADITMYHEKRSKAGQVGVFNDTIYEAVCHEIQLREGLRNAIINNQLYLVYQPLLCARTGKVWSFEALLRWRFNGEDISPVTFIPIAERSGKIHDIGLWVLSTACESAARWPDSTTAISVNVSVIQLLEDNFVLKLDEVLAHTGLAPERLHIEVTESVFADNKQKLAEQMNAIKARNIAVSIDDFGTGFSSLSQLQLLHFDHIKIDRSFINTLDTSGEPIIRATLLIAGEFGCKTVAEGVETEIQATRLKAMGVDYLQGYYYARPGREAEMGRWLNTEQ				NA	NA	NA	NA	NA
AK237_01248	591	tdk		Thymidine kinase	ATGGCTCAGCTTTACTTTTACTATTCCGCGATGAATGCAGGAAAATCGACCTCGTTGTTACAATCTGCCTACAATTACCGCGAGCGGGGTATGCACGTATCTATTTTTACGGCAGCCATTGACGATCGCTACGACGTGGGAAAAGTAACGTCGCGTATTGGCCTTCAGGCCGAGGCGAACCTGTATGGCAACGACGATAATTTGTTTAAATCGGTATTCAAAGCACATCGCACTCAGCCCTTAGATTGTGTATTTATCGACGAAGCACAGTTTTTAACGAAAACGCAGGTAAAACAATTAGTGGAAATTGTCGATGAACTTGATATTCCGGTACTTGCCTATGGCCTGCGCACTGACTTTCTTGGTGAAACGTTTGAAGGCAGCCATTACCTGATGGCCTGGGCCGATAAACTAACAGAACTGAAAACCGTGTGTCATTGTGGCCGCAAAGCCACATTTGTCGTGCGTATGGACGAACAAGGCCAGGCGGTTACCGGCGGCAATCAGGTTGAAATTGGCGGTAACGACCGTTATGAATCTATGTGTCGGAAACATTTCAAGCAGCTCGTCTGGGACCAGCCCCGCAATTAG	MAQLYFYYSAMNAGKSTSLLQSAYNYRERGMHVSIFTAAIDDRYDVGKVTSRIGLQAEANLYGNDDNLFKSVFKAHRTQPLDCVFIDEAQFLTKTQVKQLVEIVDELDIPVLAYGLRTDFLGETFEGSHYLMAWADKLTELKTVCHCGRKATFVVRMDEQGQAVTGGNQVEIGGNDRYESMCRKHFKQLVWDQPRN	PGPT0021390_2223	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021390-tdk-K00857	NA	NA
AK237_01249	1587	dap_2		D-aminopeptidase	ATGCGCAAGTTTTTTCAGTCAGTTCTGTTGGCGACCTTCGCCTTGCCAGCCATTGCTGATAGCCAGCCCGTTAATCACCTTCCCTCACAACTGAAGGATTTACCTGCCACCATCGATCGGGCACTAAATCAGTTTTATACGCCAGGCATGAGTGTAGGTATTATTAAGGATGGGGAAACAGTCTATCTTGCAGGCCACGGTTTACGTGATGTTGCGCATAAGCTACCTGTTACACCAGACACGTGGTTTCGCCTCGCCTCCACCAGTAAAGCCTTCACCGCTACTACCGTGGCGCAACTGGTTGACGAAGGTAAACTACACTGGGATACAAAAGTATCTTCCGTGTTACCCTCGTTTCAAATGGCAGATCCGTGGGTAACCCGAGAGATAGATATCACTGATTTGCTCACCCATCGCAGCGGTCTGGGTTCCGGCGCAGGCGACAGCATGCTATGGCCAGAACCGAGCGGTTTTACCCGCAATGAGATTATAGAGAACTTACGCTACCTGACACCGCAATTCAGCTTTCGCCGCGAATACGCTTATTCCAATGTCATGTATATTACCGCTGGAGAGTTAGTAGCGAAAGAAACCAACATGCGCTGGGAATCCCGCCTTGAAAGTAACGTGTTTGCCCCCCTCAATATGCAGTGTTTTGGCGGCGATGTACCTGACTATGTGTTAAAAAACAGAGCGTTGAGCTATGGGCATAATGATGAGCGCGGTATTTACCCCATCCCCCGAAACCAAATTGAAAAAACGGGGATTGTGTCTGCCGCAGCGGGCGGTGTTAGCTGTAATGCCAGTAGCATGCTGAAGTGGTTACAAATGTGGTTAGACAACGGTAAGCTGCCTTCTGGTGAAGCACTGTTGTCAGAAGAATCCGTTGACACCATGCTAACGCCGCAAACTTTATTGTCTGTAGACGAAACGGATCGAGCCTGGGATCACATGCATTTTAAAGCCTACGGACTCGGGTGGCGTTTAATGGATGTATATAGCCATCGCGTTATATCCCATACAGGTACGTTGTCGGGCTATCAGGCCTACGTGGCATTTGTTCCGGATCTACAACTTGGTGTGGTGGTGCTTAACAATGGTTCGAATTACGGTGCCCGGGGCGCTGTGATGCAAACGATCCTTAAAGGCTACATGTCAGCGAGCCCCAAAACGGATTGGGTTGAGATGTATCAGCACTATCAGGACGAGCAAGAGGCGAAATATCTGGCTCGTAAATCTACGCCGAAAGGCAGCGGTAAGGTGCTGTTACCGCTTTCCTCATACACGGGCGTGTTTCATGATAACTGGTTTGGCGATTTGCGCATTTTTCAACAGGACGGAACAGTACGCATTGCTTCGCAAAAAATGCCCATGCTCACCGGGCGAGTGGATCCCTTCGAGGACCATACATTCGTTATTCGGTGGGATAATCAAAATGCCGCTAGTGATGCTTTTATCCGGTTCGAGGTAAACGTAAAGCGAGAAATTACAGGGCTAACACTCTATCCATTTACCGAAAGAGATATCACGAACCACGAGTGGCGCGACATGCACTTTATAAAGCAAGAAGCTTCTGACGAACACTAA	MRKFFQSVLLATFALPAIADSQPVNHLPSQLKDLPATIDRALNQFYTPGMSVGIIKDGETVYLAGHGLRDVAHKLPVTPDTWFRLASTSKAFTATTVAQLVDEGKLHWDTKVSSVLPSFQMADPWVTREIDITDLLTHRSGLGSGAGDSMLWPEPSGFTRNEIIENLRYLTPQFSFRREYAYSNVMYITAGELVAKETNMRWESRLESNVFAPLNMQCFGGDVPDYVLKNRALSYGHNDERGIYPIPRNQIEKTGIVSAAAGGVSCNASSMLKWLQMWLDNGKLPSGEALLSEESVDTMLTPQTLLSVDETDRAWDHMHFKAYGLGWRLMDVYSHRVISHTGTLSGYQAYVAFVPDLQLGVVVLNNGSNYGARGAVMQTILKGYMSASPKTDWVEMYQHYQDEQEAKYLARKSTPKGSGKVLLPLSSYTGVFHDNWFGDLRIFQQDGTVRIASQKMPMLTGRVDPFEDHTFVIRWDNQNAASDAFIRFEVNVKREITGLTLYPFTERDITNHEWRDMHFIKQEASDEH				NA	NA	NA	NA	NA
AK237_01250	135			hypothetical protein	ATGGCTAAAATAATTCAACAACTGGTAAAGAAAAACAAAGCAAGAATGGCACAAGCAGTTACCTGTAACTATCAGAATAACTACTATGGCGATCAGGTGTGTGTAGCCTGCTCCCCTGCCAGGCCGGTTCGCTGA	MAKIIQQLVKKNKARMAQAVTCNYQNNYYGDQVCVACSPARPVR				NA	NA	NA	NA	NA
AK237_01251	2505	btuB_7		Vitamin B12 transporter BtuB	ATGAATAAGCGTTATTCATTCAGTCGGTTAGCGTTGGCAGTCAGCGCGGTAGTGGCGAGTCCGGTTTACGCTCAGGACAATGCTGAAGCTCAGGATCAAGACAAAGCGAAGTATGAACAAATTGTCGTGACAGCAACGCCAGGCGGCGCGACGATGCAAGAAGCCAGCGTATCGGTAAGCGCGTTTAACGAAGACGATATTGTTAAATTTGCGCCGCGTTCCACTGCAGAAGTATTTCGGGCTATTCCGGGGATCCGCGCCGAATCGTCAGGTGGTGGTGGTAACGCAAATATTACCATTCGGGGTATTCCTCTGGCGACCGGTGGCTCAAAGTTCTTACAGATCCATGAAGATGGTTTACCGGTTTTAGAATACGGTGATATTAACTTCGGCAACGCAGACAATTTCCTTCGTTACGACTGGTCGGTAGCGAATGTTGAAGCCATCCGTGGTGGCTCAGCGTCCACCTTCGCAAGTAACTCGCCCGGTGGTGTGATCAATATGATCAGCAACACGGGGGAAATTGGTGGTGGCGCGATAGGCACGTCATTTGGTGTCGACTATGACGAAATGCGTCTCGACTTCCGCTACGGCGGTGAAATTAACGATGACCTTTATTATCACATCGCCGGCTTTGCCCGCGGCGGCGAAGGCCCTCGTGATACCGGATATCATGGTGACAAAGGTGGCCAGATAAAATTCAATATCACGAAGATGTTAGACAACGGTCATATCCGCTTCTACTACAAAAACCTGGACGACAGCGTCTCAACATACTTACCGTCTCCGGTACTGGTAAAAAGTAATGGTGAATATGGTCCTGTACCCGGGTATGACGCAAGTTCGCAAGCCTTGAATTCGGTTTATAACACCAATGTTTCTACCTTCGACAGCTATGGTAATGCTGAAAACCGCGATGTGCGGGATGGCATCTCATCACAGGTTAATGCGTTCGGTGTAGAAGTCGATTTAGAAGTGGCAGACAATGTGTTCTTACTGAATAAATTTCGTATTTCAGATGTATCAGGTGGCTTTATCGCTCCGTTCACCGACGGTTTCCCGGCTGGACCGGGCGATGTCGCTGACTTTGCCGCAGCATTATGTGCCGGGGCGCTTGATGGCGAAGGCAATGCGCTGAATTGTGACAGTACGACGGTAACGTTAGCGAACGGTCCAAATGCCGGTGAGGCATACACAGGCGAGGCCTTCACTAATTTACAGTTTGATGCGCGACTGAACGACCTGGGCAATATGATCAACGATTTGAGTCTGCGCAAAGAATTCGACAACGGGGTATCTCTCACTGTCGGGTATTACTATTCAAATCAGGATATAGCGTCTAGCTGGAGCAGCTGGCAAACCTATATTCAAACCCTGGACGGTGATAATTCTCAGTTGCTGAATATTGCTGACGCTGACGGCACAGCACTGGTGTCAAACGGCATGTTATCTGCCAGTTTCCTGTCTTATGAATGGGATTTAAATTACGTGACCACCGCACCTTACATGAACGTGGGGTTTGAGTTATCGGACAATATTTTGATCGATGCTTCAGTACGTTATGACAATGTAGATGCCTCAGGAGAACTGATTAGTTCCTGCTGTGGGGGCAACGCAGATTATGATCTTAACGGCAATGGGGTTATCGAACAAATTGAAGACGCGTCAGCCCAGAACAGTGGCTTTATCAGTGGAGGCGTCATCAACCTCAATCGCGCCGGTGCAGCGTCTCAGATAGTCGATTACAGTGCGAACAATACGTCGTACTCGTTAGGAGGCTCGTACTTACTGAGCGGAAGCCAAACCTTGTTCGCACGCTACTCCAAAGGCGGTCGCGCGCTGGCAGATCGGTTACTGCAAATTAGCGGCACATTGAATACTGATGGCAGCCTGACAAACACCACGTCTGGATTTGATACCACTAAACAGCTGGAAATTGGTTACAAGTATGGCACTCGCAACCTTATGTTGAATGCCACCTTGTTTGATACGGTAACGGAAGATACCCAAGCTGAAGTGACCAGTGGCCTTACGTTTATGCGAGAGTATGAAGCGACAGGTTTAGAATTTGAAGGGCGTTGGAATGCCACGGATAATTTCGTGTTATCCGGAAACCTGACGTGGACTGACGCTGAAATCAGCAAAGACGCGAACGATGGGTCATTGGTAGGGAATACACCACGTCGTCAGGCTGATTGGATTTGGACTATAACGCCTGAGTACGTCACGGATTACTGGTCAGTAGGTGCGTCACTTCAGGGCTCTACGGAGTACTATGTACAAGATAACAATGATTTAAAACAGGATGCTTACAACCTGGTTAATCTCTTCGCAACCTACTGGGTAAGTGACCAGTTCTCGGTATCACTTAACGTGAACAATGCCACTGATGAGTTCGTCATCACCGAATCAGAAGAAGGTTCTGCGGCTGTAGGCAGTTATATTCGTGCGCGTCCATTGAACGGCCGTACGACTGTTGTATCACTGAAATACCTGTTCGATTAA	MNKRYSFSRLALAVSAVVASPVYAQDNAEAQDQDKAKYEQIVVTATPGGATMQEASVSVSAFNEDDIVKFAPRSTAEVFRAIPGIRAESSGGGGNANITIRGIPLATGGSKFLQIHEDGLPVLEYGDINFGNADNFLRYDWSVANVEAIRGGSASTFASNSPGGVINMISNTGEIGGGAIGTSFGVDYDEMRLDFRYGGEINDDLYYHIAGFARGGEGPRDTGYHGDKGGQIKFNITKMLDNGHIRFYYKNLDDSVSTYLPSPVLVKSNGEYGPVPGYDASSQALNSVYNTNVSTFDSYGNAENRDVRDGISSQVNAFGVEVDLEVADNVFLLNKFRISDVSGGFIAPFTDGFPAGPGDVADFAAALCAGALDGEGNALNCDSTTVTLANGPNAGEAYTGEAFTNLQFDARLNDLGNMINDLSLRKEFDNGVSLTVGYYYSNQDIASSWSSWQTYIQTLDGDNSQLLNIADADGTALVSNGMLSASFLSYEWDLNYVTTAPYMNVGFELSDNILIDASVRYDNVDASGELISSCCGGNADYDLNGNGVIEQIEDASAQNSGFISGGVINLNRAGAASQIVDYSANNTSYSLGGSYLLSGSQTLFARYSKGGRALADRLLQISGTLNTDGSLTNTTSGFDTTKQLEIGYKYGTRNLMLNATLFDTVTEDTQAEVTSGLTFMREYEATGLEFEGRWNATDNFVLSGNLTWTDAEISKDANDGSLVGNTPRRQADWIWTITPEYVTDYWSVGASLQGSTEYYVQDNNDLKQDAYNLVNLFATYWVSDQFSVSLNVNNATDEFVITESEEGSAAVGSYIRARPLNGRTTVVSLKYLFD				NA	NA	NA	NA	NA
AK237_01252	1029	ipsA		HTH-type transcriptional regulator IpsA	ATGAAAAAAGTAAAACTGACCTTAAAAGACGTTGCTGAAAAGTTAGGGGTATCTACCGCCACCATCTCCAACGCATTTAACCGACCGGATCAACTTTCGGCGGCAAGGCGTGATGCGATTCTTGCTGCATGTAAAGAGATTGGCTACAACGGCCCGAATAAAGCCGCTCAGATCCTGCGAAAAGGGCACTCAAATATTGTCGCATTAGTGCTGGCCGACAACATTGAGTACATGGTGAGCGACCCGGTAGCAAGCACCTTTATACGTGGTGTTTCATCGGTGTTACAAGACGCGCAAAAGCACCTGTTGCTTTACGCGGGTAATGCGCAAACCATCACTGATGTCGCTGACTTCGTTGACGGATTTATTTGTTATGGTGCGCCTCAGAATCCACATCTGGGCGACGAGTTGAAACAACAAGCTAAACCTGTGGTAACGGTGGATTTTAACCTTGACGGTTGCCCGGCGGTGAATATCGATAACGAAGAAGCGGCCTATCAGATCGCTATGCAAGCAATAGATAAAGGCGACCACACTGCTATATTGGGTTTGAAACTGATTGATTCTCCAACTACATGTCGAATTTATGATAGTCCGTTATTGGATTCGGCAAGTGCTATTTCACACCGGCGTCTTGATGGTTACCTTCGGGCTATGAAAGATAAAGGCTGTGAAGTAAATAACGAGTTAATCTGGCATATCCCCGAAAGTGGCGGAAACTTTGCGCGGCAAGCAGCAAAAGAAGTGCTTAGCATCTCTCCGCGACCAAAAACGATTTTATGTATGAGTGATATCATTGCCCTGGAGTTGTTGCAGTGTGCATTGAGTAAGGGAATTGCTGTACCTGATGAGCTTAAAATTACCGGCTTTGATGGTATTGATGAAGCAGCCAGAACCCGGCCACAACTTACCACCATCTGCCAGTCCAGTATCGAAAAAGGTGAAACCGCTGCGCGCTTGCTCCTGCAGGGAGATCTTGCGACATCGACGACTCTCGACTTCGACATATTGCGTGGCGAGACGATTTAA	MKKVKLTLKDVAEKLGVSTATISNAFNRPDQLSAARRDAILAACKEIGYNGPNKAAQILRKGHSNIVALVLADNIEYMVSDPVASTFIRGVSSVLQDAQKHLLLYAGNAQTITDVADFVDGFICYGAPQNPHLGDELKQQAKPVVTVDFNLDGCPAVNIDNEEAAYQIAMQAIDKGDHTAILGLKLIDSPTTCRIYDSPLLDSASAISHRRLDGYLRAMKDKGCEVNNELIWHIPESGGNFARQAAKEVLSISPRPKTILCMSDIIALELLQCALSKGIAVPDELKITGFDGIDEAARTRPQLTTICQSSIEKGETAARLLLQGDLATSTTLDFDILRGETI				NA	NA	NA	NA	NA
AK237_01253	1254	glyA_2	COG0112	Serine hydroxymethyltransferase	ATGAACGTGCTGAATGAATCATTGAAGAACGCTGATCCCGAGATTGCTGACATTATCGACAGCGAAATGGCGCGTCAGGAAGATCATATCGAACTGATTGCCTCGGAGAACTACACCAGTAAGGCAGTGATGGCGGCGCAGGGAAGCCAGTTGACAAACAAATATGCCGAGGGTTATCCGGCTAAGCGATACTATGGCGGTTGTGAGGAAGTAGATAAAGCGGAGCAATTGGCTATCGATCGCGCCAAGCAAGTGTTTGGTGCTGATTATGTGAACGTTCAGCCTCATTCCGGATCGCAGGCGAATGCGGCGGTTTATATGGCGCTTCTCTCGCCGGGCGACACTATTTTAGGGTTAAGTTTAGATCATGGCGGGCATCTCACTCACGGTGCGAAGCCGAATTTTTCAGGAAAGCTTTATAACGCAGTGCAATACGGGCTAAACGCAGAAACCGGCGAGATAGATTACGAGCAGGTCGCATCGCTTGCGCAACTTCACCTACCTAAGATGATAGTTGCGGGTTTCTCTGCTTATTCCCGCATAGTCGATTGGCAGCGGTTCAGAGACATTGCCGACAGTATTGGCGCTTATTTAATGGTGGATATGGCCCACGTTGCGGGTCTCGTCGCTGCCGGGGTTTACCCCAATCCTGTTCCGGTGGCCCATGTGGTAACCACCACCACACATAAAACCCTCAGAGGCCCCAGAGGTGGCATGATTTTGTGTCAGTCAGCGCCAGAGTTAGAAAAGAAGTTTAATGCATTAATTTTCCCTGGTATTCAGGGCGGCCCATTGATGCATGTTATTGCTGCGAAGGCTGTGGCTCTTAAAGAAGCCATGACAGAAGAATATAAAGTTTACCAGCGCCAGGTGGTGGTAAATGCAAAAGTGATGGCCAGTGTGTTTATGCAACATGGATTTGATGTGGTGTCTGGTGGTACTGACAATCATATGTTTTTAATCAGTCTGGTCAGCAAGGGGTTAACAGGAAAAGAGGCTGATGCGCTTTTGAATCAGGTTAACATCACCGTCAATAAAAACACCGTACCTAATGATCCTCAGTCACCCTTTGTGACCAGTGGTATACGAATTGGTACGCCTGCTGTTACGTCCCGTGGATTTACCTCCCAAGACTGCGAACAACTGGCTTTATGGATGTGCCAGTTACTCGATGCTCCTACTGACAAGGTGGTTGCGCAACGTATTAAAGACAATGTCGCGGCACTCACGGCTTCCCGTCCGGTTTATCGGTAA	MNVLNESLKNADPEIADIIDSEMARQEDHIELIASENYTSKAVMAAQGSQLTNKYAEGYPAKRYYGGCEEVDKAEQLAIDRAKQVFGADYVNVQPHSGSQANAAVYMALLSPGDTILGLSLDHGGHLTHGAKPNFSGKLYNAVQYGLNAETGEIDYEQVASLAQLHLPKMIVAGFSAYSRIVDWQRFRDIADSIGAYLMVDMAHVAGLVAAGVYPNPVPVAHVVTTTTHKTLRGPRGGMILCQSAPELEKKFNALIFPGIQGGPLMHVIAAKAVALKEAMTEEYKVYQRQVVVNAKVMASVFMQHGFDVVSGGTDNHMFLISLVSKGLTGKEADALLNQVNITVNKNTVPNDPQSPFVTSGIRIGTPAVTSRGFTSQDCEQLALWMCQLLDAPTDKVVAQRIKDNVAALTASRPVYR	PGPT0008090_5571	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_UTILIZATION	PLANT_DERIVED_GLYCINE_DEGRADATION,PGPT0008090-glyA-K00600	NA	NA
AK237_01254	858	yofA	COG0583	HTH-type transcriptional regulator YofA	ATGAAAAATTTGTCCGTGGACTTCTTACGTTCATTTGTGACTATCGCGCAAACAGGTAGCTACACATTATGTGCAGAGCGTTTAAAACGAACGCAGCCAGCTATCAGCTTGCAGATAAAAAAACTTGAAGAAACGGTGGGCGAAAAGCTGTTTTCCCGCGAGGGCAACCGGTTAACGCTTACACTGGCAGGCAGTAAATTGTTGGAATTTGGCATGAAAATACTCATGCTAAATGACCAGGCAATGGCCGAATTCGGTCGTCCTCAGGTTAGCGGCAATATTAAACTAGGCATTCCCAGTGAGTTTTCCACCACACTCATGCCCAAAATCATTCGCCGTTTCACCCAGTCTTATCCGGAAGTGTCATTAGAAGTACATTGCGCGCTAAGCAAAGACCTGCTGTGTGAACCTCTTAAAAATCAGTTCGATCTGATCCTGTCTTTGCAAGAACTGCCCGATCCGGATCAGGACGGGTATATTGTCACTGACCAACTCGTGTGGGTGGGCAGCCAGCGTTTTGTAAACAGTATTCCAGAGAAGCTGCCTATCATCGCCGCACCGGCACCGTGTATTTACCGTAAACGGGCTACCAACCTGTTGGGTAAACATCGAAAACAGTGGCAAATTGTTTACACCATCGGTGATTTGAATGGGATTCAAACGGCGATAAACGAAGGGTTGGGGATTACGGTGCTCGCCAAAAGTACGGTGCCCAATGGCTTACACATATTATCCCCTTCACCGGCGTTACCAGAACTTGGCCACATTGGGGTGTGTTTGGTTAACCCACAAAAAGTACGATCAGAAGCGATAGAACTTCTTGCTAAAACCATGGTAACGGAGTTAGCTACCTGCTAG	MKNLSVDFLRSFVTIAQTGSYTLCAERLKRTQPAISLQIKKLEETVGEKLFSREGNRLTLTLAGSKLLEFGMKILMLNDQAMAEFGRPQVSGNIKLGIPSEFSTTLMPKIIRRFTQSYPEVSLEVHCALSKDLLCEPLKNQFDLILSLQELPDPDQDGYIVTDQLVWVGSQRFVNSIPEKLPIIAAPAPCIYRKRATNLLGKHRKQWQIVYTIGDLNGIQTAINEGLGITVLAKSTVPNGLHILSPSPALPELGHIGVCLVNPQKVRSEAIELLAKTMVTELATC				NA	NA	NA	NA	NA
AK237_01255	1098			hypothetical protein	ATGAATGCACAGCTTATGGAAAGTGATGTCCGGTTAGCAATGGACGGAGACACGTCTGCCTTTTCACGCTTAATACAGGCGACAAGAAATACTATCAGCAGCATTGCGCTGGCGGTGGTAAAAGACCTCGATAGCAGTGAGGACGTCACACAACAGGTCTACATTCAATGTTGGCAAAAACTGGATACATTGAACAACCCGGCAAGCTTCTTACCCTGGCTACGTCAGATCACCCGCTATACGGCATTTAATTACCTGCGTGACAATAAAGTAGCGCAGCGCGCAGACAGTGAAGAAGCAGATGAGCTGTTTGCACAGTTTTGTAACGACAGCGATGAGCCTGCCATGACGCTTACCCGAAAGCAGCAGGCCATGGTACTTAGTAAGGTGGTTGATGAGCTTCCCGATGCATCGCGTGAGGTAGTGTTACTTTACTATCGGGAGGAGCAGTCTGGTGCGCAGGTCGCACGCCTGCTAAGCATTTCTGAAGATGCTGTCAGGCAGCAGCTTCATCGCGCACGGTTGTCATTGCGCGAAAGATTGATGGAGAAGTTCGGTACCATCATCCTTTCCACCGCGCCGACCATGGCAATAAGCAGCGCGGTTTTGTTCAGCGCAGGATTCAGCACGCCCGCTCAGGCTGCATCAGGCTCGGTAACCAAAGGTGGGTTCTGGGGTACGGTAAAGTGGCTTTTTAGTGGTGCAATGCTGGCCGCTGCCGTGGGGGCGTTGACGGTGTACATGAGTGCCAGTATCCCGCTTCGCTTTATGCAAAGTGAGGAGCGCAAAGCGGCATTGAAAAAAGAGCGGAACAGAACCGTGGTGGCGACGTTAATTGCCGGCGCACTGTGGACTGCAGCCTATGAATTTACGTCTGGGTGGATAGGGCCAGTTATTATGTATCAGGTAATGATGGGCATTATCATTGTGCAGACAATTAAAATGCAGAACCTGGTGATGGCTGAACAAAAAATAAGTGGCACCATTCGGCATAACCCCATAGGCTTGTACTGTGGCCGGTTTGGGCTTTACGCAGGCTTACTAATGGGAAACGCCGCTATGTTTTATGGCCTGTACGAAAGCGGGAGACTCATTTGA	MNAQLMESDVRLAMDGDTSAFSRLIQATRNTISSIALAVVKDLDSSEDVTQQVYIQCWQKLDTLNNPASFLPWLRQITRYTAFNYLRDNKVAQRADSEEADELFAQFCNDSDEPAMTLTRKQQAMVLSKVVDELPDASREVVLLYYREEQSGAQVARLLSISEDAVRQQLHRARLSLRERLMEKFGTIILSTAPTMAISSAVLFSAGFSTPAQAASGSVTKGGFWGTVKWLFSGAMLAAAVGALTVYMSASIPLRFMQSEERKAALKKERNRTVVATLIAGALWTAAYEFTSGWIGPVIMYQVMMGIIIVQTIKMQNLVMAEQKISGTIRHNPIGLYCGRFGLYAGLLMGNAAMFYGLYESGRLI				NA	NA	NA	NA	NA
AK237_01256	144			hypothetical protein	ATGTCCCACTCTAACAACACTGACTGTAAAGCGTGTCAGGCATTAGCCAGGGAGGCGAGGGTAGTGAAGGGGTTGGTTGGACTGATTGTGCTATTGATATTTTTAACCTTCCCGCTGCCATCGGCAATGCTGATGGGCCAATAA	MSHSNNTDCKACQALAREARVVKGLVGLIVLLIFLTFPLPSAMLMGQ				NA	NA	NA	NA	NA
AK237_01257	1599			hypothetical protein	ATGAAACGATTTTGTCGAAGTGCGCTTGCTGTGGCGTTGTTGGCTGGCAGCACAAGCTTTATGGCATCGTCTACTACATTATCCGAGGCCGAGCGGGAAGCCGCGAAAGCCGAGTTAGTCAGTGTTGTAGATAAGCAAACCAAACTGGCTCAGGTCATGAATGACATGATCTTTTCCTTTGGTGAATTGGGATTTCAGGAGGTGGAAACGTCTGCCTATTTAACCGCGTTCCTCACTGAGCAGGGCTTTAGCGTCGAAAAAGGTATTGCTGGTATACCAACAGCCTGGTACGCCACATGGGGATCGGGTAAACCGGTGATTGCATTGGGAACCGATTTAGACGGTATTCCCAAAGCCTCCCAAAAGCCGGGTGTTGCTTACCACGACCCTATCGTAGAGGGTGCGCCAGGACATGGTGAAGGGCACAACTCTGGGCAAGTGGTCAATATCATCGCCGCCTTGGCAATGAAAGACTACATGACGAAAAATAACATCGAGGGCACCATTGTGCTCTGGCCGGGCGTAGCGGAAGAGCAACTGGCGACCAAGGCTTACTATGTACGCGCAGGATACTTCGACAACGTCGATGCAGTGCTTTATTCCCACGTGGGTAGTGGTTTCGGTACGTTTTACGGCAACCCTTTCTTTTCAGGTTTGGTCTCTGTGAAATACAATTTTTATGGGGAATCGGCGCACAGTGCGGGCTCGCCGTGGCGAGGACGCAGTGCACTGGATGCAGTAGAACTGATGAGCGTGGGAATGAATTATCGGCGTGAGCATTTGCGTCTCGCTCAGCGCACGCATTCGGTTATCGTAGATGGTGGGGACCAACCCAATGTTGTGCCGCCTAAAGCGACAGCATGGTACTTCTTCCGCGAGATGGATTATCCCCATATTAAAGCGTTGTGGGAAGTGGGTGACAAAATGGCGGAAGGCGCTGCGTTGATGAGTAATACCAGTTGGGACTCGGTGGTCATGGGCACGGCTTGGCCGGGGCACTTCAATAAACCACTTGCACTGGCGGCGTATGAGAACATCAAAAAGATAGGCATGCCAGAATGGTCTGAAGATGACCAGGTATTAGCCAAAGCGTTGCAGGAAGAAATTGGCGCTGACATTACCGGGTTACCGGATAAAATTATGCCGATGTTCGAGCCACCTCCTCTTGAAAAGCTTACTGGCGGTGGGTCAGACGATGTGGGAGATATTGCCTGGACGGTACCCACGATTTTCATGTTATACCCATCGAATATTCCGAACTTGCCAGGACACAACTGGGCGAATGCTGTTTCCATGGCTACTCCCATTGCTCATAAAGGTATTATTGCTGGCGCGAAAGCGCACGCCATGACCATGGTCGACTTGTTTACCAATCCTGAGTTATTGCCTCAAATGCAGGATTATTTCGACAACGTACAAACGAAGGACATTAAGTATCAGTCTCTCCTTCGCGACGGTGATGAGCCTCAGATCCACCTTAACGAGGGGATCATGAAGCAATACCGGGAAAAAATGCGGGCGTTCTATTACGACCCGGAAAAATATGACACGTATCTTGAGCAATTAGGCGTGACCTATCCCATGATACGCGCCAAATAA	MKRFCRSALAVALLAGSTSFMASSTTLSEAEREAAKAELVSVVDKQTKLAQVMNDMIFSFGELGFQEVETSAYLTAFLTEQGFSVEKGIAGIPTAWYATWGSGKPVIALGTDLDGIPKASQKPGVAYHDPIVEGAPGHGEGHNSGQVVNIIAALAMKDYMTKNNIEGTIVLWPGVAEEQLATKAYYVRAGYFDNVDAVLYSHVGSGFGTFYGNPFFSGLVSVKYNFYGESAHSAGSPWRGRSALDAVELMSVGMNYRREHLRLAQRTHSVIVDGGDQPNVVPPKATAWYFFREMDYPHIKALWEVGDKMAEGAALMSNTSWDSVVMGTAWPGHFNKPLALAAYENIKKIGMPEWSEDDQVLAKALQEEIGADITGLPDKIMPMFEPPPLEKLTGGGSDDVGDIAWTVPTIFMLYPSNIPNLPGHNWANAVSMATPIAHKGIIAGAKAHAMTMVDLFTNPELLPQMQDYFDNVQTKDIKYQSLLRDGDEPQIHLNEGIMKQYREKMRAFYYDPEKYDTYLEQLGVTYPMIRAK				NA	NA	NA	NA	NA
AK237_01258	1599	abgB	COG1473	p-aminobenzoyl-glutamate hydrolase subunit B	ATGTTTAAACGAAGTGTAACAAGTGCGTTGATTGGTCTTTCATTAGCAGGTTTAACGGTGGCTGCCGACGCTGCCACGGGCATGTCGCAAAATGAGCGCATGGATGCAAAAAAGGCGCTTATCAACGCTATCGATGGAAAAGCGAAGCAAGCCCAGGTAATGAACGACATGATTTTCAGCTTTGGTGAGCTGGGCTTTCAAGAGGTTCAAACATCACAGTACTTAACTGATCTGTTAAAGAAAAATGGATTTACGGTTGAGCAAGGCATATCAGGGATCCCTACGGCATGGATGGCGACGTGGGGCGAAGGTGAGCCAGTTATCGCGCTGGGTTCAGATATTGACGGTATTCCAAAAGCCTCCCAGAAACCGGGCGTGGCATATCACGACCCGATTATCGAAGGGGCGCCGGGCCATGGTGAAGGGCATAACTCAGGACAGGTTGTTAACATTATTGCCATTCTTGCTGTAAAAGAATACATGGAAGCGCATGACTTAAAGGGCACAATTAAAGTATGGCCTGGCGTTGCTGAGGAGCAATTAGGTACCAAAGCCTACTATGTGCGCGACGGCTACTTTAATGATGTTGATGCGGTGCTCTTTTCTCATGTTTCTAACGGCTTTGGCACCAGTTGGGGAGGGGGGCGAGGTAACGGTCTCATCTCTGTCCAGTACAACTTTTATGGTGAGTCTGCCCATAGTGCCGGTTCACCCTGGCGTGGGCGCAGTGCCCTTGATGCTGTTGAGTTAATGGAAGTGGGGATGAGTTATCGCCGCGAACATTTACGGTTATCCCAGCGTACGCACTCTATAGTGGTTGACGGTGGCGACCAGCCCAATGTTGTACCACCTAAAGCAAGCCGCTGGTATTTCTTCCGGGAAACTGATTATCCCCATATCAAATCATTATGGGAAATTGGCGATAAGATGGCGGAAGGAGCATCACTGATGTCAAATACCACCTGGGATTCTGTGGTATTAGGATCGGCTTGGCCACAGCATATGAATAAGGCGATTGCCGAAGATGCTTACGAGAATATTAAGCTGGTTGGCATGCCAGAATGGTCAGCGGACGATATTGCGCTGGCAAAAGCGTTGCAAACCGAAATAGGCGTAGAGCCAGAAGGTTTAAATAGCGAGATTAACGAGCTGACCGACCCACCTGATCCTGCCAAAAACATGGGGGGCGGTTCAGACGATATTGGTGATATTTCCTGGCAGGTGCCAACCATTACGTTACGTTATCCTGCCAATATTCCGAATTTGCCAGGTCACAACTGGTCGAATGCGGTGGCCATGGCCACGCCAATCGCACACAAAGGTGTGGTTGCCGGCGCAAAAGCACAGGCGCTGACCTTGTTCGATTTACTTACCGATGATGCGCTGATGGACGCCGCCCGTGATTATTATGAAAACGTGCAAACCAAAGACGCCTCTTACACGCCGCTACTGCGAGAACAAGACAAACCCGCTATTCATCTGAACAAAGGCATCATGGCTGAGTTTAAAGGTGATATGTCCAGGTTCTATTACAACCCGGATAAATATGACACATACCTGGAGCAGCTGGGCATCAGTTATCCAACGGTGCGTGACTAA	MFKRSVTSALIGLSLAGLTVAADAATGMSQNERMDAKKALINAIDGKAKQAQVMNDMIFSFGELGFQEVQTSQYLTDLLKKNGFTVEQGISGIPTAWMATWGEGEPVIALGSDIDGIPKASQKPGVAYHDPIIEGAPGHGEGHNSGQVVNIIAILAVKEYMEAHDLKGTIKVWPGVAEEQLGTKAYYVRDGYFNDVDAVLFSHVSNGFGTSWGGGRGNGLISVQYNFYGESAHSAGSPWRGRSALDAVELMEVGMSYRREHLRLSQRTHSIVVDGGDQPNVVPPKASRWYFFRETDYPHIKSLWEIGDKMAEGASLMSNTTWDSVVLGSAWPQHMNKAIAEDAYENIKLVGMPEWSADDIALAKALQTEIGVEPEGLNSEINELTDPPDPAKNMGGGSDDIGDISWQVPTITLRYPANIPNLPGHNWSNAVAMATPIAHKGVVAGAKAQALTLFDLLTDDALMDAARDYYENVQTKDASYTPLLREQDKPAIHLNKGIMAEFKGDMSRFYYNPDKYDTYLEQLGISYPTVRD				NA	NA	NA	NA	NA
AK237_01259	2814	btuB_8		Vitamin B12 transporter BtuB	ATGAAGGTGAGCACACAAATACCCACTCGAAAACTCTATCTGGCGGTAGCGATTGCAAGCGGACTCGCAAGTCCTGTCTACGCACAGGAAAGCACGGCGCCAGCAGCCGAAGAACAAAAGGTTGAATCAATACAGGTTACCGGGTCTCGTGTTTCACGGGACGGCTATGACACGCCAACTCCCGTCGCTTCTATGTCAGAAGAAGACATCAATACCTATGCCCCTAACAGCGTGGCAGACTTTGTTAATACCATGCCTTCGGTATCAGGTAGTTCTACTGCGTCTACCAGTTCAGGCTCATTAAGTAACGGTGCTTCAGGCATTGCTGCACTGAATCTGCGCGCGTTAGGTACAGGACGAACGTTAGTGCTATTTGACGGCCAGCGTTCTGTGGTTTCAGCCTCTACAGGTGAAGTGGATACAAACACCTTTCCCCAATCGCTTATCAAGCGTGTTGAAATTGTAACCGGTGGGGCGTCATCGGTTTATGGTTCTGATGCGATTTCAGGCGTGGTTAACTTTATCCTGGATAAAGAATACACGGGGTTTAAGTCGCAGGTTGAATATGGTGAAACGACCTACGGCGACCGTGAAAACAGTAAAATCGTGCTGACATACGGCACCGAGCTGGGTAACGGTGACGGTCACCTGTTGCTTAGCGGTGAAGCATTTCGGGCAAACGGTATTCATTACACAACCCGTGATTATGCCGAGCAAGGCAATGTTGCCATGATTAACCCTGATACCTCTGAGGGGGCGCCTTACTTCTATACAGGAAGCGGTATCGGCATTTCGAATTACACACCAGGCGGTCTCATTGCGTCCGGCCCGCTGGCGGGGACTTATTTCGGCGTAGATGGTGCGGTCGGGCAGCTGGCTACAGGTGCTACATCCGGTCAGTGGATGCAGGGTGGTGATTGGGAATACTCCACCTCTGGCATGCTGGGTACCAATTCATTAGCCGCAGACTTAGATCGTAAGAATATCTTTGGTCGTTTGAGCTGGATGTTTGGTGAAACAGAAGTTTTTGTGCAGGGTTCCTATGCTGAATACGAGGGATTGAGCTATTACATCAATCCCACCACCAAAGGGGTTACGATATACGCGGACAATGCGTACTTGCCAGAATCTGTCGCGACGCAAATGTCCGCACAAGGGCTGGAAAGTTTCTCGCTAAATACCAGTAATGTCGACATGCCTGCGTCGGGCTCTAACAACAAGCGCGACACCACACGTCTTGTGGCGGGAGCAAAAGGCGAGTTTGCGCTGTCAGATAAATTCTTCATGTGGGATGCGTATTACCAGCACGGTAAAACGGACTCCGACGAACACATGACACCCACCTACAACACGTCCCGTTTATCATTAGCAACGGATGCCGTGGTCGACCCGGATACCGGTAATATCGTTTGTCGTTCTACGTTAACTGAGCCATCAAATGGTTGTGTACCGCTGAATCGACTGGGCGTAGGTGTGGCCAGTGACGAAGCGTTAGCCTATGTACTAGGCCAGCCCCGACGCAAGCAGGAGTTTATCCAGGACGTAGCGGCGATTAACGTTAGTACTTCCGATATCGACGGGTGGGCGGGCCCCATTTCTGTTGCCTTTGGTGCGGAATATCGAAAAGAAGAAATGGATGGCTCGGTGGAAGAGGAATACCAGTCTGGTTGGAAATACGGTAACTACAAAGTCACCGAAGGGTCGTACAACGTAAAAGAAGCCTACGTAGAATTGCTTGTACCGGTGATTGACGACGTCGATTTTAACGGCGCAGTTCGCTATACGGATTACAGCACTTCTGGTGGCGTAACAACCTGGAAAACCGGGCTAACCTGGTCTCCTGTCGACGATGCAACGTTCCGCATTACCAAGTCGAAAGACATTCGTGCTCCCAACCTGTCTGAATTGTACGCAGCGGGTACGGCGCGTTCAAACTCTGTGACTATTAATGGTGCTTCTGTGCCGATGGTTCAAAACTTACAGGGTAACCCTGAGGTGCAACCAGAAGAAGCCGATTCATTCGGGCTGGGTGTTGTGCTGCGTCCGCGTTTCTTAGAAGGCTTCTCAGCTTCTATTGACTACTATGAAGTCGATGTAGAAGGCGTAATCGGTTACGTAACCGCAGATACAACGGCAGAATATTGTGTGGAGTATGGCGTCCAAAAGTATTGTGACAACATGATTTATGATAGTGCCGGCACATTGGAAACCATTAATCTACTGTACGACAACCTGAATTCGATGTCGGCGAAAGGTATAGACTACGACTTAACCTACCGTTTTGATATGGCTGATGTATTCGACAGCCTGCCTGGAGCGATTAAGTTACGTTTCCTTGCCACAAATTATCTTGAGGCCATTACGGATGACGGCACCACTGCTATTGATGAGGCGGGTTCGAACGCCAGTTCAACCCCCGATTGGAAGTTCCGCGCCTCAGTAACCTACGATTTAGATGACGTTCGTCTGGATTTAACTGCACGTGGGATCAGTGAAGGAACGTTAAGTAACGCCTACATAGAATGCTCGACGAATTGCCCGGAAAGCACCGCACCTTACTACACCATTAACGATAACACTGTCGCCAGCAAAGTTTTCTTTGATGCCTATGCGTCGAAGACCTTTACCTTCAGCAATACCGGTGATGTGGAGCTCTATCTACAAATCAAGAACTTGCTGAATACCGATCCGGCCGTTGTGACCTATCCTGCCTATCAGGGTTCTGAAAATCGCCCGGGTTATTTGGCAACAAACCGTTCCTTGTATGACGTACTGGGCCGCGAATTCAAAATCGGCTTCCGCGTGAACATGTAA	MKVSTQIPTRKLYLAVAIASGLASPVYAQESTAPAAEEQKVESIQVTGSRVSRDGYDTPTPVASMSEEDINTYAPNSVADFVNTMPSVSGSSTASTSSGSLSNGASGIAALNLRALGTGRTLVLFDGQRSVVSASTGEVDTNTFPQSLIKRVEIVTGGASSVYGSDAISGVVNFILDKEYTGFKSQVEYGETTYGDRENSKIVLTYGTELGNGDGHLLLSGEAFRANGIHYTTRDYAEQGNVAMINPDTSEGAPYFYTGSGIGISNYTPGGLIASGPLAGTYFGVDGAVGQLATGATSGQWMQGGDWEYSTSGMLGTNSLAADLDRKNIFGRLSWMFGETEVFVQGSYAEYEGLSYYINPTTKGVTIYADNAYLPESVATQMSAQGLESFSLNTSNVDMPASGSNNKRDTTRLVAGAKGEFALSDKFFMWDAYYQHGKTDSDEHMTPTYNTSRLSLATDAVVDPDTGNIVCRSTLTEPSNGCVPLNRLGVGVASDEALAYVLGQPRRKQEFIQDVAAINVSTSDIDGWAGPISVAFGAEYRKEEMDGSVEEEYQSGWKYGNYKVTEGSYNVKEAYVELLVPVIDDVDFNGAVRYTDYSTSGGVTTWKTGLTWSPVDDATFRITKSKDIRAPNLSELYAAGTARSNSVTINGASVPMVQNLQGNPEVQPEEADSFGLGVVLRPRFLEGFSASIDYYEVDVEGVIGYVTADTTAEYCVEYGVQKYCDNMIYDSAGTLETINLLYDNLNSMSAKGIDYDLTYRFDMADVFDSLPGAIKLRFLATNYLEAITDDGTTAIDEAGSNASSTPDWKFRASVTYDLDDVRLDLTARGISEGTLSNAYIECSTNCPESTAPYYTINDNTVASKVFFDAYASKTFTFSNTGDVELYLQIKNLLNTDPAVVTYPAYQGSENRPGYLATNRSLYDVLGREFKIGFRVNM	PGPT0003790_2859	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0003790-hutA|fatA|fct|foxR-K02014	NA	NA
AK237_01260	630	upp	COG0035	Uracil phosphoribosyltransferase	ATGGCTGTTCACGAAATTAAGCACCCGCTAATTCAACATAAAATTGGTTTGATGCGAGAAGCGTCAATCTCCAGCAAAGATTTTCGTGAATTGGCCAGCGAGATAGGGAACCTGTTGACCTACGAAGCAACACGAGATTTACCTACCGAGACAGCAGATATAAAAGGTTGGACTGGCGAAACGCTGCACGTGGAGCAGATCAAAGGTAAAAAAATAACTATCGTACCGATTTTGCGTGCAGGCTTAGGCATGCTGGATGGTGTTTTGCAGCTTATTCCTAACGCCAAAATCTCGGTTGTGGGTTTATATCGGGACGAGGAAACGTTAGAACCCGTGCCTTATTTTGATAAGGTTGTGCGGGATATCGATGTGCGCACGGCGTTAATCGTCGATCCGATGTTGGCGACTGGTGGCACCTTAATCGCTACCATCGATTTGCTTAAGCAAAAAGGGTGTGAGCGAATTATGGGCTTATTTCTGGTTGCTGCCCCAGAGGGTATCGAAGCCGTCCAACAGGCCCATCCCGATGTAGACATTTTCACCGCCTCAATCGATGACAGGCTGGATGAGCAGGGTTACATTTTGCCCGGGTTGGGTGATGCGGGAGATAAAATCTTCGGTACGCGGTAA	MAVHEIKHPLIQHKIGLMREASISSKDFRELASEIGNLLTYEATRDLPTETADIKGWTGETLHVEQIKGKKITIVPILRAGLGMLDGVLQLIPNAKISVVGLYRDEETLEPVPYFDKVVRDIDVRTALIVDPMLATGGTLIATIDLLKQKGCERIMGLFLVAAPEGIEAVQQAHPDVDIFTASIDDRLDEQGYILPGLGDAGDKIFGTR	PGPT0021240_3198	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021240-upp-K00761	NA	NA
AK237_01261	729	COQ3		Ubiquinone biosynthesis O-methyltransferase, mitochondrial	ATGGAACGCATAAAGCTAGTTAAGAACACCAGGGAAGAAACCCAACTCATTGAAGCAAGAATTCGCCAAGTGGTGAGGGAAGGTCAGGTATTAGCAATTCTTGAGGCAGGTTGTGGCCAGAAATGGCCGTTAAAATTAGATGGCATTGCACGGCATATCACCGGCGTGGACATTGATGAAACGGCATTGGCATTGCGCCAGCAAAAGCATGGTGATTTACAGAAAATCATTATAGGCGATTTGCGCACGTTAACGTTACCGGAAGCACACTTCGACGTTATATATACTTCCTATGTGCTTGAGCATATCGACAACATTCAGCGCGTGCTAGACAATTTTTCGCGTTGGCTCAAACCTGGCGGCGTGATCGTTATTAAGGTGCCTGACCGTCACACGGTGTATGGTTTCATCGCGCGCTTGACCCCCCATTGGCTGCATGTAGCGTACTATCGCTACATTAAAGGTAAAAAGCAGGCCGGCAAACCGGGACACATTCCTTATCCTATTGTTTATGATCCGCAACTTTCAAGGCAAGGGATAAAGCAGTTTTGCGACGAGCACAGATTGGTGCTAATCAGCGAGGTAGGGAAGAATAACTATCTGCGTAAGCGCGCGCGAAAAGACCGCGTTGTGCGCTTTTTTGTGCGAATTATTAGTAAGTTGTCGGGGAACAAACTTGCATGGCACTACAACGATGTCATTTTTATCATTCAAAAACCGGTAAATTAG	MERIKLVKNTREETQLIEARIRQVVREGQVLAILEAGCGQKWPLKLDGIARHITGVDIDETALALRQQKHGDLQKIIIGDLRTLTLPEAHFDVIYTSYVLEHIDNIQRVLDNFSRWLKPGGVIVIKVPDRHTVYGFIARLTPHWLHVAYYRYIKGKKQAGKPGHIPYPIVYDPQLSRQGIKQFCDEHRLVLISEVGKNNYLRKRARKDRVVRFFVRIISKLSGNKLAWHYNDVIFIIQKPVN				NA	NA	NA	NA	NA
AK237_01262	1293	cpg2		Carboxypeptidase G2	ATGAAAAAACACGCACTTCTCCTCGGGTTATCATTTTTTGCCAGTCAATCTATCGCAGCGTTAACCGACAAAGAGCAGCAGCTCGCCGCTTATATAGACCAAACGAATCCTCAGGCCCTGGCCTTACTGGAAGATATCGTCAATATAAATAGCGGCACAATGAATTTTGCCGGCGTAAAACATGTCGCCGAAGTACTCATCCCCGAATTTGAGAAGCTGGGGTTTGATGCCAGGTTCGAGGACGGTGCAGCGTTTAACCGAGCGGGTCATCTGGTTGCCGAGCTGAACGGTGGTACTGGCCCTAAAATGCTACTTATTGGGCACCTGGACACCGTTTTTGAACCGGATAGCCCCTTTCAAACATTCGAGAAGATCAGTGATACGCGAGCTAAAGGCCCTGGCATCGCCGACATGAAAGGTGGTGATATTGTGATTTTGCAAGCGTTACGGGCACTACACGATAGTGGCGAACTACAAAACATGAATGTGCGGGTAGTGATGACGGGTGACGAAGAATTAAGTGGCCGCCCCCTTGAACTGTCCAAAAAAGCATTAACCGATGGCGCAAAATGGGCTGATATAGCGATTGGTTTTGAGAATGGAGACGGTAACCCTGCCACTGCCAATATTTCTCGTCGCGGTTCTATTGACTGGACACTTACCGTAAAAGGGGTTCCCTCCCACTCCTCTCAGATATTTAAGGAAAACGTAGGCGCGGGGTCAATTTATGAAGCTTCGCGCATCCTCGCCACCTTTTATAAAGAATTAAGAAGTGAGGAGTTACTCACCTACAACCCTGGGCGAATAATGGGTGGCACAGCGGTAACTCACGATCGCAAAAGCAACAGCGGCACCACCTTTGGTAAGAACAATGTTGTTGCCGAAACCACAATTGTTACCGGCGACATTCGCGCCATCTCTGAAGCGCAGGTTTCGCGGGTAAAAGACAAAATGCGCGCCATTGTTTCCGCGTCATTACCTAAAACACAAAGCCATATTGAATTTGGCGAAGGCTACCCTGCACTGGCTCCTACAGAAGGTAACAAAGCCTTGTTGGCCATTTACAGTGACGTCAGTGAAGATTTAGGACAAGGCAAAGTTGCCGCCGTTAACCCGTTGAATGCAGGCGCCGCAGATGTATCTTTTACTTCTGCGTACGTTGAAATGGCTATCGATGGTCTGGGTATGAGCGGTTCAGCTGGCCATACTGTCAACGAAACCGGTAGTCTGCCGGCGTTGGCGTCGCAATCTAAGCGTGCAGCTATTTTATTGTACAGACTGAAAAATCAATAA	MKKHALLLGLSFFASQSIAALTDKEQQLAAYIDQTNPQALALLEDIVNINSGTMNFAGVKHVAEVLIPEFEKLGFDARFEDGAAFNRAGHLVAELNGGTGPKMLLIGHLDTVFEPDSPFQTFEKISDTRAKGPGIADMKGGDIVILQALRALHDSGELQNMNVRVVMTGDEELSGRPLELSKKALTDGAKWADIAIGFENGDGNPATANISRRGSIDWTLTVKGVPSHSSQIFKENVGAGSIYEASRILATFYKELRSEELLTYNPGRIMGGTAVTHDRKSNSGTTFGKNNVVAETTIVTGDIRAISEAQVSRVKDKMRAIVSASLPKTQSHIEFGEGYPALAPTEGNKALLAIYSDVSEDLGQGKVAAVNPLNAGAADVSFTSAYVEMAIDGLGMSGSAGHTVNETGSLPALASQSKRAAILLYRLKNQ				NA	NA	NA	NA	NA
AK237_01263	1548			hypothetical protein	ATGACACTTCGTCGTTCCGTTACCGCCCTGGCAATCATGCTTGGCGTTTCTGGTAGCATCGCTATGACACCGGCATTGGCCGCCGACTCTCCCGCTGAAGTCACACGCAGCATTCCAACAGAATCTGCGGTGGTGACCAAACATAAAACCACGATCCGCGGCAAAAAAATCAGCTACACCGCAACGGCGGGTATGCAACCCGTGTGGGATGAAGAAGGCAACCCAACGGCCACGTTACAATACACGTATTATCAACGGGATGATGTAAAAGATACGGCTTCCCGCCCGTTGGTAATAAGCTTCAACGGCGGCCCCGGTTCGGCATCAGTATGGATGCATATTGCCTATACGGGACCCAAAGTACTTAACATCGATGAAGAAGGCTATCCTCTCCAACCCTACGGTGTAAAAACAAATCCTTATTCCATCCTGGATGTTGCGGATATTGTTTACGTCAACCCTGTTAACACAGGCTATAGTCGCGTGCTCCCTGACGCAGAGGGCAAAATGCCTTCAAAGGATAAACAAAAAGCGATGTTTTTTGGCGTTAACGCCGACGTAGAGTACCTGGCGGAATGGCTGAATACCTTTGTGTCTCGTCAGAGTCGCTGGCGCTCACCGAAGTACTTGATTGGTGAGAGTTATGGTACCACCCGTGTATCAGGTCTTGCTTTAGCGTTACAGCAACAGCAGTGGATGTATTTAAACGGGGTAATACTCGTGTCGCCAACTGACCTGGGCATTAATCGTGAAGGTCCTGTTGAAGCGGCGAATCGCCTGCCCTATTTCGCTGCCGCCGCCTGGTATCACAACAAGCTCGCGCCACAATATCAGAACATGGACTTAGAGGCATTTTTACCAGAAGTAGAAGCTTATACATTGAATACGCTACTACCTGCGCTGGCAAAAGGGGCGTGGATTGACGACGCGGAGAAACAACAGGTTATTCAACAGTTCGCGGCATACTCAGGCTTGTCTGAAAAAGAAGTTGCACAAAGTAATCTGGACGTGAGCACCTGGTATTTTTGGAAAGCGCTTCTTCGTGATGAAGGCAAAACCATTGGTCGCTTAGACAGTCGTTATCTTGGTATCGATGAAATAGAATTAGGTGACAGACCTGACTACAATGCAGAACTGACTTCATGGTTGCACTCTTTTACGCCCGCTATCAATGATTACCTTCGCAACGACTTAAATTTCGTCACGGATACCAAATACAATATGTTCGGCCCCGTGCATCCGTGGGATCGCGAAAACAACCATACAGGTAAAGATTTACGCCTCGCCATGGCGACCAATCCTTATCTGAATGTGATGATTCAGTCCGGGTATTACGACGGTGCTACCAATTATTTTGACGCCAAATACACGATGACCCAACTCGACCCAAGCGGAAAAATGAAAGACCGCTTGCGCTTTAAAGGATACCGGAGTGGCCATATGATGTACTTACGTTATGATGATCTTAAAACCGCCAACGATGATATCCGTAACTTTATCAGTGACAGCTTGCCCGCCACTGACGAAGCCGCAAGGTACGACCGATAA	MTLRRSVTALAIMLGVSGSIAMTPALAADSPAEVTRSIPTESAVVTKHKTTIRGKKISYTATAGMQPVWDEEGNPTATLQYTYYQRDDVKDTASRPLVISFNGGPGSASVWMHIAYTGPKVLNIDEEGYPLQPYGVKTNPYSILDVADIVYVNPVNTGYSRVLPDAEGKMPSKDKQKAMFFGVNADVEYLAEWLNTFVSRQSRWRSPKYLIGESYGTTRVSGLALALQQQQWMYLNGVILVSPTDLGINREGPVEAANRLPYFAAAAWYHNKLAPQYQNMDLEAFLPEVEAYTLNTLLPALAKGAWIDDAEKQQVIQQFAAYSGLSEKEVAQSNLDVSTWYFWKALLRDEGKTIGRLDSRYLGIDEIELGDRPDYNAELTSWLHSFTPAINDYLRNDLNFVTDTKYNMFGPVHPWDRENNHTGKDLRLAMATNPYLNVMIQSGYYDGATNYFDAKYTMTQLDPSGKMKDRLRFKGYRSGHMMYLRYDDLKTANDDIRNFISDSLPATDEAARYDR				NA	NA	NA	NA	NA
AK237_01264	594	acpH	COG3124	Acyl carrier protein phosphodiesterase	ATGAATTATCTCGCGCATTTGTATTTAGCCCAATCAACACCGGATTCTTGTTTCGGCAACCTTCTAGGTGACTTTCAAAAAGGTGTGGACACCCAGTCCCTGCCACATCCCGTTTTCGCAGCACTACAGAATCACATGTTGGTAGATAAATTTACTGACAGCCATCCATGGGTGAAAGATGCGAAAACACGTTTTAGTTCAACAAAAAGACGGTTTGCGGGAATTACACTAGATGTGCTTTTTGACCACTTTTTAATTGTTCACTGGTCCGGTTTTACCACCTGTTCTTTTGACAGCTTTTGCCAGTCGAGATATACACTGCTGGAAAAGCGCCTTGGCGTAATGCCGGCACGTATGCAACAGGTAGTGGGCAGCATGATTTCTAAGCAGTGGCTCGATGTGTACCGCACCTTAGACGGCGTAAACATGGCACTTAACCGCACGGCTTCCCGCATTCGATTTCGTCATCAATTTGATAATAGTCTTGAAGAGATAATGCCAGATTACGAAAACCTGCGTGCTGAGTTTCCGGCATTTTTTTCAGATTTATGTGAGCACATTAAAGAAAAGGGCCCGGAGGCCCTTTTAGGATAG	MNYLAHLYLAQSTPDSCFGNLLGDFQKGVDTQSLPHPVFAALQNHMLVDKFTDSHPWVKDAKTRFSSTKRRFAGITLDVLFDHFLIVHWSGFTTCSFDSFCQSRYTLLEKRLGVMPARMQQVVGSMISKQWLDVYRTLDGVNMALNRTASRIRFRHQFDNSLEEIMPDYENLRAEFPAFFSDLCEHIKEKGPEALLG	PGPT0008850_229	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_VITAMIN_PRODUCTION	PLANT_VITAMIN_B5|PANTOTHENIC_ACID|CO_FACTOR_METABOLISM	PLANT_VITAMIN_B5|PANTOTHENIC_ACID|CO_FACTOR_BIOSYNTHESIS,PGPT0008850-acpH-K08682	NA	NA
AK237_01265	255	minE	COG0851	Cell division topological specificity factor	ATGGGTATTTTCGATTATCTGCTAAAAAAAGGTAAGCCTAATACTGCCGCAGTAGCCAAGGAGCGCTTGCAGATCATCGTCGCCCATGAGCGCCGTAAACGTTCGCAACCGGATTATCTGCCTATGATGCAGCAGGAAATCTTAGAAGTTATTCGCAAATATGTGCATATTGCTGACGATGATGTATCGGTGCAGTTAGAAAATAGTGACGATTGCAGCGTACTGGAGTTAAACATTACGCTCCCTGAAAAATAA	MGIFDYLLKKGKPNTAAVAKERLQIIVAHERRKRSQPDYLPMMQQEILEVIRKYVHIADDDVSVQLENSDDCSVLELNITLPEK				NA	NA	NA	NA	NA
AK237_01266	810	minD	COG2894	Septum site-determining protein MinD	ATGGCTAAAATTATTGTAGTAACTTCAGGAAAGGGTGGTGTTGGTAAAACGACGTCCAGTGCTGCCATTGCTACGGGTCTGGCACTGGCTGGACATAAAACAGTGGTGATCGACTTTGATGTGGGCTTAAGAAACCTTGATCTCATTATGGGTTGTGAACGACGCGTCGTGTACGACTTTGTTAATGTTATCAATAAAGAAGCTACATTGAATCAGGCACTGATCAAAGATAAGCGCACTGACAACTTATACATTCTGCCGGCATCTCAAACCCGGGATAAAGATGCATTGACCATGGAAGGCGTTCAAAAAGTACTGGACGACCTGTCAGCAGATTACGACTTTATTATTTGTGATTCTCCTGCTGGTATCGAGCAGGGCGCGCAAATGGCATTGTATTTCGCCGATGAGGCGATTGTTGTGACGAATCCAGAGGTATCGTCTGTACGTGACTCAGACCGTATTTTAGGTATTTTGCAAAGCAAATCTATGCGAGCAGAGCAAGGTAAGTCGGTGAAAGAACACTTGTTGCTCACGCGGTATAATCCGCAGCGTGTGGCCACAGCAGAAATGTTAAGTGTCGCTGACGTAGAAGAAATTCTGGCGGTACCTTTGTTAGGTGTTATTCCAGAGTCTGAAGCCGTGTTAAAAGCGTCTAACCAAGGCGCTCCTGTTATTTTAGACACCGAGTCCAGTGCCGGACAAGCTTACTCTGATGCAGTGAAGCGCTTATTGGGTGAAAAGGTTGAACATCGCTTCCTCGACATCCAGAAGAAGGGTTTCTTCAAGCGACTGCTAGGAGGTAAGTAA	MAKIIVVTSGKGGVGKTTSSAAIATGLALAGHKTVVIDFDVGLRNLDLIMGCERRVVYDFVNVINKEATLNQALIKDKRTDNLYILPASQTRDKDALTMEGVQKVLDDLSADYDFIICDSPAGIEQGAQMALYFADEAIVVTNPEVSSVRDSDRILGILQSKSMRAEQGKSVKEHLLLTRYNPQRVATAEMLSVADVEEILAVPLLGVIPESEAVLKASNQGAPVILDTESSAGQAYSDAVKRLLGEKVEHRFLDIQKKGFFKRLLGGK				NA	NA	NA	NA	NA
AK237_01267	741	minC	COG0850	Septum site-determining protein MinC	ATGTCACAACAGTGCTTTCGTATGAAAGGCACCACACTTACCAGTATTGTTCTGGAAGTCCTTCAGTTCGAACCGGATGAATTTGACACGCAGTTGGCGGCGAAGATTGCCAGTGCGCCACATTTTTTCACCCGTTCTTCGCTTATTCTTCATCTTAACTCTACAATGTCGCCGACAGAGTTCGAGTTACTGATCGCCTTATGTCGTCGCCATCAGTTGCAACCGATGGCAATTAAAGGTGAAACCGACGGATTGAAAGCAACAATTAACGATCTCGGCATGGCTGATATCAGCCAAAGTAAGCTGAGCGAACGTGCGTTGACTGAAACAAAGCCTGCCGAAACAGAACCTTCACAACAAGAAGCGCCATCTGCTCAACAGACCCTCGAAAGTACCACCGTTGAAGTGCTTAAGCCGGCAAAAATAGTCGCGCGACCAGTACGTTCAGGCCAACAGGTTTATGCTGATGGGTGTGACTTAGTCATATTGGGGGCCGTCAGTGAAGGCGCTGAAATTCTTGCCGATGGCAATATTCACGTTTACGGCACATTACGTGGGCGTGCGCTGGCCGGTGTAAAAGGCAATACGCAAGCACGCATTTTCTGTCAGAATATGGAGGCCGAATTGGTGTCCATTGCTGGCCGGTTCGTGATGCAGGAAAACATACAAAATAAGTGCTGGAAGCAACCAGCGCAGGCATATTTAGATGCTGATGCACTTCTTATTGAAGCATTAACCTAA	MSQQCFRMKGTTLTSIVLEVLQFEPDEFDTQLAAKIASAPHFFTRSSLILHLNSTMSPTEFELLIALCRRHQLQPMAIKGETDGLKATINDLGMADISQSKLSERALTETKPAETEPSQQEAPSAQQTLESTTVEVLKPAKIVARPVRSGQQVYADGCDLVILGAVSEGAEILADGNIHVYGTLRGRALAGVKGNTQARIFCQNMEAELVSIAGRFVMQENIQNKCWKQPAQAYLDADALLIEALT				NA	NA	NA	NA	NA
AK237_01268	1407			hypothetical protein	ATGTTGACATTATCGCAATTTCGTAACAGTTACCCGTTGCAGCTGGAGTGTTCTCTGGCGACGGGAAACAGCCCGCAAACTTTATTGCGGCTGTCTGCGAAATTTAGTGGCCGAGATCCTTTCCGACGTTTCGTTGAGCAAAGCGCTTCCAGTAATCGACCTATTCATTTTCTTGGTCATGACCGCAGTTTGGATGCCAGTGTTGCAAACCTGAGTGAAATCAGTAAGCAAATTGCGGACATTGAAGATTGGCTGGGATTATCCTATCAGGATATTTTGCAAAAAATCGCCGGTGCTTATAGCACTACGCCTGTCAGTAAAATTTTTGACTTACAGGTACCCGGCAAATGGGATGGGGTAACCCGTGGAGAACTACAAGCGCTGTTACAGGAATTACATTTCTGGGTGGTCTACATCAACGATTTAGATATCGTACGTAAAGATGTGACATCAGCGAAGAATCTGCATTACTTTTTGCGTCGTCATCCCGTTGCAGGCTGCCAGACGCTGGCCGATGTTGTTATGCTTAATCACGATAGCTGGGATTTAGATGAGTCGCAATATCAAGCAATAATTCGTGACGTCATCAGCAAAGATGATGATTGTATTCTGCGTTGGATAGAGCAACCAGAACCTATGGCGCACTTTAATGTTCGTTCAAACCTGCCTTACAATTCTATGCTGACCTGGGTGATGCTGTCGCTTGTATCTCGCACCTATGGATATACCAGCAACCTGTGGGGCACCAAAGTACAATGGAAGAAGCAAGGTTTTAAGCTACGTAAAGAGGCGAAAGCTGCGCCTGTTTTCCATTATTACTCCATGCCATCTGCCGAGTTATCGCTTGGAGAAGGAGATGAAGGGCTTGCCCGGAAGGGACGCCGTATTTCCCTTGTTTACAACGCCAGTGAGCTGGTCGACTACCGGGGCTTGCCTTATGAAGAGGGAATGGTAGAGCCGCTGTCCTTACTGAAGCATCGGTTGGAAAAATTAAAGGTCGATGTGAGGGAAGGGGATGCGCCTCAATGGCACGCCGACGAGGATTACATTGAAATGCCGCCTGAAACGGGCCTTTACGCCAAGCACGTGACCGCCGCCTACTATCAGACAATTTTGCCTTTGTTTATTCGCTGGGCAGGTCATCACAAACGGTTAGATGTAGGGCGACACTTGTCCGATCCGGTGCAATTCGATGCCTACACGACATTGGTCACAGAAGTTGCCACATCTAATTTGTCGGTGCGCTTTGGTTTGGACAGAAAACCTTGCCAAACAAGTGTACAGCGAATTGGTAACTGGCTGGATGAGTTGACTGTCAAAGAGCGTTTCGCAGTGGTAGCCAGCGCATCAGAATGTGCAAATCGACTTTGCCTTTTCCTGTTTCCTGACAATCGCCAGGAAGACTAA	MLTLSQFRNSYPLQLECSLATGNSPQTLLRLSAKFSGRDPFRRFVEQSASSNRPIHFLGHDRSLDASVANLSEISKQIADIEDWLGLSYQDILQKIAGAYSTTPVSKIFDLQVPGKWDGVTRGELQALLQELHFWVVYINDLDIVRKDVTSAKNLHYFLRRHPVAGCQTLADVVMLNHDSWDLDESQYQAIIRDVISKDDDCILRWIEQPEPMAHFNVRSNLPYNSMLTWVMLSLVSRTYGYTSNLWGTKVQWKKQGFKLRKEAKAAPVFHYYSMPSAELSLGEGDEGLARKGRRISLVYNASELVDYRGLPYEEGMVEPLSLLKHRLEKLKVDVREGDAPQWHADEDYIEMPPETGLYAKHVTAAYYQTILPLFIRWAGHHKRLDVGRHLSDPVQFDAYTTLVTEVATSNLSVRFGLDRKPCQTSVQRIGNWLDELTVKERFAVVASASECANRLCLFLFPDNRQED				NA	NA	NA	NA	NA
AK237_01269	1878			hypothetical protein	ATGCAGCGAACACCGATTTTTGCCGCTCTGCTGGCGGCAGGTTTACTTGGCGGATGCAATGACAGTGCGCAAGATGGATCAAATAATGCCAGGGTTACGCAGGCACAGCAGGAAGCGGCGAGTGTCGCTCTTTCTGAAACCGCCGACACATATACCAAAGCATTTCTTAGTCAGGAGCCAACACTGTCCACCATGCTGGCGCTTTCTGTTGAACAGGCCGGAGGGCCTTACAACGCACGCTTTCCTGATTATACCGAACAAGGTATGGCAACGTTACAAAACAGCATGTCAGAAGCGGCGCGTCAATTAGGGGATATCGATACCACGCATTTGTCGGCCAGTGAACAAACCCATCAACAAATTTTGATTAATATTTTCGACTATTACACGGGAGATACGGCCTTTCCCGCAGGCTATATCGATACGTGGGGCGGGCATCTGCCGTATATTATAAATCAAATCTCCGGGCCACTGATTGATGTACCCAAACTGATGCAAGTGCAACAAGCTGTCGCCACACGACAAGACGCAGAGGATTATTTAACGCGCTTGTCGAAGATGGGGGAGTTTGTTGATGGTGTAGTGGCAAAGTTTAAAGCGGATGAACAAAAAGGTATTGTTTTACCTAAAAAGTTGCACCCGAAAACCATCGCATTTTTTAATAGTTTTCTGGCCAGTGAGCCGAAAGATCACGAGTTAGTAAGGTCATTTTCAGCAAAGTTAGCCGATGTGCCAGATCTGGACAGTGCCGAAAAACAGGCGTTGGTGGAGCAAGCAGTGCATTGGGTTCAAACGGTGGTGTATCCGGCATACAACCGCGCCAGAGACGCCGTGTTAGAAAGTGAGCAGCATGCCGGTAAAAGTGATGGGATCTGGGCACAGCCAGGTGGCGAGGCGTTCTACGCACATGAGATAAAATACCTTGGGGATTCGTCTTACTCCGCAGATGAGATTCATCAAACAGGTCTTGATGAAGTGGCGCGAATTTCTGCCGACATGGATGCTATTTTGAAAGCGAACGGCTACGAAGATGGAACCGTAGGCGAACGTATGTTAGCACTTGCTTCGCTTCCTGGTCAGGTTTATGAAGCGACAGACGAAGGCCGAACCGCGCTACTCGATTATCTTAACGAAGAAATCAACGCGGTAATGGCAAAGGCACCGTCGTTTTATGGCACTACGCCGGAGCAAGCCGTAGAAGTGCGTCGGATACCTCCGGTGTCAGAAGCTGGCGAAGCCGGTGGTTTTTATTCTCCTCCCTCATTGGATGGTGCGCGACCTGGTATTTACTGGATTAATTTGCGGGACATGGAAGCCGTACCAAAGTTCGGGCTTAAAACACTGACATACCATGAAGCTGTACCGGGCCATCACTTTCAAATTGCGTTGAATATGGCTCAGGAGGATATCGGTATTATGCGTCAGAATGCGCCCTACAACGCTTACGTCGAAGGATGGGCGTTGTATTCAGAATATGTTGCCGCTCAGTACATGGATATGTACAAAGACGATCCGCTAGGCGGCTTAGGCCGGCTTCAGGCTGAGCTTTATCGCGCGGTTCGGCTGGTGGTAGATACCGGCTTGCACCATAAGCACTGGACACGTGAGCAGGCCATTGACTACTTCCACAATACAACGGGAACGTCGTTGTCTGATGTTGTGCCTGAAGTCGAGCGCTACATGGCATGGCCGGGTCAGGCGTTAGGGTACAAGCTGGGCATGCTTACCTTTGTTGAACTGGAAAAAAATGCAAGAAAAGTATTAGGTGACAAATTTGACATTCGTGCCTTTCATGATGTGATTTTATTACCGGGTGCGCGGCCCATGTCCATGGTGAGAAAGGATGTCGATGCATGGATAAATCAGCAATCTTCCTGA	MQRTPIFAALLAAGLLGGCNDSAQDGSNNARVTQAQQEAASVALSETADTYTKAFLSQEPTLSTMLALSVEQAGGPYNARFPDYTEQGMATLQNSMSEAARQLGDIDTTHLSASEQTHQQILINIFDYYTGDTAFPAGYIDTWGGHLPYIINQISGPLIDVPKLMQVQQAVATRQDAEDYLTRLSKMGEFVDGVVAKFKADEQKGIVLPKKLHPKTIAFFNSFLASEPKDHELVRSFSAKLADVPDLDSAEKQALVEQAVHWVQTVVYPAYNRARDAVLESEQHAGKSDGIWAQPGGEAFYAHEIKYLGDSSYSADEIHQTGLDEVARISADMDAILKANGYEDGTVGERMLALASLPGQVYEATDEGRTALLDYLNEEINAVMAKAPSFYGTTPEQAVEVRRIPPVSEAGEAGGFYSPPSLDGARPGIYWINLRDMEAVPKFGLKTLTYHEAVPGHHFQIALNMAQEDIGIMRQNAPYNAYVEGWALYSEYVAAQYMDMYKDDPLGGLGRLQAELYRAVRLVVDTGLHHKHWTREQAIDYFHNTTGTSLSDVVPEVERYMAWPGQALGYKLGMLTFVELEKNARKVLGDKFDIRAFHDVILLPGARPMSMVRKDVDAWINQQSS				NA	NA	NA	NA	NA
AK237_01270	1233	mcp4	COG0840	Methyl-accepting chemotaxis protein 4	ATGTTCTGGACTCTTTATACCGCTATTGAAAAAGCATTTTTTAACACTCTGACAAAAAAAATTGTCGGCAATATTGGTTTCTTGTTTGTATTTCAGCTAATTAGCTTTTATCAGTTTTATCTGTATGCCAACGCCGGGGCCAGCGAGCGCGACACCCTGTTTTACTGGCTCATGGCAACACTGTTCCTCAGCGCAGTAAGCTTTATTTTTACCGCGTTTTATCTGCGCTATTTAATCGTCAGACCCGTTTCGGCGCTGCTTAACACGTTGGATAATATCAATCATACGCAAGGCGATCTGAGTACGCAGCTGCCTACTTTTACTCAGGACGAGTTTCGTGACTTATCCAAAGCATACAATCAATTTGTCAGTAATCTTCATACCTTAATTGAAAATATCCATGGTCATGCCGTGAAAACCGCAGGCAAAAACCAAAGTATGTCGGGTAAAATTGCTACTGCCACCAGCGCAGCGCAACAGCAAAAAACGTTAAGTCATGAAGTAGCCGACAACACCCATATCGTAACAAATGGCATTAATGACATTGTCGAGGCCAGCAACAGCATGGCTATCAGCAATAAAGAAAATCTGGCAAATGCCGCGTCAGCCAACGACAATTTATCCTTGTCGCAAAAGCAACTTAATGACATTACCGCGTTACTCTCTGCTTTTTCTCATACCGTCAATGGCTTACAGCAAAACGCTGGCAACGTTAAGCACATATTAAAAATGGTAGCATCATTTGCCGAGCAAACTAATTTACTGGCATTAAACGCCGCCATTGAGGCAGCCAGAGCGGGCGATGCCGGTAGAGGCTTTGCGGTAGTCGCAGACGAAGTCAGGGCGCTGTCGGCCAAAGTGACCGACGCAACCCAGCAGATAAATGCGTTTCTTTCTGACATGGATAAGTTGGTCAATGAAACCCAGGAAGAGTCGGATAGCCTGTTAAAAGCATCATCAACAATGAAAGACAGTCTGGATGTTACTATGGAAACTTTCAGAAAAATGATAAACGACTTTCAGAAAAACAGCACAGAATTTAGTCATATTGCCACGTCTGTTGCGCATTTAAACCAGCAATCTCAAAATACACTACTTTCTGTGGCGGATATCACCACGTTGTCAGAAAACATGCAGGCACAACTTGAAGATGTTAACGGCGAGGCCCAGCAAGCAAAGGCGCTTGCTTCGACGACAACCTCACAATTAGCGCGATTTGTGGAACGCGCTTAG	MFWTLYTAIEKAFFNTLTKKIVGNIGFLFVFQLISFYQFYLYANAGASERDTLFYWLMATLFLSAVSFIFTAFYLRYLIVRPVSALLNTLDNINHTQGDLSTQLPTFTQDEFRDLSKAYNQFVSNLHTLIENIHGHAVKTAGKNQSMSGKIATATSAAQQQKTLSHEVADNTHIVTNGINDIVEASNSMAISNKENLANAASANDNLSLSQKQLNDITALLSAFSHTVNGLQQNAGNVKHILKMVASFAEQTNLLALNAAIEAARAGDAGRGFAVVADEVRALSAKVTDATQQINAFLSDMDKLVNETQEESDSLLKASSTMKDSLDVTMETFRKMINDFQKNSTEFSHIATSVAHLNQQSQNTLLSVADITTLSENMQAQLEDVNGEAQQAKALASTTTSQLARFVERA	PGPT0015710_27963	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
AK237_01271	219			hypothetical protein	ATGACTGTTCCTGTTATGCGTCCTACCCAAGCCGATCAGGCGATGCGTGTTGAGCAATCCCATATATGGCTTCACTGTTTTCGCACTTGCGCAAAGTGTGAGTCGTTGTCTGATACCCTCACGGCTTACGAATTCAACGATGGAAGCCGTGTGATTCTGGATTCCAGTTATCCTTTTCCCCAACCCATTAAGAGCAAGGCTGCGTTGCGTATTGCTTAA	MTVPVMRPTQADQAMRVEQSHIWLHCFRTCAKCESLSDTLTAYEFNDGSRVILDSSYPFPQPIKSKAALRIA				NA	NA	NA	NA	NA
AK237_01272	1896	kefC	COG0475	Glutathione-regulated potassium-efflux system protein KefC	ATGACTGGCTATTTCCTGCAAGCTTTTATTTATTTAGTTGCCGCTGTTATTGCAGTGCCGCTTGCCAAACGTTTAGGTCTTGGCTCTGTGCTGGGCTACCTGGTAGCGGGGGTAATTATCGGACCAGTGCTTGGTCTGGTAGGAGACGAAACCACGACAATCCAGCATTTCGCCGAATTCGGGGTTGTTATGATGTTGTTCCTGGTGGGATTAGAACTGGAGCCCAAATCCTTGTGGGCAATGAAAACGCGACTGATAGGACTGGGCGGTTTGCAGCTTTTGCTCACTACCGTACTTATCACTTTGTTAGCACAGGCATTGGGACAAACGCTTTCCGTGTCGCTTACTATTGGATTAATTTTCTCACTCTCCTCCACCGCCATCGTGCTGCAAACCTTTCAGGAAAAAGGATTACAACAAACAGAAGGCGGCAAAAGTGCATTTTCCGTATTGCTGTTCCAGGACATCGCCGTCATCCCTATGCTGGCGCTTATTCCCCTGCTCGCCTTACCTGAATTAGCCTCTCAGCATGCAGATAGTGGTCAGCATGCAAATAACTACAGTTTAGTTGCTGGTTTGCCCGCCTGGTTGTATGCCATTGTTATTATTGCATCGGTTGCCATAGTGACAGTCGGTGGCCACTATTTAAGCCGGCCACTGTTCAAATTTGTGGCCTCATCAGGCTTAAGAGAAATCTTTACCGCTACGGCACTCATGCTGATGGTGGGTATTGCAGCGTTAATGAGCCTGGTTGGTTTATCCCCGGCGTTAGGTGCTTTTCTTGCCGGCGTGGTGCTGGCGAATAGTGAATTTCGTCACGAGCTTGAAGCGAACGTAGAGCCGTTTAAAGGGCTGCTGCTGGGGTTATTCTTTATTACTGTGGGTGCAGGTATTAACGTTGCTATTCTGACAGAAAACGCACTGCTTATACTGGCGCTCACTTTAACAGTTATGCTGCTTAAAGCACTCGTATTATTCATTGTGTCCCTGTTCTTTACCATTAAGGCCACAAACCGCTGGTTGTTTGCGCTTAGTTTGGCCCAGGCTGGTGAATTTGGCTTTGTATTACTGAGTTTTTCTACGCAAAATGCGGTGTTGCCAAGTGGGCTGGTTGAAATTTTATCCCTCGTTGTAGCCTTTTCGATGTTCTTAACGCCTGGCCTGTTTATTTTCTTCGACAAGGTGATAATGCCATTCTACACCGGACGCAGTAACCGCAGAAAGCCGGATGAAATAAAGGAACAAGGTACCGTTATCATTGCCGGTATTGGCCGTTTCGGACAAATCGTCAACCGCCTGTTATTAGCCAACAACGTCAAAACCGTGGTGCTTGATATTCGCTCCGACCAAATCGACAACATGCGCCGCATAGGTACTCAGGCGTACTTCGGCGATGCATCTAAGCCCGACATGCTTCACACGGCCGGTATTGAACATGCGTCGATGATTGTCATAGCAATAAACGACAGAGAAACCAGCATCGATATGGTGAAGTACATTAAACATGCCTACCCACAGGTGAAGGTACTGTCCCGTGCATTTGACCGTGGTCATGGCTACCGTTTACGGCAGGTGGGCGTGGACTACGTAGTCTCAGAAACCTATCATTCAGCCTTGGAAATGGGTGCTGAAGCGCTAAGAGCGATAGGTATTCACCCTATCCAGGCAAAAAAGCAGGTAGCGGCCTACAAAGCAATTGAAGCCAAACAAAGTGATACCTTGTATGCCGCGTGGCTCGACGATGCCAGCGGAGAGCGTGTGGACAACAACTTCATAAAACTTTTCATTCAACTGGAAACGCTTATTCAGGAAGCGTTAAAAGACGCTGAAAAAGAAGCCACACCGCACATTCACCATCATGAAACCGTGGCAAACGGTGAAGAAAATACCAGATAA	MTGYFLQAFIYLVAAVIAVPLAKRLGLGSVLGYLVAGVIIGPVLGLVGDETTTIQHFAEFGVVMMLFLVGLELEPKSLWAMKTRLIGLGGLQLLLTTVLITLLAQALGQTLSVSLTIGLIFSLSSTAIVLQTFQEKGLQQTEGGKSAFSVLLFQDIAVIPMLALIPLLALPELASQHADSGQHANNYSLVAGLPAWLYAIVIIASVAIVTVGGHYLSRPLFKFVASSGLREIFTATALMLMVGIAALMSLVGLSPALGAFLAGVVLANSEFRHELEANVEPFKGLLLGLFFITVGAGINVAILTENALLILALTLTVMLLKALVLFIVSLFFTIKATNRWLFALSLAQAGEFGFVLLSFSTQNAVLPSGLVEILSLVVAFSMFLTPGLFIFFDKVIMPFYTGRSNRRKPDEIKEQGTVIIAGIGRFGQIVNRLLLANNVKTVVLDIRSDQIDNMRRIGTQAYFGDASKPDMLHTAGIEHASMIVIAINDRETSIDMVKYIKHAYPQVKVLSRAFDRGHGYRLRQVGVDYVVSETYHSALEMGAEALRAIGIHPIQAKKQVAAYKAIEAKQSDTLYAAWLDDASGERVDNNFIKLFIQLETLIQEALKDAEKEATPHIHHHETVANGEENTR	PGPT0014395_1078	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-H+_ANTIPORTER,PGPT0014395-ybaL|TC_KEF-K03455	NA	NA
AK237_01273	2028			hypothetical protein	ATGCGTTACGTTGCACTCCCTTTTCCTTTGTTGCTGCTAAGCCAGGCCGTGTTCTCACATGGCCTCAACATCGAACAAATTGAAGTAAGCGGCAGACAAACCCGTCTCATAGGAGAAGCGAGTTCGGCCTCTACGGGTATTGTCGGTCAGGATGAAATAAATACCCGCCCGATGCTCAGAACCGGTGAGATACTTGAACTTGTGCCTGGCATGGTGGTTACCCAGCACAGTGGTTCTGGCAAGGCGAACCAGTATTTTTTGCGCGGGTTTAACCTCGACCATGGTACCGATTTCAGTACCACGGTTAACGGCATGCCAGTAAACATGCGTACCCACGGACATGGTCAGGGGTATTCCGATCTGAACTTTATCACACCAGAATTTGTTCACTATATTGAATACAACAAAGGAGCGTATAACGCCTTGCAGGGCGACTTTTCAACGGCCGGTTCGGCGAACTTCTACCTGACACCGGGCCTGCCGCAGGACATGATAAGTGTGGAATACGGTGAGAACAACTATGTGCGCGCCGTGGCAGGTTCAACGCTTTCGATGTATGACGCCGCGCTGTTTGTGGGTGGCGAATTCAACCAGTACGACGGCCCATGGCATGATGTCAGTGAAGACATCCGAAAAGTAAATGGTCTTGTGAACTATAGTCAGCAAACAGACAACGGTTCAGTGGCTGTCACGCTTATGGCCTACGATAATAGTTGGAATTCGGCAGACCAAATCCCGGCCAGAGCAGTATCGTCGGGTCTGATATCACCCCTTGGCTCGTTAGATCCCACCGTAGGTGGTGCATCCAGCCGTTACAGTTTATCAATGAATGTCACGGAAGGTGACCTCTATGCCAACGCCTATATCATCGACAGCGATTTAGATCTGTTCTCAAACTTCACCTACTTTTTAGATAACCCGGAGCAAGGCGATCAATTCGAGCAGATCGATAAACGTCACATTATGGGCGGAGAAGTCGGGTATCACTTTTCTGCCAGCACGAACCAGATGGATTGGCTACACCAAATCGGTTTGCAGGTGAGACGCGACGATATTGACGATGTCGGCTTATTTGATACAGAAGCACGGCAACGCACAGGTACAGTACGCGCCGATGATGTCGACGAGCTTTCTGTCTCGCTTTTTTATCAGGGCGACTATATGTTGAGTGGCAAAACCACTGTTCGGTTTGGCGCGCGCTACGATTATTTAACCGCTGACGTAAACAGTGATTTGCCGGCAAACTCAGGCAGTGCCGATGATGGTATGTTGAGCCTGTCTACTGGCCTCAGCTATATTTTTACCCCGCATGTAGAAGGTTATGTCAACGCCGGGCAATCCTTTCACTCGAACGATGCCCGTGGCGCAACGTTGTCGGTCGATCCGCAAAGCGGCGATGCCGCCGAACCGGTAGATTTGTTGGTGCGAGGCAACACTGCCGAAATGGGCTTACGCTATTTCGACAATGAAGTGCTTAATTTATCGGCGTCGTTGTGGTGGCTGGATTTAGACTCCGAACTATTGTTTGTTGGCGATGCGGGTAACAGTGAAGCAAGCCGGGCGTCGAAACGTTTTGGTGCCGAAGTTGCCGCGTATTATTGGTTAACGCAGCAGTTGTCTGTTGATGTTGAAGTCGCCCTTACCCATTCACGTTTCAAGGGAACTGTGGAAGGTGAAGGAAACCGCATCGATGGTGCGTTAGGAGAAGTGTTGAGCGCAGGTTTACGTTGGCAATTTGCAGATGGGTGGGACAGTACTTTGCGGCTAAGACATTTTGGCCCGCGCACATTAGATAGCTATGGAGATATTGAATCTTCCAGTTTGACGGTGGTGAATGCTCAATTATCGAAACAGTGGCAGAACTGGACCTTCACCTTGCAGGCGCTTAATTTGTTGGACAGTGACGATCACGATATTGATTATCTGTATGAATCACAGTTAAAAGGCGAAGTGGAGGCGGTCGAAGATATTCACTTTCATCCAATAGAACCCCGCACCATGCGCATCAAGGCGGTATACACTTTCTAA	MRYVALPFPLLLLSQAVFSHGLNIEQIEVSGRQTRLIGEASSASTGIVGQDEINTRPMLRTGEILELVPGMVVTQHSGSGKANQYFLRGFNLDHGTDFSTTVNGMPVNMRTHGHGQGYSDLNFITPEFVHYIEYNKGAYNALQGDFSTAGSANFYLTPGLPQDMISVEYGENNYVRAVAGSTLSMYDAALFVGGEFNQYDGPWHDVSEDIRKVNGLVNYSQQTDNGSVAVTLMAYDNSWNSADQIPARAVSSGLISPLGSLDPTVGGASSRYSLSMNVTEGDLYANAYIIDSDLDLFSNFTYFLDNPEQGDQFEQIDKRHIMGGEVGYHFSASTNQMDWLHQIGLQVRRDDIDDVGLFDTEARQRTGTVRADDVDELSVSLFYQGDYMLSGKTTVRFGARYDYLTADVNSDLPANSGSADDGMLSLSTGLSYIFTPHVEGYVNAGQSFHSNDARGATLSVDPQSGDAAEPVDLLVRGNTAEMGLRYFDNEVLNLSASLWWLDLDSELLFVGDAGNSEASRASKRFGAEVAAYYWLTQQLSVDVEVALTHSRFKGTVEGEGNRIDGALGEVLSAGLRWQFADGWDSTLRLRHFGPRTLDSYGDIESSSLTVVNAQLSKQWQNWTFTLQALNLLDSDDHDIDYLYESQLKGEVEAVEDIHFHPIEPRTMRIKAVYTF				NA	NA	NA	NA	NA
AK237_01274	2115	cntO_1	COG1629	Metal-pseudopaline receptor CntO	ATGCAATATCAATCGCTTTCCCTGGCTGTCGCAACGGCACTGACAGCAACGTCCACTTATGCTCAGGAACAACAAGATGTGGAGCAAATCGAAGTGAGAGGACGTGCACAGCAATTCTACTTAGACAGCAATACGCGCTTGGGAACCAAAACCGACGCCAATATTATGGAAATCCCTTTATCGGTTCAGGTATTAACCCGCCAACTTATTCAGGACCAGGCCGCCCGCGACATTACTGACATGTATCGCTCTATAGCCGGGGTCAGTGAATTCAGTTACTCCGGCGTAACGTTCCGGGGCTTCAGAGACGATGGCAATGTATTTTACGATGGCGTCCGCGGCGACCCTTTTTCCGGATTTAGCGTACCGCAACTTTTCAATGTTGAACGTGTGGAAGTATTGAAAGGGCCAGCCGCTTCGTTGTATGGCGGTGGTGAACCCGGCGGCATGATTAACTATGTCAGTCGCAAACCCGCCTTCCAGGAGAAGAAAAATATTACACTAACAGGCGGTAATTTTTCGTTGGCAGGCGCATCATTCGATTCAACTGGCGCTTTGTCAGAAAGTGCGGCATACCGATTTGGCGCCTTTTATGAGAGTCAGGACAGCTTCAGAAATAACGCCGACTCTGAAAATATTGAATTGGCCGGCGGTATGACATTCTTATTGGGTAACGACACAACCCTTACCACCACCTACGATTACATCGTGCAAAACTTAGGTGGCAACCGACTTCGCGGCGTACCGGTGGATGACGAAGGAAACTTCATTGTCGATCGCAGTTACAACGCCAATGAAAAAGGGGATTTTCAGGATCTTGAGGCGTTAGTCCTGCAAGCAAATCTTACCCACAACTTTACTGATAATTTGTCGTTCAACGGTACCCTGCGTTATTTGGATAACGAGCGCGAACAAGCGTACCATGAATCCAGAGACTGGATTGACGCCAACGGCGATGGCGAGGCTAATAGAGACGATCAAATCATCCGGCGAGAGTACCGTAATCAAATTAGAGCCAATGACGAGATCAGTCTTACACTGGACGTTGTCTACGATTTTACCTTAGGTGAAACCTCTCACCAATTCTTATTTGGCGGCGATTTTCACAATATAGAAACGGAATTCGACTACTATCGCGCCAGGTATGAAACCGATGGGGTAGCCAACCTGAATATCTTTACTCTTAACTACGGTATTACCGATCCCTCTACTTACACCCTGACAGATTTAAACAGTGACGGAACCAAACGCCAGCGTATGAGCGCTTACGTTCAGGATAAAATTCAGTTTTCGTCCTCTTGGGCCCTCCTGGTAGGAGCCCGGCTTGATCACTTTGACGAAGAAAACAAACAAACCCTGGCGGAATATTCCGACAGCGATGTTTCTCCCCGGGCAGGCCTCATCTACACCCCGTCAGGCGACACTACCGTTTACTTAAATTATTCGCAAAGCTTCAACCCTGTTGATCCCAACGACTTCGCAGAGTCTGGCCCTGTACAACTTTCCCCGGAGACCGGCGATCAGGTGGAACTGGGTATCAAGCAAAGCTGGCTGGATAACCGCATCATGACAACAGTTGCTGTTTATCAAATCGATAAAGAGAACATGGTGACGGCTAACCCCGATTATATCGAAGGGGAAAGCGATGCCTCGGAGCCGGCACTGATAAACTTCGGTTTAGTGGAAAGTGAGGGAGCTGAATTTACCTTAGTCGGCGATATTACCAATACCATCAGTGTGACGGCCAATTACGCCTATAATGATACCACCATTGCAGCGGGTGAAACGGCTAATACGTATGACGGCACCCGCCTGGCCAATACGCCACGCAATCAAGCGGGACTCTGGACACGTTACGCTATCGACAGTATCGACTCCTCAGTGGCGCTTGGGGTTGACTATGTCAGTGAGCAAATGAGTCTGGACGGGCAAAAAGTTAAACCCTACACCGTATTTGACGCTAGCTGGACCACAACCTGGGATGACTTGCTGTTAAGCATCAATGTACGGAATCTGTTCGACAAAGTGTACGCTGTAAGCGGATTCAGTAAACGCAATGGCCACTTCCCCGGTGAGCCCAGGGAAGTCGTCGTGCAGCTTAGCTACGATTTCTGA	MQYQSLSLAVATALTATSTYAQEQQDVEQIEVRGRAQQFYLDSNTRLGTKTDANIMEIPLSVQVLTRQLIQDQAARDITDMYRSIAGVSEFSYSGVTFRGFRDDGNVFYDGVRGDPFSGFSVPQLFNVERVEVLKGPAASLYGGGEPGGMINYVSRKPAFQEKKNITLTGGNFSLAGASFDSTGALSESAAYRFGAFYESQDSFRNNADSENIELAGGMTFLLGNDTTLTTTYDYIVQNLGGNRLRGVPVDDEGNFIVDRSYNANEKGDFQDLEALVLQANLTHNFTDNLSFNGTLRYLDNEREQAYHESRDWIDANGDGEANRDDQIIRREYRNQIRANDEISLTLDVVYDFTLGETSHQFLFGGDFHNIETEFDYYRARYETDGVANLNIFTLNYGITDPSTYTLTDLNSDGTKRQRMSAYVQDKIQFSSSWALLVGARLDHFDEENKQTLAEYSDSDVSPRAGLIYTPSGDTTVYLNYSQSFNPVDPNDFAESGPVQLSPETGDQVELGIKQSWLDNRIMTTVAVYQIDKENMVTANPDYIEGESDASEPALINFGLVESEGAEFTLVGDITNTISVTANYAYNDTTIAAGETANTYDGTRLANTPRNQAGLWTRYAIDSIDSSVALGVDYVSEQMSLDGQKVKPYTVFDASWTTTWDDLLLSINVRNLFDKVYAVSGFSKRNGHFPGEPREVVVQLSYDF	PGPT0003790_23140	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0003790-hutA|fatA|fct|foxR-K02014	NA	NA
AK237_01275	543	mntP	COG1971	putative manganese efflux pump MntP	ATGTCTACCGATGCCTTTGCCGCCTCCCTCAGCAAGGGCAGTCACCTTCAATCACCACGTATCGTCAATGCGTTAAAATTAGGCCTACTGTTTGGCATCATAGAAGGTATTACACCTGTTATTGGCTGGTTCATTGGATCTGCCGGCGCAAACTACATTGAACAGTATGACCATTGGATAGCTTTTGGTTTACTGGTGCTTCTAGGCGCACATATGATTTACGCCTCTTTTGGCGGTGAGGATGACGACACCGAAATCGAGTCGCAGCCAGCACAAAAACGCTCCATGATGGGATACGCCCTTACCGCTTTCGGTACCAGTATTGACGCCATGACCGTGGGCATAAGCTTCGCCTTTCTTGATGTGAATATTGCGCTCGCGGCTTCCATGATAGGGTTAGCGACTTGCATTATGGTGACTATTGGCGCGTTATTAGGACAAAAGCTCAGTCATTTGGTTGGCGAGAAAGCCGAAGCCGTTGGCGGCATTGTGCTGATTGGCATCGGTAGCTGGATTTTGTACTCTCACTTATCATCAATGTAA	MSTDAFAASLSKGSHLQSPRIVNALKLGLLFGIIEGITPVIGWFIGSAGANYIEQYDHWIAFGLLVLLGAHMIYASFGGEDDDTEIESQPAQKRSMMGYALTAFGTSIDAMTVGISFAFLDVNIALAASMIGLATCIMVTIGALLGQKLSHLVGEKAEAVGGIVLIGIGSWILYSHLSSM	PGPT0004375_210	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_MANGANESE_RESISTANCE	MANGANESE_RESISTANCE-MNT_TRANSPORT_SYSTEM,PGPT0004375-mntP-K23242	NA	NA
AK237_01276	462	ysnE		putative N-acetyltransferase YsnE	ATGCGAATAGAATACGATGACCTGCAAGGCAGCGACATTATTGCGCTGCTGGAAACACATCTGGCCGATATGTTCGCAACATCACCGGCAGAAAGCGTGCATGCGTTAGATTTGGACGCTCTGAAAGCGCCGGATATCCACTTTTTCTCGGCCAGAAAGGACGGCGAATTACTGGGCTGCGTGGCAGTTAAGCAGCATAGCGAAACCATCGCAGAACTTAAATCAATGCGTACTACTAAAGCCGCAAGAGGAACCGGGATCGGACATGCCTTGCTACTTCACGCCATCTCCTTTTGTCGTGAAAAGGGATTTATCACCCTCAGCCTGGAAACCGGTACTCAACCTTACTTCGATACCGCAAGAAAACTTTACCACCGCAATGGTTTTAAAGATTGTGGGCCTTTTGCCTCTTATCAGCTTGATCCAAACAGTCATTTTATGACGCTGGATCTCAAGTCATGA	MRIEYDDLQGSDIIALLETHLADMFATSPAESVHALDLDALKAPDIHFFSARKDGELLGCVAVKQHSETIAELKSMRTTKAARGTGIGHALLLHAISFCREKGFITLSLETGTQPYFDTARKLYHRNGFKDCGPFASYQLDPNSHFMTLDLKS	PGPT0007180_912	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
AK237_01277	168			hypothetical protein	ATGAATAAGTTCGTAGATGTGTCTTACTATACAGGCGCAGGTATTTTCTTTGCTCAGTCAGCATGGTCGCTGGTTATGAGCGAAAGTCGCGATTTATTTATACAACACCTTCAGACAGCGCTGTTATTTTTGACTCTGGCGACCCTTAGCAAGCTTATAAAGAAGTGA	MNKFVDVSYYTGAGIFFAQSAWSLVMSESRDLFIQHLQTALLFLTLATLSKLIKK				NA	NA	NA	NA	NA
AK237_01278	1911			hypothetical protein	ATGAAGTTTTATAAGTTAGCAGTAATCGGAGCAGCAGTTGCGTTAAGCGCTTGCTCAAGTGACGACGATGATGATGTTGTTGTGGAGCCAGACGAGCCCACCTTCTCAGCATCTGCCACCTATGATGTTGAGTTAACCGGTAAACAACAAGTACCGATGAATATGTCGATGCAGTCAGCAATGGCAACGGTTGAGGTGGATGAGGAGCTAATGCTTCTTCGGGCAACCGTTGATGTCAGCGATGTTGAGGGCGTGTCTGCCGTGCATATTCATGACGGCGATATCGGTCGCAATGGAGAGGTGGCATTTGGATTAGAAATGTCATCAGAGGGCACCTACACACTAGCAGAAACAAGTATCACCAGTGACCTGATAGACGATCTTGAAGAGGGCGACTGGTATATCAATGTACATACGGACAGTTTCGAAGACGGTGAAGTACGTGGCCAGATCGTATCAGAAGACATGGCCATCGTGACCTTTATGCTTGATGGCAATCAGGAAGTGCCTGCGGTTTCAACCATGGCTGACGGTTATGGCTACGCGATGGTTTCGACAACAACCTATGATCTTGATTTAGTGATCTACACTGAAGATATGGATGATGCCAGTGCTGCGCACATTCATACAGGGCGCGTAGGGATGAACGGTGATGTACTTGTAGCGCTTGAGCAGTCAATGGATGATATGTCCATGTGGATGGCACCTGACGGTACAATGATTGATGAAGATACACTGGCGGTCCTTGTGTCCGGTGGCCATTATGTCAATGTACATTCACCGGATTTCCCGAACGGAGAAATTCGCGGTCAGATCCTAACCGATAACTTTGCCCTTGCTACGTTCATGCTCTCGGGAGCACAGGAAGTTCCCGCGGTCATGACTGAAGCTTACGGCAGTGGTTACGCACTGGTGAATACTACTGATTATGCTCTCGAACTTATGGTGGTAACAGAAGGTGTTGATGATGCCACTATGACGCATATTCACACCGGCAGAGTAGGTATGAACGGTGATGTGCTTGTTGCGCTTGAACAGTCAGCTGATGATATGGGTACGTGGATGGTGCCAGAAGGCACGATGATCGATGAAGATATCTTTGCTGTGCTGGCTTCAGGTGGACACTATGTCAACGTTCACACACCTGCAAATGGTAACGGTGAACTACGAGGCCAAATTCTGACCAGTAATTATGTGCTGGCCACCTTTATGTTAGAAGGCGATCAGGAAGTTCCAGCTGTGGATACTATGGCAATGGGTCATGGTTATGCGCTGGTTAACACGTCTACTTACGCCCTTGAACTGGTTATCGATACAGAAGGTGTCGATGATGCAACAGGCGCTCATATTCATACCGGCCGTATTGGCATGAATGGCGATGTACTCGTAGCGCTGGAGCAATCAGCAGGCGACATGGGGATGTGGATGACGCCTGAAAATACCATGATTGATGCTGATATTCTCGAAGTGTTGGCTTCTGGTGGTCACTACGTCAATGTTCATACGCCCGCAAACATGGACGGTGAAATTCGTGGTCAAATTACTGCGCCTGGTTATCAGGTAGTAAGCTTTCCGCTAAGTGGTGATCAAGAAGTGCCAGCAGTTACCACAACCGCATCGGGTAATGGTTATGCACTGGTAAATTCGATGACTTATGCACTTGAGCTGGTAGTGAATACCGAAGGTGTAGACGACGCGACAATGGCACATATTCATACGGGGGTAGCAGGCGAGAATGGCGACGTGCTGGTAACACTGGAGCAGTCTGCGGATGACCTGGGCATGTGGATGGCGCCTGCCGACACTATGCTGGATATGGATATTTATGATGTGTTGATGTCTGGCGGACATTACGTGAATATCCATACACCGGCCAACCCCAACGGCGAATTGCGAGGTCAAATTGAATAA	MKFYKLAVIGAAVALSACSSDDDDDVVVEPDEPTFSASATYDVELTGKQQVPMNMSMQSAMATVEVDEELMLLRATVDVSDVEGVSAVHIHDGDIGRNGEVAFGLEMSSEGTYTLAETSITSDLIDDLEEGDWYINVHTDSFEDGEVRGQIVSEDMAIVTFMLDGNQEVPAVSTMADGYGYAMVSTTTYDLDLVIYTEDMDDASAAHIHTGRVGMNGDVLVALEQSMDDMSMWMAPDGTMIDEDTLAVLVSGGHYVNVHSPDFPNGEIRGQILTDNFALATFMLSGAQEVPAVMTEAYGSGYALVNTTDYALELMVVTEGVDDATMTHIHTGRVGMNGDVLVALEQSADDMGTWMVPEGTMIDEDIFAVLASGGHYVNVHTPANGNGELRGQILTSNYVLATFMLEGDQEVPAVDTMAMGHGYALVNTSTYALELVIDTEGVDDATGAHIHTGRIGMNGDVLVALEQSAGDMGMWMTPENTMIDADILEVLASGGHYVNVHTPANMDGEIRGQITAPGYQVVSFPLSGDQEVPAVTTTASGNGYALVNSMTYALELVVNTEGVDDATMAHIHTGVAGENGDVLVTLEQSADDLGMWMAPADTMLDMDIYDVLMSGGHYVNIHTPANPNGELRGQIE				NA	NA	NA	NA	NA
AK237_01279	2271			hypothetical protein	ATGACAAGGTCACTCTCTTTAGTTGCGTTAAGTTTATCTCTTGCTGCTTGCGGCGGCGGAGGCTCGGACAGTTCAGACGATACCCCTTCTACACCAACACCCACCACTTACACTGTACAGGTGACTACCTCAACCGGTGGCAGTGCGTCAGTTAACAGTCGGGCGGTGTCAGAAGGAAATACTCTTGCCATTACGTTCACTGCTGATAATGGTTACGCATTAACCGGTGTTTCGGGCTGCGGTGGCACCCTGGATGGCAACACCTACACCACCGGGGCAATAACTGCCGGTTGTACAGTCACCGGCGAATTTACGGCAGTTGATACTTCCGTCACCATTACCAGTGCGGCAATGACTGGAGGGATGATTTATCCTACCGGAATGATTGCAGAGCAAGGCGATACCGTGCACTTTACTCTCGTTCCTGATGTCATAAACATGATTGAAAATGTATCGGGGTGTGAAGGTGAATTAAAGGGCAACAGGTATGAATTCACGGCGACAGAGAGCTGTGAAATTTCAGCAAGCTTTACCCCACAATCAGACACTACCACGCGGAGTAATACCGGCGCGCAAAAAACCTTAGTGCTACCAGTTGCTTTTGCCGGAAGAGAAGCAATAGATAACCTCTCCGTTGACGCTCTGACCGCTATGTTTATTACCGATGATGCAGCAATTAACCAGTACGTTGTAGATGCATCTGAAGGGAATGCCTGGCTTGAGCCTCATATTATGCCGTACTTCACGTTAACCAGTACGAACACAACGTCAAATGGCAGCACCGCTGGCTTTACGTTTATTGACGGCGACGTGTTGATTGGAGATGCACAACGCCAGGAAATCTATAGCTATATTGCTGCTAACGTCGACAACTATACAAGCTACGATCGCCTTATCACGGTGATTAATGACAGTCCCAACCAGCCTTACGTTTGTTATGCCTCATTGAATCACAGTGCTGACATTGAAAGCTGGGATCACTACGTGGCCCATACAGCCAGTGCGTGTGCGTCCAAAGCGACGTTTGTTCATCAGCTTGGTCATACTTTTGGCATGCGCCATGCCAGTGCCAGTCGGTGTGACAATCTGCCCGCAGAGACTTTTGCCTATCGCAGCGCAGAAGACTGTGAAACTGATGGTGAAGCGAGCCCGTTTCCCATGGGCGATCTGATGGAACACGACGCAATCTACTCTGCAACAATGCGCAATTTAGCCGGATGGATTGATGATAGCCGTCAAACTATCGTTACCACCCCCGCTAACGTCACCTTGTCTCAATCGTCTAAGCCAAATGGCGGGGTTCAGCTAGTGCGTGTGCCCTATGCCCTTGATAACGACGGCAACGCCGTTTATGTGAATTTCGAATTAAAAACCAATACCGGATTAGATGCCAGCCTCTTCTCTACAATAGGTGTTGAAGACAATTGGCAATTAATGGTTTCTATTCCGCAAACTCGCACAACCTCGGCAGTGAGTAGTCCGTTAGATGCCTTATATTTGATGCCTGATGATGACGATGAAATTGGCATCAACGAAGATTATGTAGATACATTCCGTGGTATGTCTGTACGCATCGCCGGCTCTCAGGGAAGTGGTGATACATTAACGGTAGATTTGGAAGTGACGCCTCCTGTGATGCTGCCCCGGCCAGCGCTGTCAATGTTGCCGGGTGGTAGCGTCGCTGAAACCGGCACTGTGACCCTGACGAATACGTCATCGTCGACTATTTCCGGCATAGCAGAAACCATCGCAGGATTGAATCCTTCTCACTTTGCAGTTCAGTCTTCTACTTGCGCAGGCTCTTCACTGGCAGCCAATGCAAGCTGTCAGGTTGTGGTAGCGCGCACATCCACCAGCCCGGCGTTTGCCACCATACGATTTGCAGGGAACGCCAACCAGGTACAACAAGCTGAAATTGAAGCCATTGCAATTAACGAGCCTTACGACAGTGCTGCTGCACTTGAGTGGATGACGTTATCGGACTATCCGCGTATGTCTCTTTTCGAAGCAGTCGCATTCTGCGAAGCACGTGAAGACAACGGCAACACAGACTGGCGTATTCCTACTCAGGAAGAAATGAATGCAGCCTTTATCGAGTCTGGCACACCGCCACTCGATCTGACTTCTGCTACGTACGACCGCTACTTCTGGTCAAAATCAGTAGAAGCCGACTTATCGATGGCGACGCTCGCGGTTATTAACGACAGTTACAGCATGGCGGATTCTCCTCGTAGCGCTGTACGTCACGTGGTGTGTACCCGCACACAATAA	MTRSLSLVALSLSLAACGGGGSDSSDDTPSTPTPTTYTVQVTTSTGGSASVNSRAVSEGNTLAITFTADNGYALTGVSGCGGTLDGNTYTTGAITAGCTVTGEFTAVDTSVTITSAAMTGGMIYPTGMIAEQGDTVHFTLVPDVINMIENVSGCEGELKGNRYEFTATESCEISASFTPQSDTTTRSNTGAQKTLVLPVAFAGREAIDNLSVDALTAMFITDDAAINQYVVDASEGNAWLEPHIMPYFTLTSTNTTSNGSTAGFTFIDGDVLIGDAQRQEIYSYIAANVDNYTSYDRLITVINDSPNQPYVCYASLNHSADIESWDHYVAHTASACASKATFVHQLGHTFGMRHASASRCDNLPAETFAYRSAEDCETDGEASPFPMGDLMEHDAIYSATMRNLAGWIDDSRQTIVTTPANVTLSQSSKPNGGVQLVRVPYALDNDGNAVYVNFELKTNTGLDASLFSTIGVEDNWQLMVSIPQTRTTSAVSSPLDALYLMPDDDDEIGINEDYVDTFRGMSVRIAGSQGSGDTLTVDLEVTPPVMLPRPALSMLPGGSVAETGTVTLTNTSSSTISGIAETIAGLNPSHFAVQSSTCAGSSLAANASCQVVVARTSTSPAFATIRFAGNANQVQQAEIEAIAINEPYDSAAALEWMTLSDYPRMSLFEAVAFCEAREDNGNTDWRIPTQEEMNAAFIESGTPPLDLTSATYDRYFWSKSVEADLSMATLAVINDSYSMADSPRSAVRHVVCTRTQ				NA	NA	NA	NA	NA
AK237_01280	906			hypothetical protein	ATGTCAGCTACCGAAATCATGCCTACACAACAGTCACTTTTTATTCCCGATGGGCACCATCAACTGCATCTTCGTCACATATCCACAGCGCAGGACGGCGAGCCGGTACTGATGATCCACGGTGCCATTGAAAATGGAAAAATCTTCTATACCGAATCGGGAAAAGGACTGGGTTGTTTTTTAGCTGAACAGGGTTTTGATGTGTACGTTGCCGACATGCGAGGCCGCGGAAAAAGTACGCCTTCCATTGCTGCAGATCCAAACCATGATCAAAACGACCAGATAACCCGCGACATCCCTATGATGATTAATTTCATCGCACAACGTACCGGTAAAAAAGTACATGTGATTTGCCATTCCTGGGGCGGCGTACTTACTGCATCTGTACTGGCCCGCTATCCTGAAATATCAGCAAAGGTACGCAGCCAGGTGTGCTTTGGTACCAAGCGTACAGTGAGCGCTAAAAACTTTGAGCGGTTGTTTAAAGTAGAGCTGGTATGGAAACGGTTTTCTCCCCTTATCGCAAAGCGCAAAGGCTATTTACCCGGCAGGCAGTATAAAATAGGCTCGGATGACGAAACTTTCGGCTCGTTGATGCAAAGCGTTCACTGGGTAAAACATACGCCCTGGACCGATTTAAAAGACGGGTTCGACTACGCGGCTGCCGCCACAAAAACGAACTGGCCACCTACCTGGCACATTGCTGCCATTAATGATTATGCACTCGGCCACCCGGTTGATATTCAGCGTTTCATTGCCGAAACCGGCGACACCAATGTATTGTTTACCGTACTGGCGAAACAAAACGGAAATGCCTTGGATTACGACCATATCAACATGCTTACCCATCCCGCTGCCAGAGAAGACCATTTTCCTGATGTGGTGGCGTGGTTGAAGAATCACTGA	MSATEIMPTQQSLFIPDGHHQLHLRHISTAQDGEPVLMIHGAIENGKIFYTESGKGLGCFLAEQGFDVYVADMRGRGKSTPSIAADPNHDQNDQITRDIPMMINFIAQRTGKKVHVICHSWGGVLTASVLARYPEISAKVRSQVCFGTKRTVSAKNFERLFKVELVWKRFSPLIAKRKGYLPGRQYKIGSDDETFGSLMQSVHWVKHTPWTDLKDGFDYAAAATKTNWPPTWHIAAINDYALGHPVDIQRFIAETGDTNVLFTVLAKQNGNALDYDHINMLTHPAAREDHFPDVVAWLKNH				NA	NA	NA	NA	NA
AK237_01281	981	acuI	COG0604	Acrylyl-CoA reductase AcuI	ATGTTTAAAGGTATTCTGATCGAAAAAGACGACCAGTACAAAGCGTCATTACAATCCATCGACGAGAGTACGTTACCGGAAGGTGATGTGTCGGTGGCGGTTTCACACAGCACACTGAACTATAAAGATGCGCTGGCGATTACCGGCAAAGCACCGGTTGTCCGGCATTTCCCTATGATCCCGGGTATTGATCTGGCCGGCGTGGTGGAAAGCAGCAGCGCCGAAAGGTTTAAACCGGGGGATAAGGTATTGCTCAATGGTTTCGGCGTAGGTGAGACCCACTGTGGTGGTCTGGCACAAAAGGCTAATTTGAAAAGTGACTGGTTAATTCCCCTGCCGGAAGCCTTTTCTCCCGCACAGGCGATGGCAATTGGCACCGCCGGATACACGGCGATGCTGTGTGTACTGGCGCTGGAAAAACACGGTGTCACACCGGACAAGGGAGAAATTTTGGTGACCGGCGCCAATGGCGGAGTAGGCAGTTTTGCTATCGCATTACTGGCAAAGCTGGGCTATACCGTTGTGGCCTCTACGGGGCGGGCCAATGAGGCTGATTATCTTAAAAAGCTCGGTGCCAGTGACATTATCGACCGTCAGTCGTTGTCTGAACCGGGCAAACCGTTAGGAAAAGAGCGTTGGGCCGGTGCGGTTGATTCAGTGGGCAGTCATACACTTGCCAATGTGTGTGCGGGGATGAAGTATGGCGGTGTGGTAGCAGCCTGTGGTCTGGCTCAGGGCATGGATTTTCCCGCGACGGTTGCACCCTTTATTCTGCGGGGTGTCACCCTTGCCGGCATCGACAGTGTGATGCGTCCACTTGAAGACAGGATTGAAGCCTGGGATCGGCTGGCTACACTAATCAACTATGACATGCTGTCAGAAATTTCACAAGAAATCGGGCTTTCTGACGTGGTCAGCACGGCCGGAGAATTATTGAAAGGCAACGTGCGGGGCAGAGTCGTTGTGGATGTAAACCAGTAA	MFKGILIEKDDQYKASLQSIDESTLPEGDVSVAVSHSTLNYKDALAITGKAPVVRHFPMIPGIDLAGVVESSSAERFKPGDKVLLNGFGVGETHCGGLAQKANLKSDWLIPLPEAFSPAQAMAIGTAGYTAMLCVLALEKHGVTPDKGEILVTGANGGVGSFAIALLAKLGYTVVASTGRANEADYLKKLGASDIIDRQSLSEPGKPLGKERWAGAVDSVGSHTLANVCAGMKYGGVVAACGLAQGMDFPATVAPFILRGVTLAGIDSVMRPLEDRIEAWDRLATLINYDMLSEISQEIGLSDVVSTAGELLKGNVRGRVVVDVNQ	PGPT0002275_1584	DIRECT EFFECT	BIO-FERTILIZATION	POTASSIUM_SOLUBILIZATION	K-SOLUBILIZATION-ORGANIC_ACID_METABOLISM	K-SOLUBILISATION-PROPIONIC_ACID_BIOSYNTHESIS,PGPT0002275-acuI|yhdH-K19745	NA	NA
AK237_01282	639	acuR		Transcriptional regulator AcuR	ATGTTCGTGATGACAAATACAACCACTAAACCCCGTCGCGGACGACCACCGAAAGCGGCAGACAGTTCAAGAGACACCAGAGCGGAACTTATCCGCAGCGGTCTCGCGCATTTAACGGAAAACGGCTTTGCTGCTTCCGGCATCGATACGATCTTAAAAAAAGCAGGCGTGCCCAAAGGCTCGTTTTACTTCTACTTCGCCAGTAAAGAGGCCTTCGGTCATGCTGTACTAAACAGTTATGCGGAGTATTTTGCCGGTAAGCTGAAAAATGCCCTCACTAATACAAATTTGCCTGCTCTGGCGCGAATCGGTGCGTTTGTCGATTCTGCGAAAGAGGGAATGGCGAAACATGATTTCAGACGGGGTTGTCTGGTGGGCAACCTGGGGCAGGAAGTCGACGGACTACCGGAAAGCTTTCGCAGCCGGCTGATTGACATCTTTCAAAGCTGGCAGGCGCAACTGGCGGTATGTCTTGAAGAAGCTAAAGCATCAGGTGACATTCCGGCGACAACTAACTGTGCCGCCACTGCCGAATATTTCTGGACTGGTTGGGAAGGGGCGGTTAGCCGGGCGAAACTGGAGCGATCTGCACGCCCGTTAGATAACTATCTGACGTGTTTTATGAATGGTTTGCGGTAA	MFVMTNTTTKPRRGRPPKAADSSRDTRAELIRSGLAHLTENGFAASGIDTILKKAGVPKGSFYFYFASKEAFGHAVLNSYAEYFAGKLKNALTNTNLPALARIGAFVDSAKEGMAKHDFRRGCLVGNLGQEVDGLPESFRSRLIDIFQSWQAQLAVCLEEAKASGDIPATTNCAATAEYFWTGWEGAVSRAKLERSARPLDNYLTCFMNGLR				NA	NA	NA	NA	NA
AK237_01283	864	bioP	COG0697	Biotin transporter	GTGTTTTACCTTAGTGCCGTAACGATCCTTTGGGCGTTATCATTCAGTCTTATCGGCGTGTATCTTTCCGGTCAGGTAGACAGCTATTTTGCTGTGCTCACCCGTATCGTACTGGCGGGCGCATTGTTTTTGCCATTTTTACGCCTGGCAGAATTACCGCGTAAATTAATCGCCGGTCTTGTCGTTACAGGCGCTTTTCAGTTTGGCATCACCTACGTGTGCCTTTACCGCTCATTCGAATATCTGACTGTGCCTGAAGTGCTGCTGTTCACAATCTTCACGCCACTGTATGTGTCTTTATTCAACGATATTATCGAGCGCAGATTTTCGTTACCCGGCCTGGTGTGTACAGGTATTGCGGTAGTCGGAGCGGCGGTCATTCGTTATGACGAAATCAGCGACAGCTACGTCACCGGCTTTTTAATTCTGCAATTGGCGAATCTGACGTTTGCCATAGGCCAGGTGGGATACGCGCAACTGGTTCGTCACTTTAATCCGAATACACCGCCCTGGCGCAGCTTTGCTTTATTCTTCGTCGGTGCACTCATAGTGGTTCTTCCGGCGTATTTGCTGTTTGGTGATGCCAGCAAGCTCCCATCGACTCCCGTTCACTGGGCTGTATTGGGTTGGCTGGGGCTCGTTGCATCAGGACTTGGCTTTTATTTCTGGAATCTGGGGGCAGTAAAGGTAGATGGCGGTACGTTAGGTATTATGAATAACGCCCTGATCCCGGCAGGACTCATTATTAACGTGGTTATCTGGAACCGTGATGCCGACCTGATCAGGCTGTGTATCGGAGGCGCCATCATTGTAGGCTCTTTGTATATTAACCATCGCTGGAATAAGGTTCGACGAAAGAACTAG	MFYLSAVTILWALSFSLIGVYLSGQVDSYFAVLTRIVLAGALFLPFLRLAELPRKLIAGLVVTGAFQFGITYVCLYRSFEYLTVPEVLLFTIFTPLYVSLFNDIIERRFSLPGLVCTGIAVVGAAVIRYDEISDSYVTGFLILQLANLTFAIGQVGYAQLVRHFNPNTPPWRSFALFFVGALIVVLPAYLLFGDASKLPSTPVHWAVLGWLGLVASGLGFYFWNLGAVKVDGGTLGIMNNALIPAGLIINVVIWNRDADLIRLCIGGAIIVGSLYINHRWNKVRRKN				NA	NA	NA	NA	NA
AK237_01284	2250	fyuA_2	COG1629	Pesticin receptor	ATGGCTTTGACTACACCGAATGGTATCGCGTTGTCCTGCATCGCTGCTGCCTTAGCAACACCTAATGCACACGCTCAGGAAGCGTCAGGTTCCGCACAGAACGAACTGGAAGTCATCAAAGTTACCGCACAAAAAAAGGTGACGTCTATTCAGGATACGCCGGTGGCCATTACCGCTTTCACCGGCGATATGTTTGAACAACGGGGCATCGACGATTTAACCAACCTGCAGTCTTACGTACCGGCTTTACATATCGGACAGGAGCAGGATGGTTTCAAAATTTCATTGCGCGGTATTGGTCTGCAGGGCACCAGCTCTATTTCCGACTCCGGTGTCGCCTTTTATATCGACAATAACTACATTGCCAGACCTGCCGGCGGCTCCTCGGTGTTCTACGACATCGAACGCATCGAAGTGTTGCGCGGCCCGCAGGGTACCTTGTACGGACGCAATGCCACAGGGGGCGTGGTTAATGTGATTTCCAACACGCCAAAAGAATACTTTGAAGCAGAAGCCGGTTTTACTTACGGTTCCAGGAATCACACCGAATTTCGCGGCGTAGTCAATTTGCCGGTGAATGACGATGTGCGCACCCGCTTTTCAGCCGTTTACACAAAAGAAGACGGCTATATCGTTAATCAGTCTGCCCAGCCGGGAAATGAAGATTTCTTCGGCACCAACGGCGATACCACTGTTCGTGGTCAGGTGCTGTACGGCACGCCTGAAACGGTGGAAATATTGCTGTCCGGCACATACAGCGACATTGACGGCAGCGGTATGAATATGACTTATCTGGAACGGAATCCGGGCGGGCCGCCACCGGTACGTGTACTGGTGAGTACCATTCCTGAGGATCCGGACGATCCGCTTATCGCCAGCAATGACGCACAGGCGTTCAACAGAACAGAAACCACCAGCGGCTTTATCCGCATGATTAAGCAATTCGGTGAGCTGGAAGGCTTTGTCCAGGCCAGCTATTCCGATCAGATCACACGGTCACAGCAGGACTTTGACGGTTCTGACGTCGATATAAGTATATTCAATAAAGACCAGGACAACATTTCAAAAAGTGTGGAAGTAAGACTGTCTTCTGATGATCACGCAGCACTTTCGTGGATAGTAGGCGGTTACTACTTTTATGAAGATACCTTTATCTTCCGGCGTGTGCGCTTAAATGGCGTTACCCCGGGCGGTATTCTTAACTTACCGGATTTTCTGCTGGATGAAGACGGACAGGGAAAAACACTGGCCGCCTTCGGTAATGCCACGTATGCGTTGCAGGATGACTTAAGACTATCACTTGGTGTGCGGCATACGCAGGATGAGAAAACCGGCACGAAGGTCACGCGGGGGAACTTTGGCGCGCCTTTCCCGCCGGATATTCCTAATGCCCAGTATCCCGGTATCGCGGAGTTTTCTAAAAATACCTGGATGGCCGGGATCGAATACGACTATTCCGACGATGTGTTTGTGTACGCCAGGCGCTCGACAGGTTATAAAGCAGGCGGCTTTAATCTGACCTCTAACGGCCTGCCCTATGAACCTGAGAACATTGCCGCCTGGGAATTCGGAATCAAGTCAGATTTGCTTGAGCGAAAAGCACGAATTAACCTCGATACGTTTTATTACGACTATCAGGATTTACAGCTAACGACGCTGACCACTGTCAACAATGCACCCGGCCAGTTCACCACTAACGCAGCGCAAAGCACCATTTACGGCGCGGAAATAGAAAGCCAGTTTATTCTGTCGTCCAATTTCAAGCTCCTTGCCTCTTACTCATACATCAACGCTGAGTTTGACGAGCTTTACAGCACCGACAACCGTGATCCCTTGCCGGTAGTGAATCCTGACGATCCGGCAGGTTTAGGACGGGCGAATCTGGCCGGCAATAAAGTACCCTACGTGCCCCAAAGTACAATTCAGGCAGGCGTGGAATATAATACAAGCCTGTCTGACGGCGCTTACATCAAAGCAGCCGTGAATATGTTGTGGCAGGATGATATGTACCTGCGTGAGTACAATCATCCCACAATTGATAAGGTAGAGGCGTATACCAAAACCGATGCCACGGTGACCTATCACTTTCCCGACGATCAGCTTTCGATAACGGCCTTCGTTACCAATCTGGAAGATGATGTGCAAAAAACCAATGTTTATGTGAGCCCGGGGTTTATCGGACAAAGTGCAACCGCAGCCTATTCAAAACCGCGTACGCTGGGGTTGAGAGTCGATTACCGGTTTGAATAG	MALTTPNGIALSCIAAALATPNAHAQEASGSAQNELEVIKVTAQKKVTSIQDTPVAITAFTGDMFEQRGIDDLTNLQSYVPALHIGQEQDGFKISLRGIGLQGTSSISDSGVAFYIDNNYIARPAGGSSVFYDIERIEVLRGPQGTLYGRNATGGVVNVISNTPKEYFEAEAGFTYGSRNHTEFRGVVNLPVNDDVRTRFSAVYTKEDGYIVNQSAQPGNEDFFGTNGDTTVRGQVLYGTPETVEILLSGTYSDIDGSGMNMTYLERNPGGPPPVRVLVSTIPEDPDDPLIASNDAQAFNRTETTSGFIRMIKQFGELEGFVQASYSDQITRSQQDFDGSDVDISIFNKDQDNISKSVEVRLSSDDHAALSWIVGGYYFYEDTFIFRRVRLNGVTPGGILNLPDFLLDEDGQGKTLAAFGNATYALQDDLRLSLGVRHTQDEKTGTKVTRGNFGAPFPPDIPNAQYPGIAEFSKNTWMAGIEYDYSDDVFVYARRSTGYKAGGFNLTSNGLPYEPENIAAWEFGIKSDLLERKARINLDTFYYDYQDLQLTTLTTVNNAPGQFTTNAAQSTIYGAEIESQFILSSNFKLLASYSYINAEFDELYSTDNRDPLPVVNPDDPAGLGRANLAGNKVPYVPQSTIQAGVEYNTSLSDGAYIKAAVNMLWQDDMYLREYNHPTIDKVEAYTKTDATVTYHFPDDQLSITAFVTNLEDDVQKTNVYVSPGFIGQSATAAYSKPRTLGLRVDYRFE				NA	NA	NA	NA	NA
AK237_01285	102			hypothetical protein	ATGCTATCATTCGCCTCCTTTTTTACGCCGGACAGTCAGAATGAAGAAAACCATCAGGAAGCTCGACAACAATGTGGTGAAAGCGCTGACAATTGCTTGTGA	MLSFASFFTPDSQNEENHQEARQQCGESADNCL				NA	NA	NA	NA	NA
AK237_01286	354			hypothetical protein	ATGAAGAAAACCATCAGGAAGCTCGACAACAATGTGGTGAAAGCGCTGACAATTGCTTGTGAAACTATAAAAGAATGGGATACCGGATTTGAATGGCTGACTCACACCGCAAAATATGACAATTTTCCGGGCAGCCTGATGGTGACCTGCGTGTTCAGTTTGGACGCAGAAATAGAGCTTGTTACAGAACAGGACTATGACAAGAAGCTCAGACAGCTTATTCAGTCCCAACTTTTAAAAGCCGGCATTAAAGTGAAAGATATTCGCAGGCACGTTCGCCTCGACAGTGAAGAAAGCTGCCTGCGGGAAGACGGCGGCGACTGGCCGGCACGCCTTGCCCGCTGGAGCAGCTAA	MKKTIRKLDNNVVKALTIACETIKEWDTGFEWLTHTAKYDNFPGSLMVTCVFSLDAEIELVTEQDYDKKLRQLIQSQLLKAGIKVKDIRRHVRLDSEESCLREDGGDWPARLARWSS				NA	NA	NA	NA	NA
AK237_01287	168			hypothetical protein	ATGAAATCACTACATTTATCTAAAGCTATTCGTGCAAAATACTTTGTAATCTTAACCGCGTTCTTAACCAGTTTGGTCACAGGATGCGCCACAGTAGAAGGTGCTGGCAAAGATATTCAATCAGCTGGTGAGGCGTTGGAAGGTGCGTCGGAGGATGCGCAAAACTAA	MKSLHLSKAIRAKYFVILTAFLTSLVTGCATVEGAGKDIQSAGEALEGASEDAQN	PGPT0027295_25	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-TOXIN-ANTITOXIN_SYSTEM	CE-BACTERIAL_FITNESS-EcnB-EcnA_TOXIN-ANTITOXIN_SYSTEM,PGPT0027295-toxin_ecnB-K16348	NA	NA
AK237_01288	993			hypothetical protein	ATGGAATTTCCCCAGGTAGATAAAGTTTACCAACTGATTAATGAGAAGCTTCAGACGTGGTTGGAAGGTGGCATAAAACACTTACCGAATATTGTTGTGGCGTTACTGATTGCCGTGCTCTTCGGTCTTATCGCGAAGGTAGCGGGCAACATTATTAATACTGTGCTGCGCAGAGCATTTGAATCTAAACAAATAGCCGATCTTATTACGTCCATTGCAAAAGCATTTATTGTCTGCGCGGGTATCTTTATCGCACTCGATTTTGTCGGGCTACAGGGGACAGTGACGTCATTACTTGCCGGAGCCGGTATTGTAGGGCTGGCTATCGGTTTTGCCTTTCAGGACATCACTGAGAACTTTATTGCCGGCGTGGCCATGGGGATCCGTAAACCCTTTCAGATTGGTGATGTTATTCAGGCCGACGAGGTATTTGGAAACGTTGAAGAAATTAATCTTCGCAATACGTTAGTCACTACGTTTTATGGTCAGCGGGTCATTATTCCCAATAAAATTTTATTCAGAAACATACTGACCAACTATACCGTTATGGGGCACAGACGTATTGAAGTGCCGGTGGGTATTTCCTATGCAGATGATCCCCAAAAAGCCCGGGAAGTCATAGTTAACGCCATTAACGAAAAAGACTATGTGATCAACAAAGACGAAACCAACGTGTACGCAGAATCATTTGGTAACAGCAGTGTAAATTTGCTGGTGTGGTTTTGGATCCGTTATCCCGGTGAACCCAATTTCATGGAAGTAAGACACGACGCCATTGTCACTGTGCAGCGCGCTCTGAATGATGCTGACATTCTTATTCCATTCCCTATTCGAACATTGGACTTCGGCGCAAAAGGCGGCGAGAAGCTCGATGCGATGATGAGCTCATCACACTTTTCAGGGAAAAGTCATGAGCCAACTGACGGCGCAAGCCAACACGCTAAAAACAATGCCGATCAAGCTGATTCCAGCGACGCGGCCTTAGAAAATTAA	MEFPQVDKVYQLINEKLQTWLEGGIKHLPNIVVALLIAVLFGLIAKVAGNIINTVLRRAFESKQIADLITSIAKAFIVCAGIFIALDFVGLQGTVTSLLAGAGIVGLAIGFAFQDITENFIAGVAMGIRKPFQIGDVIQADEVFGNVEEINLRNTLVTTFYGQRVIIPNKILFRNILTNYTVMGHRRIEVPVGISYADDPQKAREVIVNAINEKDYVINKDETNVYAESFGNSSVNLLVWFWIRYPGEPNFMEVRHDAIVTVQRALNDADILIPFPIRTLDFGAKGGEKLDAMMSSSHFSGKSHEPTDGASQHAKNNADQADSSDAALEN	PGPT0013773_563	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_OSMOTIC_STRESS	OSMOTIC_STRESS-MECHANOSENSITIVE_ION_CHANNEL,PGPT0013773-mscS|yggB-K03442	NA	NA
AK237_01289	2004			hypothetical protein	ATGAAACACAAGGCATCAAGATTGGCGTTGTGCCTGGGCATGACGGCGTTACCCCTCGCACTGCCTGTATCGGCAGACACCGGTTTTGCGACGCAAAACGGTGGTACAACAGGGGGCCAGGGAGGAAGTGTTGTAACCGTTTCTACTGGTACAGGTATACATGAAGCTCTGTGCAATCGAAGCAGTAGCGACGAACCCATTATTATTCAGGTGCAAGGTACCGTTAATCACGGTAATACCAGCAAAGTCTCGGGAGATAGCTGTAATACCGCGGAAGATAAGATTGAAATAAAAGATGTGAGCAATATTACCCTGGTGGGCGTGGGAAGTGGCGCCCTGTTCGATGAACTCGGTATTCATATTCGCAATGCATCCAACATTATTATTCAAAATGTTCACGTAAGAAACGTGAAAAAATCGGGTTCTCCTACGTCAAATGGCGGTGACGCTATCGGCATGGAATCCACGGTGAGAAATGTGTGGGTAGACCACGTTACCCTCGAAGCAAGTGGCGGTGAGAGCGCCGGCTATGACGCCCTGTTCGATATCAAGGCAGATACCAAATACGTTACGTTGTCGTACAGTATCCTGAAAAACTCGGGTCGCGGAGGGTTGGTAGGATCAAGCGATTCTGATGACGAAAATGGTCCAGTCACCTACCATCATAACCTCTATCAGAACATCGATTCGCGTACGCCGTTATTGCGTCATGCCACAGCCCACGCGTATAACAACCACTATGTAAGCCTTAATGAATCGGGCATGAATCCACGCATCGGTGGTGAAATCAGAGCTGAAAATAACTACTTCGAAGATTCTAAGGATGTGCTTGGTACGTTTTACACCAACGACATGGGTTATTGGCAGGTAAGTGGCAACATCTTCGACAACATAACCTGGACGTCGTCAGGCGATAAAAATTATCCTGCGGGCCCCAATCCGTCATCTACCACATCCATTAGCATTCCCTACAGCTATAGCTTAGATGACGCCAGCTGCGTGCCTTCAATCGTTGCTGCTACGGCGGGTGCTAATAAAGGACTTGCTGTGTCTGATGGTGATTGCTCAACAACAACTCCGCCAGATAATGGTGGCGGTGATGGTGGTGGCGATAACGGCGGTGGTGACAATGGCGGCGGCGACGGTGGTGGCTCCGGAACCGGCACGAATTTAGCGCTGTCGGCCGCGGCAGATGGCAGTAGTAAAGCCAGTGGTACAAGTTATGGAAATGTCATTGATGGTGATACCAGTTCCTACTGGTCTCCAAATGGGTCAACCGGTACCATCAATGTGAAAAACCTGAATGCTACGGTGAATGCGGTGCGCATTGTGTCTGCATCGGGATATGAAAATGCGATCACCAGTTGGGCACTGGTCAATTACGATACCGGCGTCACCTTAGCAACCGGTGGGGCTGTGCCTAATGTAATTTCGTTTAGCGATACAAGCCTGAACAAAATCAGCTTCGTTATACAGTCGTCTTCTACTCAGCCGCGTGTTGCCGAGTTTGAAGTTTACAATGGTTATAGCTCTGGTGGCGGTAGCGGCGGTGGAAGCGGCAATAATGGCACCGTGAATGGTACGTATTGGATAAGTCCGGTACACAGCGGCAAAGCAGTCGATGTGACTGGCTGTGGCACCGCAGACCTTACCAACATTCAGCAGTATGCATGGCTGGATAACGATTGCCAGAAATTCGCAATCTCGCAAGTAGACGGGATCTGGCACCGTATTTCACCATTGAATGCTCCGACCAAATCGTTGGATATCAATACGTCAATGTCTGGTAATGGAGCCACTGTGATCCTCTATGATTACTGGGGTGGTGATAATCAATTGTTCCGCTTCCAATCTGCGGGTACTGGCAAGTGGCGTATCATTCCGAAGTCGAGCGAGTTGTGTTTAGATGTTAGCGGCAACGCAACGGCAGACGGTACTGATATTGTACAGTGGACTTGTACTGCTGGCGCCGAAAACCAAATGTTTGAGTTAATCAGTCAATAG	MKHKASRLALCLGMTALPLALPVSADTGFATQNGGTTGGQGGSVVTVSTGTGIHEALCNRSSSDEPIIIQVQGTVNHGNTSKVSGDSCNTAEDKIEIKDVSNITLVGVGSGALFDELGIHIRNASNIIIQNVHVRNVKKSGSPTSNGGDAIGMESTVRNVWVDHVTLEASGGESAGYDALFDIKADTKYVTLSYSILKNSGRGGLVGSSDSDDENGPVTYHHNLYQNIDSRTPLLRHATAHAYNNHYVSLNESGMNPRIGGEIRAENNYFEDSKDVLGTFYTNDMGYWQVSGNIFDNITWTSSGDKNYPAGPNPSSTTSISIPYSYSLDDASCVPSIVAATAGANKGLAVSDGDCSTTTPPDNGGGDGGGDNGGGDNGGGDGGGSGTGTNLALSAAADGSSKASGTSYGNVIDGDTSSYWSPNGSTGTINVKNLNATVNAVRIVSASGYENAITSWALVNYDTGVTLATGGAVPNVISFSDTSLNKISFVIQSSSTQPRVAEFEVYNGYSSGGGSGGGSGNNGTVNGTYWISPVHSGKAVDVTGCGTADLTNIQQYAWLDNDCQKFAISQVDGIWHRISPLNAPTKSLDINTSMSGNGATVILYDYWGGDNQLFRFQSAGTGKWRIIPKSSELCLDVSGNATADGTDIVQWTCTAGAENQMFELISQ	PGPT0018225_137	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-TYPE_I_SECRETION_SYSTEMS	CE-T1SS_SECRETED_PROTEINS,PGPT0018225-pel|plyB-K01728	NA	NA
AK237_01290	822	mscS_1	COG0668	Small-conductance mechanosensitive channel	ATGATTATGGAAGAAGAATTACAGCAAGCTCAGGTTATTTACGACACCCTCGTTGAATTTGCCGTTACCTATAGTTTTCAGATTTTTGGTGCGTTCATTATTTTATTGGTTGGCTGGTGGATAGCGGCCAAAATAGGAAATGTAGTGGAAAATCTGATGGTGGGGCGAAATATTGATATTACGCTTAGCCGGTTCACCGGCGGTGCGTGCAAAATTCTCGTGCTCGCGTTGGTCATCATTATCGCTCTGGGCAATATCGGCATTAGTGTTACACCGCTTATCGCAGCCATCGGTGCCGTTGGCCTGGGAGCCGGTTTAGCCATTCAGGGGATGCTGGCAAACTATGCGGCGGGATTTACCATTATCATCACCCGGCCGTTTGTACTAGGCGATACGATTCACGTACGGGGCGTATCGGGTGTGGTTGACAAAGTCATGCTGCCTTACACCATATTAATCAATGAAGATAATGTGCACATTCAAATTCCTAATAAATTAATCGTAGGCGAGATCCTTCATAACTCCGCCGAGCAAATGCTTATTGAAATAGAAGTGGGCGTGGCGTACTCAAGTGACGTGGATAAGGTCATCCATATCTTGCAGGACGCGGTTAAAACCGTCGATGGCGTGTATGCGGAAAAAACGCCTGCTATCGGCGTTGATAATTTCGGCGATAGCAGCATTAATTTTGGTGTCAGGGTATGGGCGTTGACGACACGCCATTATGAAATTCGCTATGCACTTAACAAAGCTATATACGACGCGCTGAAGCAAGCAAGTATCGAAATCCCATTCCCGCAACGGGAAGTTAAGATGTTGTGA	MIMEEELQQAQVIYDTLVEFAVTYSFQIFGAFIILLVGWWIAAKIGNVVENLMVGRNIDITLSRFTGGACKILVLALVIIIALGNIGISVTPLIAAIGAVGLGAGLAIQGMLANYAAGFTIIITRPFVLGDTIHVRGVSGVVDKVMLPYTILINEDNVHIQIPNKLIVGEILHNSAEQMLIEIEVGVAYSSDVDKVIHILQDAVKTVDGVYAEKTPAIGVDNFGDSSINFGVRVWALTTRHYEIRYALNKAIYDALKQASIEIPFPQREVKML	PGPT0013773_3092	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_OSMOTIC_STRESS	OSMOTIC_STRESS-MECHANOSENSITIVE_ION_CHANNEL,PGPT0013773-mscS|yggB-K03442	NA	NA
AK237_01291	1623	kinA_1	COG0642	Sporulation kinase A	ATGATTGACGCAAGCGAACGGGAAAATGGATTTGAAACGGTTTTCAGAAATTCAAAAGATGGACTGGCTATATTTGAAAACGAAATTTTTGTGGATTGTAACGACTCCATGCTCGAATTAGTTGGCGTGGAAAGCCGGTCAGACTTTATTGGCAAAACTCCTTTCGATTTTTCACCAGATATCCAGTTTGATGGCGAGGCCTCGGTGGAAAAAGCGCTGGCATTGGTGGAGAAATGTCAGGCGGAGGGAAGTGTACGATTTGAGTGGAACGTAAAACGACGAAGTGGCGAGCTGATATGGGTTGAAATTATTCTGACCCGGATGGTGATGAATGGCGAGCCAGTGATTTACGCCAACTGGCGGGATATCTCTGCAAAGAAAGCCATGGAATTAGAACTTGCTGAGCAAAAGGAAACCTTTGAAACACTTTTCAGTGACTCCCGTGACGGGCTGAGTTTACTCGTTGATAACAAATTTATTGATTGCAACAAAGCATTATTGGATATGTTTGGGTATGCAAGTAAAGACGACATTCTTGGGCTTACGCCCATGGATGTGTCGCCCGAATATCAAAGTAATGGCAAAAAGTCCGTGGAAGTGGTGGCTGAAAACGCAGAGCAAATTGCTGGTTTAGGCAATAAAATGCTGGAGTGGCAGCATCAGCGGGTTGATGGAACGCTTTTCTGGACGGAAATTATTGTTATTGAAATTAAACTCAATGGTCGCCCCGTTGTTTATGCCATTACGCGTGATATTTCTGGTAAGAAAGCGCTGGAAGAGAAAATCATAAATCGTAATGAAGAGCTTAACGCAATCAATCAGAGCTTATCCGAAACCATAGAGAGTTTGAAACAGGCGCAGGATAAGCTCGTTGAATCTGAAAAGATGGCTAGTTTGGGCTCGCTGGTGGCTGGCGTTGCACATGAAATTAATACGCCTGTGGGTATCAGCCTAACCGGTATTACGCAGCTCATGGAAGAAAGCCGGGATGTGCGCCGTCAATATGATAAAGGTGAGCTCACCGGCGATGCCTTTGAGTCGTTTCTTGATGCAGCGAACGAACTGGCCGAAATGATAAAGAAAAATATCGACAGAACGGCGCAGTTAGTCAGAAGTTTCAAACAAGTGGCGGTGGATCAAACCAGCGAAGAAGATCGGGAGATAAATTTAAGTCTGTACCTCGATGAAGTGCTCTTTAGTCTCGCTTCAGTCTTACGCAAAGCCAATGTGATTGTGGCGACTGAATGTAAGGATGATCTGAATGTTATTACTAATCCCGGGTTTTTGTCTCAGGTTCTCACCAATTTGATTGTAAATTCGGTAACGCACGGATTTAAAGACAGAGATTCGGGTAACATTTTTATTGAGATCAGCGCTATTGACGATGAGATGTTCACCCTCCGCTATCGCGATAACGGCAAAGGGATCAGTAAAGCAAACCTGAGCCGAATCTTTGACCCTTTCTTTACAACTAATCGCGGTCATGGCGGCACCGGGTTAGGGCTAAACATCACTTACAACATTGTTACTAACGCTTTAGGCGGCTCAATTATTTGTAACAGCGAAGAAAATGACGGTGTCGAATTTGTCATTACGTTTAAGGTGAAAGCGCGGCTAAGCTAG	MIDASERENGFETVFRNSKDGLAIFENEIFVDCNDSMLELVGVESRSDFIGKTPFDFSPDIQFDGEASVEKALALVEKCQAEGSVRFEWNVKRRSGELIWVEIILTRMVMNGEPVIYANWRDISAKKAMELELAEQKETFETLFSDSRDGLSLLVDNKFIDCNKALLDMFGYASKDDILGLTPMDVSPEYQSNGKKSVEVVAENAEQIAGLGNKMLEWQHQRVDGTLFWTEIIVIEIKLNGRPVVYAITRDISGKKALEEKIINRNEELNAINQSLSETIESLKQAQDKLVESEKMASLGSLVAGVAHEINTPVGISLTGITQLMEESRDVRRQYDKGELTGDAFESFLDAANELAEMIKKNIDRTAQLVRSFKQVAVDQTSEEDREINLSLYLDEVLFSLASVLRKANVIVATECKDDLNVITNPGFLSQVLTNLIVNSVTHGFKDRDSGNIFIEISAIDDEMFTLRYRDNGKGISKANLSRIFDPFFTTNRGHGGTGLGLNITYNIVTNALGGSIICNSEENDGVEFVITFKVKARLS				NA	NA	NA	NA	NA
AK237_01292	1107	tqsA	COG0628	AI-2 transport protein TqsA	GTGCCTTATTTACGCGAAGCCCGGCAAACGAGACTGCTAAAGACCTTACTGTTGCTAGCCGTCATTTATACGCTTTATCTGGCAAAGTCATTGCTGATCCCCCTTTTCTTTTCCGCATTTATCGCGCTATTGCTAAGCCCGTTGGTTCGCATTGGCAGAAAATTCTATGTTCCCCCTTCCCTGTCTGCAGCCGTACTCATGGCGTTACTTGTTGCTCCTTTCACTTTTTTGGGACTAGAACTCGCCGAGCCTGCCGGCAGGTGGATGCATTCGCTGCCCAAAATTGCTGGTGAACTCGTTAATGAAATGGAAGAAATAAGCGATAACTTAACGGCACCGCAAGCTGCACCACCTCCTGCAAAAAAAGAAGAGTCGTCTTTCCTGGACTGGTTCAGCGACGATGAAGAAGAACCCATTCCAGAACCGAAGCAAGAAAATATTGTCACCGGGAAACTGAAGCAAAGTGGGATGGAAATTGCCATCGCCATCATGGGCACAGCCCCACTGCTGTTAGCGCAGATTTTTGCGTGCATGATCCTTATTTTCTTTTTATTGGTGTATGGCCCTTCCCTGTTCAACGTTGTTATCAGAGACTTTCCCGCCGTTACTAACAAACGCCGGGCGTTGGTGCTGGTTAACCATATCCAAAGAGAGCTCTCTAATTACATTGTTACGGTGAGCATGATCAATGGATTATTAGGGGTGGCTACGGCAGTCACACTGACATACCTTGGCATTGAAGACGCCATACTGTGGGGATCGTTAGTGGCATTACTCAACTTTGTGCCTTACCTGGGAGGCTTGTTAAGCTGCAGTATTTTGCTGGTTGCGGGTGTTGTACAGTTTGGCCTGGTTGCAGCCGCCCTGCTTCCTTCCGCCGCCTTTTTGTGTATCAACATTATCGAATCACAATTTGTGACTCCCACTATTTTGGGCAAAAGCATGCGCTTAAACCCACTCATCATTATTTTATGGCTTTCCATTACCGGTTGGCTGTGGGGCATTGTAGGTGTATTACTTGCCGTACCTATTCTCATGAGTTTTAAAATCATTCTGGAGAACATAGGTAGCCTGCCCCACTGGGTAAAACTGATTGAGTCGAAATAA	MPYLREARQTRLLKTLLLLAVIYTLYLAKSLLIPLFFSAFIALLLSPLVRIGRKFYVPPSLSAAVLMALLVAPFTFLGLELAEPAGRWMHSLPKIAGELVNEMEEISDNLTAPQAAPPPAKKEESSFLDWFSDDEEEPIPEPKQENIVTGKLKQSGMEIAIAIMGTAPLLLAQIFACMILIFFLLVYGPSLFNVVIRDFPAVTNKRRALVLVNHIQRELSNYIVTVSMINGLLGVATAVTLTYLGIEDAILWGSLVALLNFVPYLGGLLSCSILLVAGVVQFGLVAAALLPSAAFLCINIIESQFVTPTILGKSMRLNPLIIILWLSITGWLWGIVGVLLAVPILMSFKIILENIGSLPHWVKLIESK				NA	NA	NA	NA	NA
AK237_01293	1248	rhlE_1	COG0513	ATP-dependent RNA helicase RhlE	ATGCGTTTTTCTGATTTAGGGTTTCATTCGTCATTGTTAGCCGTGCTTGATGCACTGGGCTACGATACGCCTACACCGGTTCAGCAAGCGGCTATTCCCCACGTACTGGCTGGCAAGGATGTCATGGCCGGTGCGCAAACGGGAACCGGGAAAACCGCGGCGTTTGCACTGCCGCTTATTCAGCGGCTAATCGACGCGCAATCAAATGAACATGCTATTCGCGTATTGGTGCTTACACCAACCCGGGAGCTGGCGCAGCAGGTTCACCAGAGTTTTGTGAAGTACAGTGATGGCCTTGGGATCAAGTCTGTGGTGGCCTACGGTGGTGCGAGTATTAATCCGCAAATTGACGCCCTTAAACAAGGTTGCGATGTACTGGTGGCAACGCCGGGGCGTTTACTGGAGTTAGCTATTAAAGAGCTCATCAGTTTAGACACCCTGGAAACTTTCGTACTTGATGAAGCTGACCGTATGTTAGACATGGGGTTTATTGTAGACATCAAACGTGTGCTTAAACGGTTGCCTGAAAAGCGCCAAACCTTGTTCTTTTCGGCAACATTTAACGACGACGCTTTTGCATTAAAAGACACGCTGCTTAATGCTCCTGAGTTGATTGTAGTGGCTCCGCGTAATGCCACCGCAGAAAAAATTGAGCAACGTTTTTATGAGGTTGATAAAAAGCGTAAAGCCAGTTTGGTTGCCTACCTCATCGGGGCGAAGAATTGGCAACAAGTGCTGATTTTTACCCGCACCAAACAGGCGGTCGATGAGCTGGTAAGCGAACTTCAAAAGGATGGGATAAGTGCTGCACCAGTGCATGGTGATAAGTCGCAAGGTGCCCGCGAGCGAGGATTAGACGCATTTAAAACCGGACAGGTACGGGCATTGGTCGCCACAGATGTTGCCGCTCGCGGGTTGGATATTCAATCGCTGCAGTATGTCATTAATTACGAGCTACCCTACAACGCAGAAGACTACATTCACCGCATTGGACGTACCGGCCGTGCTGGTAACGCTGGCATTGCTGTATCGTTGCTTTCAGGCAAAGAAAAGTATCTGGTGGAGGCGATTGAAAAGCTAATCGGCGAACCGATTGTCGTGCAATGGGAAGAAGGTTTCGAGCCGAACGCCATGGAAGACGAGGAGCGTAGTGCAAACCGCCCGTTATCTAAAAAGGCACTGCGGGCCAAAGCGCTGGGCCAGGCGCGCAAAGGTAAACCAAAATCAGGCCGTCCGCGCCGGCGTTGA	MRFSDLGFHSSLLAVLDALGYDTPTPVQQAAIPHVLAGKDVMAGAQTGTGKTAAFALPLIQRLIDAQSNEHAIRVLVLTPTRELAQQVHQSFVKYSDGLGIKSVVAYGGASINPQIDALKQGCDVLVATPGRLLELAIKELISLDTLETFVLDEADRMLDMGFIVDIKRVLKRLPEKRQTLFFSATFNDDAFALKDTLLNAPELIVVAPRNATAEKIEQRFYEVDKKRKASLVAYLIGAKNWQQVLIFTRTKQAVDELVSELQKDGISAAPVHGDKSQGARERGLDAFKTGQVRALVATDVAARGLDIQSLQYVINYELPYNAEDYIHRIGRTGRAGNAGIAVSLLSGKEKYLVEAIEKLIGEPIVVQWEEGFEPNAMEDEERSANRPLSKKALRAKALGQARKGKPKSGRPRRR	PGPT0013740_3843	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_OSMOTIC_STRESS	OSMOTIC_STRESS-OTHER_REGULATORS,PGPT0013740-rhlE-K11927	NA	NA
AK237_01294	1494			hypothetical protein	GTGATTTTATTTCTCATTTGCGTAGCCGCGCTTATTGCAGGCTATTTTATTTACGGCACCTTTATCGAAAAGATATTTGGTATCAAGCCGGCACGACCCACACCCGCTCACAGCCAAAACGACGGTGTTGATTTTGTGCCTATGTCCACGCCAAAAGTGTATTTGGTGCAACTACTCAATATCGCTGGTGTCGGCCCAATTTTCGGCCCTATTATGGGCGCACTGTACGGCCCGGCGGCTATGTTGTGGATTGTTCTGGGCTGTGTATTTGCCGGCGCTGTGCACGACTATTTTTCAGGCATGCTGTCGGTGCGAAATAACGGCGAATCGGTACCCAGCTTGTCAGGTCGCTATTTAGGACGCGGTGCCAAGCACTTTATGAACCTCTTCGCCATCGTACTGCTACTGTTAGTGGGCGTGGTATTTGTTTCTGCGCCAGCCAGCATGATCACTAATCTGGTGAACGATCAGACCTCATGGCACGTCGAAGTAGGTGTGATGGTTGCTATTATTTTTGCTTACTACGTTCTGGCAACAATTGTACCTGTCGATAAAGTAATTGGCCGCTTCTATCCTTTCTTCGGGGCCTTACTTATTTTTATGTCCGTCGGACTACTCGGCGCAGCAGCCTTCTCCGACGATCATTCTATCCTGAGTCAATTTTCAGCCAGTGATATGCTGACCAACTTAAATCCGAATGATATGCCCCTGTGGCCTGCGCTGTTTATTACCATTGCTTGCGGCGCCATTTCAGGTTTTCACGCTACCCAGTCTCCACTGATGGCTCGCTGTATGGAAAACGAAAAGAATGGCCGCTTTGTATTTTACGGCGCCATGATTGGAGAAGGGATCATTGCCCTTATCTGGTGTGCTATCGCCCTGTCGTTCTTTGATGATCTTAACGGCCTGGCCGCTGCTGTTCTGAACGGAGGACCCGGCAACGTCGTTTACTCTGCGTCGTTTGGATTGTTAGGGGTATTCGGTGGCGTACTGGCATTTTTAGGTGTGGTTATTTTGCCAATCACATCAGGTGATACTGCGTTTCGCTCAAGCCGCTTAATTTTGGCCGAATACTTTAACGTGGGACAAAAGAACATCCGTAACCGAATTTTAATGGCTGCCCCGTTATTTGTGCTGGGCGCCGTGCTGACACAGGTGGACTTCGGCATCATCTGGCGCTACTTTGGTTTTGCTAATCAGGCGACAGCCGTCATGATGCTATGGACAGCTTCAGCTTACCTGTTGCGTCACAACAAGCTGCACTGGATCACCACCATTCCAGCCATTTTCATGACCGCAGTGTGTGTGACGTTTATTCTTAATAATGCCACATTAGGTTTTGGCCTGGCGATGAATATATCAACAACAGTGGGTGTAATTGCCTCGCTTATCACAACGGTTTATGTCATCCGTATCTCGAAAGGTAAAGGCGAAGATCCACTCGAACCGCTCACAGTGGAAAGTAAGCCCGCTACGCAGCCCGTAGACGCTTAA	MILFLICVAALIAGYFIYGTFIEKIFGIKPARPTPAHSQNDGVDFVPMSTPKVYLVQLLNIAGVGPIFGPIMGALYGPAAMLWIVLGCVFAGAVHDYFSGMLSVRNNGESVPSLSGRYLGRGAKHFMNLFAIVLLLLVGVVFVSAPASMITNLVNDQTSWHVEVGVMVAIIFAYYVLATIVPVDKVIGRFYPFFGALLIFMSVGLLGAAAFSDDHSILSQFSASDMLTNLNPNDMPLWPALFITIACGAISGFHATQSPLMARCMENEKNGRFVFYGAMIGEGIIALIWCAIALSFFDDLNGLAAAVLNGGPGNVVYSASFGLLGVFGGVLAFLGVVILPITSGDTAFRSSRLILAEYFNVGQKNIRNRILMAAPLFVLGAVLTQVDFGIIWRYFGFANQATAVMMLWTASAYLLRHNKLHWITTIPAIFMTAVCVTFILNNATLGFGLAMNISTTVGVIASLITTVYVIRISKGKGEDPLEPLTVESKPATQPVDA	PGPT0015060_1996	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	UNIVERSAL_STRESS_RESPONSE	STRESS_SIGNALLING_PROTEINS	STRESS_SIGNAL-CARBON_STARVATION_RESPONSE,PGPT0015060-cstA-K06200	NA	NA
AK237_01295	1704	btsS	COG3275	Sensor histidine kinase BtsS	ATGGAACTGATTCTTTCTTTGCTGCAACAAATGTGCGTTTACCTCGTGTTGGCCTATTTGCTCAGCAAAACGCCCTTATTTTTGCCCATTCTGAGTATTTCCTCGCGCCGTAAACACCGTTACATGGTGTACATTGTTTTTTCCTCGTTTTGTATACTGGGCACCTATTTCGGTTTACAAATTAATGATGCCATTGCCAATACGCGCGCAATCGGAGCCGTAATTGGCGGCTTGCTAGGTGGGCCGGTAATTGGGTTTGCTGTTGGTCTCACCGGCGGGCTACACCGCTATTCTCTTGGCGGATTTACCGACGTTGCTTGTGCCATTTCCACCACAGCGGAAGGGCTTATCGGCGGCCTCATGCACGTTTATTTTTTACGTAAAAACCAGCGTCTTGCCCTGTTTACCCCATGGCGGGTGGGGTTAATTACCCTGGTAGCCGAACTTGTGCAAATGCTGATCATAATTGGTGTTGCCACGCCGTTTGAGAAATCCTATGCGTTGGTGAGCGATATTGCCGCTCCCATGGTCATTGCCAATTCGGTGGGTGCTGCACTCTTCATGAGTATTCTTTCTGATAAGAAGACCATTTTTGAACGCTACTCAGCCACCTTCTCACGACGGGCACTGTCGATTGCAGACCGCTCTGTCGGCTTACTTTATTCGGGATTTAATCAGCTTAATGCCGAAAAGGTGGCGCGGATTGTTTACGAAGAGACCAACGTGGGTGCAGTCGCCATTACCGACAAAGAGAAAATCCTGGCATTTATCGGTATTGGCGACGATCATCATTTGCCTGACACCCCCATCTCTTCCACAAGCACACTGGAATCTATTAACAATAACTCCATCGTGCATGTAGACGGCGCAGAACGTCATTATCAATGTTCGCTGGACAAGCATTGCCCTCTTGGTTCAGTGGTGATTATTCCATTGCATTCTGGCGCGGAAGTAGTAGGCACAATCAAACTGTATGAGCCAAAACGAAAGTTTATGTCCACCGTCACGTTGTCGATGGCAGAAGGAATTGCGCAATTGCTTTCCAGCCAAATAGTGTACGGTGCGTACCAACAACAGCAGGAATTGTTGGCCCAGTCTGAAATTAAGCTGCTTCATGCACAGGTAAATCCGCACTTTTTATTTAATGCGCTTAATACAGTAAGCGCGATTGTTCGTAAAGATCCGGACAAAGCCCGGGAACTGATTCTCAGTTTGTCCCGTTTTTTCCGTATCAACTTAAAACAAAACACGGCATTAGTGACGCTCAAGCAAGAAATTGAGCACGTCAATGCCTACCTGACCATTGAAAAAGCACGCTTTGCCGAGCGACTCACTGTACACATTCATTGTGACGACGCATCGCTTGCTGCGATACTGCCCAGCTTTACACTGCAACCTTTAGTGGAAAATGCGGTGAAGCATGGCATTGCCCAGCAACTGGATGGCGGTACGCTGACAATAAAAGCACAGCCAGGCGGTGGCGACAGCGTACGCGTTGTTGTCGAAGATGATGCAGGCCTTTATCAACATCAGCGCGAAGCGCATGCGGGGTTAGGTATGGACATTGTAGACAAACGCCTCATTCACCAATTTGGCCCGCAGGCGGGGCTAACAGTGGCGTGTCGACCGGGAGAGTTTACCCGCATGTCATTCAAGGTGCCGCTATCTTCATCACCTGCAATCTCACAAACAGAGGGTGAGTAA	MELILSLLQQMCVYLVLAYLLSKTPLFLPILSISSRRKHRYMVYIVFSSFCILGTYFGLQINDAIANTRAIGAVIGGLLGGPVIGFAVGLTGGLHRYSLGGFTDVACAISTTAEGLIGGLMHVYFLRKNQRLALFTPWRVGLITLVAELVQMLIIIGVATPFEKSYALVSDIAAPMVIANSVGAALFMSILSDKKTIFERYSATFSRRALSIADRSVGLLYSGFNQLNAEKVARIVYEETNVGAVAITDKEKILAFIGIGDDHHLPDTPISSTSTLESINNNSIVHVDGAERHYQCSLDKHCPLGSVVIIPLHSGAEVVGTIKLYEPKRKFMSTVTLSMAEGIAQLLSSQIVYGAYQQQQELLAQSEIKLLHAQVNPHFLFNALNTVSAIVRKDPDKARELILSLSRFFRINLKQNTALVTLKQEIEHVNAYLTIEKARFAERLTVHIHCDDASLAAILPSFTLQPLVENAVKHGIAQQLDGGTLTIKAQPGGGDSVRVVVEDDAGLYQHQREAHAGLGMDIVDKRLIHQFGPQAGLTVACRPGEFTRMSFKVPLSSSPAISQTEGE	PGPT0026305_562	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
AK237_01296	714	btsR_1	COG3279	Transcriptional regulatory protein BtsR	ATGCTTACTGCAATAGTCATCGACGATGAACCGCTCGCCAGAGAGGCGCTTAGCGAATTATTAGAAGAAAGCGGCGACATCAACATTCTGGATCAGGCAGCCAACGCCGTTGAAGGGTTAAAGATGATCCAGCAACATCAGCCTGATGTAATTTTTCTTGATATTGAAATGCCACAGTTAACCGGTCTCGATTTATTGGCAATGCTGGACGTTGACACCATGCCACACGTGGTCCTGGTAACCGCTTTCGAACAATATGCCATTCAGGCATTTGAGGAAAATGCGTTTGATTACCTTCTCAAACCCGTTGAGCCCCAGCGGTTAGCAAAAACCCTTGTTAAATTAAAGCGCAGCACCCAAAGCCAGCAGGCCATTGCGTCCGTCGCCTCTGCGTCGTTGTCACTCATCCCCTGTGTGGGTCATCAACGCATTATGTTAATTCCCGAGGCCGATATTGAATTTGCCTTTAGCGACGTGGCCGGCGTACACATAAAAACAGCAACGCAACGTGCCGACACACAGTTGACGTTAAAGACACTGGAAGAAAAAACATCACTGATAAGATGCCACCGGCAATATCTCGTGCGTCTGGACCATATTGCAGAAATCAAATTAATGGAAAACGGCCTGGCAACCTTGTTAATGCAATGCGGCGAGTCGATTCCCGTAAGTAGACGTTACCTGAAAAAACTGAAGGACGAATTGTATTTATAG	MLTAIVIDDEPLAREALSELLEESGDINILDQAANAVEGLKMIQQHQPDVIFLDIEMPQLTGLDLLAMLDVDTMPHVVLVTAFEQYAIQAFEENAFDYLLKPVEPQRLAKTLVKLKRSTQSQQAIASVASASLSLIPCVGHQRIMLIPEADIEFAFSDVAGVHIKTATQRADTQLTLKTLEEKTSLIRCHRQYLVRLDHIAEIKLMENGLATLLMQCGESIPVSRRYLKKLKDELYL	PGPT0026304_2263	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
AK237_01297	783			hypothetical protein	ATGCTCTCTCTTCTTAGTTTCAGCGATACATCAATTCAGCGATTGCAGGATCGTAAACTTTCCAGCAATGAAATATCCGCCTTTGAACATATTCTTCAGCAGTTCAAACAAAGTGATAGTACTGCCACCGATTATTTAAAGCAGCTTTCCTCTGCCGATTTAGCGTTAGTGCAAAAAGCCAACAGTATGGCAAAACCAATCCCCGTTCACACGCTGTCGAAAGAAGGTGCTCAGAACCTCTTAAGCCAGCCCGATGGCAGTGATCTGGTTGATTTAGACAATAATGGCATTGTGGAAGTCGGTGAAGCGAGAACCTTGCACTTTCCCCCTGTCAACGCGCCGGCCTATGTGCACCAGGCATGGCAACAGGCTACTGCGGATCTGTCTGAGTTTGACAGAGCGTCTCTGGAACTCACTATGCATTTTGCCGTTTACGGCGTTCCTATTGAGGGAGTAAGCACCCCGACCCCACTGTCGCCTGATAAGCAATGGAGCGCTTCGGGGCGGGCAGACTTTTTTGACAAACTGTATTCCAATCTGGAATTCCGCGTGGGCATGGAAGGCTGGACCGATTACAACGTGATGTTGCAAGGCGTGTATCAACAGTTTGAGTCTGCCATGCAACGGATGGCAGGTGCATCATTTCGCACACCTGCAGTTACGTCTGAAAATGTGAATACTGACGCAGACGTTGATGACAGTACATCAACCAATAGCAAGGATACGTCTGCGAAACTGACCGGCAGCGCACCATCAATCAATTACTCCTCGATGCCCGACTAG	MLSLLSFSDTSIQRLQDRKLSSNEISAFEHILQQFKQSDSTATDYLKQLSSADLALVQKANSMAKPIPVHTLSKEGAQNLLSQPDGSDLVDLDNNGIVEVGEARTLHFPPVNAPAYVHQAWQQATADLSEFDRASLELTMHFAVYGVPIEGVSTPTPLSPDKQWSASGRADFFDKLYSNLEFRVGMEGWTDYNVMLQGVYQQFESAMQRMAGASFRTPAVTSENVNTDADVDDSTSTNSKDTSAKLTGSAPSINYSSMPD				NA	NA	NA	NA	NA
AK237_01298	213			hypothetical protein	ATGGAAGCAGTCAGAAATGACACCAGCCTGAGCCATGATGAAATGCAAAAGCAACTACAGGCGCTGCAGACAGCGAGAGAAACACTGATAAAGGAAGCACAAGAACGCGCCATTGAAAATGAAAAGCGCAAAGCGCTGCTACCACAAAGTGTGTTGCAAGCAGAGCGCTTAGCACAATCGCAGTGGCGAAGTGTCAGATCTGGTCGGAACTAA	MEAVRNDTSLSHDEMQKQLQALQTARETLIKEAQERAIENEKRKALLPQSVLQAERLAQSQWRSVRSGRN				NA	NA	NA	NA	NA
AK237_01299	249			hypothetical protein	ATGACTAATACCTTGTTTATCACCTTACGAAATGACGCCGCCGGTATTGAACGCGTGCTGCAGTGTGCACGCTTCCGTCGATTCGCAGTACACAGTTTTTCCGGCGAAAGCGTGAATAACCTGACCGCAGTAACCTTAACCGTGTCTGGCGATGCTGCCATAGAGCAACTAATGGCACAGATGCGCAAATTGCATAGCGTACAGGATATCGAGTTAGAGCAGCGAGAGGGCAGAATGGTGAATCGTTGA	MTNTLFITLRNDAAGIERVLQCARFRRFAVHSFSGESVNNLTAVTLTVSGDAAIEQLMAQMRKLHSVQDIELEQREGRMVNR				NA	NA	NA	NA	NA
AK237_01300	1686	ilvG		Acetolactate synthase isozyme 2 large subunit	ATGACCGGCGCTGAAACGATTCTCGATTTTTTGAGACGCCACGACTGTCAAAAAGTATTCGGCTATCCCGGCGGTGCCATCATGCCGCTGTACGATGCCTTACTGGATTTTGACATTAAACACTACCTTGCCAGACACGAGCAGGGGGCGGGCTTTGCCGCCGTCGGCTATGCCCGTAGCACCAATAAACCCGGTATTTGTTTTGGCACGTCCGGGCCAGGCTTTACGAATCTGCTGACACCCCTTGCGGATGCCATGCTCGATTCAGTGCCAATGCTGGTGATTTCCGGCCAGGTAGCTACCACGGCCATGGGCAGTGATGCGTTTCAGGAGGTTGATAGTCTCGGCTTGTCTCTCAGTGTCACCAAACACAGTTTTCAGATAACCCACGCAGATGAAATACCGGCGGTAATGCAACAAGCTTATGCGCTGTGCATGTCCGGGCGTCCGGGGCCGGTGCTGGTTGATGTACCCAAAGACATGCTGATGGCACAGGTGTCAGCGGCCTCTTTGTCGTTGCAATCGCCGTTGCCGGAGAAAACCCCAAAGCAGCCCGAATTCCAGGCATGTGCGCAGTCACTGGCACAGGCCAATAACTTGCTGCGTTCAGCAGAAAAGCCACTGTTGTATTTGGGCGGCGGCATCGCCATGGCGGGCGCGTTGGACGAAGCCCGTGAGTTCATAAGGCAAACAGGGCTGCCGCTGGTCAGCAGCCTGAAAGGGTTGGGTACGGCGCCGCAGCATTACCCGATGGATTTAGGCATGCTGGGCATGCACGGGTTGAAACCGGCTAATCTGGCCGTGAGTGAATGCGATTTACTACTGGTTATGGGCGCACGCCTGGACGACCGCGCCACTGGCAAGCTGGCTGAGTTTGCCCCCACCGCAAAGGTTATTCATATTGATATTGATGCCGCCGAATTAGGCAAGCGTCGACAGCCCGATGTCAGCATCAACACCGATATCAAACAGGTTTTCGGTAAGCTGTTTACCGGCTTTCAGGTGCCTGCCTGGTTACAGCGCATTCAACTATTGCAAGCGGAATGTCAGGCTGAGAAGGTGGCAAAACAGAATAGTGCGCCCACTACGCTGTCAGCCGAAGCGGTTTTATCTGCGCTGAATACCGCCACCCACGGCGACGCCATTTATACCTGTGACGTTGGTCAGCATCAGATGTGGGCCGCACAACATCTTAACTTTGCCAGTCCGCATCATCATTTAACCAGTGGCGGGTTGGGCACCATGGGCTTTGGTTTGCCAGCAGCCATGGGCGCACAGGCTGCCTTCCCGGATGCCACGGTAGTGACTATCAGTGGTGATGGTTCGTTCATGATGAACATTCAGGAAATGGCTACCGCTATTCGCTACGACTTACCCGTCAAAATCGTGCTGTTCGATAACCAGCGACTGGGCATGGTGAAACAATGGCAGGAGCTGTTTCACGAACAGCGTTTCAGCGAAACCGATTTATCCGACAATCCGCCGTTCACCGACATCGCCCGCGGCTTCGGTTTGCATGCCGATACCCTAATGGCAGGTGATGACATCAATGGGAAAATAACCAGACTGATACAACATAAAGGGCCAGCGTTACTGCACGTGCAATTAAATCCGCAAGACAACGTATGGCCAATCGTGCCACCCAATACAGGCAATCACCACATGATGGAGCAGCAACATGACTAA	MTGAETILDFLRRHDCQKVFGYPGGAIMPLYDALLDFDIKHYLARHEQGAGFAAVGYARSTNKPGICFGTSGPGFTNLLTPLADAMLDSVPMLVISGQVATTAMGSDAFQEVDSLGLSLSVTKHSFQITHADEIPAVMQQAYALCMSGRPGPVLVDVPKDMLMAQVSAASLSLQSPLPEKTPKQPEFQACAQSLAQANNLLRSAEKPLLYLGGGIAMAGALDEAREFIRQTGLPLVSSLKGLGTAPQHYPMDLGMLGMHGLKPANLAVSECDLLLVMGARLDDRATGKLAEFAPTAKVIHIDIDAAELGKRRQPDVSINTDIKQVFGKLFTGFQVPAWLQRIQLLQAECQAEKVAKQNSAPTTLSAEAVLSALNTATHGDAIYTCDVGQHQMWAAQHLNFASPHHHLTSGGLGTMGFGLPAAMGAQAAFPDATVVTISGDGSFMMNIQEMATAIRYDLPVKIVLFDNQRLGMVKQWQELFHEQRFSETDLSDNPPFTDIARGFGLHADTLMAGDDINGKITRLIQHKGPALLHVQLNPQDNVWPIVPPNTGNHHMMEQQHD	PGPT0008185_8656	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
AK237_01301	1908	dap_3		D-aminopeptidase	ATGTGGTTGAATAACTCTGGCTCACGCCGGCGCTGGCACAATGCCGCGTTTGCGCTGTTGTGTCTGTTCACGGCATCCACCGTGCAGGCGCAGGAACCTGAACAAGGTAAGTTCGATGATATCGAAGCCTACATTGATGGCACCATTGAAGCACAAATGGTGCTGAAGGATATTCCTGCGGTCACTGTTTCGGTGGTGAAAGACGGTAAGCGTATTTTCTCCAAAGGTTACGGCATGGCAGATCGGGAGCAACAGCGCCCGGTGGACCCGGCAACGTCCACATTCCGTATCGGTTCAACGTCCAAGCTATTTACTTGGACGTCTGTGATGCAGATGTATGAGCAAGGCAAGGTAGATCTGGATGCCGACGTAAATACCTATCTGGACTTCAAGATCCCGGACACCTTCAAAAAGCCAATCACATTGCGCCATATTCTGACTCACACTGCTGGGTTTGAGGATGGCGGTCTTGGCTACCTGATTCAGTACTATCCCAACCATGGTGTGCCACTGGCAGAGGCAATGGAAAAATACATTCCGCGCCGTCTGAATCCGCCGGGCAAAGTCTCTTCCTATTCAAACTACGCCACTGCGCTGGCCGGTTTGATTGTACAGAAGGTGTCTGGTATGCCATTCAACGAGTATGTGAAAACCCATATTCTGCAGCCGCTGGACATGCAGCACACAACGTTTGACGAACCACTGTCGGACGACATGGAAAAGCAGCGGGTGAAAGGCTATACCCGTGAAGCTGGCGTATTTGCTGAACAGCCGTTTGAGATGATTGATGCTTTTGGGCCTGCTGGTGCCGTGTCGGCCAGTGCAGATGATATGTCGCACTTCATGCTGGCACACCTGAATAATGGCGAATACAACGGCAAGCGAATTTTGAAAGAAGACACCGCGAAGCTGATGCATTCTGCCTTATGGCAGGGTGATAAGCGGTTAAGTGCAATGGCGCACGGGTTTTATGAACACCACTTTAACGGTCACCGGTTAATTGGCCATGGTGGTGATACCATGCAGTTCCACACCGATATGTTGATTGACCATGACGAGCAATTCGGCATTTTTGTGTCGTACCAGACCACCACCGATAATCAGGCCCGGAATGTGTTCGTTAAGCAGTTTTACGACCACTATTTCCCGGTAGAAAAAGAGACACTGACACCGCCGAAAGACTTCGCTTCACGGGCAGACAAGTACGCTGGCACGTATATTTTTTGGCGCCGCAATGAAAGTACCATTGAAAAAGCCATTGGCATTTTTGGGGGCGGCACCGAGATTGTGCCAACCGAAGACAACACCTTACTGGTGGCGGGTATTTTCCCTCCAAGACAGTACGTGGAGATAGACGAAAACCTATTCCAACAAATAGATGGTGACGAGAAAATCGCGTTTGTTGAGGACGACAACGGTGAGATCACTGCGCTGTATTTCGATGGCTTGCCTTTCATGGGGCTGCAACCTTTGCCAACGTTCCAGAATGGTTTGTTCCGGGTATTCCTACCAGTGGTATCTATTCTGCTTTTTACCCATATACTGATTAGCTGGGGATACAAGCGTCAGGACTATCGCGCTGCATCACCGGTTGCACGTAAACTGTATTATGCCGCCATTGCCAACAGTGCTGTGAACCTGTTATTCATCGTGTTGTTCATGGCCATTGTGGTGAGCTACCAGGACGAGCTGTACAGCGGTTTGCCATTTATCTTTAAGCTAAACCTTGTACTACCGCTACTGGCGGTAATTTTGTCGCTGCTGACGGCCTGGTTCTATGTAGAAAGACAAACTTCTGAAAAAACAGGATTGGCAAGTACGATTTATTATGGCATGGTTGTGGTCGCCGGCTTGTACATGGCTTACTTCTACTACTACTGGAACATCCTCGGATGGAACTATAAGTAA	MWLNNSGSRRRWHNAAFALLCLFTASTVQAQEPEQGKFDDIEAYIDGTIEAQMVLKDIPAVTVSVVKDGKRIFSKGYGMADREQQRPVDPATSTFRIGSTSKLFTWTSVMQMYEQGKVDLDADVNTYLDFKIPDTFKKPITLRHILTHTAGFEDGGLGYLIQYYPNHGVPLAEAMEKYIPRRLNPPGKVSSYSNYATALAGLIVQKVSGMPFNEYVKTHILQPLDMQHTTFDEPLSDDMEKQRVKGYTREAGVFAEQPFEMIDAFGPAGAVSASADDMSHFMLAHLNNGEYNGKRILKEDTAKLMHSALWQGDKRLSAMAHGFYEHHFNGHRLIGHGGDTMQFHTDMLIDHDEQFGIFVSYQTTTDNQARNVFVKQFYDHYFPVEKETLTPPKDFASRADKYAGTYIFWRRNESTIEKAIGIFGGGTEIVPTEDNTLLVAGIFPPRQYVEIDENLFQQIDGDEKIAFVEDDNGEITALYFDGLPFMGLQPLPTFQNGLFRVFLPVVSILLFTHILISWGYKRQDYRAASPVARKLYYAAIANSAVNLLFIVLFMAIVVSYQDELYSGLPFIFKLNLVLPLLAVILSLLTAWFYVERQTSEKTGLASTIYYGMVVVAGLYMAYFYYYWNILGWNYK				NA	NA	NA	NA	NA
AK237_01302	1596	dag		N-acyl-D-glutamate deacylase	ATGAAAAAAATAAACCGACTGAAAGCGCACGCCATTCTGCTTACACTGATATCTGTTTTATGGACGGGTAACGCTGTCAGTGCCCCGGCATTGGATATTGTGATTAGCGGCGGCAGAGTGTTAGATCCGGAAACAGGCCTGGACGCCATCCGCAACGTGGGCATACAGGGTAATAAGATCGTTGTTATCAGCGACAAACCACTCACAGCCCCTACACAAATTGATGCAACCGGTTTAGTCGTTAGCCCGGGCTTTATTGATATGCACGCTCACGGCCAGTCTATCCTGGCAAACCGGGTGCAAGCCTTTGACGGGGTAACCACTGCACTGGAGTTGGAAGCGGGCAGCTATCCCATCCATGAGTTTTACGAGGTCAGAGCACAGGAAGGCCGGCCGATTAACTTCGGTGCATCGGTGAGCTGGGCCAGTGCACGTATAGCGACTATGGTGAATGAAACACCTTCAAGCGAGATCGGATGGTTCATGCGCATGTTTGAAAAATCCAGCTGGCAAAACAGTATTGCGAGCAAAGAACAAACGCAGCATATCGTCGAAATGGTGGCACAAGGGCTGGATGAAGGCGGCCTGGGCGTTGGCTTTCTTACTGGTTATGCTCCAGGTTCAGGTAGAAAGGAATATTTTGAGGTAAGCAAGCTTGCGGCTGAGCGCCATGTAGCCACGTTCACACACGCCCGCTTTCTATCCATGATTGAACCCAGTAGTTCCTTTGAAGCCATTCAGGAAATCATTGCAACAGCGGCAGGCACCGGCGTGCATGCACACATTGTACACCTCAATTCTATCGGTCTTCGCGATATTCCTATGATTCGGGACATGATCAGCGAAGCTAAGGCGCAAGGCGTGCAATTATCTACCGAAGCCTACCCTTATGGGGCAGGTTCTACCGGTATCGGCGCGGCGATGTTTCGCGGTGCAAACTGGCAACAGCGAGCAGGGGGCATCAGCGCCGGCAACTTTGAAATTGATGGCAAGCGCTTAAACCAGCAACAATTTGATGCGTTGCAACGTGACAAACCAGGTACCGATGTGGTGGTACATCTGCTGGATACTGAAAACCCGCGGGATCAGGCGTTGCTGGATGCAGCATTACTGGTGCCGAACGGTGTAGTGGCATCTGATGGTGGCGACTGGTCGGTAAAAGATGAACTGGTAGAGCAGCATACCTGGCCATTGCCTGAAAACGCGTGGTCCCACCCTCGTAGTGCGGGAACCTACTCACGGTTTATTCGCCAGTATGCGAAAGACTCAGATAAGTTGTCACTACTGGAAGCGATAGCCAAAACCAGCTATCTGCCAGCCAAAATTCTGCAGGACACGGTACCGCAAATGAAGGCGAAAGGCCGCATTCAGTCGCAGGCTGATGCTGATATTGTGATATTCAAACTGGATGAACTCACTGATACCGCAACCTATGCGCATTCTGCGTCACTCTCTGCTGGCGTACGGTATTTGCTGGTGAACGGCGAACTGGTTATTCGCGACGGTGTACTGGATACCGCCAGTTTGCCGGGGCGCGCAATTCGAAATAAACAAAGACAAGTAAATAAGAATAAAGATGTTGGAGGAAATAAATAA	MKKINRLKAHAILLTLISVLWTGNAVSAPALDIVISGGRVLDPETGLDAIRNVGIQGNKIVVISDKPLTAPTQIDATGLVVSPGFIDMHAHGQSILANRVQAFDGVTTALELEAGSYPIHEFYEVRAQEGRPINFGASVSWASARIATMVNETPSSEIGWFMRMFEKSSWQNSIASKEQTQHIVEMVAQGLDEGGLGVGFLTGYAPGSGRKEYFEVSKLAAERHVATFTHARFLSMIEPSSSFEAIQEIIATAAGTGVHAHIVHLNSIGLRDIPMIRDMISEAKAQGVQLSTEAYPYGAGSTGIGAAMFRGANWQQRAGGISAGNFEIDGKRLNQQQFDALQRDKPGTDVVVHLLDTENPRDQALLDAALLVPNGVVASDGGDWSVKDELVEQHTWPLPENAWSHPRSAGTYSRFIRQYAKDSDKLSLLEAIAKTSYLPAKILQDTVPQMKAKGRIQSQADADIVIFKLDELTDTATYAHSASLSAGVRYLLVNGELVIRDGVLDTASLPGRAIRNKQRQVNKNKDVGGNK				NA	NA	NA	NA	NA
AK237_01303	672			hypothetical protein	ATGCAGAAACAAGATAATACGGATCCATACGGCCTGATTATGGATGCCATCGTGACGCAAAAGCTGCCGCCGAGTCACAAAGTGTCCGAGAATATTTTGAGTGATACTTTCGGCATCAGCCGCACCATTGCCCGAAATCTGATGGAGCGCTTGGTTGCCCAGCATTTTCTGGTCACGCTTTCGCCCCGGGTTACACAGGTAGCGCCGCTTACCCTGTTGGAGATACGCCAGAACTTTATGTTACGGCGAATGATGCTGCCGGAAGTGATATCCATTGCCGGCGCAAAGGTGGATTTCGAGCGGATTTATTCACTGAATAAGAAGATTGAGGAACTGATCCCCATTCGTAGTGATGAAGCAGCGCTTGAGCTGTTGAAAGCGAACAAGGAACTGAACCTGGCTTTGTGTGAACCTGCAGGCTATCCGCTGATGATCGACTGGATAAGACAGCTGGAAGACACTGCCATGCGTATCTACTGGCTGTATGTGAAGACCAAGCAGTCATTCCCCTACTCCAGTGAGCAACAGGGTATTACCCTGGACGTTATTCGTAGCGATGACAGCAAGCGCATTCACACCTGTATTCACGATATGATTGTGCAAACCGAAGAACGCGTACTTAATGCTATCTTCCAGAATAAGCAGTTTTATACCCAGGATTTGGTGGTCTGA	MQKQDNTDPYGLIMDAIVTQKLPPSHKVSENILSDTFGISRTIARNLMERLVAQHFLVTLSPRVTQVAPLTLLEIRQNFMLRRMMLPEVISIAGAKVDFERIYSLNKKIEELIPIRSDEAALELLKANKELNLALCEPAGYPLMIDWIRQLEDTAMRIYWLYVKTKQSFPYSSEQQGITLDVIRSDDSKRIHTCIHDMIVQTEERVLNAIFQNKQFYTQDLVV				NA	NA	NA	NA	NA
AK237_01304	1113			hypothetical protein	ATGACATGGTTTACTAATCTGCACAGCACACTTCGCATTTACCTGGTTCCCGGACTCATTTTTCAATCTGTTATTGTTGGTGGCGGGTATGGCACCGGCAGGGAAATCGCTGAATTTTTTATGGTCCATGGCGCGTGGGGCGGGCTGCTGGGCATGGCCGTGTCTAGCGTTGTGTGGGGCGTGGTGCTGGCGGTAGCGTTTGAATTTGCCCGCATCACCAGAAGTTACGACTACCAGAGTTTTTTCCGTGCCTTGTTAGGGAGCTACTGGTGGCTGTTTGAAGTCATCTTCCTGCTTATCGCGTTGTTGGTGCTGGCCGTGCTTGGCTCAGCCAGTGGCGAAATGGTGGCACAAAGCCTGGGCTGGTCGCCGTTAGCGGGCACCGCGGTGATGATAACTCTGGTGGTTGTGCTGTCGTTCTTTGGCAGCGACCTGATTGAACGGGTATTTGTAGGTTGGTCTGCACTGTTATACGCCACCTATGTGGCAGTCATGCTGATGGTGTTTCACCGCTTTGGTAGCGACATACTCGCTACTCTGCAACAAAGCCATGCTGTGGGGAACTGGGGGGTCGATGGTATTCGCTACGCCGCCTATAACCTCAATGCACTGGCTGCTGTATTGTTTGTAGTTCCACGTTTTACCCGCACCCGACACGCCACACTGGCAGGCGCTATTGCTGGCGTGGTCGCCATCGTACCAGCGGTGCTGGTAATGTTTATTTTGCTCAGTCAGTATCCACAAAGTGTATCGGCAGCCGTACCGGTGATGGACGTACTGTTGGCGGTTAACACGTTATGGCTCACCGTTATTTTTCAAATCATGTTGTTCGGAACGTTCATTGAAACCGGCACAGGTATGATTCATGCCGTTAATGAGCGGGTAGCGAATACACTACGGCGCAAGAAGCGGCCATTTCCCAACTGGGCGCGTGCCTCGATTGCCCTGGGGGCGCTGGTAATGACGATTATTCTCGCCGACGGTGTGGGTATTATTGCGTTGATTGCGCGGGGATATGGCTGGTTATCGTATGGTTATCTGGCTGTGGTGATCCTGCCGTTGATGACGTTGGGCGTGTGGGGGGTAGTGAAAACACGCCAGCACGCCAGCTAA	MTWFTNLHSTLRIYLVPGLIFQSVIVGGGYGTGREIAEFFMVHGAWGGLLGMAVSSVVWGVVLAVAFEFARITRSYDYQSFFRALLGSYWWLFEVIFLLIALLVLAVLGSASGEMVAQSLGWSPLAGTAVMITLVVVLSFFGSDLIERVFVGWSALLYATYVAVMLMVFHRFGSDILATLQQSHAVGNWGVDGIRYAAYNLNALAAVLFVVPRFTRTRHATLAGAIAGVVAIVPAVLVMFILLSQYPQSVSAAVPVMDVLLAVNTLWLTVIFQIMLFGTFIETGTGMIHAVNERVANTLRRKKRPFPNWARASIALGALVMTIILADGVGIIALIARGYGWLSYGYLAVVILPLMTLGVWGVVKTRQHAS				NA	NA	NA	NA	NA
AK237_01305	957			hypothetical protein	ATGCGGGTAGTCGGCATACATATCGAAAACCATCACAGCGCAAGCACCGGCGTAGCATCAGGTTATGCTGGCCACGATGTGTTATGTATTACCCTGCAGGAAGGGCTGGCTGTTGGTGGCGGCTATGGCGTTGTGAACACACAAATGGGGGAAACGACGGCATCGTTACTGGCTGAAGCACGGGCAATAAAACCGGTGCTGGAGTTGGGGTTGTGCCGCGACCGTCATCAACTACTGGCATTGCTGCCACCCGGCGGGGTTCGGCAAGCGGTGGATTTTGCCTTTCTTGATTTGCAGGATGCCTTTGTTCGGTCCGGATTCTGGTGTCGTGCAGGCCTGCGAACAAGGAAATCCACTCCGGTGAGCAATTTAACACACTTATCCTGGCGTATTGTGGCGCAACGGGTGTTGCAAGCCAGCAGCGGTAATTTCCGGGTAGTGATCGAATCAGCTAAAGATCTGCAGCGATTGCTGCGCTTAAGCAAACACTTTCCCCAGTTTGGCTGGCTCCTGGTGCTGGCTGATGACCTTGATATCCAGCAACATGAGCATGCTCCGGCAGCATTACCACCACGTTCGGTGATCGCTATTGAGCTCTCACAATCACAATTCTGGCGCGCTCGCTTAACTTCGACGCTTACCTCGTTGCCATTAAGCGTTGCTGAGGATGGCAGCCCCAACATTCTGGCACTCTTAGCCGACGCCGACTGCCAGTATATTTCGCTGGACGCGCAGACAAGTGGCGGGCTGACCTACATAGAAATGCGATTAAAAGGCGCCGCACTTCAGGGGATTGGCGTTATGCTGTCAAATACCGACGTGTGGCAGCACAATACCTATGCAACAGCGGTGATTGCATCGTTGGCGGATTGGGTTTGCGCCCGTCAGCACATCATCACTGCTAAACCTGCGCATGCGGACAACAGTACACTGGCCGCCAGACAGTCACTCGGTTAA	MRVVGIHIENHHSASTGVASGYAGHDVLCITLQEGLAVGGGYGVVNTQMGETTASLLAEARAIKPVLELGLCRDRHQLLALLPPGGVRQAVDFAFLDLQDAFVRSGFWCRAGLRTRKSTPVSNLTHLSWRIVAQRVLQASSGNFRVVIESAKDLQRLLRLSKHFPQFGWLLVLADDLDIQQHEHAPAALPPRSVIAIELSQSQFWRARLTSTLTSLPLSVAEDGSPNILALLADADCQYISLDAQTSGGLTYIEMRLKGAALQGIGVMLSNTDVWQHNTYATAVIASLADWVCARQHIITAKPAHADNSTLAARQSLG				NA	NA	NA	NA	NA
AK237_01306	1023			hypothetical protein	ATGAATACTATTCAGTTAAAATTGCCTTATTTAATTTTTATCGGTGATGTGCAGGAACCAACCCTGGCCAAAACCGGCGCGGGGCTGGCACAGTGGTGCCGCGATGATGTGGTGGGACAATTACGCCTACCCGGTTGTCCCATCAACCTTGGCGTGGAAGATCTCAGTATTGAACTGGCTATTGCCGCCGGGGCGAAAAGTCTGGTGATTGGCGTAGCCACCATTGGCGGTAGCATACAGCCACATTGGATACCCATTTTCGTTGAGGCACTGGAACAGGGCCTGGACATAGTTAACGGCTTACACACCGATCTGACCAAGATCTCAGAATTAGCAGAGGCACAGGCGCGCTGCAGCGGTAATATTATCAATATCAGAAAAGGCCCGGCTAACCTGCCAATTGGCAATGGCAGTAAGCGAGCAGGCAAGCGTCTGCTAACGGTTGGCACCGATTGCGCTGTAGGTAAGAAATATACCGCACTGTCAATGGCAAAAGCGCTTAATGAACAGGGTACCCCAGCGACATTCCGGGCCACAGGCCAAACCGGCATTATGATTGCCGGTGCCGGGATTCCCATGGACAGCGTGATCAGCGATTTTCTTTGTGGTGCTGCCGAGTCGATTTCACCGGCCAACGATGCCGCGCATTGGGATGTGATTGAAGGGCAGGGCTCGTTATTTAACCCATCATTTTCAGGCGTGAGCATGGGCTTGTTGCATGGGTCCCAGCCCGATGCGATTATTGTGTGTCACGATGTTGCCCGCAAAACATTAAGTACCTGCCCCGATTACGGTTTACCAGACATTCCTGATTGTATCGCCCTTCATCTTACCTGCGCACGTCTGGTTAATCCCGACGTGCAGTGTGTGGGCGTAAGCGTAAATACCTCGTCATTGTCTGATGCAGAAAGCAAAACCTATCTGGCAGCGCTTACTGAACGCACAGGATTACCTTGTATTGATCCCATTCGCCACGGATGTAAGCCCATTGTGCAATGGATGGCGCAACACGAGGTTTTATAG	MNTIQLKLPYLIFIGDVQEPTLAKTGAGLAQWCRDDVVGQLRLPGCPINLGVEDLSIELAIAAGAKSLVIGVATIGGSIQPHWIPIFVEALEQGLDIVNGLHTDLTKISELAEAQARCSGNIINIRKGPANLPIGNGSKRAGKRLLTVGTDCAVGKKYTALSMAKALNEQGTPATFRATGQTGIMIAGAGIPMDSVISDFLCGAAESISPANDAAHWDVIEGQGSLFNPSFSGVSMGLLHGSQPDAIIVCHDVARKTLSTCPDYGLPDIPDCIALHLTCARLVNPDVQCVGVSVNTSSLSDAESKTYLAALTERTGLPCIDPIRHGCKPIVQWMAQHEVL				NA	NA	NA	NA	NA
AK237_01307	2274	fyuA_3	COG1629	Pesticin receptor	ATGAAAACAAAAATCAAAACCCTGACCAGCAGCATGCAAATCATTTTCTATGGCTTGTGCGCAGCATCGCTAAATGTACAGGCGCAACAAGTGGAATCCCCGGAAACCGATACGCCAGATAATGGCAACGATACCGCAATGGTAGAAGTCATTGAGGTAACCTCGTCCCGTCGGGTACAAACTATTCAGGACGTGCCCGCAGCAGTAGTGGCAGTAAAACCAGATGCCCTTATTCAGCAAGGCATGACCTCGCTGACCGACGTGATCGGTCAGGCGCCGGGATTTAGTTTTCATAGTACTAACGGTCAACAGGGGCGGGGCAGTGTGAGTGCCCGTGGCGTGTCGCAGCAAAACGACAGTGCAGTAACAGCAATTTATCTCGACGATGTGCCGCTAACCAGCAACTCGGGTTTTGCTGCCGGTGGCCGGTTGTATTATGATGGTTTGCTGGGTGACGTAGAACGTATTGAACTGGTAAAAGGGCCGCAGGGTACCCTTTTTGGTGCTACGGCGATTGCCGGTGCCATTCGCTACATCAGTAAAGAGCCAGACCTGTACGACCACCGTGGCAGCATTACTGCGGACTTATCGCATACTAAAGATGGCGATATAAACCAGCTTTACCGCGGTTATTACAGCTTTCCTATTATTGAAGACAAACTGGCGTTAACCGTGGCCGGTTATACCCGTAAAGATGGCGGGTTTGTTGATCAGGTTGACCCGGCAACCGGCAACGTGATTATGGAAAACGCCAACGAATCTGACGATCATGGTTTTTCTGCCGATCTGTTCTATCATCCCACCGACAAGCTCGACATTCGTATCAAAGGCCTGAAGCAAACGTCCTCATTCGGACTCAACTCGGCTGTGCGTATTGCCAATACCGATAAAGAGGAAGCGTACGGCGAATTCAAATCTGATAGTGCCTTTGGTGAAGATGAACTAACACAAACCGTGGTGTCGGGGAGTCTGAGCTATGAATTCGATACCATGACGCTGGACGTCACCAGCAGCCGCGCCCGTTATGAGAATACCAATGAGCAGGATGTGGTGTCGTTATATGGCCCCATTCTGGAAGCCGTGGGTGGCTATCCGTCTGGCAGCATTACCTCAGTGCCGTTTGTACTGGGCATTGAGTCTGACAAGGTGGTGCACGAGCTGCGCCTGACATCCACTGAGAAAAGTAATATTGAATGGTTGGCTGGGTTGTTTTACACCAATGAAGATACCCAGCAGAATCAATTGGTCACCGGTGAGCCGGAAGGTTTTTTGGGCGCGTACGCGGCGTTCCCCGGTGAATATGAGGAGTTCGCCGGGTTCGGTAACGTCACGTATTACCTGACGCCAGAATTTGATATTACTGCAGGCTTACGTGTGTCCCGCACTGAACAATCGCTGGTATTTTTGCAGGATGGTGTTCTGCTGGGCGGTGCTTCAGAAGAAGCGCTGGAAAGTGCTGATGATACCGTAGAAACCTACTTGTTAACCGCCCGTTATCGCCCGGATAGTGACACGTCTTACTATGCCCGTATTGCCAGTGGCTACCGACCGGCATCTTCAAACCTGACCGTGTTTAACCCGTTTACTGGTGAGCAGTTGTCACAGCCGGTAGTGGAGCAGGACGATCTGTGGAGTTACGAAATCGGTATGAAGGGCAGTGCTCTCGATGACAAGCTCAGCTATGAAACCGCGCTGTATTACATCGACTGGCAGAACTTCCAGACTGCGGTAACCTTCTTTGGGCTCACCACGGACGGCAACGCGAAAGATGGCATTACTGTGAAAGGATTTGAAGGCAGCCTGAATTATCAGCTTAGCCCTTCACTGACATTTACCACGGGCATGGCGTATACCGACAGTACCTTAAATGGCGATGAACCAGCCTTATTTGGCCTTGAAGGTGCAGAGGTTCCGAATGTACCGAAGCTAACACTGGTGTCGAGCATGACCTATCACTACGACATCGCCAGCAACGTACAGGGCTGGGTGTCAGCTAACGTTCGTTATAAAGACGAAACGCATTCCTCATTCGAAGACGGTACCCCGGAAAATTCATCCGTTAATGTGGACAGTGACGCCTATACCCTGGCTAACCTCACCACTGGTGCCGAATGGGAAAACCTGACGGTCACCGTTTATGCCAATAACCTGTTCGACGAGCGGGCCTACACCTTATTCAATGCAACTGCAGTACCTGGCAGCGATGTTGTTGATATCACCGGTATTCCTTTACAACCTCGCAAGGTTGGGATTTCCGTGACTTATTCATTCTGA	MKTKIKTLTSSMQIIFYGLCAASLNVQAQQVESPETDTPDNGNDTAMVEVIEVTSSRRVQTIQDVPAAVVAVKPDALIQQGMTSLTDVIGQAPGFSFHSTNGQQGRGSVSARGVSQQNDSAVTAIYLDDVPLTSNSGFAAGGRLYYDGLLGDVERIELVKGPQGTLFGATAIAGAIRYISKEPDLYDHRGSITADLSHTKDGDINQLYRGYYSFPIIEDKLALTVAGYTRKDGGFVDQVDPATGNVIMENANESDDHGFSADLFYHPTDKLDIRIKGLKQTSSFGLNSAVRIANTDKEEAYGEFKSDSAFGEDELTQTVVSGSLSYEFDTMTLDVTSSRARYENTNEQDVVSLYGPILEAVGGYPSGSITSVPFVLGIESDKVVHELRLTSTEKSNIEWLAGLFYTNEDTQQNQLVTGEPEGFLGAYAAFPGEYEEFAGFGNVTYYLTPEFDITAGLRVSRTEQSLVFLQDGVLLGGASEEALESADDTVETYLLTARYRPDSDTSYYARIASGYRPASSNLTVFNPFTGEQLSQPVVEQDDLWSYEIGMKGSALDDKLSYETALYYIDWQNFQTAVTFFGLTTDGNAKDGITVKGFEGSLNYQLSPSLTFTTGMAYTDSTLNGDEPALFGLEGAEVPNVPKLTLVSSMTYHYDIASNVQGWVSANVRYKDETHSSFEDGTPENSSVNVDSDAYTLANLTTGAEWENLTVTVYANNLFDERAYTLFNATAVPGSDVVDITGIPLQPRKVGISVTYSF	PGPT0003790_17116	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0003790-hutA|fatA|fct|foxR-K02014	NA	NA
AK237_01308	1107	tfdD	COG4948	D-Ala-D/L-Ala epimerase	ATGAAAATCACTGCAATAACGCTGGCAACCCTGAACGTTGAAATGCATCACGCCATTAAAACCCCCATCGGGGTGATTGATGCAGCGCGTAATGTCGTTGTGAAAATTGACACTGATAGCGGTGTGTTTGGCTGGGGTGAAACCAGTCCGATGGCAGCGATTACCGGTGATTCACAGGAATCCTGCTACGCCAGTGCCAAACCTATGGCAAAAATATTAATTGGCCAGAACGCGCTGGAAACTGAAAAGAATATCAGCCTGCTACAAGGGTATTGCAATGCTGCAACGTCTGCCAGAGCAGCTTTCGACATGGCACTGTATGATTTGGCAGCCAGGGCCGCCAACATGCCGCTTTACCAGTTTCTTGGCGGTCACAACAGAGAGTTGGAAACCGATCACACTATCGGTATTCAGGACACTGTGGCGCAAACCATTGCCCGCGCGCATGAGTTAGTGGCCGACGGATTTACCACTATCAAACTGAAAACAGGCCGAGCAAACCTACAGGATGTAGCCCATATCGCCGCCGTCAGAGAAACCTTTGGCGATAGCATCAACCTGCGCATCGACTGCAACCAGGGCTGGAGCCTGCAAGACGCACTGGCGAACCTTCAGCAGTTGCAGCCTTACAATATTGAATATGTTGAGCAGCCACTGGCAGCATGGAACACCGAGGGCTTTGCCCGCATTCGCGCATTGTCTCCTACGCCGGTATGTGCCGATGAAAGTGTGTTCTCTCATGTTGATGCCCTGAAGCTGATAAAAGCTGACGCCGTGGATTACCTGAATATTAAGCTGGTAAAATCAGGTGGTATTCATACGGCACTGAAAATCAACGCCATTGCGGAAGCGGCAGGCGTGCAATGTATGATTGGCTGTTTTGGCGAAAGCCGGTTGGGGCTGTCTGCTGCAGCACATCTTGCGCTGGCAAAACCGAATATTCGCTTTATCGACCTGGATTCTGCTTATCACTTTAAACATGACCCCATTGTTGGCGGCCTGCAATACACCCACGGCCAGGGGGGTAAAATAACCGTTTCTGAAGACATTGGTCATGGTGCAGTGGTAGATGAACAAGCGCTGAGTGACGTGCTGGTAGTTCAATAG	MKITAITLATLNVEMHHAIKTPIGVIDAARNVVVKIDTDSGVFGWGETSPMAAITGDSQESCYASAKPMAKILIGQNALETEKNISLLQGYCNAATSARAAFDMALYDLAARAANMPLYQFLGGHNRELETDHTIGIQDTVAQTIARAHELVADGFTTIKLKTGRANLQDVAHIAAVRETFGDSINLRIDCNQGWSLQDALANLQQLQPYNIEYVEQPLAAWNTEGFARIRALSPTPVCADESVFSHVDALKLIKADAVDYLNIKLVKSGGIHTALKINAIAEAAGVQCMIGCFGESRLGLSAAAHLALAKPNIRFIDLDSAYHFKHDPIVGGLQYTHGQGGKITVSEDIGHGAVVDEQALSDVLVVQ	PGPT0020045_249	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_UTILIZATION	PLANT_DERIVED_ALANINE_DEGRADATION,PGPT0020045-ycjG-K19802	NA	NA
AK237_01309	1140			hypothetical protein	ATGACTTTATTAACCGGCCCGTTCAGCATTCTTAGTGTTCTCTTCCTATTGGTATTTATTGGCTTTCAGTGCGAAAAGACGAAGTTGGGCCGCCAGCTGTCAGCACCGCTGGTCATTTTATTACTTAGCTTTCTTTGCGGTAATAGCGGTTTGCTGCCGCACACATCGCCGATTTACGATGCTATTCAGGCGACACTGGTGCCATTGGCCATTCCATTACTGCTATTCCGCGCCAACATCAAAAAGGCACTCACAGAAAGTAAACGGGTATTTCTCGCGTTCATTCTTGCAGTGGTGTTTACCCTTACCGGCGCTATTATCGCCGCGCAGGCCGTCGATTTGGGACCGATGGAAAATCAACTGGTGGGTGTACTGAGTGCCAGCTACATTGGCGGCAGTGCTAATTTCGTTGCTACAGCCGAAGCCGTTGGTTTTAACGATTCCAGCTTATATACCTCGGCCCTTACAGCTGATGCCATTGGTGCAATGTTTTTTCTGACCATTCTGATGTTGCTACCCGGATTAACGTTCGTCACCCGCCGGTTTGTGGCCTCGGCTGAACTCAAAGAGCCTCAGCAAACTGACAGTACAGAAGCAATGTCCCCCGTACTCACGCTTAGTGAATCGCCTGAACGCGGCATCATGCTGTCTCTCGCCACCAGCGCAGTAATTTGTGCCATTGGTACAGGGTTATCTGCCATTGTGCCGGTGGAAGGTATGTTCATCATTACCATCACGGTACTGTCACTGCTTGTTGCGAATGCCGCACCGCAACGATTTTTGCAAACGCTGACCATGGATATGGAGCTGGGTACGCTGTTTATGTATATCTTCTTCGCTACCATTGGTGTGGGTGCAGATATTAGCGCCATGGCAGCAGCGGCCCTACCTATTGTGCTGTTTTTGATTATGCTGGTAAGCATTCACATCGTTATGCTGGTATGGATTGGTGCGCTGTTCAGGTTATCACTGGCAGAACTGATGGTGGCGTCATGTGCCTGTATTCTGGGGCCTTCAGCAGCTGCAGCTATTGCAGCAGGCAAAGGTTGGCAGCACTTGGTCACCGCAGGCATGCTGGCTGGAACGCTGGGCTATGCGGTGGCGAATTTCTGTGGTCTGGCGCTGTATAAGCTGTTGTGA	MTLLTGPFSILSVLFLLVFIGFQCEKTKLGRQLSAPLVILLLSFLCGNSGLLPHTSPIYDAIQATLVPLAIPLLLFRANIKKALTESKRVFLAFILAVVFTLTGAIIAAQAVDLGPMENQLVGVLSASYIGGSANFVATAEAVGFNDSSLYTSALTADAIGAMFFLTILMLLPGLTFVTRRFVASAELKEPQQTDSTEAMSPVLTLSESPERGIMLSLATSAVICAIGTGLSAIVPVEGMFIITITVLSLLVANAAPQRFLQTLTMDMELGTLFMYIFFATIGVGADISAMAAAALPIVLFLIMLVSIHIVMLVWIGALFRLSLAELMVASCACILGPSAAAAIAAGKGWQHLVTAGMLAGTLGYAVANFCGLALYKLL				NA	NA	NA	NA	NA
AK237_01310	870	pdxI		Pyridoxine 4-dehydrogenase	ATGAGCGATATTCAACAAGCAGGAACCTTTGAGCTAGCCGGTAAAACGGTTTACAAAATGGGCTATGGTGCGATGCAATTGGCAGGGCCAGGCGTTTTCGGACCACCGGCAGACGAGCAGGCCGCCATCGCTGTGTTACAACGCGCTATCGAAACGGGCATTAATCATATTGATACCTCTGATTTTTACGGCCCTTACGTAACCAACCAGATCATTAAGAAGGCACTTCACCCTTATCGCGATGATTTACTGCTGGTTACAAAAATTGGTGCCCGACGGGATGATCAGGGGAACTGGTTACCGGCCTTTTCCGAAAAGGAGCTTACCGACGCGGTGCATAGTAACCTTAAAAACCTGGGGGTAGAGCAACTGGATGTGGTTAACCTGCGTGCCATGTTTGATACACACGGTGTGGCTGAAGGCTCGCTGGCAGAACCCTTCGAAGTATTGGCTAAACTGCAGCAGCAGGGGCTGATTCGTCATCTGGGGGTGAGCAATGTTACGCCAACACAAATTAAAGAAGCGCAGCAAATTGCCCCGGTCGTATGCGTGCAGAACCACTACAATCTGGTTAACCGTGATGATGGCAATTTGGTTGATAAACTGGCTGAGCAGTGCATAGCTTACGTGCCATACTTTCCGCTGGGCGGCTTTTCACCGTTGCAATCAGATATTCTGGCTGAGGTAGCGGAAACCTTGTCGGCCACATCTCATCAGGTGGCCCTGGCGTGGTTGCTTCAGCGCTCTCCAAATATGTTGCTTATCCCTGGCACATCCAAAGTGGCGCACCTTGAAAGCAACATTGCGGCTGCCGGACTAACGTTACCAGAAGATGCACTACAAAAGCTAAACGGCATCAGTGAAAAGTAA	MSDIQQAGTFELAGKTVYKMGYGAMQLAGPGVFGPPADEQAAIAVLQRAIETGINHIDTSDFYGPYVTNQIIKKALHPYRDDLLLVTKIGARRDDQGNWLPAFSEKELTDAVHSNLKNLGVEQLDVVNLRAMFDTHGVAEGSLAEPFEVLAKLQQQGLIRHLGVSNVTPTQIKEAQQIAPVVCVQNHYNLVNRDDGNLVDKLAEQCIAYVPYFPLGGFSPLQSDILAEVAETLSATSHQVALAWLLQRSPNMLLIPGTSKVAHLESNIAAAGLTLPEDALQKLNGISEK	PGPT0009140_1495	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-VITAMIN_B6|PYRIDOXINE|PYRIDOXAL|PYRIDOXAMINE_BIOSYNTHESIS,PGPT0009140-ydbC-K05275	NA	NA
AK237_01311	912	pgrR_3		HTH-type transcriptional regulator PgrR	ATGGCGACGGAATTAAACGATCTACATGCGTTCATGGCGGTAGCCAAAGCCCGGGGTTTTCGCCAGGCGGCGCGGGGCAGCACTGTCAGTGCGTCGCGGTTAAGTGATGCCATACGCCGGCTTGAAGCCGAGTTAGGCGTACGGTTGTTTCACCGTACCACTCGCTCTGTAGTACTGACAGAAGCCGGCGCGGCTCTGTTTGCCCGCATGTCGCCAGCCATGTCTGAAATTGAAGCTGCGGTGGATTCGGTGAACGACTTTCGCGACCGTCCCGCAGGCAAGTTGCGCCTGAATGTACCCACCAGCGCAGCCAGGATCATTCTTACCAAACTGGTACCTGGCTTTCTCAGGCAGTACCCGGATATCGAACTGGAAGTGGAGGCCGACAGCAATCTGGTTAATATTTTCGACGCCGGGTTCGACGCCGGAATACGTTATGACGAGCGCTTAGAACAAGACATGATTGCCGTGCCAATTGGCCCGCGGGTACAACGCTTTGCGGTGGCAGCGTCTTCCGATTTTCTGCGTGAGCGCGGCATGCCTTCACACCCCGGGGAACTCATTAATTACCCGTGTATTCTGGGTAAGTTTCAGTCGGGAGTAATTGATACCTGGGAGTTCGAAAATAACGGTAACGAGGTGTCGGTTAAGCCGAAAAGCCAGCTCATTATCAGTTTTGGTGGTGCTGTGGATGTGGGCATTCAGGCCGCTATTGCAGGTAACGGCCTCATCATGTTGTTTGAGGAATGGCTACAGCCTTACTTCGATTCAGGCGAATTGGTGCCCGTGCTCTCGTCGTGGTGGCTGTCGTTCTCAGGGCCATTTCTGTATTACTCAGACCGTCGGTTAGTGCCCTCACCGCTGCGGGCATTTATCGATTACATTAAGGCGAATAATCAGGTGTTTGACTGA	MATELNDLHAFMAVAKARGFRQAARGSTVSASRLSDAIRRLEAELGVRLFHRTTRSVVLTEAGAALFARMSPAMSEIEAAVDSVNDFRDRPAGKLRLNVPTSAARIILTKLVPGFLRQYPDIELEVEADSNLVNIFDAGFDAGIRYDERLEQDMIAVPIGPRVQRFAVAASSDFLRERGMPSHPGELINYPCILGKFQSGVIDTWEFENNGNEVSVKPKSQLIISFGGAVDVGIQAAIAGNGLIMLFEEWLQPYFDSGELVPVLSSWWLSFSGPFLYYSDRRLVPSPLRAFIDYIKANNQVFD				NA	NA	NA	NA	NA
AK237_01312	1245			hypothetical protein	ATGCTATCTTATATCCTGGTTTGGAATTCTATTTTGCTTTCAACTACCTCACAGCACGAAACGCAATCACAGGCAGCGACATCAACATTGATCACGCTTCTGGCAGTGGCTGCCGGATTGTGCGTTTCTTCTATTTATTACAACCAACCATTACTGCCGCTCATTAGCGTTGATCTGAACCCAGATGTTCGTATATTGGGGCTGATCCCCACTTTTACCCAAATCGGCTACGCGCTGGGCATTTTTTTACTGATCCCGCTGGGTGATAAGTTTGACCGACGTACATTGTTCGCCGTGAAAAGTGCATTGTTAGTGCTGGCGTTGGCATTATGCGGTGTGGTTACCAGTGATGCCGTTCTGGTGGTAATGTGCCTGGTGTTGGGCGTTGCCGCTACGGTCACACAGGATATTGTTCCCATGGCATCATTCGTAGCCGCACCGGCGCAGCAGGCCAAAGCGGTAGGCAAGGTGATGACCGGGCTACTTTTAGGCATTCTTCTGTCCAGAGTCGTCAGTGGCGTAATTGGTGAAGCCTTTGGCTGGCGGGTGGTGTTTGAGCTGGCTGCGGTGGTCATTGCCATATTCGCCATTTTTCTGTGGCGCCGCTTGCCAGCTTTCAAACCCCATTCAACATTGCCATACCACGCGCTAATTGGCTCAATGCTGGCGTTGTGGCAACAACACTCTGCACTTCGTAAGGCGGCGTTAGCACAAGGCTTGCTATCGCTTAGTTTCAGCGCGTTCTGGTCGGTACTGGCATTGATGCTTAAAGATGATTTTGGTCTGGGTTCCGCGGTGGCCGGCGCGTTTGGCTTAGCTGGGGCCATGGGGGCGTTTGCCGCCTTTTTGTCGGGCTCACTCATCGGGCGTTTTGGCGCACCTAAAATCGCCCAGGCGGGCGCACTGCTTGTTACTGTGTCCTTTGTGCTAATGCTGGTGATGCCATTATTACCAACCAGTGGTCAACTGGCCGTTGTGATCATCACTGCCATTGGTTTTGATTTCGGTGTGCAGGGCGCACTGGTATCCCATCAGAATATTATTTATAACCTCAATCATCAGTCTCGCGGACGATTAAACGCTATTTTGTTTACCATCGTTTTTATTGGTATGTCGTTAGGATCGGCCATGGGCGTGCAAGCTTACGCACATTTTGGCTGGCATGGCCTTACCTGGCTGGCGATTATTGCTGGCACTATCAGTGTGGTGGTGACCTCGGTGAAAGTTCGCGGTTCTGGCGCATAG	MLSYILVWNSILLSTTSQHETQSQAATSTLITLLAVAAGLCVSSIYYNQPLLPLISVDLNPDVRILGLIPTFTQIGYALGIFLLIPLGDKFDRRTLFAVKSALLVLALALCGVVTSDAVLVVMCLVLGVAATVTQDIVPMASFVAAPAQQAKAVGKVMTGLLLGILLSRVVSGVIGEAFGWRVVFELAAVVIAIFAIFLWRRLPAFKPHSTLPYHALIGSMLALWQQHSALRKAALAQGLLSLSFSAFWSVLALMLKDDFGLGSAVAGAFGLAGAMGAFAAFLSGSLIGRFGAPKIAQAGALLVTVSFVLMLVMPLLPTSGQLAVVIITAIGFDFGVQGALVSHQNIIYNLNHQSRGRLNAILFTIVFIGMSLGSAMGVQAYAHFGWHGLTWLAIIAGTISVVVTSVKVRGSGA				NA	NA	NA	NA	NA
AK237_01313	924	dmlR_2		HTH-type transcriptional regulator DmlR	ATGAACCAATTTGACCGTATAACCCTGATACAAACATTCGTTCGTATTGTCGAGAGTGGCAACCTTTCCGCGGCAGCCCGACAGCTCAGCATTTCGCAGCCTTCGGTATCCCGCAGACTGGTCGCATTAGAGCAAATGATGAACTGCAAACTCATACTACGCTCTACGCATAATATGAAACTGACTGATGACGGAGAGCGCTGTTACCGTTATGGCAAACAAGTACTTGCCGCGTGGGGGGAATTCGATGACGCGCTGAATAATGCAGAGTCGCAGCCTTCAGGTTTGTTGCGGGTTCGTGCGCCCCATGCGTTCGGCCAGGACCATCTTATCGCGCCACTGGGCGATTTGTTAAAGCAATACCCTAAATTGCAAATTGACTGGCGGCTAAACGATCAAACGCCAGACTTTATAGCCGACAATATTGATTGTGCGGTGCATGTTGGCCCAGTAACCGATACGGCAAACATCGCTCGATTACTGGCAGAAATTCCCCGCATTGTTGTGGCTGCGCCGGCTTTACTTGACACGTTACCAGACATCACTCATCCGACTGACCTACCCGCACTGCCGTGGCTGTCGCTAAGCACTTTTTATACCCGCGCTTTTTGCCTGACCCATAACATAGAAGAACAGACAGAAGAAGTAACCATTGAGCCCCGGTTAATGAGTGACAGCTTATATGCAACGAAAAAGGCGGCGCTAAACGGGCTGGGACTCGCCATCGTATCCCGCTGGGTTGTTGAGGAGGAATTACAACGCGGGGAACTGCTTCACGTGTTACCGCAATGGCAAGCTGCACCACTTCCCATTTATCTTATCTATCCTTATGCCACTTACTACCCGGCGCGCTTGCGCTTATTTTTGTCACTGATGCAAACTATCATGTCTGACATCGTGAAGGAGTCAGGAAAAAGGCTTTAA	MNQFDRITLIQTFVRIVESGNLSAAARQLSISQPSVSRRLVALEQMMNCKLILRSTHNMKLTDDGERCYRYGKQVLAAWGEFDDALNNAESQPSGLLRVRAPHAFGQDHLIAPLGDLLKQYPKLQIDWRLNDQTPDFIADNIDCAVHVGPVTDTANIARLLAEIPRIVVAAPALLDTLPDITHPTDLPALPWLSLSTFYTRAFCLTHNIEEQTEEVTIEPRLMSDSLYATKKAALNGLGLAIVSRWVVEEELQRGELLHVLPQWQAAPLPIYLIYPYATYYPARLRLFLSLMQTIMSDIVKESGKRL				NA	NA	NA	NA	NA
AK237_01314	927	pgrR_4		HTH-type transcriptional regulator PgrR	GTGGATAAGTTAGGTCAGTTAGCGTTGTTTACTCGGATCGTCGATGCGGGCAGCTTCGTGCGAGCAGCACGGGAGCTGAACATTGCCCGTTCAACGGCTACAGAGTCGATCAAAATTCTAGAGTCTGAGGTTGGGGCGCAGCTGCTCGCCCGCACTACGCGTCATGTAACGACTACCGTTGATGGCGAGGAGTTTTATCGCCATGCCCGGGCAATTCTGGATGAAGTGGAAGATGCTTTCGGGGCATTCAGAGCCGGTAAGCCCAGAGGGCATCTGCGCATTGATGCTTCAGGGTTGTTAACACGCACTTTCATTACTCCACATTTACCTGAATTTTTGTCGCAGTTTCCGGATATCACTATTCAACTCGGACAAAGTGATCGTTTGGTTGATCTTGTAAGAGAAGGTGTTGATTGCGCGTTACGTGTAGGTATCCCTGAAGACAGCAATTTACGAATGCGCAGGCTGGGTGTTTTACCTGAGCTGACCTGCGCCAGCCCTGCGTACATCAAACAGTATGGCGTGCCGCAGGATATAGATAATTTAGCAGGACATGTCATGGTGGGATTCGTTTCATCCCGCAGCGGAGAAGTCATGCCGTTAGAGTTCATGCGTGACGGTCGTAACGAAATAAGAAGGTTGCCTGCACGGGTGACTACCGATAATTCGGACACGGCTGCCGAACTCGCCAGACAAGGTTTTGGGCTTATACAAGCGCCCCACTATCGGCTCAAACCCATGATAGAACAAGGCTTATTAGTTGAGGTGTTGGCAGATACGTTGCCCGAGCCTATGCAGCTTAATGCTCTTTATGCAGGGGAAAGACGGCTTTCAAGACGGCTCGATGTGTTTTTAGACTGGGTGATTAAGATTTTTGCCAGCTATTCAGATATCGCGCTCCATTCGCCTAAAGATGATAGACGTTAA	MDKLGQLALFTRIVDAGSFVRAARELNIARSTATESIKILESEVGAQLLARTTRHVTTTVDGEEFYRHARAILDEVEDAFGAFRAGKPRGHLRIDASGLLTRTFITPHLPEFLSQFPDITIQLGQSDRLVDLVREGVDCALRVGIPEDSNLRMRRLGVLPELTCASPAYIKQYGVPQDIDNLAGHVMVGFVSSRSGEVMPLEFMRDGRNEIRRLPARVTTDNSDTAAELARQGFGLIQAPHYRLKPMIEQGLLVEVLADTLPEPMQLNALYAGERRLSRRLDVFLDWVIKIFASYSDIALHSPKDDRR	PGPT0028940_891	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
AK237_01315	486			hypothetical protein	ATGAGAGCTTTAAATAAAAATGTAAAAGTTATTCTCGGTGAATCCGCGATTGCTTCACTCGCGGCGACATTGTGTGCCATTGTTTTGGAGTTACCCATATGGATCATGTTTATTGGCTGGATAGCGTTTTTTACCCGCGGATTAACACTTAAATCTGGTGTGTTGAACTGGGTAAGCATTATTGCAGGAATGCTAATCGGCGCGGGGGCATCAATGGCGCTGCCCTTTCTTTCAGGCCCCCTTTCTGTTTATGCGATATCTGTCGCCGTTTTCGGTGTAACCATTTTGTGCCTTGGGCTAACAAGCGCCCTGCCGGCAAGTAATTTACTTTGCATCTTTCTGGGGGTGGTGACGTTTTTCGCGTCGCACCATGCCGTAGCGGCACTCGACGCTACACTCGCTCTGTTGATAGGCAGTGCTGCAGCACTGGCTGCCCACCAGCTGCAAATACGAATAAATGCTTCGTCCGAGGTAGCCAACATTTAA	MRALNKNVKVILGESAIASLAATLCAIVLELPIWIMFIGWIAFFTRGLTLKSGVLNWVSIIAGMLIGAGASMALPFLSGPLSVYAISVAVFGVTILCLGLTSALPASNLLCIFLGVVTFFASHHAVAALDATLALLIGSAAALAAHQLQIRINASSEVANI				NA	NA	NA	NA	NA
AK237_01316	741	fabG_3		3-oxoacyl-[acyl-carrier-protein] reductase FabG	ATGCGTTTAACAACGAAAAAAACTGCTCTTGTTACTGGAGCCTCCCGTGGCATAGGCGCGGAAATCGCCAGAGGGTTAGCTGCCGATGGCTACGCTGTTGTTGTGAATTATGCTCACAACTCAGAGAAAGCCAACGACGTCGTCGCGCAAATTCTCGCCATGGGAGGAACAGCCATGTCGGTACAAGCCGATTTATCAGCACCATGCGCGGCAAATGATTTGTTTGATGCAGCGGAGAAAAACTTCGGCGCTGTTGACGTCCTGGTTAACAATGCCGGCGTAATGGCCTTATCCCCCGTAGCCGACACCAGCGATGACACGCTGGAACAGCACATTCAGCTGAATCTTGCAGGACCCTTCAGACTAATGCGTGAAGCCGCTACGAGGTTGTCTGATGATGGACGGGTCATCAATTTTTCATCCAGCGTTGTAGGTTTATATCAACCAGGTTACGCCGCGTATGCTGCTACTAAGGCAGCCATTGAAGCCAGCACTCACATCCTTGCCAAAGAGTTAGGCCCTCGTCGTATCACGGTTAATGCCGTTGCTCCAGGCCCTGTAGCGACCGAACTATTTTTTAACGGCAAGAGTGACGAACTGATAGAGAGAATCAAAGGAATGAATCCGCTGGGTCGTTTAGGTGATCCAGAAGATATTGCCAATGTTGTTCGCTTTCTTGCAAGCGCAGAAAGTGCCTGGGTAAATGGACAGGTCATTCGTGCAAATGGAGGAATAATCTAA	MRLTTKKTALVTGASRGIGAEIARGLAADGYAVVVNYAHNSEKANDVVAQILAMGGTAMSVQADLSAPCAANDLFDAAEKNFGAVDVLVNNAGVMALSPVADTSDDTLEQHIQLNLAGPFRLMREAATRLSDDGRVINFSSSVVGLYQPGYAAYAATKAAIEASTHILAKELGPRRITVNAVAPGPVATELFFNGKSDELIERIKGMNPLGRLGDPEDIANVVRFLASAESAWVNGQVIRANGGII	PGPT0003180_2230	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
AK237_01317	888			hypothetical protein	ATGGCAAGGATCATTATCACCGGCACGTCCAGCGGTTTTGGGGCCATGGCTGCTGAGGCACTTGCCCGGGCTGGTCACCATGTATTCTCAACCATGCGGGACCCGAACGCTCACGGCGGCGCACCGGCCAAAAAGATCGCCGATCTTGCAGCACAAGGGTTACAAATTGAAGCACTAATGCTGGATGTGACCAATAACGACTCTGTTGCGAAAGCCGCAAGAGAGGTGATTCGTCGCGCAGGCGGTATTGATGTTCTTATCCACAACGCTGGTCATATGGTGTTTGGCCCTACAGAAGCATTCACCCCTGAGCAATTAGCGCAGGTATACGATGTAAATGTGCTGGGTGCTCACAGGTTAAACCGGGCCGCCCTGCCACACATGCGAGCCGCGCAAAACGGCCTGGTAGTGTGGGTTGGCTCAACATCAACCCGTGGCGGAACACCGCCATTTCTCGCCCCTTACTTTGCAGCAAAGGCTGGCATGGATGCATTGGCACAAAGTTACGCACTGGAACTTTCAAGGTTCGGCATTGAAACGTCAATTATTGTACCCGGTGCATTTACCGCCGGCACCAAGCATTTTGAACATGCAGGACAACCCGCTGACAGCGTGTGTGCTGATGCTTACTGGAATGGCCCTTACGCTGGCGTTGATGAACTCGCACTTGCCGGGCTTGCGTCCCTGGAACCGCAGGACGCCGACCCGCATGAGGTCGCCCGGGAAATCACCCGTATTGTCGGTTTACCAAAAGGCGAACGTCCGTTTCGAAGCCACATCGATCCCTCAGAGGATGGCTGCGAGATTGTCAATGCTGTGGCCGACCGCGTACGCGGGCAACTTCTGGAACGGATAGGTTTAGCCGATTTACTTTCACCACAACTCTGA	MARIIITGTSSGFGAMAAEALARAGHHVFSTMRDPNAHGGAPAKKIADLAAQGLQIEALMLDVTNNDSVAKAAREVIRRAGGIDVLIHNAGHMVFGPTEAFTPEQLAQVYDVNVLGAHRLNRAALPHMRAAQNGLVVWVGSTSTRGGTPPFLAPYFAAKAGMDALAQSYALELSRFGIETSIIVPGAFTAGTKHFEHAGQPADSVCADAYWNGPYAGVDELALAGLASLEPQDADPHEVAREITRIVGLPKGERPFRSHIDPSEDGCEIVNAVADRVRGQLLERIGLADLLSPQL				NA	NA	NA	NA	NA
AK237_01318	219			hypothetical protein	ATGCCATTTATCAACATCAAAACCCCTGAAGCCGCACTAACAGCCAGGCAAAAGTCGGAAATTGGTCATCGAGTGACAGATATGATGACGGAGTATTTTTCTGAAGCCGCGCGGCCGCACACTATGGTACTGATTGAAGAAGTCAAAGACGGAGGCTATTACCGGGCAGATGAGAGCTTTGTGTTACCAGACGCCTATCGCGCCAAGGATTCGTGCTGA	MPFINIKTPEAALTARQKSEIGHRVTDMMTEYFSEAARPHTMVLIEEVKDGGYYRADESFVLPDAYRAKDSC	PGPT0005210_1269	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
AK237_01319	456			hypothetical protein	ATGCCTGATATAACTAACTCAATACCGGTACAACACACCACGCGCTCTAAGTTCTCTCTTGCCGGTTATACGCTGCTACGAGTGGTGTTTGGGTTAACCATAGTGACCCATGGTATTCCTAAGTTACTCGGCACGTCCCACGGTTCGATGGCAAACCCACTGGCTGGGTCCACCCATCTTATCGAAAACGTACTTCATTTACCCTTTGCGCCTTTGCTCGCTATGTTGGTCGCGCTATTGGAAACCTTCGGCGGCCTGGCGATAGCGCTGGGCGTCCTTACCCGCGTTTTTGCCTCGCTACTCGCTGTCCAGATGATCTTTATCTGCATCGCACTGGGACCAACATATCCGTGGATAGATCGCGGGATTGAATATCCAATAATTCTGATGGCGATAGCAATCATGCTCGCGAGTAATGGAAATGGTTACCTTTCTCTGTGGAAGGTATTTAAGTAA	MPDITNSIPVQHTTRSKFSLAGYTLLRVVFGLTIVTHGIPKLLGTSHGSMANPLAGSTHLIENVLHLPFAPLLAMLVALLETFGGLAIALGVLTRVFASLLAVQMIFICIALGPTYPWIDRGIEYPIILMAIAIMLASNGNGYLSLWKVFK	PGPT0028505_1399	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
AK237_01320	1908			hypothetical protein	ATGATTCGTGTTTGTCTGCTGTTAATGCTGTCTGTCAGCATGGGTGTTAATGCCGCTGATGATTGGGAAACGTTTGCCAAACTCCCTATTGTTGAACAACCCCAGGTGTCCCCTGACGGCTCAACCATTGCCACACTATATAATTCTGAGGATGGGCCTTCGGTTGCTATCGCGCCGTTTGGTACCGTCGAATTTGCTGTGGTCGCAAAGCTTAAGAAAAACCGTGATCGTCTGGACTTTATTCGTTGGTCCGGTAATAAGTATCTGATCATCGGTACGAGTTATCCTCTGTACGCGGGTGGTGAGCACCATCGTGTTCAGCGTTTGTACCGGGTAAACGTGCAAGAAAACACATCCAGAGTGTTATCGAGCAGAAAGTTTGAATCGTCAGAGTGGTATCGCTATCAAAGCTTCAATCTGATTAGCGCACTTAAGGACGACGAAGATTTTGCGCTGGTTTCCACATACGACGAAGCTGATCAGGATTACTCCGTATTTAAAGTTGCCCTGGAAACCTCATCTTTTGAGAAAGTACAGAATAATCGCGAGGATATAGATTACTGGGAGGCCGATGACAAAGGGGTTGTCAGGCTGGGATTGCAGGTAGAGAAGAAAGACAATCTGTTTTTCAATCACATTTGGTATCGCGCCAAGGCAAATGACGAGCTAAAAAAGATTCACACGCAGGTTATCGGAAAAGAAAGCTCGTTTAATATTATCGGCTTAACCGATGATGGTACGAAAGCGTATGTTATTTCAGATCGGGAAACCCGCTTTGAGAGTCTGTGGCTTTACAACATTCTGACCGGAGAATTTGAGGAAAAGTTATTCTCTGTTGATGGTTATGATATTGCTGGCGGATTACAAAATGCGCAGGGTGAACTGATTGGCATATCTTACTATGACGATTTTTATCGCACCCATTATTTCTCTGACGTAGATGCCGAGCAGGGTAAAGCGATTCGTGATCTGTTCAAAGACAAAGAAGTATTCATTGCCAGCAGAAGTGCAGACAAGCAACGTTTGCTGGTGTTAGTCGAGAGTGACAATACGGTGCCGGCGTATTACTGGTTAGATTTGAAATCGCAAAAAGGCGGTCCCTGGCTGGCCAAGTACCCTTATCTTGCCCGTCGTAAGTTCCCTCATGTAGAAAACATACAGTTCGACGCTAAAGATGGCACCACAATTACCGGCTACCTGACCATGCCGGAAGGCATTGAAAAACCCGGGCTGGTGGTGATGCCGCACGGCGGCCCTAATTCACGTGACTACAAATATTTTGATTCGTTTGTTCAGTATATTGCCAGTCTGGGCTACGCCGTGCTGCAGGTGAACTTCCGCGGTTCGTCAGGTTTTGGCTCTGACTTCGAGACCGAGGGGTATTACGAATGGGGTAAGTTGATGCAACAAGACGTATACGACGGCATGGACTGGCTGTTAAGTACGGGGCGGGTATCAGACGACGCCTGCGCGGTGGGTGGTAGTTACGGTGGCTACTGGGCATTAACCGCAGCGTTCCAACAACCATACCGTTTTAAATGTATTGTTAGTATTGCCGGGCTGTCTAATCTGCAAAGTTTTGTTCAGGACAGAGAGCGCATGGAATATTTCTCTGGCAATATTGTCCACCAAGACGACGAAGCACAAATGCAGAAAGACATTGCCGCCCTGGCAGATGTTTCTGTCATCAATCATATCGACAGACTGAAAGCGCCAATTTTACTTATCCACGGTGACAATGACACCAGAGTACCGTTTCAACAGTCTAAAGAATTGTACGAACAAGCACGGCGTGATCACAAGATGGAGTACATTGAGCTTAAGGACGGCACTCACTTCTTCGATGATGCCGATGCGAGAAAAGCTGAATTTAAAAATGTAGGACGCTTTCTGCAAAAGTATTTGTAA	MIRVCLLLMLSVSMGVNAADDWETFAKLPIVEQPQVSPDGSTIATLYNSEDGPSVAIAPFGTVEFAVVAKLKKNRDRLDFIRWSGNKYLIIGTSYPLYAGGEHHRVQRLYRVNVQENTSRVLSSRKFESSEWYRYQSFNLISALKDDEDFALVSTYDEADQDYSVFKVALETSSFEKVQNNREDIDYWEADDKGVVRLGLQVEKKDNLFFNHIWYRAKANDELKKIHTQVIGKESSFNIIGLTDDGTKAYVISDRETRFESLWLYNILTGEFEEKLFSVDGYDIAGGLQNAQGELIGISYYDDFYRTHYFSDVDAEQGKAIRDLFKDKEVFIASRSADKQRLLVLVESDNTVPAYYWLDLKSQKGGPWLAKYPYLARRKFPHVENIQFDAKDGTTITGYLTMPEGIEKPGLVVMPHGGPNSRDYKYFDSFVQYIASLGYAVLQVNFRGSSGFGSDFETEGYYEWGKLMQQDVYDGMDWLLSTGRVSDDACAVGGSYGGYWALTAAFQQPYRFKCIVSIAGLSNLQSFVQDRERMEYFSGNIVHQDDEAQMQKDIAALADVSVINHIDRLKAPILLIHGDNDTRVPFQQSKELYEQARRDHKMEYIELKDGTHFFDDADARKAEFKNVGRFLQKYL				NA	NA	NA	NA	NA
AK237_01321	867			hypothetical protein	TTGGCAGAAGTTTTTTTAGGCGTGTCGGGTCTGCTCATCGCTAGCAGTTTCATTACTTACCAATGGGCAAAATTCGGGTTGCCTTTTGTGCTGTTATCAGCTCTCTGCTTTGTTTCATTATCTCCCGTTTTTCTTCTTTTTGTTGCTTTATATATTTATGTTACCTGGCAACTAACTACCTCCCAGCAAAAAGAGGGGAACCCATGGATAACCAGACTCTTTCAACTGCTTTGGTTATTACTAAGTGCAGGACTCATCACCCATAAGCTACCAGGTTACCAGGGACTGTTAGTTGCCGGGAGCATAGCCCTCAAAGCCAACAGTTTACCCACCAGCATTTATCTAAATGTGGACAAAGCCTTGTTCAGCTGGTCGGCACTTTGTTTTATTCCGCTGATAAAACGTAGCTTTCCGTCCAACTGTCATGCCCATTCCTGGCTGGCAGCATTTTGCGTACCCATAGGCATCGCAGCTGTTGTAGTCATCGCGGTTAATACGGGTATTGTCACCTGGCAAATTGCAGTACCGGCCTGGTTTCCATTGCTTGCCCTGTCTAACCTCATCAATACCTGTGTAGCAGAAGAACTGCTATTCCGCGGCCTGCTGTGTAAACTGGTCATGAATAAACTGCCCGTCACGCTTTCGGCAACTGCCCGCAATGTTCTGATACTGATGATATCCAGCGCGATATTTGGATTGGCCCATTTTGCCGGGGGCACAAGTTACATGGTTGTCGCTACCGTGGCCGGCGTACTTTACGGCGCTGTGTATATGGTTACCGGACGCATCATTTTTGCCGTACTGACACACTGGTTACTGAACATTTCGCATATGCTGGTGCTGACCTATCCCATGACAAATACATAA	MAEVFLGVSGLLIASSFITYQWAKFGLPFVLLSALCFVSLSPVFLLFVALYIYVTWQLTTSQQKEGNPWITRLFQLLWLLLSAGLITHKLPGYQGLLVAGSIALKANSLPTSIYLNVDKALFSWSALCFIPLIKRSFPSNCHAHSWLAAFCVPIGIAAVVVIAVNTGIVTWQIAVPAWFPLLALSNLINTCVAEELLFRGLLCKLVMNKLPVTLSATARNVLILMISSAIFGLAHFAGGTSYMVVATVAGVLYGAVYMVTGRIIFAVLTHWLLNISHMLVLTYPMTNT				NA	NA	NA	NA	NA
AK237_01322	888	dmlR_3		HTH-type transcriptional regulator DmlR	ATGCTAGATAACCTCAGAATTTTCATTGTTGCTGCAAAGCAGAGAAGTCTTAGTGCGGCGGCATCAGAACTAGGCATGACAATTGCGACAGTCTCAAGGCGCGTGCTTGATTTAGAGCGAAGCTTGCAATGTGAACTGTTCCATCGATCTAACAAAGGGCTAACGCTTACCCCAGCGGGGCAATCTTACTTTGATGAGACCAGTGATTTTGTCCATGAACTCGATTTGCGCCTGGCTAATTTAGACGAGTCACTAAATAGCCTGGAAGGGGAGCTCAGAGTTATGGCACCGACAAATATCGGTCATGGTCCTTTGGATGAATTCTGGCAGACATTCGTTATAAATAACCCGGGCATTTCACTGAATATACTGCTTAGCGACCCTGACGATGATGTTATATCTAATCAGGTAGACATCGCTATCAGATCCGGGCCTCAGCAAAACTCTTCTTTAATTCATCAGCGCCTTGGCGCGATAACACCTGTTCTGGTTGCTTCTGCGAGACTATCTGAACCTTTACCCGACGATATTTCAACGCTTGAGGGGGTGCCCAGTATTGCTGCCCAGATGTTCGGCGAATGGAAATTAACTGACGGTAAAAACGTACACCTTATGAAGAAAAAGCATCGTCACATAAGCAATGATATGGCGATTATTCGCAATCTGGTGAAAGGTGGGGCAGGCATCGCGCTTCTCCCGAAAAGCATGGTATATCGTGAAATAGAACGCGGCGAACTCATCCAGGTCTTACCAGAATGGAGTGGTATACCAAGAGAGATCTCATTGCTATGGCCGAAAAAGAGAGTGTTATCAGCGCGTACTTTACAATTCAGGAAAGCATTAACCGCGTTTCTGAAAAACCAGGACTGGTTTGTCATGAACAGTTAA	MLDNLRIFIVAAKQRSLSAAASELGMTIATVSRRVLDLERSLQCELFHRSNKGLTLTPAGQSYFDETSDFVHELDLRLANLDESLNSLEGELRVMAPTNIGHGPLDEFWQTFVINNPGISLNILLSDPDDDVISNQVDIAIRSGPQQNSSLIHQRLGAITPVLVASARLSEPLPDDISTLEGVPSIAAQMFGEWKLTDGKNVHLMKKKHRHISNDMAIIRNLVKGGAGIALLPKSMVYREIERGELIQVLPEWSGIPREISLLWPKKRVLSARTLQFRKALTAFLKNQDWFVMNS	PGPT0025580_110	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-QSR|BF-CELL_DENSITY_REGULATION	CE-QSR|BF-BIOFILM-LOWCELL_DENSITY_REGULATOR,PGPT0025580-aphB-K10918	NA	NA
AK237_01323	216			hypothetical protein	ATGAAACATAGAATTACTTTTGCGAGCATTATGTCCTTTATACTGACATTTTTTATGTCTGCATGGGTTACATTCATCAATGTTGGGTTGGTAGCCGATTTTTTGCATCACTGGATGTCAGCCTGGTTACTGGCATGGCCTGCAGCGGGGATTATTTCATTTACGTGCGGCCCGGCAATCAACCGCTTTACCCTGCGGTTAACGAAAAGCTACTGA	MKHRITFASIMSFILTFFMSAWVTFINVGLVADFLHHWMSAWLLAWPAAGIISFTCGPAINRFTLRLTKSY				NA	NA	NA	NA	NA
AK237_01324	387			putative protein.1	ATGATTGTAATATATGGAATAAATAAGCATCTTGATGCAGTAAAGCAGCAACTTTCTGACACAATTCATGAATGTATGCAGACCGTTTTAGGTTTACCAGAAGATAAAAGAGTACATAGACTGATACCGCTGGAGAAAGAGAACTTCTATTATCCAACTGGACGAAGTGACGCCTATACCATTATTGAGATAAATATGATGAAAGGCCGCCAGAAAGAAACACAAAAGGCGCTTATTAATCGTCTGTTCATAGAAATTGAGTCGAAAGTCGGTATTTCACCCGTCGACGTTGAAATTACCATTAAAGAGCAAGAGACCTACCAGTGGGGATTCAGAGGAATGACGGGTGACGAGGCGGCCGATTTGCACTACAAGGTCAATGTATAA	MIVIYGINKHLDAVKQQLSDTIHECMQTVLGLPEDKRVHRLIPLEKENFYYPTGRSDAYTIIEINMMKGRQKETQKALINRLFIEIESKVGISPVDVEITIKEQETYQWGFRGMTGDEAADLHYKVNV				NA	NA	NA	NA	NA
AK237_01325	609	rhtB_2	COG1280	Homoserine/homoserine lactone efflux protein	ATGATTTCATTTGAGTTTTTATTAACGTCACTTGTTGTGGTGCTTATACCCGGTATCGGGGTGATTTACACCATTGCAACGGGTTTGTTTAGTGGTAAACGAGCAAGTTGCGTAGCCGCCTTGGGTTGTACACTGGGAATCATTCCCGCGCTTTTGGCCAGTGTCTTTGGCCTAGCCACGCTGCTGCATACCAGTGCACTGGTATTTCAGTTGGTAAAGTATGCTGGGGTGATATACCTGTTATATTTAGCATGGCAAATGTGGCGCACCGCCCGCCCTTTGTCAGTGGACGATAATAAGCGACCCGCCACCTACTGTGGTATTGCGTTAAAGGGATTTTTAATCAATATCTTAAATCCTAAATTAACCCTCTTTTTCCTCGCATTTTTTCCTCAGTTTATGCCAGAGCATACTGATAGTGTAGTTATCGCCATGCTGATTATGGGAGGACTATTTATGCTGATAACATTCTGCATTTTTGTGGCGTATGGTTTTTTATCTGGTGTGTTTAGTCAATTTATCCTCAGTTCTGAAAACGCAAATGTACGAACTCAGAAAGGATTTGCAGCTTGTTTTGCAATGCTTGGGGTGAAGCTTGCTGTAAGCTGA	MISFEFLLTSLVVVLIPGIGVIYTIATGLFSGKRASCVAALGCTLGIIPALLASVFGLATLLHTSALVFQLVKYAGVIYLLYLAWQMWRTARPLSVDDNKRPATYCGIALKGFLINILNPKLTLFFLAFFPQFMPEHTDSVVIAMLIMGGLFMLITFCIFVAYGFLSGVFSQFILSSENANVRTQKGFAACFAMLGVKLAVS				NA	NA	NA	NA	NA
AK237_01326	792	rhaS_4		HTH-type transcriptional activator RhaS	GTGCATAAATCTGTATTTTTGAAAAGCAAGATTTGCGGTGTCGATGTTGTAGACATTGAATCTGACCGCACTTTTCCGCGTCATACGCATGATGAATTTGGCTTGGGGTACATGGTCAGTGGCGGACAGGAAAGCTGGAGTGGCCGAGGGCTGGTCACAGCAACGCAAAACAACTGTATTACGGTAAATCCCAGCGAGGTGCACGATGGTGTAGGTTATTCAGGGAAACCGCGTCGATGGCAGATGTTGTTCGTTAAACCGGAAAAACTCGCTAGTTTATTGGATCGTCAATATGATTCTATTGAGTTTCATATGCCCGTTGTTGCAAATGGTTTTGCCCCAATGGCAATACAAAAAGCAATCGCATCGCTAGCTCAGAAACGCGTTGTACCCGATGAATGCGAGCAGTATTTGATGGTGGCGTGCTCAGCTTTGCTCAATGAAGCGGATTCAAGGATAGCTCACACATCTAAAACGCCTTCGAAATCTATTCGCGAACTGCTCGAACTTATCCATGATAGTTGGACATCACCATTGTCATTAGAAGATATGGCGGTAACCGCTAAAATGAGCCGTTATCAGACACTTCGCCGTTTTCGGGAACAGGTTGGGATAACACCCTATGCGTACCTTACTCAACATCGTGTTAAACAAGCAAAATTGAGTCTTGAGCAGGGAACTTCCATAATTGATGCGGCTCTGCATTGTGGCTTTGCTGATCAAAGTCATATGACAAGGGCATTTGTCCGTCAATACGGTGTATCGCCCGGCAAGATTTCATCTTACCGTTAA	MHKSVFLKSKICGVDVVDIESDRTFPRHTHDEFGLGYMVSGGQESWSGRGLVTATQNNCITVNPSEVHDGVGYSGKPRRWQMLFVKPEKLASLLDRQYDSIEFHMPVVANGFAPMAIQKAIASLAQKRVVPDECEQYLMVACSALLNEADSRIAHTSKTPSKSIRELLELIHDSWTSPLSLEDMAVTAKMSRYQTLRRFREQVGITPYAYLTQHRVKQAKLSLEQGTSIIDAALHCGFADQSHMTRAFVRQYGVSPGKISSYR				NA	NA	NA	NA	NA
AK237_01327	951	oleB	COG0596	Cis-3-alkyl-4-alkyloxetan-2-one decarboxylase	ATGAATGCAAAAACAGTTTCAGCAACGCTGCTCGCTACAAGTATTGCTACAGGAAGCGCATCAGCAGAGTTACAAAGCGTTGGCCATGATCAGGGTGTAAGTTTCAATTATGAACAGGTAAAAAACGTTAACGTTTTCTACAGAGAAGCAGGCAGTAAAGATAAGCCTACCGTTTTGATGTTGCATGGTTATGCGGCATCTTCCTACATGTGGCGGGAGGTAATTGATGCATTAGCGGGGGATTATCATGTAATCGCTTTGGATCTGCCTGCCTTTGGGTTTACAGAATCACCTGAGGGGACGGAGTACGATTACACATTCGCCAACATTACCAGCACGGTAGAGCAGTTTATCAAGCAAAAAGACATCAACACCTTTGCCATCGCGGTTCATGATTACGGCGCACCTGTTGGCTGGCGTCTGGCAGTAAAGTACCCCGAAAAAGTGACGGCAATAATCTCGCAAAACGGGAATGCTTACGAAGAGGGTTTGACGAATGGATGGGCGCCCATTCAGAAATACTGGAAGAATCCATCGAAAGAAAACAGAGAGGCCCTTAGCGACTTCCCCACGCCGGCTTCAATCAAATGGCAGTACGTAGAAGGGGTTTCTGATACGAGTAAAGTTTCTCCCGATGGATATACACTTGAGGGAGTCCAGGTTTCAAAACCGGGAATGGCCGATATTCAGTTAGATCTGTTGCTGGATTACGCATCAAACGTTGAACAATATCCAAATTACCAAGCCTACTTCCGCAAGTATCAACCACCTCTCCTCGCAGTGTGGGGCAAAAATGATCCCTTTTTCTCCCCTGAAGGTGCTAAGGCGTGGAAAAGAGACATTCCAAATGCGGAAGTCCACTTCTTTGATACGGGTCACTTTGCTTTGGAAACGCACCAGTCTGAGATCATTCCTGTCATCAAAGATTTCCTAAATCGTAATCTTAAATAA	MNAKTVSATLLATSIATGSASAELQSVGHDQGVSFNYEQVKNVNVFYREAGSKDKPTVLMLHGYAASSYMWREVIDALAGDYHVIALDLPAFGFTESPEGTEYDYTFANITSTVEQFIKQKDINTFAIAVHDYGAPVGWRLAVKYPEKVTAIISQNGNAYEEGLTNGWAPIQKYWKNPSKENREALSDFPTPASIKWQYVEGVSDTSKVSPDGYTLEGVQVSKPGMADIQLDLLLDYASNVEQYPNYQAYFRKYQPPLLAVWGKNDPFFSPEGAKAWKRDIPNAEVHFFDTGHFALETHQSEIIPVIKDFLNRNLK	PGPT0013255_10	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-OXIDOREDUCTASES,PGPT0013255-qor-K00344	NA	NA
AK237_01328	615			hypothetical protein	ATGCTTTCTTCCCGTTTTGTCTTCGTGGCGAACAACCTTGCTCTGGACTTCCTCAACACTGAGTTACTGGAAGATAATACTGTTGTCGAACGACTGCATAGTGGTTCTGATGTACTGGATTGGTTACAAGAGGCCGGGACAAATTCACCGCCTGGCTTTGATGCGTCACCTCACCTACTCGTTTTGGCGCTTAAGCTTCGTGAAGAAATGAAAGACTGTCTTGCATTGGCAAGGAGTGGTAAATCTTCCAGGACAGATACTGTTAACTTACTCCTTGAGAAAGGCGCTCCATCATCGCGCCTGGCCTGGGATGAAAAATTGGGAAGGTTTATTGTTGCTGAGCGCTATGAAGCAGTTTCTGATGAAACGTTACTGCATCCTGTCGCACGAGCATTCGCAAACTTAATTGCAGACAGCGATCTACATCTTGTTAAGCAATGTGAAGCGCCTGATTGTATGTTGATGTTTTATGATCAAACCAAATCGCGCCGTAGACGTTGGTGTAGCATGGCGTTGTGCGGAAACAGAATGAAAGTGGCAGCGCATCGCACAAGGGCGCAGCAAAAGGCGTTTGGCAAAAGCTCCGGTGGACCGCTTAAAAGTGAAAAGCAATGA	MLSSRFVFVANNLALDFLNTELLEDNTVVERLHSGSDVLDWLQEAGTNSPPGFDASPHLLVLALKLREEMKDCLALARSGKSSRTDTVNLLLEKGAPSSRLAWDEKLGRFIVAERYEAVSDETLLHPVARAFANLIADSDLHLVKQCEAPDCMLMFYDQTKSRRRRWCSMALCGNRMKVAAHRTRAQQKAFGKSSGGPLKSEKQ				NA	NA	NA	NA	NA
AK237_01329	2085	rep_1		ATP-dependent DNA helicase Rep	TTGTCAGAAGTTGTTGTCCGCCCCAATCTGCTGGGGAAGTTTTTCGCTCAATCCACACTCACACTTACCGATGAAAACATTGTTTTTAAACGAGATGGTCGGAAAGATAAACAGCTTCCGCTGGCATCAGTACGTACTTTGTTTCAGGTGAAAAAGCGTTTTCTGGGACATGAACTGCGACTTGAAGGAACAAAAACATCTGTTCGGTATCGCTTTATGAAGGCGGAAGGTGTAGAAGCGTTTCAGGCTGCGGCCAATAAAATCATTCGTGGCCACCTGAAAGCCTACCTTCAAAAGGTGTTTACGACGTTCAACTCGCAGGTAAAGTTGAAGTATCCCAGAGATTCAAAAGCGCTGGATTTGCAGCAACTCATTGAAGCACTGCACCAGCATTATACGAATCACAAAAAACAATGGCACAGTATGCTGTCGATAGAGGCGATTCGGGCTGTGGAAGAGATTCTTACGCTGCATCCCTTCGATATGGCGGCGCTAAGAGACTACCATGAGCAAATCCAGCTGAAGGCGCGCCGGGCATTCTTCGACAGCGTGGAAGCAAACCCGCTAACGCACGAGCAACGTCTTGCCGTTTTACGCTCCAACGACATGAATATGGTGCTGGCTGCCGCCGGCACCGGGAAAACGGCGGTAATGGTGGCAAAGGCGCTGGACTTGATTGACCGGCAGCTGGCGAAGCCATCAGAAATTCTCATTCTTGCCTACAACCGCACGGCCGCTTTGGAGCTCAAGGACCGGCTGTTCGACAAAGCAGTCAAGGCCAACATTTGTTTGGAGGCAGAACCACACATTTCCACCTTCCACGCGCTCGGTCGACAGCTACTGCAAGAAGCGGGCATCGCTACTCAAATCAGTGACTTTGCGGAAGACAGCGTCAGGCTGAAACAGTGGGTGTCACAATGGCTTCATGGCTTCATTCGTGAAGAGCCGGTCAGGATGGAAGTTGTTACCGCCATGACTACACCACAGGAACCGAAATCTGGCAAAAAGTCACTGACCGAGCAGGAAGTGATGTCAGTTGCCAGCGAATTACTTACTAACGCGCTGCACGCTATAAGGCAGGAACGGTTGGGAAATGGTGATGTCGGTAAGCGCCTTAACGCGGCAAAAATTTATCAGGCAAGGAAAGTGTCAACGCTACTCAATGCCTTGCGCAAAGCCTATGTCAGTGAACTAAAGCGACAGAATTGTATTGATTTTGATGATCTGATCATTCAGGCCACCAATGTGATTAAACGGGGAGCGTTTATACCGCCCTGGAAATATGTGCTGGTGGATGAGTTTCAGGACATATCGGTAGCCAGGATGGAATTTATCGATGCCATACTGAGCAAAGGGCCGGCGCCGTCACTCACGGTGGTGGGGGACGACTGGCAGTCGATTTACCGTTTTTCAGGCGGCAAGCTGGCGCTCACCACCCGGTTTAGTGAGCAGGTGGGCAGTTACACGCAAACCAAATTACAGAAGACATTCCGCTACAATAACAGCATTGCCGATATCGCAGGCCAATTTATCATGGCGAACCCTGAGCAATATCGCAAAGTCATCGATACTCATAGCAAAGTGGATACCCCACAAGTATTTCTGCTAGACGATAAACCCGGTACGCCTAATGGCATGGTAGAGCGGGTAGTGGAAGTGGTAAGAAAAATTCGCGCCAATGAAGCAAAAAGTACGGTAGCGGTGATCGCCCGATATAACACGCTGCTGGATGAAGCAAAAAATGCGCTGGGGAAGCAAGGCCTGAAAGAGAATGTCCACTTGTGGAGCTTTCATAAGTCTAAAGGGCTGGAAGCCGACCATTGTATTTTGATTGGCTTATCGAAAGGCAAGCGGGGATTTCCCAGCGAAGGCCGCAAGGAGGTATTGATTGAAGCGCTCCTGCCTTCACTGGATGCTTATCCTCACGCTGAGGAGCGGCGCCTGATGTACGTAGGCATCACCCGGGCAAAGCACAAGTGCTACATCATTGCAGATCCCTCGTCGCCGTCAGAATTTGTCACCGAGCTGCTTACAGCAAAGTATAATATCAGCATCGCGTCTTCAATGTTTCAGGCGCAGCGCTAG	MSEVVVRPNLLGKFFAQSTLTLTDENIVFKRDGRKDKQLPLASVRTLFQVKKRFLGHELRLEGTKTSVRYRFMKAEGVEAFQAAANKIIRGHLKAYLQKVFTTFNSQVKLKYPRDSKALDLQQLIEALHQHYTNHKKQWHSMLSIEAIRAVEEILTLHPFDMAALRDYHEQIQLKARRAFFDSVEANPLTHEQRLAVLRSNDMNMVLAAAGTGKTAVMVAKALDLIDRQLAKPSEILILAYNRTAALELKDRLFDKAVKANICLEAEPHISTFHALGRQLLQEAGIATQISDFAEDSVRLKQWVSQWLHGFIREEPVRMEVVTAMTTPQEPKSGKKSLTEQEVMSVASELLTNALHAIRQERLGNGDVGKRLNAAKIYQARKVSTLLNALRKAYVSELKRQNCIDFDDLIIQATNVIKRGAFIPPWKYVLVDEFQDISVARMEFIDAILSKGPAPSLTVVGDDWQSIYRFSGGKLALTTRFSEQVGSYTQTKLQKTFRYNNSIADIAGQFIMANPEQYRKVIDTHSKVDTPQVFLLDDKPGTPNGMVERVVEVVRKIRANEAKSTVAVIARYNTLLDEAKNALGKQGLKENVHLWSFHKSKGLEADHCILIGLSKGKRGFPSEGRKEVLIEALLPSLDAYPHAEERRLMYVGITRAKHKCYIIADPSSPSEFVTELLTAKYNISIASSMFQAQR				NA	NA	NA	NA	NA
AK237_01330	1854			hypothetical protein	ATGTCATCAATCTTTCGTCGCACGGCCATAGCTACGCTGGTAGCCGGCAGTGCCTCTGCTTTTGCCCAAACCCCCGCCGTAGAGTATGCGTTGCGATTCGATAACGCCGTACATCACGAGGCAACAATTAGCTCTACGTTCACTGGAGCGAAAGGGGAATATCTGGATGTTCGCATGAGCCGGTCTTCGCCGGGTCGTTATGCTATACATGAATTTGCCAAGAATGTGTATGACGTATCGGCGGTGGATCATAACGGTAAGGCGCTTGCTGTTGAACGGGTATCGCCTTATGCATGGCGGGTGAAGAACGATCCTGCTGGTGTGAAGGTCTCTTATACGCTGTTTGCGAACCGGGCGGATGGCACCTACAGCGGTATCGACGAAACCCATGCGCACCTGAACTTTCCTGCCACGCTGATGTGGAGTGAATCCCTGGCGGATGCACCGGTATCGGTGACCTTTACGCCATTTGCAGAAGACTGGAAAGTCGCTACCCAGCTGGCGAAAACATCCGACCCGTTTTCATTTACCGCGCCGAATTTGCAGTATCTGATGGACAGTCCCACCGAGCTGAGTGATATGGATATTATTAGCTGGAAGCAGCAATCGGCGGGCAAGCGCTACACGATAAATTTGGCAGTACACGATCCGGGTACCCATGAAGATGTAGAAGCGTTTGCCGAAAAGGCGAAGAAAGTGGTGGCGGCCCAGATGGCAATTTTTGGTGAGCTGGCAGATTTTGATTATGGTGAGTACACCTTCATTGCCTGCTATATGCCGCAGGTTGCCGGTGATGGAATGGAACATCGCAATTCAACCATCATTACCAATGCGCTACCGCTGTTTGAAACTGAACTGGGTCACAATGGGCATATTCGCACGCTGTCTCATGAGTTCTTCCACAGCTGGAACGTAGAGCGTATTCGTCCTGCTGATTTGGAGCCGTTCGATTTTACACAGGCTAACCCCACCACTGATCTCTGGTTTGCCGAAGGTTTTACTTCTTACTACGGCGAACTTACGCTAAAACTAACCGGTGAATACGACAACGACACGTACTACGATAAGATTGCCGGTGCCATTAATGCGGTGAAGCTGCGCAATGGCCCTAAGTACTTCAGCCCCGAAGGCATGAGCCTGCAGGCTCCCTTTGTGGATGCGGCCACAGCGATTGACCCCACCAACTTTGACAATACGTTTTTATCTTATTACACCTACGGGCATGGGCTGGGTATTGCACTGGATTTAATGATCCGCAGTGAGTTCCCGGGCAAATCGCTGAACGACATGATGAGACAGGCATGGAAAACGCTGGGTAAACCGGAAAAGCCGTACACCGCCGATAATTTGCAGAAAGTGCTGGCTGACGCGGTGGGCGATAAAGCCTTTGCCGCTGATTTCTTTACACGCTATGTGCACGGTCAGGACATTCCCGATTATGAAACACTGCTTAACAACGCCGGTCTCACTCTGGAGTTAGCATCACCAGATACCGCCAGCCTTGGTCCGGTTTCCACCGATTTTACTGGTGGTGCTGCACGGTTAACCCGGGGCACCATCGCGGGAACGCCGTTGTATGATGCGGGTCTGGAAAAGGACGATGCCATTTTGCAAATTGGTCGATATAACACCCGCGATCAAGCACGCTGGGATCTGGCACTGAAAAACTTTAAACCAGGTGACACTACCACTGTGCGGTTCAAGCGGTTCGATAAAGAAATGGAAGCGGAAGTCACCTTTTATCAGAAGCCGGATCTAAAAATTACCGAAATGGCGGAGGGTGAGGCAACTAAGAAAGCAGTGGCGTTTCGGTCGGCCTGGCTGGGAGAGGCAAAGCACAATGATGAGAAGTAA	MSSIFRRTAIATLVAGSASAFAQTPAVEYALRFDNAVHHEATISSTFTGAKGEYLDVRMSRSSPGRYAIHEFAKNVYDVSAVDHNGKALAVERVSPYAWRVKNDPAGVKVSYTLFANRADGTYSGIDETHAHLNFPATLMWSESLADAPVSVTFTPFAEDWKVATQLAKTSDPFSFTAPNLQYLMDSPTELSDMDIISWKQQSAGKRYTINLAVHDPGTHEDVEAFAEKAKKVVAAQMAIFGELADFDYGEYTFIACYMPQVAGDGMEHRNSTIITNALPLFETELGHNGHIRTLSHEFFHSWNVERIRPADLEPFDFTQANPTTDLWFAEGFTSYYGELTLKLTGEYDNDTYYDKIAGAINAVKLRNGPKYFSPEGMSLQAPFVDAATAIDPTNFDNTFLSYYTYGHGLGIALDLMIRSEFPGKSLNDMMRQAWKTLGKPEKPYTADNLQKVLADAVGDKAFAADFFTRYVHGQDIPDYETLLNNAGLTLELASPDTASLGPVSTDFTGGAARLTRGTIAGTPLYDAGLEKDDAILQIGRYNTRDQARWDLALKNFKPGDTTTVRFKRFDKEMEAEVTFYQKPDLKITEMAEGEATKKAVAFRSAWLGEAKHNDEK				NA	NA	NA	NA	NA
AK237_01331	612			hypothetical protein	ATGTACCGAATGTTGACGCCAGCAAAGTCAGCCCGTGAATTTTTCAGTTTCCGGCTAATCATAACTATCTTTAGTGTTGTCACCCTGGCAGGTTGCAGTACCCTCGCCTCACTCACATCTTACAGCGTAACCAATGCAGATCTGCAGAACGTGCTGAATAAACAGGTTGCCAGCGTGCAGGAGCAAGCCTCTATTCTTGGCATTCCATTATTGCTTGAAGTAAACGACATGCAGGTGAATATCGGGCCGGATAACCGTCAAACCGTTCAGTTGATTGCCGATGCCACTGCGACGGTATCTGTGCTCGGAATGAAATATCCTGCCAAAGTGAAGCTGGACGTTGAAGGCATGCCGTACTACGACGCAGCCAAAAAAGCAGTATTTATTCGCTCGCTGGTACTTAACGACACCACGGTAGACGCCATGGGTTATCGCGGTAATCTGGCACCGGTAAGCAGTAAAGTAATGGGGCTGCTGAATCACTTTTTAATGGAACAGCCGGTTTATGAGCTTAACAACGTGTCATCTACCTATTCATGGCTCACCGATATGCCGCTAGCGATGACCGTAGAATCCGGCAGCATTGTGTTCAGGCCGCAGTCGGCAGATTGA	MYRMLTPAKSAREFFSFRLIITIFSVVTLAGCSTLASLTSYSVTNADLQNVLNKQVASVQEQASILGIPLLLEVNDMQVNIGPDNRQTVQLIADATATVSVLGMKYPAKVKLDVEGMPYYDAAKKAVFIRSLVLNDTTVDAMGYRGNLAPVSSKVMGLLNHFLMEQPVYELNNVSSTYSWLTDMPLAMTVESGSIVFRPQSAD				NA	NA	NA	NA	NA
AK237_01332	672			hypothetical protein	GTGCTGGTACAAATCGGCCAGGCACACCAACAAAGCGAACAGACTACTAAAAATATCGAGGTTATTTTGAGTCAGATCACTTATTTTCAAAACCAAAGACTGTGCGTACAAATTGGCAGTGACAATCCGGCAGCACAGTCTCTTGCAAGCCTTGGCGACCTATCACTCCCCGAACTTGAAAGCGCGCCCGAACCTAATGCGGTAATTGAAGCCATAGAAGCGGCCTACGCCGGTGGCTACGAAAAATCAGCTTCAACTGAATTTGAGCTTGCAGGTATTGTGTTTGCCGGCAACGGCGATCCGCTATGCCATCTAGACAAGCTTGAATCTGTTTTAGAAGCAGTAAAACGCCGCCGCCACGGCGTGCCGGTAACACTGGTAACATACGGGCTGGTGCCCGCAGCCGAGAGTGCCGCACTCTGTGAGCGACTATCAGGAATGGGCGTGGAAATACTGGAGATTTATCTGCCTGCAGCGAATCCTCCCGCCTATCAAAAAGCCGTACAGCCCAAAAGCGCTGGCTTTCCCGATGTGTGTAATCTGATCACTGTGGCCTCAGAATCTGGATTAATTGTAAAAACCTTTAGTTATTCCGGCGCTGGAGCGGGTGAACTGAGAGGTTTGTCTTCGGCCTTGGGGGCAAGGGAGTTTGTAGCGAAGTACGAAGGCTAG	MLVQIGQAHQQSEQTTKNIEVILSQITYFQNQRLCVQIGSDNPAAQSLASLGDLSLPELESAPEPNAVIEAIEAAYAGGYEKSASTEFELAGIVFAGNGDPLCHLDKLESVLEAVKRRRHGVPVTLVTYGLVPAAESAALCERLSGMGVEILEIYLPAANPPAYQKAVQPKSAGFPDVCNLITVASESGLIVKTFSYSGAGAGELRGLSSALGAREFVAKYEG				NA	NA	NA	NA	NA
AK237_01333	699			hypothetical protein	ATGAAGAAGTTTGACACCCATACACTTATTCTAGGCGCGTTATTTGTTATATTGGTCGGTTGCGCATCTAAAGAGCCGGTGCATCATAATAACCTTATTGAACGGGTTGAAAGATTAGAGTCCCTAGTCGAAGTACAATTTGAACTGTTAGCCAAGAATATATCCTCCTCCAATGAGTCATTATGTGAAACCCAACTGCTCTTGCAACGAGTAGCTGGAGAAGTGTCAAAACTCTCATTGAAAATTTACAATGTTGAATTTTATACAAATTCAATACGACAACCGTCCATGCGATATTTAGGTCGTCAAAAAGCGTTTAGATGGAAAGAGTCTGATTGTAAGTATACCAGTCCCGGCCAAATTCAAGTCGCCGAGGAACTAGGAAGTGAAAACATTGATTCACTCGTAAAGCTCAAGTTTACAAATACACTGGATTCAAGGTTAAACCTGAAACTCATTGAGATGAGCGGATTCGAAGAATTCGATGTTTACAAAAAGTTCAGTTTGAAAGCTGGGGAGTCTATAGATTTAGTAATACTAGATAACAGAAGCAATAGTTTTTATTTGACAGGGCAGTCGCTTGATGGCGAAGTGATTGGCGATTTGAAGATAACCATCAACGGAAGAAAAACTGCGGCTACGCTACTAAAATTGGATTCCCTAGAGAAATCTTACAGTTTGGGGAAATATGCAGATTAA	MKKFDTHTLILGALFVILVGCASKEPVHHNNLIERVERLESLVEVQFELLAKNISSSNESLCETQLLLQRVAGEVSKLSLKIYNVEFYTNSIRQPSMRYLGRQKAFRWKESDCKYTSPGQIQVAEELGSENIDSLVKLKFTNTLDSRLNLKLIEMSGFEEFDVYKKFSLKAGESIDLVILDNRSNSFYLTGQSLDGEVIGDLKITINGRKTAATLLKLDSLEKSYSLGKYAD				NA	NA	NA	NA	NA
AK237_01334	633			hypothetical protein	ATGCAATGTAAAGGTTTAACGAGACGAGAGTTTATTGTAGGGAGCACAACTATAGGAATGACAGGCTTTTTCGGAACCTATCCAAGTGAAGCCAATGCCAATATTCTGGGGTATATAATAAGGTTCTTATTTGGCTCATATAGCAAAAAAGTTGTCAAACGTTCAGCTCAGCGTGCTTTAAGGAGGGGCTTTGTGCCACTTTCTAATTCAGTTACAAATTCCGGCTTGATAATAAAATCTAGCCTAATTGGCGCACCATCACTGGTTTCAATCAGCACTTCAGCATTCACTATGACTAATTCGTTTCAACCTGATGTGATTTGGGTCAGCGGGGGGGATACCAATGTGAACATAGGAGTTGCTGAACTATCAAATAATCACATTAGCAAAAACTTCTCATTTTCATACAAATTAAAGGATCAGAGGGGCAATGTTATTTATTCGGATGGTGGTACTTCAAGTGTTGGTGCATATGAATCATTTCAACCATCCTTAGTGGATATCAATAGGGTTCGGCGAGGTAACTACGAGGCCGTCTTGGAAATACTACATCAAGCTAGCGTCAAACCAGTGGTGTTTCATCAGCGCGTTTCTATGGTAGATGAGAACGAGGTGATGTATGAAGAAGTTTGA	MQCKGLTRREFIVGSTTIGMTGFFGTYPSEANANILGYIIRFLFGSYSKKVVKRSAQRALRRGFVPLSNSVTNSGLIIKSSLIGAPSLVSISTSAFTMTNSFQPDVIWVSGGDTNVNIGVAELSNNHISKNFSFSYKLKDQRGNVIYSDGGTSSVGAYESFQPSLVDINRVRRGNYEAVLEILHQASVKPVVFHQRVSMVDENEVMYEEV				NA	NA	NA	NA	NA
AK237_01335	1137			hypothetical protein	ATGCATATAAACGCTATGCAAAGAAAATCCATCCTTATTCACTTTCGTTTACTCGAGTGCTACCTCACGAAACAGCTATTAAATGGCTATGAAATAAGTAAAAATCATGAAGGCCCTGATAGTGCTTTTCGTCGAAATTTGCCGAGCCAATGCGGTGTTTATGAAATTTTTGCCCTGCCGACAATGGCTCTAAAAGAATGCTGGACAGTAAGCTCTAAAATCAGAGAGAGCCAACACGAGAAATATGAGAAGCTCGATTCTGCAATAGTCGAATGGTTCGGACTTGTTGGCATTACAGATCCTGTAACTTCTACGAAATCTAAGCTTAGTGTGATTGAATTCGCAAAGCTAATAGGAATTGATGATTCACAAAAAGCGAAATACATAATCGACCGACAAATTGCCAAAGACCTACCGACCTACCATTCGATAACGTCGAATAAAACTTTATCGAAGAAACTCGCTCGTAAATACTGTGGCATCTATTACCTCTACAGGCTCGATAACTCCATCAAAGAGATTACAAACAACGAAACGCAATATATGAGCCGTTCCGTCTTATCGGTCCGCTATCCAGTATCTTACGGTGCATTCGATAACCTTTCAGATCAGCTTTGGCGCGTGAGAGTCAAACTAAAAATGCCAAACAGTCGGAAAACACACGATACTAGTGACTATCAATATGACGGCTACATGGCACAAAAGGGCAAATGGAACCAATGGTTGCTGCAACTTCGAAGAGATGAACTAAATGAGAATCTGGATGTATTGCTCTTTTACTCAGATTCGATGACGCCGAAACAACTCGAATCAAAAGCAGCATTGGGCACCATGTTGACGCAATCGCAAACACCGACGATGGAACCTTCAGTGTATCCAATCTGTCTATTCAGGGTTTCAAAAGACACTGTGATGGAGAAATCGATTTCCGACTGGCCAATACATGCGGATCGCACAGGTGTAAAAGAAAAGCAGCTCGTATCATCCAACTACTTCTGCTTTTCCAAAGACCTAGAAGATGACTATATGTCTGATGGACCGCAGATCATTGAGTTAAAAAAAAATACAGAATCTGACCTGTTGCATATTGATAGAAAAGCGTTCTCATTACTAAAGGGACTCCAAACCAAGTATTAA	MHINAMQRKSILIHFRLLECYLTKQLLNGYEISKNHEGPDSAFRRNLPSQCGVYEIFALPTMALKECWTVSSKIRESQHEKYEKLDSAIVEWFGLVGITDPVTSTKSKLSVIEFAKLIGIDDSQKAKYIIDRQIAKDLPTYHSITSNKTLSKKLARKYCGIYYLYRLDNSIKEITNNETQYMSRSVLSVRYPVSYGAFDNLSDQLWRVRVKLKMPNSRKTHDTSDYQYDGYMAQKGKWNQWLLQLRRDELNENLDVLLFYSDSMTPKQLESKAALGTMLTQSQTPTMEPSVYPICLFRVSKDTVMEKSISDWPIHADRTGVKEKQLVSSNYFCFSKDLEDDYMSDGPQIIELKKNTESDLLHIDRKAFSLLKGLQTKY				NA	NA	NA	NA	NA
AK237_01336	3075			hypothetical protein	ATGGCTAGTAGCAAATTCCCTCGAGGTTCCGAATGGCGTAAATGGGACCTACATATTCACACTCCAGCCTCCTTTCACTGGGAAGGTCAAAAGTTTACTTCAGAGCTTCACTCCCGCGAAAACACTCAGCTCATAGATGATATGATTCATGCAATGAATGCAGCTGAACCTGCCGTATTTGCAATTATGGATTATTGGACTTTTGATGGTTGGTTTGCATTAAAGGACCGCTTAGAGCAAAGCGATGCTCCTAAGCTAGAGAAAACTGTATTCCCAGGTATTGAGTTACGCTTAATGGCCCCGATGAGAGGACGTTTAAATGCCCACGTTCTTTTCTCTGATAAAATTTCTACTCAGGAACTGATTGATTTTAAGGGTAAGTTGCAGATCGCATTAATAGACAGACCTTTGTCCGATGACTCTTTGAGGCAGGTTGCGAGAAGTGTTCCACAGGATAAGTTACGCCATCATGGTTTTAATATAGAGCGAGTTACTCAATCTGAAAATGAGGCTCTCGAGGCCGGCTCTAAAATTGCTGAGGTTACGTGTGAAAGTTACCAAAAAGCAATTAGTAGTGTAAGTGATAACCAAGCTATTGGTTACATGCCTTTCAATACAAACGATGGTCTTACAGAAATCGAACGTAACGAACACTACACGTATTCATTGACCCTTTTTAAGACCTCACCAATCTTTGAAACAAGAGACTACATAACATGGGCTGCGTTCGCTGGTGTAAAAATCCCAGAAAATCAAAGGTGGTTTGATGCTTTTCAAACAGCCCTAAATAATCAACCTAGACTGGCCATTTCAGGCAGTGATGCTCATAGATTTACAGGTGAACCTGGAAATAATGACCGTAGGGGATATGGTGACTATCCATCAGGAAAAGCAACGTGGATAAAAGCGAACCCTACGTTTGAAGGGTTAAAACAAGCGATAAAAGAACCAGCAAAGCGATCTTTCATTGGTACAGTTCCCCCGAAAATAAAGCTAGTAAGTGAAAATAGAAGCCGTTTTATAGAAAAATTAGAAATTAAGAAATTAGCGGGATCTTCACTTAATGATTCTTGGCTTGATCAAACTGAGTTATCCCTAACTCATGATTTGGTTGCAGTTATAGGCAACAAAGGCAGTGGTAAAAGTGCATTAGCTGATATTGCAGCTCTACTTGGTAACTCAAAACAGAGCCACCATTTTTCCTTTTTAAAACAGAACAGATTTAGAGGAAAAACAGGCGAACCAGCAAGACATTTTAACGCAAAGGTAACATGGGGAGATGGAAAGGAACTGGAGAAAAATCTAAATGAAAATCCAGCGACTGAGAACGTTGAACTTGTAAAGTATATTCCTCAGGGGCATTTTGAAGAGTTATGTAACGCGCATGTATCAGGCCAGTCAGATGCATTCGAAAAAGAGTTAAGGTCTGTCATATTCTCACATGCTGATGACTCTATTCGTTTGGGGGCCCATGACTTTGATCAGCTTATTGACAAGCAAGAAAGTTCTCTTCGAAGTAAGCTTGAAAGCTATCGCAGTGCGTTGCACAAGGTAAACGAGCAAATATCTTACCTTGAAAGCCAAATGACAGACGAAACACGAAAAATAATTGAAGAGCAACTAGCTGAAAAAAATAGACTTTTGGAAGAACTTGATAAGGTTAAGCCAGAAGCGATACCTGAACCTACAAGTGAGCTTACTGAGGAACAGCAGGGAGTAGCACGGGAGCTCGAGTCCATAAGTTTGGAAATAGAAAAATTAAGACAACGGCATGAGTCAAATAGAGAAGAATTAACTAAGCTAGCAGCAAAGAAAAAAGCATGCACAAACATTGAGGCAGGTTTTGAAATTGTTAGACGTGCATACAGTCAATTTAGGAATGAATTTAGCGCAGACGCCCAAACTATCGGCTTGGATGTTGATGTATTAGTTAAATTAGAAGTTGACGATAAAGTAATTTCAGATTTAAAAATAGCCTGCGTTAAAAAGGGGAATGACTTAAAAGAAAGTCAATTAGAACTTAGGGAGAAGAAACAATCTCTCACAGATAAGAAAGCTCCGCTTAATGCGCAATTAAATGCACCACAGTTGGCATTTCAGAAATATAAAGAGCAACTTAACGCTTGGGAAGAAAAGAAGTGTTCACTAGTAGGGACTAAGGATGAGCCTGACTCATTAGAAGGGGTTATATATAGAAAAGACCGTTTGGATCAGCTTCCGGCTCAAAGACTGGAACTAGTTAAGCAGCGTGAAGGGCTAACTCGTCAAATATTCAAAGTTCTAGATGAGCAAAAAGCGAATCGCGAAGCACTTTTTGAACCTGTACAAGCTCTTATCCAAAGTAATGCGCTGATTCGAGATGAATATAAATTGCAATTTAGGGCTGAGCTAAGTAGTACAACGGATCAAATCGCAAACAAATTATTCTCTATGATAAAGCAAGCTTCGGGAGAATTTAGAGGTGAGTCAGAAAGCCTGTCAGCGATCAGAGAACTTATGGATAGACATGATCTAGATAATGAAGATTCACTTATTAGCTTTATTCAGGAGTTGTACCAAAAACTAGAGGAAGCATCTAAAAATACTGTTGGGATAGCGTCTCTATTGCGTAAAGATCGTTTATCAAATGAAGTTTATGACCTTATCTTTGGTCTCAGTTATCTTGAACCAAGGTACACACTTATGTTTCAAGGCGCACATATAGGCCAACTTTCGCCTGGTCAAAGAGGCGCATTGCTATTAATTTTCTATCTACTCGTGGACAAGGGTAATTCTCCTATTATCTTGGATCAACCAGAGGAAAACTTAGACAATGAAACAATTGTTAGTTTACTCGTACCGGTCTTGACAGAAGCAAAACAAAAACGACAGATTATTATGGTTACCCATAATCCAAACCTCGCAGTCGTTTGTGATGCTGAGCAAATAATTCACTGCGAATTTGGTCGAACAAACGGACACAGTATTACATATACACCCGGCGCTATCGAGTGCAAGATAATCAATAATAAGGTGGTTAATGTGCTTGAAGGTACTATGCCAGCATTTGACAATCGTAAAATGAAGTATATGTAA	MASSKFPRGSEWRKWDLHIHTPASFHWEGQKFTSELHSRENTQLIDDMIHAMNAAEPAVFAIMDYWTFDGWFALKDRLEQSDAPKLEKTVFPGIELRLMAPMRGRLNAHVLFSDKISTQELIDFKGKLQIALIDRPLSDDSLRQVARSVPQDKLRHHGFNIERVTQSENEALEAGSKIAEVTCESYQKAISSVSDNQAIGYMPFNTNDGLTEIERNEHYTYSLTLFKTSPIFETRDYITWAAFAGVKIPENQRWFDAFQTALNNQPRLAISGSDAHRFTGEPGNNDRRGYGDYPSGKATWIKANPTFEGLKQAIKEPAKRSFIGTVPPKIKLVSENRSRFIEKLEIKKLAGSSLNDSWLDQTELSLTHDLVAVIGNKGSGKSALADIAALLGNSKQSHHFSFLKQNRFRGKTGEPARHFNAKVTWGDGKELEKNLNENPATENVELVKYIPQGHFEELCNAHVSGQSDAFEKELRSVIFSHADDSIRLGAHDFDQLIDKQESSLRSKLESYRSALHKVNEQISYLESQMTDETRKIIEEQLAEKNRLLEELDKVKPEAIPEPTSELTEEQQGVARELESISLEIEKLRQRHESNREELTKLAAKKKACTNIEAGFEIVRRAYSQFRNEFSADAQTIGLDVDVLVKLEVDDKVISDLKIACVKKGNDLKESQLELREKKQSLTDKKAPLNAQLNAPQLAFQKYKEQLNAWEEKKCSLVGTKDEPDSLEGVIYRKDRLDQLPAQRLELVKQREGLTRQIFKVLDEQKANREALFEPVQALIQSNALIRDEYKLQFRAELSSTTDQIANKLFSMIKQASGEFRGESESLSAIRELMDRHDLDNEDSLISFIQELYQKLEEASKNTVGIASLLRKDRLSNEVYDLIFGLSYLEPRYTLMFQGAHIGQLSPGQRGALLLIFYLLVDKGNSPIILDQPEENLDNETIVSLLVPVLTEAKQKRQIIMVTHNPNLAVVCDAEQIIHCEFGRTNGHSITYTPGAIECKIINNKVVNVLEGTMPAFDNRKMKYM				NA	NA	NA	NA	NA
AK237_01337	360			hypothetical protein	ATGAACAGCAAAACTGAACAGCTAGTCAAAAAACTACTTATTGAAACTGAAAATGGTGATGTGGAGTGGGAAGTTCGCGAAACGCCTAGGTCACTAAACCAAGATACGGAACAATCAGTTCCCTTGTTTTTGCAAACTGAGTACAAGGACAAGTATATAGGTGTCTATGATCTCAGAACTAAGCATTTCTATGATGAGCATGATTTTTATTGGTCTGAAAGTATAGGCTTTTGTATTGTCGATGACCGCGATCGAGTTATATGGGTGGCAAATGAATACTTCCCTGCGTTGCTTGACCTATTCAATATTGCAAGAGAAAAAGCAGCTGGCCTCGATGATATTCTCAATGCCCTTATCTAA	MNSKTEQLVKKLLIETENGDVEWEVRETPRSLNQDTEQSVPLFLQTEYKDKYIGVYDLRTKHFYDEHDFYWSESIGFCIVDDRDRVIWVANEYFPALLDLFNIAREKAAGLDDILNALI				NA	NA	NA	NA	NA
AK237_01338	435			hypothetical protein	ATGTTGGGATGGCTAAAAAATATAGATACATTTGGGTCTGCGGCCTCGATTATAGGTCTAATCGTGACCATTTTCCTATTTGTAGAAGCTCGGAGTATTCGAAAATCGTTCCTACGCAGAGGTAGACTTCCCGAGTTGAATAAAGATCTTGCAAAAGCAGCTTCTGAGATCTCAGTTCATATAAAGACCTGGGAGAGCGATAATGAGCCTGCTCTTGAGAAATTTCTGCATGCAAAAGCATTGCTCGAGAATACTAAGAAAAAGCTTCCCAATGATGAACGTAAAATGGTTGAAAGGTATTTGAATCGACTGGACCCTAAGGGGAAAAAAGAAATTTCAGATCTAAATAGAGAAGAAGCCTTTCAAATGTACTCCGAGTTACAAGGTTTGGTTACATCTCTTCGTGAGCTAGCTAAAGACAATACGTGGAATTAA	MLGWLKNIDTFGSAASIIGLIVTIFLFVEARSIRKSFLRRGRLPELNKDLAKAASEISVHIKTWESDNEPALEKFLHAKALLENTKKKLPNDERKMVERYLNRLDPKGKKEISDLNREEAFQMYSELQGLVTSLRELAKDNTWN				NA	NA	NA	NA	NA
AK237_01339	660			hypothetical protein	ATGAGCGATATTTTCGAGAAAAGGTTTAACGAACTCAATGGCCAGATGGAAAGTTTGCTGAATTCGAAGGGGTCTAAATACAACAATTTCTTAGAAAAAAATCAAATAGAAATAGATAGTAATTCATTATTGGAATGGAAGGTTAAGGCTAGGAGTCTTTTAAATAAGGCATGTGGCGAAAATTCAGAGCATTATAGAGAGTTTCAAAAAAATGAAGAAACTAGCGTGTACGGAACATGTCTAGAGACTTTGGAACGTTTAAAAGCGATATTTCTTGCGGCGAAGGAAGACTATGAAGGTGGGTATCTAAAGAGCACACGTTCATTAATTCAAGCTGAGGTATTTGATTCAGAACTAGAACAGGCTATGGCGCTGTATAAGGCAGGGTATATAATGGCTGCTGCGATTATCGCAGGTGTTGTTCTAGAAACAGCACTGAGAGAGTTATGTGACAGGGAAGGCATAAGCCATGGAAAATTGGATAAAATGAATTCGGATTTGGCAAAATCCGGTATATATAACAAACTTCAGCAGAAACGAATCACTGCATTAGCCGATATCAGGAATTCCGCTGCACATGGGAATAGTTCTGAGTTCTCCGATGAAGATGTAGTTGATATGCTGAGGGATATTGAACGTTTCTTATCAAGTCATTTATAA	MSDIFEKRFNELNGQMESLLNSKGSKYNNFLEKNQIEIDSNSLLEWKVKARSLLNKACGENSEHYREFQKNEETSVYGTCLETLERLKAIFLAAKEDYEGGYLKSTRSLIQAEVFDSELEQAMALYKAGYIMAAAIIAGVVLETALRELCDREGISHGKLDKMNSDLAKSGIYNKLQQKRITALADIRNSAAHGNSSEFSDEDVVDMLRDIERFLSSHL				NA	NA	NA	NA	NA
AK237_01340	156			hypothetical protein	ATGCATAAATGTATTGATAGTCAACAATCTAATGAAGAAACTAATCACGATGATGAGGCAGCCGCGCTGCTGGCATTTATTGCCATTGGCGAGCAAGGGATCGCAGAGAGGCCGCTGTCGTTTGACGATGTAAAGACGTTTTTGTCAGAAATTTAA	MHKCIDSQQSNEETNHDDEAAALLAFIAIGEQGIAERPLSFDDVKTFLSEI				NA	NA	NA	NA	NA
AK237_01341	1314	hipA	COG3550	Serine/threonine-protein kinase toxin HipA	ATGGGCATTCAACCTAAACATGACTGGCTAATCTTTGCAGGCGAAATACTCGCAGGTCACCTGGTTGAACACTCTCCTATGTCCTGCTCACTCATCTACGAACAATCATGGATACAAAAAGGATATGCATTGTCACCCCACCTCCCACTCAGTGGTGAGTTCAGTGATGGCGATGTCAGTCGCTTTCTGAGAAATCTGTTACCAGAGGGGTATGGCCTAGAGGCCCTCCTTAGCAGCCAGCACGTATCTCGTTTGAATACATGCAGTTTACTTAAGTACATTGCGATTGAAAGTGCGGGCTCTCTTAGATTTGTATGTAATGGATTGCCGGAAGTTAAGCAGCAAGAACTTACTATCGAAATGCTGTTCACACGACTAAAGAATGACGCGAATATAGTCGTGTGGGACAGGCAATTCCGTCTACAAGTCGCCGGGGTACAAAAGAAAGTCAATGTACACATCGGAAAAAGCGATTCGATGTGGCTAGCAACCGAAGATGCTGTTTCAACCCACATCATAAAGGTCCCGAGTGACATCTCGCGTAACGACATCATCAATGAATGGTTTTGTATGATGCTAGCCAAAGCCATTGGCTTAGAGGTTGCTGAGGTTTCGTTACTAGAAATCAATGACGAACCAGCACTCTTGGTTACTCGATTCGACCGCGAGCCCTCTTATGATAGAAAAATCCGAAGGCACCACATAATCGACGGCTGTCAGGCACTCAACCTTCCCCCCGACTACAAATACGAGCAGCCTTTTGGCAGAGGGCCTGATGTCAGCAGCATTCGTGATGGCGCTAGTTTAAAAGCCTTGTTCAACTTTGCGAAAGTTTGTCAGCATCCATCCCTTGCTCAAACTGAACTCCTTAAATGGGTAGTGTTCAATTTGGTTATAGGAAACGGTGATGCTCATGCAAAAAATATCAGCTTTTTTGTTAACGATGAAGGCATAACACCAGCCCCCCTATACGATTTACTATCGACGGTTATGCTAGGGGAAGAAGACCCTAATCTAGATATCAATCTATCAATGGCAATCGGCGATGAGTTCGATATCAACAACATCACAGCTTTTCATTTACTCTGTTTCGCAGAAGAGTGCGACATAGCGCCAAACAAGCTCAAGGGCATCCTTCAACAAATTGCATTGGATTGCAAAAAGGTTGCGTCTATCGAACTATGCAACGGCGAAAATTTGAAGCCAGAAGCACTAACTACGCTTTCTAAACTGACTACTCTTATCAACCAGCGAGCCGACCACTTTCTAAATGAATGTGAGCTGTTCGATGAAATTCATCATTCACTGTTCTAA	MGIQPKHDWLIFAGEILAGHLVEHSPMSCSLIYEQSWIQKGYALSPHLPLSGEFSDGDVSRFLRNLLPEGYGLEALLSSQHVSRLNTCSLLKYIAIESAGSLRFVCNGLPEVKQQELTIEMLFTRLKNDANIVVWDRQFRLQVAGVQKKVNVHIGKSDSMWLATEDAVSTHIIKVPSDISRNDIINEWFCMMLAKAIGLEVAEVSLLEINDEPALLVTRFDREPSYDRKIRRHHIIDGCQALNLPPDYKYEQPFGRGPDVSSIRDGASLKALFNFAKVCQHPSLAQTELLKWVVFNLVIGNGDAHAKNISFFVNDEGITPAPLYDLLSTVMLGEEDPNLDINLSMAIGDEFDINNITAFHLLCFAEECDIAPNKLKGILQQIALDCKKVASIELCNGENLKPEALTTLSKLTTLINQRADHFLNECELFDEIHHSLF				NA	NA	NA	NA	NA
AK237_01342	225			hypothetical protein	GTGAAAAACACACATGATGACGAATCTAAGAAAGAGTTTGCCGCGTTGCTCTCCCAGGAAGACTCATCCGGCATACCTTCGCTTAAAGGGATAACGAAAGAGAAGCTGGAGCAATTAAAGCCTGCACCCGGTAAGATAACAAAAAAGACCTCGACAGCTCACAAAAAACGACTGGCAGCGGCATTTAAGATTGTAGCAAATGAAATGGATAAGACTCGTGAATAA	MKNTHDDESKKEFAALLSQEDSSGIPSLKGITKEKLEQLKPAPGKITKKTSTAHKKRLAAAFKIVANEMDKTRE				NA	NA	NA	NA	NA
AK237_01343	258			hypothetical protein	ATGAATCGTTCTGAAGAAAAGCAAGTTTTTTTGCTAGGGCGCATTCTCCGGCGCGATCTCGGGAGAGTTGAGAAGTTGGTTGAACTCGGCAAAATTAAAGCTCCCGCTGAGGCTGTTGAGATTTCAAGGGAAGTAATAAGATTAAATCCTGGTGTTAATACTGTGGATAGGATAGCTATAGAGCAAGCGTATGCTTCATCTTTTAGTCAGCAGGGTGAGGAATATCGCCATGTGACTGATTTACTAGTTGCCCAATAA	MNRSEEKQVFLLGRILRRDLGRVEKLVELGKIKAPAEAVEISREVIRLNPGVNTVDRIAIEQAYASSFSQQGEEYRHVTDLLVAQ				NA	NA	NA	NA	NA
AK237_01344	1752			hypothetical protein	TTGAATATTAAGTTAAAAGATTACATTGCTTCTGCGTTTAGCGACTTCTTTTCTCAACCGGATATAAATGCAGGTAGTTTAATACAGAACCTAAAAACCGGGAAAGCTGACGTCAAGAAGACATTTTTAGATGAAGCGGAATTAAGTGCTGTGTGGGATGTTGATTTTATGAATCACATGGTGGAGCTTTTCTTATGGCCGTGTAATGCTTTTGCGCTATGCTCTTCATTAATCTCAAAGCAAGGGGGGTATAGGTTGTTGGTTTCTCAAGAAAGTACTATATCTTGGACTTTAGAAGATACTCAATATGTAAAAGATGTTGGTAGTAAATGGCGGGACTTTATTAATACTGAAATAGCGGATATTAGATCTATTGATGTGTCAGATATTAATGCTTTGTTGTTATCTGTTTTTGAATACAAGAACTTGAATATTTCCGTTGATGAATTAATGAAGGATGCCAGCTTCAAAAAAAATCTTTTAAAGATTTGTTTGTGTGCTGATGAAAGCTTTAAAGATGTTAGTGTACTTTCTCCCATGGATTCAACAGTTTCTGGACGAGTTGTTGAGCTCTTGAATGTGAAGAATGAGGTTTATGAATTCCAATTAGCATTTACTAATAAATCATTCGGAACGGTTCACTATAAAAGTAGCATTTGTCAGAGTGGAATATCTATTAATAGTATCGCCAGTAAGTTGGCGTTGGTTTCACCAGAAATAACTTTGAAATATGTTGAACGTTTAAAAGATGATAGATGGGCAAGGCGTGATAACTATAATGTTCTAATCTTACCATGGCCATTGCGAGTTGATAGAACTGACTTTAATGAAATTCAATGCTCCAGTGTTCAAGAAATGAGTGGCGATTTCGGGTTTTTTGAGTATTCGCCAAAGTTTTCTACAGATGACGAAAACGTGGTTAAAATTCTAGAAGAATATTTCAAGGAATTTGATGAAGTTGATTTGGTGGTTTTACCCGAGTGTGCTTTGGAGTCAGCTAGTGCGGATGCGTTTTTTGACGAGATTAAAGGTTATTGTGAGCGCAACAATAAGTATATTCCAACTTTGATCTCAGGCGTTTTTGAAAAGGGCCAAGAAAACAAGTTCGGAGTCAATGCGCTCAAGTTATTTACAGTTAGTGGGTCATATGGAGCTGGTCAAGGAGCTTCTTCGGGTACGATAGATTGCGTGGAGCAGTATAAACATCATCGATGGTTTTTAGATAGACCGCAGCTTCACAACTATAAGCTAGGAAATCGACTGTCACCTAAAAGGAAGTGGTGGGAGTTTACCAAAGTAGATGAACGCTCTCTCATTAGCTATTACTGTCAACGTCAGGATATACAAGTTAGTCCATTAATATGTGAAGATCTTGCGAGACAAGACCCTGTTGCTCCCGTTATTCGTGCTTTGGGTCCTAATTTGATTATAGCTTTACTTCTAGATGGTGCTCAGATCAAGACCCGGTGGCCAGGAAGGTATGCTTCATTATTATCTGAAGATCCTGGTTCAAGTGTTCTTTCTGTTACACCTCTTGGAATGACAATGCGATCAGACGGAACTGGATTTCCTCCTAGTCGAGCTGTAGCTTTTTGGAGTGAACCTGATGGCTCATACAAAGAACTAACCTTGAAAGAAGGGAAGAAAGCCATAGTACTTACGTTGGAACCGGATAAGCAAAGTCAATGGAGTGCTGATGGTAGAAAGTCAGAGAGAGTAGTGTTAAACTATGCTGGTCATTTTTGTATTTAA	MNIKLKDYIASAFSDFFSQPDINAGSLIQNLKTGKADVKKTFLDEAELSAVWDVDFMNHMVELFLWPCNAFALCSSLISKQGGYRLLVSQESTISWTLEDTQYVKDVGSKWRDFINTEIADIRSIDVSDINALLLSVFEYKNLNISVDELMKDASFKKNLLKICLCADESFKDVSVLSPMDSTVSGRVVELLNVKNEVYEFQLAFTNKSFGTVHYKSSICQSGISINSIASKLALVSPEITLKYVERLKDDRWARRDNYNVLILPWPLRVDRTDFNEIQCSSVQEMSGDFGFFEYSPKFSTDDENVVKILEEYFKEFDEVDLVVLPECALESASADAFFDEIKGYCERNNKYIPTLISGVFEKGQENKFGVNALKLFTVSGSYGAGQGASSGTIDCVEQYKHHRWFLDRPQLHNYKLGNRLSPKRKWWEFTKVDERSLISYYCQRQDIQVSPLICEDLARQDPVAPVIRALGPNLIIALLLDGAQIKTRWPGRYASLLSEDPGSSVLSVTPLGMTMRSDGTGFPPSRAVAFWSEPDGSYKELTLKEGKKAIVLTLEPDKQSQWSADGRKSERVVLNYAGHFCI				NA	NA	NA	NA	NA
AK237_01345	288			hypothetical protein	TTGACGGTATATTGCAAGTTCGCTTTAAAAATCGAAGACGATATGGATGTAGTTAAGGTACTAACGCAATTTGCTATCGACAACTTTGGTGCTAGAGAGGCTGTACCAATCGATGCATATCAGTTTAACATCGACAATGGGATGAATGATGTCAGGGCCGTTATTAAAGAAGAGCAACGGTTGATTGCGTTCTGCTGTCGCTATAAAAAAGATGTTGCACGCATAGAAAAGCTAACCGTAGCCTTTGCTCAATCTTGTGCTCTTGAATTCACTACTCTAGTTATGTGA	MTVYCKFALKIEDDMDVVKVLTQFAIDNFGAREAVPIDAYQFNIDNGMNDVRAVIKEEQRLIAFCCRYKKDVARIEKLTVAFAQSCALEFTTLVM				NA	NA	NA	NA	NA
AK237_01346	1434			hypothetical protein	ATGGATGTTAAACGAAGCAGCTTTTCACCCAATCCGGCTATAGATGAAACGGTTTATAGCTGGTTGTTGCGCTATCACATGATGTCAGGGAATGCGGCGTTGAAGCGCAATATGAAAACCTGGCTAGGTTTGGGGTATACACGGCCGTCAAACGAGTTTCCAGCGTTTTTACCGGTCGTATCGCAGGCAATGCAATACCCGCTCGCGCTTATTATCAAAAGGATGACACCTTACCGCTACTATGCACCGTTCCTCACCGATAATGAACAGCATCTGCTATGGCAACGTCTGGCAACGGGCAATACGGCCGTGTTGCAATCCCAACTGGGAAATGTCGCGGGGCGGATAACACCTGGAAGGACACTGTTCTACTGTCCTGATTGCGTGCAAGAAGACATTGACCGTTGCGGTTATCCCTACTGGCACCTTTCCCACCAGTTATCGGGTGTTATTAGCTGTCACCGCCACAAAACTCGACTGCATGGTGTGCCGCGAACCGGGTTTGAAGTTCCAGTGCCAACAGTGCCGGCCCTACAACGCAATGTCCCCAGGCACGCCCTGCGGCTCACTGCGTTTGCCGTGAGATTTATGACTGCGGATAGCTTATCAATGACGGATTCGTTTGCTGAGCATTATCGTGAACGCTTGCATGAGCAACAGCTACTAACACCACAGCGACGTATTCGAATGAAATCGTTAAGATACTTGTTATGGGACAACTTAAAAACGCTGACCCGATACGATGAGGTGTATCGACGCCTCGCGGCATTATTTCATCGGCATTGCTATCCAGAGTGTCTTTTTTACAGACCTGAGCATCATCACCCCCTCAAGCATTTATTGTTGATGACAACGCTCTATGACGATTTCGATGACTTTAAAACGGCCGTGACCACGTCTCTAGAGATCGAGAAGCAAACAATGGGAGTGATGGGGGATATTCACCGCTGTCAATTAACGGCTGCCGCCAGGCATTATTTAAAGCATGGCGAAAGCTTGCGGTCAGTCAGTGTGGATGAAGGCTTGAGCGTAACCACGCTCAAGGTCTTAGCGCAGCGAGAAGGCATACCTCTGGATTTAAGGCCTCAGAAAATCTTCCCCTTTGATGAACGCGCCATGTTGATGCAGCTTTTCAAAGGAGAGTCATGCCGAATGATTGCTAAAAAGTATGGAGTCTCGGTGGGGGCTGTTGAGATAATTTTAAGAAAGCACCCAGATCTGGTGCGCATACGAAAAGCGATGCGTTTTAATGCTTCGCAATATCAGCATCGACGAGCGCTTAAGCAATGCATAGCAAAATATCCGGCATTGCATCGCCAGCAACTTCGGGACAAAGTCCGTGCAAGCTACTACTGGCTCTACAAACACGACAAAGCCTGGCTTTACTCAATGCTGCCTCAAAGGCAGGCATACCAGTTCTGGCCTCGGAAATAG	MDVKRSSFSPNPAIDETVYSWLLRYHMMSGNAALKRNMKTWLGLGYTRPSNEFPAFLPVVSQAMQYPLALIIKRMTPYRYYAPFLTDNEQHLLWQRLATGNTAVLQSQLGNVAGRITPGRTLFYCPDCVQEDIDRCGYPYWHLSHQLSGVISCHRHKTRLHGVPRTGFEVPVPTVPALQRNVPRHALRLTAFAVRFMTADSLSMTDSFAEHYRERLHEQQLLTPQRRIRMKSLRYLLWDNLKTLTRYDEVYRRLAALFHRHCYPECLFYRPEHHHPLKHLLLMTTLYDDFDDFKTAVTTSLEIEKQTMGVMGDIHRCQLTAAARHYLKHGESLRSVSVDEGLSVTTLKVLAQREGIPLDLRPQKIFPFDERAMLMQLFKGESCRMIAKKYGVSVGAVEIILRKHPDLVRIRKAMRFNASQYQHRRALKQCIAKYPALHRQQLRDKVRASYYWLYKHDKAWLYSMLPQRQAYQFWPRK				NA	NA	NA	NA	NA
AK237_01347	951			hypothetical protein	ATGAGCGGGGCGATAGCACATATCCATTTGTCTCTCTTTCCCGACGAGCACGCGCTTGGAATATTAGGCAGGCTCCAGCTTTATTCGGCTTATCGTTCGCTAAAAGTCACCGCAGGCGATGTCAGTGATGACTTGAACGGTCTCAATCCCGCGGTTGTGTGGCGAAAACTCTACGCTGACATTCATCGTCAATGGTGTCAGGGAATAAGTCTGGATAACTTCGCGCAGCGGCATACCTTGAGTGCCTACTATCAGCCCTTTTTGCCAGACGCGAAGCGGCCGCTGACGAGTTTAGACAAGCTCAACGTACCACAAGGAAACGTTATCCATCATACCTTGCTATGGCGTTATTGTGCGCTGTGTGCAGAAGAGGATTGCGAGCAATACGGTGTCCCTTACTTTCACGTCTCGCATCAATTGCCAGGACTGTCTGTTTGTCAGCGGCACAATACGCCGCTGCTATCCGGTTGCCTGAGCTGCGGTTTGAATTGGGCAAGGTTGGGTAAGTTACTTGCACCGCCGCTGACACCGGTTTGCTCTCAATGTGGAAATGCGCTGCACAGCCTGACACCCCAACCTTATATCGATGACGATATGCGATGGCTACAAGAAATGGCATTGGCGCTAAGATATGGGAAGTATTCATCATTATCGTCCGAACGACTTCAGCGCGGGTATCAGCATTGGCTCGGCATGGGGCCTCGAAGCGGTGTACTGAGTATGAAAGAACGGGCTCAGGTCAAAGATGCGCAAAATGTGATAGACAATTACTTTGACCCACGCCTCTACAGGGCGCTGTTTACCAACGCAGATATGCCTAACGTTGCCAATCGGCGAACCACCGCGATATCGCTCTATCAGGCGGCATTCTCGAATACGTTCTTGTCCCCGGTGGTTCACTTATTACTGATAAGAGCGATGTACGGCGATATTAATCACCTCCCTACCTAG	MSGAIAHIHLSLFPDEHALGILGRLQLYSAYRSLKVTAGDVSDDLNGLNPAVVWRKLYADIHRQWCQGISLDNFAQRHTLSAYYQPFLPDAKRPLTSLDKLNVPQGNVIHHTLLWRYCALCAEEDCEQYGVPYFHVSHQLPGLSVCQRHNTPLLSGCLSCGLNWARLGKLLAPPLTPVCSQCGNALHSLTPQPYIDDDMRWLQEMALALRYGKYSSLSSERLQRGYQHWLGMGPRSGVLSMKERAQVKDAQNVIDNYFDPRLYRALFTNADMPNVANRRTTAISLYQAAFSNTFLSPVVHLLLIRAMYGDINHLPT				NA	NA	NA	NA	NA
AK237_01348	1422	tnsC		Transposon Tn7 transposition protein TnsC	ATGATATGCGTTGATGCAAAATATCATCTATTTCCTATCGCAGCATTGCAGGGGAACCCCTTAATTGAAGCGCTGCGACCAGCTGTAGACATCATGACATTTGCGGAGAAATTGCAATATCGAGTCACAGTTGATGATGCTGTGACACTGGATGATTTTAGTCGAGAAATGAGCATTGAGCTGATTGATTTAACGTACACTGTGCCAGTTGACTCGTACTCTTTATACAAAACTATCGTAAAAAACGTACTCACAGGCTATATGCATCGCAATCCGCTGACGCGTGATTTTGCACATGAGCAATATCGTGCAGCAACAGAAGATAACTACCATTTCTCGCCGCAAAAAAATCTCGCTAAAGTGATTTCCGTTATCGGATTGTCGGGCGCTGGCAAGACTCTGGCAATACGTAACTGCCTGTCTTTTTTTCCGCAGCTAATAAAGCACGTTGAGTATCATGATAAGCGTTTTGTGTCGCAGCAAATCGTCTACTTAGAATTCCAAGCCCCGGTGACGAAAACGACGCGCGGCTTTGTGTTGAGCTTTTTTAAAGCCGTCGATGAGTTAATTGATACGGACTATTACCAGCAGTGGCGCGGCAAGAGTATTTCTGTACCCATTCTTATTCAGGAAGCGAAAAAAGTTGCCTTTAATCATCATGTTGGGCTTGTTTTTATCGATGAAATTCAGCGCTGTGCATCAGCAAATGCAAAAGCTGATTTTGCAACGCTTGAGTTTATCGATGACTTCTTCAATTCGGTGGGTATTCCGCTGATTGTCGCAGGAACCTACAAAGCGATGCCGCTGTTTCGAACGACCATGAGCACTACACGGCGGTTAAGCTCATCACGTTCATTCACCATGGATGTGATTAAAAATGACTTATACAATCTTGGGACGGAGGAGCCGTCGTTCTGGTCACATTTCATTGATGCGTTTTATTATCCCAAACTCTTACAACATGATTTTTTGTTCGATGTTGAGCTTAAAAAGCATGTACACGAACTGACATTGGGTATTCCCGCGTTAGTTACGCGATTAATGCGATTAGCTTACGAAGAAGCGTTAACATCCGGAGAAGAAGCAATCACCATCGAGCTGCTTCAGGATGTCTACTTTGAGCAGTTTGCGTTGCTGCATCCTGCTATTGAATCGCTTCGTAAGGGGCAATATGGCGGTTATGAAGATTTGCTTCCAGAAAGCGTTTTTAAGCCCACGAAAGAACAACAGATTGAAAAAATTATTCAAGAAGACATTGCTTTTAGCGAACGCTTAGCAAAGAAAAAAGTAAAAGATGAAGACAGTGTATACATTGAAGTCGACGACGCAGAGCAAGACTTTATTCCCAGCGCAGATTTACGCAATCTGAAAGGGTTATCGAAAGACGAGTTAGCGAAAACGCTCAAGGGTAAGAAAAAATGA	MICVDAKYHLFPIAALQGNPLIEALRPAVDIMTFAEKLQYRVTVDDAVTLDDFSREMSIELIDLTYTVPVDSYSLYKTIVKNVLTGYMHRNPLTRDFAHEQYRAATEDNYHFSPQKNLAKVISVIGLSGAGKTLAIRNCLSFFPQLIKHVEYHDKRFVSQQIVYLEFQAPVTKTTRGFVLSFFKAVDELIDTDYYQQWRGKSISVPILIQEAKKVAFNHHVGLVFIDEIQRCASANAKADFATLEFIDDFFNSVGIPLIVAGTYKAMPLFRTTMSTTRRLSSSRSFTMDVIKNDLYNLGTEEPSFWSHFIDAFYYPKLLQHDFLFDVELKKHVHELTLGIPALVTRLMRLAYEEALTSGEEAITIELLQDVYFEQFALLHPAIESLRKGQYGGYEDLLPESVFKPTKEQQIEKIIQEDIAFSERLAKKKVKDEDSVYIEVDDAEQDFIPSADLRNLKGLSKDELAKTLKGKKK				NA	NA	NA	NA	NA
AK237_01349	2268			hypothetical protein	ATGTTTAATCGACACAGTATTTTGCGCACGCTGAACAACTCGATTCAATATCTTATCGTCGATGTTAATCACACGGACGAGAAGATTGCGTTTTATGATTTAAATGCACAGCCACATCAGCGTAGACGCGTCGCTACAGTCGAAAAAAAAACTTCATCGAGGCCCCCTCGCATCCAGAGTAAACCACGCTCAATGCTCATTGATGAGTTCAATGAGCTCATTAAGCATTACGATTACGTAGTTGAACGTGCGGAATACAATAACGGGCTTTATATCCCTAAACAGAAAACGAAACTTGAACGCGAGCGTTTAATTGCAGAGCGTAATGATGCAGCAGATGATAACTATGCGCTGATAGCTGATATTGTCGAAGATGATGAAAAGCGAGTTGAATATCTGTACACAAACCGTGGCAATCAGCATATACAGCACGTCGCCCGGAAAAATGGAGTGAAAGCGGCGCACGTCGCTCGTCTTTTAGCACAATATTACTCTAGGGGCTGTTCTCGAGCAGCGATGTACCCCAATTACAGATACTGCGGCTGCAATTATCAACCATCTCTCGCTGTCGATGAATCCTCCCCCAAACGCGGCCGCCCTGCAAAACATACTGAATACCGAAATCGTCTGCGCAAAGATGAAGAAAACATTGAAGCTTTTTTGCGTCAACTGGGACGGCGCAACTACAGGCGACTTCACTTAACGAAAGTCTATCAAATTTATGATTTTTATTATCAAAGTCAGGATGTTGCTATTGAGCATGAGGGTCAAAAGTCAGTGCGTCGTATTCCGCTGCCGGAATATGAGAGCATTAGTTACTCTCAATTCTATTACTACATCAAGCTTCTAGAAAAATCACGGTCATTCGCTTGGACAAAAAGCGGCAAAACGAATTTCTTAAGAGACTATGAAAGCCGCTTCGGACGGGCTCGAGAAGACATTCCAGGACCTTCGTTTCGCATGGAGATTGATGCGACTATCGAAGATCTCTATCTACAGTTTCCTTACTACTTGAAACAGCGCTTGTCGTCTGGGAGGCCCACGGTATACCGCGTCGCGTGCACGTATAGCGGTATGGTGACGGGCATTCATGTCGGCTTCGGCGGCCCCAATTGGACTGGCGTAATGCAAGCGCTGTTTAACGCATTCACATCAAAAGTCGATTTCTGCAAACGCTATGGCATTGATATTGAAGAAAAAGATTGGCCGTGTTCGGTGTTATGCAATGAGCTCACAATCGATAACGGCGTCGAATATCCCTCTAAAAACATGATGCAATTTCTGGATGAGACCATCGGCATTGATTGTATCAATTACACCGCGGTTTATTCCGGACAAAGTAAAGGAACGGTCGAGGGGGGCTTTAGCATTGATAAAGATGAGTCCGTAAAAACACTCGCAGGCTATCTTGAACGACAGCCAGAAAGAGGCTCAGCGCATGCGTCGAACTTTGCTAAGTATACATACGATGAGTATATGCAAATTCTGATTTATCAAACACTTATTCGTAACAATGAAGTGTTTAAAAATAACATACATGACCAAGTGATGAGTGAACAAGGTGTTCAATCTACATCGCTTGCAGTGTGGAATTTCGGCTTAGAACATTACATGAATAATGGTCGCAATAAGCGGATGAAGCCAGAGCAGTTGATGTTTGCACTTCTGCCATCCGGCACTGCTTCAACAACCGCAAAAGGTATTCGGTTTCAAAAGCTTTATTACAGTTGTCAGCATGCCCATAGCATGGGCTGGCTGACGGACAGCAAAGCGCGGCAAGTGAAGAAATTAGACGTCCGCTACTTAGAACGTGACACGAACCGGATTTGGTATCGCTATGATGGCAAAGTCTACACAGCAGAGTTAAATGACTACTCCGAAATCTATCGCAACCGCTGCTGGCTTGATGCGCTAAATCGTCTTGAACTGTATTCAGAAGAGCGTGCAGAGCAAGCTCGCTTGGAGCGCGAAAAGCGCATTCAGCAAAGTCAATTTACGTCTGAGCTCACACTGGCTGCGAAAGAGCGAATGCGCGGCACCGCCGCACCGACGAGCAAATCTCCGCAAAAATACGTCAATCTGCTGCGTGAAATCGAAACTGAACTGAAAAAGAGTAAAGCAGCGTCACTTATCAATGAGGTTTTTCGTCATGATGAAAACGGCGATGTGCGAGTAAAAGAAAACGTGAACATTGCTTCGTCTATTCATAAACGACATTCAACTAAAAACAAACAGTTACAGCAGCTCTATGGAGACAAGTCCTCATGA	MFNRHSILRTLNNSIQYLIVDVNHTDEKIAFYDLNAQPHQRRRVATVEKKTSSRPPRIQSKPRSMLIDEFNELIKHYDYVVERAEYNNGLYIPKQKTKLERERLIAERNDAADDNYALIADIVEDDEKRVEYLYTNRGNQHIQHVARKNGVKAAHVARLLAQYYSRGCSRAAMYPNYRYCGCNYQPSLAVDESSPKRGRPAKHTEYRNRLRKDEENIEAFLRQLGRRNYRRLHLTKVYQIYDFYYQSQDVAIEHEGQKSVRRIPLPEYESISYSQFYYYIKLLEKSRSFAWTKSGKTNFLRDYESRFGRAREDIPGPSFRMEIDATIEDLYLQFPYYLKQRLSSGRPTVYRVACTYSGMVTGIHVGFGGPNWTGVMQALFNAFTSKVDFCKRYGIDIEEKDWPCSVLCNELTIDNGVEYPSKNMMQFLDETIGIDCINYTAVYSGQSKGTVEGGFSIDKDESVKTLAGYLERQPERGSAHASNFAKYTYDEYMQILIYQTLIRNNEVFKNNIHDQVMSEQGVQSTSLAVWNFGLEHYMNNGRNKRMKPEQLMFALLPSGTASTTAKGIRFQKLYYSCQHAHSMGWLTDSKARQVKKLDVRYLERDTNRIWYRYDGKVYTAELNDYSEIYRNRCWLDALNRLELYSEERAEQARLEREKRIQQSQFTSELTLAAKERMRGTAAPTSKSPQKYVNLLREIETELKKSKAASLINEVFRHDENGDVRVKENVNIASSIHKRHSTKNKQLQQLYGDKSS				NA	NA	NA	NA	NA
AK237_01350	834			hypothetical protein	ATGAGAATCAGAGTCAATACAGCGACAAAACTCTTGTCAACCTGGGCGAAACGCAGTAACACCCAATATGAGCCACTGATTAAAGTCTGGAACAGTCCGAAGGGTAATCGTCGCCACTTATTAAAAGGCTATAAAGCTGCGCCTCGTCAGCACCACTTTCTCTCAGACGGAGAAAAACGCGCAGGCATTTACTATGAGTCATTGCCCCACGTTATTGATTATTTTGAGCAGTACCCACTTCTTGACTTAGAGCGTGCAATTCGCATCGCTGCTGAAATGAATGTTCGCTATCCGACAAACTATAAAGATGGCGAGGCGTATGTGTTATCCACTGACTTACTTTGTCGCGAATACGATTCAGAAACGCATGAAATTGTCTTTGTCGCACGTTCTTACAAGCCTCTCGATTCACTTGATTTTCAATCGAAACATCCAGTCTCGCTGAATCGAACGTTTGAAAAGCTTGAGCTAGAGCGACGTTATTATGAAGAGCTCGGTATTCGTTTCGAGCTTGTGACTGATGCAAATATCTCAAAAACGTGCGCGTATAATCTGAAGTATTTTAGAAATGCTGCATGGCTTAAGCACGAGTACATCGCACATCAAGAGCGTTTTATTCGCGAGTTCATGAATACTTGGTTTGCAAAGCATGATGTTCCATTCAATCAGCTACTTCCAGCATTAATCCCTAAACTGGGGCTGTCATACAGCGATTTAGAGATGTTGTTTGACTACTGCGCGTGGTCCCATGCGATCCCGATTGATTTGGAAGTGAAGTTTCATCGTTTTCGCCCCTTAACGTTGAGAACGGAAAAAGGGCGGCGCGATGTTTAA	MRIRVNTATKLLSTWAKRSNTQYEPLIKVWNSPKGNRRHLLKGYKAAPRQHHFLSDGEKRAGIYYESLPHVIDYFEQYPLLDLERAIRIAAEMNVRYPTNYKDGEAYVLSTDLLCREYDSETHEIVFVARSYKPLDSLDFQSKHPVSLNRTFEKLELERRYYEELGIRFELVTDANISKTCAYNLKYFRNAAWLKHEYIAHQERFIREFMNTWFAKHDVPFNQLLPALIPKLGLSYSDLEMLFDYCAWSHAIPIDLEVKFHRFRPLTLRTEKGRRDV				NA	NA	NA	NA	NA
AK237_01351	204			hypothetical protein	ATGACCTTTTCTGAAAACGACATCGAAACCAGTATCATTCCATCACCTCAGACCCGATTTGCCGGGACAGAAGTGGGCGTGCGAGTAAAACATATTCCTTCAGGGCTTGTGGCTGAATCCACCTCCAAAGCATCACAGTATCTCAATCAGCACGCGGCACTGGCCACGTTGGAGTCGCTTCTTAAGCGCTCAGAGCTCCGATAA	MTFSENDIETSIIPSPQTRFAGTEVGVRVKHIPSGLVAESTSKASQYLNQHAALATLESLLKRSELR				NA	NA	NA	NA	NA
AK237_01352	291			hypothetical protein	ATGTATATCGACAACCTCACACTGACTGACTTCATCGGTGAACACGACAATCTGACCCTTTCCTGTCACGCAGAAATCTGTGAGCGCTACCAATTTTTGTTTCTACGCCTAATGCGAGAGCTTAACCGGATCAGCCACGATGGGGCGCAGATACATGTCTTCTATATCGACATTGATGAGCAAACAGGGATCCCTACACCACAAGTAGAGGTCGTAGGGCGTGAGCCACAAGAGTTTAGTTTGCTATGTGATAGATATGCATTGCTGTATAAGCTTGCTCTGATAGCGTAA	MYIDNLTLTDFIGEHDNLTLSCHAEICERYQFLFLRLMRELNRISHDGAQIHVFYIDIDEQTGIPTPQVEVVGREPQEFSLLCDRYALLYKLALIA				NA	NA	NA	NA	NA
AK237_01353	1929			hypothetical protein	ATGGGAGTGAAAGAAAAAAGGGTAGATAAGAAGGATTATCTAAGAATTCTAAAATCAGAAACGATTCCTTCTGATTCTCCTGTAATATTCTCCAATGGCGGTTTTTATGCCATTTCTCAAGATTATTTTAAAGGTTGCTTGAATTATCCATATGTTAAAGAAGCATTTGAGTATGCTATTAAACCAACTAACGATAGCGAATTATATTCTTCTGCTACTCCATTTAAATATTTAATCTTAAAAGACGAAACTAAAATAAGAGGCCTTTCACTACTCCATCCTAGGTCTCAGATATTGTATTGTGACTTTTTTGAGAAGCATACAGCGTCAGTTCTTTATTATTGTTCTAGAAGTAATTTTTCACTACGAAAACCCTCTAGAGTAGCTTCATATTACAAACCTAAAATAGATGATAACAGTAACTCTCTTGGTGTATCTAGCTTTTTTTCAATTGAGGGCATTGATAGAGTTCACAAATTTTATGAATCAAAAGATTTTGCTATTCTTGAATCAAAATTCAGTGTTTTCACTACTGCCGATGTTGCGAATTGCTTTAATTCAATTTATACCCACACTATTCCTTGGGCTACACATGGGAAAGAATATAACAAAAAATATATTAATCATAAAAGTTTGTTTGCTAATTCATTCGATCAAAGGATGCAGAGGAGCAATAATAATGAGACAAATGGCATTCCTATTGGGAATGAAATTAGTAGGATTTTCTCCGAAATATTATTTCAGAAGATAGATTTGAATATAGAAGAAATATTGCTTGAATATGAACTAGTATGGGGAAAACACTATCAAATATATCGATATGTAGATGATTATTTTATATTTAGTGTTAATAGGGACATAATGACTAGATGTCTGGGTGCGCTGACTCAGTGTTTACATGAATTTAATTTTGCTCTAAATCAATCTAAAACACAGACATTAGAGAGACCTTTCTCATCAAAAATTGCATGTACGGCTGTTGAGACAAAGGAACTCTTAGGAGATTTTGATAAATCTATGTTTGACTTAGTTAAAAATAGTGAAGGGGATTCATACTTATTGATTAGAAAAGTATTTAAGCCTTTAGGCATGGTAAATAGGTTTATTTCAAAAGTTAGATCTATTTGCTTGTCCAATGAAGGTAGCTATAAAAACATCTCAAGCTTAATTATTGGTTCAATAAAAAGGAAAGTGGCTTTATTAGAACGTGGACTTGATATGTCGGAAGAAAAACCTAACCCAATAAATAATCTAATAGTGTTGATAGAGATTGCATTTTTCTTTTATAACGCCAATCCACAAAGTTCAACTAGCCGGACACTTTGTGGAATTATTCTAAAATGTAATGAGGTTGTTGAAAAGTATGCGCCAGAAGACCTTTCTTTTTATAGAAGTGTTGTTATTGAAAAAATAAATTTGATTTTTGGCGGTATTACTAGTGCAGAGATTGAAAGTAACAATCAAGACTTTCTCCCTTTTGAAAAGCTCAATATCTTACTTTCAACACATGATTTTAAATTTGGTGAAAAATTTACTGAAGAGCAAATATTTAGACTCATCGACGGTAAGCATCTCAACTACTTCGACTTAATATCCTTACTCTTTTATACGAAAGGTAAGTCCGAGTATTCACTACTTATAAAATTCCTTGAGGTAGAAGCATTGAAGATATCTAAGCGCACTATCGATATCAAAAAATGCTCCGAAAAGTGCCATCTGGTGCTTGATCTCCTGTCTTGTCCATTTGTTAGTAAAAGTACTAAGTTAAAGCTTTTCAGAAATTTTCCGTTTTATAACAGAATATCAGATGATCCTGTTAGGCGAGAACAAGCTGTAGCTGAGTTCGCGTCCGTGACTTGGTTTGTGGATTGGTCGAATTTTGATCTTGGTGAAATTATAATGAATAAAGAGTTGATTCGGGGATATTAA	MGVKEKRVDKKDYLRILKSETIPSDSPVIFSNGGFYAISQDYFKGCLNYPYVKEAFEYAIKPTNDSELYSSATPFKYLILKDETKIRGLSLLHPRSQILYCDFFEKHTASVLYYCSRSNFSLRKPSRVASYYKPKIDDNSNSLGVSSFFSIEGIDRVHKFYESKDFAILESKFSVFTTADVANCFNSIYTHTIPWATHGKEYNKKYINHKSLFANSFDQRMQRSNNNETNGIPIGNEISRIFSEILFQKIDLNIEEILLEYELVWGKHYQIYRYVDDYFIFSVNRDIMTRCLGALTQCLHEFNFALNQSKTQTLERPFSSKIACTAVETKELLGDFDKSMFDLVKNSEGDSYLLIRKVFKPLGMVNRFISKVRSICLSNEGSYKNISSLIIGSIKRKVALLERGLDMSEEKPNPINNLIVLIEIAFFFYNANPQSSTSRTLCGIILKCNEVVEKYAPEDLSFYRSVVIEKINLIFGGITSAEIESNNQDFLPFEKLNILLSTHDFKFGEKFTEEQIFRLIDGKHLNYFDLISLLFYTKGKSEYSLLIKFLEVEALKISKRTIDIKKCSEKCHLVLDLLSCPFVSKSTKLKLFRNFPFYNRISDDPVRREQAVAEFASVTWFVDWSNFDLGEIIMNKELIRGY				NA	NA	NA	NA	NA
AK237_01354	1206			hypothetical protein	GTGAGAGAGCAAACAATATCTTTCTCTACTCTAGAAAAGAGCATATATCGTGGGGATTTTCATAAACACGAATATTTAAAAGAAAAGTTGTACCGGGAAGAGTGCATTCTCCAGTCGCTTGAAATTGCAAGTGACAGGGATTATAAGTTTACAATAAAAAAAATTAATAAAAATTCAGATAGTTCTGATAAAGTCGGCTACTTTCTACCAATTTTCTACGAAAAATTACTGATTAGAAAGTGTGCTAAAAACATTTCTAAATCATTTCCTATACGCTCTATTGATAGAGAGAGAGCTCTTCGAGAGCTAGTTGCTTGTCTTCGATGGGGTCCGCATCAGTCTGTTTATCGAGTAGACATAAAGAATTTTTACGAGAGTATCAATCACTCTGATCTTTTAAAATTTATTAAAACAAGCGGAAAACTTTCAGGCATAACAAAAAATATCCTTAAAAGGCTTTTAGAGCAATATTGGGATGAAGGCGGAACTGGTTTACCCAGAGGATTAGAAATAGCAAACCCTCTTGCGAATGCTTATTTGTACGAAATAGATGAAAAAATATCTACGCAAGAACATTGCCTATTCTATTGTCGATTTGTTGATGACATAGTCATAGTCTCAAGTGGACTTTCTGATGATAATGTTTATAAATATTTCAAGAAGATAGTGCCTAGTCAACTAAAGTTGAACACATCAAAAACTTTAGTTTTGGACAAAAAATACACAAAAATAGAATTCCCCTTTTTGGGATATAGTATCGAAGTTGATGGTGCATCGAATCAGGATACCAAGAGCTATAGATGTGTTAGTTTGCATGTGTCTGAAGCTAGGCTTAAGAAAATAAAATCAAGAATTTATAAATCATTTGAAACATATCTCACAGACAAGAATTTTGAACTTCTGCTTGATAGGATTTCTTTTTTATCATCGAACAGAACTAATAAAAGAGGAAAAGGTAAGTATAAATCTGGGATATTTTATAGTAATAGACAAGTTGATTCGGTGAGAAGCATAAGAAGTATCGATAAATATATTTATGCATTTGTTAAAAATGGTGGTTTAGGTCCGATAAAAGGTAGAATTATATTTTCAAATGATGAAAAAAGGAAAATATTGGATTTGAATTTTGAAAATAGGTTTATAACTAAGTTTCATTACAAATATAATTATCACCGCAGTAAGGAGATTGTTGAAATATGGGAGTGA	MREQTISFSTLEKSIYRGDFHKHEYLKEKLYREECILQSLEIASDRDYKFTIKKINKNSDSSDKVGYFLPIFYEKLLIRKCAKNISKSFPIRSIDRERALRELVACLRWGPHQSVYRVDIKNFYESINHSDLLKFIKTSGKLSGITKNILKRLLEQYWDEGGTGLPRGLEIANPLANAYLYEIDEKISTQEHCLFYCRFVDDIVIVSSGLSDDNVYKYFKKIVPSQLKLNTSKTLVLDKKYTKIEFPFLGYSIEVDGASNQDTKSYRCVSLHVSEARLKKIKSRIYKSFETYLTDKNFELLLDRISFLSSNRTNKRGKGKYKSGIFYSNRQVDSVRSIRSIDKYIYAFVKNGGLGPIKGRIIFSNDEKRKILDLNFENRFITKFHYKYNYHRSKEIVEIWE				NA	NA	NA	NA	NA
AK237_01355	2898	gcvP	COG0403	Glycine dehydrogenase (decarboxylating)	ATGTCGAATTCATCCCTTACTTTGGCTCAGTTAGAGCAAAAAAATGCCTTTATCCGCCGCCACGTCGGCCCGGGTGAAGAAGAAATTCAAGCCATGCTGGCATCTGTGGGCGCTGACTCACTGGATGATCTGATGGCACAAACTGTACCGGCTGCTATTCAACTGGATAAACCCATTGAAGTAGGTGGTGGCGAGACAGAAGTTGATGCACTGGCTGCACTGAAAGCCGTGGCTTCTAAAAACAAAATCAACCGCTCTTTCATCGGTATGGGTTATTACGACACCCACGTACCGAACGTTATTCTGCGTAACGTGCTGGAAAATCCGGGCTGGTACACGGCATACACGCCGTATCAACCTGAGATCGCCCAGGGCCGTCTTGAAGCCATTCTGAACTTCCAGCAGGTTACTATCGATTTGACCGGTCTGGAACTGGCCTCAGCCTCATTGCTGGACGAAGGCACAGCAGCCGCAGAAGCGATGGCACTTGCCAAGCGTGTTTCGAAAAACAAAAAAGCGAACCTGTTCTTTATCGCTGATGATGTGCACCCGCAAACCAAAGACGTGGTAGAAACCCGCGCTGAAATGTTTGGTTTCGGTATCGTTACCGGTCCTGCAGAAGAAGCCGCAGAACACGATGTGTTCGGTGCGCTGCTGCAATACCCCACTACCACCGGTGAAGTAAAAGATATCAGTGACATCATTGCAGCGGTACAAGCCAAAAAAGGTATTGTTGCTGTAGCGGCAGATCTGATGAGCCTGGTTATGCTTAAATCGCCGGGCGAACTGGGTGCCGACGTGGCACTGGGCAGTGCACAGCGTTTCGGTGTACCGATGGGTTACGGTGGTCCTCACGCAGCGTTTTTCGCTACCCGTGATGCCTATAAGCGTTCATTACCCGGCCGTATCATCGGTGTAAGTAAAGACACCCGTGGCCGTCCTGCACTGCGCATGGCGCTACAAACCCGCGAACAGCATATCCGTCGTGAAAAGGCCAACTCTAATATCTGTACTGCACAGGTGCTGCTGGCTAACATGGCGTCTTTCTACGCCGTTTATCATGGTCCTGAAGGCCTGAAAACCATCGCTAGCCGCATTCACCGTTTCGCCGATATTCTGGCAATCGGCTTAACGCAAAAAGGCGTTGCGCTGAAGCACAGCACTTTCTTCGATACGTTAACCGTGATGGTGGATAACAAAGCTGAAGTGCTTGAAGCAGCTTATGCCCGCGGCCTGAACCTGCGTGCCGATCTTGAAGGCGCTGTAGGTGTGTCGTTAGATGAAACCACCACCCGTGCGGATATTGCCGGCCTGTTCGATGTACTGCTGGGTGGCGATCACGGTTTAACCGTGGATGGTCTGGACGCCGAAGTTACCACACAGGGCAGCCAGTCTATTCCTGCTGATCTGGTACGTACGTCTGATTTCCTGACTCATGAAGTATTTAACTCGTATCACTCAGAAACTGAGATGCTGCGTTACATCAAGTCACTGGAAAACAAAGATTTAGCACTGAACCACTCAATGATTTCATTGGGTTCATGCACCATGAAACTGAACGCGACAGCCGAAATGATTCCGGTTACCTGGCCTGAGTTCGGTCAGCTTCACCCGTTCGCGCCTGTGGACCAGGCTTCCGGTTATCAGGAAATGATTGGTGAGCAGAGCGAGTGGCTGATCAACATCACCGGTTACGATGCATTATCCATGCAACCTAACTCCGGTGCACAAGGTGAATATGCCGGATTGCTGGCGATTCAGCGTTATCACGAAAGCCGTGGCGAAGGTCACCGTAATGTGTGTCTGATCCCAAGTTCAGCCCACGGTACAAACCCGGCGTCTGCACAAATGGTCAGCCTGAACGTGGTTGTTGTGGCGTGTGATAAGAACGGTAACGTTGATTTAGCTGACTTGCGTAAGAAAGCAGAAGAAGTGGGTGATAACCTGTCTTGTGCCATGATCACGTATCCGTCTACCCACGGTGTTTATGAAGAAACTATCCGTGAAATCTGCGACATCGTGCACCAGTACGGCGGTCAGGTTTACATGGACGGTGCCAACATGAACGCACAGGTAGGCGTTACGTCACCGGGCTTCATCGGCTCTGACGTATCGCACCTGAATCTGCACAAAACCTTCTGTATCCCTCACGGTGGCGGCGGCCCGGGTATGGGACCAATTGGTGTGAAATCACACCTTGCGCCTTTCCTGCCAAACCACGCAGTGGTGAACATTGAAGGTACAGGTAAAGATTGTGGTGCAGTATCAGCCGCGCCATGGGGCAGTGCATCTATCCTGCCTATCAGCTACATGTACATCAAAATGATGGGCTCGGAAGGTTTACGTAAAGCGACTGAAGTTGCCATCTTAAATGCTAACTACGTGGCTAAGTCGCTGGAAGGCCATTATCCGGTACTGTACAAAGGCCGTAACGGTCGTGTTGCTCACGAGTGTATTATCGACTTGCGCCAACTTAAAGAAGCGTCCGGTGTTACCGAAATGGACATCGCCAAGCGACTGAACGACTACGGTTTCCACGCGCCGACCATGAGCTTCCCGGTAGCCGGCACGCTGATGATCGAGCCAACGGAATCTGAAGCTAAGTACGAGCTGGACCGCTTCATTGAAGCCATGGTTAGCATTCGCAACGAAATCGCCAAAGTGGAAAGTGGCGAGTGGGATGCCACAGACAACCCGCTGCACAACGCACCACATACGCTGGCCGACATTTGCGACAGCGACTGGACCCGCAGCTACGACCGTCAGGTCGCCGCATACCCGGTTGAGTCTGTTGCCCGCAACAAGTTCTGGCCAAGCGTAAACCGTATCGACGACGTATACGGCGACCGCAACCTGATTTGCTCTTGTCCAAGTATTGAGAGCTATATTGAGGAGTGA	MSNSSLTLAQLEQKNAFIRRHVGPGEEEIQAMLASVGADSLDDLMAQTVPAAIQLDKPIEVGGGETEVDALAALKAVASKNKINRSFIGMGYYDTHVPNVILRNVLENPGWYTAYTPYQPEIAQGRLEAILNFQQVTIDLTGLELASASLLDEGTAAAEAMALAKRVSKNKKANLFFIADDVHPQTKDVVETRAEMFGFGIVTGPAEEAAEHDVFGALLQYPTTTGEVKDISDIIAAVQAKKGIVAVAADLMSLVMLKSPGELGADVALGSAQRFGVPMGYGGPHAAFFATRDAYKRSLPGRIIGVSKDTRGRPALRMALQTREQHIRREKANSNICTAQVLLANMASFYAVYHGPEGLKTIASRIHRFADILAIGLTQKGVALKHSTFFDTLTVMVDNKAEVLEAAYARGLNLRADLEGAVGVSLDETTTRADIAGLFDVLLGGDHGLTVDGLDAEVTTQGSQSIPADLVRTSDFLTHEVFNSYHSETEMLRYIKSLENKDLALNHSMISLGSCTMKLNATAEMIPVTWPEFGQLHPFAPVDQASGYQEMIGEQSEWLINITGYDALSMQPNSGAQGEYAGLLAIQRYHESRGEGHRNVCLIPSSAHGTNPASAQMVSLNVVVVACDKNGNVDLADLRKKAEEVGDNLSCAMITYPSTHGVYEETIREICDIVHQYGGQVYMDGANMNAQVGVTSPGFIGSDVSHLNLHKTFCIPHGGGGPGMGPIGVKSHLAPFLPNHAVVNIEGTGKDCGAVSAAPWGSASILPISYMYIKMMGSEGLRKATEVAILNANYVAKSLEGHYPVLYKGRNGRVAHECIIDLRQLKEASGVTEMDIAKRLNDYGFHAPTMSFPVAGTLMIEPTESEAKYELDRFIEAMVSIRNEIAKVESGEWDATDNPLHNAPHTLADICDSDWTRSYDRQVAAYPVESVARNKFWPSVNRIDDVYGDRNLICSCPSIESYIEE	PGPT0020480_1163	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_UTILIZATION	PLANT_DERIVED_GLYCINE_DEGRADATION,PGPT0020480-gcvP-K00281	NA	NA
AK237_01356	390	gcvH	COG0509	Glycine cleavage system H protein	ATGAGCAATATCCCAACCGATTTACGTTATGCATCAACTCACGAGTGGGTTCGTCCTGAAGGCGATGGTGTTTTCACTGTAGGTATTTCTGAGCATGCTCAGGACTTACTGGGTGACATGGTATTTGTTGATTTGCCTGATGTGGGCGACGCGGTAAGTACCGGTGACGACGTATGTGTGGCTGAGTCTGTTAAAGCTGCATCAGATGTATACGCGCCAATCAGCGGCGAAATCGTTGCGATTAACGATGCGCTGGAAGACTCTCCTGAGCTGGTTAACAGCGACCCGTACGGAGACGGCTGGTTATTCAAGATTAAAGCGGATGATCCTGCTGAAGTTGAAGGTCTGCTGGATGCAGAAGGCTACGAAAACAGCATCGACGAAGACTAA	MSNIPTDLRYASTHEWVRPEGDGVFTVGISEHAQDLLGDMVFVDLPDVGDAVSTGDDVCVAESVKAASDVYAPISGEIVAINDALEDSPELVNSDPYGDGWLFKIKADDPAEVEGLLDAEGYENSIDED				NA	NA	NA	NA	NA
AK237_01357	1080	gcvT	COG0404	Aminomethyltransferase	ATGACGAATACCACCGCATTACACGCCAAACACCTTGAAGCTGGCGCAAAAATGGTCGATTTCTTCGGCTGGGATATGCCAATTAATTACGGTTCACAAATCGAAGAGCATCTCGCGGTGCGTAAAGACGCCGGTATGTTCGATGTGTCTCACATGACCATTGTTGATGTAACAGGCGCGCAAGCGAAAGATTACCTGCGCTATCTGCTGGCTAACGACGTGGCCAAGTTACAGGTTAAAGGTAAGGCGCTTTACAGCGGCATGCTAAACGAAGAAGGCGGTGTCGTTGATGATCTCATCGTGTATTTTTTCGATGAAACTAACTATCGCCTGGTGGTGAACTCTGCCACCCGCGAAAAAGACATGAACTGGCTGAAAGACAAAGCCAGCGGTTTTGATGTCACCATCACTGAAAAGCCGGACTTCGCGATGATTGCCGTTCAGGGCCCGAATGCGAAAGAAAAAGCCGCTACGCTGTTCAGCGCTGCTCAGAAAGAAGCGGTTGCCGGCATGAAGCCGTTCTTCGGCGTACAGGCGGAAGATTTATTCATTGCTACCACCGGTTACACCGGTGAAGCAGGCTACGAAATTATGGTTCCTGCCACGCAGGCAGGGCAGTTCTGGCAGGATCTGCTGGATGCAGGTGTTAAACCGTGTGGCTTAGGTGCACGTGACACGCTGCGTTTAGAAGCCGGTATGAACCTGTACGGTCAGGATATGGATGAAACCGTTTCTCCGCTGGCTGCCAACATGGGCTGGACCATCACATGGGAACCGGCAGACCGTGATTTCGTCGGCCGCAAAGCATTAGAAGCACAAAAAGAAGCCGGTACTGACAAACTTGTCGGTCTGGTAATGACCGAGAAAGGCGTGTTACGTCACGGTTTAAAAGTGCGTTCAGAATCAGGAGAGGGTGTGATCACTTCAGGCACCTTTTCACCAACATTAGGGCATTCCGTTGCACTGGCCCGGGTACCTGCCAATACAGGTGAAACTGTAGAGGTGGAAATGCGTAAAAAGTGGGTTACAGTAAATGTGGTTAAGCCCAGCTTTGTACGCAATGGTAAAAGTGTATTGTAA	MTNTTALHAKHLEAGAKMVDFFGWDMPINYGSQIEEHLAVRKDAGMFDVSHMTIVDVTGAQAKDYLRYLLANDVAKLQVKGKALYSGMLNEEGGVVDDLIVYFFDETNYRLVVNSATREKDMNWLKDKASGFDVTITEKPDFAMIAVQGPNAKEKAATLFSAAQKEAVAGMKPFFGVQAEDLFIATTGYTGEAGYEIMVPATQAGQFWQDLLDAGVKPCGLGARDTLRLEAGMNLYGQDMDETVSPLAANMGWTITWEPADRDFVGRKALEAQKEAGTDKLVGLVMTEKGVLRHGLKVRSESGEGVITSGTFSPTLGHSVALARVPANTGETVEVEMRKKWVTVNVVKPSFVRNGKSVL	PGPT0008130_4601	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_UTILIZATION	PLANT_DERIVED_GLYCINE_DEGRADATION,PGPT0008130-gcvT-K00605	NA	NA
AK237_01358	849	gltC		HTH-type transcriptional regulator GltC	ATGAAGCAGTTGTCGTTAGATAACCTACGTACTTTCGTAAGTGTTATTGAACAAGGTGGCTATGCCAAAGCAGGCGAATGGCTGGGCCGTTCCCAGCCTGCCATCAGCTTACAAATCAAAAAACTGGAAGAGCAGCTGGATCGAAAATTGTTCACCAAAGTGGGTCAGCGGCACCTGCCGAGTAACGACGGTAACTGGCTTTACCCTAAAGCAAAAGAATTGCTTGAGATGAACGACGCCATTTTCCGGTCGTTAACCCCTGCCCCGTTAAGTGGCCGCCTTCGTCTTGGTATTCCTAACGAATTTGCCTCTACGCTACTACCGGGTTTAATTGGCGAGTTTTCCAAGCGTTACCCGGATGTTTCTCTGGAAGTCACTTCGTCGCTAAGCCGCGATTTATTGCATGCTTCTAAGCGCAGTCAATTTGATTTAATACTGGCTCTGGTGAACCCTGATATGGAAGCCGGCGGTGAACTGGTACTGGAAGACGATATGGTGTGGGTGGGCGATGCGGCCAGACCGCTGGTAGGCGACCATATCTCCTTAGTGCTCGCCCCTGACGGCTGTATGTACCGCAGCCGGGTAATTGATGAATTAAAGCAGCAAACACGGGTGTGGAAAATTACCTACACCAATGCTGATCTGGGCGGCCTGGTTGCTGCAATTCAACAGGGCTTGGGGATCACCGCCCTCGCCCGCTCCAGTATGCCGGAAAATTTAACCATCTTAAAAGACAGCCGCCTGCCCCGCCTGGGTAAAGTGAATATTTGTTTGTTTGATCAAGATACACAACATCCGGTGGTCAGCCGCACACTGGCAGCGTTTATTAAAAGTCGGTTACAGCGGTAA	MKQLSLDNLRTFVSVIEQGGYAKAGEWLGRSQPAISLQIKKLEEQLDRKLFTKVGQRHLPSNDGNWLYPKAKELLEMNDAIFRSLTPAPLSGRLRLGIPNEFASTLLPGLIGEFSKRYPDVSLEVTSSLSRDLLHASKRSQFDLILALVNPDMEAGGELVLEDDMVWVGDAARPLVGDHISLVLAPDGCMYRSRVIDELKQQTRVWKITYTNADLGGLVAAIQQGLGITALARSSMPENLTILKDSRLPRLGKVNICLFDQDTQHPVVSRTLAAFIKSRLQR				NA	NA	NA	NA	NA
AK237_01359	123			hypothetical protein	ATGACAGAAAATGCAGCCCCCGTTCTCACTAAATTTCCCACTGAGTTCCTGATGGCCGGGGCCTTACTGTTTACGCTGGGCATGGGTGTCGGCGCTGTAATTGGCATGCTGTGGACAATCTAA	MTENAAPVLTKFPTEFLMAGALLFTLGMGVGAVIGMLWTI				NA	NA	NA	NA	NA
AK237_01360	1194			hypothetical protein	TTGTTTTTAAAATTGTCCACCACAAGTGTTACTGCTTGCGCTTGTTCACTGCTATTTTGCGCCTCTGGCAACGCAGCGTCATGGTTTCCCGCCTATCAAGGCAACGGACTTACCTTTGCCAGCGACAGCGGTGACTATTTACTACAAGTTCGCGGACGCGCCCAATTTCGCTATGCAAACCCGGGCGCTGGCCAACCCAACGATATCGGGGATTTCTTCACCCCCAGCGGTAATCAATTCGATATAAACCGTGCCAGACTTAAAGTTGGCGGTCATGCGGTACGTGATTGGGTAAAGTATTACTGGGAGTACGATGTAGCCGATTCCCGCACCCTGAATGCCACTCTGGCGCTCGAAAAATACAATGCGCTTAAAGTGAAATTCGGACAATGGAAAGTGGAATATTCCCGCGAACGCAGTGTAAGTAGTGGCGGACAGCAATTGGTGGATCGCTCAATTATAAACCGTATCTTTACCCTCGATCGCCAGCAAGGAATATCGCTTTACGGTCATATCGACGAAGGTGGTGCTGCAAACTTCAATTACTGGACTTCGCTGCTAACCGGTTCAGGTCGCGGCGAATACAATAATCACGACGGCGAGCCCATGTACTCAGCACGATTCCAATGGAACATGCTGGGTAAAGAAGTTGGCTTTAAAAACAGTGATATAAAACGCACCGCAACGCCGGCTGCCGCCATTGCGATTGCTGGAGCGAAATACCGTAGTATCTATACCCGTTTTTCATCTTCAGGCCCCGGAGCCCTGGATAACATCGATATTGGCGAAACGCCGGGTCAGTACGATGTGGCGCAATTTGTTATAGACGGCGCATATTTCTATCAGGGCTTTAATGCCCAGGGGGAATACCACGAAAAAGAAGTGACAGACAGGGTAAACGGTAACCAACAAACCACACTTCGTGGATATTACGTGCAAGCGGGCTATTTTCTCAATGAGGAGTTTTCATGGTGGCCGGCTCCCTTAGAACTGGCCGCGCGCTACGCCAGTTACGATCCAAAATCCGGTGATGATGGCGACGCCTTTTATGAACGTACGCTTGCGCTGAATTGGTTCTTCAACGGTCACAATAACAAAGTGACCGCAGAAGTCAGTGAAATAACCATGGAACAACAAAGCATTGAAGTAGGCGACAGATTGACCTGGCGCCTTCAGTGGGATGTCAGCTTTTAA	MFLKLSTTSVTACACSLLFCASGNAASWFPAYQGNGLTFASDSGDYLLQVRGRAQFRYANPGAGQPNDIGDFFTPSGNQFDINRARLKVGGHAVRDWVKYYWEYDVADSRTLNATLALEKYNALKVKFGQWKVEYSRERSVSSGGQQLVDRSIINRIFTLDRQQGISLYGHIDEGGAANFNYWTSLLTGSGRGEYNNHDGEPMYSARFQWNMLGKEVGFKNSDIKRTATPAAAIAIAGAKYRSIYTRFSSSGPGALDNIDIGETPGQYDVAQFVIDGAYFYQGFNAQGEYHEKEVTDRVNGNQQTTLRGYYVQAGYFLNEEFSWWPAPLELAARYASYDPKSGDDGDAFYERTLALNWFFNGHNNKVTAEVSEITMEQQSIEVGDRLTWRLQWDVSF	PGPT0002640_845	DIRECT EFFECT	BIO-FERTILIZATION	PHOSPHATE_SOLUBILIZATION	P-SOLUBILISATION-PHOSPHATE_METABOLISM	P-SOLUBILISATION-PHOSPHATE_TRANSPORT,PGPT0002640-oprO-K07221	NA	NA
AK237_01361	1284	pepE_2	COG0006	putative dipeptidase PepE	ATGGATAAGCGTCATTTTCTTAAAGTCGCAGCAGGAATGGGAGCCATTGCGGCCATTCCGGGAAAAGGTGTTGCAGCGCAGAGCCCGGCAAAGAATGCGGCTTCGTCATTGCAAAATATCACCTCCAATGTAAAAGGTATCGATCGCGCTGAATATACCGCGCGTATCGCCAATGCCCAGCGTCTTATGGCGAAATACGACATAAATGCCATTATTATCGAGCCGGGAGCATCCATGACATACTTCTCCGGCATGAAGTGGTGGCGTAGTGAGCGACTTACCGCGCTGGTTATTCCCCGGGAAGGGAAACCTACGGTTGTTACGCCGTTTTTTGAAGCGCCCAGTGTAAAAGAGTCGCTGGATGTAGATGCCTACGTTCGGGTGTGGCAGGAACATGAAAGCCCGTTTGAGCAAGTGAAGCAGGCTTTGGTTGCACTTGGGTTAGCAAAGGGAAATATTGGATTTGAAAATACGGTTCGGTATTTCGCACTGCGTGGCATGTTGGCGATTTTGCCTGACTGTCAGCATGTGTCGGCTGAACCTGTGGTGCTTGGCTGCCGAATGATTAAAAGTGTCAATGAGCTCACGCTGATGCACAAAGCGAATGAAGTGACGCTCAAGGCCTATGCGCATATCCATTCACAACTTGCCGTAGGGATGAGCCAAAGCGATGTAAAACAAATCATGGCGGATGCGCAGCATCAACTGGGGGGCAGTGGCACGTGGGGGCTGGTGTTGTTCAATGAAGCGAGTGCTTATCCCCATGGTACCCGCCAGCAACAAGTTATCCGGGAAGGCTCGGTAATACTCATGGATTGCGGTTGCGATGTACAAGGTTATCAGTCAGATATAAGTCGTACCTGGGTGTTCGGAGATGCATCGAAAAAGCAGAAAGCCGTGTGGGAAACGGTGAAAAAAGGGCAACAAATCGCCTTCGAAAAAGCACAAGTGGGTACGCCAACCGGCGCTGTAGACGATGCCGTACGCCAGTTTTACGAAACGCAGGGATACGGCCCCCATTATGCACTTCCGGGATTATCTCATCGCACCGGCCATGGCATTGGCATGGAAGGCCACGAGAAGGTTAATTTTGTGCATGGTGAGAAAACGCCACTTTCGCCGGGTATGTGTTTATCTGACGAGCCGGGAATTTATATTCCCGGTGAGTTTGGCGTAAGGCTGGAAGATTGTTTGTATATGACAAACGCCGGGCCGAACTGGTTTACCGTACCGCCAACAAGTATCGATGAACCAATCGGCACCGTAGCACCGTTAAACGTGTAA	MDKRHFLKVAAGMGAIAAIPGKGVAAQSPAKNAASSLQNITSNVKGIDRAEYTARIANAQRLMAKYDINAIIIEPGASMTYFSGMKWWRSERLTALVIPREGKPTVVTPFFEAPSVKESLDVDAYVRVWQEHESPFEQVKQALVALGLAKGNIGFENTVRYFALRGMLAILPDCQHVSAEPVVLGCRMIKSVNELTLMHKANEVTLKAYAHIHSQLAVGMSQSDVKQIMADAQHQLGGSGTWGLVLFNEASAYPHGTRQQQVIREGSVILMDCGCDVQGYQSDISRTWVFGDASKKQKAVWETVKKGQQIAFEKAQVGTPTGAVDDAVRQFYETQGYGPHYALPGLSHRTGHGIGMEGHEKVNFVHGEKTPLSPGMCLSDEPGIYIPGEFGVRLEDCLYMTNAGPNWFTVPPTSIDEPIGTVAPLNV	PGPT0006760_674	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
AK237_01362	246			hypothetical protein	ATGGAACGTGATCTGGAAGTAAGCCTTAAAAAGGTGAACTCTGTATTGCTCTCTTCGCTTTCGGCTTATTGCAATAGCTACCGCCTGAGAGTGAAAAATATAGAAGACGCGAATGACTACAAAATCGTTGCTGAGCTATACAGTGGAGATGTACTAACCATTACACTCATCTCCAGTGATGAAATAGAAATTGAAACCTTTTGCGCAGAAACGGCCACCAAGCAAACAGAACGCCTGTCGACCTGA	MERDLEVSLKKVNSVLLSSLSAYCNSYRLRVKNIEDANDYKIVAELYSGDVLTITLISSDEIEIETFCAETATKQTERLST				NA	NA	NA	NA	NA
AK237_01363	1173	ubiI	COG0654	2-octaprenylphenol hydroxylase	ATGGAAAATGTAGATATTGCTATCGTTGGCGGTGGCATGGTGGGCCTGAGCTTGGCTGCATCGTTAAAGGACAGTGGTTTATCAATTGCGGTAGTCAGTGATCAGCCATTTATTCAACCCTTGTCAGACACCCCTTCATTACGCGTTAGTGCGATAAATGGCGCGAATCAAGCCAGGCTGGCTGCGTTAGGTGTTTGGGATAATCTCGATGCGCATCGACTGAGTCCGTACGATACGATGACCGTGTGGGACAAAGACAGTTTCGGTCGTATTCACTTTTCGAAAGAAGATTTACCCGCGCCGCACTTAGGGCATATTGTCGAAAACCAATTGCTTACCAACGGCTTAGCATCAGTTGTTACTAAACAACCCCACGTAACGCTTATTGAAAGCCGTATCCAGAAAGTGCTGAGTGGTCAGCGGGAGACCATGTTGATGCTGGAAAACGACCAGGTTATCGCCTGTCGTTTGCTGGTTGGCGCTGACGGGGCAAACTCGTTTATCCGCCAACAAGGGCAATTGCCCGTCACCTTTAAGGGTTATGGTCACACTGCCATTGTGGCGACCTTACGTACCACTCAACCACATGAAAAATGCGCCAGACAGGTATTTACGCCAAACGGCCCATTAGCGTTGCTTCCCCTGACGGATCCGCACCTGGTTTCGATTGTTTGGTCACAACAGCATGAGGTCGCGTCATCGTTAATGGCGCTGGATGATAAAGCGTTTAGCCATGCGGTTACTGCAACCAGTGACAGTGCGTTGGGCGTACTTCAGCTTGATAGTCAGCGCTTATCTTTTCCGCTTACCATGCGTTACGCCAGACAATGGGCGAAAAGCGGTATGGTAATTATTGGCGACGCTGCACACACTATTCATCCGTTAGCCGGGCAAGGGGCAAATCTTGGCATGCGAGACGCATTCGCGCTGGCTGAGACTATTCTGGCATGTGTGAAAGATGATAAAGATTTTGCTGACATCGCGCATCTTCGAGCTTTTGAGCGCGCGCGTAAAGCTGATGCCGCTGGGGTCATTGCTGCAATGGACGGATTTAAAACATTGTTCGCTGGCAATCATCCGCTTAAAAAGATTATTCGGGGTGTCGGGCTGGTGGCCACCGATGCGTTGCCGGGTGTCAAACGTCAATGGCTTGCGCAAGCCATGGGGTGGTAG	MENVDIAIVGGGMVGLSLAASLKDSGLSIAVVSDQPFIQPLSDTPSLRVSAINGANQARLAALGVWDNLDAHRLSPYDTMTVWDKDSFGRIHFSKEDLPAPHLGHIVENQLLTNGLASVVTKQPHVTLIESRIQKVLSGQRETMLMLENDQVIACRLLVGADGANSFIRQQGQLPVTFKGYGHTAIVATLRTTQPHEKCARQVFTPNGPLALLPLTDPHLVSIVWSQQHEVASSLMALDDKAFSHAVTATSDSALGVLQLDSQRLSFPLTMRYARQWAKSGMVIIGDAAHTIHPLAGQGANLGMRDAFALAETILACVKDDKDFADIAHLRAFERARKADAAGVIAAMDGFKTLFAGNHPLKKIIRGVGLVATDALPGVKRQWLAQAMGW	PGPT0009555_1030	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-UBIQUINONE|COENZYME_Q_PATHWAY,PGPT0009555-ubiI-K18800	NA	NA
AK237_01364	1197	ubiH	COG0654	2-octaprenyl-6-methoxyphenol hydroxylase	GTGTCTAAAGTCGATGTCGTGATAGTAGGTGGCGGAGCTGTTGGCAGCGTCATCGCTCGCGGATTAATCAAACGTACACACTTTTCTGTCGCGTTAGTTGAGGCGAATGCCTATGCCTCTGATTCATTTCATCCCGGATTTGATGCCAGAGTCATAGCGCTCTCTAAACGCACCGTAGATGAATTGACTACACTGGGGGTGGATTTATCGCACACCGGTGCGGTACCAATCCGTCACATTCAGGTATCGGATAAAGGCGCAGCGGGGCTGTGTAACCTTCACGCCGACGAATTTCATGTTGACAGCTTCGGTCGCGTAATAGCGTTGCAGCGTCTGGGAGAAGCGTTACAACTACCCACTGACAATGAACGTTTTACGCTGCATTGCCCGGCACAAATCAGTACGGTAACGCGCCATCAGGATAACGTTACCGTAACGCTGGACACTGGCCAAACCATCGAAACAAAACTACTGATCTTGGCCGACGGTGGCCGTTCTGCCCTGCATCAGCAATTGGGGTTTGAACGTACCTCAGAGCCCTATGGACAAACGGCTATTATCGTTAATGTACTTACCCAGGTTGCTCATCAACATCGCGCTTATGAGCGTTTTACTGCGCAAGGTCCGGTTGCGTTTTTGCCGTACGATCCCGGGCTTGCCGCTAAGCAAGAGAACGACCATGGCTTTTCTGTTGTCTGGACAGTGCCACCCGGGCAAGTTGAGCAAGTCATGCAAGCAAGTGATGATGTGTTTATTCGTAAGTTGCAACAGGCATTTGGTTGGCGTCAAGGTGCTATTACGCAAATCGGTGAGCGCACGGCTTATCCTTTGTCGCTTCAGCAGACGCATAACCCGGTTAATCATCGAAGCGTGGTGTGTGGGAATGCAGCACAGACACTTCATCCCATTGCCGGTCAGGGTTTTAATCTTGGACTACGTGACGCTATTGCGCTGGTCGATACCCTTACCGAGCAACACGATCCCGGACAGTTTTCACTGCTTAGGCAATATGCGTTGCGTCGACAAGCAGACAAATCTGCCACCATCACCCTTACAGATGGTCTTGTGAGACTATTTTCCAATAAATTGCCAGGGTTGATTGCCGCTCGGAATATAGGTTTGGTGGCAATGGATAATAGCGCGTTATTAAAACAACATTTTGTCAGACAAACCACTGGGTTTGCCCCCGGCGCATAA	MSKVDVVIVGGGAVGSVIARGLIKRTHFSVALVEANAYASDSFHPGFDARVIALSKRTVDELTTLGVDLSHTGAVPIRHIQVSDKGAAGLCNLHADEFHVDSFGRVIALQRLGEALQLPTDNERFTLHCPAQISTVTRHQDNVTVTLDTGQTIETKLLILADGGRSALHQQLGFERTSEPYGQTAIIVNVLTQVAHQHRAYERFTAQGPVAFLPYDPGLAAKQENDHGFSVVWTVPPGQVEQVMQASDDVFIRKLQQAFGWRQGAITQIGERTAYPLSLQQTHNPVNHRSVVCGNAAQTLHPIAGQGFNLGLRDAIALVDTLTEQHDPGQFSLLRQYALRRQADKSATITLTDGLVRLFSNKLPGLIAARNIGLVAMDNSALLKQHFVRQTTGFAPGA	PGPT0009550_1506	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-UBIQUINONE|COENZYME_Q_PATHWAY,PGPT0009550-ubiH-K03185	NA	NA
AK237_01365	1314	pepP	COG0006	Xaa-Pro aminopeptidase	ATGATTAGTCAGCAGGAATTTATCGCCCGTCAACACCGACTCCTTGCCCTTTGCGAACCAGAGAGCGTGGTGATTGTCCCAGCCGGACGGTTGCAAACCCGTAGCAGGGATACCGAGTACCCATTTCGTCAGGATAGCGACTTTTGGTATCTGACCGGATTTGGTGAGCCAGAAAGTGTATTGCTGCTATCAAACCACAGTCAGTTTTCCGACCCTTACCGGGCTATGGGGTTCAGGCCCAAAGATAAAACCGCTGAAATCTGGCAGGGCAGGCGGTTAGGCGCCGAGGCTGGTCTTTCTGCTTTTGCTCTTGACGAAGCCTTTGTGCTTGATGAACTCGATGACATACTCGCCGAATGGTTTGCCGGTCATGATCATGTGTATTTTCCCTTTTATCATCCAAGTGATGTCAGCGAGAAAGTACACACTGTGTGCAAACGTTTGGCGAGGTCGCCAAAAGAGAACCTGGCCCCCGGGGCTTTGCGAGATATTTCTCCCTTAATTCATGAAATGCGACTGTATAAGTCGGCGTGCGAAGTTGCACTGATGAAGGCGGCCGGGAAAATCTCTGCGCAGGGTCATGTTCGGGCGATGAAATTTGCGCATCCAGGTTGTTTCGAATACCAGTTAGAAGCTGAGTTGCATCACGAATTTGCTATGTCAGGGGCTAGGCACCCTGCGTATGGCACTATCGTCGGCGGCGGTAACAATGCCTGCATTTTACACTACACCGAAAATAGCGATGTCATTTCCGACGGTGATTTGATCTTGATCGACGCCGGGGCGGAATATTTTGGTTATGCTGGCGATATAACCCGTACCTTCCCGGTTAACGGGCAATTCAGTGCACCGCAACGGGACATTTATCAACTGGTGTTAGATGCCCAATTGGCGGTGTTAAACAGAATTGGTCCGGGCATGACGATAACTCAGGCCGGGCAAATTGCGGCGGAAGTGATTACACAAGGGCTTGTAAATCTAGGGCTTTTGTCCGGCTCGGTGACTGACAATCTCGACGCTCAGCACTATCGGAAGTACTTTATGCATGGCATTGGGCACTTCCTAGGGCTTGATGTGCATGATGTGGGGGATTATCGGTTAGATGGTGAAGACCGTCCGTTGCAACCCGGCATGGTAATTACCATTGAACCCGGGATTTATATCGCGCCTGATGCCGATGTTGACGAAAAGTACCAAGGCATAGGTGTGCGAATAGAGGACAACCTGGTGATCACTGCCACTGGCGCTGACGTAATAACCAGTGACGTGCCTAAAACAATCGAAGAAATTGAAGCATTAATGAGGAAGTCCTAG	MISQQEFIARQHRLLALCEPESVVIVPAGRLQTRSRDTEYPFRQDSDFWYLTGFGEPESVLLLSNHSQFSDPYRAMGFRPKDKTAEIWQGRRLGAEAGLSAFALDEAFVLDELDDILAEWFAGHDHVYFPFYHPSDVSEKVHTVCKRLARSPKENLAPGALRDISPLIHEMRLYKSACEVALMKAAGKISAQGHVRAMKFAHPGCFEYQLEAELHHEFAMSGARHPAYGTIVGGGNNACILHYTENSDVISDGDLILIDAGAEYFGYAGDITRTFPVNGQFSAPQRDIYQLVLDAQLAVLNRIGPGMTITQAGQIAAEVITQGLVNLGLLSGSVTDNLDAQHYRKYFMHGIGHFLGLDVHDVGDYRLDGEDRPLQPGMVITIEPGIYIAPDADVDEKYQGIGVRIEDNLVITATGADVITSDVPKTIEEIEALMRKS	PGPT0006770_5000	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
AK237_01366	567			hypothetical protein	GTGGATAAACAACTCGATTACGACCGCGTCACCAATGTGTTGTCTCAATACGATGTCATTGCTGATGGTGCTGAAATTCAAGGTACGCTTTGCGGTATGTTGTGTGGCGGTATGCCAGTGTCAGAGCGAAAGTGGCTTGATGTTATAAAAGATACCATGAACGAAGGCGCAGCATTTGCGCCTGAATTAGAAGTCGTGCTGACAGACGTGTTCAATGAACTGTGTCAACAACTGGTTGAAGCGGAGTTTTCATTTAATCTGATGCTGCCAGACGATAAAGCGCCGATTAACGATCGCGGCTTAGGGCTCATCAACTGGGTACAGGGTTTTATGCTTGGTTTTGGTTTATACCAACAAGACATGATGCAGTGTTCTGATGATGTGAAAGAAGCATTACAGGACTTCGCGGATATTTCACGCATGGAAGAGCCTATGAATGAGGACGAGGAGTCTGAGCGCGCTTTATTTGAAGTGGTTGAATATGTGAAAATATCTGCGTTGCTTTGCTTTAACGAGCTGGGCGAGTCGCTGCTTGATAACCAGAAAGACAAGCCCTCTGTGCACTAA	MDKQLDYDRVTNVLSQYDVIADGAEIQGTLCGMLCGGMPVSERKWLDVIKDTMNEGAAFAPELEVVLTDVFNELCQQLVEAEFSFNLMLPDDKAPINDRGLGLINWVQGFMLGFGLYQQDMMQCSDDVKEALQDFADISRMEEPMNEDEESERALFEVVEYVKISALLCFNELGESLLDNQKDKPSVH				NA	NA	NA	NA	NA
AK237_01368	1011	rbsK		Ribokinase	ATGTACCGAGAAGCCTACGGCTATGACGATTCTTCCGCCCTGAACTTTTCGGTTCACGGGCGAACGATGAACAGCGGCATTTCGGAAGGCGCCCTCTTTCGACGGAAAGTAGAAATGGCAGTTATCAATTTTGGTTCGATAAATATCGATCACGTCTACCATGTAGACCACTTCGTAAAGCCAGGCGAAACACTGGCATCTACAAAATATGCCCAGTTGCTTGGTGGTAAAGGTGCAAACCAATCTATTGCGCTTGCGTTGGCGGGCGCAGACGTAAAGCACGTCGGTGCAATTCACCAGTCAGACGCATCCTTTAAGCAAACGCTTATCCGCCACGGCGTCGATTGTCAGTACGTGACATGCTCAGACACGCCATCAGGTCATGCAATAATTCAGGTAACGCCCAGTGGCGAAAACGCCATTGTGTTGTTTGGTGGTGCGAATCAAACCATCAACGAAGCCACAGTTCGAAAAGCGCTTAGCGATACGACATCGGCAGATTGGGTGTTAACACAAAACGAAACCAGCAGTATCAGCGATATGCTCAAGCAGGCAAAAGAAAAGCAATTGAAAGTTGCTTTTAACCCTGCACCGATGAGCGAATCGGTAAAATCCTTACCACTGGAATGCGTCGATTTGCTGATTGTCAATGAGACAGAAGCTGCTGCGATTACCGGCGAAACATCTATCGACGATATCGTGAGTTGGTTTAAAGCCAACTGGCAGCACGGCGAAGTTATCCTCACACTGGGGAAAGAAGGCGTTATGATGCTACGGAAAAGTGGCGATGTGATTAGCGTCGACGCATTTAGCGTAGATGCTGTCGATACGACTGCGGCAGGTGATTGTTTTATTGGCTATTTCTTATCTGCATACAGTAATCATACGGATGCTAAACAGGCGTTAATCCGAGGCTGTGCAGCCTCTGCCATTGCGGTTACTCGTGAAGGCGCAGCGCAATCCATACCGCAGCAAAAAGAAGTAGACCGCTTTTTAGCGAAACATGTCTGA	MYREAYGYDDSSALNFSVHGRTMNSGISEGALFRRKVEMAVINFGSINIDHVYHVDHFVKPGETLASTKYAQLLGGKGANQSIALALAGADVKHVGAIHQSDASFKQTLIRHGVDCQYVTCSDTPSGHAIIQVTPSGENAIVLFGGANQTINEATVRKALSDTTSADWVLTQNETSSISDMLKQAKEKQLKVAFNPAPMSESVKSLPLECVDLLIVNETEAAAITGETSIDDIVSWFKANWQHGEVILTLGKEGVMMLRKSGDVISVDAFSVDAVDTTAAGDCFIGYFLSAYSNHTDAKQALIRGCAASAIAVTREGAAQSIPQQKEVDRFLAKHV	PGPT0017405_3929	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
AK237_01369	942	rihB	COG1957	Pyrimidine-specific ribonucleoside hydrolase RihB	ATGACACACAAAATTATTCTCGATACAGATCCCGGCATCGATGATGCCATGGCGATCTTCTTCGCTTTCCAGCATCCGGACATCGAAGTATTAGGTTTGACGACCGTTTACGGCAATGTGCCCGTGACGATGTCTGCCAGAAATGCGCTGACGTTATGTGATATTGCCGGCCAGGACATTCCCGTCACTAAAGGTGTGGGCATGCCTTGGGTTGGCCCGGAATCAGGCTATGCGCACTTTGTTCATGGCGATGACGGCTTTGGCAATACGTTCCCGGAAGCATCAGAGCGTGAACTCGATCCTCGTAGCTCTGCACAATATATTGTCGACATGGCACGTCAGTATCCGGGCGAAATTACCCTGGTGGCAATTGGTCCATTAGGCAATTTAGCGCTGGCACTACGTTTGGAACCTGAGCTGCCTAAGTTAGTGAAAGGCGTGAGCATTATGGGTGGCGCAGCGTTTGTACCGGGTAATGTGACCCCTGTGGCCGAAGCCAATATCTGGAACGATGCCCATGCTGCAGCCATTGTATTTGCCGCAGACTGGAACGTTACCATGTTTGGTTTAGACGTGACGCTGAAAACGCCGTTCTCTTTGGCATTCCTGGATGAACTGGAAACTAAAAACGAAAAGCTGGGCGGTTTTGTGAAACGTGCGTCCCAGTTTTATGTCGATTTTTACTCAAAAAATCGAGACGAGCGCGTGTGCTTCTTCCACGATGCGTTTCCACTCGCACACCTCATTCACCCTGAACTATTCACGCTTACCCGCGGCCATGCCCGCGTTGGTACCGACGAATTAGATAAAGGACAAACGGCTGTAGCCCCAGCTGGCTCAACGGCAAGTCCACTGTGGACTGAAGCGAAAATGATTGATGTGGCTGTAGACGTTAATCACGAAAAGCTGGAACAACTGTTTATCGATACCTACGCTTTATAA	MTHKIILDTDPGIDDAMAIFFAFQHPDIEVLGLTTVYGNVPVTMSARNALTLCDIAGQDIPVTKGVGMPWVGPESGYAHFVHGDDGFGNTFPEASERELDPRSSAQYIVDMARQYPGEITLVAIGPLGNLALALRLEPELPKLVKGVSIMGGAAFVPGNVTPVAEANIWNDAHAAAIVFAADWNVTMFGLDVTLKTPFSLAFLDELETKNEKLGGFVKRASQFYVDFYSKNRDERVCFFHDAFPLAHLIHPELFTLTRGHARVGTDELDKGQTAVAPAGSTASPLWTEAKMIDVAVDVNHEKLEQLFIDTYAL	PGPT0013465_2005	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	ROOT_COLONIZATION	ROOT_COLONIZATION-VITAMIN_B3|NIACIN_METABOLISM	ROOT_COLONIZATION-VITAMIN_B3|NIACIN_BIOSYNTHESIS,PGPT0013465-iunH-K01239	NA	NA
AK237_01370	612	ygfA	COG0212	5-formyltetrahydrofolate cyclo-ligase	ATGGAAAGTTTAACTAGCGAAGGACTTACCCGCGTCCAAATCCGTAAACTGTTGCGGGCACGTCGTAACGCGATTAGCGACAATGACCGCCGCCAGGCCTCGTTACAGCTGTATCAGCATTTGCAGCAGGTAGAAGCGTGGCAGCAAGCAACCTGTGTGGCCGCGTATTTAACAAATGACGGAGAGGTGGATTTACAACCGGCGATAAATCATGCTCAAACGGAAGGTAAAACGGTAAGCTTGCCGGTAATCCATCCGTTCAACCGGCAGCATTTATTGTTTATTCACTATCATGCAGGTACGACATTAGTCGCCAATCGCTTCAACATCAGTGAGCCGGCGCTGCGTTGTCCTGATGTCGTTCCCTTTGCCAACCATGATGTCATATTAATGCCATTGGTGGGATTCGATTTAGCGGGAAACAGACTGGGTATGGGTGGTGGCTTTTATGATCGCGTACTTGCTCCCTATCGTAACGCAACACAACGCCCCACACTCATAGGTACGGCCCATGACTGCCAGCTTGTTGACACACTGCCGGTTGCGCCGTGGGATTTTCCACTGGATATGATCATTACCCCTTCCGGGCTGATACGTCCGACCAAGGTATAA	MESLTSEGLTRVQIRKLLRARRNAISDNDRRQASLQLYQHLQQVEAWQQATCVAAYLTNDGEVDLQPAINHAQTEGKTVSLPVIHPFNRQHLLFIHYHAGTTLVANRFNISEPALRCPDVVPFANHDVILMPLVGFDLAGNRLGMGGGFYDRVLAPYRNATQRPTLIGTAHDCQLVDTLPVAPWDFPLDMIITPSGLIRPTKV	PGPT0008170_1617	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
AK237_01371	666	rpiA		Ribose-5-phosphate isomerase A	ATGGATCAGAACGCAAAGAAAAAAGCCGTTGCTGAAGCGGCGGCAAAATATGTTGAAGCCGATGCCATTGTCGGTGTTGGCACCGGCTCTACGGTAAACTTTTTTATCGATGCCCTGGAAAGCGTAAAGCACAGGATTGCTGGCGCAGTATCAAGCTCTGACGCGTCTACAGAAAAGCTCGAAGCAATGGGAATTGAGGTGTTTTCACTAAATGATGTGGACACGTTATCTGTCTATGTTGACGGTGCCGATGAAATTACCGAACACAAGCATATGATTAAAGGGGGTGGCGCGGCTCTCACCCGTGAGAAGATCGTGTCCGCAGTGGCCAAAACATTTATCTGTATTGTTGATGACAGCAAGCAAGTTCCTGTGCTGGGCAAGTTTCCACTTCCTGTCGAGGTCATTCCAATGGCACGCTCTTATGTGGCCAGAGAAATGGTGAAACTAGGGGGTGATCCTGTTTACCGAGAGGGCGTCACAACAGATAACGGCAATGTTATCCTGGATGTGCACAATTTATCGATCACCAATCCACGAGAATTAGAAAGTAAAATCAATGATATTGCCGGTGTAGTAACGAATGGCATTTTTGCCAACCGCGGTGCAGACATCGTACTGGTCGCCACCGATTCTGGCGTACTCACTATTGGCGATAAACCCTAG	MDQNAKKKAVAEAAAKYVEADAIVGVGTGSTVNFFIDALESVKHRIAGAVSSSDASTEKLEAMGIEVFSLNDVDTLSVYVDGADEITEHKHMIKGGGAALTREKIVSAVAKTFICIVDDSKQVPVLGKFPLPVEVIPMARSYVAREMVKLGGDPVYREGVTTDNGNVILDVHNLSITNPRELESKINDIAGVVTNGIFANRGADIVLVATDSGVLTIGDKP	PGPT0017390_3430	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE-PENTOSES_UTILIZATION	PLANT_DERIVED_RIBOSE_METABOLISM|DEGRADATION,PGPT0017390-rpiA-K01807	NA	NA
AK237_01372	1230	serA	COG0111	D-3-phosphoglycerate dehydrogenase	ATGAGTAAAGTATCCCTACCCAAGGACAAAATCCGTATATTGCTATTGGAAGGCGTTCACCAAAGCGCTGTTGAAACCTTAAATAACAATGGTTACACCAATGTCGAGTATTTAAAGACCTCTTTGTCCGAAGAAGATCTCATTGAGAAAGTGAAAGATGTTCACTTTATTGGTATCCGTTCGCGTACACAAATTACTGAAGCCGTAGTGGAAGCAGCAGAGAAACTTGTCGCTGTGGGTTGTTTTTGTATTGGTACAAACCAGGTGAATCTTCAGGCAACGCAAATCAAGGGAATTCCGGTATTTAACGCACCGTTTTCTAATACCCGCTCGGTTGCTGAGCTGGTACTCGGTCAGTTGATCCTGCTGCTTCGCGGTGTGCCATCTAAAAACGCCAAAGCACACCGTGGCGAGTGGGAAAAAAGTGCCGTTGGCTCTTACGAAGCCCGCGGCAAAACGCTTGGTATTGTCGGGTATGGCCACATTGGTACCCAGTTAAGCATTCTTGCTGAACACCTGGGCATGCGCGTACAGTTTTTCGATATCGAAGACAAACTGGTACTTGGTAACTCTGTTCAGGTAAAGTCGCTAGACACGCTGCTTGCTACGTCTGATGTGGTTTCTTTGCACGTACCAGAAACCGTTTCAACGAAAGACATGATTGGTAAAGACCAAATTGCCATGATGAAGAAAGGTGCCATTCTCATCAATGCTTCCCGCGGTACTGTAGTTGATATCGATGCGCTGGTAGATGCAATGGAAACCGACCATCTGGCAGGTGCCGCCATTGACGTATTCCCGGTTGAGCCAAAATCAAACAACGAGGAATTCGAATCACCGTTGCGTAAATTCGACAACGTGATTTTAACGCCACATGTTGGCGGCAGCACGCAAGAAGCACAAGAAAACATCGGTATTGAAGTTGCGGGTAAATTAGCAAAATACTCAGATAACGGCTCGACCTTATCTGCGGTTAACTTCCCCGAGGTGTCATTGCCGGATCACCCGGGACGTTCACGTTTGTTGCACATCCATGAAAACCGTCCTGGTGTTCTTAATCAAATTAACCAAACCTTTGCAGAGAAAGGCATTAACATTGCCGCCCAGTACCTGCAAACTGTAGCCGACATCGGCTACGTGGTCGTTGATGTCGAAGCCAACAAAGCTGACGAAGGGTTAGCTCAACTGCAAAACATTAAAGGCACCATTAAAACCCGCTTGCTTCACTAA	MSKVSLPKDKIRILLLEGVHQSAVETLNNNGYTNVEYLKTSLSEEDLIEKVKDVHFIGIRSRTQITEAVVEAAEKLVAVGCFCIGTNQVNLQATQIKGIPVFNAPFSNTRSVAELVLGQLILLLRGVPSKNAKAHRGEWEKSAVGSYEARGKTLGIVGYGHIGTQLSILAEHLGMRVQFFDIEDKLVLGNSVQVKSLDTLLATSDVVSLHVPETVSTKDMIGKDQIAMMKKGAILINASRGTVVDIDALVDAMETDHLAGAAIDVFPVEPKSNNEEFESPLRKFDNVILTPHVGGSTQEAQENIGIEVAGKLAKYSDNGSTLSAVNFPEVSLPDHPGRSRLLHIHENRPGVLNQINQTFAEKGINIAAQYLQTVADIGYVVVDVEANKADEGLAQLQNIKGTIKTRLLH	PGPT0009155_4049	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-VITAMIN_B6|PYRIDOXINE|PYRIDOXAL|PYRIDOXAMINE_BIOSYNTHESIS,PGPT0009155-serA-K00058	NA	NA
AK237_01373	1119			hypothetical protein	ATGTTAAAAAAATCTTCTTTGTACCTCACTATAGGGATATCAACGTTATACGGTGCACCAGTATACGCAGATGAACTCCCCTTTAACCTCGGCGGCCATGTTCGGGTTAATTACGGCCACCGCGATTGGCAGGCACCAGCTATCAGAGACGGATTTGAGTTTGAATCAATTAAGCTCACCGTTGATGGCGAATTCGACGACTTTTCTTACAAAGCGGATTATCGCTGGTACGAAAATACCGATTTCAATACAGTCCGCTATGCCGACCTTACTTATCACTACAACGACTACCTGGACATTACCGGCGGCATCACCAAAGTGCCTTTTGGCTTACTTCCTTTTGCGTCTAACAGTTTTTGGTTCTCCGGTAACTATTACATCGGTTTTGAGGACGATTACGACGCAGGTTTTGTTGCCCGGTATGAACGGGATGATCTAACGGTTCATGCCGGTTACTTTTTAAATGACGAATATGACGATGCCGCCAAGTTCGGCCGTTACTCCTTTGACGTGGCCGATGATGGTGAATATCGTAATCAGGAAGATGGCCAGTATAACTTACGGGTTAATTACGCGGCGAAGCTGCTGCCCCGCTCAATTACAGATATTGGTGTTTCCTTCCAGCAAGGTGACATTTATAACTTTGACACCGAGCAAGACGGCGATTTGACGGCTTATGCAATTCACGTGCGTCACACACAAGACCCACTGAAAATCGAACTGCAGTATCTGGATTACCACTATGACATTGCCGCTCCTGACGGCCAACTGACCGACAGGATAGCATTATCATCGTTCGAAGCACCTTTTCTCATGGCCAGCGAAGGGAAATCCTATGTCGCCAATGTGGCGTACACGCTGCCGTTTACCTACCGCTCTATGGACGATATTACCTGTTACAGTGAATATTCACGTATTACATCAGATGTAGAAGCGGGCGCTGACAGCTCACAATGGGTTAATGGTTGTAGCTTCGGTTGGTCAAAGTTATTTGTGTACGTAGACAGTATTCAAGGCAAAAACATGTGGTTTTCCGGCGGCTCTGGCGTCGGCCTCGATTTTGGCGATGACCCTGGATCGACACACCGCTTGAATATCAGTTTGGGGGTTTATTTCTAA	MLKKSSLYLTIGISTLYGAPVYADELPFNLGGHVRVNYGHRDWQAPAIRDGFEFESIKLTVDGEFDDFSYKADYRWYENTDFNTVRYADLTYHYNDYLDITGGITKVPFGLLPFASNSFWFSGNYYIGFEDDYDAGFVARYERDDLTVHAGYFLNDEYDDAAKFGRYSFDVADDGEYRNQEDGQYNLRVNYAAKLLPRSITDIGVSFQQGDIYNFDTEQDGDLTAYAIHVRHTQDPLKIELQYLDYHYDIAAPDGQLTDRIALSSFEAPFLMASEGKSYVANVAYTLPFTYRSMDDITCYSEYSRITSDVEAGADSSQWVNGCSFGWSKLFVYVDSIQGKNMWFSGGSGVGLDFGDDPGSTHRLNISLGVYF				NA	NA	NA	NA	NA
AK237_01374	804			hypothetical protein	ATGCTGACATCACGATTTATCAAAATTGCACTTTGCTGCCTTGCCCTGGTTCCCGCCTGGGTTTCGGCCCACTCCTGGATGACGGTTCGCATTGCTACCACAGAATACGCACCATATACCTCTGAAGACATGGAACACGACGGATACATGAACCACATTATCCGTGACGTTTTCTCGCAAACCGGGGTGCGCGTTGAATTTGTATCCTTACCGTGGAAAGAAGCGTTAGCGGGCGCGTTAAATGGCGACTACGACGCGGTGTCATACGGCAACTATGTGCGTGAACGCGAAGACAAGTTTTGGCACAGCGAGCCAATCACCTCGGAAAACCTGGTCTTTTACGTTAATAAAGAAAAGGGCCCCTCTACCTGGTCGTCGTTGGATGATATCAAAGACTACAAAATGGGGGTAACCAAAGATTACCTTTATAACAACGAATTGGCCGCTTATATCAAGGCGAATAAATCCATTAGCACCGCCGACACGGACGATGATAATTTCAATAAACTGATTGACGGCGATATTGAAATTTTCCCCATCGACGAATTAACTGGCTGGTATTTATTGCAGCGAGATTTTAGCGACGTAGAGCGCGACGAGATTAAGCCTATCTCCCCTATTCTTTCTACGGTAACGACTCATCTGTTGGTGCCTCAGGGAAGAGAAAACCGGCTTGTACTTGAGCTTTTCAATAAGGGTTTACAAGAACTAAAAATGAAAGGTGAGCTGGATCGCTTCAAGAATCTGCTAAAAGAAGGTTACTACCAAACGCCGGAAAGGCCGGTAAACTTCGACAGACGATAA	MLTSRFIKIALCCLALVPAWVSAHSWMTVRIATTEYAPYTSEDMEHDGYMNHIIRDVFSQTGVRVEFVSLPWKEALAGALNGDYDAVSYGNYVREREDKFWHSEPITSENLVFYVNKEKGPSTWSSLDDIKDYKMGVTKDYLYNNELAAYIKANKSISTADTDDDNFNKLIDGDIEIFPIDELTGWYLLQRDFSDVERDEIKPISPILSTVTTHLLVPQGRENRLVLELFNKGLQELKMKGELDRFKNLLKEGYYQTPERPVNFDRR	PGPT0020800_9948	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_TRANSPORT	PLANT_DERIVED_POLAR_AMINO_ACID_TRANSPORT,PGPT0020800-ABC_PA_S-K02030	NA	NA
AK237_01375	750			hypothetical protein	ATGAAAAAGCAACTTTTAGCAGTCGCTGTGCTCAGCGCTATGGGTACGACTTCCGCACTAGCACAAGATGATGCTAAACCGTTCACACTAGAAGGTGGGTTAGGTTTTATCTTTACCTCGGGTAATACGGAAACTACGTCTATCAACGCGTCGTTAGAAGGCCACCAGGAACTGGAAAAGTGGAGTAACGACTACGCCATCGAAGGTCTTTATAAAAAAGAAACCGTAGAAGACGATGATACCGGTGAAGATGTTGAACGTACGTCTGCACAAAAATTCTTCGCATCCGGTCAGGGTAACTATAAGCTGGAAAATCCTGATTACCGTTTATTCGGCTTCGCCTCGTACGAAGACGACCGTTTCAGCAGTTATAACTATCAGTCTACTGTCGCTGCGGGTTGGAACCAGAAGGTTTGGCAGAATGACTCCACATCGTTAGAGTACTCAATCGGTCCGGGTTATTCATGGGCTGAAACGCAAGAAGACGTTGAGCAAAACAGTTTCATCGTTCGTGCGTCAGGTGCATTTGAATGGTTGATTTCTGATACTGCCAAATTTACTCAGACAGTGAGTACGGAAGTGGGTGATGAAAACACCAAGTCACGTGCAGAGTCAGCGTTGACTGCGTCGATCAGCGGTAACCTGTCTATGAAATTGTCAGTTAAACTAGACCACAACTCCCGTGTAAACGAAGGCGTTGAGAAACTGGATACTGCAACCGCCATTACTTTGGTTTACAGCTTCTTCTAA	MKKQLLAVAVLSAMGTTSALAQDDAKPFTLEGGLGFIFTSGNTETTSINASLEGHQELEKWSNDYAIEGLYKKETVEDDDTGEDVERTSAQKFFASGQGNYKLENPDYRLFGFASYEDDRFSSYNYQSTVAAGWNQKVWQNDSTSLEYSIGPGYSWAETQEDVEQNSFIVRASGAFEWLISDTAKFTQTVSTEVGDENTKSRAESALTASISGNLSMKLSVKLDHNSRVNEGVEKLDTATAITLVYSFF	PGPT0014375_603	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-HALOTOLERANCE_RELATED_ENZYMES,PGPT0014375-ydiY-K07283	NA	NA
AK237_01376	822			hypothetical protein	ATGTTAAATCCGTTTACTACGCGATTTCTGGTGTTTGCTACTTTTATGACAAGTGGCATCTCCGGCTCGATGGCAGCCGACCGGAATCTTATACAGACCTTATATCATTCCGACTTCGATGAAGTGGGCGATGGTGGACAGCCGCGCTTTTCGCTTGATGGCGAACTTGGCATACTTGCCGCCACGGGGAATACCAATGCGAATTCTCTGAAAGCGTCGTTACGTTCAGAGCATGAAACCGCAAGATGGAATAATAACTATTTTGCTGAAATGCTGTATAAGCAGAGCAAAACCGAAGATGATGAAGGCGTTAGTACCAGTGAGGTCACCGCGCAGCGCTTTTTTGGTTATGCGCAATTTGATTATAAACTAATGACGCCCGGACAACGTACTTTCATGTACGGTGATTACGAGGATGACCGTTTTAACGGTTATGACTACCGTGCATCATTGGCGGCAGGTTGGTCACAACGCATGTGGAATGAAGATGAAAGCTCTTTCCGCTATAGTGTCGGCCCAGGTTATGCCTTTGTTTCAGTAGAAGAAGGTACCGAATCTAACGTCAATAATGGGTTTATTGCACGTGCCTCAGGTGAATATCAATATCAATGGAATACCGGTGCGCAATTACGACAATTTATGAGCGCTGAAATCGGTGCAGATAACATAAAGACCCGTTCTGTGACGGCGTTATCTGCCAATCTTTTTGATTCACTCGCTATGAAATTTTCCTTTAATCTGGCTTACGAAACCGAGCCACTTGAGGACGTGAAAAGTGTGAATACGGAAACCACTATTTCAGTGGTTTATCGTTTTTTCTAA	MLNPFTTRFLVFATFMTSGISGSMAADRNLIQTLYHSDFDEVGDGGQPRFSLDGELGILAATGNTNANSLKASLRSEHETARWNNNYFAEMLYKQSKTEDDEGVSTSEVTAQRFFGYAQFDYKLMTPGQRTFMYGDYEDDRFNGYDYRASLAAGWSQRMWNEDESSFRYSVGPGYAFVSVEEGTESNVNNGFIARASGEYQYQWNTGAQLRQFMSAEIGADNIKTRSVTALSANLFDSLAMKFSFNLAYETEPLEDVKSVNTETTISVVYRFF	PGPT0014375_182	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-HALOTOLERANCE_RELATED_ENZYMES,PGPT0014375-ydiY-K07283	NA	NA
AK237_01377	906			hypothetical protein	ATGCCGGTTGAGTTATTCTTTTCCACGTTGTTAGTTGAAGTTGTTATACTTAATGCTAAGAAAATAAAAGGTTTACATGTAATGTCCATGGAAAAGTACGTTAGTTACGCGACGCAGTCCTTCACGTTTCCAAACATTTGTTTGAAAATTCGTGACGTGTTGGACGACCATCGCTCGGACATGGAAGATATTGGTAAGTTAATTGCCATCGATCCATCACTAACGGCCAAAATTCTTCGGTTAGCGAACAGTGCCTTGTTTCGCTTCCCTTCACAAATAGATTCAATTTCAAAAGCCGTCAGCGTTATTGGCGGTGAAGCGTTGTATAATCTGGTGGTAGCCGAGACAGCCAATACCGCATTTAAGCACTTTGATAGTGATCATATTCGTTTAGATAAGCATTGGTATATGTCGGTGTATAATGGCATGTTGGCAAAATCCATGGCCAAACAATGTAACATGCGAGGAAGCGAACGTTTTTTCGTGATGGGTATCTTGTGCCACTTTAGTGAGCTTGTGGTAGCCAAACATGAGCCAGAACGTTATCAGGCCTATAAATCTGATAACAGTGATGCGCTTCCGTGGGAGAAGCAGCAAACACACTTCGGCTTTACCTTCGCAGCATGTTCCGGTGAGATCATGGAGCAATGGCGACTGCCTTTACCTCTCTTTTTTACCGTAAAACATGTTCACAGTACCAAGAAACAAGGTGAAGATGCCGATATTGGTTTGTTGGCGTGTTCAATGCGGGTTACAATCCGAGAAAATTTGAAGGCAGAGTATGGTGATATTGAACTTTTCACGCCAGAAATAGCCAATAAATTGGTGGTTGAAGGAGAAACCCTGGGAAATGCGATTGCATTCGCAAATAGCGAAGCAGCAAAGGTATCAGCATTAATCCTGTAA	MPVELFFSTLLVEVVILNAKKIKGLHVMSMEKYVSYATQSFTFPNICLKIRDVLDDHRSDMEDIGKLIAIDPSLTAKILRLANSALFRFPSQIDSISKAVSVIGGEALYNLVVAETANTAFKHFDSDHIRLDKHWYMSVYNGMLAKSMAKQCNMRGSERFFVMGILCHFSELVVAKHEPERYQAYKSDNSDALPWEKQQTHFGFTFAACSGEIMEQWRLPLPLFFTVKHVHSTKKQGEDADIGLLACSMRVTIRENLKAEYGDIELFTPEIANKLVVEGETLGNAIAFANSEAAKVSALIL				NA	NA	NA	NA	NA
AK237_01378	285			hypothetical protein	ATGGCGGTAAAAGCAAACCATCCAGACCAGCTGGAGATATTTGCTGTACCCAGCCCTTGTATCGGTGTATGCCAGGCAGGCCCGAAGGGATATTGCTTAGGGTGTTATCGCTCACGCGAGGAGCGCTTTCATTGGCTTAATATCGATGACGCTGCCAAGCGCACGATTATCAAAGCGTGTCAGCGTAGAAAAGCACAAGCGTTGCGTAAAGAAAGCGAAGGAAACACGACATCCGGAATCGCAGAACCGCAACAGCAGTCTTTGTTTTCTGAACCTAAAAAATAG	MAVKANHPDQLEIFAVPSPCIGVCQAGPKGYCLGCYRSREERFHWLNIDDAAKRTIIKACQRRKAQALRKESEGNTTSGIAEPQQQSLFSEPKK	PGPT0013210_426	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-OXIDOREDUCTASES,PGPT0013210-ydhL-K06938	NA	NA
AK237_01379	711			hypothetical protein	ATGAATAAAGCAGCCGCCGCTATTATTGGTACAGGACTGGTTATCGCGTTTGCCGTGCTGGGAGGCCAGCTGGCAAACGCGCTGGTGGATTTTAAAACCTGGGACAGAGTTGTTACCGTGAAAGGGCTGTCAGAACGGGAATATCCGGCAGACCAGGTGATCTGGCCAATACAGTTTACTGAAGCCGGCAATGATCTCTCAGCACTCTATGACACGCTGGAAAGCCATTCAGAAAAAATTACTGCGTTTCTCACAGCCAGTGGCATTAACGCTGACGACATCAGCTTTAATCAGCCGGTTATTACCGATAAGCTTGCGCAACAGTACGGCGGCGATAACAGGGTGGAGTTCAGGTACAGTGCCAGCCAGACCGTAACCGTGTACTCAACCGATGTGGATGTGGTGAGAAAAGCCATGCCCGATATTTCTGATCTCGTTAAACAAGGCATCGTGTTTTCTAATCAGCAGTGGGATGCCCAACCGCAGTACGTGTTTAGCCGGTTAAATGACGTGAAGCCGGATATGATTGAAGAGGCGACACTTAACGCAAGAGAAGTGGCTGAGAAGTTCGCCCATGACTCACAAAGTCAGCTGGGTAAAATCAAACGAGCCAATCAGGGGCAATTTACCATCACGCCAAGAGACACCCATCAACCGCACATCAAAAAGGTGAGGGTAGTGTCTACCATTGAATATACCTTAGTGGATTAA	MNKAAAAIIGTGLVIAFAVLGGQLANALVDFKTWDRVVTVKGLSEREYPADQVIWPIQFTEAGNDLSALYDTLESHSEKITAFLTASGINADDISFNQPVITDKLAQQYGGDNRVEFRYSASQTVTVYSTDVDVVRKAMPDISDLVKQGIVFSNQQWDAQPQYVFSRLNDVKPDMIEEATLNAREVAEKFAHDSQSQLGKIKRANQGQFTITPRDTHQPHIKKVRVVSTIEYTLVD				NA	NA	NA	NA	NA
AK237_01380	3168	oqxB23		multidrug efflux RND transporter permease subunit OqxB23	ATGAATCTGTCTAAGTTTTTTATACACAGGCCTATATTTGCCGGGGTGTTGTCACTGCTGATCTTTATCGGCGGTGCCATTGCCGTGTGGCAATTGCCCATAACGGAATATCCCGAAGTGGTGCCGCCTACCGTGGTGGTCACTGCTAATTATCCGGGTGCCAACCCTAAAATCATTGCAGAAACCGTAGCCAGCCCGTTAGAACAGGAAATCAACGGAGTAGAGGATATGTTGTATATGTCTTCTCAGGCTAACTCTGATGGCAGAATGACACTGACCATTACTTTTGCAATTGGTACCGATCCCGACGCTGCTACAACACTGGTGCAAAACCGGGTTAACCGTGCCTTGCCACGTTTGCCGCAGGAAGTGCAAAGACTGGGGGTGGTGACCGAGAAGTCTTCACCGAACCTGACCATGGTTGTGCATTTAACATCGCCGGACAGCCGTTATGACATGCTTTATCTGTCGAACTATGCCGAGCAAAATGTCAAAGATGAACTGAACCGTATTAATGGTGTGGGCGAAGTGCGCTTATTCGGCGCCGGCGAATACTCCATGAGAGTCTGGCTGGATCCCAATAAAGTGGCCGCCCTTGGCATGAATGCCGGTGATGTGATTTCAGCTATTCAGGCACAAAACCAGCAGGCTGCCGCAGGTAGTCTTGGTGCCCAGCCGGCCGGTGGCAGCGAGTTTCAGTTACTCATCAACGTTCGCGGTCGTTTACTGGATGAACGCGAATTTGGTGACATTATTATTAAAACCGGCGAGTCCGGTGAGATATCACGGTTAAAAGATGTGGCCCGTATTGAACTGGGGGCGGATTACTACACCTTACGTTCGTTACTGAACAATCGTCCGGCCGCCGCGTTGCCAATTTTCCAGGCACCCGGTTCTAATGCGATTCAAATCAGTGATGATGTGCGCGCTACTATGGCTGAATTGTCGGAGGCCTTTCCGGAAGGTCTGGACTACGACATTGTGTATGACCCCACAGTCTTTGTGCGCGGTTCCATTAAAGCTGTTGTGAATACCCTGTTCGAAGCGGTATTACTGGTTGTATTAGTGGTTGTGCTGTTCCTGCAAACCTGGCGCGCATCCATCATCCCTCTGGTTGCTGTGCCTGTATCTCTGGTAGGCACGTTCGCATTTATGCAACTCATGGGCTTTTCATTAAATGCGTTATCCCTGTTCGGACTGGTGTTAGCTATCGGTATCGTGGTGGATGATGCCATCGTTGTGGTTGAAAACGTAGAACGGAATATCGCTGCCGGGCATTCGCCTGTTGAAGCCACAACCATCGCCATGAAAGAAGTGACAGGACCTATTATTGCCACCACCATGGTGCTGGCGGCGGTGTTCATTCCTACGGCATTTATGTCCGGACTCACCGGCCAGTTTTACCGCCAGTTCGCCCTGACGATTACCATTTCAACGGTGATTTCAGCCATCAACTCGCTGACGCTGAGCCCTGCATTATCAGCCTTGCTGTTAAAGTCTCATGATGCACCCAAAGACTGGCTGACCAGAGGCATGGATAAGGCGCTGGGCGGATGGTTGTTTAATCCGTTTAACCGGTTCTTTGACCGTGGCGCGAAAGCGTACACCGCTGGTGTAGGTTCTCTCATTCGTAAATCCGGCATCATCATGGTGCTGTATGCAGGATTACTGGCACTCACATGGCAGCAGTTCAGCAGTACGCCTACCGGTTACGTGCCGGCTCAGGACAAAATGTATCTGGTTGCTTTTGCCCAGTTGCCTGACGCGTCTTCACTGGACAGAACGGAAGACGTGGTACGTCAGATGTCCGCGATTGCGTTGCAGCAGGACGGCGTGTCTGATGTTGTGGCATTCCCGGGGCTGAATATTAACGGGTTTACTAACAGCCCCAGTTCCGGTGTGGTGTTCTTCCCGTTAAAGCCTTTCGCTGACCGGGAAGGGAAGGGGCTCACTGCCGGAGCGATTGCCGGGCAGCTAAACCAGAAGTTTGCAGCAATTAAGGAAGCGTATGTCGCCGTGTTTCCGCCTCCGCCTGTGCTGGGCTTAGGCACAATCGGCGGTTTCCGTCTGCAACTGCAGGACCGCGGTAATCTGGGTTTTGAAACCTTAAATGAAGTCACGCAGCAAGTGGTGCAGAAAGCCTGGGCCGATCCGGTACTTACTGACACATTCAGCAGTTACCGCGTGAGCGTGCCGCAACTGGATGTGGACGTGGACCGCACCAAAGCCATAGGAATGGGCGTGAACATCGATACGTTGTTTGACACCTTACAAGCCTATTTAGGGTCGGTGTATGTGAATGATTTCAACCTGTTCGGACGCACCTATCAGGTGAATGTGCAGGCTGACTCTCAGTTCCGTCAGGATGCAGAACAGATACGTCAGTTTAAAGTGCGCAATGCGCAGGGCGAAATGATTCCGTTAGGCGCGTTTTTAGACATCAATCATACTGCCGGACCGGACCGGGTTATGCACTACAACGGCTACGTTACCGCTGAAATCAACGGTGCCCCTATGCCCGGGTTCAGCAGTGATGAGGCGAAGGTTGCTATCGAGAAAATACTCGATGAAACCCTGCCAATTGGCATGACGTACGAGTGGACAGAACTAACCTATCAGCAAATTCTGGCCGGTGATGCGTCAATGTATGTATTCCCGCTGGTGGTGTTGCTGGTGTTTCTGGTACTGGCTGCACAGTATGAAAGTTTGTCATTACCACTGGCCATAATCCTTATCGTGCCTATGACTTTGCTCAGCGCGTTAATCGGTGTGGGCATTTACGGCGGAGACAACAACATCTTCACCCAAATCGGGCTCATTGTGTTGTTTGGTCTGGCCACGAAGAATGCCATTTTGATTGTTGAATTTGCGAAAGAACTGGAAGAGGAAGGGCGCACTGCACTGGAAGCAGTGAAAGAGGCGTGTCGCCTGCGTTTGCGCCCCATTCTGATGACATCCATTGCCTTTATTATGGGTGTGCTGCCAATGGTAATTTCGACCGGAGCCGGTGCAGAAATGCGTCAGGCCATGGGCGTCGCGGTATTCTCAGGCATGATTGGTGTGACTTTCTTCGGATTGGTACTAACACCTGTGTTTTATTACCTGCTACGCCGGAACCGCAAACCGGCACCCGCCTTAACGTCTCAGGCGCAGTCCCACACTGCTTAG	MNLSKFFIHRPIFAGVLSLLIFIGGAIAVWQLPITEYPEVVPPTVVVTANYPGANPKIIAETVASPLEQEINGVEDMLYMSSQANSDGRMTLTITFAIGTDPDAATTLVQNRVNRALPRLPQEVQRLGVVTEKSSPNLTMVVHLTSPDSRYDMLYLSNYAEQNVKDELNRINGVGEVRLFGAGEYSMRVWLDPNKVAALGMNAGDVISAIQAQNQQAAAGSLGAQPAGGSEFQLLINVRGRLLDEREFGDIIIKTGESGEISRLKDVARIELGADYYTLRSLLNNRPAAALPIFQAPGSNAIQISDDVRATMAELSEAFPEGLDYDIVYDPTVFVRGSIKAVVNTLFEAVLLVVLVVVLFLQTWRASIIPLVAVPVSLVGTFAFMQLMGFSLNALSLFGLVLAIGIVVDDAIVVVENVERNIAAGHSPVEATTIAMKEVTGPIIATTMVLAAVFIPTAFMSGLTGQFYRQFALTITISTVISAINSLTLSPALSALLLKSHDAPKDWLTRGMDKALGGWLFNPFNRFFDRGAKAYTAGVGSLIRKSGIIMVLYAGLLALTWQQFSSTPTGYVPAQDKMYLVAFAQLPDASSLDRTEDVVRQMSAIALQQDGVSDVVAFPGLNINGFTNSPSSGVVFFPLKPFADREGKGLTAGAIAGQLNQKFAAIKEAYVAVFPPPPVLGLGTIGGFRLQLQDRGNLGFETLNEVTQQVVQKAWADPVLTDTFSSYRVSVPQLDVDVDRTKAIGMGVNIDTLFDTLQAYLGSVYVNDFNLFGRTYQVNVQADSQFRQDAEQIRQFKVRNAQGEMIPLGAFLDINHTAGPDRVMHYNGYVTAEINGAPMPGFSSDEAKVAIEKILDETLPIGMTYEWTELTYQQILAGDASMYVFPLVVLLVFLVLAAQYESLSLPLAIILIVPMTLLSALIGVGIYGGDNNIFTQIGLIVLFGLATKNAILIVEFAKELEEEGRTALEAVKEACRLRLRPILMTSIAFIMGVLPMVISTGAGAEMRQAMGVAVFSGMIGVTFFGLVLTPVFYYLLRRNRKPAPALTSQAQSHTA	PGPT0028875_241	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE	CE-BACTERIAL_FITNESS-MULTIDRUG_TRANSPORT-EFFLUX_PUMP_MexEF-OprN,PGPT0028875-mexF-K18299	NA	NA
AK237_01381	1245	bepF		Efflux pump periplasmic linker BepF	ATGTCTACACTATTAAAATTCTCTTTAGCATTATGGGTCACCATTTTGCTAACCGCCTGCGGCGGCGAAGAAACAAATCCCGAAAACCAGGCGGCAGTCAGCAAAGCTGCGCCTGCTATTCCCGTTGATATCGCGCCTGTTATTCATCAGGAAATCGCTCAATGGGACACGTTTACTGGCCGTTTGGAGTCGCCGCAAACTGTCTCTCTGCGCCCGCGGGTGTCAGGGTACATTGACTTTGTCGCCTTTGAAGAAGGTGAGTGGGTAGAGCAGGGACAAACCCTGTTCCTAATTGATAACCGCGCGTTCAAAGCTGAAGTGGACCGCTTATCTGCCCAACTTGAAGATGCCCAAAGCCGCCTACGCCTTGCTAAACAAGATTTAGACCGAGCTACCTCACTGCGTCGCACCAATGCGATTTCTAAAGAAATTGCTGATGCCCGTCAGGCGGCAGTTGAACAGGCTGAAGCCAGCGTGTCTTCAACCCGTGCTGCGTTGGATTTAGCGCAGTTAAACCGCGGTTTTGCCCGGGTTGAAGCGCCTATTTCCGGCCGCGTTTCCCGCGCCAATATTACCGCGGGTAACTATGTCACCGCCGGTCAAAGCGTGCTGACCAGCATTGTCTCTACAGATCGCTTATACGCTTATTTTGATGTTGATGAAAGTACTTATCTGGCGTACACCGCAGCGGCAACAGAGGTGTCTCAGCCTCTGGATCAATTGCCTGTAGCGATGCAACTGAGTAACTCAGCTAATTACGATCATTGGGGGCAGTTAGACTTTGTTGATAATCAGGTCAACCCGAATACCGGCACTATTAAAGTGCGGGCGGTGTTTGATAATGCCGACGGCCGTCTGGTACCGGGATTATTTGCTCACTTGCGCCTTGCCAGCGGTGAATCCCGCGATCGTATTTTAATTGATGAAACCGCCATCGGTACTGATCTCAACAACAAGTTTGTTCTGGTTGTCGATGAAAACAATGTTCTGGCTTACCGCGCTGTTACGTTAGGCGACAAAGTGGGAGCACTTCGTTTCATTGATGACGGGTTATTCCCTTCAGACAAAATTGTCGTGAATGGCCTACAGCGCGTGCGCCCGGGTGCCACTATTGCCCCTACAGAAGTATCCATGCACAGCAGCGAAGCCTTCGAGCAGTTGCAGGTATGGCAGCAAAATATAAATCAGAACAGTGACCTGGCCGCAAATGCAGCACCTGCGAATGCGCCTGAAGGAAGTCGTTAA	MSTLLKFSLALWVTILLTACGGEETNPENQAAVSKAAPAIPVDIAPVIHQEIAQWDTFTGRLESPQTVSLRPRVSGYIDFVAFEEGEWVEQGQTLFLIDNRAFKAEVDRLSAQLEDAQSRLRLAKQDLDRATSLRRTNAISKEIADARQAAVEQAEASVSSTRAALDLAQLNRGFARVEAPISGRVSRANITAGNYVTAGQSVLTSIVSTDRLYAYFDVDESTYLAYTAAATEVSQPLDQLPVAMQLSNSANYDHWGQLDFVDNQVNPNTGTIKVRAVFDNADGRLVPGLFAHLRLASGESRDRILIDETAIGTDLNNKFVLVVDENNVLAYRAVTLGDKVGALRFIDDGLFPSDKIVVNGLQRVRPGATIAPTEVSMHSSEAFEQLQVWQQNINQNSDLAANAAPANAPEGSR	PGPT0028870_73	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE	CE-BACTERIAL_FITNESS-MULTIDRUG_TRANSPORT-EFFLUX_PUMP_MexEF-OprN,PGPT0028870-mexE-K18298	NA	NA
AK237_01382	1068	leuO		HTH-type transcriptional regulator LeuO	ATGCGAACACAAGACTTAAATTTACTGATGATATTCGATGCCATCATGACTGAAGGCGCTATCACCCGTGCCGCTGACAGACTGGCAATGACCCAGCCGGCGGTTTCCAATGCCTTGTCGCGCATGCGTTCGGCCTGGGGGGATGAGTTATTTGTTAAAGACGGCAGAGGCATACAACCGACGTCTTTCGCCCGCAACTTATGGACACAAATTCAGGGGCCGCTGAGCCAGCTTGAAACCGCCGTGAACCCTACGGTGTTTGATCCTGCCACATCGCAACGTACCTTTCGTATTGCTGCCACGGATACATTGGTAAAAATAATATGGGGCCCGCTACGGCAGATTATCGAGCGGGAAGCGCCGGGGATTAATATCTTCGCGATCCCGAATCCGAACAGCGACAGCGATAAAATACTTACGGATGCGGAAGCAGAACTTTCAGTGTGTAAGTACACAGCACCTAACTCCATCATTCGCAGTGAATTTTTGTTTGAACCTAAATATGTGGTTGTAATGCGCCCGGGACATCCGCTGGCGAAAGAACGGTTAACGCTGGAAGAATTTGTGAATGCACAACACTTGTTAGTGTCTATAACCGGCGATACCACCGGCCCGACGGATCAGGTACTGAATAATTTGGGATTAAGTCGCCGCATCGCTATGACCGTGAACGATTTCCATAATGTGCCACCATTACTCGAACAATCCGACCTTATCTGTGTAGCGCCGTCGTTAGTGGTAGAGCACGATATCTTCGCGGGGCGCTTAGCTGTATTTGAAACCCCCGTAGAAATTATGCCAACGCCTGTTTCCTTGTTATGGCACAAACGTCAGGACGTGGACCAGGGCCTGCAATGGCTACGTCGTCATGTTGTCCGCATTATCCATGAACGCTGCGCGCAACACGAAGCCAGATTGTCCCAGTGCTGCCGTAAGGGTTATTGTCCTGAAACCGTGAAGTCGATGAAAGCCCGGCAGTCAGACAAGCAGTGTGAAAGCGGACTAACGGTGACACCTAAACCGGTAAAATCGGTGGGCTCACCTTCCAAAGCCACCATGAGTAAGTAG	MRTQDLNLLMIFDAIMTEGAITRAADRLAMTQPAVSNALSRMRSAWGDELFVKDGRGIQPTSFARNLWTQIQGPLSQLETAVNPTVFDPATSQRTFRIAATDTLVKIIWGPLRQIIEREAPGINIFAIPNPNSDSDKILTDAEAELSVCKYTAPNSIIRSEFLFEPKYVVVMRPGHPLAKERLTLEEFVNAQHLLVSITGDTTGPTDQVLNNLGLSRRIAMTVNDFHNVPPLLEQSDLICVAPSLVVEHDIFAGRLAVFETPVEIMPTPVSLLWHKRQDVDQGLQWLRRHVVRIIHERCAQHEARLSQCCRKGYCPETVKSMKARQSDKQCESGLTVTPKPVKSVGSPSKATMSK				NA	NA	NA	NA	NA
AK237_01383	1419	lpdA	COG1249	Dihydrolipoyl dehydrogenase	ATGAGCGAAATTAAAACGCAATTAGTCGTATTGGGTGCAGGCCCCGGCGGTTACTCAGCCGCTTTCCGTGCAGCCGATTTAGGTATCGAAACCGTCATCGTAGACGCCCGTGAAACGCTGGGTGGGGTATGTTTGAACGTAGGCTGTATCCCTTCAAAAGCCTTGCTGCACGTCGCTAAAGTGATCAAAGAAGCCAAGCATTTGTCTGCGCACGGCGTAACCTTTGGTGAGCCAAAAATCGATTTAGACAAAATCCGTGAGTACAAAGACGGTGTTGTTGGCCAACTGACTAAAGGTCTGGCTGGTATGTCTAAAATGCGTAAAGTTAAACACGTTCAGGGTTACGGTAAATTTACCGGTGCGAACACCCTGGAAGTAGAAGGCAAAGACGGCAAAACCACTATCTCTTTCGAGAAAGCGATTATCGCAGCGGGTTCTGAGCCGGTATCTCTGCCTTTCATCCCTGAAGACGACCGTGTAATCGACTCAACCGGCGCACTGGAAATGAAAGACATTCCGGAAAAAATGCTGGTACTGGGCGGTGGTATCATCGGTCTGGAAATGGGTACTGTATATGAAGCGCTAGGGGCGAAAATTGACGTGGTTGAATTCCTTGACCAGTTAATCCCTGCTGCTGACAAAGACATCATGAAAGTCTTTATGAAAGACTATAAAGACAAGTTCAACATCATGCTGGAAACCAAAGTGACCGCGGTTGAAGCAAAAGATGACGGCTTGTATGTTACGTTTGAAGGTAAGAATGCACCTTCAGAAGCAGTTCGCTACGACAAAGTGCTGGTAGCTGTTGGCCGTCGTCCTAACGGTAAACTTATCGGTGCAGATGCGGCAGGCGTTACCGTTGATGAGCGTGGTTTCATCAACGTAGACAAGCAAATGAAAACTAACGTTGACCATATCTTCGCAATCGGTGACCTGGTTGGTCAACCTATGCTGGCGCACAAAGCGGTTCATGAAGGCCACGTTGCTGCTGAAGTTATTGCCGGTAAGAAGCATTACTTCGACCCACGTTGCATTCCTTCAGTTGCCTACACTGAGCCAGAAGTCGCCTGGGTTGGTCTGACTGAGAAAGAAGCGAAAGAACAGGGCATTAACTACGAAACTGCAACATTCCCGTGGGCAGCTTCTGGTCGTGCAATCGCGTCTGACGCAACAAACGGTATGACCAAGATGATCTTCGATAAAGACACTGCACGTGTTATCGGTGGTGCAATGGTTGGTACCAACGCCGGTGAAATGCTGGGCGAAATCGGTCTGGCTATCGAAATGGGTGCTGATGCAGAAGACGTAGGTCTGACCATCCACGCTCACCCGACGCTGAACGAGTCTATCGGTCTGGCGTGTGAAATCTTCGAAGGCAGCATCACTGACCTGCCTAACCCTAAGGCGAAGAAAAAGTAA	MSEIKTQLVVLGAGPGGYSAAFRAADLGIETVIVDARETLGGVCLNVGCIPSKALLHVAKVIKEAKHLSAHGVTFGEPKIDLDKIREYKDGVVGQLTKGLAGMSKMRKVKHVQGYGKFTGANTLEVEGKDGKTTISFEKAIIAAGSEPVSLPFIPEDDRVIDSTGALEMKDIPEKMLVLGGGIIGLEMGTVYEALGAKIDVVEFLDQLIPAADKDIMKVFMKDYKDKFNIMLETKVTAVEAKDDGLYVTFEGKNAPSEAVRYDKVLVAVGRRPNGKLIGADAAGVTVDERGFINVDKQMKTNVDHIFAIGDLVGQPMLAHKAVHEGHVAAEVIAGKKHYFDPRCIPSVAYTEPEVAWVGLTEKEAKEQGINYETATFPWAASGRAIASDATNGMTKMIFDKDTARVIGGAMVGTNAGEMLGEIGLAIEMGADAEDVGLTIHAHPTLNESIGLACEIFEGSITDLPNPKAKKK	PGPT0001380_4336	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
AK237_01384	1989	aceF	COG0508	Dihydrolipoyllysine-residue acetyltransferase component of pyruvate dehydrogenase complex	ATGGCAGATATTAAAGACGTTCTCGTACCGGATCTGGGTGAAGATTCGGTAGAAGTAATCGAAATTTGCGTAGCAGTGGGTGATTCCGTAGAAGCGGAAGATGCACTGGTTACAGTAGAAAGCGATAAAGCCAGCATGGATATCCCTGTACCGTTTGCCGGTAAGGTATCTGAGCTGACTGTAAAAGTTGGCGATAAAATTTCTGAAGGCGATTTGCTGGCGAAACTGGAAGTAGCGGGTGACGCAGATAGCGCGCCTGCGGCAGAAGAGAAGCCGACAGACGAGGCGCCCAAAGAAGAAGCGCCGAAGCAAGAGTCTGCACCGGCAGCGGCTTCTGGTGAGAGTTCTGTAATTGAAGTAACGGTACCGGACATTGGTGACGCTGCTGACGTAGACGTTATTGAAATTCTGGTAGCTGAAGGCGATACCGTGGAAGCGGAAGACGGCCTCATCACCCTTGAAACAGACAAAGCAACCATGGACGTACCGTCGCCTAAAGCCGGTAAAGTGGTTAGCCTGAAAGTAAAAGAAGGTGACAAGGTTTCTGAAGGTTCTCTGGTTCTGACTCTGGAAGTAGGTGGTAGCGAAGCTGCTGCGCCTGCACAGGAATCTGCCCCAGCTGAAGCGCCTGCGGCTGAATCTGAGTCTGCTCCGGCAGAGGAAGAAGCACCTGCAGAAGAAGCTGCGGAAGAAGAAATTGAAGTACAGGTACCGGATATCGGTGGCGATACTGACGTAGACGTTATCGACATTCTGGTAGCGGAAGGCGATACCGTAGAAGCGGAAGATGGCCTGATCACGCTGGAAACCGACAAAGCCACCATGGACGTACCTGCACCTAAAGCCGGTACGGTTACCAAACTGCTTATCAAGCAGGGTGACAAAGCGTCTCAGGGTACGCCGGTTATCATGCTGAAAGTGAAAGGTGCTGCGAAACCTGCTGCGCCGAAAGCTGAAAGCAAATCTGCGGCTTCAGAGCCTGCTCCGGCCGCTCAGGCACCGCAGCAAAAAGCGCCTCCGGTTCCGCATCATCCGTCTGCAGGTAACAAGCCTAAGACCGGTAAAGTGCATGCGTCTCCGTCTGTACGTCGTTTAGCACGTGAATTTGGTGTTGATCTGACGCAGGTTGACGCAACAGGGCGTAAAGGCCGTATTCTGAAAGAAGACATCCAGTCTTACGTGAAGCACGAACTGTCACGGCCTAAAGCTACAGCGGGTGCGGTTGCTCAGGGTAATGGTGGTGGCCTGCAAGTTATTGCACAGCCTAAAGTTGATTTCTCCAAGTTTGGTGAAATTGAAGAGAAGCCGTTAACCCGTATTCAGAAAATCTCTGGCCCGAACCTGCATCGTAACTGGGTGACTATCCCACACGTGACGCAGTTCGAAGAAGCGGATATTACTGATCTGGAAGATTTCCGTAAGCAGCAGAACGTTATTGCTGAAAAACGCAAACTGGGTGTGAAAATTACGCCGCTTGTGTTCATGATGAAAGCCGTAGCCGACGCACTGAAAGCGTATCCTGTATTTAATACTTCACTTTCTGCGGACGGTGAGTCTTTAATTCAGAAAAAATACTACCATATCGGTATAGCTGTAGACACGCCGGGAGGCCTGGTGGTGCCGGTTGTCCGTGATGTTGATAAAAAAGGCATCATGGAGATTTCCAAAGAGTTAATGGAAATCAGTGTGAAAGCCCGCGACGGTAAGCTGAAAGCTGCTGACATGCAGGGTAGCTGCTTCACCATTTCAAGCCTTGGTGGTATCGGTGGTACAGCATTCACGCCAATCGTTAATGCACCTGACGTAGCCATTCTTGGTGTATCGAAGAGTGATATTAAACCGAAGTGGAATGGTAAAGAGTTTGAGCCTCGTCTGATGGTACCGCTATCACTGTCATACGACCATCGTGTTATTGACGGCGCGGTGGCAGCACGCTTTGCTGTACACTTAAAAGCAGTTCTGGAAGATATGCGCCAGATGTTGCTTTAG	MADIKDVLVPDLGEDSVEVIEICVAVGDSVEAEDALVTVESDKASMDIPVPFAGKVSELTVKVGDKISEGDLLAKLEVAGDADSAPAAEEKPTDEAPKEEAPKQESAPAAASGESSVIEVTVPDIGDAADVDVIEILVAEGDTVEAEDGLITLETDKATMDVPSPKAGKVVSLKVKEGDKVSEGSLVLTLEVGGSEAAAPAQESAPAEAPAAESESAPAEEEAPAEEAAEEEIEVQVPDIGGDTDVDVIDILVAEGDTVEAEDGLITLETDKATMDVPAPKAGTVTKLLIKQGDKASQGTPVIMLKVKGAAKPAAPKAESKSAASEPAPAAQAPQQKAPPVPHHPSAGNKPKTGKVHASPSVRRLAREFGVDLTQVDATGRKGRILKEDIQSYVKHELSRPKATAGAVAQGNGGGLQVIAQPKVDFSKFGEIEEKPLTRIQKISGPNLHRNWVTIPHVTQFEEADITDLEDFRKQQNVIAEKRKLGVKITPLVFMMKAVADALKAYPVFNTSLSADGESLIQKKYYHIGIAVDTPGGLVVPVVRDVDKKGIMEISKELMEISVKARDGKLKAADMQGSCFTISSLGGIGGTAFTPIVNAPDVAILGVSKSDIKPKWNGKEFEPRLMVPLSLSYDHRVIDGAVAARFAVHLKAVLEDMRQMLL	PGPT0001390_176	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
AK237_01385	2667	aceE	COG2609	Pyruvate dehydrogenase E1 component	ATGACTGAAATGATGCACCAAGATGTGGATCCTCAAGAAACACAAGAATGGCTGGAGTCGTTAGAGTCAGTTTTAGAAGAAGAAGGCGTTGAAAGAGCGCATTTCTTATTAGAATCACTGATCGAGAAAGCACGCAGAAATGGTGCCCACTTGCCGTATGACGCAACCACGGCTTACATCAACACGATTCCACCGGGGCAGGAACCTACCATGCCTGGTGACCAGACTATTGAAGGCAAAATCCGTAACGCGTTGCGTTGGAATGCCCTGATGATGGTTCTTCGCGGTTCTAAGAAAGATTTAGAGCTGGGTGGTCACATTTCAAGCTTCGCATCTTCTGCGATGCTGTACGATGTGGGTTTCAACCACTTCTACCGCGCACCAAATGACAAAGATGGCGGTGACTTCGTTTTCTATCAGGGCCACGTGGCTCCGGGTATTTACAGCCGCGCATACATCGAAGGTCGTCTGACTGAAGAGCAACTTGATGGTTTCCGTCAGGAAGTCGATGGCAAAGGCATTTCTTCTTACCCGCACCCTAAACTGATGCCTGATTTCTGGCAGTTCCCCACGGTATCAATGGGTTTGGGTCCAATGCAGGCCATCTATCTGGCGCGTTTCCTTAAGTATCTTACCGACCGTGGTATCAAAGACTGTTCAGAACAGCGCGTATGGTGCTACATGGGTGACGGTGAGTGTGATGAGCCAGAAAGCCTGGGTGCGATTGGCCTAGCAGCCCGTGAAGGCCTGGATAACCTGACTTTCGTTATTAACTGTAACCTGCAGCGTCTTGATGGCCCGGTACGTGGTAACGGCAAAATCATTCAGGAACTGGAAGGTACATTCCGCGGCGCAGGCTGGGAAGTAATCAAAGTTATCTGGGGTCGCTACTGGGATCCGCTGTTAGCCCGCGACACGTCAGGCAAGCTGCTCGACCTGATGAACGAAACTATCGACGGTGAGTACCAGAACTGCAAAGCCAAAGGCGGCGCGTACACCCGTGAGAAGTTCTTCGGTAAGTACCCAGAGTTGAAAGAAATGGTTTCTAACATGTCAGATGAAGACATCTGGCGTCTGAACCGTGGTGGTCACGATCCGGTTAAAGTTTATGCGGCATACGATCGCGCAACGAAGACTAAAGGCCGTCCACAGGTCATCCTGGCTAAAACGGTTAAAGGTTACGGCATGGGTGCATCTGGTGAAGGTAAAAACATTGCCCATCAGGTTAAGAAAATGGACAAAGAAGCGGTTAAACAGTATCGCGACCGTTTCAACATTCCTGTATCTGACGAAGCATTAGCTGATCTGCCGTACTACAAGTTCGACGAAGACAGCGAAGAAATGAAATATCTGCGCGCCCGTCGTGAAGCCCTGCATGGTTATATGCCGGTTCGTCGTGCGAAAGCGTCAGAAGATTTACCAGCACCTGCAATGAAAGCGTTTGAAGCCATCACTAAAGGCTCAGGCGACCGCGAAATCTCTACCACTATGGCGTTCGTACGTGTACTGACGGCTCTGCTTAAAGACAAGCAAATCGGTAAGCGCATCGTACCTATCATCCCTGATGAAGCCCGTACGTTTGGTATGGAAGGTCTGTTCCGTCAGGTGGGTATTTACTCTTCACAAGGTCAGAAATACGAGCCGCAGGATTCTGATCAGGTTGCTTACTACCGCGAAGATAAGAAAGGTCAGGTACTGCAGGAAGGTATCAACGAGCTGGGCGCGATGGCGTCATGGTTAGCGGCGGGTACGTCTTACAGCACCAACGACCTGCCAATGGTGCCGTTCTACATCTACTACTCCATGTTTGGTTTCCAACGTGTTGGCGACCTGGCTTGGGCAGCGGGCGATTCTCGTACCCGTGGTTTCCTTGTGGGTGGTACGGCTGGTCGTACAACGCTGAACGGCGAAGGTCTGCAGCACCAGGACGGTCACTCTCATACTCAGGCAGCACTTATTCCAAATTGCGTGAGCTACGACCCGACTTACGGTTACGAAGTAGCTGTTATCGTTCAGGATGGTTTACGTCGCATGCTGGAAGAGCAGGAAGATGTGTTCTACTACCTGACAGTGATGAACGAAAACTACAAGCAGCCTGAAATGCCTAAGGGCGTTGAAGAAGGTATCGTGAAAGGTATCTACAAGCTCGATACTGTGGGCAGCAGCGATAAGAAAGTGAAACTGCTGAGCTCTGGTACCATTCTTGAGCAGGTGCGTGAAGCCGCAGCGAAACTGGCGTCTGATTACGGCGTAGAAGCAGAAGTTTACAGCGTTACGTCGTTCAACGAACTGGCCCGCGATGGTCAGGATTGTGACCGTCACAACATGCTGCACCCTGAAGCGACAGCGAAAGTACCTTACATCACTGAAGTACTCAGCGAAGGTAACGATGGCCCGACTATCACCGCAACTGACTACATCAAGAACTACGGCGAGCAGGTACGTGACTTTGTACCGGGTGCTTACCGTGTACTGGGTACGGATGGTTTTGGTCGTTCTGACAGCCGTGCGAATCTGCGTCGTCACTTCGAAGTAGATGCTGCATATGTAACTTACGCTGCGCTGTACGAACTGTACAAAGCGGGTGACGTTGATGCCAAGACACTGTCAAAAGCAATGACTGATCTGGGTATTGATGCCGAGAAAGTTAACCCACTTTACGCATAA	MTEMMHQDVDPQETQEWLESLESVLEEEGVERAHFLLESLIEKARRNGAHLPYDATTAYINTIPPGQEPTMPGDQTIEGKIRNALRWNALMMVLRGSKKDLELGGHISSFASSAMLYDVGFNHFYRAPNDKDGGDFVFYQGHVAPGIYSRAYIEGRLTEEQLDGFRQEVDGKGISSYPHPKLMPDFWQFPTVSMGLGPMQAIYLARFLKYLTDRGIKDCSEQRVWCYMGDGECDEPESLGAIGLAAREGLDNLTFVINCNLQRLDGPVRGNGKIIQELEGTFRGAGWEVIKVIWGRYWDPLLARDTSGKLLDLMNETIDGEYQNCKAKGGAYTREKFFGKYPELKEMVSNMSDEDIWRLNRGGHDPVKVYAAYDRATKTKGRPQVILAKTVKGYGMGASGEGKNIAHQVKKMDKEAVKQYRDRFNIPVSDEALADLPYYKFDEDSEEMKYLRARREALHGYMPVRRAKASEDLPAPAMKAFEAITKGSGDREISTTMAFVRVLTALLKDKQIGKRIVPIIPDEARTFGMEGLFRQVGIYSSQGQKYEPQDSDQVAYYREDKKGQVLQEGINELGAMASWLAAGTSYSTNDLPMVPFYIYYSMFGFQRVGDLAWAAGDSRTRGFLVGGTAGRTTLNGEGLQHQDGHSHTQAALIPNCVSYDPTYGYEVAVIVQDGLRRMLEEQEDVFYYLTVMNENYKQPEMPKGVEEGIVKGIYKLDTVGSSDKKVKLLSSGTILEQVREAAAKLASDYGVEAEVYSVTSFNELARDGQDCDRHNMLHPEATAKVPYITEVLSEGNDGPTITATDYIKNYGEQVRDFVPGAYRVLGTDGFGRSDSRANLRRHFEVDAAYVTYAALYELYKAGDVDAKTLSKAMTDLGIDAEKVNPLYA	PGPT0001385_1900	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_UTILIZATION	PLANT_DERIVED_ORGANIC_ACID_USAGE-TRICARBOXYLIC_ACID_CYCLE,PGPT0001385-aceE-K00163	NA	NA
AK237_01386	759	pdhR	COG2186	Pyruvate dehydrogenase complex repressor	ATGCGCCAAGGTCGGAAAAAACTATCAGATGTCATTACAGAACAACTCGAATCGATGATTCTTGATGGCACGCTGCTGGCTGGGCAACAGCTACCGCCGGAACGCGAGCTCGCAACACAGTTTGACGTTTCTCGCCCTTCGCTTAGAGAAGCCATCGGTAATTTACAGGCGCGAGGTTTAGTTGAGCGTAAGCAGGGCGGCGGTACTTTTGTCAGCCGTAACCTCAATGCGGCGATGACTGACCCGCTAATGGCGCTGATTAGTCGACGTCCTGAAACGCAATTCGATCTGTTAGAATTTCGTCATGCGTTAGAAGGAATGGCTGCGTATTACGCGGCACTGCGCGGTCAGCCGGAAGATTATCAAGCGCTACAATCGGCCCTTGATAATTTGCCCGTACCGGCTCCGGGAGAGAGCAAACGCAAGCTGGCGGAAGCCGTCGGCGAATTTTATATGGTGATGGCCCGGGCCTCCCACAACATGGTGTTGTTGCACGTGATGAGTACGATGCAAGCCATGTTAGTAGAGAATATTGAACGTAACTTCGAAATGTTTGCCTTACATCAGAATGATGAGATAGACATTAATGCCGAAGTGACGCGACAACGTAAGGAAATTCTGGCTGCGATTGCCTCTCGCGATCCTGAAGCAGCACGTCAAGCGTGTAATGCGCACCTTGCGTTAATTGAGAAAACGCTCTTGGCGATTAATCAGCGCGACAGTCGAGTACAACGCGCGTTAAGACGTTTAGAGATATAA	MRQGRKKLSDVITEQLESMILDGTLLAGQQLPPERELATQFDVSRPSLREAIGNLQARGLVERKQGGGTFVSRNLNAAMTDPLMALISRRPETQFDLLEFRHALEGMAAYYAALRGQPEDYQALQSALDNLPVPAPGESKRKLAEAVGEFYMVMARASHNMVLLHVMSTMQAMLVENIERNFEMFALHQNDEIDINAEVTRQRKEILAAIASRDPEAARQACNAHLALIEKTLLAINQRDSRVQRALRRLEI				NA	NA	NA	NA	NA
AK237_01387	867			hypothetical protein	GTGATTCTAATTAGTTTACTCATCGCGCTTGCGCTTGACAGAATGTTAGGTCGATCAGCGTTTTGGCAATCGACTTATATTGTGCGTAGCGCAATGGCGAAGACGGGACTCAAAAGCGAAAACACCGCGGCGTCTAAGAAAATATGGCTTTACCTGTTATTACCCGCCGTATTGTTAGCCGTACTGGAAATTACCATATTGGGCCCCTTTCTTACTTTCATCGAGCAAACCGCGGTGCTGTTTGTTGCACTTGGGTGTCCGGCATGTCGACGAATTTACAAATCGTGGTTAGAAGCCGCTCAGCGGGAAGATCGTGAGGCCTGCGATTTGTACGAAAAGGAACTCCATATGGGTGTGCTCGGGGTAGAGGATACCGATGCACAACCCGATGACGGTACGCGCATGCAACAACTATTGTTGCTGGCGAATTTTCAATATTATGCTGCGGTCATGTTGTGCTTTATTTTCTTTGGCGGGCCGGGCGCATTATTTTATATGTGTGTTCGTGAAGCGCACCTTTATTACCGCGAGCAGAATTACATTGCTGCCAGAGCCACTGCACCGCTATTGTTTGCACTGGAATGGTTGCCGGCCAGGGCAACCACACTGGGCTTTTTACTGGTAGGGCATTTTTCCCGCGCCACTGGAGTGTGGCTGGAAAAGCTACTTAACACCAAAGACGATACCTCCGACATACTCTGGTCGGTGGCACGGCAAGCTGAAATTATAGAAGCGGAAAATAACACAACATGTTCCCGTCTTACCGCGTGTGCACATGTTCAGGCGGGTGTGAGGCTGGCAAAACGAAACATTCTGTTTATTCTGGTTATCACCTCTGTCCTGACATTATCCGGTTGGGTAGCATAA	MILISLLIALALDRMLGRSAFWQSTYIVRSAMAKTGLKSENTAASKKIWLYLLLPAVLLAVLEITILGPFLTFIEQTAVLFVALGCPACRRIYKSWLEAAQREDREACDLYEKELHMGVLGVEDTDAQPDDGTRMQQLLLLANFQYYAAVMLCFIFFGGPGALFYMCVREAHLYYREQNYIAARATAPLLFALEWLPARATTLGFLLVGHFSRATGVWLEKLLNTKDDTSDILWSVARQAEIIEAENNTTCSRLTACAHVQAGVRLAKRNILFILVITSVLTLSGWVA	PGPT0028120_151	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-BETA-LACTAM_RESISTANCE,PGPT0028120-ampE-K03807	NA	NA
AK237_01388	534	ampD		1,6-anhydro-N-acetylmuramyl-L-alanine amidase AmpD	ATGGATCTAATTCCAGATAGCCAATTTACACCTTCACCATTTTTTGACGACCGTCCGGACAATGAAACGATTTCGCTTCTGGTGATCCACAATATTTCCCTGCCGGCAGGCCAGTACGGTACAGGTGATATCCGCCGTTTGTTTACAGGTGCTATCGATGTTAGCGCTCATCCCTCTTATTATGATTTACGCGGGGTGAAGGTGTCTGCCCATTGCGTTATTTATCGTGATGGGCAGGTAGAACAATTCGTGCCACTTTCAGCCCGCGCCTGGCATGCCGGGAAGTCTGTTTTTCAGGGACGACAACAATGTAACGACTATGCCATAGGCATCGAAATGGAAGGGTGCGATACAGATAGCTTCACAGATGCTCAATACGCATCGCTCTGTCGTGTAACCAGGCAAATTTGTTCAGCTTATCCTGCTATCACGTTAGGGCGTATTGTTGGACATAGTGATATCGCCTTTGGGCGTAAAACCGACCCGGGACATTTTTTCGATTGGTGTAAGTTTCGCCAGGGTGTCGTCGGCTGA	MDLIPDSQFTPSPFFDDRPDNETISLLVIHNISLPAGQYGTGDIRRLFTGAIDVSAHPSYYDLRGVKVSAHCVIYRDGQVEQFVPLSARAWHAGKSVFQGRQQCNDYAIGIEMEGCDTDSFTDAQYASLCRVTRQICSAYPAITLGRIVGHSDIAFGRKTDPGHFFDWCKFRQGVVG	PGPT0024100_968	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-BETA-LACTAM_RESISTANCE,PGPT0024100-ampD-K03806	NA	NA
AK237_01389	507			hypothetical protein	GTGAGCAGTCATCAAAATGCCGGAAAATGGATGTACCTACTTGCGTGGATTTGCGGTCTGGGTCTTATGGTTTTTGTATTCAGCGATCTTCTCGACCGCCAGGAAAATCCCAATCGGGAACCCGAGTCGGTGCGCATCGACAACCAGACCGAGGTGCGTTTAAAACAGAATCGCGCCGGCCACTATGTCACCACAGGCACGATTAATGGTGTTCCTGTGGAATTTATGATTGATACCGGCGCAACCGATGTCGCTATTCCCGCTCACCTACAAACCAGGCTTGGCCTGACAACCACCGGCAGTGCCATGGCACAGACAGCCAACGGGGTTGTGCGCGTTGCACGAACGCAACTAAATAGCGTAACCATTGGTGATATAAAGGTAGAAAATGTGCGCGCCAACCTCAATCCGGGTATGAATGGTGAACAAATACTACTCGGAATGAGCGTTTTAAAGCAGCTTGAGTTTACTCAGCGCGGAGAATGGTTAATATTGCGTACACTTTAA	MSSHQNAGKWMYLLAWICGLGLMVFVFSDLLDRQENPNREPESVRIDNQTEVRLKQNRAGHYVTTGTINGVPVEFMIDTGATDVAIPAHLQTRLGLTTTGSAMAQTANGVVRVARTQLNSVTIGDIKVENVRANLNPGMNGEQILLGMSVLKQLEFTQRGEWLILRTL	PGPT0015885_1140	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-MOTILITY|CHEMOTAXIS	MOTILITY-PILUS|FIMBRIAE_SYSTEM	MOTILITY-PILUS_SYSTEM,PGPT0015885-perP-K06985	NA	NA
AK237_01390	858	nadC	COG0157	Nicotinate-nucleotide pyrophosphorylase [carboxylating]	ATGTCAAAGCCTTCCTATAAAGAGATAACCCAGCAAGTTACCCTCGCCCTTGCTGAAGATTTAGGTGGTAGTGTCGACGCAAGTCAGGATATCACTGCCAACCTTATCGACAGTTCAACACAAGCCACGGCTACCATTATTACCCGCGAAGATTGTATTGTTTGTGGTCTTGACTGGGTCAAGGCTGCGTTCGAGGTGATAGACCCGAGCATCATGCTTACCTTTCATAGTGAAGACGGGGCTCAAGCCAGGGCGGGCGATGTGCTGGTTTCCCTTTCAGGGCCTGCCTGCGGCATCCTGACAGCAGAACGTACGGCGCTCAATTTTTTGCAGACCTTATCTGCCACAGCCACCGTTTCGCATCACTATGCCTCGTTGCTCGAGGGTTACCCAACCAGGATCCTCGACACACGAAAAACATTACCGGGTTTGAGATTGGCGCAAAAATATGCGGTAGCGTGCGGAGGAGGGAAAAACCATCGAATCGGGCTGTTTGACGCTTTCCTTATAAAGGAAAATCATATTTTTGCCTGTGGCTCAATTGAAAAGGCTATAGCGACAGCGAAACACAATCATCCTGACAAGCCGGTAGAAGTAGAAGTAGAAAGCCTTGAAGAGTTAAAGCAAGCCTTACGCGCAGGCGCTGACATTATAATGCTTGATAATTTCACCAACGATCAGATCCAAAGCGCAGTTCACATCACAAACGGCCAAAGTAAACTGGAAGTGTCTGGCAATATCACGGAAGAAAGACTGCAATCTTTAGGGAAATTAGGGGTTGATTTTATATCTTCTGGGGCTTTAACCAAAAACGTGAAAGCGGTAGATCTGTCGCTTCGCGTGGCTATGAAAGGCTAG	MSKPSYKEITQQVTLALAEDLGGSVDASQDITANLIDSSTQATATIITREDCIVCGLDWVKAAFEVIDPSIMLTFHSEDGAQARAGDVLVSLSGPACGILTAERTALNFLQTLSATATVSHHYASLLEGYPTRILDTRKTLPGLRLAQKYAVACGGGKNHRIGLFDAFLIKENHIFACGSIEKAIATAKHNHPDKPVEVEVESLEELKQALRAGADIIMLDNFTNDQIQSAVHITNGQSKLEVSGNITEERLQSLGKLGVDFISSGALTKNVKAVDLSLRVAMKG	PGPT0013370_2517	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	ROOT_COLONIZATION	ROOT_COLONIZATION-VITAMIN_B3|NIACIN_METABOLISM	ROOT_COLONIZATION-VITAMIN_B3|NIACIN_BIOSYNTHESIS,PGPT0013370-nadC-K00767	NA	NA
AK237_01391	417			hypothetical protein	ATGAAAAATATGAACACTAAAAACCAAAAAGGTTTCACTCTTATCGAACTGATGATCGTTGTTGCTATCATCGGTATCCTGGCAGCGGTTGCTTTGCCGGCTTATAACAACTACACGCAAAAAGCGCGTTTTACTGAAGTTGTAAATTCAACTGCCGCAGCTAAATCAGCGGTTGAAGTTTGCGCTCAAGTAGCCGGCAAACTGGACGATTGCAAGGGTGGGACTAACGGTATTCCTGAAGATGTTACTGCAACTTCAGCATTATTAGGCCTTTCAACTGATGCCGGTAAAATAATCGCCACCAAAAAGGATGGTGACACCAAAATTGAAGGCGCGGGCTCTTACACTCTGACTCCAACTTTCGCAAATGATAAGGTAACTTGGTCAGCTGCCTGCGACCCAACAACATTATGTTAA	MKNMNTKNQKGFTLIELMIVVAIIGILAAVALPAYNNYTQKARFTEVVNSTAAAKSAVEVCAQVAGKLDDCKGGTNGIPEDVTATSALLGLSTDAGKIIATKKDGDTKIEGAGSYTLTPTFANDKVTWSAACDPTTLC	PGPT0015905_1774	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-TYPE_II_SECRETION_SYSTEMS	CE-T2SS-TYPE_IV_PILIN_SECRETION|FIMBRIAL_ASSEMBLY,PGPT0015905-pilA-K02650	NA	NA
AK237_01392	1209	epsF_1	COG1459	Type II secretion system protein F	ATGGCAAAAGTAGCAGAAACCTTTGTCTGGCAAGGAAAAGACAAACAAGGTAGTAGTCGAAAAGGTGAGATTACAGCCATGACGTTGATGGAAGCAAAAAACCTGCTTCGTCGTCAGGGTATCTCTGCCCAGAAAGTTAAGAAGATGAGCAAACCTCTCTTTGGTGGTCAAAAGAAAATTGAACCCAAAGACATTTGTGTTATTTCAAGGCAGATAGCGACAATGTTGGGTGCTGGCGTTACCCTTATCCAGTCGCTGGAGATGATAGCCAAGGGCCACGACAAACCTGCCATGCGCAAGTTGCTGGGCGAAATTACAGATGAAGTAAAAGCCGGTAATCCGCTTTCTGCCGCACTGCGCAAACACCCGCTTTACTTCGACGATTTATACTGCGACCTGGTGAAAACCGGTGAGCAATCCGGTGCCCTTGAAACCATTTACGACCGTATCGCTACCTACAAAGAAAAAGCAGAAGCCTTAAAATCTAAAATTAAAAAGGCCATGTTCTATCCAATTGCCGTTGTGGTGGTGGCATTTATTGTGACTACGGTATTGTTGGTGTTTGTGGTTCCACAGTTTGAAGAAATATTCAGTAGCTTTGGTGCAGAACTTCCGGCTTTTACTCAGTTTGTACTCGCTATATCAAGGTTTGTGCAGGACTTCGGGATATTTATTGGTGCTGGTATTGCTGGCGCAATATTTCTATTTATCCGTGCACACCGTAAGTCACAAAGTCTGCGCGATAAAGTTGACGCCCTTGTACTAAAAACCCCGGTGGTTGGCGATATATTGAAAAAAGCGGCTGTCGCACGCTTTACCCGTACCCTTTCCACAACCTTTGCTGCCGGCGTTCCACTGATTGGCGCTTTGGAATCGGCGGCGGGCGCATCAGGTAATGCGATTTACCGTGATGCGATTCTTTTTATCAAAAAAGAAGTATCCGGTGGCTTACAGATGAATACTGCCATGCGCGCAACCAATGTGTTTCCTGACATGGTCACGCAAATGGTGGCCATTGGTGAAGAGTCCGGTGCCGTAGATGAGATGCTGTCAAAAATTGCGACTATCTACGAGGCGGAAGTCGACGATATGGTCGATGGCTTAACCAGCTTACTTGAACCTATTATTATGGCCGTATTAGGCGTTATTATCGGTGGCCTTATTGTTGCCATGTATTTGCCCATATTTCAGATGGGTAATGTGGTGTAA	MAKVAETFVWQGKDKQGSSRKGEITAMTLMEAKNLLRRQGISAQKVKKMSKPLFGGQKKIEPKDICVISRQIATMLGAGVTLIQSLEMIAKGHDKPAMRKLLGEITDEVKAGNPLSAALRKHPLYFDDLYCDLVKTGEQSGALETIYDRIATYKEKAEALKSKIKKAMFYPIAVVVVAFIVTTVLLVFVVPQFEEIFSSFGAELPAFTQFVLAISRFVQDFGIFIGAGIAGAIFLFIRAHRKSQSLRDKVDALVLKTPVVGDILKKAAVARFTRTLSTTFAAGVPLIGALESAAGASGNAIYRDAILFIKKEVSGGLQMNTAMRATNVFPDMVTQMVAIGEESGAVDEMLSKIATIYEAEVDDMVDGLTSLLEPIIMAVLGVIIGGLIVAMYLPIFQMGNVV	PGPT0015920_1492	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-TYPE_II_SECRETION_SYSTEMS	CE-T2SS-TYPE_IV_PILIN_SECRETION|FIMBRIAL_ASSEMBLY,PGPT0015920-pilC-K02653	NA	NA
AK237_01393	882	outO		Type 4 prepilin-like proteins leader peptide-processing enzyme	ATGGATGCCATCATTACCTTAATGCAGCAGAGCCTGCCCGTATTTCTTACCACCGTGTTTATTTTCAGTTTGCTCGTAGGCAGTTTTTTAAATGTGGTAATTTATCGTCTGCCCATCATGATGGAACGAAGCTGGAAAGCCGAATACCAAAGCTATTTTCATGCAAATGATACCGTCTCCCCTTCCGAAGAGACCTTCAACTTAGTCAAACCTGACAGTAGCTGTCCCCATTGCCATCATAAAATTCGCCCGTGGGAAAATATTCCTGTGTTGAGTTATCTGATGCTGCGGGGAAAATGCGCAGGATGCAAAGCGCCAATTTCTATCCGTTACCCACTTGTTGAACTCTTTACCGCACTGGTCTGCACGTTCACAGCCTGGCATTTCGGTGCCACAGCGCAAGGTGTCTGGGCAGTACTCATTGTTTTTGTGCTTATTGCACTGCTGTTTATTGATTTAGACAAAATGCTACTGCCAGATCAACTCACCCTCCCTTTGATGTGGTTAGGATTGGTTTTAAGTACCCAATCGGTTTTTATTGGTCCGGTTGAAGCCATCATTGGGGCAGCAGCGGGTTACCTTAGTTTGTGGTCTGTTTACTGGTTATTTAAACTGGTCACAGGCAAAGAAGGCATGGGATACGGCGATTTTAAGTTACTGGCAGCGTTAGGTGCTTTTACAGGTTGGCAAGGTCTCCCTGTCATCATATTGCTTTCATCAGTGGTTGGCGCAATTGCAGGTATCGGACTCATGGTTTATCAACGCTCAGGAAAATCGCTGGCCATTCCGTTCGGCCCCTATCTTGCCGTTGCAGGCTATATCACACTGCTCTACAAAGCCGATATTATTGATGCATACCTTAAGTGGGTGCTTGGTGCATGA	MDAIITLMQQSLPVFLTTVFIFSLLVGSFLNVVIYRLPIMMERSWKAEYQSYFHANDTVSPSEETFNLVKPDSSCPHCHHKIRPWENIPVLSYLMLRGKCAGCKAPISIRYPLVELFTALVCTFTAWHFGATAQGVWAVLIVFVLIALLFIDLDKMLLPDQLTLPLMWLGLVLSTQSVFIGPVEAIIGAAAGYLSLWSVYWLFKLVTGKEGMGYGDFKLLAALGAFTGWQGLPVIILLSSVVGAIAGIGLMVYQRSGKSLAIPFGPYLAVAGYITLLYKADIIDAYLKWVLGA	PGPT0015925_543	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-TYPE_II_SECRETION_SYSTEMS	CE-T2SS-TYPE_IV_PILIN_SECRETION|FIMBRIAL_ASSEMBLY,PGPT0015925-pilD-K02654	NA	NA
AK237_01394	618	coaE	COG0237	Dephospho-CoA kinase	ATGAGCACGCCTTATGTAGTGGGTTTAACAGGTGGCATTGGCAGTGGCAAGTCGGCCGTCAGTGACCTTTTCGCGGAGCACGGCATTGACGTAGTGGATGCTGATGTGGTGGCAAGACAAGTGGTAGCGCCTGGCACAGCAGCGCTTAAGTCAATAGCCAGTTATTTTGGCGCGGATATATTAACGCCCGACGGGCAGTTAAACCGTGCCGCTCTCCGTCAGCGCGTTTTTGCCAATGAGGATGATAAACAATGGTTAAATGCCTTGTTGCACCCTGCCATTCGAGAAGAAATGACGCGACAGTTAGCCAGTGCCACCAGCGACTATGTGATCTGGTCTGTGCCGTTGCTCATTGAAAACAAGCTAGACACCATGGCCGATACAGTCTTAGTGGTAGACTGTGACGAAACGACACAACTTAGCCGGGCGCTCAATCGGGATGGTAGCAATGAAGCAACGATCAAGGGGATCATGGCATCTCAGGCAAGCCGCGAGACGCGCTTGGCCAGAGCAAATCATCTTATCGATAATAATGGGCCACGTAGTGCTTTACCTCAACAAGTAGAGGATTTGCATCAACTTTATCTTCAGGAGGCTAGCAAAAAGCGCTCCGGATAA	MSTPYVVGLTGGIGSGKSAVSDLFAEHGIDVVDADVVARQVVAPGTAALKSIASYFGADILTPDGQLNRAALRQRVFANEDDKQWLNALLHPAIREEMTRQLASATSDYVIWSVPLLIENKLDTMADTVLVVDCDETTQLSRALNRDGSNEATIKGIMASQASRETRLARANHLIDNNGPRSALPQQVEDLHQLYLQEASKKRSG	PGPT0008835_2112	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
AK237_01395	753	zapD	COG4582	Cell division protein ZapD	ATGACGAGCACCATTTACGAATTTCCGCTTAAAGAGAAAGTGAGGAATTACTTGCGCATTGAGCAACTATTAGCGCAATTAAAAACCGGTGCTTCCGTGCAGAACAAAGCCTTACATGTTTATTTCTTTGAACAATTGTTCACCCTTATGGATCTGCTTGACCGCATCGATTTACGTACAGACTTTGTAAAAGATCTCGATGTGCATGAGCGCAATCTGGTGCATTGGTCTCAGTATCCTAATATTGATACCGATGCATTAGAGCAATCGCTGAAAGTCATCGTTCGTTTAAAAGGTAAGCTAAAAACCGAGCGGAAATTTGGTGTAGCCCTTAAAGAAGATAAGTTTCTTGGTGGTATTCGCCAGCGTTTTGCCATCCCCGGCGGCACCTGCAGTTTTGATCTCCCTAATTTACACTACTGGTTAAATCGTCCTAAAGAAGAGATACAGGGATCCATGAAAACATGGTTGTTGTCGCTCAGTTTGCTGGATGAAACGGTGGCCGTATTATTGTCATTCCTGCGCGAGCGAGGTGCGTTTAAACCCATGGAAGCCACTAACGGTTTCTATCAGGGTGTGGCCGACGACAAATGCGGATTGATCCGGGTTCGCTGTGAAGCCAATCAAGGTTATCACCCCACTCTAAGCGGCAATAAATATCGTTTCGCCATTCGCTTTATGCTGTTTGAAAATGAACCCGGGCAGTCGCCTTCAGTAGAGAATACGGTGTCTTTTGGTATGGCAGCCTGTTAG	MTSTIYEFPLKEKVRNYLRIEQLLAQLKTGASVQNKALHVYFFEQLFTLMDLLDRIDLRTDFVKDLDVHERNLVHWSQYPNIDTDALEQSLKVIVRLKGKLKTERKFGVALKEDKFLGGIRQRFAIPGGTCSFDLPNLHYWLNRPKEEIQGSMKTWLLSLSLLDETVAVLLSFLRERGAFKPMEATNGFYQGVADDKCGLIRVRCEANQGYHPTLSGNKYRFAIRFMLFENEPGQSPSVENTVSFGMAAC				NA	NA	NA	NA	NA
AK237_01396	240	yacG		DNA gyrase inhibitor YacG	ATGACGCTAATGAAAGTTAATTGTCCGATTTGTAGCACGGAAGTCGAGTGGTCTACAGAAAACATACATCGTCCCTTCTGCTCTAAAAAGTGTCAGCTGATTGACCTCGGTGAATGGGCAGGCGAAGACCGGGCTATTCCAGGCCCGAAGCAACATTCAGACACCCCGCCAGGCATGCCTGATGTCGAAGACATCGAAGCGATGTTAAGCCAGCAGCAGGATGACTTCTTTAAACACTAG	MTLMKVNCPICSTEVEWSTENIHRPFCSKKCQLIDLGEWAGEDRAIPGPKQHSDTPPGMPDVEDIEAMLSQQQDDFFKH				NA	NA	NA	NA	NA
AK237_01397	873			aspartoacylase	ATGCTTAATTCAATCGCTCTAATTGGTGGTACCCACGGTAACGAAACCAGCGGTATTCAGCTTATTCGCAATTGGCAACAGTTCGGACTCCCCGAGCGTTTTTCCTCATTAAACGTTGAATGCGATTTTGCCAATCCTGATGCGATGAAAGCGAATGTGCGTTTTCTTGAAGAAGACTTAAACCGCCAATTCACGCCTGAACGCCTCGCGACGCAAAATCCAGCGAAAGAAGCACAGCTTGCCAGATCGCTCAACCAACGTTTTGGCCCTAAAGGTAATGCAGTCACTGACTTTTTCATCGATATTCACAACACCACCAGTCACATGGGAGCGACGTTAATCGTGCTGGAAGCCGATGATTTCAATGTAAAATTAGCGCGCTTTGTGAAAGACGCCATGCCAGAAGCCAATATTCTGGTTGAAGATGAAAAAGACTATGCCTCTCACGGCTACCTGTGCACCGTTGGCAAAAAAGGCGTAATGATAGAAGTGGGCGCTCAACCGCAAGGCGTATTACGTGAAGATGTTTACCAGTTAACCCAGACTATGGCCGAAGCCATTTTGGATTTTTGCGTAGCATGGAACACAAACGCCGGGGCGTTGGATGCTCTGCCGGCTTGTGAGGCTTTTCGTTTAGGGCATGAAGTTAAATTTCCACTAGATGGTAATGGTATGCGCAAGGCTATGATCCATCACAGTATTCAGGATCAGGACTTTACGCCGCTGCTACCAGGCGCCCCTGTCTTCCGCGGATTTGACGGGACCGATTATGTGTGGGAAGCAGAAAAAGAAACCTATCCGCACTTTATTAACGAAGCAGCGTATTTCAAACTAGACGTCGCATTCGCTACCGCAGATCGGATTGAATTCTAG	MLNSIALIGGTHGNETSGIQLIRNWQQFGLPERFSSLNVECDFANPDAMKANVRFLEEDLNRQFTPERLATQNPAKEAQLARSLNQRFGPKGNAVTDFFIDIHNTTSHMGATLIVLEADDFNVKLARFVKDAMPEANILVEDEKDYASHGYLCTVGKKGVMIEVGAQPQGVLREDVYQLTQTMAEAILDFCVAWNTNAGALDALPACEAFRLGHEVKFPLDGNGMRKAMIHHSIQDQDFTPLLPGAPVFRGFDGTDYVWEAEKETYPHFINEAAYFKLDVAFATADRIEF				NA	NA	NA	NA	NA
AK237_01398	1287			hypothetical protein	ATGGTGAATTTACGAGAAATGGGGCGAGGCGTTGTTGCCCGTGTACAGCAGGCAAGAGGGTTGGCTGCACCGGTGGTACAGGCCGCCATACTGTCTGTTGCCGGCACTGCAATTGCGCTGGTCTGCGTGCTGACAATGAATGCTTTTACGGGCGCGCAGTTGTCCTGGTGGGGCGCTATCATTTGTAGTCTCGTGACCAGTGCCTTGTGGATAGTTAAACAGACGTTCACAGAAGCTAAGCGAATAAATGCGCTGGAGGCCGCATTGGCAGAAGCCAACGCTTACCTGGATAAAACCTCAGAGCAACTCCATACCACTCACCAACAGGTGGATGAATATGCTGGAATTCTTAACGGCCAAATCGACGGGATCTCTAACATCACCGAGGAAGCCTCCGTTGATCTTATGAGCTCGCTGTATCAAATTGAAGAAGTGATTCAAAACGGGATCGACAGCATCGAACTGTCGCAGCGTAATACTGCCGAGTTTAAAGAGGCGGGAGCCTCTGAAATAGCACAGGCGAATCATCGCCTGGAAGAGATCACCCAACTGATTAATGCGCAACAGGAACATGACAAGGCCCATACCGCCGCTATTCAGGAAGTGCTACAAGAAATTGATAAGCTAAAAGAGCTGACAGAGTTAGTGAAAAATATCGCATTCCAGACTAACTTGCTGGCACTTAATGCTGCGATAGAAGCAGCACGAGCAGGTGATTACGGCAGAGGCTTCGCGGTGGTAGCAGAGCAAGTCAGAACCTTATCATCGCAATCGTCCGAGGCGGCAGAAAAAATTGAGTCGGGGATTAAGTCTGCCCTGGACACTGCGAGAGTTCATGGCGAAAAACTGCTGTCTACCAACCAGAGTGAGGAAACCTGCGAGTTACTTACCTCTTTTTCTGGCTCGTTGGAAAATATGACCGCGCAGTATCGCCGTTTGGAAGAATTTAGTCCCAGAATGTTAAGTTGCTTCGGTGGCGTAGCCAAAGATATTGCCGGTATGGTGAGTGGCGCAATTGGAAAGATCCAGTTTCAGGATATCATTCGCCAGCGTGCAGAAAACGTTAAGTTGGAGCACGATGCCTTGGTGAGTTTGTTCGGACAATTTTCGGATTATATCGATGGTCGTAAAGCGTTTGATGACTCGTTTAACCTCAGTACCGCCGAAATGTTTGAAAAGTATGTGATGGAAGATCAGCGCCGTATTCACTTCGACCTGACCACCGCTACCGGTGAAAAGCGTGTCGCTCCTGAAGAAACGCGAGAGCCGAAAATCGAATTGTTCTGA	MVNLREMGRGVVARVQQARGLAAPVVQAAILSVAGTAIALVCVLTMNAFTGAQLSWWGAIICSLVTSALWIVKQTFTEAKRINALEAALAEANAYLDKTSEQLHTTHQQVDEYAGILNGQIDGISNITEEASVDLMSSLYQIEEVIQNGIDSIELSQRNTAEFKEAGASEIAQANHRLEEITQLINAQQEHDKAHTAAIQEVLQEIDKLKELTELVKNIAFQTNLLALNAAIEAARAGDYGRGFAVVAEQVRTLSSQSSEAAEKIESGIKSALDTARVHGEKLLSTNQSEETCELLTSFSGSLENMTAQYRRLEEFSPRMLSCFGGVAKDIAGMVSGAIGKIQFQDIIRQRAENVKLEHDALVSLFGQFSDYIDGRKAFDDSFNLSTAEMFEKYVMEDQRRIHFDLTTATGEKRVAPEETREPKIELF	PGPT0015710_27296	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
AK237_01399	363	cheY_2	COG0784	Chemotaxis protein CheY	ATGAAGACCATCCATTTAGTTGACGATTCAGCCACGATGCTGATGAGTATGGAAATGCTGTTAAAACGTGCAGGTTACGACATTCTCAAATCAGAAAATGCCGAAGCCGCGCTGGAAACTCTGCAAAGTGCGACACCCAAGCTCATTATTACCGATTTAAATATGCCGGGCATGAATGGCATTGAATTAATTAAAGAAATTAAAAAGAACATGAAATTCAGATTCACACCTATTTTGATGCTGACCACTGAATCACAGCAAACCAAGCGAGAAGAAGCAAAGCGAGCTGGTGCCACAGGATGGCTGGTAAAACCTGTCGAACCTGATCAATTGATCGCAGTAGTAAAACAATTGGTGCCGTAG	MKTIHLVDDSATMLMSMEMLLKRAGYDILKSENAEAALETLQSATPKLIITDLNMPGMNGIELIKEIKKNMKFRFTPILMLTTESQQTKREEAKRAGATGWLVKPVEPDQLIAVVKQLVP	PGPT0015690_4924	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-MOTILITY|CHEMOTAXIS	CHEMOTAXIS_PROTEINS	CHEMOTAXIS_TWO_COMPONENT_SYSTEM_PROTEINS,PGPT0015690-cheY|yneI-K03413	NA	NA
AK237_01400	744	soj_2	COG1192	Chromosome-partitioning ATPase Soj	ATGACCCGCGTTATTGTTGTCGCAAACCGAAAAGGCGGCACCGCAAAAACCACCACGGTAGTCAATCTTGCCTGTGTATTAAGTGAAAAAGGTGCGAAGGTGCTGGTTATCGACCTTGATAATCAAGGACACATTGAGCTTGGTTTTGCTGCTGAACATCAAGCGCCCGGAGAACTCTCAAAACCGGACTGGCTGGGCGCGTTTGAAGAGTTTAAAGGCGTGTGTGCTTATAACGAGAATATTCATCTCGCGCTGGCACACACAGACAGTACATTTGATGAATCGGCGTACACACTCGACCGTTTCAGCCTGCTTTTCGATAATGCCGGAGAAGCGGGGCATTACGATACGATATTGGTAGACACGCCGCCCACGCTTGGCCCGCGTTTATTGTCAGCGTTAGCCGGCGCGCACCGTATTGTTATTCCCGCGGAGCCTACACCACTTGCTTCCGATGGCGTTAATAAATTACTGAATGCGTGTATGAAGGCCATTAAGAACAAGCACTTCCGTGCCAGTACCATAGATATTTTACCTGTCATGGTAGATGGCAAATTGCGTATTCATCGCCAGACGCTGGGACTTTGGCAGCAGAAATTTGGCGCAGGCAGAATTCTTCCTGCCATACGCCGTAATGTAAAGCTGGCCGAAGCGTTCGCCGTACACCGGCCGGTTAGCGAGTACGCACCACTTTCCGCAGGCGCGAAAGATTATCGCTCCTTGTGTGACAGACTTTTCTCATAA	MTRVIVVANRKGGTAKTTTVVNLACVLSEKGAKVLVIDLDNQGHIELGFAAEHQAPGELSKPDWLGAFEEFKGVCAYNENIHLALAHTDSTFDESAYTLDRFSLLFDNAGEAGHYDTILVDTPPTLGPRLLSALAGAHRIVIPAEPTPLASDGVNKLLNACMKAIKNKHFRASTIDILPVMVDGKLRIHRQTLGLWQQKFGAGRILPAIRRNVKLAEAFAVHRPVSEYAPLSAGAKDYRSLCDRLFS				NA	NA	NA	NA	NA
AK237_01401	261			hypothetical protein	ATGCCGATAACTTACAAACAGAAAGTCGCCGTGCTTGACGGAAACTGTGAAATCGATTTGGCTGAAGAGCTCGATCTTTGGTTAGCTGAAAATCCAAAGCGTCAGGTGAATTTAAAAACGTTAACGCATGCACATACCGCACTGTATCAAGTGCTAATTAAGCATCAAACCGGCGTTTCAGTGTGGCCTGCCGAGGGGCGATGGGATTGGCTTAAAAGTGCTGTGACTGCCAATTTATACAACACGGAGGTTTCGTCATGA	MPITYKQKVAVLDGNCEIDLAEELDLWLAENPKRQVNLKTLTHAHTALYQVLIKHQTGVSVWPAEGRWDWLKSAVTANLYNTEVSS				NA	NA	NA	NA	NA
AK237_01402	2655			hypothetical protein	ATGAGTGAGCTGTTAGATACCTTCATCGGGGAGTCACGGGAAAACTTAGAGTCAGCCAGTCAGGAACTGCTTACGTTACAAAGTAGCGGCTATGATGCGCAAGCGGTTGATACCATTTTTCGCGACATCCACACTATAAAAGGCTCATCTGATTTATTCGATATCAAGCCCTTAACCCGTCTGGCGCACGCGTCAGAGGATTTACTGGATTGCTTGCGTGGTGGTGACGTGACCTTCACCGATGAATTAGGTGACGTACTGCTGGAAGCTTTCGATCAAATCAGTACGTTCTTTGACGAACTGGAATCCGGTACCCATCAGCTATCTCAATGGGAAGGGGTATCCGCAGCGTTGTCTGCCAGATTACGCGGATTTATGGAAGGTACGCAAGAGGTCAATACGGGAGAAGCTACTGCGTCCGGTACATTACAGGCACAAAGCGCTCCGGGTGAGGCATCACCAATGGCTAAAGCGGATTCAAAGTGGCTTAACCGTTTGTCAGAACATCATCGTATAGGTGGTTTATTTGATGCACTGGAAGCCGGAAAGCCTCTGCATATCATTCGCTACACGCCGGATGCAGATTGCTTTTTTCGCGGAGAAGATCCTTTCAATGTAAGCCTTGCCACACCGGGGTTAATTACCCACGCCTTGTCGCGAAAAGCGCATGTTGAAGGTCCTGAGGACGTGTTTCTTTGCCATCTGGATATCACCCTGTTCTGCTGCACTGATAACGAGGGCTTATCTGAACACTTTGCATACTACGAAGGTCAGTACGAGCATACAGAAGTTACCGTAGCGCAGTGCTATGATGTGTGCGCCGAGGTGCTTAGCGATGTCATCAATAGTGAGGGGGCCGATGCACTATCGGAAGCGCTGGCAGATTGTGATGCCGGGCAAGTTGCGCGAATCTGTGGTTTCCTGTGTGCTTCGAGTAATCCCGACTCTCTTGCCTGGCAAATCTTTTCACGCCTTGAAAGGCTCGCGGCTGATAGCGAAGCACTAACCCGCTTTAATGCACTTTTGGCCAGGTCGGCCGATGATGCCACAGACAGTGTGCCTGTCGTAGACGAGCCAGTTCATAGCAACGCTACAGCCGCAGAGGAAAGCGTTGCACCAGATAATACACAGCCTGAAGCACTATCAGAAAGTGCGACTGCGATGCTGAAACAGCAGCAGACTTTACTGGAGCGAATTGCAGGGGGCGAAGGTAATCCGGCTTCACTGGCATCGATTAACCTTGTGGTGAGCCGTATCCTTGGCGTTCCAATGGTTGAGCGCTCCGCTGATTCGTTGTTAGCGCTTATCGCAGGCGATGCGGACGCGTCTGCCGGAGAAAAGCTCGCTGAGTCATCATTAAACACTGAAGAACAAGTCACGCCAGATGCGGTTATGCCGGACGTTCATCGCGGTGATGAACAAGACAAATCAGATAAGGTCGCGGTAGAAACGTCTGCCAAACCTACCGAACGCCAGGTGCCGCGTACGCTGAAAGTGAATCAGGAAAAAATTGATTATCTGATGGATCTGGTTGGCGAACTTACTGTGGCGAAAAATTCATTGCCTTATCTCGCCCGTCAGGCAGAGAAAGAAGGCGGTAGCCGCAAACTCAGTAAACAAATTAAATCCCATTTCACCATTGTTAATCGTCTTACCGAAGAGTTACAAAGTGCTGTCCTGCAAATTCGTATGGTGCCGGTATCCCACGTATTTCAGCGTTATCCGCGCCTGGTGAGAGATCTGGCCCGCAAGCTTGATAAGAAAATTGAGCTTGAAATGCAGGGGGAAGACACTGAATTTGATAAGAATCTGATTGAGTCTTTGTCTGAGCCTTTAATTCACTTACTGAGAAACAGTATCGATCACGGTATCGAGTCTCCGGCAGACCGCCTCAGTGCGGGTAAAAGTGAAACCGGAAAAATTGAGCTCATTGCCACACCGCAGGAAGATAACGTCGTAATCGAAATTCGCGACGACGGTAAAGGGATTGATCCGGCAAAAATAAAAATGCTGGCGTACCAGAAAGGCGTGATCACCGAGGCGCAGCTTGAGTCCATCAATGATGATGAAGCGCTTCAACTCATATTTGCGCCAGGTTTTTCTACTTCTGAACAGGTATCCGATCTCTCCGGTCGTGGTGTGGGTATGGATGCGGTGAAAACCATGGTGACTCAGGCGGGTGGTCATATTGAAATGCAGTCTGACGTTGGTACAGGCACACGGTTCCGCTTGGTTTTACCACAAACCATGTCAGTAAACCGCGTCATGATGTTCGAAGTCAGCGAGCAAATGTTTGGCGTCAGCATGGACAGTGTGGTGGAAACAGTGAAAGTGCGGCCCGAAGAAATTCAGCAGATTAAAAATCATCAGGTGCTGGTTATCCGCGACAAGCTGGTGCCGCTTCATTGTCTGCGTGACTACCTGGGTTTTGCACCGGAAACGCAAAATGTCGAAGAGCAGTCTATCCTTGTAGTAAATACCGGCAACGGTGATATCGGACTGGTGATTGATAAATTCCATGAAGGCATTGATGTTATTCAAAAACCGTTGGAAGGCGTGATGGCAGGTTACGCTCATTTTAGCGGAACTGCGTTGTTAGGTGATGGCCGAGTGCTGTTAATTATCAATATACCGGAGCTATTGTCATGCCGATAA	MSELLDTFIGESRENLESASQELLTLQSSGYDAQAVDTIFRDIHTIKGSSDLFDIKPLTRLAHASEDLLDCLRGGDVTFTDELGDVLLEAFDQISTFFDELESGTHQLSQWEGVSAALSARLRGFMEGTQEVNTGEATASGTLQAQSAPGEASPMAKADSKWLNRLSEHHRIGGLFDALEAGKPLHIIRYTPDADCFFRGEDPFNVSLATPGLITHALSRKAHVEGPEDVFLCHLDITLFCCTDNEGLSEHFAYYEGQYEHTEVTVAQCYDVCAEVLSDVINSEGADALSEALADCDAGQVARICGFLCASSNPDSLAWQIFSRLERLAADSEALTRFNALLARSADDATDSVPVVDEPVHSNATAAEESVAPDNTQPEALSESATAMLKQQQTLLERIAGGEGNPASLASINLVVSRILGVPMVERSADSLLALIAGDADASAGEKLAESSLNTEEQVTPDAVMPDVHRGDEQDKSDKVAVETSAKPTERQVPRTLKVNQEKIDYLMDLVGELTVAKNSLPYLARQAEKEGGSRKLSKQIKSHFTIVNRLTEELQSAVLQIRMVPVSHVFQRYPRLVRDLARKLDKKIELEMQGEDTEFDKNLIESLSEPLIHLLRNSIDHGIESPADRLSAGKSETGKIELIATPQEDNVVIEIRDDGKGIDPAKIKMLAYQKGVITEAQLESINDDEALQLIFAPGFSTSEQVSDLSGRGVGMDAVKTMVTQAGGHIEMQSDVGTGTRFRLVLPQTMSVNRVMMFEVSEQMFGVSMDSVVETVKVRPEEIQQIKNHQVLVIRDKLVPLHCLRDYLGFAPETQNVEEQSILVVNTGNGDIGLVIDKFHEGIDVIQKPLEGVMAGYAHFSGTALLGDGRVLLIINIPELLSCR	PGPT0015645_359	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-MOTILITY|CHEMOTAXIS	CHEMOTAXIS_PROTEINS	CHEMOTAXIS_TWO_COMPONENT_SYSTEM_PROTEINS,PGPT0015645-cheA|wspE-K03407	NA	NA
AK237_01403	369	cheY_3	COG0784	Chemotaxis protein CheY	ATGAAAACAATCATGATAGTGGATGATGCCAATACCGTTCGAACATATCACCGCATGATTGTTGCGAATGCACAGCGTCATGTGGAAGAGGCTGAGAACGGCGTGGAGGCTCTCGAAAAAGCCATGGGTAAACAAATCGACCTGTTCATGGTTGATGTCAATATGCCAAAGATGGATGGCTACCGGTTGTGTCAGGAAATCCGTCGCGATGAGACGCTCAATCAGGTGCCTATCATCATGATCAGCACGGAGTCTCAGGCTGGCGATGCCACCCGCGCGTTCGATTGCGGCGCAAATTTTTATATGACCAAGCCTGTGGACGGTGGCACATTGAATGACATGGTGTCGTTGATGCTGGGGGAGGGGTAA	MKTIMIVDDANTVRTYHRMIVANAQRHVEEAENGVEALEKAMGKQIDLFMVDVNMPKMDGYRLCQEIRRDETLNQVPIIMISTESQAGDATRAFDCGANFYMTKPVDGGTLNDMVSLMLGEG	PGPT0015690_4315	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-MOTILITY|CHEMOTAXIS	CHEMOTAXIS_PROTEINS	CHEMOTAXIS_TWO_COMPONENT_SYSTEM_PROTEINS,PGPT0015690-cheY|yneI-K03413	NA	NA
AK237_01404	873	cheR_1		Chemotaxis protein methyltransferase	ATGAGTATCAGCCGGACAATGTCGCCTGCCGGAGAAATCTCAGAGGCTGACTTTGACCGTTTTCGTTCGCTGTTCTACCGGAAAACCGGCATTTATTTCGAAGACTCTAAACGTTACTTCGTGGATAAGCGCTTAAAAGAACGGATGAAACAATGTGGTCATGAGCAATTTAAAAGTTACTTTACGTTTATGCGCTTTCAGGCTTCGGGAGAAGAGTTTCAAAGTCTGGTAAATGCCATGACGGTAAATGAGACGTACTTTTTTCGCGAAGACTATCAGTTCGATGCCATGTGTCGCTTCCTGATGGATGAGCTGGACGACATGCGCCCGGCAGGCGAAGACCTGCGGATCTGGTCAGTGCCGTCGAGCACCGGGGAAGAACCGTATTCTATTGCCATTTATCTGCTTGAATACTGGAAAGGTTTGGATCACCGCGATGTAGAAATTGTGTCATCCGATATTGATACCAGTGTGCTTGAGCATGCTAAACGAGGCATTTATTCCAAGCGTTCGGTGCAAAACATTCCGCTAACTATGCGCCAGCGTTATTTCACGCAAGAGGGTAACGAGTTTCATCTGTGTAGTGATATTAAAGAGTCCGTTACATTGTGCCTGGCAAATATCCTGGGGGCAGAAGTGCCGGGACGGTTCCGCTCTTTTGACCTAATTTTTTGTCGTAATCTGCTGATTTATTTTGATGATGACTCAAGACGTCGCGCCGCACAGGTGTTGTATGACGCATTAAAGCCCGGCGGCTATATTTTCTTAGGTCATAGCGAATCCATGAGTCGTATCAGTTCGCTGTTCAAAATCAAAAAATTCGGCGATGTAATCGTCTATCAAAAGCCCATGCGCGAGGGAGCCATTAAATGA	MSISRTMSPAGEISEADFDRFRSLFYRKTGIYFEDSKRYFVDKRLKERMKQCGHEQFKSYFTFMRFQASGEEFQSLVNAMTVNETYFFREDYQFDAMCRFLMDELDDMRPAGEDLRIWSVPSSTGEEPYSIAIYLLEYWKGLDHRDVEIVSSDIDTSVLEHAKRGIYSKRSVQNIPLTMRQRYFTQEGNEFHLCSDIKESVTLCLANILGAEVPGRFRSFDLIFCRNLLIYFDDDSRRRAAQVLYDALKPGGYIFLGHSESMSRISSLFKIKKFGDVIVYQKPMREGAIK	PGPT0015670_1106	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-MOTILITY|CHEMOTAXIS	CHEMOTAXIS_PROTEINS	CHEMOTAXIS_TWO_COMPONENT_SYSTEM_PROTEINS,PGPT0015670-cheR|pilK-K00575	NA	NA
AK237_01405	630			hypothetical protein	ATGGGACTGAGAAAAAGCCGCGGAGAGTCTGCCACACAGGCTGACCGCAGACAAAATAGCAGAGACCTGGCGTCCCTTATTGATGATTTGCAGGCGAGTTGTGCCGATGTCAGACGCTGGGCAGCCAGAGATTTGACCAATAATCTCGCCGCTCGCAACGCGCTGCTAGCGCAAATCGATATAGAACATGAACCCACCGTACTGGAGGCATTATTCAGTGCAGTAGAAGGTATGTGCGACGAAGATGTTGCCGGGGCACTTCTGAAAAAACTTAAGTCAGAAGATGCGCAGGTGCGAAACGGTGCGATTGAACTGTTACAAAGTCAGCCAATATTATTTGCCGATCACGTTAACGAACTCTTGTGTGATGAAGACAGTGACGTCCGCATTTTTGCCGTAGATGTAATTGGCGCAATCCGCCACCCGGATGCTGCACAATGGCTGCATAACGTGGTGTTAAACGACAACAATATCAATGTGGTTGGTACCGCGGTGGACAAGTTATCGGAGATTGGTAATGCCGATACCTTAGCCGTACTTGAAAAGGTGTCAGTGCGCTTTCAGGACGTGGCCTATATTCAGTTTGCCATTCAATGTGTGCGTGATGCGGTTGCAGGAGAGAGCGTATGA	MGLRKSRGESATQADRRQNSRDLASLIDDLQASCADVRRWAARDLTNNLAARNALLAQIDIEHEPTVLEALFSAVEGMCDEDVAGALLKKLKSEDAQVRNGAIELLQSQPILFADHVNELLCDEDSDVRIFAVDVIGAIRHPDAAQWLHNVVLNDNNINVVGTAVDKLSEIGNADTLAVLEKVSVRFQDVAYIQFAIQCVRDAVAGESV				NA	NA	NA	NA	NA
AK237_01406	1050	cheB_4	COG2201	Protein-glutamate methylesterase/protein-glutamine glutaminase	ATGGCAGTCAAAGTATTAGTGGTAGATGACTCTGCCTTGATGCGGAAACTGTTCACACAGGTTTTCACTGCACGGGGCTATCAGGTTGATTCAGCCCGCGATGGCGAGGAAGCACTGACGAAATCAGCGGCTTTTAAACCTGATGTGATTACTTTAGATATCAACATGCCGGTAATGGACGGTCTGACCTGTCTTAGTCTGCTAAGAAAGTTTCACCAGTGTCCGGTGCTGATGCTGTCATCGCTGACGCAGAAAGGTGCGCTGGTGACACTGGAAGCGCTGGCACTGGGCGCGGCTGACTTTGTCTTGAAGCCCGGCGGCACGGTAAGTGCGGATATCAGCGACATTGAAGATGAGCTGATTTCCAAAATTGATGCCCTTACCGCAAACGTCAGGCGAACTGCGATACCTGCATCAGCGGTTAAGGTGCCGCAGCCGGCAAGAGTAGCACCATCTGTTCCGGCGAAAAGCGGCAAAGTTCAGGTGGTGATGATTGGAGTATCCACCGGTGGCCCGCGCAAACTTGAGCAGATTTTGTCTCAGTTACCGGCCAGCTTTCCCTGCCCGGTTGTTGTGGCGCAGCATATGCCAAAAGCGTTTACTGCTGCACTGGCGAAAAGACTGAATGATTTATGTCCTCTTGAAGTGGTGGAAGTCAGCAGCCGTATGCCGGTGGAGACCGGCAAAGTATATATCGCAAAAGGGGATGCAGACCTGTCGTTCGTTAAAAACCAGAACACGGTGTTTGTCAGGCCCATCCCGGCCAGTCCTAACTTCCTCTGGCACCCCAGCGTGGATCGCATGGTTGAGTCGGCGCTGGGGTGTTTCGATGCCAGACACATGCTGTGCGTGCAGCTTACCGGCATGGGATGCGATGGCGTGGCTGCCATGTCGAAAGCCTACAGCAGAGGTGCTGTAACCATTGCGGAGAGTGAAGCAACCGCAACCGTTTTTGGTATGCCAAAAGAACTTATTCAGGCGGGGTGCGCCAGTCATGTGCTTGACAGTCACGCCATCGCTCAACGTATTAATCATTTGTGTAAGCAATAG	MAVKVLVVDDSALMRKLFTQVFTARGYQVDSARDGEEALTKSAAFKPDVITLDINMPVMDGLTCLSLLRKFHQCPVLMLSSLTQKGALVTLEALALGAADFVLKPGGTVSADISDIEDELISKIDALTANVRRTAIPASAVKVPQPARVAPSVPAKSGKVQVVMIGVSTGGPRKLEQILSQLPASFPCPVVVAQHMPKAFTAALAKRLNDLCPLEVVEVSSRMPVETGKVYIAKGDADLSFVKNQNTVFVRPIPASPNFLWHPSVDRMVESALGCFDARHMLCVQLTGMGCDGVAAMSKAYSRGAVTIAESEATATVFGMPKELIQAGCASHVLDSHAIAQRINHLCKQ	PGPT0015650_2525	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-MOTILITY|CHEMOTAXIS	CHEMOTAXIS_PROTEINS	CHEMOTAXIS_TWO_COMPONENT_SYSTEM_PROTEINS,PGPT0015650-cheB|chpB|wspF-K03412	NA	NA
AK237_01407	1530			hypothetical protein	ATGCAAGAAATGGAAACTCAGGAAATTACCGCAACAGACACCGAGCTGCAGTTTGTTTCTTTCCAGATTGGAAAAGAGAAATTTGCATTTCCCATGCAGTCTGTTGGCGAAATTATTCGTGTTCCCGTGATGGTTGGGGTTCCGCTGGGGCCCCACCAGATGATGGGACTGGCAAACCTGCGTGGTAACGTACTGCCGGTTTACGATTTACGGGCTATTTTGCTGTCGTGTGCAGCAGAACAAACTGAAACATCCCGTGTTGTCGTTGTGGAGTCAACACTCGGTATGACGGGCTTTCTGGTCGACAAAGTAAACCGTGTTTACAGTGTGCCGAAAGACACCGTGGTTAATGACAAGCAAGGTGATTCGTCAATTTCTTATGACTACCTGCAAGGGTTGATTAAGCAAAAGAACGAACCGCTGGAGCAGATCCTCAATGTTGAAAACCTGGTGCAGTCACAGTTAACCGTCAGTCATAAAAAAGACGGTTCTGGCCTGCAACTGCAGCAAAACCGTACCGGTTCGCAAGACAACAACAGCGAAGCCGAAGATGATTTGCAACAACTGGTTTGTTTTTCCATAGCCGGACAAGAATTTGCTTTTTATCTCCATGATGTGGGTGAGATTGTGCGGGTTCCCGACGACATATCTGCCTTACCCGACAGTAATCCTTCGGTACTTGGTCTGGTAAATCTGCGGGGACGAATTATTCCCATCGTCGATCTGGCCATGAACCTTGGCATGCAGCCCTGCGAAATGAACGATGCTACCCGCATCATCATTGTTAACTGCAGCGACAGCAGCCAGTCTGCTGTGGGCTTTGTGGTAGCAAAAGTCAGCAATGTGGTGAGTATATCGCCGTCGGCGCTGGAGCCTGTTCCGTCAATGTGTAACGACGGATATACCGATGGCGCGCTTGAGGCGGTGTATCGTGTTGAAGGCACTAAGCGACTCATTTCTATCGTTAACTTGCACAGTGTTTTCCAACGCTCGCTAAGCCGGGCGCTGAGCCAGGTTGATTTACAAGATGAGGTTTCTGATATGGCTAATCAGGACGAAGGGGTGCTGACCGAAGAAGACTATGCCCAATACGTGATCTTCTCCATTGCAGGACAAGAGTACGGGGTAAGCATCGAAGATACCCAGGAAATAACACGCATTCCCGACAAGTTGGAAAGCGTGCCCAATACACCGGACTACCTGCAAGGCATTGTTAATCTGCGGGGCACGGTACTGCCTGTGATTGATTTACGTACGCGATTGGGACTACCCAAAGCGGAAGCCACTGACCGCCAGCGCATAGTGGTGCTTACCCGCAATAAGCAAAAAACCGGCTTTATTGTGGATGGCGTGGCAGAAGTTAAAACCGTTATTACCGATTCTATCGAAGATGCGCCTTCATTGTCTGATGAACAAACCGAGCTGTTAAACAAGCTCATCAAGCTCAATAAAGAGCAACGCATCATTCAGCTCATCGAGCCGTCGGTACTGCTGAACGACAACGATATTGCAAAAGTAAACGGGGGTTAA	MQEMETQEITATDTELQFVSFQIGKEKFAFPMQSVGEIIRVPVMVGVPLGPHQMMGLANLRGNVLPVYDLRAILLSCAAEQTETSRVVVVESTLGMTGFLVDKVNRVYSVPKDTVVNDKQGDSSISYDYLQGLIKQKNEPLEQILNVENLVQSQLTVSHKKDGSGLQLQQNRTGSQDNNSEAEDDLQQLVCFSIAGQEFAFYLHDVGEIVRVPDDISALPDSNPSVLGLVNLRGRIIPIVDLAMNLGMQPCEMNDATRIIIVNCSDSSQSAVGFVVAKVSNVVSISPSALEPVPSMCNDGYTDGALEAVYRVEGTKRLISIVNLHSVFQRSLSRALSQVDLQDEVSDMANQDEGVLTEEDYAQYVIFSIAGQEYGVSIEDTQEITRIPDKLESVPNTPDYLQGIVNLRGTVLPVIDLRTRLGLPKAEATDRQRIVVLTRNKQKTGFIVDGVAEVKTVITDSIEDAPSLSDEQTELLNKLIKLNKEQRIIQLIEPSVLLNDNDIAKVNGG	PGPT0015680_95	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-MOTILITY|CHEMOTAXIS	CHEMOTAXIS_PROTEINS	CHEMOTAXIS_TWO_COMPONENT_SYSTEM_PROTEINS,PGPT0015680-cheW-K03408	NA	NA
AK237_01408	1911			hypothetical protein	ATGGCACTGAAAAAAAGCACTGAGGCCAGCCCGGCCACACCGGCCGTAAGAGTTGACGCGAAACTACGCAGAGAAGCAGAAGAGCAGCGAAGAAAAGCTCGTACGCTCGCCAGACAACAACAAGCTGCCGAGCGGGTAGCGACGGCGACGGCTGAACTGGCCAGTGGTATTAGTCAGTCTGCCAGCGCGACCGATCAGTTAGGCACTGCCATCAACGAAATTGCTGCCGGTGCAGAAGAGTCCAGCAGTGCAAGTCAGGAGAGTCTGGCGGCAATTACCCAGATTTCTTCTTCATTGGTATCACAGCTTACGTTATCCGGCCAGACGCTGGATAAAACCAATGTGCTTCAAACCTTCGTTGACCGTGTTATGGGCAACCTCGGCAATATGATGGACAGCGTAAAAACAGCGTCCGAACACCAGTCACGCTCTGTAGTTATGATGAGCGAGCTTGAGCAGCAAGCGTCTAATATTGGTGAAGCCGTTAAACAAGTCACCCGTATTGCCGACCAGACTAACCTGCTTGCCTTGAATGCAGCAATCGAAGCCGGACGCGCCGGTAAACACGGTAAGGGCTTTGCGGTAGTGGCCGATACCGTACGTGCTCTGGCTGAAGTATCGGACAAGAGCGCTGCCGACATCGCCATGCAAATCGAGCAAATTCAGCAGCAATCAAATCAGGTTTCTGATGCAGTAAAACAGTCATCGGAAGCCGCGTTGGAAGAGGTGACAAAAGGCGAGGCGGTAACCAGTCAACTGGCCACAATCAAAGAAGATATGCAGATCATTGCTAACGGGTCTGAAACGCTGCAAACCAAAATCCGCGAAATGGACAATGCTGCTAAAGAAATTCAGGCAGGATCTGAAGCCATTTCCTGTGCCGCTGACGAACAGTCTTCTGCTGCCCAGGAAGTGTCCAGTAACGTATCTGAACAAAGTAGCGCTCTGTCACAAGCTGAGCAGGCTGCCCAGTCTCTGGAAATTATCACTGAAGAGCTGAAAAACAGCACCGACATCAATAAAAGCGCGGAAGAAGTCGCGTCCTCGGCAGAAGAGTTGTCTGCAAGTATGGAGGAGATCAGCCGCTCAACCACAGAAATATCCACGGCACTAAACCAGATTAACAACGGTGCGCAACAGGCAGCCTCAGCGGTTGACCAGGCGGTGAGCAATATCGATACCCTACGGGATGGTGTGGCGGAAGCCTCTAATCAGTCTGAAAACGCGCTTACCCGTGGCGAGGCGATAACAGAACTGCTGAAAGAGAACCGTGCTCTTATTGAAGAAATGGTAGAAGGCATCAATACCGCACTGGAAACCAGTAAATTGAATGTATCCGCCATTACGGATATGGAATCAATGACCCGCACTATCGACAAAGTTATCGACACCATCACCACCGTGTCGGTGAAAACCAGCATGCTTGCCGTTAACGGCGCTGTGGAAGCGGCCCGGGCGGGTGAATACGGCAAAGGTTTTGCCGTGGTATCTGCCGATATTCAAAGCCTGGCCGATGAGGCCGCTGAGAATGTTGAACAAATCAAAGATCTCATCAAAGCCATTCAGGATCAGACACAAAATGTAAAGACTGACCTGACCAACGTGGCAGAAAGTGCCTACCGTGAAGTGCAAAAAGCGAAGCAAACCACTGAGGACATCGCGGGTATTGCCGCTGATATGGCAGAAGTACTTTCTTACAACAAGGAAATGCAGCAAGCCGGTGAAGAAATTGCAGCCGCTGTAGCCCAAGCGCAGAAAGGTTTAGAGCAAATTGCCGCAGCGAATGAGCAGGCTAGCAGTAACTGTCAGCAGGCATTGTCTGCTGCAGAACAGCAGAGCAAAGGTGTGGAGATTCTTGCTCGCTCTATCGAGGAAATCTCCTCTGTCGCTGATGAAATGCAAAACAGCTAA	MALKKSTEASPATPAVRVDAKLRREAEEQRRKARTLARQQQAAERVATATAELASGISQSASATDQLGTAINEIAAGAEESSSASQESLAAITQISSSLVSQLTLSGQTLDKTNVLQTFVDRVMGNLGNMMDSVKTASEHQSRSVVMMSELEQQASNIGEAVKQVTRIADQTNLLALNAAIEAGRAGKHGKGFAVVADTVRALAEVSDKSAADIAMQIEQIQQQSNQVSDAVKQSSEAALEEVTKGEAVTSQLATIKEDMQIIANGSETLQTKIREMDNAAKEIQAGSEAISCAADEQSSAAQEVSSNVSEQSSALSQAEQAAQSLEIITEELKNSTDINKSAEEVASSAEELSASMEEISRSTTEISTALNQINNGAQQAASAVDQAVSNIDTLRDGVAEASNQSENALTRGEAITELLKENRALIEEMVEGINTALETSKLNVSAITDMESMTRTIDKVIDTITTVSVKTSMLAVNGAVEAARAGEYGKGFAVVSADIQSLADEAAENVEQIKDLIKAIQDQTQNVKTDLTNVAESAYREVQKAKQTTEDIAGIAADMAEVLSYNKEMQQAGEEIAAAVAQAQKGLEQIAAANEQASSNCQQALSAAEQQSKGVEILARSIEEISSVADEMQNS	PGPT0015710_10636	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
AK237_01409	384	mutT	COG0494	8-oxo-dGTP diphosphatase	ATGAAAGAAGTGCATGTAGCCGTTGGTGTTGTATTTCGTGACGGGCTTGTTTATATCTGTAAGCGGCCCGACGATAAACATCAGGGCGGAAAGTGGGAGTTTCCCGGCGGCAAAGTGGATGCGGGCGAAACGGTGACTCAGGCACTCGCCCGTGAGCTAAAAGAAGAGATTGGCATTCAGGTAAATGACAGTCAGCCATTGACAGTGATTAGCCATGATTACGGCGACAAACGGGTGCTTCTGGATGTTCATACGGTTTCTGACTTTATCGGTGAGCCTAGTGGTCTGGAAGGACAGCAGGGTAAATGGCTTGCACTGTCTGCGCTGGAGCCTGAGGATTTTCCTGCGGCAAATGTCGCGATCATAGAAAAACTTCAAGGCTGA	MKEVHVAVGVVFRDGLVYICKRPDDKHQGGKWEFPGGKVDAGETVTQALARELKEEIGIQVNDSQPLTVISHDYGDKRVLLDVHTVSDFIGEPSGLEGQQGKWLALSALEPEDFPAANVAIIEKLQG				NA	NA	NA	NA	NA
AK237_01410	2754	secA	COG0653	Protein translocase subunit SecA	ATGCCGGTACTCGTAAAAAGTAGTGGAATCATCAACCAAATGTTTGCAAGCATCCTGAGAAAAGTATTCGGTAGCCGAAACGACCGTCTCGTAAAAAAATTAAAAAAGAACGTCGATGCCATCAACGCATTGGAAAAGGAATTCGAAGCGTTAAGTGATGAGCAATTAAAGGCAAAAACCGCCGAACTCAGAGCGCGATTGGAGAAAGGTGAAACCCCTGACGATATTTTAAATGATGCCTTTGCCACCGTGCGTGAAGCAAGTAAACGCGTGTATGGCATGCGCCATTTCGACGTGCAGATGATTGGTGGTATGGTGCTGCACTCCGGAAAGATATCGGAGATGCGTACAGGGGAAGGTAAAACCCTTACCGCTACCTTACCGACTTACTTGAATGCCTTGAGTGCGAAAGGTGTTCACGTTATTACCGTTAATGATTATCTGGCACGACGTGACGCTGACTGGGCCCGTGAATTATTCGAATTTTTAGGAATGACAGTGGGTTGTAACGTCCCAGGCATGTCGCCTGACATGAAGCGTGCTGCCTACAATGCTGATGTCACCTACGGCACCAACAACGAATTCGGTTTTGACTATCTGCGTGACAACATGGCATTTAGTCCTCAGGATCGTGTTCAGCGCCCGTTGCACTTTGCGGTTGTCGATGAAGTCGACTCTATTTTAATTGATGAAGCCCGTACTCCATTGATTATCTCCGGGGCAGCGGAAGACAGCTCGCAGCTTTATAAAGCCATTAATACTATTATTCCTGAATTGGTACAGCAGGAAAAAGAAGATGAAGAAGGACAGGAAGGCGACGGCGATTACACCGTTGATGAAAAAGCCCGCCAAATTCATCTGACAGAGCGCGGCCAAATCCACGTGGAAGAAATTCTGCAGCGTAACGGTATTTTGCCCGAGGGCGAATCTCTGTTTGCGGCAGGTAACATTTCTTTACTGCATCATATCAATGCGGCGTTGCGTGCACACAAACTGTTCCAGAAGGACGTGGATTATATCGTCAAAGACGATCAAATCGTTATTGTTGACGAGCATACCGGTCGTACGATGGAAGGCCGTCGTTGGTCTGAAGGTTTACACCAGGCCGTGGAAGCCAAAGAAGGTGTAAAAATTCAAAATGAAAACCAGACACTGGCCTCTATTACCTTCCAGAACTACTTCCGTATTTACGACAAACTTGCCGGTATGACGGGTACCGCCGATACCGAAGCTTTTGAATTCCAACACATTTACGGATTAGAAACGGTGGTTATTCCTACTAACCGTCCAATGATTCGTAATGACATGGCAGATTTAATTTATCTGACTGCGCAGGAAAAATACGACGCCATCGTGGCTGACATTCGCGCCACTGTGAAGAAAGGCCAGCCAGTCCTGGTGGGTACAGTGTCTATCGAAAATTCAGAGTTGCTTTCCCGCGTACTGAAAAAAGAAAAAATTGCTCACAAAGTACTGAATGCCAAATTCCACGAACACGAAGCCGATATCATCGCGCAAGCAGGTAAGCCTGGAGCGGTAACGATTGCAACCAATATGGCTGGTCGTGGTACAGATATCGTATTGGGTGGTAACTGGAAGGCTGAAGCTGAAAAGCTTGAGAATCCTTCTGAAGACCAACTGAAAAAGCTTAAAGACGAGTGGGAAAAGCAGCACCAGGCCGTGTTGGACGCAGGTGGCTTACACATTATTGGTACTGAGCGTCACGAATCCCGTCGTATCGACAACCAGTTACGTGGTCGTGCGGGACGTCAGGGCGACCCGGGCTCAAGCCGTTTCTACTTGTCACTTGATGATGCTTTGATGCGTATCTTTGCGTCAGAGAAAATGGCTGGCATGATGAAGCGTTTGGGTATGGAGCATGGCGAAGCCATTGAGCACCCGTGGGTAACCCGCGCAATTGAAAACGCCCAGCGTAAAGTGGAAGGCCGTAACTTCGATATCCGTAAGCAATTGCTGGAATACGATGACGTGGCTAACGATCAGCGTAAAGTGATTTACGAGCAGCGCAATGAACTGCTGGACGAAGGCGATATCAGCGAAACGATTAAAGCGATTCGAGTAGACGTGGTGAATGGTGTAGTTGATGAGTACATTCCTCCCCAGTCACTGGAAGAAATGTGGGATGTACCGGGCCTGGAAGAGCGACTGAAAGCAGACTTTAAAGTTGATTTGCCAGTGCAGAAATGGCTTGATAGCGATGACAAGCTGTACGAAGAAAAACTCCGTGAGCGTGTTCTGACAGAAATCGAAGGCGCGTATCAGGAAAAAGAAAATATGGTTGGCCCTGATGTATTGCGTCAGTTTGAAAAAGCCATCATGTTGCAGAATCTTGATAGTCACTGGAAAGAGCATTTGGCGGCCATGGATCATTTGCGTCAGGGTATCCATCTGCGTGGTTACGCACAGAAGAACCCTAAGCAGGAATACAAGCGCGAATCATTCGAACTGTTTTCCAGCATGCTTGAGGCGCTGAAAGTAGAAGTGATCACCATTTTGAGCCGTGTGCAGGTTAAAGCTGAATCTGACGTGGAGAAGGTTGAAGAGCAACGTCGTCAGGCCGACGATGTACCCAAGAACTTTAATCATGAAGAAGCGCCAGAGCAAGCTCCGGAAGCTAGCGGCGAGCAAGGTGTTCGTTCTGAAATCCGTCAGGGACCCAAAGTGGGACGTAACGATCCGTGTCCTTGTGGTTCAGGCAAAAAGTATAAGCAGTGTCACGGTAAGCTGTCTTAA	MPVLVKSSGIINQMFASILRKVFGSRNDRLVKKLKKNVDAINALEKEFEALSDEQLKAKTAELRARLEKGETPDDILNDAFATVREASKRVYGMRHFDVQMIGGMVLHSGKISEMRTGEGKTLTATLPTYLNALSAKGVHVITVNDYLARRDADWARELFEFLGMTVGCNVPGMSPDMKRAAYNADVTYGTNNEFGFDYLRDNMAFSPQDRVQRPLHFAVVDEVDSILIDEARTPLIISGAAEDSSQLYKAINTIIPELVQQEKEDEEGQEGDGDYTVDEKARQIHLTERGQIHVEEILQRNGILPEGESLFAAGNISLLHHINAALRAHKLFQKDVDYIVKDDQIVIVDEHTGRTMEGRRWSEGLHQAVEAKEGVKIQNENQTLASITFQNYFRIYDKLAGMTGTADTEAFEFQHIYGLETVVIPTNRPMIRNDMADLIYLTAQEKYDAIVADIRATVKKGQPVLVGTVSIENSELLSRVLKKEKIAHKVLNAKFHEHEADIIAQAGKPGAVTIATNMAGRGTDIVLGGNWKAEAEKLENPSEDQLKKLKDEWEKQHQAVLDAGGLHIIGTERHESRRIDNQLRGRAGRQGDPGSSRFYLSLDDALMRIFASEKMAGMMKRLGMEHGEAIEHPWVTRAIENAQRKVEGRNFDIRKQLLEYDDVANDQRKVIYEQRNELLDEGDISETIKAIRVDVVNGVVDEYIPPQSLEEMWDVPGLEERLKADFKVDLPVQKWLDSDDKLYEEKLRERVLTEIEGAYQEKENMVGPDVLRQFEKAIMLQNLDSHWKEHLAAMDHLRQGIHLRGYAQKNPKQEYKRESFELFSSMLEALKVEVITILSRVQVKAESDVEKVEEQRRQADDVPKNFNHEEAPEQAPEASGEQGVRSEIRQGPKVGRNDPCPCGSGKKYKQCHGKLS	PGPT0025735_3115	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-SEC-SECRETION_PATHWAY	CE-SEC-SRP_CORE_COMPONENTS,PGPT0025735-secA-K03070	NA	NA
AK237_01411	882			hypothetical protein	ATGAAACTAACAATAACCTTTATTGGAAAGCAGAAACGATACAGAAAGAGCATCAGTGTGCGAACACTGGTGAGCTTTACCGTGCTGTCGTCGCTTTTCATGTTAGTTTCAAGCCGTTCCACCGATTCCGTTTCCGAAGACATTGCCAGAATAAAACTTGCACAAGCTGCTAATGAGGCAGAAAACGCTGAAGTTGATGCACTGGCTGCGACCACGCGTCAGCAGCTTTTAATGCTGGCAGAGCGATTGGCGGAAATGGACGCGACGGTGTCGCAACTCGATGAACAAGGCAAGTTAATTGCCGCCGAATTCGGGATGAAAGCTGAAGATTTAGAGGCTTTCAACCCAGACTCTACGCCGACAAGCGTGGATAATGAACCTCTGATGGCTCAAATCGCCGCGTTACAGCAGACCGTGTCTGCGAAAAAACAACAGCTGGCAATGCTTGAAAGTCTGGTCAGAGGGCATCATATCCATGAACAGAGTCAATTATCTGGCCGACCTATTGCGTCGGGATGGTTGTCTTCTTATTACGGCATGCGCGCAGATCCATTTACTGGCAACCCAGCTATGCATAAAGGGCTGGACTTTGCGGGTAAATCAGGTGATGACGTTGTCTCCACCGCAGCAGGCATTGTAACCTGGGCAGGAGAACGTCACGGATACGGCTTACTGGTAGAAATAGATCATGGTGATGGTATGGTAACCCGATACGGGCATAACCAGGCATTGTCTGTCGCTATTGGTGATGTCGTAACAAAAGGGCAGACTATCGCAGTGATGGGTAGTACTGGCCGTTCCACAGGTGCTCATGTCCACTACGAAGTAATAAGAAATGGGCAACCCATCGATCCTCTGCCGTACGTCACGCGTCGACGTTAA	MKLTITFIGKQKRYRKSISVRTLVSFTVLSSLFMLVSSRSTDSVSEDIARIKLAQAANEAENAEVDALAATTRQQLLMLAERLAEMDATVSQLDEQGKLIAAEFGMKAEDLEAFNPDSTPTSVDNEPLMAQIAALQQTVSAKKQQLAMLESLVRGHHIHEQSQLSGRPIASGWLSSYYGMRADPFTGNPAMHKGLDFAGKSGDDVVSTAAGIVTWAGERHGYGLLVEIDHGDGMVTRYGHNQALSVAIGDVVTKGQTIAVMGSTGRSTGAHVHYEVIRNGQPIDPLPYVTRRR				NA	NA	NA	NA	NA
AK237_01412	3009			hypothetical protein	ATGTGCAGTGCTTCTGCTGCGCAGCTGTCTCCCTCCGATCTCACACCCTATCACTTGTATCATCAGCGTATCTGGGATACGCGAAATAATATGCCACAGGTGTCTGCGATTAGTATTACTCAGGATCAAGCCGGTTTCTTATGGGTGGCAACAGAAGGTGGACTGGCGCGTTTTGATGGAGACCGCTTTACCACCTACGACGGTAAAACGTCGCCTTTGTTTTCAGATCCTATTTTAAGAAAGGTCTATGTCGACCCACAAGGCGTATTGTGGGTCGGTACCACTAACCGGTTAATTACACTGGATCACGGCAATATCAAAGAAATTACCTTCGATGACAAATCCCTGGGCCGAATAGAGGATATAACGTTTTTTAACGGCTTTATTTATGTAGGCGGAAGTGATTTCTTCAGGATAGATCCAAAAGAGGGTGAGGTTATTCGCCTTGAAACACAGGGACGAACCGTCGAGGCGTTGGCGGTTGAGCGAGAGCGACTCTGGGTCGCTGTTGATGATGGACTAAGTTACATCGATGAAAGCAATTTCCAGCACAAAGTGAATTTGCGAGATTTTCCCGAAAGAACACAAATCAATCATATCGCAACATACAACGGCCATTTGTTACTCGGAACCACATCAGGTTTATTCGAGGTTAATGAAGAGGGCGTTGTGTCGTCATATAAAGTAGACCAGGTTGCGATTTCGGACCCCATAGAGCTGCTGTATGCCGACAGGAAGGGCAATCTTTGGATTGGCGGCAAGCAGCGGTTGTTGCAGGTATCCGGCACGACGTTGATCGAGGAAGTCAAAGAAATTGACGGTAAAACCTCTCCCTGGTTTGTTTCTGCATTTGAAGACAAGTGGGGAAATCTCTGGTTTGGCAGTCGCACACATGGCCTGCAACGGTTGCGCTTTGATGGTAGCAAGCGACTCGGTAACAATGAGGGGTTAGATGAATCCTATGTGTGGTCATTTGCAAAGAGCAGCAAGGGAATTTTTGTTGGCACCAATGCGGGGTTGTACCTGTACGCCAACGATACCTTCACGCCCATTGTCCAGGATGAGCGACTGCCCAATCATGTCGTGTATGCCATTCTCAATGATAAACAAGGGCGGCTGTGGTTAGGCACGCGAGCAGGACTTGCGCTGCTTGACGATAACTATCAGTTAATTCGTCAGTTCCCCGAACTCAACGGGTTGCAAATTAACGGCATCGTAGAAGCCGATAACGGTGATGTGTACATTGCCACAATCAATGGATTATTCCGGTGGGATGGATCATCCCTTAGCAATTTGTCTGTAGCGTGGGAATTAGATACTTCCAATACCCGCTACGTCTTTTTTGATGATCATAACAGGCTTTGGATTGGCACCGCTCATGGTTTGGTTAAATGGGAGCAGGGTGGTGCTGTTGAACAGTTCCTTGATGACGCCACCTTAAGCACCTCGTCGATATCGTTCATTGATCAATTAGCGGATGGCCGAATGCTTATCGGCACGTTTCAGGATGGACTCGCTGTACAATCATCGACGGGCTGGTATTGGTTACCGGTGGAAGCGTTACCCTCTGCGGGTGTCATGTTTGCTACTGAGAGGGAATCTCATTTAGTGATTTCCAATTTGAAAGGGGTTTATCAGTTAGATAAGCAGGCGCTTACTCCGGGCGGCGATGTAAAAGTGAATATTCTGGTTGATGACTTCGCCCTCGAATCGAACACCGACGGTATTCGTTGTTGCAACGGCGCAGGCAATGGCAAGGGACTTGTTGACGGTGACCAGCTATATTTACCGACCTTAAATGGTGTAGCCAGTCTTGCGCTAAATCAGATAATGCGGCCTGCGCACCCTCTTGTGCCGGTAGTGGATAATCTTAAGTTTAAAGATGAAATACGCAGTGATTCGGGAAGCAACCTGCCTCTGGGAGCCCGCAACGTTCAGCTTAGCTATAGCAGCGCACAGTTTTACCGTAATAGTGCTCTCGAGTTTCGGTATCGGTTAAAGGGGTACGATCATGAATGGATTACTGCCCAGTCGAGACGGGAGGCATTTTATACTAACTTACCTCCCGGGGAGTATGTTTTCGAGGTACAGGCGAAGCTAAGAGAATGGAATACGTGGAGCGAAACGGCAACATTTGCTTTTGCAATGCCGGCTTACTGGTATGAGCAACATTGGATGCGCCTGGTGTTTGTTGCTGCTGCACTATTGCTTTTTTGGGGCGTTTATCATATTCGCACGCGCCGGCTTGAACGTGCAAAACAGCAACTGGAGGCAATGGTTAACGCCCGAACTGTGGCGTTAGACAAGGCCAATAAGCAATTGGCTGAAGCCAACGAGCAATTGCATATGGCCAGCCTGACAGATTCACTCACCAAGCTGAACAACCGCCGCTATCTGGACACGTTTATCGATAAAATTCTTGCCAAAGCTGCCCGCCAACAAAGGGGAGTGTTTTGCATCATCCTCGATATAGACAACTTTAAAGTACTAAATGATGAGCTGGGGCACGCTGTCGGCGATGACATTTTGGTAAAGTTCAGTGATATTTTAAAAAGAGAAGTGCGCTCCGCTGACCATGTCATTCGTTGGGGAGGTGAAGAGTTTCTTGTTGTGCTGGATGCCAGCGTCTCTGTGAATGAGTTTCTGGACCGTCTGATGTGCTCGATGGAATTATCCCACTGGCCCCACCAACAGCGTTTGGGCAAAACACCAACATGTTCCATTGGCGTTTGTTATCACCCAATAAATGCGAGCAGCCAATGGACGTGGTCGCATACGCTTATTCTGGCAGATAAAGCCATGTACATGGTAAAGCGCTGTGGAAAAGCAGGCTGGTTGCAGTTGCAGCCTCAGCATCCCATCCCTCCTGACTTACCTGAGAAAGTCGTTAAAATGAAACCTGAAGTATTGCTTAACGGCACCACGTTTGACATTGAAGGTTCGGCCCACATAGTGGCTGCCGTAAACAACCTGAAAAATAATATATTTCCGCTAAGAGACCGAAAATAA	MCSASAAQLSPSDLTPYHLYHQRIWDTRNNMPQVSAISITQDQAGFLWVATEGGLARFDGDRFTTYDGKTSPLFSDPILRKVYVDPQGVLWVGTTNRLITLDHGNIKEITFDDKSLGRIEDITFFNGFIYVGGSDFFRIDPKEGEVIRLETQGRTVEALAVERERLWVAVDDGLSYIDESNFQHKVNLRDFPERTQINHIATYNGHLLLGTTSGLFEVNEEGVVSSYKVDQVAISDPIELLYADRKGNLWIGGKQRLLQVSGTTLIEEVKEIDGKTSPWFVSAFEDKWGNLWFGSRTHGLQRLRFDGSKRLGNNEGLDESYVWSFAKSSKGIFVGTNAGLYLYANDTFTPIVQDERLPNHVVYAILNDKQGRLWLGTRAGLALLDDNYQLIRQFPELNGLQINGIVEADNGDVYIATINGLFRWDGSSLSNLSVAWELDTSNTRYVFFDDHNRLWIGTAHGLVKWEQGGAVEQFLDDATLSTSSISFIDQLADGRMLIGTFQDGLAVQSSTGWYWLPVEALPSAGVMFATERESHLVISNLKGVYQLDKQALTPGGDVKVNILVDDFALESNTDGIRCCNGAGNGKGLVDGDQLYLPTLNGVASLALNQIMRPAHPLVPVVDNLKFKDEIRSDSGSNLPLGARNVQLSYSSAQFYRNSALEFRYRLKGYDHEWITAQSRREAFYTNLPPGEYVFEVQAKLREWNTWSETATFAFAMPAYWYEQHWMRLVFVAAALLLFWGVYHIRTRRLERAKQQLEAMVNARTVALDKANKQLAEANEQLHMASLTDSLTKLNNRRYLDTFIDKILAKAARQQRGVFCIILDIDNFKVLNDELGHAVGDDILVKFSDILKREVRSADHVIRWGGEEFLVVLDASVSVNEFLDRLMCSMELSHWPHQQRLGKTPTCSIGVCYHPINASSQWTWSHTLILADKAMYMVKRCGKAGWLQLQPQHPIPPDLPEKVVKMKPEVLLNGTTFDIEGSAHIVAAVNNLKNNIFPLRDRK				NA	NA	NA	NA	NA
AK237_01413	912	lpxC	COG0774	UDP-3-O-acyl-N-acetylglucosamine deacetylase	ATGATTAGACAACGTACAATCAAACAATCGGTACAAGAAACCGGTATTGGTTTGCACAAAGGGGAAAAGGTCACAATGACTCTCCGGCCTGCGCCTGCGAACACAGGAATTGTGTTCCGACGTATTGACCTGGACCCATTTGTAGATATTCCTGCGCGTGCTAATGCAGTGGGCAATACTATGCTGTGTACGTGTGTAAACAATGAAGACGGTGTGAGTATCCACACTGTGGAGCACCTGGCTTCAGCGTTAGCTGGTCTGGGCATTGACAACATTATTGTTGAAGTAGACAGCAACGAACTGCCTATTATGGATGGTAGCGCAAGCCCATTCGTATTTCTGTTGCAGTCTGCCGGAATCGAAGAGTTAAATGCGCCGAAGCGTTTTATCCGTATTACTAAAACCGTGCGTGTGGAAGACGGAGACAAGTGGGCCGAATTGCGTCCTTACGATGGTTTCCGTGTCGATTTTCGCATTGACTTCGATCACCCTGTGATTAGCCAGACCAATCAACACATGGTGATGGACTTTGACAGTAGCTCATATGTAGATGAAGTCAGCCGCGCACGTACTTTTGGTTTCATGCGCGATTTAGAGTACATGAATGCCAATAACCTGGCGCTGGGTGGTAGCATGGAAAATGCCGTCGCGTTGGACGATTTTCGCATTCTTAACCCTGAAGGACTTCGTTATGACGACGAGTTCCTGAAGCATAAGGTGTTGGATGCAGTAGGCGATCTTTACATGGGTGGTCACAGTATTATTGGTGAACTCGCCGCGTATAAAACCGGGCATGGCCTTAACAATAAGTTGTTAAATGCAGTGCTTGACCAACAGGATTGTTGGGAATACATCACTTACGAAAGTCAGGATGAAATGCCTATCCGCTATGCTGAACCGGTAATAGCGTAA	MIRQRTIKQSVQETGIGLHKGEKVTMTLRPAPANTGIVFRRIDLDPFVDIPARANAVGNTMLCTCVNNEDGVSIHTVEHLASALAGLGIDNIIVEVDSNELPIMDGSASPFVFLLQSAGIEELNAPKRFIRITKTVRVEDGDKWAELRPYDGFRVDFRIDFDHPVISQTNQHMVMDFDSSSYVDEVSRARTFGFMRDLEYMNANNLALGGSMENAVALDDFRILNPEGLRYDDEFLKHKVLDAVGDLYMGGHSIIGELAAYKTGHGLNNKLLNAVLDQQDCWEYITYESQDEMPIRYAEPVIA	PGPT0022330_1609	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-REMODELLINGLPS|LIPID|IVA_METABOLISM	CE-REMODELLING_LIPID_A_METABOLISM,PGPT0022330-lpxC-K02535	NA	NA
AK237_01414	1164	ftsZ	COG0206	Cell division protein FtsZ	ATGTTTGAGTTAATGGATAGCCACGGCGAAGAAGCCGTAATTAAAGTTATCGGCGTCGGTGGCGGCGGCGGTAATGCTGTAGAACACATGGTGGCACAAAATATCGAAGGCGTAGAGTTCATCGCAGTGAACACTGATGCCCAGGTATTGCGCAGTTCAAGTGCTGATGTCACTTTACAAATTGGTTCATCACTTACAAAAGGTCTTGGTGCTGGCGCCGATCCAAACATTGGTCGTGAAGCTGCACATGAAGATCGTGAAACCATTCGTCAGGCGTTAGACGGCGCTGATATGGTATTTATCACTGCCGGTATGGGCGGTGGTACAGGTACCGGTGCTGCGCCAGAAGTGGCAAAGATCGCTCGTGAAATGGGCATCCTGACAGTGGCAGTGGTAACCAAACCTTTCCCATTCGAAGGTAAGAAGCGTACTGCGTTCGCCGAACAAGGTATTGTTGAACTGGCGAAAAACGTCGATTCGCTGATTACTATTCCGAACGAAAAGTTACTTAAAGTCATGGGCCCGGGCACGCCGCTTCTGCAAGCGTTTAGTGAAGCGAATAACGTACTCAATGGCGCTGTGCAGGGTATTGCCGAACTGATCACTCGTCCTGGTTTGATTAACGTCGACTTCGCCGATGTTAAGACGGTTATGTCTGAAATGGGTACTGCCATGATGGGTAACGGTGTGGCGTCTGGTGCAGACCGCGCTGAAGAAGCCGCCGAAGCCGCTATTGCCTGCCCATTGTTGGAAGATATCGACCTGTCCGGAGCGCGTGGTATTCTGGTGAATATTACTGCTGGACCTGACTTCTCTATCGATGAATTCGAAACAGTAGGTAACGCTGTTAAAGCGTTTGCATCTGAAAATGCCACCGTGGTTGTTGGTACCGTTATCGATATGGATATGGCCGATGAACTGCGTGTAACCGTAGTTGCTACGGGTATTGGCGCAGAGCGAAAGCCTGACATTTCGCTGGTTAGCTCTGAAGGTTCTCGCTTGTCCGGCGCGGCACGCGAATTTGGTACTTCAAGCACCTCAGAAGCCCGTAGCGTAGGGTCTACTGATGGTAACCAGGCATTGAAAGTGGAAAGCGAAGTTCAGCCAAACAACGATTTAGAATACCTGGATATTCCAGCATTCTTACGTAAGCAGGCAGACTAA	MFELMDSHGEEAVIKVIGVGGGGGNAVEHMVAQNIEGVEFIAVNTDAQVLRSSSADVTLQIGSSLTKGLGAGADPNIGREAAHEDRETIRQALDGADMVFITAGMGGGTGTGAAPEVAKIAREMGILTVAVVTKPFPFEGKKRTAFAEQGIVELAKNVDSLITIPNEKLLKVMGPGTPLLQAFSEANNVLNGAVQGIAELITRPGLINVDFADVKTVMSEMGTAMMGNGVASGADRAEEAAEAAIACPLLEDIDLSGARGILVNITAGPDFSIDEFETVGNAVKAFASENATVVVGTVIDMDMADELRVTVVATGIGAERKPDISLVSSEGSRLSGAAREFGTSSTSEARSVGSTDGNQALKVESEVQPNNDLEYLDIPAFLRKQAD	PGPT0027695_3689	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
AK237_01415	1251	ftsA_1	COG0849	Cell division protein FtsA	ATGAGAGAGTTTAAAAATACCATGTCAAAACCTGCTGAACGCAATCTGATTGTCGGGCTGGATATCGGCACCAGCCAAGTAAAAGCCGTTGTTGGCGAATTACTTGCTGATGAGCAGATCAGTATTGTAGGTGTAGGTACCCATGCAGCGCAGGGTATGGATAAGGGCGGTGTGAACGATCTCAATTTGGTTGTTAAATCTGTTCAACGAGCGGTCAGTGAGATGGAACTGATGGCTGATTGTCAGGTCTCTTCCGTATTCATGTCAATTTCTGGCCGTCATGTAAAGTGCCAGAATGAGAGTGGCATGGTGCCTATCAACAACCAGGAAGTGACGCAGGAAGACGTGGATAACGTGATTCACGCAGCACGCTCAGTGCCCATTGCGTCAGAGCGTCGATTGCTTCACGTACTGCCACAGGAATTTACGATTGACGTACAAGAAGGAATTAAAAATCCTGTTGGTATGTCAGGCGTCCGTATGGAGGCCGAAGCGCATATCATTACGTGTGCTGACGATATGGCCAAAAATCTTGTGAAGTGTATTGAACGTTGTGATCTTAGCTCCGATCAGTTCATCTTCTCTGCATTGGCGTCAAGTTACGCGGTGTTAACTGATGATGAGCGTGAGCTGGGCGTGTGTGTCGTTGATATCGGTGGCGGCACCATGGATATCGTTATTTACACTGACGGCGCAATTCGTCACACTGCTGTGATCCCTGTTGCGGGTAATCAGATTACCAGTGATATTGCGAAAATTTTCCGCACACCTATCAGTAATGCGGAAGAAATTAAGGTGAATTATGCCTGTGCGCTGAAAGACATGGTCAGCATGGAAGAAAATATCGAGGTGCCCAGTGTGGGCGGTCGTCCTGCCAGAGCCATGTCCAGACACACGTTGGCAGAAGTCATCGAGCCTCGTTATCAGGAATTATTTGAACTGGTACAAAAAGAGATCCGTGCCAGTGGTTTTGAAGAACAAATTGCAGCTGGTCTTGTGCTGACTGGCGGTACCGCCAAGATGGAAGGGGCAGTTGAGTTTGCGGAAGAAATCTTCCAAATGCCCGTAAGAGTGGGTAAACCAATAAATATGCGCGGGTTATCGGAATATACCGATGACGCAAGTTTTGCAACGGTAGTGGGCTTGCTCCATTACGGTAAAATGCAAAGTGATAATAAAAAGTCCAGTAAGCAGAAGTCCGGCGAAAGTTTCTTTCAACGGGTGCAAAGCTGGTTTAAAGGTGAATTTTAA	MREFKNTMSKPAERNLIVGLDIGTSQVKAVVGELLADEQISIVGVGTHAAQGMDKGGVNDLNLVVKSVQRAVSEMELMADCQVSSVFMSISGRHVKCQNESGMVPINNQEVTQEDVDNVIHAARSVPIASERRLLHVLPQEFTIDVQEGIKNPVGMSGVRMEAEAHIITCADDMAKNLVKCIERCDLSSDQFIFSALASSYAVLTDDERELGVCVVDIGGGTMDIVIYTDGAIRHTAVIPVAGNQITSDIAKIFRTPISNAEEIKVNYACALKDMVSMEENIEVPSVGGRPARAMSRHTLAEVIEPRYQELFELVQKEIRASGFEEQIAAGLVLTGGTAKMEGAVEFAEEIFQMPVRVGKPINMRGLSEYTDDASFATVVGLLHYGKMQSDNKKSSKQKSGESFFQRVQSWFKGEF				NA	NA	NA	NA	NA
AK237_01416	729	ftsQ	COG1589	Cell division protein FtsQ	ATGACAGAGGCGAAACGCAAAAAGATTCAGTTTTGGTCCGGCGTGTTATTTTTAGTCGTCGTGATTGTGAGTCTGATTGTGGGTGGAATCAAGATCCAGGATTACTTGCAGGATGCGCAGCGCGCGCCAGTGCAAGTGGTGGATTTTTCAGGTGAATTTAGTCACGTAGATATAACGCGACTCGAACGCTTGATTCGACAGTCTCAACCCGGCAGTTTTTTTTCGCTGGACGTGAATGAAGTATACAAGCTGGTGGAAGCCCAGCCATGGATATATCGCGCATCGGTGCGAAAGCAATGGCCAAACACGTTAAAGATTTATTTGGTCGAACAAAAACCGGTGGCGCAGTGGAACGATGATTTTTTGCTGAATCCCTATGGGGAAACGTTCAGTGCAAAAGCGGATGATATGACATTGCCCAGGTTGTTCGGACCTGGTGGTAGTGAGAAAACCGCGCTGGAAGGCTATAACGCCATGCAGTCATTGTTAGCCACAACCGCGATGCCTATTGCGGAGCTGTCATTGAGCGAACGGTTTGCCTGGCAAATTGAGTTGGGTAATGGCATTGAGCTGAATTTAGGGCGACAAGAATTTATCGACCGCTTACAACGTTTTATTGATGTTTATCCGTTGTTAGCGAAGCAACCAAAAGCGGTGAAGTACGTAGATCTACGTTATGACACTGGGCTAGCAGTAGGCTGGCAGGATGCAGAAGACGAAAAAAGTTAA	MTEAKRKKIQFWSGVLFLVVVIVSLIVGGIKIQDYLQDAQRAPVQVVDFSGEFSHVDITRLERLIRQSQPGSFFSLDVNEVYKLVEAQPWIYRASVRKQWPNTLKIYLVEQKPVAQWNDDFLLNPYGETFSAKADDMTLPRLFGPGGSEKTALEGYNAMQSLLATTAMPIAELSLSERFAWQIELGNGIELNLGRQEFIDRLQRFIDVYPLLAKQPKAVKYVDLRYDTGLAVGWQDAEDEKS				NA	NA	NA	NA	NA
AK237_01417	945	ddl		D-alanine--D-alanine ligase	ATGGTTGAGCAGGTAAATTCTCAAAAATTAGGTCGGGTTGCTGTGATGTTTGGTGGCGAATCCGCAGAGCGTGCGGTGTCACTGAATTCGGGGAAAGCCGTTTTAAATGCCTTAATAAGACAAGGTGTTGACGCCATCGCGTTTGATCCTGCTGAACGTCAACTTACTGAATTGATTGATGAAAAAGTAGATCGTGTATTAATTATGCTGCACGGTCGCGGCGGCGAAGATGGCGCCATGCAAGGCGCGCTTCAGCACCTGAAGATCCCCTATACCGGTAGCGGTGTGCTGGGTTCGGCATTAGCAATGGATAAAATTCACACCAAGCAAATTTGGCAAACACTCGGATTATCTACCGCAAAATATCAAATTGCTGATAAAAGTGACTTTGAAGCTGGATCGTGCGGGGCTATAATGATGGAATTGGGGAATGAAGTCATGGTCAAGCCTGCCCGGGAAGGTTCAAGTATCGGCATGGCGAGAGTGACAAGCGCTAAACAACTAGAAGCTGCCATTCAGGATGCGTTTCAATACGATAATCAAGTCCTGTTAGAGCAGTACATCGATGGCCCCGAGTTCACTGTCTCTGTGTTGCAGGGCAGGGCATTGCCATCGATCCGCATGTCTACCCCCCATACATTTTATGATTACGCGGCCAAGTATCAGGACGATACCACCGTGTATCACTGCCCTAGTGGTTTGTCAGAAGACAAAGAAGCTGAGCTGGCAGCATTATCGCTTCGCGCTTTTAGTGCTTTGTCATGCAGCGGCTGGGGTCGCATTGACGTAATGCAATCCGCTGATGGCACGTTTTATTTGCTTGAGGCGAATACCGTTCCAGGTATGACTGAGAAGAGCTTAGTGCCAAAGGCGGCGAAAGTGGCGGGCCTGAGTTTTGACGAACTGACGCTGGAAATTCTGGCCACTAGTTTGGCAGTCGGCTAA	MVEQVNSQKLGRVAVMFGGESAERAVSLNSGKAVLNALIRQGVDAIAFDPAERQLTELIDEKVDRVLIMLHGRGGEDGAMQGALQHLKIPYTGSGVLGSALAMDKIHTKQIWQTLGLSTAKYQIADKSDFEAGSCGAIMMELGNEVMVKPAREGSSIGMARVTSAKQLEAAIQDAFQYDNQVLLEQYIDGPEFTVSVLQGRALPSIRMSTPHTFYDYAAKYQDDTTVYHCPSGLSEDKEAELAALSLRAFSALSCSGWGRIDVMQSADGTFYLLEANTVPGMTEKSLVPKAAKVAGLSFDELTLEILATSLAVG	PGPT0020050_4527	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-PEPTIDOGLYCAN_REMODELLING	CE-PG_REMODELLING-N_ACETYLMURAMATE_MODIFICATION,PGPT0020050-ddl-K01921	NA	NA
AK237_01418	1446	murC	COG0773	UDP-N-acetylmuramate--L-alanine ligase	ATGGTAGGTGAAAAAGCATTCCAGAACCCGCAGATGCGCAAAGTTAAGCGTATTTTCTTCATCGGTATTGGTGGTGCGGGAATGGGCGGTATTGCTGAAGTTCTACTTAATGAAGGTTACAACATTGCCGGCTCTGACATTCAGAACGGTGCAATGACCGAGCGCCTCACCAAGTTAGGTGCAGAAGTCTTCATTGGCCATCGAGCCGATAATGTTATTCATGCGGATGTTGTGGTGGTGTCCAGTGCCATCAATGAAGAAAACCCGGAAATTCAATACGCCAGAGCGCACCGTGTGCCTATTATCCGTCGTGCTGAAATGTTGGCGGAACTTATGCGTTTCCGACACGGTATCGCCATTGCCGGTACCCATGGTAAAACCACAACAACGAGTCTAATTTCAACCATATTCGCAGAGGCGGGATGGGACCCCACATTCGTGATTGGCGGACTGCTTAACAGTGCCGGCACCAATGCCCGACTGGGTAAGAGCCGTTACCTTATTGCTGAAGCTGATGAAAGCGATGCGTCGTTCTTACATTTGCAGCCCATGGTATCGGTGGTGACTAACATTGAGCCGGATCATATGGGTACCTACGAAGGTGACTTCAATAAGATGAAGGACACCTATCTGGAGTTTCTGCATAACTTACCGTTTTACGGACAAGCTATCTTATGCGGCGATGATGCCGTAATACAATCTCTGCGGCCTCAGATCGGCCGCAATATTCTCACTTACGGCCTCGATGCAACTAACGACGTGCGCGCAGAAAATATCCAGCTTCGCTTTGGACAAGCGCAGTTTGATGTTATTCGTCCGGATAAACCTGTATTGAATATTACGTTGAATCTTACCGGTACGCACAATGTACTTAACGCTTTGGCTGCCATTGCTGTCGCCACAGACGAAGGGGTTGACGATGAAGCCATCGTAACGGCGCTGAAATCCTTTGGCGGCATCGGCAGGCGCTTTGAAGTATTAGGTGAGTTTACTACCAGCAAAGGTAATATTTGTTTAGTTGACGATTATGGGCACCACCCAACAGAGGTAAAAGCCACCGTCGCAGCCGCAAGAACCAATTGGCCGGACAAACGCTTGGTGATGGTGTATCAACCGCATCGCTACACGCGTACCCGCGATTTGTACGAAGATTTTGTTGATGTGCTGTCGCAGGTCGATGTGTTGTTGCTGCTGGATGTTTACGCGGCCAGCGAGTCTCCCATAGACGGTGCCGACAGCAAAGCGTTGTGCCGTTCGATTCGATTGCGTGGCCAGGTTGAACCAATTTACGTGGGTGAACCCTCGGCTTTGGCGGATATTCTGGCGAATGTCATGCAGGAAAACGACGTGATAATGACTCAGGGAGCGGGTAATATCGGGCAAATTGCTAAAAAATTAGCAAAATCTGAATTAGAACCAAAAAAATTTCAACATGAGTGGCAGTGA	MVGEKAFQNPQMRKVKRIFFIGIGGAGMGGIAEVLLNEGYNIAGSDIQNGAMTERLTKLGAEVFIGHRADNVIHADVVVVSSAINEENPEIQYARAHRVPIIRRAEMLAELMRFRHGIAIAGTHGKTTTTSLISTIFAEAGWDPTFVIGGLLNSAGTNARLGKSRYLIAEADESDASFLHLQPMVSVVTNIEPDHMGTYEGDFNKMKDTYLEFLHNLPFYGQAILCGDDAVIQSLRPQIGRNILTYGLDATNDVRAENIQLRFGQAQFDVIRPDKPVLNITLNLTGTHNVLNALAAIAVATDEGVDDEAIVTALKSFGGIGRRFEVLGEFTTSKGNICLVDDYGHHPTEVKATVAAARTNWPDKRLVMVYQPHRYTRTRDLYEDFVDVLSQVDVLLLLDVYAASESPIDGADSKALCRSIRLRGQVEPIYVGEPSALADILANVMQENDVIMTQGAGNIGQIAKKLAKSELEPKKFQHEWQ	PGPT0024120_1339	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-PEPTIDOGLYCAN_REMODELLING	CE-PG_REMODELLING-N_ACETYLMURAMATE_MODIFICATION,PGPT0024120-murC-K01924	NA	NA
AK237_01419	1074	murG	COG0707	UDP-N-acetylglucosamine--N-acetylmuramyl-(pentapeptide) pyrophosphoryl-undecaprenol N-acetylglucosamine transferase	ATGATTAAGCGCTGTCTTATCATGGCTGGTGGTACAGGCGGACACGTGTTTCCTGGGTTAGCGGTAGCACACGCTCTGAAAGCAAAAGGCTGGGATGTACAGTGGCTCGGCACGGCCGAAAGAATGGAAGCGCAAGTTGTGCCCGAACAAGGGTTTCGCATCCACTTCATTCACGTGAAGGGGCTTCGGGGAAAAGGACTCTCCGCGCGCGCCAGTGGCTTTATGGCACTGCTCAAAGGAATGGCCGAAGCACGTAAATTAATGGTTCAGTTAAAGCCGGATGTGGTTATTGGCTTCGGTGGTTACGCCAGCGGTCCCGGTGGTGTTGCTGCATGGCTTCGTGGTATTCCGGTAATCATTCACGAGCAAAACGCTGCGGCGGGTATGACCAATCGTATGCTGGGCAAATTAGCGAAACGTATTTTACTGGGGTTTGACGATGCCAGAGGTGCATTTGCCAGTGCCGCTAAGAAATGCCTGACGGTGGGTAATCCGGTACGACGGGACATCGTCGCTGTACCGACAAAAACGGAAACCCATTCTCCCTTACGCATGTTGGTAATTGGGGGCAGTTTAGGAGCAAAAGCGCTTAATGATGCGGTGCCTGCGGTATGTAAAAACTTATATGGCCTTACGATTCGTCATCAAGCGGGGAAAGGCAATGCTGAAGCGGTGAGAAGTGCATATGCAAGTGGCAGTGTAGATGTTCAGGTAAGTGAATTTATCACTAACATGGCTGACGCCTATGCCTGGGCGGATTTTATTGTTTGCCGTGCGGGCGCGTTGACCGTTGCCGAAGTTGCAGCAGCAGGTTTGCCAGCAGTGTTTGTGCCATTACCCCATGCCGTTGACGATCATCAAACAAAAAATGCGATGTCGCTGGTTGATGCCGGAGCCGCGGTATTGTTGCCGCAACAAGAATTACCTGGCGGATTAAGCAAAGTACTTGAGAACTGGCTACGCCATCCGCAATCCTGCCTGGCGATGGGGCGAAAGGCACGTCAGGCGGCGATAACGAATGCAACGCAGCGTGTTGTTGAGCAATGTGAGCAGCTGTCAGGAGAGAAAGTGTAA	MIKRCLIMAGGTGGHVFPGLAVAHALKAKGWDVQWLGTAERMEAQVVPEQGFRIHFIHVKGLRGKGLSARASGFMALLKGMAEARKLMVQLKPDVVIGFGGYASGPGGVAAWLRGIPVIIHEQNAAAGMTNRMLGKLAKRILLGFDDARGAFASAAKKCLTVGNPVRRDIVAVPTKTETHSPLRMLVIGGSLGAKALNDAVPAVCKNLYGLTIRHQAGKGNAEAVRSAYASGSVDVQVSEFITNMADAYAWADFIVCRAGALTVAEVAAAGLPAVFVPLPHAVDDHQTKNAMSLVDAGAAVLLPQQELPGGLSKVLENWLRHPQSCLAMGRKARQAAITNATQRVVEQCEQLSGEKV	PGPT0024150_3787	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-PEPTIDOGLYCAN_REMODELLING	CE-PG_REMODELLING-N_ACETYLMURAMATE_MODIFICATION,PGPT0024150-murG-K02563	NA	NA
AK237_01420	1302	ftsW	COG0772	putative peptidoglycan glycosyltransferase FtsW	ATGAGCGGAGCAACCAGCAAACTGTCTGAATTATTTGCCCAGCGCCATGGTGCCACCGCACCCACGTCGCCTTACGATGTCGGATTGCTCCTTGTCGCGATAGCACTGGCCACACTTGGTTTGGTCGTTGTGACTTCTGCATCCATGCCGGTGGGAGACCGCCTTTACGGGAGTCCGTTTTACTTTTCTATACGCCATGGCATCTATTTGCTGGTGGCCATCTTAGCCGGTGGTGTGGTATTGCAAGTGCCAATGAGCTTTTGGCGCGTGGTGAATCCCTGGTTGTTGCTTGCAGCCATCGCTATGCTACTCGCGGTGCTGGTGGTAGGGCGTACCATTAACGGCAGTACCCGCTGGATTGTGCTCGGCCCGTTAACGTTGCAGCCTGCTGAGCCCGCAAAGCTTTTCTTCTTTACCTATCTGGCCGGTTATCTGGTGCGCCGCTACGACGAGGTCACAGAGAATATTAAAGGGTTTTTGAAGCCGCTTGTGGTGTTTTTCGTTCTGGCCTGCCTGCTCCTGCTACAACCGGATTTCGGTACCGTGGTGGTTATGTTTACCACGACCATGGGGTTGCTGTTTCTGGCCGGGGCAAGACTTTGGCAGTTTTTTGCCATCGTATTTGTGGGATTGTTGTCTATCGTTTTTCTGATTGTTTTTGAAGAATATCGCATGCGTCGAGTGACATCATTTCTTGACCCATGGGCCGATCCTTTCGGCAGCGGCTATCAATTAACCCAATCTCTCATGGCATACGGACGTGGCAGTTGGTTTGGTCAGGGGTTAGGCAACAGTTATCAGAAACTTGAATTTCTTACTCAGGCCCATTCTGATTTTATTATGGCGATACTGGCAGAAGAATTAGGATTTGTCGGTGTATTGGCTGTGCTGGGGTTAATCCTCTTTCTTGTTGTACGGGCCCTTAAAATAGGGAATCACGCACTGTCCAGACAGCGACCCTTTGAAGGATATCTGGCATACAGTATAGGTATTTGGCTGAGTTTCCAGACTGCGGTAAACATCGGCGCCAGCGCGGGGATTTTGCCAACCAAAGGGTTAACATTACCGCTAATCAGTTACGGCGGCACCAGTCTTATCGTCATGATGGTATCTATTGCCATGTTATTGCGGATTGATTTTGAATTGCGGGTCGAGGGCGTACAAGCCCTTGGTCGTAAAGAAAACAGAAAGAAAAAGGCGGCAGCTGAGACGACGGAACCTGAAGTCTCTTCGGAACAAAAGAGTAAAGACGATATCAGAGCCATGTTAGAGGAAGTTGAAAAGGGGGCGTTACATGATTAA	MSGATSKLSELFAQRHGATAPTSPYDVGLLLVAIALATLGLVVVTSASMPVGDRLYGSPFYFSIRHGIYLLVAILAGGVVLQVPMSFWRVVNPWLLLAAIAMLLAVLVVGRTINGSTRWIVLGPLTLQPAEPAKLFFFTYLAGYLVRRYDEVTENIKGFLKPLVVFFVLACLLLLQPDFGTVVVMFTTTMGLLFLAGARLWQFFAIVFVGLLSIVFLIVFEEYRMRRVTSFLDPWADPFGSGYQLTQSLMAYGRGSWFGQGLGNSYQKLEFLTQAHSDFIMAILAEELGFVGVLAVLGLILFLVVRALKIGNHALSRQRPFEGYLAYSIGIWLSFQTAVNIGASAGILPTKGLTLPLISYGGTSLIVMMVSIAMLLRIDFELRVEGVQALGRKENRKKKAAAETTEPEVSSEQKSKDDIRAMLEEVEKGALHD	PGPT0014810_610	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	UNIVERSAL_STRESS_RESPONSE	STRESS_SIGNALLING_PROTEINS	STRESS_SIGNAL-CELL_GROWTH_SIGNALLING,PGPT0014810-ftsW|spoVE-K03588	NA	NA
AK237_01421	1311	murD	COG0771	UDP-N-acetylmuramoylalanine--D-glutamate ligase	ATGAATGAATTGCTAGCATCACAACATGTCGTCGTGGCGGGTCTGGGAATGACCGGCCAGTCTGTTGTGCGCTTTTTAGCGGCTACGGGAGCCACCGTTAAGGTCTGGGACACCCGTGAAAATGCGGTTGTACCTGACAACATCACTGTCCCCGTAGTGAAAGGCACTGTGCCTCCTGGTTACTGGGAACAGGTGGACACGCTTGTTCTGAGTCCGGGAATATCGCCATCTCACCCGTCAGTAAAAAGTGCCAAATTGGCTGGTGTGGAAATTATCGGCGACATAGAGTTGTTCGCCAGATTGTCACGCACGCCAACGTTTGGTGTGACAGGCTCGAATGGAAAAACCACCGTCACGTTACTGCTAACGCATATTTTGACGGCATGTGGTTTAAAAGCCTGTGCAGCGGGCAATGTCGGTCGGCCGGTATTGGATACTGTGGGGGAAGCGTTAGATTTCCTTGTACTTGAGTTGTCGAGCTTTCAGTTAGAAACCATCTCTTCCTTACATTTGCGAGCAGCCACCATTTTGAATATCAGTGACGATCATTTGGATCGCCATGGCAACATGAGTGAATACGCTAACGCGAAACAACGCATTTTCGCCCATTGCGACCATGCTGTAGTGTGGCAGGGCCATGCCGAAACCTATCCCCAGCATCGAGTATCTTCGCAAACGACCTTTCAAGCTGCGCAAAGTCCTACAGATTTTGGTTTTGCACATAACGCCATAACCTGGCGAGGCAACGCCGTGCTGGCGATGTCCGATGTCAAGCTGGTTGGTTTGCACAACGTGTTAAATATTCAGGCTGCCCTTGCCATGAGCCTAATGGCAGGCATTGATATTGTGGCAGCATGCGAAGCGGTAAAGAGCTTTGTGCCCGCGCCTCATCGTTGTGTCGAGATTGCCAACACGCAGGGAGTACGCTGGATTGATGATTCTAAAGCCACGAATGTGGGCGCGACCATTGCAGCACTGGAAGGACTCGGCGCACAAAAAACAGGAAAGCTGATTCTGATTGCCGGAGGCGATGGCAAAGGCGCTGATCTGAGCGCGCTACGCGAGCCTTTTGCCCGCTATGTCGATTTAGTGCTTACTATCGGTAAAGATGGTAAGCAAATTAGCGATCTGGTGCCGGGCTCTCAATATTTACCGGACTTGCCCGCGGCGGTTGCGTTAGCGGCACAGCAGGCCACGCCGGGAGATATCGTACTTTTATCGCCGGCTTGTGCCAGCATTGATATGTTTGATAATTACAGCCATCGGGCCCGTGTTTTTGCCGAAGCCATTCGCGGGGTGAACGGTCGATGA	MNELLASQHVVVAGLGMTGQSVVRFLAATGATVKVWDTRENAVVPDNITVPVVKGTVPPGYWEQVDTLVLSPGISPSHPSVKSAKLAGVEIIGDIELFARLSRTPTFGVTGSNGKTTVTLLLTHILTACGLKACAAGNVGRPVLDTVGEALDFLVLELSSFQLETISSLHLRAATILNISDDHLDRHGNMSEYANAKQRIFAHCDHAVVWQGHAETYPQHRVSSQTTFQAAQSPTDFGFAHNAITWRGNAVLAMSDVKLVGLHNVLNIQAALAMSLMAGIDIVAACEAVKSFVPAPHRCVEIANTQGVRWIDDSKATNVGATIAALEGLGAQKTGKLILIAGGDGKGADLSALREPFARYVDLVLTIGKDGKQISDLVPGSQYLPDLPAAVALAAQQATPGDIVLLSPACASIDMFDNYSHRARVFAEAIRGVNGR	PGPT0024125_4366	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-PEPTIDOGLYCAN_REMODELLING	CE-PG_REMODELLING-N_ACETYLMURAMATE_MODIFICATION,PGPT0024125-murD-K01925	NA	NA
AK237_01422	1083	mraY	COG0472	Phospho-N-acetylmuramoyl-pentapeptide-transferase	ATGTTGATCTGGCTAGCCGATTGGCTGAAACAATTTGAACCCGGGTTTTTTGTATTCTCATACCTTACCCTGCGGGCGATTTTAAGTACGTTAACCGCCCTGGTTATCGCAATTGTCATTGGCCCTAAAATGATTCGTTGGTTACAACGCTTACAAATAGGTCAGACGGTGCGGGATGATGGTCCGCAAAGTCACTTGTCAAAGGCGGGCACCCCGACTATGGGGGGGCTGCTTATTTTGTCAGCCATCGTGATCAGCGTTCTGCTGTGGGCTGATTTAACCAATCGCTACGTGCTTGTAACCCTGGCAGTAGTTGTTGGTTACGGAATCATCGGGTTTGTGGACGACTACCGTAAAGTGGTGCGAAAGGATGCCAAAGGTCTCATTGCCCGGTGGAAGTATTTTTGGCAATCAGTGATTGCGCTTGGCGTGGCTTTTTACCTTTACAGCTCTGCCAATTTACAGGCAGAAACGTCGTTACTCGTGCCTTTTTTCAAAGAAGTTATGCCCCAGTTAGGCGCGTTCTATTTAGTCGTGGTCTATTTCGCGCTGGTGGGGACATCAAATGCCGTTAACCTTACGGACGGGCTGGATGGACTGGCTATCGTGCCGACTATTTTAGTGGCAGGAGCGTTATCTATTTTCGCTTACGTGACGGGCAACGTAAATTTTGCGACATACCTCAATATTCCCCATATTCCGCTTACCAGCGAGTTAGTTATTGTCTGCACCGCAATAGTCGGAGCAGGGCTTGGCTTTTTGTGGTTTAACACCTACCCGGCGCAAGTTTTCATGGGCGATGTAGGTTCGCTGGCGCTTGGCGGAACACTGGGTATTCTTGCCGTTCTGGTACGTCAGGAGATTGTTCTCATTATCATGGGCGGCGTTTTTGTCATGGAAACCGTATCGGTTATCCTGCAGGTGGGTTCATTTAAGCTACGGGGCAAACGGATCTTCCGTATGGCACCTATTCACCACCATTTCGAACTGAAAGGCTGGCCTGAGCCCCGTGTCATCGTGCGTTTTTGGATCATTTCACTAATCTTGGTATTAGTGGGGTTAGCGACGTTGAAGCTGCGTTAA	MLIWLADWLKQFEPGFFVFSYLTLRAILSTLTALVIAIVIGPKMIRWLQRLQIGQTVRDDGPQSHLSKAGTPTMGGLLILSAIVISVLLWADLTNRYVLVTLAVVVGYGIIGFVDDYRKVVRKDAKGLIARWKYFWQSVIALGVAFYLYSSANLQAETSLLVPFFKEVMPQLGAFYLVVVYFALVGTSNAVNLTDGLDGLAIVPTILVAGALSIFAYVTGNVNFATYLNIPHIPLTSELVIVCTAIVGAGLGFLWFNTYPAQVFMGDVGSLALGGTLGILAVLVRQEIVLIIMGGVFVMETVSVILQVGSFKLRGKRIFRMAPIHHHFELKGWPEPRVIVRFWIISLILVLVGLATLKLR	PGPT0024105_2314	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-PEPTIDOGLYCAN_REMODELLING	CE-PG_REMODELLING-N_ACETYLMURAMATE_MODIFICATION,PGPT0024105-mraY-K01000	NA	NA
AK237_01423	1404	murF	COG0770	UDP-N-acetylmuramoyl-tripeptide--D-alanyl-D-alanine ligase	ATGATTTTAACGACGCTGTCCTGGATTGCCGAAAAAGTAAAAGGCACCCTGAAAGGGGAAGATCAGGAAGTAAACGGGGTCAGCACAGACACTCGTACCTTAAAGCAAGGTGACGTCTACATTGCGTTAAGTGGTGAGAACTTTAACGGTCACCGGTTTATTGCGTCTGCAGAACAAGCAGGTGCTAGTGCAGTCATCGCCAGCGAGCCAGTCAACACTACGCTGCCGGTAATTCAGGTCGCGGATACTAAACTGGCGTTAGGATTACTCGGTGCGGCAGTCAAAGAGAAAGTGGCGCCTAAAACCATTGCAGTGACGGGCAGCAGCGGCAAGACAACAGTGAAAGAGATGACCGCGGCTATTCTGGCTCGACGTGGCAACGTGCTTGCCACAGCTGGTAACTTCAATAACGAAATTGGTGTGCCATTAACATTGCTGCGTTTAGAAGAAGATCATGACTTTGCGGTGATGGAGTTAGGAGCGAATCACTTAGGTGAAATCGCCTATACCACCGATCTGGTGAAGCCTGATGTGGCGACCATTGTCAACGCCGCTGCTTCGCACTTAGAAGGGTTCGGTAGTTTGCTTGGTGTCGCGAGAGCGAAAAGTGAGATTTTTAAAGGCTTAGGCCCAAATGGCGTAGCCGTTGTTAACGCCGATAGCCAATTTACCGAGTTTTGGCTAGGCAAGTTAAAATACAATCAGGTGTTGACGTTCTCCCCTCAGCAACAGCATGCCGCCGATTTTACTGCAGAAGACATTACCGTCGGGCTGGACGGTTGTGCAGAGTTCAATATGGTGACGCCGCAAGGACAAGTCAGTATTCAACTACGCATTCCTGGTATTCATAATGTAGGTAACGCCTTATTAGCTGCGTCGCTGGCAATACAAGTGGGCGCATCTTTGGAAGATGTCAGAACCGGCTTGTTGCACATGGCGCAAGTTAAAGGGCGTTTGAATGTGAAGGCGCTCTCTGATCATTTCCGCTTGTTGGACGACACCTACAATGCCAATGTTGCCTCAGTAAACGCCGCCATCGATACCTTGGCGAGTTTTTCCGGTTTACGGGTTCTGATCTTAGGTGACATGGCCGAGCTAGGTGAGAAAGCCCGCTTCTACCATGAACAAGTAGGTGAATATGCAGCGCAAAAAGGGATTGATTATCTGTTCACGCTGGGTGTGTTAAGCCAGAGTGCAAGTGCTGTTTATAAAGACCGCGGATATCACTTTAACGATGTAGATGCGCTGATGGAGACGCTGACCAGTGTATTGATGGTTGATCAACGCGACATCTCGGTATTGGTTAAAGGTTCGCGTAGCTCGCGGATGGAACGGGTTGTGGATGCCATTGAGGTATCACGCCTGGGAAAGTTTGAACGCCGTCGGGAGCGCATTGCATGTTGA	MILTTLSWIAEKVKGTLKGEDQEVNGVSTDTRTLKQGDVYIALSGENFNGHRFIASAEQAGASAVIASEPVNTTLPVIQVADTKLALGLLGAAVKEKVAPKTIAVTGSSGKTTVKEMTAAILARRGNVLATAGNFNNEIGVPLTLLRLEEDHDFAVMELGANHLGEIAYTTDLVKPDVATIVNAAASHLEGFGSLLGVARAKSEIFKGLGPNGVAVVNADSQFTEFWLGKLKYNQVLTFSPQQQHAADFTAEDITVGLDGCAEFNMVTPQGQVSIQLRIPGIHNVGNALLAASLAIQVGASLEDVRTGLLHMAQVKGRLNVKALSDHFRLLDDTYNANVASVNAAIDTLASFSGLRVLILGDMAELGEKARFYHEQVGEYAAQKGIDYLFTLGVLSQSASAVYKDRGYHFNDVDALMETLTSVLMVDQRDISVLVKGSRSSRMERVVDAIEVSRLGKFERRRERIAC	PGPT0024145_1990	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-PEPTIDOGLYCAN_REMODELLING	CE-PG_REMODELLING-N_ACETYLMURAMATE_MODIFICATION,PGPT0024145-murF-K01929	NA	NA
AK237_01424	1527	murE	COG0769	UDP-N-acetylmuramoyl-L-alanyl-D-glutamate--2,6-diaminopimelate ligase	ATGGTAGTTAGTGCATTCGAACAAAGCTTAAGCGTATTACTGGCTAAATTTGGCATTAACGCACCAGATGTGCGCATCCAGGGACTGACGTTAGATAGTCGTGAAGTTTCGCCAAAGCTGGGCTTTGTTGCCGTTAAGGGGCACAGTCGTGATGGACGGGAATTTATACCCCAGGCGATTAGTTTGGGCGCTAAAGCGATTCTGGCACAAACAGAAAGTGTGCGTGAGCATGGCCGCATGGAAATGCGTGGCACGACCATTATTGTGCATCTGTATGAATTAACAGACATCTTATCCTCTCTGGCGGGGGCATTTTACGACTACCCGGCAACGAAATTGCAATCAGTTGCTGTAACCGGAACTAACGGAAAAACCTCTGTTGTTCAAATGCTGTCACAGCTGACCACATTAGGCGGTACCCGCTGTGCAGCCGTTGGGACGCTGGGTGCCGGCTTATATCAGGGTAATGATACCCAGTGGGAACCTACGCCGGCAGGCAACACCACACCCGACGCAATTCGCATGCAGTACTTATTGGCAGAGTTTGTGCAACAGAATGCGCGGCAGGTAGCATTTGAAGCTTCTTCTCATGCGCTTGTGCAAGGTAGGCTAAGTCAAATTAAGACTGATATTGTGGTATTTACCAACCTGTCGAGGGATCACCTCGACTATCACGGAACCATGGACCAGTACGGCGCCGCCAAGCGACAAGCAATGCAATTACCCGGTGTGAAAACGGTTGTGTTAAATGCTGATGATCCAGAAAGTGAACATTGGCATAACAACAAGCCCACTGGCGTAACGACGGTGTGGTACGGCTTGTCTGAATTGTCTTCGCAAAAGTCAGAAGATCGCCATTGTTTGGCCACAAATGTGAAATATCATCCTGATGGTTGTCAGTTCAAACTGGTATCCAGCTGGGGAAGTCGCGACATCGATGTACCGCTTCTCGGAGCGTTCAACGTGCACAATTTATTGGCGGTCATCGCCGTGATGCTAGTGCAGGGACAACGTTTTGAGGATGTGGTAACGCTACTCCCTCGGGTGTCGCCTGTTGCCGGACGCATGGAGGTATTTTCCTTTGCTCATCATGCCAATGTGATTGTGGACTACGCACATACACCAGATGCACTTGAAAAAGCGCTGCTTAGCACGCGGGATCATACCCAGGGTGAGGTGTGGTGTGTATTCGGATGTGGCGGTGACAGAGACAAAGGCAAGCGGCCATTGATGGGAAAGGCCGCAGAAGCCGGGGCGGATCATGTGGTCATTACCACAGATAATAGTCGTTCCGAGGCGCCTTCTGAGATAGCAAAAGATATCAAAACCGGACTGACACAACCGCAACGAGCGGTGGATGAACCGGATAGAGAAACGGCCATTCGCCACTGCCTGAATAAGGCAGCACCGGAGGATCTTATCCTCGTGGCGGGAAAAGGCCACGAAGATTATCAGATCATCGGTGATCAAAAGAAAAATTATAATGAGCGAGCCGTGGTAGCGCGGCTGCAAAGGGAGTACAGCTAA	MVVSAFEQSLSVLLAKFGINAPDVRIQGLTLDSREVSPKLGFVAVKGHSRDGREFIPQAISLGAKAILAQTESVREHGRMEMRGTTIIVHLYELTDILSSLAGAFYDYPATKLQSVAVTGTNGKTSVVQMLSQLTTLGGTRCAAVGTLGAGLYQGNDTQWEPTPAGNTTPDAIRMQYLLAEFVQQNARQVAFEASSHALVQGRLSQIKTDIVVFTNLSRDHLDYHGTMDQYGAAKRQAMQLPGVKTVVLNADDPESEHWHNNKPTGVTTVWYGLSELSSQKSEDRHCLATNVKYHPDGCQFKLVSSWGSRDIDVPLLGAFNVHNLLAVIAVMLVQGQRFEDVVTLLPRVSPVAGRMEVFSFAHHANVIVDYAHTPDALEKALLSTRDHTQGEVWCVFGCGGDRDKGKRPLMGKAAEAGADHVVITTDNSRSEAPSEIAKDIKTGLTQPQRAVDEPDRETAIRHCLNKAAPEDLILVAGKGHEDYQIIGDQKKNYNERAVVARLQREYS	PGPT0024130_1107	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-PEPTIDOGLYCAN_REMODELLING	CE-PG_REMODELLING-N_ACETYLMURAMATE_MODIFICATION,PGPT0024130-murE-K01928	NA	NA
AK237_01425	1776	ftsI	COG0768	Peptidoglycan D,D-transpeptidase FtsI	ATGAGTATATTTGCCCTTCCTGCCAAAAAGGTGAAAAAAGGTGCTAAGCAGAATGTAACGCCATCGCTGGTACATTGGCGCTTTATGCTGGTGATCGGCATGGTTGTGTTGGTGTTTATTGGACTGGGAGTTCGCGCAGCTTATATTCAGGTCATTGCGCCAGACAACCTTATTGCGCAGGGTGACAACCGCACCATGCGTACCAAAGACATGCCCACCTATCGGGGAATCATTACCGACCGAAACGGCGTAGAGCTGGCGGTAAGCGTGCCAGTTCGGGCGATTTATGCTGATCCCAAAGTTATTCATGAACAGGGTGGGCTTGACCAGTACGACCGTTGGGAAGCACTGGCCGACGTATTAGGTCGTGATGTAAAAGACCTGCGCAGTAAAGTGCAAAACCCTAAGCGTCGGTTTGTTTATCTTCAGCGCCAGGTTTCGCCTGCCATGGCCGATTATGTGGCAAAACTCGATATTCCGGGCATCTATTTGCGCCGGGAAAGCCGTCGCTATTACCCCAATGGCGAAGTGACCGCGCAATTAATTGGCATCACTGACGTTGATGATTCCGGTCTTGAGGGCTTAGAGCGATTATATGACGACTGGCTAACCGGAACACCTGGTTCAAAAGTGATTCGCCGGGACGCGAAAGGGCGTCAGGTTGAAATACTGAAATCTACCGATGGTGAAGAAGCCGGTAATCTGAAACTTACTATCGATCAACGAATCCAGGCACTGGCGTACAGAGAAATTAAAGAAGCAATGCTTTATTACCAGGCTGCATCAGCTTCAGCCATTGTGGTCGATGTGCACTCCGGTGATGTGCTGGCTATGGTGAATGCACCGTCTTTTAACCCCAACGATCGTAGTGATGTTTCTCCTCATCGAATGCGCAATCGGGTACTTACTGATGCATTTGAACCAGGCTCTTCGTTAAAGCCGTTGGCGGTGTTGTCAGCACTAGAGTTCGGTAGCGTAAAAGTGGGGGATATCGTTGATACCAACCCTGGTTGGATGCGTCTTGGTGGAAGTCTGGTAAAAGATGCCCGCAACTACGGCAAACTCACGCTGGAAGAAATTATTCAGCATTCTTCTAATATGGGTACCTCCCGTTTAGCCCTTGGTGTACCAAAACCCTTCCTGTTAGATACTTATTACAACATGGGGCTGATGAGTGATACCGGAACAAATATGCCCGGCGAAAGTAACGGGTTGTTCCATGAAAGCACTCGCTGGTCTGATTTTGAGTTAGCAACGTTATCTTTCGGTTACGGCATTTCAGTCACCACTGCCCAGTTAGCCCGTATGTACGCCACCCTGGCAAATGGCGGAGTAAGTATGCCGCTAAATATTGTTAAGCAGCCCCAGTCCACAGGATACCGCCCAGAGCCTCAGCGCGTGGTGTCAGAAAAGAATGCCCGGGCAGTACTGGAAATGATGGAAAGTGTTGTACAGCGAGGCGGAACGGCGACAAAAGCCGCCGTTCCCGGCTATCGGGTAGGCGGTAAAACCGGTACCAGCCGTAAGGCGGTAGCGGGTGGATACGGCGATGAATACGTCAACATTTTTGCGGGGGTGGCGCCGCTGTCTAATCCTCAAATTGTAACGGTTGTGCTTATTAATGAGCCCGGCGGCGACTTATACCATGCCGGCGATACTGCAGCGCCAGTGTTCTCGGAAATTATGGGCGGAGCCTTACAACTGTTAAATATCACGCCTGACGATAAGCAGGTAACGTCGACCAAGTGGCTGAACGGAGGTCGAAATGGTAGTTAG	MSIFALPAKKVKKGAKQNVTPSLVHWRFMLVIGMVVLVFIGLGVRAAYIQVIAPDNLIAQGDNRTMRTKDMPTYRGIITDRNGVELAVSVPVRAIYADPKVIHEQGGLDQYDRWEALADVLGRDVKDLRSKVQNPKRRFVYLQRQVSPAMADYVAKLDIPGIYLRRESRRYYPNGEVTAQLIGITDVDDSGLEGLERLYDDWLTGTPGSKVIRRDAKGRQVEILKSTDGEEAGNLKLTIDQRIQALAYREIKEAMLYYQAASASAIVVDVHSGDVLAMVNAPSFNPNDRSDVSPHRMRNRVLTDAFEPGSSLKPLAVLSALEFGSVKVGDIVDTNPGWMRLGGSLVKDARNYGKLTLEEIIQHSSNMGTSRLALGVPKPFLLDTYYNMGLMSDTGTNMPGESNGLFHESTRWSDFELATLSFGYGISVTTAQLARMYATLANGGVSMPLNIVKQPQSTGYRPEPQRVVSEKNARAVLEMMESVVQRGGTATKAAVPGYRVGGKTGTSRKAVAGGYGDEYVNIFAGVAPLSNPQIVTVVLINEPGGDLYHAGDTAAPVFSEIMGGALQLLNITPDDKQVTSTKWLNGGRNGS	PGPT0023865_2224	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-PEPTIDOGLYCAN_REMODELLING	CE-PG_REMODELLING-PENICILLIN-BINDING_PROTEINS,PGPT0023865-ftsI-K03587	NA	NA
AK237_01426	342	ftsL	COG3116	Cell division protein FtsL	ATGACAGACCGGCAGAATTCAGGGACGACGTCTCCGACAAATTTCAGTTTAGTGCTGATCCTGGTGTCTGATTTGACCCGCAACAAGTTGCGGGTTTTGTTGTATTTGATGGTTGTGACAAGTGCGATGGCTGTGGTGTTAGGTAGCCATCTGAATCGTCAGCAAAATATTACCATGGAATCGCTCATGCAAAAGAAGGACGATTTAGATGTGGAATGGCGCAACCTGGTGTTGGAACAGCGAGCGCTGACCGAGCACAACCGCATTGAAACTGAAGTAGAAAAGAAACTTGATATGTATCGGCCTACCGCTGATCAGGAAGTTGTGGTGAGGCTAAAATGA	MTDRQNSGTTSPTNFSLVLILVSDLTRNKLRVLLYLMVVTSAMAVVLGSHLNRQQNITMESLMQKKDDLDVEWRNLVLEQRALTEHNRIETEVEKKLDMYRPTADQEVVVRLK				NA	NA	NA	NA	NA
AK237_01427	939	rsmH	COG0275	Ribosomal RNA small subunit methyltransferase H	ATGAGCAACACCCCATTCAGTCATGTTTCGGTGTTGCTTAATGAATGTATCGACGCACTGGCTATCAAACCCGATGGTATTTATATCGATGCGACTTTCGGACGTGGTGGGCATTCAGGCAAAATTCTCGATAACCTCGGCGAAAAGGGACGCCTGATCGCGTTTGACCGCGACCCTCAAGCTATTGAGGCGGCAAAACGTTATCAGGACGACAAACGCTTTACCATCGTTCATGAACCCTTTGGTGAGATGGCCCGTGTGATCAGCGATATGTCACTTACGGGAAAAATCGACGGTGTGCTGATGGATCTCGGTGTCTCTTCTCCGCAGCTGGATGATGCTGAGCGTGGTTTCAGTTTTATGAAAGACGGTCCATTGGACATGCGCATGGACACCAGCCGTGGTCAAAGTGCAGCACAGTGGCTGGCAGAAGCTGATGAACAGGACATCACTCAGGTAATAAAAGAATTCGGTGAAGAGAAATTTGGTAAACGTATTGCCCATGCAATCGTGCAAATGCGCCAAACCACCCCCATCACACGCACGGCGCAACTTGCCGACATTATCGATAAGGCCGTGCCAGTGAAAGATAAATTTAAACACCCGGCAACCCGTGCCTTTCAGGGTATACGCATTTATATCAATGCGGAGCTTGAACAGTTACGCGTGGGCTTGAAGGCTGCAGTAGATGTGTTGGCGAAAGATGGGCGGCTAGCTGTCATTTCGTTCCATTCACTGGAAGATCGCTTAGTTAAGCGGTTTATTAAAGACCAGAGTCGCGGCAAAGTTGTCCCAGCCAATTTACCCATAACACAAGCTGAAATAGACGCAGAGAAAGTGCTGAAGGCGCTTGGAAAAGCTATCAAACCTTCCAAAGAGGAGATTGCATTAAACGTGCGCTCTCGAAGCTCAGTATTGCGGGTGGCCGAAAAGCTATGA	MSNTPFSHVSVLLNECIDALAIKPDGIYIDATFGRGGHSGKILDNLGEKGRLIAFDRDPQAIEAAKRYQDDKRFTIVHEPFGEMARVISDMSLTGKIDGVLMDLGVSSPQLDDAERGFSFMKDGPLDMRMDTSRGQSAAQWLAEADEQDITQVIKEFGEEKFGKRIAHAIVQMRQTTPITRTAQLADIIDKAVPVKDKFKHPATRAFQGIRIYINAELEQLRVGLKAAVDVLAKDGRLAVISFHSLEDRLVKRFIKDQSRGKVVPANLPITQAEIDAEKVLKALGKAIKPSKEEIALNVRSRSSVLRVAEKL				NA	NA	NA	NA	NA
AK237_01428	459	mraZ	COG2001	Transcriptional regulator MraZ	ATGTTCCGCGGCGCTAATGCAATCAATCTGGATCCCAAAGGTAGACTGGCTATACCAACAAAATACCGTCAGTCGCTTCTGGATGATTGTAACGGACAACTGGTCTGCACGATCGATACACAACAAAGCTGTTTGCTGCTTTACCCACTTCCCGAATGGGAAGAGATCGAACTCAAGTTGAGTAAGTTCTCCAGTATGGTCCCGGCGGAACGCCGGATGCAGCGGCTGCTACTTGGTTATGCCACCGAAGGTGACATGGACAAGAGCGGCCGTTTCCTCTTACCCGCGCCACTGCGCCAACACGCCAAACTATCCAAAGAAGTCATGCTCGTCGGTCAGCTTAACAAATTTGAAATATGGGATGCTGATATTTGGGCACAACAAATTGACGCTGATATGGAAACAGAACGTGATGGTGCATTTGAGCTTACCGAACGCTTGCAGGAATTTTCATTATGA	MFRGANAINLDPKGRLAIPTKYRQSLLDDCNGQLVCTIDTQQSCLLLYPLPEWEEIELKLSKFSSMVPAERRMQRLLLGYATEGDMDKSGRFLLPAPLRQHAKLSKEVMLVGQLNKFEIWDADIWAQQIDADMETERDGAFELTERLQEFSL				NA	NA	NA	NA	NA
AK237_01429	117			hypothetical protein	ATGGCTAAAACCCGCGTAAACACTGGGCTGAGACCTGTTTTTATATACAGGCCTTTTCGTAAAGTAACTGAAAAGATTAAAAAAGAGACAGGTTTTGTCGATGAAAAGTTTTTTTAA	MAKTRVNTGLRPVFIYRPFRKVTEKIKKETGFVDEKFF				NA	NA	NA	NA	NA
AK237_01430	1032	pemA_1	COG4677	Pectinesterase A	ATGTCTCCTATTGGGCTTGCCACCGGTGGCATTGGCAGTAGTATAGCCATCATGATTTGCTTTATTCGGGAACATATTGTGCGGCGCTTTTTTCTTTTTATTATTTTGATGGGGGTGGTTAACACACTCTACGCTTATGAGACCCAGCTTACCGTGGCGCAAGACGGTAGCGGCGATTTTACCTCCATTCAGTCTGCGTTGAATGCGACGAAGGCCTATCCGTGGACGGATATCACCATTCATGTCAAAAATGGTGTCTACCATGAAAAGGTAAATGTCTATGCCTGGAATACCCGCATTCATCTTTCGGGAGAAAGTCGTGAGCATACGGTGATAAGTTTCGACGATTATTTCGATAAAATTAATCTTGGAAGAAACAGTACCTTTCATACCTTCACCATGCGGGTAGCCGGAAACGATTTCACGGCCTCAAATTTAACCATCCGAAACACAGCGGGTCCAGTGGGGCAAGCGGTAGCGCTGCATGTGGAAGCGGATCGGGCTGCTTTTTATAACGTTAATATTGAAGGGTATCAGGATACCCTGTATGTCGCCGGTGAAGGGCATCGCACCTATTTCAATAACAGCATGATTAGCGGATCAGTAGATTTTATCTTTGGCGATGGCACGGCGGTATTCGATCACTGCGAAATACGCTCTTTGCTAAGCGATACCTATATTACAGCGGCTTCAACGCCAAACGATCAGCCTTACGGCCTGGTTTTTTTAGATAGTCATTTCACTGCATCTGAAGGGGTCAATAACGTGTATTTGGGGCGGCCGTGGCGACAGTATGCCGCTACGACAATTCTTCGCAGTCGTCTGGATAAACATATACACCCCGCCGGTTGGCATAATTGGAATGATGCAGACAAGGAAAAGAGCAGCCGTTATCAGGTATTTGAGAATCGCGGACAAGGAGCTGAGTCGGATAAAAGGGTAAATTGGCAGCACCGCCTTACTGAAAAACAGGCCGATCAATTTAAGCCATCGGTAATCCTTGGAAACTGGTCTTTGAAAAAACCGATCTAA	MSPIGLATGGIGSSIAIMICFIREHIVRRFFLFIILMGVVNTLYAYETQLTVAQDGSGDFTSIQSALNATKAYPWTDITIHVKNGVYHEKVNVYAWNTRIHLSGESREHTVISFDDYFDKINLGRNSTFHTFTMRVAGNDFTASNLTIRNTAGPVGQAVALHVEADRAAFYNVNIEGYQDTLYVAGEGHRTYFNNSMISGSVDFIFGDGTAVFDHCEIRSLLSDTYITAASTPNDQPYGLVFLDSHFTASEGVNNVYLGRPWRQYAATTILRSRLDKHIHPAGWHNWNDADKEKSSRYQVFENRGQGAESDKRVNWQHRLTEKQADQFKPSVILGNWSLKKPI	PGPT0001855_4648	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-QSR-AUTOINDUCER_PERCEPTION	CE-QSR-3-OH_PAME_PERCIPITATION|SIGNALLING,PGPT0001855-ybhC|pemB|pemA-K01051	NA	NA
AK237_01431	1440	modF	COG1119	ABC transporter ATP-binding protein ModF	ATGATTGAATTAAAACACTGCAATGTGGGGATATCGCCAGATTTTTCATTTTACGTCGAAGCGTGTCAGGTATTGCCGCAACAGCACGTCGCTATTGTCGGACCAAACGGAAGTGGCAAGTCGCTACTGGCTGCCGTGTTAGCTAATCAAGGAGAGGTACTCAGTGGACAGCGCAAGTGTTCTGTCAAAACCGGCTGGGTAAGTACAGCACAGCAACTTGCCCTGATTGCACAGGAAAAGAAAAAAGACGATGCCGATATATTGGATGTTGTGCCTGTTTTAAGTACAGCCAAGGAAGTGGTTTTACGAGATGTGACCCGGTTGTCCCCTTACCAGGACAAGCTCTTTCACGCGTTGGTGCAGGGCTTACGTATGGAACACTTCCTCGACAATGCCTTTCTGGGTTTATCCACCGGTGAAACCCGTAAAGTGTTGTTAGTTAAAACACTGCTTGCTCAACCTGATGTACTTGTCCTCGATGAGCCCTGGGATGGTCTGGACACCGAGTCGTCCGCGTTTCTGAAATCGTTGATAGATGATATGCAACAACAATGTACCTTTGTTGTTGCGCTTAACCGCTTGAGTGAGATGCCAGCTTGTACTCAGCGCCTCATTTTAATGCACGATAACCATATTGCCTGGCAATCGTCAGGAAACGGCGTGACTGATGAAGACCGCCGGCATTTGCACCAGTTACTGCACCTTGAAAACGTACCACAGTCTTTACCCGAAAAGGATGAGGATCGGCATGCGCCGCAGATGGCAGAGGGCGAAACACAATTAGTGAAGCTGGTGGATGGCAAAGTGAGCTACGACGATCGCATTATCTTCAGCGGATTGAATTGGCAGATTAACCAGGGTGAACACTGGCAGATCGTTGGCCCGAATGGTTCAGGGAAAACATGCTTACTCTCAATGATTACCGGCGATGACATACATTGCTACAACAACAATCTCACGGTATTTGGTTACAGACGGGGAAGTGGCGAGAGTATCTGGGACATAAAACAGCACATCGGCCTGGTATCAAACAGCTTTCATCTTCAGTACCGGGTAAATTGCAGTGTTTTACATGTGGTGTTATCGGGGTTCTTCGACAGTATCGGACTTTATGAACAGCCGACGCTAAAGCAAAAACAGCTCGCTCGCGCCTGGTTGGCGTTAGCGGGAATGCAAGACCGGGAAGCAACACCATTTCAGTCGCTTTCCTTCGGTGATCAGCGCCTGTTACTTATTCTGCGGGCTATGGTTAAACATCCTATCTTGTTGATTCTGGACGAACCTTGTAATGGTTTAGACGAGATTAACCGACTTAAAGTACTGGCTTTATTAAGTATTATCGCCGCCGGTGGGCAAAGCACGTTACTCTATGTGAATCACCATAGTGAAGATAAAATTACCGGCATCGACCGTGTACTCGATATGCAGTCGATAGCCTGA	MIELKHCNVGISPDFSFYVEACQVLPQQHVAIVGPNGSGKSLLAAVLANQGEVLSGQRKCSVKTGWVSTAQQLALIAQEKKKDDADILDVVPVLSTAKEVVLRDVTRLSPYQDKLFHALVQGLRMEHFLDNAFLGLSTGETRKVLLVKTLLAQPDVLVLDEPWDGLDTESSAFLKSLIDDMQQQCTFVVALNRLSEMPACTQRLILMHDNHIAWQSSGNGVTDEDRRHLHQLLHLENVPQSLPEKDEDRHAPQMAEGETQLVKLVDGKVSYDDRIIFSGLNWQINQGEHWQIVGPNGSGKTCLLSMITGDDIHCYNNNLTVFGYRRGSGESIWDIKQHIGLVSNSFHLQYRVNCSVLHVVLSGFFDSIGLYEQPTLKQKQLARAWLALAGMQDREATPFQSLSFGDQRLLLILRAMVKHPILLILDEPCNGLDEINRLKVLALLSIIAAGGQSTLLYVNHHSEDKITGIDRVLDMQSIA	PGPT0008450_578	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_VITAMIN_PRODUCTION	PLANT_VITAMIN-MOLYBDENUM_COFACTOR_METABOLISM	PLANT_VITAMIN-MOLYBDENUM_COFACTOR_TRANSPORT,PGPT0008450-modF-K05776	NA	NA
AK237_01432	525			hypothetical protein	ATGCAGGAAAGCCTGTCGGTAAAAAGAAGCATTGCGACAGTGTATTGTTTTATTGCGTTTTTCCAAATTCCTGAAATAATGCGCCGTCCTGGCAACCCTGTCTTTCGTTGCCGTAAGACATCGAATCATAACTGTAATTTGATGGCCAACCCAGACATGCTGGTTGTTGTGCACTTCGTGTGGAGCAAAAGCGACAAAATGAACCCATGTATACAATGTGGCGCCTGCTGTGCCACTTTCCGTGTATCGTTTTATTGGGCAGAATCGGACCCTTTCACCGGGGGAACCGTACCACCTGAATTAACCGAAAAAATCTCTCCAAACCTGGTCGCGATGAAAGGCACTAATCAACCTACGCCCCGATGTGTAGCGTTAGTCGGTGAGATTGGAGGAGATATCGCGTGCAATATTTACGAACAGCGTTCAAGCACGTGTCGGGAGTTTGATTATGGTACGGCATCGTGTTTAAAGGCACGATTAAAACATGGCATAACAGACGATATCATTCCGTTTGTAGCTGCGTAG	MQESLSVKRSIATVYCFIAFFQIPEIMRRPGNPVFRCRKTSNHNCNLMANPDMLVVVHFVWSKSDKMNPCIQCGACCATFRVSFYWAESDPFTGGTVPPELTEKISPNLVAMKGTNQPTPRCVALVGEIGGDIACNIYEQRSSTCREFDYGTASCLKARLKHGITDDIIPFVAA				NA	NA	NA	NA	NA
AK237_01433	765			hypothetical protein	ATGGCGATTAACTACATCCCGCTAAATAAAGAAAAACACAAAGACGTAAAAGTAGCGGTGAACAGCGCGTTTGCCTTCGCGAAAAATACACACCTTTCAGCTGCTTCTATTCGCGAGTACGCGCAACTGGCATCTACCATGCCACTTGTGTTCATTCAGGATCCAAAAAGCGACCGTTACCACACTGTTGCTATGCTGGGTATGGAACAAAACAAAAACCTGTTCTTAGCCACTGACAAGTGGAAAGGTTCGCACGTTCCTATGAACATCATGCGTTATCCTTTTGACATTCGTCCTGAAGGCGAAAAGCTGGGTGTTTACATCGATGAAGGCAGTGAGCTATTCAATGCTGAAGAAGGCGAGCCTTTGTTTAACGAAGATGGTACGCCGTCACCGTTCTTAGAAAATCGTCAAAAATTCTTAGGCGATCTGGCTAACAGTGAAATGCTGACCCAGCGTTTTATCGAAAAAGTTGTCGATTTGGATCTGCTTGATGCGATTCAAATTCGTTTGACGTACAAGGACGGTCAACAGCGCAATGTTACCGGCATGTACAGCATCAACGAAAAACGCTTACTGGAACTGCCTGAAGAGAAAGTGCTTGAGTTACATAAGCAGGGTTTCCTGGGCGCACTGTACGCCGTGATGATGTCATTAGGGCAGCTGAATCGTTTAGTTGAGCTGTCAAATGACACCGAAAACCCAATTGCGAATATGCAAATTACTGCAGATAATTCAGCGGTTCAGCCTGCTGAAAACGCTTAA	MAINYIPLNKEKHKDVKVAVNSAFAFAKNTHLSAASIREYAQLASTMPLVFIQDPKSDRYHTVAMLGMEQNKNLFLATDKWKGSHVPMNIMRYPFDIRPEGEKLGVYIDEGSELFNAEEGEPLFNEDGTPSPFLENRQKFLGDLANSEMLTQRFIEKVVDLDLLDAIQIRLTYKDGQQRNVTGMYSINEKRLLELPEEKVLELHKQGFLGALYAVMMSLGQLNRLVELSNDTENPIANMQITADNSAVQPAENA				NA	NA	NA	NA	NA
AK237_01434	1941	dapb3_1		Dipeptidyl aminopeptidase BIII	ATGACGCCCCTCCGCTCCCTATCGATTTTGCTCGGTGCTATCACCGGCCTTCAGGCAGCCACACTGCAGGCAGATACGTGGCCCTATCCTGAAGATACCCCCACGCTACAAACACTCAACGTTGGTTTGGCGGGCGACAGGCCTACCGATATTGCCCGGTTCCTGTTAGCGCGAGGGCCAGAACAGGCCACGATTAATAGTACGGGCGACCAGATGGCATTTGTGAGCAATGTCACAGGCAGAGACCAACTGTGGGTTCAACACCTGCCACATGGTCAGGCGAAACAGCTAACCTGGGGGAACGGTATTTCCTTTTACGCCTGGCATCCTGACGGCAAGCGCCTTATTTATGGTGCAGACAATGATGGCGATGAACGTGAAGCCTTTTTTATGATAAACAGCGATGGCACTAAAGAGTCGCTGCTTCTCCCCTACAGCGAGGGCTTTCGCGCCTTCGGTAGCTTCTCGGATGACGGCAATCAGTTCACTTATGCGTCAACTGAACGAAATGGGTTAGACTTTGATATTTACCTGCACGATATCGCAGGCGAACAAAGCAAAATGATTTGGCAGGCCGAGTTTGGTTTCTTTCCACAATCCTGGCGACCCGACAGCAATGACATCGTGGTAACGGAAACCCGTGGCGAAGACGCCGAAGATGTTCACGTACTTTTTGCCGATAGCGGCGAAATGCGTCCTTGGTTTACCCCTAAGGTGGCTGCCGCGTTTGAGCAGTTCACCTGGACAGAAGATGGAAAAACACTGTATTTCACATCAAATCTTGACCGTGAAATGAAAGCTGTTTTTGCTTTTGATCCTGCAACCATGAAAGCCAAACCAGTGATTACCAGTCAATATGATATCGACAACGTTATTCTCTGTGCGCATGACAGCATGCTAATTTGGACGGAGAACCGGGAAGGGCTCGATACCCTGTTATCCAAACCCATAGACAGTGCCGAAGCACAAGAGATCCCTCTCCCCGATGGGGTTTACGACATCAGTTGCGCCACGGCAAACAGCCAGATTCTGGTGAATATTTCAGGGCCGACCTCCCCCTCAGAAGTGCATCTCATTGATGGCGAAACGATGAAACGTAGCCTGGTACGCAAAGCGAATATGGCAGGAATTGATGGAGCATCATTGGTGCGGCCATTACAAGTCAGCTTTCCTGCCCGAGATGGCGTCACCTTACATGGTCAATTGTATATGCCTAAAGGATTATCCGCGCCCGCCCCTGTGGTAATCGACGTACATGGTGGTCCTACATCACAAGCGCTGGGTAGCTGGCAGCCTCTGGCGCAATACCTGACCGGTAAAGGCATTGCGGTTCTGGATATCAATGTAAGAGGGTCCACAGGCTACGGAAAAACCTTTACCCGTCTGGATAATCAGGAAAAGCGGCTAGACAGTGTGAGAGACTTGGTAGATGCCTTAACCTGGATGCAAAAAGATGAACGCCTTGATGCCAATAATGCCGCCGTCATGGGCGGATCTTACGGTGGCTACATGGTCAATGCCGTAATGGGTAAATATCCCGGCGCGTTCAAAGCTGGCGCCTCATTTGTCGGCGTTTCGGACTGGGTGCGTGCATTGCAAACCGCCTCCCCCGCCCTGAAGGCTTCAGACAGAATTGAATATGGCGATATTCGCGAACAAAAGTGGCAAACGTTCTATGCTGCGAATTCGCCCATTAACACGGTAAACGATATTCAAGCCCCCATGTTTTACGAACATGGGGTGAATGATCCACGCGATCCGGTTACCGAGTCCGACCGCATGGTGAAAATTCTTCGGGATAAAGGGCTTTCTGTTACCTACCTGCGCTTTCCAGATGAAGGACATAGCGTAGGTAAGCTGGAAAACCGCATTACCTTTTATCGCGAACTCGCCGCGTTTCTCGAAACGCATTTAAAACACACACAACAAAATACACAATAA	MTPLRSLSILLGAITGLQAATLQADTWPYPEDTPTLQTLNVGLAGDRPTDIARFLLARGPEQATINSTGDQMAFVSNVTGRDQLWVQHLPHGQAKQLTWGNGISFYAWHPDGKRLIYGADNDGDEREAFFMINSDGTKESLLLPYSEGFRAFGSFSDDGNQFTYASTERNGLDFDIYLHDIAGEQSKMIWQAEFGFFPQSWRPDSNDIVVTETRGEDAEDVHVLFADSGEMRPWFTPKVAAAFEQFTWTEDGKTLYFTSNLDREMKAVFAFDPATMKAKPVITSQYDIDNVILCAHDSMLIWTENREGLDTLLSKPIDSAEAQEIPLPDGVYDISCATANSQILVNISGPTSPSEVHLIDGETMKRSLVRKANMAGIDGASLVRPLQVSFPARDGVTLHGQLYMPKGLSAPAPVVIDVHGGPTSQALGSWQPLAQYLTGKGIAVLDINVRGSTGYGKTFTRLDNQEKRLDSVRDLVDALTWMQKDERLDANNAAVMGGSYGGYMVNAVMGKYPGAFKAGASFVGVSDWVRALQTASPALKASDRIEYGDIREQKWQTFYAANSPINTVNDIQAPMFYEHGVNDPRDPVTESDRMVKILRDKGLSVTYLRFPDEGHSVGKLENRITFYRELAAFLETHLKHTQQNTQ				NA	NA	NA	NA	NA
AK237_01435	1215			hypothetical protein	ATGGGACGTCTATCAAAAAGGCCACTGGCTTTACTTATTCCGGCACTGCTTTCTTTAAGCACAATGGCCGCACGTGCAGAATCTATCCCAAACGTGTCTGAAGAAGCTCAAACCATCGCACAAGAGACCATTATCGTTGATGGCCATATTGACGTGCCATATCGTGTTCACGCTAAGTGGGAAGATGTCAGTGTCGCCACACAAGGCGGTGATTTTGATTATCCCCGAGCGAAAAAAGGTGGGTTAACGGCTCCTTTTATGTCTATCTACGTGCCAGCCAGTTTAGATAATTCTGACGAGTCTACTGCGGTCGCGCATCAACTTATCGATTTAGTCGAAGCGATGGTGTATCGCTCACCTGAGAAGTTTGCCATTGCGAAATCAGTTGCTGATGTCAAAGCACAGTTTAAGGAAGGTTTGATTTCATTACCGATGGGCATGGAGAACGGTTCTCCTATTCAAGGTAGCATGGAAAACCTTAAAACATTTTATGAGCGCGGCATTCGCTACATCACGCTGGCGCACTCCTTATCCAACCATATTGCTGACTCCTCGTACGACTTGCGTCGTCAATGGCACGGCTTGAGCCCATTTGGCAAAGAATTGGTCACCGAGATGAACAATATCGGCATCATGGTAGATATTTCCCACGTGTCTGATGAGGCGTTTTATCAGGCTATTGAGATAAGCAAAGCCCCGGTTATCGCTTCTCACTCTTCTTTGCGCAAGTACACGCCAGGGTTCGAGCGCAATATGGACGATGATATGGTGAAAAAGCTCGGCGAAAATGGCGGCGTAATCATGATTAACTTTGGCTCTAGCTTTGTTTCCAAAGAAACGCAGAATTGGCGGAACAACTTAACAAAACAGAAAAACAAGTTAATCAAAGAAATGGGTGAAGACAGCCCCGAAGTTGCCGCCTTTGACGAGAAGTACCGTAAGGAAAACCCTTATCCTTATTCAACATTGAGTCAGGTACTTGATCATATCGATCATGTTGTAGAATTAATCGGTATTGACCACGTGGGTATTGGTTCTGACTTCGACGGTGTAGGTGACTCTTTACCTGTCGGCCTGAAAGATGTGTCTGCTTATCCGAATCTGGTTCAGGGCATGCTTGACCGCGGGTACTCGCGTACCGATATTGAAAAAGTGCTCAGTGGCAATTTATTGCGAGTGTGGTCGGAGGTAGAAGCTTACGCGGCAGCTCACTAA	MGRLSKRPLALLIPALLSLSTMAARAESIPNVSEEAQTIAQETIIVDGHIDVPYRVHAKWEDVSVATQGGDFDYPRAKKGGLTAPFMSIYVPASLDNSDESTAVAHQLIDLVEAMVYRSPEKFAIAKSVADVKAQFKEGLISLPMGMENGSPIQGSMENLKTFYERGIRYITLAHSLSNHIADSSYDLRRQWHGLSPFGKELVTEMNNIGIMVDISHVSDEAFYQAIEISKAPVIASHSSLRKYTPGFERNMDDDMVKKLGENGGVIMINFGSSFVSKETQNWRNNLTKQKNKLIKEMGEDSPEVAAFDEKYRKENPYPYSTLSQVLDHIDHVVELIGIDHVGIGSDFDGVGDSLPVGLKDVSAYPNLVQGMLDRGYSRTDIEKVLSGNLLRVWSEVEAYAAAH	PGPT0020950_1202	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
AK237_01436	1713	nhaP2_1	COG3263	K(+)/H(+) antiporter NhaP2	ATGTTTGCCATTGACTACCAAATTCTAATAGCAGCTGTTTTGCTATTTGTTGGTATTTTATCCAGTAAGCTCTCACCACGATTAGGCTTGCCTTTGCTGGTGCTTTTCTTATTGGTAGGCATGCTGGCAGGCGAAGATGGGTTAGGTCTGGCGTTTGATGATGCCAGTACCGCCCATGCGTTGGGAACGCTTGCCCTTGCGATGATCCTTTTCGATGGTGGTTTGCAAACATCATTTTCTGCCATCAAACTGGTGTGGAAACCAGCTTCTTTTCTTGCCACCTTTGGGGTGGCTATCACCGCGGGTATTACCGGTTATGCCGCTGCGTATATTCTAGGTGTGCCTCCCATGGTAGGTATGCTCATAGGCGCTATTGTGGGTTCAACCGATGCGGCGGCGGTGTTTTCCATTTTGCGTAACGCTGGTGTGCATATTAATCCCAGGCTCAAAGCCACACTGGAAATTGAAAGTGCCTCAAACGATCCGATGGCAATCTTTTTAACCGTGGGGCTGTTAGAGCTCATCACTAACCAAATGCAGCCAGGATGGGATCTGGTTATTTTGTTTGTAACCCAAATGGGTATTGGTACGTTGGTTGGGTTAGGTATGGGATGGGCCGCGGTTAAATTGATAAACCGCATTACGCTCAGTGCCGCCGGATTGTACCCGGTGTTGGTTGCCATTTGTGGTTTTCTGACATTTGGTATTTCCGCGAGTTTGGGAGGCAGTGGCTTTTTAGCTACATTTATCGCTGGTGTTTTTATTGGTAACAGCCGGTTTGTACTTAAACGGGCGACGTTTATGTTCCATGACGGCCTTGCCTGGCTAAGTCAAATTGGTATGTTTGTGATGTTAGGGTTACTGGTAAATCCGGCTTCATTACTAAAGGTGTGGCTGGAAGGCTTACTTATTGCTGTTGTTCTTGTTTTTGTTGCCCGTCCTCTTGCGGTTGCGCCCTTTTTAGCTTTCGCAGGATTTAATAAGCGTGAAATTGGCTTAGTCTCCTGGGTCGGGCTGCGAGGCTCGGTACCCATTATTCTGGCCATTTTCCCGCTGTTGTTTGATATTCCCCAGGCTTACCTGATATTCAATGTGGTTTTCTTTGTGGTGCTCATTTCCGCGACCTTACAAGGCTCAACGCTCCCTTGGATGGCAAAGAAATTAGGACTCATCGAAAAAGCGCCAGTTACACCTGCTGCAACACTGGAAATCAGTGCGTTAGGTGAGGTGAATGCCGATATCGTGCAATATACCTTGGGCGATTCAGCAAAAGCGGTAAATCGTACCCTGGCCGAGTTGGCGCTGCCTGAGGGGGCCGTTGTTGCCATGATTACCCGTGGGGAAGCGGTATTTCCTCCTCGTGGCTCTACCTTATTGTTGCCTGGCGATCATATTTTTATCTTAATCCGACCTGGCTTGCGTCCCTTTATTGATTGTATTTTTTCGCATATTCATCAATTAGAAAAATCTGCGTTTGTAACAGGCGAACTTGTGCTGAAAGGTGCAGCACGGGTGCATGAAATCAGTCATGCGTACGGTTTAGATTTTGGCGAGAAGGTTAATATCACCTTAGACGCCTTCCTGAAAAAACATTTAGGTGAAGAGATAGCTGAAGGTCATCAGTTAGCGCACGATATTGGCCATTTTGAAGTGAAGTCAGTGCGAAACGGTCAGGCTGTGTCGGTGCAGTTTAAAGTTGAAAAGCAACACTAG	MFAIDYQILIAAVLLFVGILSSKLSPRLGLPLLVLFLLVGMLAGEDGLGLAFDDASTAHALGTLALAMILFDGGLQTSFSAIKLVWKPASFLATFGVAITAGITGYAAAYILGVPPMVGMLIGAIVGSTDAAAVFSILRNAGVHINPRLKATLEIESASNDPMAIFLTVGLLELITNQMQPGWDLVILFVTQMGIGTLVGLGMGWAAVKLINRITLSAAGLYPVLVAICGFLTFGISASLGGSGFLATFIAGVFIGNSRFVLKRATFMFHDGLAWLSQIGMFVMLGLLVNPASLLKVWLEGLLIAVVLVFVARPLAVAPFLAFAGFNKREIGLVSWVGLRGSVPIILAIFPLLFDIPQAYLIFNVVFFVVLISATLQGSTLPWMAKKLGLIEKAPVTPAATLEISALGEVNADIVQYTLGDSAKAVNRTLAELALPEGAVVAMITRGEAVFPPRGSTLLLPGDHIFILIRPGLRPFIDCIFSHIHQLEKSAFVTGELVLKGAARVHEISHAYGLDFGEKVNITLDAFLKKHLGEEIAEGHQLAHDIGHFEVKSVRNGQAVSVQFKVEKQH	PGPT0013860_615	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-H+_ANTIPORTER,PGPT0013860-cvrA|nhaP2-K11105	NA	NA
AK237_01437	2535	secDF	COG0341	Protein translocase subunit SecDF	ATGAAATCATTTTCTCTGCGAGGCGTGATTTACGTGCTCGTTATTGTGCTGGGTTTACTTAGCGCAATGCCCAATGTATTGCCACAGTCCGTGCGGCAACAGTTACCTCAATGGTACACCCAAAACCAGCTCTCTCTTGGTCTTGATTTGCAAGGTGGGTCGCACCTGTTGTTAGCTGCCGATACGCAGCCACTGTTTGACAAAGCCTTTAATGATATGAAGGAAAGTCTGCTCAGTAATTTGCGTGAGTCTGGTGTGCGTTATCAGATCCAATCTACCAGTGACAACGTGCTACGGTTTGCCGTGCCCGGATCTCAAGCCGCGCGTCAACAAGCGTGGGAGGCGGCATCTGAATTTCGATACGGTGCCGGTAATGCGACACAATTTTCAGTTGTTAAAGACGACGGTGTGTTCACGCTGCAGTTAACCGACGGTTATAAAGAAGCGCTTGTGAGCGATGCGCTAGCGCGTAGTGTTGAAGTGGTGCGCCGCCGACTGGATGAAACAGGTCTTGTTGATCCCAGTATTTCTCGGCAGGGGGATGACGGAGTGCTGGTGCAAATGCCCGGCGTCACAGACCCGTCGCATATTCGTGAGCTGTTAGGTACTACGGCGCAAATGCAGTTTCATTGGGTGGTTGACGACAGTGCTAACATCAGCACCATTATTGTGCCGGATGCGAAAGGAGAGCAACGCTATCGCTTAGAAAAACGGGTGGCGATGGAAGGAGAGCATATTAAAGATGCGCAACTTGCTTTCGACCCGAATACAGGCAACCCGGTGGTTAATTTCAAACTGGACAGCGTGGGTGGAAGTATCTTTGCAGACATGACGCGTAGTCATATCGGTGTGCCGCTGGCGGTAGTGCTGGATGGACATGTTATCACTGCGCCGGTTATTCGCGCTGTTATTGGCGCGGGCGGCGGTGAAATTAGCGGCAATTTCACTTCCTCAGAAGCTAAGGATCTGGCGCTTATGCTTCGTGCCGGCGCGCTGCCCGTGCCGCTCACCGTTATTGAGGAGCGCACCGTCGGACCGGATCTGGGAAGTGACGCGATTCAGATGGGCCTGACGACGGGTCTGATTGGCGCAGCGTTGGTTCTTATCTTTATGGCATCGCTTTACCGACAATGGGGAGTTATTGCCTGTGCCAGCTTAGCCATTAACATGGGGCTGGTTTTCGGTATTTTAAGCCTGTTTGGTGCGACGTTAACGCTGCCGGGTATTGCCGGTATCATATTGACGCTGGGTATGGCTGTTGACGCAAACATACTTATCAACGAGCGCATTAAAGAGGAATCTAACAAAGGTCGTGTAGCGGGAGCGGCTATTCGAGCTGGCTTCGATAAAGCCTATTCCACCATTTTAGACTCTAGCTTAACCACCCTTATTGCCGTAAGTTTGTTATTTATGTTTGGGAGTGGACCAATAAAAGGGTTTGCAATAACCATTGGTATTGGCTTATTCACTTCTATGTTCACCGCCATCGCAGTTACGCGTATGCTCATGCTGCTTGTTGTGCGACGTAAGGAAAGGGAAGTATTGGCGTTCCCTGGCTTTAAAGCACTCTCCCGACTGGGTAAAAAGCCCATTAATTTTTTGCGCTCTAAAGTTATTGGATTAGCCACCTCTGCAGTATTGTCGATTGCTTCGGTAGTGTTGTTTTTTACGCCGGGCTTACATTATGGCGTTGACTTTACCGGGGGAACATTAGTTGAGGTGAGTACCCATAACGTACCCGTTGAAACACTGCGCACTACCTTACAGGAATTTGCCCTCGACGGAGCATCTATCCAGGAGTTCGGTAAGGAAGGTGATTATTTAATACGTGTCCCTTCTGTACAGGCTGACGATCCTCTCTCGCAATCAGCTTTGCAAAGTCAGCAGGTAGAGCAGGTTAAAGAGGCGGTAAACGCTGTTGATGAGCAGGCAACCTTTCCCCGTGTAGATATGGTTGGCGCAAAGGTTAGCGGCGGGTTTGCAGATGCATCAATACTTGCCATACTCATTGCGGGAGCGGGTATTTTACTCTATTTGTGGATGCGATTTGAGTCTCATTTTGCGCTCGCAGCAACGGCAACCATAGCGTTAGATTTAACCAAGACCATCGGTTTCTTTGCCTTAACGGGGCTGGAATTTAACCTTACTGCGGTGGCGGCGCTCCTTGCCTTAATAGGCTATTCCATCAATGATAAGGTTGTTGTGTTTGACCGCATCCGGGAAGGTTTTCGGGTTTCACCAGACAAACCTCTGGAGGACGTTTTGAATAGCAGTATATCGGCCACACTAACCCGTACTCTGTTTACATCAATGACCACTTTCCTTGCTTTATTGCCGATGGGCATTGCGGGAGGGGCATCTGTCGCGAGTTTTGCGCTACCCATGCTTTTTGGCATCGTAATTGGTACCAGTTCATCTATTTTTATAGCATCGCCAATTTTATACTACCTGGGAAAAAGGAGAGAAAAGAAAGGGTTGAAGCAACTAAGACCCACTAGCGAGGAAGTCAGAGAGTCACTGGCACACATTCCTTAA	MKSFSLRGVIYVLVIVLGLLSAMPNVLPQSVRQQLPQWYTQNQLSLGLDLQGGSHLLLAADTQPLFDKAFNDMKESLLSNLRESGVRYQIQSTSDNVLRFAVPGSQAARQQAWEAASEFRYGAGNATQFSVVKDDGVFTLQLTDGYKEALVSDALARSVEVVRRRLDETGLVDPSISRQGDDGVLVQMPGVTDPSHIRELLGTTAQMQFHWVVDDSANISTIIVPDAKGEQRYRLEKRVAMEGEHIKDAQLAFDPNTGNPVVNFKLDSVGGSIFADMTRSHIGVPLAVVLDGHVITAPVIRAVIGAGGGEISGNFTSSEAKDLALMLRAGALPVPLTVIEERTVGPDLGSDAIQMGLTTGLIGAALVLIFMASLYRQWGVIACASLAINMGLVFGILSLFGATLTLPGIAGIILTLGMAVDANILINERIKEESNKGRVAGAAIRAGFDKAYSTILDSSLTTLIAVSLLFMFGSGPIKGFAITIGIGLFTSMFTAIAVTRMLMLLVVRRKEREVLAFPGFKALSRLGKKPINFLRSKVIGLATSAVLSIASVVLFFTPGLHYGVDFTGGTLVEVSTHNVPVETLRTTLQEFALDGASIQEFGKEGDYLIRVPSVQADDPLSQSALQSQQVEQVKEAVNAVDEQATFPRVDMVGAKVSGGFADASILAILIAGAGILLYLWMRFESHFALAATATIALDLTKTIGFFALTGLEFNLTAVAALLALIGYSINDKVVVFDRIREGFRVSPDKPLEDVLNSSISATLTRTLFTSMTTFLALLPMGIAGGASVASFALPMLFGIVIGTSSSIFIASPILYYLGKRREKKGLKQLRPTSEEVRESLAHIP	PGPT0025710_761	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-SEC-SECRETION_PATHWAY	CE-SEC-SRP_CORE_COMPONENTS,PGPT0025710-secDF-K12257	NA	NA
AK237_01438	423			hypothetical protein	ATGGCGCATTCTATCCCGGTAACGAAAAAGAACGACATGACGTCATCGAAGCAGACAGACGCGCAGCAGTGGCGTGTAGAGTATGAGCAGCCATCACGCTTCGTGGTTGGGCTGTTTTTACTGCTTATCATGGCTTCTGTCGGGAATGTCGCTCAGGCGCACGGACATCGCGGTTCGGACAGTCTTCAGGGATTCGATTATCCCGCTGTTGTTTCTAGTCGTAGCGATGGCGTGTTATCGCGCTTTTTATCTCCTTTCGCGCAAAATACCGACAATTCTCCGCCAACCGTATTTCCCGATGACGAACTGCACCTGGCAAGTACCTTTTGGTTCATCCATGGTGAGGTATCAGCGCAGCGCCATCTCGCGGCATTTGTCCCCGCCGCCAGTTATTCACGTCCTCCCGCGAGGGCTTCTCCTTAA	MAHSIPVTKKNDMTSSKQTDAQQWRVEYEQPSRFVVGLFLLLIMASVGNVAQAHGHRGSDSLQGFDYPAVVSSRSDGVLSRFLSPFAQNTDNSPPTVFPDDELHLASTFWFIHGEVSAQRHLAAFVPAASYSRPPARASP				NA	NA	NA	NA	NA
AK237_01439	390	yybH	COG4319	putative protein YybH	ATGCCACACCCCGTATCACAACAATTGCACGCTATGCATAACGCGGTAAACAACAATGACATGATGGCATTACAACATTTGTATTGTCATGATGCGGTGCTCGTTGAAAAACCGGTTGTGTCATCAACCAGTGATTTTCAGCAAGCCCTGGGCGACTTTAAAGCGCGCTATATGCCAGAGCATATTGTATCTCAAGGTGATGATGTGGTGATTGAAGCTGGGGATACCGCATTGGTGATCAGCAAACTTTATCTTTGTAACAAGCACACCGCAAACAACACAGAAGGGATGGTGAAAAAGGCGATTTATGTCTTTCGCAAAAATGCCCAAGGCCAATGGCAATGCGCAATAGATAACTTCTTTGGTATCGATTTAATTGATTATGTGTAG	MPHPVSQQLHAMHNAVNNNDMMALQHLYCHDAVLVEKPVVSSTSDFQQALGDFKARYMPEHIVSQGDDVVIEAGDTALVISKLYLCNKHTANNTEGMVKKAIYVFRKNAQGQWQCAIDNFFGIDLIDYV				NA	NA	NA	NA	NA
AK237_01440	1047	menH_3		2-succinyl-6-hydroxy-2,4-cyclohexadiene-1-carboxylate synthase	GTGGCTAAAGCGGTCTTAATTTCTGCGTTCTTTCTGCTATTCAGTAGCGCCAGTATTGCACAAGGCAATACAATAGACGAAGCCTTTGACACGTTTAGTCATCTGTACGAAGAACGCTTCGGTCAGGTTCGTGCGTGTATTAATCCAAGTGTCCATCGCTTTAGTGTATGTGCCCCGGCGCTACGTAACGATGGCAACGCACCCTATATTTTACATCACGGAAAACCAACTGAAAAAGTGGTAGTCCTTTTACATGGACTGAGTGACTCCCCATTTTATATGTCGGGTATTGCGAATGCGTTGTATGACAAAGGTTTTAATGTCATCGTGCCTTTGAATGTGGGGCATGGTCAGTTAGAAGCAACAGATGATATGCGCGATAGTCAGTTAGCCGAACGGTGGGCTGCACACTTAAACGACGTCATTGCCCTCGCACCTAAGCTGGGACAGAAGTTGTATTTAGGGGGCTTCTCCACGGGTGGTGCGCTGTCTGTGCAACATTATTTGCACCATCCTGAGAATATTCAGGGGTTAATGCTGTTTTCGGGCGCGTTAGAGCTGGATAGCGGGGTAGAGCGATTATCCCGCATCTGGGGCATTAAACTGGTAGCAAGCTGGCTGGATGGTGACTACCAGACTCACGGGCCGAATCCTTATAAGTATCCCACTATAGCCAGTTACTCGGGGCTGGAGTTAATGGAAGTTATTGAGGATGTAAGGGCCCAATTTGAAGAAGGCAAAACCATAGATGTCCCTGTGTTTGCTGCACACTCGCAAGCTGACAGCACCACGCCAATTACGGGCATTGAAGATTTGATGTCACACGCCACGACCAACATCAACACATTTTTCGTTATCGATGAAAGTTACAATCTGTGTCATGCGGATGTGGTTGTGAATAGCAAAATGTTGGTGGACATGCATTTTGATAAAACCCATGTTGATTTACGCGATCACTGTGCTGCGCCGTCTGAAAACCCACTATTTCGACAGATGATTATGATGCTAAACAGTTTTGTTGATGATGTGGAACGTCAAGCGCATTAA	MAKAVLISAFFLLFSSASIAQGNTIDEAFDTFSHLYEERFGQVRACINPSVHRFSVCAPALRNDGNAPYILHHGKPTEKVVVLLHGLSDSPFYMSGIANALYDKGFNVIVPLNVGHGQLEATDDMRDSQLAERWAAHLNDVIALAPKLGQKLYLGGFSTGGALSVQHYLHHPENIQGLMLFSGALELDSGVERLSRIWGIKLVASWLDGDYQTHGPNPYKYPTIASYSGLELMEVIEDVRAQFEEGKTIDVPVFAAHSQADSTTPITGIEDLMSHATTNINTFFVIDESYNLCHADVVVNSKMLVDMHFDKTHVDLRDHCAAPSENPLFRQMIMMLNSFVDDVERQAH				NA	NA	NA	NA	NA
AK237_01442	696			hypothetical protein	ATGATAGTGTTGGTTGGTGGCGAAAAAGGCGGCAGTGGTAAAAGCTGTCTTGCTCAAAATATCGCTGTTTATCTACGAACTGAAAAAAATGCCAGTGTACTGATGGTTGATTGCGATCCGCAGCGAACTACATCGGACTGGATCCAGGAACGCAAAGCGAATGACAAATTACCGTCAATCAACTGCGTACAACTGTATGGCAAAATTCGTAATGAATTACTGAGCCTGCGAGAACACTACGATTACGTGGTAATTGATTGCGGTGGTCAGGATAACCTGGCGTTGCGCTCGTCCATGGCGGTTGCCGACCATATTCTTATTCCTTTACGCCCCAAGCGCAGAGATCTCAAAACGGTTCCTCACATGGAAGACATATTGTCTACCTGTAAGATGGTCAACCCGAAGATGAACGCTGCGTTTGTCATTACCCAATGCCCGTCGCTTCCATCACTGGGAAGCCGTATTTTGGAGGCCAAGGATGTCTGTCGCTCTTTTGAAGTTCCCGTGCTGGACGCAGTAACATTTAGCCGCAATATGTATGACGACTCGGAAGAATCCGGACAGTCGGTGATGGAAAGCGAACCTGAAGGTAAAGCGTCATCAGAAATTCGCAGCATTATCGAAGAGCTTCTGTCCCGGGGTAAGGGGGAATCTTATGAGTCTATGCAGCCTCAAAAAATCCACGCCGTCAGCTAA	MIVLVGGEKGGSGKSCLAQNIAVYLRTEKNASVLMVDCDPQRTTSDWIQERKANDKLPSINCVQLYGKIRNELLSLREHYDYVVIDCGGQDNLALRSSMAVADHILIPLRPKRRDLKTVPHMEDILSTCKMVNPKMNAAFVITQCPSLPSLGSRILEAKDVCRSFEVPVLDAVTFSRNMYDDSEESGQSVMESEPEGKASSEIRSIIEELLSRGKGESYESMQPQKIHAVS				NA	NA	NA	NA	NA
AK237_01443	333			hypothetical protein	ATGAGTCTATGCAGCCTCAAAAAATCCACGCCGTCAGCTAAGCGGGACGAACCGGTTTCAGTTGACGCATTTATCGACGATGCGTTGACGTATGCCGCGGGTAAGCAGGTGGTTCACCAGATTTATCCAATTGAGGGATCTGCCGGTAACAACCTGGCAGCCACGCAAGGACCTATGCGAAGAGCTACGTTTACGTTGACAGAAGAAGCCATAGAGAAACTAGGCCAGTTGTCAGCACAAACAGGGATTTGCCGTTCGAGACTCATTCGGATCTGGATTGAAAATCAACAAACTGAAGATTTGTCCACACTACTGGCAAACAAAATACCGTAA	MSLCSLKKSTPSAKRDEPVSVDAFIDDALTYAAGKQVVHQIYPIEGSAGNNLAATQGPMRRATFTLTEEAIEKLGQLSAQTGICRSRLIRIWIENQQTEDLSTLLANKIP				NA	NA	NA	NA	NA
AK237_01444	1218			hypothetical protein	ATGAAAAGTTATCTATCAAGCAGTTTAGTTACGCTGCTTGGCCTCCTTCCCGCAATGGTGTGGGCACAAACAACTGAAGACGCAAACACTGATCCCGGAAGCCTAATCGACGCTAACAACACAGTGAGTCGCTTTATTCAGCTTCAAACAGCCAACAATGACGTGTCGCCGAAACTCAATGCCCTGCCTGATGATTTTTTTGCCAGCGTAGAGCGCACTATCGCCCATCTGGATAAACAAATGGATGCTGAGCAGGCTATTTATATCGCCCAGCTTAAGGCAAAGGTGGAAATAGAGCGTCAGGCACAGGCTTTTGAGCTTCAGGAAAAAAGTCGTACGGTAGAGCTGGCTCAGGTACGGCAGGAAAATTTGCAAAGTATGCTGACGCTGGGAAGTTTAGTGTCACTGCTACTGTTTCTGTTTTTACTATGGAGTCGATACAACCAATTTAAACAAAACCAGCGCTTAGCCCATCAAGTGAGAAGCCGCACTATCGAGCTCGAACAGAAAAACAAGCAGCTTGAAGAAGCGAATCACGCGCTAGAGCAAGTAAGTATGCGTGATGCACTAACCGGTTTATATAACCGCAACTTCTTATCAGCTCAGTTACCTGGTGAGATTAACCGTGTGCAGCACCATTACGCCTCACTCGATCCGGGTATCAACACATCGAACCATGATCTTCTGTGTTTTCTTATCGACATAGACCATTTCAAACAAATTAATGACGAACACGGACACCTCGCCGGAGACCGCTTCCTGGTTCAGTTCACTGACATATTAAAAGAGATATTTCGTCAAACAGATTTGCTTATTCGTTGGGGTGGTGAAGAATTTCTTGTGGTTTGCCGTAATGCGAATCGCAGTGAGATGGTTGATTTGGCTAACCGTCTGCTGGAAGCCGTGCGCCAGGCACGTTTCCGTTTGCCCAATGAGGTGTTTATTCGTGCTACCTGTAGCGTGGGATTCTGTGCTCTCCCCTTGTGTCGCTATAACCCTTACGAGTTAGACTGGGTAAAAACCTTTGCCGTTATGGACTACTGCTTATACGCGGCAAAGCATTCTCAGCGCGACTGTTGGGTGGGTGCCGTTGAAGCATGCAAGCAAAGCCGGCGACAACATGCGACCTCGCCACTGGAAAAGAAATTCGGGCTTACCGACGGTATTATTAAAACCTCGCTCAATAATTTAGCCAGTATCGAATGGCCTGAAGAATAA	MKSYLSSSLVTLLGLLPAMVWAQTTEDANTDPGSLIDANNTVSRFIQLQTANNDVSPKLNALPDDFFASVERTIAHLDKQMDAEQAIYIAQLKAKVEIERQAQAFELQEKSRTVELAQVRQENLQSMLTLGSLVSLLLFLFLLWSRYNQFKQNQRLAHQVRSRTIELEQKNKQLEEANHALEQVSMRDALTGLYNRNFLSAQLPGEINRVQHHYASLDPGINTSNHDLLCFLIDIDHFKQINDEHGHLAGDRFLVQFTDILKEIFRQTDLLIRWGGEEFLVVCRNANRSEMVDLANRLLEAVRQARFRLPNEVFIRATCSVGFCALPLCRYNPYELDWVKTFAVMDYCLYAAKHSQRDCWVGAVEACKQSRRQHATSPLEKKFGLTDGIIKTSLNNLASIEWPEE				NA	NA	NA	NA	NA
AK237_01445	1362	atoC_2	COG2204	Regulatory protein AtoC	ATGACGGATACGATTCTTGTTGTCGACGACGATCTCGGCATCCAGAAACAGCTAAAATGGAGCTTCACTGATTACAATGTGGTGTTTGCTGATGACAGAACGTCGGCTATCGCCCAGTTGCGTCGTCATGAACCTAAAGTGGTGACACTGGATCTGGGATTGCCACCCGATCCTGCTAATGCTTCGGAAGGACTAAAGACATTAGAAGAAATTATGGCGCTGGCGCCGCGCACTAAAGTGATAGTGGTAACCGGCAACAATGACAAAGAAAACGCCTTAAAAGCTATTGATTTGGGCGCCTACGACTTCTACCAAAAGCCGATTGACTCAGACACCATCAAATTGCTGGTTAATCGAGCCCTGAATCTTGCGAACTTAGAGCAACAAAATCGCATACTGGCGAAAGCACGCCCGGCAATGGGTCGCATTATTGGTAACTCTGAAGCCATTCAGGCTGTGATGCGAAAGGCAGAAAAAATAGCTGGCACCGATATCAGTACATTGTTGCAGGGTGAAAGTGGTACGGGTAAAGAAGTCTTTGCCAGAAGTATTCATGAACACAGTCCGCGTAAAGATAAGCCTTTTGTTGCTATTAATTGTGCGTCTATTCCTGAAAACTTACTCGAAAGTGAATTATTCGGGTATGAGAAAGGCGCGTTTACCGGTGCAAATAAAACAACAATAGGGAAAATTGAAACCGCGCAAGGCGGCACCCTTTTCCTCGATGAAATTGGTGATATGCCTATTGGCCTGCAGGCGAAGATGTTGCGGTTCTTACAAGAGCGCATTATCGAGCGTGTAGGGGGCAGAACTGAGATACCGGTGGACATTCGCGTTATTTGTGCAACCCACCGTGATTTACAGCAGATGGTTGCCGACGAAACATTTCGTGAAGATTTGTACTACCGTATTGGCGAAATCCCGATTTTTATTCCTCCGCTGAGAGAGCGGGATCAAGATATTATCCTGTTAGCGAGAACGTTCCTTAATACCTATCGGGAAGAGTTTGGCGCTAAAGCAAAGAGCTTCTCCGATGGGGCAATTCAAGCCATGTTGAAGCATAAATGGCCGGGCAATATACGTGAAATGCAAAACAAGCTTAAATCGGCAGTGATTATGGCCGAAGGCTCGGTGGTGCAGGCGGAAGATTTAGGGCTGATGGCCCCACGTGGTGATAGTGAGCCTGAAACCTTAAATTTACGAGAAGTACGGGAACAAGCCGAAAGCCGGGCTATTCGACGGGCGTATCAAACCGCTGATAAGAATATGTCGAAAACCGCTGAGTTACTTGGTGTCACGCGCCCAACGCTTTACTCGCTCATCGACAAATACCATATGGAAGATATAAAGACCGGCGTGTAA	MTDTILVVDDDLGIQKQLKWSFTDYNVVFADDRTSAIAQLRRHEPKVVTLDLGLPPDPANASEGLKTLEEIMALAPRTKVIVVTGNNDKENALKAIDLGAYDFYQKPIDSDTIKLLVNRALNLANLEQQNRILAKARPAMGRIIGNSEAIQAVMRKAEKIAGTDISTLLQGESGTGKEVFARSIHEHSPRKDKPFVAINCASIPENLLESELFGYEKGAFTGANKTTIGKIETAQGGTLFLDEIGDMPIGLQAKMLRFLQERIIERVGGRTEIPVDIRVICATHRDLQQMVADETFREDLYYRIGEIPIFIPPLRERDQDIILLARTFLNTYREEFGAKAKSFSDGAIQAMLKHKWPGNIREMQNKLKSAVIMAEGSVVQAEDLGLMAPRGDSEPETLNLREVREQAESRAIRRAYQTADKNMSKTAELLGVTRPTLYSLIDKYHMEDIKTGV	PGPT0021745_904	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_LIPID_METABOLISM	PLANT_DERIVED_FATTY_ACID_DEGRADATION,PGPT0021745-atoC-K07714	NA	NA
AK237_01446	2031	sasA_4		Adaptive-response sensory-kinase SasA	ATGATTTCAGATATTGGTTACGGCTTAAATGCCGCAGGTTATCTGGTCTTGCTGCTGCTTCTCTTTACCGTCAGAAAATCAGGTTTAGCGAAGCATCTGCTTGTTCTTGCGACCATGGCTACCATGATATGGTCGCTAAGCTTTGTGACGCAGCTAACTGGCCCTATTTCGATGAACCATTTGCTGGTTGCTGACACGCTCAAGCAGATGGTTTGGCTGCTATTTATTGCCGGTTGTCTACAAGATAACTTTCATAGTCTTTGGCAAGTGCTTCGGCGGCCTGCCACCATAGCTATCCTCACACCACCTGCTATTGCCTTACTGGCACCGCTTGTTACCCCCATACCTTACACCTGGCAGTTTTTGTTTTTAACGGTACTGTCTCTTGAAGTGCTCATTTTACTGGAAGTGATGTTTCGTCAAACCGGTGAAAACCAATGGGCCTACAAACCGTTGGTGCTGTATTTGGGGGCGATGCACCTGTTTGAATTTGTCATGTACGCCAATGCGACCATGGTAACGAAAGTTGAGCTGGTTTATTTGGTGTCACGGGGATTCATTTATTTGCTGATGATGCCGTTGCTGATTGTGGCTATTCGTCGCATTAAGCACTGGGGCGTTGATATTTTTATCTCCCGGGAAGTGGTGTTACACAGTTCACTTTTGCTGGTCGCCGGCATCTATTTGCTGGTCATGGCCCTGGCTGGTTATGTGGTGAATTACATCGGCGGTAACTGGAGTTCCACCATTCAAACGGTACTGGTGGTATTGTCGTTAGCATTGCTTATTACGCTGGTGTTATCGAACAGTTTTCGCACACGAATCAAGGTGTTTATTACTAAACACTTTTTTGCCAACCAGTTCGATTATCGTGTCGAATGGGTCAAGCTCACCCAGGCGTTATCCTCTTCCGATGCTGATACCGCGCCAGATGTTTACGGTAACGCTTTACAAGGAGTGTTAGGGGCAATTAATTATGAAAGTGGCGCACTGGTAAAAACAACCGGTATCGATTTTGACGTAGTCGCCAGTCAGTATATGCAAGGGTTATTGCCAGAAGAAACCCACATCATCAAACAACTGATGCCCTTTTGTCAGCAAACTAACTGGTTGGTGGACATTGAAGAGTTTGCCTCAAAACCCTATGAGTATGATGGCTTGCAATTAGACAGGGACGCACTGAAAAACTGTCGTTTTCAGTTGGTTCTGCCATTGTTTAACAGAGAGCAGATATGGGGCTTCGCGCTGCTTAAGACAAAAGACAGCGAGGCGTTGGCGTTAAACTGGGAAGTTCGAGACTACCTGAATGCGGTGACTGAACAGGTTGGTACGTACTTACTTCACCATGAGGCGGCTCATGCGGTGGCTGAGAACGCACAATTTGCGGCATTTAACAGAATGTCGGCATTCGTATTACATGATCTGAAAAACGTGATGGCGCAGATAGACCTTATTTTGTGTAATGCAGAACAACATAAACATAATCCTGAGTTTATTGAAGATACCTTTGAAACCCTGCATTATACTAAAGCCCGAATGGACAAGATGCTGCGTCAGTTAACCGAGAAAAAAGTAGACGAGCAGGGTGTTTTCTCCGCACATAAATTGTCTGTGTTGATTGAAAAGTTGATTGACGCCAAGTGCCAGTCGTTATTACCGATCCCCAGGGTAGTGCTTGAGAGCGAAGAAAGTGTCGTGGTCGATTCTGAGAAATTCACCAATGTGATGTACCATTTGGTAAGTAACGCGCAACAGGCGACCGAAAAGGATGGGTATGTTCGTATAACCCTGCAAAGTGATTTGGAAAATCAGCGCCAGTTTATACGAATTGAAGATAACGGTTGTGGTATGGACGAAACGTTTATAGAGCAGCGTTTATTTAAACCCTTCGATACCACTAAAGGCAACGCGGGCATGGGGATTGGTGCCTATGATGCGAAAAATTATATGCAGTCTATTGGCGGTAAATTGTCGGTAGAAAGCGAAGTAGGAAAGGGAAGTTGTTTTACCCTGGTGTTTCCACTGGACTAA	MISDIGYGLNAAGYLVLLLLLFTVRKSGLAKHLLVLATMATMIWSLSFVTQLTGPISMNHLLVADTLKQMVWLLFIAGCLQDNFHSLWQVLRRPATIAILTPPAIALLAPLVTPIPYTWQFLFLTVLSLEVLILLEVMFRQTGENQWAYKPLVLYLGAMHLFEFVMYANATMVTKVELVYLVSRGFIYLLMMPLLIVAIRRIKHWGVDIFISREVVLHSSLLLVAGIYLLVMALAGYVVNYIGGNWSSTIQTVLVVLSLALLITLVLSNSFRTRIKVFITKHFFANQFDYRVEWVKLTQALSSSDADTAPDVYGNALQGVLGAINYESGALVKTTGIDFDVVASQYMQGLLPEETHIIKQLMPFCQQTNWLVDIEEFASKPYEYDGLQLDRDALKNCRFQLVLPLFNREQIWGFALLKTKDSEALALNWEVRDYLNAVTEQVGTYLLHHEAAHAVAENAQFAAFNRMSAFVLHDLKNVMAQIDLILCNAEQHKHNPEFIEDTFETLHYTKARMDKMLRQLTEKKVDEQGVFSAHKLSVLIEKLIDAKCQSLLPIPRVVLESEESVVVDSEKFTNVMYHLVSNAQQATEKDGYVRITLQSDLENQRQFIRIEDNGCGMDETFIEQRLFKPFDTTKGNAGMGIGAYDAKNYMQSIGGKLSVESEVGKGSCFTLVFPLD				NA	NA	NA	NA	NA
AK237_01447	1125		COG0332	Beta-ketodecanoyl-[acyl-carrier-protein] synthase	ATGACTAAAAAAGTTGTTATTAGCGGTGTCGGGCTTTGGACACCAGAACACGTGATCACAAACGAAGAACTCGTAGCAAGCTACAACGCCTATGCAGATAAGTTTAATGCAGAACATGCGGCAGAAATTGAAGCCGGTTCGGTAGCGGCAAAGCCGCATTCCAGCGCAGAATTTATAGAAAAAGCGTCTGGCATCAAACAGCGGTATATTTATCGTAAAGAAGGGGCGCTGGATATCGAACGCATGCGGCCTGTTATTCCACAGCGCGAAGACGACGTCTTGTCTCACCAGGGTGAAATTGCGCTGGCCGCCGCGAAAAAAGCCTTAGCTGCTGCAAATAAGTCGGCCGCAGACATCGACGCTGTGATTGTTTCTTGTGCCTATACTCAACGCGCATACCCTGCCATTGCGATAGAAGTGCAAAACGAGCTTGGTATCAAAGGTTTTGGGTTTGATATGTTGGTCGCCTGTTCGGCTGCAACATTTGGCATGCACCGGGCATGGGAAATGGTGGCCTCCGGAAACGCTCGGGCGGTATTGGTTATCAATCCTGAGTTGGTGTCGCCGCAGGTCAATTACACCGATCGCGACAGTCATTTCATTTTTGGCGATGTTGCTACAGCCACTGTGGTGGAAAGCGAAGACACAGCGACAAGTGAACATGTGTTTTCAGTGCTCAGTACTAAAGCTGTAACCGCTTTCTCAAATAATATCCGTTCTAATTTTGGCTATATGAGTCGCGCCCATGATGTTGATCCCTATGGCGAAGACAAGTTATTCCATCAGGCTGGCCGTAAAGTCTTTAAAGAAGTGTGTCCTATGGCAGCCGATCATATTGAAGCGCATTTGGCAAGCCACAGCTTTACCCCTGCAGACGTGCGCCGTTGGTGGTTGCACCAGGCGAATATCAATATGAATTTGTTGATCGCAAAGCGTCTGTTGGGTCGCGATGCCACTGCCGATGAAGCACCCATTGTACTTGACCGCTACGCCAATACGGCATCGGCCGGGTCAGTCATTGCTTTTGCACTGCACCATCAGGATCTGCAAGCAGGTGATGTTGGCGTGTTGTGCTCCTTTGGCGCAGGTTACTCCATTGGCAGTTTAGTTATCCAAAAACAATAA	MTKKVVISGVGLWTPEHVITNEELVASYNAYADKFNAEHAAEIEAGSVAAKPHSSAEFIEKASGIKQRYIYRKEGALDIERMRPVIPQREDDVLSHQGEIALAAAKKALAAANKSAADIDAVIVSCAYTQRAYPAIAIEVQNELGIKGFGFDMLVACSAATFGMHRAWEMVASGNARAVLVINPELVSPQVNYTDRDSHFIFGDVATATVVESEDTATSEHVFSVLSTKAVTAFSNNIRSNFGYMSRAHDVDPYGEDKLFHQAGRKVFKEVCPMAADHIEAHLASHSFTPADVRRWWLHQANINMNLLIAKRLLGRDATADEAPIVLDRYANTASAGSVIAFALHHQDLQAGDVGVLCSFGAGYSIGSLVIQKQ	PGPT0008355_521	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	ROOT_COLONIZATION	ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_METABOLISM	ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_BIOSYNTHESIS,PGPT0008355-fabH-K00648	NA	NA
AK237_01448	1779			hypothetical protein	ATGTTGATGCAGAATAAATTCAAACTGGGCTTACTGGCATTTGTGGTGTCTGCCGCGCTTACAGGATGTAGTTTAGATGGCGATGACGGTACAGATGGTGCCCAGGGACCTCAAGGTGAGCAAGGTGAAGCTGGCGCAGATGGTCAGGATGCCACCTCAGGTGTAGCACTTGAAGTTGTTGGCCGCGCGGTGGTTGGCGGTGTGGGAGCCGCTGAAATTGTGCAGTATCACGCGGGCACCCAAACGGTGTATGCCACAAACGGCGAGTCAGATACGATTTCTGTGATCAGTATTGCAGCGTTAACTGGCGAGGCGCTGGAAGCGCCGGTAACGGCTACTAATTTAACTAATACTGCAATTGAATTGCCTACCGACGCTGACGGTGTGGCCTTAGCTGGCTTAACCAGTATTGCCGTTTCAGGCGACCTGTTAGCAGTGGCCATTCCTGCGGATGAAAAAGCCAATAATGGCTTTGTGCTTTTCTACAATGGCTTAGACGCGGGTGAGCCGGCTTTTGTTTCTGCGGTTGAGGTAGGTAATCTGCCTGATAACGTTATTTTCACGCCAGACGGCACAAAAGTGCTCACCGCGAACGAAGGGGAACCGTCAAGCGACTATACAATAGACCCTGAGGGCTCGGTTAGCATTATTGCTATCGCTGATGGCGTGCCCGCTGATACGGCTACTACGCTCACTTTTGAGGGCTTTAATGACCAGCAAGCTGAGCTGGAAGCAATGGGTATGCAGTTTCCCAACCCATCCGGACGAACAATCAATGGTGTAACCATCGACACCACAGTGGCGATGGATTTAGAACCTGAATACATTACCGCCACAGATTCGGTTGCCTACGTCACCTTACAGGAAAACAACGGTATTGCTGTGATTGACCTCGACGCGATGACAATCCGTATCCTGGGACTTGGTGTCAAAGACTGGAGCCAGTACCACATTGACGTGCAGGAAAATGGCGAAGTCAGCTTTGGCCAATATGAGGGGTTATATGGGGTTTATATGCCAGACACCATCACTAAAACCACGTGGAAGGGCGCGACTTTTCTGTTAACGGCAAACGAAGGGGATGCCCGCGAGTATATTTTCGATGCTGAAGATGAAGCGTCGTGCTTAGCCGCTGGTGGCCTGGAATTTGATGATGGCGACTGTCTAGCGTATACCGACGAAGTGAAAGTTGAAGATCTCGTGGCCGAGACAAATTCAGAATTAGCCACACTGCAAGCGAACGGAGAGGCAGATGACCTGCGTGTTACCCTTGGAATGGGAGATGCTGACGGTGACGGCGAGTACGACGCAGCATACACCTACGGCGCTCGCTCGTTTACCATTTTGGATCAAAATGGTCAGGTGGTTTTCGACTCGGGTGACGATTTTGAACGCATCTCCGCGTCGGTTCACGGTGCGCAGTTTAATAACGGTGATGACGAAAACGAAGGCGATAGTCGCTCTGAAAATAAGGGGCCTGAACCTGAAGCCATTACAGTAGGCACATTAGGCGAGCGCACGTATGCATTCGTTGGTACCGAGCGAATGGGAGGGATCTTCGTTTACGATATTACTAACCCGTACAATGTGAGCTTTTCTGAATACGTGATAAATCGCGACCTCACCGAGGGGTTAACAGCAGAAGATGGTATTGGCGATTTGGCGCCGGAAAGTCTGGTATTCATTCCGGCTGAAGATAGCCCAACGGGCGAAGCGCTGTTGGTGGTAGGCAATGAGGTGAGTGGTTCGGTGTCACTTTGGCAGGTGACAGCACACTAA	MLMQNKFKLGLLAFVVSAALTGCSLDGDDGTDGAQGPQGEQGEAGADGQDATSGVALEVVGRAVVGGVGAAEIVQYHAGTQTVYATNGESDTISVISIAALTGEALEAPVTATNLTNTAIELPTDADGVALAGLTSIAVSGDLLAVAIPADEKANNGFVLFYNGLDAGEPAFVSAVEVGNLPDNVIFTPDGTKVLTANEGEPSSDYTIDPEGSVSIIAIADGVPADTATTLTFEGFNDQQAELEAMGMQFPNPSGRTINGVTIDTTVAMDLEPEYITATDSVAYVTLQENNGIAVIDLDAMTIRILGLGVKDWSQYHIDVQENGEVSFGQYEGLYGVYMPDTITKTTWKGATFLLTANEGDAREYIFDAEDEASCLAAGGLEFDDGDCLAYTDEVKVEDLVAETNSELATLQANGEADDLRVTLGMGDADGDGEYDAAYTYGARSFTILDQNGQVVFDSGDDFERISASVHGAQFNNGDDENEGDSRSENKGPEPEAITVGTLGERTYAFVGTERMGGIFVYDITNPYNVSFSEYVINRDLTEGLTAEDGIGDLAPESLVFIPAEDSPTGEALLVVGNEVSGSVSLWQVTAH	PGPT0013420_122	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	ROOT_COLONIZATION	ROOT_COLONIZATION-VITAMIN_B3|NIACIN_METABOLISM	ROOT_COLONIZATION-VITAMIN_B3|NIACIN_BIOSYNTHESIS,PGPT0013420-yfkN-K08693	NA	NA
AK237_01449	798	bepA_5		Beta-barrel assembly-enhancing protease	ATGAAACTACGGATGAAACCACTTGCGCTGGCCGGTCTGGTCACCATACTAAGCGCGTGTGCAACGTCTCCAACGGGACGAAATCAAGTTTTACTTTATTCAGAATCGCAAATGTCAGAAATGGGCGATCAGGCATTCTCCAGCATGAAAGAAGAGCTGAAGGTATCGAGCAAACAAGTAGAAAATACGTATGTACAGTGTGTTGCAAAATCACTGACGCCATTCGTGCCCGACTCGGTATTTAGTGGTGAATGGGAAGTCGTCGTTTTTCAGGATGAGCAGGTTAACGCCTTTGCCCTGCCTGGTGGCAAGATTGGGGTATATACGGGTCTGTTGAATGTAGCCAAAACGCAATCTCAATTAGCTGCGGTAATCGGCCATGAAATTGGGCATGTTATTGCTCACCATGGTAACGAACGTATGTCTACGTCAACCCTGACCAATCTCGGTACCCAAGCTGTTGCCCAGGTGATTGATTCAAACGAAGTGGCTTATAGCGGTGCCATTATGGCCGCAATAGGAATGGGCTCACAAGTTGCGATTACCCTGCCTTTCTCTCGTGCTCACGAGTCAGAAGCCGATTTGATCGGACTGGCATTGATGGCGCAAGCTGGCTTTGATCCCAGAGAATCCGTTACGTTGTGGGAAAACATGGACGCAGCCAGCAATGGCCAGCGACCCGTTGAAATTTTATCCACTCACCCTGCCCCACAATCCCGTATCGAGAATTTACAGGCTAATATGCAGTCAGCAATGGTTGATTACCAAAATACTTCGCAACGACCAACATGTAAGTAA	MKLRMKPLALAGLVTILSACATSPTGRNQVLLYSESQMSEMGDQAFSSMKEELKVSSKQVENTYVQCVAKSLTPFVPDSVFSGEWEVVVFQDEQVNAFALPGGKIGVYTGLLNVAKTQSQLAAVIGHEIGHVIAHHGNERMSTSTLTNLGTQAVAQVIDSNEVAYSGAIMAAIGMGSQVAITLPFSRAHESEADLIGLALMAQAGFDPRESVTLWENMDAASNGQRPVEILSTHPAPQSRIENLQANMQSAMVDYQNTSQRPTCK				NA	NA	NA	NA	NA
AK237_01450	867	mscS_2	COG0668	Small-conductance mechanosensitive channel	ATGGAAGAAACTTTATCTATGTTTACCGCTTCGGATATCGAGCGGTATATCAACACTTACGCCATTCCGTGGGCTATCAATATCGCCATGGCAATCGCTATCTTCGTTATTGGACGAATCATTGTCGGTATACTGTTATCCGTATTCCGTCGCCTAATGGCTAAATCGAAATATGACGAGATGCTGATCAACTTCGTTGAGTCTATCGTGTCAGCCATTTTGATGCTGTTTGTTATTGTCGCGTCGCTTGATCAACTCGGGGTTGATACGACGTCGCTGGTGGCCATTGTTGGTGCGGCAGGTTTAGCAATTGGTTTGTCACTGCAAGATTCACTTAAGAATTTTGCAGCTGGTGTTATGTTGCTGGTTTTCAAGCCATTCAAACAAGGCAATTATGTTGAAGCCGCAGGAACAGCGGGTATTGTGCAAAAGATTGGTATTTTCCATACCGTAATGACGTCTTTAGACAATAAAGAAATCACGATTCCAAATGGTAAAATCTACAGCGATAACATCACAAACTATTCAGCGAAGGACACGCGTCGCTGTGATATGACCTTTGGTATTGGTTACGATGATGATCTGCTTAAAGCGAAGCGTATTCTGCAAGAATTGGTTGATGAAGAAGAACGTATATTAAAAGAACCTGCGTGCCTTATTGGTGTTGCTGAACTGGGAGACAGCTCAGTAAACTTTACTGTTCGTCCCTGGGTTGCAGCTTCTGATAACCTGGCAGTGCGCCTGGCTTTCACCGAAGCGGTTAAATTACGTTTTGACGCAGAAGGTATCTCCATTCCTTATCCACAAATGGATGTGCATTTCTTCAAAGAAGCGGATAATACAGCGCCTGCGAAAGAATCGGCATAA	MEETLSMFTASDIERYINTYAIPWAINIAMAIAIFVIGRIIVGILLSVFRRLMAKSKYDEMLINFVESIVSAILMLFVIVASLDQLGVDTTSLVAIVGAAGLAIGLSLQDSLKNFAAGVMLLVFKPFKQGNYVEAAGTAGIVQKIGIFHTVMTSLDNKEITIPNGKIYSDNITNYSAKDTRRCDMTFGIGYDDDLLKAKRILQELVDEEERILKEPACLIGVAELGDSSVNFTVRPWVAASDNLAVRLAFTEAVKLRFDAEGISIPYPQMDVHFFKEADNTAPAKESA	PGPT0013773_1658	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_OSMOTIC_STRESS	OSMOTIC_STRESS-MECHANOSENSITIVE_ION_CHANNEL,PGPT0013773-mscS|yggB-K03442	NA	NA
AK237_01451	729	rsmE	COG1385	Ribosomal RNA small subunit methyltransferase E	ATGCGAATTCCGCGACTTTTCCATTCTGATCCCATTCCCTTAGATGAAGAATTTTTGCTTAATGCTGATGCAGCTCACCATGTAGCAACCGTTTTACGCCTAAAAGCCAATCATCCCATTGTGCTATTTAATGGTGACGGGAATGAATACAGTGCTCAAATCATTGCTATAAATCGCAAACAGGTTGTCGTGGAAGCTGATGCCTGCTTAACCATTGGAAAAGAATCTCCACTTTCAATACATTTAGGACAAGGCGTATCAAAGGGCGATCGCATGGACACCGTATTGCAAAAAAGTGTTGAACTCGGTGTTACAGAGATCACACCTGTTCTCACCCAGCGATGCGCGGTTAAACTGGACGAGAAGCGTTGGGAGAAAAAAATCCAGCAGTGGCAAAAGATTATCATTGGCGCATGTGAACAGTGTGGGCGTAATTCCGTGCCACGCTTACATTCCCCTATTTCATTAAACCAGTGGCTAGCAAGTCCTACTCAATCGAGCCGATTAATTTTAGCACCCGGCGCTGAACAACCCTTGGTGAAAACCCCATACTGTTCAAAAGGTTACAGGCTATTAATTGGCCCTGAGGGAGGTCTTACAGATCAGGAAATACATCAAGCCAATGAGAGCGGGTACCAGTCAGTCAGTTTAGGCCCACGCATTCTGAGAACCGAGACTGCAGCATTGGCGGCAGTCACTATCCTACAGTCTCAGCATGGCGATTTATAA	MRIPRLFHSDPIPLDEEFLLNADAAHHVATVLRLKANHPIVLFNGDGNEYSAQIIAINRKQVVVEADACLTIGKESPLSIHLGQGVSKGDRMDTVLQKSVELGVTEITPVLTQRCAVKLDEKRWEKKIQQWQKIIIGACEQCGRNSVPRLHSPISLNQWLASPTQSSRLILAPGAEQPLVKTPYCSKGYRLLIGPEGGLTDQEIHQANESGYQSVSLGPRILRTETAALAAVTILQSQHGDL				NA	NA	NA	NA	NA
AK237_01452	1431			hypothetical protein	ATGTACCTTGTTCACTCTGCTGATAACCTTGCCATTTCTTCCGGCAGACTCAACCTGGATAAGGTGTATAGCGCCTGCCTTGAGCGTATCCTTGACGGCCAGCCGTTAGCTAAAATTATCACGTTTTATTTGCAGTACCTGGAACAACACACACCGGGCTTTCGCTTCGCGGTTATGCAAGCCATACGCGACACGCAAACGCTTTCCTTATTGTCAGCACCTTCCTTGCCCGACATATTTGTTCGCGCCATACACGATATAAAAATAAATGAGCACGAGGCAGCATGCGGGCCGGCGGCGGCAACGCAGCAGCCTTATTTTATCGACAACATCGCTGCTCATCCCAATTGGCGTGATTTCTCGCCCGAAATGGCTGAGATAGGTATAACCAGTTGCTGGTCTTTTCCGCTGATGCGTGAACAACAATGCGTGGGCACACTGGCGATAACAGGTGGACTAAAACAAACGCCGGATCCCCATACTGTATCCCACTATCAAGCTGTCGCAGCGAATCTCAGTAAAATTTTCGCCTACTGCGATTATCAGCAGGGGAAAAACAGCGCCAACTGGATACTTCGCACACAAGTCGCTGAAAAAGAAGATGAAAATGCGCAATGGAAACTGGCTTATGAAAAGCTTGCTGAGAAATACAGGCAGGCCGAACACAATGTGGTTCACCGCCCGCTTCCGAAAACATTTCGTCCAATGGCGTTGGGCTTAATTAGTGAAATAGAATCGCTACTTGCCGTTGTGCAAACTACCTTCTCGTTTCAGCAGGTTCTTACCGAGCAAAACAAACGTAACGTAAGTTTAAAACAGTTATCCCGCGAAGGTCTTAATCAGTACTATCACAGCGTGAACCGGGCCAGCGCGGAGGGCGTGTCATTATTAGTCAATGCGCAAAAGCAAATAGAAGCGTTAAATAGCTATGTTAATTTGCTGGCGGAGAATCCTTTACAGTCGATTTCCATTCCTGCGGTGCTTACAACGGTTAATGCAGCGATTGCCAGCGCAGTCAGGCACATAAACATTATCACCTGCGCCAATCTCAATTGCACGTTGATGATGCATGTCCCGGTCGGCTCTTTCAGTCAAATTTTAAGTGAGCTTATACTTAATGTATATCTGCACGCCTACCCCAACCAGAACACGGGCAAGTTATGGGTGACGGCGCAAGCAAATACTGATGCCACTTCTGACCAACTTCAGTTGGTTATTGAAGACGAAGGAATTCCCATTTCCCGAACCATCGCCAGCCATGCCATGCGGGAGGTGTCGACGACACTCATGCATCAACATGGGAAACAAAACGGTTTAACCATGTGCTATCAACAAGTTACTGCCGGACTTGGTGGGACGATGCAAATCCTTCCCCGAGCTGGTGGTGGCAACAAAATCATTATTACCCTGCCCAAGCGCACCCAGCCCTAA	MYLVHSADNLAISSGRLNLDKVYSACLERILDGQPLAKIITFYLQYLEQHTPGFRFAVMQAIRDTQTLSLLSAPSLPDIFVRAIHDIKINEHEAACGPAAATQQPYFIDNIAAHPNWRDFSPEMAEIGITSCWSFPLMREQQCVGTLAITGGLKQTPDPHTVSHYQAVAANLSKIFAYCDYQQGKNSANWILRTQVAEKEDENAQWKLAYEKLAEKYRQAEHNVVHRPLPKTFRPMALGLISEIESLLAVVQTTFSFQQVLTEQNKRNVSLKQLSREGLNQYYHSVNRASAEGVSLLVNAQKQIEALNSYVNLLAENPLQSISIPAVLTTVNAAIASAVRHINIITCANLNCTLMMHVPVGSFSQILSELILNVYLHAYPNQNTGKLWVTAQANTDATSDQLQLVIEDEGIPISRTIASHAMREVSTTLMHQHGKQNGLTMCYQQVTAGLGGTMQILPRAGGGNKIIITLPKRTQP				NA	NA	NA	NA	NA
AK237_01453	957	gshB	COG0189	Glutathione synthetase	ATGACCTATTCCATTGGTTTCGTGATGGATCCCATTACATCTGTTAAACCCCATAAAGACACCAGTTTTGCAATGATGTTAGAAGCGCAGAAACGCGGCGCTACATTGTTATACATGGAGTTAGGTGATCTCTATCTGGATAATGGCAAAGCCATGGCCGACGTACGCAAAGTGACAGTGCGCGATCAGGCACAAGACTTCTATTCGTTATCACCACCCGAAACCATGGCGCTGTCTGATATCAATGTATTAATGATGCGAAAAGATCCGCCTTTTGACAGCGAATTTCTCTATGCTACGCAAATGCTGTCATTGGCAGAAGCCGAAGGTGCCCTGGTAGTGAATAATCCGCAAGCTTTGCGGGATTACAACGAAAAGCTATTTACCTCCTGGTTTCCTGACCTCATTCCAGCGACACGGGTAACGCGAAAAGCTCAATTGGTGAGAGCGTTTCACGAGCAGCACCAGGACATCATCTGCAAACCCCTGGACGGCATGGGTGGTGCGTCTATCTTTCGCGTGAAGCCTGACGGTAATAATCTTGGGGTTATTATCGAAACGCTGACCAAAAACGGTACCCAGCAAATGATGGTGCAAGAGTATTTGCCCGCCATTAAGGAAGGTGACAAGCGCGTACTCATCGTTGACGGGGAAGTCATGCCTTATTGTCTGGCGCGCTTGCCAACGAAAGGAGAAACCCGCGGGAACCTGGCCGCTGGCGGTACGGGTCGTCCTCAGGCAATTAGCGAATCGGATAAAGCGCTCGCCAACGCCATTGCGCCGGTGTTAAAAGCCCACGGCATTTTGTTTGTTGGTCTGGACGTTATTGGCGATCGTATTACAGAAATAAATATTACCAGCCCGACTTGTGTGCGCGAAATCGAAGCCCATTTCGATTTCAGTATTATGGGCAAATTATTTGATGCCATCGAAAGCAAGTTGGCAACGTCGAGGTAA	MTYSIGFVMDPITSVKPHKDTSFAMMLEAQKRGATLLYMELGDLYLDNGKAMADVRKVTVRDQAQDFYSLSPPETMALSDINVLMMRKDPPFDSEFLYATQMLSLAEAEGALVVNNPQALRDYNEKLFTSWFPDLIPATRVTRKAQLVRAFHEQHQDIICKPLDGMGGASIFRVKPDGNNLGVIIETLTKNGTQQMMVQEYLPAIKEGDKRVLIVDGEVMPYCLARLPTKGETRGNLAAGGTGRPQAISESDKALANAIAPVLKAHGILFVGLDVIGDRITEINITSPTCVREIEAHFDFSIMGKLFDAIESKLATSR	PGPT0013040_1002	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-GLUTATHION_METABOLISM,PGPT0013040-gshB-K01920	NA	NA
AK237_01454	567			hypothetical protein	ATGACAGAATTGAAGTCCCTGCAGAATCACTTTTTAATCGCTATGCCGTCGCTGGATGATCCATATTTTTCACGTTCCATCACGTATATTTGCGAACACAATAGTGAAGGTGCAATGGGTATTGTGATCAACCAACCGTCAAATATGAATTTGAAAGAACTGTTAGAACAAACAGACAAAGACACCGAGTTTGCAGACGCCACATCAGAGTATATTGTGCTGGCGGGCGGACCGGTCAGTCAGGAAAGAGGCTTTGTTCTTCATTCTGATGAAGGAGAGTGGAGTTCCAGCCTGAAAATGGCCCCGGGTGTAGTGGTTACTACATCGAAAGATATACTGTCGGCTATTGGCCATCAGGATGGGCCAGATCACGCCATCATTGCCTTAGGCTATGCAGGCTGGGAAGCGGGTCAGCTTGAAAAAGAGATGCAGGAGAATGCGTGGCTAACTGTTGAGGCGGATACCGACATTTTATTCAACACCCCTATCCATAAGAAATGGCAGTCCGCCGTAAAGAAATTAGGGGTAGACGTGTGGCAACTGACCCCACAAGTTGGCCACGCGTAA	MTELKSLQNHFLIAMPSLDDPYFSRSITYICEHNSEGAMGIVINQPSNMNLKELLEQTDKDTEFADATSEYIVLAGGPVSQERGFVLHSDEGEWSSSLKMAPGVVVTTSKDILSAIGHQDGPDHAIIALGYAGWEAGQLEKEMQENAWLTVEADTDILFNTPIHKKWQSAVKKLGVDVWQLTPQVGHA	PGPT0026120_1515	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-ALGINATE_METABOLISM	CE-EPS-ALGINATE_BIOSYNTHESIS,PGPT0026120-algH-K07735	NA	NA
AK237_01455	417	yqgF	COG0816	Putative pre-16S rRNA nuclease	ATGAGCCGCACCGTATTAAGTTTTGATTTTGGTACTAAAAGTATAGGCGTCGCGGTAGGTCAGGAGATCACTGGCACCGCTTCACCACTTGCGGCACTTAAGGCCCAGGATGGTGTTCCTGACTGGGAAAAAGTACAAAAAATTTATGATGAGTGGCAACCTGATCTGGTTATCGTTGGATTACCGTTAAACATGGACGGTACAGAGCAACCTGTAACACAGTTGGCAAAACGCTTCGCAAACCGGTTACATGGCCGGTTTAAGGTAAAGGTAGATACGTGGGATGAACGCTTGTCTACCGCCGATGCAAAGGCCATGTTATTCGAACTCGGTGGCTTTAAAAAGCTGACAAAAGATAAAGTCGACAGTGTCTCGGCGTGTGTGATTTTTACCAGCTGGGCTGAGAACCAGCATTAG	MSRTVLSFDFGTKSIGVAVGQEITGTASPLAALKAQDGVPDWEKVQKIYDEWQPDLVIVGLPLNMDGTEQPVTQLAKRFANRLHGRFKVKVDTWDERLSTADAKAMLFELGGFKKLTKDKVDSVSACVIFTSWAENQH				NA	NA	NA	NA	NA
AK237_01456	333			hypothetical protein	ATGCAGAAACTCTTTGCTCATGACGACCGCTTTCTCGTTCAGCAATTACGCTCTGAACTTGATACCGCGAACATTCCCTATCTGGTTAAAAATGAATATGCGGGCGGCGCTGTGGGCGAACTACCCTGGCAAGAAACGCAGTTAGAATTATGGATTATCGATGAGCAATGGTTTAGCAAAGCAAAGGGGATTGTAGACGCACTGAGTCCGGCAAAGTCTTATTGCACGTCGTGGCAGTGCGCAACGTGTGGTGAGGAAAACGAGGGCCACTTTTCACTGTGTTGGAAATGTCAGGCCCACTGCACTAATGCTGGTTCTCAGCCCAGCTGGTAA	MQKLFAHDDRFLVQQLRSELDTANIPYLVKNEYAGGAVGELPWQETQLELWIIDEQWFSKAKGIVDALSPAKSYCTSWQCATCGEENEGHFSLCWKCQAHCTNAGSQPSW				NA	NA	NA	NA	NA
AK237_01457	1116	pilT_1	COG2805	Twitching mobility protein	GTGAAACTGCAAGCTTACTTTGAGAAAGCAACTCAACTTGGTGCATCAGACATTTTTATAACCGTGGGTTTCCCTGTGAGCGCCAAAATTGATGGCGAACTTGCTCCACTGGGTGATGCGCCTTTGTCGCAGTTTCAGGCGAAAGAGTTGGTGCAAAGTGTAATGGAAGAACGTTACATCAGGGAATTAAACGAACTAAAAGAAAGTAACTTTGCTGTGGGTATCACTAACGTAGGCCGGTTTCGATGCAGTGCGTTCTGGCAGCGTGATTCGATTGGTATGGTTGCCCGACGTATTGTGACCGAAATTCCCAAAGTGGATGAGTTAGGGTTACCTGCCGTGTTGAAAGACATCATCATGAGCAAACGTGGCTTAGTATTGATGGTAGGTGCTACGGGAACCGGTAAGTCAACGTCGCTAGCTGCGCTTATTGACCACCGCAATCATAATTCGAAAGGGCATATTCTGACCATTGAAGATCCTATTGAATTCATTCATCGCCACGGTTCTTGTGTTGTTACACAGCGTGAAGTGGGTATAGATACCAGGAGCTTCGATGAGGCCTTAAAAAGCTCTCTGCGTCAGGCGCCTGATGTGATCTTACTAGGTGAAATTCGTTCTATGGAAACCATGGAATATGCGATGTCTTTTGCCGACACCGGTCATTTGTGTGTGGCAACGTTGCACGCAAATAATGCCAACCAGGCAATTGAACGTATTATGCATTTGGCGCCTAAAGAAATGCATAACAAGCTCTTATTCGATTTAAGCCTGAATCTACGCGCCATTGTTGCTCAGCAACTGGTGCCGAAAAAAGACGAAAAAGGCCGGGTTGCCGCTATCGAGATCTTGTTGAATTCTCCCTTCGTGGCCGATCTTATCCAATCTAATCGAACCGGCGAGCTAAAAGAAGCCATGAAAAAGGGCAAAGAAATGGGCATGCAAACCTTCGACATGGCCTTGTATGACTTGTATAAGCAAGAACGCATCACTTATGATCAAGCAATTCATCATGCTGATTCACCCAATGATTTACGCTTGATGATTAAGCTGGATAGCAGTGAAGGCTCAGAACTTGGCTCTTTGTCTGGCGTGTCGATAGACATGGATGACTAA	MKLQAYFEKATQLGASDIFITVGFPVSAKIDGELAPLGDAPLSQFQAKELVQSVMEERYIRELNELKESNFAVGITNVGRFRCSAFWQRDSIGMVARRIVTEIPKVDELGLPAVLKDIIMSKRGLVLMVGATGTGKSTSLAALIDHRNHNSKGHILTIEDPIEFIHRHGSCVVTQREVGIDTRSFDEALKSSLRQAPDVILLGEIRSMETMEYAMSFADTGHLCVATLHANNANQAIERIMHLAPKEMHNKLLFDLSLNLRAIVAQQLVPKKDEKGRVAAIEILLNSPFVADLIQSNRTGELKEAMKKGKEMGMQTFDMALYDLYKQERITYDQAIHHADSPNDLRLMIKLDSSEGSELGSLSGVSIDMDD	PGPT0015880_986	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-TYPE_II_SECRETION_SYSTEMS	CE-T2SS-TYPE_IV_PILIN_SECRETION|FIMBRIAL_ASSEMBLY,PGPT0015880-pilU-K02670	NA	NA
AK237_01458	1038	pilT_2	COG2805	Twitching mobility protein	GTGGATATTACCGAACTTTTGGCTTTCAGTGTTAAAAATAAAGCTTCCGATTTACACTTGTCGGCAGGATTGCCGCCCATTATTCGTGTTGATGGCGAAATGCGAAGACTGAACGTCCCTGAGCTTGATCACAAGCAGGTCCACGCTCTTATCTACGAGATAATGAATGACAAGCAGCGCAAAGAATACGAAGAGAATCTGGAAGTCGATTTCTCATTTGAAGTAAAAGATTTATCACGGTTTCGTGTGAACGCGTTTGTACAAAATCGCGGTGCGGCAGCCGTACTCAGAACGATCCCCAGCAAAGTATTGTCATTAGATGACATTGCTGCCCCTCCCATTTTTCGCGACTTAATCGATCAACCGACGGGGTTGGTGCTGGTAACAGGGGCCACAGGCTCTGGTAAAAGTACGACGCTGGCGGCGATGATTGATCATATCAACAACACAAAACGTGACCACATTCTTACCATCGAAGACCCGATAGAATTTGTGCACGAAAATAAAATGAGCGTACTAAATCAACGGGAAGTGCATCGCGATACACACAGTTTTACCAATGCATTGCGTTCAGCGCTTCGTGAAGATCCAGATGTCGTGCTGGTGGGTGAGTTACGTGATCTGGAAACCATTCGCTTAGCCATGACCGCCGCAGAAACCGGACACCTGGTATTCGGCACATTGCACACCAATTCCGCCCCGAAAACCATTGACCGTATCATTGACGTATTTCCTGCAGAAGAAAAAGCGATGATCCGTTCTATGCTGTCAGAGTCGCTGCGGGCAGTAATCTCCCAGAGTCTGCTGAAAAAGGTGGGAGGCGGACGGGTGGCTGCTCACGAAATTATGGTCGGGATCCCCGCTATTCGAAATTTAATTCGCGAAGATAAAGTTCCGCAAATGTACTCTGTGATTCAAACCGGTCAGGCACACGGCATGCAAACTATGGATCAGGCATTACAAAAACTGGTGGCATTAGGGGTTGTCAGCCACCAGGATGCCGCTGCAAAATCGATTGATAAAAATAAGAACATGTAG	MDITELLAFSVKNKASDLHLSAGLPPIIRVDGEMRRLNVPELDHKQVHALIYEIMNDKQRKEYEENLEVDFSFEVKDLSRFRVNAFVQNRGAAAVLRTIPSKVLSLDDIAAPPIFRDLIDQPTGLVLVTGATGSGKSTTLAAMIDHINNTKRDHILTIEDPIEFVHENKMSVLNQREVHRDTHSFTNALRSALREDPDVVLVGELRDLETIRLAMTAAETGHLVFGTLHTNSAPKTIDRIIDVFPAEEKAMIRSMLSESLRAVISQSLLKKVGGGRVAAHEIMVGIPAIRNLIREDKVPQMYSVIQTGQAHGMQTMDQALQKLVALGVVSHQDAAAKSIDKNKNM	PGPT0015875_1929	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-TYPE_II_SECRETION_SYSTEMS	CE-T2SS-TYPE_IV_PILIN_SECRETION|FIMBRIAL_ASSEMBLY,PGPT0015875-pilT-K02669	NA	NA
AK237_01459	687		COG0325	Pyridoxal phosphate homeostasis protein	ATGCAAACAATAGCAGAACGACTGAAATCCGCACACTTGCGAATCGAACACGCCACTGCCAATGCGCATCGTCCATCAAAATCGGTTCAATTGCTAGCTGTCAGCAAGACTAAACCGGTATCCGATATCACCCAAGCGTATGAAGCGGGACAACGTTTGTTTGGCGAAAACTATGTTCAGGAAGGTGTTGAAAAAGTTCAGCAATTGGCACACCTCACCGATATTGAGTGGCACATGATTGGCCCGTTGCAGTCAAATAAAACGAAAGTTGTTGCCGAGCACTTCGACTGGGTACAGTCGGTAGACAGAGAAAAAATAGCGCGTCGTTTAAATGAGCAACGTCCCGACAATTTACCGCCCCTGAATGTATGTATCCAGGTGAATATTGATGACGAACCTTCCAAATCCGGGGTTCAGATCAACGAACTGGCTCACTTAATTGATATTGTTTCAGGCCTTCCCAACTTAGCGTTGCGAGGTCTGATGGCCATTCCTAAAGCGTCACCCAGCGACGTTGAACAGAAACGAACGCTGAGCTTGCTGGCTGAATTATTTATGGAATACCAACAAAAGCTGAGCGATTTTGATACCCTGTCCGTAGGAATGAGCAGCGATATTGAAGCCGCTATTGAGAACGGTTCAACCATGGTGCGAGTGGGCAGCGCGATTTTTGGTGCGCGCAGCTAA	MQTIAERLKSAHLRIEHATANAHRPSKSVQLLAVSKTKPVSDITQAYEAGQRLFGENYVQEGVEKVQQLAHLTDIEWHMIGPLQSNKTKVVAEHFDWVQSVDREKIARRLNEQRPDNLPPLNVCIQVNIDDEPSKSGVQINELAHLIDIVSGLPNLALRGLMAIPKASPSDVEQKRTLSLLAELFMEYQQKLSDFDTLSVGMSSDIEAAIENGSTMVRVGSAIFGARS				NA	NA	NA	NA	NA
AK237_01460	822	proC	COG0345	Pyrroline-5-carboxylate reductase	ATGCAACAGAAAAAATTGGCATTTATTGGTGCAGGCAACATGAGTCGCAGCATTATCAGCGGATTGATTCAATCTGGTTACGATAAAGCAAATATTCTTGCCAGTAATCCTTCCACGCCAAAATTAGACAAGCTGCAAGCCGAGTTTGGCATCCGGATCACCCAATCTAACGACGAAGCCTGCCAGTTTGCCGACGCCATTGTGCTGGCGGTAAAACCCCAGATAATGGGCGATATGCTTGCCGACCTGCAGAAAAATAACGCACTTTCAGGCAAATTATTCCTGTCTATCGCTGCGGGTCTGCCTGTTGCTCGCTTACAAGAAATGTTAGGCGGGCAGTATCCGGTTGTTCGTATTATGCCAAACACACCAAGCCTGATTGGTAAAGGGATGACCGGCTTGTATGCTGATGACACGGTAAATAAAAATGACCGTGACTATGCGAATGATGTCATGGGAGCCGTAGGAGAAACAGTGTGGGTAGAGGAAGAGTCAGGCATCAACGGTGTCATCGCGGCTGCTGGCAGCAGCCCTGCTTATTTCTTCCTGTTTTTACAAGCCATGCAGGAAGAAGCCATTAACATGGGCTTTGATGCGAAAACCGCCAGAAATATGGTTCAACAGGCCATGTTAGGCGCGGCAGAAATGGTTTGTCACAATCAAGATATTGAATTAAGCGAACTTCGTGCCCAAGTTACCTCCAAGGGCGGCACAACCGCTGCTGCTATCAACACATTCATTGACCAAGGCTTGCAAGACACCGTAAGTGCAGCAATGCGCGCAGCGGTGGCCAGAGCCGAAGAAATGGCGAAACAACTTTAA	MQQKKLAFIGAGNMSRSIISGLIQSGYDKANILASNPSTPKLDKLQAEFGIRITQSNDEACQFADAIVLAVKPQIMGDMLADLQKNNALSGKLFLSIAAGLPVARLQEMLGGQYPVVRIMPNTPSLIGKGMTGLYADDTVNKNDRDYANDVMGAVGETVWVEEESGINGVIAAAGSSPAYFFLFLQAMQEEAINMGFDAKTARNMVQQAMLGAAEMVCHNQDIELSELRAQVTSKGGTTAAAINTFIDQGLQDTVSAAMRAAVARAEEMAKQL	PGPT0014225_2354	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_UTILIZATION	PLANT_DERIVED_PROLINE_DEGRADATION,PGPT0014225-proC-K00286	NA	NA
AK237_01461	546			hypothetical protein	ATGAGCAACGCATCGGTCTTTCTTATCAGTACCCTGTTTAACCTGTATTTAATGGTAGTGATATTACGATTGTGGTTACAGCTGGTTCGGGCGGACTTTTACAATCCCGCGAGTCAGTTTATTGTTAAAGCAACGCACCCTATCGTGGGACCACTGCGTCGCATTATTCCCTCTATTGGTAATTTCGACACCGCGACTTTTGTATTGGCGCTTCTAGTGGCAGCGTTGAAATATGTCACTCTGGTCATGCTATTCGGCAGTGGCAACATTGACCCGGTTTCACTGGTTATTCTGGCCTTGTTAACCGTGGTTAAAGAAGCGCTTTCGCTGATGTTCTGGATTTTAATCCTACGTGCAATTTTAAGCTGGGTGTCACAAGGACAAAACCCTGTTGAATATGTCATGTATCAGCTTACAGAGCCATTCCTCGCGCCTATCCGCCGCGTTATTCCCCCTATTGGTGGGTTAGACCTATCGGTACTGATAGCCATCGTCGCCCTGCAATTTATTCAAATTCTCTTGCAGGACACCTTCGGACTTTACTAA	MSNASVFLISTLFNLYLMVVILRLWLQLVRADFYNPASQFIVKATHPIVGPLRRIIPSIGNFDTATFVLALLVAALKYVTLVMLFGSGNIDPVSLVILALLTVVKEALSLMFWILILRAILSWVSQGQNPVEYVMYQLTEPFLAPIRRVIPPIGGLDLSVLIAIVALQFIQILLQDTFGLY	PGPT0013730_1187	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
AK237_01462	324			hypothetical protein	ATGGTGGTTAACACCACCTTCTTCACACCCGAGGTAGCACAGCAATATGGTATTGTTCGTAGTAAATACAATGCGTTAGTTAATATCTCAGTACTCGATAAACAAACGCAACACGCTCAGGTTGTGGCAATAAAGGGTCAGGCAAGAAACCTGCTTGGCAATACGAAAACGCTGAATTTTAAACGCGTAGAAGAAGGTGATGCGATTTATTATCTCGCTCCTGTTTCGTTTAATGATAGAGAAACATTTCGTTTCTCAGTGGCAATTCAACGTGGAAACGACAACCAAACACTTAACTTCCAGCAAGAGATGTTCGTCGAATAG	MVVNTTFFTPEVAQQYGIVRSKYNALVNISVLDKQTQHAQVVAIKGQARNLLGNTKTLNFKRVEEGDAIYYLAPVSFNDRETFRFSVAIQRGNDNQTLNFQQEMFVE				NA	NA	NA	NA	NA
AK237_01463	636	gst	COG0625	Glutathione S-transferase	ATGTACACCCTGTATGGCTTTGCTAAAACCCGGTCTGTTCGCGTTGCCTGGGCGTTAGAAGAACTCGGTTTACCGTATGAGTACACGTTCGTTAATTTGCGAAAAGGGGAACACAAGTCTGTGGATTTCCTTGCATTGAACCCAGCGGGCAAAATTCCAACGCTATTAACTGAATTAGGGCCAATGAGTGAGTCTGCCGGCATTGTTACCTGGTTGATGGATAAGCACGGACATCATGAGTTCATGCCTGCAATTGGCAGCAGAGCGCGAATGCGTTATGAACAAGCCATGGCTTTTGTCGTCGCCGAGTTAGAACAACCCTTATGGAATAAGGCGAAACATGATTTTGCTTTGCCTGATAGGTATCGTCTTGATGGCATGGAAACTGTGGCAACGTATGAGTTTGGCGTAGCGTTGAAAACGTTTGCTGTGTTGCTTGGAGATGAAAGTTACTTAGCCGGGGATTTATTTTCTGGTGTCGATATTGTCGCCGGGCACGTGTTGTCGTGGGCAAAGGGATCAGGTATGGATCTCACCTATGATAATGTTAAAGCTTACGCTGACAGGGTTTTATCCCGACCGGCATACGAGAAAGCGTGGCGAAATGAGAAAGCGCATGTACCTGCCAGTCTCTGA	MYTLYGFAKTRSVRVAWALEELGLPYEYTFVNLRKGEHKSVDFLALNPAGKIPTLLTELGPMSESAGIVTWLMDKHGHHEFMPAIGSRARMRYEQAMAFVVAELEQPLWNKAKHDFALPDRYRLDGMETVATYEFGVALKTFAVLLGDESYLAGDLFSGVDIVAGHVLSWAKGSGMDLTYDNVKAYADRVLSRPAYEKAWRNEKAHVPASL	PGPT0013170_15954	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	DETOXIFICATION_OF_PEROXIDIZED_COMPOUNDS,PGPT0013170-gst-K00799	NA	NA
AK237_01464	999	curA	COG2130	NADPH-dependent curcumin reductase	ATGTCTACCTACAAAGAAATTACATTGGTAAACCGCCCAGAAAACGGAAAGATTGGTTCGTACCTTTTTAAGGAGCAGGAAAAGACGATTCCAACGCCAGGTGATGGTGAAGTACTTATTAAGCAAACCCATATGTCCCTTGATCCTGCGATGCTAGGTTGGATGAGTGCAGACAGAGAAAGTTACATACCGCCGGTTGAATTAGGCGATGTCATGCGCTCCAGTGGTGTGGGTGAAGTCATCAAATCAAATCACCCTGACTTTTCTCCTGGTGACAAAGTCATGGGCATGACCGGCTGGCGAGAATACCTTGTCAGCGATGGCAAGGGCTTTAACAAACTACAGCCAGGTATCAGCGAAGAAATGGCGTTATGCGTATTTGCACTACCAGGGTTAACCGCAACCACCGGTCTCTACAAATTCGGGAAGCCCAAAGCGGGCGAAACCCTTATCGTAACCGGCGCTGCAGGTTCAGTAGGCTCGATTGTTGGCCAGCTAGCCAAGGCTGACGGGCTACGTGTTATCGGCGTAGTCGGTAGCGACGAAAAAGCAGACTGGATCATTAACGAGCTGGGTTTCGACGGTGCAATTAATTACAAGTCAGAACATCTGGCGGAGCAACTCGAGGCGCTAACCCCTGACCGGATTGATGTATTTTTTGAGAATACCGGCGGACCAATACAATCACTCATTGTTAATCGTATGAATGAGCATGGACGAATTGTTGTTTGCGGCATGATTGCAGACTATCAGGCGGATAAACCATCACCGGGTCCTAATTGGATCCCGTTGATTAAAAAGCGTATTACCGTGCAAGGATTCGCGATGCCCGACCACTGGGGAGAGATTCCTCAGTTACTCGAAAAGCTGTCGCCCTATGTTCAGAGTGGCAAAATCAAATATCGAGCGCACACCGTTGATGGGCTGTCCAATGCGCCAACGGGCCTGAACATGCTATTCAAAGGTGAAAATACCGGCAAGATGATTGTTAAACTTTGA	MSTYKEITLVNRPENGKIGSYLFKEQEKTIPTPGDGEVLIKQTHMSLDPAMLGWMSADRESYIPPVELGDVMRSSGVGEVIKSNHPDFSPGDKVMGMTGWREYLVSDGKGFNKLQPGISEEMALCVFALPGLTATTGLYKFGKPKAGETLIVTGAAGSVGSIVGQLAKADGLRVIGVVGSDEKADWIINELGFDGAINYKSEHLAEQLEALTPDRIDVFFENTGGPIQSLIVNRMNEHGRIVVCGMIADYQADKPSPGPNWIPLIKKRITVQGFAMPDHWGEIPQLLEKLSPYVQSGKIKYRAHTVDGLSNAPTGLNMLFKGENTGKMIVKL	PGPT0023605_708	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
AK237_01465	3003			hypothetical protein	ATGAACAACATGAAAAAAAGCTTGGCGGCGTTAGCTGTCATGGCTGCTTGCGGGCTATCTGCACCTGCACTGGCAGCGGGGAATAATGCCGGTGGCATTGTAGTTACAGTCACCGATTCATCAACTTCCCCCCTGTCGGGCGCGAATATCACCGTTTCTGATGAATCAACCGGCTTTACACGCACAATCACAACAGATGCCGATGGCAACATTCGCTTCGGTCAACTGCCCATTGGCACCTATAAAATCAGTGCCAGTAAAGATGGATTTGCGCCGGTAGAGTTGGGACAAGTGAAGGTATCAATTGGTTCAAATACCAATGTAGACGTTCAACTCTATCCTGACTCGATGGAAAAAATTGAAGTGACGGGTTCATCCATTGCATCAATCGACTTTACGTCTTCAGAAACAGCACTCAACATAGGCGCGATTGAACTGCAACGTTTGCCCGTACCGCGCTCGGTCAGCGCCGTGTCGTTATTAGCCCCCGGGACAACCCAAGGTGACAACCGGTTTGGTAATGGCTCAACGGTCTCCTTTGGTGGCTCGTCAGTGGCAGAAAACCAAGTTTATATCAACGGTCTGAACGTGACCAACTTCAGAAATGGTGTTGGCTTTTCGGAAGTCCCGTACGAGTTTTATGAAGAGTTTCAAATTAAGACCGGCGGCTATTCAGCGGAATTTGGTCGCTCTACGGGTGGTGTAATTAACGCCGTAACCAAATCGGGTTCCAATGAATTTAAGTTTGGCGCCAGTGCTTATTGGGAGCCGAAAGGACTAGCATCAACTAGCCCTTCTGTAAAAGATTCCACAGGAGATTATTATACTTACCGAGACAGAGATGAATCGGGAAGTATTAACTATAATATCTATGCCTCTGGCCCCATAATTGAAGATAAATTGTTTTTCTTCGCACTCTATAACCCTCGCAACGAGTCGAGTGTGCTGGATCGTACTCTTTCTGATGGAAGTAGAGACGAATATGAGTCTGATAACGCCTTTTGGGGGACCAAAATTGATTGGAATATCATCGATGGTCACCGTCTTGAATTCCTCATGTTTTCTGACCAAAATGACGAAGTTGATAGTATTTACAACATTGACTCAGAGGGTAATTACTATTACGTCAACACGGCTTATGAATATTCAGGCGGTAAGAACTGGTCATTAACCTATTCAGGTTTTTTGACTGATGACTTGTCAGTGAGAGCAATGTATGGAGAAAATAAATACGATTTAACTAATGCATCTGATTCCGGAACCGATTGCGAACTGGTACTGGACTATCGTAATCGATATGGGTTTGCCACAGACATCCCCTATACCGGACAGGAAAGCAATGGCTGTGCAACCACCAACGACTACAACTTAGAAGATGGCGAAGATACGCGTAAAGCCATGCGTATCGACTTCGACTGGTTGGTAGGTTACGACCATGCGGTTCGCTTTGGTATGGACCGCGAAGAAAATACTTCTATGAGTAATCAGTACTACTCGGGCCCGAATGGTGCGTACTGGTTAGTCTACCCTGGCTATACAGGTGAAACTATCAACGACGTGACACTCACCGAAGACACTGACTATATCCGCAGCCGTATCCGTACTGTGGGGGGTAGCTTCGAGACGATTGCTTCCGCATTTTACATTGAAGACACCTGGACAGTCACAGACGAAGTCACCCTTACCCTGGGCTTGCGAAACGAGCAGTTTGACAACAAGAACGCCAACGGCGAAAGTTTCGCCAAAATGGATAACATGTGGGCGCCGCGCTTAGGTGCGTCATGGGATATTGGCGGTAAAGGTGAGCAAAAGTTATTTGCTAACGTGGGCCGGTACTTCTTGCCTGTAGCTAACAATACTAACGTGCGCTTATCGGGTAATGAGTCTGACGTAAGAAATTATTATGTGCTGGAAGGCTGGCAAGAAGCAGAATATAACGGCAATACCATTTACAATTATGTTCTGGGTGAACAAATTGGAGGTACTGAAGTTATTTCTAGTGGTGAAGTGCCTGACACCCGTTCTATCGTAGCTGCAGATTTAGATGCTATGTACCAGGATGAAATCATCGTTGGTTACCAGGCAATGATCACCGACTCCTGGAACTGGGGTGTTAAGTTTACTCAGCGTAAATTGAATGGTGCCATCGATGACATGATCATTGACCACGCTATTGCTGATAAATTTGGCTGTGGCACAGGTTACCACCCTAATCAATATGTACTGGGAAATCCTGGAAAAGACATGACGGTATACTCAGATACCGATTGTGATGGCACACCAGACGACTGGGTAGACTTTACTGCCGAAGAGCTTGTCTATCCGGAAGCCGAGCGTACTTACTACGCTATGGATTTGAATATAGCGCGAGTGTGGGACGGTGACTGGAGCTTAGATGCAACCTATACATGGTCACACAGTTACGGCAATTCTGAAGGACTCGTTAAATCAGATAACGGACAGGCGGATGCTGGCTTAACCACCGATTTCGACTTCCCGGAATTAATGGATGGCGCTTATGGCGACCTACCTAATGATCGTCGCCACATGTTCAAGATTTTCGGTTCGTACTCTATCACTGAAGAACTTACCGCTGGCTTTAACTTTAACCTGACCTCTGGCCGTCCGATCAACGCTTTCGGTTTGGGTCACCCGGATGTGGGCGAAGTATCTTATGGCTCTACGTACTACCTAGCCACACCGTCGGGCAGTTTCAACGAAGATGGTTCTATTATCTATGACTATACCGCTTCGCCACGGGGCTCACATGGCCGCACCGCCTGGGTGTCGCGACTTGATCTGAACTTGATGTACACCACGCAAATCAGCGAACTTGATACTATGTTTAAAGTGGATGTATTCAATGTATTTAACAGTGATAAATATACCCGTATAAATGAGAGCTATGAGTCAACCTTTGGTCAGGCTAGCCCTGAATATGGCCTGGCGACAGCTTATCAAACTCCGCGCTACGTTCAGTTTAGCGCTAGCGTAAACTTCTGA	MNNMKKSLAALAVMAACGLSAPALAAGNNAGGIVVTVTDSSTSPLSGANITVSDESTGFTRTITTDADGNIRFGQLPIGTYKISASKDGFAPVELGQVKVSIGSNTNVDVQLYPDSMEKIEVTGSSIASIDFTSSETALNIGAIELQRLPVPRSVSAVSLLAPGTTQGDNRFGNGSTVSFGGSSVAENQVYINGLNVTNFRNGVGFSEVPYEFYEEFQIKTGGYSAEFGRSTGGVINAVTKSGSNEFKFGASAYWEPKGLASTSPSVKDSTGDYYTYRDRDESGSINYNIYASGPIIEDKLFFFALYNPRNESSVLDRTLSDGSRDEYESDNAFWGTKIDWNIIDGHRLEFLMFSDQNDEVDSIYNIDSEGNYYYVNTAYEYSGGKNWSLTYSGFLTDDLSVRAMYGENKYDLTNASDSGTDCELVLDYRNRYGFATDIPYTGQESNGCATTNDYNLEDGEDTRKAMRIDFDWLVGYDHAVRFGMDREENTSMSNQYYSGPNGAYWLVYPGYTGETINDVTLTEDTDYIRSRIRTVGGSFETIASAFYIEDTWTVTDEVTLTLGLRNEQFDNKNANGESFAKMDNMWAPRLGASWDIGGKGEQKLFANVGRYFLPVANNTNVRLSGNESDVRNYYVLEGWQEAEYNGNTIYNYVLGEQIGGTEVISSGEVPDTRSIVAADLDAMYQDEIIVGYQAMITDSWNWGVKFTQRKLNGAIDDMIIDHAIADKFGCGTGYHPNQYVLGNPGKDMTVYSDTDCDGTPDDWVDFTAEELVYPEAERTYYAMDLNIARVWDGDWSLDATYTWSHSYGNSEGLVKSDNGQADAGLTTDFDFPELMDGAYGDLPNDRRHMFKIFGSYSITEELTAGFNFNLTSGRPINAFGLGHPDVGEVSYGSTYYLATPSGSFNEDGSIIYDYTASPRGSHGRTAWVSRLDLNLMYTTQISELDTMFKVDVFNVFNSDKYTRINESYESTFGQASPEYGLATAYQTPRYVQFSASVNF				NA	NA	NA	NA	NA
AK237_01466	1188	hisC_1		Histidinol-phosphate aminotransferase	ATGTTAGAAGATCAAGCCAAAAACATGTCACCTGAAGGTGCTTCACGCCGTAAATGGTTAAAAACATTTAGCGTAGGCGCAGGTGCGGTTGCACTTACAGGCTGTTTTGACTCAGGCGTTAAAGAATTACAAGCTGCCGGTATGAAAACCGAACATTTTCCATCGGCAACGCCGAATGTAAACGACGGCCTGGTACGATTATCTTCAAATGAAAATGCCTTTGGTCCGTCACAAAAAGCGGTAGATGCAATGCAAGGTGAACTGTTCAATCTTGCTCGCTATACCGACGCCACCGTAGATGTGCTCAAAAAGAAAATAGCAGCACAGGAAGGCGTGTCTGAAGATCAAATCGTTGTGACTAACGGGTCTTCCCCTATCTTATTTGGTTATGCCGAATGGATCACAGAAAACGGTAACAAGCTCGTCACTTCCATGGCAACCTACGAAGGTATTCCACGTGGCGCGGAGTTCATGGGCGCAGACGTCACTTATGTACCATTAGATGACAAAATGGGTTTTGATCTTGATGCCATCGAAGCAGCAGTTACCGACGAAACTACCGCAGTTTATGTATGCAATCCCAATAACCCTACCGGCTGTATGGTAGACCCGGCGAAGCTCACCGCCTTTGCCAAGCGCGTATCAAAAAAAGCGCAGGTGTTTATCGATGAAGCCTATATTGAGATGTCAGATGCTTATCCTGCAAACGTACAATCAAAGTTGGTAGCGGAAGGGCACAATGTGGTTATTTGCCGTACCTTTTCAAAAATTCACGCCATGGCTGGTCAACGCTTAGGCTACGCCATCATGCCAGCTGAGCAGGCAAAATCGCTGGGCGGGAAATTACGTATGGGTGGCGTGAATTACCTCGCGTTAGTCGCAGGGATGGCAAGCATGGATGATCACGCAAACTTAACCACTATGCGCGATCGCATTAAAGTCGAGCGCGCCAAGCTGACACAAGCCGCTGAGAGCTTAGGTCGCCCCTATGCGAAAAAACCTCAAGGCAACTTTATCTATATGGATACCGGCATGCCCCACGACCAATTTGCTGCACAGATGAAAGCAGAAGGTATCAAAGTGGTGGGACGTACCTGGCCCGGTTACGACTCATGGTCTCGTATCAGTGTCGGCACACCAGAAGAAACAGATGCGTGTGTTGCCGCTCTTAATAAAGTTCTGGCGTAG	MLEDQAKNMSPEGASRRKWLKTFSVGAGAVALTGCFDSGVKELQAAGMKTEHFPSATPNVNDGLVRLSSNENAFGPSQKAVDAMQGELFNLARYTDATVDVLKKKIAAQEGVSEDQIVVTNGSSPILFGYAEWITENGNKLVTSMATYEGIPRGAEFMGADVTYVPLDDKMGFDLDAIEAAVTDETTAVYVCNPNNPTGCMVDPAKLTAFAKRVSKKAQVFIDEAYIEMSDAYPANVQSKLVAEGHNVVICRTFSKIHAMAGQRLGYAIMPAEQAKSLGGKLRMGGVNYLALVAGMASMDDHANLTTMRDRIKVERAKLTQAAESLGRPYAKKPQGNFIYMDTGMPHDQFAAQMKAEGIKVVGRTWPGYDSWSRISVGTPEETDACVAALNKVLA	PGPT0020305_466	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_UTILIZATION	PLANT_DERIVED_TYROSINE_DEGRADATION,PGPT0020305-hisC-K00817	NA	NA
AK237_01467	777	yaaA	COG3022	Peroxide stress resistance protein YaaA	ATGTTAGTCGTGGTATCACCGGCTAAAAATCTTGATTTCGAAACACCGGTGCCGGTGGATAACTATACCCAACCATCGTTATTGACCTCTGCTGAAATGTTAGCGGAAACGTGTAAAAAATTAACCCCTGCCGATCTGTCGTCCTTGATGAAAATCAGTGACAAACTGGCCACGCTGAATGCAAATCGATTTGACTCATTTTCTACACCGTTTACCAAAGACAACGCGCGGCAGGCTTTATATGCGTTCAACGGCGATGTGTATACTGGGCTGGATGCGTATTCTTTGTCGGAAAAAGACGTTGATTATGCGCAACAGCATTTGCGAATGTTGTCAGGGTTATATGGAGTGCTTCGTCCGCTTGATTTAATGCAACCTTATCGCCTTGAAATGGGGACAAAACTGAGTAATCCGAAAGGCAAAAATCTCTATGAGTTTTGGGGCTCTGACATTACCCTGGCCTTGAATAAGGCACTTGCAGCACAAGGTGACAATGTATTGGTTAACCTTGCATCAAACGAATACTTCAAGTCTGTGAAAGTGAAAGCATTGGATGGCATGGTGTTTACCCCGCATTTTAAAGATAAAAAGAATGGGCAATATAAGGTAATTAGTTTCTTTGCCAAGAAAGCAAGGGGACTAATGGCGAGATACATCATTCAGCAACGTGTTAAAGATGTTGCAGCTTTAAAAGCATTTAATGAAGCAGGGTATGTATTTAGCGAAGAACAAAGTACAGAGACGGATTTAGTGTTTTTACGTGATGAAGCCGAATAG	MLVVVSPAKNLDFETPVPVDNYTQPSLLTSAEMLAETCKKLTPADLSSLMKISDKLATLNANRFDSFSTPFTKDNARQALYAFNGDVYTGLDAYSLSEKDVDYAQQHLRMLSGLYGVLRPLDLMQPYRLEMGTKLSNPKGKNLYEFWGSDITLALNKALAAQGDNVLVNLASNEYFKSVKVKALDGMVFTPHFKDKKNGQYKVISFFAKKARGLMARYIIQQRVKDVAALKAFNEAGYVFSEEQSTETDLVFLRDEAE				NA	NA	NA	NA	NA
AK237_01468	960	tal		Transaldolase	ATGAGCAATCAATTAGACGCGTTGCGCGAAATCACTACCGTCGTTGCCGATACTGGCGATATCGAAGCGATCAAAAAATATGAGCCTGTAGACGCCACGACAAATCCGTCTCTTTTACTTAAAGCTGCAGGAATTCCCGAATACGCGGGTTATATCGACGATGCAGTGGCATGGGCGAAATTACAGTCTCAGGATCCTGCGCAGCAGCTAACTGACGCTTCAGACAAACTTGCTGTGACTATCGGTAAAGAAATTTCCGGCGTGATCCCAGGTCGTATCTCAACTGAAGTAGACGCCCGCCTGTCATTCGATACGGATGCAACCATTGCCAAAGCCAAGCGCTTAGTTGAGCTGTACAATGACGAAGGCATCGACAAATCAAAAATCCTGATCAAAATTGCTTCTACATGGGAAGGCATCAAAGCTGCCGAGATCCTTGAGCAAGAAGGTATTCAATGTAATCTTACCCTCTTATTTAGTTTTGCCCAGGCGCGCGCTTGTGCAGAAGCCGGTGTATACCTGATTTCACCTTTCGTAGGTCGAATTCTTGATTGGTATAAAGCCAACACAGATAAGAAGGAATATGCGCCGGATGAAGATCCAGGTGTCGTATCAGTTACACGTATCTACAACTACTATAAAGAACATGGTTACAGCACCGTGGTCATGGGCGCAAGTTTCCGTAACATTGGTGAAATTCAGGCGCTCGCAGGTTGTGACAGATTGACTATCAGCCCGAACCTGCTGGAAGAGCTGAAAAACAACACAGACGCGTTACCTGTTAAATTGCAAGACAACGGCGCCACCACAACACCAGGTGCGAAGCTGGATGAAGTCGGCTTCCGTTGGGACATGAACGAAGATGCCATGGCAACACAAAAGTTGGCAGAGGGCATTCGCAACTTTGCAGCTGACCAGGAAAAACTGGAAACCATGTTGAAAGAGAAGCTTGGCCAATAA	MSNQLDALREITTVVADTGDIEAIKKYEPVDATTNPSLLLKAAGIPEYAGYIDDAVAWAKLQSQDPAQQLTDASDKLAVTIGKEISGVIPGRISTEVDARLSFDTDATIAKAKRLVELYNDEGIDKSKILIKIASTWEGIKAAEILEQEGIQCNLTLLFSFAQARACAEAGVYLISPFVGRILDWYKANTDKKEYAPDEDPGVVSVTRIYNYYKEHGYSTVVMGASFRNIGEIQALAGCDRLTISPNLLEELKNNTDALPVKLQDNGATTTPGAKLDEVGFRWDMNEDAMATQKLAEGIRNFAADQEKLETMLKEKLGQ	PGPT0017375_2509	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
AK237_01469	1650	pgi	COG0166	Glucose-6-phosphate isomerase	ATGACAAACTTTACTGAGCAGCCTGCTTTCGCAACCTTGTCTAAGCTGGCTGAAGACATTAAAACAACCCATATGCGCGACTGGTTTGCCGCGCATCCTGAGCGAGCAGACACCATGCAAGCACAGGCGTGTGGTCTGTTTATTGACTATTCAAAGAACCGTGTAAACGAAGAAGCGCTTGCACAGTTATTTGCGCTGGCGAAGGCACAGGGCGTGGACACTCACCGTAAAGCCATGTTTGACGGTGACACCATCAACAACACTGAAAAACGTGCTGTACTGCATACAGCGCTGCGTAATTTCAGTGGTAAGCCCGTTATGGTTGACGGTGAAGACGTGATGCCGGAAGTGCTGGCTACGCTGGACAAAATTGAAGCCTTTACGGCTTCAGTGCATTCCGGTGAGCACAAAGGTTATACCGGCAAGCCAGTTAAACACGTAGTCAGCATTGGTATCGGTGGTTCATTCCTGGGCCCTAAAATCATGACTGAGGCGCTGAAGCCGTACACCCATGATGCCGTTAACGTGCACTTTGTGGCAAACGTAGACGGCTGTCATATTCATGATGTGCTGACGTCTCTGGATCACGAAGAAACGTTAATCGTTATGTCTTCCAAGTCGTTTTCCACTCAGGAAACGTTGCAGAATACCTTAAGTGCGAAAGCCTGGTTCCTGGAACAGGGCGGTACTCAGGAAGATATTGCAAAACACTTTGTTGCTGTGTCTTCAAACGTTAAAGCAGCCACTGAGTTCGGGATTGCGGAAGAAAACATTTTCCCCATGTGGGACTGGGTTGGCGGACGCTACTCGTTGTGGTCTGCGATAGGCTTACCCATCGCACTGGCACTGGGTTTTGAAAACTACAAAGGTTTGCTCGAAGGCGCCCACGAAATGGACAAACATTTCTGTGATGCACCATTTGAAAGCAACCTGCCCGTTATTCTTGCAGTTCTCGGCGTCTGGTACCGCAATTTCTTCGATGCGCAGTCTCACGTTATGTTGCCTTACTATCATTATCTTCGTGGACTGCCAGCTTATGTGCAGCAACTTGATATGGAAAGTAATGGTAAGCAGGTCACGCAGGACGGCGATGTGGTTGAGTGGGAAACCGGTCCGATTATCTGGGGCAGTGAAGGCACCAATGGTCAGCACAGCTTCCATCAGTTAATCCACCAGGGTACCTCTATCATCCCCGCAGACTTTATGCTGCCGCTGAATGTGCCTAATCAGAACGACACGCATCACGCCATGCTGGCATCGAATTGCTTTGGTCAGACACAGGCGCTTATGCAGGGAAAAACCTTCGAAGAATGCTACGCTGATCTTGAAGGTAAGGTGTCTGATGAAAGTGAGCGCAAAGCACTGGCTCAGCACAAAACGATGCCCGGTAATAAACCCAGCAATACAATTTTGTTCGAAAAACTGGATCCGCAAACACTTGGCGCGCTGGTTGCAATGTATGAACATAAGGTATTTGTCCAGGGCGTTATCTGGCAGGTGAACTCCTTTGATCAATGGGGTGTCGAGTTAGGAAAAGTACTTGGTAATCAGGTTCTTGACGGCATTCAGGGTAAAGCAGAAGACGATGCGTTTGACGCTTCTACCCAGCAACTCATTAATCGCTTCAGAAACGCCAATGCACCAACTTAA	MTNFTEQPAFATLSKLAEDIKTTHMRDWFAAHPERADTMQAQACGLFIDYSKNRVNEEALAQLFALAKAQGVDTHRKAMFDGDTINNTEKRAVLHTALRNFSGKPVMVDGEDVMPEVLATLDKIEAFTASVHSGEHKGYTGKPVKHVVSIGIGGSFLGPKIMTEALKPYTHDAVNVHFVANVDGCHIHDVLTSLDHEETLIVMSSKSFSTQETLQNTLSAKAWFLEQGGTQEDIAKHFVAVSSNVKAATEFGIAEENIFPMWDWVGGRYSLWSAIGLPIALALGFENYKGLLEGAHEMDKHFCDAPFESNLPVILAVLGVWYRNFFDAQSHVMLPYYHYLRGLPAYVQQLDMESNGKQVTQDGDVVEWETGPIIWGSEGTNGQHSFHQLIHQGTSIIPADFMLPLNVPNQNDTHHAMLASNCFGQTQALMQGKTFEECYADLEGKVSDESERKALAQHKTMPGNKPSNTILFEKLDPQTLGALVAMYEHKVFVQGVIWQVNSFDQWGVELGKVLGNQVLDGIQGKAEDDAFDASTQQLINRFRNANAPT	PGPT0017735_1868	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
AK237_01470	177			hypothetical protein	GTGGATAAGTCAGATCTGTTTGCGATGTTAAATATTGAAGAAACTCCGGCTAAAACTAAAAGCAAGAAAAGAAAGTGGAGAGAGATCGAAGCCTTACAGGACAGGTTCAAACTGGAAAAAGAACTGGCAGAAATCGACTACGGTTTTGAGTACGAACTGGAATCGATGGAAAGATAA	MDKSDLFAMLNIEETPAKTKSKKRKWREIEALQDRFKLEKELAEIDYGFEYELESMER				NA	NA	NA	NA	NA
AK237_01471	657	ung	COG0692	Uracil-DNA glycosylase	ATGACAACATGGCAAGATGTGCTGGGACCTGAAAAGTCCCGGCCCTATTTTAAAACACTGATGGCCAGGGTTGATGAAGCCAGGGCTGCATCAGTGGTGTTTCCTCCTGAACCGGATGTATTCAATGCATTCGCTCTTACCCCCCTGAATAAAGTGCGGGTTGTGATCCTGGGACAGGATCCCTATCACGGGCCGGGACAGGCGCACGGATTATCTTTTTCCGTAAAGAAAGGCGTAAAGCTGCCACCATCGCTGAAGAATATCTGCAAAGAACTGGAAACGGATATCGAAGGGTTTTCTATGCCTTCTGACGGCGATCTCACGTCGTGGGCTGAGCAGGGTGTATTGTTATTAAATACCGTGCTGACGGTAGAGCAGGGGAAGGCACACAGCCATGCAAAGTTTGGCTGGGAAACGTTTACCGATCACGTCATAGCCGCCATTAACGAACATACCAGCAATGTGGTGTTCCTGTTGTGGGGCAGTCATGCGCAAAAGAAAGGCGCAAATATCGACAAACAGCGACATCTGGTACTGGAAGCACCACATCCGTCTCCGTTGTCGGCCTACAAAGGTTTTTTCGGGTGTCAGCATTTCAGTCAGACAAATGCCTGGCTGCGCAAACACGGGCAACCTGCCATTAACTGGCAGATATAA	MTTWQDVLGPEKSRPYFKTLMARVDEARAASVVFPPEPDVFNAFALTPLNKVRVVILGQDPYHGPGQAHGLSFSVKKGVKLPPSLKNICKELETDIEGFSMPSDGDLTSWAEQGVLLLNTVLTVEQGKAHSHAKFGWETFTDHVIAAINEHTSNVVFLLWGSHAQKKGANIDKQRHLVLEAPHPSPLSAYKGFFGCQHFSQTNAWLRKHGQPAINWQI	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
AK237_01472	1284	thrC_1	COG0498	Threonine synthase	GTGGAATTAGTAAATTTAAAAGTAGCATCAGACACCGCTTCCTTTTCAGAAGCAGTAAAGCGCGGTTTAGGTCAGGAGCAGGGCTTATATTTCCCTACTGACATTCCGAAATTAGACAACATCGACGGCTTGCTGAAAAAGCCTTTTGTTGAGCGCAGCACAGAAGTGCTTACCGCCTTAATTGGTGATGAGTTGGGTGAAGGCATCATTGGTAGTATTGTTGAAGAGGCGTTTACCTTTCCGGCTCCTGTGGTCAGTGTAAATGACAAAGTCGCCACACTGGAATTGTTCCACGGTCCTACACTGGCGTTCAAAGATTTCGGCGGCCGTTTTATGGCGCAGGTGCTTTCCCGCATCAGCAATGGCAAACCCATTACCATTCTTACCGCCACGTCCGGTGACACCGGTGCCGCTGTTGCTCATGCGTTCCACGGTATCCCGAACATCAATGTGGTGATTTTATTCCCGAAAGGAAAAATCAGTCAGCTGCAGGAAAAACTGTTTACCACTTTGGGTGATAACATTCATACCGTTGCTATCGAGAGTGATTTCGACGCCTGTCAGGCGATGGTTAAACATGCGTTTGATGATCCGGATGTACGTGAAGGTTTGCATCTGAATTCAGCAAACTCTATCAACATCAGCCGTTTGCTGGCGCAGGTTTGTTATTACTTTGAGGCGGTTAGTCAGCTTACGCCGGAACAGCGTGAAGAGCTGGTTATTTCGGTGCCGAGCGGTAACTTCGGTAATCTGACAGCAGGTATGATTGCCAAGTCTATGGGCTTGCCCATTAAGCGTTTTGTTGCGGCAACGAACCTGAACGATACAGTTCCCCGTTACCTGAAAACCGGCGAATGGGCACCCAATCCGACGGTTGCAACCATGTCTAATGCAATGGATGTCAGCCAGCCAAACAACTGGCCCCGCATCGAAGCGCTGATTGAGCGTGGTTACCTGGATAAGTCGTGCCTGCGCGGTGAATGTGTCGATGAAGAATATACACAAATTGCTATGCGTCAGCTTGCACAACAGGGATACACCAGCGAGCCTCATGCTGCCATTGCTTACCGTGCGGTAAGTCACGATCTGGCAGACAATGAGTATGGTCTGTTCCTTGGTACTGCACATCCGGCTAAATTCCGCGAAACCGTTGAGAATGTACTCGGACAGCCTCTGAGCCTGCCTCAGGCGCTGGTAGAGTGTTCCAGCAAGGAAAGCCAGGCTGTGCCACTGCCGGCTGACTACGAAGCGCTTAAAGCGCACATGTTCTCTATATTGAAATGA	MELVNLKVASDTASFSEAVKRGLGQEQGLYFPTDIPKLDNIDGLLKKPFVERSTEVLTALIGDELGEGIIGSIVEEAFTFPAPVVSVNDKVATLELFHGPTLAFKDFGGRFMAQVLSRISNGKPITILTATSGDTGAAVAHAFHGIPNINVVILFPKGKISQLQEKLFTTLGDNIHTVAIESDFDACQAMVKHAFDDPDVREGLHLNSANSINISRLLAQVCYYFEAVSQLTPEQREELVISVPSGNFGNLTAGMIAKSMGLPIKRFVAATNLNDTVPRYLKTGEWAPNPTVATMSNAMDVSQPNNWPRIEALIERGYLDKSCLRGECVDEEYTQIAMRQLAQQGYTSEPHAAIAYRAVSHDLADNEYGLFLGTAHPAKFRETVENVLGQPLSLPQALVECSSKESQAVPLPADYEALKAHMFSILK	PGPT0009175_3804	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_UTILIZATION	PLANT_DERIVED_SERINE_DEGRADATION,PGPT0009175-thrC-K01733	NA	NA
AK237_01473	951	thrB		Homoserine kinase	ATGAAAACCACCCGCGCTTATGCGCCAGCCTCCATCGGCAATGTAAGTTTAGGTTTTGATGTTTTGGGTGCCGCACTGGCACCCGTTGACGGCACTGAGTTAGGCGATGTTGTTGAAGTAAAAGATGCTGATGCATTTTCTCTGACCGCCAGCGGCCCGTTTGCCCATAAGTTACCGGCAGGTGCCGATAACAACATTGTTACCCTATGCTATGCCCATTTCTTTGAAGAAATGGTAAAAGCCGGCAAGCCCACCCGCCATGTTGAACTGATTTTGCATAAGAACCTGCCCATTGGCAGCGGCCTTGGCTCCAGTGCCAGTTCTATCGTTGCAGCCTTTCATGCACTGAATGCACACTTTGATTATCCCTTTGATGAGAATGCACTTCTGTTAATGATGGGCGAGCTGGAAGGGCAGATTAGCGGCAGCATTCATTATGATAATGTTGCTCCATGCTTTCTTGGCGGATTAACCCTGATGACCGGCAATGATGCCGAAGTGACGGTGAAATTACCGGTTATCAGCAGCTGGTACTGGGTTGTGTGCTACTCTGGAATAAGTGTTTCCACATCGGCGGCCCGGAATATTTTGCCGAAAGAAGTGGCGATGGCAAATACGCTGACTTTTGGCCGTCAACTGGGCGTGTTCGTGCATGCACTGCACGCGCAGAACGCCGGCCTGGCAGCCAGTGTGATGCAGGATGTAATTGCTGAACCTTACCGCAAGTCATTATTGCCCGGCTTCGACGAGGCCAGAGCGTTCAGTATGGAAAATGGTGGATTAGCATTCGGGATCTCCGGTTCTGGTCCGACAGTATTTGCTGTCTGTGACGATGCTGAAAAAGCCGAAGCGATTCGTGAATGGCTGCAGGCCAATTACGTACAAAATGAAGATGGCTTTAGCCACGTTTGCCGGATCCCTGATACGGGTGCGGTAGAGCAGCAAGTGTAA	MKTTRAYAPASIGNVSLGFDVLGAALAPVDGTELGDVVEVKDADAFSLTASGPFAHKLPAGADNNIVTLCYAHFFEEMVKAGKPTRHVELILHKNLPIGSGLGSSASSIVAAFHALNAHFDYPFDENALLLMMGELEGQISGSIHYDNVAPCFLGGLTLMTGNDAEVTVKLPVISSWYWVVCYSGISVSTSAARNILPKEVAMANTLTFGRQLGVFVHALHAQNAGLAASVMQDVIAEPYRKSLLPGFDEARAFSMENGGLAFGISGSGPTVFAVCDDAEKAEAIREWLQANYVQNEDGFSHVCRIPDTGAVEQQV	PGPT0020275_879	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_UTILIZATION	PLANT_DERIVED_SERINE_DEGRADATION,PGPT0020275-thrB-K00872	NA	NA
AK237_01474	2466	thrA	COG0460	Bifunctional aspartokinase/homoserine dehydrogenase 1	ATGAAAGTCTTAAAGTTTGGTGGATCTTCTCTGGCCGACGCACCCCGATACCTGCGTGTGACCGAGATTTGTATGACCACCCACCAAACCGATGGCGCAGCAGTAGTGCTTTCTGCGCCAAAGGGCGTGACCAACGCGCTTTCCTCTCTTTGTGAACAGGCCGCCGCAGGCGATGACTTCCAGCCCCTTTTCGAAAAATTAGAACAAACTGTTCAGGGTATCGCGGATGAATTAAACACTACGTTAGATAACTTCGCCCACGACCATGTATCTTCATTTATCTCTGAACGGTTATCGGTACTGAAGCAACAACTTGAAGGGATAAAATTACTTGGTTGTGGGCCTGATTCAGTAGCAGCAAGCATTTTAAGTATCGGTGAGTACATCAGTGTAACGCTGTTCAGTGCGATTTTGCAGAGTAAAGGTGTCGTTAACAGCATTATCGATCCGGTTGAATACGTGCTGGCACACGGCGAATATCTCGACAGCATTGCTGATGTGGCAATGAGTAAAGCCCGCTTTAGTGACGTACAGAGCGACGGTTCAGTATTACTGGTTATGCCTGGCTTCGTGGCTGCCAATGAAGAGGGCGAAAAAGTTACGCTTGGCCGTAACGGTTCTGATTACTCTGCTGCCATCCTTGCGGCCTGTATCGACGCAGACTGCTGTGAAATCTGGACGGATGTAGACGGTGTTTATAACGCTGACCCGAACCAGGTTGAAGGAGCAGTATTACTTGATAAGCTGACTTATCAGGAAGCCATGGAGCTGTCTTACTTCGGTGCCAAAGTTCTGCACCCGAAAACCATTGGTCCTATTGCTCAGCACCACATTCCCTGCCTGATCAAAAACACCCTGAATCCTTCTGCGCCCGGCACGCTAATCAGTAACGAAGCCAGCGAGAAATGGACATCAGTGAAAGGTATTTCGCAGCTCGATAACATCACGATGTTTAATGTTGCCGGACCTGGCCTTAAAGGCATGGTGGGTATGGCAAGCCGCGTGTTTGAGGTGATGAGCAATGCCAATATCTCCATTAGCCTTATCACCCAGTCCAGCTCGGAATACAGCATCAGCTTCTGTATACAGGAAAAAGATGCGGCCCGTGCACAGCAACTGCTGGAAGATGCCTTTGCTCTGGAATTGCAAAACCAGTTGCTTGATCAAATTGAAGTGCGTCACGACTTAGCCATTGTTACTCTGGTCGGTGACGGAATGCGTCACACGAAAGGCCTGGCAGCCCGTTTCTTTGCTGCACTGGCGCAAGCCCGTGTGAACAACGTAGCCATTGCTCAGGGATCTTCAGAGCGTTCCATCTCTACGGTTATCGAAGCGAAAAAGGCTAAGAAGGCGGTACGGGTTATTCACCAGAATTTCTTCTCCGATCGCCACACCATTGACGTATTCCTGGTTGGCTGCGGCAACGTGGGTACAGAATTGCTGGGTCAGATTGCCCGTCAGCAACCCGCACTGTTGAAGCGCAATATTCAGTTACGTGTATACGGTATTGCGAACAGTCGCAAACTGCTGCTTAACGCGCAGGGCATTGATGTGTCAGGTGACTGGCAGTCTGCACTGGCAGCTTCTGAGGAGTCGTTAAGTGTTGAGCGTTTACACCAGTTTGTTAACAGCAACAGTCTGGTAAATCCGGTGATTGTTGATTGTACCAGTCATGAAGCGGTAGCTTCACAATACGTGGATATGATGGAGCAGGGCTTCCACGTAGTGACGCCTAACAAAAAAGCCAACACCGACACCATGGCATATTACCGCCAGCTGCGCAGAACCGCGCAGAATACAAATCGCCAGTATTTATATGAAACTACCGTCGGTGCGGGCTTGCCGGTTATCGATAACCTGCAGAAATTGTTTGCTGCCGGTGACGTGTTGCATCAGTTCGAAGGCATTTTATCCGGTAGCTTATCCTATGTATTCGGTAAGCTTGAAGAAGGTATGAGCTTGTCTCAGGCTACCAGTGCAGCAAAAGAAAATGGCTATACCGAGCCGGATCCTCGTGACGACTTAAGCGGTATGGACGTGGCCCGTAAACTGCTGATCATGGCACGTGAAGCCGGCCTGGTGCTTGAGCTGTCTGATATTCAGATTGAATCTGTGTTACCGGAAGGTTTTGCAGAAGGTGCATCTATTGATGAGTTCATGCAGCAGTTACCTGAGCTGGATGCAGCATTTGGTCAGCGCGTGGAAGAAGCCAAAGCCAACGACAGTGTATTACGTTATATCGGCAGTATCGATGGCGACAAGTGTAAGGTAACCATTCAGTCGGTGCCGCTTACGCATCCTCTTGCGGCTGTGAAAGACGGTGAGAACGCGCTGGCAATCAGCAGTGACTATTACCAGCCAATTCCTTACGTTATCCGTGGCTACGGAGCGGGTGGTACGGTAACCGCTGCCGGTGTGTTTGCTGATATTCTGCGTACCATGCCGTGGAAACAAATGGCGCTGTAA	MKVLKFGGSSLADAPRYLRVTEICMTTHQTDGAAVVLSAPKGVTNALSSLCEQAAAGDDFQPLFEKLEQTVQGIADELNTTLDNFAHDHVSSFISERLSVLKQQLEGIKLLGCGPDSVAASILSIGEYISVTLFSAILQSKGVVNSIIDPVEYVLAHGEYLDSIADVAMSKARFSDVQSDGSVLLVMPGFVAANEEGEKVTLGRNGSDYSAAILAACIDADCCEIWTDVDGVYNADPNQVEGAVLLDKLTYQEAMELSYFGAKVLHPKTIGPIAQHHIPCLIKNTLNPSAPGTLISNEASEKWTSVKGISQLDNITMFNVAGPGLKGMVGMASRVFEVMSNANISISLITQSSSEYSISFCIQEKDAARAQQLLEDAFALELQNQLLDQIEVRHDLAIVTLVGDGMRHTKGLAARFFAALAQARVNNVAIAQGSSERSISTVIEAKKAKKAVRVIHQNFFSDRHTIDVFLVGCGNVGTELLGQIARQQPALLKRNIQLRVYGIANSRKLLLNAQGIDVSGDWQSALAASEESLSVERLHQFVNSNSLVNPVIVDCTSHEAVASQYVDMMEQGFHVVTPNKKANTDTMAYYRQLRRTAQNTNRQYLYETTVGAGLPVIDNLQKLFAAGDVLHQFEGILSGSLSYVFGKLEEGMSLSQATSAAKENGYTEPDPRDDLSGMDVARKLLIMAREAGLVLELSDIQIESVLPEGFAEGASIDEFMQQLPELDAAFGQRVEEAKANDSVLRYIGSIDGDKCKVTIQSVPLTHPLAAVKDGENALAISSDYYQPIPYVIRGYGAGGTVTAAGVFADILRTMPWKQMAL	PGPT0020160_410	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_UTILIZATION	PLANT_DERIVED_SERINE_DEGRADATION,PGPT0020160-thrA-K12524	NA	NA
AK237_01475	1734	glgB_1		1,4-alpha-glucan branching enzyme GlgB	ATGACAGCGTTTAATGGCACATTAGGCGTTACCCCTGCTGAGACAGGTTATCAGTTTGCCGTTTGGGCACCCAATGCAAAATCGGTTGCCGTCAGCGGTTCTTTCAATGACTGGAGTGAAACCGCCAACCCGTTAACGTCACATGAAGGCGGCGTGTGGTTTGGCGTCGTTGATAGCGCCAAAGGAGGCGATGAATACAAGTTCGCTATTACTACCCTGCAAGATGAATTGTTACTAAAAAATGATCCCCGCGCACGCAAGGTCACAAACAGTGTGGGAAACAGCGTTATTTACGATGATGATTATCAGTGGCAACACACAGATTTCGAATCAGTCCCTCTTCATGAACGGGTGATTTATGAAATGCACATTGGCACCTTTAATAAACCCAAAGACGGTCACGGTACCTTTTCTTCTGCCATCGAAAAACTACCAGAGCTGCAAAAGCTCGGCATCACCATGATTGAGCTCATGCCGGTGAACGAGTTTGCCGGCGATATCAGCTGGGGCTATAACCCAGCTTATCCCTTCGCCGTAGAAGAAGCCTATGGGGGTCCCGACGGCTTAAAAGCCTTTATCGACGCTGCTCATGGCATGGGTATTGGTGTCATTCTGGATGTGGTTTACAACCATTTAGGTCCCAGTGATCTGGATATCTGGCAGTTCGACGGCTGGCATGAAAACGATAAAGGCGGTATTTATTTCTACAATGATTATCGCAGCGCCACGCCATGGGGCGATACCCGGCCTGATTATGGTCGTCAGGAAGTGCGGGATTATCTCACCGACAACGCACTGATGTGGCTGAATGAATTCAAAGCAGATGGCCTGCGAATGGACATGGTGCCCTACATGCGCAGTGTTTCCGGTGCCGATACCGGCGATGACGATATTCCTGAAGCCTATGATCTTATCAAAACCATTAACCGCCGTATTCAGGAAGCTTGCCCGGGGAAAATGACCATTGCCGAAGATTTGCATAGTCATGAATATATTACGGATCCTATCGATAATGGTGGCTGTGGGTACACATCGCAGTGGGCTGCAGGTTTTGTTCATCCCATTCGGGACACACTAACCAAGACAGAAGACAGCCACGTGGACTTAACCGCAGTGGTCAATGCCATTACCAGAGTGGTAAGTAAAAACCCGTTTGCGCGAGTGGTATACACCGAATCCCATGATGAGGTTGCTAACGGTCAGGCCAGACTGGTTGAGGAAGTGGCGCCCGGCGGAGTCGACGATAATTATTTTGCGCGGCAAAAGGGTATGCTCGCTGGTGTACTTACCCTCACAACGGCGGGTGTTCCCATGCTTTTTCAGGGACAGGATTTTAAAGAAGCCGGTTGGTTCGATGATACCAACGACATTGACTGGGACCGCAAAACCCGCTTTGCTGAGTATACAGAAGCATTTACGCAACTGGTCGGTTTACGTACCAACAAAAACGGGAACAGCGCAGCATTAACCGGCGGTGCCACAGAAATTGTGCATAAGGACGATGACAACAAAGTGCTGATCTACAAACGAAGCAATGGCCTTGATGACAAACACGTCTATGTCATGATTAATTTTTCAGGCGCAGATGTGGAAGGCTATCGCCTAAACGGCGTCCCCCCCGATGCAACGTGTTTATTTGCATGGCAAGACGGCATCACTACTCACGATGTGCAGTTAAACGATAACCTCATTCATCTTACTGCTTATAGCGCGTTAATTTTTTCTGGCAGTTAA	MTAFNGTLGVTPAETGYQFAVWAPNAKSVAVSGSFNDWSETANPLTSHEGGVWFGVVDSAKGGDEYKFAITTLQDELLLKNDPRARKVTNSVGNSVIYDDDYQWQHTDFESVPLHERVIYEMHIGTFNKPKDGHGTFSSAIEKLPELQKLGITMIELMPVNEFAGDISWGYNPAYPFAVEEAYGGPDGLKAFIDAAHGMGIGVILDVVYNHLGPSDLDIWQFDGWHENDKGGIYFYNDYRSATPWGDTRPDYGRQEVRDYLTDNALMWLNEFKADGLRMDMVPYMRSVSGADTGDDDIPEAYDLIKTINRRIQEACPGKMTIAEDLHSHEYITDPIDNGGCGYTSQWAAGFVHPIRDTLTKTEDSHVDLTAVVNAITRVVSKNPFARVVYTESHDEVANGQARLVEEVAPGGVDDNYFARQKGMLAGVLTLTTAGVPMLFQGQDFKEAGWFDDTNDIDWDRKTRFAEYTEAFTQLVGLRTNKNGNSAALTGGATEIVHKDDDNKVLIYKRSNGLDDKHVYVMINFSGADVEGYRLNGVPPDATCLFAWQDGITTHDVQLNDNLIHLTAYSALIFSGS				NA	NA	NA	NA	NA
AK237_01476	2571	btuB_9		Vitamin B12 transporter BtuB	ATGCAACAGGAAAGATGCAACGCTTCTGCATTTCGACTCTCTCTTCTTTCAGCGGCGATTATTGGTTTGCCGCTGGCGTTTTCTACTCAGGCTATGGCGCAAGAACCGACGGCGTCGATGGCAGATGAAGACTTAGAAAAAATTCAGGTGGTTGGTTCACGCCGCGTAGGACGTACTGTCAATGATTCGCCCGTTCCTATAGACATTATCGATGCGTCAGCGATTGAGACGACGGGCTTGACAGAAACTAACATGATACTGAATAACTTACTGCCAAGTTTTAACTTTCCTCAGCCCTCTATGACTGATGGTACTGACCACGTGCGTCCTGCACAGCTGCGCGGTCTGGCACCTGATCACACACTGGTGCTTGTGAATGGTAAGCGCAGACATACCAGTGCACTGTTAAACCTGAACGGTTCTGTTGGCCGTGGCTCATCTGCAGTGGATTTAAATGCGATTCCGGCTAACGCCATTAAACGTATTGAAGTTTTACGTGACGGTGCGGCAGCTCAGTACGGCTCTGATGCTATCGCGGGCGTGATTAATATCGTACTGAAAGATGCCAGCGAAGGCGGGGAAGTGTCTGCCACCTACGGTGCCAACGTGACGACAATGGACGGTGTGCCGGAGTTAACCGGAGTCAGTGTCGGTGACAATGGTGATCTTGCTTTCCAGACCGGCTCCGACCGTTCTTTAACGGATGGTCAGACAGCGACACTGCGCGGCAATATCGGCTTCGAATGGGGCAATGACGGCTTTGTAAATATGTCTGCTGAATACCGCGACCGGGGTCAGGCCAACCGTGCAGATTACGATCCCCGTGAAAACTATGCCCGCGACGAAGAAGGGAACCTTGATCCCCGTGAGTTAACGGTGGACCGTTACAACCATGTATTCGGTAACGGTGACGTGGAAGACTATGCGTTGTTTGTGAATGCCGGAAAAGCGATTAGCGATAAGATTGAGTTTTACGGTACAGCCGGCGCCAGCAAACGTAATTCTGTCAGCGGGGGCTTTTACAGGCAGGCAAAAAATAATCGTAACATTGTGACAATTTATCCTGATGGCTTCCTGCCGCAAATTAAAACTGATATCAAAGATTCGTCTCTACTCGCCGGAATCAAAGGTTATGACGAAATCTGGAATTACGATCTGTCCGTCACTCACGGTGTGAATGAGCTAAAATATGGCGTCGTTAATACCTTAAATACATCGTTAGGCCCGTCCAGCCAAACCAGTTTTGACGCTGGCGCATTAGAATATCAAACCACTGTAGTGAATGCAGATGCGTCACGCCTCGTTGATACCGGTGTATTCTACAGCGAAATGAACTTCGCCATGGGCGCAGAGTACCGTCATGAAAGCTATGAAATTACGGCGGGTGAGGAAAACTCTTATATTCAGGGGCCGTATGCTGCTTACGGGCTTGAACTTGCAGGAGACGGTGAGTCTGCCGGGCAGGCAGGTTCCCAGGTATTTCCCGGCTTTACACCGGAATCAGCGGGCAAGAACAGCCGCCACAACTACAGCTTGTATGTCGATTTGGAAGGAGATGTACTTGAGCCGTGGAACGTAGCGATCGCGGGCCGCTATGAAGACTATTCAGATTTTGGCAGCACCTTTAACTGGAAGTTGTCCAATCGCGTGACAATCACTGATGAGTTCGCTTTGCGGGCGTCGGTGTCCACAGGGTTCCGTGCTCCGTCATTGCAGCAACAACACTACACTGCCATTTCTACCGTTTTTGTAGACAGTGTACCAGTAGAAACCGGTACCTTTTCACCATCCAGTGATGTTGCTCAGGCGCTGGGAAGTCCCGGGCTGGACGCAGAAGAGTCAACCAACTACAGTGCTGGCTTTACCTATTCCCCTTCGGCAGACTTTAATTTGACCGTGGACTTCTACCGCATTGATATTGATGATCGTATTGTATTGTCAAATAACCTGTCAGGTGACGCTATCGCGGCTTTACTCGAGGGTACAGGCGCAACCAGTGCGCGTTTCTTCTTAAATGCAATTGATTCTCGCACCCAAGGTGTCGACGTTGTGTCAACGTATACGCTGAATACCGCAGAGTGGGGCGCGTTTAACTTTAATGCTGGCGTTAACTTTAATGACAACGACGTAACTAACGTGATAGATGCGCCTGAGGTACTGCAGGGGGCAGGTTTCGATCAAAGTAACCTATTCTCTGACGTTGAGTTGCGTCGCTTTGAATCTGCTTCACCGGAAAGCAAAATCAATTTAGGCGTCACCTGGTCGTTTGACCGCTACACCACAACGTTAAGAACAACCCGTTATGGGGAAGTGGAAGATCCGTCCTCCACCGCTGAGCTGAATGAAATCATTCCGGCGGAGTGGGTAACCGACCTGGACATTAATGTAGCGTTAACGGAAGGGTTGTCTGTGTCTGTGGGCGCAAACAACGTATTTGATGTGTATCCTGAGGCAAGCCGCTACACGGTAGAAGCGCCGACCACCTTTACTTACATCATGCCTTATTCAGGCTTTTCGCCTTACGGCTTCACCGGCCGCTATGTGTACGGAAAAGTGACCTACCGTTTCTAA	MQQERCNASAFRLSLLSAAIIGLPLAFSTQAMAQEPTASMADEDLEKIQVVGSRRVGRTVNDSPVPIDIIDASAIETTGLTETNMILNNLLPSFNFPQPSMTDGTDHVRPAQLRGLAPDHTLVLVNGKRRHTSALLNLNGSVGRGSSAVDLNAIPANAIKRIEVLRDGAAAQYGSDAIAGVINIVLKDASEGGEVSATYGANVTTMDGVPELTGVSVGDNGDLAFQTGSDRSLTDGQTATLRGNIGFEWGNDGFVNMSAEYRDRGQANRADYDPRENYARDEEGNLDPRELTVDRYNHVFGNGDVEDYALFVNAGKAISDKIEFYGTAGASKRNSVSGGFYRQAKNNRNIVTIYPDGFLPQIKTDIKDSSLLAGIKGYDEIWNYDLSVTHGVNELKYGVVNTLNTSLGPSSQTSFDAGALEYQTTVVNADASRLVDTGVFYSEMNFAMGAEYRHESYEITAGEENSYIQGPYAAYGLELAGDGESAGQAGSQVFPGFTPESAGKNSRHNYSLYVDLEGDVLEPWNVAIAGRYEDYSDFGSTFNWKLSNRVTITDEFALRASVSTGFRAPSLQQQHYTAISTVFVDSVPVETGTFSPSSDVAQALGSPGLDAEESTNYSAGFTYSPSADFNLTVDFYRIDIDDRIVLSNNLSGDAIAALLEGTGATSARFFLNAIDSRTQGVDVVSTYTLNTAEWGAFNFNAGVNFNDNDVTNVIDAPEVLQGAGFDQSNLFSDVELRRFESASPESKINLGVTWSFDRYTTTLRTTRYGEVEDPSSTAELNEIIPAEWVTDLDINVALTEGLSVSVGANNVFDVYPEASRYTVEAPTTFTYIMPYSGFSPYGFTGRYVYGKVTYRF	PGPT0003790_6330	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0003790-hutA|fatA|fct|foxR-K02014	NA	NA
AK237_01477	183			hypothetical protein	ATGCATTGCTCTTTTTCTGACGTCAGGTTACGGCTTAAAGCCATCGGTCTTGAAAGACTTATTCTTATTAGATTGGACAGCGCGCAGATACCACAAAGCAAACGCTCTATTGAACAACGGGTCAATGACGCTGTAGGCGGAGTAAATCACAAATATTTAGTTAACAACAAGTCCAAATTGTAA	MHCSFSDVRLRLKAIGLERLILIRLDSAQIPQSKRSIEQRVNDAVGGVNHKYLVNNKSKL				NA	NA	NA	NA	NA
AK237_01478	543	nudF_1	COG0494	ADP-ribose pyrophosphatase	ATGTCTTCAGAAATCAAAACATTGTCCTCTCGCGTTGTATACGAAAACAAATGGATGCGCCTACGCGAAGATGCCATAGAGCGCCCTAGCGGTCAGCAAGGTATTTATAGCGTAATGGAAAAACCAGACTTTACTATCGTCATCCCGGTTCAGGATGGTTATGTGTACATGGTTGAACAATATCGCTACCCCGTAGCAAAGCGTCAGCTTGAATTTCCGCAGGGCACATGGGAAGAAACCGCAGATGCCGATCCAAAAGCGCTTGCCGCAGGTGAGCTGCAAGAAGAAACAGGATTGCTAGCGAAAAGTTGGACACATGTAGGCTATCAATATTTAGCCTATGGTTTTTGTAATCAGGGTTATCACATTTGGGTGGCAAGTGATTTTACGATGACAGAGCAAAACCTCGATCCTGAAGAGGAAGGACTGACCTGTCATCGCATCGCACTTTCCGAGTTAGATGAGATGATTAAAAAGGGTGAAATCCTTGATGCCACCACCTGCAATGCGCTGGGGCTGGCCAGGCTTAAAGGACTTATTTAA	MSSEIKTLSSRVVYENKWMRLREDAIERPSGQQGIYSVMEKPDFTIVIPVQDGYVYMVEQYRYPVAKRQLEFPQGTWEETADADPKALAAGELQEETGLLAKSWTHVGYQYLAYGFCNQGYHIWVASDFTMTEQNLDPEEEGLTCHRIALSELDEMIKKGEILDATTCNALGLARLKGLI	PGPT0021525_3141	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PURINE_METABOLISM,PGPT0021525-nudF-K01515	NA	NA
AK237_01479	156			hypothetical protein	ATGCCACCACCTGCAATGCGCTGGGGCTGGCCAGGCTTAAAGGACTTATTTAAATTTCGTCCTGCGCGTCGCACTTTTGTTGATGAATTCAGCGGAACTGCAATGCGCAGGCAAGCTAAAGCGCCTGCAAATTATACGATTAATCATCGCGGTTAA	MPPPAMRWGWPGLKDLFKFRPARRTFVDEFSGTAMRRQAKAPANYTINHRG				NA	NA	NA	NA	NA
AK237_01480	339	fbp_1	COG0545	FK506-binding protein	ATGACTGACAATATCAGGTTTGAAGACACCGTGACAGGTGAAGGAAAAGAAGTAAAGAAAGGCGCACTGGTTACTGCGCACTATCGGGGCTTGTTAGAAGATGGTACAGAGTTTGACTCATCTTATGAAAAGGGACGTCCTTTTCAAACCGTGTTATCAAAGAATAAAGTGATTCAAGGATGGTTTTTGGGTATTCAGGGAATGAAAGAAGGAGGTAAACGCAAATTGTGGGTGCCTGCCGCTCTGGCTTATGGCGAACGGCAAGTAGGTAAAATTCCACCAAATAGTGATTTGTATTTTGAAATTGAATTGATTGAAGCGCTTAACCGCGATGATTAA	MTDNIRFEDTVTGEGKEVKKGALVTAHYRGLLEDGTEFDSSYEKGRPFQTVLSKNKVIQGWFLGIQGMKEGGKRKLWVPAALAYGERQVGKIPPNSDLYFEIELIEALNRDD	PGPT0015110_205	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL_PEPTIDES,PGPT0015110-ppiA-K03767	NA	NA
AK237_01481	294			hypothetical protein	ATGCAAATTATCAGAATGATAACTGTTTTGGGGTTACTTTTTTTATCCACGCACTCTCAGGCAAATGGGCTTCGCTGCGGCGTAAAATTGGTGATGGAAGGCGATACTACCTACGAAGTCACAAAAAAATGCGGCAAGCCCGACTCTGAAGAAGACCTGGGTTATATCAAGGATCACGGCGACTATATAAAAGTCACACGCTACGTGTACGACATGGGCAGCAGTAAATTTTTACAGCTACTGGACTTTCACAACGGTAAATTAGCAAAAATCACTGATGGCCCCCGGCAGTAA	MQIIRMITVLGLLFLSTHSQANGLRCGVKLVMEGDTTYEVTKKCGKPDSEEDLGYIKDHGDYIKVTRYVYDMGSSKFLQLLDFHNGKLAKITDGPRQ				NA	NA	NA	NA	NA
AK237_01482	675			putative oxidoreductase	ATGAGTAAAGTGGTTTTGATTACTGGCGCCTCTAGTGGCATTGGAGAAGCAACCGCCAAAAAGCTGGTGGAAGAGGGTCATAAGCTGATTATCACCGCTCGCAGTAAAGACAAGTTAGAGGCGCTGGCTGCACAATCAGGTAAAGACAATATACTGGCTGTGCCAGCAGACGCTACCGACTACGACGCACTGTCGCAGGTTGTAGAAGCGGGAGTCACACGGTTTGGCCGGCTAGACGCCGTATTTGCTAATGCAGGAAAAGGACTGAGTACGTCAGGCACCCAAGCGGGCGATCCCCAGGAGTGGGACACCATGATAGACCTCAATATTAAAGCATTACTGTGGACTGCGAAGCTTACCCTACCGCACTTAAAAGAAACTAAAGGCCATTTTCTACTGACCAGTTCTGCGGCGGGAAAAGTACCAATTAAAGGCTCGGTTTATGGGGCGAGTAAATGGTTCGCTTACGGCTTTGGGATGAACTTAGCCGAAGAGATGAAAGAATGGCAGGGCCGCTGCACCACTATATGTCCGGGCATGGTCAATACACCGTTTTTTGATGAACCGAAGGAAGACAAACTTCAACCAGATGATGTGGCTGATGCTGTTTCCTTTGCAATTAATGCTGATCCGCGAAACAGTGTGCGGGAGATCTACCTGATGCCAGCAAACTAA	MSKVVLITGASSGIGEATAKKLVEEGHKLIITARSKDKLEALAAQSGKDNILAVPADATDYDALSQVVEAGVTRFGRLDAVFANAGKGLSTSGTQAGDPQEWDTMIDLNIKALLWTAKLTLPHLKETKGHFLLTSSAAGKVPIKGSVYGASKWFAYGFGMNLAEEMKEWQGRCTTICPGMVNTPFFDEPKEDKLQPDDVADAVSFAINADPRNSVREIYLMPAN				NA	NA	NA	NA	NA
AK237_01483	1719	aceK	COG4579	Isocitrate dehydrogenase kinase/phosphatase	ATGACAGATCTGCGCCCGGCAAAAAAAATCGCCTTTCAAATCCTCACGCATTTTGACAAAAGTTACCGTTGGTTTACCCGTATTACCCGGGGAGCTAAGGAACGCTTTGAAAATGGTGAGTGGGCAGCCACGCAAACGGCATCACGAGACAGGTTAAATATCTATGAAAAAAGCGTCGCTGATGCTGTGGCTGATATTTATCATCACGTGGAAGTACATCAACGCGACCGCGCGTTTTGGCAGGAATTGAAAGAGACATTCACGCGCCATTTAGAATCTCACCCCCAGTTTGAATTAGCTGAGACGTTCTATAATTCGATTATTGGCAGGCTATTCCGACATCAAAGTTTTGATAACGATGTTATGTTCGTACTGCCAAGCCGTTGCTTTTTGCCCGGCCGTGACCGCGCGCAAGTCATCAATAGTCTGGATACCACCACCACGGTGGCGCAAATGTACGAGTCAATTTACAAACTCTATCGCTTTAATATAGCTTTTGAAGATTACGCCCGCGATATGATGCATTTGGAAACTGCATTGCGAAAACGTTTAAACCGGGTACAACTAGCCAGCGTCGAATTGGTTGAAATACTCAAGCCCGTCTTTTACCGCGGCAAGTCGGCGTACATAATTGGGCGAATTTGTATGCCCGATGAAACTTTGCCCTTTGTCATTTCAATGCACACCAATGAGAAACAAGAAATCTATGTCGATGCACTTTTGACTGACCGCCAGGATCTCAGCGTTATTTTTGGTTTCGCGCGCAGCTACTTCATGGTTGATACGCAGTATCCAGCAGAAATAGCGGCCTTCCTGCAGGAACTGCTTCCACATAAAAAGCACTTCGAATTGTACATGTCCCTTGGCCATCATAAGCATGGTAAGACAGTATTTTACCGCAACTACCTGCAACACCTGGATAACAGCAGCGATATCTTCGAGCGTGCGCCAGGCACCCGCGGGTTAGTCATGATGGTGTTCCACCTGCCCTCTTATGGCGTTGTGTTTAAAATCATAAAAGACGAATTTGCAGAAAGTAAGAAAATTACCCGCCAACACGTGAAAGATTGCTACAAGATGGTAAAAATGTCGGATCGTGTGGGTCGTATGGCGGACACCCACGAATACGTTAATTTTCGCTTCCCGCTTCATCGTATGCATGCCGAATTAATTCAGGAATTACAAGACACCTGTGCATCAAGTCTCGAATTTACCGAACACGAACTTATCATCAAGCATCTCTACATTGAGCGAAAAATGACGCCATTGAACCTGTATCTCCAACAAGAAACTGACGAGGACAAGTTACAGCATGCGATCTATGAACTTGGCTTGTGTATAAAGCAAATAGCGTTAGCTAACATTTTTCCCGGAGATATGTTGCACAAAAACTTTGGCATAACCAAAGGGGGGCGGGTAATTTTTTATGATTACGATGAGATATGTTTAATGAAAGACCGTAATTTTCGCGCGCTGCCAAAGTCTGACGACCCGTACATACTGGATACCCTTTCCGTGGCGCCTAACGATGTCTTCCCGGAGCAGTTTGAGCACTTTATTGTTGGTAAGAAGCAGTTTAAAGATCTTCTTAAAACCTATCATGGTGACCTTATGACACCTGACTACTGGCAGGAAGTGCAACGCATCACCGCACGTGGAGACATACAAAACTTTACGCCCTACAACCCCGCTATGCGCTTTAGCGACAGAAGCACCTGA	MTDLRPAKKIAFQILTHFDKSYRWFTRITRGAKERFENGEWAATQTASRDRLNIYEKSVADAVADIYHHVEVHQRDRAFWQELKETFTRHLESHPQFELAETFYNSIIGRLFRHQSFDNDVMFVLPSRCFLPGRDRAQVINSLDTTTTVAQMYESIYKLYRFNIAFEDYARDMMHLETALRKRLNRVQLASVELVEILKPVFYRGKSAYIIGRICMPDETLPFVISMHTNEKQEIYVDALLTDRQDLSVIFGFARSYFMVDTQYPAEIAAFLQELLPHKKHFELYMSLGHHKHGKTVFYRNYLQHLDNSSDIFERAPGTRGLVMMVFHLPSYGVVFKIIKDEFAESKKITRQHVKDCYKMVKMSDRVGRMADTHEYVNFRFPLHRMHAELIQELQDTCASSLEFTEHELIIKHLYIERKMTPLNLYLQQETDEDKLQHAIYELGLCIKQIALANIFPGDMLHKNFGITKGGRVIFYDYDEICLMKDRNFRALPKSDDPYILDTLSVAPNDVFPEQFEHFIVGKKQFKDLLKTYHGDLMTPDYWQEVQRITARGDIQNFTPYNPAMRFSDRST	PGPT0001475_786	DIRECT EFFECT	BIO-FERTILIZATION	POTASSIUM_SOLUBILIZATION	K-SOLUBILIZATION-ORGANIC_ACID_METABOLISM	K-SOLUBILISATION-CITRIC_ACID_BIOSYNTHESIS,PGPT0001475-aceK-K00906	NA	NA
AK237_01484	681	copR		Transcriptional activator protein CopR	ATGAGAGCATTAATAATTGAAGATGACCACACTGTTGCCGATCACATTCGCAATGGTCTGGTGTCGGCCGGACATGAATGCTTTCATCAAAGTGACGGTAAAAGTGGATTGAACCGGGCCCTTGATGAGCAATTTGATCTGGTTATTTTAGATATCATGTTACCCGAGATGGATGGATTTACGGTGTTGGACAACATCCGTTCCTCCTCTTCGTCTCTCCCCGTATTGTTGCTAAGCGCAAAGAGCCAGGTTGATGATAAAGTCCGCGGTCTGCGCTCTGGTGCAAATGACTATTTAACGAAACCTTTTGCTATTGAGGAGTTACTCGCTCGTGCGGAGGGGTTAACCGGTCGAACGGCTAGCAGTTCAAAAGAAACCGAATTGTCTGTGGGCGATCTCACCCTGGATTTACTCCGTCGTAAAGTCACGCGCGGAGAAACTGAAATTGATTTACAAGCAAAAGAGTTTCAGTTGCTGGAGTGTCTGCTGCGCAACCGGGGCAAAGTGGTTACCCGTAGCATGTTATTAGAACGGGTGTGGAATTATCACTTCGATCCCCAAACGAATTTGATAGATGTGCACATTAGTCGCTTGCGACAAAAAGTTGATAAAACCTTCAACATCCCGCTAATCGAGACAGTGCGCGGTACCGGTTACCGCATCTCAGAGGGCATCGCTTGA	MRALIIEDDHTVADHIRNGLVSAGHECFHQSDGKSGLNRALDEQFDLVILDIMLPEMDGFTVLDNIRSSSSSLPVLLLSAKSQVDDKVRGLRSGANDYLTKPFAIEELLARAEGLTGRTASSSKETELSVGDLTLDLLRRKVTRGETEIDLQAKEFQLLECLLRNRGKVVTRSMLLERVWNYHFDPQTNLIDVHISRLRQKVDKTFNIPLIETVRGTGYRISEGIA	PGPT0004105_766	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-BETA-LACTAM_RESISTANCE,PGPT0004105-cusR|copR|silR-K07665	NA	NA
AK237_01485	1401	sasA_5		Adaptive-response sensory-kinase SasA	TTGATTGCAATTGGTGCGTTTACCCGAAGCTCCAGCTTTCGGGTAGGCGCATTGTTTACCGCATTATCCTCAGCCGGTATTCTCTTTATTTTCTATTTTTGGTCGTTAGCCGACGATGACAAACTCCTGTCCGAGGCTAAAGCCGCCATTGCTGCAGAACGTTTTGTTGTTGAAGAAATATATGCCCAAGGCGGCATTGCCGCGCTTAACAACACGGTTCATCGTCTTATTACCCAACCCAACAATGATACGTACGTTGCACTAACCAACCAACACGGCAAGATTATCCAGGGCAATCTATCAAAGCTGCCTGCTTTCGACGACTCTGCCCTGCCGGCCATCCTGCCGGTATCACTTACTGACTTTGTAAAAGCGGAAACACCGGTACGCACAGACTACCCCGAAGCCACCAACCTTCTGATGGATGTCGTGAAGCTCGATAACAACCACAGCGTCTTCATAGCACGCAACGTAGAGGCGCTCTACAGCACGCAAAAGATTGGGCGCGCCTTAGGATGGGTTTTTGTGGTCATGCTCGTCATGATTGCTGCGCTGAGTTTTGGGGTAGCGCTTTATGTGGTCAATCGCATCAACCGTATGTCACGCACTGCGAGCGATATCATGGACACTGGCGACCTAAGTGCCCGCATGCAGATAGACAGTAATTGGGATGATCTTAGTAAACTCGCCATTGTCTTTAATAAGACACTGGATAAAATTGAAAGCTCGGTCAGAAATATCAAACAAGTTTCAGACAATATCGCTCATGATCTGCGTACTCCGCTTTCCAGACTCCGCAGTAAATTAGAACGTATGGAAGACAGCGACCTTCGTGACGATGCCATCGCAGAGACCGATAATTTACTGGCGATTTTCAATGGACTGTTACGCATTGCTGATGTGGAGAGTGAACGTCAGCGTGCTGGTTTTGATGCTGTAGCACTGCATACGGTAATAGCCGACGTCATCGATTTATATGAACCACTGGTTGAAGACCAAAACGTTTCGCTTAGCAGCAACATTGAACCGGTGCATATTGAAGGAGATATGCATTTGTTATTTCAGGCGATCAGTAATTTGCTTGATAACAGTTTAAAACATGCAAAGGACAACTGCAGTATTCAAGTTAATCTTTGCAAGGTAGGTCAGCGCATTATCATTGCCGTACTTGATTCAGGAAAAGGCTTGCCGGCTCATGAATTTGAAAACCTCGATCGTCGTTTCTACCGGGCGGAGCAAAGCCGTACGACTCCCGGAAACGGTTTAGGGTTGTCGATGGTTAGTGCGGTCACGTCACTACATTACGGAAAATTATGGTTTGTAGATAACCCGCTGTGCATGCACAGCGGGTTTGGCGTAGTCATGAGTCTGCCAGTTCGGGAGCCACGCAGTAAACGCTAA	MIAIGAFTRSSSFRVGALFTALSSAGILFIFYFWSLADDDKLLSEAKAAIAAERFVVEEIYAQGGIAALNNTVHRLITQPNNDTYVALTNQHGKIIQGNLSKLPAFDDSALPAILPVSLTDFVKAETPVRTDYPEATNLLMDVVKLDNNHSVFIARNVEALYSTQKIGRALGWVFVVMLVMIAALSFGVALYVVNRINRMSRTASDIMDTGDLSARMQIDSNWDDLSKLAIVFNKTLDKIESSVRNIKQVSDNIAHDLRTPLSRLRSKLERMEDSDLRDDAIAETDNLLAIFNGLLRIADVESERQRAGFDAVALHTVIADVIDLYEPLVEDQNVSLSSNIEPVHIEGDMHLLFQAISNLLDNSLKHAKDNCSIQVNLCKVGQRIIIAVLDSGKGLPAHEFENLDRRFYRAEQSRTTPGNGLGLSMVSAVTSLHYGKLWFVDNPLCMHSGFGVVMSLPVREPRSKR				NA	NA	NA	NA	NA
AK237_01486	1494			hypothetical protein	ATGGGAACAGGTAACGGGTTGAACAACCCATCCTCAAGTCACCAACAGCATTTAACTTCGGACTACGCAAAACAACATCAGCCTTCTTCAGCTTTTTCAAGCCGGGATGAATACCTTGAACATGAGTTAAAAATTATGGCGCCTAAGCGCTGGCGCCCCAACTTGCCGTTTAAGGATTATCGTTTTGAATGGGAAGACACGATACCTGCGTTAGCTGGCACCATTGGCAAAGTGGTGATGGTTGGGGCTATTGCCGCCACTTTCGCCGGACAGCTTGGACTCGGCGATGCCTTCATATTAGAGAACGTGCGCTACGAGCTGGTCATCGTCGCTTTCTTCATTTTGCTGTTTTCCGGCTTTTTACTGCCTACTGCAAATCTGGCGGGTACCCATGGCCCGCTCATTCCGCTTATTCCTATTGTGGTAGCGGCAGGTGGACACCCGATGGCATTCGGGTTACTGATCGGCATTTTTGGGATGTTACTTGCTATTAGTAAAGGGGGGAGCTTACTGGCCAAACTTACCAGCAAAGGGGTGTGCGGAGGACTTTTACTCTACCTTGGCTTCATCGGAACTACTTCGCAAGTTAAGAAACTGTTTGCATGGGCGCAAGGCATCGATATGGCCCATATTGCTTTTGTCGTGATTCTAAGCACCATTTTACTGTATGCCTTGCTTGAACACTGGAAGAAACGCTGGTTAGCGGTGCCGCTCAGTTGTTTATTGGGAGGTGGATTAGCCTTTTTACTGGGGGCGCCGTTTGAGTTTCACACTTCTCCGGGCCTGCCGAATATGAATCCAGCATACTGGTGGGGAGAAGATACCGGATGGATGCTGGGACTTCCCAGCCTGGAGCAATTTATCGTTGTGTTGCCCTTTGCTGTTCTGGCCGTAGCGATGTGGTCACCCGATTTCCTGGGTCATCAGGTATTTCAAAAAATCAGTTACCCTGCGAAAACCGAACGGGTACACATGAATATCGACGACACCATGGTGAGCGCAGCAACGCGACAAGTGGCCGGCTCGCTCATGGGGGGCGCAAATTTCACTTCATCCTGGGGAACGTACATTGTACCAGCTGCCATCGCGAAACGTCCGATCCCTGCTGGTGCTATTTTGACAGCATTATTCTGTGTAGCCGCTGGCTTACTCGGTTATCCCATGGATTTAGCTATCTGGGAACCAGTGCTATGCGTAGCGCTGATTGTTGGTGTCTTTGTGCCGCTGCTTGAAGCCGGTATGGAAATGACCAGAGAAGGTAAAACCACGCAATCTGCAGCAATTGTGGTTTTTGCTTCCTCGCTGGTAAACCCTGCCTTTGGCTGGTCGCTGACCATGTTGTTGGATAACCTTGGATTAATTGGCTGTAAGGCGCGAAGTGCAGAATTGTCAAAGATGAATCGCTGGATTATTCCCGGGATCATGTTTGTCTTACTGACCAGTGTTATGGCGTTGGTAGGGCTCTTACCCGGTATACCCGCAATTCTACATTGA	MGTGNGLNNPSSSHQQHLTSDYAKQHQPSSAFSSRDEYLEHELKIMAPKRWRPNLPFKDYRFEWEDTIPALAGTIGKVVMVGAIAATFAGQLGLGDAFILENVRYELVIVAFFILLFSGFLLPTANLAGTHGPLIPLIPIVVAAGGHPMAFGLLIGIFGMLLAISKGGSLLAKLTSKGVCGGLLLYLGFIGTTSQVKKLFAWAQGIDMAHIAFVVILSTILLYALLEHWKKRWLAVPLSCLLGGGLAFLLGAPFEFHTSPGLPNMNPAYWWGEDTGWMLGLPSLEQFIVVLPFAVLAVAMWSPDFLGHQVFQKISYPAKTERVHMNIDDTMVSAATRQVAGSLMGGANFTSSWGTYIVPAAIAKRPIPAGAILTALFCVAAGLLGYPMDLAIWEPVLCVALIVGVFVPLLEAGMEMTREGKTTQSAAIVVFASSLVNPAFGWSLTMLLDNLGLIGCKARSAELSKMNRWIIPGIMFVLLTSVMALVGLLPGIPAILH				NA	NA	NA	NA	NA
AK237_01487	2628	bamB_2		Outer membrane protein assembly factor BamB	ATGGCCCTATCCCGTAACGACCTTAATAGTAGGTTTCCCCACGGCGCTGATGTTAACGGCATCGTTAATCTGATCCCTTGTCGACGCCTGCTTTCTAATGTGCATCGCAGCATGCGTACTCATACAGACCTCGCTAAAAGAGGCCTTTTCTTATTATTCGTTAAGAAGGATTTTACTGTGACGACTTCCAGTCAGACTTCTACCAGTAAATACACACTGTTTGTGTCTGTTCTACTGGTCATTTGCGGTCTGCCATTGCTTATTGGCGGTGGCTGGCTCGCTGCCGTAGGTGGCAGCTGGTACTATCTCCTTGCAGGTATCGGCATGCTGATATCAGCTTTTCTTCTCGCCAAACAATCACGGGCAGGTGTGTGGATGTATGGCCTGGTTGTGCTTGGCACCATTTTATGGTCAGCCTGGGAATCCGGGCTGGATTACTGGCGCTGGGTACCCCGGCTCGACGTTGTTATGGTGCTTGCCCTCCTCGTCGCCTTAACCATGCCACGGCTAAAGCAACCGTTCAGTAAAAAACTGTCTTACACGTATGCCGGCGCGTCTGTGGCAATTTTTGTCGTAGCCTTTGCACTTGCCTTTGTCCCGTATGGATTTAATCAGTACGACACCGTACCGGAAACAGCGAAAACATCATTCTCGACCTATACTGGCGAGCTTGATAAAGCGGATCAGCCTGGCACTGGAGATTGGCCGGCTTACGGGCGGGATAATGCCGCCACACGTTACTCGCCCCTCGCGCAAATCAACTTAGAAAATGTGTCTCAACTCACCCGGGCCTGGGAATTCAGAACCGGCGAGATGGACGTTAAAAGCTGGGGAGCCGAAACCACACCCATTAAAGTAAATGACCGGCTTTATCTGTGTTCGGGCTTAAATAATATGTTCGCGCTGGATAGCAAAACCGGTAAGCAAATCTGGAAGTACGATGCCGGACTCGATCAGAAAGATATACCCTACACAGCAGCCTGTCGCGGTGTGGCATACTATGAAACGCCAGCCAGTGCGATGGCTGAAGGGCAGACCACCTGTAAGGCGCGTATCATAGAAGGTACGCTGGATGGTCGCATCATTGAAGTAGATGCCGACACGGGCGAACCGTGCGAAGATTTTGGTAATAACGGTCAGGTGGATATTAAGGAACACATGGGCGAAACGCCCAATGGTTACGTAGCCATTACCGGTGTGCCTAATGTTGTTCAGGGCGTTATCGTCACTGGCCACCAGGTTATTGATGGACAGGCCCGCTATGAGCCATCTGGCGTGATCAAAGCGTACGACGCAGTCACCGGAGAGCTGAAATGGGCATGGGACATGGTTCGCCCCGACATTGATACCATTCCGCCAGAAGGTGAAATCTACACCCGCGGTACACCGAATATGTGGACAACTGGCACCGGCGATAACGAGCTTGGCTTGGTTTATTTACCTATGGGTAACTCTACCGCGGATTACTACAGCTCTATGCGTCGTAAAGAAGAGCACGAATATTCCAGCTCGCTGGTTGCTATTGATGTAAACACCGGCAAGCCCGTCTGGCATTTTCAGACCGTACATGCCGATGTGTGGGATTACGATTTAGGATCGCAGGTCACTCTGCTCGATTTCCCCACCGAGAACGGTACGGTGCCTGCGCTAATGCTGCCATCTAAGCAGGGTGATTTGTATGTACTCGACCGTAGAACCGGTAAACCGCTCACAGGAGTTACCGAAAAACCGGTAGCTCAGGGTGGCGTAGAGCCTGAAGAGCGCTCTCCTACCCAGCCGGTAAGTGAATACCATGCGCTGCGTAATCCTCCGCTAACGGCACAGGACATGTGGGGGATCACCCCCTTCGACCAACTGGCCTGCCGGATTCAGTATCAGGAAGCAGCCTACGATGGCATGTATACACCTCCTACCGTTAATCAGCGCTGGATCCAGTACCCCAGTTACAACGGCGGCTCTGATTGGGGAAGCGTCGCTATCGACCCCACGCGTGGTGTCATGATAGCCAACTACAACGACATGCCCATGTACAACAAACTGGTTCCCCGTGAAGTAGTTGATAAGGAAGGCTGGCTAACACGCGCACAGGAGAATGAAAAATTCGGCGGCCCCACTGGCGGCGCAGAAGGTGCTGGCGATCCTCAGGTGGGCACGCCCTATGGCATCGATGTAAATGCGGGCTGGCGCTTGCCCTTCACCGGATTACTTTGTAAAGAGCCACCTTACGGTGGGATCCGTGCCATTGATATCGCCAGCGGAAAAACACTGTGGGACAGACCTCTGGGTACCGCCCGCAACAACGGTCCGTTCGGCATTGCCTCGCACTTACCTATCAATATCGGTACACCGAACAATGGTGGCTCGGTAGTCACTGCTGGCAATTTGATATTTATTGCAGCAGCCACAGATGGCCTCATTCGTGCTATCGACATAAACACAGGAGAAACGGTCTGGCAAGACACCTTGCCCACCAGTGCTCAGGCAAACCCTATGGTGTATGAGCAAGACGGTAAAGAATATCTGGTGATTATGGCCGGCGGCCACCATTTTATGGAAACGCCGGTGGGCGACTATGTGATAGCTTATGCCCTGCCGGATAAAGTTTCTGGTAGCGCAGGCAGTCACTAA	MALSRNDLNSRFPHGADVNGIVNLIPCRRLLSNVHRSMRTHTDLAKRGLFLLFVKKDFTVTTSSQTSTSKYTLFVSVLLVICGLPLLIGGGWLAAVGGSWYYLLAGIGMLISAFLLAKQSRAGVWMYGLVVLGTILWSAWESGLDYWRWVPRLDVVMVLALLVALTMPRLKQPFSKKLSYTYAGASVAIFVVAFALAFVPYGFNQYDTVPETAKTSFSTYTGELDKADQPGTGDWPAYGRDNAATRYSPLAQINLENVSQLTRAWEFRTGEMDVKSWGAETTPIKVNDRLYLCSGLNNMFALDSKTGKQIWKYDAGLDQKDIPYTAACRGVAYYETPASAMAEGQTTCKARIIEGTLDGRIIEVDADTGEPCEDFGNNGQVDIKEHMGETPNGYVAITGVPNVVQGVIVTGHQVIDGQARYEPSGVIKAYDAVTGELKWAWDMVRPDIDTIPPEGEIYTRGTPNMWTTGTGDNELGLVYLPMGNSTADYYSSMRRKEEHEYSSSLVAIDVNTGKPVWHFQTVHADVWDYDLGSQVTLLDFPTENGTVPALMLPSKQGDLYVLDRRTGKPLTGVTEKPVAQGGVEPEERSPTQPVSEYHALRNPPLTAQDMWGITPFDQLACRIQYQEAAYDGMYTPPTVNQRWIQYPSYNGGSDWGSVAIDPTRGVMIANYNDMPMYNKLVPREVVDKEGWLTRAQENEKFGGPTGGAEGAGDPQVGTPYGIDVNAGWRLPFTGLLCKEPPYGGIRAIDIASGKTLWDRPLGTARNNGPFGIASHLPINIGTPNNGGSVVTAGNLIFIAAATDGLIRAIDINTGETVWQDTLPTSAQANPMVYEQDGKEYLVIMAGGHHFMETPVGDYVIAYALPDKVSGSAGSH	PGPT0001290_128	DIRECT EFFECT	BIO-FERTILIZATION	POTASSIUM_SOLUBILIZATION	K-SOLUBILIZATION-ORGANIC_ACID_METABOLISM	K-SOLUBILISATION_D_GLUCONATE_BIOSYNTHESIS,PGPT0001290-gcd|gdhAB-K00117	NA	NA
AK237_01488	540			hypothetical protein	ATGAAACGAATAGTCTCTGCCACAATGGTTTTCGCTTTATTACTCGGTCTGACAGGCTGCGCAGGAGCCCCTGAGGGAAAGGTGTATCAAAATCAGCAGCCTGCGTTTGATCTGTATACCTTTTTTGATGGTGATATTAAAGCCTGGGGGATCGTACAAGACCGCTCCGGTGAAGTCATCCAACGCTTCATTGTCGACATTAACGCCCGTCAGGAAGGTGATGCGCTTATTTTGGATGAAGCATTTACTTATCAACTTGGTGATGGTGTAAAAAATCGTACATGGCGCATTACTCCGCAGGATGGAAACCAGTATGCCGGTGAAGCGGGAGACATTTTAGGAACGGCTAAGGGGGTTAGCTACGGCAACGCCTTTAATTTCTCTTATAAAATGGACTTACCCGTTGACGACACCACTTACGAAGTTGCCTTTGATGACTGGTTTTTTGGTATGTCTGAAGACACCATGATGAACCGGTCTTACATAAAGAAATTTGGCATCACGATGGCGGAAGTGACTATCTTTATGCAGAAGCAATAA	MKRIVSATMVFALLLGLTGCAGAPEGKVYQNQQPAFDLYTFFDGDIKAWGIVQDRSGEVIQRFIVDINARQEGDALILDEAFTYQLGDGVKNRTWRITPQDGNQYAGEAGDILGTAKGVSYGNAFNFSYKMDLPVDDTTYEVAFDDWFFGMSEDTMMNRSYIKKFGITMAEVTIFMQKQ				NA	NA	NA	NA	NA
AK237_01489	519			hypothetical protein	ATGACTCTGAAAGTTTTGATTGCGACAAGCTTACTGACTTTGTCGCTGGCCGCTTCGGCCGCAATAGAAACAAGTTTTCCCCAGAACGAACGCACTCAGGTAGGTAAAAGCCGGTTCAGCTATATGTTTTGGGATGTGTATGACGCCACGCTCTTTGCGCCTGACGGAAAGTGGACAGCAGACAAGCCTTATATGTTATCGCTTCATTACCTTCGCGATTTCGATGGCGAGGACATCGCCAAGCGCTCAGTTAAAGAAATGCGAGGGCAAGGGCTGGCAGATGATAAGCAGCTTCAGCAATGGCTGTCGTTGATGGCCTCAATTTTCCCTGATGTCAGAGAGGGAGATACGCTTACTGGCGTGGTGAACGAAAACCAGTTTACGACCTTTTATTACAATGGCGACAAGCTGGATACCATTGACGATAAAGCTTTCACCCAAGCGTTTTTTAGCATCTGGTTATCTGAAAATACGTCAGAACCTGAGATGAGAAATGAATTATTAGGAGATGACAAATGA	MTLKVLIATSLLTLSLAASAAIETSFPQNERTQVGKSRFSYMFWDVYDATLFAPDGKWTADKPYMLSLHYLRDFDGEDIAKRSVKEMRGQGLADDKQLQQWLSLMASIFPDVREGDTLTGVVNENQFTTFYYNGDKLDTIDDKAFTQAFFSIWLSENTSEPEMRNELLGDDK				NA	NA	NA	NA	NA
AK237_01490	903	dcyD	COG2515	D-cysteine desulfhydrase	ATGGCTTTGCAATTCTCCCCACCAGACGCCATCGATTTGTCGCTTCCCTCTCCCGTGCAATCATTTACACCCGATTGGAAGGGCGCCGAACAAGTGTCGATGTATATCAAACGAGATGATCTCATTCACCGGATTGTCTCAGGTAATAAGTGGCGCAAATTAAAATACACTTTGCGTGCCCTGCCCCCGGACTGCGACCGAATAGTAAGTTTTGGTGGCGGCTACTCTAACCACCTTCACGCATGCGCATACGTGTGTCATACGTTAAACGTCCCGTTTACCGCTATCGTTCGGGGGGATTATTCCCGTAACCCCACGCCCATGCTGCAAGACCTTCACAGGTGGCAAGCAGACATTCAGTATGTAGATAAAAAAACTTATCAGCGCCGCGAAGACGGAGTCTGGCTAAGTGCATTACAGGCAAAATATCCGAAAGCCGCTATTATTCCGGAAGGAGGAAGTCAGGTTCACGCACTGCGTGGTGTTGCGGAAATTATCACTGAGACCGAAAACGATTTTGACAACGTTATCGTTCCCGTGGGGAGCGGTGCCACACTAGCGGGGTTAGTTACCGCACTAAAGCCACCGCAGAGCGCAATGGGAATTGCGGTTTTAAAGGGGCAAGGTTACCTTGAGTCTGTTGTAGAATCGCTGTTGCCTGACAATACGTTTAATGCAAACTGGCATATTCATCATGATTTTCATCAGGGTGGCTATGGCAAATCAACGGCTGCTTTAAGGGCTTTTTGTCAGCAAACCAGTTGTCAATATGGCATACCCTTAGAGCCTGTCTATTCAGGAAAAATGTTCTTTGCCGTTAAGTTATTGCTGGAAGCCGGGTATTTTTCACGTGGCGCACGACTATTATTAGTGCATACTGGCGGTATGCAAGGCGCCAGATAA	MALQFSPPDAIDLSLPSPVQSFTPDWKGAEQVSMYIKRDDLIHRIVSGNKWRKLKYTLRALPPDCDRIVSFGGGYSNHLHACAYVCHTLNVPFTAIVRGDYSRNPTPMLQDLHRWQADIQYVDKKTYQRREDGVWLSALQAKYPKAAIIPEGGSQVHALRGVAEIITETENDFDNVIVPVGSGATLAGLVTALKPPQSAMGIAVLKGQGYLESVVESLLPDNTFNANWHIHHDFHQGGYGKSTAALRAFCQQTSCQYGIPLEPVYSGKMFFAVKLLLEAGYFSRGARLLLVHTGGMQGAR				NA	NA	NA	NA	NA
AK237_01491	402			hypothetical protein	TTGATTAATAATCCGCAACAATTGCCCGAACCTTTGCAATTGCTGGTTAACCGATCACTTCACCTGTGCGAACTTATGCTCCCCCATTGCAGTGCACTCTATCCCTTCGCAGCAATTTATGAAGAAGGCCGCGTTGGCTGCTTATTTGCCGACGATCGCTGTCATGGCGAAAATGAAAGCTATTTGATTGAGCAGCTACAATGGCGAATCATCGATACTACCACTGACACAAACAGCTACAGTGTGCTGGTATATGCCGCTACGGTCACCACCGACCGACACAAGCAACTGAATGCCATTGCCATCAACGCCACACATCCAAACGGTGAAGAAACTATGCTACTGTATCCCTACTTTCGGGTTGGGAAAAAAATTGTGGTCTCCCCGCCAATTCCAGGCTGA	MINNPQQLPEPLQLLVNRSLHLCELMLPHCSALYPFAAIYEEGRVGCLFADDRCHGENESYLIEQLQWRIIDTTTDTNSYSVLVYAATVTTDRHKQLNAIAINATHPNGEETMLLYPYFRVGKKIVVSPPIPG				NA	NA	NA	NA	NA
AK237_01492	1203			Carboxynorspermidine synthase	ATGTCTCGCGTTTTAATTATTGGTGCTGGCGGTGTAGCCGCTGTAACAGTGAAAAAATGTGCCCGCCTTCCAGAATATTTTGATGAAATTTATCTGGCCAGCCGAACCGTTTCTAAATGTGAAGCCTTACAAAAAGAAGTGGGTGCTGATCGTGTTAAAGCGGTATTTGCTGTTGACGCAGATAATGCAGCTGAAGTTGAAAAACTCATCAACGAAGTTAAACCCGATTTGTTAATCAACCTGGCATTACCTTACCAGGACTTGCCAATTATGGATGCGTGTTTAGCAACGAAAACAGATTATCTGGATACGGCTAACTACGAACCCAAAGACGAAGCAAAATTTGAATACAGCTGGCAATGGGCTTACCAGAATAAGTTCAAAGATGCCGGTATTATGGCGTTGTTGGGCTCTGGGTTTGATCCTGGCGTAACTAACGTTTACACGGCTTACGCAGCAAAACACTATTTTGACGAGATCCACTATCTGGATATCGTTGACTGTAACGGTGGTGACCACGGCCAGGCTTTCGCGACAAACTTTAACCCTGAAATCAATATCCGCGAAATTACCCAACGCGGCCGCTTCTGGGAAAATGGTGAGTGGAAAGAAACTGACCCGTTGAGCGTGCGTGAAGATCTGGATTACCAGAACATTGGTGTCCGTGCGTCGTACCTGATGTTCCACGAAGAGCTGGAATCTATTGTTAAACACTTCCCTACGCTAAAACGTGCCCGTTTCTGGATGACTTTCGGCGATGCATACCTCAATCACCTGCGCGTGCTTGAAGGTATCGGCATGACCAGCATCGAGCCTGTGGAATTCCAGGGACAAAAGATTGTTCCACTGGAATTCTTAAAAGCTGTATTACCTAATCCTGGCTCACTGGCAGAAGGCTATACGGGTCAAACCTGTATTGGTACCTACATCACAGGTATCAAAGATGGCAAAGAAAAGACCATCTTTATCTACAACAACTGTGACCATGCTAAGTGTAACGAAGAAGTGGGCGCACAAGCCGTATCTTACACAACGGGCGTTCCGGCCATGATTGGTGCAATGATGATGCTGCAAGGCAAATGGAAAGCGCCAGGCGTGTGGAATATGGAGCAATTCGATCCCGATCCATTCATGGACGAACTGAATGTTCACGGCTTGCCCTGGCATGTGATTGAATGCGACGAAAGTCCGTTTAAGCGTTAA	MSRVLIIGAGGVAAVTVKKCARLPEYFDEIYLASRTVSKCEALQKEVGADRVKAVFAVDADNAAEVEKLINEVKPDLLINLALPYQDLPIMDACLATKTDYLDTANYEPKDEAKFEYSWQWAYQNKFKDAGIMALLGSGFDPGVTNVYTAYAAKHYFDEIHYLDIVDCNGGDHGQAFATNFNPEINIREITQRGRFWENGEWKETDPLSVREDLDYQNIGVRASYLMFHEELESIVKHFPTLKRARFWMTFGDAYLNHLRVLEGIGMTSIEPVEFQGQKIVPLEFLKAVLPNPGSLAEGYTGQTCIGTYITGIKDGKEKTIFIYNNCDHAKCNEEVGAQAVSYTTGVPAMIGAMMMLQGKWKAPGVWNMEQFDPDPFMDELNVHGLPWHVIECDESPFKR	PGPT0020340_586	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_DEPENDENT_PATHWAYS	PLANT_DERIVED_OPINE_METABOLISM,PGPT0020340-lys|aasS-K00290	NA	NA
AK237_01493	1131	nspC		Carboxynorspermidine/carboxyspermidine decarboxylase	TTGACTGATTTAACCCAGCGAAATGATATTCCTTCTCCGTGCTATGTATTGGAAGAAGAAAAGTTAATTCGTAATGTCACGCTCATGAAGCGTGTTCAGGATGAGTCCGGTGTACGCATTATTTTAGCGCTCAAGGGCTTCTCTATGTGGTCAAGCTTTGACATTATCAAACCTTATCTGCACGGCGCGACAGCAAGTTCCGTGTGGGAGGCTAAGCTTGCCGCAGAAATGGGTAAAGAAGTGCATGCTTATTCGCCTGCTTATAAACAGACTGATATTGCTGAACTGAAAAATCTGGTCAACCATCTCTCTTTTAACAGCATTAATCAATGGCACACTCACCGTGAAGCGCTGGCCGATATTTCGCTGGGGCTTCGTATCAATCCTGAGCATCAGGAAGCGGATACCCCGTTGTACGACCCTGCAGCGCCCGGCTCACGGTTAGGCATTCGCGCCGCTGAGCTTGAAGGGGTCGATCTGACAGGCATTGAAGGCTTTCATTGTCACAACTTGTGTGAGTGTGATTCCTTCGCGACAGAACGCACATTGCAGGCCATCGAGGCGCGGTTTGCCAAATGGCTGCCCTCTCTGAAATGGCTGAATCTGGGTGGTGGTCACCTGATGACCCGTGCTGGTTATGACGTTGACCATTTAATTGCAACGCTGAAAGACTTCAAAGCCCGGTATCCGCACCTTGATGTAATTTTGGAACCGGGTTCCGCGGTGGCCTGGCAGACGGGACCATTAATCGCGGAAGTTGTCGATATTGTAGAGAATGAAGGCAACATTGCGATTCTGGACATCTCTGCAACAGCGCACATGCCCGACGTACTGGAAATGCCCTATCGCCCCACTATTTTGAATGCAGGGATGCCGGGAGAAAAGCCTTACGACTATAAACTCGGTGGCAATTCTTGTCTGGCGGGAGACATTATCGATAACTATTCCTTTGATAAGCCCCTTGCCATCGGCGATCGCCTTCAGTTCGAAGATATGATGCATTACACCATGGTAAAAACCACCTTCTTTAACGGTGTTGAACATCCGGGAATTGGTATTTTACGTACCGATGGCACGTTTGATCTGGTGCGCCAGTTCAGCTACGAAGATTTCAAAGGGCGCTTGTCCTGA	MTDLTQRNDIPSPCYVLEEEKLIRNVTLMKRVQDESGVRIILALKGFSMWSSFDIIKPYLHGATASSVWEAKLAAEMGKEVHAYSPAYKQTDIAELKNLVNHLSFNSINQWHTHREALADISLGLRINPEHQEADTPLYDPAAPGSRLGIRAAELEGVDLTGIEGFHCHNLCECDSFATERTLQAIEARFAKWLPSLKWLNLGGGHLMTRAGYDVDHLIATLKDFKARYPHLDVILEPGSAVAWQTGPLIAEVVDIVENEGNIAILDISATAHMPDVLEMPYRPTILNAGMPGEKPYDYKLGGNSCLAGDIIDNYSFDKPLAIGDRLQFEDMMHYTMVKTTFFNGVEHPGIGILRTDGTFDLVRQFSYEDFKGRLS				NA	NA	NA	NA	NA
AK237_01494	429	mscL	COG1970	Large-conductance mechanosensitive channel	ATGTGGCATGACTTTAAGAATTTTATCGCAAGAGGCAATGTTTTGGATTTGGCGGTGGGTATCATAATTGGTGCTGCATTTACCACCGTGGTGAAATCACTGGTGGATGACATTCTCATGCCACTTATCGGCATGTTTACCAACAATGTGGATTTTTCAGAACTTTACATTAATCTGTCCGGCGGCAGCTATGCGTCTTTGCAAGCCGCGAAAGAAGCTGGTGCCGTCACAGTCAGTTACGGTCTGTTTATCAACGCGCTCATTAACTTTCTTATTGTTGCGTGTGTGGTATTTATGATGGTACGCACATTTAACAGCCTGAAAGAAAAGGCGGAAGACCCGAAAGACACCACCGTGACCCCCCCCCCCCGGGATATTGCGTTGTTGCAGGAAATTCGTGACGCGCTGGTGAAGGGGCAAAATAAGTAA	MWHDFKNFIARGNVLDLAVGIIIGAAFTTVVKSLVDDILMPLIGMFTNNVDFSELYINLSGGSYASLQAAKEAGAVTVSYGLFINALINFLIVACVVFMMVRTFNSLKEKAEDPKDTTVTPPPRDIALLQEIRDALVKGQNK	PGPT0013771_1378	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_OSMOTIC_STRESS	OSMOTIC_STRESS-MECHANOSENSITIVE_ION_CHANNEL,PGPT0013771-mscL-K03282	NA	NA
AK237_01495	747	rluF	COG1187	Dual-specificity RNA pseudouridine synthase RluF	ATGAGTTCAGAACAAGCCAAGCGTCTTAATAAATATATCAGTGATACTGGTTACTGTTCCAGGCGTGAGGCCGATAAGCTTATAGAGCAACAACGGGTGACGATAAACGGTAAATTGCCTGAGCTTGGTACGAAAGTGGAGCCGGGCGATTCGGTTAAAGTGGATGGTAAAGCCATCGGGGCCGTCGCTTCTGATAAATCCGACCGGATTTATATTGTTTACAATAAACCTGTTGGTATCACCTGTACTACCGAGCGCCATGTCAAAGGTAATATCATCGATGCCATTGGCCACAAAGAGCGAATTTTTCCCATAGGGCGTCTGGATAAACCGTCGGAAGGGCTCATTCTGCTGACCAGCGACGGTGATATCGTCAACAAAATATTGCGCGCCGAAAATGCTCACGATAAAGAGTATGATGTCACCGTGAATCAGCCTATCAGTGGTCGTTTTTTGCAAAAGATGGCGCGGGGCGTGCCAATTCTCGGTACGGTGACTAAGCCCTGTAAGCTTGAGTCGAGAGGCAAAAACAGATTCACCATTATTCTTACTCAGGGTCTAAACCGTCAGATCCGTCGTATGTGCGAGTTTCTTGGTTATGAAGTAACCAAACTAAAGCGAACCCGTATTATGCACATTACACTTGGTAACCTGAGACCGGGGCAGTGGCGCAATCTCACTGCCAAAGAGCTTGATATGCTCAATGCGGCCGTAAAGGGCTCTACCAAAACCGCGAGTAATACCTGA	MSSEQAKRLNKYISDTGYCSRREADKLIEQQRVTINGKLPELGTKVEPGDSVKVDGKAIGAVASDKSDRIYIVYNKPVGITCTTERHVKGNIIDAIGHKERIFPIGRLDKPSEGLILLTSDGDIVNKILRAENAHDKEYDVTVNQPISGRFLQKMARGVPILGTVTKPCKLESRGKNRFTIILTQGLNRQIRRMCEFLGYEVTKLKRTRIMHITLGNLRPGQWRNLTAKELDMLNAAVKGSTKTASNT				NA	NA	NA	NA	NA
AK237_01496	267			hypothetical protein	GTGAAAGAGAAGACGTTATCTATTGAGATTATGAAAGGAACATGGATGCTGGATGTGGTTGCCGAAAGCAATGACGATGGCATTTATGATTTGGTGTATCCAAACAAAGAAACCACCATTCATGTTAGCGAGGATCACATGTATGGGCTTGAATACAATATCAGTGCGCCTGAAGGGATGGCCTTCAAAATTCTGCTGGACGGTGAGGTGTTGCTGGACGGACATGTGAACGAAACTGGTATTAGTCGTGGCAGTTGCGTGATTTAA	MKEKTLSIEIMKGTWMLDVVAESNDDGIYDLVYPNKETTIHVSEDHMYGLEYNISAPEGMAFKILLDGEVLLDGHVNETGISRGSCVI				NA	NA	NA	NA	NA
AK237_01497	846	rsmI	COG0313	Ribosomal RNA small subunit methyltransferase I	ATGCCTGAATCCGCCACGCTATACATTGTGCCAACGCCTATTGGAAATCTGGAAGATATTTCTCCAAGAGCACTGGAGACGCTAAAAACAGTAAATTGGATCGCGGCGGAAGATACACGTCATACCCATAAATTATTACAGCATTTCTCAATCTCTACGCGTACTCTGTCATTACACGAGCATAATGAAGACAAGCGCACCGCGATGTTGTGTCAGCGGTTGAAAGATGGCGAAGCGGTGGCTTTAGTCAGTGATGCAGGCACGCCGTTAATCAGCGATCCGGGTTTTGTATTTGTTCGCCGTTGCCGTGAGGAAGGTATTCCTATTGTAGCATTGCCCGGCCCATGTGCGGCTATCACCGCGTTAAGTGCCTCTGGGTTGCCGACGGATAGGTTCATGTTTGAGGGGTTTCTTCCTCCTAAAACGGGCGCACGAAAACAAATATTGGAAACGTTAGCTGATAGGCCGTTTACCACGGTTTACTATGAAGCTCCTCGTCGGGTACTGGATACCTTAAAAGATATTTGCGACGCGCTCGGCGACGAGAGACACATTGTGTTGGCAAAAGAGCTAACCAAAACCTTCGAAACATACGTTGACGGGACAGCTCGTGAAGTCAGTGAATGGCTTGAGGCTGACCCTGTTCGGCAGAAAGGTGAATTTGTGTTAATGATTGGGGGAGCCGTCGCGCAGGAGAGAGCGTTACCCGCCGAAGCATTGTCGCTATTGCAGAGTCTGAAAGATGCATTACCGCTAAAAAAGGCGGCCGCGATTGTGGCCGACCATTATGGGCTGAAAAAGAATGCGCTCTATCAGGCTGGTCTTGCGATGGGTAGCGATCACTAA	MPESATLYIVPTPIGNLEDISPRALETLKTVNWIAAEDTRHTHKLLQHFSISTRTLSLHEHNEDKRTAMLCQRLKDGEAVALVSDAGTPLISDPGFVFVRRCREEGIPIVALPGPCAAITALSASGLPTDRFMFEGFLPPKTGARKQILETLADRPFTTVYYEAPRRVLDTLKDICDALGDERHIVLAKELTKTFETYVDGTAREVSEWLEADPVRQKGEFVLMIGGAVAQERALPAEALSLLQSLKDALPLKKAAAIVADHYGLKKNALYQAGLAMGSDH				NA	NA	NA	NA	NA
AK237_01498	2016	lpoA		Penicillin-binding protein activator LpoA	GTGAATTTGTCCTCAGGCTGTATCCGCTTTTCTCAATTAACACTGATTGTCAGCGCACTCTTCTTCGCAGGCTGTGGCAGCGCACCGGCTCCCACACAAACGCGCGCGCCAGTCCACAATAAGCCAAGCAATGTTCCCGTGGTTGAGTCCTTACAATCACCAGAATCCTTACTTGCCGATGCCAAAAACATCTGGGAAAACGAACACGATGCGGTAAAACGCAACAAGCACCTTCTCGATGCTGCTGCACTTTATATGCAGGAAGCCGAGACGGTGAAAGCGCAACAAATCTTAGTGTCTTTGAAACAAGAGTCGCTCAACAGTGAACAATCATCGCGCCTGAACCTGTACATTGCCATGACCTATTTAAACCAGTCATCGGTTAACGACAACGATTTGCTTGAGTTAGTGACCCCATTATCCACCAAACCAGCCATCCGAAAGCAGCAACAAGCAATTCGCGCGACCCTCTATGAACGTCAGCACAATTGGATGGCAGCCGCAGATGCCTACGTTGAAGCGTATGAACCTTCAGATGAATTCGTACAACAGGTTTGGTCATGGATTAATATGGCCACCCCGCAAGAGCGCCAACACGCACAAGCCAAATATGCCACGCTTCGGCCTTACCTTGCGCTTTACGATCTAGTTTCCACAGAAGGCTTATCCCCCGCAAGCTTACGCCAGGCGCTGGCGCAGTTTAATCAGGTTTACCGCGGCCACCCTATTAGCGAATTTATGCCAACGGAAGTGGTTGCTGGCGCCAGTATTCAAGCAGAAGCGCCCAGACAAGTCGTGGTGCTACTTCCATTAAGCGGCAAACTTGCGACAACAGGTACCACCATAAAAGAAGGCTTATTAAGCGCGTATTACGATAATGCAGCGCGCCAACGCTCTGGTGATATGCCGGTAGAACTTAACTTTGTTGATACGGTGAATAAATCTGCAGACGAACTACTCAGCGCTATTTCAGGATACAAGTGGGTTATCGGACCTCTGCTGAAAGAAAATGTTGAAGCAATAATTCACCGTATTCCGGTTGGTACGCATTTACTCGCGTTGAATCGTGCCGATGCGCCGGTTGATATTGCTCCCACAGAGGGGGCGGTGAATACAGAATCATCAGCTTCCGCTTTACCGCCATTGGCCAACATCACCAAACAAGCCAGTGAAGTGCTGGGCGTAACCTCCTTAAACGCAAAGGACAACGCATTTTTCGCCCTGGCACCAGAGGATGAAGCCACCCAGCTTGCCAACTATATTTACCAGAATGGATATAAAACGCCTATTGTTGTGTCGGCGCAAAACAGCATAAACCAACGTATGGAGAACGCTTTTACTGCGCGGTGGCAGGCGTTAAACGACAATAGAGCAAAGAACAAAAAGGTAAAATTAACCTCTGTCCGGTTTACCGACAGTAACAGCCTGCGCGAAGGAATCACCCAGTCTCTTGATGTCGCCCAAAGCCATGACCGCATTCAACAAATAGAGTACATGGTTAATGAAAAGCTTTACAACGTACCGCGCAACCGGCGTGATGTAGACGCCATTATTGTATTTGCTTCACCCGAACAAACTGAGTTACTTAATCCTATGGTAGAGGCCAGCCTGAGCCCCTTCAATGGGCAAACTGTACCTGTTTTTGCTACCTCCCGCTCAATTGAATACGATGATACTAAAAACCAGTGGCGGGACTTACAGAACGTGCGGTTTCTCGATATGCCGTGGATGATGCCGAATAATCAATGGCAAACTTTACAAACACAGGCGCAGTCTTTGTGGCCCCAACGCAATACCCAAATGTCGCGGCTTTTTGCATTTGGCGTCGATGCTTACAATTTGCTGCCTCATGTACCAAGCATGAAAGCCCTACCCCAGACGCAAATTAGTGGCTTAACCGGTACGCTGAGTATCGATGAAAATGGTGATGTCGTGCGCACCCTTCCCCAGGCAATCATCGACAACCAGGCTATTCGTTTGCTGAATGATTCTCAGGCGTCGTCTGCTGGCCGCTAA	MNLSSGCIRFSQLTLIVSALFFAGCGSAPAPTQTRAPVHNKPSNVPVVESLQSPESLLADAKNIWENEHDAVKRNKHLLDAAALYMQEAETVKAQQILVSLKQESLNSEQSSRLNLYIAMTYLNQSSVNDNDLLELVTPLSTKPAIRKQQQAIRATLYERQHNWMAAADAYVEAYEPSDEFVQQVWSWINMATPQERQHAQAKYATLRPYLALYDLVSTEGLSPASLRQALAQFNQVYRGHPISEFMPTEVVAGASIQAEAPRQVVVLLPLSGKLATTGTTIKEGLLSAYYDNAARQRSGDMPVELNFVDTVNKSADELLSAISGYKWVIGPLLKENVEAIIHRIPVGTHLLALNRADAPVDIAPTEGAVNTESSASALPPLANITKQASEVLGVTSLNAKDNAFFALAPEDEATQLANYIYQNGYKTPIVVSAQNSINQRMENAFTARWQALNDNRAKNKKVKLTSVRFTDSNSLREGITQSLDVAQSHDRIQQIEYMVNEKLYNVPRNRRDVDAIIVFASPEQTELLNPMVEASLSPFNGQTVPVFATSRSIEYDDTKNQWRDLQNVRFLDMPWMMPNNQWQTLQTQAQSLWPQRNTQMSRLFAFGVDAYNLLPHVPSMKALPQTQISGLTGTLSIDENGDVVRTLPQAIIDNQAIRLLNDSQASSAGR				NA	NA	NA	NA	NA
AK237_01499	345			hypothetical protein	ATGCGTAGCGCCAAAGATATTGGTAGTCGCGGCGAACAAAAGGCCCGCGATTACCTTGAGCAACAAGGTCTATCGTTTATCTGTTCGAATTATTCAGCCAAAATGGGTGAACTGGACTTGGTCATGCAAGATCAAGACACCCTCGTCTGCGTTGAAGTAAAGTTCCGGGAAGATGATGGGTTTGGCAGTGCCGTTGACTTTGTGACTCCTGTCAAGTTACGAAAAGTAAAACGTACCTTTGAACATTACCTCCTTTCCCACGGTCTTAATCCAATTCACACACTCATGAGAGTGGATGTGGTAGCATTAGATGGTGATAAGCTACAATGGCTTAAAAATGTGTGA	MRSAKDIGSRGEQKARDYLEQQGLSFICSNYSAKMGELDLVMQDQDTLVCVEVKFREDDGFGSAVDFVTPVKLRKVKRTFEHYLLSHGLNPIHTLMRVDVVALDGDKLQWLKNV				NA	NA	NA	NA	NA
AK237_01500	600	gmhA	COG0279	Phosphoheptose isomerase	ATGATAGAAAAAATAAAAGCGAACTTTACCGAAAGTATCCAAACCAAAATCTCCGCAATTGAAGTGCTACCAGAAGCGATTGAGAAAGCAGCTTATATGATGGTAGATGCCCTCATCCGCGGCAATAAAATCCTCAGTTGTGGTAATGGTGGTTCCGCAGGCGACGCACAACGCTTCTCATCGGAAATGCTTAACCGGTTCGAACGCGACCGCCCCAGTCTTCCGGCTATTGCGCTTAACACTGACACCTCCACGTTAACCTCTATTGCCAACGATGCGACTTACGATGAAGTGTTTGCCAAGCAAGTTCGGGCGTTAGGCCAGCCCGGCGATATATTGTTAGCCATTTCCAGCAGCGGCAACTCACGTAATATAATTGCTGCCGTTGAAGCTGCGCTTTCCCGAGACATGACCATCGTGGCCCTGACGGGCAAGGATGGTGGAGAAATGGCAGGATTCTTAAGTGAACACGATGTGGAAATTCGTGTTCCATCAAACCGTACAGCGCGAATTCAGGAAGTTCATCTACTCGTTATTCACAATTTATGTGAATGCATTGATGATACCTTATTTCCAGCAGATCATGGAGACGAACACTAA	MIEKIKANFTESIQTKISAIEVLPEAIEKAAYMMVDALIRGNKILSCGNGGSAGDAQRFSSEMLNRFERDRPSLPAIALNTDTSTLTSIANDATYDEVFAKQVRALGQPGDILLAISSSGNSRNIIAAVEAALSRDMTIVALTGKDGGEMAGFLSEHDVEIRVPSNRTARIQEVHLLVIHNLCECIDDTLFPADHGDEH	PGPT0023030_1274	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-REMODELLINGLPS|LIPID|IVA_METABOLISM	CE-REMODELLING_LPS-MANNO-HEPTOSE|-PHOSPHATE_MODIFICATION,PGPT0023030-gmhA|lpcA-K03271	NA	NA
AK237_01501	588			hypothetical protein	ATGGGGTGTAGTACAAGGAAGGCAATTTCGTTAGTGGCGATGGTATCACTATTGGGCACCTTGCAGGGTTGTGCGCTGGTGGCGGTAGGCGCTGCGGGCGCTTTAACGGCAAAGGTAGCTAACGATAGAAGAACGGTAGGAACGCAACTCGATGATCAAACTGCAGAAGGGCAAGTCTCTTACCAGTGGTCAAAAAGCGAAGCGCTGAAAAAAAGCGCTAACCTTCAAATAGATATTTATAACGGGGTGGCACTGGTCACCGGTCAGGCGCCAAGTCAGGTACTAATTGATGAAGCCATCGCTGGGGTAAAAAAGGTAGAGTACATAAAAAAAGTACATAACCAGGTGCGTTTAGGAACGCCTATCGAAGCCTCCACGCAAGCAAACGATATATGGCTTGCCTCAAAAGTCAGAACCAAACTGGTAGCCGACGAACGCGTTCCCGCTTTGCAAGTAAGAGTAATTGTACAGAACAGTGAAGTGTTTTTAATGGGCAGGGTAACCAATCAGGAAGGGACCTATGCCGTTGATATTGCCCGTAACGTTAATGGCGTTTCCCGTGTAATCAGGGCATTTGAGATTATGTAA	MGCSTRKAISLVAMVSLLGTLQGCALVAVGAAGALTAKVANDRRTVGTQLDDQTAEGQVSYQWSKSEALKKSANLQIDIYNGVALVTGQAPSQVLIDEAIAGVKKVEYIKKVHNQVRLGTPIEASTQANDIWLASKVRTKLVADERVPALQVRVIVQNSEVFLMGRVTNQEGTYAVDIARNVNGVSRVIRAFEIM				NA	NA	NA	NA	NA
AK237_01502	639			hypothetical protein	ATGCGTATTGCATTAATGAACGAATTTAGTCAGGCGGCAAAAAATGCCGTTATCCTTGAACAACTTGAAGCGGTTGCAGGAGAGCAAGGGCACGATGTCTTCAACGTTGGTATGAAAGACGACAATGATCATCGTCTTACCTACATCCATTTAGGTATTATTTCGGCGTTATTGTTAAACAGTAAAGCTGTTGATTTTGTGGTCGCAGGTTGCGGCACAGGGCAGGGCGCGTTGATGTCTCTTAATGCGTATCCAGGTGTGGTATGCGGCTATTGTATTGACCCGGCAGATGCCTATTTATTCGCGCAAATCAATAATGGCAATGCGTTAGCACTGCCTTTTGCGAAGGGGTTTGGTTGGGGTGCAGAGCTTAACGTACGTTACATGTTTGAAAAAGCATTTAGCGGTGAAACGGGATTGGGCTATCCCCCTGAGCGCCGCGAATCGCAAAATGCGAACGCCATTATTCTGAATGATGTTAAAGCGGCAACGAATAAACCTATTCTAGAGGCTCTTTCCTCGCTACCTGAAGACTTATTGAAAACGGCTGTTGGCGGCGCGCAATTCCAGGAGTGCTTCTTTAGCCAAAGTCAGGATGAAGCGCTAAGCGCGTTTGTGAAAAAGCTGATTAGTGAATAA	MRIALMNEFSQAAKNAVILEQLEAVAGEQGHDVFNVGMKDDNDHRLTYIHLGIISALLLNSKAVDFVVAGCGTGQGALMSLNAYPGVVCGYCIDPADAYLFAQINNGNALALPFAKGFGWGAELNVRYMFEKAFSGETGLGYPPERRESQNANAIILNDVKAATNKPILEALSSLPEDLLKTAVGGAQFQECFFSQSQDEALSAFVKKLISE	PGPT0017395_42	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
AK237_01503	774	xynR	COG1414	HTH-type transcriptional regulator XynR	ATGGACAAGTACCTTATTCCCAGCGTAAATCATGCCTGTCAGATATTTCGTATTTTAGCGGCCTCTGCCAGTGGATTAACCATGAATGAAATTGAGCAGGCGCTTGGATTGCCGCGCACCACGGTGTTTCGGTTACTACGAACACTTTGTCATGAGCAGATGCTGGAGAAAAAAGGGAAAATTTATCGGTGTGGAAATGAACTAACCCGGCTTGGTTTGCATATGATTAATGCAGACCACATGCATCAACTTGCCATTCCTCATATTCAGCGCCTCGCGCTAAAGAGTGGGCATACTGCACATCTTGCGGTTCCTAATAATGGCAAAGTGCTTATTGTTGAGGTGGTAGATAGCCCAAACCCGTTGATGGTGTCTAAGCGTCCCGGTGGATTAGCGCAAATGCATTGCTCGTCGACGGGGAAAGTTTTTCTTGCATTTTTGTACGCACAGAATCTCGATTTATACATTGCTGAGCATCCGCTAGAGCGGCACACCGAATTTACCATCACAGACAAGGCGCGGTTAGAAACTGAGCTGAAACGGGTTATGGCATTAGGCTACGCTGTCGACGAACGGGAGTTAAATAAAGATGTGCGCTGCTTAGCCGTTCCCGTTCGCGACAATCGCGGTGTAGTGGTTGCGGCTGTAGGCATCACTGCACCTGCCGTCAATTTTAGTCAAGCAGCCATCCCGGAAGTGGCGGAAATGGCCAAAGAGGCTGCCCGGGGAATTTACAAAGATGCTTATCAATTACGTCGAAGCAACGAAGTCTAA	MDKYLIPSVNHACQIFRILAASASGLTMNEIEQALGLPRTTVFRLLRTLCHEQMLEKKGKIYRCGNELTRLGLHMINADHMHQLAIPHIQRLALKSGHTAHLAVPNNGKVLIVEVVDSPNPLMVSKRPGGLAQMHCSSTGKVFLAFLYAQNLDLYIAEHPLERHTEFTITDKARLETELKRVMALGYAVDERELNKDVRCLAVPVRDNRGVVVAAVGITAPAVNFSQAAIPEVAEMAKEAARGIYKDAYQLRRSNEV				NA	NA	NA	NA	NA
AK237_01504	1410	hsrA		putative transport protein HsrA	ATGAGAAAAATAGATCGTCGCACTGCGACTGCGTTATTAGTCGCCGCTACACTCTTTATGGAAATTTTGGACGCTACCGTCATCAGCACTGCGCTTCCCATCATTGCTGCCGACTTTAATATCGCCGCGGCTCACTTATCGGTAGGCATATCGGCCTATTTGGTCGCTGTAACGGTGTTTATTCCTATCAGCGGCTGGGCGGCAGATAGACTTGGCCCAAAAACTGTTTTCTGCGCAGCAATCTGTGTATTTGTGATTGCATCAGTTCTTTGTGCGATTAGCACAAACCTCTATACCTTCACCGCCGCGCGCATTCTTCAGGGTCTGGGGGGCGCAATGATGGTGCCAGTGGGCCGTCTCGTGGTGCTTCGCTCGCTACCAAAAGACCAGATTGTCAAAGGTATGGCAATTCTCACCTGGCCCGCGTTAGCGGCCCCTCTTATTGGCCCGGTGCTAGGAGGCTGGATAGCACAAACATTCAGTTGGCATTGGATATTCTTAATGAATGTGCCACTGGGCATTATCGCGCTTGGGATGGGGATATACTTAATTGAAAACCATAAAGGCGAGCCGCAGCGTTTCGATGTTATCGGTTTTCTCCTGAGTGGTATTGGCTTCGGCTTATTCATGGCGGGGCTTGAATCTTTTAGTAGTCGTCCTGAATCTATCACCACCCCGGCACTGCTCACCGCCGCAGGCTTTGTGTTGTTGGTGTTCACATTCAGACATATGGCTACGTCTTCCCACCCGCTGTTTTCGTTAAAAGCCATGTCTACAGCGACCTTTCGAATAACTGTTTTTGGTGGTTCAGCAATAAGAATAGGTTTATCCAGCGCGCCGTTTCTCATTCCGCTCATGCTTCAGCTAAGTTTAGGATTTACGCCAGTAGAAGCCGGTACGTTATTGCTGTGGTTATTCGCCGGAAACTTAGCCATCAAACCCGCTACAACATGGATAATGAACACGTTCGGATTTCGCTTGGTGCTACTTGCTAACACGATCTTTATTGCTGCCGGTTTTGTTGCTATTGCCCAATTTACGCAACATACGCCTTCCTGGTTGATGGCGCTGGTTTTGTTCATAAGTGGTATGAACCGCTCAATGCATCTCACCGTGCTTAATACAATCAGTTTTGCAGACATTCCCCAACACGAGATGCGGGATGCCAATACATTAAGTGCAGTCATCATGCAGATGACACGCGGTTTGGGCATTACTACCGGAGCACTGGCTCTGGCGCTCGCTACCTGGCTCACCGGTTCGACCACAGAGGAGCCTACGGTTTTCGATTTTAGTCTGACCTTTTACATGATTGCCGCAGTATCGCTTCTTGCACTTATCGATAGTGCGCGTCTGCCAGCGAATGCAGGGGATGCTATTTTAAATAAACGTGCTGCCAAAACCGCATGA	MRKIDRRTATALLVAATLFMEILDATVISTALPIIAADFNIAAAHLSVGISAYLVAVTVFIPISGWAADRLGPKTVFCAAICVFVIASVLCAISTNLYTFTAARILQGLGGAMMVPVGRLVVLRSLPKDQIVKGMAILTWPALAAPLIGPVLGGWIAQTFSWHWIFLMNVPLGIIALGMGIYLIENHKGEPQRFDVIGFLLSGIGFGLFMAGLESFSSRPESITTPALLTAAGFVLLVFTFRHMATSSHPLFSLKAMSTATFRITVFGGSAIRIGLSSAPFLIPLMLQLSLGFTPVEAGTLLLWLFAGNLAIKPATTWIMNTFGFRLVLLANTIFIAAGFVAIAQFTQHTPSWLMALVLFISGMNRSMHLTVLNTISFADIPQHEMRDANTLSAVIMQMTRGLGITTGALALALATWLTGSTTEEPTVFDFSLTFYMIAAVSLLALIDSARLPANAGDAILNKRAAKTA				NA	NA	NA	NA	NA
AK237_01505	867	cysL_1	COG0583	HTH-type transcriptional regulator CysL	ATGCTTACTCTCAACAAAATTCGCGCATTTTTAGCGCTGTCGAAAACTGAAAACTTGTCCGAGGCTGCCAGGCTCCTTCATCTGAGTAAGGGGGCCGTATCGCAGAACATCAATGAACTGGAAGCTATCCTTGGCGTGAAGTTGTTTGAACGGGCGAACGCGAAATTACGCATTAATAATGAGGGCAAAGCGTTATTGCCCTACGTGTGTGACGTGCTTGAGCGCATTGATGAAATCGAAAGTTTATTTCATAGAAATGCCGTCGATCATGTAATCACCATCGGCGCATCGCAAACTATTGGCAACTATTTGCTGCCGAAACTTATGGCTTCGCTGGAGATGACGTGCACGCCTTTTATCGCCAATACAGAGGACATTTGCCAGCACATTCTCACCTACGATATTGATGTGGGCTTAATTGAAGGAGCCCTACATCATCGCGAGCTGCATAGCACGCCCTGGATGCTGGACGAACTTATTGTTATCACCGCCGGTAAAGTGTCGTCGTCAAACTCGTATTCGCAAGAAAATTGGCTTGTGCGTGAGCCTGGTTCCGGAAGTCGGAAGCAAACCGAGGCGTTTTTAAGTCAGCATAAGATTAACGTAAACACACTGGTTGAGATGAACGCTACCGAAGCGATTATTGTCGCAGTGTCGAACGGTATGGGAAAAGCGCTGGTCTCTAAACATGCTGCCAAAGATAAATTGCGTCTTGGTGACGTGATGCAGGACACGTCTTATCCTACCGAAACAAGAACATTAAGCCTGGTGTGGCATAAGAAGAAATACCGTTCTGATAAGTTCCTGCACTTTGTTGAGCATTGTCGTGCTTTCGCTGATGCATTTCAGCACGACAAAGAAATGTAG	MLTLNKIRAFLALSKTENLSEAARLLHLSKGAVSQNINELEAILGVKLFERANAKLRINNEGKALLPYVCDVLERIDEIESLFHRNAVDHVITIGASQTIGNYLLPKLMASLEMTCTPFIANTEDICQHILTYDIDVGLIEGALHHRELHSTPWMLDELIVITAGKVSSSNSYSQENWLVREPGSGSRKQTEAFLSQHKINVNTLVEMNATEAIIVAVSNGMGKALVSKHAAKDKLRLGDVMQDTSYPTETRTLSLVWHKKKYRSDKFLHFVEHCRAFADAFQHDKEM				NA	NA	NA	NA	NA
AK237_01506	939			hypothetical protein	ATGATTAGCCGAAGATTACAAGGTTTCCCGACCCCGGTTGCTGGCTTTGCACTAGGTATAGCCAGCTTAGGCTGGACATGGCAACAAAATATTACCCACACCGATGCGTTGCGACTTCTTTGTGCCGTAGCGGCGGCGTTGCTTGTTTCTCCGCTAATCGTAAAATACTTACGTTACCCTCATATATTCAGACAAGATATGCTCCACCCTGTCACAGGCAGCGTTATTCCAACGCTTTCCATGGCGACGATGGTGATCAGTACCGCTCTGCCTGAACCAGGCAGAATACTGTTATGGCTGATGGCCATCAGTGCTCACCTTTGCTTTTTATGTCTTTTCATACGCGCTCGCATTGCTTCATTCGCACTGGAAGATATGGTACCGAGCTGGTTTGTTCCACCGGTAGGCATCATCGTGGCCAGCGTTACCTTTCCTGAAAATGACTGGTTATGGGTAGCTAATGGGTTGTTTTGGTTTGGCCTGGGATGTTATGCCGTACTGCTACCAATTATGATAAACCGCCTTATTTTCAAAGTGAACATTGCAGCATCAGCGCAACCCACCATTGCAATTATGGCGGCCCCTGCAAGCTTATCCCTGGCAGGGTATTTAACAATAGCTCCCCATCCAAATGAGCTTATTGTCACCATGCTGCTAGGGATAGCATTACTGATGACGCTAATCATCTACCTCGCGTTTTTCCACCTGCTGCGTATTCCGTTCAGTGTCGGATTTGCCGCATACACATTTCCAACGGTGATCAGTGCTTCGGCCTTATTTAAAGTTGCTTCATTCTACGAAAATACCGGACGTCACAGTGAGGCTTCCACCTTACACAGCATGGCAATTTTTGAATTATGTATTGCATCCGCGGTAGTGTTATTTGTAGGAAGGGGGTTTGTTAAACTCTACGCCATGCAGCCAAACCTTAGTGAATGA	MISRRLQGFPTPVAGFALGIASLGWTWQQNITHTDALRLLCAVAAALLVSPLIVKYLRYPHIFRQDMLHPVTGSVIPTLSMATMVISTALPEPGRILLWLMAISAHLCFLCLFIRARIASFALEDMVPSWFVPPVGIIVASVTFPENDWLWVANGLFWFGLGCYAVLLPIMINRLIFKVNIAASAQPTIAIMAAPASLSLAGYLTIAPHPNELIVTMLLGIALLMTLIIYLAFFHLLRIPFSVGFAAYTFPTVISASALFKVASFYENTGRHSEASTLHSMAIFELCIASAVVLFVGRGFVKLYAMQPNLSE				NA	NA	NA	NA	NA
AK237_01507	1500	pucI	COG1953	putative allantoin permease	GTGGACAACACTAATAATCAAGCCATGACAAAACCTTCTCATTATGATGGCGATTTATGGAATGGAGATTTAGCGCCTACCAGCGAGGAAACAAGAACCTGGGGATGGAAAGACTATGCTGCGCTTTGGGTCGCCATGGTGGTATGCGTTCCTACATACCTGCTTTCTGCCGGGCTTGTGTCGGAAGGCATGAATTGGTATCAGGCGGTAATTACGGTGTTATTGGGCAATATCGTAGTTCTTGTGCCTATGATGTTAATTGGCCATGCCGGCGCAAAATACGGCGTACCATTTCCCGTATTGCTACGCAGTGCGTTTGGTACCAAAGGAGCAAAAATACCGGCGCTGGCCAGAGGGTTGGTCGCGTGCGGGTGGTTTGGTATTAATACATGGGTTGGCGGCAGTGCTATTTACGTCATTTTAAATAGCGTCAGCGGCGACTTCTTTGTGGGTCAGGCTCTGCCATTTTTAGGCATAGATATCACCCAAACCCTTTGTTTCTTTGTATTTTGGGCCATGCACTTACTTTTTATTAAACACGGTACTGAATCTATACGTTGGCTTGAGACGTTTGCTGCACCATTTTTGATCTTAATGGGCTTAGCGCTTCTTGGTTGGGCATATATTAATGCCGGTGGGTTTGGTGAAATGCTGTCAACACCTTCTCAGTTTGTAGAGGGGGGCGCGAAAGAAGGACAATTCTGGTCAGCCTTTTTTGCGGGCTTAACATCGATGGTAGGTTTCTGGGCGACCATGGCACTGAACATTCCTGATTTTACCCGTTTTGCCAGATCTCAAAAAGATCAAATGCTCGGTCAGGCGGTTGGTTTACCACTTCCAATGGCACTATTTGCGTTTATTGGCGTTGCTGTTACGTCTGCCACGGTGACTATTTATGGTGAAGCCATTTGGGATCCTGTCGCTCTCGCCGGACGAATGGGGGGCATGGGAGTTGTGGTTGCCCTTGCCGCACTCGTACTTGCTACGTTAACGACAAACTTAGCCGCTAATATGGTCGCTCCAGCTTACGGGTTTTCTAATATCGCTCCTGCGAAAATCAGCTTCAGAATGGGGGGATATATCACAGCCGGAATTGGTGTCGCTATTTTTCCATGGAAGCTGCTTGAAACTGCTGGTGGGTACTTGTTCACCTGGCTTACCGGTTACTCGGCTTTGCTTGGCCCTATCGCGGGTATTTTAATTGCTGACTATTTTATTTTAAGAAAATCAACGTTGAACATTGATGCGCTTTTTCAGCACTCAGGGGAATACGGCGCAAACAGCGGATGGAATATGGCGGGGATTGCTGGCCTGCTTATTGGTATTTTACCCAATATTCCAGGTTTTCTTCACGCGGCAGGCTTTGTCGATACTGTACCTGCAATATTCGATACCCTCTACGCATACGCCTGGTTTGTGGGGTTAATCATCGCAAGTATTGTCTACCTATTGCTATCAAAAAGAGTGCCGGTCGCGATTGCGGCAAAAGGAGTGCACTAA	MDNTNNQAMTKPSHYDGDLWNGDLAPTSEETRTWGWKDYAALWVAMVVCVPTYLLSAGLVSEGMNWYQAVITVLLGNIVVLVPMMLIGHAGAKYGVPFPVLLRSAFGTKGAKIPALARGLVACGWFGINTWVGGSAIYVILNSVSGDFFVGQALPFLGIDITQTLCFFVFWAMHLLFIKHGTESIRWLETFAAPFLILMGLALLGWAYINAGGFGEMLSTPSQFVEGGAKEGQFWSAFFAGLTSMVGFWATMALNIPDFTRFARSQKDQMLGQAVGLPLPMALFAFIGVAVTSATVTIYGEAIWDPVALAGRMGGMGVVVALAALVLATLTTNLAANMVAPAYGFSNIAPAKISFRMGGYITAGIGVAIFPWKLLETAGGYLFTWLTGYSALLGPIAGILIADYFILRKSTLNIDALFQHSGEYGANSGWNMAGIAGLLIGILPNIPGFLHAAGFVDTVPAIFDTLYAYAWFVGLIIASIVYLLLSKRVPVAIAAKGVH	PGPT0009075_1258	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
AK237_01508	2319	btuB_10		Vitamin B12 transporter BtuB	ATGCATACGTTAGACACACACAAGCGTCGGCTGACGTTGACCGTCGTTATGGCTTTGGGTACGCCAGCGGCCTTGGCTGCAGAGAGTGTTTGGGAAAGTATTGAAGTCACCGCGCAAAAGCGTAACGAAAATATCAGTGATGTGGGCATCGCCATTACAGCGTTTTCCGGTGATCAACTAGAGGCACTTGGATTTGAAAGTAGCACCGAGCTCATTGCGTTTACCCCCGGGGTTTCGTTAGCTGGTGACATCGGTGGGCAGCGCGCTATTTTTAACATTCGTGGTGTGGTTCAAAATGACTATGCCGACTTAGCGGAAGCGCCTGTCGCCGTGTACGTGGATGGAGGCTATTTAGCCAGTACCCAGGCACAAACTTTCGGCCTATTTGATGTTGCCCGAATCGAAATCTTAAAAGGGCCCCAGGGTACATTATTTGGTCGTAATGCCACGGGGGGCTTGGTGAATACTATCACCGCAAAGCCGACCACCGATACCGAAGGTTATGGTGAATTAACCGCTGCGCGCTTTGATCAATATCGCTTCGAAGGGGCTATCTCCGGTGAATTAACTGATGGCGTTTATGGCCGGCTTTCTGGTTTCATCAATCAGCAGGGTGAAATACTCGAGAACATTTATGAAGATGGCGCGGCGCCCGACACCCGTTTAGGTTCAGTGGGGGGCGGGGAAGACGGTTACAACGATGATACGAAAGCGGTTCGTGCGCAGCTTTTATTTGATATCGGCGAGGAGGGTTCGTTACTCCTAAGTGGTAACTGGTCTGATACTACTAAGAGTGAAGGTCCGTATCAGGTAGTCAATACCACAGAAATCAAAGATGCCGATGGGAATGTCATTGATGTCATTTACGCTGCCGATGACCCACTAGGCTGCGACACCATTCAAGCAGGTGTTTGTGTCGATGGCAACTTCAACGGCGACCCGTTTCGCCCCGTGCAGGGCGGTGATTTTAACGGTAACTTCGATCCTGACGGCTCTGGGAACAAGGTGAATAAAGACTTTGCCTTTGACGACCAGAATAAAATAGCGTCAAAGGGACTCGCTGCAACCCTGGAATACGCGTTTGAAGCGTTCGATTTCTTTGCTATGTCCGACTATAAAGAATTTACTCGCACCGTCGGCCTTGATTCAGACCAAACCGCGTCCCCTGAACTCATTTTCCAGTCCAACAGTACCATCGACCAGTTCAGTCAGGAGTTTCGTTTTTCAGGCGAATCTGCAGTCCTAAAATGGGTTGGAGGGCTTTATTACCTCTCTATAGATACAGATTACAGCCAAGGCCTGGCGGGTTCTCCGACAACGTTTTTCCTTGGCGGTGAAGAAAACAATACCCTGGTGTCACTTGAAACTGAATCGTACTCGGTGTTTGGACAGTTAGATTACAGCGTGACGGATGCGCTCGTTCTGGTAAGTGGCTTACGCTATACCCGTGAAGACAAAGATTTCGTGGGTAATGTGTATCAAAATGCGAATACCAACGACCGCATCATCGAAATTGATACTACGACATTGCCGTTAGAGTCGCTGAACGAAAAAAATGATCAAAATTTGTGGTCGGCAAAGTTACAACTTGAATATAGCGTTGGAAACAGTTTGTACTATGCGGGCATTCATCGCGGCGTGAAAGCGGGGAGCTTTAATGCGCCGCTCCAGGGCGGTTTCAGCCTGTACGACCCCGAAGAGCTTACTGCCTATGAAGCGGGTTTAAAGCGCAGCTTTATGCAGGATAGCGGTGTGTTTAATGCAAGTGTCTTCTATTACGACTACAGGGATTACCAGTCGTTTTCGTGGGTAAACAACGCGGGAGTCGTATCAAATGAGGATGCTTCGTTTAGTGGTGTAGAGCTAGAAGTATTTATAACGCCTACAGACAGTGTAGATGTAATGGTTAACTTCTCCTATACCGACGCGGTAGTTGAAGATTTAGAAGTTGCCTCAGGGTATTTTGCAGACACCACACCGCCATTTACACCAGAGTATCAAGCGTCAGCGATGGTCCGCTACAACTGGGATGCCTTTGGCGGCAATATGGCTGCGCAACTATCAGCAAACTACCAGTCCGAAACGTTTCATAACGCACGTAACTTTACGGCGCATAACATTGGTAGCTACTCGACAGCAGATACCCGTGTAACCTGGACCGATGTTGAAGACAAATGGCTGGTGGCTGCTTACATTGATAACCTGTTTGACTCAGACCATGAGCTGATAGGCTTTGATGTAACGGGCTTTTACGGCACCAGTCAAATTTCTTATGCAAAGCCGAGAACATATGGTCTTACCATAAGACGACAGTTTTAG	MHTLDTHKRRLTLTVVMALGTPAALAAESVWESIEVTAQKRNENISDVGIAITAFSGDQLEALGFESSTELIAFTPGVSLAGDIGGQRAIFNIRGVVQNDYADLAEAPVAVYVDGGYLASTQAQTFGLFDVARIEILKGPQGTLFGRNATGGLVNTITAKPTTDTEGYGELTAARFDQYRFEGAISGELTDGVYGRLSGFINQQGEILENIYEDGAAPDTRLGSVGGGEDGYNDDTKAVRAQLLFDIGEEGSLLLSGNWSDTTKSEGPYQVVNTTEIKDADGNVIDVIYAADDPLGCDTIQAGVCVDGNFNGDPFRPVQGGDFNGNFDPDGSGNKVNKDFAFDDQNKIASKGLAATLEYAFEAFDFFAMSDYKEFTRTVGLDSDQTASPELIFQSNSTIDQFSQEFRFSGESAVLKWVGGLYYLSIDTDYSQGLAGSPTTFFLGGEENNTLVSLETESYSVFGQLDYSVTDALVLVSGLRYTREDKDFVGNVYQNANTNDRIIEIDTTTLPLESLNEKNDQNLWSAKLQLEYSVGNSLYYAGIHRGVKAGSFNAPLQGGFSLYDPEELTAYEAGLKRSFMQDSGVFNASVFYYDYRDYQSFSWVNNAGVVSNEDASFSGVELEVFITPTDSVDVMVNFSYTDAVVEDLEVASGYFADTTPPFTPEYQASAMVRYNWDAFGGNMAAQLSANYQSETFHNARNFTAHNIGSYSTADTRVTWTDVEDKWLVAAYIDNLFDSDHELIGFDVTGFYGTSQISYAKPRTYGLTIRRQF	PGPT0003790_13901	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0003790-hutA|fatA|fct|foxR-K02014	NA	NA
AK237_01509	1491	bauC	COG1012	Putative 3-oxopropanoate dehydrogenase	ATGAAAGTAGTCGGGCACTTTATAAATGGTGAAACCTGCACGCCGAAAGGGCGTATGGAAGATGTCTATAACCCTGCCACGGGAGAGGCAGAAAAATTGGTCTTGCTAGCGTCTAAAGCGACGGTAAATAATGCCATTGTTTGCGCGCAAAATGCGTTTACAGAATGGCGCAACACGCCTGTGAGCAAGCGTGCTCGCGTTATGTTTAAGTTCAAAAATTTACTTGAGGAACACGCCGATGAAATCATTGCTCTGATTGGCGCGGAGCACGGTAAAATTTGCCACGATGCGGCTGGCGAATTACAGCGCGGCATTGAAAACGTAGAGTTTGCCTGTGGGGCCCCTCAGTTATTGAAAGGCGAACACAGTAAAAATGTCGGGCCGGGCATAGATTCATGGAGTGAGTTTCAACCCCTTGGTGTTGTAGCTGGCATTACGCCGTTTAACTTTCCTGCCATGGTACCGCTTTGGATGTTCCCCCTTGCCATCGTATGCGGTAATACTTTTGTTTTGAAGCCATCTGAGCGGGACCCAAGCTGCGCCATCCTCCTGGCAAAGTTGCTTAAAGAAGCTGGATTACCCGACGGTGTTTTCAATGTTATCAACGGCGATAAAGAAGCGGTTGATCACATACTTGAAGATAAGCGCGTTAAAGCAGTGAGCTTCGTGGGCTCTACACCTATTGCTGAGTACATTTACTCGAAAGCTAATGCTAACGGCAAGCGTTGCCAGGCGTTAGGTGGTGCGAAAAATCACGCCATTGTCATGCCCGATGCGGACGTTGATAACGCAGTGAATCAGCTTGTGGGGGCGGCCTTTGGGTCATCGGGTGAGCGCTGCATGGCGCTATCGGTAGTGGTCGCTGTAGGTGACAACGTGGCTGATAAAATTGTAGATAAAATGCAAATCGCGATGAAGAGCCTGAAAGTCGGTATGTTTGAGGATGCCGCTAACGATTTTGGCCCACTCATCACTCAGCAGCATAAAGAAAAGGTTGAAGCCTATATCGCTAGCGCCGCAGAGCAAGGTGCAGATGTGGTGGTTGATGGCAGAAACCCTACCGTAGAGGGTTATGAAACAGGGTTTTTCCTGGGGGCAACCCTTATCGACAACGTCACGCCGAAAATGACAAGCTATCAGGATGAAATTTTCGGCCCGGTGCTTCAGGTTGTGCGTGTAGATACCATGGAGCAGGCGATGCAGCTGATTGACGAGCACGAGTACGGTAACGGCACTTGTATTTTTACCCGGGACGGCGAAGCGGCCCGTTATTTCTCAGACAATATTCAGGTGGGTATGGTAGGCATTAATGTACCGCTTCCTGTGCCTGTTTCTTATCACAGTTTTGGTGGTTGGAAGCGGTCGTTGTTTGGCGATCTTCATGCATACGGCCCTGATGGGGTTCGTTTTTACACCAAACGCAAAACCATTACGCAGCGATGGCCCTCAAGTGGCGTTAGAGAAGGAGTGAGCTTTTCATTTCCAAATTAA	MKVVGHFINGETCTPKGRMEDVYNPATGEAEKLVLLASKATVNNAIVCAQNAFTEWRNTPVSKRARVMFKFKNLLEEHADEIIALIGAEHGKICHDAAGELQRGIENVEFACGAPQLLKGEHSKNVGPGIDSWSEFQPLGVVAGITPFNFPAMVPLWMFPLAIVCGNTFVLKPSERDPSCAILLAKLLKEAGLPDGVFNVINGDKEAVDHILEDKRVKAVSFVGSTPIAEYIYSKANANGKRCQALGGAKNHAIVMPDADVDNAVNQLVGAAFGSSGERCMALSVVVAVGDNVADKIVDKMQIAMKSLKVGMFEDAANDFGPLITQQHKEKVEAYIASAAEQGADVVVDGRNPTVEGYETGFFLGATLIDNVTPKMTSYQDEIFGPVLQVVRVDTMEQAMQLIDEHEYGNGTCIFTRDGEAARYFSDNIQVGMVGINVPLPVPVSYHSFGGWKRSLFGDLHAYGPDGVRFYTKRKTITQRWPSSGVREGVSFSFPN	PGPT0002295_3560	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
AK237_01510	531	rutF	COG1853	FMN reductase (NADH) RutF	ATGACTATTACAGCCATGAATAACCCAGTAACAGAAATGCTACCACCGGTAACACCAGAAGCCTATCGAGAAGGGATGTCAGGTTTAGCGGCAGCGGTAAATGTTGTTACAACCACTGGCCCTGAGGGGCGGGCAGGCTTTACGGCAACAGCTGTATGTAGCGTAAGTGATAACCCGGCGACCCTGTTGGTGTGCCTGAACCGTGGCGCCTCTGTCCATCAGGTCTTTAAAAATAGCACGCATTTGGTCATTAACACCCTTACCTCCCGTCATCAGACGATTTCTAACACCTTCGGTGGAAAATCGCCCATGAATGAACGTTTTGAAATGGGTGAATGGGCAGAATCTGTCACCGGTTGTCCCAGGCTTGTCGATGCCGCCGTAAGCTTCGACTGCATTATCAACGGGATGAAAAGTGTCGCCACTCATGATGTTATTTTTTGCCAGGTGGTAGATATCAAACAAGCGCCAGAGGCCGACGCACTTTTATATTACCAGCGCGGCTATCACAGCGTATGCAAAGAAGCTTAG	MTITAMNNPVTEMLPPVTPEAYREGMSGLAAAVNVVTTTGPEGRAGFTATAVCSVSDNPATLLVCLNRGASVHQVFKNSTHLVINTLTSRHQTISNTFGGKSPMNERFEMGEWAESVTGCPRLVDAAVSFDCIINGMKSVATHDVIFCQVVDIKQAPEADALLYYQRGYHSVCKEA	PGPT0021265_174	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021265-rutF-K09024	NA	NA
AK237_01511	621	rutE	COG0778	putative malonic semialdehyde reductase RutE	ATGACAGAAACAAAGCATACTGAGGTGAAAGCTGCAGCCCCGCTTAATGACAAGGAACTGGCTCAACTTTTTACCAATGCGCATACTCATACTAAATGGCACAACGATCCTATTCCGGAAAATGTTCTAAGGGCGCTTTACGACCTGGTGAAAGTAGGTTCAACCTCTGCAAACTGCAGTCCTGCGCGTTTTGTTTTCATTACTTCAGATGAAGGAAGGGAAAAACTGAAACCCTGCCTTTCAAGCGGCAACGTAGAGCAAACCATGACGGCGCCTTGTACTGTCATTGTGGCTTACGACGAAGCATTTTATGAAGAATTGCCAACGCTGTTTCCTTATGCTGATGCAAAGAGCTGGTTTACCTCAAGCCCTGACGCTGCTTATGAAACCGCAATGCGCAACAGTTCTATGCAAGGTGCTTATCTTATATGTGCAGTACGTGCGCTTGGTCTCGATGCCGGGGCCATGTCTGGCTTTAACCCCAAAGTACTTAATGACACTTTCTTTTCAGGTAGCACCTGGAAGGTGAACTTCTTACTCAACATCGGCTATGGCGATAAAGATAAGGTACACAAACGGTTACCACGTTTGAGTTTTGAGCAGGCCTGCCAAATTTTGTAA	MTETKHTEVKAAAPLNDKELAQLFTNAHTHTKWHNDPIPENVLRALYDLVKVGSTSANCSPARFVFITSDEGREKLKPCLSSGNVEQTMTAPCTVIVAYDEAFYEELPTLFPYADAKSWFTSSPDAAYETAMRNSSMQGAYLICAVRALGLDAGAMSGFNPKVLNDTFFSGSTWKVNFLLNIGYGDKDKVHKRLPRLSFEQACQIL	PGPT0021290_121	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021290-rutE|ycdI-K09019	NA	NA
AK237_01512	822	rutD_1		Putative aminoacrylate hydrolase RutD	ATGCATTCTGATACGAGCGACAATGGCACTGAAATGCACTACGAAATACATGGCCTTACGTCACCCGATGCGCAAACAGTCGTCTTTAGTTCAGGATTGGGCGGTGCGGCCAGGTTCTGGCAAGGCCAGCTTGCTGAGCTTACTCACGCTTATCGGGTGATCACTTATGACCAGCTAGGAACCAATAGCAGCCCAGCACAATTGGCGGACGATTACAGTATTGTGCAAATGGCTCAGGAACTGGATGTGTTATTGGAAAAACTGGAAGTACAACTCTGCCACTTCGTTGGTCATGCACTGGGCGGCTTAGTGGGGTTACAACTGGGTTTAATCCGGCCAGAGCGCCTGCAAAGTTTGATATTGGTAAATGCATGGAGCAGTCCAAATCCGCATACGCTGCGCTGTTTCAATGTACGCAAAGCTCTGTTGGCAGCCAACAGAAAAGACATGTACTTACAGATGCAGGCACTCCTGTTGTTTCCGCCAGATTGGATAGCCGCCAATGCAGCGCATTTGGAGGAGGAAGAGGCGCGCCTAATCAATCATTTTCCCGATGTGGACAACCTGCTAGCCCGTATCAGTGCTCTCAGCGCCTTTGACATCGACGAAAAGTTACAGGCGATTACCACACCAACCTTGGCGATAGCAAATAAAGACGACATTTTGGTGCCATGGCAGTGCTCGCAGGATATGGTGAACACTATGCCCAATGCTGAGCTTTCGCTGCTGGATTACGGCGGTCATGCATCAAGTATTGCTAATGCAGATGTGTTCAATAAGGTACTACGCAACTATTTACAGCGTTTTATGCAGGAGTGTTAG	MHSDTSDNGTEMHYEIHGLTSPDAQTVVFSSGLGGAARFWQGQLAELTHAYRVITYDQLGTNSSPAQLADDYSIVQMAQELDVLLEKLEVQLCHFVGHALGGLVGLQLGLIRPERLQSLILVNAWSSPNPHTLRCFNVRKALLAANRKDMYLQMQALLLFPPDWIAANAAHLEEEEARLINHFPDVDNLLARISALSAFDIDEKLQAITTPTLAIANKDDILVPWQCSQDMVNTMPNAELSLLDYGGHASSIANADVFNKVLRNYLQRFMQEC	PGPT0021280_18	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021280-rutD-K09023	NA	NA
AK237_01513	384	rutC_2	COG0251	Putative aminoacrylate peracid reductase RutC	ATGCCTAAAAAAGCCGTCATTCCTGCTGGCACATCAACGCCGATAGCCCCTTTTGTGCCAGGTTCTATGGCTGACAATATTCTGTACGTGTCGGGCACTTTGCCATTTGATGAAAACAACGACGTGGCTCATGTGGGTGACGCAGAAGCGCAAACACGCCATGTGTTAGAAACCATTAAAAGTGTCATTACAGAGGCGGGGGGCACAATGGATGATGTCACTTTTAATTCCATCTTTATTGCCAGCTGGGAAGATTACGCCTCGGTAAATAAAGTGTATGCCGAATATTTTCCAGGGGAAAAGCCCGCTCGTTACTGCATTAAAGTTTCTTTGGTAAAACCGGAAGCCTTAATTGAAATCGCTTCTATCGCGCATATTGGTTAG	MPKKAVIPAGTSTPIAPFVPGSMADNILYVSGTLPFDENNDVAHVGDAEAQTRHVLETIKSVITEAGGTMDDVTFNSIFIASWEDYASVNKVYAEYFPGEKPARYCIKVSLVKPEALIEIASIAHIG	PGPT0021275_165	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021275-rutC-K09021	NA	NA
AK237_01514	735	rutB	COG1335	Peroxyureidoacrylate/ureidoacrylate amidohydrolase RutB	ATGTCTACCGGTGAAATATTTGAAGTATCTGGCTGTTTTCAAGAGCGTCAGGAGGGACAGCCGGTATTACCAGCTCAACCAGAACCATTGCTCCTGAACCCTGCTGAAACGGCCGTTATTGTGGTGGATTTGCAAAATGCTTACGCCAGTAAAGATGGGTATTTAGACAAAGCAGGGTTTGACGTATCGTCTACCGCGTCAGTCATTGAAAATACTATCAAGGTGCTTGATACCGCCCGTGGGGCAGGTATGCCGGTGATTTTTTTACAAAATGGCTGGGATCCTGACTACAAAGAAGCGGGTGGGCCCGGCTCTCCTAACTGGTATAAGTCAAATGCGCTTAAAACCATGCGCAAACAACCTGCGTTGAAGGGCAGTTTGCTTGCCAAAGGAACGTGGGATTATCAGCTTGTTGATGCGCTAAAACCTCAGGATGGCGATATCGTTATTCCGAAAACCCGGTATAGCGGTTTTTATAACACCAATTTAGACAGCATGTTGCGCGCCCGGGGCATACGCAACCTCGTCTTTACCGGCATAGCAACCAACGTGTGCGTGGAATCTACGCTGCGCGACGGGTTTCATCTTGAATACTTCGGCGTTGTGCTCGCGGATGCAGTCTATCAGGCCGGTCCGCCCGAAATACATCAAGCGTCTCTTTTTAACATTCAAACATTTTTTGGATGGGTGTCTACCTCGGTGCAGTTTTGCGAGGTGTTTGACATCAATCCATAG	MSTGEIFEVSGCFQERQEGQPVLPAQPEPLLLNPAETAVIVVDLQNAYASKDGYLDKAGFDVSSTASVIENTIKVLDTARGAGMPVIFLQNGWDPDYKEAGGPGSPNWYKSNALKTMRKQPALKGSLLAKGTWDYQLVDALKPQDGDIVIPKTRYSGFYNTNLDSMLRARGIRNLVFTGIATNVCVESTLRDGFHLEYFGVVLADAVYQAGPPEIHQASLFNIQTFFGWVSTSVQFCEVFDINP	PGPT0021270_172	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021270-rutB-K09020	NA	NA
AK237_01515	1089	rutA	COG2141	Pyrimidine monooxygenase RutA	ATGGACATAGGTGTATTTATTCCAATTGGTAACAATGGGTGGTTAATTTCAAAAAATTCGCCTCAATTCAAGCCGACGTTTGATCTCAATAAAGAGATTGTCATGAAGGCTGAAAAGTACGATATGGATTTCGCGCTCTCTATGATCAAGTTGCGTGGGTTCGGTGGTGAAACCGAGTTTTGGGATTACAACCTGGAATCATTTACGTTAATGGCGGGGCTTGCTGCGGTTACCACGAAAATACAGCTTTATGCTACGGCTGCCACGCTGGTATTGCCGCCCGCGATCATGGCGCGTATGGCGACTACTATTGACTCAATCTCCCACGGTCGCTTTGGCGTGAACTTAGTCACAGGCTGGCAGCGACCTGAATACTCACAAATGGGCATGTGGCCGGGCGATGAATTTTTTGGTAACCGATATGAGTACCTGGACGAGTATATTCAGGTTGTAAAAGCATTATGGGAAGAAGGCAAAAGTGACTTTAAAGGTAAGCATTTTCAAATGGATGACTGTCGGATGCTTCCTAAACCACAGCGTAAAATTCCGCTTATTTGCGCAGGGCAAAGCGCTGCCGGTATGGATTTCTCGGCGCGTCACGCCGATTACAATTTTTGCTTTGGTAAAGGCGTTAATACGCCGACTGCGTTCGCGCCCACCGCTGCACGCTTGACAGAAGCGGCAAAAAAGTACGGTCGTAGCGTAGGCTCTGCGGTTCTTATTATGGTTATCGCCGATGAAACGGATGAAAAAGCCATGGCCAAATGGGAAAGCTATAAAGACGGTAAAGATCAGGCGGCTTTAGATTGGATGGCGTCCCAAGGCGCTGCCGACAAAAAATCGGGTAAAGATACTAATATTCGTGACATGACCGATCCGACGTCTGCCGTTAACCTAAATATGGGCACTCTGGTAGGTTCCTATGAATCGGTTGCGTCAATGCTCGACGAAATCGCAACGGTGCCGGGCTGCGAAGGCGTCCTGCTTACCTTTGATGATTTCCTGAAAGGAATGGATGATTTTGGTACCAAAATTCAGCCATTAATGACGTCGCGGCAGCATCTGCTTAACACATCGGGAGCGGCCTAA	MDIGVFIPIGNNGWLISKNSPQFKPTFDLNKEIVMKAEKYDMDFALSMIKLRGFGGETEFWDYNLESFTLMAGLAAVTTKIQLYATAATLVLPPAIMARMATTIDSISHGRFGVNLVTGWQRPEYSQMGMWPGDEFFGNRYEYLDEYIQVVKALWEEGKSDFKGKHFQMDDCRMLPKPQRKIPLICAGQSAAGMDFSARHADYNFCFGKGVNTPTAFAPTAARLTEAAKKYGRSVGSAVLIMVIADETDEKAMAKWESYKDGKDQAALDWMASQGAADKKSGKDTNIRDMTDPTSAVNLNMGTLVGSYESVASMLDEIATVPGCEGVLLTFDDFLKGMDDFGTKIQPLMTSRQHLLNTSGAA	PGPT0021260_212	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021260-rutA-K09018	NA	NA
AK237_01516	675	rutR_2	COG1309	HTH-type transcriptional regulator RutR	GTGAGTAAACCTGAGCGTCAAATCAGTACGAAGTCAGCAAGAACATTTAGTCCAACCACGCAAAAAAGGCGTGAAAAGGCACTTTTAGAAAAGCGCACCCGCATTATGGACGCCGCCCTTTCCTTATTCTCCAGGAACGGCGTGAGCGGCACGACCGTTGAGCAAGTTTCCGAGCTAGCCGATGTGTCAAAAAGTAACTTACTTTATTACTTCAAAAGCAAAGAAGGGCTGTACCTGTCAGTTATTACTCACCTGTTAGATGTATGGTTAACGCCACTTCAAAGCTTTTCAGCAGAGCAAGAGCCTATTGAAACATTAAGCGAATACATCAAAGTAAAACTCGAAATGTCGAGAGACAACCCTGCCGAGTCGAAGCTTTTTTGTATGGAAGTGGTTCAAGGCGCGCCACTTGTTATCGGAGAATTAGAGACGCCGCTCAGAGCGTTGCTCAATGCAAAAAGCGCAGTGATCAACGAATGGATTAATGCCGGTAAGCTCAACCCCGTCGATCCCCTGCATTTAATATTCAGCATTTGGGCGATTACCCAGCACTACGCAGATTTCAACGTGCAGATAAAAGCTGTCACCGGCAACGATTTAAGCGACCAGACCTTTTTCGACAATACGCTTAAAAATATACAACACATCATTTTAGGTGGCCTAAAGCCCCAATAA	MSKPERQISTKSARTFSPTTQKRREKALLEKRTRIMDAALSLFSRNGVSGTTVEQVSELADVSKSNLLYYFKSKEGLYLSVITHLLDVWLTPLQSFSAEQEPIETLSEYIKVKLEMSRDNPAESKLFCMEVVQGAPLVIGELETPLRALLNAKSAVINEWINAGKLNPVDPLHLIFSIWAITQHYADFNVQIKAVTGNDLSDQTFFDNTLKNIQHIILGGLKPQ				NA	NA	NA	NA	NA
AK237_01517	1089			hypothetical protein	ATGAAATGGAAGAATAAGTTAATTGCACTGAAGCAGAAATTGAATGCTAAGTGCTATCCGATATACCGCGCGTTGAACCGTAAAAAGGCGCTAAAAGTAAAGCTAGTTGCAGTAGCGAAAAATGAAGCCGCCTATATCCCGGAATGGGTTTATCACCACCTTTATTTTGGTTTCGATAAAATCGATATTTACTATAATGGATGCAGTGACAATACCGCCGCACTCAAAGCATTATTACCTGCCCAGCACGTTTCGCTGACCTGTGCTGATCGTGAGTTTAAGAACAACACGAAAAGTCCTCAGATCGTTATTTACCGCAAGGCACTGAAAACAGCACATCGCCAGGGCTTTACTCACGTTTTATTTTTAGATTTGGATGAATACTGGCTTCCGCTGGACTTCACCACATCAATCAAGACGATGATTGAAGACACCCCGCATTTCGATCTGATGTCGTTCCCATGGCGCAATAAAGTGGATGAAACCCTCTTTGAACGCCCTGTGGTAAAAGAAACGGTTGTCGAAACGGCGCAGCAAATAAAAACCCTGTTCAGTAGCTATTTGCGGCCAGTGGGAATGAACCCTCACAATACAATCGACGCGGGCCTCACCCGGCTACATGAAAGCGGTAAGGAATTTCCCGTATTCGATAAGGTTTTTGCGCAGGTGCCGAAAAACCTGGCACCAGAGCGCGCTTTAGTTGTGCATCGTAAGTTCCGCTCCGAGAAAGAATACGTGGCGATGCTTTCCCGCGGCAGACCAATCAATGCCGGGCGTGTGCGTTCTCAGTTTAAAGATAATCGTAGTGGTTATACTGATAACAGACAGCGGGAAACGATTCACGCGCCTGAAGCGGCTTTTGAGAAGTATCAGTCATGGATGGACAACAAACTGAGTCCCCCCGCACTTGCTGCTGCTGTGGAAGAAGCGCGAAGTCTGGTGATGCAACGGTATGAGCAGGTGCTTCGAGACATTGCCGACGCCCCTGAGAGTGAAGCGACTACCATTGAAAAAATCTTGAGACGGGTAAAACTGCCTGAAGTCGTTGCCGCACACAACGCATTTAAAATCCGCCATAAAGCCGAATAG	MKWKNKLIALKQKLNAKCYPIYRALNRKKALKVKLVAVAKNEAAYIPEWVYHHLYFGFDKIDIYYNGCSDNTAALKALLPAQHVSLTCADREFKNNTKSPQIVIYRKALKTAHRQGFTHVLFLDLDEYWLPLDFTTSIKTMIEDTPHFDLMSFPWRNKVDETLFERPVVKETVVETAQQIKTLFSSYLRPVGMNPHNTIDAGLTRLHESGKEFPVFDKVFAQVPKNLAPERALVVHRKFRSEKEYVAMLSRGRPINAGRVRSQFKDNRSGYTDNRQRETIHAPEAAFEKYQSWMDNKLSPPALAAAVEEARSLVMQRYEQVLRDIADAPESEATTIEKILRRVKLPEVVAAHNAFKIRHKAE				NA	NA	NA	NA	NA
AK237_01518	672	gntR_1		putative D-xylose utilization operon transcriptional repressor	ATGGAACTCGCTTTTGAAAGCCCCGTTACACAGGCGGATCGCACGTTTATCAAGCTTCGCAACGACATTGTTGAAGGAGTCATTCCCTCGGGTTCCAAGTTAAGTGAAACGGAATTGTCGACAAAATATGATGTCAGCCGGGCCATTATCCGTGAAGCAATAAACCGTCTTACCGCCAGCCATCTGGTAGAACGCAAGGCCAATGTCGGCGCACGGGTCGTTACTCTCACTCCGCAAGGTTTAATAGAGCTGTATCAGGTGCGCGAAGCACTTGAAGGCATGGCGGCGCGGCTGGCAGCACAGAATATGTCAGATCAGGACATTAACGCGCTGCAAGGCCTGCTCAATGACCATTTTGACGAGGTAAAAGGCGGCGAGTCTTATTATCAGGAAGCCGGCGATGTGGACTTTCATTACCGCATTGTTCTGGGCAGTAAAAACACCCACCTGATTACCGTTTTAATTGACGGTATTTATCATCTGGTGCGCATGTACCGCGTGCAGTTTGGTATGGCCGGTCCCCGCGTCACCACCGCTTACGACGAACATCGTCACGTTGTTCAGGCCATTGCCAACCGTGACGGTGAGCTGGCTGAAATGCTCATGCGCAGACACATTTTGTATTCGAAAAACAATATCGAACGCAAGTTACTTATCACATCACAGAGTTAA	MELAFESPVTQADRTFIKLRNDIVEGVIPSGSKLSETELSTKYDVSRAIIREAINRLTASHLVERKANVGARVVTLTPQGLIELYQVREALEGMAARLAAQNMSDQDINALQGLLNDHFDEVKGGESYYQEAGDVDFHYRIVLGSKNTHLITVLIDGIYHLVRMYRVQFGMAGPRVTTAYDEHRHVVQAIANRDGELAEMLMRRHILYSKNNIERKLLITSQS				NA	NA	NA	NA	NA
AK237_01519	879	prpB	COG2513	2-methylisocitrate lyase	ATGCACAGTGCAGGCAAGAAATTCCGTCAGGCGTTAGCTGACAACAAGCCGTTGCAAATTGTCGGTACCATCAACGCGTACACCGCTATGATGGCAAAACAAATAGGTCATCAGGCAATTTATTTGTCCGGTGGTGGCGTAGCGAATGCGTCTTACGGCCTGCCAGATCTCGGAATGACGTCATTAAACGACGTTCTCGTTGATGTGCAGCGCATTACCTCAGCCTGCGATTTACCGCTGATGGTAGATATCGATACCGGTTGGGGCGGTGCTTTTAATATTGCAAAAACCATCCGCGATATGGAAAAGGCCGGTGCAGCGGCAGTGCATATGGAAGATCAGGTGGCACAGAAACGTTGTGGTCACCGTCCTAACAAAGAAATCGTCTCGACAGACGAAATGGTTGACCGGATAAAATCGGCGGTTGACGCCCGCACCGATCCCGACTTTTTTATTATGGCCCGCACAGATGCTTTCGCACAGGAAGGACTGGAAAAAGCCATAGAACGGGCAAAAGCGTATGTTGCTGCAGGTGCAGACGGCATTTTCGCAGAAGCCATTCAAACAGAAGCCCACTACCGCGCCTTTGCTGAGGCGCTGGATGTGCCCATTCTTGCCAATATCACCGAATTTGGCAAAACCGAATTATGGAATAAAGCGCAGCTCGGAGAATGGGGTGCTGACATGGTGCTGTATCCTTTAAGTGCTTTCCGCGCAATGAATAAAGCCGCTGAACGGGTTTATCAAAGCATTCTCACCGATGGCGACCAGAAGGCAGTTGTCGATACTATGCAAACCCGCATGGAGCTGTACGACTATCTGGGATATCACGATTACGAGCAAAAACTCGACGCGCTGTTTTCAAAGTCAAAGGCGTAA	MHSAGKKFRQALADNKPLQIVGTINAYTAMMAKQIGHQAIYLSGGGVANASYGLPDLGMTSLNDVLVDVQRITSACDLPLMVDIDTGWGGAFNIAKTIRDMEKAGAAAVHMEDQVAQKRCGHRPNKEIVSTDEMVDRIKSAVDARTDPDFFIMARTDAFAQEGLEKAIERAKAYVAAGADGIFAEAIQTEAHYRAFAEALDVPILANITEFGKTELWNKAQLGEWGADMVLYPLSAFRAMNKAAERVYQSILTDGDQKAVVDTMQTRMELYDYLGYHDYEQKLDALFSKSKA	PGPT0001555_1270	DIRECT EFFECT	BIO-FERTILIZATION	POTASSIUM_SOLUBILIZATION	K-SOLUBILIZATION-ORGANIC_ACID_METABOLISM	K-SOLUBILISATION-SUCCINIC_ACID_ACID_BIOSYNTHESIS,PGPT0001555-prpB-K03417	NA	NA
AK237_01520	1122	prpC	COG0372	2-methylcitrate synthase	ATGGCTAAAGAATTAAGCGGCGCCGGACTTCGCGGACAAGTTGCAGGCAAAACGGCACTTTCCACCGTTGGTCAGTCAGGCTCAGGACTGACGTATCGCGGATATGATGTGAAAGACCTGGCAAATCATTGTCAGTTTGAAGAAGTCGCCCATCTTATTCTGAAAGGAAAATTACCGGACTCCGGCGAACTGGCAGCTTACAAAGCAAAACTGAAAAGCCGGCGCGGGTTGCCACAAGCGCTCAAAGAAGTACTGGAACGCATACCCCAAAATGCCCATCCTATGGATGTGTTGCGCACCGGTTGTTCGGTACTGGGTAACCTTGAAATGGAACAGGATTTTTCTGAGCAGGATGAAGTCACCGACCGCATGCTGGCTTGTTTCCCAAGTATCATTTGTTACTGGTACCGCTTCAGTCACGATGGCGTACGCATTGATACCGAACTTGATGATGACTCCATCGGCGCTCACTTCTTACACATGCTGCATGGTGAAAAGCCCCGTGACCTTCACGAACAGGTTATGCATGTTTCCCTGATCCTTTACGCCGAACATGAATTCAACGCTTCCACCTTTACCGCCAGAGTGTGTGCATCCACGTTATCAGACATGCACTCTTGTATTACCGGTGCAATCGGTTCATTGCGCGGCCCTTTGCACGGCGGCGCAAATGAAGCCGCCATGGAGATGATTGAAGGTTTCACCTCGGCGGACGATGCTGAAGAAAAGATGATGGGTAAGCTTGCCCGCAAAGAGAAGATCATGGGCTTTGGTCATGCCATTTACCGTGAATCCGATCCGCGCAACGAAATCATTAAAGGCTGGTCAGAAAAACTGGCTGCAGACGTTGGTGATAAAGTGCTTTATCCGGTGTCTGTGCGCTGTGAAGAAGTGATGTGGCGTGAAAAGAAACTGTTCTGTAATGCTGATTTCTTCCATGCCTCCGCCTATAACTTTATGGGGATCCCGACGAAGTTATTCACCCCTATTTTCGTTATGTCCAGACTCACCGGCTGGGCTGCCCACGTGATGGAGCAACGGGCGGATAACCGCATCATCCGTCCGTCTGCCGAATATACCGGCGAAGAATTACGTCCCGTTACCCCCATCGAACAACGCTGA	MAKELSGAGLRGQVAGKTALSTVGQSGSGLTYRGYDVKDLANHCQFEEVAHLILKGKLPDSGELAAYKAKLKSRRGLPQALKEVLERIPQNAHPMDVLRTGCSVLGNLEMEQDFSEQDEVTDRMLACFPSIICYWYRFSHDGVRIDTELDDDSIGAHFLHMLHGEKPRDLHEQVMHVSLILYAEHEFNASTFTARVCASTLSDMHSCITGAIGSLRGPLHGGANEAAMEMIEGFTSADDAEEKMMGKLARKEKIMGFGHAIYRESDPRNEIIKGWSEKLAADVGDKVLYPVSVRCEEVMWREKKLFCNADFFHASAYNFMGIPTKLFTPIFVMSRLTGWAAHVMEQRADNRIIRPSAEYTGEELRPVTPIEQR	PGPT0001480_1117	DIRECT EFFECT	BIO-FERTILIZATION	POTASSIUM_SOLUBILIZATION	K-SOLUBILIZATION-ORGANIC_ACID_METABOLISM	K-SOLUBILISATION-CITRIC_ACID_BIOSYNTHESIS,PGPT0001480-prpC-K01659	NA	NA
AK237_01521	2592	acnD	COG1048	2-methylcitrate dehydratase (2-methyl-trans-aconitate forming)	ATGAATATGGACTATCGCAAACCCTTTTTAAACACCGGGTTAGATTTTTACGATACCCGTGAAGCTGTAAACAGCATAAAAGCGGGGGCTTACGAAAAGCTCCCGTACACGTCCAGAGTGCTGGCGGAAAACCTGGTAAGAAAATGCCAGCCCGAACACCTCACTGCTTCACTGGAGCAGTTAATTTATCGCAAGCGCGACCTCGATTTTCCCTGGTTCCCCTCCCGCGTGGTTTGCCACGATATTCTGGGCCAGACCGCACTGGTCGATTTAGCCGGATTGCGCGACGCTATCGCTGAGAAAGGCGGCGATCCGTCCAAGGTAAACCCCGTTGTACCGACTCAACTGATTGTCGACCATTCACTGGCGGTGGAACACGCAGGCTTTGAAGCTGATGCCTTTGAAAAAAACCGTGAAGTGGAAGATCGCCGTAACGACGATCGCTTTCACTTTATTAACTGGACCAAAACGGCGTTTAAAAACGTGGATGTGATTGGCCCGGGTAACGGCATCATGCACCAGATCAATCTGGAAAAAATGTCTCCTGTGATCCACGCCAGAGACGGCGTTGCCTTTCCTGATACCCTGGTCGGTACAGACAGTCACACCCCTCATGTTGACGCTCTTGGGGTGATAGCCGTGGGCGTTGGCGGCCTGGAAGCAGAAAGTGTCATGCTGGGCCGCGCCTCCTATATGCGCCTGCCTGACATTGTCGGCGTAGAATTAACCGGCAAACCACAGCCCGGTATTACCGCCACCGATATCGTACTGGCGCTGACAGAATTCCTGCGTAAAGAGCGTGTTGTGTCTGCTTATCTGGAATTCTACGGCGAAGGCGCGTCCGCACTGACAGTGGGCGACCGCGCAACGATTTCAAACATGACGCCGGAATACGGTGCCACAGCTGCCATGTTTTATATTGATGAGCAAACCATCGATTACCTGAAGCTTACCGGTCGTGAAGACAAACAGGTTGAACTGGTAGAGTCTTACGCGAAAGCCACCGGCCTTTGGGCTGATGACCTGGTGACAGCGGAATATGAACGGGTACTGACCTTTGATTTGTCCGGAGTCGGCAGAAATATGGCCGGCCCGTCCAATCCTCATGCAAGGCTGGCGACGGCAGACCTGGCAAGCAAAGGCATTGCCGCTCATGTTGAACAGGAAAATGGCAAAATGCCTGATGGCGCAGTCATTATTGCGGCTATCACTTCGTGTACTAATACCAGCAACCCCCGCAATGTTATTGCCGCCGGATTGCTGGCCCGCAATGCTAATGCCAGGGGACTTATCAGAAAGCCCTGGGTAAAAAGCTCACTGGCGCCGGGCTCTAAAACAGTAAAGCTTTATCTGGAAGAAGCCGGCCTTTTATCTGAACTGGAACAGTTGGGCTTTGGTGTTGTCGCGTTCGCCTGCACCACCTGTAACGGCATGAGCGGTGCCCTCGATCCGAAGATACAGGAAGAAATCATTAAGCGTGATTTATATTCCACTGCCGTCTTGTCAGGAAACCGTAACTTTGACGGCCGTATTCACCCCTATGCCAAACAGGCCTTTTTAGCCTCTCCGCCGCTGGTTGTGGCCTATGCCATCGCAGGTACAGTGCGGTTCGATATCGAAAAAGATGTGCTGGGTACAGACAGTGACGGCAACCCGGTCACGCTGAAAGATATCTGGCCTTCAGATGAAGAAATTGATGCCATTGTCGCCAGCGCGGTTAAGCCAGAGCAGTTCAGACAAGTGTACGAGCCCATGTTCGATCTGAAAATCGACTATGGCAAGGATTTGGATCCGCTTTACAAATGGCGTCCGAAGAGCACTTATATTCGCCGTCCCCCCTACTGGGAAGGTGCGCTGGCAGCAGAGCGTACAATGAAAGGAATGCGTCCCCTTGCCGTACTGGGCGATAACATTACCACTGACCACTTATCACCATCAAACGCCATACTGGCCTCCAGTGCCGCCGGTGAATATTTGTCGAAAATGGGCGTACCTGAAGAGGATTACAATTCCTACGCCACCCACCGGGGTGACCATTTAACCGCCCAGCGGGCTACGTTAGCGAACCCGAAGCTGTTTAATGAAATGGTAACGGAAAACGGTGAAGTGGTTCAGGGCTCACTGGCGCGCATCGAACCGGAAGGCAAAGTGGTACGCATGTGGGAAGCTATTGAGACCTACATGAACCGCAAGCAGCCTCTGATCATTGTGGCGGGTGCTGATTACGGTCAGGGGTCATCCCGTGACTGGGCAGCAAAAGGCGTAAGGCTTGCTGGTGTGGAAGTGATTGTGGCAGAAGGCTTTGAGCGCATTCACCGCACCAATCTGATTGGTATGGGTGTATTGCCGCTGGAATTCCAGCCGGGCACAACACGCAAAACCCTGTATATCGACGGTACTGAAACCTTCGATGTAGAGGGGGATATTTCACCCGGCGCCACTTTGACGCTCATCATCCATCGCGCCGGCGGCGAAACGGACAAAGCAGAAGTGAAATGCCGTTTAGATACTGCTGAGGAAGTGTCCATTTATTCCGCTGGCGGTGTGTTGCAGCGCTTTGCTCAGGATTTTCTGGAATCTGAAAACACCTGA	MNMDYRKPFLNTGLDFYDTREAVNSIKAGAYEKLPYTSRVLAENLVRKCQPEHLTASLEQLIYRKRDLDFPWFPSRVVCHDILGQTALVDLAGLRDAIAEKGGDPSKVNPVVPTQLIVDHSLAVEHAGFEADAFEKNREVEDRRNDDRFHFINWTKTAFKNVDVIGPGNGIMHQINLEKMSPVIHARDGVAFPDTLVGTDSHTPHVDALGVIAVGVGGLEAESVMLGRASYMRLPDIVGVELTGKPQPGITATDIVLALTEFLRKERVVSAYLEFYGEGASALTVGDRATISNMTPEYGATAAMFYIDEQTIDYLKLTGREDKQVELVESYAKATGLWADDLVTAEYERVLTFDLSGVGRNMAGPSNPHARLATADLASKGIAAHVEQENGKMPDGAVIIAAITSCTNTSNPRNVIAAGLLARNANARGLIRKPWVKSSLAPGSKTVKLYLEEAGLLSELEQLGFGVVAFACTTCNGMSGALDPKIQEEIIKRDLYSTAVLSGNRNFDGRIHPYAKQAFLASPPLVVAYAIAGTVRFDIEKDVLGTDSDGNPVTLKDIWPSDEEIDAIVASAVKPEQFRQVYEPMFDLKIDYGKDLDPLYKWRPKSTYIRRPPYWEGALAAERTMKGMRPLAVLGDNITTDHLSPSNAILASSAAGEYLSKMGVPEEDYNSYATHRGDHLTAQRATLANPKLFNEMVTENGEVVQGSLARIEPEGKVVRMWEAIETYMNRKQPLIIVAGADYGQGSSRDWAAKGVRLAGVEVIVAEGFERIHRTNLIGMGVLPLEFQPGTTRKTLYIDGTETFDVEGDISPGATLTLIIHRAGGETDKAEVKCRLDTAEEVSIYSAGGVLQRFAQDFLESENT	PGPT0001515_648	DIRECT EFFECT	BIO-FERTILIZATION	POTASSIUM_SOLUBILIZATION	K-SOLUBILIZATION-ORGANIC_ACID_METABOLISM	K-SOLUBILISATION-ACONITIC_ACID_BIOSYNTHESIS,PGPT0001515-acnD-K20455	NA	NA
AK237_01522	1185	prpF	COG2828	2-methyl-aconitate isomerase	ATGACATTCGCCCCACAAATCAAAATTCCGGCTACCTACATTCGCGGCGGTACCAGCAAAGGCGTGTTTTTCAAACTCACCGATTTGCCCGAAGCCGCACAGCAACCCGGCCCGGTAAGAGACGCGCTATTGCTGCGGGTCATTGGCAGCCCGGACCCGTACGGTAAACAAACTGACGGCATGGGCGGTGCAACGTCAAGTACCAGCAAGACCGTTATTCTGTCGAAAAGTGAACGGGAAGGATTTGATGTGGACTACCTGTTCGGACAAGTGGCTATTGATAAGCCTTTTGTGGACTGGTCAGGAAATTGCGGCAACCTCACCGCCGCGGTGGGCGCATTTGCCATCAGCAACGGGTTGGTTGATAAGGACTCAATACCACACAACGGTATCGTCACCGTGAAAATTTGGCAGGTGAATATCGGCAAAAGCATCATTGCAAAAGTGCCCGTGACCAACGGTGAGGTACAGGAAACCGGTGACTTTGAACTGGATGGCGTAACCTTTCCTGCTGCCGAAGTAGAAATTGCTTTTGTGGACCCGGCGGATGATGATGGCGCGATGTTTCCCACCGGTAATGTGGTTGATGATCTCCACGTCCCGGGTGTTGGCACGCTCAGAGCAACGATGATCAATGCCGGTATTCCCACCATTTTCATTGATGCAGAAAGTTGCGGCTACAGCGGCACAGAGCTACAGGATGTCATTAACAGTGATGAAAAAGCGCTGGCAATGTTTGAAACTATCCGGGCTCACGGCGCGGTGAAAATGGGCCTCATCGGGCACATTGATGAGGCAGCCACGCGCCAGCACACGCCGAAAGTCGCGTTTGTCAGCCCGCCTGCAGATTACACGGCATCCAGCGGGAAGCACATAGCGAAGCAGGATATTGACCTGAATGTCCGGGCCTTATCCATGGGTAAGTTACATCATGCCATGATGGGTACTGCAGCTGTGTCCATTGCTACTGCCGCCTGTATTCCCGGCACACTGGTGAATGAAGCAGCCGGTGGCGGGGAACGCAGTCAGGTGGTATTCGGTCATCCCTCCGGCACACTGAAAGTCGGCGCACAGGCTGAATATCATCACGGCCAGTGGCAGGTGAAAAAGGTGATAATGAGCCGCAGCGCAAGGGTGCTGATGGAAGGATGGGTGCGGATTCCCGCTGACGTTCTGACACCCTGA	MTFAPQIKIPATYIRGGTSKGVFFKLTDLPEAAQQPGPVRDALLLRVIGSPDPYGKQTDGMGGATSSTSKTVILSKSEREGFDVDYLFGQVAIDKPFVDWSGNCGNLTAAVGAFAISNGLVDKDSIPHNGIVTVKIWQVNIGKSIIAKVPVTNGEVQETGDFELDGVTFPAAEVEIAFVDPADDDGAMFPTGNVVDDLHVPGVGTLRATMINAGIPTIFIDAESCGYSGTELQDVINSDEKALAMFETIRAHGAVKMGLIGHIDEAATRQHTPKVAFVSPPADYTASSGKHIAKQDIDLNVRALSMGKLHHAMMGTAAVSIATAACIPGTLVNEAAGGGERSQVVFGHPSGTLKVGAQAEYHHGQWQVKKVIMSRSARVLMEGWVRIPADVLTP	PGPT0001520_504	DIRECT EFFECT	BIO-FERTILIZATION	POTASSIUM_SOLUBILIZATION	K-SOLUBILIZATION-ORGANIC_ACID_METABOLISM	K-SOLUBILISATION-ACONITIC_ACID_BIOSYNTHESIS,PGPT0001520-prpF-K09788	NA	NA
AK237_01523	561			hypothetical protein	ATGCAGGCATTACTCGTTGAAGATGACTACGTATCATCAGCTGCACTGTTTACCGCACGCAAGTATGCATTAGCCGGTCATTTACGCCGCCACAATGGCGCAACCTTTATCCACCACCCGCGGGAACTGGCGGTACTGTTAAGCAAGCTGCCCCATAACCGGGAAATGCTGGCTGCTGCCTGGCTGACACGTTCCATGCAGGACGACTACGCAAACAGTGATGAAGTTGAGATGTGTTTTGGTCAGAAGGTTGCCGACATGGTATCTGCCATGCGCAGTTTCAATTTGCCGGACAGCGGCGCGCCCGAAACACTGGCACGAACGAATTTCCCAGCGATTCAGGCCTCTCCGGCCCTTTTACAAACTATGGCACTCGCTGACGTGTTTGTACTGGCACAAACGGTTACCGAGTTTGAATCCGGCATGCTGCCCGGGTTTAGCCAGTGGCTTGCTCAGCACTTACCACTATTCCCGCAAGCCAGTAGCGCATTAATACACATGGTAGAAAGATGGCTACATAACCAGTCTGCCCGTCCTGTCGCGTTACGTCAGGTAAATTAG	MQALLVEDDYVSSAALFTARKYALAGHLRRHNGATFIHHPRELAVLLSKLPHNREMLAAAWLTRSMQDDYANSDEVEMCFGQKVADMVSAMRSFNLPDSGAPETLARTNFPAIQASPALLQTMALADVFVLAQTVTEFESGMLPGFSQWLAQHLPLFPQASSALIHMVERWLHNQSARPVALRQVN				NA	NA	NA	NA	NA
AK237_01524	1713			hypothetical protein	ATGAAAAAACACGCTCTGGCTTTTGCAATCACTGCCGCGCTATTAAGCGGTTGTGCTACAACTCCCTCCTCTCAGGAGACCATAGAATCGACACCTTACACCTTAAAAAGTGGCGGCGAGATCGCGCCCTATCAACAAGGATTGTCGATTTCCCACGCCACGCTCAACTTTTCATTCGACTTTGAAAACGAAGTGTTGTTTGGCGATACCACACTCACGCTTAACTCAGACAACCCGCAAACACATCTTTCTGTGGATTTAGACTCCCGCTTCACCATTTCTTCAGTATGGTTAAATGGTAAAGCACTTACCGCAGGCGAATACCGTAATGAGCAAGGTGAATTGATCATCGAAAATGGTTCGGTAACCACCTATCCCGCAACGCTTCGTGTTGTTTATCAGGGTCATCCTCGCACACCGGTACGCGCGCCCTGGGACGGTGGTGTCATGTGGGAACAAACACCTGATGGTGCCCCGTGGTTAGCGACAGCGGTGCAAGGCGAAGGCTGCGACCTTTTCTGGCCCTGTATCGACCAGCCATTTGGCGAACCAACCACTGCCGACCTTTTCGTTACCGTTCCCAACAACCTCGTTGCTGCCAGCAATGGTGTGTTGGTAGACACTACAGAGAACGATGACAATAAAACCTGGCACTGGCATGCCAAGTCAATGCATAACACGTACGGTATCGCACTGAATATTGCTCCCTATGAAGCGCTTAAAGAGAATTTCACCAGTATTTATGGCAATACCATTCCATTGGTGTATTACCACTTAAAAGGCAACGACAAGAAAGCGCAGGCACTGTTCGATGAACTCCCCGGGATGATCACGTTTTTTGAACGTATGATTGGTCCTTATCCGTTTTCAGATGAAAAGGTCGGCATTGTACAAACCCCTCATCTGGGCATGGAACACCAAACCATCAACGCTTATGGTAATGACTACAAAAAGGATGAAACCGGCTACGACTGGTTAATGCAGCATGAGTTTTCTCACGAATGGTTCGGCAACCAGCTCACCAATGATAACTGGGATCACATGTGGCTGCATGAAGGGTTAGGCTCATACATGCAACCGCTGTATGCCCAATACCTCAATGGTGACATTTCCTATTTCGCCCTGCTGAACAACCAACGAAAGGGTCTTATCAATGAGCAGCCCATCGTGAGCAACAAGCTCATGTCTGAGGAAGACGTTTATGAAAAGGGCCCGGCTGGCGACATCTATGCGAAAGGCTCATGGGTCATGCATACGCTGCGTTATCTGATTGGTGACGAGGCATTTTTCAAGGCAGTTACCACCACTGTGTATGGCCGTCCTGATCCTGCTCCGGGTAACTTCAAGCCAGTATTTGCAGATACTCAAACTTTCATCGATAACGTCAATGCCGTAACTGACACCAATATGGACTGGTTCTTTGACGTTTATTTATATCACGCCCCTTTGCCTAAGCTTATCACTACCCGCGACGACAGTGGCGTCACCTTTACGTGGGAAACTGAAAATGGCTTACCATTTCCTATGCCCCTCGACGTCAGTATCAATGGTAACGTTACTACCATCGATATGGTGAAAACCCACCATATTTCGGCGCATCCAAAAGATACCGTGATTGCTGATCCTCACAGTAAAGTGCTGCGTTACGAACAACGCTATGAAGATTTTAAAGCGTGGAAAGCAGAGCAGGCAGAAAAAGAGGAAACGAAATAG	MKKHALAFAITAALLSGCATTPSSQETIESTPYTLKSGGEIAPYQQGLSISHATLNFSFDFENEVLFGDTTLTLNSDNPQTHLSVDLDSRFTISSVWLNGKALTAGEYRNEQGELIIENGSVTTYPATLRVVYQGHPRTPVRAPWDGGVMWEQTPDGAPWLATAVQGEGCDLFWPCIDQPFGEPTTADLFVTVPNNLVAASNGVLVDTTENDDNKTWHWHAKSMHNTYGIALNIAPYEALKENFTSIYGNTIPLVYYHLKGNDKKAQALFDELPGMITFFERMIGPYPFSDEKVGIVQTPHLGMEHQTINAYGNDYKKDETGYDWLMQHEFSHEWFGNQLTNDNWDHMWLHEGLGSYMQPLYAQYLNGDISYFALLNNQRKGLINEQPIVSNKLMSEEDVYEKGPAGDIYAKGSWVMHTLRYLIGDEAFFKAVTTTVYGRPDPAPGNFKPVFADTQTFIDNVNAVTDTNMDWFFDVYLYHAPLPKLITTRDDSGVTFTWETENGLPFPMPLDVSINGNVTTIDMVKTHHISAHPKDTVIADPHSKVLRYEQRYEDFKAWKAEQAEKEETK				NA	NA	NA	NA	NA
AK237_01525	1566			hypothetical protein	ATGCTGTCACAACAAGAAGCCGCAGTCTCCACCGGCGTTAACTGGCGCAGACTGGCACCGGTAGCGGTGATCTACTTCATTGTGTCCAATGTCCTCAGTTTTATCCGCCAGTTTATTGTGGTGCTTTCTGTACTTGCCTGGTCTGCCAGCAGCTTTGATTATCAGCAGTCATTCTGGTTTATACCCGTCATGGTGGCTATCTTTCTGGCAACGATTGTCAGTGGTGTTGTGAGTTACTGGTTTTATCAGTACCGCATCCGCAACGAACACGTTGAAATACGTAGCGGGCTGTTCAGGCGTCGTAATATTAATCTGCCATTCTGGCGCATTCAGAATGTAAAAATTGAACAGCCGTTTTACTACCGCCTTACCCATTACACCGTGGTGGTGCTGGATACAGCAGGTTCATCCAAAGAGGAAGCTAAAATTGTTGCCGTAGAACGGGATTATGCGCAGCAGCTCCGTCAGGCGGTGTTGATCTCCGGCAGACAGCATCAGGCCGGGACCACAGAGGACAACACGCCAGAGGCAGTTGACACCGCGACATCATTACTAGCGGATGATGAGAAGGTGATTAACCGCCGCAGCCTTTCCGATCTCATCATTCACGGACTGACCAATAACAGGGTGTGGATCCTGCTTGGTGCACTGACTCCTTTTTATGACGAGATTTCCGGTTTTATTTACGACTTTGTGGATGATCTCGGGTTATCCATGGATGCACTGTTCGCTGACCAGCAAGTACTCTGGTGGCAGGTAGGATTATATGTCATTTCCACCATGCTGCTGATCCTCAGTCTGATGGCCATGGTGTCGGTAGCGGGGTCGGTGATCACGTATTATAACTACACGCTCACTCGCACATCGGACCGGTATATCCGTCGTTCAGGACTATTCAGTTTGCAGGAAGTCAGTATGCGTGAGTCCCGTATACAAATGATTTCCGTCAGGCAGGACTGGCTGGATTACCTGCTTAAGCGTGCTAATTTCTTTTTTGAGCAGAATAAGACCGGTGACAAACAGGAGCAGGAATTACATGCGACTCATAAGATGCTGGTGCCGTCCGTCACCCTTGCTGAGGCACAGGCTCTGGCTACAGATGCAATGCCGGATAACAAGGTGTATCAAACAGGCTATAGCAGGATCAGCACCCGCTTTATCAGTCGCTGGATCCTGACACTGGCACTGCCTGCCTGTGCGCTGGTGTCGGCCATGGGCTATGCCCGTGAAGGCTGGCACATTTTCCTTGTTACCATTCCGGCTTTTACGCTCGCCTGTGCAGGTATTTATTTGCGCTGGCGGCGATGGGGATTCGCCTGCGATGATACTTACTGTTATATCAGAAAAGGTATGGCAGGGATTGACCGCTACAGTTTTGCACTCTTTAAGGTTCAGCAGGTGGCACTGACTCAAAGTGTGCTGATGCAGCGCAGAGGGCTGGCTAACGTGCACTTTATTCTGGCCAGCGGCAGTATCACCATACCCTACATTCCTTATGCGGTTGCCACAGCGCTGGCTGACAAAGCGCTGTGGCATGCCGAATCAGGCCGCCGCTCCTGGATGTAG	MLSQQEAAVSTGVNWRRLAPVAVIYFIVSNVLSFIRQFIVVLSVLAWSASSFDYQQSFWFIPVMVAIFLATIVSGVVSYWFYQYRIRNEHVEIRSGLFRRRNINLPFWRIQNVKIEQPFYYRLTHYTVVVLDTAGSSKEEAKIVAVERDYAQQLRQAVLISGRQHQAGTTEDNTPEAVDTATSLLADDEKVINRRSLSDLIIHGLTNNRVWILLGALTPFYDEISGFIYDFVDDLGLSMDALFADQQVLWWQVGLYVISTMLLILSLMAMVSVAGSVITYYNYTLTRTSDRYIRRSGLFSLQEVSMRESRIQMISVRQDWLDYLLKRANFFFEQNKTGDKQEQELHATHKMLVPSVTLAEAQALATDAMPDNKVYQTGYSRISTRFISRWILTLALPACALVSAMGYAREGWHIFLVTIPAFTLACAGIYLRWRRWGFACDDTYCYIRKGMAGIDRYSFALFKVQQVALTQSVLMQRRGLANVHFILASGSITIPYIPYAVATALADKALWHAESGRRSWM				NA	NA	NA	NA	NA
AK237_01526	546			hypothetical protein	ATGACCACGGAAGGTGAAGCCTTTTCAAATACGGTTGTCTCTGCAAACCAGCTACCGTCTCTGGACACGCTGGTTTATGAGCCTTTGTCGCCGCGCTACAGAACACTGAATCTTGCTATCGCGGCGGCGATCTTCATTACCCTTCTGGTGGTCGTAAACTTCATCCGCTTTCAGCCTTTTGTCACATTGCCGGAAGGACTGCTGTTTGCCTGGCCTTTCGTGACGGCGGGTCTCGTAGCCTTGTGGGGGCTGCTGAGTGTTTATCACTGGCTTGCTGATCCCTTGTTGCAGTTCTCACTCAGAGAGCAGGATTTATCTGTTCACAAGGGACTGATATTCCGCAGCATCACCTGCCAGCCGGTACTTCGCATACAGCACATTGAGCTCAAGCGCGGTCCGCTGGAAAGGCTGGCCGGCCTGGCAACTTTACAGGTTTTTTCTGCCGGGGGAGCAGGACATACCTTTGAAATACCGGGCCTGCCCGTGGCTCAGGCACAGAAAATCCGCCAGTTCATTCTTGATCATAAGGATGTTGGAGCGCGCTGA	MTTEGEAFSNTVVSANQLPSLDTLVYEPLSPRYRTLNLAIAAAIFITLLVVVNFIRFQPFVTLPEGLLFAWPFVTAGLVALWGLLSVYHWLADPLLQFSLREQDLSVHKGLIFRSITCQPVLRIQHIELKRGPLERLAGLATLQVFSAGGAGHTFEIPGLPVAQAQKIRQFILDHKDVGAR				NA	NA	NA	NA	NA
AK237_01527	2361	arcB	COG0642	Aerobic respiration control sensor protein ArcB	ATGCATCAAGATTCTCCAAATGACTCATGGGCCATTAAGTTTGCGCAATTTATCAAGCGTTTTGGCACGCTTAAACTGAGTTTGCTGTTTGTTGTTGTTACGCTGGTTTTTACCTTAGGCGGGTCCTATGTCATTCGTGTGACAATGGGCAACGAGGTTCAGCCTGACGATTTTATTATTGCTGTTGTGCTTACCATGATGTCAGCGCCCTGGGTATTGTACTTTTTAAGTGAGCTCGTAAAGCAACTTGAGACGTCACGCACCAATTTAAAAGAAGTGGTAAGTCAGCTAGAGCGCTTACGGGAAGAAGATGTTTTTCTTAATCGTGAACTGCAAAGCAATATCCGCCAGTTAAATCACGAAATGGAGCAGCGTCGTAAAGCGCAGGATGATCGAGAAGCGGTATTCAAAGATCTCGAAAAAGAGATAGAAGAAAAATCGCATTCTGAGCAACAAGCCCGTCACTTGTCTACCTTGCTGCGTTCTATTATCGATGCGTCTCCTGATCTTATTTACTATCGTAATGAAGAGGGGCGCTTTGCTGGCTGTAACCGTATTGCCGAAATGCTCACGGGTAAGACCGAAGCGGAGCTGGTTGGTCTTACATTGCATGATGTTTTTGAGGAAGAGCTTGCACGTCAAATTGTCGCCTCTGACCATGAAGTGCTGGAGACCAACGCGAGTATGACTGAAGAGCTGTGGCTGCGCTTTGCTGATGGCCGTCGTCGCTACTTCGAAATGAAACGCGTGCCGTTCTTCGACAATGAAGGAAAGCGTTTAGGGCTGCTAGCGTTTGGTCGTGATATGACCGAGCGCAAGCAGGCAGAGAATGCCGCTGCGAAAGCAAGTACAGACAAGACCCGTTTTATCGCCACCATTTCCCATGAGCTGCGTACGCCGCTGAACGGTATCGTCGGGCTAAGCCGTATGTTGCGGGACACGGATTTAAGCGAAGAACAATTTAACTGGGTCAGTACCATTTATGCCAGTGCCATCACATTGGGTAATATTTTTAATGATATTATCGATCTAGATAAATTAGACCGCGATAAACTTGAGCTAAGTTTAAAAACAGTTTCGCTGCGCGATTTTACCCAGGAGCTGTCAAGCATCATTCGCTTATTGGCGGCAGACAAGTCTTTAGAGCTGGTCACTGATATTCAAGAGCCGTTGCCACAGCTGGTGGAAGTTGATGGAACGCGCTTGCGCCAGATCCTTTGGAACATTTTGTTTAATGCGGTGAAGTTTACGCAAAAAGGGAATGTGAAACTCAGTGTCTCTGCTACCCCGGCAAAAGACGATATGACCGTGGTGACCTACGTGGTAGAAGATACCGGTGTGGGGATCCCTGACAGCGAAATCGAGAAAATCTTCGCGATGTATTATCAGGTAGACCATCCGGATCACCAGTCTGCAACGGGTACCGGTATTGGTCTGGCAATTTGTAAGCAAATGGTCGACCTGATGAACGGCGATATCCGTGTGACGTCTGAAGTTGGCAAGGGTACGCGTTTTGAAATAGAGCTGCCGTTGCAGATTTCTAATCGTCCTATGCAGGTGTCCAAGCTGCTGGTGACCGATCTTAACATTCTGCTGGTGGAAGACATTGAGCTGAATGTAATGGTGGCCAAGGCGCTGCTTGAGAAGTTAGGTCAGACAGTCGATGTAGCCATGACGGGACAGGAAGCCATCGATAAAGCCCGCGAAAACCAGTATGACCTTATACTGCTGGATATTCAGTTGCCGGACATGACAGGCTTCGATGTCGCTAATACGTTGCGGGACGAGGACTTGGTGATGGGTACGCCAATGGTAGCTTTAACGGCAAACGTGATTAAAAAGCGGGAAGAATACCTGCAAAATGGTATGGATGACGTTATTGCTAAGCCAATTAAGAAAAGCCGGGTTATTGAGGTGTTTAACAGCCTCTTTGCAGAACCGGCCGCGCCGCTGCATACCGAGGTTGAAAACAAACCGAAGAAAACCGACAACAGCAAAGCGCTGTCCAATATTCTGGATATCGAGTTGTTGCAGATGCTGGTGGACACCATTGGTGAAGATATGGTGCGAGCCAGTGTGAAAGTGTTCCAGGACAAGATGCCTGAGTACATGGAAATTTTGCAACTAAGCTTAAGTGCTGATGAAAAATCGGAAGTCTGCTCGCAAGCGCATAAAATTAAAGGGGCTGCAGGGTCGGTGGGACTTGCCCGCGTGCAACGTATTGCCAACCAGATCCAGCAGGGCGATCATCCGGCATGGTGGCAAAATGTGCATGATTGGGTAGAAGAACTGCAGATGGCTGTTGCCCATGATATGAAAGCACTTCACGAATGGCTCAATTCGCAAATGATTGAGGACTGA	MHQDSPNDSWAIKFAQFIKRFGTLKLSLLFVVVTLVFTLGGSYVIRVTMGNEVQPDDFIIAVVLTMMSAPWVLYFLSELVKQLETSRTNLKEVVSQLERLREEDVFLNRELQSNIRQLNHEMEQRRKAQDDREAVFKDLEKEIEEKSHSEQQARHLSTLLRSIIDASPDLIYYRNEEGRFAGCNRIAEMLTGKTEAELVGLTLHDVFEEELARQIVASDHEVLETNASMTEELWLRFADGRRRYFEMKRVPFFDNEGKRLGLLAFGRDMTERKQAENAAAKASTDKTRFIATISHELRTPLNGIVGLSRMLRDTDLSEEQFNWVSTIYASAITLGNIFNDIIDLDKLDRDKLELSLKTVSLRDFTQELSSIIRLLAADKSLELVTDIQEPLPQLVEVDGTRLRQILWNILFNAVKFTQKGNVKLSVSATPAKDDMTVVTYVVEDTGVGIPDSEIEKIFAMYYQVDHPDHQSATGTGIGLAICKQMVDLMNGDIRVTSEVGKGTRFEIELPLQISNRPMQVSKLLVTDLNILLVEDIELNVMVAKALLEKLGQTVDVAMTGQEAIDKARENQYDLILLDIQLPDMTGFDVANTLRDEDLVMGTPMVALTANVIKKREEYLQNGMDDVIAKPIKKSRVIEVFNSLFAEPAAPLHTEVENKPKKTDNSKALSNILDIELLQMLVDTIGEDMVRASVKVFQDKMPEYMEILQLSLSADEKSEVCSQAHKIKGAAGSVGLARVQRIANQIQQGDHPAWWQNVHDWVEELQMAVAHDMKALHEWLNSQMIED	PGPT0026350_78	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-ENERGY_METABOLISM	CE-BACTERIAL_FITNESS-OXYGEN_AVAILABILITY_SIGNALLING,PGPT0026350-arcB-K07648	NA	NA
AK237_01528	4467	gltB	COG0067	Glutamate synthase [NADPH] large chain	ATGAGTTTATATAATCCCAATGATTCCCGGGATAACTGTGGCTTTGGTCTTATCGCCCACACTCACGGGGAAGCCAGCCATAAACTGGTAACGACTGCAATCCAGGGCCTGGACAGAATGCAGCACCGTGGCGGTATTGCTGCCGACGGTAAAACCGGTGACGGCTGCGGATTGCTACTGCAAAAACCGGATGCCTTTTTTCAGGCTATCGCCGACGAGAACGGCTGGAAGCTGAGTAAGAAGTATGCCGTAGGCATGATCTTTTTGAGTCAGGACGACACGCTGGCACAAGCTGCCAGAGACATTCTTAACGAAGAACTGGAAAAAGAAACACTGAATGTTGTGGGCTGGCGTAAAGTGCCGGTAAACCATGACGTGTTAGGTGAACTGGCTCTGACCGGTGTACCGCAGATTGAGCAGGTTTTTGTTAATGCTCCTGCGGGCTGGCGTAAACGCGACGTAGAGCGTCGTTTGTTTATGGTTCGCCGCCGTGCCGAGAAACGTCTGGAAAAAGACAAAGACTTCTATGTAGCCTGTTTATCCGGCTTAGTCACCATCTATAAAGGTCTGGTGATGCCGAAAGATCTGCCTGCCTTCTATGCAGATTTGGCTGACGAACGTCTGAAAAGTGCGATTTGTGTATTCCACCAGCGCTTCTCTACCAACACATTACCCAAATGGCCTCTTGCGCAGCCTTTCCGTTTTCTTGCGCACAATGGTGAAATTAACACCATTAAAGGTAACCGTGACTGGGCAATGGCCCGTACCGGTAAGTTCTCTACGCCTTTAATTCCCGATCTAAAAGATGCAGCACCTTATGTAAATACAACAGGTTCTGACTCATCTTCTTTGGATAACATGCTGGAATTATTTCTGGCAGGCGGCATGGACTTATTCCGTGCAATGCGTCTGCTTGTGCCACCAGCGTATCAAAATAACAAAACCATGGACGAGAGCCTGCGTGCATTCTACGAGTTTAACTCAATGCACATGGAACCATGGGATGGTCCTGCCGGTATCGTACTGACAAACGGTCGCCACGTTGCCTGTAACCTTGACCGTAATGGTCTGCGCCCTGCCCGCTACGTGATCACCAAAAATGGTTTCATCACGCTGGCTTCAGAAGTAGGTATCTGGGATTACAGCGAAGCAGACGTGGTAGAAAAAGGCCGCGTTGGCCCGGGTGAAATGCTCGCCGTTGATACCTACAACGGTAAGATCTGGCGTTCCAATGAAATCGACGCAGAGCTGAAAGACCGTCACCCGTACAAAGAGTGGCTGGAAAAACACATCCGTCACCTGACGCCAATTGAGCAGATGGATTCTTCTGAATTAGGTAAGCGTGTCTTCGATGACGACACCATTGAGGTTTACCATAAGCTGTTCAACTACAGCTACGAAGAAATTCAGCAAGTCGTGAAGGTACTGGCCAAAGATGGTCAGGAAGCCGTAGGTTCAATGGGTGATGATACGCCAATGGCCGTATTGTCTTCCAAAACCCGCACTGTTTACGATTACTTCCGTCAGCAGTTTGCCCAGGTAACCAACCCGCCAATCGATCCGTTACGTGAAAATCACGTTATGTCACTGGCTACCTGTATCGGCCGCGAGCAAAACGTATTCAGCGAAACGTCAGGTTATGCTGACCGCGTACTGTTTTCATCTCCGGTACTGGTTTACACCGATTTAAAACAGCTGCGTGAATTTAACCCTGATAACTACTATTCAGAGAAAGTTGACCTGCAATATAAGCAGGAAGAAGGCTTACGTAAGGCCATCGAACGTATCTGTAACGAAGTGGAATATCTGGTTAAACAGAAACGCGCTGCATTCGTTATTCTGTCAGACCGCAACATCAAGAAAGACAGACTGACCATTCCTGCCGCTATGGCAACCGGCGCGGTGCATCGTCGCCTGGTTGACAAGGCGCTGCGTTGCGACGCAAACGTTGTGGTTGAGACTGCTTCGGCCCGTGACCCGCATCACTTTGCTGTACTCATTGGCCTGGGTGCAACGGCTGTTTATCCGTTCCTTGCTTATGAAACCATCGAGCAACTGTGCGAAAAAGGCGAGCTGACCGGCTCTGTGACAGACGCAGTATTGAATTACCGTAAAGGTATCAATAAAGGCCTTTACAAAATCATGTCTAAGATGGGTATCAGCACCGTGGCCAGCTACCGCTGCTCCAAGCTGTTTGAAGCCATCGGTATCAACAAAGACGTGGTTAACCTTTGCTTTAACGGCGTACCTTCCCGTATTCAGGGTGCCGGCTTTGAAGATTTCGAACAGGATGCCATTAACCTTAACCGCATTGCCTGGCTGAAGCGTAAGCCTCTGTCTCACGGTGGTCTGCTGAAATATGTTCACGGCGGCGAGTATCACGCCTACAACCCTGATGTAGTGAAATCACTGCAAACCGCAGTGATTTCCGGTGAATACAGCGATTATCAGGTTTATGCAAAACACGTCAATGAGCGTGCACCAGCGCATTTCCGTGATTTGCTGAAAGTGAATTCGCCCAACGAAGCCATTGATATCAGCGAAGTCGAAGGGGCGGAAAAACTGTTCCCCCGTTTCGATACCGCGGCGATGTCTATCGGTGCATTGAGCCCTGAAGCCCACGAAGCACTTGCCATCGCAATGAACCGCTTAGGTGGCCAGTCGAACTCAGGTGAAGGTGGCGAACACCCTTCCCGCTTCGGCACAGAAAAGAACTCTAAAATTAAGCAGGTAGCTTCCGGCCGCTTCGGTGTAACCCCGCACTATCTGGTCAACGCAAATGTTATCCAGATCAAAGTAGCGCAGGGTGCAAAACCGGGCGAAGGTGGTCAGTTGCCGGGTGACAAGGTTAATAAGTACATTGCGCAACTGCGTTTCTCTGTACCTGGTGTAACCCTGATTTCACCACCGCCTCATCACGATATTTACTCTATCGAAGATTTGGCTCAGCTTATTTTTGACCTTAAGCAGGTTAATCCTACCGCCCTGATTTCAGTGAAACTGGTATCAGAGCCGGGCGTAGGCACTATCGCTACCGGTGTAGCGAAAGCGTATGCTGACCTCATTACCATTTCCGGTTATGACGGTGGTACAGGTGCAAGCCCGCTGACGTCTGTTAAGTACGCCGGCAGCCCGTTTGAGCTGGGTCTGGCGGAAACACAACAGGCACTGATTGAAAACGGTCTGCGTCACAAAGTACGTGTACAAACTGACGGTGGTCTGAAAACCGGTCTGGACGTTATCAAAGCAGCCTGTATGGGTGCTGAAAGCTTCGGTTTCGGTACCGGCCCGATGGTCGCGTTAGGCTGTAAATACCTGCGAATTTGTCACCTGAACAACTGTGCGACAGGTGTTGCAACTCAGGATCAAAAGCTGCGTGAAGAACACTTCATCGGCTTGCCTGAGATGGTAATGAACTACTTTAAGTTCATTGCGCAGGAAGTGCGGGAAATTATGGCCGCAATGGGCGTACGTAAGTTCGATGAACTGGTAGGCCGCACTGATCTGTTGAAAGTTATCGACGGCATTTCAGCGAAACAAAACAAACTGGATCTGTCACCACTGCTGGCAACACCGGTTGAAGGCGAGCATACTCGTCTGTTCTGTTCAGAAACCACCAACCAGCCGCTGGATAAAGGTGAGCTGAATGCGAAGATCCTGGACGATGCCCGAAACGCAGTGCGTGAAGGCAAAGGTATCCGTCTAAGCTACCCAATCCGCAACACTGACCGTTCAGTGGGTGCCATGTTGTCTGGTGAGATCGCCAAACATCACGGAAACCATGATATGGAAGATGTGCCGGTTGAAATACAGTTTACCGGTACTGCGGGCCAGAGCTTCGGCGTATGGAACGCAGGTGGTCTGCACATGCGTATTGAAGGTGATGCCAACGATTACGTGGGTAAAGGTATGACAGGCGGTAAGCTGGTTATCTATCCGCCGAAGAACATCAGCTTCGATGCACACAACAGTGCCATCATGGGTAACACCTGTCTGTACGGTGCTACCGGCGGTAAACTGTTCGCTGCCGGCCGTGCCGGTGAACGTTTCGGTGTGCGTAACTCAGGCGTAACCGCCGTGGTTGAAGGTATCGGTGACAACGGTTGTGAATACATGACCGGTGGTATTGTTGCTGTACTGGGCCCGGTTGGCGTTAACTTTGGTGCCGGTATGACAGGTGGTTTCGCTTACCTGTACGACGAAAACGGTGACCTTGATAACCGCGTTAACCCTGAACTGGTTGAAATCATGGAGATTGGCGACAAGGCCATTCTGTCAGAGCACTTACGTGGTCTGATTAACCAGCACTATGAAGAAACAGGCAGTGAACACTCATTGTCATTGCTGACGAACTTTGCTGAGTCGGTAAAACGCTTTAAGTTAATTAAGCCGAAAACCAGTGACGTTAAAAACCTGTTGGGCCACATCAGCCGTTCGAGTGACGAGCTGCGGATCCAGGCGCAATAA	MSLYNPNDSRDNCGFGLIAHTHGEASHKLVTTAIQGLDRMQHRGGIAADGKTGDGCGLLLQKPDAFFQAIADENGWKLSKKYAVGMIFLSQDDTLAQAARDILNEELEKETLNVVGWRKVPVNHDVLGELALTGVPQIEQVFVNAPAGWRKRDVERRLFMVRRRAEKRLEKDKDFYVACLSGLVTIYKGLVMPKDLPAFYADLADERLKSAICVFHQRFSTNTLPKWPLAQPFRFLAHNGEINTIKGNRDWAMARTGKFSTPLIPDLKDAAPYVNTTGSDSSSLDNMLELFLAGGMDLFRAMRLLVPPAYQNNKTMDESLRAFYEFNSMHMEPWDGPAGIVLTNGRHVACNLDRNGLRPARYVITKNGFITLASEVGIWDYSEADVVEKGRVGPGEMLAVDTYNGKIWRSNEIDAELKDRHPYKEWLEKHIRHLTPIEQMDSSELGKRVFDDDTIEVYHKLFNYSYEEIQQVVKVLAKDGQEAVGSMGDDTPMAVLSSKTRTVYDYFRQQFAQVTNPPIDPLRENHVMSLATCIGREQNVFSETSGYADRVLFSSPVLVYTDLKQLREFNPDNYYSEKVDLQYKQEEGLRKAIERICNEVEYLVKQKRAAFVILSDRNIKKDRLTIPAAMATGAVHRRLVDKALRCDANVVVETASARDPHHFAVLIGLGATAVYPFLAYETIEQLCEKGELTGSVTDAVLNYRKGINKGLYKIMSKMGISTVASYRCSKLFEAIGINKDVVNLCFNGVPSRIQGAGFEDFEQDAINLNRIAWLKRKPLSHGGLLKYVHGGEYHAYNPDVVKSLQTAVISGEYSDYQVYAKHVNERAPAHFRDLLKVNSPNEAIDISEVEGAEKLFPRFDTAAMSIGALSPEAHEALAIAMNRLGGQSNSGEGGEHPSRFGTEKNSKIKQVASGRFGVTPHYLVNANVIQIKVAQGAKPGEGGQLPGDKVNKYIAQLRFSVPGVTLISPPPHHDIYSIEDLAQLIFDLKQVNPTALISVKLVSEPGVGTIATGVAKAYADLITISGYDGGTGASPLTSVKYAGSPFELGLAETQQALIENGLRHKVRVQTDGGLKTGLDVIKAACMGAESFGFGTGPMVALGCKYLRICHLNNCATGVATQDQKLREEHFIGLPEMVMNYFKFIAQEVREIMAAMGVRKFDELVGRTDLLKVIDGISAKQNKLDLSPLLATPVEGEHTRLFCSETTNQPLDKGELNAKILDDARNAVREGKGIRLSYPIRNTDRSVGAMLSGEIAKHHGNHDMEDVPVEIQFTGTAGQSFGVWNAGGLHMRIEGDANDYVGKGMTGGKLVIYPPKNISFDAHNSAIMGNTCLYGATGGKLFAAGRAGERFGVRNSGVTAVVEGIGDNGCEYMTGGIVAVLGPVGVNFGAGMTGGFAYLYDENGDLDNRVNPELVEIMEIGDKAILSEHLRGLINQHYEETGSEHSLSLLTNFAESVKRFKLIKPKTSDVKNLLGHISRSSDELRIQAQ	PGPT0000635_2938	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_UTILIZATION	PLANT_DERIVED_GLUTAMINE_DEGRADATION,PGPT0000635-gltB-K00265	NA	NA
AK237_01529	1416	gltD	COG0493	Glutamate synthase [NADPH] small chain	ATGGCTAAAAATGTATACCAATTTGTTGACGTTGAACGGATTGACCCGCCGAAAAAACCTATCATGGTGCGTAAGGGTGAGTTCGCTGAAATTTATCAACCGTTAACGCAATCACAAACCGAAGGCCAGGCAGACCGCTGCCTGGACTGCGGTAACCCTTATTGCGAGTGGAAGTGTCCGGTTCACAACTACATTCCGCAGTGGCTGAGCCTTGCGAATGAAGGTCGTATTATTGAAGCAGCAGAACTTTCTCATAAAACGAACAGCTTGCCGGAAGTTTGCGGCCGTGTTTGTCCGCAGGACCGTTTATGTGAAGGTGCCTGTACGCTGAATGACGAGTTCGGCGCCGTGACTATCGGTAGTATTGAAAAATACATCACCGACACCGCTTTCGAAATGGGCTGGCGTCCGGATATGTCTGACGTAGTCTGGACAGATAAGAAAGTGGCTATCGTGGGTGCCGGTCCTGCAGGTCTTGCCTGTGCAGATATTCTGGTACGTAACGGCGTGAAGCCGGTTGTTTTCGACAAGTACGAAGAAATCGGCGGCCTGTTAACCTTCGGTATTCCTTCGTTCAAGCTGGAAAAAGACGTGATTAAACGTCGTCGTGAAATTTTCACCGAAATGGGTGTAGAGTTCAGACTCAACACCGAAATAGGCAAAGATATCGACTTCCAGAAGCTACTCGATGAATACGATTCAGTCTTCCTCGGCATGGGTACGTATAAGTCCATGCAGGGCGGGTTTGACAATGAGCACGTTGAAGGCGTTTTTGATGCCCTTCCGTTCTTAGTTGCGAATACTAACCGAGTGATGGGACTAGAAAAAGATCCGGCTGACTTTGTCGACATGAAAGACAAAACCGTGGTTGTGCTGGGTGGTGGTGATACCACTATGGACTGCGTACGTACGTCTATCCGCCAAGGTGCAAAGCGCGTAATTTGTGCTTACCGCCGTGACGAAGAAAGCATGCCCGGCTCCCGCAAGGAAGTACAAAATGCGAAAGAAGAGGGTGTGGAATTCGTATTCAACGTGCAACCTCTGGATATCGCTTTGACAGAAGACGGTAAAGCAGCCGGCGTTAAACTGGTTAAAACCGAAATGGGTCCACCGGATGTTAATGGTCGTCGTCGCCCTGTTGAAGTAGACGGCTCCGAACACGTACTTGAAGCAGACGCAGTGATTATAGCCTTCGGTTTCCAGCCAAGTCCTGCCAGCTGGTTTGCTGACTACGGTATTATCCTGGATGAAAAAGGTCGTGTTATTGCACCATCCGGAGGTAAATTTGCCTATCAAACTGCCAACCCGAAAATCTTCGCCGGTGGCGATATGGTGCGCGGCAGTGACCTGGTAGTAACCGCCATTGACGAAGGCCGTAAAGCGGCTGACGGCATCATGGACTACCTCGGCGTGTAA	MAKNVYQFVDVERIDPPKKPIMVRKGEFAEIYQPLTQSQTEGQADRCLDCGNPYCEWKCPVHNYIPQWLSLANEGRIIEAAELSHKTNSLPEVCGRVCPQDRLCEGACTLNDEFGAVTIGSIEKYITDTAFEMGWRPDMSDVVWTDKKVAIVGAGPAGLACADILVRNGVKPVVFDKYEEIGGLLTFGIPSFKLEKDVIKRRREIFTEMGVEFRLNTEIGKDIDFQKLLDEYDSVFLGMGTYKSMQGGFDNEHVEGVFDALPFLVANTNRVMGLEKDPADFVDMKDKTVVVLGGGDTTMDCVRTSIRQGAKRVICAYRRDEESMPGSRKEVQNAKEEGVEFVFNVQPLDIALTEDGKAAGVKLVKTEMGPPDVNGRRRPVEVDGSEHVLEADAVIIAFGFQPSPASWFADYGIILDEKGRVIAPSGGKFAYQTANPKIFAGGDMVRGSDLVVTAIDEGRKAADGIMDYLGV	PGPT0000640_3542	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_UTILIZATION	PLANT_DERIVED_GLUTAMINE_DEGRADATION,PGPT0000640-gltD-K00266	NA	NA
AK237_01530	360			hypothetical protein	ATGAACAGAAAATTAGTCAGTTTATTCGCCGCAACATTATTAAGTGTAGCGTCACTGTCTGTCATGGCATCACCAGATACCGCAGTCTGCCCAGCCGATTTCCATAATTTGACCATGCCTGAAAACGCGAAGCAGTGTCAGCGATTCGACACCTCACTACCCGCGACCATGGTGTTCTACTCATCCACGTCGCAGCAAGCGCTAATTGAACACTACACCACCAGCTACCCCGGCATGGAGGTGGCAGCTACGATTCAAGGGCGGACATTACTTACCGCTGATAATGATACCGTTCGCATCATCATTTCACCGGATCATCAAGGTTCTCAGGTAGACATGATGATTGTAGAAGCTAAGTAA	MNRKLVSLFAATLLSVASLSVMASPDTAVCPADFHNLTMPENAKQCQRFDTSLPATMVFYSSTSQQALIEHYTTSYPGMEVAATIQGRTLLTADNDTVRIIISPDHQGSQVDMMIVEAK				NA	NA	NA	NA	NA
AK237_01531	588			hypothetical protein	ATGGAACTGGCTATAATTTTAATGATGTTACTGATTGTGGTTGCTCTGGGCGCCATGAAACTGTCAGACAGTGGCGTGAGTTTTCCTTTTCGCAGCAAGCCACAGCTCTTTACGCCGGTAGAACACAATTTTCTCAAGCTGATTGAACAAGCGGTAGGCAGAGAATTTCGCATAGTATGCCGGGTGAGATTAAGTGATCTATTGGCAGTGCGTGCCAAAGCCAGTAAAAAACAAGGCTCAAGCGCTATGTCACGTGCTTCGTCAAAACAGCTCGATTTTGTACTGTGTGACAAAGAAGATATGACCCCCATCATGGCTATCGATCTTGTCTATAATAATGGCAAAAACAAGTACAAATCCCAGCGAGACTTTTTTGTCAGTGGCGCGCTGGATGCTGCCGGGCTGCCTCATGCACGAATCAAGGTAAAAACAGGCTACACCCTTGAAGAAATCAGAGAATGTATTGAAAGCAAACTGGTGCCCTATCGTCGTAAACAACAACGAATAGCACAAGCGCCTACGCTAAACCCAGCACCAAACAAGCGCCCTACTCGTCCCGTGCGCTCTAGTCGCGCAGCGGCTGCTTAA	MELAIILMMLLIVVALGAMKLSDSGVSFPFRSKPQLFTPVEHNFLKLIEQAVGREFRIVCRVRLSDLLAVRAKASKKQGSSAMSRASSKQLDFVLCDKEDMTPIMAIDLVYNNGKNKYKSQRDFFVSGALDAAGLPHARIKVKTGYTLEEIRECIESKLVPYRRKQQRIAQAPTLNPAPNKRPTRPVRSSRAAAA				NA	NA	NA	NA	NA
AK237_01532	696	mtnN_1	COG0775	5'-methylthioadenosine/S-adenosylhomocysteine nucleosidase	ATGAAAATCGGTATTTTAGGGGCTATGGATCAGGAAATAGCGCTACTTCAGTCTTCATTAACAAACTGTGAAACCCGCCAGTGGAAGCACCTGACATTTTACACTGGCACTCTGCATGGCGCAGAGGTTGTTCTGGTGAAATGTGGTATTGGTAAAGTCGCTTCTGCATTGGCAACCACAGCGTTAATCGAACAGTATACTCCCGACTTTGTTGTGAATACGGGCTCTGCGGGCGGATTTGATCCCGCTCTCGATATTGGTGATGTCGTGGTGGGTAGTGCTGTAAAATACCACGATGTCGACATTACTCACTTTGGCTATGAACTTGGACAGTGTGCAGGTATGCCCGCCCAGTTCGACTGTGACGCGCGTCTGATTGACGCAGCATCAGCTGCGGCGCAAGCCATCACCCATATTCAACACACCACGGGCATGATTTGTACCGGCGATTCCTTTGTCGGTTCAGACGAAGCCGCACAGAAAATTAAAGACACATTTCCAGCTATGAAAGCATGCGAAATGGAAGGCGCGGCAATCGGTCAAACGTGTTTCATGCTTGCCACGCCGTTTTTGGTCATCCGCTCGCTGTCAGACATTGCGGGCAAAACCTCTTCAGTCTCATTTCAGGAGTATCTGGAGACAGCCGCTAAACATTCTGCTGAGCTTGTGATGGAAATGATTGCCCGTTTAGCCTGA	MKIGILGAMDQEIALLQSSLTNCETRQWKHLTFYTGTLHGAEVVLVKCGIGKVASALATTALIEQYTPDFVVNTGSAGGFDPALDIGDVVVGSAVKYHDVDITHFGYELGQCAGMPAQFDCDARLIDAASAAAQAITHIQHTTGMICTGDSFVGSDEAAQKIKDTFPAMKACEMEGAAIGQTCFMLATPFLVIRSLSDIAGKTSSVSFQEYLETAAKHSAELVMEMIARLA	PGPT0014320_1882	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
AK237_01533	957	cbiB		Cobalamin biosynthesis protein CbiB	ATGGACGCGCTAATTCACAGTCCCGCATTACAAAACCTCGCTTTGCTGTTGGTGGTCATCGCCATCGACAGCTTATGGCGCTGGCCACCTAAATACCATCCGCTGACGGTGTTTCGCCTTTTAGCAGAGGGGATGGCCAAAAAAGTTAAACCCAAAAGTCACGATAGTCCTTCTCAGCACCGTATTTCCGGCGCACTGGGTGCCATCGTATTAATTGTCCCCTTCACGGTACTCATTGGGTTGCTAATCACCATGGCTGAATATCCGCTTTTTTTTGAGGCGGTGATTTTGTTATGCGTTATGGATTTCGCGCAAATTCGCTGGCACTACAATGCTGTCATCTCTGCCTTAGGTCGTGAAAAAAAAATCCTGGCAAGAGAAATGGTATCGCATATGGTTGCCAGAGATTGTGATCGGTTAACCGATATAGGTATTGCCAAAGCGGCCATGGAAAGCTTGCTGCTGCGCTTTTACTACCAGTTTTGCGGCGTTGTCATTTGGTTTCTGGTCGCGGGTCCCGTGGCGGCACTTCTTTATCGTCTTTTACTTTTATTTGCCTGGCAATGGCACTGGCGAAAACCCGGATTTTATTGGTTTGCCCTGCCCGTCAGGCGTGTAACCCGTTTATTAGCGATTATACCCGCCTTTATCGGTGCGGGACTGCTGGCGCTTTCCACTCACCCCTTGGCTGCCATTCACGCCTTATCAACAGCTAAAGCCAAAGACAGTACATCGCTGCTGCTTGCCATTTCAGGTGGCAGTTTAGGTATCCGATTAGGCGGACCGGCCATGTACAATGGCAACATGATTCGCTACCCCCGTGTGGGCGGACAAAGAGAAGTACGTTATTCAGATATGACGTACTGCAGGCGCGCAGTGATTAGAGCTGTGTTACTACTGTTAGGGCTTTGTATAGTGGTCCTTTCTTCAATACACGCGCTATATCCAGGTTACTAA	MDALIHSPALQNLALLLVVIAIDSLWRWPPKYHPLTVFRLLAEGMAKKVKPKSHDSPSQHRISGALGAIVLIVPFTVLIGLLITMAEYPLFFEAVILLCVMDFAQIRWHYNAVISALGREKKILAREMVSHMVARDCDRLTDIGIAKAAMESLLLRFYYQFCGVVIWFLVAGPVAALLYRLLLLFAWQWHWRKPGFYWFALPVRRVTRLLAIIPAFIGAGLLALSTHPLAAIHALSTAKAKDSTSLLLAISGGSLGIRLGGPAMYNGNMIRYPRVGGQREVRYSDMTYCRRAVIRAVLLLLGLCIVVLSSIHALYPGY	PGPT0004660_1755	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_VITAMIN_PRODUCTION	PLANT_VITAMIN_B12|COBALAMIN_METABOLISM	PLANT_VITAMIN_B12|COBALAMIN_BIOSYNTHESIS,PGPT0004660-cbiB|cobD-K02227	NA	NA
AK237_01534	411	glpE_2		Thiosulfate sulfurtransferase GlpE	ATGCGAAAAATCATTGTTGTTACTGCTCTTGTTATCGTTGCGGGTATTGCAACGAGCTTATATTGCACAAAAGAAGCCGAAGCCGACGGCTTTCGATCTGTGGAAGCCACGCCTTTCCTGTTAGAAAAAGTGAAAACGGACGAATGGCTACTCATTGACGTTCGCACGCCACAAGAATATGCAGATGGCCATATACCCGGGGCCATTAATATGCCCCATGAAGCTATCGGCGATTATGTCGAACAACTAAACGACGCCAAAGACAAACCTATCATTATCTATTGCCGTTCAGGCCGCAGAGCACAAATTGCTATGCAGATGCTGGAGCAAAAGCAATTCACCGATGTTCACCACCTGGAAGGTGACATGATGGGATGGACGGAAGCTGGTTTACCCGTAGATAAAATGTGA	MRKIIVVTALVIVAGIATSLYCTKEAEADGFRSVEATPFLLEKVKTDEWLLIDVRTPQEYADGHIPGAINMPHEAIGDYVEQLNDAKDKPIIIYCRSGRRAQIAMQMLEQKQFTDVHHLEGDMMGWTEAGLPVDKM	PGPT0014648_136	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-PHAGE_DEFENSE_SYSTEM	CE-BACTERIAL_FITNESS-PHAGE_SHOCK_PROTEINS,PGPT0014648-pspE-K03972	NA	NA
AK237_01535	390			hypothetical protein	ATGCAAATAGATATAGCCACGCCGGCCATGTTGTTTCCGGCGATTTCACTGTTGCTTCTGGCTTATACAAACCGGTTCCTAACCTTGGCGACGATTATTCGTAACTTCGCCCGTGAGAATCGTGATGAGAATACTGAAGCGCAAATTCGTAACCTTCGACTACGCATATTGTTTATCAAGCGCATGCAGATAGCCGGCGTCGTGAGCTTTTTCCTATGTGTACTTTCTATGTTAGCCATTTACCTGACTTATCAGGTTGCGGGTAACTGGATCTTTGCGTCTAGCTTAGTTTGTCTCATGTATTCGTTGTGGATGTCAGTACGTGAAATCCTGATTTCTGTTGAAGCACTGGACTTCCACCTTGATGGCATCAAAGATGACAAAAAATAA	MQIDIATPAMLFPAISLLLLAYTNRFLTLATIIRNFARENRDENTEAQIRNLRLRILFIKRMQIAGVVSFFLCVLSMLAIYLTYQVAGNWIFASSLVCLMYSLWMSVREILISVEALDFHLDGIKDDKK				NA	NA	NA	NA	NA
AK237_01536	600			hypothetical protein	ATGGCATCAAAGATGACAAAAAATAAACCAACAGCAAGCGACATTCACTATGCGCCTCTCGCTCCCGAACATTTTGAAGGCGTACTAACTCTCGGGAATCGAATTCAGGGAGACGGCTACCTCTCTCACTTTTCGTTGGAGGAAATGTATCACCAGGGCTGGCATGACAACGTCAATGCGAGTTATGTCGCGATATACAATGACGAGATTGTTGGCTTCAGGCTGACATTTGCCCATTCAAAATGGCAGCCCGACGAATGGTGTTCCACCACAAAATGGCCCATCGATCCAACCCGCGTATGCTACTTTAAATGCAACACCGTAGATGACCGTTTACAAGGTTGCGGCATCGGCAGCGAATTGCTTCGACTCGCAACGCAAAAAGCGAAAGAGCAAGGTGCACTGGCAGGCTTAGCCCATATCTGGCTGGCCAGCCCAGGTAATAGTGCATATCGCTATTTCAGCAAAAATGGCGGTAAACTGATTGCCAGGCATCCCGGGAAATGGCGCTACGCTTCTATTCACGAAGGCTACGATTGCCCTGTTTGTCCGGGATATTGCGAGTGTGAAGGTGCTGAGATGATGATTGTCTTTCCATGA	MASKMTKNKPTASDIHYAPLAPEHFEGVLTLGNRIQGDGYLSHFSLEEMYHQGWHDNVNASYVAIYNDEIVGFRLTFAHSKWQPDEWCSTTKWPIDPTRVCYFKCNTVDDRLQGCGIGSELLRLATQKAKEQGALAGLAHIWLASPGNSAYRYFSKNGGKLIARHPGKWRYASIHEGYDCPVCPGYCECEGAEMMIVFP				NA	NA	NA	NA	NA
AK237_01537	1326	puuB		Gamma-glutamylputrescine oxidoreductase	ATGAACTACGATCCTCTTGTGTCGCCGGCTGTCACCCCCGACATGCCGGCACCGCATACCTACTGGCATGCAACCACGTCCATCACTTCCTCGCCCACGCTCGACAAAGACATTAACACCGACATCGCCATCATTGGTGCTGGATATACCGGCCTCAATGCCGCCATTTATCTCGCCGGGCAAGGTACGCAGGTCACACTGCTAGACGCCAACGCAGCAGGTTTTGGCTGTGCCGGAAGAAACGGTGGCTTTGTGTTATCAGGCACTGGCAGGCTGGGCTTACCCCAACTCCAATCGAAGTTTGGTGAGAACACAGCAATGGGGATGCAAAGCGAGTTTGATGCTGCAGTAGACTGGATAACATCACTTATTCGTGATCACCAAATCAATTGCGACTTAACACCGGGACCTTACTTCAAACTGGCCTACTCGAAAAAGCATGCAGAAAAACTGCAGAACACGACCACTCTGCTTACAAAGACATTTGGTAACACTTGCGAATACCTCTCGGCCGACGCTTTAAAAGCGTGGCTTCCCGCACACACAGCAAAAGGCGCAGCCAGGTCAGAAGGCCTGGCGTTGCACCCGTTGAAACTTCTTGGTGGTTACCTTGATATCGCGCGCAACGCGGGTGTAGATATCTATCATAATTCGCCAGTTACCCACATAGAGCGCGTATCCGGCGGCTTTAGCCTGACCTCACCCACAGGCAGAATCAACGCCAGGCAACTGTTACTGACTACAAACGCCTATTCACCAAAACATTTTCATGCTTGTATCGATCATCGCCAATTTCCGGTGCAATCGAGTATATTGGTGACCAATCCGCTACCTGACGCACAAGCTCAACAAAGCGGACTGACCAGGCCCATGACTTTTATGGACACGCGCATGATGAAATACTATTACCGTGTTTTGCCTGATGGCAGGTTATTGTTTGGCGGGCGCGGCGAAGTGGCTGGTAAACATCATGATAGTTTTCACGCTAAAAATCGCTTGTATAAAGCAATGATCAAAAGCTTCCCCGCGCTAACAGGTTTAGGCATTAACCACTTTTGGAGTGGCTGGGTGAGCGTATCGTTGGATGATCTCCCGCGGATACGCTTCGACAAATCATCCGGCGTAGGCTATGCCATGGGTTATTGCGGCTCTGGCGTGTCATTCGCGGCACTTGCGGGAAAACGCCTCGCGCAGCAATTGTTGGGCGAGCGCATCAATAGCCATTTACCTGTCTATCACTCGGATTTACCGAGATTTCCCCTGCCAGGCTATCGCCGTCTGGCATTACGCGCACTGTATGCGTGGGCAACCATGACCAAACAATAA	MNYDPLVSPAVTPDMPAPHTYWHATTSITSSPTLDKDINTDIAIIGAGYTGLNAAIYLAGQGTQVTLLDANAAGFGCAGRNGGFVLSGTGRLGLPQLQSKFGENTAMGMQSEFDAAVDWITSLIRDHQINCDLTPGPYFKLAYSKKHAEKLQNTTTLLTKTFGNTCEYLSADALKAWLPAHTAKGAARSEGLALHPLKLLGGYLDIARNAGVDIYHNSPVTHIERVSGGFSLTSPTGRINARQLLLTTNAYSPKHFHACIDHRQFPVQSSILVTNPLPDAQAQQSGLTRPMTFMDTRMMKYYYRVLPDGRLLFGGRGEVAGKHHDSFHAKNRLYKAMIKSFPALTGLGINHFWSGWVSVSLDDLPRIRFDKSSGVGYAMGYCGSGVSFAALAGKRLAQQLLGERINSHLPVYHSDLPRFPLPGYRRLALRALYAWATMTKQ	PGPT0007637_245	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINE_USAGE	PLANT_DERIVED_PUTRESCINE_DEGRADATION,PGPT0007637-puuB|ordL-K09471	NA	NA
AK237_01538	1203	tyrS	COG0162	Tyrosine--tRNA ligase	ATGACCGATTGGCAAACCGCTTTAGCTGAAATTAAACGGGGTACGGATGAGATCCTGCCTGAAGAAGAGTTAATAGAGAAACTCAAGTCAGGCAAAACGCTGACCATTAAGGCAGGTTTCGATCCTACCGCGCCAGACTTACATTTGGGTCATACCGTACTGATTAATAAACTTCGCACCTTTCAGCAGTTAGGCCACAATGTTGTGTTCCTGATCGGTGATTTCACCGGTCTTATCGGCGATCCTACCGGTAAAAACGTAACACGCAAGCCTTTAAGCAAAGATCAGGTATTGGAAAACGCTAAAACGTATCAGGAACAAGTGTTCAAAATTCTGGATGAAGAGAAGACACAAATTCGTTTTAACTCAGAATGGATGGATGCATTAGGCGCGGCAGGCATGATCAAACTGGCGGCTAGCCAGACGGTAGCCCGCATGCTCGAGCGTGACGATTTTAAAAAGCGTTATAATGGTGGCCAGCCAATCGCCATCCATGAATTCTTATATCCGCTGGTGCAAGGTTACGACTCTGTTGCATTAAAATCAGATGTTGAGCTGGGCGGTACTGATCAGCGCTTTAACCTGTTAATGGGCCGTGAGCTACAAAAAGAGAATGGTCTGAGCCAGCAGGCGGTAGTAATGGTGCCATTGCTGGAAGGTTTAGACGGCGTGCAGAAAATGTCTAAATCGCTGAACAACTATATTGGTATCACCGATGCGCCGAACGATATGTTTGGTAAAGTGATGTCAATTTCAGATGAATTAATGTGGCGTTACTACGACTTACTGAGCTTCCGTCCTTTAGAAGAAGTGGCAGAGCTGAAAGCGAAAGTCGAAGCCGGTGCGAATCCCCGTGACATTAAAATTGAACTGGCGAAAGAAATTATCGCGCGTTTCCATGACGAGGCGGCTGCAGAAGGTGCGCATCAGGACTTCATTCAGCGCTTCCAGAAAAACGCTATCCCAGATGACATGCCAGAAGTCTCGCTACCTTTGGAAGTAGACGGCATTGCCATTGGTAATTTGCTGAAAGAAGCGGGCCTGGTGGGTTCTACGTCTGATGCTATGCGCATGATTAAGCAGGGCGCAGTGAAAATTGACGGTGAAAAAGTGGAAGATACCCGTCTGGTGATCACGCAAGCTGGCGAAGCGGTGTATCAGGTGGGTAAGCGTAAATTTGCCCGTGTCACGCTTAGCGCGTAA	MTDWQTALAEIKRGTDEILPEEELIEKLKSGKTLTIKAGFDPTAPDLHLGHTVLINKLRTFQQLGHNVVFLIGDFTGLIGDPTGKNVTRKPLSKDQVLENAKTYQEQVFKILDEEKTQIRFNSEWMDALGAAGMIKLAASQTVARMLERDDFKKRYNGGQPIAIHEFLYPLVQGYDSVALKSDVELGGTDQRFNLLMGRELQKENGLSQQAVVMVPLLEGLDGVQKMSKSLNNYIGITDAPNDMFGKVMSISDELMWRYYDLLSFRPLEEVAELKAKVEAGANPRDIKIELAKEIIARFHDEAAAEGAHQDFIQRFQKNAIPDDMPEVSLPLEVDGIAIGNLLKEAGLVGSTSDAMRMIKQGAVKIDGEKVEDTRLVITQAGEAVYQVGKRKFARVTLSA				NA	NA	NA	NA	NA
AK237_01539	1314	mepM	COG0739	Murein DD-endopeptidase MepM	ATGAGATTGAAATTAACCGTGGTTCTAAAAACATTCAAAAATCTTCCCAAACCACACCGAACCGGATTGGTGATCGCCAGCTTTTTGCTGGGTGGTCTTATTCTTCTTCCTTCCGAACCGGTTGAAGCGAGTCGTCATCAGGAATCCCTGATTTTAGACGCGGGTGTGCGCTACCCTGTTGCGCTTTCAGTTATTGAAACGCCGGAAATCTATGTCGAAGAAGACGAGGGTAGCTGGGAAACATTCAAAGTGGGTCGTGGCGACACACTGGCTAAAATATTCAAGCGTGCAGGTTTTTCTGCCCGCGATACATACGATGTCACCCAAGCGGGTGAGTTGGCTAAGACACTGGTTACACTTATTCCCGGTGACGAGTTGCAATTGCGCGCCGGTGAAGATGGCAGTTTTGACGGGTTGCGTTATGCCATATCGTACAAAGAAGCGCTACTTATCAAGCGCAATACTGATGACGATGGCCTGACCGCCCAGCTGGAAGCCAAAGAAATTGAAACCCGCTATAGCTTCGCGCAGGGTGAAATTGACTCCAGCTTCTGGAATGCCGGTGTTGATGCTGGTCTGACAGATAATCAGATCATGCACCTTGCGGGTATTTTCGGCTGGGATATCGACTTTGCGATGGGTATTCGTCAGGGCGATATGTTCAATATTGTCTACGAAGAAAATTACATAGACGGTGAATTTGTCGGCTACGGCGATATAGTTGCCGCTGAATTTGTGAATCAGGGTGAGCGCTTTGTCGCTATCCAGCACGATGACGGCAATTACTACACGCCGGAAGGCCGCAGCATGCGTAAAAGCTTTTTACGTGCGCCGATTAACTTCAAATACGTGAGTTCCAACTTTACTAAAGCCCGTTTCCATCCGGTACAGAAACGCTGGAAATCTCATAACGGTACAGACTACGTGGCAGCCGTCGGCACGCCAATCATGGCCGCCGGTGACGGCAAGATTATTGAAGCGTCGTATAACCGCTTTAACGGTAACTATGTTTTCATTCAGCATGGTGAGAAATACGTTACCAAGTACCTGCACCTTAAAAAGCGCAATGTGAAGCGTGGCGACATAGTGAAACAGGGCCAGACAGTGGGTTATCTTGGTTCCACCGGTATGGTTACCGGCGCGCATCTTCACTATGAATTCCTGGTAGACGGTGTACACCGTAACCCCAGAACCGTAGAGTTGCCGAAAGCGCGTCCTATCGACTCATCAGAAAAAGACGCCTTTATGAAAATTGCTGAGGTACGCTTAGGTCAGCTGGACAACACCAAACGCCTGATGCTGGCAATGAAGTAA	MRLKLTVVLKTFKNLPKPHRTGLVIASFLLGGLILLPSEPVEASRHQESLILDAGVRYPVALSVIETPEIYVEEDEGSWETFKVGRGDTLAKIFKRAGFSARDTYDVTQAGELAKTLVTLIPGDELQLRAGEDGSFDGLRYAISYKEALLIKRNTDDDGLTAQLEAKEIETRYSFAQGEIDSSFWNAGVDAGLTDNQIMHLAGIFGWDIDFAMGIRQGDMFNIVYEENYIDGEFVGYGDIVAAEFVNQGERFVAIQHDDGNYYTPEGRSMRKSFLRAPINFKYVSSNFTKARFHPVQKRWKSHNGTDYVAAVGTPIMAAGDGKIIEASYNRFNGNYVFIQHGEKYVTKYLHLKKRNVKRGDIVKQGQTVGYLGSTGMVTGAHLHYEFLVDGVHRNPRTVELPKARPIDSSEKDAFMKIAEVRLGQLDNTKRLMLAMK				NA	NA	NA	NA	NA
AK237_01540	939	ghrA		Glyoxylate/hydroxypyruvate reductase A	ATGTTACATTACAACCTGGCTATTCTTACCAAAGAAGCGAAGTATTACGCTGAGAGTGTCCCGTCTCAGCTGCCATCAAGTGTCACATTAAACTGTGTCACCGCCTCGCCAGCTGAGATTGATAAAACAAAGGTTGAGATATTACTGGCCGATCCTGACTTAGCTGCTCAAGTCATCCCTGATATGCCAAATCTCAAATGGTGCCAGTCCATCTGGGCAGGAAATCGTCCACTATTGGCGTTAGACAGAACCGACTACTTGCTCACGGCAGCGAAAGGTATTTTTGGTGTGCAAATGCGAGAGTATGTATTTACGTGGCTTCTTCACTATTCCCGCGCAGTTGATGCGTTTGATGCAGCACAGCAGCAAAGCACCTGGTCACCGCCGCCCTATTACCGCCTTCAGGGTAAAACACTGGGCATTATTGGTGCTGGCTCTATTGCCGATGCGCTGCTTCCGGTAGCCGATGCCTTTGATCTGAAAGTCATTGGCTTAAGCCGAAGCGGCAACGTAAAATCTGGCTATAAAAAGATGTATTCACGCGCGACACTTATCGACTTTGCCAGCCAATGTGACTTTGTTCTGAATTTGATGCCAGATACGCCCGAAACAAAAGGTACGTTGAATACAGCGTTTTTTCGTGCACTTCCTAATACGAGTGTGTTGATAAATGCGGGGCGCGGTTCGGCAGTTGACGAAGACGCGTTAATTCATGCGCTTGATGCTGGCGAACTTCAAGCGGCGGTACTTGATGTGTTTAATCATGAGCCGTTACCAGAAAGCCATCCTTTCTGGCAACACAGTAAAATACGGATTACACAACACACCGCAGCAGAATCTCGTCCTGACGATGTGGCCGCTTTGTTTTACGACAACTTACAGCGCTTTATGAGCGGCCAACCATTGTTGCATCAGTTTGATTTTACCCGCGGCTATTAG	MLHYNLAILTKEAKYYAESVPSQLPSSVTLNCVTASPAEIDKTKVEILLADPDLAAQVIPDMPNLKWCQSIWAGNRPLLALDRTDYLLTAAKGIFGVQMREYVFTWLLHYSRAVDAFDAAQQQSTWSPPPYYRLQGKTLGIIGAGSIADALLPVADAFDLKVIGLSRSGNVKSGYKKMYSRATLIDFASQCDFVLNLMPDTPETKGTLNTAFFRALPNTSVLINAGRGSAVDEDALIHALDAGELQAAVLDVFNHEPLPESHPFWQHSKIRITQHTAAESRPDDVAALFYDNLQRFMSGQPLLHQFDFTRGY				NA	NA	NA	NA	NA
AK237_01541	576			hypothetical protein	ATGATGAAACTGTATGGCTCAACGACGTCACCTTATGTGCGCCGCATTCGTATTGTGCTGGCAAACACAGAGCATGAATTTGTTAACCTGAATATTTTCGAAGGTGAAGGCAGAGCAATCCTCGCATCGAAAAACCCCACCATGAAAGTGCCTTGCCTGGAAGATGATGGCCAGCTCATTTTCGACTCCCGCGTGATTCACAGTTATTTACTTGCTAAATTAGACTTACCGCCGTTGACCTGGGATCAGGAAAATCAGCTAACGTTAATTGATGGCGCGAATGACTCGTTTGTCGAGCTCTTTATGCTCAAACGATCAGGTATTGAAGCAACCGATGAGCAACTTTTTGTACGTTTGCAGAAGGAGCGCATTGCTTCAACGCTGGGCCTGTTAAATGAAATGGTAGACGCGGGAGAGTTTGATGGATGGGGTTATCCATCGATTGCGCTTTTTACCCTGATTGACTGGGTAGAGTTTCGTGAGCTACATCCGCTAAAAGGGCTGGATGCACTCAAAGCATTTCGCGAAACACATATCGACCGCATTGAAGTCACTGCCACCGACCCCCGTGACTAA	MMKLYGSTTSPYVRRIRIVLANTEHEFVNLNIFEGEGRAILASKNPTMKVPCLEDDGQLIFDSRVIHSYLLAKLDLPPLTWDQENQLTLIDGANDSFVELFMLKRSGIEATDEQLFVRLQKERIASTLGLLNEMVDAGEFDGWGYPSIALFTLIDWVEFRELHPLKGLDALKAFRETHIDRIEVTATDPRD	PGPT0013170_22118	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	DETOXIFICATION_OF_PEROXIDIZED_COMPOUNDS,PGPT0013170-gst-K00799	NA	NA
AK237_01542	345	erpA	COG0316	Iron-sulfur cluster insertion protein ErpA	ATGTCTGTAGAAATGGCGCTGCCAATCGATTTTTCTGATTCTGCTGCGAAAAAAGTGAAAGAGCTTGTTACAGAGGAAGAGAATCCTGAACTGAAATTACGTGTGTACGTCACCGGTGGTGGCTGCTCGGGCTTTCAGTATGGCTTTACTTTTGATGAAAAAGTGAATGAAGGTGACATGACTATTGAGAAGGACAGTGTCACGTTAGTGGTCGATCCAATGAGCTTGCAATATCTGGTGGGCGGTACAGTGGATTATGTTGATGGTCTGGAAGGTTCTCGCTTTTTGGTTAATAACCCCAACGCCACAACAACCTGTGGTTGCGGCTCAAGCTTCAGCATTTAA	MSVEMALPIDFSDSAAKKVKELVTEEENPELKLRVYVTGGGCSGFQYGFTFDEKVNEGDMTIEKDSVTLVVDPMSLQYLVGGTVDYVDGLEGSRFLVNNPNATTTCGCGSSFSI				NA	NA	NA	NA	NA
AK237_01543	744			hypothetical protein	ATGAAACTACCCTTACAACGAGCAGAGTTACTGAAAACGTGGGGCGTGATACGATTTACTGCCTATTGTGTGGCCGCGCTCATTTTTATGTTGATATTCGGCTACCAGATTGCTCGGTTTCATCAACAGCAGGACGCATTGGTTGCAAAAAGTGAAGCCGCAACGCGCGCATTGTTAGCGCAGGAAAATGACCAGTTAAAAATGCGTGTTAGCACACTTGAAGTAGAGAGTGTGTTAGCCAGTAAATCGGTATCTGCGCTTAAAAAAGCGTTGGAAACGCAACAGCAACGCAGTCGGGCTTTAGAAGAGCAGTTGAGTTTTTATCAAAGGGTAGTGGCCCCGGAAGTTACGCAAGACGGCTTTTTTATCGATGGGGTGCAAGTATCACCAACGGCCAGTGATAATATGTACCGTTTGAAGGCCGTGTTGCTGCAACAAAACAATAATAAGTCCATGCTTAGGGGCGATTTGACGATAAAAGTGCGGGGAAGTATGGACGGAAAACCCTATGAAATTAGCGCCGGTGAGGGGGATTTTCTTCCCGAAGGGAACCTAAAATGGGGCTTTAAGTACTTCCAGACCGTTGATCTGGAATTTGTCTTACCGCAGGGATTCATTCCCGAACAACTCATCTTTTCCACTGATGTGTATCAATGGAAAACAAAACGCGGTGAGTATTTTAATAGCATGAACTGGGTCGATATTTACGATGCGCCTGCCTCAGAAGGTAGTCAGGATGTATAA	MKLPLQRAELLKTWGVIRFTAYCVAALIFMLIFGYQIARFHQQQDALVAKSEAATRALLAQENDQLKMRVSTLEVESVLASKSVSALKKALETQQQRSRALEEQLSFYQRVVAPEVTQDGFFIDGVQVSPTASDNMYRLKAVLLQQNNNKSMLRGDLTIKVRGSMDGKPYEISAGEGDFLPEGNLKWGFKYFQTVDLEFVLPQGFIPEQLIFSTDVYQWKTKRGEYFNSMNWVDIYDAPASEGSQDV				NA	NA	NA	NA	NA
AK237_01544	1677	clcB		Voltage-gated ClC-type chloride channel ClcB	ATGCGACTTTCAGCTCTTCGCCAGGAATTAGCCCATCCCAGAACCTCAGTACAAGTTTGTATGCTGGGAATTGTGGGCGGCCTGATTGCCGCTGTGTTAATTATACTTTTCCGTTTATGCGTGGAATGGGTGCAAGGTAGTGCGCTCACGTTCTTAAAGCAAGTGGTTTCGCACGAATGGATGGTTTGGTTTATCATGCCATTTGCTGCCGTTGCCTGCATTTTGCTTATTGCCTTTATCACCGGTTTTAAACATTATCGTCTTGGGATCCCCTTTGTCATTCACCGGGTAAAGCACCATTACGGACTTATTCCCTTCCGAACCACTGTAAACCAATTTTTAGGCGGGATGCTGGCGTTAGCTGGCGGATTTGTGGTGGGACGCGAAGGCCCTTCTGTGCATTTGGGCGCGTTTGGAAGTAGCTTTATAGGGCAATGGATGCGCTTGCCTTTCAACAGTATCCGTATTTTAGCGGGGTGTGGCATTGCCGCAGGTATTTCAGCCTCGTTCAATACACCGTTTGCGGCTGTTATCTTCGTCATGGAAGTGGTACTCAGAGAGTATAAAATTCATATTTTCGTCCCTGTAATGCTCGCCGCAGCGATTGGTTCAGTGCTCACCCGCATGGTATTCGGTGAGGTAAACGAATTGTCCTTTCTTGCTATCGCCGCATTCGATGAATGGATGTACTTTTATTTTATATTACTGGGTATCGCTCTGGGTGGACTAGCAACACTCTTTAACACGCAATTGATGCGCGTTATGCAGTTTTTCCGTCCACTCAACATGGTATGGCGACTTATTCTGGCAGCCCTAATCACTGGCACCATTGGCATATTCTTACCGGAAAGTTTAGGGTCGAGTTTTGGCGATGTTGACCACTTGTTTACTACGCACCCGGGCACCTTGTTGTTACTGTCCATTCTTTCTGCAAAGCTTATTCTCTCGATCTTTGCTATTGGCCTTGGCGTGCCAGGCGGCATTATAGGCCCGGTAATGGTGATAGGAATGCTGGCTGGCTCGGTGTTACTGATGCCGCTGCAGTCGTTCGTAAACGTTGATGATTACACCAGCAGTTTCGCGCTACTTGGGGTAGCTGGCATGTTAACAGCTGTGCTTCATGCCCCATTAGCCGCGTTGTCTGCGGTGATGGAGCTGTCCTACAGCCCCGAAATTATTCTTCCAGCGATGCTTGTGATTGTTCCCGCTTACGTGACTGCCACTCAGTTCCTGGGCAACCGTTCTATTTTTATTCGCCAATTAGACTATCAAAACCTGCCCTACGCGGTGACATCAATTCGAGAAGCGCTGGAAAAGACCGGCGTCCTGGCCGCCATGACCACCGAGTACAAACTGTTTTTAGATGCTCCTGAACAAGCAATTGAAAACTACCTGTCCGAAAACCCTACTTATGTTGTGGTGCAAAAATCCCGAACGGAATTGGATGTCCACTATAAACTGGTACAATACGATGTCAGTCTTGACCATAATGCACAACCACTTAGCTATCACAGTATGGAAGCGGTAAGTAGTCAGGCTACTTTGCATGAAGTGTATGAAAAACTAAAAAATGGCCGCACAGGTGCAGTGTATGTCTATGACCAATCTGTGCAGGAAATTAAAGGCGTGATCACCTGGAACATTCTGCAGGCCTTCTTACAAAAAGCACAATATTAG	MRLSALRQELAHPRTSVQVCMLGIVGGLIAAVLIILFRLCVEWVQGSALTFLKQVVSHEWMVWFIMPFAAVACILLIAFITGFKHYRLGIPFVIHRVKHHYGLIPFRTTVNQFLGGMLALAGGFVVGREGPSVHLGAFGSSFIGQWMRLPFNSIRILAGCGIAAGISASFNTPFAAVIFVMEVVLREYKIHIFVPVMLAAAIGSVLTRMVFGEVNELSFLAIAAFDEWMYFYFILLGIALGGLATLFNTQLMRVMQFFRPLNMVWRLILAALITGTIGIFLPESLGSSFGDVDHLFTTHPGTLLLLSILSAKLILSIFAIGLGVPGGIIGPVMVIGMLAGSVLLMPLQSFVNVDDYTSSFALLGVAGMLTAVLHAPLAALSAVMELSYSPEIILPAMLVIVPAYVTATQFLGNRSIFIRQLDYQNLPYAVTSIREALEKTGVLAAMTTEYKLFLDAPEQAIENYLSENPTYVVVQKSRTELDVHYKLVQYDVSLDHNAQPLSYHSMEAVSSQATLHEVYEKLKNGRTGAVYVYDQSVQEIKGVITWNILQAFLQKAQY	PGPT0004990_1591	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-CHLORIDE_TRANSPORT,PGPT0004990-TC_CIC|eriC-K03281	NA	NA
AK237_01545	426			hypothetical protein	ATGATTTTGTGGTTAAAAGCGTTGCACATCTTTTTCATGGTGGCATGGTTAGCGGGTATTTTTTATTTACCCCGCCTGTTTGTTTATCACGCAGAAGCAAAAGAACAAAATATTCGGGACCAGTTCAAAATAATGGAAAGAAGGCTCTGGTTTTTTGTGACGCCATTTGCCATATTAACGTTAGTTTTTGGTGTCTCATTGATTTACGTTTACGGCATGGCCTGGTTCAGGGCTTCAACGTGGTTACATGTTAAACTAACGCTTTTACTTGCCATTTACGGTTATCACTTCTATCTATATAAACTAGTGAAGCAATTCGCGCGGGACGAGAATACACGCTCCCCGAAGTTCTACCGGTTTTTAAATGAAGCACCCGTGTTACTTTTGCTTACCATTGTGATCCTTGCGGTGGTTAAGCCGTTTTAA	MILWLKALHIFFMVAWLAGIFYLPRLFVYHAEAKEQNIRDQFKIMERRLWFFVTPFAILTLVFGVSLIYVYGMAWFRASTWLHVKLTLLLAIYGYHFYLYKLVKQFARDENTRSPKFYRFLNEAPVLLLLTIVILAVVKPF	PGPT0008480_1548	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_VITAMIN_PRODUCTION	PLANT_VITAMIN_RELATED_HEME_METABOLISM	PLANT_VITAMIN-HEME|SIRO-BIOSYNTHESIS,PGPT0008480-hemJ-K08973	NA	NA
AK237_01546	177			hypothetical protein	ATGGATGTAAGTAACGAACATTTAAAATCACTACTCGAAAAAACAGACAGAGCCTTCCAGGCATTACTGAGAGAGCCAGGTTCTGATGAATTAAGCGACGCCTATGAGGCCGCTCGCACAGAGCTTAACAGCTATATCAGCTCCATGCGTCATAATCTCTCTCAACGCTTAAAGTAA	MDVSNEHLKSLLEKTDRAFQALLREPGSDELSDAYEAARTELNSYISSMRHNLSQRLK				NA	NA	NA	NA	NA
AK237_01547	666			hypothetical protein	ATGAAAAACAGTACAACGCACTTTGAAGCCCTTTTCACATCATCTTCCTATCAGGCATTTCTGCCGCCGCAGATGTATTGTCGTGGGTTTATCTTTGCTGTTGCCACGAGTCCGGATATACCAATGCCAGAAAAATGGATGCCATGGTTAGTCACCGATAATGGCTCTCAGACACCATCAGTATCTTTTGACAACATGGCGGAAGGGCTTATGGATGGGCTACGACGTGCACTTCTTGCTATGCGTAACGAACATCGTTTGTTACCCCGGGCATGTGTGTGGCACGACGATCCCACGCAAAGAGAGTTGTTGACTGAGTGGCTCTCAGGGTTACTTAATGCGCACAGTAGGCTTGAGCCGGTATGGCAACAAGCATGGAAGCTCGCGCAGTCAAACCCTGAGAACGATCAAGGTGTGACTAAACAGGAAGATCCGGCTAAACGGTTAAGCCGATGTTTAAAGCTGTTTTCGACGCTTGCCAGCCCTGAACTGGCGCTACAAAAACGCTCGCCTGAACAAGCCGCAGTGTTAAAACAGCACTTTACTCAGTTAGCGGATCAGCTTCCGGCAATGTTGAATGAGTATGTCGATTTAGCGGGAGAACTGGCCGGTGTGTTACCCAATCAGTTTGAGACGTTTGTTCAAAATCAAACCGATGCAGAGTAA	MKNSTTHFEALFTSSSYQAFLPPQMYCRGFIFAVATSPDIPMPEKWMPWLVTDNGSQTPSVSFDNMAEGLMDGLRRALLAMRNEHRLLPRACVWHDDPTQRELLTEWLSGLLNAHSRLEPVWQQAWKLAQSNPENDQGVTKQEDPAKRLSRCLKLFSTLASPELALQKRSPEQAAVLKQHFTQLADQLPAMLNEYVDLAGELAGVLPNQFETFVQNQTDAE				NA	NA	NA	NA	NA
AK237_01548	1200	mntH		Divalent metal cation transporter MntH	ATGGCTGCAAACAAATCAGGCTATATTGTTGCCGCGGCCTTTATCGGCCCCGGAACGGTAACAACAGCCAGCCTGGCCGGTGCGAATTTTGGTTTTCATCTTGTTTGGGCACTTCTGTTCTCGATTGTAGCAACCATGGTGTTACAGGACATGGCTGCGCGCTTGGGTCTGGGAACAGGGAAAGGCTTGTCGGACGCGCTCGTCAAATTAACTCACCATCGCGTTTTACGGATAGGCATTGCTGCACTTATTGTGTCAGCTGTTGGGATTGGTAACGCGGCGTATGAATCTGGCAACCTCACCGGAGCCGCGATTGGATTAAATGCGATTGTTGCACTAGGTACAGCAAAGTGGGCCATCGTGCTGGGCATCCTCGCCGCGCTTTTACTGCTCACCGGCAAGTACAAACTTATTGAAACGGTACTGGTCGGCCTGGTCGCAACAATGGCACTGGTTTTTGTAGTAACACTGTTGTTTGCATCACCCGACTGGTCCGCCATGTTTAACCAACTCATTACCCCGCGCTTAGACAGTCAGACCATTACTATGGTGTTAGCACTTATTGGCACGACCATCGTGCCGTATAACTTGTTTTTGCATGCAAGCTTAGTGGCCAGAGAGCATGAAGCAGAGAAATTGGAAAGCGCGCTTACCGCATGTAGAAAACAATCTTTCCTCGCTATTGGCTTCGGTGGCGTCATCACGCTCGTGATTGTAGCTACCGCAATGACAGCATTCTTTGGCCAGAGTGAACAGCTGGATGCAGGTAACATGGGTAAGCAACTGGCACCGGTGTTAGGTGATTCTGCTCAATGGTTCTTCGCTGCCGGACTATTTGCGGCGGGCTTAACCAGCGCAATTACTGCGCCCCTGGCGGCATCCTACGCGGTATGCGGTGCGTTAGGAAAGTCCGCAGACATGAGCAGTCCGTTATTTAAGATGGTGTGGGCAACAGTAATCGTGTGTGGCGTGGCCGTTGCCAGTTTAGGCGTTAACCCCCTAATCGCCATATTGTTCGCCCAGGCCACAAATGGCTTGTTATTACCCATTATCGCTGTATTTCTGCTTGTGGCGATGAATAATCAGCAACTCGCGACTCGCTTCAGAAACAGCACGTTCAGTAACGCAATTGGTACTGCAATCGTGCTGTTCGTTGTACTTCTGGGCACGTATAAACTGTGGGGATTACTTGCCCGCTAA	MAANKSGYIVAAAFIGPGTVTTASLAGANFGFHLVWALLFSIVATMVLQDMAARLGLGTGKGLSDALVKLTHHRVLRIGIAALIVSAVGIGNAAYESGNLTGAAIGLNAIVALGTAKWAIVLGILAALLLLTGKYKLIETVLVGLVATMALVFVVTLLFASPDWSAMFNQLITPRLDSQTITMVLALIGTTIVPYNLFLHASLVAREHEAEKLESALTACRKQSFLAIGFGGVITLVIVATAMTAFFGQSEQLDAGNMGKQLAPVLGDSAQWFFAAGLFAAGLTSAITAPLAASYAVCGALGKSADMSSPLFKMVWATVIVCGVAVASLGVNPLIAILFAQATNGLLLPIIAVFLLVAMNNQQLATRFRNSTFSNAIGTAIVLFVVLLGTYKLWGLLAR	PGPT0004370_2682	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_MANGANESE_RESISTANCE	MANGANESE_RESISTANCE-MNT_TRANSPORT_SYSTEM,PGPT0004370-mntH-K03322	NA	NA
AK237_01549	1137	patB_2	COG1168	Cystathionine beta-lyase PatB	GTGCCTTTCAATTTCGACGATACCCCTTCCCGTCAGGATACTTACTCATTTAAATGGCAAAAATACGCAGGTCAGGACGTTATTCCTGCCTGGGTAGCCGATATGGAATTTCGGTGTGCGCCCGCTATTCTCGAAGCGCTCTCGTCAAAAGTCGAGCATGGCATTATGGGGTATGTCTTGCCTGCTCAGTATACGCCAGCAATTGAGGCTGTGCAGCGTTGGCTGGAAGATAAACACGACTGGGTTATCGACCCTGATTGGCTCGTCTGGACACCAGGGGTTGTGCCGGCGTTTAACATTGCCTGCAAGGCTTATTGCCAGCCAGGTGATAAAGTAATGGTGCAAACACCTAATTATCCACCGCTGTTGGCTGCGCCTAAAATTAACGGTCTTGAACGCATAGATATCGGCACCGTTGAGATTGACGGTCGACCCACGATCGATTTTGCCGAGTTAGAAACCCAGGCCGCCGATCCAAAGTGTAAATTGCTTATTCTTTGTAATCCGATGAACCCCGTAGGAAGTGTACTGAACCAACAGGAAATTGACCGTATTGCTGACATTTGCCAGCAGAACAATGTAAAGCTGTGTTCTGACGAAATTCATTGCGATCTTATTTTAGATGAGCAGGTGAAACACATACCTGCCGGGCGAGTAGAAGCCCTCAAAGATGTAAGTGTGACGTTGATGGCGGCCAGCAAAACTTTTAATGTTGCGGGTTTAGGCGCCTCTTTTGCGATTATTCCAGACCGCCAATCACGCCAACAGTTTGTACAAGCCGCTGCCGGACACATGCCTTGGGTTAATTTGTTGGGGCTTGTCGCTACTGAGGCGGCGTTTACTCAGTGTGACCAATGGCATAGCGAATTGTTGACGTACTTACGTGGAAATCAATCGACACTGGTTGAACAAGTCAATCGTATCCCTGGTTTGCAGGTACATCAGTCGCAAGCCACTTTTTTAGCGTGGGTTGATGCCAGCGGATTGAATGTGCCAAACGTACAGAAATGGGCTGAAAATAAGGGGGTAGGGCCGTCTCCTGGCGCTGACTTCCTGGCCCCTGACCATTTCCGCATTAATTTTGGCTGTAGTAGAAAAATGCTGGATACTGTTTTGGCGCGGTTAGCGGGCAAGTAA	MPFNFDDTPSRQDTYSFKWQKYAGQDVIPAWVADMEFRCAPAILEALSSKVEHGIMGYVLPAQYTPAIEAVQRWLEDKHDWVIDPDWLVWTPGVVPAFNIACKAYCQPGDKVMVQTPNYPPLLAAPKINGLERIDIGTVEIDGRPTIDFAELETQAADPKCKLLILCNPMNPVGSVLNQQEIDRIADICQQNNVKLCSDEIHCDLILDEQVKHIPAGRVEALKDVSVTLMAASKTFNVAGLGASFAIIPDRQSRQQFVQAAAGHMPWVNLLGLVATEAAFTQCDQWHSELLTYLRGNQSTLVEQVNRIPGLQVHQSQATFLAWVDASGLNVPNVQKWAENKGVGPSPGADFLAPDHFRINFGCSRKMLDTVLARLAGK	PGPT0001990_2671	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
AK237_01550	375	cheY_4	COG0784	Chemotaxis protein CheY	GTGGCGGAATACACCATTGCGGTGATTGATGACGATACCATTACCCTCGATATAGTGACTTATGCTCTTGAGGAGGCGCTTGGTGCAAATGTCTTTGCCTTTAGCCGCAGCGAAATGGCCCATGACTTTTTGATTAATCAGCCCCAGGATAACTTATCGCTGATTATCAGCGATCAAAATATGCCTCAATATGATGGTCTGACTTTGTTGAAGGCCTGTCGCCAGGCTGGCTTGCAAACCCCTTTTATTTTATTGACTGCGGACGCTACCCGCGACACCGTTATTGCGGCTAAGAAGGGTGGGGCAACGCAATTTCTGGCCAAACCCTTTACGACTGAAAACTTAGTGCAGAAAGTAAGAGAGTTAGTGGATTGA	MAEYTIAVIDDDTITLDIVTYALEEALGANVFAFSRSEMAHDFLINQPQDNLSLIISDQNMPQYDGLTLLKACRQAGLQTPFILLTADATRDTVIAAKKGGATQFLAKPFTTENLVQKVRELVD				NA	NA	NA	NA	NA
AK237_01551	2028	typA	COG1217	GTP-binding protein TypA/BipA	GTGGTCACATCGATAAAACATTGGAATAAATTAGATTTAAACGGTGATCACGAAAGTGTCACAAAGAAAAATAAAAAAAGATGCGCAAAGCGAAAGGAAATTCTGTACAATCCGCGCAAATTTTACTATTCCGTTTTAGCAATCAAATCTGCCCGATGTTTTTCTTACATCTGCAACGCTGATTTCCAAGGCTTTGACCCAATGAACACCACAGATATTAATAAGTTACGCAATATCGCGATTATCGCGCACGTTGACCACGGTAAAACAACGCTGGTTGACAAACTGTTACAGCAATCCGGTACGCTGGAAAGCCGTGGCGAAGCCCAGGAACGGGTAATGGACTCTAACGACATCGAGAAAGAGCGTGGTATTACCATTTTGGCGAAAAACACCGCCATTAACTGGAACGACTACCGCATCAACATCGTTGACACACCTGGACACGCCGATTTCGGTGGTGAGGTAGAGCGTGTTATGTCAATGGCAGACTCCGTACTGTTATTGGTCGATGCACAGGAAGGTCCTATGCCGCAAACTCGTTTCGTTACGCAAAAAGCGTTTGCCCAGGGTTTGAAGCCAATTGTTGTTATCAACAAAATTGACAAGCCAGGCGCTCGCCCTGATTGGGTAATGGATCAGGTTTTTGACCTGTTCGATAACCTGGGCGCGACTGACGAGCAGCTGGACTTCCAGGTGATCTATGCTTCTGCATTGAATGGCTGGGCGTCAATGGATGCCGATACAAAAGGCGAAGACATGACGCCGTTGTTCCAACTGATTGTGGACAAGGTTGAATCACCAAACGCTGACCCTGATGGTCCGTTCCAAATGCAAATTTCTCAGCTTGATTACAACTCGTACGTTGGTGTAATCGGTGTTGGCCGTGTTAAACGCGGTAGCGTTAAGATGAATCAGCAAGTGACGGTTATTGGCGCTGATGGCAAAAAGCGTAATGGTAAAGTTGGTCAGGTAATGGGCTATCTTGGTCTTGAGCGCCAGGAAGTTGAATCAGCACACGCTGGTGACATTATTGCCATCACCGGACTAGGTGAACTGAAAATTTCTGACACCGTTTGTGATGTCAATACCGTAGAAGCACTGCCTCCTCTGAGCGTCGATGAACCTACTGTTACCATGACGTTCCAGGTAAATACCTCTCCGTTCGCGGGTAAAGAGGGTAAGTATGTTACATCGCGTAATATCCTTGAGCGTTTACAAGACGAGCTGGTACATAACGTAGCACTGCGCGTTGAAGAAACGGCTGATCCGGATAAATTCCGCGTATCGGGTCGTGGTGAGCTGCATTTAGGTATCCTGATTGAAAACATGCGTCGTGAAGGTTACGAGCTGGCGGTTTCACGCCCGGAAGTAATCCTGAAAGAAGTTGACGGTGAGTTACAAGAACCATTTGAAACACTGACGATTGACTGCGAGGAAGAAGACCAGGGTTCGATCATGGAACAGCTTGGTGTTCGTAAAGCAGAAATGCGCGACATGAACCCGGATGGCAAAGGCCGTATCCGTATGGATTTCATCATTCCTAGCCGCGGTCTGATTGGTTTCCAAACAGAGTTCATGACACTAACTTCTGGTTCAGGCTTGCTGTACCACACGTTCGACCATTATGGACCGCACAAAGGTGGTCAAATTGGTAAGCGTAAGAACGGTGTACTGATTGCTAACGCAAACGGTAAAGCGCTGACAAACGCCTTGTTTAACTTACAAGAGCGTGGCCGCTTGTTCATTGGTCATGGTGTTGAAGTGTACGAAGGTATGATCATCGGTATTCACAGCCGTGACAACGACCTGACAGTAAACGCACTGAAAGGTAAGCAGCTGACGAACGTTCGTGCCTCGGGTACTGATGAAGCACAAACACTGGTACCGCCGGTTAAGATGTCTCTTGAGCAAGCGCTTGAGTTCATTGACGACGACGAGTTGGTTGAAGTTACGCCGGTAAGCATCCGTATTCGTAAGAAGTTATTGACTGAAAACGATCGTAAGCGCGCTTCTCGTTCTAAGTAA	MVTSIKHWNKLDLNGDHESVTKKNKKRCAKRKEILYNPRKFYYSVLAIKSARCFSYICNADFQGFDPMNTTDINKLRNIAIIAHVDHGKTTLVDKLLQQSGTLESRGEAQERVMDSNDIEKERGITILAKNTAINWNDYRINIVDTPGHADFGGEVERVMSMADSVLLLVDAQEGPMPQTRFVTQKAFAQGLKPIVVINKIDKPGARPDWVMDQVFDLFDNLGATDEQLDFQVIYASALNGWASMDADTKGEDMTPLFQLIVDKVESPNADPDGPFQMQISQLDYNSYVGVIGVGRVKRGSVKMNQQVTVIGADGKKRNGKVGQVMGYLGLERQEVESAHAGDIIAITGLGELKISDTVCDVNTVEALPPLSVDEPTVTMTFQVNTSPFAGKEGKYVTSRNILERLQDELVHNVALRVEETADPDKFRVSGRGELHLGILIENMRREGYELAVSRPEVILKEVDGELQEPFETLTIDCEEEDQGSIMEQLGVRKAEMRDMNPDGKGRIRMDFIIPSRGLIGFQTEFMTLTSGSGLLYHTFDHYGPHKGGQIGKRKNGVLIANANGKALTNALFNLQERGRLFIGHGVEVYEGMIIGIHSRDNDLTVNALKGKQLTNVRASGTDEAQTLVPPVKMSLEQALEFIDDDELVEVTPVSIRIRKKLLTENDRKRASRSK	PGPT0023720_3005	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	OTHER_COLONIZATION_RELATED_PROTEINS	COLONIZATION-HOST_INVASION_FACTORS	HOST_INVASION-HOST_INFECTION_MEDIATOR,PGPT0023720-typA|bipA-K06207	NA	NA
AK237_01552	1410	glnA	COG0174	Glutamine synthetase	ATGTCAGTAGAAAAGGCATTAGAGCTGATCAAAGAAAGCGAAGCTAAATTTGTAGACTTACGCTTTACCGACACGAAAGGTAAAGAACAACACGTATCGATCCCTGCGGGTTTGATCGACGAAGAGTTCTTTGAAGAAGGTAAAATGTTCGATGGTTCTTCAATCTCTGGTTGGAAACACATCAACGAATCAGACATGATCCTGATGCCCGACGCAGAATCTTGCGTTGTAGACCCATTTGCTGAAGAAACGCAAGTAAACATTCGCTGCGACATCGTTGAACCTTCTACTTTAGAAGGCTACGACCGTGATCCACGCTCAGTTGCACGCCGCGCAGAAGAGTTCCTGAAATCAACTGGTATCGGTGATACTGCATTCTTTGGTCCTGAGCCAGAATTCTTCTTATTCGACGATGTGAAATTCCACACTGACATGGCGGGTTCTTTCTTCAAAATCGATTCTTCAGAAGCAAAATGGAATTCAGGTGCCGAATTTGAAGGCGGTAATCTTGCTCACCGTCCAGGCGTTAAAGGCGGCTACTTCCCGGTTCCACCAGTAGACTCAGCACACGACATTCGTGGCGCAATGTGTCTTGTTATGGAAGAAATGGGTCTTAAAGTAGAAGCGCACCACCACGAAGTGGCAACAGCGGGTCAAAACGAAATCGCTTGTGCCTTCAATACATTAGTTAAGAAAGCTGACGAAGTTCAAATCTATAAATATGTAGTTCACAACGTTGCTAATGCTTACGGTCAGTCTGCGACTTTCATGCCTAAGCCTCTTGTTGGCGATAACGGTTCAGGTATGCACGTTCACCAATCAATCGCAAAAGATGGCAAGAACATCTTTGCGGGCGACAAGTACGCGGGTATGTCTGAAGAAGCCCTGTACTACATCGGTGGTATCATCAAGCACGCTCGCGCGATCAATGCTTTCACTAACGCTTCAACTAACTCTTACAAGCGTTTGGTGCCTGGCTTTGAAGCACCGGTAATGCTGGCTTACTCTGCACGTAACCGTTCTGCATCAATCCGTATTCCTTACGTAACAAGCGATAAAGCGCGTCGTATCGAAGTACGTTTCCCTGACCCAACAGGTAACCCATACCTGGGCTTCACTGCAATGTTGATGGCGGGTATCGACGGTATTATCAACAAGATTCACCCTGGTGACTCTATGGATAAAGACCTGTACGACTTACCACCAGAAGAAGCAGCAGAAATCCCAACCGTTTCCAGCTCACTGGAAATGGCTCTGGAAGCACTGGACAACGACCGCGACTTCCTGAAAGCCGGTGGAGTTATGACTGACGACATGATCGATGCTTACATCGGCCTGAAATCTGAAGAAGTGACGAAACTGAACATGTCTACTCACCCGGTTGAGTTCGATATGTACTACAGTGTGTAA	MSVEKALELIKESEAKFVDLRFTDTKGKEQHVSIPAGLIDEEFFEEGKMFDGSSISGWKHINESDMILMPDAESCVVDPFAEETQVNIRCDIVEPSTLEGYDRDPRSVARRAEEFLKSTGIGDTAFFGPEPEFFLFDDVKFHTDMAGSFFKIDSSEAKWNSGAEFEGGNLAHRPGVKGGYFPVPPVDSAHDIRGAMCLVMEEMGLKVEAHHHEVATAGQNEIACAFNTLVKKADEVQIYKYVVHNVANAYGQSATFMPKPLVGDNGSGMHVHQSIAKDGKNIFAGDKYAGMSEEALYYIGGIIKHARAINAFTNASTNSYKRLVPGFEAPVMLAYSARNRSASIRIPYVTSDKARRIEVRFPDPTGNPYLGFTAMLMAGIDGIINKIHPGDSMDKDLYDLPPEEAAEIPTVSSSLEMALEALDNDRDFLKAGGVMTDDMIDAYIGLKSEEVTKLNMSTHPVEFDMYYSV	PGPT0000645_3472	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
AK237_01553	504			hypothetical protein	GTGAAATTGGTTCTATTATTAATTGCTTTGGTAACGCCCACCTTAAGTGCACAGACCATTTATAAAGTGATGAAAGCAGATGGTACGGTGCTGTATACAGATGTTCCTCAAGACGGTGCGCAAACCGTTGAACTTGAAGCCAATACTAACAATGTGGCAGAAAGCCAAAAGGTAGATACACCCACCCTCACCCAACCCAAATCCAAACCTGACTACACCGTGACGATAACCTCGCCGGCGCCCGAAGCGACAATCAGAAATAATCAGGGAAAACTAACAATATCAGCCAGTGCATCGCCAAGCTTCAAAGGACGTTACAGGCTTACCTTCGACGGCCAGGCCACACGCATTAATAGCAGCGGTACATTTAATCTAAGTGGCATCAATCGTGGTGCACATCGCTACCATATCGACATTCTTGACAATACGGGCAAGACTCTTGCATCTACCCCTCAACAGACACTTTATTTGCATCAGGCATCAGTGTTCATCAATAACAATTAG	MKLVLLLIALVTPTLSAQTIYKVMKADGTVLYTDVPQDGAQTVELEANTNNVAESQKVDTPTLTQPKSKPDYTVTITSPAPEATIRNNQGKLTISASASPSFKGRYRLTFDGQATRINSSGTFNLSGINRGAHRYHIDILDNTGKTLASTPQQTLYLHQASVFINNN				NA	NA	NA	NA	NA
AK237_01554	1086	glnL	COG3852	Sensory histidine kinase/phosphatase NtrB	ATGCAAGCCACCGAGTTCGAGACAAATCATCTACTCAACAACCTGAATACCGCGTTGGTGATGGTAAATGAACGATTACAAATTGTGTACGCCAATCATGCCGGTGAGGCGCTCTTCGAAACAGGCGTGAAGCAGTTATTCGGACACAAGCTTTCGGACTTTTTTGCGCCGAACGCCATCAATGATGCGCGCCTGCGTGCCGCCATTCGGCGCGGCGAAGACTTCACTGAAAATGACCTTCGACTCTGCTTTAAGGACGGTCGGTGTGTTCTCTCAGATCTAACGGTGACCAACCTCAATACTGACGATGGGCCCAAGTTGATGTTCGAGGTAAGAAGAATCGACCAACAACGACGGATATCAAGAGAAAACCAACAGAATGCCCAACACGATGCTGCCCGGGAACTTATTCGAGGCTTAGCGCATGAAATTAAAAATCCATTGGGTGGCATTCGGGGTGCAGCACAATTATTAGAAAAAGAGCTGACTAACCCAGACCATACCGAGTTTACGCAAATGATTATCGAACAATCAGACCGTTTACGGAACCTGGTTGATCGATTGCTTGGTCCAAATGCCCTTCCGCGCTTGGAATGGAGCAATTTGCATCAGGCATTGGAGAAAGTGCGCAGTTTGATGAAAGTGGATTCCGATAATCCCATCAACATCATTCGCGACTACGATCCAAGCATCCCTGATCTTAAAGTCGATCAGGATATGATTCAGCAATCGGTGCTCAATATTTTGAGAAACAGTGTCCAAGCGCTCACAGAAGCGAATACACCTTCACCGCAAATCAGGCTGGTTACACGTATCGACAGACAAATGACCATCTTAGGAAAGCGCCACTCTCTGGTTGCCAAAATTCAAATTATTGATAATGGTCCGGGTATTCCCCCGGCTATCAGAGATACGTTGTTTTATCCCATGGTCAGCAGCAAACAAAATGGAAGTGGGCTGGGCTTGTCTATAGCACAAACATTAATTAATCATCATGGCGGTAAAATTGATGTGGACAGTCACCCTGGCCACACCGAATTTACGCTATACCTCCCTGTCCCTAGAAAGGAGTCGGATAATGAATAA	MQATEFETNHLLNNLNTALVMVNERLQIVYANHAGEALFETGVKQLFGHKLSDFFAPNAINDARLRAAIRRGEDFTENDLRLCFKDGRCVLSDLTVTNLNTDDGPKLMFEVRRIDQQRRISRENQQNAQHDAARELIRGLAHEIKNPLGGIRGAAQLLEKELTNPDHTEFTQMIIEQSDRLRNLVDRLLGPNALPRLEWSNLHQALEKVRSLMKVDSDNPINIIRDYDPSIPDLKVDQDMIQQSVLNILRNSVQALTEANTPSPQIRLVTRIDRQMTILGKRHSLVAKIQIIDNGPGIPPAIRDTLFYPMVSSKQNGSGLGLSIAQTLINHHGGKIDVDSHPGHTEFTLYLPVPRKESDNE	PGPT0000680_785	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-GLUTAMATE|GLUTAMINE_SYNTHASE|GLTS_PATHWAY,PGPT0000680-ntrB|glnL-K07708	NA	NA
AK237_01555	1416	glnG	COG2204	DNA-binding transcriptional regulator NtrC	ATGAATAACGAGTCCGTATGGATTGTAGATGACGACAGTTCCATTCGCTGGGTATTACAAAAAGCCCTTCAAGCGGCGAATATTGGCTGTTTGAGTTTTGAAAACCCGGAAGATCTTTTACTACAATTGCAAAGCGGTCAAAGCCCCGAGGTCATCGTTTCAGATATACGCATGCCCCAGATGGATGGTATGACGCTATTGGCAGAAGTACATAATACCGACCCCCTCATTCCTGTCATCATCATGACAGCACACTCTGACTTAGACAGTGCCGTGAATGCGTATCAAAGTGGTGCATTTGAATATCTCCCCAAACCCTTTGATATTGATGAGGCCGTCACGTTAGTACAACGTGCGTTGGCCCACGCCCGCGAGCAAAGCCGCCAAAATCAAGTGCCCCAAGACGAGGCAGCAACTGAAATCATCGGTGAAGCCCCTGCTATGCAGGAAGTTTTCAGAGCGATTGGCCGGTTGTCCCGTTCGTCTATCAGTGTGCTGATAAACGGGCAGTCTGGTACAGGTAAAGAGTTGGTCGCCCATGCATTACATCGCCATAGCCCGCGCGCAGCGAACCCTTTTATAGCACTTAACATGGCAGCCATTCCCGCAGATTTGGTCGAATCTGAATTATTTGGCCATGAGAAAGGGGCGTTTACTGGCGCGCAAACGTCTCGTCAGGGCCGTTTTGAACAAGCAAACGGCGGAACGCTCTTTCTGGATGAAATCGGTGATATGCCATTAGACGTGCAAACCCGATTGCTGCGTGTGCTCGCAGACGGCCAGTTTTATCGAGTTGGCGGCCATCAGTCAGTAACGGTTGATGTGCGGATTATCGCTGCCACCCACCAGAATCTGGAAAAGCGTGTAGCAGAGGGTAAGTTCCGAGAGGACTTGTTCCACCGCCTGAACGTCATTCGTATTCATATTCCTTCTCTGGCAGAACGTCGGGAAGATATTCCTTTACTCGCCCGTCACTTCTTACGCCGCGCAGCCAAGGAACTGGATGTTGAAACAAAGTCGTTAAGTAAAGAAGCAGAAAAGCTGATGAGCCAACTGCCCTGGCCTGGCAATGTTCGTCAGTTAGAGAACGTATGTCGATGGCTCACTGTTATGGCCAGCGGGCAAGAAGTACTGCCCAGCGATTTACCTCCCGAGATCCATTCAGAAGGAACTATCGAAAAAGCAGGCAATGCTGCCGTTGGCGATTGGCCAGAGTTACTCGCGAAATGGACCGACTCGCAACTGCGTGAAGGGCATTACAATATTCTAAATGACGCAATGCTCACTTTTGAAAAAATTATGTTAGAGCGCGCATTGAGTTACACCCACGGCCATAAACAAGATGCAGCAAAACGTCTTGGATGGGGTCGCAATACTTTAACCCGTAAGCTTAAAGAACTAGATGTAAACAGCTAA	MNNESVWIVDDDSSIRWVLQKALQAANIGCLSFENPEDLLLQLQSGQSPEVIVSDIRMPQMDGMTLLAEVHNTDPLIPVIIMTAHSDLDSAVNAYQSGAFEYLPKPFDIDEAVTLVQRALAHAREQSRQNQVPQDEAATEIIGEAPAMQEVFRAIGRLSRSSISVLINGQSGTGKELVAHALHRHSPRAANPFIALNMAAIPADLVESELFGHEKGAFTGAQTSRQGRFEQANGGTLFLDEIGDMPLDVQTRLLRVLADGQFYRVGGHQSVTVDVRIIAATHQNLEKRVAEGKFREDLFHRLNVIRIHIPSLAERREDIPLLARHFLRRAAKELDVETKSLSKEAEKLMSQLPWPGNVRQLENVCRWLTVMASGQEVLPSDLPPEIHSEGTIEKAGNAAVGDWPELLAKWTDSQLREGHYNILNDAMLTFEKIMLERALSYTHGHKQDAAKRLGWGRNTLTRKLKELDVNS	PGPT0000685_1094	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-GLUTAMATE|GLUTAMINE_SYNTHASE|GLTS_PATHWAY,PGPT0000685-ntrC|glnG-K07712	NA	NA
AK237_01556	1167			hypothetical protein	ATGCAGACGTTTACACCAGAAGAACTGGAAGAAGATATCCTCGCCGACCTCATGGAGGAAATCAACGAACTCTACGAATCAAGCGAACAAACGCTTATCGAGCTGGAGTTACGCCCAGAGGATAATGAACTTCAGCGAAGTCTGTTTCGTTCAATCCATACCATAAAAGGTGATTTAGGGCTCGTCAACTTTGGCCCAATGATCCCCCTGTTGCAGCACGTGGAAGATTTGCTCGACTACCTGCGAAAAGGCCAGATTAACTACACCAGCACCATGAGCGACCTGGTACTGCTTACCATGGATCGGGTGAAAAGTTTTGTACAGGATGTCATGAATATCGGTAAAGCAGATTATGACGATAATCTGCACGAACAACTGGTATTGGCCATTACTCGCATTACGCCGGATAACCATGCAGAGCACGATAAGCTGCTAGCTGATGCCGTATTGCTATTAAATCCAGAATTAGACATTAACGTTAATGGCGCCAGTGACACCGCTGACACGGGAGATGCGAGTATTCCCGTGGTATCTAAACCCCCGGTCACGGTCGCTAACACGGGGATCCTGAAAGGTGTCAGTGGTGAGAAGCGTGAAGACATGTTGTTTTTCCGTGACTTAATGCAGACCATCGAGCATCGTTCAAATTATTGGGCAGGGCGTGGCGATCGTATTGCCAAGCTGGCGTTGTATATTAATCACGAAGCGGGCAGCCCCATCGACGACGATCAACTCTCCGTGGCCTGTTACGTGCACGATTTCGGTATGGCTTTCATGCCGCTTCACCTATTGAACAAAACAGAGCCGTATACGGATGCTGAATTCAACTTGATGCGCTCTCACGTGTACAAAAGTTCGCGCTTGTTAGAGCATTTAGACCAGTGGGATCATGCGCGTAAAATTGTCATGCAGCACCATGAGAGGGCAGATGGCAGTGGTTATCCTCTTGGATTAAAAGAAGACGATATCTGCGATGGTGCGAAATTGTTGGCCATTCTGGATACGTACGATGCGATGACACATTCCCGGGCACATAATCAGGAAACCCGTATGTCGAAAAAACAAGCCGTTATTGAACTCAACAGAGTCGCGAAAGGGCAGTTTAGTATGAAGTGGGTTCGCCACTTTAACCAAGCGATGACGAGTTTATTGACGAAACATCCGTGA	MQTFTPEELEEDILADLMEEINELYESSEQTLIELELRPEDNELQRSLFRSIHTIKGDLGLVNFGPMIPLLQHVEDLLDYLRKGQINYTSTMSDLVLLTMDRVKSFVQDVMNIGKADYDDNLHEQLVLAITRITPDNHAEHDKLLADAVLLLNPELDINVNGASDTADTGDASIPVVSKPPVTVANTGILKGVSGEKREDMLFFRDLMQTIEHRSNYWAGRGDRIAKLALYINHEAGSPIDDDQLSVACYVHDFGMAFMPLHLLNKTEPYTDAEFNLMRSHVYKSSRLLEHLDQWDHARKIVMQHHERADGSGYPLGLKEDDICDGAKLLAILDTYDAMTHSRAHNQETRMSKKQAVIELNRVAKGQFSMKWVRHFNQAMTSLLTKHP				NA	NA	NA	NA	NA
AK237_01557	729	plsC	COG0204	1-acyl-sn-glycerol-3-phosphate acyltransferase	GTGTTAGCCATTCTTCGCGTCATTGCGCTCCTCTTTGCATTCATTCTGATTAACATAGTCGTCTTTGTGGTTTGTGTATTTCGTCCCTTTCACAAAAACAACGTGTACTTCGGTGGCAACGCCTACGCGCTGATGTCACGCATTATGGGCCTGAAAGTCATCGTACGTAAAAGTGATGCGGTGAAAGCAGACACTCCGTATGTTTTTATCGCGAACCACCAAAACAGCTATGACATCATCACTATATGCAAAGCCGCTTTGCCGGGAGTGGTTACCATTGGAAAGAAAAGCCTGAAATGGATCCCCATATTCGGACAGATCTATTGGCTGTCAGGCAACATCATGATCGATCGAAAAAATAGCGGAAAAGCCCGGGATACGTTAAAAATAGCCGGTGAAAAAATTCGTAAGAAACGAACTTCCGTGTGGGTTTTCCCGGAAGGCACGCGCAGTAACGGCAGAGGCTTATTACCATTTAAAACAGGTGCCTTTCGCTTAGCGCAAGCTGTAAAAGTGCCCGTTGTGATGGTTACTGCCAGTAACTTACATGGAAAAGTACAATGGAACCGCTGGGACAACGGCGTAGTACTGGTAGATATTGATGCGCCTGTAGCACTCACCAAAGAACACTCAGGGAAAGGCTGGACAGAGCATTTTTATCAGGCAATGCAGGAAAAACTAAATCAGTTAAATGACGAAGTTGCGCAAATAGAATCAGTAAAGAGATAG	MLAILRVIALLFAFILINIVVFVVCVFRPFHKNNVYFGGNAYALMSRIMGLKVIVRKSDAVKADTPYVFIANHQNSYDIITICKAALPGVVTIGKKSLKWIPIFGQIYWLSGNIMIDRKNSGKARDTLKIAGEKIRKKRTSVWVFPEGTRSNGRGLLPFKTGAFRLAQAVKVPVVMVTASNLHGKVQWNRWDNGVVLVDIDAPVALTKEHSGKGWTEHFYQAMQEKLNQLNDEVAQIESVKR	PGPT0024380_3968	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-GLYCEROLIPID_REMODELLING	CE-REMODELLING_GLYCEROLIPID_ACYLTRANSFERASE_ACTIVITY,PGPT0024380-plsC-K00655	NA	NA
AK237_01558	396	rraB	COG3076	Regulator of ribonuclease activity B	ATGAACCAGTTTGATGAACGTGAAGAATGGTACGCCTTCAACCAGGAAACCATTGAAGCGCTGCTTGAAGATGGCAGTCAGGCCGATGCGGTTTACACTATTGAACATCACTTGGCTTCTACTGATTTTGATAAACTTGAAAAGGCCGCTGTGGACGCGTTTAAAGCAGGCTTTGAAGTTTCGGATGCTGAAGAATTAGTACTGGACGACGGTGGCACAATATTTTGTTTCGATGCCGTTGTTGAGCGCGAATTAGTTCAGGATGCACTGGATAAAGACACTGATGCATTACTGAAAATCGCGGATAAGTGTGATGTACACTATGACGGCTGGGGCACATATTTTATGCCCCGCAATGAAGACGAAGAGATAGAAGAAGACTTCGATGACGAATAA	MNQFDEREEWYAFNQETIEALLEDGSQADAVYTIEHHLASTDFDKLEKAAVDAFKAGFEVSDAEELVLDDGGTIFCFDAVVERELVQDALDKDTDALLKIADKCDVHYDGWGTYFMPRNEDEEIEEDFDDE				NA	NA	NA	NA	NA
AK237_01559	735			Metallo-beta-lactamase type 2	ATGAAATTATCTGGAGTAAGTCCTGCATATGCCCTGCTGGCCTGTGTTCTTTGTTTCATGTTGTGGGGTAGTCAGGCCTGTGCAAAAGGAACAATGACCATCACACCACTTAGTGACAATGTGTATTTGCATGTATCTTATAAATATGTGGATGGATTTGGCTTAGTGCCGTCAAATGGTTTGGTTGTATTAATGCCTGAAGGTAGCGTGTTGTTGGATACGCCGTGGACGGGGGAGGAAACGCAAGCGTTGCTTCACTGGGCAAAGGAACAGCATATGCCAATAACCCGTTCATTTTCCAGCCATTCGCATGAAGATCGTACTGCTGGCATTGCTGTGCTTAATGCCGAAGGCGTTAATACGTTCGCACGGCAAGAGACCAATACGATATTACGTGCTAAAGGTAAAACGCCTGCGTTACGTACCATTGAAGAGGATATTTTTGAGATAGCGCCCGGTATTGAAGTATTTTACCCCGGTGAAGGTCATGCCCCTGACAATAGTGTGGTGTGGCTGCGCGAGTCAAATATCTTGCTGGGCGGTTGTCTTATACGTGAAGCTGAGACTGACAGTCTTGGATACACCGGCGACGCCAACCTGAAACAATGGGGCCCGTCGGTGCAGCGGGTGATCATGCGCTATCCCAATGTCCAACTCGTGTTGCCTGGTCACGGAGCGCCGGGGGATAAGCGGCTACTCGAGCATACGGTGTCGTTAACCACAAAGACACAATAA	MKLSGVSPAYALLACVLCFMLWGSQACAKGTMTITPLSDNVYLHVSYKYVDGFGLVPSNGLVVLMPEGSVLLDTPWTGEETQALLHWAKEQHMPITRSFSSHSHEDRTAGIAVLNAEGVNTFARQETNTILRAKGKTPALRTIEEDIFEIAPGIEVFYPGEGHAPDNSVVWLRESNILLGGCLIREAETDSLGYTGDANLKQWGPSVQRVIMRYPNVQLVLPGHGAPGDKRLLEHTVSLTTKTQ	PGPT0028415_2	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-BETA-LACTAM_RESISTANCE,PGPT0028415-blaGIM-K19099	NA	NA
AK237_01560	753			hypothetical protein	ATGCTGATGCAAACCACCACACCACCAAGCAATATCTGGCTGTATGTTGTAGTTAGCTTAAGTTGCCTGATAGTAACTCCAGCCTTTGCTGAAAATGAAACACGAGTAAGCGAAGCAAGAGAATTTCAGTTTGGTGAAGCGCATGAAGGTAAATCCGCTGACCATGTTTTAAAGAACACTACCCTTACAAGCACCACGAAAGCATCGCCAACGAAAAAGAAACGGATGTCAGTAAATAGCATGGTGAACACCGACTTTTGGATTTACGATGCCTGGGTAGAACGATACAACGATGCTGACTACGATGGCTATGCCACTACCGTCTCTGTTGCCTTCGATGCCGATACAATCTACGCCGAAGTACCGGTTTATGCCGTGCTTTACATCGGCGATGCAGAAAACTTCTACCCGGTTCATGAATCGTCGGTGTTCTACATTTATGGTGAAAGCACCAGTGATGAATTCATTATCGAAACCGATCTGATTTCGGGTTACCGGCCCTACGATTATGACATCATGATAGAGCTGTACGATGCGCAAACAGATGCCCTGCTAGCGGTCTCAGACCACACTAGTGATGCAGACTTATCGTATGTTCCGCTTGAAAGTCAAAATTACGATCGGGTTATCGTCGAACAGGAAACTGTTGTAGAGGTTAGAAGCCATGGTGGCGCGGTGTACTGGCCAGCCCTGGGTGTATTGCTTGCAGTAGGGCTAGGCAGAAGATGGGTAAAGCATCGCAGTCAACGCTAA	MLMQTTTPPSNIWLYVVVSLSCLIVTPAFAENETRVSEAREFQFGEAHEGKSADHVLKNTTLTSTTKASPTKKKRMSVNSMVNTDFWIYDAWVERYNDADYDGYATTVSVAFDADTIYAEVPVYAVLYIGDAENFYPVHESSVFYIYGESTSDEFIIETDLISGYRPYDYDIMIELYDAQTDALLAVSDHTSDADLSYVPLESQNYDRVIVEQETVVEVRSHGGAVYWPALGVLLAVGLGRRWVKHRSQR				NA	NA	NA	NA	NA
AK237_01561	231			hypothetical protein	ATGTCAGACAAGAAAAAAGCTTATCCGCTGCGCATTAACGCTAATGTCCTGGCAGCTATGCAACGCTGGGCAGATGATGAGCTTCGAAGTGTTAATGCCCAGATAGAATATGTCCTCAGAGAGGCTCTGTTGAAGCAAGGCCGCATAAAGCTGGTGGAAAAAGTGGTAACTGATGTCTCTCTGGTCGAAGACAACACATCATCTTCAAATAAGCAAAACGGGGAAGACTAA	MSDKKKAYPLRINANVLAAMQRWADDELRSVNAQIEYVLREALLKQGRIKLVEKVVTDVSLVEDNTSSSNKQNGED				NA	NA	NA	NA	NA
AK237_01562	855			hypothetical protein	ATGAACGAGAAAAAAGGATTTTCAGTTAACGGTTTTGTGATGATTGCCGTATTGCTAGTGCTGCAAGTTATGTCGTTGATTTGGTTTGATAGCGTGACAAACAAAATGCCCTGGCATTTATTACCGGCTGTGGGGGTGGCTATTTGCTGGGCCGGCTTCTTTATGGTTCAGCCCAATCAAGGCAAGGTGCTGACATTCTTTGGTAGTTATGTGGGGACGGTAAAAACCGATGGACTGCGCTGGTCGGTACCTTTCTTTATTCGTAAAACCGTTTCTTTGCGAATTCGGAACTTTGAAAGTGCGCAGATGAAAGTAAACGATAATCAGGGTAATCCTATTGAGATCGCGTCGATCATCGTGTGGTCTGTCACCGATACAGCGGAAGCGGTGTTCGAGGTGGATGATTATGCCAGCTATGTGGTGATTCAAAGCGAATCAGCCATTCGTAACATGGCAAGCAGTTTCCCCTATGATCCTCGCGATGATGAAGAGGCGGAGGTAGCGCTACGCAGTCATCCGAATCAGATTTCGGCGCATCTGCAAAGAGAAATTCAGGCCCGGTTAGATAAAGCAGGCATTACGGTTCATGAAGCGCGTATTAGTCACCTGGCCTACGCACAAGAGATAGCCAGTGCCATGTTACAGCGCCAGCAAGCGGCAGCGATTATTGCGGCGCGAAGTAAAATTGTAGAAGGTGCTGTGGGGATGGTTGAAATGGCGCTAGCAGGCCTGAGCAGTAAAAATATCGTTGAGTTAGATGATGAACGTAAGGCGCATATGGTGAGTAACTTACTCGTAGTACTATGTGGTGATAAAGCGCCACAGCCTGTCGTAAATAGTGGCAGCCTTTATTAA	MNEKKGFSVNGFVMIAVLLVLQVMSLIWFDSVTNKMPWHLLPAVGVAICWAGFFMVQPNQGKVLTFFGSYVGTVKTDGLRWSVPFFIRKTVSLRIRNFESAQMKVNDNQGNPIEIASIIVWSVTDTAEAVFEVDDYASYVVIQSESAIRNMASSFPYDPRDDEEAEVALRSHPNQISAHLQREIQARLDKAGITVHEARISHLAYAQEIASAMLQRQQAAAIIAARSKIVEGAVGMVEMALAGLSSKNIVELDDERKAHMVSNLLVVLCGDKAPQPVVNSGSLY				NA	NA	NA	NA	NA
AK237_01563	1269			hypothetical protein	ATGGAAAAAAAAGAGAAACGGCTTTCACGACGAACCGTGCTTAAAGGCTCTCTCGCAAGCTGGTTAACTGCCGGCATGGTGCCTTTTGCCATCGGCAAAGAAAAACCTCTTGTACGAGTGTTAGGCACACACGTTACGTTACAAGAGCCCATAAAACAGCAGGCGATGGAAGATCTTGGTATCAGGTTGCGCTTTGAGCCGGGTGGCAGTGCTACGGTGTTACAACGGGCATCGATGAATCCTCAGGGCTTCGACTTATATGAGCAGTGGTCGAACAGTATTAATGTGCTGTGGCGTGCCAATGCGATTGCTCCCATTGAGAAGAAAAAAATTCACTATTGGGACGAAATCAACGACCTCACCAAAACCGGTAAAATTACGGCTGACGCAAGAATTGGCGCTGGTGATGCGCCCCATAAGATTATCAATGTGCAGGCAGATGGTTCATTAGGAGAAGCGCACACCGATCACATCAGTTTCTTACCTTACGTACACAATGTTGATTCCTTCGGATATCGCGAAGACACGTTGCCTAAAGATATCCATACCGTAGAGGAAAGCTGGGGATGGCTTCTCGACTCTCGCTTTAGTGGCAAAGTGGGTATCGTGAATGATCCGACCATCGGATTATTTGATTTAGCGCTGGCTGCGCAAGCAAAAGGATTTATTGAATTTGCCGATATAGGTGCCATGACCCGTACCGAACTAGACAGCCTGTTTTTGTTATTGATTGAGCTTAAACAACTTCAGCATTTTAATGGTTTCTGGAATTCAGTTCCTGAGTCCGTGCAATACATGCGTTCAAGTCGGGTCACTATCCAAAGCATGTTCTCGCCCGCTGTTTCAGAGCTGAACGGACAGAATATTCCGGTACGATTTGCCGCCCCCGCCGAAGGTTACCGAGGCTGGCACGGGGTCATGTGTTTGTCCTCCATGACAAAAGGTCGCGAAAAAGACGCGGCTTACGAATACATGAATTGGTGGTTATCTGGCTGGCCTGGAGCATTTATTGCCCGCCAGGGTTACTACATCTCAAATCCTCAACGCAGCAAACCCTATCTCAGCGACGCCGAGTGGGGCTACTGGTATGAAGGTAAACCAGCGTCAGAATCGCTGAAGGGCCCGGATGGTAAAATATCTGTTGCAGAGGGTCAGCAACGCTCAGGTGGCAGTTACGAAGATCGTTTCAGTCATGTCGCTGTTTGGAATACCGTTATGCCGACGTACGAGTACAGTCTGCAGAAATGGTATGAATTCATTACTTCTTAG	MEKKEKRLSRRTVLKGSLASWLTAGMVPFAIGKEKPLVRVLGTHVTLQEPIKQQAMEDLGIRLRFEPGGSATVLQRASMNPQGFDLYEQWSNSINVLWRANAIAPIEKKKIHYWDEINDLTKTGKITADARIGAGDAPHKIINVQADGSLGEAHTDHISFLPYVHNVDSFGYREDTLPKDIHTVEESWGWLLDSRFSGKVGIVNDPTIGLFDLALAAQAKGFIEFADIGAMTRTELDSLFLLLIELKQLQHFNGFWNSVPESVQYMRSSRVTIQSMFSPAVSELNGQNIPVRFAAPAEGYRGWHGVMCLSSMTKGREKDAAYEYMNWWLSGWPGAFIARQGYYISNPQRSKPYLSDAEWGYWYEGKPASESLKGPDGKISVAEGQQRSGGSYEDRFSHVAVWNTVMPTYEYSLQKWYEFITS	PGPT0007855_256	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-ENVIRONMENTAL_QSR|BF_SIGNALLING	CE-QSR|BF-ACIDIC_STRESS_SIGNALLING,PGPT0007855-ABC_SP_S|ydcS-K02055	NA	NA
AK237_01564	2691	rcsC_2		Sensor histidine kinase RcsC	ATGTTTCATTCTATAAGAATACAACTTATCGCCGTACTCATCGTCATGATCGTACTGATCCTGATACAAGGCTTTCTGGGACGTGCGAATGAACAGATCCTGACCGACGGTATGAACAATACCCGCCAGGCAGTTACCGATGTAGGTATCGTCGGCGAGCTCGAACGGGATGTGGTGGACTTGCAACGCAACGTGCTGATTTTCCGCGAAACAGCCAGCCCTTCTGCGGTCACCCGTTTCGAGCGTTTGATGATCTCCATTACTGATAAGTTAGAAGCGTTGGAGACCTCGTCAATCTCCTCTACTTATGATTATGCAGAGGATGACATTTTAGAGCGCATGCGTACGCATCTGGTTTCGTACAAAGAGAATTTCCATACTGTAGTAGACGACAGGCATTTGCGCGACCAGTTAGTAGATTCCGGCTCGCTAGTAGTGGTCAATCAAATTGAAGCCCTGCTCCAACAAATCGCTGAGCAGGGTCAAATGAGCAGCGGTAAGATAAATCGTCTGAAAATGCAGATAACGGATGCAGAGAATGCGGCACTTCGTTATTTGTACGCACCAGATCTTGAAATTATCTCTCAATTTAATGAGGCATTAGCGCCTGTCTATACCTTGTTAGATGGAGAAGCCTCTGAAAACGTCAACACTATTCGAGAACATGTTGAGCGATTGGAAGAGCGCTTTTTGCGCCTGACACAGATCACTCAAAACAATATGTTTCTGGTTAACGTAGTGATGGCGGGCTCTGCCAATGAATTCTTATACTTAAGCCGCGAACTGGCTGACAGAGTAAATGCCCACACCAATCTGATTAACCGAAATGCCCAGAACGCAGCCATAGACGCACGGTTGAATGGCGAAATTTACTCGGTCATCGCCATCGTACTGGCCTTCGCGTTTGCGATTTTCACCGTTCGGCGTGTGCTTACCCCTATTCGTTCTATCACCTCGGTTTTTAATCAGTTAGCGGCAGAAAAACAGGTAGATGTGCTGCCAGACCTCAATCGTAAAGATGAAATCGGAAAGCTCACCAAAGCGGCCCAGGTATTTAAAGAAAAGAATGAACAAACCCGCACGTTGTTAAAAAATGCGCAGCAGCTGAACGTACAACAAGAAGCGTTGAACAAAGAACTTGCTGAGTCGAAGAAAAAGGCGGAACAAGCTACAGCGTCTAAAAGTATCTTTCTTGCCAACATGAGCCACGAAATTCGTACGCCGTTAAATGGCATCATTGGATTATTAGAACTGGCCCATCAGCAGCCCATGTCAGCTACGTTGAAGGATTACCTTGAAAAAGCATCCTACTCCAGCCAAATCCTCGTAAGTGTCATCAACGACATTCTGGACTTTTCAAAAATTGAAGCCGGGAAACTGGAGCTTGAAAATGTGAGCTTCTCTTTGCACTCTATACTGGATAACTTGCTGGCTGTTGTTAGTTTGCGGGCGCAGGAGAAAAACCTGAGCGTGCATTTAGAGGTTGATCCGAAGTTACCTCCACGCATTATTGGCGACCCGTTGCGCTTATCGCAAATACTCATGAATATCTGTACCAATGCCGTGAAATTCACTCAGCAAGGTGCGATTAACGTAACCATCAAAGGTTTGGTCAATCAACAAGGTGACCGTGTTGTGCTGCGTATAGAAGTGGAAGATTCGGGGATCGGTATGACCCAAGCGCAGGTAGACCGCATCTTTCAGCCCTTCACTCAGGCAGACGGTTCAACCAATCGCAAATTCGGTGGCTCCGGCTTGGGGCTAACTATCGTGAAGCAATTAACGGAGTTGATGGCCGGAAAGCTCAAAGTGTCCTCGGCGCCGAATAAAGGCTCTATCTTTGTTATCACCCTTCCCATGAGTATCCAACAAGGACAAAACGGCATTCTTGCCGAGATCCCGCAGTTACCTTTGGGCAGTAGTTACTATTCGGATAAACCCTTGTTGCCTGCCGCATACCTTGCATTACTGAATTTACGCTCTGCGCGCCAGCCGTTACAGGCAATAAAAAATGATGTAGGCGTGCCACCGGCATTACTGGTTGATATTGCCACCTTCAGCGAGTTTAAATCGTTGTTGCCGCAATTAAGCTTGATCGAAAGACAGAGTATTCCTGTGGGTATTGTTATGGAAACACAAACAGGCCAGCTACAGGAAAAAATACTCAGTCAGTGGAACGGCCCGATATTGCTACACCCTTTCACGCCGGCTCAGTATAAACGGTTCGTGTTTACCCTTGTTGGCATTGAAGAAGCAACACCAGTGCAAGACGTACCTGAACAATCTACCATGCTAGACGGTCATATTTTGTTGGTGGAAGACAACAACATCAATCAGGTTGTGACCGGCGAAATGCTGTCTTCACTGGGCTTAACATTTGATATTGCGGAAGATGGGCAGCAAGCATTGACCAAAATATCCAACGCGCCGGTGTACGACCTGATATTAATGGACGTACAAATGCCGGTGATGGACGGCTATGAAGCAACCCGTCAAATTCGACAGAAGGGACTAAATGATTTACCCATCATAGGGTTATCGGCGAATGCCATGAAGGAAGACAAACAGCAGGCCATGCGCTATGGCATGACCGACTATTTAACTAAACCGCTTAAACGCGCCGCCCTGGCAGCAATGTTAAAGCAGTTTTTAAGAACGGAATCATCCGGCCAATCGGCACGGATGAAATAA	MFHSIRIQLIAVLIVMIVLILIQGFLGRANEQILTDGMNNTRQAVTDVGIVGELERDVVDLQRNVLIFRETASPSAVTRFERLMISITDKLEALETSSISSTYDYAEDDILERMRTHLVSYKENFHTVVDDRHLRDQLVDSGSLVVVNQIEALLQQIAEQGQMSSGKINRLKMQITDAENAALRYLYAPDLEIISQFNEALAPVYTLLDGEASENVNTIREHVERLEERFLRLTQITQNNMFLVNVVMAGSANEFLYLSRELADRVNAHTNLINRNAQNAAIDARLNGEIYSVIAIVLAFAFAIFTVRRVLTPIRSITSVFNQLAAEKQVDVLPDLNRKDEIGKLTKAAQVFKEKNEQTRTLLKNAQQLNVQQEALNKELAESKKKAEQATASKSIFLANMSHEIRTPLNGIIGLLELAHQQPMSATLKDYLEKASYSSQILVSVINDILDFSKIEAGKLELENVSFSLHSILDNLLAVVSLRAQEKNLSVHLEVDPKLPPRIIGDPLRLSQILMNICTNAVKFTQQGAINVTIKGLVNQQGDRVVLRIEVEDSGIGMTQAQVDRIFQPFTQADGSTNRKFGGSGLGLTIVKQLTELMAGKLKVSSAPNKGSIFVITLPMSIQQGQNGILAEIPQLPLGSSYYSDKPLLPAAYLALLNLRSARQPLQAIKNDVGVPPALLVDIATFSEFKSLLPQLSLIERQSIPVGIVMETQTGQLQEKILSQWNGPILLHPFTPAQYKRFVFTLVGIEEATPVQDVPEQSTMLDGHILLVEDNNINQVVTGEMLSSLGLTFDIAEDGQQALTKISNAPVYDLILMDVQMPVMDGYEATRQIRQKGLNDLPIIGLSANAMKEDKQQAMRYGMTDYLTKPLKRAALAAMLKQFLRTESSGQSARMK	PGPT0025845_9	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-QUORUM_SENSING_REGULATORS	CE-QSR-QUORUM_SENSING_REGULATED_FLS,PGPT0025845-sagS-K20973	NA	NA
AK237_01565	2778	valS	COG0525	Valine--tRNA ligase	ATGGATAAAACCTTCGAACCGCAATCCATTGAGCAGCAATGCTATGAAAAATGGGAAGCAGCAGGCTATTTCAAGCCATCCGGACACGGTGACCCGTATTGTATTTTACTGCCGCCACCAAACGTAACAGGCAGTCTGCATATGGGCCACGGCTTCCAGCAAACTATCATGGACGCGTTAACCCGCTATCACCGCATGAAGGGCGACAACACCTTATGGCAGGTGGGTACGGACCACGCCGGTATCGCTACCCAAATGGTGGTAGAGCGTCGCTTAAATGCTGAAGGCAAGACCCGTCACGATTTAGGCCGTGAAGCCTTCATCGATAAGATCTGGGAATGGAAAGAAGAATCCGGTGGCACTATCACCAAGCAGATGCGCCGCTTAGGTACGTCTACCGACTGGGACCGTGAAGTGTTCACCATGGACGACAATCTGTCCAAAGCGGTAACAGAGGTCTTTGTTCGTTTGCATGAAGAAGGTTTGATTTACCGCGGTAAGCGTCTGGTTAACTGGGATCCGGTACTGCACACCGCGGTCTCTGATCTGGAAGTGCTTAACGAAGAAGAAGCCGGCCACATGTGGCACATGCGCTATCCGCTGGCTGACGGTTCCGGTGAGCTGGTCGTAGCGACTACCCGCCCTGAAACCATGCTGGGCGATACGGCTGTTGCGGTTCATCCAGATGACGAGCGTTATCAGTCGATGATTGGCAAGGAAATTCGTCTGCCAATTACCGGCCGCCTGATCCCTATTATCGCGGATGATTATGTGGATCCTGAATTCGGCACCGGTTGCGTGAAAATCACCCCGGCACACGATTTTAACGACTATGACATGGGTAAGCGCCACAGCCTGCCGATGATTAACCTGTTCACCGACGACGCAAAGATCAACGATGAGGCCCCTGAAGCTTATCGTGGACTGGATCGTTTTGACGCCCGTAAGCAAATCGTTGCTGACCTGGACGCCGAAGGTCTGCTGGTTAAGGTGGTTGATCACAAACTGAAAGTACCCCGTGGCGACCGTACCGGTGCGGTTATCGAACCGTATCTGACTGACCAGTGGTACGTTGCCGTTGAATCGCTGGCAAAGCCTGCAGTTGAAGCGGTAGAAAGCGGCGAAATCCGTTTTATCCCTGAGAACTGGAACAAAACTTACTACCAGTGGATGAACAATATTCAGGACTGGTGTATTTCCCGTCAGCTGTGGTGGGGACACCGCATTCCGGCATGGTACGACAACGAAGGTAATGTATTCGTTGGCCGTGACGAAGCGGAAGTGCGTAGTCGCTACAAGCTGGAAGACGCCGTTGAACTGAAACAGGACAACGATGTACTGGATACCTGGTTCTCTTCTGCGCTGTGGCCGTTTGCGACCATGGGCTGGCCGGAAGAAACGCCGGAACTGGATACGTTCGTACCGTCTTCAGTGCTGGTCACCGGTTTTGACATCATTTTCTTCTGGGTTGCCAGAATGATCATGATGACGAAGAAATTCACCGGCAAGATCCCGTTCAAAGATATCTACATTACCGGTCTTATCCGTGATGAGAACGGCGACAAGATGTCTAAGTCGAAGGGTAACGTTCTTGACCCTATCGATTTGATTGACGGTATTGATCTGGAATCACTGGTGACCAAGCGCACATCAGGCATGATGCAGCCGCAGCTGGCGAAAAAGATCGAGAAGAATACCCGCAAGCAGTTTGCTGACGGTATTAATGCTTACGGTACCGATGCACTGCGCTTCACGTTTGCAGCCATGGCGTCAACCAGCCGCGATATCAATTTCGATATGAGCCGCGTGGAAGGTTACCGTAACTTCTGCAATAAGATCTGGAACGCATCACGCTTTGTGCTGATGAATACTGAAACCGAAGATACCGGCCGTGACGGTGGTGAACTGGTGCTGAGTCTGGCGGATCAGTGGATTTGGGCGCAGTTCCAGAAAACCCTGAAAGAGTTTGAATCTGCCCTGGCTGATTACCGTTTCGATATTGCCGCTCAAACCGTGTATGAGTTCACCTGGAACCAGTTCTGTGACTGGTATCTGGAACTGACCAAGCCGGTACTGAACAGCGATGCGTCTACTGATGCGGAAAAGCGCGGTACACGTCATACGTTAATTAACGTACTTGAGCAATTACTGCGTCTGTTACACCCGTTAATGCCGTTTATCACTGACACCATCTGGCAACGTGTTGCGCCGTTAAGCGATGCAGGCGTGAAAGAAGGTGAAACCAGTATCATGATCCAGTCTTTCCCTGAAGTGAAAGCGGAACGTGAGAACGACAAGGTGCTGGCCGATATCGAGTGGTTGAAGCGCTTTATCATCGGGATCCGTAATATTCGTGGTGAGATGGATATTTCTCCTAACAAGCCGCTGAACGCTATTCTGCGCAATGTGAGTGAGCAGGATCAGGCCCGTCTTGATTTGGCCGCGCCGTTCATCGATAAGCTGGCGAAGCTGGAATCTGTGACCACCTTAAAAGCGGGCGAACAGGCACCGGCCAGTGCGACTGCGCTGGTGGGAGAGATGGAAATTCTTATTCCGATGGCTGGTCTTATTGATAAAGACGCTGAACTTGCCCGTATCGCCAAGGCGATGGGTAAAGCAGAGCAGGACGTTGCCCGTGCTCAGGGTAAGCTGGCAAACGAGAAGTTTGTAAACAGTGCACCGGAAGCGGTAATTGCCAAAGAACGTAGCAAGCTGGAAGAAGCTGAAACGGCGCTGGCAAAACTGAAAGAACAGCACGCTACCATTAGCGCGCTGTAA	MDKTFEPQSIEQQCYEKWEAAGYFKPSGHGDPYCILLPPPNVTGSLHMGHGFQQTIMDALTRYHRMKGDNTLWQVGTDHAGIATQMVVERRLNAEGKTRHDLGREAFIDKIWEWKEESGGTITKQMRRLGTSTDWDREVFTMDDNLSKAVTEVFVRLHEEGLIYRGKRLVNWDPVLHTAVSDLEVLNEEEAGHMWHMRYPLADGSGELVVATTRPETMLGDTAVAVHPDDERYQSMIGKEIRLPITGRLIPIIADDYVDPEFGTGCVKITPAHDFNDYDMGKRHSLPMINLFTDDAKINDEAPEAYRGLDRFDARKQIVADLDAEGLLVKVVDHKLKVPRGDRTGAVIEPYLTDQWYVAVESLAKPAVEAVESGEIRFIPENWNKTYYQWMNNIQDWCISRQLWWGHRIPAWYDNEGNVFVGRDEAEVRSRYKLEDAVELKQDNDVLDTWFSSALWPFATMGWPEETPELDTFVPSSVLVTGFDIIFFWVARMIMMTKKFTGKIPFKDIYITGLIRDENGDKMSKSKGNVLDPIDLIDGIDLESLVTKRTSGMMQPQLAKKIEKNTRKQFADGINAYGTDALRFTFAAMASTSRDINFDMSRVEGYRNFCNKIWNASRFVLMNTETEDTGRDGGELVLSLADQWIWAQFQKTLKEFESALADYRFDIAAQTVYEFTWNQFCDWYLELTKPVLNSDASTDAEKRGTRHTLINVLEQLLRLLHPLMPFITDTIWQRVAPLSDAGVKEGETSIMIQSFPEVKAERENDKVLADIEWLKRFIIGIRNIRGEMDISPNKPLNAILRNVSEQDQARLDLAAPFIDKLAKLESVTTLKAGEQAPASATALVGEMEILIPMAGLIDKDAELARIAKAMGKAEQDVARAQGKLANEKFVNSAPEAVIAKERSKLEEAETALAKLKEQHATISAL				NA	NA	NA	NA	NA
AK237_01566	429	holC	COG2927	DNA polymerase III subunit chi	ATGCCTCAGGTAACCTTTTGGCAACTCAGTGATGGCGCTGACGCGGGAGAGTCTCGCGCGTGCCATCTTATTGCCGAAGCGTATTCTAAACGCCAGAAATGCGTTGTATTGTGCGCAAGTAAATCGTCAGCCGAAGCAGTTGATGAGCTGCTTTGGCAACTACCAGCTGATCGCTTCGTGCCACATAATTTGTGTGGGGAAGGGCCGGGAGCTGGCACGCCAGTGGAAATATGTTGGCAGGAAAGTCAGCTTTCCCGTCGCAATCTCATCGTCAATTTAAGCGGGGAAATGTTAAGCTCCCCGCATTCTTATCAAACGATTTATGACTTCGTGCCGGTGGCGGATGACGCCAAACAGGCGGCACGGGTTCGCTATAAACAATATCAGCAGGCTGGCTGCCAGTTGCAGTTTAAATCTGCTGACAGTTGA	MPQVTFWQLSDGADAGESRACHLIAEAYSKRQKCVVLCASKSSAEAVDELLWQLPADRFVPHNLCGEGPGAGTPVEICWQESQLSRRNLIVNLSGEMLSSPHSYQTIYDFVPVADDAKQAARVRYKQYQQAGCQLQFKSADS				NA	NA	NA	NA	NA
AK237_01567	1506	pepA	COG0260	Cytosol aminopeptidase	GTGGAATTTAGTGTAAAAAGTGGCAGTCCGGAGAAACAACGTAGCGCTTGTATCGTGGTTGGTGTCTTCGAGCCGCGTCGCTTAACTGCGGTGGCTGAACAGCTGGATGAAATCAGCGAAGGTTATATCAGTAACCTGTTACGTCGCGGCGATCTGGAAGGAAAAGCCGGTCAGATGTTATTGCTACATCATGTACCCAATGTATTAAGCGAACGCGTGTTACTGGTCGGTTGCGGCAAAGAACGCGAACTTGATGAGCGCCAGTACAAGCAAATTATTGCTAAAACCATTACAACCCTGAACGAAACTGGGTCAATGGAGGCGGTGTGTTTCTTAACAGAACTGCACGTCAAAGGTCGTGATACGTACTGGAAAGTGCGTCAAGCCGTCGAAGCTACACAAGATTCGCTGTATACCTTTCTGCAATTGAAAACGAAAAAAGGCGAGCCTCGTCGCCCGTTACGTAAAATTGTACTGAACGTGCCTACTCGTCGCGAGCTTACCGTGGGTGAGCGCGCCATTGAGCATGGTCTGGCAATTTCCAAAGGCGCAAGCCTGACCAAAGACGTGGCAAACATGCCGCCAAACATTTGTAATCCTGCCTACCTTTGGGAACAAGCCCAGTCATTAGCTTCACAGTACGACAGCATTTCTGCAGAAGTAGTAAACGAAGCCATGATGGCTGAGCTGGGCATGAATTCTTACCTTGCTGTAGGCCGCGGTTCTGAAAACGAATCCATGATGAGTATTATCACTCACAATGGTGGTCCAGCCGACCAGGCGCCTATTGTACTGGTAGGTAAAGGTCTTACCTTCGACTCAGGTGGTATTTCTATCAAGCCAGGGGAAGCCATGGATGAAATGAAATACGACATGGGTGGCGCAGCGGGTGTTCTGGGTACCATGCAAACCGTTGCTGAGCTTAATCTGCCTATCAACGTGATTGGTGTGCTGGCGGGTTGTGAAAATATGCCTGACGGTAAAGCCTATCGTCCTGGCGATATTTTAACCACTATGTCAGGTCAGACTGTTGAAGTGCTAAATACCGATGCCGAGGGCCGCTTGGTGTTGTGTGATGCATTAACTTACGTTGAGCGTTTTGAGCCTGAACTGGTCATCGATGTAGCCACGTTAACCGGCGCAGTCATTGTTGCGCTGGGTAACCATGCTACCGGATTAATGAGTACACATAATCCGCTGGCACACGAGCTGATGAATGCCGGTGAGCAAAGCTCTGATCGCGCATGGCGTCTGCCTGTGTGGGATGATTATCAGGAACAACTGGAAAGTCCGTTTGCCGATTTCACCAACTTGGGTGGCCGTGCAGCCGGTTCAATAACTGCGGCGTGTTTCCTGTCCCGTTTCACCAAGAAATACAACTGGGCGCATATGGACATTGCAGGCACAGCGTGGCGAAGCGGCAAGAACAAAGGCGCTACCGGCCGCCCGGTACCTATGCTGTCACAGTTCCTGATGAATCGCTCAGGTATTAAGCAAGAGGACTGA	MEFSVKSGSPEKQRSACIVVGVFEPRRLTAVAEQLDEISEGYISNLLRRGDLEGKAGQMLLLHHVPNVLSERVLLVGCGKERELDERQYKQIIAKTITTLNETGSMEAVCFLTELHVKGRDTYWKVRQAVEATQDSLYTFLQLKTKKGEPRRPLRKIVLNVPTRRELTVGERAIEHGLAISKGASLTKDVANMPPNICNPAYLWEQAQSLASQYDSISAEVVNEAMMAELGMNSYLAVGRGSENESMMSIITHNGGPADQAPIVLVGKGLTFDSGGISIKPGEAMDEMKYDMGGAAGVLGTMQTVAELNLPINVIGVLAGCENMPDGKAYRPGDILTTMSGQTVEVLNTDAEGRLVLCDALTYVERFEPELVIDVATLTGAVIVALGNHATGLMSTHNPLAHELMNAGEQSSDRAWRLPVWDDYQEQLESPFADFTNLGGRAAGSITAACFLSRFTKKYNWAHMDIAGTAWRSGKNKGATGRPVPMLSQFLMNRSGIKQED				NA	NA	NA	NA	NA
AK237_01568	1104	lptF	COG0795	Lipopolysaccharide export system permease protein LptF	ATGCTGATATTCCGTTATCTGATAAAGGAAACGCTTAAGTCACAAATGGCCATCTTCTTCATTCTGATGGCTATTTTTATTACTTTGCGTTTCGTACGTGTTTTAGGCGATGCATCTGACGGCGATATTCCCGCCGGATTGGTGCTGGGCTTCCTGGGCTTATACGCCCCAATATTGTCTTCGTTGGTGCTACCCATTAGCGCTTATCTTGGCATTATGCTGGCGCATGGCCGTTTGTATGTCGATTCAGAAATGACGGTGATGCGGGCATGCGGGATAAGTGAGTGGTATATCACCCGGGTGATGCTGCTACTGTCAGTTTTCATAATGATTATTACTGGGGTAATTACGCTTTATCTCGCGCCAAGCGCAGCTGAAAGTGAGTACCAACTTCGCGAAAAGGCCAGAAGCGAAGCCAGCTTTTCGGCTATTATGCCTGGCCGCTTCCAGCAAACCGGTAATGAGAAAGCGGTTATCTTTGTCCACGACATTGATAGCCAGGACGATACTCTACGACGGGTGTTCCTGTCTCAGACCCAGCAGGATGGTAATACCGATCGTGTGCGCGTTGTGCAGGCGAAAACGGGTCAGATTCAAAATAATCCAGATGGTACACGCAACTTAGTGCTGCGCGAGGGTGTGCAATACGAAGGCACACAGACGGAGAAAAAATACCGTAAAGTGGCGTTTGACGAATATCAAATTCAGATTGCTGATGAGAAGCAGGACGAACCGCGCCGTAAAGTGAGTGTGCTGCCTACCATGGAACTGCTGGCTGACGACTCCATTGAAGCAAGAGTAGAATTGCAATGGCGTATTGCTATTCCCCTTTCCATTCCGTTTCTGGTACTGATTGCTGTGCCACTAAGCTCGGTAGATCCACGCCAGGGACGTTTTGGTAAAATGTTCCCTGCTATTTTGCTCTATCTGGGTTATTTCTTGTTGTTGTTGGCTAGCCGACGGGTGTTAGAAGATGGCAAAATTCCAATCCAACTTGGCTTATGGTGGGTTCACGGGATCATGCTGGTGATTGGTATTGCCTTGATTGTTCGGGACAGGCGAACCGGTACTGAACTGCGTGCACGCTTGTTGGGGAGAAAATAG	MLIFRYLIKETLKSQMAIFFILMAIFITLRFVRVLGDASDGDIPAGLVLGFLGLYAPILSSLVLPISAYLGIMLAHGRLYVDSEMTVMRACGISEWYITRVMLLLSVFIMIITGVITLYLAPSAAESEYQLREKARSEASFSAIMPGRFQQTGNEKAVIFVHDIDSQDDTLRRVFLSQTQQDGNTDRVRVVQAKTGQIQNNPDGTRNLVLREGVQYEGTQTEKKYRKVAFDEYQIQIADEKQDEPRRKVSVLPTMELLADDSIEARVELQWRIAIPLSIPFLVLIAVPLSSVDPRQGRFGKMFPAILLYLGYFLLLLASRRVLEDGKIPIQLGLWWVHGIMLVIGIALIVRDRRTGTELRARLLGRK	PGPT0023290_1866	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-REMODELLINGLPS|LIPID|IVA_METABOLISM	CE-REMODELLING_LPS_TRANSPORT,PGPT0023290-lptF-K07091	NA	NA
AK237_01569	1062	lptG	COG0795	Lipopolysaccharide export system permease protein LptG	ATGTTTCGTATTCTCGACCTGTACATTGCACGAACATTGCTCGGCACCATTACCGTAACCTTGTCAGTATTGATAGGTTTATCAGCCCTCATAAAATTTGTTGAGCAGTTAAGAAAGCTGGGTGAAGGTAATTACGATATCGTGGTTGCAGGGTTGTACGTATTGCTTAGCCTACCCCGCGACCTCGAACAGTTCTTTCCCATGGCTACCCTGCTTGGCGGACTAATCGGTATGGGATTACTGGCCAGTAACAGCGAACTGGTGGTCATGCAGGCCTCCGGCATGAGCCGTTGGAATATTATTAATTCGGCGATGAAATCGGCGCTGGTGATGATTCTGTTTGTAATGGCCGTAGGCGAATGGGTTACGCCCTACAGTGAATCAAAAGCCAAAGAAATTCGCACAGAAGCGATTTCTGGCGGCAGTTTATTTTCGTCCGATGCGCTGACGTGGGCGAAAGATGGTGAGCACTTCGTAAGCATTGGCCAGGTAGTAACCCGTGAATCCTTACGCGACATCAGTATTTTCGACTTCAATGACGATCTTACCTTAAATACCCTTACCTATGCGAAAGAAGGCAACTTCGACGGCGAGGTGTGGTGGTTAGACGATGTCTCTGTCACCCACTTTTCCGCTAAAAATATTGATATTAGCGACCACAGCCGGCAACAGTGGAATTCAACCCTCACACCAGACAAATTGGGCATTGTGGCAATAAAACCCGAGGCGTTATCAATTCAGGGACTTTACGATTATGTGCAATACCGCAAAGGTAATGGCCAGGATAGCTCTCGTTATGAACTCGCGTTCTGGCGTAAAATCCTGCAGCCTGTGTCTATTGCCGTAATGTTGCTGATGGCACTGTCTTTTATTTTTGGTCCGCTGCGCAGTGTGACCATGGGTGCAAGGGTTATCATGGGTGTGCTTACCGGCTTTGGCTTCTTCATTACCAATGAAGTATTTGGTCCACTTAGCCTGGTATATTCATTGCCCCCCTTCGTAGGCGCGCTACTGCCCAGCTTGTTATTTGCAGGTGTGGCGACGCTGCTGCTGCGGCGTTAA	MFRILDLYIARTLLGTITVTLSVLIGLSALIKFVEQLRKLGEGNYDIVVAGLYVLLSLPRDLEQFFPMATLLGGLIGMGLLASNSELVVMQASGMSRWNIINSAMKSALVMILFVMAVGEWVTPYSESKAKEIRTEAISGGSLFSSDALTWAKDGEHFVSIGQVVTRESLRDISIFDFNDDLTLNTLTYAKEGNFDGEVWWLDDVSVTHFSAKNIDISDHSRQQWNSTLTPDKLGIVAIKPEALSIQGLYDYVQYRKGNGQDSSRYELAFWRKILQPVSIAVMLLMALSFIFGPLRSVTMGARVIMGVLTGFGFFITNEVFGPLSLVYSLPPFVGALLPSLLFAGVATLLLRR	PGPT0023295_2894	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-REMODELLINGLPS|LIPID|IVA_METABOLISM	CE-REMODELLING_LPS_TRANSPORT,PGPT0023295-lptG-K11720	NA	NA
AK237_01570	552			hypothetical protein	GTGGGTAAAAAGAAATCATCCAAACAACAAAAACGGGCGGCAGGACACACTGAAAAGCACACAAAACCAGAGACAAAACGCGCTGGTTTTATACGCCGCTTAGTTGCCATGATATACGACACGCTGGTTGCTGTGGCCGTAGGCATGTGCGCCGCTATGGTGATGATTGTTACATTAGTGGTCTTGCTGAAAAATGACGTGTTAAGCCTGCAGGGCTTTGCCGAGCCGTCCGACCTGATCCAGCAGTCACTTCTGTATAAAACCCTAATCCAGATATGGGTGGGCGGCTGGATTGTCGGCTTCTTTTTGTGGTTTTGGAAAAAGGGCGGGCAAACGATAGGTATGCGTGCCTGGCGCTTACGTATTTATAGCACGGTAGATGAACCCGTTACCTGGGGAAGACTGGTGCTACGCTTAATCACATCGTTAGGCGGGCTCGGTACATTACTGGTGTTATTTGACTTCAAACACAAGCAGTCATTGCAAGACAGGGTAGCGAAAACCGAAGTGGTGCAGCTCACCAAAGAAGCCAACGACCACAAAAGCTGGTAA	MGKKKSSKQQKRAAGHTEKHTKPETKRAGFIRRLVAMIYDTLVAVAVGMCAAMVMIVTLVVLLKNDVLSLQGFAEPSDLIQQSLLYKTLIQIWVGGWIVGFFLWFWKKGGQTIGMRAWRLRIYSTVDEPVTWGRLVLRLITSLGGLGTLLVLFDFKHKQSLQDRVAKTEVVQLTKEANDHKSW				NA	NA	NA	NA	NA
AK237_01571	1323	sasA_6		Adaptive-response sensory-kinase SasA	TTGAAGCAACCTCGCTTTCCTTTTATCACCATTTATCTCACGTTATCGCTGGTGGTCTGCTTCGCTTTTTTGCCGCTCCTGTGGGTTGATTTTCTCACCGGGGCACAGAAACTCGCCGGGCTTTTTTTGTGTCTGGGGGGAGTGTATGTTGTCTCAAGGCAAGCGCTAAAGCGCGTTAGCAATGTACTCACTGCATTAAAAATTGGTTTGTTAAACATCAAAGATGGTGATTACGCCAGTCAGCTCGTTGTTGAACACGACGATTCATTAGGAGAGTTGTGCCAGTTATACAACGACGCCACCGGAAAGCTCAGAGAAGAAAAGCGTTGGTTACATCAGCGAGAGTTAATGCTCGATAAGGTACTGCAAAATTCGCCCGAAATTTTACTGTTGGTGAACGACAAACAGCAGGTGGTATTCAGTAACTACGCCGCGCGGGAGTTGTTTGCTGGTCGCGCCGGACTTGAAGGTTTACCGCTCGATACGCTACTTGAAAACGTACCAGCCACCTTTAAAGATATATTTATTGCCGGACGAGAGGGACTATTTACACTTAATCGTAATAGCGGCGAAACTGAGACATGGCATTTATCGGTGGGCACATTTAATTTAAATAATCAGCATCACCGGCTGTTTATCTTAAAGCAGATGACCAGAGAGCTTAGCCGACAAGAAGTTGCTGTGTGGAAGAAGGTTATCCGCATTATCAGTCATGAGTTAAATAATTCGATTGGCCCCATTTCGTCCATGCTCCATAGTGGTAAGTTGCTTAGTCAACATGCAAACGAGCCTCGTTTAGAGCGGGTTTTCTCCACAATCTCTGAGCGTATTGCTCATCTTACTGAATTTGTACAAGGTTACGGCAAGTTCGCCAAGTTGCCTGCACCTGTGCCTGAATCTATCGATCTGGTGCGATTTATTACCCAGTTACAGCAACAGTGGCCGTTTAATTATGAGCAAGAAGGCGAAGGGGTTTTAATAGCAGATAAAACGCAGCTGGAGCAACTGCTTATCAACCTTTTGAAAAACGCTTACGAGTCTGGCTCGACCAGCGATGAGATTGGTATTGTTATCACGCTGCATCGCAACGAGTCCGTTATTGAAGTTATCGATCGTGGGAAAGGCATGTCAGAAAATGTGCTGTCCCACGCATTAATTCCCTTTTATTCCACCAAGGCTTCCGGCAGTGGACTTGGCTTAGCGCTCTGCAGGGAAATTGCCGAGGCGCACAACGGTCGCTTAGCGTTATATAACCGTGAGGGCGGTGGGTTACTCATTAAAGTTGTGTTACCCGCATCCATGCCTGTGGTAGGTGAGCCGTAA	MKQPRFPFITIYLTLSLVVCFAFLPLLWVDFLTGAQKLAGLFLCLGGVYVVSRQALKRVSNVLTALKIGLLNIKDGDYASQLVVEHDDSLGELCQLYNDATGKLREEKRWLHQRELMLDKVLQNSPEILLLVNDKQQVVFSNYAARELFAGRAGLEGLPLDTLLENVPATFKDIFIAGREGLFTLNRNSGETETWHLSVGTFNLNNQHHRLFILKQMTRELSRQEVAVWKKVIRIISHELNNSIGPISSMLHSGKLLSQHANEPRLERVFSTISERIAHLTEFVQGYGKFAKLPAPVPESIDLVRFITQLQQQWPFNYEQEGEGVLIADKTQLEQLLINLLKNAYESGSTSDEIGIVITLHRNESVIEVIDRGKGMSENVLSHALIPFYSTKASGSGLGLALCREIAEAHNGRLALYNREGGGLLIKVVLPASMPVVGEP	PGPT0001025_1468	DIRECT EFFECT	BIO-FERTILIZATION	NITROGEN_ACQUISITION	N-AQUISITION-REGULATION	NTR-NITROGEN_REGULATORY_SYSTEM,PGPT0001025-ntrY-K13598	NA	NA
AK237_01572	1344	zraR_1	COG2204	Transcriptional regulatory protein ZraR	ATGGATAAAATTCTCATAGTTGATGACAACAATGCGGTGCTTGATGCCTTATCGTTGTTGCTCGAAATTCACGGCTATCAAGTGGTAACAGCGACTAATCCTGCCGCTGCTCGCCAGATCGTGAACTACCAGAATATTTCGCTGGTTATTCAGGATATGAATTTCAGTGCCGACACCACGTCGGGCGAAGAGGGCAAAGTACTGTTTCACGCGCTTCGCGAACTTAACCCGTATTTACCGGTTATTCTCATTACCGCATGGACCGAACTTGAACAGGCCGTCGCTTTGGTTAAAGCGGGAGCGGCAGATTACATCGCAAAGCCCTGGGATGACGACAAGCTGTTAAATACCATCGCAAATCTAATCGCTTTGGGCAAAGCGAAGCATGATTCAGCGAAACTCACTGACAAACAAAGTACGTTCGTCGATAGTAAACACGCGGCAGACAGCGTGAATATGATTTTTGAGAGCGCAGCCATGCAACGTTTAATTGATATGGCGATGCAAGTAGCGAAATCTGATATCAGCGTATTAATCACCGGTCCTAATGGCAGTGGTAAAGAAAAGGTGGCGCAACTTATTCAAGCCTGTTCACCGTTGCGTGATAAGCCATTCGTGAGCGTGAACGCGGGGGCGCTACCACCGGATCTTATTGAAGCCGAGCTTTTTGGCGCAGAGGCGGGCGCGTACACGGGGGCAAACAAAGCGAGAGTCGGGCGGTTTGAGGCTGCCGACGGCGGTACACTGTTTCTGGACGAAATTGGTAATCTTTCTCCCGCCGGCCAAATGAAGCTACTGCGCGTGTTGCAAACCGGTGAATTTGAAAGGCTGGGTTCTGTTCGCACACAAAAAGTGAATGTGCGAGTGATTTCGGCCACAAATGCGGATCTTGTCGAAGACATCCGTCAGGGAATCTTTCGTGAAGATTTATATTATCGTCTGAACGCAATCGAACTTCGGCTCCCTCCGCTGGCCGAACGAAGCGACGACATTATGCCGCTTATACAATACTTTCTGCCGAACAAAAGTATTAGTCTGGAAGTGCAAAATGCGTTGAAAGCATATAGCTGGCCGGGCAATGTGCGGGAATTGGAAAATGCCTGCAAGCGTGCCGCCGTATTAAGTGCGGGTGACAATGTTAGGTTGTCTGACTTTGCGTTGACGCCACAAGGCGCAGCCGCTCCTCAACCACAAATAACTCGTGACGTCGCAGAACCGTCTGCTGAGGCATTAGCGGCGGCTATGAGCAAACACGACGGCGTAATTGCGCGAGTTGCAAAGGAGTTAGGCATGAGTCGACAGTCTCTTTATCGCAGGCTGAAGAAATTTGGGATAGCGCATTGA	MDKILIVDDNNAVLDALSLLLEIHGYQVVTATNPAAARQIVNYQNISLVIQDMNFSADTTSGEEGKVLFHALRELNPYLPVILITAWTELEQAVALVKAGAADYIAKPWDDDKLLNTIANLIALGKAKHDSAKLTDKQSTFVDSKHAADSVNMIFESAAMQRLIDMAMQVAKSDISVLITGPNGSGKEKVAQLIQACSPLRDKPFVSVNAGALPPDLIEAELFGAEAGAYTGANKARVGRFEAADGGTLFLDEIGNLSPAGQMKLLRVLQTGEFERLGSVRTQKVNVRVISATNADLVEDIRQGIFREDLYYRLNAIELRLPPLAERSDDIMPLIQYFLPNKSISLEVQNALKAYSWPGNVRELENACKRAAVLSAGDNVRLSDFALTPQGAAAPQPQITRDVAEPSAEALAAAMSKHDGVIARVAKELGMSRQSLYRRLKKFGIAH	PGPT0021745_350	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_LIPID_METABOLISM	PLANT_DERIVED_FATTY_ACID_DEGRADATION,PGPT0021745-atoC-K07714	NA	NA
AK237_01573	1215			hypothetical protein	ATGATGGAAATTAAACCTATATTCAGCGCGATATGCAGGTCGAAAGTAGGCGCGGTACTGTTGCTTATTCAGATTGCGATTACTACCGCTATTGTCAGCAACGCTGCGTTTATTATTCATGAAAAGCTGACGTTTTTGAATCAGCCAACTGGCTTGCCTGAGCAGGATATTATTTCGTTCAGTGTACTCACCTACGATAAAAGCCGTAACCTGAACCAGCAATTTGACGAAGATGAATACCTGCTTCGCAACATACCCGGAGTGGTAGATGCCACCATAATAAATGCAATTCCACTTAGCGGAGGAGGCAGTGCTACAGGCTTCTCAATGAAACCCAGCGATACGCTACGGGGCGCGAACAAAAATGTGCGTAGCGGCTTCTTCTTTGGCGATGAGCATATTATTAACACGCTGGGTATAGCGATCAGTGAAGGGCGCAATTTTACCGCGAACGAAGTGGTCGTGACCGACGATAATAACAAAGTTGCGCCTGTGGCTATTGCAAGCCGCACGTTTCTCAACGAAATGTTTGGTGAGGGAGAAGGATTAGGGAAGGTTATTTTCGCTGGGGACAGACCGGTGAAAATTGTTGGTGTGGTTGAGAAAATGAAAAATTCCTGGCTGAATGACAGCCGTCCGGATAACACCCTGATCTTGCCATATGTTAATACCGGCTCCTACCAGAACATGATGGTTCGCACTGAGCCGGGTCAGCGCGCTGCGGTGATGAAACGTATTGAAGATACCTTGCTGAATGCGTTTGATAAACGGGTGATCGTTAATTTGCGAGGGTTAGATGTCACCAAAGCGCATTATAACGCTGGCGATACGCTGATGATGCGCATGCTTTTGGTGTTGATAGTGGTGCTGGTAGCTGTAACGGCGCTGGGTATTTTTGGACTCACCCTTTTCAATATTAGTAAACGTACACGTCAAATTGGTACCCGCCGGGCGCTTGGCGCGAGGAAGTCCGACATCATCCGCTATTTTATCGTGGAAAACCTGATGATATGTCTGGGGGGGCTGATTATCGGAAGCTCCTGTGCAATCTTACTCGGCCAGCAGTTACTTGAAGCGTTTTCCTTGCCATCATTACAGGCTGAATATGTTCTGGGTACGGCGCTGTCGATAATGTTGTTAACTATTCTCGCTGTGATTTTCCCTGCCCGCCGCGCGGCAAGTATCTCGCCCAGCGTTGCGACACGCAGTATTTAA	MMEIKPIFSAICRSKVGAVLLLIQIAITTAIVSNAAFIIHEKLTFLNQPTGLPEQDIISFSVLTYDKSRNLNQQFDEDEYLLRNIPGVVDATIINAIPLSGGGSATGFSMKPSDTLRGANKNVRSGFFFGDEHIINTLGIAISEGRNFTANEVVVTDDNNKVAPVAIASRTFLNEMFGEGEGLGKVIFAGDRPVKIVGVVEKMKNSWLNDSRPDNTLILPYVNTGSYQNMMVRTEPGQRAAVMKRIEDTLLNAFDKRVIVNLRGLDVTKAHYNAGDTLMMRMLLVLIVVLVAVTALGIFGLTLFNISKRTRQIGTRRALGARKSDIIRYFIVENLMICLGGLIIGSSCAILLGQQLLEAFSLPSLQAEYVLGTALSIMLLTILAVIFPARRAASISPSVATRSI	PGPT0013350_18227	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0013350-ABC_CD_P-K02004	NA	NA
AK237_01574	1314			hypothetical protein	ATGTTTATTCATTATCTCGACTTAGGATGGCGAAGCCTGTGTCGCACGCCGCTGGTAAGCTTTTTAATGGTGCTTGCCATTGCTCTTGGAATTGGCATCACCATGACCAGTTTGTCGGTGTACCACATGATGTCGATGGATCCCATCCCACAAAAGAGTGACCGCCTGTTTGCTGTGCAACTACAGACAATGGATGACGGCGATTCAGGATGGGCAGAAGATGGGCTTCCCTATCAGTTGACCTACCAGGATGCGGTAAATCTGCACCAGGCGAAAGAGCCCTCTCTGAAGGCCGCAATGATGCGCGCGGGGTTCACAATTTATCGTGAGAACAGTGACGTTAATCCATTTATTGCGGGCACCCGGGTAACTCATCGCGACTTTTTCGACATGTTCGATTTAACGTTCATCTACGGGAGTCCGTGGACGTTGGAGCAGGAAGAAACTGCCAGTGATGTGGTGGTAATTGATAAAGCTATTAACGATAAACTGTTTGGTGGTAGTAACTCCGTGGGAGAGAGTATCTTTCTGGACGACCGGCGGTTTCGTATCGTGGGTGTGACCGACCACTGGAATACACCTATGAAGTTTTACGATGTGAATAACGGTGCATTCCACGAACATGAACAGTTATACATTCCTTTTAGTCTTCTGGCGCCGCTTAAAATTGATACATGGGGTAACACTAACGGCTGGAAGTTTGAGCAGATAAGTAATTTTGCGGATAAGTTGCGCTCTGAACAGTTCTGGCAGCAATTCTGGGTGCAGCTTGATAGCGAGGCCGATGTAAAGCGATACGGTGATTTTCTCATGGCTTATATGGCCGAACAGAAAAAACTGGGGCGATTTAATCGTGAGACACTGCAATACAGTTTGCGGGATGTGAACGCATGGCTGGATTACAACAATGTGGTATCTGAAGATAATCAGGTGCTGGTGGCGCTCAGCTTTATGTTTCTGGCGGTTTGTCTGGCAAATATTCTGGGCCTGTTACTGGCCAAGTTTATGCGTCGAGCACCGGAGGTGGGCGTTAGACGAGCCTTGGGGGCCAGCAAATGGCAGGTTTTTTTGCAGCATATGGTGGAAGTGTCAATGTTGGGGATGGGCGGTGGGCTGTGTGGTATTGCCATTGCTCAGCTTGGTTTGTGGGGCGTGCGAAGCAGTCATGAATATTATACACCGCTGGCTACCATGGACTGGAGTATGCTGCTCGCCGCGCCTGTAATCGCTATATTCTCCTGTATTCTTGCAGGCATGTATCCGGCCTGGCTAGTGTGTCGTACCACGCCGGCAACCTATCTGAAAACGCAATAA	MFIHYLDLGWRSLCRTPLVSFLMVLAIALGIGITMTSLSVYHMMSMDPIPQKSDRLFAVQLQTMDDGDSGWAEDGLPYQLTYQDAVNLHQAKEPSLKAAMMRAGFTIYRENSDVNPFIAGTRVTHRDFFDMFDLTFIYGSPWTLEQEETASDVVVIDKAINDKLFGGSNSVGESIFLDDRRFRIVGVTDHWNTPMKFYDVNNGAFHEHEQLYIPFSLLAPLKIDTWGNTNGWKFEQISNFADKLRSEQFWQQFWVQLDSEADVKRYGDFLMAYMAEQKKLGRFNRETLQYSLRDVNAWLDYNNVVSEDNQVLVALSFMFLAVCLANILGLLLAKFMRRAPEVGVRRALGASKWQVFLQHMVEVSMLGMGGGLCGIAIAQLGLWGVRSSHEYYTPLATMDWSMLLAAPVIAIFSCILAGMYPAWLVCRTTPATYLKTQ	PGPT0013350_12693	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0013350-ABC_CD_P-K02004	NA	NA
AK237_01575	717	yknY_1	COG1136	putative ABC transporter ATP-binding protein YknY	ATGTTAACGATGAAAAATGTCAGCAAGGTGTATCAAACGGAAATGGTGCAAACTCACGCGTTGAGAGACTTTGACTTAAAGGTCAACGAAGGTGAATTTATTGCGGTCACTGGCCCATCAGGTTCAGGCAAAACAACGTTTCTGAATATTGCAGGTCTGCTGGAGCCGTTCAGCAGTGGGCAGTATTTGTTAGATGGCGTAGATGTCGGCAAACTCTCCGACAATGCGCGGGCAGATTTACGCAACCAGAAGATAGGATTTATTTTTCAGGGTTTCAATCTCATTCCCGATCTGAACCTGTATGAAAACGTGGAAGTGCCGCTTCGCTACCGTGGTATCAAAGCTGCTGAGCGTAAAAAGCGTATCTCTGACTGCCTGGAGCAAGTCGGGCTGGCGAGTCGCGCTAAACATTTACCCCAACAGTTGTCTGGCGGACAACAGCAGCGTGTGGCCATTGCGAGGGCGTTGGCGGGCGAGCCGCGATTCCTGCTAGCCGATGAGCCAACAGGAAATCTTGATAGTCTGATGGCGCGCCAGGTTATGGAATTACTGGAGCAAATCAACCGTGATGGCGCCACTATCGTGATGGTAACCCACGACCCTGAATTAGCGCGACGCGCGCCACGAAATATCCAAATAGTCGACGGACAAGTTGCCGACTTTACCCTTTATCAAGGTGGCGCAATTAACGCACCTAATCAAGTCGCGGGAGCCTGA	MLTMKNVSKVYQTEMVQTHALRDFDLKVNEGEFIAVTGPSGSGKTTFLNIAGLLEPFSSGQYLLDGVDVGKLSDNARADLRNQKIGFIFQGFNLIPDLNLYENVEVPLRYRGIKAAERKKRISDCLEQVGLASRAKHLPQQLSGGQQQRVAIARALAGEPRFLLADEPTGNLDSLMARQVMELLEQINRDGATIVMVTHDPELARRAPRNIQIVDGQVADFTLYQGGAINAPNQVAGA	PGPT0013345_7355	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0013345-ABC_CD_A-K02003	NA	NA
AK237_01576	1257	mdtA_6		Multidrug resistance protein MdtA	ATGATTCAGGATACCAGCGGTCAGGATACAACGGTAACGCACCAGCGTAGCAAGCGTAAGCCGCTAGTCATTGGTACTATTTTACTGGCAGTCATTGCGGCGTCGGCTTATGCCATGGTGTCGCGAGAAACCGCAAATCGCTCGATAGAGCGGGCCAGCGTACAAATCGCTACCGTAGAGCGCGGTGACTTAATTCGCGATGTCTCAGCAACAGGAAAAATAGTGGCGGCGAATGCGCCACAGGTGTACAGCCCGGAAGAAGGGTTAGTTACCTTATTGGTGCGAGCTGGCGATAGCGTGTCCGCAGGACAAGAAGTGGCGAGGGTTGAAAGTCCTGAATTGCAAAATACGCTGCAACAAGAACAGTCTGAGCTGGCACGCTTAGAAGGTGAGTTGTCGCGCAAAAGTTTAGATGCACGGCGACAAACCCTGTTGTTAACCAAACAACTGGACATGGCGCGTGTTGAATTGAAAGCCGCAGAACGCGAAAGTCGTCGGGCCAACGCGTCTATTGAGAATCATATCATCAGCCAGTTCGACTATGAAAAAGCTGAGGATGAGTTGGCCAGAGCGCGCCTTACCGTTAACCATGCCGAGCAGGAAGTATCATTAGCAAAAGATACACTGGCATTTGAAGTGGAATCAGCGCGTAGCACGTTGTCTCGTCAACAGCTGGTGGTTGATGAATTATCCCGTAAGGTACGAAACCTCACCATTTTAGCAACGGTTGATGGTGTGGTAGGAAATTTAAACGTGTCCGGGCGAACGTTGGTTACGCCCAATCAGCCCCTGATGACTCTGGTTGACCTAACCGCCTATGAAGCTGAATTGAATGTGCCGGAAAGCACGGCTAATGAGTTGGGGATCGGGATGGACGTCGAGCTTAACATAGGCAGCCAAATGGTAATGGGAAAGCTGTCGGCTATCTCGCCAGAAGTGTCCGAGCGTGAAGTCATCACACGGGTACGCTTTGACCAGCAAGCCATTAATCAAATTCGTCAGAATCAACAAGTGACTGCTCGTATTTTACTGCAAAATCAACATGATGTACTTAAAGTGCGTCGAGGAAGCTTTTTACAGGAAGGTGGATTTGTTGCTTATCGTGTTGATGGCGATATTGCTACCCGAATTGATATAGAAACCGGGGCAACCAGCATGCGGGAAGTCGAAATTTTAGCGGGGCTTTCGCCTGGCGATCAAATGATTGTCTCGAGTTATCAGGCCTTTGATCAGTCTCCAACCCTTTTACTGCGCTAA	MIQDTSGQDTTVTHQRSKRKPLVIGTILLAVIAASAYAMVSRETANRSIERASVQIATVERGDLIRDVSATGKIVAANAPQVYSPEEGLVTLLVRAGDSVSAGQEVARVESPELQNTLQQEQSELARLEGELSRKSLDARRQTLLLTKQLDMARVELKAAERESRRANASIENHIISQFDYEKAEDELARARLTVNHAEQEVSLAKDTLAFEVESARSTLSRQQLVVDELSRKVRNLTILATVDGVVGNLNVSGRTLVTPNQPLMTLVDLTAYEAELNVPESTANELGIGMDVELNIGSQMVMGKLSAISPEVSEREVITRVRFDQQAINQIRQNQQVTARILLQNQHDVLKVRRGSFLQEGGFVAYRVDGDIATRIDIETGATSMREVEILAGLSPGDQMIVSSYQAFDQSPTLLLR				NA	NA	NA	NA	NA
AK237_01577	99			hypothetical protein	ATGTCAATCATTCCCTTTTTAACAACACCAGCCATTTTGTTTGCTATGGCAATACTGATCCGTGTGGTTGAAGCAGTGCAAGCAGGAGGCTCACAATGA	MSIIPFLTTPAILFAMAILIRVVEAVQAGGSQ				NA	NA	NA	NA	NA
AK237_01579	2622	btuB_11		Vitamin B12 transporter BtuB	GTGGTTTTAAATAAAGTAAGTTTCAAACATTCATTTCTTGCTCTCACTATCGCATCGACATCATGCCCCACACTTGCAGAAAATACTTCAGGTGTAGCGGCTGAGAAAAATGCAGAAGACATAGAAAAAATAGTTGTTACAGGAACTCGCTTCGGTGAGCGTACGCTAGCAGATTCAGCTTCTCCTATTGATTCTATCTCTCAACAGGAGCTGTTTTCTGGTGGTCAAACCGAAATACAAGACGCGCTTAGAATAGATGTCCCCAGCTTTAATGTAGCCCGGCCAGTGACAAGTGGTATTGCAGACTTTCTTCGTTCGCCAACTCTGAGGGGGCTTTCACCGGGTCAGACATTACTGTTAGTTAATGGTAAGCGCCGGCATACTAATAGTGATTTGAATGTTGGTAATCAAATCGGACGTGGCGATGTGGCTTATAACTTTAATGCGATACCTGCGCTAGCTCTTGATAGAGTCGAGGTACTAAGAGACGGTGCTTCAGCACAATATGGTTCAGATGCCGTCGCGGGGATCATCAATATAATTCTGGACGAAAGCACTACCGGAAAATTCTTTCTTACAGGGGGCTCTACAACAGAGGGAGATGGTGAAAAATTAAGTACAAGCATCGGTTATGGGTGGGAATTGCCAAACAGTGGCTTTGTTCGAATAACAGGCGAATATCAAAATCAGGAATTCAGTAATCGCTCACGTGACGACACGCGACAGCAGTTTTTTGGAATCGGTCCTGATGGAGAATCTTTACCAATATCCAATAATTTCGGTTCAGGTACTGGTTTAACACCAAGCAATGGCGTGCTAGACCCGCGTGAAGAAAGTTTCAACCGGAGAACTTTTATATTTGGTCAGCCTGAATTCGAAGCAATAAAAGTGTTTACGAATGCTGCTATGCCGCTTAATAACGAGACAGAGTTATTCAGTTTTGGCGGTTATAGCAAAATTGATGGGCAGAACCCTAATTTTTTCCGGCGAGCCGGACAGGATCAAACTGTACGCTCTATTCACCCAAACGGTTTCATTCCGTTTAATAACCCTGTATTAACAGATTACTCTTTGGCTTTAGGTGCACGGGGAAATGACTTCGCAGGTTTTGGATGGGAGATTTCCACTCTATATGGCAAGAGTGATACCGAGCAGTCATTTTCAAACAGTAATAATGTTTCTTTTGGCAACGATAGCCCTACTAGCTTCGAGCGTGGTAGCACTGCATTTAGTCAATGGACAACCAATCTTGATTTGACCCGATATTTTAATATTGGAAAAGGTTCACCTATCAAATTGGCTTTCGGTGCTGAATATCGACGGGAAGGTTTCGAAGTAATTGCAGGCGAACCTTTGTCATATGAATTTGGTGGTGTACCAATTCTTGATGGCCCAAATCGAGGAAATACAGCATCGGCAGGCTCTCAACCTGTGCCAGGCACCTCGCCTGCGGAAGAGGTGAATTCAGACAGAAATACCAAAGCAATTTACGCAGAGTTGGAAAAAGAGTGGGCTGACCGTTTATTGCTTTCACTGGCTAGTCGTTTCGAGAAGTACAGTGATTTCGGATCAACAACCGACTTTCGATTAGCCTCCCGGTATTCTCTTACCGACACTATAAATATCCGGGGTTCGGTAGGAACATCTTTTCGAGCTCCAGCACTTCCTCAATCTTTTTTTCAGCGTTCTGAAATTAGCTTTGCCGGCGGCGTCCCGACCTCAACACTTATAGTTTCCCCAAATGATGATATCGCGCCTTTTATTGGTGCAGAACCACTGTCTCCCGAAGAAGCAAAGAATGTTTCAATCGGTGTAACTTACAGCAAAGAAGCATTGTCAGTCTCCGTTGACGCTTATAGCATTGATTTAGACGACCGCATCGTTTTATCTTCGCAGTTCTCCAGTCCAGCTCTGACAGCCGTATTATTGGAGAATAACTTTGAAGAAATAAGAGCTGTGACTTTCGAAAGTAATGCAGTAGACACCACGACAAAGGGCATAGATGTAACTGCCAGATATTACTCTGACACTATTTGGGGAGGAAAGTTAACATCTACCTTAGCAGCCACTTTTGTGAACACAGATTACGACCGAATAGCAGACACGCCTGATGTTCTTAAAGGGCTTGGCATTACCACTCCACTTTTTGATCTTCGCTCACAGGTTAGATTAGCCGAGGGCACACCTCAGGACAAAATCACACTCAACTTTGACTACCAAAATGGTCCATGGAGAATTAATCTGACGACTACCAGGTACGGCGAAATATCTCAGGCCGACTTGACGAATCGCACACAGGAACAAGTTGACGCGCTCGTTTCAGGTTTTAATACCGAACTGGTTGCAAGAGCAGACGGGAACTTTGACATTATTGAAACATTTGGTGCGAAAATAGTAACTGACTTGAGTATTGATTATGAAATAGATGAAAATCTCACTCTGCGTGTCGGCGCAGATAATATATTTGATGTTTACCCCGATGAGCAGGTCGCCACTACAGTAGAAAGTACACTTGCTGGCACAAAAGGTTCGGATAACACAGGGATTTTCCCATATAGTCCTTTGTCGCCTTTCGGTGTTGCTGGAACATATTTTTATGGCTCGATTACATTATCTTTCTAA	MVLNKVSFKHSFLALTIASTSCPTLAENTSGVAAEKNAEDIEKIVVTGTRFGERTLADSASPIDSISQQELFSGGQTEIQDALRIDVPSFNVARPVTSGIADFLRSPTLRGLSPGQTLLLVNGKRRHTNSDLNVGNQIGRGDVAYNFNAIPALALDRVEVLRDGASAQYGSDAVAGIINIILDESTTGKFFLTGGSTTEGDGEKLSTSIGYGWELPNSGFVRITGEYQNQEFSNRSRDDTRQQFFGIGPDGESLPISNNFGSGTGLTPSNGVLDPREESFNRRTFIFGQPEFEAIKVFTNAAMPLNNETELFSFGGYSKIDGQNPNFFRRAGQDQTVRSIHPNGFIPFNNPVLTDYSLALGARGNDFAGFGWEISTLYGKSDTEQSFSNSNNVSFGNDSPTSFERGSTAFSQWTTNLDLTRYFNIGKGSPIKLAFGAEYRREGFEVIAGEPLSYEFGGVPILDGPNRGNTASAGSQPVPGTSPAEEVNSDRNTKAIYAELEKEWADRLLLSLASRFEKYSDFGSTTDFRLASRYSLTDTINIRGSVGTSFRAPALPQSFFQRSEISFAGGVPTSTLIVSPNDDIAPFIGAEPLSPEEAKNVSIGVTYSKEALSVSVDAYSIDLDDRIVLSSQFSSPALTAVLLENNFEEIRAVTFESNAVDTTTKGIDVTARYYSDTIWGGKLTSTLAATFVNTDYDRIADTPDVLKGLGITTPLFDLRSQVRLAEGTPQDKITLNFDYQNGPWRINLTTTRYGEISQADLTNRTQEQVDALVSGFNTELVARADGNFDIIETFGAKIVTDLSIDYEIDENLTLRVGADNIFDVYPDEQVATTVESTLAGTKGSDNTGIFPYSPLSPFGVAGTYFYGSITLSF	PGPT0003790_5216	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0003790-hutA|fatA|fct|foxR-K02014	NA	NA
AK237_01580	1011	appB	COG1294	Cytochrome bd-II ubiquinol oxidase subunit 2	ATGCCCTTCGAATCACTGTCTGCAGATACATTGGGAAATATTTATATTGCCTTGTTAGGGCTGGCGGTACTGCTTTATGCGATTCTTGATGGTTACGATTTGGGCGTAGGCGTTTTGTTTCCGCCACGCAACGAGCTGTTTAAAGACGCGATGGTAGCCTCTATTGGACCTTACTGGGATGCCAATGAAACCTGGTTGGTACTAGCGGTGGGTTTACTTTTAATTGCCTTTCCACAGGCGCATAGTGCAATCTTACAAACTTTATATCTGCCCGCCACTTTTATGCTAATGGGGCTTATTTTAAGGGGAGTGTCTTTCGACTTCCGCGCGAAAGTTGCTCAAACGAAAAAGAAAAAGTGGGACACCTGTTTTAAATACGGTTCGCTGTTGACGACGCTCTCTCAGGGATACATGTTAGGAATATGGGTAACCGGTCTGCGTACCGATCTGTATGCACAGGGTTTTGCTTTGCTATCCGCTTTCGGCGTTACCGCAGCTTATGCGTTTATCGGTGCTTGCTGGCTTATTCTCAAAACAGAGGGTGACTTACAACGAAAAGCCTTCTACTGGGCAAAGCGATGCCTGATGATCCTGGCTGGGGGCATTATTGCCGTAAGTTTTTTAAATTTAACGCTGCACGCAGAAGTGCGGGCACTCTGGTTAGAAAGCCCCTTGGGCTTTTTGTTGATGGCTATACCTGTAACGTGTTTTGGTTTATTGGCTTTATGTGGTGTCGTGCTACAAAGGCTGCCGGAGGCGGACGGGAAAGGTGAATGGCTGCCTTTTGCGTTAGCTCTGCTTGTATTTCTGCTATGTTTTGCTGCGTTTGGGATAAGTTACTATCCCTATGTTGTACCGGGTAAGCTCACTATCATGGATGCGCTGGCAGACGCGAATTCTCTTCGCTTTTTGTTGGTAGGTACCGTTATTGTTGTCCCTTGTATTCTTGCTTACACTGTTATGGTGTACCGAATATTTGCCGGTAAATCGGAAAAACTTTCTTATTATTAA	MPFESLSADTLGNIYIALLGLAVLLYAILDGYDLGVGVLFPPRNELFKDAMVASIGPYWDANETWLVLAVGLLLIAFPQAHSAILQTLYLPATFMLMGLILRGVSFDFRAKVAQTKKKKWDTCFKYGSLLTTLSQGYMLGIWVTGLRTDLYAQGFALLSAFGVTAAYAFIGACWLILKTEGDLQRKAFYWAKRCLMILAGGIIAVSFLNLTLHAEVRALWLESPLGFLLMAIPVTCFGLLALCGVVLQRLPEADGKGEWLPFALALLVFLLCFAAFGISYYPYVVPGKLTIMDALADANSLRFLLVGTVIVVPCILAYTVMVYRIFAGKSEKLSYY	PGPT0026705_3326	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
AK237_01581	1365	appC	COG1271	Cytochrome bd-II ubiquinol oxidase subunit 1	ATGGATGCGTTTGTTTTATCCAGACTACAGTTCGCATTGAATATTAGTTTTCACATTCTTTTTCCAACTATCACCATTGCACTGGGATGGTTTCTGTTTTATTTCAAGCTTCGATCTAACCTCACCGGACATCCTGTTTGGATGCGGATCTATCGTTTTTGGGTAAGAGTTTTTGCCCTTACCTTTGCCCTTGGTGTTGTATCAGGCGTAACCATGTCTTTTCAGTTTGGTACTAACTGGCCGGGTTTTATGGAAAAAGCGGGTAACGTGGCCGGACCATTGCTGGGCTATGAAGTACTGACTGCTTTTTTCTTAGAAGCAACGTTTTTGGGCATTATGCTATTTGGTATGCGTAAAGTACCAAATTGGTTACATACATTCGCTACGTTTGTGGTGGCGGCAGGTACGACATTATCGGCATTTTGGATATTGTCTTTAAATAGCTGGATGCAAACGCCGCAGGGTCATGAAGTTATCGATGGGGTAGTATACGCTAAAGACTGGTCAGCCATTATTTTTAATCCTTCATTTCCCTATCGGTTCACTCACATGCTACTAGCATCAGGGCTAACTGCCAGCTTTCTCATAGCAGGCTTATCCGCGTATCGTTTGTTCAGAGGCGACGACAAAATTGCGCCTAAAATTGCACTTAAGACGGCAACTTACACGGCTGCGGTCTTGATCCCTCTGCAAATTTTTGCAGGCGATATGCACGGACTTAATACACTGGAGCACCAACCACAAAAAGTCGCGGCAATGGAGGGAGTATGGCACACAGAGCAAGGCGCACCTTTATTACTCTTCGCTGTTCCAGATGAGGAAAAAAAGACCAATCATTTCGAAATCGGCATTCCCAATATGGCTAGCTTTATTCTAACCCATGACGTAAACGGAGAAATTAAAGGACTAAATGAATTTGAGGGTGAGCATCCGCCGGTTGCTCCCGTTTTCTACTCATTTCGCGTGATGGTGGGTATGGGGTTATTGATGCTTGGCACCGCCTGGGCCGGCGCTTTTTACCTCTATCGTCGCAACGTTATGCCTGATTGGCTCAATAAGGTGTTTATAGGCATGAGTTTTAGCGGATGGGTTGCCACATTGGCCGGATGGTACGTCACAGAGGTAGGCCGGCAACCCTACCTTGTGAGCGGTGTGTTGACTACACAGGAGGCGGTAACTGGTCTGCCGCCGGCCAATATAGCACTGTCATTTACGCTTTATGCCGTTCTTTATTTTACTCTGCTGATTGCCTACATAGGAACGCTCACCCTGATGTGCCGCAAAGCAGTTGCAATTGAAGAAATAACGCAGGAAGAAAAAAATAAAGCACAGCGTATTCGTTTTAATCCGGTCCAGACTAATTAG	MDAFVLSRLQFALNISFHILFPTITIALGWFLFYFKLRSNLTGHPVWMRIYRFWVRVFALTFALGVVSGVTMSFQFGTNWPGFMEKAGNVAGPLLGYEVLTAFFLEATFLGIMLFGMRKVPNWLHTFATFVVAAGTTLSAFWILSLNSWMQTPQGHEVIDGVVYAKDWSAIIFNPSFPYRFTHMLLASGLTASFLIAGLSAYRLFRGDDKIAPKIALKTATYTAAVLIPLQIFAGDMHGLNTLEHQPQKVAAMEGVWHTEQGAPLLLFAVPDEEKKTNHFEIGIPNMASFILTHDVNGEIKGLNEFEGEHPPVAPVFYSFRVMVGMGLLMLGTAWAGAFYLYRRNVMPDWLNKVFIGMSFSGWVATLAGWYVTEVGRQPYLVSGVLTTQEAVTGLPPANIALSFTLYAVLYFTLLIAYIGTLTLMCRKAVAIEEITQEEKNKAQRIRFNPVQTN	PGPT0026700_4149	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
AK237_01582	552			hypothetical protein	GTGAAAATGTCACCTCTTACTACTTCTGCCGTAGTGCACTTTGGCGAAATGGGCAGTCGGTGGGGCTTTAACCGCACGGTCGGACAGATGCTGGCCTTAATTGTTGTTCACGATACTCCCTTGTCCGCACAGGAAATTGCCGATGCGCTAAGTATTTCAAGGGGAAATACCAGTATGGGCTTAAAGGAATTGCAATCATGGCAGTTGATAAAACAGCATCACATACCCGGTGAGAGAAAAGAATTTTTCGTACCTGCAGGGACTATCTGGGAGCTCGCCAATAGAGTATTTGAAGAGCGACGGAAAAGAGAAATCGATCCGACTATGACGCTGTTACGGAACTTGATGATGGCAGAACCCGAGGGTGAGCGAGACCAAAATGTCCAGACAAGGCTTCACGAAATTCATGATTTATTAGAATCGGTAACTGCCTGGTCACAAGAGTTACAGAACCTCGGACCAGAGAAGCTTGATACGCTAATGAAGCTGGGATCGGGAGTCGGTCGGATCCTCGACTTGAAAGACAAATTTCTTCCGGGCAAATCTGAGTAA	MKMSPLTTSAVVHFGEMGSRWGFNRTVGQMLALIVVHDTPLSAQEIADALSISRGNTSMGLKELQSWQLIKQHHIPGERKEFFVPAGTIWELANRVFEERRKREIDPTMTLLRNLMMAEPEGERDQNVQTRLHEIHDLLESVTAWSQELQNLGPEKLDTLMKLGSGVGRILDLKDKFLPGKSE				NA	NA	NA	NA	NA
AK237_01583	2142	cntO_2	COG1629	Metal-pseudopaline receptor CntO	ATGTTTTTACGCCGCCGTAAGTCATACGTCGCCAGCTTAAGTATCGCTATAAGCCTTCAATTTTGTTCAGTTGCGTCAGCACAAAGTGACGACCAGGATGATAACAAAAGTAATGTAGATAGCTGGCTTATTGAAACTATTGTTGTAACTGGTAAGAAAAGGGAGCGCTATTCTGTTCCTCTGACATCTACAGCAACACGAACCAATACGCCCCTTACCGAAGTGCCTCAATCAGTTCAGGTAATCACTGGCACCTTGTTAAAAGAACAGGATTTGCGCCAATTGGGAGAGGCACTGGTCAATGTTTCGGGAATTACACCCACTCGTCCCGATGAGAACTTGTTCATACCGCCCATCGCGAGAGGTTTTCCCGCTGAAGTTTATCTGGATGGTCTGCCGATTTTTGCTGGTAACCAGCAGGCTTACGATCCGACCAGTATTGGAGGAGTTGCTCGTATTGATGTGTTAAAGGGACCTAGTGGATCGCTTTATGGAGGAGGTCTTGGCACTCCTTTAGGAGGACTGATAAATGTAGTATCGGCCAAACCCACTAATGAGTTTGATGGGTATTTTGCGCTTCGGGGCGGGAGTTTCTCAACCATTAATCCTTATGGTGAAATTAATATTCCGCTGGCGGAGGGAGTCGCGGCAAAAGTCGTGGCAGAGTATCAAAGTAACGAAAGCTGGATAGACCTGGTAGAAGGCGAACGCTGGTCTGTGGTGCCTAGCCTTGCTATCGGAATAGGAAAAAACACCGAGTTGCTTATCCAAGGCCAGTTGAATCACCGGAGTAATCTTGAATATTCAGGGATCCCGGCAGAACAGGCACTTGCGGGTGTAATTAGAGAGGATGTCTTCCCCGGTTCACCGATTAATCAGCCGCAGACGAGGAACAGTAACCAAATGGGTACTATTAGTTTGCAGCACGCATTTTCTGATCGTTTGGAACTGAATATGATGGCTCGCTACTACTCAGGCGATATCGATGAGCACGGGAGTTTTGTCTATCCTGACATGTTTCCTGCTGATCCGGCAACACCTACGACGTACCCGGTTGCGCCTGTCACAATGAATACAAGTAGTAAAGAAACCACAATAGACGTTAATCTAATTGCAAATACCCGGATAGTGGGTATTGAACATACCTTATTGGCCGGCGTTAATTACGACAGGACGCTATTTTACAGCGGCATGGGTTTTTTCATCAGTGACACGCCTTCAGGAATGATCAATCTTGCCAATCCCGTTTACAATCTCAGTTATACACCGCAATTGCCGGTGAACTCCTACACGGATGATACTTTCGAAACCGCCGCAGTCTATTTACAGGACCAGGTATCTTTCGGTTCGTTACATCTCACTGGCGGCATAAGATTCACATCTCTGAAATTTGAAGAAGACAGTAATATTGGTGTCGCAAACGATGCGACATATAGTCGCCTCTCTCCCAGAATTGGGGCGACTTACGATCTAATTTCTGGCATTGCGCTTTATGCTGGCTATGCCACAGCCTTTCGAGCCCCATTCGGTTTCATTGGTGAGGAAAGAGCTAAGCCAGAAACATCGGAAAATACTGAGATAGGGCTTAAGCTGTCGCTGCCTGACGCTGGAATATCCGGTACTATCGCTGCTTTTGAACAAAATCGTGAAAAAGTTGCATTGCCAGACACTAACAACATTGGCTATTTCATACAAAGTGGAGAGCAACGTGCCAAAGGTCTGGAATTTGATATGGTATGGGAACCAAGTCAAGCATTCTCACTGCTTGCAAACTACGCTTTTACTGACACTCGCGATGACGGCATTTCTCCAGGTGATAAGTTGACCCGTGTGCCTGAAAATAGCGGACGCCTTGCAGCACGTTATCGAATATCTGATGGCGCTTTTGATGGGCTGTCTTTCGGCATCGGTATTAGTGCCTTCTCTTCTCGTGAACTTACCTTACCCAATACTATCGCGACGCCCGGCTATGCAATTATAGATGCGCAGGCATCTTATGATTTTGGCCAGTATTCCTTAAGTCTGTCAGTTGTTAATTTAGGTGGCCGGGACGTATTCGAACCCTATTCGTACTTTGGTAATGCTATTGTCGCGCCGACTCAACCACGCTCTGCATACCTCACATTAAAAGCGAGGCTATGA	MFLRRRKSYVASLSIAISLQFCSVASAQSDDQDDNKSNVDSWLIETIVVTGKKRERYSVPLTSTATRTNTPLTEVPQSVQVITGTLLKEQDLRQLGEALVNVSGITPTRPDENLFIPPIARGFPAEVYLDGLPIFAGNQQAYDPTSIGGVARIDVLKGPSGSLYGGGLGTPLGGLINVVSAKPTNEFDGYFALRGGSFSTINPYGEINIPLAEGVAAKVVAEYQSNESWIDLVEGERWSVVPSLAIGIGKNTELLIQGQLNHRSNLEYSGIPAEQALAGVIREDVFPGSPINQPQTRNSNQMGTISLQHAFSDRLELNMMARYYSGDIDEHGSFVYPDMFPADPATPTTYPVAPVTMNTSSKETTIDVNLIANTRIVGIEHTLLAGVNYDRTLFYSGMGFFISDTPSGMINLANPVYNLSYTPQLPVNSYTDDTFETAAVYLQDQVSFGSLHLTGGIRFTSLKFEEDSNIGVANDATYSRLSPRIGATYDLISGIALYAGYATAFRAPFGFIGEERAKPETSENTEIGLKLSLPDAGISGTIAAFEQNREKVALPDTNNIGYFIQSGEQRAKGLEFDMVWEPSQAFSLLANYAFTDTRDDGISPGDKLTRVPENSGRLAARYRISDGAFDGLSFGIGISAFSSRELTLPNTIATPGYAIIDAQASYDFGQYSLSLSVVNLGGRDVFEPYSYFGNAIVAPTQPRSAYLTLKARL	PGPT0003790_21513	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0003790-hutA|fatA|fct|foxR-K02014	NA	NA
AK237_01584	915			hypothetical protein	ATGAGTTACAAAAAAAACCCATTTATCAGACTTGCCATGCTAATTACCTCCACGCTCATCATCTTCTCATTAGATGCCCGGGAAAATGAACTTGAGAGTGTGCAATTTCCTTTATATAAAAAAGGAACCCTGAAACATCTTGAGGTATCAGAGTCTCAGGTAATATTCGGGCAAACCGGAGAGACGCTTCTTTTCAATGTAAGTGAACCAGCATTAGAAGTATTTTACCCTGCTCCTGGCACCGCTTCGGGTACAGCAGTGATCATTGCCCCGGGTGGGGGCTTTGTCGCACTGGCTTACGAGCAAGGTGGAGCAGCTATAGCGAAAAAGCTTGCCAAAACTGGCATTACAGCTGTGCTGCTCAAGTACCGCACTCTCAAGAGCTCCGGGGATCCAATGCAAATCCCCGATGTACATCAGGCAGAGATGGAGATGTTGTTAACCAGAGTTGAAACGGGACACCCTGTTGATGTGCCTGTATTTGCTGGTGAACTTTTAGCCCTTGAGGATGGTAAGCGTGCAATGGAAATGGTACGCGAACATGCATCTGATTGGGGGATCGATTCTGACAAGATCGGCATGTTAGGCCTTTCAGCTGGCGCATTCATCACCATTGACCTGGCAGTGGGACAAAAAAAATTCCGCCCTGACTTTATCAGTTTATTGTATGGCGGACTGCGTGGTCCTGTCCCTGCGGGTGCTCCTCCTGCATTTATCGCGGCAGCTGCCGATGACGAATTACTTCCCAATGATAGTATTGATATCTTTTCATCTTGGCGAGCCGCAGGGTCACCTGCAGAATTGCATATCTACGAAAAAGGTGGGCATGGATTTGATAGTCGGGCAAAGGGTACAACCAGCGACGAGTGGTTCAGACAATTCATAAAATGGATGAAAACCCGCGAACTCATATAA	MSYKKNPFIRLAMLITSTLIIFSLDARENELESVQFPLYKKGTLKHLEVSESQVIFGQTGETLLFNVSEPALEVFYPAPGTASGTAVIIAPGGGFVALAYEQGGAAIAKKLAKTGITAVLLKYRTLKSSGDPMQIPDVHQAEMEMLLTRVETGHPVDVPVFAGELLALEDGKRAMEMVREHASDWGIDSDKIGMLGLSAGAFITIDLAVGQKKFRPDFISLLYGGLRGPVPAGAPPAFIAAAADDELLPNDSIDIFSSWRAAGSPAELHIYEKGGHGFDSRAKGTTSDEWFRQFIKWMKTRELI				NA	NA	NA	NA	NA
AK237_01585	1362			hypothetical protein	ATGTATAAACGTGTCTGGCGATGGCATTTTTATGCGGGCGTTATTGTTGCGCCATTTTTGATGATCCTGTCCATTACTGGCGCGATTTACCTTTTCAATAATGAAATCGACGATTGGCTTTATCCACAGCAGCGTTTCGTTGCAGATGTACAGCCTGCATTACCTCCAAGTCTCCTGGTTGGCGCTGCTGTCAATCACTTTCCAGGAAGCTCAGCTAGACGACTCTATAACCCTATCGAACCAGGTCGCAGTGCCACTGTGTTTATTACCACGGCCGCCGGTGAAGAAAAGCGGGTATACGTCGATCCAGGTACGGCGCAGGTGCTTGGTAGTTTTATTTACACCAATACCCTAGTGGGGTTTGCGGATGTATTTCACGGATCGTTATTGATTGGTTCTATCGGTGACAATATTGTCGAGTTGATGGCTTGTTGGAGCTTTATTTTACTGCTTACAGGGCTCTACTTGTGGTGGCCACGCGAACCTGGCCAATGGCTTAAGCTTATGTTTCCAACATTCCTTGTAAAAGGGCGGGAAGCTTGGCGAGTCTGGCACGGAGTGATCGGCTTTTGGTCAGCGATAATTCTTGGTTTTCTGATACTGACAGGTTTACCTTGGGCAGGCGTTTGGGGAGATATGTTTCGCGCTGTCTCTAACACCGCGGATATTGGCTATCCGGCCAACTATCGGCTGCATGGAGGGTCGACGGTCAATACCGAATCGAACAGTCATAAAGCGCAGTTGGGTTCCGTTCCTTGGACGTTAGAACAATCGCCAATGCCCGTATCTGACGATCATGCGCTACATCATGCGAGCAAGAACGGTGTCATCATGTATAGCTTACGCAACGGTATCGGAATTGATGGCGCTGCCACCCGTTTGCAGGAAATGGGATTAGATCCTGCGTATCGCCTGTTTTTACCCACTGACCCTCAAGGCGTTTATACTGCCTATACTTATCCTGCTCGTCCTCAAGGGCAACGTACTATCCATCTAGACCAATATAGCGGTAAAGTATTGGGTGATGTGAGGTATGAAGATTACGGTATTGCAGCGAAAGGGGTGGAGCTTGGTGTTCAGTTGCATATGGGAAATTACTTTGGTCGTGCAAATCAGCTTCTGATGCTAGTAGGATGTTTGGGCGGTATCGCAATGGCAATCTCTGGGCCTGTAATGTGGTGGAAGCGCCGTCCAAAGGGCAGGCTAGCGGCACCGCGTAGAGTTTCAAGTCGGAAAATGAAGTCTATTACTTGGTTAATTATACTCATGGGTATTCTGCTACCGCTTGCCGGTGTATCAATGTTGCTAGTTTTGCTAATAGACTGGCTGTGGCTACGTCGCTCTAACCTTGCAGCAACTTAG	MYKRVWRWHFYAGVIVAPFLMILSITGAIYLFNNEIDDWLYPQQRFVADVQPALPPSLLVGAAVNHFPGSSARRLYNPIEPGRSATVFITTAAGEEKRVYVDPGTAQVLGSFIYTNTLVGFADVFHGSLLIGSIGDNIVELMACWSFILLLTGLYLWWPREPGQWLKLMFPTFLVKGREAWRVWHGVIGFWSAIILGFLILTGLPWAGVWGDMFRAVSNTADIGYPANYRLHGGSTVNTESNSHKAQLGSVPWTLEQSPMPVSDDHALHHASKNGVIMYSLRNGIGIDGAATRLQEMGLDPAYRLFLPTDPQGVYTAYTYPARPQGQRTIHLDQYSGKVLGDVRYEDYGIAAKGVELGVQLHMGNYFGRANQLLMLVGCLGGIAMAISGPVMWWKRRPKGRLAAPRRVSSRKMKSITWLIILMGILLPLAGVSMLLVLLIDWLWLRRSNLAAT				NA	NA	NA	NA	NA
AK237_01586	2229	bfrD_2	COG4774	putative TonB-dependent receptor BfrD	ATGCCTGTTATTAAATCATTTTCCAATACCTTTTTCCTAACCCGCCTTCTGCGCATTGTGATCAGAGTCAGCTGTGGGGCGATGCTATGTACTTCGCACGTAATAGCAGTCACTGTGTCCAGCGAAAAGAGCATCGAAGACGAGGCGATTGAGGTTATCACAATAAAAGGGCGTGCTACAGCATTAGCGCTAGACGCTTCAGCGCCGGCTGCTAGCCGTTTAGGATTAAGCCAACGTGAATTACCTGCGAGCTTGAACGTTATCACGCAGGAACAAATGCAACTGGAAGGGCTTCGTAGTTCAATTGAAGCACTAAAAGCGGCACCGGGTGTCAACGCAGGCTCGTTACCTGGTTCTGTTGGCGTCAGCTCAATGCGCGGGTTTACTGATAATGCCATTGCTTATCTGTTTGACGGTGTCCGCGTGACAGGTTCAAACAGTGCTATTCGTAACTTTGATACTTTTAACTTTGAACGGGTAGAAGTCCTTAAAGGGCCTGCCTCAGTGCTTTACGGAGAAGGCGCATTGGCAGGAGTGATCAACCTCGTGCCAAAGAGAGCAAAACTCGATACAACATCGCTAGATCTCCTGCTTAGTGCTGGCTCATTTCAAAGTTATCGCGCCGGAGTGGGTGGAAATACAAATATCACAGACAACGCAGCGTTGCGTTTAGACATGAGTGCTTCAGACAGTGATGGGTGGGCTGATGACACGCCTTCTGAAACACAGGCTGTCACCGGTTCGGTATACATAGAAACATCAGAGCGCTTGAAGCTGAATTTATTTATGGACTACTTTCGTGACGACTCGTCCCCCTATTTCGGGTCTACGCTTGTGCCTGACTCCATCGCACAGGCTCCGGTTAATTTAGTAACTAGCCAGACTGATTTGGTGATTGATAAGGCCACGCGATACACAAATTATAACGTAAACGATGGGACCATGAATTCTGAATCCTGGCAGTTCAGAGGCCGTGCCGATTATCTGCTAAGTACCAATTGGACACTGAGTGGAGAACTGGCTGCGTACAAAGCGTACCGGTTCTGGCGTAACGTTGAGGATGTCTCTTATAACAGCAGCACAGAGTTAATGGATCGCAACACCACTCAAATTTCTCACGATCATAAACACCTGAATGCCCGAGGCTGGGCTGCTTATGATGGGGAGCTGTCGGGACGGCGCTTGCGCGTAACTCTTGGGGGGGAATTAAGCGACACATCAATGGATACATCGCGTCGCTTTGGTGAAACCAGCGCGGTAGACCGATTTAACCCAGAACGGGGCTTTTTCCCTGAAGACGATGAAGTTAACTTTCCAGGGGCCGGTAGCCGGGTAGAGTGGGAAAGCGATTCCACCACTCAGGCGTTGTTTTTTGAAACTGCTTACAACGTAAGCGAAAAAGTACTGCTAGTAGCAGGATTGCGTTATGACGACATTGATTTAGAAAGATTAACTTTTGACATAAATACTGATATTGAAAACACGTATGGTCAGGATTACGACCCTTTATCCGGTCGACTGGGTATGATCTATTTTTTCTCTGATGATACAAATTTTTACACCCAATATAGTCATGCAGTGACGCCTGTTTCCAGCTTTTTGCTGATGAATAGCACGAATGCAACATTTGAACTCAGCTCAGGAGATGCTTTTGAAGTTGGTGTCAAAACTAGTTTCTGGAACGATAAAGGAGATTTGACAGCAGCGGTCTATCATATTACCCAGGATGATATTGTAAGTCGTGATCCTGACGCTCCTGGTTTAGTGAACCAAGGCGGGCAAAAACAGGCTTATGGTGCAGAGGTCGCGCTATCCGTAGCGCTTACATCGCAATTTCGACTTGACGCAAGTCTCGCACTGTTGAATGCTGAACTCACAGAATTAATTGAACGTGGTGGTGTTGACAGGGCGGGGAATCGCCCCCCCAATGTTACCGAACGGCAAGCCCGTATTAGCGCCTATTATCAGTTACGAAGTATACCGTTAACAATTGGTCTGACAGCAAGTTACAGCGGGGATTTTTATACGGATAACGCGAATGACTACAACGTAGACGGATACACTTTATTGGACGCTCAGTTAATTTGGCAGAATGAGTTGGGTCGCTTTACACTAAGAGGACGTAACCTTACTGACGAACTTTACGCCGACTGGTCAGGGTATGGTCCCACCCAACTATATCTGGGTGCGCCGCGTAGTGTAGATTTGACCTTTACTCGTAGCTTCTGA	MPVIKSFSNTFFLTRLLRIVIRVSCGAMLCTSHVIAVTVSSEKSIEDEAIEVITIKGRATALALDASAPAASRLGLSQRELPASLNVITQEQMQLEGLRSSIEALKAAPGVNAGSLPGSVGVSSMRGFTDNAIAYLFDGVRVTGSNSAIRNFDTFNFERVEVLKGPASVLYGEGALAGVINLVPKRAKLDTTSLDLLLSAGSFQSYRAGVGGNTNITDNAALRLDMSASDSDGWADDTPSETQAVTGSVYIETSERLKLNLFMDYFRDDSSPYFGSTLVPDSIAQAPVNLVTSQTDLVIDKATRYTNYNVNDGTMNSESWQFRGRADYLLSTNWTLSGELAAYKAYRFWRNVEDVSYNSSTELMDRNTTQISHDHKHLNARGWAAYDGELSGRRLRVTLGGELSDTSMDTSRRFGETSAVDRFNPERGFFPEDDEVNFPGAGSRVEWESDSTTQALFFETAYNVSEKVLLVAGLRYDDIDLERLTFDINTDIENTYGQDYDPLSGRLGMIYFFSDDTNFYTQYSHAVTPVSSFLLMNSTNATFELSSGDAFEVGVKTSFWNDKGDLTAAVYHITQDDIVSRDPDAPGLVNQGGQKQAYGAEVALSVALTSQFRLDASLALLNAELTELIERGGVDRAGNRPPNVTERQARISAYYQLRSIPLTIGLTASYSGDFYTDNANDYNVDGYTLLDAQLIWQNELGRFTLRGRNLTDELYADWSGYGPTQLYLGAPRSVDLTFTRSF	PGPT0003790_19295	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0003790-hutA|fatA|fct|foxR-K02014	NA	NA
AK237_01587	1272			hypothetical protein	ATGCCTGCTAATAAAACTGACAAACGATTGTTGTTTGCGTTTATCCTTGGAAATACCGCCTCAATGGTGCCCTCCGTTGCGATCACCTATGGTATTGCGCAATTCAAATTTATTGCGGTCGTGGGTGAAGGTGAAGGTCAAGCTCTTACTGCTTTCAGCCATACACAGGGACTGATAACCTTACTTCTGATTTTGCTACTCCCGAGCTTGGGAAGAATGGTGGACCGTTTTCCTATTCCCGGCGGCACGCGCTACTACTGGTCTTTACTCGGCAATGGTTTCGGAATGTTGTCTCTTTACGGGTTTGTTTATTCAAGTACTAGCCAGGAGATATTTTTGACATGGCTGGGTATCGTAGCTAGCTATTCTCTTTCAGGAAGTGCCTTTAAATCTGCGGTGCCTGAACTAATTCCTGAAAACAGACTATCTTCAGTGTCTGGCAAAATTGGGGCATCCGTTCCTCTCATGTTAGCGCTTAATATTATTATTGTTCTGGGGCTTTTCGCCCAGAGCGAGCTCAGCACGAAGCTGTTAATATTAGGCACGATGCAGTTGGTATTCTCTGTTATCGCGATGGTGATTATTTCTCAATATCATCGACAAAAGAAGACACAGACTGGCGAAGGAAAACCGTGCCGAACTTCCGAAAAAAAAAGCTATCATCAGTTCGCGCTGGTCACTGTGGCTAATGTATTTCTGAATATTGCCACCTCAGGAACCTCTCTACTTTCACTTTACTATGTCACCCGCTTTGCCATGTCGCAAAGTGACGTATTTACCTTGAATGCGATTATGTCATTGGGCGTTGTTTTAATTCTCATAACGGGAGGGGGTTCGGTATATCTCGCAGAACGATACCAGCAACCCAAAAGATTACTCGCACTTGGCACACTCTTTATCGCTTTGGGGTTACTGGGGTATGCGCTGGCACTCTCGGTATTGCAAGCCGTTATCGCAGGCATTTTTATTCAGTTTGGATTAGGGCCGGTTAGTGCGCTCAGCATGGCACTGGTTAACCGCTCACTCCCCTGTCGAAAACATTATGCCAGAGACATTGCCATTGCCGAGGCTTCCCACAGTATTGGCGCTGCACTCATTCATTTTGCAGCGCCAGCTCTTGTGGCACTAGGCGCAAAAATGATGTCGAATGATGGTTACACACTTTATTTTTGCACATTGCTAGGGTGCTCACTTTTATTTATTGTTATGCTTGCATTTATCAAGGACGACAATCAAACAAAAAGCAGACTTAATCCTGACTCTCTTATCTGA	MPANKTDKRLLFAFILGNTASMVPSVAITYGIAQFKFIAVVGEGEGQALTAFSHTQGLITLLLILLLPSLGRMVDRFPIPGGTRYYWSLLGNGFGMLSLYGFVYSSTSQEIFLTWLGIVASYSLSGSAFKSAVPELIPENRLSSVSGKIGASVPLMLALNIIIVLGLFAQSELSTKLLILGTMQLVFSVIAMVIISQYHRQKKTQTGEGKPCRTSEKKSYHQFALVTVANVFLNIATSGTSLLSLYYVTRFAMSQSDVFTLNAIMSLGVVLILITGGGSVYLAERYQQPKRLLALGTLFIALGLLGYALALSVLQAVIAGIFIQFGLGPVSALSMALVNRSLPCRKHYARDIAIAEASHSIGAALIHFAAPALVALGAKMMSNDGYTLYFCTLLGCSLLFIVMLAFIKDDNQTKSRLNPDSLI				NA	NA	NA	NA	NA
AK237_01588	1008			hypothetical protein	GTGTACCCTAAATACTCAAAAGATATTCTTCAATATCATGTTCTGAAACTCGTTGAGCAGGGATTGACTCGCTCTGAAATCGGTAAGTACACGGGCCTTAACCTGTCGCGCTTGTTCAAGGACGACAACTATTTTCAGAGTAAATCTTCTGAAACATACAAAATTGTGAAGTTGTTGCATGAGACGGATTACCCCAAAACCCGCGAACTGCCTGAAACTTTGCGCATTGCTTCTCAGTCCGCTTCCTTTAACGCTTACCTGTTGAATAGTAAAAATGCGCTGGAAATGTTTGAAAAGCTAATATTATTTAATCGTGCCAGTTGCCCCTGCAACGAGTACGGCTGGCGCGACGACGGTGTAAATATCGATTTATATATAAAGCAAGCTCCCCGAGAAAAGGAATATTGTACAACGCAGGGGATGCTATTCTACATTGTGCTTATGCTGAAAAAACTATTGGGCAAAGAGGTCGAGCTCAGCGTTGGTACGCCTTCTGATATTTATCCCGACATGCAAACATTCACACAATATGTGCCTGACGGCGTTGAATTTAATCAACCCGACTCTTTCGTCCGCATTAAGAAAACAACGGCTTTAACACCCAATAATTCCTATAACGTAAGTGTTTCTCAATACATCAAAAAACAGTTTCAGGATAACTTTAAAGTTCCAGAACCGGCGCTTGAGCTAGAAACCTTAATTTTATCAGATATCCGAAATGCAGTTCGGACAAGCAGGGATACCCGCTTCTTCAATGCCGATTTCATCGCAACCCGCGTGGGGCTTAGTCGCTCAACGCTTTACAGAAAGTTGCTAGCATCCAATACCAGCTTTACGAGTATTGTTGAATCATTTCGAAAAGAGGAGTCTGCAGTATTACTGAAGACTGGCTTCATGTCTTTAGAGGAAATCAGCGAAATATTGGGTTACTCCAATCTGACTGCCTTTAACCGCGCATTTCGGCGCTGGTACAACACCTCTCCCGCAAAGTTCCGGAACAGCCTTTAA	MYPKYSKDILQYHVLKLVEQGLTRSEIGKYTGLNLSRLFKDDNYFQSKSSETYKIVKLLHETDYPKTRELPETLRIASQSASFNAYLLNSKNALEMFEKLILFNRASCPCNEYGWRDDGVNIDLYIKQAPREKEYCTTQGMLFYIVLMLKKLLGKEVELSVGTPSDIYPDMQTFTQYVPDGVEFNQPDSFVRIKKTTALTPNNSYNVSVSQYIKKQFQDNFKVPEPALELETLILSDIRNAVRTSRDTRFFNADFIATRVGLSRSTLYRKLLASNTSFTSIVESFRKEESAVLLKTGFMSLEEISEILGYSNLTAFNRAFRRWYNTSPAKFRNSL				NA	NA	NA	NA	NA
AK237_01589	2457		COG1472	Beta-glucosidase BoGH3A	ATGAAAAATACAAAGAGGTTTTGCCTCACCTTATCCACCATTTCGGTGCTTGCCGCCTGTGGTGGCGGGAGTGATAAAGACAATTCCCAGCAATTCACTCAACCGGGAGAAAATGAGATACCGCTGGAGGTGATCCATCCGGGTTATTCAGTGGCTGACAGCGAAGCTGATAAACGTGCTCGTTCCATGCTTGCACAGCTTTCCTTACAGGAGAAAATAGATCTGGTACATGGACACGGCTCACCCGTGGGCCAGCTCGGTTATATTGGACTTAATTACCCGCCCGTGCCAAACGCGATGGATCATGCAGTAGGTTACATTCCAGGCATGAATAAAATCGGTTTACCCGAGAACAATATGGTCGACGGTTCAAGCGGTGTAACGGCCGAAGGTCTGCAAGCGACCGCCTTACCTGCTACGATCGGTCTTGCTTCTACCTGGTCGAAGGATTTGGCTCGCGATTTCGGTTCAAGAATTGGCGCAGAAACGCGGTTATTGGGTTTTACCACTGTACTTGGCGGAGGATTGAATTTAACCCGAGAACCCAGAAGCGGGCGAGGCTTCGAGTTTATGGGAGAAGATCCGATACTAGCCGGAGAGCTTGGTGCACAAAGAACAATAGGCGTTCAGCAGCACAAAGTACTTTCTACGATTAAACACTTCGCGTTTAACAATGTAGAAACTAATAGAATGGTAGCTAACTCTGTTATCGACGAGCAAAGTATGCATGAAACAGAATTGCTCGCGTTTGAAATCGCTATCACAAAAGGAAAACCCGCTTACATCATGTGTTCGTTTAATCAGGTAAACGGGCAATATGCCTGCGAAAACGAATACTTACTTCAGAAAGTGTTAAAAGATGATTGGGGTTTCCAGGGCATGGTGATGTCCGACTGGGGCGCACAGTCAAGCACAGTTGACGCGGCTTTAAATGGTCTTGATGAAGAGCAACCAGGCAAAGAGGCACAAGATACGGAAGTGCCCGAGTTTTTCGCATTATATATGGGCGGCCCATGGTTTATCGACGATCTTTATGAAGCCGTAAATAATGGAACAGTTCCTATGAGCCGGTTAGATGATATGGTCTTCCGCAAGATACGAACTATGATAGCGTTAGGTCTGGTTGATGAACCTCCGCAACCAAGATCAGAAGTGAACGAATCGGCTGGGAATAGCGATGCCAAACGTTTTGCTGATGCTTCTATGGTGTTAATGCAAAACAACTCTGCGACTGACCAAACACAACCGGTCTTACCTCTTGATAAGACACAGATTCGCAGTATCGCTATTATCGGTGGTGATGCCGACAGAGGCGTTTTATCTGGTGGAGGCTCTGGCGGTGCCGCACCTCTTATTGAAAATCAGGTGGACAAATGCGGCCAATTGCCTATTTCACCATACCCGACCTGCCCGACTTACATAGGTGTAACTCCGGTAGACGCAATCCAAGAAGAGTTTCCTCAAGCGGTTATAACCTATTTAAACGGGGAAGATATAGAAGCAGCTAAAGTGGCAGCACGCGAAGCTGATGTAACTATATTTGTAGCTGGAGCGTGGTTTAACGAAGGTGTAGATAACAAAAATATGCACCTCCCCTCGCCGGATAGCGACAGCTCAGGGGTTTTTACTTACGACCAGGATGCACTAATCAGTGCGGTAACTCCTGTCGCCAAACAATCAGTGGTCGTTCTAGAAACTGGGCAGCCAGTACTAATGCCATGGAGCAACGATGTCGATGCCATTCTGAACGCCTGGTATCCCGGAGCTCAAGGCGCACGCGCTATAGCTGATGTATTATCTGGTGATGTGAACCCGTCAGGTAAATTGCCCGTCACATTTCCTGCTTCCGAAGAAGATTTGGTTTCGCCCGAGATGCCGACAAATCTTGGGCAATTTTTGGGTATTTCTTCTGCGATAAAAACCATTGCAGGCACGATTAAGAATATCGTCAACGCTAATCTGGGCGAAGGTGCTTACGATACGCTTAGACAAATTCGCTATGACGAGAAACTTGCCTGGAACGGCTATAAATGGATGGACGCTAACAATATTCAGCCAGCCTTCCCCTTCGGCTATGGATTGTCATATTCGACGTTTGTTTACAGTGATGCCGAAAGCGTAAAGCAGACCAATGGCGATGTTGAAGTTACATTCAGCATTGATAACGCCAGTAATAGAACAGGTACCGAGATCGCTCAGGTCTATGTATCGCTACCCAATGATGTTCCGGGGAATCCTCAACCCCCCAAGCGTCTTGCAGGATGGGCCAGACTGGAGCTTGCACCTCAGGAAGTACAGCGCGTAACGGTTTCTATACCGAAAAAATATATCAGTACGTGGGATATCCAATCTCACAATTGGATCACAACCCCAGGCACCTATCAATTTACCGTGGCGGAACATGCCGATTTCAGCCGTGCCTCGAACATTTTAACTACATCGATTGAAATTAGATAA	MKNTKRFCLTLSTISVLAACGGGSDKDNSQQFTQPGENEIPLEVIHPGYSVADSEADKRARSMLAQLSLQEKIDLVHGHGSPVGQLGYIGLNYPPVPNAMDHAVGYIPGMNKIGLPENNMVDGSSGVTAEGLQATALPATIGLASTWSKDLARDFGSRIGAETRLLGFTTVLGGGLNLTREPRSGRGFEFMGEDPILAGELGAQRTIGVQQHKVLSTIKHFAFNNVETNRMVANSVIDEQSMHETELLAFEIAITKGKPAYIMCSFNQVNGQYACENEYLLQKVLKDDWGFQGMVMSDWGAQSSTVDAALNGLDEEQPGKEAQDTEVPEFFALYMGGPWFIDDLYEAVNNGTVPMSRLDDMVFRKIRTMIALGLVDEPPQPRSEVNESAGNSDAKRFADASMVLMQNNSATDQTQPVLPLDKTQIRSIAIIGGDADRGVLSGGGSGGAAPLIENQVDKCGQLPISPYPTCPTYIGVTPVDAIQEEFPQAVITYLNGEDIEAAKVAAREADVTIFVAGAWFNEGVDNKNMHLPSPDSDSSGVFTYDQDALISAVTPVAKQSVVVLETGQPVLMPWSNDVDAILNAWYPGAQGARAIADVLSGDVNPSGKLPVTFPASEEDLVSPEMPTNLGQFLGISSAIKTIAGTIKNIVNANLGEGAYDTLRQIRYDEKLAWNGYKWMDANNIQPAFPFGYGLSYSTFVYSDAESVKQTNGDVEVTFSIDNASNRTGTEIAQVYVSLPNDVPGNPQPPKRLAGWARLELAPQEVQRVTVSIPKKYISTWDIQSHNWITTPGTYQFTVAEHADFSRASNILTTSIEIR	PGPT0019110_4776	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES	CE-EPS-GLUCOSIDASE,PGPT0019110-bglX-K05349	NA	NA
AK237_01590	1191			hypothetical protein	ATGAAAACAATTATCGCATTACTCTCCGCCTCTATTTCCATGGCTGTAGCAGCACAGGGAACTACAGCAACGCAATCCATGCTGTCGCCTCAGGAGAATGCCACTAAATTTACGTACAACAAAATCACGTTATCTCCCTATGCGCGCTTAGTGGGTGGAATCAGCTATGCAAATAATGGCTTTGAAGCAGGTGAAAGCGGTAGTCTCACGGAAGTTGCATCAAATCAGTGGGGCACGTCATTTATCGGAGCATCAATGACGGTAGAGCTGACAGACTCCATGCGCGGCGTCGCCAATTTGGAAACAGGATTTGGAACAAAGGACGGCCAGACAAATATTGAAGACCGTTTATTCGATCGTAGAGCTAATGTAGGTGTACAACACGATAGCTACGGGCAGATCACATTTGGCACACATCTGATGCTCAGCCAGCAGGTGATCAAAATTGATCCGATGGCGTTTCAGTCTATCGGCGTTAATACGCTTGTGAATGGCGTTAACGACACATTTGCTGAGAATTCTGTGGTGTATCGCTCTCCTGAAGTTTACGGTTTCAAGCTGGGTTTGATGCATAAGTTCGGCGGTAAAGTTACCGAATCAAAACGAGATGAGGGCACCAGCGCGACTCTAACCTACAATAACGAAAATCTCGAAATATTAGCAATGTATCAGGAAACCAAAGATGAATTTGGTCGTTATACCGGCGGCGAATTCTATGGTCTTGGGACACAAGGGCAATGGCGTTATGCTGAAACTTATGCCTTAGGCGCTTCCTACCAGTTTTCTGACCTTAAAGCGTTTATGGGATATCAAAACGTGGAGGCATCTGATTCAGGCTACCTGCTTTCCTATGACTTTGATACCGACGCAAAAATGGGATGGGTAGGAGCCAACTACAATGTGACGGACAAACTGACCGCGAATGCAGCGTTTTACCGGGTAACAAAACCCTATAGTGGAAAGCAATCTAACTTGTACGCCGCGGGTATTAATTTCCAGATGAACGAGTATTTTAGTTTCTATACTACGATTGGCTACATTGGTAATAACACAATTAACCCGGCAATGATCAGCGACGTAGGGGCCAATAACCATGCATTGGCTTACTGGAACGTAGCTTGTGATGACACTGAGGATTGCGATGGTACGAATCAGCTTGGTGGTTATACCGGCGTTGTTTTCCGTCTTTAA	MKTIIALLSASISMAVAAQGTTATQSMLSPQENATKFTYNKITLSPYARLVGGISYANNGFEAGESGSLTEVASNQWGTSFIGASMTVELTDSMRGVANLETGFGTKDGQTNIEDRLFDRRANVGVQHDSYGQITFGTHLMLSQQVIKIDPMAFQSIGVNTLVNGVNDTFAENSVVYRSPEVYGFKLGLMHKFGGKVTESKRDEGTSATLTYNNENLEILAMYQETKDEFGRYTGGEFYGLGTQGQWRYAETYALGASYQFSDLKAFMGYQNVEASDSGYLLSYDFDTDAKMGWVGANYNVTDKLTANAAFYRVTKPYSGKQSNLYAAGINFQMNEYFSFYTTIGYIGNNTINPAMISDVGANNHALAYWNVACDDTEDCDGTNQLGGYTGVVFRL				NA	NA	NA	NA	NA
AK237_01591	1200	fucP_1	COG0738	L-fucose-proton symporter	ATGGGAATATCAAATCACCGGTTCGCTTTCAGCGTACTCGTTTCTTTATTCTTCTTTTGGGGCTTTATAACATGTCTTAATGACATCCTTATTCCGCACTTGAAAGCCGGTTTCGATCTTAGTTATTTCGAAGCGACCCTTGTACAGTTTTGTTTCTTTACCGCCTATTTATTGGTTTCGATACCCGCAGGCAGAATGATAAGCCTAATAGGATATAAAAATGGAATAGTTGTCGGATTGTTTGTCAGTGCTATCGGCTGCCTTCTGTTTATTCCTGCTGCAAACTGGAACCTGTATGTGTTTTTTCTCGGCGCACTTTTTATACTTGCCTCGGGCATTACCATCCTTCAGGTTTCTGCGAATCCGTTTGTCAATGCACTGGGTAGCGAAGCGTCGGCTTCCAGCAGACTTAATTTATCTCAGGGTTTTAATGCATTGGGCACCACTATCGCGCCTTATGTTGGCGGTGCGCTCATATTGGTGGGAAGCGCTTCAGCTGCCAGCGAAATCGGAACGGTTAAGTTACCGTACCTTATCCTTGGTGGATTACTTGTTGTAGTAGCATGTGTTTTTTATAAAATAAAACTGCCAAAAATTAACGAAAATAAAGGCGATAGCATTTCCACGCTCGCGTTGCTGAAACGCCACCCCTTATTATCTTTTGGTTGCGTGAGCTTGTTTGCTTACGTAGGTGCAGAAGTCGCAATTGGTAGCTTACTCATTAACTACATTGGTCTCGAGAATATAAAAGGCCTTAAAGAACAAGACGCCTCAAAATATGTCACGTTTTACTGGGCGGGCGCTATGGTAGGGCGTTTTGTTGGCTCCGCAATAATGCAATTTATTAGCCCGGCTAAATTGTTGGCATTCAATGCACTGGTCGCATTGCTATTGTTATGTTGCGTAGTGTTATTAGAAGGTAATACTGCACTTTTTGCTGTACTGTTGATTGGCTTATTCAACTCCATCATGTTTCCCACTATTTTTAGCCTTTCGCTGAAAGGCACTGGTAACTATTCAGCTCAGGCATCAGGCGTTCTTTGCCTTACTATTTTCGGTGGAGCAATATTACCTCTGATTCAAGGTGCTATGGCCGACGCTATCGGCTTGCAAAATTCGTTTTTCGTACCGATGGTAAGCTACTTCGTCATTGGTTTATTTGCGATTGGCGTAAGTAGAAGCCAGGGTGGAAACCAATGA	MGISNHRFAFSVLVSLFFFWGFITCLNDILIPHLKAGFDLSYFEATLVQFCFFTAYLLVSIPAGRMISLIGYKNGIVVGLFVSAIGCLLFIPAANWNLYVFFLGALFILASGITILQVSANPFVNALGSEASASSRLNLSQGFNALGTTIAPYVGGALILVGSASAASEIGTVKLPYLILGGLLVVVACVFYKIKLPKINENKGDSISTLALLKRHPLLSFGCVSLFAYVGAEVAIGSLLINYIGLENIKGLKEQDASKYVTFYWAGAMVGRFVGSAIMQFISPAKLLAFNALVALLLLCCVVLLEGNTALFAVLLIGLFNSIMFPTIFSLSLKGTGNYSAQASGVLCLTIFGGAILPLIQGAMADAIGLQNSFFVPMVSYFVIGLFAIGVSRSQGGNQ	PGPT0016725_1632	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_FUCOSE_TRANSPORRT,PGPT0016725-fucP|MFS_transporter|FHS_family|L_fucose_permease-K02429	NA	NA
AK237_01592	1422	gnd	COG0362	6-phosphogluconate dehydrogenase, decarboxylating	ATGAAATACGATATTGGTGTTGTTGGTTTAGCGGTGATGGGACAGAATTTAATTCTTAACATGAACGATCACAATTTACGGGTGGTGGCATACAACAGGTCGGCAGACAAAACCGAAGCATTTTTAAACGGGCCAGCTAAAGATACCAATATTACGGGGGCTAAAGCGGTTGAGGAGATGGTAGGCCAGTTAAAATCTCCACGCACCATCATGTTGATGGTAAAAGCCGGCGACCCGGTAGATGGCATGATAGAGCAGCTCATGCCGCTACTCGAGAAGGGCGACATTATCATTGACGGTGGAAATTCGAATTTCCCAGACACTAACCGCCGAACAAGTGCGTTACGGGAACGAGGTATACATTTTCTTGGAGCGGGTATCTCTGGCGGAGAAGAGGGCGCCCGGCACGGCCCTTCCATTATGCCTGGCGGAGCCAAAGAAGCGTGGGAAACCGTCAAGCCCATTTTCCAGGCTATTGCAGCAAAAACTGATTCAGGAGAGCCTTGCTGTGACTGGGTGGGCAACGACGGTGCAGGGCACTTCGTAAAAATGGTTCACAATGGTATTGAATACGGAGATATGCAACTGATATCCGAAGCCTACCATTTTATGAAGGAAGGGCTGGGTTTAAGTGCTGATGACATGCAACGTGTTTTTTCTCAATGGAACGAAATCGAGCTGGATAGTTATTTAATCGAAATTACCGCTAAAATTTTTGATTACAAGGATCAGGATGGAGAGGTACTTGTTGAAAAAATTCTCGATGCTGCCGGTCAAAAAGGAACGGGTAAGTGGACAGGCATCCATTCACTCGACTTAGGGGTTCCACTAACGCTGATCACTGAATCGGTGTTTGCCCGTTGCTTGTCGGCGTTAAAAACTGATCGAGAGGAAAACGCCAAGCTGTTTGAGAAAACAATACCAACTATCGATACCGATGTTGAAGAATGGATAGATTCGCTGCGCCAGGCGCTTCTAGCGTCAAAGGTTATTTCTTACGCGCAGGGCTTCATGCTGATGCGCGAAGCTTCTGAAGAATTTAACTGGGAGCTCAATTACGGCAATATTGCTCTGATGTGGCGCGAAGGCTGCATTATTCGGTCAGGGTTTCTGGCTAATATACGAGATGCCTTTGAACAAAACTCAAACCTAGCCTTTCTGGGCACAGATCCGTATTTCTTTAAGATTCTCAAGCAGTGTATGCCGGCATGGCGAAAAGTTGCGGCAAAATCGCTGGAGCTGGGTATTTCCATGCCTTGCACGGTTTCCGCACTGTCTTTCTTAGACGGTTTTACCACGGCCAGATTGCCCGCAAATTTGCTGCAAGCCCAGCGTGACTTCTTCGGTGCTCACACCTACGAGCGCCTAGACAAGCCAAGAGGCGAATTTTTCCACACCCAATGGAGCAATAGCGAGCAATAA	MKYDIGVVGLAVMGQNLILNMNDHNLRVVAYNRSADKTEAFLNGPAKDTNITGAKAVEEMVGQLKSPRTIMLMVKAGDPVDGMIEQLMPLLEKGDIIIDGGNSNFPDTNRRTSALRERGIHFLGAGISGGEEGARHGPSIMPGGAKEAWETVKPIFQAIAAKTDSGEPCCDWVGNDGAGHFVKMVHNGIEYGDMQLISEAYHFMKEGLGLSADDMQRVFSQWNEIELDSYLIEITAKIFDYKDQDGEVLVEKILDAAGQKGTGKWTGIHSLDLGVPLTLITESVFARCLSALKTDREENAKLFEKTIPTIDTDVEEWIDSLRQALLASKVISYAQGFMLMREASEEFNWELNYGNIALMWREGCIIRSGFLANIRDAFEQNSNLAFLGTDPYFFKILKQCMPAWRKVAAKSLELGISMPCTVSALSFLDGFTTARLPANLLQAQRDFFGAHTYERLDKPRGEFFHTQWSNSEQ	PGPT0017385_1487	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
AK237_01593	2865	btuB_12		Vitamin B12 transporter BtuB	ATGACCCCAATTTTAAGCAAAAGGAAGCTAGCGATTACTTTGTCTCTCGCGTGCTGTGGTCTTGCTGTACACGCAGCAGACAACGATAACGCAGAGGAAGACGAAGATAGCGTATTTGAGAAAATCACCGTTTCTTCTCGTCAGAATAGTTTAATCAGAGCCATGGACATTAAGAAAAATGCCGAATCTTTAGTCGATGGCATTACAGCTCAAGAGCTTGGTCAATTTCCTGATGCTAACGTTGCTGATTCGTTGTCTCACATCACTGGTGTCACTATTGGCAGAACCAGTGGCGGCGAAGGACAAAGCGTTAATATAAGAGGGCTTGGGCCAGAATTCAGTATCGTAACCCTAAATGAACGAATAATGGCAACGGATCAGTCGGGGCGCGAATTTGCCTTCGACGTTTTGCCCTCTGAAATGATTTCAGAAGCATGGGTACATAAGTCAGTAACAGCTTCAACTTTAGAAGGTAGTATCGGTGGCGCAATTAATTTGAAAACAGCTCGCCCGCTAGACAACAAAGGCAAGCAAGGCTCTGTTGGTATAGAAGGTCAGTATGGAGAAAAAGTGGATGACTACGGCTACAAACTGACAGCGGTAGGAAGTAACACTTTTGCAAATGATACCATGGGTTTTATATTCTCGGCGCTGATGAGCAATACCCCTACCCGAACAGATTCTTTGTCAGACCTTAATTATGCCGAGAACTGGAGCTGGGATCACGACAATGATGCTGGTGGCGGTGTCAACTGGCAGGATGCGTCGAATGAACTTAAAATCCCCAACGTTGTTGCCTACACAGCCAGATTGGAAGACAGAAAACGCATGGCTTTTTCTGGCGCCTTTCAATATCGTCCAAATAATAACATCGAAATTATCGTCGACGGACTGTGGACTCGCCTGGAAGCACCTTCGCAAGGTTTCACCGAGTCCTATTACCTTGTTGGCCGCGCACAAAGTTGGCGTGATGCTACATTTACCGGCACCCCTACAGAATTAAACCCTCAAGGAACTATTGTTACCAGTGTGACCATGGACAATTTGATCCCTGAGTTGGTGACGATTACAGAACATCGGGTCGTCGATACTGCTCAAGTTGGCATCAATGGAAAATTCTCACTGTCAGATTCCTTCATCGTCACTGGCGATATCTACGCATCGCAGTCGACCAGAGATGCGGGGGGCAAAGATAAATTTGTTGTTGCTCACGGTATAGGAGGCTTACCGAACACAGCAACTTATAGTTTGACTGAGAACGGCTTGCCCAACGTGGAATTTGACTTTAGCCAAAATACTAACGTTAGCTCAATCAGTGATCTTGTTGGCAATGACCAGTTTGGGCCACACTTTTCACGAACCGATGGTGTGGATATTGAGGATACTGTCATCGGTGGTTCTCTTAAAGGCGAACTATTCTTCGACTTACCTGTAATTGATAGCCTGGATATCGGGTTGGTCTACAATAAGCGTACAAAAGGACGAGAAAAGTACGATAACCAACACGCACGTACCTTGTACAGTAACGCTCCTTTTACCTTTGCTGATACCGGTATTGATGTGGTGGATAGTTTTCCCATTGATGACTTCCTTGATGGTATTCGGGGTAACTTCCCGCGGGAATTTGTCGGCTTTGATATTGATGCCTATCAAAGAGCAGTGGAGGCAGCCGACAACAACCCGGGGGTCATCAATCGCTTCAACGGTGAAATGTATCCTGAAGGGTATTCCGATAACGATGAACCCTTATTTAACCCCAACGAATCATTTGAAGTAGAGGAAGAAACCATTTCAGTTTATTTACAGGCAAATATGTCTGGAGACCGATGGTTTGCCAATGCCGGGCTTCGCTATGTGAGCACTGACACAGCCTCCAATGGTTGGTTATGGGAAATTGATAGAGTAAGTGCCCCCGCCCCCTGGGTTTGGGTTGTGGAACATAAAGACCCTGAGCCCTTATCAATTGAAAATTCCTATTCGGAATTGTTGCCTTCCGTTAATATTGGCTACGAAATTACAGATGAACTATTACTTCGGTTATCTTATGCGCAGGTTATGTCTCGTGCTTCTCTAGACCAGCTATCCACGCAGGTGGATGATGGTTCGGCAGCGTGGGGAGAATTTATCTTAAACCGCGTGGGTAATCCGACACTTTCCCCGGTCACTGCCGACCAGGCCGACATATCTTTGGAATGGTATTTTCAAGAAGGGGCAGCATTGACGGCTGCCATATTCTATAAAGATATTGAAGGATTTGTGCAGGATTGGCAAAACGTCTATCCGAATGAGGAAGATCAAGCCAACCGTCCAACCTATCTCGTGGAAAATCCCCAACCTTGGATTGAAACTGGCTACATCGAAGTGCCGTTCAATGTGTTTGAACCCCGAAATCTTGATACTGCCAAAGTACTGGGTTACGAGTTCGCTTATCAACATTTCTTTGAAAACGGATTCGGGATCACAGCGAACTATACCTATATTGATACCGAATCCATCGTAAACGGTTTTGATGAAGGCGTACTCGCAGGCGTTCCGGATACATCCTATTCAATGAACCTGATGTATAACATCGAAAAATTAAGTTTAAGTGTATCGGCTACGCATACTGAGAGTTTTATTACCAGCCACTGGAGCCCATTGAATGTCGTGAGCTTGAACGAGCGCACTTACAAGTCAACGGCTGATGCCATGACCTGGATGTCAGCTTCCGCAACTTACGCGTTTACTGAGCACCTTCAGGTTTACATCCAGCTCGATAATATTCTTGATGATAACTGGCATAGCTACCTTGGCCAGAAAGATATCCCTGGCTCGTACTCAGAGTGGGGGCGAAAAGTTTTCTCCGGTGTACGCTACAAGTTCTAG	MTPILSKRKLAITLSLACCGLAVHAADNDNAEEDEDSVFEKITVSSRQNSLIRAMDIKKNAESLVDGITAQELGQFPDANVADSLSHITGVTIGRTSGGEGQSVNIRGLGPEFSIVTLNERIMATDQSGREFAFDVLPSEMISEAWVHKSVTASTLEGSIGGAINLKTARPLDNKGKQGSVGIEGQYGEKVDDYGYKLTAVGSNTFANDTMGFIFSALMSNTPTRTDSLSDLNYAENWSWDHDNDAGGGVNWQDASNELKIPNVVAYTARLEDRKRMAFSGAFQYRPNNNIEIIVDGLWTRLEAPSQGFTESYYLVGRAQSWRDATFTGTPTELNPQGTIVTSVTMDNLIPELVTITEHRVVDTAQVGINGKFSLSDSFIVTGDIYASQSTRDAGGKDKFVVAHGIGGLPNTATYSLTENGLPNVEFDFSQNTNVSSISDLVGNDQFGPHFSRTDGVDIEDTVIGGSLKGELFFDLPVIDSLDIGLVYNKRTKGREKYDNQHARTLYSNAPFTFADTGIDVVDSFPIDDFLDGIRGNFPREFVGFDIDAYQRAVEAADNNPGVINRFNGEMYPEGYSDNDEPLFNPNESFEVEEETISVYLQANMSGDRWFANAGLRYVSTDTASNGWLWEIDRVSAPAPWVWVVEHKDPEPLSIENSYSELLPSVNIGYEITDELLLRLSYAQVMSRASLDQLSTQVDDGSAAWGEFILNRVGNPTLSPVTADQADISLEWYFQEGAALTAAIFYKDIEGFVQDWQNVYPNEEDQANRPTYLVENPQPWIETGYIEVPFNVFEPRNLDTAKVLGYEFAYQHFFENGFGITANYTYIDTESIVNGFDEGVLAGVPDTSYSMNLMYNIEKLSLSVSATHTESFITSHWSPLNVVSLNERTYKSTADAMTWMSASATYAFTEHLQVYIQLDNILDDNWHSYLGQKDIPGSYSEWGRKVFSGVRYKF	PGPT0003790_2377	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0003790-hutA|fatA|fct|foxR-K02014	NA	NA
AK237_01594	1941			hypothetical protein	ATGCAACGCTTCTCAACCACACTATTCACAATTCTAATCAGCAGTACGCTGGTATCGGCCTGCGTATCAAATGCTGATGCACCAACAGCTAACGTCGACGCTTTGCAGCCTAGCGGTCAATGGACTGCATTTAACAAAGGACAAGCATCAACCCCACCTATGGGATGGAATAGCTGGAACGCCTTTCATACTGATGTGGACGAAGATAAAGTCCTTGGCGCCGCACAATCACTCATTGATAGCGGGCTTGCCGAGCTTGGTTATCGCTACATCAATATCGATGATGGCTGGTGGCTAAAACGTCGGCAGTCAGATAACACATTGGTGGTGAGAACCGCCATTTTCCCCAGCGCAGCGATTAAAGACGCACCACCTGATGAGACAACATTCAAACCTTTTGTTGATCGAATTCATAGCATGGGGCTAAAAGCGGGCATTTACACAGACATCGGCCGAAATGCATGTTCTCAGGCGTACAACCTAGATAGCCCGAACCTGCCCGAAGGATCGCAGGCTGAGCGAGAAGTCGGTACTTATGGATTTGTTGATCAAGATATTAAATTATATTTTGCTGACTGGGGCTTTGACTATATTAAAGTTGATGCTTGCGGCATTGATGCTTACGGGCCTGAACGCCCCCATGTTAAATCGATGGGCTACCGGCCAACAGCACCGCTTATATATCAGGACAACATTAACCTTACTAATAGTAACGCTGTTCAAGCCTTATACGAAGACCTGCGACAAGCATTGCTTAAATACAACCCCGACGGCGATTTCGTTTATTCAATCTGCAACTGGGGCGCAGCTAATGTACGTCAATGGGGTAAAGATGTAGGTAACATGTGGCGAACAAGCGGCGACATTGTTCCAGAATGGTCAAGAATGCTGCACAGTGTAGATAGTGTGATAACACGCAGCTTGTACGCGGGTCCAGGTACATGGAATGACCCAGACATGTTGTACATTGGTAAGGGCGATTTTGACGAACACCATTTAACTGAAGCGAAAAGCCAGTTTGCTTTATGGTCAATTCTATCGGCACCTTTACTTATCGGCTATGATTTACGCGAGGCTCCATCTTCGCTCATGGATATCTGGGGTGCAAGTGAAATTGTTGCCGTTAATCAGGATCCTGCAGGCAATCAAGGTGTTCTAGCCTACAACAGTGACGATATACAGATCATTGTGAAAACCCTCGCCACTACTGGCGAGAAAGCAGTAGCGATTTTCAACCGTGGCCTCTCCCCTGTTCAAGTTCAACTCACCGCCGCTCATTTGAAAATGGATCCCAGACAAGCGATCTCGCTACGCGATCTGTGGAAAGAAAAAAATATGAGTGCCTTTAATGGTGAAATTACCATTAATACCCTGCCTCGCGAAACGATTATGTTAAAAGCTACGGGTGTAAGTGAGTTAGAAAACGGTATCCACCTGACCGAAATGACTGGCCGAGTAAACGTGGCGGTAGACGGCGTTACCGCCCCAATGATGGACCCCACTATTTATAAAATGGTCGACCCGTGGGGAATGGGAACGCGATCAGGAGGGCAACGACCACAATATGCAGGATGGGGCGGCGCCAGGGCAGATTCCACACCGTTTAATGAGAATATTCGTTTTCAAAATAAAATCTTCCGTTCTGGCATTGGAATCTTGGCCAACTCTCGTTTAGAGGTTAAAGCTGAAGGAGAGTTTAAGACTTTTACCGCTAATGTGGGTGTTGATGACAGTAGCCCGGGAAAGTCGGCGCAGGTCCAGTTTGAAGTTTATGGCGACGGAAAGCTACTCACCACCTCCTCGCCTACCGGATTTAATCAGGGCGTGGTCAAAATCAGCGCGGATGTATCGGATATTAACATCATAGAGCTTGTGGCTCGCCAACAAGGAAATTCACCGCAACCTGTCATCGTCGCGTGGGCCGACGCAGTTTTGCGCTAA	MQRFSTTLFTILISSTLVSACVSNADAPTANVDALQPSGQWTAFNKGQASTPPMGWNSWNAFHTDVDEDKVLGAAQSLIDSGLAELGYRYINIDDGWWLKRRQSDNTLVVRTAIFPSAAIKDAPPDETTFKPFVDRIHSMGLKAGIYTDIGRNACSQAYNLDSPNLPEGSQAEREVGTYGFVDQDIKLYFADWGFDYIKVDACGIDAYGPERPHVKSMGYRPTAPLIYQDNINLTNSNAVQALYEDLRQALLKYNPDGDFVYSICNWGAANVRQWGKDVGNMWRTSGDIVPEWSRMLHSVDSVITRSLYAGPGTWNDPDMLYIGKGDFDEHHLTEAKSQFALWSILSAPLLIGYDLREAPSSLMDIWGASEIVAVNQDPAGNQGVLAYNSDDIQIIVKTLATTGEKAVAIFNRGLSPVQVQLTAAHLKMDPRQAISLRDLWKEKNMSAFNGEITINTLPRETIMLKATGVSELENGIHLTEMTGRVNVAVDGVTAPMMDPTIYKMVDPWGMGTRSGGQRPQYAGWGGARADSTPFNENIRFQNKIFRSGIGILANSRLEVKAEGEFKTFTANVGVDDSSPGKSAQVQFEVYGDGKLLTTSSPTGFNQGVVKISADVSDINIIELVARQQGNSPQPVIVAWADAVLR	PGPT0018835_1979	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES	CE-EPS-GALACTOSIDASE,PGPT0018835-rafA|galA-K07407	NA	NA
AK237_01595	2046			hypothetical protein	ATGAAAAATCTGTGTACACTGGTAGTTTTAATAACGTTGTTAACCGGGAATTCTCTCGCAGCCACGGTCACCTATACCGAATCCACCGAAGACATTGTCAACCCGGATCGAGGCTTTTATGCGCATACAGAGGGCGTAGCGAGTAATTTTGTTCCCTTATCTCTAACCAATTTACAAGATTTACGGAACAATGAAACAATACATTGGAATGCAAATTATTCCGTAAAGTCTTCGATTATTCTGCGGCATTATGTTTTAGATGATTATGTTAACGTCGATACGATCCCGCAGTCTTTTCTTGACAACGTGCAAGCGGATTTTGACACGGCGCGCATGGCGGGCACTCGCCTCATCGTTCGCTTTTCATACACCATTACCCCACCTACCGGTAACTGTGGTTCCTGGATATGCCCGCCCTACGGCGATGCGCCGAAAAGCCGAGTTCTTGCTCATATCAGCCAGTTGGCGCCTTACCTACAAAACAATGCTGATGTCATTTTTACCGTGCAGAACGGCTTTGTCGGCGTGTGGGGTGAGCAGTATTATTCAGACTACTTTGGCTCTGCCGGTGATCAAGGAGGACGTTTAACCGACCAGAACTGGATTGACCGTAACGACGTCATCACTGCATTATTAAATGCAGTTTCCACTGACAGAATGATCCAGTTGCGCTATACCCAGGCAAAACAAAAATACTTTGATGTTGATGCGCCTATCACCGCGTCGCCTATGACAATAAATGACGCTCATACTGGAACTGCAGTAGCGAGGTTGGGTTACCATAACGACTGTTTTTTAACGAATGAAAATGATCAGGGAACCTATGGTGATTACGGAAGCGATGCCATCGCCCCTCAGTATGGAACGGCGGTGACAAATACGTTGAAAAACTATCACATCCAAGACAGCCAGTTTGTTGTTGTTGGCGGAGAAACGTGCGCTGATGGTGACGCTAATGGGGTACCTTACTCAAATGACTGTGAGGATGACGTTGTCGGTACGATGGACACGCTCAATTATACGTTCCTAAACGCTAATTATGACAACATGGTGAACAATGATTGGCAGGATGGCGCGTGTATGGAGACTATTAAAAGAAGGTTAGGTTACCGTTTAGTGCTAGAAAGTGGCGCCTACTCGGATTCCGCAGAACCGGGGGGGCAGATAAACGTAGCTTTAAACATTGAAAATACAGGTTTCGCTGCCCCAGCAAATTTTCGCCAGTTATTTTTAGTTTTACGCAATGTAGACACATCGGCAGAATATAAAATTCCAATTACACACAATGGGGCGGACATTCGATTTTGGCTGTCTGGACAGGTAGCTTCAATAAATCATGCTCTGACCTTGCCTACAAACATGGCCACAGGGAATTACCGTTTGTTTCTGCATATTGCTGATATGTCAAACAATGGCCTTGTGGAAAATCGCCCGGAATTTAGTATTCAATTGGCGAATGACGGTACCTGGGAGCCATCTACTGGCTACAACGATCTGCAACATACTCTGGCGGTACTTTCTTCGTCTGCCACAGCCATATCTGTGGATGGAAATTTGTCCGACTGGAATGCGATTAGCGCGACTGCCTCTGCAAATAGCCAAACCACAACCAGTCTTAAGATACATAATACAGCAGATGACCTGTTTATCGCAGTGAGCGGTACGGGTATGGGAACAAACTATGATCTGCTTATTAATACAGACAATGATGCTGCAACAGGTTATCAGGATACATTGACGCCATCCGGTGCAGATTATTTATTAGAAAGCGGTAACTTGTATCATTATGTGGGGGATGGTAATTCTTGGTCTTGGGAAAGTGTTAACACAACGGTAGACAGTATACAAACGGCAAATGCTACTGAAATCAGAGTGAACCTCAGTGCTCTGGGTACCGTTGCAGCATCTATAACCGTTGCGTTTAAGGATCTGGAAGTATGGGATGTTCAGTCTCAATTGCCTATGGCGGGCGGGTATGCTGCTTACACCTTAATTGTGGCCGCTACGCCGACGAATATCATTATTGATGGTGGCGCGTCTGATTGA	MKNLCTLVVLITLLTGNSLAATVTYTESTEDIVNPDRGFYAHTEGVASNFVPLSLTNLQDLRNNETIHWNANYSVKSSIILRHYVLDDYVNVDTIPQSFLDNVQADFDTARMAGTRLIVRFSYTITPPTGNCGSWICPPYGDAPKSRVLAHISQLAPYLQNNADVIFTVQNGFVGVWGEQYYSDYFGSAGDQGGRLTDQNWIDRNDVITALLNAVSTDRMIQLRYTQAKQKYFDVDAPITASPMTINDAHTGTAVARLGYHNDCFLTNENDQGTYGDYGSDAIAPQYGTAVTNTLKNYHIQDSQFVVVGGETCADGDANGVPYSNDCEDDVVGTMDTLNYTFLNANYDNMVNNDWQDGACMETIKRRLGYRLVLESGAYSDSAEPGGQINVALNIENTGFAAPANFRQLFLVLRNVDTSAEYKIPITHNGADIRFWLSGQVASINHALTLPTNMATGNYRLFLHIADMSNNGLVENRPEFSIQLANDGTWEPSTGYNDLQHTLAVLSSSATAISVDGNLSDWNAISATASANSQTTTSLKIHNTADDLFIAVSGTGMGTNYDLLINTDNDAATGYQDTLTPSGADYLLESGNLYHYVGDGNSWSWESVNTTVDSIQTANATEIRVNLSALGTVAASITVAFKDLEVWDVQSQLPMAGGYAAYTLIVAATPTNIIIDGGASD				NA	NA	NA	NA	NA
AK237_01596	987		COG3385	IS4 family transposase ISUnCu9	GTGAATATCACCGAATCTCCAGCGGATATGGAAGGCGCGTATCGCTTTATTCGTAGTGAACATGTCAAAGCTTCCTCCATTGCCGAAGCCGGTTTTGAAGTGACGCGTTCTAATGCCAGAGTACATCAAACATTACTTGCATTAGAGGATACGACCAGCCTTAGTTACAGCCATAAATCAGTACGCTCAGACCCTGGGCATGTGAATCAGGGTAATCGATGCCGGGGATTATTAGCACACAGCATTCTGTTGTTCGCACGAGATAAAAAAGAAGGATTCAAACGGGAAAGTGCGTCTGTAAACCTGGCATCCAGGTTAGCGGAGCAAATGGAAAAAGTCATCTCTGTCTGCGACAAGGAGGCCGATATCTATGAGTATCTCCTGTATAAAATGACGCATAATCAGAGATTTGTTGTTCGTTCCATGCAAAGCCTTTGTATCGAAGAAGACAAAAACAAGCTCTATCACTATGCTGAAGAATTAGTCAGTGCAGGACAAAAAAGAGTACATATCGCCCAAAAGGGTGGTCGTAAAGCGCGGACGGCTACGCTGGATATCGTATTCGCGCCAGTAACACTGAAAGTACCGGCCAACAAGAAAGGCGAGGCGCTGCCGATTTATTTTGTCGGATGTCACGAGAGAACAAAGCATGACAATGGACTGTGCTGGCATTTGATGACCAATGAGGTGATAGAAAACAAGGAAGATGCACTACGTATCATACGGTATTATGAACAAAGGTGGTTAATTGAAGAGTACCATAAGGCGTGGAAAACGGATGGCACCAACGTCGAGGACGTTCAACTTCAGAGTAAAGACAATTTAGAGCGACTGGCCACTATCAACGCATTTATCGCAGTAAGAATACTGCAGTTAAAGTTCGCCAAAGAGCAAAATGAAGATACGCGTTGTGAACACGTGATATCGCCCACAGCATGGAAATTACTGTGGTTGAAAAGTGAGAGTGAAAAAATACCATCGACATAA	MNITESPADMEGAYRFIRSEHVKASSIAEAGFEVTRSNARVHQTLLALEDTTSLSYSHKSVRSDPGHVNQGNRCRGLLAHSILLFARDKKEGFKRESASVNLASRLAEQMEKVISVCDKEADIYEYLLYKMTHNQRFVVRSMQSLCIEEDKNKLYHYAEELVSAGQKRVHIAQKGGRKARTATLDIVFAPVTLKVPANKKGEALPIYFVGCHERTKHDNGLCWHLMTNEVIENKEDALRIIRYYEQRWLIEEYHKAWKTDGTNVEDVQLQSKDNLERLATINAFIAVRILQLKFAKEQNEDTRCEHVISPTAWKLLWLKSESEKIPST				NA	NA	NA	NA	NA
AK237_01597	1293	fucP_2	COG0738	L-fucose-proton symporter	ATGCACAGCAGCTCACTAAAAACCAACCTGCGATACCTTTTCATATTAGGCGTTTTGTTTTTCATTTTTGGCTTTGTGACGTGGCTTAATGGGGCGCTTATTCCCTTCTTACAAGTTGCTTGCGAACTGACTCACATGCAAGCCTACCTTGTCACCATGTTTTTCTACATCGCTTACACTGTAATGGCTTTGCCCGTTTCAAGAATAATTGGTGCGGTGGGTTATAAACGGGGTATGTCGTATGGGCTGGCGATTATGGCTGTGGGGGCGTTACTATTTATAACTGCGGCCTATTTTAGAACCTACAGTCTATTTTTAGCCGGACTCTTTGTATTGGGCAGTGGGCTCACATTGTTGCAGACCGCATCAAACCCTTACGTAGTGCTACTTGGGCCCGCAGACAGCGCCGCTGCGCGTATAAGTTTCATGGGAATTTTAAATAAAGCTGCAGGTGTCATTGCCCCGTTGCTGTTCAGTACACTTGTTTTTGCAGATATGAGCCAGTTCGGCATAAGTGAGCTTGAATTGCTGTCTAATGCAGAAAAAGCGTTGAAATTAGATGAGTTAAGTAACAGGCTTATTACGCCGTATTTCTTCATGGCGATTGGATTAGCGCTGTTAGGCTTGTTTTTGTCGCGTTCACCCTTACCTGAGCCCGCTCATTCGGATAGACAAGGTTCAAAAGTTCCATTGAAGGGTATTCTGGAATTTCCACACTTACTGATAGGTGCTGTTACCTTATTTTTTTATATTGGCGCAGAGGTTATCGCCGGCGATACCATTGGACTGGTGGGCAAACATTTAGGCGTTGCATCCTACGCGGAGCTTACTGCATACACGATGGCGTTTATGGTGGTTGGCTACGTTGTCGGCATTGTATTGATTCCAAAATTTCTCACTCAGCAAACTGCACTGATGCTCTCTGCTATTGCTGGTGTGGTACTTACCGGGCTGATTCTCCTAACCCCGTCTGACAGTTACATTCTCACCACCGAGCTGCCTGACGTGGTTCACTTAATTGCCATGTTAGGCTTGGCCAATGCACTAGTTTGGCCTGCTGTCTGGCCACTTGCCTTACGTGATTTAGGTAATTATACAAGCACAGGATCAGCATTCCTCATAATGGGGATATCAGGAGGGGCAATATTGCCAATGATCTATGGCGCGATCGCTGATTTTACTGGAGATCCTACAACTGGATATTGTGTTCTTTTACCCTGTTACCTGTTCATCTACTATTTTTCAATCGTATCTTCGCCGCGCAATACCCGCGAAAGTGTCAGAAAGGTTTAA	MHSSSLKTNLRYLFILGVLFFIFGFVTWLNGALIPFLQVACELTHMQAYLVTMFFYIAYTVMALPVSRIIGAVGYKRGMSYGLAIMAVGALLFITAAYFRTYSLFLAGLFVLGSGLTLLQTASNPYVVLLGPADSAAARISFMGILNKAAGVIAPLLFSTLVFADMSQFGISELELLSNAEKALKLDELSNRLITPYFFMAIGLALLGLFLSRSPLPEPAHSDRQGSKVPLKGILEFPHLLIGAVTLFFYIGAEVIAGDTIGLVGKHLGVASYAELTAYTMAFMVVGYVVGIVLIPKFLTQQTALMLSAIAGVVLTGLILLTPSDSYILTTELPDVVHLIAMLGLANALVWPAVWPLALRDLGNYTSTGSAFLIMGISGGAILPMIYGAIADFTGDPTTGYCVLLPCYLFIYYFSIVSSPRNTRESVRKV	PGPT0016725_852	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_FUCOSE_TRANSPORRT,PGPT0016725-fucP|MFS_transporter|FHS_family|L_fucose_permease-K02429	NA	NA
AK237_01598	1383			Glycosyl hydrolase family 109 protein 1	GTGGAGAGGCGTAAATTTTTGAGTGGAATGGCTATCACTACGGTTGCCGCTATGGGGGCATCCAGAAGTTTTGCTAAAGAAAGCCCTCCGCGAATGGCGGCGAACCCTAAAGTGAACGTGACGACACTTGCCCCTCCGGCTATGGAACGGGTCAGGTTTGGCTTTATTGGTGTTGGTAACCGCGGTGGTGAAACCTTATTAAGACTGACATTAAAACTTGATGGCGCAGATGTTGTAGCACTTTGCGATATTGATGAGGAAAATTTAACGACCAATACCCAGCGCGTACTTGATGCAACGGGAAAGAAACCAGCGACTTATTCAGGTTCTGACACCGCCTACAAGAAAATGTTAGAAAGAGATGATATTGATGCAGTCGTAATTGCCACGCCCTGGCGATGGCACACGCCTATGGCGTTGGACGCTATGCGAGCAGGCAAGCATGCTTTTGTGGAAGTCCCGGCAGCAACATCCGTTGAAGATTGTTGGCAACTTGTTGAAACAAGCGAAAAAACACAAAAACATTGCATGATGCTTGAGAACGTTTGCTATGGGCGAGAAGAGATGATGCTTCTCAATATGGTAAAAGAAAACCTGTTTGGCGACTTGCTGCATGCAGACGGCGCTTATATTCACGAGCTTAGATGGCAAATGAAAGAAATGCATCGGGGGACGGGAAGTTGGCGTACAGGTTGGCATACAAAGCGCGACGCCAATTTATACCCGACCCATGGCCTAGGCCCGATTGCCCAGTACTTAAACATTAATAGAGGCGATCAACTGGACTATCTGGTTTCAATGAGTAGTCCTGCGATGGGGCGAAAGCAGTATGCGCAAAGAGAATTTCCCGCAGGCCATCAGCGCAATCAGCTTAATTATATTACAGGGGATATGAATTCCACCCTCATAAAAACCAAACTTGGCCGAAGTATATTGTTACAGCACGATACGACAACACCTCGCCCTTATTCCCGGCTAAATCTTCTACAAGGTACTAACGGTGTTTTTGCGGGCTTCCCCAATCGAATTGCATTAGAGAATAACCCGTTGGCACCGAACCAGAAAGAGGGTTTTCATCATTGGGATACCGATATGGATAAGTGGTTTAAACGCTATGATCACATTATGTGGAGAAAAATACAAAAACAAGCTGAAAACGCTGGTGGCCATGGCGGCATGGACTTCATGATGATGTGGAGACTTGTTTATTGCTTACGCAACGGTTTGCCACTGGATCAAAATGTCTACGACGCTGCATCATGGTCGGTGATAGTCCACCTTAGCGAAATGTCGGTGTCTAAGCGAAGCGCAAGTGTCGACATTCCAGACTTTACCCGAGGGGCGTGGCAACACAACGCACCTTTAGATATTACATTGAGTTAG	MERRKFLSGMAITTVAAMGASRSFAKESPPRMAANPKVNVTTLAPPAMERVRFGFIGVGNRGGETLLRLTLKLDGADVVALCDIDEENLTTNTQRVLDATGKKPATYSGSDTAYKKMLERDDIDAVVIATPWRWHTPMALDAMRAGKHAFVEVPAATSVEDCWQLVETSEKTQKHCMMLENVCYGREEMMLLNMVKENLFGDLLHADGAYIHELRWQMKEMHRGTGSWRTGWHTKRDANLYPTHGLGPIAQYLNINRGDQLDYLVSMSSPAMGRKQYAQREFPAGHQRNQLNYITGDMNSTLIKTKLGRSILLQHDTTTPRPYSRLNLLQGTNGVFAGFPNRIALENNPLAPNQKEGFHHWDTDMDKWFKRYDHIMWRKIQKQAENAGGHGGMDFMMMWRLVYCLRNGLPLDQNVYDAASWSVIVHLSEMSVSKRSASVDIPDFTRGAWQHNAPLDITLS				NA	NA	NA	NA	NA
AK237_01599	897	agaK	COG1940	N-acetylgalactosamine kinase AgaK	ATGCGCTATGGCATTGATATTGGTGGTACCAAAATTGAAACGGTGGTTTTCGATGAAGCGCTTAATCAGGTTGAGCGTTGGCGAGTGGCTACGCCGGTTGAAAACTATCAGGATTTCCTTGACTGTGTTGTTCAGCAGGTACTAAAAGCTGACACAATTTCAATGGCCGAGTCGTCTGTAGGCATTGGTGTGCCTGGGTTGGTAGACCAAGATGGAAGAAGTCTGTCAGTAAATGTCCCCTGCATGACCGGCCAAAATGTACAACAAGACTTACTGGCAAGGCTCAACCGCCCGATCTTTGTGGAGAATGATTGCAGATGCTTTGCTCTGTCAGAGGCAATAACGGGAGCAGGAAAACAATATCAAAGGGTTTTTGGCGCAGTTTTAGGTACGGGCGCAGCGGGTGGTCTGTGCGTTAATGGAAAGCTGGAAAACGGCAAAAATCGTATGCTTGGTGAGTTTGGGCATATTCCGATACCCGCATTTTTAGCTGAAAAATATCGTTTATCTTCATTTGAAGGCAGAGCGGGTCTTGTAGGATGTATGGAACAGTATGTTTCTGGGCCCGGCCTATCCTACCTGTACCAATATTTTGTTGAGGAAACTATAACGGCTCAAACAGTAGTCAGTCGGCTAAGGCAAGGTGAAAAAGCGGCCAGGAATGTATTTTCTATCTACTCTGACCTGGTGGCTTATACCTTTTCATCAATCATTTTACATCATGATCCTGATATTATTGTGCTTGGCGGCGGTCTCTCAAATATCCCGGAAATTTACTCAACAGTTCCTAACCTAATCCAGAACTACCTTTTTAGCACGGTGACCCTCCCACCTATCAAACCCGCTGAATTTGGTGATTCCAGCGGAGTTCGAGGTGCGGCATTGCTCGTAAGGTAG	MRYGIDIGGTKIETVVFDEALNQVERWRVATPVENYQDFLDCVVQQVLKADTISMAESSVGIGVPGLVDQDGRSLSVNVPCMTGQNVQQDLLARLNRPIFVENDCRCFALSEAITGAGKQYQRVFGAVLGTGAAGGLCVNGKLENGKNRMLGEFGHIPIPAFLAEKYRLSSFEGRAGLVGCMEQYVSGPGLSYLYQYFVEETITAQTVVSRLRQGEKAARNVFSIYSDLVAYTFSSIILHHDPDIIVLGGGLSNIPEIYSTVPNLIQNYLFSTVTLPPIKPAEFGDSSGVRGAALLVR	PGPT0018885_738	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO|NUCLEOTIDE_SUGAR_UTILIZATION	PLANT_DERIVED_GLUCOSAMINE|GLUCOSAMINATE_DEGRADATION,PGPT0018885-nagK-K00884	NA	NA
AK237_01600	1299	agaA		Alpha-galactosidase A	ATGTCTTTAACAAAACATGCTACTCGATACTTGCTTATTATTTTCACGCTATTGTCTGTCAGTTTCACCGCGTTTGCACAAACAGAAACGGCTTCGCCAGAAAAAGTGACAAGCTTCGAAAAGCTAAATGTAGATAATGGACTATCGAAGACGCCGCCAATGGGGTGGAGTTCCTGGAATAATTTCGGTGATGAAATTAACGAGCAGTTAATTATTGAGACGATAGATACCATGGTTAACAACGGCATGCGTGACGCAGGCTACACGTATGTCAATCTTGATGACGGCTGGCAACGCTATAAAGGTAGCCGCGAAGACAAACCTCTCGAGTACGACCCCCTAAAATTTCCCCGCGGTATTAAATATTTAGCAGATTATGCACATAAAAATGGGATGAAATTGGGGATTTATTCTGGCCCAGGTGTGGACACCTGTGCCGGATACACGGGTAGCAAGGGGCATGAAGAACAAGACGCAGCGATGTTTGCCTCGTGGGGAGTCGATCACCTCAAGTATGATTCTTGTTGTTCTCATCTGAATGCATCGACGAATGTCGTACGAGATGCATTTATTGCTATGTCGACAGCGTTAATTGACCAACAAAAAGATATTGTTCTTCACGCTTGTCATTGTGGCTGGGCCAATATATGGGAGTGGGCAGGCGATATCGGCGCAAATCATTGGCGCATTGGGCAGGATATTTCTGATGATTTTGATTACCCGGACAACCGCGAGGGCTACTACTATGATGTACTCGATATGATCGATCGCGGCGTTGAATTAACGGATTACACTAAACCTGGCCAGTGGAATGATTTTGACATGTTGATTGTTGGGTTAAATGGCCAAAGTAAAGAGTTGGTGGGTAGCGGCGCGTCCAATATTGAATATCGCACACATTTTTCCATGTGGTCCATGCTTTCATCCCCATTGTTGACGGGCTCTGATGTCCGTAAATTAGACAGCTACACACTTGAAACCTTAACCAACCAAGAAGTAATCGCAGTTAATCAGGACGCGTTGGGTATTCAAGCGAAAAAGATAATAGATAACGGAGAGCAAGAGGTTTATGCAAAACCACTGAAGGATGGCAGTTGGGCTGTGGCATTGCTTAACCGCGGTGGTACAACCGCGGTTATGGAGCTGGACTGGAAAAAAGATCTTGGTTTAGCCTGGGAGCATGTAACTATTCGAGATCTCTGGAAGCACGAAAGCATACGAATGGAAAGCCATAAATACACCGCTGAAGTCATTGGCCATGAAGCTAAAGTTCTTCGCATTATTAAGAACGATGCATAA	MSLTKHATRYLLIIFTLLSVSFTAFAQTETASPEKVTSFEKLNVDNGLSKTPPMGWSSWNNFGDEINEQLIIETIDTMVNNGMRDAGYTYVNLDDGWQRYKGSREDKPLEYDPLKFPRGIKYLADYAHKNGMKLGIYSGPGVDTCAGYTGSKGHEEQDAAMFASWGVDHLKYDSCCSHLNASTNVVRDAFIAMSTALIDQQKDIVLHACHCGWANIWEWAGDIGANHWRIGQDISDDFDYPDNREGYYYDVLDMIDRGVELTDYTKPGQWNDFDMLIVGLNGQSKELVGSGASNIEYRTHFSMWSMLSSPLLTGSDVRKLDSYTLETLTNQEVIAVNQDALGIQAKKIIDNGEQEVYAKPLKDGSWAVALLNRGGTTAVMELDWKKDLGLAWEHVTIRDLWKHESIRMESHKYTAEVIGHEAKVLRIIKNDA	PGPT0018835_2827	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES	CE-EPS-GALACTOSIDASE,PGPT0018835-rafA|galA-K07407	NA	NA
AK237_01601	1134	nagA	COG1820	N-acetylglucosamine-6-phosphate deacetylase	ATGCAAGCCATAACTCATGCATCTGTTTTTACTGGCGAACAGCTTCTTACATCAACCAGTGTTGTGTTCGACGAGACTGGAATTATTCAAATTGTGCCAGACAACGAGCTCTCATCAGAAGTAACTTCGCGTACCGACTTCCAAGGTGATTATCTTATTCCAGGGTTTATCGACTTGCAGGTAAATGGCGGTGGTGGCGCAATGTTTAATTCAGCGCCAACCCGGGCAACAATACAGACCATGGTGAAAGGCCATAGAAAATTTGGCACCACCGGCTTATTTCCAACATTGATAACCGACAGTTTCGACAAAATGCGGATGGCGATTAGCGCAGTTGACGAGGCAATAGTGGCTGGCGACCCGGGCGTTTTAGGTATTCATCTTGAGGGGCCATTTCTAAACCCGATAAAAAAAGGCGCCCACGATGCCAACAAGTTCTCTCGTATTGATGATGAAGCAATTGACCTGCTTTGCTCGTTAAAGCATGGCGTTACTATTGTCACCCTGGCACCTGAATTAACCAACAAAGACACCGTTAATACACTTACAGAGCGTGGGGTTATCGTGTGTGCTGGCCACTCCAATGCGTCCTATGAACAAATGAATGATGCGATTGAAGGCGGCGCAAAAGGTTTTACACACTTATTTAACGCGATGACCGCTTTTGAGAGCAGAGCACCAGGCATGGTGGGCGCCGCCTTATTGAGCAAAACCACCTGGTTTGGCATTATCGCCGACGGTCATCACGTTCATCCCGCGTCTTTTAAGCTTGCCGTCCAAACGAAACAGCCTGGCGGAGCAATTCTTGTCACAGACGCCATGGCAACTGTCGGATCAACCAGCAACAGTTTTGAATTAAATAACGAAATTATTCACGCTATAAACGGGCGCTGTGTTAATGCGGCTGGCTCTCTCGCAGGATCAGATCTCGATATGCTTACAGCGGTTAAAAACGCCAGTAGATTTGCTGATATCAGTTGGCAGGAGGCCGTTCGCATGGCAACACAATATCCTGCTCACGCATGTAACCTTAATGCCAGATACGGTACTATTCAGCCAGGTGGGCAGGCGAACTTTGTTCGCCTATCGCACGATATGGAGCTTCGCAGTACCTGGATTAACGGAACGTGTTAA	MQAITHASVFTGEQLLTSTSVVFDETGIIQIVPDNELSSEVTSRTDFQGDYLIPGFIDLQVNGGGGAMFNSAPTRATIQTMVKGHRKFGTTGLFPTLITDSFDKMRMAISAVDEAIVAGDPGVLGIHLEGPFLNPIKKGAHDANKFSRIDDEAIDLLCSLKHGVTIVTLAPELTNKDTVNTLTERGVIVCAGHSNASYEQMNDAIEGGAKGFTHLFNAMTAFESRAPGMVGAALLSKTTWFGIIADGHHVHPASFKLAVQTKQPGGAILVTDAMATVGSTSNSFELNNEIIHAINGRCVNAAGSLAGSDLDMLTAVKNASRFADISWQEAVRMATQYPAHACNLNARYGTIQPGGQANFVRLSHDMELRSTWINGTC	PGPT0018860_927	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
AK237_01602	1353			hypothetical protein	TTGTTCGCCTATCGCACGATATGGAGCTTCGCAGTACCTGGATTAACGGAACGTGTTAAGTTGAAATCTCAATTACCGTTCAGGCACGCAGCATTCTTACCAGGCTTATTAATAAGTATGGTTTTACTTATGGGTTGTCAGGGAAATTCATCAGAACCTGTAGCGCTTAAAGCTAATGTTGATTCAGTCCAGCCTATGACCGGCCTGGTGTTGTGGGCTGACAATCCCAGGCTGTTGACCGACATGGATACAATATCGACCATCGAATTTTCCTATCTGACTTATTCTGATATCACCACATCCAACGGCGAGTTTGACTGGCAACTCGTCGATGACATTTTGTCGACGGCTGCATCACGAGGTCATCATGTCATATTGAGGTTTCGTTATACCTACCCCGGTGTCACAACGCCATCCGTGCCTGAGACCATTTTACTGGATAAGGGATATCGCTATATCGAAGCCTCTGTGGAAGGGTTGCCTACCTTTATTCCCGACTGGTCCTCATCATCTTTACAAGCGTTTACCCTATCGTTTCTGCGCGCATTTGCTGAAAGGTACAATAATGATAAGCGGCTTCTCCTGTTGCAACTCGGATTCGGCTCATATGGTGAATATCATTTGTATGATGGATCACTGAAACTGGGAGAAACCTTTCCCACAAAGGCTTTTCAAGAAACTTTCGTGTCGACAGCTAACCGTTTATTTACCACTTTGCAATGGGCAATGTCGATTGATGCTGCAAACCCCAGCTATTCGCCACTCAGTACAATGCCAGCAATTGATAATCTTCATTTTGGTTTGTTTGATGATTCATTGATGCATAAAACCCATTCAGACAATAACCATGAATATAATCGTAAAAGTTGGCTTGCTTTTGGCCGAAATCGTTATGAAGACAGCATGATGGGCGGGGAAATTAACTATTACAGCGGATGGGATCAGGAAGCAGCACTTGCATTGCCCAATGGTGCCTGGGGGAAACCATTTGAGTGGTTTGCAAAGGAATATCACCTAACATACGTTATTGCCAATGACCAACCAGCTTATCAAAGCGTGTCGCGCCTCAAAGAGGCTTCAATGGCTTTAGGCTATCGCTTCAGAATGACTGCCTTTGACTGCAATGCGTCTATCTGTGAAATCACCGCGACAAACGAGGGCAATGCGCCGCTTTATTATGACGCATTTATTTGTGTCAACAACGAATGTGCGTCACCGAGTCTTAAAGGGTTACAGCCAGGCGCCGCACTCAGCGTGAAGGTAGAAGGGTTAAGTGCGCCGTACAACTTAACCATTGACAGCCCTCATTTGCTAGAGGGGCAAATTATTCAATTTAATGCTGATTTGCCATAA	MFAYRTIWSFAVPGLTERVKLKSQLPFRHAAFLPGLLISMVLLMGCQGNSSEPVALKANVDSVQPMTGLVLWADNPRLLTDMDTISTIEFSYLTYSDITTSNGEFDWQLVDDILSTAASRGHHVILRFRYTYPGVTTPSVPETILLDKGYRYIEASVEGLPTFIPDWSSSSLQAFTLSFLRAFAERYNNDKRLLLLQLGFGSYGEYHLYDGSLKLGETFPTKAFQETFVSTANRLFTTLQWAMSIDAANPSYSPLSTMPAIDNLHFGLFDDSLMHKTHSDNNHEYNRKSWLAFGRNRYEDSMMGGEINYYSGWDQEAALALPNGAWGKPFEWFAKEYHLTYVIANDQPAYQSVSRLKEASMALGYRFRMTAFDCNASICEITATNEGNAPLYYDAFICVNNECASPSLKGLQPGAALSVKVEGLSAPYNLTIDSPHLLEGQIIQFNADLP				NA	NA	NA	NA	NA
AK237_01603	786	srlR_1	COG1349	Glucitol operon repressor	ATGCGAGATACAAGTTTCCGTCGGGAACAAATTGTGAGTATGCTTAAAAGTCAACGGAGTGTGCAGGTGTATCCTCTCGCTGAAATGTTCGATGTCTCCTCGGTGACTATCAGAAAGGATTTGAAGTTTTTAGAGGAACGGGGCATCGCCACCCGAGCTTATGGTGGCGCGATACTCAAAGATTTAGGCACGGAACCTGAAGCGACGATTATTCAAAAGCAAAAGCTTAATACGAGTAAGAAATCGAGCATTGCGCAGTTGGCTGCTAGCTTGATCAATCATGGCGACTCCATCATTCTCGACTCCGGTACTACTACAAATGAGATAGTACCTTTTTTACGTGGTGTTGATGAGCTGACTGTCGTGACCAATGACCTGATCGCCATCAATAAAATTGCCGAAATTGATGCTATCGAACTGATAGTGCTGGGCGGTATTCTCCGTCGAAAAAGTATGTTTTTTCATGGTTTACAAGCAGAGCAAACGTTGCAAAACCTGCATGTCGATAAACTATTCTTAGGTGTTGATGGCTTCGATATGGAAAAAGGCATCACCACGCATTTTGAACCTGAGGCTATTTTAAATCGGTTGATGTGTGCCGCTTCTTCAGAAATTATCGTGGTCACAGATTCATCTAAATTTAATAAGATCTGCCTGCATAAGATTGTCGAGCCTCCTTCGATATCTACACTCATTACTGATGATGGAATTTCAGAAGAAATGAAAGAAGGATTAGAGAGAATCGGGATAACGGTGCTTATCGCTCAAGCAAATACAACAGATTAG	MRDTSFRREQIVSMLKSQRSVQVYPLAEMFDVSSVTIRKDLKFLEERGIATRAYGGAILKDLGTEPEATIIQKQKLNTSKKSSIAQLAASLINHGDSIILDSGTTTNEIVPFLRGVDELTVVTNDLIAINKIAEIDAIELIVLGGILRRKSMFFHGLQAEQTLQNLHVDKLFLGVDGFDMEKGITTHFEPEAILNRLMCAASSEIIVVTDSSKFNKICLHKIVEPPSISTLITDDGISEEMKEGLERIGITVLIAQANTTD	PGPT0017955_503	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE-HEXOSES_UTILIZATION	PLANT_DERIVED_TAGATOSE_DEGRADATION,PGPT0017955-agaR-K02081	NA	NA
AK237_01604	444			hypothetical protein	ATGGTAAAGAGTCTTTGGAAATACCGGTACCACATCAGTTCAGCCGCTTTGACGAAAGTACGCTTTGCCGGTGCAGTGCGTAGTCACTGGGCAGTAGAAAACAGTCCTCACCGGGTGTTTAATGTCTGTATGAAAGAAGATGAATGTCAAATATATCATGGCAATGCCGACGCTTTTGGCATCGGCATGCTAAATGCGTTTGGCGCATTAGCGCTGGTATATGCTTTTCGATATGGAAGGGCTATTATTTCCGGCTCAATGGTGTATTTTTTGTCGCCTATCATCACCAGCGTCATTTCGCTCATTTTATTGCGCGTTTTGCCAGGAAGTTTTGCCACGATAGGCAGCTTTCTCGCCTTATTATCTACACTGTTGCTTACGCTTGGAGAGCTGGAAACTAATCACATTGCGCAAAGGAAAAAGTTTCATTTTGCTATCTTTTAG	MVKSLWKYRYHISSAALTKVRFAGAVRSHWAVENSPHRVFNVCMKEDECQIYHGNADAFGIGMLNAFGALALVYAFRYGRAIISGSMVYFLSPIITSVISLILLRVLPGSFATIGSFLALLSTLLLTLGELETNHIAQRKKFHFAIF				NA	NA	NA	NA	NA
AK237_01605	405			hypothetical protein	ATGAATGTTCGTGATCTTGCCCTGAGTTGTAACTCCCCCTTCAGTACCTTCATTTGTTACCCTGGAAGCGGCTATCATCATACCGAAGTATTAGTTGAAGGACTGTCAACATTTATACCAGACTGTTCATCTCAAACACTGCAAGACTTTTTAATATCATCTCTGGAAGCCTTTGCCCGACGCTATAATCAGGACAACCGGTTATTGCTGTTGCAGTTAGACTTTGGCTCTTATGCTGACTACCATTTTTTCGAAGACCCGTTTCAATTAGGTGAAACATTTCCATCAATGGCATTTCAGGAACGATTTATCTCCAAGGCAAACGACCAGACGCAATATCAGGCTACCGCCCGATTAAAACAAGCTTCTATGGCACTGTGCTACCGATTTAATATTACGGCATAA	MNVRDLALSCNSPFSTFICYPGSGYHHTEVLVEGLSTFIPDCSSQTLQDFLISSLEAFARRYNQDNRLLLLQLDFGSYADYHFFEDPFQLGETFPSMAFQERFISKANDQTQYQATARLKQASMALCYRFNITA				NA	NA	NA	NA	NA
AK237_01606	780	srlR_2	COG1349	Glucitol operon repressor	ATGCGAGATACAAGTTCCCGTCGGGAACAAATTGTAAGTATGCTTAAAAGCCATCGGAGTGTGCAAGTCTATCCTCTTGCAGAAATGTTCGATGTCTCCTCGGTTACTATCAGAAAGGACCTCAAATTTTTAGAAGATCGCGGCATAGCAACGCGCGCCTATGGCGGCGCTATTCTAAAAGATTTCGGGACCGAGCCTGAAGCACCCATTGTGCAAAAGTTAAAGCTGAATACCGGAAAGAAATCCAGCATCGCAAAACTGGCTGCAAGCTTAATCAACGACGGCGATTCAATTATTTTGGATTCGGGTACCACGACGAATGAAATGGTGCCATTTCTTAGCCGGATTGACGAACTCACGGTGGTGACTAACGATCTGATAGCAATCAACAAAATAGCTGAAATTAGTGCTATAGAATTGATCGTATTAGGCGGGATCCTGCGACGAAAAAGTATGTTTTTTCACGGTTTGCAGGCTGAGCAAACATTAATGAATCTCCATGTTGATAAGCTCTTTCTTGGCGTAGATGGTTTCGATATGGAGAAGGGGATTACCACTCACTTTGAACCTGAGGCTATCTTAAACCGGCTTATGTGTGCTGCAACATCTGAGATTATCGTGGTAACGGATTCTTCCAAGTTCAACAAAATTTGCCTGCATAAGATTGTTGAACCCACGTCCATTTCTACACTCGTTACTGATGATGGCATTTCCGGTGAGATGAAAGAGGGACTAGAAAAGATTGGCATCAAAGTGCTGATTGCTGAAGCTAATATCTAA	MRDTSSRREQIVSMLKSHRSVQVYPLAEMFDVSSVTIRKDLKFLEDRGIATRAYGGAILKDFGTEPEAPIVQKLKLNTGKKSSIAKLAASLINDGDSIILDSGTTTNEMVPFLSRIDELTVVTNDLIAINKIAEISAIELIVLGGILRRKSMFFHGLQAEQTLMNLHVDKLFLGVDGFDMEKGITTHFEPEAILNRLMCAATSEIIVVTDSSKFNKICLHKIVEPTSISTLVTDDGISGEMKEGLEKIGIKVLIAEANI	PGPT0017955_503	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE-HEXOSES_UTILIZATION	PLANT_DERIVED_TAGATOSE_DEGRADATION,PGPT0017955-agaR-K02081	NA	NA
AK237_01607	903			hypothetical protein	ATGTCAGAAGTAGTTTCGCCGTCAAATACGGGATCTAAATGGTTTGGATGGGCATTGGTGACCATCGTTTTTTGGGGTATCTGGGGAGCGCTAATAGCCTATCCTGAGTCTCATCAGTTTCCTGCCGAACTCGGATTTGTCATGTGGGCTGCTTCAATGGTGGTGCCCGCTCTGGTTGCTCTTAAGCGACAGAACTGGCAACTCGACCTGTCTGCACGGGCAATTCTGTTAGGTTCAGTCATTGGTTTACTGGGAGGGATTGGCCAGCTAATCCTTTATACGGGGGCAATCGCAAATGGGCCTGCTTATCTCATTTTTCCAATTATCAGTATGTCGCCGGTTGTCACGATCGTATTCTCACTGATGTTTCTGAAAGAAAGTGTGTCCAGGCTGGGTGTCGGCGGTATTGCCCTGGCAATACTGGCCATACCTTTTCTTAATTACTCAGATGATAAATCCGGACAAATGCAATCGCTATGGCTGGTATTTGCATTGCTGGTTTTCGTCTTTTGGGGTGTACAGGGCTACTACCTTAAGGTTGCAAATAACGATATCTCTGCGGAAAGCATCTTCTTTTATATGATGCTCACCAGTTTATTGATTTCACCGGTTGCATGGTTAATGGCCGATGCCCCTCTGCAAGCTAACTGGGGGTGGAGTGGAGCCGGTGCGGCATTCGCAATTGGTATGCTAAACGCATTCGGTGCGCTCGCGTTGGTTTATGCTTTTCGTTTCGGTAAGGCAATTGTGGTCAGCCCAATGGTTAATTGCTTACCGCCAATCATTACCAGTGTTCTCTCCCTTATACTAATTGGCGTGTGGCCGGAAGGATTTGCCGTAATCGGCATAATGCTGGCACTCCTGTCTGCCTTTCTGCTTGCGTTAGGAGAGCAGGAAGACTGA	MSEVVSPSNTGSKWFGWALVTIVFWGIWGALIAYPESHQFPAELGFVMWAASMVVPALVALKRQNWQLDLSARAILLGSVIGLLGGIGQLILYTGAIANGPAYLIFPIISMSPVVTIVFSLMFLKESVSRLGVGGIALAILAIPFLNYSDDKSGQMQSLWLVFALLVFVFWGVQGYYLKVANNDISAESIFFYMMLTSLLISPVAWLMADAPLQANWGWSGAGAAFAIGMLNAFGALALVYAFRFGKAIVVSPMVNCLPPIITSVLSLILIGVWPEGFAVIGIMLALLSAFLLALGEQED				NA	NA	NA	NA	NA
AK237_01608	963	murK	COG2971	N-acetylmuramic acid/N-acetylglucosamine kinase	ATGTTTCTGGGAGTCGACGGTGGCGGCACCAAAACCGCCTATATGCTTATCGATAAAGAAGGCAAGGTGTTGTCTTCATTTACCGGGCCGGCAAGTAATCATCTTAGCCTTGGCATGGATGGTTTGGCAGATTTGCTGGAAGAGGGCGTCATGCAAGTCTTGTCGTACGCTAAATGCGACGTGAAAGACGTGGACTTCGCGTTTTTTGGTTTACCTTCTTATGGTGAGGACAGCCGCTTTACTGATGCCATGAACCGACTGCCCGCGCGCATTCTGTCTCACTCTCGTTACCAGTGTGACAATGACATGGTGTGTGGTTGGGCCGGCGGTACAACCGGTGAGTCAGGAATCCATATAGTTGCGGGTACCGGCTCAATCGGCTACGGCGAAAGTAGCGGAAGCAAGGCCCGGTGCGGAGGGTGGAGTGAGATTTTCGGTGACGAAGGTTCCGCTTACTGGATAGGCAGGGAGATGTTAACTGCATTTACCCGCATGGCCGATGGTCGACAACCAAAAACACTCGTCTATCAAATGCTCAAAGACTATTTTCAGCTTAATGACGATCTTGATATTTGCGGCCGGGTGCTTGGAGAGTGGCAAAGCGATCGCACCAAAATCGCAGGACTCGCCGCCTTAGCCTGTGAATCTGCCAACCAAGGAGATGCGGTTATGCGGGATGTTTTCCTGCAGGCCGCAAACCATCTCACAGAACTTGTCATTACCCTGGCTAAATTATTGGGGCTTAATCATCACTCGCCCTATGTAGTGAGTTATTCCGGCGGTGTGTTTAACGCCGGTGAGCTCATTTTAGCGCCCTTCAGACAAGCCCTGGATACACTGTGCCCGACTGCTGTATTGCGCCAGCCGCAGTTATCTCCGGTACAGGGGGCGGCACTGTATGCGGCCAAAATGAATGGTACGCCACTGTCATCGCAGGCTGTAAAAGCCCTGATGAAAAACTAA	MFLGVDGGGTKTAYMLIDKEGKVLSSFTGPASNHLSLGMDGLADLLEEGVMQVLSYAKCDVKDVDFAFFGLPSYGEDSRFTDAMNRLPARILSHSRYQCDNDMVCGWAGGTTGESGIHIVAGTGSIGYGESSGSKARCGGWSEIFGDEGSAYWIGREMLTAFTRMADGRQPKTLVYQMLKDYFQLNDDLDICGRVLGEWQSDRTKIAGLAALACESANQGDAVMRDVFLQAANHLTELVITLAKLLGLNHHSPYVVSYSGGVFNAGELILAPFRQALDTLCPTAVLRQPQLSPVQGAALYAAKMNGTPLSSQAVKALMKN				NA	NA	NA	NA	NA
AK237_01609	1179	agaS	COG2222	Putative D-galactosamine-6-phosphate deaminase AgaS	ATGGAATTTCTAGGTCTGTCAAATGAGACATTGCACAAGAAACGTGCAGCGCATACGGCGAAGGAAATTGTACAACAACCCCACGCCTGGCTTGACACTGTGTCGATATATAACGCCATTGCCAAAGGCCTAAGTGAAAGAGTGGAAGCCTTTCTTGCTCAGCCAGGAGTGAGAATTATCTTCACTGGGGCGGGTACATCAGCATTCATTGGCGGATGTGTAGCACCATTGATCACTGAGCGTCGGTCACTTCGTTCACAAGCTATTGCAACAACAGATTTGGTCTCAAATCCCTATGCTTTTTTTGAGCGAAAAACACCAACATTGCTGGTTTCATTTGCTCGTTCCGGCAATAGCCCGGAAAGCCTTGCAGCAGTGCAACTGGCAGATCAGTGTGTGAGTAACTTATTGCAATTGATCATTACCTGCGATGAGAATGGCGCGTTGTACCAATACTCATTGCAGCACGAGCATGCACTGGGTGTCCTTACGCCTACCCAAACCAATGATCAAAGTTTTGCCATGACGTCCAGTTTCAGCAGTATGCTGCTGATGGCTCAGCTCATACTCAATCCTGAATCCGCGCAGCACACCGTATTGCCTGAAGTATTCAGCGCAACAGAAACCTTTATTGCAAATTACAACGCCCGCTTACAAACACTTGCCAGTGTCGACTTTTCCCGCGTGGTGTATCTCGGGAGTGGTAGTTTACTGTCTCTGGCAGAGGAAGCGGCGCTTAAGCTATTGGAATTGACGGATGGTGCCACAGTGGCACTGCATAATTCACCGCTGGGATTTCGACATGGACCCAAGACCATTATTGATAAACAAACACTCGTGGTGGTGTTTCTGTCTTCCGACCCGTACACCCGTAAATATGATGTCGATTTACTCAATGAATTACGTGCAGATAATGAAGCCGCCGAAATCCTGGCAATCTCTGACTCAGCGGCTCATACCAACCCCGATAAGGACCTCATCCTGGGAACGGGTTTGAACCTCAATGACGGCTATACCTGTCTGCCTTTTATTACTGCTGCACAAATGTATGCATTTCATCGCGCATTGGCATTGGGCAATAGTCCGGATTCACCCAGCGTCAGTGGGACGGTGAATCGCGTTGTCAAAGGCGTTACGATTTATCCATTATCCGAAATCACGGAAGCAGTGAGGGCATAG	MEFLGLSNETLHKKRAAHTAKEIVQQPHAWLDTVSIYNAIAKGLSERVEAFLAQPGVRIIFTGAGTSAFIGGCVAPLITERRSLRSQAIATTDLVSNPYAFFERKTPTLLVSFARSGNSPESLAAVQLADQCVSNLLQLIITCDENGALYQYSLQHEHALGVLTPTQTNDQSFAMTSSFSSMLLMAQLILNPESAQHTVLPEVFSATETFIANYNARLQTLASVDFSRVVYLGSGSLLSLAEEAALKLLELTDGATVALHNSPLGFRHGPKTIIDKQTLVVVFLSSDPYTRKYDVDLLNELRADNEAAEILAISDSAAHTNPDKDLILGTGLNLNDGYTCLPFITAAQMYAFHRALALGNSPDSPSVSGTVNRVVKGVTIYPLSEITEAVRA	PGPT0017925_62	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO|NUCLEOTIDE_SUGAR_UTILIZATION	PLANT_DERIVED_GLUCOSAMINE|GLUCOSAMINATE_DEGRADATION,PGPT0017925-agaS-K02082	NA	NA
AK237_01610	1287	kbaZ	COG4573	D-tagatose-1,6-bisphosphate aldolase subunit KbaZ	ATGAAAGCGATGCTTGATTTGGTCGAACAACACCATCGGGGACTTGCCGTTGGTATCTACTCTGTTTGTTCGGCGCATCCGTTGGTTATAAAAAGTGCACTTTCATACAGTAAAACCCGCAATCAGTTGGCGCTCATCGAAGCCACATCGAATCAGGTAAATCAGGACGGTGGTTATACCGGTATGGTACCTGACGATTTTAAAAATCTGGTTTTGCAGATTGCTGAAGATGTGGGTATGCCTCGTGAACGCATACTGCTGGGGGGCGATCATCTTGGGCCTAACTGCTGGCAACATTTACCAGCAGAAGAAGCGATGGAGAAATCGGACAAGTTGATCAATGACTATGTCGAGGCCGGCTTCAGAAAAATTCACCTTGATTGTTCTATGTCGTGCCAGGGAGATCCGGTTCCACTCACAGATGCTATTGTGGCTGCGCGGGCGGCACGCCTTTGCGCAGTCGCTGAGATGGCATGGCAACGTGTTGGTGGTGAACCGCCGGTGTATATTATTGGTACAGAGGTGCCGGTGCCAGGTGGGGCCACGGAATCTCTCGATGCACTTGCAGTGACCACTTCTGAAGCGGCAACAGAAACACTGGAGGCCCATTATCAGGCGTTCAAGTCTGCAGAGATTGAAGTCGTGTGGTCTCGTGTAGTCGGACTGGTGGTGCAGCCAGGTGTTGAATTCGATCATCATAAAGTGGTTGATTACAGGCGCGAGAAAGCAGCGCAGCTTAGTAAATTGCTTGAATCTGAGGCACAACTCGTGTTTGAAGCACATTCTACTGACTACCAGACACCGGGGAATTTAAAAGCCCTGGTAGAAGATCACTTTGCCATACTTAAAGTGGGGCCCGGTGTGACGTTTGCGTTGAGAGAGGCCATTTGGGCTTTGGATACGATAGAACAAGAGTGGCTGAATAGAAGCGAATGTTCGGGTATTAAAGAGGTCATGCTGGCGGAAATGCGAAGCCATCAGGGATACTGGAAATCCTACTATCATTCGGCGGGGCAAGATCTCACGCTGGATTTGCAGTACAGTTTAAGTGATCGTATTCGCTATTACTGGCCTTCCAAAACGGTGCAAAATGCGTTTAATAAGCTGAAGGCCAATTTTTCGCAACAAACACCGCCGCTAACACTGGTTAGTCAGTATTTACCTGATGAATATATCGCCATTAGAGAAGGTAAAATACCTTTTAACGTTGAAGCGATAGTAGAACATAAGATTCACGCTGTGCTTAAGCAATATGCTGATGCCTGTGAAGTTGCAGAGGAAAAATAA	MKAMLDLVEQHHRGLAVGIYSVCSAHPLVIKSALSYSKTRNQLALIEATSNQVNQDGGYTGMVPDDFKNLVLQIAEDVGMPRERILLGGDHLGPNCWQHLPAEEAMEKSDKLINDYVEAGFRKIHLDCSMSCQGDPVPLTDAIVAARAARLCAVAEMAWQRVGGEPPVYIIGTEVPVPGGATESLDALAVTTSEAATETLEAHYQAFKSAEIEVVWSRVVGLVVQPGVEFDHHKVVDYRREKAAQLSKLLESEAQLVFEAHSTDYQTPGNLKALVEDHFAILKVGPGVTFALREAIWALDTIEQEWLNRSECSGIKEVMLAEMRSHQGYWKSYYHSAGQDLTLDLQYSLSDRIRYYWPSKTVQNAFNKLKANFSQQTPPLTLVSQYLPDEYIAIREGKIPFNVEAIVEHKIHAVLKQYADACEVAEEK	PGPT0017950_420	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_SUGAR_ALCOHOL_UTILIZATION	PLANT_DERIVED_GALACTITOL_DEGRADATION,PGPT0017950-gatZ_kbaZ-K16371	NA	NA
AK237_01611	180			hypothetical protein	ATGCTTATGATAATGAAATTTTTAAGGCGAGATGCCTTTTATGTTAATTCTCATGCCTGGCTTGTCATTCAACTCTATATAATACATGGTCTTATCGTGTTGCTCTCTTCCTTTTCAAACAATCTCTATATTTTTTCATCGAATCATTGTCGAAATAAAATGAAACTTTTTCTTGATTAG	MLMIMKFLRRDAFYVNSHAWLVIQLYIIHGLIVLLSSFSNNLYIFSSNHCRNKMKLFLD				NA	NA	NA	NA	NA
AK237_01612	1104			hypothetical protein	ATGAAAAAAGTCGTACCGCTCCTAGCCGCATTGCTATCTCCGCAACTTACGTTTGCAGGCGAAGACACTTTTTACGGAAGTGCGGACTTTGCTGCCATTCAAAAAATTGATACGCATGTTCACATCAACTCAGCATCCGATGCCATGATTAACGTTGCGAAGCAAAACCGGTTTGAGCTTATTACCATCAACGTTGACTATCCCGCGTTTCCGCCAGTTGATGAACAATACAAAATTAGCCTGAATGCAAAAGCGCAATTCCCGGATGTTGTCGCATTTGCGGGGACGTTTAAAATGGACAACTGGCAGGAAGCTTCGTGGCAGCAGCATACCATTGAGCAGATCAAAAAAGTGATTTCCAAGGGCGCAGTTGCCATTAAAGTCTGGAAGAATGTAGGAATGAGCGTTCGTAACAGTAATGGCGAGTTAATTATGATTGACGACCCGCTTTTCGAGCCAATTTTTAGCTATATGACCAGCCAACAGATCCCTTTAATAGGCCACCAGGCTGAGCCTAAAAACTGCTGGCTGTCAGTTGATCAAATGACCGTGCTTAACGACAAGGAGTACTTTACAAACCACCCTGAATATCACATGTACAAGCACCCTGACATGCCCGGTTATGAAGACCACATGGCACACAGAAATGCCATGCTAAAAGCGCATCCTGCACTCCATTTCGTTGGTGCCCACGTGGCTAGTCTCGAATGGAGCGTCGACCGACTTGCCGAATTTCTCGATTCATTTCCTTCCGCTAGCGTAGATTTGGCGGCCCGAATGGGGCAAATCCAGTATCAATCACAGCACGATTATAACAAAGTACGTCACTTCTTTATTCAGTATGCCGACAGGCTCCTCTACGCAACTGACCTTACGCAGTCTCCGGACCAGGACGATGAAAGTATAATGGATGATGCTATACAAGTATGGAAGTCCGACTGGCGCTATCTAACATCCGACGATACGATGACTTCTGCCACCGTTGAAGGAAGTTTTAAAGGTCTGCATTTACCCAAAAGTGTGATTGATAAAATTTACTATCACAACGCTGTGGCTCAGTTTCCTGACGCCTTTCAGAAAACACTTTCGGTACAGGGAGAATGA	MKKVVPLLAALLSPQLTFAGEDTFYGSADFAAIQKIDTHVHINSASDAMINVAKQNRFELITINVDYPAFPPVDEQYKISLNAKAQFPDVVAFAGTFKMDNWQEASWQQHTIEQIKKVISKGAVAIKVWKNVGMSVRNSNGELIMIDDPLFEPIFSYMTSQQIPLIGHQAEPKNCWLSVDQMTVLNDKEYFTNHPEYHMYKHPDMPGYEDHMAHRNAMLKAHPALHFVGAHVASLEWSVDRLAEFLDSFPSASVDLAARMGQIQYQSQHDYNKVRHFFIQYADRLLYATDLTQSPDQDDESIMDDAIQVWKSDWRYLTSDDTMTSATVEGSFKGLHLPKSVIDKIYYHNAVAQFPDAFQKTLSVQGE				NA	NA	NA	NA	NA
AK237_01613	2079			hypothetical protein	ATGAAAGCGATGCGTTTCCTGAAATACTCTCCCGCAATCATGGCTTTTGGCATCTTTATGCTAACCGGCTGCCAGGCAAGTGAAAACGCACAGCCAGACTCTGCTGCTGTTGTCACCATCACATCTGGAAATTATCAATATCAGATAGACAGCCACCTGCGCACAAAACTGAGCGGAGCAAAAAATCTCACTGAAGATTTTGTTGTGAGTGAGTATGTACAAACCACCGATGGCATTATTGCCGATTTTAGTTTGTTGTCTCATTCATCTGCGCAGGTAAATGATAAATTTGGTGCAGGTAAACAGTATGTGATCACCGGTAAGTCCTCTGAAAACATGCAAAAGCAACTTACTGTCATTGCCTACGATGACTATCCTGGTATTTTTGTCGTCTCGGTGGTCTACACCAACCAGTCCGCTTCCGTCGCTAAGCTCAGGAAGTGGGTCAATCATGCCTATTCAATCTCCGCAGACAACCCGGGAGACAGTCAGTCATTCTGGTCATATCAGGGAGCGTCATTTGCTGACCGTCGTGATTGGGTTGTGCCTGTTACGCCAGGCTTCTATCAACAAAACTATATGGGCATGAATTCGTCAGACTATGGTAGCGGAACGCCCGTTTCTGATGTGTGGACACCAAGCGCGGGTATTGCTGTCGGACACCTTGAGACCACTCCTAAATTAGTTTCGTTGCCAGTATCAATGCCTGCAATTGATGCTAAATCTTATGTTCAAATTGAATACGATTATCCGACTGTGCTTAATCCGGGTGACAGCATTAGTTCGTTTGTTACTTTCGTCAGTCCGCATGAGGGAGACTTTTTCTCTACCCTGGTGGCTTACAGAAAGCTACTCTCCGCTCAGGGTATGGCACCACCTGAGTTTCCTGACGCCAGCTATGAGCCGGTGTGGTGTGCATGGGGTTACGAACGGGATTTCGTCACGACAGATATCATTGAGACGTTACCCAAGGCTGCAGAAATGGGTTTTGAGTGGGCAGTACTGGATGACGGCTGGCAAACTGCCGAGGGTGACTGGTATCTTAATAAGGAGCGCTTTCCGGAGGGTGATAAATCAATGACTGCTTTTGTCGATGATATTCACAACGCAGGTATGAAAGCTAAGTTATGGTGGGCACCTCTGGCTGCTGATCCTGGCACTGAATTGCTTGAAAAACACGCTGACATGTTGCTACTTGATAAAGAAGGAAAGCCTGTCGATATCACGTGGTGGGACAGCTATTACCTTTGCCCAGCTTATGCGAAAACCATCGCCCACAGTAAGGCACTCGTGGAAAAGATGATGTCAGAATGGGGGTATGAAGGTCTGAAAATAGATGGCCAGCATCTAAATGGTGTTCCGCCCTGCTACAATCCAGCCCATCACCACGAGCGACCTGAGGAATCCGTTGAGGCTCTCCAGGAATACTGGAAAGTGGTCTACGACACGGCACTAAGTATTGATAAGAGCGCGGTTGTGGAAATCTGCCCCTGCGGTACTTCGTACTCCTATTTCAATATTCCTTACATGAACCAGGCCGTAAGTTCCGACCCTTTAAGTTCCTGGCAAATCAGACTTAAAGGGAAGGTATTGAAAGCGCTTATGGGTGAATCCGCACCGTATTATGGAGACCATGTGGAACTAAGTGACAATGCAGATGATTTTGCTTCATCAGTCGGTATCGGTGCAGTTGTGGGAACAAAATTCACCTGGCCACCGACAAAAGTACCGGAAAAAGGATTTGCCCTGACACCAGAAAAAGAGCAACGCTTCCAGCATTGGGTAAATATCTACAAAGATAAAATGTTACCTAAGGGCGTTTATCGGGGCGAGCTGTACGATCTGGGATTTGATAAACCGGAAACGCATGCCATTCAGAAAGGGCGGGCCATGTACTATGCCTTCTATGCAACGCAATATAACGGCGACGTTGAACTGCGTGGGCTGCCTGCTGACGGCAAATATAATGTTCGTGATTATGAGCACGATACTGATTTGGGCACCGTTTCGGCAAGAGAAAGTAAAATTACCATCTCGTTTTCTAACCATTTGCTTATCGAGGTGACCCCCATTGAATAA	MKAMRFLKYSPAIMAFGIFMLTGCQASENAQPDSAAVVTITSGNYQYQIDSHLRTKLSGAKNLTEDFVVSEYVQTTDGIIADFSLLSHSSAQVNDKFGAGKQYVITGKSSENMQKQLTVIAYDDYPGIFVVSVVYTNQSASVAKLRKWVNHAYSISADNPGDSQSFWSYQGASFADRRDWVVPVTPGFYQQNYMGMNSSDYGSGTPVSDVWTPSAGIAVGHLETTPKLVSLPVSMPAIDAKSYVQIEYDYPTVLNPGDSISSFVTFVSPHEGDFFSTLVAYRKLLSAQGMAPPEFPDASYEPVWCAWGYERDFVTTDIIETLPKAAEMGFEWAVLDDGWQTAEGDWYLNKERFPEGDKSMTAFVDDIHNAGMKAKLWWAPLAADPGTELLEKHADMLLLDKEGKPVDITWWDSYYLCPAYAKTIAHSKALVEKMMSEWGYEGLKIDGQHLNGVPPCYNPAHHHERPEESVEALQEYWKVVYDTALSIDKSAVVEICPCGTSYSYFNIPYMNQAVSSDPLSSWQIRLKGKVLKALMGESAPYYGDHVELSDNADDFASSVGIGAVVGTKFTWPPTKVPEKGFALTPEKEQRFQHWVNIYKDKMLPKGVYRGELYDLGFDKPETHAIQKGRAMYYAFYATQYNGDVELRGLPADGKYNVRDYEHDTDLGTVSARESKITISFSNHLLIEVTPIE	PGPT0018835_1720	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES	CE-EPS-GALACTOSIDASE,PGPT0018835-rafA|galA-K07407	NA	NA
AK237_01614	540	resA_2		Thiol-disulfide oxidoreductase ResA	TTGAATAATGTACTGCTAAATTTATTAGCTGGAGGCAGCCTTTTGTGGGCTGCCGTAACTTCCGCAGCAGAGCATGTCTACCCTGACTTTCACACCAGTGATACGTTCTCTGTTTTAAATGCACTCGGAAAGAGCGCACCTGACGACACCCTGTCACTTGACACATTTTCAGGTAACGTCATTTATTTGGATTTTTGGGCAAGCTGGTGCGCGCCATGTCTGCACGCAATGCCCTTCCTTGATACCTTGCAGAAACAGTATGGTGACGAAGGGTTTACTGTTATTGCTGTGAATGTGGACGAAGACAAAAGCAGTGCTCTAGAGTTTCTTAAAAAACTACCAGTTAGCTATCCGGTAATTCGGGATCCAGGTAATGCACTTATTTCCAGCGCTGACTTCATCGGCTTACCCACTGGATATCTTATCGATTACACCGGTAAAACTATATTACGGCAACAAGGTTTTACCAACAGAGACAAAACGTATTTGCGAGCTGTGATCGAAAAAGCCATTGCCGAAAAGGCGTTTGAACTACATTAG	MNNVLLNLLAGGSLLWAAVTSAAEHVYPDFHTSDTFSVLNALGKSAPDDTLSLDTFSGNVIYLDFWASWCAPCLHAMPFLDTLQKQYGDEGFTVIAVNVDEDKSSALEFLKKLPVSYPVIRDPGNALISSADFIGLPTGYLIDYTGKTILRQQGFTNRDKTYLRAVIEKAIAEKAFELH				NA	NA	NA	NA	NA
AK237_01615	2730			hypothetical protein	ATGAACTTAAGTAGATTTGCGAGAACACTGATTGGTATTGCGATAGCAACATCACTTAATCCTGCCCATGCGGCTGAAAGCGACACCGAAGAAGATGTGGAAATTATTAATGTAACGGGTGTGCGCGGCAGTTTGGCTAAGTCGATGGAAGTGAAACAAAGTGCTACATCGATTGTTGATTCGATAAATGCTCAGGAACTGGGCCGCTTTCCAGACAACAACGTAGCTGACTCACTCTCACATATTTCTGGGGTGTCAGTAAGCCGAACCCGTAATGGAGAGGCGCAATACGTCAATATCCGCGGCTTGGGACCAGAATTTAGTGTGGTAACACTAAACGACCGTATTCTTGCCACAGACGATGGTGGCAGAAATTTTGCCTTCGATGTCATCCCTTCGGAAATGATCGGTGGTGCTGATGTATGGAAGTCTATTAAGGCAGAAAATACCGAAGGCAGTATCGGTGGAGCCGTGAATCTAAGGTCAGTTCGTCCGTTAAATCAGCCTGAACAAAGTGCAATCGTTTCCTTACAAACTAATTACAACGATTTATCAGAGGAATGGGGCAATAAGTTCATCGGTATTTTCAGCACTGCAAATGACAATGAAACTTTAGGTTTCATTATCAGTGCAACATTGGATAAAGGAAAAGAGCGTGCCGACGACATGTACGACAATTACTTCTTTGGCGTACAAGACGAACGATCTTACGATGTGAACGATGATGGCGAGATTACTGAAAATGAAGAAAATCTAGTTATGCCAGGATCCTACGCCCTCGGCTCATATGCTACTGATTTCAAAAGAACAGGTGTAACTTCAGCAATACAATGGCGCCCCAATGACAAAGTTGAAATTGTTGCAGACATGTTGTTAACCAAGCTGGAAGCAGACTCCACAGGCTTTACTGAGTCTTTTTACATGGTTGATTTTCCTGGGCGTTGGACGAACATAGTTATGGACGGCAACGTTATTACAGAAATGGACGTTTCTGATCTCACCATGGAAGTAGTGACACTAGATGAACATCGCACGGTAGACACATCCATGTTTGGCTTGAATGGGAAATTTAGTCTGAGTGAGAACCTATCACTTACTGGCGATATTTATCGCTCGAAATCAGAGAGAGATTCAGGAGGCCAAAATACTTATGTAGTAGCCGGTGCGCCTGGGCCAAACTCCGGTCACTTTAAATTAAATGAAGGTGGCTTGCCGGATTTTATTCCAAACTGGAGTGGTGGCAGAACCTCGAATGATTTTGATAATACGGATTTTGCACCTCACTGGGCAGCGCGTGACGGCAGCGATATTGAAGATACGATTACCGGCTATAAAGCAGACGGCGACTGGATGCCTGAGGTAAATTTTGCTTCTCTAGTTGCCGTTAAGTTTGGAGCCGCATACACAAAACGGGAGAAAAATAATTACGCCATTGATAATTATGAGTTTGGCGCAGGCAATTATAGCGGTTATCCCTTTGCTTTTGCAGATGTTGGCGCTGACGTTGTACGCGCCTTCCCGTATGATAATTTCTTTCAAGGCGAAGGTGGCAATTTTCCGCGCTCCTTTCCTATTTTTAGTATTCCCGATTATGGCGATGCCCTGGCCGCAGCAGACGGTAAAACGCTGACTGATTATGCCGGTAATGAACGTACTTTTGGTGAAAATGAGTCTGAATTATGGAATCCCATTCCAAACCCTGTGAATTCGTACGAAATAACCGAAGATACTACCGCGGCATACGTTCAGTTCGAATTCGAGGGTGATAGTTGGTTTGGTAATATTGGCGGACGCTATATCAAAACCGAAGTAACCGCGAATTACTCTTATAACTCAATTGACTCAATCACCGTAGTAAATCCTAACTCTGCAAATCCAAGTTGGGATGTAGAGTACTCAGATAGCGCAGCACAACAAGGCAAAGGCAGTTACTCTAAATTCCTGCCCAGCCTTAATGTTGGCTATTATCTTAGTGATGAACTGATTCTACGCGGTGCATTGGCCCAATCTTTATCACGTCCGACAATTGATCAACTCGCACCGCTAACTACTGACAATGCTCAATCGGGACTATTTACCATGAGCATCAGCGGAAACCCAAATATTGAGCCGGTATATTCTGACCAGGCAGACTTGTCTCTGGAATGGTATTTCGCAGAGGATAGTGCCATTACCGGTGCCGTCTTTTGGAAAGAACTGGATGGATTCATTACGCTGGAAACTCGCCGTGAGATGATAGCCGGAGAGAATTTCACTATTACCCAACCGGTTAACGGTGACACAGCGAAAATTCTTGGTTTCGAAATAAGTGGTCAAAAATTCTTCGATAATGGATTCGGTGTTGCAGCTAGTTATGCTTACACTGACACATCTACAACTGTTGATGGTCAGGATGCAGGCTCATTGCCTGGCGTTGCTGACACCTCATATTCACTTTCTTTAATCTATGAAAAAGACAAAATCACTTCTCAGATCGCATTGGATTATACGGGTGATTACGTGGTTGATACATACAGTCCGCTCGGTGAAGGTTATCACACAGAAATGGAAGAGGTCTTTATGCTTACGGGTTCATTCCGATATTATGTGATGGAAAACATGCAGCTGTTTATCGAAGGAATTAACTTACTTGACGAGTCAAATCGCAGTTTCCAAGGTCGAAGTGATATGCCAGCCTCTATTCAAATCTACGGTCGAACAATGAATCTCGGCGTGCGTTATACTTTTTAA	MNLSRFARTLIGIAIATSLNPAHAAESDTEEDVEIINVTGVRGSLAKSMEVKQSATSIVDSINAQELGRFPDNNVADSLSHISGVSVSRTRNGEAQYVNIRGLGPEFSVVTLNDRILATDDGGRNFAFDVIPSEMIGGADVWKSIKAENTEGSIGGAVNLRSVRPLNQPEQSAIVSLQTNYNDLSEEWGNKFIGIFSTANDNETLGFIISATLDKGKERADDMYDNYFFGVQDERSYDVNDDGEITENEENLVMPGSYALGSYATDFKRTGVTSAIQWRPNDKVEIVADMLLTKLEADSTGFTESFYMVDFPGRWTNIVMDGNVITEMDVSDLTMEVVTLDEHRTVDTSMFGLNGKFSLSENLSLTGDIYRSKSERDSGGQNTYVVAGAPGPNSGHFKLNEGGLPDFIPNWSGGRTSNDFDNTDFAPHWAARDGSDIEDTITGYKADGDWMPEVNFASLVAVKFGAAYTKREKNNYAIDNYEFGAGNYSGYPFAFADVGADVVRAFPYDNFFQGEGGNFPRSFPIFSIPDYGDALAAADGKTLTDYAGNERTFGENESELWNPIPNPVNSYEITEDTTAAYVQFEFEGDSWFGNIGGRYIKTEVTANYSYNSIDSITVVNPNSANPSWDVEYSDSAAQQGKGSYSKFLPSLNVGYYLSDELILRGALAQSLSRPTIDQLAPLTTDNAQSGLFTMSISGNPNIEPVYSDQADLSLEWYFAEDSAITGAVFWKELDGFITLETRREMIAGENFTITQPVNGDTAKILGFEISGQKFFDNGFGVAASYAYTDTSTTVDGQDAGSLPGVADTSYSLSLIYEKDKITSQIALDYTGDYVVDTYSPLGEGYHTEMEEVFMLTGSFRYYVMENMQLFIEGINLLDESNRSFQGRSDMPASIQIYGRTMNLGVRYTF	PGPT0003790_3024	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0003790-hutA|fatA|fct|foxR-K02014	NA	NA
AK237_01616	561			hypothetical protein	ATGGATAGAAGACAAATTCTAAAATATGCAGCAATGCTCACAGGCACAGCCTTATGTGCTCCAGTGACTGCAACTATGCTATCTGATTTGAGTAATCTTTCAGATAATGCAGCTGCCTCACCCAACCTGACGTTTTTTACCGCTGATGATTTTCAGCTGCTAACACAAATAATGGATACGATCCTACCGAAAACCGATAGCCCGTCGGCGTCAGATGTTGGGGTTAACAAGATGATGGCTCATATGTTTGCCGTCGTTTTCGAACCCGAGTATCAACAAAAGTTTAATGGGCAATACAAAGCTCTGCGCCAATTCCTTGAATCAAATAACTTCTCACGACTAACACCAGACCAGAGCACTAGCCTTTTACGTAAGTTAGAGCTAGGTGAAAAGCAAAGTGACGCTTATTGGGCTTATACAGATATCAAGCAGCAAACAGTGGCTTATTACCTGCTCTCAGAACAGATTGCAGAAAACTATTTAAACTATTTGCCAATTCCCGGTGAGTATAAGCCGTGTGTGTCGTTAGCGACATTGGGCGGTAAGGCATGGGCAATATGA	MDRRQILKYAAMLTGTALCAPVTATMLSDLSNLSDNAAASPNLTFFTADDFQLLTQIMDTILPKTDSPSASDVGVNKMMAHMFAVVFEPEYQQKFNGQYKALRQFLESNNFSRLTPDQSTSLLRKLELGEKQSDAYWAYTDIKQQTVAYYLLSEQIAENYLNYLPIPGEYKPCVSLATLGGKAWAI				NA	NA	NA	NA	NA
AK237_01617	1701	mpdB_2		2-methyl-1,2-propanediol dehydrogenase	ATGAAGATGAATGATGATAAAAACTTTGATGCGATTGTTATTGGCTCTGGCATCAGTGGTGGATTTGCTGCCATGGAATTATGCAACAAGGGTTACAAGACACTGGTACTTGAACGTGGGCGGATGGTGCAACATGGACAATACCCTACAGCTCATATGGATACCTGGGATTTACCTAATCTCAATAAAGTCTCTCTCGAAGAAAAGCAACAACACTACCAAAAACAGGACAGGCTGAATTGGTGGGTTAACGAAGACAATAAGCACTGGATCAACAAAGACGACGAAAACCCATATAACGAAGATCAACGTTTTGACTGGATAAGAGGTTACCATGTTGGCGGACGTTCCATCATGTGGGGACGACAATGTTATCGTTGGAGTGATATTGATTTTAGCGCCAACCTTAATGATGGGGTCGCTGTAGATTGGCCAATTCGTTATGCGGACATTGCTCCTTGGTATGATTATGTTGAGACGTTTGTGGGCGTGGCAGGTCAGCCTGAAGGCCTTAAACAAATACCAGATGGTGTATTTTTAAAACCTTTCCAACTTAATTGTATTGAGCAAAAGATGCGTGAAGCGGTAGCAAAACGCTATCCCGAAAGAGTTGTGACGCCAGGCCGTGTCGCTCATCTGACTGAATATAATCCTGAAGTGCATAAAGGCCCCAGAGGACAATGTCAAAGCCGCAACCGTTGTTGGCGAGGATGTCCTTTTGGTGGCTATTTCAGTAGCTTATCATCTACGCTACCCGTTGCCGCCGAAACCGGTAATTTAACCGTGCGGGCAAACAGTATCGTTATGGAAATTGTATATGATGCTAAAACGAAAAAAGCCAGTGGAGTCAAAATTAAAGATGCTGAAAGTGGAGAGGTGATTGTATTTAATGCGCGCATTATCTTCTGCAATGCCAGTACGGTAGCCACAACCGCTATTTTGCTCAATAGTCGATCGGAGACCTTCCCTAATGGCTTGGGTAATTCAAGTGGCGAGTTGGGTCACAACTTAATGGATCATCACTATGGAATGGGGGCATCCGGCATGCTACCCGGTCATGAAGATGATTATTATCAGGGACGCAAGCCAACCGGATTTTATATTCCTCGCTTTACTAATATCGATGAGCAAAGCAAACAGAAAGAATATATTCGTGGTTTTGGTTATCAGGGCGGTGCTATGCGTGTGCAGAATAATCCGCACGGTTTGGTCGGCGAAGAATTAAAAGCTGAAGTCTTTAAACCCGGACCGTATCGCGTTGGCATGACCTGTTTTGGCGAGATGTTGCCTTATCATGAGAACCGAATGTATCTGAACTTTAACCAGCGGGATAAACATGGTTTACCGATGGTTACCTTTGATGCCAAATTACGTGATAACGAAATGAAATTGCGTGAGCATGGGGTTAAATGTGCGATAGAAATGCTGGAAGCCGCCGGCTGTGTAGATATTCAGAGTTACAATAGTTTAACTGCACCGGGTGCGTGTATTCATGAAATGGGTACTGCGCGAATGGGACGAGATCCAAAAACCAGCGTGTTAAATAAATGGAATCAAATGCATGATGTTTCAAACGTATTTGTAACCGACGGTGCTTGCATGACCAGTTCAGGTACACAAAACCCGAGTATCACCTACATGGCATTAACCGCGCGAGCCGTGGACTATGCGCATAAGCAAATTCAGCAAAACAAATTGTAG	MKMNDDKNFDAIVIGSGISGGFAAMELCNKGYKTLVLERGRMVQHGQYPTAHMDTWDLPNLNKVSLEEKQQHYQKQDRLNWWVNEDNKHWINKDDENPYNEDQRFDWIRGYHVGGRSIMWGRQCYRWSDIDFSANLNDGVAVDWPIRYADIAPWYDYVETFVGVAGQPEGLKQIPDGVFLKPFQLNCIEQKMREAVAKRYPERVVTPGRVAHLTEYNPEVHKGPRGQCQSRNRCWRGCPFGGYFSSLSSTLPVAAETGNLTVRANSIVMEIVYDAKTKKASGVKIKDAESGEVIVFNARIIFCNASTVATTAILLNSRSETFPNGLGNSSGELGHNLMDHHYGMGASGMLPGHEDDYYQGRKPTGFYIPRFTNIDEQSKQKEYIRGFGYQGGAMRVQNNPHGLVGEELKAEVFKPGPYRVGMTCFGEMLPYHENRMYLNFNQRDKHGLPMVTFDAKLRDNEMKLREHGVKCAIEMLEAAGCVDIQSYNSLTAPGACIHEMGTARMGRDPKTSVLNKWNQMHDVSNVFVTDGACMTSSGTQNPSITYMALTARAVDYAHKQIQQNKL				NA	NA	NA	NA	NA
AK237_01618	399			hypothetical protein	ATGTTGATAACACTAAAAAGGCTACCTCCATATACACTGTTAAGGGTGTTATTTATTGTTTCTACTGCCTCTGTCTTACTATATTTATATATCCTGCATGGAGGAATTGTAGCCGAAGACGTGATGTTTAAACTGTTAGCATGTATGACATTGGGGCCGGCTTTAATTTTAGCTTACACAATAAAAATATTCTTATACTACCATTCATCCCCAAATATCATTGAATTCAACACAGAGACGAAAAATCTGCTTAAAGTTAAAGAAAACCTTAAATATGAAATAACGGAAATATCAAAAGATAAGTTTGTTGTAGCATTTATTTTTAACCGTTTCACACCACCCCGCTCTGTAATTTACAGGCCCATCTCAAACGATATAGACATCACTAAATTCAAATAG	MLITLKRLPPYTLLRVLFIVSTASVLLYLYILHGGIVAEDVMFKLLACMTLGPALILAYTIKIFLYYHSSPNIIEFNTETKNLLKVKENLKYEITEISKDKFVVAFIFNRFTPPRSVIYRPISNDIDITKFK				NA	NA	NA	NA	NA
AK237_01619	1617			hypothetical protein	ATGTTGCGTATAACCGATATAAAACTTCCTCTCAATCACGACGATGATGCTCTGTCCCAAGCCATTGTAAATAAGCTCAATATCCCAACTGATTACCTACAGAATATTGATGTGTTTAAACGCGGTTATGATGCGCGTAATAACCGGGATATTAAGCTTATTTACACGGTGGATATAAACGTAAAAAATGAGGCGGATCTACTCACCCGTTTTGCTGGCGATCCTCAGGTGCGTGTTACTCCGGATATGACCTATAAGTTTGTGGCGCAGGCACCTGACACCCTAAGCCATCGTCCTGTCGTGGTAGGACTTGGTCCGTGCGGTATATTCGCGGCACTTATTTTAGCGCAGATGGGTTTTAAACCTATTGTGTTGGAGCGTGGTAAAGCCGTACGCGAGCGCACTAAAGATACTTTTGGATTTTGGCGAAAACAACCGCTTAACCCCGAATCTAATGTGCAGTTTGGCGAAGGCGGCGCGGGTACCTTTTCTGATGGTAAATTGTACAGTCAGGTAAAAGATCGCAAGCACTATGGCCGCAAAGTGTTACATGAATTTGTAGAAGCTGGCGCGCCGGAAGAAATTCTGTATGTCAGTAAGCCCCACATCGGTACGTTTAAACTCGTAAGCATGGTAGAGAAAATGCGTCAGCAGATCATCGATCTGGGGGGTGAAATTCGCTTCTCTACCCGGGTGGAAAAACTGGATCTTGATGAACAGGATGGCGAGCGTAAAGTAAAAGGTCTGCATTTATCAAACGGAGAGTATCTGGCTTGTAAGCAGGTAGTGCTTGCGCTGGGGCACAGCGCCCGGGATACCTTTCAAAACCTGTTCGATCAGGGCGTTTACATTGAAGCTAAGCCGTTTTCGATTGGTTTTCGCATTGAGCACGAACAAAGCATGATCGACCGGTGCCGGTTTGGTGATAATGCGGGTAACCCTATTCTAGGTGCGGCCGATTACAAGCTGGTGCATCACTGCAAGAATGGCCGCTCGGTGTACAGTTTTTGTATGTGTCCCGGTGGTACTGTCGTGGCTGCGGCTTCAGAGCCGGGCAGGGTAGTGACCAACGGCATGAGCCAGTATTCCCGCCACGAACGAAATGCGAACAGTGCGATAGTTGTTGGGATCACCCCGGAGAAAGATTACCCGGGCCATCCGCTGGCGGGAATTGAATTGCAACGCAGATTGGAAGAACTGGCCTTTAAAGCGGGCGGCGAAAATTATAACGCGCCGGGCCAGTTAATTGGTGACTTCCTTGCCGGTAAGCCAAGTACCGAATTAGGTGGCGTAACGCCTTCTTATACGCCGGGCGTGACACTTACCGACCTGAGTAAGGTAGTGCCTGATTATGTGACCGAAGCAATCCGCGAAGCTATTCCAGCCTTTGACCGCCAAATTGAGGGTTTTGCTAAACCGGAAGGAACCTTAACTGGGGTAGAAACCCGTACGTCCTCACCGGTGTGTATTAAGCGTGGCCAGGATTATCAGAGTATTAATATAAAAGGCCTTTACCCAGCAGGCGAGGGCGCGGGTTATGCTGGCGGTATCTGGTCAGCAGGTATCGACGGAATTCGCGTGGCGGAAGCACTCGCGCTGGCATTTGATACTTTCTAA	MLRITDIKLPLNHDDDALSQAIVNKLNIPTDYLQNIDVFKRGYDARNNRDIKLIYTVDINVKNEADLLTRFAGDPQVRVTPDMTYKFVAQAPDTLSHRPVVVGLGPCGIFAALILAQMGFKPIVLERGKAVRERTKDTFGFWRKQPLNPESNVQFGEGGAGTFSDGKLYSQVKDRKHYGRKVLHEFVEAGAPEEILYVSKPHIGTFKLVSMVEKMRQQIIDLGGEIRFSTRVEKLDLDEQDGERKVKGLHLSNGEYLACKQVVLALGHSARDTFQNLFDQGVYIEAKPFSIGFRIEHEQSMIDRCRFGDNAGNPILGAADYKLVHHCKNGRSVYSFCMCPGGTVVAAASEPGRVVTNGMSQYSRHERNANSAIVVGITPEKDYPGHPLAGIELQRRLEELAFKAGGENYNAPGQLIGDFLAGKPSTELGGVTPSYTPGVTLTDLSKVVPDYVTEAIREAIPAFDRQIEGFAKPEGTLTGVETRTSSPVCIKRGQDYQSINIKGLYPAGEGAGYAGGIWSAGIDGIRVAEALALAFDTF				NA	NA	NA	NA	NA
AK237_01620	324		COG1146	Ferredoxin 1	ATGACCTTTGTAGTAACCGACAACTGCGTTAAGTGCAAATATACCGACTGTGTGGCCGTGTGTCCGGTGGATGCTTTTTTTGAAGGGCCTAACTTTCTGGCTATTGATCCGGCAATCTGCATAGATTGCGCATTGTGTGTACCTGAGTGCCCGGCGGAGGCAATATATCAGGATACCCAACTTTCCGAAGCACAAGAGCCCTATCTGGCGATTAATGCAGAACTTAGTCAACAATGGCCGAATATTACTGAAGTGATCGCGCCTCCAGATGATGCTGATGAGTGGAATGGCGTGCCCGATAAGTTGCCTTTACTGGAACGCTGA	MTFVVTDNCVKCKYTDCVAVCPVDAFFEGPNFLAIDPAICIDCALCVPECPAEAIYQDTQLSEAQEPYLAINAELSQQWPNITEVIAPPDDADEWNGVPDKLPLLER	PGPT0030810_1208	PUTATIVE	PGPT	PUTATIVE_PGPTs	PUTATIVE_FUNCTIONS	PUTATIVE_FUNCTIONS-1	PUTATIVE-ENERGY_METABOLISM	PUTATIVE-FE-S_CLUSTER_BIOGENESIS,PGPT0030810-fdxA-K05524
AK237_01621	621	rlmE	COG0293	Ribosomal RNA large subunit methyltransferase E	ATGGCTCGCTCAAAAACCAGTAAAAAATGGATGGAAGAACACGTTAACGATCCTTACGTCAAAAAAGCGCAAGCTGACGGCTATCGTTCGCGAGCCAGTTACAAGCTCATTGAGATTAACGAAAAAGACAAATTGTTTCGCCCCGGCAGTGTGGTGATGGATCTCGGTTCTGCGCCGGGTGGCTGGTCGCAAATTGTAGCGCCGGTGGTGGGAGAGCATGGCCGGGTAATTGCCTCTGATATTCTGCCTATGGATAGTATTATCGGCGTTGACTTTGTTCAGGGTGACTTCACCGAAGAAGCAGTGTATGACCAAATTTTGCAGGTGCTTGGTGATGACCAGGTAGATGTTGTGGTTTCAGATATGGCGCCAAATCAAAGTGGCGTAAAAACCACTGACCAGTATGCTTCCATGCATCTGGTAGAACTCGCACTGGATATGGCGCGAAATGTACTGCAACCAGGCGGTAGCTTCTGCGCCAAAGTATTTCAGGGTGTTGGCTACGATGAGTATGTGAAAGACGTGCGCTCATCGTTTAATAAAGTAATCGTGAGAAAGCCTGCGGCGTCGCGTCCTCGTTCACGGGAAGTGTATCTGGTGGCGACTGGGTTTAAAGGTTAA	MARSKTSKKWMEEHVNDPYVKKAQADGYRSRASYKLIEINEKDKLFRPGSVVMDLGSAPGGWSQIVAPVVGEHGRVIASDILPMDSIIGVDFVQGDFTEEAVYDQILQVLGDDQVDVVVSDMAPNQSGVKTTDQYASMHLVELALDMARNVLQPGGSFCAKVFQGVGYDEYVKDVRSSFNKVIVRKPAASRPRSREVYLVATGFKG				NA	NA	NA	NA	NA
AK237_01622	741	trmL_1		tRNA (cytidine(34)-2'-O)-methyltransferase	ATGAAATTAGACGACGTAAAAAAACTGCATCAAAAAAAGTATCGTTCGCAGTTTGGTTTTTATTTAGTGGAAGGCGAACACCTGATCCAGGAATTGCAACGTTCACCATTAATGGATCAGCCCATCACCTTGTATACCACAGATGTTTGGCAAACCCGCGGTATCCGGTTAGATGAACGTTTTAATATCGTCACGCTTACCGAGCGGCAAATGGCATCATTGAGTGACACCAAAACCCCTCAAGGCGTTATTGCCAGAGTGCCACTACCCACTGCTGGTGCAGGGGAAACAACGTCTGGTAACGAGCGTTGTATTTATCTGCATGAAGTGCAGGATCCCGGTAATCTCGGTACCATCTTACGCTCGTTGGCCTGGTTTGGCCGTTTTCGTCTGCTGCTAAGCCCGAATAGCGTCGACCCGTTTAATTCCAAAGCGGTGCGTGCCAGCATGGGCGCGATATTTCATTTGCCGGTAGAGTTGGACGTCACGCTTGAGCAACTTCAGGCCCGGTTTGGCCGTTTTGCCTACCTGGATTTAAACGGCAGAAACATCAGTGATAACGCTTTTCGCGACTTTCCCTGCTATTTATTTGGTAACGAAGCCCGTGGCGTACCCTCACAGGCATTGCAAGACACCAACGCCGAAGCGTTCACCATCACTGGCAATGGGCATATTGAGTCATTAAACTTAGCCAGTGCGGTGAGTATATGCGCGTATCAGTTGTCACAGCCTGCGCACTGA	MKLDDVKKLHQKKYRSQFGFYLVEGEHLIQELQRSPLMDQPITLYTTDVWQTRGIRLDERFNIVTLTERQMASLSDTKTPQGVIARVPLPTAGAGETTSGNERCIYLHEVQDPGNLGTILRSLAWFGRFRLLLSPNSVDPFNSKAVRASMGAIFHLPVELDVTLEQLQARFGRFAYLDLNGRNISDNAFRDFPCYLFGNEARGVPSQALQDTNAEAFTITGNGHIESLNLASAVSICAYQLSQPAH				NA	NA	NA	NA	NA
AK237_01623	1005	rbgA	COG1161	Ribosome biogenesis GTPase A	GTGGCCTTACAATGGTTTCCGGGGCATATGCACAAAGCCCTCAAAGAAATAAAAGAGTCGATTAGTCAGGTCGATATTCTGATAGAAGTGCTCGACGCGCGTATTCCTTACTCGAGCGAAAACCCGGAAATCGCCAAAATCAGAGGTGAAAAACCGGTTCTTAAAATCCTTAACAAGTTTGATCTGGCCGATCCGGAATTAACTGCGCAGTGGCAGGCACATCTTGAAAGTGAGCGCGGCGTAAAAACCATTACAACCTCCAGTGACAACCCCGCCAACAGTAGACAAATCATTAAACTGATCCAGAGTATCTGCGCCCAAAAGCACGCGTCAGTTAAATCGATTAATGCCATGATCACCGGTATTCCTAATGTTGGCAAATCGACATTGATTAATATTTTGGCGGAGCGAGTGATTGCTAAAACCGGCAATGAACCGGCGGTTACTAAGTCGCAACAGCGGATTAATTTAGGTGGTGGAGTCGTACTGTTCGATACGCCTGGTGTACTGTGGCCCAAGCTGGAAAATCCCAACTCGATTTATCGTTTGGCAGCATCGGGGGCGGTAAAAAATACCGCAATGGAATACGATGATGTGGGCTTTTATGCCGCTGACTATTTAATTAAAGCGTATCCCAACGCCATGATGGATCGTTATAAGCTAGACGTGTTGCCCGATACTGAAATCGAGTTCTTAGAAGCCGCGGCAAAAACGCGCGGGGCAAAAATGGCGGGAGGCAGAGTAAATCTGCACAAGATTTGCGAAATTCTGCTCAACGAATTGCAGTCAGGCAAGCTGGGCCGCATTACGCTGGAAACGCCTGAAATGATTATTCAGGAAAAAATTGAAATGGCCGCCGCGGCGGAGAAAAAGGCGGCTGACAAAGCCCGGCGTAAGCAGAAGTTTAAAGAAGGCTCAATGACGCCAGATAAACTTGCCCGTAAAGAAAAACGGGAAGAGAAGCGGCAGGAACAGAGCCGACGAATGAAGCAAAATCGCCGCTAA	MALQWFPGHMHKALKEIKESISQVDILIEVLDARIPYSSENPEIAKIRGEKPVLKILNKFDLADPELTAQWQAHLESERGVKTITTSSDNPANSRQIIKLIQSICAQKHASVKSINAMITGIPNVGKSTLINILAERVIAKTGNEPAVTKSQQRINLGGGVVLFDTPGVLWPKLENPNSIYRLAASGAVKNTAMEYDDVGFYAADYLIKAYPNAMMDRYKLDVLPDTEIEFLEAAAKTRGAKMAGGRVNLHKICEILLNELQSGKLGRITLETPEMIIQEKIEMAAAAEKKAADKARRKQKFKEGSMTPDKLARKEKREEKRQEQSRRMKQNRR				NA	NA	NA	NA	NA
AK237_01624	1617	rcsC_3		Sensor histidine kinase RcsC	ATGAAATCAGCGCCTCTCCCCGAAAATGAAAGTGAACGACTGGCTGAGCTGTTAAGTTATGATGTGCTCGATACCGAATCAGAGCAGCTTTTTGATGATCTAACATTACTGGCTTCACAAATATGCCAAACTCCCATAGCGTTGATCAGTCTCGTGGATCCGAATAGACAATGGTTTAAATCACGAATAGGTATTGATTCACAGGAAACCTCCAGGGATATCGCATTTTGTTCGCACGCTATCTTACAAAAGGAAATTTTTGAAGTTTCCGACGCGCAAGAAGACCCTCGCTTTCATGATAACCCTTTGGTGAACGGAACACTCGGTATACGCTTCTATGCTGGTGCACCACTGATCACACCGTCAGGTTACGCGCTTGGCACTTTATGTGCCATTGATCAAAAGCCACGAACATTGACGGAGGAGCAACGAAGCTCGTTGCTCACTCTTAGTAAGTCTGTGATTGCACATCTTGAACTTAAGCGCAAAAACCGGGAGTTAGCGCGTACGTGTCAGTTTAAATCAGACTTTTTGTCATACGTTAGCCACGAAATTCGTACGCCGCTGAATGCAATCAATACATTTAGCCAACTGCTTGAAGGGGAAGCCAGAAAGCTCAACCTTCCTGAAAGCTTTACAACACCGTTGCAACACGTCAATAAAAGTGGTGAGCGTTTACTCGAAATTGTCAATTCAGTACTTGATATTAAGCAGATAGAAGCAGGAAAAATGCGTGTCATGCCGCGCTCCGTCTCTACACAGGACTTTTTCGTTCACCTGTTTTCATTGACTAACATTCGTGCGCAAGAAAGCAATATCCAATTTGTGACATTCATTGATGAAAACGTACCAGAGTATTTGTTTTTTGACGACACCAAGTTTGGTCAGGTTGCACTTAACCTTTTATCAAATGCCATAAAATTTACACCCAGAAATAAAACCGTAAAGGCTCAGGTTAAATACAAAAATAAAAAGCTCATTTTTAATGTGGTCGATGAGGGGATCGGCATGAGCGATGAAGACCAAAAAAGACTCTTCGCGCCTTTTGAGCGTATGGATAATGCATATCATATTAAAGGCACAGGACTGGGGCTAAACATTTCAAAGCGTCTTATTGAATTGATGGATGGCAGCATCAAAGTTAGTAGTAAACTTAGCGAAGGCACAAGGATCAGTATTTCAATGCCTACTGACGAGGTGAATGAAAACCAGTTTGTTGAAGAAAAGCCGCAAAGTGTGATAGCGCAAACGCTATTTGATAAACCAGTCAGTGTACTTGTGGTGGAAGATAACGAAATAAATCAAATTGTTGTCGAGACCCTATTCGGGAAGTTAGGTATACCTGTTTCCTTGGTCAGCACGGGCGAGGAGGGGGTCGAATACGTTAAATCCAATCCGGTTGATTTAGTCTTAATGGACTTAAACTTACCTGGCATTCAGGGTGACGAAGCGGCTGAGCAAATAAAGGCTTCACATCCATCACTTCCTGTTGTTGCGCTTACCGCAGATGTGGTTACAAAACCGGAAGTTTTACGTAAAAAAGGGCTGGACGCAGTGATGACTAAGCCTATTAATACCTCTGAAATGATTGACATGCTAAACACTTACCTGAGTTAG	MKSAPLPENESERLAELLSYDVLDTESEQLFDDLTLLASQICQTPIALISLVDPNRQWFKSRIGIDSQETSRDIAFCSHAILQKEIFEVSDAQEDPRFHDNPLVNGTLGIRFYAGAPLITPSGYALGTLCAIDQKPRTLTEEQRSSLLTLSKSVIAHLELKRKNRELARTCQFKSDFLSYVSHEIRTPLNAINTFSQLLEGEARKLNLPESFTTPLQHVNKSGERLLEIVNSVLDIKQIEAGKMRVMPRSVSTQDFFVHLFSLTNIRAQESNIQFVTFIDENVPEYLFFDDTKFGQVALNLLSNAIKFTPRNKTVKAQVKYKNKKLIFNVVDEGIGMSDEDQKRLFAPFERMDNAYHIKGTGLGLNISKRLIELMDGSIKVSSKLSEGTRISISMPTDEVNENQFVEEKPQSVIAQTLFDKPVSVLVVEDNEINQIVVETLFGKLGIPVSLVSTGEEGVEYVKSNPVDLVLMDLNLPGIQGDEAAEQIKASHPSLPVVALTADVVTKPEVLRKKGLDAVMTKPINTSEMIDMLNTYLS				NA	NA	NA	NA	NA
AK237_01625	855			hypothetical protein	ATGAAATGGAGCTTTTTGCTTTTAAGCATTTGGACTCAATGCGTTCTGGCTGATGTGGTGATAAGTAAAACCGCATTTACTGACAAATATATAGCTGTAGCGTTAGAAAAAGTTGAAGGATTAAAGGCGACGAAATCCGGGGAGCTTGAGGTTAAATTTGAGGGGGAGAATGGCGCGCGGAGCACCACGTTTCTCAATAATGCCTATGTTGCTTACACAAATGAACCTGAGTTTCTCGATCAAATTATAGACCACTTCACTGACTCGCTGGCAGAAGGTTTTCATCAACTAGACTCAAAACTGGTTGTTACCGACCATATACTTCCGGTCATAAAGGGCAAGGAATATATCAGTCAAATTAGTGCAATGATGAAGGAGAGAGGCGCGGATCAGTTCCCATTCTACTATGAAAAGTTGAACAACGAGCTGTTTGTTTTGTACGTAATTGACACACCTACATCAATGAATTTCGTATCGGAATCTATCCTGACTGAAAATGGTATAGATAAAAAGGCGTTACGCAAGATAGCAAAAACGAACCTGCGAGATGCCACCAAGCTTCAAACCCAGGGGATTTCTGATACTGTATCCATGCTTGTGGCAGACGGTATTTATGAAGCTTCATTCATTCTGTTTGACAGTATTTGGAACGAGACAGTGTTTCCTGTGAAAGGACGTATTGTTATTCACTTACTCGCCAGGGATGTAGTGCTGGTCACTGGCTCTGAAGAGGCAGAAGGGTTAGAGAAAGTGAAAAGCTTAATTCACGACCCTAACAATGAATGGCCAAATATGATTTCTCCAAAGGCGTTTGTACATTCAGAGCAGGGGTGGGAAGTGTTTGAGGATAAGTAA	MKWSFLLLSIWTQCVLADVVISKTAFTDKYIAVALEKVEGLKATKSGELEVKFEGENGARSTTFLNNAYVAYTNEPEFLDQIIDHFTDSLAEGFHQLDSKLVVTDHILPVIKGKEYISQISAMMKERGADQFPFYYEKLNNELFVLYVIDTPTSMNFVSESILTENGIDKKALRKIAKTNLRDATKLQTQGISDTVSMLVADGIYEASFILFDSIWNETVFPVKGRIVIHLLARDVVLVTGSEEAEGLEKVKSLIHDPNNEWPNMISPKAFVHSEQGWEVFEDK				NA	NA	NA	NA	NA
AK237_01626	423			hypothetical protein	ATGTTTACGGTCTATGCTTATTCCTTTGCAGGGTTGCTGGTAATTGCAGCGACCGTTTTTGTGCAAAACATCGTTGCAGCCGTCGCCCACAGGAAGCAATCAAGTTATATTCCGGGCAAAGTGAGCGATGAGTTAAGTCACGATAGCTTTGTATTCCGAAGCCATCGCACGTTTCACAACTCATTAGAGAACATCCATCAGTTTACTTTGCCGGCACTGATTTGTATTTTTCTTGGCGCGCCCACCACAGTACTCGCCGTACTGATTTGGTTATATGCTGCGGTGCGCATTATTCACATGTCGCTCTACTACGCAATAGCCACTGAGAAAAATCCCAGCCCCAGAAGCTACTTTTATATGATAGGCGTGCTACTCACTGTTGGCGTGTATGGTCTTGGCCTTTATGCGTTGTTCACGCCCTGA	MFTVYAYSFAGLLVIAATVFVQNIVAAVAHRKQSSYIPGKVSDELSHDSFVFRSHRTFHNSLENIHQFTLPALICIFLGAPTTVLAVLIWLYAAVRIIHMSLYYAIATEKNPSPRSYFYMIGVLLTVGVYGLGLYALFTP	PGPT0013170_23572	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	DETOXIFICATION_OF_PEROXIDIZED_COMPOUNDS,PGPT0013170-gst-K00799	NA	NA
AK237_01627	1524	norR_2		Anaerobic nitric oxide reductase transcription regulator NorR	ATGCTCAGGATGTGGCAGGAGGTGGGTCGGCACGGGACAATGCTCGATACTCTGCCGCGGGTATTCGCGATGCTTCATGCAGAGTCATCGGTAACGGCCTGCCGTGTTTTCGAAATAAGCCGGGAAGAGGGGGCCGTAAATCTCAAATACACGTGGCACTACCAGCGAGGTTTCCGTGCGTTGTATCGCAACCTGAATGTATCGCGGGCGGCTCGCGCTTCACTCTTGCCCTATCTTGATAAAAACACACAGGATGTTTTTCAACTTAGCGGCAATAGCAAACACGCCGAACTGGTCGCTTCCCTTCAAATCAATCAAGAAAGCTACCTGCTGTCTTTGCCACTATTGAATGGCCATTACATGCTGTTTTGCTTTGAGGCTGAGAACGCCGCTGACCGCACACTTTCAACGTTAATGCAGAGCCAACCCGTTTTTGAAGTGATGATGAGTAACGATTATCGCTTACGGGAACTTCAGCAGCTTCGCTCTGCGGCCGAGGCCGAGCGGGATTTACTGCTATCGAGATTAGGACGCACCTCTGTTTCTTCGGAATTAATTATAGGAAGTGATGGAGGGCTTCGGGGTGTAATGCAGCGGGTAAGCCAGGTGGCACCCACTAACGTGTCTGCTCTGTTGTTGGGAGAGACTGGGTCGGGTAAGGAAGTTATCGCCCGTGCCATTCATGAGCATTCATCCCGCGGATCCGGACCCTTTATTCGGGTTAACTGTGGCGCGTTGCCTGCTGAGCTGATTGATTCTGAATTATTTGGTCATGAAAAAGGCAGTTTTACCGGTGCTACCGGATCCAGGCGAGGGTGGTTTGAACGGGCTAGTGGCGGCACATTGTTTTTAGATGAGGTAGCAGAATTAACACTGCCTGCGCAAGTGAGGCTGCTGCGCGTACTCCAGGACGGAATTATTCAACGGGTTGGCAGTGAAAAATCAATAGATGTTGATGTGCGGGTGGTCGCAGCAACTCACCGGGATCTCGCATCAATGGTGCGAACAGGTGAGTTTCGGGAAGATCTCTGGTACCGGCTGGCGGTCTTTCCTATTATTTTGCCTGCCGTTCGTGACCGCCCGGAAGACATTGAACCTCTGGCGCAGCATTTCATTAAACGTGCTGCGCAGAAACTGGGTGTTCCCGCGCCAACATTAAAACCGCAAGATATTACCCGTTTGAAGCACTATGCGTGGCCCGGCAACGTCAGGGAGTTATCTGCCGTTTTGGAGCGGGCGGTTATTTTAGGTTATGGCAAAACGCTGGATCTGGAAAGCGCGCTGGGCGGTCAGCTTCTGCAGGAAAAGAAAGCGCCTGCTACGGTTGATGCACCGCAGCCGGTAGCACAAGATATCGAACCGCTGGATGACATTATCATTAAGCATATTCAACAGGCGTTAACGCAAACACACGGCCGCGTTGATGGAAAGCATGGGGCTGCAAAACTATTGAAGTTAAATGCTAACACCCTGAGAGGAAAACTCCGGCGCTACAATATTGATGCAAACCTGTTTAAGCAGTAA	MLRMWQEVGRHGTMLDTLPRVFAMLHAESSVTACRVFEISREEGAVNLKYTWHYQRGFRALYRNLNVSRAARASLLPYLDKNTQDVFQLSGNSKHAELVASLQINQESYLLSLPLLNGHYMLFCFEAENAADRTLSTLMQSQPVFEVMMSNDYRLRELQQLRSAAEAERDLLLSRLGRTSVSSELIIGSDGGLRGVMQRVSQVAPTNVSALLLGETGSGKEVIARAIHEHSSRGSGPFIRVNCGALPAELIDSELFGHEKGSFTGATGSRRGWFERASGGTLFLDEVAELTLPAQVRLLRVLQDGIIQRVGSEKSIDVDVRVVAATHRDLASMVRTGEFREDLWYRLAVFPIILPAVRDRPEDIEPLAQHFIKRAAQKLGVPAPTLKPQDITRLKHYAWPGNVRELSAVLERAVILGYGKTLDLESALGGQLLQEKKAPATVDAPQPVAQDIEPLDDIIIKHIQQALTQTHGRVDGKHGAAKLLKLNANTLRGKLRRYNIDANLFKQ	PGPT0000205_164	DIRECT EFFECT	BIO-FERTILIZATION	NITROGEN_ACQUISITION	N-AQUISITION-ATMOSHPHERIC_NITROGEN_FIXATION	N-FIX-HYDROGENASE_BIOSYNTHESIS,PGPT0000205-hyfR-K12146	NA	NA
AK237_01628	1395			hypothetical protein	ATGGCAATTTGGAAGAATCGAATAACACACAGCGTTGGCACGTTCACGCTACTCTTACTCTCAACATCATCGTTCGCAGCAACCCCCTTCCGCCTCGATACCGCGCTGGATATGCCTGATGGACTGTCGATTTCCGGCAGCGAGCGGGCGCGCTATGCAAAACTTAATAACCAGTTTCGCCCTCAACTTGGTGAAGACGCTGAAGCACTCAGTTTCAGAACACTTATTCACGCAACCTGGACAAGCGGAAACATAGAAACGGGCATTGAACTGCAAGATGCCCGCGCGTACTTAACCGATGAAAACAGTGGGCTGTCCACAATTGTTGTGAACGCAGCAGAGGTGCTGCAAGCCTACGTCGCGATGTCATATCGCGACGCCTTTTCAGAGGGCGATGCGCTGCAAATCACAGTAGGAAGACAAACATTTGATTTGGGTAGCCGACGTTTAATCGCACGAAACAGATACCGCGATACGATTCAAGCATTCAATGGTATCAGAAGCCACTGGAGCGACGGTGCCGATACCAATATTACCACCTTTTTTGTACTGCCTGTGCTTGCGCGCCCTGGTGATACGGCCAGTCTTGTAAACAACGACATCCAAAACGACAGGGAAGACATGGACTATCGTTCCTGGGGAATATTTTGGGAACAACGTAACCTTTTCAAGGCTGTAAATAGCGAGCTGTATGTCATCGGGCTGGACGAAAATGATGACAGCGATGTGCAAACCAGTGACCGCCAACTTTACACCGCAGGTCATCGCCTGATCAGAAAAAGTGGTCCGGGCACATGGGACACCGATATTGAAAACGTCTTCCAAACGGGCACGCGACGGCTAACCAGCGATCCTGCCGACACGACAACAATTGATGTCTTTGCGCATTTTCATCACGCAGAGCTGGGCTACACGTTTGAAGATACCTGGCGCTCACGGCTATCTGCTGAACTGGATTACGCTACAGGAAATAACAGTGCCGATCCTGAGCGCTACTCTCGTTTTGACAGCCTTTTCGGGCCACGGCGCACTGAATTCGGGCCGACGGGTATTTACGGTATTTTAGGACGGGAAAACATCATTTCTACCGGTCTTCGATACAGTGCCGCGCCAGCTCAGAACGTTGATTTTTTCATCAGTTGGCGGGCGAACTATCTTGAAGACACTACCGACACCTTTGCCCGCTCTGGCGTAAAAGATACGACCGGCGGTTCAGGGCGATTTGCAGGCCATCAAATAGAAGTACGGGCTCGCTATTGGCTCATTCCGGAATCGGTGCAGCTGGAACTCGGCGGCGCGTACTTTGACCAGGGACGATTTTTAAATACGGCACCGAATGCCTCCGGTAACGGCGATCCGCTCTTTTTATACACCGACCTCTCATTCCAATTTTAA	MAIWKNRITHSVGTFTLLLLSTSSFAATPFRLDTALDMPDGLSISGSERARYAKLNNQFRPQLGEDAEALSFRTLIHATWTSGNIETGIELQDARAYLTDENSGLSTIVVNAAEVLQAYVAMSYRDAFSEGDALQITVGRQTFDLGSRRLIARNRYRDTIQAFNGIRSHWSDGADTNITTFFVLPVLARPGDTASLVNNDIQNDREDMDYRSWGIFWEQRNLFKAVNSELYVIGLDENDDSDVQTSDRQLYTAGHRLIRKSGPGTWDTDIENVFQTGTRRLTSDPADTTTIDVFAHFHHAELGYTFEDTWRSRLSAELDYATGNNSADPERYSRFDSLFGPRRTEFGPTGIYGILGRENIISTGLRYSAAPAQNVDFFISWRANYLEDTTDTFARSGVKDTTGGSGRFAGHQIEVRARYWLIPESVQLELGGAYFDQGRFLNTAPNASGNGDPLFLYTDLSFQF				NA	NA	NA	NA	NA
AK237_01629	1014	sbp	COG1613	Sulfate-binding protein	ATGAAAAACCTACTCACTTACCTTCGTGCCCGCTCACTGGCTATCGTATTGCTGTTCGCATGTTCCCAATACGCACAGGCACAAGCGCTGTTGAATGTGTCTTACGATCCAACAAGGGAGTTATATAGCGAACTCAATCCTCTTTTCACCGCATACTGGAAAGAAAAATCCGGCGACACCGTTTCTATCAAACAGTCTCACGGCGGTGCAGGCAAGCAAGCCCGCGCGGTCATTGACGGTCTGCAGGCGGACGTCGTTACATTGGCGCTTGCCTACGATATTGACGCTATCGCAGAACGAACCGGCAAAATTCCCCGCGACTGGCAATCGAGACTTCCTAATAATAGCGCCCCTTATACTTCCACCATTGTGTTGCTGGTACGTAAAGGCAACCCCAAAGGTATTCATGATTGGGACGATCTGATTAGAAAAGACGTCGCAGTCATTACGCCCAATCCAAAAACCTCCGGCGGCGCGAGATGGAATTATCTGGCTGCATACGGCTATGCAAAACACAAATTTGGTAGTGATGAACAAGCCAAAGCGTTTGTCGGCAAGATTTATAGCAACGTGCCAGTGCTCGATACCGGGGCCCGGGGTGCAACAACAACCTTTGTTCAACGAGGCATTGGTGATGTACTGCTGGCCTGGGAGAACGAAGCATTTCTTGCGGTGAACGAGCTAGGTCAGGATAACTTTGAAATCATCGTGCCATCTGAATCAATAAAAGCTGAGCCGCCTGTTACGGTGGTGGATGGTAATGCGAAAAAGCACGGCACACTCGACATAGCAAACGCCTACCTCTCATTTTTGTACTCGCCGGAGGCGCAGAAACTGGTTGCCAGACATTACTATCGTCCCAGCCTGCCAGAGCACGCTGCCCGTGAAGATGTAACACGATTTTCCCCGCTAACGCTTTTTACCATTGATGATGAATTTGGCGGCTGGCAAAAAGCCCAAACTACCCACTTTGCTGAAGGTGGCGTGTTTGATCAAATTTACTCACCAAGATAA	MKNLLTYLRARSLAIVLLFACSQYAQAQALLNVSYDPTRELYSELNPLFTAYWKEKSGDTVSIKQSHGGAGKQARAVIDGLQADVVTLALAYDIDAIAERTGKIPRDWQSRLPNNSAPYTSTIVLLVRKGNPKGIHDWDDLIRKDVAVITPNPKTSGGARWNYLAAYGYAKHKFGSDEQAKAFVGKIYSNVPVLDTGARGATTTFVQRGIGDVLLAWENEAFLAVNELGQDNFEIIVPSESIKAEPPVTVVDGNAKKHGTLDIANAYLSFLYSPEAQKLVARHYYRPSLPEHAAREDVTRFSPLTLFTIDDEFGGWQKAQTTHFAEGGVFDQIYSPR	PGPT0003015_836	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-SULFATE|THIOSULFATE_TRANSPORT,PGPT0003015-sbp-K23163	NA	NA
AK237_01630	873	cysT_1	COG0555	Sulfate transport system permease protein CysT	ATGAGTTTTGTTAACCGTTCGCCCTTACCCGGCTTTTCCCTTACCCTGGGCTACACGTTAGTGTATTTAAGCCTTATTGTATTAATTCCTCTCGCTGGTGTGTTTATTAAAACGGCCGAACTGGGAGGTGAAAAAATCCTGTCTATCCTGCTGTCAGAACGCGTGTTGGGTGCGCTTACGTTATCTTTCAGTACAGCATTTGCTGCCGCTCTCGCGAACGCGGTGTTTGGTACATTAATCGCCTGGGTGTTTGTGCGCTATCCTTTCCCCGGAAAACGCCTTTTCGACGCGATGATTGATTTACCCTTCGCATTGCCCACCGCTGTTGCGGGTATTGCCTTAACCGCGCTTTATGCGCCAAACGGCTGGATTGGACAGTGGTTAACGCCTCTCGATATCAAGGTAGCCTTTTCCCCAACGGGTATTGTTATCGCCCTTGTGTTCATTGGTTTGCCGTTTGTGGTAAGAACCGTCGAACCGGTTCTGCGTGACCTGGATAAAGAGCTTGAAGAAGCCTCAGCTTCCCTTGGCGCAAGCCGTCTGCAAACGCTCTTGCACGTTGTGCTGCCGTCAGTGCTGCCTTCTTTACTTACAGGTTTCGCCTTAGCTTTTGCCCGCGGAATGGGTGAGTATGGTTCAGTTATTTTCATCGCCGGCAACCTACCCTATGTCTCTGAAATTGCTCCCTTACTTATAGTTATCCGGCTGGAAGAATTTGATTATGCAGGCGCGACTACGGTAGCGGCTGCCATGCTGGTTATTGCTTTTATCATGCTGCTTGTGATTAACGGGCTTCAGGCGTGGAGTAACCGTCACAAGTCCGTCTCCCGGGTACTGTCTCAGCCCGTCATTAATGGTGGCACCACAAAATGA	MSFVNRSPLPGFSLTLGYTLVYLSLIVLIPLAGVFIKTAELGGEKILSILLSERVLGALTLSFSTAFAAALANAVFGTLIAWVFVRYPFPGKRLFDAMIDLPFALPTAVAGIALTALYAPNGWIGQWLTPLDIKVAFSPTGIVIALVFIGLPFVVRTVEPVLRDLDKELEEASASLGASRLQTLLHVVLPSVLPSLLTGFALAFARGMGEYGSVIFIAGNLPYVSEIAPLLIVIRLEEFDYAGATTVAAAMLVIAFIMLLVINGLQAWSNRHKSVSRVLSQPVINGGTTK	PGPT0003000_518	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-H2S-VOLATILE_PATHWAY,PGPT0003000-cysT|cysU-K02046	NA	NA
AK237_01631	864	cysW	COG4208	Sulfate transport system permease protein CysW	ATGAAATCATCACTTATTTTCGCAAAACACAGCGCGATTACAGAAACCAAAGGGGTGCGCCTGTTCCTGATAGCGGTGTCACTGTCTTTTCTGATGCTGTTTTTATTTCTTCCTCTGGTGTCTGTCTTTGTTGAAGCATTGCGTAACGGCGTACAAACATATGTTGATGCGCTTAGCGAGCCTGATGCCCTCGCTGCCATCAAACTGACACTGATAGCCACCAGCATTTCTGTACCTCTCAATCTGATTTTTGGGGTTGCCGCTGCCTGGGCGGTTGCCAAATTCGAGTTTCGCGGTAAGGCCTTTCTTATCACCCTGATAGATTTGCCTTTCTCTGTCTCCCCCGTGGTGGCCGGGCTTATTTATGTATTGATGTTCGGCAGCAGTGGATGGGCCGCCGGTTGGTTGGCCAGCACGGATTTACAGATCATTTTCGCGCTTCCCGGTATCGTACTGGCGACGCTATTTGTCACGTTTCCCTTTATTGCCCGCGAACTTATACCGCTTATGCAAGAGCAAGGTACCGATCATGAACAGGCTGCTCTTTCCCTTGGCGCCACGGGTTGGCAAACATTCTGGCACATTACACTTCCTAATATCCGCTGGGGTTTGCTTTACGGCGTGTTGCTATGTAACGCCAGAGCAATGGGTGAATTCGGTGCCGTGTCAGTGGTGTCCGGTCACATCCGTGGCGAAACCAATACCATGCCGTTGCACGTGGAAATTTTATATAACGAATATAACTTTGCCGCGGCGTTTGCCATGGCGTCGGTGTTGGCATCATTGGCCTTATGCACCCTCGGCTTAAAGGCATTGTTAGAAATCCGGTTCAGCGATGGCCTCGCCAAACGCGCAAAACACTGA	MKSSLIFAKHSAITETKGVRLFLIAVSLSFLMLFLFLPLVSVFVEALRNGVQTYVDALSEPDALAAIKLTLIATSISVPLNLIFGVAAAWAVAKFEFRGKAFLITLIDLPFSVSPVVAGLIYVLMFGSSGWAAGWLASTDLQIIFALPGIVLATLFVTFPFIARELIPLMQEQGTDHEQAALSLGATGWQTFWHITLPNIRWGLLYGVLLCNARAMGEFGAVSVVSGHIRGETNTMPLHVEILYNEYNFAAAFAMASVLASLALCTLGLKALLEIRFSDGLAKRAKH	PGPT0003005_1285	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-H2S-VOLATILE_PATHWAY,PGPT0003005-cysW-K02047	NA	NA
AK237_01632	1116	btuD_2		Vitamin B12 import ATP-binding protein BtuD	ATGGATATCACGCTTCATAACATCACCAAACACTTTGGTCAGTTCCACGCACTGAACAACATTAATCTTGATATTGCTTCTGGGGAATTAATCGCGCTTCTGGGGCCTTCGGGGTCTGGCAAAACAACACTATTGCGCATTATTGCCGGGCTTGAATTTGCCGATGCCGGCGCGGTGTATTTCGGAGGTGAAAACGTTATCGACACGCCGGTACATCAACGCCAGATTGGCTTTGTCTTCCAGCATTATGCGCTATTTAAACACATGACCGTCCGCGATAATGTGAGTTTTGGTCAGCGTGTCCGCAAAGACAAACACCGCCCCTCGAAGCAAGCCATGCGGGAACAAGCAGATGAATTGCTGGAACTTGTACAGTTGCAGGGGCTCGGCGATCGCTACCCTCATCAGCTTTCCGGTGGTCAACGCCAACGGGTTGCGCTCGCCCGCGCACTGGCTATTTCACCAAAAGTGTTGCTGCTCGATGAGCCCTTTGGCGCACTTGATGCCAAGGTGAGAAAATCGCTAAGGCAATGGCTGCGTGACATTCATCACAGAACTGGCGTGACAACCCTTTTTGTTACTCACGATCAGGAAGAAGCCCTCGAGCTCGCCGACAGAGTTGTCATCATGAGCGGTGGAAATATTGCGCAAGTGGGCTCTGTGGAAGATGTGTACGAACGCCCTGCTTCGCCCCTCGTGTTTGATTTTCTGGGAAGTACTAACCGCATTGAAGTTAGCCGTAAAGGGGATTTTCTCTTCTGCGGGGATGAGCGCATAGCACACTATAAAGGCAGTTACACAGGCAAAGGCTCGGTGTACGTCCGTCCGGGCGACCTTCGTATCGCCAAGGCTGAAGAAGATGGCATTCAGGTCGTTTTTCAACAGGTTCAGCGAAATGGCCCCCTGGTACGAGCGACGGCATCGGTCATTCAAACCGGTGCCACTATTTCGTTGGAAATTCCCCATTTGCACTACGACGTTAATTTGATTCAGCCAGGCGCAACGCAGCGCTTGAAGTTGCTGCAATTCAGTTTATTTGATGCATCGAAGGAAGCACCGATCGCGGATACAGATACGCCTGTGCTGGTCGGCAGAGAGCGAATTAGGCTCGCGTAA	MDITLHNITKHFGQFHALNNINLDIASGELIALLGPSGSGKTTLLRIIAGLEFADAGAVYFGGENVIDTPVHQRQIGFVFQHYALFKHMTVRDNVSFGQRVRKDKHRPSKQAMREQADELLELVQLQGLGDRYPHQLSGGQRQRVALARALAISPKVLLLDEPFGALDAKVRKSLRQWLRDIHHRTGVTTLFVTHDQEEALELADRVVIMSGGNIAQVGSVEDVYERPASPLVFDFLGSTNRIEVSRKGDFLFCGDERIAHYKGSYTGKGSVYVRPGDLRIAKAEEDGIQVVFQQVQRNGPLVRATASVIQTGATISLEIPHLHYDVNLIQPGATQRLKLLQFSLFDASKEAPIADTDTPVLVGRERIRLA	PGPT0002990_64	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-H2S-VOLATILE_PATHWAY,PGPT0002990-cysA-K02045	NA	NA
AK237_01633	153			hypothetical protein	ATGTCAGACATTAACATCGACGATAAAATTAAAGAAACAGATATCGATTTTGAAGTTATTGAAACTACTGAAGCAACAGCTTTGGAAGAAATGGGAGCATCAACGACTATCGATGCAGGTTCAACTTGTTCAAGCAACAACGTTTTAAATTAA	MSDINIDDKIKETDIDFEVIETTEATALEEMGASTTIDAGSTCSSNNVLN				NA	NA	NA	NA	NA
AK237_01634	153			hypothetical protein	ATGACTGACCAAATAAAAAATGAAGTATCTGATGTAGAAGAGTTAGATTTTGAAGTTGTAGAAATGAATGAAGCAACTGCTTTAGAAGAGATGGGCGCTTCAAGCACTATTTCTGCTGGCTCTACCTGCTCAAAACAAGAATCTTTAGTGTAA	MTDQIKNEVSDVEELDFEVVEMNEATALEEMGASSTISAGSTCSKQESLV				NA	NA	NA	NA	NA
AK237_01635	150			hypothetical protein	ATGAATGATCAAATTAAAAATGAAGAAGTAAAGGCCGAAGAACTGGATTTCGAAGTTGTAGAAATGAATGAAGCAACTGCCTTAGAAGAAATGGGCGCATCAAGCACCATTGCTGCTGGCTCTACTTGCTCAAAACAAGATTTATTATAA	MNDQIKNEEVKAEELDFEVVEMNEATALEEMGASSTIAAGSTCSKQDLL				NA	NA	NA	NA	NA
AK237_01636	150			hypothetical protein	ATGAATGAACAAATTAAAAATGAAGAAGTAAAAGCGGAAGAGCTGGATTTTGAAGTTGTGGAAATGAATGAAGCAACTGCCCTAGAAGAAATGGGCGCATCAAGCACTATTGCTGCCGGCTCTACCTGCTCAAAACAAGATTTATTATAA	MNEQIKNEEVKAEELDFEVVEMNEATALEEMGASSTIAAGSTCSKQDLL				NA	NA	NA	NA	NA
AK237_01637	153			hypothetical protein	ATGAAAGATCAGATTAAAACTGAAGAAGTAAAAGCGGAAGAGCTGGACTTTGAAGTTGTGGAAATGAATGAAGCAACTGCCTTAGAAGAAATGGGCGCGTCAAGCACTATTGCTGCTGGCTCTACCTGCTCAAGACAAGACGTTATTGCTTAA	MKDQIKTEEVKAEELDFEVVEMNEATALEEMGASSTIAAGSTCSRQDVIA				NA	NA	NA	NA	NA
AK237_01638	1557			hypothetical protein	ATGAGATCTAATTTTAAATTGCGCCCCGACATATTCATCCAGCGCGCACCTGGAAAATTAAGAATACATAGAAACAAAAACAACTTCATAATCAACTTAGACAATAAGATTATTGACCAAACCCTGGCATTTCTAGATAAATTAAATGGAGCTACATGTGTTAAAAGCGAGTTAGAAAAGCTTCCCAATGAAAACCAAAAATTCTTGCAAAACTTCATTGATTTTCTGATCAAGAAAGACCTGGCATTTTGGATTGAAGAGTCAAAAACTATAACCGACAAAAATTTATCTTTGATCGAGCGATACCTAAGTCAACACACAAAAAACACTCGCGTCGCTTATCAGAATTTTCGCGATAAAAATTTTCTCTTAATAGCGGATGACATTACATTATTAGCGCTACTTAGAACATTTGCAGAGTTTGGCGCAAAATCTGTGAATTTCGTCATTAGCGACAGTTCATATCACGTTAACTCAACGTCACTCATCGACATGTTTAATGATAATTCAACGTGTCAAACGGCTAAAGTTAAAGAAGTAAAATTATCATCACTATGCACCAGTAATCCTTACGATGTAATTGTAGGCACAAACCTTTCTATCATGAGTGAATTACCGGTAAGGAAAGGTCAGACGCAATATTGTACCCGGTTCTCTAGCCAACAATTAATATTAAGCAAAAAGCGTCTGCCAGACACAGAATACTCAGATCTGCCAGCCAAAACTCATCGACTTATTGCTGGCTCCGTTATTGGCACGACTATTTTTGATGACATTACCGGAGTTCGACCTTTTTCCTCTCATGAATATGCATATTATGCGCTGGACGCCACCGATGTCATACGTTTCGCTAAGCATCAAGCGCTAGCCCCGTTAACACCTTCAGTTAAATCGACTACTGCTGGCACGCTAGATGTAATAGGTGACTTGGCGACACTGACGAAAGAGCCGCTCTTCCCGGTAGTTAACTGCGTTCAGCAACCTCACGCGGTAGATTTGATAGCAATTCAGAAAGTGACGATTACACGGGACATAGCAGGCGAAGCGACAACAGTGAGTTATTACGGGATTGGATTTGACGAACCTCAAGCTCGTACAGACGCATTAGAAAGCTACGTGGTAGCAGAACAGATGTGGATTGAGAACGACGTAAATTATCCACGGATTCTCCAGCGTTTTGACGCGAAGACCGCAGTCCCCACACTACGCCTTGTATCCGGCCATTCAAATTCATCTCGCTCCATCACATTTTCAAAACAAGCTGAATTTATCCGTTTCTGTATCAAAACCGCGTTTCAAACTGATATTTCAGTTGTGGTGTCGGAGTCCGAGGGCAAAGACTTCCTGCATATCCAAGCCGGACAATTAGCAGTGCATGGCTTAACCAGCTCAAATTATGAGCAGCACATCGAGCGTTTACTACTTCGTTTGTACCTGAATTTGTGGCTAGAAGAAAATCGACGAACCGTCGTTCGAAACGATTATGTTGCTAATTCCCCCCTGTTATTGACCCGAGAAGCGAACAATGGACAAAGTAAAGAAGCTTCAATCGCTTAG	MRSNFKLRPDIFIQRAPGKLRIHRNKNNFIINLDNKIIDQTLAFLDKLNGATCVKSELEKLPNENQKFLQNFIDFLIKKDLAFWIEESKTITDKNLSLIERYLSQHTKNTRVAYQNFRDKNFLLIADDITLLALLRTFAEFGAKSVNFVISDSSYHVNSTSLIDMFNDNSTCQTAKVKEVKLSSLCTSNPYDVIVGTNLSIMSELPVRKGQTQYCTRFSSQQLILSKKRLPDTEYSDLPAKTHRLIAGSVIGTTIFDDITGVRPFSSHEYAYYALDATDVIRFAKHQALAPLTPSVKSTTAGTLDVIGDLATLTKEPLFPVVNCVQQPHAVDLIAIQKVTITRDIAGEATTVSYYGIGFDEPQARTDALESYVVAEQMWIENDVNYPRILQRFDAKTAVPTLRLVSGHSNSSRSITFSKQAEFIRFCIKTAFQTDISVVVSESEGKDFLHIQAGQLAVHGLTSSNYEQHIERLLLRLYLNLWLEENRRTVVRNDYVANSPLLLTREANNGQSKEASIA				NA	NA	NA	NA	NA
AK237_01639	1695			hypothetical protein	ATGGACAAAGTAAAGAAGCTTCAATCGCTTAGTAGAGCAGATTGTTTACTAAACACCACTCCGCTAAAGGTGGACTTTTTAAGCTCAGTCTCTACCCAACAAGCGAATAATGACGGGCACCGGGCAGATGTGCTGGTGGTCGCCAATGCAGATTATCTCCTGATTTTTCCAAATCAGGGAAATATCGCTAATGTCCTCTCAAGGCTTAGTGCTATTAGTCAGGATATGACCGTTTTTTCCCGCAGGGAATTAACATGGAATGTCGATGCCAAGCTGAAGCAAGCTTATATTTATACCTTGTTGCAGGCCAATCTCGACATTCAGTATGACCGTTCGCCAACAGGGGTCGTCTATATTTATATTAACGGAATGTTTCAAAAGCGATTCTTCCCCGCTGTTCTCGCGCGTGCTTTCGAAACTGCCGATATCAATATTCACCGAACGTATGATGAGCGCTTGTTCAATCCCAAAACCACGGCGATATCCAGGGCGTTCGGTGAGCATTCACTGGCAAACCTGATTATTCATTACGATAGTGCTGGGGGAAGTTGCTCGTGTTTCGATAATAAACTCAACGTCATAGGAATTGGCAGGGGCACCACGAAGAGGATGCTTTTGCTGGGAGCAATATATGAATACCTAGAGCGACGCGTGAGTGGTGAATTACCCACTGAACGTCACACGGCTTCATTAAAAACGACCGACAGTAGCTACCTTTCACCTGGTAAGCTCTATGCCTGTACGGATGAAGAACACGCGGTTTTCTTTCCCCGCTTTAGTGCCGATAAAACTATAGAATGGGTGAAGGGTATTGATATCCAGACACGAAGGACTGTCTGGTTGCCTGCTGCAATGGTCTATTACCTGGATGTATCCCAACCCAAGTTTTCATTTAACACCAATAGCAATGGTTGCGCATTGGGCAATTCGGTTTACGAGGCGCTCTATTATGCATTATTAGAGCTTATCGAGCGCGATGCGTTGCTTGTAACCTGGTATACGAGATCTTCACCTGTCCGGCTAGTATTAGATCAAACCTTGCCCTCCAGTACGAATATCCAGATCAAAAAGATGGAATGTGAAGGATATGCCGTTCATCTGTTTGATATTTCGAATGACACTCGTACTCCCGTTGTACTCGTAGTTCTCGAAGGCCAGAAAGACGATTCGATGGCAGCGTTTGTCACAGGCAGCGCCCATACAAATCCGCTAACGGCTGTAGAAACGGCGGTAGCAGAAGCCTACTCATTGTTTCAATTGTGCGAACGCAATTATCTTAACCCCAAAAAGCATGATGGATCAGGTCAAAGTAATACAGAGCAATACTTTGTTTATGCAGATCCGAAGAATAAAGACAAGTTTGATTTCATTTTCTCTACTCCGCATTCACAGCGCCTCGGCGATTTTTTAAATCATCATCAGTATCCGACGACGAAAAACTCTCCCTTGGATTTACTGTTAACCCATTTAACTAATGCCGGTTATCGACCGGTTTATACAGAAAATTGCCCCTCTTACCTGAAAGATTTGGGGCTGACCTGGGTGCGCGCTTACGTACCAGAATTTATAAATCTGGTCTTCGGAGATAACCCTGTTTACGTCTCTCCAACGCGCATAAAAAAAGCTTCGGCCTATCGACGCTGGATCAACAATTGTCGCGTTGATTCACAACCTATATTACATCCACTGGGGTGA	MDKVKKLQSLSRADCLLNTTPLKVDFLSSVSTQQANNDGHRADVLVVANADYLLIFPNQGNIANVLSRLSAISQDMTVFSRRELTWNVDAKLKQAYIYTLLQANLDIQYDRSPTGVVYIYINGMFQKRFFPAVLARAFETADINIHRTYDERLFNPKTTAISRAFGEHSLANLIIHYDSAGGSCSCFDNKLNVIGIGRGTTKRMLLLGAIYEYLERRVSGELPTERHTASLKTTDSSYLSPGKLYACTDEEHAVFFPRFSADKTIEWVKGIDIQTRRTVWLPAAMVYYLDVSQPKFSFNTNSNGCALGNSVYEALYYALLELIERDALLVTWYTRSSPVRLVLDQTLPSSTNIQIKKMECEGYAVHLFDISNDTRTPVVLVVLEGQKDDSMAAFVTGSAHTNPLTAVETAVAEAYSLFQLCERNYLNPKKHDGSGQSNTEQYFVYADPKNKDKFDFIFSTPHSQRLGDFLNHHQYPTTKNSPLDLLLTHLTNAGYRPVYTENCPSYLKDLGLTWVRAYVPEFINLVFGDNPVYVSPTRIKKASAYRRWINNCRVDSQPILHPLG				NA	NA	NA	NA	NA
AK237_01640	1218			hypothetical protein	ATGAATGAATCACAATCGCTTGCCATTAACGAGTTTTCATTTCGCTATTTATATCCACTGCGCGGTAAAGAGGACGCCACCAGACCGTTAAATCGCCGTGAAAAACGCTCGCAATTTTTTTCAGGGAAATCTGTTCACCGGCAGGATGTAAGTCATATTGTCCTTGCCGCTCTGCTGAACACCCCCTGTCCTGCTAACGACAAACTTACGCAGCTAATTTATGCAATCAGTCGTACACATTTACCGAACTATATTACGCCAGACTCACAATATGGCAGGCACTGTGACTATCCGTCTCCGCGGTCATACTATCCATTGAAAATTATTATCTTTCGAAAAAACGGCAAAGAAGGAAAATACTTTCACCTGGATCTTGAAACATGGTCACTGAATGAAGTAAATCAGCCTGAAGGTACGCAGGAAAACACTTTGGAAGATAACGATTTTATCGTCCAGACTGACTTTTCAATTTATAACAAACTTTACAATCGATTCAGATACGGTCTGTTTGCGTTAGAGACAGGTCATTTTCAGCGAGCACTGAGTCGTCACCTTCGCGGGCTGGGAAACCATTTGACCCTCTCCTACTCAGGTTCACAATTTATTGGCCGGATTGGAGACAGTTCACAACCCAATGCGACAACTCTGAACTTATCAAAACGAACGGCTGGCTTTTTTCATTATGGACTTTTTCCCGAGCGGATCCCTGATGAGGTTTTAGATTTCAAACGAATATCAACAGCCTATCATCGCTTGAAAGCAGACTACTTAAAGCACCACCCCGACGCCATCAAAAGTGGAATAGAACTGAAAGTCGTTGTCGACAATACGCAAGCAATAGCGCCCGGCCTTTATTCAGTGACGAAAGACGGCCTGATGCTGGCGAAAGAAGGCCATTTTATGTCGATAGTGCAAGACGCCTACAACTACCAGAATTTTTCTTTTACTTTTAGCTCCTGTGTGTTCTTTTTCACGGTTAAAGAGACTGCGTTTGAAACCAACGATAGCTGTGTAAAGACCAATCAATCGCTCGGTTATCTGTCGCAATGTTTAATTGAATATTTTACAGAAGCCGAACTCTTTGCTCGTCCCTTCAGAAGCTATGACCAGTTAACAATCGATACCTTTCTTAGCGAAGCGTTTCCCGATTGCACAGCTTATTACGGGCTGTTAATAGGGAAAAATCGTGCAGCGCAATCTTTAGGAGCCATCCAATGA	MNESQSLAINEFSFRYLYPLRGKEDATRPLNRREKRSQFFSGKSVHRQDVSHIVLAALLNTPCPANDKLTQLIYAISRTHLPNYITPDSQYGRHCDYPSPRSYYPLKIIIFRKNGKEGKYFHLDLETWSLNEVNQPEGTQENTLEDNDFIVQTDFSIYNKLYNRFRYGLFALETGHFQRALSRHLRGLGNHLTLSYSGSQFIGRIGDSSQPNATTLNLSKRTAGFFHYGLFPERIPDEVLDFKRISTAYHRLKADYLKHHPDAIKSGIELKVVVDNTQAIAPGLYSVTKDGLMLAKEGHFMSIVQDAYNYQNFSFTFSSCVFFFTVKETAFETNDSCVKTNQSLGYLSQCLIEYFTEAELFARPFRSYDQLTIDTFLSEAFPDCTAYYGLLIGKNRAAQSLGAIQ				NA	NA	NA	NA	NA
AK237_01641	2436			hypothetical protein	ATGACACTTCCGTATGTTGTAGTACGTTCAAACAATATCGCGTTGTCACATATTGACGCGCTCACCCACTCTGAAACAACCGCCAAGCTGACTGCGCAACTGAACGCTATGCGCAATGAAGAGCAGAGTACGCGGTCGGCGTTAACCGAGGAGCTCTATAAGCTGGCTGGGGACAATCACCCCGATTTTCGCCAATTACTGGCATTAAAAGCAAAACTGGTAAATGACAAATTCAGCGACGCCGATGAAGCAAAATTTGCTCCTTTGATCCATTCATTGGAAACCGGCACGCGCTGGCTAAATGCCTATCAGGATTTACATCAAACTCGCGTGGCGTATCGTCAGGAATATCAAAGAGCGTGCGAAGCGTCCAGGGCGTCGATCAAATCATTATTAGACGATCAGAGCTTTTTAAAATCGATTTCTTTCACCAAGGGAAATATTTCGGGCATTACCCACCGATATCGCGCCCATGAAGGAACCTTTAATAAAAAAATCCTTAACGATGAAGACACGCTGATAAAGTACCTCACCCGCTCGATTGTCAAAGTAAGTCCCTTTTCAGGTTTTACTTCCATCGGATTTAGCAAAGTTGCCGAGAAGTCGCCGGTTACATTGAATCGTCAGACGGGATTTAAAGACCGATTTTCGCTTGATCGCTCAGTTTTTTTGAAAATTTTCGATGCGTTAGTGATCCACAGTAAGCACCCCTGGGAATATCGCTTTTCCAACAATGTAAACGATGTGGACGGTGACACCTACATCTACTCATTCGGTGACAACAAATCGATTTATCCATTCCGGTCAGCATTAGTTAAATCGAAACTACCTAAGCTCAATATTGATATAAATGATACATTTAGCTATTCATCGCTTGAAACACTACTCGGGTCGAGGACAGAAGAGAAATTCGCATACCTCATCGACAACGGTGTTCTCCTTTTTGATATTCGCCTTGATGATCAGGCTGACGACATCCTTAAGGATTTTAAGAATAAACTAAGCATCCTTAAATCCCGAGGCTGGAAGTTTGATGAGTTTGAAAAACAACTCGATATCATCCATCAGATTTTTTTGAATCTGCCCACGGTTCCGGTAAATGCAATAAGCCGTAATGTCGATGACCTTACTCAACACATTCACCAGCTAGGGAAGCTGGTTAATTACGTGTCAGCGAAACAAGGTGGCATCGTCTATCATGACACACTTCATGACTCTGTAAGCAGTATTGAAAAGCCGTTAGTTGAGCGTTTTGCAAATCAGGTATCTGAATTTATTACGCACTATACGGGCGTTAATTATGATGCCGGACTTTCTCACACGCTTATGTCCTCCTTGCGGGAAAGCATGCTCCCAAACAAACCTTATTCGCTGTTTGAATTTTACGATTTGGCAGTTAAATCTCTGAATCAGCGACATACCGATCCGAAGGGAAATGTAGGTGAAGTCTCTCGCTTGTTGCAGTTTTATCAGTATCTTTGGCAGCACCGGGACAGCAAAACGCTGTCGCTGCAGCCAGTCTCCTTACCAGAAGGTAAAGAACATACACTCTCCGCTTATGGTCATGTCGACAAGGGAAAATTCATTCTTAATAGCGTAGATGGTGGATATCTGCGTGTCTGGTCGCGCTTCTTCACGTTTAACGAAGATAACGCCGTGTTGAATGCCTGTGTAAAAGCTTACAAAGGCGCGCTGGCAAACGCTTATGATTTCTATGATACGTTTGGTTTTAACACTGGTCGCAGACCGCGTCTGGCTAAAAAACGTATCTGCCTTGAGCAGTCTGATATACAAACCGAAGGTGATCTCTCGTTAAATCAGCTAGTGGTGCGATGGGATGAGGATCAAGACCGACCTCGTCTATTCAGTAAAGTCGACAATTCGGAAGTGGTACTTCGCCACACCGCTTTATTCGTTTCGCAACTTTATCCAAGATTGCTGGAAGTACTAATGCGTTTTTCGATGATGGAAAAACAATCTTTCTTTGCGCCACGATTCGGCATCTACGACATGGTTGTTCAAAGAGGAAATGAGCAATCTGTCAGTCTTCCCCGGGTTGTCTACAAAGATATTGTGGTATCACGCCGACAATGGTGGTTTAAAAAATCGCTTGTCCCTGTCAAATCTCCCAGTGAGAATTTTGACGACTATTTATTACGCTTGGATACCTGGCGTCTGGAACATGGAATGCCAGGAAGGGTATTTGTTCGACGGCATGCCAAGGACAAAGTTCTGCAAAGAGATATTTCAAACAGTAAAAAGCCCTTGTTTATCGACTTTCACTCACCAGTGATGTGCCGACCGGTGTCCCGGGTTATGAATTCGACGTACGATTACATCTCATTTGAGGAGATGTTGCCTGACGCAACCGACGATTTCATGCAGGTAGGTGCTGACAGATATGCTTCGGAAATTATTGTGGAAAAGGTGGCGTAA	MTLPYVVVRSNNIALSHIDALTHSETTAKLTAQLNAMRNEEQSTRSALTEELYKLAGDNHPDFRQLLALKAKLVNDKFSDADEAKFAPLIHSLETGTRWLNAYQDLHQTRVAYRQEYQRACEASRASIKSLLDDQSFLKSISFTKGNISGITHRYRAHEGTFNKKILNDEDTLIKYLTRSIVKVSPFSGFTSIGFSKVAEKSPVTLNRQTGFKDRFSLDRSVFLKIFDALVIHSKHPWEYRFSNNVNDVDGDTYIYSFGDNKSIYPFRSALVKSKLPKLNIDINDTFSYSSLETLLGSRTEEKFAYLIDNGVLLFDIRLDDQADDILKDFKNKLSILKSRGWKFDEFEKQLDIIHQIFLNLPTVPVNAISRNVDDLTQHIHQLGKLVNYVSAKQGGIVYHDTLHDSVSSIEKPLVERFANQVSEFITHYTGVNYDAGLSHTLMSSLRESMLPNKPYSLFEFYDLAVKSLNQRHTDPKGNVGEVSRLLQFYQYLWQHRDSKTLSLQPVSLPEGKEHTLSAYGHVDKGKFILNSVDGGYLRVWSRFFTFNEDNAVLNACVKAYKGALANAYDFYDTFGFNTGRRPRLAKKRICLEQSDIQTEGDLSLNQLVVRWDEDQDRPRLFSKVDNSEVVLRHTALFVSQLYPRLLEVLMRFSMMEKQSFFAPRFGIYDMVVQRGNEQSVSLPRVVYKDIVVSRRQWWFKKSLVPVKSPSENFDDYLLRLDTWRLEHGMPGRVFVRRHAKDKVLQRDISNSKKPLFIDFHSPVMCRPVSRVMNSTYDYISFEEMLPDATDDFMQVGADRYASEIIVEKVA				NA	NA	NA	NA	NA
AK237_01642	1410			hypothetical protein	ATGAATAACGTAGAACTCACAAGTAAAGACATCAATAAAAGTCTTTTACGGTTTTCAGGCCCATTGCTGCTTGTTTCAGCAATGGGTTATCTCGCGGTCTTTATTGACCTTAGTTGGTTAATGCTTCTGACCAATTACGATGGGCTCCCCTCAGTGTTGAAAGTTTCAGTCACGACAGTGGGCCTTGTGGAATCAATATTTGCCGGAATTCTCAGTGCAATTTATATTTTTGCGAATAAGCATTTCGGTGAAGGCGACTTGACTAAAACTCAGCACCTTATTGCTACCGGCTTTGGTTACTGTGTACTACTTGGTATTGCAGTACCGTTAGTCGGCTCTTTGCTGGGGGACGGGCTCACATCCCTTTTCAGATTAAACATTTCCCAAGCTGATTTAGTCAGTCGATACCTCACCGTTTTCTGGGTGGGCTACTGTGCAATTTTACTCGATATCTACACCGGTCTATTGCTTAAAATGTCGGGCAATGTAAATGCAATGATTAAATTAAAGGTATTTGCGTTCGTTGCTAACCTTTGTATTACTCCAGCCTTCATATTTACTGCCATGCATTATGGATACGATCCTGTAAAAGCTGCCGCATTGTCTACGGTAATGACCCGCTTATTCAGCTTTTCGATGAGCATTTATAAGATTCGGCAACTGGAGGTGTTTCCTTTTCCGCTAGGTATAACATTTCGTCCCATTCGTTCCCTGATTAAGTGGAAAGCGCTCCTGGCCGTTGGCGTTTCGGAATCTTTCAACGCATTGTCGTTGTCACTATCTTTCTTCCTGTTTTTTATGATCGTTTCTTTTTATCAACGTCATGTTATGGAAGCGGTAGTCATTTCCCAATACGTCACCGGTTTTATTCAAACACTACTATTAGGTGTAATGGGTGGACTTATTCCATTTGTCGCTCAAAATTCCGGGAAGCAAGAAAATAACAACATCGTACTGGGCGTAAACTGGATGGTGTTACGCGCATTTATTGTTGGCGTCATTCTCATGATCCCATTCATGATTTTCGCCAAGCCTTTTGCAGGTTTGCTAAGTGCTGATCCTTTCATGCTTGATCAGGTGCAACTTTACGTAATGATAACCGCCATTCCCTGGGTATTTCTCCTGGCTTCCTTTGCCTACATCTTTGCAGTAATCGGTTTAGGCGACTCAAAAGGAATACTGTGGATGACAATCTGGTCCATGTATCTTTCCACGTTGTTACCTCTGGTTATCACCCTACACCTCTTTGGCGACAATACACTTCACATGGCTATTGCCGTCGCTGTGTCATATGTACTTACTTTCTTCGGATGCTGGGCTTACTACTACCTGAGTTTCTCGCGGAAAATCGGCTTGTCAGAGCCATCCGTCAGTTCAGAAGAAGTCATGAAAAAGGAGCAATTCGCATGA	MNNVELTSKDINKSLLRFSGPLLLVSAMGYLAVFIDLSWLMLLTNYDGLPSVLKVSVTTVGLVESIFAGILSAIYIFANKHFGEGDLTKTQHLIATGFGYCVLLGIAVPLVGSLLGDGLTSLFRLNISQADLVSRYLTVFWVGYCAILLDIYTGLLLKMSGNVNAMIKLKVFAFVANLCITPAFIFTAMHYGYDPVKAAALSTVMTRLFSFSMSIYKIRQLEVFPFPLGITFRPIRSLIKWKALLAVGVSESFNALSLSLSFFLFFMIVSFYQRHVMEAVVISQYVTGFIQTLLLGVMGGLIPFVAQNSGKQENNNIVLGVNWMVLRAFIVGVILMIPFMIFAKPFAGLLSADPFMLDQVQLYVMITAIPWVFLLASFAYIFAVIGLGDSKGILWMTIWSMYLSTLLPLVITLHLFGDNTLHMAIAVAVSYVLTFFGCWAYYYLSFSRKIGLSEPSVSSEEVMKKEQFA				NA	NA	NA	NA	NA
AK237_01643	1146			hypothetical protein	ATGAGATGTCTAGCAGCGATATCGAAAGGATTAGCATCATCCCTTCCCGAAGACCAGTTAATTCATGTCAACATTGACGGCGTCCGAGCGTCAATCGCGACATTGCAGATCAAACAAACAACCTTCAATGAGAACGAAGACAAGTTCAAGGATTGTGTATTGGTTAAAGTCAGCGCGTTTTCATTAAATTACCGTGAGCGAAACAGAATATTAAGCATCCAGCAGCAGCCAAATAAAGAATATAGTGTTCTCGGTTCTGAGTTTGTCGGGGACATTATTAAAATTGGTGCAAATGTCACGGATTTTCAGGTCGGTGATAGAGTGATGGGTGATGGCTGCGTTGATTTGAATATTACTAATCCAGGCCTGACTTCAACTCGTGCATCCGCGGAATATCAGGTGTTTCGCCAACATAAAGTCGTAAAATTACCGGCTTCTATGCCTGCCAAAATCTCAGCCGCGTTCAGCGTGGGCGCACAAACAGCCTATTCGATGGTAAATCGACTCCCGTTAAAAACAGAGGAGCATGTGGTTGTTACCGGCGCGACATCAAACACGTCATTATTTGCATTAAAGAAGCTAAGCACAAAGCCTGTCAATATTCATGCAATCACAACCAGCGCCGAAACAGTAGCCAAACTTCATGCCCAGGGTATTAGCAATGTTTGCCTTATAAACAGGTCTCAACCTTTTGCTACACAGTTTCAGCAGTATTTATCGCAGCATGACATTCCTTACATTGATCACGTTGTAGATCCCTTTATGGACGTGTACATGCCGAAGCTTTTACCTTTTGTCCGCAGATTTGGTTATTACGTTAGTTGTGGTGTCGCACGACAAGCCGTTGATGCGCATCTTGATGCATATACCACAGAAGGCTTAAACATCGAGGATGTATTTAGCTTGATTCTGAGAAAAAGCATCACGCTAATTGGCAATAACTTAGGCACGCGCAAAGATCTCGCTGAAGCAATAAAAGATTATCAGGAGGGAAAACTTCATATAGATATCGATAATGTTTATTCAAAACAGGGCGATATTGGTGAGTTTGTTAAACATAGCCTGAGTAATACGCATCGCTTCGGTAAAGTGGTTTTCCACTACCCTGCTGAAAAGCATGCTGTGGAATTATCCCCATGCGTTTAA	MRCLAAISKGLASSLPEDQLIHVNIDGVRASIATLQIKQTTFNENEDKFKDCVLVKVSAFSLNYRERNRILSIQQQPNKEYSVLGSEFVGDIIKIGANVTDFQVGDRVMGDGCVDLNITNPGLTSTRASAEYQVFRQHKVVKLPASMPAKISAAFSVGAQTAYSMVNRLPLKTEEHVVVTGATSNTSLFALKKLSTKPVNIHAITTSAETVAKLHAQGISNVCLINRSQPFATQFQQYLSQHDIPYIDHVVDPFMDVYMPKLLPFVRRFGYYVSCGVARQAVDAHLDAYTTEGLNIEDVFSLILRKSITLIGNNLGTRKDLAEAIKDYQEGKLHIDIDNVYSKQGDIGEFVKHSLSNTHRFGKVVFHYPAEKHAVELSPCV				NA	NA	NA	NA	NA
AK237_01644	534			hypothetical protein	ATGCGTTTAATTGGTTTCCTTTTCTTTTTTACTACAGGAGGGTGCGCCAGCACACCAACAATGCCACCAACCACAAACACTATTCATATCGACAAAGGCACAGTTTATGTACACATTAACGACAAACCAACAGCGCAGCCATACAAAATAAACTACAGAGCTCAGGGAGAATGTGAGCCTGAGGTCGAAATAAAATCTGATGGTGCCCGTACTGAAGCCATCCATATAAAGGATTGCCATGGTAAAGGAAGAAATGAAGGTACGATATTTGATATATGGTTAAATGGAGACATTGATTATTCGATATCCCTGAAAGCAGGGCAGATATTTTCTCCCGGTGTCCGCAAAGCTCCTGCCATTAGCAAGATTAATGCTAGTGTAGCTGTAGGAGGTATTCACGGAGGGGGAAGTGAAACAAAATCCTCGCGCAAACTCCTGCTTGGCGCGGTGGCAGAAACAACAAATAGTGAAAATTCTGACGGTATGACCCTGGTATTAAAGGTTAATATGGGAGGAATAGATATAGTTAACTAA	MRLIGFLFFFTTGGCASTPTMPPTTNTIHIDKGTVYVHINDKPTAQPYKINYRAQGECEPEVEIKSDGARTEAIHIKDCHGKGRNEGTIFDIWLNGDIDYSISLKAGQIFSPGVRKAPAISKINASVAVGGIHGGGSETKSSRKLLLGAVAETTNSENSDGMTLVLKVNMGGIDIVN				NA	NA	NA	NA	NA
AK237_01645	2154	tolB_2		Tol-Pal system protein TolB	TTGGAAGATATCTTCGGAGACGCAGATTACGGTAAGGACAACCAAGCAAAATTAGTCGGTGAAATTATCATCGGTGAATTCCGGTTCGATTGCGACACATTCACGTTGTATAAAGAAAATGAGGAATTCGTCTTAGAGCCAAAGGTTGGATTGCTCTTAACCTATCTGTTGCAACACAACGACAAATTCGTGTCCCTTAAAGAACTTCATGCCGAAGTATGGGCAGATTCAGTCGTGAGCGACACTGCAGTTCGACGCGCGATTAGCAAATTACGTAACGTGTTTGGCGACTCAGTCAATGAGCCCCGTTATATTAAATCGCTTCCTAAAAGAGGTTATAAGCTAATTGCTACCTCTTCATCACTCAGTAATGCAATTACCCATAAAGTCAGCGATCCAGAGGTTTTGCACCTAAGTGGCGGGCAAGTCTCATTGCCTCAACCTTCATTCTTATCTTATTTAGGCAAGCCCTCTGCACTCTTTATTGGTGTAGCGCTGGCTATAATACTGGCTTTAGCGGTTTTATTTTTATCTACACCTGGTGATGAAGCGGTAAACGCACCAGATTCGTCCCTCATGCCACTCCACTTTGAAGATAAAGTCGCCATTTTCAAATCAGACAAGCTTGCTATGGCGCTGTCATCATCTAAAAAGCTGCTCGCCTTTAGTGCTCGTAATAGTGAGTCCGCACCTTACAGACTCTATCTTAAAGACTTGGATAAAGATTCAATTCGTCCTCTATCACATCAACCCGGACAAGTCGACTTCATGACGTTCGTCAATGATGACCAACAAATCGTTTACGGTTTGATGAAGAATAATGTCAGTCAGCTCATGATTGCCAATGTAACTGACGATAACGAGCCCCGAGTACTCTTATCTCATACAGGATTTATCGGAGATATTTCTTCGGTTCCAGGCGAACAAAGTATAATTGTGGCACTTGGTTCTGAAAGCCCTGCGTATCTATCGCTCTATAAAATTGATCTTGTTACCGGTAATAAAACAGAACTGACTACCGCGGTAACCAACGGTACCTGGGATTATTTGGTTCAGCCATCCCCAGATGGCCGCTCGTTAGCGTTCGCGAGATGGTCAAACAATGTGAGCCAGTTGATAATTACCGATATCGCTACCGGAAGAATTCTTCAAACAAAAACACTCCCCCGCGTGCTTTATAGCATCTCCTGGCGAAACGAATCCGAATTACTTATCCTGGATAGAAACTATTTAAAGCAGATGGATGTGCGCTCAGCGAATACCCAACAACTCGCATTGAATCCCCATGGTGATGTAAGAGAGATAATGGCGGTAAATCATGAAAAAGCGATGCTTTTGGTTAATTCTCCACGAGAAGTCAGCGTAGGAGAATCCAGGATTTCGTCCCCTGAAAGCTTTATCTGGTTGCAAAGCGTTTCTCCCGGTCGAATAAGTACGCACTACGGAATTGAGCAGCACGAATTTATCAGTCTGGAAAATGCTGAAACCGGCACCGATATCGTTCTTGAAAATAGAGAAAAGGGTGAAAGAGAAGTTTTGTTGCATAGTGAGCAAACTCTAAACCTTTTCAGTGTAGGTAGAGAAAAAGAAAGTTTACTTTACTCTGAGCAAGGCCAGCTGTGGTTCATGGATATAGCAGCTTCAACTAAAAAGCCGATTACGAATGCTTCACAATTTTTGTTAGACGCTCACCTCTCAAATGAAAGTAATACCGCCTATTATTGCGAACGACGTCAGACTGCTAATCGATGCTATGCTTACGACATAGCATCAGATACAAAACGATTACTGATAGAAAATGTAAGTATACTTCGGCCTGTTCGCGATGGGTTTATTATTGCGCGTCCGAATGGTCGTATTGATTTAGTAAACAAACAATTTGAAGTAAAGAGAACACTTCCCTTTACTGTTTTTTACCACACCGAACATCATCTGGAGGTCTCCGACAGATTTATCGTGTGGAGTGCCCTTGATACAAATTTCAACCAGGTAGTTACACAAATTTATAATATCGAGACGAATGAATTAAAAACTGAACACGTGAGTTATGACGTGATGTCTGCTAAGTTTGATCTTTCCCCTCAGAACGATAGAATTTTGCGAAACACCCGCACTATCCAGTACAGCGAAATCTATAACCTTCCTCTGCAATAG	MEDIFGDADYGKDNQAKLVGEIIIGEFRFDCDTFTLYKENEEFVLEPKVGLLLTYLLQHNDKFVSLKELHAEVWADSVVSDTAVRRAISKLRNVFGDSVNEPRYIKSLPKRGYKLIATSSSLSNAITHKVSDPEVLHLSGGQVSLPQPSFLSYLGKPSALFIGVALAIILALAVLFLSTPGDEAVNAPDSSLMPLHFEDKVAIFKSDKLAMALSSSKKLLAFSARNSESAPYRLYLKDLDKDSIRPLSHQPGQVDFMTFVNDDQQIVYGLMKNNVSQLMIANVTDDNEPRVLLSHTGFIGDISSVPGEQSIIVALGSESPAYLSLYKIDLVTGNKTELTTAVTNGTWDYLVQPSPDGRSLAFARWSNNVSQLIITDIATGRILQTKTLPRVLYSISWRNESELLILDRNYLKQMDVRSANTQQLALNPHGDVREIMAVNHEKAMLLVNSPREVSVGESRISSPESFIWLQSVSPGRISTHYGIEQHEFISLENAETGTDIVLENREKGEREVLLHSEQTLNLFSVGREKESLLYSEQGQLWFMDIAASTKKPITNASQFLLDAHLSNESNTAYYCERRQTANRCYAYDIASDTKRLLIENVSILRPVRDGFIIARPNGRIDLVNKQFEVKRTLPFTVFYHTEHHLEVSDRFIVWSALDTNFNQVVTQIYNIETNELKTEHVSYDVMSAKFDLSPQNDRILRNTRTIQYSEIYNLPLQ				NA	NA	NA	NA	NA
AK237_01646	174			hypothetical protein	ATGAAAATCAAAACCACGAAATCAGGAACATTACTTACTATTTTATTCGTAGCCTTATTCACTAGCATGCAAGCTATTGGTCAAGTGCAACTATCATCTGAACCTGATGATAATGGCGAAGAAAAACCTGACGATTTTATGTGTTTCCCAGTCGCTAAATGTAAAGACCACTAA	MKIKTTKSGTLLTILFVALFTSMQAIGQVQLSSEPDDNGEEKPDDFMCFPVAKCKDH				NA	NA	NA	NA	NA
AK237_01647	636			hypothetical protein	ATGCACATCAAATCACTCTTTTCTCGTTTTCAAACTGTCTTAACTATTGAAGACCTGCGCACAGCGATAAATGAAATAGCACAGAGTCATCAACGAACAAAAATCGCTCTGCTTTTACCAAAAGGTGAGCATGAGATAAACCGACAAACCTGGTTGGGATCGGTTAGTAAAACCATGACTGAGTGGGTTGAGAGCGATGTTGTTCGTCGTGAACTAGAGGGTGAGCACGCGCTCATCCCTCTCGTTTACACTGCGACTGACAGTGATCTGCAAACAGGGTTGGTAGTAAGTACAAACACACCTTCTTATGCATCTGTCTGGCTGGCTGTTGAGTGCATTGATCGAGCTATCGACGAGCAAGAAGTGCTCGAATATATCGTGTTAAGCCGCTACATTGCAGACGCTTTTCACCGCATAACAACTAACGACAAAAGCCTGCTTACCCAGCGAGAACGCCAGTGCATGAGCTGGATAGCACAAGGAAAGACATCATGGGAAGTGGCTCAAATTCTTGGGTTAACTGAGCGTACAATTAATTTCCATATCCAAAACTGCATTGACAAAACTAACAGTGTTAATCGTATTCAAGCGACGGCGAAGTGTATCACCCATGCACTTATTAACGTTTCACATTAA	MHIKSLFSRFQTVLTIEDLRTAINEIAQSHQRTKIALLLPKGEHEINRQTWLGSVSKTMTEWVESDVVRRELEGEHALIPLVYTATDSDLQTGLVVSTNTPSYASVWLAVECIDRAIDEQEVLEYIVLSRYIADAFHRITTNDKSLLTQRERQCMSWIAQGKTSWEVAQILGLTERTINFHIQNCIDKTNSVNRIQATAKCITHALINVSH				NA	NA	NA	NA	NA
AK237_01648	513			hypothetical protein	ATGAAGACACAACCGCATTCGTACAGTAAGCCCAAAGTGCCGGTGATTCTGCAAAGGAAGAAAAACGACTGCGCACTTGCTTGCATGTCGATGATCACGGCCTATTTTTCGGTAGCTCCCCACAATGGAGGGAACGAGAGACAGGGTCATTTCAATAAAACAGGCATGACCATAGGGGAGCTCATCAGCCTGGCAAATACACTTGGTTTAAGCACTAATACACATCGCCCTGAGTGGACAGTGTTACACAATGTATCTGTGCCTTGCATCCTCCACTGGCGGGGCAATCACTTCATCGTATTGATAAAAACCTCGCCAAAAGGGCTGACCATTCACGATCCAGCTCACGGAAAGCTAGCCGTAACCTGGCGAGTTGCAAGAAAACTGTATTCCGGTGCTTGTATTGAGTTTAGCCGCACTGGTCGATCGGTCTGGCCTGTAAAATCTGACAACTACGCATCGCCAGCCTTCGGTATAACATCGAAACATCACGTCTATTCACAAACACATTAA	MKTQPHSYSKPKVPVILQRKKNDCALACMSMITAYFSVAPHNGGNERQGHFNKTGMTIGELISLANTLGLSTNTHRPEWTVLHNVSVPCILHWRGNHFIVLIKTSPKGLTIHDPAHGKLAVTWRVARKLYSGACIEFSRTGRSVWPVKSDNYASPAFGITSKHHVYSQTH				NA	NA	NA	NA	NA
AK237_01649	1260			hypothetical protein	ATGGATAAGCTAATTCAAAGAAAGCCCAAAAAGCACTCAGCAAAATTTCAAAAAGTAGCGCTAATACTCGTTGCTGTAATAGCAACAGCGTGGCTGGGGAGAAGCTATGTCAGTGCATCTAGTATGGGTGTTGCCGTCGATTCGCTCGTACTCGGTAAAGTGAGTGAAGGTTCTTTCAAAGTAAATGTGCGAGGCCCCGGAATATTCGTTCCGACGGTCATTCGTTGGCAAGTTGCTCAGGTAGACGGATTTGTAGAGCGCGTTCTGGTTAAACCCGGCGAACACGTTGAACCTAACGACATCATCATGGAACTATCGAATCCTCAACTTCTTCAAGAGCTCGAACAACTCGAGTGGGATTTCGAAGCGGGCAAAGCCGAAATAGAAGCCCAGATGATAAAGCTTGAAGCATCATTAGTAGAACAAAAACTAGTGTATCAGGATGCTCATGATAACTACCTGTCAGCGAAGATGTTTTTTGATGCCGAGACAAAACTTAGAACGGAAAATACGAGCAGCCTTTCGTTATTGAATTATAAAAAAACCGAGCGAGAAATGAACAGCGCTTATCGCCGCTGGCAAAGTGAAGTACAACGTTTTGAAAAAGTGAAACAAAGTATTGTTGCAGAGAAAACGGCACTCACAGCCCGATTAAATAAAACAGAAAAAAAGCGCGATAAGATGCGCGAACAGGTTGAGCAGCTAACGGTAAGAGCCGGTATGCCAGCCATCATCCAAGCCATGCCGTTTGAAACAGGTCAACGTGTCAGTATCGGAGACCCTCTCACCAAACTGGCTAAACATGACGACCTTTACGCAGAATTGCAGATCCCTGAAATCCAGATCAGTAAAGTTGAGGTTGGTCAACTGGCTATCCTCGACACTCGAAAAAATACGATCAGAGGAACGGTATCTCGCATCGACCCAGCAGTTAAAAATGGCAGTGTGACAGTCGACGTCAAAATTTCTGAAACGCTGCCCTCTGATGCTCGCCCTGATTTAAGTATAGAAGGCACTGTCGTCGTAGCTGACATAGCAAATACATTGAGTGTCAACCGCCCGCTCTTTGCCCAAAGTGGCAGTAACGCGCAAGTATTTAAGGTGAGTCGTGACGGCACTACTGCCATTCGTACGCCAGTAACCTTCGGACAAGGAGCAAGCGACCGAATAGAAGTGATAGCAGGTCTGCAAAGCGGAGACAAAATTGTTATCTCCGACACCTCCGCATGGGACCACAACACATCTATAAACATTAATTAA	MDKLIQRKPKKHSAKFQKVALILVAVIATAWLGRSYVSASSMGVAVDSLVLGKVSEGSFKVNVRGPGIFVPTVIRWQVAQVDGFVERVLVKPGEHVEPNDIIMELSNPQLLQELEQLEWDFEAGKAEIEAQMIKLEASLVEQKLVYQDAHDNYLSAKMFFDAETKLRTENTSSLSLLNYKKTEREMNSAYRRWQSEVQRFEKVKQSIVAEKTALTARLNKTEKKRDKMREQVEQLTVRAGMPAIIQAMPFETGQRVSIGDPLTKLAKHDDLYAELQIPEIQISKVEVGQLAILDTRKNTIRGTVSRIDPAVKNGSVTVDVKISETLPSDARPDLSIEGTVVVADIANTLSVNRPLFAQSGSNAQVFKVSRDGTTAIRTPVTFGQGASDRIEVIAGLQSGDKIVISDTSAWDHNTSININ				NA	NA	NA	NA	NA
AK237_01650	708	yknY_2	COG1136	putative ABC transporter ATP-binding protein YknY	ATGAATTCTCACCCTGTTATCGCTATTGACGGATTCTCGAAGTCTTTTTACACCGAGGAAGTCGAAACCAATGCCATCAGTGATCTTAACCTTGTCATTCAACGCGGTGAATACGTATCTATATCAGGCCCATCGGGGTGCGGAAAGTCTACGCTGCTTTCCTTATTAGGCTTACTGGACGTTGCCGATGAAGGCCAATACACACTAGATGGAATAGACACATCTGAACTTGATGAAAATGAAAGAGCAGCAATTCGAAATAAACACATTGGCTTTGTCTTCCAGGCATTCAATCTGATTAACAACCTCACGATTCATGAGAATGTCGCGTTGCCCCTTACTTACCGTGATGATATTTCGGGCAAAGAGCGAGACCAGCTTGTAGATAAAGCGTTAAAGAAAGTGAATATGTCGCATCGTGCGAATCACTATCCTTCGCAATTATCCGGAGGTCAACAACAGCGCGTTGCTATCGCCCGGGCGGTTGCTGGAGCGCCCTCTATTATTCTAGCGGATGAACCGACCGGAAATCTCGACTCAGAAAATGCAGATTTAGTGCTTTCACTTCTGAAATCATTTCATGAAGAAGGCGCAACAATTTGCATGGTGACACATGATCCCCGTTCTGAACGTTGCGCTGACCGCGTGATAAAACTCAAAGACGGCATAATCGAAAGCGATACCGCTACTAATATCAAAGCAGCTTAG	MNSHPVIAIDGFSKSFYTEEVETNAISDLNLVIQRGEYVSISGPSGCGKSTLLSLLGLLDVADEGQYTLDGIDTSELDENERAAIRNKHIGFVFQAFNLINNLTIHENVALPLTYRDDISGKERDQLVDKALKKVNMSHRANHYPSQLSGGQQQRVAIARAVAGAPSIILADEPTGNLDSENADLVLSLLKSFHEEGATICMVTHDPRSERCADRVIKLKDGIIESDTATNIKAA	PGPT0013345_4740	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0013345-ABC_CD_A-K02003	NA	NA
AK237_01651	2409			hypothetical protein	ATGTACCTCACCAGAGATTTCAATGAAGCCGTTAAACGCCTGTATGCCGATAAAAAATTCAGTGTGACTATCGTGATGGTAATTGCCATAGGTTTCGGACTTTGTCTGTATATGTTTTCTTTTCTACAAACTATCGCCTTTAAGCCTCTCCCATTTAAAGACGGTGAACAGATTGTAAGTATATCTGCAGTCATATACGGACAACCTGTAGCTGCACCAAGCCTTGACTACGTGGATCTCAAGGAAATCGAAAAGAATAACCAGTCATTTGCTCAAATGGGCGCCTTTTCAGAAGGCACGGTTCGCCTCACAGATACAGAGTTTTCACGCAGAATTAATAGCGCCTTTGTTGAACCATCAATGAATGAATTTACCGGTGTAAACCCTGTGTTAGGACGCGCGTTCAACGGGTCTGACAATATACCCGGTGCAGCCCCTTCTGCCTTACTCAGTTACGATTTATGGCAAAAACAATTTGGTGGGCGCATAAATATTGTCGGAGAGTACATCACATTAGACGGAACAAGAACTCAGGTAATTGGTGTCATGCCTGAGTACTTTGCCTTCCCACGTAACAGTGAGTTGTGGTTGCCGTTACAACAGACGGCAATAGCAAGAGGCCAGGGGAAGCGGGTTGCAGCCTACGCAAAGCTCCTGCCCGGAACTGATATTGAAATGGCCAATAAAGACGTGACACGCGTCATGCAGCAGCTTGAAGCGACCTATCCGCAGACAAATGCAGGTTTCAGTGCATTTGTTGATACCTTTCAGGTAGCGGCTATCGGGCATGGAATATTGCAGTTTATTGTGGTTATTACCGCAGTTGTTTTACTCACTCTCATATTGTTGTTTGTAAATATCGGGAATTTGTTACTCGCCAGAATTAGTAAGTATTCACGCGATACAGCCATTCGAAGAGCGCTTGGGGCTCCGGGGCACAGCATAGTGGCTCTCATTATTTTCGAAAGTGCGATATTGTGTATTTCAGGCGGGCTCCTGGGACTGTTAATTGCTTTTTTCGCACTCGATCTGACCGGCCCTGTCACTGCCCAATTTACCGGCGGTAAACCTTATTATTGGTGGCAGTTTGCGTTAGACAGCCAATCTTACATTATCGCTAGCGGCCTTACTGTGTTAGCCATCTTCATGACTGGCTGGTTTCCCGCCTTCCGGGCTAAACAATCCGATATCAACCAGGTACTGCGCGAAGGCAGTCGCGGCGGTCTTAGTACGCGTGCAGTGCGTGTCAACGCAGCAATAATTGTAGGCGAAGTATTTTTATCAACAGCAATTCTGATTGTGTCAGTTTTGCTAGGCTTGTCTACGTTACAGGCTACCACCGTAGACTACGGGGCTAAAACAGATGGATTCATGACGGCGAGAATCGACTTAATGCCTGATCAGAATCCAGCCCAACAAACCGCGTTCTGGAATGCATTAAAAGACAAGCTTTCTGAAACCGGCAGTATGGGTGAAGTAGCAATCATGAGCAGTCTACCCGGGGTCTGGTCTTACCAAAGTCAGGTTGAGGCTCAAGACAATGAATATGATGGCGTCCACTATCCGGTTACCAACACCGTTAGCAGTCTTCCAGGCTCGCTGAAAGCGCTTGGTATTACTCCATTTTCAGGGAAACTCTTCGAGTCTCATGATGGAAATAATGGCTTGCCCACCGCTGTCATCACACAATCTTTCGCTGAAATGCACTGGCCGAACGAGTCTGCAATTGGAAAACGTTTTAAATTTCGCCGTCAGGGTAGCGAATGGGTCACCGTTGCAGGCGTTGTAAATAACGTACTTCATGGACAGTCATTCTCTACGAACGCCAAAGCGCCGACGGTTTATCTTCCAGTCAATCAACAACAGACTCCTTCTATGAGTCTGGCTGTCAGGTTTGCAGGCTCCCCGGCGCAGTTTAAACAGACAATCCGAGAGGTTGTTCGTAAGCTCGACAGAGATGTTGTGGTGTATGACATTCGCTCATATGAAGCATTATTACAACAAAATACTGCGGGCGTGACATTCCTCAGTAGCATATTCGTTATTTTTGGCATCGTCTCTCTTATGTTGGCCGCAACAGGGATCTTCGGTGTGTTAGCGAACAGTACTCTGCGGGATACCCAGGAAATAGGCATACGCCGAGCTCTCGGTGCATCTGTACAGAATATCAGGAGCCGGTATCTGTTGCGCGGTAGCAAATGGTTAGTGCTGGGACTTGCTCTTGCTCTCGCAAGCTGCTTCTACGTCATTCAGCCTCTCGTGAGTGCCTTCGAGCCCACAACGCTGGCAATTGCTACAAGTTTCATAGGAGTGACGAGCCTTATCTGTGTGGTTGTGGTCTTCGCGATACTAATACCACTTAGAGCCATTCTTTCCTTGCAACCTGTTGTTGCGCTTCGAAACGAATAA	MYLTRDFNEAVKRLYADKKFSVTIVMVIAIGFGLCLYMFSFLQTIAFKPLPFKDGEQIVSISAVIYGQPVAAPSLDYVDLKEIEKNNQSFAQMGAFSEGTVRLTDTEFSRRINSAFVEPSMNEFTGVNPVLGRAFNGSDNIPGAAPSALLSYDLWQKQFGGRINIVGEYITLDGTRTQVIGVMPEYFAFPRNSELWLPLQQTAIARGQGKRVAAYAKLLPGTDIEMANKDVTRVMQQLEATYPQTNAGFSAFVDTFQVAAIGHGILQFIVVITAVVLLTLILLFVNIGNLLLARISKYSRDTAIRRALGAPGHSIVALIIFESAILCISGGLLGLLIAFFALDLTGPVTAQFTGGKPYYWWQFALDSQSYIIASGLTVLAIFMTGWFPAFRAKQSDINQVLREGSRGGLSTRAVRVNAAIIVGEVFLSTAILIVSVLLGLSTLQATTVDYGAKTDGFMTARIDLMPDQNPAQQTAFWNALKDKLSETGSMGEVAIMSSLPGVWSYQSQVEAQDNEYDGVHYPVTNTVSSLPGSLKALGITPFSGKLFESHDGNNGLPTAVITQSFAEMHWPNESAIGKRFKFRRQGSEWVTVAGVVNNVLHGQSFSTNAKAPTVYLPVNQQQTPSMSLAVRFAGSPAQFKQTIREVVRKLDRDVVVYDIRSYEALLQQNTAGVTFLSSIFVIFGIVSLMLAATGIFGVLANSTLRDTQEIGIRRALGASVQNIRSRYLLRGSKWLVLGLALALASCFYVIQPLVSAFEPTTLAIATSFIGVTSLICVVVVFAILIPLRAILSLQPVVALRNE				NA	NA	NA	NA	NA
AK237_01652	867			hypothetical protein	ATGTGGCACACCTATCATTTCTTCAACTTCGATTTTTCGCGAATGAATCACTGCCTTATCGAAGCAATAAGACCGCTTTCCGACCGGCTTAAAAGTGACATGTTCTTTATTCGTTACTGGCATGGGGGCCCGCACCTTCGATTCAGAATGCGTTCTCACTCAGACGCACAATTAGTGAAGTGCGGGTTACACGACTACTGGACCGAATTTGGTCAACCAGTCACACTGGACCCTAAAGAGTATTATAAAACTTACAGTAGCCAATTCGCCGCAGAAGGCCTGGCCAGGACCGACATCTTATATTCGCCCGGAGACATTATAGCCTTTGAATACGAACCTGAAGTGAACAGGTATGGAGGGCAAGACGCATTGGCTGCCTGTGAGCGCTTCTTTTGTAAAGATTCATTCAGGCTTGTACAAGCGCTATCCAAAGACCCAATCCACAACGAAAAATTAATGTTAGCTTATTGTCTGACTCTGGCAGACATTTTGGACGAAGCCGGATTCGACAGTAGCAGACTTTTTGATCTAAACGCCCAAAGTAACAGCCCTTCGTCGCACTGGTTATCTGAACAAGTCCGGAAGCGCTTCACACAAAACAGCGTTGTATACGTGTCGCTAATGGATAAATTTCGCGCTAAAGATTTGTTTCCGGCTCAGTGTAAATGGTTTCGTGATGATGTCATCGAGCTGTTACAAGAGCTTAAGGTAAGTAACCCGTCCGTCGTATTACCTGTTATTCATTCAGTCTTACACATGTCCTTCAATCGTGCAGGTGTTGCACCATTTAAAGAAAACACGCTTCGTTATTTTACTCACTTGATGATAGAAAAGTCAGGAGAAACACATGCACGTAAAGCAAGTTGA	MWHTYHFFNFDFSRMNHCLIEAIRPLSDRLKSDMFFIRYWHGGPHLRFRMRSHSDAQLVKCGLHDYWTEFGQPVTLDPKEYYKTYSSQFAAEGLARTDILYSPGDIIAFEYEPEVNRYGGQDALAACERFFCKDSFRLVQALSKDPIHNEKLMLAYCLTLADILDEAGFDSSRLFDLNAQSNSPSSHWLSEQVRKRFTQNSVVYVSLMDKFRAKDLFPAQCKWFRDDVIELLQELKVSNPSVVLPVIHSVLHMSFNRAGVAPFKENTLRYFTHLMIEKSGETHARKAS				NA	NA	NA	NA	NA
AK237_01653	1092			hypothetical protein	ATGCACGTAAAGCAAGTTGATATTTTCTACAACGAAAATACACCTTTAATTTTTGAAACGCTTTTTAAACCACTTCAATCTCTTGCGAGTGCGCAACTGTTTTCAAAATGGAGTATTTCCAGAGAGTGGGCAAATGGCCCACACTTTCGGCTTATTCTCGATTGTTCGGATTTCTTTTGCACCGATGCACTCGTGGAGGCAATGGTCGGTAGATGTGGCGAATTTTTATCTGAATTTCCTTCTCCCCCTTTGGACAAAGATACCTATCTGGCGAAGCAGCGAAAACTCATCGAAGTAGAAAAAAGCCCTGTTGATCCGGACTATATCCATGAAAATAACAGCCTTCGAGTCAATACTGTCCCCGTGACGTCACTGTCTGCTAAATATGAAAGCACAGATCAATGGCTAAGCGTGTTTGAAGCCAACTGTGCAGTGCGCCCCACCCTAATCAGCCTTGGCGCTAATAGTTTGGATGAAGAGCAAAAAGAGAAGCAACTTTTTACCCTAATGATGGTGCTCGCTGCAGTTTATCAGCCTAAACCCAGTAGCGAAGATGAGTTAGAAGAATATAACGGATTCCTTTCGTATTTTTCTAACTACACGTTCTGGCACCATTCTTTGCCAGTAAACGCTCAACAAAAAATTGAGACTGACTTCAATGCCTATTATAACGCTTACCATATGCGATATCAGAACTGGTTAACTGAGCTTACAAATAACCTTAGCCAGCAGGAAGGCTTGGCTAACAGGTATGCAGATTGGATTAAATTCCAGTTTAGACGATTCACCCAAATGGCATGCGAAGAAAAGATCCACTGGCGGTCTCCTTTTCCCAAAAACAGATTGGCGGATATTAATAAGGTTTCTCCCTTTCACAGACAGTTCTTTTACACTGCAACTGGCGAAGGAAGCCCGTTCCCAACGGACTTTAGTAGCTACCGGTGGCTATTGAATATTGTGTATAGATTGTTTCCGACACTTAATTTCACGCCACTGGATCGTCAACGTTTCAATTACTCACTTTCCCGTTTCGAACGGGAAAATCGCTCTGCAGTTTATGAACTAAGAAGCGCGCTCTATGAGAGCAGTTAA	MHVKQVDIFYNENTPLIFETLFKPLQSLASAQLFSKWSISREWANGPHFRLILDCSDFFCTDALVEAMVGRCGEFLSEFPSPPLDKDTYLAKQRKLIEVEKSPVDPDYIHENNSLRVNTVPVTSLSAKYESTDQWLSVFEANCAVRPTLISLGANSLDEEQKEKQLFTLMMVLAAVYQPKPSSEDELEEYNGFLSYFSNYTFWHHSLPVNAQQKIETDFNAYYNAYHMRYQNWLTELTNNLSQQEGLANRYADWIKFQFRRFTQMACEEKIHWRSPFPKNRLADINKVSPFHRQFFYTATGEGSPFPTDFSSYRWLLNIVYRLFPTLNFTPLDRQRFNYSLSRFERENRSAVYELRSALYESS				NA	NA	NA	NA	NA
AK237_01654	786			hypothetical protein	GTGACTCCAGACTACGGGCAGTACTCTAAAAAGGAATTGGAAGAAGCTTTGGGATCCATTGACCGGGCCCGGTTTCCAGAGCGTGTGCAACAAATAGAAAAAGCACTCGCGGACATTGATGCGCGAAACGAGCAAGCGGACTACTCCGATGAAGAGATATTGTTGCCAGAGCCGGAACAGTTTACCGCCGAAAAAGCCCGGCATCATGCGCTTGGCCTTTTAGCCAAATTGTTAGGTGGAATACTCGTTGTCGCGATGTTACTGCCAGTCTATTTCTATTCTTTCTTGCTTGACAACGATATGGTAGCCACCTTTAAGTGGCTTGCCTGGCTGACAGCTGCACTCGTTTTTATCTTCACTTGCAAAAAATGGCTACATACCGATCAGCTACGCAAAGCCAACGCAATGTTGATTGCGAAGGGAAAACGCCCCATGACCGTTAATTCGCCACGGCGCTACGCCAGTGTTATTTGCATGGCGAGTTTTATGGCCGTTTTCTCGGCTTTTCTCACCTATCGAGCAATACCAGGGGCTTTACACCTCTATTTACTGGACAAACAATCCGCCTACCAGGTTGTCACCATCGCAAAATTACCTCACCGCTATCGTAGAAAGCACTGCAACGGAAAAGTCTATCTGCAAGAATATGCGCCTCAATTCTTCGATTATATCTGCGGTATCACGCCTCGCGAAAAATGGGAGCAGCTTCAACCCGGCCAAAAAATTCGTCTGCTAGGAAGCCGCTCATCATTGGGCTTCCTGGCCGAAAGAGCGTTAGTTAACTGA	MTPDYGQYSKKELEEALGSIDRARFPERVQQIEKALADIDARNEQADYSDEEILLPEPEQFTAEKARHHALGLLAKLLGGILVVAMLLPVYFYSFLLDNDMVATFKWLAWLTAALVFIFTCKKWLHTDQLRKANAMLIAKGKRPMTVNSPRRYASVICMASFMAVFSAFLTYRAIPGALHLYLLDKQSAYQVVTIAKLPHRYRRKHCNGKVYLQEYAPQFFDYICGITPREKWEQLQPGQKIRLLGSRSSLGFLAERALVN				NA	NA	NA	NA	NA
AK237_01655	1008			hypothetical protein	ATGAATAAAATGCTATTTGCCATGACACTCACTGCCAGTGTCGTGAGTGCCACTCAAGCAGAAGTCATCCCACATCAGGTTTCTGAGACCGTGTCCTTTCAAGCGGTGACATGGCAAGGCGATACGGTAGTGGCTTCGGGCACTGCGGGCGGCATTTTCCTGTCGTCGGATAACGGCGCATCGTGGCGTGAAATTGAGAGTCCGGCCGGCAGTGAATCGCGTCAGTTTCGTGATAACCAACGTCTTGAGAATGGCCGTTTAGTGGTGATGAGTGCTGGAGAGGGGCCCGACTCGGGCGTGTTTATCTCTGACAATGACGGCGATGCCTGGCAGCGCGTGTCAACCGGACAGGCAGCATCCACGTTTTACGACTGCTTCGAGATGACCGACAACGAACATGGCTGGCTGTATGGTGATTCCGACGAGCGAGGCTTGTTTTTACTATCCACCAAAGATGGCGGCACCAGCTGGCAAAGACAAGATATCGAGGTCGCCGCACAGCCCTCAGAAGGTGGCTTTGCGTCAAGCGGCACGTGCTTAAATGGGATGAAAGGCAGCAATATAATGGTGGGTACCGGCAATGCCGGGCATGCTCGTCTTCTTCTTAATATTGACGACGAATGGCACGCTATTGTAAGTCCTTTGGCGGGGGGAGAAGCCAGCGGCATTTTCTCAGTACAGATGGCCGACAAAACGATTTATGCTGCGGGGGGCAGTTTGGCGCGGCCGGAGTCTGCAGCAGTCGCGTGGACTTATCACACCAGCCAGGACAAATGGGAGCCCCTTCCTACGGTACCGTTCAACGGCGCGCTTTATGGTTCAGCATTGTTGCTTACGCCGTCGGGTGTGGAGTACTGGGTGAGTAACCCTGAGGGCGTTGCGGTGCTTAAGCCGCAGGCCACCACTTGGCAGGTTGTAAGCAACAGTAATATTTGGAGCCTGGCGTGTCAGGCTGGCAAGGGGTGTATCGGTGTCGGCAAGGACGGCGTCATAGAATTATTCAGATAG	MNKMLFAMTLTASVVSATQAEVIPHQVSETVSFQAVTWQGDTVVASGTAGGIFLSSDNGASWREIESPAGSESRQFRDNQRLENGRLVVMSAGEGPDSGVFISDNDGDAWQRVSTGQAASTFYDCFEMTDNEHGWLYGDSDERGLFLLSTKDGGTSWQRQDIEVAAQPSEGGFASSGTCLNGMKGSNIMVGTGNAGHARLLLNIDDEWHAIVSPLAGGEASGIFSVQMADKTIYAAGGSLARPESAAVAWTYHTSQDKWEPLPTVPFNGALYGSALLLTPSGVEYWVSNPEGVAVLKPQATTWQVVSNSNIWSLACQAGKGCIGVGKDGVIELFR				NA	NA	NA	NA	NA
AK237_01656	879	hdfR_1		HTH-type transcriptional regulator HdfR	ATGAACCTGTCTCAGATAGAAGCGTTTTGTGCCATAGCAGACACCGGCTCGGTGTCTGAAGCGGCACGACAGCTGGAATGCAATCGCAGCAAATTGAGTATGGCAATCAAGGTACTTGAAAGTGAGCTTGGCGTTGAACTGTTTGAACGCACAGGAAACAAAATTGAATTGTCGGAAGTCGGCAAAGCGATTTACAAAGATTGTGAGAGTATGCTGATCACAGCCACGCGAATCCGAGGCACCTGCTCGCAAGTGACCGAAGAATTCGCAGCCGAAGTATGGATTGCGCCTGACGATTCGTTACCTGATGCCGTTTGGCAGGATCTTGTTTATTCGTTAAATAAGTTGTTTCCCAATACCTCGTTCAATTTGGTGCTTGCTTCCAGCGGAGATCTGGCCAATTTAGTGGCGACCCAACAAGTCGATTTCGCCTTCGGCGTCGATTACGAACGTTTCGATGACGCGCGCATTACCTATAAGCCATTGGGCAAAATTCGTATGATGTCGGTGTGCAGTGCCACCCATCCATTGACCAAACTCAAACGCGTAACTGACGAAGATTTGCGCAAGTCTATGCAAGCAGCCATGGTTTATCTCAACGAGCAGAATAACTCTAGCCTGGAGCCTTTTTCTCGCCGCTACATCGGTTTTTCCAGTTTCGAATTTATGCTCAACACTATTTTAAAGGAGAGTGCCTGGGGCGTACTCCCAGAGCCGCTTATTCGCCATCACCTGAGAGAGCAACGCCTTTCCGTAATTCGCCATACATACGGCTTAACTCAGGAAGATTATTGTATGGTGAGCCTAACGGGTAGTGCAGAAAACCCGGCAATGGCATGGCTGGCAGATAAGCTAAGCGACTACTTGTTTGACTTCTGA	MNLSQIEAFCAIADTGSVSEAARQLECNRSKLSMAIKVLESELGVELFERTGNKIELSEVGKAIYKDCESMLITATRIRGTCSQVTEEFAAEVWIAPDDSLPDAVWQDLVYSLNKLFPNTSFNLVLASSGDLANLVATQQVDFAFGVDYERFDDARITYKPLGKIRMMSVCSATHPLTKLKRVTDEDLRKSMQAAMVYLNEQNNSSLEPFSRRYIGFSSFEFMLNTILKESAWGVLPEPLIRHHLREQRLSVIRHTYGLTQEDYCMVSLTGSAENPAMAWLADKLSDYLFDF				NA	NA	NA	NA	NA
AK237_01657	897			hypothetical protein	ATGTGTACTCAAACAAGCAAAAACGAAAAGCTGACGTTAACGCTTTCTGCAGTATTTGCATCGCTCTTTGCAGTAGGCGGATTGTTGATTGGTCTACTCGTCGACTCTCTTGTCATTGTATTTGATGGGGTGTATTCATTGGTCAGCTTGCTGTTAACATTATTGTCGCTGGTTACCGCGCGGTTTATTTCCCGTCCATCGTGCGAACGATTTACCTTTGGACGCGCCCTGTTCGAGCCCGCCGTCATCGCGGTGAAAGGCGCAGTCATTTTAATGGTGGTCGGTTATTCGCTGTATTCAGCGGTCGGAGCCTTGTTAACTGGTGGTCGCGAGGTAGATGCTTCCGTTGCCACTGCCTTTGGTGCTGTAAACGTCATCGGTTGTGCGTTGATTTGGTGGTACATCGCCGCGCAAAGTAAACGGAACACTTCCGGGCTTATGGAGGCCGAAGCGAACCAGTGGCAAATGGATACGTTGCTTAGCGTTGCGGTTACGGCTGGCTTTATTGTCGCATGGGGAATCGCATTAAGTCCCATGTCGTCTTATGCTGTGTATGCCGACCCGGTAATGATGTTAGTCGTATCACTGTACTTTATTAAAGTGCCGCTTAATATGCTGTCATCTGCCCTGCGGGAAATATTCCTGATGGCACCAAGTCAGGAAATTCGTCAAAGCATCGACCAAAGTGTATTGGATGCTGGCATTGAATCTGAGCAAGATATTGAACTGGCGGGTGTCGCCAAGGTGGGTCGTGAACTGTGGGTAGACGTAGATATTTACCCCGATGATAGTGATGTCATTTTAGTAAAAGACATCGAACAGACTCGAAACACAATAGAGAAGCGTCTGTCTGCGCTTCCTCTGAAATTACAGATCACGGTTAATATCGCGAGCTAA	MCTQTSKNEKLTLTLSAVFASLFAVGGLLIGLLVDSLVIVFDGVYSLVSLLLTLLSLVTARFISRPSCERFTFGRALFEPAVIAVKGAVILMVVGYSLYSAVGALLTGGREVDASVATAFGAVNVIGCALIWWYIAAQSKRNTSGLMEAEANQWQMDTLLSVAVTAGFIVAWGIALSPMSSYAVYADPVMMLVVSLYFIKVPLNMLSSALREIFLMAPSQEIRQSIDQSVLDAGIESEQDIELAGVAKVGRELWVDVDIYPDDSDVILVKDIEQTRNTIEKRLSALPLKLQITVNIAS				NA	NA	NA	NA	NA
AK237_01658	1041			hypothetical protein	ATGTCATTATTACGACAATGCCTGTTTATATCGTTACTCAGCATTAGTTGGTATTGTTCTGCGAACACGCCAATAAAAATTAAAGTGGTGGTACTGGTTAACTTTGAAATTGGTGAAGACACTGGCGATACTGCAGGCGAATTTCAGCACTGGATGACACGTGGAATTGACGGGAACACCCCTTTAACCTGCACCGCTCTGCCTTTTAGTACTCACGATGCTTGTCTTGATAAAACACAAGGTGTACTTGTTACCTACACCGGTCTTACGGCAGATAAAGCGGCAGCGAGTGTGATGGCTTTAGGACTCGATCCGCGTTTTGACTTCAGCGAGAGTTATTGGTTGATCGGGGGGATCGCCGGTATTGATGCAGACGATGGTTCGTTGGGCTCGGCGGTGTGGGGCAAATATATCGTGAATGGTGACTGGGCACATGAAATCGATCCTCGCGAAATGCCCGCGTCATGGGATATTGGCTATTTGCCTTTCGCACGCGATGAACCTTATGCGCAGCCCCCGAAAGATGAGCAGGGTAAAGTTTTCGCTCTGAATCCGGAATTAGCCGATTGGGCCTACCAGTTTACCCAATCAATCCCCCTGGCCAGTAGTGAGCAAATGGAAGCAATCGCCAAAGAATATACCACTCAGCCCAACGCGCAGCGTGGTCCCCGCGTGATGCAAGGTGATAACGTGTCAGCCAGCACCTTCTGGCACGGTAAGATTCTTAATCAGTGGGCCAATGACTGGATGGACTATTGGACGCAAGGTAAGGGAGAGTTCGTTACAAGCGCGGTAGAAGATAGTGGCATTATGGAAGCCATACGATTTTTAGCACAAGGTAAGCGGGCAAACACCCAGCGGGTTATGTTGCTTAGAACAGCGAGTAACTTTACAACGCCTCCGCCTCATCTTGATGCAGCGACTAATCTTGCGCGTGAGATGTCCGGTTTTGGGGCGATGGAGCCTGCTGTAGAAAACCACTGGCGGGTAGGGCGTGCTGTGGTGCGGGAAATTACCCAAAATTGGGAAAAATGGCAGTAA	MSLLRQCLFISLLSISWYCSANTPIKIKVVVLVNFEIGEDTGDTAGEFQHWMTRGIDGNTPLTCTALPFSTHDACLDKTQGVLVTYTGLTADKAAASVMALGLDPRFDFSESYWLIGGIAGIDADDGSLGSAVWGKYIVNGDWAHEIDPREMPASWDIGYLPFARDEPYAQPPKDEQGKVFALNPELADWAYQFTQSIPLASSEQMEAIAKEYTTQPNAQRGPRVMQGDNVSASTFWHGKILNQWANDWMDYWTQGKGEFVTSAVEDSGIMEAIRFLAQGKRANTQRVMLLRTASNFTTPPPHLDAATNLAREMSGFGAMEPAVENHWRVGRAVVREITQNWEKWQ				NA	NA	NA	NA	NA
AK237_01659	963			hypothetical protein	ATGCGAATAAAATCCGCTCATTGGGGCATTATTTGTGCCTTCAGCATGTGTTTATCGTCAGCGTTAGCGAAAGAGACTTCACAGCGGCTGTCAGTCGAAGCACACCGTATTATTCAACAGTACAACATGCAGCATATTCCCCATGAGGGACCTTACTTTTTGCAAACGGCCAAAAGTGAAGAGCCGGTTGGCGGCGAAATGGCAGAACGGTATTCAGGTACTCGCTATGCCTATACGGCCATCCTCTCAATGATGACGCAAAGCGATTTCTCAGCCTTTCATCAACTCAGTAGTGATGAAATCTGGCACTTCTACGGTGGTGCGCCGGCCGAAATTGTCATGCTATATCCCGACGGCAGGCATGAAGTCGTCATTTTCGGAAATCAAATAGCAAATGGCGAGCAGCCACAGGTTATCGTACCCAGAGGGATATGGATGGGCGCGCGCCTTTTGCCTGGTGCCGACAAGGATTACACATTTTTCGGCACCACAATGACACCGGGGTTTGAATATCAGGACTACACTGCCGGCAAGCGTGAAAAATTGCTGAAGGCTTATCCTGCAGAAGCAGAACGCATCATCGCGTTAACTCGTCCGGAAACCGATACCGAACTGACTCCCGGAGGCCAGGTGAAAATAACGCAACCCCCTGTGAATATTGAAGAGCTCATTGGATTAAATGGCCCTGTAGTAAATGCTGCAACCAGCGTCGCTAAAGTTTCCATGGCAGCTAATTCTCAATTGCCACTTAGTTTTAATAAAAAGAATACCGAGGTGGTCATTGTGGTCAGTGGCACGGGTGAACTCACCATTGCCGGAGAACCCACTGCGCTAACGCCCAACGCAGTAGTGTTGCTGCCTCCACAAGTGAAATATCAATTCACTGCTAAAAGTGATTTGGTGTTTTACGCCATCGTTTCGCCTGCTTTTGAACCCAGCGACCATATAGAAATAAAGGAATAA	MRIKSAHWGIICAFSMCLSSALAKETSQRLSVEAHRIIQQYNMQHIPHEGPYFLQTAKSEEPVGGEMAERYSGTRYAYTAILSMMTQSDFSAFHQLSSDEIWHFYGGAPAEIVMLYPDGRHEVVIFGNQIANGEQPQVIVPRGIWMGARLLPGADKDYTFFGTTMTPGFEYQDYTAGKREKLLKAYPAEAERIIALTRPETDTELTPGGQVKITQPPVNIEELIGLNGPVVNAATSVAKVSMAANSQLPLSFNKKNTEVVIVVSGTGELTIAGEPTALTPNAVVLLPPQVKYQFTAKSDLVFYAIVSPAFEPSDHIEIKE				NA	NA	NA	NA	NA
AK237_01660	930	nodD2		Nodulation protein D 2	ATGAAAACCAGCAACGGCGTTTTACATCGTCTCGATCTTAATCTGCTTCCCGTACTTGAACAGTTACTTATTACCCAAAGTGTGACCGAAACCGCGCGGGTGCTGTCAATGAGTGCCCCAACCGTAAGCCGCGCACTGGCACAATTGCGCAAGGCATTTCATGATCAGTTGTTAGTGCGTTCTGGGCGGCATTTAGTAAAAACTCCCCGGGCCGAAGCGATGCAGTCGGAACTGAGAACATTGTTGAGTTTGGCCGAATCCCTCGCAAGTAAGCAGCAACCTGAAAGTATGCTGAGCTGCAAACGGGTATTTCGCGTTCGCTGTGATGGCACATTAGCGGGCGTGATCAGCCGCGACCTCTTGCCCCGCTTACAAACGCAAGCGCCACACGTTGGGTTTCATTTTATTGGTGAGTCGCCGTCAGGTGATTTCCGGGCAGATAATGTTGATATGGAAATAAGTGGCCGGCGCGGATTTCCGCCTGAAACGGTAGTCAGGAAACTGGGCAAAGTTACACTGGTTGGGTTGGTTGCCCACGGCCATCCATTGGAACATAGCGCAGTTGATGAGCAGGCGTTACTAAACTATCCCCATATATTGGCCACGATCCAGACCGAGTTTGACAACGAAGTGAATGCAGCACTAAGCCAGTTTAAACTTTCTCGTAGTCACCAATTTATGGTACCAAGCTTCTTTTCTGCGGCACTCACTGCACGAGAGTCAAACGCCGTTGCAACAATGCCGGGGATGATTGCCTATCAACTCAAGCAAAGCCTGGACATGGCCATGATTGCCCTGCCTTCTTCGTTTCCATCTGTCGAAGTGCTGGCGGCATGGCATGTGAAATACCGGGATGATTATGAGCACAAGTGGTTTCGCGAGCACGTCATCCAATGTATGCAAGACATTGTGAGTAGAACCTTAAGATAG	MKTSNGVLHRLDLNLLPVLEQLLITQSVTETARVLSMSAPTVSRALAQLRKAFHDQLLVRSGRHLVKTPRAEAMQSELRTLLSLAESLASKQQPESMLSCKRVFRVRCDGTLAGVISRDLLPRLQTQAPHVGFHFIGESPSGDFRADNVDMEISGRRGFPPETVVRKLGKVTLVGLVAHGHPLEHSAVDEQALLNYPHILATIQTEFDNEVNAALSQFKLSRSHQFMVPSFFSAALTARESNAVATMPGMIAYQLKQSLDMAMIALPSSFPSVEVLAAWHVKYRDDYEHKWFREHVIQCMQDIVSRTLR				NA	NA	NA	NA	NA
AK237_01661	4374			hypothetical protein	ATGACTCCACTTAAACGGAACCTTTCCCGCCTCGCCTTATTCATCCTGGTTTTGCTATTAGGCGCTATGATTTCCGGCCTTGTTTATTTTTTTAAAATGGAGAGAAATGAAGATACGCTAAATATTTTGTATTTTCGTGAGCTACAGCGAATAGAGGGAAGGATTCAGCTGAGTATCGAGAAAGTAAAAGCCACCGCTAATTATGCCTTGTCTGAGAAAGATCGGTGTGATGCATTTGACCTTAATTCATGTAAATACATTATCTCGCGCTTCAATGAATTGGCCAATGCCGCCAATGAACTGCGCGACGTTAGTTTTGTTGGGTTAAACGAGGAGTACATATCTCAGTCACAAGTCATCGACACCGAAATTGACGGGAGCAATTTTTCTTTCCGCACGCCTCATTTCAACACTGTAGAGTTTACTCTGACTCGTTATCAGGAGTATCCACTGCAAAAGGTATCGTTAAAGTTACGAAGTAGTATTGAGCCAGTTTTAAACCAAAGAATGGATCGGTTCCAGACGGTTGCGTTGGTTGATGAAAGTGGTGAAGTGAAAGGCGTTGCCAACAATGCAGAAAAGCTATCGAGTGATCCTGAACGTTTTTTCAAGAGTGTGTCGCGCATTACATTGAACGACAGCGCTCCTGATAAAAATGATAAGTCAGGGGCTGGTAACGCTTTGCTACTGAATGGTACTCGCTTTACCGACATCCAATTAGACGGCAGTGCTTTCCGTGTCTATGTTCATCCACTCACTAGTTCTGGTTTAAGTGCGGAAGATAAACATTACTATCTTATCGGGTTGATTAAGAAAAGTATGGTTACCTCACAGAAACTGAAACTTTCTCCCAATTTACTGATGTGGCTGATTTTAGCATTGTTGCTGTTAATTTCAGTAATACCGATGATCAAGTTACGCTTTATTAGCGCAACTTATGCCATCCAACGAGGAGATAAAAGCCAGGTTGTATTAGGAATAATTGTAGCTACTAGCATCATAACGATAGGCTTTTCCCAACATCTTTTTCAAAGTTACTACACTGAATTTAAAGATAAACAATTAAACGTGCTGTATGAAGATATTACTCGTGACGTAAAACAAGAGCTTTCTACTATTTTGCAGAATATAAGAACGCTGGAAATAAATGATGAAGCTTCGCACCCGGATAATTATGACGGCCGCGATAAGGTGGAAAGTCCTTATGAATTTTTATATAGACCTGACTGGATAGTATTAGATGATGGCAGAGAAAAAGTGCTAATGGAATTTTTTTCTAGTGTCAGCACGAATAAAAAGATTATTTCTACACGTGATAAGCCTGTACTTTATGTATCGGAAAGTACGTTAAATAAAAAAGAACCTGATATTTCAGGAAGAGAGTATTCTCGTGCTGGCTCGATGGGTGATTTCTGGGAGTTAACTGTTCACGACCGAGATTATAAGCTTTTTATGCAAAGGGTTTTCAATATTGAGGATGGTCGTAGAAATTTAATGTTAGCGCTGGATCCTGCTATCAACAGCAGGATGGCTATCACAAAGGGAGTTGAAGAGGGCAAAAATGCATCGGACGGTGAGCCAGCGAAAGAAGAAACACATTTTTACATCGCGTCTACACGGCTTTCCGTTCTAGTCGATCGCATTTTGCCGAACAATTTTGGTTATGCTGTCATTAATCCAATGGGGGACGTTATATTCCACAGCGATGACGCTTTGAGTTTGAGCGAGAATTTTTTCACAGAAACCAGTCAGAACCCGCACCTCAAAACGGCAAGTAATCATAACCAGTTAACCCGAAAGCCATTTGAAATTGATTATAAGGGAATACCAGTAAGATTGATTGTAGGCCCATTGATAAGTGATATGCAAGCGAATGGGATACCATGGCGGCTAATTGTATTTTTTGACCCTTCTGAACTACAGATGAATAACATGGTCATGGTTTTTACGGCTGTTTTCTTATTATTACTAATTATTATCCCCCCTTTTTTATTACTCAGATACGTCGCAGTACAACGGTTTTGGCAAGAAATCAGCTATTTCGATAGTGACAAAAAAAGATACTACAGTGTCGCTGCCTTATTTATATTTTGTCTGGCAATATTTGTGGTGCTACAAATGGGCTGGGTGCAAAGTTTAATTGCACGCGTATTTCTCTGGGTCGCGGCGTGTAATGTGCTTATGTATATCGTGATATATTTTTGGAAGTCACGATTATCAATGTATTTCTGGTGGAGACAGCCAGTTGTTGTGGTAACCCTTATTTTAATTCCCATTCTGACCTTATTATGTCTTTTAGGATGGCAAGAGTATTATGAAATATCTCATATGAATAAGGACTTTTCTCTTGTTGGAGTCTTAATTTTATTCTTTCCCATTATCGTTTTTTTTGCTTATAGGTCTTCTCCGTACAGGAAGCTTTTATACGTAATTAATAAGCAAAAAAAGCACATTTTTGGGGGCTTTGTAATACTTTTGTTATTAACAACCCTGTTAGGTTTTTGGACGCTTTCGCTGTTTATCTTATGCACCTTATTAGTTTGTTTTAGCCTTAACACAGAGAGAGTATTTTTTAAAATTAAGCGATTACGACGAGAGAAGTGTCGTTTTTCCAGTAGCTACGTTTGGTTTCTGTCCGGGCTTTTTTATCTTGTCTCAGCGGTTCCCGCGGTACTCATCGTTTATAGCGCCCATGAGTATCTCTTAGTAAGGCAAGCACAATTCGAAGAACATACAATAAAGCAAAATATTCATGTGAAAGATAATGATGTTGAAAGCTATCTAAATTTTATTAAAAAAGGTTGTTCAAGTAGTTCTGACTGCGAAAAAACGACTACTCACGAGAGGTCGTTTAGCGAAGAGGTCAAACGTTTTTTTCCCATCAAGTTATTTGGTGAGGAGAAACAATGGGTTGACGTTGTTGATACGGCCAAGGGTGAACATAGTAAATTCTTCACTGACGCCGTGTTCGATTTTATTTTTGCCTCCACCTTGGGTAATACAAACTTTGTTAGTCACCTTTCCTACGCGGCACAACAAGATCTATATAGAGATTCGGAAAACGTTAATACGCATCAACTTGTCTATCGGCCAGACATCTTTATGTTAGCAGCGATGGATTCGAAAGATGCTATGCTCATTGTGCTTCTCGTGAGTTTTGGTGTACCTCTGGGCCTGTATATTACTGTGAGACAACTTGTCGTGAAGCGGTTAATGGGTGAGCATTTGCAAGATCAGTATCGTATGCGTTCAGCTTGTAAAGTAAATGATTATTACGCGACCGATTTTCCGGATCTAAACTTATGTGCAGCTGAAGACACCGGCCATTCGCACTTAATTTTGAATACTACGCGCTTGCGTGCTGAGCAACAGCTTCTAAAGCGACGAGATAACAACACGCAGATTGTTATTTTTGAAAATCGTATATTCAGAATTATTGATTGTCTGGATATGTACTATGACACGACGACGCACGCCGACGCTTTTTATTTTATGGCCAGGCTTGATGAGTTTGTCACTACTAATCAAATTTCGAAAATTGTTGTTGCCCTGTCTGCATTAGAACAACTCAGCTTAGACATTGTCTCGAGAAAGAACGCATTAGCCTTACTGTACGAACTTCATTTAGATAAGCGCATAGAGTTGATCATTGTCGCAGAAACAGCACCTTTATACCGGCTACTTAACCCCAGTGCGTATGAGTCAGGGACTTCACTTGCAACTGAAATTGACGAACGAACGGGGTGGACAAAATTGTTTTCTGAATTCGATAAGCACTACGCCTGGTCTCCTGTTTGCAAGAGCAGATTAGATAACCCGTTTGACTATAAAGCACTTTTTGATTATGAAAGTCTCGCATGGCCCGAAGTTGACCAACTGATAAGCAAATTTGATCGCGATAAATACTGGGAGCCAGAACAGGTCATCGAGTTTATGCTGGTACACGCGGGTCCACTGTACAGGCGTAAATGGGAAGAGTGTACCGTGAATGAAAAAATCATCCTCTGGCGAATGGCTCATGGGGCGAGTATCAATCCGGAGAGTACGGTTACAATCGAGCGCTTAGTGCGTAGATGTTATCTTTACAGAGATAAAGGCTGGCATTTGATCAATGAAAGCTTTAGGCAGTTTGTGCTTACAGCAGAGCCAGAATCAGTGATGAAAAGTTGGATGGACACTACGTCTACCGGTGCCTGGAGTGTCCTTCGTATTCCCATTTTCACGTTATTGCTGGTGTTACTCGCTATCTTTATTTATTCGAGTGGAAGTTCCCTCGATACAATCCTGGGGATAGCAACCGCCACATTAGGACTTATTCCTTTACTGATAAAAAATTTGGGTATGTTACGGGGAGGGAACGTTGATATCGAGTAA	MTPLKRNLSRLALFILVLLLGAMISGLVYFFKMERNEDTLNILYFRELQRIEGRIQLSIEKVKATANYALSEKDRCDAFDLNSCKYIISRFNELANAANELRDVSFVGLNEEYISQSQVIDTEIDGSNFSFRTPHFNTVEFTLTRYQEYPLQKVSLKLRSSIEPVLNQRMDRFQTVALVDESGEVKGVANNAEKLSSDPERFFKSVSRITLNDSAPDKNDKSGAGNALLLNGTRFTDIQLDGSAFRVYVHPLTSSGLSAEDKHYYLIGLIKKSMVTSQKLKLSPNLLMWLILALLLLISVIPMIKLRFISATYAIQRGDKSQVVLGIIVATSIITIGFSQHLFQSYYTEFKDKQLNVLYEDITRDVKQELSTILQNIRTLEINDEASHPDNYDGRDKVESPYEFLYRPDWIVLDDGREKVLMEFFSSVSTNKKIISTRDKPVLYVSESTLNKKEPDISGREYSRAGSMGDFWELTVHDRDYKLFMQRVFNIEDGRRNLMLALDPAINSRMAITKGVEEGKNASDGEPAKEETHFYIASTRLSVLVDRILPNNFGYAVINPMGDVIFHSDDALSLSENFFTETSQNPHLKTASNHNQLTRKPFEIDYKGIPVRLIVGPLISDMQANGIPWRLIVFFDPSELQMNNMVMVFTAVFLLLLIIIPPFLLLRYVAVQRFWQEISYFDSDKKRYYSVAALFIFCLAIFVVLQMGWVQSLIARVFLWVAACNVLMYIVIYFWKSRLSMYFWWRQPVVVVTLILIPILTLLCLLGWQEYYEISHMNKDFSLVGVLILFFPIIVFFAYRSSPYRKLLYVINKQKKHIFGGFVILLLLTTLLGFWTLSLFILCTLLVCFSLNTERVFFKIKRLRREKCRFSSSYVWFLSGLFYLVSAVPAVLIVYSAHEYLLVRQAQFEEHTIKQNIHVKDNDVESYLNFIKKGCSSSSDCEKTTTHERSFSEEVKRFFPIKLFGEEKQWVDVVDTAKGEHSKFFTDAVFDFIFASTLGNTNFVSHLSYAAQQDLYRDSENVNTHQLVYRPDIFMLAAMDSKDAMLIVLLVSFGVPLGLYITVRQLVVKRLMGEHLQDQYRMRSACKVNDYYATDFPDLNLCAAEDTGHSHLILNTTRLRAEQQLLKRRDNNTQIVIFENRIFRIIDCLDMYYDTTTHADAFYFMARLDEFVTTNQISKIVVALSALEQLSLDIVSRKNALALLYELHLDKRIELIIVAETAPLYRLLNPSAYESGTSLATEIDERTGWTKLFSEFDKHYAWSPVCKSRLDNPFDYKALFDYESLAWPEVDQLISKFDRDKYWEPEQVIEFMLVHAGPLYRRKWEECTVNEKIILWRMAHGASINPESTVTIERLVRRCYLYRDKGWHLINESFRQFVLTAEPESVMKSWMDTTSTGAWSVLRIPIFTLLLVLLAIFIYSSGSSLDTILGIATATLGLIPLLIKNLGMLRGGNVDIE				NA	NA	NA	NA	NA
AK237_01662	567			hypothetical protein	ATGACAACAATAAGTGACGAGATTAGTGCGTGTCGGATTTGTCAGGGCATATTGCCGAATGCGCCACGGCCCATATTTCAATTAAGCCCTCAGGCAAAAATCGTGATTATCGGACAAGCGCCAGGTATAAAAGCCCATGACAGCGCGCAGCCATGGAATGATGCCAGTGGAGACAAATTGAGAAGCTGGTTAGGCGTCACACGAGCGCAGTTTTACTCTAATCTTTTCGCACATATCCCTATGGCGTTTTGTTTTCCGGGCTACAAGCGCGGTGCAGATGCTCCGCCGCCAAAAATTTGCGCAGAAACCTGGCATGATAGGGCCTTGTCTTATATTGCTCCCCAGCTGATTATTCATATAGGTCGATATTCTCAGGCTTATTATCTCCCGCAATTCAAAACCCTTACCGAGGCCGTTAAAGCGACGTCCACCTCACAAGGCCAAAGAGTCGTGTTGCCACATCCATCAGGACGTAATAATCGCTGGCAGGCGAAGAATAAGTGGTTTGAGGCGGAAGTTATTCCTTTACTCAGGCAGCGACTACGATACCTGTTATCGCTTAATTGA	MTTISDEISACRICQGILPNAPRPIFQLSPQAKIVIIGQAPGIKAHDSAQPWNDASGDKLRSWLGVTRAQFYSNLFAHIPMAFCFPGYKRGADAPPPKICAETWHDRALSYIAPQLIIHIGRYSQAYYLPQFKTLTEAVKATSTSQGQRVVLPHPSGRNNRWQAKNKWFEAEVIPLLRQRLRYLLSLN				NA	NA	NA	NA	NA
AK237_01663	1812	sglT_1		Sodium/glucose cotransporter	ATGAAGTTGTCGTCTTTTGACGTTCTTGTCATTGTTGGTTATCTCTGTGTTGTCATTCTGCTTGGAATGGGAATAGCCAAATTTAACAAAAAAAACACAACAGATTATTTTCTCGGCCAGAATAGAATTCCCTGGCCGTTTCTCGGGCTGTCCAACGCCTCAGGCATGTTCGATATCAGTGGCACCATGTGGATGGTCTACCTGCTTTTTATCTATGGTTTGAAAAGCGTATTTATTCCCTGGCTCTGGCCCAGCTTTAACCAAATATTTCTTATGATTTTCCTTTCCATCTGGCTGCGAAGGTCGGGTGTGATGACGGGGGCAGAATGGATACGGTTTCGTTTTGGCGAAGGGCAGGGTGCCACGCTGAGCCACATCATAGTTGTTGTATTTGCGCTTATCAGTGTGCTGGGGCTTCTGGCCTACGGATTTATCGGTATCGGTAAATTTGCTGCGGCCTTTCTACCCTGGGAGTTAACTGCAAATACCCGTCTTAATGAAGTGCTCTATGGAGCCTTAATCACCGGCTTCACGGCGCTTTATGTTGTGCGCGGCGGCATGGTGAGCGTGGTTTACACTGAGGTCTTGCAGTTTTTAGTGATGACTGCAGCCTGCATTGCTATCGGGGTGATTGCAATGATGCAGGTTTCACCTGACATGCTGGCAGCGGCGGTACCACAGGGGTGGACTTCACTGTCGTTTGGCTGGCAACTGGATTTAGACTGGCAAACGTTGTTGCCTCAGGCTAATGAACGGATTGCCAGTGACGGCTATTCACTGTTTTCGCTTTTTATCATGCTGGGGCTTTTTAAAGGCATTTTGCAAAGTCTGGCCGGGCCGGCGCCTAACTTTGATATGCAGCGTATTCTTGCCGCGCGCACACCGTCAGAGGCGGCTAAGATGAGCGGTTTTGTGAGTGTTGTATTGTTATTTCCCCGTTACATGATGGTTACCGGGCTTACGGTGCTGGCGTTGGTTTATCTTACGCCGGCTTTAAATCAAATGAACAGTGCCGCAGATTTCGAGCAAATATTGCCGCTGACCCTGGCCAATTTTATACCGTCCGGTCTGCTGGGGCTTATCATTGCAGGGCTGCTGGCGACCTTCATGTCTACCTTTGCGGCGACGTCAAACGCCGCGCCGGCCTATGTGGTAAACGATATTTATAAACGGTACGTAAACCCAGATATATCAGAACGAAAGGCGCTGAAGCTCAGCTATGTGGTGTCTGGTCTTTTTATCGTTTGCGGTTCGTTACTCGGGCTGTTCGTACCGTCACTGAACAGCATGGTAATGTGGTTGGTGTCTGCGTTATACGGTGGTTATACCGCAGCAAACGTGTTGAAGTGGTACTGGTGGCGTTTCAACGGTATGGCATTCTTTTGTGGCATGACAGCCGGAATCATCCTGTCGGTGTTTCTTATGTTTACGGATATCCAGCCGTTGTATGCGTTCCCGTTTTTATTCGGCTTCTGCTTACTGGTGTGCATTGGCGTCAGCCTAGTTACCCAACCGGATGATATCGGCGTGTTGAAGGACTTCTATCAGAAAACCCGTCCCTGGGGCTGGTGGCAACCGGTCGTGCGGGCGTTGCAGGAAGATGGCGTAGTAATAACCGCGAACACCCAATTTAAAAAAGATGCAGCCAATGTCGTGGTGGGTGTTATCTGGCATACAGCATTAACCGCAGCACCCATCTTTATGGTCATTAAAGCCTGGTGTGCATTTGGCGTGAGTTTGGCACTAATCGTAGCCTGCAGTATTTGGCTTAAATTTAATTGGTGGAACAAACTCGATGAAAACGACGTATAG	MKLSSFDVLVIVGYLCVVILLGMGIAKFNKKNTTDYFLGQNRIPWPFLGLSNASGMFDISGTMWMVYLLFIYGLKSVFIPWLWPSFNQIFLMIFLSIWLRRSGVMTGAEWIRFRFGEGQGATLSHIIVVVFALISVLGLLAYGFIGIGKFAAAFLPWELTANTRLNEVLYGALITGFTALYVVRGGMVSVVYTEVLQFLVMTAACIAIGVIAMMQVSPDMLAAAVPQGWTSLSFGWQLDLDWQTLLPQANERIASDGYSLFSLFIMLGLFKGILQSLAGPAPNFDMQRILAARTPSEAAKMSGFVSVVLLFPRYMMVTGLTVLALVYLTPALNQMNSAADFEQILPLTLANFIPSGLLGLIIAGLLATFMSTFAATSNAAPAYVVNDIYKRYVNPDISERKALKLSYVVSGLFIVCGSLLGLFVPSLNSMVMWLVSALYGGYTAANVLKWYWWRFNGMAFFCGMTAGIILSVFLMFTDIQPLYAFPFLFGFCLLVCIGVSLVTQPDDIGVLKDFYQKTRPWGWWQPVVRALQEDGVVITANTQFKKDAANVVVGVIWHTALTAAPIFMVIKAWCAFGVSLALIVACSIWLKFNWWNKLDENDV	PGPT0013955_437	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
AK237_01664	1923			hypothetical protein	ATGAAAAACAGCCTATTGCTCATGACATTACCTTTTGTGATGTCTATGCATGCATCAGCAGCAGAAGTTTCAACCTTATTTACTGACCACATGGTGTTACAGCGTGACAAGCCCGTCAATGTATGGGGCACAGGCGCGCCCGGCGAAACTGTCCGTGTTACGGTAAATAAAGCGGAACAAACCACAACGGTAACCGCATCAGGGCACTGGAACGTTGCGTTACCGGCACAATCAAAGGGCGGGCCTTTTACTCTTACTGTAAAGGGTGATAATACCCTGACATTCGATGATGTGTGGTACGGCGATGTGTGGATTGCGGCTGGGCAATCCAACATGGAATGGGACTTAAAAGATCACGTTACAGGTAACGAAAAAGCACTGGCTGAAGCCGCTAATACGCGCATTCGCCTTTATGACGTACCGAATACCCTGTCGCCGGAAGTGCAGACCACGTTGCCTGACAGCAAGTGGCAGGTCGCTAATGCCAGCACTGCCGGCGCATCGTCTGCCGTGGCCTGGTTTTTTGCTGAAAAAGTTTCAGCAGAAGAAGATGTGATGGTGGGCATTATTGAAAGTAACTGGGGCGGCACACCGGCCGAAGCCTGGATTGATTTGGCGACGGTTGAAGCCGTGCCGGGCTACCGTGAGCAGGCTGAAGCAGTAAAGCGTAACCCGGACTGGCAAAAAACACTACGTGACAATGATGCACGAAATACCGAAAAGTGGCGTCGTATCGACAGTGAAGCCGTGGCGCTTGCGACTGGTGCGGCTGAGGTTGATTACGATGACAGTCAATGGCGTGAAGTCACCCTGCCGAACAGTACACCGTTTACTGATTTCACCTGGTTGCGACATACCTTCACGCTTACAGAAAATGACCTGTCAAAACCTGTCACGATTAATGTGGGTGACATTGTCCAAAACGCTTTCGTGTTTATTAACGGTCATGTTATTGCAAAAGAAGACTGGCGCAATGGTGACTCGTTACATCATTTGCCGAAAAAGTGGCTGCAGCGCGGGAAAAACGTGTTCGCTATTCGCGTGACTAACGACTGGGATAACAAAGCCTATGTGGGCCGGCCGGCACAAATCTGGCGTGAAGTTGGCACTGAGAAAGTCGATATTTCCGGACAATGGCGGGGCACCAATACCATTGAACCACCCATTCCCGAGGTTGAAAACTACACGTTCACGCCCGGTTTTTTATATAACGCGATGATAAATCCCTTGCTACCTTACCGGGTAAAAGGCGTTATCTGGTATCAGGGCGAAAGCAATGTTAATCGTCAGGAATACTACGCAGACTTATTTAAAACACTTATCCAAACGTGGCGCAAAAAGGCTGACGACGACACATTGCCATTCCTTTTTGTGCAGATTTCTGCCTTTTTAAAACCGCAGGCTCTGCAACCCGACAGTGCATGGGCTTACCTGCGGGATGCACAAAAGAACACGTTATCCTTGCCGGATACGGGTATGGCGGTGTCGATAGATGTGGGCAATCCTGATGATATTCACCCTAAAAACAAACGGCCTGTAGGCGAGAGGTTATGGCGTCAGGCGGCCCGGCAGGCGTACGGCCACCAGGATATCGTAACGTCAGGGCCGGACTTTTCGGGTATGGATATTAAAGGCGATAAAGTGACGCTGCGTTTTAACAATGCTAACGGCATGACGACCACAAATGGTAACGCACCTTCAGCCTTTATTATCGCCGGTGAAGATAAGCGATTCTTCCTTGCTGACGCGGAACTGGACGGTGAGAAAATTATATTAACTAATGCGAATGTGAAGAAACCTGTTGCCGTGCGTTATGCCTGGGCTGATTATCCGGTCGTGAATCTGGTGAACGGGGAAGGCTTACCGGCAGTGCCCTTCAGAACCGACAACTGGCCTGCTTCGGCAGTGACAGCCGGGCAGTAG	MKNSLLLMTLPFVMSMHASAAEVSTLFTDHMVLQRDKPVNVWGTGAPGETVRVTVNKAEQTTTVTASGHWNVALPAQSKGGPFTLTVKGDNTLTFDDVWYGDVWIAAGQSNMEWDLKDHVTGNEKALAEAANTRIRLYDVPNTLSPEVQTTLPDSKWQVANASTAGASSAVAWFFAEKVSAEEDVMVGIIESNWGGTPAEAWIDLATVEAVPGYREQAEAVKRNPDWQKTLRDNDARNTEKWRRIDSEAVALATGAAEVDYDDSQWREVTLPNSTPFTDFTWLRHTFTLTENDLSKPVTINVGDIVQNAFVFINGHVIAKEDWRNGDSLHHLPKKWLQRGKNVFAIRVTNDWDNKAYVGRPAQIWREVGTEKVDISGQWRGTNTIEPPIPEVENYTFTPGFLYNAMINPLLPYRVKGVIWYQGESNVNRQEYYADLFKTLIQTWRKKADDDTLPFLFVQISAFLKPQALQPDSAWAYLRDAQKNTLSLPDTGMAVSIDVGNPDDIHPKNKRPVGERLWRQAARQAYGHQDIVTSGPDFSGMDIKGDKVTLRFNNANGMTTTNGNAPSAFIIAGEDKRFFLADAELDGEKIILTNANVKKPVAVRYAWADYPVVNLVNGEGLPAVPFRTDNWPASAVTAGQ				NA	NA	NA	NA	NA
AK237_01665	990	cytR_1	COG1609	HTH-type transcriptional repressor CytR	ATGGCCACTATTCGTGATGTTTCCAAAGAGTCGGGCTTATCAATAGCTACCGTCTCAAGAGCAATCAGTAATCCTGAAATGGTCTCAAAGCAAAGCCTCCGCCGCGTCAATCAGGCGATAGAGAAATTGCAGTATCGACCTAATCTTACCTCTCAAAAGTTTCGCTTACAGCGCACGAATACCATTGTGGTGCTGGTCCCCAATATTGCCAACTTATTTTTCGCACAGCTAATCAGTGGCGTTGAAGATACGGCCGCAAAGCATGGTTTTAATGTGTTGCTGGGTGATACCCGTGACAGTGCCAGCCGGGAACAGGAGTTTATTCAGCTGGTGGAAACCCGTCAGGCGGATGGATTAATTCAGCTGACTCCGCACAACGACAAAGCTATTTTGCCCATTAAAGATGTAAAAGCAGTGAATGCTGCCGGCTGTGCCGGTACGCCTTATTATTCTGTACGCATCGACAATGAAGAAGCGGCCGCCAAAATGGTGACATATCTGGTTAGTCAGGGGCACCGTCGTATCGGCATGATTTCCGGCCTGAAAGACAATCTTCACTCCATGGCCAGGCAGGATGGATACAAACAGGCGCTGGAAAATGCTGAGATCCCATACGATGAGGAGCTGGTGGTTGAAGGCGACTTTTCGTTCTGGTCTGGATTTAATGCAGTGAAGCACTTCGTCAACATGGACCAACGGCCCACGGCGCTGTTCTGTGCTAACGATGAAATGGCAATTGGCGCACTTAAGGGTTTAAAAGAGAAAGGTTTAAAAGTGCCTCAAGACATTTCTATTACTGGCTTTGACGATTTGGATATGGCCAATTACTGCGATCCTCCGCTTACCACCATCAGGCAACCAGCTGTGAGAATGGGGGAAGAAGCCGCCGAATTGCTGTTCCGCATTATAGAAGGCGAACAGCCGAAACTAACAGAATACATTTTACCGTTTGAAATCATTATCCGGGAAAGTACACGGGCTATTAAATAG	MATIRDVSKESGLSIATVSRAISNPEMVSKQSLRRVNQAIEKLQYRPNLTSQKFRLQRTNTIVVLVPNIANLFFAQLISGVEDTAAKHGFNVLLGDTRDSASREQEFIQLVETRQADGLIQLTPHNDKAILPIKDVKAVNAAGCAGTPYYSVRIDNEEAAAKMVTYLVSQGHRRIGMISGLKDNLHSMARQDGYKQALENAEIPYDEELVVEGDFSFWSGFNAVKHFVNMDQRPTALFCANDEMAIGALKGLKEKGLKVPQDISITGFDDLDMANYCDPPLTTIRQPAVRMGEEAAELLFRIIEGEQPKLTEYILPFEIIIRESTRAIK	PGPT0021075_1629	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_NUCLEOSIDE_TRANSPORT,PGPT0021075-cytR-K05499	NA	NA
AK237_01666	3012			hypothetical protein	ATGAAAGAGACATTTGCCGAGAAACATGGCGTTAAACGTTCGATGTTGGCATTGTGCGTATTAGCGGCTACCCAACATACAGCAGTATTTGCACAAGAAACTGATGTGCCGGATGACAGTGATATTGAAGTCATCAACGTAAGTGGGATCAGAGGATCGCAAGAAGCTTCAATTTTCAACAAACGAACGGCAGCCACTGTTGTAGACTCTATTGCTGCAACAGATATCGGTAAATTGCCGGATGTGACAATTTCAGACTCATTACAGCGTATTTCCGGTGTACAAATTCGCCGTACAGCGGGTGAAGGTGGTTCACTCAATATCCGCGGCTTGCCACAGGTAGTCACGCAACTGAACGGTGAACAGTATCTTGGCGCAAATTCCGTTGTATCCACTCAACCTAACTTCAGCGATATCCCGTCGCCTCTGTTCCGTGGTGCAGATGTATTTAAGAACGCAACAGCCAACTTAGGCAATGCCGGTATCACGGGTACTGTTAACTTAAAAACCTATCGTCCGTTTGATTTTGAAGAAGGCTCCACATTCAGTGGTTCCGCTGAAGTGCAGCGCGGTGACGAAACTAAAGAGAACGATCCTAATTTATCTGCGCTGTATAACTGGCAGAACGGTGATGTGGGTTTCATGATCTCCGGTACCTATGCCAATGTGAATCTGGCTAATTCGTACAATGGTATCAATACCGGCAGCCCGGGCGATGCCGGCTGGACCGACCGAACCAGTGCTGAGGAAGTTGGCGTAGACGGCCGTGATGGCCGTGTTATCTTAGGCTCTCAGGGTTTTTCTGCCTGGAATCAGGGTACCGAACGAGAGCGTCTGGGCCTGAACACGTCCATGCAGGTTGATTTGGGTGAAGGTTTCGTTTTCACCGCAGATGTGTTCTACACCGAGCAGGAAGAATACAACCGTAAAGTCGGTTTAAGTGCAACCAATAAGTGGGGCCCCCGCGGCTGGTTTACGCCAACGCAGGAGCGTGCCACCGGTGCAATGATTGACGGCGGCGAAATGTATTCCTGGCAAACGGCCGAGCTGTACCCGTCACGTCTGAAGTCATTCACGCAGAATGATGTCTACAACAACAGTTCTACCAACATTAACCTGCAATTAGATTACGACAACGGCGGCGCATTCAGTGGTCAGTTCCGCGCAATTATCGGACGTGCCTCTCAGGAACACCGTCACGGTTACAACGAAGGCGATATGACCAACGGCTCTACCACGCTGGGTCGTACGACTAACCTGGTACCGTCTGACAAGTGCGGATCTGACGATACTGTAGTAGGCGATGAAGGCGGTTGCTTACAGGCTATCAACGCGTTGGGTTACAGCGAAAATCCACACCTGACTTACGATACAACGGGTGAGCATCCTGTGTGGAGTGGCTTTGACCGCTCACTGGCCGGTGGCCTGGGTAACGGCGCGACTATCGCTGACTACATGGGCAATTTGTCCAGCTACAACATTGGCGCATTCAGCTCTGAGAATAATGAAAACTCAGAAGGTGACATCAATGCCTTTAGCATGAAAGGCAAATATCTGTTCGACAGCGGTTACGTGACTAGTATCGAAGGCGGGATCCGCTACGGTAAACGCAGCGCAGACTATGAGCGCTATCATCTGTTTTCACCGGTACAAACGGCCGGCTGTATGGCACAGTGGAAAGCGACTGACGTATTGCTGAATGCTGACGCGCCAGCGTGTTCTGACGGCGAAATGGTAAACGGCGAATTCATGCCTTATGCCGCTCTGGAAAATATTCCGCTTGATCAGTACAACAACGTAGTGCAAGTGACTGATTTCGGACCCGTTTCCGGAATTCCAGCGATATGGGCAGTGGACCCGGCAGATTACGATGATCCTGAAGCCTTCCATAACCGCGTATTCGGTGAGTCGGTAAGACAAATCGTTCCTGGTTCCAGCTTCAGTGCTGATGTGGCTGAGTTAAGCTACTTCCTGCAAGCGAACTTCGAAGGCATGGATGGCTTGCTAACAGGTAACGTGGGCATTCGTGTTATCGAAACTGACCTTACCGTGAAGCAGAATATTGCTGGTGATAACCTGCCTTACAGTGGCACAGCTATCGATACTGGTGATGTGGTTTCAAGCCGCGATTACACAGATGTGTTGCCAACATTGAACCTGTCTTACAGCATCACAGACAACGTAATTGCACGTTTTGCTTATTCAGAAAACATGACGCCACTTAACCTGAATCAGTACGGTGAAGGTTTAACGTTAAGCAATGCGTTGGATTCAGTAGAAGGCAGCCCCACCCAAGGCCAGTTCATTGTAACCGGTGGTAGCTTAGCGGGTAACCCCCAGCTTGATCCATGGCGCTCTACTAACTACGACGTGTCGTTAGAATGGTATCCTGGCCAGGCCAGTATGGTGTCTGCTGCACTTTTCCGTGTTGAAATTGACAGCTTTACTGTGAACCAGACGGTAGACATGGAAATGCCGGACGCTGACGGTATTGTGCGTCGTAGCGTACCTATCACAACGTTGGTGCAAGGTGACGGTGGTACGCTGGAAGGCTTTGAAATTGGTGCGAAAATCGCGTTCAGTGATTTCATCGACGGGGAATCTCTGTTAGCCAGCTTCGGTATGGACACTAACTTTACCTATTCACCCAGTGAAGGTTCCGGTACTGACATTTATGGCGAAGAGAATATGTTTAACGACAACTCTGAGCGTCAGTTCAACGTTATCGGCTGGTATCAGGGCGACCGTTTTGAAGCACGTATCGCTTACAACTACCGCAGCGAACGTTTAGCTGGTCAGGGCGGTTGGGGAGCACTGAATCTGTATCAGGCGCCTACCTCTTACGTTGATGTTTCTGCCAGCTACGACATTGATGAGAACTTCTCTGTGTATGCACAGGGCTCGAACATCACTGGCGAGTACGAAGATTACTACCTGCAATGGGAAGATCAGTACGCCTTCCAGAACTACTACGAAACCCGCTACATTGTGGGTGTAAGAGCGAAGTTCTAA	MKETFAEKHGVKRSMLALCVLAATQHTAVFAQETDVPDDSDIEVINVSGIRGSQEASIFNKRTAATVVDSIAATDIGKLPDVTISDSLQRISGVQIRRTAGEGGSLNIRGLPQVVTQLNGEQYLGANSVVSTQPNFSDIPSPLFRGADVFKNATANLGNAGITGTVNLKTYRPFDFEEGSTFSGSAEVQRGDETKENDPNLSALYNWQNGDVGFMISGTYANVNLANSYNGINTGSPGDAGWTDRTSAEEVGVDGRDGRVILGSQGFSAWNQGTERERLGLNTSMQVDLGEGFVFTADVFYTEQEEYNRKVGLSATNKWGPRGWFTPTQERATGAMIDGGEMYSWQTAELYPSRLKSFTQNDVYNNSSTNINLQLDYDNGGAFSGQFRAIIGRASQEHRHGYNEGDMTNGSTTLGRTTNLVPSDKCGSDDTVVGDEGGCLQAINALGYSENPHLTYDTTGEHPVWSGFDRSLAGGLGNGATIADYMGNLSSYNIGAFSSENNENSEGDINAFSMKGKYLFDSGYVTSIEGGIRYGKRSADYERYHLFSPVQTAGCMAQWKATDVLLNADAPACSDGEMVNGEFMPYAALENIPLDQYNNVVQVTDFGPVSGIPAIWAVDPADYDDPEAFHNRVFGESVRQIVPGSSFSADVAELSYFLQANFEGMDGLLTGNVGIRVIETDLTVKQNIAGDNLPYSGTAIDTGDVVSSRDYTDVLPTLNLSYSITDNVIARFAYSENMTPLNLNQYGEGLTLSNALDSVEGSPTQGQFIVTGGSLAGNPQLDPWRSTNYDVSLEWYPGQASMVSAALFRVEIDSFTVNQTVDMEMPDADGIVRRSVPITTLVQGDGGTLEGFEIGAKIAFSDFIDGESLLASFGMDTNFTYSPSEGSGTDIYGEENMFNDNSERQFNVIGWYQGDRFEARIAYNYRSERLAGQGGWGALNLYQAPTSYVDVSASYDIDENFSVYAQGSNITGEYEDYYLQWEDQYAFQNYYETRYIVGVRAKF	PGPT0003790_915	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0003790-hutA|fatA|fct|foxR-K02014	NA	NA
AK237_01667	585			hypothetical protein	ATGATGAATCGAAGACAACTTCTTAAAACACTTACCGCTGTAGGGGGCATTGGCGCAGCCTCTCTGTTAAGTGGGAATGCTATCGCTGCCGCCCAACGCTTCAGAGGCGATGCCACCGCGGGTTCACCCGCACTGTTAAGCGCGAATGCATTAGAAACATTGCGCCAGATCTGTGCGCTGACTATTCCTCAAACCGATACGCCGGGAGCGGCTGAGGTGATGTGCCACCACTTTATCGATCATCAATTGAGCGTGGTGTATAGCAAAGAAGAACAGCAATCTGCGATTACCCTGTTGAACGACATCAACAAGAACGCGTCGTCGTTTGGCGGCAAACATTTTTTTAACTTGGACGAAGCGTCCCAATTGCGCTTGTTAACTGCCCTGGAGAAAGCGGAAGCCCCTTTTTCTGCCGATCAAAAGGGCACGTTCAAGTTTCTTAAGAGCTTAATTGTGTTTGGCTATTACACATCTCAGCCCGGCGCGACGAAGGAATTGACCTACCTGCCTATTCCAGGTGGTTTCAAAGGCTCTGTGCCACTCGCCTCTGTAGGCAGCGCTTACAGCTCTAAAGCTTACTATTAG	MMNRRQLLKTLTAVGGIGAASLLSGNAIAAAQRFRGDATAGSPALLSANALETLRQICALTIPQTDTPGAAEVMCHHFIDHQLSVVYSKEEQQSAITLLNDINKNASSFGGKHFFNLDEASQLRLLTALEKAEAPFSADQKGTFKFLKSLIVFGYYTSQPGATKELTYLPIPGGFKGSVPLASVGSAYSSKAYY				NA	NA	NA	NA	NA
AK237_01668	1728	mpdB_3		2-methyl-1,2-propanediol dehydrogenase	ATGAACAAAGAAATGTATATAGATGAATCTTCAGAAGTTTATGATGCCATCGTCATTGGTTCAGGCGTTACCGGAGGCTGGGCGGCGAAAGAGCTGACCGAAAAAGGCATGAAAACGCTCATGATTGAGCGTGGCCGCGTGGTTGAGCACCGCAAAGATTATATTTCAGAAGCCGTGCCGCCTTGGGAATATGCCAACCGCACAAAAGTGGCGAAAGAACTCACTGATGAACAATATAAAATTCAAAAGCAGTGTTACGCCTTCCACGACGGGACAAAACACTTCTTTGGTAACGACAAAGACTACCCCTACAGTACCGAAGAAGGGACGGAATTTAGTTGGATCAGAGCCAATCAGTTAGGGGGTAAATCGTTACTCTGGCACCGTCAGTCGTATCGTATGAGTGCGTTCGACTTTGAAGCGAATAAAAAAGACGGTCACGGCAATGACTGGCCTATTCGCTATCAGGATTTAGCGCCCTGGTATGAATACGTTGAAAAGTTCGTAGGCATAAGCGGGGCAGCAGCCAACTTGCCCCAATTGCCGGACAGCGTATTTCTGCCGCCGTTTGAGATGACAAAGCCAGAGCTGGATTTCACCGCAAAAATGGCGGAAGCGGAGCCGGATAAACCGGTGATTATCAGCCGCTGCGCCCATTTAACAAAGCCGCAAAAAATTCATCTGGAAATGGGTCGTGCGCAGTGTATGGCCAGAAACGAGTGTCAGAAAGGCTGTTCGCTGGGTGCTTACTTCTCAACGCAAAGCGCTACCCTGCCCGCGGCTGCCAGAACAGGCAATCTGTACATTGCGCCAAACAGCGTGGTGGAAAGCCTCATCTATGATGAGAAAACCAATCGGGTGAAGGGTGTACGTGTTATCGACAACGACACTCTCAAACAGCGGGAATATTACGCCAAAGTGGTGTTCTTATGTGCGTCAACTTTGGGGACCACTCAGATCATGCTGAACAGCACATCAAAGCGTTTCCCTAACGGTATTGCTAACAGTTCCGGTGTACTTGGCCATTATCTGATGGATCACAACTACAATGCACTGGTAACAGCCAGCATTGACGGGTATGAAGAAGAGTATTACTCAGGCCGCAGACCGGCATCGCTTTATATTCCTAACTTCCACTATGAACCCGGTCGCTATCATAAAGACTTCAAACGGGGTTATGCATTAGCTGGCAGTGCATCACGGGCTGACTGGCAATCGATGGGCAGTATGGATGGCTTTGGGAAGTCCTTTAAATCACTGTTACACAACCCGGGCGGCTGGGGAATTGGTCTGCAGGCGCAGGGTGAGATGCTGCCCCGTCACGATAATCAAGTGGCGCTGCACAACACCAAAAAGGACAAATGGGGCATTCCTCAGTTAAATATTAACTGTAAGTGGTCAGATAACGAAAATGCCATGATGCAAAGTGCGCTGGAAGTGGCCTCGTCGATGATGGAAAAAGCAGGCTTCAATAATATTGAGCAGCGTATTTTGGGTCAGGCGCCCGGGTTAGCCATTCACGAAGTGGGAACGGCCAGAATGGGCCGCGATCCTAAAGACTCCATATTAAACGGTTATAACCAGGCCCATGACGTACCGAATTTATTTGTGACAGACGGTGCCAGTTTCTGTTCTACTGGCGTGGGAAATCCCTCGTTAACCTTTATGGCAATTACTGCCAGAGCAGTTGATTACGCAGTAAAAGAATTCAAATCAGGACGACTATGA	MNKEMYIDESSEVYDAIVIGSGVTGGWAAKELTEKGMKTLMIERGRVVEHRKDYISEAVPPWEYANRTKVAKELTDEQYKIQKQCYAFHDGTKHFFGNDKDYPYSTEEGTEFSWIRANQLGGKSLLWHRQSYRMSAFDFEANKKDGHGNDWPIRYQDLAPWYEYVEKFVGISGAAANLPQLPDSVFLPPFEMTKPELDFTAKMAEAEPDKPVIISRCAHLTKPQKIHLEMGRAQCMARNECQKGCSLGAYFSTQSATLPAAARTGNLYIAPNSVVESLIYDEKTNRVKGVRVIDNDTLKQREYYAKVVFLCASTLGTTQIMLNSTSKRFPNGIANSSGVLGHYLMDHNYNALVTASIDGYEEEYYSGRRPASLYIPNFHYEPGRYHKDFKRGYALAGSASRADWQSMGSMDGFGKSFKSLLHNPGGWGIGLQAQGEMLPRHDNQVALHNTKKDKWGIPQLNINCKWSDNENAMMQSALEVASSMMEKAGFNNIEQRILGQAPGLAIHEVGTARMGRDPKDSILNGYNQAHDVPNLFVTDGASFCSTGVGNPSLTFMAITARAVDYAVKEFKSGRL				NA	NA	NA	NA	NA
AK237_01669	930			hypothetical protein	ATGATGACAAATACAATGAAGCGACTTTCTCCTATTGCAATGGCTATTGGCCTTAGTACAGCAGCATTGCTAGGCGGTTGTAGTGACGACAAACCAGCTCAGACCACGAAAACCGCGTCAGAGCCAGCAAATCAAACCGCCACGAAAGAAACACAAGACGCCTTTGTTGCTCCGCAAATTAGCGTGCAACTGTGGTCAGTTAAAGATGCGTTGAAGAACGACTTTAAAGGTACGCTGGAAAAGTTAGCAGATCTTGGCTTTGATGGCGTTGAGTTCGCCGGCGATTTCGGCCCGTTCGCAGACGACCCTGCCGGGTTGAAAGCATATCTGTCATCCATTGGTTTAGTGGCCAGTGGCGCACACGTACAAACTCCGCAGTTAACGGATAATCTGGAAGACACCGTTGAGTTTTATCAGGCGCTGGGTATTGATACGCTAATCATTCCCTGGGATGACCGCGCGTTTAATGGTGATGATGTAAAAGCGTTTGCAGCCGAGCTCACTACATTGTCTGAGGCGCTGGCGCCATATGGCATGCAGGTTGGTTTTCATAACCATGCCCAGGAATGGGCAGATTACGGCGATACCAGCTACCTTGACTACATCGCCAGTCACACGCCTGAATCCGTTGTTTTACAGCAGGATGTGGGCTGGACAGTCCACGCTGATAAAGATCCTATCGCGTTTGTTCGTCGCTACCCTGGCAGAACGCTAACCACTCACTTTAAATCTGACGTGGCAGAAGACAGTGATTTGAAGCCAATTATCGGTAAAGATGACATAAGCTGGTCTGCAATTTACCGTGCAACGGTTTTAGATGGTGGTGCCGAGTGGATTGTTATCGAGCAGGAAGTGTATCCGGACGGACTTTCCCCTATGGACGCTGTAGCTGCATCGAAAGCAGGGTTTGATGCCATTATTGCAGAGTAA	MMTNTMKRLSPIAMAIGLSTAALLGGCSDDKPAQTTKTASEPANQTATKETQDAFVAPQISVQLWSVKDALKNDFKGTLEKLADLGFDGVEFAGDFGPFADDPAGLKAYLSSIGLVASGAHVQTPQLTDNLEDTVEFYQALGIDTLIIPWDDRAFNGDDVKAFAAELTTLSEALAPYGMQVGFHNHAQEWADYGDTSYLDYIASHTPESVVLQQDVGWTVHADKDPIAFVRRYPGRTLTTHFKSDVAEDSDLKPIIGKDDISWSAIYRATVLDGGAEWIVIEQEVYPDGLSPMDAVAASKAGFDAIIAE				NA	NA	NA	NA	NA
AK237_01670	654	yhfK	COG0702	putative sugar epimerase YhfK	ATGGCAAACGTATTTATTGTAGGTGCTGCGGGAAAAGTAGGCTCACGCTTAGTGAAGCTGCTAAGCGAAAACGATCACCAGGTCACGGCTATGCACCGAAAACCGGAACAAGGCGACAGTCTGGCCAAGTTGGGGGGCAAACCTTGTCTTCTCAGCATCACTGACGCCGATGTGGACAGCTTAACAACAGCGATGAAAGGAGCTGATACGGTAGTGTTTTCAGCGGGCGCTGGCGGTGCCAGTGTTGAATTAACCAATGCGGTAGACGGTGAGGGATTGGAAAAATCTGTGGATGCCGCGCAAGCTGCTGGTGTGAAGCGTTTCATTCTTGTTTCGGCATTCCCGGATGCTGGCCGTGGCACACATATATCAGAGACCTTTGAAAACTATATGCGAGTTAAGCGTCTGGCAGATGTTTATTTAGCGCAAAGTAAGCTGGACTGGGTCATCCTTCGTCCGGGCACGCTGACGCTTGAGGAAGGAACCGGAAAAGTCAATGCCGGGCTCGCCATCAAATATGGTGATATTTCAAGGGATGATGTGGCTGAAACGATTCAGGCGATTATCGAAAACGAAGGGATCAGTCGTAAAATTATCGAGCTGACTGAAGGCGAAACCCCCGTCAGAAAGGCTGTCGCGTCTATTCCGGCCTGA	MANVFIVGAAGKVGSRLVKLLSENDHQVTAMHRKPEQGDSLAKLGGKPCLLSITDADVDSLTTAMKGADTVVFSAGAGGASVELTNAVDGEGLEKSVDAAQAAGVKRFILVSAFPDAGRGTHISETFENYMRVKRLADVYLAQSKLDWVILRPGTLTLEEGTGKVNAGLAIKYGDISRDDVAETIQAIIENEGISRKIIELTEGETPVRKAVASIPA				NA	NA	NA	NA	NA
AK237_01671	1002	rutD_2		Putative aminoacrylate hydrolase RutD	ATGCGACGCACGCTGTTAATATTACTGCTTTTTTGCATTCACTCTTTGTCATTTGCGGCAGAGCTACCGTCTTACGACAAGCGCCTCTCAACATTTTCCTACCCCTTTTCAGTAAACACTTTTTCTTTTGAGTCTCAGGGTGAGAAAATAGAAATGGCTTACATGTACCTGCCTCCCAAGCGAGACATGCCTGTCGTTACGTTACTTCACGGAAAAAACTTTAACGGCGCTTACTGGCAGCAAACTGCTGAATTCTTACAGCAGCAAGGCTATGGAGTGTTGATCCCCGACCAGATTGGGTTCGGCAAATCTTCTAAGCCGGTCAATTATCAATATAGCTTTGCGGCACTGGCTACCAATACCCGGGCGCTGATGAAATCATTGAAGATAGACCACAGTATTGTTACCGGGCATTCCATGGGTGGCATGCTGGCCTCGCGGTTTGCCCTGCTCTATCCGGACGTTACCAGCCAATTGATACTGATTAATCCTATAGGGATTGAAAACTACCTGCTGTATGAGCGCTACACTGATATTGAAAACGTCGTAAATAGCGAAATGAACAAGACGCCAGAGATGATTGTCAGCTACCAGAAAAAGCACTATTACGACGGCAAATGGAATGACAAATTTGCGGGTCACGCCGCATTCCTGCAAGGCTGGATTAACGGGCCAGACTGGTCACAACTGGCGCGGGTGAGTGCGCTTACCTACGACATGATTCTCACCCAGCCGGTTATTGAAGAATTTGACCAGTTCAGTATGCCGGTGACGTTGATTCTCGGCACCCGGGATCGAACCGCCCCTGGCGCGGCGAACCTTCGCGCTGGCGTTGAGAGAGAATTGGGACGGTACGATAGGCTTGGTGAAGAAGTAAAAGCCCGTAATGCCGCTATTGACGTTATCGAATTGTCGGGGCTGGGACATCTTCCGCAGGTAGAGGATTTTGATCGTTTCACCACTGCTTATTCTACCGCGCTGCATCAGAAGCCCGCAAATTAA	MRRTLLILLLFCIHSLSFAAELPSYDKRLSTFSYPFSVNTFSFESQGEKIEMAYMYLPPKRDMPVVTLLHGKNFNGAYWQQTAEFLQQQGYGVLIPDQIGFGKSSKPVNYQYSFAALATNTRALMKSLKIDHSIVTGHSMGGMLASRFALLYPDVTSQLILINPIGIENYLLYERYTDIENVVNSEMNKTPEMIVSYQKKHYYDGKWNDKFAGHAAFLQGWINGPDWSQLARVSALTYDMILTQPVIEEFDQFSMPVTLILGTRDRTAPGAANLRAGVERELGRYDRLGEEVKARNAAIDVIELSGLGHLPQVEDFDRFTTAYSTALHQKPAN	PGPT0024360_3	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-GLYCEROPHOSPHOLIPID_REMODELLING	CE-REMODELLING_GPL_LYSOPHOSPHOLIPASE_ACTIVITY,PGPT0024360-PLB-K13333	NA	NA
AK237_01672	1512			Succinyl-CoA:acetate CoA-transferase	ATGTTTTCTGAATCCAGAATTTTGTGTCCGCAATTAAAAAGCAAAATAATGAGCGCAGAACAGGCTGCCGCGTTCATCAATGACGGTGACACAGTAGGTATGAGCGGCTTTACTGGCGCAGGCTACCCAAAGGCCCTGCCAGGTGCCCTGGCGAAACGAGCGGAAGCGCAACGTCAGGCGGGAAACCATTTTCAAATTAATTTGTGGACAGGCGCGTCAACCGCACCTGAACTTGATGGCGTTTTGGCTGCTGTAGATGGCATAAACATGCGATTGCCCTTTCAGTCAGATCCGGTATGCCGGAAACAAATAAATAACGGCCAAATGCATTACATCGATATTCACTTATCGGAAGTCTCTCAATATGCCTGGTCAGGCTTTTTAGGCAAACTGGACATCGCGGTTATTGAAGTAACAGCCATTCATGAAGATGGCCGCTTAGTGCCTTCTTCATCAATAGGAAACAACAAAACCTGGATTGAACAGGCGGACAAAATTATTCTCGAAGTGAACAGCGGGCAAAGCCTCAAGCTGGAGGGCATGCATGATATTTATTACGGCACCGCCTTGCCGCCTAACCGTAAGCCCATCATGTTAACCAAAGCGGACGATCGCATAGGTAATGCTTACTTCACTATCCCGCCTGAAAAAATCCTCGCCATTGTAGAAACCTCAGCGCCAGATCGAAATAGTCCTTTCACACCGCCAGATGCCTGCTCAAGACAAATTGCTGACCATATTCTCGATTTTTTCCGGTTTGAAATTCAGAAAGGTCGCTTACCTAAGGAACTGCTGTCGTTGCAATCAGGCGTTGGAAATATTCCTAATGCCGTGCTGGAAGGCTTAGACACCGGCGGCTATAAAAACCTGTCGGCTTACACCGAAGTGATTCAGGACGGCATGCTTAAAATGTTAAAATCCGGCACCTTGTCAGTGGCGTCGGCAACGGCATTTTCTCTCAGCCCCACGGCGCTGGATGAGCTCAACGAAAACATGGATTTTTACCGCGAGAAAATCATCCTTCGCCAGCAGGATATCAGTAACCACCCTGAAATCGCCCGTCGACTGGGTGTGATTGCCATGAATGGATTACTGGAAGCAGATATCTACGGCAATGTGAATTCCACCCATGTGATGGGCACCAGAATGATGAATGGTATTGGTGGCTCAGGTGACTTCGCCCGTAACGGTTATCTGTCTATTTTCGTCACACCGTCCACTGCCAAAAACGGTGCCATATCCTCTATCGTGCCTATGGTATCCCATGTGGATCACACTGAACACGATGTCAAAGTCATCGTGACCGAGCAAGGACTGGCTGATTTACGTGGCCTGTCGCCTCGCCAGCGTGCAAAGGTCATCATCGACAAATGCGCGCACCCGGATTATCGCGACAGACTGCACGACTATTTCGAACGTGCTTGTGCCAGCGCCCGCGGTATGCATACGCCCCACATCCTCGGCGAAGCATTGAGTTGGCACGAACACTTCGAACAATTTGGTAAAATGTAA	MFSESRILCPQLKSKIMSAEQAAAFINDGDTVGMSGFTGAGYPKALPGALAKRAEAQRQAGNHFQINLWTGASTAPELDGVLAAVDGINMRLPFQSDPVCRKQINNGQMHYIDIHLSEVSQYAWSGFLGKLDIAVIEVTAIHEDGRLVPSSSIGNNKTWIEQADKIILEVNSGQSLKLEGMHDIYYGTALPPNRKPIMLTKADDRIGNAYFTIPPEKILAIVETSAPDRNSPFTPPDACSRQIADHILDFFRFEIQKGRLPKELLSLQSGVGNIPNAVLEGLDTGGYKNLSAYTEVIQDGMLKMLKSGTLSVASATAFSLSPTALDELNENMDFYREKIILRQQDISNHPEIARRLGVIAMNGLLEADIYGNVNSTHVMGTRMMNGIGGSGDFARNGYLSIFVTPSTAKNGAISSIVPMVSHVDHTEHDVKVIVTEQGLADLRGLSPRQRAKVIIDKCAHPDYRDRLHDYFERACASARGMHTPHILGEALSWHEHFEQFGKM	PGPT0001545_552	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_UTILIZATION	PLANT_DERIVED_ORGANIC_ACID_USAGE-TRICARBOXYLIC_ACID_CYCLE,PGPT0001545-aarC|cat1-K18118	NA	NA
AK237_01673	867			hypothetical protein	ATGAAATTATTTTTCAAAAGTGGACTGACGACCGCAGCAATGTGTGTCGCATTAGCCGGTTGTACATCAAGTGTTAAGCAACCTGTACAGCCAACCGTGTCTGGCGACAGTCAGATAAAACGCGATACCGGTGAGCAAGCCTGGCGTGATTATTACGAAGCCAATATTTTTAAAAGCGGCAACACCGACATACCCTATCAAATGATGTTACCGGAAGGATTTGATCCCGGCAAAAAATATCCGGTGGTGATGTTCTTACATGGCGCCGGAGAGCGGGGGAATGACAACCGCGCACAGTTAAATAATGGCGGTAAATTGTTTGTCGAACATCGCGCAGATTTTCCTGCAATTGTCATTTTTCCCCAAGCCCCGAAGGATGATTACTGGGCGGTGGTTGAGGCCGACCGCAGTCATTTGCCATTCACGTTTGATTATCCCTACACCGGTGCAAACGACGTACCTCCAACGAAAGCACTGACGGGCGTGATGGCGCTGACCGATTGGATAACACAGCAGCCCTTCGCAGATACATCCCGGGTGTATCTAATGGGATTATCGATGGGCGGTATGGGAAGCTACGAGCTGTTGGCGAGGAAGCCGGATGTGTTTGCCGCTGCGGTTATCATTTGCGGAGGTGCTAATGCAGAGTTGGTGGATGATATTCGAGCCGACTTACCGCTGTGGGCTTTTCATGGTGACGCCGACGACATTGTGGTTCCGGAATACAACCAACGTATGGTGAAGGGATTAAAGCAACAGGGCAATCCCGTAAAATTCACCATTTTCGAAGGGGTAAACCACAACAGTTGGGACTCAGCATTCGCTGAACCTCAACTGCTACCGTGGCTTTTTTCTCACGAGAAGTAA	MKLFFKSGLTTAAMCVALAGCTSSVKQPVQPTVSGDSQIKRDTGEQAWRDYYEANIFKSGNTDIPYQMMLPEGFDPGKKYPVVMFLHGAGERGNDNRAQLNNGGKLFVEHRADFPAIVIFPQAPKDDYWAVVEADRSHLPFTFDYPYTGANDVPPTKALTGVMALTDWITQQPFADTSRVYLMGLSMGGMGSYELLARKPDVFAAAVIICGGANAELVDDIRADLPLWAFHGDADDIVVPEYNQRMVKGLKQQGNPVKFTIFEGVNHNSWDSAFAEPQLLPWLFSHEK				NA	NA	NA	NA	NA
AK237_01674	2355			Beta-xylosidase	ATGAGATTCTCAAAAACCTATCTGGCCGCAGCGCTGGGTATCGCCCTGTCTTTGTCTACAGGGAGCAATATCACAACCACCGCGCAGGCCACGCCGCCGGCGCCAGAAAACGTCGTATCGTCCACAGTTTGGAAAGATGATACTGCCGCGATGAATGAGGTGGTTGATAGCCTCATGAAAAAGATGACGTTAAAAGAAAAAATCGGCCAGATGAATTTGCTTACCAGCGGATGGGATGTGACAGGGCCGTCGATGTCTGATGACTATTTAGAACAGATCGAGCGGGGTGACGTGGGCGGGATTTTCAATGCATTTACTGCTGAATACACTCGCAAGCTGCAAAAAGTGGCTGTTGAAGAAACACGGTTAGGGATCCCGTTGTTATTTGGTTACGACGTCATTCATGGTCACCGCACTATATTTCCCATCTCGCTGGGAGAAGCGGCATCCTGGGATTTAAATGCCATAGAAACCGGTGCCCGGGTTGCCGCAAAAGAAGCCGCGGCAGACGGTATTCACTGGACCTTTGCACCCATGGTCGACATCGCGCGCGACCCCAGATGGGGTAGAGTATCTGAAGGCGCCGGTGAAGATGTGTTTTTGGGTACACAAATAGCCAAAGCCAGAGTTGCCGGGTTTCAGGGGGATAACCTGAACGATATCGATACCGTACTGGCATGTGCGAAACATTATGCCGCGTATGGTCAGGCCCAGGCGGGTCGGGATTACAGCACCACCAATATGTCTGAGCGGGAATTGTGGGACACGTATCTTCCTCCATTCAAAGCCCTTAATGACATGGGTGTGGCGACATTCATGACTTCTTTCAACGAGCTCAATGGTGTGCCGGCTTCAGGAAATCATTATTTACTGCATGATATTTTAAAAGAGCGCTGGGGTTTTGAAGGATTTGTGGTAACGGACTACACATCTATCAACGAAATGATTCCCCATGGTTATGCCGCCGATTTACAACATGCGGCGGAAATTGCAGTGAAAGCCGGCGTGGATATGGATATGCAAGGAGAGGCTTATGTAAAAACCTTGCAGAAAGCACTGAAAGATGGCGCGGTAACAGAGCCAGAGATAGACGATGCAGTGCGTCGCATCTTAGAGATGAAATACAGGCTGGGACTGTTTGACGACCCTTATAAGTACTCCGATCCTGAGCGGGAAAAATCAGTAATTGGTCAGCAGGCTCACCTTGATGCCGCGCAGGATGTGGCTCGCAAATCTATGGTCTTACTCAAGAATCAAAATGACACGTTACCACTGGCAAAGTCGGGGCAAACCATCGCATTAATTGGACCGCTTGCAGATAGCAAAGAAGACATGATCGGTTCTTGGGCTGCTGCTGGCGATCGTTACAATAAGCCCGTTACTTTGCTGCAAGGTTTAAGAGAAAAGCTGGGTGAGAATTCACGTATTCTCACCGCGAAAGGTGCCAGTTACGCGTTAGGATCAATGGATACCAGTGGTTTCGATGAAGCCATGAAGGTGGCTGAAAAGGCTGACGTTATCGTGTTAGCCATGGGCGAAAAATGGGATATGACGGGTGAAGCGGCAAGCCGCGTATCATTGGATTTACCCGGTACCCAAAAAGCCTTGATGCAACAGCTGAAACAACTCGGCAAGCCGATGGTACTGGTTTTGATGAATGGTCGCCCAATGACCATTACCTGGGCCGAAGATAATGTAGATGCCATTGTTGAGGCGTGGTATCCCGGCACAATGGGAGGTCATGCTGTAGCCGACGTGTTGGTGGGTGATTATAACCCTTCCGGAAAGTTACCTATTACATTCCCTCGTGCTGTCGGGCAAATTCCTATTTACTACAACATGAAGAATACCGGTCGCCCATACGAAATCGATGGTGCTGAACAAAAATATCGTTCACGTTATCTCGATGAAAAGAATACGCCGCTCTATCCATTCGGATATGGTTTGAGCTACACATCATTTTCTTACAGTGATGTCACGTTATCTCGCTCCTCGATGAAAGCCGGCGATTCACTGAAGGTAACGGTGAGTGTCACTAATACGGGGGAAATGGATGGTGAAGAAGTTGTACAGCTTTATGTGCACGATAAACTGGGGTCGGTAACCCGCCCGGTGAGAGAACTAAAAGGCTTTAAAAAAGTGAAAATCGCTGCCGGCGAAAGTCAGGACGTCACATTTACGCTCACTACTGCTGATCTGGCGTATCATCGCGCTGATATGCAGTTGGGATTCGAAAAAGGCGATTTTGATGTTTTCGTTGGGGGGGACTCTCTTGCATCGAAGCGAGCCTCGTTTACGTTGACAGAATCCGGTGTACTGGCGTCTGCACCGCCGTCAATGCGCGGCTCTTTGTAA	MRFSKTYLAAALGIALSLSTGSNITTTAQATPPAPENVVSSTVWKDDTAAMNEVVDSLMKKMTLKEKIGQMNLLTSGWDVTGPSMSDDYLEQIERGDVGGIFNAFTAEYTRKLQKVAVEETRLGIPLLFGYDVIHGHRTIFPISLGEAASWDLNAIETGARVAAKEAAADGIHWTFAPMVDIARDPRWGRVSEGAGEDVFLGTQIAKARVAGFQGDNLNDIDTVLACAKHYAAYGQAQAGRDYSTTNMSERELWDTYLPPFKALNDMGVATFMTSFNELNGVPASGNHYLLHDILKERWGFEGFVVTDYTSINEMIPHGYAADLQHAAEIAVKAGVDMDMQGEAYVKTLQKALKDGAVTEPEIDDAVRRILEMKYRLGLFDDPYKYSDPEREKSVIGQQAHLDAAQDVARKSMVLLKNQNDTLPLAKSGQTIALIGPLADSKEDMIGSWAAAGDRYNKPVTLLQGLREKLGENSRILTAKGASYALGSMDTSGFDEAMKVAEKADVIVLAMGEKWDMTGEAASRVSLDLPGTQKALMQQLKQLGKPMVLVLMNGRPMTITWAEDNVDAIVEAWYPGTMGGHAVADVLVGDYNPSGKLPITFPRAVGQIPIYYNMKNTGRPYEIDGAEQKYRSRYLDEKNTPLYPFGYGLSYTSFSYSDVTLSRSSMKAGDSLKVTVSVTNTGEMDGEEVVQLYVHDKLGSVTRPVRELKGFKKVKIAAGESQDVTFTLTTADLAYHRADMQLGFEKGDFDVFVGGDSLASKRASFTLTESGVLASAPPSMRGSL	PGPT0019110_3437	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES	CE-EPS-GLUCOSIDASE,PGPT0019110-bglX-K05349	NA	NA
AK237_01675	1617			hypothetical protein	ATGAGATTTAAGCAATGCTTCGGTGAACTAATCGCTGTCGTTTTTTTGTGTCTTTCCGCATCCACATTTGCTGCAAACTGGCAACTTACCGGGTACGACAGTCACGTAGAGCTGAACTGGAACCCGCTACATGAAGCGGGCACGCGTTACCGTATTCAGGTGTCACAAGATGGGGAGCATTGGCAGACACGTCTGGAGACCAACAGTGACTTTGCCTTAGATTTTGTTCGCGACCTGGGGACGAACTTGTCGTTACAGTATCGTTTAATGCAATTAGACGGTAACCAGGAGACGCAAATAGCGTCGGGGCAGGTTAAAACCCGCGATTTTACCGACGATGAATTGCTCGACATGGTGCAGCGCTACACCTTCCGCTATTTTTGGGATCACGCGGAGCCCTCCAGTGGCATGGCGCGAGAGCGTATTCCGTTTATGGATGAAGACGGTGACATTGTTACTACCGGCGGGACGGGGTTTGGCATTGCAGCCATTATCACAGCCGCCGAGCGTGGCTGGGTATCCCGGGAGGCAGCGGTGGCCAGACTGAATAAAATGACTGATCACTTAGAGCAATTCGAGCGCTTCAAAGGGATGTGGGCGCACTGGTATACCGCCGACGATTTAAACGCGTTTAATTTTAGTAAATATGATGACGGCGGTGACATTGTAGAGTCAGCGTTCATGATGCAGGGTCTGCTGACTGCCCGCCAGTACTTTAGCAAAGACAACAAAGAAGAAACCCGCTTGCGTCAACGTATTACCGCGTTGTGGGAAGACATGGACTGGCACTGGTACACCCAGGGCGAAGACATTCTCTACTGGCACTGGTCGAAAAACTACGGCTGGAAAATGAACCACCCGATAAAGGGCTACAATGAGGCGTTGATTGTTTATATTTTGGCCGCGTCCTCGCCGACAAATCCTATTTCTGCCGAGCCTTATCACGAAGGGTGGGGCGGATGGGATGTAGAAACCTTCCGAAACTATTCCACTTACTACGGTATGACTCTGCCATTGGGCAATAAAGTGAACATGGGTGGACCACTGTTCTTTGCCCATTACAGCTTTATGGGCCTGGACCCTCGTGGACTGCGAGATCGTTACACTAATTATTGGGAGCAAAATAAACGTCATACCCTCATCAACCGCGCGTATTGCATTGACAACCCGTTTGGTTGGCAAGGTTATGGCGATGACCTCTGGGGGCTGACTGCTGGCGACATGGTGCCTGTAGGGTATACCGCACATGCACCTGGGGCCGAACGGGATCACGGCACGATCTCTCCGACGGCGGCTATCTCGTCGATGCCTTACACGCCAGCCGAATCAATGAAAGTGCTCAAAAATCTATACCGGAACTATGGCCGTCATATGTTCGGGCGAATGGGCTTCTTTGACGGCATAAATTTAAGTGTGTCAGACAACCCGGAAACGCAAGTGCGCAACACCTACCTTGCTATCGATCAGGGGCCTATCGTAGGGATGATCGAAAACTACCGTACCGCGCTTTTGTGGAACACATTCATGAAAGATAAAGACGTACAGCGTGGTTTGAAGAAGCTGGGCTTTACTATTGATCACAAGGTGCAATCAAACATTCAATCTATCGGCAATTAG	MRFKQCFGELIAVVFLCLSASTFAANWQLTGYDSHVELNWNPLHEAGTRYRIQVSQDGEHWQTRLETNSDFALDFVRDLGTNLSLQYRLMQLDGNQETQIASGQVKTRDFTDDELLDMVQRYTFRYFWDHAEPSSGMARERIPFMDEDGDIVTTGGTGFGIAAIITAAERGWVSREAAVARLNKMTDHLEQFERFKGMWAHWYTADDLNAFNFSKYDDGGDIVESAFMMQGLLTARQYFSKDNKEETRLRQRITALWEDMDWHWYTQGEDILYWHWSKNYGWKMNHPIKGYNEALIVYILAASSPTNPISAEPYHEGWGGWDVETFRNYSTYYGMTLPLGNKVNMGGPLFFAHYSFMGLDPRGLRDRYTNYWEQNKRHTLINRAYCIDNPFGWQGYGDDLWGLTAGDMVPVGYTAHAPGAERDHGTISPTAAISSMPYTPAESMKVLKNLYRNYGRHMFGRMGFFDGINLSVSDNPETQVRNTYLAIDQGPIVGMIENYRTALLWNTFMKDKDVQRGLKKLGFTIDHKVQSNIQSIGN	PGPT0019110_74	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES	CE-EPS-GLUCOSIDASE,PGPT0019110-bglX-K05349	NA	NA
AK237_01676	2910			hypothetical protein	ATGAATAAGACACCACACTGGCTAAAGCGTAGTGCTCTTGCGATGGCAATAGCTTCTGCCGGCTTGTCGAGCTTTTCCGCCATGGCCCAAATTGAAGGCGCTACGTTGCGGGGTAAGGTTGAAAGTACATCTGACACCCTAGCGGGTAAAAAAGTGATGGCACGGGACACAAAGCGAGGTTACGTGAATGAAACTACAACCCGTGAAGATGGCTCCTACGTATTTGTGGGCTTAAAGCCAGGCACTTATCAGGTAATCGTTGACGGCGACGTAGAGGAAATCACCTTACGTGTGGGGCAAACCGCACGACTAAACTTTGATGCAAGCGAAACGACCGATGACAATGTAGAAGTTATTACTGTATCAGGCACACGTATCGAGGCTTTTTCGGGCGGCGAAATTGGCACCAACATCACGCCAGAAATGATGATGCGCCTGCCACAGAATAACCGTAACTTTCTCGCATTTGCCGACCTGGCGCCGGGTGTACAGGTTAATACCGGATCTGATGGAAGCGTGAGTTTACGCGGCGGTGCGCAACATCAACGAAGTGTGAATGTGTTTCTCGACGGTGTGAGTCAGAAAGACTATGTATTGCAGGGCGGTGTTACCGGTCAGGATTCAAGCCGGGGCAATCCGTTTCCTCAAAGCGCTATTGGTGAATACAAGGTTATTACGCAAAACTACAAGGCAGAATATGACCAGGTGGGAAGTACAGCGATAACCGCTGTTACCCGTTCAGGTACAAATGAATTCGAAGGTGACTTTTTTGTAGATTACACCGACGAAGGTTTTCGTGAAGCTGAACCCAATGAAGGCGAAGGTAAAACCCGTTCCCTCATACGTCATGCGGGGGCTACTCTCGCCGGCCCTATCATAAAAGATCAGCTTCACTTTCTTGCTTCTTACGAAAAGAAAACCATTACCCAACCCTTAGATGTAGTTGGGGGAGACGGCATCGACTTTGTTACCCTTCCGGAAGAATACAGCAGTGAATTAGGCCGGTTTGCGTCAGATTTTGAAGAGGATCTTTTCTTTGGCAAAATCGATTGGATGATTAACGCCGACCAAACCCTTGAGGCGTCTGTAAAACTCCGCGATGAGAGCGACGTATCAGGGTTTGGGGGGGCAAATGCGTATGAATATGGCGTTGATCGGGAAGTAAAGGACCATCGTTATCACGTTAAATACACGTACACTGCCGACGCGTGGCAAAACGAATTCCGGGTTACTTACGAAGATGCCGCATGGAATCCTCAGGCCTTCAATGATGATATTGGCATTCGTCTGGAAACGTCCGAGATGCAAAGTATTCTGAATGTTGGTGGCGGTGAAGACTTTCAGGAAAAAGGCCAGAAAGGCTGGGGTATTCAAAATGACTTTACCTGGCTCGATCTGGAATGGCACGGTTATCACGTCATTAAAGCAGGAATTAAGTATAAAGATATCAAGCTGCGTACAATTCAGCAGCAACCTATTAATCCACAGTATTACTACAATGTAGAGTTTAACGGTCAGGGTACATTTGAGCTGGTTCAGCCTTATAAGGTGCGGTGGGGGATCCCGGCAGAAGGTTCTGTCGGTGGTGCGGTAGAGGCAAAGAACCGGCAGCTTGGGTTATATATTCAGGATGATTGGGAAGTTACCGACCGTCTTACGCTGAATATCGGTATTCGTTGGGATTATGAAGAAACGCCGAGCTACAAAGATTACCAAACACCTCCGGAACTGGTTGAAGCTCTCCGCGGCTGGGAAAACATTCAAAACGCGAATTACAACATCGACGACTACATCAGTACGGGTAGCGAACGAGACTATTTTACCGGTGCCTGGCAGCCGCGTTTAGGTTTTAGTTACGTGATGGATGAGGCGCGAAATCATATGCTATTTGGTGGCTACGGACGTTCTTACGACCGTAACCAGTTCGATTTCATGCAGCTTGAACAAAGCACTGGGTCGTTTACTACGGCGGAATACTTCTTCCAGGGCGATGCGGCCAATCCTTGTGATGTTGCGTCTTCCAACTGTGTGGCATGGGATCCGGCATATCTTACTCAACAAGGCCTGAACTCCCTTGTTGCCAGCACGCAGACGCGAGGTACCCGGTACCTTCTGCCTAACGACCTGAAAATGCCGTATTCCGATCAAATGAGTTTAGGAGTACGCAGTGTATTTGGAGAGTGGAACTCTGAAATCAGTGTGGCCAGAACCGTCAGTAAAAATGGCTTCAACTGGATTTTAGGTAATCGCCTCCCCAATGGAGAGTTTTTTGAGGCTGGTACCAATTGGGGCTCGCCCTGGGGGTACGGTATTCCGGGCTGGGGAAGCTTAATTATCGCCACCAACGATGGTGAAACCCGGGCCAATAATTTATACGTTAAGTTAAACCGCCCTCACAAAGATGGATGGGGACTCAATGTGGCTTATACCTTCACCGATGCAGAAGAAAACCGGGTTTACAGTGAAGTCTTCGCGTTCGATTATGAAAGTGTCAGTGATTATGGTTGGAATAAATCTGTTGGGGTGCCTGATCACCGCATCGTGTTCACCGGCTCTTACGACCTGCCATGGAACATCGCGCTAACGGCCAAATATACCTGGGCATCGGAAACCATCTATCAATACACCCTTTGTGATGATAATGACCAATGTACCTTTGAGCGGGCAGAGCCGCCGAAAAGTGACTATTCGCGATTTGATTTAGCGCTCAGCAAGGACTTCCCTACCGATTACATCAGTAAAGATTCGGTGGCGTGGATCCGCTTCGATGTGCAGAACCTGTTCAACGAAAACAATTACGACACGTTTTACTTAAACCCTGAGCAAGATAATTTCCAACAGCCAAACTTCAATGCGGCGACAAATGGTGGAAAGCGTCAGTTAAAACTCTCAGCAGGGTGGCGATTCTAA	MNKTPHWLKRSALAMAIASAGLSSFSAMAQIEGATLRGKVESTSDTLAGKKVMARDTKRGYVNETTTREDGSYVFVGLKPGTYQVIVDGDVEEITLRVGQTARLNFDASETTDDNVEVITVSGTRIEAFSGGEIGTNITPEMMMRLPQNNRNFLAFADLAPGVQVNTGSDGSVSLRGGAQHQRSVNVFLDGVSQKDYVLQGGVTGQDSSRGNPFPQSAIGEYKVITQNYKAEYDQVGSTAITAVTRSGTNEFEGDFFVDYTDEGFREAEPNEGEGKTRSLIRHAGATLAGPIIKDQLHFLASYEKKTITQPLDVVGGDGIDFVTLPEEYSSELGRFASDFEEDLFFGKIDWMINADQTLEASVKLRDESDVSGFGGANAYEYGVDREVKDHRYHVKYTYTADAWQNEFRVTYEDAAWNPQAFNDDIGIRLETSEMQSILNVGGGEDFQEKGQKGWGIQNDFTWLDLEWHGYHVIKAGIKYKDIKLRTIQQQPINPQYYYNVEFNGQGTFELVQPYKVRWGIPAEGSVGGAVEAKNRQLGLYIQDDWEVTDRLTLNIGIRWDYEETPSYKDYQTPPELVEALRGWENIQNANYNIDDYISTGSERDYFTGAWQPRLGFSYVMDEARNHMLFGGYGRSYDRNQFDFMQLEQSTGSFTTAEYFFQGDAANPCDVASSNCVAWDPAYLTQQGLNSLVASTQTRGTRYLLPNDLKMPYSDQMSLGVRSVFGEWNSEISVARTVSKNGFNWILGNRLPNGEFFEAGTNWGSPWGYGIPGWGSLIIATNDGETRANNLYVKLNRPHKDGWGLNVAYTFTDAEENRVYSEVFAFDYESVSDYGWNKSVGVPDHRIVFTGSYDLPWNIALTAKYTWASETIYQYTLCDDNDQCTFERAEPPKSDYSRFDLALSKDFPTDYISKDSVAWIRFDVQNLFNENNYDTFYLNPEQDNFQQPNFNAATNGGKRQLKLSAGWRF				NA	NA	NA	NA	NA
AK237_01677	1053	cytR_2	COG1609	HTH-type transcriptional repressor CytR	ATGGGTAAACAACTCTCGTCGCGTAAGGCTTTTGGTGCTAAAGATTTGGCAATGAGTGACATCGCTAAAAAAGCCGGAGTTTGCAAAGCAACCGTTTCACGCGCCCTCAATACACCCGATCGTGTTAGTGAGAAAACCCGTAATAAAGTGCTCGCGGTGGTCGCTGATCTGGGCTACACCCCTAATAAACTGGCCGCGGGCCTTCGCCAGGGGAAGTCCCGCAACATTGCCATCATGCTACCGGACATCACTAATCCCTACTTTTCTCCGGTTATCCGCAGTATCGAGAATGTGGCACATAAACGGGGCTACTCAGTGGTGTTAAACGATACCCAGGATAATCCCACCCTCGAAAGAACATTTGCCGGTATGGTAAGAACGCGCCAGGTAGACGGCATCATTACCAACAGCAGCCGTATTCCTTTCGATATTGACCCTTCCCGCCCTGTTGCAGAGCAGCTTCCACCCTTGGTGAATGCGTCAGAATTCACTGATGTAGAGGGCATTCCTAAAGTGGGAGTGGACAATTACCTAATCGGAATAGAGGCTACTGAACACCTGCTCTCACTGGGCCACAAAAATATTGGTATCATCGCTGGCCCGCCCTCAATTAACAGTAGCCAAGAACGCGAGCGGGGTTTCCGCGATGCTATGGCTAAAGCCGGTTTACCCGTTGATGAACGCCTCCTTTACCACGGAGACTTTTCCAGCCAGTCTGGTGTAGATGGTGTGCACGAACTCATGCAGCAACGTCAGCGCCCCACTGCGATCTTCTGTTTTGGCGACTTGGCTGCAATAGGCGCTATGCACGCGTTGAGAGAACTAGAGTATGTGATTCCGAGTGATATCTCTGTTATTAGTGTAGATGGCATCGCATTAGGCGAGTATTGCGCGCCACCGCTTACGACTATTGCGCAACCCATGGTTCAAATAGGCGAGAAAATAGCGAAAATTCTATTAGATATCATTGAAGGTATTCCGCCTGAAACGCTACTCAATATTCTGCCGCACAAGCTGGTCGTGCGTAAAAGTACGGGGCCTGCGCCGCAATAA	MGKQLSSRKAFGAKDLAMSDIAKKAGVCKATVSRALNTPDRVSEKTRNKVLAVVADLGYTPNKLAAGLRQGKSRNIAIMLPDITNPYFSPVIRSIENVAHKRGYSVVLNDTQDNPTLERTFAGMVRTRQVDGIITNSSRIPFDIDPSRPVAEQLPPLVNASEFTDVEGIPKVGVDNYLIGIEATEHLLSLGHKNIGIIAGPPSINSSQERERGFRDAMAKAGLPVDERLLYHGDFSSQSGVDGVHELMQQRQRPTAIFCFGDLAAIGAMHALRELEYVIPSDISVISVDGIALGEYCAPPLTTIAQPMVQIGEKIAKILLDIIEGIPPETLLNILPHKLVVRKSTGPAPQ	PGPT0021075_257	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_NUCLEOSIDE_TRANSPORT,PGPT0021075-cytR-K05499	NA	NA
AK237_01678	2715			hypothetical protein	ATGAAAAAGTCACTCACCTGCATTTCCGTGACAACAGCACTGCTTCTGGGCGAATCTGTCGCAGTGGCGCAGGAGACTTCTGTTCCACAGGATGTTGAGCAAATAGAAGTTCGTGGTATCCGTGGCAGTATGATTAAAGCACAAGCGATAAAACAGGATAATAGCTCGATAGTGGAAGCAATTACGTCTGAAGATATCGGTAAACTTCCCGATGTCAGTATCGCAGAATCGCTCTCACGTCTGCCAGGGCTTTCCGGGCAACGTATTAATGGTCGAGGTCAGGTGGTGAGTATTAGAGGCCTGTCTCCGGATTTCAGTAATACCTTATTAAATGGCAGACAGTTGGTCAGCACCGGCGATAACCGCAGTGTGGAATATGATCAGTATCCGTCAGAGCTGCTAAGTGGAGCAACCGTTTATAAAACACCGGACGCTTCGCTGATAGGACAAGGTATTGCTGGCACAGTAGATATGCAAACTATCCGTCCGTTAGGCCACGGCAAGCGTGATCTTGTTATTAATGGTAAATATGAATGGAACGAATACGGCGCATTAAACCCTGATGCTGACGACGATGGTTATCGAACTACAATCGCGTATATCGATCAATTTATGGACGATACATTAGGCGTGTCTGTCGGTTTGTCACTTAGCGACATCACAACACAAAGTGAGCGAGATGGTTATTGGGGAGGCTTATTTCCTGCTGATGTAAACAGCATCCCACTTAATGATGGAAACAACTCAGCCGTGCCCGATTCAGAGGCGTTACTGCTCACAGGCATTAAGCCGTTTATGCAGTCGAATAACCTTATTCGTAATTCATTAATGGCGACAGTAGAGTATCGGCCTACCAGTAACCTGTCTTCGACCCTTGATCTTTTCTACAGCGACTTTCGTGAAGATATTCTTTGGCGCGGTGTAGAAGCCCAGCTTTATGGTGAAGGTGCCTCGTTGGAACCTGGCTATTTACTTGAGAATGGCGTTATCACACAAGGAACCATTAATACTCCTTTCTCCGTCGTTCACACCAAATTAGATGAAAAGGATTCAGAGCTCTACGCCATTGGCTGGAACCTGGAAGGCATGGTAACAGACGATTTGACGCTCTCACTTGATGTGAGCTATTCGAAAGCGGATCGCTCCGACTGGAACAGCCAGTTACAGTACTACAGCATTGCCTCTGATCTGACTGCTGTCTCGTTTGATCTTGACCCGGACGGCCACCAGCTAAACACCGATACCGATTATTCTGACCTTAGCACGTTAGCTTTAGGGAACCCAATGGGTTGGGGAAGCGAATATGTGGAAGGGGGCCACCTGGGCGACACCATGAACCCACATGTTGTGGACGATATGCTTCAATTAAAATTTGAGGGAGAGTACTTTGTTGATTTTGGTATCGTTAATCAGTTGGATTTCGGCGTAAACGTCGACAGTCGCGCCAAAGATAAAACGCATGATCAATGGTCTTTCGCTTTAGGGGAAGGACAGGATTTATCCCTGCCAGGCAATGCCTTTCTTATGTCTTACAGTTATGCCGGCCTCGGCGATTTTTATGCACTGGATCCGGCTTCAAGATTCAGTGATAAGTACGACTGGGTAGAGGCACAAAGTCCGGATCTGACTACACGCACATGGCGAGTAGAAGAAGACATAACCACACTGTATCTCATGGGGCACATTGCCACCGGAAATATTACCGGTAATGTGGGAGTTCAGTATGTATATGTAGATCAAGTTTCTAATGCCAATTCTGCCAGCACAGTAAATGGTGAATTTGTCACCGTTCCCGTGGAAGATGGCGATACCTATTCAGATGTTTTACCCAGCCTGAACTTAAATTGGGAGCTTGAGAACAACAACTTCGTGCGGCTCGGACTTGCCCGAACGATAAGTCGCCCGCGTATGGATGACATGCGCGCCACCTCGACCTATGGCCTGGACGAAACTAATATCAATGGCGACTCCCTGGCAAATACACCCTGGAGCGCCTCTGGCGGGAACGCAAAATTACGGCCATGGAAAGCAGACGCAGCAGACTTATCGTTTGAACATTATTTTGAAGGTACCAGCGGTTATGCCTCTGTAGCATTATTTTACAAAGATCTGAAAAGTTACATCTATGATCAGGAAGTGGTTACGGACTTCTCAGGCTATCCAACGGGTGGACTTGAACCACAATATTTCCAAGGCTTTACAACTACACCCACCAATGGTGAAGGCGGAAAACTGCAAGGTGTGGAAGTCACCGTGTCTTTAGATGGCGAAATGTTTTCCGATGTATTGTCTGGCTATGGAGCCATGTTAACCGGCTCTTACACTGACAGTGAAATTCAGCCGAATGGCCCTGATAGCGAAGCGTCTGCATTGCCCGGACTTTCGAAAAATGTATACAGTGCCACCCTCTTTTACGATAAGGAAGGCTTTTCAGCCAGAGTTGCCGTGCGCCACCGTAGCGAATTCGTTGGCGAGTTACCTAACTTCGCCGCACAGCGAACGTTACGTCAAATGGAAGCGGAAACACTCGTCGATGCTCAGGTTAGTTACGCATTTGAAAGTGGTTCCCTTGAGGGCTTAACGCTCATTGCACAAGGCTCTAATCTTACAAATGAACCTTATATTTCAACGACCAACAATAACGATCTATCCATTGTGGATTATTTTAGCTATGGCAGAACGTTCTCTATCGCGGCGTCCTATTCGTTCTTTTAA	MKKSLTCISVTTALLLGESVAVAQETSVPQDVEQIEVRGIRGSMIKAQAIKQDNSSIVEAITSEDIGKLPDVSIAESLSRLPGLSGQRINGRGQVVSIRGLSPDFSNTLLNGRQLVSTGDNRSVEYDQYPSELLSGATVYKTPDASLIGQGIAGTVDMQTIRPLGHGKRDLVINGKYEWNEYGALNPDADDDGYRTTIAYIDQFMDDTLGVSVGLSLSDITTQSERDGYWGGLFPADVNSIPLNDGNNSAVPDSEALLLTGIKPFMQSNNLIRNSLMATVEYRPTSNLSSTLDLFYSDFREDILWRGVEAQLYGEGASLEPGYLLENGVITQGTINTPFSVVHTKLDEKDSELYAIGWNLEGMVTDDLTLSLDVSYSKADRSDWNSQLQYYSIASDLTAVSFDLDPDGHQLNTDTDYSDLSTLALGNPMGWGSEYVEGGHLGDTMNPHVVDDMLQLKFEGEYFVDFGIVNQLDFGVNVDSRAKDKTHDQWSFALGEGQDLSLPGNAFLMSYSYAGLGDFYALDPASRFSDKYDWVEAQSPDLTTRTWRVEEDITTLYLMGHIATGNITGNVGVQYVYVDQVSNANSASTVNGEFVTVPVEDGDTYSDVLPSLNLNWELENNNFVRLGLARTISRPRMDDMRATSTYGLDETNINGDSLANTPWSASGGNAKLRPWKADAADLSFEHYFEGTSGYASVALFYKDLKSYIYDQEVVTDFSGYPTGGLEPQYFQGFTTTPTNGEGGKLQGVEVTVSLDGEMFSDVLSGYGAMLTGSYTDSEIQPNGPDSEASALPGLSKNVYSATLFYDKEGFSARVAVRHRSEFVGELPNFAAQRTLRQMEAETLVDAQVSYAFESGSLEGLTLIAQGSNLTNEPYISTTNNNDLSIVDYFSYGRTFSIAASYSFF	PGPT0003790_3882	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0003790-hutA|fatA|fct|foxR-K02014	NA	NA
AK237_01679	1566		COG3119	N-acetylglucosamine-6-O-sulfatase	GTGATTTACTTTGCCCGTCGCAGAACGTTTTACCTGCTAGTGCTTGCATCTTGCTCACTTTTTCTCTCGTGTCGCGCTGCTACCTTTCCTAATGAGGTAAAAGCGAAGCTACTGGAAGGCACGGATAAGAAAAATATTGTCTTCATACTCACCGATGACCATCGTTGGGATGCTATGGGCTTTCTTGATCATCCTTTCATGAAAACGCCTAATTTAGACAGTATCGCCAAAGAGGGTGTTTATTTTGAAAATGCGATGGTGACCACCTCGCTCTGTTCTCCTAGTCGCGCCTCGATACTTACCGGGCTTTACACCCATAAGCATCGCGTTATCGATAATAACCGGTTAGAACCTGAAAACACGGTGTACTTTTCTCAGTATCTTCAACAGGCTGGTTACGATACGGGCTTCATTGGTAAGTGGCATATGGGGTCGCACGATGACCATAAACGCAAAGGCTTTGATTATTGGGTTAGCTTCAAAGGGCAGGGGTGGTATTGGGCGCCGTCTGATGAATGGCGTATCAACGATAATGGCAACCATGTTCCGCAAAAAGGCTATATCACCGATGAGTTAACTGATTACGCGATTGATTGGCTGAGTCAACCAGAGCGTAAACAAAAACCTTTTATGCTGTATCTTTCCCATAAAGCGGTGCATGCGAACTTTACACCCGCAGACCGGCATAAAGGGATCTATGAGGACAAGGTCAGTCTTCCTTCTCGTTATTCTCCCGATGATGACAATGAATATACGCCACGCTGGGTTCGCGACCAGCGTAACAGCTGGCATGGGGTGGATTTTCCGTATCACAGCGACGTTGATATCACGCGCTACTATCAAGACTACACTGAGACATTCAGTGCCGTAGATGACAGCATTGGCCGGGTAAAAGCGCAGCTTAAAAAAATGGGCGTTTATGAAGATACGCTTATCATTTACATGGGGGATAATGGGTTTATGTTCGGCGAACATGGCTTGATAGATAAGCGCGTTGCTTATGAACCCTCTATTCGGGTACCGATGCTAATGCAACTACCTTCTGAGGTAGAAGGAGGGCAAACCATTAGTAACGTGGTAGCAAACATCGATATTGCCCCAACGATTTTGCAGGCTGCGGGGGTAGCAAAGCCAGAATATATGGACGGTCAGAGCTTTATTCCTTTAGCCAAACATAAAGCCATTAAGTGGCGTGATTATTTTCTGTACGTGTATTACTGGGAAAAAAACTTCCCGCAGTCACCTACAGTTTTTGCGTTGCGAGGGCAGAAATACAAATACATCACCTATTATGGGCTTTGGGATACCGATGAACTTTACAATATCGAAGACGATCCTGAAGAGAAAAATAACCTCATTGCAAATGAAAAATATGCAGACGTTATTCAGGAAATGAAAACCCGGTTATTCGCTATGCTGGCGGACGAAGGCGGGATGGATATTCCCATGAACGAGCCAAATGGCTGGAATAACAATAAACGCCTTCGCACCAAAGGCGGTAAAAAGGCTGCTGATTTCCCCGACAATCTTATTCTGGATAAACCTGAACGGGACAATGCCAGTTAA	MIYFARRRTFYLLVLASCSLFLSCRAATFPNEVKAKLLEGTDKKNIVFILTDDHRWDAMGFLDHPFMKTPNLDSIAKEGVYFENAMVTTSLCSPSRASILTGLYTHKHRVIDNNRLEPENTVYFSQYLQQAGYDTGFIGKWHMGSHDDHKRKGFDYWVSFKGQGWYWAPSDEWRINDNGNHVPQKGYITDELTDYAIDWLSQPERKQKPFMLYLSHKAVHANFTPADRHKGIYEDKVSLPSRYSPDDDNEYTPRWVRDQRNSWHGVDFPYHSDVDITRYYQDYTETFSAVDDSIGRVKAQLKKMGVYEDTLIIYMGDNGFMFGEHGLIDKRVAYEPSIRVPMLMQLPSEVEGGQTISNVVANIDIAPTILQAAGVAKPEYMDGQSFIPLAKHKAIKWRDYFLYVYYWEKNFPQSPTVFALRGQKYKYITYYGLWDTDELYNIEDDPEEKNNLIANEKYADVIQEMKTRLFAMLADEGGMDIPMNEPNGWNNNKRLRTKGGKKAADFPDNLILDKPERDNAS	PGPT0006785_35	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_HERBICIDIAL_STRESS	HERBICIDIAL_STRESS-ORGANOPHOSPHATE_DEGRADTION,PGPT0006785-pehA-K01130	NA	NA
AK237_01680	633			hypothetical protein	ATGAAAAAATCGTTGATTGGGTTTGCGTGTATGTTAGCTGCTGGAACGACTAACGCGAGTATTATCAGTACAACGACCTCGGAAAATTCGGCTATTTCGACTTGGGGCCTGCCAGATACCTCTGCTTACGGACAAACCTTTAACCTTACATCGTCAGCGCTACTTGATAGTGTATTATTCCGTATCAATGATATGGGTACTGCTATTACTTATGATCTGAATGTTTTTGCCTGGTCAGGCACTCAGGCAACAGGTACTTCACTTGCAAGCGTGAGTGGTATTACTGCAGGTGCCAACGGCATGGCAGATGTGCAGTCCAGTCTTGGTGGGTTAGCGTTAGACGCTGGCGATTACGTCGCGTTTTTCCAGGCTACCTCTTCTGGTTCGGCTTTTTGGGGTTCTGTAAATACGTTTGATGCCTATTCAGGCGGTGAGTTCGTTTTCCAGAATAATAATGGCAATACGTCTTTATGGACAACAGGAGCCTGGAGTAGTGACTGGCAAGGTGTAAATTACGATCTCGCGTTTGAACTGGATTTTACGCCACAAGAGGTTCCAGAACCTTCAGCACTGGTATTAATGGGCTTAGGGTTAGCCGGCTTGGGCGTAGCACGTCGTCGAAAGTTTAAATAA	MKKSLIGFACMLAAGTTNASIISTTTSENSAISTWGLPDTSAYGQTFNLTSSALLDSVLFRINDMGTAITYDLNVFAWSGTQATGTSLASVSGITAGANGMADVQSSLGGLALDAGDYVAFFQATSSGSAFWGSVNTFDAYSGGEFVFQNNNGNTSLWTTGAWSSDWQGVNYDLAFELDFTPQEVPEPSALVLMGLGLAGLGVARRRKFK				NA	NA	NA	NA	NA
AK237_01681	1080			hypothetical protein	ATGCAGTCGTTAGGCTACAGTGCATGGCAAACAGGGCAACTTACTGCATTGCAAATGGTTACAACCATTGTCGCGCCCTATGTGTGGGGCGAAATATGCGATCGGGCATCATCTCGCATCAGGATCATACAGGCGGGGAACTTCGCTGCAGTGGTCTCTTTTGTTTGCGTGTTTGCGCTCTTCGATACTTACTGGGCGTTAGTGTTGGCGGTATGTACCTGTGCATTTTGCTGGCAGGGACTAAACGCGCAATTTGAATTAATTACGTTAAATCATCTTGGCCCCTCTTCTCATCGGTATGGTCGGGTAAGACTGTGGGGATCTTTCGGCTTCTTAACTGCCGTATGGCTAAACGGGCAACTGATAGAGCGCTATTCAGTCACGTGGTTACCCTATATTATTACGGGTTTGTTGGTTGCATTGTGGCTGGTAACACTCACGAATCGCGACGACAAACCACGACAAATAAACAATGACACTGTTTCACATGGTGATATATGGCGTAATCCGGTTTTGTGGTTATTGCTTATTGTCTTTTTTCTCTCCAACTTCAGTCATGGAAGTTACTACGGCTATTTCAGCCTTTATCTTAAAGAGGATGGCGTAAGCGCAGCGACTATTGGTAATTTGTGGACTGTTGCAGTGGCTTCTGAAATGGCACTGTTTGCTGCAATGCCTTGGTTTATGCGTCGTTTTACATTGCGCACTATTTTATTGGCGAGCTTGCTATTCACAGCTATACGCTGGGCAGGTACTGGTGCGCAGGCAGGTAATGTCATCGAACTAACAGTATTACAACTGCTGCATGGGATTACCTTCAGTGCCGTGCACGCCGTCGCCGTGTTGTTATTCAAACAATGTGTAAATCAACGCCATGAAGGAAAAGCGCAAGCACTCTATTGCGCGATCTGTATTGGGGCCGGGCAAGCTTCCGGGGTTGCTATAGGCGGGCAAATCTGGTCTTACTCGCCGTCGTTTAGTTTTTACTTTAGTACGTTAATGGCTCTACTCGCGACGGGGATTGCTTTTGTATACTTAACGCCCCGGCGGTTGGTTTCTCGCAAAGATAGCGACGTGTAA	MQSLGYSAWQTGQLTALQMVTTIVAPYVWGEICDRASSRIRIIQAGNFAAVVSFVCVFALFDTYWALVLAVCTCAFCWQGLNAQFELITLNHLGPSSHRYGRVRLWGSFGFLTAVWLNGQLIERYSVTWLPYIITGLLVALWLVTLTNRDDKPRQINNDTVSHGDIWRNPVLWLLLIVFFLSNFSHGSYYGYFSLYLKEDGVSAATIGNLWTVAVASEMALFAAMPWFMRRFTLRTILLASLLFTAIRWAGTGAQAGNVIELTVLQLLHGITFSAVHAVAVLLFKQCVNQRHEGKAQALYCAICIGAGQASGVAIGGQIWSYSPSFSFYFSTLMALLATGIAFVYLTPRRLVSRKDSDV	PGPT0028051_333	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
AK237_01682	1320			hypothetical protein	ATGGAAAATTTTGTCGCAGAGTTGCAAAGCCAGTTTCAGCATGTACAGGAAGCCGTAGTCAGTCCTACGTTTTTGTATCAGGTTGGGGCATTAATCGCGATATATCTTATTGGCTGGTTGGTGTCTTACAAGATACGAAGCTTGTTTACGTTGACTCGTCAGGAGCCAGGCGAAGGCGCGCATTCACTGCAAATGTTTGTGTATCGGTTAGGGGGCACGCTGTTTCCCATCATTACCATTACCTTGCTTAAACTCACCACTATTTTGGGTAAACAATATCAGTTAGATGCCTGGTTGCTGGAAATTGCCGTGGTGATTGCTGTTTTAATCTTTTTGCACTCCTGCATCCGGGAATTTGTCAGTAATAACGGCATCGCAGCGTTTTTGCGCTGGATAGGCTTACCGATTATTTTTCTGCATTTAATCGATGTGTTACCGAAAGTCATTGCCGCTTTGCAGACAGTGTCTTTTAGTGTTGGAAATGTGGATATTTCTGCTTACGGCATTGTGCGTGTACTGGTGTTTGGCATTTTACTGTTTTGGCTGGGCCGCGCATCAAACTCGATGGGTAAAGATATCATCCGCAATCACAAAAAGTTGGATGTGACCACCAAAGAAGTGTTTGCCAAGCTTTTCGAAGTGGCGCTGTTCTGCGTTATCTTTTTGCTTCTGCTGAACATAATGGGCATTAACCTTACTGCACTGGCCGTATTCGGTGGTGCCGTTGGTGTCGGGCTTGGTCTGGGATTGCAGTCCATAGCGTCGAACTTTATCTCAGGCATCATCATTTTGCTCGACCGCTCTTTAACTGTTGGCGACTACGTAGAGCTAGACGATGGAAGCAAGGGCTTTGTGCGTGAATTCAAAATGCGCTACGCGGTATTAGAAACGTACGACGGTAAAGACATCCTGGTGCCCAATGAAAAATTCATTAATTCGTTGCTGGTAAACTGGACCCACAAAGACTCCAAGCAGCGTTACAGAATTGATTTCTCTGTTGCTTATAAAACCGATATTCGCTCAATGGTCGAAATTGTTAAAGACGCTGTTGCCGAGCATCCGCAGGTGATTAGCGGCGAAGATGTAGCCATTGAATATCGTCCTGACTGTGAAATCGACAGCTTCGGTGATTCAGGGGTAAATATGTTCGTTGAGTTTTGGATGGAAGGCGTCGATGATGGCCAGAACCGGGTCGGTGGCGACTTGTTATTAACCGTTTTCGAAACCCTGCGTGAACATAATATCGAAATACCGTTCCCTCAACGGGAGGTCAGGGTTATTAATGAAGAAGCCATTTCGCTGCGCAACACGACACCCTAG	MENFVAELQSQFQHVQEAVVSPTFLYQVGALIAIYLIGWLVSYKIRSLFTLTRQEPGEGAHSLQMFVYRLGGTLFPIITITLLKLTTILGKQYQLDAWLLEIAVVIAVLIFLHSCIREFVSNNGIAAFLRWIGLPIIFLHLIDVLPKVIAALQTVSFSVGNVDISAYGIVRVLVFGILLFWLGRASNSMGKDIIRNHKKLDVTTKEVFAKLFEVALFCVIFLLLLNIMGINLTALAVFGGAVGVGLGLGLQSIASNFISGIIILLDRSLTVGDYVELDDGSKGFVREFKMRYAVLETYDGKDILVPNEKFINSLLVNWTHKDSKQRYRIDFSVAYKTDIRSMVEIVKDAVAEHPQVISGEDVAIEYRPDCEIDSFGDSGVNMFVEFWMEGVDDGQNRVGGDLLLTVFETLREHNIEIPFPQREVRVINEEAISLRNTTP				NA	NA	NA	NA	NA
AK237_01683	420			hypothetical protein	ATGACGGACACAAAACGCAGACAATTTATCTCTACCGCAGCAGGCTCACTAGCAGCGGCAGCAACCCTCCCGGCCATGGCGTCATCATCAGAAGCTTCATGCCAAACCTTAGCGCCTGTACTGCACATGGTGTATTTCTGGCTGAACAAGCCTGATTCCGACGACGACAGAGCAAAATTGGTCGCAGGTTTAAAATCTCTCGAAGCGATTCCGCAAGTTAAGGCGTTACATGTAGGCCTGCCTGCTTCCACCCTGGTGCGAGATGTTATCGACAACAGTTTCCATGTTTCCGAACTCATGATGTTTAACTCGGTAGAAGATCAGGATGCTTATCAAACGCATCCTGTTCACCTGAAATTTGTAGAAGAATGTTCCCATTTATGGCGCAAAGTCGTCGTTCATGATTCGATTTCAGCATAA	MTDTKRRQFISTAAGSLAAAATLPAMASSSEASCQTLAPVLHMVYFWLNKPDSDDDRAKLVAGLKSLEAIPQVKALHVGLPASTLVRDVIDNSFHVSELMMFNSVEDQDAYQTHPVHLKFVEECSHLWRKVVVHDSISA				NA	NA	NA	NA	NA
AK237_01684	879	mtnN_2		5'-methylthioadenosine/S-adenosylhomocysteine nucleosidase	ATGAAGTCATTTACGCTTTTTATCGTGTGGTGCTGCGGGATCCTTCCGGTGATGTCATGGGCGAATAGCTTTTCCTCCGTTGACATCAACACGCTGGCTCCCGCTCGCGCGCCAGTTTTGATCCAAGGCCCCATGCCTATTGAGGCCGAATACTTTGCCCGCTTGTTGACGGATGTAAAAGTGGAAACCTCAGGGACGACAACCTTTTACTCGGGCCGGCTAAACAACTACCCGGTGGTGGTCGCGCAAACCGGAAAAGGTCTTGAAAACACAGCGGCGGCTACAGCCGTGGGTATCATACGATACCACCCTGTCGCCATCATCAATCAGGGCACATCAGGCGGACACGACCCGGCGCTTCAAGTGGGAGATATCATACTGGGAAAGCGCGCGTTGAACGCAGGGAATTTCAAAACGCCCTTTCGGAAGAAAGGTGAAGGATCTGCGCCATTAACCTGGAAGCCCATGGATTTACTGGCTTCCTCGGGCAGTGCCGGCGAAGGCGAATCGGCAAAAAAGTCCGAGCGTATCCGTTACTATATCGGTGACCCTACACTGTTAGCATCGGCTCATGCAGTAAGTGATAATTATAAACGTGGTAAGGTGCTGGAAGGTACCATAGCCAGTGCAAACTTCTGGAATAACGAATTAGACAGAATTGCCTGGCTACATGAACACTTCGACACCAGTACAGAAGAGATGGAAACGGCCGCTGCCGCGCAGATAGCACACGCCTACCATGTGCCATTTTTGGGCGTGCGAGTATTATCGAATAACCTCACTAACGATGGCCACTACGATCCGTCAACCGCTACAGACTGCCAGCAATTTGTTCGCGATCTGGTGACGCACTATATATCCACCCTGCAAACGCATTGA	MKSFTLFIVWCCGILPVMSWANSFSSVDINTLAPARAPVLIQGPMPIEAEYFARLLTDVKVETSGTTTFYSGRLNNYPVVVAQTGKGLENTAAATAVGIIRYHPVAIINQGTSGGHDPALQVGDIILGKRALNAGNFKTPFRKKGEGSAPLTWKPMDLLASSGSAGEGESAKKSERIRYYIGDPTLLASAHAVSDNYKRGKVLEGTIASANFWNNELDRIAWLHEHFDTSTEEMETAAAAQIAHAYHVPFLGVRVLSNNLTNDGHYDPSTATDCQQFVRDLVTHYISTLQTH	PGPT0014320_240	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
AK237_01685	960	scrK	COG0524	Fructokinase	ATGCAAGTGCTATGCATGGGAGAAGCGTTAATCGATATGCTGTCAGACAAAGGACAGTCGGGCGTAACGGATGCAACCGAGAGCTTTCGAAAATTTGCTGGTGGTGCACCAGCTAACGTTGCCGTAGCGGTAGCGAAGTTGGGGGGCAGCAGTGCCTTGTTTGGTAAGCTTGGAAAGGATCAATTCGGTGATTATCTCTTTCGTACATTAAGTCAGCTCAATGTTGATACGACATTTACCGGCTTTTCTGAAAAAGGAAAGACAGCACTGGCGTTTGTGGGACTCGATAGTGATGGTGAAAGGTCGTTCGATTTTTACATCGATAACGCAGCGCATACGGATATTACAGAAGCGGATTTAACTGATGCGTTGTTTTCTCATCCCCGGATAGTGAGTTTTTGTTCCGGTTCAGTGTGTATGCAGGGGCTTCGCGCAGTTACAAACAAAGCTATTCAGCGCTTTCAATCCGCAGGCAGTATTCTTTGTCTGGACATCAATTTACGCCCGGCATTTTGGGACGAAGCAACCTTAGCGCCCTATTTTATAGATGAAACTGCCAAGCAGGTTGATGTGATAAAAGCCAGTAAAGAAGAGCTCATAGCGCTTTACGGTGAACAACACATTGATACCCAAATTCAAAGCTGGCTGGACAGCGGCGTTTCGCTGATCCTGGTTACCGATGGCGCCAACCCGGTAGCCTTTTATAGCCATGACACCAACGGTATTTACCCCACGCCAGGCACGACGGTGGTTGATACCACGGCCGCAGGGGATGCTTTTGTTGGCGGATTTTTGTACACCCTGGCAAGTGAAGTGCAGGATAAGACATCGTTTGTGGCGTGGTCGGGTAATTTCGAAAGTATCATGTCGTCGCTTCGATTTGCGACCCAATGTGGCGCCCATGCGGTATCAAAGTATGGCGCTTTTGATGCTTTGCCTTTAAAGACGGATATCGTTTAG	MQVLCMGEALIDMLSDKGQSGVTDATESFRKFAGGAPANVAVAVAKLGGSSALFGKLGKDQFGDYLFRTLSQLNVDTTFTGFSEKGKTALAFVGLDSDGERSFDFYIDNAAHTDITEADLTDALFSHPRIVSFCSGSVCMQGLRAVTNKAIQRFQSAGSILCLDINLRPAFWDEATLAPYFIDETAKQVDVIKASKEELIALYGEQHIDTQIQSWLDSGVSLILVTDGANPVAFYSHDTNGIYPTPGTTVVDTTAAGDAFVGGFLYTLASEVQDKTSFVAWSGNFESIMSSLRFATQCGAHAVSKYGAFDALPLKTDIV	PGPT0017625_1382	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
AK237_01686	1335	oprB_1	COG3659	Porin B	ATGCGCTTTTCACCTGCTCTTTCTCTGTCTTTCTCTCGTTTTTTATTGGTCAAACCCAACCCCGGTTCGGCTGCAATTTTCGCAGGCGCATTGGCGTTGTGCGGTATAAGTTTTGCGGCGCACAGCAATACAACCGATTATGTAAACTGGCAAGCCAGTTATACCGGTGAAGCGGCATCAAACATTAGTGGCGGACAGAAGCGGGGAAGCGCTTATGCAGGGCAGCTGTTTCTTGGTGCAGATATTAATATGCAACAAGCTACAGGCTGGGAAGATACAACAATACATGTGGCATTTACTAACCGGCACGGTCAGAACCTGGCGCAGAACTACATTGGTAACAGCACGTCTGTGCAGGAGATTTATGGCGGTCAGAATAGCCGGTTGGCGCGCCTGACGATAGAGCGTTCTTTTTTGGACGGACAACTGCAAGTAGAAGCTGGCCGTACGGTCGCCAATATCAGCTTTTTAGGCTCGGAACTTTGTCAGTACTTTCAAACTAACGCAGCATGCGGCAATCCCACATTCGTATTTCGCACCAGTAATTTTACCTGGTGGCCGGTATCAAGTTGGGGTGGGCACGCCAGGTTTTGGCTAAATGACAAAACGTATTTGCATGCTGGTGTTTATGAAGAGAACAATGCCCATCAGGATCTTGGCGACCATGGTTTTGACTGGGGAACCGAAGATTCTACTGGCGTCGTCGTGCCGGTGACACTGGGTTACCAAACCACGTGGGACAATGATGACTATCCACGTCGTTATGAAATTGGTGGCTGGTATGACGGCGCGGATTACACCGACCCTTCCAAAGATACAAATGGTGATTTTGCCGCGCAAAGTGGCAACGACTATGCCATTCGCAACGGGCGCTCTGGTGTGTTTGCACGTTTCGAACAAACTGTGTTGCGACCGGATCTCAATTCCCAGCGCAGCGTTACGTTGTTCGGGGCGATTTTGACGGGCACATCGGGGGAACTCATCGAAGACTTTTACCTTAAAGCCGGATTTGTAAAGCGAGGTACATTCGCAAGCCGCGATCAGGACACGATAGGGTTTGTATTTACTCAGCAACATTATAGTCACGATGCTATTGAAGATCAGCGTTTGCTTCGCGACGCAGAAGGCGGGGCAGGACGACCATCCAGCATGCAAACCATGATGGAACTTAGTTATGGCATTCACGTGAATGACAATATTCGCGTTCAGCCTAATGTGCATTACATCATCAATCCCGACCAATTCGCAGATAAGGCCCGTCTTGAGGATCTAAGCGATGCCTGGGTTGTTGGATTACGATTTGATATCAATTTAGCCGGCTTATTGTTCCCGTAA	MRFSPALSLSFSRFLLVKPNPGSAAIFAGALALCGISFAAHSNTTDYVNWQASYTGEAASNISGGQKRGSAYAGQLFLGADINMQQATGWEDTTIHVAFTNRHGQNLAQNYIGNSTSVQEIYGGQNSRLARLTIERSFLDGQLQVEAGRTVANISFLGSELCQYFQTNAACGNPTFVFRTSNFTWWPVSSWGGHARFWLNDKTYLHAGVYEENNAHQDLGDHGFDWGTEDSTGVVVPVTLGYQTTWDNDDYPRRYEIGGWYDGADYTDPSKDTNGDFAAQSGNDYAIRNGRSGVFARFEQTVLRPDLNSQRSVTLFGAILTGTSGELIEDFYLKAGFVKRGTFASRDQDTIGFVFTQQHYSHDAIEDQRLLRDAEGGAGRPSSMQTMMELSYGIHVNDNIRVQPNVHYIINPDQFADKARLEDLSDAWVVGLRFDINLAGLLFP				NA	NA	NA	NA	NA
AK237_01687	1200	nanK		N-acetylmannosamine kinase	ATGCCAACTTCATCGCACAGCACAGGGAATGACACGCACGGATTCTGGCAGAAAAGCGCTACGCCGAAGGGGCAATCGGGGTTACGAGCGTTGAACGAACGTCGTATTCTCACTCTTATTCGTCAGCATCAGGAATTACCCAAAGCCCGAATTGCTAAGGAAACAGGCTTGTCAGCGCAAGCCGCTACGGTAATTATCAATAAGTTAGAAGAAGATGGTTTGTTATTGCGAGGCGAGCCACAACGAGGAAAGCGTGGCCAGCCAACAGTCCCTTTTTCTCTGAAAGCGGATGGCGCATTTGGCGTCGGTATTAAAATTGGTCGCCGAAGTATTCAAATTACCCTTGTTGATTTTTGTGGCAACGTACGGGCGTCACTGCGTGAACAGTGGGACTATCCTGCGGTTGATGCCATGACACGATTCACCGAAAAAGGTTTGCGAGCCATTATGTCCACCCTCGGAAGTACAGAACTTGCACGGGTGAGCGGGGTGGGCGTAGCCATGCCTTTTGAAATATGGCGTTGGAGCGAACAGGCCGGGGCGCCCGAAAAAGAACTGTCGCGCTGGCAGGAGTTTGACGTATTGGCGGCCATTCAAAGCCTCACGGCTTTACCCGTGTACCTCTGCAACGATGATACCGCAGCCTGTGCTGCCGAACTTTGGTTTGGCGACCACCGGGCGCTTAATGATTATCTTTACTGCTTCGTTGGCACCTTCATCGGAGGCGGTTTGGTGCTGGATCGTCAGTTGCATACAGGCCGCCATGGTAACGCTGGCGCGGTAGGTTCTTTACCTACGTTGCAGGGCGGCAAGCCAGGACAATTGCTCGACACGGCGTCTATTCACTTACTTGAAAAAAACCTCAAAGATGCAGGGATCGAAACCGATTTTCTACATGGGCGGCAGCAAAGTTGGCCCGATGATCTCCCCGGCCTGGCGACATGGTTGCATACCGTGGCAGAAGGAATCGTGCATGCAGCCATGAGCGCCCATGCATTTTTGGATTTAGATGCCGTGGTAATAGAAGGGGCATTGCCAATGCCAGTAAAGCAACAATTGTTGGCAAAATGTGAGCAACTTATCGCGACGGCCGACTTCCGTGGATTGTCGCCGTTAAATCTCCTTGCAGGCTCTGTGGGCGCTGACGCGCAGTCATTTGGCAGTGCGAATTTACCTCTCCTCGCACAATTCAGTCTTTAA	MPTSSHSTGNDTHGFWQKSATPKGQSGLRALNERRILTLIRQHQELPKARIAKETGLSAQAATVIINKLEEDGLLLRGEPQRGKRGQPTVPFSLKADGAFGVGIKIGRRSIQITLVDFCGNVRASLREQWDYPAVDAMTRFTEKGLRAIMSTLGSTELARVSGVGVAMPFEIWRWSEQAGAPEKELSRWQEFDVLAAIQSLTALPVYLCNDDTAACAAELWFGDHRALNDYLYCFVGTFIGGGLVLDRQLHTGRHGNAGAVGSLPTLQGGKPGQLLDTASIHLLEKNLKDAGIETDFLHGRQQSWPDDLPGLATWLHTVAEGIVHAAMSAHAFLDLDAVVIEGALPMPVKQQLLAKCEQLIATADFRGLSPLNLLAGSVGADAQSFGSANLPLLAQFSL				NA	NA	NA	NA	NA
AK237_01688	1332	fucP_3	COG0738	L-fucose-proton symporter	GTGCAAAAACGCGCGCCACTGGTTTCTAAAGAAACGCTTGTCCCCTTCATTTTGCTCACCATCTGCTTTGCAGCCTGGGGCGTTGCCGCCAACATGACCGACCCGCTGGTAAAGGTATTCAGTAAAATATTTACCATGTCGTCATTACAGTCAGCCCTGGTGCAGTTCGCGTATTACGGCGCTTACTTTTGTCTGGCAATTCCCGCGGCATTCATTAACAAACGTTTTTCCTACAAAACAGGCGTGTTAACGGGCCTTGGCTGTGCCGCCACCGGCGCGTTCCTGTTCTACCCCGCCAGCCAAACCATGACTTACGGTTTCTTTCTGGCGGCGCTGTTTGTTCTTGCCGGCGGCCTGTCTATTCTGGAAACCTCTGCCAACCCTTATGTTATGGCCATGGGATGCGAAAAAAGCGCAACCCGCCGCTTAAATCTTGCCCAGGCGTTTAACCCTGTGGGCACAAACTTAGGGGTTTTCCTGGCAGCAACCCTTATCTTACCTAACCTAAATCAGGCTTCAGCGGAAGAGCGGGCGGCCATGTCGGTTGCAGAATTAAAATCGGTGATTGGCGCTGAGCTCGACGCCGTTATGTTGCCCTACGTTGGCATGGCCTGCGTGCTGGTGCTGGTATGGATTGCCATTGCATGTATTAAAACGCCGGTGAACGAGTCCACAGAATCCCGCAGTGAAAATGTACAGCTGGGCGCATCACTGAAACGTTTGCTAGGTAACCGTCACTATCGTTTAGGTGTGCTGGCTCAGTTCTTTAATGTTGGTGCGCAAACCTGTGTATGGACTTTCACTATCCAGTACGCCATGAAGGCCGTGGGCGGTAATGAAGTGGATGGCGGGCAAATTCTGCAGTACAGCATGATTGTGTTTCTGATCTCCCGTTTTGTCATGACCTGGCTGATGCAGTTCCTTTACCCTGCCCGCCTGCTGATGATCATGTCATTAGTTGCCGCAGGCCTGTGTATCATCATGACTCAGTCACCTGATTTCATCGGCGTCATTTCACTGGTATCCATCTCTGCCTGCTTATCTTTGATGTTCCCGACGATTTACGGCATCGCACTGGACGGACTGGGCGAAGACACCAAACTAGGCGCGGCTGGTCTGGTCATGGCTATCCTCGGCGGTGCAATTCTGCCACTGTTTCAGGCCGCACTTATCGATTCATCCGGCATCGTCGTGTCATATGTCGTACCGGCCATCTGCTTCCTGCTGGTTGCCGGCTATGGCTTGTTCGACATCAAGTCTCACCCTACACGGGTTGCCCATTCAGATGGTTCTGAAAAGGTTGCGTCAGAGGATCAGTTGATGGCGAAGTGA	MQKRAPLVSKETLVPFILLTICFAAWGVAANMTDPLVKVFSKIFTMSSLQSALVQFAYYGAYFCLAIPAAFINKRFSYKTGVLTGLGCAATGAFLFYPASQTMTYGFFLAALFVLAGGLSILETSANPYVMAMGCEKSATRRLNLAQAFNPVGTNLGVFLAATLILPNLNQASAEERAAMSVAELKSVIGAELDAVMLPYVGMACVLVLVWIAIACIKTPVNESTESRSENVQLGASLKRLLGNRHYRLGVLAQFFNVGAQTCVWTFTIQYAMKAVGGNEVDGGQILQYSMIVFLISRFVMTWLMQFLYPARLLMIMSLVAAGLCIIMTQSPDFIGVISLVSISACLSLMFPTIYGIALDGLGEDTKLGAAGLVMAILGGAILPLFQAALIDSSGIVVSYVVPAICFLLVAGYGLFDIKSHPTRVAHSDGSEKVASEDQLMAK	PGPT0016725_657	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_FUCOSE_TRANSPORRT,PGPT0016725-fucP|MFS_transporter|FHS_family|L_fucose_permease-K02429	NA	NA
AK237_01689	690			hypothetical protein	ATGAAGGTTTTGCATGTTGTATTTTTTCTGTTGTTTTTATCTGTTTTTCCATCGAGCCATGCAAGTGAAAAGGCTGTCGCCAGAGTATTTGATCAAACGATTTATCAGTCTGACCTGTCGGGTGAAGAAGATGGAGAGGCCATAAGCCTGGATAGCTTAATTGTTCCTACATTGTTGGAGAAGTATATAGCTGAGAATCACCTATCTTTTGAGCCCACTACGGAAGAAAGGGAAAAATTTAAAGCCTGGTTTAATAAACAACAATTGGCTAGCCAAATAGACAGCGAGAAAGAAAAGCAAAAGGATATATCGAGCTTCAGAGAAGCGGCTAAGGAAAGGGGCTTTTCGGATGAAGAGGTAGAGAGTGGTATTGATGCAATACGCAATAGTTATGAAAATTCGCGGCCCATGGATGAGCGGATGGCTGATTTCGTTTTACCCCACTGGAAATTTCAAGTTTACTTTTATCAAAATTACGGTGGTGGTCGCATCTTGTGGCAACAGCGAGGAATGGAAGCTTACGATGCATTCCACAACTGGTTAAAAGAGCAAGAGAAATTGGGTAATTTTGAGATCTTCGCTCAGGAAGATAGAGAAGCGTTCTATCATTACTGGAATAGAAACAGTAGGCTTATAACAGATAAAGAGAGGATAAAAGAGGAGTTCCTGGAGCCCGCATGGCAACACTGA	MKVLHVVFFLLFLSVFPSSHASEKAVARVFDQTIYQSDLSGEEDGEAISLDSLIVPTLLEKYIAENHLSFEPTTEEREKFKAWFNKQQLASQIDSEKEKQKDISSFREAAKERGFSDEEVESGIDAIRNSYENSRPMDERMADFVLPHWKFQVYFYQNYGGGRILWQQRGMEAYDAFHNWLKEQEKLGNFEIFAQEDREAFYHYWNRNSRLITDKERIKEEFLEPAWQH				NA	NA	NA	NA	NA
AK237_01690	1656	leuA_2	COG0119	2-isopropylmalate synthase	ATGCTTACTCATCCTCATACCAAATATCAGCGATTCATTGGCGTATCCTTACCTGAACGTCAGTGGCCAAATAAAGCCATTACACAGGCTCCTGTCTGGATGAGTACAGACCTCCGCGACGGGAATCAGGCGCTTATCGACCCGATGTCGATTGAAACAAAATTGCGTTTCTTCAAAAAACTGGTTTCTATTGGTTTTAAACAAATTGAAGTGGGTTTTCCATCAGCATCAGATATCGATTTTCAATTTGTCAGGCTACTGATCGAAGGCAACCACATTCCTGATGACGTCACCATAGAAGTGCTGACTCAGGCCCGCTATGAATTGATTGAGCGTACTGTTGAAAGCTTACGGGGCGCCCGCAATGCTATTTTGCACATGTACAATCCCCTTGCGCCGGACTTCCGTGAGATTGTGTACAACACCGATAAAGCAGGGGTGAAAGACATCGCCCTGACCGGTACCCGCTGGGTGAAGGAACTCACCGCCGGCGCGCCAGAAGTGAACTGGACTTATCAGTATTCTCCTGAGGTGTTTTCCAGTACCGAAATCGACTTTGTTAAAGAGGTGGTGGATGAGGTGGTGGACATCTGGCAGCCGACCGTTGAGAACAAAATCATTATCAACTTACCGGCGACGGTGGAAATGAATACGCCGAATACCTATGCCGACCAGATTGAGTGGATGCACCGCAACCTGAATCAGCGGGAATGTATTGTGTTGAGTGTGCACCCGCATAACGACCGGGGGACTGCTGTGGCTGCAGCTGAACTGGCATTAATGGCGGGAGCTGACCGTATCGAAGGCTGCCTGTTCGGCAATGGCGAACGCACCGGCAATGTGGATATTGTGACTCTGGCAATGAACATGTATTCCCAGGGCGTGTCACCGGAACTGGATTTCTCTGATATCGATCAGGTTCGCAAGCTGGTGGAAGAGTGTAATCAGTTGCCTGTGCATCCCCGTCATCCTTACGCCGGCGAACTCGTTTACACCGCTTTTTCCGGTTCTCATCAGGATGCTATCAAAAAAGGGATGGCGGTACAGAATAAAGACGGCCGCTGGCGTGTGCCTTATTTACCCATCGATCCGGCAGATGTGGGGCGCGGATTTGAAGCGGTTGTCCGTGTAAACAGCCAATCCGGTAAAGGTGGTGTGGCCTTCTTACTGGAACAGGAAGCGAATCTGCAACTGCCACGAAAACTGCAAATTGAATTCAGCCGCACTGTGCAGCGTGAAAACGACAGCACCGGTAAAGAAATGTCGGCAAAACGTATGAAAGAAGTCTTTGAGCAGGAATATTTCGATGCCGTTTCGCCTTTTGCCTATACCAGCAGCACGATTACGTCGGTGGCAAATGGCGAGCAATCGGTGAGTATTCAGTTTACTTCGAATAACGAAGTTTACAGCATAGAGGGCACCGGCAATGGTCCGGTAGAAGCGGCGGCCAATGCACTCAGCACGTTCCTGAATAAGAAGGTGGAAGTGGCAGACTACCATGAGCACGCAGTGGGGGAAGGCGCAGGCGTAAAAGCTGTCTGCTATATTGAAGTGAAACTGCAGGGAGCAGATTCCACCTTCGGCTGTGCCAGCGACAGCAATATCATCACGGCCGCTATTAAAGCGCTGTTGTCAGGGGTTAACCGGTTGATGTGA	MLTHPHTKYQRFIGVSLPERQWPNKAITQAPVWMSTDLRDGNQALIDPMSIETKLRFFKKLVSIGFKQIEVGFPSASDIDFQFVRLLIEGNHIPDDVTIEVLTQARYELIERTVESLRGARNAILHMYNPLAPDFREIVYNTDKAGVKDIALTGTRWVKELTAGAPEVNWTYQYSPEVFSSTEIDFVKEVVDEVVDIWQPTVENKIIINLPATVEMNTPNTYADQIEWMHRNLNQRECIVLSVHPHNDRGTAVAAAELALMAGADRIEGCLFGNGERTGNVDIVTLAMNMYSQGVSPELDFSDIDQVRKLVEECNQLPVHPRHPYAGELVYTAFSGSHQDAIKKGMAVQNKDGRWRVPYLPIDPADVGRGFEAVVRVNSQSGKGGVAFLLEQEANLQLPRKLQIEFSRTVQRENDSTGKEMSAKRMKEVFEQEYFDAVSPFAYTSSTITSVANGEQSVSIQFTSNNEVYSIEGTGNGPVEAAANALSTFLNKKVEVADYHEHAVGEGAGVKAVCYIEVKLQGADSTFGCASDSNIITAAIKALLSGVNRLM				NA	NA	NA	NA	NA
AK237_01691	468	lrp_2	COG1522	Leucine-responsive regulatory protein	GTGGAATTAGACAAGACCGACAAACAAATACTGGAAACGTTGCAAAAACACGGTCGTATTTCAAATCAGGAACTGGCTGAAGCCGTCAATCTTTCTCCTTCCCCCTGCCTGAGGCGGGTAAAGCAACTGGAAGACAGCGGCTTTATTGACGGCTATGTTGCGCTGGTTAATGCGCGAAAATTGGGACTAACCCTGGTATCGTTTATTCAGATCGTCATGGACAAGCACACCCCTGAGCGATTCGAGAAGTTCGATAATGCCATTGCCACCTTTCCTGAAGTACTCGAAAGCCATTTGATCACCGGTCAGTCTGCAGATTATCTGTTAAAAGTCATCGTAAAAGACATGGATGACTTCCAGCAGTTCCTGCTTAATAAACTCACCCGTGTTGAAGGCGTCAGCGGCGTGCATTCCTCTTTTGTGCTGAAATCCCCGAGGAAAAGTACTGCTGTGCCGGTGTATAGGTAA	MELDKTDKQILETLQKHGRISNQELAEAVNLSPSPCLRRVKQLEDSGFIDGYVALVNARKLGLTLVSFIQIVMDKHTPERFEKFDNAIATFPEVLESHLITGQSADYLLKVIVKDMDDFQQFLLNKLTRVEGVSGVHSSFVLKSPRKSTAVPVYR				NA	NA	NA	NA	NA
AK237_01692	774			hypothetical protein	ATGAAATTATTGAGTTTTATAGTGACACTGATGCTGTTAACCGGGTGTCACTCAACCAACCCTACGACAATGACGATGAGAACAACGGAACAAACCGATCCTGAATTTATGGCGATTCAGAATAATTTTGTTGAGAACGATTTGAATGCGGTGCATGTGCTCACACCGTTGCAAAAGCACATTAGCCTGATAACGGCACTCGCCGTTCAGCAGTCGTTCCCTCAACTTAAGAGGCAAGTGCGTCTGGCAATTGATGATGGAATTGCGCCGCTCACGATTCGCGAATCGCTTTATGTGGCCGCCCCTTTTACCGGATTCCCTAAAATAGAGAATGCCCTCGTTGCCGTTAACGAAGTATTCAATGAAAAGGGAATTGTTCTGCCTCTGCCATCACAGGCGCAGAATAACCGTGAGAGCCGGTATCAGGCTGGACTCGCTATACAAGTGCCCATTTACGGCAACGAAATCAAAAACGCGTTTGCAGATTTACCTGAACCCTATGCTCAGAAGTTGCCAGCTTATCTTACCGAGCTTTTATTTGGTGACTTCTATACAAGAAGTGCCATCGACAACCAGACCCGCGAAATGGTTGCGCTTATCACATTAGCCACCCTGGGTGCTGAAAGGCAGCTTGCTTCCCATGCAAGAGGTAATTTGATAGTTGGCAACACTAAGCCAGAGATGATCGGTGCGCTGGTTCACTGTCTTCCTGTACTGGGTTTCCCGGCCGTTTTTAATGCTATTAATGAGGTGAGGAATATCGACACTGATTAA	MKLLSFIVTLMLLTGCHSTNPTTMTMRTTEQTDPEFMAIQNNFVENDLNAVHVLTPLQKHISLITALAVQQSFPQLKRQVRLAIDDGIAPLTIRESLYVAAPFTGFPKIENALVAVNEVFNEKGIVLPLPSQAQNNRESRYQAGLAIQVPIYGNEIKNAFADLPEPYAQKLPAYLTELLFGDFYTRSAIDNQTREMVALITLATLGAERQLASHARGNLIVGNTKPEMIGALVHCLPVLGFPAVFNAINEVRNIDTD	PGPT0005005_548	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-HYDROXYCINNAMIC_ACID_RESISTANCE,PGPT0005005-pcaC-K01607	NA	NA
AK237_01693	909			hypothetical protein	ATGTTGAAGAAGCCACATACAATCGAACAGCTTGACTCTATCCGGCAGTTTAATGAAGAAAGAGGGCAGGCGACGCATCACGAGCACGTGTCTGTTCTTAATCAAGCTTATTCCACGCCTTTTGTTCCCCAAGAATATTTGAGCGGTTTGTATCTGATTTTTCTGAAAGAAAGTGAGTGTGAGGGCATTCAGTATGGCAGAGGCCGCTACGATTTTTGCAGAGATTCCCTTTTATTCATTGCGCCGGGTCAGGTGTTCTCTCAGTATCAAACAGAACTCTACCGCCCTAAAGGTTGGGTAATCGCCATTCATCCTGATTTTGTCGCCGGGCAGGCATTACATTTAGATAAGAACAGGCTTTTCCATTACGAAAATAATGCGGCGGTGCCTGTTTCCGCCGAAGTCAGAGATCAGTTAATCCGGCTTTTCAACATGCTGCAAACTGAAGTGACAACAGCAGCGGAAGGAGAGTGTTCAGAGCCTCGATTAACCGAAGAAGTTATTGCCAATTACATCCGCCTTATCCTGTCTCAATGTAATCGCGCTGCGTCCCGTCTTGAAGACAGTGTTAATAAGCCTCCGGCTGAATTATTAGTCAGGTTCGAACATGAACTTCAACAGTATGTAGAGCAAGGGAAAACGGAATCTGTAGGACTACCTACAGTGAAATATTTCGCCAGCAGATTGCATCTGTCGCCGAACTATTTTGGTGATGCCATTAAGTCTGAAACCGGGATCTCGGCAAAGGCGTTTATTGAAAAGTGGTTAACCAGCATTGCTAAACAGAAAATGACCAATCCCTCTCTGAGCATATCCCAGGTGGCGTATCAGTTGGGTTTTAGTCATCCCCAGCACTTTACCCGCTTTTTTAAACGCAATGTGGGCATGTCGCCAACGCAATACCGGTAA	MLKKPHTIEQLDSIRQFNEERGQATHHEHVSVLNQAYSTPFVPQEYLSGLYLIFLKESECEGIQYGRGRYDFCRDSLLFIAPGQVFSQYQTELYRPKGWVIAIHPDFVAGQALHLDKNRLFHYENNAAVPVSAEVRDQLIRLFNMLQTEVTTAAEGECSEPRLTEEVIANYIRLILSQCNRAASRLEDSVNKPPAELLVRFEHELQQYVEQGKTESVGLPTVKYFASRLHLSPNYFGDAIKSETGISAKAFIEKWLTSIAKQKMTNPSLSISQVAYQLGFSHPQHFTRFFKRNVGMSPTQYR				NA	NA	NA	NA	NA
AK237_01694	903	dmlR_4		HTH-type transcriptional regulator DmlR	ATGAATTTAATTGCGCTTAGTGACTTCAACCTGGTAGCCCGACATGGTGGGTTTGGGCGGGCTGCCAGAGAAAGCGGGCGGCCTAAAGCAACCCTTTCCCGCCGTATCGCAGAGTTGGAATCCAGTTTACAGCTGCGATTGTTTGAGCGCGGAAATCGGATGCTAAAGCTCACCCAGGAAGGCGCAGCGCTATATGAACGTACGTCCACACTAATAACTGAAATTGATGAAGCTATTGCATCGGTTGCATCAGGAGGCGATAAGCCACGAGGGCGGCTACGGATTAGCGCCCCCCAGCTTTTTTGCCAGATTGCGATGGGTAAGCTTGCGGCAGAGTTTGCAATTAAATACCCGGAAGTGACTCTTGAGGTGACCATGGAAGATCGTTCTGTCGACATGATTGACGAGGGCATCGATATCGTGATTAGGGTTAATCCTAAGTCTGATGAAAACCTTCATGGACGCATGATAATTCACGATCGCCTAGTATTCGTATCTCATCAAACAATGAATAAACCTGATCCTCAAGAGCCTGTTCCAACTGTCGTACGTGGGGTTCGGGAACAAAAACTGGAATGGGAACTGATTAATACCGAAGGCACCTCGACAGTAACCATCAAGCCCATTATGAGTTTGTCATCGATGATGATGATACGTGACGCCGTGAGAGCGGGGGCGGGAGCAGGTTTGCTCCCTATTTCATTAGTTAGCCATGACATAGACGCCGGGCGACTCTCAAACTGGGGAGAGGTAAAGGGCTCGGAAATTTCTTTATGGGCTCTCTACCCATCGCGTCGTTTGTTAAGTGCGCGAGTTTCGGCATTCTTGACTCATTTGCGAGAAGCCTTTCCTACAGGAAAGCCTGAAGAGCTCTCAGCCTATATTGAAAATAGCCGGCTATGA	MNLIALSDFNLVARHGGFGRAARESGRPKATLSRRIAELESSLQLRLFERGNRMLKLTQEGAALYERTSTLITEIDEAIASVASGGDKPRGRLRISAPQLFCQIAMGKLAAEFAIKYPEVTLEVTMEDRSVDMIDEGIDIVIRVNPKSDENLHGRMIIHDRLVFVSHQTMNKPDPQEPVPTVVRGVREQKLEWELINTEGTSTVTIKPIMSLSSMMMIRDAVRAGAGAGLLPISLVSHDIDAGRLSNWGEVKGSEISLWALYPSRRLLSARVSAFLTHLREAFPTGKPEELSAYIENSRL				NA	NA	NA	NA	NA
AK237_01695	864			hypothetical protein	ATGACAATTTTAGTAACAGGTGCAACAGGCCGTGTCGGCCATCAAGTAGTGGATCAGCTTATTGCTCGCGGAGCCTCTGTACGCGTACTCAGCCGCAATCCTGAAAAAGCGCAATTTCCAGAAAACGTAGAGGTCGCACAAGGCGACTTACTCGACATCGACGCATTGCGAGTTGCTTTTAAAGGAGTACGGAGTTTGTTCCTGCTCAACGCGGTTTGCGGGGACGAATTCACGCAGGCACTTATCACGCTAAACATCGCTAAAGAATGTGGTATACAGCGTGTGGTCTATTTGTCAGTTTTCGATGCAGATAAGGCTGTTAATGTGCCTCACTTTGCCGTCAAGTATGGAGCAGAGCGATTGCTGGAGAGTATGGGGTTTAGCGCCACTATTCTTCGTCCCGCCTATTTCATTGATAATGAAGTAATGATTAAAGATACAATTTCAAACTACGGTCTTTATCCCATGCCTATTGGTAGCAAGGGGGTGGCGATGGTGGATACCCGGGACATTGCGGAAGTCGCGGCTATTGAGTTGATTCGACGCGACACTGCAACAGAAATACTGCCACTTGAAACCATTAATTTAGTGGGGCCGGACACGTTAACCGGTAACGAACTCGCGTCAATTTGGTCTGAAGTACTTGGTCGCACTGTAACTTACGGCGGAGACAGTCCGGATGGATTTGAGCAGAATATGGCCACATTCATGCCAAAGTGGACAGCCTATGAAATGCGACTAATGGCAGAACGTTACGTCAGTGACGGCATGATAGCGACCGAAAGTGATATCCAGCGTCTCGTTGGCATATTAGGGCGTCCGTTGCACACATATCGCGACTTTGCTGTCGGACTTTCAGCATGA	MTILVTGATGRVGHQVVDQLIARGASVRVLSRNPEKAQFPENVEVAQGDLLDIDALRVAFKGVRSLFLLNAVCGDEFTQALITLNIAKECGIQRVVYLSVFDADKAVNVPHFAVKYGAERLLESMGFSATILRPAYFIDNEVMIKDTISNYGLYPMPIGSKGVAMVDTRDIAEVAAIELIRRDTATEILPLETINLVGPDTLTGNELASIWSEVLGRTVTYGGDSPDGFEQNMATFMPKWTAYEMRLMAERYVSDGMIATESDIQRLVGILGRPLHTYRDFAVGLSA				NA	NA	NA	NA	NA
AK237_01696	1212	nepI	COG2814	Purine ribonucleoside efflux pump NepI	ATGAATACTTCAAAAAATGACCTTTCAGTAAAAGTTGGCGAAGGACAAGATCAAGTCAACGCACATTGGAGTGGTGTATTCGCCATGACACTGTGTGTTTTTGCTCTTGTAGCGTCTGAATTTATGCCCATCAGTCTACTAACGCCAATCGCTAGTGCATTGCAGGTTACAGAAGGTATGGCCGGAAACGGGATCGCGATTTCCGGCGCCTTTGCTGTTATTACCAGTTTGTTTATAACGACCATTGCAGAGGGCGTAAACCGAAAAAGCTTGTTGCTTGTTCTGACGGTTATGATGGGCGTGTCCGGAGCCATTATCGGGCTGGCAGACAGTTACTTTGTTTACATGATTGGTCGCGCACTCATTGGCGCTGTCGTGGGTGGATTCTGGTCAATGTCAGCCGCTATCGCCATGCGACTGGTTCCTGAAGAACAGGTTTCAAAAGCGTTAGCGGTGTTTAATAGTGGCAACGCTCTCGCCATAGTGATTGCGGCGCCACTGGGGGCTTATCTTGGAGCACTTATCGGTTGGCGTGGCACGTTTTTAGGTTTGATACCGGTCTCTTTTTTGGCTCTTCTCTGGCAATATTTTAGTTTGCCCTCTATGCCGGTTAAAAAGCAAAGCAGAAACCTGCGAAGCGTGTTTGCCACTTTCACCTTACTTCGCCGCCCGTTTGTACTACTCGGTATGATTTCAGTAGGGACGTTTTTTATGGGGCAGTTCAGCCTTTATACGTACATTCGGCCTTTCCTTGAAAGAGTATCGCAAGTCGATGCAACAGCGTTATCATTGATTCTCATGCTAATTGGCATCGCAGGCTTTATTGGTACAACGCTTATAAACATTCCGTTGAAACGCGCTTTTTATCCTACTTTGATAGCGATTCCTGTGCTCATGGCAGCAATTGCTGTCGGATTGATTTTTGTCGGACATTGGATTGTAGGCGTCACCGTTATGCTTGGCATTTGGGGCTTTATTGCCACTGCGGCTCCAGTAGGCTGGTGGGCGTGGATACCTAAGACATTTCCTGAAGATGCAGAAGCAGGAGGCGGACTAATGGTAGCGGTTATCCAACTGTCTATTGCGTTGGGGTCAACGTTAGGTGGTGTTCTGTTTGACTTAAGTGGCTATCAGGTAACCTTTGTGGCAAGCGCTGTACTTCTGGCTATCGCCGCGGGGTTGACCTCTTGGACTGCTAAAATCACAACGTAG	MNTSKNDLSVKVGEGQDQVNAHWSGVFAMTLCVFALVASEFMPISLLTPIASALQVTEGMAGNGIAISGAFAVITSLFITTIAEGVNRKSLLLVLTVMMGVSGAIIGLADSYFVYMIGRALIGAVVGGFWSMSAAIAMRLVPEEQVSKALAVFNSGNALAIVIAAPLGAYLGALIGWRGTFLGLIPVSFLALLWQYFSLPSMPVKKQSRNLRSVFATFTLLRRPFVLLGMISVGTFFMGQFSLYTYIRPFLERVSQVDATALSLILMLIGIAGFIGTTLINIPLKRAFYPTLIAIPVLMAAIAVGLIFVGHWIVGVTVMLGIWGFIATAAPVGWWAWIPKTFPEDAEAGGGLMVAVIQLSIALGSTLGGVLFDLSGYQVTFVASAVLLAIAAGLTSWTAKITT	PGPT0021090_142	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_NUCLEOSIDE_TRANSPORT,PGPT0021090-nepI-K03445	NA	NA
AK237_01697	1167		COG1073	putative protein	ATGAATTTTCCAGCTTCCAATAATCACGTTATTGAGAATGACATCACCGTCGACAGACGCGGGTTTATTAAAAGTGCCACATATATTGCTGTGTTAGGTGCGATGGGCCTTTCTTCCCAAGCTGCGTTTGCTGGTACCAAGGAGAATGTAATGAAAGAGTCAGACAATCAGTGGGATAAGACGTTTCCCAAAAGTGATAACGTAGACCACCAAAAGATCACGTTTAAAAATCGATATGGCATCGTGCTAAGTGGCGATTTGTATCAGCCAAAAAATGCGCAGGGTAAACTCGCTGCGTTAGCCATTAGCGGACCATTCGGCGCCGTTAAAGAACAGGCTTCTGGCCTATATGCTCAAACCATGGCGGAACAAGGGTTTGTGACGTTAGCGTTTGACCCTTCTTATACCGGCGAAAGCGGCGGCGAACCTCGTAACGTGGCCTCTCCCGATATTAACACTGAAGACTTCAGTGCCGCTGTGGATTGCTTAGGTATGCAATCTACGGTCGATCGTGAACGTATCGGAGTGATAGGTATTTGTGGCTATAGTGGCATGGCCATAACGGCAGCAACGAGTGATTCTCGAATCAAAGCCGTGGCGACGTCATCCATGTACGATATGTCCCGCAGTATTAGTCGCAGTTACCAGGACAGCTACACAATGGAGCAACGCCATAAAGTTATCGACTACCTCAGTCAGCAGCGTTGGACTGACGTGGATGCTGGCACCTATGGGCTTGGGCTTCATGAAGTGCCTTTCGATGAAAATGGAAATATTGTTAAAGCGCAGCAAATCTTACCGGACGCACTTCCTGAAAATCCCAACCCTGTGCTGGCAAGTTTCTTTGATTATTATCGAACAGAACGTGGCTTTCATCCAAGAGGCATAAATTCGACAATGGCCTGGACTGCAACCACGCCAATGTCATTTTTTAACTTTCCTATGTACGCCAACATAGAGATGATTGCTCCCCGTCCGGTCATGTTGGTTGCGGGCGATAATGCACACTCTCTTTACTATTCAGAAGATGTGCAAAAATTAATCCCCGATAATTCGCAGTTGGTAATCGTACCCGGTGCGGATCATGTAGACCTCTATGATCGAACCGACAAAATTCCGTTCGATAAGCTAACAACATTTTTTAATCAGAGCTTCTCAAACGCGTAA	MNFPASNNHVIENDITVDRRGFIKSATYIAVLGAMGLSSQAAFAGTKENVMKESDNQWDKTFPKSDNVDHQKITFKNRYGIVLSGDLYQPKNAQGKLAALAISGPFGAVKEQASGLYAQTMAEQGFVTLAFDPSYTGESGGEPRNVASPDINTEDFSAAVDCLGMQSTVDRERIGVIGICGYSGMAITAATSDSRIKAVATSSMYDMSRSISRSYQDSYTMEQRHKVIDYLSQQRWTDVDAGTYGLGLHEVPFDENGNIVKAQQILPDALPENPNPVLASFFDYYRTERGFHPRGINSTMAWTATTPMSFFNFPMYANIEMIAPRPVMLVAGDNAHSLYYSEDVQKLIPDNSQLVIVPGADHVDLYDRTDKIPFDKLTTFFNQSFSNA				NA	NA	NA	NA	NA
AK237_01698	897	pgrR_5		HTH-type transcriptional regulator PgrR	ATGACGATTAATAAGGTTGATGATCTTCAGGCGTTTTTAGCTGTCGCTCAGGAACAAAGTTTCACCAAAGCGGCTGCAATACTGGGGGTTACCCCTTCAGCGCTGAGCCACAGAATGAAAGCTCTGGAAGAGCGCCTGGGCCTTCGCTTGCTATCCAGGACCACCAGGAACGTTTCTGCCACAGAAGCTGGGGAACGACTTATGAAATCCTTAAGCCCCCTGTTTGACCGCATTAATGAGGAAGTGGATGCGCTGGGTGAATTGCGGGATAAACCTGCCGGTACGCTTCGTATTGCCTGCACTGACGATCAAATTGAGTTATGTCTTCGTCCCAAGCTGGTTTCATTTATGAATGACTACCCTGATATCACCATCGAACTTTATGTCGATTACGGGTTCAGTAACGTTGTTAGTGAGAGATTTGATGCAGGAATCAGATTGGGTGAAGCCATTAGTCAGGATATGATCGCAGTACCTGTCGGACCTGATATGCGCTTAGTTGTTGTAGGCTCACCGGCGTACTTTTCGAAAAACCCGCCTCCTACCACCCCCGACGAACTAACCAAACACGCCTGCATCGATATCCGACACAGACCGGACGGAAATATCTATGCCTGGGAATTCCAAGAAGGCGACAGGGAGTTCACCGTTAAAGGAAAAGGCAAACTGGTTTTCAATAGCATTGTGCATGTTCTCAATGCAGCGCTGGACGGCATCGGTTTGGCCTATGTTCCGGAGCAACTTGCAGAACCCTATATAAAAGAGGGAAAGCTACAAGTGATTTTAACGCAGTGGTGCCCGTACTTTGCCGGTTTCCATTTGTACTATCCAAACAGGCGACAATCATCCCCTGCTTTTAATGCTTTTGTTGAATGGTTTAGGTTTCGCAAAGCTTAA	MTINKVDDLQAFLAVAQEQSFTKAAAILGVTPSALSHRMKALEERLGLRLLSRTTRNVSATEAGERLMKSLSPLFDRINEEVDALGELRDKPAGTLRIACTDDQIELCLRPKLVSFMNDYPDITIELYVDYGFSNVVSERFDAGIRLGEAISQDMIAVPVGPDMRLVVVGSPAYFSKNPPPTTPDELTKHACIDIRHRPDGNIYAWEFQEGDREFTVKGKGKLVFNSIVHVLNAALDGIGLAYVPEQLAEPYIKEGKLQVILTQWCPYFAGFHLYYPNRRQSSPAFNAFVEWFRFRKA				NA	NA	NA	NA	NA
AK237_01699	1617	fumD		Fumonisin B1 esterase	ATGCACCAGAAAACGAGGTTTCTCGCTGCAGCTATACTGACAGCATCTTCAACGCTTACTTTAGCTGAGACAACAACCACTGAACAAGTTCTGACTCAACAAGGCATTGTTGAAGGTATAAATAGCAATGGAGTCACTTCCTTCCGCGGTATTCCTTACGCTAAAGCGCCGGTGGGCGAACTGCGATGGAGAGCTCCACAACCTGCGGAACGCTGGGACGGCGTGAAGGAGACGAAATCATTCAAGCCTGATTGTATGCAACCCATTATTCCGAATCAGGACTTTGTGAAGCTTGAACTGGATCCCAGTGAAGACTGCTTGTACCTGAACGTATGGAATGCCGATGCAAAGCATGAAGAACCGTTACCTGTTATGGTTTGGATTTACGGAGGGGCCTGGTTGGCGGGAGGCAGTTCTGTGCCAGCCTACAACGGCGAGACCCTGGCTCAAGAGGGCGTGGTGGTTGTATCATTTAATTATCGCGTTGGTCGAATGGGTTTCTTTGCCCATCCACAACTCTCTAAAGAAGCGCCTGATGAGCCAAAAGGTAATTATGGAATTATGGACCAGATTGCCGCTTTGACTTGGGTTAAAAATAATATTTCTGCCTTCGGGGGAGACCCTGAAAACGTGACAATTTTCGGCGAGTCTGCGGGAGGCGGTTCCGTTGAAGCACTTATTCAGTCTCCTCTGGCTGCCAACTTGTTTCACAAAGCGATTTCTCAATCCAGTGGTCCTACGGGCGTTCAGACAGGCAGAGCCATTCGTGAAGACCTTCCCACCCGTCCTTCCGCCGAGACGCAAGGGGTTGCCTTTGCGAAAGCGAAAGGTATTGCCAATGATGAACACGCACTGGTAAAACTCAGAGCGTTGGCGCCAGAGGAGTTTTTAAATTTCGCTGAAGGTCTGCCAGATTCAGAAGACAGCACCAATGTAAAATGGGGCGGCCCCATGTTAGATGGAAAAGTGCTTGTACGGGAGGAATACAAAACTTACAGCGAAGGATTGTTCAACAAAGTTCCACTTATGACCGGTGCGACCAGTGGTGACTTACCAGGCCCTATAGTAAATGGTCAAATAGCTGGTGGCGGTATCGATCTTGAAACAGCGTTACGCAAATATGCACCATATCAAGATGAAGTACTCGCGCTGTTCGACCCGGAAAATAAACGAGAGGTTGATCAAATTGCTTACAATGCCGGAGCGGCTTGGTTCATGATAGAGCCTGCCAGATTTGTCGCGTCTGTCTTTTCAGAAAACAAGCTTCCTACCTATCACTATAGAGTTTCCTACATTAAGGATTCCTTGAAAGATGAATGGAAGTACGGAACGCCTCATGCGTCTGAAATTCCTTTCGTATTTGGTACCTTAGATACAATATTTGATGACGTCACCCCTACCGATGAGAAAGTTTCACGGCAAATGCGCAGCTACTGGACCAATTTTGCGAAAACAGGCAATCCTAATAGCAGCAAGCAAGCGTTGTGGCCGGAATACAGTAAGAAAACAGACTTGATCATGGACGTTCGGCCTGATGGAACGATTTACACTGGTCCTGATCCAATGAAAGCGAAGTTAGATGTTTTAGAGAAAGTAGCTGAAGGCAGAAACTTCTAG	MHQKTRFLAAAILTASSTLTLAETTTTEQVLTQQGIVEGINSNGVTSFRGIPYAKAPVGELRWRAPQPAERWDGVKETKSFKPDCMQPIIPNQDFVKLELDPSEDCLYLNVWNADAKHEEPLPVMVWIYGGAWLAGGSSVPAYNGETLAQEGVVVVSFNYRVGRMGFFAHPQLSKEAPDEPKGNYGIMDQIAALTWVKNNISAFGGDPENVTIFGESAGGGSVEALIQSPLAANLFHKAISQSSGPTGVQTGRAIREDLPTRPSAETQGVAFAKAKGIANDEHALVKLRALAPEEFLNFAEGLPDSEDSTNVKWGGPMLDGKVLVREEYKTYSEGLFNKVPLMTGATSGDLPGPIVNGQIAGGGIDLETALRKYAPYQDEVLALFDPENKREVDQIAYNAGAAWFMIEPARFVASVFSENKLPTYHYRVSYIKDSLKDEWKYGTPHASEIPFVFGTLDTIFDDVTPTDEKVSRQMRSYWTNFAKTGNPNSSKQALWPEYSKKTDLIMDVRPDGTIYTGPDPMKAKLDVLEKVAEGRNF	PGPT0030515_954	PUTATIVE	PGPT	PUTATIVE_PGPTs	PUTATIVE_FUNCTIONS	PUTATIVE_FUNCTIONS-1	PUTATIVE-TANNIN_DEGRADATION	PUTATIVE-TANNIN_DEGRADATION-1,PGPT0030515-pnbA-K03929
AK237_01700	225	tfdR		HTH-type transcriptional regulator TdfR	ATGCTTAGTCGACAAGTAGCGATCTTTATCGAAGTAGCGGAATGTGGAAGCTTTTCTAAAGCAGCCGAGAAGGTTTACGTGACATCGGCGTCGATTATGAAGCACATGAATTCATTAGAAAATAGTCTGAATATTACGTTACTCGAACGTTCTTCAACTGGCATAAAACTGACACCAGCGGGAAAAGTATTTTTTACTGAGGCAAAAAAATTCAACAAGATGTGA	MLSRQVAIFIEVAECGSFSKAAEKVYVTSASIMKHMNSLENSLNITLLERSSTGIKLTPAGKVFFTEAKKFNKM	PGPT0012965_2050	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-ENVIRONMENTAL_QSR|BF_SIGNALLING	CE-QSR|BF-OXIDATIVE_STRESS_SIGNALLING,PGPT0012965-oxyR-K04761	NA	NA
AK237_01701	636			hypothetical protein	ATGTCACCGCGGCCAACGATCCGAATCGGTACCTCTTTGCTCAGTCCATCAAAACTAATCATGTCGCTATTGGCGCCAATCCAACAGCTACACACCGACTTCCAATTTAAGATTGTGCCTTTTGAAGACGAGAACACTAAGATTATTCAACTTCTTTCCAGTTTAGGAAAAAATATAGATATTGTTGTTGGCCCTTACAGCGAAACCACAACACTTGGCAGATTTAACACCCAAAAACTCGGTAATTGTAAAATATGTGTCGCCGTACCCCGTACTCATCAACTTGCTTGTAGAGAAGTAATACGCTGTGAAGATCTCGGAGGTGAAAACCTTATGATGTTTAAACGCGGCGGAGCAGAACAACTCGACACTCTGCGCGACATGCTGCAAGAACGCTATCCGGAAATAACGCTTACTGATACTAATTTTACCTACGATTATTCGGTATTTAACGATTGTGAGGAATCGAACAGTGTATTGCTTACACTGGATATATGGGAAGATGTCCACCCCGCACTGGTGACGATTCCCGTGGCATGGGACCACTCGCTGCCCTTTGGGATTTTCTACCCATCAAACCCGTCAAAAGAGATTCAGTCTTTTTTAGAAATTGTTCAGATGAATATCGCAGAGTAG	MSPRPTIRIGTSLLSPSKLIMSLLAPIQQLHTDFQFKIVPFEDENTKIIQLLSSLGKNIDIVVGPYSETTTLGRFNTQKLGNCKICVAVPRTHQLACREVIRCEDLGGENLMMFKRGGAEQLDTLRDMLQERYPEITLTDTNFTYDYSVFNDCEESNSVLLTLDIWEDVHPALVTIPVAWDHSLPFGIFYPSNPSKEIQSFLEIVQMNIAE				NA	NA	NA	NA	NA
AK237_01702	2262	btuB_13		Vitamin B12 transporter BtuB	ATGAAAACCTCTCTATCTCCTTTGTTTTTAGCAGTTGTTGGCGCACTCGGCTTTAGCTCTGCCGCCTTTGCCCAGCAAGAGACAGAAAACACAAACACCGGTAACAGCGAAGTAGAACGTATTGTTGTAACGGGTGTCCCAAGCGGTACTCCTACCCGTAAAGTTGACACCAGTTTTGCTATCACCAATATGTCTGAAGAAGATATCAAACGACTTGCCCCTAAGAGTACAGCTGATATTTTCAAGGCCGTACCGGGTGTTTGGGCGGAATCATCAGGCGGTCAGTCTGGTGCGAACATTTTCGTCCGAGGATTTCCGGGAGGTGGTGATGCCCCATTCGTTACCCTTCAATTGCAAGGTGTGCCTGTTTTTACACCGCCAACATTGAGTTTCCTCGAGAACTCCTCGCTTTTCAGAATGGATGAAACGATTTCGTTTATGGATGCGTTACGTGGTGGTCCTAACTCGGTATTGTCAAACGGCCAGCCCGGCCTGACATCTAACTTCTTACTGAAAGAAGGCTCAGAAGAAACCGAAGGTCTTATCAAATACACCGGTTCAGATTACAACCTGAAGCGTGTAGACGGTCTGGTAAGTGGTGAGCTGGCTGAAGATCTTTATTTCATGGCAGGCGGCTATGTATACACCTCACCAGGCATTCGTGACACAGGGTTCGATACCGAAGACGGCAAGCAATTTACCCTGAATATCACCAAAGAGCTGGATAACGGTAAGTTTTCAGTATTTACCCGCGTAACAGACGACCACGGGATCTGGTATCTGCCAAGCGCATTGAATGCGAAGGGCGTGGACAATTCTTACGTACAACTGGGTACCCTGAATCGTCAGACTCAAATTCAGGTGGGTGCTGATGGTGAAGTCATGAATGTCGACCTGGGCAAAGGGCGTGGCTGGAAAGGCTCGGTTACTGGCGGTAATCTTCAGCTTGATTTAGGCAACGGCTGGACACTGGCTGACAAATTCGGCTACACCAAAGGCGACGCCAACACGTACGGCTTAGTGCCCGAAGGTGGGGCAGTGAAACTGGCAACTGTTGCTGATAACGGTGAGTCGGCTACCGGTTTAGTAACCGGCTCAGAGTACGCAGGGGATACCGACGTACAGATGTTCGGCAGCTGGGTTGTTTTGAAAGAGATTGAAGGTCTGTCTAACGATCTTAACTTCGGCAAAGCGTTCGACCAGGGTAAATTTACCTTCGGTTACTTCACCAGCTCGTTCTCTTCTGACGACTGGTGGTCGATTGGTAATCAGTCTTACTACGTAGTGGGCAACGGCGGCGAAATGCTCACCGGCATCGATTGTAACGACAACGCCGATAGTTGTGGCTGGGACTATGATATCAATGCAACAGGTGACGGCTCCTCGGATGCATTCTACGCGGCAGTAGATTACAAGCTCACAGAAGATTTAACTGTTGATGTGGGTGTGCGCAGCGAAACTCACGAAGTGCAGTACACCGTCGATGAAGGCTTGACCGGCGCTGTCAGTAAAGCGGTGGATTACAGTAAAAGTGATATCGCATGGACGGCAGGTGCAAACTGGCAGTTTGAAAAGAATAAAGGTGTATTCTTCCGTGCAAGTGAAGGCTTCAAAATGCCTTACTTCGATGATTTCCGTGATAACTACGATGCGTATACGTCAGGCGAAGATCTGATCCAGCAAGTTACCCAGTATGAACTGGGCTATAAAATGGCCAGCCAGAGCTTCAGCTTGTATGCCACAGGCTTTTTCAATGAAGTAGAAGGGGACACCTTTGTCGCACGTCCGGGCGCACCGGCAGAAGTACTGACCAACGAAGCCTACGGTGTAGAGTTAGACGTAGCTTACTATGCTGACAACGGTTTCTCTGTAACAGTGAATGCGACCGTACAGGAAACAGAAATCACCGCAAGCCCGACAAACCAGGGTAACGAAGCGCAGCGTCAGCCGGGCTGGCAGGTGCGTTTAACGCCAAGCTACGACTTCATGCTGGGTGATGTTGAATCCACGGTGTACGCAACAATATTTGCTGTTGATGACCGCTTCGGTGATAACGGCAACACCGTTGTGCTGGAAGGTTACGAGCAAATTGATTTAGGCTGGAACGTGTTCCTGTCTGAAGATTTAGAATTGCAACTGAACGTGCAAAACCTCACCGACGAAGAAGGGCTGACAGAGGGCGACCCACGCAATCCGTCTTCACCTAACGGCCGTTACATCTTACCCCGTAACGCCACATTCAGCGTGAGCTATCGCTTTTAA	MKTSLSPLFLAVVGALGFSSAAFAQQETENTNTGNSEVERIVVTGVPSGTPTRKVDTSFAITNMSEEDIKRLAPKSTADIFKAVPGVWAESSGGQSGANIFVRGFPGGGDAPFVTLQLQGVPVFTPPTLSFLENSSLFRMDETISFMDALRGGPNSVLSNGQPGLTSNFLLKEGSEETEGLIKYTGSDYNLKRVDGLVSGELAEDLYFMAGGYVYTSPGIRDTGFDTEDGKQFTLNITKELDNGKFSVFTRVTDDHGIWYLPSALNAKGVDNSYVQLGTLNRQTQIQVGADGEVMNVDLGKGRGWKGSVTGGNLQLDLGNGWTLADKFGYTKGDANTYGLVPEGGAVKLATVADNGESATGLVTGSEYAGDTDVQMFGSWVVLKEIEGLSNDLNFGKAFDQGKFTFGYFTSSFSSDDWWSIGNQSYYVVGNGGEMLTGIDCNDNADSCGWDYDINATGDGSSDAFYAAVDYKLTEDLTVDVGVRSETHEVQYTVDEGLTGAVSKAVDYSKSDIAWTAGANWQFEKNKGVFFRASEGFKMPYFDDFRDNYDAYTSGEDLIQQVTQYELGYKMASQSFSLYATGFFNEVEGDTFVARPGAPAEVLTNEAYGVELDVAYYADNGFSVTVNATVQETEITASPTNQGNEAQRQPGWQVRLTPSYDFMLGDVESTVYATIFAVDDRFGDNGNTVVLEGYEQIDLGWNVFLSEDLELQLNVQNLTDEEGLTEGDPRNPSSPNGRYILPRNATFSVSYRF	PGPT0003790_15378	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0003790-hutA|fatA|fct|foxR-K02014	NA	NA
AK237_01703	993	rbsR_1	COG1609	Ribose operon repressor	TTGTCCGATCTGGCCCGTATTGCAGGGGTTTCTACTTCCACCGCGTCACGGGCGCTGAACGATAACCCGGTGATTAAACAATCAACCCGGGAACGCATTCAGGCACTGGCAAAAGCGCATAATTTCAGCATCAACGCTGCTGCCAGCCGGTTACGCACCCAACGCACCAATGTGGTTGCCGTTATTCTCAACCTCATAGAACACACAGAACAAAGCATTAATGACCCATTCCTGCTCAAGGTTGTGGGCGATCTGAATCAGGCTTTGAATGACAAAGGCTATGAGTTACTGTTGTCGAACTCATTCATGGCGACAGATGACTGGTATAACTACTTTATCAACAGCCGCAGGGCTGACGGCCTGATTGTGGTAGGTCAGGGGAAAAGCGAACAGAAAGCCATAGATGCCGCCAAAGCCGGTGCGCCGCTGGTAGTCTGGGGCGATCCCAACAGCCAGTCAGGCTATCCTATCATTGGCAGTAATAACCGTCTGGGCGGTAAGTTAGCCACGCAACATCTTATTGAAAGTGGTCACAAGCGCCTGGTGTTTTTGGGCGATACCGGCCACGCAGAGATGGGCGAACGCTATGCCGGTTATGTTGAAGCCCACAACGAAGCCGGTCTGGAGCACGATACTGCGCTTATCTTTCCTATCGATCTCACCAGTCAGGCGGCCTACAACAAAATTAATGAAACCATCTTACAGCATGGCCTTAATTTTGACGGCATTGTGGCGTGTAGTGACATGGTTGCCCTTGGTGCGCTGAAAGCACTGAAAGAGCGCTATATCGCTATTCCAGGCGAGGTAGGCATTGTGGGTTTTGATGATATTGCCATGGCAGAACTGCTGCACCCGGCGCTGACAACTATTCGCCAGAATACCCGTGAAGCCGCCAGCGTGATGGTGACGCAATTGCTAAATCAGCTTAACGGCAAGCCGGCTTTTTCAGAAGTCATCGATATTGAACTGATTGTGCGCAAATCCGCATCATAA	MSDLARIAGVSTSTASRALNDNPVIKQSTRERIQALAKAHNFSINAAASRLRTQRTNVVAVILNLIEHTEQSINDPFLLKVVGDLNQALNDKGYELLLSNSFMATDDWYNYFINSRRADGLIVVGQGKSEQKAIDAAKAGAPLVVWGDPNSQSGYPIIGSNNRLGGKLATQHLIESGHKRLVFLGDTGHAEMGERYAGYVEAHNEAGLEHDTALIFPIDLTSQAAYNKINETILQHGLNFDGIVACSDMVALGALKALKERYIAIPGEVGIVGFDDIAMAELLHPALTTIRQNTREAASVMVTQLLNQLNGKPAFSEVIDIELIVRKSAS				NA	NA	NA	NA	NA
AK237_01704	1245			hypothetical protein	ATGCCGCGCCTGCTAACGATAACCGCCATTGCAGCAAGTTACTTTGTCTTCGCTATTTTGCTTAACAGCGTGGGCACCGTGATCTTGCAATCTATCAATACTTTTGAGATTTCCAAGCCCGACGCGGCGACACTGGAAGGGTTTAAAGATTTAACCATCGCATTTGTTTCATTCCTGGTAGCCTCGTTTATTCCCCGCATGGGCTACAAACTCGCCATGATGGCCGGGTTGCTACTGGTTTCTGTGGCCTGCCTGCTAACCCCGATCATAGGCGAATTTATTGCCGTTAAACTGCTGTTTGCCAGTATCGGCGCAGCGTTTGCACTGGTAAAAGTGTCGGTTTACGCCCTGGTAGGTTTGCTCTCTCACGATACCCGCTCCCACTCTTCTTTGCTGAATACCATCGAAGGCATATTTATGGTGGGCGTGTTAAGTGGATACTGGATTTTCAGTGCCTTTGTTGATCCGCTTAATCCCTCATCCGCAGGCTGGATGGAGGTGTACTACTGGCTGACAGGATTACTTGTGATCACATTTTTACTGGTGCTGTTTTCGCCCCTGCCAGCGCCGGATGCTGCTCACAAAGAACAAACTGCTGCGGCGGCTTTCACCGGTATGATCAAACTCGCCTGGCAGCCTCTGGTTATCATTTTCGTATTTTCGATTTTCCTGTATGTATTGATTGAACAAGGGATCGGCAGCTGGTTACCCACCTTCAACAATGAAGTGCTGCACCTTCCTGTAGATATCAGCGTGCAGCTCACCAGCTTATTCGCTTTGTCTATTGCTCTGGGTCGCCTGTTAGCAGGCCAGGCGCTGCGCTTTATCAACTGGTTTCCCTTTTTACTTGGCTGTGCGGTATTGATGGCAGGTCTGATTTTGATCACATTGCCGCTGGCGCAGGGTCATCAGAATGATGCGGTTTCATCGCTGTTTGATGCGCCGGTTGCCGCTTTCATGCTGCCTATTATTGGTTTGCTGATGGCTCCCCTCTACCCTATTTTAAATTCAGTGATGCTGAGCGCGTTGGACACCCATAAACAAGCCGCCATGACCGGACTCATTGTTGTCTTTTCTGCACTGGGCGGCACAACCGGCTCTTTGATCACCGGCTATCTGTTTGAACATATTGGCGGTCAGCAGGCGTTTTATATGCTGCTTGTCCCTATTGCCGGCATCATTGCTTCAATTTTTCTGTTTCGTCAGATCTCATCAAAAGATCAGACTGCCATCGCTTCGTGTTAA	MPRLLTITAIAASYFVFAILLNSVGTVILQSINTFEISKPDAATLEGFKDLTIAFVSFLVASFIPRMGYKLAMMAGLLLVSVACLLTPIIGEFIAVKLLFASIGAAFALVKVSVYALVGLLSHDTRSHSSLLNTIEGIFMVGVLSGYWIFSAFVDPLNPSSAGWMEVYYWLTGLLVITFLLVLFSPLPAPDAAHKEQTAAAAFTGMIKLAWQPLVIIFVFSIFLYVLIEQGIGSWLPTFNNEVLHLPVDISVQLTSLFALSIALGRLLAGQALRFINWFPFLLGCAVLMAGLILITLPLAQGHQNDAVSSLFDAPVAAFMLPIIGLLMAPLYPILNSVMLSALDTHKQAAMTGLIVVFSALGGTTGSLITGYLFEHIGGQQAFYMLLVPIAGIIASIFLFRQISSKDQTAIASC	PGPT0014430_44	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-H+_SYMPORTER,PGPT0014430-glcP-K08174	NA	NA
AK237_01705	1542	treF	COG1626	Cytoplasmic trehalase	ATGGAAGTTTCAGCGTATCTTGCAAAAAGCCACCAGCTTTTCTCAAGTCAATTATTTCATCGTGTGCAAATGGCAGGACTGTTTGCTGACAGCAAAACCTTTGCAGATGCGGTACCCAAACAGCCTGTAGAGGCTGTGCTTGCGGCATTTGAAGCACAGCAACCCGCAAATGATGACGCGCTGCGTAAATTTGTAGATGCACATTTTGATTTACCGGAACAAGCGAAAGAACCGGATGTTCAATCGGATGATGTGAATACTTACATTGGGAAACTGTGGCCACAGCTTACCCGCCCCGGCAGCTCGGTAACTGAAGGCTCTCTGCTGCCCCTTCCCTGCCCGTACCTGGTGCCCGGTGGTCGTTTTCGTGAGATCTATTATTGGGACAGCTACTTTACTGCGCTAGGGCTGATGGAATCCGGCCATGTGGAACTGGTGCGCAATATGGTGAATAACTTCATCGCATTGCAGCAAAACGTGGGATTAATCCCCAACGGCAGCCGCACCTATTACAACAGCCGTTCTCAACCGCCAGTGCTGGCACTGATGGTCAGACAGCTTTCCCAGACAAGCAGTGACAATGCCGATTTAGATGCATTTTACTTGCAGGCACTAAAACGGGAACACGCCTTCTGGATGAACGGTTATGAAGACATCAGCGACGCTACCACTGCCATCCAGCGGGTGGTTCGCATGCCTGACGGTGAATTGCTGAACCGTTTTTGGGACGACAGTGCCACACCGCGGCCGGAATCCTACCGTGAAGATGTTGAAGCGGCAGCCAATATGAGCGATGAAGAAGCCTGCGCATTCTATCGAAATATCCGTGCAGCCTGTGAGTCGGGCTGGGATTTCAGTTCCCGCTGGCTGGGCAAGACAAACGACCTGCTCACCATTCAAACCACCGATATTGTGCCGGTAGATTTAAATTGCCTGATGGTCATACTGGAACAAACCATTGGCACCCTTTGCCAGAAGGTGAACGGCGCACAGTGCGAAGAGGCGGTAGTATGGGAACAGGCTGCCCAAACACGCGCTATAACCATCAATAAATATTGCTGGCGGGCAGATGACGGTGTTTATGTTGATTTCAACCACCGAAGCGGTGTGCAGTCTAGTGTGATTGCTTTGTCCACCGCTTTACCGTTGTTCGCAAAAATTGCTGACAAGGAGCAAGCAGCTCTCGTCGCCAATGCACTGAAGACCCGATTTTTGAAAAAAGGCGGACTTCTTACCTCACTATGTGAAACCCGACAACAGTGGGATGCCCCCAATGGGTGGGCTCCATTGCAATGGTTCGCTGTACAAGGTCTGTTAGCTTATCAACATGGTGGGTTAGCCAACGATATTATTTCCCGCTGGTTAAACACGGTGAATACGTTTTATAAAACCAACCATACGCTCATGGAGAAATATAACGTAGTAGATATTACGACCTCTGCCAGCGGGGGGGAGTACGAAGTACAACACGGATTTGGCTGGACAAATGGTGTCGTACAAGCATTCTCAAAGCTGCAGTCGATGCCGGGTAACGATATATAG	MEVSAYLAKSHQLFSSQLFHRVQMAGLFADSKTFADAVPKQPVEAVLAAFEAQQPANDDALRKFVDAHFDLPEQAKEPDVQSDDVNTYIGKLWPQLTRPGSSVTEGSLLPLPCPYLVPGGRFREIYYWDSYFTALGLMESGHVELVRNMVNNFIALQQNVGLIPNGSRTYYNSRSQPPVLALMVRQLSQTSSDNADLDAFYLQALKREHAFWMNGYEDISDATTAIQRVVRMPDGELLNRFWDDSATPRPESYREDVEAAANMSDEEACAFYRNIRAACESGWDFSSRWLGKTNDLLTIQTTDIVPVDLNCLMVILEQTIGTLCQKVNGAQCEEAVVWEQAAQTRAITINKYCWRADDGVYVDFNHRSGVQSSVIALSTALPLFAKIADKEQAALVANALKTRFLKKGGLLTSLCETRQQWDAPNGWAPLQWFAVQGLLAYQHGGLANDIISRWLNTVNTFYKTNHTLMEKYNVVDITTSASGGEYEVQHGFGWTNGVVQAFSKLQSMPGNDI	PGPT0019170_1456	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES	CE-EPS-TREHALASE,PGPT0019170-treA|treF-K01194	NA	NA
AK237_01706	567			hypothetical protein	ATGAAAATACAATCTGTTGCTACACTGGCTGCCATGGGATTCATATTGTCTTCGCCGGTTCATGCCTCATCTTTACAAGACATCACAAAAGTACTCAAAAAGCCGGGATCTACGTCTTCAACGACAACCAGCGCCTCGGAATCTGTAGATTTATCAGGTCTGATAAGTACGGTAAGTGATAATTTAGGTGTGACTGAAGCGCAATCGGAAGGCGGATTGGCTTCTCTGTTTAACTATGTGAAGGGAAACCTGACAACGAATGACTACAGTCAGCTCGCAAGCAATATTCCGGGATTGGAAGGCTTATTGTCCAGCGTCCCTGAGACATCCGGCACGTCTTCATCAAAATCTGGCTCGCTGTCTGGCTTATTGAATAAAGCATCGGAATATAGCAGTACGGCAAAATCGATAAATGATGTAAAGCAACAATTCGAAGCACTGGGCCTGACACCTGACATGATAAGCAGCTTTGTGTCTCAAATTAATAGCTATTTCAATAGCGAAGATAACCCGGAAACCCAGTCAATTTTCCAATCCGGGCTGGATAAATTACTTTCCGCCCTATAG	MKIQSVATLAAMGFILSSPVHASSLQDITKVLKKPGSTSSTTTSASESVDLSGLISTVSDNLGVTEAQSEGGLASLFNYVKGNLTTNDYSQLASNIPGLEGLLSSVPETSGTSSSKSGSLSGLLNKASEYSSTAKSINDVKQQFEALGLTPDMISSFVSQINSYFNSEDNPETQSIFQSGLDKLLSAL				NA	NA	NA	NA	NA
AK237_01707	3198			hypothetical protein	ATGCATTCAAAAAACTGGATTTCTTCGTTCAGCGCAAAGCCTCTCTGGCTTCGTCTTTCTACTTATTGCGTGCTGTTGTATATCACCTACGCACTACTTGTGGGCGTGGTAGCGCCTGCGGTACTTAAAGCCACTTTGCCCGATAAACTAAATGAAACGTTGGGTCGCGATGTGGCGGTTAAAGATATATCTATCAACCCGTTTTTATTGCGCGTCCAGGTAAACGGCTTCACGGTAAAGGAGGCTGATGGCAACGAAGACTTTTTCGCCCTCGACGGTCTTATGGTCGATGTCGGATTCTGGCAAACCCTGACCAGCTTTACTCCTACTATTGAAGATGTTGCGTTGCATGCCCCCTATGTTCAATTACATCGCTTAAGTGGCGGAGAAAACACACGGCTAAATATTTCAGACATAATTGACACGCTGGCGAACAATGCACAACCTGAAGAGTCTGAAACAACCGGAGAGGAACAGGCCGGAATTCCCCACATCAGACTAAATCATTTTACGCTACAAAACGGCCATATATTACTTAGCGACGCAGTCACCGGTGCCCGGCTGGATTACCCTGAGCTGAATATCACGCTCACCGGACTGGATACGCTGGCTACCATTACCGAACAGCCTGACAAATCGGGAAGCAGCAAAAAAGCGGACAGTAAAGAGTCAGACAACGTCTATGCCTTCCAGTTAAATACCGCAGAAGGCGGTAAGATAGCTCTGCAGGGTGACTTTCAGCTTTCGCCGCTGGTGTTTAACAGTGATATTCGTTTATCTGACATCGTGCTTGTTCCGCTATGGCCTCTTTCAAACGATATAGTCGATGTTGAACTCACTGACGGGAATGTTGATTTAGCGCTGGCGTTTTCGTTATTCGAGCAAAACGAGTCACTGAATGTAACCGTGAAAGACGGCAGCTTCGGGTTACATTCACTTACCCTTTCCCATCAGAATGAGCCGAAAATAACCGTACCAGAACTTGCCGTTGACGGCATAGAGGCAAGCCTTGCGGATAAATCTGTCAGCGTTGAAAAGATTGCCGTAGCAGACATGCAGGTGAATGCCCTGTTCGATGATAATGGCCTGGATTTACAGCGATACCTTTTACCGAATACGACGTCTCCAACGGGCAGCACACCGCCGGCAAGATCAACGCAGGCATCTGGCTCAGCCGGCAGTAGCTCTGCCCCAACACCGGCCAGCGAGGAAGAATCAAGCTGGCATGTTGTACTAAATGCCTTTGAATTTACCGGCGGTAAAGTCGCACTGAACGAGAAAGCCGTCGCTGACAATATGTTCTGGCGGATTTTCGATATAAACCTGACAACAGGTTCGGTTGACAGCAAATTTACCTCACCGGTTCATTACAACTTAGCCCTGTCTACCAGCGGTAATGCAGAGGGTTTTACTACAGAAGCCACCGGTACGTTCCGGTCTGAAGGCGACATCAATGTAACGGCACAGCAGCTAAAAGGTGCGCTGACACTGGATGATTTCCTTCTTTCGCCGCTGCAACAATACATCTCGCCTTATGCGAATGTGGTAATGGAAAGCGGCCGCCTCAGCACGCAAGCCAGTTTTACTGCTGACGCTTCAGGCGCAGCAGATATAAAGGCTTCTGTCAGTCTTGCTGACCTTGCCGTTCTGGACACACAAAAGAAAGCGCCATTGCTTAAATGGCAGGCCCTTGACGTCGCGAATCTTGCGTTCAGTACAACGGCGAATACATTGAGCATTGATAATGTGATGCTGCGTGAGCCGTTTGCGAAGCTGGTTATTGACGAAAACAAACACACCAATATCAGCGATATTATTGTGAGCCGCCCTTCGGCGAAAGAAGACTCCGGCGCTGTAAGCGAACAGGCTGCGCAGGAAGAGGGTGCAGAAAACAAGGAAGGCGACATTCCGGAGACGACAGCAGATGAAAAATCACAACTGGCCATTACGGTTAATCAGATCAGCATTGAGAACGGTAACGCCTACTTTGCCGATAACTCGCTGACGCCCCGCTTCGCTTCAGGAATAGAATCGTTAAACGGCACCATCAGCCAGCTGGATTCTGCATCAGGGAAGGCAGCTGCCGTGGATATCGCAGGCAAAATCGATAACTATGCGCCGGTATCACTCAAAGGCAATATAGACCCTTTCAGCGACGCCCTAAACCTTGATTTGATGTTCTCGGCAAGCGGTGCTGAGCTGACTTCAGTGAACCCGTATTCCGGCACCTATATGGGGTATTACATTGATAAAGGGCTGTTGTCGCTGGATGTACAATATAAGCTTCAGGGTGATGCGCTGGAAGGCGATAACCACGTGGTCATCGACCAGCTTACGCTGGGTCAGAAAAGTGACTCTGAGCAAGCCTTAAGTCTTCCTCTCGGGCTTGCCGTTGCGCTGTTACAGGACCGCAACGGTGTCATTGATTTAGGGCTGGAAGTCTCCGGTGATGTTGACAGCCCGGATTTCAGTTTTGGCTCGATTATCTTGAACGCCATTGGCAACCTCATCACTAAAGCCGTAACCGCTCCCTTCTCTTTCCTTGCCAACTTAGTGGGTAGTGACGATACCCTCAATGAGGTAACATTTGCTGCCGGTAGCAGCGAGCTTGACGATGAAGCCACAGCCACGTTAACCACACTGGCTAAAGCGCTGAAAAAACGTCCCGGCCTACGACTGAATATTGAAGGGACAGTGAATGCAGTAGCCGACGCTGGCGAACTGGCAGAAAAAGTTCTGCAAGAACGTTTAATGACGTTGTCCGGTTCCGGCGCACTACCGGCGAACCTGACTGCCAGCAGCTATCCCGTCGAAGGCCCGCTATCTGATGCGCTCAAACAGGCGTTTACTGAAACATTGGGGATCACGATAGACGAAGAGCGGGCTAAAATCATTGCTCAGCTTACGCCATCACAAAAAGAAAACGATGCCTCTGAGCAAACAGAACAGACACCTTCAGAGATAGACGAAACCCGGGTTCAACGGGCATTGCATATTGCCATGTACAACTCCCTGCGCAGCAATATCGATATTTCCCCGGGCCAGCTGGCAGAACTGGCAAACTTGCGCGCAAAAGCGGTAAAACGTTATTTAATTAACGATGCCGCCATAGATGCCAACCGTCTGTTCCAGCTAAACAGCCGGCATCATTTGCAGGAAGATGTGAGTGGCGCAACGCTCACACTGGAAGCAGACTAA	MHSKNWISSFSAKPLWLRLSTYCVLLYITYALLVGVVAPAVLKATLPDKLNETLGRDVAVKDISINPFLLRVQVNGFTVKEADGNEDFFALDGLMVDVGFWQTLTSFTPTIEDVALHAPYVQLHRLSGGENTRLNISDIIDTLANNAQPEESETTGEEQAGIPHIRLNHFTLQNGHILLSDAVTGARLDYPELNITLTGLDTLATITEQPDKSGSSKKADSKESDNVYAFQLNTAEGGKIALQGDFQLSPLVFNSDIRLSDIVLVPLWPLSNDIVDVELTDGNVDLALAFSLFEQNESLNVTVKDGSFGLHSLTLSHQNEPKITVPELAVDGIEASLADKSVSVEKIAVADMQVNALFDDNGLDLQRYLLPNTTSPTGSTPPARSTQASGSAGSSSAPTPASEEESSWHVVLNAFEFTGGKVALNEKAVADNMFWRIFDINLTTGSVDSKFTSPVHYNLALSTSGNAEGFTTEATGTFRSEGDINVTAQQLKGALTLDDFLLSPLQQYISPYANVVMESGRLSTQASFTADASGAADIKASVSLADLAVLDTQKKAPLLKWQALDVANLAFSTTANTLSIDNVMLREPFAKLVIDENKHTNISDIIVSRPSAKEDSGAVSEQAAQEEGAENKEGDIPETTADEKSQLAITVNQISIENGNAYFADNSLTPRFASGIESLNGTISQLDSASGKAAAVDIAGKIDNYAPVSLKGNIDPFSDALNLDLMFSASGAELTSVNPYSGTYMGYYIDKGLLSLDVQYKLQGDALEGDNHVVIDQLTLGQKSDSEQALSLPLGLAVALLQDRNGVIDLGLEVSGDVDSPDFSFGSIILNAIGNLITKAVTAPFSFLANLVGSDDTLNEVTFAAGSSELDDEATATLTTLAKALKKRPGLRLNIEGTVNAVADAGELAEKVLQERLMTLSGSGALPANLTASSYPVEGPLSDALKQAFTETLGITIDEERAKIIAQLTPSQKENDASEQTEQTPSEIDETRVQRALHIAMYNSLRSNIDISPGQLAELANLRAKAVKRYLINDAAIDANRLFQLNSRHHLQEDVSGATLTLEAD				NA	NA	NA	NA	NA
AK237_01708	1062	pnoA		Nitronate monooxygenase	ATGCAAAAGCAGAACAGGTTTTGTTCCGAAGTGGGTATTCAGTACCCAATTATTCAAGCTCCAATGGCAGGCGTGTCTACCCCACGCCTGGCTGCAGCGGTGTCAAATGCCGGAGGACTTGGCTCTTTAGGGATAGGTGCCAGCGACGCAGAAAGCGCAAAACAGCGCATCGAAGAAACACGGGCACTTACTGACCAACCATTTAATGTAAATGTTTTCTGTCATGAGCCCGCCATCCGCAACCAACAAGCAGAAAATGCGTGGTTAACACATCTTTCGCCGCTTTTTGCAGAGCTGGACATGGCGCCTCCCGCAAAGCTAAATGAAATTTATAAATCATTTATAGAAGATGACGATGTCCTTGAGATGTTGCTTTCAACGAAGCCAGCTGTTGTAAGTTTTCATTTTGGTTTACCACCGGGCGAGACCATCAGCGCACTAAAAAAAGCGGGCATTTATACAATTGCCACTGCAACCAATCCGGACGAAGCACACTTAATCGAGAGAAGCGGCGTAGATGCGATAGTGGCTCAAGGCATTGAAGCGGGCGGACACCGTGGAGTGTTTAACGTAGACTCCAGAGATGAGAAGCTATCCACGTCCGTATTAACGAGAAAGCTTGCTCAGGCGTGTGACTTGCCGATCATTGCAGCCGGCGGTATTGTTGATGGTATGGGTATAAAAGCAGCGATGAGTTTAGGCGCATACGCTGCACAACTTGGCACCGCTTTTATCCTTTGTCCTGAATCTGCCGCATCAGATGACTACAGAGCAGCATTAAAAAGCGACAGATCACTCAAGACACAACTTACCAGTTCCATTTCAGGTCGCCCTGCCCGGGGCATCGTTAACCGTCTTATAACTCACTGCCACAGCCTTGAAGATGCAATTCCGGCATCTTACCCGTTAGCTTATGACGCCGCTAAAAAATTGCATAATGCCGCATCAATAAAAGGTATTAATGAATTTGCAGCATATTGGTCCGGACAGGGAGCTCCGATAAAGAGGGAGCTTCCGGCAGAAGATCTCATCAGGTTTCTTGTAAAAGAAAGTGGCCTCTGA	MQKQNRFCSEVGIQYPIIQAPMAGVSTPRLAAAVSNAGGLGSLGIGASDAESAKQRIEETRALTDQPFNVNVFCHEPAIRNQQAENAWLTHLSPLFAELDMAPPAKLNEIYKSFIEDDDVLEMLLSTKPAVVSFHFGLPPGETISALKKAGIYTIATATNPDEAHLIERSGVDAIVAQGIEAGGHRGVFNVDSRDEKLSTSVLTRKLAQACDLPIIAAGGIVDGMGIKAAMSLGAYAAQLGTAFILCPESAASDDYRAALKSDRSLKTQLTSSISGRPARGIVNRLITHCHSLEDAIPASYPLAYDAAKKLHNAASIKGINEFAAYWSGQGAPIKRELPAEDLIRFLVKESGL	PGPT0006800_2139	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
AK237_01709	1155	thrC_2	COG0498	Threonine synthase	ATGATATATTTCTGCATGCATTGTAACAGCGAGTACAAACCTCTCGTTCAGCAAATCAAATGTGAGTGCGGTAGTGCCCTTTGGGTAAAAACGGCTAATTTGTTAAAGAAATCTGACATAGTGCCAACTGACTTTTCGATGTGGCGCTACGCTAAAGCATATCCGCTGAGACGCGAGGATATATCCATTTCTTTCAATGAGAGTATTACACCTCTTGCAACAGCAAACGTAGCAAATACTCAGATCCTCGTGAAAATGGATTCACTAATGCCCTCAGGTTCTTTCAAAGATCGTGGTGCCGCGATGGTGGTTAATTATTTAGCAAGCCAAGGTATTTCGAAAATTTCTGAAGATTCAAGTGGCAATGGTGGTTCGGCATATGCTGCTTATGCGGCTAAAGGCGGGCTAAAGTGTGATATCTACGTACCAACCGGAACATCTTTAGGCAAAACTGCACAAACAAGAGCTTATGGGGCAACTTGTATTGAGGTGGACGGCTCAAGAGAAGACGTCGCAATGGCTGCTATCAATAGTGCATCAAAACTCGACACTTCGTATGTGGGCCATAACTGGCATCCGCTATTTATAGAGGGCGTGAAATCGGTGGCTTATGAGATATGGGAGCAATGCGGGTATACCGCACCTGATAATTTTGTTGCTCCTGCCGGTAACGGAAGTTTGTTAGCCGCCGCATATATAGGTTTCTCGGAGCTACTTATGGCTGGAGAGATCCATAAGCTCCCCAGACTTTTTGGTATTCAGTCCGAAGCGGTTAATCCGTTTGTGCAATATTTTAATAGCGGCCAAATCAACCTGACTCCAGCTCAAACTATGGCTGAAGGAATCAGAATTATCCGCTCTTCCCGTTTAGTTGAGATTAGTGACTTTGTTAAAACCTCCAATGGCAGATTTATTGATGTGAGTGAAACTGAAATCTCTGCTGCTCTTAGAGAGATGTCAGGACAAGGGTTTTTCATTGAGCCAACCTCTGCTACAGCATTTGCTGGAATTAGGAAGCTTATCGAAACAGGTGAGATTTCCAAATCGGAGAAAACAGTAAGTGTTATAACCGGTAATGGACTAAAAGCGACAGAAAAGCTGGTCAGTCTACTCACTCCAAACGGTAGAGAAAATGGAAATCAATCATGCAAATAG	MIYFCMHCNSEYKPLVQQIKCECGSALWVKTANLLKKSDIVPTDFSMWRYAKAYPLRREDISISFNESITPLATANVANTQILVKMDSLMPSGSFKDRGAAMVVNYLASQGISKISEDSSGNGGSAYAAYAAKGGLKCDIYVPTGTSLGKTAQTRAYGATCIEVDGSREDVAMAAINSASKLDTSYVGHNWHPLFIEGVKSVAYEIWEQCGYTAPDNFVAPAGNGSLLAAAYIGFSELLMAGEIHKLPRLFGIQSEAVNPFVQYFNSGQINLTPAQTMAEGIRIIRSSRLVEISDFVKTSNGRFIDVSETEISAALREMSGQGFFIEPTSATAFAGIRKLIETGEISKSEKTVSVITGNGLKATEKLVSLLTPNGRENGNQSCK	PGPT0009175_5206	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_UTILIZATION	PLANT_DERIVED_SERINE_DEGRADATION,PGPT0009175-thrC-K01733	NA	NA
AK237_01710	375	yabJ	COG0251	2-iminobutanoate/2-iminopropanoate deaminase	ATGCAAATAGTACAAACAAACAATGCGCTTAAACCGGTCGGGTGCTACAGCCAAGCGATAGTTCACAACAATTTAGTATATGTTTCAGGCCAACTACCTGTTCACCCCGAAACAGGAGAGAAAATAACCGGAACAGCTTCCGAGCAAGCGAGACAAATATTTGGAAATATTGAGTTAATCCTAAAGGAAGCGGAAACCTCTTTAGAGAACATGCTCAAATTGGTTATTTACATATCTGATGTAGCGTTGTGGGATGATATTAACGCGGTATGTGGTGAGTTTTTTTCACAACACAAACCAGTAAGAACAATTGTGCCAACCAGAAACTTACATTTTGGCTTTTTGATAGAAGTTGACTGTATTGCTGTATGCTAG	MQIVQTNNALKPVGCYSQAIVHNNLVYVSGQLPVHPETGEKITGTASEQARQIFGNIELILKEAETSLENMLKLVIYISDVALWDDINAVCGEFFSQHKPVRTIVPTRNLHFGFLIEVDCIAVC	PGPT0020030_3766	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
AK237_01711	867			hypothetical protein	ATGTTACTTGACGGTATTGAAACGCTGCTCGTTCTGGCGGAAGAGAAGACGATGAGCAAGACTGGGAGCGTTTTATACATCAGTCAATCTGCCGTGAGTAAGCGTATAGCCAGTCTTGAACATCATCTAGGTAAAAAGCTAATTGAACCGAAAGGACGTTATGTTGTTTTAACGGCTGATGGATTAGCTTTGATTGAAAGTGTCGGCCCCACTTTTGATGAGTTACGTGGTCAATTAAGCGAACAAAAAAATTACAAATCTACGGATACAATTATACAGATAGATTGCTCGGAAACGTTGATTGCTGGATATTTCAGTGAGGTACTTACCAAGTGTTTTGAACAAGATACGAGAATACGTGTTTCAACCAACCATACACCGCGAATCGTTGAAAATGTGAAATCAGGAAAAGCGGTTATTGGGCTCTGTGCAGGTCATCTAACACCACATCATGGCCTGCTTACTTTTCATTTATTTGATGAACCTTTTTATGTCGTAAGCGCTGAATCGCTATATTCACTCCCGGAAAAACTCATTACCACTGATTTGCGTAACAATGCAAATGCGTATCAAGCTGGTGTTTTGGCAGGTTTAAACATCGAGCCATTGATGGAGCTTGATTCTTATAACGCAGCCGCTCAACTTGCGTTAAGCGGTATGTCTCCAGCCTTAGCTCCTCTGTCAGTCGTTCGTTCACTAAAGGTGCCTCAGTCAAACTGTTTTCAATTCGATGCACTCAAGTCAATTTATCGACCAGTTTATCTTTGTGTGCGTAAGAACAACTATCGATTAAGCCGTGTCGATAGAGTGATTGAGGCGGTGCAGCGCTCTATACAGGACTTGCGTTTGGAATCACTGACGATTTGA	MLLDGIETLLVLAEEKTMSKTGSVLYISQSAVSKRIASLEHHLGKKLIEPKGRYVVLTADGLALIESVGPTFDELRGQLSEQKNYKSTDTIIQIDCSETLIAGYFSEVLTKCFEQDTRIRVSTNHTPRIVENVKSGKAVIGLCAGHLTPHHGLLTFHLFDEPFYVVSAESLYSLPEKLITTDLRNNANAYQAGVLAGLNIEPLMELDSYNAAAQLALSGMSPALAPLSVVRSLKVPQSNCFQFDALKSIYRPVYLCVRKNNYRLSRVDRVIEAVQRSIQDLRLESLTI				NA	NA	NA	NA	NA
AK237_01712	1449	ttgI_1		Toluene efflux pump outer membrane protein TtgI	ATGAAAGTTTCGCTTATTTCTCTAACGCTCATCACTGCACTTGCCATGACAGGATGCACGAAATTGGGGCCTGAGTATGAAAAACCTGAGGTGGCAATACCTTTGAGCTGGCCGACTTTGCAAGGCATGGATGGTCAAACACAAAACCAAACCGTGTCGCGTTGGCTAAACGACGATAAAACCCTGATGACGCTTCACAGTATGTTAGAAAAGCACAACCAGAGCTTGCAGGTGGCTGCGCTTAATTTCGCCAGCAGCCGTGTTTACCGGCAGGTAGCCGGAAGCGGTGGCGAGCCGGAGGCTGGCTTTTCAGGCAGTGTAAAAAGGCAGCGGTTGAGTGAAGACGGCAGTATGACACGGTTTATCAAGTTGTCGGCCACCGGAGAGCAACAGGATGCCCTGATAGATGCTTTGGCATCACCTTTTACCGTTTACTCAACGGGCTTTGATGCCAGTTGGGAACCTGACCTGTGGGGAAAAGTAGCTAATCAGATTGATGCAGCAGATGCTCAGCAAACACTGGCAGCAAGCGAACTGGCTGATTTACGTTTGTCGTTAACAACAGAATTAATGCGCCGGTATGTACAATACCGTGCCCAGCAAGCTGTGTTGACGTTGCAACAACAAAAACTGGCAAACCTGCGTACTCAATTGTCTATAGAAGAGGCCTGGATTGCTGCAGGGCTGGGCGATGAATCAGAACGTTTAGCGCTACAAGCACAAATTCATCAATTAAACGGTACGCTGGACGGTCAGCGCAGTGAAGTACACGTATTAGCCAATCAGCTTTCGTTGTTGGTGGGCGCTCAGCCGGGTGCTTTGGCATCTTTATTGGAAGCGCCACACGATGCGTTTCATGAGAATGTACTCTCTACGCTCGATGTGCCTTCCAGTGTGTTAAGCCAGCGCCCCGACATTCGCGCCGCAGAAGCCAAAGTAAGAGCGGCGACCGCAGACATAGGCATTGCAGAAGCGGCGCTATACCCTCAATTCCAGTTAACAGGTAATGTGGGCATTGAAGCGCTAGGCAGCAGTGCGGTATCCGATTGGTCGTCGCGAACCTGGCAAATTGGCCCGGGCTTTTACTTACCGCTGTTCAACCGGAACCAGCTTCATCGTCAGGTTGAGATCACATCAATTACGCAACAGCAAACCATTGTGCAATACCAACAGCAAGTATTATCGGCATGGACAGAAGTAGACAGTGCCATTGAGCAGGCTAACAGCGCCGGAAGACAACTGCAGCAAAGTCAGCAAGCGCTGTCTAATATCACTCAAAGACTTTCTCTGACTAAAACAGATGCAGAAGCCGGCCTGACCAGCGAATTGCCTGTTCTGATGGCGCAACAACAATGGTTAGATGCGAAGGTTGGTCACATTCAATCTCAGTTGAATGTGACCTTAAGCCAGCTTAGCGTGTACAAAGCGACGGGAGGCGCATCGCTTTAG	MKVSLISLTLITALAMTGCTKLGPEYEKPEVAIPLSWPTLQGMDGQTQNQTVSRWLNDDKTLMTLHSMLEKHNQSLQVAALNFASSRVYRQVAGSGGEPEAGFSGSVKRQRLSEDGSMTRFIKLSATGEQQDALIDALASPFTVYSTGFDASWEPDLWGKVANQIDAADAQQTLAASELADLRLSLTTELMRRYVQYRAQQAVLTLQQQKLANLRTQLSIEEAWIAAGLGDESERLALQAQIHQLNGTLDGQRSEVHVLANQLSLLVGAQPGALASLLEAPHDAFHENVLSTLDVPSSVLSQRPDIRAAEAKVRAATADIGIAEAALYPQFQLTGNVGIEALGSSAVSDWSSRTWQIGPGFYLPLFNRNQLHRQVEITSITQQQTIVQYQQQVLSAWTEVDSAIEQANSAGRQLQQSQQALSNITQRLSLTKTDAEAGLTSELPVLMAQQQWLDAKVGHIQSQLNVTLSQLSVYKATGGASL				NA	NA	NA	NA	NA
AK237_01713	1119	ybhR	COG0842	putative multidrug ABC transporter permease YbhR	ATGGGAAGTGTCCGTCGCTATTTTTTTCTTATCTTTAATTTGTGTCAGAAAGAATTTCTTTCTGTTTTAAAAGATCCCTCAAGCCGCGTCATTTTGATCATGCCAATCATTATGCAAACACTGCTGTTTGGCTATGCCGCCACATTTGATTTGAAAGAGGTGCCTTATGCCGTGCTCGATCAAAGTGACAGCCAGGCCAGCCACGAGGTACTGCAGAAACTGCGAGGTGCCGGTCTGTTCAATCAGGTGGCTACGTTGTCGGGGAGCAATGAAATTGCTGACATTATCGGTAATCAAAAGGCACTGATGGTGGTGTATTTTCCCGCTGACTTTGAAGATAAATTATCCCGCGGGGAAAGTAGCCAGATACAACTTATTGTTGATGGCCGGAATTCTGCAACAGCTAACGCGGCCTTGGGCAGCTTTAACGCCATTACCATGTCTTATAATGCGGAAAAAGATCTCGGCGCACAGCTGCCAGTGCAGGTGAAAACCCGCGCCTGGTTTAACCCGAATATGGAAACACGCTGGCTTATTTTACCCGGAATGATTGCCGCGCTGAGTATGATTCAGACAATGATGCTCACCGCGCTTTCCGTTGCCAGAGAGCGTGAGCAGGGCACATTCGATCAGTTACTTGTGACGCCCAGTTTACCCTCGCAAATCTTAATCAGCAAAGCGCTGCCATCGGTGTGTATAGGGCTTATTCAATCTTCGCTGGTGCTGCTTATCAGCCGGTACTGGTTTGAGATCCCCTTTCAGGGGGCGTTGTCGACGCTCTATATAGGATTGTTTTTATTTACGCTGGCAAGTGTGGGGATCGGCCTGTCCATCTCTGCTGTTTCTCTGAATATGCAGCAAGCCATGCTGTATACCTTTGTTTTACTCATGCCGCTCATGCTGTTGTCGGGTTTTGCCACGCCGCTGACCAACATGCCTGAATTAATGCAGGATATTACCTACATTAATCCACTGCGTTTTTCGGTCAATATTGTCAGGCGTGTTTATCTTGAAGGGGCAACGTTTGCTGACGTTTATCAGGAGATGATCCCACTGGTTATTATTGCCACCATTACCCTGCCGGTAGCCAGCTGGCTTTTCAGACACAGGACTTCATAA	MGSVRRYFFLIFNLCQKEFLSVLKDPSSRVILIMPIIMQTLLFGYAATFDLKEVPYAVLDQSDSQASHEVLQKLRGAGLFNQVATLSGSNEIADIIGNQKALMVVYFPADFEDKLSRGESSQIQLIVDGRNSATANAALGSFNAITMSYNAEKDLGAQLPVQVKTRAWFNPNMETRWLILPGMIAALSMIQTMMLTALSVAREREQGTFDQLLVTPSLPSQILISKALPSVCIGLIQSSLVLLISRYWFEIPFQGALSTLYIGLFLFTLASVGIGLSISAVSLNMQQAMLYTFVLLMPLMLLSGFATPLTNMPELMQDITYINPLRFSVNIVRRVYLEGATFADVYQEMIPLVIIATITLPVASWLFRHRTS	PGPT0032445_1	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BACTERICIDAL_COMPOUNDS|ANTIBIOTICS	BACTERICIDAL-PYOLUTEORIN_METABOLISM,PGPT0032445-pltN-NA	NA	NA
AK237_01714	1146	ybhS	COG0842	putative multidrug ABC transporter permease YbhS	ATGTCAACTAAGTCCCGTGCTGTTCGCGCCTTTGCGGTTCGTCTGTGGGCATTGGTAAAAAAGGAAACCCGGCAATTACTACGTGATAAAAGTAATTTACTGATTGGTATTGGCTTACCCATCGCACTCATTTTTATCTTTGGCTTTGGTGTTACGCTGGATGTGAAAGATATTCGATTAGCCGTGGTGACAACCCAGCCAACACCCGAGACCAACGACTTTGTTTCAACGGTAAGGCTGTCGCCTTATTTCAAACCCAGTGAAATGACCTCGTTGCAACAAGCTGAAAAGGCATTGCGCGCGCGGGACGTTGAAGCCATTGCCATTCTTGATGACACTTTCACCAGTAAATTAAAAACCGGAAATGCAGACATTCAGCTTATCGTGCTGGGTAGCGACGCAACGCGGGCCTCTTCGATAAGTAGCTATTTCTCAACGCTCACCGGGGTGTGGGCAACAAAACAGCAAGACCGCCTTGGTGCAAACTCGCAGCAATCCGGAGGTGTGACTGTTGTACCCAGGCTTTGGTTCAACGATGCCAATACCAGCACATGGTTTATCGTGCCCGGACTTATCGTACTTATCATGACATTGGTGGGCACATTTCTCACCGCGCTCGTCATGGCCCGGGAGTGGGAGCGGGGAACACTGGAAGCACTTTTTGTTACCCCTGTCCGGCCTACCGAAATCATCCTGGCTAAAATTATTCCCTACTTTGGTGTTGGTATTATCGGCCTGGTATTGTGCGTGCTAGCGTCGACTTTTCTTTTCCATGTACCCATTCAGGGCACGTTTTGGGTATTGGTATTAGGGTCGGTGATATACATGCTGGTGGCATTAGCAATCGGGCTACTTATTTCGGCACTGACGCGAAACCAGTTTCTGGCAAGCCAAATTGCCATTCTCGCCAGCTTCCTGCCCGCAATGATGCTTTCCGGTTTTATTTTCGATTTAGGTAATTTACCCACGGGCGTACATGTTATTGGTAGTTTGCTGCCTGCCACGTACTTTATCGAACTGCTGCGAACGGTGTTTCTGGCCGGTAATTTCTGGCCCATTATTATTAAAGATTTGGGGCTGCTCACAGTGTATGCCGTGGTGTTACTCAGTCTCGCCCGTTTTCTCACTAAAAAGACACTGGATTAA	MSTKSRAVRAFAVRLWALVKKETRQLLRDKSNLLIGIGLPIALIFIFGFGVTLDVKDIRLAVVTTQPTPETNDFVSTVRLSPYFKPSEMTSLQQAEKALRARDVEAIAILDDTFTSKLKTGNADIQLIVLGSDATRASSISSYFSTLTGVWATKQQDRLGANSQQSGGVTVVPRLWFNDANTSTWFIVPGLIVLIMTLVGTFLTALVMAREWERGTLEALFVTPVRPTEIILAKIIPYFGVGIIGLVLCVLASTFLFHVPIQGTFWVLVLGSVIYMLVALAIGLLISALTRNQFLASQIAILASFLPAMMLSGFIFDLGNLPTGVHVIGSLLPATYFIELLRTVFLAGNFWPIIIKDLGLLTVYAVVLLSLARFLTKKTLD	PGPT0032435_1	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BACTERICIDAL_COMPOUNDS|ANTIBIOTICS	BACTERICIDAL-PYOLUTEORIN_METABOLISM,PGPT0032435-pltK-NA	NA	NA
AK237_01715	1773	ybhF	COG1131	putative multidrug ABC transporter ATP-binding protein YbhF	ATGAGTGAACCGGTGGTGAGCGCCAGCGCGCTGGTTAAACAATTTAATGAGGACGGCCAGCAAACCGTAGCCCTTAAACAGATAGATCTCGAAGCAAAGAAAGGGGAGCTCACCGCTCTGGTCGGGCCCGATGGTGCAGGAAAAACCACGCTGCTTCGCCTGGTCGCAGGGTTGATGCTTCCATCTGATGGCAGCTTACGTGTGCTTGGCTATAACTCGGCGACAGACGCACAGCAGGTGCAAAATTTAATTAGCTACATGCCTCAGCGATTCGGTTTGTATGAAGATTTAAGCGTACAGGAAAATCTGGATCTATACGCAGACTTACACGGCGTGGATAAAGCAACCCGTGAGGCGAGGTACGAGCGCCTGCTGACCATGACGAATCTCTCTGCTTTCACCTCAAGGCCGGCGGGAAACTTATCGGGCGGCATGAAACAAAAGCTCGGTCTGGCCTGCACGCTGGTGCGCTCGCCCGCGCTCTTACTGCTTGACGAGCCCACGGTTGGCGTTGACCCCCTGTCACGGCAAGAATTGTGGAAAATCATCAGCCAACTGGTGGAAGATGAGTCGCTCACCGTGATGGTCAGTACCTCTTACTTAGATGAAGCAGAACGGTGTCATCAGGTGTACTTGCTCAACGAAGGGACTATTCTGGCTAAAGGTGCGCCAGATACATTGAAGCAGGATGCACAGAATCGCTGTTTCGTGGTAACCCCTTCATCAGACCAAAAGCCGCGGGATTTACAAAGTGCACTGCTTGATAACGAAGAGGACGTAATCGATGCCGTCCCTCAAGGGGGGCGGGTACGCTGCGTGTTACATCAAGACAAAGATATGAAAGCCATCGCGCATCAGGTAAAGGCCGCGCAGTCTGAATCTGTGCCTCCCCGCCTGGAAGATGCGTTTATGATGCACTTGAAGACTCATATTAAACCCGCCGCAGTGGATGTATCCTCATTGGCGCAGCAAAACCAACATACCGGGCAATCTCAAACGCACGATAAGCCTATCGTGTCTGTTAACGAGCTGGTTAAACAGTTTGGTGACTTTACGGCAGTTGCCAAAACGTCTTTTGAAGTTTATCCCGGTGATATCTTTGGCTTATTAGGACCAAACGGTGCAGGAAAAACAACGACCTTTCGGATGCTCTGCGGATTGTTACCCGCCACATCAGGCACGCTGGACGTCGCAGGAAAAAACTTACGAACTGCCGCTGCCGGTGCACGTTCCCGCATTGGTTATGTGTCACAGAAATTCGCGTTGTATGGCAATTTAACCGTGTATGAAAACCTGCGCTTCTTTGCGGGTGCATACGGGCTGTGGGGAAAGCAGCGAAAACAAGCCATTGACCGAGTGATTTCTCAATTTGATTTAGCCTCTCACGTGCAGCAAAAAAGTGCATCATTACCCGGAGGCTACAAACAGCGGTTAGCCATGGCGGCCAGCCTTATGCACCAGCCTGATATTTTATTTCTTGATGAGCCCACCAGCGGGGCTGATCCGTTAGCGCGCCGGGCTTTTTGGCGACGTATCACGGCGCTGTCAAAAACCGGCACAGCCATTATTATTACCACCCACTTTATGGAAGAAGCTGAATACTGCGACAAGATTTTGATTCAGGATGCAGGGAAAAAGCTCGCCATGGGTTCGCCTGAGGAAATACGCGCAAGCATAGACGGTGATTCGGCGATGAGCATGGAAGAGACGTTCATCAGTATCATTGCGCAAAGTCGACAAAAACGAGACAAGGAGGCCGCTGATGTCAACTAA	MSEPVVSASALVKQFNEDGQQTVALKQIDLEAKKGELTALVGPDGAGKTTLLRLVAGLMLPSDGSLRVLGYNSATDAQQVQNLISYMPQRFGLYEDLSVQENLDLYADLHGVDKATREARYERLLTMTNLSAFTSRPAGNLSGGMKQKLGLACTLVRSPALLLLDEPTVGVDPLSRQELWKIISQLVEDESLTVMVSTSYLDEAERCHQVYLLNEGTILAKGAPDTLKQDAQNRCFVVTPSSDQKPRDLQSALLDNEEDVIDAVPQGGRVRCVLHQDKDMKAIAHQVKAAQSESVPPRLEDAFMMHLKTHIKPAAVDVSSLAQQNQHTGQSQTHDKPIVSVNELVKQFGDFTAVAKTSFEVYPGDIFGLLGPNGAGKTTTFRMLCGLLPATSGTLDVAGKNLRTAAAGARSRIGYVSQKFALYGNLTVYENLRFFAGAYGLWGKQRKQAIDRVISQFDLASHVQQKSASLPGGYKQRLAMAASLMHQPDILFLDEPTSGADPLARRAFWRRITALSKTGTAIIITTHFMEEAEYCDKILIQDAGKKLAMGSPEEIRASIDGDSAMSMEETFISIIAQSRQKRDKEAADVN	PGPT0032430_1	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BACTERICIDAL_COMPOUNDS|ANTIBIOTICS	BACTERICIDAL-PYOLUTEORIN_METABOLISM,PGPT0032430-pltJ-NA	NA	NA
AK237_01716	1014			hypothetical protein	ATGCTTACACAAGTGAATCCCTCTATGAACAAAAAGCTCGCTGTACTCATTGTCGTCGCGGTAGCGGCGGCAGTTTCCGTCTATGCATTTTGGCCAGAACGCGCGGCTGAACAAACAAAACTGTTTGGTAATGTCGATATCCGTCAGGTGTCTTTATCGTTCACCCAGTCCGAGCGGGTAACAGCAGTAAATGTGGAAGAGGGGGATGTGGTTAAAGCGGGTCAGGTTATTGCCAGGCTGGATGATACCGTGCCAAACCTAGAGTTAGGCCAGGCCAATGCGCAAATTGCCGCTCAGGAAGCGTTAGTGGCAAAGTTGCAGACGGGCTCAAGACCCCAAGAGATTGCGCAGGCAAAAGCGGTGGTGGCGCAGCAACGAGCGAATGTGGATATTGCATCAGCCCGGCTTAAAAGACTGCAATCAGTTGACAGCAAAACACAGGGCAAAGGTGTAAGCCAACAGGATATTGATGAGGCGAGGGATCAGGTAGTTGCGCTGCAGGCAGCACTTGCGCAGGCGAAGGCCAGTTTAGCACTGGTTGAAGAGGGGCCCAGAAAAGAAGACATCGATCAGGCCAGAGCGCAGTTACAAGTGCTGGCTTCACAAAAAGCCTTACTGGCGGAACAGGTTAGCCGCACTGTGTTACTCGCCCCCAGTGATGGTGAAGTGCGGGCAAGACTGATGGAGCCCGGCGACCTTGCCACCCCTCAGCGCCCTGTTATCACGCTGGCGTTAACGTCACCCAAGTGGATACGGGTTTATATTAATGAAACCCAGTTGGCGACCACCAGGATAGGTGAAGCCGTTGATGTTCATGTTGACGGGCTGAGTAAAACCATCAAAGGCACTATCAGCTTTATTTCTTCTGTCGCTGAATTTACGCCGAAAAATGTGCAAACAGAAGATTTGCGCACCTCTCTGGTTTATGAGGTTCGGGTCAGGGTTGATGATACTGACAATACTCTTAAGCTGGGTATGCCTGCCACTGTGATGCTCACTAACAACGGACGCTAA	MLTQVNPSMNKKLAVLIVVAVAAAVSVYAFWPERAAEQTKLFGNVDIRQVSLSFTQSERVTAVNVEEGDVVKAGQVIARLDDTVPNLELGQANAQIAAQEALVAKLQTGSRPQEIAQAKAVVAQQRANVDIASARLKRLQSVDSKTQGKGVSQQDIDEARDQVVALQAALAQAKASLALVEEGPRKEDIDQARAQLQVLASQKALLAEQVSRTVLLAPSDGEVRARLMEPGDLATPQRPVITLALTSPKWIRVYINETQLATTRIGEAVDVHVDGLSKTIKGTISFISSVAEFTPKNVQTEDLRTSLVYEVRVRVDDTDNTLKLGMPATVMLTNNGR	PGPT0032425_1	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BACTERICIDAL_COMPOUNDS|ANTIBIOTICS	BACTERICIDAL-PYOLUTEORIN_METABOLISM,PGPT0032425-plti-NA	NA	NA
AK237_01717	630			hypothetical protein	ATGCACAACCGAAAAGGCCGTGCCGATGGCGAAGAAACGAAAAAGCGCATCTTCGCTGCTGCCGCCGAATTATTTGCTCAAAGGGGATATCACAACACGTCAGCCAAGGATATTTGCAGTGCAGCCGGCGTGAATGCCGCGGCAATCAATTATCATTTTAATGGTAAAGATGGGCTGTATGAGCAGGTATTTTCTGCGGCGATAGAACACTTCCTACACCTGGATTTTTTGCGTGCATTAGATGAAAGTCACGCAACAGCGCAAGACAAGCTGGACGAACTCATTGAGCATGTGGTAGCCAACATTCTGGAAGAGCGAAGCTGGCACGGAAAAGTGTGGGCGCGGGAAATTGTCACGCCATCGCCCATGATTAATACGGTGTTAGTAAACGAAGCTCACACAAGAGCGAGCATCATCAAGAAGATGGTGTTGGAAGCGAGCGATTTTAACGCAGCCGACGATGACGTTACCCCTACCTACGCCTTATTCACATTATTGGCACCTTGCATGATGCTGATGATAGTTAACCCGGAGCTACCCACACCGATCCAGCCTATCTTTTCACGCCCGCAAAGCGAACTTGTCGCTTATATTAAAAGCCTGGTGAGAAATCAGTATCCAGCTAAATAG	MHNRKGRADGEETKKRIFAAAAELFAQRGYHNTSAKDICSAAGVNAAAINYHFNGKDGLYEQVFSAAIEHFLHLDFLRALDESHATAQDKLDELIEHVVANILEERSWHGKVWAREIVTPSPMINTVLVNEAHTRASIIKKMVLEASDFNAADDDVTPTYALFTLLAPCMMLMIVNPELPTPIQPIFSRPQSELVAYIKSLVRNQYPAK	PGPT0029255_853	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
AK237_01718	1734	dld_1	COG0277	Quinone-dependent D-lactate dehydrogenase	ATGAGCGGACAAACCGATACACAGTCTTTGATTTCCTCGTTAGGCGACGTCGTTGGACAAGCCCACTTACTTACCGATAAAGAAAAGAAGCAGCCTTATTGTAAAGGATTCCGTTTCGGTTCCGGTGAAGCACTGGCCGTGGTCCGCCCGGCAACATTAGTGGAAATCTGGCGGGTACTGACGTTATGTGTGGAAGCGGATGTGGCCGTTATCATGCAGGCAGCCAACACCGGTTTAACCGGCGGTTCAACGCCGGATGGTAAAGATTACGACCGTCCGCTGGTGATCATCAGCACCATGCGTATTGATGATATACAGCTGATTGACGAAGGTAAGCAAATTGTCGGTCTGGCGGGCAGCACACTGTTTGGTCTGGAAGAAAAGCTCGCGCCATATGGCCGTGAGCCTCACTCAGTGATTGGCTCATCCTGTATCGGCGCTTCTATTGTCGGCGGGATTTGCAATAACTCCGGCGGTGCTCTGGTTAAACGTGGCCCTGCATACACAGAAATGTCTCTGTTTGCCCAAATTGACGAGAGTGGCAAGCTGTCGCTGGTGAATAATCTGGGCATTCACCTGGGTGAGTCACCGGAAGAAATTCTGACCAACCTGCAACAGCAGAACTACACAGCAGACGATGTGGCTTTCCCTGAACTGAGAGCATCAGATAACGAATACGATGAGCGTGTGCGGGATGTTAATTCAGACACCCCTTCACGGTTTAACAATGACGGCCGCCGCTTACATGAAGCCAGTGGCTGTGCGGGTAAACTGGCGGTATTCGCTGTACGCCTTGATACCTTTCCTATTCCGGATAAAAAGCAGGTGTTCTATGTGGGCTCTAATGATGCCGCTATGTTCACTCAAATTCGCCGGGACATTCTTTCTACGTTTAAAAACCTGCCGGACTCCGGTGAATATCTGCACCGCGACTGCTACGACGTATCGAAGAAGTACGGAAAAGATATGTTTATCGTCATCAGCAAACTGGGGGCAAAATTCATCCCTAAGCTGTTTGCCTTTAAACGTAAGTTTGATGCCTTCACTGACAAGCTGGGCTTTTTGCCAAACAAAATGTCAGACCGCACCATGCAGTATTTAAGTTATCTGTTCCCCGGTCATTTACCTGCCCGCATGGAAGTGTATCGTGACAAGTACCAGCATCACTGGATTTTAGAAATGAGTAACGACGGTGTAGATGAAGCCCGTGCGTATCTGGATAATTTCTTTAAAACCCATGAAGGCAGCTACTTCGAATGTACTGAAGAAGAAGCAGATAAAGCGATTCTGCACCGGTTTGTTGCCGGTGGTGCTATCGGCCGCTACCACATTATGAATAGTAAAAGTGTGGGGGCGATGATGACTATCGATGTGGCGTTACGCCGTAACGATCCCGACTGGTTTGAAGAGCTGCCGGCAGAAATCGATGAGCAGGTTGATACTAAACTCTACTACGGCCACCTGTTTTGCCACGTTATGCACCAGAACTACGTGTTAAAGAAAGGCGCGGATGCAAAAGTGCTGAAAAACAAAATATTGCAGACCTTCGATGCCCGGAATGCTGAGTACCCGGCAGAGCATAACGTGGGCCATGAGTATTTTGCCAAAGACGCACTGAAGTCGTTCTATCGCAAGCTCGACCCGACCAACAGCTTTAACCCTGGGATAGGTAAAACCACCAAATTGAAAAACTGGGCTGAGCATAGCGACAGCTGCTGTGGTGGCCACGACTAG	MSGQTDTQSLISSLGDVVGQAHLLTDKEKKQPYCKGFRFGSGEALAVVRPATLVEIWRVLTLCVEADVAVIMQAANTGLTGGSTPDGKDYDRPLVIISTMRIDDIQLIDEGKQIVGLAGSTLFGLEEKLAPYGREPHSVIGSSCIGASIVGGICNNSGGALVKRGPAYTEMSLFAQIDESGKLSLVNNLGIHLGESPEEILTNLQQQNYTADDVAFPELRASDNEYDERVRDVNSDTPSRFNNDGRRLHEASGCAGKLAVFAVRLDTFPIPDKKQVFYVGSNDAAMFTQIRRDILSTFKNLPDSGEYLHRDCYDVSKKYGKDMFIVISKLGAKFIPKLFAFKRKFDAFTDKLGFLPNKMSDRTMQYLSYLFPGHLPARMEVYRDKYQHHWILEMSNDGVDEARAYLDNFFKTHEGSYFECTEEEADKAILHRFVAGGAIGRYHIMNSKSVGAMMTIDVALRRNDPDWFEELPAEIDEQVDTKLYYGHLFCHVMHQNYVLKKGADAKVLKNKILQTFDARNAEYPAEHNVGHEYFAKDALKSFYRKLDPTNSFNPGIGKTTKLKNWAEHSDSCCGGHD	PGPT0001900_215	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_SUGAR_ACID_UTILIZATION	PLANT_DERIVED_LACTATE_DEGRADATION,PGPT0001900-dld-K03777	NA	NA
AK237_01719	1311	rhlE_2	COG0513	ATP-dependent RNA helicase RhlE	ATGCAGTTTTCTGAACTGGGCTTAAGTGCACCGTTATTAAAAGCGGTTTCCGCACTTGGGTTTGCGTCTCCGTCTCCTATTCAAAGTCAGGCTATTCCGGTCATTCTGTCCGGTAAAGATGTACTGGCTGCCGCGCAAACCGGTACAGGTAAAACAGCAGGCTTTGCACTGCCGATAATGGAAAAACTGTCTTCAGGACAAAAGCCTCGGGGTAACAATGTCAGAGCGTTGATTCTGACACCTACGCGGGAGTTAGCCGCGCAGGTAGAAGACAATATCCGTGGCTTTAATGAATTTTTGAATTTAAAAACCACCGTGGTATTTGGCGGAGTAGGTATCAATCCGCAAATGAAACGCTTGCGTGGTGGAACTGATATTCTGGTGGCCACGCCGGGGCGTCTGTTAGATTTGTACCAGCAAAACGCGGTGAAATTTGATCAGCTTGAAGTACTTGTGCTTGATGAAGCCGACCGCATGCTGGATATGGGGTTTATTCACGACATCAAACGTGTGCTGAAGCTGTTGCCGGCCAAACGTCAGAACCTGCTTTTCTCTGCCACGTTTTCACCCACCGTGACAGCCCTGGCAGAATCGATTACCCAATCTGCGGTTAAGATTTCCGTTGCGCCACCGAACACCACAGTAGAAGAGGTTCAGCAGATCCTGGTCAATGTGGATAAATCGAAGAAGGTTGGTGCGCTGACAGCGTTGATTAAGCAGCAGAAATGGCGTCAGACACTGGTATTTTCCCGTACCAAGCATGGTGCGAACCGAATTGCTACCCGCCTGACCAATTCCGGTATTCCAAGCGCTGCCATTCACGGCAACAAAAGCCAGGGCGCCCGAACCCGTGCACTGAGCGAATTTAAAGACGGTACAGTCAATGTGCTGGTGGCAACAGATATCGCAGCACGTGGTATTGATATTGCCCAGTTACCGGTGGTGGTGAACCTGGATTTACCTAATACCGCAGCCGATTATGTGCACCGTATTGGCCGGACAGGCCGTGCCGGTGCCAGCGGTCAGGCATGGTCACTGGTTAGTGCTGATGAATTACAACAACTTAAGGATATTGAAACCCTTATCCAGAAGTTACTGCCACGGGAAACCTTAAGCGGATTTGAGCCGGATCTTAAGTTAGCAGAGACTACCTTGTCAGCGCCCAAAAAACCTAAGAAGCCGAAGAAGCCCAAACAGCAAAAAGAGGCAAATGCCGGGGATAAAAAGCCGCAAGCAAAGGCTTCTCCATCCCGCCGCAGGCCAGCCCGCAGAAAGCCTGCGAGGGCGTCAACGGGTTCGCACGCTTCTTAA	MQFSELGLSAPLLKAVSALGFASPSPIQSQAIPVILSGKDVLAAAQTGTGKTAGFALPIMEKLSSGQKPRGNNVRALILTPTRELAAQVEDNIRGFNEFLNLKTTVVFGGVGINPQMKRLRGGTDILVATPGRLLDLYQQNAVKFDQLEVLVLDEADRMLDMGFIHDIKRVLKLLPAKRQNLLFSATFSPTVTALAESITQSAVKISVAPPNTTVEEVQQILVNVDKSKKVGALTALIKQQKWRQTLVFSRTKHGANRIATRLTNSGIPSAAIHGNKSQGARTRALSEFKDGTVNVLVATDIAARGIDIAQLPVVVNLDLPNTAADYVHRIGRTGRAGASGQAWSLVSADELQQLKDIETLIQKLLPRETLSGFEPDLKLAETTLSAPKKPKKPKKPKQQKEANAGDKKPQAKASPSRRRPARRKPARASTGSHAS	PGPT0013740_2919	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_OSMOTIC_STRESS	OSMOTIC_STRESS-OTHER_REGULATORS,PGPT0013740-rhlE-K11927	NA	NA
AK237_01721	207	cspV	COG1278	Cold shock protein CspV	ATGTCTCAAGTAACTGGTACTGTAAAATGGTTCGACGAAGCTAAAGGTTTCGGTTTCATTTCTCAGGAAGGCGGCAAAGACGTTTTCGTACACTTCCGTGCGATCAAATCTGACGGTTTCCGTTCTTTAAGCGAAGGTCAAAACGTTCAGTTCACTATCGAACAAGGCAACAAAGGCCCACAGGCTGCTGACGTAGTAGTACTGTAA	MSQVTGTVKWFDEAKGFGFISQEGGKDVFVHFRAIKSDGFRSLSEGQNVQFTIEQGNKGPQAADVVVL	PGPT0014675_5886	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	LOW_TEMPERATURE_TOLERANCE	COLD_SHOCK_PROTEINS,PGPT0014675-cspA-K03704	NA	NA
AK237_01722	2076			hypothetical protein	TTGAAAAGCCTGCGCTCTGAAATCGCCGCGATCACACTCATATCTATTACCGTTATCAGCGCGCTGGTCATGTGGGTGTCGTTACGCGTGTATGAGGGGCTGTACGAAGAGTTTGTGTCTCAGGAGCTTCAGGCATTATCAGAAAATCTGGCAAACGACTTATTACCGCACATGAATGCAGAAGATGAATTTCTTTTAATCAGTATTCTACTGCGCCTTGATGAGTATGAAAATGTAGAGTTCGCCCGCGTTTACAATGTAGACAATGAGATTGTTAGTACTTACATCGGATCTGCTATAGGAAAACACCGCGAACACATCAATAACGAGTCCGAGCCCAGAGATAACAACTTATACAGGTTTGATTATGGGCTTCATATCGAAGAAAACCACATTCGCGTAGTAAAAATGATTGGCGATCCGGAGCTACCTCACGGAAAGCTCATTATTTCCTATCTTATCAAACAGTCATTGGCGGAAAGTCAGCGCAAGTTTATTACCGCCATCGTTCCGTTCGTTATATTTATACTTCTTGCTGCGGTGCTTCTGGTACTTGAACTACAGCGACGCTCGCTACTTCCTCTTTTCACACTTATCGAAAAAATGCGTCGGGTTGAAGAAACCAAAGATTATGCCGTGGAGGTCGTGATTGAAGGAAAGTCAGAGATAAAAGCACTTACTCACGGCTTTAACAGCATGATGTCTGATATAAACAAGCAAACTGAGTTAAATCGACAGAAAAACAAATTGCTTACTCGCCAACAGGAACAAATGGAAAAGCTGGCGAATTTCGATCCACTAACCGGCCTGCCAAACAGACAGTTCTTAATGAAGTGTCTGACCATTGAACTTGCCCGTGCCAAGCGGGAAGATCGGGATGTCGCTTTGCTTTTTCTCGATTTAGATGGATTTAAAATTGTGAACGACTCCTTTGGCCACGACGTGGGTGACAAACTGTTATGCAAAATAGCAGACCTTATCAGTGACAATCTGCGCATAGATGATGTAGTGGGTCGGCTAGGAGGAGATGAGTTCGTCATTATCTTGGGCGAAGGTGTCAGGCTTGAACAAGTTGAAGACGTGGCAGAGCGGCTCGTAAAAGCACTCGATACAAACCAGTTGGTCGATCAATGGCGATTAGAAACCGGCGCGAGTATCGGCGTTGCCCTGGCGAAAGACTGCAACTACAACCTCACCACATTAATGAGCAACGCAGACATTGCCATGTACTATTCCAAACGTAACGGGCGTGGACAATACACCTTTTTCACCCGCACGATGCAAGACGACAATCACCGCATGATTCGTATTTCCACCAGCATTTTAAGTGCTATTGAAAACGATGAGTTCTTTTTGGTTTATCAGCCGAAAGTTAATGCCAGTGGCAGCATCGTCGGCTTTGAGGCACTTATTCGCTGGTACAACCCTCATCTGGGCATGGTGTCGCCGGCAGAGTTTATTCCCATTGCGGAACAAAGTAACAAAGTGTCCGCTATCACTTTGTGGGTAATGGAGCAAATCTGTCAGGATGTGCAGCCCATTCTGCAAAGATACGGCGACGCCACCACCATTTCTCTTAATTTGTCGGCCAATGATTTAAAAGATGCGTCGGTTACAACCTATATTTTGGAAAAAATAAAAGCGCTCAATGGCATGGCAGCGGCTATCGAATTTGAAATTACCGAGTCGGCCTACCTCAAAAGTTTCCAGGAAGGAAATGCATTTTTTGATGATTTACGCGCTTGTGGCTGCAAAATCGCATTGGATGATTTTGGCACAGGTTATTCATCATTGAGCTATCTGACAGAATTCAGCATCGATACGCTGAAGATAGACCGTCAGTTTGTTAGCCAAATTGGCGTTTCCCAGCGCTCTGAGCTCATCACTGTAACGATTTTAGAAATGGCTCGTCATCTAAAATTGAATGTGTGTGCAGAAGGCGTGGAAACCCCGGAACAGGCGACCTTTCTCCTCGATCATGGATGTCACCTTTTACAAGGATATTACTACGGCAAGCCGGAACCGTTGAACATTGAAAAAAGCCCGGAAGTTCTCACACCAATGCTAAATGACTGA	MKSLRSEIAAITLISITVISALVMWVSLRVYEGLYEEFVSQELQALSENLANDLLPHMNAEDEFLLISILLRLDEYENVEFARVYNVDNEIVSTYIGSAIGKHREHINNESEPRDNNLYRFDYGLHIEENHIRVVKMIGDPELPHGKLIISYLIKQSLAESQRKFITAIVPFVIFILLAAVLLVLELQRRSLLPLFTLIEKMRRVEETKDYAVEVVIEGKSEIKALTHGFNSMMSDINKQTELNRQKNKLLTRQQEQMEKLANFDPLTGLPNRQFLMKCLTIELARAKREDRDVALLFLDLDGFKIVNDSFGHDVGDKLLCKIADLISDNLRIDDVVGRLGGDEFVIILGEGVRLEQVEDVAERLVKALDTNQLVDQWRLETGASIGVALAKDCNYNLTTLMSNADIAMYYSKRNGRGQYTFFTRTMQDDNHRMIRISTSILSAIENDEFFLVYQPKVNASGSIVGFEALIRWYNPHLGMVSPAEFIPIAEQSNKVSAITLWVMEQICQDVQPILQRYGDATTISLNLSANDLKDASVTTYILEKIKALNGMAAAIEFEITESAYLKSFQEGNAFFDDLRACGCKIALDDFGTGYSSLSYLTEFSIDTLKIDRQFVSQIGVSQRSELITVTILEMARHLKLNVCAEGVETPEQATFLLDHGCHLLQGYYYGKPEPLNIEKSPEVLTPMLND	PGPT0026010_1846	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCAN_METABOLISM	CE-EPS-GALACTOGLUCAN_METABOLIC_PATHWAY,PGPT0026010-mucR-K21023	NA	NA
AK237_01723	417			hypothetical protein	ATGAAATATTTGAATATGCCATTGTTGCTCTGTTTGTTGTTGGTTTCGCCTACTGGTATGGCGCGTGACGAAATTGTTGTAGTGGCAAATCTTTCAGGCTCCCCCTCTGCCATGGAAAAGCACGAAATACGCAATTTGTTTATGGGAGGGGCATCTTCCACGCTCAAACCCGTCACCCTTGCGCCGGGTGAGCAAGAGCGTTTGATATTTAATGCGCGTGTGGTGGGGCTTACTGAATCGCGTATTCAGTCTTATTGGGCGCAGATGCGATTCAGTGGGCGTAACAAAGCGCCGGTTCAGGTGAAATCCGTGGACGCGATGGTCGAATATTTATTGGAAAATGAAGGCAGTGTCGGTTACCTCCCCGCAGATTTACCCCTGCCGACTTCCCTTACCGTGCTGTATTCATCCAGATAA	MKYLNMPLLLCLLLVSPTGMARDEIVVVANLSGSPSAMEKHEIRNLFMGGASSTLKPVTLAPGEQERLIFNARVVGLTESRIQSYWAQMRFSGRNKAPVQVKSVDAMVEYLLENEGSVGYLPADLPLPTSLTVLYSSR				NA	NA	NA	NA	NA
AK237_01724	1203			hypothetical protein	GTGAAATCTGTAGGTTTACAAAGTACGTTCATCGCGGCATTGTTGCTTTCCGGGGGCAGCAGTGCCGCTGATGATTTCCCCCTTGAACTTTCTGGATTTGCTCGTTTAGTCGCAGGTTACCTCGATACTGATCAGGCGTACTACGCAGGCTACGAAAATAAGCTAAGTGTGTCAGAACAGTCGCTGGTAGGTTTGCAGGCCGACTACCGTTTCACAGATACAGTATCTTTGTCAGGGCAGTTACTGTTCCATAGCGATAATAACCGTAACTCCGGCGTCGAGTGGCTTTACCTCCGTTATGAGCCAACGTCCGATTGGCAATTTAAGGCCGGTCGACTGCGTACCCCTTATCTTAAATATTCCGATGTGTTTGATGTTGGCTTTTCATACCCCTGGATTTCTCCTCCCCGCCAGCTTTACGGCAGCTATTTGTTTTTTCCCCGCTATGAGGGAGTAAATGCCCGCTATCAATTCAGCGTACAGAACGTCTATATCGACTTCGAGGCATATTACGGTGCCTTTGCTGACGATATAAACGTTAACGGTGAGAGTTTTCACGTTGACGTCAGTCAAATGTACGGCGGCATTGTCGAGGCGAATTACCAGGGCTGGCAGGTGAGGGCTGCTTCGTTTATTGCGAATGATGTCGAGGCAACGGCCGATGGTCTTGATGCTCTGGTCGGGGGGCTTCGGCTTGCCGGGTTCGGATCTATCGCTGATTTTTTCAACCTTAATGGTCATGTAGACACTTATCTCTTAGGATTGTCTTACGACAACCTCGATTGGTTTTTATCGGCGGAATATGCCGATGTTCGCTCTGGCATTAATATCCTGGCCGGGGTGGAAAACTACTATTTTACTCTGGGTCATTATTTTGATGAGTATCAGCTACTCATTTCTTACGCGAAATCAAATCAGGAGTTAGCCGCCCTCGATAACACAATACCACTAGGGGTTGCCCCTCAGCTCGATTTGCTCCACGTTGGTGTAGACCAATTACTGGCACGTTTTCCTACCGATGAACTTGATTCAGTAACACTTACCGGTAGGTGGGACGTAAGATCGAATTTAGCCATTAAGGCCGAAGTTTCATTCTTATATGGTGAAGCCGATAAGACGTCGCTGTTTGAGCTGAAAGAAAACAGTGATGGATTTGACCGTAAAGCGGTGTTGTATCAGGTTGGTCTGGAGTGGGTATTCTGA	MKSVGLQSTFIAALLLSGGSSAADDFPLELSGFARLVAGYLDTDQAYYAGYENKLSVSEQSLVGLQADYRFTDTVSLSGQLLFHSDNNRNSGVEWLYLRYEPTSDWQFKAGRLRTPYLKYSDVFDVGFSYPWISPPRQLYGSYLFFPRYEGVNARYQFSVQNVYIDFEAYYGAFADDINVNGESFHVDVSQMYGGIVEANYQGWQVRAASFIANDVEATADGLDALVGGLRLAGFGSIADFFNLNGHVDTYLLGLSYDNLDWFLSAEYADVRSGINILAGVENYYFTLGHYFDEYQLLISYAKSNQELAALDNTIPLGVAPQLDLLHVGVDQLLARFPTDELDSVTLTGRWDVRSNLAIKAEVSFLYGEADKTSLFELKENSDGFDRKAVLYQVGLEWVF				NA	NA	NA	NA	NA
AK237_01725	1041	cysK_2		Cysteine synthase	ATGAAAAACTGGGTTGCAGAGGCAATCAGAAAAATTAATGCGGACTTCCAACGGTCTGCTGATACCCACCTTATTAAGCTTGAAGGACTTAACCTGAAGGGTATTGATATTTATCTGAAAGATGAAAGTACCCATCCCACTGGCAGCTTAAAGCATCGTCTGGCGCGTTCTTTATTTCTCTATGCCCTGTGCAACGGCAAGATTGGTGAAAACACTACCATTGTCGAAGCATCGTCAGGCAGTACCGCTGTATCTGAAGCGTATTTCTCTCGCATGCTAGGGATCCCGTTTATTGCGGTGATGCCGCGTTCTACCGCGCAGAGTAAAATTAATCTCATTACGCAATTTGGTGGTCACTGTCACTTTATCGATTGTCCCACGCACATGCACGATGCTGCAGAAGCACTGGCAAGTGAGTGCAATGGTTATTTTATGGATCAGTTTATGTACGCCGAACGTGCAACTGATTGGCGTGGGAATAACAATATTGCAGAGAGTATATTTGGCCAGATGTCACAAGAGCCACATCCTATTCCGCATACCGTGGTGATGAGTGCAGGCACCGGAGGCACATCAGCCACTATCGGTCGCTATATACGGTATAAGGGGCTAGCCACAGAATTGGTTGTGGTAGACCCTGAACACTCAGTGTTTTTTGACAGCTTTAAACAGAATGACCGCACATTAACCAATAGCCGGGGCAGTGCCATTGAAGGGATAGGGCGGCCCAAAGTCGAAGCGTCCTTTCAGCCTGACGTTATTGATGACATGATTAAAGTTGAGGATAAAGCGAGTTTGGCGACTATACACTGGTTAGCAGACGTTGCAGGGATCCGAGCTGGCGCTTCGACAGGTACCAATCTTTGGGGGGCTCTTCAAATTGCAGAACGCATGCAGCATGAAGGCAAAAAAGGCTCAATTGTTACCTTAATGTGTGACAGTGGGGAGCGTTACCTGGATACCTATCATAATAAAGAGTGGGTCGAGCGCACCTTCGGTAATTTTGATACCTACAGTGAAAAGTTGTCTAAATTTGCATAA	MKNWVAEAIRKINADFQRSADTHLIKLEGLNLKGIDIYLKDESTHPTGSLKHRLARSLFLYALCNGKIGENTTIVEASSGSTAVSEAYFSRMLGIPFIAVMPRSTAQSKINLITQFGGHCHFIDCPTHMHDAAEALASECNGYFMDQFMYAERATDWRGNNNIAESIFGQMSQEPHPIPHTVVMSAGTGGTSATIGRYIRYKGLATELVVVDPEHSVFFDSFKQNDRTLTNSRGSAIEGIGRPKVEASFQPDVIDDMIKVEDKASLATIHWLADVAGIRAGASTGTNLWGALQIAERMQHEGKKGSIVTLMCDSGERYLDTYHNKEWVERTFGNFDTYSEKLSKFA	PGPT0002810_1900	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
AK237_01726	243			hypothetical protein	ATGACACCGGCAGAATTATCCCGCGTAATAGAAATGGCGTGGGAAGACAGAACCCCGTTCGAGGCAATAGAGAAACTCTACGGACTCAATGAGTCCGCAGTGGTAAAGCTCATGCGAAAAGAGACGAAACCGTCATCCTTCCGCCTGTGGCGTAAACGGATGCAGGGAAGACAAACTAAACATTTGAAGCTGCGTCGTCCGGGCATAGAACGCGCTTATTGCCCGACACAGTACAAACGGTGA	MTPAELSRVIEMAWEDRTPFEAIEKLYGLNESAVVKLMRKETKPSSFRLWRKRMQGRQTKHLKLRRPGIERAYCPTQYKR				NA	NA	NA	NA	NA
AK237_01727	738			hypothetical protein	GTGAACATTAATCAACATAAGAAACTGCTTCTGGCAGTAAGTGCATTGTGTGCCTTTAGCGCAGGAACAATGGCAGCTACATCTTCATCTCAGCAAAATGTACTGACTGCAACTGAAGTTAAAGAGGGCTGGAAGTTGCTGTTTGACGGCAAGACGCTGGATGGATGGCATTTATTTCAACATCCTGATGCGAAACCTTCATGGATGGTGCAGGACGGCACTATCACTGTCGACTTGCGCACCAGTGGCGTTCAGCATGGCGATCTGACATCAGATGCTGAATTTGAAAACTATGAGCTGGCTTTCGAATGGAAAACAACTGTAGACGGTAACAGCGGCGTATTTATTAACGTTCAGGAAGATCCGCAAAACCAGCTTGCCTGGCAAACCGGCCCTGAATATCAATTACTGGGCCCTAGGCATATCGATAATGAAAAGCCGGCTAAAAACCCGGGTTGTCTGTATGGTTATTCCGCACAGCTTACAAAAACCGCTGTGCATGAGCAGGGGCAGTGGAACCAGTCGGTTATAAAGCAAAATAACGGTGAAGTGGCCTTTTACCTGAATGGCAATTTAACCGCGAAAGTCGATCTTGGCAGTGAAGAATGGAAAGACTGGGTATCGCAGTCCAATTTTAAGAGCTTTGCTGATTTCGGCAAAGCCACTAAAGGACACATCGTATTGCAGGAATGGACATCACCGGTTGCTTTCCGCAATATAAAAATAAAAGAGTTGTAA	MNINQHKKLLLAVSALCAFSAGTMAATSSSQQNVLTATEVKEGWKLLFDGKTLDGWHLFQHPDAKPSWMVQDGTITVDLRTSGVQHGDLTSDAEFENYELAFEWKTTVDGNSGVFINVQEDPQNQLAWQTGPEYQLLGPRHIDNEKPAKNPGCLYGYSAQLTKTAVHEQGQWNQSVIKQNNGEVAFYLNGNLTAKVDLGSEEWKDWVSQSNFKSFADFGKATKGHIVLQEWTSPVAFRNIKIKEL				NA	NA	NA	NA	NA
AK237_01728	1122	asd	COG0136	Aspartate-semialdehyde dehydrogenase	ATGTCTCAAAATAAAGTTGGTTTGGTAGGCTGGCGCGGTATGGTCGGCTCGGTGTTAATGCAAAGAATGCAAGAAGAAAAAGACTTCTCATTCATTGAGCCAACCTTTTTCACGACCTCTCAGAAAGGATTATCTGCACCAGACTTTGCAGGTAAAGATTGTGGCGTGTTAGAAGATGCCAACGATATCGATGCATTGGCTGCTCAGGACATCATTATCACCTGCCAGGGTGGGGATTACACGAAAGATGTTTATCCCAAATTGCGCGAAGCGGGTTGGGAAGGTTATTGGATTGATGCTGCTTCGGCATTGCGTATGAAAGATGACGCCGTCATTATTCTTGACCCCGTAAACCGCGGTGAAATTGATAAGGGATTGAAAGCAGGCGTTAAAACCTACGTGGGTGGTAACTGCACAGTATCATTGATGCTAATGGCATTAGGTGGGTTGTTCGAAGCTGATTTAGTAGAATGGGCATCGCCGATGACCTATCAGGCCGCTTCAGGTTCTGGTGCCAAGCATATGCGTGAACTGTTAAGTCAGATGGGCGCTGTGTACGGCAACGTGAAAGCGTTGGTAGACGATCCATCAACGGCTATCTTAGACATCGATCGTCAGGTTGCAGAGTTTATTCGTTCTGACGACAACCCCACTGAACAGTTTGGTGTACCGTTAGCCGGAAGCTTGATTCCATACATTGATACGCAGCTACCTTCAGGACAGAGTCGTGAAGAATGGAAGGCACAGGCTGAAGCCAATAAAATCCTGGGTACGCAGGACTCGCCGGTACCGGTAGATGGGCTTTGTGTGCGTGTAGGCGCAATGCGCTGTCACAGTCAGGCCATTACACTGAAGTTGAAGAAAGACCTGAGTGTTGATGAAATCGAAGGTTTACTGGCGAAGCATAATGATTGGGTGAAAGTGATCCCTAACGATCGCGAAATCACGATGCAAGAGCTGACGCCGGCAAAAGTAACAGGCACACTCTCGATTCCAGTGGGCCGTATTCGCAAACTGGCCATGGGCCCTGAGTATATTTCAGCGTTTACCGTGGGCGACCAGTTACTTTGGGGCGCGGCAGAGCCGCTGCGTCGTATGCTGCGGATCATCCTTAACGCATAA	MSQNKVGLVGWRGMVGSVLMQRMQEEKDFSFIEPTFFTTSQKGLSAPDFAGKDCGVLEDANDIDALAAQDIIITCQGGDYTKDVYPKLREAGWEGYWIDAASALRMKDDAVIILDPVNRGEIDKGLKAGVKTYVGGNCTVSLMLMALGGLFEADLVEWASPMTYQAASGSGAKHMRELLSQMGAVYGNVKALVDDPSTAILDIDRQVAEFIRSDDNPTEQFGVPLAGSLIPYIDTQLPSGQSREEWKAQAEANKILGTQDSPVPVDGLCVRVGAMRCHSQAITLKLKKDLSVDEIEGLLAKHNDWVKVIPNDREITMQELTPAKVTGTLSIPVGRIRKLAMGPEYISAFTVGDQLLWGAAEPLRRMLRIILNA	PGPT0014045_509	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-ECTOINE_METABOLISM,PGPT0014045-asd-K00133	NA	NA
AK237_01729	411			hypothetical protein	ATGGTTACCTCTTTGCTCACCAACAATGCCTATGCGGTTTCGTTGAACCGTATGGCAATTGACAGCACCAAGTGTGTTGGGGTGGTGCTTTGGCTTGCGACTCTCGTACTTATCTTTAATGTGTCTTTGATCATTAGCGGCATCATGGCAGATTCGTCTGAATTTGTTGGCGCCTTACACGACAATCTGGTCGTGGAACCTCATTCACTAGCGGTAATGCACGAAGCGTTATCCCTGTTCTTCTTTTCAGCAATTCTGCTTATCTGTTTATTGGGTATTCGACTGCAGCCAGCCCCTTTGGCTCGCGCCGGCGTCGAAGTGTCCCAGCAACCTGTTTTAGTCATTAATGATGACTACCGTCAACCGTTTGTTCAGCAATTCGGTAGTCGGGCACCACCTTCTGACAAGTGA	MVTSLLTNNAYAVSLNRMAIDSTKCVGVVLWLATLVLIFNVSLIISGIMADSSEFVGALHDNLVVEPHSLAVMHEALSLFFFSAILLICLLGIRLQPAPLARAGVEVSQQPVLVINDDYRQPFVQQFGSRAPPSDK				NA	NA	NA	NA	NA
AK237_01730	990	cyoA	COG1622	Cytochrome bo(3) ubiquinol oxidase subunit 2	GTGTCGCCTGTGGCGGCAATAACGTTGAACCCGGGTTATAGGAAAATGCTTTTGTCTATTCGTAACCTTTCTAAATTAGCTTTTGCCACAATCGTGCTATTACTGGCCGGTTGTAGCGGTGGCGTGCTTGATCCGAAAGGACAGGTAGGTATTGAAGAAAAGAACCTGATCATTCTGTGTACGATTCTGATGCTTATCGTTGTTATTCCGGTGATTGTACTTACGCTGTATTTCGCCTGGAAATACCGCGCGAGCCGCGACTTTGAAGTCTACACACCAAAATGGGCTCACTCTACCAAGATTGAAGCCACCGTTTGGTCTATTCCAATTCTGATCATTATCGCGCTTGGTATTATCACCTGGCAGTCGACACATGCATTAGATCCGTACGCGCCGCTGGAAGATGAAGGTGAGCACATGACCGTTGAAGTGGTTTCACTCAACTGGAAATGGCTGTTCATCTACCCTGAACAGGGCATCGCTACGGTGAATGAATTGGTGATTCCGGCTAATAAGCCTGTTTCTTTCAAAATCACTTCAGAAGGCACCATGAACTCGTTCTTCATTCCTCAGCTGGGTAGCCAAATCTACTCAATGGCTGGCATGGAGACTCAGTTACACCTTATCGCTGACGAGCCGGGAACCTATAAAGGTATCTCTGCAAACTACAGCGGCGCAGGTTTTACTGGCATGAAGTTCAATACTATTGCTACGCCAACTGAAGCCGACTTTGAAGCCTGGGTTCAGAAAGTGAAATCAGAAGGCGGCTCGCTGACTTCTGAAAACTTTAAGCAGTTAGCTGAAGATAGTGAAAACCACCCTGTAACGTATTACAGCACGGTCAGTAACGGCCTGTTCCACGAAATCATCATGAAGTACATGAAAGATCATGGCTCAATGGATTTCTATGGTAAGCCAGCTAATGCCGCTACCGGCGAAAAAGCCGAAGCGATGCAGCACAAAGGCCATCACATGGGGGTTGAAGAGTAA	MSPVAAITLNPGYRKMLLSIRNLSKLAFATIVLLLAGCSGGVLDPKGQVGIEEKNLIILCTILMLIVVIPVIVLTLYFAWKYRASRDFEVYTPKWAHSTKIEATVWSIPILIIIALGIITWQSTHALDPYAPLEDEGEHMTVEVVSLNWKWLFIYPEQGIATVNELVIPANKPVSFKITSEGTMNSFFIPQLGSQIYSMAGMETQLHLIADEPGTYKGISANYSGAGFTGMKFNTIATPTEADFEAWVQKVKSEGGSLTSENFKQLAEDSENHPVTYYSTVSNGLFHEIIMKYMKDHGSMDFYGKPANAATGEKAEAMQHKGHHMGVEE				NA	NA	NA	NA	NA
AK237_01731	1989	cyoB	COG0843	Cytochrome bo(3) ubiquinol oxidase subunit 1	ATGTCTTTTTTAGGTAAATTATCTATCGAGGCTGTACCGTACCATGAGCCGATCGTTATGGTTACGCTCGCGGTAGTCGCAGTTGTCGGTCTGGTGATCGCAGGTCTGATCACCAAATATAAAGTGTGGGGCACACTGTGGCACGACTGGATCACGTCCATCGACCACAAACGCCTGGGTATCATGTATATCCTGCTTGCCCTTATCATGTTAATGCGTGGCTTTGCCGACGCCATCATGATGCGTACGCAGCTTGCTGCGGCGACCAATGGCGCAGAAGGTTATCTGCCTCCTGAACATTACGACCAAATCTTCACCGCGCACGGTGTGATCATGATCATCTTTATGGCGATGCCATTCATGGTGGGCCTGATGAACATCATCGTTCCGCTGCAGATTGGTGCTCGTGACGTTGCCTTCCCGTTCCTGAACAACCTGAGCTTCTGGTTAACCGCTGGCGGTGCAATTCTTATCAACCTGTCTTTAGGTGTAGGTGAGTTTGCGAAAACCGGTTGGGTTGCTTATCCGCCATTGGCGGGACTGGAGTACAGTCCGGGGGTCGGGGTCGACTACTACATATGGGCCTTGCAGATATCCGGGCTCGGGACGCTCTTGACCGGGGTTAACTTCCTGGTAACTGTATTCAAGATGCGTGCACCGGGCATGAAACTGATGCAAATGCCAATCTTCACCTGGACTTGTACCTGGGGTAACATCCTTATCGCTGCGTCATTCCCAATTCTGACAGCAGTACTGGCGATGCTTACGCTTGACCGTTATCTGGATTTCCACTTCTTCACCAATGATTTAGGTGGGAACTCGATGATGTACATCAACCTGTTCTGGGCGTGGGGTCACCCTGAAGTATACATTCTGGTTCTGCCAGCATTTGGTATCTTCTCAGAAATCATTTCTACCTTCACCGCGAAGCGTCTGTTCGGTTATAAGTCGATGGTTTACGCATCCGGTGCGATTGCAATCTTAGGTTTCATCGTATGGTTGCACCACTTCTTTACCATGGGTTCAAGTGCCAACGTTAATGCGTTCTTCGGTATTATGACGATGATTATCGCCGTACCGACCGGGGTTAAACTCTTTAACTGGTTGTTCACCATGTACCGTGGCCGTCTGACCATCACTACACCGGTGTTGTGGACACTTGGCTTTATGGTTACGTTCACCATCGGTGGTATGACAGGCGTATTGCTTGCCATCCCTGGCGCTGACTACGTATTGCACAACAGCTTGTTCCTGATTGCTCACTTCCACAACACCATCATTGGTGGTGCGGTATTCGGTTATCTGGCAGGTTTTGCTTACTGGTTCCCTAAAGCAATGGGCTTCAAACTGGATGAGAAAACCGGTAAAGCCGCATTCTGGTGCTGGCAGATTGGTTTCATGTTGGCATTCATGCCGCTATACGTACTGGGCTTTTTAGGAATGACCCGTCGTTTGAACCACACAGATAACCCTGATTGGAACATCTGGCTGTACATCGCAGCGTTCGGTGCCTTCGTTATCGCTGCAGGTATCTTCTTCCAGTTGCTGCAACTGTTTATCAGCTTCAAGAACAAAGAAGCGCTTAAAGATACTACGGGTGATCCATGGAATGGTCACACGCTTGAGTGGTCAACAGCGTCTCCGCCTCAGTACTACAACTTTGCGGTTATTCCTCACATCAAAGATATCGATGCGTGGACTGACATGAAAGAACGTGGTGAAGCGTATCAGAAGCCTGAGAAGTACTCGCCTATTCACATGCCTAAGAATACCTCTGCTGGTTTCTTCATGAGCATGAGCTTCACGGTAATGTGTTTTGCACTTATCTGGCACATCTGGTGGCTTGCCGCTGTAGGATTCGTTGCCGGTATCGCAGTATTCATCAAGCGCTGTTACACCAGCGACGTGGATTACTACGTACAGGTTGATGAAGTAGAAAAAATCGAAGCAGAACACTTGTCTGCTAATGCTAAAGGAGTGAGCGCATGA	MSFLGKLSIEAVPYHEPIVMVTLAVVAVVGLVIAGLITKYKVWGTLWHDWITSIDHKRLGIMYILLALIMLMRGFADAIMMRTQLAAATNGAEGYLPPEHYDQIFTAHGVIMIIFMAMPFMVGLMNIIVPLQIGARDVAFPFLNNLSFWLTAGGAILINLSLGVGEFAKTGWVAYPPLAGLEYSPGVGVDYYIWALQISGLGTLLTGVNFLVTVFKMRAPGMKLMQMPIFTWTCTWGNILIAASFPILTAVLAMLTLDRYLDFHFFTNDLGGNSMMYINLFWAWGHPEVYILVLPAFGIFSEIISTFTAKRLFGYKSMVYASGAIAILGFIVWLHHFFTMGSSANVNAFFGIMTMIIAVPTGVKLFNWLFTMYRGRLTITTPVLWTLGFMVTFTIGGMTGVLLAIPGADYVLHNSLFLIAHFHNTIIGGAVFGYLAGFAYWFPKAMGFKLDEKTGKAAFWCWQIGFMLAFMPLYVLGFLGMTRRLNHTDNPDWNIWLYIAAFGAFVIAAGIFFQLLQLFISFKNKEALKDTTGDPWNGHTLEWSTASPPQYYNFAVIPHIKDIDAWTDMKERGEAYQKPEKYSPIHMPKNTSAGFFMSMSFTVMCFALIWHIWWLAAVGFVAGIAVFIKRCYTSDVDYYVQVDEVEKIEAEHLSANAKGVSA	PGPT0004025_442	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_IRON_RESISTANCE	IRON_RESISTANCE-FoxABCD,PGPT0004025-foxA|coxA|ctaD-K02274	NA	NA
AK237_01732	603	cyoC	COG1845	Cytochrome bo(3) ubiquinol oxidase subunit 3	ATGAGCACAGTAGCAACTGATATGCATCACGATCACGACCACGAGCATCACGAAAGTAACAACGTATTTGGTTTTTGGGTTTACCTGATGACCGACTGTTTGTTGTTTGCTTCGTTCTTCGCAACCTACGCCGTGTTGTTTATGAACACGGCAGGTGGTGTTTCGGGTAAAGATATCTTTGAACTCGATTTCGTTGCTGTTGAAACCGCAGCGCTACTGCTAAGTAGTATCACCTTCGGTTTTGCGATGATTGCAGCGCATAAACAAAACAAAGGCGGCACGTTATTGTGGCTGGCAATAACATGGGTATTCGGTGCCGTGTTCATCGGTATGGAAATCTATGAATTCCATCACCTGATCGTTCACGGTAATGGCCCTCAGACGAGTGCGTTCCTAACAGCGTTTTTCTCGCTGGTTGGTTTGCACGGTCTGCACGTTACTTCTGGTTTGATTTGGATGACCATCATGATCATCGAAGTCAGCCGTCGTGGTCTGCCTGATCAAACAGTAACACGCCTAAGCTGCTTAAGCTTGTTCTGGCACTTCCTGGACATCGTCTGGATTTGCGTATTCACCGTTGTTTATCTGATGGGAGCACTGTAA	MSTVATDMHHDHDHEHHESNNVFGFWVYLMTDCLLFASFFATYAVLFMNTAGGVSGKDIFELDFVAVETAALLLSSITFGFAMIAAHKQNKGGTLLWLAITWVFGAVFIGMEIYEFHHLIVHGNGPQTSAFLTAFFSLVGLHGLHVTSGLIWMTIMIIEVSRRGLPDQTVTRLSCLSLFWHFLDIVWICVFTVVYLMGAL	PGPT0004035_2709	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_IRON_RESISTANCE	IRON_RESISTANCE-FoxABCD,PGPT0004035-coxC|ctaE-K02276	NA	NA
AK237_01733	339	cyoD	COG3125	Cytochrome bo(3) ubiquinol oxidase subunit 4	ATGAGTCAACACGATTCGCATGCGGTTAGCCATGCAGCCGACCATGGTGATGTTAAGTCTTACTTAATCGGCTTTGTGCTGTCAGTGATTCTGACTGTCATCCCCTTCTGGATGGTTATGGAAGGTGACTTTTCTAAAGGCACCACCATCTGGAGTATCGTAACATTAGGTCTGATTCAGATTTGGGTTCACCTCAAATACTTCCTGCATCTGAACTTTGTTACTGAAGATGGCAGAGCCAGCACGTTCTCGTTCCTGTTCAGTGCCCTTATTATCTTTATGGTAGTAGGTCTGTCTGTCTGGATCATTTACGAGTCTAACGCGATGATGATGTACTAG	MSQHDSHAVSHAADHGDVKSYLIGFVLSVILTVIPFWMVMEGDFSKGTTIWSIVTLGLIQIWVHLKYFLHLNFVTEDGRASTFSFLFSALIIFMVVGLSVWIIYESNAMMMY				NA	NA	NA	NA	NA
AK237_01734	897	cyoE	COG0109	Protoheme IX farnesyltransferase	ATGAAACCCATTTTTCGTCGATATTTAACAGTGACTAAGCCTGGCATTATCATGGGCAATCTCATCTCTGTGGCGGGCGGCTTTTTGCTGGCGTCACGTGGCGATATTGACTTTGTGTTAATGGCGGCAACGCTGATTGGCTTATCACTGGTCGTTGCATCAGGATGTGCAATCAATAACTGCATTGACAGGGATATTGATGCCAAGATGCAACGTACTCGCTCGCGGGTAACCGTGACCGGAGAAATGTCTTTGAAAGCCGCATTCTGGCACGGCGTCGTGCTGGGTGTGATGGGCTTTGCATTACTTGCGGTTTACACTAACGCAACGGCGGTATTTTTTGCCGCATTGGGTTATGTAGTTTATGTAGGTGTTTATAGCTTATATATGAAACGTAACTCGGTGTACGGCACGCTGGTAGGCAGCTTGTCTGGTGCGGTGCCGCCGGTTGTAGGTTATTGCGCGGTAACCGGCCAGTTTGATGCTGCCGCTGCCATTTTGCTGGTGATGTTTAGTTTGTGGCAAATGCCCCACTCTTACGCCATCGCGATTTTCCGTTTCAAAGATTATGAAGCGGCAAATATTCCGGTATTGCCGGTAGCGGAAGGTATCGAAAAAGCCAAACTGCACATCGTGCTGTATATCGCGGTGTATGCCATTGTAACCATGATGCTTTCTATCGCGGGTTACACGGGTATCGGCTTTTTAGCGGTAGCGTGTACCACCAGCTTCTGGTGGTTATTGATGGCTCTGCGGGGTTACCGTCCAGACACGGACATGACCCGCTGGGCGCGTCAGGTATTTGGATTTTCAATCCTGAATATCACCGTTTTGAGTATCGCCATGGCCGTGGACTACCACGAAGCAGGTTCCTCACTCTTTGCGTTAACATTCTAA	MKPIFRRYLTVTKPGIIMGNLISVAGGFLLASRGDIDFVLMAATLIGLSLVVASGCAINNCIDRDIDAKMQRTRSRVTVTGEMSLKAAFWHGVVLGVMGFALLAVYTNATAVFFAALGYVVYVGVYSLYMKRNSVYGTLVGSLSGAVPPVVGYCAVTGQFDAAAAILLVMFSLWQMPHSYAIAIFRFKDYEAANIPVLPVAEGIEKAKLHIVLYIAVYAIVTMMLSIAGYTGIGFLAVACTTSFWWLLMALRGYRPDTDMTRWARQVFGFSILNITVLSIAMAVDYHEAGSSLFALTF	PGPT0008520_3213	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
AK237_01735	912	pcpR_2		PCP degradation transcriptional activation protein	ATGAATATCGCATCAAAAGACTTTAACCTGTTGTATCTGTTTACCGTGCTGTATGAAGAGCGCAGCCTGAACAAGGCGGCTCTTCGCATGAACCTCAGCCAGCCGGCCATGAGTCATAAACTGAATAAGCTGCGTGGTGAGTTTGATGACCCGTTGTTTATCCGCACCGGGCGTGGTTTTACACCAACGCCCAAAGCGCATCAGATGGCTAAACAGGTATGCTGTGTGGTGAAGTGTCTGGAAGAGTTCTATGTTAATGCAGAGGGTGATGCCATCGGACAGCGGGAAGAGGCAATCCATATTTATGGTACCGATCTGGTGGATTTCTTACTCCTTCCCCGCTTACTGGATAAAGTACAGGCGGAAGCGCCGGGCGTAACTATCGTCATGCACAATACGTCCGGACGCTTGCCGGTGCAGGCTTTGGAGCAAGGCGATTGCGATATTGCGATTGCTGGTTTCTTTAAAGATTTGCCCGAACATTTTTATCGTCAGTCACTTATGGTCACGCCGTACCGGGTGGTGCATGACAAAGCCCTTATCCCCGCTACTACGCCACTGGATGTGCAAACCTATGCCAGTAAGCCTCATGTGGTGTCTACGCTTACCGGTAACCTTAGTAGTGATGTGGACGCCGCCTTAGCGGATGTTGGGCTAACCCGGCGGGTGGTGGCTGGTGCATCGGGGTTTATGGTGTTACCGCGCTTGGTTACAGGGCGGGAGGTATTTTTAACGTGCTTAAAACCTATCGCTGATTACGCCACCGCTACCTGTCAGCACCTTACCAGTCAGACGCCGCCGATCACTTTACCCGATGTGAACATAGAGCAGGTCTGGCATCCGCGCACCCATGAAGATGGCCTGCGAAAATGGATACGCGAGCAAATCAAAATCATCCTGAGTGAGGTCTAA	MNIASKDFNLLYLFTVLYEERSLNKAALRMNLSQPAMSHKLNKLRGEFDDPLFIRTGRGFTPTPKAHQMAKQVCCVVKCLEEFYVNAEGDAIGQREEAIHIYGTDLVDFLLLPRLLDKVQAEAPGVTIVMHNTSGRLPVQALEQGDCDIAIAGFFKDLPEHFYRQSLMVTPYRVVHDKALIPATTPLDVQTYASKPHVVSTLTGNLSSDVDAALADVGLTRRVVAGASGFMVLPRLVTGREVFLTCLKPIADYATATCQHLTSQTPPITLPDVNIEQVWHPRTHEDGLRKWIREQIKIILSEV				NA	NA	NA	NA	NA
AK237_01736	1107	namA_1	COG1902	NADPH dehydrogenase	ATGCCCGATTTGTTCAGCCCTTATTCGTTAAAGTCAGTCGAACTACGAAACCGCATTGCTGTGCCTCCCATGTGCCAGTACAGCGCAGACGATGGTTTACCTAACGATTGGCATCAGGTTCACTATGCGTCACTGTCACGGGGTGGTGCAGGCCTTGTGATCGTAGAAGCAACCGGTGTTGCACCGGAAGGCAGAATAAGCCCGGGATGCCTGGGATTCTGGAGCGATGAGCATACCGCAGGACATGCCGCCATTGTTAAGCGCATCAATGAAGGTGGCGCAGTGCCAGGCATTCAGCTCGCGCATGCGGGCAGAAAGGCGTCTGCTAACAAACCCTGGGAAGGTGACGACCATATCGCAGAAGATGATCCCCGTGGGTGGCAACCCATTGGTCCGTCTGCGGTACCGTTTGGCGCAAACTTGCCTCGAACACCAACGGAAATGACCAAAGCAGATATCGAGCGGGTGAAAGCAGACTTTGTAGCAGCCACAAAGCGCTCTGTTGAAGCTGGCTACAAATGGCTTGAGCTCCACTTTGCTCATGGATACCTGGCACAAAGCTTCTGGTCACCGATAGCCAATCAACGGGATGACGAGTATGGCGGCAGCCCTGAAAACCGCGCCCGTTTTCTGCTGGAAACCATCGATGCAGTTAAAGCCGTGTGGCCGGAAGATTTGCCATTAACAGTACGTTTAGGCGTCATTGAATATGATGGTAACGATGACAAGCTGGTTCCTGAATCCATTGAGCTTATCAAAAAGATGAAAGCTCACGGCGTTGATTTTGTCAGTGTATCGGTTGGCTTCAATACGCCTGAAGCAAACATTCCCTGGGGTCCTGCGTTCCTGGCGCCGGTATCTCAGAAAATTCGTGAAGAAGCGGATATTCCGGTAGCCACCGCGTGGGGTGTAGATGATCCGGTACTGGCGAATAAAACCATCGAAGACGGTCAACTCGATTTGGTGATGGTAGGGCGTGCTCACCTGGCGAATCCGCACTGGAGTTACGATGTGGCTAAAAAGCTGGGTAAAGACTCACCTTCATGGGTACTGCCAACCCAATATGCCCATTGGTTGGCACGCTACGCACCCGCGGATTATAAATAA	MPDLFSPYSLKSVELRNRIAVPPMCQYSADDGLPNDWHQVHYASLSRGGAGLVIVEATGVAPEGRISPGCLGFWSDEHTAGHAAIVKRINEGGAVPGIQLAHAGRKASANKPWEGDDHIAEDDPRGWQPIGPSAVPFGANLPRTPTEMTKADIERVKADFVAATKRSVEAGYKWLELHFAHGYLAQSFWSPIANQRDDEYGGSPENRARFLLETIDAVKAVWPEDLPLTVRLGVIEYDGNDDKLVPESIELIKKMKAHGVDFVSVSVGFNTPEANIPWGPAFLAPVSQKIREEADIPVATAWGVDDPVLANKTIEDGQLDLVMVGRAHLANPHWSYDVAKKLGKDSPSWVLPTQYAHWLARYAPADYK	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
AK237_01737	942			hypothetical protein	ATGTACGTATTTCGCAATACACGTATGTTTGTATTTCTAATTGCAATACTCATATCGACAGGAGGCAATGTGCACGCTCAGACCATTTCTCTACAACCCTTGTCACTGTATCCCGGGGGAATACCCGGAGAGAAAGCACACGAGTCGACCGAATTTATGGGGAGAGAAGTTGAAGATGACCGTGCCGTGGTTGCTGTTGATAAGCCTGAGCTTACTATGGTTGCGCCACCTGTCGAAAGTCGAAATGGTACTGCGGTTATCATTTTGCCGGGGGGCGGGTACGAACGTTTAGCTATTGATAAAGAAGGATTCAACATAGCCAGGCGATTTGCTGACATTGGTGTAACGGCATTTGTATTGAAATACCGCATGCCGCTGGCTGATATCATGGAAAACCCGTCATACGGTCCGCTACAGGATGCGCAGCAAGCGATTAGTCTTGTGCGTCAGCACGCTGAACAGTGGGGGATTGACCCTGAGCGGGTAGGGGTAATGGGATTTTCTGCCGGTGGGCATTTAGCCGCTACGCTGGCAACACACTTCAAGCAGCCTGTTAACAAGGCGCATGGTAGAAAGGCGTTACGTCCGGACTTTCAAATTTTGATTTATCCGGTTATTTCTATGAAAGATGATGTGACGCATCAGGGCTCGCGTCAAAATTTACTCGGTGAGACGCCAGGTGATGCACTTATCTCGACCTTTTCCGCCCAGGACAATGTAACGACTAATACGCCGCAAGCGTATATTGTTCATGCAAATGATGACAAAGCTGTACCGGTAGGAAATGCTTTACAATATCATGCTGCGCTGGTGAAAAAGCGTGTACCGGTGCAACTATTGCTTTTACCTGGTGGTGGACATGGGTTTGGTTTGGCTAACCCGACGGATTGGTTTGCCAACATGGTAGAGTGGATGGAAAACTACGGAATGCTTAGCAAGTAA	MYVFRNTRMFVFLIAILISTGGNVHAQTISLQPLSLYPGGIPGEKAHESTEFMGREVEDDRAVVAVDKPELTMVAPPVESRNGTAVIILPGGGYERLAIDKEGFNIARRFADIGVTAFVLKYRMPLADIMENPSYGPLQDAQQAISLVRQHAEQWGIDPERVGVMGFSAGGHLAATLATHFKQPVNKAHGRKALRPDFQILIYPVISMKDDVTHQGSRQNLLGETPGDALISTFSAQDNVTTNTPQAYIVHANDDKAVPVGNALQYHAALVKKRVPVQLLLLPGGGHGFGLANPTDWFANMVEWMENYGMLSK				NA	NA	NA	NA	NA
AK237_01738	591			hypothetical protein	ATGAAAAAATCGTTAACAGCTTTCGCGGGTATTGCAGCGCTGACTTCTTTTACTGCATTTAGTGCACACGCACAATCAATGGACACGCCATGGCAAGACAACCCTGGATTCTACGTGGGTGGTAACTACGGTTATTTGAAAGTGGACGGTGCCGATGACTTTGACGACGACAATGATGTCATTCAAGGATTAGTAGGGTACCGCTTCAGTCGTTACTTTGCCGTTGAAGGCTCGGTCATTGATTTTGGCGATTATGGGAGCGACCTGTCTAATGCAGATACTGACGGCTGGACAGCAGGTATCAAAGGTATTCTCCCCATTACTAATCAATTCTCTGTTTACGCAAAAGCAGGCCAACTTTGGTGGGATACTGACTACAACGTAGGTGGCGTATCAGGCAGCTACGACGATGAAAGTTTATTCATCGGCGCAGGCCTTGCTTACAACATCACCGAAAACTTCTTAGTGAATGCTGAATACACTGTGTACGACGCAGACCTTGATGCTGACGAATTGGCTGACGATTTCAGCGACGCCGATTTCAATACAGACCTAAAGCAGGCCAGTATCGGTGTTGAATACCGTTTCTAA	MKKSLTAFAGIAALTSFTAFSAHAQSMDTPWQDNPGFYVGGNYGYLKVDGADDFDDDNDVIQGLVGYRFSRYFAVEGSVIDFGDYGSDLSNADTDGWTAGIKGILPITNQFSVYAKAGQLWWDTDYNVGGVSGSYDDESLFIGAGLAYNITENFLVNAEYTVYDADLDADELADDFSDADFNTDLKQASIGVEYRF	PGPT0022215_5221	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-SURFACE_ATTACHMENT	SURFACE_ADHESION	OTHER_SURFACE_ADHESION_PROTEINS,PGPT0022215-ompA_ompF_porin|oprF-K03286	NA	NA
AK237_01739	336		COG4380	Putative lipoprotein/NMB1162	GTGGCTATTGAGGATTGCACCAGTTATGTGGTCTTGTCCAGCGAAACGCGAGTTACCGTTTCTGCTTCACTAATCGACCTGGAAACTAGCTCCCTGTTGTGGACTGGTGCAGCAACGGCGTCATCTGCGGAACAACAGAGTAGTAGCAGTGGTGGAATTGTTGGCATATTGGTTCAGGCAGCTGTTAGTCAGATTTTCGAGACAGTTACTGACAAAGGGTTTGAAATTGCTGCGCTGACTTCTGCGCGACTTGTGTCTGCAGAGAGTTATAACGGACTACTTTACGGTCCTCGCTCACCCAAATACGGTCAGCCAGCACCGAGTGAGAAAAAATAA	MAIEDCTSYVVLSSETRVTVSASLIDLETSSLLWTGAATASSAEQQSSSSGGIVGILVQAAVSQIFETVTDKGFEIAALTSARLVSAESYNGLLYGPRSPKYGQPAPSEKK				NA	NA	NA	NA	NA
AK237_01740	2193			Cardiolipin synthase	ATGTCAGCAGAACAATCTATCTTTAAGCAAGGAGAGAATTGCTGGACGACGAGTCAGGCTAGCTTTGCGACACCACTTATCGATTGTGGTAACTACTACAAAGCCCTGCATTCAGCGATTTTAAAAGCCAAGCACAGTATCTTTATTGTGGGTTGGGACATTGATAGCCGAATCAGGTTGCTACGTGGTGAAGAAGAAGCCAATTCCGAAGCCCCCTCAGTCGTGAGCGATTTATTGGCATGGAAAGCCGAACAGAATCCTGACATCAAAATTTACCTGCTCCGCTGGGATTCATCCCTGGCATTTTTTGCGCAGCGCGAAATGTGGGCCAAAGAAGTTTGGGATGAAAAAACCCCGGATAATGTGCTTACCGAACTCGATGATACGATTCCCATGGGCGGGAGCCAACACCAGAAAATTGTCGTTATTGATGATGAGTTGGTGTTCTCAGGCGGCATGGATATTTCAACCAATCGTTGGGATACCCGGGACCACCCCATTGAAAGTGAAGAACGAAACGGCCCGGATGGTCCGTACACGCCGCTGCACGATGTGCAAATTGTTTCTGCCGGGCCTGTTGTAGAACGTTTCAGCGAACTTGTACGCTGGCGCTGGCTGCGTGTGGCAGAAGAAAAGCCCATTGCCATTCGCGAAGACGCGGAAAATGCTATCGACAGCCCAATTCCTGCCTCATGGCCCGACGGATTTGAACCTTGGTTTGAAAAAGTTGATTGTGCCCTGGCCCGCACTATTCCGTTTATGGATGAGGTGGAGCCAGTGCAAGAAGTACGTCACATGCTGCTGGATCTTATCAGCCAGGCAGAGCGGGTTATCTACATTGAAAACCAGTTCACCTCACGCCAGGAAATCGCCGAAGCGCTGAACCGACGCTTAAAAGAAAAGCCAGAATTACATGTGATCATCGTTAGCTCTTACGAACCAAAGGGTAAGTTTGAGTGTGAAGCGTTTTGGGCTGGGCGTATAGAATTTAAAAAGATTCTGGAAAAAGGCATCGAGCCTGACCGCATCATCATGTCGTACTCGTCGATTACCGATGAGCATGGGCAACGTGCGACCAAGCGCATTCATTCGAAAGTGATGACCATTGACGACCGCTATGCTGTCATCGGCTCGTCTAACATCAGTAATCGCTCTATGAGTCTGGACACTGAAATCGACATGGTACTGTTTGGTAACAACGACGCCAACCGCCGCCAGGTAGCGCGTGTACGTGACGATTTACTTGCCGAGCATACCGGAAGAACCGTTGAGCAAGTCAGTGCGCTAATGCAGGAACCCAATCCAGCTCGCGCACTAATGGAAGGTCAGCTGGCTCATGGCTACGTGTTAACTCAAGTTCACGACGAAGTGTTTACCAGTCAGGAATCGGGTAAAAACTTCTTCTCTAGCTTGTCTGATCCGGAAGAGCCATTAATTCCCCCTATCCCCGGTTTAAATGGTGAAGCGACGCCGGTCAGAAATCCGCGCAGACGCACTATTATGATAGGTATTGGCGTGCTTGTAATGGCAGCACTTGCTGCAACGTTACTTATCGCGAGTCATTTCATTCCGTGGTTATCGACTGACAATATTAATGCGTTTTTAGAAAAAAGCCGTGGTACTTATTTTGCACTTCCGACCGTTCTCATGGTCTATGTGGTAGGCGGGTTCTTTTTCTTCCCCGTTACAGTGATGTCGCTGGCGGTATCAGCCATATTCGGGCCAATTTGGGGCCCGCTTTACGGCATCTTGGGCGCGTTGTTAAGTTCCGCCAGTATGTTTGGTGTAGGTAAGTTAGCGGGCAATGCCGGTCTTCGTAAAGTTGGCGGCCCGAAAGTAGCCGCCGTGGATGAAAAGTTGAAAACCAGTGGCATTGTTGGCGTAGCAGCAATTCGAATGCTGCCTATCGCGCCGTTTAGTCTGGTTAATCTGGTAGCCGGTATTTCATCGATTGGATTAATGCAGTTTTTGATTGGTACGTTCCTTGGCATGTTCCCTCCTATGATAGCGAAAGGGTTAGTGGGTGATTCAATTACGCAAATTTTTCGTAATCCGTCGCCAGAAACCATTTCTTACCTGGTGGGCGGCATCGTGTTGTGGGGCTTAATGATTTGGGGGTCGCAAAAACTCGCCAAGCGGTATCAGGCAAGCAAACAAGTTGAAAAAGCTAAGGGTGAAGAATGTGTCGCATAG	MSAEQSIFKQGENCWTTSQASFATPLIDCGNYYKALHSAILKAKHSIFIVGWDIDSRIRLLRGEEEANSEAPSVVSDLLAWKAEQNPDIKIYLLRWDSSLAFFAQREMWAKEVWDEKTPDNVLTELDDTIPMGGSQHQKIVVIDDELVFSGGMDISTNRWDTRDHPIESEERNGPDGPYTPLHDVQIVSAGPVVERFSELVRWRWLRVAEEKPIAIREDAENAIDSPIPASWPDGFEPWFEKVDCALARTIPFMDEVEPVQEVRHMLLDLISQAERVIYIENQFTSRQEIAEALNRRLKEKPELHVIIVSSYEPKGKFECEAFWAGRIEFKKILEKGIEPDRIIMSYSSITDEHGQRATKRIHSKVMTIDDRYAVIGSSNISNRSMSLDTEIDMVLFGNNDANRRQVARVRDDLLAEHTGRTVEQVSALMQEPNPARALMEGQLAHGYVLTQVHDEVFTSQESGKNFFSSLSDPEEPLIPPIPGLNGEATPVRNPRRRTIMIGIGVLVMAALAATLLIASHFIPWLSTDNINAFLEKSRGTYFALPTVLMVYVVGGFFFFPVTVMSLAVSAIFGPIWGPLYGILGALLSSASMFGVGKLAGNAGLRKVGGPKVAAVDEKLKTSGIVGVAAIRMLPIAPFSLVNLVAGISSIGLMQFLIGTFLGMFPPMIAKGLVGDSITQIFRNPSPETISYLVGGIVLWGLMIWGSQKLAKRYQASKQVEKAKGEECVA				NA	NA	NA	NA	NA
AK237_01741	765			hypothetical protein	ATGTGTCGCATAGTCAGTTACAATATCCATAGCGGTATAGGCAGAGATAACAAACACGATTATCGTCGTATCGGTACTTATCTGGCCGAACTAGGAGCCGATATAGTGCTGCTTCAGGAGATGGATACGCGACCCACAAACCGGGATATTGACACCGACATCAGGGACATTTGCGCCAGCCAGGTGTTTGACCTGGTAGCCTCTCCGGCAATTACAGAAGCGTCAGGTGGTTGGTACGGGAACGCCGTACTAACCCGCTTTCCGGTACTAAGTAATGAAACCCTTGATGTAAGTCAGGATGGTTTTCAACCCCGTAATGTACAGGCAGTAGAAATCAAAACGCCGTCTGGCCCACTTACTGTAATTAATACGCACAAGGGGCTAAAAAAAAGAGAACGCCGCTCGCAATTTGCCAGATTGCATGAATACATAGAGCAACGCATGAAAGATAACCCGACGCCAATAGTGTTAGGGGGAGATTTCAACGAGTGGCAATTTTTTACCCGTGCATTTCGAGCGCTCGACAACGTGCTGACACAGCATAAAGTGGGAGCCACATTTCCCAGTCAATTCCCACTTTTCTCACTCGACAGGATCTGGACATCGCCGGACATCAAATTGCGTCGAATTCGACGGTTAAAAAATCCACGCACCCGTATATTGTCCGATCATTTACCGGTACAGGTAGATATTCGTCTACCACAACAAAACGCGAAAGAGGCTGAAGCTATAACCCCGTTTCAGGCACAAGCGATACTGGGTTGA	MCRIVSYNIHSGIGRDNKHDYRRIGTYLAELGADIVLLQEMDTRPTNRDIDTDIRDICASQVFDLVASPAITEASGGWYGNAVLTRFPVLSNETLDVSQDGFQPRNVQAVEIKTPSGPLTVINTHKGLKKRERRSQFARLHEYIEQRMKDNPTPIVLGGDFNEWQFFTRAFRALDNVLTQHKVGATFPSQFPLFSLDRIWTSPDIKLRRIRRLKNPRTRILSDHLPVQVDIRLPQQNAKEAEAITPFQAQAILG				NA	NA	NA	NA	NA
AK237_01742	975	hdfR_2		HTH-type transcriptional regulator HdfR	ATGAATTCAAAACAATTACAGTACTTCCTCATTACGCTGCAAAAAGGAAGTATAGCCGCAGCCGCAAGAGAACTCGATATCGCTCAACCAGCGATTAGTCAACAACTGGCTAATCTGGAAAGAGAGATGGGAACACCTTTATTTCAGCGAAGCTTTAAAGGGGTTTCTCTCACTGAAGCCGGAGAGGTATTTGCTAATCATGCCAGAAGACTGGTGGATGATATCAATGCCGCAAAAGCGGATTTACAGCATTTAATTGCCGAACAATCGGGTACTGTAAAGGTAGGTATGTTGCCGTCCATTGGCAACGTATTGTCAATGTCATTGCTTTCAGAAGTTAAAAAGTCAGCGAGCAAACTCAAGCTGGACATTAGCACAGGGCCGTCTTATTCCGTAAGGGGCTGGTTAGAGACAAACCAGATTGATATTGCAATCACCTATGAACAGGATGTCGATGCCGTGTCTATGGTTTGTGAGCCGCTTATTGAAGAATATATGTATTTGGTTATTGGCGTTAACCAGCAATCCGATGTTTATCAAAAATTGCAGGACAGAAGCGCCATTAAATTCTGGGAGTTAAGCCAGTTTGAATTGCTCACACCCGGCAGTCGTGACGCACTGGGAATGCTTATTCAACATTACGAAAAGGTCACAGGTGTCGCCTTGCAGCACAACACCGCGTATTCAGGGCAATTGATGACCGGGCTTCGTCAGCTTCTTCAGGGCGAGGGGGCAATGATTCTTCCGTCCTCTGCAATATTCCATTTAGAAGAAAGTGGTTTGGTTAAAGCGTTAAAAATTGAGCAACCTGAAATGCGTCGACAAGTATTGATGGCTACGAACCGCAGTGGATCCTTATCTGACGCGTGTATCAAAATGCGAGAGGTTATTCGCCGCGTGACTGCCTGCGAGCAGGAATTAAATCACTGGCGGGGCGATTTAAAAACCCGTCAACCCAGTATCGCTTGTGCCTGA	MNSKQLQYFLITLQKGSIAAAARELDIAQPAISQQLANLEREMGTPLFQRSFKGVSLTEAGEVFANHARRLVDDINAAKADLQHLIAEQSGTVKVGMLPSIGNVLSMSLLSEVKKSASKLKLDISTGPSYSVRGWLETNQIDIAITYEQDVDAVSMVCEPLIEEYMYLVIGVNQQSDVYQKLQDRSAIKFWELSQFELLTPGSRDALGMLIQHYEKVTGVALQHNTAYSGQLMTGLRQLLQGEGAMILPSSAIFHLEESGLVKALKIEQPEMRRQVLMATNRSGSLSDACIKMREVIRRVTACEQELNHWRGDLKTRQPSIACA				NA	NA	NA	NA	NA
AK237_01743	2664	btuB_14		Vitamin B12 transporter BtuB	ATGAAAATAAAAAAACTCAGTGCTTCAGTTTATGCCGGATTAACCGGCATAACGTTAGCACTAGCACTCTCTCCTTCCGTACAAGCACAAGAAACCGACACACCAGACGCCCAATCCGCTCCTTCTCTTGAAAGAATTGCGGTTGTCGGTGCACGTGGTGCGCCACGTTCTGTAACCAGTTCTCCCGTGCCGGTGGATGTATTTAACGAGGAAGATTTGGAATCAGTATCGTTTACTGACATGAACGACGTGGTACGCACGTTAGTGCCGTCATACACAGTATCTCGCGAACCCATCTCAGACGGGGGTACATTCATTCGTCCAGCCTCATTACGCGGGCTGCCTACCGATAAAACCCTGGTACTGGTAAACGGCAAACGTCGCCATCGCGCCGCGCTTGTGCAAACGAGTGGATCTGGTACCCAGGGCCCCGATCTCGCAACCATCCCCTCTGCAGCCATAGGCTCGGTTGAAGTACTGCGCGATGGTGCTGCGGCACAGTACGGTTCTGATGCTATCGCCGGGGTAATGAACTTTAACCTGAAAACCAATGCGGAAGGTGGCAGTTTCTCCGCCGAATGGGGACAGTATTATGAAGGTGATGGTGATCAGGTCACGCTAACGGGAAACAAAGGTTTCGCCCTTGGCGACGATGGGTTCCTGAGTATTTCAGCTGAATATACAGATAACGAAGCCACCAGCCGTGGTGTGCAGTACTGTATGCCCGCGTTCTGTTTGGACATGGATAATCCCGTTTACGACCCTGATGCCGATTATAACTCGTATCTCACCCCTGAATTTTTTGCCGCAGCTGACGAAATGTCGCGGGAAACTCAAGGCGCAGACGTTGTACAGCCTTGGGGTCAGCCCAATTACGACTCAGCAAAAGTATTTTTCAACGCGGGCTATGCCATCTCCTCAGAAATGGAGCTGTACGCCTTTGGTAACTATTCTGAAAGCTCCGGCGATGGCGCATTCAACTATCGCTATCCAGGCAATAGCGTAATGCAGGATGTCCGCCTTGAAGATGGGTCTGTTTATAACCCCATTGAAATGTTCCCGGGCGGCTTCAACCCTCGTTTTGCCGGCGATATCACTGACTACTCATTGGCTGGTGGTATCAAAGGAATGACCGGCGACCTGTCCTACGATTTATCCGCCCGCTACGGTTACAGCGATATCTCCTACTCCATCTGGACAACTTTTAACCCTTCGTTGATGAATGAATCACAGACTTCTTTTGAACCAGGTGATCTTGCCAACGAGGAAACGCAGCTTCAGGCCGATTTCGTTTATGACTACGAAGGCTATGCAGTCGCGTTCGGGTTGAGTTATATGGACGAAAGCTATGAGATTAAAGAAGGTGAACCCACTTCTTATGAATCGGGACCCTACTCACAATCTGATCCATGGGGCTTTTGTAATGACGACTACACGGCCAGTGACCTTGGTCTTGGCGTTTCGGGCCTGAATTGCGCAAACTATACAACGTCAGATAGCGATGGTGATGGCGTCGAAGACGACGGGATCCCAGGCATGGATCCGGTATACACCGTTGTCGCCGTAGGTTCAAACGGCTTCCCTGGTTATTCTCCGCAGTTTTCAGGAGAGTATAGCCGCGATTCTTATGCAGCCTATGTTGATATTTCCGGCGATCTGACAGATGAACTCTTCGGCCAGGTAGCACTACGCTATGAGGATTACTCAGACATGGGTTCCGAATTAGTTTATAAAGCTGCGGCGATTTATCAGTTAACTGACACAGTAGCCCTTCGCGCATCCTACGGTACAGGTTTCCGTGCACCAACACCTGGCCAGCAGGGTACCACCAACGTTTCAACCTCGTTTATTAACTCTGAACCGGTAGCCATTGGCTTATTCCCAGCAGGAAGCGATGTTGCCCAGGCATTGGGAGCAAATACACTCGATCCGGAAACCTCAACGAACATCACGTTTGGTTTAACTGCGGATTACGGTGATTTCACGTTAACGCTGGACTATTACAACATCGAAATTGAAGACCGTTTCAACGCGATATCAACACTCGATGTATCTACCGATCCGGCTGACGGGGAAGATTACGACCGCTACTTAGCGCTAGACGCGGCGGGTGTAGCGGGTGCTGAATCAATTGGTGGGGTACGTTACTTCCAGAACGCTTTTGATACCACCACTCAAGGCGTAGACATAGTGGCCACTTATCGAATTGCTTCGATGTACGGTAACACGACACTGACCGCGTCATACAACTACAACGAAGTAGAGTTTGACTCCGATCCCAGTGAAATCTTTAACCCTGAAAACACCTTCGATTTCTTAAATGGCATGCCTGAGTCGCGAGCGATTCTGTCCGCTCGCCACGCTTATGAAGCATGGCAGTTTGTAGCCAGGCTGAATTACTACGGCGAATACTCAAACTCAGACTACAACACCAATACGGAAGTCCTGTCTGTTCAGGATTTTGATTCTGAGTTCATGTTCGACCTTGAAGGTTCTTACATGGCCACCGAGAACATGCGTATTTCAGCCGGTGTGCGTAATCTGTTTGATAACTATCCGCAGCCAGATGAAATTGAAGCGACTAACGGACGGGTCTATCGCTCCGACTCAATTGTCGACTGGCAAGGCGGCTATTACTACGTGAAATTTGATTTTACCTTCTAA	MKIKKLSASVYAGLTGITLALALSPSVQAQETDTPDAQSAPSLERIAVVGARGAPRSVTSSPVPVDVFNEEDLESVSFTDMNDVVRTLVPSYTVSREPISDGGTFIRPASLRGLPTDKTLVLVNGKRRHRAALVQTSGSGTQGPDLATIPSAAIGSVEVLRDGAAAQYGSDAIAGVMNFNLKTNAEGGSFSAEWGQYYEGDGDQVTLTGNKGFALGDDGFLSISAEYTDNEATSRGVQYCMPAFCLDMDNPVYDPDADYNSYLTPEFFAAADEMSRETQGADVVQPWGQPNYDSAKVFFNAGYAISSEMELYAFGNYSESSGDGAFNYRYPGNSVMQDVRLEDGSVYNPIEMFPGGFNPRFAGDITDYSLAGGIKGMTGDLSYDLSARYGYSDISYSIWTTFNPSLMNESQTSFEPGDLANEETQLQADFVYDYEGYAVAFGLSYMDESYEIKEGEPTSYESGPYSQSDPWGFCNDDYTASDLGLGVSGLNCANYTTSDSDGDGVEDDGIPGMDPVYTVVAVGSNGFPGYSPQFSGEYSRDSYAAYVDISGDLTDELFGQVALRYEDYSDMGSELVYKAAAIYQLTDTVALRASYGTGFRAPTPGQQGTTNVSTSFINSEPVAIGLFPAGSDVAQALGANTLDPETSTNITFGLTADYGDFTLTLDYYNIEIEDRFNAISTLDVSTDPADGEDYDRYLALDAAGVAGAESIGGVRYFQNAFDTTTQGVDIVATYRIASMYGNTTLTASYNYNEVEFDSDPSEIFNPENTFDFLNGMPESRAILSARHAYEAWQFVARLNYYGEYSNSDYNTNTEVLSVQDFDSEFMFDLEGSYMATENMRISAGVRNLFDNYPQPDEIEATNGRVYRSDSIVDWQGGYYYVKFDFTF	PGPT0003790_5511	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0003790-hutA|fatA|fct|foxR-K02014	NA	NA
AK237_01744	822			hypothetical protein	ATGGAAATCGAGTTGGTCTGGTTTGTATTAACGTTATGTGTAGCAGGCGCAATTGCTGGCATAACTTCAGGCCTTTTTGGAAATGGGGGTGGCTTTGTCGTTGTGCCCGCCCTATCAATTGTCTTCCCTTTTTTTGTACCTGATTCCGATGAAATCGTTAAGGTTGCCATCGGAACGTCTCTGGCTTCAATTGTGGTATCCAGCCTACGATCAGTCATTGCACATAAAGCAAAAGGCGCTGTCGATTTTGAAGTGCTGAAATCCTGGTCTGTATGGATAGTACTCGGCGTTATCGGCGGCTTACTCATCGCAGACAATACCAGTGCGGGTGGCTTAAAAATCGTCTTTGCTGCCGGTGTTTTACTCTATTCCATCTACTTTTTATTCCCCGACTTAGTCGTCCGTCCCGGCGTGCATTTCTCGATGCCAAAAGGTATCGGCAGAGCCACGCTGGCATTTGTACTGGGCGGTTTCTCTGCCCTGTTGGGAATAGGTGGTGGCACACCCACGGTTATCACCATGGTGATGTGTCGCCGTACCATTCAACAAGCCGTTGCCACTGCAGCAGGTGTTGGATTTCTCATCGGTTTACCCGGCGCGCTGGGCTTTTTATTTATGCGCCACTCAGAAACTGCAGCCCTACCGGTTGGCACCGTTGGCTACGTCAACCTGCCAGCCCTCATTGCCATTAGCATTGGTTCGATTATGACTGCGCCAATTGGCGCCAACATGGCACATAACTTCAGCGAAAAGATGTTGAAAAGACTGTTTGGCATTTATTTGATTATCGTGTCACTCGGTATGTTTTACAAAGCCCTATAG	MEIELVWFVLTLCVAGAIAGITSGLFGNGGGFVVVPALSIVFPFFVPDSDEIVKVAIGTSLASIVVSSLRSVIAHKAKGAVDFEVLKSWSVWIVLGVIGGLLIADNTSAGGLKIVFAAGVLLYSIYFLFPDLVVRPGVHFSMPKGIGRATLAFVLGGFSALLGIGGGTPTVITMVMCRRTIQQAVATAAGVGFLIGLPGALGFLFMRHSETAALPVGTVGYVNLPALIAISIGSIMTAPIGANMAHNFSEKMLKRLFGIYLIIVSLGMFYKAL				NA	NA	NA	NA	NA
AK237_01745	1167	hisC_2	COG0079	Histidinol-phosphate aminotransferase	ATGACTTACAACCCTTCAAGACGTTTATTCTTAGGTGGCAGCCTGGCCGCGACTGCCGCTGGCGCGTCTGGCATCATCACGCCAGGTGCTCTAGCAGCAAGCTCCTCAATGGCTCCGCCTCACGTTATGTACGGCCCGCAAGCGGGTATCGCGAAACTCAATGCCAACGAAAACCCCTACGGCCCCAGCCCTACTGCACTGAAGGCTATCGCTGAAGCATCTTCCACTGGTGGTGCGTACTATGCCTATCAGGCAGGACTTTATCTAACCGACATGATTGCCGAAGAATACGGCCTGACGAAAGATAATATTGCTATCACCGCGGGCTCAAGTTTAATTCTCGCTTTTGCTGCCTATGCCGCTACGTCAAAAGGAAAGATTTTAGGGCCCGATTTATTCTGGGATACCACATCTAAAGCGCCGATAAGCCAGGGCGGCCCTGAAATTGTACGCGTACCAAACACAGCCGATCTGGATATTGATTTAGACGCACTCTACAGCGCCATCGATGACAATATTGCCATGGTACACATCTGTAACCCAAACAACCCTACCGGCAAAATTCTTGATACCGCTAAGCTTCGTGAGTTCTGTATTAAGGCTTCGAAGAAAACACTGGTTCTGGTTGATGAGGCATATAATGAGTTAATTCAGGATGGCCCTAACCATTCGATGATTCCGTTAATAAAGGAAGGCCACAACATTATTGTTGCCCGTACTTTCTCCAAAATATATGGTCTGGCTGGTATGCGCGTGGGCTACATGCTTGGCTCTGAGGCCAACATCGACTTTATCAACAAATTCGGTTTGGGCGGTTACTCCATCAATCAGGCTGGCTTAGCGGCGGCTATCGCAAGCTACAAAGATGAAGCCTTTAAAGACTTCTCCCGGGAGAAAGTGATGGAAGCCAAAGAGATGATCATGACTGCGGTTAAGGCGAATGGTCTGACAGCTCTTCCCTCCAGCACCAACTTTGTGTTTGTGAATTTAGGACAAAATGGTGACGCTAACGCGTTCCGCGCGGCCATGGAAAAAGAAAATGTACTGATTCGTGGCCAGTATCGTACCTATGCCCAGTGGTCACGAGTAAGCACCGGCAAAATCGAAGACGTAAAAATGTACGTTGACGCCATGCCCAAAGCATTGGACGCTATGTATAAAGCATAG	MTYNPSRRLFLGGSLAATAAGASGIITPGALAASSSMAPPHVMYGPQAGIAKLNANENPYGPSPTALKAIAEASSTGGAYYAYQAGLYLTDMIAEEYGLTKDNIAITAGSSLILAFAAYAATSKGKILGPDLFWDTTSKAPISQGGPEIVRVPNTADLDIDLDALYSAIDDNIAMVHICNPNNPTGKILDTAKLREFCIKASKKTLVLVDEAYNELIQDGPNHSMIPLIKEGHNIIVARTFSKIYGLAGMRVGYMLGSEANIDFINKFGLGGYSINQAGLAAAIASYKDEAFKDFSREKVMEAKEMIMTAVKANGLTALPSSTNFVFVNLGQNGDANAFRAAMEKENVLIRGQYRTYAQWSRVSTGKIEDVKMYVDAMPKALDAMYKA	PGPT0020305_673	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_UTILIZATION	PLANT_DERIVED_TYROSINE_DEGRADATION,PGPT0020305-hisC-K00817	NA	NA
AK237_01746	1191			hypothetical protein	ATGATGAGTAACAGTCAAATTATGGGTGGGATAAAAAACACACCGCCAGTCGCAATGATTGGCGTAGGCATTAGCCTGGTAGTAGGTTTTGGTTTAGTTTCAATTGGTTTAGCTTATCCCGCTATTGCCGTATCGGCTGTTGGGATATTTCTGGCTGCAAAAATGTCGTCTGAAGAACATACAGAAGTAGCTCAGGAAGCCCCCACTCCCCACGTAGAACCTGTTGTCGATGAAGCTGAAATAACCGGCGAGCTGAGTGCGGTTACACAACGCATGTCCAGCATTCTGACTGACTGTGAAAAGAACCTTTCTGATATATTCAATACCCAGAACGATGCTGTCACCACTTTAAGTGAGTCGTTTTTAAATTTACAACGTCTGGTTGGGGAACAAAATACCTGTATCACTCGCCTCATTCACGCTGACGCAGATAGCGGTGAAATGTATTCGAACAGAATGCGCACCTTTGCAGACGAAACAGAAAAGTCACTCGACAAATTCCTCGAATCTACTGAACAAATTTCCGCTGGCACCACCACTATTCTGGAAAAAGTAAATCGCATTTACGACACCATGCCGACAGTGCTCAAAGCACTTGGAGATATTGATGATATTTCAGCGCAAACGAACTTACTGGCGTTAAATGCTGCCATTGAAGCCGCCCGTGCAGGTGAGGCTGGCCGCGGATTTGCCGTGGTGGCCGATGAAGTAAGAGCTTTATCAAACCGTTCTACTCAATTTAGTGGTGTCATCAAAAAACAAATGGAAAACATAGGCGTGCAAATTGACGAACTGACTCAGGACGTACGTACGCTGGCAGCCCAGGACACCAGCTACATTGTGACAGCGAAACAGGATATCCAGGGTGAGCTGGACGCCATCATCGTTAAAGCTGAAAGCGACGCCAATACCACCAATGAACTGGAAGGTATTTCGGGTCAGCTCGACAGTGCCATTGGTTCGGCCATTCGTGGTATGCAATTTGGTGATATTAACGGCCAGAATCTGACTTACACCCAGGAAATGCTCACTATCGTCAACGAACAATTACCGTTGATTGGCACGCAAGATATTCGCACGGTGGAGAAAAACCTTGAAGAGCTACAAAGTAGCATGAAGCACCGTGCAAACCTTGATCACAATCCAGTGTCTGCAAGTAGCGTAGACGCTGGAGAAATTGAATTATTTTAA	MMSNSQIMGGIKNTPPVAMIGVGISLVVGFGLVSIGLAYPAIAVSAVGIFLAAKMSSEEHTEVAQEAPTPHVEPVVDEAEITGELSAVTQRMSSILTDCEKNLSDIFNTQNDAVTTLSESFLNLQRLVGEQNTCITRLIHADADSGEMYSNRMRTFADETEKSLDKFLESTEQISAGTTTILEKVNRIYDTMPTVLKALGDIDDISAQTNLLALNAAIEAARAGEAGRGFAVVADEVRALSNRSTQFSGVIKKQMENIGVQIDELTQDVRTLAAQDTSYIVTAKQDIQGELDAIIVKAESDANTTNELEGISGQLDSAIGSAIRGMQFGDINGQNLTYTQEMLTIVNEQLPLIGTQDIRTVEKNLEELQSSMKHRANLDHNPVSASSVDAGEIELF	PGPT0015710_28098	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
AK237_01747	366	cheY_5	COG0784	Chemotaxis protein CheY	ATGAGTAAGAATATCCTCATTGTTGATGACTCACCATCAATCCGCCAGATGGTAGAAGTAACGTTGAAGTCTGCCAGTTACCCAGTAACGACAGCCGTTGACGGTCAGGACGCGTTAGATCAGTGCAAAGTGAAACGTTTCGATTTTGTGCTGACTGACCAAAACATGCCGAGAATGGACGGGTTAACGTTAATCAAAAGCCTTCGCGGTATGTCAGCCTATGCGCGCACGCCGATAATCGTGCTTACCACTGAAGCCGGCGACGACATGAAAGCCAAAGGAAAAGCTGCAGGCGCGACAGGCTGGATGGTCAAGCCCTTCGACCCAGCCAAATTACTTGCTGTTGTAGGTAAAGTCCTCGGTTAG	MSKNILIVDDSPSIRQMVEVTLKSASYPVTTAVDGQDALDQCKVKRFDFVLTDQNMPRMDGLTLIKSLRGMSAYARTPIIVLTTEAGDDMKAKGKAAGATGWMVKPFDPAKLLAVVGKVLG	PGPT0015690_4316	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-MOTILITY|CHEMOTAXIS	CHEMOTAXIS_PROTEINS	CHEMOTAXIS_TWO_COMPONENT_SYSTEM_PROTEINS,PGPT0015690-cheY|yneI-K03413	NA	NA
AK237_01748	1938	cheA_1	COG0643	Chemotaxis protein CheA	ATGTCTATCGATATCGAACAATTCCACGCGGTATTCTTCGACGAAAGTCAGGAACACCTTGATGACATGGAACAGCTCCTGATGGAGCTGGATGTCGAAGATCCCGATCTTGAGCAACTTAACAGCATTTTCAGAGCCGCCCACTCTATTAAAGGCGGCAGTGGTATTTTCGGGTTTGATGCGCTCACGGGCCTTACCCATGTCATGGAAAACCTTCTCGACAAGGCGCGCAAACAGACCATTTCATTAGACGTTTCCACGGTAGATCTGTTTCTTGAAACGGTGGATTTACTCAAAGTTATTCTGGATGCCTACCGAACCAGTAGCGAATTGCCCCAGTCTGACATCGACTCTGGCGTAGCCGCGCTGGAAAAAGCACTCGCTGCCGCAGATGGTCAGGCAGGCAGCGCGCCGACACCACCAGCAGAAAATACGGCAACAGATGACGATGATATCGATGGCTTCGGCTTTTTCGATGATGATGATGAACCTGCTACAGACACGCCGGAAATAGCAGAAGCGGGCGCAGATGAAGAAACAAAAGTCGACGCTAAAGATGATGGCATCGACGGGTTTGGTTTCTTTGACGATGAACCACAACCCGCTGCCTCGGAGGAAGAAAAACAAGGCTATGGCTTTTTCAAGCCGGAGGAAGCGGTTGCAGCTGACGCAAAGGCCGCTGCTGCCGATGCCGCCAAAGCGGCCGCTAAACCCGCTGCGAAAAAAGCGGCTGCTAAGTCGACAGCGAATAAAGAAGCCTCATCTATTCGCGTAGACACCCTGAAAATTGATCAGATGGTGAATCTTGTAGGCGAACTGGTTATCACCCAGTCCATGTTGTCGATGATCAGCGATGAAGTTACTGGCGCCGTGGGTCAAAAATTACAAACAGCCATTGCTGAATTGCAACGTAATACTCGTGAGATTCAGGAATCCGCGATGTCTATGCGCATGTTACCCGTCAATATGACGTTCAACCGCTTCCCCCGCGTTGTTCGTGATCTGTCTTCGAAACTGGGGAAAAAAGTAGATTTGGTTATTGAAGGCGGGAACACTGAAATAGACAAAAGCATGATCGAAAAGCTGGTAGACCCGCTTACTCACCTTGTCAGAAACAGTATCGACCACGGTGTAGAAAAGCCAGCTGACAGAGTTGCTTCAGGCAAAACAGAGAACGGAACCGTTATTCTGCGAGCCGCCCAACGCGGCAGCTCCATTGTGATCAGCATCATTGATGATGGTGCGGGGTTAAGTCGCGAACGCATTCTCGCTAAAGCCACTGAAAATGGGCTGCCGGTAACGCCGGATATGCCCGATAGTGAAGTATGGCTGCTGATCTTCCAACCCGGTTTTTCTACCGCCGCCGAAGTAACCGATGTATCCGGTCGCGGAGTCGGTATGGACGTAGTGCGCAGAAACATAGAGGCCATCGGTGGACGCATTGAAATCGATTCACACAAAGGGCTGGGATCGGCGTTCCATATTCACCTACCGCTCACCCTTGCCATTGTAGATGGCATTTGCGCAGCGGTGGGCGATCAAATATTTGTCATCCCACTGGTTAACATCATCGAGTCGTTACAACCCACCGCAGACCAGCTCAAACTCATTAAGAACGAGCATCTGCTATGGATACGCGAACAATACTGGCCACTGGTGGCTATTCACCAAATGATGCATGTCGACAATGCCGTAGCCAAACCCACTCAGGGCATTGTAGTGCTGCTGGAAAGCAGCAAACGACGCTTTGCGATTCAGGTTGATTCTTTGCTGGGTCAGCAACAGGTGGTGATAAAAAGTCTCGAACAGCACTACCGGAAAGTCCCCGGTATCTCTGGTGCAACCATTATGGGAGACGGCCGCGTGGCGATGATCCTTGATGCCGATGCCATTGCTGACTTGTGCAAACCCGTTCATGAAGAGGAAAAGGTGTCATGA	MSIDIEQFHAVFFDESQEHLDDMEQLLMELDVEDPDLEQLNSIFRAAHSIKGGSGIFGFDALTGLTHVMENLLDKARKQTISLDVSTVDLFLETVDLLKVILDAYRTSSELPQSDIDSGVAALEKALAAADGQAGSAPTPPAENTATDDDDIDGFGFFDDDDEPATDTPEIAEAGADEETKVDAKDDGIDGFGFFDDEPQPAASEEEKQGYGFFKPEEAVAADAKAAAADAAKAAAKPAAKKAAAKSTANKEASSIRVDTLKIDQMVNLVGELVITQSMLSMISDEVTGAVGQKLQTAIAELQRNTREIQESAMSMRMLPVNMTFNRFPRVVRDLSSKLGKKVDLVIEGGNTEIDKSMIEKLVDPLTHLVRNSIDHGVEKPADRVASGKTENGTVILRAAQRGSSIVISIIDDGAGLSRERILAKATENGLPVTPDMPDSEVWLLIFQPGFSTAAEVTDVSGRGVGMDVVRRNIEAIGGRIEIDSHKGLGSAFHIHLPLTLAIVDGICAAVGDQIFVIPLVNIIESLQPTADQLKLIKNEHLLWIREQYWPLVAIHQMMHVDNAVAKPTQGIVVLLESSKRRFAIQVDSLLGQQQVVIKSLEQHYRKVPGISGATIMGDGRVAMILDADAIADLCKPVHEEEKVS	PGPT0015645_4199	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-MOTILITY|CHEMOTAXIS	CHEMOTAXIS_PROTEINS	CHEMOTAXIS_TWO_COMPONENT_SYSTEM_PROTEINS,PGPT0015645-cheA|wspE-K03407	NA	NA
AK237_01749	501	cheW_2	COG0835	Chemotaxis protein CheW	ATGAGTGCCAATGCCAGAGATCAACTATCATCTAAAGATATACAGGAATATTTAAGTTTCATATTGAGTACCGAGCAGTATGCTTTGGATATCACTTCGGTAAAGGAAATCCGCGGTTACGAAAAAGTCACTCCCATTGCCAACGCACCGGCCTTCATCAAAGGTGTGCTGAATCTTCGTGGTGACATCGTCCCCATCATCGACTTGCGGATAAAGTTCAATATACCGAACCCCACATACAATGAATTCACCATCGTCATCATGCTACATGTACACAACCGTGTTGTGGGCATTGTCGTTGATGGCGTTTCGGATGTAGTACGCCTAACAGAAGATGAAGTCAGGCCACCTCCTGATTTTGGGGTGATATTCGACAGCCGGTTCCTGAAGGGCTTGGCAACCGTGGATGACCATATGGTTATCCTGGTCAATATTGAACAATTAATTTCCAGCGATGAACTCGGCTTGGTTGCAAAACACCTTTCCGAAGGGGGACAGTAA	MSANARDQLSSKDIQEYLSFILSTEQYALDITSVKEIRGYEKVTPIANAPAFIKGVLNLRGDIVPIIDLRIKFNIPNPTYNEFTIVIMLHVHNRVVGIVVDGVSDVVRLTEDEVRPPPDFGVIFDSRFLKGLATVDDHMVILVNIEQLISSDELGLVAKHLSEGGQ	PGPT0015680_2487	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-MOTILITY|CHEMOTAXIS	CHEMOTAXIS_PROTEINS	CHEMOTAXIS_TWO_COMPONENT_SYSTEM_PROTEINS,PGPT0015680-cheW-K03408	NA	NA
AK237_01750	2934			hypothetical protein	ATGGGTATGTTTGACTGGATCAACAGCGAAGCCTCGCGTGATCAGAAAATTCAGATGTTGCGAAAATCTCAGGCTGTAGACGCATCAACGTGCTGCATCATGATGGCAGATGCCGACAGAAATATCGTTTACGCCAATAAGGCAGTAGTTAAGTTGTTGAAAGACAATGAATCAGAATTGCAAAAATTTCTGCCCCATTTTTCCGCAGATAATCTTATTGGCGAAAATATTGACCAATTTCATAAGAACCCTACGCACCAAAAGAACATGTTGGCAGAGCTAAAACGCCCCATGTCATCGAACATTGTTGTGGGTAAGGTTAACTTTAAACTCACCCTCACCCCACTGAAAGACGAGGAAGGCCACTCTATTGGCACCATGGTGGAGTGGGTTGATCAAACCGAACTGCTGTTAAAATCCGGTATGCTTGAAGCCCTTCATCGGGTTCAGGCTCTGGCCGAGTATACAGCAGAAGGCGAACTTATCGACGTCAATGAAAACTTTCTCAAGCTAACAGGTTATACCCGCGCGGAAGCGCTGGGTAAACACCAGAGCGCTTTTGTTAAACAGGAACTGGTTCACAATCAGGCTTATAAAGATTTCTGGGATAAATTGCGCCGGGGTGAAATTGACTCGGGCGAATATCAACGTTTTGGTAAAGATGATAAAGAGTTCTGGGTACGGGCCTCGTATAACCCCATTTTCGATACCGCAGGTAAGGTAACGAAAGTGGTAGAATTTGCCATTGATATTACTAAGGAGAAATTGAAGAATGCTGTCTATTCAGGTCAGATAGAGGCAATCGGTAAAGCCCAGGCCGTAATTGAATTTGACACCGCGGGAAATATCCAATGGGCCAACGATAACTTCTTAAGTGCAACCGGCTATAATTTAGATGAAATTAAAGGCCAGCATCACAGCATGTTTGTTGAGCCATCTGAAAAAATCAGTGCAGCTTACAGCAATTTCTGGAATGAATTACGTGGCGGTAACTTCAAATCAGGAGAATACAAACGGGTTGCTAAAGGCGGTAACGAAATCTGGATTCAGGCATCCTACAACCCCATCATTGATATGAACGGCAAAGTCTTCAAAGTCGTAAAATACGCGACGTTGATCACTGAACAAAAACTCAAAAACGCTTACTTTGAAGGACAAATTAACGCCATCGGTAAGTCCCAGGCCGTTATCGAATTTAACGTGGACGGTATTATCCAGTGGGCAAATGATAACTTCCTGAATACCGTGGGTTACACCCTCGACGAAATTAAAGATAAACATCACCGGATGTTTGTAGATAAAGAAACCCGGGGTTCAGAAGAATACACGCAGTTCTGGGCTGATTTGAAAAAAGGTAAATTCTTCTCAGGAGAGTTTAAACGAATCAATAAAGCCGGTGAAGAAATCTGGATCCAGGCGTCTTATAACCCAATCCTAGATATGGATGGCAACGTATTTAAAGTTGTAAAGTATGCCACCAATATCACCGAAGAAAAATTACGCACAGCCTATTTCGAGGGTCAAATATCGGCTATCGGTAAATCCCAGGCTGTTATCGAATTCGATATGGACGGCATGGTACTCAATGCCAATGACAACTTCTTAAATACTCTTGGGTATACCCTTGACGAAATCAAAGGCAAACACCACAGCATGTTTGTCGATCAGGAAACCCGCAACGGAAATGAGTACCGCTCGTTCTGGGATCAGTTAAATCATGGCGTTTATCAATCTGGTGAATACAAACGCTTTGGTAAAGGCAATAAAGAGGTTTGGATCCAGGCCTCTTATAACCCTATTCTGAACCAGAATGGCAAGCCTTTCCGCGTGGTGAAATACGCGACAGACGTGACCGCTCGTACCACGGCGGTTTACGATATTAAACAAGTGATGACACAACTGGCGAAGGGCGATCTAACGTGTGAAATTGAAAACGAATTCGAAGGCGAGTTTAAAGTGCTCGGCGAGTCCATCAATCAGTTCATCCGTGATATGCGGGTTACCATTTCGCGCATCAACCACGCAGTAGAAACCATCAGCAGTGCATCAAGTGAAATCGCCAGCGGTAATGCAGACTTATCGAGCCGTACCGAACAACAGGCATCCAGCTTAGAAGAGACGGCGTCGTCGATGGAAGAGCTCACCGGCACCGTTCGATTGAATGCGGAGAATGCCGAGCAAGCCAACAGTCTGGCGTCGCAAGCTTCCTCCATTGCAGTAAATGGTGGAAACATGATTCAGCGCGTAGTGGAAACCATGGCCAGTATCAACGAATCGGCGCAGAAGATTTCTGACATCATTGGCGTCATTGACGGTATTGCTTTCCAAACCAATATTCTGGCGCTGAATGCCGCCGTAGAAGCCGCCCGGGCGGGCGACCAGGGCCGCGGATTTGCGGTGGTGGCCTCTGAGGTAAGAACGTTGGCGCAACGCTCTGCTGAAGCAGCCAAGGATATCAAGGAACTAATTTCAGATTCCGTGGATAAAATTGGTAGTGGCAACACGTTAGTCAAACAAAGTGGTGACACTATGGGCGAGGTTGTAACCTCAATCAAGCGTGTGAACGATATCATGTCTGAGATCGCTGCCGCCTCCTCTGAGCAATCAAATGGTATAAATGAAATCAGTAAAGCGGTCACGCAAATGGATGAAATGACCCAGCAGAATGCCGCGCTTGTGGAAGAAGCCGCTGCAGCCGCAGAAAGCATGCGTCAGCAAGCTGCGCAGTTATCTGAGCGTGTTGCGACCTTTAAGCTCAGTGATAGGGAGCGCGCAGAAGAGCCTTTGAATGATTTACCGGCCTTATCTTCAAAACCGAAGCCACAGGCCCGTAAACCTGCACCTGTCTTAGAATCAAAAAACAACGTTAAGCCAGGAAAACCCTCTGTAAAAGCTGCTGCACCTGAAGATACAGAAGAATGGGAAAGCTTTTAA	MGMFDWINSEASRDQKIQMLRKSQAVDASTCCIMMADADRNIVYANKAVVKLLKDNESELQKFLPHFSADNLIGENIDQFHKNPTHQKNMLAELKRPMSSNIVVGKVNFKLTLTPLKDEEGHSIGTMVEWVDQTELLLKSGMLEALHRVQALAEYTAEGELIDVNENFLKLTGYTRAEALGKHQSAFVKQELVHNQAYKDFWDKLRRGEIDSGEYQRFGKDDKEFWVRASYNPIFDTAGKVTKVVEFAIDITKEKLKNAVYSGQIEAIGKAQAVIEFDTAGNIQWANDNFLSATGYNLDEIKGQHHSMFVEPSEKISAAYSNFWNELRGGNFKSGEYKRVAKGGNEIWIQASYNPIIDMNGKVFKVVKYATLITEQKLKNAYFEGQINAIGKSQAVIEFNVDGIIQWANDNFLNTVGYTLDEIKDKHHRMFVDKETRGSEEYTQFWADLKKGKFFSGEFKRINKAGEEIWIQASYNPILDMDGNVFKVVKYATNITEEKLRTAYFEGQISAIGKSQAVIEFDMDGMVLNANDNFLNTLGYTLDEIKGKHHSMFVDQETRNGNEYRSFWDQLNHGVYQSGEYKRFGKGNKEVWIQASYNPILNQNGKPFRVVKYATDVTARTTAVYDIKQVMTQLAKGDLTCEIENEFEGEFKVLGESINQFIRDMRVTISRINHAVETISSASSEIASGNADLSSRTEQQASSLEETASSMEELTGTVRLNAENAEQANSLASQASSIAVNGGNMIQRVVETMASINESAQKISDIIGVIDGIAFQTNILALNAAVEAARAGDQGRGFAVVASEVRTLAQRSAEAAKDIKELISDSVDKIGSGNTLVKQSGDTMGEVVTSIKRVNDIMSEIAAASSEQSNGINEISKAVTQMDEMTQQNAALVEEAAAAAESMRQQAAQLSERVATFKLSDRERAEEPLNDLPALSSKPKPQARKPAPVLESKNNVKPGKPSVKAAAPEDTEEWESF	PGPT0015710_198	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
AK237_01751	837	cheR_2		Chemotaxis protein methyltransferase	ATGAGCCAAAGTGCCCAGCAAGAATTTGCGTTCAATAAAGAGGACTTTGAAAGAGTCAGACGAACCTTATATCAAAAAGCAGGGATCAATTTAACCGATACCAAAGATTCCCTGGTATACAGCAGACTCGCCCGCAGACTGCGGGCGTTGTCGCTGTACAGTTTCGATGACTATCTCACTTACCTCAAGCGCACGCCTGAAGAAGACGAGAACTTTATCAACGCCCTTACCACTAACCTGACATCATTTTTCCGGGAAGCCCATCATTTCGACGCGTTAGCTAATTATCTGCGAACGCACCCCGGGCAACGCACTATTTGGTGTTCAGCAAGTAGCACTGGCGAGGAACCTTATTCAATTGCGATGACCGTTGCAGAAGTCTTCGATAGTTTTGACAACCCTGTGTCAATTATTGCGTCTGACATAGACAGTCAAGTATTGGCCAAAGCCAGTGCTGGCATCTACAACAGTGAAGCCACCAGCAAACTCACTCCGCATCAGTGCAAAAAGTTTTTGCATAAAGGAAAAGGCAGCCAGAAAGGCAAAGTGAGAGTGGTTCCAGAGCTTAGAAAAAATGTGAGTTTCAGACGTATTAATTTAATGGATGTGACGTGGCCAATACGCGGGCCGATAGATGTCATATTCTGCCGGAATGTGATGATTTACTTTGATAAGCCCACACAGCTAAACATTTTAAAACGCATGGTCGCTTTGCTGCCTGATGACGGTTTATACATTGCCGGCCATTCGGAAAACTTTAACAAAGATTCCGAAATCGTCACTCCTGTGGGTAAAACAATTTACAAACCGGTACGTAAAGGCCGACGTTATGGCTGA	MSQSAQQEFAFNKEDFERVRRTLYQKAGINLTDTKDSLVYSRLARRLRALSLYSFDDYLTYLKRTPEEDENFINALTTNLTSFFREAHHFDALANYLRTHPGQRTIWCSASSTGEEPYSIAMTVAEVFDSFDNPVSIIASDIDSQVLAKASAGIYNSEATSKLTPHQCKKFLHKGKGSQKGKVRVVPELRKNVSFRRINLMDVTWPIRGPIDVIFCRNVMIYFDKPTQLNILKRMVALLPDDGLYIAGHSENFNKDSEIVTPVGKTIYKPVRKGRRYG	PGPT0015670_2548	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-MOTILITY|CHEMOTAXIS	CHEMOTAXIS_PROTEINS	CHEMOTAXIS_TWO_COMPONENT_SYSTEM_PROTEINS,PGPT0015670-cheR|pilK-K00575	NA	NA
AK237_01752	615	cheD_1		Chemoreceptor glutamine deamidase CheD	ATGGCTGAGACCTTCATGGATGGTAAAGGTCACGAAGCAAATTCGTATTACGACCCTCGATTTGTTCGACAGGCAGTAAAAATTTTGCCGGGCGAGTATTTCTCCACGGCCAACGATACACTAATGGTCACAGTATTGGGTTCTTGCGTGTCGGCATGCTTAATGGATTTACATAATGGCATATGCGGCATGAATCACTTTCTCTTACCCTCAGACAGAGGCTCCGAAGGTGAGTTCTGCGAAGCGTCGCGCTACGGCATGTATGCCATGGAATTACTCGTGAACCAGATGATGAACTTAGGCGCTGACAAGCGCCATTTGCAAGCCAAGGTGTTTGGCGGTGGCAACGTGGTGGCCGGTATTTCGGTAACAAACGTTGGACAGATGAATGCGGAATTTGTAACCACTTACTTACGCAGAGAGCGTATACCAATAGTTGCCAGCGATCTTCTTGAGGATTATGCGCGAAAAATTTATTTCTTCCCTGACTCTGGCCAGGTGCTCGTAAAACGCATAAGGAAATTCAATAACTCAACCATCATGGATCGTGAAAGTGCTTATCGCATTAAGTTGAAACAAGGGCCCGAACAGAGTGAATTTGAACAGTTTGATTAG	MAETFMDGKGHEANSYYDPRFVRQAVKILPGEYFSTANDTLMVTVLGSCVSACLMDLHNGICGMNHFLLPSDRGSEGEFCEASRYGMYAMELLVNQMMNLGADKRHLQAKVFGGGNVVAGISVTNVGQMNAEFVTTYLRRERIPIVASDLLEDYARKIYFFPDSGQVLVKRIRKFNNSTIMDRESAYRIKLKQGPEQSEFEQFD	PGPT0015665_419	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-MOTILITY|CHEMOTAXIS	CHEMOTAXIS_PROTEINS	CHEMOTAXIS_TWO_COMPONENT_SYSTEM_PROTEINS,PGPT0015665-cheD-K03411	NA	NA
AK237_01753	1047	cheB2	COG2201	Protein-glutamate methylesterase/protein-glutamine glutaminase 2	ATGACTATAAAAGTACTTGTCGTAGACGACTCTGCGTTAATTAGAAACTTGCTTGGCGAAATAATAAAAAGCGAAAGCGATATGCAACTGGTTGGCGCAGCCCCCGATGCGTATGTGGCAAAAAAAATGGTGCAAGAGCACTCGCCGGATGTCATTACACTCGACATCGAAATGCCCAAAGTCGATGGGTTACGCTTTCTTGACGTACTAATGAAGGCGCGTCCGACCCCCGTTGTTATGATCTCAACCCTCACAGAAGCTGGTGCAGACGCCACCATTCGTTCGCTGGAATTAGGGGCTGTAGATTTTATTCCAAAGCCCAAATTAGGTGTAGTTCAGGGAATTGAGGAATATCGCGAGCTGATCTTATCGAAAATACGCATGGCTGCGCGTTCGCGGGTACGGCAACAAAAGCCAACTACCGTAAAATCCACCACCGCCCTCACCTACTCCAGTACCGAGAAAATCATTGCCATCGGCGCATCAACGGGGGGGACCGAAGCCATTAAAGCTATCGTAAGCGCTCTGCCTGCCAATGCACCAGCCACCGTTATCACGCAACATATGCCGCCAGGCTATACAAGCACCTTTGCCAAAAGGCTCGATGCATGTAGCCAGCTGAAAATTGTTGAAGCAAGAGGAGACGAGCGCCTTTTGCCAGGTCATGGTTATCTGGCGCCCGGAGACAAGCACATGGAAATTATTCGTAGCGGTGCTGACTACCGGATACGCCTAAACGACGGCCCACGAGTTAGTGGTCACAAACCCTCTGTCGATATGATGTTTACCTCACTGGTGGAATCTGCTGGCAATAACGTGGTGGCCAGCCTGCTAACCGGAATGGGTAAAGATGGCGCTGACGGTTTACTTGCATTGAAGCAAAAAGGGGCATTTACCATTTGTCAGAACGAAGACACGTGTGTGGTGTACGGTATGCCCAAAGTTGCTGTTTCTCTGGGTGCCGCAGAGAAAATTCTACCGCTGGAGAACATCGCCCAGGCTATGGTTTCACAACTTGAGAAAATGAAAGCAGGGAGTCGTCTGTAA	MTIKVLVVDDSALIRNLLGEIIKSESDMQLVGAAPDAYVAKKMVQEHSPDVITLDIEMPKVDGLRFLDVLMKARPTPVVMISTLTEAGADATIRSLELGAVDFIPKPKLGVVQGIEEYRELILSKIRMAARSRVRQQKPTTVKSTTALTYSSTEKIIAIGASTGGTEAIKAIVSALPANAPATVITQHMPPGYTSTFAKRLDACSQLKIVEARGDERLLPGHGYLAPGDKHMEIIRSGADYRIRLNDGPRVSGHKPSVDMMFTSLVESAGNNVVASLLTGMGKDGADGLLALKQKGAFTICQNEDTCVVYGMPKVAVSLGAAEKILPLENIAQAMVSQLEKMKAGSRL	PGPT0015650_2980	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-MOTILITY|CHEMOTAXIS	CHEMOTAXIS_PROTEINS	CHEMOTAXIS_TWO_COMPONENT_SYSTEM_PROTEINS,PGPT0015650-cheB|chpB|wspF-K03412	NA	NA
AK237_01754	366	spo0A		Stage 0 sporulation protein A	ATGACAGTTCCGCTACTTGTGGCTGATGACTCGCGTTTATCGAGAAGAAGTGTACTTAAATCGCTTCCCCCTGAAATCGAGTTTACTGTCACAGAAGCTGCGAATGGCAGAGAAGCAATCGATTTACTCGAAAAGTCCGAGTTTAAATTGCTTTTGCTCGATTTGACGATGCCCGAGGTGGACGGTGTTGGCGTACTTGAATACCTGGCAGGCAAAGACGAAAGACCCGATGTGATTGTTATCAGTGCTGATTTTCAGCCAGAAAAACAACGCATTGTAATGGATCTGGGTGCGCATAAGTTCATCAGAAAGCCCCTGGATAAAGAAGAATTAGCCATGACATTGTTTGAGCTGGGGTACCTATGA	MTVPLLVADDSRLSRRSVLKSLPPEIEFTVTEAANGREAIDLLEKSEFKLLLLDLTMPEVDGVGVLEYLAGKDERPDVIVISADFQPEKQRIVMDLGAHKFIRKPLDKEELAMTLFELGYL	PGPT0015690_4254	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-MOTILITY|CHEMOTAXIS	CHEMOTAXIS_PROTEINS	CHEMOTAXIS_TWO_COMPONENT_SYSTEM_PROTEINS,PGPT0015690-cheY|yneI-K03413	NA	NA
AK237_01755	585			hypothetical protein	ATGAGCAGTGTTATCTCCCTCACAGAAGATCAACGTGACGCTCTCCAGGAGTTAATGAATATCTCTATGGGGCAAGCTGCTAATTCGTTGGCGCATTTAATCGAAACTAAAATCGGCATCTCTATTCCGAAGATTTCTGCGGTTACGCCATCAGAGCTGTTTACGCTCATCAACCGAAGTGAAAACGCGTTTTATACACGACAGTCTTTCCTTGGCGATATTCAAGGTGAAGTCATGGCGGTCGTTTCTGAGAGCGGCTTGTCTGAAGTCGCCAGCTTGCTGGAATACGAGGCACCGCTTAGCCAAAGCGATATTGAAGAAACCATTCTGGAATTATCCAATATATTAGCTGGGGCCTGCCTTGCTGGCTTATCAAATCAATTAGAATTAGCCACGAACTTAAACATGCCAACGCTTTTTTCCCCCAACAAAGCGTCATTCGTGGAACTAAACTGGCAACACAGTTTAGTCATGGAAGTGCAATTCGATATTGAATTATCATCGTTCTCTATGCGTGTTGTATTTTGTTTAGACCGCGCTTCACTGGTCAAACTCACCGAAACCATTGATGAATTACTGGGTTAA	MSSVISLTEDQRDALQELMNISMGQAANSLAHLIETKIGISIPKISAVTPSELFTLINRSENAFYTRQSFLGDIQGEVMAVVSESGLSEVASLLEYEAPLSQSDIEETILELSNILAGACLAGLSNQLELATNLNMPTLFSPNKASFVELNWQHSLVMEVQFDIELSSFSMRVVFCLDRASLVKLTETIDELLG	PGPT0015660_1091	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-MOTILITY|CHEMOTAXIS	CHEMOTAXIS_PROTEINS	CHEMOTAXIS_TWO_COMPONENT_SYSTEM_PROTEINS,PGPT0015660-cheC-K03410	NA	NA
AK237_01756	1275	sasA_7		Adaptive-response sensory-kinase SasA	ATGTTCGAGCAACTGTTTGGCAAGTTACCGGTTGGGATCTGCATTGTAAATGAAGATTACCAGGTCATCTTTCTCAATGATTTTTTCATCGACAGGATGGAAACAGCGTTGCGTGCCGACTACCTGGACAAACCCGTCGCAGAGCTTTTTCCCGAGCAAGAGAAGTTTTTACGTCGCAGGATAAAATCCGTTTTTGTTTTACAGCACCCCAGCTTTAGTTATTGGGAACAGCGCCCGCATATTTTTCCTTTCAAAAGCAGCCGCCCTATTACCGGTGAAGAAACCCAAATGTATCAGAACATGGAAATTGTTCCGCTGTCTTCACCAGATCACGGCAAGCTGGCCTGTATTTTCCTGCAGGATGTTACCGCGCAAGCCAGTTATTTTATTGCTCAACAATCGCTTTCTGAAGCACTAAAAAGAGAGCATGAAGAACAACTTAAACTCATTAAAAAACTGGATTCCGCTCAAAGCCAATTGATTCAGGCCGAAAAAATGGCATCTACCGGACAGCTCGCCGCGGGCATCGCCCATGAAATCAATAATCCTATCGGGTTCGTTTCTGCCAATCTTGACACGCTTAAACAGTATGGCGAACATCTCATCACTATCTGTGACACCCTGGAAAATCGTATAGAAGACACAGATGAAAAGACCCGCTCGCTAGTCAGTAAGTTGCTGGATGAACATCACTACGACTTACTCAAAGAAGACATGACCCCCTTGATTGATGAATCCCGCGAAGGATTAACCCGGGTAAGGGATATTGTTGAAAACCTTAAACGTTTTGCGCTTGAAGAATCTACAGGTTGGCAGCTACTCGACCTGGATGCGTCGATGACCCAAATGGTTGAATTGGTGAGTGTGCAATATAAGACGCCCACCTACAAAGTTAGCTGTGAACCCAAAGGGCTTAAAATATACTGCGAACCGGGCAGTTTAAAGCAGGCCCTGATGAATATTGTGATAAATGCCGCACAATCTATTGATCACAAGGGATTTGTGAAAATCGACGTGCGCCACAACGACATCGAAACCAAAATAAAAATCATAGATAGCGGGTGCGGCATTGAAGAAAAACACCTCAAAAAGATTTTTGATCCTTTCTTTACTACCAAGCCAGAAGGGCTTGGTCAGGGCCTGGGTTTGTCGGTCGCTTACACTGCCATTGAGCAGCATGACGGACGTATCACGGTAAGCAGTAAGTTGGGCAAAGGTACGGTGTGTGAAGTGACGCTGCCTACCCTTAGTCCCGATGACGATCCCACTGAATAA	MFEQLFGKLPVGICIVNEDYQVIFLNDFFIDRMETALRADYLDKPVAELFPEQEKFLRRRIKSVFVLQHPSFSYWEQRPHIFPFKSSRPITGEETQMYQNMEIVPLSSPDHGKLACIFLQDVTAQASYFIAQQSLSEALKREHEEQLKLIKKLDSAQSQLIQAEKMASTGQLAAGIAHEINNPIGFVSANLDTLKQYGEHLITICDTLENRIEDTDEKTRSLVSKLLDEHHYDLLKEDMTPLIDESREGLTRVRDIVENLKRFALEESTGWQLLDLDASMTQMVELVSVQYKTPTYKVSCEPKGLKIYCEPGSLKQALMNIVINAAQSIDHKGFVKIDVRHNDIETKIKIIDSGCGIEEKHLKKIFDPFFTTKPEGLGQGLGLSVAYTAIEQHDGRITVSSKLGKGTVCEVTLPTLSPDDDPTE				NA	NA	NA	NA	NA
AK237_01757	1875			hypothetical protein	ATGTACCCAGAAAAACGGTTGAATAAATTCCTATTTGGGTTTGTTGCGATCAGCTTATTTTCCTTACCGGCATTGGCTACCCAATGGACCGCGGATACAGAATCACTGTTATCCAATGTAAGAAATTCGCCTCAGGATGTGCTTGATGCCATCGACAAGCCGCCAGAAGACGCACAGCCCTCGGTGAAAGCGGCGTATTACTATGTCATAAGCCGTGCTAACGGTGCATTAGCGTTGCACGAAAAAGCGAAATCGGCAGCAGATATCGGACTGCAATTAGTCACCAATAAGGCCTCTTCGTTGTACCACTATCTGGTACTGGCGCAGGCAGAAGCGCAAGACGGCCTGGGCCAGGCGCAGGCTGTAATAGCCCAAGCCGCTGATTCGCTGGCGTGGGCACGAAAAAATAATGACGCCCGGTTACTCAATTATGCCATTAGCGTTAATGGCTACTTAAACATTACACTCAATCAATTCGGCGAGGCTCTCGCACTGTTTCAGGAAGGCTATCAACGATTAGATGCACCGGTGGGTAATTTCAGCCGTGCAGACTTCGCCAGCATGATTGCACTGGTGTACGAATACCGCCAGGAGCCTGAGCAAGCCGTTCGCTTCTATGAGGAAGCAGAAGCATATTATCGCCAGAATAATGTTCGACTTGAGCTGGCAAACACCCTTTTTGGTTTAGGCAAAAGCGCGATTGAAACCGGTGATGGCGAAGAGGGAATGGCGTTATTGCTCGAATCAGCCAGTATTGCTATTAATATCCGCGATTTGCAAGGCGCGGCATTCAGTTACGAAGCCATTGCGGCAGAACTGATTGACCGGGGTAATAGCCAGGCTGCATCACCATTTTTAGATGACGCTCTGGCGCTCTTTATGCAGGCGGGAAATCCGTTTATGCAAATCAAAGTGCTAATTGAAAAGGCACAAATTGCGTTGGAACAGAACCAGCCTGAAGAGGCGCTCAGACGCCTTTCTGTTGCAGAAACCCTGGCTATCGGCGACTCTTTTCTTTCACAACGTATTGCCATCGCCGACACAAAAGCGCGTGTTTTTGCCGCTAAAGGCGAACATCAGGCGGCCTACGCCGTGTTACTCCAAAACCGCCAAAATCGTGCGTTACTACAAAAAGAAATTAACTCACGCCGCATTCTCGAATTACAGACCCAATTCGACGTTGAAAAGCAACGCGCGCAAAATGCTCTGCTTGAAGAACAAAACCTGCGACAGCAAAACCAGTTAAAAAGTGAGCAACGTTTACAACGCTACACTATTGCCCTTATTGCCCTGTTATTTGTCGTGTGTGGATTGCTAACGTGGCTATATTTCAATGGTAAGCGTCACCAGAAGCGGTTAGAACAATTGGCAAATTATGATGGTTTGACAGGGTTAATGACTCGTAGAAAAGCGATGGAAGATGCCGAACTGCAATATCAATTAGCGCACCGTCATCATACTAAATTAACCGCTGCCATTATCGACTTAGACCATTTCAAAAACATTAACGATGCCTTTGGTCACCAAATTGGCGATGAGGTGTTGAAGTCTTTTGGCAAACGCGCCACACGACATTTCAGAAAAACCGATGTGTTAGGCCGTATAGGAGGGGAAGAGTTTTTATTTTTGTTTCCTCATACTGACACTCCCGACGCTTTGGAGATGCTGCAACGTTTCGCTGACAGTGTCAAAGAGATCCCTCAGGAGCTCGGTAAGAAAAACCTGAAAGTGACACTGTCTGTTGGCATCGTAGAAGCCGGGCATTTCGACAATCTTACACAAGTTGTGGCGCATGCCGACGAAGCACTTTACGAAGCTAAAAATAGCGGCAGAGACAAGATTGTGACAGCGACCACGCCCGACGCTCACAACTGA	MYPEKRLNKFLFGFVAISLFSLPALATQWTADTESLLSNVRNSPQDVLDAIDKPPEDAQPSVKAAYYYVISRANGALALHEKAKSAADIGLQLVTNKASSLYHYLVLAQAEAQDGLGQAQAVIAQAADSLAWARKNNDARLLNYAISVNGYLNITLNQFGEALALFQEGYQRLDAPVGNFSRADFASMIALVYEYRQEPEQAVRFYEEAEAYYRQNNVRLELANTLFGLGKSAIETGDGEEGMALLLESASIAINIRDLQGAAFSYEAIAAELIDRGNSQAASPFLDDALALFMQAGNPFMQIKVLIEKAQIALEQNQPEEALRRLSVAETLAIGDSFLSQRIAIADTKARVFAAKGEHQAAYAVLLQNRQNRALLQKEINSRRILELQTQFDVEKQRAQNALLEEQNLRQQNQLKSEQRLQRYTIALIALLFVVCGLLTWLYFNGKRHQKRLEQLANYDGLTGLMTRRKAMEDAELQYQLAHRHHTKLTAAIIDLDHFKNINDAFGHQIGDEVLKSFGKRATRHFRKTDVLGRIGGEEFLFLFPHTDTPDALEMLQRFADSVKEIPQELGKKNLKVTLSVGIVEAGHFDNLTQVVAHADEALYEAKNSGRDKIVTATTPDAHN				NA	NA	NA	NA	NA
AK237_01758	2373	polB	COG0417	DNA polymerase II	ATGGGCAACACAATAACCTCAATAGAAACGGGGAAAGGCTTTATTCTTTCCCGTCGTACGGTTCGACAAGGCGCGCAAGAATGCATCGAGCTTTGGCTAGCTACCGACAACGGGCCAGTTCGGGTAGTATCAGAGCCACAAACGAACGTATGCTTTGTAAAAACCGAACACGTGTCGCAGATCCGCGCTCTGGTGCGTCAGGACGGACTCAAGGTAGCGTTCGAAGCCGGTAATTTCAAAACCCTTGAGCACGAACCTGTCACATTGCTACGTAGTCATAACGACCCAACCCAGGTCAAACTGCGCCGGTTAGCACAAGCCTCCGGAGTGCCTCTTTACGAAAGCGATATTAAATCTACCGATCGCTTTCTTATGGAGCGGTTCGCGTACGGTAGCGTGAGTTATCAGGGGCAGCGCCAGGGTGAGGCTGTTATACAGGCAAAGGTAAAAGGCGATAATTACCAAGGCGCATTTGTTACTGCGTCGATTGATATTGAGTGCGACGAGAACGAAACGCTTTATTCTATTGGTATCGCTTCAAAAACTCTCAATTGTGTTTTACTCAACACCGCTCATACTGAAGCGGTAACCCAGATATTTCCTCAATTCACTGTCGTTAATCTTGCCGATGAGAAAGCGGTACTTACCGCATTTTGCCAACAGATTTCCGCGCTTGATCCAGACATTCTACTGGGCTGGAACATCAAGCAATTTGACTTTGCGGTACTGCACCGCATGGCGAAAAGACTAGGTATAGCGTTACCTCTTGGCCGCCAGGATGAAGTGTTATCCGTGCGTGACTGGGATAACGGAACCCAAGTCATCGTTGATATTCCCGGCCGATGCATTATCGATGGCATTGATGCGCTCAAAACCATGACCTATCAATTCGAGCGGTTCTCATTGGATGCAGTGGCCCATGCTTTACTTGGGAAAGGAAAGCTGATTGAAAGTGAAGATCGCCTCGAGGAAATTAAAACGCTTTATCGTACAACCCCCGCAGCTCTGGTTGAATATAACCATCAGGATTGCGTGCTTGTAAATGAGATTGCTGACAAAACGGGTTTCGTCGATTTTTTAATGTTGCGTAGCACCCTGACAGGGTTAGACATGAGCCGTCCAGGCGGTTCGGTTGCCGCGTTTATCAATGTCTATTTGCCCAAACTTCACCGTGCAGGCTATATCAGTGGCATTCGCCCGGAAAACGGTGGCTTAGCGAGTCCTGGCGGTTATGTTATGTCCTCAAAGCCAGGTTTGTACAACAATGTGTTGGTGCTCGATTTTAAGAGCTTGTACCCTTCAATCATCCGTACCTTTTTAATTGACCCGCTAGGACTCGCCGAAGGATTACTTAACCCCGACCATGCCGTAGCCGGATTCCGGGGTGCGCAGTTCTCAAGAACGCGCCATTTTCTTCCCGATATTATTGCCAACTTGTGGCAGCAGCGCGATGAAGCTAAGCGACAGCAAGATGCTGCACGCTCACAGGCGATCAAAATTCTCATGAACTCCTTTTATGGTGTACTCGGCAGTGGCGGCTGCCCGTTTTATGATCCGCGATTAGCAAGCTCGATTACCATGCGCGGCCATGAAATTATGCAGACCACCGCAAAATGGATTGCCTCTGAAGGCTATGAAGTCATTTATGGGGATACTGATTCCACATTCGTTCATATTGGTAACCACACTGATGATGAGCAAGCGCAACGCATCGGCAACACGCTTCAAGAACTGATCAATGCGCGTTGGCAACACACATTAAAAACCGACTTTACTCTGCCGTGTCATCTGGAAATTGAATTTGAAACCCATTTTCGCCGCTTTTTCATGCCGACAATACGAGGCTCAGAAGAAGGAAGTAAAAAACGATATGCCGGAGTCACGGTTAAGGATGGTCAGCAACAGTTAGTCTTTAAAGGGCTGGAAAATGTGCGCTCAGACTGGACAGCCCTTGCCAGACAGTTTCAGGAAAGCTTGTACCAGCGTATTTTTGCTGACCAACCGGTTACCGACTATATCAATGATTTATTAGCGGCCATTCGACAAGGCAAGCACGATGACTCGCTCGTGTATGCTCGCCGTTTACGCAAGCCATTATCGGCCTACACGCGAACTCAACCTCCACACGTGAAAGCTGCCCGACTTGCTGATGAACATAATGCCGCCCTGGGCAGACCTTTGCGATATCAACATCGCACAACCGTACGGTATGTCGTAACCGTAACAGGTCCGCAAACCACAGAGTATGTAACCCACTCATTAGACTACGAACACTATATAGAAAAGCAAATCCGCCCCATTGCCGACAGTATTCTCCCTGCGGTAGGCCTGCGGTTCGAAGACATAGACAACCAGCAATTAGGTTTGTTTTAA	MGNTITSIETGKGFILSRRTVRQGAQECIELWLATDNGPVRVVSEPQTNVCFVKTEHVSQIRALVRQDGLKVAFEAGNFKTLEHEPVTLLRSHNDPTQVKLRRLAQASGVPLYESDIKSTDRFLMERFAYGSVSYQGQRQGEAVIQAKVKGDNYQGAFVTASIDIECDENETLYSIGIASKTLNCVLLNTAHTEAVTQIFPQFTVVNLADEKAVLTAFCQQISALDPDILLGWNIKQFDFAVLHRMAKRLGIALPLGRQDEVLSVRDWDNGTQVIVDIPGRCIIDGIDALKTMTYQFERFSLDAVAHALLGKGKLIESEDRLEEIKTLYRTTPAALVEYNHQDCVLVNEIADKTGFVDFLMLRSTLTGLDMSRPGGSVAAFINVYLPKLHRAGYISGIRPENGGLASPGGYVMSSKPGLYNNVLVLDFKSLYPSIIRTFLIDPLGLAEGLLNPDHAVAGFRGAQFSRTRHFLPDIIANLWQQRDEAKRQQDAARSQAIKILMNSFYGVLGSGGCPFYDPRLASSITMRGHEIMQTTAKWIASEGYEVIYGDTDSTFVHIGNHTDDEQAQRIGNTLQELINARWQHTLKTDFTLPCHLEIEFETHFRRFFMPTIRGSEEGSKKRYAGVTVKDGQQQLVFKGLENVRSDWTALARQFQESLYQRIFADQPVTDYINDLLAAIRQGKHDDSLVYARRLRKPLSAYTRTQPPHVKAARLADEHNAALGRPLRYQHRTTVRYVVTVTGPQTTEYVTHSLDYEHYIEKQIRPIADSILPAVGLRFEDIDNQQLGLF				NA	NA	NA	NA	NA
AK237_01759	210			hypothetical protein	GTGTTCAACTGGAAAGCATTCTTAAAGCCCGAGGATTGGGCGTCAATATTTAAGCATACAGGGCTTTTGGCCTACGCATTTACTGCCAGTATTTTGTTTAAATCCCTCGGCTTCATTCCATCCCATCAAGTGCCCATTACGATGTTAATTGCATTCGCCTCACTGGAATGGATGTGCTTTCAACGCACACGCGAGTCTTCACACCAATAA	MFNWKAFLKPEDWASIFKHTGLLAYAFTASILFKSLGFIPSHQVPITMLIAFASLEWMCFQRTRESSHQ				NA	NA	NA	NA	NA
AK237_01760	3291			hypothetical protein	ATGTTGTACATGAGTTCAGCGCGGTTTTTTATAGGTGAATGGCAGGTAAACCCTGCAGATAATACAATATCGCTTGGCAAGACCAAACGCACAATAGAACCAAAGGCAATGGATGTCTTGTTACTGTTGTGTCAGTTTGAAGGCGAAGTCGTCAGTGCCGATGACATTATTGACCAATGTTGGCCGCATCAAGCCATAGGCGATAACCCGGTTCATAAGGCTATCACACAACTACGTCGTGCTTTCAACGATAAAGCGAGCGCGCCTGCGTTTATCGAAACGATTCGCAAACGTGGCTATCGTATTGTCGCGAAAGTGACTTTTCCACTAAACGAAAGCGAAAAAGCACAGAATACGACATGGACAAAGGGCTCTCCTTATCCGGGTTTAGCGTCGTTTACCGAGAATGAATCGGCGGTTTTCTTTGGCCGGGCAAGTGCCATCGACGGGCTTTTACAGAAGTTAGATAGCCAGCGCAAAGCGCGCCATTTACTCACAATCATCCTGGGCCCCAGTGGCAGCGGAAAAAGCTCTCTCGTGCAAGCCGGCGTTGTCCCCCGGTTAAAGTCCGCGCAGGGATACAGCGACGTACGCGTGATCAGCGACACCTATATTGACGCGGCAGATATTACCCCACAACACCTCTTTAGCGAACTTGCCAGTGCGCTGCTGGATTTGGAACTGAATGACGAGCCTGTGTTTGTCGGTTTCAGTAGCGACACGCTTGCTTCACAATTACAAAGCGAGCCCGAGTCGCTCAGCGCATTTTGTTTGCAGCGCCTGAACTTTCGCACTGACGACAACAAGCAACCACTATGTTTGCTGGTGTTTGACAGACTAGAGGCCATTCTCGCTACGTCAGCCCTCACACAGCAACAAAAGGACACATTTTTCCATGCAATAGACTGCCTGGCATCGAACAATGCCTTGCTTATTTACCTGTTGTGTAGAAACGATTTCTATCCCCAGTTAACCCATTTCCCTGTGCTCATGCGGCACAAAAATCGCGGCGGGCATTTCGACTTACAGTCGCCCTCGGCGATAGAAGTTAGCCAGATGGTAAGACTGCCCGCTGCCGCGGCCAGTTTACAGTGGGAAACGCATAACGAGACGGGTATACGCCTTGATGAAGTATTATGCGCCGATGCCATGAGCCATGCCGATGGCCTGCCGCTTTTACAGTACACGTTACAAGAGCTGTATTTACAACGCCAGGATAATGTACTGACTTTCAGGGTCTACCAGGCCCTTGGTGGCGTGGAAGGTGCAATTGGTAAGAAAGCCGAAGATGTGTTCCTTGCTATGCCTGCACACGTGCAACAAACATTCAGCGCGGTAATGGTAAGGCTGATTAATTTAAATCAGCAGGAAGAGCAGCTAACCAGTCGTTCCGTACAGTGGAGCACACTGAAAGACGACAATGAAAAGCACTTCGTTGAATTTATGGTGGAGCATCGACTTTTCGTTTCACACCTTCACCAACAGGAAGCGTGTTTCAATGTGGCGCACGAAGCGCTGTTACGCCGCTGGCAACGGGTAAAAGACTGGGTGGCTCAGCACCATGCGGCACTTTTGCAGAAAAACCGGCTTGCCCAACAAACCCGGCAATGGCTTAAAGACAATAAAAGTCAGGCCTTTGTACTTACGGAGGGAAAACCCCTCACCGATGCCCTGGCCGTGCAAGCCGACAGCGTGATAGCCTTATCAGAAGACGAGCAAGAACTGATTGCCTATTCAGTTAGTCAACGCAACCGTAAACGGTGGCTAAAGCGAGGAACTGTGACCATGCTGGCAGGGCTAACTTTCTTTTCTGTATTAGCGATGTTTAGCAGCCAACAATCTCAACAGCTGGCAGAACGCAAACGCCTCGAAGCAGAAGATTTAATGGGTTACATGATTGGCGATTTTGCTGACAAACTGCGAAGTGTAAGACGCATGGATTTATTAGAGGGCATCAGTCAACAAGCGCTACGCTATGTTGAGTCCTCTCAAAAGCAACATGACGATAGTTTGTTTTCCCCTACCCTGCCCCCTCCCAGCTTTACCCTTCGCCTGCAACACGCAAAGTCGCTGCAAGCGATGGCAGAGGTACGCTATTACCGTGATGATGCAGAAGAAGCAAAAACCTACTATCAGGATGCAGAGCTGCGCTTAACCCAGCTATTGCAAGAAGCCCCGGATAATGTGGATGTATTAAAAGCCGCGGGGCTGAATGCTTTTTGGTTAGGGCAGTTGGCGTATGATGAGAAGGATTATAAGCAAGCGACAACAGACTTTACACACTACCAAATCCTTAGCGAGAAACTGGTTCAGCTACTCCCAAGTGACAAAAATGCCAAACTTGAATTAGCTTATGCTCTAAATTCTGTTGGTAGTGCACAATTGAATTCAATGGAGTTTGAAAAGGCTATTGATAATTTTGAACAATCACTTGCACTGAAGGAAAGGTTAAGTGACCCGGAAGATGGGTTGGATCTTTTATATTTCGTCAACAGCTATTTATGGATATCGAATGCAAATCTGCACTTGGGGAGACTGGATAATGCGCTGAGTCAAATCCTGTCTGCGGAAAAAAAATTATCAGGACTGAACGAACTAGCTATTCCAAAGGAGAACACTGACGAAAGTTTGATGTACCTGCTTACTCGCAAAGCTGAAATTAAGTATTTCGATGGTGATAAAAAAAACGCGGTAAAACTTGCGATTAAAGCCAAAAACTATGCAGAACAATTATTAGAGCAAGACCCCGATAACAGTGTTTGGAAAAGGGATTATGCGATAATTCTCATTTTTTTAGCCAAACTCAATGCCATCAGCTCGCAAGAAGGAAAAACGGCAATTACCGTAAGCGATGTAAACATATCAGAACTTATTTCTACTGAACAAATTCCACAATTAATTAGTGTAGTTAATGCTTACCAAAGCTGGGAAGAATGGAAAAAAAGTGCTGAATTATTAGTAAGTGTAGAGAAAAGTAAACTCATCACAACATTCCGTACATCCGATGCGACTTTACATATTGAAGAGGTGCTCACCTACAGTGAATATTTAATGAGCGAGGTAGTACAACGTAAACACGACAACCACCGTTATACTACCCCTTGCCTGACGCTAGGCGGAGTTATCGAGCCTTATACAGCTCGGTCTCACCACCCGACTTTGCACGTTGCCAGCGTATTTTCTGAAGTATGTAAGTATGAAAGTGCCGACTTAAATAATATGACCGATGATGTAAGGTTGGTAATAAAGCAGCACCCTGAGTACTTTTCTCTGTTTATTAAGGATATGTAA	MLYMSSARFFIGEWQVNPADNTISLGKTKRTIEPKAMDVLLLLCQFEGEVVSADDIIDQCWPHQAIGDNPVHKAITQLRRAFNDKASAPAFIETIRKRGYRIVAKVTFPLNESEKAQNTTWTKGSPYPGLASFTENESAVFFGRASAIDGLLQKLDSQRKARHLLTIILGPSGSGKSSLVQAGVVPRLKSAQGYSDVRVISDTYIDAADITPQHLFSELASALLDLELNDEPVFVGFSSDTLASQLQSEPESLSAFCLQRLNFRTDDNKQPLCLLVFDRLEAILATSALTQQQKDTFFHAIDCLASNNALLIYLLCRNDFYPQLTHFPVLMRHKNRGGHFDLQSPSAIEVSQMVRLPAAAASLQWETHNETGIRLDEVLCADAMSHADGLPLLQYTLQELYLQRQDNVLTFRVYQALGGVEGAIGKKAEDVFLAMPAHVQQTFSAVMVRLINLNQQEEQLTSRSVQWSTLKDDNEKHFVEFMVEHRLFVSHLHQQEACFNVAHEALLRRWQRVKDWVAQHHAALLQKNRLAQQTRQWLKDNKSQAFVLTEGKPLTDALAVQADSVIALSEDEQELIAYSVSQRNRKRWLKRGTVTMLAGLTFFSVLAMFSSQQSQQLAERKRLEAEDLMGYMIGDFADKLRSVRRMDLLEGISQQALRYVESSQKQHDDSLFSPTLPPPSFTLRLQHAKSLQAMAEVRYYRDDAEEAKTYYQDAELRLTQLLQEAPDNVDVLKAAGLNAFWLGQLAYDEKDYKQATTDFTHYQILSEKLVQLLPSDKNAKLELAYALNSVGSAQLNSMEFEKAIDNFEQSLALKERLSDPEDGLDLLYFVNSYLWISNANLHLGRLDNALSQILSAEKKLSGLNELAIPKENTDESLMYLLTRKAEIKYFDGDKKNAVKLAIKAKNYAEQLLEQDPDNSVWKRDYAIILIFLAKLNAISSQEGKTAITVSDVNISELISTEQIPQLISVVNAYQSWEEWKKSAELLVSVEKSKLITTFRTSDATLHIEEVLTYSEYLMSEVVQRKHDNHRYTTPCLTLGGVIEPYTARSHHPTLHVASVFSEVCKYESADLNNMTDDVRLVIKQHPEYFSLFIKDM				NA	NA	NA	NA	NA
AK237_01761	354			hypothetical protein	ATGTCAGTTCAATTCAACTTCACGGTCTCCATTGACTCTGCCTCCCCTGCCATTTTTACTATTTATGACAGTAACGGTGTCCCAACAACAAGCTCAATCACAGTCACCGAGCCAGGTACCGTGATTACCTACCGATTAAGAGACGATAGCAATGGATATAACTTGCTGCCTCCTAAAATCTCCAATGACGGCCCTCATGACCTTTCATATTCAATATCCAAGGACGGTCAATTGCTCACCCTTGTCGATATGGACAGCAAGCAGGAAGATATTTGCCTGAAGCTAGTGGCAGTGCCAAGAACTGCGCTATTGATAAGTGAAGATCCTGAGGTCATTGACCGTCCCAGAAACTAA	MSVQFNFTVSIDSASPAIFTIYDSNGVPTTSSITVTEPGTVITYRLRDDSNGYNLLPPKISNDGPHDLSYSISKDGQLLTLVDMDSKQEDICLKLVAVPRTALLISEDPEVIDRPRN				NA	NA	NA	NA	NA
AK237_01762	930			hypothetical protein	ATGTCGAAAAATATTACGTCGTTGTTTCCTGCTCATGCCGATGCCTCGTTAGCTACCATGGTTAATTTTATCAACGAAGCTATCGTAGTGTTTTCCTCTACGGGTCATATTGAAATTGTAAATGGAATGGCTGCTACCTTGTTTGCGGGTTCCCGAGTTGAATTACTCGGAGAAAGTATCCTTGAGTTTATCTGTGATTCAAATAGCATGCTTAAAAAGCAAATAATTGCCAGAGAACACGGTAGCGCCACGAAATCGCTAAACAGTGAGCCGCAAGAAGTTACCTTACTCAGAAAAGATGGAAGTCGTGTTGAAGTTGATATTTCCATTTCTGAATACGCCAGCCCGGATAGTGACGGTATTCAGCTGTATTTATGTGTAATACACGACCTAACCACGCATAAGGCCGAATACAGCGTGTTAAAGGAACGTGCCACAACAGATCAACTAACCGGTTTAGCAAACCGCCATCATTTCTTCGATGTATTAGAGCAACAGTGGCTTCGTGCAGTGCGTGAGTCGTGCGTGCTTAGCCTGGTGCTAATCGATGTAGACTACTTCAAGCAAATAAACGACACCTATGGCCATTTAGCTGGCGATAAATGTTTAAAGCGCATAGGTGAAACCATTCGACTGAGTTTGCCACACAGAGACGCGCTGGCAGCGCGTTATGGGGGAGAGGAATTTGCGTTGCTGCTGCCTAACTGTAATTCCCACACAGCACAACTGCTCGCCATGAGAATAAAGCGGCATATTGCCCAGTTACGCTTTCAGGAGCTTTCTTCCCGGGATGATCCCATCATAACGGTAAGTATTGGAGTTGTGACCTATGAAGATAAAAACTTCAACAACAAGCACCTCTTCCTTGAAACCGCAGACGCCTTGCTCTATCGCGCTAAATCTCAGGGAAGAAATCAGATCTGTTTTTAG	MSKNITSLFPAHADASLATMVNFINEAIVVFSSTGHIEIVNGMAATLFAGSRVELLGESILEFICDSNSMLKKQIIAREHGSATKSLNSEPQEVTLLRKDGSRVEVDISISEYASPDSDGIQLYLCVIHDLTTHKAEYSVLKERATTDQLTGLANRHHFFDVLEQQWLRAVRESCVLSLVLIDVDYFKQINDTYGHLAGDKCLKRIGETIRLSLPHRDALAARYGGEEFALLLPNCNSHTAQLLAMRIKRHIAQLRFQELSSRDDPIITVSIGVVTYEDKNFNNKHLFLETADALLYRAKSQGRNQICF				NA	NA	NA	NA	NA
AK237_01764	2103	fusA_2	COG0480	Elongation factor G	ATGCCTCGTAAGACCCCAATTGAACGTTATCGTAATATTGGTATTGTCGCCCACGTAGATGCGGGTAAAACCACCACTACTGAGCGTGTTCTGTTTTATACAGGACTATCACATAAAATTGGTGAAGTGCATGATGGCGCAGCCACCATGGACTGGATGGAGCAGGAGCAGGAACGTGGTATCACGATTACCTCTGCTGCCACCACGTGCTTCTGGGCAGGAATGCAGCAGCAGTACGACCAGCATCGTATCAATATCATCGATACGCCGGGACACGTAGACTTCACTATTGAGGTTGAACGTTCCTTGCGCGTGCTTGATGGAGCGGTGGTTGTATTTTGTGGGTCTTCAGGGGTTGAGCCTCAATCAGAAACAGTCTGGCGTCAGGCTGATAAATATCACGTACCGCGCATGGTTTTCGTCAATAAGATGGACCGTGCCGGTGCGGATTTTGAGCGTGTTGTGGGGCAAATCCGCAAACGTTTAGGCGCAACCTGTGTACCTATTCAACTGAATATTGGCGCAGAGGAAGAATTCCGTGGCGTCATCGATTTAATTAAGATGAAAGCCATCAACTGGAATGCCGAAGACATGGGTATGACGTTTACCTATGAAGACATTCCGGCTGAACTTGCTGCTAAAGCAGAAAAGTACCGCACAGAATTAGTTGAAGCGGCCGCTGAAGCGTCCGAAGCGCTGATGGAAAAGTATCTGGAAGGCGAAGAGCTGACCGAAGAAGAAATCCGTCAGGGTCTGCGTTCCCGCGTATTAAATAACGAAATTGTTTTGGCTACCTGTGGTAGTGCATTTAAGAACAAAGGTGTTCAGGCTGTGCTGGATGCCGTTATTGAGTATTTGCCTGCACCCGTCGACATTCCTTCTATTAAAGGTGTGTTGGACGACGGTGAAGAAACCGAAGCAGAACGTCACGCTGATGACAGCGAACCGTTTTCTGCATTGGCATTTAAAATTGCCACAGACCCATTCGTGGGCACCCTCACGTTCTTCCGTTGCTATTCCGGTGTGGTTAACACAGGCGATACCGTCTATAACCCTGTGAAGCAAAAACGTGAGCGTTTTGGTCGTATCGTGCAGATGCACGCTAAGGACCGTGAAGAATTAAAAGAAGTCCGCGCTGGGGATATTGCCGCTGCCATCGGACTGAAAGACGTGACCACCGGCGACACCTTGTGTGACCCGAATCACGTTATTACACTTGAGCGTATGGAGTTCCCTGATCCAGTTATCTCCATCGCCGTAGAGCCAAAATCTCAGGCTGACCAGGAAAAAATGGGTCTGGCCCTGGGTAAACTGGCTGCAGAAGACCCGTCATTTAAAGTACATACTGATGACGAGACCGGACAAACAATCATTTCCGGTATGGGTGAACTGCACCTCGATATTATTGTCGACCGTATGAAGCGCGAATTTAAGGTTGAATGTAACGTAGGTAAACCTCAGGTTGCTTATCGTGAAACTATTCGCAGCAAGGTTGAAGCGGAAGGCAAGTTTGTCCGTCAGTCAGGCGGACGTGGACAATTTGGTCACGTCTGGCTACGTATCGAGCCACAGGAAGAAGGTGCAGGCTACGAATTCGTGAACGAAATCGTGGGCGGTGTGGTACCAAAAGAATTCATTCCTGCGGTAGACAAAGGGATTCAGGAGCAGCTGCAAAATGGTGTGCTGGCAGGGTATCCTGTGCTAGATGTTAAGGTTACACTGTTCGACGGTTCATACCATGATGTTGACTCTTCTGAAATGGCGTTTAAGATCGCCGGCTCTATGGGTTTCAAGAAAGGTTGTGCTGAGGCAAATCCAGTATTGCTCGAACCCACTATGAAAGTTGAAGTAACAACTCCAGAAGATTGGATGGGTGATGTTGTAGGCGATCTGAATCGTCGTCGCGGCATGATCGAAGGTATGGAAGACGGTGTGGGCGGGATCAAGATTGTTCGCGCCAAAGTACCGCTTTCAGAAATGTTTGGGTATGCCACCGATCTGCGTTCACAAACGCAGGGTCGTGCGTCATACTCTATGGAGTTCTTCAATTACTCTGAAGCGCCTAGCAATGTTGCAAAAGCGATTATCGAATCAAGAAACTAA	MPRKTPIERYRNIGIVAHVDAGKTTTTERVLFYTGLSHKIGEVHDGAATMDWMEQEQERGITITSAATTCFWAGMQQQYDQHRINIIDTPGHVDFTIEVERSLRVLDGAVVVFCGSSGVEPQSETVWRQADKYHVPRMVFVNKMDRAGADFERVVGQIRKRLGATCVPIQLNIGAEEEFRGVIDLIKMKAINWNAEDMGMTFTYEDIPAELAAKAEKYRTELVEAAAEASEALMEKYLEGEELTEEEIRQGLRSRVLNNEIVLATCGSAFKNKGVQAVLDAVIEYLPAPVDIPSIKGVLDDGEETEAERHADDSEPFSALAFKIATDPFVGTLTFFRCYSGVVNTGDTVYNPVKQKRERFGRIVQMHAKDREELKEVRAGDIAAAIGLKDVTTGDTLCDPNHVITLERMEFPDPVISIAVEPKSQADQEKMGLALGKLAAEDPSFKVHTDDETGQTIISGMGELHLDIIVDRMKREFKVECNVGKPQVAYRETIRSKVEAEGKFVRQSGGRGQFGHVWLRIEPQEEGAGYEFVNEIVGGVVPKEFIPAVDKGIQEQLQNGVLAGYPVLDVKVTLFDGSYHDVDSSEMAFKIAGSMGFKKGCAEANPVLLEPTMKVEVTTPEDWMGDVVGDLNRRRGMIEGMEDGVGGIKIVRAKVPLSEMFGYATDLRSQTQGRASYSMEFFNYSEAPSNVAKAIIESRN				NA	NA	NA	NA	NA
AK237_01765	471	rpsG	COG0049	30S ribosomal protein S7	ATGCCAAGAAGAAGAGTCGTAGGTCAACGTAAAATCCTACCAGAACCAAAATTTGGTTCACAACTGCTTGCTAAATTCATGAATGTCGTAATGCTCGACGGCAAGAAATCAGTTGCTGAAAAGATTGTTTACGGTGCGCTTGATATTGTTGCTGAAAAAACCGGCAAAGCACACTTAGACGTGTTCGAAGACGCTCTGGACAACATCCGTCCTACAGTGGAAGTTAAATCACGCCGTGTGGGTGGTTCTACTTACCAGGTTCCTGTAGAAGTTCGTCCTGTTCGTCGTAACGCGCTGGGTATGCGTTGGATGGTTGAAGCGGCACGTAAACGTGGCGAAAAATCCATGGCACAACGCCTTGCAGCTGAAATGTTAGATGCAGCAGACAACAAAGGTTCTGCGGTTAAGAAACGTGAAGACGTTCACCGTATGGCCGAAGCGAACAAAGCGTTCGCACACTATCGTTGGTAA	MPRRRVVGQRKILPEPKFGSQLLAKFMNVVMLDGKKSVAEKIVYGALDIVAEKTGKAHLDVFEDALDNIRPTVEVKSRRVGGSTYQVPVEVRPVRRNALGMRWMVEAARKRGEKSMAQRLAAEMLDAADNKGSAVKKREDVHRMAEANKAFAHYRW	PGPT0026715_1	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-ENERGY_METABOLISM	CE-BACTERIAL_FITNESS-AEROBIC_RESPIRATION|OXIDATIVE_PHOSPHORYLATION,PGPT0026715-ndhB-K05573	NA	NA
AK237_01766	375	rpsL	COG0048	30S ribosomal protein S12	ATGGCAACAGTTAACCAGTTAGTGCGTAAGCCACGTCGTCAGCCAGTTGCGAAAAGCAACGTAGCTGCACTGCAAGCTTGCCCACAACGTCGTGGTGTATGTACTCGTGTATATACCACTACGCCTAAGAAACCAAACTCTGCACTGCGTAAAGTATGTCGTGTACGTTTAACTAACGGTTTCGAAGTGTCTTCATACATCGGTGGTGAAGGCCACAACCTGCAAGAGCACAGTGTTGTGCTTATCCGTGGTGGTCGTGTTAAAGACTTACCAGGTGTTCGTTATCACACTGTTCGCGGTACTCTGGACTGCGCAGGCGTTAACGATCGTCGTCAAGCCCGTTCTAAGTACGGCGCAAAACGGCCTAAATCTTAA	MATVNQLVRKPRRQPVAKSNVAALQACPQRRGVCTRVYTTTPKKPNSALRKVCRVRLTNGFEVSSYIGGEGHNLQEHSVVLIRGGRVKDLPGVRYHTVRGTLDCAGVNDRRQARSKYGAKRPKS				NA	NA	NA	NA	NA
AK237_01767	4182	rpoC	COG0086	DNA-directed RNA polymerase subunit beta'	GTGAAAGACTTATTAAAGTTTCTAAAGCAACAAAACAAGACCGAAGAGTTCGATAATATTCGCATCGGTCTGTCATCACCTGACATGATTCGTTCATGGTCATTTGGTGAAGTTAAGAAGCCTGAAACCATCAACTACCGTACGTTCAAGCCAGAGCGTGACGGTTTGTTCTGTGCGCGTATTTTCGGACCAGTAAAAGACTACGAATGTCTTTGCGGTAAGTATAAGCGTCTGAAGCACCGTGGTGTTATCTGTGAGAAGTGTGGCGTTGAAGTGACACTGACCAAAGTACGTCGTGAGCGTATGGGTCACATCGAACTGGCCAGCCCGGTTGCCCACATCTGGTTCTTAAAATCACTGCCGTCACGTATCGGTTTGATGCTGGACATGACTCTGCGTGACATTGAACGTGTACTGTATTTCGAATCTTATGTTGTTACCGAACCTGGTATGACAACGTTAGAGCGCAGCCAGCTTCTGAACGAAGAAGAATATCTGGATGCACTGGAAGAGCACGGTGACGAGTTTGAAGCGAAAATGGGTGCAGAAGCCGTTTTCGATCTGTTGAAAGTTCTCGACGTAGATGCAGACGTTGCTGCAATGCGTGAAGAGCTGCCTTCAATCAACTCTGAAACCAAGCGCAAGAAAATCACTAAGCGTCTGAAGCTGCTTGAATCATTCCAGCAATCTGGCAACAAGCCAGAGTGGATGATCATGACTGTACTGCCAGTTTTGCCACCGGATCTGCGTCCTCTGGTACCACTGGACGGCGGTCGTTTTGCGACTTCTGACCTGAACGATCTGTATCGTCGCGTTATCAACCGTAACAACCGTCTGAAGCGTTTGTTGGATCTGGCTGCACCGGATATCATCGTTCGTAACGAAAAGCGTATGCTTCAGGAAGCGGTAGATGCGCTGCTTGATAACGGTCGTCGCGGTCGTGCAATTACCGGTTCTAACAAACGTCCTCTGAAATCTCTTGCCGACATGATTAAAGGTAAGCAGGGTCGTTTCCGTCAGAACCTGCTCGGTAAGCGTGTTGACTACTCAGGCCGTTCTGTAATCACCGTTGGTCCTACACTGCGTCTGCACCAGTGTGGTCTGCCTAAGAAAATGGCACTTGAGCTGTTCAAGCCATTCATCTACGGCAAACTGGAAGGTCGTGGTCTGGCGACTACTATCAAAGCTGCTAAGAAGCTGGTAGAGCGTGAAGCACCGGAAGTATGGGATGTTCTGGATGAAGTCATCCGCGAACACCCGGTATTACTTAACCGTGCACCAACACTGCACAGACTGGGTATCCAGGCATTCGAACCGACCCTGATCGAAGGTAAAGCAATTCAACTGCACCCATTAGTGTGTGCGGCATATAACGCTGACTTCGACGGTGACCAAATGGCGGTTCACGTACCTCTGACTATCGAAGCACAGTTAGAAGCACGCGCCCTGATGATGTCTACCAACAACATCCTGTCTCCTGCGAACGGTGAGCCAATCATCGTACCTTCACAGGACGTTGTATTGGGTCTGTATTATCTGACCCGTGACAAAGTAAACGGCCGCGGCGAAGGCATGGTATTTACCAGCCCGCACGAAGCTGAGAAAGCGTACCGTACCGATGCTGCTGAACTGCATGCACGTGTAAAAGTACGTATTACTGAGTATGACATTGCTGAAGACGGCACAAAAACTGAGAAAGTAACACTGACTGACACCACTGTTGGTCGCGCGATTTTCTCTTTGATCCTGCCTAAGGGTCTGCCGTTTGAAATCATCAACCAGGCAATGGGTAAGAAGCAGATCTCTAAACTGCTTAACGAGTGTTATCGTACACTGGGTCTGAAAGATACTGTTATTGCAGCTGACCAAATCATGTATACCGGTTTCCACTACGCTATGATTGCGGGTGCGTCTGTTGGTATCGACGATATGGTTATTCCTGATGCGAAGAAAGATATCATCGAAGCAGCTGAAGCCGAAGTTATCGAGATCCAGGAACAGTTCCAGAGCGGTCTTGTTACTGCCGGTGAACGTTACAACAAGGTTATCGATATCTGGTCGAACGCCAACGAAAAAGTTGCCCGTGCGATGATGGATAACCTGAAGACGGATACGGTTATCAACCGTGACGGCGAAGAAGAAGAGCAGGCATCATTCAACTCTGTTTATATGATGGCCGACTCCGGTGCTCGTGGTAGTGCCGCACAGATTCGTCAGCTTGCTGGTATGCGTGGTCTAATGGCGAAACCAGATGGTTCAATCATCGAAACGCCAATCACAGCTAACTTCCGTGAAGGTCTGAACGTATTACAGTACTTCATCTCAACCCACGGTGCGCGTAAAGGTCTTGCCGATACAGCACTTAAGACAGCGAACTCGGGTTACCTGACACGTCGTCTGGTAGACGTTGCACAGGATTTGGTTATCACTAACGATGACTGTGGCACGTTTGAAGGCGTTAAGATGACACCACTGATTGAAGGTGGAGATGTTGTTGAGCCGTTGCGCGAGCGTGTGCTGGGTCGTGTGGTAGCAGAAGACGTAATCAAGCCGGGTACTGACGAAGTACTGGTTGAGCGTAACACGCTGCTGGACGAAGCACTGGTAGATATGCTTGAGCAGAACTCCGTTGACCAGATGATGGTTCGCTCGGTTATCACTTGTGATAACGACTTTGGTGTTTGTGCCAAGTGTTACGGTCGTGACCTTGCACGTGGTCACATGGTCGCTAAAGGTGAATCTGTTGGTGTTATCGCGGCGCAGTCAATCGGTGAGCCGGGTACACAGCTTACCATGCGTACATTCCACATTGGTGGTGCGGCATCCAGAGCGTCAGCAGAAAGCAGTGTTCAGGTGAAAACTGAAGGTAGCCTGAAAATGCATAACGCTAAGTTCGTTCGCAATCAGGACGACAAAGTGGTTATCGTTTCACGTTCGACCGAACTGACTGTTATCGACAGCTTCGGCCGTGAGAAAGAGCGCTATAAAGTGCCTTATGGTGCAATCCTGTCTGTAGATGATGGTGCAGCGGTTAAAGCTGGCGAAATCGTCGCGAACTGGGATCCGCACAGTCACCCAATCGTTGTTGAGCGTCCGTCTAAGATCACATTTGCTGATATCGACGACTCCAACACCGAAATGCAGCAGGACGAGCTGACCGGTCTGACCCGTGTTGTGGTTAAAGATCTGTCTAAGGTTAATGCGAAAGAACCTAAGCTAATTCTGGAAAGCGAAGAGACTGGTCTGCAGGAAATTCGTCTGCCAAGCTTCACCACCATCGAAGCGGCGGATGGCAAACTGGCTCACGCCGGTGACGTGTTAGCACGTATTCCGCAGGAAAGCTCGAAGACACGTGATATCACCGGTGGTCTGCCACGGGTTGCTGACCTGTTCGAAGCGCGTAAGCCTAAAGAACCTGCAATCCTGGCCGAAATTTCCGGTTCCATTGGTTTCGGTAAAGAAACCAAAGGTAAGAAACGTCTGGTTATCACACCGAAAGACGGTGCCGATGCTTACGAAGAGATGATTCCTAAGTGGCGTCAGCTGAACGTGTTCGAAGGTGAATCTGTAGAACGTGGTGAAGTACTGGCCGATGGTCCTGAGTCTCCACACGATATCCTGCGTCTGCGTGGTATCAGTGCGGTTTCTAACTACATCGTGAACGAAGTTCAGGAAGTTTACCGTCTGCAGGGTGTAAAAATTAACGATAAGCACATCGAGGTGGTAATCCGTCAGATGCTGCGTAAGTGTATTATTACTGCTGCCGGCGATACGCAATTCCTGGAAGGCGAACAGGTTGAAGTGGCTCACGTTAAGATCGCGAACCGTGAAATGGAAAAAGCCGGTAAACTGCCTGCACTGTATGAAACACAGTTGCTGGGTATTACCAAGGCGTCACTGTCTACAGAGTCATTCATCTCTGCAGCATCGTTCCAGGAAACAACGCGCGTATTGACAGAAGCTGCGGTACAGGGCAAAGAAGACGATTTACGTGGTCTGAAAGAAAACGTAATTGTTGGTCGTCTGATCCCTGCCGGTACTGGTTTCGCATACCACGAACGTCGTATGCAGAAACGTGCCGAAGCGATTGAAGAAATGTCAGTGTCTGCTGCAGAAGCAGAGCAAGCCCTTACTGAAGCGCTTAATGCAGAAGTAAGTGGTGAAGACGCCGCTGACGAGTAA	MKDLLKFLKQQNKTEEFDNIRIGLSSPDMIRSWSFGEVKKPETINYRTFKPERDGLFCARIFGPVKDYECLCGKYKRLKHRGVICEKCGVEVTLTKVRRERMGHIELASPVAHIWFLKSLPSRIGLMLDMTLRDIERVLYFESYVVTEPGMTTLERSQLLNEEEYLDALEEHGDEFEAKMGAEAVFDLLKVLDVDADVAAMREELPSINSETKRKKITKRLKLLESFQQSGNKPEWMIMTVLPVLPPDLRPLVPLDGGRFATSDLNDLYRRVINRNNRLKRLLDLAAPDIIVRNEKRMLQEAVDALLDNGRRGRAITGSNKRPLKSLADMIKGKQGRFRQNLLGKRVDYSGRSVITVGPTLRLHQCGLPKKMALELFKPFIYGKLEGRGLATTIKAAKKLVEREAPEVWDVLDEVIREHPVLLNRAPTLHRLGIQAFEPTLIEGKAIQLHPLVCAAYNADFDGDQMAVHVPLTIEAQLEARALMMSTNNILSPANGEPIIVPSQDVVLGLYYLTRDKVNGRGEGMVFTSPHEAEKAYRTDAAELHARVKVRITEYDIAEDGTKTEKVTLTDTTVGRAIFSLILPKGLPFEIINQAMGKKQISKLLNECYRTLGLKDTVIAADQIMYTGFHYAMIAGASVGIDDMVIPDAKKDIIEAAEAEVIEIQEQFQSGLVTAGERYNKVIDIWSNANEKVARAMMDNLKTDTVINRDGEEEEQASFNSVYMMADSGARGSAAQIRQLAGMRGLMAKPDGSIIETPITANFREGLNVLQYFISTHGARKGLADTALKTANSGYLTRRLVDVAQDLVITNDDCGTFEGVKMTPLIEGGDVVEPLRERVLGRVVAEDVIKPGTDEVLVERNTLLDEALVDMLEQNSVDQMMVRSVITCDNDFGVCAKCYGRDLARGHMVAKGESVGVIAAQSIGEPGTQLTMRTFHIGGAASRASAESSVQVKTEGSLKMHNAKFVRNQDDKVVIVSRSTELTVIDSFGREKERYKVPYGAILSVDDGAAVKAGEIVANWDPHSHPIVVERPSKITFADIDDSNTEMQQDELTGLTRVVVKDLSKVNAKEPKLILESEETGLQEIRLPSFTTIEAADGKLAHAGDVLARIPQESSKTRDITGGLPRVADLFEARKPKEPAILAEISGSIGFGKETKGKKRLVITPKDGADAYEEMIPKWRQLNVFEGESVERGEVLADGPESPHDILRLRGISAVSNYIVNEVQEVYRLQGVKINDKHIEVVIRQMLRKCIITAAGDTQFLEGEQVEVAHVKIANREMEKAGKLPALYETQLLGITKASLSTESFISAASFQETTRVLTEAAVQGKEDDLRGLKENVIVGRLIPAGTGFAYHERRMQKRAEAIEEMSVSAAEAEQALTEALNAEVSGEDAADE				NA	NA	NA	NA	NA
AK237_01768	4029	rpoB	COG0085	DNA-directed RNA polymerase subunit beta	ATGGTTTACTCTTATAGCGAAAAGAAACGTATCCGTAAGGATTTTGGCAAACACCCACAGGTATTGGAAATTCCATACCTCCTTTCAATTCAGCTAGATTCATTCAAAAAATTTATTGAAATCGATGCAGATGGTCAGTACGGACTGGAAGCTGCTTTCCGTTCTGTCTTCCCAATTAAGAGCTACTCTGGCAGTTCAGAGCTGCAGTATGTGAGCTATCGTCTGGGCGAACCGGTTTTCGATGTTAAAGAATGTCAAATTCGAGGCGTCACGTATTCAGCCCCATTAAGAGTAAAACTTCGTTTAGTGTTGTTTGATAAAGATGCTGCGCCGGGTACGGTGAAAGACATCAAAGAACAAGAAGTGTACATGGGCGAAATTCCATTGATGACAGAGAACGGTACGTTCGTTATCAATGGTACTGAGCGTGTAATCGTCTCTCAGTTACACCGTTCTCCTGGTGTATTCTTTGACCATGATAAAGGCAAGACGCACTCGTCAGGTAAGGTGCTTTATAACGCACGTGTTATTCCTTACCGTGGTTCGTGGTTGGATTTCGAATTCGATCCAAAAGACAACCTGTTTGTACGTATAGACCGTCGCCGTAAGTTGCCTGCAACGATTATCTTACGCGCTTTGGAAATGACGACAGAAGAGATCCTGGATCTGTTCTTCGAAAAAGTACAAATTCGTATTCAGGATAACAAGCTTCTGATGGAAGTTGTGCCTGATCGTCTGCGTGGTGAAACTGCTCAGTTCGATATTAAAGATAACGAAGGCGAAGTCATCGTAGAAACTGGCCGTCGTGTTTCAGCACGTCACACTCGTGCGCTTGAAAAAGCGGGGATCACTGAATTAGAAGTACCAGCAGAATATCTGATTGGTCGCGTATTCGGTCGTACCTATGTAAACGAAGACACTGGCGAAGTACTGGTTAATGCGAACGATGAAGTCACATTGGAACTGATGGCTGAATTAAGCCAGGCCGGTGTGAAAGAATTCGAAACGCTTTATATCAACGAACTGGACCACGGTTCATACATCTCAGATACGCTGCGTATCGATAGCTCAACAAATCGCCTGGAAGCGTTGGTAGAAATCTACCGCATGATGCGTCCTGGTGAACCACCAACGAAAGATGCTGCCGAGACGTTATTTGACAATCTGTTCTTCTCTGAAGATCGCTATGACTTGTCATCTGTTGGTCGTATGAAGTTCAACCGTCGTTTAGGTCGCGAAGAGCTGGTTGGCTCGGGCACCCTGGATAAAGACGATATCGTTTCTGTTATGAAACAACTTATTCTTATCCGTGATGGTAAAGACGAAGTAGATGATATCGACCACCTGGGTAACCGTCGTATCCGTTCTGTGGGCGAAATGGCTGAGAACCAGTTCCGTGTAGGTCTGGTACGTGTGGAACGTGCTGTTAAAGAGCGTCTGTCTTTGGGTGACCTTGACAACGTAATGCCACAGGATCTGATTAACGCCAAGCCTATTTCAGCTGCCGTTAAAGAGTTCTTCGGTTCTTCTCAGCTGTCTCAGTTCATGGACCAAAACAACCCGCTGTCAGAAGTGACGCACAAGCGTCGTATTTCTGCATTAGGCCCGGGTGGTTTGACTCGTGAGCGTGCAGGCTTTGAGGTTCGAGACGTTCACCCGACTCACTATGGTCGTCTGTGTCCAATCGAAACCCCTGAAGGTCCGAACATCGGTCTGATCAACTCATTGGCGAGCTTTGCCCGTACTAATGACTTCGGTTTCCTTGAAACACCTTTCCGTCGCATCGTTGACGGCGTTGTATCTGACGAGATTGATTACTTGTCAGCTATCGAAGAAGGTCAGTTCAAGATCGCACAGGCAAACGTTGCAGTTGATGAAAACGGCGCACTGGTTGATGACCTGATCCCTTCACGTCACCGTGGTGAAACCACGCTGATGCCAAAAGAAGAAATCAAGTACATGGACGTGTCGCCACAGCAGATCGTTTCTGTTGCTGCCAGCATTATCCCGTTCCTGGAACACGATGACGCCAACCGTGCATTGATGGGTGCGAACATGCAACGTCAGGCGGTACCTACATTGCGTGCTGATAAGCCGTTGGTTGGTACAGGTATGGAGAAAACCGTTGCGGTTGACTCTGGTGTAACTGTTGTTGCCAAGCGTGGCGGTATGGTTGATTACGTAGATGCGAGCCGCATCGTAATCAAAGTAGATGAAGATGAAATGCTTCCGGGTGAAGCAGGTATCGATATCTACAACCTGACTAAGTACACCCGTTCAAACCAGAATACGTGTATTAACCAAAAGCCTACCTGTAACGTTGGTGACCCAATCGTTGCCGGGGACGTACTGGCTGACGGTCCGTCTACAGACTTAGGCGAACTGGCACTTGGTCAGAACATGCGTATCGCGTTCATGCCTTGGAATGGTTATAACTTCGAAGACTCGATTCTGATTTCAGAGCGTGTTGCGCAAGAAGACCGTTTCACCACTATTCACATTCAGGAATTAAGCTGTATCGCTCGTGATACCAAGTTAGGTCCAGAAGAGATTTCTTCAGATATTCCTAACGTAGGTGAAGCTGCACTAAGCAAACTGGATGAATCCGGCGTTGTTTATATCGGTGCGGAAGTGAAAGGCGGTGACATTCTGGTAGGTAAAGTAACGCCTAAAGGCGAAACACAACTTACACCAGAAGAGAAACTGTTACGTGCGATCTTCGGTGAGAAAGCGTCAGACGTTAAAGACACGTCTTTGCGTGTACCTAATTCTGTTCACGGTACGGTTATTGACGTACAAGTCTTTACCCGTGACGGCGTAGAAAAAGACAAACGTGCACTGGAAATTGAAGACATGCAGTTACGTCAGGTTAAGAAAGACCTGTCTGATGAATTCAATATCTTAGCTGACGGTATCTTCGCCCGTGCTCGTAACCTGCTGATCAACGCTGGCGTTGATGAAGCGAAGTTAGACAGCATGCCTCGTGACAAATGGTTAGAGATCCCTCTGACTAACGAAGATGCACAAAACGAGCTGGATCAAATCGCAGAGCAGCACATCGAAATTAAATCTGATTTCGATAAGAAGTTCGAGAACAAGCGTCGCAAGATCACGCAAGGTGATGACCTTGCACCAGGCGTATTGAAGATCGTTAAAGTGTACCTTGCGGTGAAACGTCACATCCAACCGGGTGACAAGATGGCAGGTCGTCACGGTAACAAAGGTGTTATCTCTACAGTTATCCCTGTAGAAGATATGCCATACGATGAAAATGGCACGCCAGTAGACATCGTATTGAACCCACTGGGTGTACCGTCGCGGATGAACATCGGTCAGATCCTCGAGACCCACTTGGGTATGGCGGCTCATGGTCTGGGCGTTAAGATCGACAGAATGCTCAAAGAGCAGGAAGAGTTAGCAAAACTGCGCGGCTTCTTAAAAGAGGTATATACCTTAGGTGAGAACCACCAGGAAGTTGATATCGACAACTTTACTGATGACGAAGTACTGCGTCTTGCTGATAATCTGCGTAAAGGTGTTCCTGTTGCGACACCAGTATTCTCTGGTGCGAAAGAAGCAGAAATTAAAGCGATGTTGAAACTGGCTGACCTGCCAGAAAGCGGACAAATTACCTTGTTCGACGGCCGTACCGGTCGCGAATTCGAACGTCCGGTAACGGTAGGTTACATGTACATGCTGAAACTGAACCACTTAGTAGACGACAAAATGCATGCGCGTTCTACTGGTTCTTACAGCCTGGTTACACAGCAGCCTCTGGGTGGTAAAGCACAATTTGGTGGTCAGCGCTTCGGTGAGATGGAAGTGTGGGCACTGGAAGCATACGGTGCTGCTTACACCTTGCAGGAAATGCTTACTGTTAAGTCGGATGACGTTAACGGTCGTACCAAAATGTACAAGAACATCGTTGATGGCGATCACAGAATGGAGCCGGGCATGCCTGAATCCTTCAACGTATTGCTTAAAGAAATTCGTTCACTCGGTATCAACATCGAGCTGGAAGAAAAGTAA	MVYSYSEKKRIRKDFGKHPQVLEIPYLLSIQLDSFKKFIEIDADGQYGLEAAFRSVFPIKSYSGSSELQYVSYRLGEPVFDVKECQIRGVTYSAPLRVKLRLVLFDKDAAPGTVKDIKEQEVYMGEIPLMTENGTFVINGTERVIVSQLHRSPGVFFDHDKGKTHSSGKVLYNARVIPYRGSWLDFEFDPKDNLFVRIDRRRKLPATIILRALEMTTEEILDLFFEKVQIRIQDNKLLMEVVPDRLRGETAQFDIKDNEGEVIVETGRRVSARHTRALEKAGITELEVPAEYLIGRVFGRTYVNEDTGEVLVNANDEVTLELMAELSQAGVKEFETLYINELDHGSYISDTLRIDSSTNRLEALVEIYRMMRPGEPPTKDAAETLFDNLFFSEDRYDLSSVGRMKFNRRLGREELVGSGTLDKDDIVSVMKQLILIRDGKDEVDDIDHLGNRRIRSVGEMAENQFRVGLVRVERAVKERLSLGDLDNVMPQDLINAKPISAAVKEFFGSSQLSQFMDQNNPLSEVTHKRRISALGPGGLTRERAGFEVRDVHPTHYGRLCPIETPEGPNIGLINSLASFARTNDFGFLETPFRRIVDGVVSDEIDYLSAIEEGQFKIAQANVAVDENGALVDDLIPSRHRGETTLMPKEEIKYMDVSPQQIVSVAASIIPFLEHDDANRALMGANMQRQAVPTLRADKPLVGTGMEKTVAVDSGVTVVAKRGGMVDYVDASRIVIKVDEDEMLPGEAGIDIYNLTKYTRSNQNTCINQKPTCNVGDPIVAGDVLADGPSTDLGELALGQNMRIAFMPWNGYNFEDSILISERVAQEDRFTTIHIQELSCIARDTKLGPEEISSDIPNVGEAALSKLDESGVVYIGAEVKGGDILVGKVTPKGETQLTPEEKLLRAIFGEKASDVKDTSLRVPNSVHGTVIDVQVFTRDGVEKDKRALEIEDMQLRQVKKDLSDEFNILADGIFARARNLLINAGVDEAKLDSMPRDKWLEIPLTNEDAQNELDQIAEQHIEIKSDFDKKFENKRRKITQGDDLAPGVLKIVKVYLAVKRHIQPGDKMAGRHGNKGVISTVIPVEDMPYDENGTPVDIVLNPLGVPSRMNIGQILETHLGMAAHGLGVKIDRMLKEQEELAKLRGFLKEVYTLGENHQEVDIDNFTDDEVLRLADNLRKGVPVATPVFSGAKEAEIKAMLKLADLPESGQITLFDGRTGREFERPVTVGYMYMLKLNHLVDDKMHARSTGSYSLVTQQPLGGKAQFGGQRFGEMEVWALEAYGAAYTLQEMLTVKSDDVNGRTKMYKNIVDGDHRMEPGMPESFNVLLKEIRSLGINIELEEK				NA	NA	NA	NA	NA
AK237_01770	375	rplL	COG0222	50S ribosomal protein L7/L12	ATGGCTCTGACTAAAGAAGATATCTTAAACGCGATCGCTGAAATGCCAGTAATGGAACTGGTTGAACTGATCGAAGCAGCTGAAGAAAAATTCAACGTATCTGCGGCTGCTGTTGCAGTTGCAGGTCCTGCTGCTGGCGGCGAAGCTGCTGCTGTTGAAGAAAAGACTGAATTCGACGTTGTTATGACTTCATTCGGTGGCAACAAAGTTGCAGTAATCAAAGCAGTTCGCGGCGCGACTGGCTTAGGTCTGAAAGAAGCTAAAGAACTGGTAGAATCAGCTCCTAAAGCTATCAAAGAAGGCGTAGCTAAAGATGAAGCTGAAGCACTGAAGAAAGAGCTTGAAGAAGCTGGTGCAGAAGTAGAAATCAAGTAA	MALTKEDILNAIAEMPVMELVELIEAAEEKFNVSAAAVAVAGPAAGGEAAAVEEKTEFDVVMTSFGGNKVAVIKAVRGATGLGLKEAKELVESAPKAIKEGVAKDEAEALKKELEEAGAEVEIK				NA	NA	NA	NA	NA
AK237_01771	519	rplJ	COG0244	50S ribosomal protein L10	GTGGCACTAGGTTTAGCAGCAAAGAAAGAGATCGTAGCAGAAGTTTCTGACGTTGCGTCTCGCGCTCTATCCGTAGCCGTTGCTGAATACCGTGGGATGGAAGTTGCAGAGCTGACTGACCTGCGTGTTAAAGCCCGTGAGCAAGGCGTATACTTGAAGGTTGTACGTAATACTCTGGCTAAGCGTGCATTGGCAGACAGCAATTTTGCAGACTTAGAAAGCGCCTTAACTGGCCCGCTTATCTATGGTTTCTCTATCGACGCACCAGGCGGTGCGGCACGTCTTTTCAAAGACTTCGGTAAGACTAACGATAAGCTGAAAGTTACTGCACTTTCAATTGGTAGTGGTTTACTTGGTCCAGAGAAACTGGATGCAGTAGCAGCCCTGCCTACCCGCGACGAAGCGCTTGCAAGACTTCTTGCGACCTTCAAAGCACCAGTTGGCAAGTTCGTTCAAACTATCAACGAAGTTCCTGCCAAATTTGTGCGTGTATTGGCGGCGGTCAAAGACACCAAGTAA	MALGLAAKKEIVAEVSDVASRALSVAVAEYRGMEVAELTDLRVKAREQGVYLKVVRNTLAKRALADSNFADLESALTGPLIYGFSIDAPGGAARLFKDFGKTNDKLKVTALSIGSGLLGPEKLDAVAALPTRDEALARLLATFKAPVGKFVQTINEVPAKFVRVLAAVKDTK				NA	NA	NA	NA	NA
AK237_01772	696	rplA	COG0081	50S ribosomal protein L1	ATGGCTAAACTGACTAAACGCGCTCGCCTGATCCGCGAGAAAGTAGACGCGACTAAAGATTACGAAATCAACGAAGCCGTTGCTCTGCTGAAAGAACTGGCTACTGCTAAGTTCGCAGAAAGCGTAGACGTAGCAATCAACCTGGGTATCGATGCAAAGAAATCTGACCAGAACGTACGTGGTGCAACTGTACTGCCTAACGGTACTGGTAAAGACGTTCGCGTTGCAGTATTCACTCAGGGTGCAAACGCTGAAGCTGCTAAAGAAGCGGGTGCGGACATCGTAGGTATGGACGACCTGGCTGAGAAAGTTAAAGCGGGTGAGATGGACTTTGACGTAGTAGTTGCCAGCCCTGACGCAATGCGCGTTGTTGGTCAACTGGGTCAAATCTTAGGTCCACGTGGCCTGATGCCTAACCCTAAGACTGGCACCGTAACGCCTGACGTTGCAACTGCAGTTAAGAATGCTAAAGCTGGTCAGGTTCGCTACCGTAACGATAAGAACGGTATCATCCACGCTAGCATTGGTAAGATTGCTTTCGAAGCTAACCAGATTCAAGAGAACCTGGAAGCCCTTCTGGAAGCACTGAAGAAAGCTAAGCCTTCTTCAGCTAAAGGCCTGTACATCAAGAAGGTTAGCCTGAGCACCACTATGGGCGCTGGCGTATCTGTTGATAAAGGTACTGTAGGTCTGTAA	MAKLTKRARLIREKVDATKDYEINEAVALLKELATAKFAESVDVAINLGIDAKKSDQNVRGATVLPNGTGKDVRVAVFTQGANAEAAKEAGADIVGMDDLAEKVKAGEMDFDVVVASPDAMRVVGQLGQILGPRGLMPNPKTGTVTPDVATAVKNAKAGQVRYRNDKNGIIHASIGKIAFEANQIQENLEALLEALKKAKPSSAKGLYIKKVSLSTTMGAGVSVDKGTVGL				NA	NA	NA	NA	NA
AK237_01773	429	rplK	COG0080	50S ribosomal protein L11	ATGGCTAAGAAAGTAACTGGCTTAATTAAGCTTCAGGTTGCAGCAGGTGCTGCTAACCCTTCTCCACCAGTTGGTCCTGCACTGGGTCAGCATGGTGTGAACATCATGGAATTCTGTAAGGCTTTCAACGCAAAAACTGAAAGTCTTGAGAAAGGCGCGCCGGTACCAGTAGAAATTACTGTATACGAAGATCGCTCTTTCACATTCGAAACCAAAACTCCTCCTGCGTCTTACCTGCTGAAAAAAGCAGCTGGCATCAAGAGTGGTTCTGGCCGTCCTAACACTGAGAAAGTTGGTACTGTTACTCGCGCTCAATTGGAAGAAATTGCCAAGACTAAAGAGCCTGATCTGACTGCTGCTTCTCTGGACGCTGCTGTACGCACTATCGCGGGTTCTGCTCGCGCCATGGGTCTGAACGTAGAGGGTTAA	MAKKVTGLIKLQVAAGAANPSPPVGPALGQHGVNIMEFCKAFNAKTESLEKGAPVPVEITVYEDRSFTFETKTPPASYLLKKAAGIKSGSGRPNTEKVGTVTRAQLEEIAKTKEPDLTAASLDAAVRTIAGSARAMGLNVEG				NA	NA	NA	NA	NA
AK237_01774	1104	dap_4		D-aminopeptidase	ATGAATAAATTTTTCAGAATATTACTACTTTCGGGCGTAGCTATCTCTTCTGCTTATGGCGCTGACAATAGCGCGGATTGGTCAGCGCTCAAGTCGGAAGTTACCGAACTTTTCACCACACAAAACGTACCGGGAATGTCAGCTGCGGTGGTGTCGCAAGGCAAAATCGTATGGAAATATGAAGCGGGATTTGCTGACGAATCACGGGCGATACCCGTTACCATTGATACGCCCTTTTGGATAGCGTCAATTACAAAGCCTTTCGTCGGGCTGGCTTATCTTCACCTTGCCAGTGCGGGGAAAGTGAATCTTGATGAACTTGCGAGCAGCACCCCGGATTTTTCTGATACCTGTCATTGGTTAAAAGGGACGTCTATTCCCTTCGCAAAAGGCATGAAGTGCGACGCCGGTATTACCATTGACCACATTTTGCATCACCAGATTAACGGAACGCCGGGAAGCGAATTTATGTACAATCCCATCATGTACTCACGGCTATCCAGACATTTAGAATATACGTTAGCGGGCACCATAAAGGGGATGAAGGGATATCACAACCAGCTTGCTCAGGCGATAGATAAGTACGTGTTAGCTCCCGCAGGAATGAACGACACAATGGCCAGTATGTTTGACCCATCAAAAGCCAATGTGTACCAGAGAATGTCCGATGGATTTACGGTGTCAGATGATGGCAATAAAACAAAGTTAGCCCAACCGTCAAAGTATATTGCAGGGGGCGCCGGGATGGTGTCGACAATCCGGGATCTGGCGAAGTTTGAAAATGCGTTGTACACCAAATCAATTTTACCCGCTTCTGTGGATCAGGAATTCAATGAACAACCTGCTTTCAGTGACGGAAGCGATGCCCCTTACGGTTACGGATGGTACTTTCAAACAATAAAGGGGCATACGGTCATGTGGCATTCTGGTTGGGATCCGGACAACGGCTTCTCAGGCGTAATTGTCAGAATTCCCGAAAAAGCGCTGGCTTTTGTCGCACTAGCTAACAGTGAAGCTATCTGGTGGCACAATAGCCTTGTGAAAGGAGAAATTGAAAAGTCGCCGATAGCGAAGGCGTTTATCTTCGAAGCGTTGGCGCGGTGA	MNKFFRILLLSGVAISSAYGADNSADWSALKSEVTELFTTQNVPGMSAAVVSQGKIVWKYEAGFADESRAIPVTIDTPFWIASITKPFVGLAYLHLASAGKVNLDELASSTPDFSDTCHWLKGTSIPFAKGMKCDAGITIDHILHHQINGTPGSEFMYNPIMYSRLSRHLEYTLAGTIKGMKGYHNQLAQAIDKYVLAPAGMNDTMASMFDPSKANVYQRMSDGFTVSDDGNKTKLAQPSKYIAGGAGMVSTIRDLAKFENALYTKSILPASVDQEFNEQPAFSDGSDAPYGYGWYFQTIKGHTVMWHSGWDPDNGFSGVIVRIPEKALAFVALANSEAIWWHNSLVKGEIEKSPIAKAFIFEALAR				NA	NA	NA	NA	NA
AK237_01775	624	nusG	COG0250	Transcription termination/antitermination protein NusG	ATGTCTGAAGAGAATCAAACACCAGAAGAAAATCAGGCAGCAACAGAAACTGCTGCATCAGAAACTGCCGCGTCAGAAGCTGCACCAGAAAATAAAAAGCGCTGGTATGTTGTTCAGGCTTATTCGCAATATGAATCCCGCGTAAAGAAAACGCTGCTTGAATACATCAAAATGCACGAGATGGAAAAGTTCTTTGGTCAGGTACTGGTACCTACCGAAGAAGTGGTTGAAATGCGTGCAGGCCAGAAACGTAAGTCAGAGCGTAAGTTCTATCCTGGTTACGTGCTGGTAGAAATGGAAATGAACGAGCAGTCATGGCACTTAGTGAAAAGTGTACCGCGTGTGCTGGGTTTCATTGGCGGTACTTCTGATCGTCCTATGCCTATCACCAAGCGTGAAGCAGATGCGATCCTTAACCGTCTGGAAGAAAACACCGATAAGCCAAGACCAAAAACATTGTTCGAACCAGGCGAAGTGGTACGCGTTACCGATGGTCCTTTTGCCGACTTCAATGGTGTGGTCGAAGAAGTGGATTACGAAAAGAGCCGCGTAAAAGTATCGGTACTTATCTTCGGCCGTTCTACGCCAGTAGACCTGGAGTTTGGCCAGGTAGAAAAAGGCTAA	MSEENQTPEENQAATETAASETAASEAAPENKKRWYVVQAYSQYESRVKKTLLEYIKMHEMEKFFGQVLVPTEEVVEMRAGQKRKSERKFYPGYVLVEMEMNEQSWHLVKSVPRVLGFIGGTSDRPMPITKREADAILNRLEENTDKPRPKTLFEPGEVVRVTDGPFADFNGVVEEVDYEKSRVKVSVLIFGRSTPVDLEFGQVEKG				NA	NA	NA	NA	NA
AK237_01776	378	secE	COG0690	Protein translocase subunit SecE	ATGAGCGAAAAAACGGAAAGTACGTCCAATCCGTTGGACATGGTAAAGTGGCTGGTAATCTTTGCTTTATTAGCCGGTTTGATTGCTGCAAACCACATGTTCGATGAGGTTTCAGTACTGGTGCGAGCATTGGTAGCTGTTGCTGTTGTTGTTGTTGCCGGTTTTATTGCATCAACAACCGAGAAAGGCAGTGCATTTCTGACCTTTGCCAAAGAATCTCGCATGGAAGTGCGTAAAGTTATCTGGCCAACTCGTCAGGAAACTAACCAGACAACACTAATCGTAATGGCTGCGACGTTAATCATGGCACTGCTGCTATGGGGCCTCGACGGTATTATCGTACGTTTAGTTGCCTTCATCACCGGAATTGGAGTGTAA	MSEKTESTSNPLDMVKWLVIFALLAGLIAANHMFDEVSVLVRALVAVAVVVVAGFIASTTEKGSAFLTFAKESRMEVRKVIWPTRQETNQTTLIVMAATLIMALLLWGLDGIIVRLVAFITGIGV	PGPT0025715_1041	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-SEC-SECRETION_PATHWAY	CE-SEC-SRP_CORE_COMPONENTS,PGPT0025715-secE-K03073	NA	NA
AK237_01778	1842		COG1132	Putative multidrug export ATP-binding/permease protein	ATGTTTTCATTTTTTGAACGGCTGACAAAGCCGTTCCCTGACGAAGCCCCGACGCAACCGCCAAAGGGGCTCGTTGCTTTCTGCCGCCACTATTCACAGGGCATGTGGGGCATTATTGCCATCGTTTCTTTGCTAAGTGCCGTTATCGCCGCATTAGAAGTCATGTTGTTTGGCTTTCTTGGTCAGCTTGTAGATTGGTTCTCTGCACACGACAGAGCGACGTTCCTGCAAGATGAAAAATGGACACTGTTTGGTATGGGGTTTGTGGTTCTGGTGCTCATTCCCGGGTGCATATTGCTGCGTTCACTGTTCAACCGCCAATCTCTCATGGGAAACTACCCCATGCGCATCCGCTGGCAAGCACATCGCTATTTGCTTAGCCAAAGTCTGAGCTTCTTCCACAACGAGTTCGCCGGGCGGGTGGCGACAAAAGTGATGCAAACTTCGTTGTCTGTGCGCGAAACCGTGATGAAGTTACTGGACCTGATGGTATACATTTGCGTGTACTTTATCTCCATGGTGGTGTTGATTTTCTCCACCGATTGGCGACTGGCTATGCCACTTTTAGTCTGGTTTGTTATCTATATCTGCATACTTCGTGTGTTGGTACCAAAACTCAAAGCCGTATCGCAGGCTCAGGCTGATGCCAGAGCGGTTATGACAGGACGTATCGTCGATAGTTATACCAATATCACCACGGTAAAACTTTTTTCTCACAGCCGTCGTGAAGCAGATTATGCAAAAGAAAGTATGGACGGCTTCCTTCAAACTGTTTATCCGCAGATGCGTTTGGTCACCATTCTTGAAAACTGCGTTGAACTGGCCAATGCGGTGTTAATTTTTGCTATCGGTGCACTTTCGGTTTACTTGTGGATGCACGAAATCGTCTCGCCGGGCGATATTGCTGTTGCCATCAGTCTGGTGTTACGTCTTAACGGTATGTCTCATTGGGTTATGTGGGAAGTGTCGTCTTTGTTTGAGAATTTGGGTACCGTACAAGACGGTATGAATACTCTGGCGCAGTCCGTTGAGGTGAAAGATGCCAAAGAGGCTACGCCATTGGCGGTGAAAGGAGGGGAAATCACCTTTGACAATGTTAACTTCTCCTATATTGGTAACGATGCCCGCTCAATTGATGTGTTTAACAATCTGGACATCCATATCAGGCCAGGGGAAAAAGTAGGCTTGGTTGGGCGCTCTGGCGCAGGAAAGTCTACGTTAGTGAACCTTGTCATGCGCTTTTATGACACCAAAAGTGGTCAAATCGTTATTGATGGACAGCCTGTAAAGTCTGTCTCTCAGGAAACCCTTCGAGAGAAAATCAGCATGGTTACCCAGGATACATCGCTGATGCATCGGTCTGTACGTGACAACATTATTTACGGCCGTACCGATGCAACGGAAGAAGAGATGATCCGGGCTGCCAAGCAGGCGGAAGCACACGAATTTATCCTGTCTCTTTCTGACAGTGCGGGACGTACAGGCTATGACGCCCATGTTGGCGAACGTGGCGTGAAGCTGTCTGGTGGACAACGCCAGCGCATCGCAATAGCCAGGGTGTTATTGAAAGATGCCCCTATACTCATTTTGGATGAAGCGACCTCAGCACTAGATTCGGAAGTAGAGGCAGCGATACAGGATTGCTTAAATTCGGTAATGGAAAATAAAACGGTACTCGCTATCGCACACCGTCTGTCGACCATTGCACAAATGGATCGTTTGCTGGTGCTTGATAAGGGCGAGATTGTTGAGTCGGGCACGCACGCTGAACTGGTGGCTAAAAATGGCATTTACGCGAAACTTTGGGCCCATCAGACTGGTGGCTTTATCGGTGTGGAATGA	MFSFFERLTKPFPDEAPTQPPKGLVAFCRHYSQGMWGIIAIVSLLSAVIAALEVMLFGFLGQLVDWFSAHDRATFLQDEKWTLFGMGFVVLVLIPGCILLRSLFNRQSLMGNYPMRIRWQAHRYLLSQSLSFFHNEFAGRVATKVMQTSLSVRETVMKLLDLMVYICVYFISMVVLIFSTDWRLAMPLLVWFVIYICILRVLVPKLKAVSQAQADARAVMTGRIVDSYTNITTVKLFSHSRREADYAKESMDGFLQTVYPQMRLVTILENCVELANAVLIFAIGALSVYLWMHEIVSPGDIAVAISLVLRLNGMSHWVMWEVSSLFENLGTVQDGMNTLAQSVEVKDAKEATPLAVKGGEITFDNVNFSYIGNDARSIDVFNNLDIHIRPGEKVGLVGRSGAGKSTLVNLVMRFYDTKSGQIVIDGQPVKSVSQETLREKISMVTQDTSLMHRSVRDNIIYGRTDATEEEMIRAAKQAEAHEFILSLSDSAGRTGYDAHVGERGVKLSGGQRQRIAIARVLLKDAPILILDEATSALDSEVEAAIQDCLNSVMENKTVLAIAHRLSTIAQMDRLLVLDKGEIVESGTHAELVAKNGIYAKLWAHQTGGFIGVE	PGPT0029145_878	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE	CE-BACTERIAL_FITNESS-OTHER_MULTIDRUG_EFFLUX_GENES,PGPT0029145-vcaM-K18893	NA	NA
AK237_01779	615	ligK	COG0684	4-carboxy-4-hydroxy-2-oxoadipate aldolase	ATGTACGATGCGTTTTTATCCGTTTCTGTGTGCGATTATGCAGATGCATTGCCGCGTAGTCAGTTTATACATTACGACATCCATTCACTGTGGCAACCCGTGCCACGCATTGCCGGACCGGCCTTTACGGTTAAGTGTGAACCCGGCGACCATCTTATGCTTCATGCCGCAATATACCGGGCAAACCCGGGCGATATCATCGTTGCACAGGCCGATGATATGTACGCGCTGGCTGGCGGGAACGTGTGTGCCATTGCGCAGCAGCGCGGTGTTGCCGGATTTATTATCGACGGTGTTATTCGTGATGTGCAGGAAGTGCGGGAAATGGAATTTCCTGTTTTTGCCAGGGGCGTATGTCCGAAACCCGGCGCAAAGAAGGTACTTTCTCCCCTTAATCAGCCAGTTGAATGCGGCGGTGTGACTGTGAACCCGGGCGACATCATTGTTGCAGACGAAGAGGGGATCGCGGTTATTCCCCTGGCTGATGCGGCAGGTGTTCTGGATATCGCCAAAAAGAGAAATGAAAAGGATTCATCAATGCCATTAGCACAATGGCGGGATGATCATCTTGAAAAAGTGGAATCCATCCTCACTAAGCTAGGGTTTAAAGAATAA	MYDAFLSVSVCDYADALPRSQFIHYDIHSLWQPVPRIAGPAFTVKCEPGDHLMLHAAIYRANPGDIIVAQADDMYALAGGNVCAIAQQRGVAGFIIDGVIRDVQEVREMEFPVFARGVCPKPGAKKVLSPLNQPVECGGVTVNPGDIIVADEEGIAVIPLADAAGVLDIAKKRNEKDSSMPLAQWRDDHLEKVESILTKLGFKE	PGPT0002085_1379	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-GALLATE_RESISTANCE,PGPT0002085-ligK|galC-K10218	NA	NA
AK237_01780	1383	dbpA_2	COG0513	ATP-dependent RNA helicase DbpA	ATGACACAATTTTCAGAACTACATGCAATAACACCGCCATTACAAGACGCACTGAGCAGGTTGGGTTTTCCGTCGATGACCCCCGTGCAGGCCGGGACGCTTCCGGAAGCATTAACCGGACGGGACATCATGGCGCAGGGACAAACCGGAAGTGGTAAGACGGTGGCGTTTGCTGTAGCAACGCTAAATCGATTGGAAGTCACAACATTTTCCACCCAGATACTTGTACTATGTCCAACGCGGGAGTTAGCCGCGCAGGTCGCTGAGCAATACCGTGCAGTGGGACAGTGCATGTCGAATCTGAAGGTGCTTACATTGTGCGGCGGTGAGCCCATGGGTCCGCAAATTCAGTCCCTTAAGCATGGTGCGCATGTGATAGTGGGTACGCCGGGCCGTATCCTCGATCATTTACAGAAAAACCGGATTGATTTGAGCGGCGTGACATCGCGGGTGCTGGATGAAGCTGACCGCATGCTCGACATGGGTTTTGCAGACGATGTAGATGAAATCTTTTCCTACACCGCAGAGCAGGTGCAGACATTACTCTTTTCTGCTACCTGGACCGACGGTATCAAACGGATGGCGAATAAATATCTCGCTGATCCTCTTACCTTCACTGCTAAGGCTGATGTAGTAGCGAATCCGGATATTGAGCAGCAGGCTTATTCGGTGGAAGAGCATACCCGCCTCAATGCCTTAAAAGCCGTGCTGACCACCATTCAGCCAACCAAAGCGATTTTGTTCTGTAATACCCGCAAGCGGGTGACCGAAGTGATGGATGAACTGACCGCTGCCGGATTTTCCGTGGCCGGTTTGCAAGGGGAAATGGAACAACGTGAGCGTACCGACGTACTGGCCCGATTCGCTGCTGAGGCGTTGTCAGTGCTGGTGGGAACGGACGTCGCTGCCCGTGGTCTGGATATCAAGGAAGTCGACTGTGTGATTAACGTGGATGTCAGCGAAGATGCTGATACTCATACACACCGTGTAGGTCGCACCGGCCGAGCCGGAGCGAAAGGTCTGGCGGTCACACTGGTCAGTGAGCGCGAGAAGGACCATTTCGAAAAGATTGAAGCTTTCGCGGAAATGAAAATTCCTCTTAAAGGCTCACAGAGCCTCCGTTTTCATGCAAACCGTATCACCAAACCTGTATACGTTTGTCTGCATGTGAATGCGGGTAAAAAAGAAAAATTACGTCCCGGTGATTTTCTTGGCTCGCTGGTGAAAGACGCGGATATTGCTGCTGATGATATCGGTAAGATTCAGGTACAGAACTCTCAGAGCTTCGTATCGGTGAAAGAGCGTAGTGCGAAGCGTGCATTAAAACTGTTCAGGGAAGGAAAGATTAAAGGCAAGCGTGTGCGTGCCCGCAAACTGGGTTAA	MTQFSELHAITPPLQDALSRLGFPSMTPVQAGTLPEALTGRDIMAQGQTGSGKTVAFAVATLNRLEVTTFSTQILVLCPTRELAAQVAEQYRAVGQCMSNLKVLTLCGGEPMGPQIQSLKHGAHVIVGTPGRILDHLQKNRIDLSGVTSRVLDEADRMLDMGFADDVDEIFSYTAEQVQTLLFSATWTDGIKRMANKYLADPLTFTAKADVVANPDIEQQAYSVEEHTRLNALKAVLTTIQPTKAILFCNTRKRVTEVMDELTAAGFSVAGLQGEMEQRERTDVLARFAAEALSVLVGTDVAARGLDIKEVDCVINVDVSEDADTHTHRVGRTGRAGAKGLAVTLVSEREKDHFEKIEAFAEMKIPLKGSQSLRFHANRITKPVYVCLHVNAGKKEKLRPGDFLGSLVKDADIAADDIGKIQVQNSQSFVSVKERSAKRALKLFREGKIKGKRVRARKLG	PGPT0013740_1175	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_OSMOTIC_STRESS	OSMOTIC_STRESS-OTHER_REGULATORS,PGPT0013740-rhlE-K11927	NA	NA
AK237_01781	1575			hypothetical protein	ATGGAAGTTGGAGCAGTCTCTGTCTTAAGAAGGTTAGTTTGTAGCCTTCTTATGGTTATCAGCATTGCTTGCAAGGGCAATGCTGAACCGGTTTCGGTTATTGCTAGTCCTGTTCCGGTATTTACTGAAGTCGGGCGTGATGGCGAACTAAGCGGGTATACCATAGAGTTAATTCGCGGCATGCTGGCGCAGGCCGGTCTGGAAGGCCATTTCAGACCTGAGCCGTTTGCGCGTATGATGTCGGATTTAAAGGCTCATCCCAGTCAAATCGGTGCTTCTCTCGTTCGCACTCCCGAACGCGAAGATAAGTTTTTTTGGATCACACCCGTCACCGCCACGTCTAATCAACTCTATATTAAAAAGGACAGTGTCTACGCGCAATCGGGCGTGTCTTCACTAAGTCAGCTTTCGTCTGTCGCGGTAATGCGTGACGATTACCGGCACGCTATATTAACTCAGGCCAATGTAAGCAATGTCCTGGCAGTGAACACGTGGGAACAGGCTATAGAAACGTTGTTGCGTGACCGTGTGGAGGGCGTTTTATTTTCTTCTATTGGCGTGCGCTTAATTTGTAAACAAGCCTTGTTAGACTGCACCAACCTTATTCCGGCCTATACTACCGGTACACCGGTAAGCTATATCGTTCTGCCCAGAAATGCTGACAATGCTGAATTAGCTGAAAAACTTACCATGGCCGCAGAGCAATTCAAACGGAGTGACACGTTTGCTGCGCTGGCCAGGAAAACTAACAAGGTGTTTGCCAGCTTTGGACTTTCAGCTGGTGTTGATGATGGCGTAATGCACATTTCAGACACAAACAGTGTTGATGCGTCCGAGCATATTTGGGTGCTGGGGGAACTTTCTGGTGATTTTGCTAAACTCAACTCACGGCGAGAAATGGTGGGATACAACGCCGATTTGGTAAGAGCTATTTTACTGGAAGCCGAGATAGAAGCGCCCATTCTGGCCGTTCCCTGGCAACGGTTAATGCGGGAAGCTTTACAAAAGCCAAATGTTTTAGCCTTTGCGGTAGCCAGAACGCCTGAGCGCGAAGCTATGTTTCATTGGATCACCCCAATTACCCATAACGAATATGGCTTGTACAGTACTGAGAAGCGAAAATATCGCAATATAGCGCGCATACCCAAAGATCGTGTCGTAGGGACAATAAAACGGGATTTCAGAAGCGATATAGCCAGAGCCGCAGGTCTGATTACCACGGAGTTTGAAACCTGGGGTGAGGCGATTAATGCGCTGTATCGTGAAGACATCGATTTTGTGTTTGCTTCTCCATGGGCTATCGGGGTGGGGTGCCAACAAAGTAATCATCCTTGTGAGGATGTTTCATTGAGCACCAGGTATAATGAAATCACAACGTGGCTAGTACTTTCAAAATCGAACACCGATTCAGCACTGGTCGAAAAGCTGCAACGAGCGGCGGAATCACTCAAGCAATCTGACAAATACCAGCTGTGGGCTGAACGTTGGGCTGCCGATATTAATCAACGTACTAATGCGAATTACTCTGTGAAAGACGGCATTATGTATCTTTACAACGTTAATCAGAATCAATGA	MEVGAVSVLRRLVCSLLMVISIACKGNAEPVSVIASPVPVFTEVGRDGELSGYTIELIRGMLAQAGLEGHFRPEPFARMMSDLKAHPSQIGASLVRTPEREDKFFWITPVTATSNQLYIKKDSVYAQSGVSSLSQLSSVAVMRDDYRHAILTQANVSNVLAVNTWEQAIETLLRDRVEGVLFSSIGVRLICKQALLDCTNLIPAYTTGTPVSYIVLPRNADNAELAEKLTMAAEQFKRSDTFAALARKTNKVFASFGLSAGVDDGVMHISDTNSVDASEHIWVLGELSGDFAKLNSRREMVGYNADLVRAILLEAEIEAPILAVPWQRLMREALQKPNVLAFAVARTPEREAMFHWITPITHNEYGLYSTEKRKYRNIARIPKDRVVGTIKRDFRSDIARAAGLITTEFETWGEAINALYREDIDFVFASPWAIGVGCQQSNHPCEDVSLSTRYNEITTWLVLSKSNTDSALVEKLQRAAESLKQSDKYQLWAERWAADINQRTNANYSVKDGIMYLYNVNQNQ				NA	NA	NA	NA	NA
AK237_01782	1044	pyrC	COG0418	Dihydroorotase	ATGCAAACGTTAACCATCCGCACCCCTGATGACTGGCACCTTCATTTTCGTGACGGCGATATGTTAGGGGAAACTGTTCCTGCCACTGCCAGATGTTTTGCCCGGGCCATTGTCATGCCCAATTTGGTACCTCCAGTGACTAACGCTGAGATGGCCATGGCTTATAAACAGCGCATTGTTAATGCTCGCCCAGCGGGTAGTCAGTTTGAGCCATTGATGACCTTGTACCTGACCAATCAAACTACCGCAGAAGATATTGCCGCTGCAAAGGCTGCGGGTGTCGTGGCATGCAAATTATATCCTGCTGGAGCAACGACTAATTCGGATGCAGCGGTAACGGGGATTGAAGCGCTTTACCCTGTATTTGAGGCGATGCAAGCCCACGGTTTGTTGTTGTTGATCCATGGTGAAGTGACTGAAAATCACATCGATATATTCGATCGTGAGAAAGTCTTTATCGATACACACTTGCGGCCTATTGTTGCCGCCTTCCCGCAATTGAAGATTGTTTTCGAACATATTACTACCGCTGATGCTGCCGGATTTGTGATGCAGGCCAGTGACCATGTCGGCGCTACGATCACCCCTCAACATTTGTTGCTAAACCGGAACGATTTGCTGGTAGGTGGCGTGCGTCCTCACAACTATTGCCTGCCGGTATTAAAACGGAACACGCACCAAAAAGCGTTGCAAGAAGCCGTTGCGACAGGATCTGCTAAATTTTTCCTCGGCACGGATTCTGCGCCTCATGCTAAACATCGAAAAGAAAATGCGTGTGGGTGTGCGGGGTGTTACAGTGCCTGGAGTGCTATCGAACTGTATGCAGAGATATTTGATGAATTAAATATTCTCGATAAATTCGAAGGTTTTGCGAGTTTGCATGGCGCGAATTTCTACGGTTTGCCGGTTAATGAAAGCACGATCACTCTCGTAAATTCACCCTGGCAGGTACCTGAGGTAGTGAAGCTACCCGATGGTACAGAAATGGTGCCATTCTATGCGGGGAAAACACTTAAATGGAAGTTGGAGCAGTCTCTGTCTTAA	MQTLTIRTPDDWHLHFRDGDMLGETVPATARCFARAIVMPNLVPPVTNAEMAMAYKQRIVNARPAGSQFEPLMTLYLTNQTTAEDIAAAKAAGVVACKLYPAGATTNSDAAVTGIEALYPVFEAMQAHGLLLLIHGEVTENHIDIFDREKVFIDTHLRPIVAAFPQLKIVFEHITTADAAGFVMQASDHVGATITPQHLLLNRNDLLVGGVRPHNYCLPVLKRNTHQKALQEAVATGSAKFFLGTDSAPHAKHRKENACGCAGCYSAWSAIELYAEIFDELNILDKFEGFASLHGANFYGLPVNESTITLVNSPWQVPEVVKLPDGTEMVPFYAGKTLKWKLEQSLS	PGPT0021145_6873	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021145-pyrC-K01465	NA	NA
AK237_01783	546			hypothetical protein	ATGAGTCGCGCGGGCAGTGCGTGCGAATTATGTGGTAGTAAAGATCTGGTCGCGCTGTATGAAGTGCCTTTTTCTCCAGACAGTGAAGCTGATACACACATCGCTGCCTGTCAGGTGTGTCGGGATCAATTAAACGGTGAAAGTGATATCGTCGTAGAACACTGGCGTTGTTTAAATGACGCTATCTGGTCGCCTGTTGCGCCGGTGCAAGTCACCGCGTGGCGAATGCTTAACAAATTGAAATCTGAGTCCTGGGTACAAGATTTACTTGATATCGCTTATCTTGAAGACAACGTACGTGAATGGGGCGAGGCAGGGCTTGTCGATTTAAATCGTGAACCAACCCTCGACTGCAATGGAACAGCTCTGGCTGCCGGCGACACCGTTCATCTTGTTAAAGATTTGAATGTTAAAGGCGCTACGTTTACGGCGAAGCGAGGTACTGCCGTGCGAAATATTGGTTTGAGTGATAATCCGCTTCATATCGAAGGCAGGGTTAACGGTACCCGTATCGTCATTATTGCTGCCTATACCAAAAAAGCGTAA	MSRAGSACELCGSKDLVALYEVPFSPDSEADTHIAACQVCRDQLNGESDIVVEHWRCLNDAIWSPVAPVQVTAWRMLNKLKSESWVQDLLDIAYLEDNVREWGEAGLVDLNREPTLDCNGTALAAGDTVHLVKDLNVKGATFTAKRGTAVRNIGLSDNPLHIEGRVNGTRIVIIAAYTKKA	PGPT0030500_344	PUTATIVE	PGPT	PUTATIVE_PGPTs	PUTATIVE_FUNCTIONS	PUTATIVE_FUNCTIONS-1	PUTATIVE-POLYCYCLIC_AROMATIC_HYDROCARBON_CATABOLISM	PUTATIVE-POLYCYCLIC_AROMATIC_HYDROCARBON_CATABOLISM-1,PGPT0030500-phnA|yjdM-K06193
AK237_01784	531	blc	COG3040	Outer membrane lipoprotein Blc	ATGCGCTTGATATCCGTGGTAATCCTTTCATTAATTATGTTAGTTGGCTGTACCTCCAAGCCTGAGGGTATCCAACCAGTCAAAGATTTCCACTTACAGCAATATTTGGGAAAGTGGTATGAAATTGCACGCTTACCGCATAGCTTTGAAGAGGGGTTAACTCAGGTTACCGCGCAATATTCCTTGCGGGATGATGGCGGTGTAACGGTTATCAATCGCGGCTTTAGCCCAGAGGACAACCAGTGGGATGAAGCGGAAGGTAAGGCGTATTTTGTTGATGATGAAAATACAGGGCATTTGAAAGTCTCTTTCTTTGGCCCTTTTTATGCCAGTTATGTGGTGATAGATCTTGATGAACAATACCGCTATGCCATGGTATCCGGGCCCGATAGAGACTACCTGTGGATCCTCTCCCGAAATCCACAACTACCAGAAGACATCCTTGAGCGGCTCGTCGCAAAGGCGAAAGATTTGGGGTTTAATACCAATAAGCTAATATACGTCGAACAAGATCAACTGCGTGCTGAATAA	MRLISVVILSLIMLVGCTSKPEGIQPVKDFHLQQYLGKWYEIARLPHSFEEGLTQVTAQYSLRDDGGVTVINRGFSPEDNQWDEAEGKAYFVDDENTGHLKVSFFGPFYASYVVIDLDEQYRYAMVSGPDRDYLWILSRNPQLPEDILERLVAKAKDLGFNTNKLIYVEQDQLRAE	PGPT0012970_2178	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	NITROSATIVE|OXIDATIVE_STRESS|ROS_REGULATORY_PROTEINS,PGPT0012970-blc-K03098	NA	NA
AK237_01785	954	ydhF	COG4989	Oxidoreductase YdhF	ATGTTGACGCATTATTTCCCTCAGGCAAGCCGCGTGGTTTACGGGTGCATGGGCTTAGGTGGTACATGGGATGCCTCTGCGGTTACTAAAGCTCACTACGCACAAGCCCACCAGGTCATTGAAACTGCGCTGGAAAATAACATAACGGTTTTTGACCATGCAGATATTTACACCCTGACGAAAGCGGAACAAGTATTTGGTCAGGTTTTGAAAGAAAATCCCTCACTGAAAGACCAAATGATTTTGCAATCAAAATGCGCAATCCGGTTTGAAGACGCGCTAGGTCCGAAACGCTATGACTTTTCTGCTGCGTGGATTAACAAATCGGTAGAGGGGATTTTGTCGCGATTAGGCATTGAGCAATTAGATATCCTGCTGTTGCATCGTCCCGATCCACTCATAGAGCTAAATGAAGTTGCTGAAACCATTCATGCATTGCAAGCCGCCGGAAAAATTAAACATATAGGCGTGTCGAACATGCACGGCCACCAAATAGCGTTCTTACAAAGCGCGTTAAATACGCCTGTTGTTGCCAACCAACTGGAGATGAGTCTCGCCTTTCGCGACTGGCTTGAAGACGGTATTACTACCAACAGCGCGCATAACCGCAATATGGGCTATGCGCCAGGCACCATTGAGCACTGCATGTTAAACAAAGTGCAACTTCAGGCCTGGGGAAGCTTAGCGCAAGGACGGTACACGGGAGGCAAAACAGAGACAAACGCTGATATTGCTACAGCGGCGCTGGTGAACACGTTAGCCGCCCAATACGAAACGTCTCCTGAGGCTATTGTGCTCGGTTGGTTGATGCGTCATCCCGCCGGTATTCAACCTGTCATTGGCACCACTCACCTGCAACGAATTAAACAATGTGCAGAAGCAACGTCTGTCACATTATCACGGGAGCACTGGTACGCGTTGTTTGAAACAGCAAGGGGACATGAACTTCCTTAG	MLTHYFPQASRVVYGCMGLGGTWDASAVTKAHYAQAHQVIETALENNITVFDHADIYTLTKAEQVFGQVLKENPSLKDQMILQSKCAIRFEDALGPKRYDFSAAWINKSVEGILSRLGIEQLDILLLHRPDPLIELNEVAETIHALQAAGKIKHIGVSNMHGHQIAFLQSALNTPVVANQLEMSLAFRDWLEDGITTNSAHNRNMGYAPGTIEHCMLNKVQLQAWGSLAQGRYTGGKTETNADIATAALVNTLAAQYETSPEAIVLGWLMRHPAGIQPVIGTTHLQRIKQCAEATSVTLSREHWYALFETARGHELP				NA	NA	NA	NA	NA
AK237_01786	387			hypothetical protein	ATGTTAGATGGCTTCCATCACGTTGCAATTATTTGCAGCGATTATCCCGTATCAAAGAAGTTTTATACCGAAGTGCTCGGCTTTAGCGTCATCGACGAAAACTATCGTGAAGAACGGGATTCGTATAAATGCGACTTGGCATTGCCGGATGGCTCTCAAATTGAGTTATTTTCTTTTCCGGGCGCACCGGCTCGTCCATCTCGCCCTGAAGCACAAGGACTCCGTCACCTGGCGTTTAAAGTAAGAGATATCGAGAAGGCGATTGCACAGCTGACAGCAAATGATGTCAGCTGTGAAGATGTGCGGGTAGATCCATACACCAGCAAGCGGTTCACTTTTTTTCAGGATCCGGATGGGTTACCGCTGGAATTATACGAGCTGAACTAG	MLDGFHHVAIICSDYPVSKKFYTEVLGFSVIDENYREERDSYKCDLALPDGSQIELFSFPGAPARPSRPEAQGLRHLAFKVRDIEKAIAQLTANDVSCEDVRVDPYTSKRFTFFQDPDGLPLELYELN				NA	NA	NA	NA	NA
AK237_01787	885	gmuE	COG1940	Putative fructokinase	ATGGCACTGCTTGATAATTACTATGCAGTCATCGAAGCGGGTGGGACGAAATTCAACTGCGCTATTGTCGACACCAATCGTAATATTGTGGAAGAAATAAGAATTCCTACTACAACACCTGATGAGACCTTGGTTGCATGTGTTGAGTTTTTCGAGCAGCAGCGCGAGCGAGGTTATACTTTCCAGAAAATGGGGATTGCCAGCTTTGGCCCCTTAGATCTGGATACTGCTTCCGATTCCTGGGGATATATAACCAAAACACCTAAGCCACATTGGAGCTATGCATCTGTTGCCCCTTATTTTGCAAATGCACTGAATTGCGAAGTACGTATTGATACTGACGTTAATGCCGCCGCGTTGGCTGAATATCGATGGGGCGCGGCTCAAAATACCGACGTAGCAGTTTACGTTACTGTGGGAACCGGCGTCGGCGGTGGTGTGGTGGTCAACGGTAAACCGCTGCATGGATTAGTACACCCTGAAATCGGGCATTTTAAAGTGATCCCGCCTCAAGGCATTGACGGTGTTTGCCCGTTTCACGGAAATTGTGTTGAAGGGCTGGCATCGGGTACCTCGTTGGGCAAAATTTGGGGGCAGCCATCTGATACCCTGCCTGATGAACACGAAGCCTGGGACAAACTTGCAGAGGTGTTAGCGCAGCTATGTCACAACCTGATGGTAGGTTTTAGTGCGCAGAAAATTGTGTTTGGCGGCGGTGTGATGCAGAAAACCGGCATGATGGAACGAATCGCTTTTAAAACGGCGGCGAGCTTGAAAGATTACATCGTGTTTCCCCAGGGCAAGAGTCTGGACGATATTATCTGTTTACCTGGTCTGGGCACGCGCTCGGGCATACTTGGTGCCCTCGCGCTGCTTGATGTCTAG	MALLDNYYAVIEAGGTKFNCAIVDTNRNIVEEIRIPTTTPDETLVACVEFFEQQRERGYTFQKMGIASFGPLDLDTASDSWGYITKTPKPHWSYASVAPYFANALNCEVRIDTDVNAAALAEYRWGAAQNTDVAVYVTVGTGVGGGVVVNGKPLHGLVHPEIGHFKVIPPQGIDGVCPFHGNCVEGLASGTSLGKIWGQPSDTLPDEHEAWDKLAEVLAQLCHNLMVGFSAQKIVFGGGVMQKTGMMERIAFKTAASLKDYIVFPQGKSLDDIICLPGLGTRSGILGALALLDV	PGPT0017625_4522	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
AK237_01788	1266	fucP_4	COG0738	L-fucose-proton symporter	ATGCAACAATCGAACAGCCAGTTCATTCGATGGCTTACGTACTTAATGTTTATGATGTTCGCGATGACATCAGACTCGGTAGGTGAAATTATCAAAGAAGTGAAAGTGGCTTTCGATGTCACTAACGCGCAGGCGAGCTTAATGCACTCACTCCCCATGCTAGGAATCGCATTATCGGGTTTATTACTGGGGTTCCTGGCAGACAGGCTTGGCAGGAAAACCACTATAATTATCGGGCTTAGTGTATTCGGGTTGGCCTGCTATAGCTTTTTCATCGCAAATAATTTTGTATTTATTGTCAGCTTAATGACGCTGTCAGGCATCGCGGTAGGTATATTTAAAACAGGAGCACTGGCGCTCATCGGCGATATCTCTTCGTCAACTAAGCAACATACCGCGACAATGAACGGCGCCGAGGCCTTTTTCGGCGTTGGCGCGATTATCGGCCCGTTGATTGTTGCTTACCTTATCCATCAGGGGGTGCCCTGGCAGTATCTTTACATTATCGCCGGAGGGATCTGCACGTTTCTTATTGTTGTGGCCGTGTGGGTAAAATATCCGGCTTACAAGCAAAATCATGAGCAAGTTGCTCAACAGGTTTCCGTACGTCAGAGTTTAGCGCTGGTAAAAAATCCTTATGCATTAGGCTTTTCCGTAGGCGCATTTTTGTATGTCGCAGCAGAAAGTGCCATTTATGTATGGATGCCAAGTTATCTGGTATGTGATGCGGCCACACTAAAAGCGACTTACGATTGTTATACGGCTGGCACCGCACAGACACTGGCTATTTATTCTGTCACCGCCTTCTTTATTTTGCGTGCTGCCGGGCGGTTTGTCGGTATTTGGATGATGACCCACTTCAACTGGGCGTTAGTTTTGATGCTGTTTAGCGGTGCTATTGTTGTATGCTTCGTCGGTGGTTTATGGGGAGGCAAACATGTTGCGCTGTATTTGTTTCCGCTAACAGGCATATTTATGTCAGTGATTTACCCCACCTTTAATTCGAAAGGGATCAGCTGTTTCCCCAAGCATCAACACGGCTCTGTGGCGGGGGTGATCCTCTTCTTCACTGCCGCCGGCGCGGCCGCAGGCCCCTTCATTATGGGGCTTGTCAGTGATGCAAACGGGGGCGATGCGAAATATGGCTTTATTGTCGCGAGTATATTCGCCAGCTTGTTATTTATCGGTTTATTATTTAATTATCTGAAAAATCCAACGCAAAGACAGTTGGAAAAAATTGAGGCGAGTGAGTATGGCACTGCTTGA	MQQSNSQFIRWLTYLMFMMFAMTSDSVGEIIKEVKVAFDVTNAQASLMHSLPMLGIALSGLLLGFLADRLGRKTTIIIGLSVFGLACYSFFIANNFVFIVSLMTLSGIAVGIFKTGALALIGDISSSTKQHTATMNGAEAFFGVGAIIGPLIVAYLIHQGVPWQYLYIIAGGICTFLIVVAVWVKYPAYKQNHEQVAQQVSVRQSLALVKNPYALGFSVGAFLYVAAESAIYVWMPSYLVCDAATLKATYDCYTAGTAQTLAIYSVTAFFILRAAGRFVGIWMMTHFNWALVLMLFSGAIVVCFVGGLWGGKHVALYLFPLTGIFMSVIYPTFNSKGISCFPKHQHGSVAGVILFFTAAGAAAGPFIMGLVSDANGGDAKYGFIVASIFASLLFIGLLFNYLKNPTQRQLEKIEASEYGTA	PGPT0016725_2138	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_FUCOSE_TRANSPORRT,PGPT0016725-fucP|MFS_transporter|FHS_family|L_fucose_permease-K02429	NA	NA
AK237_01789	1950	ams	COG0366	Amylosucrase	ATGAATTATGCCGCAGACAGTGAACAGTGCTTGAACCGAATTCTCGCTGCTGTCGATCTGTCCATGCTCAGTAAGCGCGACAGCGCCACATTTGTGAGCAGACTACAAGCACATTTCCCAACGCTTTTTGAACGCTATACCTATGTGTATGGCCACCAGTTCGATTGTTATTACCACCTGCAGAAGCTTGTCGAAGTACTGCGTGACGGTGTTAAAGCGCGTAAGCCAAAGCTTAAGCAACAGGACAATGCCAAGCTTAGCAATCCTCGCTGGTATAAAAGTCAGGAACAAGTGGGCATGGCGTGTTATGTCGATCTTATGGGGCCAACGCTCAAAGATTTGCATGACAAAATCCCCTACTATAAAGCGTTGGGTATTACCTATATCCATCTTATGCCGCTGTACGATTCACCTGAAGGCGATAGTGACGGCGGTTATGCGGTGTCGGATTACAGAAAAGTTAACCCTGCCTTGGGTAATATTAACGATCTTGAGAAACTGTCTGAAGCCCTTCAGGCAGAGGGGATCGATTTGGTGCTGGATTTTGTGTTTAACCACACGTCCGACGAACATGCCTGGGCCAAAGCTGCGTTAACCGGTGATAAGACTTATCAGAATTTCTATTATCTTTTTGATGACCGCACCTTACCCGATCAATACGAACATGACTTACGGGAAATATTTCCGCAAGTGCGTCGCGGCAGCTTTACCTACAATGAGACCATGGAAAAATGGGTCTGGACCACCTTTAACAGCTTTCAATGGGACTTAAATTACAGCAACCCTGAAGTCTTTAACGCAATTACAGCGGAAATGCTGTTTTTAGCAAACATTGGTTGTGCGGGTTTGCGGTTAGATGCGTTAGCCTTTATCTGGAAAGACATGGGAACAGATTGTGAAAATCAGCCCAACGCACACCGCTTAATCCAGGCTTTTAATGCGTGTTTACAAATTGTTGCCCCCGCTGTTGTCTTCAAATCTGAGGCCATCGTGCATCCGGATGAAGTTGTGAAGTACATTCATAAGGATGAATGCCAGTTATCTTACAATCCATTATTGATGGCATTACTCTGGAACAGTTTGGCAACGCGAAAAACCCGCTTGCTTACGCAGTCTTTAAAGAAGAGTTTTACGATTCCGGATAACACGACCTGGGTAAACTATGTGCGTTGCCACGACGACATTGGATGGACGTTCGATGATGCCGTCGCTCACCAAATTGGTGTGAACCCTTACGACCATCGCTACTTCCTGAACCAATACTTTACGGGTCGTTTTGAAGGTTCATTTTCATCCGGCGTGCCGTTTGCTGAAAACCCATCAAACGGTGACTGTCGGGTATGTGGTTCTCTTGCTTCTTTGTGTGGGCTGGAAAAAGCATTAGCAGGAATGAACCAACAAGAGATTGATACCGCCATTCAGCGAATGTTATTGCTCTATGGTATTACCTTCTCTATTGGCGGTATTCCTTTAATTTACTCAAGTGACGAGTTGGGATTGTTAAACGATTACCGTTATCGAGAGGATCCTGCCAAACGCCATGACGACCGCTGGGTCAACCGTATTGCTGTAACTGATGATGACATCGACAATGTGTTAAATCAGCAAAATGCGCCGACAGACATTCGTAAGGCGTGCCAAAGAGCTGTATTTAACGGGCTGAAAAACATGCTCGATATACGGCGTCAGCACAACATATTCGGTGATGCAAAAACTGAAATTCTGGATACGGGCAATCACCACTGCTTCGCCTTCATTCGTTACAACCGGAAAGGCGAGAAGCTACTGGGGCTTTGCAATTTCAGTGAACATCCCCAACAGATCGATGGCAACATCCTCAATACGATGGAGCATAAACCGGCCAGAGATTTGTTGAGTGGCAGCCAACTTACAGGTACCGAACACATTATTTCGCTGCGTCCCTATCAGTTAAGCTGGTGGCTTATCTGA	MNYAADSEQCLNRILAAVDLSMLSKRDSATFVSRLQAHFPTLFERYTYVYGHQFDCYYHLQKLVEVLRDGVKARKPKLKQQDNAKLSNPRWYKSQEQVGMACYVDLMGPTLKDLHDKIPYYKALGITYIHLMPLYDSPEGDSDGGYAVSDYRKVNPALGNINDLEKLSEALQAEGIDLVLDFVFNHTSDEHAWAKAALTGDKTYQNFYYLFDDRTLPDQYEHDLREIFPQVRRGSFTYNETMEKWVWTTFNSFQWDLNYSNPEVFNAITAEMLFLANIGCAGLRLDALAFIWKDMGTDCENQPNAHRLIQAFNACLQIVAPAVVFKSEAIVHPDEVVKYIHKDECQLSYNPLLMALLWNSLATRKTRLLTQSLKKSFTIPDNTTWVNYVRCHDDIGWTFDDAVAHQIGVNPYDHRYFLNQYFTGRFEGSFSSGVPFAENPSNGDCRVCGSLASLCGLEKALAGMNQQEIDTAIQRMLLLYGITFSIGGIPLIYSSDELGLLNDYRYREDPAKRHDDRWVNRIAVTDDDIDNVLNQQNAPTDIRKACQRAVFNGLKNMLDIRRQHNIFGDAKTEILDTGNHHCFAFIRYNRKGEKLLGLCNFSEHPQQIDGNILNTMEHKPARDLLSGSQLTGTEHIISLRPYQLSWWLI	PGPT0018825_132	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_COMPLEX_SUGAR_UTILIZATION	PLANT_DERIVED_SUCROSE_METABOLSIM|DEGRADATION,PGPT0018825-suxB|ams-K05341	NA	NA
AK237_01790	210			hypothetical protein	ATGAATGCTACCCACGAGCAAGAATACCTTTGCCCGCACTGTAGTCATATCAATGCCATAGAGTTGGATACCCATCGGGAAATGTATCGTGAGAAATACGCGACATGTACTAAATGCGGTTCCCACCTTGAAATTGTCCCCGCCGACGGCATCGGCGAGAAAATTAACCTAATCGTTTCTTTAGCGGCTACTGATATCGCATTACGATAG	MNATHEQEYLCPHCSHINAIELDTHREMYREKYATCTKCGSHLEIVPADGIGEKINLIVSLAATDIALR				NA	NA	NA	NA	NA
AK237_01791	687	folE	COG0302	GTP cyclohydrolase 1	ATGTTATCAAATGAAGCGGTAGTAGTACGTGATGCAATCGAACCTGGATTGACCTCTGCGGCGATTAAGGTACGAAATGCCCTGGAAGCGAAGGGGTTGGAAACGCCGATGGTGCGTAACGGCCTGTCTGACGAAGAAAAGCGCGCACGCATCGAGGCGGCCATGACAGACATCATGGATACACTTGGGTTAGACCGTACCGATGACAGTCTGGCTGAAACACCAGCTCGTATCGCTAAAATGTATGTAAATGAAATTTTTGGCGGCCTGGATTACCGAAACTTCCCCAAAATTACGGTTATTGAAAACAAAATGCAGCTTAATCAGCCGGTTCAGGTGTCTGACATCAGCCTGACCAGTACCTGTGAGCATCATTTTGTTACTATCGACGGTACCGCCACGGTGTCGTACATCCCAAAAGAGACCGTGATCGGTCTGTCTAAGCTGAACCGTTTGGTGAGTTTCTTTGCCCAGCGCCCGCAGGTACAAGAGCGCCTTACCCAACAAGTCTTAGTGGCTATTCAAACCCTTGCTGGCACAGAAGATGTGGCGGTGTCGATTAATGCAACTCATTATTGCGTTAAAGCACGAGGGATCCGCGATACTAATTCTTACACCAAAACGTCGGCATTAGGCGGCCAGTTCGCTAAAGATGCATTGTTAAGACAAGAATTCTTTAAAGGTTAG	MLSNEAVVVRDAIEPGLTSAAIKVRNALEAKGLETPMVRNGLSDEEKRARIEAAMTDIMDTLGLDRTDDSLAETPARIAKMYVNEIFGGLDYRNFPKITVIENKMQLNQPVQVSDISLTSTCEHHFVTIDGTATVSYIPKETVIGLSKLNRLVSFFAQRPQVQERLTQQVLVAIQTLAGTEDVAVSINATHYCVKARGIRDTNSYTKTSALGGQFAKDALLRQEFFKG	PGPT0007875_1073	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-VITAMIN_B9|FOLATE_METABOLISM,PGPT0007875-folE-K01495	NA	NA
AK237_01792	714	folM	COG1028	Dihydromonapterin reductase	TTGCCACACCCAGTGCTAATCACCGGTGCCTCGCAGCGCGTTGGACTCGCCATCGCTCAAAACCTGCTCACAAACAACTATCCTGTAATTGTAACATATCGCTCCCATAAAGCCTCTATTACACAGCTCGAAAAAGCAGGGGCGAAAGCAATTTGTGCAGATTTTAGCACCGATGAAGGCATCACGCGATGTATCGAAGAAGTGAAAAGCCACACGCCGTCGCTACGTGCCATTATTCACAATGCATCTTCCTGGGATTCAGAAAAACACAGTACCAATTACAGCGCGCTGTTCGATGCAATGATGCAAATTCATGCAAAAACCCCTTACTTACTGAATATGGGTTTACGGTCGCTACTTACAAGTGAAGAAACACAAACAGATATCATTCATATCACCGACTTTGTGCAGGATGTGGGCAGTGAAAAGCATCTTGCTTATGCCGCAAGTAAAGCGGCGCTGCATAATCTGACGCTGTCTTTTGCACAAATGTTGGCGCCAAAGGTGAAAGTCAACACGATAGCCCCGGCCTTGTTAATGTTTAACGAAGGTGACGATGACGCCTATAAGCAGAAAGCGCTTGCAAAATCACTGATGGAAAGTGAGCCTGGCGCTATCGCCGCCGTGGAAGCGGTGAACTATCTGCTTAATGCTACGTATGTGACCGGAGAAACCTTGCAAGTGAACGGCGGCCGTCATTTGAAATTCAACTGA	MPHPVLITGASQRVGLAIAQNLLTNNYPVIVTYRSHKASITQLEKAGAKAICADFSTDEGITRCIEEVKSHTPSLRAIIHNASSWDSEKHSTNYSALFDAMMQIHAKTPYLLNMGLRSLLTSEETQTDIIHITDFVQDVGSEKHLAYAASKAALHNLTLSFAQMLAPKVKVNTIAPALLMFNEGDDDAYKQKALAKSLMESEPGAIAAVEAVNYLLNATYVTGETLQVNGGRHLKFN	PGPT0008035_243	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-VITAMIN_B9|FOLATE_METABOLISM,PGPT0008035-folM-K13938	NA	NA
AK237_01793	1074	aguA		Agmatine deiminase	ATGACAAACAGCACTTCACCACTTATTCCTGAGTGGGAAGCCATCGATGCAGTGATCCTCGCATGGCCGCATGATAAAACCGATTGGGCAGCCTGGTTAGAAGAGACCAGAGAGACCTACCTCACGGTAATCTCACAAGTGAATGCCAGCGGCGCTGGCGTTATTTTACTGTGTCGGGAAGACGACATTGCAGCCCTGACGCCCCGTCTCGCGCAAGATGCCAACGTGTTGATTGTACCGGCTGAGTTTAATGATACGTGGGCACGCGACTACGCATTTTTGACGTGCCGAGACAGCAGCCTCAAAGGCCAGCCTGTTGAATTCCAATTTAATGGCTGGGGTCAGAAATTCGTCGCGACCAGTGACAATCAGGTGAATCAGCGCTATCTGGCAGAAATGTGTGAACTACCACTGAAAACCAGTGAGGTTGTGGCAGAAGGCGGAGCACTTGAAATAGACCAGGACGGCAATTTGCTCTCCACCGCACAGTGTTTGTTAAATCCAAAACGAAATGGCGACATGACTCTGGCTCACTACGATGATACGTTCAAGCAAATGCTCGGTTGTTCGTCGGTAACCATTTTTCATCAGGGACATTTAGAAGGCGATGACACTGATGGTCACATTGACACATTAGTGCGCTTCACCCCAGACCGGGGATTAGTGATTCAGGCAGCCGATAATTGCCCACAAGATAGTCATTTTGCCGGCCTGCGCGCGCTTTGTGAAGAATGTGCAGTGGCGTACCCGAACCATCAACAATACCGGTTACCCTTACCATGCATGTTTAATGAGGATGGCGACCGATTACCGGCTTCATACGCCAACTTTCTGATTTGTAACGACGCAGTGTTGTTGCCTGTTTACCAGCAACCGCAGGACGAGGAAGCCATAGCGGTCACCCAATCCGCTTTCCCAAACCACAAAGTAGTGCCTGTTAACTGCGCACCACTAGTGCGTCAATACGGCAGTTTGCATTGTATCTCTATGCAGGTGCCTATCAATACTTTAACGCCATCTGTCCTCGCCCAACTCAATAAAGGAGTGACAATTTATGCCAAAGAAAACCCTTAA	MTNSTSPLIPEWEAIDAVILAWPHDKTDWAAWLEETRETYLTVISQVNASGAGVILLCREDDIAALTPRLAQDANVLIVPAEFNDTWARDYAFLTCRDSSLKGQPVEFQFNGWGQKFVATSDNQVNQRYLAEMCELPLKTSEVVAEGGALEIDQDGNLLSTAQCLLNPKRNGDMTLAHYDDTFKQMLGCSSVTIFHQGHLEGDDTDGHIDTLVRFTPDRGLVIQAADNCPQDSHFAGLRALCEECAVAYPNHQQYRLPLPCMFNEDGDRLPASYANFLICNDAVLLPVYQQPQDEEAIAVTQSAFPNHKVVPVNCAPLVRQYGSLHCISMQVPINTLTPSVLAQLNKGVTIYAKENP				NA	NA	NA	NA	NA
AK237_01794	894			N-carbamoyl-D-amino acid hydrolase	ATGCCAAAGAAAACCCTTAAGGTAGGTTTGGTACAACAGTCTGTAGCCAACAACGACAAGGCGACGAACTGGAATAAGAGCGCAGAGAATGTTGCTAAACTGGCAGCGGAAGGCTGCGAATGCATTTTGCTGCAAGAGCTGCACAGCACGCTGTATTTTTGTCAGGAAGAAGACACAAATGCGTTCGATCTGGCAGAGCCAATTCCCGGTCCTGCCACAGACTTTTTCGGCGAGCTTGCGGAAAAGCACAACATCGTGCTGGTTACCTCGCTGTTCGAAAAGCGTGGCTCGGGTTTATACCACAACACCGCCGTGGTGTTTGACAGAAGCCGGGACATTGCCGGTAAATATCGCAAAATGCACATTCCTGATGATCCGGGTTTCTACGAGAAGTTTTACTTCACCCCTGGCGATATGGGTTTTAAACCTATTGAGACCAGTGTGGGTAAGTTAGGCGTTTTAGTGTGTTGGGATCAGTGGTACCCGGAAGCTGCGCGGCTGATGGCCATGGCGGGTGCTGACTTACTGTTTTACCCAACCGCGATAGGCTGGGATATGACAGACACAGATGAAGAGCGCACTCGACAACACGGCGCATGGCATACTATTCAGCGAGCTCACTCGGTGGCCAACTCACTGCCCGTCATTGTGGCAAACCGAACAGGCTTTGAGCCATCGCCCATTGATGGTGATCCGGGTATTCAATTCTGGGGACAAAGCTTCATTTCCGGGCCTCAGGGAGAAGTACTCGCACAAGCTTCTGCCGACAAAGAAGAAACATTGGCAGTTGAGCTGGATATGGAAAGAACGGAAAAAGTGAAACGTATCTGGCCATATTTCCGCGACCGCCGTATCGATGCCTACGACGATCTGACCAAGCGCTGGCGCGACTGA	MPKKTLKVGLVQQSVANNDKATNWNKSAENVAKLAAEGCECILLQELHSTLYFCQEEDTNAFDLAEPIPGPATDFFGELAEKHNIVLVTSLFEKRGSGLYHNTAVVFDRSRDIAGKYRKMHIPDDPGFYEKFYFTPGDMGFKPIETSVGKLGVLVCWDQWYPEAARLMAMAGADLLFYPTAIGWDMTDTDEERTRQHGAWHTIQRAHSVANSLPVIVANRTGFEPSPIDGDPGIQFWGQSFISGPQGEVLAQASADKEETLAVELDMERTEKVKRIWPYFRDRRIDAYDDLTKRWRD				NA	NA	NA	NA	NA
AK237_01795	327			hypothetical protein	ATGGAGACCCAACGCCGCTGTCCCGAGTGCGGTAAACCAAGCGTTTGTATGAAGGCGCTGTCGATTGAACACCGATTTTTGTGCCGCGAATGCTGGCATCCTATACGTGTAAACCGAATATGGCTTTATGGTTTTCCTCTGGGGATGGCGTTAACCACATTTCTGTTGTTTCAATTTAAGTATGTGATGGCGGGAGCGGTACTGTTTTTTCCTACCCTTATGCTTATAGCCGGAGGGCGGCTTTTTGCGGTGAGATGGTTTCCCCTGACAGCGTTTATCGACCCCGCTTTACCACCGGGCGAAAGCCGTAAAACAAAGGAAATGTGA	METQRRCPECGKPSVCMKALSIEHRFLCRECWHPIRVNRIWLYGFPLGMALTTFLLFQFKYVMAGAVLFFPTLMLIAGGRLFAVRWFPLTAFIDPALPPGESRKTKEM				NA	NA	NA	NA	NA
AK237_01796	717			hypothetical protein	ATGGCGATTGATTCTGACTGGCTGTCGAAAAAGGTGACCACCCTCGCCGTACAACCCGTTCGCTTTGGCGCGCAGCTTTTTTTACTGGACGGACGAGGCGTGCTCTACTGTCCGGGCAGAGATGCTCTTGTGGTGTCGGATCTGCATTTAGAAAAAGGCAGTTATCTGGGGCGTTTTGCCAATCCCGTTCCCCAATTCGACAGTCTTTCCACTCTCATCAGGCTCCAGGGTATCTTAGATGATTACCGGCCGTCACAGGTGATTTGCCTTGGCGACAGCTTTCATGATGAGAAAGGGTATGAGCGCATGGCTGACAGAGAGCGGCAACTACTGACGTCTCTGATCGCTTGCTGCAATGAATGGACGTGGGTGTTAGGTAACCATGACCCTGCTATTCCCATTCAAGCCGGTGGTAAACAATGTCAGTCTGTTATCTGGGGAGACATTGTATTGCAGCATGAGGCGCCTGATTATAGGAAAGCAGATGGGATATTTCATATCATCGGCCACTACCACCCTAAAGCGCGGCTTTCAGTTGCAAGGCGGCGGTATGCCGGGAAGTGTTTTGTTCACGATAACGTGCAATTTATCATGCCTGCCTTTGGTCAGTATACGGGGGGGCTTAGCATAGACAGTGACGTACTCGGTACCTTATTGAATAGAGCCGCCAGACAGTGTTTTTTACTATTTGAAAGTAAGGTATACAGGGTGCAGTAA	MAIDSDWLSKKVTTLAVQPVRFGAQLFLLDGRGVLYCPGRDALVVSDLHLEKGSYLGRFANPVPQFDSLSTLIRLQGILDDYRPSQVICLGDSFHDEKGYERMADRERQLLTSLIACCNEWTWVLGNHDPAIPIQAGGKQCQSVIWGDIVLQHEAPDYRKADGIFHIIGHYHPKARLSVARRRYAGKCFVHDNVQFIMPAFGQYTGGLSIDSDVLGTLLNRAARQCFLLFESKVYRVQ				NA	NA	NA	NA	NA
AK237_01797	2460	srmB_2		ATP-dependent RNA helicase SrmB	ATGGCTAAACGACTTCCTCCCATTTTTTATCAGTGGTTGCGCGCACAAGGTTGGCAACTTCGCGATTATCAACGCCAGATGTTGTCAGCCGCGGTTGAAAACCCTGCTACGTTATTGATTGCTCCTACCGGTGCCGGCAAAACCTTATCGGGTTTCCTGCCATCGCTTGCCGACCTTTACCGTCATCCACAGCAGGGTTTGCACACCTTGTATATCTCGCCACTTAAAGCATTAGCCAATGACATAGAAAGAAACCTCATGGAGCCTGTGGAGGCAATGGGGCTATCGATTACCATTGAAAGTCGAACCGGCGATACCCCCTCCCACAAACGACAACGGCAGCGTAGAAAGCCCCCGAACATCTTATTAACGACTCCAGAGTCTTTGATGTTGATGCTGTCTTATGCCGATGCCCCCTCGTTGTTTAAGCAAGTAAAAACAGTGATCATTGATGAAGTACATAGTTTGGTGGCAAACAAGCGTGGCGACTTTACGTCATTAGCATTATCGCGGTTACAAAGTTTGTCGCCGTCTTTGCACCGTATCGGGTTATCCGCCACCGTGGCGGACCCACACAGTATTGCTGGATGGTTAGGGCGCACTGGCGAGCCAGCGAAGGTCATTCAGGTACCGCATACAGTGAAGCCAGACATACAATTACTGGATTCAAAACAGCGCATGCCTTTTGGTGGTTTTATGGCGCGTTACGCCATGGAAGAGGTATATCAGGCCATCCGGGAAACGAAAACTGCGTTGGTGTTTGTGAATACCCGTGCCCAGGCCGAGTTAGTGTTTCAAATGCTTTGGGAAGAGAATCAAGAAGGGTTGCCCATTGCGTTGTATCACGGCTCGTTGTCTAAGGAACAAAGGCGAAAAACTGAAAATCTGATGGGGCAGGGGGCGCTGCGTGCAATTGTGAGTACATCAGCATTGGAGCTGGGTATTGATTGGGGCGATGTGGACTTAGTGATACAAATTGGTGCGCCAAAAGGCGTGAGTAGGTTATTGCAGCGAATAGGGCGGGCCAACCACCGATTGGATGAACCCAGCAAAGCGCTGCTTGTACCGGCAAATCGATTTGAAGCCATAGAGTGCCGGGCCGCGATGGATGCCATTGCCGCGGGCAGGTTGGACGGGGAGCCTTTGTTGCCCGGTGCGTTAGATATTCTTCCCCAGTTCATCCTTAATTGTGTTTGTAGTGAACCTGCCACGCCAGAAATGCTTTATCAGCAAATACTTGATGCGTCACCTTATCAGGGGGTGGAGCGCGAGGTATTTTTGAAGTTATGGCAGTTTACTGTGGATGGTGGATACGCACTTCGCGCCTACGATCGCTATCAGCGAATGGAGCGTCTTGAAGACGGTACATATCGGCCTGCTTCAAAAAGGGTGATCCAACGTCACCGCCAGAATATTGGTACGATTGTCGAAGCCGGCCGCCTTAAGGTAAAACGCATCCGGCGTGGTAATCAGGGCAAAATTATCGGTGAGGTTGAAGAGTATTTTGCTCAGCAACTCGTGCCCGGCGATACCTTCATGTTTGCGGGGGAAATACTGAAATTTGACGCGATTCGGGATATGCAACTGCATGCCAAACCCACCAGAGGAGGGGAGCCAAAAATTCCCAGTTATGCCGGTGGTCAAATGCCCATGTCGACATTTTTAGCAGAAGGGGTAAGAGCGATCCTTGATAACTCGTCATCGTGGCGCGCCTTACCGTTGCAGGTTCAGGAGTGGTTGCAGCTACAGCAGTCATTTTCTGCTTTGCCAGACAGTCATCGCGTGTTGGTTGAGCAATTTCCGTATCGGCAGGCTAATTATCTATTGTTTTATACCTTCGACGGACGTAAAGCCAACCAAACGTTGGGCATGTTGATGACGCGGCGAATGGAGAAAATGCGCCTAAAACCACTTAGCTTCTCTGTCACTGATTACGGATTGTCGGTTTGTTTACTGGAGCAAGTAAATGAAAAGGTACTGCATCAACTGTTTCAGCCCGATATTTTAGGTGATGAACTGGAAGACTGGATGTTGCACGCACCGATGCTAAAACGGTCATTTCGTCAGGTAGCCGTGGTCAGCGGGTTGACTGAACAGCATTATCACAGCAGCCACAAAACAATGAAACAAGTGACATTTTCCACTGACTTAATCTACGACACGTTAAAAGAACATGAGCCGGACCATATCCTGTTGTCGGTTACCCGCGCCGATGCTGAAAGAGAGTTGCTGGATTTGCGCCGTCTGGCGGACATGTTAATACGCTTTCACGATAAGCTTCACTTCGTCAATTTGCCCAAAGTGTCTCCTATGGCCATTCCCATCGTGTTAGACGTGCGCAGTGAACAAGTTAAAGGCGCGGGTGCCCATGCTATTATGGAGCAAGCGAATCTCTATCAGGAAGCTGAAGACATGATGGCGGATATTCGCGCGTTGTTAAGTGGACAAATGCAGTCGTGA	MAKRLPPIFYQWLRAQGWQLRDYQRQMLSAAVENPATLLIAPTGAGKTLSGFLPSLADLYRHPQQGLHTLYISPLKALANDIERNLMEPVEAMGLSITIESRTGDTPSHKRQRQRRKPPNILLTTPESLMLMLSYADAPSLFKQVKTVIIDEVHSLVANKRGDFTSLALSRLQSLSPSLHRIGLSATVADPHSIAGWLGRTGEPAKVIQVPHTVKPDIQLLDSKQRMPFGGFMARYAMEEVYQAIRETKTALVFVNTRAQAELVFQMLWEENQEGLPIALYHGSLSKEQRRKTENLMGQGALRAIVSTSALELGIDWGDVDLVIQIGAPKGVSRLLQRIGRANHRLDEPSKALLVPANRFEAIECRAAMDAIAAGRLDGEPLLPGALDILPQFILNCVCSEPATPEMLYQQILDASPYQGVEREVFLKLWQFTVDGGYALRAYDRYQRMERLEDGTYRPASKRVIQRHRQNIGTIVEAGRLKVKRIRRGNQGKIIGEVEEYFAQQLVPGDTFMFAGEILKFDAIRDMQLHAKPTRGGEPKIPSYAGGQMPMSTFLAEGVRAILDNSSSWRALPLQVQEWLQLQQSFSALPDSHRVLVEQFPYRQANYLLFYTFDGRKANQTLGMLMTRRMEKMRLKPLSFSVTDYGLSVCLLEQVNEKVLHQLFQPDILGDELEDWMLHAPMLKRSFRQVAVVSGLTEQHYHSSHKTMKQVTFSTDLIYDTLKEHEPDHILLSVTRADAERELLDLRRLADMLIRFHDKLHFVNLPKVSPMAIPIVLDVRSEQVKGAGAHAIMEQANLYQEAEDMMADIRALLSGQMQS				NA	NA	NA	NA	NA
AK237_01798	1026			hypothetical protein	GTGCATCCTCGTGATTGGATCATTGTTGATGACACCGGGCTTTACTGCAAACCCGCTGATATGTATATCGATCCGATGCAGCCTGTTGCCACCGCAGTAGTGACACATGGTCATGCCGATCATGCCAGAGCCGGACATGACCACGTCTATGCGTCTGCGCAAACGCTGGCGATTATGACCACGCGCTATGGAAGCGATATGGCAAAGCGTACAACCGCATTGGCAATGCATGATCCTGTAACGCTCGGCGCACCGGAGGACCCTGTAATCATGACGCTATATCCTGCTGGCCATATTCTCGGCTCCAGTCAGGTGTTACTTGAATACCGGGGGCGAAGACTAGTGATATCCGGAGACTATAAGCGGCGTCACGATCCAACTTGCCCTCCCTTTGAGGTCGTCCCCTGCGATGTGTTTATTACCGAAGCCACCTTCGGCTTACCCGTTTTTACTCATCCTCCCATCGAACACGAAATTGAAAAATTGCTGGCGTCATTAAGAGTCTTCAAAGAGCGCTGTCACTTAGTTGGCACGTATGCACTGGGCAAATGCCAACGTGTCATTATTGGTTTAAGACAAGCAGGATATAACAAGCCCATATATCTTCACGGCGCGCTGATAAAACTTTGCGACCTGTACCGCGCTGAAGGTATTGAATTAGGCGAACTGACTCCCGTTAGCGATATAGCAGATAAGCGCACGCTGGCCGGCGAAATAGTCCTCGCGCCGCCCTCCGCGCTGGCTGATCGCTGGTCCCGTTCTCTGCCCAACGTGCGCACCGTGATGGCGTCTGGCTGGATGCAAATTCGGGCACGGGCAAAACAGCGACAGGTAGAGTTGCCATTAATCATTTCTGATCACTGCGATTGGCCCGAACTGGTCCAGACCATTAATGACGTGTCACCTGAAGAAGTGTGGGTTACCCACGGGCGGGAGGACGCGCTTATGCATCAGGCTACACTGATGGGCTTTACGGCGAGGGCGCTTTCTATGGTGGGCTACGATGATGACGAGGAAGATGCCTGA	MHPRDWIIVDDTGLYCKPADMYIDPMQPVATAVVTHGHADHARAGHDHVYASAQTLAIMTTRYGSDMAKRTTALAMHDPVTLGAPEDPVIMTLYPAGHILGSSQVLLEYRGRRLVISGDYKRRHDPTCPPFEVVPCDVFITEATFGLPVFTHPPIEHEIEKLLASLRVFKERCHLVGTYALGKCQRVIIGLRQAGYNKPIYLHGALIKLCDLYRAEGIELGELTPVSDIADKRTLAGEIVLAPPSALADRWSRSLPNVRTVMASGWMQIRARAKQRQVELPLIISDHCDWPELVQTINDVSPEEVWVTHGREDALMHQATLMGFTARALSMVGYDDDEEDA				NA	NA	NA	NA	NA
AK237_01799	1587	lig		DNA ligase	ATGGAAGCATTCAGCAACTTATTAGAGCAGCTCTATTTTACCAGTAGCACCAATGCAAAGGCCGCGTTAATACAAGATTATTTAGCCCACACCCCAGATCCTGACAGAGGTTGGGCCCTTGCCGCTATCGCCGGTGAATTGCGGTTTGATTTTTTTAAACGTAATACCGTTAAAACGCTGATGTTGGAGCGTATTGATCCCGCGCTTTTTGCAATGAGCTACGACTATGTGGGGGAAATGAGTGAAACCGTTGCGCATCTCTGGCAGCACGATCATCAGCCGCATGGCCCACTACCAGGTTTGCATGAGGTTGTGGACAGATTCGCCACCGCTAAGAAAGCTGATATCAAACCATTACTCACTACGCTACTTGATCAAATGACCAGTGCGCAGCGCTGGGCGCTGATTAAGTTAGGCACGCGAGGGCTACGAATTGGCGTGTCTGCCCGCAGTGTAAAACAGATCCTGGCACGCTACGGCAATGTCGCTATCGAAGATATTGAGGCGTTGTGGCACGGTGTAGAACCACCGTATACCGAGCTACTGGCCTGGCTTGAGAAAAAAGGGCCAAAACCGGATATCTCACAGCGCGTCACTTTTCATCCGGTTATGCTTTCTCACCCCATCGATGAAGAAAGTAAAACCAGTTTGCACGTACCAGATTGGCAAATTGAGCCTAAATTTGATGGCATACGGGTGCAGTTGGTCAGCCAGCCCGCCGGAAAAGCATTATTCAGCCGTACCGGTGATGATATCAGCCAAGCGTTTCCCGACTTACTGAATGCAATTGAAGGCCATTTCGTATTAGATGGTGAGCTACTGGTGATGCATGGAGAAAAGGTAGATACGTTCAACCAACTGCAACAGCGGCTCAATAAAAAACGCCCGTCAGCAAAATTAATGAAGCAGTTGCCCGTGGCTGTTATGGCGTATGACTTATTGGCCTTAGACGGTCAAAACCTGGTGACACTTTCACTCACAGAACGCCGTCGATACCTTACTTCCCTATTACGAAGCGAACATTCCACACGGCTACATCTGTCGCCGGAATATCAAGTAGACTCCACCGACACTTTAGCCCAACTTCACCAGCAGGTATGTCAGGATACGGCTATTGAAGGATTAATGCTAAAACGCCGGGAAAGTCCCTATGTTCCTGGCCGTCCTAAAGGGCAATGGTACAAATGGAAACGCGACCCACTCGTTATTGATGCCGTAATAATGTACGCCCAGCGCGGTCACGGAAAACGTTCTAGCTTTTACTCCGACTTTACCTTTGGGACATGGGAAGATGATATGTTGCTGCCCGTGGGCAAAGCCTACTCAGGCTTTACTGACGAAGAATTAAAAAAACTGGATAATTGGGTAAGGCGCAACGCGGTGGGACGATTTGGGCCGGTACGGGAAGTAAAAAAAACATTAGTGGTGGAAGTGGCTTTTGACGCTGTACACCCGTCCACACGTCACAAGTCCGGTGTGGCCCTGCGCTTTCCGCGCATACACCGCATTCGATGGGACAAACCGGCCAATGAGGCTGATACCTTAGACGCAGTAAAAGCGTTAATTGAAGGTTCCACTTCGCAGTAA	MEAFSNLLEQLYFTSSTNAKAALIQDYLAHTPDPDRGWALAAIAGELRFDFFKRNTVKTLMLERIDPALFAMSYDYVGEMSETVAHLWQHDHQPHGPLPGLHEVVDRFATAKKADIKPLLTTLLDQMTSAQRWALIKLGTRGLRIGVSARSVKQILARYGNVAIEDIEALWHGVEPPYTELLAWLEKKGPKPDISQRVTFHPVMLSHPIDEESKTSLHVPDWQIEPKFDGIRVQLVSQPAGKALFSRTGDDISQAFPDLLNAIEGHFVLDGELLVMHGEKVDTFNQLQQRLNKKRPSAKLMKQLPVAVMAYDLLALDGQNLVTLSLTERRRYLTSLLRSEHSTRLHLSPEYQVDSTDTLAQLHQQVCQDTAIEGLMLKRRESPYVPGRPKGQWYKWKRDPLVIDAVIMYAQRGHGKRSSFYSDFTFGTWEDDMLLPVGKAYSGFTDEELKKLDNWVRRNAVGRFGPVREVKKTLVVEVAFDAVHPSTRHKSGVALRFPRIHRIRWDKPANEADTLDAVKALIEGSTSQ				NA	NA	NA	NA	NA
AK237_01800	627			hypothetical protein	ATGAAACGTGCTTTTTTGCTTCTCATTTCTCTATATAGTTCGTCGTTTGCGGGTGTTGTGGCGGCACAGGACATAAAAGCGGTACAACTGTATACGCAGGACGAACTGATCAACATGATTAATAAAAATGAGCATTTGAGTCGGGTTGTTAGCGACCGGTGTCAGCTTGTCCAGGATATCGAAGCCCATGCCGAGGTACTTAAAGAACCTGCGTATCAATTCCTGTGGGGAGATATGCTGGCGTGGGGTGTGTGTGTTGATGCAGAACCTGAACGCGGGATCAGCTTTATGCGCGAGGCGTCTGAGCAAGGTTTGCCTGCTGCCTTAGAGCAGCTGGGTCGATACTATAGCAAGGGGACGCTGGTGCAGATGGATAAGCAGCGAGCCGTGATTTATTTGCGTGAGGCCTCGGCGCTTGGCAACTTAAAGGCGCAATTGCAGCTCGCGCAGCTGTTCATAAATGGATACGGCAGCCCCTATGACTACGAAGATACCTATCACTGGTTATACAATGCCGTTACCGATGATAAGCAAACGCGCCAGCAAATCGCGGGTTACTTAACGGAACTTGAAAAGCTTATGCATCCTAAAGCAGTGCGCAATGCGCGCCGCCCCATGGACTCGTGA	MKRAFLLLISLYSSSFAGVVAAQDIKAVQLYTQDELINMINKNEHLSRVVSDRCQLVQDIEAHAEVLKEPAYQFLWGDMLAWGVCVDAEPERGISFMREASEQGLPAALEQLGRYYSKGTLVQMDKQRAVIYLREASALGNLKAQLQLAQLFINGYGSPYDYEDTYHWLYNAVTDDKQTRQQIAGYLTELEKLMHPKAVRNARRPMDS	PGPT0015390_106	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-MOTILITY|CHEMOTAXIS	MOTILITY-FLAGELLAR_ASSEMBLY	MOTILITY-FLAGELLUM_MOTOR|SWITCH,PGPT0015390-motX-K21217	NA	NA
AK237_01801	246			hypothetical protein	ATGGTGTTAGTAGATCAGGATATGGTCGACGAGTTAAATCTTCTTCTTAAGTTCCCCGCGTCAAGTTTAATGCAAGGCTTGAAAATTCATCATGACGCCAGTCAGTCGGCTGTTCACGCCGCAGAGCGGCTTTACGCCAAAGGCATCATTACCCAACCCGATGGTGGATATCTCACTGACCTCGGGGTCGATTTGGCCGAACATGCCCGGCACATTCAATCTGCGCTATCCATGAAATTGAACTAA	MVLVDQDMVDELNLLLKFPASSLMQGLKIHHDASQSAVHAAERLYAKGIITQPDGGYLTDLGVDLAEHARHIQSALSMKLN				NA	NA	NA	NA	NA
AK237_01802	1470	ubiD	COG0043	3-octaprenyl-4-hydroxybenzoate carboxy-lyase	ATGAAATACAAAGACCTACGGGATTTTATTGAGCAACTTGAAGCGAGAGGCGAACTCAAGCGCATCTCACAAGAAATCGACACTGACTTAGAAATGACAGAGATCGCGGATCGCACCTTGCGCGCTAAAGGGCCTGCATTGTTATTTGAAAACCCAAAGGGTAGTGATATTCCTGTTCTGGCTAATTTATTTGGTACCCCCGAACGCGTCGCACTGGGTATGGGTCAATCGTCAGTATCCGCGCTGCGAGAAGTTGGTAAGCTACTTGCCTACCTGAAAGAGCCAGAGCCACCAAAAGGGCTAAAAGACTTGTGGGAAAAACTTCCTGTTTTTAAGCAAGTATTGAATATGCCCGCCAAAGAAGTAAAAAAAGCGCCTTGCCAGGAGGTGGTTGTCAGTGGCGATGACGTTGATTTATCTACATTGCCCATTCAGCGCTGTTGGCCAGGCGACGCCGCCCCACTCATTACCTGGGGACTAACGGTAACCAAAGGTCCGCATAAGAAACGCCAAAATCTGGGCATTTACCGTCAGCAGGTCATTGGTAAAAATAAAGTGATTATGCGCTGGCTTTCTCATCGCGGCGGTGCACTGGATTTTCGCGAATGGTGCCAAACCCATCCAGGCGAACCTTATCCGGTATCGGTGGCCTTAGGTGCCGATCCCGCAACCATTTTAGGTGCGGTAACGCCAGTGCCTGACACGCTATCGGAATATGCGTTTGCCGGGTTATTACGCGGCAGTAAAACCGAGGTAGTTAAATCCGTCAGTAACGATTTGCAGGTTCCGGCCAGCGCAGAAATAGTACTTGAAGGTTACATTGCCCAGGACGAAACCGCGCCAGAAGGTCCTTATGGCGACCACACCGGTTACTACAACGAAGTAGACACCTTCCCGGTGTTTACCGTTACCCATATTACACACCGTCAAAAACCTATTTACCACTCAACCTATACCGGTCGCCCGCCCGATGAACCGGCGGTATTAGGGGTTGCCTTAAACGAAGTATTTGTTCCTATTCTGCAGAAACAGTTTCCGGAAATTGTCGACTTTTACTTGCCTCCGGAGGGATGCTCCTATCGTATGGCAGTCGTCACCATGAAGAAGCAATACCCCGGTCATGCGAAACGTGTGATGATGGGGGTCTGGTCTTTCCTCCGCCAATTTATGTACACCAAATTTGTGATTGTTTGCGACGATGACGTAGATGCGCGCAATTGGGAAGACGTTATTTGGGCCATCACCACCAGAATGGACCCCGCCCGGGATACACTGCTGATTGAAAACACGCCCATTGACTACCTCGACTTTGCCTCACCAGTATCGGGTTTAGGTTCAAAAATGGGAATGGATGCCACGAACAAAATGCCAGGCGAAACCGATCGTGAATGGGGTACGCCCATTGTAATGGATGAAAACGTGAAAAAGCGGGTGGATGACATCTGGGACAGTCTTGGTATTATGAAGTAA	MKYKDLRDFIEQLEARGELKRISQEIDTDLEMTEIADRTLRAKGPALLFENPKGSDIPVLANLFGTPERVALGMGQSSVSALREVGKLLAYLKEPEPPKGLKDLWEKLPVFKQVLNMPAKEVKKAPCQEVVVSGDDVDLSTLPIQRCWPGDAAPLITWGLTVTKGPHKKRQNLGIYRQQVIGKNKVIMRWLSHRGGALDFREWCQTHPGEPYPVSVALGADPATILGAVTPVPDTLSEYAFAGLLRGSKTEVVKSVSNDLQVPASAEIVLEGYIAQDETAPEGPYGDHTGYYNEVDTFPVFTVTHITHRQKPIYHSTYTGRPPDEPAVLGVALNEVFVPILQKQFPEIVDFYLPPEGCSYRMAVVTMKKQYPGHAKRVMMGVWSFLRQFMYTKFVIVCDDDVDARNWEDVIWAITTRMDPARDTLLIENTPIDYLDFASPVSGLGSKMGMDATNKMPGETDREWGTPIVMDENVKKRVDDIWDSLGIMK	PGPT0009530_1600	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-UBIQUINONE|COENZYME_Q_PATHWAY,PGPT0009530-ubiD-K03182	NA	NA
AK237_01803	696	fre	COG0543	NAD(P)H-flavin reductase	ATGTCGGAATTTCAGTGTAAGGTTGCGGCCATCACGCCGTTGACTGAAGTCGTTTATAAAGTGGAACTTACCCCTGCACAGCCGGTGGAATTTAAAGCTGGTCAATACATCATGGTGCACATGAGTGAAAAAGATAAACGACCCTTTTCAATTGCTAATGCGGCGTATGACAACGGGCGCATTGAGTTACACATTGGTGCTGACGAAAAGAATGCTTACGCCACTGAAGTTCTCGAGAAAATGCGCAATGAAGGTGAAGTGACATTAAGCGGTGGACATGGTGAGGCGTCGTTACAATCTGACGGCTCAGCGATGATTCTGATTGCTGGTGGCACCGGTTTTTCTTACACCTGGTCTATTTTGCAACAAGCTTTGAAAGATCATACCGATACGCCAGTAACGCTTTATTGGGGCGGAAGACATCAACATGATCTCTATCTATTCGATGAACTGACCGCATTAGCCGCTCAGCACGACAACTTTACTTTTGCACCAGTAGTAGAATTTCCGGAGGAAGGCTGGCAAGGTAAAACCGGCTGGGTTCACAAAGCAGTGATGATCGATTATCCGGATTTATCTGACAAACAAGTGTATATCGCAGGACGTTTCGAAATGGCCAAAGTTGCCAGAGATGATTTTGCTACCTGCGGTTTGTCCACCGATAAGCTGTTCGGTGACGCCTACGCCTTCATATAA	MSEFQCKVAAITPLTEVVYKVELTPAQPVEFKAGQYIMVHMSEKDKRPFSIANAAYDNGRIELHIGADEKNAYATEVLEKMRNEGEVTLSGGHGEASLQSDGSAMILIAGGTGFSYTWSILQQALKDHTDTPVTLYWGGRHQHDLYLFDELTALAAQHDNFTFAPVVEFPEEGWQGKTGWVHKAVMIDYPDLSDKQVYIAGRFEMAKVARDDFATCGLSTDKLFGDAYAFI	PGPT0008705_394	DIRECT EFFECT	PLANT_IMMUNE_RESPONSE_STIMULATION	INDUCTION_OF_SYSTEMIC_RESISTANCE|ISR	ISR-VITAMIN_B2|RIBOFLAVIN_METABOLISM	ISR-VITAMIN_B2|RIBOFLAVIN_BIOSYNTHESIS,PGPT0008705-fre|ubiB-K05368	NA	NA
AK237_01804	1365			hypothetical protein	ATGTTGCCACGCACACTGACTGCGACAGCACTTCTGTTGTCTGCAACGACAACAGCTGCTCCGCCTACTAACGACGATACACGTCTACATGCTATTGCCGATGCGACGTCTGCCAAACGCATCGAAAAAGACATCACCACCCTTGTCAACTTTGGTACCCGCCATACCCTGTCAGAAACCCAGTCAGATACGCGCGGCATTGGTGCGGCCCGCCGCTGGATCAAAGCTGAATTTGAAGCCATATCTACTGCATGTGGCGGCTGCCTTGAAGTCATTACGGTCAGCGACACCATCAGCGGAGAAAAACGTATTCCAGATCCCGTGGAGGTGGTTAACGTTATCGCCATCCAGCGCGGTACAACTGATCCAAACCGGTATGTCATTATGTCTGGAGATATCGACTCCAGAGTCTCTGATGTCATGGATTACACATCCGATAGTCCGGGTGCCAATGACAACGCATCGGGCATTGCCGGCACCCTGGAAGCGGCCAGGGTGTTAAGCCAGTATAAATTTAACGGCACAATTGTTTACGCCGCATTGTCAGGCGAAGAGCAAGGACTATTCGGCGGAAAAATACTTGCGGCGAAGGCACAAAAAGAAGGTTGGCGCATCAAAGCCGTGTTAAACAACGATATGATCGGCAATATTGAGGGCGTAAATGGCGTTATCAACAACAGTACAGCCCGCCTGTTTGCCGAAGGCACAAGGGTTACAGAGACTGAAGATGAAGCCAGAAGTCGACGATTTACCGGTGGAGAAGTAGACTCGCCAAGTCGGAATTTAGCGCGTTACATCGATAACCTTGCAGACCAATACATCGAAAACTTAGATACCATGGTCATTTACCGGTTAGACCGTTTTGGTCGGGGTGGTCACCATCGTCCGTTTAATGATTTGGGGTATCCGGGAATTCGTATTATGGAAACCAACGAAAACTATACCCGACAACATCAGGATTTACGTACCGAAGACGGCATTGTCTATGGCGACACGCTGGAGGGCGTAGATTTCGATTACGCAGCCAAACTTACCGCGCTAAACGCCGTAAGCTTAGCAGCGATGTCGTGGGCTCCGACCCCACCAGCGAACGTAAGCATTGAAGGCGCCGTTCAACCGTCTACAACGTTAAAATGGCAAGCCGCAGACGCGAAGCAAAATCCACAGCTAGCAGGCTATAAAATTTACTGGCGCTATACCGATGCGCCGCAGTGGCAGTACAGCAAATATGTAGGTAATGTCACACAAGCCACGCTAAAAAACATTGTTATTGATAACTATTTCTTTGGCGTAGCGAGTGTTAGCAAAGACGGTATTGAAAGCCCTGTGGTTTACCCCGGCCCAGCGGGGAGTTTTGGTAATTAA	MLPRTLTATALLLSATTTAAPPTNDDTRLHAIADATSAKRIEKDITTLVNFGTRHTLSETQSDTRGIGAARRWIKAEFEAISTACGGCLEVITVSDTISGEKRIPDPVEVVNVIAIQRGTTDPNRYVIMSGDIDSRVSDVMDYTSDSPGANDNASGIAGTLEAARVLSQYKFNGTIVYAALSGEEQGLFGGKILAAKAQKEGWRIKAVLNNDMIGNIEGVNGVINNSTARLFAEGTRVTETEDEARSRRFTGGEVDSPSRNLARYIDNLADQYIENLDTMVIYRLDRFGRGGHHRPFNDLGYPGIRIMETNENYTRQHQDLRTEDGIVYGDTLEGVDFDYAAKLTALNAVSLAAMSWAPTPPANVSIEGAVQPSTTLKWQAADAKQNPQLAGYKIYWRYTDAPQWQYSKYVGNVTQATLKNIVIDNYFFGVASVSKDGIESPVVYPGPAGSFGN				NA	NA	NA	NA	NA
AK237_01805	990			hypothetical protein	ATGATAAAGGTATTTAGCTGTTTCTTATTAGTCGCCAGTGGCGCGTTTTCATCACTAACATATGCCGATATAAAGTTAGGCGCTTCGCCCTTGGCTACCTACATAGACAACGATGGTGAACCAGCCAGACTTAATACAATTGTGGAAGAGGCCTTCAAACGCATGGGTCAACCGGCAGAATTAGCCGTTATGCGACGCGCGTTTTTGGGTAGTGCGCTATCAACCGGGCAATTAGACGGCGAATATGCGTTTATAAGCCTGGACAATAAAAAAAGCACCATGCTTTACTCACGCGCCTATTTACCTGTAAAGCTATACGTCGCCAGCAAGCGCCCTTCTGTGAAAGATATTAAATTGTTACCACAGCTTCAGGACAGTCGCATTGCAATTGAAAACCGCTTTGCCAATACCGACCAGGTCCGTGCCGTGCGTGAAGTGAAATGGTCACGTAATCCAACTACTTTCGACGCTTTCAAACAATTTGCAGACGAACGGGCGCCGCTGTTGATGACCACAGCGCTTCTCATTAACGAATTCAATAAACTACTTAAGGCCGATAATGAGGAGTTGGTCTTTCAATCTGCCGAGCCATTACTTAGCCAGGGTTTTCATATCTCTCTCACTCAGGATAATGAAAAGAACAGAACCGTTATCAGGCAGTTTAATCAAGCCATTTCAGACATGCAGCGCGATGGCACCTACAATAACTTGCTTGGGCTAAGCTGGATTTCTAAAGATATTAATGAGGATGGTATTGCCGATTTCATCACGTCATCTACCGTTTATCACGAAAAAATGCCGCCTAATGCGGTTGTCACCTATGCGCTGGATAGTACAAAACCTGCCGATGCGAGCTTATATGTAATCGATGGAAAGCCTTACTCTGGCTGGGATGAGGCTGACCTTGCCTTAACTGAATCCTACGCACTATCGGCACCAGCCAGTGTACTTGATGAAGAGATATACAAAAAAATTATACGGCAGTGGTAG	MIKVFSCFLLVASGAFSSLTYADIKLGASPLATYIDNDGEPARLNTIVEEAFKRMGQPAELAVMRRAFLGSALSTGQLDGEYAFISLDNKKSTMLYSRAYLPVKLYVASKRPSVKDIKLLPQLQDSRIAIENRFANTDQVRAVREVKWSRNPTTFDAFKQFADERAPLLMTTALLINEFNKLLKADNEELVFQSAEPLLSQGFHISLTQDNEKNRTVIRQFNQAISDMQRDGTYNNLLGLSWISKDINEDGIADFITSSTVYHEKMPPNAVVTYALDSTKPADASLYVIDGKPYSGWDEADLALTESYALSAPASVLDEEIYKKIIRQW	PGPT0020800_1116	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_TRANSPORT	PLANT_DERIVED_POLAR_AMINO_ACID_TRANSPORT,PGPT0020800-ABC_PA_S-K02030	NA	NA
AK237_01806	156			hypothetical protein	ATGAATATGCATGCATTAACCAAGTCATTTACGCGGTTTTTTGAGCGGAGCCATCCATATACAGTTGCATACTATATTGGAAGGAAAAATGCTGAGAAGATTTTTGATTGTAAGATCAAGAAGAAATCCAAGCTACTCGCTGACTCAAATCACTAG	MNMHALTKSFTRFFERSHPYTVAYYIGRKNAEKIFDCKIKKKSKLLADSNH				NA	NA	NA	NA	NA
AK237_01807	1185	mmgC	COG1960	Acyl-CoA dehydrogenase	GTGACAGCATCCCCTCATGATCGTTGGAGCGATATCTTTAATCTGGATGGTCAGTTAAGTGAAGAAGAACGAATGCTTCGCGATGCGGCCAACGATTTCTGTCAAACCGCCCTCATGCCCGGAATTATCGAGGTCAATCGACAAAGTGCGTTCGATCCTAAAATAATGCGCCAGTTTGGCGAAGTTGGCTTATTAGGCGCAACAATTGATGGATATGGCTGTGCTGGTGTCAACTACGTGTCGTATGGCCTTATTGCCCGGGAAGTGGAACGTGTAGACAGTGGCTACCGCAGCGCCATGAGCGTGCAGTCATCTTTGGTGATGTACCCTATTTCACAATACGGCACTGATGCACAGAAAGACAAGTATCTGCCAAAGCTTGCTACCGGAGAATACATCGGTTGCTTTGGCTTAACCGAGCCCGATGCCGGATCGGATCCTGCTGGCATGAAAACCCGGGCAGTGAAAGCGCCGGGGGGGTATACGTTATCTGGTAGCAAGATGTGGATCACCAATTCCCCCATTGCCGACATATTTATCGTCTGGGCAAAGAATACCGCTGAAGATGATGCGATTTGTGGATTTATTCTGGAAAAGGGCATGGCAGGCTTGTCTGCGCCCGCGATTACCGGGAAATTGTCACTCAAAGCTTCTGTCACAGGAGAAATTGTGATGGATAACGTCTTTGTTCCTGAAGAGAATATGTTTCAGCATGTAAGAGGGTTAAAGGGGCCGTTTAGTTGTTTGAATATGGCGAGGTATGGTATTTCCTGGGGTGCCTTGGGGGCTGCTGAGTTTTGTTGGCATGCGGCGAGACAATATGGTTTGGATCGCAAACAGTTTGGTAAGCCTCTTGCGCAAACGCAACTTTTTCAAACTAAACTCGCCGATATGCAAACTGACATTACGTTAGGGTTGCAGGGGAGTCTGAGGGTGGGGCAACTAATCGATGAAAAACGATATGATCCCACTATGATCTCGTTAGTAAAAAGAAACAATTGCGGTAAAGCATTAGCGATCGCACGAACTGCCAGGGATATGCACGGCGGAAATGGGATTGCAGATGAATTTCACATTATGCGTCACATGATCAATCTTGAAACTGTTAATACGTACGAAGGCACCTACGATATTCATGGATTGATTTTAGGGCGGGCGCAAACGGGGTTGCAGGCGTTCTTTTAA	MTASPHDRWSDIFNLDGQLSEEERMLRDAANDFCQTALMPGIIEVNRQSAFDPKIMRQFGEVGLLGATIDGYGCAGVNYVSYGLIAREVERVDSGYRSAMSVQSSLVMYPISQYGTDAQKDKYLPKLATGEYIGCFGLTEPDAGSDPAGMKTRAVKAPGGYTLSGSKMWITNSPIADIFIVWAKNTAEDDAICGFILEKGMAGLSAPAITGKLSLKASVTGEIVMDNVFVPEENMFQHVRGLKGPFSCLNMARYGISWGALGAAEFCWHAARQYGLDRKQFGKPLAQTQLFQTKLADMQTDITLGLQGSLRVGQLIDEKRYDPTMISLVKRNNCGKALAIARTARDMHGGNGIADEFHIMRHMINLETVNTYEGTYDIHGLILGRAQTGLQAFF	PGPT0021815_1537	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_LIPID_METABOLISM	PLANT_DERIVED_FATTY_ACID_DEGRADATION,PGPT0021815-GCDH|gcdH-K00252	NA	NA
AK237_01808	474	decR_3	COG1522	DNA-binding transcriptional activator DecR	ATGAAAAACCCAGAACTGGATAATACCGATAAAGCAATACTGTCTATTTTGCAGCGCAACTGTGAAACACCTGTCAGCGACATCAGTGAACAAGTAGGGCTGACATCGACGCCTTGCTGGCGGCGTATTCAGCGGCTACAGCAGAAAGGGCTGATTACAAAGCGGGTCGCGCTACTTAACGCAAAACAGTTAGGGTTAGCCATGACCGTTTTTGTGCAGGTAAAGGCTGCTCGTCATGATGGGAAGTGGTTGGATTCCTTTGCACGACACGCAGCGTCTTTTGAGGAAGTTGTTGAGTTCTATCGCATGTCGGGCGAATACGATTACCTGCTAAAAGTACTGGTGGTAGACATGGAAAGTTTTGATCATTTCTACAAGCGTCTCGTGTCGGGTATAGATTTAAGCGATGTAACCTCCAGTTTTGCAATGGAGCAAATTAAGTATTCCACAGCGATGCCCCTCTCACACCTCTAA	MKNPELDNTDKAILSILQRNCETPVSDISEQVGLTSTPCWRRIQRLQQKGLITKRVALLNAKQLGLAMTVFVQVKAARHDGKWLDSFARHAASFEEVVEFYRMSGEYDYLLKVLVVDMESFDHFYKRLVSGIDLSDVTSSFAMEQIKYSTAMPLSHL				NA	NA	NA	NA	NA
AK237_01809	597			hypothetical protein	ATGGATTATCAAAATGTAGGTTTATTGGTTGTGTTTGCTATGAGCATGACGTTTTCACCCGGCCCTGCAAATCTGACATTGCTGGGAACCAGCGTACAGCTAGGGATCCGTAACACTTTGCCGTTAATGGCGGGTGTCGTTACAGGCTTTGTGATCAATGCAGTAGCTATTTGCATTGGCTTAGGTGGCGTATTTCAACAGTTTCCCGCATTGGTGTGGATGATAAAAGTAGTTGGAACAGGGTACATTCTTTATTTAGCGTGTCAATTGTGGAAGGTACGATATGCCGATGTGGGAAAAAGTAAGGCCACCGTGCCAGGCTTCTTTAAGGGAATGTTAGTGCATCCGTTAAACCCGAAAGCCTGGATGATGCTGATTACTGCTTACAGTCAGTTTGTTACGCCAGAGAACATCGTGGCTGACAGCTTACTGTTGGTCGTTGTGTTTTGTTTAAGCGGGTTAGCAGCAAATAGCTTGTGGACGGTAATGGGAAGTGTTATTCACGGTTACCTTCAGATACCTAAAATGCGGTATGGTTTTTTTACTTCCCTGGCCATTATGTTACTGGGCTTGGCAATTGCTCTGTGGCTGACATAA	MDYQNVGLLVVFAMSMTFSPGPANLTLLGTSVQLGIRNTLPLMAGVVTGFVINAVAICIGLGGVFQQFPALVWMIKVVGTGYILYLACQLWKVRYADVGKSKATVPGFFKGMLVHPLNPKAWMMLITAYSQFVTPENIVADSLLLVVVFCLSGLAANSLWTVMGSVIHGYLQIPKMRYGFFTSLAIMLLGLAIALWLT				NA	NA	NA	NA	NA
AK237_01810	1371	hisC_3		Histidinol-phosphate aminotransferase	ATGTGGAAACCCCAAATTGATACCACCAGCGACAAAAAACTGTACATGCAGATTTGCGAAAGCCTGATTCAGGCTGTGGTAAGTGGAGAACTGACGCGAGGGGAGCAATTGCCTACGGTAAGGGCGTTATCGGCCGCATTAAGTGTAACGCCAGGCACAATTAACAGAGCATTCGACGAAGGGGTGCAACGCGGCATCATTGAAAAAACGCAAGGAAAAGGAACGTTTGTCAAAGCACAGAAGAAAGCGCGTTCTATCAGTGCAGCAATGATTTCCGGCCGCAAAGACGTGTATGACTTCACGCTAAACCAACCCACTCAGTTAACCATTGAGCCCATTCTTTCCGGGCACTTAAAACAAATTGCACAACAAAATGATAGCTATCTTTGGTCTACCTACGGAGACACCCGTGGATTAGCGACTCACCGGGAAAGCCTGGCAGAATGGCTTAATCAACGCGGAAATGAAGTACATCCCGACAACCTCTTCATGCTAGGTGGCGCACAGCAGGGTTTACTGTCTTCGCTTATGTTACTGTGCAATAAAGGCGATTCGGTCATGGTTCAAGAAACTACATTTCCTGGTATTCGCGCCGTAGCAACATTGCTTGGTTTGCATTTACAGCCGGTTGCAATGGACGAATATGGATTAGATCTCGCAGATTTCAGACAACAGTGTAAACAGGCTACCAGTCAGGTAATGGTTATTCTGCCTACTGCGCATAACCCAACAGGCAAAACGCTTTCACTCGCCCATCGGGAAAAGCTTGTAAAGATTGCACGTAAATATGATATCTATTTGGTCGAAGATGATATTTACTTGCACACCGAATCGGTCGCTTCATTACAGGCACTGGCACCCGAACGCACTTTGCATGTATCAGGCTTTTCGAAATGTGTAGCCCCCGCACTCAGGGTTGGCATGCTGGTGAGCCCGCCCCAGTTCGTGGACAGCCTGGCGCGTATCATTCAAGCACAAAACTGGTTCACGCCTCCCATCACAACCGAACTTGCACATCGCCTGTATCGAAGTGGTGACGCCCGTGACATTGAGCAAGCCCGACGCGCAGACTGCCAACAACGTGTTGCGCTGGCAAAAGAGATTTTAGGCGAAAAACGCGTGCAATGTGACCCTGTCAATCTGCACGTGTGGCTAAAACATTCCCCCAGACTGGATAATGCTGAAGTCATTAGCCGCCTTAATCAGTTAGGCGTGGACGCCTTACCTTCTGCGTTTTTTCATGTTGTACAAAAACCTTCTTCCCATGTCAGGCTTTGCTTAGGTAACTTGCCGGTAGACAAACTCAGAGAAGGGTTAATCATTATTTCAACCGCGCTTAATCCCTCCCTCCCGGAGCGAGCGATTATTTAG	MWKPQIDTTSDKKLYMQICESLIQAVVSGELTRGEQLPTVRALSAALSVTPGTINRAFDEGVQRGIIEKTQGKGTFVKAQKKARSISAAMISGRKDVYDFTLNQPTQLTIEPILSGHLKQIAQQNDSYLWSTYGDTRGLATHRESLAEWLNQRGNEVHPDNLFMLGGAQQGLLSSLMLLCNKGDSVMVQETTFPGIRAVATLLGLHLQPVAMDEYGLDLADFRQQCKQATSQVMVILPTAHNPTGKTLSLAHREKLVKIARKYDIYLVEDDIYLHTESVASLQALAPERTLHVSGFSKCVAPALRVGMLVSPPQFVDSLARIIQAQNWFTPPITTELAHRLYRSGDARDIEQARRADCQQRVALAKEILGEKRVQCDPVNLHVWLKHSPRLDNAEVISRLNQLGVDALPSAFFHVVQKPSSHVRLCLGNLPVDKLREGLIIISTALNPSLPERAII				NA	NA	NA	NA	NA
AK237_01811	153			hypothetical protein	ATGACGTGTATTAAACGCAGTGTAACCATCAGCTTATTGTGGGCGTCGGCTATCCTGGCCGCCGCATTACTTAACGCGCCCGCTTTTCTTACACTCGTTTTGTTGCCCGTGTTGGGATACCTGTCGATCGCTGCTGCGAATCGTCTGGCTTAG	MTCIKRSVTISLLWASAILAAALLNAPAFLTLVLLPVLGYLSIAAANRLA				NA	NA	NA	NA	NA
AK237_01812	1086	dap_5		D-aminopeptidase	ATGTTGCGATTGGCTGTTAAACGTATTTTTCTCGCACTGGTGGTGGTTGCGTCACTGGCGAGCATTGTACTGTTTGTGCCATGGTCATTTCTTAGAACGGTAATGGCGCCCCTTCCGGATACGGTATCCCAACAGGTTAAAGATGCCTCTGAACATGGGCTGGACGGCGTGGTGGTATATATCGATGAAAAAGGCCATCCACCGGTAACGTTAACAGAGGGATGGCATAATAAAGCGTTACAACAGCCCGCCAATGCCGATGCCCTGTTTAAGATTGCCAGTATTAGCAAACTGTATCTGGCGGTGGTTACCGTTAAACTTGCAAACCGGCAACAACTCTCATTGGACAGTACTCTTGCAGACTATCTCCCCGAAATTGCCAAACATATAGAACACGCAGATAAAATAACACTTCGTATGCTACTTCAGCATCGATCTGGTATTCCCAATTACACCGACGACAGTCACTTTAACTGGTTTTCTCCGCCAGATTCATCCGACGCATTACTCGCGTTAATTGCGGATCAAAAAAGTGATTTTTTGCCGGGAACCCAGTATCGCTATTCGAATACCAACTTTGTTTTACTCGCTAAAGTTATCGATGAAGGTTTGCGCCTCGATCACCGACAGCTTATTCGCGAAATGATCCTTGATCCGCTACATCTGCAAGACACCTTCTTCTCTTCAAAAACAGTCTATCAAGCCAGACTTATGAGCGGCTATATCAGAGGGCTGGATGTTGACGTAAAGCCCATTCATTTTGTCGGGGCCAGCAGTGAAATAGTCGCCACAGCCAGCGATGTTGCGCGCTTTATCCGAGCCTTAAACGATGGTTCACTGCTAACTGAGAGCGAACAACGCATTTATGGGACGGTTTACGAGTTCGGGCATACAGGTCTGCTGCCCGGATACAGTAGTATTGCCAGATACTACAGTGATATTGATACGGTCATCGTACAGTTTGCTAATACCAGCGGTGAGGACTCCTGGGGCGTTACAGAAGCAAATTACGAACGTATGCTGGCGATACTTCGCAAGATGAAATCCACAAACAGCCAGCAACGCCACGTTGAATCAGGTGCCTGA	MLRLAVKRIFLALVVVASLASIVLFVPWSFLRTVMAPLPDTVSQQVKDASEHGLDGVVVYIDEKGHPPVTLTEGWHNKALQQPANADALFKIASISKLYLAVVTVKLANRQQLSLDSTLADYLPEIAKHIEHADKITLRMLLQHRSGIPNYTDDSHFNWFSPPDSSDALLALIADQKSDFLPGTQYRYSNTNFVLLAKVIDEGLRLDHRQLIREMILDPLHLQDTFFSSKTVYQARLMSGYIRGLDVDVKPIHFVGASSEIVATASDVARFIRALNDGSLLTESEQRIYGTVYEFGHTGLLPGYSSIARYYSDIDTVIVQFANTSGEDSWGVTEANYERMLAILRKMKSTNSQQRHVESGA				NA	NA	NA	NA	NA
AK237_01813	786			hypothetical protein	ATGGATTTTTCAAATGATCGGGTGTCAGTGTATGTTTTGTCTGCAGCTGACACCAAAGCCATTGGCCAGACTCAACACGGTACACGTTATCGGGATGCTGTACAGTTACCGCTACCCGGCGGCGAGGGGTGGGTCTTCGATTACGGCGTTTTAGTGTTTTGGGGTGTTGATGAAGATGAAAGACTGGCGTTCTTACATCGATTGCAAATTAATAGCGAAGCGCTCTCCAGTGAGCTGCAAGAGCATGTTCGGTTTGTCACACACGCGCCTGCGCTAAAGCTTCACGGTGATCTCATTTCGCTGCCAAGCGATGACCCTCTGCTACGCCTTGCTGTTAGTCATGCGCTGGCGCAGTCGGAAAAGCTGAACGAATACGAGTTGCAGGCAGAAAAAACGATTGAGCAATATGCATATTTGCCTAAAGCGCTCGCTGAATCGGGAAAAATTAACTTGAGTCGCCAGCGGCTAGCCAGCATTCGCGGGCATTTGTTTAGCACAAAAAGTGATATTTTCTTGCACTACGGCTTGTTGGATACGCCAGAATTCTTCTGGGAATACCCCGAATTTGAAGATGCTTACAACGCGACGATGAAATATCTGGATATTCGTCCGCGGGTGGATCTGTTGTCTAACAAACTAAATGTTATTCACGAACTGTTTGAAATGTTAGCTGACGAATTAAAACACAAGCATTCTTCGTTTTTGGAGTGGATTATTATTATCTTGATTGCGTTTGAAATCATCATGTTTGGCGCGCAAGAATTAACGGTTCTGCTTGCCCTTTAA	MDFSNDRVSVYVLSAADTKAIGQTQHGTRYRDAVQLPLPGGEGWVFDYGVLVFWGVDEDERLAFLHRLQINSEALSSELQEHVRFVTHAPALKLHGDLISLPSDDPLLRLAVSHALAQSEKLNEYELQAEKTIEQYAYLPKALAESGKINLSRQRLASIRGHLFSTKSDIFLHYGLLDTPEFFWEYPEFEDAYNATMKYLDIRPRVDLLSNKLNVIHELFEMLADELKHKHSSFLEWIIIILIAFEIIMFGAQELTVLLAL				NA	NA	NA	NA	NA
AK237_01814	174			hypothetical protein	ATGAAAAAAGCGCTATTAGCAATTATCACCCTGTCGTTTACGTTGGCGGGTTGTGCCCCGGAAGTAGGCAGCAAAGCCTGGTGTGAAGATATGAAAGAAAAACCCAAAGGTGATTGGTCAGCAAACGAAGCAGGCGATTTCGCAAAGCACTGTATTTTTAATAACGAAGACTAA	MKKALLAIITLSFTLAGCAPEVGSKAWCEDMKEKPKGDWSANEAGDFAKHCIFNNED				NA	NA	NA	NA	NA
AK237_01815	489	ymdB	COG2110	O-acetyl-ADP-ribose deacetylase	GTGATAGATGGCGATATTACACAACTTGAGGTAGACGCCATCGTAAATGCTGCCAATCCCAGTTTGCTGGGGGGAGGCGGTGTAGACGGTGCCATTCATCACGCTGCCGGACCTGAACTTTTTGAATACTGCAAAGCAGTGGGAGGGTGCAAGACTGGACAGGCCGTGCTTACGCCTGGATTTAATCTGCGAGCACCTTATATCATTCATACCGTGGGGCCAATTTGGCGTGGTGGCATTAATCACGAGAGTGATTTATTGTCCAAATGCTATCGCAATAGTTTACGGCTAGCCAGTCAGCATAATATTCAGACTATTGCCTTTCCTGCTATCAGTTGCGGTATTTATGGATACCCTGTCAATTCAGCATGCGAGGTGGCGCTGGGCTCAATACGTTTTCATGCTAGCGGTACATCACTCCCCCACACCATCTATTTAGTATGCTTCGGCGACGATGTAAAAGCTGGGTTCAAACACTTGATGGGCTGA	MIDGDITQLEVDAIVNAANPSLLGGGGVDGAIHHAAGPELFEYCKAVGGCKTGQAVLTPGFNLRAPYIIHTVGPIWRGGINHESDLLSKCYRNSLRLASQHNIQTIAFPAISCGIYGYPVNSACEVALGSIRFHASGTSLPHTIYLVCFGDDVKAGFKHLMG	PGPT0027680_2507	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-TOXIN-ANTITOXIN_SYSTEM	CE-BACTERIAL_FITNESS-darG-darT_TOXIN-ANTITOXIN_SYSTEM,PGPT0027680-antitoxin_darG-K23518	NA	NA
AK237_01816	651			hypothetical protein	ATGCAAAAAACAAAACACAGCGCGGTTGAAGATATTTTTGCGTTGGTCAGTGCAGGGCTGTTCGTTGCCTTTGGCGTGTATTTATTTCAGTCTCAGGATTTAATGGTAGGTGGCGCTGCGGGCCTGGCATTACTGGGAACGTATGCGCTGCCGGTAGACTTCAGCGTGCTGTTCTTCCTGATTAACGTACCATTTTATGCGCTGGCGTGGACACATATCAGTAAACGCTTTACGTTCAACACGTTTATCTCCGTATCGACGGTATCGGTATTAACCGAGCTCATTCCTCGCTTTGTTGATGTGAGTAGTGCCAACCCTGTGTTTACCGCCATTTTCGGCGGGATCCTCATTGGCGTTGGCATGTTGATCATGTTCCGCCACAGTTCCAGCTTAGGGGGACTGGGTATACTCGCGTTTTATCTGCAACAGCGCTATGCCATCCGGGCAGGCACATTTCAACTGTCGGTGGACACAGTCATCCTGACCTCCTCACTCCTGGTGCTGGATTGGCATTTGGTGCTGATGTCTGTGCTCGCTGCATTTTGCCTGAATATGGTACTGTCGCTCAATCATCGCCCGGAAAGATACACGCTGCCTTCTTTGAGCAAAAACGAAGAGCCGCCCGCTCAAAATGCAGCACAAGAAAGCTAG	MQKTKHSAVEDIFALVSAGLFVAFGVYLFQSQDLMVGGAAGLALLGTYALPVDFSVLFFLINVPFYALAWTHISKRFTFNTFISVSTVSVLTELIPRFVDVSSANPVFTAIFGGILIGVGMLIMFRHSSSLGGLGILAFYLQQRYAIRAGTFQLSVDTVILTSSLLVLDWHLVLMSVLAAFCLNMVLSLNHRPERYTLPSLSKNEEPPAQNAAQES				NA	NA	NA	NA	NA
AK237_01817	882	gspK_1	COG2971	Glucosamine kinase GspK	ATGAATAATCAGCCGCATTTCACCGTAGGTATTGATGGTGGAGGCACAAAATGTCGAGCCGTGGTGTTCGACAGCCAGGGAAAAAGCCTGGGCGAGGGGATATCAGGCCCTGCCAATATTGCAAGAATTGGTAAGGAAGCGCTTACATCAATCACTACTTCTGTGGTAATGGCTTTGGAAAACGCCAGCCTCGACACATCACATTCTACTTCTTCACTCCTGTCGTTCTGTCACGTTAGTGCTGGATTAGCTGGCGCCACAGTGCGCGAAGCGGTTAGTTTGCTGGACCAATGGCAGCATCCCTTTGCATCATTTCGATTTACCACAGATTTGCATGCCGCATTAGTGGGGGCTCATGGCGGCGACAACGGTGCGGTGCTGGTGGTCGGAACCGGGTCTTGTTCTGCCGCACTGGTTAATGGCCAGTGTTCACAGTTTGGCGGGCACGGTTTCGTTATTGGTGATAAAGGAAGTGGCGCCTGGTTTGGGCGAGAAGGTGTGCGTCATTGCCTTGAAGCGTTAGACGGTGTGTACCCCCTGTCGATGTTAAGTGATCGGATTTGCCGTCATTTTGATGTGCATTCGACAAGGGATATCGTCAATAAACTGAATTACGCATTACCCGCTGAATTTGCCAGTGCGGCAAATGTGGTGTTTAGTTGCGCCAAAGCAGGTGACGAGTATGCGCAGCAAATCGTACAAGCAGGAACGGTATATCTGACAGCCATTGCCCGTATTGCACTTGAAAAAAGCCACGGGCAGTTAGTGCTTTCAGGTGGGCTTTCTTCCCGTGTACTCGCGTATTTGCCCGTGGATGTGCAGACACGGGTGGTATCTGCACAGCATGGGCCTGAATGGGGAGCCGTTAAGGCGCATTGTTGA	MNNQPHFTVGIDGGGTKCRAVVFDSQGKSLGEGISGPANIARIGKEALTSITTSVVMALENASLDTSHSTSSLLSFCHVSAGLAGATVREAVSLLDQWQHPFASFRFTTDLHAALVGAHGGDNGAVLVVGTGSCSAALVNGQCSQFGGHGFVIGDKGSGAWFGREGVRHCLEALDGVYPLSMLSDRICRHFDVHSTRDIVNKLNYALPAEFASAANVVFSCAKAGDEYAQQIVQAGTVYLTAIARIALEKSHGQLVLSGGLSSRVLAYLPVDVQTRVVSAQHGPEWGAVKAHC	PGPT0018875_743	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO|NUCLEOTIDE_SUGAR_UTILIZATION	PLANT_DERIVED_GLUCOSAMINE|GLUCOSAMINATE_DEGRADATION,PGPT0018875-gspK-K18676	NA	NA
AK237_01818	1044	ccpA_1	COG1609	Catabolite control protein A	GTGAAAACAACGATCAAGGACGTAGCTGAGCTTGCCGGCGTTTCTTTTAGAACGGTTTCCAGGGTAGTGAACAACGAACCCAACGTTAGCAATGAAACCATCGAAAAAGTAAAAGCGGCCATTAAACAGCTGAATTACCACCCCAACACGGCGGCCAGAAATCTTGCCAGCGTGCAGTCTTACGCAATAGCGTATGTTTATGACAATCCTAATGCATATTATGTGATTGATATGCAAAAGGGGTTACTCGATGCGTGCACCCGGCGCGAGTACGAGCTACTCATTCATCCTTGTAACGCTAATAAACCAGATATCGTGCAAGACATTTTGCATATGGCCACCCGTTCTGCACTTGCAGGCGTGATCCTGTCGCCGCCACTATCCGAAATGCCAGAGGTACTGACCCAAATCGCGCGCTCCGGGTTACCTTTCGTGGGCATTGTATCAGGAGAAGCGCCTTACGGCATTGACGGAAGATGGCTTTGTATTGACGATTGCCAGGCGGCATACGATGTCGTTACCCACCTTATACAACAGGGCCATAAACACATTGGTTTCTTGTCGGGTGACAGAAAACACCGTTCAACCCTCGAACGGGAGCGCGGCTATCTGGATGCATTAGAGCGACATCGCCTCGATACCAGTGCTCACCTGCGTATAGATGGCAATTATTCATTTAAAAGTGGCGCTGCAGGTATGAAACAGTTACTTGCTCTGGATAATCCGCCTACCGCGGTTTTCGCTTGTAACGATGAAATTGCATCCGGCGCACTACTGGAAGCGCGTATTCATAACGTAAATGTGCCTGAAGATCTCGCTATAGCGGGATTTGAAAACAGCCCTTTTTCTTTACAAACATGGCCTGCAATCACCACCGCGGCGCAAGATACGATGGCAATTGCCCGCCGCGCAGGTGAGTTATTAATTGACTGTATTAGTCATCGCCGTCGACCCGAGAAACTTATTGACGCCCTGCCACACACCATCTCATTCTGCCCGCAACTGATCGTGCGCGCCTCAACAACAAAAAAGCCCGACAAGTAA	MKTTIKDVAELAGVSFRTVSRVVNNEPNVSNETIEKVKAAIKQLNYHPNTAARNLASVQSYAIAYVYDNPNAYYVIDMQKGLLDACTRREYELLIHPCNANKPDIVQDILHMATRSALAGVILSPPLSEMPEVLTQIARSGLPFVGIVSGEAPYGIDGRWLCIDDCQAAYDVVTHLIQQGHKHIGFLSGDRKHRSTLERERGYLDALERHRLDTSAHLRIDGNYSFKSGAAGMKQLLALDNPPTAVFACNDEIASGALLEARIHNVNVPEDLAIAGFENSPFSLQTWPAITTAAQDTMAIARRAGELLIDCISHRRRPEKLIDALPHTISFCPQLIVRASTTKKPDK	PGPT0017992_4317	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
AK237_01819	1167			hypothetical protein	ATGATTACTAGCGCATTCGGCTACGTAAGCGCCCTCCTGGCAATAGCCGGTGCGTTGTACTATTTGGAAGCCTGTAAACAATTACGACTATTCCGTTACCTTCCTGCCATTGTGCTCTTGTATTTTGTGGTCATGGTATGCGCAAGTATTGGCGTGTGGGAAAAAACACCAATCATCAACGATACCTACAAAGTACTTCGTAATAACCTGCTTCCAGCAATGATTTTTTTAATGCTACTGGATGCCGATTTACGACAGATAAAGAAGCTGGGATGGCGGATGATCCTTACCTTTCTGTTGGCCAGTTTCAGTATTGCAATGGGGTTTATTGTCACCTTCACCCTTTTCCAACACGGTCTTGCAGACAATGCGTGGAAGACCTTCGCGGCGTTGTGCGGCAGCTGGATGGGAGGAACCGGTAACCTTGCAGCGGTTCAGCTTGCTCTCGATGTTTCCGATTCTGCCATGGGTTACACACTACTCATTGACTCAATAGACTATGCCATATGGGTTATGGCGCTACTTGCGCTCGTGCCCTATGCCAAACAATTTAATCAGTGGACTCGCGCAAACGGTCTGGCCCTCGATGAAGTGGGCGAAAAGCTTGCCGAAATGAAAGCAAATCAACTACCCGTTTCGGGCGGAAACATACTCATGCTTTTTGCATTGGCCTGCGTGATATCATCACTGTCGCAATGGTTAAGCGCTTTGCTACCTGTTAGCGCGTATTTTTCAGCAACAGCCTGGACTGTCGCCCTGGTCACACTAGCCGGTATTATTGGCGCAATGACTCCGCTTAGACGTGTAGGTGGCGCAGATATACTGGCCACGGTGCTGCTAAACCTGATTATTGCCCTTATTGCTTCCCGGGCCAGCTTTACCGAACTGTTAGAGGCGCCTGTTTATATATTGGCGGGCGCATGCATTTTGCTGACCCATGGCCTTATTATGGTGGGGGCGGCAAAACTATTTAAACTCGATTTGTTCACGTGTGGATTAGCATCACTTGCCAACATCGGTGGTGTGGCTTCTGCACCTATTCTGGCCGCATCTTATTCAAAGGCGCTCATTCCGGTAGGCGTGTTAATGGCGATGCTCGGTTACATAGTGGGCACCGCAGGCGGGCTTGCGGTCGGAAAAATTTTATCAAAAATCGCTGGCACCTAA	MITSAFGYVSALLAIAGALYYLEACKQLRLFRYLPAIVLLYFVVMVCASIGVWEKTPIINDTYKVLRNNLLPAMIFLMLLDADLRQIKKLGWRMILTFLLASFSIAMGFIVTFTLFQHGLADNAWKTFAALCGSWMGGTGNLAAVQLALDVSDSAMGYTLLIDSIDYAIWVMALLALVPYAKQFNQWTRANGLALDEVGEKLAEMKANQLPVSGGNILMLFALACVISSLSQWLSALLPVSAYFSATAWTVALVTLAGIIGAMTPLRRVGGADILATVLLNLIIALIASRASFTELLEAPVYILAGACILLTHGLIMVGAAKLFKLDLFTCGLASLANIGGVASAPILAASYSKALIPVGVLMAMLGYIVGTAGGLAVGKILSKIAGT				NA	NA	NA	NA	NA
AK237_01820	1074	dadX	COG0787	Alanine racemase, catabolic	TTGAGCAGACAGACCCAAGCTATCATCCACGCTGATGCCCTGCAGAGTAACTTTCGTTTACTGACCGGATTGGCCGGACAAGGGCAAAATATGGCTGTGGTTAAAGCTGATGCGTATGGGCATGGCGCAGTGAATGTTGCTCGCGTATTGCGCAACGAGGCTAAAGCCTTTGCTGTCGCAATCAGTGAAGAAGCGCTGGCTTTGCGTGAGGCTGGCGTAAAAGCACCTGTAGTGGTATTGGAAGGGCCTCATCAGGCGTCTGAATGTGAACTTGCTGGCAGAGAAGATTGTGTTTTAGTGGTGCACGAAGAAACACAATTGCAATGGTTAAAAGCTTGTGCGCCGTCACGACGCCCAACAGTGTGGCTTAAGGTCGATTCGGGCATGCACAGGTTGGGATTTTCCTGTCAGGACGCGCCCAGGGTGATTGCAAAATATGCTGATTTATTCACTAAGGATTCTGTGCTGGTAACACACATGGCCTGTGCGGACGAAGTCGATAATTCGTTTACCCAGACTCAAATCGCAACGTTTAATCAGGTGCAACAAGCGACAGGGTTAAAAGTCAGCATTGCCAATTCACCTGCAACGGTAGGCTGGCCGCAATCCCGGGGTGACTGGAACCGCATTGGTATCGCCATGTACGGCGCTGAACCGTTGAATGAAGCGAGCGACCTTAATTTGCAACCGGCGATGACCTTGCAGGCAAGCATTATCGCGCTTCGTACTATAGAAGCTGGTGAAACTGTCGGGTATGGACAAACCTGGCAGGCGCCGCGCCGCTCACGCATTGCGACTGCGGGGATTGGTTATGCGGATGGTTATCCGCGACATTGTCCAAATGGCACACCTGTTATTGTCAATGGGCATCGCGCTCCCCTCGTTGGCAGGGTGTCGATGGACATGATTTCAATTGATGTCACCGATCTACCCGCCGTTGCAACAGGTGATAAGGTTGAGTTATGGGGCAGTCAGCTTTCTGTCGATGAAGTGGCAGGCTACGCAGGCACGATCTCCTATGAGCTGCTCACGCGTTTATCACAACGGGTGCCGCGCATCGTAAAGCATGTTTAG	MSRQTQAIIHADALQSNFRLLTGLAGQGQNMAVVKADAYGHGAVNVARVLRNEAKAFAVAISEEALALREAGVKAPVVVLEGPHQASECELAGREDCVLVVHEETQLQWLKACAPSRRPTVWLKVDSGMHRLGFSCQDAPRVIAKYADLFTKDSVLVTHMACADEVDNSFTQTQIATFNQVQQATGLKVSIANSPATVGWPQSRGDWNRIGIAMYGAEPLNEASDLNLQPAMTLQASIIALRTIEAGETVGYGQTWQAPRRSRIATAGIGYADGYPRHCPNGTPVIVNGHRAPLVGRVSMDMISIDVTDLPAVATGDKVELWGSQLSVDEVAGYAGTISYELLTRLSQRVPRIVKHV	PGPT0020040_4614	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-PEPTIDOGLYCAN_REMODELLING	CE-PG_REMODELLING_RELATED_RACEMASES,PGPT0020040-alr-K01775	NA	NA
AK237_01821	1614	sglT_2		Sodium/glucose cotransporter	ATGTTAGAACATTATGCATTAGCAGACTTACTGGTTTTTGTGGGCTACGGCTTACTACTGATCGCCAGTGGCTGGTTGTTTAACCGGTCAAACCGCTCTGCGAACGATTATTTTCTTGGCGGTAACAGTATGCCCATGTGGATGGTGGCTGTATCTGTACTTGCCACGTCACAATCCGCCGCTACATTTCTGGGGGGGCCGGACCAGGGCTACCGTGGCGATCTCACTTACTTGTCTACTAACATTGGCGCGTTTATCGCGGCGTTCTTTGTTGCCGCATTCCTAATCCCACGATTTTACAAACAAAACGTTTTCACCGTATACGAACTGCTTCAACAGCGATTCGGCGAACCAGCCAAGCAACTCGCTGGTGCGATGTATCTGTTCGGTCGAATATTTGCCAGTGGTGCGCGTTTATATATGGCCGCCTTAGCCGTCGCCATGATTTTATTCGGTGACATCGCCGCATCCAGCGTCATTAGCGCCACGATTATCATTACGCTTGCCGGACTGGCCTACACTGTGTACGGTGGGATCCGAACGGTGATCTATTCCGATGTATTGCAAGCTGCTATTTATATTTGTGCAGCAGTCGCCGTCATTGTCGCCCTTTTACAGGCAATTCCTGCGTCTTTACCGGATATTATCGCCGCACTTCAACATCCCCAGGGTGATACCACGTCCAAACTCCGCCTTATTAATACCCAACTCGACTTTAGCAACAGTGGCGTATTCAGCCTCTTCTCAGTATTTACCGGTTTTGTGCTATTAAACATTGCTGCATTTGGCCTCGATCAAGATATGACACAACGGGTGCTGACTTGTAAAAACGCAAAAGAAGGCAGCAAAGCCATGCTGCTTTCAGTGGTCATGGTCATTCCCGTTATGTGCCTGTTTTTAGCTATTGGTTTGCTTCTTTATGTCTATTATCAACGCCCCGACCTCATGGCCGTCGGCGATGGAAGCAGTCCTACGCCATCTTTTGCCGGCGAACCTGTCACCATATTTATGTATTACGTGCTAAGTGAAATTCCGGATGGCGTGCGAGGCTTAGTGACGGTTGGCATCCTGGCCGCCGCCTTATCAACGTTAAATTCTGGTCTCAACTCAATGTCCAGCGTAGTCATTCAGGATATGTATCGTCCCTGGCTAATCAGGCGTCGCCAGCAAAAGCCTGACGCACACTTTGTTACTGCAGGACGTTGGGCAATGGTTATCATGGCATTGTCATTAGGTTTTATGGCCTGTCTGTGCTATTACTGGCAACAGTATACTGACATGCCCTTACTGCAATTTGCACTGGGTGTAATGGTATTCTCATACAGTGGTTTACTTGGCGTTTATTTCGTCACGCTATTTTCCCGCCGCGGGAGTCAGCGTTCAGTGATCGCAGCGTTGATTACCGGCTTTTTGGTACCCTTATCCATGCAACCTTATGTTGTTGAGATAATTTTGCCAGTTGAGTGGCAGTTCGAACTCGGGTTTACCTGGCAATTGGTAGTCGGTACCGCCCTGTCTACGATAATTTGTGCCATGGGGCACAGCCCGTCGCGCTATAATGACAATTCGCGACAGTACAACGTAAACGACGACAAGAACGCTGTCAGTCAGTGA	MLEHYALADLLVFVGYGLLLIASGWLFNRSNRSANDYFLGGNSMPMWMVAVSVLATSQSAATFLGGPDQGYRGDLTYLSTNIGAFIAAFFVAAFLIPRFYKQNVFTVYELLQQRFGEPAKQLAGAMYLFGRIFASGARLYMAALAVAMILFGDIAASSVISATIIITLAGLAYTVYGGIRTVIYSDVLQAAIYICAAVAVIVALLQAIPASLPDIIAALQHPQGDTTSKLRLINTQLDFSNSGVFSLFSVFTGFVLLNIAAFGLDQDMTQRVLTCKNAKEGSKAMLLSVVMVIPVMCLFLAIGLLLYVYYQRPDLMAVGDGSSPTPSFAGEPVTIFMYYVLSEIPDGVRGLVTVGILAAALSTLNSGLNSMSSVVIQDMYRPWLIRRRQQKPDAHFVTAGRWAMVIMALSLGFMACLCYYWQQYTDMPLLQFALGVMVFSYSGLLGVYFVTLFSRRGSQRSVIAALITGFLVPLSMQPYVVEIILPVEWQFELGFTWQLVVGTALSTIICAMGHSPSRYNDNSRQYNVNDDKNAVSQ	PGPT0013955_2230	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
AK237_01822	936	murQ	COG2103	N-acetylmuramic acid 6-phosphate etherase	ATGCAGGCAAAACAAAAGAACGGGACTTCGGAATTATTAACACAACTGAATAAGATTGTGTCTGAGGGCAGAAACCCTAACACCATGGACATCGACTTACTGTCCACCGAAGCCATTTTGCATAAAATTAATCAAGAAGATGCCAGGGTTGCAGCTGCTGTCGCCAATGAAATACCCCATATCGCAGCCGCTGTCGACGCCATCGTGGATAAGCTCCAGGGGGGCGGTCGGCTGATTTATATCGGAGCGGGTACAAGTGGTCGCTTGGGTATCTTAGACGCCGTCGAATGCCGTCCCACATTCAGCGTACCTGACTCCCTCGTTATGGGTGTTATTGCAGGTGGTGAGAAAGCCATTCAACATGCCGTAGAAGGCGCCGAAGACAACGCTGAGCAAGGTGTCAAAGATATACAGGATATCGATATCAGCGCACAAGATGTGTTGGTAGGACTATCAGCCAGTGGCCGCACCCCTTATGTGGTTAGTGCGCTTGCCCATGCCAACGCGATAGGTGCTGTCACCGTGGGAATTGCCTGCAGCCCCAATGCGAAGGTGCTTACCACAGCAAGCATTGCCATATGTCCCGTTGTTGGCCCCGAGTGCCTGACGGGTTCGACACGCATGAAGTCCGGAACGGCCCAAAAACTGGTACTTAACATGCTCAGCACCGCCAGCATGATTCGTTTAGGTAAAACCTATCAGAATTTAATGGTCGATGTGAATGCTACCAACGAAAAGCTTAAAGCCCGCGCTGTGCGTATTGTTATGCAGGCCACCGACTGCTCCGAAGAGCAAGCATCTACCGCCCTTGAAGAAGCCGGACACAAAGCGAAAGTGGCCATTATGATGTTATTAACCCAAACAGATGCAGCCACCGCGGAGACCATGCTGGCTTCTCATAACGGCTTTCTTCGCCGCGCTGTAGAGCAACAATGA	MQAKQKNGTSELLTQLNKIVSEGRNPNTMDIDLLSTEAILHKINQEDARVAAAVANEIPHIAAAVDAIVDKLQGGGRLIYIGAGTSGRLGILDAVECRPTFSVPDSLVMGVIAGGEKAIQHAVEGAEDNAEQGVKDIQDIDISAQDVLVGLSASGRTPYVVSALAHANAIGAVTVGIACSPNAKVLTTASIAICPVVGPECLTGSTRMKSGTAQKLVLNMLSTASMIRLGKTYQNLMVDVNATNEKLKARAVRIVMQATDCSEEQASTALEEAGHKAKVAIMMLLTQTDAATAETMLASHNGFLRRAVEQQ	PGPT0019040_338	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
AK237_01823	1146			hypothetical protein	ATGAGACTTATCCTCCTCGTACTGTGTTTGCTTAGTGTAAATGCCATGGCGATGACTATTGGCGCTGCCCAGCCAGCAGCGTACCTTAACTTACTCGAACAGAAACGGGTGGCATTAGTCGTGAATCAAACATCGGTGGTTGGTGATACTCACCTTGTTGATTTTCTTCTTAGCAAGCACGTAAACGTTGTTAAAGTGATGGCACCAGAGCATGGCTTTCGCGGCCAGGCAGGTGCAGGAGAAACCATCGCCGATGGTGTAGACACTCGCACCGGACTGCCCATTTTATCGCTTTATGGTAGTACCAGGAAACCTACCCCAGAGATGCTTGCAGACGTAGACGTACTCATCTTTGATATTCAGGATGTAGGCGCACGCTTTTATACGTACATCAGTACCTTACACCTTGTACTTGAAGCCGCTGGCGAGCAGCAAAAAACGGTCATTGTGCTCGACCGACCCAATCCCAATGGTATGTACACAGACGGGCCTGTACGCGAAAAGGCCTTTGCTTCGTTTGTAGGTATGGACCCTATTCCGCTGCTTCATGGTATGACGGTGGGTGAACTTGCGCTTATGATGAAAGGCGAACAATGGATTGAACAAGCTGCAACATTGTCGCTGCACGTTGTTCCCGTAAAAGACTACCGGAAATCACAGCATACTGTGTTATCCGTGCCGCCCAGTCCCAACTTGCCCAATGCCCAGGCCATTCAGCTTTATCCGTCTCTTTGCTTATTTGAGGCCACGACAGTAAGCGTTGGGCGGGGCACGCCGTTTCCCTTTCAGGTAATTGGTCATGACGTTGTGCGCTTAGGCGATTTCACGTTTACACCTAAAAGCCTGCCAATGAGCGCGCCGTCACCCAAACTACAAGATACTGCACTTCACGGTATCGATTTAAGACAGGCCACCATTCAGGGCTTCGACATAAGTTTATTGCTAAACGCTGCCAGAAAATTTTCGAACGACCAGCAGCCGTTTATCGACCGACCCGCATTTTTCGATAAGCTAAGCGGCACTGACCGTTTACGAAAAGCCATTGAAGAAGGGCGCTCGGAGCAAGACATTCGCGCAATGTGGCAACCCGCTTTGCAGCAATTTAAAGCACAACGCAAACCGTATTTGCTTTACCCGATGGAGTAA	MRLILLVLCLLSVNAMAMTIGAAQPAAYLNLLEQKRVALVVNQTSVVGDTHLVDFLLSKHVNVVKVMAPEHGFRGQAGAGETIADGVDTRTGLPILSLYGSTRKPTPEMLADVDVLIFDIQDVGARFYTYISTLHLVLEAAGEQQKTVIVLDRPNPNGMYTDGPVREKAFASFVGMDPIPLLHGMTVGELALMMKGEQWIEQAATLSLHVVPVKDYRKSQHTVLSVPPSPNLPNAQAIQLYPSLCLFEATTVSVGRGTPFPFQVIGHDVVRLGDFTFTPKSLPMSAPSPKLQDTALHGIDLRQATIQGFDISLLLNAARKFSNDQQPFIDRPAFFDKLSGTDRLRKAIEEGRSEQDIRAMWQPALQQFKAQRKPYLLYPME	PGPT0012175_35	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES	CE-EPS-GALACTOSAMINIDASE,PGPT0012175-nagZ-K01207	NA	NA
AK237_01824	324			hypothetical protein	ATGAGAGGCAACGGAACCAGATATTATTTTATTAAAGCTTTTTTCATCACGCTATTCTTATCACTCCCTTGGCTTTACTTTCTGGTTTTCGAGCCTGCCAATATTGAAAATCCACTACTTATTTTTTACCTGATAATTTCGGTAGATGTTCCTTATTGGGTATTTAGTTTATTGCCTTTTTCCTCGTCGGATGACTTTGAGTTTGGGCTCTTTGGCGTTTCACAAGGTCCCCGCTATTTCTCTTTTTTTATCTGCTTTTTTTGGTTCGCAGTATGCGTAATTATCCTTAAGATTAAAGCGAGTTTGTCCCTTAAGGACTCCTAA	MRGNGTRYYFIKAFFITLFLSLPWLYFLVFEPANIENPLLIFYLIISVDVPYWVFSLLPFSSSDDFEFGLFGVSQGPRYFSFFICFFWFAVCVIILKIKASLSLKDS				NA	NA	NA	NA	NA
AK237_01825	117			hypothetical protein	ATGTTTGACATTGAAACGCTTTCGGAAGATGCTGAATCGTCCAAGGATGGAATTGGCGTTTATTTAATAAAGGAATGTATTAATGAGAGGCAACGGAACCAGATATTATTTTATTAA	MFDIETLSEDAESSKDGIGVYLIKECINERQRNQILFY				NA	NA	NA	NA	NA
AK237_01826	852	murR	COG1737	HTH-type transcriptional regulator MurR	ATGTCTGCATTTACAAAAATTAAAGCAATAAAGCATGCGTTGTCAGCCAGTGAAGCCAAGTTAGCCACGTTTACGCTGGACTCACCCAATGCTGTGCGTGATCTCTCATCTCAGGAACTGGCCAACGTGGTGGGCGTTAGCCAATCGAGCGTCGTGAAGTTTGCACAAAAGCTAGGCTACAAAGGTTATCCTGCATTTAAGCTGGCAGTCATAGACTCGCTGAACAAAGAAACACCCAACACCCAAATTCACGGCAAAATCACACTCTCAGACGGGTTTGCACAGATGGCCGACAAATTAGTGGCTAGCAAAATAAGCGTTTTGAACGAAACCCGTAATTTGAATGAGATGGTGGAATTTGAGCGCGCGGTTGAGTTATTGAAAAATGCCAAGCGTGTGATGATTTGTGGTGTGGGAGGCTCTGCACTTGTCAGTAAGGACTTCGCCTACAAGCTGCAAAAGTTAGGTATTTCAGCTATTGCAGAAGCCGACGGTCATGTACAACTTGCGATGGCGGCTACGTTTAGTGACAGTGATGTGGTGGTGGCGATCAGTGAGTCGGGTACCACCCGCGAAGTCGCTAATGTGGTCACCGAAGCGAAACGCAATCACGCGTCGGTCATTTCGATCACCAAGTACGGACAAAATACCATTTCTGAACAGGCAGAGGTGCAGTTGTATTCGGTGGCTGAAGAGGCGTCGTTACGGTTGGCGTCAATATTGGCGCGTACGGCTCAAGAGCTCATCATCGACATGTTATTTATTGCGCTCACACAAGCGTCGAGACAAGGGCGTAAATTACTCGAGAAAACCAATGAAGCGGTGTCTGAATTTAAAAAGCATCATTCTTGA	MSAFTKIKAIKHALSASEAKLATFTLDSPNAVRDLSSQELANVVGVSQSSVVKFAQKLGYKGYPAFKLAVIDSLNKETPNTQIHGKITLSDGFAQMADKLVASKISVLNETRNLNEMVEFERAVELLKNAKRVMICGVGGSALVSKDFAYKLQKLGISAIAEADGHVQLAMAATFSDSDVVVAISESGTTREVANVVTEAKRNHASVISITKYGQNTISEQAEVQLYSVAEEASLRLASILARTAQELIIDMLFIALTQASRQGRKLLEKTNEAVSEFKKHHS				NA	NA	NA	NA	NA
AK237_01827	1353			hypothetical protein	ATGACCGTCCACCCTCACCTTCCTGTTGCAGACATTGCCACACAGTTTGATACCATGAATTGGCCGTCGTTGAATAAAGCGCACCTTGTTGCTGACGACATTGCTCCGGTTATTGCGCAACTAGCGAAACAAGATGGCATTACATGCGCACCAATCGGAACATCGTATGAGGGTCGTACGATTTCCCGGTTTACCCTTGGTTCAGGCAAATGCGTTATTCTGGCCTGGACACAAATGCATGGCGATGAAGCGACTGCCACCGCTGCGGTACTGGACTGGCTTCATATCCTGACCAACGGCAAACTACGGGGACTGGCAGAAGACTGGCAATCGCACATCACATTGCATGTGATCCCCATGCTGAATCCGGACGGCGCGCAAAAACGCACAAGAATTAACGCACAGGGTATCGACATTAACCGTGACGCGAGAGCGCTACAAAGTCCCGAAGGTCAGCTGCTACATCAACAAGTCACAACCTTATCGCCGGATATTGCCTTTAATCTGCATGATCAGAATCCCTATTACACTACTGGTGCATCCGCGAATCCGGCAACCATTGCTTTTCTGGCTCCAGCGTTTCATCAGGACAAACATGTAGATGGGGCAAGACTACGCGCCAAACAACTGATTGCGCATATGGCAGATACCCTGTCACATTTTATTCCAGACTGTATTGGCCGATACGACGACACTTATTCGTTCCGTTCTTTTGGTGACAATATTGCCGCCTCCGGCGCCAGTACCATTTTGATAGAAAGCGGCGCAGCAATTGATGATCCTCATCGACAAGTTGCGCGAAAAATGAATGTGATTGGGCTACAGACGGCATTGGAAAGCATACTTACCAGCCAGTTCTCACAGTATTCACTGGCAGATTACTATCGCATCCCTGACAACCGTGAAGATGGCCTGTGCGATTTAAAAATACACCATGTGACACTGGGACAGGGAAATGATAAGCCGTTTATTGCCGACATCAGCATACTCACCGACCGTAAAAGCGGACAAAGCCGTATAGGGGCTATCGGCGATTTGCGAACCGTTTACGGATTCGAAAATATCGACGCCACCGGACTAACCGCGCTGCCTGCAAAAAGCTTCACCGTTGACTCTGCGCTGACGCTCACTGATGAGAGCTACAAAGCACTGCTTCAACAAGGTTACAGCTATTTTATTGATGCACATGCATTAATGACCATTACAACGACACTGCCTGTACATATTTTAAAAAGCAAAGAAAACACGCCAATGATCATGCCTGACAATATTCCCACCCTTGTTTTGGTGTCGCTTTCTGACAATCATGTTGTGGGTGCGGTACTGCAAGGTAAGTGGGTACCGGTTACGTAA	MTVHPHLPVADIATQFDTMNWPSLNKAHLVADDIAPVIAQLAKQDGITCAPIGTSYEGRTISRFTLGSGKCVILAWTQMHGDEATATAAVLDWLHILTNGKLRGLAEDWQSHITLHVIPMLNPDGAQKRTRINAQGIDINRDARALQSPEGQLLHQQVTTLSPDIAFNLHDQNPYYTTGASANPATIAFLAPAFHQDKHVDGARLRAKQLIAHMADTLSHFIPDCIGRYDDTYSFRSFGDNIAASGASTILIESGAAIDDPHRQVARKMNVIGLQTALESILTSQFSQYSLADYYRIPDNREDGLCDLKIHHVTLGQGNDKPFIADISILTDRKSGQSRIGAIGDLRTVYGFENIDATGLTALPAKSFTVDSALTLTDESYKALLQQGYSYFIDAHALMTITTTLPVHILKSKENTPMIMPDNIPTLVLVSLSDNHVVGAVLQGKWVPVT				NA	NA	NA	NA	NA
AK237_01828	885			hypothetical protein	ATGACTCAATCCACCGAATTTAACACGCGCAGAAAAACCCTTAAATCCATTGCCTCCTTAGCGGTAGCAACCCCTGTAATTATGCTAACAGGATGCGGCGGCAGTGGTGGTTCTGGCACCACAGCGAATACCTCGTCCGGCGGTTCATCTTCGTCCGGGAGTAGCGGATCAGGTTCGTCAACTACAACGCCAACTGCTGACAATGGGAGCTGGTTAAGTGGTGGAACCGATAGCATGACCGCAGATTTCCCCGCTGACAGTATTTTTGAAAATAGCAGTACCTGCTCTGTTGAGCTAACGGGCCAGCAAACGGAAGGGCCTTGCTATTTTGACTCTGACTATCTCGACGATATTTCAGAAGGGCAAACTGGCTTGCCCATGCAACTATGCTTACAGCTCATTGACGCGCAGTGTAACCCGTTATCGGGCTACGAAATAGAAGTGTGGCATTGTGATGTTGTTGGCATTTATTCAGGGGATACCACGGGCAGCAGTGACACCAACGGGTTTAATTCTTCTTTTTGTACCGGGAATGACAGTGAGGCGTTGCAGGCGCGCTGGTTCCGTGGCATTGCGGTGACGGATAGCAGCGGTCGCGTAAATTTCAAAACCTGCTTCCCGGGCTGGTATGCCAGCCGTGCTATTCACATTCACTTTAGAGTGAAGAATAATAATAACGACGAGCTGATTTCCCAGTTTGGCTTTGATGATGACTTCTGTACGGATATTTGTACCAGCCATTCAGATTATATCAGCCATGGAGCGCCGGATACGTATCTGGCGACAGATACAGTATTTGGAAGCGACTACAACGAGTATGTATTCAACCTCGAGCAAAACGACGATGGTTCGTTGTTAGCTTACAAGCGTATCATCATTTCCTGA	MTQSTEFNTRRKTLKSIASLAVATPVIMLTGCGGSGGSGTTANTSSGGSSSSGSSGSGSSTTTPTADNGSWLSGGTDSMTADFPADSIFENSSTCSVELTGQQTEGPCYFDSDYLDDISEGQTGLPMQLCLQLIDAQCNPLSGYEIEVWHCDVVGIYSGDTTGSSDTNGFNSSFCTGNDSEALQARWFRGIAVTDSSGRVNFKTCFPGWYASRAIHIHFRVKNNNNDELISQFGFDDDFCTDICTSHSDYISHGAPDTYLATDTVFGSDYNEYVFNLEQNDDGSLLAYKRIIIS				NA	NA	NA	NA	NA
AK237_01829	1128			hypothetical protein	ATGATTTCCCTCGATGTGTTGCGGGGACTTACCATTGTATTGATGGTTCTGGTGAATAATCCCGGTAGCTGGGAAACCGTTTACTGGCCTTTATTGCATGCTAAGTGGCACGGATTAACACCTACCGATCTGGTGTTTCCTTTCTTTATTTTTGTTATGGGCGTGGCAATCCCTTTTTCGTCGACCCATCAGCAAAGCCGTTCTGCGGTTTTCATGCTGGCAAGAATACTCAAACGCAGTGCATTGCTGTTCTTATGTGGCGTGTTCCTCGCGCTGTTTTACTACAATCCTTACAATGCGGATTTCGACTGGATGCGGGATCGGCTGGAAAGCATCAGGGTGATGGGGGTGCTGCAGCGTCTTGCACTGGTTTATTTTTTTACTGCAATACTGGCGATATTTTTACGCATTCGCGGACTGGGGCTCGCTGCCATTTTGCTGGTGGCGGCGTACTGGGCGGCAATGACGTTTATTCCTTATGCCGATGCAAGCGGCACCGTATATCAGGGGCAATGGGCATTCGGCAACAGCTTATCGGCGTGGGTAGATGCTAATGTGCTGGGTGAGCAGCATGTTTACTATCCTGATGCTAAGCCGTTTCCCTTCGATCCGGAAGGGGTGTTCAGCACCATCCCGGCTATATCAACCTGTTTGATTGGCGTCGTATGTGGCTTATGGTTACAGCGGCAACCTCAGGTGCCAGCCCCAAAGATGATGTGCTCAGGTTTTTTATTAGCGTTATTCGGCGGAGTGCTTGTACTTTGGGTTCCAGTCAATAAAGCGCTGTGGTCGCCCAGTTATACGATGTTGTCGGCTGGATGCGCTATGGCGTGTTTAGCGTTTTTGCACTGGATTGTAGACTTGCGCGGTTATCAGCGTTGGGCTCATCCCTTCGTGGTGGCAGGCGCAAACAGTATCGTGTTCTTCATGTTATCCGGCATTGCTGCGCGGCTGCTTTTCATGATTCCGGCGGGGGGCGGCTCTCTGAAAGGGGCGCTTTACCAGTCTGTATTCCTTGATTACTTTTCGCCTTTCAATGCGTCTTTCCTGTTTGCGGTAAGTTTTCTTTGCGTAATGTATTTACCGGTATGGTGGATGTACCGGAACAAGTGGTTTGTGCGGCTGTGA	MISLDVLRGLTIVLMVLVNNPGSWETVYWPLLHAKWHGLTPTDLVFPFFIFVMGVAIPFSSTHQQSRSAVFMLARILKRSALLFLCGVFLALFYYNPYNADFDWMRDRLESIRVMGVLQRLALVYFFTAILAIFLRIRGLGLAAILLVAAYWAAMTFIPYADASGTVYQGQWAFGNSLSAWVDANVLGEQHVYYPDAKPFPFDPEGVFSTIPAISTCLIGVVCGLWLQRQPQVPAPKMMCSGFLLALFGGVLVLWVPVNKALWSPSYTMLSAGCAMACLAFLHWIVDLRGYQRWAHPFVVAGANSIVFFMLSGIAARLLFMIPAGGGSLKGALYQSVFLDYFSPFNASFLFAVSFLCVMYLPVWWMYRNKWFVRL				NA	NA	NA	NA	NA
AK237_01830	2454	yfeW_1		Putative D-alanyl-D-alanine carboxypeptidase	ATGCCACTCTTATCCCGACATTTTCGCTTTCTGGTCGTTTTCGGCGCGGTTGCCATACTGATTGGCTGCGCTGGCGGTTACACCAGTATGCCATCGAAGAATACCGGTGAACGGGTGAAAGTGCTCGTTATGCACTTTACCGCGATAGATTACCAGAAAAGTGTACATGCGCTGGTAGATGAAGGCGGGCTGAGTGCCCATTATCTGGTCACCGATCCGTCCGACCCCACGTTTCCGGGCGATGAGGCATCTGTGCTGCAGCTTGTGCCTGAATCGAAACGCGCCTGGCATGCCGGTAAAGGTGAGTGGCAAACACGTAACCATTTAAATGATACATCCATCGGCATTGAGATTGTGAATGTACCTCAATGTCAGCGGGATAATGAGATAGCAGCCAGCCGGTCAGAACATGGCAGCAACCGTCTTTGTGTATTTCCTGATTATCACCCGGAACAAATTCTGGTGCTCATTGCGCTGGCAAAAGACATACTCGCCCGCAACCCGGACATTTCTCCCACCGCCGTTGTCGGCCATGCAGATATCGCATTTAACAGAAAAAATGACCCCGGCCCGCGCTTTCCATGGTATCAGCTTTATTTGGAAGGGATAGGCGCCTGGTATGACACCGGTACATTAACGACATACTGGCAACGCTTTAACCGCGCCCTGCCCTCTGTTTCTTTAACACAGGCTGCGCTGCGCACTTACGGATACGGCGTGGTGGAAACCGGCATACTGGATGAGCAAACCATCAATGCGCTGTCGGCGTTCCAGATGCACTTTGTGCAGGATAACGTAACCGGCGCGATTAACAGCCGCACAGCAGCCGCACTGTTCGCTTTGCTGGATAAGTATTTTCCGCAAAAGGTCAACGCGCTGAATACCCGCTACGCCCGTGAAACGGCACTGAAAGCCGCTTCAGCAGAAGAGAAACGTCCTCAGTCAGGACAAATTGACAGTAATTTCCCCCAGCAAGAGCGTTCCAGCCGGGAAGAGGTAAACGACAAGGTCGCATTTAAAGCGTACCAAGGCCGCGGCGACATCTTACTGACGCCGGCAACGACCACCAACGCCACGGTGAAGGTAAATGGCGAAACGCTGAACATTGCCTCGCCTCTGGAGGCCGGTCATACCTACAGTTATTCTCTGAAGAAACGCACACACGACGGTACGAATACCCTTGAGGTGCAAAGCGATTCAGAAAGCGACGCTTTGCACGTCACCATCCCCTGGCCTGCGTTGACTGACGACACGCAAAAATGGCAACAAGGCTTCAGACAGGTCGATGCGTTAATTCAGCAGGACATTGAGGATGGCTTTCCTGGTGCCGTATTACTGGTTATCAAAGACGGCGCGGTGATTAAACGTACAGCTTATGGCAATGCGCTGCTTTACGATGAAACAGGCACCCGCCTCGTAAAGCCGGAGCCGATGACACCGGACACGCTGTTTGATGTAGCCTCTAATACGAAAATGTTTGCAACTAATCTGGCACTGATGAAACTGGTGTCTGAGGGGAAACTGAGTGTTGATGCGCCGGTGTATCAGTACCTGCCGGAATACGCCGGCGACGGCCGTGAAGCCCGCACTGTCAGAGATTTACTGAGCCATCAGTCCGGTTACGGCCCTGAGGTGCGCTTTTTTGCCCCGGGTGAACGTTACGGAGAGTCTTTCCGCTCACGGGATAAATCACATACATCAACCTTATTAACCACCGCGGTACCTTTTCAGATAAGCAAAGGCGCGCAGGCAACGTATAGCGACACCAACTTTATGCTGCTGGGACTGCTGGTTGAGCGGATAACAGGCATGTCTCTTGACCGTTATTGTGAGCAGTTCATTTACGGCCCGCTTCAGCTTAATCACACGGTGTTTAACCCGCTGAAAAAAGGGTTTGCCCCCAGTCAGATAGCCGCGACAGAAATAAATGGCAATACACGCAGTCACAATATAGATTTCCCCGGCATCCGCTCGTACACACTGCGGGGAGAAGTGCATGACGAAAAGGCCTGGTACAGCATGGGCGGTGTATCGGGGCATGCAGGACTATTCTCCACGGTGGATGATTTTGCCGTGCTGATGCAAACTTTATTAAATGGCGGTGGCTATGGACAGGTTGCACTGACCAACCAGGACACTATTTCACTGTTTACCGCTCCTTCCCCGCTAAATCCCGGTTTCGGACTTGGCTGGCGCAGGGGCAGCAACGGCAGTAATCGCTGGCACTTCGGCCCTTATGCCAGTTCACAAGCTTTTGGTCATACCGGCTGGACAGGCACGGCGACGGTTATCGACCCGGCGCAGGATCTTGGGATTGTGCTGTTTACCAACGCCAGACATACACCGGTTGAGAAACAGAGTACCGGCAACCTTCAATTTGCCGGCAGCGAATTTGAAACCGCAAAATATGGCAGTGTGATAACCCGGGTTTACGAAGCAATACTCAATCACTGA	MPLLSRHFRFLVVFGAVAILIGCAGGYTSMPSKNTGERVKVLVMHFTAIDYQKSVHALVDEGGLSAHYLVTDPSDPTFPGDEASVLQLVPESKRAWHAGKGEWQTRNHLNDTSIGIEIVNVPQCQRDNEIAASRSEHGSNRLCVFPDYHPEQILVLIALAKDILARNPDISPTAVVGHADIAFNRKNDPGPRFPWYQLYLEGIGAWYDTGTLTTYWQRFNRALPSVSLTQAALRTYGYGVVETGILDEQTINALSAFQMHFVQDNVTGAINSRTAAALFALLDKYFPQKVNALNTRYARETALKAASAEEKRPQSGQIDSNFPQQERSSREEVNDKVAFKAYQGRGDILLTPATTTNATVKVNGETLNIASPLEAGHTYSYSLKKRTHDGTNTLEVQSDSESDALHVTIPWPALTDDTQKWQQGFRQVDALIQQDIEDGFPGAVLLVIKDGAVIKRTAYGNALLYDETGTRLVKPEPMTPDTLFDVASNTKMFATNLALMKLVSEGKLSVDAPVYQYLPEYAGDGREARTVRDLLSHQSGYGPEVRFFAPGERYGESFRSRDKSHTSTLLTTAVPFQISKGAQATYSDTNFMLLGLLVERITGMSLDRYCEQFIYGPLQLNHTVFNPLKKGFAPSQIAATEINGNTRSHNIDFPGIRSYTLRGEVHDEKAWYSMGGVSGHAGLFSTVDDFAVLMQTLLNGGGYGQVALTNQDTISLFTAPSPLNPGFGLGWRRGSNGSNRWHFGPYASSQAFGHTGWTGTATVIDPAQDLGIVLFTNARHTPVEKQSTGNLQFAGSEFETAKYGSVITRVYEAILNH	PGPT0024045_14	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-PEPTIDOGLYCAN_REMODELLING	CE-PG_REMODELLING-CARBOXYPEPTIDASE_ACTIVITY,PGPT0024045-pbp4b-K21469	NA	NA
AK237_01831	1377			hypothetical protein	ATGGATTGGGTTTCAATTATCCCGCCTCTCGTCGCCATTTTTGTGGTGTTCTGGAAAAAAGAAGTCATCATGGCCTTGTTGCTGGCCGTTCTCTCATCAGAAGCGTTGATTTTATTGAGTGTGACCGGTGACGGCGTATTGCTGGCGCCGGTGAATGCTATCGAAAGAACTATTGATGTTGCCGCCAGTCCGGGCAATACCCGGATCCTTATCTTCTCTATTCTGGTGGGTGCACTGTTGGCCTATATCCGCGACTCAGGCGGTGTAACGGCCACCGTGAACTGGCTCACAGGCAAAGGCATTGCCAGAAGTAAGCGACAGGTTGGCAGCCTGACGATGCTCACCGGTGTTGCAGTATTTATCGAGTCTAATTTAAGTGTACTCACCGCAGGCATATTCGCCCGGGGCTTATTTGATAAATTCAAAATGAGCCGGGCACGCCTGGCCTACATCATCGACAGTACCAGCGCGCCGGTTTGTATTCTTATCTTACTAAACGGATGGGGTGCATTCGTGCTTGGCCTGCTGGACGGTTACGAGCTGGAACAGTCTTCCGCCAGTATTCTGTGGGGCACGGTGCCACTGAATTTCTACGCCCTTATCACTCTGGCGATTGTGGTGTACACCATAGTGAAAGACAAAGTGCACGGTCCAATGGCAAAAGAAGATGCCGCCATGACCCACACCGAAACCGTCATTGAGTCAGAACCGGCAACCAAAGTACGCTTTATGGTGGTGCCACTGCTGCTCATGGTTGTCAGTATGGTAGGCTTTATGTTGTGGACCGGTGATGGCGTGCTGGCAAATGGCAGCGGCAGTAAATCTGTATTGTACGCCACCATTCTTGCTACCGTTGTCGCGTACTTCCTGTTAATTCTGCATAAGCGTTTCACCCACCACGAAGCCGTAGAAATTGGCTTTAAAGGCATGGGCGAACTGCTCCCGCTGGTGTCCATTGTATTACTTTCCATGACGCTGGGGGCCAGCTTAAAAGTACTCGGCACCGGCGTTTTTGTTGCCGGTATTGTGGGTGAATACCTGCCTATGGTGTTAATTGTTCCCATGCTGTTTCTGGCTGGCGCGGTCATGTCGTTTACCACCGGCACCAGTTGGGGAACGTTTGCGATATTGATCCCCATCGGCGTGCCACTGATCCAGTCTCTGGGATTGCCACCCTCTCTGGTCATTGCCGCTATTCTGGGCGGCGGCGTATTTGGTGATCATTGCTCCCCTATTTCCGATACCTCTGCGGTATCGTCTATCGCGGCCGGGTGCGACCTGTTAACGCACATCCGTACCCAGCTTCCCTATGCACTTACCGCTGGCGGACTAACACTCGTTGCCTATGTCATTGCCAGCGTCATTATGATTGGATAG	MDWVSIIPPLVAIFVVFWKKEVIMALLLAVLSSEALILLSVTGDGVLLAPVNAIERTIDVAASPGNTRILIFSILVGALLAYIRDSGGVTATVNWLTGKGIARSKRQVGSLTMLTGVAVFIESNLSVLTAGIFARGLFDKFKMSRARLAYIIDSTSAPVCILILLNGWGAFVLGLLDGYELEQSSASILWGTVPLNFYALITLAIVVYTIVKDKVHGPMAKEDAAMTHTETVIESEPATKVRFMVVPLLLMVVSMVGFMLWTGDGVLANGSGSKSVLYATILATVVAYFLLILHKRFTHHEAVEIGFKGMGELLPLVSIVLLSMTLGASLKVLGTGVFVAGIVGEYLPMVLIVPMLFLAGAVMSFTTGTSWGTFAILIPIGVPLIQSLGLPPSLVIAAILGGGVFGDHCSPISDTSAVSSIAAGCDLLTHIRTQLPYALTAGGLTLVAYVIASVIMIG	PGPT0027895_620	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
AK237_01832	1698	ggt_2	COG0405	Glutathione hydrolase proenzyme	ATGCGAATACTTTTACTCTCGCTATTTTTGTTTGTGGCAGCAGGATGCTCAGGTGAAAAACCAACGGTATCTGCACCGGCCCCGGAGGTTAAAACCAGCCAGCAGGCGGTGTCCATGCCTGATAAATTTGCCGCCGATGCTGCCATGGCAGTCTTAAACGAAGGCGGTAACGCCGTTGATGCGGCCATCACAGCGCAATTTGTGCTGGCAGTGACCTTCCCTGAAGCGGGCAACATCGGCGGCGGTGGTTTTATGACCATCTTTATCGACGATGAAGCCGCCTTCATGGATTATCGTGAGATGGCGCCGGCGGCGGCCCACCGTGATATGTATCTTGATGAAAACGGTGACGTGAAAACCCTGGAATCATTGTTTGGCGCGAAAGCCTCCGGTGTACCCGGTGCTGTTGCCGGTATGTGGGCAGCACATCAACGCTACGGTAAATTACCCTGGAAACGCCTCGTACAACCTGCAGTAGACCTCGCAGAAAAGGGATTTAATGTACCGGCGAAACTGGCCGACCGTATCACCCGCTATATGGAAAGGCAGGAAAAAGAAGGGATCACCAGCAACTTTGGTGATTATTTCGGCGAAGCCCGCACTGCAGATGCGCTGTTTACGCAACCAGAGCTAGCCGCCACACTGAGCCACATTCGCGACGAGGGTGAGAAAGGCTTTTACGAGGGCGACACCGCCCGCATTATCGCCGGTTTCATGGCTGAAAATGGTGGTTTAGTTACAGAGAAAGATTTACAGGGTTATGAAGCCAAGTGGCGGGCACCGATTATTTACCCCTGGCAGGATTACAAACTCATCACTGCGCCACCTCCCAGCTCTGGCGGTGTAGCAGTAGCCCAGTGGATCAGCATGCTCAATGAAGTACTGAAACACCAATCTCTGCCTGCGCAAAACAGCAAAGACTATATTCATCTGATGTCTGAAATCGGTAAACGTGTATTTGCTGATCGCGCCGAATACATGGGCGACCCCGACTTTGTCGATGTGCCTGTAAAAGCGTTATTAGAACCGGCCTACATTACTGCCCGTGCCGGAGAAGTGGACCCTGATGCCATTTCGGTGACAGAAGACGTGAAGCCTGGCTTATATGAAAGCACTGACACTACCCATTTCTCTGTCATGGACAAATGGGGTAATGCAGTAGCAAATACCACAACCATTAATCTGTTGTTCGGCAGTGGCGTGGTGGTAGAAGGTGCAGGCTTCCTGCTGAATGACGAAATGGACGACTTCAGTGCCAAGGCCGGCGTGCCTAATTTCTTCGGTGCCATTGGCGGTACCGCTAACGAAATCCAGCCGGGTAAGCGCATGCTGTCTTCCATGACACCCACCATTGTGCTAAAAGGCGACAAAGTGAAACTGGTAACCGGCTCACCGGGCGGTACCACAATTATTTCCTCAGTGGCACAGTCCATACTGAACGCGCTGTTTTTCGATATGACAGCAGAAGAGTCGGCAAACAGTCCCCGCTTCCACCATCAGCTCTGGCCCAAAGACACCATTGCGTATCATGCAGGTATGCCGGCAGAGGTCGTGAAAGCGCTTGAAACTATGGGTTACACCATGAAGGAAAGTAACTTTGGCGATGTGCACCTGATTAAGCGCACTGAAACAGGCTTAGACGCAGCCTCTGAAGCCAGAGGACGGGGTAAGGCAATTGTTGAAGACGTTGAATTGTAG	MRILLLSLFLFVAAGCSGEKPTVSAPAPEVKTSQQAVSMPDKFAADAAMAVLNEGGNAVDAAITAQFVLAVTFPEAGNIGGGGFMTIFIDDEAAFMDYREMAPAAAHRDMYLDENGDVKTLESLFGAKASGVPGAVAGMWAAHQRYGKLPWKRLVQPAVDLAEKGFNVPAKLADRITRYMERQEKEGITSNFGDYFGEARTADALFTQPELAATLSHIRDEGEKGFYEGDTARIIAGFMAENGGLVTEKDLQGYEAKWRAPIIYPWQDYKLITAPPPSSGGVAVAQWISMLNEVLKHQSLPAQNSKDYIHLMSEIGKRVFADRAEYMGDPDFVDVPVKALLEPAYITARAGEVDPDAISVTEDVKPGLYESTDTTHFSVMDKWGNAVANTTTINLLFGSGVVVEGAGFLLNDEMDDFSAKAGVPNFFGAIGGTANEIQPGKRMLSSMTPTIVLKGDKVKLVTGSPGGTTIISSVAQSILNALFFDMTAEESANSPRFHHQLWPKDTIAYHAGMPAEVVKALETMGYTMKESNFGDVHLIKRTETGLDAASEARGRGKAIVEDVEL	PGPT0002935_3841	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_UTILIZATION	PLANT_DERIVED_TAURINE_UTILIZATION,PGPT0002935-ggt-K00681	NA	NA
AK237_01833	417			hypothetical protein	ATGCCTCAACCGTTTCATCTTGCAATTCCCGTTGACGATTTGGCCGCTGCAGCTGCGTTTTACGGAGATTTACTGGGCTGCGAACGCGGTCGTAGCGACACCCGCTGGATTGACTGGAACTTCTATGGCCATCAACTGGTAACCCATTGCGTTGAGACCATGCCCTCTGCGCCACAGCACAATGAAGTAGACAGTCACGCTGTTCCTGTGCCGCATTTCGGTGTGGTGCTGGATATGGAAGACTGGCACAAACTGGCTGAACGGTTAAAAGCGGCAGGTATGTCGTTTGTCATAGAGCCTTATTTGCGTTTTAAAGGGGAGCCCGGCGAACAGGCGACCATGTTTTTTCATGATCCTGCAGGCAATGCGCTGGAGTTCAAGGCGTTTAAATCGCTATCCCAGTTGTTCGCTGTGTAG	MPQPFHLAIPVDDLAAAAAFYGDLLGCERGRSDTRWIDWNFYGHQLVTHCVETMPSAPQHNEVDSHAVPVPHFGVVLDMEDWHKLAERLKAAGMSFVIEPYLRFKGEPGEQATMFFHDPAGNALEFKAFKSLSQLFAV				NA	NA	NA	NA	NA
AK237_01834	1413	aldH1	COG1012	4,4'-diaponeurosporen-aldehyde dehydrogenase	ATGCACGTTGTGACTGACACCGAAGCTCCCGCCCTTAAAGATGAAGGGCATTTTTCAGCGATTTTTGAAGCGTTAAAAAATACATTCTCTTCGGATAAAACCCGTGATATTGGCTGGCGCAAGCAGCAATTACGGGCACTTAAAACATTGCTTATCACCCACAAGCATGACATTCAGCGGGCTCTGAATCAGGATTTAGGCAAATGTGAAACAGAGGCATGGACGTCGGAAACCGGTTTTTTACTCTCTGACCTCAAGCACACACTCAAACATATCGACAGCTGGGCGGATTTGCGTCACGTATCGACACCCCTTGCGGCCCAGCCGGCTCGCAGTTATCTGCAACCGGAGCCCTTGGGTGTTGTGCTGATCATCGGGGCGTGGAATTATCCCGTGCAATTGCTGTTAGCGCCGCTGATTGCGGCTCTGGCAGCGGGCAACTGTGCCATTGTCAAACCGTCAGAACTGGCCCCGGCATCATCAGCATTAATGGCCAGCTTGCTACCGCAGTACCTGGACGAGGACGCCGTGGCGGTTATTGAAGGGGCGAAAGAGGAGACACAGGCTTTATTAACCTTACCTTTCGACCACATCTTTTATACCGGTGGCGAAGCTGTGGGCAAAATTGTTATGTCTGCGGCAGCCAAGCACCTTACGCCGGTTACGCTGGAGCTAGGCGGGAAAAGTCCCTGTATCGTTGACGCCAGTTGCAGGCTGGACGTCACTGCCAGACGGATAGTGTGGGGTAAATGGATGAACTGCGGGCAGACCTGTATCGCCCCGGACTATATCCTGATTGAGAAAGGGTTTGTTGAAGCGTTTCTTGCTGCCCTTGAACGGGAAATCACTAAGCAGTACGGGCCTGAACCGTTGCAAAGCAAAGATTACGGACATATCGTCAATACCCGTCATTACGAAAGAATGTGTCATCTCATTACTGATCTGCAATGCCGTATCGGTGGCGAACGGGACGACGGGAAGCGCAAGCTGGCCCCGACTGTGGTGTTAAATCCGCCGCTGGACAGTACCCTGATGCAGGAAGAAATTTTCGGTCCGGTGTTGCCGGTCATCGAACTGGAGAACATAGAAGACAGCATTGGCTTTATCCGCGGGCGGGCAAAACCTCTGGCGCTGTATCTGTTCAGTGAAGATCACGGCTTTCGTGACAAAGTACTTACCCAAACCAGTGCGGGTAGCGTGTGTGTGAACGACACGATGATGTTTATGACCAATGCCAACTTACCTTTTGGCGGGGTCGGCAGCAGTGGTATGGGGCGCTATCATGGACAATATGGCTTTGATACGTTCAGTCATCTTAAATCTGTGATGGTAAGAGCCTCGAAGTTTGATGTGGCTGTACGCTACGCCCCGTATTCCCGATTTAAATTATGGCTGTTGAAAAAATTACTATAA	MHVVTDTEAPALKDEGHFSAIFEALKNTFSSDKTRDIGWRKQQLRALKTLLITHKHDIQRALNQDLGKCETEAWTSETGFLLSDLKHTLKHIDSWADLRHVSTPLAAQPARSYLQPEPLGVVLIIGAWNYPVQLLLAPLIAALAAGNCAIVKPSELAPASSALMASLLPQYLDEDAVAVIEGAKEETQALLTLPFDHIFYTGGEAVGKIVMSAAAKHLTPVTLELGGKSPCIVDASCRLDVTARRIVWGKWMNCGQTCIAPDYILIEKGFVEAFLAALEREITKQYGPEPLQSKDYGHIVNTRHYERMCHLITDLQCRIGGERDDGKRKLAPTVVLNPPLDSTLMQEEIFGPVLPVIELENIEDSIGFIRGRAKPLALYLFSEDHGFRDKVLTQTSAGSVCVNDTMMFMTNANLPFGGVGSSGMGRYHGQYGFDTFSHLKSVMVRASKFDVAVRYAPYSRFKLWLLKKLL	PGPT0006875_8930	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-GLYCEROLIPID_REMODELLING	CE-REMODELLING_GLYCEROLIPID_DEHYDROGENASE|DEHYDRATASE_ACTIVITY,PGPT0006875-aldH|dhaS-K00128	NA	NA
AK237_01835	1299	purA	COG0104	Adenylosuccinate synthetase	ATGGCAAAGAACGTTGTGGTACTCGGCACTCAATGGGGTGACGAGGGTAAAGGTAAGGTCGTAGACCTGTTAACAGATCGCGCAAAATACGTGGTTCGCTATCAGGGCGGTCACAATGCCGGTCACACACTGGTAATCGATGGTGAAAAAACCGTCCTCCACTTAATCCCATCCGGCATTTTACGCGATAATGTTACCTGTATTATTGGTAACGGCGTGGTACTCAGCCCAGAAGCGCTGATGACTGAAATCACCATGTTGGAAGAACGTGGCGTACCTGTGCGGGAACGTTTGAAAATTAGTGAAGCCTGCCCGCTTATTCTGCCTTATCACATTGCACTGGACGTGGCCCGCGAAAAGGCCCGTGGCAGCAAAGCAATCGGTACAACCGGTCGTGGCATTGGTCCGGCATACGAAGATAAAGTGTCTCGACGCGGCTTGCGTGTGGGTGATTTATTCAACCCTGAAGATTTCGCAGCGAAGCTGAAAGAAGTGCTGGATGTACATAACTTCACGTTAACCCAGTATTACAAAGAGCCTGCAGTGGATTTCGATGAAACCCTCAAGCAAGCGTTGGCTGTGGCAGATATCCTGAAAGCCATGGTTGTTGACGTAACCGACGAACTGGATAAAGCCCATAAAGCGGGTTTGCCCATTATGTTTGAAGGTGCACAAGGCACATTGCTGGATATTGACCACGGTACGTATCCTTACGTTACGTCTTCTAATACCACGGTGGGTGGCGTTGCTACCGGTGCCGGTTTTGGTCCGCTGAACCTGGACTACGTATTAGGTATCGTAAAAGCCTACACAACCCGTGTTGGTTCTGGTCCTTTCCCTACAGAGCTTGATTGCGATGTAGGTGAGCATCTGGGCGTAAAAGGTCACGAGTTCGGTGCAACCACCGGCCGTAAGCGTCGTACTGGCTGGTTTGACGCCGTTGCGATGAAGCGCGCTGTGCAAATTAACTCAATCACCGGTTTTTGCTTAACTAAGCTGGACGTACTGGATGGTCTTGAAACTCTGCAAATCTGTGTGGGTTATAAAGATGCGGACGGTAATGTGAAAGACGTTCCGCCTATGGCTGCTGACGGCTATGATTTGGTCACGCCAGTTTACGAAGAAATGCCAGGTTGGAAAGACAGCACCTTTGGTGTAACAGCGTTTGATAAGCTGCCTAAAGAGGCGCGTAACTATATCGCTCGTCTTGAAGCCATTACCGGCGTGCCGGTTGATATCGTATCAACGGGACCTGACCGTAACGAAACTATCGTGTTGCGTCATCCTTACGACGCATAA	MAKNVVVLGTQWGDEGKGKVVDLLTDRAKYVVRYQGGHNAGHTLVIDGEKTVLHLIPSGILRDNVTCIIGNGVVLSPEALMTEITMLEERGVPVRERLKISEACPLILPYHIALDVAREKARGSKAIGTTGRGIGPAYEDKVSRRGLRVGDLFNPEDFAAKLKEVLDVHNFTLTQYYKEPAVDFDETLKQALAVADILKAMVVDVTDELDKAHKAGLPIMFEGAQGTLLDIDHGTYPYVTSSNTTVGGVATGAGFGPLNLDYVLGIVKAYTTRVGSGPFPTELDCDVGEHLGVKGHEFGATTGRKRRTGWFDAVAMKRAVQINSITGFCLTKLDVLDGLETLQICVGYKDADGNVKDVPPMAADGYDLVTPVYEEMPGWKDSTFGVTAFDKLPKEARNYIARLEAITGVPVDIVSTGPDRNETIVLRHPYDA	PGPT0020140_2081	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PURINE_METABOLISM,PGPT0020140-purA-K01939	NA	NA
AK237_01836	186			hypothetical protein	ATGGACTGGTTATGGCCAGCTTTAGCCATTGTTTGCATAATCGAAGGGCTCGGCCCTTTATTAATGCCTGAGCGCTGGCGATTATATCTGCTTTCGGTTAGTCAGCAACCGAGCAACCACCTGCGCCAAATTGGTGGCGTGTTAGTGGTGGTTGGTGTAGTAAGTTTATTCTATCTATCTCGTTGA	MDWLWPALAIVCIIEGLGPLLMPERWRLYLLSVSQQPSNHLRQIGGVLVVVGVVSLFYLSR				NA	NA	NA	NA	NA
AK237_01837	429			hypothetical protein	ATGAGATTTCCTTTACAAGGTCACTACGCATTGGACATTTCGGGTAATTTGCTTGAAGTGTTTGCAACGGGTGCCTGGAATAAGGCTACAGCGGAGGCGATGGCAGAAGACATGCAACGCATCGCGCTAAGCTTTGACAATGCCCCATGGGCCGCCATTATGGACGGCCGACGATGGGTGTTATCAACCCCCGAATGTCAGAACATACTTGCCCGCGCCATAAAAAAGAATATTTCCATGGGCCTCAAGCGCTCTGCCTATGTACTTGACGCCGGCATGGTTAAGCGCGCCCAAATAGAGCGCACGCACCCGCACCTTCGGGAGGACATACGGGGAATTGACTATGAACGCGCCTATTTCACCAGTTATTTCGAAGCATTATGCTGGTTGGAAGAAGGCGGATTTACTCCCTACTCATCCCATCCCTAG	MRFPLQGHYALDISGNLLEVFATGAWNKATAEAMAEDMQRIALSFDNAPWAAIMDGRRWVLSTPECQNILARAIKKNISMGLKRSAYVLDAGMVKRAQIERTHPHLREDIRGIDYERAYFTSYFEALCWLEEGGFTPYSSHP				NA	NA	NA	NA	NA
AK237_01838	861	cnoX	COG3118	Chaperedoxin	ATGGATAATTTAGTTGCGAACAATACAGTAGACATTACGCCGGAGAATTTTCAGCAGGTCATTCTGATGGATTCCCGGGAAAAAGTGGTACTCGTGGATTTCTGGGCAGAGTGGAGTGAGGAATCTAAAAGTGTTTCTCCTGTACTGGCAAAAATCGCGTCTGAATACGGTGATAATTTAATGCTTGCTCGTGTCGATTGTGACCAGCAACAGGAAGTCGCGGCGCAGTTTGGTATTCGCAGTTTGCCTACGGTAATGGTGGTGAAAGACGGCCAGCCGGTGGACGGTTTTGCCGGTGTGCAGAGTGAAGAACAAATTCGCGAATTCCTAAGCAAGTATCTGCCGAACCCCGAAGATGAGCTGCTGGCGAAAGCCGGTGAAGCCATTTACGAAGGTGATTATGCAACGGCATTCCCGTTTGCCAAACAAGCCTTTGAAATGAACGAAGGCAATATTAACGCCCGTTACATGTACATCGATTGTCTGGTGGAAACCGGTTCGGTGGATGCTGCAAAAGCGCTGCTGGCAACGATTACTCTGGTCGATCAGGATAGTCGCTATCAAACGCTTACCGGTAAAGTTGAATTGGCGGAGCAGGCGGCAGAATCTCCTGAAATTCAGCAGTTAACCGCGCAGGTGGAAGCTGAGCCCGATAATCTTCAAGTGAAAGTGGAATTGGCGGTGCAGTTACAACAGGCGCATAAATCAGCCGAAGCGCTGGCATTATTATTTGCTGTGTTGAAGACGGATTTAAATTTCGGTGAGGCTAAAAAGCTGATGCTGGATATGATTAATGCATTGCCCGATGGCGACAGTTTGAAATCAGAATACCGCCGTAAGGTGTACAGCTTATTGTACTAA	MDNLVANNTVDITPENFQQVILMDSREKVVLVDFWAEWSEESKSVSPVLAKIASEYGDNLMLARVDCDQQQEVAAQFGIRSLPTVMVVKDGQPVDGFAGVQSEEQIREFLSKYLPNPEDELLAKAGEAIYEGDYATAFPFAKQAFEMNEGNINARYMYIDCLVETGSVDAAKALLATITLVDQDSRYQTLTGKVELAEQAAESPEIQQLTAQVEAEPDNLQVKVELAVQLQQAHKSAEALALLFAVLKTDLNFGEAKKLMLDMINALPDGDSLKSEYRRKVYSLLY				NA	NA	NA	NA	NA
AK237_01839	1926			hypothetical protein	ATGCTCCCCCAATTGAAAATACTGATCATTGAAGACTCGGCAGAGCTGCTGGAGCAGCTTTCCACTAGCATCCGTTCCACAACAGAGCTGTTTGACCGGCCAGACATTGAACTTACAGTCGTTGAAGCCAGCTCAGTATCTACGGCACTGGATATTGTGCATAACGACGGTGAAATACAAGCCGTGGTTTTCAGTTGGGACACCGAAGTAAAGCAATTTGAAATAGGCGGTGAAGGCAAAGGAAAGGTAGAAAACAACGCGGTAGTCATTAAGGCCATCAAAGCTGTCCGTCCCGAACTGCCAGTGTATGTGCTCGGCGATGCCATTAAGGGGCTGGATATTGTTAATCAGGCCAGCGGCATGGAGTCGTTCTTCTACCGTAACGATATTATCTCCGATCCGGAATCGATCCTTGGCTACATCATTAATGATTTTGACGACCGCAATGAAACGCCATTCTGGACAGCCTATAAAGAATACGTACTGGAAGCCAACGATTCCTGGCATACGCCGGGTCACAGTGGCGGTGCCAGCTTCCGTAACTCACCCTATATCAGTGATTTTTACCGTTTCTTTGGTCGCAATGTGTTTGTCAGCGATCTGTCGGTCAGTGTGGATTCGCTGGGTTCTTTATCTGACGGTACCCATGCCATTGGCCGTGCTCAGTCTGCACTGGCAAATACCTTTGAAGTCCGCCAGTCGTATTTCGTGACTAACGGCTCATCGACGTCCAACAAAATTATTCTGCAAACCCTGCTGCGTGAAGGCGATAAAGTCATCGCTGACCGTAACTGCCATAAATCGGTGCATTACGGTATCGTGCAGGCCCGTGCTATGCCGGTTTATCTGGACAGCGTGTTTAACCCGGATTACGGTATTTTCTCGCCGCCGAAATTGTCACAACTGAAAGAAGTGATTGAAGCCAACCAGGACGCTAAACTGATTGTGCTGACAGGTTGTACCTACGACGGACTGCTGACCGACCTGAAACAGGTTGTAGATCTGGGTCATCAGTATGGAATCAAAGTATTCATCGACGAAGCGTGGTTTGCGTACTCCTTATTCCACCCCCATTTCAGACCGTATTCTGCCATCCATGCCGGCGCAGACTACGTGACGCACTCAGCCCATAAAGTGGTATCGGCTTTCTCTCAGGCGTCGTTCATTCACGTGAACGACCCGGATTTCGATATTGATTTTTTCAAAGAGATTTACAGCATTCATACCAGCACATCTCCTAAATACCAGCTGATAGCTTCGTTAGATGTATGTCGTCAGCAATTGGAAATGGAAGGCTATAAAATATTGAATGAATTGCTTAGCAATGTGGCAGAACTCAAAGAGCAGGTGTCGCGATTCAGTCGTATCCGCATTTTAGAAGCCAAAGATTTTGCACTGGCGTTTGACCATTTCGAAGAAGACAACATGGGTCACGATCCGCTGAAAATTCTCATCGACGTTTCAGCCTTGTCTTATTCGAACCACGAAATTCATCGCTTCCTGATGGACGAAGTAGGTCTGGAAATCGAGAAGTTCACTCACAGCACGATTCTGGTTCTGCTTACCCTTGGTGGCATGCGCTCGAAGATTGTACGTCTGTATAATGCCCTCAAAAAGCTGGACGAAGGCAGTGTGAGCTTAAATCGCAGTAAAAGTCGCACAGTAATGCCAGCCAAAATTCCGCCTATCAATTTGGTCACGTTACCTTCAACGGCGTTTTTCAGTAAGCGAGAATCTGTGCCATGGCAGGAAAGTGCAGGACGCATCGCCGCAGGGCTTGTTACCCCCTACCCGCCAGGCATTCCACTGATCGTGCCGGGGCAGTTAATCGAGCAGGAACATATTGATTATCTGCGTTCACTGGCCAACCAGAAGCTCACTATTCAGGGCTTATACGACGGCGAATTATACGTGCAAGGTGAATAA	MLPQLKILIIEDSAELLEQLSTSIRSTTELFDRPDIELTVVEASSVSTALDIVHNDGEIQAVVFSWDTEVKQFEIGGEGKGKVENNAVVIKAIKAVRPELPVYVLGDAIKGLDIVNQASGMESFFYRNDIISDPESILGYIINDFDDRNETPFWTAYKEYVLEANDSWHTPGHSGGASFRNSPYISDFYRFFGRNVFVSDLSVSVDSLGSLSDGTHAIGRAQSALANTFEVRQSYFVTNGSSTSNKIILQTLLREGDKVIADRNCHKSVHYGIVQARAMPVYLDSVFNPDYGIFSPPKLSQLKEVIEANQDAKLIVLTGCTYDGLLTDLKQVVDLGHQYGIKVFIDEAWFAYSLFHPHFRPYSAIHAGADYVTHSAHKVVSAFSQASFIHVNDPDFDIDFFKEIYSIHTSTSPKYQLIASLDVCRQQLEMEGYKILNELLSNVAELKEQVSRFSRIRILEAKDFALAFDHFEEDNMGHDPLKILIDVSALSYSNHEIHRFLMDEVGLEIEKFTHSTILVLLTLGGMRSKIVRLYNALKKLDEGSVSLNRSKSRTVMPAKIPPINLVTLPSTAFFSKRESVPWQESAGRIAAGLVTPYPPGIPLIVPGQLIEQEHIDYLRSLANQKLTIQGLYDGELYVQGE	PGPT0007770_902	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
AK237_01840	1095	yliI_1	COG2133	Aldose sugar dehydrogenase YliI	ATGACGACATTAAGGTCTAAGACGCTGTGCCTGGCTGCTGTGCTAGGCACAGCTTTTTCTGTTCAGGGAACAGAATTAAATGTGGAAGAATTAACGACTGACTTATCCCATCCCTGGGGAATGGCATTTTTACCTGACGGTAAAATAGCTATCACCGAAAGGGCTGGAAACATCCGCATTTTTGACAACACATCGGGCCTTAGTGCGCCGCTGAAAAATGTGCCAGAGGTAGCCGCTGTTAATCAGGGTGGGCTACTTGGCATTGCTGCGGATCCGAACTTTGCAGACAATCAAACCATTTACTTCTGCTACAGCAAGCCAGGCGAGGGCGGCAGTAGCAGCAGTGTCAGCAAGGCGAAAATAGCCGGAGACAGCCTGACTGATGTCGAAACCATCTTCTCTGCCTCTCCGCTGGTGGACAATGGTTTTCACTTCGGTTGCCGCGTAGCGTTCGATAACGACGGCCACTTGTTCGTTAGCCTTGGCGATCGATATAAATACATGCAAGAGGCGCAGAACACCGATAACCATTTGGGCACCGTTGTGCGTATCTGGCCGGACGGATCGGTACCGGACGATAACCCGTTCATTGATGGAAAAGCGCCTCAGGTATATAGCTACGGTCATCGTAACGTGCAGGGACTAACCCTTCATCCACAAACGGGTGAGATGTGGGCAATGGAGCATGGGCCAAAGGGCGGTGATGAAGTCAACATTTTGGGTAAAGGCAAAAATTACGGGTGGCCGCTCATCACTTACGGTATCGACTATAGTGGCGATATCATTTCTGATAAAACAGAAATGGAAGGTATGGAACAGCCCATTGTTTACTGGGATCCTTCCATCGCACCTTCTGGCATGGTGGTGTACCACGGTGACAAATTTCCAGAGTGGGAAGGCGATTTACTGGTAGGTTCTCTGAAGTTTACACACCTTCGCCACATTGATATGGATGGTGGGAAACCCGGTGAGCAGACCGAATATCTCAGAGACAGGAACGAACGTATCCGCGATGTGATTGAAGGGCCCGATGGCTATTTGTATCTGCTGACCGACACGCCGGAAGGCAAGTTGCTGAAGGTATCACCGAAGTAA	MTTLRSKTLCLAAVLGTAFSVQGTELNVEELTTDLSHPWGMAFLPDGKIAITERAGNIRIFDNTSGLSAPLKNVPEVAAVNQGGLLGIAADPNFADNQTIYFCYSKPGEGGSSSSVSKAKIAGDSLTDVETIFSASPLVDNGFHFGCRVAFDNDGHLFVSLGDRYKYMQEAQNTDNHLGTVVRIWPDGSVPDDNPFIDGKAPQVYSYGHRNVQGLTLHPQTGEMWAMEHGPKGGDEVNILGKGKNYGWPLITYGIDYSGDIISDKTEMEGMEQPIVYWDPSIAPSGMVVYHGDKFPEWEGDLLVGSLKFTHLRHIDMDGGKPGEQTEYLRDRNERIRDVIEGPDGYLYLLTDTPEGKLLKVSPK	PGPT0017700_1386	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE-HEXOSES_UTILIZATION	PLANT_DERIVED_ALDOSE_DEGRADATION,PGPT0017700-yliI-K21430	NA	NA
AK237_01841	474		COG0783	putative protein	ATGAGCAAGATTGATATTGGTATTTCAGAAAACGATCGTTTTGAGATTGCTGAGGGCTTAAAAAGATTATTAGCAGACTCTTACACACTGTATTTGCAGACGCATAACTTCCACTGGAACGTTACCGGCCCGCAGTTTCGCGAGCTGCATTTAATGTTTGAAGAGCATTACACCGAACTGGCTACTGCCGTTGACGATATTGCTGAGCGTATCAGAACCTTAGGCGTTGCCGCGCCGGGTACCTATAAATCGTTTGTTGAGTTATCGTCAATTGAAGAGGTTGAGGGTGTGCCGGAAGCGTCCGAGATGGTACGCTTGTTAACACACGGTCATGAGGCCGTTGTGAAAACATCCCGCAGTGTGCTGAAACTGGCACAGGATGCCGATGATGAATCTTCAGCTGCCCTTGTTTCAGACCGCATGCGCGTGCACGAAAAAACCGCATGGATGTTACGAGCGATGCTGCCTCAATAA	MSKIDIGISENDRFEIAEGLKRLLADSYTLYLQTHNFHWNVTGPQFRELHLMFEEHYTELATAVDDIAERIRTLGVAAPGTYKSFVELSSIEEVEGVPEASEMVRLLTHGHEAVVKTSRSVLKLAQDADDESSAALVSDRMRVHEKTAWMLRAMLPQ	PGPT0004055_2921	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	UNIVERSAL_STRESS_RESPONSE	STRESS_SIGNALLING_PROTEINS	OTHER_STRESS_RESPONSE_PROTEINS,PGPT0004055-dps|dpsA-K04047	NA	NA
AK237_01842	477			hypothetical protein	GTGTCTGTGCTTTTCAGACTGTCAGTCTCTTTACTGGCATTGTTGTTAACTTATGCAGCGTCTGCGGCATCACAGTTTGAACTGACAAACATGCAGGCAAGAGCAACCTTTCCGATGGCTGAAACAGCCGCTGTCTATACCACAATCACGAATCACTCAGATCAGCCGGTTACCCTTGTCCGCGCTAGTGTCAGTGCAGATCTGGCTGCACAGGTGCAAATACATTCAACTGTCATGCAGAACGGGATGATGAAAATGCGCCAGTTGCAAGACGGGGTAACCGTCGCACCCGGAGAGTCTGTGGCTATGCAATCCGGCGGTACGCATTTTATGCTGACCGGATTAGTCTCAGGACTGGAAGCCGATTCGGCTTTTCCCATGACCTTATATTTCAGCGACGGTTCTGAACAGAAGGTGACAGTGCCGGTAGTCAATGCTTCGGAAACAATGCATCACCATCATGGTAATGATCACTGA	MSVLFRLSVSLLALLLTYAASAASQFELTNMQARATFPMAETAAVYTTITNHSDQPVTLVRASVSADLAAQVQIHSTVMQNGMMKMRQLQDGVTVAPGESVAMQSGGTHFMLTGLVSGLEADSAFPMTLYFSDGSEQKVTVPVVNASETMHHHHGNDH				NA	NA	NA	NA	NA
AK237_01844	1146	purK	COG0026	N5-carboxyaminoimidazole ribonucleotide synthase	ATGAGAGTTTTGGTGTACGGCGCAGGTCAACTTGCGCAAATGATGTATCTGGCGGGCTGCCCGCTGGGTATAGAAGTGCAGGCTGTGGAAGTCAGTAACGATACAGTTGTACACCCAGTTAGTAAGCGTCCGTTGGATATTAGTCTGGCACAAGCGATTGAGTCATCTGACGCGCTCACCGTCGAATTTGAGCATGTTCCCGAGCGCTTACTTGAACAGGCAAGTAAAACGGATAAATTGTTCCCATCAATTAACGCGATTCTTGTTGGTGCCGATCGCGTCAGAGAAAAACGTTTGTTAGACGCACTGAATGTGCCGAATGCTGCTCATCAGGTGGTAACGTACATTGATGAACTGGAAGATTGTGTTTCGGCGTTAGGTGATAAACTTATTATCAAGGCAAGTCGTGACGGCTACGACGGCTACGGTCAGTGGCGTTTAATGGAGGAAGCGCAGCTTCCTGAAATTAAGCAGGCATTAAGCAACTTAGATCTCAAAACAGTGCCACTCGTCGTAGAGAAAATGGTCGACTTCGATCGTGAATTGTCTTTGGTCGGAGTACGGGACAAAGAGGGCGAGATAAAAGTGTATCCTCTTGCTGAGAACCTGCATCACCAAGGTCAGCTGCATGTTTCTGTCGCTCCTGCGCCACATGTGTCTGAAGCATTGCAGCAAAAAGCCGAACAAATTTTCCGTGTGTTGGCTGAAGGCATGAATTATGTTGGTGTGCTGGCAGTGGAAATGTTCCAGTGTGGTGATGAGTTGTTAGTCAATGAGTTAGCGCCGCGGGTACATAACTCCGGGCATTGGTCCATGAGCGGAAGTGATACCAGCCAGTTTGAGAATCACTTACGCGCAGTGGTGGGATTGCCGTTAGGTGATACACGAGCACGAGGACCGAGTGCGATGGTTAACATTATCGGCTGCAGCAGCTTCTCCCGCGATCTGTTAAAAATCACCGGATGCCATTTGCACTGGTATGGTAAAACCGTACGCGAAAAGCGCAAAATGGGACATATTAACGTAACAGCAGCGTCGTATTCAGAGTTAGGCAGTAAGCTTGAAGAACTGGGTCAATACGTTCCGTCTGAATATTTTCCTAAATTAGGTAAAGAAGCGCGTAAACTTAAGCAGATAGAGTCTTGA	MRVLVYGAGQLAQMMYLAGCPLGIEVQAVEVSNDTVVHPVSKRPLDISLAQAIESSDALTVEFEHVPERLLEQASKTDKLFPSINAILVGADRVREKRLLDALNVPNAAHQVVTYIDELEDCVSALGDKLIIKASRDGYDGYGQWRLMEEAQLPEIKQALSNLDLKTVPLVVEKMVDFDRELSLVGVRDKEGEIKVYPLAENLHHQGQLHVSVAPAPHVSEALQQKAEQIFRVLAEGMNYVGVLAVEMFQCGDELLVNELAPRVHNSGHWSMSGSDTSQFENHLRAVVGLPLGDTRARGPSAMVNIIGCSSFSRDLLKITGCHLHWYGKTVREKRKMGHINVTAASYSELGSKLEELGQYVPSEYFPKLGKEARKLKQIES	PGPT0021550_1622	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PURINE_METABOLISM,PGPT0021550-purK-K01589	NA	NA
AK237_01845	492	purE	COG0041	N5-carboxyaminoimidazole ribonucleotide mutase	ATGGCTAAAGTTGCTATTGTCATGGGATCGACATCTGACTGGCCGACAATGCAAAATGCGGCGAAGATGCTTAAATCGTTCGGAGTAGAATTTGAAGCAAAGGTGGTTTCTGCCCACCGTACGCCGAACTTGTTGGTGGAGTTTGCTGAGACCGCACATGAAGAAGGCTACAGCTGCATAATTGCTGGCGCTGGTGGTGCAGCTCACCTGCCCGGCATGATCGCTGCGCATACTCACCTGCCCGTATTCGGTTGCCCGGTAAAGTCTAAAGCATTAAACGGGATTGATTCGTTACTTTCTATTGTTCAAATGCCAAAAGGTGTTGCGGTAGGCACGTTGGCCATCGGTGAAGCCGGTGCAGCAAACGCAGGTCTGTTGGCCGCTCAGGTCGTAGCATTGCAGGACGAGTCAGTGCGAGATGCCGTGATTGCGTTTAGACAAACTCAGACCGACACAGTATTAAGTAATGGCAATCTGGAGCTGGATGAATGA	MAKVAIVMGSTSDWPTMQNAAKMLKSFGVEFEAKVVSAHRTPNLLVEFAETAHEEGYSCIIAGAGGAAHLPGMIAAHTHLPVFGCPVKSKALNGIDSLLSIVQMPKGVAVGTLAIGEAGAANAGLLAAQVVALQDESVRDAVIAFRQTQTDTVLSNGNLELDE	PGPT0021545_2927	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PURINE_METABOLISM,PGPT0021545-purE-K01588	NA	NA
AK237_01846	879	cmpR_1	COG0583	HTH-type transcriptional activator CmpR	ATGCAATCATTGACGTTTCGTCTTCTGGAAGTTTTCCAGTGCATTGTCGATCACGGGTCCATCACTGCAGCCTCTTCAGCGCTGTCGCTTTCACAACCCACCGTCTCGCTGCAATTGAAAAAATTATCCGGTATCGTGGGTATGCCCCTGTTCGAGCAAACCTATGGCCAACTGAAGATGACAGAGGCAGGGGAAGCCGTTTATCAATGCGCCCAGGAGGTTTTGGGCTCGCAAGCGCGCCTGGAAAGCCAGGTGCATGCACTCAAAGGGGTGGAAATTGGCACCCTTAAGCTTGCTGTCGTGACAACAGCCAAATATGTTATTCCCCCGATCCTGAGCCCTTTCTGTAAACAGCACCCTAATATAGAAGTGCGATTTACCGTTGGAAACCGAGCCGATATTATCGAACGTATGCGCCACAATCGTGATGACGTATATATTTTCAGCCAGCCGCCTCAGGACGATAACCTGATCTGTACTCCGTTTCTTCAAAATAAACTGGTGGTGATAGCACCACCTGACTACGACGGCCCGGATAACTGTGATCTAAAAACGCTGCTGAATCATAAATTCTTACTACGCGAATACGGTAGCGGCACCCGACGAGCTATCCAGGACTATACTGATAGCAAAGGGTTGGTGTTCCGCAACTCTATGATTATTGAAAGTAATGAAGCGATTCGCTTAGCAGTTACCTCAGGACTGGGTTTAGCAATATTGTCTGAGCACACATTGGCGCATACACCGCCCGATAGTGTGAAGCGACTAAACGTTACCGACTTTCCGCTGGTTAATCACTGGCAAGCCGTAACGGTGAAACATCGCCAGATTAGTTTGGCAGCCCAGGCTTTTCAAAAGGCTTTATTAAACGTGGAGTGA	MQSLTFRLLEVFQCIVDHGSITAASSALSLSQPTVSLQLKKLSGIVGMPLFEQTYGQLKMTEAGEAVYQCAQEVLGSQARLESQVHALKGVEIGTLKLAVVTTAKYVIPPILSPFCKQHPNIEVRFTVGNRADIIERMRHNRDDVYIFSQPPQDDNLICTPFLQNKLVVIAPPDYDGPDNCDLKTLLNHKFLLREYGSGTRRAIQDYTDSKGLVFRNSMIIESNEAIRLAVTSGLGLAILSEHTLAHTPPDSVKRLNVTDFPLVNHWQAVTVKHRQISLAAQAFQKALLNVE	PGPT0001160_1058	DIRECT EFFECT	BIO-FERTILIZATION	CARBON_DIOXID_FIXATION	CO2_FIXATION-RuBisCo	CO2_FIXATION-RuBisCo_BIOSYNTHESIS_REGULATION,PGPT0001160-cbbR|cmpR|ndhR-K21703	NA	NA
AK237_01847	1239	nhaA	COG3004	Na(+)/H(+) antiporter NhaA	ATGGCCAAAACGGGTGTAGAAAGTGTTCTCGACGAAATCGTATCTGACGTACAGTCATTTCTGAACCGTGACGCCTCTGCAGGCATCATCTTAATGGGCGCCACCGTTCTCGCCCTCATCATCGCCAATACACCGTTAAACGCCTTCTACCATGACTTTCTTGCCATGAAAGTCACGGTGGCAGCGGGTAGCTTCGCCATTGATAAACCTCTTCTCCTGTGGATAAATGATGGATTAATGGCCGTCTTCTTCTTCCATGTGGGATTAGAGTTAAAGCGCGCGGTGTGTGAAGGCGGACTTTCACACCCTAAAGACATTATATTGCCAGCGGCAGGCGCCATAGGCGGAATGATCGTTCCTGTCGCTATCTACGTGCTGTTGACCTTCGGTGCTGAAAACGCCATGGAAGGATGGGCTATCCCAGCGGCTACCGACATCGCATTTGCTCTGGGAATAATGGCACTACTGGGCAGTAAAGTACCTGCCAGTTTGAAGATATTTCTTGTTACCCTTGCCATCATTGATGACATCGGCGCCATTGTTATCATTGCGCTATTTTATACCGATAACATTTCTGTCTCTGCCCTTATCGTCGCCGCTATCTGTTTGCCCATTTTGTTTTGGATGAACCGTCGCAATGTCACTGATATCCCTGCTTATGTCATGGTGGGTTTAGTATTGTGGGCTGCGATGCTCAAATCGGGGGTACATGCTACGCTTGCCGGTGTTGTATTAGCGGCATTTATCCCTATGCGGGACAAGAAAGACCCAGAGTATTCACCCGTTATACATTTAGAACATAGCTTAAACAGCAGTGTTAGTTTTGTGATATTGCCGCTGTTTGCATTTGCCAATGCAGGGATTAACTTCAGAGAAATGGAGGCCGATGCGTTCACTCACCCGGTCACATTGGGGATCTTTTTTGGCCTTGTCATTGGAAAGCAGCTGGGCGTGTTTTTGTTCTCCTGGCTATCCGTGAAACTGAAGTTCGCCAAGCTGCCCGACGACCTTTCTTTTAAGCATGTTTACGGCTGCGCTTTGCTCTGTGGCGTAGGCTTTACCATGAGTTTATTTATCGGCTCCCTTGCCTTTGGCGGCTCAGAAAAAGCCTTTGATGAACGACTGGGTATTCTGGCAGGTTCGTTGGTCTCTGGATTACTTGGCTATATTGCCCTGTACATGATGGGCAACCCGAATAAACATTCAGCGAAAGACTTACAACCGCCCGTTGAGCCTTAG	MAKTGVESVLDEIVSDVQSFLNRDASAGIILMGATVLALIIANTPLNAFYHDFLAMKVTVAAGSFAIDKPLLLWINDGLMAVFFFHVGLELKRAVCEGGLSHPKDIILPAAGAIGGMIVPVAIYVLLTFGAENAMEGWAIPAATDIAFALGIMALLGSKVPASLKIFLVTLAIIDDIGAIVIIALFYTDNISVSALIVAAICLPILFWMNRRNVTDIPAYVMVGLVLWAAMLKSGVHATLAGVVLAAFIPMRDKKDPEYSPVIHLEHSLNSSVSFVILPLFAFANAGINFREMEADAFTHPVTLGIFFGLVIGKQLGVFLFSWLSVKLKFAKLPDDLSFKHVYGCALLCGVGFTMSLFIGSLAFGGSEKAFDERLGILAGSLVSGLLGYIALYMMGNPNKHSAKDLQPPVEP	PGPT0013935_1280	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-H+_ANTIPORTER,PGPT0013935-nhaA-K03313	NA	NA
AK237_01848	2787	rcsC_4		Sensor histidine kinase RcsC	ATGCGCACAATAAAATTGGGTAAATGGCTGGCGCTCGTCGTGATCGGGGCCAGTCTTAATATGCTCCCGCCCCCTTTTCTAAGCGGTGGAATAACGGCTTATGGATTACCTGTTGCCGTGTTTATTGCACTATTTTTCCGTTTTTACTGCGCGTTACCGGCAATTTTGTTGGTCATGGGGCCACAATTTTATCTGCACGGCATGTCTTCAATGACGCTCGTCGTGCTTGGTCTGCCTCTTGCTCTCTCTATTTGCCGAAGAAGACGAAAACCCTGCGACCCTATTAAATTCGGTGTCGGTGGCTATTGCACGGCAGTGCTGGTATTTCTAATTGGTGAAGTGTGGGTTACGCAGCAAGCTTTTACTATTTCTGCCTTTACGGCTATATCTGTCACGTGGTTCTGCCTGCTTGCTTCTGTTCTTATTGCCCACCTCACGTATCTGTTCATTAAGCTTAATCACGACCCACATAGTATTTCTAAAGACATTAATTTTAAGCATCTTCTTGCATATTGTTTCGCGGCACTATTTTTCCTCGCCGTGCTATGCGTTAGTTACGCCTTCATTCATCAATACCAGGCCCGTCAGCAAAGCCAAATCTCGCTGTATATGAAGCAACGACTGTTCGTACTCAACGAACAACTCTCTGGCTTTTTAAAAGGTAGCCAGGACGCTATAGGGTTTACCGCGCAAGCCTTATCAAATTCAACGGAAGGGCTTGCAGAGGAAAATCGCTATGTCGATACCATCCTTACCGCTTTAGCGCAGTCGAATCCTTCGTTCTTAACGTTTCTCACCGCCGATGCTAATGGCATTATTACCCATGCGTGGCCTAAGCCGCTGCTAGCAAAAGCGCAGCGTGCTGGAATGCTTGATGTTACCTCGCAACCTTATTTTGCTGATGTTATGGCAGCAGAACGAGCATACATGTCGAACGCGTTTGAGGTGAGAGGATTCGGGGAAGATCCTATCATCGCAATGTCTGCGCCGGTCAGAGATCCCAACGGCGAAATTGTAGGCATAGTGGAAGGTTCGTTATCGCTTGCGTCCTTTGAACAATTTGAATCAAGCAACATCAATGGTTTTTATCTGGTCGTTGAAGATCGCAAGGGGAACACGGTATATGCGTCGTCAGAACTCGCGTTACCGCCCTTAGGGGCATCACAATTTGCTGCATGCGAGCAGCGCTGTGAAACGATTGAATCCATAAACGATGTATTATGGCTAACGAAAAGTGCACGTATCCCGCAGTATGGTTGGCATGTCCGACTACTGTACAGTCACCAGCGCTTTCTTATGCTGACCAATGCATCGTTAGTTACGGTGTTAGAGTTGCTGGTGATTTTTGCGATAGTGGGGTTAGCGGCAGGCTACTTTATTTCGTCGGTACTAAGCAGGCCACTTGCTAATTTAATTACGAAATTTGAAACTTTCGATCCGAAAACAAAGGTAGCTGCGAGTGACACATCCTGGGAAAGCTTACCTATCACTGAACTTAAAAGTTTAGAAAGCGCTTTTTTTTCATTAGAGAAAAGACTAGTTAGCGCCTTTGATGAATTAGATAACGCGCAACAAAGTCAAAAAGCACTGAATTTCCAGTTAGCCGAACTGAATCAATCGTTGACCTCGCGTGTTGAAGAAAAAACAGAACACCTTGCACAAGCGCTTACACAAGCTGAAAGCGCTAACGAGGCAAAATCCCAGTTCTTAGCCAATATGTCCCACGAAATACGCACCCCTATGAATGGGATAATCGGGTCGTGTGAAAATTTGCTTGATGAAGCGCTGCCCGTTAATGCGCGTCGGAAGGTTGGTATGATTGCGCAATCGGCCAGTAACCTGCTCATGATCCTCGACAGCATTTTAGACTGGTCAAAAATTGAAGCGGGTAAGATGCAAGTGGAGCGCGTTCCATTCGCGCTTCAGGACGTACTGGAAGCCTCTTTTTATCTCCATCAGGATGCCGCCATTAATAAAGGGGTTACCTGTTCCATGACCTACCAGACTCCTCTGCCCAACACATTGTCAGGTGATATGGGTAAATTAAGCCAGATTTTAAATAACTTGCTAAGCAATGCGGTGAAGTTCACGAAAACCGGTGAGATAACTGTCCTTGCCGGTTTTGAAAACAATCTGCTATCTCTAAGCGTGCAAGACACCGGTGCAGGTATCCCACAGGATAAATTAGTTACTATCTTTGAACAATTTGCGCAAGCCGACACATCAACTACACGCTTGTACGGCGGCACGGGACTAGGGCTTGCGATTACCAGAAAGCTGGTTGAATTATTAGGGGGTACCATTGAAGTAAATTCAACGCTTCATGTAGGAACTATCTTTTCTGTTCAGTTGCCCTTTGAGGCCGTGGCGTCGCCAGATAAAAAAGTAAAGGAAAGCTGGAAAGCGCTACCAGACAATGTGAAAGTGCTGGTAGTAGAAGATAATGACATTAATGCTCACATCGTCATTGATATGCTTAAACACCAGCAAGTGAAGTGTGTGCGCGTTGCAAATGGCAAGCAGGCTTTGATGGCGCTCAAGCAAACCCATTTTGATATGGTGTTAATGGATTGTCAGATGCCGGAAATGGATGGCTTTGAGGCCACAAAAGCAATTCGTGGTTGGGACAATGAGACATCTTCCATTCCCATTATTGCGCTAACCGCCAACGCATTTAGTGACGATCAGAATGCCTGCTTAGCAGCAGGCATGGATGCTTATCTTAGCAAGCCGGTAAGGCGTCAGCAGCTTTTTGCCGCCTTATCAGCAGTGTATTGGCGCGACTAA	MRTIKLGKWLALVVIGASLNMLPPPFLSGGITAYGLPVAVFIALFFRFYCALPAILLVMGPQFYLHGMSSMTLVVLGLPLALSICRRRRKPCDPIKFGVGGYCTAVLVFLIGEVWVTQQAFTISAFTAISVTWFCLLASVLIAHLTYLFIKLNHDPHSISKDINFKHLLAYCFAALFFLAVLCVSYAFIHQYQARQQSQISLYMKQRLFVLNEQLSGFLKGSQDAIGFTAQALSNSTEGLAEENRYVDTILTALAQSNPSFLTFLTADANGIITHAWPKPLLAKAQRAGMLDVTSQPYFADVMAAERAYMSNAFEVRGFGEDPIIAMSAPVRDPNGEIVGIVEGSLSLASFEQFESSNINGFYLVVEDRKGNTVYASSELALPPLGASQFAACEQRCETIESINDVLWLTKSARIPQYGWHVRLLYSHQRFLMLTNASLVTVLELLVIFAIVGLAAGYFISSVLSRPLANLITKFETFDPKTKVAASDTSWESLPITELKSLESAFFSLEKRLVSAFDELDNAQQSQKALNFQLAELNQSLTSRVEEKTEHLAQALTQAESANEAKSQFLANMSHEIRTPMNGIIGSCENLLDEALPVNARRKVGMIAQSASNLLMILDSILDWSKIEAGKMQVERVPFALQDVLEASFYLHQDAAINKGVTCSMTYQTPLPNTLSGDMGKLSQILNNLLSNAVKFTKTGEITVLAGFENNLLSLSVQDTGAGIPQDKLVTIFEQFAQADTSTTRLYGGTGLGLAITRKLVELLGGTIEVNSTLHVGTIFSVQLPFEAVASPDKKVKESWKALPDNVKVLVVEDNDINAHIVIDMLKHQQVKCVRVANGKQALMALKQTHFDMVLMDCQMPEMDGFEATKAIRGWDNETSSIPIIALTANAFSDDQNACLAAGMDAYLSKPVRRQQLFAALSAVYWRD	PGPT0004750_86	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-QUORUM_SENSING_REGULATORS	CE-QSR-QUORUM_SENSING_REGULATED_FLS,PGPT0004750-aoxS-K20974	NA	NA
AK237_01849	1296	scmP	COG1473	N-acetylcysteine deacetylase	ATGCGCACACACCTCTTGTCGGCAGCTATTATGCTGGCTGTCTCCTCATTCTCCCACGCTCAAACCGACGTAAATGCGATGGCCGATAGTATCGAGCCTGACGTTATCAAGTGGCGTCATCATTTTCACGAGCATCCGGAATTATCAAACCGGGAATTTGAAACAGCAAAGTACATTACCCGATACCTTGAGTCTCTGGGTTTGCAAGTGCAAACCGGCGTTGCTAAAACGGGCGTGGTAGCGGTGCTGGACAGCGGCAAACCTGGTCCTGTGGTAGCGCTGCGTGCTGACATGGACGGATTACCTGTGCCGGAGGAAAATGAACTGCCATGGCGCTCCAGGGTAAAAGGCGAATATAACGGTAAAGAGGTACCGGTAATGCATGCTTGTGGCCACGATACGCACATGGCTATGTTGATGGGCGCTGCGAAGATCCTCACTGAGATGAAAGACGAATTACGTGGCCAGGTTAAATTTATCTTTCAGCCCGCTGAAGAAGGCGCGCCTCCGGGCGAAACGGGTGGTGCTGAAGTGATGGTGAAAGAAGGCGTACTGAAAAGCCCTGATGTGGACGTCATTTTCGGATTGCATATCAGCTCGAACCTGGATATCGATAAAGTGAGTTACAAGCCGGGCGGTGCTATGGCGGCTGTTGACCCGTTTAAAATCGTTATTCATGGCAAGCAGGCACACGGCGCATATCCGTGGAAAAGTGTCGATCCTATCGTAACGGCTGCGCAAATGGTGATGTCGTTGCAAACCATCGTATCCCGTGAAATTAAACTAATTGATGATGCCGCAGTAGTCACTGTGGGGTCGATTCATGGTGGTAATCGTTCTAATATAATCCCCAGAGAAGTTGAGTTAGTCGGAACCATTCGCACGCTTGATAAAGCCGCGCGTGAACATGTGTATGAAGCCATGGAACGAAAAGTGAAAGGCATTGCTGAAAGCATGGGCGCTGACGCTGAACTCACACTGCCTCTGGATTATAGCTACCCTATTACCTACAACGACCCTGAACTTACTATGGCGATGTTGCCCACTTTGCAGCGTACCGCAGGCAAAGACGGGGCTGTGTTAGCCAAGGCCGTTACTGGAGCCGAAGATTTTTCGTTTTATCAGGAACAAGTGCCAGGCTTATTTTTGTGGGTAGGGGGCAAACCACTCAACGTACCTGAAGCTGAGTCGCCGGCGCACCACACCCCGGAGTTTTATGTCGATGATAAGGGCATGAAACTTGGCGTGAAATTGCTGACAAACCTCACTTTGGATTATATGTCCAAGGCTGACTAA	MRTHLLSAAIMLAVSSFSHAQTDVNAMADSIEPDVIKWRHHFHEHPELSNREFETAKYITRYLESLGLQVQTGVAKTGVVAVLDSGKPGPVVALRADMDGLPVPEENELPWRSRVKGEYNGKEVPVMHACGHDTHMAMLMGAAKILTEMKDELRGQVKFIFQPAEEGAPPGETGGAEVMVKEGVLKSPDVDVIFGLHISSNLDIDKVSYKPGGAMAAVDPFKIVIHGKQAHGAYPWKSVDPIVTAAQMVMSLQTIVSREIKLIDDAAVVTVGSIHGGNRSNIIPREVELVGTIRTLDKAAREHVYEAMERKVKGIAESMGADAELTLPLDYSYPITYNDPELTMAMLPTLQRTAGKDGAVLAKAVTGAEDFSFYQEQVPGLFLWVGGKPLNVPEAESPAHHTPEFYVDDKGMKLGVKLLTNLTLDYMSKAD				NA	NA	NA	NA	NA
AK237_01850	1266	rho_1	COG1158	Transcription termination factor Rho	ATGAATTTAACCGAACTGAAGAACAAACCAATTAGCGAGTTGGTTGCCCTGGCCGAACAGATGGGCCTGGAAAACATGGCTCGTGCCAGAAAACAAGACATCATCTTTTCAATTTTGAAAAATCACGCCAAAGGCGGTGAAGACATTTTTGGGGACGGTGTACTCGAAATTTTGCAGGACGGCTTCGGCTTCTTGCGTTCTGCCGACTCCTCTTATCTTGCCGGACCGGACGACATTTACGTTTCACCCAGCCAGATTCGACGCTTCAATCTGCGCACCGGTGATACGATTTCAGGAAAAATCAGGCCACCAAAAGATAGCGAACGCTACTTTGCCCTCCTGAAAATCCGCGAAGTTAACTTCGACAAGCCAGAAAACTCCCGTAACAAAATCCTCTTCGAAAACTTAACGCCTCTGCACGCCGCCGACCGTTTGCGTATGGAACGGGGTAATGGTTCGTCTGAAGATATTACGGCCCGTGTTCTGGATTTGGCGTCGCCAATCGGCAGAGGTCAGCGTGGACTTATCGTTGCGCCGCCTAAAGCCGGTAAAACGCTGTTGCTGCAGAATATTGCCCAATCTATTGCTGCAAACCACCCTGAGTGTGAGCTTATGGTTCTGCTTATCGACGAGCGTCCGGAAGAAGTAACCGAGATGCACCGTCTGGTGCGTGGTGAAGTGGTAGCCTCAACCTTCGATGAACCGGCCAGCCGTCACGTACAGGTTGCCGAGATGGTTATCGAGAAGGCCAAACGCCTGGTAGAGCACAAAAAAGACGTGGTTATCCTGCTGGATTCCATTACCCGTCTGGCCCGTGCATACAACACCGTCATTCCTTCGTCAGGAAAAGTACTGACCGGTGGTGTGGATGCTAATGCGTTGCATAAACCTAAGCGTTTCTTCGGTGCGGCACGTAACGTTGAGGAAGGCGGCAGCCTGACCATCATCGCTACAGCGCTGATTGATACCGGTTCTAAAATGGATGAAGTTATCTACGAAGAGTTTAAAGGTACAGGTAACATGGAACTGCACCTGAACCGTAAGATTGCAGAAAAACGCGTATTTCCTGCTATCGACTTCAATCGCTCAGGTACCCGTCGTGAAGAGCTGCTGACCAGCCAGGATGAACTGCAGAAAATGTGGATCCTGCGCAAGATTGTTCATGAAATGTCTGAAATCGACGCAATGGAGTTCCTCATCAACAAACTGTCGATGACGAAAACTAACGATGAGTTCTTTGATGCAATGAAACGTCAAAAGAGCTAA	MNLTELKNKPISELVALAEQMGLENMARARKQDIIFSILKNHAKGGEDIFGDGVLEILQDGFGFLRSADSSYLAGPDDIYVSPSQIRRFNLRTGDTISGKIRPPKDSERYFALLKIREVNFDKPENSRNKILFENLTPLHAADRLRMERGNGSSEDITARVLDLASPIGRGQRGLIVAPPKAGKTLLLQNIAQSIAANHPECELMVLLIDERPEEVTEMHRLVRGEVVASTFDEPASRHVQVAEMVIEKAKRLVEHKKDVVILLDSITRLARAYNTVIPSSGKVLTGGVDANALHKPKRFFGAARNVEEGGSLTIIATALIDTGSKMDEVIYEEFKGTGNMELHLNRKIAEKRVFPAIDFNRSGTRREELLTSQDELQKMWILRKIVHEMSEIDAMEFLINKLSMTKTNDEFFDAMKRQKS				NA	NA	NA	NA	NA
AK237_01851	1296	rlhA	COG0826	23S rRNA 5-hydroxycytidine synthase	ATGAAAAAGCCGGAGTGTCTCTCGCCTGCAGGTTCTATTAAAAATATGATGTACGCATTGGCCTACGGTGCTGATGCGGTTTATGCGGGTCAACCCCGATATTCTCTGCGTGTACGTAATAATGAGTTTACGCTGGAGAAACTTGCAAAAGCGCGTCAAATTACCCAGGCAATGCAGCGTAAACTGTATGTGGTGAATAATATCGCGCCGCACAACAGTAAGCTCACCACCTTCGTAAGCGATTTGGCACCTGTGGCCGCGCTGTCTCCTGACGCGATGATTATGTCAGACCCCGGGGTTATCATGCTTACCCGTGAGCACTACCCCGACTTGCCCATTCATTTGTCTGTCCAGGCCAACACGGTAAACTGGGCGGCGGTAAAGTTTTGGCAGCAGCTTGGTATTAAGCGCATTATTCTTTCAAGAGAGCTGGGCCTGAATGAAATAGAGGAAATTCGCCAACGTTGCCCGGATATTGAACTCGAAGTATTTGTGCACGGAGCACTGTGTATGGCGTATTCAGGACGATGCCTGTTGTCCGGATATATCAATAAACGAGATGCGAACCAAGGAGCCTGTACCAATGCGTGTCGGTGGCAATACAAGGTTGCGCCAGCCGCTGAGAATGATGTGGGCCAGTTTGTGCCCACGTTAGGTGAAGGGCCAACGACGGAGCAAGGCTTTCTTTTACAGGAGCCCCAGCGACCCGACGAACTTATGCCGGCGTTTGAAGATGAACATGGCACCTATATTATGAACTCTCGTGATCTTCGTGCAGTCGAACACGTAAATAAGCTGGTTGATATTGGCGTGGATTCGCTAAAAATTGAAGGTCGAACCAAGTCATTTTACTATTGCGCTCGCACTGCGCAGGTATATCGGCAAGCCATTGATGCAGCGGTCAGGGGCGAAGCATTTGACCCGGGGTTATCTGAGCAGCTGGACCATTTGGCAAATCGCGGTTATACCGAGGGCTTTTTAAATCGTCATCGACATGATGCATATCAACAATATGAGCGCGGTGATTCGGTAAGCTCTAGTCGTCAATTGGTGGGAGAAGTGCTGTCAGCGGTGCCTGGCGGGCTGCTGATTGATGTGAAAAATCGCTTTGCTGTTGGTGATCATGTTGAACTTATGAGTCCCGAAGGAAATCATACGTTCAGTGTGACCTCATTGAAGAACGCGCAAGGCGATACCATAGATGTTGCAAAGGGAAGTGGACATAAAGTCATATTACCACTATCACTTAATGTAAATCCTGAATTTGGTATTTTAACGCGAGTGGTTGATGGCTAG	MKKPECLSPAGSIKNMMYALAYGADAVYAGQPRYSLRVRNNEFTLEKLAKARQITQAMQRKLYVVNNIAPHNSKLTTFVSDLAPVAALSPDAMIMSDPGVIMLTREHYPDLPIHLSVQANTVNWAAVKFWQQLGIKRIILSRELGLNEIEEIRQRCPDIELEVFVHGALCMAYSGRCLLSGYINKRDANQGACTNACRWQYKVAPAAENDVGQFVPTLGEGPTTEQGFLLQEPQRPDELMPAFEDEHGTYIMNSRDLRAVEHVNKLVDIGVDSLKIEGRTKSFYYCARTAQVYRQAIDAAVRGEAFDPGLSEQLDHLANRGYTEGFLNRHRHDAYQQYERGDSVSSSRQLVGEVLSAVPGGLLIDVKNRFAVGDHVELMSPEGNHTFSVTSLKNAQGDTIDVAKGSGHKVILPLSLNVNPEFGILTRVVDG	PGPT0021005_1210	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
AK237_01852	327	trxA_1	COG0526	Thioredoxin 1	ATGAGCGACAAAATTATCAAGTTAACTGACGACAAATTTGAAGCAGATGTTATCAATGCTGCTGGTCCTGTGCTGGTTGACTTCTGGGCCGAGTGGTGCGGCCCTTGTAAAATGATCGCACCAATTCTCGAAGAAGTTGCGACCGAGTTTGATGGCAAATTAACAGTTGGTAAGTTGAATGTCGATGAAAATAATGAAACGCCACCAAAATATGGCATTCGTGGCATCCCAACTTTACTGTTATTTAAAAACGGTAATGTAGCGGCAACGAAAGTCGGTGCATTGTCTAAAACACAACTTACTGAGTTCCTGAACGAAAACCTGTAA	MSDKIIKLTDDKFEADVINAAGPVLVDFWAEWCGPCKMIAPILEEVATEFDGKLTVGKLNVDENNETPPKYGIRGIPTLLLFKNGNVAATKVGALSKTQLTEFLNENL	PGPT0013055_6525	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-THIOREDOXINES|THIOESTERASES,PGPT0013055-trxA-K03671	NA	NA
AK237_01853	1284	rhlB	COG0513	ATP-dependent RNA helicase RhlB	ATGCAAACAACACATTTAACTGAAACACATTTTTCCGACTTGCCCATCAATACCAAAGTTGTTGAGGCATTGAAGTCTGCAAATTTCACCCATTGTACTCCAATCCAGGCACTTGCGTTGCCGCCCCTGCTTGAAGGGCTGGATATTGCCGGTCAGGCACAAACTGGTACGGGCAAGACCATCGCATTTCTTGTTGCAACTTTCCACCATCTGTTGGAAAAAGCGCAAAATGACGCCAGTAGTCAAGCCGGACCGCGTGCAATCATTATGGCACCTACCCGTGAACTTGCGGTTCAAATTTATAATGATGCCAAGCCGCTCAGCGAGCACACCGGACTGTCACTTGGTCTCATTTATGGGGGCGAAGGATACCAAAGTCAACGCGAATCGCTAGAAGAAGGGGTAGATATTATTATCGGTACGACAGGACGCATTCTTGATTACTACAAGCAGGGTGTGTTCTCGCTGGATAATATTCAGGCTGCCGTACTGGATGAAGCGGATCGCATGTTCGATTTGGGCTTTATCAAAGATATCCGTTTTCTGTTCCGCAGAATGCCTGCCGCCACCGAGCGCCTGAGCATGCTGTTCTCGGCAACGCTAAGCTACCGTGTTCAGGAGCTGGCTTACGAACACATGAACAATCCTACGCACGTGCAGGTAGAGCCCGAGCGTAAAACGGCTACCCGCGTATCAGAAGAGCTCTTCTATCCATCAGATGAAGATAAAATGCTTCTGCTGCTCACTCTGCTGGAAGAAGAATGGCCGGATAAGGCTATTGTTTTCGCCAATACAAAAAGTGGCTGTGAGCGCGTGACAGACTGGCTTGCGGCCGATGGCCACCGTGTTGGCTTACTCAGCGGTGATGTGCCACAGAAAAAGCGCATGTCCATTCTGGAAGATTTCACGACGAATAAGGTGGACATTCTGGTTGCCACTGATGTTGCAGCCCGAGGCTTACACATCGACAAAGTTACCCACGTGTTTAACTACGATTTGCCGGACGATGCGGAAGACTATGTTCACCGTATTGGTCGGACAGGTCGGGCTGGCGCGAGTGGTATTGCCATTAGTTTTGCCTGCGAAAAATATGCTCAGAATTTACCCGCTATCGAAGAGTATATTCAGCATGCGATTCCGGTAACGGAATTTGACCGCACGGCATTATTGGATGATGTGACTGCACCAAAACCACGGCGCAGACGTACTCCGAACAATCGCAACTCGTCTCGTCGGGGTAGCAATCGTCGAAACAGTAACAATAAGAAACCGTCAAACCAGTAG	MQTTHLTETHFSDLPINTKVVEALKSANFTHCTPIQALALPPLLEGLDIAGQAQTGTGKTIAFLVATFHHLLEKAQNDASSQAGPRAIIMAPTRELAVQIYNDAKPLSEHTGLSLGLIYGGEGYQSQRESLEEGVDIIIGTTGRILDYYKQGVFSLDNIQAAVLDEADRMFDLGFIKDIRFLFRRMPAATERLSMLFSATLSYRVQELAYEHMNNPTHVQVEPERKTATRVSEELFYPSDEDKMLLLLTLLEEEWPDKAIVFANTKSGCERVTDWLAADGHRVGLLSGDVPQKKRMSILEDFTTNKVDILVATDVAARGLHIDKVTHVFNYDLPDDAEDYVHRIGRTGRAGASGIAISFACEKYAQNLPAIEEYIQHAIPVTEFDRTALLDDVTAPKPRRRRTPNNRNSSRRGSNRRNSNNKKPSNQ	PGPT0013740_3708	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_OSMOTIC_STRESS	OSMOTIC_STRESS-OTHER_REGULATORS,PGPT0013740-rhlE-K11927	NA	NA
AK237_01854	1512	gppA	COG0248	Guanosine-5'-triphosphate,3'-diphosphate pyrophosphatase	ATGCAGCCAGAACTTCAACATGATGCGGTAGTCCACGGCGAGTATTACGCCGCCGTGGATCTGGGTTCCAACAGTTTCCACATGGTGGTTGTACACGTCGTTAACGGCAGCGTACAAATCATCGGAAAAGTGAAACAAAAAGTCAGACTGGCTGCTGGCTTAAATGATAAAATGGAACTTGATGAAGTCAGCATGGAACGTGGTTGGCAATGCTTACAAACCTTTGCCGAACGACTGCAAGACATTCCTCGTTCGAATGTGAAGGTGGTTGCAACTGCTACTTTACGTCTGGCCATCAACGCGGCCGATTTCATCAGTAAAGCGGAAAAGATTCTTGGCCATAAGCTTGAAGTGATAAGTGGCGAAGAAGAAGCCCGTCAGATCTACCTTGGCGTTGCCTACACCTCTGCAAATCAGGGCAACTCTCTGGTAATCGACATTGGCGGCGCAAGCACCGAAATTATCGTTGGTAATGATATGCACCCTATCCATTTAGTGAGTTTGGATATGGGGTGCGTAACCTTTATGGAACGTCATTTTCCTAAAGGTCACATCACCAAAGAAAATTTCGAGAAAGCGCAACAGAAAGCCAATGCACTTCTGGACAATGTCGCTGACACCTTTTTATGCTTCGACTGGCACAATTGTTTGGGCGCTTCGGGAACGCCACAAGCGATTACAGAAATTCTGGTGGCACAGGGGATCAGCGATTCAATTCGACTCGACTACCTTTACAAGCTAAAAGCGCAATGTATCGAATGCGGCCACATCGACCAGTTAAAAATAAAGGGGTTAGAAGACGCTCGAAAGCCCATCTTTCCTAGCGGCCTTGCCATCTTAATTACTCTGTTTGAGCGTTTAAAAATACGGGACATGAATATTTCGGGTGGTGCCCTGCGCGAAGGCCTGATATATGGCATGCTCGACAACTTGCAAGAGAATGACAGACGCAGCCAGACGTTAAACCACACCATGAAGCGCTATCACATTGACCGGCATCATGCCGAATCGGTAAGGGGCCTGGCGCTGCGCCTTTGCCACCAGTTATGTGCGCAAACCAGTCTGTGTCATCTTGACACCGAAGCCGTATTGGGAGCCGCTGCAACCCTGCATGAAATCGGCCTGCATATTGAATTCAAGAAGCATCATGAACACGGTGCATACTTGCTGACTTATATCGACCTACCCGGTTATACCAAGCTTCAGCGCGTAGCAATTCGGGACCTTGTGAAGTGCCATCGGTTAGCCGTTAAACCAGATACATTTACCCATTACCATGAAGAAGTCAGACCCATGTTAGAAGGGCTGCTGCGGGTACTTCGTATTGCCGTGGTATTGTGTCTGCGTCGTCAGAATAAACATATTCCCGAGGTGGAACTGAAGGTAGATGGTGACGGCTGGACGCTTCTATTCCCTGCCGGCTGGCTGGCGGCGCATCCGCTGATAAATGCCGAGTTAGCCAACGAAACCTGGTTGCAACACCGGGCTGGATGGAAGCTTAGTTGTCAGTAG	MQPELQHDAVVHGEYYAAVDLGSNSFHMVVVHVVNGSVQIIGKVKQKVRLAAGLNDKMELDEVSMERGWQCLQTFAERLQDIPRSNVKVVATATLRLAINAADFISKAEKILGHKLEVISGEEEARQIYLGVAYTSANQGNSLVIDIGGASTEIIVGNDMHPIHLVSLDMGCVTFMERHFPKGHITKENFEKAQQKANALLDNVADTFLCFDWHNCLGASGTPQAITEILVAQGISDSIRLDYLYKLKAQCIECGHIDQLKIKGLEDARKPIFPSGLAILITLFERLKIRDMNISGGALREGLIYGMLDNLQENDRRSQTLNHTMKRYHIDRHHAESVRGLALRLCHQLCAQTSLCHLDTEAVLGAAATLHEIGLHIEFKKHHEHGAYLLTYIDLPGYTKLQRVAIRDLVKCHRLAVKPDTFTHYHEEVRPMLEGLLRVLRIAVVLCLRRQNKHIPEVELKVDGDGWTLLFPAGWLAAHPLINAELANETWLQHRAGWKLSCQ	PGPT0002595_1892	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PURINE_METABOLISM,PGPT0002595-ppx|ppx_gppA-K01524	NA	NA
AK237_01855	999	hemB	COG0113	Delta-aminolevulinic acid dehydratase	ATGACATTTTCACCTTTCCCTGCAAAAAGAATGCGTCGTCTTCGAAGCCAGGACGCGCTGCGGGATATGGTTGCTGAGAACCAATTAACGGTTAAAGACTTAATCTACCCGGTGTTTGTTTTGCCGGGAAGTAATCAGCGTGAAGCGGTGCCGTCAATGCCTGGCGTTGAAAGGCTGTCCATTGATTTACTGTTAGAAGAAACCCAGAAGTGGGTGGCGTTAGGTATTCCTGCTCTTGCACTTTTCCCCGTCACGCCGATGGAATTGAAAACCGATTGCGCGAAAGAAGCATACAACCCGGAGGGCCTGGCGCAACAGGCATTACGTGCCTTAAAGCAAGCTTTTCCTCAATTGATGTTAATGTCAGACGTTGCGCTCGATCCGTTCACGTCTCATGGACAGGACGGCATTATTGATGACGCCGGCTACGTGATGAATGATGTCACGGTGGATGTGTTAATTAAACAGTCACTCTCACATGCTGAGGCTGGCGCCGATATCATTGCACCATCAGATATGATGGATGGCAGGATCGGTGCAATTCGTAATGCACTGGAAGGGAAGGGTTTTCATAACACCTGCATTATGGCTTACGCTGCCAAATATGCCTCGGCGTATTATGGACCATTCAGAGACGCGGTAGGTTCGGCGGCGAATATTAAAGGCGGCAATAAGAAAACCTATCAGATGGATCCGGCAAACAGCGACGAAGCCATTCATGAAATAGCCATGGATCTTCAGGAAGGTGCTGACATGGTCATGGTTAAACCCGGTATGCCTTATCTTGATATCGTCAGACGCTGCAAGCACGAACTCAACGTGCCGACGTTTGCCTATCAGGTAAGTGGCGAATACGCTATGCACCAGGCTGCTTTCGCTAATGGTTGGTTGAAAGAAGATGAAGTGATTTTAGAATCGTTGCTTGGCTTCAAACGCGCTGGTGCAGATGGCATATTGACCTACTTCGCACCCCGGGCGGCAACATTGTTAAAAGGTTAA	MTFSPFPAKRMRRLRSQDALRDMVAENQLTVKDLIYPVFVLPGSNQREAVPSMPGVERLSIDLLLEETQKWVALGIPALALFPVTPMELKTDCAKEAYNPEGLAQQALRALKQAFPQLMLMSDVALDPFTSHGQDGIIDDAGYVMNDVTVDVLIKQSLSHAEAGADIIAPSDMMDGRIGAIRNALEGKGFHNTCIMAYAAKYASAYYGPFRDAVGSAANIKGGNKKTYQMDPANSDEAIHEIAMDLQEGADMVMVKPGMPYLDIVRRCKHELNVPTFAYQVSGEYAMHQAAFANGWLKEDEVILESLLGFKRAGADGILTYFAPRAATLLKG	PGPT0003655_2029	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_VITAMIN_PRODUCTION	PLANT_VITAMIN_RELATED_HEME_METABOLISM	PLANT_VITAMIN-HEME|SIRO-BIOSYNTHESIS,PGPT0003655-hemB-K01698	NA	NA
AK237_01856	1899			hypothetical protein	ATGCAATTGAATGTGGGGAAGGTCCGCCGTTACGATAAGTGGCTGATCGCAATAACGCTTATCGTTATTGCAATCTTTCTTTACGTGGTTAAACCCTACACGGATGTCTCTCAGCAGCAAAACCGTATTTCAGATCTCAGTTTTACATTTTCTACGTCGCCGGCATTTTCTATCGCCACATCTCAGGATATCGCAAATGTCAGTTGGAAAGCTGTTGATAATCCAGTGAATCTGGGTATGAATAACGATATTCATTGGTTTCACTTTACGCTGACTCAGCAACACTCACCTGGTGAACAATCGCTCATAGAAGTCGCTTATCCGCTTTTAGATAACATTACCGTTATGTACTTTTCGCCTTCCCGGAATAAGCCCGTGGCGGTACTGGAAGGCGGTGATGCTGTCGAATTCGAACAGTGGGATATCCAGCACCCTTCCATGCTGTTTACTGTTCCAAGTGAGTATGACGCGCTGGATGTTGTCCTTAAAGTGCAGACATCGGGGGCGGTGCGGCTGCCCATTCGGGTGTGGGATAAAACAGAATTCATAGGCTATACGGCGGGCCTTAGCCATCTCATGGGCGGCTTTTTTGGTTTTTTACTGGCAATTGGTGTCAGTAACTTTTTTCTTTTTCTCACCGCCCGTAGCAAACACTTTTTACTTTACACAGCCTACGTTTTCTCCCTGTCTTTAACGTTGGCGGCAATGAACGGACAAGCCTTTGCGTATTTGTGGCCCCAGTGGGGATGGTTTGAGCAACGGGCGGTAGCAATCTTTGCGAATGCCGCGATTATGTTTGCCATGATGTTCTCACGGCTGTTGCTGGACGTGAAGACACATAGCCAGCGAATTGATAAAGCATTTAAGGTTATTAGTGCATTATTTGGTTTCAACGTACTTATTAGTTTGCTGTTGCCTTATGCTTACTTAATTAAAGTGTTTCTTATCATGCTGGCGTTGGTCGTGGTATTTACACTGGCCATAGCTATTTGGCTGGCGTTTAAAGGCCATACGCTCGCGCGCTATTACTCTTTCGCCTGGGGGATCCTTCTGATCAGCGGCTTGTCCTCAAGCCTTGATAACCTGGGGATTTTCAGTACCAGTATTCCCTCAAATTATCTGCTTATGCTAGGGGCCGCAGTTGAAACTCTGCTACTCACCTTTATTGTGGCTATTGGTTACAGTGAGCAAAAAGAAGCGGTCTATTTATCTACCGAGCGTGCTCTTGAGCAAGAGCAGTTATCGCTACAAGCCCGGGAAGATTTAGTCGAAATGCAAAGGCAGTATGCAGATGAGCTTGAATATAAAGTGCAGGAGCGGACGTTAGAACTTGAAATCGCACTACGGGAGTTATCCGAAGCGAATGAAGAGCTGGAACGTTTAAACAGCATCGACTCGTTAACCGGTATTCGCAACCGCAGACATTTCGATAAGCGCTTTCTGGCTGAAAGTCGTCGAAGTCGTCGTGAGCAAACGGTACTTAGCCTTGCAATGATTGACATCGACCACTTTAAATCTATTAATGACAAGTATGGCCACGCTGCCGGAGATGCTTGCATCTGTCACATTGCTAAATTACTTCAGTCTCAGCTGAAACGCTCTTCAGATGATGTGTGCCGCTACGGCGGCGAGGAATTCGGTATTATTTTACCCAACACTGATGCAGAAGGTGCCCGGCAGGTTGTGGAAACCATGCGTGCGGTTGTAGAACGCACGCCAGTCATAGTTGACGGTGAAGCAATCAATATGACAATGAGTGCTGGCGTGGCTTGCACGGTTATTCAAAAAGAAGCGCACGAGCTCGAATTATTGAAGTTTGCAGACAGCCTGTTGTACCGCGCGAAACAAAATGGTCGGAATCAGGTTGTTGCAGAAGTATTTTCTGGAGAATTATCATGA	MQLNVGKVRRYDKWLIAITLIVIAIFLYVVKPYTDVSQQQNRISDLSFTFSTSPAFSIATSQDIANVSWKAVDNPVNLGMNNDIHWFHFTLTQQHSPGEQSLIEVAYPLLDNITVMYFSPSRNKPVAVLEGGDAVEFEQWDIQHPSMLFTVPSEYDALDVVLKVQTSGAVRLPIRVWDKTEFIGYTAGLSHLMGGFFGFLLAIGVSNFFLFLTARSKHFLLYTAYVFSLSLTLAAMNGQAFAYLWPQWGWFEQRAVAIFANAAIMFAMMFSRLLLDVKTHSQRIDKAFKVISALFGFNVLISLLLPYAYLIKVFLIMLALVVVFTLAIAIWLAFKGHTLARYYSFAWGILLISGLSSSLDNLGIFSTSIPSNYLLMLGAAVETLLLTFIVAIGYSEQKEAVYLSTERALEQEQLSLQAREDLVEMQRQYADELEYKVQERTLELEIALRELSEANEELERLNSIDSLTGIRNRRHFDKRFLAESRRSRREQTVLSLAMIDIDHFKSINDKYGHAAGDACICHIAKLLQSQLKRSSDDVCRYGGEEFGIILPNTDAEGARQVVETMRAVVERTPVIVDGEAINMTMSAGVACTVIQKEAHELELLKFADSLLYRAKQNGRNQVVAEVFSGELS	PGPT0025890_637	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-OTHER_QSR|BF_RELATED_SYSTEMS	CE-QSR|BF-Gac|Rsm_PATHWAY,PGPT0025890-ladF-K20971	NA	NA
AK237_01857	780	tatD	COG0084	3'-5' ssDNA/RNA exonuclease TatD	ATGAAATGGTTTGATGCCGGCGTAAACTTGCTTGACCGTCGGTTTAACCCCACAGACGTTATTTCCCGGGCAGTTGAAGCGGGAGTCGATAAGCTTTGTATCATTACAACGGCGCCAGACGAATGGGAAGAAGCGCAATCTTTATACGCACAATTTCCTGAACACCTTTGTTATACCGTCGGTTGCCATCCCCATAACGCAAAAGTGATGGTAAACAGTGATTTTGATTTACTCGTTTCCCATCTTTCTTCACCCGGCGTTGTCGCTGTTGGTGAATGTGGTCTAGACTTCAATCGTGACTTCTCTCCCCGTGATGTTCAGGAATCTGTATTTCGACGACAATTAGCTATTGCTGTGAAGCACCAGATGCCGGTGTATCTGCATGAGCGTGACGCGTTGGCATTGCAGTTAGCCTGTCTGGACGAGGTGGCGGGACAGCTGGCGGGAGGTATTGCACACTGTTTCACAGGAGACAGGCAAGCGCTTGACGCTTATCTTCAGCGAGGGCTGTATGTGGGTGTCACTGGTTGGGTTTGCGATCCTAAGCGGGGAGAGGATTTGCGTGATGCGGTTAAAGCTTTACCACTGGAAAAACTTATTTTAGAGACCGACGCGCCCTACTTATTTCCCAAAAACCATCGTCCTCGGGCAAAAAATAATGAACCTGCTTTTATCTCATCAATTGGTCGATATTTGGCTGATTTATTGGAAATTAGCTGTGAAGACCTGGCACAAACCAGTTATGCTAACGCTTGTAGGGTATTCAAATTTGCAAGGTAG	MKWFDAGVNLLDRRFNPTDVISRAVEAGVDKLCIITTAPDEWEEAQSLYAQFPEHLCYTVGCHPHNAKVMVNSDFDLLVSHLSSPGVVAVGECGLDFNRDFSPRDVQESVFRRQLAIAVKHQMPVYLHERDALALQLACLDEVAGQLAGGIAHCFTGDRQALDAYLQRGLYVGVTGWVCDPKRGEDLRDAVKALPLEKLILETDAPYLFPKNHRPRAKNNEPAFISSIGRYLADLLEISCEDLAQTSYANACRVFKFAR				NA	NA	NA	NA	NA
AK237_01858	525			hypothetical protein	ATGAAATATGCAATCCGCATGGCTGGTGCATTTCTATTGATAATTGTGTCATCAGCCCCTCAAGCCGAAACGATTGAGGAAGCGTTGCAGGCCTGTCGAAGTGAGCGAAATGACTTAAAACGTCTGGCGTGTTTCGATAAGGTCTCCGAATCGATTGGCGTTTATGCCGATGCTAAACAATCTGTGGATGAGATTGCTGATGCTCGTCCTCAGCAACAAGCAGAGGCACAGGCTGAGAAGAAGAAAGAGTTTACCGAAGAAGACTTCGGTATTGAAATGAAGCGCCTTTCTTCTGATAACTTGCAAGCCTCTCTTACCGCCAGTGTGGTCGACGTAGATAAAAGCCCCAGAGGAGATTTTATCTTAACGCTGGATAACGATATGGTGTGGCGGCAAAAAGGTGATTCCGCCAATTATATCATTCGGAAAGGAGATACTGTCTCAATTGAGCGCGGTATGTTCGGTGCATTCTACCTTAGCAAGGAAGGGTACAATGGCCGTGTAAACGTTCGTCGTATCAAATAA	MKYAIRMAGAFLLIIVSSAPQAETIEEALQACRSERNDLKRLACFDKVSESIGVYADAKQSVDEIADARPQQQAEAQAEKKKEFTEEDFGIEMKRLSSDNLQASLTASVVDVDKSPRGDFILTLDNDMVWRQKGDSANYIIRKGDTVSIERGMFGAFYLSKEGYNGRVNVRRIK				NA	NA	NA	NA	NA
AK237_01859	762	tatC_1	COG0805	Sec-independent protein translocase protein TatC	ATGTCTGACGCTAACTCTCTAATCTCGCACCTCATTGAGCTGCGAAGTCGTGTACTGCGCGCACTGGCAAGTGTTTTGTTGGTGTTTCTGTGTCTGGCGTATTTTGCCCAGGATTTATACCGGTTGTTAGCAGAGCCTTTGCTAAGTACCATGCCTGAAAATACCTCAATGATAGCAACCGACGTTGCATCTCCCTTTTTTGCGCCATTCAAACTTACCTTAGTACTCTCATTTTTTATTGCTATACCGTACGTGCTATACCAGGTCTGGGCGTTTGTCGCGCCAGGATTGTATAAAAACGAGAAAAAACTGGTCGCGCCGTTGTTGTTTAGCAGTACGTTGCTGTTTTACGCCGGTATGGCTTTCGCCTACTTTGTCGTGTTTCCCATCGCCTTCGCCTTCTTCAATAGCGTTGCACCTGAGGGGGTTACCGTTAGTACGGATATCTCCAGTTATCTTAATTTTGTGTTAAAGCTGTTTTTTGCTTTTGGCGTGTCCTTTGAAATCCCAATCGCGATTATCTTACTGTGTTGGACGGGAGTGACTGATGCAGCTACGTTACGTGCTAAACGCCCATATGTAGTTGTTGCCGCTTTCGTGGTAGGCATGCTTCTTACCCCTCCTGATGTTATATCGCAAACACTTCTGGCGATTCCTATGTGGTTCCTGTTTGAAGTGGGAGTGATTGTAGGTGGATTTTACGCCGGCAAAAAAGAAGACGATGACGCGAGCGAAGATTCATCAAGCTCTGACTCGGTCTAA	MSDANSLISHLIELRSRVLRALASVLLVFLCLAYFAQDLYRLLAEPLLSTMPENTSMIATDVASPFFAPFKLTLVLSFFIAIPYVLYQVWAFVAPGLYKNEKKLVAPLLFSSTLLFYAGMAFAYFVVFPIAFAFFNSVAPEGVTVSTDISSYLNFVLKLFFAFGVSFEIPIAIILLCWTGVTDAATLRAKRPYVVVAAFVVGMLLTPPDVISQTLLAIPMWFLFEVGVIVGGFYAGKKEDDDASEDSSSSDSV	PGPT0029295_3536	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
AK237_01860	300	tatB_1	COG1826	Sec-independent protein translocase protein TatB	ATGTTTGACATTGGCTTTTGGGAATTATTGGTGATTGGAGTGCTGGCACTTCTCGTGCTGGGGCCTGAACGTTTGCCCGGTGCAATGCGCTCCACCATCAAAACTGTGCGAAGTGTACGTAATATGGCGACAGGCTTTAAGCAAGAAGTCGAACATCAGCTACGTGTACATGAATTGCATGAGAATTTAAAAAAGGCTGAGCAACAAGGTCTAAAAGATATTTCGCCGGAACTTAAAGAAAGTGTCGATGAATTAAAAGACGCTGCTAAGTCTGTGCAGGAACCATACAAAAAGAAGTAA	MFDIGFWELLVIGVLALLVLGPERLPGAMRSTIKTVRSVRNMATGFKQEVEHQLRVHELHENLKKAEQQGLKDISPELKESVDELKDAAKSVQEPYKKK	PGPT0014360_2834	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-TAT-TWIN-ARGININE_TRANSLOCATION_PATHWAY	CE-TAT-TWIN-ARGININE_TRANSLOCATION_PROTEINS,PGPT0014360-tatB-K03117	NA	NA
AK237_01861	240	tatA_1		Sec-independent protein translocase protein TatA	ATGGGTGGAATTAGTATCTGGCAATTGCTGATTGTTTTAGTGATTGTAGTATTGTTATTTGGCACTAAGCGTCTTAAGAGTATCGGATCAGATCTTGGTGGTGCCGTGAAAGGTTTTAAGAAAGCAGTAACTGACGAAGAGTCTGATGCTGATTTCTCACAGGAAAAGCGTGTTGAAGAGAAAAACAACGCAAAATCTGTAGAAACTGAGTCTAAGGCAGACGTTAAAGAAAAATCCTAA	MGGISIWQLLIVLVIVVLLFGTKRLKSIGSDLGGAVKGFKKAVTDEESDADFSQEKRVEEKNNAKSVETESKADVKEKS	PGPT0029290_2546	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
AK237_01862	960			hypothetical protein	ATGTCATGTTTAGTGTTGCTTTTGTGTGTCGCGTTACCCGAATTACCTTTGCAAGAGGTAGAAAGGCCAGCAACAGAATCTTCTGTCCAGGCCGACTCTACCGCCGCTAAAGAAAAACTTTGGTTTGACAACTGGCAGCAAGAGCTAACCGAATCAATGGATTATACCGCCAGTCAGTTAGACAGTTTTTTTGCACTGGAAGGAAGTGACGCCTATCGTGATGCCCGGGCAGAAGGCCGGGTGAGTTTAGGTTGGGAACCGCGCACCCGGGATTTGAGCGAAATGGATTTACGCTTTCGTGTCAGGGTAAAGTTACCGGCATTGGAAGATCGTGTCGATTTAGTGCTCAGTGATAACGAAGACAACGATAACCAGAACACCATTAAGGCGGCCAGAGCCCCCATTCAGCGAAACCGGGATAATACCACTATCGCCCTGCGCTATCGCGCCAGCGAAAACGCAAAGATGTCGTACCGGTTAGGAACAGGTCGCCGCGGTCAAATATATGCCAAGGCCCGCTATCAGGATATGGCCCCGTTAGCCGATAACGTTGCCCTTTATTATGATGCTGAAACGTATTACTACAATCGAGATGGACTGGGAGCAGAAATTGGCGCTACGGTGCAGTATCTAAGTAAACAAGACCATGTTTTTCGCTTTAATAACCGTTACTACTACAGAGACGAACACAAAGAATGGTTGTGGCGGCACGAGCTACAATACTTGCAACCGTTAACATCACAATCAGCCGCTATCTATACCCTGTTTACGGAAGGCACAGAAAAGCCCTCCCACGCACTTACCGAGGTTTATACCAGCTTTCGCTACCGCACAAACCCCACCCGGGACTGGCTTTTTTATGAAGTTGAACCCTTCGTGCTGTGGCTAAAAGAAGAGGATTTTAAACCGTCATACGGCATCGCACTGCGAGTCGAAGTGTATTACGGCAAAGGGGTGTAA	MSCLVLLLCVALPELPLQEVERPATESSVQADSTAAKEKLWFDNWQQELTESMDYTASQLDSFFALEGSDAYRDARAEGRVSLGWEPRTRDLSEMDLRFRVRVKLPALEDRVDLVLSDNEDNDNQNTIKAARAPIQRNRDNTTIALRYRASENAKMSYRLGTGRRGQIYAKARYQDMAPLADNVALYYDAETYYYNRDGLGAEIGATVQYLSKQDHVFRFNNRYYYRDEHKEWLWRHELQYLQPLTSQSAAIYTLFTEGTEKPSHALTEVYTSFRYRTNPTRDWLFYEVEPFVLWLKEEDFKPSYGIALRVEVYYGKGV				NA	NA	NA	NA	NA
AK237_01863	498	ilvH	COG0440	Acetolactate synthase isozyme 3 small subunit	ATGAAAAGAATTATTTCAGTATTAATGGAAAACGCGCCGGGCGCTTTATCACGAATCGTAGGCGTATTTTCTCAGCGTGGTTATAACGTTGATTCGTTGTGCGTAGCGCCCACCGACGATCCGAGTTTATCTCGTTTGACCATCACCACACACGGTGACGACAAAGTGATTGAGCAAATCACGAAGCAAGTGAACAAGCTTATTGATGTGTTAAAAGTGGTCGATTTAACCGATGGCACTCACGTAGAGCGTGAGCTGATGTTAATTAAAGTAGCCACCCGTACCGATGCCATTCGAGCAGAAGTGAAACGCACCAGCGATATTTTCCGCGGCAGTATTGTTGACGTAAACGGCAGCAATTACACCATTGAAATCACCGGTACATCAGACAAGCTTGATGCATTTGCCTCAGCAATGAGTGAATGTGCTGAAATCATTGAGTCATCTCGCACCGGTGTGTGTGGTTTGGCTCGTGGTGAGCGCGCACTAAGGCCATAA	MKRIISVLMENAPGALSRIVGVFSQRGYNVDSLCVAPTDDPSLSRLTITTHGDDKVIEQITKQVNKLIDVLKVVDLTDGTHVERELMLIKVATRTDAIRAEVKRTSDIFRGSIVDVNGSNYTIEITGTSDKLDAFASAMSECAEIIESSRTGVCGLARGERALRP	PGPT0008205_2562	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
AK237_01864	1719	ilvI	COG0028	Acetolactate synthase isozyme 3 large subunit	GTGAAAATGATGTCAGGCGCTGCCATGGTGGTAGAAGCGCTAAAAGATGTAGGAGTCACACATGTGTTCGGCTACCCCGGCGGTGCCGTACTGGACATTTACGATGCGCTATTTGCGCAAGAAGATGTCAAACATGTCCTCGTGCGTCACGAACAGGCGGCCGCCCACATGGCGGATGGTTATGCACGTTCAACTGGCAAAACCGGCACAGTCCTCGTCACCTCAGGTCCGGGTGCAACGAACACCATTACCGGCATTGCCACCGCGTACATGGACTCAATCCCAATGGTTATTCTGTCTGGACAGGTTGCTTCATCACTTATCGGTGAAGATGCCTTTCAGGAAACTGATATGGTGGGTTGCTCCCGCCCCATTGTTAAGCACAGCTTTCTCGTGAAGCGAGCGGTTGATATTCCAGAAGCCATTGCAAAAGCCTATTACATTGCAAATTCAGGTCGTCCTGGCCCTGTTGTTGTTGATTTGCCGAAAGATATAGTGAATGTACTAGACTCTCATCCTTATGTGTTCCCTGAGTCTGTGACTATGCGCTCGTATAACCCCACGGAGAAGGGGCATATGAAGCAAATCAAAAAAGCTGTTGCTTCTATGCTTAAAGCAGAACGTCCGGTCATGTACGTGGGTGGTGGTGCTGTTGCCTGTGAGGCATCCGGTAAAGTGATTGAACTGGCTGAGAAGCTCAATGCACCTGTAACCTGCACGCTGATGGGACTGGGCGCTATGCCGGGTACCCATGAACAGTTCGTCGGTATGCTGGGTATGCACGGTACACTGGAAGCCAACAAAACCATGCACAATTCAGACTGCATTATTGCGCTGGGTGCCCGTTTTGATGACCGTGTTACCAACAACGTTTCAAAGTTCTGTCCTCATGCTGAAATCATTCATGTAGATATTGACCCTGCATCGATTTCAAAAACCATTAATGCACACATTCCTGTTGTTGGCAGTGTGGATAAAGTGCTTGACCAAATTCACGAGCAGCTGGCTGATGTGGACTTTTCCGGTCAGAAAGAGAAGCTCAGCGACTGGTGGCAACAAATTACGCAATGGCGTAGCCGTGAGTGTCTGAAGTACGAACAGGGCGACACGGTAATTAAGCCGCAGCGTGTTATCGAAGCTTTGTACAAGCACACCAACGGCGATGCGTACGTCAGTTCTGACGTGGGTCAGCACCAGATGTTTGCTGCTTTATATTATCCTTATAAGAAGCCGCGTCAGTGGATCAATTCCGGTGGTTTGGGCACCATGGGCTTCGGTTTACCGGCAGCCATGGGCGTACAGTTTGCGCACCCTGAAGCGACCTCAGTCGTTGTTACCGGTGACGGCAGTATTCAGATGAATATTCAGGAACTGTCTACCTGTTTGCAGTACAACCTACCAGTTAAGATTATTTCTCTGAACAACCGTGCACTGGGTATGGTACGTCAATGGCAGGATATGATTTATAAAGGTCGTCACTCCCATTCCTACATGGACTCAATGCCTGACTTTGTAAAGCTGGCAGAGGCTTATGGCCACGTAGGCATTAAAGTCGATCGTCTCGATGAGCTCGACGCCGCGATGGAAAAATGTTTCAGCTATACCGACAGACTGGTATTCATGGACATTGCAGTAGACCAGAACGAACACGTTTATCCCATGCAAGTTAAGTTTGGTGCCATGGATGATATGCGTTTGAGCAAGACGGAGCGTACCTAA	MKMMSGAAMVVEALKDVGVTHVFGYPGGAVLDIYDALFAQEDVKHVLVRHEQAAAHMADGYARSTGKTGTVLVTSGPGATNTITGIATAYMDSIPMVILSGQVASSLIGEDAFQETDMVGCSRPIVKHSFLVKRAVDIPEAIAKAYYIANSGRPGPVVVDLPKDIVNVLDSHPYVFPESVTMRSYNPTEKGHMKQIKKAVASMLKAERPVMYVGGGAVACEASGKVIELAEKLNAPVTCTLMGLGAMPGTHEQFVGMLGMHGTLEANKTMHNSDCIIALGARFDDRVTNNVSKFCPHAEIIHVDIDPASISKTINAHIPVVGSVDKVLDQIHEQLADVDFSGQKEKLSDWWQQITQWRSRECLKYEQGDTVIKPQRVIEALYKHTNGDAYVSSDVGQHQMFAALYYPYKKPRQWINSGGLGTMGFGLPAAMGVQFAHPEATSVVVTGDGSIQMNIQELSTCLQYNLPVKIISLNNRALGMVRQWQDMIYKGRHSHSYMDSMPDFVKLAEAYGHVGIKVDRLDELDAAMEKCFSYTDRLVFMDIAVDQNEHVYPMQVKFGAMDDMRLSKTERT	PGPT0008185_4714	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
AK237_01865	375			hypothetical protein	ATGACGAATAGCACTCGTGATAGTCTGATAAAGCGCCCGTTTCTGGATAAGAAACATTATCCTTATGGATTTGCCCGTTCTGGCGATTTTTCGATAAAAGAAGCGAAAATTCTCGCGGAAAGTGGTAGTGTGATTGCTGCCCTCGTGGATGGAAATCTTGTCCCTGAAACCGATCAGGACATGCGGTATATCGCAGTGGCACACGGTGAAGTGGATGCACAATCACCAGAAGAAAAAGTGTGGCTCAAATACCAAAAACGCATTAACCGACCTAAAGCCGCCTCAATTTATGGCTCTAAAAAAGTGGCATTAATAGATGCTGACGATAACGGTGACACCGCGGACGACACCGATATCGTGCTTGATGATGATTAA	MTNSTRDSLIKRPFLDKKHYPYGFARSGDFSIKEAKILAESGSVIAALVDGNLVPETDQDMRYIAVAHGEVDAQSPEEKVWLKYQKRINRPKAASIYGSKKVALIDADDNGDTADDTDIVLDDD				NA	NA	NA	NA	NA
AK237_01866	492			hypothetical protein	ATGGCGAAATCTAATCCACTCAGACAGTTTGCTTTAAAAGCGAATAAATATCCGAACTTTATCAGTCGTCGTTTGATGACCGCCATGTTTCGCCATGCTGTGAAGCTAGCCGGAACGGCAAAGTTAGATATTCTTGCTTCTGACTTAAAATCAGTAACTTTCCAAATAAAAAACAGAAAGCGTGTGCAAAACCACATTGGCAGTGTGCATGCCGCAGCGATGGCCTTACTAGCTGAATCTGCAACGGGTTTTATCGTTGGTGTAAATTTACCGGGTGATAAATTACCTCTCATTAAGTATATGAACCTCAAGTATGTAAAACGGGCTGAAGGCGATATGAAAGCAGAAGCGATGCTAACCCCGGAACAAATTGCCCTCATGCAGACGGAAGAAAAAGGTGAAGTGCTTGTTCAGGTTAAAGTGACAGATGCAAATCACATTGAACCGGTAATTTGTGAGATGTGCTGGGCGTGGGTACCTAAGAAAAAATGA	MAKSNPLRQFALKANKYPNFISRRLMTAMFRHAVKLAGTAKLDILASDLKSVTFQIKNRKRVQNHIGSVHAAAMALLAESATGFIVGVNLPGDKLPLIKYMNLKYVKRAEGDMKAEAMLTPEQIALMQTEEKGEVLVQVKVTDANHIEPVICEMCWAWVPKKK				NA	NA	NA	NA	NA
AK237_01867	1020		COG1816	Adenine deaminase	ATGGAATTAAGAACCTTTTTAGAAAAGTTGCCCAAGGCAGAACTTCACGTGCATATTGAAGGCACACTCGAGCCGGAATTAAGTTTCGCTCTGGCGCAGAAAAATAATGTGTCGTTACAGGCTAAGACACCACAGGAAATGATTGCAGCTTATAACTTCCATGACCTGCCCTCTTTTCTGAATATCTATTATGCAGGCATGAGCGTACTGAAAGATGAATCTGACTTTTATCAGCTCACCATGCACTACTTACGCAAAGCCGCCGCGCAAAACATTGTATATGTTGAGCTGTTTTTCGATCCTCAGGCACATACCAGCCGTGGTGTGAGTTTTGATACGGTGATAAACGGTATTCACCGCGCCCGCAGTGATGCCGCTGCTGAACTGGGTGTGCAAAGCAATCTTATTTTATGTTTCCTGCGGGATATGTCTGCAGAATCCGCTATGGAACACCTGATGATGGCACAACCCCACCTCGATAAAATCATTGGCGTGGGACTGGATTCTGACGAAAAAAATAACCCGCCGGCGAAATTCAGCGCTGTTTTTGAAAAAGCCCGTAACATGGGGCTAAAGCTCACCATGCACTGCGATGTAAATCAGGATAATACCGTAGAGCACATTCGGCAGGTACTTGAAGATATTGGCGTTGACCGTATTGACCATGGCATCAACATTCTGGAATCTGACGAATTATGTGACCTTGCCCGAGAGAAAAAGCTGGGACTGACCGTATGTCCGGTGTCCAACCGCTTTGTAGTGCAGTCACTGACTTCGGCGGAAATCAAAAAGATGCTGCAATACGGACTGATGCCGTGCATCAATTCTGACGATCCGTCTTACTTTAGGGCTTATTTGAATGAGAATTTTATTGCCCTTCAGGAAGAAGGTGACTTTACCGTTAAAGAGCTGGTGACACTGGCAGAAAACAGTTTCAAAGCGAGCTGGTTACCGGATGCACAAAAACAGGCATACCTTGCAGATCTGCAGGATTATGTGTCAGAAAATCAAAAAATATAG	MELRTFLEKLPKAELHVHIEGTLEPELSFALAQKNNVSLQAKTPQEMIAAYNFHDLPSFLNIYYAGMSVLKDESDFYQLTMHYLRKAAAQNIVYVELFFDPQAHTSRGVSFDTVINGIHRARSDAAAELGVQSNLILCFLRDMSAESAMEHLMMAQPHLDKIIGVGLDSDEKNNPPAKFSAVFEKARNMGLKLTMHCDVNQDNTVEHIRQVLEDIGVDRIDHGINILESDELCDLAREKKLGLTVCPVSNRFVVQSLTSAEIKKMLQYGLMPCINSDDPSYFRAYLNENFIALQEEGDFTVKELVTLAENSFKASWLPDAQKQAYLADLQDYVSENQKI	PGPT0021695_415	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PURINE_METABOLISM,PGPT0021695-ade-K21053	NA	NA
AK237_01870	546	orn	COG1949	Oligoribonuclease	ATGATAAAACACGATGGCAATTTAGTCTGGATTGATATGGAAATGACAGGGCTGGACCCTGAAACCTGTAAGGTGCTGGAAATTGCCACTATCGTCACTGACCCACAGCTCAATGTATTAGCAGAAGGGCCGGTGATAGCTGTACACCAGCCGGACGCGATTTTAGATGGTATGGATGAGTGGTGCACCCGTGTGCACGGCAACAGCGGGCTCACCGCCAGATGCCGCGAGAGTCAAGTTGATGAAGCCGAGGCCGCGAAACAAACCATCGCATTTCTGAGCGATTACGTAGATGCTGGGAAATCGCCTCTGTGCGGTAATACTATCGGACAGGATCGCCGTTTCATGGTGAAGTATATGCCGGAGTTGGAAGCATATTTCCACTACCGCAGTATAGACGTGAGCACGATTAAGGAGCTGGTTAAGCGCTGGCAGCCGGAAATTCTCGAGGGTTTCACGAAGAAAGGTGTGCACCTGGCACTAGACGACATTCGCGAATCTATAGCGGAATTGCAGTATTACCGGGAAAAAGTGTTTACGATTTAA	MIKHDGNLVWIDMEMTGLDPETCKVLEIATIVTDPQLNVLAEGPVIAVHQPDAILDGMDEWCTRVHGNSGLTARCRESQVDEAEAAKQTIAFLSDYVDAGKSPLCGNTIGQDRRFMVKYMPELEAYFHYRSIDVSTIKELVKRWQPEILEGFTKKGVHLALDDIRESIAELQYYREKVFTI	PGPT0020150_39	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_UTILIZATION	PLANT_DERIVED_ASPARAGINE_DEGRADATION,PGPT0020150-asnB-K01953	NA	NA
AK237_01871	1035	rsgA	COG1162	Small ribosomal subunit biogenesis GTPase RsgA	GTGGCAAAAAAACCAAAACTGACACATCGCCAGAAGCGCCAGGTTGCAGCAAACCGGGCGCGCAGGCTGAAAGATAAAGCATCGGATCCTGAAAAGCAGATTGATGCTGCTAACCTGATCCCCGCCCGGGTTGTCGGCCGCTTCGGTAAACACGCAGACGTTGAAGATCAGCAAGGTACGGTGTATCGCTGTCACATCCGCAGGACTATCGAATCGGTGGTTTGCGGTGACGATGTCCTGTTCGACACCGGTAATGAGAACGAGTCCGGTGTCAGTGGCGTAATTGAAATCGTCCGCGACCGCCGTTCCGTGCTTACCCGGCCAGATTATTACGACGGCGTGAAACCCATCGCCGCGAATATCGACCAGATCATTGTTGTCAGTGCGGTAAAACCCGATTTATCTTTGAATATCATCGACCGCTATCTGGTTGCCTGCGAAGATACCGGCATTGCCCCCGTTTTGATCCTCAACAAAACCGAGTTACTCAGCGATGAAGAGTTCGACACGGTAAAACAGCAACTGGCGGTGTATGAATCTCTGGGTTACAGATTAATTTATACCAGCTGCAAGCGCGGCGACGGCCTGGACGAACTGAAAACCTGCCTGAATGATAAAGTCAGTGTTTTTGTAGGCCAGTCCGGTGTGGGTAAATCCAGTATCATCAATCAGGTGCTGCCGGATGCCGATGAACTGGTGGGTGAAATATCAGATAACTCCGGTCTTGGTCAGCACACCACCACCGCAGCAAAATTACTTCATTTCCCTGAAGGTGGCGATCTTATCGATTCCCCGGGCGTGCGGGAATTCAGCTTATGGCACATGCCGGTAGAGCAAATCACCCGCGGCTTTATAGAGTTTCGTGATTATCTGGGCGGTTGCAAATTCCGCGACTGCAAACATATGAATGACCCTGGCTGCCTCATCCGCGAAGCTGTAGAAGAGGGCAAAATCAGCAGCGCCCGCTTCGACAGCTACCACCGCATTCTGGCTACCATGGACGAACAGCGCCCGAGCTATACCAATCCGTTTTAA	MAKKPKLTHRQKRQVAANRARRLKDKASDPEKQIDAANLIPARVVGRFGKHADVEDQQGTVYRCHIRRTIESVVCGDDVLFDTGNENESGVSGVIEIVRDRRSVLTRPDYYDGVKPIAANIDQIIVVSAVKPDLSLNIIDRYLVACEDTGIAPVLILNKTELLSDEEFDTVKQQLAVYESLGYRLIYTSCKRGDGLDELKTCLNDKVSVFVGQSGVGKSSIINQVLPDADELVGEISDNSGLGQHTTTAAKLLHFPEGGDLIDSPGVREFSLWHMPVEQITRGFIEFRDYLGGCKFRDCKHMNDPGCLIREAVEEGKISSARFDSYHRILATMDEQRPSYTNPF	PGPT0009020_2026	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
AK237_01872	873	psd	COG0688	Phosphatidylserine decarboxylase proenzyme	GTGCTGGACTGGTTCAAGGTTAATCTACAATATATTTTGCCCAAGCATCTTCTATCCCGCCTGGTTGGTAAATTTGCAGCCGCCGAAGCTGGCGGTGTGACAACGGCTTTTATCAAGTTTTTCATTAAGAAGTACAATGTAGATATGAGCGAGGCGCTGTATCCACATCCGGAGCACTACAAAACCTTTAATGAGTTCTTCACCCGCCAGCTGAAGCCTGAAGTACGTCAAATCGCAGAAGGCGATGATGTGCTGGTTCAGGCAGTAGACGGCGCAGTCAGCCAGTTTGGTGATATCCATCAGGACAGTATTTTTCAGGCCAAAGGTCACAACTACAGCCTCACCACATTGCTGGGTGGCAAGCCTGAACTGGCAAAGCCTTATAAAAATGGTAAATTCGCGACCATTTACCTGTCGCCGAAAGATTATCATCGCATTCACATGCCCATTGAAGGCACACTGACAGACATGGTGTATGTACCCGGCGAATTATTTTCAGTTAATCCGCTCACGGCCGAAAATGTGCCAGGATTGTTTGCCCGTAATGAACGGGTAATTGCATTTTTCGACACGCCAGTGGGCAAGATGGCCATGGTACTCGTAGGAGCAACCATTGTCGCCAGTATCGAAACCGTCTGGGCAGGTACCGTCACACCACCTGCGGGTAAAAATGTGCAACACTGGCAGTACGACAGTGACGATGAGTCCAGTGTGAAACTTGAGAAAGGCGAAGAGATGGGTCGTTTCAAGCTGGGTTCTACCATTGTTGTATGTTTTGAAGAAGACAGTATCGACTTTGAGGAAATGGAAGCAGGCATGACAACACGACTTGGAGAAGTGTTTGCTATTGCCAAGGCAAACCAAACCGCCTGA	MLDWFKVNLQYILPKHLLSRLVGKFAAAEAGGVTTAFIKFFIKKYNVDMSEALYPHPEHYKTFNEFFTRQLKPEVRQIAEGDDVLVQAVDGAVSQFGDIHQDSIFQAKGHNYSLTTLLGGKPELAKPYKNGKFATIYLSPKDYHRIHMPIEGTLTDMVYVPGELFSVNPLTAENVPGLFARNERVIAFFDTPVGKMAMVLVGATIVASIETVWAGTVTPPAGKNVQHWQYDSDDESSVKLEKGEEMGRFKLGSTIVVCFEEDSIDFEEMEAGMTTRLGEVFAIAKANQTA	PGPT0007700_2017	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-GLYCEROPHOSPHOLIPID_REMODELLING	CE-REMODELLING_GPL_DECARBOXYLASE_ACTIVITY,PGPT0007700-psd|PISD-K01613	NA	NA
AK237_01873	723			hypothetical protein	ATGCGCTTTGCTGGCGAAACCTTTAGGCTGAATACCTCTGGAGACTATGCAATTGCACTCTTGCTCGGCGGATTAATGGCCGTGCATTGGGTGACTTATTTCGCGGCGATGCAATACGCCGGCGTTGCCGTGGGTATGATTGCCTTGTTTACTTTTCCAGTCATAACGGTTCTGATTGAACCCTTCTTCGAAAAAATCCGTCTGGTGTGGCAGGACTTTTTCAGTGCATTAATTGTGTTTGTTGGTGTAGCTTTCTTAGTCCCCGAAATTTCCCTTGAAAACGAAACAACCCTGGGAGTAGTCATCGGCATCTTTTCGGCTGTATTGTATGCGTTAAGGAATTTACTGCACAGGCAACACTTTTCCCATTACTCAGGGGCGAAAGCCATGGCATGGCAAATACTTGTCGTGATTGCCTGTCTCGCTCCCTTTGCCAGTGAACACCTTTATGCTGGCACAACAAGTACATGGCTATTGCTTGCAATACTTGGTTCCTTATTCACCGCGGTGCCTCACGCGCTCATCGCCACGGCGTTAATCCATCTACGGGCAAAAACTTTTTCACTTATTGCCTGCATGCAGCCTATGTACGGCGTAATTTTAGCTATGCTAATTTTACATGAGTCACCCGGCTGGAAAGCATTGATCGGTGGAATTTTAGTTACGTCTGCCTCCATTTATGAAACTATGAATGCGCAAAAGCTCCATAAACAGGAAAAGTAA	MRFAGETFRLNTSGDYAIALLLGGLMAVHWVTYFAAMQYAGVAVGMIALFTFPVITVLIEPFFEKIRLVWQDFFSALIVFVGVAFLVPEISLENETTLGVVIGIFSAVLYALRNLLHRQHFSHYSGAKAMAWQILVVIACLAPFASEHLYAGTTSTWLLLAILGSLFTAVPHALIATALIHLRAKTFSLIACMQPMYGVILAMLILHESPGWKALIGGILVTSASIYETMNAQKLHKQEK				NA	NA	NA	NA	NA
AK237_01874	693	ugpQ	COG0584	Glycerophosphodiester phosphodiesterase, cytoplasmic	ATGTTAGTACTCGCACATCGCGGGGCAAGCAAAGCGGCACCGGAAAACACGCTTGAAGCTTTCAAACTGGGCTTTGCCATGGGTGCTCATGGGGTAGAGTTTGATACCTATCAAATCGATCACGACATCGTTGTTTTCCATGACCGGTGGTTACACAGAACCTCTAATGGTAAAGGGAGAGTGAGCGATCAATCGCTCTCCTATCTTCGCAGCCTGGATGCAGGGCACGGACAAAAAATCCCATTGTTAACAGAAGCCTTGCGGACTATTCCTGAAAACGCGCTCTGCAATGTGGAAATTAAAGGCTTAACTGACGTAGAAAGTTGGATAGCGAGCTTTAATCAAGCGTGCGAAGAAAGCCAGATAAACCCCGAAAGTCTGTTAATTTCATCCTTCAACCATCAATGGCTCGCAGCCATACAGCACCATTTTCCTACCTGTAAAATCGGAGCGCTTACTGCGAGCATTCACACCGATAGTTTAGCGTTTGCCGAAACCCTCGCTCCCTGGTCACTGCATGTCGCGCTGGATATTGTAGAGGCAGATTATGTAGCACAGGCTAAGTCCCGGGGCTATCAGGTATTTGTTTACACTGTGGATAACCCTGAGGATATGCTGTTACTACAAAGTTGGGGGGTGGACGCTATCTTTACTAACGTCCCGGATATTGCACTAGAGGTGTTGCTCCGATAG	MLVLAHRGASKAAPENTLEAFKLGFAMGAHGVEFDTYQIDHDIVVFHDRWLHRTSNGKGRVSDQSLSYLRSLDAGHGQKIPLLTEALRTIPENALCNVEIKGLTDVESWIASFNQACEESQINPESLLISSFNHQWLAAIQHHFPTCKIGALTASIHTDSLAFAETLAPWSLHVALDIVEADYVAQAKSRGYQVFVYTVDNPEDMLLLQSWGVDAIFTNVPDIALEVLLR	PGPT0018470_8441	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-GLYCEROPHOSPHOLIPID_REMODELLING	CE-REMODELLING_GPL_PHOSPHODIESTERASE_ACTIVITY,PGPT0018470-glpQ|ugpQ-K01126	NA	NA
AK237_01875	426			hypothetical protein	ATGTCTCAGATTCAGGATACAGACAATCCGACTAAATTAGACAGGCTGGGTATTTGGATATCCAGCCTGTGTGCGCTGCATTGTCTCGCCTTGCCGTTAGTGTTGCCTCTTATTCCACTGATAGGTTCGACATTCTTTGCTCAATTGTGGTTTGAGCGAACCATTCTCACTATCTCTATGCTTATCGGTGCCGTCGCATTGATAAATGGTGCTGTACGTTACCACGGGCAATATTACCCACTCGCATTATTATTTAGCGGTGGCGTAATTTACTGGTTTAAAGATATCTTTGGGCATCACTACGAACCATTTACTATTGCCCTGGGCGCCCTGCTTATTGTTGCCGGTCATTGGATTAATATGCGCTTGTGCCGGCAATGTCGTTGCTGTCGAAATACGGTACTGTCCCAACACCTTGCCAAATAG	MSQIQDTDNPTKLDRLGIWISSLCALHCLALPLVLPLIPLIGSTFFAQLWFERTILTISMLIGAVALINGAVRYHGQYYPLALLFSGGVIYWFKDIFGHHYEPFTIALGALLIVAGHWINMRLCRQCRCCRNTVLSQHLAK				NA	NA	NA	NA	NA
AK237_01876	837		COG2861	putative protein	TTGCTAAAAATTTGTTTTCTCAAAAGAACTGACCGTCAGTTGGTTGATTGGTTTGCGTTGTTTTGGGGTGTGTTGTTTGCACTCTTCTGTCTACCAGTCGCGGCTGCAAGTGTCCAACCAAAAATCGTCTTAATAATAGACGATATCGGACATCGCTACTCTGATCACCGGGCATTGAATTTGCCCAGAGAAGTGACGTTCTCGATTCTACCTGATGCTCCCTTGACAACCGAAATGTCCGAACTGGCTCATGCCCAGGGGCGGGATATAATGCTACACATGCCAATGGAATCGTTTGACGGCCAGGAAATGGGGCCCGATGGATTACGTGTTGGCATGTTTGAAACCCAAATGGAAACCCTGTTTGACAGAGCACTGGAAAGCGTTCCTTACGCTATCGGTGTGAATAACCATATGGGAAGCCGTCTAACCAGTATGTTTAATCCCATGCGATCATTTATGGATTTGCTCAAGCAACGAAATTTATTTTTTGTTGATAGCCGCACATCGGTAAAAACGGTAGCAGAGGAAGCGGCGCTGTATGCTGGCGTGCCTGTGGCACGGCGACACGTGTTTCTTGACCATGTCATCGATGAGACGGCCATTGATAAAGAGTTTGATCGATTGTTGCTGCTTGCCCGGGAGCAAGGAGTGGCTGTCGCCATCGCTCACCCTCATCGGCTTACCATGGATGTGCTGCAGAAACGGTTGCCGGAATTGCGGGAAATGGGGATCGCACTTACCTCTGTAAGTGAGCTATTTGAGCCAGAGCCGGCTATGGTAGCCAAGAAAATATCGGAAGAAACGTTAAGACAACATTTGGTCGCGCCGAATTAA	MLKICFLKRTDRQLVDWFALFWGVLFALFCLPVAAASVQPKIVLIIDDIGHRYSDHRALNLPREVTFSILPDAPLTTEMSELAHAQGRDIMLHMPMESFDGQEMGPDGLRVGMFETQMETLFDRALESVPYAIGVNNHMGSRLTSMFNPMRSFMDLLKQRNLFFVDSRTSVKTVAEEAALYAGVPVARRHVFLDHVIDETAIDKEFDRLLLLAREQGVAVAIAHPHRLTMDVLQKRLPELREMGIALTSVSELFEPEPAMVAKKISEETLRQHLVAPN				NA	NA	NA	NA	NA
AK237_01877	1251	envC	COG4942	Murein hydrolase activator EnvC	ATGGGCTTTGATTCGAGAAAGGCGCTGACAGAGGCACAAAAGAGCGTGAATGTAGGAACTTCTGAAGTGGTAAGTAAAAACTGTGCTGTTGTTATTATTGCAAACTCAGTCAGGCACTTGCGCGTGTATGCAGCAGGCGTGCTTACCTCGTTACTGATCACGCTTGCCGTTGTACCTGGCGTGTCGGCTCAGGAGCAACAACAGGCTCAACTTGCTGAGTTGCAAGCCGAATTAAAAGCGCGGCAAGCAACCCTTGCAGCCAACAAAGTAAATGCCAGCGAATTACAGGACGCACTTAAGCAATCTGAATTAGAGATAGCCTCCACGGCCAAGTCATTAAACAATACAACAAGTGAATTGGCCGATAATCGTGCGCAACAAGCAGAACTGGAAGCCGAGCAGCAGACATTGAGACGGGCGATTGTCCAGCAGCAATCTATGCTGGCAAGTCAGTTACGCAGTGCCTTCATGGCAGGTAATTACGACTATGCCAAGATGATGTTTTATCAGGATGAAGCGAGTACCTTTGAACGAGTGCTTACTTACTATCAGTATCTGAGCAAGGCGCGTTCTAAAGAGATCACGACGTTCCGGGAAAATGTTGAACAGTTAGTGCAAGTCAATGAAGCGCTGTCAGAGAAAGCACAAGCGTTAAACGCCTTACTTGCAGAGCAAAAATCGCAACAAGACGTGTTAATGGCACGCCAGCAGGACAGGGCAGAGACCCTTAAGAAGCTGAATCAAAAGATTGAGAGCGATGCGGCGAAAGTTAGCGAACTGAAACAAAACGAAGAGGCATTAGTCAGCGCCATAGAAGAAGCGCGTCGTCGCGCTGAATCAGCGAAGTCCGAGCTGGCAGGATTATCTGGTTACAAAGGAAAGCTGAGCAAACCGGCATCAGGACGGGTGCGTAACTTATTCGGGTCACGCCGCCAGGGCCAGGTTCGATGGAAAGGGATCATAATCGAAGGATCTGAAGGTAGTGCTGTTAAGGCGGTGTCTCATGGCCGCGTATTGTACTCAGATTGGTTGAGGGGATTCGGGTTAGTTACCATCATTGACCACGGCAAAGGATATATGAGCGTTTACGGACACAATCAGGCGTTACTCAAGCAAGCCGGGGATGCGGTAGCAGATGGTGAGACCATCGCGCTGGTCGGACAAAGTGGCGGGCAAAACTATCCTAATCTATACTTTGAGATCCGCCATAAAGGTAAAGCACTCAACCCCTCAAGCTGGCTGGATATCTAA	MGFDSRKALTEAQKSVNVGTSEVVSKNCAVVIIANSVRHLRVYAAGVLTSLLITLAVVPGVSAQEQQQAQLAELQAELKARQATLAANKVNASELQDALKQSELEIASTAKSLNNTTSELADNRAQQAELEAEQQTLRRAIVQQQSMLASQLRSAFMAGNYDYAKMMFYQDEASTFERVLTYYQYLSKARSKEITTFRENVEQLVQVNEALSEKAQALNALLAEQKSQQDVLMARQQDRAETLKKLNQKIESDAAKVSELKQNEEALVSAIEEARRRAESAKSELAGLSGYKGKLSKPASGRVRNLFGSRRQGQVRWKGIIIEGSEGSAVKAVSHGRVLYSDWLRGFGLVTIIDHGKGYMSVYGHNQALLKQAGDAVADGETIALVGQSGGQNYPNLYFEIRHKGKALNPSSWLDI	PGPT0023855_2074	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-PEPTIDOGLYCAN_REMODELLING	CE-PG_REMODELLING-MUREIN-ENDOPEPTIDASE_ACTIVITY|LIPOPROTEIN,PGPT0023855-envC-K22719	NA	NA
AK237_01878	426	yibN	COG0607	putative protein YibN	ATGGAACAGCTCATAGAATTTGCCGGCAATAATATGCTGTTAGCCGGTGCGTGGGTCGCATTGTTTGCTATGTTGATTTTCAGCTATGTCACAGGTTTCACATCACCAGTAAAAGAAGTCAGCACCCATGAAATGACGCAGCTGGTAAATAAAGAAGACGCCATTATTTTTGACACCCGTGCACCGAACGATTTTAAAACAGGCCATATTCTCGGCGCGCGTCAGATCAAACCTGAAGAAGTCAGAGCAAAAGACTTCAAAAAACTTGAAAACGTGAAAGACAAACCCATTATTGTTGTATGTGCAATGGGTAACAGCGCTCGCGGTATTGCTGCGGCCATGAATAAAGCCGGATTCGCTAACGTTAAAGTGTTAAAAGGCGGCATGAATGCATGGAATTCTGCAGGGCTCCCGGTTGCCAAATAA	MEQLIEFAGNNMLLAGAWVALFAMLIFSYVTGFTSPVKEVSTHEMTQLVNKEDAIIFDTRAPNDFKTGHILGARQIKPEEVRAKDFKKLENVKDKPIIVVCAMGNSARGIAAAMNKAGFANVKVLKGGMNAWNSAGLPVAK				NA	NA	NA	NA	NA
AK237_01879	258	grxC	COG0695	Glutaredoxin 3	GTGAGTAAAGTAGAAATCTACACCAAAGGGCACTGCCCTTACTGTCACCGTGCAAAGGCTCTGCTGGCGCACAAAGGCGTAGCGTTCGAGGAAATTGCAATTGATGTGAATCCCGAATTACGCGATGTAATGATAGAAAGAGCAAATGGCGGTTGGACAGTACCGCAAATTTTCATTAACGACACCCACGTTGGTGGATGCGATGACTTATTCGCTCTTGAGTCACAACAAAAACTCGATGCGCTGTTAGCGCAATAA	MSKVEIYTKGHCPYCHRAKALLAHKGVAFEEIAIDVNPELRDVMIERANGGWTVPQIFINDTHVGGCDDLFALESQQKLDALLAQ	PGPT0013201_4091	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-CHAPERONES,PGPT0013201-grxC-K03676	NA	NA
AK237_01880	513	secB	COG1952	Protein-export protein SecB	ATGGCTGAAGAAAATCAGAACACTAATGGCGCAGAGGCAGGCCAGCAAGCCCAGGGTCCTCAATTCAATATTCAACGCATCTATACAAAAGACATTTCTTTTGAGTCTCCGAATGCGCCAGCCATCTTCCAGAAAGAATGGAAGCCAGAGATTAAGTTAGACATCGACACATCTACCAACAAAATGGGCGAGAGCGCCTTTGAAGTTGTACTGTCTGTTACGGTAACGGCAACAGTAGGTGAAGAAACGGCATTCTTATGTGAAGTAGAGCAAGCGGGTATCTTTGTTATCGCGCCTGAAATGCCAGACCAGGCGAAAGCCCCCCTGTTAGGCTCTTACTGCCCTAACCTGCTTTTCCCTTATGCTCGCGAAGCAATTTCAAACCTGGTTAACCGTGGCACATTCCCGCCACTGAACCTGGCACCAGTCAACTTTGACGCAATCTTCGCTGCTTACATGCAAAAGCGTGCTCAGCAGGCACAGGAAGAAGGCGGCCAGAAGCTAGACGCTTAA	MAEENQNTNGAEAGQQAQGPQFNIQRIYTKDISFESPNAPAIFQKEWKPEIKLDIDTSTNKMGESAFEVVLSVTVTATVGEETAFLCEVEQAGIFVIAPEMPDQAKAPLLGSYCPNLLFPYAREAISNLVNRGTFPPLNLAPVNFDAIFAAYMQKRAQQAQEEGGQKLDA	PGPT0025745_376	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-SEC-SECRETION_PATHWAY	CE-SEC-SRP_CORE_COMPONENTS,PGPT0025745-secB-K03071	NA	NA
AK237_01881	1002	gpsA	COG0240	Glycerol-3-phosphate dehydrogenase [NAD(P)+]	ATGAACACGAGTTCAGTAACTGTATTAGGGGCGGGGTCTTACGGCACCGCCCTTGCTTTTTGCCTTGCCCGAAACAATAATCCCACCTTGTTATGGGGCAGAGACGAAGCACATATGCGCGCCCTGTCAGAGGATCGTGAAAACGCTCGATACCTTCCCGGCGCAACCTTTCCGGAAGCATTAACGGTAGAGCCCGACTTAGCCACTGCTGTGGCAAGTAGTCGCGATATTCTTATTGTTGTACCGAGTCATGCTTTTAAAGATTTACTCAATACCATTAAGCCAATGCTCCAACCTGAGCATCGGTTGATTTGGGCAACAAAAGGACTAGAGCCTGGAACGGGTCGTTTACTACGCGATGTAGCACTTGATGTATTGGGAACGCACTATCCCCTTGCGGTATTATCAGGCCCAACTTTCGCAAAAGAAATGGCAGCGGGTTTGCCTACCGCTATTTCGCTGTCATCTACCTGCGAGTCTTTGGTGGATGACTTTGCCCGTAAGCTCCATTGCAGCCGCTCATTTCGGGTGTATAAAAACCCGGATTTTATTGGCGTGCAATTAGGTGGCGCGGTCAAAAATGTTATTGCGATTGGCGCCGGGCTTGCCGACGGTTTAGGCTTTGGTGCCAATGCTAGAACGGCCCTCATCACTCGCGGTCTGGCGGAGCTGACTCGCTTAGGTGTTAAGATTGGCGCGCAACCAGAAACGTTTATGGGTATGGCCGGACTGGGTGATTTGGTTTTAACATGTACTGACAACCAGTCTCGCAACAGACGTTTCGGCTTAGCCTTGGGCAAGGGTCAGGATGTTGAGACGGCCATGCGGGCGATTGGACAGGTAGTAGAAGGCTATCGCAATACAGAAGAAGTGCACGCTTTAGCCAAGCAACACAATGTAGAAATGCCCATCTGTGAGCAGATTTACGCGGTACTCTATCATGGCAAACCACCTAAAGAGGCGGCACTTGCCTTGTTGGCCAGAGACTTAAAAAGCGAGTAG	MNTSSVTVLGAGSYGTALAFCLARNNNPTLLWGRDEAHMRALSEDRENARYLPGATFPEALTVEPDLATAVASSRDILIVVPSHAFKDLLNTIKPMLQPEHRLIWATKGLEPGTGRLLRDVALDVLGTHYPLAVLSGPTFAKEMAAGLPTAISLSSTCESLVDDFARKLHCSRSFRVYKNPDFIGVQLGGAVKNVIAIGAGLADGLGFGANARTALITRGLAELTRLGVKIGAQPETFMGMAGLGDLVLTCTDNQSRNRRFGLALGKGQDVETAMRAIGQVVEGYRNTEEVHALAKQHNVEMPICEQIYAVLYHGKPPKEAALALLARDLKSE	PGPT0024330_3122	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-GLYCEROPHOSPHOLIPID_REMODELLING	CE-REMODELLING_GPL_DEHYDROGENASE_ACTIVITY,PGPT0024330-gpsA-K00057	NA	NA
AK237_01882	1341	tdeA	COG1538	Toxin and drug export protein A	GTGGCAGCATTAATGTCGGGGTGTGCTTATACGCCTGCCGATCTGGAAGGTCAAAAATCCAAACAACAACCTGAAGTGTTTAACCTTTATACCGAGGAGGGTACTGCGGTAAGGGTAGAACAGAATTGGTGGCATGTTTTTCAGTCAACCGGTTTAGATACGCTGATGGTCAGGTTGATGGAGAGTAACTTAACGCTGGCGGAGGCATCGTTACGTGTACAGCGAGCCATGCTTATCTTACAGCAAAGTCAGGCTGATAATATCCCCGATGTTACTGCGAGGGTAAGTGGTCGTAGCGGTAAAGATTTGGACTCTGGCTATGAGTCCAATGGCGTTTCCGGCGGACTGGGTCTGAGTTACACCTTTGATGTGTGGGGAAGCCGTGAGGCTACGCAACTTGGCAATAAGCTTAGTATTGACAGTCAACGTTTTACTCAGCGTAATGCCGCGTTACAGGTGCAGGGCATGTTGGCCAGTGAATATTTCAATTTGCTCTCACTTGAACAGCGCTTAGCCATTGCCCGACAAAATTACGAGGCGGCAGACCAGTTATATCAACTGGTAGATATTCGCTTTCAGGAAGGCGATGCTTCTGGCATTGAAGTCAGTCAGCAACAAAATACGCTGATTAGTGCCCGTGGCGAGTTATTGCGCTTAAATAACCAGGCTACATTAAGTCGACGTGCAATTGGCGTACTACTCGGTGACGAAACATTAGAAGCTATGAATGGCGAGGAGAAAATCCAGTCATTAATGCTACCCGAGATCAAACTGTTTCAACCCGCAGCCGTGCTCAAGCAGCGGCCCGATGTACAAATTGCTGATATTGCACTGCAGCAGGCTGACATTGATGTTTACCTGGCCGGTATTCAGGGCCTGCCTGGGTTAAGTCTGAGTGGGGATGTATCGGTAAGTGATTTATTGGATCTGGCATCGGGTTGGAGTGTCAGCGCCGCATTGAGCAGTGCGGCGACCTTATTCGACGGTGGACGCATTAAAGCCGGTAAACAAATCGCTGATGTCGATTTACAGCTGGCCTGGAACAATTACCGTTCAACAACCTTAGCGGCTTCCCAGTCTTTACTCGATGCGCTGGATAACTATGCGTACTTAAAAGCGGCCTATGAGCTGGATGTGGCGTCTTTAGACAATAACGCGCGACTGTATCAGCTTGCAGAAATTCGCTACAAAGCCGGTGATACTGACTTCCTGAATTTGCTGAGTGCCCAGCGAAGCTGGTTTTCAGCGCAGTTATCGGTGATTACCAGTTACCAGCAGACATTAGCTGCGGCGGCAACGGTTTATCAACAAACCGGCGGTAAACCTGCGTTAGTAAATTAA	MAALMSGCAYTPADLEGQKSKQQPEVFNLYTEEGTAVRVEQNWWHVFQSTGLDTLMVRLMESNLTLAEASLRVQRAMLILQQSQADNIPDVTARVSGRSGKDLDSGYESNGVSGGLGLSYTFDVWGSREATQLGNKLSIDSQRFTQRNAALQVQGMLASEYFNLLSLEQRLAIARQNYEAADQLYQLVDIRFQEGDASGIEVSQQQNTLISARGELLRLNNQATLSRRAIGVLLGDETLEAMNGEEKIQSLMLPEIKLFQPAAVLKQRPDVQIADIALQQADIDVYLAGIQGLPGLSLSGDVSVSDLLDLASGWSVSAALSSAATLFDGGRIKAGKQIADVDLQLAWNNYRSTTLAASQSLLDALDNYAYLKAAYELDVASLDNNARLYQLAEIRYKAGDTDFLNLLSAQRSWFSAQLSVITSYQQTLAAAATVYQQTGGKPALVN	PGPT0009810_3413	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE	CE-BACTERIAL_FITNESS-MULTIDRUG_TRANSPORT-EFFLUX_PUMP_MexXY-OprM,PGPT0009810-toxI|oprM|oprM|emhC|ttgC|cusC|adeK|smeF|mtrE|cmeC|gesC-K18139	NA	NA
AK237_01883	1938	macB	COG0577	Macrolide export ATP-binding/permease protein MacB	GTGGCTAATGTTCCTTTAATTGAACTGGCTGATGTTACCCGTAGCTACCAAACAGAAGGGACAGAAGTTAAAGCGTTAGACGGCGTATCGTTACGAATTCAAAAAGGTGAGTTTGTCGCTATCATGGGACAATCTGGCTCCGGTAAGTCTACGTTAATGAATATTCTGGGCTGTCTTGATACGCCCACTTCTGGTAGCTACACCATTCATGGCCATGATGTAAACAAACTGTCGCAAGAACAGTTGTCTGCATTACGCTTGAAAACCTTTGGATTTGTATTTCAACGCTATCAATTGCTGGCGAGCCTAACGGCCACAGAGAACGTGGCATTACCGGCGATTTACAGCAATACCGATAAAGAGCTTCGAGAAAAGCGCGCCGCAGAGTTGTTAGGAAAACTGGGTCTTGGGGATCGTAAGGATCACCGTCCCGGGGAATTGTCTGGTGGACAACAACAACGTGTGTCGGTAGCGCGGGCATTAATTAATGGTGCTGAAGTTATTTTAGCGGATGAGCCCACTGGCGCGCTTGATTCAGCAAGTGGTGAGCAGTTGCTTAATCTGCTAAAAAGTCTTCATGGTGAAGGGGTTACGATTATTCTGATCACCCATGATCCTGCCGTCGCTGAGCACGCCGAGCGTCAGGTTCACTTGTTAGATGGAAATATCGTGTCTGATTCCGGCACAGTATCAAAGGTTGTGGCCAACGACGAATCACAAGCTTCATTGTCCATCAAGCCGTTTAAAAGTATTTCCGGCCTTGCCGCGTTAGGCATGGCCTTTTCGTCCCTTCGACTTAACTGGTTTCGTACCTTACTCACGCTGCTTGGCATCATTATAGGGGTTGCCGCGGTGGTTACCATGATGGCCATCGGCGAGGGTGGTAAGCAGGATGTTCTCAAACGTATCGAGGCGATTGGGACTAACCTCATTTCAGTGCGACCAGGTGGCAGAAATATGCGCAACTCTGGTGATGTTGCCACACTCACTTTGGCTGATGCTGACGCATTGCGGGATATTCCGGGTGTGACTTATGTCGCACCAGAACGGGCTTCCCGCAATACCATGCGGTACGGTGAAAATGACTTTTCAGGGCGTATTAAAGGGTCTACACCGGACTATTTACACGTGAAAGATTGGGAGATGGCACAAGGCGTCTTCTTTACTGACGAAGATGTACAAAACTATGCGCCAGTGGTCGTCATTGGCGATACCGTAGCAGAAACACTCTTTGAAGACAAAATGCGCGCGGTAGGTAAGTACATACTTATGTCAAATAGCTTATATCAGGTGATCGGCGTTTTAAAATCGAAGGGCGCGACTGCTGGCGGAAGCGATCAGGACGATGAGGTGCTTATCCCTATTACCACTGGCCGGTTAAAAGTGTTTGGTCGGGAATATCTAAGCGGGATCACCATCAAAGCGTCTGGTTCTGATGTCGCCTCGGACGTGAAAGATGCGGTGTTGGCTGTACTCACCGAACGACATGGCACAGAGGATGTTATGGTGTTTACGACTGACTCGCTTGTTGAAGCGGTGACCGAAACACAAAATACCCTCACCTGGTTGTTGGCCTCTGTAGCCGCAATATCACTGTTTGTTGGGGGTATTGGTGTGATGAACATCATGTTGGTGAATGTTTCAGAGCGTAAGCGTGAAATTGGCCTTCGTATGGCCACGGGCGCTAAACCCGCGGATATCTTGAAACAGTTTAATATTGAAGCGTGGGTGGTATGTATTTTAGGGGGCTGTATCGGGATATTGCTAGGCTATCTTGTTATTCTGATTGTGTCTCAGTTTTCTATTTCTGTGGCATACACTGTATTACCACCCGTATTAGCCTTTTTCACCTCATTGTTAGTGGGTGTCTTGTTTGGTTATGCGCCTGCACTCAAGGCTTCGCGCCTGAGCCCCATTGATGCGTTGTCAGAGGATTAG	MANVPLIELADVTRSYQTEGTEVKALDGVSLRIQKGEFVAIMGQSGSGKSTLMNILGCLDTPTSGSYTIHGHDVNKLSQEQLSALRLKTFGFVFQRYQLLASLTATENVALPAIYSNTDKELREKRAAELLGKLGLGDRKDHRPGELSGGQQQRVSVARALINGAEVILADEPTGALDSASGEQLLNLLKSLHGEGVTIILITHDPAVAEHAERQVHLLDGNIVSDSGTVSKVVANDESQASLSIKPFKSISGLAALGMAFSSLRLNWFRTLLTLLGIIIGVAAVVTMMAIGEGGKQDVLKRIEAIGTNLISVRPGGRNMRNSGDVATLTLADADALRDIPGVTYVAPERASRNTMRYGENDFSGRIKGSTPDYLHVKDWEMAQGVFFTDEDVQNYAPVVVIGDTVAETLFEDKMRAVGKYILMSNSLYQVIGVLKSKGATAGGSDQDDEVLIPITTGRLKVFGREYLSGITIKASGSDVASDVKDAVLAVLTERHGTEDVMVFTTDSLVEAVTETQNTLTWLLASVAAISLFVGGIGVMNIMLVNVSERKREIGLRMATGAKPADILKQFNIEAWVVCILGGCIGILLGYLVILIVSQFSISVAYTVLPPVLAFFTSLLVGVLFGYAPALKASRLSPIDALSED	PGPT0027920_1096	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-MACROLIDE_RESISTANCE,PGPT0027920-macB|ybjZ|pvdT-K05685	NA	NA
AK237_01884	1182	macA	COG0845	Macrolide export protein MacA	TTGTTTTTATCAGGATCGAACCGATGGGGAAAATGGTTGCTGCTACTCGTGATCGTTGTGGCGCCGGCGTATGCTGCCTGGAGCTTTTTCGGCTCACCCTCACAGAACACCGACGCATTACTTTTTTCCCATGTAGGGCGAGGCACGATAGAAAAAAACATTGTTGCGACAGGCCAGCTTGAACCAAAGCGCTATGTTGTCGTTGGCGCGCAGGTTTCCGGACAAGTTGAGAAAATCCATGTGGAAGAAGGTGACGTGGTCGAAAGCGGAGCGCTGCTAGTTGAAATTGACGCCACGGTATTTGAAACCCAAGTGCAAAATGCTGAAGCAGCACTGGAAGCGAAAAAAGCCAATCTCGCCCAGCTGCGCGCAGAGCGTGAGTTGGCAGTGTTGCGTGAAAAACGCAACGATAACCTTTTTAAACAAAATGCAGTAAGCGAAGACGTCGCTATCAGCAGCCGTATCGACGTAAAAGTGCTGGATTCAAAAATCACAGCCAGTATTGCTCAAATCAAAGCCGATGAAGCCTCGTTAGCTGGTGATAAGGCCACACTTGGTTTCGCCAAAATTTATGCCCCTATCAGTGGGACAGTAGCGTCCATTGCTGTACGAGCCGGGCAAACCCTTAATGCCAACCAAAATGCACCTGAGTTACTGCAAATCTCTGATCTGACGACAATGACACTGCGCGCTGAAGTGTCAGAAGCGGATGTGGAATCGATCAAAAAGGGCATGCCGGTGTATTTCTCGACCATAGGGAATACCCGCAAGCAATATCATTCTACAGTTCGTCAGGTTCTGCCTACGCCAACGATTATTAATGATGTGGTGTTGTATCAGGTGCTGGTGGATGTGGAGAATACCGAGGGCACCTTAATGGACTCGATGACGACTCAGGTATTCTTTGTTGAAGAAAAAGAAGAAGATACCCTGGTGGTTCCTCTGGCGGCAGTGAAAGGGCCGCCAGGACAAAAATTTGTGATGGTGCGTGAAGACGGTAAGCTGGTTAGAAAGCCCGTCAAAATGGGCGTAAGCAACCGCACCGAGGTACAAATTGTGTCAGGTCTTAGTGAGGGGGACGAGATAGTCGTCGGACAGACATCCGGTGCAGGCGGACAAAGCGAACGCGGCTTCGGTGGACCAATGGGGGGGCCTCCTATGCCCAGGGGGCCACGTGGCTAA	MFLSGSNRWGKWLLLLVIVVAPAYAAWSFFGSPSQNTDALLFSHVGRGTIEKNIVATGQLEPKRYVVVGAQVSGQVEKIHVEEGDVVESGALLVEIDATVFETQVQNAEAALEAKKANLAQLRAERELAVLREKRNDNLFKQNAVSEDVAISSRIDVKVLDSKITASIAQIKADEASLAGDKATLGFAKIYAPISGTVASIAVRAGQTLNANQNAPELLQISDLTTMTLRAEVSEADVESIKKGMPVYFSTIGNTRKQYHSTVRQVLPTPTIINDVVLYQVLVDVENTEGTLMDSMTTQVFFVEEKEEDTLVVPLAAVKGPPGQKFVMVREDGKLVRKPVKMGVSNRTEVQIVSGLSEGDEIVVGQTSGAGGQSERGFGGPMGGPPMPRGPRG	PGPT0027919_1142	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-MACROLIDE_RESISTANCE,PGPT0027919-macA|pvdR-K13888	NA	NA
AK237_01885	465	trmL_2	COG0219	tRNA (cytidine(34)-2'-O)-methyltransferase	ATGTTTGATATTGTGCTCTACCAACCCGAAATTCCCCCCAATACTGGAAATATCATCCGTCTTTGCGCCAATACCGGTTTTTCGTTACACCTCATTGAGCCGTTAGGGTTTGAGTGGGATGACAAGCGTGTACGCCGCGCAGGATTAGACTATCACGAGTTTGCCGATGTGAAACGTCACGCCAATTTAGACGCCTATCTGGACAGTGCCAAACCCAAGCGAGTGTTTGCCTGCACGACAAAAGGCAAGGCATTTCATAGTGACGTTCACTATCAGAAAGGTGATGCGTTACTGTTTGGGCCCGAGACACGAGGGTTGCCTGACGATATTATTAATGCGTTACCCCCTGAGCAGCGCGTGCGTATCCCTATGTTGCCTGATAGTCGTAGTATGAATCTCTCTAACGCCGTATCTGTGTTCGTTTACGAAAGCTGGCGTCAGATTGGATACGACGGGGCAAGATAA	MFDIVLYQPEIPPNTGNIIRLCANTGFSLHLIEPLGFEWDDKRVRRAGLDYHEFADVKRHANLDAYLDSAKPKRVFACTTKGKAFHSDVHYQKGDALLFGPETRGLPDDIINALPPEQRVRIPMLPDSRSMNLSNAVSVFVYESWRQIGYDGAR				NA	NA	NA	NA	NA
AK237_01886	204			hypothetical protein	ATGCAGAAATACGATTCATTAAAAACAATGCGCTTACAAGCGCCTAAAAATACGGAACTCTCTGCGGTATACGGACATGCAATAGACACATTTAGTCCCTTGTCAGATAAGGTGGTTGGATTTGTTGGCAATTCAGTTGCGCAACGACGCGCGCGGCGATGGGCGGCACAGGCACAGACGAATCGGGTGCTGAACGCACTGTAA	MQKYDSLKTMRLQAPKNTELSAVYGHAIDTFSPLSDKVVGFVGNSVAQRRARRWAAQAQTNRVLNAL				NA	NA	NA	NA	NA
AK237_01887	963	pldB	COG2267	Lysophospholipase L2	ATGGTCTGGACAATCTCCACAGAATCTGAGTTAACACAACAACCACGCCAAATACCTGATTTTTGGCAACGGAATGTCGTCACCGGGATGGTATCCGCTAAGGACGACATCCCGCTTGCTTATGCTTGGTGCGTCCCTAAGTCGGCGAAAGCCACGGTGGTCATCAGTAGTGGTAGAATTGAGGCGTATCTGAAATATCAGGAAGTTGTTTTCGATTTATATCGCAATGGATTTGCTGTGTTCATTATGGATCACCGTGGACAAGGATTATCGGGTCGAATGACAGATAACCCCCATCAGGGTTATGTAAGCGACTTTAACGATTACGTAGATGACTTACACCGGTTTGTTTCTCACGTTGTTATGCCCCATGCGCCTGATGGACCTCGCTACTTGCTAGGGCACAGCATGGGGTGTGCAATTGGTGCGCTTACCTTATTGCGCTTTCCTGATCTTTTTCAAAAGGTCGTCTTTTGCTCTCCAATGTTCGGCATTCGTCCAGCTCTTCCCAACTGGCTGGCACACTCACTTTTACGTGTTGTTTCCCGCCGCCATGCTAAAGCGGGTATACCGGCCGGATATTTCATCGGCCAAAACGATTACCGGCCTCCCGCATTTGAAGCGAACCGTCTGACTCATAGCGCCCTGCGGTATCAGTTATTCAGAACGCTTTATGCCGACAAGCCTGAAATACAACTTGGCGGCGTCACTGTGCATTGGTTACGCGCTGCGATTAAGGCCATGGACATCATTGAGCGTCAGTCCAGCCAGCTAAAGCAGCCTTGTCTGCTTTTGAGTGCCGGCGCCGATACTGTTGTGGATAATCGCCGCCAGAAACGGGTGGTGTCATCAATGCCCAACGTAGTATTTGAAACATTCAAAGGTGCTTACCACGAACTGCTTATTGAGGAAGATGCTATCCGTCAACCTGTTATGCAGCGTATTCTTGATTTTCTTGTCTAA	MVWTISTESELTQQPRQIPDFWQRNVVTGMVSAKDDIPLAYAWCVPKSAKATVVISSGRIEAYLKYQEVVFDLYRNGFAVFIMDHRGQGLSGRMTDNPHQGYVSDFNDYVDDLHRFVSHVVMPHAPDGPRYLLGHSMGCAIGALTLLRFPDLFQKVVFCSPMFGIRPALPNWLAHSLLRVVSRRHAKAGIPAGYFIGQNDYRPPAFEANRLTHSALRYQLFRTLYADKPEIQLGGVTVHWLRAAIKAMDIIERQSSQLKQPCLLLSAGADTVVDNRRQKRVVSSMPNVVFETFKGAYHELLIEEDAIRQPVMQRILDFLV	PGPT0023520_770	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-GLYCEROPHOSPHOLIPID_REMODELLING	CE-REMODELLING_GPL_LYSOPHOSPHOLIPASE_ACTIVITY,PGPT0023520-pldB-K01048	NA	NA
AK237_01888	1407	sasA_8		Adaptive-response sensory-kinase SasA	ATGAAATCATTTGTGCGTTTCAATCCTGCCCGGCGATTAGTCGGGCGTTTGTTTTTATGGTTCTGGATAACCTTCATCTTCACTGCGGTAGCGACCTACTACGCGGTGACTTTTTTTAATGAAGATGCTGAAATTCGAGCACCTCATCACCGGGAACTGAATACGCTTACCCGTACGGTGAAAATCATTTCCCGAATTATTGAGGAGGAAGAGCCGCAGTCTCTGCCAATGATTCTGGGGAAAGCTGACCGTATGAGTCGGCATATGGTGTTTGCCATTGATATCGAAACCGGGGAAGTCATCCGCGATGGTGGGCCACCGTTTCGGCGCAACGAAGAAAGAGAATTGCTTCGTCTTGTTGACCAGGTATCGCCGCTGGCTATTGTCCGCGGGAATTTTGAAACAGTCGGCCCTGCAAAAATGACTATTAACGGGAAAGAGGTGGCGCTATTTATCTCTCAACCCAATGGTCCACCGGATGGTCAACAGCCCCTTAAGTATTTCCTGGGGATAGCGTTAGTGGTTACGGTGATACTGTCCTATTTGTTTGCGCGCTCATTGGTGAAGCCAATCACACAATTGCAGGAAACCAGTCGAGAGCTGGCTTCGGGCAACTGGAAGGCGAGGGTAGAGGAACCGGCGTTGCGTCGGGATGAGCTCGGCGGGCTGTCCCGTGATTTTAATGCGATGGCCTCACAATTAGAGCAGCTTTGGTTAGGTCAGCAACGATTACTGGCCGATATCAGTCATGAGCTGCGGTCGCCTCTGGCACGGTTACAGATGGCGGTGGGGCTCGCTCACCAGCAAAATGTCGACCCGGCCGCGCTGGCCAGAATTGAGCGAGAGGCTGAAAGAATGGATCTGTTAATCGGACAGCTTTTAACCCTCTCCAGAGCTGAATCCGGTAAGCCTGAAATTGCGCCAGTGATGCTAACGATTTTGTTTTCGAGTACTTTTGCGGATGCCAGATTTGAAGCGACTAATAGTGGAAAACAACTTCACGTCTCCACGCTTCCCGAGCAAACGGTGTATGTGAATAGCATGCTACTTTGCAGTGCAGTAGAAAATGTCGTAAGAAATGCGCTGCGCTATGCGGAAAAAACGGTTTCGGTAGATGTCGCGATTAGAGGTGATAAATGGACTGTGGTCGTAAGCGACGATGGGCCAGGATTGTCTGAGCAGGAATGTGAGTCGGTTTTCGCACCGTTTTATCGCGCTAGTTTAGCCAGAGACAGAGAATCTGGTGGGGTAGGACTTGGTCTTGCCATTGCAAAAGCCGCAGTGGAAATGCATCATGGCGATATTAAAGCATCACGTAATACGTCAGGTGGGTTAGCCGTTACTATCACGCTACCGCTTGACGGACGAGAAACATGGTCTGGACAATCTCCACAGAATCTGAGTTAA	MKSFVRFNPARRLVGRLFLWFWITFIFTAVATYYAVTFFNEDAEIRAPHHRELNTLTRTVKIISRIIEEEEPQSLPMILGKADRMSRHMVFAIDIETGEVIRDGGPPFRRNEERELLRLVDQVSPLAIVRGNFETVGPAKMTINGKEVALFISQPNGPPDGQQPLKYFLGIALVVTVILSYLFARSLVKPITQLQETSRELASGNWKARVEEPALRRDELGGLSRDFNAMASQLEQLWLGQQRLLADISHELRSPLARLQMAVGLAHQQNVDPAALARIEREAERMDLLIGQLLTLSRAESGKPEIAPVMLTILFSSTFADARFEATNSGKQLHVSTLPEQTVYVNSMLLCSAVENVVRNALRYAEKTVSVDVAIRGDKWTVVVSDDGPGLSEQECESVFAPFYRASLARDRESGGVGLGLAIAKAAVEMHHGDIKASRNTSGGLAVTITLPLDGRETWSGQSPQNLS	PGPT0023495_62	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL_PEPTIDES,PGPT0023495-cpxA-K07640	NA	NA
AK237_01889	804	cpxR	COG0745	Transcriptional regulatory protein CpxR	ATGACACAGACCGTTTTCTCCATGTCGGTGTTACGTTCAATGTCATCAACTCACACCCAACGTTTTTTTAAGTCGCAAAATTTTGGAGGTAATGAGATGGTCGCACCGGCGACGAATCAGTCTATTCTGATCATTGATGATGACCGCGAACTGACAGATATGTTGAAAACGTATCTGGAAGCGACGGGCTATAAGGTTATGGTAGCTAATGATGGTTTCAGTGGTCTTGCTGCGGCAACATCTGGCGATTCGGTCGACCTTATTCTGTTAGACGTAATGATGCCTCAACTCGATGGTTTCGAAGTCCTGAAGAAATTACGCATCAGCCATTTAACGCCGGTATTAATGCTCACTGCCCGTGGTGACGATTACGATCGGATTTTAGGGTTGGAATTGGGGGCTGACGACTATTTGCCAAAGCCCTTTAATCACCGGGAGTTGGTCGCACGTATCAAGGCTATTTTCAGACGACTGGAGTTGTCTTCGCAGTCAAGGCAACAGCAAGACTTGTCAGTAAACCATATTGCATTGAGCATGAGCAGACAAACCGCAGCAAGTCACAATGTAGCGCTGACGCTTACCAATACAGAATTCGCGATTCTGCATTTGCTGATGATCAACGCCGGACAGTTAGTCACCAAAGACGATATCAGCCAGAAAGTGCTGGGTAAGAAGCTGCAAGCCTTCGACCGGAGTATCGATATGCACGTGAGTAATCTTCGTAAAAAAATTGCTGAAACCACAAATGATGAGAAAATTAAAACCATACGTGGGTCAGGGTATTTACTAAGATTAGCTTCATGA	MTQTVFSMSVLRSMSSTHTQRFFKSQNFGGNEMVAPATNQSILIIDDDRELTDMLKTYLEATGYKVMVANDGFSGLAAATSGDSVDLILLDVMMPQLDGFEVLKKLRISHLTPVLMLTARGDDYDRILGLELGADDYLPKPFNHRELVARIKAIFRRLELSSQSRQQQDLSVNHIALSMSRQTAASHNVALTLTNTEFAILHLLMINAGQLVTKDDISQKVLGKKLQAFDRSIDMHVSNLRKKIAETTNDEKIKTIRGSGYLLRLAS	PGPT0015100_118	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL_PEPTIDES,PGPT0015100-cpxR-K07662	NA	NA
AK237_01890	816			hypothetical protein	ATGAGAAAATTGTTATTGGCAGCGGTTATCAGTTCAGCGTTAGCAGGTGCTCAGGCCTTCGCTAAACCTGAACACGGTCCGCAGCGCCCCCTGTTTGACGATATGGATATGATTCATACATTGCACAAACTGGATTTAACGAAGGCGCAGCGTAAGTCTTTGCGACAACTGGTTCGTGAGTTTCACGACACACAGGACGACAATGACATGAAACGCGGCGACAGAAAGCGTTTTAAAGAAGCGCCGGCTCCCTTCGAGACCCTAACCAGCGAAGACATTGCTAGCGCTGCAGCATCGCGCTGGGAGGAAACAAAAACTCGCAGGCTTGCAGTGGCCAGTTTAAAACACGACATGTGGCTGCTGCTTACTGACGAACAAAAAGCCGCTCTTGAAAGTATTAACCTGGAACGCGAAGCGGCAATGGCTGAGCGCAAAGCGAACAGAGAGGAGCGCGAGCGCCCCGTTCCCTTTTCAGAGTTGGCGTTAAGCGATGAGCAAACGTCCACTATTACCTCGTTGATGGAGGCACAGAAAGCAAACGATGAGGAAACCCGCGCGTCGATGAAGTCGTTGCACGAAAAAGAGATGATGCTTATTCAACAAGACATCTTAGATGAAACTGCACTCTCTACGCTATACGACAGTTACGAAGACGTGGTGGTAGCTCAGGCTGTCGGCAGGGCACAAACACAGGCTAAATTGCTCGCCGTACTCACTGACGAACAGCGTGAAGAATTAACTGAAATACGTGAATTAGAAGGCCCTAAGCGCGGCAAACGAGGCGACCGCGACAGACATCACCATCCAATGAGCTAG	MRKLLLAAVISSALAGAQAFAKPEHGPQRPLFDDMDMIHTLHKLDLTKAQRKSLRQLVREFHDTQDDNDMKRGDRKRFKEAPAPFETLTSEDIASAAASRWEETKTRRLAVASLKHDMWLLLTDEQKAALESINLEREAAMAERKANREERERPVPFSELALSDEQTSTITSLMEAQKANDEETRASMKSLHEKEMMLIQQDILDETALSTLYDSYEDVVVAQAVGRAQTQAKLLAVLTDEQREELTEIRELEGPKRGKRGDRDRHHHPMS				NA	NA	NA	NA	NA
AK237_01891	411	mgsA	COG1803	Methylglyoxal synthase	ATGAATAGAAAAACGGTTGCGCTGGTCGCTCACGATCATAAAAAAGCTGAATTGCTGGCTTGGGTGAATAACCATCTGGACAGCATGCAAAAATGTGATTTAGTCGCAACAGGCACTACCGGAGGCTTAATTGCTGATGATACCGGTTTGGACGTAAAACGGTTTAAAAGCGGTCCGCTGGGCGGTGATCAACAAATTGGCGCGCTTATCGCGGAAGGTAAACTCGATGCGTTGATTTTCTTTTGGGACCCGCTTAATCCCGCGCCCCACGATCCAGATGTGAAAGCACTATTACGACTCTGCTCCGTGTGGAATGTGCCAGTGGCGTGTTCTTCGGCCACGGCAGACCTTATTATCACCTCGCCTTTATTTTTTGCTGAAGACTACTTACCCATCAAGCCACAATATTAA	MNRKTVALVAHDHKKAELLAWVNNHLDSMQKCDLVATGTTGGLIADDTGLDVKRFKSGPLGGDQQIGALIAEGKLDALIFFWDPLNPAPHDPDVKALLRLCSVWNVPVACSSATADLIITSPLFFAEDYLPIKPQY	PGPT0001780_999	DIRECT EFFECT	BIO-FERTILIZATION	POTASSIUM_SOLUBILIZATION	K-SOLUBILIZATION-ORGANIC_ACID_METABOLISM	K-SOLUBILISATION-LACTIC_ACID_BIOSYNTHESIS,PGPT0001780-mgsA-K01734	NA	NA
AK237_01892	126			hypothetical protein	ATGATTCAACCAACCAGCAGGCTCGACCAGCAGGTTGACAAGGTAAAACAGTTTAGCTCTCCCCTGGCTGGCTACACACTGCATAGAGTACACCGACGATTTGGTGTAAACGTGCTTTTGCGGTAG	MIQPTSRLDQQVDKVKQFSSPLAGYTLHRVHRRFGVNVLLR				NA	NA	NA	NA	NA
AK237_01893	1059	argC	COG0002	N-acetyl-gamma-glutamyl-phosphate reductase	GTGATTTTTTATCCCTCTACAGAATTAATTAAACCTATTATGTTAAAAGTATCAATTATTGGAGCCAGTGGTTACACCGGCGCACAACTCGTTGATTTAGTTCATCGTCACCCTGCTATGGATTTGCTGGGCACTTACGTTTCTGAAAACAGTGCCGACAGCAATAAATCCATTGCTGCGATCCACGGTCAGTATGCACATCTGAGCCGGTACATGCTTACGCCGATGAATGACAACACGTTAGACACACTGGCAGACACCATGGATCTGGTTTTTCTGGCCACACCGCACGAGGCCAGTCACGACTGGATGGCTGCACTGAGTAAAGGCAAAGCCAAAGTGCTGGATTTATCCGGCGCATTCCGCATTAAAAACACCGATGTATTTGAACAGTTCTACGGTTTCAAACACACCTCAGAGGCGTGTCTGGATAAAGCGGTGTATGGCCTTGCTGAATGGTATGCCAAGGACATTGCGGCAGCGAAAATCGTTGCCGTGCCGGGTTGTTATCCCACAGCTTCACTGACAGCGTTAAAACCTCTGGTGGAAAATGGTTTATTAGACAGTGCCGTACGCCCGGTTATTAATGCTGTTTCCGGCGTGAGCGGTGCTGGTCGTAAAGCAGCACTAAATAACAGCTTTTGCGAAGTAAGCCTGCAGGCTTATGGCGTTCTGGGTCACCGCCACACACCTGAAATTGAAGCATGGCTTGGTACCGGCGTTATTTTTACGCCACACCTGGGCAACTTCAAACGGGGCATTTTAGCGACCATTACCGTTAAACTTAAGCCTGGCGTGAGCGCCGAACAACTGACAACCGCTTATCATTCTTGCTATGAAGGTAAGCCTATCGTTCGTCTTCGCGACAGTTTTCCCAAGCTTGATGACGTAGTAAACACACCTTTTGTCGACCTGCACTGGAAACTCGATGCCCACTCAGGTTACGCGGTGATAACAAGCGCTATCGACAACACAATGAAAGGTGCCGCATCACAAGCTATGCAGTGTGCTAATCTGGTAAGCGGGCTACCTGTTTCACAAGGATTGATTGCAGAATGA	MIFYPSTELIKPIMLKVSIIGASGYTGAQLVDLVHRHPAMDLLGTYVSENSADSNKSIAAIHGQYAHLSRYMLTPMNDNTLDTLADTMDLVFLATPHEASHDWMAALSKGKAKVLDLSGAFRIKNTDVFEQFYGFKHTSEACLDKAVYGLAEWYAKDIAAAKIVAVPGCYPTASLTALKPLVENGLLDSAVRPVINAVSGVSGAGRKAALNNSFCEVSLQAYGVLGHRHTPEIEAWLGTGVIFTPHLGNFKRGILATITVKLKPGVSAEQLTTAYHSCYEGKPIVRLRDSFPKLDDVVNTPFVDLHWKLDAHSGYAVITSAIDNTMKGAASQAMQCANLVSGLPVSQGLIAE	PGPT0014251_2641	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-PROLINE_METABOLISM,PGPT0014251-argC-K00145	NA	NA
AK237_01894	765	argB	COG0548	Acetylglutamate kinase	ATGAGTTTATCCCCTATTGTTATTAAAGTAGGCGGCGCTTTGCTGGAAGACGAACAAGCGGCATTAGCACTGTTAACGTCAGTGGCTGAGGTAATGAAAAACCGTCCAGTCGTAGTGGTGCACGGTGGCGGCCCGCTGGTTGAAACACTGATGGCAGCACTTAATTTGCCCAGTCAGAAGATAGACGGTTTACGGGTCACGCCCGATGAACATATGCCTTACATTTGCGGAACCCTGGCTGGTAGTGCCAACAAGGCGTTGTGTGCTTTGGCTATACGCGGAGGTGTTACGCCGGTGGGGCTATCGCTTCTTGATGGTGACATGGTAAGTTGTGAGCCGCTGGATGAAAAATACGGCGCCGTGGGTGTACCTACCGCCAATAGTCCCAAATTGCTGGAATCACTTATCAGCCAGAACTTGTTGCCAGTAGTAAGTTCGATTGGTGCAAGCTCTCATGGCCGCTTACTAAATATCAATGCCGACCAGGCCGCAACGGTGGTAGCACAGCTACTCGACGGCGAATTACTACTCTTATCAAACGTTAAGGGTGTGCTTGATAGTAATAAGAATCTCATTAATAACTTAAACAAAGAAGAAATCGACAGCCTGGTAGCCGACGGTGTAATCACTGACGGCATGAAGGTAAAAACTGATGCAGCTCTGCTGGCGGCTTCCTCATTAGGACGCCCTGTCACCATCGCCAGCTGGGATGCCAGCATCAGTGACATTTTAAACAAGGATACCGGTACGCGCATCGCGCCATAG	MSLSPIVIKVGGALLEDEQAALALLTSVAEVMKNRPVVVVHGGGPLVETLMAALNLPSQKIDGLRVTPDEHMPYICGTLAGSANKALCALAIRGGVTPVGLSLLDGDMVSCEPLDEKYGAVGVPTANSPKLLESLISQNLLPVVSSIGASSHGRLLNINADQAATVVAQLLDGELLLLSNVKGVLDSNKNLINNLNKEEIDSLVADGVITDGMKVKTDAALLAASSLGRPVTIASWDASISDILNKDTGTRIAP	PGPT0014249_3981	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-PROLINE_METABOLISM,PGPT0014249-argB-K00930	NA	NA
AK237_01895	912	argF		Ornithine carbamoyltransferase	ATGAAACAGGATTTATTGTCCTTTGCTAACTGGACACCCGAAGACACGAAGGCGCTGTTAGATTTAGCCGTAACCATCAAACAAAACCCGGCGAAGTACAGCCAGGTACTGGCAGGCAAATCTGTTGCGGCACTGTTTGAAAAGCCTTCACTGCGTACCCGCGTAAGTTTCGATATCGGCATTAATAAGCTGGGTGGCCATATGGTTTACCTGGACGTACAGGGCGGCAAACTGGCCGGTCGTGAAGATAACGTAGACACCGCTGCCAATCTGGCATGCTGGGCAGACGCCATTGTTGCCCGTGTGTTCTCACACAGCACGCTGGAAGACTACGCAAAAGCAGCAAAAGTGCCAGTGATCAATGCGCTTTGCGATAAGTATCACCCGTGTCAGGGCCTGGCTGACTACCTCACCATGTTTGAAGCGTTCGGAAAAACCGAGGGGCTGACCATGGCTTATATCGGTGACGGCAACAACGTAACCCACTCATTACTGATTGTTGGCGCGCTGCTGGGCTGTAATCAGGTTGTGGTTACACCGCCTGGACACGAAGCCGATCCTGAAATCGTGGCGCAAGCACAGGATATCGCCGCTAAAACCGGCGTCAAAATCGTACAAAGCAACGATATTGATGCCGCTATCGGCGCTGATGTGCTTTATGCTGATACCTGGTTATCAATGGGCGATGACACGCCGCTTGATGCCATTAAAGATAAATTTATGCCCTATCAGGTTAATGAAGCCCTGATGGAAAAAACCGGCGCACAATATGTCATGCATTGTCAGCCTGCTCATCGCGATCTGGAAATCACCGGTTCGCTTATCGACAGTGACAAATCACTGCTGATGCAGGAAGCAGAAAACAGAATGCATGCCCAAAACGCAATACTGACCAAACTATTAGGTTCCTGA	MKQDLLSFANWTPEDTKALLDLAVTIKQNPAKYSQVLAGKSVAALFEKPSLRTRVSFDIGINKLGGHMVYLDVQGGKLAGREDNVDTAANLACWADAIVARVFSHSTLEDYAKAAKVPVINALCDKYHPCQGLADYLTMFEAFGKTEGLTMAYIGDGNNVTHSLLIVGALLGCNQVVVTPPGHEADPEIVAQAQDIAAKTGVKIVQSNDIDAAIGADVLYADTWLSMGDDTPLDAIKDKFMPYQVNEALMEKTGAQYVMHCQPAHRDLEITGSLIDSDKSLLMQEAENRMHAQNAILTKLLGS	PGPT0020080_4933	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
AK237_01896	1209	argG	COG0137	Argininosuccinate synthase	ATGAAAAAGAACGTGAATAAAGTCGTACTCGCATATTCTGGCGGGTTAGATACCTCGGCCATCATTCCATGGCTGAAAGAAAACTATGACTGTGAAGTGGTGGCATTTGCCGCTGATGTCGGTCAGGGTGATGAAGAACTGGTTGGCCTGAAAGAAAAAGCTATCGCTTCAGGTGCCAGTGAATGTCATATCGTTGATCTGAAAGAAGAGTTCGTCAGCGAATACATTTATCCGACTATCACTACCGGTGCTATTTACGAAGGTGAATACCTGCTGGGTACCTCTATGGCCCGCCCTGTGATTGCAAAAGCACAGGTAGAAATTGCCCGTAAAGTTGGCGCAGATGCGCTGTGTCACGGTTGTACCGGTAAAGGTAACGACCAGGTACGTTTCGAAGGTACATTTGCTTCTTTGGCTCCGGATCTACATGTTATCGCGCCATGGCGTGAGTGGGACATGGTTTCCCGTGAAGATCTGCTGGCGTACCTGGCAGAACGTAATATCAAAACGACTGCGTCTGCGACCAAGATCTACAGCCGTGATGCAAACGCATGGCACATCTCCCACGAAGGTGGTGAGCTGGAAGATCCATGGCAAGAGCCTACCAAACAGGTTTGGACACTAACTGTTGATCCGGAAGATGCGCCTGACCAGGCAGAACGTGTCACGCTGTCTTTCGAAGAAGGCCGTCTGACGAAAGTGAATGATGAAGCCCTGTCGCCTTACCAGGCACTGGTTAAGCTGAACACCATTGCTGCTGCACATGGCGTTGGCCGCATCGACATCGTTGAGAACCGTCTGGTTGGTATGAAGTCCCGCGGTTGTTACGAAACGCCGGGAGGCACAGTAATGGTAGCGGCGTATAAAGCGCTGGAAACCATGGTGCTGGATAAAGCCTCTCTTAAATATCGTGAACAGATTGGTCTGGAATACTCCCACGTGATGTACGACGGCCGCTGGTTCACCCCGCTAAATGATGCCCTTCTAGCCGGCGCTGCGTCTTTCGCTAAGCGCGTAACCGGTGACATCGTTGTGAAGCTTTACAAAGGTCAGGCAACCGTGACGCAACGTCGTTCACCAAACAGCCTGTACTCTGAAGATTTCGCAACCTTCGGTGCTGATGACGTATACGACCAGAGTCATGCTGAAGGCTTTATCCGCCTGTTCAGTCTGTCCAGCCGTATCGAAGCACTGAAAAAGCAGCAGTAA	MKKNVNKVVLAYSGGLDTSAIIPWLKENYDCEVVAFAADVGQGDEELVGLKEKAIASGASECHIVDLKEEFVSEYIYPTITTGAIYEGEYLLGTSMARPVIAKAQVEIARKVGADALCHGCTGKGNDQVRFEGTFASLAPDLHVIAPWREWDMVSREDLLAYLAERNIKTTASATKIYSRDANAWHISHEGGELEDPWQEPTKQVWTLTVDPEDAPDQAERVTLSFEEGRLTKVNDEALSPYQALVKLNTIAAAHGVGRIDIVENRLVGMKSRGCYETPGGTVMVAAYKALETMVLDKASLKYREQIGLEYSHVMYDGRWFTPLNDALLAGAASFAKRVTGDIVVKLYKGQATVTQRRSPNSLYSEDFATFGADDVYDQSHAEGFIRLFSLSSRIEALKKQQ	PGPT0020130_3735	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_UTILIZATION	PLANT_DERIVED_ASPARTATE_DEGRADATION,PGPT0020130-argG-K01940	NA	NA
AK237_01897	1383	argH	COG0165	Argininosuccinate lyase	ATGGCATTGTGGGGCGGCCGTTTTGCGGCAGGCAGTAGCAACATGTTCCGGCAGGTGAATGATTCCCTGCCGTTCGACAGAGTAATGGCAGCACAGGATATCCAGGGCTCCATTATCTGGTCACGCGGTCTTAAGAAAGCCGGTGTACTGACTGAAGACGAACAGGCGCAGTTAGAGTCTGCCCTGTCTGAACTGAAAGTACTGGCGGAAAAAGGCGAGTTAGATTTCGACGCCAGTCCGGAAGAAGACATTCACAGCTTCGTGGAAGCGGCACTTATCGATAAGCTGGGTGACATTGGTCGTAAACTGCACACAGGTCGCAGCCGTAACGATCAGGTCGCGACAGATTTTCGTTTGTGGGTCCGTGAACACGTCGACTCGTTGAAAGCTGACTTAAAAACGCTGATCCGCTCATTGCTGAATACCGCGAGCCGCCACCAGCAAGCCATTATTCCGGGGTACACCCACTTACAACGTGCCCAGCCCATTCATTTTGCCCACTGGTGTTTAGCCTATGTGGAAATGTTCAAGCGTGACCTGGCACGGATGAAAGATCTGAAAAAGCGCATGAACCAGTGCCCACTGGGCTCCGGTGCGCTTGCAGGTACCACCTACCCGGTTGACCGTTATGAACTGGCGGAAGAACTGGGTTTTGATTCACCCTGCCTGAACAGCCTGGATGCAGTGTCAGACCGTGACTTCGTACTGGAACTGCTGTTCTGTGCGTCCACTAGCATGATGCATATTTCCCGTATGGCTGAAGATCTGATTTTCTACAATTCAGGTGAAGCAGGCTTCCTGCAACTGGGTGATGCGGTAACTTCCGGCTCGTCACTGATGCCGCAGAAGAAGAACCCTGATGCGCTGGAACTGATGCGTGGTAAATGCGGACGAGTTTTTGGCAGCCTGCAAGGCCTGCTGGTTACCATGAAAGGTTTGCCGCTGGCATACAACAAAGACATGCAGGAAGACAAAGAAGGTGCCATTGATACCGTAAACCAGTGGCATATTTGTCTGTGTATTGCTGTTGAAGTACTCGACTCACTGTCGCTGAATGAAGAGCGTTGCCGTGAAGCCGCCCAGCAGGGCTATGCTAACGCCACCGAACTGGCCGATTATCTGGTAGGTAAGGGCATTCCGTTCCGCACCGGCCATGATATTGCAGGTAAAGTGGTGCTGGCAGCCATCGACAAAGGCTGTGCCATCGAAGATTTACCGCTGGCTGATTTACAGGCTATCTGCGATAAAATCGAAGACGATGTGTATCCGGTACTGCAACTGGAATACGGCGTTAACCAACGCAATATTCTGGGCGGCACCAGCCAGGAAACAGTGACCAAAGCACTGTATCAGGAGCTGGAAAATCTGGATAAGCTGGGGTAA	MALWGGRFAAGSSNMFRQVNDSLPFDRVMAAQDIQGSIIWSRGLKKAGVLTEDEQAQLESALSELKVLAEKGELDFDASPEEDIHSFVEAALIDKLGDIGRKLHTGRSRNDQVATDFRLWVREHVDSLKADLKTLIRSLLNTASRHQQAIIPGYTHLQRAQPIHFAHWCLAYVEMFKRDLARMKDLKKRMNQCPLGSGALAGTTYPVDRYELAEELGFDSPCLNSLDAVSDRDFVLELLFCASTSMMHISRMAEDLIFYNSGEAGFLQLGDAVTSGSSLMPQKKNPDALELMRGKCGRVFGSLQGLLVTMKGLPLAYNKDMQEDKEGAIDTVNQWHICLCIAVEVLDSLSLNEERCREAAQQGYANATELADYLVGKGIPFRTGHDIAGKVVLAAIDKGCAIEDLPLADLQAICDKIEDDVYPVLQLEYGVNQRNILGGTSQETVTKALYQELENLDKLG	PGPT0014242_16	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-PROLINE_METABOLISM,PGPT0014242-argHA-K14681	NA	NA
AK237_01898	1230	argA	COG0548	Amino-acid acetyltransferase	GTGCTGATGTTTGGCGGTGAGGCCATCGAACAGAGTAACTTTGCCAACATTATTCACGATATCGCCCTGCTCGCCAGTTTAGGTGTACGTCTGGTTCTGGTACACGGTGCCCGTCCGCAAATTGACGAACGTGTAAATCTACGGGGAATAGACAGTCGCTTCCATGACGACATCCGTATTACCGACAAGCAAACACTGGAATGTGTAAAAGATGCTGCCGGTTCAGTGCGTAGTCACGTAGAAGCCCTGCTGACCATGGGACTCCCGAATTCTCCTATGCATGGCGCACAAATTCGTGTGTGTACCGGTAATCTGGTTGTTGCTAAACCCATGGGCGTACGTGGTGGTATTGATTACGAAAATACCGGCCTGGTGCGCCGGATTGATACCACGGGTATTAATGACCATCTGAATGACGGCTCGATTGTTCTGCTTTCGCCTATGGGATATTCCACCACCGGTGAAGTATTCAATCTGTCTCACGAAGACGTGGCGACGCAGGCTGCAATTGCGCTTAAGGCCGATAAAATTATCGTTTTCTCAAAAGACGACGGTATTCGTCATAACGATGGCAAATTACTGCGCACCATAGAACGTCCGCAGCTGGAAGAGCTCATTTTTGAAGAGCAAATTCAAACCGAACATACTGTCCTAAGCGCCTTGACCACCAGTGTAGCTGCCGGTATTCCCCGCGCTCACTGCATCAGCTATGAAACTGACGGCGCCTTATTGCAGGAACTGTTTACCCGGGACGGCGCTGGTTCGTTAGTGTTGGAGCATCATTACGAACAACTACGTGGCGCTACCATTGAAGATGTGGGCGGTATCATTAACCTCATCAAACCGCTGGAAGAAAGTGGCGCGCTGGTGAAACGCTCCCGTGAACGCCTTGAGAATGAAATCAATCAGTTCATTATCATTGTGCGTGACGGCATGATCATCGCCTGTGCGGCGCTGTATCTGTATCCGGAAGAAGGCAAAGCGGAGCTGGCTTGTGTGGCAACACACCCTGACTATCGCGGTAAAAACCGGGCTGAGCGTATCCTCGAAGAGGTGAAGCGACGTGCGCTGGACTCGGGTATTCATACCTTGTTTGTACTAACTACGCTGACAGCACACTGGTTTCTGGAACACGGTTTCCGTCCTTCAGATCTCGGCGAACTGCCGCAGGCGAAGAAGGAACTGTATAACTTCCAGCGTAACTCGAAGATTTTCACCCTCGGGCTGTAA	MLMFGGEAIEQSNFANIIHDIALLASLGVRLVLVHGARPQIDERVNLRGIDSRFHDDIRITDKQTLECVKDAAGSVRSHVEALLTMGLPNSPMHGAQIRVCTGNLVVAKPMGVRGGIDYENTGLVRRIDTTGINDHLNDGSIVLLSPMGYSTTGEVFNLSHEDVATQAAIALKADKIIVFSKDDGIRHNDGKLLRTIERPQLEELIFEEQIQTEHTVLSALTTSVAAGIPRAHCISYETDGALLQELFTRDGAGSLVLEHHYEQLRGATIEDVGGIINLIKPLEESGALVKRSRERLENEINQFIIIVRDGMIIACAALYLYPEEGKAELACVATHPDYRGKNRAERILEEVKRRALDSGIHTLFVLTTLTAHWFLEHGFRPSDLGELPQAKKELYNFQRNSKIFTLGL	PGPT0014243_1099	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-PROLINE_METABOLISM,PGPT0014243-argAB-K14682	NA	NA
AK237_01899	855			hypothetical protein	ATGTTTATCAGAGTTTTGATTTTTTCACTTTTCAGTTTTTCTCTTAGTCACGTTTCACCAGTAAACGCGCAACCGGATCTTACAATAACAACCGGTAAAACAGTGGCTGATACCGGCGCCCCCGGCTACCGCTTCAAAAGGTTAACGTTCCAGATCCCTGATGCAACCCCCAGTGGCGAAGCACAGCACTACCGAATAAATCTGGCAATCCCAACAACAACAGCGCCTGCAAACGGTTTTCCTCTTCTCATTATGCTAGATGGCAATGCGGCGTTAATGGAAGTAGATGCTGAACTACTAGGCAAGTTTGGGGCAAGTGAGCGCCCACCAGTACTCGCCTTTTTGGCGCACGACAATGACTTAAGGATTGATGGTAATGCAAGAGCTTATGATTACACGCCAGTTGTTTCTCAAACCGACTTAACCGAGCGAGAACAGCGCCCGGGAAGAGAATATGGTGGCGCAGATAAATTCCTGGCTTTCATTATAGACACTGCCATTCCTGCTATTGCCAAAAGCGCTCCGGTAGACCAGCAAAATCTGGGACTATGGGGACATTCTTATGGTGGCCTTTTTGTACTCCATACGCTCTACACCCACCCGGAAAGCTTTCACTTTTATGCCCCTGTCGACCCTTCGCTGTGGTGGGGAAATGGATACATTCTTAGTGAAGAAAAGACATTTACACAAAAGCGTGCAGACCTGAGCAACAAGGTCCTGTTCACACTGACTGGTACCGGCAACAACGAAAAGAAACGTCCTCACCCGAATAGAGATGTAGCAACAATCGCCGCGGTGTATAAAGCGCGGGAAGCGGTGCCGCAAGGTGAAGCGAAAAATATGATTAACAGATAA	MFIRVLIFSLFSFSLSHVSPVNAQPDLTITTGKTVADTGAPGYRFKRLTFQIPDATPSGEAQHYRINLAIPTTTAPANGFPLLIMLDGNAALMEVDAELLGKFGASERPPVLAFLAHDNDLRIDGNARAYDYTPVVSQTDLTEREQRPGREYGGADKFLAFIIDTAIPAIAKSAPVDQQNLGLWGHSYGGLFVLHTLYTHPESFHFYAPVDPSLWWGNGYILSEEKTFTQKRADLSNKVLFTLTGTGNNEKKRPHPNRDVATIAAVYKAREAVPQGEAKNMINR	PGPT0003240_13	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_IRON_RESISTANCE	IRON_RESISTANCE-ENTEROBACTIN|ENTEROCHELIN_METABOLISM,PGPT0003240-pfeE-K23722	NA	NA
AK237_01900	903			hypothetical protein	ATGATGTTGAGATACCTGTTCGCCCTGGTAGGGCTTATCACGTCAATTGTAGGCATATTTGCACTCACCGCTGTTTACGATTTGTATAGTAAAAAACGTGTCGATATCGATCCGCACTTACGAGAGATTTCGGGTATCGAATTTGATAAGAAAAATCGTCTCTGGGCCATTAATGACGGGGGCGATGAGCCTGCACTTTATCAGTTAGGTGATGAGGGCGAAATTGTCAGAAAAATTGTTGTTTCAAATGCCAGGAATATTGATTGGGAAGATATGACTCAAGATGCATTCGGGCATTTCTTCCTGGGTGACTTTGGAAACAACATGCAGTCACGGAAATGGCTGACAATCTACAAGATTGAAAATCCTATCGACATAAAAGGCGATACTACCGAAGCGGAAATCATCAAATTCACCTATCCGGAAATGGATGGTTCGCCGATCCTGCCGCAACACTGGAATTTCGATTTAGAAGCCTTCGTAGAGTTTGACCATAACCTTTATTTGTTTACCAAAAACCGTACTATCCCTTTCGACGGGCTCACTAACCTTTATAAAATTGGTGACTATGCGGCCAATTTTGAAGCTGAGCTTCTGGGATCTTTTCAAACCTGTACCACGCTGGAAAAGTTGTGTTGGATAACGTCCGCGGCACTCAGTCCCGATCGCGATATGCTGGTACTGCTTGATTCAACCAGCTTGTGGCTGTTCGAGAATTTTGAGGAAGACAACTTTTTTTCAGGTGACGTATCACGCATTGATTTAGGTATTGTTACGCAAAAAGAAGCCGTCGCTTTTTACGACGATAATACCCTGGTACTGACCGATGAATCGTTTAATGGCATAGGCGGTAATGCCTATGTCATTAAACTGGACGAAATGGAAATTAAGAAAGTTCGCTAG	MMLRYLFALVGLITSIVGIFALTAVYDLYSKKRVDIDPHLREISGIEFDKKNRLWAINDGGDEPALYQLGDEGEIVRKIVVSNARNIDWEDMTQDAFGHFFLGDFGNNMQSRKWLTIYKIENPIDIKGDTTEAEIIKFTYPEMDGSPILPQHWNFDLEAFVEFDHNLYLFTKNRTIPFDGLTNLYKIGDYAANFEAELLGSFQTCTTLEKLCWITSAALSPDRDMLVLLDSTSLWLFENFEEDNFFSGDVSRIDLGIVTQKEAVAFYDDNTLVLTDESFNGIGGNAYVIKLDEMEIKKVR				NA	NA	NA	NA	NA
AK237_01901	2157	fcuA_1		Ferrichrome receptor FcuA	ATGACTTTAAGGATTAATATGAGGAAGCAAAGTTTTAAAAAATCAACTTTAGCGCTGGTAGGCTGTAGTGCAATGAGTGTGAGTCCGCTCATCGTTCATGCTCAGGAAAAACCAGCCAATGAAGACAGCGTAGAAGTCATCTCAATCGTCGGGCATAAACTGACTGAATTTTCACAGCAAAACGACGGTGGTGCACTCGGGAAACGTTCTATCCAAAATACACCTTTTTCAGTCGATGTTATCTCTTTAGAAGATATGGAGATCAGACAGGTAAATACGCTCAGTAGTTTGTTTAGTCGTGAAGCATCGGTGTCTGTTGATGGTAGTGCCTACAGCTCTTTCGGTGACACTATTCGAGTCAGAGGTTTACCTCTGGACTATACCCAGAGCTTTAAAGTCAACGGCATGTCAATCAACAGTTTTAGTGGTGAAATGCCCTATGAAGCTTTTGAACAGGTTACGCTGATTAAGGGGGCGACAGGATTCATGTACGGAATGGCTGCGCCCGGAGGTATCGTCAATTATGTTACCAAACGCGCTTCATCTGATGCTCTGAGTATGAATGTAGGGTGGCGAAGCGATAGTGTTTTCAGCGGTCACGTTGATGCCAGCACCCGCTTTGGAGACGGAGATGCTTACGGCCTGCGCGTTAATTTGGTAAAAGAGCATGGCGATACCTATCTGGATAACGGTGGGATCGACCGGGAAACGGCTTCTTTCGCCTTTGATGCGGCGATAACGGATTCTTTACTTTGGACGGTTGATTTCATCTACAGTGATCGACTTATTGAAAACTCCTGGAACCGCTTTACTGTATCTATGGATGCAGATGAGCCCCTTCCTCAAACCGTAAGTGGCAGCAGAAATCTCGCAGTACCAGGTACGTATGACGGTTACACAAACTACATCGCTATTACCGGGTTAAAGTGGAATATTGATGACAATTGGCAGCTCAAGGTTGACTATGATCATTCAAAGAATGAAACCAGCTGGATAAAGAGCCTGAACTACCTGCTTAATGGCGACGGTGATTTAGATATAATGACTTACGAGCAGTTCTTTGACGTCGATTACGATCAACTGCAAGGTCTTCTGACCGGTAGTGTATTAACGGGTGGCGTTAAACATAATCTGGTAATCGGAGCCTCCTATCAGGAAGCCACAACTTATCGAAATGATGGTGGACAATTTGGCCGCCTGGTAACCAGAAATTATGCGTTAAATAACCTCTTTGAACAACGCGATCTTCCAACCTATATTCCGTCTTTGCAGAAAGATCTTGCGGTTGCATGGACTGATACCCAGCGTTCTTTTTTTGCCAGTGATTTTGTCGAATTGTCAGAGGAATGGGAGGTATTACTGGGGCTACGCTCAAACGCCATTGACCATGAGGTGAGTGAGTATTTTCTTTCATTTCAGGATAATTACGAAGACACTGCGCTCTCGCCGACATTTGCATTGATGTATAAGCCAGACACCAACACAACGTTCTACGCCAGTTATGTAGAATCGTTTGAAGGTCAAACATCTGCCGTTGGGGAGGAATATGCCAATGCCAATGAATTACTGCCGCCACTGGAAAGTCTGCAATACGAGTTGGGGGTAAAAACGGCGGGGGATGGGTGGTCCCTGAGTTCCGCATTGTTCAGAATTGAGCGTGGTGCCACATTAGTAACAGAAACTAACTATTTGGTGCAGGAAGGAATATCACTCTATCAGGGCATTGAGTTCAGCGGTGCTTACGAATTGACTGACAATCTTTCTTTGTATGGTGATGCAATGTTTCTGAGTGCGGAATACGATAAAACGACCAGCAATCAGGGCAACGACGTCGCTGGCGCACCTGATAAGCAATTTACCATTCAAACTAACTACAATGTTGCATCTGTACCTGGATTGACTGTGAATTTTGGTGGTAAGTTCCATGGTGAAACTGCATTGAACGCAGCGAACAACTGGGAAGTACCTTCTTATACGCTGGTTTACGGTGGGGTAAGCTACTCTACTGAAGTGAATGGTAATGCAGTAACACTTATCGGCTCAGTCGATAACTTGCTCGACAAAGAGTATTGGGCGGTAGGTGATTCTTATGGTGGTGGTAACATGCGGATAGGTGAGCCTCGTACTATCGCTGCAAAGATTATGGTTGATTTTTAA	MTLRINMRKQSFKKSTLALVGCSAMSVSPLIVHAQEKPANEDSVEVISIVGHKLTEFSQQNDGGALGKRSIQNTPFSVDVISLEDMEIRQVNTLSSLFSREASVSVDGSAYSSFGDTIRVRGLPLDYTQSFKVNGMSINSFSGEMPYEAFEQVTLIKGATGFMYGMAAPGGIVNYVTKRASSDALSMNVGWRSDSVFSGHVDASTRFGDGDAYGLRVNLVKEHGDTYLDNGGIDRETASFAFDAAITDSLLWTVDFIYSDRLIENSWNRFTVSMDADEPLPQTVSGSRNLAVPGTYDGYTNYIAITGLKWNIDDNWQLKVDYDHSKNETSWIKSLNYLLNGDGDLDIMTYEQFFDVDYDQLQGLLTGSVLTGGVKHNLVIGASYQEATTYRNDGGQFGRLVTRNYALNNLFEQRDLPTYIPSLQKDLAVAWTDTQRSFFASDFVELSEEWEVLLGLRSNAIDHEVSEYFLSFQDNYEDTALSPTFALMYKPDTNTTFYASYVESFEGQTSAVGEEYANANELLPPLESLQYELGVKTAGDGWSLSSALFRIERGATLVTETNYLVQEGISLYQGIEFSGAYELTDNLSLYGDAMFLSAEYDKTTSNQGNDVAGAPDKQFTIQTNYNVASVPGLTVNFGGKFHGETALNAANNWEVPSYTLVYGGVSYSTEVNGNAVTLIGSVDNLLDKEYWAVGDSYGGGNMRIGEPRTIAAKIMVDF	PGPT0003790_21035	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0003790-hutA|fatA|fct|foxR-K02014	NA	NA
AK237_01902	1557			hypothetical protein	ATGCACGTGTCTTTTTACCTTCGATGCTTTATTTCTCTCTTTTGTAGTCTTCCCTTCGCAGCAAACGCGCTTTCTGACCCCTATATTCATTCTCGGTGCGGTAACTATTCTGTCGACGCTGAAAAAGGAAGCTATATCAGTGCAGAGATAATGTCCGATGATGCATCGGAAGTATACTTACTTGATAGTAACGGGCAGAGAAGCAGGCGGTTAGTGAAAAACACAGGTTACAAAACGCCAGCCCATTTTGTCGCAACGTATAACAATCCGATGCTTAGTTACGCAGGGTGTTCAACCAAAATCTCCATAAAGCGGATCGTGACAGCCAGTGAACAGGAAAGCTATCAACCCACCTTGACCAGTCGGTTGATGGATACAGCTCTTCAGCGCCTCCATGCCGGAGATAGTACTGAAGATGTCTGGGAAGCAATAAGCGCAAACAGATTCCCGCTTCAGGAGCCGGACGGCGACAACTTACTATTGACGTTTGTTTATCGTGGAGCGAAAAACAATGTGTTGATTTTTGGCGCTCCCTCTAACGACCATGGATGGATGAAGCGGTTAGGTAATACCGATATCTGGTTTAAAAGTTACAGCGTGCCATCCGATACCCGTCTCGCTTACCAGTTAGCACCCGATGTTCCTGAATTTAACGGGACGGCGAGGGAGCAGCGCGTGGCGCTGATGGCTAAAGCGCAGCGAGATCCTCTTAATCCTTTAAGCTGGCCAGTTAATGCGCCAGATCTGTTTCACACCAATTCAGTGGTTAGTTTGAGTGATGCGCCTGAGCAAGTAGGCGTGATTCATCAAGGCAACAGTACCACTCCTTCCTTTGAGTTTGCTTTCGACAGTGAAATTCTGGGTAACTCTCGCAAGGTGAGCGTATATTCTTTTGGCGACACAAAACGTGCTAACGCCATTCAGCTCGTATTATTTGATGGTCCCAGGTTCATTGAGTTATCGCAAATGCCCGCTATTCTCCAGGGGCTTGTCGATGAGCAGAAACTGCCTCCTGTAGAAGCCGTTTTTATTGATAATCTGGATAGTAAAACCCGGGGAGAAGAGCTTCCTGATAATGCTGACTTCACCCGTATGCTCACTGATGAGTTACTGCCTCACATCGCTAAACTCACACATACCACATTAACATCTGAAAGGCGGGTCGTAGCAGGCTCAAGTTACGGTGGCATTGGGGCGTCAACCACTGCATTCAGAGCGTCCTCGGTGTTTGGGAACGTAGTATCGATGAGTGGTTCTTACTGGTGGTCGCCTCACCGAGGTGATGTGTCAGAAACGCATTATTATGTTTCTGACTTATTTGCCGCGGAAAAGCAGTTGCCTATTCGCTTTTTCATTAGCGCAGGAAAATTTGAATACACAAGAAATGGCAGTAAAGATATTTTAGATGGCAGTCGTCATTTACGGGATATCCTTACACTTAAAGGTTATGACGTGCATTACACAGAATATTCTGGGGGGCACGATTATCTGGTTTGGCAAGGAGCGCTTGTCGACGGTTTGCTCGCCCTGTTTTCGAAAAATAGTACAGTACCGTAA	MHVSFYLRCFISLFCSLPFAANALSDPYIHSRCGNYSVDAEKGSYISAEIMSDDASEVYLLDSNGQRSRRLVKNTGYKTPAHFVATYNNPMLSYAGCSTKISIKRIVTASEQESYQPTLTSRLMDTALQRLHAGDSTEDVWEAISANRFPLQEPDGDNLLLTFVYRGAKNNVLIFGAPSNDHGWMKRLGNTDIWFKSYSVPSDTRLAYQLAPDVPEFNGTAREQRVALMAKAQRDPLNPLSWPVNAPDLFHTNSVVSLSDAPEQVGVIHQGNSTTPSFEFAFDSEILGNSRKVSVYSFGDTKRANAIQLVLFDGPRFIELSQMPAILQGLVDEQKLPPVEAVFIDNLDSKTRGEELPDNADFTRMLTDELLPHIAKLTHTTLTSERRVVAGSSYGGIGASTTAFRASSVFGNVVSMSGSYWWSPHRGDVSETHYYVSDLFAAEKQLPIRFFISAGKFEYTRNGSKDILDGSRHLRDILTLKGYDVHYTEYSGGHDYLVWQGALVDGLLALFSKNSTVP				NA	NA	NA	NA	NA
AK237_01903	531	ygjV		Inner membrane protein YgjV	ATGACTTTTCCTGAATTTAACTTTGCCCAGGCAGTGGGCTTGCTGAGTTTTATACTGGGCATTTTGTGTTTTTATCAAAAAGATGATCGCCGGCTTAAGCTCATGATGGTGATCATGAATCTTAACCACGCCTTTCATTTTTACTTACTCGATGCGCTAACAGCGACTGTCAGTGCAATACTTTCAGTTTTTCGCACCGGCTTAGCGTTAAAGACAAACTCCCGGCTGGTGGCCCTTGTATTTATTGTGATTACGCTTACCTGGGGAGTGTGGCTAGCAGACAGTTGGCTGGATATGTTTCCCATTTTAGGGAGCTGTGTCGGCACTTATGCGGTTTTCTGTCTCACCGGCATATCGATGCGAATTGGTTTTTTAATTGGTGCTTTTTGTTGGCTCACAAACAATATCATTGTGGGGTCTATTGGCACGACATTGCTGGAACTTACCCTCATAGCGGTAAATTTAAATACCATCAGAAAGTTGTGGAAGCATCAAAGGTTAACTGAAGACATTCATGAGACAGGAACCTGA	MTFPEFNFAQAVGLLSFILGILCFYQKDDRRLKLMMVIMNLNHAFHFYLLDALTATVSAILSVFRTGLALKTNSRLVALVFIVITLTWGVWLADSWLDMFPILGSCVGTYAVFCLTGISMRIGFLIGAFCWLTNNIIVGSIGTTLLELTLIAVNLNTIRKLWKHQRLTEDIHETGT				NA	NA	NA	NA	NA
AK237_01904	198			hypothetical protein	ATGGGGCTGCAAACGCTTGTTGTCACAAAGTATCAAGTAAGTGTTTGTATAGCAACGTTCGTGGCTACCGAACAAGGTTTGCAAGCCACCTCTGAGGCGATAAAAGAGCGGACAGTCCGTTGCCCGCAAACAGGCTCAATTGTCAAAGTTGACTGTCGTTACTTCATTGGCAGCAACACTGACGTCTTTGACAGTTAA	MGLQTLVVTKYQVSVCIATFVATEQGLQATSEAIKERTVRCPQTGSIVKVDCRYFIGSNTDVFDS				NA	NA	NA	NA	NA
AK237_01905	1209	rspA_1	COG4948	D-galactonate dehydratase family member RspA	ATGAAAATTACCCAAGCAAAAGTTATCGTCTGTTCGCCGGGGCGTAATTTTGTCACGTTGAAAATATTTACCGATGAAGGCGTTTATGGCATCGGCGATGCGACGCTAAACGGAAGGGAAAAGTCTGTTGTCAGCTACTTAGAAGATTACGTTATCCCGGCGTTGATTGGCAAAGATCCTCACCGAATAGAAGACATCTGGCAATATCTGTATCGAGGCGCATATTGGCGCAGGGGGCCTGTTGGCATGAGTGCTATTGCAGCGGTTGATGTCGCGCTATGGGACATTAAAGCCAAGGTGGCAGGACTGCCCTTGTACCAGCTTCTTGGTGGACGTAGCCGCGATAAAATTATGACCTACACCCATGCAAATGGAAAAGATTTAGCCTCTACGCTCGATGAGGTAGGCAAAGCCATAGATGCAGGTTATAAAGCGGTGAGGGTACAGTCCGGTGTGCCTGGCATAGCGAGCACTTACGGCGTGGCCAAAGACGGGAAAAAATACGAACCTGCTGATGCAGACTTACCCACTGAGTCTGTGTGGTCAACAGAAAAGTATTTACACTTTGTGCCGAAGCTGTTCGATGCGGTGAGACAACAATATGGGCACGACATACATTTGCTACACGATGTACATCATCGTTTAACCCCCATTGAGGCGGCGCGGTTGGGTAAGGAACTGGAACCTTATCACCTGTTCTGGTTAGAGGATGCCGTGGCTGCAGAAAATCAGGAAGGCTTTAAGCTTATCAGGCAGCATACCACCACGCCTTTAGCGGTGGGGGAAGTGTTTAATTCAATTCATGACTGCCGCGAGTTATTGCAGAATCAGCATATTGACTATATTCGCTCAACCATTGTTCATGCGGGGGGCATTACGCAGTTAAGGCGCATTGCAGATTTGGCGGCGCTCTACCATATTAAAACGGGTTTTCACGGTGCAACCGATCTGTCGCCGGTATGCATGGGCGCGGCACTGCATTTTGACTTTTGGGTGCCTAACTTTGGGATCCAGGAACATATGCCCCACAGTGAACTCATGGAGTCGGTATTTTCTTTCGATTACAGGTTTGATGCCGGTTTCTTTACACCGGGCGAAAACCCGGGGCATGGTGTGGACATCGACGAAAAACTGGCGTCGAAATATCCTTATAAGCGTGCCTGCTTACCCGTAAATCGTCTTGAAGACGGCACATTATGGCATTGGTAG	MKITQAKVIVCSPGRNFVTLKIFTDEGVYGIGDATLNGREKSVVSYLEDYVIPALIGKDPHRIEDIWQYLYRGAYWRRGPVGMSAIAAVDVALWDIKAKVAGLPLYQLLGGRSRDKIMTYTHANGKDLASTLDEVGKAIDAGYKAVRVQSGVPGIASTYGVAKDGKKYEPADADLPTESVWSTEKYLHFVPKLFDAVRQQYGHDIHLLHDVHHRLTPIEAARLGKELEPYHLFWLEDAVAAENQEGFKLIRQHTTTPLAVGEVFNSIHDCRELLQNQHIDYIRSTIVHAGGITQLRRIADLAALYHIKTGFHGATDLSPVCMGAALHFDFWVPNFGIQEHMPHSELMESVFSFDYRFDAGFFTPGENPGHGVDIDEKLASKYPYKRACLPVNRLEDGTLWHW	PGPT0018285_659	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_SUGAR_ACID_UTILIZATION	PLANT_DERIVED_GULONATE|FRUCTURONATE|MANNONATE_DEGRADATION,PGPT0018285-rspA|manD-K08323	NA	NA
AK237_01906	2145		COG3661	Extracellular xylan exo-alpha-(1->2)-glucuronosidase	ATGAAAAAACTGATTCTTTTCTGCTTCTGGTTGTTCGGTTTTAGTGTGCACGCAGAAATCGTTCAGGGGGAAGACGGCTATCGGCTTTGGCTTAAGTACGATGCTATAGAAGACAAAACGCTGCAGCACGGATATCAGACACTGCTCGGTAAATGGTATGTAGGCGGGAACACTGAAACGGAGCAGGCGATTCGTGACGAGCTTCGCTTGGCATTACCAGGATTACTTGGTGATGCAGAAGAGGTGTCAGCCAGGCAGGCTACGTTTAAAATTATTTCGGGCTCTGCAGCATCCAAAACTGCGACTTCATTGGGCGTTGACGTAAAGAGCGTGGGGCAAGAAGGTTACGTTATTCATCAGCAAAACGGAACTTTATGGGTACTGGCGAATAAGCCTGTCGGCGCTTTGTACGGCGTATACCGCGTCATCAAAACCATGCAAACTCATCAATCGCTAAAGGGACTGCATATCGAAGATGCACCTAAAACCCAGCTAAGAGTACTGAATCACTGGGATAATTTAGACCGGCACGTAGAGCGCGGTTATGCCGGCCAGTCAATTTGGGACTGGCATAAGCTGCCGGATTACCATTATCAACGCTATATAGATTATGCCCGCGCCAATGCATCAATTGGCATTAATGGGACAGTACTTAACAATGTTAACGCAGACCCGTTAATACTCACCCCTGCCTATCTTGAAAAGGTAAAGGCGCTTGCAGACATCTTTAGGCCTTACGGCATAAAGGTTTATTTATCAGTTAAATTCAGCTCTCCGCAATTAATTGGCGGGCTTGATACATCTGACCCGTTAAATGAAGACGTGAAGTCCTGGTGGCGTAAAAAGGTTGATGAGGTCTATGCGAGTATTCCGGATTTCGGCGGATTTCTGGTGAAAGCGAACTCTGAAGGCCAGCCAGGGCCAGGTGATTTTAATCGTACTCACGCAGATGGGGCGAATATGCTGGCGGACGCATTGGCGCCACATAATGGGGTAGTCATGTGGCGCGCTTTTGTTTATGCCAACGAGAAAAACGAAGAGCGCTCGAAGCAAGCGTACTCTGAATTTAAGCCGTTGGACGGCAAGTTTGCTAATAATGTCCTGGTACAAGTTAAAAATGGCCCAATCGATTTTCAGCCGAGAGAACCTATCAGTGCATTGTTTGGCGCAACACCGAAAACGCCGCTGATGATGGAATTTCAGATTACCATGGAGTACCTAGGGTTTAGCACGCACCTGGTTTATCTGGGCACGATGTATGAAGAGGTGCTTAAAACCGATACCTTTGCAAAAGGTGAAGGCTCGACGGTAGCAAAAGTGATAGATGGCGAGCTGTTCAACTATCCGGTAACGGGTATGGCCGGTGTGGCGAACATTGGTACAGATCGCAATTGGACCGGCCACATTATTTTGCAATCCAACTGGTATGTGTTTGGCCGCATGGCGTGGGACCCCCAAGCCAGCGCGAAGGACGTTGCGCTGGATTGGATAAAGATGACCCTAAGCAATGATGAAAAGGTCGTTTCTACGGTGTCTGACATGATGATGGAAAGTCGGGAGGCAACGGTAAATTATATGACGCCGCTAGGTCTGCATCACATTATGGGGGCTGGGCATCATTATGGGCCTGAGCCGTGGGTAGACTATCTGGCCCGGGACGACTGGAACTCTGTTTACTACCATAAAGCGTCTGAGGATGGTATCGGGTTTGACCGGTCTCCGTCGGGCGTGAATGCCGTTGAGCAATATTTTCCTGCGCTACGGGATCAATATGCGGATCCGGCTACCACGCCAGAAAAGTTCTTGCTCTGGTTTCACCATTTACCATGGGACTATACGCTTGAATCGTCAGGTAAATCTCTATGGTTTGAGTTGGTGAACCATTATTACCGAGGCGCAGCGCAAGTCGAAAATATGGTGGCACAATGGGATACGCTGGAAGGCCACATTGATCCTTTACAGTTCTATCAAGTGAAAATGGCATTGGCCATTCAGTTAAAAGAAGCAAGATGGTGGCGGGATGCGTGTGTACTGTACTTTCAAACGTTCTCAAAAAGGGCAATTCCTTCCCAGTTTGAAAAGCCTGAACACACATTGAAATACTATCAGTCTTTATCGTTTCCCCATGCGCCGGGACAAGGTTAA	MKKLILFCFWLFGFSVHAEIVQGEDGYRLWLKYDAIEDKTLQHGYQTLLGKWYVGGNTETEQAIRDELRLALPGLLGDAEEVSARQATFKIISGSAASKTATSLGVDVKSVGQEGYVIHQQNGTLWVLANKPVGALYGVYRVIKTMQTHQSLKGLHIEDAPKTQLRVLNHWDNLDRHVERGYAGQSIWDWHKLPDYHYQRYIDYARANASIGINGTVLNNVNADPLILTPAYLEKVKALADIFRPYGIKVYLSVKFSSPQLIGGLDTSDPLNEDVKSWWRKKVDEVYASIPDFGGFLVKANSEGQPGPGDFNRTHADGANMLADALAPHNGVVMWRAFVYANEKNEERSKQAYSEFKPLDGKFANNVLVQVKNGPIDFQPREPISALFGATPKTPLMMEFQITMEYLGFSTHLVYLGTMYEEVLKTDTFAKGEGSTVAKVIDGELFNYPVTGMAGVANIGTDRNWTGHIILQSNWYVFGRMAWDPQASAKDVALDWIKMTLSNDEKVVSTVSDMMMESREATVNYMTPLGLHHIMGAGHHYGPEPWVDYLARDDWNSVYYHKASEDGIGFDRSPSGVNAVEQYFPALRDQYADPATTPEKFLLWFHHLPWDYTLESSGKSLWFELVNHYYRGAAQVENMVAQWDTLEGHIDPLQFYQVKMALAIQLKEARWWRDACVLYFQTFSKRAIPSQFEKPEHTLKYYQSLSFPHAPGQG	PGPT0018635_149	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES	CE-EPS-GLUCURONIDASE,PGPT0018635-aguA-K01235	NA	NA
AK237_01907	2907			hypothetical protein	ATGAAAACACATAAGAAATTTACCCTGAGTAAGAAAGGATTGCTGATGTTGGCCATTGCTTCTGCCAGCATTCATGCGCAAGAAAATAACGAGTCAACCGGTCAAACTGATGAGGCAACCCCTGAAGACGCAGAGGTCATTGAAGTCAGGGGCTACAGAGGGAGCTTGTTTAACTCCACTGTTGCGAAAAGAGACTCACAGGGTTTTGTCGATGAAGTCTTTGCCGATGATATCGGTAAAATGCCCAGCCAAAACCTCGCCGAATCGTTAAGTCGTATCCCTGGCGTAAAAATAAATCGCGATGTAACTGGGGAAGGGCAGCAAATTTCTGTGCGTGGTTTAGGGCCTAGTTTTACCAAGATAGCGCTAAACGGAAATGCTATCGCCATTGCGTCTGACGGTAGCCTGGGTGCCGGTAACCGCAACCGCGAGGTAGACTTGGATATCTTTCCCACTGAGTTATTCAGTAGCCTTGCCGTGTCTAAAACCGCCTCTGCCAGCCAACTTGAAGGTGGCGTGTCGGGCTTTGTGAATATGCGCACCGCGAGACCTTTTGATAATCCCGGCGAACAGATTAAATATTCACTGGAAGGCGCTTATGGCGACCTGCGTGGTGAAGTTTCGCCGCGATATTCTTTTGTGTATAGCAATACGTCTGACAAATTTGGTGTACTTGTGGGCGTTGCGGGCGCCAATACCAAATCCCGGGTGGATGGTTACGAGGCAGTAGCGCTCTTTACCGATGGTTGTGTGGCAGAGTGGGGGAATGAGGCGCGAACTTCTTCCAACTGTGTTGCTGGTAGTGAAGGCCTTAACCATTTTTTCTGGAGCCCGGAAGCGACGGCCGATTATGCTGCTGCAAACCCTGGTGTTGAAGTGGGCGACCCGGTAGATCCCGTGGCAACGTCGGGCCTAAGTGCCGAAGCGCTGGACTCCGCCTTATTGCCCTATCTGGGACGCCCAATGCTCACTTACGGCGATAGAGATCGCATTTCTGGTCTGGTGTCTTTTCAGTACCGGCCGAATAGTGAGATGGATGTTAACTTAGATATCCTGCTGGCTGAAGCGTCAAAAGATTTTGTCAGAACCGAGGCCATGTGGTGGGGACGACGTAACTACTTGCATCAGGGCGCAGCCATTATTCCTGAAAATGTCACCGTTAATGACGCAGGCTACGTGAATAGCGGTACCTTTTATAATTCTCACGTTTGGGTGGGATCGCAGGATTACCAGGAAGATTTGAGTTTCTTCAGTGTCATGCCAAGCCTGGCATGGCAAGCGACAGATTTACTCAAGGTAAATGCATCAGCCAGTTTAACCAAATCAGATTTCGATCGTGACGCCCCCTATGTGCTGTTTATGTCTCCGGGCGGCACAATGAACTTTGCTAACGGCGACGTGCCTAGCTTCGACTTCACTGAGAACATCGCCAGTGCCTCGACTAACTGGACGTGGCAGCAAGAGTACGATCAAAATGGCGATGGGGTCATCGGCAGTGACGAACGTTTCGGGGATATGTTCCGCATCCAGCGTAACCAGCGCAAAACCGAGACGAAAGGCGTACATTTAGATTTTGAGTTCGGTGAAGCGCCCGATTACTCCGGCTTTAAATTTGGTTTTGCATGGGATGAAAGTTCAAGCAATATGCGCTCATGGGGCGGTACGGCTGAATTTACCGAAAATAATGTCATTGGATCTGATGCGTATAATAATTTCGGTAACTACGTGAACGACTCTCTGGTGAACGATTTAGGTACCGGGATCAGCGGCTATTCCGGGTATAGCGGCATTGCTCAAGTCGATTGGGACGCAATAAAAAGCGCTACCAATTACGACAGTTTCGATGCCATAGAGCAAACTGGCGACCAGTTTGGGCAAACTGTGGGTAATATCACGGAAGAAGTTCTGGGACTTTATCTTGAAGCGAACGGAGAAACCGAAATTGCTGACCGCTTCTTAAGAATGAATGTGGGTGTGCGCTGGGTTTCCACCGACCAAAATGTTTCCACGGTTGAAAGTGAAACCAATGCTTCCTACGACAAGTTACTTCCGTCACTAAGTTTGGTGTACGACCTGTTTGACGACATAAAATTGCGCGCCAGTGCGTCGCGAAGCCTCACACGAGCCAATCCTTCAGACATGTTCCCTAATGCGTCATGGGGAGGGTCGGGCATAGATACCGTCAATGCGGGCAACCCTTACCTATCACCATTTGAATCGACGAATTTTGATATAGGCGGCGAATGGTATTTTTCTGATTTAGGGTATGTGGGTATTACCTATTTTGAAAAAGAAGTTACCGGATTTACGCGTTCTGACAGTGTCACCGTTTCGTTTAATGATCTGGCAGATTACGGTATTGATGTAAACGATATTGGTGCAGACAGACAGCAAGCCCTGCTGGAATGTGGCGGCCCTGATAATTGTACCACTATCGTTAATACCCGTAACAACATCGATGGTTCTACCACGCTAAGCGGGTTTGAAGCGGTTTGGGTAATGCCAACTGATTTCCTCGTTAACGGTTCTGGTTTTAATGCCAGTGCTACCACGATTAGTCAGGATGCCAGTGATCCGGATGCCATTATTACAGGCATTTCGAAGTGGAGTTACAACGCTACACTGTTTTATGAAAATGAAGTCTTCCAGACCCGTTTAACCGTGTTCCATCAAGATGGTGCGGCAAGTTATTACACGCAAGGAAAGGAAGTTTTTTCTTTTGACCGCACGCAAGTGGATTTGTCTGCCAGCTACGATCTTCCGTTGGAAACAAATTTAACGCTAACGTTCGATGCATATAACTTAACGAATGAACCAGTAGGGAACTGGCACGAGGTGGAAGGTGTTGCTTTTGACGCTTTCTACCCCGGTGCAACCTACACTGTAGGACTACGAGGATCGTTTTAA	MKTHKKFTLSKKGLLMLAIASASIHAQENNESTGQTDEATPEDAEVIEVRGYRGSLFNSTVAKRDSQGFVDEVFADDIGKMPSQNLAESLSRIPGVKINRDVTGEGQQISVRGLGPSFTKIALNGNAIAIASDGSLGAGNRNREVDLDIFPTELFSSLAVSKTASASQLEGGVSGFVNMRTARPFDNPGEQIKYSLEGAYGDLRGEVSPRYSFVYSNTSDKFGVLVGVAGANTKSRVDGYEAVALFTDGCVAEWGNEARTSSNCVAGSEGLNHFFWSPEATADYAAANPGVEVGDPVDPVATSGLSAEALDSALLPYLGRPMLTYGDRDRISGLVSFQYRPNSEMDVNLDILLAEASKDFVRTEAMWWGRRNYLHQGAAIIPENVTVNDAGYVNSGTFYNSHVWVGSQDYQEDLSFFSVMPSLAWQATDLLKVNASASLTKSDFDRDAPYVLFMSPGGTMNFANGDVPSFDFTENIASASTNWTWQQEYDQNGDGVIGSDERFGDMFRIQRNQRKTETKGVHLDFEFGEAPDYSGFKFGFAWDESSSNMRSWGGTAEFTENNVIGSDAYNNFGNYVNDSLVNDLGTGISGYSGYSGIAQVDWDAIKSATNYDSFDAIEQTGDQFGQTVGNITEEVLGLYLEANGETEIADRFLRMNVGVRWVSTDQNVSTVESETNASYDKLLPSLSLVYDLFDDIKLRASASRSLTRANPSDMFPNASWGGSGIDTVNAGNPYLSPFESTNFDIGGEWYFSDLGYVGITYFEKEVTGFTRSDSVTVSFNDLADYGIDVNDIGADRQQALLECGGPDNCTTIVNTRNNIDGSTTLSGFEAVWVMPTDFLVNGSGFNASATTISQDASDPDAIITGISKWSYNATLFYENEVFQTRLTVFHQDGAASYYTQGKEVFSFDRTQVDLSASYDLPLETNLTLTFDAYNLTNEPVGNWHEVEGVAFDAFYPGATYTVGLRGSF				NA	NA	NA	NA	NA
AK237_01908	699	rspR_1	COG1802	HTH-type transcriptional repressor RspR	ATGGCTTCATTATCGAGTACTATGTCAATCCAGCTTTCATATCAACATTCTACTTCTGAGCAGCTTTTCTCGTTTCTTCACGACGAAATCGTCGGCATGGCGCTAGCACCGGGATCGTCCATCTCAGAAAATAAGCTGGCTGAAAAATTTGGCGTAAGCAGAACACCTGTACGTGAAACCATTGCGAAGTTAGTGGCGCTGGGGCTTGCAGAAGTCAGGCCTCAACGAGGTACCTTTGTGACCAAATTGAGTGTTGCCAAAGTGCTGGAAGCCCGCTTTATTCGCGAAGCGTTGGAAGTGGCAATTATTCGCCATTGCGCAGAATTTGCGACACCTGAGTTAATATTTGATTGTGAATTACTTATCAGAAAACAGGAGCTTGCAGCCGAACGTCACGACGCGATGGAATTTCAAAAACTTGATGATGCTTTCCATCAGACATTTGCTGATTTTACCCGATTCCAACGCGCAGCGAGCTTGATCCATTACGAAAAAGCGCACATGGACAGAGTACGAAATCTCAGTCTTAGAGAGTTTGGCGGCCAGTACGAAAGTGTACTGGCACAACATAAAGCCATATTAGGCGCCGTGAAAGACAAGGCACCTGATGCCGCCAGCGACGCAATGAATCGACACTTACATTTGATACTCAAGGTGATCGATGACGTGGCCATCAGACACCCTGAGTATTTTGATTAA	MASLSSTMSIQLSYQHSTSEQLFSFLHDEIVGMALAPGSSISENKLAEKFGVSRTPVRETIAKLVALGLAEVRPQRGTFVTKLSVAKVLEARFIREALEVAIIRHCAEFATPELIFDCELLIRKQELAAERHDAMEFQKLDDAFHQTFADFTRFQRAASLIHYEKAHMDRVRNLSLREFGGQYESVLAQHKAILGAVKDKAPDAASDAMNRHLHLILKVIDDVAIRHPEYFD				NA	NA	NA	NA	NA
AK237_01909	2739		COG3250	Beta-galactosidase BoGH2A	ATGGCGCTGTTATTCAGCGCTTGTGCGCTCGTGGCATGTATTTCACAAAACGACAACGCATCAGAAATCACAAACACTAATTCGTCCCCATCATCGCTCAGGCAGCGTATTGCATTGAATGATGACTGGAAGTTTTACCGGTACGAGGATGAAGATGAAGCGGACGATCTCATTTACGATGTGCGTCCGGAAATCACCGTATTTAATGATGCAAAAGACGCGGATTCAAAGCCTACTGACGCGGTAGAGGTGACGAGTGAGCAGCGTGTGTTAAAGCCCTGGATAATGCCTACCGGAAATGCGTTCATTGCCGATAGTTCGAAGCATTACACGCGGCCAGAGGGTGAGCCAGGAAGTAACTTTCCCTTCGTTAGCGCGAGTTTCGACGATAGCGACTGGAAGTCTGTCACACTTCCCCATGACTGGGGGATCGAAGGGCCTTTTTATGAAGGTGATGATCCAAAAGTAGGTGGCGGTATGGGACGCTTACCAAGCCATGGCGTAGCCTGGTACAGAAAGTCCCTGACATTATCCGACGATGACGAGGGGAAGCAAATCTTCCTCGATATTGACGGCGCTATGTCTTACGCGATGGTGTGGCTAAATGGTCACCTTGTCGGCGGTTGGCCCTACGGCTATAGCTCATGGCGCGTCAATCTCACTCCTTACGTCAATATCGATGGCAACAATCAACTGGCAATTCGCCTGGACAATCCCCAAAAATCATCGCGCTGGTATCCGGGCGGCGGATTGTATCGTCACGTTTGGTTGGTGAAAACCGGCGATATTCATGTCCGGCAGTGGGGCACAAAAGTCGTTACGTCAGAGGTGTCAGCTAAGCAAGCAACGTTGGATGTCACCGTGGCGGTTAACAATGAAAGCGCAAAAGCCGGTGAGCTAATTATCGAAAACGCTGTGCATTTACTCAATGAACAGGACGAGGTTTCCGACTCTGCCGTGGTTTATTTCCCTGACAAATCCTTAAAGGTGAGCGCCCGGGGCCAGGGGGAAATCAAAACGCAGGTGACGTTAAAGCATCCAAGGTTGTGGGGGCCTAAGCCCAGTCAAACGCCCCATCGTTATGCACTGATAACGCGGGTGCTAAAAGACGGTGAGCCGATTGATGTTTATCAGACTGAGTTTGGGGTGCGAGATATCGTTTTTGACCCAAATCGCGGCGTTGTCATTAATGGCGAAGTGGTAAAATTGCAGGGCGTTAATCAGCATCACGACCTGGGTGCCCTTGGCGCTGCATTTAATGAGCGTGCAGCGCAAAGGCAATTGGAATTGCTGCAAGAGATGGGCGCAAATGCCGTGCGATTAGCACACAATCCGCCAGCACCAGAGCTGCTTACGCTAATGGATAAAATGGGAATACTGGCGTTAGATGAGTCATTTGACGTCTGGTATAAAAAGAAAACCCCGCTGGATTTTCATCTCATTTTCGACGACTGGCACGAACAGGATTTACGCTCAGTCGTTCGACGAGACAGGAACCATCCGTCCGTTATCATGTGGTATATCGGCAACGAGGTTGGCGAACAATACACCGATGAAGAGGGCGCTGACGTTGTGAAAGCCCTGCGAGAGATTGTTCACGATGAAGATGGCACCCGCCCTGTAACAGCTTCGATGAACTGGGCGAAAGCAGAGATGCCGTTTCCACGAGAGCTCGATCTTATCAGCTTAAATTATCAAGGCGAGGGTATCAGGCAGGCGCCTGAATTCGAAGGTACTGACCGTATACGCACACCACCTTCATACCCTGCTTTTAAAGCCGCTCACCCAGATAAAGTGGTGCTGTCCAGTGAATCTGCATCAGCGTTCAGTAGTCGGGGAATTTATCTGTTTCCGGTATCAGATGCCTTTAGCGCACCGGTACGTGATGGAAGAGGGGGCGATGATAAAATCCATCAGGTAAGTGCCTACGAGTTACATGCCGTCGATTTTGGCGCTTCGGCAGACAAGGTCTTCAAATACATGGACATGTATCCCTGGGTCGCAGGACAGTTCGTGTGGACGGGTTGGGATTACATCGGCGAACCCACGCCGTATTATTCCTCGCGAAGTTCGTATTCCGGCATTATTGATCTAGCGGGATTTAAGAAAGACCGCTTCTGGCTTTATCAAAGTGAGTGGCGCCCTGAAAAGCCAATGGTACATATTCTGCCACACTGGAGCTGGCCAGAGCGGAAAGGCAAAGTCACGCCAGTTCATGTGTTTACATCTGGTGATGAAGTAGAGCTGTTCGTCAATGGTAAGTCGCAAGGGCGAAAGAAAAAGGCTGAATATACTTACAGGCTCAGGTTTGATGATGTGATTTACGCGCCGGGTTCGGTTACCGCCGTGGCGTACAGAGATGGCGTTGAGTGGGCAAGAGAAACCATTGAAACGGCAGGTGAACCCGCGGCCCTTCGCCTCTCGGCTGACAGAGCGCAGCTTGAAGCAAGTGGTGATGACCTGGCATTTATTACTATTGATGTGGTCGATAGTAAAGGGCGATTGGTACCTTACGCTACTGATGAGATTAGCATTAGCGTGAAAGGGGCCGGTGAGCTGGTGGCAACTGACAATGGTGATCCCACTGATTTCACGCCTTTTCAATCGGCAACGCGAGAGGCATTTAGTGGCAAAATGCTAGGCATTGTTCGCACGCAAGGGCGCGTAGTCGGCGATATAAAGATTAGTGCCCATGCTAAAGGTTTGAAAGCAGGCGGCATAACGCTAACGAGTCATTAA	MALLFSACALVACISQNDNASEITNTNSSPSSLRQRIALNDDWKFYRYEDEDEADDLIYDVRPEITVFNDAKDADSKPTDAVEVTSEQRVLKPWIMPTGNAFIADSSKHYTRPEGEPGSNFPFVSASFDDSDWKSVTLPHDWGIEGPFYEGDDPKVGGGMGRLPSHGVAWYRKSLTLSDDDEGKQIFLDIDGAMSYAMVWLNGHLVGGWPYGYSSWRVNLTPYVNIDGNNQLAIRLDNPQKSSRWYPGGGLYRHVWLVKTGDIHVRQWGTKVVTSEVSAKQATLDVTVAVNNESAKAGELIIENAVHLLNEQDEVSDSAVVYFPDKSLKVSARGQGEIKTQVTLKHPRLWGPKPSQTPHRYALITRVLKDGEPIDVYQTEFGVRDIVFDPNRGVVINGEVVKLQGVNQHHDLGALGAAFNERAAQRQLELLQEMGANAVRLAHNPPAPELLTLMDKMGILALDESFDVWYKKKTPLDFHLIFDDWHEQDLRSVVRRDRNHPSVIMWYIGNEVGEQYTDEEGADVVKALREIVHDEDGTRPVTASMNWAKAEMPFPRELDLISLNYQGEGIRQAPEFEGTDRIRTPPSYPAFKAAHPDKVVLSSESASAFSSRGIYLFPVSDAFSAPVRDGRGGDDKIHQVSAYELHAVDFGASADKVFKYMDMYPWVAGQFVWTGWDYIGEPTPYYSSRSSYSGIIDLAGFKKDRFWLYQSEWRPEKPMVHILPHWSWPERKGKVTPVHVFTSGDEVELFVNGKSQGRKKKAEYTYRLRFDDVIYAPGSVTAVAYRDGVEWARETIETAGEPAALRLSADRAQLEASGDDLAFITIDVVDSKGRLVPYATDEISISVKGAGELVATDNGDPTDFTPFQSATREAFSGKMLGIVRTQGRVVGDIKISAHAKGLKAGGITLTSH	PGPT0017810_2406	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES	CE-EPS-GALACTOSIDASE,PGPT0017810-lacZ-K01190	NA	NA
AK237_01910	1134	xsa_1		Xylosidase/arabinosidase	GTGGTTAAGCAGCGCACAGGTTTTTCTATTTTAGCGATCGTACTATCCACTATTTTAGCTGGCGGGTGTCAGCCAAAAAGTGAGAGTCCGGCAGACAGCACGCACAGTGATACTGTTGGTCATGATGTTACCGCTTCACAAGAGCCGCAAGTACTCTCAGCCCTGGCTGAACCTTTAGTCACCGAAATTTATACCGCTGATCCTTCTGCACATGTATTTGAAGGTAAGCTTTATATTTATCCATCGCACGATTGGGAAGCGGGAATTCCGCAAAATGATAATGGCGACCATTTTGATATGCGTGATTATCATATTTTCTCGATGGATGAAGTAGGCGGCGAGGTCACTGATCATGGCATGGCATTATCTGTCGATGACATTCCCTGGGCAGGGCGCCAATTGTGGGCTCCTGACGCCGCTTATAAAGACGGGACTTACTATCTTTACTTCCCGTTAAAAGACAAAAATGACATTTTCCGTATTGGTGTGGCAACCAGTGATAATCCCGCCGGCCCGTTTACTCCTGAAGCTACGCCCATGGAGGACAGCTTCAGTATCGACCCTGCCGTATTTGAAGATGATGACGGCAGTTTTTACATGTATGTGGGGGGCATTTGGGGAGGCCAGTTACAGCGCTACGAAGGAGGTGCTTATAATCCTGAAGATACCTATCCGGCAGATGATAAAGCAGCGATTAAGCCACGGATCGCCAAGCTTAGTGAGGATATGAAATCTTTTGCAGAGCCATTAAAAGAAGTGCTCATCGTCGATAAGGATGGCAATCCGCTACTTAGCGGGGATAACGACAGACGCTTCTTTGAAGCAGCCTGGGTGCATAAATACCAGGGCACATATTACTTGTCTTATTCTACCGGTGATACACATAAAATTGTTTATGCAACAGGCGACAATCCCTACGGCCCATTTACTTATCAGGGGGTAGTGTTAAAACCTGTTGAAGGCTGGACGAACCACCATTCTATCGTTGAATACCAGGGTAAATGGTATCTGTTCTATCACGACAGTTCATTGTCTGGCGGCCAAACCCATTTGCGAAGCATGAAGATGGCCGAGCTGACTTATCGTGAAGATGGCAGCATCGTTACCCTTGATCCCTATATGCCAGTTGAGTGA	MVKQRTGFSILAIVLSTILAGGCQPKSESPADSTHSDTVGHDVTASQEPQVLSALAEPLVTEIYTADPSAHVFEGKLYIYPSHDWEAGIPQNDNGDHFDMRDYHIFSMDEVGGEVTDHGMALSVDDIPWAGRQLWAPDAAYKDGTYYLYFPLKDKNDIFRIGVATSDNPAGPFTPEATPMEDSFSIDPAVFEDDDGSFYMYVGGIWGGQLQRYEGGAYNPEDTYPADDKAAIKPRIAKLSEDMKSFAEPLKEVLIVDKDGNPLLSGDNDRRFFEAAWVHKYQGTYYLSYSTGDTHKIVYATGDNPYGPFTYQGVVLKPVEGWTNHHSIVEYQGKWYLFYHDSSLSGGQTHLRSMKMAELTYREDGSIVTLDPYMPVE	PGPT0019091_525	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO|NUCLEOTIDE_SUGAR_UTILIZATION	PLANT_DERIVED_ARABINAN_BREAKDOWN,PGPT0019091-putative_arabinofuranosidase-NA	NA	NA
AK237_01911	2868			hypothetical protein	ATGTGGCGGTATATCGTCAGTAGTGGAGTAATCGTGTTGTGCTTGCTGACAACAGCGGGTGCGAGTGTTCTGGATGCACGCTACGCGCGGGAGACGCCACAACAAGGAGATTTTGCCCTGGTCTCTGACCGATATGGTGCGGCAGATATCGTGGTTGCTGAAAATGCTTCAAAAGGACTATTACGTGCAGTAAACACATTCGCAAAAGATATCAATAAGGTCACGGGGGTTACCCCTCGCATAAAGCACGGTATGTCACATGACCAGCAACCTGTTGTGGTGGTAGGCGAGCTGGGAAAGAGCGTGCTAATAGATAATCTTGTTCAACAATATCAGTTGGATACAGCAAAGATACGCAATGCTGGCGATGCATTTATTATCCACCATATAGCGTCGTCAAAGGCTACCTCGCCGCCATTATGGCTCATTATTGGCGGCAACATGCGAGGTGCTATTTATGGGCTGTTTGACATAAGCGCCAATATTGGTGTCTCTCCATGGTACTGGTGGGCAGATGTGCCTGTTGAAGCCAAATCTGCTTTGTTCCTTAAAGCCGGCACGCATATCGAGGAAGTGCCTGAAGTTGCCTATAGGGGAATTTTCTTAAATGATGAAGCACCCGCATTAAGCAATTGGTCAAAAGAAAAATTTGGCGGTTTTAATGCGAAGTTCTATGTACATGTTTTTGAGCTTTTACAGCGGCTGCGGGGAAATTTTTTGTGGCCTGCCATGTGGGATAGCGCTTTTGGTGATGATGATAAAAATAATGCAACGTTGGCAAATGAAATGGGCATTGTGATGAGTACTTCTCACCACGAGCCTTTAATGCGCGCCGACAAAGAGTGGGATCGTTACGGACAAGGGCCATGGGAATTTTCAACAAACGGGGAGGCGTTAAAGGCGTTTTGGGAGGAAGGCGTAGAGCGATATAAAGACAAAGAGGCCGTCTTCACGTTAGGTATGCGCGGACAAAACGACACACCAATGAGCGAAGGTGAGAATGTGGCATTGCTTGAAACGATAATCGACGCGCAACGGGCAATATTGTCCAACCACTTTCCAAACACGGATATTAGCGAAATTCCCCAGGTGTGGACTCTGTACAAAGAAGTGCAGGGATTCTACGAACGTGGGATGAGAGTGCCAGACGATGTGACCTTACTATGGTCTGATGATAATTTTGGCAATATCCGCCGACTCCCTACTGACAGTGAGAAGAGCCGTAAAGGGGGAGCCGGTGTTTACTACCACTTTGATTATGTCGGCGGCCCGCGTTCTTATCGGTGGATAAACACAATGCCACTTGGCAAAGTGTTCGAACAAATGAAACTGGCCTACGAGCAACAGGCCCGGAAGATTTGGGTTGTGAACGTGGGCGATCTGAAACCCATGGAATTGCCCATTGATTTCTTTTTGTCGATGGCGTGGGCGCCATCCACCTTCAATGGGCAAACCGCAGATATATTCGTAGAAAAATGGGCTGCACAACAATTTGGCGAGCACGTTGCTCCATCCGTCGCGACCATTTTGAAAACGTATACTCAGCAAAACGGCCAGCGCAAACCTGAAGCCATGTCGGCGGATACCTACAGTGTGTTGCACTATCACGAAGCCGAAACACGTTCAAAGCAACTTGCGCAAGGCGCAAAGCGCTCCGGCGATGTGATGAGCGTTTTACCCGGGTCGTACCAAGACAGCTTCTTTCAACTAGTGCGTTTTCCTATGTTGGCAACGCAAGCTGTGTTCGAGATGAATCGTGCACTGGCGTTAAACCAACTTTATGCAAAACAGGACCGGGCATCGGTGAACGACATGGCTGTGTTAGCGCAACAGTGGTTTGAAAAGGACGCTGAACTGACTAAACAGTTTCATGAGTTGGGTGACGGGCGATGGAATCATATGATGTCACAGCCTCACATCGGCTATGTTCACTGGCGAAATCCACCGGCTAATCTACCGCCCGTGGTGCAAACCAAGCCGCTGGTGACGCCCGCGGTGGCTGACATGGGAGTAGCCGTTGAGGGAGAGGAAAGCTATTGGCCGAAAATTGCGTTTAGTCATGCATCCCTGTCGTTGCCTGCTTTTACCCAATTTGGCGAAAGCACGCGCACGATTACGATTTACAATCGACAAGCTAAGTCATTTGATTTTTCGATTGAGAAAAGTGCGCCATGGATTCATCTGTCTGCGCAAGCAGGCACTGTCGATTCGCAACGAGAGATTGCCGTCAGTATTGATTATGAAGCGCTCGAACCCGGGAAGCACGAAGGCACTGTAAACATCTTTGGAACGGGATGGGGTGGCGCAGAAGTACTGATTTCAGCAACTAAATACGGCAAACAACCACACGGTTTTGTCGAGACGGATGGCGTGTTGTCAGTAAACGCCAGTGCAGGAATTCCCAACCAGTCTGCAGATTGGCAAAGACTGGCGCAGCATGGCAGAACCGGTGAAGCCATGAAGGTTGCTAAAGCCGAAAAAAGTCAAAACAAGCCAACTGATTTTCCATCATTGTCGTTCCCTGTTTGGTGGTTTAACACCGGTGAATTTCCTATCACGTTTTACCTCTCCCCGTCGCTTGCATACAGTGACAGGAATGCTTATGAATTTGGCTACTCACTCGATAGTGGTGAGATCCAATGGCTCGAAGGGGCAGGTGATGGCGTGACTGATTCTCGTGAGTGGGAAAGTGGGGTTCTCAATAATGTAAGAGAAGTGCACGCGACATTAAATGTACGACGTGAAGGCGCAGGTACATTAAGGGTTTACGTTAGAGGTGATGGGGTTGTACTACAGAAAATAGTTGTTGATACAGGAGGGTTAACTCCCAGTTATCTGGGGCCGCCCATGAGTCCTTATATGCAATGA	MWRYIVSSGVIVLCLLTTAGASVLDARYARETPQQGDFALVSDRYGAADIVVAENASKGLLRAVNTFAKDINKVTGVTPRIKHGMSHDQQPVVVVGELGKSVLIDNLVQQYQLDTAKIRNAGDAFIIHHIASSKATSPPLWLIIGGNMRGAIYGLFDISANIGVSPWYWWADVPVEAKSALFLKAGTHIEEVPEVAYRGIFLNDEAPALSNWSKEKFGGFNAKFYVHVFELLQRLRGNFLWPAMWDSAFGDDDKNNATLANEMGIVMSTSHHEPLMRADKEWDRYGQGPWEFSTNGEALKAFWEEGVERYKDKEAVFTLGMRGQNDTPMSEGENVALLETIIDAQRAILSNHFPNTDISEIPQVWTLYKEVQGFYERGMRVPDDVTLLWSDDNFGNIRRLPTDSEKSRKGGAGVYYHFDYVGGPRSYRWINTMPLGKVFEQMKLAYEQQARKIWVVNVGDLKPMELPIDFFLSMAWAPSTFNGQTADIFVEKWAAQQFGEHVAPSVATILKTYTQQNGQRKPEAMSADTYSVLHYHEAETRSKQLAQGAKRSGDVMSVLPGSYQDSFFQLVRFPMLATQAVFEMNRALALNQLYAKQDRASVNDMAVLAQQWFEKDAELTKQFHELGDGRWNHMMSQPHIGYVHWRNPPANLPPVVQTKPLVTPAVADMGVAVEGEESYWPKIAFSHASLSLPAFTQFGESTRTITIYNRQAKSFDFSIEKSAPWIHLSAQAGTVDSQREIAVSIDYEALEPGKHEGTVNIFGTGWGGAEVLISATKYGKQPHGFVETDGVLSVNASAGIPNQSADWQRLAQHGRTGEAMKVAKAEKSQNKPTDFPSLSFPVWWFNTGEFPITFYLSPSLAYSDRNAYEFGYSLDSGEIQWLEGAGDGVTDSREWESGVLNNVREVHATLNVRREGAGTLRVYVRGDGVVLQKIVVDTGGLTPSYLGPPMSPYMQ				NA	NA	NA	NA	NA
AK237_01912	1917			hypothetical protein	ATGTACCGTTTTGCCTGCCTCCTATGCCTGATAACAACCAGCGCGTGGGCCGATATCCTGCCTCATAAACTCTTCGCTTCCGGGGCGATTATTCAGCGGGACACGCCCTTCATAATCAAAGGCACAGCGGTGAACGAAACTGAAGTGGTCGTTTTTATAGATGATAAACAGGTAGGTAACGCAGAGGTGTCTGATGCCAATGATTGGCGAGTCACAGTGCCGGCCTACAGCGCTGGCGGCCCGCATACCATTACCTTTAAGGGAAACACGCAAACTCAAATTTCTGATATTTATTTTGGCGACGTATGGTTGGCATCTGGTCAGTCAAATATGGAGTTAACCATGGCGAGAGTGAAAGATGATTATCCGCAAGATACCCGCTCGGCAGACTTTCCCATGATCAGGGAGTTTGCCGTGGAAGACCGATACGCTTTCGACGGCCCTCAATCTGATTATCAAAAAGGTGAATGGCTAACTGCCACCCCAGAGAATATCGACCGCTTGTCAGCGGTTGCTTTTTATTTTTCCAGAGAGTTACATCAAACACTCGACGTTCCCATCGGCATTGTGAACGCCGCACTTGGAGGCTCGCCAATAGAAGCGTGGATGCGGGAGTCTGACTTAGCCCCCTACCCCGAAGCGTTGAAGCAACTCTCTCGCTTTAAACAACCTGAGTTTGTTGCCAGCACCATCGCATCAGATCAACATCGTCAGGGCGACTGGTATCAAACGTTAGATACAAACGACAAAGGCCTTAGCGGCCACACAAAATGGTACGAACCGGGGGTCGATGACAGCCAATGGCAGTCCTTTTCTGTGCCGGGTTACCTTAATACAGGCAATAGTAAACTTTTCTCTGGTGTATGGTGGCTGCGAAAGCATATTTGGCTGCCAGCAGCACCAGATCAAGCCGCTCGCTTACACCTAGGCCGTATCGTTGATGCTGATGAGGTTTTTATAAACGGCGTCAAAGTCGGAAACACAACGTATCAATACCCACCCAGACGGTATAATGTGCCTGCCTCGGTGCTGCGCCAGGGTGATAATGTTATTGCAGTACGTATTACGGCTACGGGCAGTGAAAGTGGGTTTGTTCCAGACAAGCCTTATGAGATAGGCAACGACCAGTTTCAAGTTTCGCTTGAGGGTGAATGGCAATATAAAGTGGGCACCACGCAACCGCCCTTGGCGCCACAGACTTTTGTCAGATGGCAACCAACCGGTTTGTACAATGCCATGATAGCCCCGGCAGGCGATTTTCCTGTTAAAGGCGTGCTCTGGTATCAAGGTGAATCGAACACCAAAGCGCCAAAAGGTTACGACAGAAAACTACTTACCATGATCCAGAGCTGGCAAACTCTGTGGGAAAAACCACTTCCCTTTTATGTTGTACAGCTAGCCAATTTCATGGAAAGAAAGCCTGCTCCATCCGAATCCAGGTGGGCAACGCTTCGTAACCTTCAGGCCAAAGCCGCCAAGCATGAAAACGTAGAGCTTGTTGTCACAATCGATTTGGGCGACTGGAATGACATTCACCCTACAAACAAGCGAGATGTGGGGCGACGATTGGCACACAGTGCGTTGGCTACTACGTACGGTAAACGTATTGATTATGAAGGCCCCAAGGCGAAAGCCCTGGTGAGGGACAAACATCGCCTGAAAATTCAGTTTGAAGCGTCGAATTTACCACTGAAGCTGAGGTATGCAGGACATAATGGTTTTTCAATCGCAGGGAGCGACGGTCAGTTTGTCTGGGCGACGCCTGTTATCGTGGGCGATGACATTGTGCTTTCACACCCTCAGATAGCAGACCCTGTCGCAGTGCGCTATGCGTGGGCAGACAATCCGGTTGCCGGGCTATTTAATGCATCAGGGCTTCCGGCAGCGCCCTTCTGGTTAACGGTTAATGATAAGTAA	MYRFACLLCLITTSAWADILPHKLFASGAIIQRDTPFIIKGTAVNETEVVVFIDDKQVGNAEVSDANDWRVTVPAYSAGGPHTITFKGNTQTQISDIYFGDVWLASGQSNMELTMARVKDDYPQDTRSADFPMIREFAVEDRYAFDGPQSDYQKGEWLTATPENIDRLSAVAFYFSRELHQTLDVPIGIVNAALGGSPIEAWMRESDLAPYPEALKQLSRFKQPEFVASTIASDQHRQGDWYQTLDTNDKGLSGHTKWYEPGVDDSQWQSFSVPGYLNTGNSKLFSGVWWLRKHIWLPAAPDQAARLHLGRIVDADEVFINGVKVGNTTYQYPPRRYNVPASVLRQGDNVIAVRITATGSESGFVPDKPYEIGNDQFQVSLEGEWQYKVGTTQPPLAPQTFVRWQPTGLYNAMIAPAGDFPVKGVLWYQGESNTKAPKGYDRKLLTMIQSWQTLWEKPLPFYVVQLANFMERKPAPSESRWATLRNLQAKAAKHENVELVVTIDLGDWNDIHPTNKRDVGRRLAHSALATTYGKRIDYEGPKAKALVRDKHRLKIQFEASNLPLKLRYAGHNGFSIAGSDGQFVWATPVIVGDDIVLSHPQIADPVAVRYAWADNPVAGLFNASGLPAAPFWLTVNDK				NA	NA	NA	NA	NA
AK237_01913	1692	maeA_1	COG0281	NAD-dependent malic enzyme	ATGTCAGACGAGTCAAACCGATATTTATATATACCCCACGCTGGACCCTCATTGTTAGAAACGCCCTTGTTAAACAAGGGCAGTGCTTTTACCGCGCGTGAGCGCGCCTCGTTCAACCTGACGGGGCTGGTTCCTCCCAGGTATGAATCAATTGAAGAGCAGGTTGAAAGAGCTTTCATGCAATACAGTTCTTTCGACGATGCTTTGAATAAGCACATCTATCTGCGGGCCATCCAGGATAATAACGAAACCTTATTCTATCGCCTCATCCAGTCGCATATTGAAGAAATGATGCCCATCATCTACACCCCTACGGTAGGTGACGCATGCGAGCAATTTTCTGATATTTATCGCAGTTCCCGTGGACTGTTTGTTTCCTGGGAAGAGCGTCATCAATTGGATGACATTGTGAGAAACGCGACAAAACGTAAAGTAAAAGTCATCGTGGTGACCGACGGCGAGCGTATCTTAGGTCTCGGTGACCAGGGGATCGGTGGCATGGGGATCCCGATTGGTAAGTTATCACTGTATACCGCATGTGGCGGAATAAGCCCTGCTTATACATTGCCGGTAATGCTGGATGTAGGAACGAATAACGAAAAGTTATTGAACGATCCTATGTACATGGGCGCACGCCATCCGCGAATTGGTCAGGAAGAATATGATGAGTTCGTAGATATGTTCATTAAGGCCGTAAAACGTCGCTGGCCAGAAGTGATGATCCAGTTTGAAGATTTCGCCCAGCCTAATGCAATGCCTCTGTTACAGCGCTATCGCAATGAGATTTGCTGCTTTAACGATGACATTCAGGGTACCGCTGCGGTGACATTGGGCACAATTTTGGCCGCCTGCCGTACCACTCAACGAAAACTATCGGAAATGAAAGTGGTTTTTGTTGGCGCAGGTTCCGCTGGCTGTGGCATTGCAGAGATGCTTATCCAGCAAATGGTGTCCGAAGGCTTATCTGATACCCAGGCGCGTAAACAAGTGTTTATGATCGACCGCTTCGGTTTGGTTACCGAAGGTATGGAAGGGCTTCGGGACTTCCAGCAAAAGCTGCAACAATCGAAGGACGATATTGCAACCTGGACTTTTTCCGGTAACTTTCCGTCGCTACTTGATGTGATGCACTGTGCAAAACCTGACGTACTTATTGGCGTGTCAGGGCAGCCAGGATTGTTCACCGAACAGGTGATTCGTGCAATGAAAAGCCATTGTGAATTGCCGATCATCTTTCCACTGAGTAATCCTTCTCGTCAGGTTGAGGCGCGTCCTGAGCAAGTCATTGAATGGACAGACGGCGAGGTGATCATAGCTACTGGTAGCCCGTTTAAGCCAGTAGAGTTTAACGGAAACCTTTATCCGATTGCGCAATGTAACAACAGCTACATCTTCCCGGGTATCGGGCTTGGCGTGATAGCAAGCAAAGCGAAGCTGATTAGCGATGAAATGTTAATGGCTGCAAGTAATGCCTTAGCATCTGCCTCACCCATGGCGAATACCGGTATGGGCGCGTTATTGCCACCGTTAACCGAAATTGCTGCGTTGAGCCGGGAAATCGCCTTTGCGGTGGCAAAAGTAGCAATGGAGCAAGAACTCGCATTAGAGATGTCAGATGAAGCGCTTAAAGCCAGTATTGAGCGAAATTTCTGGCAAGCGGAATACCGACCGTATAAACGGGTGAGCATTTAG	MSDESNRYLYIPHAGPSLLETPLLNKGSAFTARERASFNLTGLVPPRYESIEEQVERAFMQYSSFDDALNKHIYLRAIQDNNETLFYRLIQSHIEEMMPIIYTPTVGDACEQFSDIYRSSRGLFVSWEERHQLDDIVRNATKRKVKVIVVTDGERILGLGDQGIGGMGIPIGKLSLYTACGGISPAYTLPVMLDVGTNNEKLLNDPMYMGARHPRIGQEEYDEFVDMFIKAVKRRWPEVMIQFEDFAQPNAMPLLQRYRNEICCFNDDIQGTAAVTLGTILAACRTTQRKLSEMKVVFVGAGSAGCGIAEMLIQQMVSEGLSDTQARKQVFMIDRFGLVTEGMEGLRDFQQKLQQSKDDIATWTFSGNFPSLLDVMHCAKPDVLIGVSGQPGLFTEQVIRAMKSHCELPIIFPLSNPSRQVEARPEQVIEWTDGEVIIATGSPFKPVEFNGNLYPIAQCNNSYIFPGIGLGVIASKAKLISDEMLMAASNALASASPMANTGMGALLPPLTEIAALSREIAFAVAKVAMEQELALEMSDEALKASIERNFWQAEYRPYKRVSI	PGPT0001350_1003	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
AK237_01914	2670	mrcA	COG5009	Penicillin-binding protein 1A	GTGAAGTACATCAAATCCCTTTTCCTTATTACAATTATTGGCGGCACGCTAGGTGTAGCGGCTCTTGCCGGTATTTATTTTTATATCAAACCTGACTTGCCAAGTGTTACTGTCCTGAAGGATGTTCGCTTGCAAACACCTATGAGAATTTATACCTATGACGGTAAATTGATTTCTCAATATGGAGTTAAACGGCGGATCCCGGTAAAACTTGAGGATGTACCTGAAAAATTGGTGCAGGCGGTTATCGCAACCGAAGATAGCCGTTTTTACGAACACTACGGTATCGACCCCATTGGCGTGGCGAGGGCAGCCTTTAATCTCATCATCACAGGTGAGAAACAGCAAGGTGCCAGTACCCTGACTATGCAGTTAGCCCGTGGGTTCTTCTTAACCCGGGATAAAACCTTCATTCGTAAAATTAAAGAAATCTTTATTGCTATCCACATGGAACAGGTTTTAACCAAGCAAGAGATTTTGGAGCTTTACTTAAATAAAGTGGAGCTGGGGCACCGGGCGTTCGGTTTTGGTGCCGCTGCGCAGGTTTATTACGGCAAGAACTTAAAAGACCTGAACCTGGCACAAATTGCTACCATCGCTGGTTTACCGCAGGCGCCTTCGGTGCTTAATCCGGTAAGCCGTCCTGAACGTTCCGTAGAACGCCGCCGCATTGTTTTGTTGCGTATGTTAGATGAAGGCTTTATTACTCAATCTGAATTTGCACAAGCCAGTAAAGCGCCAGTTACGGCAAGAAAGCATGGTGCTGAGATTGACGTGGACGCGCCGTATTTAGCCGACCTCATCTATAACGAAATGGTTGAGATTTACGGTAAGGAAGAGGCTGAAACCGGCGGATATCAGGTTTACGCCACCGCACCATCAGATATTCAGGAAGCCGCGCAGAACGCCGTTGTGCGCAACCTCCATGACTATGACGAACGGCATGGCTATCGTGGTCCGCTTACGTGGCTATGGAACAAACCTGAAACCAGTGAAGATGATGAAGCCCGTGACGAATCGGCGTTAGCGCTTACTGACCAAAATAAGCAATGGACGCCTGATGAAGTAAAAACGGCGCTGGATGCGATTCCTCATTTCCATCCACTGGTGCCCGCTGTAGTAACGAAGGTAGAAGAACAATCTGTTGTCGTAACCGATTTAAATGGGATTGAACGCACCATCACATGGGAAGGACTAGATTGGGCACGTCCATACATTACAGACTCCCGTCAGGGCGATGAGCCTAACGTCGCGGCAGATATATTATCGGCCGGGGCTGTAATTTATATTCGATTACAAGATGACCACTGGCGTCTCGCACAGATCCCCGCAGTAAGTGGCGCACTCATTGCGCTTAATCCGCACAACGGTGCCGTTGAGGCCGTTGTTGGTGGTTATAGTTTCTACCAAAGCCAATTTAACCGCGCTACTCAGGCTAAACGTCAGGTAGGTTCAAATATCAAACCCTTTATCTATTCTGCGGCTTTGGAAAACGGCTACACACTGTCCTCTATCATCAACGATGCGCCAATTAATCAGTGGGATGCCACCACTGGCGTAGCGTGGCGACCTCAAAACTCTCCGCCGGAATACGACGGCCCGATTCGTATGCGAGTGGCGTTAGGAAAATCCAAGAACGTTGTATCGGTGAGATTGCTTCGGGGTGTGGGATTACAAAAAGCCCGCGAGCATTTGGCAAAGTTCGGTTTCGATAAAGACGAAATTCCCAATGACGAAACGGTCTCGTTGGGGTCTGGTGCGCACACGCCACTTGAGCTGGTGCGAGCAATGTCTGTTATCGCAAATGGTGGCTATTTAATTACGCCATACTTTATTGACCGTGTCCTCAACGAACAAGGCGAGCAACTCTGGCAGGCGACGCCTACCTGGGCGTGTAACCCATGTTCCGAAAGTGGTGAGCAAACATTAGGTCCGAAAACCGAGGCGTTGGACGATGAGAATGTGGAAGCGTTGCTGGAAGCGCAGTTGAACGCAGAAGGCGGGCTGGGTCGCGGACTGCCTGCAAATAGCGGAGATACCAAAGAGAAGCGTTCAGCGCCACAGGTGATCAGTGCACAAAATGCCTTTTTAGTCGCCGACATGATGCGAACCGGTGTGCGAGCTAACGGTAGCTGGAGTAAGAAAACGTATTGGATGGGAACAGGGTGGCGCGCGCGCAATATTTTACAGCGTGATGATCTGGCGGGTAAAACCGGTACAACCAACGATGCGCGCGACACGTGGTTCAGCGGATTTCATCGGGACATCATCGCAACAGCATGGGTCGGGTTTGATGATATGAACCGAAACCTCGGCCGTGCGACACGAAATCAAAATCTCATCAATCGGAATCCTGAGAAGTTTAACTGGTTAGGAAATGCCATGATCGGTGGCGAAGATGGCGCGAAAGCAGCACAACCCGCCTGGATCAGGTTTATGCAACAGATCCTCGATGGAGTACCTGAAGAACCTATGCCAATTCCGGATGGAGTGGTACGAGTTCGTATTGATCGTACCACTGGGAAGTTGACCAGACGGACAGACCATACGACACTATTTGAATACTTTGCTCAAGGTACCGAACCTAAAGTGTTTGTGCTTGACGATGAAATCGTTGATCCTGCGCAAGGTGAAGAAAACGCAGCGCCCGAGCCAGAGGAAATCTTTTAG	MKYIKSLFLITIIGGTLGVAALAGIYFYIKPDLPSVTVLKDVRLQTPMRIYTYDGKLISQYGVKRRIPVKLEDVPEKLVQAVIATEDSRFYEHYGIDPIGVARAAFNLIITGEKQQGASTLTMQLARGFFLTRDKTFIRKIKEIFIAIHMEQVLTKQEILELYLNKVELGHRAFGFGAAAQVYYGKNLKDLNLAQIATIAGLPQAPSVLNPVSRPERSVERRRIVLLRMLDEGFITQSEFAQASKAPVTARKHGAEIDVDAPYLADLIYNEMVEIYGKEEAETGGYQVYATAPSDIQEAAQNAVVRNLHDYDERHGYRGPLTWLWNKPETSEDDEARDESALALTDQNKQWTPDEVKTALDAIPHFHPLVPAVVTKVEEQSVVVTDLNGIERTITWEGLDWARPYITDSRQGDEPNVAADILSAGAVIYIRLQDDHWRLAQIPAVSGALIALNPHNGAVEAVVGGYSFYQSQFNRATQAKRQVGSNIKPFIYSAALENGYTLSSIINDAPINQWDATTGVAWRPQNSPPEYDGPIRMRVALGKSKNVVSVRLLRGVGLQKAREHLAKFGFDKDEIPNDETVSLGSGAHTPLELVRAMSVIANGGYLITPYFIDRVLNEQGEQLWQATPTWACNPCSESGEQTLGPKTEALDDENVEALLEAQLNAEGGLGRGLPANSGDTKEKRSAPQVISAQNAFLVADMMRTGVRANGSWSKKTYWMGTGWRARNILQRDDLAGKTGTTNDARDTWFSGFHRDIIATAWVGFDDMNRNLGRATRNQNLINRNPEKFNWLGNAMIGGEDGAKAAQPAWIRFMQQILDGVPEEPMPIPDGVVRVRIDRTTGKLTRRTDHTTLFEYFAQGTEPKVFVLDDEIVDPAQGEENAAPEPEEIF	PGPT0023875_361	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-PEPTIDOGLYCAN_REMODELLING	CE-PG_REMODELLING-PENICILLIN-BINDING_PROTEINS,PGPT0023875-mrcA-K05366	NA	NA
AK237_01915	1068	ftsA_2		Cell division protein FtsA	ATGAAATCGCTGTTCAAGAAAAAGCTGCCACCTATTGTGGGCCTTGACATAGGCACTCGTCAAATAAAAGCAGTGCTAATTGAAAGCACAGCTAAGGGGTTTGTATTGCAAGCCTATGCGTGTGAACCCATTTCGAAGCGTGCCTTCTCAGAACGCGAAATAAAAGATTTTGACGCAATTAGCTTAACCCTGAAGAAAATCAAGAAAGTACTCAAAACGAAGGTTAAGTCCGTCAACATTGCTGTTGCTGGTTCTTCTGTACTTAGTAAAATTGTGCATATGGATCCCGAGCAATCAGATTACGAGCTCGAGGGCCAAATAGAAATTGAAGCGGATAGCTTGATCCCCTACCCCCTCGAAGAAGTCTACCTGGACTTTGAAGTGTTAGGTCCCAGTAAAACTCACGCAGGCAAAGATAACGTCTTGTTATGCGCTGCACACAAAGATTTGGTCGATAGCCGCATTACCCTGGTCAGAGAAGTGCCATTTGAGCCTAAAGTTGTGGACATGGAAGGTTATGCCCTGGGTAACGCATTGTTCTACTTCCACCCACTTGAAAATGAAGAAGAGCGTGTTTGCTGCATTAACCTGGGGGCTTCTTTGCTTCAAATTTGTGTATGGCAAAATGGTGAAGTCATTTACACCAAAGAGCACGCCTTTGGCATGAACATGCTTATGCAGGACCTTGCAGCCATCAACATGATGGAGCCGGATGAGGTCGAGAGACAAGTGCTAAGCGGAAACCTCCCCGGCAATTGGCAACAAGATACTCTGCCTATTTTTGTTGCCAATTTACAGCAGCAGATTCATCGCGCTATTCAAATGTATATATCAACATTGCATGGTGACAGACCTGAAAAAATTGTGTTTTCTGGCGGAGGAGCGACCATCCCTGCATTAGTAGAAGCACTACAACAGGATTTAGGCATGGAGATCGAGGTATTTAATCCCTTTGAAACCATGACCATTAACCCAAAACTCGACAAAGAAAAACTGGCAACGCTAGCACCACAGTTAGCACTTGCCGCGGGGTTAGCCAGCCGGAGCTTTAGCGAATGGCACATGTAA	MKSLFKKKLPPIVGLDIGTRQIKAVLIESTAKGFVLQAYACEPISKRAFSEREIKDFDAISLTLKKIKKVLKTKVKSVNIAVAGSSVLSKIVHMDPEQSDYELEGQIEIEADSLIPYPLEEVYLDFEVLGPSKTHAGKDNVLLCAAHKDLVDSRITLVREVPFEPKVVDMEGYALGNALFYFHPLENEEERVCCINLGASLLQICVWQNGEVIYTKEHAFGMNMLMQDLAAINMMEPDEVERQVLSGNLPGNWQQDTLPIFVANLQQQIHRAIQMYISTLHGDRPEKIVFSGGGATIPALVEALQQDLGMEIEVFNPFETMTINPKLDKEKLATLAPQLALAAGLASRSFSEWHM	PGPT0015945_726	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-TYPE_II_SECRETION_SYSTEMS	CE-T2SS-TYPE_IV_PILIN_SECRETION|FIMBRIAL_ASSEMBLY,PGPT0015945-pilM-K02662	NA	NA
AK237_01916	588			hypothetical protein	ATGGCACATGTAAACCTACTTCCATGGCGCGAGAAACAGCGTCAACAGCACAAACAACAATACCTCACACTGCTGTTGGGCGTCGCACTGCTTGTAGCCGCTATATTCTGGGCGGTGGGACAAGCCATCGACAAACAAATCAGCAATCAGAATTCTCGTAATAGCTATCTCAAGCAAGAGATAAAAGTACTTGATAACCAAATTTCAGAAATACAGAAAATAAAAGAAAGTAAAAAAGCCATCGAACAGCGTATGGCGCTGATTGAGCAACTTCAAATTAGCCGCAATGTTGCGCCAATGGTGTTTGATGAACTGGCCCGCATTCTGCCGGCAGGTGTCTCGTTTCGCTCGATGAAGCGGCTGGGCAACCGTATAGAGATACAAGGCTTGAGCGATTCAAACAATCGCCTTTCTGACTTTATGCGCCAGTTAGACAACTCGCCTGTATTTTCAGGCGGCGAATTGTCTTCCATTAAAGCTGATACTTCAGCAAGCGATGCGGTAAGCGACTTCACGTTGAAGTTTAATATCAGCCCGGAAGTTGCACCGCGGATTGAGCAGCCTTCTGCGGGAGGAAAAAAGAAATGA	MAHVNLLPWREKQRQQHKQQYLTLLLGVALLVAAIFWAVGQAIDKQISNQNSRNSYLKQEIKVLDNQISEIQKIKESKKAIEQRMALIEQLQISRNVAPMVFDELARILPAGVSFRSMKRLGNRIEIQGLSDSNNRLSDFMRQLDNSPVFSGGELSSIKADTSASDAVSDFTLKFNISPEVAPRIEQPSAGGKKK	PGPT0015940_699	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-TYPE_II_SECRETION_SYSTEMS	CE-T2SS-TYPE_IV_PILIN_SECRETION|FIMBRIAL_ASSEMBLY,PGPT0015940-pilN-K02663	NA	NA
AK237_01917	612			hypothetical protein	ATGAGTTTTGATTTTAGTAAGCTCAGAGAACTCAATGAACTGGATTTCGAGCAAGTTGCTATCTGGTCTAAGGAAGTCAAATTAGTCGTCATGGTGTTTGTCATGATCGTGGTTGGCGCACTAAGCTATTGGTTTATAGTTAAACCGAAACTCCCGGTGCTTGAGCGAGCAGAAGTAGAAGAACAAGAACTGAAAATGCAGTTTCAGGCAAAATATCGTATCGCGGTTAACCTGAACGCCTACATCGACCAGTTAAAACAAATCGAAGCAGACTTCTCAACCATGCTTCGCTCGTTACCCACGAGTAATGAAACTCCCGGATTACTCGACGATATCACCTATGTAGGCACCACCTCGGGTCTGACCTTTAAGCTGCTTAACTGGCAACAGGAAGTGCCTAAAGAGTTTTACACAGAATTACCGATAGAAATTGAAGTATCCGGTGGCTATCACAATTTCGGACAGTTTGTTTCTGCTATCGCCGACTTGCCTCGCATTGTAACCCTTCATGAGTTTGAAATAGTTCACGAAGCTGATCGATTGAACTTACAGATGCAAGCCAAGACCTATCGCACTTCCCTGGCTGGCCAGGAAGGGGAAGCACAGCCATGA	MSFDFSKLRELNELDFEQVAIWSKEVKLVVMVFVMIVVGALSYWFIVKPKLPVLERAEVEEQELKMQFQAKYRIAVNLNAYIDQLKQIEADFSTMLRSLPTSNETPGLLDDITYVGTTSGLTFKLLNWQQEVPKEFYTELPIEIEVSGGYHNFGQFVSAIADLPRIVTLHEFEIVHEADRLNLQMQAKTYRTSLAGQEGEAQP	PGPT0015955_909	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-TYPE_II_SECRETION_SYSTEMS	CE-T2SS-TYPE_IV_PILIN_SECRETION|FIMBRIAL_ASSEMBLY,PGPT0015955-pilO-K02664	NA	NA
AK237_01918	552			hypothetical protein	ATGATAAAATATTATCAACGCGTTATTTTTCTCGCATTAGCCGTGGGACTGGTAAGTGCCTGCAGCCCTAAAATTGACGATTTAGTCGCCTATACACAGCAGGTCAAAACAACGACAAATGTTCAGGTAGATCCCTATCCGGAATTTAAATCCCAACCGGCATTTAAATACAGCGCCTCGACATTTCGTAGCCCCTTTGCCCGTCCGGTAGACCGCACCTCTCCGGTTGCTGCGGCAACAAAAAATAACTGTTTGCAACCAGATTTCGAACGTCAAAAAGAAGAGCTGGAGAAGTATGGTCTTGATTCTCTGACGTTATCTGGCACATTTAGCACGCAGGGTGTACGCTGGGTATTGTTTAAGACCAATCAAGGCAGTCTGCTAAAGGCCCGTGAAGGAAGTCGTGTCGGTTTGTTTTACGGAAAAATTAAGTCAATTGGTAACGAATCCATTATTCTTGAACAAATGCTACCCGACGGAGCGGGATGCTGGCAACGGGAACAAACCACGCTGTCGATGAATGCAGCGGCAGGAGATAATAACAATGTCTGA	MIKYYQRVIFLALAVGLVSACSPKIDDLVAYTQQVKTTTNVQVDPYPEFKSQPAFKYSASTFRSPFARPVDRTSPVAAATKNNCLQPDFERQKEELEKYGLDSLTLSGTFSTQGVRWVLFKTNQGSLLKAREGSRVGLFYGKIKSIGNESIILEQMLPDGAGCWQREQTTLSMNAAAGDNNNV	PGPT0015950_188	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-TYPE_II_SECRETION_SYSTEMS	CE-T2SS-TYPE_IV_PILIN_SECRETION|FIMBRIAL_ASSEMBLY,PGPT0015950-pilP-K02665	NA	NA
AK237_01919	1779	pilQ	COG4796	Type IV pilus biogenesis and competence protein PilQ	ATGTCTGAGCGATACATTTTTAATAAAAAACTCCACCGACGTAGCCGCAAGTGGCTATGGCTTGGCGGCTCTGTTGTTGCCCTGGTCATTTTCAAAGTATTGGCTGCGCCTGCAATGGCGCAAGAACAAGAAACCGTTTTGCTGGATCCTTACGCAGAAGAAAACCGCGTATTTGATTCCACATTAATGAACATCGACTTCTCGCGTGAAGCCAGTAACCTGGCTGTCACAACCATCAAATTCGATAATGATAACTTTGAGCCGCAGTTAATAGAGTCACAAGGCAAACTGACAATTACACTGCCTAAAACGGAATTAGCAGAAGACCAGCTCGTTGAATTAGACGTTGTGCAATTTGGCACGGGTGTCCAATCTATAGAAACGTTCCAGGATGAAGAAAGTGCCAGCTTAGTGATTAGCTATAAAGGTACGGTTTTGGCTCGCCACCGTAAGCAAGGCAATTCCCTGCGTATCGAAATCCAGCCAATGTCAAAAGAAGAGTTGGCTGAGCTCGAGGAAGATCCCGAATATTCCGGCAAGCCAATTTCATTGGATTTCCAGGATGTACCTGTTCGCCAGGTACTGCAAATTATTGCCCAGACCAATGGCTTTAACCTGGTCACAACAGATACCGTGAGCGGTAACGTCACGATTCGTTTAGAAGGCGTGCCGTGGGATCAGGCATTGGCCATGATCCTGAAAATCAAAGGGCTGGACAAACGAATGGAGGGCAATATTTTACTTGTTGCCCCCGCAGAAGAACTGACCGCCCGGGAAACTGCCCAGTTACAATCGAAAAAGCAGGTTTCGGATTTAGCACCGTTAACCACTGCTAACATTACGGTGAACTACGCGAAAGCTGACACGTTAGCACTTATTTTAAAGTCTCAGGATGGTGGTATTTTATCTGAACGTGGGTCTGTTACCGTTGATGACAGAACGAATACCCTTTTGATCAAAGATACGCAGGAAACCATAGATGAAGCGCGCTCTGTCATCAGTGCCCTCGATATCCCTGTTAAGCAGGTACTTATTGAATCCCGCATGGTAACAGTACGGGATAACGTTGATGAAGAGCTTGGAGTGCGCTGGGGCGTAACTGACACCCAAAGTAATGGTTCCATCTCAGGCTCACTTGAGGGGGCGGATTCCGCATCATCAGGTATTGTGCCTGATCTCGATAACCGCCTGAACGTAAATTTGCCAGTTTCGACAAGTGGTGCAGCACGCATCGGATTTCAAATTGCCGATCTAATTGACGGCACCATTTTAGATTTAGAACTGTCCGCGCTCGAGTCGGAAAATAAAGGTGAGATAATCGCCAGTCCGCGTATCACTGTGGCCAACCAGCACGAAGCATACATTGAACAGGGTACGGAGATCCCTTACGTGCAGGCAACTTCCAGTGGTGCGACATCGGTGGAGTTCAAAAAAGCCGTACTGAGTTTAAAGGTCACGCCTCATATTACGCCAGACAATCGCATTATCCTTGATTTGGTTGTAACACAGGATACGCGAGGAGAGACCGTCGATACATCTACAGGACCAGCGGTTGCCATTGATACCCAGGAAATTCAAACGCAAGTCCTGGTAGACAATGGCGAAACCGTGGTATTAGGTGGTATCTTCCAGCAAACCAGTACCAGTGATGTGACCAAAGTGCCCCTTTTTGGTGACTTACCCGTAGTGGGCAATTTATTTAAACGAAATGCATCAATTTACCAGAAACGTGAATTGCTCATTTTCGTTACACCCAAGATTGTGGCAGAGTCTTTGTAA	MSERYIFNKKLHRRSRKWLWLGGSVVALVIFKVLAAPAMAQEQETVLLDPYAEENRVFDSTLMNIDFSREASNLAVTTIKFDNDNFEPQLIESQGKLTITLPKTELAEDQLVELDVVQFGTGVQSIETFQDEESASLVISYKGTVLARHRKQGNSLRIEIQPMSKEELAELEEDPEYSGKPISLDFQDVPVRQVLQIIAQTNGFNLVTTDTVSGNVTIRLEGVPWDQALAMILKIKGLDKRMEGNILLVAPAEELTARETAQLQSKKQVSDLAPLTTANITVNYAKADTLALILKSQDGGILSERGSVTVDDRTNTLLIKDTQETIDEARSVISALDIPVKQVLIESRMVTVRDNVDEELGVRWGVTDTQSNGSISGSLEGADSASSGIVPDLDNRLNVNLPVSTSGAARIGFQIADLIDGTILDLELSALESENKGEIIASPRITVANQHEAYIEQGTEIPYVQATSSGATSVEFKKAVLSLKVTPHITPDNRIILDLVVTQDTRGETVDTSTGPAVAIDTQEIQTQVLVDNGETVVLGGIFQQTSTSDVTKVPLFGDLPVVGNLFKRNASIYQKRELLIFVTPKIVAESL	PGPT0015965_1014	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-TYPE_II_SECRETION_SYSTEMS	CE-T2SS-TYPE_IV_PILIN_SECRETION|FIMBRIAL_ASSEMBLY,PGPT0015965-pilQ-K02666	NA	NA
AK237_01920	516	aroK	COG0703	Shikimate kinase 1	ATGGCTGAAAAACGTAATATCTTTTTAATTGGCCCCATGGGTGCTGGCAAAAGCACCATCGGCAGACACCTTGCAGACGAACTTCATCTAGATTTTTTTGATTCCGACCAGGAAATTGAGCGCCGTACCGGTGCCGATATCACATGGATTTTTGACCTGGAAGGTGAAGAAGGTTTCCGCAAGCGCGAAGAAAACGTCATTAACGATCTTACGGACAAGCAAGGTATCGTGTTGGCGACAGGTGGCGGTTCGGTAACAAACAAGGCTGTACGTAACCGTTTATCTGCTCGGGGCATCGTAGTTTATCTGCAAACCACTATCGACAAACAAGTGGCGCGTACGCAACGCGACAAGCGTCGTCCTTTATTGCAAAAAGGCGAACCTGAGCAAATTCTGCGGAATTTAGCTGAAGAGCGTAACCCACTCTATGAAGAAGTGGCGGATTACATTGTTGATACTGATGATCAGTCTGCGCGCGCCGTAGCGAACCAAATCATCAGTAAAATTGGACTATAA	MAEKRNIFLIGPMGAGKSTIGRHLADELHLDFFDSDQEIERRTGADITWIFDLEGEEGFRKREENVINDLTDKQGIVLATGGGSVTNKAVRNRLSARGIVVYLQTTIDKQVARTQRDKRRPLLQKGEPEQILRNLAEERNPLYEEVADYIVDTDDQSARAVANQIISKIGL	PGPT0012900_3888	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
AK237_01921	1068	aroB	COG0337	3-dehydroquinate synthase	ATGTCGACGTTAACTGTAGAACTCGGAGATCGTAGCTACCCGATTCATATCGAATCAGGTTTACTGGCAAAACCTAACGTCTTATCTTCGTATATCAAAGGCCCGTTAGCCGTCATTATCACAAATGACATCGTTGCACCTCTCTATCTCGAGAGAGTTAAAGCAGCCTGTGGCGACGTGCATATCGAAACGATCATTATTCCTGACGGAGAACAGCATAAATCGCTGGAACAATTCGGCGTCATCATGACCCGCTTGTTAGAAATGAACGCAGCCCGCGATACAACACTCATCGCACTAGGCGGTGGAGTTATCGGTGATTTATGCGGTTTTGCGGCGGCTTCATACCAGCGAGGCGTGCCTTTCATTCAGGTGCCCACGACGTTACTTTCTCAGGTTGACTCATCGGTTGGGGGCAAGACTGCCGTTAACCACCCTCTTGGCAAAAATATGATTGGCGCATTTTATCAGCCCGTCTTCGTTGCCATTGATACCGACACACAGGCTACCTTACCGGCTCGTGAATTTGCAGCAGGTATGGCAGAAGTGATTAAGTATGGTGTCATTTATGACAAAAATTTCTTCAAGTGGCTGGAAGATCATGCCGATAAGCTTAAATCACTGGACACGAAAACCCTGGCCGAAGCCATATATCGTTGCTGTGAGATTAAAGCCGATGTGGTAGCGAAGGATGAGCGCGAAGGCGGTTTACGTGCCATACTTAATTTAGGTCACACTTTCGGTCATGCGATTGAAGCAGAGCAAGGATACGGAAATTGGTTGCACGGTGAAGCGGTTGCTGCTGGTATGGTAATTGCGTGCCAAGCTGCAGAAGCACTTAACTGGATGAAAGCGTCAGAATGCCGTCAGGTCACTGCATTAATTGCTGCGTTTGACTTGCCGGTGGCGGGTCCAACGAGCATGGACAAAAATGCATACATGAAGCATATGCGTCGGGATAAAAAAGTGGAAGCGGGCAATATCCGTTTTGTTATCCCCCAAGGTATCGGGCATGCTGTAGTGACTAAAGATGTCAGCGACGAGATATTAACACAGCTCTTAAACTGA	MSTLTVELGDRSYPIHIESGLLAKPNVLSSYIKGPLAVIITNDIVAPLYLERVKAACGDVHIETIIIPDGEQHKSLEQFGVIMTRLLEMNAARDTTLIALGGGVIGDLCGFAAASYQRGVPFIQVPTTLLSQVDSSVGGKTAVNHPLGKNMIGAFYQPVFVAIDTDTQATLPAREFAAGMAEVIKYGVIYDKNFFKWLEDHADKLKSLDTKTLAEAIYRCCEIKADVVAKDEREGGLRAILNLGHTFGHAIEAEQGYGNWLHGEAVAAGMVIACQAAEALNWMKASECRQVTALIAAFDLPVAGPTSMDKNAYMKHMRRDKKVEAGNIRFVIPQGIGHAVVTKDVSDEILTQLLN	PGPT0012865_3860	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
AK237_01922	1755			hypothetical protein	GTGCAATCTGAATTGCATGAACGACTGGAGTATCTGGTCAACTATTCTTCACAATTAATTTTTGTCAGTGGTGATTCCGCGGCTCAGCAAAAGAAAACGCTGGAGTCCTTTGTATTCCAGCAGCACGACGAGACGGAAATTGCCTATGTGACAGCCGACCCAACCATGGAGTTGTCAGATTATCGTCGTCAACTTTGCAGGCAATTATTGGGTACCCTGGTAGGCAGTTATACCAGACCGCTGAATGAGTTGTTAGCAGGACTAAACGAACATGTTGGTCCCATCCTCATTACTATCACTCAAGCAGAACATGTTCCCGATGCACTGTTACAAGAGCTTTGGGATCTTGTATTACAAAGCCGCTTTGCAGGCAATAAACAACATTTAAATGTGTTACTTTTTGGAGAGTCATCCTGGGCAGAAAGTGCCAAGAAGTGGCTTCCCGCGAAAAATACTGATACGCCTCTGTTAATAAGCAGTCAGTCAGTGGCGGCTCAACAACCTGGCTCAGAGTTAGATACTATGATTGAGAACCGACGTAAGGCTTTTCACGAGCACCTGGCTAATCGAGATGGCTACCAATCTCATCGTGAGACGAAAAGCACCAGTGCCCTAACCTCTCCTCTTTTTGTTTCGCTTGTTGCAGTAATGTTTGTTGCTGTTTTTGGTGGCCTCGTTTATTGGCAATATGGCGATGATATTAATGCCCTTTTTGCCCCCATCGAAGAGCAGCAGCCACCACAGGCCAATGTCGAACCAGGTTCAGCTTTCGACCAATTGAAAGACACCAAAGCAGAGCTTGAAGGTAATAATAATGCTGGCGACCAACCCGTAGCCTCATGGGACAAAGCGGTGGCTGCCATTGACGATGACAGTCAAGCTGCCGCCGATGTTGAAGAAACATCTCAGCCAGAAGATTTATTAAGTTTCATCGAAGATGTGACGGCAGAGAAGACCTCAGAAACGCGCAATGAGCCTCAACCAGAGAGCCCCTCGTCGTCTGACACACAAGCCGAAGACGCTAATGCTGAGGACGTGACTCCGGAAACCAAAGCGATGATTGCGTCAAACACTGACTTAGCCAACCATGAAAAGGCCATGAAGTCAGCAGCATCTTCCCAGGAGTCAGCCCCTACAGAGCCTGCAATGCTAGAGAATAAGCGTAATGCTTCCTCTGACGCTCTCATCGCTGGCAGCGCTCAACAAGATGAAACTCGTACGACGACACAAACACCGCTGGTAACCGAAGAGAAAGTGGGCCGCAAACCAATGGTGCTTGAAAGCCGACCGAAAGGTCAGGTAGCCAGCTCAGAACCTGCCCGGAACAAGACGCCATCGCGAGTGGAGTATCAACCGCCTGTGCAGGAGGCATCCCAGTCCGCAACGTCTGTGCCATCAGAATCGCCAGTATCAAATGATTCAATACCCGTTTTTACCGGAAGTGGCGATTACGATAATCAGCAGCTGCTAACCAACTTACAAGGTGATGAGTTTATCATCCAGTTGGCAGGCCTTAAGAATGAAGCTTTGATGAAAGAATTTATCAAAGATAACAATATGCAGAATTTCATCTGGATTTATCGCACGCAACGCTACGGTGGAGATTGGTTCGTTATTCTTTACGACCAACGTTTCTCAAAGTTCTCAGAAGCAAACGCGGCCATCGCCTCAATCCCTTCGTTTCAGGGTAAAGAAGGTATCTTTATAAAACGGGCGCGAGACGCCATTGAAGAAATTGAAAAGGTCGCACCTTAA	MQSELHERLEYLVNYSSQLIFVSGDSAAQQKKTLESFVFQQHDETEIAYVTADPTMELSDYRRQLCRQLLGTLVGSYTRPLNELLAGLNEHVGPILITITQAEHVPDALLQELWDLVLQSRFAGNKQHLNVLLFGESSWAESAKKWLPAKNTDTPLLISSQSVAAQQPGSELDTMIENRRKAFHEHLANRDGYQSHRETKSTSALTSPLFVSLVAVMFVAVFGGLVYWQYGDDINALFAPIEEQQPPQANVEPGSAFDQLKDTKAELEGNNNAGDQPVASWDKAVAAIDDDSQAAADVEETSQPEDLLSFIEDVTAEKTSETRNEPQPESPSSSDTQAEDANAEDVTPETKAMIASNTDLANHEKAMKSAASSQESAPTEPAMLENKRNASSDALIAGSAQQDETRTTTQTPLVTEEKVGRKPMVLESRPKGQVASSEPARNKTPSRVEYQPPVQEASQSATSVPSESPVSNDSIPVFTGSGDYDNQQLLTNLQGDEFIIQLAGLKNEALMKEFIKDNNMQNFIWIYRTQRYGGDWFVILYDQRFSKFSEANAAIASIPSFQGKEGIFIKRARDAIEEIEKVAP				NA	NA	NA	NA	NA
AK237_01923	453			hypothetical protein	ATGTCAGTAAATATCTGGGTGGACGCAGATGCCTGCCCGGTGCCCATTAAAGAGATTCTCTTTAAAGCCGGGCACCGTGCACAGATCACGATTACTTTTGTAGCCAATCATGGTATCAAAGTGCCCCCTTCCCCGTGGCTCAAAAGGCTACAAGTGGAAAAGGGGTTTGATATTGCCGATAACGAGATTGTTCAGCGTGTGGCAGCAGGCGACCTGGTCGTCACCTCGGATATCCCGCTCGCCGATGAGGTTATCACGAAAAAAGCCGAAGTCGTCACCCCCCGGGGCGAGCAGCTGACCAAAGAGAATATTCGCTCTCGCCTCAACATTCGCGATTTTATGGATACCATGCGCGCTAGTGGCGTTCAGACATCAGGCCCCCCTCCACTATCTCAACGTGAAAAACAGGCGTTTGCGAACGTCCTTGACAGATTCCTGGCGACAAACCGATAG	MSVNIWVDADACPVPIKEILFKAGHRAQITITFVANHGIKVPPSPWLKRLQVEKGFDIADNEIVQRVAAGDLVVTSDIPLADEVITKKAEVVTPRGEQLTKENIRSRLNIRDFMDTMRASGVQTSGPPPLSQREKQAFANVLDRFLATNR				NA	NA	NA	NA	NA
AK237_01924	894	dam	COG0338	DNA adenine methylase	ATGATGCAAAAGAAGAACCGGGCCTTCTTAAAGTGGGCTGGCGGTAAGTACAGCCTGGTAGAAAACATCAATGCCAAACTTCCTACGGGCAATCGTTTAATTGAGCCTTTCGTGGGCGCGGGTTCTGTATTTCTGAATACAGACTTTAAACGCTACCTGTTAAACGATATTAATCCTGATCTCATCAACCTCTACAACTTTCTCAAAGCGCAACCTGATGCTGTGATACATGACGCCTCGCGTTTTTTCACCGATTCGCACAATGATGAAGCAACTTACTATGCTCTGCGTGAGGAATTTAATCTCACCACTGACGAATACTATCGCGCTGTTTTATTTTTATATTTAAACAGACACGGTTATAACGGCTTATGTCGCTATAGTTTATCTGGCAAATTTAATGTGCCCTTCGGACGCTACAAAAAGCCATACTTCCCTGAAGAAGAAATGCTGTTTTTTTCAGAGCGCTCACAGAAAGCGGTGTTTACCTGCTTACCATTTGAAAAGGTCTTCAGCCGGGCGCGACGTGGGAATGTGATTTACTGTGACCCGCCGTATGCCCCAATTAGTAAAACAGCTGCATTTACCAGCTATGCGTCTAAAAGTTTTGGCATCGATTCACAACATAAATTGGGCACGCTGGCTATTCGCGCCTCGAAGAAGCGGGGGATCCCCGTATTAATCTCTAATCATGATCTGCCTTTAACCCGACAAATCTATACCGGTGCGGATATTTCTGAATTGTCTGTGAAGCGCTCAATTAGCCAGAAAGGTGCGTTAAGAAAACCGGCTGCAGAGCTATTGGCATTCTTTGCCCCGGCTACAGACCTTCCACCGCCTAAAAAACGCAAAAGGAAAGTAAAAGCACTAAAAGCCACTATCCATTCAATATAA	MMQKKNRAFLKWAGGKYSLVENINAKLPTGNRLIEPFVGAGSVFLNTDFKRYLLNDINPDLINLYNFLKAQPDAVIHDASRFFTDSHNDEATYYALREEFNLTTDEYYRAVLFLYLNRHGYNGLCRYSLSGKFNVPFGRYKKPYFPEEEMLFFSERSQKAVFTCLPFEKVFSRARRGNVIYCDPPYAPISKTAAFTSYASKSFGIDSQHKLGTLAIRASKKRGIPVLISNHDLPLTRQIYTGADISELSVKRSISQKGALRKPAAELLAFFAPATDLPPPKKRKRKVKALKATIHSI	PGPT0027190_569	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESTRICTION|MODIFICATION_SYSTEM	CE-BACTERIAL_FITNESS-TYPE_II_R-M_SYSTEM,PGPT0027190-dam-K06223	NA	NA
AK237_01925	168			hypothetical protein	GTGCTGCTGAGTGTGCTAGCGAGCGTTTTTGGTGTGCAAAGCCAGCAAAACTATGAGCGCGACTTTAATAACGGAAAACTAGCAGGCTACCTTGTTGTCGGGGTGCTGTTTGTGGCGTTGCTGGTAGTGGGTCTCGCAGCGTTGGTCAATTTTATATTGAATGGATAG	MLLSVLASVFGVQSQQNYERDFNNGKLAGYLVVGVLFVALLVVGLAALVNFILNG				NA	NA	NA	NA	NA
AK237_01926	333			hypothetical protein	ATGGAAAAGATAAGCTTCGTAATTAAGAAATGCCCTGGCTTAAAAAAGCCAATGGGTGCGCTTGTTGCTGTTGCGGTTATGTTATCAGTGGCGTTGTGCGACCCTGCGACGGTAACAAAAGCAGTGTGCGACTTTCAGGATGAAAGTGTGGCGCTGAACGCTTCTATTTCACCTCACACACCGGCTAATCAATGTTCGGCGCTTATTGCGTCTGAAGTCAGTTGGTTAGAGTGGGTTTCTGGTAAGTCGCCTTCTTATCAGTTTCATTTCTTCGACTTGCTGGAACTGCTTTATGGTAAGTCAGACCGAGATTTCCAATCAACGGGCAAATAA	MEKISFVIKKCPGLKKPMGALVAVAVMLSVALCDPATVTKAVCDFQDESVALNASISPHTPANQCSALIASEVSWLEWVSGKSPSYQFHFFDLLELLYGKSDRDFQSTGK				NA	NA	NA	NA	NA
AK237_01927	747			hypothetical protein	ATGAAAACTTCCATTCAAAAAACGTTGCTGGCTGTTGCCGTATCATCTGCAGCTTTACTGACTTCTGCGCCTTCATTTGCAGAATTGAGTGCGAACGTAAGTGTCACAAACAACTACATCTGGCGTGGTTTAACACAAACAACGAACGATGCAGCGGTTCAGGGTGGTATTGACTACGCTGACGAAAGCGGTTTCTACGCAGGTACGTGGGTGTCTAACGTAAACTACGGTGCAGACGATGTATATTCATACGAGCACGACCTGTATTTTGGTTTTTCTGGTGAGTCTGGTGATTTTACTTACGACGTAGGCTACCTCTATTACAACTACGATGACGAAGCGCAATTCGACTTCGGCGAAGTATACGGAACAGTGGGTTACGGTGGTTTTAGCGCGTCCTTGTACTTACTGGCGAATACTGAACATGATGAGACTATGGTTCTTGAAGACGACTCAGTAATTGAGCGCGATTACGGTTTTGGATCGGCGTCTTATGTTTCTTTGGACTATGCAATGCCTGTTGCGTCTGGCGCAGAGCTGGGCCTGCACGTTGGTTATCACCAGGGTGACTTTGCCGAAGATTTTAACGGCGTACCCGATGGTTATGCAGACTGGGCAGTCTCGATCGCCAAAGACGGTTTCAGTTTTGCAGTAACAGGAACAGATTTAGACGATGCCGGTGCAGATGCCTACGACAATGATTCGGTGAAATTTGTAGTAGCCTATGGCATGGATTTTGAGTTGTAG	MKTSIQKTLLAVAVSSAALLTSAPSFAELSANVSVTNNYIWRGLTQTTNDAAVQGGIDYADESGFYAGTWVSNVNYGADDVYSYEHDLYFGFSGESGDFTYDVGYLYYNYDDEAQFDFGEVYGTVGYGGFSASLYLLANTEHDETMVLEDDSVIERDYGFGSASYVSLDYAMPVASGAELGLHVGYHQGDFAEDFNGVPDGYADWAVSIAKDGFSFAVTGTDLDDAGADAYDNDSVKFVVAYGMDFEL				NA	NA	NA	NA	NA
AK237_01928	210			hypothetical protein	ATGCGCAGGTATGTCTTTTTGTTTGAATTTTGCACCAACATGGTGACGTTGTTCAAAAATAGTGCGAACCATATTGGTGCTTCTCTTTTAACGTTAACTTTACGTTTATTCCATGTGAATAAAAATTCAGTGTTTTCAGGTGGTTATTCATTAGTTTTTGAATTGGTTCAGATGGGCATTAGTTTTGCCTTATACGAGAAAGACCAATAA	MRRYVFLFEFCTNMVTLFKNSANHIGASLLTLTLRLFHVNKNSVFSGGYSLVFELVQMGISFALYEKDQ				NA	NA	NA	NA	NA
AK237_01929	681	rpe	COG0036	Ribulose-phosphate 3-epimerase	ATGAAAGATTATTTAATTGCCCCGTCTATACTCTCTGCCGATTTTGCACGTCTTGGTGAAGAGGTGGATGCGGTGTTGTCTGCGGGTGCAGATATCGTCCATTTTGATGTTATGGACAACCACTACGTCCCCAATCTTTCATTTGGCCCCATGATATGCGAAGCATTACGCAACTATGGAGTCACCGCGCCCATTGATGTGCATTTGATGGTTTCGCCGGTCGACGATTTAATCGAGAAATTTGCCAAAGCTGGTGCAAGCTATATAAGCTTTCACCCCGAAGCCAGCCAGCACATTGACCGTTCACTGCAGCTCATTATCGATAATGGCTGTCAGCCCGGGCTGGTATTTAATCCAGCCACACCACTTCACTACCTTGACCATGTAATGGATAAACTTCACCACATCCTGATCATGTCAGTAAACCCGGGGTTCGGTGGACAGTCATTTATCCCATCCACGTTAGATAAGATTCGTGCGGTGAAAAAGCGAGTAGAAGAAAGTGGTAAAAATATCCGAATTGAAATTGACGGTGGAGTAAAAGTCGATAACATTCGAGCCATTGCAGAGGCCGGTGCAGATATGTTTGTGGCGGGCTCGGCTATTTTCAACGAACCAGATTATAAAACCGTTATACAGCATATGCGCCACGCATTGGCTGATGCTGGGTATAACGCTTAA	MKDYLIAPSILSADFARLGEEVDAVLSAGADIVHFDVMDNHYVPNLSFGPMICEALRNYGVTAPIDVHLMVSPVDDLIEKFAKAGASYISFHPEASQHIDRSLQLIIDNGCQPGLVFNPATPLHYLDHVMDKLHHILIMSVNPGFGGQSFIPSTLDKIRAVKKRVEESGKNIRIEIDGGVKVDNIRAIAEAGADMFVAGSAIFNEPDYKTVIQHMRHALADAGYNA	PGPT0017425_2320	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
AK237_01930	1008	trpS	COG0180	Tryptophan--tRNA ligase	ATGAGCAAACCAATTGTATTAAGTGGCTGTCAGCCATCAGGACAACTGACCATCGGTAATTATATGGGAGCCCTTAAACAATGGGTTGCTATGCAGGATGATCATGACTGCTTATATATGCTTGTTGATTTGCACGCCATTACGGTACGTCAGGAACCGACTGCCTTACGTGAAGCTTGTCTGGACGGATTGGCTTTATATCTTGCCTGTGGCATTGATCCTGAGAAAAGTACTTTGTTTGTACAGTCTCATGTTCCTGAGCATGCACAACTTGCCTGGATTTTAAACTGCTACACCCAGATGGGTGAGCTAAATCGCATGACCCAGTTTAAAGATAAATCAGCGAAAAATGTCACCAATATCAACGCCGGTTTATTTACCTACCCCGCATTAATGGCTGCTGATATTTTATTGTATCAGGCAAATCAGGTGCCTGTCGGCGATGATCAAAAACAGCATCTGGAGCTTGCCCGTGATGTCGCAACCCGCATGAACAATATTTACGGTGATATGTTTGCCATCCCGGATCCGTTCATTCCTAAATTCGGCGCGCGCATTATGAGTTTGCAGGATCCGGGCAAGAAAATGTCTAAGTCAGATGAAAACCCTAAAAACTTCATTGGTCTGCTGGAAGATCCTAAAAAGCTGACGAAGAAAATCAAAAGCGCAGTCACAGACTCAGACGAGCAAGCCCGTATTTACTATAACACTGACGAGAAGCCCGGCGTGTCAAATCTGCTAACGCTGCTGTCTCTGGCGACAGGCCGTACCATCGACGATTTGGTTCCCGAATATGAAGATAAAATGTACGGGCACTTGAAAGGCGATGTGGCTGAAGCCGTTGTCGCGTTACTTGAACCTGTACAAACGCGCTTTAAAGCACTTCGTGACGATCGGGCTTATCTCGATGACGTTATGAAAAAAGGGGCGGAAAAGGCGTCAGCCAGAGCGGCGAAAACCCTCGATAAGGTTTACGACACACTAGGTTTTATTCCTCGCCCCCGCTAA	MSKPIVLSGCQPSGQLTIGNYMGALKQWVAMQDDHDCLYMLVDLHAITVRQEPTALREACLDGLALYLACGIDPEKSTLFVQSHVPEHAQLAWILNCYTQMGELNRMTQFKDKSAKNVTNINAGLFTYPALMAADILLYQANQVPVGDDQKQHLELARDVATRMNNIYGDMFAIPDPFIPKFGARIMSLQDPGKKMSKSDENPKNFIGLLEDPKKLTKKIKSAVTDSDEQARIYYNTDEKPGVSNLLTLLSLATGRTIDDLVPEYEDKMYGHLKGDVAEAVVALLEPVQTRFKALRDDRAYLDDVMKKGAEKASARAAKTLDKVYDTLGFIPRPR	PGPT0007120_4388	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
AK237_01931	597	trpG_2	COG0512	Anthranilate synthase component 2	GTGTTGTTATTAATCGATAACTTCGATTCCTTTACCCACAACCTGGCTCGCTATTTTGTCGAGCTGGGCCAAGAAGTACGTGTTGTTCGCAACGATGCACTATCGATTGACGACATCGACACCATCGCCCCAGATTTTCTGGTGTTCTCGCCGGGCCCTTGCACGCCGAATGAATCGGGTATTACGTTGCAGGCGATTGCACATTTTGCGGGCAAAATTCCCATGTTAGGGGTGTGCTTAGGCCACCAGTCCATTGGACAGGTTTTTGGTGGCAAAGTAATACGTGCCAACCAGGTCAAACACGGGAAAACCTCTCCGGTATCTCATGCTAATCGTGGTCTATTCGCCAATCTTCCTCAGCATTTCGCCGTGACACGATATCATTCTTTAGTCATTGAGCCAGAAACGTTACCCGATCTATTCACTGTTGACGCATGGTGCGAACAACCCGATGGTCGAAGAGAAATCATGGCGATTGCACACACCTCGTTGCCCATTTGGGGTGTACAGTTTCACCCTGAATCACTATTAACCGAGCATGGCCACGCTATTTTGCAACGCTTTATTACCCTCTCAATGCCCCACCTTCTCACATGA	MLLLIDNFDSFTHNLARYFVELGQEVRVVRNDALSIDDIDTIAPDFLVFSPGPCTPNESGITLQAIAHFAGKIPMLGVCLGHQSIGQVFGGKVIRANQVKHGKTSPVSHANRGLFANLPQHFAVTRYHSLVIEPETLPDLFTVDAWCEQPDGRREIMAIAHTSLPIWGVQFHPESLLTEHGHAILQRFITLSMPHLLT	PGPT0008000_1053	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-VITAMIN_B9|FOLATE_METABOLISM,PGPT0008000-pabA-K01664	NA	NA
AK237_01932	1164			hypothetical protein	GTGAATGAAGGTTCCGATAAATTGCCCCCATTCAATGAACGGTTTAGTAACCTTCTTATCGCACCGGTCCGGGTTACGCAGATGATGGGTAGACGTAGCCCTGGCGAGGTCAGCTTTGCAGACTCAGAACAAGGTGATGCACGCAGACGTTTGCTCCATGTAGAAAAAATCGCAATCAAAAATAAGCAATTACAGGCTGAGTCAGAAGCAAGCCTGATGGATCGGGTTAATGCCGAACTTCACCAATACGTCTTCGAACTCATAAAAGATGAAATTGACGACGCTGAAGTGTTGCTAACATCGGTACTCAATTTAAGTCCTGATGTGTCGCCTCTGCTTGATATTTTATCGGTGAAAGCCACTTCGATTACCCGTATTGAACCGCACGCGGCTGCGCTTCCATGGCTTTACGATGACTTAATGACCGTTGTTAACGCCCCTAAATTTCGTCGCAAGGATTCCCGTGGGAAAGTAATTCCTGTAGAGACACTGCGCACCGCATTGAGCTTTTTGGGCATTGATAATCTGCGGCTTCTTATTCCGGCAATGATACTGCGCAGAGCGTTACCCAAAATTACGGACCCATTTCCTGACATTAAGACCCGGCTGTTACAATATGCTCAGGGCACCGGATTAACGATGCGGGCACTGGCCGCAGAGTATGATGCGCAAGGTCACGAAGCGTTTACCATAGGCATGTTGTCACAATTAGGCCGTTGCGCGATATCCCGTCTTTATTTTAAAGCTTTTGAACAAGCGCAGTTAGCATTGTTACGTGAAGCGGAAATTGCCAGAAACACAGCTCGACACGCTGCGATGGCTAAACTACAACCCTCTGCCAATTATCTCATTGCCATGCAGGAAGAGTTTTCTGAGCCTGCCACCGCAAAAATACTATCGTTGCTAAACGTTAAACGCCTGCGTTTAGCGCTGCCTTTTACTGAAATTGCAGAAAACGATAAACACCCCCACGACCTTACTGTACTGTACAAAAAAGCCAGGTCCTACACGGCTGTGCGTATGCTGCACCAAGGTAAATTTCTGGAAAAAGACGAAATTCCTTTAGCGTTAGCTAAAACCGGTTTCGTTCGCAGCGAGAGAGTAGCCCTCAAGTCCGTTGATATTTTCCAGCTGCCTCTCATTGACAGCAGCAAAATGGATTAG	MNEGSDKLPPFNERFSNLLIAPVRVTQMMGRRSPGEVSFADSEQGDARRRLLHVEKIAIKNKQLQAESEASLMDRVNAELHQYVFELIKDEIDDAEVLLTSVLNLSPDVSPLLDILSVKATSITRIEPHAAALPWLYDDLMTVVNAPKFRRKDSRGKVIPVETLRTALSFLGIDNLRLLIPAMILRRALPKITDPFPDIKTRLLQYAQGTGLTMRALAAEYDAQGHEAFTIGMLSQLGRCAISRLYFKAFEQAQLALLREAEIARNTARHAAMAKLQPSANYLIAMQEEFSEPATAKILSLLNVKRLRLALPFTEIAENDKHPHDLTVLYKKARSYTAVRMLHQGKFLEKDEIPLALAKTGFVRSERVALKSVDIFQLPLIDSSKMD				NA	NA	NA	NA	NA
AK237_01933	1206	aruC	COG4992	Succinylornithine transaminase/acetylornithine aminotransferase	ATGAACGTAACTCGCGCAACCTTCGATGAGGTCATGGTCCCTAACTACAACCCTGCTAACATGGTACCGATACGTGGTGAAGGCTCTCGCGTGTGGGATCAGGATGGTGCTGAATACATCGATTTTGCAGGTGGCATCGCCGTTAACGTATTGGGACATAGCCACCCAGCCCTGGTAAAAGCGCTTACCGAGCAAGGCAATAAGTTGTGGCACTTGAGTAACGTTTTTACCAACGAACCAGCATTGCGTCTCGCGAAAAAGCTGACTGAAGCCACGTTTGCAGAGCGCGTCTATTTCGCGAACTCTGGTGCAGAATCTAACGAAGCGGCTTTAAAACTTGCTCGTCGTTATGCTTTAGAGAAGTTTGGCGAAGAGAAAAACGAGATCATCGCGTTCAATAAAGGGTTTCACGGCCGTACATTCTTCACTGTTACCGTAGGCGGACAAGCTGCGTACTCTGATGGCTTCGGTCCAAAGCCGGGTGCAGTTGTGCACTGTGACTACAACGACCTGGCTGCATTTGAGAAATTGATCTCAGATAAGACCTGTGCCGTGATGATGGAACCTTTACAGGGTGAAGGCGGTATTATTTCTCCTGATCCAGAATTCGTAAAAGGCGTGCGTGAGCTGTGCGACAAGCACAATGCGTTATTGATCTTTGATGAAGTGCAGTCTGGTGTAGGTCGTACCGGTAAACTTTATGCTTACATGGGGCTGGGTGTAACACCCGATATCCTGACCACAGCGAAATCGTTGGGTGGTGGCTTCCCTATTGGTGCCATGCTGACAACCGCTGAAATTGCCGCACACCTGAAAGCAGGTACTCACGGCAGTACTTACGGCGGTAACCCGCTGGCATGTGCGGTAGCCGAAGCGGCTTTAGACGTAGTTAACACGCCTGAAGTATTAAACGGCGTCGTTGAAAAAGAGCAACTTTTCCGTGAATTGCTTGGCGAAATTAATGCTAAGTACAACGTATTTGAAGAAGTTCGTGGCCAGGGTTTGTTATTGGGTGCAGCACTAAACAAAGACTACGAAGGTCGTGCTCGCGATTTCTTAGTGGCGTCTGCCAGTGAAAAATTAATGTGCCTTGTGGCCGGTGCCAATGTTGTGCGCTTTGCGCCTTCTCTGATCATTTCAGAAGAGGAAATCCGCGAAGGTATGGCACGTTTTGAACGTGCTGTTGCCAGTGTTGTGAACGCGTAA	MNVTRATFDEVMVPNYNPANMVPIRGEGSRVWDQDGAEYIDFAGGIAVNVLGHSHPALVKALTEQGNKLWHLSNVFTNEPALRLAKKLTEATFAERVYFANSGAESNEAALKLARRYALEKFGEEKNEIIAFNKGFHGRTFFTVTVGGQAAYSDGFGPKPGAVVHCDYNDLAAFEKLISDKTCAVMMEPLQGEGGIISPDPEFVKGVRELCDKHNALLIFDEVQSGVGRTGKLYAYMGLGVTPDILTTAKSLGGGFPIGAMLTTAEIAAHLKAGTHGSTYGGNPLACAVAEAALDVVNTPEVLNGVVEKEQLFRELLGEINAKYNVFEEVRGQGLLLGAALNKDYEGRARDFLVASASEKLMCLVAGANVVRFAPSLIISEEEIREGMARFERAVASVVNA	PGPT0014253_1772	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-PROLINE_METABOLISM,PGPT0014253-argD|pqqI-K00821	NA	NA
AK237_01934	1038	astA_1	COG3138	Arginine N-succinyltransferase	ATGTATATCATTCGCCCAATCAACACCCATGACTACACCGCGTTAAATAATATCGCGGTGGAGTCTGGTATCGGCTTTACATCATTGCCGGTTAACGAAACCTTGCTGCGAAACAAAATAAGCCGCGCCGAAAAAGCGTTCTCGGAACACGTCACGCAGCCAGGCAGTCAATCGTATCTATTTGTTATGGAAGATACCACCACGGGTACTGTGGTAGGTACCACAGGTATTGAAGCCGCGGTAGGGCTGGACGATGCGTTCTATCATTACCATATGGGTAAAGTCGTTCATGCCTCGCGGGAACTCAATATCCATAACACGGTAGATATTTTGTCAGTATGCAACGACTATACTGGGGTAACTGAAATCTGCACCTTGTTCCTTCGCGAGCAGGCGCGGGGCGGTATTAACGGTCGCTTTCTATCCAAAATGCGCTTTTTGTTCATGATGGAACATCGCGAGCGTTTTTCTGAAACCATCATTGCAGAAATGCGTGGGGTAAGTGACGATGAAGGGAAGTCCCCCTTCTGGGCGTGGCTTGAAGAGCATTTCTTTTCGCTGGACTTCCCTACTGCTGATTACCTTACAGGGATCGGTAACAAACGCTTCATCGCCGAATTAATGCCTAAATATCCTATTTACGTAAATTTGCTCAGCAAAGAAGCGCAAGCGGTGATTGGGCAAGTGCATGACAAAACACGCCCGGCATTACAATTACTTCAAGAGGAAGGATTCAGTTGTCGTGGTTATGTAGATATTTTTGATGCAGGCCCGACCGTAGAAGCCAACCTCAGTCATATCCGCACAGCGCAGGCAAGTCGCAAGCTGCCGGTTGTCATCGACGACCAGACAGCGGCACAAGGCGGCCAGACCTGTTATATCATCAATACCTCTGTGGCGGATTTTCGCGCCGTTGCCACCGACCTGGCGGTAAGCGAAGAGAATCAGGTCGCTGCCATTTCAAGACAGGCAGCAACGGCACTTAATATAAACGAAGGTGACATGGTGCGCTTTGCACCGGTTAGCTTTCGAGACTAA	MYIIRPINTHDYTALNNIAVESGIGFTSLPVNETLLRNKISRAEKAFSEHVTQPGSQSYLFVMEDTTTGTVVGTTGIEAAVGLDDAFYHYHMGKVVHASRELNIHNTVDILSVCNDYTGVTEICTLFLREQARGGINGRFLSKMRFLFMMEHRERFSETIIAEMRGVSDDEGKSPFWAWLEEHFFSLDFPTADYLTGIGNKRFIAELMPKYPIYVNLLSKEAQAVIGQVHDKTRPALQLLQEEGFSCRGYVDIFDAGPTVEANLSHIRTAQASRKLPVVIDDQTAAQGGQTCYIINTSVADFRAVATDLAVSEENQVAAISRQAATALNINEGDMVRFAPVSFRD	PGPT0020090_345	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_UTILIZATION	PLANT_DERIVED_ARGININE_DEGRADATION,PGPT0020090-astA-K00673	NA	NA
AK237_01935	1470	astD_1	COG1012	N-succinylglutamate 5-semialdehyde dehydrogenase	ATGCAAACTACACACTTTATCAATGGTGAGTGGGTCGCTGGACAAGGACACACTATTACGTCGGTTGATCCAGCCAAAGATCAGGTGATCTGGGAAGGACAAGCTGCCACATCACAGCAGGTTGACGAGGCCATTGCGGCCGCGCGTAATGCGTTAACCGACTGGTCATTTCAAAGCGTTGACGAACGTCTCACAGTAATTAAAAAGTACGGTGAACTGTTGGCAGACAGCAAACCTGAGCTGACCAAAATCATTGCCCGTGAAACGGGTAAACCCGAGTGGGAAACTGCCACCGAAGTTGGCGCCATGATGGGGAAGATCGGTATTTCAGAAAAAGCCTATCACGAACGCACGGGCACGGTGGAAAACCCCATGCCTGTGGGCCAGGCGTTTATCCGTCATAAGCCACATGGCGTGGTCGCGGTATTTGGACCATATAATTTCCCTGGCCATTTGCCAAACGGACATATCGTGCCAGCGCTCATGGCAGGAAATACAATTGTGTTCAAACCCAGCGACTTAACCCCCGCTGTGGCCGAATTCATGGTTAAGCTTTGGGAAAAAGCCGGCCTGCCAGCTGGTGTACTAAACCTGGTTCAGGGAGAAGTTGAAACCGGTAAGGCGTTAGCGACACACGCTGGTATCGACGGATTATTTTTCACAGGTAGTTCTCGAACTGGCAAAATTCTGCACGAGCAGTTTGCCGGTCACCCGGGCAAAATTCTTGCGCTGGAAATGGGAGGAAATAACCCTCTCATTGTAAAAGATGTTGCTGATACCGATGCAGCCGTACACGACATTGTGCAATCGGCTTTCGTTACATCAGGGCAGCGTTGTACTTGCTCCCGCCGACTATTTTTACCGTCAGGTGCAGCAGGTGATGCCATCCTGAACCGCTTGGTTGAAGTGACAAAAAACATCAAAGTTGATGATTACGATGCCCAGGATCAACCTTTCATGGGCGCGATGATTTCAGCTAAAGCGGCCAAAATGATGGTCGATGCTCAGGCAGAGCTGGTTTCTCTGGGCGGCAAAGTGATAGTGGAACTGACTCAGCCTGAGGCAAACAAAGGCTTTGCTACTCCTGGCATTATTGACGTAACAGACATGCTTGATGCCCTGCCGGACGAAGAGCATTTCGGGCCGCTATTGAAAGTCATTCGTTACTCTGACTTTGATGCTGCCATCAAGGAAGCGAACAACACGCGTTATGGGTTGTCGGCAGGCTTTTTAGGCGACAGCGAAGAAGACTACCGTTATTTCTTCCAACGCATCCGCGCAGGCATTGTGAACTGGAATCGCCCCATTACGGGTGCCAGCAGTGCAGCGCCATTTGGCGGCGTTGGAGAAAGTGGAAATCACCGCGCTAGTGCCTTCTATGCTGCCGATTACTGCGCCTATCCGGTTGCTTCCGTCGAACTAGACAAAGTCACACTTCCCGGCGCGCTTAGCCCGGGTTTAACGCTGTAA	MQTTHFINGEWVAGQGHTITSVDPAKDQVIWEGQAATSQQVDEAIAAARNALTDWSFQSVDERLTVIKKYGELLADSKPELTKIIARETGKPEWETATEVGAMMGKIGISEKAYHERTGTVENPMPVGQAFIRHKPHGVVAVFGPYNFPGHLPNGHIVPALMAGNTIVFKPSDLTPAVAEFMVKLWEKAGLPAGVLNLVQGEVETGKALATHAGIDGLFFTGSSRTGKILHEQFAGHPGKILALEMGGNNPLIVKDVADTDAAVHDIVQSAFVTSGQRCTCSRRLFLPSGAAGDAILNRLVEVTKNIKVDDYDAQDQPFMGAMISAKAAKMMVDAQAELVSLGGKVIVELTQPEANKGFATPGIIDVTDMLDALPDEEHFGPLLKVIRYSDFDAAIKEANNTRYGLSAGFLGDSEEDYRYFFQRIRAGIVNWNRPITGASSAAPFGGVGESGNHRASAFYAADYCAYPVASVELDKVTLPGALSPGLTL				NA	NA	NA	NA	NA
AK237_01936	807			hypothetical protein	ATGCATACAAATGTCGATACCTTGTTTGACCGTTTGTGGGACAAGTACGTTGCTATCACCCCTTCGGCACACAAAATTCATGCGCTGCTGGTAGGTGAAGAAAAGAGCGACACCATTGTGAACGATCACGTGGCGTTTCGTACGTTTAATCTGGATAAAACGCGTTTAGATAAATTGGCCGCGCACTTTTTAGCGTTGGGGTATGAAGCGAAAGGCGATTACAACTTCGAAGCGAAAAAGCTTGATGCTAAACACTATGAGCATCCTGATACGACCAAGCCTAAAGTGTTTATCAGTGAATTGCGCGTAGAAGAGCTATCCGAAACGGCGCAATCTATCATTAAGAAATTAGTTGCGCAGATGGACGAAGCGGTTACCACCGCCGAAACCTTCCTTTATTCCGGCGCGCAGTGGACATTGTCTAAAGAAGACTACGATACATTACTTAATGAATCAGAATATGCTGCGTGGCTGGCGGCATGGGGCTTTCAAGCGAACCACTTTACCGTTAGCGTAAACCATCTCGACCAAACTCAGTCGTTGGTTGACGTAAATACTTTGCTTAAAGAAGCTGGTTTCGTTTTGAATACTTCAGGCGGCGAAATAAAAGGTGGCGAAGAGGTGTTTCTTGCACAATCCTCCACCATGGCCGACAAAGCAGATGTAAAAATGGGCGAACAAACCGTGCAAATTCCATCTTGTTTCTACGAGTTCGCTCAGCGTTACAAGATGCCTGATGGTGCACTCTACCAAGGGTTTGTAGCAGCCTCTGCAGATAAAATATTTGAGAGTACCAACGCCAAATAA	MHTNVDTLFDRLWDKYVAITPSAHKIHALLVGEEKSDTIVNDHVAFRTFNLDKTRLDKLAAHFLALGYEAKGDYNFEAKKLDAKHYEHPDTTKPKVFISELRVEELSETAQSIIKKLVAQMDEAVTTAETFLYSGAQWTLSKEDYDTLLNESEYAAWLAAWGFQANHFTVSVNHLDQTQSLVDVNTLLKEAGFVLNTSGGEIKGGEEVFLAQSSTMADKADVKMGEQTVQIPSCFYEFAQRYKMPDGALYQGFVAASADKIFESTNAK				NA	NA	NA	NA	NA
AK237_01937	2151			hypothetical protein	GTGGCTGAGGACAAGACCAGTAAGGAAATTGCCGTACTTCAGCGCCGGCTAGCGCGGGAGAAGCGTGCACGAATTCAGGCAGAAACGCTGCTAACCGATAGAAGTGTTGCTCTGTTTGATGCGTTGCACCAAAGCCAATCAACGGAGAATCGACTTCGCCTGGCCATGTGGGCAGCCCAGGAGTCCTACTGGGAGTGGCGCGCCCATGACGACAAAATTACCATCCGTTCTTTTTCTTTAAACTCTGCGCGTGAAACGCAATGGGAAAGCAGCCCGTTCGATTTGCTGAGGAAAATTCACGAGGAAGATATCTCAAACCTGGAATTTCAATGGGCCATTGTGCTGCATGGTGGTGAAGATCGTTTAGAAGTCTCTTTCCGGTTTTGTTTCCGTGAAATGTATCTTTGGATGCGCTTGCGCGGGCGGGTACTGGAACGAGATGAATATGGTTCTGCGGTACGCATTGTGGGTACGACTCGTGATATCACCTACGAAAGAGAAGCAGAACGCACTTTTCATCTGATGGCGTCGGCGTTTGCAAGCTCTCGTGAGGCCATGCTGGTACTTACTGATGATTTTACTATTACGGAATGTAATGGTGCGTTTCTGTCGTTAATTAAGATCGACGATAAGAATATGACAGTGGGATGGTCATTAAAGGATCTTATTATTGATGCAGACAAACACTTAGCAAAACCAGGTCATAAGCAAGTTCGCTTTGAAACCATGCTGGTTACGTTAGACGAGCAGGAATTACCGGTAGATATATCACTGGCACGATTTGAAAGTCAGCATCAGAAGAAGCCTTATATTATTGCCACCATTCGCGATATCTCTGAACGGATTTTCAATGAAACGCGTTTGCGGCAAATGGCCATGCATGATGACTTAACGGGGCTAAGTAATCGTAACGGGCTGAACGAGGCGCTTGAACATGCTTTGGCCTCGCAGCAGCCCTTCAAGTTGCTGTTTATCGATTTAGATGGCTTTAAACAAATTAATGATGGCGCGGGTCATGAAATCGGTGATCGCTGCTTGCAGGAAGTCTCCAGGGTGCTTTCCCGTATCCATTTCAATCAGAAAGTCGTTACCCGTTGGGGCGGAGATGAATTTTTGGTTGTGCTGCCCGATTGCGATGAAGACCGTGCGCTCGTTATCGGACAATCAATTATTAAAGGCATTGAGAACTTAAAAATTGAGGCGCAAAGTACCACGTTGCACCTGTCAGCCAGTATTGGAATAGCTTGTCATCCATCTGATGGCAGTACGGTTGAACGCTTAATTCAGAATGCTGATGCAGCCATGTATCAGGCCAAGATTGCAGGGAAAGGTCGTGTCAGTATCTATCAACACGGTTTATGGGAAAGCATGAAGGCGCAGGTAAGCATGCTGTCTGAGCTACGCAAAACCATTGAGCAAAATGGGCTGGACTTTTATGTGCAGGGAAAATATACCGTGAGTGGAGAGTTAATGTCGGGGGAGGTGCTTTGTCGCTGGCAATCTGCGATGCATGGTAGTATTTCACCCGGTGTATTCATTCCTCTTGCAGAAGCCAATCAGCTGGATTTACAAATTGGTTTGCAAGCCCTCGTGCGCGCCTGCGATTATTTAAATACGATGGTTGCAAATGACGTTGTAGTGCCTCTTGCAGTAAATATTAGTGCCAACCAGCTGCTTGATCCCCAATTTCCTGCACAAGCCAAAGCGATTTGTAAGGAGAAATCTGTTAAGGCGTCGCTCATTGAGATTGAACTTACCGAATCTATTTTTATGCAGGACGAGCAGCGGGCGATTACCGCGCTGAATGCGCTTCGCGATGTTGGATTTGCGCTTGCGCTTGACGACTTCGGTAGTGGCTTTTCTGCTCTGAGTTATTTACGTATGTTTGGGTTTAGCACGGTGAAGCTCGACCGCAGCTTACTTAAAGATATCCATCACGACAAAAAAGCGCTGGCGTTATTCCAGGGCATTATTGCCATGTTACAGCGGTTAGAAATACACACGGTGGTTGAAGGCGTGGAACTATCCGAGTATTTACCGTTACTGCGAGAAGCCCGCGTAGACCTTCTGCAGGGCTTTTATTTTGATAAGCCGGCACCTTTTAGTGAGTTCATGGCTCGCCTGCCGCAGAGCAGTCCAGTTACCAACTAA	MAEDKTSKEIAVLQRRLAREKRARIQAETLLTDRSVALFDALHQSQSTENRLRLAMWAAQESYWEWRAHDDKITIRSFSLNSARETQWESSPFDLLRKIHEEDISNLEFQWAIVLHGGEDRLEVSFRFCFREMYLWMRLRGRVLERDEYGSAVRIVGTTRDITYEREAERTFHLMASAFASSREAMLVLTDDFTITECNGAFLSLIKIDDKNMTVGWSLKDLIIDADKHLAKPGHKQVRFETMLVTLDEQELPVDISLARFESQHQKKPYIIATIRDISERIFNETRLRQMAMHDDLTGLSNRNGLNEALEHALASQQPFKLLFIDLDGFKQINDGAGHEIGDRCLQEVSRVLSRIHFNQKVVTRWGGDEFLVVLPDCDEDRALVIGQSIIKGIENLKIEAQSTTLHLSASIGIACHPSDGSTVERLIQNADAAMYQAKIAGKGRVSIYQHGLWESMKAQVSMLSELRKTIEQNGLDFYVQGKYTVSGELMSGEVLCRWQSAMHGSISPGVFIPLAEANQLDLQIGLQALVRACDYLNTMVANDVVVPLAVNISANQLLDPQFPAQAKAICKEKSVKASLIEIELTESIFMQDEQRAITALNALRDVGFALALDDFGSGFSALSYLRMFGFSTVKLDRSLLKDIHHDKKALALFQGIIAMLQRLEIHTVVEGVELSEYLPLLREARVDLLQGFYFDKPAPFSEFMARLPQSSPVTN				NA	NA	NA	NA	NA
AK237_01938	540			hypothetical protein	ATGCTGGGGATTGTGTTTACTACGCTGGTTGAAATGCTGGAAGAAAAGGTATCGCCGGAATTCGCCGACGAGGTCATTGTTGAGGCGAACCTTGAAAACGATGGCGCCTATACGTCCGTAGGCTACTATCCCTTTTCCGAAATGCAGAAGCTTGTGAGCGTGTTGGCGGCGAAAACCGGTAAACCCGCGGATGCACTTCTGCACGACTTTGGCTACTATTTATTTGGCCGTCTGGCCGAGGCGCATGGTCAGGTTATGGCAGGGCGCAGAGGCATTCTGGATGCGCTCAGCGTTCTGGATAATGATATCCATGTGCAAGTGCGAAAACTCTATCCCGACGCAGATTTACCTACCTTTAAAGTGTTGTCAAAGACAGATAATACGATGCTGTTGGAGTACTATTCCACCAGAGAGTTGCATTCACTGGCAGAGGGACTCATGGATGGTGCCGCTGATTATTTTGGTGAAACTATTCAGCGTGAAACCAGAAAGTCAGAAAAACCTCACACTTACGAATTCAATCTAACCGTGGAAAGCTAA	MLGIVFTTLVEMLEEKVSPEFADEVIVEANLENDGAYTSVGYYPFSEMQKLVSVLAAKTGKPADALLHDFGYYLFGRLAEAHGQVMAGRRGILDALSVLDNDIHVQVRKLYPDADLPTFKVLSKTDNTMLLEYYSTRELHSLAEGLMDGAADYFGETIQRETRKSEKPHTYEFNLTVES				NA	NA	NA	NA	NA
AK237_01939	2298	parC	COG0188	DNA topoisomerase 4 subunit A	ATGAGCGACGAAATCATTATCAACCGGGATGGGGTTGAGCAACTTCCTCTACGCCGGTTTACCGAAGATGCCTATTTAAATTACTCCATGTACGTAATCATGGATCGGGCATTACCTCATATCGCAGATGGCTTAAAGCCCGTTCAACGCCGCATCATTTATGCGATGTCTGATCTTGGTTTAAGCGCAACGGCAAAATACAAGAAGTCAGCCAGAACCGTGGGTGACGTATTAGGTAAATTCCACCCTCACGGTGATTCTGCCTGTTACGAAGCCATGGTACTAATGGCCCAGCCGTTTTCATACCGCTATCCACTGGTAGACGGACAAGGAAACTGGGGCGCACCGGATGATCCCAAATCCTTTGCTGCCATGCGTTATACCGAAGCCCGTTTATCCCGTTTCAGTGAAGTGCTGCTGAACGAGCTGGGACAGGGCACCGTAGACTGGGTGCCTAACTTTGACGGTACGCTGAAAGAACCTAAAGTCTTACCCGCCCGTTTGCCGCATATTTTGTTAAATGGCGTGACAGGGATTGCGGTAGGGATGGCCACAGACATTCCGCCTCACAACGTACGTGAAGTAGCCAATGCCTGTGCCATGCTGCTGGATGACAGCAAAGCCGAATTAGCTGACGTACTGGAGCATGTACAGGGACCGGATTTCCCAACCGATGCAGAAATCATTACCCCGCGGGCTGACATCCGGAAAATTTACGAGACCGGACGTGGCTCAATTAAGATGCGCGCCGTTTACACTGAAGAAAATGGTGACATTGTCATTACGGCGCTGCCTCATCAGGCCTCCGGCGGCAAAGTGTTAGAGCAAATTGCTGCGCAGATGCAGGCGAAAAAGCTGCCCATGGTAAGCGATTTGCGTGATGAATCTGACCACGAAAATCCTACCCGTCTTGTTATTACGCCACGTTCTAACCGTGTGGACAGTGAACAGCTCATGCAGCACTTGTTCGCCACCACCGACTTAGAGAAAAGTTACCGCGTAAACCTGAATATGATTGGTCTTGACGGCCGTCCACAGGTGAAAGACTTGCGCACTATTCTGGCGGAATGGCTGGTTTACCGCAAAGACACCGTCACCCGTCGTCTCCAGTACCGTCTGGATAAAGTGCTGGCGCGGTTGCATATTTTAGAAGGTTTAATGATTGCCTTCTTAAATATCGATGAAGTGATTGAGATCATCCGTACCTTTGATGAGCCGAAAGCAGAGCTTATGCGCCGGTTCTCACTGTCTGATAAGCAGGCAGAAGCCATTCTGGAACTGAAATTACGTCACCTTGCGAAGTTAGAAGAGATGAAAATTAAAGGTGAACAGGATGAGCTGGAAGAAGAACGCAAAAAACTAGAAACGTTGTTGGGTTCCGATCGCCGCTTAAAAACACTGATCAAGAAAGAGATTCTGGCAGATGCTGAGAAATACGGTGATGATCGCCGTTCGCCGCTGGTAGAGCGGGGCGAAGCCAAAGCGCTGTCTGAAAAAGAGCTTATTCCTTCTGAAGCAGTTACCGTGGTTCTGTCGGAAAAAGGCTGGGCGCGATGCGCCAAAGGACACGACGTTGATGCAGAAAGCTTAAGTTATAAATCTGGCGATGGATTTTTAGCGAGTGCCAAAGGGCGAAGTAACCAGCCGGCAGTGTTTCTGGATACCTCAGGCCGTGCATTTTCCTGCGATGCCCACAGTTTGCCCTCTGCGCGCAGTCAGGGAGAGCCTCTTACCGGACGTTTCAGTGTCGTAGGCGGTGAGCAATTTACTGATGTATTAATGGGAGATGACGAGCAGCGATATCTCATTGCATCCGATGCCGGTTACGGGTTCGTCGGCAAATTTGCGGATATGATCAGTAAGAATAAAGCCGGTAAAGCGTTCTTAAGTTTACCCACTGCAGCCAAAGTGATTACCCCACAAAGGGTAAATGATATTGAATCAGACTGGTGTTTAGCCATTTCTAACGAAGGGCGTATGTTGCTGTTTCCGTTGCGGGATTTACCCAGCCTGGCGAAAGGCAAAGGGAACAAAATCATCAATATACCGTCAGCGAAAGCACAAACACGTGAAGAGTATGTGTGTAGTTTGGCGGTGGTGCCAGATGGCGCGTCGGTGAAAGTGGTGGCGGGTAAACGCAGTATGACGTTATCTCCGGCAGACTTAGAGCATTATCAGGGCGAACGCGGACGCCGGGGCAATAAACTTCCACGAGGTTTACAGCGGGTAGACGACCTCATTGTGGAGTTACCCAAAAAGTCAGCGCCGGAAACCGGCGGCGAAGATAACGACGACTAA	MSDEIIINRDGVEQLPLRRFTEDAYLNYSMYVIMDRALPHIADGLKPVQRRIIYAMSDLGLSATAKYKKSARTVGDVLGKFHPHGDSACYEAMVLMAQPFSYRYPLVDGQGNWGAPDDPKSFAAMRYTEARLSRFSEVLLNELGQGTVDWVPNFDGTLKEPKVLPARLPHILLNGVTGIAVGMATDIPPHNVREVANACAMLLDDSKAELADVLEHVQGPDFPTDAEIITPRADIRKIYETGRGSIKMRAVYTEENGDIVITALPHQASGGKVLEQIAAQMQAKKLPMVSDLRDESDHENPTRLVITPRSNRVDSEQLMQHLFATTDLEKSYRVNLNMIGLDGRPQVKDLRTILAEWLVYRKDTVTRRLQYRLDKVLARLHILEGLMIAFLNIDEVIEIIRTFDEPKAELMRRFSLSDKQAEAILELKLRHLAKLEEMKIKGEQDELEEERKKLETLLGSDRRLKTLIKKEILADAEKYGDDRRSPLVERGEAKALSEKELIPSEAVTVVLSEKGWARCAKGHDVDAESLSYKSGDGFLASAKGRSNQPAVFLDTSGRAFSCDAHSLPSARSQGEPLTGRFSVVGGEQFTDVLMGDDEQRYLIASDAGYGFVGKFADMISKNKAGKAFLSLPTAAKVITPQRVNDIESDWCLAISNEGRMLLFPLRDLPSLAKGKGNKIINIPSAKAQTREEYVCSLAVVPDGASVKVVAGKRSMTLSPADLEHYQGERGRRGNKLPRGLQRVDDLIVELPKKSAPETGGEDNDD	PGPT0027705_1750	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
AK237_01940	1035			hypothetical protein	ATGACGAGAAAAACGATTTTACTTTGCCTCGCAGCACTCTTTATTACCGCTTGTGCCGATAGCAAAGGTTCATTAGAAACAGCGATAACACAGAGCAAGCCCGCACCTAAACCCCTTTATCGTGACCCCGTTTATGACGGTGCCGCCGATCCCACGGTAATATGGAATCCTCTCACTTCCAGCTGGTTTATGTATTACACAAACCGGCGTGCCAATATGCCAGACCCCGAAGGCGTTGAATGGGTTCATGGAACGCCCATCAGTATCGCAGAGTCAACGGATGGTGGTGTGACATGGCATTACAAGAGCAATGCTGTTATCAACTACCCCCACTCCGGTGATAGCAGTATTACCTACTGGGCACCGGATGTGTTCTATCACGATGAAACCTGGCACATGTATCTCACCATTGTGCCAGGTGTATTCACCGATTGGTCTCATCCCCGCACCATCGCGCATTTCACCAGTACTGACATGCTGTCATGGCATTACGAATCTACGCTGAAGCTGGCCAACGAAAAAGTCATTGATGCCGATGTCATCGCCCTGCCAAATGGTGGCTGGCGCATGTTTTACAACAACGAGCGTGACGGGAAGTCTGTGTACTATGCTGACAGCGACGATTTGTATCACTGGCAGGACAAAGGCAAAGCTCAGCTGGCCAGTCGCGGGGAAGGTCCGGTTGCTTTTAAATGGCAAGGTTACTGGTGGCTGATTGTCGATGCCTGGAGAGGACTGGCGGTTTACCGCTCTACTGATTTAACGCGCTGGGAACAACAAACCGGCTATTTACTGGCGGAACCAGGAACAGGAAAAGACGACGGTATTAATGGCGGCCATCCTGATGTTGTTGTTGAAAATGACCGCGCCTGGCTGTTTTATTTCACCCATGGCGGCAGAGTGGGAGAGAATGCCGGGAAAGACAATGCAGAGTCGAGACGCAGTGTCATTCAGGTCACTGAGTTGCAGTTTGAAGGTAATTGGCTGACTACTGACAGGAATGCGCCTGCATGGATATCGCTACCCGATAAATAA	MTRKTILLCLAALFITACADSKGSLETAITQSKPAPKPLYRDPVYDGAADPTVIWNPLTSSWFMYYTNRRANMPDPEGVEWVHGTPISIAESTDGGVTWHYKSNAVINYPHSGDSSITYWAPDVFYHDETWHMYLTIVPGVFTDWSHPRTIAHFTSTDMLSWHYESTLKLANEKVIDADVIALPNGGWRMFYNNERDGKSVYYADSDDLYHWQDKGKAQLASRGEGPVAFKWQGYWWLIVDAWRGLAVYRSTDLTRWEQQTGYLLAEPGTGKDDGINGGHPDVVVENDRAWLFYFTHGGRVGENAGKDNAESRRSVIQVTELQFEGNWLTTDRNAPAWISLPDK	PGPT0018835_91	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES	CE-EPS-GALACTOSIDASE,PGPT0018835-rafA|galA-K07407	NA	NA
AK237_01941	2004			hypothetical protein	GTGAAACGAACCAATCCATTTGTCGCGACGTTTGTCGGCCGCACCGCTCTTTTTGCAAGCATCATTACCTTGATAGCTTTTTTCCTGGCAGGCTGTGCCAAATCCCCTCCCCCGCAATCTGAACCTGACTATACAGCTTACCTGTTTGCGTCGTTTAGAGGCAACGGTGAGGACGGCTTGCACCTGGCATACAGCAGAGACGGTTTAAACTGGAGAGCGTTGAATAAGGACAAGGCCGTGTTGACGCCACACATCGGCACGAAACTGATGCGGGATCCCACATTAATAAGAGGGCCGGAATCTTTTCACATGGTGTGGACCACCGGCTGGGAAGACAAAGGTATTGGTATAGCCCACAGCGAGGATTTGGTCACCTGGAGCGACCAGCAGTTTGTCCCTGTGATGTCGTCCTATCCTGCCGCCAGAAATGCCTGGGCGCCGGAAATTTATTATGACGAAACTGAGCAGGAGTTTGTCATCTTCTGGGCATCTACCCTGGCCGGAAAATATCCTCAAACTGAGGCTCAGGCAGACAAAGGATGGGATCATCGCATCTATGCAACACGCACGAAAGATTTCGCCGGATTTACCCCCACCACACTCTTCTATCAGCCAGACTTTAACGTCATTGATGCCACCATTACGGCGCTGGATTCCGGATATGTGATGCTGGTAAAAGACGAGACCCGTTATCCTGCCGCCAAACGCTTACATACGGCTTTCAGTGACAATATCAACGGGCCATGGAGGTTCACTGAATCGTCTTTTTCTCCGGATAGATTGTGGGTAGAAGGCCCAACGACGCTGAAGGTAAAAGACGGCTTCCTGGTGTATTACGATGCCTATATGACACACCAGTTTGGTGCTATGTTCACCAAAGACTTTATTCACTTTGAAGACAAAACGCCTCAGCTTAATTTGCCTGCCGGCACTCGTCATGGCAGTGCTATTCCCATTACCGAAGAAGAACTGCAGACACTGCTTAGCGCCTATGGTGACGACACAACGCACTGGTCAGCAGATTCACTGAAATCAGTGTGCAGTGGCGTACCGTTAACATGCAAACTGGGGGGCGGCACGGGCAATTACCAGGTCGCAGTTACCGGCACCCTGTCGTCAGATATCTACGCAGAGAGCCGCAGAAAAATGTTCACTCCGGCGGTCGCCAGCGAAATGCCTGCTAACCCCGGGTCTTCCACTGCTTACTTCGCGGTTAATGTGCGCGACCCGGAGGGCCAGCCCATTCAGGATGTCAGCGAGCCGTCATCGGACGGACTGAACCTTACCTTTATGCAGCCCCTAAATACCATCAGCAGTATTGAAGTTACACCAATGAGGAACAGTCGCTCTTTGTTTATCATCGGTGATTCAACGGTGTGCGATCAAACACCGCAATGGTCAAAGGCCAGCGAAGATCGCTATACCGGTTGGGGGCAGTTGCTGCCAGCCTGGTTTGCGCCGTCAATGACTGTCATTAACTATGCAGACAGCGGAGAAGGCACCGAAGCATTCGCTGTGCCCGATGGTGTGCTCTGGCAGAAAATGGCGGGACAGATCCAGCCTGATGACTGGGTACTGATCCAGCTCGGACACAACGATAAGAAAACCCCAAAGTCCGTTTACGTGTCACGATTGACCGTATTACTTGAAACCATTCAGGGTAAGGGAGCACATCCTGTTGTGATTTCCCCCATGATCCGCAATCACAATATTCCTCTCACGCAACAGCACATATACGGCGATCTGGTTTTGCGGGACGTGCTGCCGGAGATCACCACCTCCGCAAATGTCCCCTACATCGATTTAATGTCGCTTTCCCACGACTGGGCCACCCGGCTGGGACAGGCTGAAGCACAAACCTATTTTGTGGATGACGATCAGACTCATTCAAACGAGCACGGCGCAGGGATATTCGCGCAATTTATAGTGGATGAAATAAGCCGTCAGCAATCAGACCTGGCCAGTTACCTACGTGTACCGCAACATGACAAAGCAGAGAAATAA	MKRTNPFVATFVGRTALFASIITLIAFFLAGCAKSPPPQSEPDYTAYLFASFRGNGEDGLHLAYSRDGLNWRALNKDKAVLTPHIGTKLMRDPTLIRGPESFHMVWTTGWEDKGIGIAHSEDLVTWSDQQFVPVMSSYPAARNAWAPEIYYDETEQEFVIFWASTLAGKYPQTEAQADKGWDHRIYATRTKDFAGFTPTTLFYQPDFNVIDATITALDSGYVMLVKDETRYPAAKRLHTAFSDNINGPWRFTESSFSPDRLWVEGPTTLKVKDGFLVYYDAYMTHQFGAMFTKDFIHFEDKTPQLNLPAGTRHGSAIPITEEELQTLLSAYGDDTTHWSADSLKSVCSGVPLTCKLGGGTGNYQVAVTGTLSSDIYAESRRKMFTPAVASEMPANPGSSTAYFAVNVRDPEGQPIQDVSEPSSDGLNLTFMQPLNTISSIEVTPMRNSRSLFIIGDSTVCDQTPQWSKASEDRYTGWGQLLPAWFAPSMTVINYADSGEGTEAFAVPDGVLWQKMAGQIQPDDWVLIQLGHNDKKTPKSVYVSRLTVLLETIQGKGAHPVVISPMIRNHNIPLTQQHIYGDLVLRDVLPEITTSANVPYIDLMSLSHDWATRLGQAEAQTYFVDDDQTHSNEHGAGIFAQFIVDEISRQQSDLASYLRVPQHDKAEK				NA	NA	NA	NA	NA
AK237_01942	1560			hypothetical protein	ATGCCTTATCTACCACGCTTCTTACGCCCCGTTTTCGCGTTCTTCGTTACCAGTGTTTGTGCGGTGTTTTCCCTTACCGCACTGGCAGATGACGAAAGGCACTTAACACCAGCCACCATTTTTATCGCCGGCGATTCCACAGCGGCCACCTATAACAATGCTGATCACCAGGGCTGGGGAGCGGTGTTTCAGCAATACTTCGACGACAAGAAAGTCACCGTTGATAACCGTGCCAAAGGTGGTCGCAGCACGCGGACCTTTATTGCTGAAGGCTGGTGGGACAAATTACTTAGCGATGTGAAGCCAGGGGATATCGTGCTTATCCAGTTCGGTCACAATGATGCCAGCCCCGTCAATGACGACTCCCGGGCCAGAGGGACATTAAAGTCTCTGACTGAAGAACACCGCGACATACACAATTTACTGACCGACAAAGACGAGCGGGTATTTTCTTTCGGCCACTATATCCGTCAGATGGTGGCAGATGTCAGACAGAAAAAGGCCACCCCTGTTTTATTGTCGCTGACCGCCAGAAACATCTGGCATGGCGATCGTATTGAACGGGGTTCCGGTGAGTATGGTGGCTGGATGCACAGTCTGGCCATGGAACTGCACACACCTTTTATCGATGTAACCAACGCTGCGGCCGATCAGTTAGAAGCACTGGGCAAGGAAGACACCGCCGCGCTTTATCCAAAGGATCATACTCACTTTCATACGCAGGGGGCAAAGCTTCACGCTGAAGTCGTTGTCGCCGCCATAAAAGGTATGCGCCCGTCTCTTTCACCGGCACTGTATTCAGAAGCCGGTAATGCGGTTACTGCGAACAACTGGACGTTCGTTAATTTACCCGTGGTCCAAAATCAGGGACTACGCAGTGTGTTTATGGTGGGCGATTCTACTGTCAGAAACGGTCGTGGCGATGGTGCCGACAGTCAGTGGGGTTGGGGTGATTTCATTGCCGCCGCGTTGCCTGATGCCAATGTGAACTTTGTTAACCGCGCTGTAGGAGGCCTGAGCAGCCGGACTTTCGTCACCGGCGGACACTGGCAACGGGCACTGAATATGATGAAGCCCGGCGATATTGTGCTGTTACAGTTTGGCCATAATGATGCCGGCGCGCTTAACGATGACTCCAGAGCCCGCGGTACTATTAAGGGCACAGGCATGGAGCAAAAACGTATTGAAAACATGCTTACCGGCGAACATGAAGTTGTTCACACCTATGGCTGGTATTTACGTAAGATGATTGGAGAGGCCAAAGCGCAGGGCGTCATCCCGGTAATTTGCTCTCCGGTTCCCCGAAAAAAATGGGAAGACAACGGCTTTCGTATTGCCCGCGCCCGTGACAGTTATCCCCAATGGGCAGAGGCGGTGGCCCGCGCCAGTAACACCGCGTTTATCGATTTACACGAATTGGTTGCAAGCGCTTACGACGGTAAACCCCATGAGTTAATAGACAGCTATTTTGGTGATGCCCATACCCACACCAGTAAAGAAGGCGCAGAAGTCACTGCAGCAATAGTCGCTGAGCGCTTAAAACCGATGCTGGGTCTGTAA	MPYLPRFLRPVFAFFVTSVCAVFSLTALADDERHLTPATIFIAGDSTAATYNNADHQGWGAVFQQYFDDKKVTVDNRAKGGRSTRTFIAEGWWDKLLSDVKPGDIVLIQFGHNDASPVNDDSRARGTLKSLTEEHRDIHNLLTDKDERVFSFGHYIRQMVADVRQKKATPVLLSLTARNIWHGDRIERGSGEYGGWMHSLAMELHTPFIDVTNAAADQLEALGKEDTAALYPKDHTHFHTQGAKLHAEVVVAAIKGMRPSLSPALYSEAGNAVTANNWTFVNLPVVQNQGLRSVFMVGDSTVRNGRGDGADSQWGWGDFIAAALPDANVNFVNRAVGGLSSRTFVTGGHWQRALNMMKPGDIVLLQFGHNDAGALNDDSRARGTIKGTGMEQKRIENMLTGEHEVVHTYGWYLRKMIGEAKAQGVIPVICSPVPRKKWEDNGFRIARARDSYPQWAEAVARASNTAFIDLHELVASAYDGKPHELIDSYFGDAHTHTSKEGAEVTAAIVAERLKPMLGL				NA	NA	NA	NA	NA
AK237_01943	843			hypothetical protein	ATGAGTGCATTGAATATCGGCGTACGCGCCCATGATTTTGGTCAGGGCAGCATTGAGGAAGTCTGCAACCGCATTGGACAGTATGATGTGTCATGCGTGCAACTGGCATTGCCCAAGTCCTTTCCTTTTATGGGACCAGACGCCGGGCGTATCACGCCGGGGTTTGCCAGCAAAGTGAAAAACGCCTTCGCTGCACACAATATCGATATTGCTGTGCTGGGTTGCTACATCAACCCAGTGCATCCGGATAAGCAAATCCGTGAAGTATCGCTGCAATGGTTTGAGGAGCATTTGCAGTTTGCCAGTGACTTCGGTTGCAAAATCGTGGGAACGGAAACCGGCAGTATTAATGCAGATTGCCTCTGGCATCCCGACAATCATTCAGAGAAAGCGTTTGATAAACTGGTTACTTCAGTGAGAAGGCTTGCCCTGACCGCAGAGAAGTTCGGCGTTATCATCGGCATAGAAGGTGTGGCTCATCACCACATTATTAATACACCGCAACGTTTGTGTCAGTTGCTGGAGGCGGTGGATTCCCCAAACGTCAAAGTGATCTATGATCCGGTAAACTTCTTTCCGGTAAACATGCCAGTCTCTCAGGAGGCCGCCATGGACGAGATGTTTACGCTACTAGGTCAACATATTGTAGCGATACACAGCAAGGACTTCATCGTCAAAGACCATAAGAAACATGGGGATTTACCTTCAGGTACAGGTGTGATGAATCACCGCTATCTTTTTGACTGGCTGGCTCAACACAAGCCTCATATTCACATTATTCTTGAAAATGCTTCAGCAAAAAATATTAGAGGTATTCTCAATTTCCTGGGCACATGCGACTAA	MSALNIGVRAHDFGQGSIEEVCNRIGQYDVSCVQLALPKSFPFMGPDAGRITPGFASKVKNAFAAHNIDIAVLGCYINPVHPDKQIREVSLQWFEEHLQFASDFGCKIVGTETGSINADCLWHPDNHSEKAFDKLVTSVRRLALTAEKFGVIIGIEGVAHHHIINTPQRLCQLLEAVDSPNVKVIYDPVNFFPVNMPVSQEAAMDEMFTLLGQHIVAIHSKDFIVKDHKKHGDLPSGTGVMNHRYLFDWLAQHKPHIHIILENASAKNIRGILNFLGTCD	PGPT0017530_371	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ACROBIC_ACID|VITAMIN_C_UTILIZATION	PLANT_DERIVED_VITAMIN_C_UTILIZATION,PGPT0017530-ulaE|sgaU|sgbU-K03079	NA	NA
AK237_01944	3027			hypothetical protein	ATGAAAAACTTCAAGGACAATAGAAGAAACAACGAGCAAGCCCCTACACTCACTGTTGCTCGCAAACCACTCGCCACTCTCATTTCAAAAATATTGATTGCTGGTTCATGTGCATCTCTGTCGATGGTTGCCGCTCCGACTTTCGCACAACAAAATGTAAACCAGCAACAAGAAGACACGATAAAGGTATCAGACACACAAAATGCCAATACCGCAGACGTATCTGAAGACGCCGATGACGAAACTGAAGTTATCGAAGTAAAGGGTATTCGTTTCAGCCAGCGCGGTGCAATCGACCGCAAGAAAATGGCGGGCACGATTATGGACTCCCTTGTTGCAGAAGATGTCGGTCAGTTTCCTGACAAAAACGTGGGTGAAGCCCTGCAACGTATTCCCGGCGTTCAACTTGATCGTGACTTTGGTGAAGGTGCATCAATCAGTATCCGGGGCGTCGAGCCCAGTCTACTCAGGGTCGAAGTTAACAACGTATCGGCTCAGGGCTTCGGCGGCGACCGTGGTGTAGATTTCCGTGCTATGGCTTCAGAACTTATCCGCTCGCTGGATGTTATCAAAGGTTCCGAAGCGCGTCTGACTGAAGGTGGGATCGGTGGTACCGTCCAGGTAAACACCCGAAAGCCAAATGAGTTTGATGACAACTTTTTATCGGTCAATGCCGAAGGACAGTATAACGACCTTACCGGCGAACCTAACAATCGCTTTAACCTTGTAGGCGTTTATAAAATCAGTGAAGACCTTGGGATTCTTGCTAACGTTACCACCGAACAAAAGAACACCATGATCCATGCGATTCGTAACACTGAATGGCGACGCTTCGATGATTACGACAATTCACCTGATAAGACGTTCGTTGACGACGACTTCGCGGATATCACAAACAAAGCGGACTGCGCTACTTCAAGCGACCCCGACCTGTGTGAACAACAATGGTACGACTTTTCACCTCAAACACCACGCTACGGTATCTGGGGTCGGGAAGAAGATCGCATCAGCGCAAATATTATGGCGCAATATCGTTTTAATGAGCGCTTCCAGGCTCACGTGGGCTACACATATAACGAACGCGACAAGACCGCCACAGACCTTAACTTACATTTAGAGTCAGGCTCCGCTGCCCGTGTCGATCCGGCTTCAGTCATCGTCGATGACCAGCATAATCTGACCTATTTTGAAACAATCGCCGCTGGGGTGACGAACCGAACGCTCAACTTCGCTTGGGATCAAACCACGTCCATTTTTGAGTCTGGCTTTGAATATGACGCTGATGTGTGGAGTGTAGAAGGCTTAGTCTCTCGATCTGATTCGAAACAAGACATAGACTCTCGTGATACACATATCACGGCAGAAGGTTTGGCAGGTATTGCTGTGACATTAAACGACGAAGGCATGCCTTCCTGGGACTTTAATGACGGTTATTTCTATAACGTAGAAGATCCTACGGACACATCAGATACGTTTGACGTTAACGATCCTGGCAGCTATCGCTCGCGCTCTCGCTACAAATACAATCCAAGTAAGGATGAGTCCGAAGAAACCATGGCAAAACTGGATTTTACTTACATTCCAGCGTCTGATTTCATCACCATGATCCGTTCAGGCGTGCAATATTCTAAACAAGAACAAACAAACGCCAGCTTCTTATACAACATTATTCGGGATGTAGGCCAAGTCTATAATGATGAGGAATGGACAGTTGATGACCAAATCGCCCTTATCACAGGTAACACTTTCGAGTCGGACGAATTATTCGACGGTTACAGTTTACCAGTGGGTACGATCGGCACATATCAAGCTATTAATACACAACCTTTCATTGAAGCAATTCAAGCTGTATCAAATGACAACACTACCCGGGAAGATCTGGATGTTCAAACCGGGAACTACGATGTATCAGTAGAAACACGCGCTATCTATCTACAAGGTAACTTTGAAACATACTTAGGCGAGATGCGTTTGTGGGGCAACGTAGGTGTGCGCTATGTAGAAACAGAAACAGATGCGAATGGTGATGTACGCGAAATTATTATCGTCGACCAGCTGGATGAAAATGGTGAGGTATTGACCGACCCATTAACAGGCGAAGATTTAGCTGGGGTTGAAGACAGGGATGACCCGGATTGGTTTGAAGGCCGAAAAACGGTTAGTGGAGAATACAGCGATACATTGCCTAGTATAAATTTAAATTTGGGTATTATTCCTAACGAACTTGTCTTATATGTGGGCGCAGCAAAAGTAATGTCCCGCCCCAAAACGGCCGACATAAATGTAAATGCTACATGTACTATTTACAAAACCCGTCGCTCCGTTGAAGACGATATAAACGATGTATGTACAGCAGGAAACCCCGCGCTTAACCCCTATCGCGCCAACCAATTCGATGTTTCTTTAAACTGGTACCCTGATGAAGACTCAGTGGTATCTGGTGCTTACTTTATCAAAGACATTACAAGTTGGATTATTGATGCAGAAACTCGCTATGACATTGATTTCTTCGGCGATGGCCGTTTATTCGATGTTCGTCAGAAGATCAATGGTTCAGGCGTTACCACCAAGGGGATCGAGCTGCAGGCTTCAACCGTATTCACCTGGTTGCCTGCGCCTTTCGACGGCTTCGGCGGAAGCGTGAACTACACCCGCATGTCGGCAGATGATGTAGGTCTGTTTAATCAATTAAATGGTGAAGAACTCCCGTTCCCATCGCAATCTGAGAACAGCTACAACATCACAGCATTCTACGAGACAGACCTTTGGAGTATCCGTCTGGCCTACAATTACCGTGATGAATATTTGTCATTGCCAGCTGACCGTTCTGGCAACCCCGTCTTCGTAGATGATTCAGGCTATTTAGACGCCAAAATTATATATAACATTACAGAGAACCTGCGCGTTTACGCCGATGGACGTAACCTGACAGGAGAAGTGAAGTCCTACACGGCTGGTCCACATCGCCTGTCAGATTTACAATGGTCTGGCCGAGAGTACGCTGTTGGTGTGACTTACCAGTTCTGA	MKNFKDNRRNNEQAPTLTVARKPLATLISKILIAGSCASLSMVAAPTFAQQNVNQQQEDTIKVSDTQNANTADVSEDADDETEVIEVKGIRFSQRGAIDRKKMAGTIMDSLVAEDVGQFPDKNVGEALQRIPGVQLDRDFGEGASISIRGVEPSLLRVEVNNVSAQGFGGDRGVDFRAMASELIRSLDVIKGSEARLTEGGIGGTVQVNTRKPNEFDDNFLSVNAEGQYNDLTGEPNNRFNLVGVYKISEDLGILANVTTEQKNTMIHAIRNTEWRRFDDYDNSPDKTFVDDDFADITNKADCATSSDPDLCEQQWYDFSPQTPRYGIWGREEDRISANIMAQYRFNERFQAHVGYTYNERDKTATDLNLHLESGSAARVDPASVIVDDQHNLTYFETIAAGVTNRTLNFAWDQTTSIFESGFEYDADVWSVEGLVSRSDSKQDIDSRDTHITAEGLAGIAVTLNDEGMPSWDFNDGYFYNVEDPTDTSDTFDVNDPGSYRSRSRYKYNPSKDESEETMAKLDFTYIPASDFITMIRSGVQYSKQEQTNASFLYNIIRDVGQVYNDEEWTVDDQIALITGNTFESDELFDGYSLPVGTIGTYQAINTQPFIEAIQAVSNDNTTREDLDVQTGNYDVSVETRAIYLQGNFETYLGEMRLWGNVGVRYVETETDANGDVREIIIVDQLDENGEVLTDPLTGEDLAGVEDRDDPDWFEGRKTVSGEYSDTLPSINLNLGIIPNELVLYVGAAKVMSRPKTADINVNATCTIYKTRRSVEDDINDVCTAGNPALNPYRANQFDVSLNWYPDEDSVVSGAYFIKDITSWIIDAETRYDIDFFGDGRLFDVRQKINGSGVTTKGIELQASTVFTWLPAPFDGFGGSVNYTRMSADDVGLFNQLNGEELPFPSQSENSYNITAFYETDLWSIRLAYNYRDEYLSLPADRSGNPVFVDDSGYLDAKIIYNITENLRVYADGRNLTGEVKSYTAGPHRLSDLQWSGREYAVGVTYQF	PGPT0003790_812	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0003790-hutA|fatA|fct|foxR-K02014	NA	NA
AK237_01945	315	rhaM		L-rhamnose mutarotase	TTGGAAACTATCGCCTTTGTTATGCAATTACGCCCCGGATTTGAAGCGGAATATGAAAAACGCCACGATGAAATCTGGCCGGAGTTGGTCACGCTATTAAAAGAGGCTGGAATAGAAGACTATTCCATCTTCTTACACCCGAAAACGCTTCAACTCTTCGCTACCCTAAAACGCCCGGAAAATCACAAAATGGATACCCTGCCAGAGCAGGCAATAATGCAAAAATGGTGGGCGTACATGGGCGACATCATGGACCATAATCCCGATAACAGCCCCGTCAGCTTGCCGTTGAAGCCTGTTTTTTATCTCAAATAG	METIAFVMQLRPGFEAEYEKRHDEIWPELVTLLKEAGIEDYSIFLHPKTLQLFATLKRPENHKMDTLPEQAIMQKWWAYMGDIMDHNPDNSPVSLPLKPVFYLK	PGPT0017795_1012	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE-HEXOSES_UTILIZATION	PLANT_DERIVED_RHAMNOSE_DEGRADATION,PGPT0017795-rhaM|rhaU|yiiL-K03534	NA	NA
AK237_01946	1065			Carnitine monooxygenase oxygenase subunit	ATGGCATTTCAATATCCGCCGGTGAAGAGCTATTTCGACGCTGCATCATGCGATGCTGAGGTTAAGTTTGCCTTCGAAAAAGGGCTGCGTTATGCAGGCCACACTCTTATGGTACCCGAAAAGTTCAGCTACTTTACCCTGCCTCACCTGCATGATCGCTATGTGCTGTTTAATCAGGGCGATGGTTACGACATCGTGTCGAATGTTTGTCTGCACAGACAGGCAAAACTGCTTGAAGGCGCAGGGCGCACACGAAACATAATCTGTAAGTTGCATTGCTGGGGCTATGACAATCTTGGCACGCTACGTGGCACACCGCAATTTGGCGAAAAGCAAACCGGTGCACTGAAAAAAGAGTCACTGGTTAACTGGCATGGCTTGCTCTTCCGCGACCGCGCGCCGGACATGGACTTAGAAGCACTGGGTCTTAGCAGTTACATTAACTTCGATGACTATTTTTTCGCTGATCTGGAAACGGCCCGCTATAACTTTAACTGGAAGACATTCATTGAGATTTACCTGGAGAATTACCACGTATTCTCTATGCACCCGGGTTTAAAACAGTACGTGAAAGCCGATGACCTGGAATGGGAATTTGGCAATGATTTCTCAGTTCAGAAAGTGGGTCTGGGCCAGGATTTACTGAAAGCGACAACACCTCACTACCGCCATTTTCAGGATGCGCTGGCTGAGCGCTTCGCCGGCAACCTCCCCCGGTACGGTGCGATTTGGTGCTTTATCTATCCCAACATCATGATTGAGTGGTATCCCGAAGTACTGGTTGTCAGCACTGTGTATCCGGACGGCCCCCGACACTGTACCAACCACGTAGAGTTTTATTATCCGAAAGCATTCCACGCAAAATCGCCGGAATACTTCACGGCAGAGAAAAACGCCTACATGGAAACTGCTGAAGAAGATGAAGTAGCCTGCACCCTGCTGGAAAAAGGCCGTGAAGCGCTTTACCTTTCAGGCGAAGAAGAATTCGGCCCGGTAGACAGTTTTCTTGAAGCCGGTGTTGCCGGTTTTTATGAGTTTTTGACGCAGGGTAAGCAAGCTGGGTAA	MAFQYPPVKSYFDAASCDAEVKFAFEKGLRYAGHTLMVPEKFSYFTLPHLHDRYVLFNQGDGYDIVSNVCLHRQAKLLEGAGRTRNIICKLHCWGYDNLGTLRGTPQFGEKQTGALKKESLVNWHGLLFRDRAPDMDLEALGLSSYINFDDYFFADLETARYNFNWKTFIEIYLENYHVFSMHPGLKQYVKADDLEWEFGNDFSVQKVGLGQDLLKATTPHYRHFQDALAERFAGNLPRYGAIWCFIYPNIMIEWYPEVLVVSTVYPDGPRHCTNHVEFYYPKAFHAKSPEYFTAEKNAYMETAEEDEVACTLLEKGREALYLSGEEEFGPVDSFLEAGVAGFYEFLTQGKQAG	PGPT0013610_732	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_OSMOTIC_STRESS	OSMOTIC_STRESS-GLYCINE-BETAINE_METABOLISM,PGPT0013610-cmo|bphA-K00499	NA	NA
AK237_01947	480			hypothetical protein	ATGGCGCAGTGGGATATGAAGTTTTTATTTATCAGGCAGACCAAGAAAATTTTAACGATATCGATTGTAACTATGGTAGTTGGGATAATTGTTTGTTTTGTAATGGCTCTCCATGAACCAGGGGAAGATCAACGCGTAAAGCATTATTTTTCGATTTTTGCTTCCGCCGCTTTGGTATTAGGTACGGCTCTATATTACGGGTATGCCTTACTTACCTATTCCAAAGAAGTTTGTATGGTAATCGATAGAATAGGTATTCACCTGAACGGTAGGACATTTCGAGCCGATCGCATCAACAAGATAATGGTACGCGTAATAGATGGGATAATTTACAAAATGTATATATTCCAGAAAGGCAGAAATTATCCTTACTTTATGCATAGCACGGATTTTCAGGCGACCTGTGATTACGAGCATTTGGGCTATCTGGGAGAGTACTGCGCAGAAAATAGTATAACGTTGATCGTCGAAGACAAATGA	MAQWDMKFLFIRQTKKILTISIVTMVVGIIVCFVMALHEPGEDQRVKHYFSIFASAALVLGTALYYGYALLTYSKEVCMVIDRIGIHLNGRTFRADRINKIMVRVIDGIIYKMYIFQKGRNYPYFMHSTDFQATCDYEHLGYLGEYCAENSITLIVEDK				NA	NA	NA	NA	NA
AK237_01948	1158	flp		Protein flp	ATGGCAAAGCTCACAAAATTAAATGCTTTACTCATTACGCTGGCGGTTTCTTTTGCCAGTCACGCAAACAATGAGCTGGAAACGCTCGGGTTAAAGATAGACGGGATCGCATCGGGCATGATAAGTCCCGGCGGCCCCGGTTGCTCTGTTGGTGTCATTCAAAACAGGCAATTCTTGTTTAAAAAAAGCTATGGTATGGCTAACGTTGAACATTCCGTTGAATTAACTTCCACGTCAAAACACAGAATGGCGTCTGTCTCTAAACAATTCACGGCCTTTGCTGTTTTGCTGCTTGCGGACGACGGTTCAATAGCGTTGAGTGATGACATAAGAAAATACCTGCCCGGACTTCATGAGTACCAACACACGGTAACAATTAATGCCATGCTGGGCCATTTTGCCGGTATGGGAGATTACGACACGCTTAAAACATTGCTACCAGAGCCGTTGTTGTCTTCAGCAGGTAACGCATTTCGCCTGGGAGACGAGGATTATTTATCCAATGATGAATACTACGAAATGCTCAAAAGCCTGCCTTTATTGATCGCACCGGAACAGGAGCAGCGATACAGCAACTTTGCATACAATATTTTGACTTTGCTGGTTGAAAGAGTGAGTGGAGTGTCTTTCAGAACATTTACCCAAAAGCGGATCTTTGGTCCTTTAGGCATGCACGATACCTTTTTTGCAGATGACAAGCGCGAGGTGATTAGAAACCGGGCGTATGGATACCGTATGGATGCAAACAACAGCAGACCGGAGGTTTTCATGACTAACCTCTATATCACTGGTGATGGCGGGCTGTTTACAACACTGGATGATATGTTGCTATGGGACAACCATTTTTCAGGCCCAAAGCTGGGAAAAGATCCTGAAGGACTAGTGAATTTGATGAATACGCCTAACGGCGATTTTCCCGATACAGAAGAGGGAAAATGGTATTACGCGAACGGTCAATACACCGATGGTCGTTTTTTCTTTCACAATGGAGGATGGTTAGGCACCAGTACCAGTTACATTCGCAGGCCTGACACCAATACGTCGGTTGTTGCGATGTGCAACAGTTCTTCTCTCGACGCGAATGCGCTCTCTTACCCAATGTTCCAACTCTTGTCAGATTCAGGTTTGTGGGAAGGTGAAGACGCTTCTATTTTTTAA	MAKLTKLNALLITLAVSFASHANNELETLGLKIDGIASGMISPGGPGCSVGVIQNRQFLFKKSYGMANVEHSVELTSTSKHRMASVSKQFTAFAVLLLADDGSIALSDDIRKYLPGLHEYQHTVTINAMLGHFAGMGDYDTLKTLLPEPLLSSAGNAFRLGDEDYLSNDEYYEMLKSLPLLIAPEQEQRYSNFAYNILTLLVERVSGVSFRTFTQKRIFGPLGMHDTFFADDKREVIRNRAYGYRMDANNSRPEVFMTNLYITGDGGLFTTLDDMLLWDNHFSGPKLGKDPEGLVNLMNTPNGDFPDTEEGKWYYANGQYTDGRFFFHNGGWLGTSTSYIRRPDTNTSVVAMCNSSSLDANALSYPMFQLLSDSGLWEGEDASIF				NA	NA	NA	NA	NA
AK237_01949	1437			hypothetical protein	ATGGGAAATAACGATAAACAACGTCTTTCGCGGCGGGATTTCCTGCTCGCCTCATCGTCCGCAGCCTTGCTGGCTGCATGTCAGCAATCTTCAGTTATCAATACATCACGGGCCGGTATGAATACGCAGTCGGTTAAGACCAATTCGCCTTTTGCTATGCCGGATATCATCGTCCCGGATTTTGCTCATACGCCGGAGTTTGATATCCGCGCCTTTGGCGCCATCGCGGGTGATAAACACGTCAACAACCAGGCTATTGCCGGTGCAATTGATGCTGCCCATCAGGCTGGTGGCGGACGGGTGATTATTCCTCAGGGTGAGTGGGTGTGCGGTAAAATCCATTTAAAAAGCTTTGTGAATTTGCACGTCCGGAAAGGTGCTCAGCTTACTTTTTCGGGGGATCCGAAAGATTACTTACCCGCTGTAAAAACATCATGGGAAGGCATGGAGTGTTATAACTACTCGCCGCTTATTTACGCTTACGGATGCGAGCACATTGCGCTCAGCGGTGAAGGCAAGCTTTTTGCCAACCTGGATACCTGGAAAATTTGGTATAAGCGTCCGCCTGAACATATGCAGGCGCTGGCGAATCTTTATCATATGGCAGCGAAAGGCGAGCCGGTGGAAGTCCGCAAAATGGATTATGAAGGTGCCAACCTGCGTCCCCATTTTGTGCATTTCAATCGCTGTAAACACGTACTGATAGAAGATATTGATATCGAAAACAGCCCGTTCTGGGTACTGCACCCTTACATGAGTGAGCATGTTGTCATCCGCGGCGTTTCGGTAAAAGCGTACGGGCACAATAATGATGGCGTTGACCCTGAAATGACACAAAACCTGCTGATTGAACATTGTGAGTTTGACCAGGGGGATGACGCAATAGCCATTAAGGCTGGCAGAAATCAGGATGCATGGCGCTTAAACATGCCGTGCAAAAACGTGGTCATCCGGCATTGCCGGATAAAGCGGGCTCATCAGCTAATCGCCATAGGCAGTGAATTATCCGGCGGCATTGAAAATGTGTTTGTTGATGATTGCCATTTTGAAGGCGGCGCAGCATTTACGTATGAAGGCACGGGCAATCTGGTGCTGATAAAAACCAACGAGCGCAGAGGCGGTTATGTACGAAATGTAGTGGTGCAAAATATCACCGCACATGCCATCAACGGCGGCGCACTTACCATAGCCACAGATGTACTGTATCAGTGGAAAGATCTTGTACCCACTTACGAGCGCAAACTGACGGCTATCTCCGGCATTCGTTTGCAGAACGTCCGGGTGGGCAAAGCCGGGTATCTGTGTAAGATAGAAGGCCAGGCAGAAATGCCGGTCAGCAACGTTACACTCAGCAATGTGGTTGCAGAAAACACCCGCGAAGAGGCGGTTCAGAATAGCAATGTAAATGGATTTTCATGGCAAAGCTCACAAAATTAA	MGNNDKQRLSRRDFLLASSSAALLAACQQSSVINTSRAGMNTQSVKTNSPFAMPDIIVPDFAHTPEFDIRAFGAIAGDKHVNNQAIAGAIDAAHQAGGGRVIIPQGEWVCGKIHLKSFVNLHVRKGAQLTFSGDPKDYLPAVKTSWEGMECYNYSPLIYAYGCEHIALSGEGKLFANLDTWKIWYKRPPEHMQALANLYHMAAKGEPVEVRKMDYEGANLRPHFVHFNRCKHVLIEDIDIENSPFWVLHPYMSEHVVIRGVSVKAYGHNNDGVDPEMTQNLLIEHCEFDQGDDAIAIKAGRNQDAWRLNMPCKNVVIRHCRIKRAHQLIAIGSELSGGIENVFVDDCHFEGGAAFTYEGTGNLVLIKTNERRGGYVRNVVVQNITAHAINGGALTIATDVLYQWKDLVPTYERKLTAISGIRLQNVRVGKAGYLCKIEGQAEMPVSNVTLSNVVAENTREEAVQNSNVNGFSWQSSQN	PGPT0018715_8	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_CELL_WALL|MEMBRANE_DEGRADATION	PLANT_MEMBRANE_POLYSACCHARIDE_DEGRADING_FUNCTIONS	PLANT_MEMBRANE_RHAMNOGALACTURONAN_ENDOLYASE,PGPT0018715-yesW-K18197	NA	NA
AK237_01950	795	yesU		putative protein YesU	ATGGTTTCAGTCAGAACGTATTTTGCTGCAGGCGCTTTATTTTTACTGGTCTGTGGCTGTAGTGGGAATGCATCATCGGGGATGACTGCCAGTGCGCAGGTGGTGGAAGAAAAATGGACAAAAGGCGACATTATTTATCAAAACCCGTTATCCCGGGAGGCGGATATGGCGGGCTGGCGTATGGAAGGCCCGGGCCAGACAGCCTTTCAGAATGGTTGGATGCAAATGTGGTCGCCTGACGAAGCGGGTCACCATGTGTTCTGGATGCCTGAGACACTGCCTGACAGTTTCATTGCAGAGTGGGATGCGCAGGCGCTGAAGACAGATGCGGGACTGGTTATCGTGTTTTTTGCCGCAAGAGGCATACGAGGTGAAGATATTTTTGATGCAAGCCTTGCTCCGAGGGATGGCACATTCACTCAATATACCAACGGGGATATTCGCAGTTACCATATTTCTTATTACGCGAACGCTGCGCACAATCCGGCAAGGGGACACGCTAACCTGCGAAAAAACAACACATTCTCGTTACTGCAACAAGGTGAGCCCGGCATAGCGGCAACAGATACCCGCATCAATCATATTCGCTTAGTGAAGCATAAGAACTATATTCAACTTTCAATCAACGGGCGTACCGTTATCGATTACACCGACGATATGCCGGTGGTAGACGGCGTCGACACCGGCCCGCCGCTACAGGATGGGAAGTTAGGCTTCCGGCAAATGCAATGGACAAAGTTTCAGTACCGCGATTTGAAAATTTGGGCGCTTAAAGGAACTGGTCATGGGAAATAA	MVSVRTYFAAGALFLLVCGCSGNASSGMTASAQVVEEKWTKGDIIYQNPLSREADMAGWRMEGPGQTAFQNGWMQMWSPDEAGHHVFWMPETLPDSFIAEWDAQALKTDAGLVIVFFAARGIRGEDIFDASLAPRDGTFTQYTNGDIRSYHISYYANAAHNPARGHANLRKNNTFSLLQQGEPGIAATDTRINHIRLVKHKNYIQLSINGRTVIDYTDDMPVVDGVDTGPPLQDGKLGFRQMQWTKFQYRDLKIWALKGTGHGK				NA	NA	NA	NA	NA
AK237_01951	2706			hypothetical protein	ATGGACAGACGGCAATTCATCATTAACAGCAGTATGGCGGCGTCCGTACCGTTTGCATTGTCAGCAACAGGTTGTGCTTCAACGGTAGCGGGGCAGGCAGCAGGACAACAGGCAATAAAGCCGGTAACACGACTGCCCGGTGCACTGAGCTGGCTGGAAGGTGAGCAACCTGCTTATCAACCGGGCACCACATTTGGCTACCCCTGGCCCCGCGGCGAATTACAAGCTGAAACGCCATTGTCGCTGGTTCATGAATCAGGCACGCAGATCCCATTGCAATCATGGCCCACGGCTTACTGGCCCGATGGATCGGTTAAGTGGACTGCCCATGCTATTCCGGCAGACGCCCAATGCGGTGATGCATGTAAAATAATGAAGGGTAAACCCGCCACGCCAGCTAAGGCGGTATCCGTTGATGAATCAAATCAGCACATCAATGTAAACACCGGTGTCATACAGTTTTCAGTCCCCAAAAAAGGCTCTTCGTTAATCAGCACGCTCTCCCGCGATGGCAAGGTAACGGGGAAAGACGCCAAACTGGTGGGAATGCGAAAAGCGTCGCCTGATAACGACGCCACTAATGAACATTTTGAATCTCAAATTCAACAGGTCGTTGTGGAACAAAGCGGTCCGGTGCGAGCGGTAATTAAGGTAACCGGCATAAACCGCACTGCATCTTTAAGAGACTGGCTACCTTTCACGTTACGCATGTACGCTTATGCAGGCGGTGAAACCGTACAACTCACCTATTCATTTATCTTCGACGGAGACGCAGAAACCGACTTTATCAGTGGTTTAGGTCTTAGGTTTAACGTGGTGCAAAGAGACGAGCTATACAACCGCCACGTTCGCCTAGTGGGCGCAGACAACGGTTTATGGGGTGAGGCGGTAAGAGGCATCACCGGGCTGCGCCGTGACCCGGGTGAAGCGGTCCGGAAAGCGCAAATAGAGGGTATTGCTCTGCCACCTGAGTCAGAGTGGGATGAACGGGTAACCAGCCGTTTGCATTATATTCCCGTGTGGAACGATGTTACCCTCACCCAGACAACGGCCAACGGTTTCGAAATCCGCAAACGTACTAAAGCCGGTCATGGCTGGATTGGTTCGGATCAGGGACATCGTGCCAGCGGCGTTGGCTACATGGGAGGCGTGTCCGGCGGGATCCTGTTTGGTATGCGGGATTTCTGGCAATTGCACCCGGTGCAAATTGATTTGCGGGACACCGGTCAGGATGAATCTTCTGCCACGATCTGGTTCTACTCTCCTGAAGCCCCCGCCATGGATTTACGTTTTTACCATGACGGCATGGGTCAGGATACCTACGACAAACAGCTCGATGCACTGAATATTATTTATGAAGACTACGAGCCCGGATTCGGCGACGCGCATGGTATTGCGCGCACCACAGAATTTACCCTGGCCGTAACCGGCAGTACGCCATCCCGCCAGCAAACCATTGATATGGCAGCGGCAATCCGCGAACCGGCCAGACTCATTGCCGCACCGCAGGACTACCTGGCAGCCAAAGTATTCGGCGGCTCCTGGAGCTTACCGGACTCATCAACCCCTGCCATGAAGAAGATTGAAGATCGCCTGGCCTGGCAAGTGGAATACTATGCCGGGCAAGTGGAGCAACGTCACTGGTACGGGTTCTGGAACTATGGCGACATTATGCATACCTACGACAGCGACCGGCATGTGTGGCGCTATGACATAGGCGGATATGCCTGGGATAACTCAGAGCTCTCGCCTGACCTGTGGCTCTGGTACTCCTTCCTGCGCACGGGGGATCCCACCACCTTCCATCTGGCAGAAAGAATGACCCGCCACAACCGCGATGTGGACATTTATCACGCTGGCCGCTTTAAAGGATTAGGCACCCGTCACAATGTGCAGCACTGGGGATGCAGTGCCAAGCAAATGCGGATCAGCACCGCGTCCTATCGCCGTTTTCACTATTTCATTACCGGCGATGACCGCACAGGTGATGTCCTCAGCGAAGTGACAGATGCGGATAAAGCGCTGGCCGTGCTCAACCCTACCCGCAAGGTAGAAAGAGCCAATCCGATCCCCGGCCTGGCGAAAATGGGAGCCGGCACAGACTGGGGCTCTGCCGCCGCAAACTGGCTGACCGCCTGGGAACGTACCGGCGATGATAAGTACAGAGCACGTCTTGCGGATGCCATGACAGTCATCGGCAATCACCCTCAGGGCTTTTTCGCCGGTGCATTTGGGTATGATCCTGAGAAACAGGCGTTAGTACCTTACCCTGAAGCTGACCCAACCCTGTCTCATTTAAGTTCAGTGTTCGGCCTCATCGAAATGTCCACAGAACTAAATCAGCTCATCGATATTCCTGCGTACCGGGAAGCCTGGCTTAAATACGGCCGGCTTTACAGCGCACCAGATGAAGAGCAGGAGGCAGCGCTGGGGAAAGTGATGCGCGGCAACAGTCTTACCGTGGCTCATTCGCGGTTAACCGCCTATGTGGCTGCGCAGGAAAATGATCCTGAACTGGCCAGACGCGCCTGGAAAGAATTCAGGCAGGAATGGGGTGGAGAGAAATCCATTGGCACAACTCGGGTAACGGGTCCTGATGTGTTAAACCCTGTTGATGAAGCCGCCTGGGTATCGACAAATGATGCCGCTCAGTGGGGCCTGGCCGCTATTCAGAATCTGGCGCTGGTGAAGTCAGCGCTGTCGTAG	MDRRQFIINSSMAASVPFALSATGCASTVAGQAAGQQAIKPVTRLPGALSWLEGEQPAYQPGTTFGYPWPRGELQAETPLSLVHESGTQIPLQSWPTAYWPDGSVKWTAHAIPADAQCGDACKIMKGKPATPAKAVSVDESNQHINVNTGVIQFSVPKKGSSLISTLSRDGKVTGKDAKLVGMRKASPDNDATNEHFESQIQQVVVEQSGPVRAVIKVTGINRTASLRDWLPFTLRMYAYAGGETVQLTYSFIFDGDAETDFISGLGLRFNVVQRDELYNRHVRLVGADNGLWGEAVRGITGLRRDPGEAVRKAQIEGIALPPESEWDERVTSRLHYIPVWNDVTLTQTTANGFEIRKRTKAGHGWIGSDQGHRASGVGYMGGVSGGILFGMRDFWQLHPVQIDLRDTGQDESSATIWFYSPEAPAMDLRFYHDGMGQDTYDKQLDALNIIYEDYEPGFGDAHGIARTTEFTLAVTGSTPSRQQTIDMAAAIREPARLIAAPQDYLAAKVFGGSWSLPDSSTPAMKKIEDRLAWQVEYYAGQVEQRHWYGFWNYGDIMHTYDSDRHVWRYDIGGYAWDNSELSPDLWLWYSFLRTGDPTTFHLAERMTRHNRDVDIYHAGRFKGLGTRHNVQHWGCSAKQMRISTASYRRFHYFITGDDRTGDVLSEVTDADKALAVLNPTRKVERANPIPGLAKMGAGTDWGSAAANWLTAWERTGDDKYRARLADAMTVIGNHPQGFFAGAFGYDPEKQALVPYPEADPTLSHLSSVFGLIEMSTELNQLIDIPAYREAWLKYGRLYSAPDEEQEAALGKVMRGNSLTVAHSRLTAYVAAQENDPELARRAWKEFRQEWGGEKSIGTTRVTGPDVLNPVDEAAWVSTNDAAQWGLAAIQNLALVKSALS				NA	NA	NA	NA	NA
AK237_01952	1107	yesR	COG4225	Unsaturated rhamnogalacturonyl hydrolase YesR	ATGCCTGCATTAGTTAACGACATCGCGTATTCCACCGTCCGGCAGAACATAGACAAACTCATCGACAACCTGGTGAACATCACCGATGAAACCGGAGAATTCTTACTAAAGCTGGAAGACGGCAGAGTGATAGACACCAAAGGCTGGAATGACTGGGAATGGACCCACGGCATTGGTTTATACGGCTTGCTTAAATATTGGGATATCACCGGCGACGATAAGGCCCGTGAAATTATAGAAGACTGGTTTGCTAACCGCTTTGCAGAAGGTACTCCAACGAAAAACGTTAACACCATGTCGCCGTTCCTGACACTGGCATACATGCAGGAACGTACAGGCAACCGCAGCTACCTGCCGTATCTGGATGTGTGGGCCGAATGGATCATGGATGGTATTCCACGCACTGAAGAAAACGGTATTCAGCATATTGTTTTCAACTCGGTAAACTACCAGCAAATGTGGGATGACACGCTGATGATGAGTGTTATGCCGCTGGCAAAAATCGGCTTACTACTCGACCGTCCTCACTATGTTGAAGAAGCTAAGCGCCAGTTTATGGTACACACCAAATACCTGGCTGATCGTAAAACCGGATTATGGTTCCACGGCTGGACATTCGACGGCCGTCACAACTTCGCTGACGCACTGTGGGCCCGTGGTAATTGCTGGGTCACCATTGCCATTCCTGAGTTTATAGAGCTGCTGGATCTCCCTGAAACCGACGCGCTGCGATTGTTTTTGATTGAAACCCTGGAGGCTCAGGTCAAAGCGCTGGTTGAAACACAACATGAAAGCGGTTTGTGGCACACACTACTGGATGACCCTACTTCTTACCTTGAAGCGTCTGCCGCAGCCGGTTTCGCATACGGTATCTTAAAAGCGGTACGCAAAGGCTACATCAGCGATGAATACCGTCCCTGTGCAGAAAAAGCCATTAAAGCCGTGCTTGAAAACATCGATGAAACCGGCGAATTACAGCAGGTCTCGTTTGGTACGCCGGTGTTTGACACCTTACAGGGCTACAAGGATATTCCGCTGACGTCGATGCCTTACGGCCAGTCCATGGCGATTCTGGCACTCGTTGAGTACATGAACGCATACATCTGA	MPALVNDIAYSTVRQNIDKLIDNLVNITDETGEFLLKLEDGRVIDTKGWNDWEWTHGIGLYGLLKYWDITGDDKAREIIEDWFANRFAEGTPTKNVNTMSPFLTLAYMQERTGNRSYLPYLDVWAEWIMDGIPRTEENGIQHIVFNSVNYQQMWDDTLMMSVMPLAKIGLLLDRPHYVEEAKRQFMVHTKYLADRKTGLWFHGWTFDGRHNFADALWARGNCWVTIAIPEFIELLDLPETDALRLFLIETLEAQVKALVETQHESGLWHTLLDDPTSYLEASAAAGFAYGILKAVRKGYISDEYRPCAEKAIKAVLENIDETGELQQVSFGTPVFDTLQGYKDIPLTSMPYGQSMAILALVEYMNAYI	PGPT0018255_1075	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES	CE-EPS-HYDROLASE,PGPT0018255-yteR|yesR-K15532	NA	NA
AK237_01953	1548	xylP		Isoprimeverose transporter	ATGGCACGACGCGAACTCAAACCGGTAAACTACGTAGCATACGGCCTCAATGACATTCTCGGGGCCGGCTCCATGGCCGTGATCAGTGGCTGGATATTATTTTTCTATACCACATTCTGCGGCTTGTCAGCCGTTCAGGCCGCCAGTATTTTCGCCATCGCCCGTATACTTGATGCAGTGGCAAGCCCGCTTATTGGTCATATTTCTGATGGATTAGGCAATACTAAACTGGGGCGTCGTTTCGGACGACGCCGGGTATTTCTTATCTTCTCCATTCCTCTGTTACCCAGCTTTGCATTGATGTGGGTGAGTGGTCAGCATTATCTGTATTACCTCGTGACGTATGTCTTTTTCGAGCTGGTCTACGCGGCGGTCATCATTCCTTATGAAACCCTTGCAGCAGAAATGACAGATGACTATAAGAAAAAAGCCAAACTGGCCGGTGCCCGCATTCTGACGGGTCAGGTGTCAGCCATCCTGGCCGGCATTCTGCCAAGCTGGATAGTCAGCGCAGTGGGTGGCAAAGAGTCAGCCTCCACCTTTTTAATAATGGGTGTCATTTTCTCCGTGCTGTTTATGGTGGTTGTGTTCACCGTATGGCTTTTCACCTGGGAACGGGACGTCAAGGAAGTCGGGGAACAGGAGCTGACCAAAGGCAAAGGCTGGACGGTTTCCGGCACGCTCAAAGCGCTGTATACCAACCTTACCTCAACCATGAAAATCCGTGCCTTCAGGCTGCACCTCGGCATGTATCTGGGTGGTTACATCAGTCAGGACGTATTTAATGCCGTGTTCACGTATTTCGTGGTGTTCGCCATAGGCGGCTCTGTGGTTATTGCATCAGAGATGATGGCCGTAACCTATGTTGCACAGCTCTTTGCCGTCGCAGTCGCAATCCCCATGGTGATGAAATTTGGCCCCGCCCCCAGTTACCGGGTTGCCATTTTGCTTTACATCATTGCCATTGTCTCTCTGGTTGCTATGTATATCACCACCGATAACTTTAACTTCATGTGGCTGATGCTGGGCGTCATTGTTGCCGGATTAGGCCGGGGAGCGCTGAACTACATCCCCTGGAACACTTACAACTACATGGCCGATGTGGACCAGATTGTGACCGCCCGACGCCGTGAAGGCAGCTTTGCCGGCGTGATGACCTTTATCCGTAAAGCAACCCAGGCCATTGCAGTGATGTCTGTGGGTATTATTCTGGAAGCCGGCGGCTTTATTTCCGGTGCTGAAACCCAAAGTAGCCAGGCCATTTCCACCATCGTCCTGATGCTCGCTATTGGCCCTGTGGTAGTACTCATTTTCGGCTTTTGGGTCTCGACTAAATTTAAGTTATCCAAAGAAACCCATGAAGTGCTGATGAACGAAATTGAGCACTTAAAGCGCGGAGCAACCACACCGACAAGCGAAGAAAACAAAGCCATAGTCGAAGACTTATCAGGCTTCGCTTACCGCGACTTGTGGGGTAATAACACGGTTGGTATTGCACAGGACAACGGTTCATCAGCGGGGAGTCGTCATGAAAATGCCAATGTGTAG	MARRELKPVNYVAYGLNDILGAGSMAVISGWILFFYTTFCGLSAVQAASIFAIARILDAVASPLIGHISDGLGNTKLGRRFGRRRVFLIFSIPLLPSFALMWVSGQHYLYYLVTYVFFELVYAAVIIPYETLAAEMTDDYKKKAKLAGARILTGQVSAILAGILPSWIVSAVGGKESASTFLIMGVIFSVLFMVVVFTVWLFTWERDVKEVGEQELTKGKGWTVSGTLKALYTNLTSTMKIRAFRLHLGMYLGGYISQDVFNAVFTYFVVFAIGGSVVIASEMMAVTYVAQLFAVAVAIPMVMKFGPAPSYRVAILLYIIAIVSLVAMYITTDNFNFMWLMLGVIVAGLGRGALNYIPWNTYNYMADVDQIVTARRREGSFAGVMTFIRKATQAIAVMSVGIILEAGGFISGAETQSSQAISTIVLMLAIGPVVVLIFGFWVSTKFKLSKETHEVLMNEIEHLKRGATTPTSEENKAIVEDLSGFAYRDLWGNNTVGIAQDNGSSAGSRHENANV	PGPT0017280_275	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_OLIGOGALACTURONIDE_TRANSPORT_I,PGPT0017280-togT|rhiT-K16210	NA	NA
AK237_01954	1350	ogl	COG0823	Oligogalacturonate lyase	ATGAAAATGCCAATGTGTAGAACATTGCTCACCGCAGCGGTTGCTCTGATGGCCGGGGCTTTGTCTCCGGCAGTCAATGCTGAAGACATTCCTAAATCATGGATTGATAAAGACACCGGCCACCGGGTAATACGTCTGTCAGAAGAACCCGGGTCCCGCTCGCTGTACTTTCATCAAAATGCTTACAGCGCAGATGGCAACAGCATGGTTATTTCGGTGGATAATCCCAGAGGGGTTGCCGTTGTTAACCTGAAAGACGGTACTGTTAAGCGACTCTTTGAAGACCCGGACGTGGGCATTTTGTTCATGGGCCCTGCCAGCCGCAATGTGTATGTGACACGCATAGAGGGCGCAGGAAGTGGTGAAGTCGTTGCAAAAAATGAGCTGCAACAACCCACAGAAGTTCTGGCTATCAATATAGACAATGGTCAGGTCCGGCATGTTGCCACCGTATCGCGGGGAAAAATTCATTCCATCAATAAGGATGAAAGCCTGCTCATTGGTGCATTTTCAGAGCGCGAATACAGCATTGAGTCCGGTCCCCGCCACGCCCGTTTCGAAGCACGCTATGAAGCGACCGGCAAAGATGGCAAACCGCTGACCTTTGCAGAAGCCAAAGAAGTGCGCATTAACGAGCGGCTGGAAGCACGTATTCCCATGGAAATGTTTGTGGTGGATACCCAAACCGGCGAACAACGAACTATTCACAAAGCGACTGACTGGCTGAATCACATTCAGTTCTCCCCCGCTGACCCGGACAAAATCATGTTTTGCCATGAAGGCCCATGGCATAAAGTGGATCGCATCTGGACGATGAATGTGGATGGCAGCAATATTCAAAAAATGCACACCCGCAGCATGAATATGGAAATTGCCGGTCATGAGTTCTTTGACCACAGCGGTAGCCGTATTTTCTACGATTTACAAACACCCCGCGGGGAAGTGTTCTGGTTAGCCAGTGTCGATCTTTCCTCAGGAGAGCGTGTCTGGCGGCACATGCCCAGGGACTACTGGTCAGTACATTTCAACATTTCCCCCGACGGCAAGCTGTTTGCCGGTGACGGTGGCGATGAAGAAATGGTTGCCAGAGCCAAAGACGGTAAATGGATTTATCTGTTCAGGGATGAACCAATAAACGATGTGGCCGGGATCAGTGCCCCTGATGCAGCGTCATTGATTAAACCGGCAACCTTACAGGCAGAGCGTCTGGTCAATATGGCTGACCACGACTACCGCCTTGAACCTAACGTTACCTTTACCCCTGATAACAAGTGGGTGGTCTTCCGTTCCAATATGCATGGCCCGGTGCACGTTTACGCCGTAGAAGTGGCCAGAGCACAACAACCTTAA	MKMPMCRTLLTAAVALMAGALSPAVNAEDIPKSWIDKDTGHRVIRLSEEPGSRSLYFHQNAYSADGNSMVISVDNPRGVAVVNLKDGTVKRLFEDPDVGILFMGPASRNVYVTRIEGAGSGEVVAKNELQQPTEVLAINIDNGQVRHVATVSRGKIHSINKDESLLIGAFSEREYSIESGPRHARFEARYEATGKDGKPLTFAEAKEVRINERLEARIPMEMFVVDTQTGEQRTIHKATDWLNHIQFSPADPDKIMFCHEGPWHKVDRIWTMNVDGSNIQKMHTRSMNMEIAGHEFFDHSGSRIFYDLQTPRGEVFWLASVDLSSGERVWRHMPRDYWSVHFNISPDGKLFAGDGGDEEMVARAKDGKWIYLFRDEPINDVAGISAPDAASLIKPATLQAERLVNMADHDYRLEPNVTFTPDNKWVVFRSNMHGPVHVYAVEVARAQQP	PGPT0018250_15	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_CELL_WALL|MEMBRANE_DEGRADATION	PLANT_MEMBRANE_POLYSACCHARIDE_DEGRADING_FUNCTIONS	PLANT_MEMBRANE_OLIGOGALACTURONIDE_LYASE,PGPT0018250-ogl-K01730	NA	NA
AK237_01955	762	kduD_1		2-dehydro-3-deoxy-D-gluconate 5-dehydrogenase	ATGTCTGTTTCATTTGATTTAACGAACAAAACTGCCCTGGTGACAGGCGCGAGCCGTGGAATAGGCCAGGCCCTCGCCACCGGGCTTGCCAGTGCAGGCGCCAGAGTGATCTGTGCCAGCAGCCGCGCCGGCGGATGTGACGATACTGTTGCCCAAATCCGCGATAACGGTGGCGAAGCCACCGCATTGTCAGCCAATTTAAGTGACGCTGATGCAACACAAGCCCTCGCTGAAGAAGCGTTAACTGTGTATGGCGGCGTGGATATTCTGCTCAATAACGGCGGAACGATTTTCCGGGCACCGGCGACTGAATTTCCGCTGGATAAGTGGCAGGAAGTGATGCGGGTAAATATTGATTCTGCATTTATTTTGTCGCAGGCCATCGGCAAAACCATGGTAGAGCGACAGTCGGGGAAAATTATCAATATTGCATCGATGCTTAGCTACAGCGGAGGCATTACGGTTCCCGCCTATACCGCCAGCAAACACGCCATTGCCGGTTTAACCAAAGCGCTGGCCAATGAATGGGGCGCGCATAATGTGCAGGTTAATGCCATCGCACCGGGCTACATCCGTACCGACAATACTCAGGCCCTGCAGGATGATGAAAACCGCAGCACTGAAATTCTCAAGCGTATTCCTGCTAACCGCTGGGGCGAGGCGCAGGACTTACAGGGGGCAGCCGTTTTTCTTGCCAGCGCAGCAAGCAATTACATCAACGGACACATTCTGGCCGTCGATGGCGGATTCTTAGCCCGGTAA	MSVSFDLTNKTALVTGASRGIGQALATGLASAGARVICASSRAGGCDDTVAQIRDNGGEATALSANLSDADATQALAEEALTVYGGVDILLNNGGTIFRAPATEFPLDKWQEVMRVNIDSAFILSQAIGKTMVERQSGKIINIASMLSYSGGITVPAYTASKHAIAGLTKALANEWGAHNVQVNAIAPGYIRTDNTQALQDDENRSTEILKRIPANRWGEAQDLQGAAVFLASAASNYINGHILAVDGGFLAR	PGPT0018065_768	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_SUGAR_ACID_UTILIZATION	PLANT_DERIVED_OLIGOGALACTURONIDE_DEGRADATION,PGPT0018065-kduD-K00065	NA	NA
AK237_01956	774	allR	COG1414	HTH-type transcriptional repressor AllR	ATGACAGAACGATATTTGATACCCAGTGTGGTGCATGCCTGCGAAGTTTTCCGCTTGCTGGCCAGCAGAGATCGCGGCATGACCATGCAGGAACTGGAAGCTGCACTGGATCTGCCGCGAACCACGGTTTTCCGTTTACTGCGTACGCTGGTCGCCGAAGAGATGCTGGAAAAGCGCGGCAAAATTTACTTCTGTGGTGCCAATCTGATGCAGTTGGGTCTGCAAATCATTCACTCAGATCGTATGCAGCAAATGGCCATTCCCCATATTCAGCGTCTGGCCCTGCGCACCGGTCATACCGCGCACCTGGCTGTACCGAATCACGGTAAAGCGCTAATTGTAGAAGTGTTCGACAGCCCGAATCCGTTAATGGTATCCAAACGCCCGGGCGTAGAAGCCCAAATGCACTGCTCTTCAACAGGGAAAGTGTTTCTGGCGTTTTTATATTATGACAACCTGGAACTGTTGCTGGCCGAACATCCTATGGAACAGCATACCCCGTTTACCATCACTAACATCGCCGATTTGCGCAAAGAGCTTAACCGGGTTCGGGCATTAGGTTATGCCGTAGACGAAAGAGAATATAACAAGGACGTACGTTGTGTTGCTGTTCCTGTGCGCAATAGTCTGGGCACCGTAGTGGCATCGGTGGGTATCACCGCACCGGCCGCTGTATTCCCCAAAACAGCCGTGCCTAAAGTGGCTGAAATGGTTAAAGAAGCAGCCAGAGGCATCTATAAAGATGCCTATCAGCTTGAACGGGTTAGTAATTAG	MTERYLIPSVVHACEVFRLLASRDRGMTMQELEAALDLPRTTVFRLLRTLVAEEMLEKRGKIYFCGANLMQLGLQIIHSDRMQQMAIPHIQRLALRTGHTAHLAVPNHGKALIVEVFDSPNPLMVSKRPGVEAQMHCSSTGKVFLAFLYYDNLELLLAEHPMEQHTPFTITNIADLRKELNRVRALGYAVDEREYNKDVRCVAVPVRNSLGTVVASVGITAPAAVFPKTAVPKVAEMVKEAARGIYKDAYQLERVSN				NA	NA	NA	NA	NA
AK237_01957	1044	kdgK_1	COG0524	2-dehydro-3-deoxygluconokinase	ATGCCTATCAGCTTGAACGGGTTAGTAATTAGGTCGGTGCCTGTGACAGCAGATTCGCTTTTTAATACAACCATGCCACGCTGCCTGCTTGCCGGCGAAGTGATGGTGGAATTATCCCGCGCGGAACCCGGATTATTCAGGCAGAGTTTTGCCGGCGATGTTTACAATACGGCGGTATATCTCAAGCGCTGCCTGCCCGCCTGCGAGGTGAGCATGCTCACCGCTGTGGGACAGGATCCCTTTAGCGTATCTATGAAACAAGCCATGGGTAAGGAGGGTATCAACACAGGCTTCATACTCACCCATCCCGGAAAAGGGCCGGGACTCTACGCCATTCATACCGACGCCAGCGGAGAAAGAAGCTTTCAGTACTGGCGCAACAACGCGGCAGCAAGGGAGTGGGTAACGCTGTGGCAGCAAACCCTCACCGGCTCAGAACCATCACCTTTACCGCAGGCAGATTTAATTTACCTGAGTGGAATTACACTCGCGGTGCTGGATGAAACCCAACGGGCTTTATTGTTCGACTGGCTGCATCAGGCAAGAGAAAACGGTATCAGAGTGGCTTTTGATCCTAACTACCGGCCGCAACTGTGGGCGTCTGTTGATGAAGCCGCAGTATGGACCCGCCGGGCTTACGGTGTTACCGATATCGCTTTTCCGGGTGTCGATGAGCATCAAATATTATTCGACCACCAGGATTGTTTCGATGCCATGGATGCTCTGGCTGACTGGGGTGTTGGCGAGATAGTAGCAAAAAATGGTACAGATACTATTCGCGTTTTGCACAACGACACCATGGTAACGGTGGCTGTCTCGCCCGTGAGCAACATTGTCGATACCACGTCAGCAGGTGACGGCTTCACAGGGGGCTACCTTGCCGCCAGATTGGCGGGGAAACCGGTACGAGAAGCCGCTCAGCAAGCTGCAGATGTCGCAGCCTGTATTATTCAATATCCTGGCGCAATTGTCCCTCGTCATGAGTTCGACAACACGATACACCAGATCCAAAGTGCCCGACATATCGTTGAAAGCGAGGGGTAA	MPISLNGLVIRSVPVTADSLFNTTMPRCLLAGEVMVELSRAEPGLFRQSFAGDVYNTAVYLKRCLPACEVSMLTAVGQDPFSVSMKQAMGKEGINTGFILTHPGKGPGLYAIHTDASGERSFQYWRNNAAAREWVTLWQQTLTGSEPSPLPQADLIYLSGITLAVLDETQRALLFDWLHQARENGIRVAFDPNYRPQLWASVDEAAVWTRRAYGVTDIAFPGVDEHQILFDHQDCFDAMDALADWGVGEIVAKNGTDTIRVLHNDTMVTVAVSPVSNIVDTTSAGDGFTGGYLAARLAGKPVREAAQQAADVAACIIQYPGAIVPRHEFDNTIHQIQSARHIVESEG	PGPT0018060_1121	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
AK237_01958	786	ulaR_1	COG1349	HTH-type transcriptional regulator UlaR	ATGCTTGAGAAACAACGACACCAGCTTATTATCAGCGCCCTTGATGAGACGCAGTTCATTAGCGTGAAAGATCTGTGCGCGCAGCTTAAATCTTCCGAAGCCACCATCCGCCGGGATTTGGTTAAACTCGCAGCGTTAAAGAAAATAAAAAAAATCCGTGGCGGCGCGCAGGTGAAAGAGTCCCAACCGGCGACAAAATCTGGCCTCTCTGCCAGCATCTTCTCTCAGGATCGCGGCCGCAATGCCAACACTAAGCGAATGATAGCCAAGGCTGCTACCCAGTTAGTGCAGGACGGCGATGCCATTATTATCAATGGCGGCACGTCAACATTTATGATGGCGGAATTTTTAGCTGATCGGAAACTCAATATTTTAACCAATTCGTTTATTCTCGCCCACGAACTGTTGGAAAGCAGTCAAAATCAGGTCGCGTTACCCGGTGGTGAAGTATATCGCCACCAAAGTATTATTCTCAGTTCTTTTGAGAACGACACCACACAGAAATATCGTGGGAGTGTTATGTTTATGGGCTCTCCGGGTGTCAGTGAATTTGGCATTATGGAAACCGATCCTTTACTCATTCTCGCTGAACAAAAGCTTCGTAAGCGCGCCGACAAACTGGTTGTACTGGCAGACAGCAGCAAAATTGGCGTGAAAGGAAACCTGATTTTCTGCGGTTTGGAAGACGTAGACGTGGTAATCACCGACAGCAACGCTAACCCAGACGTACTTATGCGGATAAGGCAACATGGCGTTGAAGTGATCGTGGTAGAGGCGTGCGACTGA	MLEKQRHQLIISALDETQFISVKDLCAQLKSSEATIRRDLVKLAALKKIKKIRGGAQVKESQPATKSGLSASIFSQDRGRNANTKRMIAKAATQLVQDGDAIIINGGTSTFMMAEFLADRKLNILTNSFILAHELLESSQNQVALPGGEVYRHQSIILSSFENDTTQKYRGSVMFMGSPGVSEFGIMETDPLLILAEQKLRKRADKLVVLADSSKIGVKGNLIFCGLEDVDVVITDSNANPDVLMRIRQHGVEVIVVEACD	PGPT0019585_135	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ACROBIC_ACID|VITAMIN_C_UTILIZATION	PLANT_DERIVED_VITAMIN_C_UTILIZATION,PGPT0019585-ulaR-K03477	NA	NA
AK237_01959	1176			hypothetical protein	ATGCGCGCAGTACTGTGGTCCTGGTTCAGCATCATTGCAATATGGGGGATTTCGGTTTCGCCATCCCAGGCACAATCACCTCTTCAGCTCATCAATGAACATGTTAAAACCCGCTTAACGGACAATTTTGAATACTACTTTGAGACGGATACTCAACTGACCATCAGCGAAGCGATTAAACGTCGTCCTGATTTCCGCCTGAACACTGAAACCAATCCAAATTTCGGCTTCCAAACCAGAGCACTTTGGCTTGTTACGAAATTCAATAATACCAGTAATACCCGTGACTGGGTGTTTAGTATCGATTTTAGCCAGCTCGATAAAGTGGACTTTTATCTCGTGCAAGGTGACATGGTGCTTAAACAAAGCCACCAGGGAAAACTGCAAACCGAGCAGATTTTCCGCATTCCAACCATGCGCGCTGAGCTGCCGGTGGACACGCCTCTCGAACTGTATGTGCGGGTAGAAAGCGCCTCATCCAGTTTGATTGTGCCACTTTCCGTAGAGCCCGAGGATCGCCATAGCTTTGGTGTTCAGCTGGATAGCTTACTGTGGGGATTATTTTACGGTGGCTTAATTATTCTCGCCATTTATAACTTTGTCCTTTTCATTGGTGCTAAAGAACCCAGTTTAGTGGCATATGTTGGTTACATCGTCGCCGTACTACTGTGGCAATTTGTGTGGGGCGGACACTTGCACCTGGTTTTCCACGACGGTTTCGAGCCCTGGTTTGCCTCGCATACCGAAATAATCTTCGTCATTATCGGCATCAGTTCCGGCTTGTTTGCGGTAACCTTTTTGGAAACCAAAAATCATGCCCCTAATGCTCACCCCATCATTATGTCTTTGCTTATTCTGCAAGGTATTGTGGGCCTGGGCTGCCTGGTTAACGTGATGCCCCATGTGTGGAAAAACAATTTAGTTTATGGGGTCGGCATGCTGGCCATCGTCAGCTACATCTACGCTGGTTTCGAGGCTTTCTTTAACCGTTTCAAGCCTGCAAGATATTTCATTGTTGCCTGGAGTATGCTGGCCACTGGTGCCATCATCGGCATGTTGAGTCTTGTGGGGATCCTGCCTTCTAACGACTTCACCACATATTGCTTCCAGGTCGGCGTGTTTTTAGAAGCCGGTTTGTTCTCCTTTGCGTTAATGGAAAAAGTCGCAGCCAGCTAG	MRAVLWSWFSIIAIWGISVSPSQAQSPLQLINEHVKTRLTDNFEYYFETDTQLTISEAIKRRPDFRLNTETNPNFGFQTRALWLVTKFNNTSNTRDWVFSIDFSQLDKVDFYLVQGDMVLKQSHQGKLQTEQIFRIPTMRAELPVDTPLELYVRVESASSSLIVPLSVEPEDRHSFGVQLDSLLWGLFYGGLIILAIYNFVLFIGAKEPSLVAYVGYIVAVLLWQFVWGGHLHLVFHDGFEPWFASHTEIIFVIIGISSGLFAVTFLETKNHAPNAHPIIMSLLILQGIVGLGCLVNVMPHVWKNNLVYGVGMLAIVSYIYAGFEAFFNRFKPARYFIVAWSMLATGAIIGMLSLVGILPSNDFTTYCFQVGVFLEAGLFSFALMEKVAAS	PGPT0012930_34	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-OTHER_QSR|BF_RELATED_SYSTEMS	CE-QSR|BF-VarA|VarS_SIGNALLING_SYSTEM,PGPT0012930-gacS|barA|varS-K07678	NA	NA
AK237_01960	1929	barA	COG0784	Signal transduction histidine-protein kinase BarA	ATGGAGCTAATTGAAGAGCAAAACGCGCGCCTCGATATTGCCCGCAAAGATGCGATTAAGGCCAGTAACGTAAAGTCTCAGTTCCTGGCTAACATGAGCCATGAAATACGCACCCCGCTCAATGCTATTTTGGGCTTCAGTAAAGAGCTGACCCATGTTGCGCTTCCCGTCGAACAGCAAGAGCAAGTACGCATTATTAACACAGCAGCCGATAACCTGTTAGGTATTGTGAACGACGTACTCGACTTCTCAAAAATTGAAGCCGGTAAGCTGCAAATAAACAACCAACCGTTCTCACCCACAGGCTTGTTGGAAGACATGGTAACCCTGATGTCCAAGTCGGCCCATTCTAAGCGATTGGAATTTGTCTTCGATATTGAGCCTCTGCCAGAAAAAGTCATTGGTGATGTCTTTCGTATCAAGCAAGTGCTGAACAACCTTTTAAGTAACGCTCTGAAGTTCACCTCATCAGGTACGATATCGCTTACCGTGAAAGGACGCTCGCTTCCCCATGGAATTCATGAACTTCACTTTAAGATTGAAGATACTGGCATTGGTATCAGCCGACAGGATAAAAAGAAACTGTTCAACGCGTTCTCGCAAATTGATGATGCCTTAAACCGCAGCTATCAGGGAACGGGCCTGGGGTTGGTTATCTGCCGCGAACTGATCAAATTAATGCGTGGCGAAATCGACTTAAACAGTGTGCCGGGTATTGGCAGCACATTTGACATTAAACTTCGCGCTAATCAGTTAAGCCAAAAATTCTCTCTGTCCCCAAATGCAGACTGGATTGGCAAACGCGTCGTGGTATTCGACCCCATTCCCGATACCCGCCGCGCCACAGCTTCTATGCTCAGTTACCTCGGAGCGAAGGTAACCTCAATTGACTCCATTACCTTTTTGCGCAGCCTGGACATGCAAGCGGATCTGCTATTTGCTACCGTCCCCGTTTCGCGCCTCGAGCAACGCAACGCCTATTTAAGTGAACTGGTAGAGTTTCCGGCCAAGAAACGTATCTTATGGTACTCAGGCCCCGAACCGTTTAATCAGTACCCAAGTTTAACGCAGCACTTTCATGAACAAGTGAGAATGCCGGTTACGCTGACCAAATTAGAGAGCATTCTTCATCAGAAAGCTGCCCGTCGTCGAAACCCGATGCAAGATAAAATGAATGCACTGCCAAAAGCCCGTATTCTGGCAGTAGACGATATGGAAATGAATCTTAAGCTACTGCACACCTGGCTGGATCATTCGCCTGTCAGTCTCACCACATCGATGAGCGGACAAGATGCCGTGAATCGCTGTCAGAGTACCGAATATGATTTGATTCTCATGGATGTGCAAATGCCGGGCATGGATGGCCTTCAGGCATCCAGGCAGATCAGAAAGACAGCCTTGAACATGGGCACACCAATCATAGCTGTGACCGCCCATGCTTTTAAAGAAGAACAGGAGCGTCTGCTGGCATCGGGAATGGACGATTATTTGCCCAAACCGATTGAGATGGGTGCATTGCTTGATCTCATCAAGCGCTGGTGCCAGAACGCCACGCAAGCCGCAATGGCACTGCCAACACTCGATTGGCAGCTGGCGGTTAAACGCACAAACCAAAACCCCGAAGCGGCCCGTTCGCTATTGGGTGATTTTGTCGTGCTGTTGCCTCCCACTATCGCAACATTAGAATCGCTATGGGAAGAGAGAGACTTTGAGGGATTGAAAGCAGAAGTGCATAAACTGCACGGTGCCTGTTGCTATACCGGCGTACCGAAGTTACAGGAGCTTGCTTCTGAACTTGAGATTGCGTTGAAACTGGAACAGAACTTCCTTATTACTGAGCATCTACCCGCACTACTCAACGAATGCCAAATACTGATAACAGAAGCCAGGCGTTTTTTAGAGGAAATGAATTACTCTTTCCCTGAGTAA	MELIEEQNARLDIARKDAIKASNVKSQFLANMSHEIRTPLNAILGFSKELTHVALPVEQQEQVRIINTAADNLLGIVNDVLDFSKIEAGKLQINNQPFSPTGLLEDMVTLMSKSAHSKRLEFVFDIEPLPEKVIGDVFRIKQVLNNLLSNALKFTSSGTISLTVKGRSLPHGIHELHFKIEDTGIGISRQDKKKLFNAFSQIDDALNRSYQGTGLGLVICRELIKLMRGEIDLNSVPGIGSTFDIKLRANQLSQKFSLSPNADWIGKRVVVFDPIPDTRRATASMLSYLGAKVTSIDSITFLRSLDMQADLLFATVPVSRLEQRNAYLSELVEFPAKKRILWYSGPEPFNQYPSLTQHFHEQVRMPVTLTKLESILHQKAARRRNPMQDKMNALPKARILAVDDMEMNLKLLHTWLDHSPVSLTTSMSGQDAVNRCQSTEYDLILMDVQMPGMDGLQASRQIRKTALNMGTPIIAVTAHAFKEEQERLLASGMDDYLPKPIEMGALLDLIKRWCQNATQAAMALPTLDWQLAVKRTNQNPEAARSLLGDFVVLLPPTIATLESLWEERDFEGLKAEVHKLHGACCYTGVPKLQELASELEIALKLEQNFLITEHLPALLNECQILITEARRFLEEMNYSFPE	PGPT0012930_34	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-OTHER_QSR|BF_RELATED_SYSTEMS	CE-QSR|BF-VarA|VarS_SIGNALLING_SYSTEM,PGPT0012930-gacS|barA|varS-K07678	NA	NA
AK237_01961	702			hypothetical protein	ATGTCTGGAACTGATTCTGACCCTATTTTTGTTCGGGCCACGTCCAAAGGGAATGGCATTACCGCCCTGGTGTTAGGCGGGCTGGGACTTTTGGTGTCTGCCATTTGGTTGAACTTCGTCCCACAATGGTTGTTTCTTGCCGGCATTTTTCTAACCAGTGCATCTATCGTGTCATTACTTATTGGATGGTTCAAAGTGCGTGAACCACAATTTAGTATCGAAATATCGCCTGAGGAAATTCGTTACCACCATCGTTTAGGAAACTGGTTACTGCACTGGGATAACGTGCAACGTATCGATTGCCCGCGCGTGCAGCAGGGGTTAGAGCAAGTGTCGTTGGAAGCGGTGGGTTTTAGGATTAAAGATTACGGGGCATTTTTAAATCATGTTTCGCCACGGCTGGCTACCCATTTATTAATGGAGCAGCGCCCCTTGCTGCTTCATCGGGATAATCAAAGTTGCAAAACCGGTAATTGTTTCGAGCAAGAAATGTTTGATGATAAACATTACGTCACCCACGATAATCAAACCTTTACGGGTGTAAAGGCGATGCTGGCCAATAGAATGGCGCAGCTTCGCGATGCGCTGGGTTACGACATTTTTATTTCCGCTTCTGACATCGACAGAGAACCGGTGGATTTCGCCATGTTTATGCGCCAGTGTCAGCAGGCACGGCAGGAAAGATTAATGCAATCCCAGTGA	MSGTDSDPIFVRATSKGNGITALVLGGLGLLVSAIWLNFVPQWLFLAGIFLTSASIVSLLIGWFKVREPQFSIEISPEEIRYHHRLGNWLLHWDNVQRIDCPRVQQGLEQVSLEAVGFRIKDYGAFLNHVSPRLATHLLMEQRPLLLHRDNQSCKTGNCFEQEMFDDKHYVTHDNQTFTGVKAMLANRMAQLRDALGYDIFISASDIDREPVDFAMFMRQCQQARQERLMQSQ				NA	NA	NA	NA	NA
AK237_01962	1014	pyrB	COG0540	Aspartate carbamoyltransferase	ATGTCACAGTTTACCGGCAATCATATCCTTTCGGTTAATCAATTCGATCGTGACGCCATCGAAAAAGTCTTCTCTGTGGCCCATTCTATGGAGCCTTATGCGCGCCGTCAAAAGCGCACCACGGTGTTAGATGGCGCCATTCTGGGCAACTTATTTTTTGAACCCAGCACCCGGACTCGCGTTAGTTTTGGTACTGCATTTAACTTACTTGGTGGTGAGGTGCGCGAAACCACCGGCATGAGTAACTCTGCATTAGCCAAAGGCGAATCGCTTTACGATACTGCGCGGGTACTCAGCGGTTATTCAGACATCATCGCCATGCGTCATCCTCAGGCTGGCTCGGTAAGTGAGTTCGCCGAGGGCAGCCGTGTGCCGGTGATTAATGGCGGCGACGGCGCCAATGAACACCCCACTCAAGCCCTGTTGGATTTATTTACCATTAAAAGAGAGCTCGAATACAACGGTAAAGGTATCGATGGTCTTCATATCGCGATGATTGGCGATTTGCGTTATGGCCGCACGGTGCACTCGCTGTCTAAACTGCTCTGCTTGTACAAAGACATCCACTTCACGTTAATTGCGCCAGCTGAATTAGCCATGCCTGACTACATTGTATCGGCCATTGAAGATGCTGGTCACAGACTGACCATCTCAGATCATATCGATGGCACTGTGGATGCCGACATTTGTTATCAAACACGTATTCAGGAAGAGCGCTTTCCTTCTCAGGAAGAAGCCAACAAATACCGTGGCCGCTTCCGCTTAAACCAATCCATTTACACCAAACATTTCCAATCGAAAACAGTGATCATGCATCCACTTCCACGGGATTCCCGTATGGAAGCCAATGAATTGGATAACGATTTAAATACCAACCCTAATCTCGCTATTTTCCGACAAACGGATAATGGCGTGCTGGTGAGAATGGCACTATTCGCCCTCACCCTCGGCGTTGACGATCTGGTCGCAAAATATGAACGCGACGTGGTTTGGTACACTAACAAGAGCCAATAA	MSQFTGNHILSVNQFDRDAIEKVFSVAHSMEPYARRQKRTTVLDGAILGNLFFEPSTRTRVSFGTAFNLLGGEVRETTGMSNSALAKGESLYDTARVLSGYSDIIAMRHPQAGSVSEFAEGSRVPVINGGDGANEHPTQALLDLFTIKRELEYNGKGIDGLHIAMIGDLRYGRTVHSLSKLLCLYKDIHFTLIAPAELAMPDYIVSAIEDAGHRLTISDHIDGTVDADICYQTRIQEERFPSQEEANKYRGRFRLNQSIYTKHFQSKTVIMHPLPRDSRMEANELDNDLNTNPNLAIFRQTDNGVLVRMALFALTLGVDDLVAKYERDVVWYTNKSQ	PGPT0021160_825	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021160-pyrB-K00609	NA	NA
AK237_01963	1281	hemL	COG0001	Glutamate-1-semialdehyde 2,1-aminomutase	ATGTCAAAATCTGAAGCCCTTTTTGCCCGCGCGCAAAAAACTATTCCTGGCGGTGTTAATTCACCCGTTCGTGCTTTTAAAGCGGTAGGCGGAACCCCTCGCTTTATCACTAAAGCAGACGGCGCCTACATCTGGGATGCCGACGACAACCAATATATTGATTATGTGCAATCGTGGGGTCCCATGGTACTGGGCCACAACAATGCAAAAATCCGGGAAGCGGTAGTTAATGCAGCACAAAACGGTCTGAGCTTTGGCGCACCTACCGAGTCAGAGATTATTATGGCTGAACGTGTGAGCCAATTAGTTCCTTCCATGGAAATGGTTCGCATGGTGAACTCGGGCACTGAAGCCACCATGTCAGCTATTCGTTTGGCTCGCGGCTTCACGGGGCGAAACAAGCTGGTAAAATTTGAAGGCTGTTATCATGGTCATGCCGATTCTCTGCTGGTAAAAGCAGGCTCAGGAGCATTAACGTTAGGTGTTCCCAGTTCTCCCGGCGTCCCAGCGGATGTCGCGCAACACACGTTAACGGTTGAATATAACAACCTCGACAGTGTTGAGGCTGTATTTCGTGAACATGGCGACGATATCGCTTGTATCATCGTCGAACCGGTGGCGGGCAATATGAACTGTATACCGCCACTGCCAGGCTTTCTTGAAGGTCTGCGTAAAGTGTGTGACGACTATGGCAGCGTTCTGATATTCGACGAAGTCATGACGGGATTCCGCGTGGCTAAAGGTGGCGCGCAAGCACGTTATAACATCAAACCTGATCTTACATGTCTGGGTAAAGTTATCGGTGGTGGCATGCCTGTCGGTGCGTTCGGTGGACGACGAGACATTATCGAACACATTGCGCCTACAGGGCCGGTTTATCAAGCGGGTACCTTATCGGGTAACCCCGTGGCAATGGCAGCAGGTTTGGCCGCGCTGGCGGAGCTGGACGATGACGCCATGTACGAGGGGATTTTCACTCAGACCCGCGCGCTCGCTGATGGTTTTCAGGCTTTAGCAGACAAGCACGGGATCCCTATGACCACGAATGTGGCGGGGAGTATGTTCGGTTTATTCTTTACTGATATCGGTAAGGTAACGAATTATCAGCAGGCAATTAATTGCAACCAGGCACAATTTAAAGTGTTCTATCACGGTATGTTAGAAAACGGTGTATATTTAGCGCCAGCATCTTACGAGGCCGGTTTTGTTTCAAAGATGCATACTGCTGATGTGATTGATAAAACCCTCAGTATTGCTGATAAAGTACTAGGCTCTTTGTAG	MSKSEALFARAQKTIPGGVNSPVRAFKAVGGTPRFITKADGAYIWDADDNQYIDYVQSWGPMVLGHNNAKIREAVVNAAQNGLSFGAPTESEIIMAERVSQLVPSMEMVRMVNSGTEATMSAIRLARGFTGRNKLVKFEGCYHGHADSLLVKAGSGALTLGVPSSPGVPADVAQHTLTVEYNNLDSVEAVFREHGDDIACIIVEPVAGNMNCIPPLPGFLEGLRKVCDDYGSVLIFDEVMTGFRVAKGGAQARYNIKPDLTCLGKVIGGGMPVGAFGGRRDIIEHIAPTGPVYQAGTLSGNPVAMAAGLAALAELDDDAMYEGIFTQTRALADGFQALADKHGIPMTTNVAGSMFGLFFTDIGKVTNYQQAINCNQAQFKVFYHGMLENGVYLAPASYEAGFVSKMHTADVIDKTLSIADKVLGSL	PGPT0003680_4768	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_VITAMIN_PRODUCTION	PLANT_VITAMIN_RELATED_HEME_METABOLISM	PLANT_VITAMIN-HEME|SIRO-BIOSYNTHESIS,PGPT0003680-hemL-K01845	NA	NA
AK237_01964	1089			hypothetical protein	ATGACGTTAAGTTGGCTGTTAGTTTTACTGCTTATCGCACTATGCGGTGTCGCCGTTTATTTTATTTCCCGGCAACGGAAGAAAATAAGCGCACTGGAACACGAAATCCTCACTATGCAACCTCGTAGGAGCCCAATCTCTGACTCTCCGGATGGCAGAGAAGCCAGCTACGTAGAAAAGGCCAACGAGGCCATGTTGCTTACCAAGACCTTTCAAAAGTTTGTGCCTCGTCAATTTGTTGAACATTTTGCCAAACATGGCAGTGGCGCCACGCTGGAACTTGGTCATGCTGATGAGGACGAGGTTGCTATTCTGTTCTGTGATATCCGGGGATTCACCGGTTTATCAGAACGATTAACCCCGCAAGAACTGATGGGTTTCTTAAATTCGTATTTCTTACGAATGAACGATCCCATTCACCAGAACCACGGTTTTATCGATAAGTTTATCGGCGATGCCATCATGGCCCTATTCGATCATCCGGGTGGCACACCGAAAGATAAGGCGCGAGATGCCTTACAAGCTGCTATCGATCTTCGAAAAGCCCTGGTGATGTACAATTCGCACCGCGACAATTGTGAATATTTGCCCATTAATATGGGAATTGGCGTTCATTTTGGTCCGGTGATTATTGGCACGGTTGGGTCTGACGACCGCATGGATACAACCGTACTGGGTGACAGCGTTAACATTGCCTATCGCCTGGAATCACTGACATCAAAGTACAGCGCGGATATCATTGTCAGCGCACAAACCCTTGAAACCGTTGGGGCTGATTACCCAATTAAAACCCGCTTACTCGATTGGGTGAGAGTAAAAGGGCGTCAAAGTGCAATTGAAGTGTATGAAGTGCTGGATCATTTAAGTGAAGAAGAGCAACGGGCACGGCTTTCAGTACAAACACAAATTGCAGCAGGCATCGCTTGCCGAATGCGTCAGGAATGGGACGACGCGCTCGCTCACTTTATGAAAGCCAAAGATATCAACCCACACGATAAGCTCGCCCAGCATCACATTGACGTGTGCCTGCAATACCGTAGCCTGGAACTTGGAAAAAACTGGGACGGTGCGCTAAAACTGCACCACTAG	MTLSWLLVLLLIALCGVAVYFISRQRKKISALEHEILTMQPRRSPISDSPDGREASYVEKANEAMLLTKTFQKFVPRQFVEHFAKHGSGATLELGHADEDEVAILFCDIRGFTGLSERLTPQELMGFLNSYFLRMNDPIHQNHGFIDKFIGDAIMALFDHPGGTPKDKARDALQAAIDLRKALVMYNSHRDNCEYLPINMGIGVHFGPVIIGTVGSDDRMDTTVLGDSVNIAYRLESLTSKYSADIIVSAQTLETVGADYPIKTRLLDWVRVKGRQSAIEVYEVLDHLSEEEQRARLSVQTQIAAGIACRMRQEWDDALAHFMKAKDINPHDKLAQHHIDVCLQYRSLELGKNWDGALKLHH	PGPT0021560_5881	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-OTHER_QSR|BF_RELATED_SYSTEMS	CE-QSR|BF-cAMP|VFR_SIGNALLING_PATHWAY,PGPT0021560-cyaB|gidA-K01768	NA	NA
AK237_01965	927	yfeX	COG2837	Dye-decolorizing peroxidase YfeX	ATGAGTCAACCTCAAAAAGGGGTGTGCGCCGAGCCTAATCTGCATGCGCAGTATTTACTGCTGAATGTCGTGGATGATGATGCAGAAACAGTGCGCGGAAAGCTTGCCCGGGTTTTGGACATATTCGATTTTTACGAAAATGAGCATTATGAAGCCATGCTCACAGGCATGATTGCTGTCGGTTCGGGCTTCTGGTCTGAACTCTATCCGGGATTTATTCCGACCGAATTAGCACCATTTCCAGACATGCAGTGCGAAGACCGCACCGCCCCGGCTACACCCTGTGATCTCTTTATTCAAATTCGTGCTGATCGGGCAGATATTTGTCACGCTGTTGGCATGGAAGTTATGGAATTATTGCGGCTTCATGTGGAGCTGGTGGAGCAAGTTCGCGGGTTTCGTTACCTCGACGGACGGGATTTAAATGGTTTTATTTACGCATCGGATAACCCCAGAGGTATGCACCGGCGTAAAGTGGGGATAATCGACAACGACGAACTCGCGTTTAACGGTGGAAGCTACGTACATGTTCAACGTTATCGCCACGACCTTCGTCGTTGGGAAAGTCTCTCCGCGCGTCAGCAAGAGCAGGTGATGGGCATGACCCGGGAACATAACCTTGTTAGCCAGGAGCAAAACCCAATGTCTCATTGTGTACGAGCCAGTGCTAAAGGGCCGGATGATGATTTGCCCGGTTTGATTAAGCAGGGAATGCCTTACGGTGATTTAAGTACCCAAGGGCTTTTCTTTGTAAGTTGTGCATCCAGTGCGAGGCCATTTAAGACAATGCTGCATAGCCAGATATTTGGAACCGGTGATGGCGATTATGACCGGTGGCTCGACTACACAAGCGCAGAAAATGGTGCGTCTTTTTTTGCTCCGTCGGTCACATTTATTCGCGAGCACGCGAAGCTGGCTATCGAGTAA	MSQPQKGVCAEPNLHAQYLLLNVVDDDAETVRGKLARVLDIFDFYENEHYEAMLTGMIAVGSGFWSELYPGFIPTELAPFPDMQCEDRTAPATPCDLFIQIRADRADICHAVGMEVMELLRLHVELVEQVRGFRYLDGRDLNGFIYASDNPRGMHRRKVGIIDNDELAFNGGSYVHVQRYRHDLRRWESLSARQQEQVMGMTREHNLVSQEQNPMSHCVRASAKGPDDDLPGLIKQGMPYGDLSTQGLFFVSCASSARPFKTMLHSQIFGTGDGDYDRWLDYTSAENGASFFAPSVTFIREHAKLAIE	PGPT0013090_823	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	DETOXIFICATION_OF_PEROXIDIZED_COMPOUNDS,PGPT0013090-yfeX-K07223	NA	NA
AK237_01966	1695	ywrD	COG0405	Glutathione hydrolase-like YwrD proenzyme	ATGAAAAAAGTTTATTTGATAGTAGGTTGGGTGTTCATGACATCGATGTGTGCAAGCGCTTTCGCTTACGATCGGATAACGGGTGAAATGTTCGCTGGTCGTTCAGAAGTCATTGCTCAGCATGGCATGGTGGCAACCAGTCAACCGTTGGCCACCCAGGTAGGTTTAGATGTGCTCAAACAAGGCGGCAATGCTATAGATGCTGCCATAGCCGCTAACGCGATGTTAGGACTTGTCGAGCCGACAGGCAGTGGTATTGGAGGGGATTTATTTGCCATTGTATGGAGTGCCAAAGAGAAGAAACTCTTCGGTTTAAATGCGTCGGGTCGCTCACCAAAGTCCCTCACACAGGCAGCGTTTAAAGCCCGGGGCTTAACAAAAATACCGTCGTTCGGCCCACTTCCGGTTTCTGTGCCGGGTGCAGTGGATGGATGGTTTTCACTGCACGATAAGTTCGGCTCACTGCCCATGACCACTATTTTGACGCCGGCGATTGAGTATGCCCGAAACGGGTTCCCCGTCAGTGAACTGATTGCTTATTACTGGCAAATGAATGCCGACAGGATAGGGCAATATGAGGGCTTTGCTGACACGTTTCTGATTGCTGGCAAGGTGCCAAAGAAGGGCGATATTTTTAAAAATCCCAATCTTGCCGCTACTTACGAGAAAATTGCTACTGGCGGGCGTGATGCGTTTTACAAAGGAGACATTGCGCGTACCATTGATGCATACATGAAGGCTCAGGATGGCTATTTGCGTTATGACGACTTAGCTTCCCACACTTCTGAATGGGTAGAGCCGGTTTCCACTAACTACCGTGGCTACGATGTGTGGGAGCTGCCACCAAACGGGCAGGGCATTGCTGCGCTTCAAATACTGAATATTCTCGAGCAATACGATATCGAAGGCATGGGTTTTGGCTCTGCGGACTACATTCACACGTTTGTAGAGGCTAAAAAACTGGCGTTCGAAGACCGCGCTAAATTTTATGCTGACATGGATTTTGCCGACGTTCCGGTAGATTGGTTAGTGTCTAAAGCATATGCAAAACAGCGCCAGGCGTTAATTGATAATAATAAGGCGGCATCACGTTATGACGCGGGCGTTTATGAAGGCGATACGGTTTACCTTACCGTGGCAGATAAAGACGGTAATATGGTGTCGCTTATTCAGAGTAATTATCGAGGCATGGGCTCGGGGATGACGCCTCCCGGGCTAGGGTTTATTCTACAAAACCGTGGTGAACTGTTTACCTTAGAGCCAGGGCACGCCAACGAGTACAAGCCAGGAAAGCGTCCTTTCCATACCATTATCCCGGCCTTTGTAACCCGTAACGGCAAGCCATGGTTGAGCTTTGGCGTAATGGGAGGGGCAACCCAGCCACAGATGCACACACAAATTATTGTCGATCTCATTGATTTCGGTATGAACTTGCAAGAAGCCGGTGATGCTCCGCGTATTTTGCACTCGGGCTCGAGCAGCCCAACGGGCCACAGAATGTTTGATGGCGGTCAGGTGCATCTGGAGTCAGGTTTTGACGAGTCGGTAAAAAGGGCACTGATGTCGCGAGGACATACCTTGCAACCAGCTGTGGGCATATATGGCGGGTATCAGGCAATCATGTGGGATAATGAACGAAAAATCTACTTTGGTGCCTCTGAAAGCCGAAAAGATGGACAAGCCGCAGGGTATTGA	MKKVYLIVGWVFMTSMCASAFAYDRITGEMFAGRSEVIAQHGMVATSQPLATQVGLDVLKQGGNAIDAAIAANAMLGLVEPTGSGIGGDLFAIVWSAKEKKLFGLNASGRSPKSLTQAAFKARGLTKIPSFGPLPVSVPGAVDGWFSLHDKFGSLPMTTILTPAIEYARNGFPVSELIAYYWQMNADRIGQYEGFADTFLIAGKVPKKGDIFKNPNLAATYEKIATGGRDAFYKGDIARTIDAYMKAQDGYLRYDDLASHTSEWVEPVSTNYRGYDVWELPPNGQGIAALQILNILEQYDIEGMGFGSADYIHTFVEAKKLAFEDRAKFYADMDFADVPVDWLVSKAYAKQRQALIDNNKAASRYDAGVYEGDTVYLTVADKDGNMVSLIQSNYRGMGSGMTPPGLGFILQNRGELFTLEPGHANEYKPGKRPFHTIIPAFVTRNGKPWLSFGVMGGATQPQMHTQIIVDLIDFGMNLQEAGDAPRILHSGSSSPTGHRMFDGGQVHLESGFDESVKRALMSRGHTLQPAVGIYGGYQAIMWDNERKIYFGASESRKDGQAAGY	PGPT0002935_3881	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_UTILIZATION	PLANT_DERIVED_TAURINE_UTILIZATION,PGPT0002935-ggt-K00681	NA	NA
AK237_01967	2067	katE		Catalase C	ATGGCTGAGTCGTTTAAATATTCTGGTAATAAAGGTAATGGCGGAGAGTTACATCAACACGCTGATGACAACTATCCGCAGATGACTACTGCTCAGGGCTGCCCCGTGCATGACGATCAAAACTCCCTTCGAGCCGGCGTAAGAGGCCCTACTCTCATGGAAGACCATATCATGAGAGAAAAAATCTTCCATTTTGACCATGAACGAATTCCTGAACGTGTCGTCCACGCAAGGGGATACGGTGCTCATGGATACTTTGAAAATTACGAACCCATCCCCGAGCTTACTAGTGCAGATCTATTTCAGCGAAAAGGAGAAAAGACCCCCTTATTCGCAAGATTTTCAACCGTGGCGGGTAACAAAGGCTCCCCCGATTTAGCTCGAGATGTACGAGGGTTTGCCGTGAAGTTTTACACCCAGGAAGGAAACTGGGATCTCGTAGGGAATAACATTCCTGTTTTCTTTATTCAGGACGCAATTAAGTTTCCCGATTTGATTCATTCTGCCAAGCAAGAGCCTGACCGGGGCTTTCCGCAAGCTCAAACCGCACATGACAACTTCTGGGACTTCGCAAGTCTTACACCTGAAGCAACTCATATGCTGATGTGGGCTATGTCAGACCGGGCAATACCTCGTTCCTTGCGGTTCATGGAAGGATTCGGTGTTCACACCTTTAAGTTTATAAACAAACGCGGTGAAATGAAGTTTGTGAAATTTCATTGGAAACCCGTTGCCGGAATGCAGTCTGTAGTGTGGAACGAAGCACTAAAAATAAACGGCGCAGATCCAGACTTCCACCGCCGTGATTTATGGAATGCGATTCAGAACGGTGATTACCCGGAATGGGAACTTGGAGTGCAGGTATTCGATGAAGAGTTCGCTGAGAAATTTGACTTCGATGTTCTGGATGCAACCAAACTTATTCCAGAAGAACAAGTACCAGTAAAAATAGTGGGCAAGATGGTACTCGATCGTGTTGTCGACAACTTTTTCGCAGAAACAGAACAAGTGGCGTTTTGCACTCAAAATATCGTACCGGGGATCGACTTTACGAACGACCCGCTTCTGCAAGGCCGTAACTTCTCGTACTTGGACACTCAGCTAAAGCGTTTAGGTTCTACTAATTTTACTCATCTACCCATCAACGCGCCCAAATGCCCGTTTAGACACTTCCAACAGGATGGTCACATGGCCATGCATAACCCAAAAGGAAGAGTGAATTATGAGCCGAACTCATGGAGTGGTAGCGAATCGAATCCACGAGAATGTCCGGCTCATGGTTTTCAGTCACATAACGAGACATTGAGCGGTGAGAAGTTACGCTATAGATCCGAAACATTTGCAGATCATTACAGTCAAGCCAGACAGTTCTTTATAAGCCAAACTGAGACTGAACAGCAGCACATGCGTGATGCATTTGTCTTTGAGCTTTCCAAGGTTGAACATCTTCCTATTCGTGAGCGGGTGGTAAGTCACTTACTCAATGTTGATAAAGATTTCGCTCAGCAAGTAGCTGATGGATTAGGTTTTCAGGAAATGCCAGAACCTGCGGAAGCGGCAATGCCGACCAGAAAAGATCTTCCCGCTTCTGATGCGCTTAGCATTCTCAAAAATGCACCGAATACCTTTAAAGGAAGAAAGCTCGGTATTTTAATTAGTGATGGTTTCGACGAAAAGATTTTAGATGGCCTGTTGAAGGCACTGAAGAAAGAAGGTGCTATGCACGAAATTATTGCAATGAGAGTTGGCGGTGCAAAAAGTAGCGCTGGCAACTGGATAAAAGCACAGCAAAAAATCGATGGAGGACCATCAGTTGTTTACGATGCGGTAGCGATACTTACTTCAGATAAATCTGTCGAGTCCTTAGTGAACAAGCCAGAAGCAAGGGACTTCCTGTCTGATGCGCATGCTCATATGAAATTTGTAGGGTATACAAAATGCGCCATTCCACTCGCTAAAGCATGTGGTCTGGAAAATGCACGAGATGACGGTTGGATAGATCTCGAAAAAGAAAAAGCCAGCAAATTTTTGGATACTCTTGGCAATTTAAGGTACTGGAAAAGATAG	MAESFKYSGNKGNGGELHQHADDNYPQMTTAQGCPVHDDQNSLRAGVRGPTLMEDHIMREKIFHFDHERIPERVVHARGYGAHGYFENYEPIPELTSADLFQRKGEKTPLFARFSTVAGNKGSPDLARDVRGFAVKFYTQEGNWDLVGNNIPVFFIQDAIKFPDLIHSAKQEPDRGFPQAQTAHDNFWDFASLTPEATHMLMWAMSDRAIPRSLRFMEGFGVHTFKFINKRGEMKFVKFHWKPVAGMQSVVWNEALKINGADPDFHRRDLWNAIQNGDYPEWELGVQVFDEEFAEKFDFDVLDATKLIPEEQVPVKIVGKMVLDRVVDNFFAETEQVAFCTQNIVPGIDFTNDPLLQGRNFSYLDTQLKRLGSTNFTHLPINAPKCPFRHFQQDGHMAMHNPKGRVNYEPNSWSGSESNPRECPAHGFQSHNETLSGEKLRYRSETFADHYSQARQFFISQTETEQQHMRDAFVFELSKVEHLPIRERVVSHLLNVDKDFAQQVADGLGFQEMPEPAEAAMPTRKDLPASDALSILKNAPNTFKGRKLGILISDGFDEKILDGLLKALKKEGAMHEIIAMRVGGAKSSAGNWIKAQQKIDGGPSVVYDAVAILTSDKSVESLVNKPEARDFLSDAHAHMKFVGYTKCAIPLAKACGLENARDDGWIDLEKEKASKFLDTLGNLRYWKR	PGPT0014380_1435	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-OXIDOREDUCTASES,PGPT0014380-katE|CAT|catB|srpA-K03781	NA	NA
AK237_01968	864			hypothetical protein	ATGAAGACTCCATTTAGTGTTGTGACTATTGTTAAAGGTCGTAAAGAACAATTGGGCAATTTAATTAAGAGTATTGAACGATCTTCTTGCTTGCCCAAAGAAATGGTACTTGTGTGGATGGCTCCACCGAGCGAAGATTCACTGATTAATAGTGAAAAATTTCCAATAGTACATCGTTTTGCTGCCAGCGATACGCTCCCCATACCTAAGGCGCGAAATCGAGGCTTTGACACCTGTAAAACAGATAAATTTATTTATCTCGATGTAGATTGCATCTGTCCTGAAACACTTCTCGAAGACATGGCATCATCTTTGGCTGTTGGCAAAGTGGTGACGGCCAATGTGAGCCACCTAAACCATGTGGTAGATGACATCAGCGAAAGCTACCTTCAGCAACTGGCAACGCCCAACGTATCGTCGCCTGAAAAAGTACCGTTCGTACATTTTGATACCACCATTTTCGGTATCACTCGCAAAGATTTCGAGCGTGTTGGCGGCTTTGATATGGATTACAACGGCTTCGGTATTGGCGATGTCGACTTCGCCGCTCGTTGTAGTCAGGCTGGGCTTTACCTGTTGAATACAGGACGTCATGTGTACAAGCAGTTCCATGTTCACTACCACCCGCCAGTTAATCATTTGTGTGATATCGTGGCAAATGCGGAAGTGTTTAAACAAAAATGGGGAACTTACCCGTCCTGCGACGTGTTTGCACAATTTGCCCAGCTCGGCCTTATCAATAGCGATTACGAAGAGACAGGCATGCGCGTCACACGTTTAGTAACAGATGAAGAGCTTGAGACTTTTCTGGTAAAGCAACCTACTGAAGAGACGGCAATGCCATCTTTAAGGCAAACTGCCTAA	MKTPFSVVTIVKGRKEQLGNLIKSIERSSCLPKEMVLVWMAPPSEDSLINSEKFPIVHRFAASDTLPIPKARNRGFDTCKTDKFIYLDVDCICPETLLEDMASSLAVGKVVTANVSHLNHVVDDISESYLQQLATPNVSSPEKVPFVHFDTTIFGITRKDFERVGGFDMDYNGFGIGDVDFAARCSQAGLYLLNTGRHVYKQFHVHYHPPVNHLCDIVANAEVFKQKWGTYPSCDVFAQFAQLGLINSDYEETGMRVTRLVTDEELETFLVKQPTEETAMPSLRQTA				NA	NA	NA	NA	NA
AK237_01969	1503	katA		Catalase	ATGAGTAATAAACCAACACTCACCACAAGTGCTGGCGCTCCAGTTGAATCGAACAAAACCAGTAAGACCGCTGGTGCGAGAGGTCCGGTTTTATTAACTGATTACCAACTTGTTGAAAAGTTAGCCCACCAAAATCGCGAGCGAATACCAGAGCGAACGGTACATGCCAAAGGATGGGGACTTCAGGGAACATTTACTGTTACCCACGATATTACCCAATACACCTGTGCTGATTTGTTTTCACAGATAGGCAAGAAAACCGATGTGTTGAGTCGTTGGTCCACGGTTGCCGGTGAGTCAGGCGCAGCGGATACCGAACGCGATGTACGTGGCTTTAGTCTCAAGTTTTACACCGAAGAGGGTAACTGGGACATGGTAGGTAACAACACGCCTATTTTCTTTATTCGTGATGCGTTTAAATTCCCGGATTTCATTCGCACGCAAAAGCGCCACCCAAAAACCAATTTACGTAGCCCGGAAGCCATGTTTGATTTCTGGGCTGGTCAGCCTGAATCTGTGCATCAGGTTACGATTCTTATGTCAGATCGGGGTATTCCGAAAAATCCGATGTACATGAATGGTTATGGGTCTCATACCTTCAGTATGTGGAATGCACAAGGAGAACGTTTCTGGGTTAAGTTCCACTTCAAAACCCAGCAAGGTCATGAGCATTACACCAATGAAGAGTCAGAAAATATCATTGGCAAAACCCGTGAGTCCTATCAGGAAGATCTGATCAATGCCATTGAAGAGGGCAAATACCCCAAATGGACACTGTACATTCAGGTAATGCCTGAAGAAGAAGCGGGTAATCAGGCTTTCAATCCTTTCGACTTAACGAAGGTGTGGCCGCACGGAGATTTCCCACTGATTGAGGTGGGGGAACTAGAGATGCACACTGTGCCTGAGAATTACTTCCAGATGATTGAAAATGCTGCCTACAGCCCTTCGAATGTAGTGCCTGGGATTGGCTTCAGCCCTGACAAAATGCTTCAGGCGCGCGTCTTTTCCTATGCAGATGCACACCGTTACCGGTTGGGAACCCACTACGAGGCGCTGCCAGCTAACGCGCCCAAAAAAGCCGACGTCAATCATTACCATAAAGACGGTGCAATGCGCTTCTTTACCAATGATTTTGGTAACCCTGATGCTTATTACGAGCCAAACCAACACAACGGTCCGGTTGCCCAGCTGAAGCATCCTGAACCCCCGTTGCGTATCGATGGTGATGCAGACCGATACGATCAGGAAGAATCTGATATCGATTATGTTCAGCCCAGAGCACTTTATAATATGTTCTCTGACGAACAGAAAGCGCGTTTGTACAAGAACTACGCTGCCGCTATGGGGCCTTGCTCAGAGGGTGTTAAAGAGCGCTGGTATGCAGTGTTAGAGAAAGTGCACCCTGACTATGCCGCAGGGGTAAGAAAAGCCGTAGAGGCCCTTGATACTGACGTAAACGCTGTGCCAATTACGGAAGATACGCCTTTAGAAGATAACTAA	MSNKPTLTTSAGAPVESNKTSKTAGARGPVLLTDYQLVEKLAHQNRERIPERTVHAKGWGLQGTFTVTHDITQYTCADLFSQIGKKTDVLSRWSTVAGESGAADTERDVRGFSLKFYTEEGNWDMVGNNTPIFFIRDAFKFPDFIRTQKRHPKTNLRSPEAMFDFWAGQPESVHQVTILMSDRGIPKNPMYMNGYGSHTFSMWNAQGERFWVKFHFKTQQGHEHYTNEESENIIGKTRESYQEDLINAIEEGKYPKWTLYIQVMPEEEAGNQAFNPFDLTKVWPHGDFPLIEVGELEMHTVPENYFQMIENAAYSPSNVVPGIGFSPDKMLQARVFSYADAHRYRLGTHYEALPANAPKKADVNHYHKDGAMRFFTNDFGNPDAYYEPNQHNGPVAQLKHPEPPLRIDGDADRYDQEESDIDYVQPRALYNMFSDEQKARLYKNYAAAMGPCSEGVKERWYAVLEKVHPDYAAGVRKAVEALDTDVNAVPITEDTPLEDN	PGPT0014380_3328	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-OXIDOREDUCTASES,PGPT0014380-katE|CAT|catB|srpA-K03781	NA	NA
AK237_01970	1245	amtB		Ammonia channel	ATGGAAATCACATTTGAACTCGGGTACGCGTTAGATACCTTCTATTTCCTTATTTGCGGTGCGTTAGTCATGTGGATGGCTGCCGGCTTTGCTATGTTAGAAGCCGGTCTGGTTCGTGCTAAAAACACGACTGAAATCCTTACCAAAAACGTCGCTTTGTACGCTATTGCTTGTACTATGTACATGATTTGCGGTTATAGCATTATGTACGGTGGTGGCGATTTCACTTTATTCTTATCAGGTATTGTCGGTGATGGAGCAACAGGCGTTGAAGAACCTGCCACCTATGCGCCTTCTGCTGATTTCTTCTTCCAGGTTGTGTTTGTTGCTACAGCAATGTCTATTGTTTCTGGCGCCGTTGCAGAGCGTATGAAGCTTTGGGCTTTCCTGGCCTTTGCCGTTGTAATGACAGGTTTCATCTATCCAATGGAAGGCTCATGGACGTGGGGCGGTGAATCTGTATTTGGCATGTACACCTTGGGTGATAATGGTTTCTCTGACTTCGCGGGTTCAGGTATTGTTCACATGGCTGGTGCAGCGGCTGCCTTAGCCGGCGTTTTAGTGCTTGGTCCTCGTAAAGGCAAATACACTGCAGACGGTAAAGTGAATGCAATCCCAGGCGCTAACTTACCGTTAGCAACCTTAGGTACCTTCATCCTGTGGATGGGATGGTTTGGTTTCAACGGTGGTTCGGTATTGGCCACTGCATCAGTTGAAAGTGCAAACGCCGTAGCAGTGGTATTCATGAACACCAATGCCGCAGCAGCGGGTGGTGCTATCGCAGCCTTATTGCTGGCGCGGGTTATGTTTGGTAAAGCTGACCTGACAATGGTACTTAACGGTGCACTGGCTGGTCTGGTAGCCATTACTGCTGAACCTTCAACGCCTACGCCTCTTATGGCCACGCTATTCGGTGCTTTAGGTGGCTTGTTGGTTGTGTTAAGCATCATCTTCTTAGACAAACTGAAAATCGACGATCCGGTAGGGGCTATTTCTGTTCACGGTGTGGTTGGTCTGTTAGGTCTTTTACTGGTACCTGTTACCAACGGTGAAAATTCATCGTTCGGCGGCCAGCTTCTTGGTGCAGCAACTATCTTTGTATGGGTATTCGTTACTAGCTTAATTGTTTGGGTAGTGCTGAAGGCCGTCATGGGTATCCGCGTATCAGAAGAAGAAGAATTTGAAGGTGTTGACGTTGCAGAGTGTGGTCTGGAAGCATACCCGGATTTTACCTCTGGCCGTTAA	MEITFELGYALDTFYFLICGALVMWMAAGFAMLEAGLVRAKNTTEILTKNVALYAIACTMYMICGYSIMYGGGDFTLFLSGIVGDGATGVEEPATYAPSADFFFQVVFVATAMSIVSGAVAERMKLWAFLAFAVVMTGFIYPMEGSWTWGGESVFGMYTLGDNGFSDFAGSGIVHMAGAAAALAGVLVLGPRKGKYTADGKVNAIPGANLPLATLGTFILWMGWFGFNGGSVLATASVESANAVAVVFMNTNAAAAGGAIAALLLARVMFGKADLTMVLNGALAGLVAITAEPSTPTPLMATLFGALGGLLVVLSIIFLDKLKIDDPVGAISVHGVVGLLGLLLVPVTNGENSSFGGQLLGAATIFVWVFVTSLIVWVVLKAVMGIRVSEEEEFEGVDVAECGLEAYPDFTSGR	PGPT0000840_6106	DIRECT EFFECT	BIO-FERTILIZATION	NITROGEN_ACQUISITION	N-AQUISITION-AMMONIUM_ASSIMILATION|USAGE	N-AQUISITION-AMMONIUM_TRANSPORT,PGPT0000840-amtB|ybaG|amt-K03320	NA	NA
AK237_01971	339	glnK	COG0347	Nitrogen regulatory protein P-II 2	ATGAAACTAGTCACAGCTATCATCAAGCCGTTCAAGCTGGATGATGTTCGTGAAGCCATTTCAGAGATCGGTATTGACGGTCTTACCGTTACCGAAGTGAAAGGGTTTGGACGTCAAAAAGGACATACAGAATTATACCGAGGCGCCGAATATCAGGTAGATTTTTTACCAAAAGTTAAACTGGAAGTGGCTGTTCAGGCTGACCAGGTTGAGCGTTTGGTGGAAGCCATCGTTGGCGCTGCGAAGACTGGCAAGATCGGTGACGGGAAAGTTTTCGTTTACGACCTTGAGCATGCCGTACGTATTCGTACTGGTGAAGCTGACGCAGACGCGCTGTAA	MKLVTAIIKPFKLDDVREAISEIGIDGLTVTEVKGFGRQKGHTELYRGAEYQVDFLPKVKLEVAVQADQVERLVEAIVGAAKTGKIGDGKVFVYDLEHAVRIRTGEADADAL	PGPT0000675_908	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-GLUTAMATE|GLUTAMINE_SYNTHASE|GLTS_PATHWAY,PGPT0000675-glnK|glnZ-K04752	NA	NA
AK237_01972	813			hypothetical protein	ATGGAAACTATAGACTCAGCCTTCTTTGCGCCTCAAAGGCCACAGTACATTGCCCCTGCTTCTAAAAAGAGAAGCGGAGTTTTTGTCGTTTCTGTTATTATTCATGCAGGGCTGGTGTTTGCACTGGCAGTGTTTGAAAGCAAACGCGATATTCCGCAAACCGTAACACCGCCTCCGATCACCGCCACATTGATTCAGCTTCCCAAGCCAGAAAAGGCGGCCACGCCAAACCCCGGGGTTCCCGTTGTTGAAACTGAACCAACGACACCTGCACAACCCGAAATGAAGGCATCACCTGAGCCAGCCAAAAAGGTCGTCAAAGAGGATACTGCACCAGAAAAAGCCAATACGGCTGCGCGCAGTAAAATTGACAGCACGTCTATTAAGCCTGAATCGACGAAGACTTCACCCGCATCGACAAATGCCCCCGAGTCTGTTGTAGAGGCTAAAGCAAAAGCAGATACATCTCGTCGCGCGCTTTCCTCCCGTCGCTCATTAGATGCCTTTTTTAGTCAACAGCAAGCGCAGGCACAACAACGGGATGCTGAACAGGCGGCCAGAGAGTACAGAAAAGCGAAGACATCGCCAGAATTGGTTGATCCAAGAAAAGGTGAAATGAAGGAAGACCCGCGGCTGGTGGGATCTCCTCCACCAGTGAATGCGGATTGCAGTAGTACCACAACAAAATCACTGGCTTTTATATCCCAATTTACCGGAGGTAGGGTAACCTGCTCCGACCGCGGCAACGGTTTTGAGAAATTCATCGACGCCAGAATTAATAAAGGTGTCAAAGAGGAAGAGAAACAGAATTAG	METIDSAFFAPQRPQYIAPASKKRSGVFVVSVIIHAGLVFALAVFESKRDIPQTVTPPPITATLIQLPKPEKAATPNPGVPVVETEPTTPAQPEMKASPEPAKKVVKEDTAPEKANTAARSKIDSTSIKPESTKTSPASTNAPESVVEAKAKADTSRRALSSRRSLDAFFSQQQAQAQQRDAEQAAREYRKAKTSPELVDPRKGEMKEDPRLVGSPPPVNADCSSTTTKSLAFISQFTGGRVTCSDRGNGFEKFIDARINKGVKEEEKQN				NA	NA	NA	NA	NA
AK237_01973	918	yedI	COG2354	Inner membrane protein YedI	ATGGCAGCCGCAAACTTACTTGCCCTCATTGACGATATCGCAACCCTTTTGGATGACATTTCCGCCATGTCAAAAGTGGCTGCTCAAAAAACAGCGGGGGTGTTGGGCGACGATCTCGCATTGAATGCGAATCAGGTACAAGGTGTTCGTGCCGAGCGGGAATTGCCGGTAGTCTGGGCGGTCGCAAAAGGCTCGTTACTCAATAAAGTATTTTTGGTTCCCGCCGCGCTTTTGATCAGCGCCTTCATTCCAGTACTCATCACCATACTGCTGGTATGCGGTGGTTTATACCTGTGCTTTGAAGGTGCAGAGAAAGTTATCCATCGTCTCTTCCATAAAGAAGATGAAGCAGAGCGTGACGCCCGAATAGAAAAGCTAGCGCAAGAGGATGTCGATTTAGTTGCGCTGGAAAAAGACAAAATTAAGGGTGCGATCCGTACCGACTTTATCCTGTCCGCCGAGATTATTGTCATTGCCCTTGGCAGTGTGCAACAAGCCGACTTTTTAACCCAGGTTGGCGTATTATGTGCGTTAAGTGTGGGTATCACCGCAGGCGTATACGGGATCGTAGCCGGTATTGTAAAAATGGATGATGTTGGTTTGTACCTGTTGAGAAAATCCCTCACCGGTGGCTATAACGGCTTTCAACGAGTAAGTGGCAGAGCGCTGCTGGTGGCAGCCCCGATCCTCATGAAGGTGTTAGCCTTTGTCGGCACCATCGCGATGTTTTTGGTCGGCGGCGGTATTCTCACGCACAATATTCCGTTCCTGCATCATTTAGCAGAATCGATAACCCATAGTGCAGGTCAATTCAGTTTCATTGTGTCATTGCTTACCGATGGCGTTGCTGGCCTCATTGCCGGTTCAATCATTGTTGGCGTGGTTTCGCTTTTTACCAAAAGTAAAACTGCTCACTAA	MAAANLLALIDDIATLLDDISAMSKVAAQKTAGVLGDDLALNANQVQGVRAERELPVVWAVAKGSLLNKVFLVPAALLISAFIPVLITILLVCGGLYLCFEGAEKVIHRLFHKEDEAERDARIEKLAQEDVDLVALEKDKIKGAIRTDFILSAEIIVIALGSVQQADFLTQVGVLCALSVGITAGVYGIVAGIVKMDDVGLYLLRKSLTGGYNGFQRVSGRALLVAAPILMKVLAFVGTIAMFLVGGGILTHNIPFLHHLAESITHSAGQFSFIVSLLTDGVAGLIAGSIIVGVVSLFTKSKTAH				NA	NA	NA	NA	NA
AK237_01974	300			hypothetical protein	ATGTTCACTTTACGTCGTCAATTAACTGCACTTACTCTGGTTGCTGCCTCTGTTTTATCGGTGCCAGCTATGGCAGCAACATCCCAGCAAAGCCAACTTGAGCACTATCTGGCCAGCATGGTTGAGCAACAAATCAATAACGTTCGAAATGAAATCATGTCAGAAGTCACACAGCTTGTTGCTAACACCACCTATCAGGCAGAGCCAGAAGAAACCGAACAAACACTGGTTGCAGAAGTCACCATTCGTGATCTGCCTACAGAAGACAAGGTGTCTACTGTGAATGACAAAGGAGAGTAA	MFTLRRQLTALTLVAASVLSVPAMAATSQQSQLEHYLASMVEQQINNVRNEIMSEVTQLVANTTYQAEPEETEQTLVAEVTIRDLPTEDKVSTVNDKGE				NA	NA	NA	NA	NA
AK237_01975	111			hypothetical protein	ATGATGACTTCAGGTGCTTTACTGCTGCTTGCGCTGGGACCGGTTGTCGCCTATCTCGCCAGCGCAATGTTATTCAGTGGTGTGCAACGTATTGCAGATCGCTTTCACTAA	MMTSGALLLLALGPVVAYLASAMLFSGVQRIADRFH				NA	NA	NA	NA	NA
AK237_01976	2328	mrcB	COG0744	Penicillin-binding protein 1B	GTGGCTAAAAAACAGACGAAAGTTAAGAAACCGAAGAAAATTGGCAGCAAGCCCCGTCGCCCGTGGCTTGGACTGTTCTTCAAGTTGTGTATTGTTGGGTTTGTTGTGCTGGCTGGCTACATGGTGTATCTGGATGCCCAGATTAAGCACACATTCACCGGCAATAAATGGGAAGTACCTGCGCAAATCTTTGCCCGACCACTGGTGCTGTCTGAAGCGCTGGAAATCACACCCAAGGAAGTACTGGATGAATTAAAGCTGCTGGGTTATCGGAAAGTCAGTCAGCCAGATAGCAGTGGCGAATACCGGTTTTCAAATAACACGCTGGTACTTCAACGGCGCGCGTTTAGTTTCCCTGACGGTGATGAACCGCTGCGTAAAATAACGGTCTCGTGGCAGGGAAACCGGATAAGCAACATTACCGATGAGAATACCAAAAGGCCGCTAAATACCATTCGTCTTGAGCCGTGGCTTGTTACGCGCATGGTAAGTAGTAGTCGTGAAGATCGCATGCTGGTGAAGTTGGACGAAATTCCTAAACTTTTACCTACCGCACTGATTTTGGTGGAAGATAAAGATTTCTATGAACATCATGGCGTTGCGCCGTTATCGATACTGCGGGCCTTAGTGGCTAATATTCGTGCAGGGCGCACGGTACAAGGTGGTAGCACACTCACTCAACAGCTAGTGAAAAACCTCTACCTTACTCGCGAGAAAGCGATTACCCGTAAAATTAAAGAAGCGTTGATGGCACTGATCATCGACGCGCGATATAGCAAAGAAGACATTCTTCAGGCCTATTTAAACGAAGTATTTCTTGGCCAAAACGGTGACATGGCCGTACACGGATTTGGATTAGCGAGCTATTTTTACTTCGACCGTCCTGCTAACGAGTTGAGCACATCTGAAATAGCGACGCTGGTGGCGATGATCAAAGGGCCATCGTATTACAATCCGAGACGCTATAAAGAGAGGGTGCTTGAGCGTCGTAATCTGGTGCTTAGAATTTTATTTGAAGCCAACGAAATTAACCGCAATCAATACGAAACTGCGGTGAATGCGCCGATTGGTTTAGCCTCCGGCGCCAGTTTAGCCAGTGGTAAACACCCGGCGTTTATGGACAAAGTGCGCCGCGAGCTAACGACCATTCTTGCAGATCCGACGTTACGAGATTCAGGCGTAAAGGTTTTTACGACACTGGATATTTACGCACAGCGGCGGGCAGAAAAGGCCGTTGAAAATACATTGAAAGGACTGCAAGCAGACCGCAAAGCAGAGCTTCAGGCGGCGATGATAGTGTCGGATATCGCCAGCGGTGAAATTCGGGCTATTGTGGGGAGCAGGGAAACCAGCTTTAAAGGGTTCAACCGCGCACTAGATGCTAAGCGTCAGGTCGGTTCGTTAATCAAGCCTGCGGTGTATTTAACCGCGCTGGAAGATCCGGCAATGTTTAATTTAGCCACGCCTTTGAAAGATGAACCTATTACACTGGAAAATGGCAACGGGCAAACCTGGTCGCCGCGTAATGCAGACAAAAAATTTCGTGGCCAGGTGCCGCTGGTGGAGGGGTTAACCGAGTCGTTAAATATTCCCACGGTGAACCTTGGAATGCAGGTTGGCTTAGCGAATGTTGCCGATACGATTCATCGTCTGGGCGTGGAGAGTGACTTTCGCGAGGTACCAGCGATGACACTCGGTGCAATGTCGTTGTCGCCGCTGGAAACAAACCAGATGTACCAAACCATTTCCAACAATGGTCGCTACATTCCTCTGCATACTGTGACGTCTGTGGTATCAGCCAATGATCGTCTCGTGTGGCGCCACGCTGAATATTACGCGCAGCGCGTAGATGAAGCCGCGACCTATTTGTTGAATTACGCCTTGTACAAGGTAACGGTTGAGGGAACGGCAAAGCGTGTTGGGAGTACGTTCCCGAACGTGAATATGGCGGGTAAAACGGGAACAACAGACGATTATCGTGATAGCTGGTTTACCGGGTTCGATCGTAACAATGTGGCTACGGTATGGGTGGGGAATGACGATAATGAACCTGTTTTATTAACCGGAGCGGGTGGCGCGCTGCCCGTTTTCGTTAACTACCAGAAGAGCCAGGCGCCTAAATCGCTGTCCCGTCGTTTCCCTGAAGGGTTGGGAATTGCGCATTTTGATAGTAATACAGGTGCAGTTACCATCGCTGGATGCCCGGATTCGATGAGTGTGCCTGCCATTTTAGATGTATTGCCGCCGCCGAGTCAGGATTGTTACGGACAACCTGTTAAACAAGAAAAAGAAGAGAAAAGCTGGTGGGACAGATTATTTGGTAATTAA	MAKKQTKVKKPKKIGSKPRRPWLGLFFKLCIVGFVVLAGYMVYLDAQIKHTFTGNKWEVPAQIFARPLVLSEALEITPKEVLDELKLLGYRKVSQPDSSGEYRFSNNTLVLQRRAFSFPDGDEPLRKITVSWQGNRISNITDENTKRPLNTIRLEPWLVTRMVSSSREDRMLVKLDEIPKLLPTALILVEDKDFYEHHGVAPLSILRALVANIRAGRTVQGGSTLTQQLVKNLYLTREKAITRKIKEALMALIIDARYSKEDILQAYLNEVFLGQNGDMAVHGFGLASYFYFDRPANELSTSEIATLVAMIKGPSYYNPRRYKERVLERRNLVLRILFEANEINRNQYETAVNAPIGLASGASLASGKHPAFMDKVRRELTTILADPTLRDSGVKVFTTLDIYAQRRAEKAVENTLKGLQADRKAELQAAMIVSDIASGEIRAIVGSRETSFKGFNRALDAKRQVGSLIKPAVYLTALEDPAMFNLATPLKDEPITLENGNGQTWSPRNADKKFRGQVPLVEGLTESLNIPTVNLGMQVGLANVADTIHRLGVESDFREVPAMTLGAMSLSPLETNQMYQTISNNGRYIPLHTVTSVVSANDRLVWRHAEYYAQRVDEAATYLLNYALYKVTVEGTAKRVGSTFPNVNMAGKTGTTDDYRDSWFTGFDRNNVATVWVGNDDNEPVLLTGAGGALPVFVNYQKSQAPKSLSRRFPEGLGIAHFDSNTGAVTIAGCPDSMSVPAILDVLPPPSQDCYGQPVKQEKEEKSWWDRLFGN	PGPT0023880_685	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-PEPTIDOGLYCAN_REMODELLING	CE-PG_REMODELLING-PENICILLIN-BINDING_PROTEINS,PGPT0023880-mrcB-K05365	NA	NA
AK237_01977	240			hypothetical protein	ATGAAAATTTCCATCGATATCGACCTCTCTCCTCAGGAAGCCAGAGAGCTAATGGGATGGCCTGATATGAGTAAAATTCATGAAGCCACCATCTCACAACTTAGCGAGCAAATCAAAAGCGGTAATCAAGAAGTTATGATGTCTATGCTGAAGCCATACCTGGACGGCAGTCAGCAGGCATTTTCTTATTATCAAAAAATGCTGGAAAGCATGGCGACAGCGGGAAACAGCAAAAAATAA	MKISIDIDLSPQEARELMGWPDMSKIHEATISQLSEQIKSGNQEVMMSMLKPYLDGSQQAFSYYQKMLESMATAGNSKK				NA	NA	NA	NA	NA
AK237_01978	1779	phaC	COG3243	Poly(3-hydroxyalkanoate) polymerase subunit PhaC	GTGCACGAGCAGGACAAAGATCATATTCTGGACACACTGAATCAGTATGCACAGCAGTTCAATGCCATGGTTCATAACATTCTGACGAAGAAAAATAGCAGTGAGGAGACATCCGCTATGTTCGACCCGGAAAAGTTAGGTACATTGCTGTCAAACGATGCGGTAGAAGTGGATTCTGCCCGACTGATTCAGACGCAAATGGACTTCATGCGCCAACAAACTGAATTATGGCAGCAAGCAACAAAAGCCATGCTGGGCGAAAATGCTCATCCGGTTATGCAGGAAGAAAAAGGCGACCGTCGTTTTTCTCATACAGACTGGCAGGACAACCCCATTTTCAGCTACATGAAACAAGCCTATTTAATAAACTCAAAGATGTTGCAGGGCATGATTTCATCGATGCACTTTAAAGATCCGAAATCAGAAGAACAGGTCAAGTTTTATACCCGCCAGTATATTAATTCGGTTTCACCGACCAACTATCTTCTGTCTAACCCTGAAGTGTGTGAAGAGATCCTCAAAACCAAAGGGCAGAATATGGTGAAAGGGATTGAAAATTTTATGCGGGATTTGGAAAAAAGCCCGCTGGAAGCCTTCAAGATCACCCAAACAGATATGGACGCCTTTGAGCTAGGTGTGAACCTGGCAACAACAGCAGGGCAAATAGTGTATCAAAATGACCTCATGCAATTGATTCATTACACGCCAAAGCATGAGAAAACCTACGCTACGCCTATCTTGTTCGTGCCTCCCTTTATCAACAAATACTATATCCTTGACCTTGATGAGCGTAAGTCGGTTGTAAAAGGTTTACTGGATGCCGGCTTTTCCGTCTTTATGATTTCATGGGTAAACCCGGATGCGAAACTCGCCGATCAGGATTTCTTCGACTACATGAAAAAAGGCCCGGTGGAAGCGTTAGATGTCGTGTGCGACATTACCGGTAAAAAGAAGGTCAATATGGTGGGCTTTTGCGTGGGAGGTACGCTCGTTAGTACCGCTACCGCTTACCTGCGAGCGAAAAAAGACACGCGCATTGAATCCCTTTCGTTACTTACCACCTTGTTAGATTTCAGCGAGCCAGGCGAAATTGGCAATTATCTGACAGAAGACGCCCTGCCTATCATGGAGCAAAATGCAGACATTAAGGGCATATATGACGGCCGCATACTGGGCCTGAGCTTTAGCCTGTTGCGCGAAAACAACCTCTTTTGGTCTTACTTCATCAATAATTATTTAAAAGGCAAAGATCCTGCGGCCTTTGATATTCTGTTTTGGAACAGTGATGCTACCAACATCACAGCAGCGTGTTTCAAACAATATATCCGAACAATGTACTGGGAAGATAAGTTGAAAATTCCCGGCGCAGTCAATATTGATGGAATTCCTATCGACCTGGGCAATATTGACGTCCCCGTTTATTTCCTGACAACTCTCGCAGACCATATCGTCCTGTGGCAAGGCGCATACAAGGGTACGCAGCTAGTGAAAGGCGATACGCGATTCGTACTCGCAGGGTCAGGGCATTTGGCCGGCGTAATTAATCCACCAGACCCTGGGAAATACCCACACTGGACGAATGAAAATTTACCCGCAAGTGCCAGCGACTGGTTTGACGGGGCCGTGAAGCAAGAGGGCTCGTGGTGGCCAGATTGGCATGCGTGGTTGCAACGTCATCGCAAAACGAAGGTTAATGCCCCACTCCCCGGTGAACACAAGAAGTATCCAGCCATTGAGCCCGCGCCAGGAACGTACGTTAAAAAGCAGCTTGGTGAGTAG	MHEQDKDHILDTLNQYAQQFNAMVHNILTKKNSSEETSAMFDPEKLGTLLSNDAVEVDSARLIQTQMDFMRQQTELWQQATKAMLGENAHPVMQEEKGDRRFSHTDWQDNPIFSYMKQAYLINSKMLQGMISSMHFKDPKSEEQVKFYTRQYINSVSPTNYLLSNPEVCEEILKTKGQNMVKGIENFMRDLEKSPLEAFKITQTDMDAFELGVNLATTAGQIVYQNDLMQLIHYTPKHEKTYATPILFVPPFINKYYILDLDERKSVVKGLLDAGFSVFMISWVNPDAKLADQDFFDYMKKGPVEALDVVCDITGKKKVNMVGFCVGGTLVSTATAYLRAKKDTRIESLSLLTTLLDFSEPGEIGNYLTEDALPIMEQNADIKGIYDGRILGLSFSLLRENNLFWSYFINNYLKGKDPAAFDILFWNSDATNITAACFKQYIRTMYWEDKLKIPGAVNIDGIPIDLGNIDVPVYFLTTLADHIVLWQGAYKGTQLVKGDTRFVLAGSGHLAGVINPPDPGKYPHWTNENLPASASDWFDGAVKQEGSWWPDWHAWLQRHRKTKVNAPLPGEHKKYPAIEPAPGTYVKKQLGE	PGPT0014740_971	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-BIOFILM_RELATED_GENES	CE-BIOFILM-POLYHYDROXYBUTYRATE_PRODUCTION,PGPT0014740-phbC|phaC-K03821	NA	NA
AK237_01979	399			hypothetical protein	ATGACTAAACTTGTCAAATCACTTGTGATGAGCCTCGCTGTTGCTTGCACGTTAAATTTCGCTGCGCAAGCGGCACAGGAAACCAAAGAGGCTAAGCCGTCCAGTGCCCCTATGACACAGTCGCAAGATTTTGATGACGCAACATTAGAGAAGTTTACAGTAGCGATGAATGCTGTAAGCGATGTTGCCGATAAATATCAGTCTGAGCTGAGTGGTGATGAAACGCCTGAAAAAATGCAGCAGATCCAACAGGCTGCTCAAGACGAGATGGTTTCTGAAATTGAGAAAACAGGTCTTGAAGTACAAACTTACACAACCATTGCTCAGTTAGTGCAAACCGATGAAAAACTGAGATCACGTGTATTAGATATCGCCAAAACGCAGAATAGCGAATCTTAA	MTKLVKSLVMSLAVACTLNFAAQAAQETKEAKPSSAPMTQSQDFDDATLEKFTVAMNAVSDVADKYQSELSGDETPEKMQQIQQAAQDEMVSEIEKTGLEVQTYTTIAQLVQTDEKLRSRVLDIAKTQNSES				NA	NA	NA	NA	NA
AK237_01980	417			hypothetical protein	GTGATCATCATTAAGAAATACCCAAACCGCAGACTCTATGACACGTCTCGTAGCCAGTACGTAAACCTGGATTACATCAAAACGCTGATCAATGAACGTCAGGAATTTAAAGTCATCGACTCCAAAACCGAAGATGACATCACCAAATCGTTGTTGCTGCAAATCATCAGCGAATCAGAAGCAAACGAAAACCAGTCACTTCTGACCAATTCGTTGCTCAAGCAGCTCATTCGCTATTACGACACCGATATGCAGTACTTTCTTCGTCAATATCTTGAACAATCTCTTGTGACTTTCATCGAACAGCAAGACCAGGTACAAGGCATGATGAAAAACATGATGGATAACACGCCCTTCGGCATGTTCAATAAAATTGTCGAACAAAATATGGATGCCTGGAAAAAAAGTCAGAAGTAG	MIIIKKYPNRRLYDTSRSQYVNLDYIKTLINERQEFKVIDSKTEDDITKSLLLQIISESEANENQSLLTNSLLKQLIRYYDTDMQYFLRQYLEQSLVTFIEQQDQVQGMMKNMMDNTPFGMFNKIVEQNMDAWKKSQK				NA	NA	NA	NA	NA
AK237_01981	615			hypothetical protein	ATGTTTGGCAAGTTTTCAGAGCAGCTGAAAAGTACCACTAAGCCGGTACACACGCTGTTTGCTGTGAATACAAAAACGCTGGAAAGTCTGTCTCAACACCAAACAACGTTATTTACGGGTTTGTTAAGTGACAGTGTTCGGTACATTGAAGCCGTATCGAAACAGACAGAGTTTAAAGGTGTAATGACAGCGAATTCTGAATTGGCTGAGTCGGTGCGGGAACGCATGACCAGCGCGTCAAAAGATACTTACTCTACGCTTAATGCCATGCGTGAAGAAATGACTGAAGTGATGGCAGCCAGCTTAAGTACTGTTGCAGAGGAAACCAAGGAATCGGTAGATAAGGCAACCAGTGCGGTTAAGAAAACAACCAAAGCGGCTACCCCAAAAGCAGCACCGAAAGCCACAGAAGCTCCGGTTAAAGCCGCAGAAACCGTTGCCGATGCAACCAAGGAAACGGTTGATAAAGCTGCCGAACAAACGAAAGCTGTTGCTGAGAAAGCAAAGGATGCGACTGCTGAAGCAAAACCGGCTACAGCAGCAAAAAAACCAGCAACACGCACGCGTCGTACGACCGCTAAAAAGTCTGCGACAACAACAAAATCAACTAGCTAA	MFGKFSEQLKSTTKPVHTLFAVNTKTLESLSQHQTTLFTGLLSDSVRYIEAVSKQTEFKGVMTANSELAESVRERMTSASKDTYSTLNAMREEMTEVMAASLSTVAEETKESVDKATSAVKKTTKAATPKAAPKATEAPVKAAETVADATKETVDKAAEQTKAVAEKAKDATAEAKPATAAKKPATRTRRTTAKKSATTTKSTS				NA	NA	NA	NA	NA
AK237_01982	348			hypothetical protein	ATGTTTGAGCAAATGAACGAGCAAATGAAAAGCGCAATGAAGCCGATGACTGACCTTGCAACATTGAACATGAGTACAATGCAGGATCTGGCTGAAAAACAGAATGCCCTGTATTCATCACTGTTATCTGAAAATATGTCTTACTTTGAAAAAGCCTCTCAGCAGAAAGATCTGTCTGGTCTGGCTGAAATGAACAAAGCATATGTTGAAACCATTCAGGAAACCGTTACTGATGCTGCGAAAAGCTCGTATGCGGTTATCTCTGATGCACAACAGAAAGCCGGCGAAATGTTCAAAGGTTTAAGCGACGAAATGACTGCGAAATTCCAAAACGCAGCCAAAGCATAA	MFEQMNEQMKSAMKPMTDLATLNMSTMQDLAEKQNALYSSLLSENMSYFEKASQQKDLSGLAEMNKAYVETIQETVTDAAKSSYAVISDAQQKAGEMFKGLSDEMTAKFQNAAKA				NA	NA	NA	NA	NA
AK237_01983	1218			hypothetical protein	ATGAATTATCAGGCTTACGATTACTTAACGCGCGGCGCATACATTATGCACGAGGGTTTCAGTCTGCTTAATGATATTGCGAACCATCCTTCCAACCTTTTCGCACATACCTTGCCCGGCCGCATTACCCGCGCATCGCTGGAAACTGCTATGCGGCTGACACAACGCTACGAGAAGCTGGGGTTTAACATTGACGAGATTAAAATCAATGAAAAACGCCATAAGGTGAAAGAAGAGATTGTGGCCAGCAAACCGTTTTGCGACCTCATTCATTTCAACCGTGTTGGTGTTAAAGATGATCACAAGGTGCTCTTAGTCGCACCATTATCCGGCCATTTTGCTACCCTGCTAAAAGGCACGGTGGAAGCATTATTACCTGACCACGAAATTTATGTAACCGATTGGGCTGACGCCCGTGAGGTGCCGCTGGAAGATGGCCCGTTCAGCTTTGATTGCTATGTAGGGTACCTTATTGATTTCCTCGAATTTCTGGGACCGGGCACTCATCTGATGGCGATATGCCAACCCACGGTTCAGGCTCTGATTGCAACAGCGGTGATGGCAGAACAGAAAAATGGCTGCGTACCCAAATCGCTGACACTCATGGCTGGTCCTATTGACTGTTCAAAGAATCCAACCCGGGTGAATGAATTTGCCCAAGAGCATCCCATGAACTGGTTCCGCAATGTAGCCATCATGTCTGTGCCTTACGGCTATCCCGGTGAAGGCAGACAAGTTTATCCTGGTTTTATGCAGTTGGGAGGCTTCATTAGCATGAACCAGCAGACGCACATGAAGAAATACCAGAGCTTTTTTCAGAACCTGGTATTCGGTGAAGAAGAAGACGCCGACCGCTTCCGTGCATTCTATGACGAATACTTAGCGGTACTCGACATGCCAGCCGAATTTTATTTAGAAACGATAGAGCGTGTATTTAAAAACAACGAAATCGCGCGGGGTGCAATCACATACCAGGGCAAACCCGTTGATTTCGAAACCATCGACAACACAGCATTGCTTACAGTCGAAGGCGCTGACGATGATATTTGTGGTCTTGGACAAACTGAAGCTGCCCAGGACATTTGCAAAAATATTCCCAAAAATATGCGTAAGCACCACGTTCAACAAGGAGCGGGACACTACGGTATTTTTAGCGGCTCAAAGTTCAGAAAATCAGTACGCCCTGTCATCACAGACTTTATTCACAAGTACGCTTAA	MNYQAYDYLTRGAYIMHEGFSLLNDIANHPSNLFAHTLPGRITRASLETAMRLTQRYEKLGFNIDEIKINEKRHKVKEEIVASKPFCDLIHFNRVGVKDDHKVLLVAPLSGHFATLLKGTVEALLPDHEIYVTDWADAREVPLEDGPFSFDCYVGYLIDFLEFLGPGTHLMAICQPTVQALIATAVMAEQKNGCVPKSLTLMAGPIDCSKNPTRVNEFAQEHPMNWFRNVAIMSVPYGYPGEGRQVYPGFMQLGGFISMNQQTHMKKYQSFFQNLVFGEEEDADRFRAFYDEYLAVLDMPAEFYLETIERVFKNNEIARGAITYQGKPVDFETIDNTALLTVEGADDDICGLGQTEAAQDICKNIPKNMRKHHVQQGAGHYGIFSGSKFRKSVRPVITDFIHKYA				NA	NA	NA	NA	NA
AK237_01984	1236			hypothetical protein	ATGTCTAAATGGATGCCGCGTAAGCTTGGTTTTTCAATACTGTCACTGCTGACAGCGACTTCTTCAGCTTATGCCAATACAGATTTTGATCAGTGTAAAACACAGTTGTCTCAGCAAGCCGTCGAACAAGGCGTGAGTGCCGAAACGGCACAAACCGTTTTCGCCAATATCCAATATCAACCCCGGGTTATTGAGTTAGACAGAAGCCAACCTGAGTTCGTCCAAACATTTCCGGGCTATTACAGTAAACGCGTTACTGAATGGCGTATCGGTAAAGGCCGGGAAATGTACGCTAAACACAAGGATTTGCTCAACACCTTAAGTCATAAGTACGGCGTACCTGCGCACTATTTAGTTGCATTCTGGGGTTTGGAAACCAACTTTGGCGGCTACAAAGGTAAAATGAACGTGTTGAATTCGCTTGCCACACTGGCCTGCGATGAAAGACGCAGCCGCTATTTTACCCAGGAACTGATGACCGCAGTAAAACTGCTTGAGCGAGAATCGCTGGATCAGACAAAGATGGTTGGCTCGTGGGCAGGCGCAATGGGTCATACCCAGTTTATGCCATCAGCCTATATGCGTTATGCCATTGATGGTGACGGCGACGGACAAGTAAATTTATGGGACAGTGAAAAAGATGCGCTTGCCTCAGCGGCCAATTTCTTATCGCAGTTAGGCTGGCAACCGGGCTTTCGCTGGGGGCGTGAAGTACAACTTCCTGCTGACTTCGATTACCGTGAGACAGGGTACAAAAACCGACGCAGTATCACCGACTGGAATGAAAGTGGAATAACCAAAGCGGATGGCAGCCCGTTAGGTCAAAGTGATGAGAAAGGCTACATTGTGGTGCCCGCAGGCCATAATGGTCCTGCCTTTATTGCCTATCACAACTTCCGCATTATCATGCGTTGGAATAACTCGGAATTTTATGCCATAGCAGTTGGCAAACTGGCCGACCAAATTGCAGGCGAGGCGGGAATTAATAAAGCGTTACCCGAATTACCTGCCTACACGCGAGACGATATACTGAAACTGCAAACCGCGCTGAATGATTCGGGATACGATGTAGGTAAACCTGATGGCATTATTGGGCCGGCAACCCGCGCAGGTATTCGCGAGTACCAACTGGCGAATAACATGATTGCCGATGGATTCCCCGGACTTGATGTCATGAAGGCAATTGGCGTGTTACCTGCAGGACAGCCTGAAACTAACGAAAAAGAAAAAGTATAA	MSKWMPRKLGFSILSLLTATSSAYANTDFDQCKTQLSQQAVEQGVSAETAQTVFANIQYQPRVIELDRSQPEFVQTFPGYYSKRVTEWRIGKGREMYAKHKDLLNTLSHKYGVPAHYLVAFWGLETNFGGYKGKMNVLNSLATLACDERRSRYFTQELMTAVKLLERESLDQTKMVGSWAGAMGHTQFMPSAYMRYAIDGDGDGQVNLWDSEKDALASAANFLSQLGWQPGFRWGREVQLPADFDYRETGYKNRRSITDWNESGITKADGSPLGQSDEKGYIVVPAGHNGPAFIAYHNFRIIMRWNNSEFYAIAVGKLADQIAGEAGINKALPELPAYTRDDILKLQTALNDSGYDVGKPDGIIGPATRAGIREYQLANNMIADGFPGLDVMKAIGVLPAGQPETNEKEKV	PGPT0023785_665	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-PEPTIDOGLYCAN_REMODELLING	CE-PG_REMODELLING-MUREIN_TRANSGLYCOSYLASE_ACTIVITY,PGPT0023785-mltB-K08305	NA	NA
AK237_01985	723	phaB_2		Acetoacetyl-CoA reductase	ATGAGCAAAGTTGCACTGGTCACAGGTGGCACCCGAGGAATAGGTGAAGCAATTTGTGTTGCATTGAAAGACGCAGGATACACGGTTGTGGCAAATTACGGTGGTAACGATGAAGCGGCCAAGGCGTTTACTGAACGTACTGGTATTCCTTCATTTAAGTTCGATGTCTCGAGTTTTGAGAAGACGAAAGAAGCAATAGACCAAATCGCTAAAGATTATGGTCCGGTGGATATTCTAATCAATAATGCCGGGATCACCCGGGACGGTACCATGCACAAGATGAATTTTGAGCAATGGGATGCTGTCATTCAAACTAACCTCGCTTCCTGTTTTAACACTTGTCGTGCGGTAATTGATGCAATGCGCGCTCGTGGTTTTGGTCGCATCGTCAATATTGGCTCGGTCAATGGCCAGGCTGGTCAGTATGGTCAGGTAAACTATGCTGCCGCAAAGTCGGGGATCCATGGTTTCACCAAAGCGCTGGCACTGGAAGGTGCGGGTAAAGGGGTTACCGTGAACGCGATAGCACCGGGTTATGTCGATACCGACATGGTTCGCGCCGTGCCTGAAGAGGTGTTAAAGAAAATTATCGCAACAATTCCCGTAGGTCGTTTAGGGAAGCCAGAAGATATTGCACGTAGTGTAATGTTTTTAATTGGTGATGATGCCGGGTTTATCACCGGTTCTACATTGTCGATTAATGGCGGACAACATATGTACTAA	MSKVALVTGGTRGIGEAICVALKDAGYTVVANYGGNDEAAKAFTERTGIPSFKFDVSSFEKTKEAIDQIAKDYGPVDILINNAGITRDGTMHKMNFEQWDAVIQTNLASCFNTCRAVIDAMRARGFGRIVNIGSVNGQAGQYGQVNYAAAKSGIHGFTKALALEGAGKGVTVNAIAPGYVDTDMVRAVPEEVLKKIIATIPVGRLGKPEDIARSVMFLIGDDAGFITGSTLSINGGQHMY	PGPT0014735_1212	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-BIOFILM_RELATED_GENES	CE-BIOFILM-POLYHYDROXYBUTYRATE_PRODUCTION,PGPT0014735-phbB|phaB-K00023	NA	NA
AK237_01986	834			hypothetical protein	ATGAAATATGTCTTTTTAATTGGCTTTGCACTTATTTCTTTCAGAGGCTTTGCAGAGAAGGTAGATGTTTGTGATAAACCTAATCAGCCTGACTATTATTATGAAACTTGTCCAACTAAAAAAATGATTAGCAACGAAACTAATTTTGAAGGAAAAGAAAACTTAGTTATTGCTGATGAAAGTTTTGAAGTGAAATATTATGCTTCCGTATTCACAGAAACCAAGAAGAAAGGCGCATTGACGTTAAGCAGCAAGCGAAGCGTAAAAGTGAATAAGTTTGATGTCAATCTTCGATATGAAGAATGCGTTCATAAGAGATGTGATTTAAATGAGTATAGAGTTTATCTACAAGGTTTAGCCGAAGATATAGGTGTTTTCTATTATTCGATGACCAGCAGCTCGAATAGGGAAAAGCTCGAAGATAATGTTAAGAAAAGGCTATCAGAATCAGACTCGACAATTGCTATTTCAGATATAGTTTCAGCGCGTGATTTTAATTGGAATATCGGTTCCAATCCTTTATTTTTTAAATTCTCAGACGACCATGGAACTGTTATCGCATACATCCGCGGCGATGTGGATTTAAACGGAAATGTTAAGTTATCTGAATATATTTATAGAGTTGTAGAAGATGGTGAAGCAAGTTGGATAGGTAATAGGGACTACGACTTAAACGCCAGTGATACACTGTGGAGTTTTTTATGGGAAAGAAATTTACGAAGAGTTAAAAAATGTGTCAAAACTGTAGCAACGGTTCGAAACCCGAATGGAGAAAGTCAAAACGTTCCAAGTACTCAATGTTGGTATGCATATCAGGGGCGTGATTCCATTTAG	MKYVFLIGFALISFRGFAEKVDVCDKPNQPDYYYETCPTKKMISNETNFEGKENLVIADESFEVKYYASVFTETKKKGALTLSSKRSVKVNKFDVNLRYEECVHKRCDLNEYRVYLQGLAEDIGVFYYSMTSSSNREKLEDNVKKRLSESDSTIAISDIVSARDFNWNIGSNPLFFKFSDDHGTVIAYIRGDVDLNGNVKLSEYIYRVVEDGEASWIGNRDYDLNASDTLWSFLWERNLRRVKKCVKTVATVRNPNGESQNVPSTQCWYAYQGRDSI				NA	NA	NA	NA	NA
AK237_01987	2499	hrpB	COG1643	ATP-dependent RNA helicase HrpB	ATGGTTTCTTTCAGACAGGATTTACCTGCAAGCGAATTAATTTCTAATTTGCGTGCGTCATTACTGCCCGGCAATGTCATTGTCGGTGCACCGCCGGGGGCGGGTAAATCGACAGTGTTGCCGCTGGCTTTGCTCGATACTGTGCCTGACAGGATCATTATGCTGCAACCGCGACGCGTTGTGGTGCGTAATCTAGCCAGCTATCTGGCTTCACAACTTGGTGAAGAGGTAGGGCAATCCGTTGGCTATCGCATTCGGGGAGAAAACAAAACAAGTCGTGCCACACGTCTGGAAATTGTGACAGAAGGGGTGTTGGCGCGTCTCATACAACATGATCCTGAGTTAAACGGCATTTCGCTCATCATCTTCGATGAGTTTCACGAGCGTAGCATTCACAGCGATTTTGGTTTAGCGCTTGCTCTGGAAGTGCAGGAGGGGCTGAGAGAAGACTTGTCGTTACTTGTCATGTCGGCAACACTTGATGTGGAAGAATTAACCTCGTTAATGCCGACAGCCAGGGTGCTCAAATCATCGGGGCGACAATTCGACGTGGAAGAAGTGTATGTCGGACAGGTTGCAGCGCATAAACTTCATGAGCAAGTGTCTCGTATCGCCTACCAAAGCTTTCAACAAGATGAAGGCGATATTCTGGTGTTTCTCCCTGGCGTAGGGGCTATCAATCGCGTGGCGGCCATACTCAATGACCGAATATCATCATCAGAATGTTTTGTGCATACTCTCTATGGTTCGTTAAGTAAAAACAAACAGTTAGCAGCCATTCAACCCGATGCAAACGGTAGAAGAAAAATTATTCTTGCAACGAATGTAGCGGAAACAAGCCTGACTATCGAGGGGATTAAAGTCGTGGTTGATTCTGGCCTGGAGAACGTTGCGACATTCCATCAGTCATCTGGTTTTAATCAGCTGAACACGCAGATGATTTCACAGGCGTCTGCAACGCAGCGAAAAGGGCGGGCAGGGCGTCTTGGGCCGGGTAAGGTGTATCGACTTTGGCCGCAAGAGCAGCAATCGCGGTTGGCTCAATTTCCGCTGCCGCAAATTCTGCGGGAGGACATTGCCAGCTTGCAGTTAGAAGCGTTAGCGTGGGGAACACCATTAACCAATATGGCAATGCTTACCAAGCCCACTCACGCGCAAATAAGCGGCGCAAAGCGAAGGCTGAATCATATAAATGCTATCGATGAAGACGGTGCGATTACCCCCTTTGGGCGCCAAATAAGTAGGCTTCCCGTTAGCCCCGCACTGGCGGCAATGCTGTTGCAGGTGAAGAACAATTCGAACATTGCCAATCATGATACGTACCTTCAAACGGCGTGCTGGGTGGCTGCGCTGGCAGAAGAAAATGCGATTTCCAGTCATGGTATTCATCTTTCGTCCTGGTTGCCAACTGCCGATAGCAGCGTACTAAACCGCCTTCAGCGACAAGCAGAAAGGCTTGCTTCGTACCTCGGCACACGCATTACGACGAACGGTAAACAATTAGCATCCCACGATATAGCAAGTTGCCTGGCGCTTGCTTTTCCCGAGCGCGTCGCAAAGCGAAAACAAGGAAATGAATTTAAGCTTGCCAGCGGTCGGGGCGCCCTCTTACCAGAAGGCGTCGTCGAAAAGTCAGATTGGCTGGTGGTCTTGCACGGCCAGGTGTCAGGTAGTGATGTCATGATCCGCATGGCAGAGCCCATAACAGAGTTGCAGCTTCGACAGTTATATCCGGAAGCATTTTCCCAGCAAGATACGGTTTCATTTAATCCGCAAAAGAAACAGATGGAAGCGCGAAAAACGGAAGGCTTTTACAGCATAACCCTTAAAAGTGAGCCTGTATCGAAGGTGCCAGCTGCGGTTTGGCAGCACGCATGGCTTGCGCTGCTTGAAAACTTGCCACTTCAACAATGGCCACTCAGCGACAACGATAAGCAGTGGTGGCGACGATATCAGATGGCCTGTGAATATTCGCTCTCGCAGCCTCAGGCTTTTGATAGCCCGCCACTGTGGGAAAAGGCTGAATCTCCGCTATCGCTACTTGATCGTGCGCAAACAGGAAAGCGGCTTGCAAACTTAAGGCAATGGGAGCAACTCGCTAACTTACCCTGGGCGTCACTTTGCCATCAGGCTTTACCCTGGAGTCAGCAGCATGCGCTGGATACGTTTCTACCCGTAAGTTTAACCGTACCCAGCGGAGAAAAGCGTAAATTGCACTATCGCTCAGATGGCGAGGTGATATTGTCGGTAAAGCTGCAGGAGATGTTCGGTTGCGCTGATAAATTTATTATTGCAGAGGGCAAAAAAGTGGTGACATTAGAACTGTTGTCACCGGCAGGCCGACCCATTCAAACTACTTCGGACCTGGGCAGTTTTTGGCAGGGGAGCTATTTCGCTGTGCAGAAAGACATGAAAGGGCGATATCCCAAACATCGCTGGCCAGATAACCCCATGGAGGCCGAAGCCGGTCGTTCAATTAAACCTAAAAAGCCGGGTTGA	MVSFRQDLPASELISNLRASLLPGNVIVGAPPGAGKSTVLPLALLDTVPDRIIMLQPRRVVVRNLASYLASQLGEEVGQSVGYRIRGENKTSRATRLEIVTEGVLARLIQHDPELNGISLIIFDEFHERSIHSDFGLALALEVQEGLREDLSLLVMSATLDVEELTSLMPTARVLKSSGRQFDVEEVYVGQVAAHKLHEQVSRIAYQSFQQDEGDILVFLPGVGAINRVAAILNDRISSSECFVHTLYGSLSKNKQLAAIQPDANGRRKIILATNVAETSLTIEGIKVVVDSGLENVATFHQSSGFNQLNTQMISQASATQRKGRAGRLGPGKVYRLWPQEQQSRLAQFPLPQILREDIASLQLEALAWGTPLTNMAMLTKPTHAQISGAKRRLNHINAIDEDGAITPFGRQISRLPVSPALAAMLLQVKNNSNIANHDTYLQTACWVAALAEENAISSHGIHLSSWLPTADSSVLNRLQRQAERLASYLGTRITTNGKQLASHDIASCLALAFPERVAKRKQGNEFKLASGRGALLPEGVVEKSDWLVVLHGQVSGSDVMIRMAEPITELQLRQLYPEAFSQQDTVSFNPQKKQMEARKTEGFYSITLKSEPVSKVPAAVWQHAWLALLENLPLQQWPLSDNDKQWWRRYQMACEYSLSQPQAFDSPPLWEKAESPLSLLDRAQTGKRLANLRQWEQLANLPWASLCHQALPWSQQHALDTFLPVSLTVPSGEKRKLHYRSDGEVILSVKLQEMFGCADKFIIAEGKKVVTLELLSPAGRPIQTTSDLGSFWQGSYFAVQKDMKGRYPKHRWPDNPMEAEAGRSIKPKKPG				NA	NA	NA	NA	NA
AK237_01988	603	thpR	COG1514	RNA 2',3'-cyclic phosphodiesterase	ATGCGAAGCTTCATTGGTTTAGACCTTTCACCGCAGGATAAACTCGCGTTAGCCAGCTGGCGGGAACGTGCGTTTCCTGGTATCAGTGCTAAAAAGCCCGATTTGCTCTTAGCGCCGGGTCAGAAAAGCCCACCGGTAGCGGTGCCCCCAGAGAACTATCACGTCACCCTGGCGTTTCTTGGTGATATTACGAATAAACAACATGATGCCTTACTCAGCGAATTAGATACTCTGTCTAATGCACCGTTTGACATTACGCTTAACACAACAGGCATATGGGACGGCCCGAAGATACTTTATGCAGCGCCGCTAACGGTAGCGCCACAGCTACGTCAACTGGCTAAATCGGTTCGCCAGTGTGCGCGTACAGCGCGCATTAATGTCGAAAGCCGTGAGTACAAGCCTCATGTCACTTTAGTGAGAAAAGCCAGCAACACCCTGCCGCCACCATTGATGGCGCCCGAACTCACATTTTCCTGCAGGGCCTTCCATTTTTTCGAGTCGTTATCGACACCGTCGGGCGTTAGATATCCTATTCGCCATTCCTGGTCACTAAGACCCGACATGTCAGTACGCGAGCAACTGAAACAAGGGCTAATATGA	MRSFIGLDLSPQDKLALASWRERAFPGISAKKPDLLLAPGQKSPPVAVPPENYHVTLAFLGDITNKQHDALLSELDTLSNAPFDITLNTTGIWDGPKILYAAPLTVAPQLRQLAKSVRQCARTARINVESREYKPHVTLVRKASNTLPPPLMAPELTFSCRAFHFFESLSTPSGVRYPIRHSWSLRPDMSVREQLKQGLI				NA	NA	NA	NA	NA
AK237_01989	855	purU	COG0788	Formyltetrahydrofolate deformylase	ATGCAGCAAACTTTTCGCCTGGTCATCGATTGCCCCGACCAAATTGGTCTGGTCGCCCGTGTTTCTCAATTTCTTGCTGAGCACGGTGCCACCATTGTTGAAGCCAATCACCATACAGACCTACAAACCGGTCGCTTTTTCATGCGCCATGAAATAGGTGCCGATTCTATTCGCCTCGATTACAACGCGTTCGTGGAAGCATTTACGCCACTCGCTAACGAATTTCAAATGAACTGGAAGTTAACCGACTCCCGGGTAAAACAACGGGTAGCCTTGCTGGCCAGCCTAGAGTCTCACTGTTTGGTAGATTTGCTGCATCGCTGGCATACCGGCGAGCTACACTGCGATATTCCAGTCATCATTGGTAACCATCCGCAAATGAAGCAATTTGCCGATTGGTATAAGGTGCCATTTCATTGGGTAGATTTTAAAGCATTAGGTAAAGAACAAGCATTCTCTCAGGTTAAGACGTTGCTTGACGAATACAAGATTGACTTAACAGTACTTGCCCGTTTCATGCAAATTTTACCCGATACGTTGTGCAGCGCACTGGAAGGAAAAGCTATCAATATACATCATAGTTTCCTGCCTTCATTTGCTGGCGCTCGTCCTTATCAGCAGGCATATGATCGGGGCGTTAAGTTAATTGGCGCGACCTGTCATTATGTCACTAAAGATCTGGATGAAGGCCCTATCATTGAACAAAGCGTGAAACGTATCAGCCACAGCGACACCGCCGCTGACATGGTTCGCAAAGGTAAAGATTGCGAAGTGACCGCCCTTGCCCACGGCGTTCGCTATCACCTTGAAGATCGCGTTATTATTCATCAAAATAAAACGGTTGTATTCGCGTAA	MQQTFRLVIDCPDQIGLVARVSQFLAEHGATIVEANHHTDLQTGRFFMRHEIGADSIRLDYNAFVEAFTPLANEFQMNWKLTDSRVKQRVALLASLESHCLVDLLHRWHTGELHCDIPVIIGNHPQMKQFADWYKVPFHWVDFKALGKEQAFSQVKTLLDEYKIDLTVLARFMQILPDTLCSALEGKAINIHHSFLPSFAGARPYQQAYDRGVKLIGATCHYVTKDLDEGPIIEQSVKRISHSDTAADMVRKGKDCEVTALAHGVRYHLEDRVIIHQNKTVVFA	PGPT0008155_2373	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-VITAMIN_B9|FOLATE_METABOLISM,PGPT0008155-purU-K01433	NA	NA
AK237_01990	678			hypothetical protein	ATGTCTATGTTCTTTCGTCTTCTACGAGATATGTCTTTAAAATTCTTTGGCTTAAGTTTTTTGTGCGCAGCGTTGGTCGGTACACTTATGTTGGATGTTGTTGTATTGAACAATCACGTGTCGGAGATCTCGCTTACCGAATTTGCACAAGAAGGCATTCTGTTAACCATTATTTTCTTCTTTCTGAGAGCCAGTGTTGTAAGTGAAGCGTACCGCGGTTTCCATATTCTTGCTGCAGGCTTTTTTGGTGCAATGCTTTGCCGTGAACTCGATGCCTTGTTTGATTTAATTCAGCATGGTGCATGGTTGTATCCTGCACTGGGTATTTCATTGATGGCGCTGGCGTTTGCTCTGCTTAATCTTGATGATTCGGTGTCTGGTTTACATTACTTTATGCAAAACAAGCACTTTATCGCGGTTCTGAATGGGCTGGTTGTCGTGCTTATTTTTAGCCGCCTGTTTGGTTTGTCGGCGCTATGGCATCACGTTCTGCCCATCGAGTATTTCCGGGAAGTGAAGAATATTGCCGAAGAGGGATGTGAGCTGTTGGGGTACGAATTATTGCTGACCGGGGTTGTCGGGTACTTTCGTGCGTTTAGACAAGCCACTAAAAACGTTGAGGGCATTGAGGGAGCTGGTGCAGACGGTGCTAACTCAATTAAATACGGGGCGTGTTGA	MSMFFRLLRDMSLKFFGLSFLCAALVGTLMLDVVVLNNHVSEISLTEFAQEGILLTIIFFFLRASVVSEAYRGFHILAAGFFGAMLCRELDALFDLIQHGAWLYPALGISLMALAFALLNLDDSVSGLHYFMQNKHFIAVLNGLVVVLIFSRLFGLSALWHHVLPIEYFREVKNIAEEGCELLGYELLLTGVVGYFRAFRQATKNVEGIEGAGADGANSIKYGAC				NA	NA	NA	NA	NA
AK237_01991	2190	dcp_2	COG0339	Dipeptidyl carboxypeptidase	ATGGGAAAATTTTCAGCTTCACTAACGGCGCTAGCCGTTGCCCTGTCATTAGGCGCTTGTTCAGAACAAGCGGCTAACCAAGCAAACACCGCCGCAGTACAAGCCAGCCAAAGTCAACAAGATCCGCAATTTGACAACGTGTTGTTGCAGGAATTTTCGGGCCCTTATGGCGGCGTGCCGCAGTTCGACAAAATGAAAGTTGAAGATATCAAACCTGCGCTGGAAAAAGCGATGGAATTGAATCTTGCAGAAATTGACGCCATCGCCAACAACCCAAACCCGCCTACATTCCAGAATACGATAGTAGAAATGGAACGGGCCGGTAGCGCGTTAAGTCGTGTTTTTACGTATTACGGTATTTTTAGCTCGAACAAATCCAGTCCTGAATTTCGTGACGTACGTGCCGAAATGTCTCCAAAACTGTCGGCCTTCTCTACAAAAATCACCCAGAATGAGAAGTTATTTAATCGCATAAAAGCGGTATATGAAAGTGATGAGTTAAAATCTCTTACGCCAGAAGAACAACGCATAACGTGGATCACATACAACGGCTTCGCACGCAATGGGGCGACTCTCGACGGCGAAGCGAAAGCTCGCTATGCCGCTATAAATGAAGAACTGGCAACGCTTTATAACCAGTTTTCAACTAATGTACTTGCGGACGAGGAAAACTACGTTACATACATTACGGAAGAACAACTGGGTGGCCTTCCCGATTCCTTTGTTAAAGGTGCCGCTGCTGCCGCGAAAATTCGTGGCGAAGAAGGTAAGTATGCAATTACTAACACACGATCTTCGATGGATCCGTTTTTAACGTACAGCACCAATCGGGAGCTCCGTGAAAAAGTGTGGAGCACCTATTACAACCGTGGCGACAATGGCGATGAATTTGATAATAACGACATTATTAAAAAGATCCTGACGTTACGAGACGAGCGGGTTGAGCTGCTTGGCTACGACAATTATGCACAATGGCGACTCGAAGACCGCATGGCAAAAACGCCGGAAAACGCCATGGATCTGATGATGAAAGTATGGCCAGCGGCTATCGCCCGTGTTGAAGAAGAAGTCGCGGACATGCAGGCCATCGCCGACCAGGAAGGTGCGGATATCACGATTAAGCCATGGGACTATCGTTTCTATGCAGAAAAAGTTCGCCAGGCTAAGTACGACCTGGACTCTAACGAGGTGAAACAGTATTTGCAGCTGGACAAACTGCGCGAGGCCATGTTCTATGTTGCTGGCCGACTGTTTAACTTCGATTTCACGCCAGTGCCTGAAGGTAAGGTGCCGGTGTTTAATGCTGACGTCAAAGTGTGGGAAGTGAAAGACAAGGATAGCGGCAAACTGATCGGTCTTTGGTATTTAGACCCGTTCGCTCGTCAGGGTAAGCGCTCAGGCGCATGGGCGACAACCTATCGTAGTTACACCACTTATGACGGTGAAAAAACGGTGTTGGCGTCGAATAACTCCAACTTCGTGAAAGGGCCAGAAGGTGAGCCTACGCTTATTTCCTGGGATGACGCCACGACGTATTTCCACGAGTTTGGTCACGCACTTCACTTTTTATCAGCTGACGTAAAATACCCTACCTCGCATTCGGGTGTGCGCGACTACACGGAATTCCAGTCGCAGCTTCTTGAGCGCTGGCTGACTACCGACGAAGTCATCAATAATTATTTAGTGCATTATAAAACCGGTGAGCCGATCCCTGCTGAATTGGTGCAGAAGATCAAAAACGCAGCAACGTTTAACTCTGGTTTTGGCACCACCGAATATATGGCTTCTGCGATTATGGACTTGTTGTATCACACGACAGATCCAGACAAAATCGATCCTGACACATTCGAACGTGAACAGCTAAAAGCGCTGGATATGCCAGAAGAAATTGTCATGCGTCACCGCAGTACGCAGTTTGGTCACGTGTTCTCAAGTGAAGGCTATGCGTCTTCCTACTACGGCTACATGTGGGCTGACGTGTTATCCGCCGATGCGGCCGAAGCATTTGCTGAAGCACCTGGCGGTTTCTACGACAAAGATCTCTCGGCCAAGTTAGTGAAGTATCTTTTCGCCGTGCGTAATGCCATGGATCCTGCTGAGGCGTATCGCTTGTTCCGCGGCCGAGATGCTGAAGTTGATGCACTGATGCGCGCCCGTGGCTTTCCTGTACCGGAAGATAAACAAGACTAA	MGKFSASLTALAVALSLGACSEQAANQANTAAVQASQSQQDPQFDNVLLQEFSGPYGGVPQFDKMKVEDIKPALEKAMELNLAEIDAIANNPNPPTFQNTIVEMERAGSALSRVFTYYGIFSSNKSSPEFRDVRAEMSPKLSAFSTKITQNEKLFNRIKAVYESDELKSLTPEEQRITWITYNGFARNGATLDGEAKARYAAINEELATLYNQFSTNVLADEENYVTYITEEQLGGLPDSFVKGAAAAAKIRGEEGKYAITNTRSSMDPFLTYSTNRELREKVWSTYYNRGDNGDEFDNNDIIKKILTLRDERVELLGYDNYAQWRLEDRMAKTPENAMDLMMKVWPAAIARVEEEVADMQAIADQEGADITIKPWDYRFYAEKVRQAKYDLDSNEVKQYLQLDKLREAMFYVAGRLFNFDFTPVPEGKVPVFNADVKVWEVKDKDSGKLIGLWYLDPFARQGKRSGAWATTYRSYTTYDGEKTVLASNNSNFVKGPEGEPTLISWDDATTYFHEFGHALHFLSADVKYPTSHSGVRDYTEFQSQLLERWLTTDEVINNYLVHYKTGEPIPAELVQKIKNAATFNSGFGTTEYMASAIMDLLYHTTDPDKIDPDTFEREQLKALDMPEEIVMRHRSTQFGHVFSSEGYASSYYGYMWADVLSADAAEAFAEAPGGFYDKDLSAKLVKYLFAVRNAMDPAEAYRLFRGRDAEVDALMRARGFPVPEDKQD				NA	NA	NA	NA	NA
AK237_01992	582			hypothetical protein	ATGTTAAAGCGTTACATTTCAGTTGCTGTATGTACCTTACTAACACCACAAGTGTGTCTTGCTGGTTCGTCCATTGGTGAACAGGCCGAGGCGTGGTTAGAGCGCAAACTCGCCTACACAGGTGACTTTTCCGTTTCACTGACAAAAAACAAAATTCGCTTTAACGGTTGTCGCCAGAAAGATTATCAGCTGCGTTTAGCCACACAGGTATCAGAGTCGGTAAATGTCGAAGCCGTTGCTTTGTATGGACGGGCAGTTCTTGAATTTGGTGTATTTAATCAGCGTGTTACATCGAGAGCATATGAGCTCATTACCTGGTGGGAGCAACCGGCTTATCGCGTAGGTATTGCTTCCAGGGTACGCCCCGCCCATACGTTGGATTTACCCGTGAGTGGATCCTTTGATCTGCCTGACAGTAGCACCGTGTCAATGTATCTTGAAACCGAAGGGTACAGCGAATCGCATACGATGTCTTTCGCGGTAAGTCGTGAAACCTGGCATGGACATACGTCAGATTTAGACTTGTCGTGGGATAAAAGCTACGACAACCAATTGCAGTTTGGCTATCGGGTAAGTTTCTAA	MLKRYISVAVCTLLTPQVCLAGSSIGEQAEAWLERKLAYTGDFSVSLTKNKIRFNGCRQKDYQLRLATQVSESVNVEAVALYGRAVLEFGVFNQRVTSRAYELITWWEQPAYRVGIASRVRPAHTLDLPVSGSFDLPDSSTVSMYLETEGYSESHTMSFAVSRETWHGHTSDLDLSWDKSYDNQLQFGYRVSF				NA	NA	NA	NA	NA
AK237_01993	837			hypothetical protein	GTGAATCGATTTCTTCTTGCTCTAAGTCCACTATTTTTACTGGTTGGGTGCAGTGTTTCTGCCGACCCACAACGCGGCGTTGAAGTCATTGCCAGTTACACGTTAGATAATATTCTTCAGGAAACATCAGGCCTTTACTGTAGTGACGGCAGTGCATTCACCATCAACGACTCAGGTAATGAACCGCAACTGTTTACGTTAAACGAGAGCGGTGTATTGACTGATACTGTGACGTTAGCTGCAACCAACCTCGATTGGGAAACCATCACGGGAAATAGCGAGGCGTTTTTCATTGGCGACATTGGTAATAATGCAGGACGCCGCGAGACGCTAACGGTTTACAAAGTCAGTCGGGCTAATCCGGACAAGGTTGAGAAGATTGATTTCACCTACGCGGGAAACACCCCAAAGGAGAACGCCCCTTACGCCCACGACTATGACGGTGAGGCGATGACTATGCGAGATGGAAAAATCGTCATCTTTTCTAAAAGCTGGGGCACTGAGCAGTCACATATCTACGAATTATCTGACTCAACAGATAAGCAAGTGCTTACACCTATAGCCAATGTCGATGGCTTGCCCGGTGTGGTAACCGGAGTCGATTGGAGTGAGTCACGTCGAGAGTTTGTTTTGGTTGGCTATCGCAGCAATGCGCTGGGCATGTTTAAGCCTTTCATTGCTAAGATTGATGATAGTTATCAGCTTAAAAGTCTCGAGTTTCTGCCCCAGTTTGCGCAGGTTGAAGGCGTGTGTTTCGGTACGCAGGATCATATATTGATCACGCAGGAAAGCTCTCCTTACACATCTGCTAAAATGGCAGTGCTCAAATTTCACTAA	MNRFLLALSPLFLLVGCSVSADPQRGVEVIASYTLDNILQETSGLYCSDGSAFTINDSGNEPQLFTLNESGVLTDTVTLAATNLDWETITGNSEAFFIGDIGNNAGRRETLTVYKVSRANPDKVEKIDFTYAGNTPKENAPYAHDYDGEAMTMRDGKIVIFSKSWGTEQSHIYELSDSTDKQVLTPIANVDGLPGVVTGVDWSESRREFVLVGYRSNALGMFKPFIAKIDDSYQLKSLEFLPQFAQVEGVCFGTQDHILITQESSPYTSAKMAVLKFH				NA	NA	NA	NA	NA
AK237_01994	1800	nhaP2_2		K(+)/H(+) antiporter NhaP2	GTGTCAGACCCTTTGTTAAGCCTGGTCAGCGTTGGTTTGCTGTCTATTTTTTGCCAGTTTCTTGCCTACAAAGTGCGGCTGCCTGCCATCTTACCGTTATTGATTGTTGGCATCATCGTCGGCCCGGTGATGAATGTGCTGGATCCTGATGCCTTGTTTGGCGACTTACTGTTCCCTGTTGTATCGCTCTCTGTTGCGATCATTCTGTTTGAAGGGTCACTTACCCTGAAGTTCAGTGATATCGCAGGTCACGGCAATATGGTGCGAAATCTGTGTAGCATTGGTGTGCTGGTTACGTGGGTTGTGGCGACCATTGCTGCCCATTTAAGTCTGGACTTGTCCTGGCAGCTTGCCGCACTGTTTGGTGCCATTGTTACGGTAACCGGCCCCACGGTTATCGTGCCAATGATTCGTACCGTACGCCCGAAAAGCAATATTGCCAATATCTTGCGCTGGGAAGGCATAGTCATTGACCCTATCGGCGCGCTCTTAGCTGTATTGGTTTATGAATACATCGTCGCGTCGCAAGAAACCGCTTTACTTCACACGCTGGTTGCATTTGGAAAAACGGTGGGCATGGGAACCGTGCTCGGGTTAGCCGCAGGCTATCTGCTTGGCGTATCGCTGCGCAAGGAGCTTGTTCCACACTACTTACAAAACACTGCCGTTCTAACCCTTATTCTGGGTGTATTTGCGATTTCTAATCATGTTGCCCACGAATCAGGCTTACTGGCCGTCACTATCGCCGGCATGGTTTTAGCCAATATGAAAAACGTCGATGTGGAAGATATTCTTGAGTTTAAAGAAACCCTCAGTGTATTGCTGATTTCCGGTTTGTTTATCATATTAGCATCCCGCCTCAACCTCGACGCTGTCTTTGAGGTGGGCTCGGGTGTAATCGTGGTATTGGTGGCCATTATGTTTGTAGCTCGCCCATTATCTGTGCTGGCATCCTCAATAGGGACAGGGCTCAATTGGCGGGAATTAGCATTGATCAGCTGGATCGCACCAAGAGGCATTGTTGCAGCGGCGGTATCAGCGCTCTTTTCACTAAAATTAGAAGAAATAGGATATGAAGGTGCAGGCGTCATCGTGCCTATCGTTTTTGTGGTTATTATCACGACGGTGGTTGTGCAGAGTTTATCATCCAAATCTGTCGCCAAATTATTAAAAGTGAGATCACCTGCACCGAATGGTTTCTTGATTTTTGGCGGTAGCAAATTTAGTCGAATGTTAGCTAAAGAATTAAAAGCTCACGATCTGCCAGTTTGCATTGCCGACACTAACTGGGATGCAATTAAAGAAACACGCATGATGGACATCCCTACCTATTTCGGCAACCCCATGTCAGACCATGCAGCAAGAACCCTCGACTTAGGCTTATATGGAACCGTACTAATCATGTCGCCGTATAAGCAACTTAATCCTATGCTTGCCTATCACTTCGAATACACTATGGGTAAAGATAAAGTATGGGGTCTGACAAGCAACGAGCAGACAACGCGTCCTTCTCATCAGGTCAGCACCCAATATGCACAAAAACTCACGCTGTTCGATGAAGGGGTTACCTATGGCTATTTGGCTTCGGCGGTGTCGCATAATGCATCAGTCAAGACCACACGCTTGAGCGAGGAATTTACCTTCGAACACTACAGCGAACGTTACGGCGATAGAGCCATCCCATTGATAGCATTGGATGAGAATGGCCGTTCCCATGCCTTTTTGAACGGCAAAGCGCTGTCGCCGAAGGCTGGTTGGAAGTTGATAAGTTTGATAATTCCCGACAGTGAGCCGGTTTGA	MSDPLLSLVSVGLLSIFCQFLAYKVRLPAILPLLIVGIIVGPVMNVLDPDALFGDLLFPVVSLSVAIILFEGSLTLKFSDIAGHGNMVRNLCSIGVLVTWVVATIAAHLSLDLSWQLAALFGAIVTVTGPTVIVPMIRTVRPKSNIANILRWEGIVIDPIGALLAVLVYEYIVASQETALLHTLVAFGKTVGMGTVLGLAAGYLLGVSLRKELVPHYLQNTAVLTLILGVFAISNHVAHESGLLAVTIAGMVLANMKNVDVEDILEFKETLSVLLISGLFIILASRLNLDAVFEVGSGVIVVLVAIMFVARPLSVLASSIGTGLNWRELALISWIAPRGIVAAAVSALFSLKLEEIGYEGAGVIVPIVFVVIITTVVVQSLSSKSVAKLLKVRSPAPNGFLIFGGSKFSRMLAKELKAHDLPVCIADTNWDAIKETRMMDIPTYFGNPMSDHAARTLDLGLYGTVLIMSPYKQLNPMLAYHFEYTMGKDKVWGLTSNEQTTRPSHQVSTQYAQKLTLFDEGVTYGYLASAVSHNASVKTTRLSEEFTFEHYSERYGDRAIPLIALDENGRSHAFLNGKALSPKAGWKLISLIIPDSEPV				NA	NA	NA	NA	NA
AK237_01995	1305	waaA	COG1519	3-deoxy-D-manno-octulosonic acid transferase	ATGACTGCCCGCAAACAATTGTATCGGCCCACCCTTGGACAAACTCTGTTTCGTTGGTTCTATTCTCTGTTGCTGGCGCTCATCGTGCCGTTTGCGTTTTTGAGTCTGGTGCTTCGTGGTCAACGAAGAAACAAGGCCTACAATCATCGTCGATTCGAGCGGTTTGGATTTGTGCGTCGCCCTGCATCCCCGGGCGGTTACTTGTTCCACTGCGTGTCGGTCGGAGAAGTAGTGGCAGCATCGGTTTTGATAAAACAACTTATGAAAGATGAGCCAGACACACAAGTAACAATTACCACTACTACGCCAACAGGTTCTGCGCGAGTCAGAGATATTTTCGGCAATACTGTGCATCATTTTTATCTTCCCTACGATCTGCATATGGCAATGGCGGGCATGCTACGTCGGGTAAAGCCAAAGATGGTACTCATAACTGAAGTAGAGCTTTGGCCAAACCTTATCCATAGTTGTTGGTGCCGTAATATACCGGTTGTAGTCATTAATGCTCGAATGACAGATCGTTCTGCAAAACGATATAAGAAGCTGGGTATTTTGTTTGAGCCAATGCTTCATAAACTCGCCCATGTATGCGCTCAGGGTCAAAGAGACTTCGCCAATTACCTTTATCTGGGCATTCAAGAGAGTAAGTTAACACTTACAAACAACATTAAATTTGATCAAGCGATTTCTCATCAGGCTGACAGCAGAGATTTTTGTGGCGTATTACCAAAGCAGCGACGCGTCATCGTTGGCGGAAGCACCCATGAGGGAGAAGAGACTGCTTTACTCGATGTTTTTAAAGCCATCAAACCTCAGTTTCCTGACTTGCTGCTTATTTTGGTGCCACGTCACCCCGAGCGCTTTACCGCTGTTAGCGAGCTGTTGACAGAGAGAGCCTTGCGAGTAGCGCAAAGCAGCAAAGGCGAAACGGCGGACGCGCAAACAGACGTGTTATTAATCGAACAGATGGGAAGGTTAAATGCAGCCTATGCGGTGGCGACTATTGCCTTCGTTGGGGGAAGTCTGGCGAATCGTGGGGGACATAATGCTTTAGAGCCGGCGGCGAAAAAGCTTCCTGTGATCATGGGGCCGCATATCTACAACAATCCTGTTATTTGCCAATACTTGCAAGATAGCGGTGCACTGAAAGTGATTGATAACAACGCTGCGCTGGAAGCACAGTGTGAATACTGGCTGTCCCATCCAGATCACGCAGAACGTGCAGGACTTGCGGGATATAAGGTGTTAGAACAAAACCAGGGAGCGGTGCGAAGCACATTGGACGTTATTAACAGAGTGATTTGA	MTARKQLYRPTLGQTLFRWFYSLLLALIVPFAFLSLVLRGQRRNKAYNHRRFERFGFVRRPASPGGYLFHCVSVGEVVAASVLIKQLMKDEPDTQVTITTTTPTGSARVRDIFGNTVHHFYLPYDLHMAMAGMLRRVKPKMVLITEVELWPNLIHSCWCRNIPVVVINARMTDRSAKRYKKLGILFEPMLHKLAHVCAQGQRDFANYLYLGIQESKLTLTNNIKFDQAISHQADSRDFCGVLPKQRRVIVGGSTHEGEETALLDVFKAIKPQFPDLLLILVPRHPERFTAVSELLTERALRVAQSSKGETADAQTDVLLIEQMGRLNAAYAVATIAFVGGSLANRGGHNALEPAAKKLPVIMGPHIYNNPVICQYLQDSGALKVIDNNAALEAQCEYWLSHPDHAERAGLAGYKVLEQNQGAVRSTLDVINRVI	PGPT0022485_838	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-REMODELLINGLPS|LIPID|IVA_METABOLISM	CE-REMODELLING_LPS_CORE_OLIGOSACCHARIDE_METABOLISM,PGPT0022485-waaA|kdtA-K02527	NA	NA
AK237_01996	1035	rfaC	COG0859	Lipopolysaccharide heptosyltransferase 1	ATGTCGAACGAGTTACCTCAGCCACGTGTTCTGCTGGTGAAACTGAGCGCCATTGGCGACATTGTAATGGCCTCCGGTTTACCATCCAACATAAAATCGTCCCTTGATGCGGCTTATATTGTCTGGTTGGTAGAGTCACCTTATGAAGCATTCGTGTCTTCCCACCCCGATATTGACCACGTTATCGCCTGGCCAAAACACGAATGGATGACGCTTGCGAAGCAAAAGCAATGGCTGTGCTTGCTTCGTGCCATACGCACCTTCAGAAAAAACCTGAAACAGCACCGCTTCGATATTGCAATAGACGCTCAAGGTTTACTGAAAAGTGCTTGCCTTTGCTGGTTGTCAGGCGCGAAAAGACGGGTTGGCTTTAAAAGTAAAGAAAGCAGCCATGTTTTTTTAACCGAATCGATTAGCAAGCCCCGCTCGCATGCCATGAGTTCAGAGTATGAAGCTTTGGGGCACTATATTGGTGCATCACATTATACGCTGTGCATGCCCCCTTCCTCACAGGGTGCCGAACAAGCCACCTTGCTATGTAAAGCTGAAAAAATTGGCGAGCATTACATTGTGTTGTGCCCATTTACGACCCGGCCGCAGAAGCACTGGCCGCTATCACACTGGCAAAGCGTTTTAACCTGGCTTAACCGAAATAGCCAGCTTCCCGTTATTATTTTAGGTGGTCCCACCGACACCAACGCAGCATCGAGCATGGCGCAAGGTAAAGAACGCATATTCTCTTTTGCGGGTAAATTGTCCTTATCGGCCAGTGGCGCGTTACTCCATCATGCTCACTGCGTAGTAGGCGTAGACACTGGATTAACCCACCTAGCCATTGCACACCTTCGTCCCACGCTGGCACTCTTTGGCTCTACCTGCCCGTATACGCAAACGATGAACCCTCACGCTACTGTGATATTCAAACACCGTTCATGTGCGCCATGCAGACGAAAGCCTACATGCGATGGTGCATTTACGTGTATGCGTGATATTACACCACACAGCGTTATTACGTGGATGAAGGCATGGCTATGA	MSNELPQPRVLLVKLSAIGDIVMASGLPSNIKSSLDAAYIVWLVESPYEAFVSSHPDIDHVIAWPKHEWMTLAKQKQWLCLLRAIRTFRKNLKQHRFDIAIDAQGLLKSACLCWLSGAKRRVGFKSKESSHVFLTESISKPRSHAMSSEYEALGHYIGASHYTLCMPPSSQGAEQATLLCKAEKIGEHYIVLCPFTTRPQKHWPLSHWQSVLTWLNRNSQLPVIILGGPTDTNAASSMAQGKERIFSFAGKLSLSASGALLHHAHCVVGVDTGLTHLAIAHLRPTLALFGSTCPYTQTMNPHATVIFKHRSCAPCRRKPTCDGAFTCMRDITPHSVITWMKAWL	PGPT0022495_330	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-REMODELLINGLPS|LIPID|IVA_METABOLISM	CE-REMODELLING_LPS_CORE_OLIGOSACCHARIDE_METABOLISM,PGPT0022495-waaC|rfaC-K02841	NA	NA
AK237_01997	1095	mshA_5		D-inositol-3-phosphate glycosyltransferase	ATGGCTATGAGTATACGCGTTATGCATATTGAGTTAGGGAAACAATTGTACGGCGGGGCAAAGCAAGTTGAGTATCTGATAAACGCCCTTTCACCAAAGCTTATAGAAAACCACCTGATTTGCGCACGCGGCAGTGCCATTTCCTCCGTCAACACGCCACATTGCGTTATCCACCCCCTTTCCTATTCTGGCGATACAGATCTACGCTTCCCCTTCAGGTTGTATCGTCTTATTAATAAAGTTAAACCTGATATTGTGCACGTACATAGCCGCCGCGGCGCCGACGTGTGGGGCGGACTGGTTGCTTCCATCTGCGATGTGCCAGCCATATGCACGCGTCGCGTAGACAATCCCGAATCATCACTCTCTGCGTACAAATATCGTAATTACCAGGCAGTTGTCAGCATTTCCAGAGGAGTTCACGATGTGGTATCGCACCACTGCATCGGAATAAAGCAACCTGTTATTCACTCCGCCGTCGATATTGATGACTTTCGATTCAGCAAAAACGATGTGTGGTTTCAACAGCAATACGCGATCCCTGAGCATCACCACGTCATTGCGAACTTTGCTCAGCTCATTCCCAGAAAGGGCCAGCGTGATCTTATCAACGCAATGCAATCTGTCGTAACCCAGCGAAGGAATGTCACCTGCCTGCTATTTGGAAAAGGTAAGCAGCATGATGCGTATCAACACCTTATCGATTCGCTGAACCTGTCAGCTAACGTTAAGCTGTGCGGTTTCACTGACGATGTGCCTCGCATTCTGCCGAACATCGACATAATGGTTCATCCTGCTTATGCAGAGGGTTTAGGGGTTATTCTCCTGCAGGGCGGAGCCTGCGCGGTGCCCATGATTAGCTGTCCGGTGGGCGGTATTCCTGAAATAATCGAACAGGGTAAAACCGGTTTACTCACTCATCCTGGTGATATTCACTCCCTCTCCCGCAATATCGTTTATCTGCTCGATAACCCCTTAGAAGCTAAATCTCTGGGTGATGCCGCCTTCCAACACGTACATCAACACTTTAGTCCGGCAACGATGGCAAAGGCCTACGAATCACTCTATTTAGAGACAGTAACCGAAAAGGTGTAA	MAMSIRVMHIELGKQLYGGAKQVEYLINALSPKLIENHLICARGSAISSVNTPHCVIHPLSYSGDTDLRFPFRLYRLINKVKPDIVHVHSRRGADVWGGLVASICDVPAICTRRVDNPESSLSAYKYRNYQAVVSISRGVHDVVSHHCIGIKQPVIHSAVDIDDFRFSKNDVWFQQQYAIPEHHHVIANFAQLIPRKGQRDLINAMQSVVTQRRNVTCLLFGKGKQHDAYQHLIDSLNLSANVKLCGFTDDVPRILPNIDIMVHPAYAEGLGVILLQGGACAVPMISCPVGGIPEIIEQGKTGLLTHPGDIHSLSRNIVYLLDNPLEAKSLGDAAFQHVHQHFSPATMAKAYESLYLETVTEKV	PGPT0019565_1710	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
AK237_01998	942			hypothetical protein	ATGAGTGATGTATTACAGTTAGCTGGGGCAGCTGCGTTAGGCAGTCGCTTTCGAAGATTATCTGAAAAGCTGGTGACTCAGGCCAGTGAAGTGTATCAAGCCTATAGTGTACCCATGGAACCGAGCTGGTTCCCGGTAATGTACAGCCTGATGCAATCATCGCCATTAAGTGTTGGTGCTATCGCAGAGATCACAGGGCAATCTCATCCATTTATCAGTAAAACCACAAGCCAAATGAAAGCTGCCGGACTGCTTGAAACGCGTCCTTCTACACAGGACAAGCGTGTCCAGTTACTTTTCTTGTCTGATAAAGCCGAAGCGATGGTGCCAGCACTCACCGCGCAAATAGCTGATATTGGAGAAGCGTTAAACGACGCATTACAACGCGTTGCGCCAGATTTTATGCAGCAATTGGAGGCAGTGGAAACGCTTCTGCGAGAATCAACTTTATTAGGATTAATTAAGCAACGAGCCACGGCATCATACCGTATCATCGATTTTACTCCGCAGCACCGCGAGGCTTTTTATCAGTTAAATAAAATATGGATAGAACGTCATTTCACGATGGAAGCTTCTGATCACGCATCACTGGGCAATCCCGACGGTTACATTATCGATAAAGGAGGTAAAGTGTTGTTAGTGGAAAACCCACAAGGCGAAATATGTGGAACGGTAGCACTAATCGCAATGGGTAATGACTGCTATGAGTTAGCAAAAATGGCAGTGACTGACAGCGAGCAAGGAAAAGGTCTGGGACTTTTACTTGGAGAAGCGGCAATTAAAAAAGCCCGTGAAATTGGCGCTAAGAAACTCTACCTAGAGAGTAACCGCAAGTTAGTACCAGCAATTAATTTGTATCGAAAGCTGGGATTTAAAGAAGTTGATGCTTCGACGCCCTCCCCTTATGCGCGATGCGACATTCAGATGGCATTAATGCTTTGA	MSDVLQLAGAAALGSRFRRLSEKLVTQASEVYQAYSVPMEPSWFPVMYSLMQSSPLSVGAIAEITGQSHPFISKTTSQMKAAGLLETRPSTQDKRVQLLFLSDKAEAMVPALTAQIADIGEALNDALQRVAPDFMQQLEAVETLLRESTLLGLIKQRATASYRIIDFTPQHREAFYQLNKIWIERHFTMEASDHASLGNPDGYIIDKGGKVLLVENPQGEICGTVALIAMGNDCYELAKMAVTDSEQGKGLGLLLGEAAIKKAREIGAKKLYLESNRKLVPAINLYRKLGFKEVDASTPSPYARCDIQMALML				NA	NA	NA	NA	NA
AK237_01999	453	rplI	COG0359	50S ribosomal protein L9	ATGGAAATCATCTTATTAGACAAAATCGCTAACCTTGGTGGTCTGGGCGATCAGGTAAACGTTAAATCTGGTTTTGCACGTAACTTCCTTTTCCCACAGGGTAAAGCAGTTCCTGCAACTAAAGCTAACGTTGAAAAATTTGAAGCTCGTCGCGCTGAACTGGAAGCGAAAATCGCTGACCAATTAGCTGCTGCTGAAGCTCGTGCGGCTAAAGTTGCTGAGCTGGGTGAAGTAACTATTGCTGCACCAGCTGGTGACGAAGGTAAGCTGTTCGGTTCAATCGGTACTCGTGATATCGCTGATGCAGTAACTGCTGCTGGCGTTGAAGTATCTAAAGCCGAAGTTAAACTGCCTACCGGTACTCTGCGTGAAACTGGCGAATACGACATCGACCTGCAATTGCATTCTGATGTAACAACTTCTGTTAAAGTTGTTATCGTTGCAGAAGCTTAA	MEIILLDKIANLGGLGDQVNVKSGFARNFLFPQGKAVPATKANVEKFEARRAELEAKIADQLAAAEARAAKVAELGEVTIAAPAGDEGKLFGSIGTRDIADAVTAAGVEVSKAEVKLPTGTLRETGEYDIDLQLHSDVTTSVKVVIVAEA				NA	NA	NA	NA	NA
AK237_02000	231	rpsR	COG0238	30S ribosomal protein S18	ATGGCTCGTTTTTTCAGACGTCGTAAGTTCTGCCGTTTTTCTGCAGAAGGTGTTGAGCAAATCGATTATAAAGATATTGCTACACTGAAAAACTACATCACTGAGAGCGGTAAAATCGTTCCTAGCCGTATCACTGGTACAAGCGCTAAATATCAGCGTCAGCTGTCTTCAGCGATCAAGCGTGCGCGTTTCTTAGCGCTGCTGCCGTACACAGATTCTCACAACAAGTAA	MARFFRRRKFCRFSAEGVEQIDYKDIATLKNYITESGKIVPSRITGTSAKYQRQLSSAIKRARFLALLPYTDSHNK				NA	NA	NA	NA	NA
AK237_02001	399	rpsF	COG0360	30S ribosomal protein S6	ATGCGTCATTACGAAATCGTATTTATGGTTCACCCTGATCAGAGTGAACAAGTACCTGGTATGATCGAGCGTTATACCACTATCCTGAAGCAAGAAGGTGGTCAAATCCATCGTCTGGAAGACTGGGGCCGTCGTCAACTGGCTTACCCAATCGAAAAGCTTCACAAAGCACACTACGTTTTGATCAACGCTGAAGCAACTGCTGAAGCTGTTGACGAGCTGGAAAATGCTTTCCGCTTTAACGATGTGATCCTGCGTAACCTGGTTATGCGCACGAAGAACGCTGTGACTGAACCTTCTCCAATGATGAAGGAAGAACGTCGTGAGCGTCGTGACGATTCTGCTCCACGCGGTGAGCGCGCGGAAAAGAAAACTGAAACCACTGAAGACAACGCGTAA	MRHYEIVFMVHPDQSEQVPGMIERYTTILKQEGGQIHRLEDWGRRQLAYPIEKLHKAHYVLINAEATAEAVDELENAFRFNDVILRNLVMRTKNAVTEPSPMMKEERRERRDDSAPRGERAEKKTETTEDNA				NA	NA	NA	NA	NA
AK237_02002	1668	mqo	COG0579	Malate:quinone oxidoreductase	ATGCGACTAACCAAAAGAGCAATATTCAGTTGTTCGCTGCTGGCATTAATTGCCGCTTCATTTATTTATTCATCAGTGAAAGATGAGTCAGGCAAAGACATCAAGGCAGAGAAAAAAGTCGATGTGTTACTCATTGGGGGCGGCATCATGAGTGCTACTCTTGGTACTTATCTGCAAGAACTACAGCCTGACTGGTCAATGATGATGGCAGAGCGACTTGACGGCCCTGCAGAAGAAAGCTCCAACGGCTGGAATAATGCCGGTACAGGTCACTCAGCGCTTATGGAGTTAAATTACACGCCGCAAAGAGAAGATGGCTCCGTTAATGTCGACAAAGCCGTTAAGGTGAATGAAGCATTTCAGGTTAGTCGCCAGTTTTGGGCCTATCAGGTTGAGAACGGCGTAATGCATAATCCTCCTTCTTTTATTCGAAGCGTGGACCACATGAGTTTCGTGTGGGGTGACACCAACGTTAACTTTCTTCGGGCACGGTATGCTGAATTGCAGAAAAACAGCCTGTTTCAAAGTATGGACTATAGCGAAGATCACGCTCAGATTGCGCAATGGGCGCCACTACTCATAGAGGGGCGGGATCCAGGTGAAAAAATTGCAGCAACCCGCTCGGGTATCGGCACTGATGTAAATTATGGTGAAATCACCCGTCAACTTGTCGAAGGATTGAAATCCCACAATAATTTCTCGCTGGCGTTACAGTCAGAAGTTCGCGGACTCAGCCAGAATGAAGACGGCTCGTGGCATGTGCTCATTGCTGATTTGGCGAACAACAGGGAGTATACCGTTGATGCCGGTTTCGTATTTATTGGTGCCGGCGGTGCGTCGTTACCATTGCTACAAGCCTCTGGTATTCCTGAAGCTAAGAATTATGGCGGCTTCCCGGTTGGTGGTCAGTTCTTGTATACCGACAACCCTGAAGTGGTTGCTAATCATAAAGTGAAAGCGTATGGTCAGGCCGAAGTGGGTGCGCCTCCCATGTCTGTTCCGCATATTGACGCCCGTCGTATTGACGGACAAGAAATCGTATTGTTCGGACCCTTCGCGACCTTTTCTACAAAATTTCTGAAGCACGGTTCGTTGTGGGATCTCCTTGATTCAACAACAACATCTAATATTGTCCCTATGATTGAAGTTGGCCTGGATAATTTTAGTCTGGTTCAATATCTAATTGGCCAGGTTATGCTGGACGATGAAGATCGAATTGCCGAACTACGTAAGTATTATCCGAATGCAAAGGCGGAAGACTGGAAATTAATCACCGCAGGTCAACGTGTACAAATCATTAAGCGCGACCCGCAATTAGGGGGCAAGTTACAGTTTGGTACCGAGGTTGTGGTATCTGAAGACCAGTCACTCACAGCGTTGCTTGGCGCCTCGCCGGGTGCTTCTACCGCAGCACCGATTATGCTAAACCTGTTAGAACGTGCATTCCCGGCAAAAGTAAACGGTGAATGGCAGGACAGCCTGAAAACAATCATTCCTTCATACGGAACCACGCTTAACGGCAATGTTAGCGCAACCCTGAGTGAGCTAACCCATACCAGCGAAACGCTGCAACTGAGAATGCCAGAAGCTGCTCACGGTATGGCGCCAAAACCAGATGCAAACGTGCCGGTAGCGAAAAAATCTGATGTAGCGAATATTGAACTGTAA	MRLTKRAIFSCSLLALIAASFIYSSVKDESGKDIKAEKKVDVLLIGGGIMSATLGTYLQELQPDWSMMMAERLDGPAEESSNGWNNAGTGHSALMELNYTPQREDGSVNVDKAVKVNEAFQVSRQFWAYQVENGVMHNPPSFIRSVDHMSFVWGDTNVNFLRARYAELQKNSLFQSMDYSEDHAQIAQWAPLLIEGRDPGEKIAATRSGIGTDVNYGEITRQLVEGLKSHNNFSLALQSEVRGLSQNEDGSWHVLIADLANNREYTVDAGFVFIGAGGASLPLLQASGIPEAKNYGGFPVGGQFLYTDNPEVVANHKVKAYGQAEVGAPPMSVPHIDARRIDGQEIVLFGPFATFSTKFLKHGSLWDLLDSTTTSNIVPMIEVGLDNFSLVQYLIGQVMLDDEDRIAELRKYYPNAKAEDWKLITAGQRVQIIKRDPQLGGKLQFGTEVVVSEDQSLTALLGASPGASTAAPIMLNLLERAFPAKVNGEWQDSLKTIIPSYGTTLNGNVSATLSELTHTSETLQLRMPEAAHGMAPKPDANVPVAKKSDVANIEL	PGPT0001440_91	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_UTILIZATION	PLANT_DERIVED_ORGANIC_ACID_USAGE-TRICARBOXYLIC_ACID_CYCLE,PGPT0001440-mqo-K00116	NA	NA
AK237_02003	780			hypothetical protein	ATGAATAAGATGACAAAATCCGGTTTGCTTTCTACTTTAACACTGGCGTTGGTTACAACATCTGCCATGGCAAAGGAATTAAGCCCGGAAGAACAAGCCGCGAAAACCGAGGTATGGGAACCTGTTCCGGCAATGGTAAAAACGGCGCCAGGCAAAGCGCCTTCAGATGCCGTTGTGTTATTTGATGGTTCAGACTTGTCTGCTTGGGAAGCGCTTAAAGGCGGTAAAGCGCAGTGGACTGTTAAAGACGGTACACTGACGGTGAAGCCAGGCACAGGTGATATTAAAACCAAAGATGCATTTTGTAGCGTTCAACTGCACGCAGAATGGAAAACACCCACAGATGTTGAAGGGCTGGAAAGCCAGCAGCGCAACAACTCAGGGATTTTCCTTCAGCAACGTTATGAAGTGCAGGTGTTAGATTCTTATAACAACAAAACCTATCCTAACGGACAGGCAGGCAGTATTTATAAGCAAGCTATTCCACTGGTCAATCCGGTCAATCCGCCGGGTGAATGGCAGTCATACGATATCATCTTCAATGCACCGCAATTTGACGGCGACAAGTTGGTGAAGCCTGGCTATTTAACCGTATTAATTAACGGTGTGCTGGTACAAAACCACACTGAAATTCTCGGTAAAACGGAATGGATCGGCGGGCCTTCCTACGAAGCTCACGGATGTGCACCCATTCAATTACAGGATCACAGCAACCCGGTGACGTTCCGTAATATTTGGGTACGGGAAATTAAAGACAATATGCTGACAGACTTCCGATAA	MNKMTKSGLLSTLTLALVTTSAMAKELSPEEQAAKTEVWEPVPAMVKTAPGKAPSDAVVLFDGSDLSAWEALKGGKAQWTVKDGTLTVKPGTGDIKTKDAFCSVQLHAEWKTPTDVEGLESQQRNNSGIFLQQRYEVQVLDSYNNKTYPNGQAGSIYKQAIPLVNPVNPPGEWQSYDIIFNAPQFDGDKLVKPGYLTVLINGVLVQNHTEILGKTEWIGGPSYEAHGCAPIQLQDHSNPVTFRNIWVREIKDNMLTDFR				NA	NA	NA	NA	NA
AK237_02004	615			hypothetical protein	ATGAATCGTCGTGAACTGTTAAAACTGATCACCGCCGCCACGGGTGTTGCATTTGTTGGCGGTAACGCAATGGCTTACGAAGTACTGCCAACGGTGCCGCTCGCTGACACCGGCTTTAGCAAAGAAGACGTTGCATTCTTCAATGACGTTGGCGAAGTTATTATGCCACGCACTGACACGCCGGGCGCTAAAGATGCTGATGTCGGTAGTATGATGGCAGTACTGGTAGCTGATTGTTATCCGGATCAGCTGAAAAAAGCGTTCAAGGAAGGTGTACAAAGCTTAAAAGCTGAAGCGAAAGACACGTACGGGAAAGATTTTCTCTTATTGTCCGCAGACCAGAAAATGGAGTTGCTTACCAAGCTCGATAAAGAAGCGAAAGCGTACAATAAAGAGAAAGGGTTGTGGAACGTCGCATTACGTTCACCAGCCACGGGTACAACCGGTGAAGAAATGGTTGTTCCGCACTATTTCTCATTAATTAAGCAATTGGTGTTGTTCACGTTCTTTACCTCTGAAGTGGGCGCAACCAAAGTGCTGCGTTATGTGGCAATTCCTACCCGTTACGACGGTGATTTGCCTTATAAGAAAGGCGATCGTGCCTGGGCTACCTAA	MNRRELLKLITAATGVAFVGGNAMAYEVLPTVPLADTGFSKEDVAFFNDVGEVIMPRTDTPGAKDADVGSMMAVLVADCYPDQLKKAFKEGVQSLKAEAKDTYGKDFLLLSADQKMELLTKLDKEAKAYNKEKGLWNVALRSPATGTTGEEMVVPHYFSLIKQLVLFTFFTSEVGATKVLRYVAIPTRYDGDLPYKKGDRAWAT				NA	NA	NA	NA	NA
AK237_02005	1683	mpdB_4		2-methyl-1,2-propanediol dehydrogenase	ATGGCAAGTAATAACTATGATGCGATCGTCATCGGGTCAGGAATAAGCGGCGGTTGGGCTGCAAAAGAACTGACTGAGAAAGGCCTAAAAGTACTTATGCTTGAACGTGGTCAAAATATTGAGCACGTTAAAGATTATATAAATGCACATAAAGAAAGCTGGGATTATCCTCACCGTGGCCTTGCCACGCAGGCAATGAAAATTGAATATCCAGCGCTTTCGCGTGATTATCCGCTGAACGAGCCAACATTAGGTATGTGGGCAAACGAGCAGGATTCTCCTTACATCGAAAAAGAGCGCTTTGACTGGTATCGTGCTTATCACGTGGGTGGACGCTCACTGTTATGGGGCCGTCAGAGCTACCGCCTGAATCCAGAGGATTTCATGGCTAACGGCAAAGAAGGTATTGGTGTTGACTGGCCAATTCGCTATGAAGATCTGGCGCCATGGTATGACCATGTAGAGAAATTTGCCGGGATCAGTGGTACCCGTGAAGGCTTAAGCGTGTTGCCTGACGGTCACTTCATGCCACCCATTCCTTTAAATATTGTTGAAAAAGACGTTGCTGCACGGGTTAAGAAAGCCTTCGGCGGTTCACGTAATTTCATTCACAGTCGTTCAGCTAACATTACGCAGGGCATAAATGATATCCGTGTGGGATGTCAGTTCCGTAACAAGTGCTGGTTGGGTTGTCCTTTCGGTGGTTATTTCTCTACTCAGTCTTCAACGCTGCCAGCAGCAATGGCGACGGGTAACCTGACTGTTCGTCCGTTCTCAATCGTAAAAGAAATCAAATACGACAAAGACACCAAGCGTGCTACTGGCGTAGAGATCCTCGATGCAGAAACGAACGAAACTTACGAATTCAACAGTAAAATTGTCTTCGTAAATGCGTCAGCGTTTAACTCTGCATGGGTATTGATGAATTCTGCAACAGACGTCTGGGAAGGCGGTTTGGGCAGCAGCTCTGGCGAGCTGGGCCACAATGTTATGGATCACCATTTCCGCGTTGGGGCGAGTGCCAGTGTTGAAGGTTATGACGACAAGTATTACTTCGGTCGTCGTCCGGCTGGTTTCTACGTGCCACGTTTCCGTAACTGGGATGGTGATAAGCGTGACTACGTGCGTGGCTTCGGTTATCAGGGTTCTGCAAGCCGTTCAGGTTGGCAGAAAGACATCTCAGAATTGGGTCTTGGCTCGAATCTGAAAAATGCTATGAGCGAACCAGGCGAATGGACCATTGGTATGACGGCGTTCGGTGAGATGCTGCCGCACCACGACAACCGTATCTATCTTGATAAGAGCAAGAAAGATAAATGGGGTCTGCCGGTACTCGCCATGGACGTTAAGATCCGTGAAAACGAATATAAAATGCGTAAAGATATGAAGCAGGACGCCATTGATATGTTTGAGGCTGCGGGCCTTAAAAACATCCAGGGTTATGATGCTGATTACGCGCCAGGTATGGGTATCCATGAAATGGGTACGGCACGTATGGGCCGCGATCCTAAGTCATCTGTACTCAACAAGCATAACCAGGTATGGGATGCACCTAATGTTTTCGTTACCGATGGTGCTGCAATGACGTCAGCGTCTTGTGTTAACCCGTCTTTGACGTATATGGCAATGACTGCGCGAGCCGCTGATTTTGCTGTTGAAGAACTGAAAAAAGGAAACCTGTAG	MASNNYDAIVIGSGISGGWAAKELTEKGLKVLMLERGQNIEHVKDYINAHKESWDYPHRGLATQAMKIEYPALSRDYPLNEPTLGMWANEQDSPYIEKERFDWYRAYHVGGRSLLWGRQSYRLNPEDFMANGKEGIGVDWPIRYEDLAPWYDHVEKFAGISGTREGLSVLPDGHFMPPIPLNIVEKDVAARVKKAFGGSRNFIHSRSANITQGINDIRVGCQFRNKCWLGCPFGGYFSTQSSTLPAAMATGNLTVRPFSIVKEIKYDKDTKRATGVEILDAETNETYEFNSKIVFVNASAFNSAWVLMNSATDVWEGGLGSSSGELGHNVMDHHFRVGASASVEGYDDKYYFGRRPAGFYVPRFRNWDGDKRDYVRGFGYQGSASRSGWQKDISELGLGSNLKNAMSEPGEWTIGMTAFGEMLPHHDNRIYLDKSKKDKWGLPVLAMDVKIRENEYKMRKDMKQDAIDMFEAAGLKNIQGYDADYAPGMGIHEMGTARMGRDPKSSVLNKHNQVWDAPNVFVTDGAAMTSASCVNPSLTYMAMTARAADFAVEELKKGNL				NA	NA	NA	NA	NA
AK237_02006	888			hypothetical protein	ATGCGTAATTCACGTAGAGCGGTGCTTAAAGGGCTGGCGCTGTCAGGGGTTGGGCTGACAGCGACCAGTGCTTTATCTCTTCAAGCGCATGCTGGCGCAGGTCAGCATGATGCCCTTAAAGGTAATATCAAGCATTCAGTCGCACGCTGGACATTTCCGGATCTTTCCCTAGACGAGCTTTGCCTTGCTATTAAAGATATGGGCTTTTCGGCGATCGACCTTGTGGGTCCTGATGAGTGGCATATCCTCAAAAAGCACGGCGTATATTCCTCAATGTGTAATGGTGCAGAATTAAACCTGGAAGACGGTTGGTGTGACGATCGTTTTCACGAGGCGTTAATTGAGCGCTACATTCCGCATATAGAGAAAGTGGCGGCAGCCGGTTATACCAACCTCATTTGTTTTAGTGGAAACAAGCGAGGCATGGATAACGAGACTGGATTAAAAAATGCCGTAAAAGGTTTATCTAAAATTCTGCCCCATGCTGAAAAGCATGGTGTAGTGCTGCAAATGGAGCTGTTTAACAGCAAGGTCAATCATCCTGATTACATGGCCGACAATTCTGCTTGGGGTATCGAGCTATGTCGCCGCTTAGGATCAGCGCATTTTAAATTGCTGTACGACATTTACCATATGCAAATTAGTGAGGGTGACATCATTCGCACCATACGTGACAACCATCAGTATTTCGGGCATTACCACACAGCGGGTGTGCCGGGGCGTCACGAGATTGATGACTCTCAGGAACTGTACTATCCGGCCATTGCGAAAGCGATTAAGGATTTACCGTTTGATGGGTATCTGGCCCAGGAATTTATTCCAACTCCAGACAGTAAGGCAGGCAAACTGAAGTCGCTTAACCAGGCGATCCGCATTTGTGATGTCTGA	MRNSRRAVLKGLALSGVGLTATSALSLQAHAGAGQHDALKGNIKHSVARWTFPDLSLDELCLAIKDMGFSAIDLVGPDEWHILKKHGVYSSMCNGAELNLEDGWCDDRFHEALIERYIPHIEKVAAAGYTNLICFSGNKRGMDNETGLKNAVKGLSKILPHAEKHGVVLQMELFNSKVNHPDYMADNSAWGIELCRRLGSAHFKLLYDIYHMQISEGDIIRTIRDNHQYFGHYHTAGVPGRHEIDDSQELYYPAIAKAIKDLPFDGYLAQEFIPTPDSKAGKLKSLNQAIRICDV				NA	NA	NA	NA	NA
AK237_02007	1218	yegT		Putative nucleoside transporter YegT	ATGATAATGACCCGCCTGAGCATTATGATGTTTCTCCAGTTTTTTATCTGGGGCGGCTGGTTTGTAACCTTAGGTACCTTCATGGGGCAAACGCTGGGTGCTTCCGGTAGTGAAATCGGTATGGCATTTTCTACCCAGTCCTGGGGGGCGATTATTGCGCCTTTCATCGTCGGTTTAATTGCTGACCGCTTTTTCAATGCAGAACGTATTCTGGGTGTACTTCACCTGATTGGCGCGGCGCTGATGTACATGATGTATGTATCGACCGACTTCGCATCGTTTTATCCGTATGTTCTGGGTTACATGATTGCCTACATGCCAACGCTGGCGCTGGTTAACTCTGTGTCATTTGGCCAGATGACTGACCCGTCAAAAGAGTTCGGTAAAGTGCGTGTTTGGGGAACAATTGGTTGGATAGTGGCAGGTCTGGTGATCAGTTACGTGTTCTCGTGGGATGCCGCCGGTGCCATTTCTGAAGGCGCGTTGCGTAACACCTTTATGCTGTCTGCTATTGGTTCTCTTATTCTGGGTATTTTTAGCTTTACACTGCCAGCAACGCCACCTAAAGCTAAGGGGGCTGCATCTGCTAGCCTCGGCGAAATGCTTGGTTTAGATGCATTAACATTACTGAAAAGCCGTAGTTTCCTGGTTTTCTTCCTGTCTTCGGTACTGATTTGTATCCCACTGGCTTTCTACTATCAGAATGCTAACCCGTTCCTGGCCGGCATCGGCGTGGAAAATCCTACGGGTAAAATGGCGTTGGGTCAGGTTTCAGAAGCATTGTTCATTCTGGCACTGCCGGTATTCCTGAACCGTTTCGGCATCAAGGCAACGTTATTGCTGGGTATGCTGGCGTGGGTACTGCGTTATGTCATGTTCGCCTACGGCGATGCTGATGGCGGTATGTTCTTACTGTTAATCGGTATTGCATTGCACGGTATTTGTTACGACTTCTTCTTCGTATCAGGTCAGATTTATACCGATGCAAAAGCCGGTGAAAAAATCAAAAGTGCGGCACAGGGCCTTATCACATTAGCCACTTATGGCGTAGGTATGCTGATTGGTTTCTGGGTTGCAGGCAAAATCACCGATACATATACATCAGAAGCAGGTGCGGATTGGAGCAACATCTGGTTGTTCCCGGCAGGGTTCGCCGCTGTAGTACTGGTACTTTTTTTCATCCTGTTCAAAGACGAGAAGGTTTCCACCGATGCGTAA	MIMTRLSIMMFLQFFIWGGWFVTLGTFMGQTLGASGSEIGMAFSTQSWGAIIAPFIVGLIADRFFNAERILGVLHLIGAALMYMMYVSTDFASFYPYVLGYMIAYMPTLALVNSVSFGQMTDPSKEFGKVRVWGTIGWIVAGLVISYVFSWDAAGAISEGALRNTFMLSAIGSLILGIFSFTLPATPPKAKGAASASLGEMLGLDALTLLKSRSFLVFFLSSVLICIPLAFYYQNANPFLAGIGVENPTGKMALGQVSEALFILALPVFLNRFGIKATLLLGMLAWVLRYVMFAYGDADGGMFLLLIGIALHGICYDFFFVSGQIYTDAKAGEKIKSAAQGLITLATYGVGMLIGFWVAGKITDTYTSEAGADWSNIWLFPAGFAAVVLVLFFILFKDEKVSTDA				NA	NA	NA	NA	NA
AK237_02008	1056	iolE_1		Inosose dehydratase	ATGGCAGCAATTAAGGGCCCTGCGATTTTTTTAGCACAATTTGCCGGTGACAAAGCGCCGTTCGATACCCTGGAAGGGATGGCAAAATGGGCCGCTTCATTGGGTTACAAGGGCATTCAGGTGCCTACTGACCCCAAATTATTTGATTTAGAAATTGCCGCAGAAAGTCAGGAATACTGCGACAAAGTTAAAGCCATGTGTGCGGAAGCCGGTGTGGAAATCACCGAGCTGTCTACGCATTTACAAGGGCAGCTGGTGGCTGTTCACCCTGCTTACGATGAGCTATTTGATAACTTTGCGCCTGAACATTTACACGGTAAGCCAAAAGCGCGCACCGAGTGGGCTATCAATCAGCTGATGTTGGCGGCAAAAGCCAGTAAACGTTTGGGCCTGAAAGCGCACGTGACTTTCTCCGGTGCACTGATGTGGCATCTGGTTTATCCGTGGCCGCAACGTCCAGCGGGACTGGTTGACGAGGGTTTTAAAGAACTGGGTAACCGTTGGAGACCTATTCTGGATGCCTTCGAAGAGGCTGGCATAGACTTATGTTATGAAATCCACCCGGGCGAAGATCTGCATGACGGCGCGACATTCGAGCGTTTCCTGCAAGAAGTTGATAATCATCCTCGTGCGAATATCCTGTTCGATCCAAGCCACTTCGTGCTGCAACAACTGGATTATCTGGACTTCATCGACCGTTACCACGACCGCATCAAAATGTTCCACGTTAAAGATGCTGAATTCCTGCCAAACGGCCGAAGCGGCGTATACGGTGGTTATCAGGGTTGGGTAGACCGTCCCGGACGCTTCCGTTCATTAGGCGACGGCCAGGTAGATTTCAAAAGCATCTTTACTAAGCTTACCCAGTACGGTTTTGAAGGCTGGGCAGTGCTTGAGTGGGAATGCTGCTTAAAAGATTCTGCACAAGGTGCTGCCGAAGGTGCACCGTTTATTGCGTCTCACATTATTGAGCCAACAAAAGTTGCCTTTGATGACTTTGCCGGTGCTGGCAGCAGCACAGAAAGAAACCGTCGGATCCTGGGTCTGGACAAATAA	MAAIKGPAIFLAQFAGDKAPFDTLEGMAKWAASLGYKGIQVPTDPKLFDLEIAAESQEYCDKVKAMCAEAGVEITELSTHLQGQLVAVHPAYDELFDNFAPEHLHGKPKARTEWAINQLMLAAKASKRLGLKAHVTFSGALMWHLVYPWPQRPAGLVDEGFKELGNRWRPILDAFEEAGIDLCYEIHPGEDLHDGATFERFLQEVDNHPRANILFDPSHFVLQQLDYLDFIDRYHDRIKMFHVKDAEFLPNGRSGVYGGYQGWVDRPGRFRSLGDGQVDFKSIFTKLTQYGFEGWAVLEWECCLKDSAQGAAEGAPFIASHIIEPTKVAFDDFAGAGSSTERNRRILGLDK	PGPT0016785_21	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RHIZOPINE_METABOLISM	CE-BACTERIAL_FITNESS-RHIZOPINE_CATABOLISM,PGPT0016785-mocC-K03335	NA	NA
AK237_02009	1134			hypothetical protein	ATGGGTATGGTCGGTGGCGGTGAGGGCGCTTTCATCGGTGCCGTACATCGTCACGCAGCGGGCCTCGACGGACAGTATGAGTTGGTGTGTGGTGCGTTCAGCCGAGACTCCGGGAACAACCAGCGTACTGGAGACAGCTTAGGGTTAAGTGGCGACCGCGTTTATGCGTCATGGCAGGAAATGCTGGAAGCAGAAAATAAATTACCTGCTGACGAACGCATGGAAGTGGTTGTGGTAGTCACGCCAAACCATCTTCATGTTCCGGTCACCGTAGCGGCGCTGGAAGCTGGCTATCATGTATTCTGCGAAAAACCTGCCGGTCTGAATCTGGCAGAAACCAAAGAGCTGGCGAAAGTTGTTAACAGTTCAAACCGTCTATACGGTCTGGCGCATACCTATCTGGGGTATCCCATGGTGTGGCAGGCTAAAGCCATGATTGAAGATGGCAAGTTGGGTAACATTCGCAAAATTCTTGTTGAATACCCGCAAGGCTGGTTAAGCGGTGAGGATGATCCTGATAACAAGCAGGCAGCTTGGCGTACAGATCCGGCGTTGTCCGGCGGCGCAGGTTGCATGGGAGATATCGGTACCCACGCGTTTGGCTTGGCTGAGTTTATTAGCGGACACACGGTAACTGAACTGTGTGCAGACATGAATATTATTGTACCTAATCGCCGTTTAGATGACGACGGTGCGGCGTTTTTCCGCACTGCTGAAGGCGCTAAGGGCGTACTGATTGCCAGCCAGGTGTGTGCCGGTGAAGAAAACGCGCTGAAAATCAAAGTGTATGGTGATAAGGGCGGACTGGAGTGGTACCAGATGGAGCCTAACTCGGTTATTTTCCGCTCTTTAGATGCACCTTACTGCGTATACCGTGCCGGTTCCGGCCAGCCAGGTTTGTATCCTGAAGCCTCCGATCGCTGCCGTACACCATCTGGTCACCCTGAAGGTTATCTTGAAGCTTTTGCTAATCTCTATCGTTATTTTGCTATCGCTGTACGCGAAGGTAAGACGGGTAAAGCGGAAGGTGTACCCGGATTGAAATCCGGACTGCGTGGCATGGCATTTATTGAGGCAATGGTAGCGTCCGGCGCCAGTGACGTGAAATGGCATCCGATCCCGGATACCGAGTAA	MGMVGGGEGAFIGAVHRHAAGLDGQYELVCGAFSRDSGNNQRTGDSLGLSGDRVYASWQEMLEAENKLPADERMEVVVVVTPNHLHVPVTVAALEAGYHVFCEKPAGLNLAETKELAKVVNSSNRLYGLAHTYLGYPMVWQAKAMIEDGKLGNIRKILVEYPQGWLSGEDDPDNKQAAWRTDPALSGGAGCMGDIGTHAFGLAEFISGHTVTELCADMNIIVPNRRLDDDGAAFFRTAEGAKGVLIASQVCAGEENALKIKVYGDKGGLEWYQMEPNSVIFRSLDAPYCVYRAGSGQPGLYPEASDRCRTPSGHPEGYLEAFANLYRYFAIAVREGKTGKAEGVPGLKSGLRGMAFIEAMVASGASDVKWHPIPDTE				NA	NA	NA	NA	NA
AK237_02010	1005	cytR_3	COG1609	HTH-type transcriptional repressor CytR	ATGCCCAATATTCGAGATGTCGCTGATTTAGCAGGAGTTTCCGTAGCTACGGTGTCACGTGCTTTACAACAACCAGAGCGTGTTTCACCAAAAACACGAGCAAAGGTTATGACTGCCGTTAGCGAAGTAGGCTACAAACCTAACCTCATGGCGGTAAAATTTCGCTCGGGGAAAACCCATAGCCTGGTGGTATTGGTACCAACCGTGGCGAACGTGTTTTTTGCGCGGGTGATCAGTGGTATGCAGGAAGCAGCGGCAGAATTGGGTTACTCGTTATTGTTGGGCAACACGCTGGGCAATGCCGATATCGAAGCCAACTACGCCAAAATGGTGCAAACCTCTCAAGCCGACGGCCTTATTCAGCTTCGCGCGCACAACCCATTTTCAGAAGATACCGGCAAAAACAAAACCCTGCTTCCGATGGTCAATGCCTGTGAAGTACTTTCTTCGAATATTTGCCCTACGGTCACATTAGATAATCGCGCCGCGGCCAGAGCGATGACGGAGCACCTTATCTCCCTGGGACACAAGCGCATTGCCCTCTTCAAAGGGCCTGCAGATAGCCCGCTAACCCAGGAACGATTATCCGGTTATCGCGATGCACTGCACGCGGCAAACATCGCTTACGATCAATCATTATTATTCGCCGGCGACTTTACATTACAGGCGGGTTACGAAGCGGCAGGAAGAATGCTAGCGTTAGATAAGCGACCCACCGCCGTATTTTGTGAAAATGATGAAACGGCTTTAGGTGCATTACAAGGGTTCAAGAATGCAGGATTACGCGTACCGCAGGATATTTCCCTTGCAGGATTCGACAATATTGATTTTGCAGCATTTTGCGATCCGCCGTTAACTACTATCGCTCAACCAGCAGAAGCATTTGGGCGTACAGCAGTCAATTTGTTAGTAGATGTATTGGAAGGCAAGCTGACAACGGCACCAAAGGTAATTATGCCATTCGAGCTTATCTTACGGGGTAGTACCGGGAAAGCTCCCAATTAA	MPNIRDVADLAGVSVATVSRALQQPERVSPKTRAKVMTAVSEVGYKPNLMAVKFRSGKTHSLVVLVPTVANVFFARVISGMQEAAAELGYSLLLGNTLGNADIEANYAKMVQTSQADGLIQLRAHNPFSEDTGKNKTLLPMVNACEVLSSNICPTVTLDNRAAARAMTEHLISLGHKRIALFKGPADSPLTQERLSGYRDALHAANIAYDQSLLFAGDFTLQAGYEAAGRMLALDKRPTAVFCENDETALGALQGFKNAGLRVPQDISLAGFDNIDFAAFCDPPLTTIAQPAEAFGRTAVNLLVDVLEGKLTTAPKVIMPFELILRGSTGKAPN	PGPT0021075_1374	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_NUCLEOSIDE_TRANSPORT,PGPT0021075-cytR-K05499	NA	NA
AK237_02011	894	iolE_2		Inosose dehydratase	ATGTCAGGCAGAAACAACATGGCGAATCACATTGCCAGCAAGATCGGCCAGTCCTCACTGGACCGTCGTCAATTCGTAAAACTGGGCGCAGCAGGAGCAGGTTTGCTGATGGCACCAGGGTTTGCATTTGGTCAGGCGAAAGCAGAAACTCGCGTTGGTCTGCAACTTTATACCCTGCGCGACATGATGTCGGTAAGCGTGCCAGCGGTATTAAAACTGGTTTCAGCGGTAGGCTATAAAGAGCTGGAATTTGCCGGATACTTTAACCACAGCCCCAAAGAAATTCGTAAAATTGTAGACGGTGAAGGTTTATCAGCGCCGTCGGCTCATATTCCATTGGATATGTTCCGCAAGGAAGGCATCAATAAAGTAATAGAAACGGCAATGGAAGTAGGTCACAAATACGTGGTTATTCCGTATCTGACAGAAGAGCAGCGTGGCACGACTATCGATGTTTATAAAAAACTGGCAGAAGAGTGCAACAAGTGGGGTGAAGCCTGTAACCGTCAGGGTCTGAAGCTGGCGTATCATAACCATGACTTCGAGTTTCATGTAACAGACGGCGTTGAACCGTATGATGTACTGCTCAATGAAGTTGACGCTGACAAAATGGCGATGGAAATGGACTTATTCTGGATGTTCAAAGCCAATAAAGATCCACTTGCGTATTTCGCCAAGCACCCGGGACGTTTTAAATTGTGGCACGTGAAAGACATGGATAAGCAAGGCCAGTTTGCAGACGTAGGCACCGGTACAATCAACTTTGCAAAGATTTTTGCTGCCTCTAAACAAGCCGGCGTTGAGCACCGTTTTGTTGAACGGGATCAGACGTCAGATAAGCTACAAACAATACAGCAGGGCTACAAAGCCGTGTCAGCGTTACTCGCCGGTTAA	MSGRNNMANHIASKIGQSSLDRRQFVKLGAAGAGLLMAPGFAFGQAKAETRVGLQLYTLRDMMSVSVPAVLKLVSAVGYKELEFAGYFNHSPKEIRKIVDGEGLSAPSAHIPLDMFRKEGINKVIETAMEVGHKYVVIPYLTEEQRGTTIDVYKKLAEECNKWGEACNRQGLKLAYHNHDFEFHVTDGVEPYDVLLNEVDADKMAMEMDLFWMFKANKDPLAYFAKHPGRFKLWHVKDMDKQGQFADVGTGTINFAKIFAASKQAGVEHRFVERDQTSDKLQTIQQGYKAVSALLAG				NA	NA	NA	NA	NA
AK237_02012	324			hypothetical protein	ATGACTGAATTACTTGGCCAGTTGAGCCAATGGTTATCTCCTTACTACACCCAACTCAGCATTATGCTAATGGCGACCATTCTGGTAGTTTACGGCGACATTATTAACAAGCATATCAAACGCATGCTCGCCCCTTACCATTTTCTAATCCGCACAACGCTGTTTGTGTTGCTATGCGCATTCGGCTATGGCTTGCTCACCATTCACGGCGCGCCATTGCTGCTGTACCTCATCAAATACTTACCCTGGTACTTACAGGGCGCAGGTTTTGTAACGTCGTTCATCGTATTAGGCGTGCTGGCAGAAAGGCGGCGCTATATTTAA	MTELLGQLSQWLSPYYTQLSIMLMATILVVYGDIINKHIKRMLAPYHFLIRTTLFVLLCAFGYGLLTIHGAPLLLYLIKYLPWYLQGAGFVTSFIVLGVLAERRRYI				NA	NA	NA	NA	NA
AK237_02013	2034			hypothetical protein	ATGAAGCTACGCTCTATTCGAACAAAAATGATGTTGCCCATCGTATTTCTCGCCTTTTTGATGCTTTGTATTTTCTTAGTGATGAACGTGCTGAATCGTATCCAGGAAGGCGCGATGAAGAAACAAACGCAGTCCTATTTTGTTGCCATTTCTGAGATATTAAATGCAGACAGAGACATCTATCAGGCTCGGTTAGCGCAAGAAATTCTCCTTATTAGTGGTGCCGATACAGAGAAAAACCGTGCAGATTTTGAAGAGAATGCGAAGCAAGTTTACGAACGGTTTCAGCAGTTTCGACAATTCCTTGCTGATGAGCCAGCGCTGTTGCAACAAATAGGCTCTTTCGAGCCACTCTATAACGATTGGCTGTCAGCAAGCCAGCAAATGGTTCAGACAGCAAATAAAACAACGGATTTAAACACCGAGTTTGAAAGTATTAACGAGAAGTTTGCCTCACTCAGGAATATGTTGGATATCGCTGGTGAGGAGCTTCGGGATTTTGTTGAGAACATTGAAGATCCCAGCATATCCGGCGGTGATATTGCGCGTTATGTTGAGGCAATCAATGCGGTTTTAAATGCAGACCGAGACATTTACCAAGCCAGGCTCGCCCAGCAAAGGCTTGTGGGGCGGGTTGGTAATTTCGATGATAATCGCCGTCAATTTGAGGAGAATGCACGTCAGGTTATCCAGCGATTCAATGTATATCGCGCCTTACTCGCTACAAACCCCTCTCTCATCGAACCTTACGCCGAATTTGATATATTATTCAACGAATGGCTTCAACGAAGTCTTTCCTTTAATAATTCGACACTTGCAAACCAGCTGGCAGCCATTCCCGCGCAGCTTAGAAACGTTGATAAACAGTTTTCTGCATTACGGGAGAAACTCGATAGTGCAGGAGAGCTGGTTCGTAATCATGCCAGCCAGGCCAATGAACAGACGCGCAACAGAATCGAGTTAATTGAAAATATCAGTCTGACTATTTTGGTCCTTGCTTTTATTGTGGCGTTAATAATGGGATATGTTATCCCGCTTAAAATCACCAGAACGGTTGATGATATGACACAACGTATTCGTGAGATTGCTGAGGGCGATGGCGACCTCACGCAGCGGATACGCTCCACTTCAAAAGATGAATTGGGCAATTTAGCGTCTGAGTTCGATGATTTTCTTGAGCAACTGCAAGGCATTATCAGTAGTGTTCAACATCAGTCCGAGAAAGTTGGAAGTACGGCCAGTCAGCTGAATGTTATTTCAGCGCGAGCGGGTGCTACAACCCACCAGCTGGTTCGAGCGTCTTCAGGGTTGGTTAAGGCGGGATCGCAGATGAGTTCGTCGAACGCCAATATGGAGCAAGCTGCAAGTAACACGGATGCCGAGGCACGCAAATCCGGAGAGGTTACCCACCAGGGGTTGCAGATTGTGAAATCAACTAACGAGATCATTGATCAGCTGGTATCCAAAATTGAACAAACGCTTACAAGTGCAGAGGAGACGGAGAAAAGCTCCGAGGCTATTTCTACCGTACTTGAAGTTATTCGTAATATTGCAGAACAAACTAATTTACTCGCGTTAAATGCTGCTATTGAGGCTGCTCGCGCTGGCGAGCAGGGGCGGGGCTTTGCCGTTGTCGCAGACGAGGTCAGAACACTCGCAAATCGCACGAGTAAAAGTACCGATGAAATTTCAGAAATAATCGGGCAGCTGAAGCGGAACGTGAATTCCTCTACAACAGCAATTCGTCAAAGTCGTGATAACGCTATTAACGCCGCAGACCATTTTGTAAAAGTCGTCGATATTTTCAACACACTATCCATTTCTTTTGACACGGTGCAGCAATACTCGTCGCAGACCTCGGAAGCGACGCGCACACAAACGCAAATATCATCGTCAATCAACAACAGTTTAACTACGCTGAAAGTCGAAACGGATAGTGTTGAGGAAATTGCGACAGATATAGCCAGCAAGACCGATGAATTGCAGCGCTTGTACAAAGAGCTAAACAGGCAGGTTTCGCGATTTACCGTGTAA	MKLRSIRTKMMLPIVFLAFLMLCIFLVMNVLNRIQEGAMKKQTQSYFVAISEILNADRDIYQARLAQEILLISGADTEKNRADFEENAKQVYERFQQFRQFLADEPALLQQIGSFEPLYNDWLSASQQMVQTANKTTDLNTEFESINEKFASLRNMLDIAGEELRDFVENIEDPSISGGDIARYVEAINAVLNADRDIYQARLAQQRLVGRVGNFDDNRRQFEENARQVIQRFNVYRALLATNPSLIEPYAEFDILFNEWLQRSLSFNNSTLANQLAAIPAQLRNVDKQFSALREKLDSAGELVRNHASQANEQTRNRIELIENISLTILVLAFIVALIMGYVIPLKITRTVDDMTQRIREIAEGDGDLTQRIRSTSKDELGNLASEFDDFLEQLQGIISSVQHQSEKVGSTASQLNVISARAGATTHQLVRASSGLVKAGSQMSSSNANMEQAASNTDAEARKSGEVTHQGLQIVKSTNEIIDQLVSKIEQTLTSAEETEKSSEAISTVLEVIRNIAEQTNLLALNAAIEAARAGEQGRGFAVVADEVRTLANRTSKSTDEISEIIGQLKRNVNSSTTAIRQSRDNAINAADHFVKVVDIFNTLSISFDTVQQYSSQTSEATRTQTQISSSINNSLTTLKVETDSVEEIATDIASKTDELQRLYKELNRQVSRFTV	PGPT0015710_5393	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
AK237_02014	2718	acnA	COG1048	Aconitate hydratase A	GTGAAATATCAGAAGTTTACGACCGTTAACGTTGGCGATAATGCATTCAAAGCAATCAGTTTCGATTCCATTGGGCAGCAGTTCGACCTCGATCGTTTGCCTTTCTGTATTAAAATTCTGTTGGAAAACTTAATTCGTCACGAAGATAAAGAGTTTGTAAGTAGTGAGGACATAGAAAAAGTCGCGCAATGGAATATCGAAGACGATAGTCAGCACGAGATCTCGTTTGTACCAGCCAGGGTTATCTTGCAGGATTTTACCGGTGTGCCCGCTATTGTTGATTTAGCTGCCATGCGTGATGCAGTAAACAACTTAGGCGGCGATGCACAAACCATTAATCCGCTAAATCCGGTAGAGTTAGTAATAGACCACTCGGTAATGGTGGATTATTTTGCATCTGAAGATGCATTCGAAAAGAATACAGACGTAGAAGTGCAGCGAAACCGCGAGCGCTATCAGTTCCTGAAATGGGGTCAATCGTCTTTCGATAATTTTAAAGTCGTACCGCCAGGTCGGGGTATTGTTCACCAGGTCAACCTCGAATATCTTGCACGTTGTGCTTTCACCAAACAGGAAGGCGACGATACGCTTGTCTATCCTGATACACTGGTCGGCACCGACTCGCATACCACCATGATCAATGGTTTAGGTGTACTGGGCTGGGGCGTTGGCGGTATAGAGGCGGAAGCGGCCATGTTGGGGCAGCCCGTTACGATGCTACGCCCGAATGTCGTAGGCTTTCGTTTAACCGGAAAACTCAACCCCGGTGTAACGGCGACAGATATGGTATTAACCATTACCGAACAGCTGCGCGAGCATGGCGTGGTTGGCAAATTTGTTGAGTTTTATGGGCCGGGCATTAAATACCTGACCACCGCAGACCGCGCCACTATTGCTAATATGGCGCCTGAATATGGCGCAACCTGTGGCATCTTCCCTATCGACAGCGTGGCATTAGATTACCTGAAACTAACGGGGCGTCCGGACGAACAGATTGAACTGGTAGAAGCTTATGCGAAATCGGCCGGCCTGTGGCATGACGATCATAGTAAAGATGCCATCTACCACGAGACATTGGAGTTGGATTTGGCGGATGTCGTCCCGTCTATTGCCGGGCCTAAACGCCCACAAGATCGCATTCCATTAGACACTGCAGCCAGCGCGTTTACCAAGTGGTATCAGTCTCAGATAGACGTAAAAGTTGAAGGTGAGGAAGCTAAGTTTGTCTCAGAAGGAGGCGACATGGCAGAGGTGGATGAAGAGCAGGATTCCTTTGTTCACTTCAATGGAGAAAAATTCAACTTAGAAGACGGTGCTATCGTCATTGCAGCCATTACGAGTTGTACAAACACCTCCAACCCCTCGGTGCTTATAGGCGCAGGTTTGTTAGCGAAAAAGGCTGTTGAGCTGGGCTTAGCACGTAAGCCTTGGGTAAAAACCTCATTAGCGCCCGGCTCCCAGGTGGTTACGCAATATTTAGAAGATGCTGGCTTGATGGAGCCGTTGGAACAACTCGGATTTAACCTGGTGGGCTATGGTTGTACTACCTGTATTGGTAATTCCGGACCACTGCCGGATGAAATCTCGGCTGCTATTCAAAATGCCAAACTCACGGTAACGTCCGTATTGTCAGGAAATCGTAACTTTGAAGGGCGCATCCACCCTGACGTCGCTGCTAATTATCTGGCGTCGCCGCCTTTGGTGGTCGCCTATGCGCTGGCCGGTAATATGAAAATAGACATTACCCGGGAGCCAATTGGTAAAAGTAAAGATGGTAAGCCGGTTTACCTGAAAGATCTGTGGCCGTCTGAGCAAGAGATTCAGTCAATGATTAACGAGTATGTTTCTGGTGACTTGTTTAAGCAGAAATATGCTGATGTTTTCAAAGGGAGTGATATCTGGAACAAGCTGGATGTATCGTCTACGTCTGTTTACGACTGGCCGGACTCTACGTACATCAAGCATCCGCCATTCTTTGCTGACATGGGAAGTGAGCCAGCAGCATTAAGCGCTATTGATGGCGCACGATGTCTGGTGAAGGTTGGCGACTCGATTACTACCGACCACATTTCACCGGCGGGTGCCATCGCGCCAGATAGTCCCGCTGGGCAATATCTGCAAGAGCAGGGAATTGAACCGAAGGATTTCAACTCTCTCGGATCTCGCCGTGGTAACCATGAAGTTATGATGCGTGGTACGTTTGCTAATGTAAGGTTGAAAAACCAGTTGGCGCCCGGTACTACCGGCAGCGCAACAACGCACTACCCCAGTGGCGACGCCATGTCTATTTTCCATGCGGCCATGCGCTATCAACAAGACGGTGTGCCTGCTGTGGTTATTGGCGGTAAAGAATATGGCACAGGGTCAAGCCGTGACTGGGCAGCAAAAGGGCCTTCATTATTAGGTGTCAAAGCCGTGATGGCGGAAAGTTATGAGCGTATTCACCGCTCTAACCTCATTGGTATGGGCATTCTGCCATTGCAATTTAAAGACGGTGACAGCGCCTCATCCCTGGCACTACGCGGTGACGAAACCTACAGCATTGCGCCGGTGGAACGTGGCCAAAAAGAAGTACAGGTAACCGTGACGCCAGACGACGGCGAAGCGCGCCAATTTATGATGGACGTACGCATTGATACCGCTAACGAGTTTACCTATTTCGAAAACGGCGGCATCTTACACTATGTCATTCGTGAGTATCTGAAGAAGGGCGCATGA	MKYQKFTTVNVGDNAFKAISFDSIGQQFDLDRLPFCIKILLENLIRHEDKEFVSSEDIEKVAQWNIEDDSQHEISFVPARVILQDFTGVPAIVDLAAMRDAVNNLGGDAQTINPLNPVELVIDHSVMVDYFASEDAFEKNTDVEVQRNRERYQFLKWGQSSFDNFKVVPPGRGIVHQVNLEYLARCAFTKQEGDDTLVYPDTLVGTDSHTTMINGLGVLGWGVGGIEAEAAMLGQPVTMLRPNVVGFRLTGKLNPGVTATDMVLTITEQLREHGVVGKFVEFYGPGIKYLTTADRATIANMAPEYGATCGIFPIDSVALDYLKLTGRPDEQIELVEAYAKSAGLWHDDHSKDAIYHETLELDLADVVPSIAGPKRPQDRIPLDTAASAFTKWYQSQIDVKVEGEEAKFVSEGGDMAEVDEEQDSFVHFNGEKFNLEDGAIVIAAITSCTNTSNPSVLIGAGLLAKKAVELGLARKPWVKTSLAPGSQVVTQYLEDAGLMEPLEQLGFNLVGYGCTTCIGNSGPLPDEISAAIQNAKLTVTSVLSGNRNFEGRIHPDVAANYLASPPLVVAYALAGNMKIDITREPIGKSKDGKPVYLKDLWPSEQEIQSMINEYVSGDLFKQKYADVFKGSDIWNKLDVSSTSVYDWPDSTYIKHPPFFADMGSEPAALSAIDGARCLVKVGDSITTDHISPAGAIAPDSPAGQYLQEQGIEPKDFNSLGSRRGNHEVMMRGTFANVRLKNQLAPGTTGSATTHYPSGDAMSIFHAAMRYQQDGVPAVVIGGKEYGTGSSRDWAAKGPSLLGVKAVMAESYERIHRSNLIGMGILPLQFKDGDSASSLALRGDETYSIAPVERGQKEVQVTVTPDDGEARQFMMDVRIDTANEFTYFENGGILHYVIREYLKKGA	PGPT0001465_867	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
AK237_02015	474			hypothetical protein	ATGGGAAAAACGCGACATCACGCATTAATTGACCAATTACAGCTGGAACCGCACCCCGAGGGCGGGTACTACCGACAGGTGTTTCAATCGGCTAAGCAGGTGAATTCTCCTGCTCATGGTTTGGCGCGTTCGGCGATGACGCATATCTACTTTCTGCTATTGGAAGGTCAGGTCAGCCGATTTCATCGTGTGTTGCATGATGAAGTCTGGAATTATTACGAGGGCGCACCACTGCGCCTTTACCATATCCAGCAACAACAACTCAGAGAGCAGCGAATAGGCGGCACTGAGCATGGTTATGCCGCTGTCATTCCGGCTGGTAATTTTCAGGCCGCAGAAACCACCGGTGAATATACATTGGTGGGGTGCAGCGTTGCGCCTGGCTTTGATTTTGCCGATTTCAGCTTTATTGAAGAGCCTTCACTGAAACAGTGGATCGATATCGCTCACCCCGATATGTCACGATTCATTTAA	MGKTRHHALIDQLQLEPHPEGGYYRQVFQSAKQVNSPAHGLARSAMTHIYFLLLEGQVSRFHRVLHDEVWNYYEGAPLRLYHIQQQQLREQRIGGTEHGYAAVIPAGNFQAAETTGEYTLVGCSVAPGFDFADFSFIEEPSLKQWIDIAHPDMSRFI				NA	NA	NA	NA	NA
AK237_02016	1218			L-lactate transporter	ATGTCACAACCGGTCAGACTCCTCAGTTTTTCTATCGCTTTTGCATGCATATTGCTGTCGCTTAATTTCGGCTTACGCTCTTCCATGGGATTCTTCATGGAGCCTGTTTCTTCTGAATTTGGCTATGGCCGCGAAGTCTTTGCCTTTGCGTTAGCGATGCAAAACCTGTGGTGGGGATTGTTCCAGCCCGTCGCAGGCGCAATGGCTGACCGGTATGGAACCGTAAAAACGGTAATTTTTGGATCCACGTTGTATGCCAGTGGTCTTGCCGTCACAGCATTCAGTGACAGTACTGGCAGTTTAAATGTAGGCGCCGGACTACTTATGGGGATGGGGATTGCTGCCTCTGGCCTTGGCGTTGTGCTTCCGGCAATGGCTCGGATGGTGTCACCAGAGAAGCGTTCATTTGCGTTAGGTCTGGGCAGTGCAGCGGGCTCTGCAGGCCAGTTACTGGTAGTGCCGGTGGCACAGGAATTTATCGCCGCATATGGCTGGAGCAATGCTTTATTGCTGATGGCCGGTAGCGCGCTGATGATGAGTCTGATGGCCGGTTCACTGAAGGGCAGTGGCGGACAGCAGGCAACGCAGGGCGATACGCGGGTTCGTCAAACTGTTAAAGAGGCGCTTAAAGAAGCCTGCACCTACCCGCATTATTGGCTTATTGTAGTGGGCTTTTATGTGTGTGGTTTCCAACTTGCGTTTATCACGGTGCATATGCCAGCGTTTCTGGCAGACAGAGGCTTTACTGCCGATATCGCCGTAATGAGCCTGGCGCTTATCGGCTTGTTTAATATTTTCGGGTGCTTGTTATCCGGCTCCTGGGCGGGTAAGTATTCTAAGAAAAATCTCTTAACCTTAATTTATGCGCTGCGGGCTGTGGCGATAGCCGGCTTCATGTATTTCCCGATGACATCAACCTCGGTATATCTGTTTTCTATCGTAACCGGACTATTATGGCTGGCGACTGTCCCACCCACTTCAGGGCTGGTGGCGCAGCTTTTCGGGTTGCCGCACATGGGGCTGCTTTATGGCATCGTATTTTTAAGCCATCAGTTAGGATCTTTCAGTGGTGTTTGGCTGGGGGGCTACTTGTACGATACCACGGGTTCTTATGATGTCGTGTGGTGGAGCGCTTGCATCATTGCCGGTGTCACGGCACTTATTCATATTTTCATCGATGAGCGCCCGGTACTGAGATTGCGAACTGCTCAGGCATAA	MSQPVRLLSFSIAFACILLSLNFGLRSSMGFFMEPVSSEFGYGREVFAFALAMQNLWWGLFQPVAGAMADRYGTVKTVIFGSTLYASGLAVTAFSDSTGSLNVGAGLLMGMGIAASGLGVVLPAMARMVSPEKRSFALGLGSAAGSAGQLLVVPVAQEFIAAYGWSNALLLMAGSALMMSLMAGSLKGSGGQQATQGDTRVRQTVKEALKEACTYPHYWLIVVGFYVCGFQLAFITVHMPAFLADRGFTADIAVMSLALIGLFNIFGCLLSGSWAGKYSKKNLLTLIYALRAVAIAGFMYFPMTSTSVYLFSIVTGLLWLATVPPTSGLVAQLFGLPHMGLLYGIVFLSHQLGSFSGVWLGGYLYDTTGSYDVVWWSACIIAGVTALIHIFIDERPVLRLRTAQA				NA	NA	NA	NA	NA
AK237_02017	1419	xylE_2		D-xylose-proton symporter	ATGGACACAGTGGTAACAGCAAATATAGAACGCGCTTCTACAAATAATGGCTTCATCATTTTTATCAGCGTTGTCGCCACGATTGGCGGATTTTTATTTGGTTTCGACAGTGGTGTGATTAACGGCACCGTGGACGGTTTGCAAGCTGCCTTTCAATCAGAAAGTGTGGGAACGGGCTTTAATGTATCAAGTATGTTGTTAGGGTGCGCTATTGGTGCATTTTTCGCTGGCCGTTTAGCTGACAAATATGGCCGACGATCATTGCTGCTTGTCGCTGCGGTGTTCTTTCTCATCAGCGCATGGGGCTCGGGGATTGCAACTAGCGGTGGCGAATTTGTGTTTTACCGTATTCTGGGTGGCCTCGCTGTTGGGGCTGCCTCGGTGATGGCGCCAGCCTATATCGCCGAGGTTTCACCAGCGAAGTATCGCGGTATGCTCACGTCTATTCAGCAAATAGCCATTATTTGCGGTCTTTTTGCTGCATTTCTTAGCAACTACGTGCTTGCAGACTTCGCTTCAGGTTCAACACAGGCGTTATGGATGGAATTTGCTGCGTGGCGCTGGATGTTCTGGATGGAGCTGATCCCTGCTTCGCTGTTCCTGTTGATGCTGCTATTCATTCCGGAGAGCCCGCGCTTTCTTGTGGTGAAAGGTGACAAAGCGCGTGCGCAACACGTATTAGGTAAACTTTACGGCGACGCGGGTGCCAGTAAGTTATCAGAAATTGAAGCGTCTCTGGCGAAAGATCATCAGCCCCGGTTAAGCGATTTAAAACAAGCCGATACTGGCAAAGTGAGACCCATCGTGTGGGTTGGTCTGGGTTTAGCGACTTTACAACAACTGGTTGGCATCAATGTGGTGTTTTACTACGGCGCGGTGTTATGGCAGGCGGTTGGGTTCTCAGAAAGTGACGCATTGCTGATCAACGTCATTAGCGGCGCTATCAGTATTGCAGCCTGTTTGGTCACGCTTGCCATTATTGACAAGGTGGGCAGAAAACCACTGCTAAAATGGGGCTCAGTGGGCATGACGGTTACGTTAGCTACCTTAGTTGTCGCATTTGCTAATGCAGATCAAGGGCTGGACGGAAAGCTTATACTTGGCGATTGGGGTCCTGTTGCCTTGGTGGCAGCCAACTTATACGTGTTCTGTTTTAACTTCTCCTGGGGACCGGTTATGTGGGTCATGTTAGGCGAAATGTTTCCTAATCAAATTCGAGGTTCGGGTCTGGCAGTCAGTGGGTTAATTCAGTGGCTAACGAATTTCGCAATCACCTGGACATTCCCGATGATGCTAGCAGGTATTGGGCTTGCCGGTGCTTATGGATTCTATGCGCTGTGTGCTTTCTTATCTGTGTTGTTCGTTGCACGTTTCGTCTATGAAACCCGTGGACGGGAACTCGAAGAAATGGAAGGCTGA	MDTVVTANIERASTNNGFIIFISVVATIGGFLFGFDSGVINGTVDGLQAAFQSESVGTGFNVSSMLLGCAIGAFFAGRLADKYGRRSLLLVAAVFFLISAWGSGIATSGGEFVFYRILGGLAVGAASVMAPAYIAEVSPAKYRGMLTSIQQIAIICGLFAAFLSNYVLADFASGSTQALWMEFAAWRWMFWMELIPASLFLLMLLFIPESPRFLVVKGDKARAQHVLGKLYGDAGASKLSEIEASLAKDHQPRLSDLKQADTGKVRPIVWVGLGLATLQQLVGINVVFYYGAVLWQAVGFSESDALLINVISGAISIAACLVTLAIIDKVGRKPLLKWGSVGMTVTLATLVVAFANADQGLDGKLILGDWGPVALVAANLYVFCFNFSWGPVMWVMLGEMFPNQIRGSGLAVSGLIQWLTNFAITWTFPMMLAGIGLAGAYGFYALCAFLSVLFVARFVYETRGRELEEMEG	PGPT0014440_1044	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_OTHER_SUGAR_TRANSPORT_RELATED_PROTEINS,PGPT0014440-hxt-K08139	NA	NA
AK237_02018	1221	xylR		Xylose operon regulatory protein	ATGTTTGAAAAATCACACAGTATCACGCTGTTGTTCAATGCCAGTAAGGTGTATGACAGGCAAATCATCGAAGGGATTGGGCGTTACTTACAAACGTCCCGAGCGGACTGGGACTTATATCTTGAAGAAGATTTTATGACCCGTCTTGAGCATTTAGATGAGTGGAGTGGTAACGGTATTATTGCGGACTTTGATAACCCCGCAATCGAGCGGGCGCTTACGAAGGCAAAGGTGCCTCTGGTTGCCGTGGGAGGCTCTTATCAAAATAAAACGGATTATCCGCAAGTTCCTTACGTGGCAACAGATAACTTTGCTTTAGTCGAAGCGGCGTTTGAGCATCTGAAGCAGAAAGGTATAGAACGTTTCGCCTTTTACGGCGCGCCGTTGGATCCTCAGCATCGCTGGGCGCAGGAGCGGGAAAGAGCCATGTTGGAACTCACCCGGCGAGAAGGTTATGAATGCTACGTTTATCGCGGTCATGCTGTGCGTCCGGAAACCTGGCAGTACTCTCTCAAACGGCTAACCGATTGGTTAAGAAGTTTACCCGCACCAACGGGGATCGTCGCGGTAACCGATGCGCGTGCAAGGCACCTTCTGCAAGCGTGTGATCACCTTGGCTTACTCATTCCCGAGCGTTTCGCTGTTATCGGTATCGACGATGATGAACTCGCGCGGTATTTAAGTCGTGTCAGTTTAACGTCGGTTAAACAAGGCTGTTTCGACATGGGGTTTCAGGCCGCCAGAATGTTGCACAAGCAACTGCAAGGCCTACCGGTAAGTAAAGCGCCGGTGTTGGTGCCACCAGAGCGCATAGCGGAACGCCAGTCTACTGACTACAAGGCAATAAAAGATCCGCTGGTAATGCAAGCCATGCACTTTATTCGTCACAACGCCTGTCGCGGCATAAAAGTCGATCAGGTATTAGATTATGTGGGCATCTCACGTTCCAATTTAGAGGGCCGCTTCAAAGACGAAAGGGGCCACAGCATTCACACCGAAATTCACAACGAAAAACTCACTCGCGCATGCAAAATGTTGAAAGAAACGGACGAACCGGCAGTTGAAATAGCGGGAATTTGTGGATATCCGTCAATCCAGTATATGTACGCGATTTTCCGTAAACATTTCGATCAGACTCCGGTGGAATACCGCCAGGATAATCGCCCGCAAAGCTTAGACGAACTGCCGATTGAGGGCATGTCAAAATTCGCAGCGATTTAA	MFEKSHSITLLFNASKVYDRQIIEGIGRYLQTSRADWDLYLEEDFMTRLEHLDEWSGNGIIADFDNPAIERALTKAKVPLVAVGGSYQNKTDYPQVPYVATDNFALVEAAFEHLKQKGIERFAFYGAPLDPQHRWAQERERAMLELTRREGYECYVYRGHAVRPETWQYSLKRLTDWLRSLPAPTGIVAVTDARARHLLQACDHLGLLIPERFAVIGIDDDELARYLSRVSLTSVKQGCFDMGFQAARMLHKQLQGLPVSKAPVLVPPERIAERQSTDYKAIKDPLVMQAMHFIRHNACRGIKVDQVLDYVGISRSNLEGRFKDERGHSIHTEIHNEKLTRACKMLKETDEPAVEIAGICGYPSIQYMYAIFRKHFDQTPVEYRQDNRPQSLDELPIEGMSKFAAI	PGPT0017992_139	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
AK237_02019	1491	xylB_1	COG1070	Xylulose kinase	ATGTACATAGGCATTGATTTAGGCACCTCTGGCGTAAAAGTGGTGTTAATAGATGAGCAGGGAGCGGTGGTAAATTCCGCCCAGTCCTCCCTTGACGTGTCGATGCCCAAAGCATTGTGGTCAGAGCAACATCCTGCCGATTGGTGGGCCGCTACGTGCCAATGCCTGGACACGCTGAAAGCAGCGCAAGACCTCAGTGCTGTCAAAGCCATAGGATTAAGCGGACAAATGCATGGAGCTACGTTGCTTGATGAACACGGCGACGTTTTACGCCCGGCCATTTTGTGGAACGATGGCCGATGTGATGAAGAATGCCGAGAAATTGAAGCCGCGGTGGCTGATGCGCGCCAGCGAAGCGGCAACATTGTTATGGCCGGATTTACAGCCCCTAAACTACTGTGGGTAAAAAAATATGAGCCGGAGATTTTCCAGCGTGTCAGTAAGGTACTGCTGCCCAAAGACTACTTACGCTTCAAACTTACCGGTGTATTTGCCAGCGACATGTCTGATGCTGCAGGCACGATTTGGCTAAATACCGAATCGCGAAAATGGGACGATACATTACTCGCCGCCACTGGCCTCAATGAATCTCATATGCCAACGCTGTACGAAGGTAATGCGGTAACCGGCGAGCTGTCTGCCGACTTAGCCGCTCGCTGGGGAATGTCTTGTGTACCGGTAGCAGGTGGTGGTGGTGATAACGCAGCGGGTGCCATTGGTTGCGGCATCGTTGACCCCGGTCAGGCTATGCTGTCTCTGGGCACTTCCGGGGTTTACTTTGCAGTTACCGACACATTTCGTATTAATACCGAACAAGCGGTACACAGTTTCTGCCATGCCTTACCGTCGCGCTGGCACATGATGTCAGTGATGCTCAGCGCAGCGAGTTGTTTGCAGTGGTACGCAAAGCAAAGTGGCTATAAAGATGTTGGGGCAATGCTCGATGACGTTGAACAATCAGTATCTTACAACGATGCCGCTACGCCGCTTTTTCTTCCCTACCTTACCGGCGAGCGGACGCCACATAACAATCCCTATGCCAAAGCGGCGTTTTTCGGGGTCACAGCCAGCACGACCCGCGCGCACATGGCAAGATCCGTCGTAGAAGGGGTTTCTATGGCACTGGCTGACGGCATGGACGCAGTGCATCAAAGTGGCGTGAGTGTGTCCTCCATCAGTCTGATTGGCGGCGGAGCAAAAAGCCCTTTCTGGCGGCAATTACTCAGCGACATCAGCGGTCAGACCTTAACCTACCGCAAAGGCGGCGATGTGGGCCCAGCACTGGGCGCAGCAAGGCTGGCACAACTGGCGGTGAATCCTGACAAGCCCTTATCTGATATTTGTTTCCAGCCTGAAGCCGAAGCGGAATATCAACCAGACCCGCAAGTTAACGAAGCGTATTTAGCAAAACGTCAGCAGTTCCGTGAGCTTTACTACGCCATTGAACCATTCTGGTCATCACCGAAAAAACAGAAAACTTTCACGAATTAA	MYIGIDLGTSGVKVVLIDEQGAVVNSAQSSLDVSMPKALWSEQHPADWWAATCQCLDTLKAAQDLSAVKAIGLSGQMHGATLLDEHGDVLRPAILWNDGRCDEECREIEAAVADARQRSGNIVMAGFTAPKLLWVKKYEPEIFQRVSKVLLPKDYLRFKLTGVFASDMSDAAGTIWLNTESRKWDDTLLAATGLNESHMPTLYEGNAVTGELSADLAARWGMSCVPVAGGGGDNAAGAIGCGIVDPGQAMLSLGTSGVYFAVTDTFRINTEQAVHSFCHALPSRWHMMSVMLSAASCLQWYAKQSGYKDVGAMLDDVEQSVSYNDAATPLFLPYLTGERTPHNNPYAKAAFFGVTASTTRAHMARSVVEGVSMALADGMDAVHQSGVSVSSISLIGGGAKSPFWRQLLSDISGQTLTYRKGGDVGPALGAARLAQLAVNPDKPLSDICFQPEAEAEYQPDPQVNEAYLAKRQQFRELYYAIEPFWSSPKKQKTFTN	PGPT0017535_1837	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
AK237_02020	1320	xylA		Xylose isomerase	ATGAGTAACTATTTCGACGCAATTCCAAAGATCAAATACGAAGGCGCGGACTCGACCAATCCGCTGGCATTTAAACACTACAACCCTGAAGAAGTGATTATGGGTAAAACCATGGAAGCGCACCTGCGCTTTGCTGCCTGCTACTGGCACAACTTCTGTTGGGATGGTGCTGACGTATTCGGTGCAGGCACGTTTAATCGCCCGTGGCTGACTCAGGGTGATGCCATGACACAGGCTAAGGCGAAAGCCGATGCAGCCTTTTCTTTTTTAGAAAAACTCGGCGCGCCTTATTACTGCTTTCACGATGTTGATGTGGCACCGGAAGGTCAGTCTCTGAAAGAATACGTACACAACTTTTCCACCATGACCGAAGTACTGGCGCACAAGCAGGAACAAACCGGCATGAAACTACTGTGGGGTACGGCAAATGTATTCAGTCACCCGCGCTATATGTCTGGCGCAGCCACCAACCCCGATCCAGCAATATTCGCCCGCGCTGCCACACAGGTGTTTCATGCCATGAACGCAACAAAGCAGCTTGGCGGTGAAAACTACGTATTGTGGGGCGGCCGCGAGGGCTACGAAACCCTGCTGAACACCGATTTAAAACGTGAACGTCAGCAACTGGGACGTTTCATGAACATGGTGGTCGAGCACAAGCACAAAATCGGCTTCGATGGTCTGCTGCTGATTGAACCTAAGCCACAGGAACCAACGAAACACCAATACGACTACGACACAGCAACCGTACACGGCTTCTTGTCTGAGTTTGGTTTAGAAAAAGAGTTCGCGGTAAATATTGAAGCTAACCACGCCACGTTATCCGGCCACTCTTTCCATCACGAAATAGCCACTGCATTTGCACTGGGCGTGTTCGGATCTATTGATGCCAACCGTGGCGACCCGCAATTAGGCTGGGATACTGACCAATTCCCTAACTCGGTGGAAGAAATGACACTGATTTGTTACGAAATACTGAAAAATGGTGGCTACACTTCTGGTGGCTTTAACTTTGACACCAAATTACGCCGTCAGAGCACCGAACCGGAAGATCTATTCCTGGGCCACATCGGCGGCATGGATACCTGTGCGCTGGGCCTGAAAAAAGCAGCGGCGCTGCTTGAATCTGAAGCGCTGAGCAATGCCGTTGAGAAACGCTACGCGGGTTGGTCTGAAGATTTCGGCCAACAGGTATTAAATGGTAAAATGTCGTTAGAAGACGTGGCGAAGTTTGCCAGCGATAACGCGCTGGATCCTAAGCCGGTTTCAGGCAAACAAGAAGGCCTGGAAAACATCGTCAACCAGGTGATCTACAAGTAA	MSNYFDAIPKIKYEGADSTNPLAFKHYNPEEVIMGKTMEAHLRFAACYWHNFCWDGADVFGAGTFNRPWLTQGDAMTQAKAKADAAFSFLEKLGAPYYCFHDVDVAPEGQSLKEYVHNFSTMTEVLAHKQEQTGMKLLWGTANVFSHPRYMSGAATNPDPAIFARAATQVFHAMNATKQLGGENYVLWGGREGYETLLNTDLKRERQQLGRFMNMVVEHKHKIGFDGLLLIEPKPQEPTKHQYDYDTATVHGFLSEFGLEKEFAVNIEANHATLSGHSFHHEIATAFALGVFGSIDANRGDPQLGWDTDQFPNSVEEMTLICYEILKNGGYTSGGFNFDTKLRRQSTEPEDLFLGHIGGMDTCALGLKKAAALLESEALSNAVEKRYAGWSEDFGQQVLNGKMSLEDVAKFASDNALDPKPVSGKQEGLENIVNQVIYK	PGPT0017550_882	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
AK237_02021	1164	aspC_2	COG0436	Aspartate aminotransferase	TTGTTGAAGTTTTCAGATCGTGCCAACGCCATTACACCCTTCTATGCCATGGCTTTTTCAGAGAAAGCCAGTGCCCTTGAAGCAAAAGGGCATCATGTCGTCAGACTCAATATTGGCGAACCTGATTTCGGCGCTCCTCCTCCGGTTGTACAGGCCATGCAGAACGTCATGGAAAAGGCAGAACTGCCCTACACGTCAGCCTTAGGTTTATCGGCCCTGCGGGAAGCCATTGCCGGCTTCTATCGTCAGCGACATGGTGTTGCTGTCAATCCAAACAATGTGGTGGTGACTGCAGGAGCATCAGCCGCGCTGCTTCTGGTAAGTGCCGCACTGGTTAACCACGGCGACAAAGTGATGCTGGCCGATCCTGCCTACCCCTGCAATCGTCAGTTTATCCGCAGCTTTGGCGGACAGTTGCAGAGCATTCCCGCTGGTGCTGAACAGCGATTTCAATTAACACCGCAAAACGTGCAGGCAAACTGGCAAAGCGATACCAAAGGTGTGATGCTGGCATCACCGTCTAATCCTACCGGCACATCGGTGCCTGAAAGTGATTTGGCAGCAATATGCGATTTTGTAAAATCCCGCGGTGGCTGGCGAATTGTTGACGAAATTTACCTGAATCTCAGTCATCATGGTCTCGCTCAGACCGTGCTGGCTTTTGACCCCGATGCTATTGTGATCAACAGCTTCTCAAAGTACTTCGGTATGACCGGCTGGCGTCTGGGCTGGTGCGTCGTGCCGGATGACATGGTGCCGGTGATGGAGCGTCTGGCGCAAAACTTATACATTTGCCCGTCGACCCCCGCGCAATATGCGGCGCTGGCCTGTTTTACCCCGGAAACCCTGAACGTTTGTGAAGGGCGCAGAGACATTCTGCTGCACCGCCGTCAGCGGGTACTAGATGGCTTAACGCAGGCTGGATTGTCCGTGGACGTGGAGCCGGACGGCGCGTTTTACGTATACATCAATGTATCCTCTACCGGCCTGAACGCCATGACATTCTGTGAGCGGTTACTGGAAGAACAGCACGTTGCCCTGACACCGGGTAATGATTTTGGCGAGGCCACCGGTGATGATTATGTGCGGTTGTCTTTCGCGGCTTCCGAAACAGCGCTGGATGAAGGTATTAAGCGCATCGGTATCTTCCTGGCGTCACTGTGA	MLKFSDRANAITPFYAMAFSEKASALEAKGHHVVRLNIGEPDFGAPPPVVQAMQNVMEKAELPYTSALGLSALREAIAGFYRQRHGVAVNPNNVVVTAGASAALLLVSAALVNHGDKVMLADPAYPCNRQFIRSFGGQLQSIPAGAEQRFQLTPQNVQANWQSDTKGVMLASPSNPTGTSVPESDLAAICDFVKSRGGWRIVDEIYLNLSHHGLAQTVLAFDPDAIVINSFSKYFGMTGWRLGWCVVPDDMVPVMERLAQNLYICPSTPAQYAALACFTPETLNVCEGRRDILLHRRQRVLDGLTQAGLSVDVEPDGAFYVYINVSSTGLNAMTFCERLLEEQHVALTPGNDFGEATGDDYVRLSFAASETALDEGIKRIGIFLASL				NA	NA	NA	NA	NA
AK237_02022	2115	cntO_3		Metal-pseudopaline receptor CntO	ATGAAAAAGCCGTTTTTATATTCATTACTCGCACTGTCTACCAGCGCAGTAGCACAAGAAAGTGTTATCGCTGCGCAGGAGAAGAAAGAGGACGTTGAACACATTGAAGTAAAGCGACATTTCCAACCGTACCGGGGAAATGTGCCGTTAATTCAAACCCCGCAAGCGGTTGATCGCATCAGTGCCGATCAGTTAGCTAACGAAGGCATCACCCGTTTCATCGATGCGCTGGACTTTTCTCCTTCTGTAGTCAGACAGAATAACTCTGGAGGCATGTTCGACAGCTTTGCTATTCGTGGTTTCTCAGGCGATGAGAATAACGCCACCGGCTACCTCATTAACGGCTTTAATGTTCGCGGTTACAGCGGGAACCGCGGTACTGTAAACATTCAGTCCGTTGAAGTGATGAAAGGCCCCGGTTCTGCCTTGTACGGACAGGGAGAACCCGGCGGTACCATCAATATCATTACTAAGAAGCCACAGTTTGAAGAACAGGGGTACGTTCAGGGCACGCTGGGTAATTACAGTAAGAAGCAGGTTGAGTTCGATTACACGAATGGTCTGAATGATGACATGGCCTACCGACTCAATGGTTCGTATGAAGACTCTGACACCTTCAGAGATACCGTTTTCTTCAAGAACCTGAATATTAATCCATCATTTATCTGGAATATATCGGATGTCACCAGCCTCAGTTACCAGATGGAAATTCTCGATCAGGAAAAGCCGCTAGAGCGAGGCGTGTACGTTCTGGACAACGATTTTGACGCCGTGGATCCGGAAGCGTTTTACGGCGATATTCGCGATGGCGCACATGAAGTGAAAACGTTTGGCCACCAACTGGTTCTGAACCATGAGTTGTCACATAGCTGGCATCTGCTTACCGGTATGGCGTATCGCGATTCTTCTATGAAAGGGGCGTCTTCTGATACTGAGCTTTCGGATGGTCGCCAATTACTATTGACTGATCCAAATCTGTTATCACGTCAGCGAAGAACCCGCGATTATGAAGCGCAGGATTTATCCTTGCGGGCAGAATTAAGCGGCGAGGCTGAAATAGCAGGCTTTACAAATAACCTGCTGATTGGTTTGGATTATTATAATTACCATATCGATACCGACTATCGTCGCTGGCGTACAGCCTGGGGCGCGGAAGATACCACTTATAGCATTGACCCGAACAACCCGGACTATACGATAGCACGTCCGGATGTATCTCCGGTTACGCTTACTGCCGAGAAACAGCAAGGGCTGGGCTTCTATGCGCAGGATCTCGTCGAGCTTAGTGATGCTACTAAGCTTTTAGTTGGTTTTAGGGTTGATAAATTCGAGCAAGACATTCATGACTATTTGGCGGATGCTGGCCAAAGTCAGGAGCAGACGGTAGCAACACCGCGCCTGGGTTTAACTTACTCCGTTAGCGATAAAGTTAATTTATATACCAGCTATGCAGAAGGGTTCAGACCGAACCCGGGGCTCGATTCAGACCGCAACGCCTTTGATCCGGAAGAAACTACCTCGTTTGAAGTGGGGGCGAAGTGGGAAAATTTGGCCGATCGTTTCTCCGGAAGCATTGCTATCTTTAATGCTGAAAAAACCAACATGCTGACGGCAGAGCCAAATACAGGATTGTCGGCGACATTAGGTACAGTGGAGAGTCAGGGCGTTGAGTTTCAGTTGACCACAGATTTAACAGCCAATACCCGTTTGGATTTCTCGTACGCTTATACCGATGCGCAAACCGCGAATGAAGTGAACAACCTCGATTGGGGCGTGACCATTCCAAAAGGTTCCCGCCTCATCAACGTGGCGAAACATGCAGGTTATATCTCGCTGAACCACTACACGCAACTGATGGAAAAAGAGGCGTTCTTCGGTGCTACGGTACGCTATGTGGGCGATAGGTTGGGAGAAACTACAGATCCTGACTTTATATTGCCATCCTACACGTTGGTGAACCTGTCGGCGTCATTGGCATTAAACGAGAAGCTGAGCGTGAAGTTCGACGTCAACAACCTGTTTGATGAAGTGTACTTTGAAAACTCATACCACAAGCTTTGGGTGATGCCGGGCTCGCCGGTGAATTACACCGCCAGCGTGAAATATCAGTTTTAA	MKKPFLYSLLALSTSAVAQESVIAAQEKKEDVEHIEVKRHFQPYRGNVPLIQTPQAVDRISADQLANEGITRFIDALDFSPSVVRQNNSGGMFDSFAIRGFSGDENNATGYLINGFNVRGYSGNRGTVNIQSVEVMKGPGSALYGQGEPGGTINIITKKPQFEEQGYVQGTLGNYSKKQVEFDYTNGLNDDMAYRLNGSYEDSDTFRDTVFFKNLNINPSFIWNISDVTSLSYQMEILDQEKPLERGVYVLDNDFDAVDPEAFYGDIRDGAHEVKTFGHQLVLNHELSHSWHLLTGMAYRDSSMKGASSDTELSDGRQLLLTDPNLLSRQRRTRDYEAQDLSLRAELSGEAEIAGFTNNLLIGLDYYNYHIDTDYRRWRTAWGAEDTTYSIDPNNPDYTIARPDVSPVTLTAEKQQGLGFYAQDLVELSDATKLLVGFRVDKFEQDIHDYLADAGQSQEQTVATPRLGLTYSVSDKVNLYTSYAEGFRPNPGLDSDRNAFDPEETTSFEVGAKWENLADRFSGSIAIFNAEKTNMLTAEPNTGLSATLGTVESQGVEFQLTTDLTANTRLDFSYAYTDAQTANEVNNLDWGVTIPKGSRLINVAKHAGYISLNHYTQLMEKEAFFGATVRYVGDRLGETTDPDFILPSYTLVNLSASLALNEKLSVKFDVNNLFDEVYFENSYHKLWVMPGSPVNYTASVKYQF	PGPT0003790_23031	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0003790-hutA|fatA|fct|foxR-K02014	NA	NA
AK237_02023	609	cheD_2		Chemoreceptor glutamine deamidase CheD	GTGTCCGCTCATGATTTTAGTCAGCCCCCCTCCTATTACGACAGTCGTTTTGGCCGTGATGCGGTAAAGATTCTACCCGGTCAATACTATGTTACAGCATCAGACAAGCTCATTGTGACGGTACTGGGATCCTGCGTGGCGGTTTGCCTGTACGATCCCATCACCGAAGTTGGCGGCATGAACCATTTCATGCTGCCTAGTAATAAACATATCGACAAAATGTCTTTTGAGGCAAACCGTTACGGTGTGCATGCCATGGAAGTGTTGCTAAATGACTGCCTGCATCTTGGCGGCGAAAAGAAGCGCCTGGTTGCTAAGGTGTTTGGCGGTGCAAGAGTGTTACCGGGATATGTGCAAAATGACATCGGTGCAACCAATTCTGAATTTGCCATAGAATTCTTAAGAACCGAAAATATTCCTGTTCTGGCAAGCGATCTGATGGCTAATTACGCCCGCAAAATTTATTTCACACCGTCTACGGGTTCGGTGCTCATGAAACGCATTTACGACATGAATAATAACACTATTCACGACAGGGAAGCGGAATTGGCCATGCGTGTTAACGCGGAAACGAAAAGTACAGGTACCGTGGATATGTTCGGAGAATAG	MSAHDFSQPPSYYDSRFGRDAVKILPGQYYVTASDKLIVTVLGSCVAVCLYDPITEVGGMNHFMLPSNKHIDKMSFEANRYGVHAMEVLLNDCLHLGGEKKRLVAKVFGGARVLPGYVQNDIGATNSEFAIEFLRTENIPVLASDLMANYARKIYFTPSTGSVLMKRIYDMNNNTIHDREAELAMRVNAETKSTGTVDMFGE	PGPT0015665_477	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-MOTILITY|CHEMOTAXIS	CHEMOTAXIS_PROTEINS	CHEMOTAXIS_TWO_COMPONENT_SYSTEM_PROTEINS,PGPT0015665-cheD-K03411	NA	NA
AK237_02024	831	cheR_3		Chemotaxis protein methyltransferase	ATGACCGCCGCAACCGCCGAACAAGTCGACAGAGAATATGCGTATAGTCAGGACGACTTCGAACGGGTGCGCGCCACCGTGTTTAAAATTGCAGGCATTCGTCTGGCAGACTCTAAAGTTACCATGGTGTACAGCCGGTTATCCCGGCGCCTTAGGGCGCTGGGGCTGAAAACCTTTAGTGACTATTTAAAAGTGGTAGAGCGCAGTGACATTGAACAACAGGAATTTGTTAATGCGCTGACCACCAACTTAACGTCATTTTTCCGTGAGCCTCATCATTTCACCGCGCTGGAAAAATACCTTCGTAATCATTCTAATGTAACCGCGATTTGGTGCGCGGCAAGCAGTACAGGAGAAGAACCTTACTCTATCGCCATGACGGTTGCGGAAACCTTTGGCTCATTTCGGCCAGGTATTAAAATTTATGCATCGGACATTGACAGTAAGGTGCTGGCAACCGCAAAAAATGGTGTGTACAAAGCGTCTTCCATCGAGAAAATGACACCGGAAAGACAAAAGCAGTTTTTCTATCGTGGCAAAGGCTCAAAGGCCGGCATGGTGCGGGTGGTAGATGAAGTGCGGGAGATGGTGGAATTTAAACAAATCAACCTGTTACACAAAGATTATGGCTTCAAAGAGAAAATGGATGTTATTTTTTGCCGTAACGTCATGATTTACTTTGATAAACCTACTCAGTATCAAATCCTTAACAGGCTGGTGGGACACCTCAAACACGACAGTTTGTACATTGCCGGGCACTCTGAGCATTTCGCTGATGCGTCGGATATTCTCAAACCGGTTGGCAAAACCATCTATGCACCCGTCAGGTAG	MTAATAEQVDREYAYSQDDFERVRATVFKIAGIRLADSKVTMVYSRLSRRLRALGLKTFSDYLKVVERSDIEQQEFVNALTTNLTSFFREPHHFTALEKYLRNHSNVTAIWCAASSTGEEPYSIAMTVAETFGSFRPGIKIYASDIDSKVLATAKNGVYKASSIEKMTPERQKQFFYRGKGSKAGMVRVVDEVREMVEFKQINLLHKDYGFKEKMDVIFCRNVMIYFDKPTQYQILNRLVGHLKHDSLYIAGHSEHFADASDILKPVGKTIYAPVR	PGPT0015670_2839	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-MOTILITY|CHEMOTAXIS	CHEMOTAXIS_PROTEINS	CHEMOTAXIS_TWO_COMPONENT_SYSTEM_PROTEINS,PGPT0015670-cheR|pilK-K00575	NA	NA
AK237_02025	2292			hypothetical protein	ATGGGTGTGTTTAAATGGTTAAGTGGTGAGGACAATGCTGTAGTCGGATCGCTGGAAAGTATCCAGGCCCTTGAAGCATCGTCTGCAAACCTCCTGATTTTGGATAATCAGCTGAATGTTGTCGTTGCGAATAAAGCGGCTAAGTCGTTGGTTAGTCAGTTAGAGAGTGATATCCGAGCCAAAAACGGTGGCTTTTCAGCCATGGCGCTAATAGGAAGTAATATCAGCGCATTAGGTGTAACGGCAGCAGCGATACAGCAAGCCGCCATGCAAGCACAACCTGGTGGAGAGGCATCAATCCAGCTTAAAGATCGCATCGTCAAGCTTAATGTCAGTGCACTTAAGAACGTAAGGGGCGAGACGACAGCCTACAGCGTTGAGCTAATTGATAATCAGGACGCGTTACTTACCAACGCCATTACCGACGCGCTGAATCGGGTGCAGGCGGTTATTCAGTTCTACCCTGACGGCACTATCATTACGGCTAATGAGAATTTTTGTGGTGCAGTAGGCTATGACCTGGAAGAAATTCAGGGCCAGCACCACCGCATGTTCTGCAAAGGTGATTATGCGTCAACCCAGGAATACAAAGATTTCTGGCGTAACCTGGCCCGTGGGCAGGTGTCTGCCGGAGAATTCTGCCGCATTCGTAAAGATGGCAGTGAGATTTGGATCAACGCATCTTACAACCCGGTATACGATGAAAACGGTAAGGTCATTCGCGTTGTTAAATTTGCCACAGACATCACTGACGAGAAAATTAAAAACGCTTATTACGGTGGTCAGATTGAAGCGTTAAACCGCGCTCAGGCGGTCATCGAATTCAATCTGGACGGTACGATTATTAACGCCAATGAGAACTTTCTGGGCGCCATGGGTTATACCCTCGATGAGATTCAGGGCAAACATCACAGCATGTTTGTGGAAGCGGATTATAAGAAAAGTCCGGAATACCGATCCTTCTGGGAACAACTGGGTAAAGGCATTTACTTCGCTGACGAGTTCAAGCGTATTAACAAGGCCGGAGAAGATGTGTGGATCCAGGCCTCTTACAACCCGATTTTCGACCAGAATGGTAAACCCTATCGCGTAGTAAAATATGCCGTGGACATTACAGCACGTGTAGAAGCTGTGCAGGCCATTCGTGCCACCATGCAACGGCTTGTTGTTGGTGATTTAGACACCGACCCATTACACCTCGACGGTGACTTTGCAGAACTGGGTAACTCAATTAACCAGTTCGTTCAGGATAACAAACGTATTATCGGTACTATCAGCGATGTTATGTCTTCAATGTCGGCCGGTGATTTAACAAACCGGGTCGATGATGACTTCCAGGGCGAATTCCAGGTGCTGGCCAATGCCATCAACTCATTTGCGGAAGAAATCTCAGGGACTATCCGCTCCATTAACGAGGCGGTAGACACCATTAATACGGCGTCGTCGGAAATTGCCACAGGTAACGCCGACTTATCCAGCCGGACTGAACAGCAGGCGTCCAGTCTGGAAGAAACGGCTTCCGCGATGGAAGAACTCACCGGCACCGTGCGGTTGAATGCTGAGAACGCAGAGCAGGCAAACATGCTGGCTTCGCAGGCTTCAAAAGTTGCTAATGAGGGCGGGGACCTTATTCGTCAGGTGGTAGATACCATGGGCGACATTAATGCATCTGCGCAGGAAATCTCAGACATCATCGGCGTAATTGACGGCATTGCCTTCCAGACTAACATTCTTGCATTAAACGCGGCTGTAGAGGCAGCAAGAGCCGGTGAGCAGGGCCGTGGTTTTGCCGTGGTAGCATCGGAAGTGCGTACGCTGGCACAACGTTCGGCAGAAGCCGCGAAAGAAATTAAAGAGTTAATTTCTGATTCTGTGGGCAAAATCAACGGTGGTAATCAGCTGGTCAATAAGTCCGGTGAAACCATGTCGGAAGTGGTTAATGCGATTCAGCGCGTGAACGACATAATGTCTGAAATCTCGGCAGCGTCTTCTGAGCAGGCTACCAGCATTGAAGAAGTGGGCAAAGCCGTGAACAGCATGGATGAGATGACGCAGCAAAACGCGGCACTGGTTGAAGAAGCTGCCGCAGCGGCTGACAGCCTGCAACAACAAGCGATTGGCCTGACAGAACGGGTTGCGATGTTCAAACTGGATGGCGGCAGTTTGCTTGCGCCACCGCCAGCCAAGAGAATGAATGGCACTGCAAAGCCGGCAGCTCGTATGACGGCAGTCAGTTCGCCCAAAGCGCTGAAGCCAAGCTCGCCAAGCGAAAGTGAGTGGGAGACGTTCTAA	MGVFKWLSGEDNAVVGSLESIQALEASSANLLILDNQLNVVVANKAAKSLVSQLESDIRAKNGGFSAMALIGSNISALGVTAAAIQQAAMQAQPGGEASIQLKDRIVKLNVSALKNVRGETTAYSVELIDNQDALLTNAITDALNRVQAVIQFYPDGTIITANENFCGAVGYDLEEIQGQHHRMFCKGDYASTQEYKDFWRNLARGQVSAGEFCRIRKDGSEIWINASYNPVYDENGKVIRVVKFATDITDEKIKNAYYGGQIEALNRAQAVIEFNLDGTIINANENFLGAMGYTLDEIQGKHHSMFVEADYKKSPEYRSFWEQLGKGIYFADEFKRINKAGEDVWIQASYNPIFDQNGKPYRVVKYAVDITARVEAVQAIRATMQRLVVGDLDTDPLHLDGDFAELGNSINQFVQDNKRIIGTISDVMSSMSAGDLTNRVDDDFQGEFQVLANAINSFAEEISGTIRSINEAVDTINTASSEIATGNADLSSRTEQQASSLEETASAMEELTGTVRLNAENAEQANMLASQASKVANEGGDLIRQVVDTMGDINASAQEISDIIGVIDGIAFQTNILALNAAVEAARAGEQGRGFAVVASEVRTLAQRSAEAAKEIKELISDSVGKINGGNQLVNKSGETMSEVVNAIQRVNDIMSEISAASSEQATSIEEVGKAVNSMDEMTQQNAALVEEAAAAADSLQQQAIGLTERVAMFKLDGGSLLAPPPAKRMNGTAKPAARMTAVSSPKALKPSSPSESEWETF	PGPT0015710_1785	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
AK237_02026	504	cheW_3	COG0835	Chemotaxis protein CheW	ATGAGTGAAGCCGCCGTACAACAATCAATCATGGCTGGTGATGATCGTGAATTTCTAAGCTTTGTATTGGGCGAAGAACATTACGCGCTGGACATTACCACGGTAAAGGAAATCAGAGGGTATGAGCAGGTCACAAAGATTGCCAACGCACCCGATTTCATAAAAGGGGTCATGAACCTGCGGGGCGATATTGTGCCGGTGGTGGATTTACGCATCAAATTTAATGTCGGTGAGGCGACTTACAACGAGTTTACCATCGTCATTATGCTGAACGTAGACGAGCGGATTGTGGGCATTGTGGTCGATGGCGTGTCTGATGTGATCCGGTTAACTGAAGAAGAGATGTTGCCACCTCCGGAGTTTGGCGTGGCATTTGATAGTCGTTATTTACATGGCTTGGCGGATGTGGACGAAACCATGGTCATTCTGGTCAATATTGAAAGTTTAATTAACAGCAATGAACTTGGGCTGGTGGAAGTCAGTCAGGCGAGTGTAGGAGAGTAA	MSEAAVQQSIMAGDDREFLSFVLGEEHYALDITTVKEIRGYEQVTKIANAPDFIKGVMNLRGDIVPVVDLRIKFNVGEATYNEFTIVIMLNVDERIVGIVVDGVSDVIRLTEEEMLPPPEFGVAFDSRYLHGLADVDETMVILVNIESLINSNELGLVEVSQASVGE	PGPT0015680_2249	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-MOTILITY|CHEMOTAXIS	CHEMOTAXIS_PROTEINS	CHEMOTAXIS_TWO_COMPONENT_SYSTEM_PROTEINS,PGPT0015680-cheW-K03408	NA	NA
AK237_02027	1830	cheA_2	COG0643	Chemotaxis protein CheA	ATGTCCATAGATGTTGGTCAGTTCCATACCGTGTTTTTTGACGAAAGTGACGAACACTTGCAGGAAATGGAACGCATTTTACTTGCGATTGATGTTTCCGCTCCGGACGACGAAGAGCTAAACAGTATTTTCCGTGCCGCCCATTCAATTAAAGGCGGCAGCGGTATTTTTGGTTTCGACGCACTTACCCGTCTTACCCATGTCATGGAAAACCTGCTCGATCAGGCCCGCAAACACCTCATGCCACTGACCACGGAATCTGTGGACTTACTGCTTTCCTCTACAGATGTGCTCAAGGAAACCCTCGAAGCTTACAAGGCAGGCTCTGATACGCCCGACGATAATATCGCTGCCCGAATTGGTGAACTGGAAACCGTCCTTGGGGGTGGTAACAAGGGGGATAATGACGGGCAGGCCAGTCAGCCGGCGGCGTCGTCTGAATCCGGTGATGACGGTGAAGGATTCGATTTCGGCTTCTTTGATGATGAAGATGAATTACCTGCTGTTGCAGAAAGCGCAAGTGAAACCCCATCCGCTAATGCGACAGATGGTACGGCGGATGCCAAAGCCGTTGATCAGCCAGAACCCGCTCCTTCGACCGTTGCAGTAAAACCAAAAGTACCGGCGAAAGCCTCACCGGCCAAAGAAAATGCCTCTATCCGCGTTGATACTACCAAAATTGACGGGCTGGTGAATCTGGTGGGAGAGCTTGTGATCACCCAGTCGATGCTCTCGATGGTGGGCAGTGAAGTAGACGGACAGGCAAGTGACCGCCTGCAACATGCAATCACCGAGTTACAACGTAATACACGGGAAATTCAGGAATCGGTGATGTCCATGCGGATGTTGCCTATCAACATGACCTTCAGCCGCTTCCCCCGGGTTGTTCGTGACTTGTCTAAAAAGTTAGGTAAGCAGGTCAATCTGGTGATGGAAGGCGAGCACACCGAAATTGACAAGAGTTTGATTGAAAAGCTGGTGGATCCGCTCACTCACCTGGTGCGCAACAGTATTGATCACGGTGTGGAATCCCCTGAAGTCCGCAAGGCTGCGGGGAAACCGGAGGCGGGTACGGTGACACTGAGTGCGGAGCAAAAAGGCGGCAATATTGTTATCGGTATTACTGATGACGGTGCCGGCCTTAACCGCGAGCGTATTTTAGATAAAGCGCGTCAAAATGGTCTGACCTTTACCGACGACATGCCAGACAGTGACGTGTGGAATCTGATTTTCGAAGCCGGTTTTTCCACTGCCGCCGAAGTGACCGATGTCAGTGGCCGGGGAGTCGGTATGGACGTGGTCAGACGAAATATTGAGTCGATTGGTGGAAGAATTGAGATAGTTTCAAAAACTGGAGAAGGATCAGGGTTTTACATCCAGTTACCCCTTACTTTAGCCATTCTTGATGGCATGTGTGTGAAAGTTGGAAGTCGCATTTTTGTGATTCCTCTACTAAATATAATTGAGTCATTCCAACCAAAACCTAACGAACTGAAAAATATCCGGAATGAAAAACTGCTGTGGATCAGAGAACAGTACTGGCCAATGGTGGCTCTGCATCAAATGATGGATATCGATGATGCCGTCACGTCGGCTACCCAAGGCATTGTTGTACTGGTGGAAAGTAGCAAAAAACGCTACGGCATTCAGGTTGACTCCATTTTAGGTCAGCAGCAGGTGGTAATTAAAAGTCTGGAACGCCATTACCGGAAAATTCCCGGGCTGGCCGGAGCAACCATTATGGGCGACGGAACCGTTGCCATGATTTTGGACGCAGACGCAGTGTCTGAACATTGTCAACTGCCCGCAGAAGAGGAGCTATGTGTATGA	MSIDVGQFHTVFFDESDEHLQEMERILLAIDVSAPDDEELNSIFRAAHSIKGGSGIFGFDALTRLTHVMENLLDQARKHLMPLTTESVDLLLSSTDVLKETLEAYKAGSDTPDDNIAARIGELETVLGGGNKGDNDGQASQPAASSESGDDGEGFDFGFFDDEDELPAVAESASETPSANATDGTADAKAVDQPEPAPSTVAVKPKVPAKASPAKENASIRVDTTKIDGLVNLVGELVITQSMLSMVGSEVDGQASDRLQHAITELQRNTREIQESVMSMRMLPINMTFSRFPRVVRDLSKKLGKQVNLVMEGEHTEIDKSLIEKLVDPLTHLVRNSIDHGVESPEVRKAAGKPEAGTVTLSAEQKGGNIVIGITDDGAGLNRERILDKARQNGLTFTDDMPDSDVWNLIFEAGFSTAAEVTDVSGRGVGMDVVRRNIESIGGRIEIVSKTGEGSGFYIQLPLTLAILDGMCVKVGSRIFVIPLLNIIESFQPKPNELKNIRNEKLLWIREQYWPMVALHQMMDIDDAVTSATQGIVVLVESSKKRYGIQVDSILGQQQVVIKSLERHYRKIPGLAGATIMGDGTVAMILDADAVSEHCQLPAEEELCV	PGPT0015645_4390	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-MOTILITY|CHEMOTAXIS	CHEMOTAXIS_PROTEINS	CHEMOTAXIS_TWO_COMPONENT_SYSTEM_PROTEINS,PGPT0015645-cheA|wspE-K03407	NA	NA
AK237_02028	366	cheY_6	COG0784	Chemotaxis protein CheY	GTGAGTACACGAGTTTTAGTTGTAGACGATTCCGTTTCGATCAGACAGATGGTTGAGATGACGTTACGTGCGGCTAACTTTGAAGTGACATTAGCGGAAGACGGACAACATGCGTTAGATGTATGTGCCGGTTCAGCGTTCGATGTCGTGCTTACCGACCAGAACATGCCTCGCATGGATGGTCTGACACTGGTTAAAGCACTAAGAAGTAAACCTGCTTTTCAACGCGTACCTATTGTTATGTTAACCACTGAAGCGGGTGACGACATGAAAGCTAAAGGGCGCGCAGCCGGTGCCACCGGCTGGATGGTGAAGCCTTTTGACCCCAATAAACTCGTTACTGTAATCAACAAGTTGGCAAGTTAA	MSTRVLVVDDSVSIRQMVEMTLRAANFEVTLAEDGQHALDVCAGSAFDVVLTDQNMPRMDGLTLVKALRSKPAFQRVPIVMLTTEAGDDMKAKGRAAGATGWMVKPFDPNKLVTVINKLAS	PGPT0015690_4317	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-MOTILITY|CHEMOTAXIS	CHEMOTAXIS_PROTEINS	CHEMOTAXIS_TWO_COMPONENT_SYSTEM_PROTEINS,PGPT0015690-cheY|yneI-K03413	NA	NA
AK237_02029	1323	fucP_5	COG0738	L-fucose-proton symporter	ATGAGTGAACAACACACTGTTTTAGCGGAAACGGGAATAAGCCGTTTCGTGCCCATTCTTAGTATTGGCCTATTGTTTTTTATCTTTGGGTTTATCACCTGGCTCAATGGCGCGCTAATCCCATTTTTGCAAATTGTATGTGATCTTACGGAAGTACAAGCGCTGCTTATTACGTTTTGTTTTTACATTGCCTACGTGGTGATGGCGTTGCCCATGGCAAAGATCCTGGAAAAAACCGGTTATCAAAAAGGCATGAGTTTAGGGCTTGTCATCATTGCTGTGGGATGTTTACTCTTTGTACCCGCCGCGAAGACTGCCTGGTTCCCTGTCTTTTTACTTGCGCAATTTGTTGTGGGTAGTGGCTTGACCATACTACAAACTGCGTCAAACCCTTTCATTGTGCGCTTAGGTGATGAAGACAGTGCCGCAGCCCGGATTGCCTTTATGGGTTTACTGAATAAGGCCGCCGGAGTGCTGGCGCCACTGCTTTTTACCACCCTGGTATTAAGCGGCTTGCCTCACACCAGTCAAGAAGCGGTGGCGCAAATGACACCGGCCGAACAACAGATACTCATTAACGATATGGCGTCCTCGCTCTTACTGCCTTACATTGCGATGGCGGTTGTATTGACGATACTTGCCTTAGCCTTTGCTAAAATAAACTTACCTGCCATTTCAGATGAGCAGGAGGCGTCGCAAAAGCACGTTGATGATGCAAAAAGTGTTTTGCAGTTTCCCCACCTTGTACTTGGCGCTATAGGGTTATTCTTTTACGTTGGTGTCGAGGTTATCGCTGGCGATACAATAGGACTATTTGGGTCATCGTTAGGCGTTGAAAACGCAACGGCTCTTACTTCGTATACGATGGTAGCCATGGTACTTGGGTATCTTATCGGTTTGTTTTGTATTCCCCGCTTCCTGTCTCAGCAGACTGCGTTGTTAGCGTCAGCTATTGCAGGTGTCGGGTTGTCGGTGAGTATTCTTTTAGCGTCGAACAGCGACACAACCCTATCCGCATCGCTTTGGGGCTGGGCTGGCATTCAGACGTTGCCCAATAGTGTTACGTTGGTTGCGCTGCTTGGATTTGCTAATGCCCTCGTATGGCCTGCTATCTGGCCGCTGGCATTAAATAATCTCGGGAAATATACCGCACAGGGCTCAGCGTTACTGATCATGGGGATTGCTGGTGGCGCGATATTGCCTATGATTTACGGCGGGTTAAGTACCTCTTTTGACGGACAACTTGCTTATGCCATTATGATTCCATGTTATTGCTATATTGGCTATTACGCATTACTTGGCTGTAACAAGCGTACCTGGTAA	MSEQHTVLAETGISRFVPILSIGLLFFIFGFITWLNGALIPFLQIVCDLTEVQALLITFCFYIAYVVMALPMAKILEKTGYQKGMSLGLVIIAVGCLLFVPAAKTAWFPVFLLAQFVVGSGLTILQTASNPFIVRLGDEDSAAARIAFMGLLNKAAGVLAPLLFTTLVLSGLPHTSQEAVAQMTPAEQQILINDMASSLLLPYIAMAVVLTILALAFAKINLPAISDEQEASQKHVDDAKSVLQFPHLVLGAIGLFFYVGVEVIAGDTIGLFGSSLGVENATALTSYTMVAMVLGYLIGLFCIPRFLSQQTALLASAIAGVGLSVSILLASNSDTTLSASLWGWAGIQTLPNSVTLVALLGFANALVWPAIWPLALNNLGKYTAQGSALLIMGIAGGAILPMIYGGLSTSFDGQLAYAIMIPCYCYIGYYALLGCNKRTW	PGPT0016725_447	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_FUCOSE_TRANSPORRT,PGPT0016725-fucP|MFS_transporter|FHS_family|L_fucose_permease-K02429	NA	NA
AK237_02030	1134	agaAII_1	COG1820	N-acetylgalactosamine-6-phosphate deacetylase	ATGAACACGCAGTTTTTAGCACAAAGAATTCTGGTAAACGGCGCATGGTTAAGCAATCAGCTCGTTACCATCGACAGCGGGATTATTACAGCTGTGCAGCCGTCTACGCCGGGTGATAATACAGTAACGTCATTAACCGGAACGGTGATCCCGGGTTACGTTGATACGCAGGTAAATGGCGGCGGTGGCGTTATGTTCAACTTTGCGCCTACCGTTGAAAGCTTATCCACCATGGCTGATGCCCATCGGCAATTTGGCACGACATCTCTGCTGCCCACGCTCATTACCGATAATCTTGAAACCATTAAGCACGCCGCAGAGGCTATCAGCACTGTCATTGCAAACGGACACGATAATGTTGTGGGAGTGCACTTTGAAGGCCCGCATTTGTCGGTAGCAAAAAAGGGGATCCATCTGGCAAGCCACATTCGTCCATTGGGGGACGAAGAGTTTGCCGTTTATACCCGCAAAGACCTCGGCCAGGTTGTCGTCACGGTTGCTCCAGAAAATGTATCGGTTGATACCATTCGTGCGTTAGTGGCAGAGGGCGTTATCGTGGCGCTTGGCCACTCTAATGCTTCCGCTGAAATTGTCGCCGACGCCCTTACTGCAGGGGCAACAGGTTTTACTCACCTGTACAATGCCATGTCGCCGCTCACATCAAGGGCGCCGGGTATGGTGGGAGAAGCCTTGTTGTCCGATGCCTATTGCGGCCTCATCGTCGACCATCAGCATTTACACCCCCATAGCGCCGCCATAGCTATTAAAACGAAAGGTGCGCAACGTATTATGTTAGTGACCGATGCCATGGCGCATGTGGGGGCTGCCAACAACGCTATCGATTTTTTTGATACCACGATCACACGACATGGAGACAAGCTGACCACGCCGGATGGCACAATTGCAGGCAGTTGCCTGGACATGCACCGTGCGGTGACAAATTGCGTTAACGATCTCAACATACCGTTGGAAAAAGCCAGTGAAATGGCAAGTTTGACCCCGGCGTCATTTCTCGGTCTTCAGGATCGCATCGGCACGTTAAAAGTCGGTGCACAAGCAAATTTCCTGGTTCTCGATGATAACTACCATCTTCAGCAGGTCTGGCAAAAAGGGCGGTGCGTTTTCGGGGACTAA	MNTQFLAQRILVNGAWLSNQLVTIDSGIITAVQPSTPGDNTVTSLTGTVIPGYVDTQVNGGGGVMFNFAPTVESLSTMADAHRQFGTTSLLPTLITDNLETIKHAAEAISTVIANGHDNVVGVHFEGPHLSVAKKGIHLASHIRPLGDEEFAVYTRKDLGQVVVTVAPENVSVDTIRALVAEGVIVALGHSNASAEIVADALTAGATGFTHLYNAMSPLTSRAPGMVGEALLSDAYCGLIVDHQHLHPHSAAIAIKTKGAQRIMLVTDAMAHVGAANNAIDFFDTTITRHGDKLTTPDGTIAGSCLDMHRAVTNCVNDLNIPLEKASEMASLTPASFLGLQDRIGTLKVGAQANFLVLDDNYHLQQVWQKGRCVFGD	PGPT0018860_1962	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
AK237_02031	999	glmS_1		Glutamine--fructose-6-phosphate aminotransferase [isomerizing]	ATGAATCAGTCAATCATGGCTATGGAAGCCAGACAAGTTCCGCAGGTCATTCAGGCCCAGCTTCACAATAATGCGTCAGCCGTTGAGGCATTGGTGGGTAAGCTAAAATCACTCAATCCCCGGCTTATTTATATGATTGGTCGCGGGTCTTCTGACCATGCCGGCGTTTATGCAAAATACTTATTTGAAGTGGAAATGGCGATCCCGGTATGCAGTGCTGCGTTATCGATAGCGGGTGTGTATGGACAGTCTTTGCAATTAGATGGGGCGGTTGCCTTTGTCATTTCCCAATCTGGACGCAGCCCGGATATTCTTCGTCAGGCGGAGTCTGCAAAGAAGGGCGGCGCTTACACCGTTGCGTTTGTTAACGATGAAACATCACCCCTGGCCACGTTGGCGGATGCTGTTATTCCTATTTCAGCGGGGGAAGAAAAAGCGGTAGCGGCAACAAAAAGCTATTTGGCCACGTTATCTGCACTGGCACATGTTTGCGCAGTATGGAAACAAGACGATACCCTGTTAAACGGACTGAATTGTTTGCCCGATGCATTAAGCGCGATTATTTCCCAGCCCGCACAGCTTGAAAGCGCGTTTATAGAGAACACACGAAATGCTATTGTGCTGGGACGAGGTTTTGGATACGCCATTGGCCGCGAAATCGCATTGAAATTAAAAGAGGTACTTGGCGTACATGCCGAAGCGTTTAGTAGTGCAGAGTTTATTCACGGCCCCGTCACACTGGTAGAGCGCAAGCTAAAAATTCTTGCGCTGGAAATTGATGACGAAAGCGCTTCTTTTCATCACGATATTATCCTGGATGTTACGCGACGCGGCGCAGAATGTTTGACGCTGCGAAGTACCGAACACTCTGTTCATAAGCGCCTGCAACCCCTGCTGGTTATGTTACGTTTTTATCTTGATGTGGAAGCGGTTGCTGTAGCGATGGGTCTGGATCCTGACACGCCCCCTGGTTTAAATAAGGTTACAAAAACACAATGA	MNQSIMAMEARQVPQVIQAQLHNNASAVEALVGKLKSLNPRLIYMIGRGSSDHAGVYAKYLFEVEMAIPVCSAALSIAGVYGQSLQLDGAVAFVISQSGRSPDILRQAESAKKGGAYTVAFVNDETSPLATLADAVIPISAGEEKAVAATKSYLATLSALAHVCAVWKQDDTLLNGLNCLPDALSAIISQPAQLESAFIENTRNAIVLGRGFGYAIGREIALKLKEVLGVHAEAFSSAEFIHGPVTLVERKLKILALEIDDESASFHHDIILDVTRRGAECLTLRSTEHSVHKRLQPLLVMLRFYLDVEAVAVAMGLDPDTPPGLNKVTKTQ	PGPT0017630_7316	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	ROOT_COLONIZATION	ROOT_COLONIZATION_BY_NODULATION	ROOT_NODULATION_METABOLISM,PGPT0017630-glmS|nodM-K00820	NA	NA
AK237_02032	891	gspK_2	COG2971	Glucosamine kinase GspK	ATGAGAAGTAAATTATTTTTTGTTGGCATAGATGGTGGCGGAACAAAATGCCGGGCCCGGTTAGAAGATGCTGACGGTACCTTGCTGGGCGAGGGCGTTAGCGGCCCGGCGAACATTATGCGAAATTGCGATATTGCCATTCAGTCTATCGAAACGGCGGTGGAGCATGCTATTGCACAGTCTGGAATAGCGATTCAAAAAGCACAGTGCGTGATAGGCGCCGGGCTTGCCGGAGCAAATGTCCCGCTGGCTGCAAAGGCGTTTTCAGCCTGGCAACACCCTTTTAATCAGGTGTTTCTGCTTAGTGATCTCCACGCTGCTTGTCTGGGGGCGCACGAAGGGCAAAGCGGCGCTGCGATAATTATCGGCACCGGCTCGTCGGGGACGTGTTGGCATCAGGGGCAATTTACTGATGTCGGAGGGCACGGATTTCCAATTGGCGACATTGCCAGCGGTGCGTGGTTAGGGCTAAAAGCGGTGCAGCATACTTTACTTGTAATGGATAAATTGTTGCCCGCTGACGCACTCAGTCAGGCGATATGTGAGGCATTACAAGTGTCTTCAACCGAAGGTGTAGTGACCGCGTGTGCACAGTTCAATACAAACCATTATGCGACGTTGGTGGAAGTAATGGTGCCTTTACGAGAGCAGGGCGATGTGAAAACGGTTCAGCTATTCCACGAAGGCGCGACGTATATTGGTGCCATGGCAGAGCGCTTAACCAGCGGTAACGCACTGCCTCTGGCTTTCATCGGCGGATTAAGCGCCATCTACGCGACCGAATTATCGTGCGATGCCTCTGCGCGGGTGGTGCCTTGCGTAGAGTCGCCACAGCAAGGCGCTTTGCGCTTTGCAAAACGAGAACTCTCTTTAGTTACAGGTGTAAAATGA	MRSKLFFVGIDGGGTKCRARLEDADGTLLGEGVSGPANIMRNCDIAIQSIETAVEHAIAQSGIAIQKAQCVIGAGLAGANVPLAAKAFSAWQHPFNQVFLLSDLHAACLGAHEGQSGAAIIIGTGSSGTCWHQGQFTDVGGHGFPIGDIASGAWLGLKAVQHTLLVMDKLLPADALSQAICEALQVSSTEGVVTACAQFNTNHYATLVEVMVPLREQGDVKTVQLFHEGATYIGAMAERLTSGNALPLAFIGGLSAIYATELSCDASARVVPCVESPQQGALRFAKRELSLVTGVK	PGPT0018875_408	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO|NUCLEOTIDE_SUGAR_UTILIZATION	PLANT_DERIVED_GLUCOSAMINE|GLUCOSAMINATE_DEGRADATION,PGPT0018875-gspK-K18676	NA	NA
AK237_02033	2517	chb	COG3525	N,N'-diacetylchitobiase	GTGAAACGTGTACTGGGTTTGTCGATTCTTATGCTATGCGGCTGTGTTTCTGGTGATAACAACCCTCAAACATTCGACCAGACTGCATTAGCGCAGTTGGGAAATACTTTAGAATTACGCTATCGCATTGTTAGCAACATTGATGACTCAAGCTGTAAAAAGCATATTCCTGACGGTGAATGCTTCACCGCTTCGTTAACGATAACGTCAACCCAAGGCGATGTTCCCGCTAATACAGCGTTGTTTTTTAGTCATATTTCCCCGGTGCGGGGCTACGAGTCTGAATTTCCACTCGCCGTTACCCACGTAAACGGTGATTTGCACAAAGTTACCTTTAATGATGTTTTGCCGGAGGGGAGAACGCTGGCAGTACAATTGTCTGCCCCTTTTTGGCATGCCGCACGTTCAGATGCCATGCCAAATTATTATCTGACCTACGATAACTTAACCCCTGTTACGGTGCGCTCTACCACCAGAGTAAAAGAGCCGGGAACGAATTTGCTGGTCAATCAGCACGCGTTTGATTGGGATACCTCACAGCAGACCCGGCGTTACAGCGACGATAATTTACCACTGATGGATGCACGTTATCTGTTCGAGGCTAATCAGCAAGTGCAGCCTGACATGCCAAAGGCAAAGCGGGTCATTCCCAAACTTGCCAGCCGGAAAGATAGCGGTAAACAGGTATCCATAACGGGTCTTTCTTTCGATGAGTACGCTGCGAGCATGTTGGCGCCAGCACGCGAAAAAATGATGCTTTTCAGCTTACAAGAGGCGGTCGATGGATTCGTTGTGCGTGTCGACATAAAGCCTGAACAGTTTGTCAGTTCGGAAGGGTATGCATTTTCAATAAATCGCAAGGGCATTGCCATTACAGCTGCCTCTCGTGTGGCGGCTAATTACGGGTTGTTATCGTTAATGCAGTTGTGGGATGCCAAAGCGAAAACCCTGCCAGAAACCGCCGTACAGGATGCTCCTCGCTTTGGGTTTCGCGGCTTGCACGTAGATGTTGCCCGGCACTTTCATGGTAAAACAGAGATTGAGGCGCTACTCAAGCAGATGTTTATGTACAAGCTGAATAAATTGCATTTGCACCTGAGCGATGACGAGGGATGGCGTTTAGAAATTGACGGATTGCCTGAATTAACAGAAGTGGGGTCAAAGCGCTGTCATGACGTAGAGGAAATACGTTGTTTATTGCCTCAATTAGGAAGTGGGCCTGATAGCAGTCTTCCTGGTAACGGCTATTTCACCGCCGCAGATTATGTTGAGCTGGTCAGGCTGGCGCATAGTTATGGTATAGAAATCATCCCATCTTTTGATATGCCCGGCCACGCTCGCGCGGCAATTAAAGCAATGGAAGTTCGCTATAAACACGCGATGGCCGAGAATGACGCAGATAAGGCGACACGTTACTTACTTACCGATTTTAACGATACGACGGTCTACAGTAGCGTGCAGTTTTACAACGATAACGCCGTAAATCCATGCTTGGACAGTACCTATACCTTTATTGAAAAAGTCATGACATCAGTAAAAGCGTTACACGCTGAAGCCGGTGTTCCACTGGTGCATTTTCATATTGGTGCAGATGAAATTGCCGGTGCCTGGAAAGCGTCTCCGGTTTGTCAGCAAAAAGGTCTCGAGACCGACAGTTTATTACCGCTATTTATTAGCCGGGTACAAGCGCTGGCCGACAAATACGAATTGTCTTTGGGAGGATGGAGCGATGGTATCGAGAAGGCAACGACATCGTTAAACCATGACACGGTCTATACCAATGTGTGGGACACGCTTTTCTGGCAGGCAAGCAGTAAGGTCGCGCATTTACAGGCATTAAATATTCCTGTGGTACTGTCGTTTCCAGACGTGCTGTATTTCGACTTTCCCTACGTAAACCACCCTTTAGAGCCCGGTTATTACTGGGGGTCTAAGGCAACGGATACCTTCAAGGTTTTTTCCTTCATGCCGCAGCACCTGTCTTTGCACAGCCAAGTGTGGAAAGACCGAATGGGGAATACTTATCAGGATGATGCTGCCGATGAGGCTCATCCACTCTTAGGTATTCAGGCGCAATTGTGGAGTGAGGTGACGATAGATCAAGCCGGGCTGGAATATATGCTATTCCCGCGCTTGCTGGCCTTTGCTGAGCGGGCCTGGCATGAGGCCAGTTGGCAACACAACGCAAGTACCGGCATTAAAGATGGTTCGCTGGTGCAGCAGCGCGACGCAGATTGGCAGATATTTAATCATACCTTGCTATCGACACATCTGCCCTTGCTGGCAAAGCAAAATATTAACGTTCGCGTCCCTCCACCCGGTGCCAAGCGAGAAAATGGAAAGCTGTTTATGAACAGCCAGTCTTCGATATTAATTAACGAGTTTAGTAAAGATGGCGAGACCTGGCAGCCATATAAACACCCCATTTCAATTGAAGGACGGGTATGGGTGAGGTCAAGGATTGCAGGCACAGACAGGACTAGTCGGTTTGATAGTGTTAAAGCGTCTGCGCAGTAG	MKRVLGLSILMLCGCVSGDNNPQTFDQTALAQLGNTLELRYRIVSNIDDSSCKKHIPDGECFTASLTITSTQGDVPANTALFFSHISPVRGYESEFPLAVTHVNGDLHKVTFNDVLPEGRTLAVQLSAPFWHAARSDAMPNYYLTYDNLTPVTVRSTTRVKEPGTNLLVNQHAFDWDTSQQTRRYSDDNLPLMDARYLFEANQQVQPDMPKAKRVIPKLASRKDSGKQVSITGLSFDEYAASMLAPAREKMMLFSLQEAVDGFVVRVDIKPEQFVSSEGYAFSINRKGIAITAASRVAANYGLLSLMQLWDAKAKTLPETAVQDAPRFGFRGLHVDVARHFHGKTEIEALLKQMFMYKLNKLHLHLSDDEGWRLEIDGLPELTEVGSKRCHDVEEIRCLLPQLGSGPDSSLPGNGYFTAADYVELVRLAHSYGIEIIPSFDMPGHARAAIKAMEVRYKHAMAENDADKATRYLLTDFNDTTVYSSVQFYNDNAVNPCLDSTYTFIEKVMTSVKALHAEAGVPLVHFHIGADEIAGAWKASPVCQQKGLETDSLLPLFISRVQALADKYELSLGGWSDGIEKATTSLNHDTVYTNVWDTLFWQASSKVAHLQALNIPVVLSFPDVLYFDFPYVNHPLEPGYYWGSKATDTFKVFSFMPQHLSLHSQVWKDRMGNTYQDDAADEAHPLLGIQAQLWSEVTIDQAGLEYMLFPRLLAFAERAWHEASWQHNASTGIKDGSLVQQRDADWQIFNHTLLSTHLPLLAKQNINVRVPPPGAKRENGKLFMNSQSSILINEFSKDGETWQPYKHPISIEGRVWVRSRIAGTDRTSRFDSVKASAQ	PGPT0012150_536	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES	CE-EPS-GALACTOSAMINIDASE,PGPT0012150-HEXA_B_like|exo|chb-K12373	NA	NA
AK237_02034	2742	btuB_15		Vitamin B12 transporter BtuB	ATGCATAAAAATAATCAGAGTAAGTTAGCAACAAGTGTACGTCTCGCATTGATGGTAAGCGCATTAGGGGCCGTATCGGCGCCAGCAGCTTTCGCGCAAGATCAAGCAGGTGAAACCCAGGCTGGTGACACTGAGGTCATTCAGGTAACGGGGATCCGTGGCAGTCAGAAGGCAAACATCAATGCCAAGCGTTTCTCGAATGCCATTGTCGATGCTATTACGGCAGAAGATATTGGCAAGTTTCCGGATAAAAACGTTGCTGAGTCGTTATCCCGGGTTCCCGGCATCACTATCGACCGTGATTTTGGTGAAGGCCAGGGGGTCACCATTCGTGGTGTACAACCAGATCAGAACCTGACGCTGGTAAACGGTCAGGCCGTGGGGACCGGGCAATGGTTTGTGCTGTCAAATGCCACACGTAACTTTAACTTTGAAATACTGGCGTCAGAAATGGTGGCCGGATTAGAAGTGTACAAGTCTTCCCAGGCAGATATCGACGAAGGGGCGCTGGGTGGTACAGTAATTTTAAGAACCCGTAAACCGTTGGATATGGATGCTAATACCGGTCAGGTCTCTGTTGAAGCGCAATACAATGATATTGCCGAAGAGGTTGATCCCTCTGTATCGGGCTTATACACCTGGAAAAATGATGACGAAACGTTTGGTGTGTTAGTGTCGGGCTCCTTCCAGGAGCGCACCGTCGAGCGTGAAACGAACGAAGACTTTGGTTGGTTTGGTCCGAGTATTCCTCGCATCGATCCATCCCTTGAAGCGCCTGCCGGTGCAGAAGAAAAAGGTGCAATTCCATGGGGAATGGGGTCTGCGCTGTTTAAGCAAAATCGTGAACGCGTTGGTTTTGATATCACCGCACAATGGGCGCCGACAGACGATTTCGATGTGGCAGTGCACTACCTGTCTTCAACAATGAAGGCTGATAACGTTAACTCAAACCTTATTGGTATTCCTTTCCGCGGTGTGGCTTACCTGGGAACAGACACTAATCCGGGTACAGTAAATGACGGCGTGGTGGAGTCACTCAATGTAGAAGGTGTGCCTCAGCGCCCTGCGTGGGCCCGTACACTGGCTTACGATAATATTTTCCGTGATGGTTCCGAGATGTCTACGGAAATAATCGATATTGAAGGTAACTACATCATGGGAGATGGCAAGTTACACTTCCAGTTGGGGGTGACCACAGGTGAAGGTGAAAACCGTGACTTCTTTACCGAATTTTGGGCGGATGCCAATGATCCCCGCGCAGCCTATGAGTTCTACAATCCAGGTGGCGATGCGCCTTACATTGACTTCACTACATCTAGTCCATGGTTAGCGAACCCTTCTGATGAGCTCTGGCTAGGTGGCATTTTTGACCAGGAAAATACAACGAAAGACGAAGAAAATTATGCGCAGTTAGATTACGAATACAGTGTTGACTGGGGTGTCGTCAGCGAGATTAAAACCGGTGTTAAGCGCCGCGACAGAAGCTTCTCGCAATCCCGTTACAGAACCGACCTCGTTAATCTGCAACCCACAGGAGAGGGAAGTTTAGGCCCGGCTTCTTCGTTCTGGTCAGGCGAGATGGTAAATGTGTCTCACTCTGACACCAATGGCGTAGCGGCAAGCTACTTCATGCCAGATAAAAACCTCATGTACGATGCCTTATACGCTGTAGCAGAATGTACTGATGGACAAACGACGCTGTGCCGTACCACTGATCAGTTCTTGCCAGAATCATCATTTGACATCGATGAGGATATTACTGCGCTTTATGCCATGGCAATTTTTGGTGGGGATGGGTTCAGGGGTAATGTGGGTCTGCGTTACGTGGAAACAGACTCAACCTCTAATGGCTATGATCTGAATAGCGGTGAAGCGGTTTCCTTCGATGGCGGATATAACGAGTGGTTGCCAAGTATTAACTTGTCGTACGACTTGTCGCAAGAGGTAGTGTTGCGTATGGCCGCTTCACGGGTGCTCACCCGCCCGGCACCGTTTCAATTGGCCCCCGCTGTTAACCTGACGCCAGAGACAAGCTCTGGTTCTGCCGGTAATCCACAATTAAATCCGTTAACGGCGAATCAGTTTGAAGTCGGTGCCGAGTGGTATTTCGACGATGCCTCAATGGCAGCCATTACCGTCTTTAAGAAAGATATTAACGACTTTATTTTCACCAAGACGGTTTCTCGCGAAATTAACGGGCAGCAAATCAATCAATTGCAAACCCCGGAAAATGGTGGCTCTACCACTATCGATGGCTTTGAAATGCAAGTGCAACACGTATTCGAAAACGGCTTTGGTGGCTATGCGAACTACACCTACACTGATGTGGCTGACGCTGAGGTAGATGAAGCTGTAGCGATTACCGATGACGAAGGCAATATCATCGGTGCGACATTATCTTCGCGGTTAGTGAGCTTCCCGAATACTTCAAAAGACTCCTTCAACGTAGGTGTGTTTTATGAAACCGATCTCTACAGTGCCCGATTGAATTACAACTATCGTTCAGAGTATTTCATTGCACAGACAGAAATTGGTGATAACTACCGTGATGAGCAGTCTCAGTTAGATGCACAATTTAGCTGGAATGTAACAGAAACCATTACCCTGAAGGCAGAAGCACTGAACCTGACTGATGAAATTTGGGAAAATTACTACGTCAGAGATTCAGACGGAAAACGCCTGGGCGGAACGCAGAGTGCAAATGGACGTCGTTTGTTCATTGGCGCAAGCATGAAGTTCTAA	MHKNNQSKLATSVRLALMVSALGAVSAPAAFAQDQAGETQAGDTEVIQVTGIRGSQKANINAKRFSNAIVDAITAEDIGKFPDKNVAESLSRVPGITIDRDFGEGQGVTIRGVQPDQNLTLVNGQAVGTGQWFVLSNATRNFNFEILASEMVAGLEVYKSSQADIDEGALGGTVILRTRKPLDMDANTGQVSVEAQYNDIAEEVDPSVSGLYTWKNDDETFGVLVSGSFQERTVERETNEDFGWFGPSIPRIDPSLEAPAGAEEKGAIPWGMGSALFKQNRERVGFDITAQWAPTDDFDVAVHYLSSTMKADNVNSNLIGIPFRGVAYLGTDTNPGTVNDGVVESLNVEGVPQRPAWARTLAYDNIFRDGSEMSTEIIDIEGNYIMGDGKLHFQLGVTTGEGENRDFFTEFWADANDPRAAYEFYNPGGDAPYIDFTTSSPWLANPSDELWLGGIFDQENTTKDEENYAQLDYEYSVDWGVVSEIKTGVKRRDRSFSQSRYRTDLVNLQPTGEGSLGPASSFWSGEMVNVSHSDTNGVAASYFMPDKNLMYDALYAVAECTDGQTTLCRTTDQFLPESSFDIDEDITALYAMAIFGGDGFRGNVGLRYVETDSTSNGYDLNSGEAVSFDGGYNEWLPSINLSYDLSQEVVLRMAASRVLTRPAPFQLAPAVNLTPETSSGSAGNPQLNPLTANQFEVGAEWYFDDASMAAITVFKKDINDFIFTKTVSREINGQQINQLQTPENGGSTTIDGFEMQVQHVFENGFGGYANYTYTDVADAEVDEAVAITDDEGNIIGATLSSRLVSFPNTSKDSFNVGVFYETDLYSARLNYNYRSEYFIAQTEIGDNYRDEQSQLDAQFSWNVTETITLKAEALNLTDEIWENYYVRDSDGKRLGGTQSANGRRLFIGASMKF	PGPT0003790_4016	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0003790-hutA|fatA|fct|foxR-K02014	NA	NA
AK237_02035	1029	ccpA_2	COG1609	Catabolite control protein A	TTGGCTGCCACCATCAAAAGTGTTGCCGAAATGGCTGGTGTATCCATTAAAACGGTATCCCGGGTAATTAACCAGGAAGGCACCGTGAAGCCGGATACGTTGAAGCGGGTTGAACAAGCCATTGCCGCGCTTAACTACAAGCCGAATAAAGCCGCCAGAGATCTTGCCGGTAAAGCTGCAACCGTGTTGGGCTACGTATATGACAACCCCAACGCCTATTATGTTATCGACATGCAAAAAGGCATTTTAGATGTCTGTCGCAAAAATAATTACGAGCTACTCATCCACCCCTGTGACGCCAGTTCAACCCATATTGCAGAAGAACTGGCTGAGATGGTGCGTTCTGCCCAACTGGCCGGCTTGATCTTATCTCCACCGTTATCGGAAATGCCCGGATTATTGGCCTCGCTGGACGAAAAAGCCATTAATTACGTCAGGGTACTGTCTGGTTCTCAGGCATTTGCATCACCCTTGCCCTACGTATTGATAAATGATTTTAAAGCCGCCTTCGATATTACGACGCACCTCATTCATCAGGGCCACCAGCATATTGCCTTTATCGCCGGTGACACGGTTCACCATTCAACCATTGAACGCTTAAATGGTTACAAAGCGGCATTAACGCATGCGGGCCTTCCAGTAAACGATGATTATGTACTGGACGGTACCTACTCCTTTGAAACGGGAGTGAAAAGTGCCGAAGTTCTATTTGATATGTCCAACCGTCCGACCGCCGTATTCGCCTGTAACGATGAAATTGCTGCGGGCACCTTGTTCGGGGCAAGAATGAAAGGGATGGATGTACCTGGCGATTTAGCTATCGCGGGGTTCGAGAATAGTCCGTTTTCAAGACAAACCTTTCCGCCTCTGACGACTGCGTCTCAGCCTACCAATAAAATTGCAGAATGCGCTGCCCTGACCCTGATCCAGTTTTTACGCGCGCAAAAAAATAAGGCCCCAATGGATAAGCTGGTACATACCTTTGTACCCGAACTGGTTGTTCGCGAGTCTACCGGGCGCGCATCATGA	MAATIKSVAEMAGVSIKTVSRVINQEGTVKPDTLKRVEQAIAALNYKPNKAARDLAGKAATVLGYVYDNPNAYYVIDMQKGILDVCRKNNYELLIHPCDASSTHIAEELAEMVRSAQLAGLILSPPLSEMPGLLASLDEKAINYVRVLSGSQAFASPLPYVLINDFKAAFDITTHLIHQGHQHIAFIAGDTVHHSTIERLNGYKAALTHAGLPVNDDYVLDGTYSFETGVKSAEVLFDMSNRPTAVFACNDEIAAGTLFGARMKGMDVPGDLAIAGFENSPFSRQTFPPLTTASQPTNKIAECAALTLIQFLRAQKNKAPMDKLVHTFVPELVVRESTGRAS	PGPT0017992_7595	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
AK237_02036	1452	rebH_1		Flavin-dependent tryptophan halogenase RebH	ATGACAGTTGCGCCTGAACACGTTGTCATCATTGGAGGCGGTACCGCCGGATGGATGACCGCGTGCTTTCTCGCTAAAACGTGGTCATTCTCTGATACCACCATCACATTAGTGGAGTCAGACACAATTAGTACCGTGGGTGTTGGCGAGGGCTCAACACCTTACCTCAGACAATTCTTTGCGTATCTTGGGGTCGCCGAGCACCAGTGGATGCCTGCATGCAGTGCCACGTATAAAATGGGTATTACCTTTGGGGGATGGAATATACCTAAGGAACAATCTTCCTATTTTCACCCCTTCTTTTCCGAACTGGATATCCCGACTGCTGATGCATATTTTAAAGCGGTAAATGAAAGGCGTAATGGTCAGAACGGTGATGTCGACCCCTCTCATTATTTCACAGCACCTGAAATGGTAGCGCAAAATATCACTCCTGATTTACTTCGCTCAAAGGCTCACATTGACTACGCCTATCACTTTGATGCTGGCAAGTTAGCCACATTTTTAAAGCAGTACGCAACAACATCAGGGGTTAACCACATTATTGACGATGTGACGCAGGTAGAAAACGCAGATGCCACGATTCATGCGATCCATACACAGAAAAATGGCGCACTTAAGGCAACACTGTTCGTTGACTGTTCAGGGTTTCGCGGCGTGATGGCAAAAAAAGCGTTAAACCGCCCTTTCCATTCCTACGCCGATACACTTTTCAACGATGCCGCGGTAGCACTGCCCACTTCCCGTCAATCGAACCCAACGCTGAGACTACAAACTAAATCTATGGCGGCGAACCATGGCTGGCGCTGGGAAATTCCGCTTACAAACCGAATTGGCAACGGGTATGTGTATTGCTCATCGTTTTGCGATAAAAATGAAGCAGAACAAGAATTAAGGCACATACTACAGGCAGACGAAAACAATGATGCCCGCCACCTCAATATGCATGTGGGAAGACTGTCACAGCATTGGCAGGGCAACTGCTTAGCTATCGGTCTGTCGCAGGGGTTTATCGAACCATTGGAAGCAACCGCCCTGATGTTGGTGCAGTATGCGCTTCATCACTTTGTAGATTGCTGGACTTTGTCAACGCCATTGCTACAACGCCAGTATCATTACAACAATGAGATAAACCGTATGTTTGATGGTATCAGGGATTACATCGCCGCTCACTACCTGTTGAATACGCGTGATGATACGCCCTATTGGCAAGCTTGCCGCCACGAGATGGCCGTACCCGATACCCTCAGCTATTTACTTAATGCGTGGGACAAAGGCGCAGATTTTGAACACGCATTGAACGAGGTTGACCGTAAGTTAGTTTATCTGCGCCCATCGTGGTACTGCCTGTTTGCTGGCATGCAACGATTTAACTCTTCAGGTCTGCAGCACGCTGAGTTTAATCAACCAGCTTTACAACGCGTAAAGCAAACACTTAAGCAGCACTTCTGA	MTVAPEHVVIIGGGTAGWMTACFLAKTWSFSDTTITLVESDTISTVGVGEGSTPYLRQFFAYLGVAEHQWMPACSATYKMGITFGGWNIPKEQSSYFHPFFSELDIPTADAYFKAVNERRNGQNGDVDPSHYFTAPEMVAQNITPDLLRSKAHIDYAYHFDAGKLATFLKQYATTSGVNHIIDDVTQVENADATIHAIHTQKNGALKATLFVDCSGFRGVMAKKALNRPFHSYADTLFNDAAVALPTSRQSNPTLRLQTKSMAANHGWRWEIPLTNRIGNGYVYCSSFCDKNEAEQELRHILQADENNDARHLNMHVGRLSQHWQGNCLAIGLSQGFIEPLEATALMLVQYALHHFVDCWTLSTPLLQRQYHYNNEINRMFDGIRDYIAAHYLLNTRDDTPYWQACRHEMAVPDTLSYLLNAWDKGADFEHALNEVDRKLVYLRPSWYCLFAGMQRFNSSGLQHAEFNQPALQRVKQTLKQHF	PGPT0011765_872	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	FUNGICIDAL_COMPOUNDS|ANTIBIOTICS	FUNGICIDAL-PYRROLNITRIN_METABOLISM,PGPT0011765-prnA|rebH|ktzQ-K14266	NA	NA
AK237_02037	1401			hypothetical protein	ATGAAGAGAATTGCTACTAGTGTTGGTTTTGTTCTGGTGCTTAGCCTTTTCAGCAGCGCCATGGCTGGCACCGCTCCACCCAGGTTCCTGGAATTTTATCCAAAATGTGACTATCAGACTTTAGGTACTGTAGAAGTCTTCGCGCACACGCGTTTTACTCCACCGATTAATCCGGGCAGTGCGCAAACTCTCAATAGTGTACGGTACCTCAGCACCGTGGTAACAGATGAAAAGCGTGAAGAAATGATGGCCGATGCACGACAACAACTGCTGTCTCAAGCAACGGCGGCAGGAGCCAAGGGTATAGCGATTACTGACGTAAAGTTTGTGCAGACGGGCAATTGGAAAGGAATGATGGATGTTACAGCTACTCTGCTTGGCGCGTGTCCTGACAAAGCTTTTACCGATGGTGATCCTGTCGCATACGATAAGTTTGGTCGCCGGCAGGGCGCGGTAAAGCGAATTGTATATACCAAGAAAATTACGCTGCCGTCTTTTACGCAACACGAAAATTCAACCGAACTATCTGACAATACCAAAGTTACGCTGGATGAGGGCGTTTACGGCGTGCAGTTAGGTGATAGTTTTGAAAAAGTTGAAGCCACTTTCGGTGTGCCGTCCTTTTCTTTTTCAGTGGATGAAAATTGGACGCTGGTGGCTTACGGTCGTTCTCATTGGTTTACCTTTAAAGATTCAAAATTAGTCGAGGTGAGATATGGTGACTCTTTATTCGGCAATGAACTGACGAACCATATTGAATTCGATGACCGCTTCGACTTTCGTATATGGCAAGTGTTAGGGGTATCCAAAGACCAGCCACTTTCATTAGATACAATTCATTATGTTGAAAAGGCGGGTAAAGCGTTAACGTTAGTGTCAGATAGCTATCTACAAAACGATCAGGCTTTTAAATCACAAAAAGCAAAGGGCTTTATTTTACAGGATAAGGCTATCATGGAAGGTTTTCCCACATTAGAAATCCCCGAAAATACACAAATGACGGCTCTGTTAGAGAAGTATTTGTCTCATTCTGATTCGTTTGAACTGTTTTCGGCCAGTATGTTGCCTGAAGAACGTTTGGGCAGTACGAAATCTGTAAATGGTCGTAGATACGTTTTAATGAGTCCCACTATCTTGGTTGAACTTGAGGGGAGTCGCGTGAGAAAGATTCTGATTAATAACGACTTTTTAAAAGATTCGGACGTAGAGTTTTCATCGTGGAAGCTGGGAGATTATTACTATGGAAGAGCGAAATCCGACGTGCTATCCGAAGTAAGTAAAGATGCCTTTGTGCTGAATGATGTTATTGAGATGGATCACTCTGACTATTTGGTGACGTTATATCTCACCTCAATGAATAGTGAAGAACATCTTTATAGTGCAGAGGTGAAAATTTACTGA	MKRIATSVGFVLVLSLFSSAMAGTAPPRFLEFYPKCDYQTLGTVEVFAHTRFTPPINPGSAQTLNSVRYLSTVVTDEKREEMMADARQQLLSQATAAGAKGIAITDVKFVQTGNWKGMMDVTATLLGACPDKAFTDGDPVAYDKFGRRQGAVKRIVYTKKITLPSFTQHENSTELSDNTKVTLDEGVYGVQLGDSFEKVEATFGVPSFSFSVDENWTLVAYGRSHWFTFKDSKLVEVRYGDSLFGNELTNHIEFDDRFDFRIWQVLGVSKDQPLSLDTIHYVEKAGKALTLVSDSYLQNDQAFKSQKAKGFILQDKAIMEGFPTLEIPENTQMTALLEKYLSHSDSFELFSASMLPEERLGSTKSVNGRRYVLMSPTILVELEGSRVRKILINNDFLKDSDVEFSSWKLGDYYYGRAKSDVLSEVSKDAFVLNDVIEMDHSDYLVTLYLTSMNSEEHLYSAEVKIY				NA	NA	NA	NA	NA
AK237_02038	297			hypothetical protein	ATGACTAACGAAGCGTTTATTCTTTTTTGCAAGGAACAAATTGCCCTTAGTTTTAAAAATACTAAATCAGGTAGGCCAGACGCGGTGCAAAAACATCGCACTGAAGGGCTGATCCATGCCGCGAAGTTGTTAGGTATTCTCGACCAGAAAAGTATCGAGGCGCTCATTGAACAGGAACATCTGGCCGTATTTGATGAGAGTGTAAAAGACAGAAAAGCGCGAAAAAAGGCTCTTAGTGATTTGAAGGAAACGGCGCCTGATAAATATTACGCGATTCCCGCTTTCGAGAGAATGTAA	MTNEAFILFCKEQIALSFKNTKSGRPDAVQKHRTEGLIHAAKLLGILDQKSIEALIEQEHLAVFDESVKDRKARKKALSDLKETAPDKYYAIPAFERM				NA	NA	NA	NA	NA
AK237_02039	1884	cocE		Cocaine esterase	ATGACAAAAAAAATTAGGTTATCGACGTTCTTATTTGCACTAACCGTGGTGTTGTCCGCGTTTAATGCTTTTGCGGCGTCGGACAATAAGCGTGCGGAGTATATTCGCTCGCACTACGCGAAATATGAATACCGCATTCCTATGCGTGATGGAAAAACACTATTCACGTCAGTATATGTGCCAAACGATCAATCAAAAAAATATCCGATGTTGATGCAACGCACGCCTTACCGGGTTGCTCCTTATGGCACGGATGAGTACAAAACACGTTTAGGGCCCAGCGAAAAGTTTGAGCAAGAAGGGTTTATTTTTGTTTTCCAGGATGTACGCGGAAAACAAATGTCAGAAGGCGAATACGTCAATATGCGTCCTCAGGATGCTTACAAGCGGGGTAAAGGTGCCGTAGACGATGCCACTGATGCATACGACACTATCGACTGGCTGGTTAAGAATATTCCTAACAACAATGGCAAAGTGGGACAGTGGGGAATTTCATACCCGGGATATTACACGTCCGTATCGGCCATTAACAGCCACAAAGCGCTGAAAGCAATTTCACCGCAAGCACCCATTGCTGACTGGTTCTTTGACGATTTTCACCGAAATGGCGCGTTTTCAACGCCAATGGCATTTTTGTTCTTCGATACCTTCGATAAGCCACGGGAAGATGTTTTTCCTTACAGAGAAAAAGGCCGTGATTTACCCACGATGGACGGCTACCAGTTTTACCATGACCTGGGTTCATTGAAGAATGTAAACGACAAATACTTTCATCATGAACGTCCATTCTGGGATGAATTAACGCAGCACCCTAATTACGATGATTACTGGCAGGCCCGTAATGTTTTACAACACCTCAATGATGTAAAACCAGCGGTGCTTGTTGTGGGTGGATGGTATGACACCGAGGACTTATACGGTCCGCTAGCCACCTATAAAACCATGTCGAAAGACAATAAAAAAGACAACGTACAATTAGTCATGGGTCCTTGGTATCACGGACAATGGATTGGTGATAAGGGTAAAAACCTTGGCTTGGCACAGTTTGGTTTTGAAACCAGTGTCTACTTCCAGGACAACATTTTGTTGCCGTTCTTTAATCAACATTTAAAAGACGACAGCAAAGACAAATACGAACAGCAAGCGACGATATTCGAAACTGGCGCTAATCGCTGGCGTAACTTTGATACCTGGCCTCCTAAACAGGTAAATGACACGACATGGTATTTGACTAAAAATGAAAGTGTGTCAGATAAAAAGCCAGCCGATAGCCAGGGCTATGACGAGTACTTGAGCGACCCGAATAAACCTGTTCCGCATTCTGCCGCTATCAGCCGTGGGTGGGATCGTCCCTACATGGCAGAAGATCAGCGCTTTACCGCTCGCCGTCCGGATGTATTAGTGTATAACTCTGATGTGATGGAATCAGACATGACCATCGCTGGCCCTGTTGATGTATCACTTTGGGTGTCAACCACAGAGTCTGCTGCTGACTTCGTCGTCAAAATTGTCGATGTTTTCCCCGGTATTGACGAAAACACCAATGAAATCGATGCAGATACGGATAATCGTCATGAGTTGGTGCGTTGGGGGATCATTAGAGGCCGGTTCCGCGACAGCTTTAGCAACCCCAAGCCATTCAAACCTAATGAGCCCACGTTAGTAAAGTTCCAGCTTTATGATGTGTTGCATGATTTCAAGCGAGGCCACAAGCTACAAATTCAGATCCAAAGTAGCATGTTTCCATTCTTAGACATGAATCCGCAGAACTACGTGGAAAATATTTTTGAAGCGAATGACACTGATTTTGTGAAAGCCTTTCACCGTGTGTATCGCACCGAAGATATGCCAAGCAGCATTTCATTCAGTGTGTTAGATAAATAA	MTKKIRLSTFLFALTVVLSAFNAFAASDNKRAEYIRSHYAKYEYRIPMRDGKTLFTSVYVPNDQSKKYPMLMQRTPYRVAPYGTDEYKTRLGPSEKFEQEGFIFVFQDVRGKQMSEGEYVNMRPQDAYKRGKGAVDDATDAYDTIDWLVKNIPNNNGKVGQWGISYPGYYTSVSAINSHKALKAISPQAPIADWFFDDFHRNGAFSTPMAFLFFDTFDKPREDVFPYREKGRDLPTMDGYQFYHDLGSLKNVNDKYFHHERPFWDELTQHPNYDDYWQARNVLQHLNDVKPAVLVVGGWYDTEDLYGPLATYKTMSKDNKKDNVQLVMGPWYHGQWIGDKGKNLGLAQFGFETSVYFQDNILLPFFNQHLKDDSKDKYEQQATIFETGANRWRNFDTWPPKQVNDTTWYLTKNESVSDKKPADSQGYDEYLSDPNKPVPHSAAISRGWDRPYMAEDQRFTARRPDVLVYNSDVMESDMTIAGPVDVSLWVSTTESAADFVVKIVDVFPGIDENTNEIDADTDNRHELVRWGIIRGRFRDSFSNPKPFKPNEPTLVKFQLYDVLHDFKRGHKLQIQIQSSMFPFLDMNPQNYVENIFEANDTDFVKAFHRVYRTEDMPSSISFSVLDK				NA	NA	NA	NA	NA
AK237_02040	654			hypothetical protein	ATGAACTATCCAAAATCAAATGCAAAATGTTTACTAATAGCATCTTCCATGCTGGCTTTTTCATCCACAGTGACTGCTGAAACCTGGTACGACGACTGGGACTTAGAAATTACTCCAATATATCAAACTACCAATGTTTACAGTGGCATCGCATCATGCAACGGTCTATCCACGTTTATTCCAACGTCGTCATACAGTACAGTCTATTTATATGAGGACTTCTTTGGAGGAGTGGGTTGGAATTACAATTACCCTAATGCTGCTGCGGAAACTACATGTCGAGCCGATGTCCCGTTTGAAGGATCTATTACCTCTCAAGTGGACGAAATAAGAAACTACTATCCAATAATGCCATATCCTGAAAGCGTAGACATTGAGAGACTTGGCTGTGATGGCACGCAACGAAATGTAATTGTGAAAATTACAGATCTTCCTTCGAACGTATCAAATATGAAAATTTTTGCTGCGTATTCGCCTAGTTACGCATTGACCCAGTATTATTCTGGTCCAGCGGCCGCAGGCAAGATGGTTAAAGTGAATGCGAACTCATCGACTGTAAACTTCCGGGTGAAACTTGATAATGGCTCAAGTTACTATACAGCCGCCCATTCAATGAAATGTGGAGGCGGTTCAATTCCCGTTCCATTAGATTAG	MNYPKSNAKCLLIASSMLAFSSTVTAETWYDDWDLEITPIYQTTNVYSGIASCNGLSTFIPTSSYSTVYLYEDFFGGVGWNYNYPNAAAETTCRADVPFEGSITSQVDEIRNYYPIMPYPESVDIERLGCDGTQRNVIVKITDLPSNVSNMKIFAAYSPSYALTQYYSGPAAAGKMVKVNANSSTVNFRVKLDNGSSYYTAAHSMKCGGGSIPVPLD				NA	NA	NA	NA	NA
AK237_02041	3309	tri1	COG0793	Tricorn protease	ATGAAATCAGCACGCGCAATATGCGGCGCAATCGGACTGTTCGGTCTTGTGGTAACGAATGTGTTAGCCAGCCCTGGCTATTATCGAGAGCCCGCCCTTCATAACAATCAATTGGTTTTCAATGCAGAAGGCGATCTGTGGTCGGTAACCTTGAAGGACGCCCATACCAATTCCTATGCGGCCACGCGGTTGACGACCCAGCTTGCTGAAGAAACCCAGCCTGTCATATCACCTGATGGCGAAAAACTTGCGTTTGTTGCAAATTACGAAGGTGCGCCAGAAGTGTATATTAAATCGTTGCATGGTGGTGTTGCTCAGCGGGCCACGTTTGAAAATGCAAACGTAAAGCTGCACCAGTGGACGGCAAATGGCAGCATTTTATACAGCACGAACAGTCATGTAGGGCCAACGAATAACTACGTACTGAAACTACTTAATCCTGATACCGGCAAAATAACCACGTTGCCGCTTGCTGATGCAGTGGAAGGCGTAATCGATGACAATAATGAGTGGTTGTATTTCGTCCGTTTTGGACTGCAGCTGTCTACAGACAACGCGAACTACTATCAAGGTGGCGCAAAAGGTGAACTGTGGCGCTGGAAATTAGGGTCGGAGCGAGAGGCCCAGCGACTGACTGCCAATCATCATGGCTCGGTACGCAAGCCCATGTTGTATCAAAACCGGCTTTATTTTATTAGTAATCAAGTGGGTATCGACAATGTGTGGTCGATGACCCTAGACGGGAAATCGCCCAGGCAAGAGACACAAAACCAAGATTGGACTGTGCGCACCGCCACCATGGATGATGGCAAAATCGTGTATCAGAAAGGGGCTGATTTAGTTGTCCGGGATGTCGCCCAAGGCAAAGAAACCACACTGCCAATTCAGCTTATTTCCGACTTTCCTTACCTTCGTGAACATTGGGACAATTCGCCTTTACAACTACTTAAGCATGCAGCATTAGCAAATTCTGGTGATGCGGTGGTGCTTACCGCCAGAGGAAAAATTGCGATTGCAACGGCGGATGGCTCCAGGTTGATTGAGGTGAATACGCCGGAGGATTCCAGAAGCCGACAGGCAACGTTAAGCAAAGATGGAAAATGGGTATACGCATTAAACGATGCCAGTGGCGAACTGGAAGTGTGGCGTTTCGCTGCTGACGGCTCAGCGAAAGCAGAGCAACTTACCGATAATGGCTCTGCATTCCGGTGGGGGTTATCGTTATCACCCGACGGCAAATGGCTGGCCTTCGATGATAAAGCTGGCAACGTGTGGATGATGAATACGGAAGACCATTCGGTTTCGAACGTGTTGAATGACAGCGATGGCCTTTTTGCGACCCCTGATATGGTGTGGTCGCCTGACAGCAACATGCTTGCAATTGCCCGTAATAAACTCGGTAACGAGCGAACCAGTGTTTATCTGTACTCTCTTACCGATAAAAAAGGGCAGGATGTGACGTCTGATAAATACCAGTCTTATTCTCCCGCCTTCAGTGCAGATAATAATTGGTTGTACTTCCTGTCAGATCGTCACTTTGCGCCTACCCCGTCTAACCCGTGGGGCGACAGAGCGATGGGCACTGAGTTTGATAAACGCACGCAGGTCTTTGCCTTAAGCCTTAATAACCAGGCTAGGTTTAGTTTTGCGCCTCCCACAGAACTCTCCCGTCTTGACGATTCGTCTGACAGCACTCAACAAACTTCGAAAGATGATGCTGAGGCGGCGTCATCTGATGTACCTGAGGTGAACGCCATCGACTGGAACGGCCTGACAACCAGACTGTGGAAAGTGCCTGTGAGCCCTGGCAACTACGGCGGACTATCATTAAATAACGCATTTTTATTCGTACTCGAAAGAGACGCAGGTAACACGACTCTTAAAGCGATGGCGCTTAACCATGATGGCAAGTTATCGTCCGTGACTGCAAATGTGGTGCAGTACGATCTCTCTGCTGACGGTAAATCAATATTTGTGCATAAATCGGGAAGCGGCAATAAAAATATGTTTATTGTGCCCGCCAAAGACAGTTTTCCTAAAGATTTAACCGGCATGAAGGTGAAAGCAGACGAGTGGCAAATGCGCATTTCACCACAAAAAGAGTGGGCACAGTTATTCCACGATGCCTGGTTAATGCATCGCGAATCGCTATTTGATCCCGATATGCGTGGCCTGGATTGGAATGCGGTAGAAGCCAAATATTCGCCATTGCTAAACCGTCTCACCCATCGAAGTGAACTGAACGATGTGTTTGCCCAGATGATGGGGGAGTTAAACGCCTTGCATAGCCAGGTTCGGGGAGGCGATATCCCCCAGAATAAAGATCAGGCTAAGGCCGCGATGCTGGGCGGTGAATTTGAAGATACAGCCGCGGGCGTGAAAATTTCACACATTTACCGTTATGAAAGTGAGTTGCCGACTGATGCGCCCCCTTTATCTCAACCCGGCGTGGACGCGCAACAAGGCGATATCATTAGCGCAGTAAACGGGCGCAATATCGCTACCCGCGCAGCGTTAATAAAAGCGCTTATGAATAAAGCGGGCAAGCAAGTGTTACTGACATTAACGCGCGGTAGCGAGACGGTCAAAACCGTGGTGACACCAGTCGATACGAACAAAGATTTCACGCTTCGTTATCGCGATTGGGTGTTAGCAAATGGCGAAAAAGTCAATCAGGCCGACAGCGATATTGGTTATCTACACCTTTATGCGATGGGCGGGAACGATGTGGCGTCGTTTGCGCGGGAGTTTTATGCCCAGTATAAAAAGGACGGGCTGATTATCGATGTGCGTCGCAACCGGGGCGGTAATGTCGATAGCATGATTCTGGAGAAGTTACTGCGTCGCGTGTGGATGTTTTGGCAATACCCCACGGGAAGCGTTGGTACTAATATGCAGCAGACCTTCCGTGGGCATCTGGTGGTTTTAGCCGACCAATTCACGTATTCCGATGGTGAAACCTTTACCGCGGGTGTGAAAGCTATGCGTTTGGCTCCGGTGATAGGAAAACAAACCGCCGGCGCGGGTGTATGGTTGACCGGTCGCAATCAGGTTGCAGATAACGGGTTGGCGCGAGTCGCAGAGTTTCCTGTCTTTGCCGCCGATGGCCGCTGGATCACCGAAGGGCGGGGGATTAGCCCGGATAAGGAAGTGGATAATCTGCCCTATGCCACATTCAATGGTAAAGATGCACAACTTGAAGCAGCCATTACCTATCTGCAAGAGCAGATAAAGCTAAATCCAATCAATCCATTAAAAGGGGAATCGTTCCCTGAAGTTCGCGCTTCTGCACACGATGTGACGAAGTAG	MKSARAICGAIGLFGLVVTNVLASPGYYREPALHNNQLVFNAEGDLWSVTLKDAHTNSYAATRLTTQLAEETQPVISPDGEKLAFVANYEGAPEVYIKSLHGGVAQRATFENANVKLHQWTANGSILYSTNSHVGPTNNYVLKLLNPDTGKITTLPLADAVEGVIDDNNEWLYFVRFGLQLSTDNANYYQGGAKGELWRWKLGSEREAQRLTANHHGSVRKPMLYQNRLYFISNQVGIDNVWSMTLDGKSPRQETQNQDWTVRTATMDDGKIVYQKGADLVVRDVAQGKETTLPIQLISDFPYLREHWDNSPLQLLKHAALANSGDAVVLTARGKIAIATADGSRLIEVNTPEDSRSRQATLSKDGKWVYALNDASGELEVWRFAADGSAKAEQLTDNGSAFRWGLSLSPDGKWLAFDDKAGNVWMMNTEDHSVSNVLNDSDGLFATPDMVWSPDSNMLAIARNKLGNERTSVYLYSLTDKKGQDVTSDKYQSYSPAFSADNNWLYFLSDRHFAPTPSNPWGDRAMGTEFDKRTQVFALSLNNQARFSFAPPTELSRLDDSSDSTQQTSKDDAEAASSDVPEVNAIDWNGLTTRLWKVPVSPGNYGGLSLNNAFLFVLERDAGNTTLKAMALNHDGKLSSVTANVVQYDLSADGKSIFVHKSGSGNKNMFIVPAKDSFPKDLTGMKVKADEWQMRISPQKEWAQLFHDAWLMHRESLFDPDMRGLDWNAVEAKYSPLLNRLTHRSELNDVFAQMMGELNALHSQVRGGDIPQNKDQAKAAMLGGEFEDTAAGVKISHIYRYESELPTDAPPLSQPGVDAQQGDIISAVNGRNIATRAALIKALMNKAGKQVLLTLTRGSETVKTVVTPVDTNKDFTLRYRDWVLANGEKVNQADSDIGYLHLYAMGGNDVASFAREFYAQYKKDGLIIDVRRNRGGNVDSMILEKLLRRVWMFWQYPTGSVGTNMQQTFRGHLVVLADQFTYSDGETFTAGVKAMRLAPVIGKQTAGAGVWLTGRNQVADNGLARVAEFPVFAADGRWITEGRGISPDKEVDNLPYATFNGKDAQLEAAITYLQEQIKLNPINPLKGESFPEVRASAHDVTK				NA	NA	NA	NA	NA
AK237_02042	747			hypothetical protein	TTGTTGTTAGACACCCTTTCACTTCTTGATGTCACTATCGTCATGGCGATTGGCTTTATGGTCGGCCTGGCGAAGGCCGGTATTCACGGCACTACCTTACTCTCGGTACCTTTACTGGCACTCTTGTTCGGTGGCAAGGAATCTTCCGGCATTATGTTACCCATGCTGATCGCAGCCGATATTTTTGCAGTCTATCACTATCATCGACACGCAAACTGGCAGTTTCTGATGAAACTGTTCCCTCCTGCGATTGTCGGCGTTTTGCTTGGCACCTGGCTTGGGGAGCAAATTGATGACGGCGTTTTTGTTCGAATTATGGCTATTATTATCTTTGCCAGCGTTGCTTTGATGATTTGGCTTGAGCGTAGAAAAACAGAAGTACCAGATAACACTCTATTTGCGTTAACAGCTGGCGTACTCGGCGGGTTTACCACCATGGTAGGCAACCTGGCTGGATCAGTCATGGCGGTGTATTTGCTTAGTATGCGACTTCCTAAAAATGTGTTTATCGGCACGGCAGCGTGGTTCTTCTTAGTTATCAACCTCTTCAAAGTCCCCTTCCACGTTTTTGTCTGGCATACCATTAGCTGGGAAAGCCTCAAGCTCGACGCACTTGCCCTCCCCGTTATCATTGCAGGCGTATATGTCGGGATTTGGCTTGTGAAGAAAATCAGTGACGCCCATTATCGATGGCTTGTGATCATAATGACATTGTTAGCGGCCCTGGCACTCCTCCCCCGCCAGTAG	MLLDTLSLLDVTIVMAIGFMVGLAKAGIHGTTLLSVPLLALLFGGKESSGIMLPMLIAADIFAVYHYHRHANWQFLMKLFPPAIVGVLLGTWLGEQIDDGVFVRIMAIIIFASVALMIWLERRKTEVPDNTLFALTAGVLGGFTTMVGNLAGSVMAVYLLSMRLPKNVFIGTAAWFFLVINLFKVPFHVFVWHTISWESLKLDALALPVIIAGVYVGIWLVKKISDAHYRWLVIIMTLLAALALLPRQ				NA	NA	NA	NA	NA
AK237_02043	3063			hypothetical protein	ATGAAGCGTCAAAAGAGTTTTAATAAGAAGCTGTTGACCAAGAGTATTTCCCTGCTTTTGGGCAGTAATATGATCTTACCCGTTATGGCTCAACAGCCAGCAGAAAGCGATAACCTTGAGGTTATTGAGGTTAAAGGATTGCGTTCGAGTCTTGCACAAGCTGCATCGATAAAACGAGAGTCAGCCGGTGTGGTTGATGCTATATCAGCCGAAGATATGGGTAAATTTCCGGACACAAACCTCGCTGAATCACTGCAACGTATCACCGGTGTGTCGATAAGCCGAACGAACGGTGAAGGGAACGAAATAACGGTGCGTGGTTTCGGTGGCGACAATAATATGATCACCTTAAATGGCAGAATGATGCCCGCTGCACAAACCTACGGCGGTGGTAGCGGTGGTACCAATACACGTGGTGGCGGCACACGTGCTTTCGACTTTGCCAACCTGTCTTCAGAAGGGGTCAGCGCAGTAGAAGTGTATAAAACCAGTAAAGCCGATATCGCCACAGGCGGCATCGGTGCGACCGTTAATATTCTTACTGCTCGTCCTCTCGACAGCCCCGGGTTTCGAGCCAGCGTAGGCGCAAAAGCCGTTCACGACACCACCAATCGTGCCGGCGACGACCTTACCCCAGAATTATCAGGCATCGTCAATTGGACCAATGAAAGCGCCAATTTTGGTGTTTCGGCAGCAATAACCATGCAAGAGCGGGATTCTGGCTACGTCGGCGCCACCGTAAACGACTGGAACATCGGCGTGTGGGACGACCCAAACGATCCAGATACCATTTATAATAACCCTGACATGTCGGTTTACGAGAATCTGCCTGAGGCGGGGCAACTTTATGCGCGCCCGAACGACCTTCGTTACGAATTTTCTGACACCCAGCGGCAACGGTTAAATGGGCAATTAACGCTTCAGTACGCGCCCAATGATCATATGACTGCGACACTCGATTACTTTTACGCCGAAAATCACGTGGAAGAAAGTCTCGGGCAAATAGGTAACTGGATGCAGAATGGCTCAAACATTACCAAAGTTATCTTTGATGATAGCGCGGTAGCGACTCCCATTTACGTTGCCGAAGATTACAACGGCACGGTAGATGAAGGCTACGAACAGGCTTTCCGCGAACAACGCAATACACTGAACTCATTGGGGTTCAACTTTGATTATTATGTGACAAACGACTTCAAACTCAACTTTGATGTCCACAACTCAAAGATGGAGAGCTTACCCGATGGCCCCAGTGACAACCTTGCCAGTGGTGAAATAGCGGTTGGTATTGGTTCTCCTACTGTTGCCTCTCGAGAATGGTGGTTCGACACGGAACTTCCCACTTATCATAACGTTTACGATGACTCGTTACGGGGAAACAATAACGGTATTTTAGACGCCGATGATGTGGGTACATCAATCATGCGATTCCGCCATGCCTCGCAAACAACCGAAATAACCCAACTCAAACTGGATGGTAAATACCTGTTCGATGAAGGCGAGTTTGATTTTGGTATAGAAACCCGAATGATGGAAATGAACGCCAGACAAACCGCCGGCGACAACATGACGCTTGGTAACTGGGGCATTGCAAATCCAGGCGAACTCTCTGAAGGTTTACTGGGCAGAATTGATTATGCAGAAGAGTTTGAAGACTATGACATCGGTCAAAGTCAGGGCTTAGGTTTTATCGCCGATCCCATCGCCATGGCGCGAGAATCGCTAATGCTTTACCCGAATGATGCGAACTACTTTGGCGTAAGCCCTATATTCTCAAATAATGATAAAGTTGAAGAGGATACCCAGGCCGTTTACTTCCAGGTGAAGCTGTCGGGCGAAATGGGAGGCATGCCAGTTAACATGTTGGCGGGTGTGCGCTATGAAACAACGGATGTTACTTCTACCTCCCTGGTTACCCCACCAGACTATCTTGTGTGGGAAAACAATAATGACTTTGCACAATACACCGATCCGTCAAAAGTCGCTGAGCCGCTTTCTGAAGAGGCCGACTATGACAACCTTTTACCCAGTTTCGATTTCGACATCATGCTGAAAGACGACGTAAAAGCGCGTTTCTCGTATAGCAAAACGATTGCGCGTGCGTCGTACGGCTCTTTACGTGTGTCCCCCACAGGTTTCGGCACAAGCGGTTCTACGTTAAATGGCGCGAGACCTACAGCAAGTGCGTCAAACCCATCGCTACTACCTTTAGAATCTGATAACTTCGATTTATCGCTTGAATGGTATTACAGTGATACCAGCTACGCGTCGGTTGGCTTTTTTGAAAAACGGGTTGCCAATTTTATTGGCTCGGGTAACGAAGACCGCACCTACTTTGGCATTCTCGACCAAACCGCCGGACCTCGGGCGCAGGAAGCTGCAGCAGCATTAGCTGAGCGAGGATTTGCTGTGGACGATACCTCATTGTTTGCCATGATGGTGTTACTGGAGCACCCAGAGGCGTTCCCGAACGGGGCGGATGACTATACGGGCACCGGCGAGCAGATCCTGCAATTAGGTGAAACACCAGGATGGGACATTATTCCCGAAGAGGAAGACCCGGAAATGGTGTTCCGCACCAGCTTGCCGCAGAATAACAAAGAAGCCAAACTGCACGGCGCAGAATTTGCCGTCCAGCATTTCTTTGGTGACAGTGGTTTTGGTGTGCAGGCAAACTATACATTGGTTCGTGGCGACATCGGTTTCGACAATGAGGGTAATCCCGATGTATCACAATTTGCCCTGGTAGGGTTAAGTGATACAGCAAACCTTGTTCTCATTTACGAAAAAGACGACCTGACTGCTCGTATTGCATATAACTGGCGGGATGAATTCCTTAACCGTGTGAACGTTGGAGGATCGAACAACCCGGGTTATGTGGAAGCCTATTCACAGATCGATATGAACATCAGCTACAATTTCACCGAGAACCTGGCGGTGTTTGTTGAAGGGATCAACGTAACAGGTGAGGATAAACGCGAGTACGCACGCAACAAGAACCAGTTGTGGTACTTACTCGATACCGGCCCGCGTTACAGCCTTGGCGCCCGGTACACGTTCTAG	MKRQKSFNKKLLTKSISLLLGSNMILPVMAQQPAESDNLEVIEVKGLRSSLAQAASIKRESAGVVDAISAEDMGKFPDTNLAESLQRITGVSISRTNGEGNEITVRGFGGDNNMITLNGRMMPAAQTYGGGSGGTNTRGGGTRAFDFANLSSEGVSAVEVYKTSKADIATGGIGATVNILTARPLDSPGFRASVGAKAVHDTTNRAGDDLTPELSGIVNWTNESANFGVSAAITMQERDSGYVGATVNDWNIGVWDDPNDPDTIYNNPDMSVYENLPEAGQLYARPNDLRYEFSDTQRQRLNGQLTLQYAPNDHMTATLDYFYAENHVEESLGQIGNWMQNGSNITKVIFDDSAVATPIYVAEDYNGTVDEGYEQAFREQRNTLNSLGFNFDYYVTNDFKLNFDVHNSKMESLPDGPSDNLASGEIAVGIGSPTVASREWWFDTELPTYHNVYDDSLRGNNNGILDADDVGTSIMRFRHASQTTEITQLKLDGKYLFDEGEFDFGIETRMMEMNARQTAGDNMTLGNWGIANPGELSEGLLGRIDYAEEFEDYDIGQSQGLGFIADPIAMARESLMLYPNDANYFGVSPIFSNNDKVEEDTQAVYFQVKLSGEMGGMPVNMLAGVRYETTDVTSTSLVTPPDYLVWENNNDFAQYTDPSKVAEPLSEEADYDNLLPSFDFDIMLKDDVKARFSYSKTIARASYGSLRVSPTGFGTSGSTLNGARPTASASNPSLLPLESDNFDLSLEWYYSDTSYASVGFFEKRVANFIGSGNEDRTYFGILDQTAGPRAQEAAAALAERGFAVDDTSLFAMMVLLEHPEAFPNGADDYTGTGEQILQLGETPGWDIIPEEEDPEMVFRTSLPQNNKEAKLHGAEFAVQHFFGDSGFGVQANYTLVRGDIGFDNEGNPDVSQFALVGLSDTANLVLIYEKDDLTARIAYNWRDEFLNRVNVGGSNNPGYVEAYSQIDMNISYNFTENLAVFVEGINVTGEDKREYARNKNQLWYLLDTGPRYSLGARYTF				NA	NA	NA	NA	NA
AK237_02044	750			hypothetical protein	ATGGAAAATCTTGCTTTATTAGACAATATCACCCACAAAGATCTGAAAGTACAAACCCACTATAGCCAGGCCTTCGGAGACAATATTGCCAGCACGTTAACGTTTCCCACCGAATTGGTGAACGTAGTAAAGCACTATCCCGTGCTGTTACGAAAACAGGCTGATAGTGGAAAATTCCAAATGATTGCGTTACTTGGCCTGGCCCGAAACGAAAACTTATTTTTAGCGGAAACCTCGCCCTTTCAGCACGAACAGGGAAGTTGGTTAGCAGACTATGTTCCCGCGTTAATCGCAAAAGGCCCGTTTATTATTGGCATGCATGCTGGTGAGCAAAATCCTCAACCTATGGTGCATGTTGATATGGCCAGCCCCCGCATTAGTACCTGCAAAGGTAAATCGGTATTTTTACCGCAGGGCGGCAACAGCGATTACCTCAACTACATTTCATCTCTGCTAAAAACTATTCACGATGGCATGCAAGTGCACGATACGATGTTAGCTACCTTCGATTCCTACGGCCTAATCGAGCCTGTCAGCATTGACTTGCCGCTGACAACCGGAGAAACCATTCATATTGCTGACCACTACACAATCAGTAAAGATAAACTGTCAACGCTACCCGCAGAGGCGCTTTTTCAGTTAAACCAGACTGGTTTTTTACAAGCCGCTTTTTTGATTGAAATGTCACTTTCCAATTTGCGCAAATTGATCGATCTGAAAAATACGCGTCTTATGGCCCCGGCTAGCTGA	MENLALLDNITHKDLKVQTHYSQAFGDNIASTLTFPTELVNVVKHYPVLLRKQADSGKFQMIALLGLARNENLFLAETSPFQHEQGSWLADYVPALIAKGPFIIGMHAGEQNPQPMVHVDMASPRISTCKGKSVFLPQGGNSDYLNYISSLLKTIHDGMQVHDTMLATFDSYGLIEPVSIDLPLTTGETIHIADHYTISKDKLSTLPAEALFQLNQTGFLQAAFLIEMSLSNLRKLIDLKNTRLMAPAS				NA	NA	NA	NA	NA
AK237_02045	1032			hypothetical protein	ATGTTTGGTATCGCACAAGTTACAGAAGCACTTGATGCCAGCAACACTAATGAGGTGCCCGACTCTGTTCTGTACCGTGATACGCCGGTTATATTGCGTGGTTTGGTAAAAAACTGGCCGTTAGTTCACGCAAGCCAGCAATCCGCCCACCAGGCTATTGAATATTTAAAACAATTTTACAATCATAAATCGACAATGGTTTACCGGGGGGCTTCGGAAATTGGCGGCCGTTATTTTTACAATCAGCAAGCCACCGGATTAAACTACTCCAGCTCAGTTGAATCCCTCGACAGCTTTTTTAATGAATTACTTCAAGCGATAGATAATCCGTCGCCCCCGAGTCTCTATCTTGCCTCAAACCCTGTCGAGTCACATTTTCCGACCATGGCTCAACACAATGCAATTGTGATCCCCCATAACGGCGACGCCCACACCCACCCGCCGATCCCGCGGATCTGGATGGGAAACAAATCGTTAGCATCGTGTCATTTTGATACCCAGGAGAATATCGCTTGCTGTGTGGCGGGTAAAAGAAGACTCGCCCTGTTTCCTCCCGAACAAATTGAAAACCTGTACCCTGGTCCTCTAGAGCTGACACCGGGAGGGCAAGTTATCAGCATGGTTGATTTTTATTCGCCTGATTACGAGGCATATCCCAAATTTAAACTCGCCCAAGCAGCAGGCCAAATTGCCGAGCTAAACCCTGGCGACGCCATTTATATACCCGCCATGTGGTGGCATCAGGTAGAGGGCCTCAGTACCTTCAATATTTTAGTTAACTACTGGTGGTCAGAGACTGCGGCTTATCAAAGCAATGGAATGAGTGCGCTACTGCATGCGATATTAGGTATCCGCTATAAATCGCCTAAAGAAAAAGCGGCATGGAAAGCGCTCTTTGAATATTACATTTTCAGCGATGACGATCATTCCTCGCACCATCTTCCTGATGAGGCCAAAGGCCTTCTCGCTAACCTTGATGAGCGCCAGGCACGCCAGCTACGCGCGATGTTGGTCAAGCAGTTAAATCGTTAG	MFGIAQVTEALDASNTNEVPDSVLYRDTPVILRGLVKNWPLVHASQQSAHQAIEYLKQFYNHKSTMVYRGASEIGGRYFYNQQATGLNYSSSVESLDSFFNELLQAIDNPSPPSLYLASNPVESHFPTMAQHNAIVIPHNGDAHTHPPIPRIWMGNKSLASCHFDTQENIACCVAGKRRLALFPPEQIENLYPGPLELTPGGQVISMVDFYSPDYEAYPKFKLAQAAGQIAELNPGDAIYIPAMWWHQVEGLSTFNILVNYWWSETAAYQSNGMSALLHAILGIRYKSPKEKAAWKALFEYYIFSDDDHSSHHLPDEAKGLLANLDERQARQLRAMLVKQLNR				NA	NA	NA	NA	NA
AK237_02046	294			hypothetical protein	ATGGCTATTACAGTGCAATATGTTGTTTCGCATAAAGGGGTAGAAAAGTTGGTCACTACAGATAAAAAGGAAGCGGATCAGTACGACAAAATGTTGGATGCGGCCGATAACCTCGCGGCTTACATTGGCGCAAAAGGCATAAAGTTGGACGATGATATCGTGGAAAGCTTGTCTGTTATGTTGGCAAAAAACAAAGAGGCGGTTGCAAAACTGCTGAAAGGGGCTTCTGCCGATGACGTACTTAGCGCCGAATCAGCAGAAGTGGTAAAGCTTCAGGCAAACGGTAAAAATTAA	MAITVQYVVSHKGVEKLVTTDKKEADQYDKMLDAADNLAAYIGAKGIKLDDDIVESLSVMLAKNKEAVAKLLKGASADDVLSAESAEVVKLQANGKN				NA	NA	NA	NA	NA
AK237_02047	1581	aer	COG0840	Aerotaxis receptor	ATGCGAAATAATCAACCTGTTACTCAGAGTCTACACAAAATTCCCCAGCAGTATCGTCTCATCTCCTCTACAGACAAGCGTGGTGTAATCACGCATTGCAATGATGAGTTTGTCGAAGTGAGTGGCTTTGAGCGCGAGGAACTTATTGGCAAGAACCATAATATTGTCAGGCATCCTGATATGCCCCCCGGTGTTTTTCGAGAAATGTGGGACACATTGTCATCGGGAAAAATCTGGATGGGATTGGTGAAAAACCGGCGTAAGAATGGTGATCATTACTGGGTGTCTGCTTTTGTAACCCCGGTTTTTGAAAATAGTCAGATTGTGGGGTATGAATCAGTTCGTGTGCCGGCACTGGCTGACGAAATTGAGCGCGCGGAATATCGCTACGCACGTCTACGAGAGGGAAAATCGAGTACGTCAACCAGCGAATTAACCCTGCATTATGTTAAAAACTATTTGCCGTTTATCGCCTTGGGCATTCTAACTGCAGCAGCGTTGTTTGCAATTTCTGGTCTCTTGCCAGCGCTGGTTTCGGCAATTGGTTTCATTGTGTGTAGTTTATGGATGGCATCAAAAATTAAACATGACTGGCAAGGGATCATTGATATCTCGCCGGAAAGCTACTCGAATCCAGTTGTTTCGCAAACGTATTTTGCTGATTTTGGTAATCGCTCTCGTGCCAAATTGGTATTAGGTTGTGAGTTAGCGCGCAGTCGCACTGCACTGGCCAGGATCCAGGATGCGGCTGGTGGATTAGACACCATAGCCAACACTACTCATGAACAAGCTGAAATAACCAGTACTGCCGTGGTACAGCAAAATGAAGCCACGCAAAATATCGCCTCGGCGGTAAATCAAATGTCCCAGGCGATTCAAAGCGTGTCGGAACGTGTTGATATGAATGCCGATAGTGCACGGTCGGCTTCAAAAAATGTTGAGGCCGGAAATCAAAAAGCAGATGAAGCGTTATCGGCGATTATGGCGTTAAAAGAAGCGGTTAGTTCAATATCGGTAACCGTGCAGGAACTTGCACAATCTACTAACGATATCGGAGAAGCTGCGAGCTTAATTTCTACCATAGCGGAGCAAACCAACTTACTCGCACTTAATGCTGCAATCGAAGCTGCACGAGCGGGTGAGCAAGGACGAGGTTTCGCTGTTGTTGCTGACGAAGTGCGTTCTTTGGCGTCAAAAACGCGAGAGTCTACAGACAAGATACACAATATTATCCATGTTCTTGCCGAACGTTCAGAGCGGGCAGTAAGAGTGTCGAACGATGGAATGGCATCGGCTGAACAGGGAACGGCTATCGTAGAAGATACCCGTAAAACGCTAGCGGATATTAACAAGGCCGTAAGCGGCATTGCGGACCAAACCTTCGAAATGGCTTCAGCCGTTGAGGAGCAAAGCTCTGTGGCCGAACATATTAATCAGCAAATCGTAGAAATTGCCGACGGCGCTAAAGACACCCAAAAAGCCTCAGAGTCTTCTTTGGATGCCAGTCAACGCCTGCGCAATACGGTAAACGAGGTACACTCCGTTATAACCCGCTTTACCAATAAGCGTAACGTAGTGTAG	MRNNQPVTQSLHKIPQQYRLISSTDKRGVITHCNDEFVEVSGFEREELIGKNHNIVRHPDMPPGVFREMWDTLSSGKIWMGLVKNRRKNGDHYWVSAFVTPVFENSQIVGYESVRVPALADEIERAEYRYARLREGKSSTSTSELTLHYVKNYLPFIALGILTAAALFAISGLLPALVSAIGFIVCSLWMASKIKHDWQGIIDISPESYSNPVVSQTYFADFGNRSRAKLVLGCELARSRTALARIQDAAGGLDTIANTTHEQAEITSTAVVQQNEATQNIASAVNQMSQAIQSVSERVDMNADSARSASKNVEAGNQKADEALSAIMALKEAVSSISVTVQELAQSTNDIGEAASLISTIAEQTNLLALNAAIEAARAGEQGRGFAVVADEVRSLASKTRESTDKIHNIIHVLAERSERAVRVSNDGMASAEQGTAIVEDTRKTLADINKAVSGIADQTFEMASAVEEQSSVAEHINQQIVEIADGAKDTQKASESSLDASQRLRNTVNEVHSVITRFTNKRNVV	PGPT0015700_521	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-MOTILITY|CHEMOTAXIS	CHEMOTAXIS_PROTEINS	METHYL-ACCEPTING_CHEMOTAXIS_PROTEINS,PGPT0015700-aer-K03776	NA	NA
AK237_02048	1026	sasA_9		Adaptive-response sensory-kinase SasA	TTGAGTTCAGATAGTCAAAAGCTGCAACAGCAAATTGCAGTATTACAACGAAAACTAAGTCGAGAGCAGCTTGCGAGAACAGCTGCCGAAGACATGCTAAATAACTATTCCCGCGATGCTTATCTCGCAAACCAAAATTTGCGTCGGGCGCTGAGCGAAACGCGCGCCGCATACCAGCAGCTTCTTAGTTATCTTCCCGAAGACAAACAACAAGCATTCAGCCACCGTCCCACACCTTCTACAGAACGTGTGGCTTTGGTTGATCGCATGACTCTGCTTAGTCAGCTAGCCGCAGGCATCGCCCATGAAATTAATAATCCTATTGGGTTTATTAAAAGCAACTGCGAAATTCAGGAATACATGCTCAAGGATGTATTTGATGCCTGGGATGAAGTAAAAGACAAAGGAAGTGAGTGGGGCCCCGACGGGAATGAAAAACTGGCTGACATCGAAATTAAATACATGCTGAAAGACGTCAGAGAAATGTTGGCAGATATGCAAAAATCTTCGTTAGAAGGTGCTAACCGTATTGCTGATATCGTTGCTTCCTTGCAAATATTCTCTTCTCCGGTTGCAGCAGAAAAAAATTGGGTAGGCCTTGATGAGCTTCTGGAGTTCTGTGTGGAAGACATTGTCGATAAATTACCGACGACAGTAACATTCGAATTGTTGCCCTCATTGTCGAAGCAAGACATTTGCGTAAATAGAAAACAAATTAAACGTGTTGTGGAATCGGTGATCGATAACGCTATTGATGCCTGCCATGATAAAGGCGAAATTATCCTTACTACCGCCTCACTCCCTAATGCATTCAAAGTTTTTATAAAAGACAATGGTGAAGGTATCAAGCCGGAACATTTGCCGTTAGTTTACACGCCGTTTTTTACTACCAAACCGCCAGGAAGTGGTACTGGTCTGGGATTGTCTGTTGCACAAGCGCTAATGGAGTCTCATAACGGACGAATTGACATCGAAAGTGATGTTTTGAAGGGAACTACCGCGACGCTAACCTTCCCATTGCAATAG	MSSDSQKLQQQIAVLQRKLSREQLARTAAEDMLNNYSRDAYLANQNLRRALSETRAAYQQLLSYLPEDKQQAFSHRPTPSTERVALVDRMTLLSQLAAGIAHEINNPIGFIKSNCEIQEYMLKDVFDAWDEVKDKGSEWGPDGNEKLADIEIKYMLKDVREMLADMQKSSLEGANRIADIVASLQIFSSPVAAEKNWVGLDELLEFCVEDIVDKLPTTVTFELLPSLSKQDICVNRKQIKRVVESVIDNAIDACHDKGEIILTTASLPNAFKVFIKDNGEGIKPEHLPLVYTPFFTTKPPGSGTGLGLSVAQALMESHNGRIDIESDVLKGTTATLTFPLQ				NA	NA	NA	NA	NA
AK237_02049	1089			hypothetical protein	ATGTTTGTCATGAAGTCCACACTCACGGCACAGCTTGATGAGAACAAACGATTATCTGAAGAGAAAGCAGAATTAGAGATACAGTTGCGGGCACTCGAGCAAAAGCTCGTACAACTGGAGCGTCAACCCCTGCAAAAGCAATTGGCTAATCAGACGATGAGTAAAGGCGTTGAACAAGCCATGTTAGACTCACTTACTCAGGTAAACGGCATCCGGGAAACGGTGCTGGGGTCGTTTAACCGGATTAATGCAGAAAAAGAAAATATTCAGGATATCAGCACCCTGTTTACCGGTAGTGCAGACTCGCTTCATACAATTATCTCGGAAATGGATATTCTGAATAAAAAAATGGGGCAGATGAGTCAGCAAATATCTGGCTTGTCAGACACAGCAGACAGTATCAATAAATTTGTTACCACCATTACGAGCATTTCAGATCAGACCAACTTACTTGCACTGAATGCTGCCATTGAAGCGGCGAGGGCCGGTGACGCTGGTCGTGGATTCAGTGTGGTAGCCGATGAAGTACGTGCATTGGCAAACGAAACAAATAAGTCAGCGAACGAGGTTGCAGAGCTGGTAAAAGGAATTATTCAGTCAACACGGGCAGCGGTAGGCTCGGTTAATTCGTTGCAAGAGAATAATGAACATTTGTCGACGGGTATTGGCGGGCTTAATGGAAACTATAAAAAGATCGTATCTCATTGCGAGAGCATGAAAGACACGATTTCAGTCGCGTCGCTACAAACTTTCATCCAAACAGTGAAATTAGATCATGTAGTTTGGAAAAGTGAGGTCTATGCTGTAATTTGTGGTAAAAGTAAAAAGCAGCCTGGTGAGTTCGCCGATCACAGAAATTGTCGGTTGGGAAGTTGGTACCAACAACAATCCAGTACCAGTATGGGACGCACCGATGCTTATAAGCAATTGGAAAAACCTCATGCTTTAGTACATCGTTTGGGCGTTGATGCGATGAATGCTCGTGCTCAGGGACAAAAAGACGAATTAGAGAATTTGTTGGTGCAAATGGAACAGACGAGCAATGAAGTGATGAGGATCTTAGATAAGATTTCTGAGCAAGCTGTGTGA	MFVMKSTLTAQLDENKRLSEEKAELEIQLRALEQKLVQLERQPLQKQLANQTMSKGVEQAMLDSLTQVNGIRETVLGSFNRINAEKENIQDISTLFTGSADSLHTIISEMDILNKKMGQMSQQISGLSDTADSINKFVTTITSISDQTNLLALNAAIEAARAGDAGRGFSVVADEVRALANETNKSANEVAELVKGIIQSTRAAVGSVNSLQENNEHLSTGIGGLNGNYKKIVSHCESMKDTISVASLQTFIQTVKLDHVVWKSEVYAVICGKSKKQPGEFADHRNCRLGSWYQQQSSTSMGRTDAYKQLEKPHALVHRLGVDAMNARAQGQKDELENLLVQMEQTSNEVMRILDKISEQAV				NA	NA	NA	NA	NA
AK237_02050	534	ppa	COG0221	Inorganic pyrophosphatase	ATGAGCCTTAACAACGTTCCTGCTGGTAAAGATATGCCAGAAGTGGTGAATGTCATCATCGAAATCCCAGCTCACGCTGACCCGGTAAAATATGAAGTAGACAAAGACACTGGTGCAATGTTTGTTGACCGTTTCATGGCTACCTGTATGCACTATCCGGTAAACTACGGCTACGTGAATAACACACTGTCTTTAGACGGTGATCCGGTTGACGTATTGGTGATGACGCCGTTCCCAATCATCAGCGGTTCTGTCATCAAGTGTCGTCCTGTTGGCGTACTGAATATGACTGACGAGTCTGGTACCGACGCAAAAGTACTGGCTGTGCCAGTAGACAAGCTGTCTACGATTTACCGTGACGTGAAAGACATCAACGACGTGCCTGAGCTTACTAAACAGCAAATCGAGCACTTCTTCTCACACTACAAAGATTTAGAACCAGGTAAATGGGTGAAAATCGACGGTTGGGCAGATGCAGAAGCGGCGAAAGCTGAAATTGTTTCCAGTGCAAAGCGCTACCAGGAAGGCGAATAA	MSLNNVPAGKDMPEVVNVIIEIPAHADPVKYEVDKDTGAMFVDRFMATCMHYPVNYGYVNNTLSLDGDPVDVLVMTPFPIISGSVIKCRPVGVLNMTDESGTDAKVLAVPVDKLSTIYRDVKDINDVPELTKQQIEHFFSHYKDLEPGKWVKIDGWADAEAAKAEIVSSAKRYQEGE	PGPT0002600_2621	DIRECT EFFECT	BIO-FERTILIZATION	PHOSPHATE_SOLUBILIZATION	P-SOLUBILISATION-PHOSPHATASE_ACTIVITY	P-SOLUBILISATION-INORGANIC_PHOSPHATASE,PGPT0002600-ppa-K01507	NA	NA
AK237_02051	978	fbp_2	COG0158	Fructose-1,6-bisphosphatase class 1	ATGAAACGTTTAAATTCTCAACTTCAAAATGATGGCGCTCCCCTTGAGCTTATTTTGCTTATTCGTACGTTACTGGCGGGATGTAAGGAAATTTCTTTCCGTGTGAGTCAAGGTGCGCTGGCAGGTGTTTTAGGTTCTACGTTGAGTGAAAACGTACAGGGTGAAACGCAAAAGAAACTCGATGTAATTTCTAATCAGATTTTAAAAGATACCCTAAGGGACTCGGGATATGTAAAAGCCATTTCTTCGGAAGAAGAAGACACGGTTGTGCCTTGCAATCCCGATGGTAACTATCTGGTTAGCTTTGATCCGTTGGATGGTTCATCGAATACCGAGATTAACAGCTTAATCGGTACTATTTTCTCTATCGCTCACGCACCGCAATGGATGGAGCCTGATGATCCTTCCGCGTTCTTGCAACCAGGTACACAGATGGTTGCAGCAGGCTATGTGTTGTATGGCCCATCAACCATGATGGCACTAACAACGGGGCGTGGTACGCATATTTACACGCTGGATAAAACCCACGGCGGCTTCTTGTTAACGCACCCGAATGTGCAGGTGCCAGCGCAAACTGCCGAGTTTTCGATAAACGCGTCCAACCAGCGTCACTGGGAATCGCCAATGAAAGCGTATATTGCTGATTTGTTGGCAGGTACCGATGGTCCGCGAGAAAAGAATTTTAACATGCGCTGGGTCGCGGCGATGGTAGGTGATATTCACCGTTTGCTCTGTCGTGGTGGTATTTTCATGTATCCTTACGATAATCGTAATCCGTCAAAAGCCGGTAAACTGCGTTTATTATATGAAGCCAATCCGATGGCCTTTTTAATGGAGCAGGCTGGTGGACTGGCTGATACGGGTAGCGGTCGTATTATGGAAGTCATGCCCACAGAGATTCACCAACGTGTGCCAGTGATTTTAGGTTCCAAAGAAGAAGTAGAAACATGCTTGAGTTACTACTCGAAAGCGGAATAG	MKRLNSQLQNDGAPLELILLIRTLLAGCKEISFRVSQGALAGVLGSTLSENVQGETQKKLDVISNQILKDTLRDSGYVKAISSEEEDTVVPCNPDGNYLVSFDPLDGSSNTEINSLIGTIFSIAHAPQWMEPDDPSAFLQPGTQMVAAGYVLYGPSTMMALTTGRGTHIYTLDKTHGGFLLTHPNVQVPAQTAEFSINASNQRHWESPMKAYIADLLAGTDGPREKNFNMRWVAAMVGDIHRLLCRGGIFMYPYDNRNPSKAGKLRLLYEANPMAFLMEQAGGLADTGSGRIMEVMPTEIHQRVPVILGSKEEVETCLSYYSKAE	PGPT0017665_2709	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE-HEXOSES_UTILIZATION	PLANT_DERIVED_FRUCTOSE_METABOLISM|DEGRADATION,PGPT0017665-fbp|cbbFC-K03841	NA	NA
AK237_02052	1365	mpl	COG0773	UDP-N-acetylmuramate--L-alanyl-gamma-D-glutamyl-meso-2,6-diaminoheptandioate ligase	ATGCACGTTCATATTCTCGGGATCTGCGGCAGCTTCATGGGCGGGATCGCCGCAATCGCCAAGTCATTAGGCCATACGGTGACAGGTTCAGACCGTAATGTTTATCCGCCAATGAGCACGCAATTAGAAGCCTTGGGTATTACCCTTACCGAAGGTTACGACCCAGCCCAATTCGAGCCAACACCTGACATGGTCATTATCGGTAATGCGATGTCTCGCGGTAATCCAGCGGTTGAATATGTATTAAACCGCAATCTTCCTTATACCAGCGGACCCCAGTGGTTACTGGATAATTTGCTGACCTCCCGTTGGGTAATTGGTATTGCCGGTACCCATGGTAAAACCACTACCTCCAGTATGGTGGCCTGGATTTTAGAACATGCCGGGTTAGCACCGGGCTTTCTGATTGGTGGCATCCCCGAAAATTTCGGTGTATCGGCTCGTGTGGGTGAAAGCCCGTTCTTCGTTATTGAAGCAGACGAATACGACAGTGCATTTTTTGATAAACGTTCTAAGTTTGTTCATTACCGCCCGCGCACGCTTATTCTGAACAACCTGGAATTCGACCATGCTGATATTTTCCCTGATCTTGCTGCCATCCAAACTCAGTTCCATCACTTAGTTCGCATGGTGCCGGAAAATGGGCTTATCCTGTCTCCGCATAAAGACAAACCGCTGAAGGCCACATTAGAAAAAGGCTGTTGGTCGGAGCAACAATTTGCCGGCAAAGACTGGGAAGCGAATCTGCTCACGCCGGACGGCAGTGCTTTTGATGTACTTTTCTGCGGAGAGAAAGCCGGTACCGTAAACTGGTCTCTGGTGGGCCAGCACAACGTGAATAACGCCCTGATGGCCATTGCTGCGGCTCATCACGCTGGCGTGGCAACGGCACAAGCTATCGACGCCCTCGCCTCATTTAAAAACGTAAAGCGTCGCATGGAAACTAAAGGCACGGTAAATGACGTAACCGTCTACGACGACTTTGCGCACCACCCCACAGCCATAGCAACGACGATTCAGGGTTTGCGTAATAAAGTAGGCAAATCCCGCATTATCGCCATACTCGAACCCCGTTCGAATACCATGAAAATGGGCGTGCACGAACACACGCTGGGCAAGAGCTGGCAACAAGCCGACGAAGTATTGTTGTTTGAACCGGCCGGGATGAAGTGGTCATTGGCAGAGACCGCTAAAGACAGCGATACGCCTGCTTACTGCTATCATGACGTAGAGAGCATTGTGCAACGGGTAAAATCTATTTGCCGTCCTGGAGACCATGTTCTGGTAATGAGTAATGGTGGCTTTGAAGGAATTCATCAACGCTTACTCAATGCGCTAACCGAAATTGACACGTCACACGCCTGA	MHVHILGICGSFMGGIAAIAKSLGHTVTGSDRNVYPPMSTQLEALGITLTEGYDPAQFEPTPDMVIIGNAMSRGNPAVEYVLNRNLPYTSGPQWLLDNLLTSRWVIGIAGTHGKTTTSSMVAWILEHAGLAPGFLIGGIPENFGVSARVGESPFFVIEADEYDSAFFDKRSKFVHYRPRTLILNNLEFDHADIFPDLAAIQTQFHHLVRMVPENGLILSPHKDKPLKATLEKGCWSEQQFAGKDWEANLLTPDGSAFDVLFCGEKAGTVNWSLVGQHNVNNALMAIAAAHHAGVATAQAIDALASFKNVKRRMETKGTVNDVTVYDDFAHHPTAIATTIQGLRNKVGKSRIIAILEPRSNTMKMGVHEHTLGKSWQQADEVLLFEPAGMKWSLAETAKDSDTPAYCYHDVESIVQRVKSICRPGDHVLVMSNGGFEGIHQRLLNALTEIDTSHA	PGPT0023975_1176	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-PEPTIDOGLYCAN_REMODELLING	CE-PG_REMODELLING_RELATED_LIGASES,PGPT0023975-mpl-K02558	NA	NA
AK237_02053	624	ubiX	COG0163	Flavin prenyltransferase UbiX	ATGTCGAAGCAAACCATCACTTTAGCCATTACAGGGGCATCAGGTGCCCCCTACGCCATGCGTTTACTGGAAATTCTGGTCAAAGCCGATTACGACATTTTTGTTTTGATATCTTCTGCGGCCAAAGTCGTATTTGCCACAGAAGAAGACGTGAAAATTCCCGCCAAGCCCGACGCAGCCAGCGCCTTTTTTAGTGACAAGTTTGGCGCCCGGGAAGGGCAAATTCGGGTTTGCGGAAAAGAGGAGTGGTTTTCACCTGTTGCATCAGGTTCTGCAGCACCAAAGCAGATGGTGGTGTGTCCGTGTTCAACAGGAACATTGTCTGCCATTGCGGTAGGTGCCAGCGATAACCTTATCGAACGCGCTGCCGATGTAGTCTTGAAAGAGCGCGGTCAGCTTATTCTGGTCACCCGTGAAATGCCGCTTTCAACCATTCATCTGGAAAATATGTTAAAACTGTCACAAATCGGTGCGACAATTATGCCCGCATCGCCCGGTTTCTACCATAATCCAAAACAAATCAACGATTTAGTTGATTTTGTTGTAGCGAGAATTCTGGACCATCTGGGTATCGATCAAACACTGATGATGCGCTGGGGCTATCAACACCATAACGACAAATAA	MSKQTITLAITGASGAPYAMRLLEILVKADYDIFVLISSAAKVVFATEEDVKIPAKPDAASAFFSDKFGAREGQIRVCGKEEWFSPVASGSAAPKQMVVCPCSTGTLSAIAVGASDNLIERAADVVLKERGQLILVTREMPLSTIHLENMLKLSQIGATIMPASPGFYHNPKQINDLVDFVVARILDHLGIDQTLMMRWGYQHHNDK	PGPT0009565_685	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
AK237_02054	807			hypothetical protein	ATGCAGGCGTTTGCTAAACGGACTATTGCACTTTCCATTTGCCTGGCATCAACCATGATGACAAGCCTACCCGCCTTTGGTTGGGGTCAAACCGGTCACCGGGTAACCGGCGCCATTGCCGAAAATCACTTAACACCTGCGGCAAAGGCCGCCATTGTTAAGTTGCTACCAAACGAATCACTGGCTGAGGCATCAACGTACCCGGACGAAATGCGCTCAAACCCCAGCGAGTTCTGGCGCAAGACTTCTCCCCCCTGGCACTATGTCACCGTGCCTGAAGGTCATGAATATCATGAAGTAGGCGCACCAGAACAAGGTGATGCATACACCGCGCTACAGCATTACACCAAAGTGCTTAAAGATAGCAAAGCAAGTCGTGAGGAGCGTCAGGTTGCACTGCGCTTTATCGTGCATATCATTGGCGACTTACATCAACCGCTTCATGCAGGAAACGGTACAGACAGAGGCGGTAACTCGGTAAAAGTACGTTTCTTCTGGGAAGACAGCAACCTGCACAGTGTGTGGGATTCAGGAATGCTCGATTCTAAGCAACTGTCTTACACTGAGTGGACTAATTGGTTAGATAAAAAGATTACGACAAAGAACCTTAAAGAATGGCACGAACTTGATGCTAATGTTTGGATTAAAGAGAGCACGACTATTCGTGACACGATTTATCCAGAAGATGCCAACAACATGTCTTACGACTATGTTTACGATTACCTCCCTATCGCCAAAACACGATTACAACAAGCAGGTATTCGCATTGCTGATTATCTGAATAACGTGTTTGCCTCTAAGAAGTAA	MQAFAKRTIALSICLASTMMTSLPAFGWGQTGHRVTGAIAENHLTPAAKAAIVKLLPNESLAEASTYPDEMRSNPSEFWRKTSPPWHYVTVPEGHEYHEVGAPEQGDAYTALQHYTKVLKDSKASREERQVALRFIVHIIGDLHQPLHAGNGTDRGGNSVKVRFFWEDSNLHSVWDSGMLDSKQLSYTEWTNWLDKKITTKNLKEWHELDANVWIKESTTIRDTIYPEDANNMSYDYVYDYLPIAKTRLQQAGIRIADYLNNVFASKK				NA	NA	NA	NA	NA
AK237_02055	486	rraA	COG0684	Regulator of ribonuclease activity A	ATGGACTATAACACTTCTGAATTATGCGATTTATTTGCAGACAGCGTAGATGTGGTCGACCCCATGTTTGTCAGCTTTGGCGGACGTTATTCGTTTGGTGGTGAAGTCACAACGGTTAAGTGTTTTGAAGACCGGGGGCTGATAGATCGGGTACTCGCGCAACCCGGTGAAGGCAAAGTTCTGCTAATCGATGGTGGTGGTTCAACCCGCCGTGCGCTGCTTGATGCCGCCTCAGCACAATTAGCTATCGATAATGATTGGGAAGGTATTGTGTGTTACGGCAGTGTGCGTGAAGTAGATACCCTTGCTGATTTAGATATCGGTATTTTAGCCATTGCATCCATCCCGGTGAATGCTGAAACAGAAAGTACCGGCGAAGTTGACGTGCCTGTTAATTTCGGAGGAGTCACTTTTTTACCTGAAGATCATCTGTACGCAGATAGCACAGGTGTTATTTTATCGCCAGAGCCCCTGGATATAGAATAG	MDYNTSELCDLFADSVDVVDPMFVSFGGRYSFGGEVTTVKCFEDRGLIDRVLAQPGEGKVLLIDGGGSTRRALLDAASAQLAIDNDWEGIVCYGSVREVDTLADLDIGILAIASIPVNAETESTGEVDVPVNFGGVTFLPEDHLYADSTGVILSPEPLDIE				NA	NA	NA	NA	NA
AK237_02056	522			hypothetical protein	ATGCTTAACCGGAAATCCTTGACCAAAGCCGATACTGATTTGTTCTTTTGGCTTTACCGGCTTACTCAAAAGCGAAACTGCACAGGCATTATCTGGCTCTCTAAGACCGGAGATGGCTACCTCTACTTTGTCATTGGCATGCTGTTGTGGGCGTTTGAGCCTGAGTATGGTGAGTTATTTTTATATACCGCATTAATGGCATATGGCCTCGAGCTTCCTGTGTATGTTGTGCTAAAGAGGATGTTTAAACGTCCGCGACCTTGCGATTTACTCAACAGCTTCACCGCACATGTTACTCCCTCAGACAAATTTAGCTTGCCTTCGGGTCATACCGCAGCAGCGTGGCTTATGGCCAGTATTGTTGCCCATTTCTATCCACCCTTTGCCATTTTGGCGTATAGCTGGGCTGCGCTCATTGGTTTATCCCGTATCTTACTGGGTGTGCATTACCCTACAGATGTTATAGCCGGGGCATTGCTGGGCTTAACCATTGCATCAGCGAGTTTAACGATTCTGGGGTAG	MLNRKSLTKADTDLFFWLYRLTQKRNCTGIIWLSKTGDGYLYFVIGMLLWAFEPEYGELFLYTALMAYGLELPVYVVLKRMFKRPRPCDLLNSFTAHVTPSDKFSLPSGHTAAAWLMASIVAHFYPPFAILAYSWAALIGLSRILLGVHYPTDVIAGALLGLTIASASLTILG	PGPT0024170_2436	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-PEPTIDOGLYCAN_REMODELLING	CE-PG_REMODELLING-UNDECAPRENOL_MODIFICATION,PGPT0024170-bcrC-K19302	NA	NA
AK237_02057	1068			hypothetical protein	ATGAGAATTCTGTATGGCGTGCAGGGGACCGGCAACGGTCATATTGCCCGAGCACGTATTATGGCTGCGGCCTTTGCGCGACGCGATGATTTTACCGTCGACTTTGTATTTTCCGGACGCGATGAAGATAAATATTTCGATATGGATGTATTTGGCACGTATCGAACTTTTCCGGGCTTAACTTTTATTACCAGCCACGGGCAGGTTGATAAAGTTGCCACCATTAAAGCCAATCGTGTCGGCCAGTTCTGGCAAGATGTTCGCGAATTCGACGTTTCCGGTTACGATCTACTCATTAACGATTTCGAACCCATTACCGCGTGGGCCGCAAAGCGAGCGGGCATTCCTTCGATTTCCATCAGTCACCAGGCATGCTTTACCTATACCGTTCCCAAAGCCGGGGATGGCCTGATTAACAAGCTAATATTAAAGTACTTCGCGCCCACACAGGTACAACTAGGCGTGCACTGGTTTCACTTCAACCAGCCCATCGTGCCACCGTTTGTAGCTGACGAACGCTTGGCATCGCCATCTAAAAGTCATGTTCTGGTCTATTTGCCATTTGAACATGTTGACGATATCCGCCTTATGCTGGAACCGCTTACTGACCAGCAATTTGTGTGCTATCACCCCGCTATCAAAGGGCATTATGAAAGTGGCCATATCAGTTGGCATCCCCCATCCAAAAAGGGGTTTCAGCACCACCTTCAACACTGCAACGGAGTCATTGCCAATGGTGGCTTTGAGCTGTCCAGTGAAGCCCTGCATTTAGGCAAAAAGTTACTTATTAAACCTTTGCATGGTCAGTTTGAGCAACTATCTAACGTTTTAACATTAGATAAAATGGGACTATGTCATACCCTTTTTCAACTCGATACTGACATTGTAGAGGAGTGGCTGGATGCACCGGAGAACGAGGCGATTCACTTCCCGCAAGACCCGTCGTTGCTGATTAACTGGTTAAAGAAAGGTGATCTGAAAGACACACAAAGTCTTTGCGATGCATTGTGGCAACAAGTGGAATACGGCGATAAAACCAAAGAGCGATTATTGGCGCTTGCAATTTAG	MRILYGVQGTGNGHIARARIMAAAFARRDDFTVDFVFSGRDEDKYFDMDVFGTYRTFPGLTFITSHGQVDKVATIKANRVGQFWQDVREFDVSGYDLLINDFEPITAWAAKRAGIPSISISHQACFTYTVPKAGDGLINKLILKYFAPTQVQLGVHWFHFNQPIVPPFVADERLASPSKSHVLVYLPFEHVDDIRLMLEPLTDQQFVCYHPAIKGHYESGHISWHPPSKKGFQHHLQHCNGVIANGGFELSSEALHLGKKLLIKPLHGQFEQLSNVLTLDKMGLCHTLFQLDTDIVEEWLDAPENEAIHFPQDPSLLINWLKKGDLKDTQSLCDALWQQVEYGDKTKERLLALAI				NA	NA	NA	NA	NA
AK237_02058	1251	lysA	COG0019	Diaminopimelate decarboxylase	ATGGACTTTTTCGCTTATAAAAACGGGCGTTTGTATGCCGAAGATGTTGCTGTTTCAGACATTGCCAGGCAGCACGGCACACCTGCGTATATTTATTCTCGCGCCACCCTTGAACGTCACTGGCATGCCTTTGATAACGCATTAGGCGACCACCCTCACCTCATTTGCTACGCCGTAAAAGCGAACTCGAACCTTGGCGTGTTAAGCGTACTGGCAAAATTGGGGTCAGGGTTTGACATCGTATCCGGCGGCGAACTCGCACGGGTACTGGAAGCCGGTGGTGATGCAAAGAAAGTGGTATTTTCCGGTGTTGGTAAAAAGCCCGAAGAGATTCGTTACGCGTTGGAACAAGGCATCATGTGCTTCAACGTTGAGTCCGAGCCAGAATTAGAACGAATTAACCATGTGGCTGCGCAAATGGGTGTGAAAGCCCCCATTTCACTGCGAATTAACCCTGATGTAGATGCCAAAACCCATCCTTATATTTCGACTGGACTAAAAGCCAACAAATTCGGTATTCCCCGTGAGCGTGCCGTGGCAACCTACGAGCTGGCAGCGAGTTTATCGCACCTGGAAGTAAAAGGGATGGACTGCCACATTGGTTCGCAACTTACCTCTATTGAACCCTTTGTCGACGCGTTAGAACGGTTGCTAAAACTCATTGATGAGCTGGCCGACAAGGGAATAACCATATCTCACCTCGATGTAGGCGGTGGTTTGGGCGTTACGTATAACAATGAAACGCCACCACATCCAAAAGAATATGCCGCGGCCATGGTAGAGAAAATGACCGGCCGTGAAGACCTGAAGATGATCATGGAGCCCGGGCGCGCTATCGCCGCCAACGCCGGAATCGTGATTACCGAAGTAGAATTCGTTAAAGAAGGCGACGAAAAGCACTTTGCTATTGTTGACGCTGCGATGAATGACCTGATTCGACCGTCTCTGTACTCTGCGTGGCAAAATATTGTACGTGTAGAACAAGAAACCAATGCTACCGCACGGATATATGATGTAGTAGGTCCAATCTGTGAAACCGGTGATTTCATTGGTAAAGACAGAGAGTTAGCGATAAAACCCGGAGATTTGCTGGCAGTACGCAGCGCTGGCGCCTATGGTTTCGTTATGGCCTCAAACTACAACAGCCGATGCCGGCCACCTGAAATAATGGTGGATGGCGACAACATCATTGTTGTACGTGAACGAGAAAATCAAAAAGATCTCTGGAAAGGTGAGTGCAAACTTACGTAA	MDFFAYKNGRLYAEDVAVSDIARQHGTPAYIYSRATLERHWHAFDNALGDHPHLICYAVKANSNLGVLSVLAKLGSGFDIVSGGELARVLEAGGDAKKVVFSGVGKKPEEIRYALEQGIMCFNVESEPELERINHVAAQMGVKAPISLRINPDVDAKTHPYISTGLKANKFGIPRERAVATYELAASLSHLEVKGMDCHIGSQLTSIEPFVDALERLLKLIDELADKGITISHLDVGGGLGVTYNNETPPHPKEYAAAMVEKMTGREDLKMIMEPGRAIAANAGIVITEVEFVKEGDEKHFAIVDAAMNDLIRPSLYSAWQNIVRVEQETNATARIYDVVGPICETGDFIGKDRELAIKPGDLLAVRSAGAYGFVMASNYNSRCRPPEIMVDGDNIIVVRERENQKDLWKGECKLT	PGPT0023875_1	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-PEPTIDOGLYCAN_REMODELLING	CE-PG_REMODELLING-PENICILLIN-BINDING_PROTEINS,PGPT0023875-mrcA-K05366	NA	NA
AK237_02059	831	dapF	COG0253	Diaminopimelate epimerase	ATGCAAGTTCAATTTTCCAAAATGCACGGGCTGGGTAACGACTTCGTTGTCATAGACAATGTTACCCAAAACGTTTTCTTTTCAAAGGAGAAGATTCAGCAACTCGCTGATCGGCACTTTGGTATTGGCTTTGACCAGCTGTTACTGGTAGAACCTCCATACGATCCTGAACAGGACTTTCATTACCGCATCTTCAATGCAGACGGCTCTGAGGTTTCCCAATGTGGGAATGGCGCCCGTTGTTTCGCCCGTTTCGTGAAAATGAAAGGGTTAATCAACCGCAACAAAATTAAGGTCAGTACCAAAGCTGGAAAAATGGTGCTGTACCTGGAAAAAGACGGACAGGTCACCGTGAACATGGGTGTACCTGACTTTGAACCCGCTCGGGTTCCACTGGTCGCTAACAAACAGGAAAAAACCTATATTTTCCGTGTTGAAGAGCGCACAGTATTCTTAGGCGCCGTGTCTATGGGAAATCCCCATTGTGTAATGGAGGTTGATAACGTCGACACCGCCGATGTACATGAAGTGGGTCCTTTACTGGAACGTCACGAACGTTTTCCGGAAGGAGTAAACGTAGGCTTCATGCAAGTACTGTCTAAAGATCATGTGAAGCTTCGGGTGTTCGAACGTGGCGCAGGGGAAACCCTGGCGTGTGGCAGTGGCGCGTGCGCTGCCGTAGCGGTAGGACAGGTTCAGGGAAAATTAGATAAGGAAGTCAGGGTAGATTTACCCGGCGGCAGTTTACGTATTCGCTGGCAGGGCGAGGACTCGGCACTTAAAATGACCGGGCCCGCTGAGCACATTTACGACGGACAGATTAATCTATGA	MQVQFSKMHGLGNDFVVIDNVTQNVFFSKEKIQQLADRHFGIGFDQLLLVEPPYDPEQDFHYRIFNADGSEVSQCGNGARCFARFVKMKGLINRNKIKVSTKAGKMVLYLEKDGQVTVNMGVPDFEPARVPLVANKQEKTYIFRVEERTVFLGAVSMGNPHCVMEVDNVDTADVHEVGPLLERHERFPEGVNVGFMQVLSKDHVKLRVFERGAGETLACGSGACAAVAVGQVQGKLDKEVRVDLPGGSLRIRWQGEDSALKMTGPAEHIYDGQINL	PGPT0007230_3053	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PHYTOHORMONE-CYTOKININS|DERIVATE_PRODUCTION	PHYTOHORMONE-CYTOKININ_METABOLISM	PHYTOHORMONE-CYTOKININ_BIOSYNTHESIS,PGPT0007230-dapF-K01778	NA	NA
AK237_02060	699			hypothetical protein	ATGAGTGATGCTTCAGGTCACAGTAAAAGACCGGTAACACTGGAACCCAATTATGACGAAGCATTCGGCCTAACGGCAGAAGAAGTGCGTGCCTATTTACTTAAGCACCCAGACTTTTTTGCTGAAAATCCGGATATGCTGGAACGCTTGGTTGTTCCTCATGAAGAAAAAGGGGCGGTATCGTTAGTTGAAAAACAAAGCGAGCAGCTTCGCAAAAAAGTGCGCCAGTTGAATTACAAACTTAATCAACTGATTGGCGTGGCAAAACAAAACGAAAAAATCTACCGGGTCTACACCGACCTGAATGTCGCGCTTTTGCGCTGTAAATCAGTATCCGAAATCCAATACAAGCTGGAATCGGTGCTACAAGAACGCCTGAATCTTCATTCTGTGGTGTTGCAGCTGTTTAAAGGTCCACACGCCATGCAGGAGCTGCAACGCCGGCTCATCATTGAAAAGCGCTTTAAAGACAGCACATTCTTTTTTGGCCGACTAAGCCAACACGAAAGACAGGTTATTTTTGGAGAAGAAACAGCCGAATCGGTTGCGCTTATTCTGTTAGGTGACAACCACGATTTAGGTATTCTGGCAGTAGGTTCGGACGACGCTTCACATTTCACGCCGGATATGGACACGTTGTTGTTGAAACAATTACAGGAAGTATTAAACATTACTATGCCAGGCCTGCTGGGGTATTAA	MSDASGHSKRPVTLEPNYDEAFGLTAEEVRAYLLKHPDFFAENPDMLERLVVPHEEKGAVSLVEKQSEQLRKKVRQLNYKLNQLIGVAKQNEKIYRVYTDLNVALLRCKSVSEIQYKLESVLQERLNLHSVVLQLFKGPHAMQELQRRLIIEKRFKDSTFFFGRLSQHERQVIFGEETAESVALILLGDNHDLGILAVGSDDASHFTPDMDTLLLKQLQEVLNITMPGLLGY				NA	NA	NA	NA	NA
AK237_02061	915	xerC_1	COG4973	Tyrosine recombinase XerC	ATGCAGCCGGCGGCGCCCGAACCTCGCCTCAATGATGCCTGCCAGCTTTGGCTGGACAAGTTTTTACTGCATCTGGATGTAGAGCGAGGTCTGTCTGCACATACCCTGTCGAACTACCGCCGGCAACTTACTTTTATCGCCCTCGAACTCGCCCTTGAAGATTGGTCAGGATTAACGCCATCAGATGTAAAAAGGGTTATGGCCATCGCTAAGCGTCAGGGAAAGCACGCCCGCTCTATTGCGCTTCAACTCTCTGCCCTACGCACTTTTTGTCACTATCTGATACGTAACGAGCAGCTTTTCAGTAATCCCGTCGAAGGCATTCAGGCACCGAAACAGGATAAACCCCTTCCTAAGCAAATCAGCGTGGATGATATGCAACAGCTGTTGTCCACCCCTCAGGACGAAGGCATTGCCTGTCGCGATATGGCAATGGCCGAGTTATTGTACGGCTGTGGATTACGGTTAAGTGAGTTAACGGGTCTACGCTTAGCCGATTGCCTCGGCGACGGCACGTTGCGAGTAACAGGAAAAGGCAACAAACAGCGTATTCTGCCGCTTGGTCGTACAGCCACCAAAGCGCTGCAAGCCTGGCTGAAGGTCAGAGGCCAATATGCATCACCTTATGAGTCAGCAGTGTTTGTCAGTAAGCGCGGAACCAAAATCTCAAATCGGCAGGTCGCCAACCGCCTGAACGAGCTGGCACAAACTCAGCATATGAAGCAAACCGTTCATCCTCACAAACTGCGCCATTCCTTCGCAACTCACGTATTAGAGTCAAGCGGCGACCTAAGGGCGGTACAAGAGCTTCTCGGCCATGCGAATTTATCAACCACGCAAGTGTATACCCATTTAGACTTTCAACACCTTGCAAAAGTTTATGATTCTGCGCACCCTCGCGCGCGCAAGAAATAA	MQPAAPEPRLNDACQLWLDKFLLHLDVERGLSAHTLSNYRRQLTFIALELALEDWSGLTPSDVKRVMAIAKRQGKHARSIALQLSALRTFCHYLIRNEQLFSNPVEGIQAPKQDKPLPKQISVDDMQQLLSTPQDEGIACRDMAMAELLYGCGLRLSELTGLRLADCLGDGTLRVTGKGNKQRILPLGRTATKALQAWLKVRGQYASPYESAVFVSKRGTKISNRQVANRLNELAQTQHMKQTVHPHKLRHSFATHVLESSGDLRAVQELLGHANLSTTQVYTHLDFQHLAKVYDSAHPRARKK	PGPT0021995_2632	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MOBILE_ELEMENTS	CE-BACTERIAL_FITNESS-INTEGRASES|RECOMBINASES,PGPT0021995-xerC-K03733	NA	NA
AK237_02062	723	yigB	COG1011	5-amino-6-(5-phospho-D-ribitylamino)uracil phosphatase YigB	ATGCGTTTTTATCGTCCCCTGTCTCCTGTAAAAGCAATGACTTTCGATTTGGATGATACGCTTTACAACAATGACCCCATTATTAAGCGAGCCGAAAACACCTTACGTGAATTTATTGCCTCACAATACCCGCAAACAGCAAAGCTGAGTCAGCAGCAATGGACAGACATTAAACGCGGCTTAATAAAAGCCAATTCCGCCCTGGCGTCAGATATGGGGCAATTGCGCTTACAGACTTTGCGTAAAGCCCTCGAACATGATGTAAAAGACGCGGCCTCCCTGGAGACTGCGGCTCAGGCCTGTTTCGACTGCTTTTATAGCGCCAGAAGTGACTTTACGTTAGACGATAATGTACACGATGTACTTAGCCAATTGGCAAAGAAGATGCCGCTTATCGCCATCACTAATGGCAATGTAGACACGCAGAAAACAGGTCTTACTGCATACTTCGATGCGGTCTTACACGCCAGTATTACGCGCCCCGCGAAACCGTCCTCACATATGTTCGATGAGGCTGCTTCACTGCTTAAACTGCCCCCTGCCCACATTCTGCATGTTGGCGATAATCTGGAAAAAGATGTAATGGGCGCAATTAAGGCGGGATATCAGGCGGCGTGGATTGCCGCCAACAGGGAAATGATACTTAACCGCGAAGCCGCCACATTGCTCCCTCATGTGGAGTTGACGTCATTAACGGATTTACTGGCTTTCACAAAAAGCTGA	MRFYRPLSPVKAMTFDLDDTLYNNDPIIKRAENTLREFIASQYPQTAKLSQQQWTDIKRGLIKANSALASDMGQLRLQTLRKALEHDVKDAASLETAAQACFDCFYSARSDFTLDDNVHDVLSQLAKKMPLIAITNGNVDTQKTGLTAYFDAVLHASITRPAKPSSHMFDEAASLLKLPPAHILHVGDNLEKDVMGAIKAGYQAAWIAANREMILNREAATLLPHVELTSLTDLLAFTKS	PGPT0008585_518	DIRECT EFFECT	PLANT_IMMUNE_RESPONSE_STIMULATION	INDUCTION_OF_SYSTEMIC_RESISTANCE|ISR	ISR-VITAMIN_B2|RIBOFLAVIN_METABOLISM	ISR-VITAMIN_B2|RIBOFLAVIN_BIOSYNTHESIS,PGPT0008585-yigB-K20862	NA	NA
AK237_02063	816	cysE_3	COG1045	Serine acetyltransferase	ATGCAAGTATCTACCAGAAATGCTGATTTTTGGCTTACGCTCAAACGCGAAGCACAGCAAATAGCTGACAACGAACCTCTGTTGGCGAGCTACATACATGCATGTATTTTGACTCATCACAACTTCGAATCATCATTAAGCTTTATTCTGGCCAACAAAATGGCCGACGATGTGATGCCGGCGATAGCCATCCGAGAAGTGTTTGACGAGGCCTATTTACTTGAGCCTTCTATCACGGAAGCTGCCATTGAAGATATTAAAGCGGTGTTTAATCGTGATGCGGCGGTAAAAGACTATTTAACACCGCTACTCTATTTTAAAGGCTTCCACGCGGTGCAAGCGCATCGAATGGCGCACTATTTGTGGCTGCGCGGTCGTCATCAGTTAGCGCTTTTCCTCCAAAGTCGTAACTCTGAAACGTTTGGCGTAGATATCCATCCGGCCGCCAAAATCGGCAAAGGCGTAATGTTTGATCACGCTACAGGCATTGTAGTGGGCGAAACTGCGGTGGTAGAAGATAACGTCAGTATTCTGCAAAGTGTCACGCTAGGTGGCACGGGGAATGAATCCGGTGACCGTCACCCAAAAGTTCGCCAGGGCGTTTTGGTGGGAGCCGGAGCGAAGATCCTGGGCAATATAGAAATTGGTGAAGGCTCGAAGGTTGGCGCTGGAAGTGTCGTGTTAAATGATGTGCCGCCCCACGTCACGGTAGTGGGTGTTCCCGCTAAAGTGGTAGGCAAACCAGCATGCCAGCGTCCTTGCGATTCAATGCGTCAAAACTTTCTTGAAGACAGCGATGTGGCGCACAGCAAATAA	MQVSTRNADFWLTLKREAQQIADNEPLLASYIHACILTHHNFESSLSFILANKMADDVMPAIAIREVFDEAYLLEPSITEAAIEDIKAVFNRDAAVKDYLTPLLYFKGFHAVQAHRMAHYLWLRGRHQLALFLQSRNSETFGVDIHPAAKIGKGVMFDHATGIVVGETAVVEDNVSILQSVTLGGTGNESGDRHPKVRQGVLVGAGAKILGNIEIGEGSKVGAGSVVLNDVPPHVTVVGVPAKVVGKPACQRPCDSMRQNFLEDSDVAHSK	PGPT0020265_2264	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
AK237_02064	192			hypothetical protein	ATGAACAGCGATCGTATTGAAGGTAACTGGAAAGAAATGAAAGGCAAAATTCAACAGCAGTGGGGTAAACTCACTAATGATGATGTAGATAAAATTGACGGTCGTCGTGAAGAGCTCGTAGGTAAGATTCAAAAGGCTTACGGCAAGAGTCGCGATGAGGCTGAAAAAGAAGTGGATCGATACTTCAATTAA	MNSDRIEGNWKEMKGKIQQQWGKLTNDDVDKIDGRREELVGKIQKAYGKSRDEAEKEVDRYFN				NA	NA	NA	NA	NA
AK237_02065	153			hypothetical protein	ATGATAAGCGGCGCTATGCTAAAGGTAACTGATAGATGTCAAAGACGCTGTATGAATTTTGATGCCATTAATATTCAAGAGTTGCCCGCAAACCAGCCGAATGGTATTGCAGAGAAACTCAATTGTGAGAACTGCAGAGAAACTCAATTGTGA	MISGAMLKVTDRCQRRCMNFDAINIQELPANQPNGIAEKLNCENCRETQL				NA	NA	NA	NA	NA
AK237_02066	759	bluF		Blue light- and temperature-regulated antirepressor BluF	GTGAGAACTGCAGAGAAACTCAATTGTGAGAACTGCAGAAATGGAGAACTTCTCGATTTCGATTTTTCCATGGCTTTTCAGCCCCTTGTAGATCTCGATAAGAAAGAAGTATTTGGCTATGAAAGCCTTGTAAGGGGGCCGAACGCAGAACCAGCGTCTTCAGTATTAAGTCAGGTTACTGCAAAAAACATCTACCGATTCGACCAAACTTGTCGCGTGAAATCGATAGCGCTTGCGGCTGCGGCCGGGCTTGAAAAACAGCTGAGTATCAACTTTATTCCAGGCGCAATATACAGACCGGAGCACTGCATACGCACTACATTTGCTGCCGCAAACCAATACGGATTTCCCATTGAGAGGATCAGCTTTGAAGTTATTGAAACTGACCAGATAGCTGACCTCTCTCATCTGCAGAATATTATTAATCATTACAAGTCGATGGGCTTTACAACAGCACTCGACGACTTCGGTTCAGGCCATGCCAATCTCGAATGGTTGGCAACGTTATCCCCTCATTCAATCAAATTGGATATGTGCCTCATTCGAGATATTCATAAAGACAAAAGAAAACGCACTATCGTGACTCACCTGACCCGGCTATGCAGAGAACTTGGTGTAGATGTTCTGGCAGAAGGCGTTGAAACACGGGATGAAAGGGACTGCCTGGCGTCAATAGGAATTGTCAAACAACAAGGCTACTACTTCGCCAAACCTCAATTCGAAAAATTTGTTACGGTTAACGAAGCCTTGCTTACCTGA	MRTAEKLNCENCRNGELLDFDFSMAFQPLVDLDKKEVFGYESLVRGPNAEPASSVLSQVTAKNIYRFDQTCRVKSIALAAAAGLEKQLSINFIPGAIYRPEHCIRTTFAAANQYGFPIERISFEVIETDQIADLSHLQNIINHYKSMGFTTALDDFGSGHANLEWLATLSPHSIKLDMCLIRDIHKDKRKRTIVTHLTRLCRELGVDVLAEGVETRDERDCLASIGIVKQQGYYFAKPQFEKFVTVNEALLT	PGPT0026255_257	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-BIOFILM_REGULATORS	CE-BF-BLUE_LIGHT|COLD|STARVATION_SIGNALLING,PGPT0026255-bluF|ycgF-K21973	NA	NA
AK237_02067	990			hypothetical protein	ATGACTGAGTTTCAGGAGCCGGCCTTGTCGAATAGCAAAAGCACAAAGCAGATTTATTCTTCTGACGCCACATCGTTGACCGATTTTTCTTTACGCGCCTGGTGGCAGATCCTCAAGCGTACTTATACAAAACAGAATGCACATAATCTGTCGTTGGTGGCAGCAGGCGTTGCGTTTTATTTTTTACTTGCTGTGTTTCCTTTACTCACCGCGGTTATCTCACTTTATGGATTGCTTGTTACGCCTGACCAACTACAAAATCACATGGCGCATCTTGTGGATGTCGTGCCGGCAGACAGTCGCTATATCGTAGAGGAGCAGCTGACAAAGCTGACAGGTAACTCTAATTTTGCGTTAAGTTGGGGGGTGATGCTGAGCTTGCTATTAACGATTTGGAGTAGCAGTAAAGGCGCGAATGCGTTAATTACCGCCTGTAATATCACCTATAACGAGCCACACGGACGAATGTTTCTCAAGGGATTACTCGCCAGATTAGTGCTTACCATTGGCATTATCGCCTTTGTGATTGCGGCGCTACTGTGTATTTCGGTTTTGCCAGAGTGGATAAGTTATTTAGCGGGTCCCGTGTTGAACGAAAAGGCGGCAACATGGTTGACCTGGCCTGTGCTCATTTTTCTTTTTAATGTGGCGCTTGCGGCGCTTTACCGTTACGGCCCCCATCGTAAACCCGCAAAATGGCGTTGGGTGACAATTGGCTCTGCGTTCGCGTCCATTGTATGGGTTATTGCCTCTTTTGCTTTCTCATTGTATTTGAATGAGTTTTCCTCTTACAACCGAACCTATGGATCGCTTGGTGGTATTGTCATTCTGCTTATGTGGTTTTACCTGAGTGCTTACATTATTTTGCTTGGCGGCGAGCTTAATTCTGCTACAGAGTTTCAAACCGAGAAAGACAGTACTGCAGGCAAGGAAAAGCCAAAAGGGGAGCGAGGCGCATACGTGGCGGATCATTCTCCGTCTGATAGTTGA	MTEFQEPALSNSKSTKQIYSSDATSLTDFSLRAWWQILKRTYTKQNAHNLSLVAAGVAFYFLLAVFPLLTAVISLYGLLVTPDQLQNHMAHLVDVVPADSRYIVEEQLTKLTGNSNFALSWGVMLSLLLTIWSSSKGANALITACNITYNEPHGRMFLKGLLARLVLTIGIIAFVIAALLCISVLPEWISYLAGPVLNEKAATWLTWPVLIFLFNVALAALYRYGPHRKPAKWRWVTIGSAFASIVWVIASFAFSLYLNEFSSYNRTYGSLGGIVILLMWFYLSAYIILLGGELNSATEFQTEKDSTAGKEKPKGERGAYVADHSPSDS	PGPT0014525_5119	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	UNIVERSAL_STRESS_RESPONSE	STRESS_SIGNALLING_PROTEINS	OTHER_STRESS_RESPONSE_PROTEINS,PGPT0014525-yfkH-K07058	NA	NA
AK237_02068	1128			hypothetical protein	ATGGATTACAACGTAGACGACGAAGCAATTGATTTCGATAAACTGATTATTGAAATATACGATGCGGCACTTACACGTAAGTGGGGGCGGGTGCTGGCCCAATGTAACAGGGTGTTTTTCGCCAATAAAACCTTTCTTGTTCTGCGTGATGCCATTAACAATCGTGAAGTGGCGTGGCGAATGAAGTCGCGGAGGGAAACCTCCACTGATCTCATGACAAAAACCGACTTTTCACTGCTATCTTTTCTTAGTCCGTTCTTAATAAAACTCCACGAGGGCGATGCGTTTAATACGGGCTCTGACGAATTTGCCGAACTGAAACACGCAAAAGCCATTACCGATCAGATCCTGATCCCTCTGGAAGCTGAAAAAACCCTTGTTGCATTGGTACTGCGTGATGAACGTTATGAAGCGTACTTTGGCGTGTGTCGAAGCAGTGAGGACGACAGCTTTTCAACATACGAGATGGTAGCATTCAAACGTCTGTTGCCTCATTTCGTGCGCGCCGCTCGCTTTTTTCGTGATGAAGAGCTGTTTCGACAACAAAAGCAGCTGTCACAGGGTTTGTACGATCATATTAAAACTGCGTTTGTCGTTTGCGATGGCCAACTACGGGTTCAGGCCTGTAATACCCAGGCTGAACAGTATCTTGCACATGGTAAAACGGTGTTTATTCAAAAAGGAAAGCTGGCGTTTTCTATGCCGCATCAACACGCAAAGTTTCTTGAGCGGATTCGGACCTGTCTGGAAAGTGCAAGCAACGATGTGGCGGTGCATGTGGTTGATGAAAACATCAATGTAGTAGAGATATTTCACATTCATAAACTCACGTCACATGCTGAACATGAGCGACGCGAACCCCTTGCCGTCGTCAATATTATCGCCAGGGGCAAACCCGATTGGCTGAATGTGCAGTCTTGCTATGCGCTTAGTAAGAAAGAAGTGCTGATAGCTCGCATGCTTTACAAAGATGCCTCGTATAAAGACATTGCCCGCGCTGCAAGTTTGACGGAAGACGACGTATCGGTACAAGTTAACAGGTTAATAAAAGCGGTGGGCGTGAAAAACGAAGAGGCGCTCATTGACCAGTTGGCTATGTTCTCAGGCGCGTCAGCAAAAATAACATAA	MDYNVDDEAIDFDKLIIEIYDAALTRKWGRVLAQCNRVFFANKTFLVLRDAINNREVAWRMKSRRETSTDLMTKTDFSLLSFLSPFLIKLHEGDAFNTGSDEFAELKHAKAITDQILIPLEAEKTLVALVLRDERYEAYFGVCRSSEDDSFSTYEMVAFKRLLPHFVRAARFFRDEELFRQQKQLSQGLYDHIKTAFVVCDGQLRVQACNTQAEQYLAHGKTVFIQKGKLAFSMPHQHAKFLERIRTCLESASNDVAVHVVDENINVVEIFHIHKLTSHAEHERREPLAVVNIIARGKPDWLNVQSCYALSKKEVLIARMLYKDASYKDIARAASLTEDDVSVQVNRLIKAVGVKNEEALIDQLAMFSGASAKIT				NA	NA	NA	NA	NA
AK237_02069	2172	uvrD	COG0210	DNA helicase II	ATGGATGTATCTCTACTGCTCGACGACCTCAATGATAAACAACGTGAAGCCGTTGCCGCCCCACAATCGAATATGTTGGTGTTGGCAGGAGCAGGTAGTGGTAAAACCCGCGTTTTAGTTCACCGCATTGCCTGGCTTATGGAAGTAGAGAATATCGCCCCATTCTCTATTCTGGCGGTAACGTTTACCAACAAAGCAGCGAAAGAGATGCGCGGTCGTATTGAGCATCTGATGAAGCGTAGCCTTCATACCATGTGGATGGGTACTTTCCATGGCCTGGCCCATCGTTTACTCAGGGCGCATCACGCCGAAGCTGGATTGCCCGAAAATTTTCAAATCCTCGACTCTGACGATCAGTACAGACTGATTCGCCGCATCTTAAAAGCCCTGAACTTAGATGAAAAGCACTGGCCACCAAGACAAGTACAATGGTACATCAACGGCAACAAAGACGAAGGCTTACGACCGCAGCACATTGATACTCACAACGACCACACACAGCAGAAAATGCGAGACATTTATGCTGCCTACCAGGCATCCTGCGATCGGTCAGGTTTGGTCGATTTTGCTGAATTATTGTTACGCGCCCACGAATTATGGGCACGCAATCCGGATATCCTGGCCCATTACCAAAAGCGCTTTCGCGCGGTACTGGTAGACGAGTTTCAGGACACGAACAATATCCAGTATGCCTGGCTGCGCATGTTGTGCAGTAGCGGCGACAACACTATCATGATTGTGGGTGATGACGACCAGTCTATTTACGGTTGGCGTGGCGCTAACGTCGACAACATCCATAAATTTCTAAAAGACTTCCCCCAACCTGCAACCATCAGGCTAGAGCAGAATTACCGCTCCACAAGCACCATATTGAAAGCGGCAAATGCGGTTATCGACAACAATACGGGCCGTCTCGGAAAAGAGTTATGGACCGACGGCGTTGACGGCGAGCCAGTGTCAGTTTACGCAGGCTTTAATGAACTCGACGAAGCACGTTTCATCGTATCGCAAATTAAAACCTGGTTGCAGCAAGGGCACGCACTGAGTGAAAGCGCCATCTTATATCGCAATAACGCCCAATCTCGTGTACTTGAAGAAGCCCTGTTACACGAGGGCTTAGCGTACCGTATTTACGGTGGTTTACGCTTCTTCGAACGCCAGGAAATCAAAGATGCGCTAGGCTACCTGCGAATGGTGAATCACCCTCACGACGATGCCGCTTATGAACGCGTGGTCAATACACCAAGTCGGGGAATGGGTGAAAAAACCCTGGCGACCATTCGTGAAACAGCAAGAGCACATAATTGTTCATTGTGGCAGGCCAGTAATCTACTGATCACCGAGGGAACGCTAAAAGGTCGCGCTGCCAATGCACTTCAAAGTTTCCTGGTGTTAATCACCGATTTAGAACAAGCCATGACCGAATTGCCTTTAGAAGAACAAGCCGACAAAGCCATTAAGCATTCCGGGCTGTACGCGATGTATCAGGCTGAAAAAGGTGAAAAAGCACAAGCACGATTAGAAAACCTCGAAGAACTGGTGACCGCCTGTAAGCAGTTTATTGTGCCTGAAGAAGCTGAAGACATGACACCACTTAGTGCTTTTTTAGCCCACGCCTCTTTAGAAGCAGGTGAAACACAGGCTGATTCAGATCAGGACGCTGTTCAGATGATGACGATCCACACTGCTAAGGGACTGGAATTTCCACTCGTTTTCATGGCCGGTGTAGAAGAAGGGATGTTCCCCAGTCAGATGACTAACGACGAACCAGGCAGAATGGAAGAAGAGCGTCGCCTTGCCTACGTGGGTATGACCCGAGCCATGCAAAAGCTGTTTATCACTTATGCTGAAAGCCGCCGGCTATACGGGCAAGACAAATATCACACGGCTTCGCGTTTTATCCGCGAAATTCCGACTGAGTGTGTAGAAGAAGTACGGCTTAAATCCACAGTATCGCGTCCGGTTCATAACCGGTTCTCCCGAGCGACTTCTCATGAGAGTTTTGAACAAACGGGTTTTCAATTAGGCCAGCGCGTCATGCACAGAAAGTTTGGTGAAGGTATCGTACTGAATTACGAAGGGTCTGGTGACCATGCCCGCGTGCAAGTAAATTTTGATGAATTTGGTAGTAAATGGCTGGTGCTGGCGTATGCGAAGCTACAGCCGGTATAA	MDVSLLLDDLNDKQREAVAAPQSNMLVLAGAGSGKTRVLVHRIAWLMEVENIAPFSILAVTFTNKAAKEMRGRIEHLMKRSLHTMWMGTFHGLAHRLLRAHHAEAGLPENFQILDSDDQYRLIRRILKALNLDEKHWPPRQVQWYINGNKDEGLRPQHIDTHNDHTQQKMRDIYAAYQASCDRSGLVDFAELLLRAHELWARNPDILAHYQKRFRAVLVDEFQDTNNIQYAWLRMLCSSGDNTIMIVGDDDQSIYGWRGANVDNIHKFLKDFPQPATIRLEQNYRSTSTILKAANAVIDNNTGRLGKELWTDGVDGEPVSVYAGFNELDEARFIVSQIKTWLQQGHALSESAILYRNNAQSRVLEEALLHEGLAYRIYGGLRFFERQEIKDALGYLRMVNHPHDDAAYERVVNTPSRGMGEKTLATIRETARAHNCSLWQASNLLITEGTLKGRAANALQSFLVLITDLEQAMTELPLEEQADKAIKHSGLYAMYQAEKGEKAQARLENLEELVTACKQFIVPEEAEDMTPLSAFLAHASLEAGETQADSDQDAVQMMTIHTAKGLEFPLVFMAGVEEGMFPSQMTNDEPGRMEEERRLAYVGMTRAMQKLFITYAESRRLYGQDKYHTASRFIREIPTECVEEVRLKSTVSRPVHNRFSRATSHESFEQTGFQLGQRVMHRKFGEGIVLNYEGSGDHARVQVNFDEFGSKWLVLAYAKLQPV				NA	NA	NA	NA	NA
AK237_02070	1245			hypothetical protein	ATGCAACGAAAAGTCCTGGTCATTGAAGACAGCCAGAAAAGCTTGCAGCTCGTATCCAAATTGGTAAAAAAAGCAGGGCTCACTCCCGAAGGCGCGAGTTCACTTGAAGAGGCTAAAGCTCGCTTTTCAGCCTCTATGCCTGAAGAATATTTATGTGCGGTCGTGGCTTATGCCCTGCCCGACGCGCCGCTAGGCGAAGCCATCGATTTCACCATTAACGCCTTCATTCCAACTGTAGTGGTTACCGATCACGCTGACGACGACACGAGAAAAGCCATTCTCAGCCGCGAAATTGTTGATTATCTGGTGAAAGAAAATCATCAAATATACGATTATCTTAGTCGTCTGTTAGCCAGGCTCGATAAGAATAAAAGCGTAGGCGTGCTAGTGGTAGATAATAAGCGAAGTAGCCGGCAGTCAATGGTTTCCCTGCTCCGCCGCCACAACTTCCTGGTGTATTCTGCCGGTAGCCAGCAAAAAGCCCAGGAGCACTTAGCTTCGCACCCACATATTCAGCTCATGTTAATTGATCATTCCATTGACGATGGGCAAGGCATTCACTACATCGCAGAGTTACGCCGTGCCTATGCAAAAGAAGAAATGGCAATAATTGGGATCGCTGCAAGCAGTTCAGGTCTTTTACCCGCTACGTTCTTAAAAAGCGGAACGAATGACTTTTTGCGTAGCCCATTTTGTCATGAAGAATTTTTGTGTCGGGTCATGCAAAACTTAGAGCTTCTGGAAAGCGTAGAAACCATTCGGCGCGTGGCCAACTCAGACTACTTAACAGGCTTACCAAACCGCCGCCACTTCTTCTACACGATTGCCACCCGGTATCACCAACATGTCGAGCGACAGTCGCTGGCGCTGGTCGACCTGGACCACTTCAAGCAAATTAACGACACCTATGGGCATGATGCTGGTGATGCGGTGTTAAAAACGGTGGCAGAGTTAATTAACTCGCTGTTCAGCGATGTACCTGCAGCTCGCTTCGGTGGCGAAGAGTTCTGTATCTATCTGCCTGATATTCCGCCTGAAGAAGCGCACCAGCGCATGACGCAATTTCGTCAGGTCGTCGCTGATACACCGGTACTTTTTAAAGATAAGCGATTAAACGTAACAGCCAGTATAGGGCTCATTAGCGCCTTTACCGAGAACCTTGATGCCCTTCTCGGCGACGCAGATAAATTGCTTTACGCCGCTAAAGAAAACGGCCGGGATCAGGTCTGCTCCCGCGCGATCTGA	MQRKVLVIEDSQKSLQLVSKLVKKAGLTPEGASSLEEAKARFSASMPEEYLCAVVAYALPDAPLGEAIDFTINAFIPTVVVTDHADDDTRKAILSREIVDYLVKENHQIYDYLSRLLARLDKNKSVGVLVVDNKRSSRQSMVSLLRRHNFLVYSAGSQQKAQEHLASHPHIQLMLIDHSIDDGQGIHYIAELRRAYAKEEMAIIGIAASSSGLLPATFLKSGTNDFLRSPFCHEEFLCRVMQNLELLESVETIRRVANSDYLTGLPNRRHFFYTIATRYHQHVERQSLALVDLDHFKQINDTYGHDAGDAVLKTVAELINSLFSDVPAARFGGEEFCIYLPDIPPEEAHQRMTQFRQVVADTPVLFKDKRLNVTASIGLISAFTENLDALLGDADKLLYAAKENGRDQVCSRAI				NA	NA	NA	NA	NA
AK237_02071	936	rarD	COG2962	Protein RarD	TTGAGCGCTACCTCCGTTACCGCCGCCTCTCACGCCACAAAAGTAGGCGTCATATGCGCTGTTGCCGCGTATACCATGTGGGGCATTGCCCCTGTGTATTTCAAGCAGCTTCAGGTATTGCCAGCCATGGATGTGTTGATGCACAGAATCATCTGGTCGGCGTTATTGCTGCTGGTACTTGTAGTTACATTGAAGCAGTGGCCGAAGGTGTCCGCCGCGTTACGAAGCCCAAGAGTGATGAAAGTGCTTTTCTGCGCGGGATTGTTATTAGGTGCAAATTGGCTTCTGTTCATATGGGCAATCAATAACGATCACCTTCTCGATGCGAGTTTAGGTTACTACATCAATCCTCTGATAAACGTGTTCCTCGGGCGGCTATTTTTAGGTGAAACGTTACGTCCTATGCAAAAAGTCGCGGTGGGGCTTGCCGTTGTGGGCGTCACTATTTTAATTATTACCTATGGTCAGTTGCCTTGGATTGCGCTGGTATTGGCTATCACGTTCAGCGTCTATGGGTTATTAAGAAAAAAAGTGGCAGTAGATTCTTTACCCGGGCTATTTATTGAAACCACGTTGCTGTTGCCATTTGCCCTCGTTTATTGGGTTGGGTTTGCCAGCGATTACAGTAATCTGATGCACAACGAGTGGCACTTAAATGCCCTTATTTTTGCTGCTGGAGTGGTGACCACTGCGCCATTGCTATGCTTCACTGCTGCGGCCCGGCGCATCATGTACTCAACGCTCGGGTTCTTTCAGTATATTGGTCCGTCAATTATGTTCATGTTGGCGCTTTTCGTTTATGGCGAGCCGTTTGATATGTCGAAGATGGTGACTTTTGTGTTTGTCTGGCTGGCACTGGTCGTATTTAGTGCCGATTCACTACGCGCGTATCGTGAGCAGAAAAGAAAGCTTCAGATCGCGCGGGAGCAGACCTGA	MSATSVTAASHATKVGVICAVAAYTMWGIAPVYFKQLQVLPAMDVLMHRIIWSALLLLVLVVTLKQWPKVSAALRSPRVMKVLFCAGLLLGANWLLFIWAINNDHLLDASLGYYINPLINVFLGRLFLGETLRPMQKVAVGLAVVGVTILIITYGQLPWIALVLAITFSVYGLLRKKVAVDSLPGLFIETTLLLPFALVYWVGFASDYSNLMHNEWHLNALIFAAGVVTTAPLLCFTAAARRIMYSTLGFFQYIGPSIMFMLALFVYGEPFDMSKMVTFVFVWLALVVFSADSLRAYREQKRKLQIAREQT	PGPT0003906_458	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE	CE-BACTERIAL_FITNESS-MULTUDRUG_RELATED_REGULATION,PGPT0003906-rarD-K05786	NA	NA
AK237_02072	1338	mgtE_1	COG2239	Magnesium transporter MgtE	ATGGCCGAACCGTTACCCGATCTGATTGAAGAGCTTGTTTCAGATGCGCAAAACGACGATCCCGCCGCCGTATTGACCACGCTGGCCAACGAAGATGATGTTGCTGTTGCAACGTTACTTGAGTCTTTGCCCGTTGAACACCGTATAGCTACCTGGGAAGGGTTACCTCGCGATCGAAAAATCGACGTGCTGGTGGAGATGCGTAGCGACCCCCGGGAAATACTTATCGATGCCACACCAGATAGCGAATGGACGCTCATGTTTGCCGACATTGAAGCCGAGTCGTTGCTGGAGCTGATGGACTCGTTGCCCTCAAGGCTGATTGATCTGGCTTTCAAAGCACTTGATGCGCAACAACAGGTATTCTTTAGAGAGGCGACGCAATTCAGTGACGATGAAATCGGCCACTGGTTGTCGCACGAACAACTCGTCTTACCCATAAACGCAAAAGTGCGCGATGCGTTAAGATTAATACGACGAAATGTACCCAGCCATAGTGATACGATTTTTCTGACCAACCGCTCCGGGCAATTTTCGGCGGCGGTCAGGCTCACCAAAGTATTTGGCGCGCCTGAGCATGTGCCACTCGTCGAACTGACTATCGAAAACATGCCAGTGTTAAAAGGTACTGACGATACCACCAACGCCTCACTTCAATTGCAGCGCTCAGGCTTTGCTTCATTGCCTGTGGTGGATGACAGCAATAAGTTGCTTGGTCGGCTGGATGTGACATCTGCCAGTGAGCTGGTTAACGAAAATTACGAGCGTCAGGTGATGGCCTCGGCAGGTATGGATGAAGACGAGGATTTATTCTCGCCGGTAGCGAAGAGTGCGCGTAACCGTGCGTTGTGGCTGGGAATTAACTTGCTTACAGCGTTCCTTGCATCGTGGTTTATCGGCATGTTTGAAGGCACGTTACAACAGGTTGTCGCTTTGGCGGTGCTTATGCCTGTTGTTGCGAGTATGGGCGGTATCGCCGGTAGTCAAACCCTGACGCTCATTGTGCGGGGTCTTGCCTTGGGTCAGGTAACCAAATCCAACTTTCGTGCGCTGATGATGAAAGAACTCAAGGTGGGCGGTCTTAACGGCATCATTTGGGCGATTATTATCGGTGTCGTGGCTTCTGTTTGGTTTTCCAGTGCTGCGCTGGGTATTGTGATTTGCCTTGCCATTTTAGTGAACATTGTTTGCGCTGCACTTGCGGGGGTATTTTTACCCGTAGTATTAGATAAGCTCAAAATCGATCCCGCGTTAAGTGGCTCTGTGATTCTAACCACTGTAACCGATATTGTCGGCTTTGTTGCTTTCCTTGGCCTGGGCACGCTGTTCCTGCTGTAG	MAEPLPDLIEELVSDAQNDDPAAVLTTLANEDDVAVATLLESLPVEHRIATWEGLPRDRKIDVLVEMRSDPREILIDATPDSEWTLMFADIEAESLLELMDSLPSRLIDLAFKALDAQQQVFFREATQFSDDEIGHWLSHEQLVLPINAKVRDALRLIRRNVPSHSDTIFLTNRSGQFSAAVRLTKVFGAPEHVPLVELTIENMPVLKGTDDTTNASLQLQRSGFASLPVVDDSNKLLGRLDVTSASELVNENYERQVMASAGMDEDEDLFSPVAKSARNRALWLGINLLTAFLASWFIGMFEGTLQQVVALAVLMPVVASMGGIAGSQTLTLIVRGLALGQVTKSNFRALMMKELKVGGLNGIIWAIIIGVVASVWFSSAALGIVICLAILVNIVCAALAGVFLPVVLDKLKIDPALSGSVILTTVTDIVGFVAFLGLGTLFLL	PGPT0013995_3450	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-MAGNESIUM_TRANSPORT,PGPT0013995-mgtE-K06213	NA	NA
AK237_02073	1845	recQ	COG0514	ATP-dependent DNA helicase RecQ	ATGACAATTTCAGACTTATCCACCGCCAAACCGATAGAAGAATCCGTAGTCTCGACACCGCAAGAGGTGCTGTCGAAGGTCTTCGGCTATGACAAATTCAGAGATGGCCAGGAGGCCGTCATCAATGCTGTTGTCTCCGGTCAGGACGCCTTGGTGCTTCTGCCAACCGGTGGCGGTAAATCACTTTGTTATCAAATACCAGCGCTAGTGAGAGCGGGAGTCGCTGTGGTGGTATCACCACTGATTTCTCTGATGCAGGATCAGGTCGAACAGCTTCGTGAAGCAGGCGTTAGCGCTGCCTATATCAATTCCACACAGGATCAGGAGCAACAGCAATCGGTATTGAATCGCATCAGTAATGGCTCCTTACAGTTGTTATACGTTTCTCCTGAAAAATTGCTCACCCCGTGGTTGATGTCTTTTTTGCAGTCGCAAACCCTATCCCTGTTTGCTGTCGATGAAGCGCACTGTGTTTCGCATTGGGGGCATGACTTCAGGCAAGACTACCGCGCACTGGGGCTACTGAAACAACGTTTTCCTACTATTCCGGTTATCGGTTTAACGGCCACGGCTGACGCCGCTACCCAAGCTGATATCCTCGTGCAACTCAATCTTGTCGACCCTTTTGTCTACAAAGGAAGCTTCGATCGACCCAACATCCGCTACCGCGTAATGCCCAAATACAAGGCATTCGACCAGGTCCGAGATTATGTGAAGCAGCAGGATGGAAGTGGCATTATTTATTGCAACAGCCGCGCAAAAGTAGACGATTTACACGCCAGGCTGCATCGGGAAGGAATAAGCTGTGCTGCCTACCATGCAGGAAAAGACACCGACGAACGTGAATACGTGCAACGTCGCTTTCTTAACGATCAGGTAGACATCGTTATTGCCACCGTCGCCTTCGGCATGGGTATCAACAAATCGAATGTGCGATTTGTTGTGCACCACGATGTACCCAGAAGTATCGAAAACTACTACCAGGAAACCGGGCGCGCCGGTCGTGATGGCCTGGAATCAGAAGCGTTGTTGCTTTTCGATGAAAAAGACGCGGCGCGGGTAAGGCAGTGGATTGAACAAGGTGAAGCCTCGGACCGACTGGATGTGGAAATTCAAAAATTTGCCTCCATGGAAGCCTTTGCTGAAGCGCAAACCTGCCGTCGCCAGGTATTGCTCAACTATTTTTCACAATACAGTGATACCGCTTGTGGTAACTGTGATATTTGCATCGATCCACCAACGCCAATTGATGGATTGGTTATCGCGCAGAAAATTCTGTCCTGCATCTTACGTTTAGAACAGCAAGCGGGTTCGCAATATGTTATCGATGTACTGCGCGGCAAAGCATTAAAACGCATTCAGGAAGCCGGACACCACCAACTAAGTACCTATGGCATTGGTAAGGAAAAACCCGACGGCTACTGGCATAGCATGATTAATCAGCTTATTCATAAGGGGTTAGTCAGGGTAGACTTAACCGCCGGAGCGATGCTGAGGTTAAACGAAAATGCGCGCGCGGTATTGAAAGGTGAAGTACCGTTGGAGTTGGCTTTACCACGGTTAAGCTTTAAACCCGATGCGCGCGTTAGTAAAACACCAGCAGTATACGATAAAGCCCTGTTCAAACGTCTCAAACATCTGCGTAAAGCGTTGGCAGAAGAACACAGCGTACCGCCATACGTTATTTTCAGTGATGCCACGTTGGCCGATATGGCTGGAAAAACGCCGACGACGGTCAACGATTTTCTTGATGTAAGCGGCGTTGGAAAAACAAAACTGGAACGCTATGGTGAAGCGTTCCTGCAACTAATCAACGATTATTTGGACAGTACCCTTAACGACTAA	MTISDLSTAKPIEESVVSTPQEVLSKVFGYDKFRDGQEAVINAVVSGQDALVLLPTGGGKSLCYQIPALVRAGVAVVVSPLISLMQDQVEQLREAGVSAAYINSTQDQEQQQSVLNRISNGSLQLLYVSPEKLLTPWLMSFLQSQTLSLFAVDEAHCVSHWGHDFRQDYRALGLLKQRFPTIPVIGLTATADAATQADILVQLNLVDPFVYKGSFDRPNIRYRVMPKYKAFDQVRDYVKQQDGSGIIYCNSRAKVDDLHARLHREGISCAAYHAGKDTDEREYVQRRFLNDQVDIVIATVAFGMGINKSNVRFVVHHDVPRSIENYYQETGRAGRDGLESEALLLFDEKDAARVRQWIEQGEASDRLDVEIQKFASMEAFAEAQTCRRQVLLNYFSQYSDTACGNCDICIDPPTPIDGLVIAQKILSCILRLEQQAGSQYVIDVLRGKALKRIQEAGHHQLSTYGIGKEKPDGYWHSMINQLIHKGLVRVDLTAGAMLRLNENARAVLKGEVPLELALPRLSFKPDARVSKTPAVYDKALFKRLKHLRKALAEEHSVPPYVIFSDATLADMAGKTPTTVNDFLDVSGVGKTKLERYGEAFLQLINDYLDSTLND				NA	NA	NA	NA	NA
AK237_02074	663			hypothetical protein	GTGTTAACGATCCACCATTTAAATAACTCACGTTCGCAAAGATTGTTATGGTTACTGGAAGAATTAAACGTTGAGTATAATTTGGAAATATATCAGCGGGATCCCAAAACGGGTCTGGCACCTGTTGAAATGAAAGCTGTGCATCCTTTGGGTCGCTCGCCGGTACTCACCACTGACGGCGTGTCACTGGCGGAATCCGGGGCTATTGTAGAATACGTGGTGCGGCACTATGCGAAAGACACGTTTACCGTGCCGAACGACGAACAAAGCTACCAACAGTATCTGTTCTGGCTTCATTTTGCAGAAGGGTCATTAATGCCGCCCCGTGTAGCTATGCTGGTTTTTAGTAAAGCAAAAGAGAAAGTGCCCGCATTAATACGGCCTCTCGCTAAAAAAATCCTCGATGGCATTATGGATGCTTATTACAAACCTAATTTAGTGCAAAGTTTGAAGTACACCGAATCGCATTTGCAGAATCATGCGTGGTTCGCTGGTACAGAGCCAACCGGAGCAGATGTACAGATGTTATTTCCTTTAGAAACGTTAGTCGCAATGGGGCGAGCAGATGACTATCCAGCCATTAAAGCGTGGGTGCAAAAAGTCCATCAGCGTCCTGCTTATCAGCGCGCACTGCAGAAAGGCGGACAATATGATTATGCTTAG	MLTIHHLNNSRSQRLLWLLEELNVEYNLEIYQRDPKTGLAPVEMKAVHPLGRSPVLTTDGVSLAESGAIVEYVVRHYAKDTFTVPNDEQSYQQYLFWLHFAEGSLMPPRVAMLVFSKAKEKVPALIRPLAKKILDGIMDAYYKPNLVQSLKYTESHLQNHAWFAGTEPTGADVQMLFPLETLVAMGRADDYPAIKAWVQKVHQRPAYQRALQKGGQYDYA	PGPT0013170_10738	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	DETOXIFICATION_OF_PEROXIDIZED_COMPOUNDS,PGPT0013170-gst-K00799	NA	NA
AK237_02075	1422	selO	COG0397	Protein adenylyltransferase SelO	ATGAAGCTAGAGAATCGATATGCCGATGAACTAAGCGCACTCGTCTCCCCCACCAAACCGCAAGTTCTGCAGCACCAACAGCTGAAATTAGTCAACCGGGAGCTTGCTCGCTATTTGGCGCTGCCCGAATCGTGGTGGCAGGATAATCACCTGACCGCGTTGTTATCCGACGAGAACAGTCCGTTATCCGCGCGCGCCGTGGCACAAAAATACGGAGGCCACCAGTTCGGCCAATGGAACCCATTTTTAGGCGATGGCAGAGGTTTGTTACTCGCCGAAGTCATCGCTAATGACGGCGCAACCGTCGACCTTCACCTTAAGGGTGCCGGACGAACGCCTTATTCGAGAGGCGCAGATGGCCGTGCCGTGTTGCGCTCGACCATTCGGGAGTTCCTCGGCGGTGAAGCGCTACATGCTTTAGGTATACCTTCGTCTCGCAGTCTATGTTTGTTTAACAGCAAAGAAACTGTCCTTCGGGAACACCCTGAATCTGGCGCGATGATGATTAGAACGTGCCCAAGTCACCTGCGGTTCGGCCACTTCGAATTCTATTTTCATAGTGGCGAAAAAGACAAGCTCTCGGCGTTATTCGATTACACCATTACCCACCATTTTCCAGAATGTGCGCAAGCAGATAACCCCCACCTTGCCTTATTAAAAGCCATTACCTTGCGTACAGCCAGACTTATCGCACTGTGGCAAAATCACGGATTTGTTCATGGCGTCATGAATACTGATAACATGTCGGTTCATGGCATTACATTCGATTACGGGCCCTATGCCTTCATCGAGCATTTCGAAGCTAACGCAGTATTCAACCACTCCGACCATCAGGGACGCTACGCATTCGATCAACAGCCCGGTATTGGATTATGGAATTTGAATGTACTTGCTCACTGCTTTTCAGACTATTGCTCTACAGATGAAATACGCGCCGTACTGCAATGCTATGAGCCAACATTTATTCAACAGTTTCAGTTAGCCTTGTGTCAGCGCATGGGGTTAGATCCACAGCATCCCCTCTCAACGCAAAGTGCGGATCAGTGGCTTACGATGCTGGAAACACAAAAGCTCGATTATTCAGGCACATTTAGAAAGTTAGCGCTCACTTCTACTAAAAACCCTTCACCCGCGCTTCGCGATGAGTTCGTCGACAGAGACCGCTTCGATGCTTGGTGGCGAGAGTATCGTTCTTTACGACAGCCTGATTCTGATGACGCGTTATTGCAATATAACCCGGCTTTTGTACCCCGAACCCATGTTCTTCAGCAAGCCATCAGCCTGGCTGAAAACAACGACTTCTCCTTGTGCGAGCAATTGCTGGAAGCCTGTCAGAGCCCATTCGATACCAAATGGGATTCGCACCCTTTCAGCCAGCCCCCAAGCCATCACTCCGGAGGCATGTTGTCATGCAGCAGTTAA	MKLENRYADELSALVSPTKPQVLQHQQLKLVNRELARYLALPESWWQDNHLTALLSDENSPLSARAVAQKYGGHQFGQWNPFLGDGRGLLLAEVIANDGATVDLHLKGAGRTPYSRGADGRAVLRSTIREFLGGEALHALGIPSSRSLCLFNSKETVLREHPESGAMMIRTCPSHLRFGHFEFYFHSGEKDKLSALFDYTITHHFPECAQADNPHLALLKAITLRTARLIALWQNHGFVHGVMNTDNMSVHGITFDYGPYAFIEHFEANAVFNHSDHQGRYAFDQQPGIGLWNLNVLAHCFSDYCSTDEIRAVLQCYEPTFIQQFQLALCQRMGLDPQHPLSTQSADQWLTMLETQKLDYSGTFRKLALTSTKNPSPALRDEFVDRDRFDAWWREYRSLRQPDSDDALLQYNPAFVPRTHVLQQAISLAENNDFSLCEQLLEACQSPFDTKWDSHPFSQPPSHHSGGMLSCSS				NA	NA	NA	NA	NA
AK237_02076	309			hypothetical protein	ATGCAGCAGTTAACCCTTTCTCGTCTTCAGCAGTCAGCCAAACAACAAGATGACGTAATTATATTCAATCTTCCCGTGCCCGCTAACCCGGCGCGGGCTCAGCAGTTCATCAAACAACTTGGCACAGTGTTAGGGGTTCAGCCCCAGTCGCCTGAGTGGGGTGCCGACCGTCTGCAAGTCACCTTTTCTGACAATGACACACGCTTTTTACTTTGTATTGAATGGCTATGCGATGCGATTTGGATTGAAAATGCCGGTGGCGTAACTTACGACATCGAACAATTATGGAATTGGCTTAAAGCAAAATAG	MQQLTLSRLQQSAKQQDDVIIFNLPVPANPARAQQFIKQLGTVLGVQPQSPEWGADRLQVTFSDNDTRFLLCIEWLCDAIWIENAGGVTYDIEQLWNWLKAK				NA	NA	NA	NA	NA
AK237_02077	2862			hypothetical protein	ATGGTAATTGGGCAACGGGCAAGGGATCTGGCTGGGTGTGCTTTGTGTGTTGCTGTATTGCTATTGAGTCCCCTTGCGAGTATCGCAGCGGACAAGTTGATAACCCGCGACTTTGAGCGAGTTAACCTGAGCGAGAACAGACCGGTTTATGTTGCTGATGCACAACTGTCGGCGAAACAGGTACTTGTTCAACGACATCACCTCCCCCTAAGCAATACAATTCTCCCCCTGTTGCCAAACCAGCGACGTTGGCAATTCATAGAATTGCACTCAGTAATCAATGAAACATCTCAACTTGTGGTGAGTATTGAAAAGCCCGGAATAGACGAAGTCAGTATCACTACGCTGACTTCCGAAGGGGAGCAAGTGAGTAATATACTCATCGATTCACCTGACCGCGCACGCCCTTATTACCAGCAAGGCGCATTGGTTATTCCTGTAGCCTTTCAACCGGGTGTTACTACCACGCTTGCCATCGCTATTCACGATCAGGGTTTTCGTTCATTTCCGGTTTATTTGTGGGATGCAAACGAACTCGCCGCACGGCAGCAAAATAATTTACTGCTGTTTGGTTTAGCAATAGGTTCTCTCACTGTATTGTTCGGCTACTTTTTTCTCACCTATTTATATAAACAAACGCGTAGCCGATTGTGGCTGGCGGTTTGTTCAATAACATGTCTATCAATCTTAGTGTGGGTACAAGGCGAGTTAGCAATTATCAGCGGGCTTCAGTCGCAATTTGAGTTGGTCTTTACCTTACTTATGCTGTTTCTATGTTTCACACTGGTAAAACTTACCCAGCACTTTTTTACCCGCATACCCAAACCTGTTCATTCACTCCAAATTGCTACGCTCTGTTTGCTCGCGTTATCCTCATTCGCGGTGAACAGTCCTTTTTATACATTCTGTATTGGCTGTTTTGTGATGCCTGTGTTCACCACGCTGTTTGCGCTGGAGGCGGTACTTTTCAGAGACAGGCGCGTTCCCGCACTGACCTTTATTTACCTGTTGGCCTGGGCGTTATTTATCATTGCTTTTATCCACAGTTACTTGAATATGATAAGCGGTATCTCATTTAGTGCGATGTCACCCACCCTTGAAATATCCATTGTTATTTTGTCAGTGATGTCGTTAGGCATCGCGGTGGAAATCAGTGAACGCCAGGCGAATGACGCTCAGCTGCATACCCAACGCCGTCGAATATCAGATTTGCAACGCTTTTACGACTTATTTCGCACTGCGGCAGAGGGGCTTTACACGTCGACTATCGACGGTAAGTTAAAAACGGTCAATCCAGCTATGTGCGCAGTGTTTGGCTTTGAAAATGAAGCTGACATGTTACAAACCGTCGCCAATACGGCCTCATTTTATGCAGACGAAAATGACAGGCAAACCCTGATCGCAGAATTGTTCGAAAAAGGCGTTATTCTTGGGAAAGAAGTTCGGGGTTTGCGCTCGGACGGCAGCGAGTTTTGGTTTTCTCTGTCCTGTCAGTTAAAACGCGAAAATGATGATATCTATCTGTATGGCTCAGTCTTTGACATTACTGCCCGAAAAGAAATGGATTTAAGTCTGCAGTATCTGGCCAGCCACGACTCATTAACGGGAGCCATGAATCGAAGAGAATTTGAACTTCAGCTTGCCAGTGCCATGCAGCATCGGGGACCCGGTGATTCTCCCATTATCTTGCAATATTTAGATTTAGATCGCTTTAAAACCGTTAACGACACCTGCGGACACAAAGCCGGTGACAGATTAATAAAAGAAATCGCTCATCTGCTACAAACAACGTTAGCATCGCGCGGTCTGTTGGCTCGCCTGGGCGGCGATGAATTCGCAGCACTCTATATTGACGAAACAGAAGAATCTGCATTCTTAATCGGAAATAAGATGCTCAGAGCGGTTCAATCTTACCGTTTTATTTGGGAGCATCAGGTTTTCAACCTGGGCGTGAGTATCGGCATGGTAAATAACAATGATGTTGATGCGGATGCTGAACACCTGCTCAGTTTAGCGGATAATGCTTGTTATATAGCTAAGCGCCAGGGACGAAATTGCATTCACCGGCTAAAAGGTGGCGATGACGCTCTGAAGCACTATTCAGACGAACTGGTATGGGTTAAGCGTATAAGACACGCTTTGCAGGTCGGTGGTTTTGAACTGTATTACCAGCCCTTGCTCCCTCTTAAAGGCGAGGTAAAAGGCACTTACTTTGAAATTCTCGTTCGCATGCGAGGTGCCGAAGGAGAGATATATGAACCCGCTTTATTTTTGCCCACGGCAGAGCGCTTTGATCTCTCAACGTCCATAGACCAATGGGTTGTTACCCAAACACTCACGTGGTTAGGCAAGCATCCTTTGCATCTTGCTCAGCTGGCGCAATGCAATATTAATTTATGCGGTACAGCACTGGCGGATGAAAACCTTAAATTAAACATACTCAGGTCGTTTGAAGAAAACAGTGTGCCTTACGACAAGATTTGCTTTGAAATTACTGAATCCACCGCTATCGTGCAAATGGAAAAGACCTTAGAATTTATTCATACATTCAAACATCTTGGTTGTAAATTTGCGTTAGATGATTTTGGCACAGGCTTCGCTTCTTATGGTTACTTGCGGGATCTTCCTGTGAACTGCGTCAAAATAGACGGCAGCTTTGTTCAACACATGCATACCAGTTCGGTGAACAAAGTGCTGGTTTCGTCTATCAACGATGTCGCCAAAGCGATCGGCATGTCTACAGTAGGCGAGTATGTAGAGAATACGGATGCCATGGAGGCTCTACGCTCGATTGGTGTTGATTTTGCGCAAGGTTTTGCAATTGCCCACCCTGCGCCATTAGAGCGTTTCGTTAGCCTTTAG	MVIGQRARDLAGCALCVAVLLLSPLASIAADKLITRDFERVNLSENRPVYVADAQLSAKQVLVQRHHLPLSNTILPLLPNQRRWQFIELHSVINETSQLVVSIEKPGIDEVSITTLTSEGEQVSNILIDSPDRARPYYQQGALVIPVAFQPGVTTTLAIAIHDQGFRSFPVYLWDANELAARQQNNLLLFGLAIGSLTVLFGYFFLTYLYKQTRSRLWLAVCSITCLSILVWVQGELAIISGLQSQFELVFTLLMLFLCFTLVKLTQHFFTRIPKPVHSLQIATLCLLALSSFAVNSPFYTFCIGCFVMPVFTTLFALEAVLFRDRRVPALTFIYLLAWALFIIAFIHSYLNMISGISFSAMSPTLEISIVILSVMSLGIAVEISERQANDAQLHTQRRRISDLQRFYDLFRTAAEGLYTSTIDGKLKTVNPAMCAVFGFENEADMLQTVANTASFYADENDRQTLIAELFEKGVILGKEVRGLRSDGSEFWFSLSCQLKRENDDIYLYGSVFDITARKEMDLSLQYLASHDSLTGAMNRREFELQLASAMQHRGPGDSPIILQYLDLDRFKTVNDTCGHKAGDRLIKEIAHLLQTTLASRGLLARLGGDEFAALYIDETEESAFLIGNKMLRAVQSYRFIWEHQVFNLGVSIGMVNNNDVDADAEHLLSLADNACYIAKRQGRNCIHRLKGGDDALKHYSDELVWVKRIRHALQVGGFELYYQPLLPLKGEVKGTYFEILVRMRGAEGEIYEPALFLPTAERFDLSTSIDQWVVTQTLTWLGKHPLHLAQLAQCNINLCGTALADENLKLNILRSFEENSVPYDKICFEITESTAIVQMEKTLEFIHTFKHLGCKFALDDFGTGFASYGYLRDLPVNCVKIDGSFVQHMHTSSVNKVLVSSINDVAKAIGMSTVGEYVENTDAMEALRSIGVDFAQGFAIAHPAPLERFVSL				NA	NA	NA	NA	NA
AK237_02078	615			Riboflavin biosynthesis protein	ATGACCAGTAAGCAACCTAAATACGAATATATTAGTTCAGCAAAACTCCCCACTCGCATGGGTGAATTTCGTATACATGGTTTTGTCGAATTAAGTGGGCAAGAGCATGTAGCGTTATCCTACGGCACCTGGAAAGAGGGTGACACGGTTCCCATTCGTATTCATTCTGAATGCCTTACTGGCGATGCACTGTTTAGTACCCGCTGCGATTGCGGTTTTCAACTCGAAAAGGCCATGCAAAACATTGTCGATCACGGCTTCGGCGTGATCCTGTATTTACGTCAGGAAGGCCGCGGCATAGGTCTGTTGAATAAAATTAGAGCCTACAATTTACAAGACAGCGGTATGGACACGGTTGAAGCCAACGAGCATCTCGGATTTGACGCCGATCTGCGCAGTTATGACATTTGTAAGACCATGTTGGATACGCTGAAAATTGGTAAAGTAGAATTAATGACCAACAATCCGCGTAAATTGAAAGCGTTGGAAGACTTAGGCATCGAGATTGTTGCAAGAAAACCCATCGATCATGGCATGACCAAAGACAATAAAAACTATCTTAAGACTAAAACAGAAAAGTTGGGTCACGTTTTCGACCCACACATGTTCAAATAA	MTSKQPKYEYISSAKLPTRMGEFRIHGFVELSGQEHVALSYGTWKEGDTVPIRIHSECLTGDALFSTRCDCGFQLEKAMQNIVDHGFGVILYLRQEGRGIGLLNKIRAYNLQDSGMDTVEANEHLGFDADLRSYDICKTMLDTLKIGKVELMTNNPRKLKALEDLGIEIVARKPIDHGMTKDNKNYLKTKTEKLGHVFDPHMFK	PGPT0007985_1257	DIRECT EFFECT	PLANT_IMMUNE_RESPONSE_STIMULATION	INDUCTION_OF_SYSTEMIC_RESISTANCE|ISR	ISR-VITAMIN_B2|RIBOFLAVIN_METABOLISM	ISR-VITAMIN_B2|RIBOFLAVIN_BIOSYNTHESIS,PGPT0007985-ribA-K01497	NA	NA
AK237_02079	1203			hypothetical protein	ATGAAACGACTAACCCTTGCTATTATGTTGTCCTTTGCAAGTGGTGCGACATTTATGGCGCCCGCTACGTTTGCGAACACAGAATATACGACGGAAGAAACGCAGGTAGCCAGCTACTCTGATGCTCAGCTAGACAGCCTGCTTGCGCCGATCGCACTCTACCCTGACACCATTCTTACCCATATTCTGATAGCCTCAACCTACCCGCTTGACGTGATTGCAGCAGACAGATGGCGACAGAAACATCCCGACCTTGATGCCCCGGACATTGAACAAGCTATAGAATCTTTTAATTGGGACCCAAGCGTTAAAGCCCTTGTACCCTTTAGCGATATCCTCAAAACATTAAGTAACGATTTAGATTGGCTACAGGCATTAGGAGACAATGTATTGATTAGCCAAAGTCGCGTATTAGCTCGCGTACAGGTATTACGGCAACATGCACTGAATGCCGGTACGCTTGCTGACAATGACTATCAGCGTGTTGATCGTGACAGTGACGTTATTGTGATTGAGCCGGTGAGAAAAGAAGTTGTTTACGTACCCTACTACGATACCCGCATTATATACGGCACGTGGTGGCATCCTGCTGTGGCTCCTGTTTACTGGCATCATCCGGGACACTATCACCTTACCGCTGGGTTTTACTGGAGCCCAAGTATCAGACTATCCACCACCTTCTATTTCGGCGGTATCAGCTGGCATGACCGTCATGTTATCGTGACACGCAGACCGGTAAAACGTTACTACTATGGCAGTGACATAAAGCGTTCGTACAGTCGCGACTACCAACCCTGGCAGCATAGTGTAGAGCATCGGCGCGTCAGATATTCAAACAATGTGGTGCACACAAACACCGCGCGTTACGTAAATCATACACCAACCATTAAGAGACGTGTGGACTACACCAGTGCACCGCATAAAAGCACGAAGGTAGTAAGTAGCACCACTGTAATAAACAGAACGTCACCGGAAACACAAAAACGAGAGCAGCGTTACGTGCAGCCTAAGAAAGATACGTTGTCACGTACCCCGTACTCGTCGGCAGACAAATCCCGTCAGCAACATTATGCGAAACCAATAGACAGGCAGCCTCAGGCTCGCTCAGTTAAACCAAGGCAATCCCAAGCGCATCAATCTGCTTCGGGTTCAGGCAACAAAGAGCACGTGAACAAGGGCCCACGAATTAAAGCGCGGGACTAA	MKRLTLAIMLSFASGATFMAPATFANTEYTTEETQVASYSDAQLDSLLAPIALYPDTILTHILIASTYPLDVIAADRWRQKHPDLDAPDIEQAIESFNWDPSVKALVPFSDILKTLSNDLDWLQALGDNVLISQSRVLARVQVLRQHALNAGTLADNDYQRVDRDSDVIVIEPVRKEVVYVPYYDTRIIYGTWWHPAVAPVYWHHPGHYHLTAGFYWSPSIRLSTTFYFGGISWHDRHVIVTRRPVKRYYYGSDIKRSYSRDYQPWQHSVEHRRVRYSNNVVHTNTARYVNHTPTIKRRVDYTSAPHKSTKVVSSTTVINRTSPETQKREQRYVQPKKDTLSRTPYSSADKSRQQHYAKPIDRQPQARSVKPRQSQAHQSASGSGNKEHVNKGPRIKARD				NA	NA	NA	NA	NA
AK237_02080	888	dcsG		Cycloserine biosynthesis protein DcsG	ATGTCTACCATTGCATTTTTATCGATGGACACTGAGCATCTCGAAGACTTTTTTGTTTATGATGATCTGCTTATCCCCCATTTCCAGCAACACGGATATGATGTGGTTACCGTTTCATGGCGAGACGAGAGTGTCAAATGGCACGATTTTGCTCATGTTATCGTAAGAAGTCCCTGGGACTATCAGCAATCGCCAGACGCTTTTCTCGCTTGCCTGGCTCGCATTGATGCCTCTTCTGCCATGCTGCACAATCCGTTGCAGCTGATGCAGTGGAATATTGAAAAAACCTATTTGAACGCGCTTTCTGAGCAGGGCGTGCCGATAGTGCCAACTCAGTGGGGACAATCGTTTTCGTCGACGTGGTTTGAACACCAGTTTGCCATACTAAATTGCGATGAAGTCGTTATTAAGCCCGCGCTAAGCGCCAACTCAGATGATACCTTTCGTATCAGGCAACACGAAATTGCACGGTATGCGCCAAAACTCACTGCGCTGTTTAATAATCGTAAGTTCATGGTTCAGCCTTTTATTAATAGTGTAGTTGATGAAGGTGAGTATTCACTTTTCTTCTTTGGTGGTCAGTACAGCCATACTTTGCTGAAGCAACCTAAGCCAGGGGATTTTCGTGTTCAGGAAGAGCATGGAGGCCGTTTGTCTGCTTTCACGCCTTCTCAGGCAATGCTAGGTGTTTGCGAGGCCGCGTTATCTGCAATGCCTACTGATTACCTCTATGCACGGGTTGATCTTATTCGTGTAGAAAATGCGTGGGCTATCATGGAGCTTGAGTTGATTGAGCCTTCATTGTATTTCAACATCGACGAGGCTTCACCAAAGCGCTTTGTCGACATATTCGTCGAGCGCTTCGGCAAAGGCTCGTTGCATCGTTAG	MSTIAFLSMDTEHLEDFFVYDDLLIPHFQQHGYDVVTVSWRDESVKWHDFAHVIVRSPWDYQQSPDAFLACLARIDASSAMLHNPLQLMQWNIEKTYLNALSEQGVPIVPTQWGQSFSSTWFEHQFAILNCDEVVIKPALSANSDDTFRIRQHEIARYAPKLTALFNNRKFMVQPFINSVVDEGEYSLFFFGGQYSHTLLKQPKPGDFRVQEEHGGRLSAFTPSQAMLGVCEAALSAMPTDYLYARVDLIRVENAWAIMELELIEPSLYFNIDEASPKRFVDIFVERFGKGSLHR				NA	NA	NA	NA	NA
AK237_02081	519			hypothetical protein	ATGCGCCAGTTAACTCGCTTTTGTTTAATCGCATCACTTACTATGACGTTTTTTGTTGCACAAGCGCAGGCGTTTACGTTTCGCTTGTCCCAGCAAGATTTAAATCAAGTGGTTAGAATGACCTTTCCTCAAACCCAATATTATCAGGGGATGAAAGTTGTTTTCAGCGATCCCTATCTTACATTGTCCGCCAATAACAAAGTAGCGGTTGATGTAAAGCTGGAAGGCTCTCAGGGGGATCAGAAAATGGAGGCCACGGCGAAGCTTAGTGGCGAGCTTTTTTATGATGGTAGCCAAGGTGAGCTGCAAATCATTCGACCCATGCTCAATGATTTTAAGGTACTTGATAGCACATTTGATAACGAGCAAGACATCATGCGCTGGGCTGAGCAGCTGAAAGGGCAGTCTGCACCTCTTATATTGCTGGTCAACTTTAGTGATTTGAATCTTTCCATTTTAGGAAACCGTCTGCCGCGCACAATGCGTGTCGAAAGCGGGCAACTGGTTATTGAGTTTTAA	MRQLTRFCLIASLTMTFFVAQAQAFTFRLSQQDLNQVVRMTFPQTQYYQGMKVVFSDPYLTLSANNKVAVDVKLEGSQGDQKMEATAKLSGELFYDGSQGELQIIRPMLNDFKVLDSTFDNEQDIMRWAEQLKGQSAPLILLVNFSDLNLSILGNRLPRTMRVESGQLVIEF				NA	NA	NA	NA	NA
AK237_02082	966	zntB	COG0598	Zinc transport protein ZntB	ATGTCAGAGACAGCTTTTCTTACCGCTTATGTCATTTCAACTGACGGCCGGGCACGGGCTCTGAGTGGGCATGAGTTAAATTATCAGTGCCAGCCAAATGAATATATGTGGGTTCATGTACAAAGCGACGCGCATGATTCAGAAACCATATTAGCCTCTCTGTCCCTCACCGATGCAATTTCAGATGCCTTATGCGCGCCAGAGACGCGTCCGCGAGCAATGCAACTAGATAACGGCGTGCTTATCTACTTACGTGGTATAAATAAGAACCCGGAAGCGGATCCGGAGGACATGGTGTCACTACGTATCTGGTGCGAAAGCCAGCTCATTGTTACCGCTCGCCGCAAAGACAGACGTTTGCAGTCAGTGCAAAACTTGCAGGAAGATGTGACATCGGGCAAAGCCCCTGAATCACCCAAAGCGTTGTTACTTGATTTAGTCATGCGCCTCGCCGACCGCATTCACGATGCAGTTGATGAAATCGACGATGCGTTAGTTCAATTTGAAGAAGATCTGGTACTTAATAAACAAGATCGTCAAACTTTGGCGAACCTACGTCGGCAAGCAGCAGCAATCAGGCGTTTTCTCGCCCCACAGAGGGACGCGCTGGATACACTTTTCCGCTTTCCCCAACTTTTGGATCAAGACCAGGCATTCTTTCTGCGGGAACAAACTGATCGCGTCGCCCGCTATGTTGAAGATTTGGATCTGGCCCGCGAACGTGCCGTTGTATTGCAAGACGAGTTACGCAATCGCATCGCTGACCAACAAGGGATGCGCATGTACGTATTATCTATGGTTACCGCAATTTTTTTACCGCTTTCTTTTCTAACGGGTGTTTTTGGTATGAATGTTGGTGGATTACCGGGAACCGAGTCACCTGATGCCTTTACCATGCTAATGGGCGCAATGGGCGTACTCGCAGTGTTTATGCTTATTGCCATGTTATGGCGACGCTGGTTATAG	MSETAFLTAYVISTDGRARALSGHELNYQCQPNEYMWVHVQSDAHDSETILASLSLTDAISDALCAPETRPRAMQLDNGVLIYLRGINKNPEADPEDMVSLRIWCESQLIVTARRKDRRLQSVQNLQEDVTSGKAPESPKALLLDLVMRLADRIHDAVDEIDDALVQFEEDLVLNKQDRQTLANLRRQAAAIRRFLAPQRDALDTLFRFPQLLDQDQAFFLREQTDRVARYVEDLDLARERAVVLQDELRNRIADQQGMRMYVLSMVTAIFLPLSFLTGVFGMNVGGLPGTESPDAFTMLMGAMGVLAVFMLIAMLWRRWL	PGPT0004205_980	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_ZINK_RESISTANCE	ZINK_RESISTANCE-ZNT_TRANSPORT_SYSTEM,PGPT0004205-zntB-K16074	NA	NA
AK237_02083	942		COG0123	Histone deacetylase-like amidohydrolase	GTGACGGTGAGGATATTTCGCGGCAAGGATTGCCTGCATCATGATGTGGGCCATGACCATCCGGAATCGCCAGACCGCTTGTATGCCATCGACGATCAGTTGCTGGCGTCAGGCCTGGAAATGACCTGCCAGCACGCCGATGCCAAACCATGTAAGAAAGAACATCTGGTTTTAGCTCATGACCCGTATTATGTAGACAGTATTTTTGAGCGCTCGCCGAAAACGGGTCTGGTTTGGGTGGAAGACGATACCGGCATGACCCCCATCACGCTGAGCGCTGCGCTGTATGCTGCTGGTGCCGGCATTGATGCTGTAGACTGGGTAATGGACGGAGAGGACCGGCAGGCATTTTGTGCCGTGCGCCCGCCCGGCCACCACGCAGAATACGCATCAGCCATGGGATTCTGCCTGTTTAACAACATTGCTGTCGCTGCCCGTTACGCATTGAAACAATATGATTTAAGCCGGGTAGCCATTGTAGATTTTGACGTACACCACGGTAACGGCACGGAGAATATTATTGCCGGTGATGAGCGCATTATGATGTGCTCATCATTTCAGCACCCGTTCTATCCCCATAGCGGCGCACCGGTTTCTGCCAGCAACATTCTCGGTGTACCACTGGATGCCGGATCCACAGGTGAAGCGTTCAGGGAAAAAGTGTCTTACTGGTTCGATGCACTGAACAACTATAAACCCGAGCTTATCCTGATTTCTGCAGGCTTCGATGCCCATGCAGAAGACCACATGGCGCATTTACGCCTGCGCGAAGATGACTACAAGTGGATCTCCGCAGAACTGCGAAAAGTCGCTGATGCCTGCTGCCACGGCAGAATCGTGAGCACTCTGGAAGGTGGCTACAACCACAGCGCCCTGGCCCGCTCTGTTGTCGCTCATATCAAGGGTTTACAGGGCGACGCCAACGAAACCGGCGGCGCCTGA	MTVRIFRGKDCLHHDVGHDHPESPDRLYAIDDQLLASGLEMTCQHADAKPCKKEHLVLAHDPYYVDSIFERSPKTGLVWVEDDTGMTPITLSAALYAAGAGIDAVDWVMDGEDRQAFCAVRPPGHHAEYASAMGFCLFNNIAVAARYALKQYDLSRVAIVDFDVHHGNGTENIIAGDERIMMCSSFQHPFYPHSGAPVSASNILGVPLDAGSTGEAFREKVSYWFDALNNYKPELILISAGFDAHAEDHMAHLRLREDDYKWISAELRKVADACCHGRIVSTLEGGYNHSALARSVVAHIKGLQGDANETGGA				NA	NA	NA	NA	NA
AK237_02084	1842			butyrate:acetyl-CoA coenzyme A-transferase	ATGGCTGTGGTTTTACCTCCAAAACCGGTATGGAACCAACTCATCAAATCGGGCTGTCGTGTATTTGTAGGCGGTAATGCCTCTGTACCTTATGCTCTTATTCAGGATCTTATCGATCACAGTACAGGCTTCAGTGACATCGAAATGGTGCACATGCTGGCGTTGGGCGACACGCGCTGGGCAAAGGAGCAACACCGGCAGCTGTTTAAGGTAAACACCTTTTTTATTGGTGGCGAAGAAGTGCGCCGTGCTGTGGATGAAGGAAGGGCCGACTACACGCCGGTATTCTTATCTGAAATATCCAGCCTGTTTACTGATGGCACACTGCAACTGGATGCGGTACTGGTTAACGTGAGCCCGCCGGATGAACACGGTTACTGCTCGTTAGGTGCATCGGTGGATATATGCATGTCGGCAGTCCGGCATTGCGATATTGTGATTGCGCAAATCAATGAGTCTGTTCCCCGCACATCAGGACATTCCTACATTCACATCAGCGAAATTACTGCATGTATTCAGGCGGATCAGGAGCTGGTTGAGGTAGCACCGCCACCCATCGACAGCATTACTGAAAGGATTGGGCAATATGTGGCGATGCTGGTGGAAGACGGCTCAACCTTGCAATTCGGCATCGGTAAAATTCCCAGCGCCACATTAAAGTACTTACTGCACCATAAAGACCTGGGCATTCACAGCGAAATGCTCACAGACAGTATTATTGAAGTGATTGAGTCCGGTGCGATTTCCAACCGGAAGAAAACTTTTCACCCGGGCAAAGTGGTGACCAGCTTTGCTATCGGCACCCGCAAACTATATGACTTCATCGATAACAACCCGCATATTGAGTTTTACCCCAGCAGTTACGTGAATAAGCCTACCAACATCGCTAAAAACGACAAAATGGTAGCTATAAACAGTGCTCTTGAAGTGGATCTCACCGGACAGGTGGTGGCTGATTCCATTGGTTACGATTTTTACAGCGGCATTGGCGGACAGGTTGATTTTGTCAGCGGCGCGTCTATGAGCAAAGGCGGCAAGCCCATCATTGCTTTGCCTTCTACGGCAAAGAACGAAACGGTATCCCGTATAAAACCCTGTATCACAGAAGGGGCGGGCGTGGTGACCAGCCGGGGAAATGTACACTACGTGGTAACGGAATACGGCGTGGCGTCTTTGCGGGGTAAGAGTATCCGCGAGCGCGCCATGGAGCTTATCCGTGTGGCGCACCCCAAATTCCGTGGTCAGTTACTGGAAGAAGTCCGCAAGAATTACTGGGTGCCTCATTATCAGGAAAAATACCCTACGGATATTCCTGAACTGGGCGCAATTCAGTTACAGAAACTGGTGATTCAGGGTGAGACCTATTATCTGCGGCCGTTGAACCCGGCAGATGAACGCCGTCTGCAGGAGTTTTTCTATTCCCACACGAAAGAGACGCTGCGCCTGCGCTACAACTATGACCCTAAACAAATGTCACGGGAGAAATCCTGTAATCTGGTGAGCGTGGATCAGCGTACTGATGCCGCGTTGTGCATTGTGCGTCAGGAAGGTTCGCGGATCACTATTCACGCGGTGGGCCGGTTCTACTTTAATCCTGAAGATAATTCCTGCGAAGCGGCATTTGTTACCCGTGAAAATCAGCAAGGGAAGGGCATGGCCAAGTTACTGTTGTCCCGCCTGATTGATATCGCCAAAGCCAGAAAAATGCGTCGCATGCTGGCCTATGTGCGGGCTGAAAATAAGCCGATGATTGCGATTTTCGAGAATGCTAATTTTAAGCGCCTGTTTTCCAGTGATCCCAGCGATGTTGAACTGGAACTGAAACTGGAGGACGAAGCGTGA	MAVVLPPKPVWNQLIKSGCRVFVGGNASVPYALIQDLIDHSTGFSDIEMVHMLALGDTRWAKEQHRQLFKVNTFFIGGEEVRRAVDEGRADYTPVFLSEISSLFTDGTLQLDAVLVNVSPPDEHGYCSLGASVDICMSAVRHCDIVIAQINESVPRTSGHSYIHISEITACIQADQELVEVAPPPIDSITERIGQYVAMLVEDGSTLQFGIGKIPSATLKYLLHHKDLGIHSEMLTDSIIEVIESGAISNRKKTFHPGKVVTSFAIGTRKLYDFIDNNPHIEFYPSSYVNKPTNIAKNDKMVAINSALEVDLTGQVVADSIGYDFYSGIGGQVDFVSGASMSKGGKPIIALPSTAKNETVSRIKPCITEGAGVVTSRGNVHYVVTEYGVASLRGKSIRERAMELIRVAHPKFRGQLLEEVRKNYWVPHYQEKYPTDIPELGAIQLQKLVIQGETYYLRPLNPADERRLQEFFYSHTKETLRLRYNYDPKQMSREKSCNLVSVDQRTDAALCIVRQEGSRITIHAVGRFYFNPEDNSCEAAFVTRENQQGKGMAKLLLSRLIDIAKARKMRRMLAYVRAENKPMIAIFENANFKRLFSSDPSDVELELKLEDEA				NA	NA	NA	NA	NA
AK237_02085	3111	mexB_2	COG0841	Multidrug resistance protein MexB	ATGGCACGTTTTTTTATCGACCGCCCGGTATTTGCATGGGTGCTGGCTCTGATCACAATCATGGCTGGCCTCCTGTCAATACAAGGTCTCCCCATCGAACAATATCCTAAAGTTGCCCCTCCTTCGGTAACCATTAGTGCGTCTTACCCTGGTGCATCTGCTGAAACCATCGAAAACACGGTGACGCAGGTCATCGAACAAAGTCTATCGGGTATTGATAATCTGCGTTACTTCACGTCTAGTAGTGAAAATACGCGAATGACAATTACGCTGACGTTTGAACCCGGAACAGACCCTGATACGGCTCAGGTTCAAACGCAGAATAAAGTACAAAGCTCCGTCTCACTGCTGCCAACCCAAGTGCAGCAGCAGGGTGTAACCGTTACCAAATCAAATGATACATTTGCTGTTGTTATCGGCTTCTACTCAAAAGATGGCAGTTTGTCGCAGTTCGATTTAAGTGACTTGCTGGTATCGGAATATCAGGATCCTATTTCGCGCGTAAATGGTGTGGGTACAACCCGTGTTTTCGGTGCGCAACGTTCTATGCGTATTTGGCTGGATGCGGACAAACTGTATAGCTACAACATGACGCCAGTTGACGTACAAAGTGCTGTACAGACACAAAATACAGATATCTCTGCGGGTCAGTTGGGTGGCTTGCCAGCTATCGAAGGCCAGCAAATCAATGCAACAATTACGGCACAATCTATCCTGCGTACTGTAGAAGACTTTGAAAACATCGTGTTACGCGTAAACACCGATGGTTCTCAGGTGCGTGTAAAAGATGTCGCCCGCGTTGAATTAGGTTCTGAAAACTACAGCTACATTGCCCGTTATAACCGTCAACCTGCATCCGGTATGGCAGTATCGCTGGCAACAGGCGCAAATGCGCTGGACACCATCGAGCGCGTTAAAGCGAAAGTGGAAGAGATGTCGGTTAACCTGCCTGATGGTGTAGAAGTGGTTTACCCTGTCGATAGCTCGCCATTTATCAAACTGTCTATTGAGTCGGTGGTAAAAACGCTGCTTGAAGCTATTGTCTTAGTCTTCTTCGTTATGCTGTTGTTCCTGCAAAACTGGCGGGCGACGCTTGTACCTACCATTGCCGTTCCAGTGGTGCTGATGGGAACTTTCGCCGTACTTTTCGCATTTGGATACAGTATCAACGTTTTAACCATGTTTGCTATGGTGCTGGCAATCGGTCTGCTGGTAGATGATGCTATCGTTGTTGTTGAGAACGTTGAACGTATCATGGAAGAAGAAGGTCTTTCAGCGAAGGAAGCAACCAAGAAGTCTATGGGTCAGATCACCAGTGCGCTGGTGGGTATCGCCGTGGTGCTCTCCACCGTGTTTATTCCTATGGCTTTCTTCAGCGGATCTGCGGGCTCTATTTACCGTCAGTTCTCAATCACCATTGTTGCAGCCATGACATTCTCCGTGTTGGTGGCAATCATCTTGTCTCCTTCGTTATGTGCGGTGCTATTACGCAAAAAAGATGTAATGAACAAGCGTGAGACTGGCTTCTTCGGCTGGTTTAACCGTAACTTCAATAAAGGCCGCGATGGCTACGAACGCGCAGCTGTGGGTATGGCTGGCAAAATCAAACGTTTCTTGCTTATTTACGTGGTACTGGTAGGTGGCATGGCCTTTATCTTTACCCAATTGGCAGGTTCATTCTTGCCAGATGAAGATCAGGGACGGGTGATGGTACTGGTTAATGCACCTCCGGGCGCAACAGCCGGCCGTACGCTGGAATCGATGAAGACGGTAGAAGATTTCTTCCTGGATACGAAAGGTGACGTGGTAAAAGATATGTTTACCATTGTTGGCTTCAGTTTCACAGGTGCAGCGCAAAACTCAGGTATGGCCTTTGCTCACCTGGTCGATTGGGAAAAGCGTGATGAATCAAGTAGTGCGTTTTCTGTAATCAACCAGGCTTATGGTGCACTGGGACAAATTCAGGACGCTATGGCGTTCCCTATATTGCCGCCACCCATCCGTGAGTTAGGTAACGCCACAGGCTTTGACTTCCAGTTGGTAGATCGCGCCGGTAACGGCCACGAAGCGTTGATGAATGCCCGTAACCAGTTCCTGGGAATGGCGGCGCAGAATCCGAAGCTGGTGGGTGTACGCCCTAATGGTCTGAGCGATGTGCCTCAGTTCAAGATTAACATCGACAGTGAAAAAGCCTCTGCACTTGGTTTGTCACTCAGTGATATTAATAACACGCTCAGCATCGCCTGGGGTTCTACTTACGTGAATGACTTCATTGACGCCGGACGTATCAAGCGTGTGTATATGCAGGCTGATGCAGCTTACCGTATGGATCCTGAAGATCTGGAAAAATGGTTCGTGCGCAACAGCGATGGTGACATGGTAGCGTTCAGCGCCTTCTCTACGGTTGAATGGAACTATGGTTCACCCAAACTGGAGCGTTTCAACGGTGTATCCTCTGTGAACATTCAAGGTAGTCCTGCTCCGGGTGTGTCGTCAGGTGAAGCGATGCAAGTCGCCCAGGAACTTGTTAAACAGTTACCACCGGGCTTTGGTCTGGAATGGTCAGGGCTGTCTTATGAAGAACAAGCGGCAGGTTCTCAAGCACCTATGTTGTATGCCTTGTCTATCTTAGTGGTATTCCTGTGCCTGGCTGCACTGTATGAAAGCTGGTCTGTGCCGTTCGCCGTAATGCTGGTTGTGCCATTGGGGATCTTAGGTTCCGTGGTTGCAGCGTGGCTGTTTGGCTTACCAAACGACGTATATCTGCAAGTGGCATTCTTAACCACAGTGGGACTGGCTGCGAAGAACGCCATTCTTATCGTGGAATTTGCCAAAGAGCAATATGATCACGGTATGGACTTGATGGAGGCTGTGTCAACGGCGGCGAAACAACGTTTCCGTCCTATCCTGATGACATCAATGGCCTTTATTTTAGGTGTAACGCCGCTTGCAATATCAACAGGAGCCGGTTCCGAGAGCCAGAACGCCATCGGTATCGCTGTAATGGGTGGTATGTTCGCGGCAACCTTCCTGGCAATCTTCTTCGTACCCATGTTCTACGTGATGGTAGTGAAGTGGTTTGGCGCGAAGAGAGTCACTGACGACGAGTAA	MARFFIDRPVFAWVLALITIMAGLLSIQGLPIEQYPKVAPPSVTISASYPGASAETIENTVTQVIEQSLSGIDNLRYFTSSSENTRMTITLTFEPGTDPDTAQVQTQNKVQSSVSLLPTQVQQQGVTVTKSNDTFAVVIGFYSKDGSLSQFDLSDLLVSEYQDPISRVNGVGTTRVFGAQRSMRIWLDADKLYSYNMTPVDVQSAVQTQNTDISAGQLGGLPAIEGQQINATITAQSILRTVEDFENIVLRVNTDGSQVRVKDVARVELGSENYSYIARYNRQPASGMAVSLATGANALDTIERVKAKVEEMSVNLPDGVEVVYPVDSSPFIKLSIESVVKTLLEAIVLVFFVMLLFLQNWRATLVPTIAVPVVLMGTFAVLFAFGYSINVLTMFAMVLAIGLLVDDAIVVVENVERIMEEEGLSAKEATKKSMGQITSALVGIAVVLSTVFIPMAFFSGSAGSIYRQFSITIVAAMTFSVLVAIILSPSLCAVLLRKKDVMNKRETGFFGWFNRNFNKGRDGYERAAVGMAGKIKRFLLIYVVLVGGMAFIFTQLAGSFLPDEDQGRVMVLVNAPPGATAGRTLESMKTVEDFFLDTKGDVVKDMFTIVGFSFTGAAQNSGMAFAHLVDWEKRDESSSAFSVINQAYGALGQIQDAMAFPILPPPIRELGNATGFDFQLVDRAGNGHEALMNARNQFLGMAAQNPKLVGVRPNGLSDVPQFKINIDSEKASALGLSLSDINNTLSIAWGSTYVNDFIDAGRIKRVYMQADAAYRMDPEDLEKWFVRNSDGDMVAFSAFSTVEWNYGSPKLERFNGVSSVNIQGSPAPGVSSGEAMQVAQELVKQLPPGFGLEWSGLSYEEQAAGSQAPMLYALSILVVFLCLAALYESWSVPFAVMLVVPLGILGSVVAAWLFGLPNDVYLQVAFLTTVGLAAKNAILIVEFAKEQYDHGMDLMEAVSTAAKQRFRPILMTSMAFILGVTPLAISTGAGSESQNAIGIAVMGGMFAATFLAIFFVPMFYVMVVKWFGAKRVTDDE	PGPT0003280_2635	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE	CE-BACTERIAL_FITNESS-MULTIDRUG_TRANSPORT-EFFLUX_PUMP_MexAB-OprM,PGPT0003280-acrB|acrE|mexB|adeJ|smeE|mtrD|cmeB-K18138	NA	NA
AK237_02086	1158	acrA		Multidrug efflux pump subunit AcrA	ATGAAAAAACTGTTTTTAACTACCGTCACAGCTATAGCATTGGCCGTTGTCGGTGGCTGTTCTGACCAAAGCGAGCAACAAGCCGCACAAGGAAACCAAGGTCAGCAACCCGCGCCTTCCGTATCAGTTGCCACAATTTCTACGCAACAGGTCGAGCACACGGTCACCTTGCCTGGTCGTGTTAGCCCTATGCGTCAATCACAGGTACGCCCTCAGGTAGAAGGGGTGCTAACCGAACGTTTGTTTGAAGAAGGCGCACTGGTTGAAAAAGGACAGCAGCTTTATCAAATTGACGATGCGCGTTTTGCAGCGCAACTTGCAAGTGCAAAAGCTGATTTAAAAAGTGCCCAGGCAAGTTTAAAAACACTGGAAGCGCGCTCAGCACGTTATAAAGATTTGTTAAGCCGCAATGCGGTAAGCCAGCAAGAATATGACGATGCGCTTGCTGAAGCCGAACAGGCCGAAGCACAAATCAGTGTGGCACAGGCAGCTGTAGATTTAGCCAAAGTTGATTTGGACTACACCAAAGTGTACGCACCAATAAGTGGGCAAATTAGCCGAAGCTATGTAACGGTAGGCTCGTTAGTGACAGCCAACCAGGAGCAGCAATTAGCCACGATAACGCAGCTTGACCCTGTCTATGTAGATATGCAGCAAAGCGGCAAAGGCGTACTTACCCTGCGTAAAGCAATGCAACAAAGCGGTAAATTGCCAGTGCGTTTGGTACTTGATGAGACAACCGGTGAAGCATATGAACATCAGGGAGAATTGAAATTCTCTGAAGTTACGGTTGATGAAACCACGGGTGCTGTTGCCTTGCGGGCTGAATTCCCGAACCCTGACTCGTTGCTCATGCCTGGCCTGTTTGTAAAAGCCACCGTTGTTTTGGGTAATACCAATGATCTGTTATTGCCACAGCGCGCAACTACACGCCAGCCTGATGGCTCTATCGTAGTGATGACGGTAAATGCGTCAAATAAAGTAGAACCGCGCAACGTCACAGTGAGCGGTACTTATAAAGATCAGTACATTGTGAAGTCAGGCGTCCAAAGCGGCGATAAAGTTATCGTGACTGGCTATCAAAAAGTACAGCCGGGTATGCAGGTAAACGCGTCGCCCTGGCAGGGCGGTAATGCTCAATCGAAAAATGGACAGTAA	MKKLFLTTVTAIALAVVGGCSDQSEQQAAQGNQGQQPAPSVSVATISTQQVEHTVTLPGRVSPMRQSQVRPQVEGVLTERLFEEGALVEKGQQLYQIDDARFAAQLASAKADLKSAQASLKTLEARSARYKDLLSRNAVSQQEYDDALAEAEQAEAQISVAQAAVDLAKVDLDYTKVYAPISGQISRSYVTVGSLVTANQEQQLATITQLDPVYVDMQQSGKGVLTLRKAMQQSGKLPVRLVLDETTGEAYEHQGELKFSEVTVDETTGAVALRAEFPNPDSLLMPGLFVKATVVLGNTNDLLLPQRATTRQPDGSIVVMTVNASNKVEPRNVTVSGTYKDQYIVKSGVQSGDKVIVTGYQKVQPGMQVNASPWQGGNAQSKNGQ	PGPT0003275_2780	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE	CE-BACTERIAL_FITNESS-MULTIDRUG_TRANSPORT-EFFLUX_PUMP_MexAB-OprM,PGPT0003275-acrA|lir|mtcA|mexA|adeI|smeD|mtrC|cmeA-K03585	NA	NA
AK237_02087	621	ttgR		HTH-type transcriptional regulator TtgR	ATGCGTAGAACTAAAGAAGATGCCGAGCTCACCAAACAGACTATTTTAAAGGCTGCTGTAGATGTATTTACAGAGCGCGGTGTTGCTAAGGCATCCCTTGAAGAAGTTGCACGCAAAGCAGAGGTGACAAGGGGCGCAGTCTATTGGCACTTTAAAAATAAAATGGAAATTTTCGACGCCCTTCATGAGAACCTACATACTCCATTTATTGAACGGATCATGGAAGGACTGGAAGCTGAACACCCCAATCCTGTCGGTCAGTTACAGGAGTTATGTACGAACATATTCCTCGATCTCGATCAAGATGAACAACTACGTAAAACTCTTACCCTATTCTTATTAAAATGTGATTACAGTGGCGACTTAAAGTGTAGTCAGGAAAAGCACACAAGGGCAAAGTATGAAAAAATTCAGGCGTTCTCAACGTATTACAAACGTGCCATTAAATTAGGCCATATTTCTGACGAAATCAGCCCTGAAGATTATACGCTTGCCATGAATTGCTTTATGCGAGGCATCCTCTCAGAATACCTGGAGGCTCCGGAAGCCTTCGATATGACCACGAAAGCCCCTATTCTGATGAAAATCTATTTTGGTGGATTACGCACCGAAGACATGTAA	MRRTKEDAELTKQTILKAAVDVFTERGVAKASLEEVARKAEVTRGAVYWHFKNKMEIFDALHENLHTPFIERIMEGLEAEHPNPVGQLQELCTNIFLDLDQDEQLRKTLTLFLLKCDYSGDLKCSQEKHTRAKYEKIQAFSTYYKRAIKLGHISDEISPEDYTLAMNCFMRGILSEYLEAPEAFDMTTKAPILMKIYFGGLRTEDM	PGPT0029060_66	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE	CE-BACTERIAL_FITNESS-OTHER_MULTIDRUG_EFFLUX_GENES,PGPT0029060-nalD-K18135	NA	NA
AK237_02088	624			hypothetical protein	GTGTCAGACAACACTCGTCAGCCTCCTCCGTCCCTGCAGGTACTATTTTCAGCCCTGGAATCTATAGAAGATGAATTCGATGAAGGGATGAATGAGTATGCATTAATCTCACGCTTGCAACGTTCCCCCTTTTTTATTTTCGACGAAGCGGCTTTGCGCGACAGTCTGGCACTTTTTCAGTGTCACTTTATTCTCTTTCACGCGCTATATCGTTTACAGGGGAAATGGTTGGAAGAAGGGAAAGGGTGGCTGGATATTCATGCCACTCAAATAAAGCGTACGCCCCTGGCCCGTCAAAAAAGTATGCTGGCGGACAACGACCCACTACGTGATTACTATTTGGATTGGAAAAACTTCGATTCCACATCAAAAAATGACGTGGAAACCCTGATAGCAAGTTTCTGGACAAAAATGGCCGGGCCCGCGAACGTGGTTGTGAATCCATCGCAAATACAAGAGGCAAGGGCGCTCTTGCACATTGATGATGAAGACGAGCTTACGAAAGAGTTAGTGAAAAAGCATTACCGTAGGTTGCAGCATCAGCATCATCCTGACAAAGGGGGCGACAATGCGGCGTCAGGACAACTGGTTTGGGCGTACGATACATTAATCTCGATAGTGTAG	MSDNTRQPPPSLQVLFSALESIEDEFDEGMNEYALISRLQRSPFFIFDEAALRDSLALFQCHFILFHALYRLQGKWLEEGKGWLDIHATQIKRTPLARQKSMLADNDPLRDYYLDWKNFDSTSKNDVETLIASFWTKMAGPANVVVNPSQIQEARALLHIDDEDELTKELVKKHYRRLQHQHHPDKGGDNAASGQLVWAYDTLISIV				NA	NA	NA	NA	NA
AK237_02089	438	ybaN	COG2832	Inner membrane protein YbaN	ATGACCCAACCTGTGAAACACAAAAATAGTGTGTTAACAGCACCTTACCGGTGGTGTTTGATGCTTGGCGCGTGCATTAGTTTAACGTTGGGGTTTATTGGCGTGGTGGTGCCGGGCATGCCCACAACTGTTTTTGTGCTTATTGCGGCCTGGTTAGCAGCAAGAAGCTCGCCATCTTTGGCGACGTGGTTAGACAACCATAAAATAACGGGGCCTATTATCCATCATTGGCGGAACGGACGGTGTATGCCGCGAAGTGCAAAATATGCTGCCACCATCGGCATGTCACTCTCCGCAGTCATTATGGCGATAACGAGTACACCAATGTGGGTAATGATAAGTACAGACTTACTCATGCTGTGTGTACTGATTTGGCTGTGGCGACTTCCTGAACCTCAGCCGGCCGACGAACATCCGGCGAGCGATGTGAGGAAATAA	MTQPVKHKNSVLTAPYRWCLMLGACISLTLGFIGVVVPGMPTTVFVLIAAWLAARSSPSLATWLDNHKITGPIIHHWRNGRCMPRSAKYAATIGMSLSAVIMAITSTPMWVMISTDLLMLCVLIWLWRLPEPQPADEHPASDVRK				NA	NA	NA	NA	NA
AK237_02090	2112			hypothetical protein	ATGCGCAAAAAACGGATCCCGAAACATCTTATTATCGAACCATACCCCAAACCAAAATCACGCTTTCTAATACGCTTTTTAATGGTTCTGGCAATCGGACTAAGTGGCTTGGCGACAGCATTCATTGTGCGGGCAGACGCAGCCGACTATCCGCAAGCAGGAAGTATTACTTTTATCGCTAATGGCGCTAATCAGGCGCAAGCGTTACACCTCAATACGCACGTTGACGCCAGCATTCACGGCTTGCTGGTTGACGTAACCTACCGTCAGCAGTTTACCAACCCAGGTTCACAGTGGATGGAAGGGATTTACACCTTTCCCCTTCCAGAAAACGCGGCCGTTCAACATATGGAAATACGCGTTGGCGAACGCACCATTGTGGGAGATATCAAGCCGCGCGCCGAAGCAAAGCACATTTATCAACAAGCTATAAAGCAAGGAAAACGCGCAGCATTGACCGAACAACAGCGCCCCAATCTATTTACACAGCGCATTGGTAATATTCCGCCCGGAGAAGAGATAGAGGTGGTAATTAAATTCATGGATGTTGCGCGTTATCAGCGCGGTACCTTTAGCTGGAGACTCCCGACCACCCTGACACCTCGCTATATCCCCGGAATTGCCATGCTGCCTGATGAAGATAACCAAACAGAGGACAGGCTATCTGCGACCAGCGGATGGGCCACCGCTACCGACCAAGTACCTGACGCGCCTTTCATTTCTCCGCCCTTTATTCTTTCCCAATCAGGTAAGCACAATCCATTATCCATTAACATTGCTCTTCAAAGCGGACTTCAGTTAGCCACTGTGGACGCGCTTTATCATGAACTCGCCGTTACGAAGCAGGAAGATAGCTTTGCTATCGCATTACAAGATGACCAAAGTGAAATGGACAGAGATTTTGTTTTGCAATGGTCACCTGTCACCAATAGCGAGCCTGCTGCAGCGCTTTTCCAACAGACCATGGGTAATGAACATTTCAGTATGCTAATGCTCATGCCTCCCGTGACTGATGCCACCGAGACACTTGCCAGGGATATCACTTTTATCATTGATATTTCGGGCTCGATGCAAGGCCAGTCTATTGTTCAAGCTAAAGCCAGCCTGGCGTTTGCTATCAGACATTTGGATGAAGACGACCGTTTTAACATCATTGCTTTCAACGATAACAACACTGCGCTTTTTGCCTCTGCGCAACAAGCCGGGCAATCAACAAAACAACGCGCATTAAGTTGGGTATCGGCCTTACAAGCAGATGGCGGAACTGAAATGGCGCCTGCCCTTCATCGTGCGTTTTCGCAAACCATGAGCGAAACCCGCCTTCAGCAAGTGGTTTTCATTACCGACGGAGCCATCGGGAACGAAAATGCCCTGTTTTCGCTGATCCACCAGCACGCAGGCAATGCACGTTTGTTTACGGTAGGCATTGGTTCTGCTCCAAATAGTTTTTTCATGCGCAAAGCCGCACAGTTCGGCCGGGGCAGCTACGAATACATTGCCAGTCCCCATGAAGTGGAACGGCAAATGAACAAACTCTTTGCCAAGCTAAACCAAAGTGTCGCTAAAAATATCGCAATTGCGTGGCCTGACGATGCAGAGGTGTATCCCGCGCAGTCGCCCGACCTGTACGCTAACGAACCCATATTATCATTCGCGTTAACGTCTTCTCCGCTTACGGATATCACCGTGGCCGGCGATACCGCATCGCATCATTGGCAAAAGCACGTAAAGCAGCCTCCCTCTCACAATACAGTGGGGATCAGCGCGCGCTGGGCCAGACAAAAAATCGCTGCACTTGAAGATGCCGGCACAACAGGGCACTTAAACCCACACGAGGTAAAAGACGCAGTCACCGAAGTGGCCTTACGTCACCATCTGCTGTCTCGCTTTACCTCCTTTGTTGCGGTAGACAATCAGGTCGTGCGTAACGATGGCGACATCATCCCCCCTCTTATTGCCCCGGTCCCCAATCAGTTACCGCAAGGCAGCACGCACAGGCAGTTAGCTTACCCGCAAACAGCCACCAACGCCGAACTTACGCTGTGGCTTGGAGGGCTCTGTTTGATTGCGGGTTTAGCACTTCTGAGATTTCAACGACGTCAGGTCCGATAA	MRKKRIPKHLIIEPYPKPKSRFLIRFLMVLAIGLSGLATAFIVRADAADYPQAGSITFIANGANQAQALHLNTHVDASIHGLLVDVTYRQQFTNPGSQWMEGIYTFPLPENAAVQHMEIRVGERTIVGDIKPRAEAKHIYQQAIKQGKRAALTEQQRPNLFTQRIGNIPPGEEIEVVIKFMDVARYQRGTFSWRLPTTLTPRYIPGIAMLPDEDNQTEDRLSATSGWATATDQVPDAPFISPPFILSQSGKHNPLSINIALQSGLQLATVDALYHELAVTKQEDSFAIALQDDQSEMDRDFVLQWSPVTNSEPAAALFQQTMGNEHFSMLMLMPPVTDATETLARDITFIIDISGSMQGQSIVQAKASLAFAIRHLDEDDRFNIIAFNDNNTALFASAQQAGQSTKQRALSWVSALQADGGTEMAPALHRAFSQTMSETRLQQVVFITDGAIGNENALFSLIHQHAGNARLFTVGIGSAPNSFFMRKAAQFGRGSYEYIASPHEVERQMNKLFAKLNQSVAKNIAIAWPDDAEVYPAQSPDLYANEPILSFALTSSPLTDITVAGDTASHHWQKHVKQPPSHNTVGISARWARQKIAALEDAGTTGHLNPHEVKDAVTEVALRHHLLSRFTSFVAVDNQVVRNDGDIIPPLIAPVPNQLPQGSTHRQLAYPQTATNAELTLWLGGLCLIAGLALLRFQRRQVR	PGPT0014015_775	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-CHLORIDE_TRANSPORT,PGPT0014015-yfbK-K07114	NA	NA
AK237_02091	573	srtD	COG3764	Sortase D	ATGATTAAACGTCACTTGCCTACCTTTCTTTCTGCGCTACTGCTGAGCATTGCGTTACTTTGCTTTGGCAACACGTTATGGGTAAAGGGCAAAGCGGTTGTGGCACAGATGCTTATCAAGCAAGCATGGGAAAATACCCTGTCGCAGGGCAAAATAACCCCGCCCTGGTCGTGGGCAGATACGTGGCCAGTGGCAGCGCTGACCTTCCCGAATCACCACAAAACACTCTATGCGCTGGCAGGCAGCCACGGTACCAGTCTTGCGTTCGGCCCCGGACACATTGATGGTACCGCACTGCCGGGAGAAGCAGGAACCATGGTTTTCTCGGGTCATCGCGACACTCACTTCCGGTTTTTAAAAGATATTAAAATTGGCGAGGTTTTTCGCATTCAACAACAAGATGGGCGGTGGCAGCGTTATCGGGTGACCAACGCAGACATCGTCGATACGCGCAGCCATACCTGGTATATCGAGCGCGATAAAGAAGAGGTGCAACTTGTGACTTGCTACCCTTTCGATGACCCAACACCTAATCCGCGATTAAGGTTTATCGTTAAAGCGACACCACTATGA	MIKRHLPTFLSALLLSIALLCFGNTLWVKGKAVVAQMLIKQAWENTLSQGKITPPWSWADTWPVAALTFPNHHKTLYALAGSHGTSLAFGPGHIDGTALPGEAGTMVFSGHRDTHFRFLKDIKIGEVFRIQQQDGRWQRYRVTNADIVDTRSHTWYIERDKEEVQLVTCYPFDDPTPNPRLRFIVKATPL	PGPT0024075_2810	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-PEPTIDOGLYCAN_REMODELLING	CE-PG_REMODELLING_RELATED_SORTASE,PGPT0024075-srtA-K07284	NA	NA
AK237_02092	1713			hypothetical protein	GTGACAATATTAAAGCGAACGCTGATAGCCGCGTGCACCGCCAGCCTCTTCTCTGGGCTAACATTAGCCAGTGAACTCGCTGATACTGTAAGTGCTTTTCAGGCTGACCAAAAAGCAATTAGTGACTTTTACCAGGTACACGAAAAAGCAAGCTATTACGAGCGCGAGCTGTCCTTACTCAAAGACTGGCAATCGAAACTTAACGCACTACCTTTTGACAAGTTTGACCAAGAAGCGAAAGTGGATTATTTGCTGCTAAACAGCAAGGTTAAAGACAGGCTTATAAGTACGCAAAAGGCCTATTCCAGCTATCAGGAAGTTTCCTCTGTTACTCAGTTTGCGAGTCCACTCTATACGTTTATTGACCAACGGCGCCGGGGCGTCCGGCCCGATGCGAAACAACTCGCAGCCGATTTTGCGCATGCCGTAAAGGCCATCGAAACACAGAAGAAAAAGCAAGCGGCATCTCCCTACAAAGATTGGCAAAAAGCTGCAAAAGCAGCATGGATAATCCAAGACTTACAGGCCGGTTTAGAGGAAGCCATCAAGTTTTATTTTGACTACGACCCGTCATTTACCTGGTGGATGGAGACACCTGTTAACGACCTTATCAACGCCCTCAGCGACTACTCTACTTTCCTTTCTGAAAACTACACCAGTGATACAACAAAAGACGATGGCAGCGGCATAATCGGAAATCCCATCGGTAAGCAAGCGCTGATCGATCAGCTAAGAGCGTCTTTTATTGCTTATGACCCTGAAGATTTGATCACCATTGCCAAAGAACAGTTCGACTGGTGCAAGGAGCAAATGATTCTTGCCTCTCGGGAAATGGGCTATGGGGATGACTGGAAAGCCGCACTGGAGGCGGTAAAAGAGACCTATGTGCCTCCTGGCGAACAACCTCAAACTATTAACGACTTACTACAGCACTCTGTGAAGTTTGTCGAAGATCGGGATTTGATCACACTACCAGATCTGGCCAAAGAAACCTGGAGGATGATCATGATGACGCCGGAACGTCAGAAGGTGAACCCGTTTTTCACTGGCGGTCGCAATATCAGTATTTCCTATCCTACCGAGGGAATGACACATGCCGATAAATTAATGAGTATGCGTGGTAACAATCCAAACTTCTCCTACCCGACGGTACAACATGAACTCTTGCCGGGTCATAACCTGCAGTTCTTTATGAATCAACGCCACAAGCCATATCGCGAAGCATTCCGCACGCCTTTCTGGACAGAAGGCTGGGCACTTTATTGGGAAATTATTCTGTGGGATAAGGATTTTGCCACCACGCCCGAACAGAAAATGGGCATGCTGTTCTGGCGTATCCATCGATGCGCTCGCATCCTGTTTTCGCTGCAGTATCACTTAGGAGAAATCACTCCCCAACAAGCAATCGATATGCTGGTCAATGAGGTGGGTCACGAATACGCCAATGCAGAAGCAGAAGTACGCCGCTCGTTTGCGACCAACTATGTGCCACTTTATCAGCTGGCATACATGATTGGTGGCCTGCAGTTCAACGCGTTACGTAACGAAATGCTTGCAAAAGGCTGGACTGAGAAGCAATACCATGACCGCGTGATGCAAGAAAACACCATGCCTATTGAAGTGCTCCGGTTGTTAATACAAGATAAAGAATTCGATCGAGACTACGAAACCCAATGGCGCTTTTCTACTCGTTTTACCAGCGACAAAGACTAA	MTILKRTLIAACTASLFSGLTLASELADTVSAFQADQKAISDFYQVHEKASYYERELSLLKDWQSKLNALPFDKFDQEAKVDYLLLNSKVKDRLISTQKAYSSYQEVSSVTQFASPLYTFIDQRRRGVRPDAKQLAADFAHAVKAIETQKKKQAASPYKDWQKAAKAAWIIQDLQAGLEEAIKFYFDYDPSFTWWMETPVNDLINALSDYSTFLSENYTSDTTKDDGSGIIGNPIGKQALIDQLRASFIAYDPEDLITIAKEQFDWCKEQMILASREMGYGDDWKAALEAVKETYVPPGEQPQTINDLLQHSVKFVEDRDLITLPDLAKETWRMIMMTPERQKVNPFFTGGRNISISYPTEGMTHADKLMSMRGNNPNFSYPTVQHELLPGHNLQFFMNQRHKPYREAFRTPFWTEGWALYWEIILWDKDFATTPEQKMGMLFWRIHRCARILFSLQYHLGEITPQQAIDMLVNEVGHEYANAEAEVRRSFATNYVPLYQLAYMIGGLQFNALRNEMLAKGWTEKQYHDRVMQENTMPIEVLRLLIQDKEFDRDYETQWRFSTRFTSDKD				NA	NA	NA	NA	NA
AK237_02093	1440	mleN_1	COG1757	Malate-2H(+)/Na(+)-lactate antiporter	ATGCAGCAAACTCACCGACTTCCCACCGTAACGGAAATAGTCGTTATCGCAGCAGGCATTATCGGTTCAATCTTTATGTTTGTTCAGGTGCTCGCCTTACCTATCCAGCTGGCACTGGTAACCGGCTGGTTCATTATCATGGCGATGGGTAAACGGCTGGGTTTGGGCTACGATGCTATGCAAGCCGGGTTATGCAAAGGCATAGCCCAGGGCATGGAAGCGATTTTAGTGCTTATTGCCGTGGGTGCACTCATTGGCAGCTGGATGGCGGGCGGTATTGTGCCTAATATCATCTACGCCGGACTTTCAATCATGAGTCCGTCCATTTTTCTCCTCGCAGCATTCGTTATTTGTGCGGTTACTTCAATCGCAACAGGCACCTCATTTGGCACGATTGGTACCGCAGGTATTGCGATGATAGGCATTGGCGCAGGTTTTGGGCTACCGCTCCCCCTGGTAGCGGGCGCTGCAATCTGTGGCGCTTATGTGGGTGACAAATTGTCGCCTTTATCAGATACCACGGTTATGACCGCATCGTTATGCCGCGTTCCCTTAACGTCTCATATTCGTTCGATGCTTTATGTTAGCTTACCTGCATTTGTCATTGCCGGCGTCTTGTTTCTCATCGCCGGACTCTTACTTGCACACGATGGCAGCACTACGCAGGCGCAACAGGTTATGAACGCCATCGCCTCTGAATACACAATTGCCTGGTACATGTTACTCCCTGCCGTAGCAGTGGTGGTATTACTCGTGCTGAAATTTCCTTCTGTTCCGGTTATCTTTTTCGGCGCTTTACTGGGCGTGGTGTGGGCCTCACTCTTTGAAGAGATGAACACCATTGCGGCAATTTCCACCTTGTATGCCGGAAATCACATTAGCTCAGATGTGGACTTCATCAATATTTTACTAAATCGAGGCGGAATCGCGTCGATGCTTGAGGTGATTCTGCTTGTCATGCTAGCCCTCGGATTAGGCGGACTCATGGAAGTCACTGGCGTACTCTCATCGATATCAGCAGGTTTACAGCGCTGGGCGACGAATCCCGGCCGCCTCGGTGTCTCAACGTTATTTGCAGGTTTCCTGGGCAATGTTTTAGGCGGTGCTGCATATGTCTCGCTGATTACAGCAACGGCGCTAACAGGCAAAAACTACGATAAACTGGGCGTTGACCGTCGGGTACTTTCTCGCAATACCGAAGCGGGAGGTACATTAACCACTCCCATGGTACCGTGGACCGATGGAGGCGTATTTATGGCAACCACGCTGGGCGTTGCCACTACCTCATACCTCCCATTCCTCTGGTATCATTTTGCGGTACTCATTATTTCGGTACTTTATGGCTATGCGAACTGGTTTAATTTCGCCGCCGAAAAACAGCAGCCTTTATCATCCGACGATTCTGCATTCGCAGCAGAATTACAGCGTTCTTCAAAATAA	MQQTHRLPTVTEIVVIAAGIIGSIFMFVQVLALPIQLALVTGWFIIMAMGKRLGLGYDAMQAGLCKGIAQGMEAILVLIAVGALIGSWMAGGIVPNIIYAGLSIMSPSIFLLAAFVICAVTSIATGTSFGTIGTAGIAMIGIGAGFGLPLPLVAGAAICGAYVGDKLSPLSDTTVMTASLCRVPLTSHIRSMLYVSLPAFVIAGVLFLIAGLLLAHDGSTTQAQQVMNAIASEYTIAWYMLLPAVAVVVLLVLKFPSVPVIFFGALLGVVWASLFEEMNTIAAISTLYAGNHISSDVDFINILLNRGGIASMLEVILLVMLALGLGGLMEVTGVLSSISAGLQRWATNPGRLGVSTLFAGFLGNVLGGAAYVSLITATALTGKNYDKLGVDRRVLSRNTEAGGTLTTPMVPWTDGGVFMATTLGVATTSYLPFLWYHFAVLIISVLYGYANWFNFAAEKQQPLSSDDSAFAAELQRSSK	PGPT0013945_1029	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-H+_ANTIPORTER,PGPT0013945-nhaC-K03315	NA	NA
AK237_02094	2283			hypothetical protein	ATGAAAAAAATTCTCACCGCCATGCTCACCGCGTCACTGGTTACCGCGGCAACGGCAGCGCCACTAACAAAAAGTGACTACGATGCATCCGTTGAACTGCGGGAAAACTGGATAACCAAAACCCGCGATGTCATGTTTCCGGTTACCTGGTTGCCCGGTAAAGATGCCTTTGCATATCGCCTTTCCGTAGAAGGGGGCTTTCGCTATTTCGTGCAGGAAGCTAAAACAGGTGAAATACGCGACGCTTTCGATCAAGAAGCCATTGCGAACGCATTAAGTCAGGCAACAGGTGAAACAATAACGCCTCTGCGACTGCCCTTCGACGCGTTTCGCTTTACTAAAGACGAGCATGCGATTCAATTTTCACTTCACTACGAACCCTGGGAATGTGAACTGGCCACAAAAGACTGTTATGCACGCAGTTATGGCGACGCGCGACCTCGTGGTTTTGGTGTTGTTCGGGATCGCCGGGTGAGCCGGGCAGACGCAGTAATTTCATCGCAAGATGGCAAGCTTAACGTGCGGGAAGACGGGTATAATTTAGTTGTTAATGATGAAAAGGGTACCGAACTCTATCGCACGACAGACGGTGAAGAAGACCACTTTTACGACATCGACTCGATTCATTTTTCGCCTGACGGCACAGCATTAACGACCATGAAAGTCACGCCGGGCGAACCGCGGTACGTTACCAGAGTCGTTTCCTCACCGACAGACCAGCTGCAACCCAAAGTGGTCACTCAGCTCTATCCCAAACCAGGAGATCGTGTCGATGTTGACCAACCGGTAATTATCGACATCGCGAAAAAACAGCTGTTTGTCATGGAAAGATCCTATCTTCCTGATCCCTATGAAGTTCAGTTCCTGAACTGGCAAAAGAACAGTCGTAGCATCACCATTCGCTCTGTCGAAAGAGGTCATCAACGTGAGGACATACTGCAAATGCAACGGCAGGATGGCTCCGTTCGTCACCTAATCACGGAAACCTCAGATACCTTTATTTACGGTTGGCGTGACTTTTTCCACGACGTAAAACAGGAAGCAAAAGAACTGATTTGGCGTTCGCAGCGAGATGGATGGGCACACTTATACCTCATAGATGGCAGTACTGGTGCGGTTAAAAAGCAGATTACAAAAGGTAACTGGGTGGTAAGAGAAGTACAAAAAGTCGATGAGGAGAATCGTCAGATCTATTTTTCTGCCAATGGTATGAATCAGGGTGAAGATCCCTACAACTTGCACTTTTATCGAATTAACTTTGATGGCAGCAACCTTGTTTCCCTTACACCAGAGAAAGCAAATCACGACGTTTATTTCTCTGACGACATGCAGTATTACATTGATATTTACTCACGGGTAGACTTACCAAATATCGCTAAAATCTATCGCACTGGCCAAACAACACCGTTACGCACGCTGGCTACGGCAGATATCAGTGAGTTGCAAAAAGCCGGCTTTACTTTCCCCGAGACATTTGTTGCCAAAGCGCGTGATGGCAAATCTGATGTGTGGGGTTTGATCGTGAAACCACAAAACTTTGACCCCAATAAAAGGTACCCGGTTATTGAAAATATTTACGCGGGTCCGCACGACAGTTTCGTACCTAAATCCTTTTGGCCGTTTGGGTATCATTCAGGGGGCGATAAAGTAGTGGGTATGCAGGCGCTGGCAAATCTGGGATTCATTGTGGTTCAAATGGACGGCATGGGCACAGCTAACCGCAGCAAAGCTTTCCACGATGTCGCCTGGAAAAATCTCGGAGATTCCGGATTTCCCGACCGTATCCTTTGGCACAAAGCCGCCGCCGACAAATACCCCTGGTATGACATTTCAGGTGGCGTAGGCATCTACGGTGGTTCAGCAGGTGGACAAAGTACACTTGGCGCACTCGTGTTTCATCCTGAATTTTATAGCGCTGGGGTGGCCTTTGCTGGCTGTTTTGATAACCGAATGGACAAGATTGGCTGGAATGAGCAATGGATGGGCTATCCTGTTGACGAGAGCTATGCAGCGTCTTCAGGTACAGAGCATGTGGCCAACATGACTGGCGATATATTTATTATTGTCGGTGAACAGGACAGTAATGTCGATCCCGCTTCTTCTATGCAGGTTGTCGATGCATTAATTAACGCTGACAAAGATTTCGATTTATTGGTTATTCCCAATGGTGAGCATTCGGCCGGACGCTCAACAGGACCGGTAGACTATGCCCAGCGACGCCAGTTTGCATTTTTTGTAGAGAAAATGAAGCAACAGCAAACGCTGCACTGGAATAAAAACTAG	MKKILTAMLTASLVTAATAAPLTKSDYDASVELRENWITKTRDVMFPVTWLPGKDAFAYRLSVEGGFRYFVQEAKTGEIRDAFDQEAIANALSQATGETITPLRLPFDAFRFTKDEHAIQFSLHYEPWECELATKDCYARSYGDARPRGFGVVRDRRVSRADAVISSQDGKLNVREDGYNLVVNDEKGTELYRTTDGEEDHFYDIDSIHFSPDGTALTTMKVTPGEPRYVTRVVSSPTDQLQPKVVTQLYPKPGDRVDVDQPVIIDIAKKQLFVMERSYLPDPYEVQFLNWQKNSRSITIRSVERGHQREDILQMQRQDGSVRHLITETSDTFIYGWRDFFHDVKQEAKELIWRSQRDGWAHLYLIDGSTGAVKKQITKGNWVVREVQKVDEENRQIYFSANGMNQGEDPYNLHFYRINFDGSNLVSLTPEKANHDVYFSDDMQYYIDIYSRVDLPNIAKIYRTGQTTPLRTLATADISELQKAGFTFPETFVAKARDGKSDVWGLIVKPQNFDPNKRYPVIENIYAGPHDSFVPKSFWPFGYHSGGDKVVGMQALANLGFIVVQMDGMGTANRSKAFHDVAWKNLGDSGFPDRILWHKAAADKYPWYDISGGVGIYGGSAGGQSTLGALVFHPEFYSAGVAFAGCFDNRMDKIGWNEQWMGYPVDESYAASSGTEHVANMTGDIFIIVGEQDSNVDPASSMQVVDALINADKDFDLLVIPNGEHSAGRSTGPVDYAQRRQFAFFVEKMKQQQTLHWNKN				NA	NA	NA	NA	NA
AK237_02095	645	rspR_2	COG1802	HTH-type transcriptional repressor RspR	ATGGCTATTGTTGTTAAAACGCTTTCCGAGCAGGCATACGAGATAATACGTGAACGTATTCTATCTAACGATATGCAGCCGGATAAGCCTATCAGGCAGGATGCATTATCTCAGACGCTTGGTGTAAGTAAAATTCCCCTACGGGAAGCACTGACACGTTTAGAGCATGACGGACTACTCATTTCCCACCCTAACCGAGGATTTCTGGTTCGTCCTCTTACGGTAGATGAAGCGGAAGACGTTTTTGATCTTCGCATGACGCTTGAACCGGATGCCGCCGCGGATGCATGTAAAAAAGCCTCAAATGAACAAAGAGAGAAAGTGCAGAAGATTTTTGTAGAATTGCAAAATCATGCTGACGAATGCTCTCCACAAGCCGTGACGGTGAACAGCGCCTTTCACCTGGCATTGACAGATTCGGCAGATAAACCTGTCACTCAGGTACTACTGGAAAGATTACACCTGTTAAGCGAACGCTACGTGCGCATGCATCTTGAGCCCCCGAATCGCGAAGCGAATGCTTTTAGAGAGCATCAGGAAATTTTCGACGCCTGGATGGCACGAGACAGCAAATCGGTTAAGCGGCTGCTAAAAGCCCACACCAAAGGCACATTGGAAGATTTACGGGTGCAATTGTCCGCTTAA	MAIVVKTLSEQAYEIIRERILSNDMQPDKPIRQDALSQTLGVSKIPLREALTRLEHDGLLISHPNRGFLVRPLTVDEAEDVFDLRMTLEPDAAADACKKASNEQREKVQKIFVELQNHADECSPQAVTVNSAFHLALTDSADKPVTQVLLERLHLLSERYVRMHLEPPNREANAFREHQEIFDAWMARDSKSVKRLLKAHTKGTLEDLRVQLSA				NA	NA	NA	NA	NA
AK237_02096	1248	dadA1	COG0665	D-amino acid dehydrogenase 1	ATGAAATCGGTCGCAATCATTGGTGGTGGAATTATTGGCCGCGTTAGCGCGTTTACGCTTGCCGAACAAGGTTTTGATGTTACGGTATTTGAAGCCAGTAAAGTCCTTAACGCCCCCTCGTGGAATAACGCAGGCCATATTGCAACTGAGCAAGTAACGCCGCTCGCTTCTTATGCGTCCATACTTTCAGCGCCCAAGCGGTTGTTTAATGTAGGTGGCGCACTGGACTTCAACCTTTTCGCTCCTGGCGTTGCCCATTGGGTATGGCGCTATTTAACCGCCTCGTCGTCAGCGAAATTCAAGTCGGGTACAGATGCGCTTGCGTCACTTGTTAACCTCGCCGACGAAAGCTGGAAAAGGCTGGCACGCCAGACGAATGCAGAAGATCTCTATCGCAATACAGGGCACTGGGTGGTCTGGGGATCAGCAAATACTGCTGCGAAAGCCAAGCAACATTGGACCACAGCCAATACAGGGCTGGCACAATTTGCACCGTTAAAAAGCGGGCAGCTTGAAAGCCTTAATCAGCATTTCAGTGCACACATCGACAGCGGTATCGCTTTTACCGGCACCGGCAGGATTACCCATTTACCACGACTTGCTGAAACGTTGAAACAAGCAGTGTTAGACAGAGGTGGTAAGTGGGAAAACCAGGTCGTTCCGCCTTTGACCTGCACGAATGGTAAGGTAAACATTCCTGCGTACCACAAAACATTTGATGCCGTTGTGGTTTGCGCCGGTGCCGCTTCCGCTACTCTGCTACACGAAATTTATCCTCGCATTCCGCTTATCGCCGAACGTGGCTATCACCTTGAGGTGCCTTGTACTGAGGCGCAATGGCCAGTGTCGACGCCGCCCATCGTCTTCGAGGATCGTTCTATGATTGTCACCCGCTTTGCGGACACATTACGGGCCTGCAGTTTCGTGGAGTTCAGCGATCTTAACGCGCCGGCGGATGAACGGAAATGGCAGCGATTACTTTCACATTGCCAGGCGCTGGGCCTGCCCATTGGAAATGATGCAAAAAAATGGATGGGCGCACGTCCCACTTTGCCAGATTATCTCCCCGCTATCGGAAAGAGTCAGCGTGCCAGCAACTTGTTTTATGCCTTCGGTCATCAGCACCTTGGACTCACACTCAGTGCAATAACGGGCGAAAAATTAGCGTCAATGATTCGCGCCAACCATCACCCTGAAGCGCTGAAACCTTTTGATATTGAGCGGTTTAAGATCCGCAGGTCGAATTAA	MKSVAIIGGGIIGRVSAFTLAEQGFDVTVFEASKVLNAPSWNNAGHIATEQVTPLASYASILSAPKRLFNVGGALDFNLFAPGVAHWVWRYLTASSSAKFKSGTDALASLVNLADESWKRLARQTNAEDLYRNTGHWVVWGSANTAAKAKQHWTTANTGLAQFAPLKSGQLESLNQHFSAHIDSGIAFTGTGRITHLPRLAETLKQAVLDRGGKWENQVVPPLTCTNGKVNIPAYHKTFDAVVVCAGAASATLLHEIYPRIPLIAERGYHLEVPCTEAQWPVSTPPIVFEDRSMIVTRFADTLRACSFVEFSDLNAPADERKWQRLLSHCQALGLPIGNDAKKWMGARPTLPDYLPAIGKSQRASNLFYAFGHQHLGLTLSAITGEKLASMIRANHHPEALKPFDIERFKIRRSN	PGPT0020385_201	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_UTILIZATION	PLANT_DERIVED_PROLINE_DEGRADATION,PGPT0020385-lhpB1-K21060	NA	NA
AK237_02097	909	dapA_2	COG0329	4-hydroxy-tetrahydrodipicolinate synthase	ATGGCAATGCAAGATAATCAGTGGACGGGTGTATTTCCCGCGGCAACAACTCAATTCAACAGTGATTTAAGCATCGACTTTGATGCCACGCAGAAAGGATTCGAAAACCTGCTTAACGACGGCGTAAACGGTCTGGTTGTTATTGGTACATGTGGAGAGAACAATTCACTCAGTGCCGAAGAAAAGCGCAAGGTCATTGCGTCAGCCGTAGAAGTGAAAGGTAGCGCGCCGGTTATCGCTGGTGTTTCCGAGTTCACTACTGACAGCGCCATCAAATTTGCAAAAGATGCCGAAAAAGCAGGAATCGACGCGTTAATGCTTCTGCCGGGTATGGTGTATGTACCAACGGAGGATGAGTTAGTTGCACACTTCCGTGCGGTCGCTGCAGAGACCAGCCTCCCCATCATGTTGTATAACAACCCTACGTCTTATCGCGTCAACATGAGCCTGGACTCACTGGAAAAACTGCGCGACGTAGACAATATCGTCGCCATCAAAGAAAGCGCATCAGATACCCGTCGCTTTACTGACTTAATCAATGCCTATGGAAATCGCTTTAAAGTACTCGCAGGCTTGGATGACGTGGCTCTGGAAGGATTGATGCTTGGCGCTTGTGCATGGATATCAGGCCTGACGTCAGCTTTCCCGCAGGAATCGGTAGAGTTAGTTAAGGCCTTCGAAAATGGCGATATGAAGCGAGCATTAGAAATTTACCGTTGGTTCATGCCTCTACTTCACTTAGATGCCGGACACGATCTGGTTCAGGCCATCAAACTAGCTGAAGAAATAATGGGACGCGGCAGTGAACGCGTGCGTATGCCCCGTATGCCTTTGGCCGGAGCACGCCGCCAGGCAGTGATTGATATGGTCGAGAAGGCAGCCGCAACTCGTCCAACGCAACAAGGATAA	MAMQDNQWTGVFPAATTQFNSDLSIDFDATQKGFENLLNDGVNGLVVIGTCGENNSLSAEEKRKVIASAVEVKGSAPVIAGVSEFTTDSAIKFAKDAEKAGIDALMLLPGMVYVPTEDELVAHFRAVAAETSLPIMLYNNPTSYRVNMSLDSLEKLRDVDNIVAIKESASDTRRFTDLINAYGNRFKVLAGLDDVALEGLMLGACAWISGLTSAFPQESVELVKAFENGDMKRALEIYRWFMPLLHLDAGHDLVQAIKLAEEIMGRGSERVRMPRMPLAGARRQAVIDMVEKAAATRPTQQG	PGPT0002080_2944	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RHIZOPINE_METABOLISM	CE-BACTERIAL_FITNESS-RHIZOPINE_BIOSYNTHESIS,PGPT0002080-dapA|mosA-K01714	NA	NA
AK237_02098	999		COG3938	4-hydroxyproline 2-epimerase 2	ATGCGACACACCTTCTTTTGTATCGACGGCCATACTGCCGGTAATCCTGTCAGATTGATTACCGGCGGCCATCCTCAGCTTCAAGGCAACAGCCTAAGCGAAATGCGCCAGCATTTTATGCAGGAGTATGACTGGATAAGACTTGGCATGATGTTCGAACCTCGCGGTCATGACATGATGTCAGGTGGCTTTATTTATCCGCCCGCCCATCCCGATGCAGATTTTGGTGTGATTTTTATCGAGACAAGTGGTTGCTTACCCATGTGCGGCCACGGCTCGATTGGCATCATCACCTTTGGACTGGAGCACGGCCTTATTACGCCAAAGACGCCGGGCAAGCTGGTGATGGAAGCACCCGCCGGACTCATCCATGTCGAATTCGAAATGAAAGGCCAGAAAGTCCTTTGGGTGAAGCTTCGTAATGTCACAAGCTATTTAGCACAAGAAAATATCATCATCGATGTCGCAGGTTTCGGCGCATTAAAAGTAGATGTTGCTTACGGTGGTAATTATTACGCCATTGTCGAGCCCCAGGGCACCTATGAAGGACTCGACCAACTTAGTGCTGCTCAAATTCTTGACCTGAGCCCTAAAATTCGTGCCGCAGTACGAGAACAGTATCACCCGGTTCATCCACTCAACCCGTCCATTAACGGCGTTAGCCACGTGCTGTGGGCAGACAAGCCCGCCTCTGAGGATGCACAAGGCCGCAACGCTGTATTTTATGGGGACAAAGCGATAGATCGCAGTCCCTGCGGAACAGGAACGTCTGCACGAATGGCTCATCTGGCCGCAAAAGGCCGACTAAAGGCCGGCGACACTTTCGTCCATGAAAGTTACATAAAAAGCCGATTCATCGGCAAAGTCGAGGGTATCACCACATTGGGTGACATCCCCGCTATTACGCCGTCTATTCAGGGCACAGCATATACCACTGGCTTCAACCAGATTTGGATAGACGATGACGAGCCGTTTCCACAAGGCTTCCAGGTTATCTAA	MRHTFFCIDGHTAGNPVRLITGGHPQLQGNSLSEMRQHFMQEYDWIRLGMMFEPRGHDMMSGGFIYPPAHPDADFGVIFIETSGCLPMCGHGSIGIITFGLEHGLITPKTPGKLVMEAPAGLIHVEFEMKGQKVLWVKLRNVTSYLAQENIIIDVAGFGALKVDVAYGGNYYAIVEPQGTYEGLDQLSAAQILDLSPKIRAAVREQYHPVHPLNPSINGVSHVLWADKPASEDAQGRNAVFYGDKAIDRSPCGTGTSARMAHLAAKGRLKAGDTFVHESYIKSRFIGKVEGITTLGDIPAITPSIQGTAYTTGFNQIWIDDDEPFPQGFQVI	PGPT0014235_295	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_UTILIZATION	PLANT_DERIVED_PROLINE_DEGRADATION,PGPT0014235-lphA-K12658	NA	NA
AK237_02099	1437	aldHT		Aldehyde dehydrogenase, thermostable	ATGCAAGTCATCAATCTGAGTCACCATATTGGCGGAAAAATTGTTGAAGGCGCTGAAGCCCTGGAACAACACAACCCGTCGAAAGACAATGACCTGAAAGTTACCCTGCCTGCTGGCGATGCCGCGATAGTCGATAGCGCTATTGTGAGTGCAAAAGCCGCCTTTGAGACGTTCCGTGACCAAGGTATTGAAGCCCGTTCAGATGCGCTGGCAAAGGTTCAACAGCTGATCATGGCAAACAGCGAAGAGCTGTCAGTATTAATTGCCCGGGAAACCGGAAAGACCCTGGGTGATGCTCGTGGTGAAGTGGGCCGCGCAGCACGGATTTTTGGCTTTTTCTCCGGCGAATGTCTGCGCATAGTGGGTGAGCGTCTGGAATCCACCCGCAACGGCGCGATGGTGGAAATCGAATATGCCCCTGTAGGTGTTATCGGCCAAATCACACCGTGGAATTTTCCCATTGCCATCCCGGCCTGGAAAATCGCACCCGCGCTCGCATTCGGCAATACTGTAGTGTGGAAACCCTCTGAAATTTCTTCTGCCACGGCAGCGCGATTAATGGAGCTCATCCACGAAGGTGGCATTTTGCCAGGCGCGGTAAATATGGTGCTTGGCGGTGGCGAAACCGGCGCAGCTATGTGTGCGCACAACGATATTGATGCGCTGAGCTTCACGGGCTCTGTAGCAACCGGTAAAAAAGTGCGTATGGCAGCAGCCGAGCGCGGTGTACCGGTGCAAACCGAAATGGGTGGCGTGAACGCCATGATCGTGTTGGAAGATGCCGATCTGGAAGGTGCTGTCGATTTAGCGCTGAATGGCGCATTTCTGGCGGCAGGTCAGCGCTGCACAGCCTGCTCACGCATTATTGTGCAAGACAGCATCGCCGATAAATTCGTCGCCAGACTCACTGAAAAGGTAGCGGCGTTGAAGGTAGGCGATGCAACAGATCCAGCCACGCATATTGGTCCGCTGGCATCGCCAAAACAAAAGGCACTGATCACCGGGCAAACCGCTGTAATGGAGAACTCACCGGGCGCAAAACTGGTATTTGGTGGCACCAAAGATCCTCTTCCAGCTTGCTTCTTCCCACCTACGTTATTCGACCATGCGAAAGCCGAAGACCCTATCGCACAGGAAGAGATTTTCGGCCCTGTGGCAGCTATGTTTCGCGTGCCTGACTATGAGACAGGCCTGGCGATGTTAAACGATTCCAAATATGGTTTGTCTTCAGGTCTTTGTACGACATCACTAAAATACGCAGAACACTTCAAACGCTACGCCAAGGCTGGCATGATGATGATCAACCTGCCCACGGCGGGCATTGATTATCACGTACCATTTGGTGGAGTTGGCGCATCCAGCTACGGTGCCCGTGAGCAGGGTCGTGCTGCAAAGCAATTTTATACGGTGATGAAAACCACTTATCTCAAAGGCTAA	MQVINLSHHIGGKIVEGAEALEQHNPSKDNDLKVTLPAGDAAIVDSAIVSAKAAFETFRDQGIEARSDALAKVQQLIMANSEELSVLIARETGKTLGDARGEVGRAARIFGFFSGECLRIVGERLESTRNGAMVEIEYAPVGVIGQITPWNFPIAIPAWKIAPALAFGNTVVWKPSEISSATAARLMELIHEGGILPGAVNMVLGGGETGAAMCAHNDIDALSFTGSVATGKKVRMAAAERGVPVQTEMGGVNAMIVLEDADLEGAVDLALNGAFLAAGQRCTACSRIIVQDSIADKFVARLTEKVAALKVGDATDPATHIGPLASPKQKALITGQTAVMENSPGAKLVFGGTKDPLPACFFPPTLFDHAKAEDPIAQEEIFGPVAAMFRVPDYETGLAMLNDSKYGLSSGLCTTSLKYAEHFKRYAKAGMMMINLPTAGIDYHVPFGGVGASSYGAREQGRAAKQFYTVMKTTYLKG	PGPT0006875_6807	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-GLYCEROLIPID_REMODELLING	CE-REMODELLING_GLYCEROLIPID_DEHYDROGENASE|DEHYDRATASE_ACTIVITY,PGPT0006875-aldH|dhaS-K00128	NA	NA
AK237_02100	3156	lacZ_3		Beta-galactosidase	ATGGACTTCCCCAGACGTTTTGCTCCCTTCCTGCTCGTGTTGGCGCTTCCGCTTACGCTGACAGGTTGTGCAGATTCCTCTAAACAAACACACGACATATCTGCGCAGAATGACTGGGAAAATCCCGCTGTCTTCGCCATTAACAGTTTGCCGGACAGAAGCTATTTTCTGTCCTATGATTCTGAAGACGATGCGCGAAGTAGTAATAAAACAAACAATCAGCGGCTACTGTCACTCAATGGTCCCTGGCAATTCCATTTTTCAGAAAATCCTGAATCCCGCCCACTGAATTTTTACCAACCCGGCTTTGATGCCAGCGACTGGCCAACTATTCCCGTTCCGTCAAACTGGCAAATGCAGGGTTATGACTATCCGGTTTATACCACCTCAGGTTATCCCTTCCCCCGTAACAAACCCTATATTTCGCAAGAATATCGTCCTGTTGGTTCTTACCGCCGCGCCTTTACTTTACCTGCGTCTATGACCGACCAGCGCCTCATCCTCCATTTCGGGGCAGTAAAATCGGCTTATTATGTATGGGTTAACGGTGTCAAAGTGGGATACAGTCAGGACAGCAAGCTACCTGCCGAATTTGATATATCAGATGTAGTGCATGATGGTGAAAATACTCTCGCTGTGGAAGTGTATCGCTGGAGTGATGGCAGTTATCTGGAAGATCAGGATTTTTGGCGTTTAAGTGGTATTCAGCGCGACGTATTTATCCAGGCCGTGCCACAAACTCATTTGTGGGATGTAGCCGTAACCGCAGGGTTAAACGAAAACTTCACCCAGGGACAGCTGAAGGTGTCCACCACCTTAACCCGTCAGGATAACGGTGCCGATTCCGCCACGCTTCAACTCACCTTAAAAGACGCCACCGGCACGACGGTTTGGCAACAACAGAAATCTGTCGATGTTGCCGGGGATGAAGATACAGTATCGACGTTTTCAACCACTGTGGACGATATTCAGCCTTGGTCAGCAGAATCGCCAACCCTTTACGACCTCAGCATTACTGTTACAACAGGTGACATTACCGAATATATCCACCAGCCTGTCGGCTTCCGAAATGTTGAGATTAGCGGCGGACAGCTACTTGTTAACGGCCAGCCAATCATTATCAAAGGCGTTAACCGACATGAACATGACCCTGTTAACGGGCAGGTTATCAGTCACCAGGCCATGCTTGATGATATTCGCATGATGAAAGCGAATAACATCAATACGGTGCGAACCTCTCACTATCCGAACGATCCATACTGGTACACCCTCACCGACAAATACGGCCTGTATGTTATTGATGAAGCGAACGTGGAAGCGCACGGTTATGGCTATGATGAGGATATGTCTTTAGGCAATGACCCGGCGTTTAAAGCCGCGATAGTCGATCGCATGCACGGCATGATTGCCCGGGATAAAAACCATCCTTCTATTATTTCCTGGTCGGTAGGCAACGAAATTGGCCCGGGGCCAAATATTCAGGCGTCTTACGAATTGGCAAAGTCTATGGACCCAACCCGTATCGCCCAGTATGAAAATCGTCGCACATGGCACCCAGGCAAAATGACAGATGTCATTGGCTGGATGTATGCAACCGAAAAGGAGCTTTCTGAAAAATACGTGGGTAACTTTTCAGAGCAACCATTTATCTGGGTGGAATACTCTCATGCGATGGGTAACTCTAACGGAAACCTGCAAGAACTCTGGGACTTTGTGTATGCCCATCCGCAGGTGCAAGGCGGCTCCATTTGGGACTGGATGGATCAGGGATTGCTCAAGCACGATGCCGATGGAACAAGCTATTATGGTTACGGCGGTGATTTCGAGCCCGAAGGTGTTGATAACGCCGGAAACTTCTGTGCTAACGGCTTGCTTGCAGCCGACGGTACGCCCCACCCCGCAATGCATGAGGTAAAAAAGGTCTACCAGAATATTCATAGTGAACTGACAAGTGATAACCAATTAGTCATAACTAATCGCTTTTTCTTCACCTCACTGGAAGGCTTCACGGCACACTGGTCTTTGCTGCAAGACGGTGAAATGGTAGAAGAAGGCACATTCTCAGCGCCAGACATTGCTCCCCAGCAATCCAGGACAGTCCCGCTGCCGGGCGTATCCGGCAAAACGTTTGATAGCCAGCATGAATATGTACTGAATGTGCAGTTCAGTAAAGATAACGCCGATGCGCTGCTGCCAGCGGGTCACGAGGTCGCCAGCGACCAATTTGTGATTCAACTTACCCACCCGGCATTGCCTGCTATCGCTAACGTAAATGCCCCACAGGTTGAAGATTCCGAACACACGCTTACCGTAACAGCTGGTGATGTTCAGTATGCGTTTGCGAAAGAAAACGGGCAACTTCGTCAAATCATGCTGACGAATGATCCCCTGCTTGTTGCTCCACTGCGCCCGAATTTCTGGCGAGCGCTTACCGATAACGATTATGGCAACAAGTTTGGCGACATTGCCGCCCCGCTATATAAATTAGCGGGAGAAGAAGTGTTGGTTAAGAAGATAAACACCGTCACGCAATCAAACGCTGTCATAATAAGTTTCGATGTAGAGCTAGTCGCACTGAAAAGCAAAGGTACTTTACGCTACACCGTGTACGGCGATGGTCAAGCCGACGTGGCGTTTAGCGCATCCTTAGCCGGAGATTTACCCGAGATGCCTCGCTTTGGCATGACGATGCAACTTGTTGATGGTTTTGATGAAGCCCGCTGGTATGGACGAGGTCCTTTTGAAAACTATCAGGACCGCAAATTCAGTGCAGATCTCGGTATATATACCTCGCCAGTCAGCGACCTTTACACGCCTTATATTCGGCCGCAAGAAAACGGTAATCGCACAGATACCCGCTGGCTTTCGTTACGTCAGAAGAAAGGGCACTCACTCAAAATTACGGGTATCCCTTCTTTCGACTTTACAGCCTTACATAACACGATAGCTGATTTTGACTATCCCAAAGACGGACCCAATCGTCATACCAGCGATATCTCACCCCGACCGCTTACAGAGGTCAATATTGACTGGCGACAGCGCGGTGTGGGTGGCGATAACAGTTGGGGAGCGCTGCCGTACGACAAGTACCGCTTACTTCCCGGCACGCATAAGGGCGATTATCAACTGACGTTCAGGCTAACGCCACAACGATAA	MDFPRRFAPFLLVLALPLTLTGCADSSKQTHDISAQNDWENPAVFAINSLPDRSYFLSYDSEDDARSSNKTNNQRLLSLNGPWQFHFSENPESRPLNFYQPGFDASDWPTIPVPSNWQMQGYDYPVYTTSGYPFPRNKPYISQEYRPVGSYRRAFTLPASMTDQRLILHFGAVKSAYYVWVNGVKVGYSQDSKLPAEFDISDVVHDGENTLAVEVYRWSDGSYLEDQDFWRLSGIQRDVFIQAVPQTHLWDVAVTAGLNENFTQGQLKVSTTLTRQDNGADSATLQLTLKDATGTTVWQQQKSVDVAGDEDTVSTFSTTVDDIQPWSAESPTLYDLSITVTTGDITEYIHQPVGFRNVEISGGQLLVNGQPIIIKGVNRHEHDPVNGQVISHQAMLDDIRMMKANNINTVRTSHYPNDPYWYTLTDKYGLYVIDEANVEAHGYGYDEDMSLGNDPAFKAAIVDRMHGMIARDKNHPSIISWSVGNEIGPGPNIQASYELAKSMDPTRIAQYENRRTWHPGKMTDVIGWMYATEKELSEKYVGNFSEQPFIWVEYSHAMGNSNGNLQELWDFVYAHPQVQGGSIWDWMDQGLLKHDADGTSYYGYGGDFEPEGVDNAGNFCANGLLAADGTPHPAMHEVKKVYQNIHSELTSDNQLVITNRFFFTSLEGFTAHWSLLQDGEMVEEGTFSAPDIAPQQSRTVPLPGVSGKTFDSQHEYVLNVQFSKDNADALLPAGHEVASDQFVIQLTHPALPAIANVNAPQVEDSEHTLTVTAGDVQYAFAKENGQLRQIMLTNDPLLVAPLRPNFWRALTDNDYGNKFGDIAAPLYKLAGEEVLVKKINTVTQSNAVIISFDVELVALKSKGTLRYTVYGDGQADVAFSASLAGDLPEMPRFGMTMQLVDGFDEARWYGRGPFENYQDRKFSADLGIYTSPVSDLYTPYIRPQENGNRTDTRWLSLRQKKGHSLKITGIPSFDFTALHNTIADFDYPKDGPNRHTSDISPRPLTEVNIDWRQRGVGGDNSWGALPYDKYRLLPGTHKGDYQLTFRLTPQR	PGPT0017810_831	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES	CE-EPS-GALACTOSIDASE,PGPT0017810-lacZ-K01190	NA	NA
AK237_02101	2703			hypothetical protein	ATGCTGACCACTCAACAACAAAAACGAAAATGCTATTTTTCAGTGGCGCTGCTTTGCAGTGCGCTCAGTTCGTCAGTACTGGCATCTGAAACAAAAGTAAACGCAGCGGGAATGTCACTTGTTTTTGATAGCTCGTCACAAACTTTGCTGTCTTTACAACCTGATAGTGTAAAGGGCGTAGACTTTCTGTCTTACGACCACCGACAGGACCGCGAAGGCCCTGGTTACTACCAGTTAGGAGATATCGATTTAAGAGTACGCCAACCTGGCGGCGCATGGCAGGATTTTTCAACCGCCCTGCAAACCGCCAAAGTATCGCCTTTGCCTTCCAGCAACGCCTTAGTAAGCGCCGATATTACCCAGGACTTGCCGGGCATTCCCTTGAAGGTCAGCAGAACCTGGGAAGTAGATAATCACCAGTTGATCCTGCGTTTCACCCTACACAATCCTACACAACACGCCGTAGAAATAGGCGGGTTGGGTATATCTATGGTGTTTGACAATATTGTTTCTGGCAGAGATCTGGACGAGGCCCATGAAAAAGCCAACTATGCAGAACCCTACATGGGCATGGACGCAGGGTATGTTCAGGTAGTACGACTGAATGGTAAAGGCCCTGTTCTGTTAGTGCTGCCTGAAGAAAATGCGCCCTTAACCGGCTGGATGCCAATTCTTGACCAAACAAAAGAAGATGGCACGCCGATTGTTTATAACGACCCGACCGTAAGAACCCACACCTTCGAGGGATTTTACGACTGGATGGTCTTTAACAAAGGGTTTGCAGAGAAAGAATGGACGGGTAAAAAGCAGTGGAACACGCCTGAAAGCCTGACGCTTCCTCCCGGTGAAACCTACACCACAGCAGTACGCTTTGCGCTTGCACCCGAAGTGCGAAAAATTGAAGAAACGCTGACTGCGCAGCAACGCCCTGTAGCAGTAGGACTGCCCGGTTACGTAGTGCCTAAAAACCTGCCCGCGAAACTGTATATCAACTCGCCATCGCCGGTGAAAAATATTCAGGTGGAGCCTGCCGATGCTCTGACCCTTACACCGACTTCTCCACAGCGTGGTTGGTCTGCGTATAAGGTAACAGGTAACACGTGGGGACAATCCCGCGTAACCATTACGTATCAGGATAATACCGTGCAAACGGTTCACTATTTTGTTACGGAAGACATGGCCAAAGCTGTCTCAGACTTAGGGGATTTTCTTTTTGATGAGCAATGGTTTGAAGGTGATAACGATCCATTCAAACGCGGCCCTTCCATTATGAGCTACGACAATGAAGCGAAAGACATAGTGTTACAAGATCAACGCGTGTGGATTGCCGGTTTAAGTGATGAAGGGGGCGCAGGCTCCTGGTTAGCCGGCATTATGAAACAGCTTGGCCAGCCTGATCCTGAGGAGATTGCAAAATTCGAGCGATTTTATAATAACGTGATAGATGGTCGGCTTCAGGTTAACGAAGGTGAAGGCCGACATGGCGTTAAAAAGAGTCTGTTTTTCTATGAGCCGGCGTTAGTTCCCGATTATATTTATAATCCGGACTTTGATTGGACAACATGGGCTTCGTGGAACAAAGAACAATCAGATTCACTGGGTCGTTCGTTTAACTATCCTCACGTTGCCGCGGCACAATGGGTATTGTACCGCCTGGCGCGTTTTAACCAGGGCTTAGTCAACACGCATCCCTGGCAAACCTACCTGGAACGAGCAGCGCAAACAAGTATCGCCATGGTCGAGCTGGCACCGCACTATGCACAATTTGGTCAAATGGAGGGCGACGTTTTTGTTGCGATTTTAGATGACCTTTATGCTGAGGGCATGACATCGCTGGCGGGGAAATTAAAAACAACCATGAAAGCCCGCGCTGATCATTGGTCTGAATTGGCGTATCCCTTTGGGAGCGAGATGCCCTGGGACTCTACAGGCCAGGAAGAAGTCTATGCATGGATGCGATACTTCGGAAATACTCCCGCGGCAGAAATGACCCGTGAAGTTATTTTGGGTTACGATTTTACCCAACCTCATTGGGGCTACAACGGCAGTGCCCGAAGATTCTGGGATTTCCTCTACGCGGGTAAAGACAGTCGCATAGAACGCCAGCTTCATCACTATGGCTCGACAATTAATGCAATTCCGCTGCTGGATAGTTTCCGTAGAAATCCAGACGACACCTATCTGCTTCGCGTTGGTTACGGCGGTATGATGGGCGGTCTTACCAATATTCACCAAAACGGTTTTGCCTCAGCAGCATTCCACAGTTTTCCGGATTATATGGACTTTGACCCCTATACTGGCGACTACGGTTCAAGCTTCTATGGTCACGCGTTCGCGATAGGGAGCTATCTGATAAATGATGTTAGGTTTGGCTGGCAAGGATTTGGTGGCGAAACGAAGGTGACAGACAACACCGTTACGCTGATACCGAAAGATGCTTTCCGTAACCGCGTTTACATTGCGCCCGCAAAAGTGTGGTTAACGCTCGATGCCGGTAAGTTCAAATCGGTTAGTTGGCACCCTGAAAAAGCAACCATCAGCGTTGTACTGGATGATGCTTCTGTACACACTCCAACAGCAATGTTGAATGTACAAGCGTTTGGACAACCCTATACATTAAGTGAATCAGTAAGTGAGTTAGCAGGTAGAATGCAAATAGATCTGTCTAAGACGACATCATTAACGCTGGTGGCGACACATTAA	MLTTQQQKRKCYFSVALLCSALSSSVLASETKVNAAGMSLVFDSSSQTLLSLQPDSVKGVDFLSYDHRQDREGPGYYQLGDIDLRVRQPGGAWQDFSTALQTAKVSPLPSSNALVSADITQDLPGIPLKVSRTWEVDNHQLILRFTLHNPTQHAVEIGGLGISMVFDNIVSGRDLDEAHEKANYAEPYMGMDAGYVQVVRLNGKGPVLLVLPEENAPLTGWMPILDQTKEDGTPIVYNDPTVRTHTFEGFYDWMVFNKGFAEKEWTGKKQWNTPESLTLPPGETYTTAVRFALAPEVRKIEETLTAQQRPVAVGLPGYVVPKNLPAKLYINSPSPVKNIQVEPADALTLTPTSPQRGWSAYKVTGNTWGQSRVTITYQDNTVQTVHYFVTEDMAKAVSDLGDFLFDEQWFEGDNDPFKRGPSIMSYDNEAKDIVLQDQRVWIAGLSDEGGAGSWLAGIMKQLGQPDPEEIAKFERFYNNVIDGRLQVNEGEGRHGVKKSLFFYEPALVPDYIYNPDFDWTTWASWNKEQSDSLGRSFNYPHVAAAQWVLYRLARFNQGLVNTHPWQTYLERAAQTSIAMVELAPHYAQFGQMEGDVFVAILDDLYAEGMTSLAGKLKTTMKARADHWSELAYPFGSEMPWDSTGQEEVYAWMRYFGNTPAAEMTREVILGYDFTQPHWGYNGSARRFWDFLYAGKDSRIERQLHHYGSTINAIPLLDSFRRNPDDTYLLRVGYGGMMGGLTNIHQNGFASAAFHSFPDYMDFDPYTGDYGSSFYGHAFAIGSYLINDVRFGWQGFGGETKVTDNTVTLIPKDAFRNRVYIAPAKVWLTLDAGKFKSVSWHPEKATISVVLDDASVHTPTAMLNVQAFGQPYTLSESVSELAGRMQIDLSKTTSLTLVATH	PGPT0019091_3	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO|NUCLEOTIDE_SUGAR_UTILIZATION	PLANT_DERIVED_ARABINAN_BREAKDOWN,PGPT0019091-putative_arabinofuranosidase-NA	NA	NA
AK237_02102	1473			hypothetical protein	ATGCATAAAAAAATTCTATTTATCATTATGCTTTGTGCGAGTGTGGTAACCGTAGTGCAAAGTGAAGCGCTGCGGCCGTTTGTTGCCCATAACCCCCTTATCGCCGATGGCTCACTTTATACCGCCGACCCCGCGCCCTTTGTCGTGAAAGACACGCTTTACGTACTGACGGGAATTGATATGGCGCCGCCAGATGTCAACGATTTCGTCATGCCCGCGTGGGCGCTTCTGACCTCGGATAACCCGGCAGGGTCGTCTTGGCGAAAGCAGGTGCCTCTGACTACCCCAGAGGCCGTATTTGAATGGGCGCAGCCGGCGCGTGCGTATGCCGGACAGATTTTTCCCGCTCAGGACGGGCGTTTTTATTTGTTCGCACCAGTGGTGCTAAAGGAAAAGCGCTATGTAGACAATTTCGCGATTGGTGTTGCCGTTGCCTCCTCACCCACGGGCCCATGGCAAGACGCCATCGGGCATCCTTTAATCAGTCAGGGCGTGCGTGGCGCGGACACGTTGCAAAACATCGATCCTACTCTCTGGCAGGATACTTCAGGAAAGGTTGTGATGATATGGGGAACGTTTGGGGAGCTGCGGGGTGTTGAATTAGCCACTGACTTGCGAAGCTTAAAAGGTGAAGTAAAAACCTTATCGGGCGCAAAAGGCTTTTTTGAAGCGCCCTGGCTGCTTGCCCGTAATGGCATTTATTATTTATTTTACGCCGCAAACAATCGCCAGGACGGGCTGAGATCTGGCTGTTCACCAACCCTGTATTACGCTTGTATTGCCTGGGCGACCGCGAGTGATCCGCTAGGAGAGTGGAAGTATCAGGGCGTATTGCTGCCACCTGTCAGCTCAACCACGTCGCACCCGGGTATCGTGAAATTTCAGGATGCGTGGTGGCTGTTTTATCACACTGCTGATGGCAAAGAGGGCGGCACCTTCAGGCGCAGTGTCTCACGCGATAAGCTGGTTTGGGATGATACCGTAACGCCAGCAAAACCAATGGTCACGTCAACGTCCGTATCGCACAATGACTACCACAAACCCGGAAATGTTGCCTATCGGGCGCAGGTAGACAGCTCGTCGACGAAACTGCCGGGGCGCTATTGGCTTGATGCAGTGAACAATGGCAAGACAAGGATGCACCCGTTACCACCTGAACTGTGGTCTACTGAAGGTTCGCCAGAACCTGAGCGGGCGTGGGTTGAATATGAATTTGAAAAGCCAGTTATGATTACCCGTACGCGGCTTAGTTTTACACCGTATTCCGATAAACCTGCCCAGGTGAGATGGTCTCTGCAGGCACACATTGAGGGTGAATGGCGTAATGTGGTGAACCATACAGGCATTGCAGATAATGAATGGCACGAAGCGACATTTGAGCCTGTGGCTGCAACTCGTTATCGCGTGGTATTGCCCCATAAAGATAGTGAAGGCGAATTCATTTTGATGCAAGAGTGGGAACTGTACCAGTAG	MHKKILFIIMLCASVVTVVQSEALRPFVAHNPLIADGSLYTADPAPFVVKDTLYVLTGIDMAPPDVNDFVMPAWALLTSDNPAGSSWRKQVPLTTPEAVFEWAQPARAYAGQIFPAQDGRFYLFAPVVLKEKRYVDNFAIGVAVASSPTGPWQDAIGHPLISQGVRGADTLQNIDPTLWQDTSGKVVMIWGTFGELRGVELATDLRSLKGEVKTLSGAKGFFEAPWLLARNGIYYLFYAANNRQDGLRSGCSPTLYYACIAWATASDPLGEWKYQGVLLPPVSSTTSHPGIVKFQDAWWLFYHTADGKEGGTFRRSVSRDKLVWDDTVTPAKPMVTSTSVSHNDYHKPGNVAYRAQVDSSSTKLPGRYWLDAVNNGKTRMHPLPPELWSTEGSPEPERAWVEYEFEKPVMITRTRLSFTPYSDKPAQVRWSLQAHIEGEWRNVVNHTGIADNEWHEATFEPVAATRYRVVLPHKDSEGEFILMQEWELYQ				NA	NA	NA	NA	NA
AK237_02103	2922	btuB_16		Vitamin B12 transporter BtuB	ATGAACAAACATTCTGCAATCAATAAAGGAGTGATAGCTGCCATCGCCATGATGAACGCTACGCCTCTACTGGTGCAGGCTCAGGAAGCTGCATCAGAAGGTGCAGAGGTAGAGGCTATAACGGTCACAGGTTCGCGCATTCAACGCGCAGAATATGCAACCAATAGTCCTATTTCTGTTGTGGATGACTCAGAGATTAAGTTCCAGGGAGCGACAAGCATTGAATCGGTGCTTAATAAAATGCCGCAGTTTACGGCTGATGCGAATGAAAACGTGTCGAATGGCTCTGATGGTACTGCTCAAATTAACCTGAGGAATCTCGGATCTAACCGTGTTCTCACCTTAGTAAACGGACAGCGTATGCTGCCTACCATGGGAATGGACGTTAACTTTATTCCTTCTGCTTTGGTTGAACGGGTGGATGTTGTGACTGGGGGGGCTTCTGCCGTTTACGGCTCTGACGCTATTTCTGGTGTCGTGAACTTTATTTTAAAAGACGACCTCAACGGTATCATCTTCGATATGCAAGGCAGCGCTTATCAGCATAATAACGATAATGGCGCTATCCGTGATTTGGTCAACAGTTCTGACTACCAGGTGCCGGATAGTAGTGTCTGGGACGGCGAGAAGTATGATTTCAACTTCGCCGCAGGGACTGATTACGCAGACGGTAAAGGAAACATCACCTTTTACGCCGGTTACCGACGTACTGAGCCTGTTTTACAAAGTGAACGAGACTACTCGGCCTGCGCTATCACCGCAAATGGCACATTGGACGGCTACGCGTGTGGTGGCTCTGGAAACAATCCGTGGGGACGCTTTTCTGTACTGAGCGGGCCGATGACAGGAGGCTCGTACAATAACCTGAAAGATGGCTCTAAAGAATGGGATACGTACGGCGACGAGTATCTCTATAACTATAATCCTCTTAACTATATTCAGCGTGTGGATCGTCGTTACACCGCTGGCATGATGACGCATTATTCGGTCACCGATAACGATGAAATCTACGGCAGCTTCATGTTCATGGATGACCAGAGCTTTTCACAGGTAGCACCATCTGCGCTATGGTTCGGTGATGACTATGCAATTAACTGTGATAACCCGTTAATGAGCGCGCAGCAGGCGGCTGCACTCTGTGGCTCGTCGGCCGGTACCAGTGAAATCATTGATACCTACGTGGGTTATCGTCTCGATGGTGAAAACGCGCGTCCTCGCCGCGACAACCTTCGCCATACAGACTACCGATTTAACCTGGGCGCGCGGGGTGATATCACGGACGGTATTACATACGATGTAAGTTATATGCGCACAACGGCGCTGTATCAGGAAACGTATATGAATGACGTTAACCCTGAACGCGCGGCGCGAGCTCTGTTAGCCACCGACGTGAACGGTGTAGCCACTTGTAACTCGGTGATTGACGGAAGCGATTCCGCTTGTGTGCCTATAGATGTTTTCGCTTATAGCGGTATTTCTGATGAAGCCTTCGATTACATTTTAACGTCTAACTCCACCGAAAGTACTCAAACGCTGGATGTGTTAAGTGCGTTTTCGCAAATTGACTTCGATTACTACGACATTGCACTGCCTTGGGCGATTACCGGCCCCGCTATGGTTGTGGGTTACGAGCACCGCAAAGAAGTGTTGGATTTCGAAGCCGATGCCGTTGCTGAGTCTTACGGTACAGAAGATTCTTATGGCGTGATTGAGGTTGATGAAGTTTATACAGAAATCGACATTCCACTGGTAGAAGATGCATCGTGGGCAAGTTATTTAGGAATTAACGCCGGTCTGCGTTATTCGGAGTATACCAACAGTAATGATACCGGCAGTGAGTCTGAATATGACGCAACAACTTATAAGTTTGAGTTAACCTACTCACCTAATGAAGATCTGCGTTTTCGCGCAAGCTTTAACCACGCGATTCGTGCACCAAATGTGTCGGAATTATTTTCATCGCAAGGTCTGGGTAATTATTCCGGGACTGACCCCTGTGCAGGCGCAGATCCTTCCGCGACATTTGAAGAGTGTGCCCGTACAGGTGTGACAGAAGCACAGTATGGCAACATCATTGAGTGTCCGGCTGAAACGTGTGTGCAGCAATATGGTGGTAATCCTAACTTACGCCCTGAAGAGGCTGATACCTACACCGTAGGGATTGTTATCACGCCGGAAGCTGTTGAAAACCTGTCTGTTTCTTTAGACTACTACAACATTAAAGTAGAAGATTATATTGGCTCTATCGATCCTAATTTGATTATCAACCAGTGTATTGCCACCGGCAATAGTTACTACTGTGACCTGTTTAATCGTAGCCGGGCAGGAACCTTATTTGGCACCGATGGTTATGTTACGTCGACGACATTAAACACGGGGTATTTGCAAACGTCGGGTGTCGATATCAATGCAAACTATATCTACGACATGGATAGCGCAGGTTCTCTGGGTATGCAGTTTATGGGCACGTTCTTAAATGAAATGGTCACTGAGCCGCAGCCAGGTTTGGGCACTTATGATTGCAAAGGTCTGTACGGTCCGTCATGCGGACAGCCCGTTCCAGAGTGGCGTCATAACGCTCGTATAACGTGGATGACACCCTGGATGGACGCTCAGGTATCGTTGTTGTGGCGGTATATGGACAGCGTTAAACTGAGTCTTAATGACGACAATGAGTTCTTAACGGGCACGAACTACGAGATTAACGCTGAAATAGGCTCATACAGTTACTTTGATCTGGCGGGAAGTATCCCTGTTGGCGACCACCTTGTATTTCGTGGTGGTATCAACAACCTGTTAGACCGGGATCCACCTGTCATTGTATCTAATGTGCTGAGTTCTTTCGGAAATGGTAATACATTCCCGGGCGTATACGATCCACTGGGCCGCTCTATTTATGTCGGTTTAACGGCGTCGTTTTAA	MNKHSAINKGVIAAIAMMNATPLLVQAQEAASEGAEVEAITVTGSRIQRAEYATNSPISVVDDSEIKFQGATSIESVLNKMPQFTADANENVSNGSDGTAQINLRNLGSNRVLTLVNGQRMLPTMGMDVNFIPSALVERVDVVTGGASAVYGSDAISGVVNFILKDDLNGIIFDMQGSAYQHNNDNGAIRDLVNSSDYQVPDSSVWDGEKYDFNFAAGTDYADGKGNITFYAGYRRTEPVLQSERDYSACAITANGTLDGYACGGSGNNPWGRFSVLSGPMTGGSYNNLKDGSKEWDTYGDEYLYNYNPLNYIQRVDRRYTAGMMTHYSVTDNDEIYGSFMFMDDQSFSQVAPSALWFGDDYAINCDNPLMSAQQAAALCGSSAGTSEIIDTYVGYRLDGENARPRRDNLRHTDYRFNLGARGDITDGITYDVSYMRTTALYQETYMNDVNPERAARALLATDVNGVATCNSVIDGSDSACVPIDVFAYSGISDEAFDYILTSNSTESTQTLDVLSAFSQIDFDYYDIALPWAITGPAMVVGYEHRKEVLDFEADAVAESYGTEDSYGVIEVDEVYTEIDIPLVEDASWASYLGINAGLRYSEYTNSNDTGSESEYDATTYKFELTYSPNEDLRFRASFNHAIRAPNVSELFSSQGLGNYSGTDPCAGADPSATFEECARTGVTEAQYGNIIECPAETCVQQYGGNPNLRPEEADTYTVGIVITPEAVENLSVSLDYYNIKVEDYIGSIDPNLIINQCIATGNSYYCDLFNRSRAGTLFGTDGYVTSTTLNTGYLQTSGVDINANYIYDMDSAGSLGMQFMGTFLNEMVTEPQPGLGTYDCKGLYGPSCGQPVPEWRHNARITWMTPWMDAQVSLLWRYMDSVKLSLNDDNEFLTGTNYEINAEIGSYSYFDLAGSIPVGDHLVFRGGINNLLDRDPPVIVSNVLSSFGNGNTFPGVYDPLGRSIYVGLTASF	PGPT0003790_1300	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0003790-hutA|fatA|fct|foxR-K02014	NA	NA
AK237_02104	2397			hypothetical protein	ATGTGTCATCTGTGTCCAGAACCCAATCGTCGGCAGGTCTTAAAAGGCATGTCTGCCCTTGCGGCACTTTCCACCATATCGCTGTCGGCCTGCTCTCGCCAAGAAACTGCAATGACCAGCGCCGCCCCTTTGCCCGGTTCGGCCAGTGCGTTACCACTTAACGATGTGCGTCTGCTCGACTCAGACTTTCTGAATGCCGTTACGGCAAACAGCCATTACCTGATGGAGCTCTCACCAGACCGCTTTCTGCACAACTTCCATAAATTTTCCGGATTAGAAACCAAAGGTGAGATATACGGCGGCTGGGAGGGAGACACGATAGCCGGACACAGCCTTGGTCATTACATGTCCGCATTGGCGCTGTTGCATGCTCAAACCGGTAGCGAGGAAGCAAAAACACGCCTCGCTTATATTATCGATGAGCTTGCACGGTGCCAGGAAGCACAAGGAGATGGCTACGTTGCAGGATTCACCCGCAAGCGTAAAGACAAAACCATCGTTGATGGCAAAGAAATCTTTCCTGAAATCAAGCGCGGTGAAATTCGCTCTGCCGGCTTTGACTTAAACGGATGCTGGGTACCCTTCTACAACTGGCACAAACTGTATGCAGGTTTCTTTGATGCACAAACATACTGTGGTTTAGACACGGGTATTCCCGTCGCAGTAGGGCTGGCGACCTATATTGAAGACGTATTTGCCGCCCTCACGGATGAACAGGTACAAACCGTACTGGATTGTGAGCATGGGGGGATAAACGAGAGCTTCGCGGAATTGTATGCGCGAACCAATGACAAACGCTGGCTTTCGCTTGCAGAACGTTTGTACCATAAAAAAGTGCTTGCACCACTTGCTAACGGTAAAGATGAGCTGGCGAATATTCACGCCAATACGCAAGTACCCAAATTAATTGGTTTGGCCCGACTCTATGAACTCACCGGAAAAGCGAGTGATCAAAACGCGGCACATTTTTTCTGGGAAACCGTAACCAACCATCATTCCTATGTAATTGGTGGCAATGCTGACCGCGAATACTTCTTCACTCCCGACAGTATTGCTAACCACATCACCGAGCAAACCTGCGAAGCATGCAACACCTACAACATGTTGAAATTGACCCGTCATCTTTATAGTTGGCAGCCTGATGCAGCATATTTCGATTATTATGAGCGCGCCCACCTCAACCACATGCTAGCGCAAATCGATCCTGCCACCGGCATGGTCACCTACATGACACCACTTATGTCCGGGGCAGCTCGCCATCACTCAAGCAAATTTGATAGCTTTTGGTGTTGTACCGGCTCAGGTATGGAGACCCACGCCAAACATGGTGACTCTATCTGGTGGCAGGGAGAGGACACGCTGTTTGTGAATTTATTTATTCCTTCTACCGTGAACTGGGCTGCAGGCAAGGCCGCGCTCACTATGGACACCGCTTATCCTTATCAAGGCTCTGTAACGCTTACTGTAAATAAAGCGGAAAAAGCATTTCGCCTTGCCATGCGAATTCCTGCCTGGGCTGGCGAAGATTGGTCGGTAACCGTCAACGGGAGCCCTGTCGAGACTTCGCTGGCCAAAGGCTATGCAACAATCCATCGTCGCTGGAAAGCAGGTGACAACGTAGCGCTGTCGCTCCCCTTGCCTCTTCGCCTTGAGGCCACTCCGGGTAATGACAACGTGGTTGCCGTGCTGCAAGGCCCAATGGTAATGGCGGCAGATCTTGGTAGTAGTGATGAGCCGTGGAACGGCACCGCCCCCGCTCTGGTTGGTAGCGATCTCATTGGCGGACTCATCAGCCAGCAACCAGAAAAAGCAATATACCAATCCAAAGGAATTGGTCGTCCTGCCGACATGACATTCTCACCCTTCTACGCAAATCATCATCGACGAAGCGCCGTGTATTTTGAGAAATTTACCGACGCAGAGTGGTCTGAAGCTGAAATTGCTTACGCTGAAGAGCAGGCCCGTTTAAAAGATCTGGCAGAGCGTTCCGTAGATGTCATGCATTTAGGAGAAATGCAGCCCGAACGTGATCATAATTTAGAGTCGGAAATTAGCTACCCTGTTGTTTACAGAGGCAAGCAAGGCCGTGATGCCAGAACGGGCGGATTTTTTAGTTTCGATTTCGATACCGCGTCCGGTCCGTTAAAACTTCAAGCTACGTATTGGGGTGAAGAGCGCCCACGCGAATTTTATATCTTAATTGATGGTAAAAAAGTGGCTACCCAGCAGCTTGATTTTGATCATCCCGGAAAATTCTTTGATGTGGTGTATGATATTCCCGAAGCACTGACCAAAGGAAAGGATAAAGTAAACGTGAGGTTTGAGCCCAAGCAAGGAAACACAGCTGGACCGGTATTCGGCGTGCTGCTGTTCAAGCCTAAAAAAGAGGTTATCTAA	MCHLCPEPNRRQVLKGMSALAALSTISLSACSRQETAMTSAAPLPGSASALPLNDVRLLDSDFLNAVTANSHYLMELSPDRFLHNFHKFSGLETKGEIYGGWEGDTIAGHSLGHYMSALALLHAQTGSEEAKTRLAYIIDELARCQEAQGDGYVAGFTRKRKDKTIVDGKEIFPEIKRGEIRSAGFDLNGCWVPFYNWHKLYAGFFDAQTYCGLDTGIPVAVGLATYIEDVFAALTDEQVQTVLDCEHGGINESFAELYARTNDKRWLSLAERLYHKKVLAPLANGKDELANIHANTQVPKLIGLARLYELTGKASDQNAAHFFWETVTNHHSYVIGGNADREYFFTPDSIANHITEQTCEACNTYNMLKLTRHLYSWQPDAAYFDYYERAHLNHMLAQIDPATGMVTYMTPLMSGAARHHSSKFDSFWCCTGSGMETHAKHGDSIWWQGEDTLFVNLFIPSTVNWAAGKAALTMDTAYPYQGSVTLTVNKAEKAFRLAMRIPAWAGEDWSVTVNGSPVETSLAKGYATIHRRWKAGDNVALSLPLPLRLEATPGNDNVVAVLQGPMVMAADLGSSDEPWNGTAPALVGSDLIGGLISQQPEKAIYQSKGIGRPADMTFSPFYANHHRRSAVYFEKFTDAEWSEAEIAYAEEQARLKDLAERSVDVMHLGEMQPERDHNLESEISYPVVYRGKQGRDARTGGFFSFDFDTASGPLKLQATYWGEERPREFYILIDGKKVATQQLDFDHPGKFFDVVYDIPEALTKGKDKVNVRFEPKQGNTAGPVFGVLLFKPKKEVI	PGPT0019100_460	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO|NUCLEOTIDE_SUGAR_UTILIZATION	PLANT_DERIVED_ARABINAN_BREAKDOWN,PGPT0019100-hypBA-K09955	NA	NA
AK237_02105	1137			hypothetical protein	ATGGACTTTTCACTAAGCAATCAGGAGCTCTATGTGTGGCTTGGCATCCTGTTTTGTATTTCTCAATCGGCAATGTTCTCCGGTTTGAACCTGGCGTTCTTTTCGGTTAACCGTTTGCAACTGGAAATGGAAGTGAGCCACGGTGATAAAACTGCGGCCAAAATTCTGAAACTAAGAGAAGACTCCAACTTTCTGCTGACCACCATTCTATGGGGAAACGTGGGCATTAACGTCTTACTGGCATTGCTGTCCGATTCGGTATTAACCGGCGCAGCGTCCTTCATTTTCTCGACTGGCTTTATCACCATTTTTGGTGAAATTTTGCCGCAAGCGTATTTTTCCAGAAATGCGATGCGAATGGCTTCGATTTTGTCTCCTGTTATGCGTTTTTATCAGTTTGTCTTATACCCGGTATCCAAACCCTCCGCACTTTTATTAGACGGCTGGTTAGGTCGTGAAGGCGTGGAGTACATGCGCGACAACGACTTACGTAAAGTAATTAAACAGCACGTTGACGCCGAAGAAGCAGAAGTCGACCACGTGGAAGGCACGGGCGCACTAAACTTTCTGGCTATTGATGAGGTGTCTGTTACGCAAGAAGGTGAATTACTTGAACCTGATTCCATTATTCACCTGCCTGCTAAATTAGACTTCCCTATCGTGCCGGCGTTTATTCGCGAAAGCTCCGATGCGTTGCTGAAAAAAATAAACCAAAGCGGGCATAAATGGGTTGTACTTGCCGATGAGAAAAATAATCCGTTACTCATACTGGATGCTGATGGCGCATTGCGTGCAGCGCTATTTGATACAGATAAGCCCTTTGATATCTACGATTTCTGCCACCGTCCGTTGATTGTCCGTGACGAGTCATTGATGTTATCGGAAGTGCTCTGGCACCTTAAGGCACAGGAAACGCTGGATGCCAATGACGATGGCACCATTGATGTTGACGTCGTGTTAGTGTGGGGCTCACAACCCCGTATTATTACTGGGGCTGACATTCTTGGTCGTTTATTGAAAGGGATAAGTGCCGTGACACCAGCAAGCGTTAATAAAGCTGTTGTTCAAAGCGCGCAGAGTGTTAATGTAGAAACCAAAGCTGAACAGCTCGCGGTATCAATAAACAAAAAGCATTAA	MDFSLSNQELYVWLGILFCISQSAMFSGLNLAFFSVNRLQLEMEVSHGDKTAAKILKLREDSNFLLTTILWGNVGINVLLALLSDSVLTGAASFIFSTGFITIFGEILPQAYFSRNAMRMASILSPVMRFYQFVLYPVSKPSALLLDGWLGREGVEYMRDNDLRKVIKQHVDAEEAEVDHVEGTGALNFLAIDEVSVTQEGELLEPDSIIHLPAKLDFPIVPAFIRESSDALLKKINQSGHKWVVLADEKNNPLLILDADGALRAALFDTDKPFDIYDFCHRPLIVRDESLMLSEVLWHLKAQETLDANDDGTIDVDVVLVWGSQPRIITGADILGRLLKGISAVTPASVNKAVVQSAQSVNVETKAEQLAVSINKKH				NA	NA	NA	NA	NA
AK237_02106	1077			hypothetical protein	ATGCGAACCACTGTTGCTGAGCTCTCGCGAGCTCGCAAAGCGTTATTCATGACGCATTTAGCCATAGGTGACTATCTTTATCAGCGAACCTTTTTAAAGCAAATTCAGCAGCGCTATCCGCAACTGCAGCTTGATATCTGGTTTGATGATTTTCGTAAGCAAGAAAAGTCCTGGCATCAAGGCCGTACCTCTCTGCTTTCTGACTGGCTTCAGCAGGAGCCGTTTATCACCAATATTTATGCACAGTCGCATTCTGAGGCGCATCGTGCAGAGCAAGTGGCAAACGCAAAGAATGAAAACTACGATGTGGTTTTTTTCATCGCGAATACTCGTAGCACGGTATTTTCCCGGTATGCCCGCGAAATTGGCGGTGATAACGCGTGGTGCGCCGGAGCAGTAAGTGCAGGTGGCTGGCAGTGGCTGAATCGCTTTCGGTTTCGCCATTGCGATGCTTACTATGTGCGTGAAAATACTCGTGAACCGTTGCCAATATTGCAACAATATCAGCGCGCATTCTCAACCTTTGCGCCATTAAACGACGTTAAAACACTTGAGCCGCTGGATTTAGATGCTGCGATCGTAGACGCAACTCAGACGATGTTGACTAACTGGCATCAACAGCATAATACATCTCGCGTGCTGCTGATAAATGGAATTTCGACAACCTCGAAACGTGACTATCCTGATGAGAAGTTGTCTGATGTATTAATAAAGGTGGCGTCTGCTCGTCCCAACACACTGTTTGTGATTAATACCCCACCGCATCGCTTAGCCGACATTAAAAAGCTGGCTGGCGTTTTAGCGCAGAAGCATCAGGTTAAATGTGAAGTGTTTACTGCCACGCAAGGTGTAGCGGAATTAGCGGCGATGGTAGCAGGTGTAGACGGTGTATTGAGCGTGGAAACGGCCATTATTCATTTTGCAGCTGCCACAAATACGCCTTTTGTGGCACTCATGCGAGAGAAAACCGCTCACTGGTGTCCTCCTCAGTCTTTGTGTACGCTCTATTCAACAGGACACGTGAGTGAGCTTTCTTCTGCGGCCATCTCTCAAGCATGCTTGAAGTACCTGAACTAG	MRTTVAELSRARKALFMTHLAIGDYLYQRTFLKQIQQRYPQLQLDIWFDDFRKQEKSWHQGRTSLLSDWLQQEPFITNIYAQSHSEAHRAEQVANAKNENYDVVFFIANTRSTVFSRYAREIGGDNAWCAGAVSAGGWQWLNRFRFRHCDAYYVRENTREPLPILQQYQRAFSTFAPLNDVKTLEPLDLDAAIVDATQTMLTNWHQQHNTSRVLLINGISTTSKRDYPDEKLSDVLIKVASARPNTLFVINTPPHRLADIKKLAGVLAQKHQVKCEVFTATQGVAELAAMVAGVDGVLSVETAIIHFAAATNTPFVALMREKTAHWCPPQSLCTLYSTGHVSELSSAAISQACLKYLN				NA	NA	NA	NA	NA
AK237_02107	1452			hypothetical protein	ATGACCATTTTCACACGTCTTACCCGGGTCCTGTCAGTAAGTTTGAGCGCGCTTTCACTTTTTATTTTCACGCAGAGTGCGTTCGCAAAGGGGGTGTCAGGCCTTCTGCCGCTTAATTTGTCGCCGGTTTTTGAACAAAAAATTGAACAAGTGTTCGCCGTGAGTGGCGACGCACCGTTAGCGAAACCTTATCACGTACAGGCATTACTGAAGCGGGTAGAGAAGATAAAATCGACCTATCCAGCGCTTTATGCCGATATTCAACCTTATCTTCAGCCTTATCAGCATCAGGCCGGGCTTACTCAAGCGCGCATTGATGTCACATTAGCAGAAAGCGGAGACATGAACCTTCCCAATAGCCGTGGGACACAGGTTGACGATCCTTTTGCATTTTCTGTCGGTGGGTACTATCAACCTTCAGATTACTTGTTGTTTGCAGCCGATGCCATTTATAGTGATGAGGCGGGCATGCGCCATGCAGCCTCTTATGTTGCTGTCGGTGGTGGTTATATGCAGCTAGAGTTTGGCTATCGGGAACACTGGTTTTCTCCTTTTGCTTACTCATCCATGTTGGTAAGTACACATGCAGAAGCCTCACCTTCTATAACGCTGGCAAACGCCGAACCTATTTCAGACTGGAATATTCAATACACGTTTTTTTATTCTAAGCTTGAGCCCCACGAACAGATCCGACTTGGTGATACGATGTCGCCGGGAAGCCCGCGCCATGGGGGTATCCATATCAGTTTATCGCCACTGGAAAACTGGACTATTGGTGTTAACCGCACGCTGCAATTTGGTGGGGGAGAACGGGATTTCTCATTTGGTGACGTATTTGAAGCACTGTTCGACCCGGCCGGCAAAGATAATGTGGGAGATATAGAAACCGATGATCCTAATTATGAGTTTGGTAATCAGCAAGCATCGATAACCACTGCCTATCAATTTAACTGGGGCATGCCCATACAGCTTTATGCTGAATTTGGCGGTGAAGATACCCGCAACGAGTCTAATTATAAGTTAGGTAATCAAACTTATGGCCTGGGGTTATTTTTACCCATGTTCACCGACAAGATGTCATTGCGTGCAGAATTTAATCATTGGTCAGATAAATGGTATGTCCATCACCTTTACCCAGCGGGTTACACCAATAACAACGTAATTATGGGGCATTGGGCTGCCGAGCAGCGAGAAGACGGTGAGTCGCCAGCGTCGTCAGTGCTGACGTTAGGCATGAATTATCAGGTGGACGCTTCACGGCATTGGTCAACAAAAGCAACGTTAATTTCTAATGACGATGAAGGCCGGACCGATTATGAAACCGGATATTTGTTACAAATCGATTATTCGCAAAAGATCGAGGCAGGAGACATTGGCGTAGGTGTGTTTCTCAGTAAAAATACACTTGGCGACACACAAAGCGCCCTTACATTGTCTTTTGTCTGGAACTAG	MTIFTRLTRVLSVSLSALSLFIFTQSAFAKGVSGLLPLNLSPVFEQKIEQVFAVSGDAPLAKPYHVQALLKRVEKIKSTYPALYADIQPYLQPYQHQAGLTQARIDVTLAESGDMNLPNSRGTQVDDPFAFSVGGYYQPSDYLLFAADAIYSDEAGMRHAASYVAVGGGYMQLEFGYREHWFSPFAYSSMLVSTHAEASPSITLANAEPISDWNIQYTFFYSKLEPHEQIRLGDTMSPGSPRHGGIHISLSPLENWTIGVNRTLQFGGGERDFSFGDVFEALFDPAGKDNVGDIETDDPNYEFGNQQASITTAYQFNWGMPIQLYAEFGGEDTRNESNYKLGNQTYGLGLFLPMFTDKMSLRAEFNHWSDKWYVHHLYPAGYTNNNVIMGHWAAEQREDGESPASSVLTLGMNYQVDASRHWSTKATLISNDDEGRTDYETGYLLQIDYSQKIEAGDIGVGVFLSKNTLGDTQSALTLSFVWN				NA	NA	NA	NA	NA
AK237_02108	2178			hypothetical protein	ATGTTAAGGTTGTCCCAAGCTCAATTAGAAATTGCAAGACTGAACGAACTAAAAAGCTTTCATCTGGACTGCTCAGAAAGTAAAGAATTTGATCAACTCACTCGTCTCGCATCGCGCATTTTTAATGTACCCATTTCTCTTGTATCCCTGGTAGACAAAGACAAGCAGTTTTTTAAGTCAAAGGTGGGTCTGGATGTAAATGAGACGCCTCGGGATGTCTCTTTTTGTGCGCACGCCGTTAATCCTGAATTTAGCGGCTCTTTGTATATTCCCGATGCAAAACAGGATTGCCGCTTTGCATCGAATAGTCTTGTAACAGGATCGCCGTTTATACGAAGTTATATGGGTAGTCCTATCGTCTCAAGCGCTGGCTATAAATTAGGAACGCTTTGCGTTATTGATACGAAACCACGTTTCGACTTCGGAAAATCAGAGATAGCACTGCTCGAAGATTTAGCAAAACTTGCTTCAGACCAGTTAGAACTTTGGCGCTTGAATCATCGGGAAACTAAAAGCTTAGTAAGATGGAAAAATATCGCAGAATCTTCATCCGATACGATTTTGTGTGTAAATCAGCATGGCATTGTGACTTTTGCAAATAAGGCTGCATCAAGAAAGTTTGGTCTTGATGGGGCGAGATTTAAAAATCTGCACCTTTCGGCTTTAACAGATAAAGAAGGACTGGCCATCTTTGACACTAAGCGAAAAGAGACATTCAATAACTTACCCAAAAATGGTGAAACATTTCTCATCACAGCTTGCACATTGTACGGATACCAATTCAAAGCAGAAGTGACCACTCGAATCTGGAAGGATGAAAGCAGTTTCACTGCTGGCCTTATAATCAAAGATGTTGTAGAAGAAAAAAAATATCTCGCTAAATTAAGCAAGTTAGCCAGTACTGATTTTCTTACTGGTTTATCTACCAGAATCTCCTGGAACGAGCAATTTGTTGATGCATTAGCACGCGGGCAAAAAGTCGTCGTACTCAGGTTGGATATTAGTGAGTTTAAGCAAATCAATGATGATTTAGGCCACGCAGTTGGAGATGAAATACTTAAAACTGTGGGAGAGAACCTGCAAAAATCATGTCCACGCGCCATCGCGATTGCCAGGTGGGGAGGTGACGAATTTGCGGTATTGCTTCCCGATATGTTGCCGGAGGCGATTGCAGATATAGCAACGAAGCTAATCTCTGTAATAGCACGTCCGCATCAAATAAGAAACTTCAAAGCCCTCTGTTCTGTTTGTATCGGAATTGCTTGCTCCAGAGTTCATGGCAGCAGTCCAGAGGAGCTGGCAAACGCTGCTGAAACTGCTTTATTAAGAGCAAAACAAAATGGAAGCGGTAGCTTTGAAATATATAAACAAAGTTATGGTGATGAAGCTAACGCTAAGAAATTGCTAAATAAGGCATTGAGTCAAGCCGTACTTAATGATGAGTTCGAGGTTTTCTATCAACCCCAGGTTGATATAAAAACTGGAAAATTGTTAGGTGCAGAAGCATTGTTGAGGTGGCGTCACCCAGACAAGGGACTATTAACACCGGCACACTTCATCAGCGAACTAAATGACTCAGCTTTAGCCCCTGAGGTAGGTAGAAAAATCCTGAATGAGGCATGCTTGCAGGCGAAGAAGTGGCAACGACACATACCAGATTTTACCATCGGCATTAACCTTTTCGACTGCCAGCTCAGAGATGACAACTTGCCGCATATTGTGGAAGAAGTACTGAGTAAAACGGGACTTCCGCCCCAAAATTTAGAACTTGAAATAGTCGAAACAACAATAATAAAAAACAACGATAGCACTATCGCTCTGCTTAAAGTATTCCGTAATATGGGCGTGAGGATTGCTTTTGATGACTACGGGACGGGATTCGCGGCACTTAACCTACTTAAATCTTACCCAATTACAAGACTTAAAATCGATAAATCCTTTTTACATAATGTCGACTCAGATAAAGGTAATTCAGCGCTTGTAAAAGCTATTATTTATTTGGGAAAAAGCTTTGGAATATCTGTCATTGCAGAGGGAGTGGAGGAGAGCAGTCAACTTGATTTTCTCACCCTCTACGGATGCAATGAAGCTCAGGGTTACTATTTTGGAAAACCCATGGACTCTGCGAGCTTTGAGGTGTTTTTGAAAGGCAAATTAACTAAAAGCAAAAACAAATGA	MLRLSQAQLEIARLNELKSFHLDCSESKEFDQLTRLASRIFNVPISLVSLVDKDKQFFKSKVGLDVNETPRDVSFCAHAVNPEFSGSLYIPDAKQDCRFASNSLVTGSPFIRSYMGSPIVSSAGYKLGTLCVIDTKPRFDFGKSEIALLEDLAKLASDQLELWRLNHRETKSLVRWKNIAESSSDTILCVNQHGIVTFANKAASRKFGLDGARFKNLHLSALTDKEGLAIFDTKRKETFNNLPKNGETFLITACTLYGYQFKAEVTTRIWKDESSFTAGLIIKDVVEEKKYLAKLSKLASTDFLTGLSTRISWNEQFVDALARGQKVVVLRLDISEFKQINDDLGHAVGDEILKTVGENLQKSCPRAIAIARWGGDEFAVLLPDMLPEAIADIATKLISVIARPHQIRNFKALCSVCIGIACSRVHGSSPEELANAAETALLRAKQNGSGSFEIYKQSYGDEANAKKLLNKALSQAVLNDEFEVFYQPQVDIKTGKLLGAEALLRWRHPDKGLLTPAHFISELNDSALAPEVGRKILNEACLQAKKWQRHIPDFTIGINLFDCQLRDDNLPHIVEEVLSKTGLPPQNLELEIVETTIIKNNDSTIALLKVFRNMGVRIAFDDYGTGFAALNLLKSYPITRLKIDKSFLHNVDSDKGNSALVKAIIYLGKSFGISVIAEGVEESSQLDFLTLYGCNEAQGYYFGKPMDSASFEVFLKGKLTKSKNK	PGPT0023624_2071	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	OTHER_COLONIZATION_RELATED_PROTEINS	COLONIZATION-HOST_INVASION_FACTORS	HOST_INVASION-GGDEF|EAL|PAC|PAS-DOMAIN-CONTAINING_PROTEIN,PGPT0023624-GGDEF|EAL|PAC|PAS_domain_containing_protein-NA	NA	NA
AK237_02109	1182		COG2081	putative protein	GTGATCCAAAAAGATGTCATTGTAATCGGCGCGGGTGCCGCGGGGTTATTCTGCGCGGCAGAAGCGGGAAAGCGCGGTCGCTCTGTTGAAGTGTTAGATCACGGTAAGAAGGTAGGCCGGAAAATTCTGATGTCGGGCGGCGGCCGGTGCAATTTTACGAATATGTACGCTGAACCGGGCAATTTTCTGTCTTCTAATCCACATTTCTGTAAATCAGCGTTAAGTCGCTACACGCAATGGGATTTTATTGGGCTGGTGAGTGAATATGGCATTCCCTACCATGAGAAAACGCTCGGCCAGCTTTTCTGCGATAACAGTGCTTCTGATATCGTTGATATGTTAGTGCGTGAGTGCGAGAAAGCCAGCGTAGCGATTACAACACGTTGCGAGATCCTGCATGTTGAACGCACAAGTCTTGGCTTTCAGCTCGCTACCTCGTTGGGTGATTACACCTGTGAATCGTTAGTGGTAGCCACCGGTGGGCTAAGTATGCCGAAAATTGGTGCGACACCATTTGGCTACAAAGTGGCTGAACAGTTTGGTTTGCAGGTATTGCCCACAAGAGCTGGCCTCGTGCCTTTTACTCTGCATGACGCCGATAAACACGCTCTGGAGTCGTTAAGCGGTATTGCCATTGATACCGTGGCTAGCTGCAACGACACTGCTTTTAAAGAAGCAATGTTATTTACCCATCGCGGTTTGAGCGGGCCCGCTATGTTGCAAATATCGTCGTATTGGCAGCCAGGAGAAGCATTGCATATCGATCTTCAGCCCTCGATGAATGCGGCTGAATATTTAACGTCGGCACAAAAAGAGACGCCCGATGCGCAACTCTCTACCGTACTTAGCCGTTACTACCCTAAGCGTCTGGCACAAGCCCTCATCGATACGCAAAAATGGCCAAATGAACCCGTTAAGCGGTTGACCCACGTTCAAATCACGCAAATTGATACCACGCTATCAGATTGGCAGGTTATCCCCAACGGCACCGAAGGTTACCGAACGGCCGAAGTTACCCTCGGGGGCGTAGATACCAACGAGCTTTCTTCAAAAACGATGATGAGTAAAAAAGTAGAAGGATTATTCTTTATTGGAGAAGTGGTAGACGTAACTGGCTGGCTAGGAGGATATAACTTCCAATGGGCATGGAGCAGCGCTTGGGCTGCCGGGCAGTATGTGTAG	MIQKDVIVIGAGAAGLFCAAEAGKRGRSVEVLDHGKKVGRKILMSGGGRCNFTNMYAEPGNFLSSNPHFCKSALSRYTQWDFIGLVSEYGIPYHEKTLGQLFCDNSASDIVDMLVRECEKASVAITTRCEILHVERTSLGFQLATSLGDYTCESLVVATGGLSMPKIGATPFGYKVAEQFGLQVLPTRAGLVPFTLHDADKHALESLSGIAIDTVASCNDTAFKEAMLFTHRGLSGPAMLQISSYWQPGEALHIDLQPSMNAAEYLTSAQKETPDAQLSTVLSRYYPKRLAQALIDTQKWPNEPVKRLTHVQITQIDTTLSDWQVIPNGTEGYRTAEVTLGGVDTNELSSKTMMSKKVEGLFFIGEVVDVTGWLGGYNFQWAWSSAWAAGQYV				NA	NA	NA	NA	NA
AK237_02110	2499			hypothetical protein	ATGAAAAAGAAACTTTCTGCATTAACGCTAGCAATGCTGCCTGCTCTGAGTATGGCCGCACCAATAGAAACGATAAGCTACGCGGACGACTCTATCATCGTTGTGTACAAGCCTTCTTCCACAATGGCCGAGCGCAACGCTGTTCATGCTCTGATTAACCCAGGCAAAGGTGATATCAACGCTGGTGGCAGTAAAAAGGTCAAAATGCTGATGAACGGTCGGGCTGCAAAGTTCGACATCGGCGCGATGGGCGTCAAAAAGGCTATCGCTACATTAAAAAATCACCCAGCCGTTTTAGTTGCTGAACCAAACTACCGCTGGAAAGCCGACTACGTACCTAACGATGAATACCTGTCTGAGTTATGGGCTATGCAAAATGACGGGCAATCTGGCGGCGTGGTAGACGCTGATATTGACGCCACAGAAGCCTGGGATATCACAACGGGTAGCGCTGATATTGTAATTGGTATTATCGATACAGGTGTGAACTATAATCATCCGGACCTGATGAATAACGCGTGGGTAAACCCGGGTGAAATCGCAGGGAATGGCGTCGATGACGACAATAATGGCTATATCGATGATATTTACGGCATCGATGTTGTTAACGTAGACACCGATCCTATGGACGATCACGGCCATGGTTCTCACGTTTCCGGTACCATTGGTGCAGAAGGTGACAACGGTGAGGGTGTCGTTGGCGTAAACCACGATGTGACAATTGCAGGCTGTAAATTCCTTGATGCGGAGGGTTATGGTTCTACTGAAGGTGCCATTGAGTGTATCGAGTATTTCGTTTCGTTAAAAAATGCCGGTGTAAACGTCAGAGCCTTAAACAACAGCTGGGGTGGTGGTGCCTACAGTGAAGCATTAGAAATGGCCATTGCAGATGCTGGCGCGGCGGATATTTTATTCGTCGCTGCGGCGGGTAACTCGGGCGTAAATAACGATACCAGCCCACATTATCCGTCAAGCTACGAATTAGATTCTGTATTTGCGGTAGCAAGTACAACACGTACAGATGGTGATTCTGGCTACTCATATGGCCCAACAAGTGTAGATATTGCTGCGCCGGGCAGTGCAATTTTATCTACGGTAACCGGCACAGGTTATGATGTGTATTCAGGCACATCAATGGCTACGCCTCACGTAGCCGGAGCGGCGGCATTGGTCTGGTCGATTAACCCGGCATTGACCGCTGTTGAAATGAAAGACCTGTTAATGGCTACGGGTGATGACAATGCAGCTATGGCAGCGAAAACACTCAGCGGGAAGCGCCTGAATGTGCATGAAGCGCTTATCGAAGCCGATCCAACACCTGGCTTTAACTTCAACATCACGCCATCATCACAAGAAATTATCGCTGGCGAGACGGCGACGTATACCTTTGAAGTATCATCGATTTCAGAATGGACTGGCACCGTCGATTTATCGGTCACCGATCCATTAGGCACCGCATACTTATCTCAAACTACCGCCGAACCAGGTGATATGGTGACACTCTTCGTGCCCACCACCGAGGATACCATGTGGGGAGAATACGTATTTGAAGTTACTGGTACATCGGGCGAGTTAGAAAAATCACGTTCTGCTGGTTTGAGCGTATTGCCAACAGGTTTGTATGATGAAACCTACACAAATACGACACCTGTTGATATTCCTGATAATGATGATGCAGGTATTACCTCCACGATTACTGTAACTGAAGATGCGGTTGTATTTGGTTCCAGCACCAGTGTGGATATCACCCACACATGGATTGGCGACTTAATCGTATCGTTGACGTCACCGGAAGGTACCACTGTAGTACTACACAACCGCGACGGTGGTAGTGAAGATGATCTGGTGCAAACCTTTGAAAGTGATGACTTCAACGGTGAGTTAGCCACGGGTGACTGGATCTTAAGTGTGAGCGATAACGCAGGTATCGACACCGGTACGTTAAATAGCTGGTCTGTGACCCTGTCACTGCTCGGCGGAGACGATGTGTCCGTACCACCTGAAGCAAGTTTCTCCTATTCAACAACTATGCTTACTGCAAGCTTTACGGATACCAGTACCGATGCAGATGATGACATCGTGAGTTGGTCATGGAGTTTCGGCGACGGCGGCATGTCAGAAGAACAAAGCCCGGTTTATACCTTTACCGAAGCAGGTACATACGAAGTCGTGTTAACCGTAACCGATGCTGAGGGCTACTCTGATACCGCTACCGAAATGGTGACTGTAGCGGAGCCAGAAGGTGACTTAACCGCTGAACTGCGTCGTGCTACGACAATCCGTGATGTACGTTATGTTGCCGTGCTGGCCTTCTCTGGTACAGAAGACAGCACAGTAGATGTGTACAAAAATGGTGAAATGGTGGGTACCGCTAACGTACGTCGTGGTGGACGAGGTGTCTATCGTGATGCCGGCCGTCTCAATGGCGCTACTGGTGCAACCTATCAGTTCTGTGACTCGGTATCCTGTTCTGAAGCAATCAACGTGTCATTTGAATAA	MKKKLSALTLAMLPALSMAAPIETISYADDSIIVVYKPSSTMAERNAVHALINPGKGDINAGGSKKVKMLMNGRAAKFDIGAMGVKKAIATLKNHPAVLVAEPNYRWKADYVPNDEYLSELWAMQNDGQSGGVVDADIDATEAWDITTGSADIVIGIIDTGVNYNHPDLMNNAWVNPGEIAGNGVDDDNNGYIDDIYGIDVVNVDTDPMDDHGHGSHVSGTIGAEGDNGEGVVGVNHDVTIAGCKFLDAEGYGSTEGAIECIEYFVSLKNAGVNVRALNNSWGGGAYSEALEMAIADAGAADILFVAAAGNSGVNNDTSPHYPSSYELDSVFAVASTTRTDGDSGYSYGPTSVDIAAPGSAILSTVTGTGYDVYSGTSMATPHVAGAAALVWSINPALTAVEMKDLLMATGDDNAAMAAKTLSGKRLNVHEALIEADPTPGFNFNITPSSQEIIAGETATYTFEVSSISEWTGTVDLSVTDPLGTAYLSQTTAEPGDMVTLFVPTTEDTMWGEYVFEVTGTSGELEKSRSAGLSVLPTGLYDETYTNTTPVDIPDNDDAGITSTITVTEDAVVFGSSTSVDITHTWIGDLIVSLTSPEGTTVVLHNRDGGSEDDLVQTFESDDFNGELATGDWILSVSDNAGIDTGTLNSWSVTLSLLGGDDVSVPPEASFSYSTTMLTASFTDTSTDADDDIVSWSWSFGDGGMSEEQSPVYTFTEAGTYEVVLTVTDAEGYSDTATEMVTVAEPEGDLTAELRRATTIRDVRYVAVLAFSGTEDSTVDVYKNGEMVGTANVRRGGRGVYRDAGRLNGATGATYQFCDSVSCSEAINVSFE				NA	NA	NA	NA	NA
AK237_02111	690	csgD	COG2771	CsgBAC operon transcriptional regulatory protein	ATGTTAAATAAGAACCATAAATTTAGTGTCTACTTGATATCTAAATCACTGTCTTCAGATGAAGCAAGTGATGAACAAGTAGTGCTATTCAAACATCTGTTGCAGACATGCGGATATGAAGTCACCGAACTCACTGCTATCGAGCAACTGGAACAAACATCAAATCAAGATCTTATCTTCTATGATGCACGACTCGCCGAAGAAAAATTAGGCGCGTTTTATCGCTATCAGGGTTATGCTCGCTGGATTTTATTTAATCTCGAGCATGGTGATATCGACGAATGCGAGGCGATTATTGCCGGTGTTGAAGGTACCTTTTATACAACCGACTGTCCGGAATTACTACTTAAAGGCGTGCGCCGGCTCGCGAAAATGGATGTCTGGTTTAAGCGCAATTCTATTAATGAGGCGCTTCGTCGTTTACGTCAGCAAACGCGTAAAGCTACGTCGGCCATTACGCGACCTAAAGACATATCAAAAGCGGCACTGCACCCCAAGCTTACCAAACGTGAAGTTACCATTATTGAGCTTGTGGCTCAGGGTTCTCAAAATCAGGAAATCGCTGATCAGTTGCACATTAGCGTTAACACGGTGAAAACGCATATTTATAGTATTTTCAGAAAAACGCATTCGAGGAATCGTATCGAATTGCTATCGTGGTCGCAGCAATTCGTGAGTGAGTATTCCTGA	MLNKNHKFSVYLISKSLSSDEASDEQVVLFKHLLQTCGYEVTELTAIEQLEQTSNQDLIFYDARLAEEKLGAFYRYQGYARWILFNLEHGDIDECEAIIAGVEGTFYTTDCPELLLKGVRRLAKMDVWFKRNSINEALRRLRQQTRKATSAITRPKDISKAALHPKLTKREVTIIELVAQGSQNQEIADQLHISVNTVKTHIYSIFRKTHSRNRIELLSWSQQFVSEYS	PGPT0026315_33	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RUGOSE_PHENOTYPE	CE-BACTERIAL_FITNESS-RUGOSE-EXOPOLYSACCHARIDES,PGPT0026315-vpsT-K20918	NA	NA
AK237_02112	474	PGdx	COG0678	Hybrid peroxiredoxin hyPrx5	ATGATTAACGTTGGCAGTACATTGCCTGAAGTGACCTTTGGCCTGCTAAAGGATGGCAAGACAACCAACCCTCGCACCAATGACATATTTGGTGATAAAAAAGTAGTGGTATTTGCCGTGCCCGGCGCTTTCACGCCAACATGTTCTGCAGCACATTTGCCAGGATATGTTGCGTTAGCAGATAAAATTAAAGCAAAGGGCGTTGACGACATTGTTTGTATATCAGTAAACGATGCATTTGTAATGGACGCCTGGAAACAGTCGGCTAACGCTGATGAAATTACTATGCTAGCCGATGGGAACGGATACTTTACCCGGACTATTGGCCTTGACATGAACACCAGTGATTTCGGTGGGATCCGCAGTATGCGTTATTCCATGTTGGTAGAAGATGGCGTAGTGACTAAGTTAAACATCGAAGATCCCGGTCGGTTTGAGGTCTCTGATGCCGAATCGATGCTTAAAAGCCTGTAA	MINVGSTLPEVTFGLLKDGKTTNPRTNDIFGDKKVVVFAVPGAFTPTCSAAHLPGYVALADKIKAKGVDDIVCISVNDAFVMDAWKQSANADEITMLADGNGYFTRTIGLDMNTSDFGGIRSMRYSMLVEDGVVTKLNIEDPGRFEVSDAESMLKSL	PGPT0013100_944	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	DETOXIFICATION_OF_PEROXIDIZED_COMPOUNDS,PGPT0013100-prx3-K24138	NA	NA
AK237_02113	759	rsmJ		Ribosomal RNA small subunit methyltransferase J	ATGCATAAGATTCCGGTTTATATTGACGACATGCAAAGCCAGCACATGCAAGAAACCCTTAATCTGGTGGCATCCAGGTGGCAATTTGCGGTGCAGCACGATGCACCAAACGGGCTGGCCATTACCATTGAAGATAACAAATTGGCCGTAAAAGATTTTGCAGAGGCAAAACAGGCGGGTGTATTTGTCGATTTTCTGTCGGGCAGTAGCCTTTATCGACAACAACACGGCGGTGGCAAAAAAGAGCCCATTGCGAAGGCGATTGGCGTGAAAGGACAGGATACACCGGTGGTGCTTGATGCAACGCCAGGTTTGGGCCGTGACGCATTCGTACTCGCTTCGCTTGGCTGTAAGGTGGTGATGATGGAACGATCGCCTGTTGTTGCTGCACTTTTAGAGGATGGCCTGCGACGATTAGCAGAGGAAGCCCCTGACTTTGCGGGACAATTTCGGCTTATCCACGGCAATAGCATAAGCGAGATGGGCACGATTGATGAGTCCATTGATGCAGTTTATCTCGATCCAATGTTTCCACATCGGAAAAAATCTGCTTTAGTAAAGAAAGAGATGCGGGTGTTTCAACAACTTTTAGGTAGTGATGATGATGCTGATGGATTGCTGGCTCCAGCAAGAGCACTAGCAACTAAACGTGTTGTGGTGAAACGTCCCGCATATGCAGAGCCGCTAGCTAATGAGCCGCCAACAATGGCCATTACTAGTAAAAAACACCGTTTTGACGTGTACATTTCCACTCATTAG	MHKIPVYIDDMQSQHMQETLNLVASRWQFAVQHDAPNGLAITIEDNKLAVKDFAEAKQAGVFVDFLSGSSLYRQQHGGGKKEPIAKAIGVKGQDTPVVLDATPGLGRDAFVLASLGCKVVMMERSPVVAALLEDGLRRLAEEAPDFAGQFRLIHGNSISEMGTIDESIDAVYLDPMFPHRKKSALVKKEMRVFQQLLGSDDDADGLLAPARALATKRVVVKRPAYAEPLANEPPTMAITSKKHRFDVYISTH				NA	NA	NA	NA	NA
AK237_02114	2073	recG	COG1200	ATP-dependent DNA helicase RecG	ATGCAGTCACTCGCTCAAACACCTATCACCACGCTAAAGGGCGTTGGTGCTAAAGTGGCTGAGAAGTTAACTAAAATTGGCCTGCACACCGTACAGGATGTACTTTTTCATCTTCCGCTACGCTATGAAGACCGTACGCAAGTTTACGAAATTGAAGATTGTAAGCCGTTTACCCATGTCAGTATTCAGGGTGAAGTGAAGTCCGCCGACATCCAGTATGGTAAAAAACGTATGTTCGTCGTAAGAGTCTCTGATGGAACAGGCACCATCACGTTGCGCTTTTTTCATTTTGGCGCGGTACAGCGCACTATGTTAACGCCAGGAAACGAAGTACGCTGTTTTGGCGAAATTCGCACGGGTAAGTGGGGGCTGGAAATGATGCACCCTGAATTTACGCTATTGGGCGAAGACGATGCCGAAACCGAAGAGACTTTAACGCCAGTTTATCCCACCACCGAAGGCGTGAAGCAGCTGACATTACGAAGTCTCACAGAGCAATCTTTAACGCTACTGAATAAAGGCGCGTTAAGTGATTTGTTGCCTGAAGGTATGTATGAAGGACAAGTTTCGCTGGCCGAGGCCCTGCGGTTGGTGCATCGTCCGCCACCCGATGTATCACTGGAAATGATGGAAGAGGGATTACATCCTGCACAGAAACGTCTTATTTTAGAAGAACTGCTTGCCCATCATTTAAGCGTGTTGAAAGTAAGGCAACAAGCACAGGCGCAGCCTGGTATTGCTATTCAGATTGATCATTCTCTTATTGATAAATTATTGCGTCGCTTGCCATTTTCTCCAACCCGTGCGCAGCAGCGGGTGGTAAGTGATATTCAAAAAGACATGGCCTTGGGCCGACCCATGATGCGCTTGGTGCAAGGCGACGTTGGTTCCGGTAAAACCCTGGTAGCAGCGCTGGCCGCATTATCAGCAATTGGTGCTGGCTATCAGGTTGCACTGATGGCGCCTACAGAATTGCTCGCTGAGCAGCACGCTAATAATTTTCGGGACTGGCTTGCGCCACTGGGCATCGAAGTGGGTTGGCTGGCAGGGAAGCTTAAAGGAAAAGCCAGGCAAGAAGTGTTATCCCGCCTTGAGTCCGGCGATATACAGATGCTGGTAGGCACGCATGCTATTTTTCAGGAGCAGGTTGAATACCAGCAACTTGCCCTCGTCATTGTCGATGAGCAACACCGTTTTGGTGTTCATCAACGTTTAGCGCTGCGAGAAAAAGGTGAAAAACAAGGGCGGTTTCCTCACCAGTTAATCATGACTGCCACGCCTATTCCCAGAACCCTGGCGATGACTGCATATGCAGACTTAGACACTTCCATTATTGATGAGCTACCGCCAGGCCGCTCACCCGTGACGACAGTGGTTTTGCCCGATTCCCGTCGTGGTGATGTTATCGCTAGGGTGTACGAAGCGTGTCATAACCAGGGCAGACAAGCGTATTGGGTTTGCACGTTAATTGATGAGTCAGAAGTGTTGCAATGTCAGGCCGCCGAGGATGCCGCCGTGACCTTAAAAACAGCTTTGCCAGACTTGCGGGTGGGCCTTGTGCATGGTCGCCTGAAGCCTGCAGAAAAGCAGGCTGTCATGGATGAGTTCAAACGTGGTGATTTGGATTTATTGGTGGCAACAACGGTTATTGAAGTAGGCGTGGATGTACCTAACGCAAGTATTATGATCATTGAAAACCCGGAACGACTGGGGCTAGCGCAACTTCATCAGCTTCGCGGCCGGGTAGGGCGCGGTGCTGTAGAAAGTCAGTGTGTACTTATGTACTCCGGACCTCTTTCCAAAACCGCAACGCAGCGCTTAGGAGTATTGCGGGAATCGAATGATGGTTTTTACATTGCACAAAAAGATTTGGAGATCCGCGGGCCAGGCGAATTGATGGGAACAAAGCAAACAGGTATCGCCGAAATGCGTATTGCTGATCTTGTGCGTGATGCGCAACTAGTGCCTCAGGTACAGACCATTGCCGAACGGCTCTGGCATGATTATCCCAGTCACGCCCAGGCAATTATTAATCGCTGGATTGGCTTTAAGGAGCAGTACGGAAATGCATAA	MQSLAQTPITTLKGVGAKVAEKLTKIGLHTVQDVLFHLPLRYEDRTQVYEIEDCKPFTHVSIQGEVKSADIQYGKKRMFVVRVSDGTGTITLRFFHFGAVQRTMLTPGNEVRCFGEIRTGKWGLEMMHPEFTLLGEDDAETEETLTPVYPTTEGVKQLTLRSLTEQSLTLLNKGALSDLLPEGMYEGQVSLAEALRLVHRPPPDVSLEMMEEGLHPAQKRLILEELLAHHLSVLKVRQQAQAQPGIAIQIDHSLIDKLLRRLPFSPTRAQQRVVSDIQKDMALGRPMMRLVQGDVGSGKTLVAALAALSAIGAGYQVALMAPTELLAEQHANNFRDWLAPLGIEVGWLAGKLKGKARQEVLSRLESGDIQMLVGTHAIFQEQVEYQQLALVIVDEQHRFGVHQRLALREKGEKQGRFPHQLIMTATPIPRTLAMTAYADLDTSIIDELPPGRSPVTTVVLPDSRRGDVIARVYEACHNQGRQAYWVCTLIDESEVLQCQAAEDAAVTLKTALPDLRVGLVHGRLKPAEKQAVMDEFKRGDLDLLVATTVIEVGVDVPNASIMIIENPERLGLAQLHQLRGRVGRGAVESQCVLMYSGPLSKTATQRLGVLRESNDGFYIAQKDLEIRGPGELMGTKQTGIAEMRIADLVRDAQLVPQVQTIAERLWHDYPSHAQAIINRWIGFKEQYGNA				NA	NA	NA	NA	NA
AK237_02115	615			hypothetical protein	ATGCGCTATGCATTTATGTTTTTACTTATGTTCACGGGTGGACATGTTTTCGCTGCCGGTACGCCTGCTCAAAGCGCTGAAGAAGTGCGTCCACTATTAGAGGGAATGACGGTACCCGATGTGGTGGTATCGGACACCGACGGGGCACCTTTTAGTTTGAAAGCGTTGCTTATGCAGAAACCGTCAGTGGTGTTATTTTATCGGGGCGGATGGTGTCCTTATTGCAATCGCCAGTTAGCCGGTTTAAAAGACATCGAAAAGTCGCTGTCGACATTGGGGTATCAGATATTGGCAATCTCCCCTCAATCACTTGATCAACTGGCATCGCAAAAGCTTGAAAGCGAGTTTGCTGCGCGGTTGTTATCTGATGCCAGATTAAATGCACTAAATGCCTTCGGTATCAGCTATTACGTGGATGACGCGACAGCGAAGCGTTACAAAGGCCACAACATCACCTTAACTACGGACGCTAGTGGCAAACCTGTGCTACCTGCACCTGCGGTATTTATCGTCGATACAGAAGGGAAGATTCAATTTAGCTACGTAAACCCTGATTACACAGTGCGTCCGTCTCCGGCACTTATTCTTGCAGCTGCAGAAGCAATCAGAAAATAA	MRYAFMFLLMFTGGHVFAAGTPAQSAEEVRPLLEGMTVPDVVVSDTDGAPFSLKALLMQKPSVVLFYRGGWCPYCNRQLAGLKDIEKSLSTLGYQILAISPQSLDQLASQKLESEFAARLLSDARLNALNAFGISYYVDDATAKRYKGHNITLTTDASGKPVLPAPAVFIVDTEGKIQFSYVNPDYTVRPSPALILAAAEAIRK				NA	NA	NA	NA	NA
AK237_02116	123			hypothetical protein	ATGAGCAAACTGAAAGGTAAAGTGGCACTGGTAACCGCCAGCGGTGTGCTTTTCCTCGCAAGTGAAGACTCACGTTTTATGACAGGCTCTGAACTCGTTATCGATGGCGGATTCTGTTTATAG	MSKLKGKVALVTASGVLFLASEDSRFMTGSELVIDGGFCL				NA	NA	NA	NA	NA
AK237_02117	387	tdcF	COG0251	Putative reactive intermediate deaminase TdcF	ATGGCTAAAGCAATTATTCAGACCGATAAAGCGCCACAAGCTATCGGTACTTACAGTCAGGCAGTTAAAGCAGGCACTACGGTTTATTTGTCTGGTCAAATTCCACTTAACCCGGAAACCATGGAAATTGTGTCTGACGATTTCGCCGAACAGGCCAAACAAGTTTTCGAAAACGTAAAAGCTGTGTGTGAAGCGGCGGGTGGCACAATTAATGATTTGGTGAAGGTAAATATTTTCCTGCCGGATCTGTCTCATTTCGCAACGGTAAACGAAATCATGGCGCAGTATTTCACTAAACCTTATCCGGCACGTGCCGCGATAGGCGTGAAAGAGCTGCCGAAAGCGTCGCAAATCGAAATCGACGGTATCATGGAATTACCTGAGTGA	MAKAIIQTDKAPQAIGTYSQAVKAGTTVYLSGQIPLNPETMEIVSDDFAEQAKQVFENVKAVCEAAGGTINDLVKVNIFLPDLSHFATVNEIMAQYFTKPYPARAAIGVKELPKASQIEIDGIMELPE	PGPT0020030_3176	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_UTILIZATION	PLANT_DERIVED_METHIONINE_DEGRADATION,PGPT0020030-ridA|tdcF-K09022	NA	NA
AK237_02118	2109	spoT	COG0317	Bifunctional (p)ppGpp synthase/hydrolase SpoT	GTGTATTTATTCGAGGGTTTAAAACAAAAAATCTCTGAGTATCTGTCAGCAGAACGGGTTCAGCTGGTACAGGATAGCTTTGTTTTAGCTCATGAAGCCCACGATGGGCAGATGCGTTCCAGTGGCGATCCTTACATTACTCATCCCGTGGCAGTTGCCGGTATTCTCGCAGACATGCATCTCGACCATGAAACGCTTATGGCCGCGCTGCTGCATGATGTGATTGAAGACACCCATTATGATCAGGAAGATTTAGCCGAGGCTTTCGGCGATACAGTTGCTGAGCTGGTGGAAGGGGTAAGTAAGCTTGATAAAATCGCTTTCAGCAGCAAGCAGGAAGCGCAGGCTGAAAACTTCCGCAAGATGATGATGGCGATGGTGCAGGACATCCGCGTTATTCTTATCAAACTGGCTGACCGCACGCATAATATGCGCACATTGGGCGCACTTCGCCCCGATAAACGCCGACGTATCGCCCGCGAAACCCTGGAAATTTATGCGCCAATTGCACATCGCCTGGGTATCCACGACATCAAGAATGAGCTGGAAGATCTTGGTTTTCAGGCCATGTATCCCATGCGCCACCGCGCATTGAAGTCTGCCGTGAAACAGGCACGTGGTAACCGCAAAGAGATTATCGACAACATCCGTCAGGAACTGGCTACCCGTTTAGGTGAGCACAAAATTGAAGGCGATGTTATCGGCCGCGAAAAGCATCTGTATTCCATCTATCGCAAAATGAAAAACAAGGAACTGATGTTCAATGAAGTCATGGACATCTATGCATTCCGTATTGTGGTTGAGAGTGTGGATAACTGTTACCGCTCGTTAGGTGCCATGCACAGCTTGTATAAACCTATTGAAACCCGTTTCAAAGATTACATCGCCATTCCCCGCACCAACGGGTATCAGTCGTTGCACACATCGTTAATTGGCCCCCACGGTATTCCGGTGGAAGTACAGATACGTACACTGGCGATGGATCAAATGGCAGACAAAGGGGTCGCAGCGCATTGGTTGTACAAAGAGCCCGGCGACAGTGACACCACTGCCCAGCTTCGCGCCCGTAAGTGGATGCAGTCATTGCTCGAGTTACAACAAAGCGCCAGTTCAAGTTTTGAATTTATCGAATCGGTAAAAACAGACCTGTTTCCGGAAGAGATTTACGTGTTCACGCCAGACGGACGCATTATCGAACTGCCGATGGGCGCGACAGCCGTAGACTTCGCTTATGCGGTGCATTCTGATATTGGTAATACCTGTGTGGGTGTGCGCGTAGAGCGCCGTAACTATAGCCTGAGTAAACCGCTGGAGAACGGCCAGACGGTAGAAATTATTACCTCACCAAAGGCAAAGCCCAACGCCAACTGGCTCAACTTTGTAGTAAGTGCTCGCGCACGTACTCGTATACGTCAGTATCTTCGTAAGCAGCATTCGCAGGAAGCGGTGAACATGGGGAACCGCCTGCTTCGTCATGCATTAGGTACGGTAAAACTGGATGATATCAGTCAGGAAGATATCGACCGTGTGGTGGCTGAGACCAAGCACCAGACCTTTGATGATTTATTAACGGATATTGGCCTGGGTAACGAACTGAGCGCTATTGTGGCTCGCCGTCTATTAGGTGAGTCGGCAGAGCTTCCTGAGAAGAAAGGTAATGTTGCGATTCGGGGAACTGAGGGACTGCTGGTACATTACGCACGTTGTTGTCATCCCATTCCGGATGATGAAATCGTAGCGGTACTTAGCCCGGGTAGGGGGATGACCATTCACCAGACTGGCTGTAAAAATATCCGTAAACTGGCGAAAGAAGAGCCACAGCGTGTACTGCCGATGCAGTGGGATGATACGCCGCAGGGCGAATTTAAAGCATCACTGCGTATTGAACTGTATAATCATCAGGGTACACTGGCGAATCTGACCAACATGATTTCAAGTTGTGACTCCAATATTATTGGGCTCCAGACAGAAGAAAAAGAAAGTAATATATACTTCATAGATATTGAATTGACGACGCATAATCGTGTGCATCTGGCCCGTATTATGAAAAAGATCCGAACCATGTCTGAAGTACAGAAGGTCTCGCGTCACAGTCAATCCCGACACTAA	MYLFEGLKQKISEYLSAERVQLVQDSFVLAHEAHDGQMRSSGDPYITHPVAVAGILADMHLDHETLMAALLHDVIEDTHYDQEDLAEAFGDTVAELVEGVSKLDKIAFSSKQEAQAENFRKMMMAMVQDIRVILIKLADRTHNMRTLGALRPDKRRRIARETLEIYAPIAHRLGIHDIKNELEDLGFQAMYPMRHRALKSAVKQARGNRKEIIDNIRQELATRLGEHKIEGDVIGREKHLYSIYRKMKNKELMFNEVMDIYAFRIVVESVDNCYRSLGAMHSLYKPIETRFKDYIAIPRTNGYQSLHTSLIGPHGIPVEVQIRTLAMDQMADKGVAAHWLYKEPGDSDTTAQLRARKWMQSLLELQQSASSSFEFIESVKTDLFPEEIYVFTPDGRIIELPMGATAVDFAYAVHSDIGNTCVGVRVERRNYSLSKPLENGQTVEIITSPKAKPNANWLNFVVSARARTRIRQYLRKQHSQEAVNMGNRLLRHALGTVKLDDISQEDIDRVVAETKHQTFDDLLTDIGLGNELSAIVARRLLGESAELPEKKGNVAIRGTEGLLVHYARCCHPIPDDEIVAVLSPGRGMTIHQTGCKNIRKLAKEEPQRVLPMQWDDTPQGEFKASLRIELYNHQGTLANLTNMISSCDSNIIGLQTEEKESNIYFIDIELTTHNRVHLARIMKKIRTMSEVQKVSRHSQSRH	PGPT0014310_4229	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-BIOFILM_REGULATORS	CE-OTHER_BIOFILM_REGULATORS,PGPT0014310-spoT-K01139	NA	NA
AK237_02119	273	rpoZ		DNA-directed RNA polymerase subunit omega	ATGGCACGCGTAACCGTAGAAGACGCCGTTGATAAAGTTGGTAATCGCTTTGACCTCGTACTGGTTGCAGCACGACGTGCTCGCCAACTGGCAACCGAAGGTAAAGAAGCACAGGTTGATGTGCAAAACGACAAACCAACTGTAACCGCTTTACGCGAGATCGAAGAAGGTTTGGTGAATGTTGACACGTTAGATCAAGACGATCTGCGTGATCAGGAAAGACAAGAAAGCGCGGATTTCGCTTCTGTAGCGAACATCCTGTCTGAGCAATAG	MARVTVEDAVDKVGNRFDLVLVAARRARQLATEGKEAQVDVQNDKPTVTALREIEEGLVNVDTLDQDDLRDQERQESADFASVANILSEQ				NA	NA	NA	NA	NA
AK237_02120	639	gmk	COG0194	Guanylate kinase	ATGGCTTCTTTACTTGGTAATTTATTCATACTCGCTGCGCCTTCAGGTGCAGGAAAGTCCAGTTTAATAAAAGCACTGCTGGAAAAGCATGATGGAAATCAACAATATCCCATGCAAGTTTCAGTTTCTCACACTACGCGTAAGCCTAGGCCGGGTGAAGTGGACGGTGTGCATTACCATTTTGTTAGTCATGCGCAATTCGAAACCCTTATCGAGCAAGGCGTGTTCTTTGAATATGCAGAAGTGTTCGGGAATTATTACGGCACCTCCCGGGTGACCATCGAGCAAACTTTGCATCGAGGGATCGATGTGTTTTTAGATATCGACTGGCAGGGTGCCCGCCAGGTAAAAAACATCATGCCGGACACGTGTGGAATTTTTATTTTACCGCCATCTACAGAAGTATTGCGTCAGCGCCTGACTCACCGCGGGCAGGATTCAGACAGCGTGATTGAAGGACGCATGCAGGAAGCCGTGTCTGAGATGTCGCATTACGCAGAATTTGATTATGTGCTGGTGAACGATGATTTCTCTACCGCACTGTCTGAATTGGAAGCCATTGTCTGCGCCCAACGTCAACGTACAGTGAAGCAACAGCTTCGTCATAAAGCATTGATCGCCGATCTGGTGGGATCATAA	MASLLGNLFILAAPSGAGKSSLIKALLEKHDGNQQYPMQVSVSHTTRKPRPGEVDGVHYHFVSHAQFETLIEQGVFFEYAEVFGNYYGTSRVTIEQTLHRGIDVFLDIDWQGARQVKNIMPDTCGIFILPPSTEVLRQRLTHRGQDSDSVIEGRMQEAVSEMSHYAEFDYVLVNDDFSTALSELEAIVCAQRQRTVKQQLRHKALIADLVGS	PGPT0021475_1605	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PURINE_METABOLISM,PGPT0021475-gmk-K00942	NA	NA
AK237_02121	672	estB	COG0400	Carboxylesterase 2	ATGAAAGCAGACCTCTTACCCTACGTAGAAGCCAATACAGGAGAAAACCCGAAAGCATGTGTGATCTGGATGCACGGACTAGGCGACTCAGGACACGGTTTTGCGCCTATCGTTCCTGAACTACACATACCGGCGTCGTTTCCTGTGCGCTTTCTTTTCCCCCACGCCCCTGAACGTGCCGTGACGATAAACAACGGTATGCGTATGCGTGCATGGTACGACATAAAAACCATGGACCTGGACAACCGCGCAGATCTCGAAGGCGTCATCGAGTCTACGGCATTGGTAAATGCATTGGTTGAAGCACAACATGCCGAGGGTATTCCCTACGAGAAAATTGTATTGGCAGGCTTCTCACAAGGTGGTGTTATTGCGTTGCATCTGGGCGCGCGTATTAAACATAAAATTGCCGGCGTGTTGGCACTCTCAACCTATATTTGCAAACCAGAACTGCTGGGCTCAGAAGCAAGCGACGTAAATAAAGACACACCGATTATGATGGCCCATGGCACTCAGGATGGCGTAGTGCCGGTTGGCTTGGGTAAAATGGCGTACAATGCCCTGCAAGAAAATGGCTTCACTGCCACGTGGCAAACCTATCCCATGCAGCACAATGTTTGCGTAGAAGAAATTCAGGATATCAGCCGCTGGCTGCAAACTGTGCTTGCTTAG	MKADLLPYVEANTGENPKACVIWMHGLGDSGHGFAPIVPELHIPASFPVRFLFPHAPERAVTINNGMRMRAWYDIKTMDLDNRADLEGVIESTALVNALVEAQHAEGIPYEKIVLAGFSQGGVIALHLGARIKHKIAGVLALSTYICKPELLGSEASDVNKDTPIMMAHGTQDGVVPVGLGKMAYNALQENGFTATWQTYPMQHNVCVEEIQDISRWLQTVLA	PGPT0028515_1504	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
AK237_02122	942	hemC	COG0181	Porphobilinogen deaminase	ATGAGTCAACAACCTACGTCCCGCACCACTATTCGCATTGCAACACGCAAAAGTGCGCTGGCTTTGTGGCAAGCAGATTATGTCAAAGAACAGTTATTAATGGCCCATCCGCATTTGCATGTGGAACTGGTTCCCATGAGTACCCAAGGCGATAAAATTCTTGATACGCCGCTGGCTAAAATTGGCGGCAAAGGCCTGTTTATTAAAGAACTGGAAGTGGCCATGCTGGAAGGCCGTGCCGATATTGCGGTACACAGTATGAAAGACGTACCGGTGGAATTTCCTGAAGGTTTCGGATTGCATGCAATTTGCCCGAGGGAAAACCCGTTTGATGCCTTTGTGTCTAACAGCGCCAAGACGGTAGACGACTTGCCTCTCGGTGCGGTTGTCGGCACGTCTAGTTTGCGACGTCAGTGTCAGCTGCGCAAATACAGACCAGACATTCAAATTAAAGACTTACGGGGTAACGTCAACACCCGTTTGGCCAAGCTTGATAACGGTGAATACGATGCCATTATTCTCGCAGCCGCAGGCCTGATTCGCCTGGGCATGCAAGATCGTATTAATCATGAGTTGTCGCCCGAATTGTCTTTACCCGCTGTGGGACAAGGCGCGGTAGGCATAGAATGTCGAAACGACGATATTGAATTAATTGCTCTGTTGGGCGCGTTAAATCATGTCGATACAGCAGATCGCGTATACGCAGAACGCGCCATGAACACACGTCTCGAAGGAGGTTGTCAGGTACCCATTGGCAGCTTTGCGACGTTGGCTGACGACACCATTACCCTTACAGGCATGGTGGGCAGCGTAGATGGTGCAACCCTGCTTTACGCCTCTGCAACGGGACATCGCCAGCGGGCACAGGAATTAGGCGTGGAAGTCGCCGAATCACTTCTGTCTCAGGGTGCAGGCGAGATATTAAGTGCCCTGCACGACTAA	MSQQPTSRTTIRIATRKSALALWQADYVKEQLLMAHPHLHVELVPMSTQGDKILDTPLAKIGGKGLFIKELEVAMLEGRADIAVHSMKDVPVEFPEGFGLHAICPRENPFDAFVSNSAKTVDDLPLGAVVGTSSLRRQCQLRKYRPDIQIKDLRGNVNTRLAKLDNGEYDAIILAAAGLIRLGMQDRINHELSPELSLPAVGQGAVGIECRNDDIELIALLGALNHVDTADRVYAERAMNTRLEGGCQVPIGSFATLADDTITLTGMVGSVDGATLLYASATGHRQRAQELGVEVAESLLSQGAGEILSALHD	PGPT0003660_2591	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_VITAMIN_PRODUCTION	PLANT_VITAMIN_RELATED_HEME_METABOLISM	PLANT_VITAMIN-HEME|SIRO-BIOSYNTHESIS,PGPT0003660-hemC-K01749	NA	NA
AK237_02123	711	hemD	COG1587	Uroporphyrinogen-III synthase	ATGATCCTCATTACCCGCCCTGAGCAAAAACTAACGAAAAGCGTCGACGCTTTTCGCCGGGCGGGTATTACATGCTGTGGTGTTGCCCCGCTTACAATAGCCCCCTGTGATAACGAACTAAACCGCTTAGCACACTATCTCACTGCCCATCATCCAGATATTATTATTGTCACCAGTGCCTTTGCCGCCCATTTGTTAGCCCCTTTGCCGCTGGCGACGGTTTCATCTTGTTGGTTCGCTGTGGGAAACGCTACGGCAGATGCGCTGAAAGATCAGGGTGTTGAAGCGACGGTTCCGGTTCAGCAAAATTCAGAAGGTTTATTGGCATTATCACAACTCAATAGTGCAAATCGCCAGCAAATCGTTATTATTAAAGGGCAAGGTGGTCGAACCACTTTGCGGGACACGCTCTTATTACAGCAAAACCACGTAGAAGAATTTGCGGTTTATCAGCGCGTGATACTGGCATCGCCCGTTCAAACAGATAATTGGCAGTGGCACCAGATAACAGGCATAGTGGCAACCAGCAGCGAAATGGCAGAGCAGCTGTTTCGCAATTATGATACGAACATGCTCATCAACCTGCGCTGGCTAACCGTCAGTGACAGGATTGCAGAAAAAATTCGCGCCTCAGGTGCAACGCAGGTTGCCGTTTGCAGTGACGCCAGTGACAACACGCTTTGTGCGTGGATAAAGGAAAATTGGGAGTAA	MILITRPEQKLTKSVDAFRRAGITCCGVAPLTIAPCDNELNRLAHYLTAHHPDIIIVTSAFAAHLLAPLPLATVSSCWFAVGNATADALKDQGVEATVPVQQNSEGLLALSQLNSANRQQIVIIKGQGGRTTLRDTLLLQQNHVEEFAVYQRVILASPVQTDNWQWHQITGIVATSSEMAEQLFRNYDTNMLINLRWLTVSDRIAEKIRASGATQVAVCSDASDNTLCAWIKENWE	PGPT0003665_3919	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_VITAMIN_PRODUCTION	PLANT_VITAMIN_RELATED_HEME_METABOLISM	PLANT_VITAMIN-HEME|SIRO-BIOSYNTHESIS,PGPT0003665-hemD-K01719	NA	NA
AK237_02124	1161	hemX	COG2959	Protein HemX	ATGGCTGACAACGATAAACATAATACGGATTCCACGCTGGTGTTGCCTGAAGAAAAAGACGTTACACCTTCATCATCAGGCCCCGGTGATGATTCGGCGTCAACTCCTGCGTCAACTCACCCGTCTCACGCCGGATTATGGTTTGCAATCCTGTTAACACTTCTTATCGCTTTGGGTGTCGGCGGTGCGGGATACTGGTTCTTGTGGCAAAAGGATGACGGACAAGCCGCACTTATTGAACAGCAATCGACGCAAAAAATGCTGCTTGGCAATTTAAACGATGAAAATGAACAATTGCAGCAACAACTTATTGCTCTTGAGAAAAGCAAACAAGCATTGGCTGGTACCGTTAATACGCTGACTGAAAAAACAGAGTCGCTACAGTTACAAACGGAGCAACTTTTATCGAGGCTAGGCGAAATGGAAGGCCGTCGCCCCTCTGACTGGCTGCTAGCAGAAGCTGACTATCTGGTGCGCATGGCCGGTCGTAAGGTGTGGCTGGAGCAAGATACGGATACCGCGGTGCTACTGCTTGAAAATGCCGATGAGCGTTTAAAAGAACTCTCCGATCCGTCGGTCATCCCTGTACGGGGACTTATTGCGCAAGACATCCAAACGCTGCGTCAGGTTAACCAAACAGATACGGTAAAGCTGGCAATCACCTTGTCTGGCTTTTTGTCGCAGGTAAATGCCCTGCCTGTAAAAACGTTCACGCGCCCCGATGAAAACACAGATTCCGAAGCGCTGTCTGAATCGGTAAGTGACTGGAAACGTAATCTTGCTAAAGTCTGGCATTCCATTGTAGATGATTTTATTTCTGTTCGTCGCACTGATGCACCCATCACACCAATGATGACCGCTGAAGAAATATGGTTGTACAAAGAACAGCTTAAGTTACAAATCATGCAGGCACAGTCAGCAGCCATGAGCGGCAAAGATGGGTTATACCAGCAATCGCTGTCAAACGCGCAAGCCTTATTAGCGGACAAGTTTGACGCTGATTCCCCCGAAGTTAAAGGTGCGCAATCAACGCTGGATGCGCTAAGTGAAGAAAACTTACGACAAAACATGCCTGAAACACTCAGTGCCATGGCTCCCCTTCAACGCTTGTTGGAATCCCGCGTGAACGCAGCCTATGGCAAAGGAGAACCAGCACAATGA	MADNDKHNTDSTLVLPEEKDVTPSSSGPGDDSASTPASTHPSHAGLWFAILLTLLIALGVGGAGYWFLWQKDDGQAALIEQQSTQKMLLGNLNDENEQLQQQLIALEKSKQALAGTVNTLTEKTESLQLQTEQLLSRLGEMEGRRPSDWLLAEADYLVRMAGRKVWLEQDTDTAVLLLENADERLKELSDPSVIPVRGLIAQDIQTLRQVNQTDTVKLAITLSGFLSQVNALPVKTFTRPDENTDSEALSESVSDWKRNLAKVWHSIVDDFISVRRTDAPITPMMTAEEIWLYKEQLKLQIMQAQSAAMSGKDGLYQQSLSNAQALLADKFDADSPEVKGAQSTLDALSEENLRQNMPETLSAMAPLQRLLESRVNAAYGKGEPAQ	PGPT0008495_545	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_VITAMIN_PRODUCTION	PLANT_VITAMIN_RELATED_HEME_METABOLISM	PLANT_VITAMIN-HEME|SIRO-BIOSYNTHESIS,PGPT0008495-hemX-K02496	NA	NA
AK237_02125	1185	hemY	COG3071	Protein HemY	ATGAGACGATTAGTGTATGCCATTTTACTTGTCATAGCGGTACTTGCGGCCATGCTGATTGCGCCGCAAGTAATTGGTGACAAAGGCTATGTGCTGATCTCCATGGGCCAGCTACATATCGAAATGTCTGTTGTTAGTTTATGTATTACTGTGTTCTTCAGCTTACTGGCACTATGGGTAATTGGCCGTCTGCTGTCACGTGCATTTGGCGTGTTTAAAGGGTCGAAGCAATGGTTTGGCGGGCTGTCACGCCGTAAGCGTCAGCGTCGTTTCTATAACGGTTTGCAATCGATGGTAGAAGGCGATTTCATCAGCGCCAAAAAAGCCTTACAAGAAACCACTGACGGCGATTTCGACGGCGTGAATTTCCTTGCAGCGGCGCAGGTAGCAAAAGCACTTAACGAGCCTGACCGTGTGCGGTATTTGCTGGATCGCGCGGCAGAATTCAATAATGCCAAAATAGCGGCTCATCTTGCCCTTGCGCGCCTCGACTTAGAGCAGGGTCATCAACAAGCTGCCCTTGATAAATTAAACGAACTGGACGAAAAAGCACAGAAACACCCACAGGTCATCCGTCTGAAAGCCCGCGCCATGGGCGAACTGGGTCAGTGGCAAGCATTAGAAGAAGTGTTACCACAATGGCGTAAGCCGTTAAAAGAAGACTACGTATCGTGGGCGCAGAAAATAGCGAAAGGAAAATTTGCCGAAATTGCCAGCAAGCAAGGGGCAAATGCTCTCAAGCAGCATTGGGAAAATATGCCGCGCAAGGCACGTACAGACGATGCATATCGCGCAGCCTATGCACAGCAGTTACTAGAGCAAGGCATGCATAAAGAGGCCGAAACATGCTTAGTTGAATGGCAGAAGAAAGGCCCGAACCCCCTATTACTGCCGTATATGGCAGAGCTCAGCATTCCTAATCCCACCGCCGCCATACGCACTTTGGAGCAGTGGATTAAGCAGGATGATACCAACCCTGTTCTGTTTTCATGTCTGGGCCGTTTGGCCTTTAACGCAGGTGATGACATTCTTGCCGAAAAGGTACTGCTTAAAGCTATAAAGCTACATGAAAACCAACGCGATCTTGTTACTCTGGCAGAAATACGGGAGCGCAAGCAAGATGCCTCTGGTGCTCTGTCCATGTACAAGCGCAGCATGGAAGTAAGCCAGAACGCATTGGTGTAA	MRRLVYAILLVIAVLAAMLIAPQVIGDKGYVLISMGQLHIEMSVVSLCITVFFSLLALWVIGRLLSRAFGVFKGSKQWFGGLSRRKRQRRFYNGLQSMVEGDFISAKKALQETTDGDFDGVNFLAAAQVAKALNEPDRVRYLLDRAAEFNNAKIAAHLALARLDLEQGHQQAALDKLNELDEKAQKHPQVIRLKARAMGELGQWQALEEVLPQWRKPLKEDYVSWAQKIAKGKFAEIASKQGANALKQHWENMPRKARTDDAYRAAYAQQLLEQGMHKEAETCLVEWQKKGPNPLLLPYMAELSIPNPTAAIRTLEQWIKQDDTNPVLFSCLGRLAFNAGDDILAEKVLLKAIKLHENQRDLVTLAEIRERKQDASGALSMYKRSMEVSQNALV				NA	NA	NA	NA	NA
AK237_02126	1401	atzA		Atrazine chlorohydrolase	ATGAAATTTACCCGCGTTATTACATTCGTTTCAATCCTCGGCGCGTCATTGTCGGTATCTGCAACAGAATCTGTCGATATGCTTATTACCCGGGGTCATATTCTCACCATGGATGCCGCATTAACGGAATTCGAATTGGGATTTGTGGCTGTAAAAGACGGTCGTATAGTCGCCGTGGGACCACAAGAGGAAGCCGCTGGCTACCATGCAGATACGCTGCTTGATGTAGATGGCGACCTGGTACTACCGGGCCTTATTAACACCCATACCCATGCGTCGATGACGTTGTTTCGCTCGTTAGGCGACGATGTGCCGAACAGGCTTCATAACTATATTTTTCCTCTTGAAAAGCAGTTTGTCTCAAGAGAAATGGTGCGACTTGGTGCAGAGCTAGGCAATCTCGAAATGCTTAAAGGTGGCGTGACTACCTATGCCGATATGTACTACTTCGAGGATGAAGTAGCAAAAGCGGTTGATGAGATTGGCATGCGGGCCGTGCTTGGACAAACCATCATCAAGTACCCGCAGGCCGACGCTAAAACCGCAGAAGAGGGTATCGCCTACGCGGTGAAATTTATTGAAAACTATGCCCATCACCCACGCATTACTCCGGCTTTTGCTCCTCATGGTCCCTATACCAATACCACCGAGACACTGCAGAAGATTGCTGCGCTGTCGTTACAATACGATGTGCCAGTGCTCACCCATCTGGCGGAGTCTGAAAAAGAACAACAGGTTATTGCCGAACGTAGTGACGGATTATCGCCAATTGCCTATCTGGAAAGTATCGGAGCGTTGAATAATAACCTGGTGGGCGCGCATGTCATTCTGGCAAATAAGGCAGATATAGCGCTGCTTAAAAAGCACCATGTTGGTGTTGCCCATAATATGAGTGCAAATATCAAGGCAGCGAAAGGCGTGGCGCCTGTTACAGAAATGCTGAAACAGGGCGTTGATGTTGGTCTGGGCACGGACGGCCCTATGTCAGGCAATACCTTAAGTTTGATTGATGAGTTCAATCAGGTGGCCAAGTTGCACAAGCTGTGGAATAAAGACCGAAGCCTTATGCCCGCTATCGAAGTGATAAAAATGGCAACTATTGGCAGTGCGAAAGCTTTGAATATGGATAAGGAAATAGGCTCGCTGGTGAAGGGTAAGCGTGCAGATATTATCGTCATCGATACGACAGCTCCTAATATGACGCCGATTTATAATCCATACTCTGCGCTTGTTTACTCTGCTTATGCCACAAACGTCAGACACAGTATTGTGGAAGGCAAGCTGTTGATGAAAGACCGGAATGTGCTTACCGTTGATGAGACTGGCATCATCAAACGTGCTACCGCGTTCAGTCGCGAGATAAAGCAAAGTTTAAAAGCGCAGAGCAAGCCCATTTTGTAA	MKFTRVITFVSILGASLSVSATESVDMLITRGHILTMDAALTEFELGFVAVKDGRIVAVGPQEEAAGYHADTLLDVDGDLVLPGLINTHTHASMTLFRSLGDDVPNRLHNYIFPLEKQFVSREMVRLGAELGNLEMLKGGVTTYADMYYFEDEVAKAVDEIGMRAVLGQTIIKYPQADAKTAEEGIAYAVKFIENYAHHPRITPAFAPHGPYTNTTETLQKIAALSLQYDVPVLTHLAESEKEQQVIAERSDGLSPIAYLESIGALNNNLVGAHVILANKADIALLKKHHVGVAHNMSANIKAAKGVAPVTEMLKQGVDVGLGTDGPMSGNTLSLIDEFNQVAKLHKLWNKDRSLMPAIEVIKMATIGSAKALNMDKEIGSLVKGKRADIIVIDTTAPNMTPIYNPYSALVYSAYATNVRHSIVEGKLLMKDRNVLTVDETGIIKRATAFSREIKQSLKAQSKPIL	PGPT0023665_609	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	OTHER_COLONIZATION_RELATED_PROTEINS	COLONIZATION-HOST_INVASION_FACTORS	HOST_INVASION-SAM|QUEUOSINE|LIPID_METABOLISM,PGPT0023665-mtaD-K12960	NA	NA
AK237_02127	2607	btuB_17		Vitamin B12 transporter BtuB	ATGAGAACTCGTGTCCCCAAGTTTAAGAAGAAGCCCATTGTGCTGTCAGTGATGCTGTCGCTGGCCGGTAATTTTGGTGCGCTAGCAGAGACCCGCGAAAGCGCTGAGCAGCTGCAGGTTACTGTTGAGCAGGTACCGCTGGACAGAGCATTGCAAAATATTGCCAAACAATACGGAAAGCAAATCGTTTTCTTCTCGAATGTAGCGGACGGTCTGACAGCAGAAGCGTTTTCGGGTAAGTACACTGAGCAGGCTGTGTTGGATAAGCTGCTTGAAGGGACATCGCTCAGCTACCGTTATATCAATAAAAAAACTATCGCGATCGAGAAAGCGGGTTCGGGTGAGCGTACTACCGGAAAAAAGTCTACAGCGATTTCAGGCAGCGCTGAGGAGCCCACCGCAGCAGAAGTCGGCGCGCAAAGCAGCAAAGCAAATAAAGGTAAGGTAGAAAATATTACTGTTACTGCACAACGCCGTACTCAGAATTTGCAGGAAGTGCCGGTATCTGTGTCTGTAATGAAACGCGATCTGCTTGAAAGCGCGTCGACAGCCGGTGACGATATCCGTTTCATGTCTGCCCGTATCCCCAGCCTGAAAATTGAGTCGTCGTTTGGGCGGTCTTTCCCACGGTTTTATATTCGCGGACTGGGAAACCAGGATTATGATTTAAACGCTTCTCAGCCGGTATCGCTGATCACGGATGATGTGGTACAGGAAAACCCGTTACTCAAAGGTTTCCCGGTTTTTGACGTAGAAAGTGTTGAAGTTTTAAGAGGGCCTCAGGGCACACTGTTTGGCCGCAACACGCCAGCTGGTCTGGTGAAATTCACTTCTAATCGTCCTACGCAGGACTTTGAAGGCTATATCAGCGCATCGTACTCGTCGCTTGATACATTGTCGACGCATGGTGCTATCAGCGGTGGCCTGACAGATACCGTGTCTGTGCGTGTGTCATTACTTAACCAGACACGTTCTGATTATATCGATACACGTGCTCCGGGTTTTGAACAAAACGATATTCTGGGTGGTTATGACGACCGCGCCGCAAAAGTACAGGTGCTCTACGAGCCAAACAGTCAGTTCTCGGCGTTATTTAACTACCACACCCGTGATTTAGACGGAACGCCCACGGTATTCAGAGCCAGTGCAATAAAGCCCGGTACCAACGACTTCGTTGATGGATTCGATCGCAATGTGGTTTATCACGATGCCGCGCAGCGTGCTACGCAAACGGTGAAAACCGAGGGCGGGAGTATGAAGTTGGAATATTTCACGACTGATTACACGTTTACCTCTGTGACGGGCTATGAAACTGTGGAAATGTACTCGCAGGCAGACGTAGATGGTGGTTACCGCGTAAGTAGTTTTGCTGATCCTTCTGGCTACACCGGCGAGCTTGGTACTGTACCTTCATTCTCTGTAGAAAGTGCAGACGGTATTCCCGACCACAGCCAGTTCACTCAGGAGTTGCGAATGGCCTCTAATGAGCTGGGGGCATTTGACTATCAGGCAGGGCTGTTTTTCTTTACGGAAGATCTCGATATCGACACCTTCCACTACAACGAAGACGGCAGCTTAAAGCGTTATCTGACCCAGAACCAGAAAACTGATGCCTGGGCTGTGTTCGCCTCGGGTGACTATGAAGTGAATGACAGAACCAGCGTAACGGCCGGTATTCGATACTCAAAAGATAAAAAAGACTATTTCTCTCAGCGCATTGTTTCTACTGCCAGCGATGGTGAGTTTTTCGACCCTATGTATGCAAACACTGAAGACTCCGCCATTAGCTGGGACTTGAGCGCAATGTACCAGTATTCAGATGACACCAATTTGTATACCCGGCTTGCCAAAGGATTCAGAGCGCCAAGTATTCAGGGACGGGTAGTGAGTGGTAGCGACCCTAAACTCAGTGTTGCAGACTCAGAAGTCATACACTCGATAGAAGTTGGGGCTAAATCTGACCTGCTGGATAACGCCGCTCGGGTGAATTTTAATCTGTTCTACTTCCAGATGGATGATCAACAACTAACGGCGCAGTCTTCGTTTGATGAAGGTGCGGCAAAGGAATTGGTTAATGTTGATAAGACCGTCGGCTATGGTTTCGAATTTGAGGGTGAATATGCCATTACCTCTGATTTACTGACAACATTGGGAGTGAGCTACAACAATACCGAAATCAAGGATGATAACGTCGCTATATCAACCTGTTCTTTCTGTACCGTCCAAAATCCTGTCGATGAAAATGGGCTGATTGGTGTTGATGGACTTTCACTTCCCCGGGCGCCTGAGTGGATTGGTAATTTCACGATGCGCTACAGCACCGAGGTTGGCGAAGGTGAATTGTATTTCTACACAGACTGGTCTTATGCCAGTGAAGTACGATTCTCGCTTATCGATGCGCTGGAAATGAGGCAGGACCCTTATCTTGAAGGTGGCGTTCGTGTTGGTTATCTGTTCATGATCGACAACTACGACGTGGAAATTGCAGGTTATGGCCGTAACATCACAGATGAAACTGCCTTAATCGGCGGTGTGACCATCAACAACCTTGCTGGTGTTGTTAATCAGGGCAGAACCTGGGGAGCCGATTTTAAGGTTAAATTCTAA	MRTRVPKFKKKPIVLSVMLSLAGNFGALAETRESAEQLQVTVEQVPLDRALQNIAKQYGKQIVFFSNVADGLTAEAFSGKYTEQAVLDKLLEGTSLSYRYINKKTIAIEKAGSGERTTGKKSTAISGSAEEPTAAEVGAQSSKANKGKVENITVTAQRRTQNLQEVPVSVSVMKRDLLESASTAGDDIRFMSARIPSLKIESSFGRSFPRFYIRGLGNQDYDLNASQPVSLITDDVVQENPLLKGFPVFDVESVEVLRGPQGTLFGRNTPAGLVKFTSNRPTQDFEGYISASYSSLDTLSTHGAISGGLTDTVSVRVSLLNQTRSDYIDTRAPGFEQNDILGGYDDRAAKVQVLYEPNSQFSALFNYHTRDLDGTPTVFRASAIKPGTNDFVDGFDRNVVYHDAAQRATQTVKTEGGSMKLEYFTTDYTFTSVTGYETVEMYSQADVDGGYRVSSFADPSGYTGELGTVPSFSVESADGIPDHSQFTQELRMASNELGAFDYQAGLFFFTEDLDIDTFHYNEDGSLKRYLTQNQKTDAWAVFASGDYEVNDRTSVTAGIRYSKDKKDYFSQRIVSTASDGEFFDPMYANTEDSAISWDLSAMYQYSDDTNLYTRLAKGFRAPSIQGRVVSGSDPKLSVADSEVIHSIEVGAKSDLLDNAARVNFNLFYFQMDDQQLTAQSSFDEGAAKELVNVDKTVGYGFEFEGEYAITSDLLTTLGVSYNNTEIKDDNVAISTCSFCTVQNPVDENGLIGVDGLSLPRAPEWIGNFTMRYSTEVGEGELYFYTDWSYASEVRFSLIDALEMRQDPYLEGGVRVGYLFMIDNYDVEIAGYGRNITDETALIGGVTINNLAGVVNQGRTWGADFKVKF	PGPT0003790_5646	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0003790-hutA|fatA|fct|foxR-K02014	NA	NA
AK237_02128	540	fecI	COG1595	putative RNA polymerase sigma factor FecI	ATGGGCAACCACACGGCGACTAAAAAGACGACTTGCAGCAGCTTTGTAAAAAGCCTCTACGACAGTTCTTACAAAGAATTATTTGCTTTTTTCATGCGTCGTTCCAAAAACAACCAGCAAGCTCAGGATTTTTCGCAGGAGACGTATCTGAGGTTAATGAACGTCGAGAGAAAAGATCTTATCGAACAACCCAAAGCATATTTGTTTCGTATTGCGGCGAATTTAGCGCACGAAATGAATACGAAGAATGACAGAATTGCACAGAACGAGACATCGCTTGCTGAAGGGTTGGAGAATTTCCCCGGCGATGAAGATCCCCACCTGCAACTTGAGCGGCAAAAAGCGATACAAGAACTGGAGAAAATACTCGTTACGCTTCCCCCCATTTACCAGTCTGTGTTACTACTGAGAAAGCGTGATGGATTGAATCACGCTGAGATTGCAGAGAAACTAGGAATATCCATTCATACCGTCAGAAAGTACCTGACGCGCGCGATGACGGAATGTCGCAAGGCGCAAATTGCGAGTGATGCATCATGA	MGNHTATKKTTCSSFVKSLYDSSYKELFAFFMRRSKNNQQAQDFSQETYLRLMNVERKDLIEQPKAYLFRIAANLAHEMNTKNDRIAQNETSLAEGLENFPGDEDPHLQLERQKAIQELEKILVTLPPIYQSVLLLRKRDGLNHAEIAEKLGISIHTVRKYLTRAMTECRKAQIASDAS				NA	NA	NA	NA	NA
AK237_02129	1140			hypothetical protein	ATGAACATGGTTAAACAATCTAACTCTCTGATCGTAGAACAAGCTAATTACTGGGCGGTATTGCTGGACGACGGCGAATTAAATGCGAAAGACCGCCGTGAGCTGACGCACTGGTTATTAATGGGGCCCGCTCATGTCGAGGAGTTTTTGCACGCCTGCGTATTACTCGACCTTATGACAGAGGTAGACCAAAGTAAAAAATTCTCCGTCGACAGCCTGCTTGCACAGGTCGAGTCAGCTGCCGGGAGCAAAGTCACGCCAATAAACCCGCATCAGAAGGTAACCGGAAGTCACGCCAGTCATAAAACAGGCGGTCGCCCTTTTAGCAGTTGGTGGCTTTCATTCGCAGCCTGCCTACTTGTTGGCGTTATTTTCGCTTTTCAGATGTTTCCTGTTGAAAATACGGGTGAAACGCCGGTGTCACAGCAACCGACAGCCCAGTATCAAACATCGTTAGGCGAGCAAAGAAGTATCACCCTGAAAGATGGCTCTATTGTTTACCTAAACACGTTAACGGCCGTGGACATAAATTACACCGAGCAGTACAGAAACATCATTCTTCATCACGGGGAAGCCATTTTCAAAGTTGCGCACAATCCCGACAAACCGTTTCGCGTGTGGGTCAATAACACCATGTTTCAGGCATTGGGCACAGAATTTAACGTGCGCACCGAACCTGGCAGTGTCGCCCTGACCGTGTTAACCGGAGAAGTAGCACTGGCCAGAGAAGCTGAGATGGAACAGGAGATCCCTTTTCGCACCGCCGGTATCAAGCTGACAGATTTTACCTCCCCGGAGTTAATAAAAGGCAAACCACTGCTGGTCACCGTAGGGCAGAAAGCCACTTTGGAAGATAACGGCAACCTTCAGACAGACGCATCGGTAGATATCACCAGAGAAACATCATGGAAAGCCCGTGAAATGATTTTCAGAAATGATCGTCTGGCTGATGTGATAGACGAATTTAACCGTTATAACGCGTTGCAGGTTACGATAGCCTCACCGGATTTATCCGGTATGTCTGTCACCGGAGTGTTTGAGACTAACGACCCCATATCGCTACTGAATTTTTTAGAAAGTTCGGGCAAGGCAAGAATTGAAAAAACAGATGTAAATAAAGTCACTGTTTATGCACGATGA	MNMVKQSNSLIVEQANYWAVLLDDGELNAKDRRELTHWLLMGPAHVEEFLHACVLLDLMTEVDQSKKFSVDSLLAQVESAAGSKVTPINPHQKVTGSHASHKTGGRPFSSWWLSFAACLLVGVIFAFQMFPVENTGETPVSQQPTAQYQTSLGEQRSITLKDGSIVYLNTLTAVDINYTEQYRNIILHHGEAIFKVAHNPDKPFRVWVNNTMFQALGTEFNVRTEPGSVALTVLTGEVALAREAEMEQEIPFRTAGIKLTDFTSPELIKGKPLLVTVGQKATLEDNGNLQTDASVDITRETSWKAREMIFRNDRLADVIDEFNRYNALQVTIASPDLSGMSVTGVFETNDPISLLNFLESSGKARIEKTDVNKVTVYAR	PGPT0003910_1175	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-QSR-AUTOINDUCER_PERCEPTION	CE-QSR-3-OH_PAME_PERCIPITATION|SIGNALLING,PGPT0003910-prhR|fecR-K07165	NA	NA
AK237_02130	1815	feoB	COG0370	Fe(2+) transporter FeoB	ATGCAACGCATTTTAATGGTCGGAAAGCCCAATTCCGGCAAGAGTCTTTTATTTAATCAGTTAACCGGTCTTCGACAAAAAGTCGCAAATTATCCGGGTGTTACCGTTGAAATTAAACGGGGTCAGTGCCAGGATTTTGAAGTTGTAGATCTGCCCGGAACCTACACATTACGCGGTTTAAGCCGCGATGAAGAAATCGCAGTTAAAGAGATCACCGCTTCCGTTGAACGCGATGACACCGCTTTGGTGGTCTGTGTACTTGATGCTACCCGTTTAGAGCGGAGTTTAGTGTTGGGTTTGCAGGTACAGAAGTTGGCGAAAGCCAATAACAAAGCTGTGCTTTTTGCTCTTAACTTTATCGATGAAGTGCGCAGGATCGGCGAAGATGTCGACACGGAAGCGTTAAGTAAAGAATTGGGCAGTCCAGTGATGGCATTGTCTGCCAGAACATTGGATGGGCTTCACGAATTCAAGCAGTCTATGCTGTCTATCGCCAAGGCGCCGTCAGATCATGTGCCTGCTACGTCGCTGGCAGAAGGGGAGTCTGCGGTCAATCAGAGTCAGGCGCTGGCTGCCAAATATGGGCTGCAACTTGATGTAGTGCTAAAAAATCAAAACAGCGTGGACCGTTTTTTACTGAATAGCTGGACGGGATCGTTGGCATTTCTCGGCGTCATGTTCGTCCTTTTCCAAAGTATATTTACGTTGGCAGCCCCTCTTATGGACGGGGTTGAGACGCTAATTGGCAGTGCAGCAGAAAGCGTAAGCGCTATTACGCCAGAAGGTATTGTTACCGACTTTTTTAACGACGCTATATTCGGCGGTTTAGGCTCTTTCCTGGTGTTTGTACCGCAAATTATGGTACTGACATTCATCATTGGTTTACTGGAAGACAGTGGATATCTTGCCCGGGCTGCGTTGATGTGTCACCGCCCGTTGAGCGCAGTGGGACTGTCAGGCAGAAGCTTTATTCCTTACCTATCAGGCCACGCTTGTGCGATTCCTGCCATTATGGCGGCCCGCACTATCGAGTCGCCGCACAAGCGCCTTATTACCATGCTGACCATTCCGCTGATGTCCTGTTCTGCACGCCTGCCGGTTTATGCATTGCTGGTTGCGGTACTGGTGCCGGAAGACGGTACTTTCCTTGGCATTTTTGGTCTGCAAGGCGCTGCGTTCTTCGGATTGTATTTTTTCGGTATTGTAATGGCGCTGATTGTCAGCCAATTCCTGACCCGCTTCTTGCCAAAAGATCTGGAAGAGTCAGATATGCCATTCATCCTTGAACTGCCTACTTACCGTTTACCACATTGGAAGCCGTTAACCTTCCGTGTTATCGACAGTGGAATGCAGTTTGTACGTCGCGCTGCACCGATTATCTTTGTTGTGTCCTTAGGTATATGGGTACTGGGATACTTCCCCATGGGTTCTACTCTGGAAGACAGCTGGTTAGGGCAAATTGGTCATGTTATCCAACCGGTATTCGAGCCGATGGGTCTCGATTGGCGTTACGGTGTGGCTATTTTGATGTCGTTCCTGGCCCGTGAAGTATTTGTAGGTGCACTGGGTACGCTATTTGGAATGGATGATGCCGACGAGAATGTGAATGGTTTGGCTGAACGTATTCAGGCGGATGGTTTAACAACCGGCGCTGGCCTTGGCCTGGTGCTGTTCTACGTTGTTGCGCTGCAATGTGTGGCAACCGTTGCCATGCTGAAGGGTGAGACGGGAAGCAGTAAGTTATCCTGGGGACTTTACGTAGGCTACGGTATTCTTGCGTACGTAATAGCGGTACTTGTGAATATGGTGTTCTGA	MQRILMVGKPNSGKSLLFNQLTGLRQKVANYPGVTVEIKRGQCQDFEVVDLPGTYTLRGLSRDEEIAVKEITASVERDDTALVVCVLDATRLERSLVLGLQVQKLAKANNKAVLFALNFIDEVRRIGEDVDTEALSKELGSPVMALSARTLDGLHEFKQSMLSIAKAPSDHVPATSLAEGESAVNQSQALAAKYGLQLDVVLKNQNSVDRFLLNSWTGSLAFLGVMFVLFQSIFTLAAPLMDGVETLIGSAAESVSAITPEGIVTDFFNDAIFGGLGSFLVFVPQIMVLTFIIGLLEDSGYLARAALMCHRPLSAVGLSGRSFIPYLSGHACAIPAIMAARTIESPHKRLITMLTIPLMSCSARLPVYALLVAVLVPEDGTFLGIFGLQGAAFFGLYFFGIVMALIVSQFLTRFLPKDLEESDMPFILELPTYRLPHWKPLTFRVIDSGMQFVRRAAPIIFVVSLGIWVLGYFPMGSTLEDSWLGQIGHVIQPVFEPMGLDWRYGVAILMSFLAREVFVGALGTLFGMDDADENVNGLAERIQADGLTTGAGLGLVLFYVVALQCVATVAMLKGETGSSKLSWGLYVGYGILAYVIAVLVNMVF	PGPT0003700_3328	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_IRON_RESISTANCE	IRON_TRANSPORT-IRON_II_TRANSPORT_SYSTEM,PGPT0003700-feoB-K04759	NA	NA
AK237_02131	234			hypothetical protein	ATGACATTGTGGGACTTACCAAGCAAACAACAGGCAATTATTATCTCGGTGAAAGAGAGTTTATGTGTCAACGTAAAGGAACGTTTATCTGAAATGGGCGTTCAGAATGGACGTGAAGTTCAGTGTGTCAGAAAAGGGCCGTTAGGTGGACCTATCGTCATGCAACTGGGTGGCAGCGTGTTTGCTATCGAGGAAAATCTCGCCGCACAAATTGAAGTTGAAGTGCGTAGCTAA	MTLWDLPSKQQAIIISVKESLCVNVKERLSEMGVQNGREVQCVRKGPLGGPIVMQLGGSVFAIEENLAAQIEVEVRS	PGPT0003695_1834	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_IRON_RESISTANCE	IRON_TRANSPORT-IRON_II_TRANSPORT_SYSTEM,PGPT0003695-feoA-K04758	NA	NA
AK237_02133	1887	thiC	COG0422	Phosphomethylpyrimidine synthase	ATGTCAACACGACGCGAGAAACGCCAGCAGGCACAAACATTTATACAATCACTGAAAGGTGAGGCTTTTCCTAATTCTTTCCGGCAGTACCAGGAAGGGTCTGACCCGTCAATTCGTGTGCCCATGCGGATGATTGCTCAGTCTCCCACACGTATCAGCGAACAGGAAGAAGAAATTAATCCGGATATTCCCGTATACGATGCCTCCGGCGTATTTGGCGACCCGGCCTGTGAAGTCGATGTCACCAAGGGCATTCCCCACTGCCGCGCTGAGTGGATTAACGCACGAAGCGATACGCAAGCCATTGCCGCGTCTGAATCATCCTATACGCAGGCACGGGATGCGGATATCACCTCAGAATCCATTCGTTTTCAGGCGAAAAATACTATCCGTAAAGCCGCTTCCGGCAAGGTAGTAACGCAACTGCACTATGCCCGCCGGGGCATGGTGACGCCGGAAATGGAATACATCGCCATCCGCGAAAACATGGGTCGCGCTGCGATTAAAAATGAGTTGTTGAACCAGCAGCACAAAGGAGAAGCCTTCGGTGCAAACATACCGCAGGCAATCACCGGTGAGTTCGTGCGCCGTGAAGTCGCAGAAGGCCGGGCGATTATTCCGGCCAACATTAATCACCCTGAAGCTGAGCCGATGATTATCGGGCGGAATTTTTTGGTCAAAGTGAATGCGAATATCGGTAATTCTGCGGTGACATCGTCCATCGAAGAGGAAGTGGAAAAGCTGGTCTGGGCCACGCGCTGGGGCGCAGACACCATCATGGACTTATCCACCGGCCGCAATATTCATGAAACCCGTGAATGGCTGCTACGCAACAGCCCGGTGCCCATTGGTACGGTGCCCATTTATCAGGCACTGGAAAAGGTTAATGGCGTTGCTGAAGATCTCGACTGGCCGGTTTTTCGTGATACCCTGATTGAACAGGCCGAGCAAGGGGTGGATTATTTTACTATCCATGCCGGTGTGCGCTTACCTTTTGTACCGTTAACCGCGAAGCGTGTTACGGGTATCGTGTCCCGTGGTGGTGCCATTATGGCGAAATGGTGTTTGTATCATCATCAGGAAAGTTTTCTGTATGAACATTTCCGCGAAATCTGTCAAATCTGCGCTCAATACGATGTAAGTCTGTCGCTGGGCGACGGTCTGCGCCCCGGTTCAGTTGCTGACGCTAACGATGAAGCACAATTTGCCGAACTGCGCACCTTAGGCGAGCTCACTGCCATTGCGTGGGAATATGACGTTCAGGTGATGATAGAAGGCCCTGGCCACGTGCCCATGCATCTGATCAAGGAAAACATGGATGAGCAGTTATCTCATTGTCATGGCGCACCGTTTTACACCCTTGGGCCGCTGACAACGGATATCGCCCCGGGGTATGACCATTTCACGTCCGGGATCGGCGCGGCACTGATTGGCTGGTATGGCTGTGCCATGCTCTGCTACGTCACCCCCAAAGAGCATCTTGGCCTGCCGGATAAAGACGATGTGAAACAGGGCCTGATTACTTACAAAATTGCCGCCCACGCAGCAGACCTGGCAAAAGGTCACCCGGGCGCACAAATACGCGACAATGCCATGTCGAAAGCCCGCTTTGAGTTTCGCTGGGAAGACCAGTTTAATCTGGCACTGGATCCGTTTACCGCCCGCGCCTATCACGACGAAACCCTGCCACAGGCTTCAAGCAAGGTGGCGCACTTCTGCTCTATGTGCGGGCCAAAATTCTGCTCTATGAAGATATCCCAGGAAGTGCGTGACCATGCACAGGCAGAAAAAGCGAAGCAACAGGGCATGGCAGAAATGGCTGAGAAGTTCTCAGCCACCGGCAATACGCTTTATGTTAACGCCGCTATCACTGAGGCTGAACAATGA	MSTRREKRQQAQTFIQSLKGEAFPNSFRQYQEGSDPSIRVPMRMIAQSPTRISEQEEEINPDIPVYDASGVFGDPACEVDVTKGIPHCRAEWINARSDTQAIAASESSYTQARDADITSESIRFQAKNTIRKAASGKVVTQLHYARRGMVTPEMEYIAIRENMGRAAIKNELLNQQHKGEAFGANIPQAITGEFVRREVAEGRAIIPANINHPEAEPMIIGRNFLVKVNANIGNSAVTSSIEEEVEKLVWATRWGADTIMDLSTGRNIHETREWLLRNSPVPIGTVPIYQALEKVNGVAEDLDWPVFRDTLIEQAEQGVDYFTIHAGVRLPFVPLTAKRVTGIVSRGGAIMAKWCLYHHQESFLYEHFREICQICAQYDVSLSLGDGLRPGSVADANDEAQFAELRTLGELTAIAWEYDVQVMIEGPGHVPMHLIKENMDEQLSHCHGAPFYTLGPLTTDIAPGYDHFTSGIGAALIGWYGCAMLCYVTPKEHLGLPDKDDVKQGLITYKIAAHAADLAKGHPGAQIRDNAMSKARFEFRWEDQFNLALDPFTARAYHDETLPQASSKVAHFCSMCGPKFCSMKISQEVRDHAQAEKAKQQGMAEMAEKFSATGNTLYVNAAITEAEQ	PGPT0008905_1275	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
AK237_02134	1464	thiE		Thiamine-phosphate synthase	ATGACACCGCGAGTATTAACTATTGGCGGTATAGACAGCTCGGGGGCTGCGGGATTAACGCAGGATCAACGTGCGCTTCACTATTTCGGCGTTCAACAGCAACAGGTAATCTCGCTGATTGCCACACAGTCCCATAACCGCCTGCACCACGTTATGGCTGTGTCTGATGATTCCTTTGAGGCGCAATTGCAAACTGCATTTAATAACGCCCCGCCGGCGGGAATAAAAATCGGAGCACTGGCCAACGATAATCAAATCTATGCAATAGTTACGCAGCTACAAAACCACCCTGCCATACCGGTTGTGTGGGACCCTATCACCCAGACTTCGTCCAAGGGAAAACTGGGAGAACTGTCATTTGATGCCATCGCGAGGTTATTGCCTCATGCACACATAATTACTCCTAACGTTGATGAACTGGCGTACTTGACAGGATTTGCGCTGAAAAACCAAACAGATGAACTGGCTGCAGCCCATGAGCTTATTGCGCTGGGATGCCGCTACGTAGTGGTAAAAGGCGGTCATCGCAAGGTCGGGGGCAATCTTTACGATGCTCTTTATAGCAGCGAAGAATACTGGCGATTTGCTCACAGAATGCACCATCCGTTTTCTTTGCGGGGCTCGGGATGCTTGCTGGCTTCCTCCTTAAGTGGCGCGTTGGCAAAAGGTTATAATGTCGAAGATGCACTTTGCCAGGCCGAAGCTATTGTTGCCGCTGCATTCGAAAACGCAGTAAGAGTGAGTGCTAATCAGGTTGCATTGGATTCAGCCGCACCAGTACCACTAGAGACCCATTATCCTTCTGTGTTTAAGGGGTTCAATGAATTTGAGAACAGCTATTCTTTTGCGCCATTGCGCAACAAAGAGCTCGGTCTCTATCCTGTGGTGGACAGCATAGCGTGGCTTAAACGCCTGTTACCTTTAGGTATTCGCATTATTCAGCTACGCATCAAACATCCCGGCGAGCACCTTAATCAAACCATCAAAGACGCAATCGCGCTCGCCAAAGAAACCGACACCCAATTATTCATTAATGACTATTGGGAGCTTGCCATTGCACATGGCGCCTACGGTGTTCATCTGGGTCAGGACGATTTAGCTACAGCTAATTTACACGCTATTGCGAAAGCAGGGCTTAGACTTGGTATCTCCACCCACGGTTACGCTGAACTCTGCCGCGCACGAGAGTTGTCTCCTTCCTACATTGCGCTAGGGCATATCTTTGCAACAAAAACCAAGAATATGCCCTCAAAACCGCAAGGTATCGAGCGACTCGCCGCCTATCGCTTGCTTTGCGGTCACATTCCCACCGTGGCCATTGGCGGTATTAATCAGCAAAACATTCATGGTGTAGCTGCTACCGGTGTCGATGGCATTGCCGTTGTTACCGCCATTACCGAAAGTGATGATGTTAACGGTGCCGTTGTAGCTCTAAAACGGAGTATTGCCAATGCTAACCACTGA	MTPRVLTIGGIDSSGAAGLTQDQRALHYFGVQQQQVISLIATQSHNRLHHVMAVSDDSFEAQLQTAFNNAPPAGIKIGALANDNQIYAIVTQLQNHPAIPVVWDPITQTSSKGKLGELSFDAIARLLPHAHIITPNVDELAYLTGFALKNQTDELAAAHELIALGCRYVVVKGGHRKVGGNLYDALYSSEEYWRFAHRMHHPFSLRGSGCLLASSLSGALAKGYNVEDALCQAEAIVAAAFENAVRVSANQVALDSAAPVPLETHYPSVFKGFNEFENSYSFAPLRNKELGLYPVVDSIAWLKRLLPLGIRIIQLRIKHPGEHLNQTIKDAIALAKETDTQLFINDYWELAIAHGAYGVHLGQDDLATANLHAIAKAGLRLGISTHGYAELCRARELSPSYIALGHIFATKTKNMPSKPQGIERLAAYRLLCGHIPTVAIGGINQQNIHGVAATGVDGIAVVTAITESDDVNGAVVALKRSIANANH	PGPT0008920_359	DIRECT EFFECT	PLANT_IMMUNE_RESPONSE_STIMULATION	INDUCTION_OF_SYSTEMIC_RESISTANCE|ISR	ISR-VITAMIN_B1|THIAMIN_METABOLISM	ISR-VITAMIN_B1|THIAMIN_BIOSYNTHESIS,PGPT0008920-thiDE-K14153	NA	NA
AK237_02135	759	moeB_1	COG0476	Molybdopterin-synthase adenylyltransferase	ATGCTAACCACTGAAGTTTACTCCCGTTATAGTCGACATCTGCTGCTCGATGAGTTCGATGAACAGGCTCAAGAACAGTTAATGCAGTCGAAAGTCACCGTATTTGGTGTAGGCGGACTAGGTTGCCAGGTCGCCAGTGCGCTGGTAGCGGCAGGCTTAGGTGAAATTGTGCTCATTGACGATGACGATGTCGCCCTTAGCAACCTCCCCCGTCAGTGGCTATTTTCTGAAAAAGATCTGGGGCAAAAAAAGGTGCATAGCGCCAGAAACCGCTTAAATGCAATGCAGTCAGCCTGTTTAGTTCGGTGTGTTGATAACTATCAAGACCACACCCGACAGCACAACCATTTGAGTACCTCACATCTCATTTTGGATTGTACCGACAATGTACCCAGTCGTCTTAGCGTGTCTACACAGGCGAAGCGATACAACCTGCCACTGATTACCGCCGCAGCCAGTGGTTATATCGCAACCGTATTTGCCGTCAATAACCATAGCGATTCTCCCTGCTACGGTTGTCTTGAGAATAACAGTAATCACTCACAAACCTGTATCGAGCAAGGCATTTTCAGTCCTGTAGTGGCACTGGCAGGACAACTGCAAGCGCTGTTGTCTTTGTCTTACTTGACCGGGACACGCCAGGTTCAGTGGGCAAAGCTGCATTACTTTAACGGGCGGGATATTACGCTGCGCGATTTCACCGTCACGAAAAATCCACAGTGTCCAGTTTGCTCCGCATACGGAAAGGAGAAAGCATGA	MLTTEVYSRYSRHLLLDEFDEQAQEQLMQSKVTVFGVGGLGCQVASALVAAGLGEIVLIDDDDVALSNLPRQWLFSEKDLGQKKVHSARNRLNAMQSACLVRCVDNYQDHTRQHNHLSTSHLILDCTDNVPSRLSVSTQAKRYNLPLITAAASGYIATVFAVNNHSDSPCYGCLENNSNHSQTCIEQGIFSPVVALAGQLQALLSLSYLTGTRQVQWAKLHYFNGRDITLRDFTVTKNPQCPVCSAYGKEKA				NA	NA	NA	NA	NA
AK237_02136	204			hypothetical protein	ATGATGACGATTCACTGCAATGGTGACGCCCTTGAGGTGCCATTATATTGCACACTTTATGTCGCTTTAGAAAATTACTTAACACTCGCTGATTCGGTTGCCGTAGCAGTCAATCAAACGGTTATACCGAAAAGCCAGTGGCACGAATACCGTTTAAAAGACGATGACTGTATTGATGTGTTCACGCTCGTGGCCGGAGGTTAA	MMTIHCNGDALEVPLYCTLYVALENYLTLADSVAVAVNQTVIPKSQWHEYRLKDDDCIDVFTLVAGG	PGPT0008970_286	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
AK237_02137	771	thiG	COG2022	Thiazole synthase	ATGCTGACTATTGCCAAACACACCTTTTCATCAAGGCTATTAACCGGTACCGGGAAATTCAGTCATCCCGAAACCCTAAAACAAGCACTGCAAGCCAGTAAAACTAACATTGTAACGCTAGCGATGAAGCGACTCACGAAAGAAAGCCAGCAAGATAAAACACTTGCCGTACTTCGGACGCTCCCTGTCACATTGCTACCCAATACATCGGGCGCGGCCACGGCAGAAGAAGCCGTTTATGCCGCCCATTTAGCCCGCGAGCTATTAGACACTTCGTGGGTAAAATTAGAGATCCATCCCGATCAACGTTTTTTACTGCCCGACCCCATCGAGACACTAAAAGCAGCAGACAAACTTGTCCAAGCAGGGTTTCATGTTCTCCCTTATTGCCATGCAGATCCCGTATTATGTAAACGTTTAGAAGATGCAGGATGCGCAGCGGTTATGCCTCTTGGCGCACCGATTGGATCAAACAAAGGACTGCAAACCCGGGATTTTCTCAACATCATCCTTGAACAAGCGAGAGTACCTGTCATCGTTGATGCCGGTATTGGTAAGCCCAGTCACGCCTGCGAGGCCATGGAAATGGGCGCAGATGCGGTGTTGGTGAATACCGCCATCGCAGCCGCTACCCATCCGGTTGCAATGGCTGCGGCATTTGCTAAAGCTGTTGAGGCAGGCCGTGAGACGTTTAAGGCTGGAGCTGCCGCCACAACATCGTGTGCATCTGCCACCAGCCCACTTACCGACTTCCTGAGTTCGCTATTATGA	MLTIAKHTFSSRLLTGTGKFSHPETLKQALQASKTNIVTLAMKRLTKESQQDKTLAVLRTLPVTLLPNTSGAATAEEAVYAAHLARELLDTSWVKLEIHPDQRFLLPDPIETLKAADKLVQAGFHVLPYCHADPVLCKRLEDAGCAAVMPLGAPIGSNKGLQTRDFLNIILEQARVPVIVDAGIGKPSHACEAMEMGADAVLVNTAIAAATHPVAMAAAFAKAVEAGRETFKAGAAATTSCASATSPLTDFLSSLL	PGPT0008965_2566	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_UTILIZATION	PLANT_DERIVED_GLYCINE_DEGRADATION,PGPT0008965-thiG-K03149	NA	NA
AK237_02138	1116	thiH	COG1060	2-iminoacetate synthase	ATGACAGTGGCCACTCAGTTATCAGAATACAACTGGGATGACATCCAGTTACGCCTTTTCAGCAAAACGGATACGGACGTTAACGCTGCACTGGCGCGGGAACAACGGCACTGGGACGATTTTTTAGCACTCGTCGCACCGGCAGCAGAAAAGCACATGCCAACGATGGTACACATGGCACAGCAGTTAACCCGTCAGCGGTTTGGCCATACTGTATCAATGTTTGTGCCCCTGTATCTTTCTAACCTGTGTGCCAACGAATGCACTTATTGTGGCTTTACAATGAGCAACAAGATAAAGCGTACTAAACTGGATCTTCCACAAATTGAAGAGGAAATTCATGCCATCAAACGCATGGGCTTTGATGCGGTACTACTTGTTACCGGCGAACATGAGACGAAAGCCGGCATGGATTATTTCAAAGAGGTTATACCGCTAGTTAAGGCTTACTTCAGTCATGTTGCAATGGAAGTACAACCCCTTGAAACACGCGAATATCAACAACTCGTGCGATTAGGCGTAGACAGCGTGCTGGTGTATCAGGAAACCTATCATCGTGCTCACTATGCTACCTATCACTTACGCGGCCAGAAACGGGATTTTGACTGGCGACTTGCCACCCCGGACCGTCTTGGAGAAGCAGGCGTGAATAAAATAGGATTGGGCGCGCTTCTCGGGTTATCAGAATGGCGTACCGACAGTGCTTTTACGGCCTTGCACTTGGGTTTACTTCAGCAGCGCTATTGGAAGAGTCGATTTTCAATTGCCTTTCCGCGAATTAAACCTTGCGCCGGTGAACAATTGGTACAAAAAAGCCAGGTATCGGACAAGCAATTAGTGCAATTGATTTGCGCTTACCGGCTGTGCTTCCCCGATGTGGAATTAAGTCTCTCGACGCGGGAAAGTCCTCATTTTCGAGATAATGTTGTGCCTATTGCCATCAATCAGCTCTCGGCCGCGTCCCAAACGCAACCCGGTGGTTACAGTGCCCCGTCGACAGCGCTGGAACAGTTCTCTACCGAAGACACGCGCTCTGCACAGGCGGTGGCGGAAAGCTTAGCAAGTCGCGGGCTTGATGCTGTGTGGACCGATTGGCTAAATGCATTCGGCCGTTAG	MTVATQLSEYNWDDIQLRLFSKTDTDVNAALAREQRHWDDFLALVAPAAEKHMPTMVHMAQQLTRQRFGHTVSMFVPLYLSNLCANECTYCGFTMSNKIKRTKLDLPQIEEEIHAIKRMGFDAVLLVTGEHETKAGMDYFKEVIPLVKAYFSHVAMEVQPLETREYQQLVRLGVDSVLVYQETYHRAHYATYHLRGQKRDFDWRLATPDRLGEAGVNKIGLGALLGLSEWRTDSAFTALHLGLLQQRYWKSRFSIAFPRIKPCAGEQLVQKSQVSDKQLVQLICAYRLCFPDVELSLSTRESPHFRDNVVPIAINQLSAASQTQPGGYSAPSTALEQFSTEDTRSAQAVAESLASRGLDAVWTDWLNAFGR	PGPT0008950_1058	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_UTILIZATION	PLANT_DERIVED_TYROSINE_DEGRADATION,PGPT0008950-thiH-K03150	NA	NA
AK237_02139	1245			hypothetical protein	ATGAAGAAATCGGCCCTACCTTTGAGTATTGTTTTAGCATTATCTACTGTGGCATGTAGCCCTGATAATTCCTCATCTTCAGCTGAACAACCTCAGGAAAAACAAACGCCTGTAGAATCTGAGTCTGCACAAATCACTGTCAGTAATCCTTCCGGTGGTGCAGCTCTTCCGCAACTGGTTCAATTACCCGTTTCAGCATTTGATGATGACAATGCGGTGACAAAAAAAGTGACAGGGTTTCCATCCGAGTGGACAAAAGATGAGCAGGGTGGTGATGTTCTTAACGTTTTAGTCACACTTAATCCGGGAGAAAAGGCCACAATCTCACTGGCAGATTCAAAAGAAGATACCCCCGATGTCGCTTATACTGAGTTGTCGGTGCGTCAAGGTGGTGAGTGGGAAGGAAAAGAGTACAAAGCAGACGGGTTTACCTTCAAGAACGTAGATTCTTTCACAGCGCCTGCGCAATTGACTGACCATTCATACTATTTGCGTTATGAAGGGCCGGGCTGGGAAAATGATTTAGTGGGTTATCGCTTATATTTAGATTGGCGTAATGGCACCGACATTTTTGTTAAAACAGGCAACGAGCCGGTTTTACAGCAAGTCGGGCAAGATGGTTACGACAGCTACCATGATCTCTCGGATTGGGGGGGCGATGTACTTAAAGTGGGTAAGGCACTTGGGTTAGGGTCGTTCGGTCGCATGGAAGGCGAGACGGTTATGCACATGCAAAACGTAGATGAAATGTCCTGGCAGCTAGGTCATGATGACAAATTGTCTGCGGGCTTTGTAGTGAACTACAAAGGCTGGGAGGTAAATGGCAAAAAGCTCACAGCGGCAGCCGATTACGAAATCCACGCAGGCGACCCTTCCACGCACGTAACCGTGTCGCTGGATGAAGCAACCGATGATCTTGTGACGGGTATTGTTAAACATGAAAATACCCGTTATATCGAACTTGAAATGAATGGGTGGGGCGTTATCGCAACCTACGGGAAACAAAGTTTGTTGGGTGAAGACGACGAGCTTGGTATGGCGTTGTTTTACAAACTTGACGATATTTCGCGTAAATTCGAAGCTGAATACGACTATTTAGTGCAATTTAAGCCCGCAAGCACGATGCAGTATCAGTTTATGGCAGTGTGGCCTTCTCATCCTGACAGCCCTGACGACGAAGAAGGTTTCGTGAACCTGCTCAAAACTAAGCTTAATGCACTGGCACATCCTGTTAAAGCAGGGTAA	MKKSALPLSIVLALSTVACSPDNSSSSAEQPQEKQTPVESESAQITVSNPSGGAALPQLVQLPVSAFDDDNAVTKKVTGFPSEWTKDEQGGDVLNVLVTLNPGEKATISLADSKEDTPDVAYTELSVRQGGEWEGKEYKADGFTFKNVDSFTAPAQLTDHSYYLRYEGPGWENDLVGYRLYLDWRNGTDIFVKTGNEPVLQQVGQDGYDSYHDLSDWGGDVLKVGKALGLGSFGRMEGETVMHMQNVDEMSWQLGHDDKLSAGFVVNYKGWEVNGKKLTAAADYEIHAGDPSTHVTVSLDEATDDLVTGIVKHENTRYIELEMNGWGVIATYGKQSLLGEDDELGMALFYKLDDISRKFEAEYDYLVQFKPASTMQYQFMAVWPSHPDSPDDEEGFVNLLKTKLNALAHPVKAG				NA	NA	NA	NA	NA
AK237_02140	762	kduD_2		2-dehydro-3-deoxy-D-gluconate 5-dehydrogenase	ATGCCTAACTTTAGTTTGTCAGGTAAACGCGCACTGATCACCGGTGCCAGCCGGGGTATTGGTCAAGCAATGGCGATAGCCCTCGCCGAAGCAGGAGCTGATGTAATTTGTGCCAGCTCGCGTGAAGGCGGATGTGAGGAGACATTGTCTCGTATCAGCGCGGCAAGCCAGGTCAAAACAGCCTCACTGCATGCAGATCTATCCGATATGGGCGAAGTGCAGAAATTGGCAGACGACGCAATGGCACTTTGGGGCGGCATTGATATTTTGGTTAATAACGGCGGCACCATATTTCGTAGCCCGGCGGTAGATTTTCCTTTAAGCGAATGGCAACACGTACTTCGCGTCAATACCGATTCCGCCTTTCTCCTCAGCAGACAAATTGGTCGCGGCATGATTGAGCAAGGCCACGGAAAAATCATCAATACCGCGTCCATGCTTAGCTACAGCGGCGGCATTACCGTACCAGCTTATACCGCCAGTAAGCATGCTATCGCCGGACTCACAAAGGCATTAGCAAACGAATGGGGCAAAAATAATGTGCAGGTGAACGCCATCGCGCCTGGTTACATTCGCACAGATAACACCCAGGCGCTGCAAGATGACGAAGGGCGCAGCAAAGAAATCATTTCCCGTATCCCGGCAGGCCGTTGGGGTGAAACCGAAGACTTAAAAGGTGCTCTGGTATTCCTCGCCAGTGAAGCGAGTAATTATGTGAACGGTCATGTACTGGCCGTCGATGGCGGCTTCTTAGCTCGTTAA	MPNFSLSGKRALITGASRGIGQAMAIALAEAGADVICASSREGGCEETLSRISAASQVKTASLHADLSDMGEVQKLADDAMALWGGIDILVNNGGTIFRSPAVDFPLSEWQHVLRVNTDSAFLLSRQIGRGMIEQGHGKIINTASMLSYSGGITVPAYTASKHAIAGLTKALANEWGKNNVQVNAIAPGYIRTDNTQALQDDEGRSKEIISRIPAGRWGETEDLKGALVFLASEASNYVNGHVLAVDGGFLAR	PGPT0018065_769	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_SUGAR_ACID_UTILIZATION	PLANT_DERIVED_OLIGOGALACTURONIDE_DEGRADATION,PGPT0018065-kduD-K00065	NA	NA
AK237_02141	846	kduI		4-deoxy-L-threo-5-hexosulose-uronate ketol-isomerase	ATGACAACCGAACACGAAATTCGATATGCAGTAGGACAACGAGAAGTTAAAGCCTACGACACCAATGAATTACGCGAGGCGTTTTTAGCCGACAAATTAATGCAAGCCGGCAAGATTTATTGGGTTTACAGTCACTACGAGCGTTTCATGGTAGGCAGCGCTGTACCAACAAGTGCGCCGTTGAAACTAGAAACATTAGACGATCAGTTAAAAATGGGCTATTTCACCGCCCGTCGCGAGGTAGGCGTTATCAATATCGGTGGTGAAGGCACCGTCACTGTAGGTGATACAGATTACATTCTGGCAAAAGAAGAAGCTCTGTATATTGGCAAAGGTAACGAGTCTGTTGTTTTTCACTCCAAAGATCCTAATCAGCCTGCCAAATTTTATCTTAATTCAGCGCCAGCTCATCATGCGTATCCTTGTAAAAAGGTAGGCAAAGGTGACGCCAATGTCCTTCACCTGGGCAGCCAGGAGACCAGCAACGAAAGAGACATCAATCAGCTGTTAATTAACACCGTCGTTGATACCTGTCAGTTACAAATGGGTCTTACACGACTCGCCCCGGGCAGTGTGTGGAATACGATGCCCGCGCACCAACACGATCGCCGAAACGAAGTGTATTTTTACTTTGACTTAGATGATGGTCAGGCCGTTTGTCATTTCATGGGGGAGCCCCAGGAAACACGACATATTTTTGTTGCTAACGAGCAAGCGGTGCTGTCGCCACCCTGGTCAATTCACTGTGGTGTAGGTACTGCAAATTACGCGTTCATTTGGGGCATGGCGGGAGAAAACCTCGACTATGACGATATGGACAAATTCCCACCGAATGAACTTAGATAA	MTTEHEIRYAVGQREVKAYDTNELREAFLADKLMQAGKIYWVYSHYERFMVGSAVPTSAPLKLETLDDQLKMGYFTARREVGVINIGGEGTVTVGDTDYILAKEEALYIGKGNESVVFHSKDPNQPAKFYLNSAPAHHAYPCKKVGKGDANVLHLGSQETSNERDINQLLINTVVDTCQLQMGLTRLAPGSVWNTMPAHQHDRRNEVYFYFDLDDGQAVCHFMGEPQETRHIFVANEQAVLSPPWSIHCGVGTANYAFIWGMAGENLDYDDMDKFPPNELR	PGPT0018245_148	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_SUGAR_ACID_UTILIZATION	PLANT_DERIVED_OLIGOGALACTURONIDE_DEGRADATION,PGPT0018245-kduI-K01815	NA	NA
AK237_02142	987	dctP	COG1638	Solute-binding protein	ATGTTGCGCGTGAAACTCGCTCCGTTTGTTGTCGTTGCGGCTCTGGTAATGTCACTGTTTGGTTGCGGTAGTAAGCAAGACAATGACGTAGTAGTCCTCAGGTTAGGTCATTCTCTTGATCCTCAGCACTCGGTGCACAAGGCAATGGTGTACCTTGGTGAACGCCTGAATGAATACTCAGGTGGCACAATGCAGGTTGCTATCTATCCAGGCAGTCAGCTAGGTACCGAACGCGAGATGATTGAATTACTGCAGATAGGCTCTTTGGACATGACCAAGGTGTCAGCAAGCCCTTTGGAAGGGTTCGCGCCAGAGATGCAGATTTTCAGTATTCCTTACGTGTTCCGCGACAACGAGCACTATTGGCGCGTACTCAATAGTGAAGTAGGAAAAAGCCTGCTCACGGGTGTCGAAGCATTTAAATTAAAAGGTCTGGGCTATTACGACGCGGGAAGCCGCAGCTTCTACACAACAGACCGCCCAATTCAAACGCCCGACGATTTACAAGGCATGAAAATTCGCGTGCTAAATAGCCCAACGGCGGTGAAAACGGTGCGCGCACTCGGCGGTGCAGCTACCCCCGTTTCATGGGGCGAGTTATACACCGCACTGCAACAAGGCGTAGTGGACGGCGCAGAAAATAACCCGCCTAGTTATTATCTGTCACGACATTACGAAATTGCCCGCTATTACTCGTTAGACGAACATACCTCAGTGCCCGACGTTATGCTGCTGTCGCTGCGTACATGGAAAAACTTATCTGAACAGCAGCAGGGTTGGCTTCGTCAGGCAATGGAAGACTCCGTGATTTATCAGCGCAAACTGTGGCAAGCCTCCACGGAAGAGTCTCTTGAAAAAGTGATTGCGGACGGTGTGGAAGTCATTTACCCGGATAAAAAGCCCTTTGTTGATGCTGTTAAGCCGTTCCACGACAGTTTTGATGGCACTGAAGTTGGCGCATTACTCGATAAAATTAAGGCGATGTAG	MLRVKLAPFVVVAALVMSLFGCGSKQDNDVVVLRLGHSLDPQHSVHKAMVYLGERLNEYSGGTMQVAIYPGSQLGTEREMIELLQIGSLDMTKVSASPLEGFAPEMQIFSIPYVFRDNEHYWRVLNSEVGKSLLTGVEAFKLKGLGYYDAGSRSFYTTDRPIQTPDDLQGMKIRVLNSPTAVKTVRALGGAATPVSWGELYTALQQGVVDGAENNPPSYYLSRHYEIARYYSLDEHTSVPDVMLLSLRTWKNLSEQQQGWLRQAMEDSVIYQRKLWQASTEESLEKVIADGVEVIYPDKKPFVDAVKPFHDSFDGTEVGALLDKIKAM				NA	NA	NA	NA	NA
AK237_02143	489	siaQ	COG3090	Sialic acid TRAP transporter small permease protein SiaQ	ATGCGACAGTTAGTAAAGTTAATTGATAAAAGCTTGGCGGCTGCTCTTATTGCCGCGATGGCCGCCATACTGCTGGTGGTAGTCTGGCAGGTTATTTCGCGCTATTTATTGAAAGATCCCGCCTCGGTCACTGAAGAGCTATCCCGTTTCCTGCTTATTTGGATTGGTATCCTGGGTTCTGCCTACGCCTACCGCCAGAAAGTACATCTGGGCTTCAATTTAGTGGTAAATCGCCAATCAGAAAACGTTCGCCGTCTTATCATGACCTGTGTGGAATTACTGGTTGTGGCCTTTTGCGTATTGGTACTGATTATTGGTGGTCACGCGTTGGTAAACCTTACGCTGGATCTCAACCAAATCTCTGCCGCGCTAGGTGTAAAAATGGGATGGATCTACACAGTGCTCCCCCTCTCTGGCGCCATTATGGTGTTTTACTGCTTTGTAAACATTTATAACCTCTGGCTAGACCCCTCGCAGGAGCCGCTGTAA	MRQLVKLIDKSLAAALIAAMAAILLVVVWQVISRYLLKDPASVTEELSRFLLIWIGILGSAYAYRQKVHLGFNLVVNRQSENVRRLIMTCVELLVVAFCVLVLIIGGHALVNLTLDLNQISAALGVKMGWIYTVLPLSGAIMVFYCFVNIYNLWLDPSQEPL				NA	NA	NA	NA	NA
AK237_02144	1296	dctM_1	COG1593	C4-dicarboxylate TRAP transporter large permease protein DctM	ATGGAAATGACCGCAATTATTCTTATCGTCGGGTTCTTCTTTTTCTTACTTATCAATGTGCCCGTGTCTATGAGCATCGGATTGGCCACGTTAGTTGCCATGTTAATTAACATTGAGTTTGTGCCCGCCGTAACCACCATGGCTCAGCGCATGGCTGGAGGTCTCGACAGCTTTGCCTTGTTAGCGATTCCGTTTTTCGTGATGTCTGGCTTGATCATGGGACGGGGTGGCATTGCCAAACGCCTTATAGAATGTGCCATGGCACTTATCGGTGCTTTACCCGGCGGTTTAGCACTGGTGAACGTCGTATCTTGCATGCTGTTTGGTGCCATCTCAGGTTCTGCGGTAGCTGCCTGTTCAGCAATCGGCAGTTTCATGCTGCCGGAAATGAAAAAGAAAGGCTATGACCCTAATTTTTCAGCAGCGGTTACTGCTGCTGCTGCGACAACCGGCATGCTTATCCCGCCAAGTAATATTCTGATTGTTTATGCTATTGCGAGCGGCGGCGTATCTATTGCGGCATTGTTCATGGCTGGCTATATTCCAGGCATTATGGTGGGCCTGGCATTGATGGTGGTGTGCTACATCTGGGCAAAAATAAAAGGCTACCCGTTATCTGATCGCTTACCGTTCAAAGTCGTCATAGAGAAATTGTTCGCTGCCCTTCCCAGCCTGTTCTTAATTGTTCTTGTGATCGGAGGTATCGTCGGTGGCGTATTCACCGCAACAGAAGCCGGTGCTATTGCAGTGGTGTATTCGCTATTGCTGTCTGTAGGTGTCTATGGCGAAGTGAAAGTAAAAGAATTGCCGGACATTTTGCTAAAATCAGCAGAAACCACAGCTATCGTAATGCTCCTTATTGCAGCTTCCACGGCAATGTCATGGTTATTGTCCTTTGAGAATATTCCGCAAACGCTCAGCACCGCATTACTGGAACTCAGTGACAATCCTATTGTCATCCTACTGCTTATCAACCTGTTGTTGATAGTGGTGGGTGCATTTTTGGATATGACACCGGCCGTTCTTATTTTTACGCCAATCTTTCTGCCGGTTGCCATGCAGTTGGGTATGTCACCGCTGCAGTTCGGCATTATGATTGTGCTTAATTTGTCTATTGGTTTGTGTTCACCGCCGGTAGGCGCAGTACTGTTTATTACCTGTGCCATCGCAAAAACCAAACTGGAAAATATAATTCGCCCCTTACTACCGCTCTATGCGGCGATGTTCGTGGTGCTAATGTTGGTTACCTACGTCGCGTGGTTCTCTGAAGCCCTGCCAGCGGCGCTAGGTTTTTAA	MEMTAIILIVGFFFFLLINVPVSMSIGLATLVAMLINIEFVPAVTTMAQRMAGGLDSFALLAIPFFVMSGLIMGRGGIAKRLIECAMALIGALPGGLALVNVVSCMLFGAISGSAVAACSAIGSFMLPEMKKKGYDPNFSAAVTAAAATTGMLIPPSNILIVYAIASGGVSIAALFMAGYIPGIMVGLALMVVCYIWAKIKGYPLSDRLPFKVVIEKLFAALPSLFLIVLVIGGIVGGVFTATEAGAIAVVYSLLLSVGVYGEVKVKELPDILLKSAETTAIVMLLIAASTAMSWLLSFENIPQTLSTALLELSDNPIVILLLINLLLIVVGAFLDMTPAVLIFTPIFLPVAMQLGMSPLQFGIMIVLNLSIGLCSPPVGAVLFITCAIAKTKLENIIRPLLPLYAAMFVVLMLVTYVAWFSEALPAALGF	PGPT0017335_2518	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_C4-DICARBOXYRATE_TRANSPORT,PGPT0017335-dctM-K11690	NA	NA
AK237_02145	1023	ccpA_3	COG1609	Catabolite control protein A	ATGGATAAACGTCCTACGATCAATGACGTTGCCCGCCTGTCGGGGGTGTCAAAAAGAACCGTTTCTCGCGTGATTAACGGTGCCACGAATGTCGGTGCCGCAACCCGGGAAAAAATACAAAAAGTCATTGATGAGCTAGGCTTTTCTCCGGATAAACAAGCGCGTGGCTTAGCAGCAAGCCGCTCGTTTTTGCTCGGAATGATTTACGACAACCCGGATGCACTTTATATAGATCAAGTGCAACGCGGCGTGTTAAATATCTGTTCAGAGAAAGGGTACGAGCTGGTCGTCCACCCTTGTCATTACAACTCACCTGAATTTATTGATAACTGCATTAAGTTTGTTAAACGCTCAAATATTGATGGCGTTGTCATCCTGCCGCCGGTTTCAGAATCGAAAAAGCTCGCCGCGGCGCTTAAAGAGCAATCCATCAATTACGTAAGAATGGCCTCTGTTGACTTAGATGATCACGCTAACATCGTTGTGTCTGACGACCGCGCTGCCATTAGCGATCTCGCGCGCTACCTGGTCTCATTAGGGCACCGGGATATCGCCATTATCAGCGGGCCACAAGCGTATTATTCATCAATAGAACGTCTGGAAGGTTTTCGCGACACGTTAAAAGAACTTGGCATTACCTTACCTGATAACCGCATTATTGAAGGTAAAAACAGCTATGAAAGTGGCATTGAATGCGCACGCAGCTTACTCATTCAAGCGACTCGACCAGCGGTGATTTTTGCCAATAACGATGAAATGGCGGCAGGGGTTTTAAAAGTGGCTCACGAAATGGGTATACGTGTTCCGGAAGAACTGTCTATAGCGGGTTTCGATGATAACTTACTTGCTGCTCGGGTGATTCCGTCACTGACTACCGTAAAGCGTCCCGTTACTGCGATGGCGTCGCTTGCTGCCACCAAGATTATCGCGATGATTGAGAATAAGCCCACAGACGATATGGAAAGCTATTTGGTGAAGCCTCACCTCATTATTCGCGAATCTACACGCAAAGCAGAAAAGTAA	MDKRPTINDVARLSGVSKRTVSRVINGATNVGAATREKIQKVIDELGFSPDKQARGLAASRSFLLGMIYDNPDALYIDQVQRGVLNICSEKGYELVVHPCHYNSPEFIDNCIKFVKRSNIDGVVILPPVSESKKLAAALKEQSINYVRMASVDLDDHANIVVSDDRAAISDLARYLVSLGHRDIAIISGPQAYYSSIERLEGFRDTLKELGITLPDNRIIEGKNSYESGIECARSLLIQATRPAVIFANNDEMAAGVLKVAHEMGIRVPEELSIAGFDDNLLAARVIPSLTTVKRPVTAMASLAATKIIAMIENKPTDDMESYLVKPHLIIRESTRKAEK	PGPT0017992_8160	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
AK237_02146	1488	uxaA	COG2721	Altronate dehydratase	ATGCAAGACCAAACCCAACTGATCCAAGTTCACCCTCAAGACAATGTTGCCGTAGCAACAATGGACTTAGAGGCGGGAACCCAACACCCGAGTTTGGGGCTTACGCTGGCAGAAGCGATCCCTGCAGGTCATAAAGTTGCTGTTAAGGCATTGAAGGCCGGTGACAATATTGTGAAGTATGGCTTTCCCATTGGCCATTTGCTGGAAGACGTTGCCGTCGGTGCCCATATTCATAGCCATAACCTGAAAACGAACCTGAGTGGACAAGAAGCTTACACCTGGAAAGACTTGCACAAAGTTGCCACCGGGAGCAAAGCATCTGATGCCACGTTCATGGGGTATCGCCGCGAAAATGGAAAAGTGGGTATTCGCAATGAAATTTGGATCATCAACACCGTTGGCTGCGTTAATCGTACCGCAGAGCGAATCGCGTCAGAATGTAGTCGTCGTTTTGCCAACGAGTGTGATGGTTTCAGGGCGTTCACCCACCCTTTCGGCTGCTCTCAGTTGGGCGACGACTTAACCGATACCCGTGCCATTCTGGCAGCACTGGCTTCCCACCCTAATGCTGGTGCTGTACTAATCGTTGGCTTGGGCTGCGAGAACAACCAGCTTTCTGCCATGCTGGAACTGGTAGATAAGCCTGAAGATCGCCTGCGTTATTACAATTCCCAGCAGGTAGGCGACGAAATTGAAGAAGGTATCCGTCTGGTTTACGAAATGCTGAAACCGGTGGGTGCCGACAAACGGGAACCGATCCCCGCCTCGGAACTGGTTCTGGGCGTAAAATGCGGCGGCAGCGATGCGTTCAGCGGCATTACCGCCAATCCGCTGGTAGGTCGTTTAACCGATTTGCTAACCAATATTGGTGGCACCGTATTACAAACAGAAACACCAGAAATGTTTGGTGCGGAACAACTGCTGATGGATCGCGCAGTCTCAGAGCCGGTGTTCAACGATATTGTTTCTCTGGTCAACGAATTTAAGCAGTACTTCCTCGACCATAATCAGCCAGTTTACGAAAACCCGTCCCCGGGTAACAAAGCCGGCGGATTAACCACGCTGGAAGAAAAATCCCTCGGTGCGGTGCAAAAAGGCGGCCAGGCGGCTGTCGGCGGCGTACTGAAATACGGTGAACCTGTTCACCAGAAAGGTTTGTCACTGTTGCAGGCGCCGGGTAACGACGCTGTCAGCTCAACGGCTCTGGCCGCCAGTGGCGCGCATATCGTTTTATTCACCACCGGGCGCGGTACACCGCTCGGGTTCCCTGTACCCACAATAAAGATATCGTCAAATTCCAGAATAGCAGAACAAAAACCACACTGGATTGACTTCAATGCGGGACAAGTGCTGCAAGGCGTCAGTATTGACGACTGCGCAGCACAGTTGTACCAACTTTGTCTCACTACAGCGTCAGGACAACTTACCTGTAATGAGAAGAATGGCAGTCATGAAATTGCTATTTGGAAACGAGGCGTAACCCTTTAA	MQDQTQLIQVHPQDNVAVATMDLEAGTQHPSLGLTLAEAIPAGHKVAVKALKAGDNIVKYGFPIGHLLEDVAVGAHIHSHNLKTNLSGQEAYTWKDLHKVATGSKASDATFMGYRRENGKVGIRNEIWIINTVGCVNRTAERIASECSRRFANECDGFRAFTHPFGCSQLGDDLTDTRAILAALASHPNAGAVLIVGLGCENNQLSAMLELVDKPEDRLRYYNSQQVGDEIEEGIRLVYEMLKPVGADKREPIPASELVLGVKCGGSDAFSGITANPLVGRLTDLLTNIGGTVLQTETPEMFGAEQLLMDRAVSEPVFNDIVSLVNEFKQYFLDHNQPVYENPSPGNKAGGLTTLEEKSLGAVQKGGQAAVGGVLKYGEPVHQKGLSLLQAPGNDAVSSTALAASGAHIVLFTTGRGTPLGFPVPTIKISSNSRIAEQKPHWIDFNAGQVLQGVSIDDCAAQLYQLCLTTASGQLTCNEKNGSHEIAIWKRGVTL	PGPT0018305_1072	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
AK237_02147	1416	uxaC	COG1904	Uronate isomerase	ATGAAACCGATTTTACTTCATGAAGACAGGCTTTTTCCGGTTGATGAAAAGACCCGCGGCATCGCCCGTGAGTTGTATCAGTCTGTCAGGGACCTGCCTATTATCAGCCCTCATGGACATACTGATCCGCGCTGGTTTGCCTACGACGAAAACTTCGGTAACGCTACCGAACTGTTTATTTTGCCTGATCACTACGTGTTTCGTATGTTGTATTCTCAGGGGATCACCCTTGAGCAGTTAGGCATCCGCCGCTGGGATGGCGGTGAGTCTGAAGCAGATCCGCGTAAAATCTGGCAGCTGTTCGCTGACCACTACTACCTGTTTCCGGGTACACCGTCGCGCATGTGGCTCGACACCGTATTTAAAAATGTGTTCGGCCTTACCGACATGCTGTGCTCAGACAACGCCATGGACTATTACGAGTTCATCACCAAAGAGCTGGCGAAGCCTGAATACAAACCCCGTGCACTGATGGACCGCTTTAACATTGAGTTAATTGCCACCACTGAAGGCGCACTGGATCCGCTGACTCATCACGGCGCAATCAAAGGCACCGGCTGGGACAAGCGCGTTATCACCACCTTCCGTCCTGACGACGTGGTAGATGCTTCCCGCGAAGATTTTGTAGATAACATCGCTAAACTGGGTGATATCACCGGTGAAGACACCACCAGCTGGCAGGGTTATCTGGCGGCATTACGTCAGCGCCGTCAGGTATTCCGTGAACACGGCGCTACCGCTACAGATCACGGCCACCCGACTGCCGCCACCGCAGATTTATCGGTCGCTGAATGCGAAAGCCTGTTTGCGAAAGTGCTGTCAGGGGATTCCTCAGCCGCAGAACAAGAACTGTTCCGTGCACAGATGCTTACCGAACTCGCCGGCATGAGTGTGGAAGACGGCATGGTGATGCAAATCCACCCGGGGTCTTTCCGTAACCATAACGAAAGCCTGTTTAAGAAATTCGGCCGCGATAAAGGCCACGATATTCCTATGCAGACTGACTACGTTAACGCACTGAAGCCCTTGCTGAACAAGTACGGTAACGAAGCGAATCTGAATATCATCCTGTTTACCCTGGATGAAACCGTGTACGCCCGTGAACTCGCGCCGCTGGCCGGTCACTACCCGTGCCTGAAACTGGGTCCGGCGTGGTGGTTCCACGACAGCCCGGAAGGCATGCTGCGTTTCCGTCACAACGTTACCGAAACTGCCGGTTTCTATAACACCGTTGGCTTTAATGACGATACTCGCGCGTTCCTGTCTATTCCGGCCCGTCACGATGTGGCCCGCCGTATCGACTGCCGTTTCCTGGCGCAACTGGTGGTTGAACACTGCGTTGCCGACTGGGAAGCCGCCGAATTAGCACAGCAATTGACATACAACTTAGCGAAAAAAGCATATAACCTGGGGTAA	MKPILLHEDRLFPVDEKTRGIARELYQSVRDLPIISPHGHTDPRWFAYDENFGNATELFILPDHYVFRMLYSQGITLEQLGIRRWDGGESEADPRKIWQLFADHYYLFPGTPSRMWLDTVFKNVFGLTDMLCSDNAMDYYEFITKELAKPEYKPRALMDRFNIELIATTEGALDPLTHHGAIKGTGWDKRVITTFRPDDVVDASREDFVDNIAKLGDITGEDTTSWQGYLAALRQRRQVFREHGATATDHGHPTAATADLSVAECESLFAKVLSGDSSAAEQELFRAQMLTELAGMSVEDGMVMQIHPGSFRNHNESLFKKFGRDKGHDIPMQTDYVNALKPLLNKYGNEANLNIILFTLDETVYARELAPLAGHYPCLKLGPAWWFHDSPEGMLRFRHNVTETAGFYNTVGFNDDTRAFLSIPARHDVARRIDCRFLAQLVVEHCVADWEAAELAQQLTYNLAKKAYNLG	PGPT0018210_531	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
AK237_02148	1461	mtlK_1	COG0246	Mannitol 2-dehydrogenase	ATGGCACGTCTGAATTTCTCTACGCTGGCGGACTTGCCGTCAGAGGTAAAACAACCTCAATACGATGTGAAGGCGACTACCAGCGGCATTGTGCATATTGGTCCGGGCGCATTTCATCGTGCTCATCAAGCGGTGTACACTGACCTGGCCATGGCTCACGGCGGAAACTGGCGTATTGACGGCGTGTCTATGCGCAGTAAAAGCCTGAAAGAAAAGTTATCCGGCCAGGATAACCTGTATTCACTGGTTGTGCTGGATAACCAGCCGTATACGCAAATCATCGGCGCAATGAATAACGTGTACGTGTTAGGTGAAGACCGTGATGCCATTATGGCGTCGCTGACCGCACCCACCACACACATCGTTACGCTGACCATTACTGAGAAAGGCTATTGCCTGGACAATCAGGGCAAGCTCGATGCTGCCCATCCGGACATTCAACATGACAGAGATTTTCCCGACGAGCCAATATCAGCCATCGGCCTGTTAGTTGCCGCTTTGAGCGAGCGAATGGCATCTGGTGCATCAGAGATCACCATCATAAGTTGCGACAACCTGTCTGATAACGGTAGCAAACTGGGCGCTGCTGTAGTGGCATTCGCACAGTTACTCGACAACGAACTGGCTGCGTGGATCAGCAAGAACATTTGTTTCCCTAACACCATGGTAGACAGTATTACGCCGGCTACCGACGATGCGCTGGTGAGCCAGACGGCTGCTGCTCTGGGTGTCACCGACGAGTGGCCGATTCAGCGCGAAGCCTTTACCCAGTGGGTTGTGGAAGACAAATTCAGCGGTCCCCGCCCTGCCTGGGACAAAGTCGGCGTGACCTTCACCGACGATGTGCATCTGTTTGAAAAAGCCAAACTGCGTGTACTTAACGGCACCCACTCCACGCTGGCCTACACCGGCACATTATGTGGTATCGACACGGTATTTGAAGCCATTAGCAAGCCTGATATGGAAGCCTTTATCCGCCGCCTGCTGAAAGAAGAAATTCTGCCGACTATTGATGCCGGTGACAAAATGGATTTATCAGCCTACGCCGATGACATTCTGAACCGCTATCACAACAAACATATCCGTCATTTACTGGCACAGATTGCTTGGGACGGCTCACAAAAGCTGCCTTTCCGCATTTTGAATACCGTACGTGACCGCATTAAAGCCAAAGCCAGCTTTAACCTGCTAAGCGTACCTGTGGCTGCTTGGATTTTATTTATCGCTAAACGTCAGGCGGCGGGTGAAACCATTACCGACCCGATGGCAGAACGTTTATTGTCGCTGGCTGAAAAACACAGCGGCGATACGAAATCGCTGACGGATGCAGTACTGAATGAACGCGACGTTTTTGCTGAATTATCTGACAACCAGGCATTCCGCCAAACCGTTCATGCACAAGTGGAAAAGCTGAAAGACATTACACCGCAAACAATGGCTGCATGCCTGGGAGAGCTATAA	MARLNFSTLADLPSEVKQPQYDVKATTSGIVHIGPGAFHRAHQAVYTDLAMAHGGNWRIDGVSMRSKSLKEKLSGQDNLYSLVVLDNQPYTQIIGAMNNVYVLGEDRDAIMASLTAPTTHIVTLTITEKGYCLDNQGKLDAAHPDIQHDRDFPDEPISAIGLLVAALSERMASGASEITIISCDNLSDNGSKLGAAVVAFAQLLDNELAAWISKNICFPNTMVDSITPATDDALVSQTAAALGVTDEWPIQREAFTQWVVEDKFSGPRPAWDKVGVTFTDDVHLFEKAKLRVLNGTHSTLAYTGTLCGIDTVFEAISKPDMEAFIRRLLKEEILPTIDAGDKMDLSAYADDILNRYHNKHIRHLLAQIAWDGSQKLPFRILNTVRDRIKAKASFNLLSVPVAAWILFIAKRQAAGETITDPMAERLLSLAEKHSGDTKSLTDAVLNERDVFAELSDNQAFRQTVHAQVEKLKDITPQTMAACLGEL	PGPT0018275_1018	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_SUGAR_ACID_UTILIZATION	PLANT_DERIVED_GULONATE|FRUCTURONATE|MANNONATE_DEGRADATION,PGPT0018275-uxuB-K00040	NA	NA
AK237_02149	639	eda_1	COG0800	KHG/KDPG aldolase	ATGAAAGGCATTAAACACATTGTGAAAGGTGCCCCGATCCTGCCAATTTTACAGGCAGATTCGGTAGAACAAGCCCTGAACATTGCAAAAGCAGTGGAAGCCAGCGGCCTTAAAAATCTGGAAGTGGTGCGCCGTACAGACGCTGCGGCGGCTTCTGTGACCGCTATTCGTGACGCATTTCCGGATATGGTTGTAGGCATGGGTACTGTGCTCAGCCCTGAGCACGCAAAGGAAGCGGTGGAAGCCGGCAGCCAGTTTCTGGTGACGCCCACCGTCAGCCCCCGTTTACTGGACGGATTAATGTCGTCGGGCGTACCGTTTATTCCCGGCACCAGTAATCCTGCGGACATTCTGATGGCCAGTGAATACGGCCTTACCGAACTTAAATTCTTCCCGGCCCACTTAAGCGGCGGTGCGCCTATGCTTAAGGCACTGGGCGGTATCTTTCAGAATATCTCGTTCTGCCCCACCGGCGGTATTTCAGGTAGTAACCTGAACGACTATCTGAGCCTGAAGAATGTGTTTGCCTTAGGCGGGTCGTGGATGATCCCCACTGACATGGTGAAAGCAGAAAACTGGCAAGGCATCACAGACACCTGCAAGCAGGCGCTGGAGGCATTTGAAGGGTTACGACCATGA	MKGIKHIVKGAPILPILQADSVEQALNIAKAVEASGLKNLEVVRRTDAAAASVTAIRDAFPDMVVGMGTVLSPEHAKEAVEAGSQFLVTPTVSPRLLDGLMSSGVPFIPGTSNPADILMASEYGLTELKFFPAHLSGGAPMLKALGGIFQNISFCPTGGISGSNLNDYLSLKNVFALGGSWMIPTDMVKAENWQGITDTCKQALEAFEGLRP	PGPT0002060_2514	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
AK237_02150	918	kdgK_2	COG0524	2-dehydro-3-deoxygluconokinase	ATGAGCCGCATTGTAATTTTCGGCGAATGCATGGTTGAGCTGGTTAACCGTGGTGCCGACACTCTGTCTAAAGGCTACGCCGGCGACACCTACAACACCGCGGTTTACTTAAAACGCTGTGCCCATGACATTTCAGTAAGCTACTTAACCGCTATCGGCGCGGATTTCTTAAGTGACGAGCTGTTGTTTAAAATGGGCGACGAGGAAATCAACACCGACCAGGTATACCGCAGCGAAGATCGTAATCTTGGCCTGTACATGGTGCGCACGGATAAGCATGGCGAACGTACTTTCGCTTACTGGCGGGCAAACTCGGCGGCAACACAAACACTGAACCTCATGCGCGGTGATTTAAGCGATGCAGATGTGTTTTATTTCAGCGGTATCTCACTGGCCATTCTGGATGAAATACAACGCATGAAGTTGTTTGATCTAATCGATGGTTTTCGTGCAAAAGGCGGTAAAGTGGTCTTTGACCCCAATTACCGTCCACGCCTCTGGCCAGGTCAGGATCAAGCGCAATTGTGGACGGACAAGGCATACGGCCATGCGGATATCGCCTTCCCCGGCGGTGATGATCACCTGGCGTTATATGGTCACACTGATGTGGATGCCATCCACCAGCACGTTGCTGACCTTGGCGTTAAAGAAATTATCGTGAAGAACGGCGCTGTTGGTGTGCACATCTACGAACAGAACAGTCACTGCATTGTGCCGGTAGAACGGGTAGAAACCGTAGTCGATACTACCGCAGCCGGTGATGCGTTCAATGGCGGCTACCTGTCAGCACGCCTGTCAGGTAAAGATGTAACCGACTCTGCCAGCTTCGGCGCAAAAGTCGCCGCCACAGTCATCAGCTACCCCGGCGCGATTGTGGAAAAAGACGCATTTTATAAGCATATAGCAGCGCTCTCCTGA	MSRIVIFGECMVELVNRGADTLSKGYAGDTYNTAVYLKRCAHDISVSYLTAIGADFLSDELLFKMGDEEINTDQVYRSEDRNLGLYMVRTDKHGERTFAYWRANSAATQTLNLMRGDLSDADVFYFSGISLAILDEIQRMKLFDLIDGFRAKGGKVVFDPNYRPRLWPGQDQAQLWTDKAYGHADIAFPGGDDHLALYGHTDVDAIHQHVADLGVKEIIVKNGAVGVHIYEQNSHCIVPVERVETVVDTTAAGDAFNGGYLSARLSGKDVTDSASFGAKVAATVISYPGAIVEKDAFYKHIAALS	PGPT0018060_3234	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
AK237_02151	2973			hypothetical protein	ATGAAGAACCGGAGCCTTAAAACGTTTGAAGCCATGGCGTCATGCGTTTTAGATTGTTTTGTCTTCGGTTGCTTTATCTTCAGTTTTTCAGCAAGCGGCGTGGCGGCCAGTGAATTGCTGCCCGCTAAGCCGTCGGTTCCGCTGGCTCAAATTGTTACTGAGTTCAGCCGTGACGCCGGGGAAACTGTCGCGTTTGATCCCGCGTTACTGAAAGGATTAACGGCTGCGCCGCCGACGCGACATACCCTCAGTACGCAAGAGATCACTGATTTGCTTCGTACGTTTTCCCTTTGTCTGGAACCAGTGCAAAATGGCCGGGTTATTCGCCAGTGTGACTCTCCGCTTAGCGACAAAACTGGCAGCTCCGGCGCCACGCCCACAGAAAATAACGCCATAACCCGCACCCATCCTACTGTAGAAATTGAAGTCACCGGGTTTCGCCAGTCGTTGATCCGTGCCAGAGAGATTAAGCGCCTTTCTATGGTGACGCAGGAAACGATTTTGTCTGAAGACATCGCTGACTTTCCTGATTTGAATCTTGCTGATGCTTTGCAGCGTATTCCGGGAATCACGATTACCCGTGAGGGTGGAGAGGGGCGGCAAATTTCCTTAAGAGGATTGGGGCCTGACTTTACCCGCGTAAAGGTTAATGGCATGGAAGCGATGGCTATGACGTCTTCTGCCATGGACGCCCGGGGAAGCGTAAGTCGCACCCGTGCCTTTGACTTTACGCTTTTTGCATCAGAGCTTTTCAATCGTATTGATGTGAGTAAATCTTATTCGGCAGAGCAGGACGAAGGCGGTATTGGCGGCACGGTAATGCTGCACACGCCGAAACCATTCGATTTTGCTGATAACATCAATACGGTTGCATACAAGCAAAGCTACAACGGGAACAGTAAAGAATCTGACCCCAGTATCATTGGCTTATTCAGCCGCCGGAACGAAACACTGGGGGGACTTATCTCCGTTGCTTACAGCCAGCGGCATACCACTGAATTTGGCACCAATACAACGCGATGGCGGCAGGAGAAAAAAAGCTATAGCGGCGAGAGTGACGGTGCATTACAGCAAGCACTGGAGCAGGGGGAGTTCTGGTTTCCCAGAGGGCATCGCTATTCGCTCTGGAATAATAATCAACGCAGAATTGGCGTGACGACATCCTTGCAATATGTGCCGGACGATAACTGGCAACTTACGTTGAATGGCATGGTCAGCCGGTTACACAATACCCTTGATGAACATCATATTGCGGTGAAGGACAACGACGATGTGAGTGTTGTGGTATGGGAGCAGAACCGGTCTGACAAGGAAGTATTATTCGCCAAATACACCGATGCAACATGGCGAATAGAAACCCGCGAAGATGAAAATTCATCGACGTTCTATCAGCTAAGTCTGGACAGTGAATGGCAGGTATCACCGGCACTTCATGTCGATTTTCTTGTGGGTACCAGTGCCAGTGATTACTCGCAACCTAAAGTAAACAAAATCAATATTCGCAAAACGGGTGTTGATATTGTTACGGATTTTCGAGAAGACCGCTTTTACGGCGAGAGCTATTCTACCAACATGGATACGGCATCGCTAAGCGGCTTGACGGTTAAAGATCTCTATTTTCAGGAAAATGCCATGCGCTCGTCATACCATAATGCAAAGGCATCGTTGCGTTATTTGCTGGAAAGTGGCGATGCGCTGTCGGCGGGCATTCATGTTAAGTCATTTAAGAATACCGGCGTTGACCGCGCACGCAGCATATACCCTGCGCAAGGTGACGAGCAGCTATCTGCTGCACAGTTGTCGCTATTTAATCAGCACCCGGATAAAGCCTGGGTACAGGGAGATTTGGCCGCTATTCAATCGTACTATGGTTTGGCAGACATCAAGCTGACGAGCGATGACATCGTTGAAAGTACTAACTTCGATGTGAAAGAGGATACTTACGCGTTATATGGCATGTACGACAGCACCGGAAGTTGGCTTGGAAAGCCGTTTTACACGCAAAGTGGAGTCCGGTATTTTTCTACCCGCTTTTATACCTCAGGCCTGCAAAAAGGCGAACCTGCGACCGTTTCGAAAACCTACGACAATATACTTTTTAGCATGAATGCTGTTCTGGAATTGAGCGACGACTGGCTTTGGCGCGCCAGTGTGGATGAAAACATCACGCGTCCTTCCATCCACGATGTGGCTATTACTGCCGAGGTCTCTCAGGCATCCAGAAATGAAGGGGATATTGGCCGAGTTTTCATTGGCAATCCTTATTTGAAGCCACTGAAATCGTTGAACGCTGAAACGGGCATTGAGTGGTATTTTGATGAAGGGGGCATATTGGCGATTTCCGGCTTTTTCAAAAAAATAGACAACTTCGTAGTTGAGGAAGTTGAAGCTATGCCATACCGGGCGCTCGGTTTGCCAGCGAATTTATTGCAGGAAGGAGATAGCGAAGATGATATTTTTTACGTCAGTACGCCTCAAAACACCGATTCCACTACATTTAAGGGGTTCGAATTTGCGTATTCCCGCGATTTGACCTTTTTGCCATCCCCGCTTGATAGTCTCGGCGTTAACGCAAACTTTACCTACGCAGAAGGCACAACATTGTACAGAGACGTGCAGGGAACTGGCGAAAATCAGATTAAAACCTTTGCCGGTTTATCAAGGCGTAGCTACAACTTCACCCTGTATTACGATCAGCAACACTGGTCTGCCCGTGTGTCGGCGGCCTACCGCAGCCCCTATATTTTATCCGTTCAGCCCGGAAACACCGATCAGGATGAATCCGGCTATCACGCTACTACTTATATTGATGCCTCGGCCAGTATTCAGTTATCCGGCTCATTGAAAATGACCATTGAAGGGTTAAATCTGACTAACGTAAGGGAAGAGCTGTATAGTGATTCGAACGACCGTGCCTACAACACCACAACGAGTGGACGGACATTTCTGGTCGGGATCACTGCGGAGCTATAG	MKNRSLKTFEAMASCVLDCFVFGCFIFSFSASGVAASELLPAKPSVPLAQIVTEFSRDAGETVAFDPALLKGLTAAPPTRHTLSTQEITDLLRTFSLCLEPVQNGRVIRQCDSPLSDKTGSSGATPTENNAITRTHPTVEIEVTGFRQSLIRAREIKRLSMVTQETILSEDIADFPDLNLADALQRIPGITITREGGEGRQISLRGLGPDFTRVKVNGMEAMAMTSSAMDARGSVSRTRAFDFTLFASELFNRIDVSKSYSAEQDEGGIGGTVMLHTPKPFDFADNINTVAYKQSYNGNSKESDPSIIGLFSRRNETLGGLISVAYSQRHTTEFGTNTTRWRQEKKSYSGESDGALQQALEQGEFWFPRGHRYSLWNNNQRRIGVTTSLQYVPDDNWQLTLNGMVSRLHNTLDEHHIAVKDNDDVSVVVWEQNRSDKEVLFAKYTDATWRIETREDENSSTFYQLSLDSEWQVSPALHVDFLVGTSASDYSQPKVNKINIRKTGVDIVTDFREDRFYGESYSTNMDTASLSGLTVKDLYFQENAMRSSYHNAKASLRYLLESGDALSAGIHVKSFKNTGVDRARSIYPAQGDEQLSAAQLSLFNQHPDKAWVQGDLAAIQSYYGLADIKLTSDDIVESTNFDVKEDTYALYGMYDSTGSWLGKPFYTQSGVRYFSTRFYTSGLQKGEPATVSKTYDNILFSMNAVLELSDDWLWRASVDENITRPSIHDVAITAEVSQASRNEGDIGRVFIGNPYLKPLKSLNAETGIEWYFDEGGILAISGFFKKIDNFVVEEVEAMPYRALGLPANLLQEGDSEDDIFYVSTPQNTDSTTFKGFEFAYSRDLTFLPSPLDSLGVNANFTYAEGTTLYRDVQGTGENQIKTFAGLSRRSYNFTLYYDQQHWSARVSAAYRSPYILSVQPGNTDQDESGYHATTYIDASASIQLSGSLKMTIEGLNLTNVREELYSDSNDRAYNTTTSGRTFLVGITAEL	PGPT0003790_1150	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0003790-hutA|fatA|fct|foxR-K02014	NA	NA
AK237_02152	939			hypothetical protein	ATGGCAAATCAACAGGAACAAGTCTATCTGGAAGCCGGGGAATGGATTGATCGCCTAGCCGACGGTGAATTGGATGCGTTAAACCGACACCGCTTCGTTCGCTGGTTAGAAAAAAGTGAGTTACACCGGGCGACGCTTGAGAAAATGATAGCTACATGGGAAGACCCGGCACTTCAAGCCGCCTTTGTTGCCGCGAAAAGAGCGTCACAACCATCACGAAAACGTTCTTTTGTAACGTGGGGGAGTGCCGTTGCAGCAACATTGCTGGCTATCGCGATTATCTGGCCGGATTATCGGGGAGAGCCGCTGACACCTTCACCACAATTGCTTACCGCCGCGCATGAAGCGTTAAGTGATGGCAGTGAGGTGCAATTACAGCCCAGCAGTGAATTAGCCGTGTTATTTTCAGATGATACGCGGTATGTAAACCTGAAAAAGGGCCAGGGGTATTTTGATGTAGCCAAAGACCGCACCCGGCCTTTTATTGTGAAAGTCGGTTTATCTTCAGTAACGGCGGTGGGCACAGCGTTTAACATCGACCGGCAGGAACAGCGGGTTGATGTAGTTGTGCACGAAGGTATTGTTGAAATTCGCGGTAATGCCGACAGTGCGCCGCTTTTACTCAAGGCGGGCGAACAACTGACTATCGAAAACGGGGTGGCGGGGCCTGTGGAGAAGGTTGATTTGGCGCAGCGGGTAGACTGGCGCACCGGATGGATTGAAGTAGAAGATGAGTCTTTGAGTTACTTATTTGAACGGCTAAACCGGTATGCAGAAAAGCCCATATTGCTGATGGACAGCGCGGTAGGAGATCGTCGGGTGGCAGGGCGATTCAAATTGGAAGAAACAGCACAGACGTTAGCTATGTTGGGGTCACTGTATGACCTGGATGTTGCTGATACACGCTCGGGTTTTGAAATTCGCCGGCAAGCTAATTAA	MANQQEQVYLEAGEWIDRLADGELDALNRHRFVRWLEKSELHRATLEKMIATWEDPALQAAFVAAKRASQPSRKRSFVTWGSAVAATLLAIAIIWPDYRGEPLTPSPQLLTAAHEALSDGSEVQLQPSSELAVLFSDDTRYVNLKKGQGYFDVAKDRTRPFIVKVGLSSVTAVGTAFNIDRQEQRVDVVVHEGIVEIRGNADSAPLLLKAGEQLTIENGVAGPVEKVDLAQRVDWRTGWIEVEDESLSYLFERLNRYAEKPILLMDSAVGDRRVAGRFKLEETAQTLAMLGSLYDLDVADTRSGFEIRRQAN	PGPT0003910_6093	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-QSR-AUTOINDUCER_PERCEPTION	CE-QSR-3-OH_PAME_PERCIPITATION|SIGNALLING,PGPT0003910-prhR|fecR-K07165	NA	NA
AK237_02153	555			hypothetical protein	ATGAATCTGTCATCGGCGCGTGCGATGATAAGTGATCAACGTATTCATTTAGTCGTACCATCGCTGCACATGTCAGATAAAGCCTCCAGTCCTTCGTTGCAAGCACTGATCAATTCCAAAGTACTTAAGCAATACTTGCACAGGCATTCCGTAAACAGCGAAGAAGCGGCGGACGTTTATCAGGAGTCCATTGCCCGCGTGTTAGAGCAGTCCCGTGCATCGGTCATTGATAATCCCCTTGCTTATGCATTCCGTGTTGCCCGCAATTTGTTGGCGAAACGCCAGGCTCACGAAACCTGTGACATTGAAGAACAGCACTGTTACTTGCAGAACCCTGAGCTCTATCTTGAAACGCAGCAGCGAATAGAGCTTATTGCTGAAGTGATTAATGCCATGCCAGAACAACGCCGGCGGGTTTTCGAGATGCGGCGAATTGAGGGACAAAGCCGGCAAGTCATTGCAGCGCGTCTGAATATCTCCGCTGAAGCTGTGACAAAGCATATTTCGCGGGCGATGGCAGATATCCAACTGCAATTGGATAAGGCGGGTAAGTAA	MNLSSARAMISDQRIHLVVPSLHMSDKASSPSLQALINSKVLKQYLHRHSVNSEEAADVYQESIARVLEQSRASVIDNPLAYAFRVARNLLAKRQAHETCDIEEQHCYLQNPELYLETQQRIELIAEVINAMPEQRRRVFEMRRIEGQSRQVIAARLNISAEAVTKHISRAMADIQLQLDKAGK				NA	NA	NA	NA	NA
AK237_02154	1512			hypothetical protein	ATGGTACTAAAGCCTGTTCCGGTTGCAGTTTTGACTGGTGGATTACTCGTATTGTCAGCCTGCGTGTCAGTTGTGCCCGATGATTCCTCCGGCAAGGACTTTTTACCTGATGACGGAAAGACCTGGCTAGCCGGCGATCATCATATTCATGGCAAGTTTAGCGCACAATGGAATTGGAATGATGATCCCCCGTCACCCATTTTCTTTGGTGATGCGCATTACTTTACAGCGTTAAATGCCAGAATGGCGGCATTTCATCAGCTGGACTGGATGGTGACAACCGATCACGGCGGCCCTAATCATAGTGTTATTAACCGCAATCTGGCTTATCCGGAACTTGTTGCCTCAAGAGCAGCAGTGCCGGACATCATGCAGTTTTACGGGATGGAATTTGACACTCCCGGCGCACGGCACAGTACATTGATTATCCCGAAAAGTGAGCAGGAAGCGGATCAACTGTTTACGCTGGAAAGTCAGTATAACCGCAGAGAAATTTATCCCGACGAATCTCCCAGAGATACACAGGCGTTCATGTTAGAGGCGTTATCTGCTATGCAGCATATGTCGCCAAGGCCGATCCTGACAGTGAATCACCCTGCCCGGAAAGCTACCGGATTGAATGAATATCAAAAAATTACTCCGCAGAGAATGCGTGAGTGGCAGGACACGGCGCCGGATGTGGTAACCGGCATGACGGCTATTCCCGGTCATCAGGCCGCCACCATAAACCCTGACGGCTCGAACGATCCGGACGCGCCTCGTGCTGAATATTTTGGCTACCCCACACATGGTGGTACCGATCAAATGTCGGCTATCGTCGGTGGTGTGTGGGATAAGCTATTGGCAGAGGGCCGACGGTGGACGGTAACTGCAGTGTCTGATAGTCATGCGCATTACACCGAAGGCCGCACTGATTTCTGGCCAGGCGAATACGCCAAAACCTATGTACGGGCCACCCGTGACTACGACAGCGTGTTAGCGGGCATACGCGAAGGCAATGTATTTATTACCACAGGTGACTTAATTGACGAACTCTATGTGAATATCCGCCAGGGGAAGCAGCGGGCAGATATGGGAGAGATGCTGAATATAGACGGCGAGGAACCTGTTACTGTTACCGTTGCGTTTCACGACCCGCAAAGCGCTAACTTTAATCACCAGTTTCCTGCCGTCGCGCGCCTCGATGTCATATTTGGTGAGGTTGTGGGTACGTACCCTGAAACAGATAGCGCGCCAACCCACGTGATCCGGCGTTTTTACCCGCAAGATTGGGATCAGCAGGGTGCGTATAAGGTTGTACAATTTCAGATACCCGCCCCCAAAGGCAGCGCCTATGTGCGTGTGCGGGGCACAAATGTAAAAGATGAACTGGAACCGGAAGTTGATCCGGCGGGAGAAAATCCCTGGGATGATCTGTGGTTCTACAGTAATCCGGTTTATATACAACATGGAAATAACGGTCTGGCATTCCGCTGCAATGAATCTGTCATCGGCGCGTGCGATGATAAGTGA	MVLKPVPVAVLTGGLLVLSACVSVVPDDSSGKDFLPDDGKTWLAGDHHIHGKFSAQWNWNDDPPSPIFFGDAHYFTALNARMAAFHQLDWMVTTDHGGPNHSVINRNLAYPELVASRAAVPDIMQFYGMEFDTPGARHSTLIIPKSEQEADQLFTLESQYNRREIYPDESPRDTQAFMLEALSAMQHMSPRPILTVNHPARKATGLNEYQKITPQRMREWQDTAPDVVTGMTAIPGHQAATINPDGSNDPDAPRAEYFGYPTHGGTDQMSAIVGGVWDKLLAEGRRWTVTAVSDSHAHYTEGRTDFWPGEYAKTYVRATRDYDSVLAGIREGNVFITTGDLIDELYVNIRQGKQRADMGEMLNIDGEEPVTVTVAFHDPQSANFNHQFPAVARLDVIFGEVVGTYPETDSAPTHVIRRFYPQDWDQQGAYKVVQFQIPAPKGSAYVRVRGTNVKDELEPEVDPAGENPWDDLWFYSNPVYIQHGNNGLAFRCNESVIGACDDK				NA	NA	NA	NA	NA
AK237_02155	2682	btuB_18		Vitamin B12 transporter BtuB	ATGAAAAACCGATTTATGAAAACCACACTTGCGTTAAGTGTACTGTCGGGTTTAACGGGCATGACGCCAGCCATGGCGCAGCAAGACCCCGCCGCAGACGATTCTCTTGAAGTGATTGAAGTGACCTCATTTCGTCGCTCGTTGATTCAGGCAAAAGACCTGAAGAAAGATGCAATTATCTCCCGCGATACCATTTTAGCAGAGGATATTGCAGACTTTCCTGATCTTAACCTTGCTGACTCGTTACAGCGGGTGCCGGGTGTGACTATTACCCGAGAAGGCGGCGAAGGCCGTCAAATCTCCCTTCGCGGACTGGGACCTGATTTTACCCGGGTGCAGGTAAACGGTATGGAAGCCATGGGTACGTCAGCGTCACCAATGGATGCCCGTGGTGGCGTAAGCCGGACCCGGGGCTTTGATTTCAACGTTTTTGCTTCCGAGTTGTTTAACCGTATTGATATCAGCAAAACTTACTCAGCGGATCAGGAAGAAGGCGGTATTGGTGGCACGGTAGGTTTGTTTACCGCTAAGCCGTTTGACTACGATGGCTTTAAAAGCGCTTTGTCTGTGCGGGGCGGCTACAACAGTAACAGCGAAGAAACCGATCCGCGTATGGCTGGTTTGATTTCTAATACCTGGGACAAATTTGGTGCCCTGGTGTCGGTAGCTTACAGTCAGCGACATACCGCTGAATACGGTACCAACACCACCCGTTGGCGTCGTGAAGGTGGCAAAACAGCGGCCGACCCGGCAAATACAGATCTGCAAGCTGATTTGGATTCAGGCGAGTTGTGGTTTCCCCGCGGGCACCGTTTTTCCCGTTGGAACAACACGCAGGACCGACTGGGCATAACGGCGGCTTTTCAGTACAAACCCTCCGACTCGCTTTCCTTCACGCTTGATATCATGCACGCAGAACTGGAAAACAATACTGACGAACATCACTCGGCCGTGAAGGACAATAGCGTAGTTTCTGATCTCATCTGGGAAGAAAACGATGGCCAGAAAGAAGTGGTGTATGCCATGTACGAGGATGCAACCTGGCGTAATGAAAACTCACGACGCTACAACGAATCAGTGTTTGACCAGTATACATTAACCATGGACTGGACGATTACCCCGGCGTTGTATGCCACCGCGGTAATAGGCACAAGTTCTTCTGATTTTGACCAGCCCGAAGTGATTAAGTCGAATATCCATGCAAAAGGTATCGTCGATATCGCTACCGATTTCAGACAAGACCGCTTTTACGGCATTAGCTCGTCGCCTGATTTCGATACAACGCAAATCGACGGCTATGAGATGAAAGACATCTACCTGCAGGAAGACTACATCACCAACGATTTTGATACCGCAAAAGTAGATTTTACTTACCTCCTTGGTGATACCGGCGAATTGCAGTTTGGTGTGAATTACAAAAAGTTCGAGAACTCTGCTTATCAGTTAACACAGAGTAATGCGCAAAACATCGCGCCACAAAATACAGGTGTCACGGCCTTAAATGATGCGCTTGTTAATGTATACAATGAGCATCCTGACACCAACTGGTTACAAGGTGATCTGGACGCGTTACTTAATTTCTATGGCCTGACAGGCTACCAGATTGATGACAGTGGGTTAACGCAAAACGATAAATCTCCCGTTACCGAAGAAACGCTGGCCACGTATGTGCAATACGGTTGGGAAACGGAACTGGCGGGTAAGCCCCTGTTAGTCAGCGCGGGCCTTCGTTATTTCGAAACCGATATTACCGCAGCCGGTATTTCGTCTGGGGTCGCTATCGAAACCACCCGTTCTTATTCTGACGTGCTGCCAACCTTAAACGTTGTTTATGAACTGCAAGACAACATTCTCTGGCGCGCGGCGGCGAGTAAGAACATTACCCGGCCGTCTTTAGGCTCACTCAGTTACAATGCGTCAGTGTCACAAACTTCAGGCGAGGCAATCACCAGCGTAACCATGGGAAATCCCATGCTGGAGCCGTTCGAGTCTTTGAACCTGGATACGGCACTTGAATGGTATTTTGATGAGGTGGGTTATGCCGCCGCAGCTGTCTTCTATAAAGACATCGACAACTTTATTGTCGATACTACCAGTGAGGTGGTGTATTCCTCATTAGGGTTACCTGCTGAATTACTGCCTGCAGACAAAACCGTTGATAGCCTCTTTTACTTGCAACGCCCGGAAAATATGGATGCATCGAAAATAAAAGGTGTCGAGTTAACCTTCTCCCGGGACCTGGATTTTCTGCCGGCGCCGTTTGACCACTTAGGTGTTATTGCAAACTATACTTACGCAGATGGTGATGCGCTGTACCGCAATATCTACGGTGAAACGGGCAACGACCAGGAAAAAGCATTTACCGGCTTATCGAAAAACAGCTACAACTTCACAATATACTACGAGCAGGAAGGGTGGGGCGCGCGGGTCTCAGCTGCCTATCGTAGTGCCTACCTCACGGGCGCATCATCGAGCGCAGATCAGGATGAGTCAGGCTATCACGGCACGACATTCATCGACTTCTCCTCATTCTATCAGCTGACCGATACGATTAAGCTGAGCTTTGAAGGCATAAACCTGACCGACGAACGTCAGGAGTTATACAGCGACTCTCATGATCGTGCTTACAACAGCACGACCAGCGGCCGCACTTATATGCTTGGCGCTACTATGCAGTTTTAA	MKNRFMKTTLALSVLSGLTGMTPAMAQQDPAADDSLEVIEVTSFRRSLIQAKDLKKDAIISRDTILAEDIADFPDLNLADSLQRVPGVTITREGGEGRQISLRGLGPDFTRVQVNGMEAMGTSASPMDARGGVSRTRGFDFNVFASELFNRIDISKTYSADQEEGGIGGTVGLFTAKPFDYDGFKSALSVRGGYNSNSEETDPRMAGLISNTWDKFGALVSVAYSQRHTAEYGTNTTRWRREGGKTAADPANTDLQADLDSGELWFPRGHRFSRWNNTQDRLGITAAFQYKPSDSLSFTLDIMHAELENNTDEHHSAVKDNSVVSDLIWEENDGQKEVVYAMYEDATWRNENSRRYNESVFDQYTLTMDWTITPALYATAVIGTSSSDFDQPEVIKSNIHAKGIVDIATDFRQDRFYGISSSPDFDTTQIDGYEMKDIYLQEDYITNDFDTAKVDFTYLLGDTGELQFGVNYKKFENSAYQLTQSNAQNIAPQNTGVTALNDALVNVYNEHPDTNWLQGDLDALLNFYGLTGYQIDDSGLTQNDKSPVTEETLATYVQYGWETELAGKPLLVSAGLRYFETDITAAGISSGVAIETTRSYSDVLPTLNVVYELQDNILWRAAASKNITRPSLGSLSYNASVSQTSGEAITSVTMGNPMLEPFESLNLDTALEWYFDEVGYAAAAVFYKDIDNFIVDTTSEVVYSSLGLPAELLPADKTVDSLFYLQRPENMDASKIKGVELTFSRDLDFLPAPFDHLGVIANYTYADGDALYRNIYGETGNDQEKAFTGLSKNSYNFTIYYEQEGWGARVSAAYRSAYLTGASSSADQDESGYHGTTFIDFSSFYQLTDTIKLSFEGINLTDERQELYSDSHDRAYNSTTSGRTYMLGATMQF	PGPT0003790_4586	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0003790-hutA|fatA|fct|foxR-K02014	NA	NA
AK237_02156	894			hypothetical protein	ATGCCAAGAACGCACAGAGCACGCAGAACAAGTATTGCTATCGCCAGAGGCGAAACGAAAGACTACCTGACTTATCGAAGAATGATGCGTACCTTCGATAATTCCCGAATAAATATTGTGACGCAGGGTGACTCCTGGTTCGATTTTCCAAGAATAGAAAGTCTGAACCTCGGTCCGGCAAACATAATTGACTGGCTGGTCGCAATGACCAATTTTGGTAAGGGCGACTTTAAAAAAGGGGCATTTTATCGCCTGGAAGAAAATGGCGAAGAAATTGCCACCATGTCTGAACGCGACGAACTGGAAGACTTAATTGACGCCTTAGATGTGTCATGGGACATTCACTACGTATTACTTAGTGGCGGTGGCAACGACTTCACCGGGTTAGATCACATTCACGACGTAGTCTTAACTCGCCCCAATGGGGCTGCGACAGAGCCCGCCTCGTGGATCAATGAGTCTGAGTTCGAACCCCGCCTTAACCAGGTGGCGCTGTCTTACAAAACACTTATCGACACCATCATCAAATACAAACCTCAGGCAAAAATTTTAGCCCATACCTACGATTACCTCGTGCCCTCAGATGTGGGTGTTGAGCTATTAAGACGAATTGATATCAGCAGTATTTTTTCTGGTCCATGGGTAAGCCCGGGAATGACAGCCATACCCGAAGAGACTCGACTCGCTGTGGTAAAGTTGATGATTGACCGATTCGTAGCAATATTAACGCACCTCAAAGCCGACTACCCCAATCACTTCGACTTTGTGGATTTCCGCGGCTTACTTACTCCCGGAGACCCCACTCACTGGCTGAATGAGATGCATCCCACATCGCGCGGATTTCAGATCTTAGCCCAATCCCTGATAGCTAAAATGACGTTGTTACATCAATAG	MPRTHRARRTSIAIARGETKDYLTYRRMMRTFDNSRINIVTQGDSWFDFPRIESLNLGPANIIDWLVAMTNFGKGDFKKGAFYRLEENGEEIATMSERDELEDLIDALDVSWDIHYVLLSGGGNDFTGLDHIHDVVLTRPNGAATEPASWINESEFEPRLNQVALSYKTLIDTIIKYKPQAKILAHTYDYLVPSDVGVELLRRIDISSIFSGPWVSPGMTAIPEETRLAVVKLMIDRFVAILTHLKADYPNHFDFVDFRGLLTPGDPTHWLNEMHPTSRGFQILAQSLIAKMTLLHQ				NA	NA	NA	NA	NA
AK237_02157	756	rhgT	COG2755	Rhamnogalacturonan acetylesterase RhgT	ATGAACAAGTTGTTTTTATCTCTTTTTCTTTGTGCCTTTGCTTTTAGTGCTGCCGCACAGGATCCAACTCGCCCGACACTGCATTTAATTGGTGACTCGACAATGTCTATTAAGGTGAACATGGCTTATCCCGAGCGCGGCTGGGGCATGTTGTTGCCTGCATTTATATCGCCGGAGCTTGAAATACTGAATCATGCTGCCAATGGGAGAAGCACAAAGCGTTTTATTGACGAAGGGCGTTGGGGGAAAGCCCTGTCTGAAATGAAAGAGGGCGATTATGTGCTAATTCAATTCGGACACAACGATCAAAAGCAGAGCGACCCGGCGCGTTATGCCTCAGCAGATAAAGATTACCCCGCTTATTTACATCGCTACATTAAAGACATTCGCGACAAACAGGCAACACCGATGATTGCCAGTTCAATTTGCCGACGCCACTTCGATGCGCAAGGAAACCTCAAACATACGTTAGATGATTATGTGAACGCCGCCCGCAAGGTCGCGGAAGAAGAAAACGTGGCCTTTTTCGATATGAATAAACACACCTGCGACTTCTTTGAACAGGAAGGTGATGCGGCGACAGTAAGATATTTTTTACGTATTCCCCCGGGACTTTATACTCGCTATCCAGACGGTAACGAAGACAATACTCACTTAAATACGCTGGGTGCTGCGCTGGTAGCTCAATTCTTTATTAAGGATTTAAAAGCGCGCCAGCATCCGCTGGCGAAATACGTGTACCGGGAAACGTTGTGA	MNKLFLSLFLCAFAFSAAAQDPTRPTLHLIGDSTMSIKVNMAYPERGWGMLLPAFISPELEILNHAANGRSTKRFIDEGRWGKALSEMKEGDYVLIQFGHNDQKQSDPARYASADKDYPAYLHRYIKDIRDKQATPMIASSICRRHFDAQGNLKHTLDDYVNAARKVAEEENVAFFDMNKHTCDFFEQEGDAATVRYFLRIPPGLYTRYPDGNEDNTHLNTLGAALVAQFFIKDLKARQHPLAKYVYRETL	PGPT0027780_12	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-TOXIN-ANTITOXIN_SYSTEM	CE-BACTERIAL_FITNESS-SULFUR_MODIFICATION_PROTEINS,PGPT0027780-dndE-K19172	NA	NA
AK237_02158	2742	btuB_19		Vitamin B12 transporter BtuB	ATGAATTTTGCCAAAGGTTTTAAGAAAGCACCACTTAGCGTAGCCGTCACCGCGGCTTTTATTGCTTCAATGTCCGCTTATGGACAAACTGCTCCAACGGACACCCAGGATACTGACATTGAAATCATTTCTGTTCGCGCAACAAGTTATGCCGACAGCCTGTCGAAAGCCTTGTCTCTTAAACAGTCATCCGCAGGATCGGTAGATACTATTCTTGCAGAAGATATCGCTGATTTTCCCGATCAAAATCTGGCGGAAGCGTTGCAGCGCTTGCCAGGTGTGGCGGTTACGCGTGAGGCAGGTGAGGGGCGTGAAATTACCGTGCGTGGCTTAAACTCTACGTTCACCCGTGTTCAACTAAACGGTATGCAAGCTCAGTCTCTTGCTGCCGGATCAGGCGGCGTAAGAACAAGTCGGGCTTTTGACTTTAACGTATTTGCCTCTGAGCTGTTTAATCAGTTGAGCGTGCACAAAACCACATCGGCAAAATTAGATGAGGGCTCGTTAGGCGCAACGGTTTCCTTACGCACTGGTCGTCCATTCGATTTTAATGACAATGTTGTAGCCCTTAACGCACAAGGCTCCTACAACGACCAATCTTCTGAACTAACTCCACGTTTATCTGGTTTAGCATCCTGGACGAATGATGATGACTCGTTTGGCGTGCTGTTTTCTGCGTCTCTGTCTCAGCGTATTGTAAACAACGCTGGTGCGGACACTGGCCGTTGGGAAGATGATACCTTCGGCGCGTGTTCTGCCTGTGATTCTGAAGACGATGTTGCAGCCGTTAGCAGTGCGTGGCACCCGCGGTTCCCGCGCTTCGCGGACAAAACCCACGACCAGGACCGCATAGGCTTAACTGCTGCGGTACAATTTGTGCCGGGTGACGACACCCTGATTTCATTTGATGCGCTATACGCGAATATTGACGCCCGCCGGGATGAACCGTTCATGGAGGCCATTTCACTTGCACGCACCGGTGAAACCGGTGTTCAGCAATCGGACGTCACCGCATATCAAATTGATGGCAACAATACGATGTACGCCGCAACCATCGCCGATGTTGACGTACGCTCAGAATTTTTTGTCGCTAACTGGGAATCTGAATTTACCCAATTTAGCGTGAATGTTGATCACCACTTTACTGATGCCCTGAGCATGAAGTTTCTTGCTGGCACCTCTCAGTCAACACTGGATAATCGTGAGTCGACAGTGATCTATGAACATTTCAGTGATAACGACGAACGCAAAATGCTGGACTATGCCGAAGCCAGTTCAGCGGTGAGCTACGACTTTTCCGATATGTTGTCACCGTCTATTGGTTATAGCTTTGACACGGCAAACCCGGCAAATTGGGAAGTCTCTGAGTTTCGTGACCGTATTTACGATGCCGAAGCCTCAACCGACACAGCACGTCTGGATTTGAACTACCTGCTCAACGACGAGGTCACGCTTAGCAGTGGCGTGACATGGCGTGAGTATGGATATGAAATTGCCGGTGTGCGCGCAGATGCCTCTTATGCATCTCGCGACGAAGCCGACGGTGGAGTAGATGGCAGCGCATGTGGCATTAGTAATGTGGTCTTAGAAGCGGATGGTGAGGTAGTGTCATTCGGCGGCCAGCGTTTCTTCATGGCTAACGGTGAAAAAATTGATAGCTTTGTTGATAGTGGTTGCTGGCCCTACAACGTACGCCCTGGTGACACAAGGGCTGTTACTGAAGACAGCCTGGGCTTTTATGCACAGGCAGACTTTAATACCGAGGTAGCTAATAAAATCTTGCGTGGTAATGCAGGTGTACGTCATGTGAAAACAAACCTTGAATCTACCGGCATCCTTAATGGTACTGAAGAACGCACCGTAGAGCACGATTACTCAGATACATTGCCTTCGGTTAATCTGGCATTGGAAATGTCTGATGAGCTTATTTTGCGAGCAAGCTGGGCGAAGGTTATGTCGCGTCCGAATTTGGGAACCTTAAACCCTGGCGGCAGTGTGTCAATTTTTGGTGATTACCGTGTCGATTACGGCAACCCATTCATCGAGCCTTTCCGTGCGGATGCTACCGACCTCGCGGTTGAATGGTATTTCGATGAAGGGGCGTTGTTGTCGTTAGCATATTTTGTCAAAGATATTGAATCTTTCCCCACGTCTGACTCCCAGGAAATGAGCTGGGCAGAAATTGGTTTACCAGATTCCCTGTTGGGCGCTGAACGCGACAATCTTATTAATGAAACCTTCGAAGTGCGCAGTACAGTAAATGGCGAGGGGGGCGATCTAAGTGGGTTTGAAATTCAGTATCAGCAACCGCTGACCTTTCTGCCCGGCCCGGAATGGATGCAAAAGTTCGGTGTACTGGCCAATATCACGTTGGTTGATTCAGAAGTAACGTATGGAGAAGGACGCAAAGGGCCTTTAACCGGTCAGTCTGATGAGTCGGCTAACTTTACCTTATATTGGGAAGACGATGTATTTAGTGCGCGCATTTCGGCAGCGTACCGTGGTGAATTCTATACCAATTTAAGCAGTACCGATGAGCGCAAGTGGCGCATCATGGACGGTTCTACTTATATCGACTTTTCAACAAGTTATAACATTTCAGAAAATGTAAAAGTCTCGCTTGAAGGTATTAATCTGACTGATGAAACCATCGATGAATATATTGATGCAGATGCTATGCGCATTATCAGTAGTCAGTCTACCGGACGACAATTCTTTCTGGGCGTAAGCTACAGAATGTAA	MNFAKGFKKAPLSVAVTAAFIASMSAYGQTAPTDTQDTDIEIISVRATSYADSLSKALSLKQSSAGSVDTILAEDIADFPDQNLAEALQRLPGVAVTREAGEGREITVRGLNSTFTRVQLNGMQAQSLAAGSGGVRTSRAFDFNVFASELFNQLSVHKTTSAKLDEGSLGATVSLRTGRPFDFNDNVVALNAQGSYNDQSSELTPRLSGLASWTNDDDSFGVLFSASLSQRIVNNAGADTGRWEDDTFGACSACDSEDDVAAVSSAWHPRFPRFADKTHDQDRIGLTAAVQFVPGDDTLISFDALYANIDARRDEPFMEAISLARTGETGVQQSDVTAYQIDGNNTMYAATIADVDVRSEFFVANWESEFTQFSVNVDHHFTDALSMKFLAGTSQSTLDNRESTVIYEHFSDNDERKMLDYAEASSAVSYDFSDMLSPSIGYSFDTANPANWEVSEFRDRIYDAEASTDTARLDLNYLLNDEVTLSSGVTWREYGYEIAGVRADASYASRDEADGGVDGSACGISNVVLEADGEVVSFGGQRFFMANGEKIDSFVDSGCWPYNVRPGDTRAVTEDSLGFYAQADFNTEVANKILRGNAGVRHVKTNLESTGILNGTEERTVEHDYSDTLPSVNLALEMSDELILRASWAKVMSRPNLGTLNPGGSVSIFGDYRVDYGNPFIEPFRADATDLAVEWYFDEGALLSLAYFVKDIESFPTSDSQEMSWAEIGLPDSLLGAERDNLINETFEVRSTVNGEGGDLSGFEIQYQQPLTFLPGPEWMQKFGVLANITLVDSEVTYGEGRKGPLTGQSDESANFTLYWEDDVFSARISAAYRGEFYTNLSSTDERKWRIMDGSTYIDFSTSYNISENVKVSLEGINLTDETIDEYIDADAMRIISSQSTGRQFFLGVSYRM	PGPT0003790_3824	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0003790-hutA|fatA|fct|foxR-K02014	NA	NA
AK237_02159	1200	yteR	COG4225	Unsaturated rhamnogalacturonyl hydrolase YteR	ATGCGTAAGTTCTTTAGCTCCGCACTACTTATCGCGTCGGCTTTAACCGCACCGGCAAGTGTTTTGGCAGCGGATTCGTCAAGCTACTTAGACAACACTCAACCATGGTCTGTGCGTATGGCCGAATCTGAAATGGTGCGCTTTCCCGAAGCGTGGATGATCGACTGGGATGAAGAGCCGCAGTGGGATTATGTGCATGGCTTAAACCTGCTGGCATTCTCTAAGCTTTATGAAAAAACCGGCGAGCAAAAATACTTTACTTACATCAAAAACTACTACGATCGTTTCGTAAACGATGATGGCTCTATTAATACTTACGTACGCAGTAAATTTAATATCGATATGGTAAATCCGGGTAAAGTCCTGTTCTTTCTTTACGACCAGACCGGAGATGAAAAATACAAATTGGCAGCGGACACCCTGCGTGACCAGCTAAACGATCACCCGCGTACCAGCGAAGGTGGATTCTGGCACAAGAAACGCTATCCCTCGCAAATGTGGCTGGACGGTTTGTATATGGGTGCACCATTTTACGCAGAGTACATCATGCGGTATGGCAACCCTGCAGAGCTAGACGATGTCTACAAGCAGTTTGAGCTTATTGAGAAGCATTTGTACGCTGAAAAAACCGGGTTACCTCGTCACGGCTGGGATGAATCCAAAGACCAAAAATGGTCAGATAAAACCACTGGCTTGTCTGCCAATCACTGGTCACGCGCATTAGGCTGGTACGCCATGGCGATAGTGGACGTTTTAGAAGTCGTACCTTCTCAAGGCGAGAAGCGGGCATGGCTGGTGTCACGTTTGCAAAACTTTGTTGATCATGCCGTTAAGTATCAGGATGAAACCGGCGCGTGGTATCAGGTTACCGATATGGGTGACAAAAAAGGCAATTACCTGGAAGGCTCAGGCACCGCTATGCTGACTTACGCCATTGCGAAAGCCGTTAATATGAACGTGTTGCCCGCGAGCTATATGGCATACGCCGAGAAAGGGTTTGCTGGTATTCAGGATCAAATGATTTCGGTGGACCCTGCCAGCAATGTAATCAGCTTCAATAACATTTGCGCCGTAGCAGGCCTGGGTGGTAACCCTTATCGCGATGGCTCTTTTGATTACTACCTCAGTGAGCCTGTTCGTGCGAACGATGCCAAAGGCGTGGGTCCATTTATCTTAGCAGCCATGGAATTGGAAAAATAA	MRKFFSSALLIASALTAPASVLAADSSSYLDNTQPWSVRMAESEMVRFPEAWMIDWDEEPQWDYVHGLNLLAFSKLYEKTGEQKYFTYIKNYYDRFVNDDGSINTYVRSKFNIDMVNPGKVLFFLYDQTGDEKYKLAADTLRDQLNDHPRTSEGGFWHKKRYPSQMWLDGLYMGAPFYAEYIMRYGNPAELDDVYKQFELIEKHLYAEKTGLPRHGWDESKDQKWSDKTTGLSANHWSRALGWYAMAIVDVLEVVPSQGEKRAWLVSRLQNFVDHAVKYQDETGAWYQVTDMGDKKGNYLEGSGTAMLTYAIAKAVNMNVLPASYMAYAEKGFAGIQDQMISVDPASNVISFNNICAVAGLGGNPYRDGSFDYYLSEPVRANDAKGVGPFILAAMELEK	PGPT0018255_334	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES	CE-EPS-HYDROLASE,PGPT0018255-yteR|yesR-K15532	NA	NA
AK237_02160	1737			Beta-xylosidase	ATGGCTGTTCTGCAATCTGTAAAAGCCATGCGCAGCGTGGCTTCTCTCTCCATCTGGGCTTTGCTCGCTGCGTTAAGCGGCTGCAAGCAACTTCCAACTGAGTCTGACGTTGCTCATCCTGCGCCCCATTCGTCAGTGTCTGAAGCTGGCAGTACCGCGCAGGATAACAGGCTATGGCACTCAGATTTGCAGAACGGTTTCTATCGCAACCCCATTCTTCATATCGATTATTCAGATCCAGATGTGGTCGCAGTAGGTGAGAACTACTACATGACCGCATCAAGCTTTAATGCTGCGCCGGGGCTGCCTGTTTTACATTCAACCGATTTAGTAAACTGGACACTGATCAACTACGCCCTGCCCGTGCAAGTGCCAGAAGATGTGTTTGCGAAACCCCAACATGGCAATGGTGTATGGGCGCCGAATATTCGCTTCCATGACGGTAAATTCTGGATATTTTACCCTGACCCCGATTTTGGTATCTACGTAACCACAGCAACCGATCCTGCTGGAACATGGAGTAAGCCAACCCGTATTCTGGCCGGTAAAGGTCTTATTGATCCTACCCCATTGTGGGACGACGATGGTAAAGCATATCTGCTTCATGGGTGGGCTAAAAGCCGCGCGGGGTTCAATAACGTACTCAGTTTACGAGAAATGGCGCCTGATACATCGTGGGTAAGTGAAGACTATGTTCACGTTGTCGACGGCCACGCCATCGAAGGTTACCGCACATTGGAGGGGCCGAAATTCTATAAACGCAATGGGTATTATTACATTTTCGCCCCGGCCGGCGGTGTGGAGACTGGCTGGCAGTCAGTCTTCCGTTCTGACAACATCGCCGGCCCCTATGCTGTTCGCACAGTGATGGAGCAGGGAAATACGTTAATTAATGGCCCGCATCAGGGGGCATGGGTACACACCGAAAAAGGCGAAGATTGGTTTATTCACTTCCAGTCCCGAAAAGCTTACGGAAGGATTGTGCATTTACAACCTATGGTTTGGCAGGATAACTGGCCAGTTATAGGGCAGGATCCCGACCACGATGGCATTGGCGAACCGGTCTATAGCTTCATTAAACCCAAGACAGACCATCCTGGCGTAGTGAAGGCACAACCCACTTCTGATGAGTTTGAAAGAAAATTGGGACTCCAATGGCAGTGGAATGCAAATCCTCAATCGCAGTGGTACAACATTGATACCGAAGGGCAGCTCACGCTATTTGCGCAACCTAAAGTACGCGAAACCGGCGATAACTTATGGATGACACCGTCCTTATTGCTACAAAAGCTCCCCTCCCAAAGCTATGAGGTGCGCACAAAACTGGCGCTACAACCAGCAGGAAATCAGGCCGAAGGCGGATTACTCCTGTTTGGCGAAGACTATGCGTGGATAGGAATCAAGCCAATTGAAGGCGAAAATCATCTCGTTTACGTTCAGTGCAAAGAGGCGAGAACCGGCTGCGACGAATCTGTGCATGACTATGGCCCCGTAAATGCATCTTCGGTTGAGTTACGGTATGTCATGGCTGATGATGCGACAGTAATTTTCAGCTATCGACTGATGTCGGAAAACTCGGAAAACCAAAGATTTACTGTCGTTGGCGAACAGTTTAAGGCGCGCCGGGGTCGGTGGGTTGGCGCAAAGACGGGGTTATTTAGTGTGTCACCAGAAACAGACCAAAACACCTCATTGAAAGTCGACTATTTTAGATTTTTACCACGCTACAGGGGTTAG	MAVLQSVKAMRSVASLSIWALLAALSGCKQLPTESDVAHPAPHSSVSEAGSTAQDNRLWHSDLQNGFYRNPILHIDYSDPDVVAVGENYYMTASSFNAAPGLPVLHSTDLVNWTLINYALPVQVPEDVFAKPQHGNGVWAPNIRFHDGKFWIFYPDPDFGIYVTTATDPAGTWSKPTRILAGKGLIDPTPLWDDDGKAYLLHGWAKSRAGFNNVLSLREMAPDTSWVSEDYVHVVDGHAIEGYRTLEGPKFYKRNGYYYIFAPAGGVETGWQSVFRSDNIAGPYAVRTVMEQGNTLINGPHQGAWVHTEKGEDWFIHFQSRKAYGRIVHLQPMVWQDNWPVIGQDPDHDGIGEPVYSFIKPKTDHPGVVKAQPTSDEFERKLGLQWQWNANPQSQWYNIDTEGQLTLFAQPKVRETGDNLWMTPSLLLQKLPSQSYEVRTKLALQPAGNQAEGGLLLFGEDYAWIGIKPIEGENHLVYVQCKEARTGCDESVHDYGPVNASSVELRYVMADDATVIFSYRLMSENSENQRFTVVGEQFKARRGRWVGAKTGLFSVSPETDQNTSLKVDYFRFLPRYRG	PGPT0019091_311	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO|NUCLEOTIDE_SUGAR_UTILIZATION	PLANT_DERIVED_ARABINAN_BREAKDOWN,PGPT0019091-putative_arabinofuranosidase-NA	NA	NA
AK237_02161	996			hypothetical protein	GTGTCCACAACGCCAAACAAAACGTATATAGGGTTGCTAATCTCTATCATTGTTAGCGTGTGCGCGATTAACCTGCCTGTTTTTGCAAAAGATTACGAGGTGGATGACAGTTACAGTATCTCTCAGCGATACGAACAGTATCGTCACGACCACCCTGAAATAAAACAGCCGGTACTCAGTTTTACGCAGGGGCAACGGATCTTATTTGATCGTAGTTATAAAGTCGCTGATGGCAGAGAACTTCATTTGGATGTATTCCTGCCTCCCGCCGACATCGCTAATCAGCGCGCAATATTACTCATACATGGTGGAGGCTGGCGCGCGGGAAATAAAAGCCACTTTTATCCGCTCGCCAATTTGCTCGCACAAAAAGGCTACGTAGTAGTGACACCAGAATACCGGTTATCGATGGAAGCCCCTTACCCTGCGGGCCTGATTGATATAAACGACGCGATCAGTCACGTAAAAGCGCACGCTGCTGCCTATGGATTTAACCCAACCAATCTTGCCATAGGTGGCGGCTCCTCCGGCGGACACATGGCTGCGTTAGTTGGCAACACTGCCAACACCACACTTTTTAAGGGTGAACATTCAGCAAATGACTCGCGCGTCAACGCTGTCGTCGACCTTGACGGCGTGCTGGATTTCACCCACCCCTTAGCCCTGGCCAACGAAAATAAACGCAAAGATAAGTCGGCAGCGGGAATGTGGTTCGGGGGGTCTTACGAATCACTTCCCGAGAAGTGGGCGGAAGCCTCAACAGCGAAACATATCAATGCACAATCCCCACCTTTGCTCGTTATAAGCAGCGGCCAACAGCGTTTTACCGCAGGCAAAGATGAGGTTTTTAAGCAATTAGATGAACTGGGTATTCCCCATCAATATTACCAATACGACAACAATATCCACACATTCTGGCTGTTTGAACCCTATTTGACCGAAACGGCAAATCGAATAGATACATTCTTACGCCAGGTTGCCCAAGGAGTGAAATAA	MSTTPNKTYIGLLISIIVSVCAINLPVFAKDYEVDDSYSISQRYEQYRHDHPEIKQPVLSFTQGQRILFDRSYKVADGRELHLDVFLPPADIANQRAILLIHGGGWRAGNKSHFYPLANLLAQKGYVVVTPEYRLSMEAPYPAGLIDINDAISHVKAHAAAYGFNPTNLAIGGGSSGGHMAALVGNTANTTLFKGEHSANDSRVNAVVDLDGVLDFTHPLALANENKRKDKSAAGMWFGGSYESLPEKWAEASTAKHINAQSPPLLVISSGQQRFTAGKDEVFKQLDELGIPHQYYQYDNNIHTFWLFEPYLTETANRIDTFLRQVAQGVK				NA	NA	NA	NA	NA
AK237_02162	1446			hypothetical protein	ATGGGTTTTCAATCTTCAAGACGCACACTACTTAAATTGGCTGGCTCCAGCGCTGCAACTGCGGGCATGCTCGGATTAACAGGTTGCGCATCGGCGACTAAACCTCTTGTCGGTGGAGATTTCGACTGGAGCGATGATGCCCGCCGGATCCGTGCTCGTATCACTCCGCCTACGTTTCCCGAACGCGAGGTGAGCATAGTCGACTTTGGCGCGAAAACGGGTAAAAACAACGATGCGACAAAGGCAATCGCAGATGCAATACACGCTGTCGCTGCACAAGGCGGCGGTTCCGTCGTGGTGCCTGCGGGCGAGTTTTATACCGGCCCGGTTCACTTAAAATCAAATATCAACTTTCACTTAGCGAAAGATGCTGTATTACACTTTATTCCTGAGCCAGAACGTTACAAACCCTACGTTTACACGCGTTGGGAAGGCACTGAGTTGATGGGCTACTCACCGTTGATTTATGCGTTTGAAGAAACCAATGTGGCGATCACCGGCGAGGGAACACTAGAGGGAGGCGGCAGCCCGGAAAACTGGTGGCCCTGGAAAGGTAAATGGAAAGAAGCTAAATGGGGTGATCATCCAAAAGAGAACCAGAAATACACCCGGGATGTGCTTCGCCAAATGGCTGAAGATGGTGCACCGGTAGCCGAACGCGTATTTGACGAAAACTACCTGCGTCCCCCCTTCATTCAGCCTTATCGTTGCAAAAATGTCCTGATTTCTGGCGTAACCATTCGTAACTCGCCATTCTGGTTAGTCAACCCGGTTCTGTGCACCAATGTCACCGTACGTGACATTTACTGCCACAGCTACGGCCCTAATTCTGATGGGTGCGATCCGGAGAGTTGCACTGACGTGCTCATTGAGAATTGTACATTTGATACAGGAGACGACTGTATTGCCATCAAATCGGGGCGGAATGCCGACGGTCGTCGTGTGGCGCAGCCTTGTGAAAACATTCTCATCAACGACTGCACAATGAAAGCCGGCCATGGTGGCGTGGTGATCGGAAGCGAAATTTCTGGTGGTGTACGGAACCTTTATGCCCAAAATTGCGAAATGAGCAGCCCCGATTTAGACAGAGCCGTGCGCATTAAAACCAATTCCATTCGTGGTGGGCACCTGAAAAATCTTAACTACCGGCATTTTCGCGTTGGCCAGGTTAAAGATGCCATCGTCATTAACTTCTTCTATGAAGAAGGCGACGTGGGTCAATTTACGCCAAAACTCGAGGATATCCGTATTGAGAACCTCTATGTTCAGCATGCAGAGCGCGCTTTTGTGCTACGTGGCTATGATCATACCCCTATCACCGGTGTTTCTCTGAAAAATCTTATATTCCAGAAGGTTGATAAAAATTCCATAATTGAGAATATAGAGAATATTTCCCAACAGAATATCCGAGTAAACGGCAAAACCCTGGAGTTACCTGATGTCTAG	MGFQSSRRTLLKLAGSSAATAGMLGLTGCASATKPLVGGDFDWSDDARRIRARITPPTFPEREVSIVDFGAKTGKNNDATKAIADAIHAVAAQGGGSVVVPAGEFYTGPVHLKSNINFHLAKDAVLHFIPEPERYKPYVYTRWEGTELMGYSPLIYAFEETNVAITGEGTLEGGGSPENWWPWKGKWKEAKWGDHPKENQKYTRDVLRQMAEDGAPVAERVFDENYLRPPFIQPYRCKNVLISGVTIRNSPFWLVNPVLCTNVTVRDIYCHSYGPNSDGCDPESCTDVLIENCTFDTGDDCIAIKSGRNADGRRVAQPCENILINDCTMKAGHGGVVIGSEISGGVRNLYAQNCEMSSPDLDRAVRIKTNSIRGGHLKNLNYRHFRVGQVKDAIVINFFYEEGDVGQFTPKLEDIRIENLYVQHAERAFVLRGYDHTPITGVSLKNLIFQKVDKNSIIENIENISQQNIRVNGKTLELPDV	PGPT0018255_3	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES	CE-EPS-HYDROLASE,PGPT0018255-yteR|yesR-K15532	NA	NA
AK237_02163	1131	pemA_2		Pectinesterase A	ATGTCTAGAATATGTAGTTTGTTGATGGTGGTGTTATTAGCTACCGCCGGCTGTAGTGAGCAAAAAACTGAACGTTTCTTGCCTGCCTCAGTGGAAGCTGATGCTCTGGTTGCCAGCACAGCCATCGACGAAACACATTATTCTTCTATTCAGGAGGCCATTAACGCTGCACCGAAAAAGGGTGGCTGGACCATCGCCATCGCGCCGGGGGAATACTACGAGCGCGTGGTGATCGATAAGCCTGATATCACCCTGATTGGGGCAGGCGTTAAGCAAACTAAAATTGTTTTCGACCGCTATGCAGGCAAAGCCATTGCGCCGGGCAATAGTGAGCAATGGGACACATCAAGAACAGCAACGGTAGAAATAGCCCGCCCGAACGTGCACATTGCCAACCTAACTATCGAAAATGGCTTCGACTTTCTAACCGAAGATGCAAAAGATGATGCAGATCCCGCCAGAAAATCGGGCTTGCAGGCCGTAGCGTTAAAAATCTCTGAGTATACCGACAAAACGCTCATCGAAAACGTTGCGCTGCTTGGCTACCAGGACACTCTGTATGTAAAAGGTGGACGAAGTTACTTCAAAGGCGGAGAAATAAGAGGAAATGTCGATTTTATCTTCGGCGATGGCAATGCCTATTTCGATACGGTGGATATATACTCTCGCCCCCGCGCGAAAGACATGGCGATTACAGGCTATGTGACTGCACCAAGTACCTTGATCAGCGATGCCTTCGGACTTACGTTCGTTAATTGCAGGTTGCTTAGAGAAGATGGCGTACCGGATAATTCTGTTCCACTTGGCCGCCCCTGGCATCCTACTACTACCTTCGAAGATGGTCGGTATGCCAATCCCTTCGCCGTAGGGAAAGCTGTATTTATTAATACCTGGATGGACAAGCACATTACCAACAACGGTTGGGCAACGATGCATGGCACCACGAAGGAAGGCAATAAAAAAGCCTTTAGCCCATACGACGATGCAAGGTTCTATGAGTTTGGCAATACGGGACCAGGTTCTTCAGAAAACGACAACCGCCCCCAGCTAACCGCTGAACGCGCTGAGATCCACAAGCTTTTTAATATTCTGGATGGTTGGTCGCCAACTCTGGTTGGAAGCGTCAAATAA	MSRICSLLMVVLLATAGCSEQKTERFLPASVEADALVASTAIDETHYSSIQEAINAAPKKGGWTIAIAPGEYYERVVIDKPDITLIGAGVKQTKIVFDRYAGKAIAPGNSEQWDTSRTATVEIARPNVHIANLTIENGFDFLTEDAKDDADPARKSGLQAVALKISEYTDKTLIENVALLGYQDTLYVKGGRSYFKGGEIRGNVDFIFGDGNAYFDTVDIYSRPRAKDMAITGYVTAPSTLISDAFGLTFVNCRLLREDGVPDNSVPLGRPWHPTTTFEDGRYANPFAVGKAVFINTWMDKHITNNGWATMHGTTKEGNKKAFSPYDDARFYEFGNTGPGSSENDNRPQLTAERAEIHKLFNILDGWSPTLVGSVK	PGPT0001855_3443	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-QSR-AUTOINDUCER_PERCEPTION	CE-QSR-3-OH_PAME_PERCIPITATION|SIGNALLING,PGPT0001855-ybhC|pemB|pemA-K01051	NA	NA
AK237_02164	285	ppnP	COG3123	Pyrimidine/purine nucleoside phosphorylase	ATGTCTTTAAGCGTAAACAGTTACTTTGACGATAATGTTAAATCAATTGCTTTTGAATCAGCCAACGGCCCATGCACATCAGGTGTTATGCTTCCTGGCGAATATGTATTTAACACCTCCAAAGATGAAGTGATGAAAGTGGTTGAAGGGGAGCTCGTTGTGAAGCTGCCCGGTAGCGACGACTGGCAATCATTTAAAGCCGGCACAGCGTTTAATGTTGCAGCGAACCAATCTTTTGATGTTAAAGTGGCAGTGACTACAGCCTATCTTTGTTTCTATAGTTAA	MSLSVNSYFDDNVKSIAFESANGPCTSGVMLPGEYVFNTSKDEVMKVVEGELVVKLPGSDDWQSFKAGTAFNVAANQSFDVKVAVTTAYLCFYS	PGPT0021300_672	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021300-ppnP|yaiE-K09913	NA	NA
AK237_02165	1227			hypothetical protein	TTGGATACTGCAGAGTTTATACAAAAGCGCCGATTTATCGTGCGGCTTGGCAAAATGCTTCATAAATACGGTACACCAGCGTTCCGATTAGAAGCTTATCTGACTGAAGTTGCCAATTATCTGGGTGTCCGGGCTTCTTTCATCGCCACCCCCACATCGCTTACCTTCGTTATCTGGTCTGAAGGCCACGAGGACGAATATACTCACGCAGCAAGATTGCAGCCCGGTGAATTAGATTTAAACTCCCTGTCTCTTACTGACGCACTTGCCAGCCAACTGCTAGCAGGCAAGTTGACGATTGCTGAAGCAGACCTGCAGCTTTCACAAATTGATGCCTTGCCGTCTCCCTACGGGAAATGGGTAACCGGGTTATCCTTTGCGGTAGGTACCGGTGCGTTTGCCATGCTAATGGGTGCCAGTTGGGCTGAAATTGGCTGGTCCGGATTGCTCGGATTACTTTCGTACTTCTGGTCTCTGTGGGCACTTCGGTCTAAGCGCGTAAATTTAATGCTGGAACCCATGACGAGCTTTATTGCTGGTTTGGCCGCCAGTGCCATTGGCCGTTATATCGATCCGGGTATAAACATTCCCCTTATCGTGCTGTCATCGGTGATTATTTTTGTGCCCGGTTTGGCATTGACGATGGGGCTGTCCGAGTTGGCATCCCGAAATATGGTGTCTGGCACCGCCCGGGTAATGGATGCATTAATGCAGCTTTTTAAGCTTTATTTTGGTGCTTTCTTGGGCGTATCCATTGGTTTTACTCTGTTCGGCGAAAATGTTTATCACCCTGCTGAATCACTGCCTGAATGGGCAACCTGGTTAGCGGTATTCCTGCTAAGCTGCTCTCTTGTGGCCATTTTTCGTACCCGCCCAATCCATATCCCCTGGGCCATTGCAGCAGCATTTATAGCTTATGGCGCTTCCGTGTGGAGTGCAGAGTTTATGGGGGCAGGGTTAAATACGTTTGCCGGTGCGTTCGCGTTGGGGGTGTTTGCCAACGTGTTTACCCGAATTGCTCACCAACCGCATACCATAGTGGGCATCCATGGCCTCATCGTACTTGTACCAGGTTCTAAAACCTATATTGGCTTGAATTCGTTTATTTCAGGGCAAGACTTTGTAGCCGCTGAACACGTGGGCCAAGAGGTATTTCTGATCTTCATGTCTCTGATAGCAGGGTTGATTTTTGCCAATGTTGTTGCCCCCACGAAGAAGGCGCTTTGA	MDTAEFIQKRRFIVRLGKMLHKYGTPAFRLEAYLTEVANYLGVRASFIATPTSLTFVIWSEGHEDEYTHAARLQPGELDLNSLSLTDALASQLLAGKLTIAEADLQLSQIDALPSPYGKWVTGLSFAVGTGAFAMLMGASWAEIGWSGLLGLLSYFWSLWALRSKRVNLMLEPMTSFIAGLAASAIGRYIDPGINIPLIVLSSVIIFVPGLALTMGLSELASRNMVSGTARVMDALMQLFKLYFGAFLGVSIGFTLFGENVYHPAESLPEWATWLAVFLLSCSLVAIFRTRPIHIPWAIAAAFIAYGASVWSAEFMGAGLNTFAGAFALGVFANVFTRIAHQPHTIVGIHGLIVLVPGSKTYIGLNSFISGQDFVAAEHVGQEVFLIFMSLIAGLIFANVVAPTKKAL				NA	NA	NA	NA	NA
AK237_02166	1038			hypothetical protein	ATGGGTGAAGCCGACAGCACTTCTGATAGCTGGAATATTTTACTGACTGATTTGAGTGCCCACCTACCCGACGTGGCACTCGGCCTGGGCATTTTTATTGTTCTTATTATGCTCGCAGGCCCCCTTTCAGGGTTGCTCATCAAGCCTTTCGATTACGTGTCTTCAAGCCCACTCATCCGTTCCGTTGTGCGTCGGGCTATTAGCATTCTCATCATCCTCATTGGTGCATACATTTTTCTGAAATTGGCAGGCTTAACCGAATTTGCCGTAGCCATTGTAAGTGGAACCGGTCTTATTGGCCTTATTCTCGGCTTCGCCTTCAGGGACATCGCAGAAAATTTTATCTCCAGTTTATTACTCACGGTTCAACGCCCTTTTCGTATTGGTGATGTCATTCAAATTGAATCGTATACAGGCGTAGTACAGAAAGTTACAAGCCGGGCAACAACACTGGTTGATTTTGACGGTAACCATATTCAGTTACCCAACGCCATTGTTTACAAGGGTATTATCAAAAACCTGACGGCAAACCCAAACATGCGCGGCCAATTCGTTATCGGTGTTGGTTACGACAATGAGATCAGCAACGTCCGGAAAATGGCGCTGGATATACTTAACAGCCATCCAAACGTATTACGTGAGCCCGAACCCCTGGTATTAATCGATAATCTGGGCTCTGCCACCATAAACCTGAAGATTTACTACTGGATAAATGTTGAAGCGACAAGCGTGATAAAGATGTCTTCCTCTTTGATGCGCTTACTCGTAGAGTCGTTTACGCAAGCAGGCGTATCTATGCCAGATGACGCACGAGAAATTGTATTTCCTGACGGTGTGCCGCTTCGGCAACTGGAAAAAGATGACGTTAACCAACCTCATACACCAGCGGTTACCAGTGATCTTCCCGCACGTCGTCAAGCTAATAGCGTGCCCCCGGTTGCGGTTGACCACAGTGAAGATTTGAGCAGCGAAAACGACAACATTCGACGCCAGGCAGAGCAAGCGCGAGACCCTGAAGACGGCAGCAACATTTTATAG	MGEADSTSDSWNILLTDLSAHLPDVALGLGIFIVLIMLAGPLSGLLIKPFDYVSSSPLIRSVVRRAISILIILIGAYIFLKLAGLTEFAVAIVSGTGLIGLILGFAFRDIAENFISSLLLTVQRPFRIGDVIQIESYTGVVQKVTSRATTLVDFDGNHIQLPNAIVYKGIIKNLTANPNMRGQFVIGVGYDNEISNVRKMALDILNSHPNVLREPEPLVLIDNLGSATINLKIYYWINVEATSVIKMSSSLMRLLVESFTQAGVSMPDDAREIVFPDGVPLRQLEKDDVNQPHTPAVTSDLPARRQANSVPPVAVDHSEDLSSENDNIRRQAEQARDPEDGSNIL	PGPT0013773_388	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_OSMOTIC_STRESS	OSMOTIC_STRESS-MECHANOSENSITIVE_ION_CHANNEL,PGPT0013773-mscS|yggB-K03442	NA	NA
AK237_02167	903			hypothetical protein	ATGAGTGATACCGATTTTAAAGCGCCGGAATACCGGTCTCGCACTACTGAAGTGCCTTTGCAGCAGCAAGCACCAAGCCAGCAGATGCCGGCAAAGATGGATACTTCTGAATGGGATGTGGATGGACAGCAAGGCCTATCCCTGAAAATGGTTACCCTTATTTTGGGCGCGCTGACGGTCACGGGATTTATGGTGTTCGATGCTATTGATGCATTGGTTACACAATTCAGTGAATATCCGTTTATTTCCACGGGCCTTGGTGTACTGCTCGGGGGATTTGTCGCGGCGCTGTTGGCTCTCATTGTAAGAGAGTGGCAAGGGTTTCGCGCCGTAGAGTCGTGTATTGAAACACCTTTGAATTTGCCCGCACTGTCTAAGCTGGATGACAGGGGTCAAGCTGAGAAAGTCATCAATCAACACGCAGACCGGTTCGGGAAAGACAGTTATGCCGCAAGGTGTTACAAACAATACCAAAGTGCCCTGCATAAGGATATGACAGCCGCTGAAGTAACCGGCCTGTATGAAAGCATGGTTGCGACACCTGTAACTAAAAAGGCGGAAGAGCTATTAAGAAAAGAAGCCGTGGTGAGTGGGAGTTTAGCGTTTATCAGCCCGAATCATCTTATTCAAACACTGGCTATTGCCTGGATTAGCTTTCGCACGATTCGTCGCATCGCGCGGGTTTTTGGGCTTCGGCCCGGTACTGCGGGGAGCTGGCGTTTGTTTAAAGTGCTTGCGCAGAACCTCGCTGCACAGAGTTTATTCGATATGGCTACAGATGAGTTGGCGAATCAAATCAGTGGTTCGCTGGCAGCGAAAGTCATGGAGAACTCAGCGGAAGCAGTGGCTGCTGGCGCGCTAAACGTCAGACTTGGCAGAACACTGATTAAGCTGTTGCGCTAG	MSDTDFKAPEYRSRTTEVPLQQQAPSQQMPAKMDTSEWDVDGQQGLSLKMVTLILGALTVTGFMVFDAIDALVTQFSEYPFISTGLGVLLGGFVAALLALIVREWQGFRAVESCIETPLNLPALSKLDDRGQAEKVINQHADRFGKDSYAARCYKQYQSALHKDMTAAEVTGLYESMVATPVTKKAEELLRKEAVVSGSLAFISPNHLIQTLAIAWISFRTIRRIARVFGLRPGTAGSWRLFKVLAQNLAAQSLFDMATDELANQISGSLAAKVMENSAEAVAAGALNVRLGRTLIKLLR				NA	NA	NA	NA	NA
AK237_02168	1380			hypothetical protein	ATGAAGAGCTTTTTGAAGAATGTGTTGTCACCGCTGGAGCCGTTATTTGAGAATATGACGTCGGCGGGAGACTGGTTTACGCGCGAGAATCATCGATTCACCATTACCGGGTTAAGCCGCAGCGGAAAGTCGATGCTGTTTACGAGTTTGATGACTATTTTAAAGTATCGCAGCGAACACCAGTACCAATGTTTACCGTTACTCAAGCATTTACCCGCAGAGCTGGTCGACAGTATGTGGCTGGAGCCTGTAGATAATTTTCCTTTATTCCCGATTGATGATCATCTTGCCTCGTTAGACAGTGGTAAATGGCCCGCACCGACTGAAAATGTCTACGCGTTTAAGATGGTCGTACGGTTAAAGCAGACGGGACAATTCAAGAAATATCTGTTCCCTCATACCCATGTCGTGTTCGAGTTTATTGACTACCCTGGCGAGTGGATCACCGATTTACCGATGGCGTCGAAGACATTTGCGCAGTGGTCCGACTCTGCGCTAGCGCAACAGATGACGGATCCTCAGCGTTTTTATGCTAAAGCGTGGCACCAGACACTGGAGCAATTTGATTTCGATAATGCACCTTCGCCAGAGGCCATGCTGACACTCATTCACAGCTATCGCGATTACTTGATCGATGCAAAGCAAGCCGGTATTGCCATGCTGCAACCGGGTAGCTTCTTACTCGACGGCAGCGGATTTAACTGGCGAGAGCAGGGTTTTACGCCACTCCCGGCGAAAATCAGTAGCGATATAACCCACCCCTGGACAAAAGCATTCAGTGCGCACTTTGCTGTTTTTCAGCAGCAATGGTTAAAGCCTCTCAGAGCAAGTACGTTTCGTGAAGCAGACAAGCAAATAATTCTGGTGGACTTGTTCGCGGGACTGAACCACAGCAAACAGCACCTTTCGCAACTAAAGGAAACCCTGAGTCATCTTGCTGATGTGTACATGTATGGTGAACAAGACTGGTTTTCGAAGCATATTTTACGTAAGCATGAAATTGGGAAAGTCGCGTTTGTCGCTACGAAAACGGATCTTGTACCCGACGCAGAGAAGCCGCAGTTGTTGTCGCTGTTAAAAGATGTCTCTGCCGGCGCCACGGCAAAATTGGCGCGAGAAAATGTGCCTTTTGAACACTTTTTAGTGTCAGCGATTCAGGCAACAGACGAAGGCAGTAAATCAGGGGCATTGCGATACACCAACAAGTACAAACAGTACGTTGAAGTACAATTTGAGCCGCTACCGGCTAGTATAAAGGCGATGTCTGCCGACGAGCACTATCCGGCATTGCACCCTCAGGTACCGTCTGACTATTTGCCGCGGATGCTAAATGGCAGAGGGTTGGATAAACTTTTTCAGTTTCTACTGACAACGCGTTAG	MKSFLKNVLSPLEPLFENMTSAGDWFTRENHRFTITGLSRSGKSMLFTSLMTILKYRSEHQYQCLPLLKHLPAELVDSMWLEPVDNFPLFPIDDHLASLDSGKWPAPTENVYAFKMVVRLKQTGQFKKYLFPHTHVVFEFIDYPGEWITDLPMASKTFAQWSDSALAQQMTDPQRFYAKAWHQTLEQFDFDNAPSPEAMLTLIHSYRDYLIDAKQAGIAMLQPGSFLLDGSGFNWREQGFTPLPAKISSDITHPWTKAFSAHFAVFQQQWLKPLRASTFREADKQIILVDLFAGLNHSKQHLSQLKETLSHLADVYMYGEQDWFSKHILRKHEIGKVAFVATKTDLVPDAEKPQLLSLLKDVSAGATAKLARENVPFEHFLVSAIQATDEGSKSGALRYTNKYKQYVEVQFEPLPASIKAMSADEHYPALHPQVPSDYLPRMLNGRGLDKLFQFLLTTR				NA	NA	NA	NA	NA
AK237_02169	996	gntR_2		HTH-type transcriptional regulator GntR	ATGCCTGCGCGTCGCCCCACACTACAGGATATTGCCGATATTGTCGGTGTGACGAAAATGACGGTGAGCCGTTATCTTCGCGCTCCCGATTCTGTGGCACCGGCAACTCAGGCAAAGATAGCTGATGCCCTTACGTCATTGGGTTACATTAAAAATCGCGTACCTGCAATCTTATCTAAAGCCTCCAGTAAGACCATTGGTATTATCATTCCGTCACTGTCGAATCAGGTCTTCGCCGACCTGGTGCAAGGTGTGGAGAACATTACCGCAGCCCATGGCTATGACACACTGATCGCCCACACCGGCTACAGTCCTCAGACCGAGGAAGATAAAGTAGACATGATGTTGTCCTACCAAATTGACGGGCTGGTACTTACTGAAACCCAACACACTCCGCGCACCAGACAAATGTTGAAAAAAGCCGCTATTCCTGTTGTAGAGACAATGGAGGTACCGGAGACGCCCCTCGACATGGCGGTGGGCTTAAACCACGAAGCTGCTGCGTATGATGTCGTTAAGCGGATTCTGGCAACCGGCAAACAACGGCCTGCGTATTTAGCGGCTCGTCTGGATAGTCGCACTTTACTACGTCAACAAGGCTACGAAAGAGCCTTAAAAGAAGCTGATATTCATCCCGTTGTGGTATCTACCCCGGAGCACTCAAGTTTTACACTGGGCTCACTGCTCATGAAGCAGGTACTTGACGCCTCGCCTAGCACAGACAGTGTTTTTTGCACGAACGATGACATTGCCATCGGTGCTATGCTGTATTGCCAGCAACAAGGCAAGCGTATTCCGCAAGATGTCGCTGTAGTTGGTTATAATGGTCTCGATATTGGTGGCGCGATGACACCACCTTTAACGAGTGTTATCACGCCACGGGAGCGTATGGGCGAGCTGGCTGCACAGTTATTGATGCAGCGCCTTCAGAAACAAATAGTCGATGATCCCACGATAACACTGCCCCATACTCTCACTGAAGGAGAAAGCCTGTAA	MPARRPTLQDIADIVGVTKMTVSRYLRAPDSVAPATQAKIADALTSLGYIKNRVPAILSKASSKTIGIIIPSLSNQVFADLVQGVENITAAHGYDTLIAHTGYSPQTEEDKVDMMLSYQIDGLVLTETQHTPRTRQMLKKAAIPVVETMEVPETPLDMAVGLNHEAAAYDVVKRILATGKQRPAYLAARLDSRTLLRQQGYERALKEADIHPVVVSTPEHSSFTLGSLLMKQVLDASPSTDSVFCTNDDIAIGAMLYCQQQGKRIPQDVAVVGYNGLDIGGAMTPPLTSVITPRERMGELAAQLLMQRLQKQIVDDPTITLPHTLTEGESL				NA	NA	NA	NA	NA
AK237_02170	549	gntK	COG3265	Thermoresistant gluconokinase	ATGAAAAAAAATACCAGTAACCAGCCACCTGCAGGCTTTTCTGTTGTAGTGATGGGGGTAAGCGGTTCAGGCAAAACGACCGTAGCGGAGCGACTTGCTGCCGCGCTTTGTGCCACGTTTTTAGACGGCGATGATCTGCACCCTCGTGCCAACGTGAAAAAAATGGGAGAAGGGGTGCCGCTAAACGATGAAGACCGGGCGCCATGGTTAGAACGCATTAACGATGCCGTTTTCAACTTAGAGCAACGCAGCCGAAAAGGTGTCATCGTTTGCTCAGCACTAAAAAAACGTTATCGTGATGCGATTCGGGCTGAAAATAACAACCTGGTGTTTGTCTTTTTAGATGGCTCAAAACACCTTATTCTCGAAAGGATGACCGCTCGAAAAGGGCATTTTATGAAGCCGGGCATGCTGGACAGCCAATTCGAGGCATTGGAGCGCCCCGGCATTGATGAGCAAGATGTGCTCACAGTAACCATCGACAGCACGCCTGACGAAATAGTGGAAATCATTTCTCAACGATTAAAAGCGCGAAATTTTGTTGAGTAA	MKKNTSNQPPAGFSVVVMGVSGSGKTTVAERLAAALCATFLDGDDLHPRANVKKMGEGVPLNDEDRAPWLERINDAVFNLEQRSRKGVIVCSALKKRYRDAIRAENNNLVFVFLDGSKHLILERMTARKGHFMKPGMLDSQFEALERPGIDEQDVLTVTIDSTPDEIVEIISQRLKARNFVE	PGPT0018055_730	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_UTILIZATION	PLANT_DERIVED_GLUCONIC_ACID_UTILIZATION,PGPT0018055-gntK|idnK-K00851	NA	NA
AK237_02171	1371	ygbN	COG2610	Inner membrane permease YgbN	ATGGATGTGACTGCCGTTTCTGATCCCACTCATTTGCTGCTTACCGGTTTAGGCGCAGTGGTATTGCTAGTACTGCTTATCATAAAAATGCGTATTCATGCCTTCGTAGCCCTCATTTTCGTCAGTGTAGTCGCGGCGGCGGTGGCGGGTATTCCCAGCGATCAAATTGTGCCTGTTATGCTTAAGGGGTTCGGGGGAACGTTAGCGTCAGTGGCGTTACTGGTTGGCCTTGGATGCATGATAGGTAAGCTGCTGGAAGTGACCGGAGGCGCGCGCGTACTGGCCGATGGCTTAATAACCCGCTTCGGCGAACAAAAAGCCCCTCTTGCACTGGGGGTCGCCTCCCTGTTATTCGGTTTCCCAATATTTTTTGATGCCGGGTTAATTGTAATGTTTCCCATCATCTTAAGTGTGGCGGCTAAATTTGGTGGCTCTACCATCAAATATGCGTTTCCCGCCGCCGGTGCATTCGCCGTAATGCACGCTTTTGTACCGCCTCACCCTGGCCCCGTAGCCGCGGCCGATCTATTAGGGGCGGATATGGGGTTACTGTTACTGGTAGGATTAATTATCGCTATACCCACCTGGTATCTGGGCGCTTATTTGTTTGCCCTCTATGCGGGTGGCAAGACGCACATTTCGCTACCGCCGCTTTACAAGAACAGCAATTCTTCACCAGAAACCACGCCTCCGGCGTTCTCCACCGTTTTAATCATTCTGCTAACGCCTGTACTACTGATTTTCATGGATACAGGGCTTAACACTTTACAAGTGTCCGGCGTTATCCAAGGCGAACCGTTGTGGGTTGATGTTCTTCGAACTTTAGGTAAAACCCCCATCGCGCTACTTATCACCCTGATACTTTGTTTAATGCTTTTTACAAAAGATTTGGGCAAACAAAAAGTAGAAACATTGTGCGGGGATTCCTTAGCGCCGATTTGTGGCGTGATACTGGTTACCGGCGCTGGCGGCATGTTCGGAGGCGTATTACGCAGCAGCGGTATAGGTGAGGCGTTAGCAGGATTGCTTCAGGACACAGGTTTACCTGTTATTGTTGCGGCCTTTGTTATCTCCACCTGCTTGCGGGTGGCGCAAGGTTCTGCAACAGTAGCGCTTACCACTACTGCGGCACTTATGGCGCCGATTGTTGCTGCAACCACGGGGCTCTCGGCAATTGATTTATGCTGCATTGTTATCGCTATCGCCGGCGGGGCAACGGTACTCTCACATTTCAACGACTCAGGCTTCTGGCTGGTATCACGTCTGCTGGATATGGACGAGAAGACAACACTAAAAACCTGGACAGTTATGGAAACGCTGTTGGGCAGTATTGCATTTGTGCTGGCCGCGTTAATCAGTGTGGTGTTTTAG	MDVTAVSDPTHLLLTGLGAVVLLVLLIIKMRIHAFVALIFVSVVAAAVAGIPSDQIVPVMLKGFGGTLASVALLVGLGCMIGKLLEVTGGARVLADGLITRFGEQKAPLALGVASLLFGFPIFFDAGLIVMFPIILSVAAKFGGSTIKYAFPAAGAFAVMHAFVPPHPGPVAAADLLGADMGLLLLVGLIIAIPTWYLGAYLFALYAGGKTHISLPPLYKNSNSSPETTPPAFSTVLIILLTPVLLIFMDTGLNTLQVSGVIQGEPLWVDVLRTLGKTPIALLITLILCLMLFTKDLGKQKVETLCGDSLAPICGVILVTGAGGMFGGVLRSSGIGEALAGLLQDTGLPVIVAAFVISTCLRVAQGSATVALTTTAALMAPIVAATTGLSAIDLCCIVIAIAGGATVLSHFNDSGFWLVSRLLDMDEKTTLKTWTVMETLLGSIAFVLAALISVVF	PGPT0001340_1376	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
AK237_02172	516	nudC_1		NADH pyrophosphatase	ATGAATACAGCTCCCTTACGCTTTTGCCCGAACTGCAAAAGCGATGCCTTTTCGTTGTCCGAAAACCGCTATTTTTGTGAAGACTGTAGCTTTACATACTTTCTAAACCCTGCCGCGGCGGCGGCCGGTATTCTGGTATGTGACGGTCACCTGCTGTTTACCGTGCGGGCTAAGGCTCCCGGCAAAGGTAAGCTGGGGTTGCCAGGCGGATTTGTTGACTTTCATGAGTCGCTGGAGCAGGGATTGATGCGGGAAACCCGCGAGGAGCTGGGCATTCATGTTACTGGCTGGCAATATTTGCTATCTGCACCAAATACCTACGATTATGCCGGCGTGCGATACCATACGTGCGACAGCTTTTTCGTTGCAACCCTGACAAAGCGCCCCGAACTTTCCCTTCAGGCCAGTGAAATTGCCAGTGTAAAATGGCTTAAACCTTCCGCGGTTAATTTAGACGCTATCGCTTTCCCTTCATTGCGCCATGCAGTGAAGGTTTATATCGATTCTGTTAGTTAA	MNTAPLRFCPNCKSDAFSLSENRYFCEDCSFTYFLNPAAAAAGILVCDGHLLFTVRAKAPGKGKLGLPGGFVDFHESLEQGLMRETREELGIHVTGWQYLLSAPNTYDYAGVRYHTCDSFFVATLTKRPELSLQASEIASVKWLKPSAVNLDAIAFPSLRHAVKVYIDSVS	PGPT0013440_3003	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	ROOT_COLONIZATION	ROOT_COLONIZATION-VITAMIN_B3|NIACIN_METABOLISM	ROOT_COLONIZATION-VITAMIN_B3|NIACIN_BIOSYNTHESIS,PGPT0013440-nudC-K03426	NA	NA
AK237_02173	1452	dapE_4		Succinyl-diaminopimelate desuccinylase	ATGAAGCGTTTCTTTTTGTCGTTAGGCGCCGTCATCGTTTTGCTCATTGGCATTCTGATATTTAACACCGTGCGTTTTATACCAGTAGAAAATGCGCCGGCAACAGACATTACGCTGACCCACCCTGACGGTGATGCGCTTGCGACACAACTGGCAGAAGCAATAACGTTTAAAACGATCGATTACGAAACCGATAATTCGGATAAATACGCCAGTTTTACCGCATTTCAGGATTGGTTAATGACTACCTACCCGCTGGTATTCGAAAAAACCAATCTGGTACGCCTTAATACTCATACTCTGCTATTGCGTCTTTCCGGCCAGAACGCGCCACTACCACCAGTGCTGTTTTCTGCCCATTACGACGTAGTACCTATCAACCCCGGCACCGAGAATGACTGGACCCACCCTCCATTTGGCGGGGTTATTACAAATGGCGAAGTATGGGGTCGCGGTGCGCTCGACGATAAAAATTCCGTCGTGACGATGATGGCTTCAATGACATCATTATTGGAAAAGAACTTCATCCCGCAAAGAGATATATTTATAGCCCTCACCCACGATGAAGAAATCGGCAGCACAAATGGCGCTATTGCAGTAACTCAGTGGTTCAGAGATAACAACATCACGCCAGCATGGTCGCTGGATGAAGGCTCTTATGTACTGGATGGCATTGTGCCCGGCATCAACAAAGGCATTGCCAGTATCAATCTGTCGGAAAAAGGCTATTTAACGCTGACATTAACAGCGAAAGGCGAAGGAGGACACAGCTCCATGCCGCCACAAGACACCGCTGTTAGCATTCTGGCCGCGGCTCTAATGCGACTTCACGATGCACCTTTACCCGGCGGTTTAGAAGGGATCAGTGAAAAGATGTACACCGACATCGCCCGGCACATGGATTTCACCAAACGGCTGTTATTTGCCAATATGTGGTTATTCAAACCGCTTCTGAATGCCGTTGTGGGCAGCACAAACAGTGGCAATGCCATGCTTCACACCACAACAGCCCCCACCATGTTATCGGGTAGTGTGAAATCGAATGTATTGCCTGCTACAGCAACGGCCACCATCAATTTCAGGCTGCACCCACGGGATTCGGTTAAATCGGTCACGCAGTGGGTGCGCGAGGCGATTAACGATGACCGGGTAACCGTGGAAGCGGTAGAATTTAACGAGCCTTCGCCGGTGGCATCAAGTAGCAACGAAGGTTTTTTACAGATGGTGCAAACCACGCGGGCAGTTTATCCCGACGCAATTATTACTCCGGGCCTGACCATTGCCGCCACAGACAGCCGCTTTTATAGCGAAATAACCGATAGTTACCGCTTCACGCCAATGGTGTTGCGTTCAGAAGATCTAGGCAGCATTCATGGTACCAATGAAAAAATCTCGATAGAGAATTTAGTGAAGGCCGTACAGTTTTATACGGCATTGATGGCGCAGCAATAA	MKRFFLSLGAVIVLLIGILIFNTVRFIPVENAPATDITLTHPDGDALATQLAEAITFKTIDYETDNSDKYASFTAFQDWLMTTYPLVFEKTNLVRLNTHTLLLRLSGQNAPLPPVLFSAHYDVVPINPGTENDWTHPPFGGVITNGEVWGRGALDDKNSVVTMMASMTSLLEKNFIPQRDIFIALTHDEEIGSTNGAIAVTQWFRDNNITPAWSLDEGSYVLDGIVPGINKGIASINLSEKGYLTLTLTAKGEGGHSSMPPQDTAVSILAAALMRLHDAPLPGGLEGISEKMYTDIARHMDFTKRLLFANMWLFKPLLNAVVGSTNSGNAMLHTTTAPTMLSGSVKSNVLPATATATINFRLHPRDSVKSVTQWVREAINDDRVTVEAVEFNEPSPVASSSNEGFLQMVQTTRAVYPDAIITPGLTIAATDSRFYSEITDSYRFTPMVLRSEDLGSIHGTNEKISIENLVKAVQFYTALMAQQ				NA	NA	NA	NA	NA
AK237_02174	2232			hypothetical protein	ATGCGTAAACCTATGTCTATGCCGGTCAGTGCGCTGTGTCTGGCAGTGGCGTTCGCCTTAAACGGCTGCGGAACACCGGCAGAGCAGCCCCGCGTCAGTGAAAGTCAAAACGTTGCAGTACAAACCCCTGTGCAGGCCGTACTCAGCCGGGTTACCGGTGGTCAGGCAGGGCACATTTCCACCCGCAAAGTTACCGACAACGAACCTGAATGGTACGAAGTGAATGTGACAAACGGGCAGGCGGAAATCAGCGGCAACAGCGATGCTGCCATGGCATACGGTGCATATCAGTATCTGCGGGAGCAGGGCGCGCTATCGGTAAGCTGGGAAGGCAACCGTGTGGCCATGCCCGACCATTTTGCTGACTACGACGGTGCGAAAATCGCTACACCGTTTGATCAGCGCGCATATCTGAATGTGTGTGCTTACGGTTATACCACACCCTGGTGGGACTGGGCGCGCTGGGAGCAGGAAATAGACTGGATGGCCCTGCACGGTGTGAATAACCCCGTGGCAATGGAAGGTCAGGAATTTGTGTGGCAAGCCCTGTGGAAAGAGTTCGGTGTAACAGACAGCGAACTGGATACGTATTTTTCAGGGCCCGCGTTTACGCCCTGGCAGCGCATGGGTAACATTGAAGGCCATGAAGGCCCGTTACCGCAAAGCTGGATTAATAAGAAACACAAACTGCAGAAACAAATTCTGGCCCGAATGGACGAGCTGGGCATGAAGCCAGTTGTTCCGGCGTTCAGCGGATATGTACCCAAAGCGTTCACCGAACGTTTCCCCGATGCAAAAATTTACGAAATGCCGAAGTGGACAGGGTTCGAACATGAAACCTACTGGCTGGACCCGGCAGATCCGTTATTCGATAAAGTGGCAAAACGCTTTATTGAAATCTACACCGCCACCTATGGCGAACACGAATACTATTTATCTGATGCGTTTAATGAAATGCTGCCGCCGGTATCAGAAGACAACCGTTACGCCGACCTGGCTTCTTACGGAAAGCGTATTTATCAGTCTATTCAACAGGCTGCGCCGGATGCCACCTGGGTGATGCAGGGCTGGATGTTCGGTGCCGATGAAGAGTTCTGGGATCTGGAGTCCATCGAAGCCTTTTTGAAAGACGTGCCGGACAGCAAAGCGATGATCCACGATATCGGCAACGATCGCTATCATGTGTGGCAGCGTACAGAAGGCTTCAAAGGTAAGCCGTGGATCTTCGGGTTCATTCATAATTACGGCGGATCAGACCCCGTTTACGCTGACTTTGCTGACTACAAAGAGCAGCTGGATGTGGTAACGCATTCAGAAAATAAAGGCGCGTTAACCGGCTTTGGTGTATTCCCTGAAGGTATTCACAATAACTCCGTGGCCTATGAGTTCCTGTTCGATTTGCCCTGGCAGGCAAAACCGGACATGCAAAGCTGGATAGCCACCTATGCCAATGCGCGGTATGGCAAGTCGTCTCCAGCGCTGCTGAACGCCTGGAATAAGCTTATCGACGGCGTGTACTCGGTACGCTACTGGACTACGCGCTGGTGGGAAGGGTCAGCAGGTGCTTACTTACTGTTCAAGCGCCCTACAACAGATATCACTGAATTCGAAGGTAGCCCTGGCGATCTCGGCAGCCTCGATGCAGCCATCATGGAATTGCTGTCGCTGGCCGATGAATATGCAGATTCCCCGCTGTTTATTTACGATTTGGTGGACGTGACAAAACAGTCAGTATCATTACACGTGGATTTAATGTTGCAGGAAGCCGTGGCGGCTTATCAGGCAAAAGACATTGAAAAAGGCGATGCGCTGACGGCACAAATCACCAAACTGGTTACGCAACTTGATGCGCTGATGGGATGGCACCAGGAATCTTTGCATACCTGGTTGTCAGATGCAGCCGCTTACGGTGACAACAAGGCAGAGTCTGACTTTTATGTGAAGAATGCCCGTCAGCAAATTACCGTGTGGGGCGGCCCCAAACTGAAAGATTATGCGTCTAAAGCCTGGCAGGGCATGTACAAGGACTTTTACCTGCCGCGTTGGTCGCAGTATTTGTCAGCCCTGCGTGCTTCGGCCGTGTCTGACTCATCGTTTGATGATGAGGCACAGCAGCAGGCACTCATCAAATGGGAGAATGCGTGGACAGAGCAAACCACCATTCCTGCGCCGGTAAAACCGGACAACCCTGTGTTGCTTGTTAACGGGTTGATGATGGAAGTTTCCCGTTAA	MRKPMSMPVSALCLAVAFALNGCGTPAEQPRVSESQNVAVQTPVQAVLSRVTGGQAGHISTRKVTDNEPEWYEVNVTNGQAEISGNSDAAMAYGAYQYLREQGALSVSWEGNRVAMPDHFADYDGAKIATPFDQRAYLNVCAYGYTTPWWDWARWEQEIDWMALHGVNNPVAMEGQEFVWQALWKEFGVTDSELDTYFSGPAFTPWQRMGNIEGHEGPLPQSWINKKHKLQKQILARMDELGMKPVVPAFSGYVPKAFTERFPDAKIYEMPKWTGFEHETYWLDPADPLFDKVAKRFIEIYTATYGEHEYYLSDAFNEMLPPVSEDNRYADLASYGKRIYQSIQQAAPDATWVMQGWMFGADEEFWDLESIEAFLKDVPDSKAMIHDIGNDRYHVWQRTEGFKGKPWIFGFIHNYGGSDPVYADFADYKEQLDVVTHSENKGALTGFGVFPEGIHNNSVAYEFLFDLPWQAKPDMQSWIATYANARYGKSSPALLNAWNKLIDGVYSVRYWTTRWWEGSAGAYLLFKRPTTDITEFEGSPGDLGSLDAAIMELLSLADEYADSPLFIYDLVDVTKQSVSLHVDLMLQEAVAAYQAKDIEKGDALTAQITKLVTQLDALMGWHQESLHTWLSDAAAYGDNKAESDFYVKNARQQITVWGGPKLKDYASKAWQGMYKDFYLPRWSQYLSALRASAVSDSSFDDEAQQQALIKWENAWTEQTTIPAPVKPDNPVLLVNGLMMEVSR	PGPT0019185_504	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_GLYCOSIDE_UTILIZATION	PLANT_DERIVED_GLYCOSIDE-GLYCOSIDASES|GLYCOSYLHYDROLASES,PGPT0019185-nglA-K01205	NA	NA
AK237_02175	2640	btuB_20		Vitamin B12 transporter BtuB	ATGAACTATGCACTTCCGAAAAAAACCTTCATTGCCAGCGCATTGCTCTGTGCTCTGAACCCTGTAGCTTTCGCACAGGAAACTGCAACGCCTGATGATAACCTTATTGAACGCATCGATGTAACTTACCGCTCCAGCCTGGTACAGGCGGCTGCAATCAAACGTGATGAAACTAAAGTCGCCGATATTATTACTTCGGAAGACATTGGCAAATTCCCTACCGAGAATATCGCTGAAGCTATCCAACGTATTCCCGGGGTACAGATTTCCAACATTAACGGTCGTGGTTCTACGATCAGTGTCCGCGGTTTAGGTGCGCAATATGCGCGGACTACCGTTAATGGTCAGACAATGGCGAACGCCGATTTCACTGGCGGTTTCCGTTACGACATTATCCAGTCAGAACTTGCCTCTGCCATCTCGGTCATTAAATCTCCCAGCGCTGATATGGACACCGGTGGTTTATCCGGCACAATCAACATCGATACCACAAAGCCGCTATCTTACGGTGAGCGTAAAATTGTGGCATCGGTAAAAGGTCAGTATTCGGAATTCTCGCCTACCGACAATGTCACGCCAAAAGGAAATATTACCTATATCGACCAGTTTGCTGACGATACCGTGGGTATTTTCCTCAACGCCGGTTATCAGGAACTGGATGACCGCGTAGATAACTTCTGGATGGGCCGCTGGTTCCAGGACGACGAAGGCAATGATTATCCACGCCGTCCCCGTTACCGTCGTATCGACCGTGAAACCAAGCGTTACCTGATGAACGGTGCTGTGCAGTGGCGTCCGACAGACAGCTTTGAAACCACCTTTACCGCCATTTATGCTGACGACGATACTTATCAGGATTTGAACCAGCAGGTATTCCTGTTTGACCAGGATGATATTACATTGCTTGGCGAGCCGGTAGGCGGCGTATATACCAACGTAAGAATTGATGACTTCACGCTGGAAAATAACCGTCAAATAGAAGAAAAAGGCGCAACCAGTAAAGCCTTTACCTTGCAGTCTAAATACGAAACTGAAAACTGGATAATATCAGGCGTGGCGCACTATACCGCCGGTGATGCTACAGAAAGCGAAGAAGCCGCTATTCTGGCAACCACCGTGTCTGCCACCATGGATATTTCTAACAGCAGCAACGTTATTTTCGATGTGGATGAGGATCTCACCGACCCGGCGCTGTATCCCTACGACATGCCCCGAAATGAATATCCAAACGGTGCAACCCGCCTTGTGGATACTTCAGAGAAGGCACTGCAACTTGATGCTGAACGTATTCTCGACGGCGACATTTTCACGTCTTTCGCATTTGGCGTGAAGTATCGTCAGGAAGAGTTTAACCGCGAAGTATACCGTAGAGACCGTTTCGCCATTGGTGATGCAGATCCAGCAGACTTACCGCTGATGTCTGAATATAACTTCATGGTGACGGACTTCCTCGACAACCAGATGTCTATTCAGCATGCGTGGATTGCACCGGATATTCAGGCTTACCGCGATGCGCTGGTAGCAGAAGGTGTAACCATTCCTACCTTCTTTGCGGCGCAGTCTTCTTACGGTATCGAGCGTGACATTTTGTCGTTCTACTCCGAGCTTGAGTTCGACACCATGTTAGGTGATTTCCCGTTCCGCGGTAATTTCGGCGGACGTTACGAAACCACTGACCGGACTATCAATACTTACCTTACCGGTGAGCAGAATCCGGATAACGAAGAAATTCGCATGGTGGTGGGTGAATACGATATCGATTATGACTACACCAACTTCCTGCCCAGCATGAACCTGGTGTTAGAGCTTACCGACGAAGTACAGGCCCGATTCGCAGCAGCGAAAGTGCTGGTGCGTCCTATTCTGACCTCCAATACACAAATTGCCGCTTCAGAAACGTCGGCGTCTAACTCCTTCGGCACCACTACCTACACCATCGATTTGGGTCAGCCGGAAATGAAGGCAATGACCGCAGATCAGGCAGATTTAGGTCTGGAATGGTACTACGGTGAAGGTGACAGCTTGGCGTTAACCCTGTTCTGGAAAGAAATCAAAAACGGCGCTGTGACCGAGTTTGTTTGTCCTGACAATTACGACGGCGTAGCGCTGAGCGGCACGGCATCAGACTGTACCGACGGTGAAGGTAATATTTATGAAATTACCAGCACCTACAACGACGACTCTGGCACCACCATTAAAGGCTATGAGCTTGGCTGGAATCAGGGACTGGACGAATGGCTACCCATTAAAGGCTTTGGTTTCTCGGCAAACTATACCTTCATTGATGCAGAAGAGGGCGAAGATTTTGTATTGACCAACTCATCTGAAAAAACCTGGAACGTCATCGGTTACTGGGAAAATGAAGTGTTCAGCGCGCGGGTCGCACTGAACCACCGCAGCCCGTATATTCAGGACAGCAACGATGCGTTCTTCGCCCGTGAAGGCCGCGTAGTAGATGGCCGCGATCAGATAGACGTGTTACTGAGCTACAACGTAACTGAAGCGCTAAACCTGCGTTTCGGCGCGCTGAATATTAACGGTAACGATGAAGAAGCCTATTACACCGATGAGAAGCCAGTCTGGCAAACCACCAGTGTACTGGGTACAAGCTATTACCTGAGTGCAGTGTACTCGTTTTAA	MNYALPKKTFIASALLCALNPVAFAQETATPDDNLIERIDVTYRSSLVQAAAIKRDETKVADIITSEDIGKFPTENIAEAIQRIPGVQISNINGRGSTISVRGLGAQYARTTVNGQTMANADFTGGFRYDIIQSELASAISVIKSPSADMDTGGLSGTINIDTTKPLSYGERKIVASVKGQYSEFSPTDNVTPKGNITYIDQFADDTVGIFLNAGYQELDDRVDNFWMGRWFQDDEGNDYPRRPRYRRIDRETKRYLMNGAVQWRPTDSFETTFTAIYADDDTYQDLNQQVFLFDQDDITLLGEPVGGVYTNVRIDDFTLENNRQIEEKGATSKAFTLQSKYETENWIISGVAHYTAGDATESEEAAILATTVSATMDISNSSNVIFDVDEDLTDPALYPYDMPRNEYPNGATRLVDTSEKALQLDAERILDGDIFTSFAFGVKYRQEEFNREVYRRDRFAIGDADPADLPLMSEYNFMVTDFLDNQMSIQHAWIAPDIQAYRDALVAEGVTIPTFFAAQSSYGIERDILSFYSELEFDTMLGDFPFRGNFGGRYETTDRTINTYLTGEQNPDNEEIRMVVGEYDIDYDYTNFLPSMNLVLELTDEVQARFAAAKVLVRPILTSNTQIAASETSASNSFGTTTYTIDLGQPEMKAMTADQADLGLEWYYGEGDSLALTLFWKEIKNGAVTEFVCPDNYDGVALSGTASDCTDGEGNIYEITSTYNDDSGTTIKGYELGWNQGLDEWLPIKGFGFSANYTFIDAEEGEDFVLTNSSEKTWNVIGYWENEVFSARVALNHRSPYIQDSNDAFFAREGRVVDGRDQIDVLLSYNVTEALNLRFGALNINGNDEEAYYTDEKPVWQTTSVLGTSYYLSAVYSF				NA	NA	NA	NA	NA
AK237_02176	1032	degA	COG1609	HTH-type transcriptional regulator DegA	ATGGCAGGCACTATGAAGAAGCCGACAATTAAGGATGTGGCCAAGTTAGCAGGGGTATCATTTAAAACCGTTTCCCGCGTGGTCAACAACGAAGCCAGCGTCAGCGACGAAGTACGCACCAAGGTGCAGGAATGCATTCAGAAACTGAATTATCAGCCTAACCACACTGCACGTACCATGCGTAAAGCGCCGTTCTCACTAGCTTTTGTGTACGATAACCCGAACAGTCATTATGTGATTGAAATGCAGAACGGCATTATTTCAGAATGCCGCAAGCGCGGGTTCGAACTGGTTATCCATCCCACCGACTCCCGTTCCGAAGAAGTGGGCAAAGAACTGGCCGCCATGATTGGCTCAAATCAGATTGGCGGGGTTATTCTTACGCCGCCGTTATCTGAAAACCGTGAACTGGTCACCTTTCTGCTAAACCGTGATGCCAAGGTTGTACGCATTCTGTCTGGCTCAGAAGCGCCGGATACTCTCGCGCCTGTTGTGCACGTAGACGACGTGGAGGCCAGCCGGAAAATGACTGATTACCTGCTTGATCTCGGGCATAAGCGTATTGCGTTTTTGGGTTACCACGCCTCTCACGAGTCGAGCCTTGGTCGCCTGCGTGGCTTTCGTGAAGCCCACGAAGCGCGGGGACTGGCTGTCGACAAGAATCTTATCGTAGACGGTGAATTTACCTTTGATTCGGGTATGACAATGACCAAGCAGGTTCTCGGTAACGACAATAAACCCACCGCTATTTTTGCATGTAACGACGAAATCGCTGCCGGCGCGGTGTTTATGGTGCGCCTGAATCAGCTTCGGGTGCCGGAAGACGTTTCCGTGGTCGGGTTCGAGAACAGTCCGTTTTCAATCCAAACCTGGCCACACCTCACCACCATCAATCAGTCGAATTTTGATATCGCGGCTTCCGCGGCCGAAATGGTAATCAAGATGATGCAGGCGAAAGATGTCCATACAGTGAAATCTAAAGGCTTTAGTCTCGAATTGGTCATTAGAAATTCCGCTGCGGCGCTAAATTAA	MAGTMKKPTIKDVAKLAGVSFKTVSRVVNNEASVSDEVRTKVQECIQKLNYQPNHTARTMRKAPFSLAFVYDNPNSHYVIEMQNGIISECRKRGFELVIHPTDSRSEEVGKELAAMIGSNQIGGVILTPPLSENRELVTFLLNRDAKVVRILSGSEAPDTLAPVVHVDDVEASRKMTDYLLDLGHKRIAFLGYHASHESSLGRLRGFREAHEARGLAVDKNLIVDGEFTFDSGMTMTKQVLGNDNKPTAIFACNDEIAAGAVFMVRLNQLRVPEDVSVVGFENSPFSIQTWPHLTTINQSNFDIAASAAEMVIKMMQAKDVHTVKSKGFSLELVIRNSAAALN	PGPT0017992_9081	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
AK237_02177	105			hypothetical protein	ATGCGGGCGCCCCGCAACATTCCTGTACTGTCATTCCCCGGTCTCGTCGTATTTTATTCCACCAAAATAACATTTGACAACGTTGACAAAGCAAGGTTAACGTAA	MRAPRNIPVLSFPGLVVFYSTKITFDNVDKARLT				NA	NA	NA	NA	NA
AK237_02178	1098			hypothetical protein	ATGACAAACACGGCTGATAACACCGCAAAGAAAACCCGTTTATTGTCGCTGGACGTATTCCGCGGCCTGACCATCATGGCCATGATTGTGGCAAACAGCCCGAATACCTATGGTGAGTTGTCCCACGCATACTGGGATGGCATTCACTTCGCCGACCTGATATTTCCCTTTTTCATCCTCATTGTGGGTGTAGCAATCAGCTTGGGCTTTAAGAATATTCATGCTGATTCCCCCAATTTGAAACCCGTGCTGCAAAAAGTGTGGAAGCGCACCTGTATTATGTTCGCCCTGGGATTAGTGGTGAACCTGTTCTACACCCACTTCGAGCAGGTACGTATTCTTGGCGTGTTGCAACGTATCGCACTGGTGTACCTGGTGTGCTGCTATCTGGCGGTTTACTGCTCTGTACGTACGATTATCAAAACTGGTATTGCCCTGCTGGTGCTGTATTGGCTGTTTGTGCTGTTTGTACCTGCCCCGGGTTTGCCTGCCGGTCACCTCGAACGCGGCGAAAACATTATTAACTGGTTCGACAGATTCATGCCCGGCATGCTGTGGCGTGGTGAATGGGATCCTGAAGGTTTACTCAGTACCTTCCCTTCTGTGGTTACCGGCATCATGGGTATGCTCATGGGCCGTATTATCATCGCCGCTAAAGGTGAATTAAGAGACGCCGTCATGCACCTTTTCTTATTCGGCTTTCTTACCTTTTGTGCCGGCTGCGTATGGAGCCTTGGCTTTCCGTTCATCAAGCAAATCTGGTCCAGTTCCTTCGTGCTGGCCACCGGCGGGATCGGCGCAATGATTCTGGCGGTAATGGTGTGGTACACCGACATTAAGGGCCACCGCGCCGGCACCACTATTCCGGTGATATTTGGCGCCAATGCGATTACCGCCTATGTGCTGCACGTCATTATCGAGAAGTGCCTGGACTGGGAAATAGCCGGTACATCCATTCACGCCGCATGGGTTGAATGGTCGTTACAGGCAGGCTTTAGCGAATTTGCCAGTGCCACCACCTGGGTGGTGATGTTTGTGGGTATTTGCTTTATTCCCGTGTACTGGCTCTACCGCAAACAGATTTTTATCAAAATCTAG	MTNTADNTAKKTRLLSLDVFRGLTIMAMIVANSPNTYGELSHAYWDGIHFADLIFPFFILIVGVAISLGFKNIHADSPNLKPVLQKVWKRTCIMFALGLVVNLFYTHFEQVRILGVLQRIALVYLVCCYLAVYCSVRTIIKTGIALLVLYWLFVLFVPAPGLPAGHLERGENIINWFDRFMPGMLWRGEWDPEGLLSTFPSVVTGIMGMLMGRIIIAAKGELRDAVMHLFLFGFLTFCAGCVWSLGFPFIKQIWSSSFVLATGGIGAMILAVMVWYTDIKGHRAGTTIPVIFGANAITAYVLHVIIEKCLDWEIAGTSIHAAWVEWSLQAGFSEFASATTWVVMFVGICFIPVYWLYRKQIFIKI				NA	NA	NA	NA	NA
AK237_02179	882	gspK_3	COG2971	Glucosamine kinase GspK	GTGATTCAGCAACAATATTTTCTCGGTATCGATGGCGGTGGTACAAAATGTAAAGCCCGCCTTGAATCTTTGAACGGTGAGCTATTAGGCGAAGGACTGTCTGGGCCTTCTAACCCGGCACAATGCGCAGATATTGCACTATCTTCTATTCTCGACGCAGCATCACAGGCGATAAAGGCAGCAAATTTACCTGATGATACGTTAGCTCAGGTACATGCTTGCTTAGGTTTAGCCGGCGTTAATATACCGGCTTATCGCAAACTGGCGGAAGATTGGGCGCTCCCCTTTGCATCAACGCTGCTTACTACCGACCTACATATCGCCTGTGTGGGCGCGCACGGCGGAAACGAGGGGGCTATTTTAATAACAGGAACAGGCAGTTCGGCATTTGCATGTGTTAACGGCACGCATTCTACTCTGGGTGGTCACGGATTTCCGCTAGGAGACAAAGCAAGTGGCGCATGGTTAGGATGGCGCGCTATCACGCAAACATTGGAGGCACTTGATGGCCTTCGGAGCATGACACCTTTTACGCAGGCGATTTGCTCACAACTACATGCCGATAGCCCTGAGGATATAGTCGCAAAGGCGCTGCACTTTCGTTCGGGTGACTACGCTACGCTTGCGCCAGTCGTTCTGCAGTTCGCTAAACGGCATCACCAGTGTGCAATGGACATTGTCACAGACGGTGCAAACTACCTTACTGACGTACTCACGCGATTACACGCATTAGAGGCTAAACGTATCACCATGATTGGCGGGCTTTCCTCTTTTTGGAGCAGCCAAATACCTGGCAAGATGCAACGAATACTGAGTCCTGCACTTTGTTCTCCGGAATACGGTGCTGTTTCTTTGGCACGACAAACCTTTAAGGAAGCTTAA	MIQQQYFLGIDGGGTKCKARLESLNGELLGEGLSGPSNPAQCADIALSSILDAASQAIKAANLPDDTLAQVHACLGLAGVNIPAYRKLAEDWALPFASTLLTTDLHIACVGAHGGNEGAILITGTGSSAFACVNGTHSTLGGHGFPLGDKASGAWLGWRAITQTLEALDGLRSMTPFTQAICSQLHADSPEDIVAKALHFRSGDYATLAPVVLQFAKRHHQCAMDIVTDGANYLTDVLTRLHALEAKRITMIGGLSSFWSSQIPGKMQRILSPALCSPEYGAVSLARQTFKEA	PGPT0018875_744	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO|NUCLEOTIDE_SUGAR_UTILIZATION	PLANT_DERIVED_GLUCOSAMINE|GLUCOSAMINATE_DEGRADATION,PGPT0018875-gspK-K18676	NA	NA
AK237_02180	1002	glmS_2	COG0449	Glutamine--fructose-6-phosphate aminotransferase [isomerizing]	ATGTCTATTATCACTAAAATGGCCGCAGAGGCTACGCAGACGCCCAATGTATTGCAGACTCAGTGGCGAGAAAACACTGCACGTGTTCAGGCATTGGCGAACGCGATCAAACAAAAAGATCCTGAATTCGTTTACATGATTGGTCGTGGTACCTCTGATCATGCCGGCGTATTCGGGAAATATCTTATCGAAACCGAGCTTGGTTTACCCGTTGCATCAGCCGCGCCTTCGGTAAACAGTGTATTTGGCAAATCTTTGCGGCTTCAAAGAGCGCTGGTATTTGTTATTTCCCAGTCCGGGCGCAGCCCCGATATTGTCGCGCAAGCAAAAATGGCAAAAGAAAAAGGCGCTCTCCTTGTAGCTTTAGTTAACGATGAAACGTCCCCTCTGATTGGTGTCGCTGACTTTTTTATCCCGTTAAAAGCAGGGCCAGAAGTAGCAGTAGCGGCAACGAAAAGCTATCTTGCAAGCCTGTTTGCCTTGCTTCACATTGTTGGCACCTATTCTGAAAATACGCATCTGTTGACGGCCCTTGAGCAAGCGCCAACCGAATTAGAAAAGATAATCGCGTCTTCACCGGTGCTAAACGCTGAAGTAATAGGGAAGATCGACCGCTGTGTCGTGTTAGGAAGAGCGTTTGGCTATGCAATTTCCCGCGAAATTGCGCTAAAAATGAAGGAGGTATGCGGTATTCAGGCCGAAGCCTTTAGTAGTGCTGAATTTCTCCATGGCCCAATTTCTTTACTCAACCGTGGCGTCGCAATTATCGATGTCCATATTCCAGATGCATCCTCAGCCTTTCACATTCAACAGATTGACGAGGTGAAACGCCGTCAAGCTGCGGTTTATCCGCTCCTTTCAACGTCTGCGGCCGTACATCCATTGCTCGCGCCCCTTCTCATCATGCAACGATTTTACCTTGATATTGAAATGGCAGCTCGCGCGCTGGGTATGGATCCTGACAATCCTGTTGGCCTGAAAAAAGTTACAGAAACGGTATAG	MSIITKMAAEATQTPNVLQTQWRENTARVQALANAIKQKDPEFVYMIGRGTSDHAGVFGKYLIETELGLPVASAAPSVNSVFGKSLRLQRALVFVISQSGRSPDIVAQAKMAKEKGALLVALVNDETSPLIGVADFFIPLKAGPEVAVAATKSYLASLFALLHIVGTYSENTHLLTALEQAPTELEKIIASSPVLNAEVIGKIDRCVVLGRAFGYAISREIALKMKEVCGIQAEAFSSAEFLHGPISLLNRGVAIIDVHIPDASSAFHIQQIDEVKRRQAAVYPLLSTSAAVHPLLAPLLIMQRFYLDIEMAARALGMDPDNPVGLKKVTETV	PGPT0017630_7371	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	ROOT_COLONIZATION	ROOT_COLONIZATION_BY_NODULATION	ROOT_NODULATION_METABOLISM,PGPT0017630-glmS|nodM-K00820	NA	NA
AK237_02181	1119	agaAII_2	COG1820	N-acetylgalactosamine-6-phosphate deacetylase	ATGCATTATTTCGCACACCAATTTTTCGATGGTCACCACATACTTGAAAACGTGCGTTTTTGTGTTGAAGATAATTACATCGCAAAAATAGAGGCCGCGGGCTCTTCACAAGGAGCGCAGGTGCTTCAGGGTCTCGTAGCTCCGCTAATGGTAGACGTGCAGGTAAATGGTGGCGGAGGGGTGCAGTTCAATGACTCACCAACTCTTTCGGCTCTTCAACAGATGTCATCCGCCTATTTGACCACCGGTACCGGCAGCATTATGCCCACGCTTATCACCGATGATTTTGATGTTATGCAAGCAGGCGCTGACGCCATAGCATTAGCGCATCGGGAAGATCCGGTTGCCTTTCCGGGCGTGCATTTTGAAGGGCCTCACCTGTCGATAGCAAAAAAGGGAATGCACAGTGCAACCTTTATTCGCCCGATAAGCGAGCGCGAATTTTCACTTTTTACCCGAAAAGATTTAGGCCAGGTGCTATTAACGGTTGCCCCTGAAATGGTGTCGCCTACAGATATTAACCGGTTGACAAGTGAAGGCGTCATTGTTTCGGTCGGTCATACTAATGCTCACGCATCTACGTGTTTAGCAGCGTTTGATGCAGGGGCAACCGGCGTAACACATTTATTTAATGCAATGTCGCCACTGACCAGCCGCGAGCCAGGTGTGGTTGGTAGCGCATTATACAAAGATGATATTTATTGCGGTTTAATCGTTGACCATCAACATGTTCACCCTATCAGCGCCTCGCTGGCGATTAAGTTGAAAGGTGATGCAAGACTCATGTTGGTAACCGACGCGATGGCACCTGCGGCCAGTTCTGCAGACCACTTTATCTACCAGGGTAGTAAAGTTTATCGGGACGGCCCCACACTTAAATTAGAAGATGGCACGCTTGCCGGCTCAGTACTTACTATGGATGAGGCACTTCGACACACCCATTTTGATTTGAATGTACCTCTCTTGAGCGTACTCAAAATGGCAACATCCACACCCGCGTCGTTTTTGGGGTTGGCTGATAAATGTGGGACGCTGAATGTAGGATTACCAGCAAACTGGATGCAGTTGGACAGCAAGCTCGCGCTACAAGCAGTATGGAAAAATGGTGTGCGCCTGTAG	MHYFAHQFFDGHHILENVRFCVEDNYIAKIEAAGSSQGAQVLQGLVAPLMVDVQVNGGGGVQFNDSPTLSALQQMSSAYLTTGTGSIMPTLITDDFDVMQAGADAIALAHREDPVAFPGVHFEGPHLSIAKKGMHSATFIRPISEREFSLFTRKDLGQVLLTVAPEMVSPTDINRLTSEGVIVSVGHTNAHASTCLAAFDAGATGVTHLFNAMSPLTSREPGVVGSALYKDDIYCGLIVDHQHVHPISASLAIKLKGDARLMLVTDAMAPAASSADHFIYQGSKVYRDGPTLKLEDGTLAGSVLTMDEALRHTHFDLNVPLLSVLKMATSTPASFLGLADKCGTLNVGLPANWMQLDSKLALQAVWKNGVRL	PGPT0018860_3414	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
AK237_02182	1326	fucP_6	COG0738	L-fucose-proton symporter	ATGACAATAAATAACTCGTCTTCTACCCGTTCTACAGTGCTTCTCCCCATGATTATTATAGGCACGCTCTTTTTCGTGTTTGGCTTTATTACGTGGCTAAACGGCGCGCTTATCCCTTTTCTTCAAATTGTATGTCAGTTAACAGGCACCGAAGCGCTGCTGATTGCGTTTAGTTTCTATATTGCTTATGTCGTCATGGCCCTGCCAATGTCTTTTGTTTTGAGCAAAACCGGTTATAAGCATGCGATGTCCCTGGGATTAATACTCATTGCGTTAGGTTGCTTTCTTTTTGTTCCTGCAGCAGAAACTCAAACCTTTGCTTTATTCATTACGGCACAATTTGTCGTAGGTTCAGGACTAACGATTCTTCAAACAGCGTCAAATCCTTATCTGGTCAAAATAGGCCCTGCAGAGAGTGCTGCTGCACGGATCTCAATAATGGGTTTGTTGAACAAAGGAGCAGGATGGCTTGCGCCCATTGTTTTTACAGCACTGGTGTTAGGTGATTTTTCAGGCATCACATCGCAATCTGTCTCGGCGTTGCCTGATGCCCAGCGACAATTGCAGATCCAAGCGCTCGCCGACAGTCTGGTTGCCCCTTATATAGGTATGGGGTGCGCGTTACTACTCCTGGCTTTAGCATTGCATTTTTCTGCCTTACCAGAATTAGATTTACAAAAAGAAGATAACGCACTTCAAGCCCGTGGCATGAAATCAACCTCGATTCTTAAATTTCCTCAACTTATTCTTGGGGTCAGCGCGCTCTTTTTCTATGTTGGCGTTGAAGTTATTGCGGGTGACACTATTGGTCTGGCGGGTCTGGCACTGAATTTAGACGGAGCGCTGGGGCTTACTTCCTACACCATGTTCTTTATGGTCGTTGGCTATCTGTTGGGTCTCTTGCTCATTCCCCGCGTGTTAACGCAGCATCAGTTGCTAACAGTCTCCGCAATCCTGGGCATTGTTCTGTCTGTATGCATCCCTTTTACCCACGCCGACAGCCTCGCTCTTGCGTCATTCCTGTGGGGCTGGACAGGCATTACTTTATTGCCCGATCCTGTAACCTGTATTGCTTTGCTTGGATTAGCCAACGCCATAGTTTGGCCGGCGGTGTGGCCCCTTGCGCTTGAAGGTCTGGGCACGTTTACCGCCCGGGGCTCAGCGTTATTGATAATGGGCATTGCTGGGGGAGCCATACTGCCAATGATATTTGGCGCGGTAGCGGATCATTTTGGTATTTTCTATGCTTACTGGATGACCGTGCCATGCTATGGCTTTATATTATTCTATGCAGTTAAAGGCTGCCGCATAAAAAGCTGGGGTTAG	MTINNSSSTRSTVLLPMIIIGTLFFVFGFITWLNGALIPFLQIVCQLTGTEALLIAFSFYIAYVVMALPMSFVLSKTGYKHAMSLGLILIALGCFLFVPAAETQTFALFITAQFVVGSGLTILQTASNPYLVKIGPAESAAARISIMGLLNKGAGWLAPIVFTALVLGDFSGITSQSVSALPDAQRQLQIQALADSLVAPYIGMGCALLLLALALHFSALPELDLQKEDNALQARGMKSTSILKFPQLILGVSALFFYVGVEVIAGDTIGLAGLALNLDGALGLTSYTMFFMVVGYLLGLLLIPRVLTQHQLLTVSAILGIVLSVCIPFTHADSLALASFLWGWTGITLLPDPVTCIALLGLANAIVWPAVWPLALEGLGTFTARGSALLIMGIAGGAILPMIFGAVADHFGIFYAYWMTVPCYGFILFYAVKGCRIKSWG	PGPT0016725_742	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_FUCOSE_TRANSPORRT,PGPT0016725-fucP|MFS_transporter|FHS_family|L_fucose_permease-K02429	NA	NA
AK237_02183	453			hypothetical protein	ATGACGTTACTGTTTATATTTTTAGCGGTGGTAGGTGGTGCTACATTGAGTGTGCAGGCATCAATTAATGGCGAGTTAGGAAACCGTGTAGGCGTTTACAAAACAGCATTTCTCACTTTTTCGGTAGGCTTACTAATTACATCGTTGCTCATTTTCTATTTTGAACCGGTTAAGCAATCGCACTTGTTAAACGTACCTAAGTGGCAGCTACTCGGCGCGATGTGTGGCGTGCCGTACATTCTTGTTATGGTTATCGCCGTTAAGCGTCTGGGTGTCGCGCTCGCCACCCTTGGTGTTATATTCGGACAGCTAACCATGAGCCTGCTTATCGATAACTTCGGTTGGTTTGCTAACGAAACCGTACCACTCACAGCTACCCGTGCAGGTGCTATTTTGTGCCTGGCGATTGCGTTGTATTTTGTTTACCGAAGTAACCGTAAAAGTCACGCGTAA	MTLLFIFLAVVGGATLSVQASINGELGNRVGVYKTAFLTFSVGLLITSLLIFYFEPVKQSHLLNVPKWQLLGAMCGVPYILVMVIAVKRLGVALATLGVIFGQLTMSLLIDNFGWFANETVPLTATRAGAILCLAIALYFVYRSNRKSHA	PGPT0009795_1406	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_HERBICIDIAL_STRESS	HERBICIDIAL_STRESS-TOXOFLAVIN_METABOLISM,PGPT0009795-toxF-K09936	NA	NA
AK237_02184	432			hypothetical protein	TTGCAAATTTTGGTGTTACTACTGGCCGTCGGGGCCGGAATGGGGTTATCTGTAGAAGCGGGATTACTGGGGCCACTAGGTAGTGAAGTAGGCGAGCTTTGGGCAACGTGGAGTATATTTGCCGTAGGTTCGGTGCTCACATTTTTATTAATGCTATTTTTCAGTCCGCGAAACAGCCCATCGTTTTTTTCCCAACCCGGTTGGACACTGCTTGGCGGTATTCTGGGCCCTGTTTACGTTATCAGCCTGACGTTGGCCACTCCTGCGATTGGGGTGGCAATGACCATGATAGCCATCCTCACAGGGCAGATTGGTAAAAGTTTACTGATAGATCATTTTGGTTGGTTTGGTGGAGCTGCTCGGAAAATTAATCGCGACCGTTTAATTGCACTGTGCTTTATTCTCGCGGCACTTGTGCTCATTGCGCAGTAG	MQILVLLLAVGAGMGLSVEAGLLGPLGSEVGELWATWSIFAVGSVLTFLLMLFFSPRNSPSFFSQPGWTLLGGILGPVYVISLTLATPAIGVAMTMIAILTGQIGKSLLIDHFGWFGGAARKINRDRLIALCFILAALVLIAQ	PGPT0009795_2205	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_HERBICIDIAL_STRESS	HERBICIDIAL_STRESS-TOXOFLAVIN_METABOLISM,PGPT0009795-toxF-K09936	NA	NA
AK237_02185	936	dmlR_5		HTH-type transcriptional regulator DmlR	ATGAGCGATTTAAGTCATATTACGATAAGGTCTTTGAAGCTCTTCAAAGCGGTCTATGAGGCCAGAAGCTTTTCTTCTGTGGCGCGTCAGGAGGGCGTATCACCCTCTTTAGTGTCCCGTGTTATTCAACAATTAGAAGACGCACTCACGCAGCCTCTTTTCTATCGGAATACACGTTCACTCACACCGACAGAACAAGGCAGAATTTTCTTTCGATATGCCAGTACGGTGACAAAATCACTATCGCAACTGCAGCAGCATATGCAGGACTTTGACGGCGAGCCGGGCGGCCTGTTAAGGATAAATGCGCCGGTTCAGTTTGGACAAAATCACATCGCTCCGTTCCTGGCAGAGTTTTCAAATTTATACCCTAACATTCAGGTCGAGCTCGTGCTCACCGACCAGTTTATCGACCCTCACACTGACGCAGCAGATGTCATTATTCGAATAGGCAGTCTGCCGGATTCTTCTTTGCGCGCGCGTAAAATTGCCACTCAACATTATTTTCTGGCGGCATCTCCCGCTTATTTATCATCAAAGACACCGCCTGACACACCAGAAGCACTGGTAGATCACAACTGTTTGGTCTATCGGGGTTACTCAGGCAGTAACCCTTGGTTTTTCAAGAATAAGGATGGCGTGTGGGTGCAGCAGCAGATTAATCCGGTAATGACATCGAACAGTGCTGAAGCCTTGCTCACTGCAGCGATTGAGGGTATGGGAGTGGTGCTCTTTCCAGACTGGTTAATAGGTGAAAGTATGCGCATGGGCAAGTTGGTTAGCTTATTAGACATTTACTCGCCCGCCATTCGTAAGACACCGCAGGACATTCATTTTGTTTATCCTAAATCACAGCATACACCTGTGAGCGTGCGCCACTTTATCGACTACATGCTATCGATATACGGAGATTCACCGTATTGGGCGGTGAATTAA	MSDLSHITIRSLKLFKAVYEARSFSSVARQEGVSPSLVSRVIQQLEDALTQPLFYRNTRSLTPTEQGRIFFRYASTVTKSLSQLQQHMQDFDGEPGGLLRINAPVQFGQNHIAPFLAEFSNLYPNIQVELVLTDQFIDPHTDAADVIIRIGSLPDSSLRARKIATQHYFLAASPAYLSSKTPPDTPEALVDHNCLVYRGYSGSNPWFFKNKDGVWVQQQINPVMTSNSAEALLTAAIEGMGVVLFPDWLIGESMRMGKLVSLLDIYSPAIRKTPQDIHFVYPKSQHTPVSVRHFIDYMLSIYGDSPYWAVN				NA	NA	NA	NA	NA
AK237_02186	1170	uxuA	COG1312	Mannonate dehydratase	ATGATCGAGACATGGCGCTGGTTTGGACCTGGCGATAGCATAACATTAGAAAAAATCCGTCAAGCCGGAGCAACAGGCATAGTGTCGTCTTTGCATGAAGTGCCAACCGGAGAGGCATGGTCGTTGGAGGCCATTACTGAACGCAAAGCATTCATCGAAAAAGCGGGAATGCGTTGGGATGTCATTGAGAGTATTCCTGTACATAACGACATTAAAAGTCGCACGGGAAACTATCAACAGTTTATTGAAAACTACAAGCTCTCTGTAAAAAACGCTGGCGCGGCTGGTGTCACTACAATCTGTTACAACTTCATGCCAGTGGTGGACTGGACGCGCACAAATCTGACTTACCAATTGCCGGATAAAAGTTATGCGCTCCGGTTCGAATACTCTGATTTCGCTGCTTATGATGTGTTTGTTATGCAGCGGGAGAACGAAAAGAATGATTATTCTTCTAAGATGTTGCAAAAGGCGAAGCAGCGATTTGATGCCATGTCGGGTTCAGAACGCGAGATGTTGGAGAAGAACATTATTGCGGGCTTGCCAGGTGGTGAAGGATCTTACGATCGTGCGGGCATTCGCAGCACCATACAGCAGTTTATTGACCTGGGCGAAGAGGGGCTGCGCGCCAATCTGTTCGCATTCTTAGAAGAAATTATTCCGGTTGCAGAGTCCGCAGGGGTCAGGATGTGTATTCATCCTGACGATCCGCCTTTTTCGTTATTTGGCTTACCGCGCGTTGTGTCCACGCAACAAGATGCAAAACGGCTACTCGAAGCGGTACCCAGCCCTGCAAATGGTCTGACGATGTGTGCAGGATCTTACGGTGCACGAGGCGATAACGATTTAATCGGAATGGTTAATGCGTTTTCAGATCGAATTTACTTTGTTCATTTGCGAAACGTCAAGCGCGAAGATGATGGCTCCTTTTACGAAGCCGCGCATCTCGACGGCGATAATGACATGGTTGGTTTGGTAGAAGCGCTACTGAATTGCGAGTCCTCGTTAGGGTGCCAGATACCCATGCGTCCTGATCACGGCCACCTACTCACCGACGAGCAGGACAAAGAAGGCATAAAGCCTGGCTATTCTTATCTAGGTCGTTTGAAAGGGCTTGCAGAACTTCGTGGATTGATTCGGGCTGTCTCATACATGAAAGCGCGGCATTAA	MIETWRWFGPGDSITLEKIRQAGATGIVSSLHEVPTGEAWSLEAITERKAFIEKAGMRWDVIESIPVHNDIKSRTGNYQQFIENYKLSVKNAGAAGVTTICYNFMPVVDWTRTNLTYQLPDKSYALRFEYSDFAAYDVFVMQRENEKNDYSSKMLQKAKQRFDAMSGSEREMLEKNIIAGLPGGEGSYDRAGIRSTIQQFIDLGEEGLRANLFAFLEEIIPVAESAGVRMCIHPDDPPFSLFGLPRVVSTQQDAKRLLEAVPSPANGLTMCAGSYGARGDNDLIGMVNAFSDRIYFVHLRNVKREDDGSFYEAAHLDGDNDMVGLVEALLNCESSLGCQIPMRPDHGHLLTDEQDKEGIKPGYSYLGRLKGLAELRGLIRAVSYMKARH	PGPT0018270_861	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
AK237_02187	2052	aaeB		p-hydroxybenzoic acid efflux pump subunit AaeB	TTGCCTCCCTTCCTGGCGGTTTATTTTAAGCCTACACAGGCATCTCTCATTTTTGCTTTAAAAGGCGTTATTTCTATGGCAATGGCGATGTATGTTGCCATGTGGATGGATTTAGAACGCCCCTATTGGGCATTGGTATCGGCAGTCTTTCTTCAGGTGCGGCCCGAAGCGGGAATGGTGCTGGAAAAAACCGTTTGCCAAATATTGGGAACGCTTATAGGCGGTGCATTTGCCATGGTGGTGCTGCATTATTTTCATGCCTATTCGGGTATCGCGTTGTTCTGTCTGGCCCTATGGACGTGGTTGAATTCAGGGCTGTCTTCGTTAGTGCGACGGGTTAACTTTATCTATTTTTTTGCCATGGCGTGCGTCACGCCTTGCATCATTATTCTATTGACCATGGCGTCGCCTTCTACGGTGAGTAGCCAGAGCATTTTTGATATAGCCCAGTCGCGAGTGAGTGAGTTGATAGTAGGATCGGTGTGCGCGATGTTGGTGTCACTGATTTTATGGCCTCAACGTATTGAGAAAGTGCTGGTAGAGCATGCAAAAAATACCATTAATCAGACTATGGCGTATTTGTCAGTTGAGCTTGATCCCAGTGGCTCCCATGAAGAACGGCATAAGCATATCGATAACACGCTGCAATCACTAACGGCATTAAGTGATGATTCCAGTGCTGTGGTGTTTGAAGGGCCAGATGGTCCGGGCAAGTCCAGAGCGGCCACGGTTATTTCTAATAAAATATTATCTCTTATTGCGGTGGTGCAAATTTTTGGGCGCTTGCAGCGGAATAATCCTGAACTGCTTTCCAGGAACATGCAGTCTTTATTAACTCAGCTACGCAATGATGTGGGTTTAATAGGAAGCCTTAAAAGTTTTGACGAGTGTTACGAACTCGCTCAGGTGCAGCGTCGAAAGTGGAGTAAGTTATTTCAGTCTGACCAATTGACCACTTTGGAATTCAGGCTTTGCAAGACGGCTCAGGAAATGGTGGCAGATTTAGTCGTGATCTTGCGTGCTTATCGAGCCCTGGAACGAGGCGAGAAGTCCACGTTAAGAGCATCCGGATTAAAGCCTCATCGCGATTGGCTTGTGGCATTAACAACAGGATTTCGCACTTGTCTGGTTTTTAGCGTTGGTGCATTTGTCTGGGTTGGAACAGGGTCGCCGGCAGCCATTATGTTGATGATTCTGCCTGTTATATTCTCAATCATGTTTGCCCGACTCGCGCCGGTAATCGTAACGAGAGCAATACGAGGTATCATTATAGGCGCATGCTTTGCCATCCCCGTTGCGATTTTTTACGCGCTGAATTTGATTGCACAAAGTAGCGGTGATTTTACGGTACTGGTAATGATCCTCTCCGGGCCCTTATTTTTAGGCTTAATGTTACTTTCTCATCGCCAATTTTTGCCCTACGGCATCGGGTTTTGCATCCCATTCGTCATCCTGGTACAGCCGGCAAACGATATGAGCCGATCTTTATCAGTCGATTACACAACGAGCAGTGCGATGGCAATACTGTGCGGCGTGATGATTTTATACTGGGTATTTAAACTTTTTGCCGGTCCTGGGGCTAACTGGATCCAAACCCGTCTTTTGTCAGTCACCTATAAAGACTTATTAAAACTCGGTAGCCCGGGACACGATGAAGATTGGTTTAATGCGAGAATGTGTGACCGCCTTCTGCGCCTTACGAGTTACGAACAGCACATCACTTCAGGTTATCGAACACTAACCGATATGGGCTTGACAGGCTTGAATCTTGGGCACGCTTCCATGCGAATTCGTCGTTTAATGAGTGGTCTAAGTGAGCGCTCACTTTCAGGTCTGGAAACAGAGTGGCAGCAAGCTTTAGCAGAGTCATTTCTTGCCGTTTCGTATGGAGACGACCGCGACTTACTTGCACCCATTAATAAGCGTATTTTGGAAACCCTTCAGGCGGAAGGCGCACCAAAAGAAAACATTGCGCTAATGGATGGGATTTTTACTCGCCTTCGTTATAGCTTCAAGCGCACTGCATCAATGGTCAACGAAGCGAACGCCTAG	MPPFLAVYFKPTQASLIFALKGVISMAMAMYVAMWMDLERPYWALVSAVFLQVRPEAGMVLEKTVCQILGTLIGGAFAMVVLHYFHAYSGIALFCLALWTWLNSGLSSLVRRVNFIYFFAMACVTPCIIILLTMASPSTVSSQSIFDIAQSRVSELIVGSVCAMLVSLILWPQRIEKVLVEHAKNTINQTMAYLSVELDPSGSHEERHKHIDNTLQSLTALSDDSSAVVFEGPDGPGKSRAATVISNKILSLIAVVQIFGRLQRNNPELLSRNMQSLLTQLRNDVGLIGSLKSFDECYELAQVQRRKWSKLFQSDQLTTLEFRLCKTAQEMVADLVVILRAYRALERGEKSTLRASGLKPHRDWLVALTTGFRTCLVFSVGAFVWVGTGSPAAIMLMILPVIFSIMFARLAPVIVTRAIRGIIIGACFAIPVAIFYALNLIAQSSGDFTVLVMILSGPLFLGLMLLSHRQFLPYGIGFCIPFVILVQPANDMSRSLSVDYTTSSAMAILCGVMILYWVFKLFAGPGANWIQTRLLSVTYKDLLKLGSPGHDEDWFNARMCDRLLRLTSYEQHITSGYRTLTDMGLTGLNLGHASMRIRRLMSGLSERSLSGLETEWQQALAESFLAVSYGDDRDLLAPINKRILETLQAEGAPKENIALMDGIFTRLRYSFKRTASMVNEANA				NA	NA	NA	NA	NA
AK237_02188	909	aaeA_1	COG1566	p-hydroxybenzoic acid efflux pump subunit AaeA	GTGCTACCTCGCGGTGACGGTAAGGGTGTTAGCGGGTTGAACATGGGAAAAATAATTAGCATAGTTGTTACGCTGGTGGTGATAGTGATTGCCGTCTTGTCGGGGCGTTGGGTGTGGGATCATTACCTTTATTCGCCGTGGACCCGCGATGGCAGGGTGCAAGCAGACATCATCACTGTTGCGCCGGACGTATCGGGGTGGGTAACAGCCCTGCCAGTAAAAGACAATCAAAAGGTCCGCAAAGGAGATGTAATCTTTCAGGTCGATGTTAAACGTTATCAGGCTGCGGTAGACGAACTAGATGCTCAGGTGCACAGCAAAAAACTGGCGCTGGAGCTGGCGCAGCATGAGTTTACCCGCCGAGAAAAACTCAGGGAACGTAACAGCATCAGCGCCGAGGAACTGGAAAGCAGTCGTATCAGTGCTGATATGGCCAAAGCAGCGCTGGATGTAGTTAAAGCTCAGCTGGCCAGCGCGCAAATCGATCTGGAACGGGCATCTGTGACCTCTCCGGTTAGTGGCAGGGTAGTCAATTTGACACTTCGGGAAGGTAATTATGTGAATCAGGGCACGCCGGTGCTTTCCGTAGTGGCGGATAACACACTCTACGTGACGGGCTATTTTGAAGAGACGAAACTCCCATTAATTCACGAAGGTCAACAAGCAACAATTCATTTGATGAGCGGCGGCAAAGCGCTCACAGGTAAAGTGTCTAGCATTGGACATGCGATTGCCGATACAAATAGCTCGACAAACAGCCAGTTATTACCGGAAGTGCAGCAAACGTTCAACTGGGTGCGCCTGGCACAACGGGTACCTGTAGACATTGAATTAGATAGCGTGCCGGACAATACGCGATTGGTTGCCGGAATGTCAGCCTCCATTCGGTTAAAAACTGACAGGGAGTAA	MLPRGDGKGVSGLNMGKIISIVVTLVVIVIAVLSGRWVWDHYLYSPWTRDGRVQADIITVAPDVSGWVTALPVKDNQKVRKGDVIFQVDVKRYQAAVDELDAQVHSKKLALELAQHEFTRREKLRERNSISAEELESSRISADMAKAALDVVKAQLASAQIDLERASVTSPVSGRVVNLTLREGNYVNQGTPVLSVVADNTLYVTGYFEETKLPLIHEGQQATIHLMSGGKALTGKVSSIGHAIADTNSSTNSQLLPEVQQTFNWVRLAQRVPVDIELDSVPDNTRLVAGMSASIRLKTDRE				NA	NA	NA	NA	NA
AK237_02189	201			hypothetical protein	GTGCTTAGCGAACTTTCCCTTGGCGGCATGCTTTTCAGCCCTATGGTGGTGATGATCCCGCTGGCATTCTTGTTGTCACTGTTAACCCGCTATGCGTTATATGCCACGGGTTTATATCAAAAATTATGGAAACCACCTTGGTTCGAGGTCGCACTTTTTGTGTGCTACCTCGCGGTGACGGTAAGGGTGTTAGCGGGTTGA	MLSELSLGGMLFSPMVVMIPLAFLLSLLTRYALYATGLYQKLWKPPWFEVALFVCYLAVTVRVLAG				NA	NA	NA	NA	NA
AK237_02190	981	rihA_2		Pyrimidine-specific ribonucleoside hydrolase RihA	GTGGCGAATGTGCTAAAACACGGCTTAATTCTACTCGTTTTGGTGACGGCATTTACCAGTCAATATGTCTGTGCAGCCCGGCCTGAGCCAGTAATTTTTGACACCGACATTGGCAGCGATATAGATGACATGGTAGCGCTGTCGCTTATTTTAAAAAGTCCGGAATTGGATTTAAAACTGGTTACCACGGCATCCGAAGATACCCGTTACCGGGCGCAGGTGGCGGCGAAATTTCTGACAAAAGCAGGAAGAACAGATATTCCTGTTGGAATGGGCGAGCGTTTTGAAGGCAAAGCAGAATTTCACAAGCCCTGGGTAGCAGACTTCGCGCTGTCAGACTACGAAGGTGAAATTATCGAAGACGGTGCAGGTGCAATTATTCAGTTACTTAAGCAGTCTTCAAATCCCGTCACCATTATTGTTGCCGGCCCTATGCATAATATTGCTGCCGTGCTGGATCGGGCTCCGGAACTGGCTTCAAAAATGCGTATTGTGGGTATGCATGGCAGTATTTATAAGGGATACGACGATGAGCCGTCTGCCGAGTACAACGTGCAAAACAATGTCCCCGCCTTTCGTAAAGTGCTGCACGCCCCATTACACAGCTTCACCATTACGCCCCTTGATACTTGCGACGATATGTTTTTTGAAGGAGAGCAATATCAGCAACTGAAAAACAGTACCGACAAGCAGCTTGAAGTGATTTTCGAGAATTACCCCATTTGGGCAAAACTAGTTACTTGGGAAAATGCAGATTACCTTGCATACCGCAGTTCAACAATGTACGACGCTGTCGCAGTTTACCTTGCCCTTCCCGACCACAGCTGGCTGCCCACCGAACCCATGCATTTATCTGTCACCGATGAGGGTTTTACCGTACCGGCTGAAAGCGGCCCTGTGGTCAACGTGGCCTTAGAATGGGCCGACCGTGAAGCATTTAAACAATGGTTCGTAGAACGGATGCTGACTTCAGGTAATTAA	MANVLKHGLILLVLVTAFTSQYVCAARPEPVIFDTDIGSDIDDMVALSLILKSPELDLKLVTTASEDTRYRAQVAAKFLTKAGRTDIPVGMGERFEGKAEFHKPWVADFALSDYEGEIIEDGAGAIIQLLKQSSNPVTIIVAGPMHNIAAVLDRAPELASKMRIVGMHGSIYKGYDDEPSAEYNVQNNVPAFRKVLHAPLHSFTITPLDTCDDMFFEGEQYQQLKNSTDKQLEVIFENYPIWAKLVTWENADYLAYRSSTMYDAVAVYLALPDHSWLPTEPMHLSVTDEGFTVPAESGPVVNVALEWADREAFKQWFVERMLTSGN				NA	NA	NA	NA	NA
AK237_02191	1113			hypothetical protein	ATGACGCTATATCGCCCGTTGTTCAAGCATATTCGTAATCATACTGCGCTTTTCAGCGAAATGTCGCAGTATCGTGATCAGGCCGTTCAGGCCCTTGGATTAACTCACTACGCGTTTCACAAAACGCCGAAATTTGTCACTGAAGATGGTCGCCGGCTTACCATCGAGCCGGAACGCAGCATCGTATTACCCGACGTGCATCACCTTAAAGGAGTAAAAACCAAACTGGAAGAGCAAATTGCCGGACTTAGTATGGTGACCCACAGCGAAATCGGCTACCGCTATCCTACCGCTGCACTGGCAGGTCTGGATGCGCCCTTTATTAAACGGATGCGCTCTGAGTATTTTCACCGTGTGGATGAAGATCGCAGTATTTGCCGGCCGGTAAACTTGTCTTATGGCATTAAAAGCCGGGGTAAAGGCGATAACCGGCAGGAATATGAAGTCTGGATGCCTGATGAAGCGCCGGAACAAAGTCCGTTACCGTTATTAATTGACCGCTACGGCGAAGACTTACCCGATGATGTGCGGGACTTTGTTGAACAACCTTCCCGTGTGCATGGCTGGATGGGGGTAAAACGGGCGGCCTTTGAAGCCCTCTACCAAAATAAGGCAATGTGCGGTGACTTAGTGATTTGCGTAGCACTTAGTGTCGATGCTTACAATATCGGCGCCCGACCTGATTTGTCTTATTCGCCGGAAGCGGAAAGCTCCATCGCGGTCAGTAACGCTGAACTGGAATGGGAGATTGAGGGGGACTACGCGCCACGGGACTGGAAATTCGATCACGACACAGTGTGGAATGCCATCAATCATACCCTTGAGGCCGTAAATGCGCCGCTGAATGATTTGTACGGTCAGGATGCTATACCCGTAAATGAAAGTAAGACAGAACGGATTTTATCCACCTTACAATCCTTAGGTGTAACCACAGAAGAAATTGAGAGCATCAATTTACAGCCCTGGGAGTTCATGCTGACAGAAAGTGAGTCGCGGGTAAAAAATCACGATCCCAGCAGAACGGTAAACTTGCTCGGACGATTAAACCGTTTGTTTTACCAACCCGACCGACAACTGCCGTCACTGAACTGGATGCATGATTTAATTACCTGA	MTLYRPLFKHIRNHTALFSEMSQYRDQAVQALGLTHYAFHKTPKFVTEDGRRLTIEPERSIVLPDVHHLKGVKTKLEEQIAGLSMVTHSEIGYRYPTAALAGLDAPFIKRMRSEYFHRVDEDRSICRPVNLSYGIKSRGKGDNRQEYEVWMPDEAPEQSPLPLLIDRYGEDLPDDVRDFVEQPSRVHGWMGVKRAAFEALYQNKAMCGDLVICVALSVDAYNIGARPDLSYSPEAESSIAVSNAELEWEIEGDYAPRDWKFDHDTVWNAINHTLEAVNAPLNDLYGQDAIPVNESKTERILSTLQSLGVTTEEIESINLQPWEFMLTESESRVKNHDPSRTVNLLGRLNRLFYQPDRQLPSLNWMHDLIT				NA	NA	NA	NA	NA
AK237_02192	747			hypothetical protein	ATGATGGCTTATCGTAACCGGCGCGCTGGTCGGGTAAACTGCGCGCCTTACCTCTTAACAGTGATTTTGGTTTTGCATAATTCAGTTTTGGCGCTGCGTATTCAGGAACTGGCTAAATCAACGCGGCCTTTTATAACACGGGGTAGTCGTGTAAAGCGCTGTGAAGGTTGTCTGTTGCCGGTGGTGCACTGTATTTGTGATGCTGTACCGGAACCTGTGGCTGAAAGTGCCTTTCTGTTTCTGATGTATAAAGGCGAATGCTACAAACCGTCGAATACAGGCCGGCTCATTGCTGATGTGGCTAAGCACAATTATGCCTTTACCTGGTCGCGGACCGAACCTCAGCCAGCGTTACTGGCGCTGTTAAATGACGAACGCTACATGCCGGTAATCATATTTCCTCATGAGAATGCGGCACCCGAAAGACGGCTGTATGAAGTGCCTGTGCAGGAAGGTAAAACCCCGTTATTTATTATGCTTGATGGCACATGGCGTGAAGCCGGCCGCATGTTCCGGAAAAGTGCGTATTTGCAATCTTTTCCTGTACTGGGCATTCAGCCTGAAGCGCTGTCGGATTACGCCCTCCGCGAAGCTTCTCACGATTTTCAGCTATGTACAGCAGAAGTAGGCATCGAAGTACTGAAACTGGCAGGCGAACCACAGGCAGCGGCCAGCCTGAGTGCATATTTCAGTCATTTCCGGAAAAATTACATTATGGGTAAACCCCATCTTGGCAATCGTACGTAG	MMAYRNRRAGRVNCAPYLLTVILVLHNSVLALRIQELAKSTRPFITRGSRVKRCEGCLLPVVHCICDAVPEPVAESAFLFLMYKGECYKPSNTGRLIADVAKHNYAFTWSRTEPQPALLALLNDERYMPVIIFPHENAAPERRLYEVPVQEGKTPLFIMLDGTWREAGRMFRKSAYLQSFPVLGIQPEALSDYALREASHDFQLCTAEVGIEVLKLAGEPQAAASLSAYFSHFRKNYIMGKPHLGNRT				NA	NA	NA	NA	NA
AK237_02193	1695	dld_2	COG0277	Quinone-dependent D-lactate dehydrogenase	ATGTCGCACCCAGTTGTTGCGCAACTGCAAACTGTGCTGAGCCACGAACATATCGCTACAGACCCTGCCGCTACCGAACACTATCGTTCCGGCTGGCGTTCAGGGCAAGGTAAAGCACTGGCCGTGGTATTTCCGCAAACTCTGGTTGCACTCTGGCGCGTGCTGGAAGTGTGCGTAAACAATAACTGCATCATTATTATGCAGGCCGCAAAAACCGGATTGACGGAAGGCTCTACACCGTCCGGCGACGATTACGACCGGGAAATCGTGGTGATAAATACCCTGTCCATGGATGATCTCATCATGCTTGAGAATGGCAAACAGGTCATCAGTTTTCCGGGCGCCACGCTGCACAAGCTTGAAGATCAACTAAAGCCTCTTTCGCGCAGCCCCCATTCCGTTATCGGTTCATCCTGTCTGGGCGCATCCATTGTAGGCGGTGTAGCAAACAACTCCGGCGGCGCGCTAATCAAACGCGGCCCTGCCTACACCCAATATGCCTTGTATGCGCAGGTTAATGAACATGGCGAGCTACAACTGGTTAATCACCTGGGTATTGAATTGGGGTCAGAGCCTGAAGAAATCCTGACAAACCTGGAAAACGGCACATTCGATAAGAGCAATTCGGATAACAGTAAGTTTGCCAGCGCGCAGGACTATGCGGACATTATTCGTGATGTAAATGCCTCTACCCCCGCCCGCTACAATGCGGACCCCGGCAAACTTTTTGAAGCCAGTGGATGCGCCGGTAAGCTCGCAGTATTTGCAGTAAGGCTGGATACCTTTGCCAAACCCGAAAGAGAGCAAACCTTTTATATTGGCGTGAACGACCCGGCACTTCTGGCGAAGTTGCGCCGGCACATGCTGGCAGAGTTTACCCATTTACCGGAAGTCGCCGAGTACATGCACCGTGATATTTTCGATGTCGCTAAAGACTACGGAAAAGACACCTTTCTGGCCGTTAAGCACGTGGGCACCAGCAGGCTGCCTAAAATGTTTGCAGCAAAAGGCCGTATTGATGCGCTGCTTAACAAGCAGTCCTGGCTGCCTTCGTTTCTTACAGACCGCATTATGCAATGTGCCGCCAGGCTGTTTCCCAATCATCTGCCCGACAGTCTGATGCAATACAGGAACCAGTATGAGCACCACCTCATTCTGAAGATGAGTGACGATGGCATTGAAGAAGCAGAAGCGTTTCTGAAATCATTTTTTGCCGCAGAACGTGGCGGCAACTTTATGACTTGTTCACCGGACGAAGCGTCTGCCGCATTCCTGCACAGGTTTGCCGCAGCAGGCGCGGCATTGCGCTATCAGTTACTGCACGAAAAAGAAGTGGGCGATATTCTCGCGCTGGATATTGCGCTGCGCCGAAACGACATGGACTGGGTAGAAACCTTACCGCCAGAGCTTGACGCAAAAATTGAGAAGAAACTCTACTACGGCCACTTTTTTTGTCATGTATTCCATCAGGACTACATTCTTAAAAGAGGCACTGATGCAAAGCAGGTAAAAGCAGAGATGCTGGCCTTGCTCGATAATCGCGGAGCTAAATACCCGGCAGAGCACAACGTGGGCCATTTATATGATGCAGAAGAAACTCTGAAATCTTTCTACCGCTCACTGGATCCGACCAATACGTTTAATCCCGGTATTGGTCATATGGAGAAAACGAAACGCAACTGTGCATGTTGTTAA	MSHPVVAQLQTVLSHEHIATDPAATEHYRSGWRSGQGKALAVVFPQTLVALWRVLEVCVNNNCIIIMQAAKTGLTEGSTPSGDDYDREIVVINTLSMDDLIMLENGKQVISFPGATLHKLEDQLKPLSRSPHSVIGSSCLGASIVGGVANNSGGALIKRGPAYTQYALYAQVNEHGELQLVNHLGIELGSEPEEILTNLENGTFDKSNSDNSKFASAQDYADIIRDVNASTPARYNADPGKLFEASGCAGKLAVFAVRLDTFAKPEREQTFYIGVNDPALLAKLRRHMLAEFTHLPEVAEYMHRDIFDVAKDYGKDTFLAVKHVGTSRLPKMFAAKGRIDALLNKQSWLPSFLTDRIMQCAARLFPNHLPDSLMQYRNQYEHHLILKMSDDGIEEAEAFLKSFFAAERGGNFMTCSPDEASAAFLHRFAAAGAALRYQLLHEKEVGDILALDIALRRNDMDWVETLPPELDAKIEKKLYYGHFFCHVFHQDYILKRGTDAKQVKAEMLALLDNRGAKYPAEHNVGHLYDAEETLKSFYRSLDPTNTFNPGIGHMEKTKRNCACC	PGPT0001900_574	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_SUGAR_ACID_UTILIZATION	PLANT_DERIVED_LACTATE_DEGRADATION,PGPT0001900-dld-K03777	NA	NA
AK237_02194	1287			hypothetical protein	ATGCGTAAATTTATTCGCCCGACGCTTTTTGCTGCGCTGGGTAGCTTACTTACTCCAGGTTTTCAGGCTGTAGCCGAAGATATTGAGTTCGATTTTAGCGGCTCTTGGAGAATGCGTTATGAAACGCTTAAAAACCCTATTTTTCCTGCCACACAAGAACAACGTACCCAGTCGAACGACCGTATCTCCTCAAGAGTGCTGTTGAAAGGCGAGGCGAATTATGGGAACTGGAGCGCCACTGTGGAAACTCAGGATTCACGTGCATTTCTGGACGATAACGACCCCACTTTAAAGTCGTCTCAGGTGAATACACTGGAGCCGCTGCAGTACTTTGTTCGCTACAAAGATTTTAACGAGTACGTAAAAGCCATCACCGTTGGCCGTATGGCTGTCGACCATGGCAGTCGCCGTTTAATGGCTAAAGGTGTGTACCGTAATACCATTAATACATTCGACGGTGTGATGGTAGATACCGTTGTGAGCGATTGGAACGTACGCGGTTTTTATTTCCTGCCGGTAAGTCGCTTTCCTACCCAATCTCAATTGGTAGAAGATAACAAGCGAGCTTTCGATAAAAGTTTCAGTGAGCGTAAATACTTTGGTTTATACGCTGTATCACCAGATGAAAAATGGAAAATTCAGAATGTCTGGTTTAAAGAAAGTGATTCTGAAGAACTGGCGACGAAAAATCGTGATTTGTACACCTTGTCTGTGGATTACTCCGAAAGCTTTGCCGGTAACTGGAAAAGCAATATTGAAGTGATCGGACAAACCGGTACTGCAAGGGCTTCTTCATCAGCCAGTGATATTACCGATTTAGATGTGAATGCGTGGATGGTGCACGCCCATTTAGGTCAGCAGGTGACAGAAAGCACCTTCGTACGAGCAGAAATTGATTTTGCGACGGGTGATAATGACAGCGCGGACGATGAGATTAACGCCTTCGACGGCCTCTATGGTGTAAGACGTTTTGATTTTGGTCCAACAGATGTGTATCAGGGCTTCCAGCGTAGCAATATTCTTGCACCTGGCTTGCGTAGCGTAACCAAAATTGGTGGTGTACATAACATCATGGTGGGCTATAAAGCCTTGTGGTATCACAAAGTGGCGGAAGGAGAAGATGACTTCATGGGTAACCAGTTAGAAGTCAGATGGCGTTATCAGGTGTTGCCGGAACTGCGTCTTGAGTTCGGCGGTGCCTACCTGATGAAAGGCGATGCTCTTGAGCAGGGTGATTACCCTGATGACTCACAGTTTGCCTACACCGCGTTTCTATATAAGTTCTAA	MRKFIRPTLFAALGSLLTPGFQAVAEDIEFDFSGSWRMRYETLKNPIFPATQEQRTQSNDRISSRVLLKGEANYGNWSATVETQDSRAFLDDNDPTLKSSQVNTLEPLQYFVRYKDFNEYVKAITVGRMAVDHGSRRLMAKGVYRNTINTFDGVMVDTVVSDWNVRGFYFLPVSRFPTQSQLVEDNKRAFDKSFSERKYFGLYAVSPDEKWKIQNVWFKESDSEELATKNRDLYTLSVDYSESFAGNWKSNIEVIGQTGTARASSSASDITDLDVNAWMVHAHLGQQVTESTFVRAEIDFATGDNDSADDEINAFDGLYGVRRFDFGPTDVYQGFQRSNILAPGLRSVTKIGGVHNIMVGYKALWYHKVAEGEDDFMGNQLEVRWRYQVLPELRLEFGGAYLMKGDALEQGDYPDDSQFAYTAFLYKF				NA	NA	NA	NA	NA
AK237_02195	1644			hypothetical protein	ATGCTAAATTTTGAAAACTTGACCGTTCGCCAAAAGCTTTCTGTGCCCTTAAGCTTTGTCGCAGTCCTTATTCTCGTTGTGAGTTTTATCAGTATTTCTAACAGCCGATCGTTAGCGCACAACACAGAAATCCTCTCTTCACTGTTCACCGAATCGATTAGTACAGCATTAAATGCCGACCGAGATTTATATCAAGCGCATTCTGCATTGTTAGATCTCATGCTGGCGGAAGAATTATCGCTAGGGAATACCGATCAGTTGCTTGCAGATTACAAAGAAAATGCCCAGCAAGCGAAGGATCGGATGGCAGACGTTCTTAGCCTCACTGCCGATTATCCGTCAGTGGTCAACCAAGCCCGCAATTTTCAGGAAGATTTTACGCAATGGACAACATTAAACCAGCAAGTCATAAGTTTGATTCAGTCGGGTAAGGTGCGCGAAGCCGCTAGTATTTATCGTCAGGACGGCACCGACTTATTTGAGGCCCTTCGTGGAAACTACGACCGCGTGGGCGAAGCGGTAAAAAACCAATCTGACAGCATTACACAAGCAAACTTGTCGTCCAGTAGCCAGCAAACTGTGTATCTGCTTATAGCCATCGTTCTGGCTGTGTTGGCCTGTGCAGTGAGTATTGTTATTGGTCCTCGTCTGATTACCCGCCGCATTAATATGCTGCGGGATATGCTTGATTCAATCAGCAAGGGCGAGGGAGATTTAACACAACGTTTGAGCACCCACGGTAAAGATGAGATCACACACGTCGCACAGTCATTTAATGCGTTGATGGATAACTTACAACGCCTCATCACGCTCATAAAAGATGACGCCCATTTGTTAAGTGATGCGGAAGCTTCTATGCGAAGCAGCTCTGACGATGTAAGACATATATCCCACGAGCAGCGTGACAATCTTGACCAAATCGCTACAGCCATTAATGAACTAAGTTACGCATTGAAAGAAGTGGCTGATAACACGCAAGACGCACTGGGTGACACCCGCACAGCCAATGACGATGCCGTAGAAAGCCAGGCCGCAGTATCATCGTCAACGCAAAGCGTGTCTCAGACTTCTAAAGCCATTAACCATGCCAGCTCCGTTATTCAGAAGCTTGCGCAAGAGACGCAACAAATTTCATCACTACTGGATGTGATAAGCGGGATCTCTGAGCAAACTAACCTGCTTGCACTGAATGCTGCTATTGAGGCTGCGCGCGCGGGTGAACAAGGGCGAGGCTTTGCAGTGGTTGCAGACGAAGTACGTTCGTTGGCTAACCGCTCACAACAAGCCACAACCGATATCAATGAAATGCTGTTAAACCTTAACAAGGGCGTTGCTGAGGCGGTATCGGCCATTGACTCTGGTTCGTCACAGATGGCAGAAGTCGTAGAAATTTCGCGCACACTAAATGAAAAACTCGACAAAGTTACCGCATCAGTAACTGGTGCAAACGACCGGATTTATCAAATCGCCACCGCCACAGAAGAGCAGAGCCAGGTGGTGATGAACCTGAACGAAACCGTGTCGTCTTTAAATACGTTGAGCCAGCAAGTGATTGCCACGGTAGAACAAGCGGGCGCCGCAAGCCAACGTGTGAGCGATGTGTCCAGAAATATCGATGGGAATGTGAATCGCTTTAAGGTTTAA	MLNFENLTVRQKLSVPLSFVAVLILVVSFISISNSRSLAHNTEILSSLFTESISTALNADRDLYQAHSALLDLMLAEELSLGNTDQLLADYKENAQQAKDRMADVLSLTADYPSVVNQARNFQEDFTQWTTLNQQVISLIQSGKVREAASIYRQDGTDLFEALRGNYDRVGEAVKNQSDSITQANLSSSSQQTVYLLIAIVLAVLACAVSIVIGPRLITRRINMLRDMLDSISKGEGDLTQRLSTHGKDEITHVAQSFNALMDNLQRLITLIKDDAHLLSDAEASMRSSSDDVRHISHEQRDNLDQIATAINELSYALKEVADNTQDALGDTRTANDDAVESQAAVSSSTQSVSQTSKAINHASSVIQKLAQETQQISSLLDVISGISEQTNLLALNAAIEAARAGEQGRGFAVVADEVRSLANRSQQATTDINEMLLNLNKGVAEAVSAIDSGSSQMAEVVEISRTLNEKLDKVTASVTGANDRIYQIATATEEQSQVVMNLNETVSSLNTLSQQVIATVEQAGAASQRVSDVSRNIDGNVNRFKV	PGPT0015710_19517	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
AK237_02196	432	ohrR		Organic hydroperoxide resistance transcriptional regulator	ATGTCAGAAGCGTTAAAGTTAGAAAATCAGTTATGTCATCGATTTTATACGTTGTCTAATGCGTTCACGCGTGCGTACCGTCCGTTGTTGAGTGAGCTGGGCATAACGTATCCGCAGTATGTGGTGATGATGGCACTCTGGGAGCAAGACAATATCACCATTGCACAGTTGCTAAGCAGAACGCTTATTGATGGCGGTGCCATGTCCTTGATACTGAAAAAGCTTGAACAGAAATGTTTTATTGCGGTGAAGAAAGATGAACAGGATAAGCGCGTTAAAAAGGTATTATTAACGCAAGAGGGAGTCGCGGCAAAGGAAACAGCAGAGACAGTGCCCGCGCAAATGCTATGCAAATTCGAAGGCATGACGGCTGAAGAGGGTAAACAGCTCGTCATGCTTATCGATAAATTGCAGGGCTGCTTTAAGGTTTAA	MSEALKLENQLCHRFYTLSNAFTRAYRPLLSELGITYPQYVVMMALWEQDNITIAQLLSRTLIDGGAMSLILKKLEQKCFIAVKKDEQDKRVKKVLLTQEGVAAKETAETVPAQMLCKFEGMTAEEGKQLVMLIDKLQGCFKV	PGPT0013155_4627	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	DETOXIFICATION_OF_PEROXIDIZED_COMPOUNDS,PGPT0013155-ohrR-K23775	NA	NA
AK237_02197	429	ohrB	COG1764	Organic hydroperoxide resistance protein OhrB	ATGCATAAATTACAACAGGTTATTTATACTGGCGTCGCAACAGCAACAGGTGGCCGTGAAGGCACAGCGCAATCTGATGACGGCAAACTCAATGTAAAACTGTCTACACCACAAGCGCTTGGTGGTGCTGGCGGAGACGGCACAAACCCAGAGCAAATGTTTGCTGCAGGTTATGCCGCCTGCTACATCGGCGCGCTGAAACACGTTGCCGCCGCGGAAAAAATTAAACTTGGACAAGACATATCAGTAAAAGGTGAAGTGGGCATTGGCCCTATCGAAAGCGGCTTTGCTATCGCAGTAAAACTGGTTGTCGACCTGGGAAGTCTGGATCGTGAAACGGCTCAGTCAATCGCAGATAAAGCCCACCAGGTTTGCCCTTATTCAAATGCTACTCGTGGCAATATTGAAGTAGATATTACGCTCGCGTAA	MHKLQQVIYTGVATATGGREGTAQSDDGKLNVKLSTPQALGGAGGDGTNPEQMFAAGYAACYIGALKHVAAAEKIKLGQDISVKGEVGIGPIESGFAIAVKLVVDLGSLDRETAQSIADKAHQVCPYSNATRGNIEVDITLA	PGPT0013160_1355	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
AK237_02198	867	aqdA1		putative N-octanoylanthranilate hydrolase AqdA1	ATGCAAAAACTTACGATAAGTGAACAAATCCGCCGTTTGGGCCGGGAACTCGGCCCGTCTGTGATGGAGAGTCTGTTAGCCATTCTGGCTGACGAGCAACGTATGCTGGTGGTGAAGCAGCCCGCCAGCGCTGTTGATGTGGTATACGGCGACCATGAGCGCCATGTGCTGGATATTTATGGCGCTGGCAGTCAACACGGTGCGTTAAAGCCGGTGTTCGTTTTTGTTCACGGTGGCGGATTTTTAAAAGGCGATAAGGGCGATAACGAGCGTTGGTATAACGCCTGCGTGGGCCGTATGGCAGCAGAACAGGGTTGGCTGGGTGTAGTCATCAACTATCGCCTTGCGCCAGAGTTTACCTGGCCTGCCGGTGGTGAAGATATTGCCCGGGTAATCAGCTGGCTTAAATCGAATGTAGCTCAGTATGGTGGCGACGCTGATAATATCATCCTGTGCGGTACCTCCGCTGGCGCGTGTCATGTGGCGACGTATCTGCAACTGAATCCGGGTAAAGCAGACATCACCGGTGCGGTGTTATTGTCTGGTTTGTACGGTATTACTCCGCTGGATGACCGTGACACGCTGTACTATGGCGATGCTGCCGAATACGATGCGCGTAACCCCTTGCCGGCATTAATCCGTACCTCTGTTCCTCTGTTTATCGCCTGTACAGAATTTGATCCTGAACGTTTCCAGAAGGAATGCATTGGATTATTACAACAGCGTTTACAGGCTAACCATATGCTCGACAGAAGCATGATCCTGTCCGGACATAACCATTATTCTATTGCCGGACATCTAGGCACGTCGGATCATCGTTTGCGGGATGAAATTAGTGCGTTTGTATTGCACGTTGCCGGCAAATAG	MQKLTISEQIRRLGRELGPSVMESLLAILADEQRMLVVKQPASAVDVVYGDHERHVLDIYGAGSQHGALKPVFVFVHGGGFLKGDKGDNERWYNACVGRMAAEQGWLGVVINYRLAPEFTWPAGGEDIARVISWLKSNVAQYGGDADNIILCGTSAGACHVATYLQLNPGKADITGAVLLSGLYGITPLDDRDTLYYGDAAEYDARNPLPALIRTSVPLFIACTEFDPERFQKECIGLLQQRLQANHMLDRSMILSGHNHYSIAGHLGTSDHRLRDEISAFVLHVAGK				NA	NA	NA	NA	NA
AK237_02199	1218	dadD		5'-deoxyadenosine deaminase	ATGCGCACAATAATAAATAACGCGAATATTTTTGATGGAAGCGGCAGCTCTCTGTTTGTGGGTTCCGTTGCCATTCAAGGAAAGCGAATCGTACAAATCAGCGACAAAAAAATTGATGCCACACAAGATGACATTGTCATTGACGCTAAGGGTAAAACGCTTATGCCGGGTATGGTTGAAGCGCACGCTCACTTAACCTGGCCAACCTCAGTCGAAAAGTTCGTCCCAGGTATGTTTTTGCCGCCAGAAGAACTGGCGCTAACCGCGGCTCGTAACGCTCGCATTCTTCTCGATCATGGGTTTACCAGTGCCTATTCTGCCGGGGCGTTAAGTAAAACGCTTGAAATATCTCTTAACGAACACCTGGTGAGCGGCGGCTTGCCGGGGCCTCGATTGATCCCGTCGTCTTTGGAACGAGAACCTCCCAATGACTCAGCGCTTAATCCCGGACAGGTTGCATTTCACTCACGAGGGCCAGAAGGCGTAAAAGCTTTCGTTAAAGACTGCGCCGACATTGGCGCGAGAGCGATTAAGTTTCTAATTTCTGGAGAAAACGCATTGCAGCCCGGAGCATCACATACGCTGCTTTACACCGAAGATGAACTAATGGCAGCGGGAGAACAGGCGAGAGAAAGCAATGTATGGTTGACCGGTCATGCTCATGCTTGTGAAGCGGTGAAGCTTGGTATTAAAGCTGGGTTTCGTATTCTCTACCACTGCACTTATGCCGACGATGAAGCCATTGATATGTTGGTGGCGAAAAAGGATGAAATTTTTGTCGCTCCCACCGTGGGCATTGTCCAGGCAACGCTGGATGCAACGCCACCGCCGGACATGGATATGGCTTATATGAAAGAGGATGCTGCCGTTGTACTGTCAACGTTGAAAGCGTTAGTGCCAAAGCTTAAAACCAGAGGAATAAGGCTTTTACCTGGCGGCGATTATGGCTTTCCTTTTAATCCCACCGGCCGCAACGCACGCGACCTGGCGTTATGGGTTGAACACTTTGGTTATACCGCTGCCGAAACCCTGCATGCCGCAACCCAATTAGGTGGTGAATTAATGGGCCTGGGCCATGAATTAGGACGGGTAAAAGAGGGTTATCTTGCCGATTTATTACTTATTGATGGCGACCCAACGCGGGACATTTCTATTTTGCAGAACAGGCATAACATCGCGGTGATTATGCAAGATGGACGGTTATACAAAAATGCCTGA	MRTIINNANIFDGSGSSLFVGSVAIQGKRIVQISDKKIDATQDDIVIDAKGKTLMPGMVEAHAHLTWPTSVEKFVPGMFLPPEELALTAARNARILLDHGFTSAYSAGALSKTLEISLNEHLVSGGLPGPRLIPSSLEREPPNDSALNPGQVAFHSRGPEGVKAFVKDCADIGARAIKFLISGENALQPGASHTLLYTEDELMAAGEQARESNVWLTGHAHACEAVKLGIKAGFRILYHCTYADDEAIDMLVAKKDEIFVAPTVGIVQATLDATPPPDMDMAYMKEDAAVVLSTLKALVPKLKTRGIRLLPGGDYGFPFNPTGRNARDLALWVEHFGYTAAETLHAATQLGGELMGLGHELGRVKEGYLADLLLIDGDPTRDISILQNRHNIAVIMQDGRLYKNA				NA	NA	NA	NA	NA
AK237_02200	900	cynR_1		HTH-type transcriptional regulator CynR	ATGCGCATTGACCCTCGAACCCTTCGATTATTTTTAGCTGTATGTCGGGAAGGCACAATTAGTGGGGCTGCGCGAGCAGAACATTTGTCTCAGCCCTCAGTATCTGTGGCTATAAATCAATTAGAAAGAGTCCTGGCGACGAAGTTGTTCGAGCGAAACCGTCAGGGTATTCAGCTAACACCGGCGGGTGAAGCATTGAAAATAAAAGCCGAGGCGGTGGACAACCTGCTGTTCTCTGCGCAAGAAGAAATTAAGCTATTGGCACAGGATATCGGTGGTCCCCTCACGATTGGCGGCACGCCAGGGGCATTGGCTTCGGTAATGGGCAGGGTGATAAGCAGCTTTAGCGAACAATATCCAAAATTCAACCTACGCATTGTTGAATGTGATGATGCCAAAGCGCTTTGCTTATTGAAAAGCTATGAAATTGATGTCGCGATCCTCACCTCCGGCATGATTGATTTATCAGAAGAGTTCTGTGAACTACCGGTAATGCGAAATCCCTTTTCTATTATCGTCGGAAAGGCAAACAAAGACCTTCCCGGGATGATGAACCTCAAGCAGTTAGCTAACGCTCGATGGGTATTGCCCGATAAGGTGGGCGGATTTCGTAAGCAAATAGACGCGTTGTTTATCAATAGTGGGGCGGCATTACCCGGGAATGCTATCTCATGTGATCTACTGCTTACCACAAAATCAATTGTCAGCGCTTCAGACTACATCACTATATTGCCTAACGAAGTCGTCAAGCCAGAACTGGAAAATGGCACGTTAAGAGCGATAAAAATTGAAGGCATCGACTTTGAACGCAGGGTTGGCTTGCTGTGGCTGGCAGAACGTAAGCTACCCGCTATTGCGCAAGCGTTTATCGATCATACGATGCAGTGTCTGGAGGTGTAG	MRIDPRTLRLFLAVCREGTISGAARAEHLSQPSVSVAINQLERVLATKLFERNRQGIQLTPAGEALKIKAEAVDNLLFSAQEEIKLLAQDIGGPLTIGGTPGALASVMGRVISSFSEQYPKFNLRIVECDDAKALCLLKSYEIDVAILTSGMIDLSEEFCELPVMRNPFSIIVGKANKDLPGMMNLKQLANARWVLPDKVGGFRKQIDALFINSGAALPGNAISCDLLLTTKSIVSASDYITILPNEVVKPELENGTLRAIKIEGIDFERRVGLLWLAERKLPAIAQAFIDHTMQCLEV				NA	NA	NA	NA	NA
AK237_02201	441		COG3241	Azurin	ATGAAAAAAGCAATTGTTGCGCTATCAGTATTGTTTAGTGGCTTCGCGTTAGGCGAAGAATGTGCGACCACTATCGACAGCACTGACATGATGCAATTCAGTAAATCAGAAATGAGCGTTCCAGCTTCTTGTGACAGCTATACTGTTACCCTGAAACATACTGGGACATTGCCTAAAGAAGTGATGGGCCATAACTGGGTATTATCTAAAACTGCTGACGCCCAGGCGATTGCAGGAGACGGCGTTGGCGCTGGCTTGGCAAACAATTACGTTAAAGCGGGTGACGAGCGGGTCATCGCGATGACCGACGTTATTGGCGGTGGTCAGGAAACTAAAGTTACCTTTGACGTAAAAACCTTATCTGCAGGTGAAGATTACACGTTCTTCTGTTCTTTCCCGGGCCATATTGGCGTGATGAAAGGCACTCTTAAGGTTTCTTAA	MKKAIVALSVLFSGFALGEECATTIDSTDMMQFSKSEMSVPASCDSYTVTLKHTGTLPKEVMGHNWVLSKTADAQAIAGDGVGAGLANNYVKAGDERVIAMTDVIGGGQETKVTFDVKTLSAGEDYTFFCSFPGHIGVMKGTLKVS				NA	NA	NA	NA	NA
AK237_02202	336			hypothetical protein	ATGAGTATTGGTTTACTTGAATTAGAAAGTCATATTCGCAAGGGATGCAATCCAGATTCCCCTGGTCTCGTTGACACCTATCTTCGTCGCATCGGGCATGCATCTTCTTTGCTGCTTTCCACGTATGAGAAAGTGAGTCTATACATTCACGCAGCCAGACTATTACTCGATACCGTATGCGATTGCTATGTGGTAACCCATTGGCGTCACCACTGTCTTAATCAAATTTATCGTCCATTGCATGCCGCCCAGCGCATGGTGACTTGTGACGATGAAGAGCAGTTAATCCGGCAATTCCAACGCGAGCTAAACACCCTGGCTCATTATTTTTTGTAA	MSIGLLELESHIRKGCNPDSPGLVDTYLRRIGHASSLLLSTYEKVSLYIHAARLLLDTVCDCYVVTHWRHHCLNQIYRPLHAAQRMVTCDDEEQLIRQFQRELNTLAHYFL				NA	NA	NA	NA	NA
AK237_02203	1377	fumC	COG0114	Fumarate hydratase class II	ATGTCAGAATATCGTATTGAAAAAGACAGCATGGGAGAACTTGAAGTACCTGCTGATGCACTTTATGGCGCACAAACGCAACGCGCCGTTGATAATTTTCCGGTTAGCGGTCAGCGTCTTCCAAAGCCATTTATTGAGGCGTTAGTCACGATAAAAAAAGCGGCCGCGAAAGCAAATTTGTCGCTGGAGTGTATCAGTCAAGCCACCCACGACAGTATCGTAAAAGCCTGTGAAACATTATTAAATGACGAAAATGTGATGCAGCATTTCCCGGTAGATGTGTTTCAAACAGGCTCTGGCACCAGTTCTAACATGAATGCCAATGAGGTCATTGCTACGCTGGCAAACAAGCTCGGTAACGGTGATGTGCACCCTAACGACCATGTGAATTATGGTCAAAGTAGCAATGACGTCATTCCCACCTCGATTCATGTCAGCGCAGCAATTCAAGTACAAAATGTGCTTATACCTGCCCTCACTCACCTTTCTGAAACGATTGGAGAAAAAGCGCAGACGCTAACCGCTTATTGTAAAACCGGCAGAACCCATTTAATGGACGCCATGCCCGTGAGAATGGATCAAAGCTTAAGTGGCTGGAAAGCACAAATTGATGCGCAAATCGAAGCCATTCAACATCTCCAACCGGCATTACAATCCTTAGCATTAGGTGGCACGGCGGTAGGCACTGGCGTTAATGCTCACCCCGATTTTTCGTTTGCCTTTAACCGGGAACTCTCAGCCCTCACCGGGATCAACTTTAAGCCGGGCGATAACTTTTTTGCTTTAATTGGTTCACAGGATACGTCTGTATCTTTGTCGGGACAGTTAAAAGCCACTGCGGTAACCATGATGAAAATTGCCAACGATTTGCGCTGGATGAACTCTGGCCCGCTTGCAGGACTAGGGGAGATTGCTCTCCCTGCGCTGCAACCTGGTTCATCCATTATGCCCGGCAAGGTAAACCCTGTCATTCCGGAGGCCGTTGCGATGGCAGCCGCTCAGGTCATGGGCAACGACACCGCGATCACGGTAGGAGGACAATCAGGCAATTTCGAACTAAATGTAATGTTACCGATGATTGCGTCTAACCTGCTAAATAGTCTGACATTAATCGCAAACAGCGCGACCATCTTAGCCGACAAAGCCATTGCAGGTTTTACGGTGAACCAAGAGACACTGGAAAAGGCTTTGCATCGAAACCCTATTCTAGTGACTGCGCTGAATCCGATTATTGGATATGCCAACGCCGCAGAAATTGCCAAAAAAGCGTATAAAGAGCAGCGTCCTGTTGTGGATGTGGCGGAAGAAATGACAGATATTTCGCGAGAAGAGCTGCTCAAATTGCTCGATCCGATGAAACTCACCGAAAACACCTGA	MSEYRIEKDSMGELEVPADALYGAQTQRAVDNFPVSGQRLPKPFIEALVTIKKAAAKANLSLECISQATHDSIVKACETLLNDENVMQHFPVDVFQTGSGTSSNMNANEVIATLANKLGNGDVHPNDHVNYGQSSNDVIPTSIHVSAAIQVQNVLIPALTHLSETIGEKAQTLTAYCKTGRTHLMDAMPVRMDQSLSGWKAQIDAQIEAIQHLQPALQSLALGGTAVGTGVNAHPDFSFAFNRELSALTGINFKPGDNFFALIGSQDTSVSLSGQLKATAVTMMKIANDLRWMNSGPLAGLGEIALPALQPGSSIMPGKVNPVIPEAVAMAAAQVMGNDTAITVGGQSGNFELNVMLPMIASNLLNSLTLIANSATILADKAIAGFTVNQETLEKALHRNPILVTALNPIIGYANAAEIAKKAYKEQRPVVDVAEEMTDISREELLKLLDPMKLTENT	PGPT0001650_4155	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
AK237_02204	1926	rcsC_5		Sensor histidine kinase RcsC	TTGAGCGTCTCTGAATTTGCTAATATCGAAAGTAGTTTGTTTGCTCGGCTCTCACAGCGCTTTGCTGACAATGTGCCGTCTGCCATTGTCTTGGTTGATGCTTATTGTAAAGTCACTTACTTGAATCAGTTCGCAGAGCAATATTTTTCACTGCAACCAGAGCAGGCATACCTCAAGCCTTTTGCGGATCTCGTCACTTTATCAAATCCCTCTCTCTTTGCGCACACGTTCAATGGTGTGCTTGCCAGTCGAGAAAGTAAAAGTATCGACGTTGAGTGGGGCGATAATTCGCCGCGTTGTACGCTCACCATATTTCCTCTGGACGAAAAAAATCTTTGTATCATGTTTCAAGCGTCGTCTGTCAGGCGTGAGCCAGAGAGCGAGCATAGCCACGATCCCTTTTGTGAACATACTGAAGCGCTTCATAAACAGCGTCGCTTATACGAAGCGGCATTGTCGAACAGCCCTGACCCCGTTTATATTTTTGATTTGTCCGGTCGCTTTACTTATGTCAACGACGCTTTGCTGGACATTTGGGGAGTTACCTGGGGCGAGGCCGTAGGGAAAACGTTGTACGAACTCAACTACGAGAAGTGGCATGCAGACAGGCACATGCGTGAAATTGAACAGGTCATTGCGTCAAAGCAATCCATAAGAAGTGATGTGCCTTATCACGGTGCTCACGGCTTGCGTATGTACGATTATATTTTTGTTCCCGTACTTGATGCCAACGGCAATGTGGAAGCCATCGCGGGTTCTACCCGTGACGTTACAGAGCGCTATGAAGCAGAAAAGATAGCAAGGGATGCCGACAAACGAAAAGATGAGTTTCTCGCCACGCTTGCACACGAATTGCGTAATCCTCTTGCACCTATTCGCAATGCGCTTGAAATTCTTCAGTCTGACCAATTTTCACAGCAAAAGAAGAACGAATCATTTTTGCTGGTGGAGCGCCAGGTTACACAAATGGTGCGTCTGGTTGATGATTTAATGGATGTGTCTCGTATTACCCGAGGTAAAATTCGGCTGACACGCGCGCCGCTGGATATTTGCGATGCTATTCGCGATGCCGTCGAGACCGCGCAGCCTCTTGTCGATGAACACAATCATAGGTTAACCATTAATTTTCCGACAGAAGATGTATGGGTTAATGGCGACCATATTAGGCTTGCACAGGTCTTTACCAACATTATCAATAACGCCGCTAAATATACGCCACCAGGCGGGCAGATCCGTGTTGACGTAAAGGCTGTTGAGGCCCAGGTAGTTATTGAAATTACTGACAACGGAGTGGGTATTCCCTCTGACAAGCTGAACGATATTTTTGATATGTTTTCGCAAATCGAAGGGGCATTGGAACGCTCTCAAGGCGGTCTGGGGATTGGCCTTACACTAGTGAAGCGTCTTGTTGAACTTCATGATGGCAAGATTGCGGTGCACAGTGATAGTCAAGGCACGCAGTTTTCCGTCTCTTTTCCCTGCATTCGCGCTGGAAGTCATGAGAAATCAACACCTGCGCGCGAGCAGGCGGAATATGTTGATACGACTTCTTCGCTGTCTGTTCTGATAGCTGACGATAATCAGGATGCCGCTATTACTATGGGCTGGATCCTTGAAGCGAAAGGGTGTGATGTTGTGGTGGTTGAAGATGGCCCTGCGGCACTTGAAGCCGTCAAAAAAATTACACCTGACTTAATTTTACTGGATATTGGTATGCCGGGTATGAATGGCTACGATTTATGTATAGCGCTTCGCCAAATGCCTGCGTTACAGCACACTATCTTTGTTGCGCAAACAGGTTGGGGACAGCCGTCCCATATAAAGCGATCGCGTGAATCTGGGTTCCATCATCATCTGGTTAAACCATTGGACATGGGAGATTTGATGCCCATCGTCGACAGCGTCAGGCTGCTGAAAGCACAGTAG	MSVSEFANIESSLFARLSQRFADNVPSAIVLVDAYCKVTYLNQFAEQYFSLQPEQAYLKPFADLVTLSNPSLFAHTFNGVLASRESKSIDVEWGDNSPRCTLTIFPLDEKNLCIMFQASSVRREPESEHSHDPFCEHTEALHKQRRLYEAALSNSPDPVYIFDLSGRFTYVNDALLDIWGVTWGEAVGKTLYELNYEKWHADRHMREIEQVIASKQSIRSDVPYHGAHGLRMYDYIFVPVLDANGNVEAIAGSTRDVTERYEAEKIARDADKRKDEFLATLAHELRNPLAPIRNALEILQSDQFSQQKKNESFLLVERQVTQMVRLVDDLMDVSRITRGKIRLTRAPLDICDAIRDAVETAQPLVDEHNHRLTINFPTEDVWVNGDHIRLAQVFTNIINNAAKYTPPGGQIRVDVKAVEAQVVIEITDNGVGIPSDKLNDIFDMFSQIEGALERSQGGLGIGLTLVKRLVELHDGKIAVHSDSQGTQFSVSFPCIRAGSHEKSTPAREQAEYVDTTSSLSVLIADDNQDAAITMGWILEAKGCDVVVVEDGPAALEAVKKITPDLILLDIGMPGMNGYDLCIALRQMPALQHTIFVAQTGWGQPSHIKRSRESGFHHHLVKPLDMGDLMPIVDSVRLLKAQ	PGPT0027180_88	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
AK237_02205	285			hypothetical protein	ATGCTAAAACTTCTCGTCGTCGATGGCCGCAGTATGGAGCCAGCTCTTAGTGCTGGCACGTTTGTACTGGTGCGCCATCTTTTCTGGCAACTTCCCCGTGTCAATGACATCGTTGCTTTCCGCTGCCAAACAAGAGGGCTGCTCATAAAGCGGGTTATTTCAATAGAGCCTGAGCTTGGGCTTTATCTCGGGGGAGACAACATAGCAGAGTCCATTTCTTCGACACAAATTGGCTGGGTGAAACCTGCTGATATTGTTGGAAAAGTACTGTGGCGAAGCCGTTAG	MLKLLVVDGRSMEPALSAGTFVLVRHLFWQLPRVNDIVAFRCQTRGLLIKRVISIEPELGLYLGGDNIAESISSTQIGWVKPADIVGKVLWRSR				NA	NA	NA	NA	NA
AK237_02206	483			hypothetical protein	ATGTTGCACCGGATCCTCACCAAAGTGGATGCTTGGGTAAACTTCGAGCGAGCCAGTGCTCACTGCGACATTCCCTGCAAAATATATGATCCTGTCAGTGCCCAGCTGGCAGCCCTTAGCGTGATTCGTTTCGCTAATTTGATAGATGAATTACAGGGGGAAAATCCCGCTCAGTTGGTTCGCCTTGTGCGTGAAAAAGAAATTCACGCAGAAAAAGTGAAACAAGAGGTAAGAGTGATTTGGGGGGACTATTTTAAAGCGCCGCAAATAGAAAAGTTTCCTGATGTGCACGAGCTGGTACACAAAATTATGATGGCAGGTTCTGCCTGTAAGCAACATAGCAGTCGTGAAAAAGGCGTTGAGCTACTGAAATTAGTTAATCAGTTTGCCGAGTATTTCTGGTCGTCTAAAGACGTCGCGACTTATATGGCTACGTGCCCATATCCGCCTGCAGAGCAAGTGGTTTACCCTGCTTTAGCCTGA	MLHRILTKVDAWVNFERASAHCDIPCKIYDPVSAQLAALSVIRFANLIDELQGENPAQLVRLVREKEIHAEKVKQEVRVIWGDYFKAPQIEKFPDVHELVHKIMMAGSACKQHSSREKGVELLKLVNQFAEYFWSSKDVATYMATCPYPPAEQVVYPALA	PGPT0013180_50	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	DETOXIFICATION_OF_SUPEROXIDE_ANION_RADICALS,PGPT0013180-sodN-K00518	NA	NA
AK237_02207	213			hypothetical protein	ATGTTGAAACACGTGTTAACTAAACGCCAGTTAGCGTTAGCGCTGGTATTTTTTAGCCCACTCTTATGGGCGCACCCTGGTCATGACCATGCTCACTGGACGAGTACCGTGCTTCACGTTCTCTTTTATGCGTCCATTGCCGCCGCGGGTGCAGCTTGCACATTCGCTGTTTATAAAGCGGCGAAGCGCCAACGCATGAGTCAGGGAGATTGA	MLKHVLTKRQLALALVFFSPLLWAHPGHDHAHWTSTVLHVLFYASIAAAGAACTFAVYKAAKRQRMSQGD				NA	NA	NA	NA	NA
AK237_02208	465			hypothetical protein	ATGCCTGATGAAGAGGTCATGAATAAGGCGTGCCACCGCATTTATTTGCTGTGGGAGCGAATTATTAAAGAAGGCAATATTGATTATGAAGCCAATGCGTCAGACAGTGCCAGGCTGAAATATATTCGCGCCATTGAGCTGGCCACGGACATGGTGAACAGCGAGCCTTGTATCAGGCCTACAGTTGGGGCATTACTTGTGAGTTATCACAATCTTGCCGATTTATATGAGCGTGATGGTCATGTGAAATTTGCTTATCACGCCTTAGTTCGCGCTTCACAACATATCGAACATCTTGCTCAGCATTTTCCCACCGAAGCGGTACCTGTCTGGGGTAAACGCATCGCCTGTGAACAACTCTATCTCTTTTCAAAGCGACATGGCGACATACAAGCGCTTCAGAGGCCGGCTTATGTTGCCCATAAACCTAACGACAGCTTTGTACTACACCGGCCTCTTCACTAA	MPDEEVMNKACHRIYLLWERIIKEGNIDYEANASDSARLKYIRAIELATDMVNSEPCIRPTVGALLVSYHNLADLYERDGHVKFAYHALVRASQHIEHLAQHFPTEAVPVWGKRIACEQLYLFSKRHGDIQALQRPAYVAHKPNDSFVLHRPLH				NA	NA	NA	NA	NA
AK237_02209	357			hypothetical protein	ATGATGGATATTACCTTTCTGTGCCCAAAGCATACCGAGTGGGTTTATAGCCACCCCGAGCAAGCCATTCATTTTCTGGCGAGAGATGAATATCAAGGCTCAATGTTGTATGCCGATGGGCAGTATCGAGAGGCCATTGCCTACCTGGGTTGTGCGTTTGATATTGCCGCTATTTTGCTGGAAGTGGATGGGGGCGACAATGATGCCATGCGCATCAAAATTGAATCGCTTGCTCAGCTTTTAAGTAATGCATATAGCAAACTTGGTCTGGTGCATTACCGCAACGCGCTAGAAATGCGCGCTGCCGGTCTGTTGACGACCATGCCGCATCTAAATGTGGCGGTGCTTCATGCCTGA	MMDITFLCPKHTEWVYSHPEQAIHFLARDEYQGSMLYADGQYREAIAYLGCAFDIAAILLEVDGGDNDAMRIKIESLAQLLSNAYSKLGLVHYRNALEMRAAGLLTTMPHLNVAVLHA				NA	NA	NA	NA	NA
AK237_02210	1203			hypothetical protein	ATGAACGAATCTGTTACCACGATGCGTAATATGCGTATAGCATTAAAGTCACATGGGTGGCTGGTGAACAAGCGTCTGTTTCTTCCCGTCATCTTACTGACTTTTTTATGGTGGCCTTACAGCCGTGAGACTACACAACAAGTATTGTCAGATGCCTTTTTTCAGGTAGGGGCGTTCGTTTATGCCTCTCTTGCACTTTACTATCTGTGTACGCTCAGGGTTTCTGCACAAACCATTAGCCAATTCATAGCCCGACATCCTTTCTATGAAGTATTTATTGCTGCTTTCTTAGGTGCACTGCCAGGTTGTGGCGGTGCGATTATTGTTGTGACGCAATATACAAGGGGTATTGCCAGCTTTGGCTCTGTCGTTGCTGTGTTAACCAGCACCATGGGGGATGCCGCCTTTTTATTGCTCGCGCAGCGTCCCGCCGACGGGCTAACGGTAATGGCTATCGGCATGGTAGTGGGCTCATTATCCGGGCTTATCGTTAACCGGTTTCACAATTATCGCCCTAAACAAATCGAAGAGAAAAGCGTCGACAACCCTAACGACGTGTACTCGCCAACTTCTGTGCGTGTAAGTAAAGCAATAACAGGGTTGGCGACACGTTTCTGGCTGGTGATCTCCCTACCTGTACTTATTATTGCTATAGCCCTGGCGCTGCAGATTAATCCGGCTGCCTATCTGCCTGTTTCCGAACATCAACTTACCGTGCTAGGCAGTGTGCTTGCGATTGTCAGTGTCTCTCTGTGGGCAGTTGGAAGCGTAGGGCCGGGTTATTCGTCTATTACCAGTGAAGATCCTGTTTCACAGCCTCCGGACTGGAAACGCAAAGCGGCGCTGGACACCCAATTTGTCCTGGTTTGGGTTGTAATGGCATTTATGTTGTTTGAAATCAGCATGCTGGTATTTGGTGTCGATTTGGTCGATGTCTTTCAATCGATGGGGATCAGTGCTGTCGCGCTGGCAATACTTATCGGCTTCTTGCCTGGGTGCGGTCCACAAATTCTGGTAACTACCTTGTATCTGAACGGTGCATTACCTTTTTCCGCACAGCTTGGAAATGCCATCAGTAACGACGGTGACGCATTGTTTCCTGCTATTGCGCTGTCGCCACGCGCGGCACTGCTTGCAACGCTTTACTCGGGCATTCCAGCTTTCCTTGTTGGCTTTGGCTACTACTTTCTCTTCGAAATATAA	MNESVTTMRNMRIALKSHGWLVNKRLFLPVILLTFLWWPYSRETTQQVLSDAFFQVGAFVYASLALYYLCTLRVSAQTISQFIARHPFYEVFIAAFLGALPGCGGAIIVVTQYTRGIASFGSVVAVLTSTMGDAAFLLLAQRPADGLTVMAIGMVVGSLSGLIVNRFHNYRPKQIEEKSVDNPNDVYSPTSVRVSKAITGLATRFWLVISLPVLIIAIALALQINPAAYLPVSEHQLTVLGSVLAIVSVSLWAVGSVGPGYSSITSEDPVSQPPDWKRKAALDTQFVLVWVVMAFMLFEISMLVFGVDLVDVFQSMGISAVALAILIGFLPGCGPQILVTTLYLNGALPFSAQLGNAISNDGDALFPAIALSPRAALLATLYSGIPAFLVGFGYYFLFEI				NA	NA	NA	NA	NA
AK237_02211	264			hypothetical protein	ATGTTTCTCTATTCAATTGCCTTTCTATGCGCATTGATAAGTGTAGTTTTACTCTACTACTCAAATAAAAATCAACGCCTAAGACCTATTCAGGGACGTGCCTCCGCCAGGTATGCCGGTGTCGTCCTGTCTTTCGTTTCGCTGGCTTTCTGGCTGCAAGTAATGTCGGTTGCCGCAGGCATCTTCACCTGGTTTCTTCTGCTAAGTATATTCGCCGTTGGTGTGCCTGTGCTGACGCTGATTAAAGCAGGAAAGGAAACCTGA	MFLYSIAFLCALISVVLLYYSNKNQRLRPIQGRASARYAGVVLSFVSLAFWLQVMSVAAGIFTWFLLLSIFAVGVPVLTLIKAGKET				NA	NA	NA	NA	NA
AK237_02212	300			hypothetical protein	ATGAGCAGACTTAAAAGTGATCAAAAAATACGACCCGACTGGTGGAGTAAAGTCATCAGTTGTAGCGTACTGGGGCTAACCCTGGCTTTCGCCATAATGGGGTTGTTCGCGTGGTATGGCCCAGGCGGCATCGATGAAGTAAATAAAGACCAGTTTAATATGTGGATGATTCCTTTCATCTGGCTACTGGTGATGTCGTTCGGCTTTCTTTTTAAATCGGGTAGAAGCGCATTTCTCTGGCTTGGCGCAGCAAACCTTACTTGCTGGAGTCTTTTCGCTTTGCTGAGGAACACACTATGA	MSRLKSDQKIRPDWWSKVISCSVLGLTLAFAIMGLFAWYGPGGIDEVNKDQFNMWMIPFIWLLVMSFGFLFKSGRSAFLWLGAANLTCWSLFALLRNTL				NA	NA	NA	NA	NA
AK237_02213	1614			hypothetical protein	ATGAAAATTCGCAGTGATATTATTCGCGTTTATCAGTCTGTTCATACCTGGACAGGCATCACTACCGGACTCGTGCTATTTATTGCCTTCTTCGCTGGTGCACTTACCATGTTTAAAGCGCCCATCACGCAATGGGCAATGCCAGACAACACTCACCTGCCCCAGGTCAATATTGCTCAATATGATGATTTAATTCAAAAAGCGTTGCAGGAACATGCAGCCGCAATGAAAGGTTTTACCATTCATCTTGACGAGCACGCCTCTCCGATTTCCTGGTTTGAGCAAGGCGGAGGCCGGGGCATTCAGCTTAATAATGTTGTGCGTAACGGTACACTGAACGACAACAATGAACTGGTAACGTCGGTTAGCGAACAAAATGTACTTGGTGATTTAATCGATCAATTGCACCGAACAGCCGGCATTCCAGGTAAAGTAGGGCATGAGGATCTAGGCGTTGTAGTTCTGGGTATCGCCTCTGCACTTTACTTTATTGCACTGGTATCCGGCGTTATTTTTCTGTTACCCACACTGGTTAAGAGTTTTTTTTCGCTTCGTAAAAAGAAAGGCGCAAGTCGCTTTTGGCTCGATACACACAATCTTATCGGCATCACCAGTTTGCCGTTTCACATCATTATCGCCTGGACAGTTGTCGTTTTTGCCTTTCACGATGTGATATACGACGGACTGGGTTACATCTATGGCGATGAACCAATGTTTCAGCGAGGCGGCGCAAGCAATGAGACCTACCCGGTTTCAGCATTACCCCCCATCTCCAGCTATATCGATAAAATAAATCAAGAAACATCAGGGTATACCGTTAAGCAGCTTAGTTTTTCAAATCTGGATACGGAAAGAGCCTCGGTAAGAATTGATGTCAGCGGTGACGGTGTACTGCAACGCGCAGCAGACGCCGATATCATTTTGATGCATCCGTTTACCCAGGAGATAACCTATTCCACACTCAGTAGTGAAGAAAACGGTGCTTACTGGCCACTCGTTAAAAGCCTGTTCTCGCTCCATTTCGGCAACTTCGCCGGCATATTCGGACGTTGGATTTACTTCTTTCTCGGTCTGATGGGGGCAGCATTATTCTACACAGGAAACCTGCTCTGGCTTGAAAAAAGACGCAAGAAACAAGCTGTTCAGACAACGTCAAATAATGTTATGGCTAAACTTACAATAGGAGTATGCGTAGGTTCGATGTTAGGCGTGGCTGTCACATTGCTTGCTTCGAAATGGCTCTACATCTTCGGCCAATCCATAAATCAATCTTACCTGTGGGTATATTTCAGCGTATTTCTGCTCGCAGTGGCTTATAGCTTCCAAAAAGGCGCCGCTCGCAGCGCAATCCATTTACAAATGGCATTAAGTGTATGTCTGGCAGGCATTCCTTTTACCACTTTAATTAGTCAATTTATGCCGCTGATAACCTGGCACTTTACTTATAGCGCGCTTTGCGTAGAAGTGGTTGCAGTGATTTTTGCTGTGCTATTTTTTATCAGCGCTAAAAAGACGAAAAAACGCGCTTATAGCGGCGAGCCAAATAGCATCTGGTTTATCGAAAACACAAAAGACGATAATGTGCCTGGCAGTACCAAACACGCTATCGAATAG	MKIRSDIIRVYQSVHTWTGITTGLVLFIAFFAGALTMFKAPITQWAMPDNTHLPQVNIAQYDDLIQKALQEHAAAMKGFTIHLDEHASPISWFEQGGGRGIQLNNVVRNGTLNDNNELVTSVSEQNVLGDLIDQLHRTAGIPGKVGHEDLGVVVLGIASALYFIALVSGVIFLLPTLVKSFFSLRKKKGASRFWLDTHNLIGITSLPFHIIIAWTVVVFAFHDVIYDGLGYIYGDEPMFQRGGASNETYPVSALPPISSYIDKINQETSGYTVKQLSFSNLDTERASVRIDVSGDGVLQRAADADIILMHPFTQEITYSTLSSEENGAYWPLVKSLFSLHFGNFAGIFGRWIYFFLGLMGAALFYTGNLLWLEKRRKKQAVQTTSNNVMAKLTIGVCVGSMLGVAVTLLASKWLYIFGQSINQSYLWVYFSVFLLAVAYSFQKGAARSAIHLQMALSVCLAGIPFTTLISQFMPLITWHFTYSALCVEVVAVIFAVLFFISAKKTKKRAYSGEPNSIWFIENTKDDNVPGSTKHAIE				NA	NA	NA	NA	NA
AK237_02214	1023	sugC	COG3839	Trehalose import ATP-binding protein SugC	ATGTTAGAAGTGAACGGTTTATCAGTTGATTATGGATCGAATCGTGTGGTCCATCATTTAGATCTCAAGCTAAATGAAAGCGAAATTTTAATGTTAGTCGGGCCTACCGGCTGTGGTAAAACCACGGTATTACAAGCGTTGGCAGGCCTCATTCCTATCACTGAAGGGCAAATCGCACAGGGAGACTGGGTATCGACCCCAAAAAAATCCATTCCACCAGAAAAGCGTAATGTAGGCATGGTGTTTCAGGATTTTGCCCTTTTTCCCCATCTCACCGTTGAGCAGAATGTGCAGTTCCGGCTAAAAGATAACAAGCTGGCCGATCATTGGCTTGCGTTGCTGGGTTTGAGCGACTTTCGTCATGCCAAACCGTCGCGTCTCTCCGGCGGGCAAAAGCAGCGCGTAGCCTTAGCGAGAACGTTAGCGCATGAGCCTGCCTATGTGCTGCTCGACGAACCCCTTTCCAATTTAGATGCAGCATTAAAAGACAGTTTGCGCTGGGATATCCGTGATGCGTTAAAAAAGGCGGGCGTGTCTGCGATATGGGTAACCCATGATCAGGACGAGGCGTTATCGGTGGGCGACCGTGTCGGTATACTCAATAAAGGTGTACTTGAGCAGCTTGGTACGCCTGAACAGTGTTTTGAAACCCCTGCAAGTAAGTTTGTAGCCCGATTTCTTGGTGAAGCCAGCTTTTTAAAAGGGCGTCTCGACGGTGAAGACGTTTCAACGGCTATCGGCAAGGCACGGGTGTTCGGCCACAATGGTTTGTCAGAGCACGTGGAATTGTTAGTTAGACCTGATGATGTTTATGTGACTCACGAGGGTGAACATGGCAATGCTACTGTGACCTGGAGTCGTTACGAAGGTGGAAGCCGGTTATTGTTTGCCACGCTTGATTCCGGTGAACCTGTCAGTGTCAGAGTGTCTCATGAGGTTAGTATCAAGCCGAATGCGCGGGTGTCACTTACATTGCAGTCAGCACACCCGTTATCTGCTTTCAATGTACAGCCAGAACGATAA	MLEVNGLSVDYGSNRVVHHLDLKLNESEILMLVGPTGCGKTTVLQALAGLIPITEGQIAQGDWVSTPKKSIPPEKRNVGMVFQDFALFPHLTVEQNVQFRLKDNKLADHWLALLGLSDFRHAKPSRLSGGQKQRVALARTLAHEPAYVLLDEPLSNLDAALKDSLRWDIRDALKKAGVSAIWVTHDQDEALSVGDRVGILNKGVLEQLGTPEQCFETPASKFVARFLGEASFLKGRLDGEDVSTAIGKARVFGHNGLSEHVELLVRPDDVYVTHEGEHGNATVTWSRYEGGSRLLFATLDSGEPVSVRVSHEVSIKPNARVSLTLQSAHPLSAFNVQPER	PGPT0003735_3783	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_IRON_RESISTANCE	IRON_TRANSPORT-IRON_III_TRANSPORT_SYSTEM,PGPT0003735-afuC|fbpC-K02010	NA	NA
AK237_02215	1521			hypothetical protein	GTGAAAAACCTGCCTAAATCCTACCCGTTTGCAATCATCATTGCGGTGATTGCAATCTTGCCCGTTGGGGTGCTGTTTTCCCTGGCTTCAGATAACGCCGCCTTTTTTGACGCCAGAAATATCACTGTACTGATAAACACATTGGCCTTAATGGCCCTCACCGTAGCGGGTGCGGTTCTGGTTGGTGTGCCGCTGGCATTGTTGACGGCTTATGTTGACTTGCCGTTAAAGCGTCTCTGGTTGATTCTGTTTGCTGCCCCATTGGCCATGCCAAGCTATCTTGGCGCGTTTACCTTGTACTTTTCTTTCGGGCGCGGCGGTGAGATTGAGAGTCTTATCGGCATCACAACGCCTTCTTTAGAAGGGCTCTGGGGTGCGTCGCTGGTGATGACGTTGTACACCTATCCGTTTGTCATGATGACCACGCGTTCTGCGCTGCTTAGTTTAGATGCAAGTCAGATCAACGCTGCCAGAACGTTAGGTTTGTCGCTCCCCGCCAGCATCTGGCGAATTGTATTACCCAGGGTGGTAAACAGCATTGCCGCCGGTGGACTTCTGGCCGCTCTGTATGCGTTATCCGACTTTGGTACGCCGGCTATCATGGGGCTGGATACATTTACCCGCGTCATTTTTGTGGAGTACAACGCATTTGGTTTGAGTCAGGCCGCTATGCTATCCCTCCAGTTAATGCTAATTGTGGTGCTCATCCTGTTTATTGAATCTCAGATCCGGGGTGCCAGGGAGCGACCAGGCAAACACATTCAAATTCATGTGAATCCTGTAAAAAGTGTAGGATTGATGTGTGTGTTTTCTCCGGTTATTTTGTTGTCACTGGTACTGCCTTTGGGGATTTTCATACTCTGGCTTTTTCGTGAAGGCGCCGAAGGTTTTGATATCGCCTATGCGTGGAATTCTGCCTATGCTTCCATGATGGCGGCTATTGTTGCAGTGGTCCTGGCGATACCTGTTGCCCATGCGGCTATCGCTGGACGAGTGGGGCGCTTCTTTGAGCGGATCACCTATTTTGGGTTTGGTGTGCCGGGTATTGTTATGGGCACAGCGCTTGTTTATCTGGGGTTACAGATCCCTGTGCTTTATCAAACGCTAGGTCTGCTGGTTATCGCTTATGTGTTGCGCTTTTTACCCCTGGCAGTAAGTACCGTGCGCAGCACCACTGAAAACCAGGACAGTGGACTTGTGAATGCTGCACGGGTTTTGGGAGCGTCGCCGAAAGAAGCCTTTTTGCGGATCACGTTGCCGCTAACGGCGCGGGGCATGATAGCGGGCGCTGCACTGGTGTTTCTTGAAGTCATGCGAGAATTGCCGGCTACCCTGATGCTTGGACCAACCGGGTTTGAGACTCTGGCAACCTATTTATGGCGGGTTTATGAAGCTGGTTATTTTGGTCGTGCAGCAGTGCCAGGTTTATGCTTGGTGTTTATTTCCTGTATTGGTTTAATTCTGATGTTAACCGGCGAACGTAAAGCAGAATTTTCAGTTAATGAGAGTCAACATTCCTGA	MKNLPKSYPFAIIIAVIAILPVGVLFSLASDNAAFFDARNITVLINTLALMALTVAGAVLVGVPLALLTAYVDLPLKRLWLILFAAPLAMPSYLGAFTLYFSFGRGGEIESLIGITTPSLEGLWGASLVMTLYTYPFVMMTTRSALLSLDASQINAARTLGLSLPASIWRIVLPRVVNSIAAGGLLAALYALSDFGTPAIMGLDTFTRVIFVEYNAFGLSQAAMLSLQLMLIVVLILFIESQIRGARERPGKHIQIHVNPVKSVGLMCVFSPVILLSLVLPLGIFILWLFREGAEGFDIAYAWNSAYASMMAAIVAVVLAIPVAHAAIAGRVGRFFERITYFGFGVPGIVMGTALVYLGLQIPVLYQTLGLLVIAYVLRFLPLAVSTVRSTTENQDSGLVNAARVLGASPKEAFLRITLPLTARGMIAGAALVFLEVMRELPATLMLGPTGFETLATYLWRVYEAGYFGRAAVPGLCLVFISCIGLILMLTGERKAEFSVNESQHS	PGPT0003730_4530	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_IRON_RESISTANCE	IRON_TRANSPORT-IRON_III_TRANSPORT_SYSTEM,PGPT0003730-afuB|fbpB-K02011	NA	NA
AK237_02216	1038	fbpA		Fe(3+)-binding periplasmic protein	ATGCATCGCAGAAAGTTTGTGCAAGGGCTTGGTATAGCCGGGCTGGCTGGAGGTTTAGGGCTACTGCCGGGTATGTCATTAGCCAACCCCACTAATGCAGTATCTGTGGATACGTTACCGAAGTTAAAAGGGGATTTAACACTCTACCTCGGCAGAGGCGAGGGCGGACTATACGAAAACGTTCTTGAAGCCATTAAGCAGAAAAACCCGGACTTAAACCTGCAAATACGTCGCGGAGCAACCGCTGAGCTGGCAAACATGCTGGTGGCTGAAGCGAAAGCCGGCGTGAAACGGGCCGATCTCTTCTGGGCTGTCGATACCGGCTCAATTGGTATGATTACCGACCAGGGTTTGGCTAAGCCATTACCTGACGATGTGGTTAACCAGCTTAAGCCCGGGTTCCAGTATCCTATGTGGTCGCCGGTGACTGGTCGCATTCGCACCTTACCTTACAATACCGAGCGCGTTAGTCCCGAGAACATCCCTGATAGTGTGATGGCACTGGCAGACTCCAACCTTAAATTAGGATGGGCACCCGCATACGCGTCTTTTCAGTCATTCGTGACGGCCATGCGGATTCTGGAAGGCGAAAAAGCTACCGCCAACTGGTTAAAAGGGGTAAACAGCCGGGCGAAAAAATATGCCGGTGAGTTGGGCGTGGTGATGGGGGTAGAGCGGGGTGAAGTCGATCTTGGTTTTGCCAATCACTATTACACGTTACGCTTAAAGTCGGGTAAGCCAGATGCCACCGTTGATGTGGCTTATACCAAGGGAGATGCAGGTTGTCTGGTCAACGCATCGGGCATTTTGTCACTCACCGAAGGCGACTTGCCGGTTAACTTTATCCGCTATTTGCTTACCAAAGAAGTGCAATCTTATCTGGCATCCGAAGCCTACGAGATCCCATTGGTAGGTGGTGTCGCACCGCCTGCAGGACTTACGCCTCTTAGCAGTATTTCTCCTCCTGATTTGGATCTTCGTAAGTTAGCTGATATAAGACCGACATTAGACCTGATGAGGAATGTTGGCGTTCTGTGA	MHRRKFVQGLGIAGLAGGLGLLPGMSLANPTNAVSVDTLPKLKGDLTLYLGRGEGGLYENVLEAIKQKNPDLNLQIRRGATAELANMLVAEAKAGVKRADLFWAVDTGSIGMITDQGLAKPLPDDVVNQLKPGFQYPMWSPVTGRIRTLPYNTERVSPENIPDSVMALADSNLKLGWAPAYASFQSFVTAMRILEGEKATANWLKGVNSRAKKYAGELGVVMGVERGEVDLGFANHYYTLRLKSGKPDATVDVAYTKGDAGCLVNASGILSLTEGDLPVNFIRYLLTKEVQSYLASEAYEIPLVGGVAPPAGLTPLSSISPPDLDLRKLADIRPTLDLMRNVGVL	PGPT0003725_2362	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_IRON_RESISTANCE	IRON_TRANSPORT-IRON_III_TRANSPORT_SYSTEM,PGPT0003725-afuA|fbpA-K02012	NA	NA
AK237_02217	813			hypothetical protein	ATGACTTTTTCAGGATCAGCCCGTTGTAAAATTGCCTTGGTATTCGCCCTTTCTGTGGGTGCGTTTAGCTCTCAGGTTTCTGCAAATGGCGCCATAGGTGACCATGTGAACGACCTTAACGCACACTTAGGTGAATATGCCGAAGAAGTGCAGTGGTTGGAAGAAAAGTTCGGTGCAGTCGTTGATGCGTATGAAAAGCAGGGTAAAGGAAAGGTTGATACCGATGTGATGATTGACTACTGGGAAGAAGTTGATTTTCACTCTGCCATTGAAACGCAGTATGTGCCTGTTTACGCTACTATCTGGCAAGGTATTTATGGTGTTAAAACCGCCATCGATAATGGTGCAGAATTAACCGCGGTTCGCGCCGAGGAAACCAAACTTGTTCATGCTTTATGGCAGGGGCTCGGTGCAGTGAAATTGGCCTCCCAATATCAGAAAAAAGGCCTCATTGACCAAATTCAAACTACCGAAGCCGAACCGACGACGCCTACGGCGGTTATCGACGATATTAAAGTGCGCCTTGATCGGGTTGTCGCAAAGTATGCAGAGCAACTTTCAGAGGTTGCTACCACGTTAGTTTTTGATACTTATCTACAACGCTTTGAGGGCATTGAAGGGGCACTAATTGAACTGGATGCACCGTTAGTAGAAGATTTAGAAAAAGATTTTAATGTTACCTTGCCCCAGGCCATCGAACAGAATAAAGGCGTTGATGCAGTGCGTGATGTTGTTAAAGCTATGCAGGTTAAACTTGATAAAGCGTATGCGTTACTCGCAGAAGCAGAAAATAATCGTAAGAGCGTTTTTTAA	MTFSGSARCKIALVFALSVGAFSSQVSANGAIGDHVNDLNAHLGEYAEEVQWLEEKFGAVVDAYEKQGKGKVDTDVMIDYWEEVDFHSAIETQYVPVYATIWQGIYGVKTAIDNGAELTAVRAEETKLVHALWQGLGAVKLASQYQKKGLIDQIQTTEAEPTTPTAVIDDIKVRLDRVVAKYAEQLSEVATTLVFDTYLQRFEGIEGALIELDAPLVEDLEKDFNVTLPQAIEQNKGVDAVRDVVKAMQVKLDKAYALLAEAENNRKSVF				NA	NA	NA	NA	NA
AK237_02218	666			hypothetical protein	ATGCTGATTAATCAAATCATGCATGATGAGTTTGAACAGAGCCTCTTCTTATGGCGCTGCCAGCAGCCAACAATTGTGCTTCCCGCGGGTAAAAAATGGGTCGCCACTCAACCATTGAAAGACTGGTTAACTGCCCATGACTGGCAGATCATGTCGCGAAAAACGGGAGGGGCGCCTGTACCACAAACCGCAGGCATGGTGAATATTTCCCATCTCTATCTCTGGCCGGAAAAATCAGATTATTCAATTAAACAGGCTTATCTGGGACTGTGTTCTGTCTTACAAACATTTTTTCATCAATTAGGTATAACGACAGAGATTCACGCCACCCCCGGCGCTTATTGTGACGGCGATTACAATATTAATATCGCCGGTAAGAAAGTGACGGGTACCGCGCAGAGACTGATGGTGAGGAAGGATGGCCGTAAAGTTGTCCTGGCTCATGCGTGTATTCTCGTTGACGACGTTATCAGTACCATCATCCCGCCTGTTAATGCATGCAATCGCTTCAACAACATGACCGAAACACTCTCGGAATCGGTTCACACATACCTTAACGCCCACCTTGCAACAACGTATAATACCGACACCTTGTTCTCGAAGATTATCGCCGCTTTTCAAGCTGCTATAGTCCCTGTGCCACCTTATGCTGAGGATAAAGTATGA	MLINQIMHDEFEQSLFLWRCQQPTIVLPAGKKWVATQPLKDWLTAHDWQIMSRKTGGAPVPQTAGMVNISHLYLWPEKSDYSIKQAYLGLCSVLQTFFHQLGITTEIHATPGAYCDGDYNINIAGKKVTGTAQRLMVRKDGRKVVLAHACILVDDVISTIIPPVNACNRFNNMTETLSESVHTYLNAHLATTYNTDTLFSKIIAAFQAAIVPVPPYAEDKV	PGPT0003940_589	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
AK237_02219	963	fieF	COG0053	Ferrous-iron efflux pump FieF	ATGAATGCCGACAAGGTCAGTCGCGATAGATGGGTAAAGATAGCCACCAGCGCAGCCGTTTGTGTCGCGTCACTGCTTTGTGTTGTGAAAATAGCGGGTTGGTTTTTAACTGGTTCAACAGCCATTTTAGGTTCGCTGGCTGACAGTGGTATAGATCTGCTTGTCAGTTTTGCTGCTGCCGGCGTCGCACGTTTTGCCGCCATGCAACCTGATACCAACCACAAGTTTGGTCATCATAAAGCTGAAGCCTTGTTTGCCCTAGGCCAGGTAGCCCTTATCAGTGCCTCAGCGTCACTGGTATTGTGGGAGTCGATTCATCACCTAATTAATCCTGCTCCTGTTACCCGGCCCGACCTGGCCATTGGCGTTCTGCTTTTTTCACTGGTTGCGACTATCGCTTTAGTCTCCTTTCAGACGCTGGCACTGAAACGCACTCAATCACTGATTATTCAATCTGACCGTGCACACTACATCGGGGACATATTTGCCATTACCGGTGCACTACTAGCCGTGTTCATTGGCAGTCATTATGGCATTCCGAGACTGGATGCTATTGCAGGCCTGACGATGGGCATATTTCTCACGCATTCTGCCTGGCAGGTTTCAAAAATCGCCATTCCTCAGTTAATGGACGAAGAACTGCCCGATGATGATAAAGAAACGATCAAGCAAATCCTCGATGCTAACCCCAATGTGCAGGGCTATCACGCACTACGAACCCGACGCGCTGGCGATAAGAGCTTTATTCAACTGGATATCCAGCTTGATGCGGAACTCTCCTTTCGCGAGGCGCACGATATAACAGACGAGGTTGAGCTGCTTATTGAGGATGCGTTCACCGACGCCGATGTGATTATTCATGCTGATCCTGTGGGCGAGGCTCGGTTAGAGCGCAGAGTGATTGAGGACGTTGAAGAATATACTATCGGAGAAGCCCTCCCACCGACACCAACACAAAAATAG	MNADKVSRDRWVKIATSAAVCVASLLCVVKIAGWFLTGSTAILGSLADSGIDLLVSFAAAGVARFAAMQPDTNHKFGHHKAEALFALGQVALISASASLVLWESIHHLINPAPVTRPDLAIGVLLFSLVATIALVSFQTLALKRTQSLIIQSDRAHYIGDIFAITGALLAVFIGSHYGIPRLDAIAGLTMGIFLTHSAWQVSKIAIPQLMDEELPDDDKETIKQILDANPNVQGYHALRTRRAGDKSFIQLDIQLDAELSFREAHDITDEVELLIEDAFTDADVIIHADPVGEARLERRVIEDVEEYTIGEALPPTPTQK	PGPT0003831_17	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_ZINK_RESISTANCE	ZINK_RESISTANCE-ZINK|IRON-TRANSPORT,PGPT0003831-fieF-K13283	NA	NA
AK237_02220	1503			hypothetical protein	ATGACCTGGCTGCATACCTGGACAGGTTTGGTACTTGGCTGGTTACTCTTCGCCGTGTTCGTTACTGGTACACTGGCTTTCTTCCAATACGAAATAACCCGCTGGATGCAGCCGGAACTGAGCCACCAGGCAACCCCGGCAACGGCCGTCGCGAACGCTCAGGCATTTCTTCTAAAAGAAGCCCCGGACTCACCGCGTTGGTCAATTGGCGTACCTGGCGAACGAGACACCTTATCGACATTGTTCTGGCAAGCGCCCGACGCTGGCCCGCGTGGTTTCAAAAGGGCTACGCTTGATGGTACAGGACAGGAAGTGTCAGTCAGAGATACCCGTGGTGGCAATTTCTTGTATCGCTTCCACTTCGATCTTCATTACATGCCGGTTATCTGGGCACGTTGGTTAGTGAGTATTGCTGCAATGTGCATGTTTATTGCGTTGATTTCCGGCATCATTATTCACAAAAAAATCTTCAAAGACTTTTTTACCTTCAAGTTAGGTTCAGACATGCGTAGCTGGCTGGATGCCCACACATTGACATCTGTGCTGGCGGTGCCTTTCCACCTCATGATCACCTACACAGGTTTAGTCACACTCATGTTGATGATTTACGCCTGGGCGATGAGCGCCACCTTTGGTGATCGAGGCAGTTATTTTGAAGCCGTTGAAGCTCGCCAGGCGCAAGCCGCTGCCAGCGGCGTGAAAGCAGAACCTGTCGATTTACAGGCACTATTTAATGATGCACAACGACGCCTTGATGGCGCAGAAATTACGTTTATTGGCGTCGATCATCCTACCGATGAAAACGGTACGATAGAATTTATGGAAGTGCCAACTAACGGACTCATTTCCTCGTATCGCCGTCTAGTGTATTCAACCGCTACCGGAGAATTACTGTCATCCCGTGCCGTGCCGTCTGTCGCTGAACAAACACGAAGAACCATGGTAAACCTGCACGCGGGTCGTTTCGCAAACTGGCCCCTTCGCTGGCTGTATTTTATTTCCGGCGTGGTCGGTTCTGTGATGGTTGCCACTGGCTTAATTTTGTGGAGCAAGAAGCGAGAAAAGAAAGCACAGCACAAGGGTCACGCACTGGTGAAAGTGTTAAATGCCGCCACCATAATGGGTTTGCCCTTTGCCGTTGCCAGCTTTTTCATCGCCAACCGCGTGTTACCTGAATCGTTTACCAACCGGGCACAATCAGAAATCGATATGTTCTTTGCAGGTTGGGTTGTAGTGTTGTTGCTCTGCCTGATTACACGAGAAAATAAACGCTGGTGTTATTCAGCGATGCTTAATGCCATCGCTTTTATCAGTCTGCCGTTCATTAGCATAGCCACAGTATCCAAGCATATAGGTACTTACCAGCTTCCTGACGATAATCTCTTGCTCATCATGGATGCTTGTCTCCTTATCACCGGTTGCCTGTTCCTGTTTCAGTGGAAACTGCTGCGAAACAAGCATCATAAGCACGTGACAACGGAGGCGGAAAATTATGCAAAATAG	MTWLHTWTGLVLGWLLFAVFVTGTLAFFQYEITRWMQPELSHQATPATAVANAQAFLLKEAPDSPRWSIGVPGERDTLSTLFWQAPDAGPRGFKRATLDGTGQEVSVRDTRGGNFLYRFHFDLHYMPVIWARWLVSIAAMCMFIALISGIIIHKKIFKDFFTFKLGSDMRSWLDAHTLTSVLAVPFHLMITYTGLVTLMLMIYAWAMSATFGDRGSYFEAVEARQAQAAASGVKAEPVDLQALFNDAQRRLDGAEITFIGVDHPTDENGTIEFMEVPTNGLISSYRRLVYSTATGELLSSRAVPSVAEQTRRTMVNLHAGRFANWPLRWLYFISGVVGSVMVATGLILWSKKREKKAQHKGHALVKVLNAATIMGLPFAVASFFIANRVLPESFTNRAQSEIDMFFAGWVVVLLLCLITRENKRWCYSAMLNAIAFISLPFISIATVSKHIGTYQLPDDNLLLIMDACLLITGCLFLFQWKLLRNKHHKHVTTEAENYAK				NA	NA	NA	NA	NA
AK237_02221	279			hypothetical protein	ATGCAAAATAGCCTGTTTGTATGGCGTCTGTTGCTGGCGATTTTCGGCAGTTTTGCTCTGGTGTCATTATCTTCAGTGGCCATTACAGAGCTGCTCCATCAATTCGCGGACGTTGATAAGGCCGTCACATTTATCTGGTGTATGCTATTTGGTTTTATTGCCTACTGCCTGTTAGTGATATGGATTATTGCTACCCACTCGTTGCTGCGCACCAGCGCACTTATTCTCATCTCAAGCCTGTGCTGCTGGTTGTTTATTAACACGGGAACTAACCTATGA	MQNSLFVWRLLLAIFGSFALVSLSSVAITELLHQFADVDKAVTFIWCMLFGFIAYCLLVIWIIATHSLLRTSALILISSLCCWLFINTGTNL				NA	NA	NA	NA	NA
AK237_02222	282			hypothetical protein	ATGATGCTGCTTTCTCTACTCGTGTGCACGGTGGCGTTTTGGTGTCTGGCAGCCGCTATGCCACGTAATCGTAAGTTTCTCATTTCACCCGCCTCTGTGCCGCTCTCAGACAACACGCTTAAATATACCGGGTTCTTGTTTTTAACACTCTCGCTGGTGCTTGCCTGTAAAGAGGAAGGTACTGCCGAAGGAATTGTTTTCTGGTGTTATGAAATGACCGTGAGTGCGTTAATAATAGCGCTTTATATTTCACGCAACCAACGGCGCAAGATCCGTAAATAA	MMLLSLLVCTVAFWCLAAAMPRNRKFLISPASVPLSDNTLKYTGFLFLTLSLVLACKEEGTAEGIVFWCYEMTVSALIIALYISRNQRRKIRK				NA	NA	NA	NA	NA
AK237_02223	2169	fhuE_2	COG4773	FhuE receptor	ATGCAAAAGAAGCTTCTTCCTATATCTGCAGCGGTTTTCTTCGCGCTGCATAACCCTTTATCTTTCGCGCAAACTTCCGAAAACACTGATAAGCCAGCAGATGATAGCGAACTGGAAGTCATTACTGTCAGCGGTAAGTACAGTATTGCGCAATCTGTCAGTACGGCAACCGGTTTAGGATTGACGTTGCAGGAAACTCCGCAGTCGGTCTCCATCCTGACGTTTGAACGCATGATGGACCAAAACATCACTACCATTTTAGATGCAGTAAACAATGCGGTGGGCGTGAGTGCCGAAGAAACTGATAACGTACGTAGCTCCTTTTCTTCCCGCGGTTTTCGTATCGATAGTTATCAAATCGACGGTGTGCCTACATCGTGGAGTTTAGGTGGCGATCAGGGCGAGACAGTAGCTGATACCGCAATTTATGAGCGTATCGAATTTGTTCGCGGTGCGACCGGGTTACTCACTGGCGTTGGCGATCCTTCTGCCTCTATCAACCTCGTGCGCAAGCATGCCGACAGTAAAGAGCTATCAGGGTTTGTCGATGTGGCTGCGGGACGTTGGAACACGCAGCGATTTACCGCAGACGTGTCTAACGGGTTAAATGAAGATGGCTCTATTCGTGGCCGTTTCGTCGGGCGTTATCTTTCTGGCGATTCCCATGTCGATTTTTATGAAGATGACAAAACTGTACTTTATGGTGTTCTAGAGGGCGACATAGGCGACAGTACACTGCTTCGTGCGGGTATCAGTTACCAGGACAGCGATCCGAAAGGCACGATTTGGGGGGCGATTCCGACATTCTTTGCTGACGGTAGCCGCACAGACTGGGATCGCTCTAAAACGACTGCGGCAGACTGGAACCGCTGGCATACCACGAATACAAACTACTTTGCCTCGTTGAATCACACCTTTACAAATGGCTGGGATTTGGTGGCGAACTACAATCGCATTGAATACGAAAGCGACACCCGCTTACTGTATATGTCAGGCTCGGTAGATGCAGAAACCGGATTGGGTCTGGGCGCACAGCGCTATCGCAGTGACGGTAAATCAAGCCAGGACAGCTACGATGTGCAATTACGTGGCGACTTTATCCTGTTTGATCAAATGCACGACTTCGTACTTGGCGCACTGTATAGCGACCAGCAGGCAGACACCTTCACACAGGATCCTATCGGTGGTGACATGAGCAGTGGGTGGGACTCGGTCGACGTAGGTAACTATTTTGAATGGGCAGGCTTGCCAGAACCTGAATGGGAAGACGAAAGAGTACAAACTCAGGGCATCGAAACCACGCAACGTGGTTACTATGCGGCAACACGTTTGTCGGCAACCGATTCACTGAAGTTTATTTTTGGTGCTCGTTTGGCAACCTGGCAACGCACCGGTTTTGACTGGAGCGGTGATGTTAATTACGGCAACGATGATGAGCTTATCCCCTATGCTGGTGCGCTTTACGATGTCACGCCTAACCATCGCGTTTATGCCAGTTATACAGAAATTTTTGAGCCTCAAAACCAACGAGACGCTAACGGTAACTTGCTGGATCCACTCGTGGGTGAAAGTGCCGAGATTGGTTTGAAGAGCCGCTTCTTAGACGATCGTATTCACACTACTGTGGCTATTTTCAACATCCAGCAAGATAACTTAGCGCAGGTTGATACTGACTTCGTACCAACTCCAGAGCAACTAACGGCTTACTACGGTGCGCAAGGTACAGAAAGCCAGGGCTTTGAAGTGGAAGTTGTGGGTCAGCCTATTGATGGCTGGAACATTACGGCAGGTTATTCTCAGTATGATGCAGAAGATGCCGATGGCAATGACATCAATACCGATAATCCTACCAAGCAGTTCAAGTTCTTTACCACCTACCAGTTTGTGGAAAGCTTGCCTGAACTAACCGTTGGTGGCGGATTTAACTGGCAGAATGAAACCTGGTCAACGGGCACCAACCCGGCTGGCGTAGCCGACCGTTTCGAGCAAGACGCGTACGTGTTAACGAACCTGATGGCACGCTATGCCTTTAGCGATAATCTGAATCTGCAGTTTAATATCGAGAATCTTACCGATGAAGAGTATTACACGCAGGTAGGTCAGTTTAGCTCGTTCCGATATGGTAAGCCTCGCAACTACATGCTGAGCTTGTCTTATCGCTTTAACTAA	MQKKLLPISAAVFFALHNPLSFAQTSENTDKPADDSELEVITVSGKYSIAQSVSTATGLGLTLQETPQSVSILTFERMMDQNITTILDAVNNAVGVSAEETDNVRSSFSSRGFRIDSYQIDGVPTSWSLGGDQGETVADTAIYERIEFVRGATGLLTGVGDPSASINLVRKHADSKELSGFVDVAAGRWNTQRFTADVSNGLNEDGSIRGRFVGRYLSGDSHVDFYEDDKTVLYGVLEGDIGDSTLLRAGISYQDSDPKGTIWGAIPTFFADGSRTDWDRSKTTAADWNRWHTTNTNYFASLNHTFTNGWDLVANYNRIEYESDTRLLYMSGSVDAETGLGLGAQRYRSDGKSSQDSYDVQLRGDFILFDQMHDFVLGALYSDQQADTFTQDPIGGDMSSGWDSVDVGNYFEWAGLPEPEWEDERVQTQGIETTQRGYYAATRLSATDSLKFIFGARLATWQRTGFDWSGDVNYGNDDELIPYAGALYDVTPNHRVYASYTEIFEPQNQRDANGNLLDPLVGESAEIGLKSRFLDDRIHTTVAIFNIQQDNLAQVDTDFVPTPEQLTAYYGAQGTESQGFEVEVVGQPIDGWNITAGYSQYDAEDADGNDINTDNPTKQFKFFTTYQFVESLPELTVGGGFNWQNETWSTGTNPAGVADRFEQDAYVLTNLMARYAFSDNLNLQFNIENLTDEEYYTQVGQFSSFRYGKPRNYMLSLSYRFN	PGPT0003775_1414	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_IRON_RESISTANCE	IRON_RESISTANCE-IRON_COMPLEX_RECEPTOR,PGPT0003775-fptA|fhuE|fpvA|C_FEV_OM1|fauA-K16088	NA	NA
AK237_02224	1302	ntaA		Nitrilotriacetate monooxygenase component A	ATGACCCGTCAAAACAGGACTTTACTCACCGGTATGTCACTGGCCGTTACCTGGATGTCAGGCAATGCCTGGCGCAGGCCAGACAGTGAAGTGGAAAGGCTGTATGACCCGCTTTATTACACAGGGCTGGCGCAACTGGCTGAATCTGCCTGTATGGACTTTGTTTTCAGGCCGGACTCTTTGTTTATTGACCCGTCAGCGCTGGCCAGCTCGGTGGGCTTTAGCGGACTGGATCCGACTATTCTGCTCACAGCAGTAGCTATGGGCACATCAAAAATTGGTTTGCTGACCACGGCATCGACAACATTTCATTCTCCCTATGTTATCGCCAGACAACTGCAGTCGTTGCACCATATCAGCAACGGGCGGGCAGGGTGGAACGTGGTCACTGCACTGGACGGACACGAAAACTTTGGTCTGCCGGCCATGCCCGATACAGAAAGCCGGTATGAAAGAGCGGATGAGTTTGTATCAGCGGTGCAGCAGTTATGGCACAGCTTTCCGCCCCGGGCGCTGCTACATGATAAAGAAGGCGGGCGCTATGCCGAACCGTCGCAAATTAAGGCAATCAACTTTGAAGGTAAACAGCTGGCATGCAAAGGTCCTCTGACGTTAGGCGGTCACAGTGCCGGAGACGTGCCCTTGTTTCAGGCCGGGGCATCGGAAACCGGGAAAAACTTCGCCGCTAAAATCGCCAGGGGAGTATTTGCTGCAACGCCGGATATGACCAGTGCGAAAGCGTTACGCGCAGATCTACGTCAGCGGGCTGAGGAGTCCGGAAGACAGGCTGATGACATCCGGATTTTGCCGGGGTTATCGCTGTTTCTTGCCGGTTCATACGAAGAAGCGCTTACACTGTTTCGCGAAACCAGGGACAACACGCTCACTCACCGCCACCATCAGTTGGTGGCCTCTTCGCTGGGGCTGGAGGTCGATGAACTACTCAGCATGACGGTTCTGGATGAATCCGTATTACAACCCCTGAGACAGGTAAGAAGCAAAACCCACAGTGAGCTAATCCGCAACGTGGTAAAAAACGGGCCGGTTACACTCGAAGCCCTTATGGCAAGACCGGAGGTAGCAGGCTCAGGTCACTGGATAATCATTGGTACAGCGGAGCAGGCTGCAGATGAAATTGAAACATGGTTTAACAGCGGAGCCATTGATGGCTTCATCGCATTGCCGGGCGGGAGCAGGGAATGCTTCGAAAGAGTATGCAACGAACTCATGCCGGCGTTACAGAAAAAGGGGCTGGTAAAAACAGAATACCGCCGCAGCACCTTTGAGGGGCATCTTCGGTGA	MTRQNRTLLTGMSLAVTWMSGNAWRRPDSEVERLYDPLYYTGLAQLAESACMDFVFRPDSLFIDPSALASSVGFSGLDPTILLTAVAMGTSKIGLLTTASTTFHSPYVIARQLQSLHHISNGRAGWNVVTALDGHENFGLPAMPDTESRYERADEFVSAVQQLWHSFPPRALLHDKEGGRYAEPSQIKAINFEGKQLACKGPLTLGGHSAGDVPLFQAGASETGKNFAAKIARGVFAATPDMTSAKALRADLRQRAEESGRQADDIRILPGLSLFLAGSYEEALTLFRETRDNTLTHRHHQLVASSLGLEVDELLSMTVLDESVLQPLRQVRSKTHSELIRNVVKNGPVTLEALMARPEVAGSGHWIIIGTAEQAADEIETWFNSGAIDGFIALPGGSRECFERVCNELMPALQKKGLVKTEYRRSTFEGHLR				NA	NA	NA	NA	NA
AK237_02225	807	fepC	COG1120	Ferric enterobactin transport ATP-binding protein FepC	ATGTCGACTCTTCCTGAACCGCATACGTTTTCCGGGGCAACGCTTGCTGCAAAATCGCTGAGCTTCAGCTATGTGAAAAACACCATTATTCATGATGTGTCGGTGCAGTTTCCTGCCGGAAAAATCAGCGTGATTATAGGGCCAAACGGATGCGGTAAATCAACGCTTTTACACTTGCTTGCGGGCCTTTACCGGCCATCTTCAGGTGAGGTTTCGCTGCAGGGGCAGCCGCTGTCATCCTTCACCCCGAAAAGCCGTGCAAAACAACTGAGTTTATTACCACAAACCAATATTTCCCCGGAAGGCATGACGGTAAAAGGGCTGATTTCACGGGGACGGTATGCCTGGCAAACACTCTTCAGCCAGTGGCATGAAGAGGATGAAAAAGCGGTTAATGATGCACTTTTGCAAACCGGATTGACTGATCTGGCAGACCGGGAAATCGCTACTTTGTCCGGTGGTCAGCGCCAACGCGCCTGGATCGGACTGGTACTGGCCCAACAAACGCCGCTGATTTTGCTTGATGAACCCACAACATTTTTAGATATCGGTCATCAAATCGACGTGCTGAATGTGTGCAAAAAGCGCAACCGGGAAGATGGCACAACCATCGTAATGGTGCTGCATGATATCAATCTTGCGGCCCGGTATGCCCATCACATTGTTGCCATGAAAGACGGAGAGATAGTGGCAAGCGGCGCACCAGCATCAGTATGTACGTCAGGCAACATGCAGCTATTGTTCGGCATTGATGCGCTTGTGATGGAAGATCCCGTTCATCATTCCCCTTTAATTTTACCCCGCTAA	MSTLPEPHTFSGATLAAKSLSFSYVKNTIIHDVSVQFPAGKISVIIGPNGCGKSTLLHLLAGLYRPSSGEVSLQGQPLSSFTPKSRAKQLSLLPQTNISPEGMTVKGLISRGRYAWQTLFSQWHEEDEKAVNDALLQTGLTDLADREIATLSGGQRQRAWIGLVLAQQTPLILLDEPTTFLDIGHQIDVLNVCKKRNREDGTTIVMVLHDINLAARYAHHIVAMKDGEIVASGAPASVCTSGNMQLLFGIDALVMEDPVHHSPLILPR	PGPT0003760_5307	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
AK237_02226	1038	fepG	COG4779	Ferric enterobactin transport system permease protein FepG	ATGACGACCCCGTTTTTACTGCGCGCCGGATCATTCTCTTTCTTCATTTACCCACGTGTTCTGCTGGTGCAGAGTCTGCTGATCCTCTTACTCGCAGCTCTTTGTCTCCATGGATTAATGTCTGGCAGCAATCTGCTCACATGGCAGGATGTAACGGGGTGGTTGGCTGGCAATGGTCTCGCGCCGTTGCCCGCCAAAATTCTTATTGATATCAGGTTCCCCGTTGTACTTACCGCCCTGGGCGTCGGTGGCTGCCTGGGAGCTGCTGGTGCGGTCTTTCAGTCTGTTTCACGAAATCCCTTAGGCTCTCCTGATATTCTAGGCTTTACGTCCGGTGCTGCGACAGGGGCAGTTTACCACCTGGTGTTTATCAGTCAGTCACCCGCCGGTGTAGCGAGCTTTGCTTTTCTGGGAGGCTGCTTTACTGCGCTGGTGATTTATCTTTTCGCCATTAAAGGACAGGTGCTGCAAACGGGAAGGCTTGTTTTAGTGGGCATTGGCACAGGTGCAACGCTTACCGCGTTTACCGGATTATTGCTGGTAAAAGGGGATATTGATAACGCGATGCTGGCCAACTTGTGGCTGCTGGGCAGTCTGGATGGCAGGCAATGGGGACATGTATTCACCGTCATGGCCGGGCTTTTCACTGGCTTACCGGTGTTGATGTTGCTGGCGAAATCTTTGCGTTTAACTGAAATGGGCGATGCGGTGGCGTTTGGCTTAGGGGTTAATGTGCAACTAAGCCGTCATGCCGGTCTGGCTATTTCTGTGCTGATGGTTTCTCTGGCTACCGCTGCCGCCGGTCCGATGGCGTTTATTGCCTTAGGTGCGCCCCATATTGCCAGAGCGCTTACCGGTCTTTCCTTACCGCTACTCACCAGCTCACTCTGCGGGGCCGTGTTGCTGCTGGCTGCGAACAGAGTAAGCGCCGTATTGCCTCTAGCCAGCCAGTTACCGGCAGGCAGGGTCACTGCGATACTCGGCGGCGTGTATCTCATTGTGCTATTGCTCAGACAACATAAAAAAGGGGCGTTTTGA	MTTPFLLRAGSFSFFIYPRVLLVQSLLILLLAALCLHGLMSGSNLLTWQDVTGWLAGNGLAPLPAKILIDIRFPVVLTALGVGGCLGAAGAVFQSVSRNPLGSPDILGFTSGAATGAVYHLVFISQSPAGVASFAFLGGCFTALVIYLFAIKGQVLQTGRLVLVGIGTGATLTAFTGLLLVKGDIDNAMLANLWLLGSLDGRQWGHVFTVMAGLFTGLPVLMLLAKSLRLTEMGDAVAFGLGVNVQLSRHAGLAISVLMVSLATAAAGPMAFIALGAPHIARALTGLSLPLLTSSLCGAVLLLAANRVSAVLPLASQLPAGRVTAILGGVYLIVLLLRQHKKGAF	PGPT0003305_8	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_IRON_RESISTANCE	IRON_RESISTANCE-ENTEROBACTIN|ENTEROCHELIN|CHRYSEOBACTIN_TRANSPORT,PGPT0003305-fepG|cbuG-K23187	NA	NA
AK237_02227	1002	yfiZ	COG0609	putative siderophore transport system permease protein YfiZ	ATGACGGTGTATTCGCGACACTTTGACGTGCCATGTTTGGTTATCGTGCTTGCAGTGCTGCTTTTTGCCAGTATCGCCATTGGCCCGGAGGTGCTGCCACTGCATGAAACAATATCGGCATTTACTCAGTTCGATGCAGCAAACACGGCGCATTTGCTGGTACGGGAATTACGTGTTCCCCGCACGCTCGTCACTTTCTTTTGTGGCAGTGCGCTGGCCGTGGCAGGCCTGGTCATGCAAAGCATGACACGAAATCCCATTGCTGAACCGGGCCTGTTAGGTGTTAATGCCGGGGCGAGTCTGGCTGTTATTGTCTCTATTGCATTTTTCGGAGCTGAAACGACATTCGTCAAAATGCTTGCCGGTGCGGCGGGGGCTGCGCTCTGTTCTTTGCTGGTGGTAAAGCTGGGTACCGGGCCGCATCGTTTTTCGCAGGACAAATTAGTACTGGCCGGGGTGGCTTTTTCGGCAGTGTGCCTTGCGGCAGGGCAGTTAGTGATTGCGTCTGCCGATCTCTCCGTGTTTGAACAATACCGGCACTGGATGGTAGGGGCAACGGCAGGCAAAGGGTTTGATGTACTCTGGCCGTTACTTGGGTGCTGGCTGGTGGCACTTGTGCTGGCTTTGTATATTGCGCCCGGCATTGATGTGCTTATGCTGGGTAACCATCTGGCGACGGCATTAGGCGTAAATGAAAAGTGGCTCAGCCGTGGCTGTCTGACGGTCATCACGTTACTGGCCGGCGCGTCTACAGCGGCGGCTGGCCCGATACTCTTTACCGGCTTAGTTGTCCCTTTTTTGTGCCGCTGTATTGCACCTGTTACCCACTGGCGGCAGTTACTGCTATGCGCGGTTGTTGGCGGGGAAGTGTTGTTGCTCGCCGATGTGTCTGGTCGTGTTGTGGCTGCACCGGGGGAGGTCAGTACCGGCATCATGATGGCTATTCTTGGTGGTCCGGTATTTATTGCACTTGCCAGAAATGTGCGGGGGGCAACGTCATGA	MTVYSRHFDVPCLVIVLAVLLFASIAIGPEVLPLHETISAFTQFDAANTAHLLVRELRVPRTLVTFFCGSALAVAGLVMQSMTRNPIAEPGLLGVNAGASLAVIVSIAFFGAETTFVKMLAGAAGAALCSLLVVKLGTGPHRFSQDKLVLAGVAFSAVCLAAGQLVIASADLSVFEQYRHWMVGATAGKGFDVLWPLLGCWLVALVLALYIAPGIDVLMLGNHLATALGVNEKWLSRGCLTVITLLAGASTAAAGPILFTGLVVPFLCRCIAPVTHWRQLLLCAVVGGEVLLLADVSGRVVAAPGEVSTGIMMAILGGPVFIALARNVRGATS	PGPT0003300_77	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_IRON_RESISTANCE	IRON_RESISTANCE-ENTEROBACTIN|ENTEROCHELIN|CHRYSEOBACTIN_TRANSPORT,PGPT0003300-fepD|febD|cbuD-K23186	NA	NA
AK237_02228	966	fepB	COG4592	Ferrienterobactin-binding periplasmic protein	ATGAAAAAAATGCAGCACTGGCGGCGACGCTTTGTATACATAGCCTGCTTATGGTTCAGCGTTGTTTACGCCAATTCCGTTTATGCCGGCCCGGAGCAAGCTGATACCTGGCCTAAGACGCTGGTAAACAGTGATGGAAGCCGGGTTGTTATTCCCGCCAGGCCTGAAAGGATTTTGTCCACCTCAGTAACCGTTACCGGTACATTGCTGGCGATTGACGCGCCGGTAGTAGCCAGTGCATCGGCGACAACCAATGCCTATTTTGCGCAGTGGCAGGATGTGGCGAAAGCAAAAGAGGTCACCAATGTATGGCCAGCCGGGCGTATCAATCTGGAGGCTGCTTATGCCGTTCGGCCCGACCTCATCATCGTCTCTGCGGGAGGCGCCGATTCTGCCATGGCCCATGTGGAGATGCTTCGTGCCATCGCACCGGTGCTTATTGTGGATTATGCCGTGACTGACTGGCAGGGTCTGGCAACAACACTGGGCCGGGCTTTGGGGCTTGAGCAGTCCGCGCAGCAACGTATTGCGTCGTTTAATCAGTATGTTGAAGACGTTAGTCAGCATATTCATCTGCCAGAGGGAAAGGTGAATATTGTTAGTTACAACGGTCCCGGCATTATCAATCCTGTTGGCACAGCAAGCGGTACTCACGGCAAGTTATTACGGGCGCTTGGATTCGATGTTGTTACACCACCTGGCATCATGACGGGTAGCCCCGAAGATGCGGGCGATTTTATTCGCAGCGAGTATGAGCAACTCATCAGACTAAACGGGGCGTCTGTTTTTTTATTGCGTCGCCGCGTTGATGATGTAAACGGGCTGCTCAATGATCCGGTATTACAAAATTTACCGGCAGTGAAGAACAAACAAGTGTGGGGTATGGGAGAAAACTCATTCCGCATGGATTTTTACAGCGCCACTGAAACGGTGGATATCATTGCAGATCTGTTTTCTTCCCCATGA	MKKMQHWRRRFVYIACLWFSVVYANSVYAGPEQADTWPKTLVNSDGSRVVIPARPERILSTSVTVTGTLLAIDAPVVASASATTNAYFAQWQDVAKAKEVTNVWPAGRINLEAAYAVRPDLIIVSAGGADSAMAHVEMLRAIAPVLIVDYAVTDWQGLATTLGRALGLEQSAQQRIASFNQYVEDVSQHIHLPEGKVNIVSYNGPGIINPVGTASGTHGKLLRALGFDVVTPPGIMTGSPEDAGDFIRSEYEQLIRLNGASVFLLRRRVDDVNGLLNDPVLQNLPAVKNKQVWGMGENSFRMDFYSATETVDIIADLFSSP	PGPT0003310_86	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_IRON_RESISTANCE	IRON_RESISTANCE-ENTEROBACTIN|ENTEROCHELIN|DESFERRIOXAMINE|CHRYSEOBACTIN_TRANSPORT,PGPT0003310-fepB|cbuB-K23185	NA	NA
AK237_02229	2046	btuB_21		Vitamin B12 transporter BtuB	ATGAAGCGCGAACCCGTATTCAAAGTATCACTGCTTGCCATGGCATTAAGTATCGCCAGTGCTGCCTCCGCACAGGAAAATCAGGCTCCGGACAGGGATGCAAAGGACATTGAGAAAATTGTCGTTATTGGTGAAAAAGCCAACCGCAGCCTGAAAGATGCCACCTCCTCTGTATCAGTTATTTCTGAAGATGCATTAAACGATACGCAGTATAAATCGGTATCGGATGCATTGTCTGAAGTTGCCAACGTGGTTATTCCCACGGGCGGCCTGCCTGATATCCGCGGTGTGTCCGGTAACGGTGCAGCAGGGGGCTTTAACTCTATCGCCGGCGGTGCAAAAGGCCGGGTGATGACGTTAATTGATGGCGTAGCGCAACCCTTCGTTGCCGATCTAGGCGGCGACAGTGGTATGTGGGATCTGCAGCAAATTGAAGTCTATCGCGGTCCCCAATCTACCAGTAACGGCCGGAACAGTATCGGTGGTTCTGTGTTCATCAAAACCAAAGACCCTTCACAAGACTGGGAAGGCGCTGCCCGCGTCGGTTACCGTAATCAGGATCAATACATTGATACATCCGGTGTTATTTCGGGCCCGCTGGTTGAAGATACCCTTGCGTTCCGCCTGAGTGTGCAGCATCTCGACGCCGATACCATTACTGACGACAATGGCTACGACACCAATCCGCCGGACTACGATCTGGATGAAATTAAAACCACCCGTATTCGCGGAAAGTTACTGTGGACGCCCTCAGATGATTTAAGCTTCATGCTCACCCACACTTACAATGATGAAGCGGGAGATACCGGCCGGATTTTTTATTCGCTGGAAAATTTAGATGACCGGGAGCGCATCTACTTCCGTGATATTGAGACTGAAGCGTCTACTACGACGCTTTATACTGACTACACCATCAATGACAACTGGTCTTTCGACATGCTGGTGTCCTATATGGATTACCAGTGGGGGTTCGACAGTTACGAGGCTACCCCCGAGGCTGAACAGCAACTTGGCTTTGATGAAACCAATATTACTGTCGATGCGAAGATGAACTACGTGTCTGGCAGAAAGGGTATCAGTGGCTTTATTGGTGTTTACTATTTTGACAGAGATCAGGACATCTTAAGCGCCGGATCCGCCGCCTATACCGGTGATGATGGAAGTGACTCTGTAGCTATTTACGGTGAAGCGACCTTCCCGCTAAACGACAAATTTACGCTAATCACCGGCGCCCGTTTAGAGCGTGAAACCCAGGACAGGCACTTTGTATACGGTGCAATCGACGCCATTCTCGACCAGGATACAAATATATTCCTGCCCAAAGTCGCACTGCAGTATGCATGGACGGATGCCACCACCGTTTCTGCCAGTGCCCGTAAAGGCTATAACGCTGCCGGCGGCGCACTGAATTTCACTGCGCAGGAATATTATTATTTCGACGATGAAAAAGTGAATACCTTTGAGCTGGGCAGCCGCACGCAGTTTGCTAACGGGAAAGGGTATTTCAGTGCCAATGTGTTCTACAACGACTACGACGGCTATCAGGCTGTAAGCTCGTCGCGGAGAATTGAGAACCTCCCTCAGGTTGTTACTTACGGTGCAGAATTCGAGCTGCATACTTTAGTTACTGAAGATTTGGAGCTGAATGCCGGTATTGGTTTGTTGCAGTCGGATATTAAAGATCCCGGTGAAAGTTATGCCACGGTGAAAGGCAACGAATTAAATAACGCTCCTGAATTCAATGCAACCTTAGGCGCTACATACTGGCTTAATGACGCGTGGAGTGCAGGTGCCACCGCCCGCTATATCGGTGAGTACTATGGCGATTTCACCAATACAGCAGAGCGTGTTGCCGGCGATTATACGCTGGTAAGGGTTAACGCCAATTACACCGCCGATAATTGGCTTATTACTGCTTACATAGACAACTTGTTCGATGAGACGGCGCTGGTCAGTCAGGAGCCTGCGAGTACCACGTATCCAGGAGGCTATGCATCTATTGCTGATCCCCGCAATGTGGGTGTATCGGTCACTTATCGTTTTTAA	MKREPVFKVSLLAMALSIASAASAQENQAPDRDAKDIEKIVVIGEKANRSLKDATSSVSVISEDALNDTQYKSVSDALSEVANVVIPTGGLPDIRGVSGNGAAGGFNSIAGGAKGRVMTLIDGVAQPFVADLGGDSGMWDLQQIEVYRGPQSTSNGRNSIGGSVFIKTKDPSQDWEGAARVGYRNQDQYIDTSGVISGPLVEDTLAFRLSVQHLDADTITDDNGYDTNPPDYDLDEIKTTRIRGKLLWTPSDDLSFMLTHTYNDEAGDTGRIFYSLENLDDRERIYFRDIETEASTTTLYTDYTINDNWSFDMLVSYMDYQWGFDSYEATPEAEQQLGFDETNITVDAKMNYVSGRKGISGFIGVYYFDRDQDILSAGSAAYTGDDGSDSVAIYGEATFPLNDKFTLITGARLERETQDRHFVYGAIDAILDQDTNIFLPKVALQYAWTDATTVSASARKGYNAAGGALNFTAQEYYYFDDEKVNTFELGSRTQFANGKGYFSANVFYNDYDGYQAVSSSRRIENLPQVVTYGAEFELHTLVTEDLELNAGIGLLQSDIKDPGESYATVKGNELNNAPEFNATLGATYWLNDAWSAGATARYIGEYYGDFTNTAERVAGDYTLVRVNANYTADNWLITAYIDNLFDETALVSQEPASTTYPGGYASIADPRNVGVSVTYRF	PGPT0003790_24187	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0003790-hutA|fatA|fct|foxR-K02014	NA	NA
AK237_02230	936	rhaS_5		HTH-type transcriptional activator RhaS	GTGCCCGATAATTCATTAATCCCCTGGCACGTTAATCATCCCTCGCGGGATGTGTGCTTGCGGCCCGGCCTGAACTTTCATTTTGGTGACACCACTGATAAGGAAACCCGCCACTGGCACGGTGAAGTGCATGACCGTTTTCGCTTGATTGTGGTTCTTGATGGCTATCTTGAAATACGGTTCGGGCATAAAACGCTCATACTTGGAAAAGGCAGTGACGCTGAGCCCGGCCCCAATATGGCGCTGGTTTCTCTGGAAACTACAGAGACATTTTCCCGCCATGCAATGGCCGGTAATTATTGCCGTCGACTGAGTATTGGTGTTTCCAGAGAATGGTTAATGCACACGTTTTCCGGCGTACAGGAAGAACGTTTGGTAAATAAACGCTGGCGGCATCTGGATGTGGCAGCCTGGCAGGCTTCAGCTTCCAGTTTGATGATGGCAGAGGAAATGCTGGATATCTCAGAAAGGCCGCCGGAGCTGGGCGGTATTGTGCGTGAAAGCAGGGCACTGTCACTGCTTCTCGATGCATTTGGTCAGTGCCATAAGGTGAACGCAGAACATCAGGAACGCTTTATCTGCGCGCAAATGCCTGTACCGGATAAGTGGGTGGTATTTCGTGAATGGATTATTTCCCACGCAGCCAGTGCGTTAACCATCGATTATTTAGCCGGCCACATGAGCACCACCCCCAGTACGTTACAGCGCAAATTCAAAACCTTCTTTGGTGAAACTGTGTTTGACTGTATCCACAGCGCCAGGCTTGAACTTGGCATGAAGAAGCTGCTTACCGGCGCACAGCCGATCACCAGTATCGCAATGGATGTGGGTTACGGGTGCAGCGCCAGCTTTTGTACTGCATTTAAAAAGCAATTTGGTATGACGCCGTCTCAGGCCAGAACCCGACATGCTGCTTCCCTTGTCATGCAACCGTAA	MPDNSLIPWHVNHPSRDVCLRPGLNFHFGDTTDKETRHWHGEVHDRFRLIVVLDGYLEIRFGHKTLILGKGSDAEPGPNMALVSLETTETFSRHAMAGNYCRRLSIGVSREWLMHTFSGVQEERLVNKRWRHLDVAAWQASASSLMMAEEMLDISERPPELGGIVRESRALSLLLDAFGQCHKVNAEHQERFICAQMPVPDKWVVFREWIISHAASALTIDYLAGHMSTTPSTLQRKFKTFFGETVFDCIHSARLELGMKKLLTGAQPITSIAMDVGYGCSASFCTAFKKQFGMTPSQARTRHAASLVMQP				NA	NA	NA	NA	NA
AK237_02231	885			hypothetical protein	ATGTGCGACAACCATACAGAATCCGACATTCACGATTTTAAGAAAAACGGCGGGCAGTTAAACCGTCGTGACTTCAGCAAACTCGTAGGATTAGGCGCTTTGTCTTCCGCCTTTCCTCAATTTGCCATGGCCTCCGGCGAGGTACAAACGCAGCAGGTAATGGTGAACACACCTGATGGCGTGGCCGACTGTTTGTTGGCGAGCCCGAAAAGCGGCAAACATCCTGCAGTGGTAATGTGGCCGGACATTATGGGTCGTCGCGCGTCATACGATTTAATGGGTCAACGTTTGGCTGCCGCCGGATATGCTGTGTTGGTGGTAAACCCCTTCTACCGCGATGTAAAAGGTGCTGCCCTGCCCGACGGCATCAGTTTTCCGGCTCCGGAAGCCCGTGAAATTTTAGGTCCCATGCGCGCTAAACTCACGCCGGATAACACCAATTCTGACAACCGCGCCTTTTTCGACTTTTTAAACGAACAGTCTGTGGTGGATGCAAGCGCACCAAAAGGCGTACTGGGTTATTGCATGAGCGGCACCTTTACTATGTACGCTGCCGCCGCATTTCCTGAAGAAGTAGGCGCGATTGCTACCTTCCACGGCGGCGGTCTGGCCACAAAAGAAGACGACAGCCCCCATTTCACCGTTGCTGATTCAAGAGCACTGGCATTACACGCCATCGCAGAAAATGACGCCCAGCGCAGCCCGGAGATGGAACCCTTGCTCGTTGAAGCCTATAAAGAAGCAGATTTACAGGCAGATATCGCGGTGTACCCCGGCACGCTGCACGGCTGGACGCCACCGGATTCAAAAGTGTACAACGAAGAACAGGCCGATGCTGCATGGAACAGAATGCTGAAGATCCTGGACAAAGGTCTTCACGCCTAA	MCDNHTESDIHDFKKNGGQLNRRDFSKLVGLGALSSAFPQFAMASGEVQTQQVMVNTPDGVADCLLASPKSGKHPAVVMWPDIMGRRASYDLMGQRLAAAGYAVLVVNPFYRDVKGAALPDGISFPAPEAREILGPMRAKLTPDNTNSDNRAFFDFLNEQSVVDASAPKGVLGYCMSGTFTMYAAAAFPEEVGAIATFHGGGLATKEDDSPHFTVADSRALALHAIAENDAQRSPEMEPLLVEAYKEADLQADIAVYPGTLHGWTPPDSKVYNEEQADAAWNRMLKILDKGLHA	PGPT0005685_1172	DIRECT EFFECT	BIO-REMEDIATION	XENOBIOTICS_BIODEGRADATION	XENOBIOTIC_HYDROCARBONS|OIL_DEGRADATION	XENOBIOTIC_CHLOROBENZENE_DEGRADATION,PGPT0005685-catA-K01061	NA	NA
AK237_02232	2298	pfeA_1	COG4771	Ferric enterobactin receptor	ATGTTCAAAACAAACCGGAAGTTTGTATGTACAGCTGTATCTGCTGCAATCACTTCTCTTTTCTCCGTTTCAGCAATGGCACAGGAAGAACCTGAAACGCTGGATGTCACCGTTGTAAAAGCCGCGTCAGAGGAACTGAAGCAGGCACAAGGTGTGTCGGTGATCACAGAAGAAGATTTTAAACGTCGTCCCGTTACTAATGATATTTCAGAAATCGTGCGTACCATGCCAGGTATTAACCTGACCGGTAACTCGTCTTCAGGTCAATATGGCAACAAGCGTCAGATTGATATTCGCGGGATGGGGCCCGAGAATACGTTAATCCTGATAGACGGTAAGCCTGTTCTATCCCGTAACTCAGTGAAAATGGGGCGCTCGGGCGAGCGGAACACCCGTGGCGACAGCAACTGGGTGCCGCCGGAAGCCATTGAAAGTATCGAAGTTATTCGCGGCCCGGCTGCTGCCCGCTATGGTTCCGGGGCATCGGGTGGTGTGATTAATATCATCACCAAATCGCCTGAAGTGGCGTCAACCACGGTGTCTTTGCAAACAGAACTTCCCCAAAATGAGTATGAAGGCGGTAACTACCGTATTAATGTAGTCAGCAGCGCACCTTTGTCTGACCGCTTCTCTCACCGCACCATTGTGAACTACAACAAACAGGAAGCGGATGATCCGCAACTGAACCTTGAAGTCACCGACACCAGTGTGGGTCGTGGTGGCGCATCAAAATCGGTGGGTGCGGGTCGTGAAGGTGTGGAGAATATGGATTTCCGTACACTGGTTCGTTTCCAGCAAAGTAAAGAACACCGTTGGGACTTCGAAGGTGCTTTCAGCCGCCAGGGCAATGAATATGCCGGCGACAACGCTTTCCAGGGGATTCGTTACGGCGTAGACGAAAACGACAACCCGATTATCCCTACGGAAGATGAACTTGGCGAAACGGATGCGCTGGCACTGATTGGGGAAGAAACCCTGGTGATGTACCGCCGCACGCTGGGTATTACCCATACAGGTCAGTACGATTTCGGTGATTCGTTCAGTTACATTCAGTACGAAGGCACAACGAACAGCCGCTTAGGCGAAGGTTCAGCCGGTGGTGGTGAAGGTGCTGTCAACAGCCTTGATAAAACCACGATCAAGTTGTCTAACATCACCGCTAAAACAGAATGGAATGTGCCACTGGAACTGGGCGACTTTGCACAAACAGCAACTTTCGGCGCGGAATTTCGCGGCGAGACGCTGGATGATGCCGTGAGTAATCAGCTTACCTTAAACGTGGCTGATGAGAGCGAAATTCCGGGGGCTACTGCCGACCCTGAAAGTCGTCCGTCTGAAACTGATGCCACACTGATTGGTGTGTATGTTGAAGATAACATTTTGCTTTCTGATTCTGTCACCGTCACGCCGGGTATCCGTTTTGACAATCACAGCGAAGCAGGCACGAATTTATCGCCCAGCCTGAATGCATCCTGGCAGGCAACAAAGAATATTGTTGTTCAGGGTGGTATCAGCCGTGCGTTTAAATCCCCTAACCTCTATCAGCTGAACCCTAACTATGTGTATTACACCCGTGGTAATGGCTGTCCGCTGGACTTCTCAAGCCTGGGTGGCGGCTGTCACATTATCGGTAACCCTGATCTTGAACACGAAACCTCAGTGAACAAAGAAATTGGTATTAACTATACCAACGACGAAGGTGTTAACGCCGGTATCACTTACTTCCACAACGATTACAAGAATCGCATCGGTACCGGTAACGTGGCGCCGGAATACATCCTGCCCAGTGAAGAGGGGGGTGAAGCCAATGTTCAGGTTTTCCAGTGGTACAACATTCCTGAAGCCGTGATACGTGGGTTGGAAGGTAACCTGCAGTTTAACCTGACTGATAGTCTTCAGTGGTCGACAAACTTCACTGTTATGCTGGAAACGAAAGACAAAGAAACCGGTATACCGCTGTCGATCGTGCCGGACTACACGGTTAATGCCATGCTGACCTGGCAGGCAACAGAGCAAATACAATTGGTTCTGAGTGGTCAGCACTACGGCAAGACGGAAAGTCCGGAACTGAGCCAGACTTCAGGTCAGGCAATTACCGGTGAAGATCGCGATGCCTATACCATTGCCAATCTGAATGCGGTTTATCAGTTTAATGATCATCTGAGCTTTAACTTGTCAGTGAAGAACTTCATTAATACAGACGTCCGCCGTGAAGGTACACAGGCTTCCAGCGCCGGTGCAAATACCTTTAACGAGCCTGGTCGCAGCTACCTGGTGTCGGCGAACTACACGTTCTGA	MFKTNRKFVCTAVSAAITSLFSVSAMAQEEPETLDVTVVKAASEELKQAQGVSVITEEDFKRRPVTNDISEIVRTMPGINLTGNSSSGQYGNKRQIDIRGMGPENTLILIDGKPVLSRNSVKMGRSGERNTRGDSNWVPPEAIESIEVIRGPAAARYGSGASGGVINIITKSPEVASTTVSLQTELPQNEYEGGNYRINVVSSAPLSDRFSHRTIVNYNKQEADDPQLNLEVTDTSVGRGGASKSVGAGREGVENMDFRTLVRFQQSKEHRWDFEGAFSRQGNEYAGDNAFQGIRYGVDENDNPIIPTEDELGETDALALIGEETLVMYRRTLGITHTGQYDFGDSFSYIQYEGTTNSRLGEGSAGGGEGAVNSLDKTTIKLSNITAKTEWNVPLELGDFAQTATFGAEFRGETLDDAVSNQLTLNVADESEIPGATADPESRPSETDATLIGVYVEDNILLSDSVTVTPGIRFDNHSEAGTNLSPSLNASWQATKNIVVQGGISRAFKSPNLYQLNPNYVYYTRGNGCPLDFSSLGGGCHIIGNPDLEHETSVNKEIGINYTNDEGVNAGITYFHNDYKNRIGTGNVAPEYILPSEEGGEANVQVFQWYNIPEAVIRGLEGNLQFNLTDSLQWSTNFTVMLETKDKETGIPLSIVPDYTVNAMLTWQATEQIQLVLSGQHYGKTESPELSQTSGQAITGEDRDAYTIANLNAVYQFNDHLSFNLSVKNFINTDVRREGTQASSAGANTFNEPGRSYLVSANYTF	PGPT0003415_296	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_IRON_RESISTANCE	IRON_RESISTANCE-SALMOCHELIN_TRANSPORT,PGPT0003415-fepA|pfeA|iroN|pirA-K19611	NA	NA
AK237_02233	255	rpmE2	COG0254	50S ribosomal protein L31 type B	ATGAAACCCGATATACATCCCGATTATCAGCAAGTGGTATTTCACGACGTGTCCGCCGATGCCTACTTTCTGGTTGGCTCAACCATAAAAACTAAGCGAACTATAGAATACGAGGGAGCAACCTATCCCTATGTTCCGCTGGATATTTCGAGTGCATCTCATCCTGTTTATACCGGCAAGCAAAGAGCATCGAAAAGTGAAGGACGAATCGCTAAGTTTCAGAGCCGTTTCGGTAAGTTGGGCAAAAAGTCCTGA	MKPDIHPDYQQVVFHDVSADAYFLVGSTIKTKRTIEYEGATYPYVPLDISSASHPVYTGKQRASKSEGRIAKFQSRFGKLGKKS	PGPT0014325_1865	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-HALOTOLERANCE_RELATED_ENZYMES,PGPT0014325-rpmEB-K02909	NA	NA
AK237_02234	588			hypothetical protein	ATGGCGCTCGTTTTATTATACAACGATGCAAGATCCCAGCGGATCTGTAGTGCATCATCCTCTGAAATTTCCTCTTTCAGACAATTTCTCAAAACAGAAAAAGTGTTTTACAACAAATCACGTGTTGGCGCGCTGTTGCTGCATCATTATCAGTTTTTGATGGATCTTGCGGCTAATCCTCCTCCGAAAGAGCTGTCAGCGTGGTTGGAGTCAGACCGTAAATTACCCGTGATGCATTGCTTGCGGGCAGATATTCAGGATTTATGCGCCTGTTGCCCCTGGGTGTCGGAATGTAATAAACAAGACTGTTCTGCCGCCGATTGTATCGGCAGGCTGATGGCGAGTCAGCTTATTACCGATGTGTACGAAGGTGAACAGCGGCGTATGGACAAATTTATTGGCGCAGTCATCAGCAAAAGCCGGCGCTTTTTTTATTTGTTGCAGAAAAACAGTAAGCAGCAACAAGACTCGTTATTTGACCTTGTTGATTTGCTGAAACTGAAAGGCAAAGAGGAAGGGGCGGTGGCACACGCCTGCAGGACGACATTAATCAACTACCGCTCGGCGTTAAAAAGCGCTATCAGCTAA	MALVLLYNDARSQRICSASSSEISSFRQFLKTEKVFYNKSRVGALLLHHYQFLMDLAANPPPKELSAWLESDRKLPVMHCLRADIQDLCACCPWVSECNKQDCSAADCIGRLMASQLITDVYEGEQRRMDKFIGAVISKSRRFFYLLQKNSKQQQDSLFDLVDLLKLKGKEEGAVAHACRTTLINYRSALKSAIS				NA	NA	NA	NA	NA
AK237_02235	93			hypothetical protein	ATGGAAGCAATAATATTTTTGCTGTTGTCTGCGGGCACAGCTGCATCATGTGGTTTACTGGTTCGTTTTTTGGGTCGCTCTGAAACAGAGTGA	MEAIIFLLLSAGTAASCGLLVRFLGRSETE				NA	NA	NA	NA	NA
AK237_02236	1986			hypothetical protein	TTGAATTTGTTACATCGATTCTCTCTGGTTCAGCTTACGCTGATCAGTGCCGCACTATTGTTTGTATTTGCTTTTTTTCTGGTTGGTAAAGATGTGAGTCATACCCTTAGCCAGCGCTCGGGTGCCAGTGACGATACGGCACTTATCCAACTGCTCGATCGGTTGGAAAAAGTCGCTCACCATCATGCGGTTGAACGAGGATTAACCGCAGGATTTCTGGGAGCCAAAACAGAAGAAGCGAAAGCAAAAGTAATCGCACAACGTAAAAAGGCCGACGCCGCGGAAGCGCAGCTTGCCGCATTAGCATCTCAGTCATGGCCGGCGTCTTTTAACGTGCAGAGAAAATTAGCGACCTTAAAATCGTTGTTAGCCTCAAAAGCCAATATCAGAAAGCAGGTTGACGCGCTAAATGGCGCCAATGCATTTGCCTTTTACAGCGAGCTAAATAAGGCAGCACTAGATGCGGCCAGCAACCTTACCATCAACATATACAGTCCGGCCGCTGCCACTGAACTTACTTATGCTATTCATTTTGCGTGGTTAAAGGAGCGCCTGGGACAAGTTCGCGGCAAGGTAAATGGTGTTCTGGCCAAGCAGGTTGTTACGCCCGCTTCGCTGACCGAAATTATGAGTTACGAGCAAGACATCAAATATATCAACGGGCAATTGAACAACCTGCTGGCAGGCAGCAACCTTTCTGCATTTGAACAAGCCGCAAACTCGACTAATTCAGACCTGATGGAAAGTGTCGTGTCTGCACTTCAATCCGACAACATTACGTTTTCCAGTTTACCTTCTTCCAGTGATTGGTTTGCGGCGGCCACGCAGCAAATAGGTTTGATAAAAAATTTACTCGACACACAGTGGCAATCTATAAACACGCTTGCGCAACAAAACAGTGACGCTGCGACAACGCAGCTGGCGCTTATTATCGGATTTTCTGTTGCCGTAGTGGTGCTCATAGGGCTACTTTATTTCTTTATGATCAATCTGCTACGCCAACAATTGCGCGCGCTGTCCGGTAACTTTGACAAGGTGGCGAGTAATGGCGATCTCACGGTGAACATTCTTATTGAGAGCCAAAATGAACTGGGTTTGATTTCACGCTATGCCAATAAAACCATTCTGACGTTACGCGACTTACTTCAAAACCTGAAAGAATCTGTCACCATTTCAAATAAGATCAGTGACGATTTATATCGCTCAACCTCAGTTGTGCTCAAAGATGCAGATGAAACGTCAAGTAAAGCTATGACTATTTCCTCAGCCATCGAAGAAATGGCAACCACCAGCGAAGAAATCGCCCGCTCGACAGTGCAAACATTAGAGGCAAGCCAAGCGCTTAAAACCATTTCAGATACCTCACTGGCAGCAAACCGAGAAATAAAACGGGCAATGAAAGCCTTAACGAAAGAGATGGATAATGTAGCTGCCGAAGCGCAGAGCATGGGGCAACAGGTGGCGGAAATCGGCACGATACTTAACACCATCAACACGCTTTCTGAGCAAACCAATTTACTGGCACTGAATGCAGCCATTGAAGCCGCTCGCGCTGGAGAGCACGGCCGAGGCTTCGCCGTCGTCGCCGATGAAGTTCGCCAGCTGGCTACAGCGAGCCGGGCATCTACCGATAAAATATCCGAATTACTCGATAACCTCACCAATGTCAGCAATACCGTAATCCAGGGCATTAGTGACAATAATGAAAGGGCGTTGGCTTCTCTTGATGTCACCGAGCAAGGGGAACAAGCCGCGGAAGAGGTTAAACAAGGAGCGGAAAAAGTAGAGATGCTGGCAAATGGCACATCTGCCGCCACAGAAGAACAATCAACCACCGCCAGACAGATTGCCGAGAATATATTAAGTGTGCAGGATGCCGCTGCCCATGAGCACACCCTCGCTCAGGAATTGAATAAAATCGCTCAGAAGCTCAAGCAAAACAATGAGGTGTTACAAAGCAAAATGCACCAATTCAGAGTGAACTAA	MNLLHRFSLVQLTLISAALLFVFAFFLVGKDVSHTLSQRSGASDDTALIQLLDRLEKVAHHHAVERGLTAGFLGAKTEEAKAKVIAQRKKADAAEAQLAALASQSWPASFNVQRKLATLKSLLASKANIRKQVDALNGANAFAFYSELNKAALDAASNLTINIYSPAAATELTYAIHFAWLKERLGQVRGKVNGVLAKQVVTPASLTEIMSYEQDIKYINGQLNNLLAGSNLSAFEQAANSTNSDLMESVVSALQSDNITFSSLPSSSDWFAAATQQIGLIKNLLDTQWQSINTLAQQNSDAATTQLALIIGFSVAVVVLIGLLYFFMINLLRQQLRALSGNFDKVASNGDLTVNILIESQNELGLISRYANKTILTLRDLLQNLKESVTISNKISDDLYRSTSVVLKDADETSSKAMTISSAIEEMATTSEEIARSTVQTLEASQALKTISDTSLAANREIKRAMKALTKEMDNVAAEAQSMGQQVAEIGTILNTINTLSEQTNLLALNAAIEAARAGEHGRGFAVVADEVRQLATASRASTDKISELLDNLTNVSNTVIQGISDNNERALASLDVTEQGEQAAEEVKQGAEKVEMLANGTSAATEEQSTTARQIAENILSVQDAAAHEHTLAQELNKIAQKLKQNNEVLQSKMHQFRVN				NA	NA	NA	NA	NA
AK237_02237	705	lutR	COG2186	HTH-type transcriptional regulator LutR	ATGAAAGTAGAAGCGGTTAAGGTACGTCGCCTTTATATTGAAGTGGCGACGCAGATTGAAAGTCAGATACGTGATGGCAGTATAAAGGCCGGAGAGCGCTTACCCTCTGAGCGTGATCTCGCCGTGCGATTTGAGGTTAGCCGCCCTACCATTCGTGAAGCAATGATTGCGCTGGAAATTGCAGGTTTAGTTGAAATTCGCACCGGTTCGGGTATTTATGCCCTGTCGCTGAATACGCTGGATGCCAGTCAACTTGATGATGTGCCCGGTCCTCTTGAGGTTTTAGAGGCCAGATTAATGGTAGAGCCTGAAGCCGTTAGTCTGGCAGCGGCGCGCATTAACAAAGAGCAGCTCGCCACACTTGAAAATGCGTTGCATATCATGGAAGACAGTACATCGAGCGAAAAGGCGAAAGAACAAGCCGACGAACTATTCCACTCAACCATTGCTGCTGCCACGGATAACAGTGCTATCGCATCATATGTGAAGTGGTTATGGGGACTGCGTAATCAGTCTGTACTCAGCTCGACATTCCACCAGCGTGTAAGAGATTTAGGCGTTCACCCTTCTGTGGATGAACACCGAAAAATTCTCAATGCCCTCAAACTGCGTGACCCATCGCGGGCTAAAGCAGCCATGCATACTCATATTTCAAATGCCATTGACCAGGACATGGATGTACTGCAATTGGACGGACGGGGCTAA	MKVEAVKVRRLYIEVATQIESQIRDGSIKAGERLPSERDLAVRFEVSRPTIREAMIALEIAGLVEIRTGSGIYALSLNTLDASQLDDVPGPLEVLEARLMVEPEAVSLAAARINKEQLATLENALHIMEDSTSSEKAKEQADELFHSTIAAATDNSAIASYVKWLWGLRNQSVLSSTFHQRVRDLGVHPSVDEHRKILNALKLRDPSRAKAAMHTHISNAIDQDMDVLQLDGRG	PGPT0018214_252	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_SUGAR_ACID_UTILIZATION	PLANT_DERIVED_HEXONATE|HEXURONATE|HEXURONIDE_UTILIZATION,PGPT0018214-exuR-K19775	NA	NA
AK237_02238	1029	astA_2	COG3138	Arginine N-succinyltransferase	ATGTTAATCGTCCGTCCCGCAATATCGTCAGACTTAGACGACCTTTATGTTTTAGCAAAAAATGTCAGTCCGGGCATGACAACTTTCCCCCCTGACAGAAACGTGCTGTCAGAAAAAATCAAACATGCTGAATCGGCCTTTTCCGGTGAGCACAATCAGCACAACTATCTGATGGTTATTGAAGATACCGAAAACCAAAAGATAGTTGGCACATCAGGGGTTTATGCCAATATTGGTGTGGATACACCGTTCTACAGTTTTGCGATATTGACGCGAACACAGCGAAGCACACAGCTTAACTTGCGCGTTAAATCGCAAACCTTGCACCTGGTTAACGCCTATGCCGGCGATACCGAAGTAGGGACACTGGTACTCGACCCGTCAATTCGGGGCCGGGGCGTAGGCAAATTGGCGGCAAAAGCCCGATATATGCTTATTGCCCAGTTCCGCGCTCGCTTCGGGGCGAAGGTTATGGCTGAGCTAAGAGGCTGGTCTGATGAAAATGCTCAATCACCATTCTGGGATAACGTAGGCAGTCATTTCTTTAAAGGACTTTCCTACCAACAAGCCGACTTGTTAAGCGCTACCACTGACACCCAGTTTATTGCCGATCTCATGCCGACCTACCCCATTTACATCGACCTGCTATCCCGCCAGGCCCGTGAAGTAATCGGACAACCCCATGAACAGGGCCGATATGCATTAAAGATGCTTAAAGACGAAGGTTTCAGATACGAAAACATCATCGATATATTCGATGCAGGCCCGACTTTGCATGCGGATATAGATACCTTAAAAACCGTGGCTGACAGTGCCGTTTATACCGTTGGCGCCATCGACGAGCCGATTATTGGCGCCCAGCATTGCTTAGCTTGTAACGACAAACTAAAAGACTTCCGCTGCGCCAATGTACTCATCGGCTTTGACGAAAAACAGCAGCTTGTTATCAGCCAACAAGCCGCCGAAGCACTCAAGCTTCATGTGGGCGACACCGTAAGAATACTACCTCAAGAGGTAAACCAGTCATGA	MLIVRPAISSDLDDLYVLAKNVSPGMTTFPPDRNVLSEKIKHAESAFSGEHNQHNYLMVIEDTENQKIVGTSGVYANIGVDTPFYSFAILTRTQRSTQLNLRVKSQTLHLVNAYAGDTEVGTLVLDPSIRGRGVGKLAAKARYMLIAQFRARFGAKVMAELRGWSDENAQSPFWDNVGSHFFKGLSYQQADLLSATTDTQFIADLMPTYPIYIDLLSRQAREVIGQPHEQGRYALKMLKDEGFRYENIIDIFDAGPTLHADIDTLKTVADSAVYTVGAIDEPIIGAQHCLACNDKLKDFRCANVLIGFDEKQQLVISQQAAEALKLHVGDTVRILPQEVNQS	PGPT0020090_972	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_UTILIZATION	PLANT_DERIVED_ARGININE_DEGRADATION,PGPT0020090-astA-K00673	NA	NA
AK237_02239	1452	astD_2	COG1012	N-succinylglutamate 5-semialdehyde dehydrogenase	ATGACGCATTATATTAACGGCCAATGGCAACCTGGTTCGGCCCACCCCATAAAGTCTACTTCTCCCGTGTCACAAGATATTGTCTGGCAGGGTCATGAAGCGTCACCTGAGGAAGTGCAAGCGGCGGTGCTTGCTGCAAATGCCGCCACGCAAGATTGGCAAGCGATACCCTTTGAGCGGCGTGTCCAACAGTTGCAGAAGTATACGGCGCTTGTCAAAGAGCGGGCCGGAGAATTAGCTGCGCTGATTACGCTGGAAACGGGGAAAGCGTTATGGGATGCCACCAATGAAGTCAAAGCAGTGTGCGCTAAGCTGGACATTTCCATTCAATCCTTTGCGCATCGAACGCCTTTGGCATCTTCTCAAGCAGCAAACCTGACTCATCGCCCTCACGGCGTAATGGTAGTGTTAGGGCCCTATAACTTTCCGTGCCACCTGCCCAATGGACATATCATTCCGGCGCTGCTGGCAGGAAATACCGTTGTTTTTAAACCGAGCGAAGAAACACCCGCATGCGGGGCTTTTCTTATGCATTGCTTTCATGATGCTGGCATACCCGCTGGCGTTGTGAACTTGCTGCAGGGTGGCAAGGACGTTGGACGCGAGTTAGTTAACACCACCACTATTAACGGTGTGCTTTTTACCGGCAGCGAAGCCGGTGGCATTGCCATTCACAAACAACTGGCGGGTCGCCCGGAAGTCATGCTTGCCATGGAGTTAGGGGGAAACAATCCCTTAGTGGTATGCGAAGATACTGATTTGGAAAGCGCGGCAATGTGCGTAGCAGAATCAGCGTACATTTCAGCCGGCCAACGTTGTACATGCGCCAGACGATTACTGGTTCCGGCAGGCTCGTGGGGAGACAGCTTCCTGCTGACACTCACTAAAACGATTGCAGCATTAACTATCGACAAACCCGACGCCAGCCCCCAACCTTTCATGGGGAGTCTTATCAGCGAGCGCGCCGCTGCACATGTTTTATCTCAACAACAAGACTTACTGGAACGGGGCGCTACAGCACTGCTACAAGCTGCTTACCACCCTCTTGGCAAGGCGTTTGTAACGCCAGGCTTAATTGATATTACTGATATTGAAACGCTGGTAGATGAAGAGATCTTCGGCCCTGTTTTGCAGGTTATCCGCTATGACACCTTTTCTGATGCAATCCACCGGGCCAATCAAACCCGGTTTGGGCTCTCAGCAGGCTTAATAAGCCATAGTCAGGAAAAATTTGACCATTTTCGTGGCGCGGTAAATGCCGGCATTATCAACTGGAATACGCCGTTAACCGGAGCAAGTAGTGCGCAACCATTTGGTGGTATTGGCCGAAGTGGCAATCACCGACCCAGCGCTTACTATGCCGCCGACTACTGCGCCTACCCCATAGCTACGTCACAAAGCCCAGATCCAACCAGCCCGGCCGCGGCGCGATTCAAAGGAAACATTTCGTGA	MTHYINGQWQPGSAHPIKSTSPVSQDIVWQGHEASPEEVQAAVLAANAATQDWQAIPFERRVQQLQKYTALVKERAGELAALITLETGKALWDATNEVKAVCAKLDISIQSFAHRTPLASSQAANLTHRPHGVMVVLGPYNFPCHLPNGHIIPALLAGNTVVFKPSEETPACGAFLMHCFHDAGIPAGVVNLLQGGKDVGRELVNTTTINGVLFTGSEAGGIAIHKQLAGRPEVMLAMELGGNNPLVVCEDTDLESAAMCVAESAYISAGQRCTCARRLLVPAGSWGDSFLLTLTKTIAALTIDKPDASPQPFMGSLISERAAAHVLSQQQDLLERGATALLQAAYHPLGKAFVTPGLIDITDIETLVDEEIFGPVLQVIRYDTFSDAIHRANQTRFGLSAGLISHSQEKFDHFRGAVNAGIINWNTPLTGASSAQPFGGIGRSGNHRPSAYYAADYCAYPIATSQSPDPTSPAAARFKGNIS				NA	NA	NA	NA	NA
AK237_02240	1356	spuC	COG0161	Putrescine--pyruvate aminotransferase	GTGAACACATCAAAAACAGAAGGCGTCAATAATATACTTTACCCGGCTACTAATATTGAAAAGCTGGAGACGGACGGTCCGTCAGTCGTTGCGCAAGCGTCAGGTTCGACGATTTATGATGAAAACGGTCAACCGTTCTTAGATGCTGTAGGCGGATTATGGTGCGTTAATGTGGGCTACGGTCACCCGTTGCTTGCCAAAGCGTTGCACGATGCAAGCTTAAAGCTCAGCTACTACCATACGTTTCAGGGACATTCCAACGTAGCCCAAATTGAACTGGCAAACACACTGTTAGCAATGGCTCCCGCAAGTTTAGATAAGGTATTTTTCGGCACCAGCGGCTCCGACGCCAACGACACGCTGATAAAAATTGCCTGGCAGTATCACTCGCTAAATGGCAACCCTGACAAGCGAAAAATTATCGCGAGAAAGCAGGCATACCATGGCACGTCAATATCCACCGCGTCAGCGACCGGGCTTGGCAGCTTTCATCGCGAAGTACCTCTGCCGCTGGATTTTGTCAGACACACTGACACCCCGTTCTACTACCGCGACAGCCGTCCGGGAGAATCAGAAGAGGCCTATAGCCAACGTCTCATTGACGGCCTGGAGTCGATGATTGCCGAGGAAGGCGCAGACACCATCGCCGCATTTATTGCCGAGCCCATCATGGGAGCCGGAGGTGTGATTACGCCGCCCGGGCAATACTTCTCTTTGCTACAAGCATGTTTAAAGCGCCACAACATTCTCTTTATCGTTGACGAAGTGGTGACAGGCTATGGCAGAACCGGAAGCTGGTTTGCCAGCGAAGAATACGAGTTGGCTCCTGACATGATGGCAACGGCAAAGGGTCTTACCAGCGGCTATTTCCCGATGTCGGCGGCCTTTGTTTCACATACCATTTGGCAAACACTGAAAGCCGGCAGCGCGAAAACCGGTGGCTTCGCTCATGGATACACTTACAGCGGTCACCCTGTAGGCGCTGAAGTCGCCCTGCAAAATATAAAAATACTGCGCGACGACAACTTAGTAGACACCGCAAAAAGTAACGGGCAGTACCTTCATGAGCGATTAAATGAGGTATTGCTGAGTCATGCAAACGTGGGTGAGATCAGGGGCAAAGGATTGCTTGCCGGTATTCAGTTGGTGCAGGACAAACCGACGAAAACGTTCTTCAAGGTTGAAGAACAAATGGCTGCCAAAGTGGTTACTGAAGCCAGAAAACTAGGCTCTGTCATCAGAGCCTTGCCGTCGGTTTCAACGCTGGCGCTGTCTCCACCGCTTTGCATCACAGAAAAAGAAATAGATAAGCTTGTGAACGACATCCATACCGCGTTGATCCGTGTTTTCGGGTGA	MNTSKTEGVNNILYPATNIEKLETDGPSVVAQASGSTIYDENGQPFLDAVGGLWCVNVGYGHPLLAKALHDASLKLSYYHTFQGHSNVAQIELANTLLAMAPASLDKVFFGTSGSDANDTLIKIAWQYHSLNGNPDKRKIIARKQAYHGTSISTASATGLGSFHREVPLPLDFVRHTDTPFYYRDSRPGESEEAYSQRLIDGLESMIAEEGADTIAAFIAEPIMGAGGVITPPGQYFSLLQACLKRHNILFIVDEVVTGYGRTGSWFASEEYELAPDMMATAKGLTSGYFPMSAAFVSHTIWQTLKAGSAKTGGFAHGYTYSGHPVGAEVALQNIKILRDDNLVDTAKSNGQYLHERLNEVLLSHANVGEIRGKGLLAGIQLVQDKPTKTFFKVEEQMAAKVVTEARKLGSVIRALPSVSTLALSPPLCITEKEIDKLVNDIHTALIRVFG	PGPT0007865_586	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-ENVIRONMENTAL_QSR|BF_SIGNALLING	CE-QSR|BF-OXIDATIVE_STRESS_SIGNALLING,PGPT0007865-spuC-K12256	NA	NA
AK237_02241	471	lrp_3	COG1522	Leucine-responsive regulatory protein	ATGGAGAATTTAGACAGTTTCGATATTAGTTTACTGAGGGAACTGCAGCGTGATTCAGCGCAGTCGGCGAATACGTTAAGTGAAAAAGTATGCCTGTCGGCCTCACAGACGCACAGACGCATTAAGCGGTTAGAGGGGATGGGAATTATTAAAGGCTACGTGGCGCAGCTTGACCCTGCGTGCCTTGGTCTCAATATTCACGCTATTGTGACGATTAAAGTGCATCAGGATACGCCGCAAATGAAAAAGCAATTGCGGGAGTTTGTAAACCTGCATGATGAAGTAACGGAATGCTGGACGGTAGTGGGGGAGAAGTACGCCATGTTAAGAGTGGTGACGACCACCATGTCAGCGTTTTCGCATTTTATCAGTGATGAATTGATGGCGCTGAATAACATTGCTTCGTCTGAGAGTATTTTGTTTATGGAGCCGATAAAAGTGAGCACGGTGTTACCCGTGCCCCGTTGCTAA	MENLDSFDISLLRELQRDSAQSANTLSEKVCLSASQTHRRIKRLEGMGIIKGYVAQLDPACLGLNIHAIVTIKVHQDTPQMKKQLREFVNLHDEVTECWTVVGEKYAMLRVVTTTMSAFSHFISDELMALNNIASSESILFMEPIKVSTVLPVPRC				NA	NA	NA	NA	NA
AK237_02242	1863	hmp_1		Flavohemoprotein	TTGGCTCGTCTCAGCAGACTCTTTTATTATCCGGTTAAATCTATCGCTGGATTGTCACCCCAGTCATCCCTTGTTGAGCCTCATGGCCTCAAGGATGACAGGCGGTTTGTGATTACAGACCCGGAAGGTAACTTTCTTACCGCCAGAGTCTACCCGGAATTATCGCTTATCAGGGCCAGCCATTGTGATGGAGGATTTACCCTCATTGCTCCGGGCATGAAGCCGCTTATCGTGCGCCCAGGTCAATTTAAGCACGGGTATAACCAGGTGGCGATTTGGCAGGATAAGGTTCAGGCGCAATATACCAGCGAAGTGTGTGATGCGTGGTTTTCCGCTTTTCTGAATAAACCTTGTCGGCTTCACTTTTATGGCGAACAGACACGCCGGTTTGCTTATGCCACCGAAAAGCCGGTTTCGTTTGCAGACGGGTATCCTTTGCTGCTTATTTCAGATGCGTCCCTTGCGGCATTAAATCAAAAGCTTGAAATGCCTGTCAGTATGCAGCGTTTCCGGCCTAACGTTGTGGTTGATGAGTGTGATGCCTTTGCAGAGGATGGCTGGTCCGAAGTGAAAATTGGCGAGGTGGAGTTTGTGGTGCATTCCCCCTGCGTGCGCTGTGTGTTTACTACTATTTCGCCAATTACAGGCCGACCCGACGGGCAGAAGGAGCCGTTGTTTACCCTGTCTAAATTTAGAAGTGACAGCGAAAAAAATGTGTATTTTGGTCAGAATCTCATCCCTCAAAATACGGGGCAGCTGAATGTGGGCGATAAGGTCTCGGTATTAGCCGGGCAACATCGTCCTTATTTTCATGATAATGCCCCGGCGAAAGCCAATTTAAGCGATATTGAGCGGCCAGAGCGCGCCTTCTACTTGCGTTGTGTCGACGTTCAACAAGAGACGCCGGATATCAAAACCTTTGTTTTTGCTTTCGAAGATGGCGTTGTGAGACCGCATTTTCCCGGACAACATGTGGCTATTTCCGCCACCATCAACGGCAAACTGGTTCGACGCCGTTACACCGTTTCATCTGCCCCGGACAGTAAGCATCTCTCAATCACAGTAAAAAGAGTGCCTCAGGGAGAGATGTCTGTCTTTCTTCATGATGAGTTTACAGCCGGCAGTTACTTGTTGGCCGAGTCACTCGGTGGCAGCTTTTATTTAGCCGAAGAACATCACCGTGAAAAGCTTCTCTTAATTTCTGCCGGTAGCGGTGTTACACCCATGCTATCAATTCTGCGCACGCTGGCAGCCCGAAAAGCACGTGCAGATATCATTTATATTCATTGTGCGAAAGATGCTGAAAATATTGTCGCTGAACAGGAAGTTGCGGCATTGACTTCGTCGTTTTTGCAATGTGATATTCGCTACTATTTAGCCCACGTTGGCGGGAGCGCACCTGCTCATCACTATCATCAACGGTTTGAAGCATCATTACTGGCTAATATTGACGACCTCAACGACAGGCACGTCTTTTTCTGTGGTCCGGACTCACTAAGGCAGGCGTGTGAGGATTTTCTCTTTGCCGCCGGGCTACCAGAAAAGCAGTTCTCCTATGAACGTTTCACCGCCGGCGTAGTAGCTTCGCAGCGTCCTTTTGAAGCGCTCTCTATTCACCATGGGCCAAGCAATCAAACCTTTGCCGGAGACAACCAGTCTCCGGTATTGGAACAGTGCGAAAAACAAGGAATCGCGTTGCCGTTTTCTTGTCGCGCAGGCGTTTGTGGTGAATGCAAAGTGAAATTGCGTTCTGGAAAAGCAGATTGCCCTGTCGAGCTGGATGGTTTGACAGAGGAAGAAGTGAAAGCCGGTTATATTTTAGCGTGTAGCTATGTGCCCTCAACGGATATCAGCATCGAGTAA	MARLSRLFYYPVKSIAGLSPQSSLVEPHGLKDDRRFVITDPEGNFLTARVYPELSLIRASHCDGGFTLIAPGMKPLIVRPGQFKHGYNQVAIWQDKVQAQYTSEVCDAWFSAFLNKPCRLHFYGEQTRRFAYATEKPVSFADGYPLLLISDASLAALNQKLEMPVSMQRFRPNVVVDECDAFAEDGWSEVKIGEVEFVVHSPCVRCVFTTISPITGRPDGQKEPLFTLSKFRSDSEKNVYFGQNLIPQNTGQLNVGDKVSVLAGQHRPYFHDNAPAKANLSDIERPERAFYLRCVDVQQETPDIKTFVFAFEDGVVRPHFPGQHVAISATINGKLVRRRYTVSSAPDSKHLSITVKRVPQGEMSVFLHDEFTAGSYLLAESLGGSFYLAEEHHREKLLLISAGSGVTPMLSILRTLAARKARADIIYIHCAKDAENIVAEQEVAALTSSFLQCDIRYYLAHVGGSAPAHHYHQRFEASLLANIDDLNDRHVFFCGPDSLRQACEDFLFAAGLPEKQFSYERFTAGVVASQRPFEALSIHHGPSNQTFAGDNQSPVLEQCEKQGIALPFSCRAGVCGECKVKLRSGKADCPVELDGLTEEEVKAGYILACSYVPSTDISIE				NA	NA	NA	NA	NA
AK237_02243	2718	malT		HTH-type transcriptional regulator MalT	ATGGATCGCAGTAATGAACCGGGGCAACCGTTAGCCCCCATGTTTGACGTTGTCGCAACGAAGTTAGCGCCACAGTATCGCAAAGGTTATATCAACCGTTGTGAGCTATTACACCGGCTTCCCACTATCGTCGACAAGAAGCTCACGCTTGTGCATTCGCCGCCGGGGTATGGAAAAAGCTGTGTTATGGGGCAATGGTTAAAGCAGCTCTCTGACCAATCTGTTGCAACGGCGTGGCTAACACTGGAAGAAGACGAGGCGTCGCCTCATCTTCTTCTCATTCATATACTAACGGCCTGTATCAAAAGCGGGTACATAGATGAAAACGTACGGACAAACCTGGGGCGTGTTGACGACAAAGTCTCAGAAAGTGTTATACGCACTCAGTTTATCAATGCGTTAGCAGACAGAACCGATCCCCTCGTTATTTTCCTCGATGAATACAATCGTGTGCAAAGCAGTGAAGTTGATCATTGTATTCGCATGTTGCTGCGTTACTTACCCGGTCATGTCCATGTTGTAATCGCTTCGCGGTGGCGACCACAATTTGATATTGAAGATCTCCGTGCTCACGGCGATTTACTGGAAATTACGTCAGCTGATCTTAAGTTTAGTGAAGATGAAGCTTTTCGTTTACTGGAACATAACGTAGACGATGATGAAATAGAGGATGTGCTTTCATTCCATCGGTATGCGGAAGGCTGGCCCATGGCCATTCAAATGCTCAGGCTTTGGCTTAACAGTCGTCCACAACGGGTGAATACTATTAGTCACTTCGCTGCCAGTCAGGCTAACCTTGCCCGTTACTTAACTGAGCAGGTGTTATCTGAGTTGCCTGAAGATGAGCAGGATTTTTTACTCAAAACCTCCATTGCAGATCGCGTGAATGGCGATCTTGCCATGATGATTACAGGTAATAGCAACAGTTGGTTAATGCTGGAAAAGTTGTACGAGCGCAATTTATTTATGATGCCGCTCATGCAAGACCGCCAATGGTTTGTTTATCACGCGGTGTTTAAAGAGTATTTACACGACGTTCTTGAAAAGCGTCATCCGGAAGAAATTAAGCAACTACATGAGCGGGCTGCGTTGTGGTATCAACGGGCAAACGATACGCGCAGAGCGGTGTTTCATGCACAACAGGCGGCATCGCCAGACTTATTAGCCAGAGTGCTTGATGCTGCCGGTGGCTGGCGCATGATGATGGAAGGACGCATTGAGTTTATTCAAAACGCCCTGGCAACTATTCCCGAAGCCGTTATTGAACACTACCCGAGCTTACAGTTAGCCAAAATTCTGGGGCTCATTAAAACAGGGCACATCGAAAGCGCGTTTGACGTATTTGAAAACGTGCAAAAGCACCTGGCACCGGCGTGGAATGAAAGCGACCAGCGGGATCTCGCAATCATCGAAAATACGTTGTCAGATTATACCGACGACCATGTGACACGCAGTGAAATAGCGCAAATTCTACAACTTAAACAACGCATTTCTCCTCAGGATCATTTGCTGCAAGCGCTGCTGTCAGATTCTCTGGCGTCGAAATGCTTTGGCTTAAGGTTGTATAAAGATACCTCTGACGCCTGTGCAACAGCGGCGAGTCACTATCGTATTTTGCATTCTTTGTACGGCGAAATGTTTATTCGATTTAAACAAATGCAGGTGCATCTGGCTCAGGGACGGCTACGGGAAGCCGAAGCGCTGGGGGAGCAAAACAAGCAGGAGATCCAACTTCGCTTGGGTGAAAATGCCGAACTCGCCGCACATAACCGCATATTCATAGCCGAGATTGAACTGGAAAAAGGGGCCGTTGAAGATGCTTTTCATCATGTAGCTGTAGCCTTGCCCATTATCGAAAGTACAGACGGCTGGTTCGAATTGTACGCCAGTGCCTATAACACCGCCGCGGCGTTGGCCTGGCAGGAAAACGGTTTTGATGCGGTAAGCAGGTTGCTCGACAAAGCGCAAGAGATAGCCAAGGCAAGAAAGCTTCCCCGTTTGCAGGTGCTGGCCGACTGCGAACGGGTTTTTTATGCATGTGCCGATGCCCATGTGACCCGTGTGGCCGGCGTGGTTGCTAACCTTGAATCACAGCTGCCGGGGCAGTCTCCCGATATTCACTTTATGCATGGGCGTATTGCCCTGGCGGTAGCCATTTTTCATATTTCCGGCAATACCACGCAAGGCCTGGCTGCGTTTATTGCGCCTTATTTACAGGCTGCCGAAGAAACTGAAGACACCCGGCAAGTTATCGCTTTTCACCTGATGCTGGCCATAATGTACTATCGCGAAAACCAACAGGCTCAGGCGTTTGACGCCCTTAATTCTGCGGTGCAGGCAGCATTATTCAAAGGGTTTCATTTTGTATTTGTTAAATATGCTTATTGGTTAATTCCACTGATAAATGCAGCGCTAAAAGACGTTACGTATTTATCCACGGACAAGTATCGCTCTGATTTTTTAGTCAATATTAAACGGGCGATGACCCTGTGGGAAAAAGTACGCCTGAAAGATGAGCAAGCCATCACCCAAGGGGAACTTGATGTGCTTCAGGAGTTGGTAAAAGGGCATCCGAATAAAAAGATTGCCCTGCTTCTGGATATTTCGCCTGACACCGTGAAGTATCGGCTCAAAAGCTTGTTTGTGAAATTCAATGTCGCGAAGCGCGATGAGCTGGCCCGGGTTGTCAGGCAGCGTGGCATTGTTGAGTTGCCGTAA	MDRSNEPGQPLAPMFDVVATKLAPQYRKGYINRCELLHRLPTIVDKKLTLVHSPPGYGKSCVMGQWLKQLSDQSVATAWLTLEEDEASPHLLLIHILTACIKSGYIDENVRTNLGRVDDKVSESVIRTQFINALADRTDPLVIFLDEYNRVQSSEVDHCIRMLLRYLPGHVHVVIASRWRPQFDIEDLRAHGDLLEITSADLKFSEDEAFRLLEHNVDDDEIEDVLSFHRYAEGWPMAIQMLRLWLNSRPQRVNTISHFAASQANLARYLTEQVLSELPEDEQDFLLKTSIADRVNGDLAMMITGNSNSWLMLEKLYERNLFMMPLMQDRQWFVYHAVFKEYLHDVLEKRHPEEIKQLHERAALWYQRANDTRRAVFHAQQAASPDLLARVLDAAGGWRMMMEGRIEFIQNALATIPEAVIEHYPSLQLAKILGLIKTGHIESAFDVFENVQKHLAPAWNESDQRDLAIIENTLSDYTDDHVTRSEIAQILQLKQRISPQDHLLQALLSDSLASKCFGLRLYKDTSDACATAASHYRILHSLYGEMFIRFKQMQVHLAQGRLREAEALGEQNKQEIQLRLGENAELAAHNRIFIAEIELEKGAVEDAFHHVAVALPIIESTDGWFELYASAYNTAAALAWQENGFDAVSRLLDKAQEIAKARKLPRLQVLADCERVFYACADAHVTRVAGVVANLESQLPGQSPDIHFMHGRIALAVAIFHISGNTTQGLAAFIAPYLQAAEETEDTRQVIAFHLMLAIMYYRENQQAQAFDALNSAVQAALFKGFHFVFVKYAYWLIPLINAALKDVTYLSTDKYRSDFLVNIKRAMTLWEKVRLKDEQAITQGELDVLQELVKGHPNKKIALLLDISPDTVKYRLKSLFVKFNVAKRDELARVVRQRGIVELP				NA	NA	NA	NA	NA
AK237_02244	1746	nfdA_1		N-substituted formamide deformylase	GTGAAAGTACCTGCGTTGTTATTTCGCTGCACAAAATCATTGGGTGCTATCGCGCTCAGCGTTGCGTTAATCAGTTGTGCTGAACAAGCGCAGGATAGCGTAAAAGCCGATATGGTGTTCATCAACAGTAAAGTGTATACCGTTGATAAACAACAACCTCTCGCGTCAGCGGTGGCAATAAAGGACGGCAAAATCCTCGCGGTAGGCGAGACGGATGCCATTCTGAAATTAGCCGGCGCATCGACAACTCAGGTCGATTTGAAAGGCAAGTTGCTTATGCCAAGCTTTGGTGATGCACACGTGCATCCCGTATATGGTGGGCTGTCGTACGCCCGATGCTCGATGCACAGCGGTGAGAGCCTGGAAGATTATCAAGCCATCATAAAAAAATGTGTCGATGAGACAGAAGCTGACCGTTGGGTTTATGGTGTGGGCTGGATGCCGGGTTTGTTTCCGCCGGATGGTGTTCCGCGCAAAGAAATTCTCGATGAAATATCGTCAGACCGTCCGCTGGTATTTCGTTCAACCGGCGGGCATAGCTTATGGGTAAACTCTAAAGCGCTTGAACTAGCAGGCATCACTAAAGAAACCAAAGATCCTTACAATGGTCGCATCGACAGAGATCCTGAAACAGGCGAACTACTCGGCGGTTTGCAAGAGAGTGCGATGGAGCTGGTGAACGCGTACTTGTCACCACCCACAGAGCAGGATCTTGCCAATGCGATTGAGTATTCCATTCATCACTTTAATACCTTGGGCATTACTAACATTCTGGATGCCGGTGTGGCGGTAGACGAAACAGGCAACAGCCCCATTGTTAATGCGTACCTGACGCTTCAGGAACAGCAGAAATTAACCGTTAATGCTGAAGTCGCGGTCAAATGGAATAATGAGAAAGGGGTAGAGCAAATTCCTGCGTTAGAAAAGGCCGCCGGGATGGTCAAAGGCGACTTTATTTCTAACCGCACGCTGAAAATCTGGATTGACGGTGTTATTGCGCAAGGCACGGCCGCCATGCTTGTACCGTATGCAGATGCGCCGGAGCACACGGGAGCGCCAACCATGTCCAGTGAGCTGCTTAATGAAGTGGTTGCCGAATTTGATAAGTCTGGTTATCAGGTGATGATCCATGCTATCGGCGATAAAGGTATTCGTATGTCGTTAGATGCCTTCGCCTATGCAAGAGAGCAAAACGGGACAACCGACAACCTTCATCAAATTACTCATGCCGAGTTTATTACGCCGCCTGATATCACACGCTTTGCTGAACTTGGCATTACTGCCAACTTCCAACCGTTGTGGTCCACCATGGATCCTTACATGCAACTTACCGCTAAGCGGGTAGGTGAAGCGCGTATGCAGTACGTCTATCCGGCGCACAGCGTGTTAGAAGCCGGTGGTAAAATGGTCTATGGCTCAGACTGGTCAGTGGCTTCTGCGAACCCCTTGTACGGCATAGAAGTCGCACTGACACGTCGCACCCCCGGTCGTCCTGATGCAGACCCGCTGTTGCCGGATGAAGGGGTTACCCTGGAACAGGCGGTAGAAGCTTACACCATTGCTGTTGCAAGGATTAATCATAACGACAATCGCACAGGGTCAATTACCGTAGGCAAAGATGCCGATTTAGTGGTGCTTGATCAGGATATCTTTACGGTACCTACTTATGACATAGGTAAAACAAAAGTGATGGTTACCTTATTCCGTGGTCAACCTGTTTACGGTAGCGTGGATAGCCTGCAATGA	MKVPALLFRCTKSLGAIALSVALISCAEQAQDSVKADMVFINSKVYTVDKQQPLASAVAIKDGKILAVGETDAILKLAGASTTQVDLKGKLLMPSFGDAHVHPVYGGLSYARCSMHSGESLEDYQAIIKKCVDETEADRWVYGVGWMPGLFPPDGVPRKEILDEISSDRPLVFRSTGGHSLWVNSKALELAGITKETKDPYNGRIDRDPETGELLGGLQESAMELVNAYLSPPTEQDLANAIEYSIHHFNTLGITNILDAGVAVDETGNSPIVNAYLTLQEQQKLTVNAEVAVKWNNEKGVEQIPALEKAAGMVKGDFISNRTLKIWIDGVIAQGTAAMLVPYADAPEHTGAPTMSSELLNEVVAEFDKSGYQVMIHAIGDKGIRMSLDAFAYAREQNGTTDNLHQITHAEFITPPDITRFAELGITANFQPLWSTMDPYMQLTAKRVGEARMQYVYPAHSVLEAGGKMVYGSDWSVASANPLYGIEVALTRRTPGRPDADPLLPDEGVTLEQAVEAYTIAVARINHNDNRTGSITVGKDADLVVLDQDIFTVPTYDIGKTKVMVTLFRGQPVYGSVDSLQ				NA	NA	NA	NA	NA
AK237_02245	2091	fhuA	COG1629	Ferrichrome outer membrane transporter/phage receptor	GTGTTGAAGGCACAAAAGACCATCGTTGGAACTCAAAAGAAAGGTAACGTAGCACGTATTGCAAAGTTAGGTATGTGGACGTTACTGGCTACGCAAGTGAATCAGGCGGTATTCGCGCAAACGTCATCCGAAGACGATGATTTGATTGAAAAAATTGAAGTAGTGGCAACCTCAGCGCGTGCAGCTACCAAAACCGATGCCGATATTACCGAAATACCTCAGTCGATCAGCATTGTGACGTCAGAGCAAATTGAGGAAATGGGGGCCGTTAACTTTCAGGATATTTTTCGTTATACCGCAGGGGTAAGTACGGAAGATAACGGTGTTGATACCCGCTACGATAGCTTCTCTTCAAGAGGCTTTTCGACCGTTCAGTATCTGGATGGTCTGAACAGACAGCCAGATTTTGTTTACGGCGCAAGAATGGAAGTTTTCACGCTGGAGCGTGCAGAGGTGTTGCGAGGCCCTTCGGCAGTATTGTACGGCGCGGGGAGCGCGGGTGGTCTTCTCAACGCTGTAAGTAAAACACCAAAACATGAATTTGGTGGGCAGGCCGGTATTCAAATTGGTACAGATAATCGTTTGCAGCTTATGGCCGATGTTACCGGAGGGCTAAGTGACGATGTTGCCACCCGACTGGTAACGGTTGTACGTGATGCCAATTTACAACCTGAAGACCAGGCCGATGACCGCTTTTTAATGATGCCATCTGTGAAGTGGTCGATAGGCGATAATACCGATGTGACGCTACTCATGTTATACCAGAAGGACAACATGGGAACGCACACCTATTACGGGGTCGATTTTGATGCCCCCTTACCGCCCATAGACTTTTTCACTGGTGATAAAGATTTTAACCATATGGACTCGGTGCACACATCAGGCACCTTAATGTTAGATCATCACTTCACCGATAATCTGACCTACTCCACACGTACGCGTTTTTATGATCAGGATACTGACTACGGTGAGGTGTATGGTTTACTGCCAGAAGAAGGTAACACCATTTATCCTCGCAACTTTTACTTCCTGGATGAGAATTATAAGGTACTGAACTCAGACCATAATTTGCATTATGTGTTAGAAACCGGCGACTTTGTTCATCAGCTACTTGTTGGTGTGGATTATACCGAGTTTAAACAAGCGCGTGGTGAAGGGTGGGGGGCTGCCCCGACGTTGGACCGCAACAATCCTGATTATCACGTAGAGATAGATGCTCAGGTATTAAATGACTATGACACCAGAAGCTCACAGTTAGGTTTCTACCTCCAGGATCAGATTAAATATGATGAGTGGCTGTCGATTATGCTTGGTGTCCGCCGGGATAAGTCTTCATCTGAATTAAATGGAATTGCCGAAGAAGACAATAACGCGACCACAGTGCGGGTAGGTGCAGTGGCTGATATTGGTTACGGTGTATCGCCCTATATTGGTTACTCAGAGTCATTTCAGCCTGTGTTTGGCGCAGACTTTTACGGCGTACCGTTTGACCCGCAGGAAGGCAAGCAAACTGAGGTCGGCATTAAATATCAGCCGGCGCAAGGTACGCTGATTACGGTTGCTTACTATGACGTGGAAGAAACCAACAGACTCACCCCGGATCCTGATGAAATTCAGAACACCCTGCAAGCCGGCATGGTGGAATCGAGTGGTTTTGAGATTGAAGCATCTACTTTTTTGTTTGAGTCTCTTAGATTAAGCGGCGCTTACAGCCATACTGACTCAGAGGTGATTGATAACCCTGATCAAGCTGCGCTGCGACCCGCCAATGTACCTGAAGATCTTGCATCACTATGGATTATGAATCACTTCATCAATGAAACTGATTTTGCCTTAAGTGCGGGGTTCGGTGTCCGGTACGTAGGAGACAAAGTCGATGCAACAAATAGCTTTGTTACCCCGTCGGTCACGCAACTGGATTTGTCTGTAGATGTTACTTATGAAGACTGGAGCTTACGCGTAAACGCTAACAACGTGCTTAATAAAGAATATTATGCAACATGTTCAGATTCGTGGGGAGTCGCGAATGTGGGATTCTGCTCACCGGGTATGGACCGAAGAGTCATCGCTACGCTTACCCGTCAATTTTAA	MLKAQKTIVGTQKKGNVARIAKLGMWTLLATQVNQAVFAQTSSEDDDLIEKIEVVATSARAATKTDADITEIPQSISIVTSEQIEEMGAVNFQDIFRYTAGVSTEDNGVDTRYDSFSSRGFSTVQYLDGLNRQPDFVYGARMEVFTLERAEVLRGPSAVLYGAGSAGGLLNAVSKTPKHEFGGQAGIQIGTDNRLQLMADVTGGLSDDVATRLVTVVRDANLQPEDQADDRFLMMPSVKWSIGDNTDVTLLMLYQKDNMGTHTYYGVDFDAPLPPIDFFTGDKDFNHMDSVHTSGTLMLDHHFTDNLTYSTRTRFYDQDTDYGEVYGLLPEEGNTIYPRNFYFLDENYKVLNSDHNLHYVLETGDFVHQLLVGVDYTEFKQARGEGWGAAPTLDRNNPDYHVEIDAQVLNDYDTRSSQLGFYLQDQIKYDEWLSIMLGVRRDKSSSELNGIAEEDNNATTVRVGAVADIGYGVSPYIGYSESFQPVFGADFYGVPFDPQEGKQTEVGIKYQPAQGTLITVAYYDVEETNRLTPDPDEIQNTLQAGMVESSGFEIEASTFLFESLRLSGAYSHTDSEVIDNPDQAALRPANVPEDLASLWIMNHFINETDFALSAGFGVRYVGDKVDATNSFVTPSVTQLDLSVDVTYEDWSLRVNANNVLNKEYYATCSDSWGVANVGFCSPGMDRRVIATLTRQF	PGPT0003790_23006	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0003790-hutA|fatA|fct|foxR-K02014	NA	NA
AK237_02246	1263	codB	COG1457	Cytosine permease	ATGACAGAAACTAACGCAAAATCCATGCATACCAATTACTCAGACAGCCCGGTACCGGATGATCAAACGACGAAGGGCTGGCGCGTTGCTGCCGTGGTGATAAGTATCAATGTCGGTCTGTCCACGTTTCTGAACGGGTCGCAAGTGGCCAGTGCGTTAGGTTTATGGCAAGCCGTGCTGTGCGCCTTTCTTGCGGGTCTTATTCTGTGCGCGATGGGTTTGCTGACTTCGATAGCGAGTGTGAAAACCCGGCTGAATACCTATGTGCTGATTCAGTCTTCATTTGGCATTAAAGGCGCGGTTATCGTAAACATTATGCTCGCCCTGGTGCACTTGGGGTGGTTTGGTGTTAACGCGTCCTTCTTTGGTAGTGCGTTGCTCGCTTCGTTCGGAGACAGCGCGCAAAGTGAATGGCTGTTCCCGGTTTTGGTTATGGTGGGAAGTGTGCTTATGGCAATTACTACCATTTACGGATTCAAAGCCATTAATACCCTTTCGCTCATTGCCATTCCTGTTGTACTGGCGATTTTCATTGCCGTTTTCGTAATTAGCCTGCAAAAAGTAGGGTTGGTGACAATTGATGAGACGCCGGATAACACCATGTCTTTTGGTATTGCGCTGTCAACATTGGTGGGTAGCAACCTGCTCACCGTTGCGGCAATGCCGGATATATCCCGGTTTATTTCAACTAATAAACAGGCTGCAATTGGTATGGTGTTGTCTTTTCCCATCGCGATACCTTTCCTGGTTTTTCTTGCTGCGGTACCTACGCTTGCCATGAACAATGTCGATGTGATGCCAATCATTAAAGAGTTTGGCTTAGGCGTACCGGCGCTGCTAATGCTGGTGTTATCAACCTGGACGGCAAATTCCCTGAATCTGTATTCCTATAGTCTTAGCTTATCAGCCACGTTCAAAAAAGTCGGAAGTTACATTTTTTCCATTGCCGGCGCACTTGTGGGAGGTGGGTTAGCGGTTCTTGGCATCATTGACAACTTTATCCCGTTCCTGCTCGTTCTGGGAGTCATCATTCCTCCTGTGGCGGCGATTTACGTTATCGATTGCTTTAGTCACAGCGACAGTAATACCGCCCTGCGACTTAGCGACAATGTGCAGTGGGAGCGAATTGCTGTGTGGTTGATATCTTCTGCCATTTCGCTGGCAACAATGTACGACGTTTTTACTCTGACAACCGCTCCGGCAATAGACGCAACCCTTATTGCCACGGTGCTTTACCTGCTTATTAAAACGATAAAAAAGTGA	MTETNAKSMHTNYSDSPVPDDQTTKGWRVAAVVISINVGLSTFLNGSQVASALGLWQAVLCAFLAGLILCAMGLLTSIASVKTRLNTYVLIQSSFGIKGAVIVNIMLALVHLGWFGVNASFFGSALLASFGDSAQSEWLFPVLVMVGSVLMAITTIYGFKAINTLSLIAIPVVLAIFIAVFVISLQKVGLVTIDETPDNTMSFGIALSTLVGSNLLTVAAMPDISRFISTNKQAAIGMVLSFPIAIPFLVFLAAVPTLAMNNVDVMPIIKEFGLGVPALLMLVLSTWTANSLNLYSYSLSLSATFKKVGSYIFSIAGALVGGGLAVLGIIDNFIPFLLVLGVIIPPVAAIYVIDCFSHSDSNTALRLSDNVQWERIAVWLISSAISLATMYDVFTLTTAPAIDATLIATVLYLLIKTIKK				NA	NA	NA	NA	NA
AK237_02247	1134			hypothetical protein	GTGAATCAACAATTAACGACAATCAAACTGGATAAAACCTCACTGGAAGATTTAGCCAATGGTTGTGCCTTTTTGGGCTCAGGCGGAGGCGGTGATACGTACTATACACTGCTGGAACTCGCATCACTTGTGGACAGCACGCCGGGTACCAGTGAACTTACATTGCTGCAACCCGAAGAGTTGAATGACGATGATGTTGTCGCGCCTTGTGGTTGGTTAGGTGCCCCTACCATTTCTTTAGAAAAGCTGCCCAGTGGAACAGAAGCGGTTACTGGCCTGAAAAAGCTCCAGGATATTTTGGGAAAAGACGTGACGGCGGTAATGCCAGTGGAGATTGGCGGGAGTAATGGACTGGCGGCGTTGGTTTTAGCGCTACGTTGTAATTTACCTGTCGTGGATTGTGATGGCATGGGGCGCGCTTTTCCTGAGTCGCAGATGGTTATTTTCAACGTGGCCGGGGTGTCGGCTTGCCCTGCCGTGATGACGGACGCGGTAGGCAATACCCTGGTGATAGAAACCCAGGATAACGATGCTGAGGAACGGGTGGCCAGAGCCGCAGCCGTGGCATTAGGCGGCAGCTGTCACCTGATTGAGTATGTCCAAAGCGGCGCACAAATTAAAGCTTCCGCCATTCCGGGTACATTGAGTATCGCGTCACAATTAGGAAGAAGCATGAGAGAGGCAACGCTACGCGGAAGCAGTCCTATTGATGCGTTAATCGACGTGATCAACGACAGTTCGCTTTATCCCCGTGGCGGTGTGTTGTTTGAGGGCAAAATCAGTGATGTAAAACGTCAGACATTAGATGGATTTTCAGTGGGAAATCTGTGCGTGGAATCCTTCGACGGCAAGCAAACAATGGACATCATTTTCCAAAACGAAAACTTGCTGGCATCTATTGGTGACAAAGTCTGCGCCATGGTACCGGACATTATTTCGGTGGTGGACTGTGAAACCGGGCAAACCATTTCCACAGAACAAGTCAAGTACGGACAACGGGTAGCCGTTATTGGTGTGAGTGCGCCTGCGGTGCTTACCACTCAAGAAGCGCTTGCCATTTTGGGGCCTTCTGCATTCAACATGGAGTACGACTATCGCCCCGTTGAAGTACTGAATAATTGGGAGTGCCAGTGA	MNQQLTTIKLDKTSLEDLANGCAFLGSGGGGDTYYTLLELASLVDSTPGTSELTLLQPEELNDDDVVAPCGWLGAPTISLEKLPSGTEAVTGLKKLQDILGKDVTAVMPVEIGGSNGLAALVLALRCNLPVVDCDGMGRAFPESQMVIFNVAGVSACPAVMTDAVGNTLVIETQDNDAEERVARAAAVALGGSCHLIEYVQSGAQIKASAIPGTLSIASQLGRSMREATLRGSSPIDALIDVINDSSLYPRGGVLFEGKISDVKRQTLDGFSVGNLCVESFDGKQTMDIIFQNENLLASIGDKVCAMVPDIISVVDCETGQTISTEQVKYGQRVAVIGVSAPAVLTTQEALAILGPSAFNMEYDYRPVEVLNNWECQ				NA	NA	NA	NA	NA
AK237_02248	1575			hypothetical protein	ATGCGGTTGGGAATAGATGTAGGTGGCACAAATACGGATGCGGTTCTTTTGAATGGTCGAAAGATACTGGCGTCGGTTAAAAGGCCCACCTCTGAAAATGTGACAGATGGCATTGTTCAGGCCATCGAAGCGGTTTTATCAAAAGCAAACATTAACGCCAGCGATATACATTGTGTGATGCTGGGAACCACGCAATTTACTAATGCTTTCGTCGAGCGAAAAGGTCTGCAGCGTATAGGCGTTTTACGGTTAGGCAGCCCTGCCAGCGATGCGCTACCTCCGATGGCGGGGTGGCCGTCTGATCTTAAATCGAAAATTAATCCTGTTACGCACCTGCTTCCCGGTGGTTATGAATTTGACGGCCGATGTATCTCGCCATTTGATTCACAAGCGGTGATCAACGCCATTCAGAATATCAAAGAACAAGGCATTACCAGTATTGCCGTGTCTTGTACCTATGCGCAAATGAACCCGGCGATGGAAAATGAAGTAGGGCGTTTGATAGGGCAAGAGGCACCTGACGTTACCTTTACCTTATCCAGTTGTTTTGGACGGGTTGGGTTTCTGGAACGGGAAAACGCGACATTAATGAATGCGTCATTGGTGAATCTTGCGAAGAAAGTCATTAACTCGTTCTCTCAAGCCCTTGATGACTTGGGGTTTAGTGCGCCGCTTTATATCAGTCAAAACGATGGCACCCTCATTTCATCCGCGTATGCGGCTAAATTTCCCGTGTACACGTTTGGTTCCGGACCAACGAATAGCATGCGCGGCGCAGCGTTTCTAACCGGCCTGCAAGATGCCGTGGTTATGGATATTGGTGGCACCACCACCGATATCGGTGCGCTCACCCATGGTTTTCCCCGCGAGTCCTCGATGTCTGTAGATATAGGAGGCGTTCGTACAAGTTTCAGAATGCCCGATGTACTGGCTTTGGCCTTAGGGGGCGGAACCATCATTCGCTTCCCTGACGATAAGCGCGCCCCCAGTGAGTGCAAAATTGGCCCGGACTCTGTGGGTTTTCGCCTTCCTGATGAAGCTTTTATGTTTGGTGGCGGCATGATTACAGCAAGTGATATAGCACAACAATCTGGCCGTGCTCAGTTCGAAAATACCAGACAGGAATTGTCGCTTTCTGAGCCGCAGGTGAACACCGTGCTACACGCCATGGATTCACTCATCGAGGATGGTCTCGACCGGGTGAAGCTCTCGAAGGGGCAGGTTCCCGTGATCTTAGTGGGCGGTGGCAGTGTTATAGCGCCATCTTCATTAAGAGGAGCAAGTGAAGTGCTGCGTCCCGAGCACGCTGCAGTTGCCAATGCAATTGGTGCCGCTTTTGCCCAGGTTGGCGCAGAAGCCGAGTCTATTGTGTCTTATGACGAAGTCTCCCGTGAAAAAGCCATTGCTGATATCAAACAGTCGGCAACAGCGCAAGTTATCGCTGCGGGCGCGTGTCAGACATCGGTGAAGATCATCGATATTGACGAAATCTATTTAAGTTACATGCCCGGTAATCAGGTGCAGCTAAGAGTGAAAGCTGTAGGTGATCTGAGTTTGATTAACGATGGAGTGTAA	MRLGIDVGGTNTDAVLLNGRKILASVKRPTSENVTDGIVQAIEAVLSKANINASDIHCVMLGTTQFTNAFVERKGLQRIGVLRLGSPASDALPPMAGWPSDLKSKINPVTHLLPGGYEFDGRCISPFDSQAVINAIQNIKEQGITSIAVSCTYAQMNPAMENEVGRLIGQEAPDVTFTLSSCFGRVGFLERENATLMNASLVNLAKKVINSFSQALDDLGFSAPLYISQNDGTLISSAYAAKFPVYTFGSGPTNSMRGAAFLTGLQDAVVMDIGGTTTDIGALTHGFPRESSMSVDIGGVRTSFRMPDVLALALGGGTIIRFPDDKRAPSECKIGPDSVGFRLPDEAFMFGGGMITASDIAQQSGRAQFENTRQELSLSEPQVNTVLHAMDSLIEDGLDRVKLSKGQVPVILVGGGSVIAPSSLRGASEVLRPEHAAVANAIGAAFAQVGAEAESIVSYDEVSREKAIADIKQSATAQVIAAGACQTSVKIIDIDEIYLSYMPGNQVQLRVKAVGDLSLINDGV				NA	NA	NA	NA	NA
AK237_02249	804			hypothetical protein	ATGCAGTTTGTGCCATACACGCTTTTTGCTCGTTTACTTGCGTTTACCACCGTGTCTGCGGGGGCTTCTTTTCCAGTTCACCATGGCGAGCTAAAGACGTCTTCAGGTGCGACACCGCTCAGTACAGTGTTCTACGGTGTTGAACCGGTGGAAAATGCAGAATTTATTTTCCAGCCTGCGTTTTCAGCAAATCAACTACGCTATGTATCTGCTGAAAGTGCGTTTTCAGATATTTCTTCCCGGGTAGCAGGCATTAGCGTGCCGCTAAACGACAATTGGTCAGTGCAAACCAACTATGTCAATTTAGATGTTGGCACTTTGAATAAAAAGCAGGTATCTGTTGCCACGGTACAAGTAAGCTATGCGCTTACGCCGCAATGGCAGATAGGTACGGGTGTGCAGCATAAACGCGTCGCGAGTTGGGGCAATGATGACACGCCAATATTCTGGGAAGTAAAGGATATCGTGTCTACCACAAATGACACCGCTCCTCTTGTGTTTACCCGTTACATCTTGCCCGGCAGTTCTCCCGGGGAACAGTGGCAGATGAGCATGAAGTATGCGCGCGGAGGTCGTGAAAGAACCATGGAAAGTAGTGTGGTTTATCAACCCAATCCAAATTGGCTGGTGGGAGCACATTACAAAAACGTCGATAACGTTATCGATAATGCGACGTCAGATATCATTAAATTTACTGTGGGTCATCACTTCACAGACAACGCCAGTGTTCAGCTGATTTTTGAGTCAGACCTTACTAAAGGCGGGGCGCCAACCGCGAACATCTTTGGAATGTGGGCGTTCTGA	MQFVPYTLFARLLAFTTVSAGASFPVHHGELKTSSGATPLSTVFYGVEPVENAEFIFQPAFSANQLRYVSAESAFSDISSRVAGISVPLNDNWSVQTNYVNLDVGTLNKKQVSVATVQVSYALTPQWQIGTGVQHKRVASWGNDDTPIFWEVKDIVSTTNDTAPLVFTRYILPGSSPGEQWQMSMKYARGGRERTMESSVVYQPNPNWLVGAHYKNVDNVIDNATSDIIKFTVGHHFTDNASVQLIFESDLTKGGAPTANIFGMWAF				NA	NA	NA	NA	NA
AK237_02250	315	gdx		Guanidinium exporter	ATGAGTTGGGTCTACTTGGTACTGGCAGGTTTAACCGAAATTGGCTGGCCGCTGGGATTGAAATTATCGCAAAGTGGTCAGTACAAATGGGGTGGAATCGTGATGGCCATCGCGTTCATGGGCGTCAGTGGATTTTTGCTTTATCTGGCGCAAAGGGATATTCCTCTGGGCACCGCTTACGCTGTGTGGACAGGTATAGGCGCTGCCGGAACGTTTCTGGTGGGCGTGTTTGCTTTTGGTGATCCCACATCATTGCTTCGCTATGTTGGCGTGTTCTTCATTATCGCTGGTGTAGTGCTGTTAAAAGTGGGGTGA	MSWVYLVLAGLTEIGWPLGLKLSQSGQYKWGGIVMAIAFMGVSGFLLYLAQRDIPLGTAYAVWTGIGAAGTFLVGVFAFGDPTSLLRYVGVFFIIAGVVLLKVG	PGPT0028785_2483	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
AK237_02251	882	yhaJ_1		HTH-type transcriptional regulator YhaJ	ATGTTACACCTCGAACACATTCGTATGTTTGTTATCTCCGCAGAACAAGGTTCGTTCTCTGCCTGTGCCCGCAAAACAGGCAAAGTGCAGTCTGCTGTGAGCCAGGCAATCAATAATCTGGAAATTGATTTAGGTGTCACGTTATTTGACCGTTCTTCCAGGCAGCCAGTACTGACAGAGGCCGGTACGCGCTTGTTGAAAATGGCGCAGGCTCTGTTAATTCAGGCTGATGAGCTGTCAAAAACGGCTATGGCAATTAGCCAATCTCAGGAAACCAAACTGAGCTTAGCTATCGATGATGGCATCCTCACGGCGGATATCTACGCACTTATTCGTAAACTGGAAGCCACTTTTTCGACATTAGAGTTGGATTTTTCCACGCTTCCCTCTCACGATATCGCTCTCGCCGTGGAAAAAGGCGAGCGGGATGTTGGCGTGATGTTCTCTGAAATTGAATCGATGAAAACCACCGATTTTTGTTTCGTTGCCAATATTCCCTTTGTCGCGGTTTGTCACCCGGCACATCCCCTTGCCGTTGCACCTGGTGTTTCATCCACGGCATTATTGCAGTACAAACAAATTGCGGTGCGCGGTAGCGCAAAACGCGAATCGCAGCTTCTTATCAGTATGGCATCTAATGTGTGGTGGTGTTCCGGTTACCAGCATGCTCTCGCATTGGTATTAGAACGTATTGGATGGGCCTATCTGCCAGCGTTTATGGCAACAGAGGCAATAGCAGAAGGAAAACTGGCTCGAATAGACATGGCATTCGACCATAAAACGTGGAGTGTACCGGTAGATATCATTACCCACAGAGGCAAGCAGCACGGGCCGGTAGTGCGCTGGCTGGTCAATGCACTAAAGCAAACATTGCCAGAGTAG	MLHLEHIRMFVISAEQGSFSACARKTGKVQSAVSQAINNLEIDLGVTLFDRSSRQPVLTEAGTRLLKMAQALLIQADELSKTAMAISQSQETKLSLAIDDGILTADIYALIRKLEATFSTLELDFSTLPSHDIALAVEKGERDVGVMFSEIESMKTTDFCFVANIPFVAVCHPAHPLAVAPGVSSTALLQYKQIAVRGSAKRESQLLISMASNVWWCSGYQHALALVLERIGWAYLPAFMATEAIAEGKLARIDMAFDHKTWSVPVDIITHRGKQHGPVVRWLVNALKQTLPE				NA	NA	NA	NA	NA
AK237_02252	648		COG1357	Pentapeptide repeat protein	ATGCATTACCAGGGCGAGCAGTTTGAGGGTAAACACTTTGAAGAAGACCTCGAAGCCGTAAAATTCGACAACTGCCGGTTTATCGATTGTGACTTTACCCGGGCTAAATTATCAGGTGCTGCATTTTCAGGTTGCGCATTTACCACCTCTGACGGCGATAAAGGCTGTAGCTTTTCATTTGCAGATATCCGCGATACCAGTTTCCGCAATTGTCGTCTGGCGTTAGCCAGCTTTCGTGGGGCAGACGGATTTGGCGCAGAGTTCAGAGACTGCGACTTAAAAGGGGCAGATTTCAGGCAAGCCTCTTTTGCTAATTTCATTACTACCAAATCTTACTTCTGCTCGGTGTTCATCACCGGATGCAATTTAAGTTACGCCGACTTCGAAGGGCAGCTTTTCGAAAAATGCGAACTGACAGAGAATATCTGGCGGGGTGCTAACCTTAGTGGCGTGAGTATGGATGGCGCAGACCTGAGCCGAGGTGACTTCTCAGCGGATAGCTGGGGTACGTTCAGCCTGAAAAATTGCGACCTCCGGCATGTCGATTTATACGGTCTGGATGTCCGAAGCATGGATCTCTCCGGTGTGCAAATATGCGACTGGCAACAAGAGTCATTGCTGAGTCCGCTTGGGTTAGTGATAAGTTAA	MHYQGEQFEGKHFEEDLEAVKFDNCRFIDCDFTRAKLSGAAFSGCAFTTSDGDKGCSFSFADIRDTSFRNCRLALASFRGADGFGAEFRDCDLKGADFRQASFANFITTKSYFCSVFITGCNLSYADFEGQLFEKCELTENIWRGANLSGVSMDGADLSRGDFSADSWGTFSLKNCDLRHVDLYGLDVRSMDLSGVQICDWQQESLLSPLGLVIS	PGPT0028050_249	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-QUINOLONE_RESISTANCE,PGPT0028050-qnr|mcbG-K18555	NA	NA
AK237_02253	612	leuE	COG1280	Leucine efflux protein	ATGACCATCGTTGTATTTTTCACTTTATTTTCAGTTTGTTTGTTGGGAGCCATGTCTCCCGGTCCGAGTCTGGCGGTTGTGACAAAACATGCGCTGTCTGGCGGGCGTTTTAACGGGCTTTGTACTGCATGGGCTCATGCGTCGGGTGTTTTCTTCTATGCATTATTAACCAGTTCAGGATTGGCCGTGTTACTGCAACATTCGCCGGTATTGTTTAAAGCACTCACCTGGCTGGGAGCCGGGTATCTGGCTTATCTTGGCGTAAAATCGCTGATGTCGAAAGGCGGTATTAAGGCGCAAATGCAGTCTGGTAAGAAAGTCTCTGCGCTGGCAGCAGCAGGGGATGGCCTGGCAATATCATTGTTTAACCCTAAAATCGCACTGTTTTTTATTGCCCTGTTCAGTCAGTTTATCGGCGTGGCCGACAACATGGCGGAAACGGCGGTTATCGTTGCAACCCCTGCATTAATTGATGGGCTGTGGTACACGCTGGTCGCCGTGGTGATGTCCAGTCAGGCGGTAGTACAACGCATTCAGGCTAAAGCAGGCATTATTGATAAAGTCACTGGCGGTGTGTTGATATTGCTGGCATTAAAGGCCGTAACCTTGTAA	MTIVVFFTLFSVCLLGAMSPGPSLAVVTKHALSGGRFNGLCTAWAHASGVFFYALLTSSGLAVLLQHSPVLFKALTWLGAGYLAYLGVKSLMSKGGIKAQMQSGKKVSALAAAGDGLAISLFNPKIALFFIALFSQFIGVADNMAETAVIVATPALIDGLWYTLVAVVMSSQAVVQRIQAKAGIIDKVTGGVLILLALKAVTL				NA	NA	NA	NA	NA
AK237_02254	951	syrM1_1		HTH-type transcriptional regulator SyrM 1	ATGCGACATAATGTCGCACCAGAGCCCGTTATCATGCTCAGAAATACCAACCTCAACTTGCTTCGCACGTTACACGTATTGTTGCAGGAAGCCCATGTGAGCAAAGCAGCGCAACGTCTTCATATCACCCAGTCAGCGGTGAGCAGGCAACTGGCTCAGCTTCGGGATATTTGGCAGGACGAGTTGCTGGTACGCAATGGTAATGTGCTTATCATGACGCCCAAAGCTGAAATGCTGAAAGCGAAGCTCGATACGCTGATGGACGATTTCGATTTGCTGCTGGCTGAAACCGTATTCGACCCTGAAAACTGGTTTGGTGAGCTGGTGCTGTCGTCGAGTGATTATGTCGCCCAGTATGTCATGCCGGACGTATGCAAGCGGCTCAATATGCAGGCGCCAAACCTGGCGGTGAGCTTGCGATTGTGGGAGCCCGAATATATTCACCGGCTCCACGAACTCAATATCGATATCGCTTCCACCATGTTGCCGCAAAAACCGGACGGCATTTCCGGTGTCCGCATTGGCGCGGACCATTCGGTGCTGGTGATGCACCAGTCTCATCCACTGGCTTCAAAAAAACATGTCACCGTAAAGGACCTGATTGCTTATCCGCATATTAAAATTACCGGTGGGGCTGACAAAGATACCTTTGTTGATGACATGCTGCGGCAGCAAGACTTACAGCGCCGGGTTCATTTGCGGGTACCCTTCTTCAATGCGGCATTAAGCCATTTACAAGTATTCGACGGGCTAATGGTGATGCCAGAGCACATTGCTGAGAGTTTAGGAGACAGCTGGAATATTGTGCATAAGCCACTGCCTTTCGGCGTTGAAGAAAACCAGTACTGGCTTATCTGGCATCCAAAATATGATAACGACATCAGACATAAGTGGGCGAGGGAGCAGGTAAAAGACGCTATTGCCCATTGCGAAAGCTCAATCCAACTTTGA	MRHNVAPEPVIMLRNTNLNLLRTLHVLLQEAHVSKAAQRLHITQSAVSRQLAQLRDIWQDELLVRNGNVLIMTPKAEMLKAKLDTLMDDFDLLLAETVFDPENWFGELVLSSSDYVAQYVMPDVCKRLNMQAPNLAVSLRLWEPEYIHRLHELNIDIASTMLPQKPDGISGVRIGADHSVLVMHQSHPLASKKHVTVKDLIAYPHIKITGGADKDTFVDDMLRQQDLQRRVHLRVPFFNAALSHLQVFDGLMVMPEHIAESLGDSWNIVHKPLPFGVEENQYWLIWHPKYDNDIRHKWAREQVKDAIAHCESSIQL				NA	NA	NA	NA	NA
AK237_02255	2067	fecA	COG4772	Fe(3+) dicitrate transport protein FecA	ATGCCATTCAAAAACGCCCGGTTTCTTCCTGTTTCTCCCGTTTTGCTTTTTCCGCTTTCCACTTTGTTTATCGCGTTATCGCTGAACGCTCAGGAAACGGATGCGACAAATGCAGACAATAACCGCAAAGGCGACATAAGCTTTTCTGTTGGTGAACGAATTGAAGTGACAGCGAAAGCATCCGCAGACGCCAGCCGTATGCTTACCTCTGTAGACCGTTTATCCGGCGATGCGGTTCGTCAACCAGATATTGATTACGCCTGGCAGTTGGCGGGCAGAATGCCCGGCGTGGTACTGACCGAATTTAACCAGGGCACCACCAGCGGAAAGCTCTCATTTCGTGGATTTAACGGCGAGGGCGAAGTGAATGCGGCCAAACTGTTAATCGATGATATTCCGTCAAACGCAAACAGTGGCAACATGCCCTATCTCGATATGATCCTGCCCATAGAGATTTCCACCCTGGAGCTGGTGCGGGGCACGACAGACCCACGCTACGGTCTGCACAACATTGCGGGCAACGTGAACTTCATTACCCGCACCGGGGGCGATTACACCGACGCAAGACTGTCTGCAGGTAGCTTTGGCAAATATGATGTACAGGCAGCACTTGGAAACGAATCGGGCGATTTCAGCCAGAATTATGCCATTGGCTACCGGGAAGGTGACGGATACCGGGATCATGGCGAGTTTGACCGCACCAGTCTTGCGGGCAAATGGGGCTATGCCATTTCCTCTACGTTGACTGCAAATGCCAGCGCGCGTTATTACGACAGCGATGCGCAGGAAGCCGGCTACCTCACCCGCGAAATAGCCTATTCAAATCCCCGTGCCACTAACGACTATAACGCGTCAGATATGGGTACCCGGGAAATGCAGCAATACAGCCTGGGACTGCACGGTGAACCAGCGAAAAATATTACCTACAAAGTCACCAGTTGGTTGAACAAGCTTGAAGACGACCGCTACGTGACTTATTCAGCAGGAGTCAGCCAACAGAATCGTTACACCGAAGAAGAGCATTACGGTGTGCAGGCTTCGGCAACTTATACTGTTCACAATTCAGGTCTGAGTAGTCTGTTTTTTGAAGCCGGTGCCAGCATAGAGGGACAAGACAATATTTCCGCGCGTTACCTGAGTACCAACCGTATCGCCGACACCCAAACCAGAGATCAGCATTTCAGACTTCGTGTTAAAGGCGCGTACATTCAAAGTGAAATAGCACCGGTAGACTGGTTGCGTATAACCCCTGCGTGGCGGGTAGATAAAGTAACCGGTGATTTTGAGGACCGGTTAAATAATGTGACGGCACCAGTAAATGACTACGGTACGATTAGTCAGCCCAAACTGTCTGTAGCGGTGTTACCCACAGATGCCATTACCCTGTTTGCTAACTGGGGTGAAACCTTTCAAATTGGTGTGGGCTCAGGCGCTTATCTTATCCCGCCCCGCCAGACCAATCTGGAACCGTCGGTAAACCGCGGCTGGGAAGCGGGTATCGCCTACAAACCAGATGCCAGCACGAGTGCCCGCCTTACGCTTTGGAATCAAACGGCTAGCGGCGAACTGAAACGTCGACTGAACGATCCAAATGGTGATTTTGAAAACCTGGGGGCCACTGAACGGCAAGGTATTGATTTGCAGGGTGCATGGTCGCCAACGAAAGATTTTTCTCTGTGGGCAACACTCGCCTGGCAGCAAGCCGAAATTAAGACGCCCTCTCCGGATCAACCCGAACTGGCGGGCAACGATATTGATCATGTTCCTGAGTGGGTTTACTCTGCCGGTGCAGATTATTATCTGAATGAAGAAATCATGCTGTCAGCGGTATTGCGTGGCCAGACAGATTACGAACTGAACTCTGCCAATAACGCCGGAACGTTCGGTGACTTCACTCTGCTGAATCTGCTGGCACGATACCGCGTATCAAAAAACACCGATGTGATGCTGGAGTTGAAGAACGTAACTGACGAATATTATGAGTATGTTTGGTGGGATGGCAGCCAAAGTCTGCATAGTCCGGGTGAAGGGCGCGCCGTCGCAGCGTCAGTCACGCTGAAGTTCTGA	MPFKNARFLPVSPVLLFPLSTLFIALSLNAQETDATNADNNRKGDISFSVGERIEVTAKASADASRMLTSVDRLSGDAVRQPDIDYAWQLAGRMPGVVLTEFNQGTTSGKLSFRGFNGEGEVNAAKLLIDDIPSNANSGNMPYLDMILPIEISTLELVRGTTDPRYGLHNIAGNVNFITRTGGDYTDARLSAGSFGKYDVQAALGNESGDFSQNYAIGYREGDGYRDHGEFDRTSLAGKWGYAISSTLTANASARYYDSDAQEAGYLTREIAYSNPRATNDYNASDMGTREMQQYSLGLHGEPAKNITYKVTSWLNKLEDDRYVTYSAGVSQQNRYTEEEHYGVQASATYTVHNSGLSSLFFEAGASIEGQDNISARYLSTNRIADTQTRDQHFRLRVKGAYIQSEIAPVDWLRITPAWRVDKVTGDFEDRLNNVTAPVNDYGTISQPKLSVAVLPTDAITLFANWGETFQIGVGSGAYLIPPRQTNLEPSVNRGWEAGIAYKPDASTSARLTLWNQTASGELKRRLNDPNGDFENLGATERQGIDLQGAWSPTKDFSLWATLAWQQAEIKTPSPDQPELAGNDIDHVPEWVYSAGADYYLNEEIMLSAVLRGQTDYELNSANNAGTFGDFTLLNLLARYRVSKNTDVMLELKNVTDEYYEYVWWDGSQSLHSPGEGRAVAASVTLKF	PGPT0003790_25333	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0003790-hutA|fatA|fct|foxR-K02014	NA	NA
AK237_02256	1113			hypothetical protein	ATGGGCATCAACTGGCGAAAGGTTCACAGACGAATTCACCTGTGGTTGGGTTTGTCTGTGGGAATACTATTTACCGTCATCGCGCTTTCCGGCGCGATACTCGTTTTTTATAACGAACTCGATAGCGCCCTAAATTTACCCGCTACGCAGCCACAACACGCTGCAACCTCGCCAGACTATGACACAGCGCTTAACACACTGCGTGCAGCCTACCCTGATAAAAACCGTTCGTGGCGCTTTGAAGTCACAAACGACGCTGATGTTATTCCGGCCCGCTATTACAATCCCAAAGAGACGGCAGGAGAAGACTTTGCGCCTATGATGGTGTGGCTAACCACCGATGGCACCACCGTTCTACGGCGTGACTTCTGGGGGCAGTATTTCGTTACCTGGATTTACAACCTGCACTTTCGTTTATTGCTGGGTAAGACCGGCGGCATCATAGTGGGATACCTGGGACTTGCGTGCACATACTTGCTGATAAGTGGCTTAATTGCATGGTGGCCCAAACGGGGACAATGGGCGAGGCAACTGCGTTTTAAGCGAAAGGCGAATAAAATCGGGCTGCTATACGACTGGCACAAAACCCTTGGTTTAATCAGTGCTATTCCGCTTCTACTGCTCTGTGTGACCGGCGTCATGCTGGCACTACCGAAAGAATCCCGCTTTGTGCTGGAACCTGTTTTTGGCCGGTCGCAGTTCGCAAAATTTGCCCCTGAAAATGCCACCTCTGCACCACCCGTTATTTCTCCGGCACAGGCACTGGCTATTGCAAAGCAGGCATTGCCTGACAGTAAAGGCGCCTGGATTGAAACACCGGATGCCGAAGGCCCCCGCGCCCACTACCGCGTTCGTTTACAAGTATCAGGCGATCCTTCCCGACGCTTTCCTCACAGTTATGTTTATATCGACGGTGCGTCCGCAAAGGTACTGGAGGTTTTTGACTATCAGCAACAAGGCGCGACGAATACCATCATGAACTGGCTGCATCCGTTACATGACGGCACCTATTTCACTCTGGCAGGCCGGATATTGTGGTTACTTACCGGCGTGCTGACACTGGCGCTTTTTGTACTGGGTACCTGGCGCTGGATGCTACGCACCCGCCACTGA	MGINWRKVHRRIHLWLGLSVGILFTVIALSGAILVFYNELDSALNLPATQPQHAATSPDYDTALNTLRAAYPDKNRSWRFEVTNDADVIPARYYNPKETAGEDFAPMMVWLTTDGTTVLRRDFWGQYFVTWIYNLHFRLLLGKTGGIIVGYLGLACTYLLISGLIAWWPKRGQWARQLRFKRKANKIGLLYDWHKTLGLISAIPLLLLCVTGVMLALPKESRFVLEPVFGRSQFAKFAPENATSAPPVISPAQALAIAKQALPDSKGAWIETPDAEGPRAHYRVRLQVSGDPSRRFPHSYVYIDGASAKVLEVFDYQQQGATNTIMNWLHPLHDGTYFTLAGRILWLLTGVLTLALFVLGTWRWMLRTRH				NA	NA	NA	NA	NA
AK237_02257	522	hprR	COG0745	Transcriptional regulatory protein HprR	ATGTCTACTCCCCCCGAAACTGTTTCCTATTCTGATGGCAGACCCAGCATACTCGTTATTGAAGACGACCCGTCTTTGAATGATCAATTATGCGAATTCCTGAACAACCATGGCTATCTGACGACACCCTGTTTTCGCGGGGATGAAGGTCTCAATCTTGCAGTCTCCCGTACATTCAACCTGATCCTTCTCGATATCATGCTACCGGGCCAGGATGGCCTGACTGTATTAAGCATTCTACGTAGCTGTAATGACACGCCAGTGATGGTTTTATCTGCCAAACATGCAGAAGAAGAACGTATTCGTGGCCTGAGCGCCGGCGCTGACGACTACCTGTCAAAGCCATTTAATACAGAAGAACTGTTATTGCGGGTAGATGCCATCCTGCGTCGCTCTATGAAAGGAAATTCGCCACAACATGGTGAGTTGCAAATCGATGATTTAAAAACCGTTAGCAGGCAACAGGAAATTTTCGCAAACGGGCAAGCATTGCAGCTTACGCCCACTGAATATGGCCTTTGA	MSTPPETVSYSDGRPSILVIEDDPSLNDQLCEFLNNHGYLTTPCFRGDEGLNLAVSRTFNLILLDIMLPGQDGLTVLSILRSCNDTPVMVLSAKHAEEERIRGLSAGADDYLSKPFNTEELLLRVDAILRRSMKGNSPQHGELQIDDLKTVSRQQEIFANGQALQLTPTEYGL	PGPT0003250_84	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_IRON_RESISTANCE	IRON_RESISTANCE-ENTEROBACTIN|ENTEROCHELIN_METABOLISM,PGPT0003250-pfeR|pirR-K19610	NA	NA
AK237_02258	1356	pfeS	COG0642	Sensor protein PfeS	ATGAACCGGGTATTGTTCTGGAAGTTATTTCTTATTGTCGGCACGGGAGTTGTCACCCTTTTCTATCTTATTGATATCGCAGTGACGCAAATTGAAAGTGACATGAGCATGTTGCAGGAAAATGATATCACCCAGCTTAATGCGTGGCGCGACAGCGCTGAAAAGCTCCTTGAAGCTGGGAATGATGAAGCACTTGAAAAATGGCTTTCTGCCCTGCAGCGAAAGGAAAATATCTGGGCTGCTGTCACGCGGGCGGAAATTACACACCTTGCAGGAAATACGTCTCGCAGAGATGAATACACTGGCTACAATATGGGCCGGAGTACCGAATGGCAAATTCACCTGTATTTAGATTACTTTCCCATTATGGAGCTTCCATTCTCAGACGAAAAAACCAGCCTTTTGGTTGAACTACCTGAGCGGATGAGGCCGGGTTCATACTGGACAATCACACGGGTCTCCTTGCAGGTATTTTTACCTCTCATTTTACTGATCACGCTGAGTTATGTGCTTTACAGACATATTATGTCTCCCCTGAAAACGCTGGAGAGAGCCACCCGCGCATTCAGTGCCGGAAAATTTGATGTCAGAGTAAGGGAACATTTAGGTAAGCGTGATGATGAACTGGCGCACTTATCCACGACTTTCGATAAGATGGCAGACAGAATTGGTGACTTAATTATTCACCAACGGCAGCTAATTACGGATTTATCACATGAACTGCGTACACCGTTGACGCGACTCGACATTGCCATCGAAAATCTGCTTACCAACATCCCCCGTTCTCCACAAGAAATGCAAACCAAACTGACACGGGTTCATAGAGAGTCCCAACACATACGCAAACTGGTCGACGACACGCTAACGTTGTCCTGGTTAGAAAACGAAGCGCCGGAATTACGTAATGAATCTATCGACTTAGTATCTTTGCTCGATGTGCTCATAGAAGATGCCAGGTTTGAATTCCCTGATCGCCAGATAATTGGCTCACTGCCAGAAGAAGCAACGATTTATAATAGTAACCATCGTGCACTGGGACAGGCCGTAGAGAACATTTTAAGAAATGCTCTGCGCTACACGCCGGCCGGAAAAAGCGTACATCTTAGCCTGGAAAAAGCAGTGGATGGTTACCGCATTACAATCATCGACGAAGGACCGGGCGTGCCCACCGAATTCCTGAATGCCATTTTTCGCCCGTTTTTTCGTGTAGATAAATCAAGGCCTGCAGAGAGCAACAGCTTCGGACTAGGTTTATCACTTGCCGAGCGACAATTAAAAGCCATATCGGCCGCCGTATCAGCATCTAATGGTAGTGGTTCAGGTCTTATAATGACTGTGGATTTACCGCAAATGTAA	MNRVLFWKLFLIVGTGVVTLFYLIDIAVTQIESDMSMLQENDITQLNAWRDSAEKLLEAGNDEALEKWLSALQRKENIWAAVTRAEITHLAGNTSRRDEYTGYNMGRSTEWQIHLYLDYFPIMELPFSDEKTSLLVELPERMRPGSYWTITRVSLQVFLPLILLITLSYVLYRHIMSPLKTLERATRAFSAGKFDVRVREHLGKRDDELAHLSTTFDKMADRIGDLIIHQRQLITDLSHELRTPLTRLDIAIENLLTNIPRSPQEMQTKLTRVHRESQHIRKLVDDTLTLSWLENEAPELRNESIDLVSLLDVLIEDARFEFPDRQIIGSLPEEATIYNSNHRALGQAVENILRNALRYTPAGKSVHLSLEKAVDGYRITIIDEGPGVPTEFLNAIFRPFFRVDKSRPAESNSFGLGLSLAERQLKAISAAVSASNGSGSGLIMTVDLPQM	PGPT0003245_70	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_IRON_RESISTANCE	IRON_RESISTANCE-ENTEROBACTIN|ENTEROCHELIN_METABOLISM,PGPT0003245-pfeS|pirS-K19609	NA	NA
AK237_02259	2052	bhuA		Heme transporter BhuA	GTGAACAAAATCGTGCTTGTCGGCTTCATTTGTGCGACATCAGCCCCTACATATCATCTCTATGCGCAAGCACTCCCTGAACAGCAATCTGTTGAGAAAATAACGGTTGTCGGAGCGGCTACCAATCTGAGCATAACGGCTGAAGACATTGAGCATTATCAGGCAAACGATTTGGAAGATATTTTCCGCTATTCGCCCTCAGTAAGCGTTGGTGGCTCGGTGGGAGTAGCGCAAAAAATCTACATTCGCGGCCTGGAAGATGCGCTGCTGAACGTGACAGTGGACGGCGCACAACAGACTTCTACGTTATTCCACCATATTGGACGTGTAACGCTCGACCCGGATTTACTGCAACAAATCGATATTCAGGCCGGAGCCGGTGAAGCGACGAGCGGTCCGGGAGCTATTGGCGGTTCTATTCGTTTTAAGACGAAAGATGCGAATGATCTTCTCGCTACAGGTGAACAGTTTGGCGGCAGGCTAAAAGCCAACTATTTTACCAATGACGGGCGCAGATTAAGTGGCACCGTCTATGGCAAGCTAAGTGATTCCTGGGGCGTACTTGGTTATTACAGTGATATTGATCGCAACGATATGGAAGATGGCGAAGGCAACGCGATCCGTGGTTCATCAGCAGATCAAAGCATGCTTTTCATCAAAGCCAGCGGCAATATTTCGGCAAACCAGTATCTTTCCCTCAGTGTTGAACAACGTGACGAAGAAGGGCTGTTCTCTGCCCGTCCTAACTGGATAGTTCAACCAGAGGATCCGCTTTATTCCAGTGAAGCAAAACGTGACACTTACGTCGCAAACTACCGCGTTAATGTGAATACACTGGTGAATATAGAAGCGACTGCTTACTCGACAAGTTCCTCTTTCCGTGGCGGGCGCTTCGACTGGCTGGCTGAAATTGACACCTATGGGTTCGATATCCGCAACACCAGTGATGTTCAGGCCCACCGGTTTATTTATGGTGTTGATTACCGCAATGATGAAGTAGACAGTGGCTATGCCGTTGCACAACCTGAAGAAGATCACGGAGAAACAGGAAGTGTCACAGGCATTTACTTTCAGGGCTACAGCGACATAACCAGCGACTTACTTTTAAGCTACGGCGTGCGTTATGACAACTACCGCTACGAGCAGAAGATCTTGCTTGACGATTATTATGGAACACCGATAACGGAACCGGCAGCAAAACTTAACGATACAGAAATGAGTTACAATGCGGGACTGGCCTATTCGCTTACAGAGGTATGGACACTGGGGCTCAGCTATGCCGAAGCGGCGAGAGGCAAACAAATCGGTGACGGCTTTACCATCGACAGCTATTTGTATGACCGCTCTGAGAACCCGGTCGTCAACGACGAGTTAAAACCAGAAACGGCAGAGAATATTGAGGCGTCCGTAGAATATCAGGCGAATAACTTACATGCCCGTGCAGCCGTTTATCACTCTGCGATTAATGATGTCATCTATGACGGAGCCAACAGCACCTCTGTCTACAACAATATCGGCACCATCGATTCAAAAGGCTTTGAATTCGATTTAGCTTACCGCTGGTCTGACTTTGACTTCTTCGTTGGCTTTTCTTCTATGGATGCAGAGTTGTCGCCGAGGAGTTCGCTGTACTCAACAGATTACGGCAGTATTGATATCAATGGTTATGAGTTTTTGGGTTTAGGTAATAGCCGTGGCAATACCTGGGTAGCGGGCGTCGAATATTTAATCAATGCCGACGCGACTATAGGGGCAACGGTGACCAGAGTAGACAGCTTAACCATTGACACTCTGCATGCCGATTTAGATAACGGTTGGGTTGATGCATTGTACGCATTGGAGAAACCGGGCTATACCACTTTAGATCTTTTTGCCCAATGGCAGATATCTGACAGCTTCATCGCCAATGTTGCTGTTACTAACCTGTTTGACAAATTGTATCGCGATCACTCCAGTGTCGGCGATTACAGTGGCGTTGCAGGATACGAACTAGTGGTTGGCCCCTATGAAGCGGGTCGTGATATTCGCCTCACGGTCACGTACGATTTTTAA	MNKIVLVGFICATSAPTYHLYAQALPEQQSVEKITVVGAATNLSITAEDIEHYQANDLEDIFRYSPSVSVGGSVGVAQKIYIRGLEDALLNVTVDGAQQTSTLFHHIGRVTLDPDLLQQIDIQAGAGEATSGPGAIGGSIRFKTKDANDLLATGEQFGGRLKANYFTNDGRRLSGTVYGKLSDSWGVLGYYSDIDRNDMEDGEGNAIRGSSADQSMLFIKASGNISANQYLSLSVEQRDEEGLFSARPNWIVQPEDPLYSSEAKRDTYVANYRVNVNTLVNIEATAYSTSSSFRGGRFDWLAEIDTYGFDIRNTSDVQAHRFIYGVDYRNDEVDSGYAVAQPEEDHGETGSVTGIYFQGYSDITSDLLLSYGVRYDNYRYEQKILLDDYYGTPITEPAAKLNDTEMSYNAGLAYSLTEVWTLGLSYAEAARGKQIGDGFTIDSYLYDRSENPVVNDELKPETAENIEASVEYQANNLHARAAVYHSAINDVIYDGANSTSVYNNIGTIDSKGFEFDLAYRWSDFDFFVGFSSMDAELSPRSSLYSTDYGSIDINGYEFLGLGNSRGNTWVAGVEYLINADATIGATVTRVDSLTIDTLHADLDNGWVDALYALEKPGYTTLDLFAQWQISDSFIANVAVTNLFDKLYRDHSSVGDYSGVAGYELVVGPYEAGRDIRLTVTYDF	PGPT0003785_1414	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_IRON_RESISTANCE	IRON_RESISTANCE-IRON_COMPLEX_RECEPTOR,PGPT0003785-TC_FEV_OM3|tbpA|hemR|lbpA|hpuB|bhuR|hugA|hmbR-K16087	NA	NA
AK237_02260	420	lrpC	COG1522	HTH-type transcriptional regulator LrpC	ATGGACAAATTCGATCAGGCTATTCTAGCTCAGCTCCGGCAAAATGCCCGGGCCAGTATTTCAGCGATTGCTGATGAAGTGGGCCTGTCACGTTCCGCCGTCACAGAACGGATTAAGAAGCTGGAATCGAACAATGTGATCCGCGGCTATCAGGTCATGTTGTCAGAATCGCAAAAAGAAGGCGTTGCCGCCTATTTGGAAATCCAGCATAAGCGGGCACGGTGCGCGGATGTGGTGCCCTATTTTCGCGCCATTCCAGAAGTGGTGTCGTGCTACGGCGTCACCGGCGAGTGTGACCTGATTGTGCTGATAAAAGCAGACACCATGCGCCGGCTACATGAAATCCGTGAGCATATCGATACCATCGACGACATTATTAAAATCAAAACCCACGTGGTGCTGAATCAGTGGTTGGGGTAA	MDKFDQAILAQLRQNARASISAIADEVGLSRSAVTERIKKLESNNVIRGYQVMLSESQKEGVAAYLEIQHKRARCADVVPYFRAIPEVVSCYGVTGECDLIVLIKADTMRRLHEIREHIDTIDDIIKIKTHVVLNQWLG				NA	NA	NA	NA	NA
AK237_02261	1323	yjeH	COG0531	L-methionine/branched-chain amino acid exporter YjeH	ATGAAGCGCAAAAACGCAGTATATTACGCAATTGAAATTAACGCAGTACGATTGGGTTTGTTTATCACCATGCACGATGCAAATAACAAAATTGGACGCTGGCAGGGCGCAGGGCTGCTGACCACCACTTTGCTGGGTACCAGCGTATTTATTCTGCCACAGATGACCATCAACACCGCTGGCCACTGGGCGATGATCAGCTGGCTTGTGCTGACAGTGGCAATACTGCCCGTTGCCATGGTGTTTGCTAAACTCTCCTCCCGCTACCCTCATGCGGGCGGCCCGGCCTATTTTGTTGAAAAGGCGTTTGGCAAATCTGCGGGCAGAACCATCGGTTTGCTGTTCTTGTTTGTGGTGCCTATTGGTGCGCCTGCAGCCATCATTATGACCTACTGGTTTATCGAAACGCTGTTTGGTCTCTCACCAGACTGGGCGCTGCCCGTTCAACTGGGTATCATCGCGCTGCTGTTTGCACTTAATTACCGGGGTATTCAGTTTTCTTCGACCCTACAGCTCATGCTCACACTCATTATTACTCTGGTAGTTATTGCCATGCTGGCAGGTCAGCCTGTGGCGTCGGGCGAACAGCTCCCTGAGGCAACGACGACGCCATTTGATATAAATCCTATGCTGGCCGCCATGGGCATCGCGTTCTGGAGTTTTCTGGGTATAGAAGCCATTTCGCACCTGGCCGACGATTTCAAAAACCCGGGACGGGATTTAGTACCCGCAATTATGACCGGCACATTGCTGGTAGGATTAATTTACCTGGGCTGTACCTGGCTGCTCATCGACACGCCAGTGTCAGATGGTCTGAGCATGGTCATCGTATTTGATCAGATTTTCTCCGGTGGTGGCGCGGCGGTTATCGGTGCACTCGGTGTAGCTGGCGGCTTGGCAACTGTGAATGTGTACACAGCCAGTCTGGCACGGTTAACCTGGAGTTTAAGCAACGATAAGGTATTGCCGGGTTACTTCCAGACCCTCAACCAGTACAACGTGCCTCAACGGGCGCTGCAATGCGTACTTGTCGTCATGACACTCACCCTGGTTATCACGCATTACGGTGCGTACAACCTGGAAGACCTGATTGGTTGGGTAAATGGCGTGTTTGTACTGATTTATCTGGCAAGTATGCTGGCGGCCGTCCGCCTTTTATCAGCAAAGCACCGTCCACTGGTAATGCTGAGCTGCCTGTTCTGCGCCACCATCGCCGTGGGACTGGGCACAAAGATGCTTTATGCGCTGGGATTATTTTGCGTGTGCGCGCCGCTGCTGTGGTATCAGCAGCGGCACCTGCAAACGAAGCTAAACCGCTGTTAG	MKRKNAVYYAIEINAVRLGLFITMHDANNKIGRWQGAGLLTTTLLGTSVFILPQMTINTAGHWAMISWLVLTVAILPVAMVFAKLSSRYPHAGGPAYFVEKAFGKSAGRTIGLLFLFVVPIGAPAAIIMTYWFIETLFGLSPDWALPVQLGIIALLFALNYRGIQFSSTLQLMLTLIITLVVIAMLAGQPVASGEQLPEATTTPFDINPMLAAMGIAFWSFLGIEAISHLADDFKNPGRDLVPAIMTGTLLVGLIYLGCTWLLIDTPVSDGLSMVIVFDQIFSGGGAAVIGALGVAGGLATVNVYTASLARLTWSLSNDKVLPGYFQTLNQYNVPQRALQCVLVVMTLTLVITHYGAYNLEDLIGWVNGVFVLIYLASMLAAVRLLSAKHRPLVMLSCLFCATIAVGLGTKMLYALGLFCVCAPLLWYQQRHLQTKLNRC				NA	NA	NA	NA	NA
AK237_02262	150			hypothetical protein	ATGCAGGACGCAATGTCTGAGCAAACTATGCAAACGCTATCAGCAGAAGAGGTAGAAATGGTGAACGGTGGTATCTTACCAATTATCGCCGCAGCGGTAGGCCTTGATGCGGCACTCACCGGCTTTATGGTTAGCGCAGGGTACTGGTAA	MQDAMSEQTMQTLSAEEVEMVNGGILPIIAAAVGLDAALTGFMVSAGYW				NA	NA	NA	NA	NA
AK237_02263	126			hypothetical protein	ATGACTGAATTAACTACTCTTGAAATAGACAACGTGCAAGGCGGCATTTTACCGCTGGTGCTAGGTATTGTGGCGGCGGACATGGGGCTTATCAGCGCAATGTACGGTGCCGGTTACTGGCGATAA	MTELTTLEIDNVQGGILPLVLGIVAADMGLISAMYGAGYWR				NA	NA	NA	NA	NA
AK237_02264	1260			hypothetical protein	ATGAACTGGACGGATTTAAAGCGTGAATCGGGGCTTATCCTGACCAAAAAAAGTGTCGTTTTCTTACTGTTTGTTGCGTTTGCCTTGTCAGCATTTTCGGTGTGGACAGGCACACAGGAAGTGGAAAAGCAGCGGGAAACCATAGCCCGGCTTATCGACGCTGACCGCATAGATCGGGCTGAAGTACTGGAGCAAAAGAACGACTATGGCAGTGTGGCATATTACGCCTTCAGCTTAACTTACGATCCGCCTTCTAACCTCGCATTTGCCGGGTTAGGCAGCCGCGATTCTTATCCCTGGAAACACCGCATTCGCGCGCTTGCACTGGAAGGGCAAATCTACGAATCTGATACAGGAAATCCTGAAATGGCCATGGCTGGTCGTATCGATTTCACGTTCGTCATTAGTATTCTTGCCCCGTTGATCACTATTTTGTTGCTGCATGATATCCGCGCCGCTGAACGCGCATCTGGTCGGTATGCATTGCTGGTGGTGTCGGCCCGCCGAAAATTTGGATTATGGTTGCCAAGAACCGTTTCCACGGTGTTGTTTCTGTCACTGGCTCTGCTGATCCCGTTTTGGATTGCTGCTGTGTGGAACGGCGCGCAGACTATCGACATCGTGTTGGTGTCACTTATTACCGTGTTGCACATCGCTTTGTGGGCCGCGCTTTGCTATTGGTTTGGTAAAAAAGACTCATCAGCACCGCATCTGGCGTCTGCACTTCTGGGTGTGTGGTTAGTCAGCAGCTTTGTTATACCGGCCTTGGGAAGCGTAGCTATCGAGCGCTTAGTGACCGGGCCACAAGGCGGCGAAATTTTGATGACCCAAAGGGAAGCGGTAAACGGGGCATGGGAACTTCCTTTTGAAACCACAATGGATGCATTTACTGCCCGCCATCCCGAATGGAAGCCTTATACCAGAATGGATACACTGTGGGACTGGAAATGGTACTTCGCGTTTCAGCAAACCGGCGATCAAGCCGCTGAGGCTCTATCTCTTGCTTACCGGGAAGTGGCGAAGCAAAAGTACGAGGCAGCATCCTGGTTGTCGGTATTGTCACCTGCCAGCTGGGTGTCACGAAGTGTTACACGGTTAGCGGAAACCGACCCGGTTGCAGCATGGCATTACGAACAACAGGTGCGCGACTACCACGAATCATTGCGGAAATACTTTTACCCGTACTTATTCAAAGCGCCGGCGTTCGACAGAAGCGAGCTGAGTAAAATGCCTGTTTTTACTCCGGAGAATAGTCACTAA	MNWTDLKRESGLILTKKSVVFLLFVAFALSAFSVWTGTQEVEKQRETIARLIDADRIDRAEVLEQKNDYGSVAYYAFSLTYDPPSNLAFAGLGSRDSYPWKHRIRALALEGQIYESDTGNPEMAMAGRIDFTFVISILAPLITILLLHDIRAAERASGRYALLVVSARRKFGLWLPRTVSTVLFLSLALLIPFWIAAVWNGAQTIDIVLVSLITVLHIALWAALCYWFGKKDSSAPHLASALLGVWLVSSFVIPALGSVAIERLVTGPQGGEILMTQREAVNGAWELPFETTMDAFTARHPEWKPYTRMDTLWDWKWYFAFQQTGDQAAEALSLAYREVAKQKYEAASWLSVLSPASWVSRSVTRLAETDPVAAWHYEQQVRDYHESLRKYFYPYLFKAPAFDRSELSKMPVFTPENSH	PGPT0006730_3041	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BACTERICIDAL_COMPOUNDS|ANTIBIOTICS	BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006730-ybhS|ecsB-K01992	NA	NA
AK237_02265	1434			hypothetical protein	ATGAGTGGGCAAATAATTACCATTGCAAAGGATGAATGGCGATACTGGTTTCGAACGAAACTTGCCATTACTGTGTTAGTTTTTACTGTTATTCTGACACTGGCATCCGTTGTTATTACAGCATTGACAGTAGATGCAGATAATCAAAACCGTCACATTCTGCAGTCAGAGTCTGAGCATGCTTTTGAAGACCAGCCCGACCGCCACCCTCATCGTATGGTGCACTTCGGTCACTATTTATTTCGAACGCCAACACCGCTGGGTCGTATCGACCCCGGCATCGATACTTACACTGGTACCGCCATCTTTTTAGAAGGTCACCGCCAGAACGGGGCGACATTTTCTGGTCAGCAGCAAAGTACCGGACTTAACTGGCTGGGAAAACTCTCACCTGCAACCGTCTTACAAATACTTGCACCCCTGTTACTCATCGTAATGGGCTACAGCGTTATTACCCGTGAAAAAGAAGCGGGTACGTTTACGTTTTTAAAGGTGCAGGGCGTATCGCCCCTTACTTTGATTGCCGGTAAAACCCTAGCCTTGTTCATGGCTGCCGGCGTGGTGCTATTACCGCTGATCCTTGGCGCGCTTTACGCTACCTTTCAGGGCGCGGGGCTTGTCGCTGCACTTTCATTTTTAGCAGGTTATGCGCTTTATCTGATGGTTTGGGTGGCGTTAGTCATGCTGGTTTCTGTACTTGCCACAACCAACCGGGGCAGTTTTGGTATTTTGATTTTCAGCTGGATTGCTATTTGTCTTGTCTTACCCAGAGTCTCTGTGAGTGCCGCAACAATGGCGGTTTCATCGCACGGGAAACTGGAGACAGACTTTGCGGTGCTTGAGGAGATGCGTACCTTAGGCGACGGGCATGACGACAGTGACCCTGCTTTTAAGAAGTTTAAAGACGATTTGCTGGCTAAATACAATGTCGAAAGCATTGATGATTTACCGGTTAATTTTAAGGGTGTTGTGGCGCAAAAGTCAGAAGCAGACCTCACCGCGGTAATTAATCGCTTTGCGTCGCAAAGCATGGACGAAGAGCAAGCGCAGGCGAATGTCGCCCGACAGTTTGGCTGGATCTCTCCGACCATTGCTATTCAAACCTTGTCGATGAAACTTGCGGCGACTGATCTGGAAAACTACCACCGGTTCCTGAAAGAAGCCGAGGCGGTGCGTTACGATTTTGTGCAGTCATTGAACAAACTCCACGCCGAAGCTTTGTCCTATGCCGATGACACGAATAAATACCAAAGTGAGGCAAACCGGCAGAAAGCAAAAGTTGATTCTGCAAACTGGAAGATGCTGGAAGCCTATACGTTTGAGCCTGAGTCCGTCAGTCAGAGACTGGCCGCTGGCAGTTCGGCGTTCGTTCAGTTGGGTGTGTTGATGGTTGTTTTATTTGGTGCCGTAATTTTTGCAGGGAGACGCGCATGA	MSGQIITIAKDEWRYWFRTKLAITVLVFTVILTLASVVITALTVDADNQNRHILQSESEHAFEDQPDRHPHRMVHFGHYLFRTPTPLGRIDPGIDTYTGTAIFLEGHRQNGATFSGQQQSTGLNWLGKLSPATVLQILAPLLLIVMGYSVITREKEAGTFTFLKVQGVSPLTLIAGKTLALFMAAGVVLLPLILGALYATFQGAGLVAALSFLAGYALYLMVWVALVMLVSVLATTNRGSFGILIFSWIAICLVLPRVSVSAATMAVSSHGKLETDFAVLEEMRTLGDGHDDSDPAFKKFKDDLLAKYNVESIDDLPVNFKGVVAQKSEADLTAVINRFASQSMDEEQAQANVARQFGWISPTIAIQTLSMKLAATDLENYHRFLKEAEAVRYDFVQSLNKLHAEALSYADDTNKYQSEANRQKAKVDSANWKMLEAYTFEPESVSQRLAAGSSAFVQLGVLMVVLFGAVIFAGRRA	PGPT0006730_1878	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BACTERICIDAL_COMPOUNDS|ANTIBIOTICS	BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006730-ybhS|ecsB-K01992	NA	NA
AK237_02266	732	nosF	COG1131	putative ABC transporter ATP-binding protein NosF	ATGGAACAACCAGCATACGCGTTACAGGCAGATAATCTGTGTGTCACGCTCGGCACGCAGCAAATATTAAAAAATGTCGCTTTTCACATTGAAAAGGGTGAAGTGCTGGCGCTGTTAGGCGGAAACGGTGCGGGTAAATCGACGACATTGAAAACCTTTCTGGGTCTGATTTCTCCCTCTTCCGGCAGTGCGAAGGTGCTGGGTAAAGAGGTGGCGCAACATCCGGAGATCATCCGCGAGAAAGTGGCTTATTTGCCAGAATCAGTCATGCTTTATGAGCACCTGAGTGCGATTGAAAATATTCAGTACTTTATTTCTCTGGCAGGGCTGACACGCAGTATCGAGGATATAGAATCTGCCCTCAAGCGTGTGGCGCTGCAAAGCGCTGCATGGCGCAAGAAGATGAGCCATTATTCAAAAGGTATGCGCCAGAAAACAGCTATCGCCCTTGCGCTGCTGCGCGATACGCCTATTTTGTTTCTGGATGAGCCTACATCTGGTTTAGATCCCGTTGCCATTGATGAACTGAATCGCCTTATCAGTCAACTTGCCAGTGAAGGCAAATCTATTTTGATGGTTACCCACGATGTATATGGTGCCTGCCACGTGGCGCATCGAATCGGCCTGTTACGTGATGGCGAAATCGTTGGAACGTTTACCGCCAATTCAGGTGAGAGTATTGATACTGAAGCAGTACACGCAGCGTTTGCGAAGGGGCAGGTTGCAGTATGA	MEQPAYALQADNLCVTLGTQQILKNVAFHIEKGEVLALLGGNGAGKSTTLKTFLGLISPSSGSAKVLGKEVAQHPEIIREKVAYLPESVMLYEHLSAIENIQYFISLAGLTRSIEDIESALKRVALQSAAWRKKMSHYSKGMRQKTAIALALLRDTPILFLDEPTSGLDPVAIDELNRLISQLASEGKSILMVTHDVYGACHVAHRIGLLRDGEIVGTFTANSGESIDTEAVHAAFAKGQVAV	PGPT0006725_25512	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BACTERICIDAL_COMPOUNDS|ANTIBIOTICS	BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006725-ybhF|yadG|ecsA-K01990	NA	NA
AK237_02267	1236			hypothetical protein	ATGTTGTTATCTTTTGCGGTAAGTAGTTTACGTAGTCGCGCTAAATCTGTGCTTCTTACCTTTCTTTCGTTATTGATTAGTATCAGTGTTTTGCTCAGTGTCGAGCATATTCGTTTGCAGGCCGAAGCCAGCTTCAACCGCACGGTGTCTGGTGTAGACTTAATTGTCGGTGCGCCCAGCGGGCAGATGAATCTGATGCTTTACAGTATTTTCCGCATGGGCAGTCCTACCAACAATGTGGAATACGACAGTTTTGAAATGCTCGAAAATAACGAACAGGTAAGCTGGGCAATTCCTATCGCATTGGGCGATTCTCATCACGGCTACCGCGTGTTAGGCACCAACCAAACCTACTTCGACCAGTACAAATACGGCAATAAGCAGCATTTAGCCTTTGCTGACGGAGCAACCTTTAAGGGTATTTTCGATACCGTTATTGGTGCGGATGTGGCAAAGAAGCTGGGCTACAAGGTAGGCGATAAGGTAGTGATTGCCCATGGTACCGGGGCGGTAAGCTTTACTAATCATGACCAGTCGCCTTTTACCATTACCGGTATTCTTGCCCCTACCGGAACGCCGGTTGATAAAACCGTACACGTGAGTTTAGCGGGTATCGAGGCCATGCATCTGCCGCCTTCCCAACTAAAAGACATCCTCGCTAATCCCAATGATTTTTCCAATCCGCTGGTTCAGCCTGACAGCGTGACCGCTGTATTGTTGGGGCTTAAATCGAAATTTGCTACGTTCACTTTGCAGCGGGCGTTGAACAATTACGAAGGTGACAGACTCATGGCTATTTTGCCGGGTGTGGCCATGGCTGAGTTGTGGAAAATGATGGGTACGGTAGAGAATATTTTGCGTGTGATCAGTGTGCTGATCCTGGTGTCTTCATTATTCGGGCTATCTACCATGCTGCTAGCCTCCATGCAGCAGCGGGAAAAAGAGATTGCGGTACTTCGTATATTAGGCGCAGGAGCCGGTGTGGTCTTCTTGCTTATTTTAACCGAAGCCATTGTTATTGCCGTCAGTGCCAGTGTCGTCTCACTGGGGTTAGTCACATCCATTTTTGCCGGAGCAAAAGGCTGGCTCGCCAGTGAATACGGGCTGTTTTTATCTGCCAATGTGTTTAACGCGCACAGCGCAATGGTTATTGGTGCCGTGGTAGTAGCGACGCTTATTACCTCGCTGTTGCCCGCAATTGACGCCTACCGCAGTGCTATTCATTCCAGGCTTTAA	MLLSFAVSSLRSRAKSVLLTFLSLLISISVLLSVEHIRLQAEASFNRTVSGVDLIVGAPSGQMNLMLYSIFRMGSPTNNVEYDSFEMLENNEQVSWAIPIALGDSHHGYRVLGTNQTYFDQYKYGNKQHLAFADGATFKGIFDTVIGADVAKKLGYKVGDKVVIAHGTGAVSFTNHDQSPFTITGILAPTGTPVDKTVHVSLAGIEAMHLPPSQLKDILANPNDFSNPLVQPDSVTAVLLGLKSKFATFTLQRALNNYEGDRLMAILPGVAMAELWKMMGTVENILRVISVLILVSSLFGLSTMLLASMQQREKEIAVLRILGAGAGVVFLLILTEAIVIAVSASVVSLGLVTSIFAGAKGWLASEYGLFLSANVFNAHSAMVIGAVVVATLITSLLPAIDAYRSAIHSRL	PGPT0013350_15744	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0013350-ABC_CD_P-K02004	NA	NA
AK237_02268	615		COG1136	putative ABC transporter ATP-binding protein	ATGTCGCTTTCCGAGTGGACGGTGAGTAAAGGAGAGAGGATCTTCTTACACGGCCCGTCTGGCACGGGAAAAACCACCTTATTAAATATGTTGGCCGGTGTGTTAAATGCAGATAAGGGCGATATTACGTTATTAGGCGAGCACTTTTCTGCGCTGCCATCACGAAAACGAGACAAGTTTCGCGCTAAGCACATTGGTGTGGTATTTCAGCAATTTAACTTAGTGCCTCATCTTAGTGTACTGAAGAATATTGAACTCGCCGCTTATTTTGGAGGCAATAAAAGCAACATCGAAAGTAAAGCTGCGGGCTTAATCAGCGCCCTTAAATTGCCTGCCGAAGTGTTATCCCAATCAGCCAAAAGCTTAAGTGTGGGGCAGCAACAACGGGTGGCCATTGCCCGCGCACTCATCAATGAACCTGAAATTCTGCTGGTGGATGAACCCACATCGGCGCTGGATACCGATGCCCGTGATGCGTTTATGACTCTGCTTATTGATTTATGTAAACAACATCACACCACGCTTATTTTTGTCAGTCATGACAAAAGCCTCGCACAATATTTATCGTCTTCGGTGTCTCTGCAGTCGTTATGCACAATCAGTGAGGTGGCATAA	MSLSEWTVSKGERIFLHGPSGTGKTTLLNMLAGVLNADKGDITLLGEHFSALPSRKRDKFRAKHIGVVFQQFNLVPHLSVLKNIELAAYFGGNKSNIESKAAGLISALKLPAEVLSQSAKSLSVGQQQRVAIARALINEPEILLVDEPTSALDTDARDAFMTLLIDLCKQHHTTLIFVSHDKSLAQYLSSSVSLQSLCTISEVA	PGPT0013345_17500	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0013345-ABC_CD_A-K02003	NA	NA
AK237_02269	564			hypothetical protein	ATGAAACGAATCCTGAGACAAATCGCAATTTTCACGTGTATAAGTGCGTTTCCCTATAGCGCGTTACTGTCGGCAGCCGAATACGAAGAAATTGAGTGGACTGCGTTAATGCCAGCGAGTGATTTAGCCGCGCTGCTTGATCCACCCGACTATCTAAGCAATGTTCAGGACGGATCTCAACAAGATTCTGTTGAAGCCTTTACGCAAAACTCCTTTGAAGATGAGAAAGTAGAGCGTTTCAAGCAGGCACTAAGTTCGACACAGGTCATTCCTGAGTTTGATGGCCGGGCGATAAAAATTCCGGGCTACGTGGTACCGCTTCAGCAAAACGAAGATAAATTAGTAACCGAGTTTTTTATCGTACCGTACTTTGGGGCGTGCCTGCATATGCCTCCACCACCGCCCAATCAAATTATTTATGTGAGCTATGAAAAAGGTTTGGAATTAAAGGATTTACAACAGCCATTTTGGTTTGAAGGCGAAGTAGATATTCAAACCCGACAACACGAATTAGGAACAGCGGCTTACACGTTGAATGTGGATAACTATGAATTATTTGAATAA	MKRILRQIAIFTCISAFPYSALLSAAEYEEIEWTALMPASDLAALLDPPDYLSNVQDGSQQDSVEAFTQNSFEDEKVERFKQALSSTQVIPEFDGRAIKIPGYVVPLQQNEDKLVTEFFIVPYFGACLHMPPPPPNQIIYVSYEKGLELKDLQQPFWFEGEVDIQTRQHELGTAAYTLNVDNYELFE				NA	NA	NA	NA	NA
AK237_02270	456			hypothetical protein	ATGAATTATTTGAATAAGAACCTGCTTAAAATAGCGACTGCAGTAAGCTTACTGAGTGCAACCAACGTTTACGCATGTGACTTCCATGGCGACGGCATGGCCGGCTTCGCAGCCTATCACCCTATGATGCGGCAACACATGCAGCAATCACAGTTTGACAACATAAGCGTTAACGTTTCGAAATTGGTCAACACTGCCTCAGGGACAGAAACAAACAGTGTCGTTGGATTTTTTGTCCCCACCGCCTATTACGATGTCAGCGTGAGTATTAAAGGCAGTGAACACATCGAATTATTGTCAGAAGATGCATTTCGAATATCAGGGATCACTAAAAAGTCGACCATGATATTTCGCGCTTTGGAAAAAGGTGAGCATACCATCACTGTCTTACTTTCAGCCAAGCGCGGCTCAACCCCCGTAGAAATTGAGAAGACTTTAAAAATTCAATCGGTATGA	MNYLNKNLLKIATAVSLLSATNVYACDFHGDGMAGFAAYHPMMRQHMQQSQFDNISVNVSKLVNTASGTETNSVVGFFVPTAYYDVSVSIKGSEHIELLSEDAFRISGITKKSTMIFRALEKGEHTITVLLSAKRGSTPVEIEKTLKIQSV				NA	NA	NA	NA	NA
AK237_02271	687			hypothetical protein	ATGAGTCGGTTCACAGCTAAAAATAAAGCAGGACTGATTATTGGTCTTGCTTTGCTGATTGGTGTGGCCGCTGGCGTGGTTATCAATAACGGCCCGCATTGGCTTAAAGACCATTCTCAATTTGATGAAAATGCAATTTATAGCGCCAGTAACGAAGACCTTCTGAATCAATTTACTGCACAGCAGTTGTGGCGTGTGGGCTGGAAAGATTTACTGCCGGATAACGAGGCAGCGCTGATTAAACAATACCAACCCGATAAATCAAAGCCAATGAATGAGCAAGTTTTCACGTCCATTCAAGCGTCTTTCGATTCAGACTACCAGGCAACACTTACGTCAACGAATACAGTCAAAACGTTAGATAAAAAAGCTGTGACCCTCAATGGCTTCATTGTGCCGTTAGACGTTAACGACAAACGCGAAATCCTGTCGTTTTTTCTTGTGCCATATTTTGGTGCCTGTATTCACTTTCCCCCTCCCGCACCAAATCAAATGGTTTATGTTCGTTCACCCAACGGCTTTACCGTTGATGGCAGTAGCGATGCATATACCGTCACAGGCGTTATGCAGGTAGCGATGTTTGAAGATCCCATGGGTACGTCGGCTTACCTGATGGATGCAGTGAGTATTCAACCGTTTTCAGGTAAACCTGACGATGTCAGGGATCATGAATTTCAGACTTATTGA	MSRFTAKNKAGLIIGLALLIGVAAGVVINNGPHWLKDHSQFDENAIYSASNEDLLNQFTAQQLWRVGWKDLLPDNEAALIKQYQPDKSKPMNEQVFTSIQASFDSDYQATLTSTNTVKTLDKKAVTLNGFIVPLDVNDKREILSFFLVPYFGACIHFPPPAPNQMVYVRSPNGFTVDGSSDAYTVTGVMQVAMFEDPMGTSAYLMDAVSIQPFSGKPDDVRDHEFQTY				NA	NA	NA	NA	NA
AK237_02272	927			hypothetical protein	TTGAAGAGACAAATTATACGAGCGCTGAGTATCGCAGCGGTGATGTTGATTGTCAGTGTTTTTTCGGCGGTTTACGCAAAGCCCAATGCGACCGCCGTTGAACGTCAGGGGATAAAAATTGCCACGTGGAATATGGAGCATTTCTCTGTATCCGATACACAAGGATGCCGTGTTCGAACAGAAGCTGAGCTTGATGCAATGGAAGACTATGCAGCTACCGTCGACGCTGACATTTTTGCGTTGCAAGAGGTGGCTTCGGAATCGGCACTTCGTCGTATATTCCCTGCCACTAGCTGGCGTATTTATATGTCTGCTCGACCTGATAGCACGGCTTACGAATGTCGCGAAAATGGCATGTCTTCGACACAACAAAAGGTCGCTATTGTGACGAAAAAGTCTGTTCAGGTCAGCGGCGTACGTCAGCATTCGGATATCAGTGTTAGTGAGCCGGGTTTACGCTACGGTGTTGAAGTAGAAGTAAACACAACCGGGGGTGTGCTATCGGTATTGGCTGTACATCTAAAAAGTGGCTGCTTTGTTGATGACTACCAACGGGATGATGGCAAGTCTTGTAGCCTGTTAGGCAGACAGGTTCCTCATATATTGCAATGGATTGACGAACATGAAACGTCCCATTTGCCCTATGTTTTATTAGGCGACTTTAACCACCGCCTTTCGGCACCTTATAATCGATTTACTCGCGACATTAATGAGCACTTATCCAGCGATTCTAAACTGGTGCTGGCAACAAGAGATCTTATCGGATGCCACCCCTGGTACCCTGCACCTATTGACCATATCTGGGTGGGAGGAATGGATACCAACAATATCGCGTCGCAAGCGCAGATGTGGCGCTATATCAATATGGAACCAGAAGCCATGTTGAGTGATCACTGTGCAGTAAGCGTGACATTGCCCGTGAATTGA	MKRQIIRALSIAAVMLIVSVFSAVYAKPNATAVERQGIKIATWNMEHFSVSDTQGCRVRTEAELDAMEDYAATVDADIFALQEVASESALRRIFPATSWRIYMSARPDSTAYECRENGMSSTQQKVAIVTKKSVQVSGVRQHSDISVSEPGLRYGVEVEVNTTGGVLSVLAVHLKSGCFVDDYQRDDGKSCSLLGRQVPHILQWIDEHETSHLPYVLLGDFNHRLSAPYNRFTRDINEHLSSDSKLVLATRDLIGCHPWYPAPIDHIWVGGMDTNNIASQAQMWRYINMEPEAMLSDHCAVSVTLPVN				NA	NA	NA	NA	NA
AK237_02273	642			hypothetical protein	ATGCAATTCGATGATTTACGCCAGTGTGTAACCGGTGATGTGCCGGAAGTGTTGGCGGAAATATACCGCGATCACAATAACCTGGTAATTTGGGAGCGCAGTCTTGATGCGCAATTGCTTCAATTCGTGGAAACGCGGCTGGCACAGGGTGAAAAGCTCAATATTACGGAAGAGATCATCACCAGCAATGTGTTGGAACAGCTTGGCGAAAACGACCAGTTACTGGCGTGGGGAAGCGCGTTATCAGAGGATATTGGCCAAATGATAGAAATGTTTGGCTACCTTTTTGACATCGAACGTGTGGGCCTTCGTATTCGAACTTTAGACAGTGCCATGTGCCCACGATTTCATATTGATCGCGTGCCTTGCCGTTTTATTACAACCTATGCAGGTAAAGGCTCGCAATGGCTGGCGAACCATGCGGTTAACCGCGCTTTGCTGGGGCATGGAAGTAACGGGGTGCCGGATGATAAATCTGGCCTGATGAAGTCTTCTTTGGATATTCAATCCATGCAGGCTGGACATGTCGCCTTGCTGAAAGGCTCTGCGTGGAAAGGCAATGAACACGGCGCCATCGTTCATCGTTCTCCGTTATTAGAACACGGTGACAAGCGCTTGCTAATGACACTCGATTTTATGTAA	MQFDDLRQCVTGDVPEVLAEIYRDHNNLVIWERSLDAQLLQFVETRLAQGEKLNITEEIITSNVLEQLGENDQLLAWGSALSEDIGQMIEMFGYLFDIERVGLRIRTLDSAMCPRFHIDRVPCRFITTYAGKGSQWLANHAVNRALLGHGSNGVPDDKSGLMKSSLDIQSMQAGHVALLKGSAWKGNEHGAIVHRSPLLEHGDKRLLMTLDFM				NA	NA	NA	NA	NA
AK237_02274	1206	yciC	COG0523	Putative metal chaperone YciC	ATGCACCACAATAAGTTACCCGTTACTGTACTGTCGGGTTTCCTGGGAGCAGGAAAAACGACACTTTTAACTCACATTCTCAATAACCGCGACGGTTTACGCGTTGCCGTGATTGTCAATGATATGAGTGAAATCAACATCGATGCATCGCTGCTTAAAAGTGATGTATCACTGAATCACAGCGAAGAAAAACTGGTTGAAATGAGCAATGGCTGTATTTGCTGCACATTACGTGAAGACTTGCTTATTGAGGTGAGAAAGCTGTCGCAAAGCGGCAAGTACGATTACCTTGTGATTGAGTCTACGGGCATTTCAGAGCCGTTGCCGGTGGCTGAAACTTTTACTTTTGCCGACGAGGACGGCGTGTCTTTATCTGATGTCGCCAAGCTCGACACCATGGTAACAGTGGTGGATGCAGTTAACTTTGTCCGTGACTTTGATGAAGCGAAGTACTTGCAGGAAGCGGGCGAGTCACTGGGCGATGACGATGAGCGAAGCGTATCGGATTTGCTGATTGATCAGGTGGAATTCGCCGATGTCATTTTGATCAGTAAAACTGACTTGGTTGAGCCTCAGGCGATAGAGAAGCTCACTGCTATCCTTAAAACCCTGAATACATCGGCAAAGATTTTGCCCATCGCAAATGGTCAGATTGATATCCGTGAGGTGCTGGGAACAGGATTATTTGATTTTGCCAAAGCGCAACAGGCGCCGGGCTGGCTCAAAGAGCTGCGCGGCGAGCACGTACCTGAAACCGAAGAATATGGCATCAGCAGCTTTACCTATAAAGCGCGTCGGCCTTTCTACCCAGACAAGTTCTACCAATTTTTACATGGCAGTGAGAGCTTCGGAAAATTGTTGCGCTCAAAAGGGTACTTCTGGCTTGCCAGCCGCCCGGAGTTTGCAGGGCAGTGGAGTCAGGCTGGTGGCATTGCCCGATATGGTTTCGGCGGCATGTTCTGGAAAGCCATTGATAAAAGCCAGTGGCCGGATGATGAAGATTACCTGAAAAGTATTGCTGAGCAATGGGAAGAGCCTTTCGGCGATATGAGACAGGAGCTGGTTTTTATCGGGCAGGATCTTGATGAGCAGGCAATTACCGCGGCACTGAACGATTGTTTGCTGGAAGATGAAATGATGGTGCAGGGAAAAGCTGTATGGCAAATGCTCGATGATCCGTTCCCAAAATGGGAGGCGGCGTCGTGA	MHHNKLPVTVLSGFLGAGKTTLLTHILNNRDGLRVAVIVNDMSEINIDASLLKSDVSLNHSEEKLVEMSNGCICCTLREDLLIEVRKLSQSGKYDYLVIESTGISEPLPVAETFTFADEDGVSLSDVAKLDTMVTVVDAVNFVRDFDEAKYLQEAGESLGDDDERSVSDLLIDQVEFADVILISKTDLVEPQAIEKLTAILKTLNTSAKILPIANGQIDIREVLGTGLFDFAKAQQAPGWLKELRGEHVPETEEYGISSFTYKARRPFYPDKFYQFLHGSESFGKLLRSKGYFWLASRPEFAGQWSQAGGIARYGFGGMFWKAIDKSQWPDDEDYLKSIAEQWEEPFGDMRQELVFIGQDLDEQAITAALNDCLLEDEMMVQGKAVWQMLDDPFPKWEAAS				NA	NA	NA	NA	NA
AK237_02275	399			hypothetical protein	ATGCCGCGAATTCAGGAAGTGGGCGATAAAGTCGCCATCGCACTTTCATCTTTATGTGTTGTTCATTGCGTGCTGACGCCGCTTCTCATTATCGCTTTGCCAACGTTAGGTGGCTTAGCCATCTTAGAGCATGAAGTGTTTCATCAAATCCTTTTATTCTTTGTTGTTCCCGTTGGCTTGGTGGCCTTGCTTGCCGGCTACCGCCATCACAAGAACGGCAAAGTATTGTCATGCGGCTTATTCGGACTGTTGCTGCTTACAATAGCCGGTACGGTTGCCCATGACGTTGTCGGCGAAGAAGGGGAGACGGTACTAACCATTATCGCCTCATTATTTATCGTCATCGCTCATATTCAGAACTTTCGAAAGCGAAACCTCACCCGCTGTGAGCACCCCTGA	MPRIQEVGDKVAIALSSLCVVHCVLTPLLIIALPTLGGLAILEHEVFHQILLFFVVPVGLVALLAGYRHHKNGKVLSCGLFGLLLLTIAGTVAHDVVGEEGETVLTIIASLFIVIAHIQNFRKRNLTRCEHP				NA	NA	NA	NA	NA
AK237_02276	582			hypothetical protein	ATGTTATTTTTTTCCCATTCTGCCAGGCTTACCGCAACATCCGTAGCCGTTCTCTTGTGCTTAGCTCCTGTTCAGGCTTCGTATGCGCTAGCGGGCAAGCATGTTCATGGACATGGCCAGTTACTGGTTGCGCAAGATGCTAATAACTGGCAATTGGAGTTTTCTATTCCAGCCGCAGATTTACTTGGTTTTGAGCATGCACCAGAGAGTGATGAGCAAGTACAGAAAGTGCATTCTCTTGAGAAAAAGATCAGTGATGCCGGCAATGTCTTCACGGTGAACGGAAACTGTCAGCTAGCGAGCCAGGATATTGATTTTCCTCTTCACGGGGATGACCACGATGATATGTCACATCATGATGAACATGAAGAAGAGCATCATGATGAAACGCATCATGACGCCCACCATCACGAAAATGTGAAGCTGGCTTACCAGTTAACTTGCGGTGAAGCTATTTCAGAAATGACCGTAACCTTGTTTGAGCTGGCACCATCATTGTCAGCACTGGAAGTACAGTGGATCAATGCTAAAGGGCAGGGCATGACAGATGCCACGCCACAAAGCGCTACGGTTACCTGGTAA	MLFFSHSARLTATSVAVLLCLAPVQASYALAGKHVHGHGQLLVAQDANNWQLEFSIPAADLLGFEHAPESDEQVQKVHSLEKKISDAGNVFTVNGNCQLASQDIDFPLHGDDHDDMSHHDEHEEEHHDETHHDAHHHENVKLAYQLTCGEAISEMTVTLFELAPSLSALEVQWINAKGQGMTDATPQSATVTW				NA	NA	NA	NA	NA
AK237_02277	1404			hypothetical protein	ATGACAAATCTGAATTCATCAATGGAATCGAAAATGAATACAACGAAAAAGCTAAGTTTTCTTGCAAGTGTGATAAGCGCTTTACTCTTAACTGGTTGCGGTGACGCAGAAACCACCATTGTCGAACAAGACCCAATTGAAGAAGACGCGGGAGATGATCATGACCATGATCACGGCGACGAGCATGCAATTGAAAGCACTGGCCGACTTTCAGTATTGGATGCCACCTCGAACACGCTAGCAATTTACGATCTGGACGATAATAGCCTCCTTGATACGTTTGAAACCACTTACAGCGGCAGTGCACTTGCCACATCAGCGGGGGGCCGGTTTGCGGTTATCACCAGCCGCACTAATGACTTAGTTGAATTCGTAGACGGCGGTTTGTGGCGCGAGGATCATGTCGACCATCTTCACGACTATGAAGAAGCGCCAGCGATGACAACGTTTGCGCTGACGGGCAGCCGGCCCACGCATGTAGTGGGTCACGATGGTCAACTGGCCGTGTTCTTTGATGGTGATGCTGAGAGCGGTTCGCCAGCATCCGTTCAGGTGGTTACCGACACGAATATTGCTGCTGAAACAAATTCTGTCGATACGCTGACTTACGCGGTCAATATGCATGGCGTAGCGGAACCTTCAGGTGACATGTTGCTGAGTACGGTACGACGGGATGATGCAGAAACAACCTCAGCAAACCCGGTATTGCCAGACAGCGTAGGGGTTTATCACTTGCATGACGGTGAGTACGAGCAGGAGCAGTTGTTTGCTGGAGAATGTCCTGATTTACATGGCGCAGCAATGAATGACGACTATGCCGTATTCGGGTGCAGTGATGGTGTGCTTGTACTGTCCGCTACTGACGAAGCGTATTCATCGTCGAAGATTGCCAATATTGACGCCGTAGGAGACATGCGTATTGGCTCTGTGTATACCCACCATGATGCCGCATCGTTTATCGGTGTTGCGTCTGGCCATGGCGGCGGCGCGGCGGTCATAACCGCTATCCATCCTGACGACGGTGAAATGGAAGAAATTGACTGGGAGCCTGAAACAGACGCTACGCCGGTTACTTATGGGTTTTCTTACGACGGCGCGCATTTTTTAATTTTAGATAGTCAGGGCTATGTGTCAGTAATGGCTGCCCACGCCCATGACGACCACACTCACTGGGAGCTGGAAACACGCATTGATATCAGTGATGCAGATGTATCAGCCATGCCTGAGGGCGTGAACTTCTCGATGACTGTTTCTCAGAATGCCGCCACTGTATATGTGGCTGATCCCATCGCTTCACACATTGTCATTGTTGATATTGAGGCGGGGGTTGTGAGCGGTGAGGTGGAACTTGACTTCGTTCCGGCCTCTCTAAGTTGGTTAGGCATTGCAGCAGAACACGAATAA	MTNLNSSMESKMNTTKKLSFLASVISALLLTGCGDAETTIVEQDPIEEDAGDDHDHDHGDEHAIESTGRLSVLDATSNTLAIYDLDDNSLLDTFETTYSGSALATSAGGRFAVITSRTNDLVEFVDGGLWREDHVDHLHDYEEAPAMTTFALTGSRPTHVVGHDGQLAVFFDGDAESGSPASVQVVTDTNIAAETNSVDTLTYAVNMHGVAEPSGDMLLSTVRRDDAETTSANPVLPDSVGVYHLHDGEYEQEQLFAGECPDLHGAAMNDDYAVFGCSDGVLVLSATDEAYSSSKIANIDAVGDMRIGSVYTHHDAASFIGVASGHGGGAAVITAIHPDDGEMEEIDWEPETDATPVTYGFSYDGAHFLILDSQGYVSVMAAHAHDDHTHWELETRIDISDADVSAMPEGVNFSMTVSQNAATVYVADPIASHIVIVDIEAGVVSGEVELDFVPASLSWLGIAAEHE				NA	NA	NA	NA	NA
AK237_02278	2394		COG1629	putative TonB-dependent receptor	ATGTTTAAGCTAAATTATGTCGCTGCGGTCGTAGTGGCACTTATTCCTGGTGTGGCAAATGCACAAGGGTTACAGGGTTCAGTTAAAAATGCGTCAGGACAGGCGCTGGCAAAAACAACAATCGAGATTGAAGCGCTAGGCATCGAAGTGGTGGCTGATGAGAGCGGTAACTTTGTTTTCCCGGAAATCGAACCGGGCCAATATGTTATTCACGCCTCAGCGCCCGGCTATGCGCACCTGCACAAGACCATTTCGGTGGGTGAACAACAAACGACAAACATTGATTTAGCACTGGCGAGAAGTTCTATCGAAGTTATTGATGTAACGGCGGCGCCTATGCATCTCTCGTCCATGGAGTCAGCAGCGCCGGTTAGTGTGCTCTCCGGTGAAACCTTACGTCGACAACAGGCAGCAACATTAGGCGATACACTGGAGAATCTGCCAGGCGTACAGTCGAATTTTCATGGCAATGTGGCCAGTACACCCATTATTCGCGGACTAAGCGGGCCACGGGTATTAATTGCGCAAAACGGTCTGGATGTCAGTGATGTTTCCCGTGTTGGACCTGATCACTCAGTGGCATCAGAAGCGTCCACTTCTCAGCAAATTGAAGTGCTGCGTGGCCCAGCCACATTATTTTATGGTAGCGGTGCCATCGGCGGTGTTGTGAATGTAGTAGATGGTCGAATTCCTACTGATAACGATACGCACGGGGAATGGTTGCTTGAAACCGACTCGGTGAATAACCAAAAACTGGGTTCTTTTAATGTCACCACTGACGTTGATAAATTTGCTGTTTATGCCGACGGTTACTGGCGCGAGTCTGATGACTACGACACGCCCGTTGCGCCCGACATGGACGAAGACGGACAAGATGCTGAACATGTTGTGAAGAACAGCGCAGAAGAGTCTAACGGACTCACTCTGGGTACCAGCTATTTGATGGATAATGGCTACGTGGGTGTGGCGGTAGAAAAATTTAACCGGGAATACGGTATTCCCGGGCACTCACATGGTGGCGAAGAAGCGGAAGAAAATGTATTTGCCGACCTTGAGCAAACAAAGGTACAGGTGTTAGGTGAATACCGGTTTAACGGCAAATGGTTGGACAGTGTTCAACTTCGCGCGGGCCATACCGATTATGAGCATGCCGAAATTGAACATGGCGCCACCGGGACTATCTTCGAAAATACTACCGACGAAATCCGCTTTGATATCATGCATTCGCCGTTCTCTGAATGGCAGGGTGGTTTAAGTCTCCACTATAAAAACAGCGAAGTGGCCGCACAGGGTGAAGAAGCGTTTACGCCTCCCTCTGAAGCGGAAATGATTGCGTTAGGCTTGATGGAGGAACGGCATTTTGGCGACTTCCTGGTGCAGTTGGGGGCGCGCATTGAGCGCGTTACCCTTGAAGCTTCACAGGTTCAGTTGCCTCAGCTCGCGGCACATGCCCATGATGAAGGTGGAGAAGAAGAGCATGATCACGACCATGACAGCGAAACAACTGTAACCCGTGTGTTCAGTGTTGACCAGGAATTCACTCCAGTCTCGCTTTCAGCCGGTGTCGTGTGGGATTTTACCCCGGGTTATAACATTGGTATTTCGGTTTCCCGATCGCAGCGTGCGCCTTCAGCGTCAGAATTATTATCTTTTGGGCCGCATATCGGTACTCGCACTTATGAAATAGGTGCTTTATTTGAGCTAACCGGCGACGAAGAGGGGGCATTAGGTCTTGCATCAAAGGCGATCGATTTAGAAACGGCAAACAACATTGATGTGACGTTCAGAAAAACTGAAGGCGACATCGGGTTTATCTTCAATGCTTTCTACAACCAAATAGATAACTATTACTATCAAATCGATACCGGCCTCTTCGCTGAGAGTGGCCACAGCCATGATCACGGTGAAGAAGAGGGCGAGGAAGCGCACGATCATAGCAGTGAATTACCTGTTTACCTGTTCCAGTCAGATGACGCGATCTTGCATGGGTTTGAGGCGCAAGTTGCCTGGCAGGTGACAGATGAATTTAAAGCGCAGGTGTTCTCTGATTACGTGCGGGCGCGTCTGAAAGATGGCGGTGACTTGCCTCGCACGCCACCTTTGCGTTTCGGCACGCAGTTTAGTTACCAGTCTGAAGTGATCACCGCCAATCTGGACATTACCCACTACGCAGAACAAGACCGCATCGCAGACTACGAAACGGTGACGGACGGCTACACCCTGGTGGATGCCTTTGTGTCCTACGACATGCAGCTACTGTCACAGGATGTGTCTTTGTATGTAAAAGGCACCAACCTAACGGATACCGAAGCCAGAGTGCATTCCTCCTTCCTAAAAGATCTTGCTCCCCGCCCGGGTCGGAGCATTGGTGTGGGTCTGAGAGGTTACTTCTAA	MFKLNYVAAVVVALIPGVANAQGLQGSVKNASGQALAKTTIEIEALGIEVVADESGNFVFPEIEPGQYVIHASAPGYAHLHKTISVGEQQTTNIDLALARSSIEVIDVTAAPMHLSSMESAAPVSVLSGETLRRQQAATLGDTLENLPGVQSNFHGNVASTPIIRGLSGPRVLIAQNGLDVSDVSRVGPDHSVASEASTSQQIEVLRGPATLFYGSGAIGGVVNVVDGRIPTDNDTHGEWLLETDSVNNQKLGSFNVTTDVDKFAVYADGYWRESDDYDTPVAPDMDEDGQDAEHVVKNSAEESNGLTLGTSYLMDNGYVGVAVEKFNREYGIPGHSHGGEEAEENVFADLEQTKVQVLGEYRFNGKWLDSVQLRAGHTDYEHAEIEHGATGTIFENTTDEIRFDIMHSPFSEWQGGLSLHYKNSEVAAQGEEAFTPPSEAEMIALGLMEERHFGDFLVQLGARIERVTLEASQVQLPQLAAHAHDEGGEEEHDHDHDSETTVTRVFSVDQEFTPVSLSAGVVWDFTPGYNIGISVSRSQRAPSASELLSFGPHIGTRTYEIGALFELTGDEEGALGLASKAIDLETANNIDVTFRKTEGDIGFIFNAFYNQIDNYYYQIDTGLFAESGHSHDHGEEEGEEAHDHSSELPVYLFQSDDAILHGFEAQVAWQVTDEFKAQVFSDYVRARLKDGGDLPRTPPLRFGTQFSYQSEVITANLDITHYAEQDRIADYETVTDGYTLVDAFVSYDMQLLSQDVSLYVKGTNLTDTEARVHSSFLKDLAPRPGRSIGVGLRGYF	PGPT0003790_10288	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0003790-hutA|fatA|fct|foxR-K02014	NA	NA
AK237_02279	219			hypothetical protein	GTGAAGCCACCTTTCATGCCGCGAACATACGAGGACTGGATACACTGCATTACTGTTGAATGCGGTTTGCAGCTTGACAAAAGCTTTATTGAATCCCGCATTGAAGGCCTGAGAAATGAGAAATCAGAACATACAAGGCAGTTCATCAAGCTATATGGGAGAAGTCATCACACCCGTGTTTTAGGTTGGTTCCAAAAAGCTGCTCAGGAGGAAAAATGA	MKPPFMPRTYEDWIHCITVECGLQLDKSFIESRIEGLRNEKSEHTRQFIKLYGRSHHTRVLGWFQKAAQEEK				NA	NA	NA	NA	NA
AK237_02280	99			hypothetical protein	ATGAGGGAACTCACAAAAAAGCGAATACTGTCTGCGCCCGAAGATGAGTATATGAACGATGCGCAACTCGCCTTTTTTAAATCGTTACTACTCGGGTAG	MRELTKKRILSAPEDEYMNDAQLAFFKSLLLG				NA	NA	NA	NA	NA
AK237_02281	1017	yeiR	COG0523	Zinc-binding GTPase YeiR	ATGATGCGCATCAACCGCATAGCAGGGGCCGTACCTACCAACATCATTACCGGCTTTCTGGGCGTAGGTAAAACATCCGCTATTTTGAATCTGCTCAAGCAGAAGCCCGACAACGAACGATGGGCCATATTAGTTAACGAGTTTGGTGAAGTAGGCATTGATGGTAGTTTAATGCAGGGGCTGTACGCCGAAGAAAAAGGCGTGTACATCAAAGAGGTGCCAGGCGGATGTATGTGTTGTTCTGCCAACCTGCCAATGCAAATTGCATTAAATCAATTGCTGGCAAAAGCCAATCCTCACAGGCTGATTATTGAACCTACAGGGCTGGGTCACCCCAAAGAGGTGGTTGAAATTCTCACCGCTCCGCACTATCGCGACGTCATATCACTACAGAAAATTCTGACCCTCGTTGATGCCAGAAAGATACGCGACAAGCGATATACCCAACATGCTACCTTTAACCAACAAATCGAAATTGCCGACCATGTGATTGCTAACAAGCGGGCACTTTACTCAGCTGCAGATGCGTCACTGCTGAATGCTTATATAAAAGAACAAAAAGGAAAACCTTGCGATATTACGTTTACCGATTTCGGTGAAATCGAGTTAGCCACACTTGAGGGTGTCTCACAAACCGTGCAGTCAGGAGAAAACCTGGCTGTTACCCACCATCGCGTTGCGACTCTCATAGAGCAAGACGTATTAGCCGTAAGTCTTCCGGATGATGGCGTACTTAAAGCAGAAAATCAGGGCGAAGGATATCAATCGGTAGGTTGGCGTTTTGACAGCAGACATATATTTTCTCGTCATGCTTTTTTGAAATGGGCTGTTTCGTTGGAAAATCTGCGAATGAAAGCGGTGCTCATTACTGACAAAGGGGTATTCGGTTACAACCAGGAGGGAGAGGAAATATCAGAAATCTATATCGATGATTGTGTTGAAAGCCGCATTGAAATCATTGCTCCTCAGGTTGATGCATCCTGGGAGCAACAATTATGGGATTGCATTAGAGCTTAG	MMRINRIAGAVPTNIITGFLGVGKTSAILNLLKQKPDNERWAILVNEFGEVGIDGSLMQGLYAEEKGVYIKEVPGGCMCCSANLPMQIALNQLLAKANPHRLIIEPTGLGHPKEVVEILTAPHYRDVISLQKILTLVDARKIRDKRYTQHATFNQQIEIADHVIANKRALYSAADASLLNAYIKEQKGKPCDITFTDFGEIELATLEGVSQTVQSGENLAVTHHRVATLIEQDVLAVSLPDDGVLKAENQGEGYQSVGWRFDSRHIFSRHAFLKWAVSLENLRMKAVLITDKGVFGYNQEGEEISEIYIDDCVESRIEIIAPQVDASWEQQLWDCIRA				NA	NA	NA	NA	NA
AK237_02282	678			hypothetical protein	ATGAAAAAGCTATGTAGTGCAGCAGTATTGGCATTTGCCGCCATTTCTTCCCCCGTCAGCGCCATCAGTGAAGGCGAGTATTATTATCTTCCTAGTGATTTGTGTGAAACCGCAAATACCGAAAATGTAAGTCAGAATAAGTTGCTAACCGTTATTGGCAATAACTTACAATCGCAAGTGCAATTGAATTTAGATTTGCTTTCTGACTACCCGGCGTCAGGATTAAGCTATCTTGAACAGGCGCAAAATGCCGCACAAATAGCCATTGTTGAGAAAGCATCAAAAACCTGGGTGCACTTCACGCAGGACAACATGTATATCTTAGGCAAACAGAAAATTCCTTTGTCTGAAGCCGTTAAGATCCCCGCTATTCTGGCTAATTCCGCTGATAAAGCTGAAGCCTATCTGTCTAAAATTGATTCTTTGGTAAAACGCTACAATTTAAAAGATGATGACATCATTACCGTACAAACTGGTGCCCGGGTGCTGGTACAAGACGACACCAATGAAGTGTTTTTGAAATCCTTCTTTACCGCATTTGATGCCGGCCGTGTAGAAAAACATTTACTGACCATTGATCATCACGCACCAATGATGCAATCACTGGAAGTAGCATTCCACGACAAGCGAAATCATGGCGCTTGTGGTGTGAAAACGCAGGATATGGCTAAGCTCTAA	MKKLCSAAVLAFAAISSPVSAISEGEYYYLPSDLCETANTENVSQNKLLTVIGNNLQSQVQLNLDLLSDYPASGLSYLEQAQNAAQIAIVEKASKTWVHFTQDNMYILGKQKIPLSEAVKIPAILANSADKAEAYLSKIDSLVKRYNLKDDDIITVQTGARVLVQDDTNEVFLKSFFTAFDAGRVEKHLLTIDHHAPMMQSLEVAFHDKRNHGACGVKTQDMAKL				NA	NA	NA	NA	NA
AK237_02283	645			hypothetical protein	ATGAATATCAATAAACTGTTAGGTCAGGTTTTAAATTCTTCTGCGGTAAAACAACATAAAGATAAATTAAGTGGGCTGACAGGAGCTTCTGGCTCTTCAGGAAGCAGCTTATTGAAAAAGGCTGGGCTAGGCGCTGTCGGAGGCTCGCTATTAACCTCTTTACTGAAAAAGGGGAAAGGTTCTACGTTACTGAAAGTGGGAGGGGCAGCGGCGATAGGCGCGCTTGCCTATAAAATTTACAACAATTATCAGCAAGAGCAATCCACAACCCAAAGAAGGGAAAGTTTCGAAGATACCGATCCTCAACATCCGGTCATTATTTTGAAGGCTATGATTGCCGCAGCGAAAGCAGATGGGCATATTGACGAGGCAGAAATGGCTCATGTGCATGAGGCGTTGGCAAAATCGGACGTTGGCACGGATGAAAAACGCTTTTTAGAGCGAGAGATAAATAAGCCTCTCGATCCTGCTGATGTCGCTTCAATGGCAACGTCACCTGCAATGGCTGCAGAAATATACCTGGCATCCTTGTTAATTGTAGATGAACAAAACCATATGGAGAGGGTGTACCTTAGAGAATTAGCGGGATTGCTCAAGTTAGATGATGAAATGGTACGTCGTTTGACTGAGGGGGCTCAAGCTTAA	MNINKLLGQVLNSSAVKQHKDKLSGLTGASGSSGSSLLKKAGLGAVGGSLLTSLLKKGKGSTLLKVGGAAAIGALAYKIYNNYQQEQSTTQRRESFEDTDPQHPVIILKAMIAAAKADGHIDEAEMAHVHEALAKSDVGTDEKRFLEREINKPLDPADVASMATSPAMAAEIYLASLLIVDEQNHMERVYLRELAGLLKLDDEMVRRLTEGAQA				NA	NA	NA	NA	NA
AK237_02284	849	mscS_3	COG0668	Small-conductance mechanosensitive channel	ATGGAAAAAATTATTGCTTTCTTTTCATCTCATCAAGCACAGCTCATTAACATGGCGCAAAACACATTGCTTACCGTGTTTATTCTGCTTCTTGCTGGTGTGGTGTCCAGATTACTCAAACGGGCAGTACATAACGGTGTTTATCGCCTCAGCAAGCAAGATGAGATAATAACCAAGCTACTGACCACACTAACGGGCTACATTGTTTACTTAATTGCCATCGTCATTATTCTCGACTTATTTGGAGTAAATACAGCAAGCCTGGTAGCGCTTGTAGGTGCGGCCGGCCTTGCGATAGGCCTGGCGTTAAAAGACACGCTTAGTAATGTAGCCGCCGGAGTCATGCTTTTATTCTTAAAACCTCTTAGGAAAGCTGAGTTCGTCGAGGCCGCGGGACACATGGGAAGCGTAACGGATTTAGGGCTTTTCTGTACGCAGTTAGAAACCGCAGATGGTCTTTATGTATCCATTCCGAATAGTTCCGTGTGGGCGAGTGCCATTAAAAACTACAGCCGTAATACAAAGCGTCGGATGGATATTACTGTGGGAATTTCCTATGGAGATTCTATTGAAGATGGGCTGACCGCGCTGCGCGAGTTAGTGGAGCAAGAGGCGCGCATTCTCGATACGCCAGCCCCCCAATACCTGGTTCATACACTTGCCGATAGCTCGGTTAATTTGCAGCTAAGAGCCTGGGCACCGACACAAGACTACTGGGATATTTATTGGAAGACACAACGCAAAGTAAAAGAGCAGATAGAAAGCAAAGGTATCACAATACCGTTTCCTCAGCGCGACTTGCACATAATTACCGACAAAGGCTCAGAGCAGAAATCAATCGCTGATTAA	MEKIIAFFSSHQAQLINMAQNTLLTVFILLLAGVVSRLLKRAVHNGVYRLSKQDEIITKLLTTLTGYIVYLIAIVIILDLFGVNTASLVALVGAAGLAIGLALKDTLSNVAAGVMLLFLKPLRKAEFVEAAGHMGSVTDLGLFCTQLETADGLYVSIPNSSVWASAIKNYSRNTKRRMDITVGISYGDSIEDGLTALRELVEQEARILDTPAPQYLVHTLADSSVNLQLRAWAPTQDYWDIYWKTQRKVKEQIESKGITIPFPQRDLHIITDKGSEQKSIAD	PGPT0013773_1735	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_OSMOTIC_STRESS	OSMOTIC_STRESS-MECHANOSENSITIVE_ION_CHANNEL,PGPT0013773-mscS|yggB-K03442	NA	NA
AK237_02285	1059	rhaT	COG0697	L-rhamnose-proton symporter	ATGACACCAAATCCATTACTAGGGGTATTGTTTCACTGGCTGGGCGGCTTGTTTTCTGCCAGCTTCTATGTTCCGTACAAACGCATTCAAAAGTGGTCATGGGAAATATTCTGGCTGACCGGCGGTATTTTTAGCTGGTTCCTGTGCCCTTGGTTTTTTGCCATGTTACAAACCGAAGATCTGTTTGGTGTATTAAACAGCACGCCCATGACTGTATTGCAGCAATGCTTTCTTTGGGGTCTGGGCTGGGGCTTTGGCGGTTTAACCTTTGGTCTGGCTGTACGCTACATGGGTATTTCGTCCGGCATGGCTATTGTGCTGGGTCTTACCACGGTTTTAGGTACGTTAGGTCCACCCATATTCGATGGCACTATCGGCGCCGTACTCGCAACCACCAGTGGCCAGTTTGCCGTAGGCGGCACGTTGATGACGCTGGTCGGGGTTATTGTTGTTGCCCGGGCGACAGCTGAAAAGAATCGCAGCCTTGGCACTACAGAAGAAACTGAAACCATTGATATGAAAAAAGGCTTAGCCATCGCCGCGTTTTCCGGCGTGATGTCAGCCTGTTTTGCGTTCGGTATTGCTGCCGGTAAACCTATCCGTGAACTGACTCTTGAAGCCGGCACCGATCATCTCTGGCAGGGTTTGCCGGTATTGTGTGTTGTATTGCTGGGTGGTTTAACGACGAATGCCCTCTGGTGTATTTATCTGATTGCGAAAAATGGTTCTGCCAAAGAATTTTTCGGTCAGGTCGCCAAAGGCACTGAGCGCCTGCAGGGCAACACGATGGTGAAGAACTATCTGCTGGCGGCGTTAGGCGGGGCATTCTGGTACTTCCAGTTTTTCTTTTACACCATGGGCGAAAGCAACATGGGTAAATATGAGTTCTCCAGCTGGACCATTCACATGGCCAGTATCATCATTTTCTCCACGCTGTGGGGACTTGCGCTGATGGAATGGAAAGGCAGCAACAAGAAGAGTCGTATGTTGCTGCTAACCGGTATTTCTTTACTTGTTCTTGCCACGCTGGTAATTGGCGTAGGTAACTCTCTGCAATAA	MTPNPLLGVLFHWLGGLFSASFYVPYKRIQKWSWEIFWLTGGIFSWFLCPWFFAMLQTEDLFGVLNSTPMTVLQQCFLWGLGWGFGGLTFGLAVRYMGISSGMAIVLGLTTVLGTLGPPIFDGTIGAVLATTSGQFAVGGTLMTLVGVIVVARATAEKNRSLGTTEETETIDMKKGLAIAAFSGVMSACFAFGIAAGKPIRELTLEAGTDHLWQGLPVLCVVLLGGLTTNALWCIYLIAKNGSAKEFFGQVAKGTERLQGNTMVKNYLLAALGGAFWYFQFFFYTMGESNMGKYEFSSWTIHMASIIIFSTLWGLALMEWKGSNKKSRMLLLTGISLLVLATLVIGVGNSLQ				NA	NA	NA	NA	NA
AK237_02286	1167	tetA		Tetracycline resistance protein, class C	ATGCAAAACCGACCTAATCTTATTCCTTTATTACTTGCGAATATGCTTTGCATTGCCGCGCTTATGTCTTTTGTCGTCATAGTTGGCCCCGTAATACGCGAGCTGGGATTACAGGCCTGGCATGGAGGTTTACTTGTCACTGTGACAGGCATTATTTGGTTGTTTACTGCCAGAATGTGGGGACGCACCAGCGATGCAAAGGGTCGAAAAATCGTACTCGTGTCCGGTATTGCTGGCATTTCCGTCGCTTATCTTTGCATGGCTGTGTTAATTGATTATGCGTTGTCTCTGCCGGTTGGGTTGGTAGTGCTGATGATACTTCTTACCCTCGTGCGGGGCGCTATTGGCGGTTTTTACGCCGCCGTCCCCACCGCCAGCGCGGCATTCATCGCTGATCATTTTGATGATAAAACCCGCACAGGAAAAATGGCTTTGCTTGGCGCTTCTAATGGCATTGGTATGGTACTGGGACCTTTGGTTGCAGGCACGGTCGTCTCTGCCAGTTTGGTTCTGCCCATGTATATCGGAGCATTTTTACCAGCCTGCGCTTTATTGATTGTATGGCGCGGATTACCACCGGACAAAGTCGAACATAAAGTTGTTCCGGCAAATGTTCAATTCAACGATCCCCGTATCCGCCTGCCAGTCTGCACTGCGTTCATTGCAATGAGCTGCGTTATCACTTGTCAGATAATCATCGGCTTTTTTGCTTTGGATGTGCTTCATTTAAGCAAACAAGGCGCAGCAGCGACCGCAGGATATATCATGGCCTGTGTTGGGATCACGCTGATCGTGGTTCAGGTTACTGCCTCAAAATTTAAGCACATTGCGCCTGCAACTTGGTTAAAAGCAGGGGGTATTATTACAAGCTCCGGATTATTGCTTGTTGCCGTAGTTTCATCCCCTTTATATCTGGCTTTAGTTTATTCAGTAATGGCTATGGGACTAGGGCTCATCTTCCCTGCGATGCAAGCATTAGCTGCAAATTCAGTAAAAGGCAATGAGCAAGGCATCGCAGCAGGTACTGTTGCCGCTTCACAAGCGCTGGCAAGTATCGCTGCGCCGATGATTTCAACGGGTATATATGCAGTCAGTCCGACAGCGCCATACATTTTCTGGGGTGTAGTCATGGCTGTGTTTTCCATTTTTGTTATGTTGCGAAAATAG	MQNRPNLIPLLLANMLCIAALMSFVVIVGPVIRELGLQAWHGGLLVTVTGIIWLFTARMWGRTSDAKGRKIVLVSGIAGISVAYLCMAVLIDYALSLPVGLVVLMILLTLVRGAIGGFYAAVPTASAAFIADHFDDKTRTGKMALLGASNGIGMVLGPLVAGTVVSASLVLPMYIGAFLPACALLIVWRGLPPDKVEHKVVPANVQFNDPRIRLPVCTAFIAMSCVITCQIIIGFFALDVLHLSKQGAAATAGYIMACVGITLIVVQVTASKFKHIAPATWLKAGGIITSSGLLLVAVVSSPLYLALVYSVMAMGLGLIFPAMQALAANSVKGNEQGIAAGTVAASQALASIAAPMISTGIYAVSPTAPYIFWGVVMAVFSIFVMLRK	PGPT0027875_1430	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-TETRACYCLINE_RESISTANCE,PGPT0027875-tetA-K08151	NA	NA
AK237_02287	981	rhaR		HTH-type transcriptional activator RhaR	ATGCTGGATCTGCAATTGGAACACACTGCCGGGAATCTGTTTGAAGGACAGAATCTATGTGCCATCAATCACAATTTACGCGACAGCATTGGTGATTTAAAAGCCTGCTTTCAACGTCTTCCCCTACAATGCATTTTGGCCCATTTTCACTATGAGTTTGCTCAGTTCACTCGCTTGAGTATGCAATCAGATGTCCCTGTTCCTTATATCGCGTTATGCTTCATGCGCAGAGGGAGCATGCGATCCAGAATGCATCAGTGGCGAGACGAAGAAGCATTTTTTACTCACCGGTTTTGTTTGTCGTTTACTTCTGAGATTGGCGGTTACTCCGAATATGCTGCACATCAACTTACCTCCGGCACGAGTTTGTATATTCCGCTTAACGTTTTCCAGCGTGCAATAGAAAATGATGAGCTCGCAAATACCAGCCAGCTTTTTGTGAACTTAAAGTCAGAACATCCTCGGATGACACTTCTCACTGGCAAGGTCACTTCTTGCTTGCATACCCTGATTGCGGAAGTTGAAAACGAAGGTGCTGAATCTGAAGACATACTGATGGCGATTATCGATGAGGTAATTGATATCCTGCTTGATAATCATTGCCGGACACGAAACCGCATGGCTCTGTCGACAAAAGATATTCTGGCAATTCAATCGGCCCGCTTGCTCGTTGATAAAAGTCTGTACTCGCCGTTACGGTTATCTTCTATAGCCGCGCAAGTAGGAACGAATGAGTATAAGTTGAAAAAGGGGTTCAAGCAGCTGTACCAAACACCGCTATACCACTACGTATGCAGACGCCGGTTAGAAGTTGCCGCCGAACTGTTAAAAGCCACGAATAAGTCAATAACGGAAATAGCTAACGTCGTGGGCATACACAACCACGGACATTTTTCAGTCGCCTTTAAAAAACACTTCCGTTTCACGCCAAGTGCCTATCGTACTTTTGCCGGAATAAAAAATCCGTATTTGAGTAGCTAA	MLDLQLEHTAGNLFEGQNLCAINHNLRDSIGDLKACFQRLPLQCILAHFHYEFAQFTRLSMQSDVPVPYIALCFMRRGSMRSRMHQWRDEEAFFTHRFCLSFTSEIGGYSEYAAHQLTSGTSLYIPLNVFQRAIENDELANTSQLFVNLKSEHPRMTLLTGKVTSCLHTLIAEVENEGAESEDILMAIIDEVIDILLDNHCRTRNRMALSTKDILAIQSARLLVDKSLYSPLRLSSIAAQVGTNEYKLKKGFKQLYQTPLYHYVCRRRLEVAAELLKATNKSITEIANVVGIHNHGHFSVAFKKHFRFTPSAYRTFAGIKNPYLSS				NA	NA	NA	NA	NA
AK237_02288	1146	lldD	COG1304	L-lactate dehydrogenase	ATGCGATTAAGCCAGTGTCATAATTTTCATGATTTTCGTAAGTTGGCGCAGAAGCGTTTGCCCGGGCCAATTTTTAACTACATCGATGGCGGTGCTGACGATGAAACCACGTTACGCCGCAACACGTCGGCTTTCCGTGAGTGTGATCTGATCCCCCGCGTACTCACCGGCGTGAAAGATATTGATTTGAGCGTTGAAGTGATGGGGCAAAAACTGCAGTTGCCGGTTTATTTGTCACCAACCGCACTGCAACGTTTGTTTCATCATCAGGGTGAACGGGCTGTGGCTGCGGTCGCAGAGCAATTCGGCACCATGTTCGGTGTGTCGTCCCTCGGCACAGTAAGCATGGAGGAAATTGCTAAGCAATACGATACGCCTCAGGTATATCAGTTCTATTTCCATAAAGATCGTGGCCTCAATAAGGCCATGATGGAACGGGCGAAAGAGTCCGGTATCGAAGTGATGATGCTTACCGTCGATTCCATTACCGGCGGTAACCGCGAACGGGATTTGCGTACCGGTTTCTCCATTCCTTTCCGGTTGAATCTGGCGGGTTTATGGCAGTTTGCGACTAAGCCGGCGTGGGGCATTAACTATGTTACCCATGAAAAATTTTCGCTGCCGCAACTGGATGCCCACATTAATATGGGCGGTTCAACCAGCTCTATTGGTGACTACTTCACAAACATGCTCGACCCGTCGATGAACTGGAAAGACGTGGCTGAAATGGTGAAATTCTGGAACGGCCAGTTCTGTCTCAAAGGTATTATGAGCGCCGACGATGCTAAACGTGCCGTTGATATCGGCTGTACCGGCATTGTAATTTCAAACCACGGTGGCCGTCAGCTTGATGGTTCCCGAAGTTCTTTTGATCATCTGGCTGAAATTGTTGATGCCGTCGGTGACCAGATTGACGTTATGTTCGACAGTGGTATTCAGCGCGGTACGCATGTACTCAAAGCATTAGCGCTGGGTGCGAAAGCGGTCGGGCTGGGGCGTTACTATCTTTATGCACTGGCAGCGGCAGGCCAGAAAGGCGTAGAGCGGGCGATGCAGCAAATGGTGGCTGAAATCGAACGGGACATGCGCCTGATGGGCTGCAGCAAAATCAGCGAGCTGAACCGCGACCACGTGCGATTCAGATAA	MRLSQCHNFHDFRKLAQKRLPGPIFNYIDGGADDETTLRRNTSAFRECDLIPRVLTGVKDIDLSVEVMGQKLQLPVYLSPTALQRLFHHQGERAVAAVAEQFGTMFGVSSLGTVSMEEIAKQYDTPQVYQFYFHKDRGLNKAMMERAKESGIEVMMLTVDSITGGNRERDLRTGFSIPFRLNLAGLWQFATKPAWGINYVTHEKFSLPQLDAHINMGGSTSSIGDYFTNMLDPSMNWKDVAEMVKFWNGQFCLKGIMSADDAKRAVDIGCTGIVISNHGGRQLDGSRSSFDHLAEIVDAVGDQIDVMFDSGIQRGTHVLKALALGAKAVGLGRYYLYALAAAGQKGVERAMQQMVAEIERDMRLMGCSKISELNRDHVRFR	PGPT0001765_1995	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_SUGAR_ACID_UTILIZATION	PLANT_DERIVED_LACTATE_DEGRADATION,PGPT0001765-lldD-K00101	NA	NA
AK237_02289	1296			hypothetical protein	ATGTTAAGAAGAATTGATGCATCCATTATCAGCGATGACAACGAAAAGCTGAAAGGGCACTTAGACGCAGATTACGCTGCGCTGGCAGATAAACTGGCACGCCAGGATATCGATATTGAGAAAATCACTGAGCTGGCCGGTGAATTTCAGGTTGCCGTACCTTCATGGGGTACGGGTACCGGCGGCACCCGTTTTGCCCGCTTCCCCGGTGAAGGCGAGCCGCGCAACATCTGGGAAAAGCTGGAAGACTGCGCAGTGATCAACGAAATGTCAGGTTGTACTGACAGCGTATCGCCTCACTTCCCCTGGGATGTGGTTGACGATTTCTCTGAGCTGAAGCAAAAAGCAGATGAGTATGGTCTGAAGTGGGTATCGGTGAACTCTAACACGTTCCAGGATCAGCGTGGTCAGGAACACTCTTACAAGTATGGCAGTTTGAGCAACACCAAAAAAGAATCCCGTGACCTGGCCATTCAGCACAACCTTGATGTGATTGGCTACGGTCAGCAATTGGGCACGAAAAGCCTGACGGTATGGGTTGGCGACGGTTCGAACCATCCTGGTCAGCAACATTTCCAACGTGCATTCGAACGTTACCTTGCCAGCATGGAAGAAGTGTATAAAGGTTTGCCAGATGACTGGGAAATGCACATTGAACACAAAATGTTCGAGCCTGCATTCTACTCCACTATCATTCAGGACTGGGGTTCAAACCTGCTGGCCGCTATGCATCTGGGGCCTAAGTGTAAGTCTCTGGTTGATTTGGGTCACCATGCACCGAATACCAATATTGAAATGATTGTATCCCGGTTAATTCAGTTTAAGAAGCTGGGCGGTTTCCACTTCAATGACAGTAAATACGGTGACGATGACCTGGACAGTGGTTCACTGCATCCGTATCAGCAGTTCCTGATCTTCAACGAGCTGGTTGATGCTGAATATCGTCAGCAGGACGAGTTCGGTCCGGCGTACATGCTTGATCAGTCACACAACGTGACCGACCCGGCAGAAAGCCTGATCAATTCAGCCATTGAAGTACAGCGCTCTTACGTAAAAGCATTGCTGGTTAACCGCGAAGCCCTGTATGGTTTCCAGGAAGACAATGATGCACTGATGGCGTCACTTGAGCTGAAAAACGCGTTTAATCTGGATGTATCACCTATTCTGGCGATGGCGCGTTACCGAAAAGGGGCGCCCATCAATCCTCTTGGTGTTTACCGCGGTGTTGGGTATCGTGAAACCATGGCAAAGGAGCGTCCACGCGACCCCAATGCCACCGGTTCTGGTATCGTCTGA	MLRRIDASIISDDNEKLKGHLDADYAALADKLARQDIDIEKITELAGEFQVAVPSWGTGTGGTRFARFPGEGEPRNIWEKLEDCAVINEMSGCTDSVSPHFPWDVVDDFSELKQKADEYGLKWVSVNSNTFQDQRGQEHSYKYGSLSNTKKESRDLAIQHNLDVIGYGQQLGTKSLTVWVGDGSNHPGQQHFQRAFERYLASMEEVYKGLPDDWEMHIEHKMFEPAFYSTIIQDWGSNLLAAMHLGPKCKSLVDLGHHAPNTNIEMIVSRLIQFKKLGGFHFNDSKYGDDDLDSGSLHPYQQFLIFNELVDAEYRQQDEFGPAYMLDQSHNVTDPAESLINSAIEVQRSYVKALLVNREALYGFQEDNDALMASLELKNAFNLDVSPILAMARYRKGAPINPLGVYRGVGYRETMAKERPRDPNATGSGIV	PGPT0017770_24	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE-HEXOSES_UTILIZATION	PLANT_DERIVED_RHAMNOSE_DEGRADATION,PGPT0017770-rhaA-K01820	NA	NA
AK237_02290	2193	hcaB_2		3-phenylpropionate-dihydrodiol/cinnamic acid-dihydrodiol dehydrogenase	ATGCCTTATCAGCCAGATGAGTACAAACACGTTAAATATCTGTGGGAAGACGAGGTTGCAGATAAACTCGATCCCGTAGAAAACCTGGTATATCGCTCGAATAAGCTGGGCGAAGATCAGCGTATTACTAATACCGGCGGCGGTAATACTTCGGCTAAGTTAATGGAAAAAGATCCGTTAACCGGTGAAGAAACTGAAGTGCTGTGGGTAAAAGGCTCCGGTGGCGACCTGCGTACTTCAAAGAAAGAAAACTTCTCTTCTTTATACCAGGACAAACTGAACGCACTTGACGGCGTGTATCAGGACTATTCAGATAAAGGCTATAAGTCTGCCGGTGAAGACCGCATGGTTGGCATGTTCAAGCACTGTAACTTCTGTCTGAATCCACGCGCCTCGTCTATCGATACGCCTCTGCATTCAATGATTGACGAAAAGCACGTTGATCACCTGCACCCGAATGCAGTTATCTCCGTTGCATCCTGTAAGGCGCAGAAAGAACTGACTGAAGTGATCTGGGGCGGCAAGCTGGCCTATGTGCCGTGGATGCGTCCCGGTTGGGAAGCGGCGAAACTGTGTGAAGACACTTACGCTGCGAGCCCGGAAATCTGGGGTATTTTGTTAGGTCAGCACGGTCACACCAACTGGTCATCTGAAAGTAAAAGCTGTTACGAAACTTCTTTATGGGTTATCGAAACAGCGGCACGTTACATTGAAGAGCATGACAAAGGCGAAATGACCTTTGGCGGTCAGAAGTATCAGTCTCTGGATGATGCAGCCCGTACTGATCTGTTAAAAGACTTTTTACCGGTAGCCCGTGGTCTGCTTTCTAATAAAGTGAAGTTCATCGGTACTGTTCAAACTGACGATGCCACACTGCGCTTCGTAAACAGCGTTGATGCGCCCCGTCTGGCTGAGTTAGGTACATCGTGTCCTGACCACTTCCTGCGTACCAAAATTAAGCCACTGTTCGTCGATTTCGATCCACAGAATGACGGCTTCGATACCCTGATCACTAAGTTTAAAGCTGGTCTGGAAAAGTATCGTGAAGACTACACGGCATATTATGAAGCCTGTAAGCGTGATGATTCTCCGGCTATGCGTGACCCGAGCCCGACTGTTGTGCTGATCCCGGGTGTAGGCATGATTGCCTGGGGCAAGAACAAGAGTGAATCCCGCGTTACTGCAGAATTCTATAACTGTGCTATTGAAGTAATGCGTGGTGCAGAAGCGATTTCTGAATATACCGCGCTGCCAGCTCAGGAAGCATTTGATATTGAATACTGGGCGTTAGAAGAAGCAAAACTTCAGCGTATGCCGGCAGAAGCGCCACTGGCCCGCGACGTGGTTGTGGTGATTGGTGCCGGTGACGGTATCGGTAAAGCGACAGCGCACCGTGTAGCTAAAGAAGGTGCCCACGTAGTGTGTGCAGACCTTAACCTTGAGAATGCACAGCGCACCGCGAAAGAACTTACTGATAAATATGGTCAGGGAATTGGTGTAGCCGGTACAGGGATTTCTGCCTGTGGCCCGGCTGTAGCACTTCAGGCTGACATCACTAAACGTGAAACCGTGGAAGAGTTGTTCACACAGGTACTGCTGGCGTACGGCGGTCTGGATAAAGTGATTGTGACTGCGGGTGTATTCATCGCTGAAGGCGCAGACATGGCGAAGAACGATCAAATCTTCGACCTGAGCTTCGGCGTGAATGTGAAAGGCGGTTACGTAGTTGGCTCAACAGCGCAGAAAATCTGGGAAGCGCAGGGCCTGAAAGGCGCACTGGTACTGACTACCAGCGTGAATGCAGCCGTATCGAAGAAAGGTTCTCTGGCGTACGACACCAGTAAAGCTGCGGCAAACCATCTTGTTCGCGAACTGGCGGTTACCTTGTCACCGCTGGTCAACGTGAATGCACTGGCACCGGCAACAGTCGTGCAGGGCAGTAACATGTTCCCGAGAGACCGCGTGATTTCGTCACTGACCAAGTACGATATTGCTCATGATGAAAGTGAAAGCACGGAAGAATTACGTAACAAGCTGGCGCAATTCTATGCACAGCGCACGTTAACCAAACAACCTATCACACCGGATGATCAAGCCGAGGCGGCCTATCTTCTTGTATCCGGTCAACTGAGCAAAACAACCGGGCAAGTGATCAGTGTAGACGGCGGTCTGCATGAAGCTTTCCTGAGATAA	MPYQPDEYKHVKYLWEDEVADKLDPVENLVYRSNKLGEDQRITNTGGGNTSAKLMEKDPLTGEETEVLWVKGSGGDLRTSKKENFSSLYQDKLNALDGVYQDYSDKGYKSAGEDRMVGMFKHCNFCLNPRASSIDTPLHSMIDEKHVDHLHPNAVISVASCKAQKELTEVIWGGKLAYVPWMRPGWEAAKLCEDTYAASPEIWGILLGQHGHTNWSSESKSCYETSLWVIETAARYIEEHDKGEMTFGGQKYQSLDDAARTDLLKDFLPVARGLLSNKVKFIGTVQTDDATLRFVNSVDAPRLAELGTSCPDHFLRTKIKPLFVDFDPQNDGFDTLITKFKAGLEKYREDYTAYYEACKRDDSPAMRDPSPTVVLIPGVGMIAWGKNKSESRVTAEFYNCAIEVMRGAEAISEYTALPAQEAFDIEYWALEEAKLQRMPAEAPLARDVVVVIGAGDGIGKATAHRVAKEGAHVVCADLNLENAQRTAKELTDKYGQGIGVAGTGISACGPAVALQADITKRETVEELFTQVLLAYGGLDKVIVTAGVFIAEGADMAKNDQIFDLSFGVNVKGGYVVGSTAQKIWEAQGLKGALVLTTSVNAAVSKKGSLAYDTSKAAANHLVRELAVTLSPLVNVNALAPATVVQGSNMFPRDRVISSLTKYDIAHDESESTEELRNKLAQFYAQRTLTKQPITPDDQAEAAYLLVSGQLSKTTGQVISVDGGLHEAFLR				NA	NA	NA	NA	NA
AK237_02291	246			hypothetical protein	ATGCCCAATGTCAGCTTCGGTCACCATTTTGACGAATTTGTAAACCAACTCGTAGAGTCAGGTCGTTACAACTCTGTAAGCGAAGTAGTCTGTAGTGCTCTGAGACTTCTTGAGCTGCAGGAGAACCAAAACGTGAGTAATCACTTCATCGCAGAGGTTCAGAAGGGATTAGATAGCGGTAATGCCGGCACTTTAGATATGGCAGAAATTAAACAGATAGCCAGAAATAAACTTAATAGCGGGTAA	MPNVSFGHHFDEFVNQLVESGRYNSVSEVVCSALRLLELQENQNVSNHFIAEVQKGLDSGNAGTLDMAEIKQIARNKLNSG	PGPT0027540_745	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-TOXIN-ANTITOXIN_SYSTEM	CE-BACTERIAL_FITNESS-ParE-ParD|paaAR_TOXIN-ANTITOXIN_SYSTEM,PGPT0027540-antitoxin_parD1_3_4-K07746	NA	NA
AK237_02292	330			hypothetical protein	ATGGTAAATATCGAAACAAGCAACCAGGCAAAGCAAGACTTGATCGATATTTGGTTATTCATCGCAGAAGACAATTCCCGCGCAGCCGATTTGTTTTTGGATAAGCTGGGAAAGACTATCGAAAAGTTAGCTAACCTTCCTTTTATCGGCCTGAGGAAAAAAGAATTCGAGCTTATATGGCCAGATAAAGATATTCGTCTCTGGCCAGTAGATAGTTACATCATTGTTTATGAAAAGTGCTCATCTTCTATAAGGGTGTTGAGAGTCTTTAACTCATCATTAGATTACACAAGACTTACAGAAGATCTAAACACTCCCCCTGAAACCTAA	MVNIETSNQAKQDLIDIWLFIAEDNSRAADLFLDKLGKTIEKLANLPFIGLRKKEFELIWPDKDIRLWPVDSYIIVYEKCSSSIRVLRVFNSSLDYTRLTEDLNTPPET				NA	NA	NA	NA	NA
AK237_02293	786	ulaR_2	COG1349	HTH-type transcriptional regulator UlaR	ATGCTGGAGAAGCAACGTCACCAGCTCATTCTGGATATCCTTGATGAGAGCACTTTTGTAAGTGTGCGCGACTTGTGCGCGCAACTTAACTCGTCTGAAGCGACCATTCGTCGTGATTTAAACAAACTGGCTGATGCGAAGAAAATTAAAAAAATTCGCGGCGGCGCGCAGGTATTAGACAGTAAGACCGTGTCTAATATTCGTCTTTCCGGTAATGCATTTCTGGTGGACAGAGAGCGCAATACCAGCACCAAGCAACGCATTGCCAAAGCGGCCACTGACATGTGTGAAGACGGCGAAGCGATCATCATCAATGGCGGTACATCCACATTCATGATGTCTGAGTTTCTGGCCGAAAGACGCATGAACATTCTGACGAACTCCTTTGTGCTTGCACATGAGTTACTGGAAAACAGTCAGAATCAGGTCACGCTCCCCGGCGGGGAAGTGTATCGTAAGCAAAGTATCATTCTCAGCTCATTCGAAAACGACACCACACAAAACTACCGTGGTAGCAAAATGTTCATGGGCTCACCCGGTGTCAGTGAATTCGGCGTAATGGAAACCGATCCACTGCTGATTCTGGCGGAGCAAAAACTCCGTAAGCGAGCAGATAAACTCATCGTACTGGCCGACAGCAGTAAAATTGGCGTTAAAGGTAACCTGATTTTCTGTGGATTGTCTGAAGTCGATACGGTCATCACCGACAGCAATGCAGCACCCGAAGCACTGGATAAAATCCGCGAATTTGGCGTGAATGTGATTGTGGTCGAGGCCTGCGATTAG	MLEKQRHQLILDILDESTFVSVRDLCAQLNSSEATIRRDLNKLADAKKIKKIRGGAQVLDSKTVSNIRLSGNAFLVDRERNTSTKQRIAKAATDMCEDGEAIIINGGTSTFMMSEFLAERRMNILTNSFVLAHELLENSQNQVTLPGGEVYRKQSIILSSFENDTTQNYRGSKMFMGSPGVSEFGVMETDPLLILAEQKLRKRADKLIVLADSSKIGVKGNLIFCGLSEVDTVITDSNAAPEALDKIREFGVNVIVVEACD	PGPT0019585_139	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ACROBIC_ACID|VITAMIN_C_UTILIZATION	PLANT_DERIVED_VITAMIN_C_UTILIZATION,PGPT0019585-ulaR-K03477	NA	NA
AK237_02294	1380	fucK		L-fuculokinase	ATGCTTAAAGCCGTTCTGGATATAGGCAAAACCCACATTAAATTGCTGTTGGTAGATAACGGTAAAGAATGCGCCAGCTTCAGCTGTAAAAATGCGCCCATTGCCGGCATGTATCCTCAGGCAGATGTGGAAGGCATATGGAACTGGCTGGCAGAAACCTTACGCTCCTGCACACTGACGCCTGATATCAACGCTTTTGTTGTCACCACTCACGGCGCGACGGCTGCGTTAGTAAATACAAACGCCCCTGAAGGGGATCAACTGGCACTGCCCGTTTTAGATTATGAATTTCAGGGCGTAGAGAGTTGCTCTGATGCTTATGAAAGTGTACATCCTGACTTTTCAGAAACCTTGTCACCCGCATTGCCAGCAGGTTTGAACCTAGGTAAACAATTGTTCTGGTTACAGCAGAAGTATAAAGAGGCGTTCGACTCGGCCTCAACCATTTTGCTTTACCCGCAGTACTGGGCCTGGCGTCTCGGTGGTTCACCGGCTGCAGAAGTAACATCTTTGGGATGTCATACCGATATGTGGCAACCTCAGAAAAAAGACTATTCTTCGCTGATAGATAAGTGTGGCTGGCGGGAAAAAATGCCGGCACTTAAAAACGCATGGGATTGTCTTGGCACCGTGTCGGCACAGGTTGCAAAGGAAACCGGATTATCTGAACAGTGCGAAATTTTTGCCGGTATCCACGACAGCAATGCCAGCCTGCTGCGCTATTTGTCACTGGCGAAAAGTGGCGAGAGTTTCAACGTGATTTCTACCGGAACCTGGACCATTCTGATGCAGGCAAACGGTAACACCGGCAAACTTGCCAGCTACAAAGATACCCTGGCCAACGTGGATATTTTCTCTAACCCGGTCAGTTGCGCACGTTTCATGGGCGGACGGGAATACGAAAGCATCTGTACTTCTCTGGGCGGCAACATTCGCATGAGTGCTGAAGCCGGGGATATTCAGCAGGCGCTGGATGAAGGCTGGATGGTGACGCCGGATTACAGTCAGGGGAATGGCTCCTTCGGTGGCCTCACTGCAAAACAATTATGTCCGGATGCGCCGCCTGCTCCCCAAGCGATTGCGACATTGTATTGTGCGCTGATGATTGATCAACGGTTAACTGATCTGCATTCCACTGGCACGATATATATAGAAGGGGCATTCCTGAAGAACCCGATGTTATGCCAGTTAGTCGCACAGCTGCGCCCGGGCCAGACCGTAATGCTCTCCCGTGACAACACGGGAACAGTAATGGGCGCGGCGAGTTTAATTCACTTTGATAAAAAGGCTGCGGCTGAACTGGACTTAGTGCCCTGTGAACCTGCTGCATTTGATAAGTTGGAAGCGTACCGGGAAAAGTGGTACAAATCGATTGGATGA	MLKAVLDIGKTHIKLLLVDNGKECASFSCKNAPIAGMYPQADVEGIWNWLAETLRSCTLTPDINAFVVTTHGATAALVNTNAPEGDQLALPVLDYEFQGVESCSDAYESVHPDFSETLSPALPAGLNLGKQLFWLQQKYKEAFDSASTILLYPQYWAWRLGGSPAAEVTSLGCHTDMWQPQKKDYSSLIDKCGWREKMPALKNAWDCLGTVSAQVAKETGLSEQCEIFAGIHDSNASLLRYLSLAKSGESFNVISTGTWTILMQANGNTGKLASYKDTLANVDIFSNPVSCARFMGGREYESICTSLGGNIRMSAEAGDIQQALDEGWMVTPDYSQGNGSFGGLTAKQLCPDAPPAPQAIATLYCALMIDQRLTDLHSTGTIYIEGAFLKNPMLCQLVAQLRPGQTVMLSRDNTGTVMGAASLIHFDKKAAAELDLVPCEPAAFDKLEAYREKWYKSIG	PGPT0017435_182	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE-HEXOSES_UTILIZATION	PLANT_DERIVED_FUCOSE_DEGRADATION,PGPT0017435-fucK-K00879	NA	NA
AK237_02295	2661	btuB_22		Vitamin B12 transporter BtuB	ATGGCTTCATTTTCGGGACTGACAACCACACCTGTTTTTCGCCGATCAATGCTCGCGGCAATGATCACAGCGTCTCTTTCACCATTAGCAGTGGCGCAAGAAGCGGACGCCCAGCAATCTGAACCTGATCCAATGGTAGAAACTATCGAAGTGAGAGGGTCTGCCACCGGCACACTGATCCGTGGTGCCACGCCAGTAGGTACGAATGTCGTTGGCATGTCGGAAGAAGATGTCGCTGAAATTGGTGTGCCAGATAGCAACGAACTCCTTGCGCAAATCCCGCAAATGACCAGTACATTTAATAGTCGCCCCACCATGGCAACGGACATTGGCCAGGGGATGCCCATGCCTAAATTGCGTGATATTGGTACCGGCGGCGGCAACACAACGCTGGTATTGTTAAACGGCTTGCGCTTACCGGGCTCCGGTATTATTCAAACCGTTCCAAATGCTGCGGCCATTCCTCCTTCAGTATTAAGCACTGTCGAAGTGGTGATGGATGGTGGTTCGTCTATTTACGGTTCTGACGCTATCGCTGGAGTAGTTAACTTTATTACTCAGCGCCCAAAAGATGGTGTGACCATAAACATTGAAGGCGGCTTTGGCGATAGCTACAACGCTGGCTCTTTAAATCTGACGGCGGGTAAGTCGTGGGATTCAGGTGCTGCGATGCTCTCGTTTTACCATGCTGAGAACAGTGATGTAATGGGCGCGGACAGAGATTTTATTACGGCTGATAGCACGGCGAAAGATGGCGGCGATTATCGCACGCGTCAATGTAGCCCAGGAAACATTACCGTAAATGGCACAAGTTACCGCATGGATACATTGTCTGAAGGTAGCAATCTTTGTGATCCGAACGATGGCATTTCATACGTGCCAGAGCAGAAACAAGATACCCTCTTTTTGTCTCTGGAGCAGGAATTTTCTGACAACGTTTTCCTCAACCTGAATACTTACTATAGCGACTGGGGTGTAGACATTACCGGAGATGCAACCAATTCGGTAACGGATTTGGGGGCTTCTGGCACTATTACTTCCGATAATCCTTATTTCACTGCTATTGGCGATGAAACTTCGCAAACCGTTGAATTTGATTTCTCTGACGTAGTTGGTCCTGGTGCCAAGAACAGCAGCGACTTTAAAGCGTTCTCCTTCATGCCAGAGTTGACGGTTGAATTACCTAATTACTGGCGTTTAAAAGCTGCATATAGCTACGGGTGGGCAGAAACGCACGGTGAAGAAACGGGTATAAATGCATCAGCAGTCGCAGCTGCACTGGCAGGTACTGACACATCATCAGCGTTAAACCCTTACGATGTCGCTTCTACAAACTCTGCGGTATTAACCAATATCCTGTCCTACTACGGCACGTTAGGAGATGCGAAACAAACGCACCATCAGGTACGCTTAACATTAGACGGAGCTATTTACTCACTACCCGCAGGCGAGGTTATGCTTGCCGTGGGAACGGAGTACTTTAAACAGAATTACGATGTATCGTTTGGTGGCGGAGCAGCAAACGCGCTACAGATGACTGAAACCTCCGCATCACGCAACGTAAAATCTGTATTCAGTGAAGTTGTCGTGCCTATTATGGATGACATCGATGCCGGAACTATCGATTTCACCGCATCAATTCGTTATGACAACTATAACGATGTGGGTAGCACAACTAATCCAAAAATCGGCGTCGATTATTCTCCCACTGACAGTTTGCGTTTGCGAGCTCAGTGGGGCACTTCTTTCCAGGCGCCAAGCTTGGCAGACTCAGGTGCTGCGGTCGATACGCGAGCCATTACCATGGCGAATAGCCCGTTTCTTGCTCCGGATGCGTCCGATTCTGATTTCAACCGTGGCACCATCATTCTGGCCGGTGGTAGCGACGGCTTGCAACCAGAAGAATCTGAATCTTACAGTGTTGGTTTCGACTGGACGCCGGAATTTTCCGAAGGGTTAAAAATCAGCATGACATACTTTGATGTGGACTACTCAAGCGCCATTAGTCTTGCACCGTTCTATACACCAAGCGTACTGTTCAACACCGCAGGCTATGCAGATTACTACACATTGAATCCAACGTTAGATGAAGCACTTGCTGCCGCTGACGGTATGCGCATAGATGGACAGTCCATTGAAAGTTTATATGCTGACGGTAACTCTGTGTATGCGCTATTTGATGCACGCCGCAACAACATGACAGCTACCAAGCTGTCGGGTATAGACTTTGATGTTGCCAAAGAATGGCAAACCAGCTTCGGTAGTGTAAATGCCAGTGTGGCTGGTTCTTACACATTAGATAGAACCTTCCAACCGGTTCAGGGTGCAGCTTATCAAGATGAAAAAAGCACTGATGAGCGAGGAGATTACAATTTGTTAGCGCAGGTGGGTGCTACGTACGACAACATGGTTGGTACAGTGCGCATTCTGCACACCGATGGATGGGATAATGCAGTGGCCTCTGCAGACTCGCTGACGACCGTGAACTTGTTTGGAAAGTATGATCTGGGCGAATACGAATTTGTCGACGAAGCATCTATTACAGTTAATGTTGATAACTTATTCGACGAAGATGCTGTGTATTTTGATGACGTAAACGGATTTATAAGTGGCTCAACGCTGGGCCGGGTAGTTTACCTGGGACTAAACTTGAAGATGTAG	MASFSGLTTTPVFRRSMLAAMITASLSPLAVAQEADAQQSEPDPMVETIEVRGSATGTLIRGATPVGTNVVGMSEEDVAEIGVPDSNELLAQIPQMTSTFNSRPTMATDIGQGMPMPKLRDIGTGGGNTTLVLLNGLRLPGSGIIQTVPNAAAIPPSVLSTVEVVMDGGSSIYGSDAIAGVVNFITQRPKDGVTINIEGGFGDSYNAGSLNLTAGKSWDSGAAMLSFYHAENSDVMGADRDFITADSTAKDGGDYRTRQCSPGNITVNGTSYRMDTLSEGSNLCDPNDGISYVPEQKQDTLFLSLEQEFSDNVFLNLNTYYSDWGVDITGDATNSVTDLGASGTITSDNPYFTAIGDETSQTVEFDFSDVVGPGAKNSSDFKAFSFMPELTVELPNYWRLKAAYSYGWAETHGEETGINASAVAAALAGTDTSSALNPYDVASTNSAVLTNILSYYGTLGDAKQTHHQVRLTLDGAIYSLPAGEVMLAVGTEYFKQNYDVSFGGGAANALQMTETSASRNVKSVFSEVVVPIMDDIDAGTIDFTASIRYDNYNDVGSTTNPKIGVDYSPTDSLRLRAQWGTSFQAPSLADSGAAVDTRAITMANSPFLAPDASDSDFNRGTIILAGGSDGLQPEESESYSVGFDWTPEFSEGLKISMTYFDVDYSSAISLAPFYTPSVLFNTAGYADYYTLNPTLDEALAAADGMRIDGQSIESLYADGNSVYALFDARRNNMTATKLSGIDFDVAKEWQTSFGSVNASVAGSYTLDRTFQPVQGAAYQDEKSTDERGDYNLLAQVGATYDNMVGTVRILHTDGWDNAVASADSLTTVNLFGKYDLGEYEFVDEASITVNVDNLFDEDAVYFDDVNGFISGSTLGRVVYLGLNLKM	PGPT0003790_4856	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0003790-hutA|fatA|fct|foxR-K02014	NA	NA
AK237_02296	3633			hypothetical protein	ATGCGCCATCTTTTGCTTACGCTCGCTATCTCGGGGCCAGCCGTTTTGTTGTCGGGTTGTGAAGGAACTGGAAATTTTCATTCCGTTTCAGAGCAATTTGATCTGACCGCCCTTAAAACCGAATACCGCAACCAGCCTATAGGTATCGATGTCACCGCGCCCCGGTTCAGTTGGCAGATGTCTGCTAAAGGCGGAGCAAAAGGTCTTAGCCAGTCGGCTTACCGGATCCGCGTGACAGATGAAAACGGCGCGCAGGTATGGGACTCCGGCAAACAAAACTCCTCAGAAGCGCTGCATATTATCTATAAAGGCAAACCTCTGAGCCCGCGTACACAGTACTCGTGGCAGCTGACGGTATGGGACAGCGAAGGCGATGAGAGTCAGGCCACATCTACTTTTGAAACAGGCTTACTTGATACCTCTCTGAATGCCTGGAACGGCGCAACTTGGATAGGCGGAGATGACGACGCCCTCCCCCTGTATGGCGATTACCTGCCTCTATTCCGCATTAGCGCAGACGTAACCATTGAGGAAGGTGGTACAGCCGGTGGTATTGTTTATGCGGCTAATGACCCGAGAATGATGGATAAGTATAAGAACATCTATCAGGTAGAAAGCGGCGAAGACGAGAGTTATTTCAAGATTGAGCTGGACGTGAAAGGCGTTGAAAATGGTGAACCGGCGACGCTGAACTTTTACCGTGCCGGTTACACGCCGGAAGACAACGCAGATACGCCGGTAAAATCCTTCGATATTAAGCAATCATTGATCAATGCCTATAACCGTTTTAAACCTCACCACCTGCTTATCAATAATGAATTCGGCAATGTCACCGTTCAGTTAGATGGCAACCCTGCATTCTGGGTTGGTGCAGAATCTGAAGAAAAATCAGGGTTCCAGATGATGTTTCCGCCACTGGTGGAAGGGGCAACGGTACAGCTGAATCCTCTAGGTCACAACCATGACTATGTTACCTATGGCATGCTTAACGATATCGGTGTAGCGGCAGATGCTGGTACAACCGTCACAGTAAGCAATCTGACGGTGAGCAACATGCATACGCCGCACAGTGTGCTGTTTAATGGAGCTGAGCATGGCGCTGAATTCGCAGAAAAATCTGCGCAGGTCAGCGATACCAAAGCAGGGATTACCTTCACCGGTTCTGATGACCGCCAACTGGTTGTTGTTGATACCCAAAGTAACGGTATGCCGCAACTGCGTACTGAGTTTGATGTGGCAGAAAAGGCCGTCAGCAAAGCCCGTTTGTATGTGACCGCGCGGGGAATTTACGAATACTATGTGAACGGCAAAAAGGTCAGTAACGATTATTATAATCCGGGCCTTACTCAGTACAACCTGACCCACCTTTATCAGTCTTATGATGTCACCAGTGCCATTCAAAAAGGTGAAAACGCCATGGGCGCACGGCTGGGCGAAGGTTGGTGGAGCGGTATGCTGGGCTTCGGCAACACCTGGAACGGCTTCGGCGATCGCCAGTCGTTGCTCGCGCAACTGGTCATTACCTATGAAGACGGTTCTGAGAGTATTGTGGTTACCCAACCGGGCAGCTGGCAGTTCAGCGACACGTCACCGGTAGTGTACGGCAGTTTGTCTATGGGTGAAGTGTACGATGCCCGAATCGCAGAAGCGCAGGCTGGCTGGGCGACCCCGTCGTTCGAAGGCGAATGGAAAGCGGCAGCCGAAATTTCTCTTGAGAAAACAAAAGCGCAGAATGTGCAGCCAAATATGATGCGCCCTGCACAAACGCTGTCGTACGACAATATGAAGCTTATCGGGCAAATCGGTGAACCGGCCCGTGAATTTACCACCGTTCAGGCAAAAAGTGTGGAAGAGGTGCGACCCGGCGTGTTTGTCTATGACCTTGGACAAAATATCGTTGGCGTACCTCGTCTGCATTTCCAAGACGGTAAATCAGGCGAAGCCGTTACCGTGCGCTTTGCCGAAATGCTCTATCCGGACTTACCGGAATCAGGCCCGAACGTGGGCATGATCATGACAGAAAATTATCGTGCCGCACTCAGTCAGGATATCTATATCATGGCAGACGGCGAACAAACCTTTGAGCCGCATTTCACTTCACATGGCTTCCAGTACATTGAAGTCACAGGCATTGAAAAGCCTCTGCCCCTTGAAGCGGTCAACGGTGTGGTAGTAAGTTCAGTACAGGCGCTGACTGCCAGTTACGAATGTTCAGACGACAAGGTTAATCAGCTATGGTCAAACCTGACATGGTCTAACGTAGACAACTTTCTGTCTGTACCGACTGACTGTCCCCAGCGAAACGAACGTATGGGCTGGTCCGGCGACATCAACGTGTTTGCCCCCACCGCAACGTATGTAAGTGATGCCTCACAGTTTATGCGTCGCCATTTACAGGCAATGCGGGATACTCAGGCCGAGAGTGGTCGCTATGCTGATGTTGCTCCTGTTGGCGGCGGTTTCGGTGGCGTGCTGTGGGGCGTAGCCGGTATTACCGTTGCGTGGGAAACCTACTATCAATATGGTGATAAAGGCTTACTCGCTGAACATTACGCGTCCATGAATGAATACATGACATTCCTGCACGACTCCATCGACAGCGAAACCGGCTTAAGCACTGACTCCGGTTTGGGAGACTGGTTAGGCCCGCAGAACAATCAGTTAGGTGCAGATTATCTGGCTACGGCTTATCACATTTATGCGCTGGATATTATGGCCCAGGTAGCAGCGGTACTGAGCGACGATGCGCAGGCCCGCGAGTACCGCAATCAGTATGATGAACGTAAAGCCTTCTTCAACGACAAGTTCGTTAATGATGAGATGCAAACCGTTGGTCTGGTGGGCGGCCCAAGTATGTTTAATCCGGTGGCTCCACCAGCAGAATGGGCAGTAGCAGACACCCAAACCTCGTTTGCGGTTGGTCTTGCAATGAACGCATTCAACGAAGACAACGCAGCAGCGATGGCAGAGAAGCTGACCCGTTCGGTATCGTCACAAAACGTTGACGATGCAGGGAAAACCCGCCCGGCTTACTCATTGATGACCGGCTTTATTGGTACAGCCTGGATCAGCAAAGCGCTGTCTGAGAATGGCTATACCGGTGATGCATACCGCTTACTGCTCAACGACCAGTATCCGTCGTGGTTGTATCCTATCGACCAGGGTGCGACAACAATTTGGGAGCGCCTGAACGGTTACACTGTTGAAGACGGATTCGGTGGGAATAACAGCATGAACTCCTTCAACCACTATTCATTCGGTGCTATCGGTGAATGGTTAATCAGCCACTCAGGCGGTATTCAACGACTGAGCCCCGGTTTTAAAACCTTTGCGCTGAAACCGGAGTTTGATCCGCAGAATGAAATTGACTGGGTTAAAGCAGAATATGATTCGCCATACGGAAAAATTTCGAGCCACTGGCAAGTAAAAGATGGTAAGTTTGACTACCGGGTAACCATTCCTGCTAACACTACAGCAACAATTTCGTTACCCGGCGCGCAGCAAGCATTGAAGATTGATGGCGAGAATGTGAAAGCCAGTGAGTTCGTATCTAGCGTTTCCCGTGCTGATGAAATGAACACCTTTTCATTAGGCTCAGGCACTTACCAGATCACAGGCGCCGTTAACGAATAA	MRHLLLTLAISGPAVLLSGCEGTGNFHSVSEQFDLTALKTEYRNQPIGIDVTAPRFSWQMSAKGGAKGLSQSAYRIRVTDENGAQVWDSGKQNSSEALHIIYKGKPLSPRTQYSWQLTVWDSEGDESQATSTFETGLLDTSLNAWNGATWIGGDDDALPLYGDYLPLFRISADVTIEEGGTAGGIVYAANDPRMMDKYKNIYQVESGEDESYFKIELDVKGVENGEPATLNFYRAGYTPEDNADTPVKSFDIKQSLINAYNRFKPHHLLINNEFGNVTVQLDGNPAFWVGAESEEKSGFQMMFPPLVEGATVQLNPLGHNHDYVTYGMLNDIGVAADAGTTVTVSNLTVSNMHTPHSVLFNGAEHGAEFAEKSAQVSDTKAGITFTGSDDRQLVVVDTQSNGMPQLRTEFDVAEKAVSKARLYVTARGIYEYYVNGKKVSNDYYNPGLTQYNLTHLYQSYDVTSAIQKGENAMGARLGEGWWSGMLGFGNTWNGFGDRQSLLAQLVITYEDGSESIVVTQPGSWQFSDTSPVVYGSLSMGEVYDARIAEAQAGWATPSFEGEWKAAAEISLEKTKAQNVQPNMMRPAQTLSYDNMKLIGQIGEPAREFTTVQAKSVEEVRPGVFVYDLGQNIVGVPRLHFQDGKSGEAVTVRFAEMLYPDLPESGPNVGMIMTENYRAALSQDIYIMADGEQTFEPHFTSHGFQYIEVTGIEKPLPLEAVNGVVVSSVQALTASYECSDDKVNQLWSNLTWSNVDNFLSVPTDCPQRNERMGWSGDINVFAPTATYVSDASQFMRRHLQAMRDTQAESGRYADVAPVGGGFGGVLWGVAGITVAWETYYQYGDKGLLAEHYASMNEYMTFLHDSIDSETGLSTDSGLGDWLGPQNNQLGADYLATAYHIYALDIMAQVAAVLSDDAQAREYRNQYDERKAFFNDKFVNDEMQTVGLVGGPSMFNPVAPPAEWAVADTQTSFAVGLAMNAFNEDNAAAMAEKLTRSVSSQNVDDAGKTRPAYSLMTGFIGTAWISKALSENGYTGDAYRLLLNDQYPSWLYPIDQGATTIWERLNGYTVEDGFGGNNSMNSFNHYSFGAIGEWLISHSGGIQRLSPGFKTFALKPEFDPQNEIDWVKAEYDSPYGKISSHWQVKDGKFDYRVTIPANTTATISLPGAQQALKIDGENVKASEFVSSVSRADEMNTFSLGSGTYQITGAVNE	PGPT0019195_44	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES	CE-EPS-RHAMNOSIDASE,PGPT0019195-ramA-K05989	NA	NA
AK237_02297	2013			Putative beta-xylosidase	ATGAAAAAGCATACAGCAACACTGGGTAGTGCCTGCCTTATCACTACCGCTATGCTTAATGGTTGTGGCGAGAAACCCTCGCCCACCCAGGTTGAGCAACCGAAGAAAGATTCCGCCCCTGTAAGCCAGGTGGCGGTTAAAACCACCAGCAAAGCCGTTATCGAACAGGACGGCCTGACCTTCCGTGATTTGAATGCGGATGGCAAACTTACGCCGTATGAAGACTGGCGTTTACCCGTTGAAGACCGTGTGGCCGATCTGGTTGCCCGCATGACGCTGGAAGAAAAAGCCGGTGAAATGGTGCATGGCACGCTGCCAGGTAAAAATGGATTTGCCGGTTTTTCTCAGGACGGCTATGACATCGATGTCGCCACTTCTCTATTCAAAGACAAACACATCGGCAGTTACATCAGCCGCCTGAACATGTCTCCGTCAGATCTGGCCGTAGAGAACAACAAAGTCCAGGCGCTGGCAGAAACCACCCGGTTGGGCATTCCTGCTATTATCAGTACCGACCCGCGCAACCACTTCCAGTACGTGCTAGGTGCTGCAGAGTCTACCGATGGTTTCACGCAGTGGCCTGAGCCTCTTGGTTTTGGTGCGTTGAACGATCCTGAAGTGACCGAACAGTTTGGTGACATTACCCGTCAGGAATATCGTGCAACGGGTTTTACCATGGCGTTATCACCGCAGGCTGACTTAGCCACCGAGCCCCGCTGGCCCCGCATCATTGCCACCTTTGGCAGCGATGCTGGAGAAGTGAGTCAGCAGGTGGGCGCGTATATTCGTGGTTTCCAGGGCAGCTCTGATGGTATCACTCCGGAAGGCGTATCAACCGTTACCAAACACTGGGTAGGTTACGGTGCAGCGGTAGAAGGTTTTGATGGCCATAACTACTACGGCCGCAATGCACAGCTGGACGATACCAGCTTTGAAGATCATATCCGTGCATTTGACGGTGCTTTCGAAGCAAAAACCACCGGCATTATGCCTGCTTATCCCATTTTACACGGCATCACTGTAGACGGTGAGCCGGTAGAAGCAGTAAGCCCGGGCTTCAACAAACAAATACTGCAAAACCTGCTGCGCGGCGATGCCGGCTTTGAAGGCGTTGTGGTTTCAGACTGGGCGGTAACCCGGGACTGTAGTGAAGAATGCAAGGCACCGACTAAACCACAAGGTGTGCGTGAAATTGCGACGCCGTGGGGTGTGGAAGACCTGACTATTCCTGAGCGTTTCGTGAAAGGTATTACCGCAGGTATCGACCAGTTCGGCGGTGAAGACCAGCCTGAGATCATCGTTAACGCAGTGCATGAAGGCAAACTGACAGAAGCGCGTATCGATGAGTCGGCCACGCGCATTCTCACGCTGAAGTTTGAGCTTGGTTTATTCGACAACCCCTACGTGGATGAAGCCAATGCAGCTTCGAATGTGGGTAAACCGGAATGGCGTGCACTGGCACGGGAAGTTCAGGCAAAATCTCAGGTGCTACTGAAAAATGCAGATAAGCTGCTGCCACTGGCTGACTCGATGAAGAAAGTGTTCGTTGATGGCTTAAATGCAGAGGCACTTACCGCTCGCGGCTTTGAAGTTGTGACCGACCCGGCCCAGGCCGACTTTGCGATTTTCCGCTTCTCAACGCCTAGTGAAAAGCTGCATCCGAACCACTTCTTCGGCAGCCGCCAGAATGAAGGCCGCGTGTCATTCCGTGAAGACGATGAGAAGTATCAGCAAATGTTGGCCGTTAGCCAGCAAGTGCCAACTATCTTATCCGTCTTTCTGGAACGCCCCATGATCATGGGTGAACTGAACAATACCGCAGGCGCTATTCTGGCTAACTTCGGTAGTGCAGACGATGCCGTAATTGATGTCCTTACCGGCAAGGTATCACCCGCCGGCACCCTGCCACTGGAGCTGCCGTCTTCTGATGAAGCCGTAGAAGCACAGAAACCCGGTTACGCAGACGACAGCGAAAATCCGCTGTATAAGCGCCGCGCAGGACTCACGTTCTGA	MKKHTATLGSACLITTAMLNGCGEKPSPTQVEQPKKDSAPVSQVAVKTTSKAVIEQDGLTFRDLNADGKLTPYEDWRLPVEDRVADLVARMTLEEKAGEMVHGTLPGKNGFAGFSQDGYDIDVATSLFKDKHIGSYISRLNMSPSDLAVENNKVQALAETTRLGIPAIISTDPRNHFQYVLGAAESTDGFTQWPEPLGFGALNDPEVTEQFGDITRQEYRATGFTMALSPQADLATEPRWPRIIATFGSDAGEVSQQVGAYIRGFQGSSDGITPEGVSTVTKHWVGYGAAVEGFDGHNYYGRNAQLDDTSFEDHIRAFDGAFEAKTTGIMPAYPILHGITVDGEPVEAVSPGFNKQILQNLLRGDAGFEGVVVSDWAVTRDCSEECKAPTKPQGVREIATPWGVEDLTIPERFVKGITAGIDQFGGEDQPEIIVNAVHEGKLTEARIDESATRILTLKFELGLFDNPYVDEANAASNVGKPEWRALAREVQAKSQVLLKNADKLLPLADSMKKVFVDGLNAEALTARGFEVVTDPAQADFAIFRFSTPSEKLHPNHFFGSRQNEGRVSFREDDEKYQQMLAVSQQVPTILSVFLERPMIMGELNNTAGAILANFGSADDAVIDVLTGKVSPAGTLPLELPSSDEAVEAQKPGYADDSENPLYKRRAGLTF	PGPT0019110_6317	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES	CE-EPS-GLUCOSIDASE,PGPT0019110-bglX-K05349	NA	NA
AK237_02298	771	map_2	COG0024	Methionine aminopeptidase	ATGAGTAATGTAACGATAAAAAATGCGCAGGAAATCGAGTTGATGCGCGAGTCTGGCCGGCTGCTGGCGAGCGTTTTTCATGCGCTGGACAAAGAAATTCACGCGGGCATGACCACCATGGAAGTGAACGATTTCGTTGATGCATATATCACTGATACTTTGCAGGCAAGACCGGCCAGCAAGGGGCAGTACGGCTATGAATATGTACTTAATTCATCGGTAAACGAAGTGGTATGTCACGGTGTGCCGTCGGTAGCAAAGAAGCTGCGGGAAGGGGATATCGTGAATGTGGACATCACGCTGGAGAAAAATGGCTTTATTGCCGACAGCAGCAAAATGTATTGCATAGGTAAAGTCTCACCCATTGCGAAAAAGCTGGTAGACACCACTTACGAAGCCATGTGGAAAGGCATCGAAACCGTAAAGCCAGGCGCGACGCTGGGGGATATTGGTCATGCCATTCAGTCGCATGTGGAAAAAGCAGGCTTCAGTGTCGTGCGGGATTACTGCGGGCACGGTATTGGCCGTGAAATGCATGAAGAACCGCAAGTGGCGCATTACGGCCGCAAGGGCACAGGTATGCATTTAGTGCCAGGCATGACATTTACCATTGAGCCGATGATTAATCAGGGCACCTACAAAACCAAGCAGAAGAAAGACGGCTGGACAGTGGTGACCCGCGACAAAAAACTCTCAGCACAATGGGAGCACACCATTCTGGTGACTGAAACCGGGTTCGAAGTGCTTACATTGCGGGATGAGGAACGCTAA	MSNVTIKNAQEIELMRESGRLLASVFHALDKEIHAGMTTMEVNDFVDAYITDTLQARPASKGQYGYEYVLNSSVNEVVCHGVPSVAKKLREGDIVNVDITLEKNGFIADSSKMYCIGKVSPIAKKLVDTTYEAMWKGIETVKPGATLGDIGHAIQSHVEKAGFSVVRDYCGHGIGREMHEEPQVAHYGRKGTGMHLVPGMTFTIEPMINQGTYKTKQKKDGWTVVTRDKKLSAQWEHTILVTETGFEVLTLRDEER	PGPT0020010_7187	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
AK237_02299	207			hypothetical protein	ATGGGTATTGTTAAAATCTCCGACCAACTTCATGAAGAAGTGCGCAAAAACAGTGTGGTGATGGAACGTTCTATCAATTCGCAAGCAGAGTTCTGGATGAAAATTGGACGGCTGGCTGAGCAAAATCCTACGCTCACTTATGAGGAAATAATCGAACGTGAAAAGCGTCAGCAAAACGTGTCGACTGTGAGGCTGGTTAATGAGTAA	MGIVKISDQLHEEVRKNSVVMERSINSQAEFWMKIGRLAEQNPTLTYEEIIEREKRQQNVSTVRLVNE				NA	NA	NA	NA	NA
AK237_02300	1098		COG2220	putative protein	TTGGGTGTTATGAAGAAACTGCTGGCCTGGTCGCTGGCCATTGTGATACTGCTGTTTGTCAGCGGTTTTTTATTTGTGAAGTTGTCACCTGTGTTTGGTGGTGCCCCCGATAAGATCACGCGTGAACGGATGCAGGCATCCAGAAACTTTAGCAATGAAGTTTTTGTAAATCGCCATCCCGTATCAAACGATCCTGACAGCCCAAAGCCTCCTATGGCTAAGTGGCTAAACTCGGTTATCTTTCCGCCAGCGGGCAAGCATCCTTCCGGAGCACTGCCGGCAAAGGCACCAAACTATATTTCCCGACGCACTCCGGCTTTCACCTGGTTCGGACACTCCACTATTTTTATCGACACAGGCTCGATAACGGTGTTGACCGATCCTGTATTTTATCGGGCGTCGCCGGTATGGCTTATTGGCACGCCTTATCCGACAGATAAGAAACTTGTGATCGACGACTTGCCCTATGTCGATGCCGTGTTGATTTCTCATGACCACTACGATCACTTAGATGCCAAAGCAATAGCAGAGCTCGATAGCAAAACTGGTCACTTTTATGTTCCCCTTGCCGTGCGCGCTCATTTACTGAAATGGGGCGTCGACGACAGTAAAATTACCGAGCTGGATTGGTTCGAACACGCCAATCTGGGTAACACGCGGTTTATATTTACGCCGTCGAAACATTTCAGCGGCCGCAAACCCGGACAACGCAATGACACACTGTGGGGTTCGTGGGTCATTCAGGCACCGGAAGTGTCGGTGTATTTCAGTGGTGATGGTGGCTACAGCCCGGATTTTGCCGAAATAGGAAAACGCTTTGGTCCCTTCGATATAGCATTTATGGAAGACGGCGCGTACAGCCCCTACTGGCCGGAAATTCACATGTTGCCGGAAGAGTCCGTGCAGGCATCGCTGGATGTCAGGGCGAAAAATGTCATGCCTGTTCACTGGGGGAAATTCGACCTTGCGTTTCATGACTGGAACGAGCCTGTCATCCGGTTCACACAAGCAGCCAAAGGCAAGAACCTTAATGTAGCAACCCCGCACATTGGCGAAACTTTCACGCTGGACTCGATGCCGCAGCAAAAATGGTGGTAA	MGVMKKLLAWSLAIVILLFVSGFLFVKLSPVFGGAPDKITRERMQASRNFSNEVFVNRHPVSNDPDSPKPPMAKWLNSVIFPPAGKHPSGALPAKAPNYISRRTPAFTWFGHSTIFIDTGSITVLTDPVFYRASPVWLIGTPYPTDKKLVIDDLPYVDAVLISHDHYDHLDAKAIAELDSKTGHFYVPLAVRAHLLKWGVDDSKITELDWFEHANLGNTRFIFTPSKHFSGRKPGQRNDTLWGSWVIQAPEVSVYFSGDGGYSPDFAEIGKRFGPFDIAFMEDGAYSPYWPEIHMLPEESVQASLDVRAKNVMPVHWGKFDLAFHDWNEPVIRFTQAAKGKNLNVATPHIGETFTLDSMPQQKWW				NA	NA	NA	NA	NA
AK237_02301	1191	sasA_10		Adaptive-response sensory-kinase SasA	ATGCCATACTCCCCGGATGTTTCAGTTTCTATTATTCGATCAATTGATTCAGTACCCCATATTTTAAAACTCGTAGCTGAAAGTACGGGAGTTGGCTTTGTCTGCATCGCGCACGTGACACCAGATAGCTGGACCGTATGCGCGCTGCACGATGAGGTCGGTTTCGGTCTTGCAGTGGGTGGTAAATTAGATGTTACCTACACCTTGTGCAATAGTGTCAGGGCTATGGATAAAGAAATTGTTATCGAACATGCGGACAAAGATCCTCTGTATGCTACACACCCTGTTCCTAAGATGTTCAATTTTCAGAGCTATTTTTCTTTTCCTCTCTATGATGGAAATGGAAAATTTTTTGGGACACTTTGTGGCCTTGATAAAGAAGCTTTAACTTTAAAGAGCGACAAAGTATTAAGCATGCTAGGTTCCTTTTCTACCCTTCTTACCAGACAGATAGAGAATGCTGCGGCATTTGCGGAAGCCAAAACTCAGTGGCAGCACCAAAAAGATGCTGTTCAATTGCGCGAACAAAACATAGCCATACTTGGTCACGATTTACGAACTCCGCTCTCTACTATTTCCGTTGGATTAGATGTAATCGACAATATTACGAGTGAGCCCCAAACTGCGAAAATAGTTAAAATGATGAGAGCCAGTGCTTATCGTATAGAAAGATTGATCAGCGATGTAATGGATTTCGCTCATACTCGGGTTAATCAGGGCGTTATTGTGCAACGAAGAAAAACAGATAATTTAGGAGACATGCTTTCTCATGTAGTCGCAGAATTATCGAATAACTACCCCGGCGCGACAATTAAAGGCGACATTGACATTAATGGTGTCATCTACTGCGATCCGGATCGCCTTTCGCAGCTCTTATCCAACCTTCTGATTAATGCTTTGATTCACGGTGAGGATGGTCGCCCAATAACAGTTAGCGCACAAGCTGAAAAATCAACGCTTTGTATTGAAGTGGCAAATTTCGGCCCAACAATCCCCGCGGAAGCTATCGACAGATTATTTCAGCCTTTCTGGCGGCAAGAACCCGGACGGGAAAGTGAAGGTCTGGGATTAGGTTTGTTTATAGCTTCGGAAATCAGTAAAGCGCATGAAGCCAAACTATTCGTGAGCTCGACATCTAATCGCACGGTTTTTTCTTTTCATATGCCGACACAACCTTCAGCGAGTCAATGA	MPYSPDVSVSIIRSIDSVPHILKLVAESTGVGFVCIAHVTPDSWTVCALHDEVGFGLAVGGKLDVTYTLCNSVRAMDKEIVIEHADKDPLYATHPVPKMFNFQSYFSFPLYDGNGKFFGTLCGLDKEALTLKSDKVLSMLGSFSTLLTRQIENAAAFAEAKTQWQHQKDAVQLREQNIAILGHDLRTPLSTISVGLDVIDNITSEPQTAKIVKMMRASAYRIERLISDVMDFAHTRVNQGVIVQRRKTDNLGDMLSHVVAELSNNYPGATIKGDIDINGVIYCDPDRLSQLLSNLLINALIHGEDGRPITVSAQAEKSTLCIEVANFGPTIPAEAIDRLFQPFWRQEPGRESEGLGLGLFIASEISKAHEAKLFVSSTSNRTVFSFHMPTQPSASQ				NA	NA	NA	NA	NA
AK237_02302	363	rutC_3		Putative aminoacrylate peracid reductase RutC	ATGAAAATACATCGAATTAATCCTACCCGACGTTGGTCTGAAGTCACTGTTTTTAACGGTATTGCTAATTTTGTCGAGGTACCGGAAGACGACAGTGCCAACACGATAGAGGCGCAGGTAAAAGCGGTATTCACACAAGCAGAAGCCATGTTAGCCCAAGTGGGTAGCGATAAATCGCGCATATTAACTGTGACCATTTACATTACCGACTTTGCCAATGTAGACCGCCTCAATGCGGTATGGGACGAATGGTTTGACGAAGGGACAGCCCCCAGTCGAGCTTGTGTAAAAGTAGAACTTGCTGATCCTGACTGGTTGGTAGAAATGGCATTTACTGCCGCCGCGGGCTCCGACTTTCAATAA	MKIHRINPTRRWSEVTVFNGIANFVEVPEDDSANTIEAQVKAVFTQAEAMLAQVGSDKSRILTVTIYITDFANVDRLNAVWDEWFDEGTAPSRACVKVELADPDWLVEMAFTAAAGSDFQ				NA	NA	NA	NA	NA
AK237_02303	807	cckA		Sensor kinase CckA	ATGAACAAAGCATTTGAAAATTCATCCCCTCAAACGGATCAGGAAAAGCAATTTGAGTCTGAGAAAATGGATGCGGTGGGCGGACTGGTTGCTGGAGTATCCCACGAAATAAACACGCCACTAGGTGTGAATATTGCTAATTGTACCTTATTGATGGAGTTGCTCGACGAACTTAAGCAAGATTTTGATAATGGTGAACTGGACGCCGATAAGTTTGCCGACTTCTTAAATACCTCCCAGGACATAACCACCAGCATGCTGAAAAATATGCAGCGCGCATCGAAACTGCTGACCAGCTTTAAAAAGGTGGCGGTTAAAAAGTCAGAAGAGGCAAGTCAGCTTGAACAAGTGAATGTATCGGAATTAGTGACTGAATTTATTGCCTCGTATGAGCATCATTCCCAGAATAAGTCGATAACATTTATTCCCCGCTATCCGCCGGAAATTATCGTTACAACCTACCCTGCAGTGCTGATCCAAATTCTGACGGCCCTTACATCAAATGTGATGATCCACGCTTCGGGCCCAGGCCATGAGCACTGCAAAATAACCATCACGATTGCACCAGCAGGTGATGGTTATCAATTCACTTTCGCTGATAACGGTGTTGGCATAACTGAAGATGAATTAAAAAAGGTGTTCGAGCCGTTTTACACCACCAAACGAGGCGCGGGTAACGCAGGACTGGGGCTAAGTGTGGTGTACAACCTGATTAAAGTGACGCTTGCCAGCGATATCTACAACGAAAGCCAACCGGAAGGAGGCTTTGTGGTGTCCTTCAAATTACATAACTTAATGGCGGAGTAA	MNKAFENSSPQTDQEKQFESEKMDAVGGLVAGVSHEINTPLGVNIANCTLLMELLDELKQDFDNGELDADKFADFLNTSQDITTSMLKNMQRASKLLTSFKKVAVKKSEEASQLEQVNVSELVTEFIASYEHHSQNKSITFIPRYPPEIIVTTYPAVLIQILTALTSNVMIHASGPGHEHCKITITIAPAGDGYQFTFADNGVGITEDELKKVFEPFYTTKRGAGNAGLGLSVVYNLIKVTLASDIYNESQPEGGFVVSFKLHNLMAE				NA	NA	NA	NA	NA
AK237_02304	894	pgrR_6		HTH-type transcriptional regulator PgrR	ATGATCAGAGATGAACTCGGCGACCTGTCGCTTTTTATGGTGGTCGCAGAAGAAATGAATTTCACACGCGCAGCGGTACGGCTTGGCGTTTCTCAATCGGCAGTAAGTCACGCGGTTCGCAGGTTAGAGTCATCTGTGGGGATCCGTTTGTTACATCGCACTTCACGCAAGGTGTCCGTCACCGATGCAGGCGAAAAACTGCTGGCAGCATTAAAGCCGAGTATTGGTCAGATCACCGCTCGCATGGAGGAGCTTCGCATGTTGGGTGATGCCCCCAAAGGCACAGTACGGATTGCTGCCAGTAAGCCTGCAGCCCGCTTTGTGTTATGGCCCAAGCTCTCTCAAATTGTGCGCGATTACCCGGAAGTGCATATTGAACTCAATTTAGACAGCCGGCTTAACGATTTGACGGAAGAACGCTTTGATGCCGGTGTACGGCTAAGAGAGTTTGTCAGCCCGGATATGATTGCCATTAAAATTGGTCCACCTATTGAACTTGCCGCCGTGGCAACACCCGATTATTTCCGCGAGCATGGCGTACCGGAGCATCCCAACGATCTGGATAACCATGCTTGCTTAGCGTTACGTTTTAGTTCGCTAGGGCCAGCCTACGATTGGGAGTTTGAAAAGGACGGTGTAGAAATAGTAAAAAAGGTCAGTGGCCCGTTTATGTTTAGCGAAAGCGACATCTGTATTGAAGCAGCTAAAGAAGGGCATGGCATTGCTTTTGTCACCGAGCCGGAAGTAGCCCACGACATCGAACATGGCACTCTTCGCCGGGTACTGGCAGATTGGTGTCCGCCCTTTGACGGCTATCATTTGTGTATTTCCAGCAACCGCCAAATCAGCTCTGCAATGCGATTAGTGATAGACCGATTAAAATACGAAGCGTGA	MIRDELGDLSLFMVVAEEMNFTRAAVRLGVSQSAVSHAVRRLESSVGIRLLHRTSRKVSVTDAGEKLLAALKPSIGQITARMEELRMLGDAPKGTVRIAASKPAARFVLWPKLSQIVRDYPEVHIELNLDSRLNDLTEERFDAGVRLREFVSPDMIAIKIGPPIELAAVATPDYFREHGVPEHPNDLDNHACLALRFSSLGPAYDWEFEKDGVEIVKKVSGPFMFSESDICIEAAKEGHGIAFVTEPEVAHDIEHGTLRRVLADWCPPFDGYHLCISSNRQISSAMRLVIDRLKYEA				NA	NA	NA	NA	NA
AK237_02305	939	rhaS_6		HTH-type transcriptional activator RhaS	ATGAGCCAGACAACCGCCCACATAGACAGTATCAGCGATAAACTTGCCGCCCGTATTCATGCCCACACAACGGCACAATCTAACGTCGTAACAGACATTGCTGGGCTGAGCTTTTATCGCAAAGATGCGCCCACACAATGCACATCTTGCTTTGTAGAGCCAAGTATCGCGCTGGTGGTGCAGGGTGAAAAGCGTATGGCGTTAGGGAACGATTTATTTCATTACAATCGCTATCGCTTTCTTATTACATCATTGGATTTACCTGCCCAGGCACAAATCCTGAAAGCCGAACGTGCAGAGCCCTATCTTGGCTTGGCGCTGCGCCTCGACTTCACCACGATGAGTGAATTGCTCATGCAAATGTCAGTGGATACGCAGTCTTTGAGTGCGTCAAAAAGCGGTATGGCGATTGGCAATACCACGCCTGAATTGCTGGATGCATGCGACCGTCTGGTGAGTTTATTAGACGATAAAGCGTCGATATCTGTTCTCGCGCCACTTATTAAAAAAGAGATTTACTGGCGCGTACTAAACAGCGAGCAGGGTGGCCGGTTACGTCATATTATTTCGGCAGGAAGTCAGGGGCTTAGAATTGCCAAAGCCATCGACTGGCTGAAAACACATTTCACTCAGTCGTATACCGTAGAGGAATTGGCAGAGCGTGCGCAAATGAGCAAGTCTACCTTTCATCATCATTTCAGGCAGCTTACCTCGATGAGCCCGCTGCAATATCAGAAAAGCCTGAAACTTATGGAGGCGCGACGATTAATGATTGGCGAGCAAATTGATGCATCAGATGCGGCCTATCGCGTGGGTTATGAGAGCCCTTCCCAGTTCTCTCGTGAGTACTCCCGGTTCTTCGGCAATTCCCCTAAGCGTGACGTAGAAGCGCAATGGCGATTGATTGAAGGTGAAAAGGAAGCCTTACGCGCGGGGTAA	MSQTTAHIDSISDKLAARIHAHTTAQSNVVTDIAGLSFYRKDAPTQCTSCFVEPSIALVVQGEKRMALGNDLFHYNRYRFLITSLDLPAQAQILKAERAEPYLGLALRLDFTTMSELLMQMSVDTQSLSASKSGMAIGNTTPELLDACDRLVSLLDDKASISVLAPLIKKEIYWRVLNSEQGGRLRHIISAGSQGLRIAKAIDWLKTHFTQSYTVEELAERAQMSKSTFHHHFRQLTSMSPLQYQKSLKLMEARRLMIGEQIDASDAAYRVGYESPSQFSREYSRFFGNSPKRDVEAQWRLIEGEKEALRAG				NA	NA	NA	NA	NA
AK237_02306	783			hypothetical protein	ATGACTAAAACCTACCCGTTAAGTGTTTATCTTATTACGTTAAATGAAGCACAAATGCTGGATGAGGTGCTGTCAGCCGTTCGTTTTGCGGCTGAAATAATTGTAGTGGATTCGGGCAGTACCGATGACACCATCAGTATTGCTGAACGACATGGCGCAACGGTGATACACCAAAACTGGCTGGGCTTTGCCAAACAAAAAGCATTTGCCATGAAGCAATGCAGCCAACCCTGGTTACTGAACCTTGACGGCGATGAAGTGCTTAGCGCTGAAAGTATCGACAGCATAAAATCGATTGTTAGTAGGCAGGACGCCCCGCACAGTGCGTATCGTTTGCATTTTGAAGATATCTTCTGGGGGCGGGCGATGTCGTCCCGGGCAGCCAAGCGGCATATTGTCAGGTTATTCAAGCAAGGCGTGGCACATTATCCGGAAGACCGCATGGTGCACGAGAATGTTGTCCTGCCAAAAGGTACGTCGGTTGGTAACGTAGATGGGGCTGTGATGCACTATGGCTATGGCTCAACGAGCTTGTTGATGGCTAAGCAAAACACCTACTCCTCATTAAAAGCACAGCAGAAGTTTGCTACAGGTAAAAAGCCTTCATTGCTTAAACTGATGCTGATATTTCCTCTTACTTTCATAAAATCTTACTTGCTAAGACGGCACTTTTTGTCTGGTAAACGGGGGGTAGTGCACGCCTATATCGAGTCGATGTATGCCTTCCTGAAAGAAGCAAAATTATTTGAACTGGATAGCGGCGACAAGCAGAAAAATGACTAA	MTKTYPLSVYLITLNEAQMLDEVLSAVRFAAEIIVVDSGSTDDTISIAERHGATVIHQNWLGFAKQKAFAMKQCSQPWLLNLDGDEVLSAESIDSIKSIVSRQDAPHSAYRLHFEDIFWGRAMSSRAAKRHIVRLFKQGVAHYPEDRMVHENVVLPKGTSVGNVDGAVMHYGYGSTSLLMAKQNTYSSLKAQQKFATGKKPSLLKLMLIFPLTFIKSYLLRRHFLSGKRGVVHAYIESMYAFLKEAKLFELDSGDKQKND				NA	NA	NA	NA	NA
AK237_02307	786			hypothetical protein	ATGCCAGCTAAGCGACCTTTATCATGCTTTGTGATTGTAAAAAACGAAGAGGATAGATTAGAACGTTGTTTGCAGTCTCTGCATGGATGGGTTGATCAGCTGATTGTGCTTGATTCGGGAAGCACGGATGATACCGTCGCTATCGCCAAACGTTACGCCGACGAGGTTTACGAAACCGATTGGCCAGGATACGGCGCACAGCGTAACCGGGCTTTGTCTTACTGTCAGCATGATTGGGTGTTGAATATTGATGCCGATGAGGTCGTAACGCCAGAACTGCGCGACGAAGTCATTGCCACGTTATCGAAACCATCTCTGGATGTGAACTTGATTAAGTTCCCCTGGCACACGGTATTTCTAGGTTCTACATTGAAACATGGGCGTTATAGCACGCCCCAAGGGAAATTATTTCATAAGTCCGGGGTCAAATTTAAAGAGGCCAGCGTACACGAAACACTCATCATGCCGCATGAAAAAGTGTTGGTGCTGTCAGCACCGTTATTACATTACAGTTGGCGTGATTATCGGCACGCCATCGACAAACACCTCAGCTATGCGGTGTTGTCTGCAAAGGATAAGTTCGCTCGTGGAAAACGGACTTCGCTTGGGTACGCTTGTCTGCGCTTTTTTACTGATTTTCTGCAGCAATATGTTATTCGAGGCGGTTTTTTGGATGGTTCTTCGGGATTCATGATGGCTATCATTCTGGCACAATACGGCTTTAATAAGTATGCCGCCCTATGGGCAATGTCCAAAGACGCGTCATCAGGCAGCACCCATGACTAA	MPAKRPLSCFVIVKNEEDRLERCLQSLHGWVDQLIVLDSGSTDDTVAIAKRYADEVYETDWPGYGAQRNRALSYCQHDWVLNIDADEVVTPELRDEVIATLSKPSLDVNLIKFPWHTVFLGSTLKHGRYSTPQGKLFHKSGVKFKEASVHETLIMPHEKVLVLSAPLLHYSWRDYRHAIDKHLSYAVLSAKDKFARGKRTSLGYACLRFFTDFLQQYVIRGGFLDGSSGFMMAIILAQYGFNKYAALWAMSKDASSGSTHD	PGPT0022505_249	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-REMODELLINGLPS|LIPID|IVA_METABOLISM	CE-REMODELLING_LPS_CORE_OLIGOSACCHARIDE_METABOLISM,PGPT0022505-waaE|kdtX-K12984	NA	NA
AK237_02308	927			hypothetical protein	ATGACAATATCTGCAGTATTGCCGTTGTGCATTCAGGGAAGTTACGGCGTTGATGATTTGGGGCGCACCGATATTTTGTTCACTACGTTAAGTGCATTTGGTGGCGCAGAGGTGCTAAAAGAAATACTGATTGTATGTCCTCCTCATGAGGTGGAAATTGTTCAGTCACGTATTAAGAAGTGGTCACAGTTTTCCATTCGGGTGATGTCAGAAGAAGAGCTCGTGCCAGAATTAGCCAACCATCGGCATGTAAGAGGATGGCGAAAGCAGCAAATGATAAAGCTCGCGGCGCCGCGCGCTATTTCCACACCGTTTTACCTTACCCTCGACGCTGATGCCGTGTGCTTGCGGCCACTCACGGAGTCGCTATTAGTGCCCAATGGCAAAGCACTAATACAATACGAAAAGCGGGAATTGCATCCTAAGTGGTGGACTTCATCTGCGCGTATTCTGAAAATGTCTCCTAATGTGGGTAATCCTGATTTGGGCATGTCGGTAACGCCCGCCATTATGGCTAGCGATATCAGTGAAATAACCGGTGAAGAAATCACGGCAAATTTACGGGGGAAAGGGTCGTGGGTGGATAAGCTATGTCGGCTGCACAACCCGAAATCGCCCTCAAACTGGACGATTTATCGTCATCTTCGTGGCCGATGGACCGAGTATTCACTGTATTATTTAACTGCGCAAAAACGCCAGTTATTGGATAAGTACCATGTAACGGCAGACTCCGACGCGTACCCTCAGGCTTTACTTATTCACGACTCACACCCCTTTGGTGAGTGGTCTGCGGAGCAGAGCTTTGCGCCAAACGGGCATGGACTGTTTTGCGTGGTGAACAGTAGTATGCGATTCGATAACAACATTGTTTGGGACAAAATTTCGCCTTTTGTACCCACATTAAAAGAGAATAAATATGCCAGCTAA	MTISAVLPLCIQGSYGVDDLGRTDILFTTLSAFGGAEVLKEILIVCPPHEVEIVQSRIKKWSQFSIRVMSEEELVPELANHRHVRGWRKQQMIKLAAPRAISTPFYLTLDADAVCLRPLTESLLVPNGKALIQYEKRELHPKWWTSSARILKMSPNVGNPDLGMSVTPAIMASDISEITGEEITANLRGKGSWVDKLCRLHNPKSPSNWTIYRHLRGRWTEYSLYYLTAQKRQLLDKYHVTADSDAYPQALLIHDSHPFGEWSAEQSFAPNGHGLFCVVNSSMRFDNNIVWDKISPFVPTLKENKYAS				NA	NA	NA	NA	NA
AK237_02309	633			hypothetical protein	ATGAAGCGACGTTTACCTGTTAACACCCTTTTATGTTCATTGGTGACATTACCTATTTTCGCCTCTGCCGACCCGTTTGTGGCAGCTGGCATAGGCTACAACAGCATAGAATTGGAAGATGATACCTATGACTTTGCAACATTTGACTCGGTAGTGCTGGATGTATCCAGCGATGATACCGACTCGTCACCTTGGCTACAGCTGGGATATAAAGTGTCACCTTCATGGGGCGTGGCCATGTCGTACAATCAATTCGAAGCCGGTGCAAGTGAGGAAGTAAACATCTCAGCACTGGAAGAGGAAGAATGGGAAGCGTCGTTAGATGTAACTGAATATGCCATAGAAGGTATCTATTATTACCCCGTCAATACCCAATTTACGCTGTCAGGAAGTGTTGGTTTAGCCATACACGATGCAGACTTCAGCCAATCTCACGAACTTGATATAGAAGACGGTAACGATGTGGTTTACAGCACATCAGGAAGCAGCGAGACAAAAGTAGGTGCAATCGTAGGCGTTGGGCTTGAATATTCGGTTTATCAAAACCTTTCCATAGTCGCGCATACCCGTTTTAGCTATAGTGACTTGGTGTCTAATACCGCTCTTGGTGTTGGCGTTAAGTACGCGTTCTAA	MKRRLPVNTLLCSLVTLPIFASADPFVAAGIGYNSIELEDDTYDFATFDSVVLDVSSDDTDSSPWLQLGYKVSPSWGVAMSYNQFEAGASEEVNISALEEEEWEASLDVTEYAIEGIYYYPVNTQFTLSGSVGLAIHDADFSQSHELDIEDGNDVVYSTSGSSETKVGAIVGVGLEYSVYQNLSIVAHTRFSYSDLVSNTALGVGVKYAF				NA	NA	NA	NA	NA
AK237_02310	669	mprA		Response regulator MprA	GTGAAAGTACTCATTGTCGAAGATAACACTCAGGTAATGGAAACCTTGAGTGATTACTTAGTGATGGAAGGGCATATTGTTGAATGCGCTTACGACGGCAAAGCTGCGCTTCAACTTCTTGAGCAGCAGCGATTTGATGTGATAGTTATGGATATTATGATGCCGCGCTTAAATGGCATAGATACCGTTACCACTATCCGGCAGTCGATGAAACTCACGACCCCCATTCTTTTCCTGACCGCAAAAGATGCTATAGCAGATAAACTCGCCGCCTATAACGCTGGGGGCGACGATTATTTGGTAAAACCTTTCGACATGATTGAATTGGAACTTCGGGTTACTGCATTGTGCAAACGGGGCGCTCGCAATGATGTACTCCCGATCCAGGTAGGCAGCCTTATTTATCAGCCTCAAAACGAACAGTTCAGTTATGCCAATATGACGTTAAAGCTCAGCCCCATTCAGCATCGCATCTTAAAAACACTCATCGCCGCTTATCCCACTATGGCAAACCGCGAGCAAATTACCCAAGCCATCTGGGGTGACGACTCGCCAGACAGTGACGCGCTGCGCAGCCATGTATATAGCTTGCGTACTCTTCTAAAAAAAATAGCAGGAAAAGACTTAGTGGAAACCGTTTACGGCCGGGGCTTCATACTTGTTAGCTAA	MKVLIVEDNTQVMETLSDYLVMEGHIVECAYDGKAALQLLEQQRFDVIVMDIMMPRLNGIDTVTTIRQSMKLTTPILFLTAKDAIADKLAAYNAGGDDYLVKPFDMIELELRVTALCKRGARNDVLPIQVGSLIYQPQNEQFSYANMTLKLSPIQHRILKTLIAAYPTMANREQITQAIWGDDSPDSDALRSHVYSLRTLLKKIAGKDLVETVYGRGFILVS				NA	NA	NA	NA	NA
AK237_02311	1230			hypothetical protein	TTGTTAGCTAACCCAATCCCTCGCCTTGCTAAAAAACTGTACTGGGTACTTGGATTTCTTGCAGTAGGGTTTATAGCACTTATTTGGAGCGTTCCGGTATTTGTTGAAGATCAAATGGAAGTCATAAGTCTTCATCACTGGCTGGATGCCGAGGCAAAACGCTATGTACGCACTGTAGAAAGCGGGGGTGTCATTCAATACCCCGACACGTCCGAATTTGAAATCTACTGGCAGGACAAACCAAAGCCAGACTGGCTGGCGCCTTTCACTACACCCGGCTTTTATGAAGTAGAGAAAAACGATAATGACCGGCATTTTCTTGTGCGCGACATGCCAAAAGAGGGCGGCTTATTCTACGTGGTGTTTAAAGACAAGGCGGATGATTACCTGGACGATTACGAACACAAGTTACAGGTATTTATTGGTGTGACCATAATTACACTGGTGGTGCTAATTATGGGTATTAGTGCTTATCTAGGCCGCTATTTTGCCCGACCACTGGAGAGAATGGAAAGAAAAGTGCGCTATATGGAACCTGATCAACCAGATTTTCAAATAGATACGCAATATTTCGAAATTGCATCAATCGAACAAGCCATGCTGACCAGCAAACACCGCATCAAGCGTTACTTTGAGCGCGAGCAGGATTTTAGCCGGTTTACGTCGCATGAAATACGCACGCCGTTAATGGTACTTCAGGGCTCGGCGCAGTTGCTAAATAAAGTGCCGCAACAAACGCCGCTGCAACTTAAAGCCATACAGCGAATATTAGGCGCCTGTGACGATATCGGGCTACTTACCGACACGTTCTTATTGCTGGGCAAAGAGCATATCGAATCGCAATTTTACAAGCCTTTGTCGTTGGCCCGGGAAACACAACATGCCCTTGACGAGATTCAGCACTTGCATCAGGGCGAGTCCCTTCAGTGCAACCTGGAAGTCGTCGCGGATGCGACCGTATTAGCCCCCACCAGCTTCATAGTAATCGCCCTAAGAAACATCATTAAAAATGCGTTTAGCTATGCAGACTCTTCCATTACTCTAACGGTTAACGAGTGGCGATTGGTCGTTACCAACGATTTTACTTCTGTAGAAGACCAGAAAGGTTATGGTTACGGCCTGGTAATTTTAGAGCGAATTTGCGACAAAATGGGCTGGCAACTTCATATCAATAAACACAGCGCTAATTTTGAAGTATGTGTGGTATTTATAAGTAACGCGAGTTACTGA	MLANPIPRLAKKLYWVLGFLAVGFIALIWSVPVFVEDQMEVISLHHWLDAEAKRYVRTVESGGVIQYPDTSEFEIYWQDKPKPDWLAPFTTPGFYEVEKNDNDRHFLVRDMPKEGGLFYVVFKDKADDYLDDYEHKLQVFIGVTIITLVVLIMGISAYLGRYFARPLERMERKVRYMEPDQPDFQIDTQYFEIASIEQAMLTSKHRIKRYFEREQDFSRFTSHEIRTPLMVLQGSAQLLNKVPQQTPLQLKAIQRILGACDDIGLLTDTFLLLGKEHIESQFYKPLSLARETQHALDEIQHLHQGESLQCNLEVVADATVLAPTSFIVIALRNIIKNAFSYADSSITLTVNEWRLVVTNDFTSVEDQKGYGYGLVILERICDKMGWQLHINKHSANFEVCVVFISNASY				NA	NA	NA	NA	NA
AK237_02312	861	ligA_1		DNA ligase	ATGCCCATACTCTACATTTTATTTCTCTTGTGTTTAGGCGTATGCGCGCCTGTATTTGCCAGTGAACACCATCATTTTGACGCTGCGCCGTTGCAACTTGCTACGCCTTACTCTGAAGGTATTCAGTTAGACGATTACTTTGTAAGTGAAAAGCTTGATGGCGTGCGCGCCCGCTGGACCGGCAACGTGTTACTAACGCGTAATGGCAATCGTATTTATGCGCCAGATTGGTTTACTGCCAACTGGCCGAACATGCCGCTAGACGGCGAATTGTGGACTAGCCGGCGCGACTTTCAGCGAATTGCGTCTATTGTGCTTTCAGATACACCGGATGAGCGATGGCGCGACGTTAAAATGATGATTTTTGATACGCCATTGTCCGATACACCATTTGTGAAACGGATAAAGGTAATGAGCGCAGCGGTGGAACAAGCCAATAGCGATTCCCTGCAAATGATTGCACAATTCCGGATTGCTTCACTAAAGGCTCTTGATAGCAAGCTGGACGATATTGTGCGTGCGGGTGGGGAAGGATTAATGCTGCATCACCAGCAGGCATTTTATCAAGACGGGCGTAGTCATTTGCTAATGAAACTTAAGCGTTTTGAAGATGATGAAGCCAAAGTAATAGGTTATGTGCCAGGTAAGGGAAAATACGCTGGATTAACCGGGTCGCTTATTGTTGAAAGTCGTGAAGGGACAGTATTTAAAATTGGTAGTGGCTTAAGCAACGAGGATCGCGCTAATCCACCTGCAATGGGGAGTTGGGTAACATTTAAGTACTATGGCAAAACCCGGGCTGGCTTGCCTCGCTTTGCGAGTTTTCTACATGTAAGACCCGAGGCGGACAGGCCTCAGTAA	MPILYILFLLCLGVCAPVFASEHHHFDAAPLQLATPYSEGIQLDDYFVSEKLDGVRARWTGNVLLTRNGNRIYAPDWFTANWPNMPLDGELWTSRRDFQRIASIVLSDTPDERWRDVKMMIFDTPLSDTPFVKRIKVMSAAVEQANSDSLQMIAQFRIASLKALDSKLDDIVRAGGEGLMLHHQQAFYQDGRSHLLMKLKRFEDDEAKVIGYVPGKGKYAGLTGSLIVESREGTVFKIGSGLSNEDRANPPAMGSWVTFKYYGKTRAGLPRFASFLHVRPEADRPQ				NA	NA	NA	NA	NA
AK237_02313	429			hypothetical protein	ATGCGTGTATGTGGTGTAGAACTGGCGGGAAATGATGCAAACATTGCCCTGTTGAATCTTGAGAACGATATGTTTCGGCTGCCCGAGTGCCGTACACGTAAATTGAGCCTTCAAAAAGCCGCTACCGCCCACGAGCTTAGGTATTTTCAAAAATCTTTCGCGCAGCTGGTGCAGGATTACAAAATCGAAATAATCGTTATCCGCCAGCGCCCGATGAAGGGCAAGTTTGCCGGTGGCGCCATTGGTTTTAAATTAGAGGCGGCGCTGGAGTTATTAAGCGGGGTGCAGGTTATTGTGATGCCACCAACCGAGATAAAAACGGCGTTAAAAGAAAGTCGCACGTACATCGATTTTAACGAGACCGGGTTGAAAGGTTTCCAGAAATCAGCTTTTGAGACGGCACTGGCCTACATGAATCAACACCTGTAG	MRVCGVELAGNDANIALLNLENDMFRLPECRTRKLSLQKAATAHELRYFQKSFAQLVQDYKIEIIVIRQRPMKGKFAGGAIGFKLEAALELLSGVQVIVMPPTEIKTALKESRTYIDFNETGLKGFQKSAFETALAYMNQHL				NA	NA	NA	NA	NA
AK237_02314	687			hypothetical protein	TTGGAAATACAGCCGTATGGCTTCCGTGTTGCAGAACCACAGCATGATGCAACTCCCCATTGGCATTTGATGCTGTTCCTAGAAAAAGCGCATGTAGATGACTTTAAGCGCGTTATTACTGAATATTCCCTTCATGAAGACGGTGATGAAGCTGGAGCGGAAGAAAACCGCTGTGACTTCGTTGATATCGATTACGCGCGCGGAAGCGCTACAGGGTATATCGCAAAATATATTAGCAAAGGCATTAACGGAAAGGATGTTGGTACTGACAAGGATGGTTCGAGTGCGCCTGAAGCCTCACTGCGCATAGAAGCGTGGGCAAGCTGCTGGGGTATCCGCCAATTTCAACAGATCGGCGCTGGCTCAGTAACGGTATGGCGTAAACTCCGCAGACTGAAAAAGCTAATAGGTTTAGCTGACAATTTTAAATCCATTCATGCTGCCGCTGATTCCGGCGATTGGAAAGAATTCTTATTACTAATGGGTGGCGTTTTCTGCAAGCGTGATGAACAGGATATTCGCCCTCTCTACCAGCAAAAAGTAGACAAAGAATCTGGCGAACTTAAACAAAGCTGGTTTGACGGAACAGTAACGACATCGTTAAAGGGTGTTCGATATCTAGGACAGGAGATCATTACACGTGAGCATGAATGGCGTATTGAACACAGCTCTGAGAGAGCCGCTTGA	MEIQPYGFRVAEPQHDATPHWHLMLFLEKAHVDDFKRVITEYSLHEDGDEAGAEENRCDFVDIDYARGSATGYIAKYISKGINGKDVGTDKDGSSAPEASLRIEAWASCWGIRQFQQIGAGSVTVWRKLRRLKKLIGLADNFKSIHAAADSGDWKEFLLLMGGVFCKRDEQDIRPLYQQKVDKESGELKQSWFDGTVTTSLKGVRYLGQEIITREHEWRIEHSSERAA				NA	NA	NA	NA	NA
AK237_02315	690			hypothetical protein	ATGAATCACTCCAACCGATTTCTTGAAGCTGACATTAAAGCTTTAGCCCTTGAGCGGCTTAAAACTAAAGGAATTCTGAATTTCGGTGACACTATTGTTAGTGAGTTTACTGTAGATAACCATTCTCGCCGCTCAGATTTACTTTTGGTTAGAACAGATGACATTTGGGCAATAGAAATAAAAAGTGAATATGATTCTCTTAGTCGACTTGAAGAACAAGTATCTAAATATGTTTCATTCTTTGATAAAGTCATCGTAGTTTGCGCCAATAAGCACACAAAGAATGTCTTAGAAAAAACGCAACCGTTTGTCGAGGTATGGGAAATAAATTCGGCGAAGAAGATTAAAATTGTAAGAAGAGGTAAAATCGTCAAAATCACAAACAAAAAGAATTTACTAAAACTCTTTAAATTAAATGAACTTCAGAAGCTAGCTCGTCTCATAGGATATTATGAGCCACTCGCGACCAAGCAAGAGCTAACCAGAATTTTAGACGTTGCGCCATTACAAATAATCCGAAAATCTATTATCGACGGTATCAAAGCCAGATATAAATTAACGACCAAACACTTCTGGGAAACAACAGAAAATATTAAAGTAACTTCGAATAGTGTTAAAAATCTTAGTAACAGTTTTTCTAAGCGCTTTCAGAATAGTGATATCACGGAAACTACATGGCTTGGTTTCTGA	MNHSNRFLEADIKALALERLKTKGILNFGDTIVSEFTVDNHSRRSDLLLVRTDDIWAIEIKSEYDSLSRLEEQVSKYVSFFDKVIVVCANKHTKNVLEKTQPFVEVWEINSAKKIKIVRRGKIVKITNKKNLLKLFKLNELQKLARLIGYYEPLATKQELTRILDVAPLQIIRKSIIDGIKARYKLTTKHFWETTENIKVTSNSVKNLSNSFSKRFQNSDITETTWLGF				NA	NA	NA	NA	NA
AK237_02316	1128			hypothetical protein	TTGTTATCGATTGATGAAATGGAAAATTTTCGTTACATCCCATATCTAGCAATAAGTCCATCTGAAATGACTGCTTTAGAGGAGTTACCTGAAAAAGATAAAGATAGGATGCTTCCCTTATTTCAATTAAAAGGCTGGACAACTGCGAAAACGCTAGAAAAGTCTCTTGATAGAATTAAAAAGTCAATTGGTAATAGATATTGGATAGCTGATATCGACGAATCCTTCGTAAGGAACAATGCGGAATGGCTCTTGACTGGGAACTATCCAGATCGCGAAGTTTTTGGTGAAATAGATGAACTGTTAAAGCCTGATGATGGCTATCTTAATTGGGTCAACTTCATTAAAGAAAAACCATTTGCGATACCTACTGTTCAGTGGGGGGATATTAGAAATATCTATAATCAAATTGAAAATCTTGCCTTGATTAATAGGGGCGTAGTTCTAAAGATAACTCGTAAAAATGGAGCAAATGAGGTGGACAAAGCCCTGAAAGCGCTTGCTCGATATTCACCTAATGATTGCCATGTTATGTTGGATTTAGGTCAGATAGTAGGGAGGAAAATTGGCGCCGAAGAGCTAAGTGAAAGATTAGGTGTTATTAAACAAGCTCTACCGGCTTGCACTATATCTATCTCGGCTTCTTCATTTCCTTCTCAGTTTTCAGGATACAACAAAGGTGAGAATCCCATACACGAAAGAATTCTTTTTAACAGAATAAAAGCAGAATTTGGTCATGTCGGCTTGTATTATTCTGATAGAGGAAGCGCTAGGGCTGAGAAAGTAACAGGTGGTGGCGGTATTCCTTCCCCACGAATTGATTACCCCTTAAAAAATGATTGGAGATACGTCAGAGAGGAGTATGAAGACTCTAACTTCCCGTTCGATGGAGAAAAAGAAAAATTATATCAGCTTTGCGCAAGAAAAATCATGCGTGAAGAATATTGGATGTCAGATCTTAAGTTGTGGGGAGTGCAAATGATAGAACAGACTTCTCTCGGAGATAAATTTGGAATAAATTCCCCTGCAAAGGCTACTGCCGTTAGGATTAATATACATCTTCATACTCAATTGCATTATGATTCTAATGTCATTGAGATAGATACCGACGACGATTGGATTGATTGA	MLSIDEMENFRYIPYLAISPSEMTALEELPEKDKDRMLPLFQLKGWTTAKTLEKSLDRIKKSIGNRYWIADIDESFVRNNAEWLLTGNYPDREVFGEIDELLKPDDGYLNWVNFIKEKPFAIPTVQWGDIRNIYNQIENLALINRGVVLKITRKNGANEVDKALKALARYSPNDCHVMLDLGQIVGRKIGAEELSERLGVIKQALPACTISISASSFPSQFSGYNKGENPIHERILFNRIKAEFGHVGLYYSDRGSARAEKVTGGGGIPSPRIDYPLKNDWRYVREEYEDSNFPFDGEKEKLYQLCARKIMREEYWMSDLKLWGVQMIEQTSLGDKFGINSPAKATAVRINIHLHTQLHYDSNVIEIDTDDDWID	PGPT0027721_159	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-TOXIN-ANTITOXIN_SYSTEM	CE-BACTERIAL_FITNESS-Gop-Beta_PROTEIN_TOXIN-ANTITOXIN_SYSTEM,PGPT0027721-antitoxin_beta_protein-na	NA	NA
AK237_02317	498			hypothetical protein	ATGTCTCATTATTCTTATGAATGGCAAAAGCTAGATGAGCACAATCGTGATGTAATTACGTCTTACCACCGGAGCCTTCCTGTAAAAGTCGGTGACATTGCAAAGGCATTAGGGTTGACTGTTAAAAGTTCAACGCTAGGCGCTGGGATCTCAGGAGAAATAAGGCTGGAAAATGACAAATATGTCATAAGAGTAAACCGGCATGATGTAAAAGAACGTCAGAGATTTACTGTTGCACACGAAATTTCCCATTTTTTACTTCATCGACACTTAATTGGGGATGGACTTGTTGATGACGTTCTATATAGATCCAAATTGCCCAGCAATCTAGAAACTGAGGCTAATAGGTTAGCCGCTGATATTCTAATGCCAATGGGTTTGATAAATGACGCAATGTCCTCGGTTGAAGCATCGAAAGTTGAGGAAAGGATCGAGAAAGTCGCTTCTGATGCTGAGGTCTCAATAACCGCTATGAAGATTAGGCTGGGCAAAGATTAA	MSHYSYEWQKLDEHNRDVITSYHRSLPVKVGDIAKALGLTVKSSTLGAGISGEIRLENDKYVIRVNRHDVKERQRFTVAHEISHFLLHRHLIGDGLVDDVLYRSKLPSNLETEANRLAADILMPMGLINDAMSSVEASKVEERIEKVASDAEVSITAMKIRLGKD	PGPT0027721_2	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-TOXIN-ANTITOXIN_SYSTEM	CE-BACTERIAL_FITNESS-Gop-Beta_PROTEIN_TOXIN-ANTITOXIN_SYSTEM,PGPT0027721-antitoxin_beta_protein-na	NA	NA
AK237_02318	693			hypothetical protein	ATGAGCAACTATAGTTTCCTAACTTTCAAAATTCCTTTTCTTTTTATTTTCTCGCTCACAAGTTCTTACACATTTGGCATACAGACTGAAGAGTTCAGTGTTGATAATGCTAATCAGCAGAAAAAATCTAGTGCAGTCACAGTAAATTCTTCCGAAGTAACTATTTCACTTGAGCGTCAAATAGCAGAGCTAACTAGGAAAACCGAGCAACAAAAGGCTCAAATTGACGAGTTAGATTTACAGGTTCGTAAGGGAAAAGACATTGAAGCTCTTCAAGCTTCCTTTGAGAAACAAATTGCTGGGTTAATAGATAATCTCGATTCACAAGAAAAAGAGATCAAAGAATTTCAGGCTAAGCTCAATAAGAAAGATGGTGGGATCGACTTTGAGTTTTGGATGGCAAGTATGCTCACAGGAGTAACTTTGCTGTTAACTATAATAGGTCTCGGAATAGCGATACTGTCTCTCTTCGGCTTCAGAAATATGCTCAAAAAATCAGCTAAGAAAGCGAGTGAAGTTGCTAGCTCCGCAGCTAAGACCAAGGCTGAGGAAGTGACTCACGATGCAGTTGATAAACAATTGATAAAATATATTGAAGAAGGTCGTTTTGAAAAGTTCATCGAGCTTGCAGTAGAAAAGCAGGTTTATCGAGGAATCGGGCAATCGCTGAGCTTTGATGCCGACGAGCAGTAA	MSNYSFLTFKIPFLFIFSLTSSYTFGIQTEEFSVDNANQQKKSSAVTVNSSEVTISLERQIAELTRKTEQQKAQIDELDLQVRKGKDIEALQASFEKQIAGLIDNLDSQEKEIKEFQAKLNKKDGGIDFEFWMASMLTGVTLLLTIIGLGIAILSLFGFRNMLKKSAKKASEVASSAAKTKAEEVTHDAVDKQLIKYIEEGRFEKFIELAVEKQVYRGIGQSLSFDADEQ				NA	NA	NA	NA	NA
AK237_02320	537	dapH_2		2,3,4,5-tetrahydropyridine-2,6-dicarboxylate N-acetyltransferase	ATGCTCAGAAGGATTTTACGCAAGCTGAATCGAAAGAGCCCCGCGACGCTTGCACGCGAAAACGGCGCAACAATTGGTACACACTTTAATATGTTAAGTGGTGCGATTATCGACCCGGATCACGCATGGCATATTACCATTGGCAACTATGTGACGCTGGCGCCTAAAGTGCATATTCTGGCACACGATGCCAGTACCAAGCATGCGCTGGGTTATACCCGCTTGGCGAAAGTTGTTATTGGCAACAAGGTGTTTATCGGTGCGGGGTCGATAGTGCTACCGGGCGTGACCATTGGCGACAATGTTATTGTTGGTGCGGGTAGCGTGGTCACATCAGACATTCCCTCTAACAGCGTTTACAGCGGTATTCCCGCACGATTACGTTGTTCTTATGATGAGTATGTCACTAAGCGTCGTGACGAAATGAATACCAGCCCATGCTTTGATGAAGCGTACACGGCAGAACACGGCATTTCCGATGAATTAAAAGTAGAGATGAACGCAAAGATGAAAAATGGCGTAGGATATGTAATATGA	MLRRILRKLNRKSPATLARENGATIGTHFNMLSGAIIDPDHAWHITIGNYVTLAPKVHILAHDASTKHALGYTRLAKVVIGNKVFIGAGSIVLPGVTIGDNVIVGAGSVVTSDIPSNSVYSGIPARLRCSYDEYVTKRRDEMNTSPCFDEAYTAEHGISDELKVEMNAKMKNGVGYVI	PGPT0018611_2083	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	ROOT_COLONIZATION	ROOT_COLONIZATION_BY_NODULATION	ROOT_NODULATION_METABOLISM,PGPT0018611-maa|nodL-K00661	NA	NA
AK237_02321	1623			hypothetical protein	ATGAAAAAATGGTACAAGTTCGTCGCGGTCAGTTTTCACATTGTCTTTTTTCATTCCTTACTTAGCCTAAGCGCTGCTGCTCACGCACAAACTTCAACGGCCGATTGTGAAGACCGTGACATATCAGACTATCAATGGGGCATTCGCCACCGTGGCGGTTTACCCGCGGAAATTGAACTCGACCCGGGCACGATGGTTGAGGAGTGTATTAAACTTAACGGTGTAGGTAAGTACCCACTTACTTTAACATCACGAGATTTAGAGATATCGCTTAACGGTGCTGCGTTTGTTATTGGTAGCGAATTGACGATTCACGAAGGCGATACATTACGATTCCGAGCTCAGGCGCCCGCCGGGTTCGGCGTTTCGAAAACCTTCCGTCTCACCTTTAAAGAGTCAGATCCAGACCGCCGCCGTGACGTGTTCAGACTACGCTGGCCAATTCAAACCCGTAATGACGAACGAGAACCCAAAACCTGGCGTGTCGGCCCTTCGTCTGCCAATTACCGCGAAGTAAAAGATGTACTTCGGTTACTGTCAGCAGGCGACACTATTTTGCTTGAAGCCAATGCCACCTATGAACCGTTTGAAGTGAAAGATGTGTCTGGCACGGCAAAGCGCCCTATTTTACTGAAAGGCGAAACGACCGATCCAGCACAGCGGCCTGTTATTGAGGGCGGCACGAAACGTTTTAACTGGACGGTTGGATTAACGAACTCCCACAACTGGGTAATTGATAACGTGGTGCTACAGGAAGGCGGGTTGTGCTTCCGTCACTCATCGAATAACACCACGCTGAAAAATGTATTAATTCGCCATTGTAATACCGGCATTTTATCCACCGATTTTGATTCAGGCGACCTCACGTTAAAAAATATCGAGCTTTACGATGCTGGCGGTAAAGAAGAAAAGCGGCCGTGGAATCACGGTATTTATGTCGCCAGCGATCAACACACCTTCCCCGGTGCAACCTTCACCATTGAAAACAGCTATTTACACGATGTACGCGGCAACGCGATAAAATCGCGCTTTCAAAATACGGTTATCAAACATAATTGGATAGAGGGCAGCAAAGATAAGCAGGCTCGCTATTTGGTTGAGGTAATTGGGTTTGACGGACAATACGATTTTCAGCACCAGCAACACGACGTTACCGAGAATATTTTAATTCACAGAATGCCTGGGTTAAGTGGTAGAGCCGGTGGCGATGGTAAAAGTGCATCCCGCGGCGACGCGCGTTTTACTCATAACGTTTATGTGATTGAAAAAGGATTTAATCGCTCGTTGGTAAGAACTTTTCAGGGGCTTCGTTCACTCACGATTGCCGATAATCAGCTGGCCTTTTTGGATTCAACGCAGCGCATTATGATGCTTTCTGACGAACTGAAAGATGAACAGTGGCTGGAAGGCACACCCGTTATTACCATCAGCAACAATAATATAGCCTCAAGTACCCAACTTATCGAGCGCACAGCAAAAGGGGCGTCGGTGCGTGACATGCCGGAAATTAAGATAGAAAACAACAACCAAAATGGTGCCATTGTCGTAGAAGAAACCCTAATCGACACACTCAGACCGCAGAAAAATAACTACATCGACGTACCTCAATGGCCCAATTTGTAG	MKKWYKFVAVSFHIVFFHSLLSLSAAAHAQTSTADCEDRDISDYQWGIRHRGGLPAEIELDPGTMVEECIKLNGVGKYPLTLTSRDLEISLNGAAFVIGSELTIHEGDTLRFRAQAPAGFGVSKTFRLTFKESDPDRRRDVFRLRWPIQTRNDEREPKTWRVGPSSANYREVKDVLRLLSAGDTILLEANATYEPFEVKDVSGTAKRPILLKGETTDPAQRPVIEGGTKRFNWTVGLTNSHNWVIDNVVLQEGGLCFRHSSNNTTLKNVLIRHCNTGILSTDFDSGDLTLKNIELYDAGGKEEKRPWNHGIYVASDQHTFPGATFTIENSYLHDVRGNAIKSRFQNTVIKHNWIEGSKDKQARYLVEVIGFDGQYDFQHQQHDVTENILIHRMPGLSGRAGGDGKSASRGDARFTHNVYVIEKGFNRSLVRTFQGLRSLTIADNQLAFLDSTQRIMMLSDELKDEQWLEGTPVITISNNNIASSTQLIERTAKGASVRDMPEIKIENNNQNGAIVVEETLIDTLRPQKNNYIDVPQWPNL				NA	NA	NA	NA	NA
AK237_02322	963			hypothetical protein	ATGAACGCGCGCAACCCCATAGCATTTATTGACGTTACGCAATTTGAAGATGCACTAGAAAAAGCACAACAAGATGGTAAAGCTTTTACTTTCTTGCGATTAGGCGATGGAGAAGGGGCGCTTCTCGATTTTGACGAGAACAGTCTTATTGAAGACATTCTTTATTTAAATGAACATTTCGGCAAAACCGTATCTATCGAACAGTTGTTGCAGGCCAAGCGAAATCTGCAAGACGCCATTGCCGGCGCCGACATCGTTGGCGTACGCGACGATATTATCAATGTGGATTTTGACTGCAATTTAATGCAGGACCGCTACAGCGATACGTTTTTACACACCTTTCGCGAGCAATTCCATTTACGCAAAACCGAGCAAAACATCTGCGCCTTTGATGCCATTCGCGTCGCCAAGCTTTACAAGCAATTCAATGCGTTACATATGCCGGAGAAAACGCTGTGTAGCCAATGGATATCCTTCGATTACTTTCTCAATGGTGGCTTGACACACCTGATGTTAAACGCCGAGAAAATTGGCTTAGTGAGCGCGCGAACCAGTGTGGCCGGTTTGATTGAAAACGCCACGGGCAAACCTGTTAGCTTGTATGAAGTGCCGGATAAGAACATTCGTCAAGGCAGGAAAAAAGCGATTCATTTTCCCGATGCTTACAACGAGATTTGTGATCAAATACGGGTTGAGTATCCAGGCATGTTATTTATTGTGGCAGCCGGATTAATAGGAAAAGGTTACTGCGAGGCCATTCGTGCTAAAGGCGGCATTGCCTTTGATATTGGCGCGTTAATCGACTGCTGGGCTGGTATTTATAGCCGTCCTAAAGTGATTGAAGAGAAGCTTGAAGTGAAGCGCGGCTTGTTTAAAAAGAAACAAGTGCCGAAAGAGCTGCTGATGAGCAAAGAAAACATGAATAGACTGGCTAAGCTGTACAAAGATAGAAAACAACGATGA	MNARNPIAFIDVTQFEDALEKAQQDGKAFTFLRLGDGEGALLDFDENSLIEDILYLNEHFGKTVSIEQLLQAKRNLQDAIAGADIVGVRDDIINVDFDCNLMQDRYSDTFLHTFREQFHLRKTEQNICAFDAIRVAKLYKQFNALHMPEKTLCSQWISFDYFLNGGLTHLMLNAEKIGLVSARTSVAGLIENATGKPVSLYEVPDKNIRQGRKKAIHFPDAYNEICDQIRVEYPGMLFIVAAGLIGKGYCEAIRAKGGIAFDIGALIDCWAGIYSRPKVIEEKLEVKRGLFKKKQVPKELLMSKENMNRLAKLYKDRKQR				NA	NA	NA	NA	NA
AK237_02323	792			hypothetical protein	ATGAAGAAAAAAACTAATATAATTAAGAAGCTCGTTAAGTTTGTTCTCGATAAGCACGCACACAAGCACTACAACCGTATATTCTTACTGAGCCACATGCGTGCAAATACCAGTTTGCTGGGACACATCATGGGTTCCCATGACGACATTAACGGGTATTACGAAAAGCATATTGGTTACGGTAATAAGCAATTCGCGTTTCTTAACCAGAAAATAGAACACGCGAATCACCATCGGTTTAAAGCCAACAGCCACTATATTTTCGACAAGCTTTTGCACAATGAGTACGACGTCCACCCCGATATTCTGCAGCATGCTGACTGCCAGTTTATTATTTCATTGCGTTCGCCGCAAAACACGATTCCAAGCATTATGAATCAGGTAAGTAAGCGCAGTGACAATAATGTGCGCTCGACATTTGAAGGGGCCCGCGATTATTACCTGGACCGCGTACGCCAACTACATGCCTACGCCAGCGCACTTTCAGGTAAGTTTATTTATATTGACGCTGACGCGCTGCGCGATAATACCGACGAATCGCTGACGTTCTTACAACAGGAACTGGGCCTGCGCACCCCGCTTAAACCTGAGTTTAAGCAGCAAACCCTTACCGGATCAGGCTCTGGTGGTGACCATTCAGGGAATCTGAATAAAGGGGTGATCACCAAGCAGAAGTCGAACTACTCTGATATCGATATTCCGGAAGACGGGATGGCTGCGCTGGCAGCGCAGTACAACTCCTTGCGTACTGAAATCATTCAGTTTGCCAAAGCCAGCATGACGGAGCGCTAA	MKKKTNIIKKLVKFVLDKHAHKHYNRIFLLSHMRANTSLLGHIMGSHDDINGYYEKHIGYGNKQFAFLNQKIEHANHHRFKANSHYIFDKLLHNEYDVHPDILQHADCQFIISLRSPQNTIPSIMNQVSKRSDNNVRSTFEGARDYYLDRVRQLHAYASALSGKFIYIDADALRDNTDESLTFLQQELGLRTPLKPEFKQQTLTGSGSGGDHSGNLNKGVITKQKSNYSDIDIPEDGMAALAAQYNSLRTEIIQFAKASMTER				NA	NA	NA	NA	NA
AK237_02324	1476			hypothetical protein	ATGAAGAAGAAGCTTGCCAGCGCAGCCATCTTTTCTTTGATATCCAAAGGAATAACCATTTTATCTATGCTGCTGCTAACACCAGTGATCCTGGAGGTCATCGGTAAAGAGCAGTATGGTTTATGGATATTGGTGCTGTCGATTATTGCCTGGTTCAACGTGTTTGAACTAGGCTTTCCTGCCGCTATTTATCGTTTTACCACGTTATTTCTGGAGCAAAAGAAATACGATGATCTCAACCGTTATTTATCCACCTTCTTCATCGTGTTTGGCGGGCTTGGGCTTATCGCTGTCGCCGTGCTGGTGCTATTCGGGTTTAACCCGGGCTGGTTTGACGTGGAGGGCGATAATTCACGGCTCTTCGCACTCACCATTTTCCTGTTCACCTTCAAAGTGCTGGTGGACTTCCTCTCGCATATTCCCAACAGTGTTTTTGTGGCGAACCTGCGTATCGATATCGATGAGAAAGTGACGGCGCTAAGCCTTATCATCAAGCTTATTGCGACCTACTTATTGATTGATGTGTACGGCATAATTACGCTTATCAGCGTTACGTTGTGTGTCGAAATTGGTGCTAACCTGGTAAAAGTGTATCTTGCTTACAGGCTGTTACCGTCGCTGAAGCTAGACACAAAGTACTTTTCCCTTGGCGTGTTTAACGAGATTTTCTCGTTCTCCAAGCATGTTTTCATTTTGGGGTTGGCGCGGGTGCTAAACGACCGAATCGACCCGTTTATCATCGTTAAGTTTTTAGATCTGAAAAGCGTTGCCATTTATAACATCGCCAATAATCTTATCTCGCAACTTAACCTGCTTATTATCTCTTTCTTCAAGTTTCAGGGAGCCATCTTCACCAAGAAAATCGCGGCTAATCAATCAGCAGAAAAGCTCTACAGCACCATTTGTACAGCTAACACGTATGTGGGATTAGTGTTTGCGAGTACGGTTATCGTGTTGGCCGACCCATTTATCCATTTATGGTTGGGTGAAGAGTTTAAAGAATCTATCGCTTTATTATATGTGCTGAGCTTTGGTGTGGTTATTCGCCCCATTACGGCTACCTCTAATCAGCTGCTACTGGCGATGGCAAACCACAAACTGTTAGCCGTGGTGCAATTTGTTTGTGCGCTGGCCAATATCGGCTTGTCTATCGTGTTGATTGGCGATTACGGCTTGGCGGGTGTGGCGTTCTCTACCGTGCTATCGAACTTGCTGTCTAATTTTATTCTGGTGAATTATCTCATTCCCAGGTACACCGACTATAAGCTTGCGGCGCTGCGTACCCGTATGATTTATTCGGTACTTATTTTAGGGGTTATCAATTACCTTACCGTGAATAGCAACGCAATGGCATTCGTTGATTCATGGTTAGCACTGTTTTTAACTGCCTTTGTAGTATTTGGCGTGATGTGTGTGGTGAATGTAGTAATTTTCTTCGGGCAGTTCAAAGAAATTAAAGCCATGCTGAAGCGCTAA	MKKKLASAAIFSLISKGITILSMLLLTPVILEVIGKEQYGLWILVLSIIAWFNVFELGFPAAIYRFTTLFLEQKKYDDLNRYLSTFFIVFGGLGLIAVAVLVLFGFNPGWFDVEGDNSRLFALTIFLFTFKVLVDFLSHIPNSVFVANLRIDIDEKVTALSLIIKLIATYLLIDVYGIITLISVTLCVEIGANLVKVYLAYRLLPSLKLDTKYFSLGVFNEIFSFSKHVFILGLARVLNDRIDPFIIVKFLDLKSVAIYNIANNLISQLNLLIISFFKFQGAIFTKKIAANQSAEKLYSTICTANTYVGLVFASTVIVLADPFIHLWLGEEFKESIALLYVLSFGVVIRPITATSNQLLLAMANHKLLAVVQFVCALANIGLSIVLIGDYGLAGVAFSTVLSNLLSNFILVNYLIPRYTDYKLAALRTRMIYSVLILGVINYLTVNSNAMAFVDSWLALFLTAFVVFGVMCVVNVVIFFGQFKEIKAMLKR				NA	NA	NA	NA	NA
AK237_02325	843			hypothetical protein	ATGCAAAATAGTCAGGCGCGTTACGCTTTCTTGGTGGGCTCAGCCAAATCTGGCACCACTAAATTAGCTGATTTGCTCGATCTCCATCCTGAGATTTGTGTGTCGAAAGACAAAGAGCCTGACACTTTTGCCAATAACGACGTGAACGATGCCGTATTGGCCGAATACGACAACTTATTTGATGGCACCAGCCCTGTGCGTATCGATGCCTCTACGTCTTACTCTGAAACGCTGGCAAGCAGTGAAATAGCAGCTCGTCTGGCAAAAGTAGATGCCAATGCAAAAATTTTGTATCTGGTAAGAAAACCAGCAAAGCGCGCATGGTCGTCGTATTGGCATTATGTAAGAAATGGCACGGAAAAACGTGCCCCCATGGCGGCCATACAAGACGAAAATTCCCCTCACTTTGTGGGCTCACGCTTTCACTTTCATGTGCAACAGTATGAAGCCGTATTCGGGCGCGACAATGTGCGAGTGATTGAGTTTGAAGACTTCATCAAACATTCTGACGACATATACCAGCAAATTATTGCCTTTTTAGAGCTGGACAACGTGGTACTTGAGCAAGAAGAGTCCACTAAAACGAAAAATAAATCGTATCAATGGCGCGGTCCTGCGGCATTTTTAAAACACGTGAACCCTAAACATATCCAGCGCGGTACACGTTTATTGAAAAGTGTGCTGCCTGAGTCCTTGCTGGAACGCCTTAAACAGTCAACGACCAAGCCTGTTCCCGATCTCTCCGACGCTGACCATGCGAAACTTGCTGTGCTGTTTGAAAAAGATTATCAGGCACTCAAAACAGATTATGCCGACTTGTTCATTAAACCCAAGCATAAATAG	MQNSQARYAFLVGSAKSGTTKLADLLDLHPEICVSKDKEPDTFANNDVNDAVLAEYDNLFDGTSPVRIDASTSYSETLASSEIAARLAKVDANAKILYLVRKPAKRAWSSYWHYVRNGTEKRAPMAAIQDENSPHFVGSRFHFHVQQYEAVFGRDNVRVIEFEDFIKHSDDIYQQIIAFLELDNVVLEQEESTKTKNKSYQWRGPAAFLKHVNPKHIQRGTRLLKSVLPESLLERLKQSTTKPVPDLSDADHAKLAVLFEKDYQALKTDYADLFIKPKHK				NA	NA	NA	NA	NA
AK237_02326	927			hypothetical protein	ATGAAAAATGTCTTTATCTGTGTTATCACGTGCCGTCGCCCGATGTGGTTAGCGCGCCTTATTGATGGCTTACTCACGTTAGAGCTCGACAGCAACATCAACGCCACCGTGCTTATTGTGGATAACGCCCAGGACGCGGAAACTGAAAAAGTGGTGGCCGAAAAAGCTGCGCTAGGTAAGCTTCCTGTTATTTACGATGTCGAACCTCAACCCGGTATTGTTTTCGCACGTAATCGATGTGCGCAGCGTTTCCTTGAAGAAAACGGCGATTACTTAGTTTTCATTGATGATGATGAATGGCCACAATCTCCGGATTGGCTAAACAAACTCTGCGCAGCTACCGATAAATATGCGGCTGATATCGTCACCAGTCATGTGATTTCTGTTGGCGAACCAGGTACGCCCGAATGGTCTGTGAGTTTGATATACGGCAATAATCCGTATAAAGAAGGCCAGTTTATCGATGTGTTTTACACCAATAATGTACTGATTAGCCGCAAGGTTATTAACCAGCTGCATCCTTGCTTTGATGCCCGTTTCGCCATGACCGGCGCCAGCGATTATCATTTTGCGCTGCGCGCGAAACAAGCCGGCTATCAATGCGTGTACATCGATGCGCCTGTGGTAGAAGAGTTTCCGAAGAGTCGCGCAACGATTAAGTGGTTTTGCCGTCGGGGTTACCGCTCAGGCATTGGTTATACCCGATCGCATATCTTCGAAGAATCATTTTTTAAAGCGCTGGTGCGGTGCGGTTTGCTCACTGGGGTGCGTGTACTACGCGGGCTGGCCAAATTGGTAGTGGGCGCCCTTACTGCCAACAAAACGAAATTTGTAGATGGCCTCTTCCGCCTGTGCTCCGCAGCAGGCACAATAGCCGGCTTTCTCGGCGTTAAGCACGAAGAATACAAAGTCATTCACGGAAAATAA	MKNVFICVITCRRPMWLARLIDGLLTLELDSNINATVLIVDNAQDAETEKVVAEKAALGKLPVIYDVEPQPGIVFARNRCAQRFLEENGDYLVFIDDDEWPQSPDWLNKLCAATDKYAADIVTSHVISVGEPGTPEWSVSLIYGNNPYKEGQFIDVFYTNNVLISRKVINQLHPCFDARFAMTGASDYHFALRAKQAGYQCVYIDAPVVEEFPKSRATIKWFCRRGYRSGIGYTRSHIFEESFFKALVRCGLLTGVRVLRGLAKLVVGALTANKTKFVDGLFRLCSAAGTIAGFLGVKHEEYKVIHGK	PGPT0026550_237	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCAN_METABOLISM	CE-EPS-SUCCINOGLYCAN_METABOLIC_PATHWAY,PGPT0026550-exoM-K16556	NA	NA
AK237_02327	951			hypothetical protein	ATGCAGCAAAAAGCGATTATTGTCATTGGAATGCATCGTAGCGGAACCTCCGCTATTTCTGGGTTGTTGGCAGAGCTTGGCGTATTTATGGGATCGTCATTGTTTGCCCCGCAAAAAGGGGTGAACGAAAAAGGCTTCTACGAAAACTCTCTGGTTGTGGAAATGAACGAGCGCTTGTTTGATGAAAAGTGCTGGTCGTGGGACGATCCGCTCGCCCACGCGCTTGAAGGCGAAAGTGATAGCGCGCTGGATAAAGCGCTTCCTTACGCCGAAGCCTTGCTAAAGGATGACTATGGCAGTAAGCCACTGTGGGGAATGAAAGATCCGCGCACAACACTGCTTATGCCGTTTTGGAAAAGTGCATTTGCCCGCTTGAATGTGAAGCTCACCTACGTATTGATGGTGCGCCCGCCTGTGGAAGTATGTGGCTCTTTAACAAAGCGCAATGGCTTCTCATTAGACAAGTCTTTAATGTTATGGCTTAACCACACCTTCACGGGATATTTCTGTAGCTCGCCAGAAGACCGCTGTGTGGTAACGTATCCTGCGCTTCTCGAACAGCCAAGAGAAATTGCACGTAATATTGCCAAAGCCGCAGAGCTGGATATTGATGTAGACACCATCGATTTGAATTTTGTTGATAAAAATCTTCAGAATCAAAAGCAAAAGTCTCTGCCAGCCGGTGAATTAGCTGACATCGCATCAGACTTGTATACCGCTTTATCACAACCAGAAATCAGTGACGACGTTATTGTGGCCATTAAAGAGCGTTACGTCGCATATCTATCAACCATGAGCCCTGTGCTTGTAGAGCACTTACGCGCGGTAAAAGCCGAAGAAGTGTATTTCAGGCACCTCTTCGTGAACGCTTATCGCACAGTATGGTGGAAAATAAGCTGGCCGCTGAAAAAGCTTGAAGGCATGGTTCGTCGGAAGAAATGGCGGTGGTGA	MQQKAIIVIGMHRSGTSAISGLLAELGVFMGSSLFAPQKGVNEKGFYENSLVVEMNERLFDEKCWSWDDPLAHALEGESDSALDKALPYAEALLKDDYGSKPLWGMKDPRTTLLMPFWKSAFARLNVKLTYVLMVRPPVEVCGSLTKRNGFSLDKSLMLWLNHTFTGYFCSSPEDRCVVTYPALLEQPREIARNIAKAAELDIDVDTIDLNFVDKNLQNQKQKSLPAGELADIASDLYTALSQPEISDDVIVAIKERYVAYLSTMSPVLVEHLRAVKAEEVYFRHLFVNAYRTVWWKISWPLKKLEGMVRRKKWRW				NA	NA	NA	NA	NA
AK237_02328	930	arnC_2		Undecaprenyl-phosphate 4-deoxy-4-formamido-L-arabinose transferase	TTGAGTTCGTTTAAAGCAAGCATCATTGTGGCTGTTTACAATGGTGAAAAGACACTAGCAGCATGCATTAACAGTCTACTTGCGCAGACCTATACCCATTTTGAGATTTTGCTGGTCGACGACGGCTCAAGCGACAACTCCTACGATGTTATTAAGGCGTTCGAAGCCGACCCTCGCGTTCGTTATTTCAAAAAAGAAAACGGCGGCGTGGCTTCTGCACGAAACTATGGCATAGAGGTCTCTGAAGGTGATGTCATCGGTTTTTGTGACCAGGACGATCAATGGAAGCCGACTAAGCTTGAAAAACAATTGCCTCGTTTTGAAAATCCGGATGTTGGCATGGTGTATAGTTGGGTTGAAATTCAGCGCTTAGGTGAAGTGTCGTACAGTAAACCGGAAATCGAAGGGCGCTGTTTTGACGAGCTCCTTAACACCAACTTTGTGTCCTGCTGTACCGCGATGGTGCGTAAGTCATTGTTAGTTGAGTTGGGAGGCTTTGATGACAGTCGTGAACTGCATGGTGTTGATGACAGACACGTATGGCTTCGCGTAGCGCGGGTGGCTGAGGTCGCCGTGGTAAAAGAGCCGCTGGCGGTTTATTACATTCATGGCGAAAACTATTCGATGAATCAGATAAAAATGCTGATCGCCGACTTAGTGTGTGTCAGAAAAATTGCTGCAATGCCAGAAACTACCGCAGAAGAACGCGCTGGATGTAAGCAGGCTGAGTTAAATATTTATCAGCATTACGCGCAGAATTTGTTCTACCAGAATAAGCCAGGATTAGCAGGACAATGCTATCTTGACGCATGGAAACTTGCGCCACATAAATTACAACTTCTTGCAAAGGGTATTGGTTTGAAACTGATGCCTGCGCCATTGCTTAAGAAAATAAAGGCAATGAGAAAAAACATTAAAAGAGCCGCCTAA	MSSFKASIIVAVYNGEKTLAACINSLLAQTYTHFEILLVDDGSSDNSYDVIKAFEADPRVRYFKKENGGVASARNYGIEVSEGDVIGFCDQDDQWKPTKLEKQLPRFENPDVGMVYSWVEIQRLGEVSYSKPEIEGRCFDELLNTNFVSCCTAMVRKSLLVELGGFDDSRELHGVDDRHVWLRVARVAEVAVVKEPLAVYYIHGENYSMNQIKMLIADLVCVRKIAAMPETTAEERAGCKQAELNIYQHYAQNLFYQNKPGLAGQCYLDAWKLAPHKLQLLAKGIGLKLMPAPLLKKIKAMRKNIKRAA				NA	NA	NA	NA	NA
AK237_02329	1368			hypothetical protein	ATGAGCGAACAGCAAGCTATGCCCAGAGCCGCCACGGCTCACAAGGTTAAACATCTTAAGGATATCGAGGCCACATCGCCCTTCGGCTTTTTCTTGCTGTGTATTTACGCGGCACTGGTGTTAATTCGTCCTCACGAATGGCCTATTTTCGCTACCGAACTTCCTATTCTGCGCTCATTTCTAATTGTTACCTTCCTGGCTTACTTACTCACGTTAAGTCCCAAGAAATGGAATGTGCAGGCTACCATCATGGTCGCGCTATTCTTCTCAATGATGTTGTCTGAGGCCAGGGCCGGACGGTTTTTTAATGACCTCACCTTTGTTATCGAGTGGATAACCTCGGACATGCTGCCGTTTATTCTGTTTCTGGGATTTTTGGTATCTATCACGCGCCAGCGCATCATTTTGTATATCTGCTTAATTGCCTGCCTGTTTATGGTTCATCAGGCCTACTCTCAAATTCAAAGTCCTTTGGGGATGGGGTGGGCTGAGTCGGCAATTTATCGCGGCTCTGGCGATAACGAAATGATGCAGGTGCGCTATATCGGCATATTCAACGACCCTAACGACATGGGCATGTTTCTGGTAATGAACATTCCAATCGCCATGTACTTCTTAGTTAATTCCAAGGGTGCACTTAAAAAGGCCATTGCGGGCGGAACGCTTGCTGCAATATTTATTGGCATTTACTGGACAGGCAGTCGGGGTTCTCTGGTAGGGTCGTTAGCGGTACTGGCTGCGTTTTTCTATATTCGTTTCGGTAAAGTGAAGTTTATTGTGCTAAGTGTGCTGTCTTTGCCGGGGGTCGTCGTCGCATTAGGTGCATTCCGCACTATCGGACTGGAAGACAAAAGCGTATACGACCGTTTAACCGCCTGGTATGAAGGCGTGCAAATGGTGAAGTACCGCCCTTTGTTTGGTTTTGGTAAAGACCGCTTCCTTGAGTACCATTCTAAAGTAGCGCATAACAGCTTTGTTACCGTGATGTCCGAGCTGGGCGCGGTGGGCTTTACGCTTTGGATGTCCTTTATCTTATTGATTTTTGTGATGGCATACCGCATCGCGAAACTACCAGCACTGGAAGGCCCGCGAGGACAAGTATTAAAAGAAGAGCAAACGCTTAATCTTTACCTTGCCGTGTCGATTATCGGGTTCTGTGCGACGGCTTTCTTTATTAGTCGTAGTTATATTTTGTTTTTCTATGTATTCGCCGCGTTTGTTGCAGCGTCTTATTTGCGTGTGAAAAAGCAATTTCCAGAGTTCTCACTGGAAATCTCTTTTGCCACGTTAGTTCGAGTGGCTATGGGAAGTGTAGGGTGTTTGATTGCGTTGTACTTCATAATCAAGTTACTACTCAACCTTCGATAA	MSEQQAMPRAATAHKVKHLKDIEATSPFGFFLLCIYAALVLIRPHEWPIFATELPILRSFLIVTFLAYLLTLSPKKWNVQATIMVALFFSMMLSEARAGRFFNDLTFVIEWITSDMLPFILFLGFLVSITRQRIILYICLIACLFMVHQAYSQIQSPLGMGWAESAIYRGSGDNEMMQVRYIGIFNDPNDMGMFLVMNIPIAMYFLVNSKGALKKAIAGGTLAAIFIGIYWTGSRGSLVGSLAVLAAFFYIRFGKVKFIVLSVLSLPGVVVALGAFRTIGLEDKSVYDRLTAWYEGVQMVKYRPLFGFGKDRFLEYHSKVAHNSFVTVMSELGAVGFTLWMSFILLIFVMAYRIAKLPALEGPRGQVLKEEQTLNLYLAVSIIGFCATAFFISRSYILFFYVFAAFVAASYLRVKKQFPEFSLEISFATLVRVAMGSVGCLIALYFIIKLLLNLR				NA	NA	NA	NA	NA
AK237_02330	399			hypothetical protein	GTGAAAGTTAAAGCATTGATCGCTATAGCTGTTGCACTGGGAATGACCACAGCCCACGCGCAAGAAATGACAGACGAAGCAATAAAAGAAAGAACAAAGCCTTACGGAAAATTAAACGTTGCTGGCGCAGCAGCGGCTGGTGCTGGCGCGGTAGCAGCGCGTTCTGGTGAAGATGTGTATAACGGGGCTTGTGTAGCGTGTCACGGTTCTGGTGTATTAGGCGCACCTCGCTTACACAATGCGGCAGACTGGCAACCTCGTTTGGATGAACGTGGTTTAGACGGCGTCTGGCAAAATGCCCTGAATGGTATTAACGCTATGCCGCCTAAAGGTACATGCGCAAACTGTAGCGATGATGAGATTAAAGCCGCCATCGAATTTATGGTGGAAGGTATTTAA	MKVKALIAIAVALGMTTAHAQEMTDEAIKERTKPYGKLNVAGAAAAGAGAVAARSGEDVYNGACVACHGSGVLGAPRLHNAADWQPRLDERGLDGVWQNALNGINAMPPKGTCANCSDDEIKAAIEFMVEGI				NA	NA	NA	NA	NA
AK237_02331	2598			hypothetical protein	ATGTCTTCAAAGTCAACGCAGTATGAGTTGTCAGAGGAAGAGCTTCGCGAACTCATTCCGCAGCTGCAACAACTAACAGACAAATACAAACGCTCAGAACGCGTGCAAAAAGCGCTTTTTGATATTGCTGAGCTAGCAAGCTCGGTAAGTAATCTTAATCGTCTGTATCCTGCCATCCACGAAATCATCGGCGACTTTATGAATGCCGACAACTTTTTCGTTGCCTTTTATGAAAAAGACGCCAACCTGGTAAATTTTGCTTATTTTGTTGACGAGTTTGATGAGCAAACTATCAAACAAATGCCCGCCGAATCGCTGATGGATGGCATTACAGGTTATATTCTCCGCTCTGGAAAACATGTATTTCTGGAAAGAGATGACCACGAGGCGTTTAGTAAAGAAACCGGCGCACGCATTGTTGGCTCGGCGCCTCACCAATTTATTGGTGTACCACTAAAACGCGGGTCCCAGGTAATTGGTGCTATGGTTGTTCAAACCTATGATGAAACCGTAACCTATACCGATGAAGATTTAGAAGTGCTGCTTTTCGTATCACAGCACATTGTGACCACCGTCGACAGGGTAAAAAGTCGGGAGCTCACCGAACGCACAATACGCGACAGAACCCGACAACTCCGCAAAATCAATGACGAGCTACAAGAAGAAATACTCGAGCGCCAAAAAATTGAAACCCTGCAACATGCGCTGTATGAAATATCAGAATTAGCAGCCAATCTCGAAGGCGATATGGACGCCTTTTATGCCAGCATCCACGAAATTCTCGCTCGCCTTATTAGCGCACCTAACTGTTACATCGCGATTCTTGATGAAAGTGGCCAGTATCTGGACTTCCCTTATTTTAGCGATACCACAGAAGCGTCGATAGAGCGCCGCCCGCTTGGTCTTGGCTTGTCTGAGTTTGTCTTGCGCACTGGTCAAACCGAACTTATCAATCCACCCCGCGTGCTGGAACTTACCGAAGCAGGCGAGTTAGATGTAACCGCGGCACAACGCATGTTGAATAGCGCGAACTCCTGGCTGGGGTCGCCACTGGTGGTAGAAGGTAAAATTTCCGGCGTGATTGGCATTCAAACTTACGGTAAGTTAGCCAAATACACGTCAAAAGATTTAGAGCTTTTACGCTTTGTATCGCACCATATTGCTGCCGCTATCGGCAGAAAGCGCAGCACCGATGCGATTCAGCAGTACAACGCCATGTTGGAAGAAAAGGTTAAAGAGCGCACTCAGGAGCTTGATAAAGCCAATTCGTTTTTGAAGCAGCAAATTGAAGAACGTAAAGAAATTGAGCTTAAGCTTATTCACGATGCGCATCACGATGGCCTGACAGACTTGCCAAACCGTTCGATGTTCACCAGCCGCTTAGAGTTAGCGGTTGCTAGCAAGCAACGTTACCCCGAGAATTTGTTTGCAGTACTTTTTATCGATTTAGATCGCTTTAAAACCATAAACGATACCTTGGGCCACCATGCGGGTGATGAATTTCTGGTAGAGGTAAGCCGCCGCATATCACTCTGTATTCGGGGACACGACTTATTGGCCCGCTTGGGGGGCGACGAATTTGTCGTATTACTGGATAATTTCGAAGATGAGGAAGCTGCTGAAGAAGTAGCCTCGCGCGTTATTGAAGCCATTTCTCAACCGTTTATTTTAGACGGTAAAGAAATGTATTCAGGCGCCAGTATAGGTATTGCGCACCTGGAGAAGTATTACCGAAGTGCAGATGAAGTGCTGCGAGACGCCGACGCTGCGATGTATCAGGCAAAGACGCTGGGCCGCGGTCGCTTTGTTATGTTTGATAAATCCATGCGCGATAGGCTTATTGAAGAATTAGAGCTGGAAAATGAGTTTCGTCGCGCTTTGCGGGATGAAGAGTTCGAGTGTTATCTTCAACCCGTTGTCGATTTGCGAACCAACCTCCCCTTCTATCATGAAATGTATGTCCGCTGGGTGCATCCTGAACATGGCAAGGTGACCAGAGAGCAATTCAGACAAGTCGCTGAACAAAGCGGCCTGACACTTGACCTGGATTTATTTCAGCTGCGCAAAGCCTGCGAGTTAATCAAAGGCCGCTCCCATCAGACCGGACATATCGAAAAGATAGCGGTTAACGTGTCTATCAATCACTTATTGCAAGCCTCGCTGGTGAGTAAAATTTTACAGTTAGTAGAATTTTATCAGGTACCACCGAATAAGCTGGTATTTGAATTTGATGAAAACGACCTCAACCGTCGTTCCCAATTTATTCTACCGGCAATTAAGAAACTAAAACGAGCAGGTATTACGCTGGTACTTGATAATTTTGGCAGCGGATTGGCGTCGTTAAGCTATTTATTTGCCTACCCGTTCGACTTTATCAAGGTTGACCACCGGTTTGTAAAATCGCTTCCCCGATCTCAACGCAATTTAAAGCTCATCCAGTCCGTTATGTTGATATCGGAGCATTTAAAGTTTGATGTCATCGCAGAGGGAGTGGATGCTAAAGCGCAACTTAATGCGCTGAATGAAATAGAGTGTCACTTTGCGCAAGGCAAAATTCTCTCTATCCCCAAACCCGTGTCACAACTTAAACGCGCGTAG	MSSKSTQYELSEEELRELIPQLQQLTDKYKRSERVQKALFDIAELASSVSNLNRLYPAIHEIIGDFMNADNFFVAFYEKDANLVNFAYFVDEFDEQTIKQMPAESLMDGITGYILRSGKHVFLERDDHEAFSKETGARIVGSAPHQFIGVPLKRGSQVIGAMVVQTYDETVTYTDEDLEVLLFVSQHIVTTVDRVKSRELTERTIRDRTRQLRKINDELQEEILERQKIETLQHALYEISELAANLEGDMDAFYASIHEILARLISAPNCYIAILDESGQYLDFPYFSDTTEASIERRPLGLGLSEFVLRTGQTELINPPRVLELTEAGELDVTAAQRMLNSANSWLGSPLVVEGKISGVIGIQTYGKLAKYTSKDLELLRFVSHHIAAAIGRKRSTDAIQQYNAMLEEKVKERTQELDKANSFLKQQIEERKEIELKLIHDAHHDGLTDLPNRSMFTSRLELAVASKQRYPENLFAVLFIDLDRFKTINDTLGHHAGDEFLVEVSRRISLCIRGHDLLARLGGDEFVVLLDNFEDEEAAEEVASRVIEAISQPFILDGKEMYSGASIGIAHLEKYYRSADEVLRDADAAMYQAKTLGRGRFVMFDKSMRDRLIEELELENEFRRALRDEEFECYLQPVVDLRTNLPFYHEMYVRWVHPEHGKVTREQFRQVAEQSGLTLDLDLFQLRKACELIKGRSHQTGHIEKIAVNVSINHLLQASLVSKILQLVEFYQVPPNKLVFEFDENDLNRRSQFILPAIKKLKRAGITLVLDNFGSGLASLSYLFAYPFDFIKVDHRFVKSLPRSQRNLKLIQSVMLISEHLKFDVIAEGVDAKAQLNALNEIECHFAQGKILSIPKPVSQLKRA				NA	NA	NA	NA	NA
AK237_02332	2016	rep_2	COG0210	ATP-dependent DNA helicase Rep	ATGAAGTTAAACGATGCACAACAATCTGCTGTGACCTACGTCTCCGGGCCTTGCCTGGTACTGGCTGGTGCCGGAAGTGGAAAGACGCGCGTGATCACTAACAAAATTGCCCATTTGGTGCGTGAATGTGACTTACCAGCCAGACAAATAGCTGCAGTCACGTTTACCAACAAGGCGGCTCGCGAGATGAAAGAGCGGGTAGGGCAGACGCTCGGTAAGCATGAAGCCAGGGGCCTGAAAGTGTGCACGTTCCACACGTTAGGGCTGACCATCATCAAGGCGCACGTAAAAGAACTCGGGCTAAAACCGGGCTTTTCTTTATTTGATGATAAAGATTCAACAGCGCTGCTGAATGATTTAACCGAAGACACCATCGACGGCGACAAAGATCAACTTAAGTTGCTGCAAAGCTGTATTTCAAACTGGAAGAATGATCTGTTATTGCCCGATGCGCTGGCGAAAAAAGCCACCAGTGCCGGTGAGCGGGAATTTGCAGAAGCTTACCGCCATTATCAGAATCACTTACGGGCTTATAACGCGCTGGATTTCGATGATCTTATCCTGCTGCCTACCTTGCTGCTTAAAACCAACGAACAGGTCAGATTGAAGTGGCAAAGCAAAATCCGCTATCTGTTGGTGGACGAATATCAGGATACCAATACCAGTCAGTATGAACTGGTAAAACTGCTGGTGGGTGAGCGAGCCAGGTTCACGGTAGTTGGTGATGACGATCAGTCTATTTATTCCTGGCGTGGGGCTCGCCCGCAAAACCTGCACCTGTTGCAACAAGATTTCCCTAAATTAAATGTGATTAAGTTGCAGCAAAACTATCGTTCGTCCGAACGTATTTTGCACTGTGCCAATATTCTTATTCAGAACAATCCACACCTGTTTGATAAAACTCTTTTTTCCGAAATGGGTTACGGCGAACCTTTGCGGGTGCTGTCGGCTAAAAATGAAGAACATGAAGCAGAACGGGTGGTCGCTGAACTGATTGCGCATAAGTTTATGAACCGCACCCAGTATAAAGATTACGCTATCTTGTACCGGGGCAATCACCAGAGCCGATTGTTCGAAAAGCTCTTAATGAGCAACCGCATTCCGTACCGTATTAACGGTGGCATGTCGTTCTTCGGCAGGACTGAAGTGAAAGACATCATGGCGTACTTGCGCTTATTGGTGAATCAGGACGATGACAATGCTTTCTTGCGGGTAGTAAACACGCCAAACCGGGGCATTGGTCGCGCCACGCTGGAAAAGTTGGGTAACTTTGCTAATCAGGTTGGTATTTCGTTATTCGCCGCTACCACTCACTCCGGCCTCTCCGGCGTGTTAGGCGAGTCGGCTTACCAGCGTGTTGCAGGGTTTGGACGATGGGTTGTAGAAACCTCCGACAACGTAGTGCGTGGTGACAGTAAGGCTGTACTGCGGGACATGATCCGCTCAATGCAGTACGAAGAGTTTTTGTACGAACACAGCCCCAGCCCGAAAGCCGCTGAAATGGCCATGGCCAATGTAAGTACACTGTTTGGCTGGGTAACCGACATGCTCGAAGGTAACGACTTAGACGCGCCGATGACGATGCAGGAAGTGGTGAACCGCCTTATCTTGCGCGACATGATGGAGCGGGGCGAAGAAGACGGCGAAGCCGATCAGGTGCAACTGATGACACTGCATGCGTCAAAGGGTCTTGAGTTTCCCATTGTTTTCTTAGTTGGTATGGAAGAAGGATTGCTACCGCACCAAAGCAGTATTGATGAAGATAATGTGGAAGAAGAGCGGCGCTTGGCTTACGTGGGGATCACCCGTGCTCAGCGCGAGCTGATTTTCAGTTTGGCAAAGGAGCGCCGGCAATTCGGAGAGGTGATTAACCCTGAGCCCAGCCGATTCCTGTACGAGCTACCGGTAGATGATGTGGTTTGGGAAGAAAAGAAAATCAAGCCCTCTGCCGAGCAGCGTAAGAAAACCAATGAAGCCGGACTCGCCAGCTTAAAGGCTATGTTGGGCAAGCACTAA	MKLNDAQQSAVTYVSGPCLVLAGAGSGKTRVITNKIAHLVRECDLPARQIAAVTFTNKAAREMKERVGQTLGKHEARGLKVCTFHTLGLTIIKAHVKELGLKPGFSLFDDKDSTALLNDLTEDTIDGDKDQLKLLQSCISNWKNDLLLPDALAKKATSAGEREFAEAYRHYQNHLRAYNALDFDDLILLPTLLLKTNEQVRLKWQSKIRYLLVDEYQDTNTSQYELVKLLVGERARFTVVGDDDQSIYSWRGARPQNLHLLQQDFPKLNVIKLQQNYRSSERILHCANILIQNNPHLFDKTLFSEMGYGEPLRVLSAKNEEHEAERVVAELIAHKFMNRTQYKDYAILYRGNHQSRLFEKLLMSNRIPYRINGGMSFFGRTEVKDIMAYLRLLVNQDDDNAFLRVVNTPNRGIGRATLEKLGNFANQVGISLFAATTHSGLSGVLGESAYQRVAGFGRWVVETSDNVVRGDSKAVLRDMIRSMQYEEFLYEHSPSPKAAEMAMANVSTLFGWVTDMLEGNDLDAPMTMQEVVNRLILRDMMERGEEDGEADQVQLMTLHASKGLEFPIVFLVGMEEGLLPHQSSIDEDNVEEERRLAYVGITRAQRELIFSLAKERRQFGEVINPEPSRFLYELPVDDVVWEEKKIKPSAEQRKKTNEAGLASLKAMLGKH				NA	NA	NA	NA	NA
AK237_02333	255	ubiK	COG2960	Ubiquinone biosynthesis accessory factor UbiK	ATGCTTGATCCGAAAAAACTCGAAGAAATTGCCAAACAAATTTCAGACGCAGTCCCACCCGGCGTACGCAATATGGCGGAAGGTGCCGAGGCACGGGTAAAGCAGGTGCTACAAGCACAATTGAGCAAACTGGACCTGGTCACGCGGGAAGAGTTTGATATTCAAAGTCAGGTGCTCATTCGCACCCGTGAAAAATTAGAAGCCCTTGAAGCCCGCTTGGCGAAGCTTGAAGAGGAAACACCGCCAAAGCCATAA	MLDPKKLEEIAKQISDAVPPGVRNMAEGAEARVKQVLQAQLSKLDLVTREEFDIQSQVLIRTREKLEALEARLAKLEEETPPKP				NA	NA	NA	NA	NA
AK237_02334	882	ubiA	COG0382	4-hydroxybenzoate octaprenyltransferase	ATGGCTCTTGAATTATCTTTTCGTAATTGGCGCGCTTACATGCAGCTTACTCGCATGGATAAGCCCATCGGAATCTACCTGCTGCTTTGGCCTACTATTTGGGCTTTAGTGATGGCGGCAGATGGTCTGCCCGACCTGGGCCTGTCGCTGATATTTATCGCGGGCGTGGTACTCATGCGTTCCGCAGGATGCATTATTAATGACTACGCCGACCGCAACGTGGATGGTAGTGTAAAGCGCACCAATCAGCGGCCATTGGTCTCTGGCACCGTCACGGAGAAAGAAGCTTTGCAGCTGTTTGCTTTGCTGGTCGGGCTCTCGTTTTTACTGGTTTTGCTGCTTAACTGGCAAACCATTGCCTTGTCTGTGGTTGCCTTATTGCTGGCGGCCAGCTACCCGTTTATGAAGCGTTACACCCACATGCCTCAAGCTGTTCTGGGTGCGGCGTTCGGATGGGGAATTCCCATGGTCTTTGCTGCTACTCTTGGTTACGTGCCTATCGAAGGATGGTTGCTGTTTGCAGCCAATTTGGCGTGGACCATCGCTTATGATACCTATTACGCCATGGTGGATCGCGATGACGATTTGATTGTGGGTATCAAGTCATCAGCCATTTTATTTGGCAGCAACGATCGTCTTATTGTTGGCCTGCTACAACTGTTTACCTTAGCGCTACTTGGTAGCATTGCCGTATTGTTGAACTATGGCTGGCCGGTATACCTTGCTCTCGTGGCGTGTGCGATATTGTTTATGATCCAGTCGTACGAAACGCGGGAGCGTGAGCGAAAAGCCTGCTTTAAGGCTTTCCTTGATAATCATTATGTGGGCTTGGTATTTGCAGTTGGTTTAATGGTAGATCGTATAGGCCTTAACGCTATCTAG	MALELSFRNWRAYMQLTRMDKPIGIYLLLWPTIWALVMAADGLPDLGLSLIFIAGVVLMRSAGCIINDYADRNVDGSVKRTNQRPLVSGTVTEKEALQLFALLVGLSFLLVLLLNWQTIALSVVALLLAASYPFMKRYTHMPQAVLGAAFGWGIPMVFAATLGYVPIEGWLLFAANLAWTIAYDTYYAMVDRDDDLIVGIKSSAILFGSNDRLIVGLLQLFTLALLGSIAVLLNYGWPVYLALVACAILFMIQSYETRERERKACFKAFLDNHYVGLVFAVGLMVDRIGLNAI	PGPT0009515_1607	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-UBIQUINONE|COENZYME_Q_PATHWAY,PGPT0009515-ubiA-K03179	NA	NA
AK237_02335	495	ubiC	COG3161	Chorismate pyruvate-lyase	GTGGAAGTTCTCTCTGACACAGTAAAATCCTGGCTGTTGGACACGGGCTCACTAACCGACAGGATCATTGCGTCTGCGTCATCTCACTTTACATTAAGCGTTATTGGTGAAGGACAGGTGTCTTTGCATCCAGCAGAACAACAGGTATTGGGTCAATCCGCTTTTACTTGCGCGAATCGCGAGATGACAGTACGAGAAGTGTTGCTACAGGATAGTCAGACGCCCTGGGTGTTTGCTCGTTCTGTTATCCCAAACGCACTAATGCAAGGGGCGTTAAGTCAATTGGGAAGCGAGCCGTTAGGAAAGCGCCTGTTTAATGATAACCGGTTCTCACGTGGACATTTCGAGTTATGCCGGGTATCGCACCCCACCTTTGCTGGTGATTCCGGGTTAACGTTATGGGGGCGTCGTTCCTGTTTTCATTATCAGCAGCACAGGCTACTCGTGGCAGAGTTGTTTTTGCCGGCAGCACCTATCTATCAAACGGATAACTAA	MEVLSDTVKSWLLDTGSLTDRIIASASSHFTLSVIGEGQVSLHPAEQQVLGQSAFTCANREMTVREVLLQDSQTPWVFARSVIPNALMQGALSQLGSEPLGKRLFNDNRFSRGHFELCRVSHPTFAGDSGLTLWGRRSCFHYQQHRLLVAELFLPAAPIYQTDN	PGPT0009525_623	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-UBIQUINONE|COENZYME_Q_PATHWAY,PGPT0009525-ubiC-K03181	NA	NA
AK237_02336	414			hypothetical protein	ATGAAAATGTTATCTCTTCGTGTATTCGCAGCGTTGTCATTACTAAGTAGTCTGATGAGCTTTTCAAGCCATGCCCAAGACACGCCAAATTACGGTTATCTGAGCCTCGAACCTGACATTATTACTAACTATATAGGTCCATCGTCTAAGAAGCTTGGCTATGTCCGGGTTACGGTAGAACTTATGATTGACAGTGTAGACGTGCTGGACATCGCCGAACATCATTTGCCTCTGCTGCGAGCAACTACGATTGAAATTTTTGGGCAACAACCGGAAGACAAAGTGAAATCGCTAACCGGTCGGGAAGATATTCGATTAGCGATATTAAAAGCGCTGCAGGATCATATGCGAAAAGAAACCGGTGCCAGCATTGTAAAGGATGTGATCTTTACCAAATACTTATATCACAGCTAA	MKMLSLRVFAALSLLSSLMSFSSHAQDTPNYGYLSLEPDIITNYIGPSSKKLGYVRVTVELMIDSVDVLDIAEHHLPLLRATTIEIFGQQPEDKVKSLTGREDIRLAILKALQDHMRKETGASIVKDVIFTKYLYHS	PGPT0015525_2788	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-MOTILITY|CHEMOTAXIS	MOTILITY-FLAGELLAR_ASSEMBLY	MOTILITY-FLAGELLUM_ROD|HOOK|FILAMENT,PGPT0015525-fliL-K02415	NA	NA
AK237_02337	900	glpG	COG0705	Rhomboid protease GlpG	GTGGAAGCTTACTCAGGAAGTGGTGTCTGCATAAGCGTGAGTACCCCATTAATAGCCATATCAAACGAAAGCTACGCGCATCTTCTTGCGAATTATCTAACCAGCCAGCAATTACCTTCTCAGGTGAAGCCTTCAGATAAGGACGGTGAGTTTGTTATTGTTCTTGCTAATGAGGACGATATAGAAAAAGCCGCGGTAATTTGTGAAGAGTTTGTCCGTCAGCCTCAGCATCCTAAGTATCAGCAAGCTGCGTGGGCGTCCGGCGAGCAAGTCAATCTGCATCCTTCCAGAGCAAATAATCTTAGCGTAGCCAACTTGATGACATGGGCAAAGGGGGCGCCGTTTGCTGCCTCCATTCTACTGATTTGTACCATCGTGTACGCTTTATCCTGGGTCGGATTTTTCGGTGTGATTGGTCAGTACTTAAAGATGCAACCTGTTGCGCAGCTTATGCAAACCCATGAGTATTGGCGTTTGGTTACTCCTGCTTTTATTCACTTCTCCGCATTACACTTTGTGTTCAATTTGTTGTGGTGGAGCATGCTTGGCGCACAAATCGAGCGCACCTTCGGTTTCTCCATGTTGCTGTTAATCTTCATGGTGTCGGCCGTGGCTTCTAACCTGGCGCAGGCGGTTGTGAGCGGCCCGGCGTTTGGCGGTTTGTCCGGTGTGGTGTATGCCGTACTCGGGTTTGTGTGGTGGATTGGCTGGCTAAAACCAGGCTGGGGTCTGTCTATCCCAAAATCCATTGTCGGTTTTATGCTGATTTGGTTGGTGCTGGGCTATGCCGACGTGTTGTGGGTAAGTATGGCGAATACCGCGCACACTGTAGGGCTTATTAGCGGATGCGCGCTAGCGGCAGTGCTTGCTTTGGGATCTGGCCGCCGCAAATCCGCTTAG	MEAYSGSGVCISVSTPLIAISNESYAHLLANYLTSQQLPSQVKPSDKDGEFVIVLANEDDIEKAAVICEEFVRQPQHPKYQQAAWASGEQVNLHPSRANNLSVANLMTWAKGAPFAASILLICTIVYALSWVGFFGVIGQYLKMQPVAQLMQTHEYWRLVTPAFIHFSALHFVFNLLWWSMLGAQIERTFGFSMLLLIFMVSAVASNLAQAVVSGPAFGGLSGVVYAVLGFVWWIGWLKPGWGLSIPKSIVGFMLIWLVLGYADVLWVSMANTAHTVGLISGCALAAVLALGSGRRKSA				NA	NA	NA	NA	NA
AK237_02338	312	glpE_3	COG0607	Thiosulfate sulfurtransferase GlpE	ATGTCAGAATTTCAGCACATTAGCGTACAGGATGCGGCTTCTAAATTAGAAGAATTTGCAGTTGTCGATATTCGTGATCCGCAGTCATTCGGCTTGGGTCATATGCCCAACGCGCTTCATCTTAGTAATGATAACTTCGCTGAATTTCTGACTAACACGACGAAGGATACACCGGTATTGGTGGTGTGTTATCACGGTGTCAGCAGCCAGCAGGCTGCCAATGTTATCGCGCAGCAGGGCTATGAATCTGTGTACAGCATGGATGGTGGCTTTGAAGCGTGGAAGCTTACTCAGGAAGTGGTGTCTGCATAA	MSEFQHISVQDAASKLEEFAVVDIRDPQSFGLGHMPNALHLSNDNFAEFLTNTTKDTPVLVVCYHGVSSQQAANVIAQQGYESVYSMDGGFEAWKLTQEVVSA	PGPT0003021_602	DIRECT EFFECT	BIO-FERTILIZATION	SULFUR_ASSIMILATION|MINERALIZATION	S-ASSSIMILATION-SULFUR_METABOLISM	S-METABOLISM-THIOSULFATE_DEGRADATION,PGPT0003021-glpE-K02439	NA	NA
AK237_02339	1023	tdh	COG1063	L-threonine 3-dehydrogenase	ATGAAGTCACTGGTAAAAGCACACCGCGAACCCGGTATTTGGATGCAAGACAGTGCAGAGCCTGAAGTAGGTCACAACGATCTGCTGATCAAAATCCGTAAAACCGCTATCTGCGGTACGGACATGCATATTTATAACTGGGACGAATGGTCTCAGAAAACGATCCCTGTCCCTATGGTCGTTGGCCATGAATATGTGGGTGAGGTGGTAGGTATGGGCCAGGAAGTGGCCGGTTTCAAAATAGGTGACAGAGTGTCTGGTGAAGGGCACATCACCTGCGGACATTGCCGTAACTGCCGTGCTGGTCGTCGCCATTTATGCCGTAATACCGAAGGTGTTGGGGTGAACCGCGCAGGTGCGTTTGCGGAATATTTAGTTATTCCGGCGTTTAATGCGTTTCGTATTCCTGACAACATCAGCGACGATATGGCGTCGATTTTCGACCCATTCGGTAACGCTGTTCATACCGCGCTGTCATTCGATTTAGTCGGTGAAGATGTGTTGATCACCGGCGCTGGTCCTATCGGCATCATGGCAGCGGCCGTAGCGAGACACGTAGGTGCACGACACGTTGTGATAACCGATTTAAACCCATACCGTCTTGAATTGGCAGAAAAAATGGGCGCTACCCGCGCGGTTAACGTCGGCACTACGTCACTGAAAGACGTTATGAATGAGCTTGGCATGACCGAAGGGTTCGATGTGGGTCTTGAAATGTCTGGAGTGCCTGCGGCCTTCCGGGACATGCTGGATAAGATGAATAATGGCGGAAAGGTTGCTATGCTGGGCATTCCGCCAACCGACGTGGCGGTAGACTGGAACCAGATGATTTTCAAAGGGCTAACGATCAAAGGTATCTATGGTCGTGAAATGTTTGAAACCTGGTACAAAATGGCCAGTCTGTTACAAAGTGGTCTGGATATTTCGCCTATCATTACCCATCAATTCAGTATCGACGACTTTCAGAAGGGGTTTGATACCATGGGGTCTGGCCAGTCCGGTAAAGTCATTCTTAATTGGTAA	MKSLVKAHREPGIWMQDSAEPEVGHNDLLIKIRKTAICGTDMHIYNWDEWSQKTIPVPMVVGHEYVGEVVGMGQEVAGFKIGDRVSGEGHITCGHCRNCRAGRRHLCRNTEGVGVNRAGAFAEYLVIPAFNAFRIPDNISDDMASIFDPFGNAVHTALSFDLVGEDVLITGAGPIGIMAAAVARHVGARHVVITDLNPYRLELAEKMGATRAVNVGTTSLKDVMNELGMTEGFDVGLEMSGVPAAFRDMLDKMNNGGKVAMLGIPPTDVAVDWNQMIFKGLTIKGIYGREMFETWYKMASLLQSGLDISPIITHQFSIDDFQKGFDTMGSGQSGKVILNW	PGPT0020460_1293	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_UTILIZATION	PLANT_DERIVED_THREONINE_DEGRADATION,PGPT0020460-tdh-K00060	NA	NA
AK237_02340	1194	kbl	COG0156	2-amino-3-ketobutyrate coenzyme A ligase	ATGTCACAGTCATTTATCACGCATTTGCGTGAGCAGATAGAAGAAGTAAAACAAGAAGGTCTGTACAAAAATGAGCGGGTTATTACTTCACAGCAGCAAGCTGACATTGCCGTCGACGATGGTAGTGAAGTTATCAATTTCTGCGCGAATAATTACCTGGGTTTAGCCAATCACCCTGATTTGGTTTCAGCAGCCAAAGAAGGCCTCGACAGCCATGGCTTTGGCATGGCGTCGGTACGTTTTATTTGTGGCACGCAAGATATTCACAAACAACTGGAAGGAAAAATCAGTGACTTTCTGGGTACCGAAGACACCATTTTGTATCCGTCCTGTTTTGATGCCAATGGTGGGTTGTTTGAAACCTTACTTGGCCCGGAAGACGCAATTATTTCTGATGCGCTGAATCACGCCAGTATTATTGACGGTGTGCGTTTATCCAAAGCGAAGCGTTATCGCTATGCGAATAACGACATGGAAGCGCTGGAAACACAGCTTAAGCAAGCTGTTGCAGATGGTGCGCGTTTTAAAATTATTGCCACCGATGGTGTATTTTCCATGGACGGCGTTATCGCTAACCTCAAAGGCGTATGCGATCTTGCCGACAAGTACGATGCTATGGTGATGGTAGATGACTGTCACGCTACTGGCTTCCTCGGTGAAAATGGTCGTGGCAGCCACGAGTACTGTGACGTTGTCGGCCGCGTAGACATCATCACCGGCACACTGGGTAAAGCCCTTGGCGGGGCTTCCGGCGGCTACACCTCCGGTAAAAAAGAAATCGTTGAATGGTTACGTCAGCGTTCACGCCCTTATTTATTCTCTAACTCCGTAGCGCCTCCCATTGTGTCTGCATCACTGAAAGTGTTCGACATGATGGCAGACGGTCACGCACTGCGTGAACAGCTGTGGAAGAACGCCGTGCATTTCCGTACACGCATGGAAGAAGCGGGCTTTACGTTGGCAGGTAAAGATCACGCTATCATTCCTGTTATGTTGGGTGACGCCCGTCTGGCCAGCGAAATGGCAGAAAAAATGTTGGCAAAAGGCATTTATGTCGTCGGCTTCTCGTACCCGGTGGTTCCTAAAGGGCAAGCGCGCATCCGCACACAAATGTCAGCCGGTCACACTATTGAGCATGTAGATAAAGCCGTTGATGCGTTTATCGAAGTGGGTAAAGAGTTAGGAGTTATCTGA	MSQSFITHLREQIEEVKQEGLYKNERVITSQQQADIAVDDGSEVINFCANNYLGLANHPDLVSAAKEGLDSHGFGMASVRFICGTQDIHKQLEGKISDFLGTEDTILYPSCFDANGGLFETLLGPEDAIISDALNHASIIDGVRLSKAKRYRYANNDMEALETQLKQAVADGARFKIIATDGVFSMDGVIANLKGVCDLADKYDAMVMVDDCHATGFLGENGRGSHEYCDVVGRVDIITGTLGKALGGASGGYTSGKKEIVEWLRQRSRPYLFSNSVAPPIVSASLKVFDMMADGHALREQLWKNAVHFRTRMEEAGFTLAGKDHAIIPVMLGDARLASEMAEKMLAKGIYVVGFSYPVVPKGQARIRTQMSAGHTIEHVDKAVDAFIEVGKELGVI	PGPT0020495_1794	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_UTILIZATION	PLANT_DERIVED_GLYCINE_DEGRADATION,PGPT0020495-kbl-K00639	NA	NA
AK237_02341	2478			hypothetical protein	ATGAAAGTCAGTATGTCAGTAACAACAAAATTGCTGAGCATTGTTGTGGCGATGATGCTGACGGTGACCATTGCCATTGCAGCAATGTTAATTGCCCAGTCTCAGGAAAATATTGAGCAACAGCACAAAGACTTCCAATTGAAAAACCAACGGCAAATGGCATGGATGGATGAATTATTCACTGTGCGACTACTGGTCTGGGTTGAGACGTTTTCGCGCTGGGGTCATACCGAGACGCTATCTGAAAAAGAATTGGTTAGTGCTTTAAAAGAATCGCAGGATGCACTTCATGTAAGCCTGCAAATAAACGATATGTGGTTGTTCAACGCCAGCGGCAACCTGTTGTTGGGCGACAGCGAAAATATGCCCACCTTCGTGCCTGAGATGGAGCGTATTACCCGGGAACAAGTGCGCCCGCAAAATCGGTTCGAATGTCATACGTTGTGCTACCGTTATGTTACCGCGCCCATCATGATTGAAGATCAGAAAATCGCTGTACTGGTGCTGAACTCCAGCTTTGGTGAGCTGTTAGCCGCGCTCTCTCAGTTTTCAAGTGCATATAAAATTGCCATCGTTCATCATCTGGGATATAGCGAAAATAACATACGGCTCGATATAGTCAGCCAGCTATCGCCTAACAACCAGAGTATCGTGGAGGATGTGATAAAAAATACGCCTTCCGATGCCACCACCGAAACAATGGTTGAACGTGGCGTGCTGGTTAACAGAGAAAACCGCAGGTTATTAGTCAGCCTGTTGCCCATGCCCGAGTCAGACTATTACATCCTGTTTATTCGCGACATTAGCGCGGTGGTTGAGTCTGTCAATGCCTATCAGAATCGGGTGATTGGTACGGCCATCAGCTTATTTGTGATTTTCACCATTCTGCTGTCACTACTTATTCATCAATACAAAACCAAATTGCTTCAGCTGGTAGAGCGCCTACCGCTTTTAGCCGAGCACCGCTATCAGGAATTTGCCGACGGCAGTCGGTTTAAGCGGCAGTGGAAAGATAAGCGTTTGCCTGATGAACTCGATTTGTTGGAAGAGACGGCGAATAATCTCGCCAGACGGCTGGAAGAACAAGATTCAAAGCTGGCTGCATCTAATGCTCAACTTGAAACCATGGCCATGTTCGATAGTTTAACCGGGCTTCCCAATCGAACAATGATGGCGTTCCAGATTGAAAAGCACATTGTTCATGTTACGCGGGAACGCGGGCTTGCAGCCGTGTTGTTCCTCGATCTTGATGATTTCAAAAAAGTGAATGACAGCCACGGACACGATGTAGGCGATAAGCTCATTCACGCCGCTGCCGAGCGCATCACCGACGCGGTAGGCGACAGTGATTTGGTTGGGCGCTTTGGCGGTGACGAGTTCGTTGTATTGTTAGGTAAAGTGAAAGACAAGAGTGAAGTTGAGGCTGTCGCGCAAGCCATTATTCACGTGTTTGCCAAACCGATAAAAGTGGATGCATTGCCATTTTATGTGTCGACCAGTATTGGTGTCGCGATTACTAACCAACCCGACACGTCAGCGATGGAGCTATTGCGCCATGCTGATATTGCCATGTATGAAGCAAAAGCCCATAAAGGAGCTGCTTTTAAGCTCTATGATGCTTCGATGAATGTGAAAGTAATGCGCAAGGTCGAGTTGGAGAGAGAGGCGCGTGTGGCATTACGGGAAAATCAATTCAGCTTAGCCTTACAACCCCAAATCAGTATCGATACCTTTCGTTTAGAAGGTTTTGAAGCCCTCATTCGCTGGTATCATCCGGTTAAGGGATATGTGTCTCCTGGCGAATTTATTCCTTTGCTTGAGAACACACCGTTTATGCTTGAGCTCGATTACTGGGTGTTAACGCGTTCATTACGCATTTTAAATGAGCTAAAAATCAGCGGCTACAGCGAGCTGAAAATGGCCATTAATATTTCGGCAGCACAGTTTTCTGACAGAACGCTACCCAGCTTTCTGGGCCAACAACTGGCACTGTACGATTTAGCGCCAGATAATGTGGAACTTGAGCTTACCGAAACGGCGTTGGTGTCAGACATAGATTCAGCCATAGATGTCTGCAAAGCGCTTCAGAATATGGGATGTCTGGTGGCCATTGATGACTTTGGTACCGGCTATTCATCATTAAGCTATTTAAAATCACTACCGGTCGATTACGTGAAGATAGATCAGTCTTTTATCAGTGGGATGCTGGACAACCCTGAAGATGCCAATATCGTCGAATCTACTATTGCTTTAGTGCGTAGTTTGGGTAGAACAGTCATCGCCGAAGGGGTGGAAACGCCAGAACAACTAGGAAAGCTGGGTGAGTTTTACTGTCATCAAGCGCAAGGCTATTTAATTAGCCCGCCTATTCCTGAGTCGCAATTGTGGGAGAGGCTAGAGGAAAATGTCAAAGACGGATGCTGGCAAAGTGCAGATAAAAATCATAATGTGAGCTCCCAGCATCAGTTCGAGTTTTAA	MKVSMSVTTKLLSIVVAMMLTVTIAIAAMLIAQSQENIEQQHKDFQLKNQRQMAWMDELFTVRLLVWVETFSRWGHTETLSEKELVSALKESQDALHVSLQINDMWLFNASGNLLLGDSENMPTFVPEMERITREQVRPQNRFECHTLCYRYVTAPIMIEDQKIAVLVLNSSFGELLAALSQFSSAYKIAIVHHLGYSENNIRLDIVSQLSPNNQSIVEDVIKNTPSDATTETMVERGVLVNRENRRLLVSLLPMPESDYYILFIRDISAVVESVNAYQNRVIGTAISLFVIFTILLSLLIHQYKTKLLQLVERLPLLAEHRYQEFADGSRFKRQWKDKRLPDELDLLEETANNLARRLEEQDSKLAASNAQLETMAMFDSLTGLPNRTMMAFQIEKHIVHVTRERGLAAVLFLDLDDFKKVNDSHGHDVGDKLIHAAAERITDAVGDSDLVGRFGGDEFVVLLGKVKDKSEVEAVAQAIIHVFAKPIKVDALPFYVSTSIGVAITNQPDTSAMELLRHADIAMYEAKAHKGAAFKLYDASMNVKVMRKVELEREARVALRENQFSLALQPQISIDTFRLEGFEALIRWYHPVKGYVSPGEFIPLLENTPFMLELDYWVLTRSLRILNELKISGYSELKMAINISAAQFSDRTLPSFLGQQLALYDLAPDNVELELTETALVSDIDSAIDVCKALQNMGCLVAIDDFGTGYSSLSYLKSLPVDYVKIDQSFISGMLDNPEDANIVESTIALVRSLGRTVIAEGVETPEQLGKLGEFYCHQAQGYLISPPIPESQLWERLEENVKDGCWQSADKNHNVSSQHQFEF	PGPT0026015_8	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-OTHER_QSR|BF_RELATED_SYSTEMS	CE-QSR|BF-c-di-GMP_SIGNALLING_PATHWAY,PGPT0026015-bifA-K21024	NA	NA
AK237_02342	1179			hypothetical protein	ATGAAACATATACTTTCATTCGTTCTGGCGGCGAGCCTTTTAATACCGCAAACAAGTTATGCAGAATCTGCGTTTAGCTGGCACGGCTTCTTATCACAGGGCATTAGCCAATCAATAGACAGTGACTTTATTCACGAAGATGAAGAAGTGAATTTTGAGCTGACCGAGCTTGGCATCAATATGCGCTATGACTGGAACGCTTCTGTTGCCGTGGTGGGACAAGCCGTATACCTTAATGGGGGGAACCGGTACGAAAGTGGCGCGCGCGTAGATTACTTGTTTGTTGACTGGCGTTTACCAGAGTGGGGAAATTGGGCTGCGAATGTGAATATTGGACGCTTTAAAAGCCCTCACTGGTTGTATTCCGTCACCCGGGATGTGCCGCAAACACGTTCCACCATTATTCTTCCACAGTCGGTTTACTTTGATAACTTCCGTGACGTAGCGCTTGGTAGTGATGGCGTATTACTTCAGCTCTATCGTTCATCCGACGAAGGAAATTTACGGGTCAATTGGAGTTATGGCAGTTCGCCTGTGAGTAGTTATCAAACTAAGGCGTTACTAGGAGAGTTTGCTCAAGGCGAGTTAGAGCAAGACTTTGTGCATCAATTTAGCGTGTTCTGGCAGCCGCCCTCTCTTAATTGGCAAATAGGTGCCAGCTGGCTCGACTCCGAGTTCACGTACTATCCGGCAGCGACCGAAAACTTGTTTGACGGCGGCCGCTCTGTTCAACTTTATACCTTATCGGCGGTGTATTATGCCGAGAATTGGGAGTTTAACACCGAGTTACAACGGCATCATCGCGTTGACTATGGTGGTTACAGCCCAGTCTATATGACTAACCTAATGGGCGAGGGAGGTTACGCGCAAATTCGCTACATGCTAAATGATCAATATACGCTGACACTCGGTTACGACATTTACGTGTCGGACCGTTACGATCGCAACGGTGAAAAGTTGGAAGCTATCAGTGGTGGCGTGATCCCAGCTTACTTTGGCTATGAAAAAACAACGACAGTGGGCCTGCAATGGGATCCAAAACCAAACTGGCGGGTGCAAGCTGAACACCATTGGGTAAATGGGGCGGGACGACTAACGAGTATCCCCAGCCCTCAGAACCGACCCAACACAGCGGAATATTGGAGGATGTGGGCTATTCAGGTTATGTATTGGTTCTGA	MKHILSFVLAASLLIPQTSYAESAFSWHGFLSQGISQSIDSDFIHEDEEVNFELTELGINMRYDWNASVAVVGQAVYLNGGNRYESGARVDYLFVDWRLPEWGNWAANVNIGRFKSPHWLYSVTRDVPQTRSTIILPQSVYFDNFRDVALGSDGVLLQLYRSSDEGNLRVNWSYGSSPVSSYQTKALLGEFAQGELEQDFVHQFSVFWQPPSLNWQIGASWLDSEFTYYPAATENLFDGGRSVQLYTLSAVYYAENWEFNTELQRHHRVDYGGYSPVYMTNLMGEGGYAQIRYMLNDQYTLTLGYDIYVSDRYDRNGEKLEAISGGVIPAYFGYEKTTTVGLQWDPKPNWRVQAEHHWVNGAGRLTSIPSPQNRPNTAEYWRMWAIQVMYWF				NA	NA	NA	NA	NA
AK237_02343	465			hypothetical protein	TTGCCCAGTTTCTTCAGGCAGTGGGTCGGTTATCAGCGAATTTTTTCTTCGTTACGTAAATACGTAGCCTGTCTAGTCATGTGCATGACGTTTTCTGCAACAGCCTCTGAAGCTGCCGTCATTTTAAATCCAAAAATCAATGACGTAGCACTTTCCCGCAGTGACGTCCGCGATATATTTTCTGCTCGCAAACAGTACTGGAAAGACGGGACCAAGATCACCGTTTATGTACTCGATTCTAACGCCCAGGCCCACCGGGATTTCTGTCGTCAGGTGTTACAGATGTTTCCTTATCAGTTAGAGCGGCTCTGGAACCAAATTATTTACTCTGGCCAAGGTGAGCGCCCCCAAACCGTATCGTCAGAAGCAGAATTGATTGATGCAGTTGCAAATACCCCCGGCGCTATAGGTTACGCGTATAAATCGTCAGATATCGAGGAGGTCAGGGAGGTGATTGTGCCATGA	MPSFFRQWVGYQRIFSSLRKYVACLVMCMTFSATASEAAVILNPKINDVALSRSDVRDIFSARKQYWKDGTKITVYVLDSNAQAHRDFCRQVLQMFPYQLERLWNQIIYSGQGERPQTVSSEAELIDAVANTPGAIGYAYKSSDIEEVREVIVP				NA	NA	NA	NA	NA
AK237_02344	1032	rfaQ	COG0859	Lipopolysaccharide core heptosyltransferase RfaQ	TTGAAGAAAAAGATTTGTTTGATGAGATTGTCTGCCATTGGTGATGTGTGCCATGCAGCTGCGCTGGTTCATCGGATAAAAAAACACTGGCCGAATGCCGAGCTTACCTGGGTGATAGGAAAAGTCGAATATCAACTCATGAAGTCTATACCTGATGTACGCTTTATTGTGTTTGATAAAAAGCAGGGCAAGCAGGCGGTGAGTGATTTACGTGAGGCGGTAAAAGGCGAGTATTTTGATGCTCTACTTATGATGCAAGTCGCACTGCGTGCGAACATGGCTTCTCGGGTTATTAAAGCCAGACAACGTATCGGTTTCGATTGGGCGCGCAGTAAAGAACTGCATTGGCTGTTTGCTAATAAAAGGGTCAAAGCCAGGCAGCACGCACACGTACTGGACGGCTTTATGGATTTCGGAGATGCTTTGGGCTTACCTAAAGAAGCAAAGCCGCAATGGGATTTATCGCTCCCGGAGGCGTCGCAGTCTTTTGCTGACGAGCTGTCCCAGTCACTGGGCAGGTATGCGGTAATTAGCCCTGCTGCCAGTAAAAAGGAGCGTAACTGGTTACCGGAACGCTACGCCGAGGTGGCCGAATATCTCAATCAGAAAGGTATTGCCGTTGTATTATGTGGCGGCCCGGGGCCGCTTGATAAAGCGCTCGCTGAAGCTATACAAAAATGCACATCAGCCATCACTAAAGACTTAGTGGGTAAGACTTCGCTGCACGATATGTTGGCTGTGTTAGAACAGGCTGCACTCGTGATTGCGCCTGATACCGGGCCTGCGCACATGGCGACAACGGTGGGAACACCGGTTATCGGACTTTACGCTCATTCTAACCCCAGAAGAACGGGCCCTTACAATAACCTTCAACATGTTGTGTCGGTTTACGATGCTTGTATTAAAGAGCAAACAGGCAAGTCCTGGGAGGCATTACCCTGGGGAACCAGGGCGAAAGGTAGCGATTTAATGCACCGTATTCAGACTAAAGATGTCATACAAATGGTTGACCAGTTAAACAACATATCCTAG	MKKKICLMRLSAIGDVCHAAALVHRIKKHWPNAELTWVIGKVEYQLMKSIPDVRFIVFDKKQGKQAVSDLREAVKGEYFDALLMMQVALRANMASRVIKARQRIGFDWARSKELHWLFANKRVKARQHAHVLDGFMDFGDALGLPKEAKPQWDLSLPEASQSFADELSQSLGRYAVISPAASKKERNWLPERYAEVAEYLNQKGIAVVLCGGPGPLDKALAEAIQKCTSAITKDLVGKTSLHDMLAVLEQAALVIAPDTGPAHMATTVGTPVIGLYAHSNPRRTGPYNNLQHVVSVYDACIKEQTGKSWEALPWGTRAKGSDLMHRIQTKDVIQMVDQLNNIS	PGPT0022480_399	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-REMODELLINGLPS|LIPID|IVA_METABOLISM	CE-REMODELLING_LPS_CORE_OLIGOSACCHARIDE_METABOLISM,PGPT0022480-opsX-K12982	NA	NA
AK237_02345	714	kdkA	COG0515	3-deoxy-D-manno-octulosonic acid kinase	ATGGCGATTAAACACGTGGCAAAACAACACCATCATCTTTTGATGGATGATGAAAAGTGCGGGCAAATCACCTTAGATTGGTTCGACCCCGACTACTGGCAACGCCAGCATGCCGTAATTGGCCAGGCAAAAGGGCGCGGTACAACGCTTTTTCTGCAAGTTGGCGATGAAAAATGGGTGTTGCGACACTACCGCCGTGGCGGGTTACCGGGCAAGATACTGAATGATCAATACTTCTTCGCCGGCTTAGAAAAAACGCGCCCGTTTAAAGAGTTTCGTTTACTTACAGCCATGCGCGCGAACGGTTTACGTGTACCAGAACCCCTGGCCGTGCATGTACACCGCTCAGGGTTAATCTATCGCGGCGATCTTATCACGACGATGATACCCAATAGCGAAGATTTACATGCACAATTATGTGAACGCGCTCTAAGTAAAGACACCTGGCATGACGTAGGCGTCGCGGTTGCCAGGATGCACCTTGCAGGCGTATATCATCACGATTTAAACGTGCGCAACGTAATGATAGATAGCAGTAATGAGATTTGGATTATTGATTTTGATCGCTGTGACTTTCGTGCCGGCGAAAGCTGGAAGCCGCAGAACGTTGCGCGCTTCCTGCGTTCACTGGAAAAAGAGAAAAATAAGAATAGTCAGTTTCACTGGCAAATGAGCGACTGGGCAGCCTTTCTGGCAGGCTACCAGTCAGCGTAA	MAIKHVAKQHHHLLMDDEKCGQITLDWFDPDYWQRQHAVIGQAKGRGTTLFLQVGDEKWVLRHYRRGGLPGKILNDQYFFAGLEKTRPFKEFRLLTAMRANGLRVPEPLAVHVHRSGLIYRGDLITTMIPNSEDLHAQLCERALSKDTWHDVGVAVARMHLAGVYHHDLNVRNVMIDSSNEIWIIDFDRCDFRAGESWKPQNVARFLRSLEKEKNKNSQFHWQMSDWAAFLAGYQSA				NA	NA	NA	NA	NA
AK237_02346	492	coaD	COG0669	Phosphopantetheine adenylyltransferase	ATGCACACACGAGCTATTTATCCAGGAACGTTCGATCCCATCACGAATGGACACGCAGACCTTATTGAACGCGCCTCGCAGATGTTCTCCCACGTTATTGTAGGCATTGCTTCTAATCCGAGTAAAAAGCCTCTTTTCACTCTGGACGAACGGGTAGAGATGATTCGCGAAGTCACTAAAGACCTGCCAAACGTTGAAGTACGAGGCTTTACCGGACTACTGGCGGCCTTTGCTGATGAAATAAATGCCACGATTCTAATTCGCGGGTTGCGCGCAGTGTCTGACTTTGAATATGAATTTCAGCTCGCGAACATGAACCGGCGTTTAAATCCAAAACTGGAAAGCGTCTTTTTAACTCCCGCCGAAGAAAATTCATTTATTTCTTCTACCTTGGTCAAAGAAGTGGCCTTGCACAAGGGAAAGGTAGCCGACTTCTGCCATCCGGTTGTAGAACGCGCACTGCAGAAACGCTTCCACGGAGGCAAAAGCTGA	MHTRAIYPGTFDPITNGHADLIERASQMFSHVIVGIASNPSKKPLFTLDERVEMIREVTKDLPNVEVRGFTGLLAAFADEINATILIRGLRAVSDFEYEFQLANMNRRLNPKLESVFLTPAEENSFISSTLVKEVALHKGKVADFCHPVVERALQKRFHGGKS	PGPT0008825_2771	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
AK237_02347	810	mutM	COG0266	Formamidopyrimidine-DNA glycosylase	ATGCCTGAATTACCTGAAGTTGAGGTAAGCCGCCTTGGTATTTCCCCGTGGCTACTCAATCAAACTATCTCGCGTATTATTGTGCGAGACAAGCGATTACGTTGGCCCGTACCTGATGAGATTTTTAAAGCCGAAGGGCTGCGTATCATCAACATTCGCCGTCGAGCAAAATATCTGTTGATTGATGTGGGGGAAGGGGAAATTGTGCTGCATTTGGGCATGTCGGGAAAATTGCGCGTAATTGATGCAACGTACCCAACGATAAAGCATGACCATATCGATATTGTACTTAGTAGCGGTAAATGCTTGCGATTTAATGATCCCAGACGTTTCGGAGCGTGTCTTTGGCAACCTAAGGGTAGCGAGCTGTCTTTAATGTCGAAACTCGGGCCAGAGCCATTAACAAGCACCTTTGATGCTAATCGACTTATTACCCTGTCCAAAGGGAAAAAGAGCCCAGTGAAAACTTTTATCATGGATAATGATGTTGTTGTAGGGGTAGGAAATATCTACGCTAACGAAGCACTTTTTATGTCAGGTATTGATCCGCGAAGAGCCGCTGGTCGTGTTAGCGCAACACGTTATCAGATCCTGGCTGATGCGATAAAAGAGGCATTGGCAAAAGCGATTGAGCAAGGTGGAACTACGTTAAAAGATTTTGCGCAAAGCGATGGCAATCCAGGTTATTTTGCCCAACATCTTCGAGTATACGGACGAGCAGGTGAAGCTTGCGAACGTTGTAAAACAGAAATCAAAAGTGTGGTCATCGGGCAACGTAACACATTTTACTGCCCGAATTGCCAAACTTAG	MPELPEVEVSRLGISPWLLNQTISRIIVRDKRLRWPVPDEIFKAEGLRIINIRRRAKYLLIDVGEGEIVLHLGMSGKLRVIDATYPTIKHDHIDIVLSSGKCLRFNDPRRFGACLWQPKGSELSLMSKLGPEPLTSTFDANRLITLSKGKKSPVKTFIMDNDVVVGVGNIYANEALFMSGIDPRRAAGRVSATRYQILADAIKEALAKAIEQGGTTLKDFAQSDGNPGYFAQHLRVYGRAGEACERCKTEIKSVVIGQRNTFYCPNCQT	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
AK237_02348	459			hypothetical protein	ATGTTCAGAATGTCTCAGCGTGGTATGAACAACGTGGTTATTTTTTCCATGTTGCTCATGATCGCTTTATTTAATATTGATAAATTTCTACCTGCCGCTAAAGCTCCGGCGGTAATGCCTCTTATTCCTGAAGACGCCTACGTGCTTAAAATTGAGCAAGGACAAAGTCAGTTGGTAAGAAATGGTCAGGGCTGGCGACAAATCACTCCAGATACCGATATCGAGTCTACACCGGCACAGCAAATTTCAGCTTGGCGCCAAGCAATGATCGAAAGTGAAACCTTAACCGTTGAACCAAAAGGCGAGCCGCTGGTGGCTGTAGTCTGGTTGGCAGGACAGTCAGAAGGATTGGTATTCGCGTTCTACCCTCAGCAAGGGGAGACATTCGTGAAAACTGATAATGTTTGGTATCGTCTGACACAAACAACGTTGACCGACCTGCTTCCCTGGCACAACTAG	MFRMSQRGMNNVVIFSMLLMIALFNIDKFLPAAKAPAVMPLIPEDAYVLKIEQGQSQLVRNGQGWRQITPDTDIESTPAQQISAWRQAMIESETLTVEPKGEPLVAVVWLAGQSEGLVFAFYPQQGETFVKTDNVWYRLTQTTLTDLLPWHN				NA	NA	NA	NA	NA
AK237_02349	156	rpmG	COG0267	50S ribosomal protein L33	ATGCGTGATAAAATTAAATTAGTTTCTTCTGCAGGTACAGGTTTCTTCTACACCACTGACAAGAACAAGCGTAACATGCCTGGCAAAATGGAGATCAAAAAATACGATCCCGTTGTGCGTAAGCACGTTATGTTCAAAGAGGCAAAAATCAAGTAA	MRDKIKLVSSAGTGFFYTTDKNKRNMPGKMEIKKYDPVVRKHVMFKEAKIK				NA	NA	NA	NA	NA
AK237_02350	237	rpmB	COG0227	50S ribosomal protein L28	ATGTCAAGAGTATGCCAAGTTACTGGTAAGCGTCCAGCGGTTGGTAATAACCGTTCGCACGCGCGCAATGCGACTCGTCGTCGCTTTTTGCCAAACCTTCAATCTCACCGTTTTTGGGTTGAGAGCGAAAACCGTTTCGTTAAACTGCGTTTGTCTGCTAAAGGCATGCGTATTATCGACAAAAAGGGTATCGATTCAGTGCTGACTGACATGCGTGCCCGTGGTGAGAAAATCTAA	MSRVCQVTGKRPAVGNNRSHARNATRRRFLPNLQSHRFWVESENRFVKLRLSAKGMRIIDKKGIDSVLTDMRARGEKI				NA	NA	NA	NA	NA
AK237_02351	2106			hypothetical protein	ATGAGTTTGTTTAAAGGGTCGCGCACCCGTTGCGCTGTAGCTGTTGCGACAGCATGTTTCAGCAGTCTGGCTTTAGGTAATGAAGCAGTGTCCTTACAGGTTAATCCTTCGCAAATGGTGCAAGGGGGAACGGGTCTTATTCAAACGCCGACTTCCCGTATGGGAGAGGAAGGCGATTTATTTATAAATTACACGGATAACGAAGAATACCGCTTCTGGTCGGTCAATATTCAGTTGTACGACTGGATGCAGGCTACAGCACGATACACTGATGTGAGAACGCGTCTGTATAGTAATGTACCTAGTTTCAGTGGTGATCAAACGTTAAAAGATAAAGGTCTCGACGTTAAGTTCAGATTACTCAAAGAAGGCTTCTATTTCCCTGAGGTATCCGTAGGTCTTCGCGATTTTGGTGGTACCGGCTTTTTTGAAAGTGAGTACGTAACGGCCTCGAAGGCTTATGGTCCATTCGATTTCCATTTAGGACTTGGGTGGGGCTATCTTGGCACCGCAGACGATATCACAAGCCCATTTTGTAAATTAAAAGACAGCTATTGTGATCGTCCTACCGGGTTTTCTGGTCGAGGTGGTAAGGTTGATTACCAACAGTTCTTTAAAGGGCCTATGGCGGTTTTCGGTGGCATTGAATACCAGACTCCGTGGGAACCTCTTCGTTTAAAGCTTGAATACGAAGGGAACAATTATACTAATGATAGAGCCGGTGAATTAGCGCAAGATACCCGTTGGAATTTTGGGGCTGTGTATCGTTGGAAAGGTTTTGATTTTTCAGCTAATTATCAACGTGGCAATACTTTTGGTTTCGGTGTGACATATCACTTTAATATGAATACCTTTAAGCAGGTTAAAATTGATGAGCCGCCGAAAGATATTGTAAATGCCAAACCTGCTGCTGATGTAGCGAGTGTAAACAAACAGCGTCTGTACCGTGGTTTAGCTTACGACGCCGGGTTCATCTTGTCTGATGCGTCCATTGAAGAAAATGAAGCGATTTTCTACGGTAATCAAATTGCTTATCGTGATAAGCATGAGGCCGCTGAACGTATCGGTCGCATTGTGGCGTCTGAGCTACCTGACTCTGTGAAGTCGTATCATATTGTTGAAAATGCTGGTCGATTGCCGCTGGTTGATACCGTCATTGATGCAGATACATTCAAAGTTGCAGCCAAGTACGAAGATATCGAAACTGATATAACAGAAACCTACGTGCGCCAAGCACCAAGTGAAGATGTGCTTAGCAAATATGACCCTGAACGAACCAGTGGCTTTTTCCATTCAGTGGACTTTTTCTACACGCAAACATTCGGTAACCCGGAAGACTTTTATCTGTATCAGGGCGGCTTAATTTTAAGTGGTGGATACGCGTTTAATGAAAATTGGGCTGCAATATCCAGCGTAAGAGCGACGGTATTCGATAACTTCGACAAATTTAACTATACCGTCGACCAAGACACGTCAACATTGCCTCGTGTGCGTACCTACGTGCGTGAATATGTGAAGAACGACTTGTGGGTGGATACTGCCTTTATGCAGTACAACGATAGCCTAAGCGATGATGTGTTCGTGCAGGCTTACGGGGGATACCTTGAGACCATGTTTGGTGGCGCAGGCGGAGAGATTCTATGGCGACCAGTCGATAGCCGCTTAGCACTTGGCGTTGATGTAAACTACGTGAAGCAACGTGATTATGACGACCAGTTCGACTTTCTGGATTACTCGGCCGTTACCGGGCACGCCAGTGTTTATTGGCAACCGGAATTCCTTGATGATACATTGCTGACGGTTAGTGCCGGGCAGTTTCTGGCGAAAGATAAAGGCGTGAATATCGATTTCGCGAAGCGGTTTGACAGTGGTATTGTAGTAGGCGCTTACGCGGCCTTTACTGATGTGTCGTCAGAAGAATATGGAGAAGGTAGCTTTACCAAAGGTTTCTATATTTCGGTGCCACTGGATCTCTTCACCTTGAAGCCGGCTAAAGGCCGGGGCACATTCCCGTGGGTTCCGATTTCACGGGATGGGGGTCAGATGCTGAGACGTCCGGCAAGATTGATAGACTTTACTAGTGGGCGATCATCTTTCTTCGACTGA	MSLFKGSRTRCAVAVATACFSSLALGNEAVSLQVNPSQMVQGGTGLIQTPTSRMGEEGDLFINYTDNEEYRFWSVNIQLYDWMQATARYTDVRTRLYSNVPSFSGDQTLKDKGLDVKFRLLKEGFYFPEVSVGLRDFGGTGFFESEYVTASKAYGPFDFHLGLGWGYLGTADDITSPFCKLKDSYCDRPTGFSGRGGKVDYQQFFKGPMAVFGGIEYQTPWEPLRLKLEYEGNNYTNDRAGELAQDTRWNFGAVYRWKGFDFSANYQRGNTFGFGVTYHFNMNTFKQVKIDEPPKDIVNAKPAADVASVNKQRLYRGLAYDAGFILSDASIEENEAIFYGNQIAYRDKHEAAERIGRIVASELPDSVKSYHIVENAGRLPLVDTVIDADTFKVAAKYEDIETDITETYVRQAPSEDVLSKYDPERTSGFFHSVDFFYTQTFGNPEDFYLYQGGLILSGGYAFNENWAAISSVRATVFDNFDKFNYTVDQDTSTLPRVRTYVREYVKNDLWVDTAFMQYNDSLSDDVFVQAYGGYLETMFGGAGGEILWRPVDSRLALGVDVNYVKQRDYDDQFDFLDYSAVTGHASVYWQPEFLDDTLLTVSAGQFLAKDKGVNIDFAKRFDSGIVVGAYAAFTDVSSEEYGEGSFTKGFYISVPLDLFTLKPAKGRGTFPWVPISRDGGQMLRRPARLIDFTSGRSSFFD	PGPT0026336_14	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-BIOFILM_REGULATORS	CE-OTHER_BIOFILM_REGULATORS,PGPT0026336-ymcA-NA	NA	NA
AK237_02352	735			hypothetical protein	ATGATTCGTTTTTTAACTGCTTTAATTTGTTGCGCTGTCGTTTCTTGTAGCGCTATTGCGAATGTGAATGTGACAGTAAACGGCCAACAATACCGTTATTTAAACCCCATTCGACTTTCTCTTATTTTGCAAACTGTTGCGCAAAACGGTGATTGGTACTGGCCAGCCTGCGCCATATACAGCAACAACGATGAAGATGTTGAAGCACTACGCGCGGATGTTCTTCGACGTATTAATACTCTGGCTGTAGATCTTAGTGTGAATGATGATAAAGCTATTGCGTTAAACGCACTCAAGCGGCAGATAGAAGGGTGGACGTTGGCTAAACATCTACCCGTGTCGATTAATCGTAATGCAGCGCGGCTCGATACGAAACAGAACCCTATGTTGCAAAGCGGTAGTTATATTATCAAATTAACCGGTCGTCCGAATGTGGTGTGGGTTAGTGGCTTGGTCACCACACCGGGTTCTTATGAATACCGTAATCAAAGTACAGCTGCAGATTATGCGGAAGGTGTAAATTTGCGCAGTTATGCTGACCCGGACTATGTGTATGTTATTTCGCCTCGTGGCGAAGTCAGTAAGCAGAACGTGGCTTACTGGGGAAAGTCTTATTCGCAAATTATGCCTGGTAGCCAGGTGTATGTTCCATTATTTACGTGGTTGTTGTCACCTGATGTTGATGAACTCAATCAGAAAGTGGCTGAATTGGCTGTTCATAGGGTACTGCCATGA	MIRFLTALICCAVVSCSAIANVNVTVNGQQYRYLNPIRLSLILQTVAQNGDWYWPACAIYSNNDEDVEALRADVLRRINTLAVDLSVNDDKAIALNALKRQIEGWTLAKHLPVSINRNAARLDTKQNPMLQSGSYIIKLTGRPNVVWVSGLVTTPGSYEYRNQSTAADYAEGVNLRSYADPDYVYVISPRGEVSKQNVAYWGKSYSQIMPGSQVYVPLFTWLLSPDVDELNQKVAELAVHRVLP				NA	NA	NA	NA	NA
AK237_02353	684	gfcB		putative lipoprotein GfcB	ATGTTCCGAAGGATTTCTGCCTCACTTTTCACCTTACTTCTTCTTGCTGGTTGCTCCAGTACAAATAGAGCCTACTACGACACGTTGAAAATTGCTTTCACCCAGGCCGATAAAACTGTTACCTCAGAGCAGCTACGGAAAAACAAGGGTGACCTGTTAGCCGTAAAACACGGGGAACGGGTTCAGGTTATTATGGCACTGGCCTATATTGAAGATGATACTCAAACCTGGGTGTCCGCCGACGATGCCCTATTTACTATGCAAAATGGCGTAATTGTAGAAACACACGGGTTGGCGAACGACCTCATTTTCCATTCTGCTCTGCCTGAAAACCCATTGATGCAGCCTCAACCCATGGCGCAATCCTGGCAGTTTATTGTCGATGTTGAAGGTTATGGTTATGGTCTGGATGTTTCTACTCGCTGGCAACGGTCAGGACAACAAACGCTTACCATTCTGGACGCTTCTTTTGATACCTATGTTGTTGAAGAACACGTTAGCTTCACTGGCGCCAAGCCGTTTTATGAGACAAACACAGACTGGGTCAATCGGTATTGGTTTGATGTGAATAGCGCAGAGATGTTGAAATCTGAACAGAAACTTTCTCCAGTGGGCGATCCTATCGTTATGGTTTTTTTGAGTCGTGCACAACGATTGATTGATGGTCGGGAGGCTGCGCGATGA	MFRRISASLFTLLLLAGCSSTNRAYYDTLKIAFTQADKTVTSEQLRKNKGDLLAVKHGERVQVIMALAYIEDDTQTWVSADDALFTMQNGVIVETHGLANDLIFHSALPENPLMQPQPMAQSWQFIVDVEGYGYGLDVSTRWQRSGQQTLTILDASFDTYVVEEHVSFTGAKPFYETNTDWVNRYWFDVNSAEMLKSEQKLSPVGDPIVMVFLSRAQRLIDGREAAR				NA	NA	NA	NA	NA
AK237_02354	354			hypothetical protein	ATGAAAAAGTCATTAATTTCATTAGTCATCGGTGCAACTATGGCATTTGGTGCTGTTGCACAAGACCAATCTGGAGATGGTTCCACTGGTTCTGAAGGTAGTCTGACTACTGGTACAATTGCTACTGCAGTTGCTGGTGCGGCTATCGTAGGTGCTATCGTGAGCAACAACCGTGGCTCTTCAGACATTGTAGACCCAGATCAAGCGTGTAACGATGGTGACGAGCTGGTTGACGGTGTATGTGTAGGTCAAACGACTACAGTAACTGATACTGTAACCGTTTCTGGTACGCAGACCATTACTGTAACTACTCCTATCACAGTTACCTATACCTACGCGCCTACTGCACAGTAA	MKKSLISLVIGATMAFGAVAQDQSGDGSTGSEGSLTTGTIATAVAGAAIVGAIVSNNRGSSDIVDPDQACNDGDELVDGVCVGQTTTVTDTVTVSGTQTITVTTPITVTYTYAPTAQ				NA	NA	NA	NA	NA
AK237_02355	678			hypothetical protein	ATGGTAGATATAAAGTCCTGGCCTGTTGCAGAAAGGCCTCGTGAAAAGCTAGTACAAAAAGGCTCTGCTGCGTTAAGCGATGCAGAAGTACTGGCTGTGTTGTTCGGTTCTGGCATGGGAGGGAGAGGCGCGCTGTGTATTGCTCATCATTTGCTGGATACCTTTGGTTCGCTTCGTAATGTTGTGTACGCAAAGAAATCTCAGCTTTGCAGTATTAAAGGCGTAGGGGAAATGAAATATGCACAACTGGCGGCGGTATCGGAAATTTCCCGGCGTGTGCTCGAAACGCCATTAAAATTGCAACCTGTCTTCAATCAGGTGAGTGATGTTGAGGCATTTTTATTGGCCTCGCTCAGGCATGAAGAAAAAGAACACTTTGCAATTATGTGCCTAAACAGTCAGCATCATCTTATTGCGTTTCGTGTTTTGTTTATCGGCACCTTAAACGCGGCGGCTGTTTATCCAAGAGAAATTGTTAAGCAAGTGATAGAAGACAACGCGGCGGCGGTCATTTTGGTCCATAATCATCCCTCAGGCGTACCAGATCCCAGTGACGCTGATGTCCGCTTAACACGGGACGTTAAGCATGCGCTTAACCTCATCGATGTCACCGTATTAGATCACTTTATAGTTGGCGATCGTTCAGTTTTTTCTTTAGCGCAGAAAGGATTGATGTAA	MVDIKSWPVAERPREKLVQKGSAALSDAEVLAVLFGSGMGGRGALCIAHHLLDTFGSLRNVVYAKKSQLCSIKGVGEMKYAQLAAVSEISRRVLETPLKLQPVFNQVSDVEAFLLASLRHEEKEHFAIMCLNSQHHLIAFRVLFIGTLNAAAVYPREIVKQVIEDNAAAVILVHNHPSGVPDPSDADVRLTRDVKHALNLIDVTVLDHFIVGDRSVFSLAQKGLM				NA	NA	NA	NA	NA
AK237_02356	1206	coaBC	COG0452	Coenzyme A biosynthesis bifunctional protein CoaBC	ATGCGACTGTTCAATAAAAAGATTCTATTGGGCGTAACTGGCGGTATAGCCGCTTACAAAACCCCTGATCTGGTAAGAAAACTTAAAGCGCAAGGCGCTGACGTAAGAGTGGTATTAACTCACGGCGCCGCGGAATTTGTGAGCGCACTGTCATTGCAGGCGGTATCTGGCCATCAAGTGCATTCTCAGCTTTTAGATGAACAAGCTGAAGCGGGAATGGGACACATTGAGCTCGCAAAATGGGCTGATATTTTGTTAATTGCGCCTGCCACCGCCCATTGCATGGCCAAACTGGCGCATGGTTTTGCCGATGATTTACTATCAACGCTTTATCTTGCGACAACAGCCCAGGTGTTTATTGCGCCAGCCATGAATCAGCAAATGTGGCGGGCACGAGCCACACAGGATAATCTTCAGAAACTGCAATTCCAAGCCATCAACTTTATTGGTCCCGCAGCCGGCGAACAAGCCTGTGGTGATATAGGCCCAGGCAGAATGGTAGAACCTGAAAATATCGTCCAGTCGCTTATCGATGCGAGCACCGGCGACAAACTAGTGGGTAAGAAAGTGGTCATTACGGCTGGCCCCACCCGCGAACCAATCGATCCCGTTCGATACCTCTCTAACCACAGTAGTGGCAAGATGGGCTATGCTGTTGCACAAGCCGCCGCCGAACAAGGTGCCGAGGTTGTTCTGGTTTCTGGCCCCGTCTCGTTAACCACGCCTCCCGGCGTAAAACGAATTAATGTACTTTCTGCTGATGAGATGCTTGAAGCCGTCATGAGCGAGATCAATTCAACACAAATCTTCATTGCAGCAGCGGCCGTTGCAGATTATCGTATAAACCAACAGGCAGAGAATAAGATTAAAAAATCAGAAGATGAGTTAACGCTTACTTTTGTTAAAAACCCTGATATTCTTAAAATAGTTGCTGAATTACCCTCACCACCTTTCACAGTTGGGTTCGCAGCAGAAAGCCAAAATGTTGAAGCGTATGCGCGTGGAAAGTTAGAAAAGAAAAAACTCGACATGATTGCTGCGAACGACATTACCCAAGAAGGGCTTGGCTTCAATAGTGACAAAAATGCGCTACATGTCATCTGGCAAAATGATGATGTGCAATTGCCACCAGCAAGCAAAATCGATTTAGCCAAATCGCTAATCGCGCTGGTTGCGAAACAATATAATAATAAACAATCAATATAA	MRLFNKKILLGVTGGIAAYKTPDLVRKLKAQGADVRVVLTHGAAEFVSALSLQAVSGHQVHSQLLDEQAEAGMGHIELAKWADILLIAPATAHCMAKLAHGFADDLLSTLYLATTAQVFIAPAMNQQMWRARATQDNLQKLQFQAINFIGPAAGEQACGDIGPGRMVEPENIVQSLIDASTGDKLVGKKVVITAGPTREPIDPVRYLSNHSSGKMGYAVAQAAAEQGAEVVLVSGPVSLTTPPGVKRINVLSADEMLEAVMSEINSTQIFIAAAAVADYRINQQAENKIKKSEDELTLTFVKNPDILKIVAELPSPPFTVGFAAESQNVEAYARGKLEKKKLDMIAANDITQEGLGFNSDKNALHVIWQNDDVQLPPASKIDLAKSLIALVAKQYNNKQSI	PGPT0008815_3022	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
AK237_02357	588	slmA	COG1309	Nucleoid occlusion factor SlmA	ATGCCTGCGGTAAAGAAAACAAATCGCCGAGCCCAAATTCTGCAAGCGTTGGCCGGCATGCTGGAAACTCATCAAGGCCAGCGAATAACAACAGCAAAACTCGCCGAAAAAGTAGGTGTCTCAGAAGCCGCTTTATACCGCCACTTTCCCAGTAAAGCGCGGATGTTTGAAGGGTTAATTGAATTTATTGAAGAAACACTCTTTTCTCGCATCAATAAAATCCTCAATGAAGAAAAAGATTCTGCGGCACGATGCCAACTTATTCTCCATTTGTTATTGGGATTTGCTGAGAAGAACCCGGGGATCACCCGAATCTTAAATGGTGATGCACTTATGGGCGAGCAAGACCGCTTGCGAGCACGTATAGCAAAGCTGTTTGAACGATTAGAGACACAACTAAAACAGATTCTCCGCGAACGCAAGTTGCGTGAAGGTAAAACCTTAGCGGCTGAAGAAGGCGTGGTAGCCAATATGATGATTTGCTATGTGGATGGCCGTATTAACCAATTCATTCGCAGTGGTTTTACGCGTAAGCCAACCGAGCAGTTTAATGATCAATGGCAGATGTTTAAGCAAGTCTTTATTTAA	MPAVKKTNRRAQILQALAGMLETHQGQRITTAKLAEKVGVSEAALYRHFPSKARMFEGLIEFIEETLFSRINKILNEEKDSAARCQLILHLLLGFAEKNPGITRILNGDALMGEQDRLRARIAKLFERLETQLKQILRERKLREGKTLAAEEGVVANMMICYVDGRINQFIRSGFTRKPTEQFNDQWQMFKQVFI				NA	NA	NA	NA	NA
AK237_02358	1674			hypothetical protein	ATGCCTTTGGATTATGCAATATTGAAGAAGATTATGATAAGAAAATTAATACTAGGTAGCCTCGTTGCCGCGGTTACCTCTTTGGCCGTGCACGCACAGGAAAGCGAGAAAACGAGCCACTTTGCGCCAGACACCAACAGGATTAAATCTCACTTATTTTTTCTTGCTGATGATTTGTTAGAGGGACGTGATACCGGCTCAAGAGGGCATGATATTGCGGCACTCTATATCGCGACAGAATTTTCCAAATATGGATTAAAGCCCGCAGGTACTGATGGCTTTATGCAGCATGTACCGTTTCGTAAAGCTAATTTAGTTCAAGAATCTCCATCGTTTACTTACGATGTAAAGGGTGAAAGCGTATCTTTTTCTTATCCTAAAGAGTATCTGACAGGTCCGGATTTACTGGCTACTGAATCTACGCTTAGTGGCGAGATGGTCTTCGTTGGATATGGCATTGTGGCTGATGAGTTAAATCATGATGATTACGCCGGCCTTGATGTAGACGGTAAAATTGTGGTTGTGTTATCCGGTAAGCCTGCTTCATTTCCAAGTGAGGAAGGTGCCCACTTCGCTTCAGGTCATCAAAAGCAAGCCTATGCTGCTGAGCGCGGTGCTATAGGTATGATTTCCATATCAACGCCTACCGCTGAAAAGGTACGTCCCTATCAAAATATGTTGAGCTACATCCATACGCCACGCATGGCGTGGTTAGACGATAACGGAGTGCCAGCCAATACGTTTTCTCAATTGAAAGGAAGCGCTTATTTAAGTGAGCCGGCTGCGCAGAAATTATTCGCCAATGCGCCGGTATCTTTATCTGACATTTACGCACAACTTGAAGAAGATAAATCACCAAAAGGTTTTGCACTACCGGGTTCGGTATCGCTAAGCAAAAAGAGCTTACACTCGCAAATTACCAGCCCTAATGTTATCGGTATGATTGAGGGCAGTGATCCCACACTGAAGAACGAATATGTTGTTTTTTCTGCGCATTCTGATCATATTGGTTTTGCAAAAACAGTGAAAAAAGACAACATCAATAACGGCGCGATGGATAATGCATCTGGTACTGCGGTTATGTTGGAAACGGCTCGTCTTTTCAGTGAGCTGGCTGAAAAGCCCAAGCGCTCTATTTTATTTGTATCGGTAACTGGCGAAGAAAAAGGTCTGTTAGGGGCTGATTACTTTGCGCGTAATCCTACCGTTCCTGTGACCGCTATGGTGGCTGACGTGAACCTGGATATGCCTATTTTGACCTATCCGTTTGCTGACGTAATTGCGTTTGGCGCTAGCCACAGTGATATGAAAGCGTCAGTGGAAGAAGCTGCTGGCAATGCTGGCATTACATTGAGTCCCGATCCTTGGCCAGAGCAAGCATTATTTACCCGTTCAGACCATTATGCTTTTGTAAAACAAGGCGTGCCTTCTGTTTTTATGGTGCCTGGATTAACTTCAAAAGACCCTGAAATCGACGGTAGTAAAAAGTTTGGAGAGTTTTTGGCAACCCATTATCACAAACCCAGTGATGATATAAATCAGCCATTTAACTGGGAGGCGGCAAAGACGTTTACACAGGTAAATGCTGAAATTGGCCTTACTTTAGCCACACAACCAAACCGTCCTGCATGGAGCGATGGCGACTTCTTCGGCAATACATTCAGTAAGAAGTAA	MPLDYAILKKIMIRKLILGSLVAAVTSLAVHAQESEKTSHFAPDTNRIKSHLFFLADDLLEGRDTGSRGHDIAALYIATEFSKYGLKPAGTDGFMQHVPFRKANLVQESPSFTYDVKGESVSFSYPKEYLTGPDLLATESTLSGEMVFVGYGIVADELNHDDYAGLDVDGKIVVVLSGKPASFPSEEGAHFASGHQKQAYAAERGAIGMISISTPTAEKVRPYQNMLSYIHTPRMAWLDDNGVPANTFSQLKGSAYLSEPAAQKLFANAPVSLSDIYAQLEEDKSPKGFALPGSVSLSKKSLHSQITSPNVIGMIEGSDPTLKNEYVVFSAHSDHIGFAKTVKKDNINNGAMDNASGTAVMLETARLFSELAEKPKRSILFVSVTGEEKGLLGADYFARNPTVPVTAMVADVNLDMPILTYPFADVIAFGASHSDMKASVEEAAGNAGITLSPDPWPEQALFTRSDHYAFVKQGVPSVFMVPGLTSKDPEIDGSKKFGEFLATHYHKPSDDINQPFNWEAAKTFTQVNAEIGLTLATQPNRPAWSDGDFFGNTFSKK				NA	NA	NA	NA	NA
AK237_02359	570			hypothetical protein	ATGCCAAGAAGCGCACAATACGATATAGACAACATACTCGAACAAGCAGTGGATATATTCCTCGAATATAGCTTCCACGGTGCCATTATGGATGAAATCATTGCTCGGACATCATTTAATCGCCGAGGTTTTTATCTTGAATTTGGTTCGAAGCAGCAATTCTTATACAAAGTGCTAGAGCACTATCAAGCTAAACAGTTGATGCCGATTGTTAGCGAACTAGAAAACCATCACGGCATCACCGCCATCAACACGTTCTTTTTAAGCTATATACCACTTGTGTATGGTCGTGGGTGCTTGCTGATAAACTGCGTATGTGAATTAGGTAAACAAGACGCCACTATTCGGGAAATGGGACGCCACTACCTCGACAGACTGCAACTCGATTTTATTGGCTGTCTTGAAAAAGCACGGTTAGCGGGAGAAATAAAACCTGATATCAATATCGAGTCGGCCGCCCTGCAACTAACAAGCTACGTGCAGGGCTTTGCTGTTAATGGAATACTTGCTGAAAACCGTGAAGAAATGGTGATTGCGACAGAAGCATTACTCACCCCATTGCAGGTTTAA	MPRSAQYDIDNILEQAVDIFLEYSFHGAIMDEIIARTSFNRRGFYLEFGSKQQFLYKVLEHYQAKQLMPIVSELENHHGITAINTFFLSYIPLVYGRGCLLINCVCELGKQDATIREMGRHYLDRLQLDFIGCLEKARLAGEIKPDINIESAALQLTSYVQGFAVNGILAENREEMVIATEALLTPLQV				NA	NA	NA	NA	NA
AK237_02360	327			hypothetical protein	ATGAGCAGTAAAGCGCCCCTTTATCGAATTCAGTTTGTCAGTAATGGCGAAAGATATGAGTTATATATTCGGGAATTAAGTCAGGCAAATATGTTTGGCTTTGTCGAAATTGGCGATTTTGTTTGGGATACCCATACCAGCCTGGTTGTTGATCCTAGCCACGAGAAACTAAAAGCTGAATTTGCAGACGTAGAAAGAACCTATGTACCGATGCATAACGTGCTACGAATTGATGCGGTAAAAAAGCAAGGCACCGCAAAGATTACTCAACTTTCCGATAAAGTGACGGCTTTTCCAAGCCCCATTTATACACCTAAGAAAGATTAA	MSSKAPLYRIQFVSNGERYELYIRELSQANMFGFVEIGDFVWDTHTSLVVDPSHEKLKAEFADVERTYVPMHNVLRIDAVKKQGTAKITQLSDKVTAFPSPIYTPKKD				NA	NA	NA	NA	NA
AK237_02361	495			hypothetical protein	TTGCTGGCTTTTAGCATTATCGCTGTTTTGGTATTGATACTGATTTTCTTTGTGCTCAAAGTACAGAGCTTACATAAGTTAGTAAATGCCAATAAAAGCCTTGCGAAACAAAATGCACATAAAGCCAATACTGCATTTGTCACGCTCAGTTCTACAGCGAAATCACTACAACAAATTTTTGTAGAAAGAGTGGAGTCAGCCAGCAGCAAAGGGCTGATAAGCGGTAAAAACTATGACATCCTTATTCTGATCGTTTCCTCGTCGGCGAAAATTGTTTTCGACAACGCTGAAAAAGGCCACTCTATTGAAGAGGGGCTGACAATCGCATTACGTGATAACGATATTGGTATGGAAGACGTTAAGTCATTTATGCAGGAGCAACCTAACGATGTACGTATTAGCTGGGTGAAGAATACCGCAGATGGCTTTATTAAAGCATGCGACCTTATGACTGCTGGTCTTCTCGCTCCTCGTGCCACCTCCCCCAAAGAATAA	MLAFSIIAVLVLILIFFVLKVQSLHKLVNANKSLAKQNAHKANTAFVTLSSTAKSLQQIFVERVESASSKGLISGKNYDILILIVSSSAKIVFDNAEKGHSIEEGLTIALRDNDIGMEDVKSFMQEQPNDVRISWVKNTADGFIKACDLMTAGLLAPRATSPKE				NA	NA	NA	NA	NA
AK237_02362	687			hypothetical protein	ATGGCAAACTCACTCTCAATTGTTGAAAAGCACCCAGGTATTTGGCGAGGTAATCAGACTCGCTTTACCCAGACTAAACGCATTGCCAGTGGCTATGCATGTTTAGATGATGCCTTACTGGGTGGCTTACCAGAAGCTGGCGTAGTGCGAATCGCCTGTCACGTTGGCTCTGGTGAACTTGCTTTTTTAAACAGGGTGTTTACGTGTTTGAGCGGTACAGATCTGTTCGTATTCATCAATCCCAAAGGACGAATACTGGCGCCATGGCTAGAAAGCATGGCTCTCTCTCCGGAACATGTCACGAGCGTTTATACCTCGGCAGAACTGAGCTTTTGGGCCGCCGAAGAAGCCATTAAATCCGATGCGTGTCGCGTAGTCTTATTATGGAGTAAATCCGTAACAGCAAAGCAAAGCCGGCGCTTACAAGTTGCCGCGACGCAACATGCGTGCTTAGTTTTTATATTTGAAACACCTCACGTCAATCGAGCCCCCCTTCCCATTCCGTTAGATCTCACGCTGAGCATGAAAGAAAGCGCGCTGCATATCGATATCAACAAACTACAAGGAGGATGGCCTAAACAAGGACTGGTTGTCCCATTCTCTTATACGCCGGATAACACTGCTATTGCAGCCGCAATGTCCCAGTATGGGAGCCAGCACAATGAGAGTGACGCCCTTCATGGCTAA	MANSLSIVEKHPGIWRGNQTRFTQTKRIASGYACLDDALLGGLPEAGVVRIACHVGSGELAFLNRVFTCLSGTDLFVFINPKGRILAPWLESMALSPEHVTSVYTSAELSFWAAEEAIKSDACRVVLLWSKSVTAKQSRRLQVAATQHACLVFIFETPHVNRAPLPIPLDLTLSMKESALHIDINKLQGGWPKQGLVVPFSYTPDNTAIAAAMSQYGSQHNESDALHG				NA	NA	NA	NA	NA
AK237_02363	1419			hypothetical protein	ATGAGAGTGACGCCCTTCATGGCTAAGCGCTTGTGGCTATACCTGCATTTTCATCAGCTTACACTGGATAATGCGACCAGAACCGGAGGTGTGCATGAAGCAGTACCTACGGCTGTATATCAAAGTAACACCAATCAACTGGTGCAAGTGAATGCATGCGCTAAAAACGCCGGGATCGAGAAAAAAATGGGGCTGGCTCAGGCCGCAGCCCTTTGCGAGCACTTAGAAATTATTGATTACAACGAAACGGCAGAAACCACGCTCCTTCAGCAACTCGCCGCACACCTGTACCAGTGCGCGGCCGAAGTCGCTCTCGTTCCGCCACAAGGCTTGGTGGTTCGTATTGATAATTTGGTACGTTTCTACGGGGAATATGCAGTTTTATGGCAAGCCATCAACGCTGTTCTGCTAACCCAACAAGTCACCTTCAATTACGCTTCAGCCTGGAGTCCAGAGGCTGCAGAAGCCTTAGCCATCCAATCGACGAATCAACTGATTACCGATACCAGCGTACAACGGCAATTTATCTCTGCGCTCCCTGTTTCAGGTTTGCTGATACACGATAAATACATCAATGCACTTCATCGCGCCGGTATAAAACGAGTAAGCGATCTTTTAGCATTACCGGCCACAGAAATTGGTAAACGCTTCGATACCGATTTACTGAAATATTTGTTTGCGCTACGGGGGGAATCACATCCCACACTACGTTTCTATTACCCTCCGGCAACGTTTGAACATGAATTAATATTGCCATACGACATAGAAGACACTATTCGCTTACAACCCTATATCGACAAGTGCTTAGATGATTTAGGGGTATTCCTGCGTTTACGCAATGCAGGAACACAATGCATTACACTGGTTTTGCATTTTAGAGAAAATGCCCCCCTCTCGCTTGCAATCCGAAAAGCAGACGGACGTTTCAGCAAACCGGAGTGGCAGCGCTTAATGGCGCTAAAGCTTGAAACTGTCACATTAACCGCTCCGGTTACACACTTTATTTTACTTGCTGACGAGCTTTTCGAGTATGCGGGCATCCATGGTGATTTCTTTAATAACAGAAAGCATTTTTTTGCCCGCCAACAGTTATTAGGCAAGTTGACGGCGAGGCTAGGTGAACAGGCCATCGCGCACCCTCAATGGCCCGTCGATCATCGCATAACGAAAACCCGTGCGGAGTCTCCTGCAGAAGTAGACAAAAAACGCTATTCCCCCCTGCCGGCATTCACCCTGCCAGAGCCCATTGCATTACATGACTCACCTAAGATTGAATTTGGTCCGATACGTGTGGAAAGTGGTTGGTGGGATACCGCCCCTCAACAAAGAGACTACTTCATCGCTCTCAATGGACTAGGCCAGAGACTGCAAATATTCAGAGAAGGAGGAAGATGGTTTTTAAACGGATGGTACGCATAA	MRVTPFMAKRLWLYLHFHQLTLDNATRTGGVHEAVPTAVYQSNTNQLVQVNACAKNAGIEKKMGLAQAAALCEHLEIIDYNETAETTLLQQLAAHLYQCAAEVALVPPQGLVVRIDNLVRFYGEYAVLWQAINAVLLTQQVTFNYASAWSPEAAEALAIQSTNQLITDTSVQRQFISALPVSGLLIHDKYINALHRAGIKRVSDLLALPATEIGKRFDTDLLKYLFALRGESHPTLRFYYPPATFEHELILPYDIEDTIRLQPYIDKCLDDLGVFLRLRNAGTQCITLVLHFRENAPLSLAIRKADGRFSKPEWQRLMALKLETVTLTAPVTHFILLADELFEYAGIHGDFFNNRKHFFARQQLLGKLTARLGEQAIAHPQWPVDHRITKTRAESPAEVDKKRYSPLPAFTLPEPIALHDSPKIEFGPIRVESGWWDTAPQQRDYFIALNGLGQRLQIFREGGRWFLNGWYA				NA	NA	NA	NA	NA
AK237_02364	3075	dnaE2		Error-prone DNA polymerase	ATGTCGTATGCCGAGCTGGTCTGTCAGAGTAACTTTAGCTTCCTTTATGGGGCCTCTAGTCCTGAGGAGCTTGTAACTACCGCCGCCTTCATGGGCTATCAGGCTATTGCTATCACCGACGAATGCTCCGTGGCGGGTGTAGTTCGCGCGCACAGTGAAATTAAGCGTCACAATCTTCCATTAACCTTAATCACCGGCAGTTTATTTTCTCTTGATGAGAGTTTTCGCTGCGTTTTACTCTGCCCCACTAAAGCCGCCTATAGTGAGTTGTGCCGAATCATTACGAACGCAAGGCGTAGAAGTCCAAAGGGTGAATATCAACTTGCTGAGTGGGATATAAAGGCAATCAGACACTGCCTGATCATCTGGCTCCCAGAATTAACCGAAACCCATAGCCAATATTGGGGAGCATGGCTGAAGCAACATCATCCTTCCAGGGTTTGGATAGGTGCAGTTCGTCATTTGGATGGACATGACCATGAACGATTTGCCCATTATCACAAGCTTCATGAATCATTTGCTTTTCCTATTACCGCCTGCACGCACACGCTGTTTCATAGTAGCGATCGTCTCGCCCTGCAACACGCCCTTCATGCAGTAAAAGCCAATACCACTGTGGAAGCATTAGGTTTACAGGCACTGTCAAACGCAGAGCGAGCCTTGAGACCGCTAAAGAAATTAGAGAAATTGTATCCCGCCAAATGGCTCAGTGAAGCGTGCCAGGTTGCACAGCGGTGCCAGTTTAACCTTGATGAATTGAAATATCAGTATCCCGCAGAGTTGGTACCTGAAGGCTTCACTGCCATGACTTATTTACGCCACTGTGTAGAACTAGGCGTTAAGAAACGTTTTCCATCAGGCCTGCCCGAAAGCATCAGAGCCATCATCGAGAAGGAGCTTCACCTGATTGATGAACAGCAGTACGCATATTTCTTTTTAACTATTCACGACATTGTTCAGTTCGCACAAAAGCAACATATTCTATACCAAGGCCGGGGCTCCGCGGCTAATTCTGTGGTGTGTTACTGCTTAGAAATTACCGCAGTAGATCCCAGACAAATTGATGTGCTTTTCGAGCGTTTCATTTCAAAGGAAAGGGATGAGCCCCCCGATATCGACGTTGACTTTGAGCATGGCCGGCGCGAAGAAGTCATTCAGTATATTTATCGAAAATATGGGAGGGAACGCACCGCATTAGCCGCCACTGTCATTAGCTTTCGTTTTAAAAGTGCTTTTCGAGAGATGGGAAAAGCGCTGGGATTTGCAGAAACACAGCTCGACTATGTCATTAAGAATATAAATCGACGAGACCGCGCCATTCCATGGCAGACTCAACTCGTTTCTTGTGGCTTAAACCCTGATAGTCATAAAGTTCAATTGCTGATCCAGCTTGTTGAACAAGTAGTGGGGTTTCCCAGACATCTTTCTCAACATGTGGGAGGCTTTGTTATTTCTTCTGGCCCCTTGTATGAACTCGTGCCTGTTGAAAATGCAGCGATGGCAGAGCGAACCGTCATTCAATGGGACAAAGACGATTTAGAAACGCTCGGTTTGTTGAAAGTAGATGTGCTTGCCCTTGGTATGTTGACCGCAATACGCAAAGCATTCGACCTATTGAACAAACAGTTTCCAGTGCCCGTTTCAATCCCTTTCATTACTAAGCTGGGGGATGATCAACAAGTTTATGACATGATATGTAAAGCAGACACAGTTGGTACGTTTCAAATTGAGTCTCGCGCTCAAATGACAATGCTTCCCCGCTTAAAACCGCGTTGCTATTATGATCTGGTCGTTCAAATAGCCATTGTTCGACCCGGCCCGATTCAAGGTGACATGGTTCATCCTTATTTATTACGCCGTCATGGCAAAGAAACCGCGAGCTACCCGTCCAAGGAAGTTGAGCGCGTATTATCTCGAACAATGGGCGTGCCTATCTTTCAGGAACAGGTCATTCAACTGGCCATGGTAGCAGCAGGCTTTTCTGGGGGAGAAGCGGACCAACTACGCAGGGCAATGGCAAGTTGGAAAAAAGATGGACGTATTTATACGTTTAGAGATCGCCTTATAAAAGGTATGACTGAACGCGGCTATTCACCGGCATTTGCGGAGCAGCTTTTCGCACAAATTAAGGGGTTTGGTGGATATGGTTTTCCCGAGTCACATTCTGCGTCATTTGCAGTTTTAGCCTATGTATCTTGTTGGCTAAAGCATTACTTCCCCATTGAGTTCTACACCGCGCTGCTTAATAGCCTGCCCATGGGGTTTTATTCTGCAAGTCAGCTTATTCAGGACGCCAAAAGACACCATATTACTGTGCTGCCTGTTTGTATCAACTCCTCAACCTACGAACATACACTGGAATATAAATTAGGCGAAAAATGCCTACGATTAGGCTTTTGTTTAGTAAAAGGCTTATCAAAAGAAGTAGGCGAACGGCTAGAAACGTTAAGACCCGCCAAAGGTTTTATCTCCCTACACCAAATTAAGCAAACCGGTGTAAACGAGAAAGACTTGTCGTCACTTGCAAGCGCAGATGCATTCGCGTGTATTGCTGGTAACCGTTACCAGGCCAGATGGGATATGATGAATAAGCACGCGAACCTGCCTCTGTTTGCTAATGAGACAACGCAGCTACCATTCGATTTTATTCCATCAGACAAAGACAGCTTGTTAGAAGATTATGCCTCAACATCCCTATCGCTGAAGCTACACCCTGTCGAACTGATACTCAGGCATCATCACATTAAAAACCTGACGCTAGCAGAGGATCTTATTGGCAAAGATAACAAATCGCTCGTGCATGTTTTAGGTTGTGTTACATGCAGGCAATCCCCTGGTACGGCGACGGGTGCCACTTTTTTCACTCTTGAAGACCATACCGGAAATATGAATGTAGTGGTATGGCAAGCAACAGCCAGACACCAGCAACAAGCCTATCTAAAATCGCAAATACTGCAAGTTGACGGAATTTTAGAACGTTCGCCGGAAGGCGTATTGCATATTATTGCGGGAAAATTAACGGATAGAAGTGATTGGCTTGCTTCGTTAAATGTAGGTGCCCGAAATTTTCACTAA	MSYAELVCQSNFSFLYGASSPEELVTTAAFMGYQAIAITDECSVAGVVRAHSEIKRHNLPLTLITGSLFSLDESFRCVLLCPTKAAYSELCRIITNARRRSPKGEYQLAEWDIKAIRHCLIIWLPELTETHSQYWGAWLKQHHPSRVWIGAVRHLDGHDHERFAHYHKLHESFAFPITACTHTLFHSSDRLALQHALHAVKANTTVEALGLQALSNAERALRPLKKLEKLYPAKWLSEACQVAQRCQFNLDELKYQYPAELVPEGFTAMTYLRHCVELGVKKRFPSGLPESIRAIIEKELHLIDEQQYAYFFLTIHDIVQFAQKQHILYQGRGSAANSVVCYCLEITAVDPRQIDVLFERFISKERDEPPDIDVDFEHGRREEVIQYIYRKYGRERTALAATVISFRFKSAFREMGKALGFAETQLDYVIKNINRRDRAIPWQTQLVSCGLNPDSHKVQLLIQLVEQVVGFPRHLSQHVGGFVISSGPLYELVPVENAAMAERTVIQWDKDDLETLGLLKVDVLALGMLTAIRKAFDLLNKQFPVPVSIPFITKLGDDQQVYDMICKADTVGTFQIESRAQMTMLPRLKPRCYYDLVVQIAIVRPGPIQGDMVHPYLLRRHGKETASYPSKEVERVLSRTMGVPIFQEQVIQLAMVAAGFSGGEADQLRRAMASWKKDGRIYTFRDRLIKGMTERGYSPAFAEQLFAQIKGFGGYGFPESHSASFAVLAYVSCWLKHYFPIEFYTALLNSLPMGFYSASQLIQDAKRHHITVLPVCINSSTYEHTLEYKLGEKCLRLGFCLVKGLSKEVGERLETLRPAKGFISLHQIKQTGVNEKDLSSLASADAFACIAGNRYQARWDMMNKHANLPLFANETTQLPFDFIPSDKDSLLEDYASTSLSLKLHPVELILRHHHIKNLTLAEDLIGKDNKSLVHVLGCVTCRQSPGTATGATFFTLEDHTGNMNVVVWQATARHQQQAYLKSQILQVDGILERSPEGVLHIIAGKLTDRSDWLASLNVGARNFH				NA	NA	NA	NA	NA
AK237_02365	540			hypothetical protein	ATGTTCTTTAAACGAAAAAGCTTGTTAACTGGTGCACTTCTTGCCGCTTTTTCATTCAACGCCTTATCAGCCCAGTCAGTAGCACTTGACTATCTTCATGGCTTTGATGACATAAAAGGGTTAAGAGTTGCTTATAGACCAATTACCCAGGATTTATACACAGACTGGTTTGGCGACATTAAACTGTATTGGGAAGCCAGTTTCAATGTCTGGGAATACGGGCATGAAAATGAACATGCCACTAATTTGGCCCTCGCCTTGTCTCCGGTATTGGTAAAACAAATAGCGACGGTTTCTGATAAATATCCCCTCTACCTTGAAGCAGGAATAGGTGCGAGTTTAGTTAACGATCGCCACTTTGCCGGTAAAAATATTGGTTCACATTATCAATTTGAAGACAGGTTAGGTCTACTGATGAGCTTGAACGAGGAAGAAACCAACCAAGTCGCGTTTCGCTATATGCATTATTCAAATGGTGGCTTAAACAGTGATAACCCAGGATTAGACTTCCTTAACGTGTCCTACTCTTATCACTTCTAG	MFFKRKSLLTGALLAAFSFNALSAQSVALDYLHGFDDIKGLRVAYRPITQDLYTDWFGDIKLYWEASFNVWEYGHENEHATNLALALSPVLVKQIATVSDKYPLYLEAGIGASLVNDRHFAGKNIGSHYQFEDRLGLLMSLNEEETNQVAFRYMHYSNGGLNSDNPGLDFLNVSYSYHF	PGPT0022415_466	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-REMODELLINGLPS|LIPID|IVA_METABOLISM	CE-REMODELLING_LIPID_A_METABOLISM,PGPT0022415-pagL-K12976	NA	NA
AK237_02366	825			hypothetical protein	TTGCTCGCTAATAAAAATAAATATAAATCATTATGGTGCCACGTTTCATCGGCATTAATAGTGGGCAGTACATTGTTGCTTTCAAAACCTTCCCAGGCCGACACTTATATTGTCGGCCTCCAAAACTTTGATTATTACCCACACTACAATTTCACATCCGATCAAGACCGTGGATATATTTGGGCAGTTCTAGAGTTATATGCACAAAAAACAGGGCATACCTTTGTCTACCAGACGATGCCAGTTCCCAGGCTACAAATAGAACTTGCAAAGGGTACCGTCGATCTTATTTATCCCGACAACCCGATTTTCCATCCGGATATAAGAGAGGACGCCGGAAAGAAATATTCGGTCGATGTAGTGAAAACACTGAGCGGCGCAATCATTAAGCAAGATAATTTGTCTATGCGTATAACGGATGTCTCAAGAGTCAGCTTACCGTACGGATTTACACCGCTGGACTGGCACGGCAAAGAGAAGAACGGAGATATTGATTTTGTTGAAACGCAAGACAGCCTCTCGGCTTTACAACTTGTGGAACAAGGAAAAACAGATGTCGCAGAGGTAGACTACTTCGTGACTACGCATTTGTCTTCCGCTAACCCAACGATCGGCCAATTCACTATGTCACCAACACTTCCACACAACATCGTTGGCTTTAAGCTCGCCAGTATTAACAAACCAAAACTCATTGCAGAGATAGATGCTTTCATAGAACAGCATCAAGATGATATCAATCTACTGAAACAAGAATATGGGATTAAAGATCCTGAGGTGCTATTAGAAGATATTCAATCAGCTTACGTCAGAGCACATCACCGGTAA	MLANKNKYKSLWCHVSSALIVGSTLLLSKPSQADTYIVGLQNFDYYPHYNFTSDQDRGYIWAVLELYAQKTGHTFVYQTMPVPRLQIELAKGTVDLIYPDNPIFHPDIREDAGKKYSVDVVKTLSGAIIKQDNLSMRITDVSRVSLPYGFTPLDWHGKEKNGDIDFVETQDSLSALQLVEQGKTDVAEVDYFVTTHLSSANPTIGQFTMSPTLPHNIVGFKLASINKPKLIAEIDAFIEQHQDDINLLKQEYGIKDPEVLLEDIQSAYVRAHHR				NA	NA	NA	NA	NA
AK237_02368	765			hypothetical protein	ATGACTCCTAGAGTTTGCATACCGTTTTTTGTCGTAGCTATGTGTGTACCCACACTATGTTTTGCAGCATCGAACACCGAAACAGACAAAAATGACGATTTTCAGATCCAGTTTTTGAAGCGTCAGGTTGACCAAAATATGTCGATTGGCCGCGCCATTCGATCAATAGCCAGTCATTATCCTCAGGATGTTGTATCGATCGTTGATGTCGCACTTGATACATATCCAGACAAATACAGAGAAATCATCTTTGCCGCTATCTCAGCGCAACCCGCTTCGACTCAAGATATTGTGCAAATGGCAATTGAGAAAGATGTAAGTAGTTGTACAAACATCGTTAAGCTCGCCATAAAAGCAGAACCAAGCTATGTAGACTTTGTCGTTCAGGCAGCTGCTGATACCACACCAGAAGAGCTGGATGAAATTGTCAGAGTAGCCGTTCAGACAGAACCGGATTCTGCAGACCGCATTGTACAAACATTATCTCAGGAGCATCCCAATAAGGTTATTGAGATATTATCGACAGCACTTAATACCGTACCCTATGTGGGCGAATACGTGGTGGACGCCCTTCTTGCCGTTTTCCCTGCACAATCAGATGAAGTTATTACAACGGCATTAAAACAAACGCACGCAGAAAAAGAACAAGCCATTCGCATTCTAGAAACAGCCCAGAGCTATGGTGTGAGTGACGTGAAGCTTGCCGAATACGGACAATCAATCGGCCTGTCTGACGCAGATATAGAAATTGTATTGAACAGATAA	MTPRVCIPFFVVAMCVPTLCFAASNTETDKNDDFQIQFLKRQVDQNMSIGRAIRSIASHYPQDVVSIVDVALDTYPDKYREIIFAAISAQPASTQDIVQMAIEKDVSSCTNIVKLAIKAEPSYVDFVVQAAADTTPEELDEIVRVAVQTEPDSADRIVQTLSQEHPNKVIEILSTALNTVPYVGEYVVDALLAVFPAQSDEVITTALKQTHAEKEQAIRILETAQSYGVSDVKLAEYGQSIGLSDADIEIVLNR				NA	NA	NA	NA	NA
AK237_02369	1188	ugd	COG1004	UDP-glucose 6-dehydrogenase	ATGGAATCAACAAAAAAGAAGCTTAAAGTCGCAGTCGCTGGAACAGGCTATGTGGGTTTATCAAATGCAGTATTGTTAGCGCAGCACAACGAGGTCGTCGCTATTGACCTTGTGCCTGAGAAAGTTGAGATGCTCAATGCTCGCAAGTCGCCAATAGAAGATAAAGAGATTTCTGAATATTTAGCCGGGAAAGAACTTGATCTAAAAGCGACACTTAGCGCTGAAGAAGCATACAGAGATGCCGACTTCGTAATTATCGCTACACCTACCGATTATGATCCCCAGACTAATTACTTTAATACCGGCAGTGTGGATGCGGTTATTAAAAGCGTAATGGCAATTAACCCTAAGGCTGTGATGGTTGTTAAGTCAACGGTTCCGGTAGGGTTTACCCGCGAGGCGAAAGCTGAGCATGGTACGGATAACATTATGTTCTCCCCTGAGTTTCTGCGGGAAGGACGTGCGCTTTATGATAATTTGTATCCAAGTCGAATTATCGTGGGAGAGCGTAGTGAGCGGGCAGAAGTCTTCGCATCGCTATTACAACAAGGCGCGATTAAAGAAGACATCGACGTGCTGTTCACCGACAGTACCGAAGCAGAAGCCATTAAGCTCTTTGCTAATACTTATTTGGCGATGCGGGTTGCTTACTTTAATGAACTCGACAGCTATGCGGAAAGTAATGGTTTGGATTCCAAACAAATTATTGAAGGGGTGGGCCTGGATCCGCGTATTGGTAAGCACTATAACAATCCGAGTTTTGGTTATGGCGGCTATTGCTTGCCTAAAGACACGAAACAGTTATTAGCAAACTACAGCGCAGTGCCTAACAACATGATTCAGGCAATCGTTGATGCGAATCGTACCCGTAAGGATTTTGTTGCAGATTCTATCATCAGCCGTCGCCCTAAAATTGTGGGTATTTTCCGTCTGATCATGAAGTCAGGTTCAGATAACTTCCGCGCAAGCGCCATTCAGGGGATCATGAAGCGCATAAAAGCGAAAGGTATTGAAGTTGTTGTTTATGAACCGGTAATCAAAGAAGACGAGTTCTTCCATTCTCGGGTAGTCAATGATTTAGATAAGTTTAAAGAAATGTCAGATGTTATCGTGGCAAACCGTGTAACTGATGATATTCGTGATGTACTCGATAAAGTCTATAGTCGTGATTTGTTCGGTGCTGATTAA	MESTKKKLKVAVAGTGYVGLSNAVLLAQHNEVVAIDLVPEKVEMLNARKSPIEDKEISEYLAGKELDLKATLSAEEAYRDADFVIIATPTDYDPQTNYFNTGSVDAVIKSVMAINPKAVMVVKSTVPVGFTREAKAEHGTDNIMFSPEFLREGRALYDNLYPSRIIVGERSERAEVFASLLQQGAIKEDIDVLFTDSTEAEAIKLFANTYLAMRVAYFNELDSYAESNGLDSKQIIEGVGLDPRIGKHYNNPSFGYGGYCLPKDTKQLLANYSAVPNNMIQAIVDANRTRKDFVADSIISRRPKIVGIFRLIMKSGSDNFRASAIQGIMKRIKAKGIEVVVYEPVIKEDEFFHSRVVNDLDKFKEMSDVIVANRVTDDIRDVLDKVYSRDLFGAD	PGPT0017855_5042	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
AK237_02370	1710			hypothetical protein	ATGAAAAAGATTGCCTTGCAATCGGTAAGACTGGCATTGCGTTTAATGCCACCTTCGATGAAGAAAAAGCTACAAACGAACGAGAAACTCACGGAGTTTTATAGCGTCTCATTAAGACGGTCGGGTTTATTTTACGGCGTGCCAAGTAAGAGAGTTCGTAAGAAATTATATACGAATTATCTACAAGAGGAATCGAAGACACTAACAGCTTTATCGAGCGAACGGGGCCCGCAGCTTCAGTGTGTAATATTTCCGGTGGAAGGTGCTGATACGCAAGTAACACTTGATTCCCTGAGAGAAGCAGGCATAAAGCGAATCGTCTGTATTGGAACTGAAACTTGGGAAACATACCGTACAGCTTCTTCATTCAATGAATCAACTCAGTATTTAGATGAGCTATTACCAACGCTGCTTTTAAACGCTGGAGATACCGTTAATAAGCACTGTGCTTCAGTATTAGGTAGCGAATTAAAGAAGGCTGATATCGTTTATTGCGATTCAGATAAAATTGAAAATGGCTTGCGTAGAAGCCCGCATTTCTTACCCGACTGGAATCCAGAATATCAATTCGCGAGTGGATATGTTTCTTCTGGTGTCTTGATCAAGACTCAGCATCTTTCTTTGGTAAAGCATGCCCCAAGCACAATTGGGGGCATAGTGTCGTCACTTTGGCTACAAGATCCGAGTATTAAGATTCACCATGCTGCTTTCGTTTTGCTTCATTGTAATACAGCATGTGACGTAGCAAAAAAAACAACTAGCGATATTCACCGCCTGCTTGAACTGTCTTCTGATGCGCAAGTCTTAACAAATCAGGAAATTGCACTAAATCACGTACAGTGGCCAGTGCTCGCTAACCCATTAGTGTCGCTAATTATACCCACTAAAAATGGTAAAGAATTAGTGAAGGCGTGTATTGAGTCCATTTTCGAGAAAACAACGTATAAAAATTTTGAAATATTGCTCATTGATAATGGGTCTGATGAGCCCGAAAGTCTTGACTACTTTGATTCTTTGAAGCAACACCCGAAGATAACTGTTCTTGATTACCCGGGTGTTTTTAACTACTCAGCAATTAATAACTTTGGCGTGCATCATGCAAGGGGAGAGGTTGTTGGGTTGATCAATAACGACATTGAGGTCATAAAACCTGAATGGCTTACGTATATGGTTGGCCATGCGTTACGGGACGACGTGGGCTGTGTTGGTGCAAAGCTGCTTTATTCTGATGGCAGAATTCAGCATGGCGGGGTAGTGCTCGGTTATGGTGGTGGGGCAGGACATGCGCATAAGTATTTTCCTCGTTATCATCCCGGATACATGAATAGGCTTTTAGCCACGCAGAACTTTTCGGCAGTAACTGCTGCTTGTTTATTAGTGAAGAAAGCGCTATTTGATAAAGTAGGTGGGCTCAACGAGGCAGATCTTGCTGTAGCATTTAACGACGTCGACTTTTGTCTACGGGTTAAAGAAACGGGTGTCAGAAACGTATTCTGTGCGGAAGCTGAACTATTTCATCATGAGTCCGTTAGCCGGGGATTGGATATCTCGCCTGAAAAAGCGGCCCGATTCAACCGCGAACTGGAATATTTAAAAACGACATGGGGTAAGTATATTGCCCATGATCCAGCTTACAGCCCAAACCTTACGTTAAAACGGGAAAATTTTTCGATAAAAACGAAGGAAGAATTTGCGGCAATGAAGCGATAA	MKKIALQSVRLALRLMPPSMKKKLQTNEKLTEFYSVSLRRSGLFYGVPSKRVRKKLYTNYLQEESKTLTALSSERGPQLQCVIFPVEGADTQVTLDSLREAGIKRIVCIGTETWETYRTASSFNESTQYLDELLPTLLLNAGDTVNKHCASVLGSELKKADIVYCDSDKIENGLRRSPHFLPDWNPEYQFASGYVSSGVLIKTQHLSLVKHAPSTIGGIVSSLWLQDPSIKIHHAAFVLLHCNTACDVAKKTTSDIHRLLELSSDAQVLTNQEIALNHVQWPVLANPLVSLIIPTKNGKELVKACIESIFEKTTYKNFEILLIDNGSDEPESLDYFDSLKQHPKITVLDYPGVFNYSAINNFGVHHARGEVVGLINNDIEVIKPEWLTYMVGHALRDDVGCVGAKLLYSDGRIQHGGVVLGYGGGAGHAHKYFPRYHPGYMNRLLATQNFSAVTAACLLVKKALFDKVGGLNEADLAVAFNDVDFCLRVKETGVRNVFCAEAELFHHESVSRGLDISPEKAARFNRELEYLKTTWGKYIAHDPAYSPNLTLKRENFSIKTKEEFAAMKR				NA	NA	NA	NA	NA
AK237_02371	1083	rffG	COG1088	dTDP-glucose 4,6-dehydratase 2	ATGAGCAAAACAATATTAGTAACGGGTGGAGCAGGCTTTATTGGTTCTGCTGTCGTTCGTCATCTTATCAACGATACCGACCATTCGGTTATTAATCTGGATAAGTTAACCTATGCAGGTAACTTAGAGTCGTTAACCCCTGTTTCGGGAAGCGAGCGGTATCAATTCGAGCAAGTGGATATTTGTGATGCCGACGAGGTGAAACGCGTATTCACTACGCATCAGCCTGACATCATCATGCATCTTGCTGCAGAGTCGCATGTCGATCGTTCTATTGATGGCCCAGGCGAGTTCATTCAAACAAACGTCGTGGGCACGTATACGCTGCTTGAACAAGCAAGAGCATACTGGAGTGCGCTTGACGGCGATAAGAAAGCGGGCTTTAAATTCCATCATATATCAACGGATGAAGTTTATGGTGACCTGCCTCATCCAGATGAGGTCGAGCCAGGCACAGAGCTGCCGTTGTTTACTGAAACCACGCCGTATGCGCCAAGCTCACCGTATTCCGCGAGTAAAGCCAGTTCTGATCAACTGGTTCGTTCGTGGCTACGTACCTATAAATTACCCACACTGGTAACCAATTGCTCAAATAACTATGGCCCGTACCATTTCCCGGAAAAGCTAATTCCTTTGGTAATTCTTAACGCGTTGGCTGGTAAGCCGCTTCCCGTTTATGGAAAGGGAAATCAAATACGCGACTGGTTGTACGTTGAAGACCACGCCCGAGCACTGGTTACTGTTGCTCTTGAAGGCAAAATTGGGGAAACATACAATATCGGCGGCCACAACGAGAAGCAGAATATTGAAGTCGTGCAGACGATTTGCGCAATTTTGGATGACGTAAAGCCGAAAGATAGTAAGTATGCAGAGCAAATCACTTATGTTCAGGATCGCCCCGGACACGATATGCGTTATGCAATTGATGCGTCTAAAATCCAACGAGAATTGGGCTGGACTCCTCAAGAAACCTTTGAAAGCGGTATTCGCAAAACGGTTGAATGGTACTTAAATAATGAAGCGTGGTGGAAAGCTGTACTTGATGGAAGTTATCAAGGAGAGCGACTAGGTACAGCGAGTTAG	MSKTILVTGGAGFIGSAVVRHLINDTDHSVINLDKLTYAGNLESLTPVSGSERYQFEQVDICDADEVKRVFTTHQPDIIMHLAAESHVDRSIDGPGEFIQTNVVGTYTLLEQARAYWSALDGDKKAGFKFHHISTDEVYGDLPHPDEVEPGTELPLFTETTPYAPSSPYSASKASSDQLVRSWLRTYKLPTLVTNCSNNYGPYHFPEKLIPLVILNALAGKPLPVYGKGNQIRDWLYVEDHARALVTVALEGKIGETYNIGGHNEKQNIEVVQTICAILDDVKPKDSKYAEQITYVQDRPGHDMRYAIDASKIQRELGWTPQETFESGIRKTVEWYLNNEAWWKAVLDGSYQGERLGTAS	PGPT0022625_666	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
AK237_02372	861	rmlD		dTDP-4-dehydrorhamnose reductase	ATGAGTATTGTAGTTATAGGGAAATCCGGTCAACTTTCATACGAACTCGTGCGTTTGCTTGGCGACGAAGCCATTGTTTTTGGCAGAGACGATATTGATATTACCTCTTTGGAGGCACTGACCACCACATTAGATAATGTGAAACCAAAGACGATAATTAATGCGTCGGCGTATACTGCAGTTGATAAAGCTGAGTCTGAGCCGGAAGCCGCTGCGTTGATTAATGCACAAGGCGTGGCAAATCTTGCGAATTATTGTAAAAGCCGCGGTGCGTTTTTAGTGCATGTATCTACCGATTATGTTTTCAATGGTCAGAAAGGCTCGCCTTATTTGGTTGATGATAAAATCGAGCCTCAAGGCGTGTATGGCAAAACCAAAGCGGAAGGCGAAAAGGCGGTAATGGAAACCCTGCCAGAAGCCAGTTGTATAATTCGTACTGCGTGGGTGTATTCGGTTCATGGCAATAACTTTGTGAAAACCATGCTGCGTTTGATGGCTGAAAAGCCGCAGTTGGGTGTTATTGATGATCAGGTAGGCACACCAACCTGGGCAAAGGGACTGGCCGAAGCCGGCATATTTGCTGGTAAGCATAAAACGGCAGGGGTTTTCCACTGGACTGACGAAGGGGTTTGTTCTTGGTACGATTTTGCTTTGGCTATTCAAACTCTGGGATTAGAAAAAGGATTGTTGGACAAAGCTGTACCTGTGCTTCCCATTCCTTCTTCGCAATATCCTACACCAGCTAAACGTCCGCATTACAGCGTATTAGATAAAACCCTCACCCGTGACATTTTTTCTTCTTTACATCCTGCACATTGGCGCACGCAGTTGTCAGCCATGATGGATGAATTGAAAGCATAA	MSIVVIGKSGQLSYELVRLLGDEAIVFGRDDIDITSLEALTTTLDNVKPKTIINASAYTAVDKAESEPEAAALINAQGVANLANYCKSRGAFLVHVSTDYVFNGQKGSPYLVDDKIEPQGVYGKTKAEGEKAVMETLPEASCIIRTAWVYSVHGNNFVKTMLRLMAEKPQLGVIDDQVGTPTWAKGLAEAGIFAGKHKTAGVFHWTDEGVCSWYDFALAIQTLGLEKGLLDKAVPVLPIPSSQYPTPAKRPHYSVLDKTLTRDIFSSLHPAHWRTQLSAMMDELKA	PGPT0022630_2377	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
AK237_02373	546	rmlC	COG1898	dTDP-4-dehydrorhamnose 3,5-epimerase	ATGCAAGTAGTAACTACCGACATCCCGGATGTCAAAATTATAGAGCCTCGCGTGTTCGGTGATGAACGCGGTTTCTTCATGGAAACGTTTCGTACCGATTGGTTTAAAGAAGAATGCGCAAACGTAGAGTTTGTTCAGGACAACCATTCAAAATCCAAACAAGGTATTCTTCGCGGGTTGCACTATCAACTTCAGCAAACGCAGGGCAAATTAGTGCGTGTGGTAAGTGGCGAAGTATTTGACGTTGCCGTTGATATGCGCAAGAGCTCTGCTACCTATGGTAAATGGGTTGGTGTGATGTTGTCGGCTGAAAATAAGCGCCAGTTATGGGTGCCCGCAGGCTTTGCTCATGGTTTTTATGTCACCAGCCAGTCTGCCGAATTTGTTTATAAATGCACCGATTACTATCACCCTGAGTCTGAAATATCAGTGAAGTTTGACGACCCGACAATAGGTATTCAGTGGCCACTAGTTAATGGCGAAGCGCCGTCTTTGTCAGCCAAAGACGCCGAAGGCGTAGCCTTCATCGACGCGCCGACATTCTAA	MQVVTTDIPDVKIIEPRVFGDERGFFMETFRTDWFKEECANVEFVQDNHSKSKQGILRGLHYQLQQTQGKLVRVVSGEVFDVAVDMRKSSATYGKWVGVMLSAENKRQLWVPAGFAHGFYVTSQSAEFVYKCTDYYHPESEISVKFDDPTIGIQWPLVNGEAPSLSAKDAEGVAFIDAPTF	PGPT0014300_2986	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
AK237_02374	882	rfbA	COG1209	Glucose-1-phosphate thymidylyltransferase 1	GTGAGAAAAGGAATAATACTAGCAGGCGGCTCCGGCACGCGTCTCCATCCACTTACAAAAGTGGTGAGTAAGCAGCTGATGCCGGTTTACGATAAGCCGATGATTTTTTACCCGCTGGCTACACTGATGATGTCAGGTATTCGAGATATCCTCATTATCACTACGCCACAGGAGCAGTCCCGCTTCATCGAGCTTATCGGTGATGGTTCCGAACTTGGTATCAATGTGCAATACGCCGCGCAGCCAAGCCCTGATGGTCTCGCCCAGGCATTTCTCATCGGTGAGGATTTCATCGGCAATGATGCCTGCACACTTATCCTCGGCGATAATATTTATTACGGTCACGACCTTACAGTATCCCTCAAGAATGCATATCAGCAGGACATCGGGGCGACAGTATTCGGTTATCACGTAAACGACCCAGAGCGCTATGGCGTGGTCGATTTCGACAACGACTGGAATGCACTCTCCATTGAAGAAAAGCCAGCAAAACCCAAGTCTAATTATGCAGTTACGGGTCTTTACTATTACGACAATCGCGTGGTGGACTTTGCAAAAGCGGTAAGGCCTTCTCCGCGCGGTGAACTTGAAATTACCGACCTCAATAACCTGTATCTACAGGATGGCTCATTGAAAGTAGAACTTATGGGCCGGGGCTCTGCTTGGCTGGATACGGGCACATTAGACAGCTTGCTTGATGCCGCAAACTTTGTTGCTGCTATTGAAAAGCGGCAGGGTCTGAAAGTATGTTGCCCCGAAGAAGTAGCATATCGCATGGGTTACATTGATGCCGCGCAGGTTGAGAAACTAGCGACGCCTTTGATTAAAAGTGGCTATGGTGATTACCTGATGAAGATCATCAGTGGTCGCGTTAAGAGCTAA	MRKGIILAGGSGTRLHPLTKVVSKQLMPVYDKPMIFYPLATLMMSGIRDILIITTPQEQSRFIELIGDGSELGINVQYAAQPSPDGLAQAFLIGEDFIGNDACTLILGDNIYYGHDLTVSLKNAYQQDIGATVFGYHVNDPERYGVVDFDNDWNALSIEEKPAKPKSNYAVTGLYYYDNRVVDFAKAVRPSPRGELEITDLNNLYLQDGSLKVELMGRGSAWLDTGTLDSLLDAANFVAAIEKRQGLKVCCPEEVAYRMGYIDAAQVEKLATPLIKSGYGDYLMKIISGRVKS	PGPT0022600_2313	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
AK237_02375	1344			hypothetical protein	GTGGCAGTTTATTCAATCAATGTCGAGAGGGTTAAAACCCCTGCGACCGATAATCTGAAATGGCATCTGGATTTTCCAACCAATGAACAAACTATCGACAGTGTAAATTTAAAGCGCGAGGGAGTGTTGTTTCAGGGATGGATATTGCCTGATATCGAGTGTGAGTTCTCTCTGATAATTTTAAATGGGACGGATATCTATACGTTGCCGATACACCGTCCAAGGCCTGATGTAGTTTCAAAGGTGCTTGGAGAGCTACCTGAAGAAAGTCGTAGATTGGTATGTGGTTTCTCTGAACGTATTAAGCTTACGCAGTCTTCATTTTCTCTTGGAATGATTGTTAACGGGATTTTCAGAGAACTTTTAGTTGGCAGTGTTGAAGGTAGATTTCAGATATTAAAGGGGAAGGGGGACTGGCTCTTTTTAGACAACGATTCAAATAAGAGTGTCGAGCAGTTCACCGGCAAAGTTAAACTGTCAAGAACAGCCAGAAAGGAATGGAAATCCTATCTGAAGTCAATTGATGAGTATTCTGCAGTATCAAAAATTCCAACCTGCTTATTAATCGCTCCCTCTAAAGAGATGGTCGTGAGTGAATATTACCCTTATGAAGAGTCTCCCAATGCGCCAATTTACGAACTGATAAAGTTAGTGCCAGAGTCGCTAAACTTTCTTTATCCAGTAACAGAGCTAAAGCTTCTCAAACAACGCCCATTCAGGGTTTGTGATACTCACTGGACCTTCCATGGTGCGAGAAAAGCTTCACAATTGCTCGCAAGCGCACTTTCACAGGAAGGCACAAAAGCATTTGAGGTTTTTACTGATGATAAATATGAAAAAAGAAGATTCGTGGGAGATCTCGGCTCTAAACTATATCCGTTTAAGGAACATATTGAAGAGGTGCTGAAAAGCTTTAGTTATCGGCGCACAGTTTTATACGATAATCGGGTGGACAATTTCGGACGCATAATCGTAATGTATAACGAGAATGCCGAGCTTAAGAAAACGTTGCTTCTGTTCGGCTCGTCATCTTCATATATCATGTTTCATTTTTTATGCAGGCTATTTAAAGAAGTTGTGTTTGTTCATACCGCCGGCAATGTAGACCATGAGATATTAGAGGCAGTTAAACCGGACTACCTATGTCTGCAAACAAATGCGCGGTTTGTTGTTCAGGCCCCGCGTTTTAATGACTCTGTTCAAGAGTATATTAATCAGAAAAAAGCGGCGGGCCGAACAAAAGAGCCCGAAATTGCAGGTCAAATTCCAGGTGAATGTAAGAGTTACGTTTCACACTTCATTCAGATGTGGGAAACTAAAGCTAACATTGGAAATATACCTTAA	MAVYSINVERVKTPATDNLKWHLDFPTNEQTIDSVNLKREGVLFQGWILPDIECEFSLIILNGTDIYTLPIHRPRPDVVSKVLGELPEESRRLVCGFSERIKLTQSSFSLGMIVNGIFRELLVGSVEGRFQILKGKGDWLFLDNDSNKSVEQFTGKVKLSRTARKEWKSYLKSIDEYSAVSKIPTCLLIAPSKEMVVSEYYPYEESPNAPIYELIKLVPESLNFLYPVTELKLLKQRPFRVCDTHWTFHGARKASQLLASALSQEGTKAFEVFTDDKYEKRRFVGDLGSKLYPFKEHIEEVLKSFSYRRTVLYDNRVDNFGRIIVMYNENAELKKTLLLFGSSSSYIMFHFLCRLFKEVVFVHTAGNVDHEILEAVKPDYLCLQTNARFVVQAPRFNDSVQEYINQKKAAGRTKEPEIAGQIPGECKSYVSHFIQMWETKANIGNIP	PGPT0026130_30	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-ALGINATE_METABOLISM	CE-EPS-ALGINATE_BIOSYNTHESIS,PGPT0026130-algJ-K19295	NA	NA
AK237_02376	2841	arnC_3		Undecaprenyl-phosphate 4-deoxy-4-formamido-L-arabinose transferase	GTGGACAGCCTACCCAAAACCTTACTACCATTGCGCGATTACCAGACAACACATTCCCGTATGACACATTTAGTACCCGCCCAAATCCAAAATATCTTCGATCCCAAGTGGTACCTCGCCACCTATCAGGATGTTGCTCAATCTGGAAAAGATCCGTTTGAGCACTTCGTCAACTTTGGTTGGATGGAAGGCCGCTGGCCTTGCGCAATTGAGGCGGTGCAATTAGATGATGCCATGTGGGCAAGCAAATCCCCACTTGAAGCAGAACGCCGATTGAGAGAAATAAGCGAGCAGGATGAGAGTATTGAAAAAGGTCTCGCTAGCTGGTTTATTTGCAGATGGCTTGGGAGTTGGGGTAAATGGAAAGAAGCCAGGCCTTACGTTAGCAACCTGATTAAAAATGGTAACTTGCGGCTTTTTATAAAACATGAAGGACCGTTTCTTTTAGCTTTCGAGATTCTTCTAAAATGTGGCGAGAAATCAAAAGCGGAGGAATTGCTGACGCACCCGCATTGGCAGGATTCCAATAACAAAATACTGGCCGCAGCGATGCTGCAAACTGGCAAATCAAGATTACGAACTATAAATGCCATATTCGAAAAGGCAGGTTTAATACCATTTGAAGATAAAGAAACCGTTTCGCTGGACACTATTTCGTCGAATACTTCAGGTCGCGTGTCGAGACTGGGTAAACTCAGCCCGCTAGTCTCAGTCATTATTCCATGCTTTAACGCAGAGAACACCATATCTACTGCACTGGAAAGCCTATCAAAACAAACATATGACAAACTTGAAATAATCGTAATCGACGATTGTTCAACTGATGATTCTGCATCAACAATTAAGGCGTTAGCCTGCCATGATAAAAGAATCCGATACGTAAGATTGGAGCAAAATAGCGGGGCCTACGCTGCGCGAAATAAAGGACTGGAACTAAGTAAAGGTAAGCTCATCACTACGCATGATGCCGACGACTGGTCGCATCCGCAGAAAATTGAGCTGCAAGTATCCAAAATACGGAAAAGCAGGAAAGTAAAAGCAGTCGTTTCACATTGGGTTAGAACAACGCCTGAGCTTGAGTTTGAAAGGTGGCGAATGGAAGAAGGCTGGATTTATCGCAATGTATCCAGTCTGATGTTCAGACGTTCTGTTTTCAGAAAGCTTGGCTATTGGGATACGGTTTCAGTGAATGCCGATACTGAGTACTACCTGCGCATTCTTAAAAAATACGGAAATTCATCAATTAAAGAAGTGCTGCCCGGACTACCTTTATCGTTCGGCAGGGTCGACGAAGGCTCACTTACACAAACCAGCGCTACACACCTTCGCACGCAGTTCAGCGGTATCAGAAAAGATTATATCGATGCAGCGGTCTCATGGCACAACCGTACCCGCAGGCTTTACATGCCAAAGAAAGGTTTACGGAAATTTGTCGCACCACCACACATCTGCAGAGGTTCCTCTGAAGCAAGGAAAGAAAATCTGAAGCATGTGCTGGAGTCAAAAGGACTGTTCGATAGAGCATGGTATCTGACTGCTTATCCTGACATAGCTGAGGCCGGAGTTGATCCGTTAAAGCACTTTATCAATCATGGGATTGCTGAAGGCAGAGATCCGAATCCCTATATCAGCCTGAGTGGGCTCGCATTTACAACACGTGAACCAACTTTTAGCGCCATATCTCAATGGGCCTCTGGTTCAAAGGTGGCCTCTAACCTACTTTCAATAGACGGTAAGGCTAAAAATGAAGGTTCGGTAAGCATTCTGATGGTTGCACATCTTGCTGGCAAAGAGCTCTATGGCGCAGAGAGAAGCTTTTTAGATTGCGTGAAAATGCTGTCCGAAGAAAAAGTAGATATATCTGTGGTTCTGCCAGCTGCGCTCAATAATCAGTACATTCATGAGATTGCCAGCTATGTTCGGAAAATCTTCTTTACCCCCCTTCCGTGGTGGCGCGATGGACGCGAGGAAATTAATGCTGTAACCGATCAGATGTGTACCATTATTCAGCAAAGTAACGTATCGCTGGTGTACGTCAACACGCTAACCTTATGGGAACCTCTCATTGCGGCAAGACAAAGCAATAAAAAGTCTGTAATTCATGTAAGGGAACTTCCTAACCATGACGAAGACTTATGTCAGAGATTGCAATCCACCCCAGAGCATATAAGAAAGCATGTAGACAGAAATGCTGACCTAGTTATCGCTAATTCTAAATGCACTGCAGACTTTATAGCTTTAAAAGAAAAATGCGTTGTTATATACAATGCAATAGATCCAAGCAATGTCAGCTTTAAAAATCATGAAAGCTCGGAAACGCTAAAAGTTGTAATGCTGAGCAGCAATACTACAAAAAAGGGCATCGATGACTTTTTCCGAGTCGCTGAGGCTGTTAGCAGGACGTCGCCATCAATCGCCTTTTACCTTTTCGGACCGGAAACACCTGAACTCACCACCAGACTTCAAAGTTACCAGTTACCAAACGTGACTTATTCTGGCTACGCAAAAAATCCACTAGATGCATTTAAAGAAATGGATATCGTTTTAAATCTGTCGAGATTCCAGGAATCATTTGGGCGGACAATCGTAGAAGGGATGGCTTCAGGCTGCGTGCCCATTGGCTATGAGTGGGGCGCTATCGCAGAGATAATAAATCCAGAAATAGGTTACCTTGCCCCACTCGGCGACCATCACTCTGTAGCTGAAAAAATCGTGGCTTTATCTACAAACCCAGACACATTGGCCAGCAGAAAGCTTGCTGCCCAACGCCTGACTATGAATCGATTTGGCTGCGATAAGATTGCTAAGCAACTAATTACTGCGATAAAAAAATTAAAGTAA	MDSLPKTLLPLRDYQTTHSRMTHLVPAQIQNIFDPKWYLATYQDVAQSGKDPFEHFVNFGWMEGRWPCAIEAVQLDDAMWASKSPLEAERRLREISEQDESIEKGLASWFICRWLGSWGKWKEARPYVSNLIKNGNLRLFIKHEGPFLLAFEILLKCGEKSKAEELLTHPHWQDSNNKILAAAMLQTGKSRLRTINAIFEKAGLIPFEDKETVSLDTISSNTSGRVSRLGKLSPLVSVIIPCFNAENTISTALESLSKQTYDKLEIIVIDDCSTDDSASTIKALACHDKRIRYVRLEQNSGAYAARNKGLELSKGKLITTHDADDWSHPQKIELQVSKIRKSRKVKAVVSHWVRTTPELEFERWRMEEGWIYRNVSSLMFRRSVFRKLGYWDTVSVNADTEYYLRILKKYGNSSIKEVLPGLPLSFGRVDEGSLTQTSATHLRTQFSGIRKDYIDAAVSWHNRTRRLYMPKKGLRKFVAPPHICRGSSEARKENLKHVLESKGLFDRAWYLTAYPDIAEAGVDPLKHFINHGIAEGRDPNPYISLSGLAFTTREPTFSAISQWASGSKVASNLLSIDGKAKNEGSVSILMVAHLAGKELYGAERSFLDCVKMLSEEKVDISVVLPAALNNQYIHEIASYVRKIFFTPLPWWRDGREEINAVTDQMCTIIQQSNVSLVYVNTLTLWEPLIAARQSNKKSVIHVRELPNHDEDLCQRLQSTPEHIRKHVDRNADLVIANSKCTADFIALKEKCVVIYNAIDPSNVSFKNHESSETLKVVMLSSNTTKKGIDDFFRVAEAVSRTSPSIAFYLFGPETPELTTRLQSYQLPNVTYSGYAKNPLDAFKEMDIVLNLSRFQESFGRTIVEGMASGCVPIGYEWGAIAEIINPEIGYLAPLGDHHSVAEKIVALSTNPDTLASRKLAAQRLTMNRFGCDKIAKQLITAIKKLK				NA	NA	NA	NA	NA
AK237_02377	1035			hypothetical protein	ATGAAAAAGGTAGCATTGATTCAACCGTATTGGTCTCATGATGAGTTACTTCCTCATTTGTACGAGTTGTTATCTTCTAAATACATGGTTGACGTATTTTTACCTGAAAATATGAATGATACCAGAGGTGATATTTTCTTCGATCTTTCAATGGATGTAAATGTCACTTGGTTTGAACCAAATAAAAGAGGGCTACAAAGACTTAGAGAGTTTGTTAATAAATCCGAGTATAGTTCAGTTTTTTTGGTAACATTTTCTAATTATCTCCGTAGAATAACAAAGCCCATAGTCAGGATAATTCATAATGCGGATGAGGAAATATCACGTATTCCAGAGGATCTGGATGAATTTAAACTCGACATTTCTTATCTTGCTCTATCTGATTTTGTAAGAGATAACGTTCTAGAATCTTTGGAAAAGGAGGTTACATTAGAAGTTTTTTACCCTTTTAATTTTAATGGTTTAACTCGTTCTGTGCAGCCATCCTCTGAAAAAATTTATATAACAATATTAGGCCGAATTTCCTCAACAAAAAGCTATATGAGTTTACTGGAGTACATTAGTGAGCAGCGTTTACTTTTTTCTTCAAAGAATATTGTCTTTAATATAATTGGATCCGGCGGTAACATTTTTGATCAAGTTAAGTCTTTCATTAAAGAAAGCAATATTAATTCTATTGTCCATTTAGTTGAAGCCCAAGATGGCGACTTCGTGTCTAATCGTTGTGTTTTCGATATACTTGAAAATCGCACACATTACTTGATGCCTCTGACCTCTAGCTCTTATTATGGCGTAAAAAAAATATCTGCTACATACTCATGGGCTATAGCCATGAATATACCTGTAATACATCAATTTTCAGATTATTATTTGTATTTCGATATAGGCCCAACATACGAATTGGAGAATTATTCACAAGTTTTTGAAAAAATAGACTTAAGTAATATTGAGCAGTATTCTTTTTATTGTAGTACTCTTGCGGAATATAAGAAAATGTGTCTAGAAAAAAATGCTAAATTACCTTTTTTTGATTAG	MKKVALIQPYWSHDELLPHLYELLSSKYMVDVFLPENMNDTRGDIFFDLSMDVNVTWFEPNKRGLQRLREFVNKSEYSSVFLVTFSNYLRRITKPIVRIIHNADEEISRIPEDLDEFKLDISYLALSDFVRDNVLESLEKEVTLEVFYPFNFNGLTRSVQPSSEKIYITILGRISSTKSYMSLLEYISEQRLLFSSKNIVFNIIGSGGNIFDQVKSFIKESNINSIVHLVEAQDGDFVSNRCVFDILENRTHYLMPLTSSSYYGVKKISATYSWAIAMNIPVIHQFSDYYLYFDIGPTYELENYSQVFEKIDLSNIEQYSFYCSTLAEYKKMCLEKNAKLPFFD				NA	NA	NA	NA	NA
AK237_02378	1269			hypothetical protein	ATGGAAAAGAAATTTAAAGACTGGAGCAGTGTCAAGGATAGATTTGACGAGCAAATAGTTGCCCAAATAGCGCCGAATTTTCAACTTTCATCAAAATCAACAATTGTAACGATAGGTAGTTGCTTTGCCAGAAATATCGAAGAACATTTAAGCCTGATAGGTGTAAATTTACCAACTTATGAATTTAAGGCTCCATATCGAGAATCTTCAAATAGACCTAATGGTGTACTAAATAAGTTTACACCATCCGCCATACGCGAAGAATTAAAGTGGGCTATCGATATCATCAACGGAAAAGAGAGTTTCGAAACTTCCACGGAAAAGTTTAAATTCATTACAAAAAGTGGAGATGTAATTGACCTTCAGCTTAACTATGCGCCTGTTAGTTTAGAGCGATTCTTTCATAGAAGAAGAGAATTATTAGCTATTTATGAACAATTAAAAATAGCTTCTTGCGTCACAATTACATTGGGATTAGTTGAAAGATGGGTTGATACTACCAGTAATCTCTCCGTTTTCGGAGCTCCAAATTCCAAAGAGTTACTTCGCGAAAAAGGTCGCTTTAAGTTTCAACCAATGAACTTTAACGAATCTTTATCCGAAGTCGAAGAAATTGTTTCCCTTTTGAGATCTATAAATAATGATGTAAAGATATTAATAACGACCTCTCCTGTTCCATTAAATAAAACATTCAAAGATTCTGATGTTTTAGTGGCTAATTCTTATAGTAAGTCTGTTTTGAGAGCGGTTTGTGGAGAAATCGATGAAAAGTATGATTTTGTAGATTATTTTCCGAGTTTTGAAATGGTAACATACAGAGATCCGAGCAAAGCATTCGGCGATGATTTACGTCATGTAAATGACTTCGTAGTCGGAGATGTTGTTCAATTATTAGTGGATAACTATTTCAGTGATGCTGATGAATTTGATCGTGCCTGTCGAATCGCTTTAGGAGATTTGACAGCTAAACGAAGTCATACTAAAGCTATGAATTTTATATTGGAACACTATGCTGAGTATACGCTAAACTCTTCAAAATTGTTAATTCTTTCAAGGGTTGCGAATCGATGTGGTAAAAGTTCCGAGGCGAAACAGTTTATTACAAAATATTTTAGTATTGCTACTCCTGATCCACGCGATTTAAAAGCCCTAAATTTCATTGCAGTTAAGTATAAGCTCCATGATGAATTAAAGGATTATTGTGCTGAAATATTGGCAATGGATCCTAGTAACGAGCGTGCAGAAAAAATGCGCAAAAGTGTAATGTAA	MEKKFKDWSSVKDRFDEQIVAQIAPNFQLSSKSTIVTIGSCFARNIEEHLSLIGVNLPTYEFKAPYRESSNRPNGVLNKFTPSAIREELKWAIDIINGKESFETSTEKFKFITKSGDVIDLQLNYAPVSLERFFHRRRELLAIYEQLKIASCVTITLGLVERWVDTTSNLSVFGAPNSKELLREKGRFKFQPMNFNESLSEVEEIVSLLRSINNDVKILITTSPVPLNKTFKDSDVLVANSYSKSVLRAVCGEIDEKYDFVDYFPSFEMVTYRDPSKAFGDDLRHVNDFVVGDVVQLLVDNYFSDADEFDRACRIALGDLTAKRSHTKAMNFILEHYAEYTLNSSKLLILSRVANRCGKSSEAKQFITKYFSIATPDPRDLKALNFIAVKYKLHDELKDYCAEILAMDPSNERAEKMRKSVM				NA	NA	NA	NA	NA
AK237_02379	1002			hypothetical protein	ATGAAGCTTATTATTCATATCGGTACTCATAAAACAGGTACTACGGCTATACAACGCGCATTCTCCGCTAATAGAGTAAAATTATTGGAGAAAGGTGTTTGGTATCCAAATTATTTTGAAGTAATTGGTGGTGAAAAATCATCATATGCACACTTGGATATTGCTAAAGGTATAATGAATGAGCGTTGTCTCTTAACGAGAGCGGAATCATTAAAATTTTTACAAGGGCTTTATCACAGTGCTAAAGAAATAAATTCACAAAAGGTATTACTAAGTGCTGAGTCGTTTCTGCGAGGGAGAGAAGGCGATGATAAGAAACTTTGGCAAAAGATCAAAAATTTTCAGTTACTTTTAAAAGATTCACTAAAGGATTTTTCAGATATTCAAGTCGTAGTCACTTTTAGAAGTTACATTGATTATCTCGAGTCATTATATAACGAGCATGTTAAAGCAACCAATTACGATAAGGATATTCTTACATTTCTTGAGGAATACGCAGAGCGTTTCAATTATAAAGCAATTGTGTCTAGTTGGGAGAACGTATTCGGTAATGTTAAAGTTATCAGTTTCCAAGATTTGGATAAAAAGTTTCTCGAAAAAAGTTGGACTGAGTTAGTTTTTGACTCAGAAATTGCTAAGGTTATAGAAGAAAATTCCAGTCTCGCTAATCCTTCATGGCCATTACCACTCGTTGATTTAAAGAGAAAATTCAATCAGGTATCATCTAAGCGCGAAGCTCAAAAGATAAGAGGTATGATCGAAAATTTTTGTAAAAACTCCGATCTTAAGTCATTATGGCCCAAAAAATATTCTTGGTTGAATAACGCTAGCCGTGCAGATATCCAGTCCCGCTATAAAGAGGATTCTTTATGGTTGGCTAGTAAGTATGGGATTAGTAGCGAATATCTGAATTCCTTTTCGGGGGGTGAAAACTTAAATTTTTCTGGGCTTTCAGAGCGGGAATTCTTGACTGTAGTTTCAAAATTTATAGGAGTTAAATAA	MKLIIHIGTHKTGTTAIQRAFSANRVKLLEKGVWYPNYFEVIGGEKSSYAHLDIAKGIMNERCLLTRAESLKFLQGLYHSAKEINSQKVLLSAESFLRGREGDDKKLWQKIKNFQLLLKDSLKDFSDIQVVVTFRSYIDYLESLYNEHVKATNYDKDILTFLEEYAERFNYKAIVSSWENVFGNVKVISFQDLDKKFLEKSWTELVFDSEIAKVIEENSSLANPSWPLPLVDLKRKFNQVSSKREAQKIRGMIENFCKNSDLKSLWPKKYSWLNNASRADIQSRYKEDSLWLASKYGISSEYLNSFSGGENLNFSGLSEREFLTVVSKFIGVK				NA	NA	NA	NA	NA
AK237_02380	858			hypothetical protein	ATGTGTGAATTAGTTATAAGCTTGACCACCATTCATTCAAGAGTTGAATCGATACATAACGTTATAGTTTCATTACTTTCGCAGGAATCCACGCTTTCATTTGAAGTACGACTATACATATCCGAAGAACCTTATTTGCTTGATGAAGGAATCAAACACATACCAACTGATCTAAAAGAATTGAAAGACAAGTATAGTGATAAATTTAGAATTATTAATACTACTAACATCGGGCCATACCGAAAGTTTTTGCCTTTGATGAAGGACTACTACAACGGCGTAGCTAGTTTTTCACGTTTTATTACAGTAGATGATGACACAATTTATCCGCAGGGTTGGTTGCAGCGGCTTCTTGATGAGAATAACAAATTGGACTGCGTTGTGGCTTATAGAGGTCGGCAATTGGCTTGTACTAATTTATCAATTCAACCGTATAAAAAATGGCTACACTCATGTGTTGAAGTTCTCATCCCTGATATCCGTACAGTAGGTACGGGAAAAGATGGAATTATATATCGCCCTGAGTATTTCCATCCAGACGTTATCGATTTGGAGAGTGCTCTTTCTGTTTGTAATCACGCGGATGATCTGTGGCTCAAGATCCACACAGCTGTGAATGGAGTAAAATCGGTTCTCCTGTCAGAGTCTTTAAGTGAAGCATTTGAAGATCTAGGTTCGGAAGATGAAAATACGCTTTATAAAAAAATCAATAAATATGGCGGTAATGATAAAGCTATGAGTAATATCCAAACGTATTTCATGAAAAGGTATGACCTAAATATAATTGATGTTTTTTCAGAAAATCTTTCATTAAACAGCACCTGGATTAATCCAACTTTCTTAAGGTCTTATTTTTAA	MCELVISLTTIHSRVESIHNVIVSLLSQESTLSFEVRLYISEEPYLLDEGIKHIPTDLKELKDKYSDKFRIINTTNIGPYRKFLPLMKDYYNGVASFSRFITVDDDTIYPQGWLQRLLDENNKLDCVVAYRGRQLACTNLSIQPYKKWLHSCVEVLIPDIRTVGTGKDGIIYRPEYFHPDVIDLESALSVCNHADDLWLKIHTAVNGVKSVLLSESLSEAFEDLGSEDENTLYKKINKYGGNDKAMSNIQTYFMKRYDLNIIDVFSENLSLNSTWINPTFLRSYF				NA	NA	NA	NA	NA
AK237_02381	2049			hypothetical protein	ATGAATAAAAAAGCATTTAGCGTTTTCTCAAAAAGGGTCATTGGTTGTGAAATAGACCGTATTTCCGTAAATGATTTTAGTACTTTTGAGATTCTACATAAAATAGATGGAATTTCCTCAGGAATTTCTTCGGAATTACTGTTAAAAAGCGGAGATAATGTAGTTTTCCGAGGTACGGTTCTCGAAAATTCTTTACTTCATTCCATAGTTTTAGAACGACAAGAGAAATTGCATTGTTTTTTGGATGGAATTGATATCCCCACTAAATCAGATCAAGTTCATGAAAATATCAATGAGTTATCAAAAATTTTTGAAGTCGATTATGGACTTGAGAATATTTTCAAAGAAAAAATATTAGATAAATTTTTCAATTTAGAATATATCTACAATTCCTTATCATCTCTAATTGATTTGAGTATCAGATTACATTCTGAAGATAAGCTTCGTAACCTAATTGTTAAAAACATACATGAAATTTTAGATTATACTGATTTCACAAAATTTTCGGAAAATATTCGGTTAGTACAACAGATACTTTCAGTTAACCCTGGAAGAGACCTATTAGAAAATCTAGCATCTTTTTCCGCTAACGGTCGTATAAACCAGATAGATGCTGTGATCTCACTGGCGCTAGCAATAAGTGAAAATGAAGCTGACTTTTTATTTTTCTGTGAGAAGTATAAATTCCACTTAAATACTATAGATATCACTGAGCTTCATTTATTTTCAGAGACTTTAGCCAGGTCCCCAGTTAAAGCAAATTTTCTATCAAGCGAATTTTTTATAACTAACTTTTGGGATAAATTAAACGAAGATTTTGATTATCAACTTCTCTTCCGGTGTATTTTTTTCATCGAGGAAGAGAAGCTGAATGTAATAAAACATGTTGATATCGTTAAGTTACTTTACCGTATATTTTCTTCAAGAGATAAGACATTTTTCAACTTATATAGGGATGTAAGGCGGTCTAGGCGAATCATATGCACTGAGAATAATGTACGTAGTCTTTTAGGCATTCTTCATTTACCAAATCTTAGTACTAACAAGCTCATATTTTTGTTTTCGATACTGGAGCCCTACACTAGTGAGCGGGAAAAATTGTTCTTTCTTAGCAAAGTTATGATCACTAAAGGTTTGCCGGTTATGAATAGTGAGGTGTCGTTAACTTTAGGTGCATCTATCGGGCTCAAATCGTTGTCAAATAGTGTTATTAATGACGCATTATTGTCAGCGGGATGTTCACCATGTCTCCCAACACACAACCAGTCTGACATAATTGATGTCTTCGATGGTATCCTTACGTCAGCTGTAAGTTTGAATGATGTTAGTTTTCGTGAAAAAGTCAGCGTGATTATTACTACCTATAACCCAGAATTAAAGTTCATTAGTCGCGCTCTTAGTTCCATCAGTAATCAGACATACAAAAATATTGAAATTATTGTTATCGACGATTGTTCTGATATCAGTATCAGCCATCAAATTGAAGTTTTATGTAATAACGAAGAAAGTTGCGATGTTAAATATTTCAGAAATGAAGAGAACGTTGGTCAATACGTAAGTCGCAATCTTGCCATCAAGCACGCTTCAGGTACTCTGATAGCAATTCAAGATGATGATGATGTTAGTCATCCTCAAAGGCTTGAAAAGCAAGTCAATGCAATTATTAATTCTGGTTGTAGCGTGTGTTTCACGAATCACGTTAGATATTCGGATAGTGGTTTTTTATCTATCGATGATCCACAACATGGGCTTGTTTTCGGAGATGGGCCTGCCTCCTTATTATTCGATAAACGTATATTGATAAAGATTGGAGGTTTCAGAGCGTTTCGTTCTAGAGGGGATATAGATTTCAGAACTAGAGTAAAAAATATATTAGGTGATAGCTCAGTTAAGAACTTAAATATACCCCTTTACTATATGCGCTCCTCTTTGAATACAATTTCATCGCTATACGAATACAAGTACGGAGATCAATTGCTCTTTTTTAGAAGACGAATCAACTTGCTTGCAAAGAAAAAGGCATCTGTTGAGGAGTGCGGATATGTGTGA	MNKKAFSVFSKRVIGCEIDRISVNDFSTFEILHKIDGISSGISSELLLKSGDNVVFRGTVLENSLLHSIVLERQEKLHCFLDGIDIPTKSDQVHENINELSKIFEVDYGLENIFKEKILDKFFNLEYIYNSLSSLIDLSIRLHSEDKLRNLIVKNIHEILDYTDFTKFSENIRLVQQILSVNPGRDLLENLASFSANGRINQIDAVISLALAISENEADFLFFCEKYKFHLNTIDITELHLFSETLARSPVKANFLSSEFFITNFWDKLNEDFDYQLLFRCIFFIEEEKLNVIKHVDIVKLLYRIFSSRDKTFFNLYRDVRRSRRIICTENNVRSLLGILHLPNLSTNKLIFLFSILEPYTSEREKLFFLSKVMITKGLPVMNSEVSLTLGASIGLKSLSNSVINDALLSAGCSPCLPTHNQSDIIDVFDGILTSAVSLNDVSFREKVSVIITTYNPELKFISRALSSISNQTYKNIEIIVIDDCSDISISHQIEVLCNNEESCDVKYFRNEENVGQYVSRNLAIKHASGTLIAIQDDDDVSHPQRLEKQVNAIINSGCSVCFTNHVRYSDSGFLSIDDPQHGLVFGDGPASLLFDKRILIKIGGFRAFRSRGDIDFRTRVKNILGDSSVKNLNIPLYYMRSSLNTISSLYEYKYGDQLLFFRRRINLLAKKKASVEECGYV				NA	NA	NA	NA	NA
AK237_02382	612			hypothetical protein	ATGAATCAAGAAAAATCACTGTATCAAATTGCATTTGAGCTAGATGAAGATAAACGAACATTCAAAAATTTATCTCAATCCAACTTTCAACAACTATATCCCGAGACGTTCTTGCGTTCTACAACAAGAAAGAGACGGCAGAGACTTTTCAGTAGTAACAAGAAAGATGTTACTAAAATTGTAAGTTGTTTAGATCTGGATTCTTATATTTCAGCGAGAAAGCAGCATACTGAAAATATTATAGATGGTTACTGCTCATCTCGGCTTTATGTTTTTATTAAAAGATGTTTTTTTTACATTATTAGAAAAATATTTTTAAATAGAAATAAGTTTAAATCAGACATTCAACTTTTATTAGGAAGCGATTTATTTGATGCTGAATGGTATTCAAAAGCTTATGCCTTACAAATGGACCCTATAAACTCGGCAAAACATTACTTAATACAAGGGTTTACAACGTTAAACGATCCATCACCATTATTTTCGACGCGTAAATATTTAGAGGATAATCCCGACGTTTTATTTTCAAAGATAAACCCTCTTATACATTATCTTCATTTCGGTATCTTAGAAAATAGAAATATTTCGAAGAGTAATATAATTGTAAAATGA	MNQEKSLYQIAFELDEDKRTFKNLSQSNFQQLYPETFLRSTTRKRRQRLFSSNKKDVTKIVSCLDLDSYISARKQHTENIIDGYCSSRLYVFIKRCFFYIIRKIFLNRNKFKSDIQLLLGSDLFDAEWYSKAYALQMDPINSAKHYLIQGFTTLNDPSPLFSTRKYLEDNPDVLFSKINPLIHYLHFGILENRNISKSNIIVK				NA	NA	NA	NA	NA
AK237_02383	399	rplQ	COG0203	50S ribosomal protein L17	ATGCGCCATCGTAAGAGTGGTCGTCAGTTGAATCGCAACAGCAGCCATCGTCAAGCTATGTTCAAAAACATGGCCGGCTCATTGGTCAAGCACGAAGTGATCAAAACGACGTTACCAAAAGCGAAAGAATTACGTCGCGTAATCGAGCCTTTAATCACACTGGCAAAACAAGACAGCGTTGCAAATCGCCGTCTGGCCATGGCCCGCACAGGTGATAAAGAGGTTGTAGGTAAACTGTTCAACGAGCTTGGTCCTCGTTACGAAGCTCGCCCAGGCGGTTACACTCGCATTTTGAAATGCGGTTTCCGTGCAGGCGACAACGCTCCAATGGCGTTCGTTGAGCTGGTAGACCGTCCTGAAGTAGAAGTTTCTGAAGAAGCTGAAGCGACAGAAGAGTAA	MRHRKSGRQLNRNSSHRQAMFKNMAGSLVKHEVIKTTLPKAKELRRVIEPLITLAKQDSVANRRLAMARTGDKEVVGKLFNELGPRYEARPGGYTRILKCGFRAGDNAPMAFVELVDRPEVEVSEEAEATEE				NA	NA	NA	NA	NA
AK237_02384	987	rpoA	COG0202	DNA-directed RNA polymerase subunit alpha	GTGGGTTCTGTGACTGAATTCCTGAAACCGAGATTAGTTGAGATCGAAAACGTTTCTCCTACTCGTGCCAAAGTAACTTTGGAACCACTAGAGCGCGGCTTTGGCCACACTCTGGGTAACGCCCTTCGCCGCATTTTGCTGTCATCCATGCCTGGATGTGCGGTAACAGAGGTGGAAATTGATGGCGTATTACACGAGTACAGCACCAAAGAAGGTGTGCAGGAAGATGTAATCGAGATTCTGCTGAATCTGAAAGGTTTAGCGGTTCGCCTTGAAGGTAAAACTGAGGCAACCCTGACAATAGTGAAATCTGGCGCTGGCCCTGTTGTTGCTGGTGATATTCAGCATGACGGTGACGTAGAAATCGTTAACCCTGACCACGTTATTTGTACTTTAACCGGCGAAGCTGAAATCAGCATGCGCATTAAAGTTGAAACGGGCCGTGGTTACATTCCTGCTGCTACTCGTCGCTCCTCCGAAGAAGATGATCGTCCAATTGGTCGTTTGTTAGTTGATGCTTCATACAGCCCAGTTGAACGTATTGCTTATTCAGTTGAGTCTGCGCGTGTTGAACAGCGTACAGACTTAGACAAACTGATCATCGATATGGAAACGAACGGTACTTTGGATCCTGAAGAAGCGATCCGCCGCGCAGCTACTATTTTAGCTGAGCAATTAGATGCCTTCGTTGACCTGCGTGACGTTTCTGAACCAGTTCAGAAAGAAGAGAAACCGGAATTCGATCCGATTCTGTTGCGCCCTGTTGATGACCTGGAATTAACAGTACGTTCTGCAAACTGTTTGAAAGCAGAAGCTATCCAGTACATTGGTGACCTGGTTCAGCGTACTGAGGTTGAGTTACTTAAAACACCTAACCTTGGTAAGAAATCGCTAACTGAAATCAAAGATGTTCTAGCATCTCGTGGACTTTCTCTGGGCATGCGCCTGGAAAACTGGCCACCAGAGAGCATCGCTGAAAAAGATTAA	MGSVTEFLKPRLVEIENVSPTRAKVTLEPLERGFGHTLGNALRRILLSSMPGCAVTEVEIDGVLHEYSTKEGVQEDVIEILLNLKGLAVRLEGKTEATLTIVKSGAGPVVAGDIQHDGDVEIVNPDHVICTLTGEAEISMRIKVETGRGYIPAATRRSSEEDDRPIGRLLVDASYSPVERIAYSVESARVEQRTDLDKLIIDMETNGTLDPEEAIRRAATILAEQLDAFVDLRDVSEPVQKEEKPEFDPILLRPVDDLELTVRSANCLKAEAIQYIGDLVQRTEVELLKTPNLGKKSLTEIKDVLASRGLSLGMRLENWPPESIAEKD				NA	NA	NA	NA	NA
AK237_02385	621	rpsD	COG0522	30S ribosomal protein S4	ATGGCAAGATATTTGGGTCCTAAACTCAAACTTAGCCGTCGCGAAGGAACTGACCTGTTCCTGAAAAGCGGCGTTCGCGCAATCGATTCTAAATGTAAAATCGATAATGCGCCTGGTCAGCACGGTGCCCGTCGTGGCCGTCTGTCTGACTACGGTGTACAGTTGCGTGAAAAGCAAAAAGTTCGTCGTATGTACGGCGTTCTGGAAAAACAATTCCGTAACTACTATAAAGAAGCTGCCCGTCTGAAAGGCAACACCGGTGAAAACCTGTTGCAATTACTTGAGCAGCGTCTGGACAACGTAGTTTATCGTATGGGATTCGCTAGCACACGTGCTGAAGCACGTCAGCTGGTAAGCCACAAGGCGATCATGGTAAATGGTCAAGTTGTGAACATTCCATCTTTTAACGTTTCTGCCGAAGACGTGGTTTCTGTTCGTGAAAAGGCTAAGAAGCAAGCGCGTATCGTTGCTGCTTTGGAACTGGCTGACCAACGTGAGAAGCCAACCTGGATTGAAGTAGACAGCAGCAAAATGGAAGGCACTTTCAAGCGCGTTCCAGAAAGAACTGACCTGTCTGCTGAAATTAACGAACAGTTGATCGTCGAACTTTACTCTAAGTAA	MARYLGPKLKLSRREGTDLFLKSGVRAIDSKCKIDNAPGQHGARRGRLSDYGVQLREKQKVRRMYGVLEKQFRNYYKEAARLKGNTGENLLQLLEQRLDNVVYRMGFASTRAEARQLVSHKAIMVNGQVVNIPSFNVSAEDVVSVREKAKKQARIVAALELADQREKPTWIEVDSSKMEGTFKRVPERTDLSAEINEQLIVELYSK				NA	NA	NA	NA	NA
AK237_02386	393	rpsK	COG0100	30S ribosomal protein S11	ATGGCAAAAGCACCTACTCGTACTACGCGTAAACGCGCTAAGCGTCAGGTTGCAGACGGTATGGCTCATATCCATGCGTCTTTCAACAACACAATTGTGACTATCACTGACCGTCAAGGCAATGCATTAGCATGGGCGACATCAGGTGGTTCAGGTTTCCGTGGTTCACGTAAATCTACCCCTTTTGCTGCACAGGTTGCTGCTGAGCGTGCTGGCGTAGCCGCACAAGACTACGGTCTGAAAAACCTTGAAGTTTTCGTTAAAGGTCCAGGTCCAGGCCGTGAGTCTGCGATCCGTGCACTTAACGCAACTGGTTACAAGATCACAAACATTACCGATGTGACCCCTATTCCTCACAACGGTTGTCGTCCACCGAAAAAACGTCGCGTTTAA	MAKAPTRTTRKRAKRQVADGMAHIHASFNNTIVTITDRQGNALAWATSGGSGFRGSRKSTPFAAQVAAERAGVAAQDYGLKNLEVFVKGPGPGRESAIRALNATGYKITNITDVTPIPHNGCRPPKKRRV				NA	NA	NA	NA	NA
AK237_02387	357	rpsM	COG0099	30S ribosomal protein S13	ATGGCCCGTATCGCTGGCATTAACATTCCTGAACACAAGCACACTGTAATCGCGCTTCAAGCGATTTACGGTGTAGGCGCAACTCGTGCAAAAGAGATCTGTGCTAACGCTGGTGTTGCAGAATCAACAAAAGTAAAAGAGCTTGACGAAGCGACTGTTGAGAAGCTTCGTGAAGAAGTGGCAAAGTTCACCGTTGAAGGTGATCTGCGTCGTGAAGTATCTATGAGCATCAAACGTTTGATGGACCTGGGTTGCTTCCGTGGTATTCGCCACCGTCGTAGCTTGCCTCTACGTGGTCAGCGCACTAAAACTAATGCGCGTACCCGTAAAGGTCCTCGTAAGCCAATTAAGAAGTAA	MARIAGINIPEHKHTVIALQAIYGVGATRAKEICANAGVAESTKVKELDEATVEKLREEVAKFTVEGDLRREVSMSIKRLMDLGCFRGIRHRRSLPLRGQRTKTNARTRKGPRKPIKK				NA	NA	NA	NA	NA
AK237_02389	1320	secY	COG0201	Protein translocase subunit SecY	ATGGCTAAACCAGGATTGGATTCAGGCGCGAAAAGCGGCTTGAGTGAGCTAAAGTCAAGGTTGTTGTTCGTACTAGGTGCGATCGTCGTATTCAGACTGGGCTCTTATGTGCCTATCCCTGGTATCGACGCAGCAGTACTTGCTGAGTTGTTTGAGCAACAAAAAGGTACCATCGTAGAAATGTTCAACATGTTCTCCGGTGGTGCGCTTGAGCGTGCATCCGTTCTGGCTTTGGGCATTATGCCATACATTACTGCATCGATTATCATGCAGTTGCTCACGGTGGTTCATCCACCGATGATGGAGCTTAAAAAAGAAGGCGAAGCAGGCCGTCGTAAGATTAGTCAGTACACACGTTATTTAACGTTGGTACTGGCTACATTCCAATCTATTGGTATTGCGACGAATCTGCCTAACCTGATTAATGGTTTGGTTATAAACCCTGGCTTCGGATTCTACTTTACAGCGGTAGTTAGCTTAGTCACAGGAACCATGTTCCTGATGTGGTTAGGTGAGCAAATTACTGAACGTGGTATCGGTAACGGTATCTCGATATTGATTTTTGCTGGTATTGTTGCCGGTCTGCCAACAGCGATTGGACAGACTGCGGAACAAGCAAGACAGGGCGACATTAACCTGTTGTTCCTGATGTTGATTGGCGTAATTGTCATCGGCTTGATTTACCTGGTAGTGTTCGTAGAACGCGCCCAGCGTCGTATTGTTGTGAACTATGCTAAGCGTCAGCAAGGCCGTAAGGTTTTTGCCGCGCAAAGCACACACTTACCGTTGAAGGTAAACATGGCTGGTGTTATTCCACCAATCTTTGCTTCCAGTATCATTCTGTTCCCATCAACCATTGCTGGTTGGTTTGGTCAGAATGAATCTACAGCGTGGTTGCAGGATATTGCATTAATGCTTTCTCCTGGTCAGCCGCTGTACGTGATGTTGTATGCAACAGCGATTATTTTCTTCTGCTTCTTCTATACAGCGTTGGTTTTCAACCCACGCGAAACAGCAGATAACCTGAAGAAGTCTGGTGCATTTATTCCTGGTATCCGTCCAGGTGAGCAAACGTCACGTTATATCGATAAGGTAATGACTCGTCTGACTCTGGCTGGCGCACTTTACATAACCTTTATTTGTTTAGTGCCTGAATTCATGTTGATCGCGTGGAATGTGCCGTTCTACTTCGGTGGTACGTCGCTTCTGATTATCGTGGTTGTTATCATGGACTTTATGGCACAGGTGCAGACACATCTGATGTCTAGTCAGTATGAGTCTGTTCTGAAGAAAGCTAATCTTAAAGGCTACGGCCGGTAA	MAKPGLDSGAKSGLSELKSRLLFVLGAIVVFRLGSYVPIPGIDAAVLAELFEQQKGTIVEMFNMFSGGALERASVLALGIMPYITASIIMQLLTVVHPPMMELKKEGEAGRRKISQYTRYLTLVLATFQSIGIATNLPNLINGLVINPGFGFYFTAVVSLVTGTMFLMWLGEQITERGIGNGISILIFAGIVAGLPTAIGQTAEQARQGDINLLFLMLIGVIVIGLIYLVVFVERAQRRIVVNYAKRQQGRKVFAAQSTHLPLKVNMAGVIPPIFASSIILFPSTIAGWFGQNESTAWLQDIALMLSPGQPLYVMLYATAIIFFCFFYTALVFNPRETADNLKKSGAFIPGIRPGEQTSRYIDKVMTRLTLAGALYITFICLVPEFMLIAWNVPFYFGGTSLLIIVVVIMDFMAQVQTHLMSSQYESVLKKANLKGYGR	PGPT0025725_2889	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-SEC-SECRETION_PATHWAY	CE-SEC-SRP_CORE_COMPONENTS,PGPT0025725-secY-K03076	NA	NA
AK237_02390	435	rplO	COG0200	50S ribosomal protein L15	ATGCGTTTAAATACAATTTCTCCAGCAGAAGGTTCAAAACCAACCGCTAAGCGTGTAGGTCGTGGTATTGGTTCAGGTCTGGGTAAAACCGGTGGCCGTGGTCACAAAGGCCAAACCAGCCGTTCAGGCGGTACCATCAGACAAGGCTTTGAAGGTGGTCAGATGCCAATTCAGCGCCGTCTGCCTAAGTTTGGTTTCACATCTCGTAAGAGCTTTGTATCTGATCAGGTTACATTGAGTGAAATCGCTAAGGTTGAAGGTGGTACGGTTTCTCTGGAAACTTTAAAAGCAGCGGGTCTGGTTAAGAAAGACGTACTGTTCGTTAAAGTTGTAAAGAGCGGCGAAGTATCTAAAGCTGTTACGGTTAGCGGGTTGAAGGTGACAAAAGGCGCTCGTGAAGCGATTGAAGCCGCCGGCGGTAAAGTAGAGGAATAA	MRLNTISPAEGSKPTAKRVGRGIGSGLGKTGGRGHKGQTSRSGGTIRQGFEGGQMPIQRRLPKFGFTSRKSFVSDQVTLSEIAKVEGGTVSLETLKAAGLVKKDVLFVKVVKSGEVSKAVTVSGLKVTKGAREAIEAAGGKVEE				NA	NA	NA	NA	NA
AK237_02391	180	rpmD	COG1841	50S ribosomal protein L30	ATGGCAACGATTAAAGTAAAGCAAACTAAAAGTGCAATTGGCCGTCTGCCAAAGCACAAAGCGACGCTTAAAGGCTTAGGTCTTCGTAAAATCAACCATGTCCGTGAACTGGAAGATACCCCAGCAGTACGTGGCATGATCAACCGTGTATATTACATGGTTGAGATCGTGGAGGAGTAA	MATIKVKQTKSAIGRLPKHKATLKGLGLRKINHVRELEDTPAVRGMINRVYYMVEIVEE				NA	NA	NA	NA	NA
AK237_02392	501	rpsE	COG0098	30S ribosomal protein S5	ATGGCTAAACAAGAAGTTCAAAACGGTGAATTTTTAGAGAAATTGATCGCAGTAAACCGCGTTTCTAAAGTGGTTAAAGGTGGTCGTATCTTTAGTTTCACTGCACTGACTGTAGTTGGTGACGGCAACGGCCGTGTTGGTTTTGGTTACGGTAAAGCACGTGAAGTGCCAGCTGCTATCCAAAAAGCGATGGAAAAAGCGCGTCGCAACATGGTTAACGTTGACCTTAACGGTCACACGTTGCAGCACCCTATTAAAGGTCGTCACTCTGGCTCTAAAGTTTACATGCAGCCTGCATCTGAAGGTACTGGTATTATTGCCGGTGGTGCGATGCGTGCAGTACTTGAAGTAGCTGGTGTGCAGAACGTACTTTCAAAATGTTACGGCTCTACAAACCCAATCAACGTTGTTCGTGCAACAGTAAACGCGCTGACTGAGATGAACTCTCCAGCGGGTATTGCAGCGAAACGTGGATTGTCTGTAGAAGAAATTTTGGGGTAA	MAKQEVQNGEFLEKLIAVNRVSKVVKGGRIFSFTALTVVGDGNGRVGFGYGKAREVPAAIQKAMEKARRNMVNVDLNGHTLQHPIKGRHSGSKVYMQPASEGTGIIAGGAMRAVLEVAGVQNVLSKCYGSTNPINVVRATVNALTEMNSPAGIAAKRGLSVEEILG				NA	NA	NA	NA	NA
AK237_02393	354	rplR	COG0256	50S ribosomal protein L18	ATGGATAAGAAAACATCACGTTTACGTCGCGCAACTCGCGCACGCGCTAAAATCCGTGAATTGGCCGCGCATCGCCTGGTAATTAACCGTACACCTCGCCACATCTATGCCCAGTTAATCGCGCCTAGCGGTTCTGAGGTACTGGCGGCGGCTTCTACCGTTGAAAAAGGTTTGGCAGCAGATCTGAAAGCAACTGGTAATGCAGAAGCAGCTGCGGCAGTGGGTAAAGCTATCGCCGAGCGTGCAATCGAAAAAGGCATCAAAGTTGTCGCTTTCGATCGCAGCGGTTTTAAATACCACGGTCGCGTAAAAGCATTAGCTGATGCAGCTCGCGAAGCTGGTCTTCAGTTCTAG	MDKKTSRLRRATRARAKIRELAAHRLVINRTPRHIYAQLIAPSGSEVLAAASTVEKGLAADLKATGNAEAAAAVGKAIAERAIEKGIKVVAFDRSGFKYHGRVKALADAAREAGLQF				NA	NA	NA	NA	NA
AK237_02394	534	rplF	COG0097	50S ribosomal protein L6	ATGTCACGAGTAGCAAAAGCCCCTGTTAACGTAGCATCTGGCGTTGAAGTTAAAATCAACGGTCAGGAAGTTACTGTTAAAGGTAGTAAAGGCACATTGGTACGTGTATTCAACGATGCAGTTGAAGTTGTACAAGAAGAGAACCAGCTAAAAGCACTTCCTCGCGAAGGTTTTGCTGACGCATGGGCTCAAGCTGGTACTGCTCGCGCTTTGTTGAACGGCATGGTTCAAGGTGTGTCTGAAGGTTTCGAGAAAAAACTACAGTTGCAAGGTGTTGGTTACCGTGCACAAGCACAAGGTGCCAAACTGAACCTGACTTTAGGTTTCTCACACCCTGTAGTTTATGAAATGCCACAAGGCATTACAGTTGAAACTCCTACACAAACTGAAATCCTCGTTAAAGGCGCGGATAAGCAGGTTGTAGGTCAGGTTGCGGCGAACATCCGTGCGTACCGTCCACCAGAGCCTTACAAAGGTAAAGGTGTGCGTTATGCTGATGAACAAGTTCGTCGTAAAGAAGCTAAGAAAAAGTAG	MSRVAKAPVNVASGVEVKINGQEVTVKGSKGTLVRVFNDAVEVVQEENQLKALPREGFADAWAQAGTARALLNGMVQGVSEGFEKKLQLQGVGYRAQAQGAKLNLTLGFSHPVVYEMPQGITVETPTQTEILVKGADKQVVGQVAANIRAYRPPEPYKGKGVRYADEQVRRKEAKKK				NA	NA	NA	NA	NA
AK237_02395	393	rpsH	COG0096	30S ribosomal protein S8	ATGAGCATGCAAGATCCTATCGCGGATATGTTTACCCGCATCCGTAACGGCCAGATGGCGCAGAAAGTTTCTGTGGCTATGCCTTCTTCAAAGCTTCGCGTAGCAATTTGTGAAGTATTGAAAGCCGAAGGTTATATCACTGACTTCGCAGCTTCTGGTGACGTTAAGCCTACTTTAGAAGTGACTCTTAAGTACTTCGAAGGTAAGCAAGTAATCGACACAATTGAACGTGTAAGCCGTCCTGGTCTGCGCATCTATAAGAAAAAAGATGAGCTGCCAAAAGTAATGGGTGGTTTAGGCGTTGCTATCGTGTCAACTTCTAAAGGTGTGATGACTGACCGTGCTGCGCGTAAAGCAGGCATGGGCGGTGAGATCATCGGTTATGTAGCGTAA	MSMQDPIADMFTRIRNGQMAQKVSVAMPSSKLRVAICEVLKAEGYITDFAASGDVKPTLEVTLKYFEGKQVIDTIERVSRPGLRIYKKKDELPKVMGGLGVAIVSTSKGVMTDRAARKAGMGGEIIGYVA				NA	NA	NA	NA	NA
AK237_02396	306	rpsN	COG0199	30S ribosomal protein S14	ATGGCAAAAGAATCAATGAAGGCTCGTGAAGTAAAGCGTGCAAAGCTTGTTGCTAAGTATGCTGAAAAACGTGCTGCACTTAAAGCGATTATCAGCGATGTTAACGCCTCTGAAGAAGAGCGTTGGGATGCTGTTCTGAAGCTACAACAACTGCCACGTGACAGTGCTAAATCTCGTCAGCAAAACCGCTGCCGCGTTACTGGCCGTCCACACGGTTTCCTACGTAAGTTCGGTCTGAGCCGTATCAAGTTGCGTGAAGCAGCGATGCGCGGTGAAGTCCCTGGCCTGAAAAAAGCCAGCTGGTAA	MAKESMKAREVKRAKLVAKYAEKRAALKAIISDVNASEEERWDAVLKLQQLPRDSAKSRQQNRCRVTGRPHGFLRKFGLSRIKLREAAMRGEVPGLKKASW				NA	NA	NA	NA	NA
AK237_02397	540	rplE	COG0094	50S ribosomal protein L5	ATGGCGAAACTGCATGATTTCTATAAAGAAACGGTAGTAGCTGACCTTGCTAAGCAGTTCAGTTACCAAAGCGTCATGCAAGTCCCTCGGATTGAAAAAATCACCTTAAACATGGGTTTAGGTGAAGCCGTAGCTGACAAGAAAGTTCTTGAAAATGCGACAGCCGATATGGCTGCTATCGCAGGTCAAAAGCCTATTGTTACCGTTGCGCGTAAATCTGTTGCGGGTTTTAAAATCCGTGAAGGTTATCCGATTGGCTGTAAAGTAACCCTGCGTGGCGAGCGTATGTGGGAATTCTTAGAGCGTTTGATTTCAATCGCAATTCCTCGTATCCGCGATTTCCGTGGCCTGAGTTCAAAATCTTTTGACGGTCGTGGAAACTACAGCATGGGCGTTCGTGAACAAATCATCTTCCCTGAAATCGATTTCGATAAAGTGGATAAAGTACGCGGTATGGATATCACTATCACTACCAGTGCAAAAACTGATGATGAAGCACGTGCTCTGTTGACCGCGTTCAACTTCCCATTCAAAAAATAA	MAKLHDFYKETVVADLAKQFSYQSVMQVPRIEKITLNMGLGEAVADKKVLENATADMAAIAGQKPIVTVARKSVAGFKIREGYPIGCKVTLRGERMWEFLERLISIAIPRIRDFRGLSSKSFDGRGNYSMGVREQIIFPEIDFDKVDKVRGMDITITTSAKTDDEARALLTAFNFPFKK				NA	NA	NA	NA	NA
AK237_02398	315	rplX	COG0198	50S ribosomal protein L24	ATGGCTAGAAAAATTCGTCGTGATGATGAAGTAGTCGTATTAGCGGGTAAAGATAAAGGCAAACAAGGCAAAGTCCTGAAAGTGCTGGTATCTGAAGACCGTGTAGTTGTAGAAGGTGTAAACCTTGTCAAGAAGCACCAGAAGCCAAACCCTCACATGGGCGTAGCTGGCGGTATTGTTGAGAAAGAAGCATCTCTGCACGTTTCTAATGTTGCGGTAGTTAACCCTGCGACGGGTAAAGCTGACCGTATTGGTTTCCGTACTGATGACGGTAAGAAAGTTCGTTTCTTTAAGTCTAACGGTGAACTTGTTTAA	MARKIRRDDEVVVLAGKDKGKQGKVLKVLVSEDRVVVEGVNLVKKHQKPNPHMGVAGGIVEKEASLHVSNVAVVNPATGKADRIGFRTDDGKKVRFFKSNGELV				NA	NA	NA	NA	NA
AK237_02399	369	rplN	COG0093	50S ribosomal protein L14	ATGATCCAAATGCAAACTAACCTGGATGTAGCCGACAACAGCGGCGCTCGCAGGGTTCAGTGTATTAAGGTTCTTGGTGGCTCGCATCGCCGTTATGCAGGTATCGGTGACATCATCAAAGTTACTGTTAAGGAAGCAATTCCTCGCGGTAAAGTAAAAAAAGGTGACGTACTGAACGCAGTGGTGGTGCGTACTAGAAAAGGCGTTCGTCGTGCAGATGGTTCTACCATCCGTTTTGACGCTAACGCGGCTGTATTGTTAAACAACAATAAGCAACCTATTGGTACGCGTATCTTTGGACCGGTTACACGTGAGCTGAGAAGTGACAACTTCATGAAAATCATCTCACTGGCCCCAGAGGTACTATAA	MIQMQTNLDVADNSGARRVQCIKVLGGSHRRYAGIGDIIKVTVKEAIPRGKVKKGDVLNAVVVRTRKGVRRADGSTIRFDANAAVLLNNNKQPIGTRIFGPVTRELRSDNFMKIISLAPEVL				NA	NA	NA	NA	NA
AK237_02400	2064	rcsC_6		Sensor histidine kinase RcsC	ATGAAACTGATCAAGGCTTTGCATGCCATATCTGCCGACGCGAATAGTACGACAGAAGAAAAATTACAGCGCTTGTTACGGTTGGGTTTAGATTCACTTGGTATGGATTTGGGCTTAGTCAGCCATATCGTCGATGATGAGTATAAGGTTGTATCCGCGGTTACGCCGGACAACAGCATTCAAAAAGGGGATATCTTTTCATTAGGGGATACCTACTGTAAAGATACGCTAGCGGCAGCAAAAACCGTCGCTTACCACGATGCCGCTACAGACCCAGGCGTTACGCATCCTTGTTATCAGAATTTCTCCCTTAAGAGCTACATCGGTATTCCTTATTTTGTTAGCGGGGAGCGCCACGGTACGGTTAACTTCTCTAAGCCGGAGGCCCGCGACCGCGCATTTGATAGTGACGAGTTAGATTACATTGTTCTCCTGGCGGAATGGGTAGGTACCGAGCTAACCCGCGAGCATCAGATGCAAGCGATAGTTAATCAGCAAAAAGCCCTTCAGCATCAACACCAGCTTCATCTGCAAATGTCGGAGCTTGCTAAAGTCGGCACATGGGAGATGAACAAAAGCACAGGCGAGATTTCCCTGTCTGAGTCTTTGATTAAGTTGTTCGCAATTCCCTCAGGCGAGCAGCTGACAGTAGAAACAATGCGCCGGGTTATTTTTCGTGAAAGTGATTTATTGACGCTTAGAAACCTAATGGAAGCGTCGTTAATTTCCAAGCTGCCGTGGTCACATGAGTTTGAAGCGATATCGTTAAGTGGCCGTCGTTTTTGGGTGCAAACCCAAGGAGCTGTGGATGTAAGTGATGAGCACAATATCCGGTTCTACGGCGCTACCCAGGACGTTACTGACAGGGTGCACGTGGCGCAGGAGTTAGAGAATCGTCGACATATCGCAGAGCAGGCTTTAGAGTCGCGGAGCTTGTTTCTGGCAAATATGAGCCATGAAATACGTACCCCAATCAATGGTATTGTCGGAATGCTGGATGCACTTAATAAAACGCACCTCACCGAAGTGCAAAATAATTATTGCAAACTGGCAACGCAAAGTGCTGACACCTTGCTTCAAATCGTGAATGACGTACTCGATTTCTCGAAAATTGATGCTGGTGGGTTAGAACTTGAAAGTATACCAATCGATTTAAGTCGTATTGCAGAAGAGCAATACCGTTTATTCAGTATACCCGCCCAAAAGAAAGGTCTGTCTCTTCAGGTCGATACCAGAGCCACTGATGGTCTTATTCTACTTGGCGACCCTACCCGTATACGACAAATATTCACGAACCTCATCAGTAACGCCATCAAGTTCACCGACAGCGGTGAAATATCTGTTAAATTGCAATCTAAGTTGCAGGGTAATGGAAATTATCTCGTTCAGATTGCGGTGAAAGACAACGGCGTCGGTATCGCGCCGGAGCACCAGGCAACAATTTTCTCGCCGTTTAGACAAGGCGACAGTAACACTACGCGACGTTATGGGGGCACCGGATTGGGTCTATCGATAGTGTCGCAAATTGCCGAGCATATGCATGGTGGTATCAGGGTAAACAGCAAGTTAGGTAAGGGCTCAACATTTATCGTCGCCTTGTCGCTAAAGCAAGCGAATAGCGATACCCGGTTAGTTGATGAGGAAGATGTCACGGTAAGCGTTGAAACAGAGGGACTACGCGGCAAGAGAGTGCTGGTGGTGGAAGATAATGAAATTAATCAGATTGTCGTCAACGAGCAGCTTAGCGAATTTGGGCTTGAGACAGACATTGCCTCACATGGTGCCGATGCTATCGAGCGGGTAGTGAGAAGTATCGCCAACAACGTGCCTTATGATTTGATCCTGATGGATTGCCAGATGCCGATTATGGATGGTTATGAAGCGGCAACAAAAATAAGGCAACTGGGTGATAAAGCGCAAATCATCCCCATAATAGCTTTAACAGCAAATGTGCTGGTGGGTGAAAGAGAAAAATGCTTACTTGCAGGAATGAATGATTATTTAACGAAACCGGTGAACAAAGAGCAATTTACCCGCTGTTTGCATCGATATCTACTGGCCTGA	MKLIKALHAISADANSTTEEKLQRLLRLGLDSLGMDLGLVSHIVDDEYKVVSAVTPDNSIQKGDIFSLGDTYCKDTLAAAKTVAYHDAATDPGVTHPCYQNFSLKSYIGIPYFVSGERHGTVNFSKPEARDRAFDSDELDYIVLLAEWVGTELTREHQMQAIVNQQKALQHQHQLHLQMSELAKVGTWEMNKSTGEISLSESLIKLFAIPSGEQLTVETMRRVIFRESDLLTLRNLMEASLISKLPWSHEFEAISLSGRRFWVQTQGAVDVSDEHNIRFYGATQDVTDRVHVAQELENRRHIAEQALESRSLFLANMSHEIRTPINGIVGMLDALNKTHLTEVQNNYCKLATQSADTLLQIVNDVLDFSKIDAGGLELESIPIDLSRIAEEQYRLFSIPAQKKGLSLQVDTRATDGLILLGDPTRIRQIFTNLISNAIKFTDSGEISVKLQSKLQGNGNYLVQIAVKDNGVGIAPEHQATIFSPFRQGDSNTTRRYGGTGLGLSIVSQIAEHMHGGIRVNSKLGKGSTFIVALSLKQANSDTRLVDEEDVTVSVETEGLRGKRVLVVEDNEINQIVVNEQLSEFGLETDIASHGADAIERVVRSIANNVPYDLILMDCQMPIMDGYEAATKIRQLGDKAQIIPIIALTANVLVGEREKCLLAGMNDYLTKPVNKEQFTRCLHRYLLA	PGPT0004750_537	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-QUORUM_SENSING_REGULATORS	CE-QSR-QUORUM_SENSING_REGULATED_FLS,PGPT0004750-aoxS-K20974	NA	NA
AK237_02401	1377			hypothetical protein	ATGGTATCTCGAACACTTACGTCGCTGATAAAGTTGTTTGCTGCCGTTGCTGTTGCTGTTGGCTTAACCGCCTGCGGTGGCTCAGATGACAGTTCAGACTACTCGTACGCTTATATCCAATTTTATAATGCTTCGCCTAATGGCGCGACCGTTACAATGCGTGAAGTCGATGGTGACTCCCTCGGTTCTGCACAATTCGGCGATTCAACCTCTCTTATCTCAGAAGATTCAGGCGATTTAGAGCTTGAATTTATTCGCACCGATTCCGATGATCAGGAAGTGCTGCTGCACGAAATGACGGTGAATCTTCGCACCGGCTACAAAACATTGATCGTATTAAGCGGCGACTTTAGCCAGCCAGAATTCATCGAGTATCAATTCAAACGTGAAACGTTAGACGATCACTTCCGTTTATTTGTCACCAATATGATGGTGGATGGAAGTCAGTACGATTTGTATTTAGCCGAAGACGGCGACCCATTTGAAGCAGCTAATTTATTGGGTACAGTAAGTTATCAGGAGTTGAGCGAAATGACGTTTTGGGATCCAGATGACGATTCTGATGATTTCGACTCAGGTGAGTACACTATTTACCTGACAGAGCCGGGCGAAACCGACGTGGTATTTGAATCGCAAACTATCGATTTCTCTTACGATACTGAATATGTGCTGGCTATCCGTGATATCAGTGGTGCCATCCAGACAGGTATGTCGATAGACGCTATCCTGAATTCTTCTTATGTGACGAATATCACAGACGTAGATGCAGATGCGCAATATCGTATCTACAACAGTACCGACTCAGACGAGCCGCTCACTGTGACATTTGGCGGAAATGACGGCGAAAACGATACTGAGTTCACGTTGTCAGGGGGCGAATTATCTGATTTCACTGAAATTAAGTACGGTGACTACCGTGTGACAGTGCAAACCGCTGATGGCAGTGCCACGTCGCTTACCAACAAACTTATCACGCTGAATCAGGGCGAAAGTAAAGCCATCATGATTTATGAGACGAATGACAAGTTAGCGGCTGCTACGTTCGTAGAAAGTGGATTGCCTCAGTCTTACGATAAGACCGTTAATTTTATCAACCTGGTTAGTGATTTCGACAATATCGATTTTTATCTGGTACGCAGCGATGAAACTATTGATACGGCCGACTACTACACGTTGAACTTAGAATTGGCAGAGAGCAGCACGCTGGTGCTACCGTCAGATTACTATGAAATTATTGCTGTATATGAAGATGAAAATGACGAGCAAGTCTTGCTTGATAGAACCGCATTGTACGGCTTTACTGAGGAAGAAAACTATATTGTAACTGTTGAGCCAGCTGACACTGCAACAGGATACGAGATAAAAGTCCTTTACTAA	MVSRTLTSLIKLFAAVAVAVGLTACGGSDDSSDYSYAYIQFYNASPNGATVTMREVDGDSLGSAQFGDSTSLISEDSGDLELEFIRTDSDDQEVLLHEMTVNLRTGYKTLIVLSGDFSQPEFIEYQFKRETLDDHFRLFVTNMMVDGSQYDLYLAEDGDPFEAANLLGTVSYQELSEMTFWDPDDDSDDFDSGEYTIYLTEPGETDVVFESQTIDFSYDTEYVLAIRDISGAIQTGMSIDAILNSSYVTNITDVDADAQYRIYNSTDSDEPLTVTFGGNDGENDTEFTLSGGELSDFTEIKYGDYRVTVQTADGSATSLTNKLITLNQGESKAIMIYETNDKLAAATFVESGLPQSYDKTVNFINLVSDFDNIDFYLVRSDETIDTADYYTLNLELAESSTLVLPSDYYEIIAVYEDENDEQVLLDRTALYGFTEEENYIVTVEPADTATGYEIKVLY				NA	NA	NA	NA	NA
AK237_02402	2106	cntO_4	COG1629	Metal-pseudopaline receptor CntO	GTGAAAAAGTCTATTCTGTCTCTCAGTATTCTCACCGCATTTGGCGTATCAGAGCATGTTTGTGCTCAAGCCCATGCCGAAGAAGAAACGGTAGAACGTATCACTATTCGTGGGGCCTTTTTTGGACAGCAACTTGCTGATGCAGTAAAAACACCTACGTTGTTGCTTAATGTACCGCAGTCGGCGTCTATCATTGGCGAAACGCAAATTGAAGAGCAGGGGCTATTTAGTATTGCTGACGCTATGCAGTACACGCCGGGTGTGAGTATTGGTCTAGGAGAGGATCACCGCGACCAAATAACCATCCGTGGGCAGAACACTACCGCAGATTTCTTCGTCGACGGATTGCGTGATGACGTGCAATATTTTCGTCCACTTTATAACGTAGAGCGTATTGAAATAATGCGCGGTGCCAATGCGTTGCTGTTTGGTCGCGGCGGCGGTGGTGGTGTAGTAAATCGAGTAACGAAAACCGCTGATGTAAAGACAAACTTCACAGTGGTGAGCGGTAATATAGACAGCTTTGGTGCTGGTGGTGCCAGCCTCGACACCAACATTGTTATTGATGACCAGCAGGCACTGAGACTTAATGCCATAGCTGATAATATTGACAATCACCGCGACTTTAAAGAAGGTAGCCGCTACGCGTTCAACCCCACTTACCATGTTGCAATTAGCGACGTGACTTCACTCAATGTGTCTTACGAATATGTTAACGATGATCGTTTGGTCGACCGTGGTATTCCATCGTTAAACGGTAAGCCATTGAATGGCGTTTATGAAACGTTTTTTGGAGATAAAGATTTCAACAACACAACGCTAGAGGCCCATATTGGCCGGGTGAAGTTGGATCACAAATTTTCATCTATGTGGTCGCTGAATACTACCGTGCAGGTTGCCGACTACGATAAGGCCTATCAGAATTTATATCCTACGGCTTTTGACGATGATATTCAGTTTGTTACGTTAGATGGTTATCGGGACACCACTGAGCGAGAAAACCTCCTTTGGCAACTGAATGCTATCGGCCAGTTCGATGCAGGTGCGTTATCTCACACAGTACTGGCTGGTGCTGAGTACGCCGCTCAAAGTACGCAAAATGCGCGTTTGGATAATCAGTTCCTCGAGAATGGCAGCGATAAGTTGTCGTTTATGTTCAGCGATCCTCTGATTGTACCTGCACACACCCTCACAAAGCCTGTTCGGGACAGGGATTCAGACGTTAATGTGATTTCTGCGTTCATCCAGGATGAGGTGCGTATTGGCGAGCAATGGGTAATTGTTGCGGGCGCGCGTTACGATAATTTTAGTATTGATGTGACCGACCAAATCGAGATTAGCAATGGAAGCGATGATGGAAATAATGGCTTGTTAACGAGTGATAACAGTGAGATATCGCCTCGCCTGGGTGTGATTTTCAAACCGGTGGACGATATTTCGATATACGCAAGTTACAGTGTGTCGTTTTTGCCTCGTTCAGGCGATCAGTTCTTGTCGTTGTCATTAAGCTCTGCTGCATTAGATGCTGAGTCGTTCAGAAACACAGAGTTGGGCGTAAAGTGGAATGTAACTAACGCCCTCAATGTGTCCACGGCTGTATTTAACGTGAAGCGAGACAATGGTGCGTCGGTTGACCCGGAAAATCCCGAGGCATCTCAATTAACGGGAACAGAAACTCAGGGCTTTGAAATACAGTTAGCTGGTTATATGACCGAAAAATGGTCGCTAACAGGAGGATATAGCTACTTAGACGGGCATCAAACCACGGTTTCCGGTTCGGGCTCAAGTGACGGCCAGCGTTTGGCGCAACTGCCACGTCACATGTTCAGTATGTGGAACAAGTATGCTGTAAATGACGTTTGGCAGCTTGGACTCGGCGTAGTTTACCAGTCTGAGCAGTATGCTTCGTTAAGTAACAATGTTGCTTTACCGTCTTTTACCAGAGTGGATGCTGCAGTGTTCTACTCGTACAGTGACGCATTGTCCGTGCAGCTGAATATCAACAATGTCTTTGATAAAGCGTATTATCCGTCTGCGCATAACGACAACAATATCAGCACCGGTCAACCACTGCATGCCCGACTCGCAGCTACGTATCGTTTCTAA	MKKSILSLSILTAFGVSEHVCAQAHAEEETVERITIRGAFFGQQLADAVKTPTLLLNVPQSASIIGETQIEEQGLFSIADAMQYTPGVSIGLGEDHRDQITIRGQNTTADFFVDGLRDDVQYFRPLYNVERIEIMRGANALLFGRGGGGGVVNRVTKTADVKTNFTVVSGNIDSFGAGGASLDTNIVIDDQQALRLNAIADNIDNHRDFKEGSRYAFNPTYHVAISDVTSLNVSYEYVNDDRLVDRGIPSLNGKPLNGVYETFFGDKDFNNTTLEAHIGRVKLDHKFSSMWSLNTTVQVADYDKAYQNLYPTAFDDDIQFVTLDGYRDTTERENLLWQLNAIGQFDAGALSHTVLAGAEYAAQSTQNARLDNQFLENGSDKLSFMFSDPLIVPAHTLTKPVRDRDSDVNVISAFIQDEVRIGEQWVIVAGARYDNFSIDVTDQIEISNGSDDGNNGLLTSDNSEISPRLGVIFKPVDDISIYASYSVSFLPRSGDQFLSLSLSSAALDAESFRNTELGVKWNVTNALNVSTAVFNVKRDNGASVDPENPEASQLTGTETQGFEIQLAGYMTEKWSLTGGYSYLDGHQTTVSGSGSSDGQRLAQLPRHMFSMWNKYAVNDVWQLGLGVVYQSEQYASLSNNVALPSFTRVDAAVFYSYSDALSVQLNINNVFDKAYYPSAHNDNNISTGQPLHARLAATYRF	PGPT0003875_1318	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_IRON_RESISTANCE	IRON_RESISTANCE-OTHER_IRON_BINDING_PROTEINS,PGPT0003875-fiu|bfrD-K16090	NA	NA
AK237_02403	147			hypothetical protein	ATGTGGCCTTTTTTGTATCGAAACCACGAGGTTGTCTGGTTCGCACTTAAGTATGATATTCAAATTTTATTAATTTTAAATTCAATTATTCTAAAAAATACTCTGATAATCATTATTATTATCGCGTCGGGATCAACCAACGGGTAA	MWPFLYRNHEVVWFALKYDIQILLILNSIILKNTLIIIIIIASGSTNG				NA	NA	NA	NA	NA
AK237_02404	741	rlmB	COG0566	23S rRNA (guanosine-2'-O-)-methyltransferase RlmB	ATGGCGCAACAAGAGTGGTTATATGGTCTGCACGCGATGCAGTCTGTTCTAGAAAACGAACCAGAGCGAGTTTTAGAAGTATTGGTGTTAAAAGGGCGTGATGATGATCGCCTGAAAAACATTATCAATCAGGCAAGACGGTTCGGTATCAGTGTGCAGTTTTGTCAGCGCAAAGTACTGGACGATAAAGTGCAAGGCGAGCAGCACCAGGGAGTGGTTGCGCGGGCAAAACCAGCCAGAGCCCTTGATGAAGCCGACCTGGATGCTATTTTAAGTCGCCATGCGGAACCTTTTCTGCTTGTATTGGACGGCGTTACCGACCCACATAATATCGGTGCGTGCTTGCGCACAGCCGATGCCGCAGGGGTTCACGCGTTAATTGTGCCCAAAGATAAGTCTGGTGGCCTTACTGCTACTGCGCGCAAAGTGGCTTGTGGTGCGGCAGAGTCCGTTCCCTTAATTCAAGTGACTAATCTTTCTCGCACATTAAAACATTTGCAGGATAAAGGCGTATGGATTGCCGGTACTGCGGGTGAAGCCGAGCAACTCATATACGATGTTGATCTTAAAGGCCCCACAGCGCTGGTAATGGGAGCGGAAGGAAAGGGGATGCGCAGGCTCACCCGCGAACATTGTGATCAGCTGGTTAAACTGCCGATGGCGGGAGCGGTTTCCTCTTTAAATGTCTCTGTCGCCACGGGAGTGTGCTTGTACGAGATAGTAAGACAACGTCAAAGTTAG	MAQQEWLYGLHAMQSVLENEPERVLEVLVLKGRDDDRLKNIINQARRFGISVQFCQRKVLDDKVQGEQHQGVVARAKPARALDEADLDAILSRHAEPFLLVLDGVTDPHNIGACLRTADAAGVHALIVPKDKSGGLTATARKVACGAAESVPLIQVTNLSRTLKHLQDKGVWIAGTAGEAEQLIYDVDLKGPTALVMGAEGKGMRRLTREHCDQLVKLPMAGAVSSLNVSVATGVCLYEIVRQRQS				NA	NA	NA	NA	NA
AK237_02405	2457	rnr	COG0557	Ribonuclease R	ATGCTTTTGGCAAATAACTGTTATAATGGCGCCAAAGCAAAATCAATAAGTGAGTACATGAGCGACGATCCCCATTTTCAGCGAGAAAAAGAGAAATACGATAACCCGGTAGCCAGCCGAGAGTATTTAATGTCTGTAATGAAAGAGCAGGGCAAGCCCTTGTCCTTTCTAGAAATCTGCTCGCTGGTGGAAGCATCCGATGAAGATAGCCGTATAGGTATACAGCGTCGGTTACGCGCCATGGAACGCCAGGGACAGGTTCAGTTCACGAAGCAGAAAAAATATGCACTGCAAAATCGTGATGAACTTATTCGGGGCCGTATCATCGGTCATCGTGACGGTTACGGATTTCTCCGTCCTGAAGATAACAGCGGCGACTTGTTTATCAGCGCCGGACAAATGAACCTCTTCATGCATGACGATATTGTCGAAGCGCGGGAGAGCGGAACTGATCGCCGAGGCCGTCGTGAGGCATTTATTAATCAGGTTGTGGAGCCTCGCAGCGAGCCTATCGTTGGACGTTATTTTGTAGAAAAAGGCATGGCAGTTGTCATGCCAGATGACAGCCGTTTGCAGCACGAAATTATTATTCCCCCTGAAGCCACTAAAGGTGCCCGGATGGGACAGGTGGTGGTGGTTGAAATAACCCAGCGTCCCCGCCGTCGCGTAAGTCCTGTCGGTAAGATCATAGAAATTCTTGGTGATCATATGGCACCAGGTATGGAAATCGAAATGGCTCTGCGCACGTTCGATATTCCTCATGTTTGGCCAAATGCCGTCGAGCGTTATGTGACTCGATTCACCGATGAAGTACCGGAAGAAGCAAAAGAAGGGCGCATCGATTTGCGCCAGCTACCGTTGGTAACCATAGATGGTGAGGACGCACGCGATTTTGATGACGCTGTATTCTGTGAGCCTCTGGATGACGGAGGCTGGCAACTTTGGGTCGCCATTGCTGACGTAAGTAGCTACGTTAAATTAGGTACTGCGCTTGATAAAGAAGCGCAGAATCGAGGGAATTCAGTGTATTTCCCTGAGCAAGTGATCCCTATGCTGCCCAAAGTGCTTTCCAATGGATTGTGCTCACTGAACCCAGAAGTCGATCGTCTTTGTATGGTGTGTGAAATGACCATCACCGAGCAGGGTAAGTTGGACAAGTACCAATTTTACGAAGCCGTGATGAATTCCCACGCGCGTTTGACTTACACCAAAGTATGGCAAATTCTGGAAGGCGACAAAGAGTTACATCAGCGTTACGAAGCTCAGGTACCTCATTTGCGTAATTTGCATGATTTGTATCGTGCATTGAAAAAGTCTCGTGCTCAGCGTGGCGCTATTGAGTTTGAAACGCAGGAGAGTAAATTCGTTTTCAACGCGCAGCGTAAAATTGAGAACATTGTGCCGGTGGTGCGTAATGATGCCCACAAGATGATTGAAGAATGTATGATCATGGCCAACGTCAGTGCGGCAAAAATGCTTGAGAAGCACAATCAGCCGGCTTTGTATCGTGTCCATGACAAACCTGACGCAGATCGCTTAACAGCATTCACATCTTATCTTAGCGAAATTGGTATTCCTCATCGCATTAACGAAGGCGCCAGTCCTGCGGATTTCACTGATGTGGTGGATAAAATCAAAGCCCGTCCGGATCAAGAACTTATTCAAACTATGCTGTTGCGTTCGATGAAGCAAGCAGTTTACGACTGTGACAATGTCGGACATTTTGGTTTGGCATTGGAGGAATATGCGCACTTTACTTCGCCCATCCGTCGTTATCCTGATTTGGTTGTACACCGGGCGATAAAAGCCATTTTGAAAAAACAAAAGCAAAAAGTCACGGGGCCCAAGGCATATACCGTCGAAGAAGTGGAACAGCTCGGTGAGCAATGTTCAATGACCGAGCGCCGGGCAGACGACGCTACCCGAGATGTAGCCGATTGGCTCAAGTGCGAATTTATGCAGGATCATGTGGGTTCAACGTTTGAAGGTGTGGTGAGTTCAGTAACCAACTTTGGATTGTTTGTGCGCATCACCGAATATCAAATCGATGGTTTAGTACACATCACGTCTCTGGATGATGACTATTATCGCTATGATGACGTGAAGCAAACGTTGCAGGGAGAATCGGGAGCTCGTCAATTCCGCTTAGGGGATACCTTGTCGGTGAAGGTTGCCGCGGTTAATTTAGACGAGAGAAAGATTGATTTAATGCTTGATGGAACGATGCTGCGCGGCCGTGGTGGCAAGAAAGTACAGGTAAGAACAGCGTCGTCTAAAGCATCGGGTAACCGCCGAACTGCAGAGGGCAAAAGAGACGGAGGTAAGTCGCCTGCTTCCGGGAAGGGACGCAAATCAAGAGATAGCGGCAAGTCTGTCAGACAGTCTGACGGTAAAAAATCATCGACTCGAGCTCCAAAAAAGTCTCGCAGTAAGTCAGGTAAAGGTAAGAAAAAATAA	MLLANNCYNGAKAKSISEYMSDDPHFQREKEKYDNPVASREYLMSVMKEQGKPLSFLEICSLVEASDEDSRIGIQRRLRAMERQGQVQFTKQKKYALQNRDELIRGRIIGHRDGYGFLRPEDNSGDLFISAGQMNLFMHDDIVEARESGTDRRGRREAFINQVVEPRSEPIVGRYFVEKGMAVVMPDDSRLQHEIIIPPEATKGARMGQVVVVEITQRPRRRVSPVGKIIEILGDHMAPGMEIEMALRTFDIPHVWPNAVERYVTRFTDEVPEEAKEGRIDLRQLPLVTIDGEDARDFDDAVFCEPLDDGGWQLWVAIADVSSYVKLGTALDKEAQNRGNSVYFPEQVIPMLPKVLSNGLCSLNPEVDRLCMVCEMTITEQGKLDKYQFYEAVMNSHARLTYTKVWQILEGDKELHQRYEAQVPHLRNLHDLYRALKKSRAQRGAIEFETQESKFVFNAQRKIENIVPVVRNDAHKMIEECMIMANVSAAKMLEKHNQPALYRVHDKPDADRLTAFTSYLSEIGIPHRINEGASPADFTDVVDKIKARPDQELIQTMLLRSMKQAVYDCDNVGHFGLALEEYAHFTSPIRRYPDLVVHRAIKAILKKQKQKVTGPKAYTVEEVEQLGEQCSMTERRADDATRDVADWLKCEFMQDHVGSTFEGVVSSVTNFGLFVRITEYQIDGLVHITSLDDDYYRYDDVKQTLQGESGARQFRLGDTLSVKVAAVNLDERKIDLMLDGTMLRGRGGKKVQVRTASSKASGNRRTAEGKRDGGKSPASGKGRKSRDSGKSVRQSDGKKSSTRAPKKSRSKSGKGKKK				NA	NA	NA	NA	NA
AK237_02406	762	ubiG_2	COG2227	Ubiquinone biosynthesis O-methyltransferase	ATGTTAGATAAAAGTCAGTTAAGTGCGCCCGCGGCGGGCAACGTAGACGCACAGGAAATTGCCCGGTTCGACGCGCTGGCGGATGCATGGTGGGATCCTAACGGTAAATACAAAACGGCACTGTCGTTTAATGCCGCCCGCGTTGATTTTATTGTCAACTGTATCAACCAGCATTTTCGTCCCAAAGGTCTGGCCGATTCGCTCTTTTCTGGCTTGTCTGTATTGGATGTGGGCAGTGGTGGTGGGCTCATTTGTGAGCCCTTGTCAAAGCGGGGGGCAGAGGTTACTGGCATTGACGCCAGTGCGACCAGCGTCGAAGTAGCAAAACGCCACGCGCTAAAGCAGGATATTGTTGTAAATTACCATCACTGTTTGGCGGGCGAATGGGCGAGTAAAGGGCATCTGTACGATGTCGTCATCAACGCCGAAGTGGTCGAGCATGTCCCTGACCAACAAAAACTCATTCAGGAATGTGCTGCCATGGTTAAACCCGGTGGCTTGCTTATCCTGGCCACACTAAACCGAACATTACGCAGCTTTATCGTTGCTATCGTTGGCGCAGAATATGTTATGCGCTATCTGCCCGTAGGTACGCATAGCTGGAGTAAGTTTGTAAAGCCGCAAGAGTTGGATAGCTGGGCAGGTAAAGATTTTTCCCGCTTTGCACAAAGCGGATTTGTGCTAAATCCGCTGTCTGGACACTGGAAAACGAGTCCTTCTATGGCTGTGAACTATTTGTGCTGTTACAAGAAAAAGCAGTGA	MLDKSQLSAPAAGNVDAQEIARFDALADAWWDPNGKYKTALSFNAARVDFIVNCINQHFRPKGLADSLFSGLSVLDVGSGGGLICEPLSKRGAEVTGIDASATSVEVAKRHALKQDIVVNYHHCLAGEWASKGHLYDVVINAEVVEHVPDQQKLIQECAAMVKPGGLLILATLNRTLRSFIVAIVGAEYVMRYLPVGTHSWSKFVKPQELDSWAGKDFSRFAQSGFVLNPLSGHWKTSPSMAVNYLCCYKKKQ	PGPT0009545_264	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-UBIQUINONE|COENZYME_Q_PATHWAY,PGPT0009545-ubiG-K00568	NA	NA
AK237_02407	1428	gabD	COG1012	Succinate-semialdehyde dehydrogenase [NADP(+)] GabD	ATGTTAAAAGAGAGCTATCCTTATTATTTGGCCAGTGAGCCAGTCTTCGCTAATGAAGACTTAGAGGTGACCAACAAATACACCGGAAAAGTGGCGACAAAGGTTGCCAAAGCCGATGCTGCTACCATTGATAAAGCCATTGCTGCTGCAGAAAAAGCACAGCCCGCGATGACCGCAATGAAACCATACGAGCGTAAAGCGGTGTTAGACTATTGCGTAAAACGCTTTACAGAACGTAAAGATGAATTGGCGAAAGCACTGTGCATCGAAGCAGGCAAGCCGATTAAAGATGCAGAAGGTGAGGTCACACGTCTGATTGATACCTTTCAGATTGCAGCAGAAGAATGTGTGCGTATAGAGGGGCAAGTTCTGAATCTGGAAATTTCCGCCAGAGCCTCCGGTTATCAAGGTATGACGAAGCGCGTACCAATTGGCCCCTGTTCGTTTATTTCACCCTTCAATTTCCCGTTAAACTTAGCGGCGCACAAGGTTGCTCCGGCCATTGCAGCAGGCTGCACCTTTGTACTCAAGCCTGCATCAAGAACACCTATCGGCGCATTGATTATTGGTGAGGTGCTGGCGGAAACCGACTTACCGAAAGGGGCGTTCTCCATCTTACCGTGCAGCCGCGACGGCGCTGACCTCTTTACCACCGATGAACGCTTAAAATTGCTGAGCTTCACCGGTTCTCCCGATGTCGGCTGGGATCTTAAAGCTAAAGCTGGTAAAAAGCCTGTCGTATTAGAACTTGGCGGGAACGCCGCCTGTGTGGTTGATGAAGATGCAGATATTGAAGATGCCATCAAACGCATTATTGTAGGTGCGTATTATCAATCAGGGCAAAGTTGCATTAGTGTGCAGCGAATTTTGATCCACGATAGTATCTATGAGACGTTCCGTGAAAAGTTTGTCCATGAGGTCTCCGCACTGGTAGCGGGTGATCCGAGTGATGAAAACACATTCATAGGCCCAATGATTTCTGAGTCTGAAGCGGAAAGATTAGAAACATGGATCCATGAGGCCAGAGAAGCGGGGGCCACAGTTCTTTGTGGTGGTACGCGAAAAGGAGCGATGTTAGATGCCACTGTAATGGAAGGTGTACCGTCTGATTGCAATGCCAGTGCTGAAGAGGCCTTTGGTCCGCTGTCTGTGTTAATACCGTTTAGCGATTACGATGATGCCCTGAAAGAAGTCAATAACAGTCGCTATGGCTTACAAGCCGGTATTTTTACTCGTGATTTGTACAAAGCGCACAAAGCCTGGGATGTATTGGACGTTGGTGGCGTGGTTATTGGCGATGTGCCAAGCTGGCGGGTAGACAACATGCCTTATGGTGGCGTAAAAGATTCTGGCTTAGGACGAGAAGGTATTCGTTATGCTATCGAAGACATGACAGAAACCCGTCTTATGGTCATCAGAACACCTTAA	MLKESYPYYLASEPVFANEDLEVTNKYTGKVATKVAKADAATIDKAIAAAEKAQPAMTAMKPYERKAVLDYCVKRFTERKDELAKALCIEAGKPIKDAEGEVTRLIDTFQIAAEECVRIEGQVLNLEISARASGYQGMTKRVPIGPCSFISPFNFPLNLAAHKVAPAIAAGCTFVLKPASRTPIGALIIGEVLAETDLPKGAFSILPCSRDGADLFTTDERLKLLSFTGSPDVGWDLKAKAGKKPVVLELGGNAACVVDEDADIEDAIKRIIVGAYYQSGQSCISVQRILIHDSIYETFREKFVHEVSALVAGDPSDENTFIGPMISESEAERLETWIHEAREAGATVLCGGTRKGAMLDATVMEGVPSDCNASAEEAFGPLSVLIPFSDYDDALKEVNNSRYGLQAGIFTRDLYKAHKAWDVLDVGGVVIGDVPSWRVDNMPYGGVKDSGLGREGIRYAIEDMTETRLMVIRTP	PGPT0018005_515	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE-GENERAL_USAGE	PLANT_DERIVED_CARBOHYDRATES-GLYCOLYSIS|GLUCONEOGENESIS,PGPT0018005-gapN-K00131	NA	NA
AK237_02408	1641	budB	COG0028	Acetolactate synthase, catabolic	ATGAAAGCGTCAGACCTCTTTGTAAAAGCGCTGGAAGCAGAAGGTGTTGAATACATCTTTGGCATCCCAGGCGAAGAAAATCTCGACTTACTAGAATCACTTCGAACATCCAGCATTCAGTTAATATTAACGCGTCACGAGCAAGGCGCTGGCTTCATGGCTGCAACCTATGGGCGACTAACCGGTAAGGTTGGAGTTTGTCTTTCCACTTTAGGCCCCGGCGCAACCAATCTGGTCACGCCCGCCGCCTATGCGCAACTCGGCGCAATGCCTATGCTTATGGTTACTGGGCAAAAGCCAATTAAAACGAGCAAGCAGGGCAGGTTTCAGGTCATAGACATCGTCGACATGATGCGGCCCATTTCAAAATACACAACGCAAGTTGTCAGCGGCGACAGAATTCCTTCGATAGTCAGAGAAGCCTTTCGCCTTGCTGCAGAGGAGCGCCCCGGCGCAGTTCACATAGAATTGCCGGAAGATATCGCGGAAGAAGAAACCTCTGCTCCGCTATTGAACCCCAGTTACACCCGTCGCCCCATCGCCGAATATAAGGCCATTCGTGAAGCGGTAGATATGATAGAAAATGCGTCGTCCCCGCTGTTATTAATTGGTGCAGGCGCAAATAGAAAACTCACCGCTAAAATGCTACGGGAGTTTGTTGATAAAACGGGGATCCCTTTTGTTACCACGCAAATGGGCAAAGGGGTATTAAACGAAAGCGACCCACTTTTCGCTGGCAACACCGCGTTGTCTGATGGCGACTTTGTGCATCGCGCAATCAGTCGTGCAGATCTCATCATTAATGTCGGCCATGACGTGGTAGAAAAACCGCCATTTTTTATGCACGACGACGGCAAGAAGGTTATTCATGTAAATTTTGAACCCGCTGCGGTTGATCCGGTTTACTTTCCACAAGTTGAAGTGGTAGGCGATATTGCTAACAGCATATGGCAAATTAAAGAGAAAGTGACACCGCAATCTGGTTGGAAACTTGATTTCTACAAAGATGTGCACGAAGCCTACGTTAACCACCGAAAAGAAGCAGAAGACGACGAAAGATTCCCCGTTTTACCGGAACGGTTTGTCCGAGATGTGCGCAAGGTAATGCCTGACGATGGTATCGTGACGCTGGATAACGGCGTGTACAAAATCTGGTTTGCCCGCAATTATCCTGCTTATCACCCGAATACGTTGTTACTCGACAATGCCCTTGCGTCCATGGGAGCTGGCTTGCCTTCTGCTATCGCAGCAAAACTTGTCAATCCGGACAAGCCTGTCATCAGCGTATGTGGTGACGGTGGCTTTATGATGAATAGTCAGGAGCTGGAAACTGCGGTGCGTCTGAAATTGGATCTTACCGTTGTTGTGCTGCGGGATGACGCCTACGGCATGATCAAGTGGAAGCAGTCGCACATGGCACTGGAAAACTTCGGCTTAGATTATGGCAACCCTGACCTGGTGCAATACGCTGAAAGTTACGGTGCAAAAGGTTGGCGAATAGAGGATACCGCATCACTTAGCGATGTGATTAGTAACTGTATTAATACGCCTGGGGTTCACGTGGTGGACTGTCCCGTTGATTACAGCATGAACGATAAAACGCTCAATCAAACCATTCGCGAATTGAGCGAAAAGCTTTAA	MKASDLFVKALEAEGVEYIFGIPGEENLDLLESLRTSSIQLILTRHEQGAGFMAATYGRLTGKVGVCLSTLGPGATNLVTPAAYAQLGAMPMLMVTGQKPIKTSKQGRFQVIDIVDMMRPISKYTTQVVSGDRIPSIVREAFRLAAEERPGAVHIELPEDIAEEETSAPLLNPSYTRRPIAEYKAIREAVDMIENASSPLLLIGAGANRKLTAKMLREFVDKTGIPFVTTQMGKGVLNESDPLFAGNTALSDGDFVHRAISRADLIINVGHDVVEKPPFFMHDDGKKVIHVNFEPAAVDPVYFPQVEVVGDIANSIWQIKEKVTPQSGWKLDFYKDVHEAYVNHRKEAEDDERFPVLPERFVRDVRKVMPDDGIVTLDNGVYKIWFARNYPAYHPNTLLLDNALASMGAGLPSAIAAKLVNPDKPVISVCGDGGFMMNSQELETAVRLKLDLTVVVLRDDAYGMIKWKQSHMALENFGLDYGNPDLVQYAESYGAKGWRIEDTASLSDVISNCINTPGVHVVDCPVDYSMNDKTLNQTIRELSEKL	PGPT0008185_9720	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
AK237_02409	417			hypothetical protein	ATGGACAACCAGGCCAAAGCACCCAAGGAACTGTTAAAAGCCCAGAAATGGGCGAATATGCTTGATACCGCTATTAAGCTTCCTGTTATTCCCTTTCGTGTTGGTTTGGATTCTATCATTGGACTTATTCCCGGGGCCGGCGATGCGGTGATGCTAATGGCGGGGTTACGCATTATTTTTCTTGGCAAAAAGTTAGGGATGCCATCGGGGCTAATCAATGCCATGGTGCGTAATTCCATGCTGGACTTTGGACTGGGGTTCGTTCCCTTCGTCGGGGATCTCGCCGACTTTTTCTATAAATCGAACCGCAAGAATGTCCAAATCATGGAAAAATGGTGGATAAGTAATAATAAAACGGCTGTGGATAGCGCCACGCAGGAAAAGCTTGCTGCGTGGAACGATCAGTTAACGGATTAA	MDNQAKAPKELLKAQKWANMLDTAIKLPVIPFRVGLDSIIGLIPGAGDAVMLMAGLRIIFLGKKLGMPSGLINAMVRNSMLDFGLGFVPFVGDLADFFYKSNRKNVQIMEKWWISNNKTAVDSATQEKLAAWNDQLTD				NA	NA	NA	NA	NA
AK237_02410	1080	hemH	COG0276	Ferrochelatase	ATGAAATACATTAATTCCACCCATTTTACCCATGGACAAAAAGATAAACTGGGTGTGCTTATTACCAATTTAGGAACGCCTGAAAAGCCAACTAAGCAGGCGCTTAAGCCTTATCTCAAAGAGTTTCTGTCGGATCCGCGTGTGGTTGAGGTTCCGCGGTTATTGTGGTGGTTCATTTTAAACGGCGTTATTTTGAATTTCAGGCCCAAGCGTTCAGCCGAAGCTTACGCCAGTGTATGGACCGACGAAGGCTCCCCACTGATGGCAATCACCAAAGCCCAGCACAAAGCCATTGCTGAGCAGTGCCAAGCGCAGTATGGCGACGATGTCGTTGTCGAATATGCCATGCGTTATGGTCAGCCTTCTGTGGCCCGTGCTCTTGATAGCATGTTCAGGCAGGGTGTAAGAAAGCTTGTGGTGTTGCCGCTTTATCCTCAGTATTGCGCATCGACAACGGCATCTACTTTTGATGCCGTTGCCGCCGACTTCACGCATCGTCGCTGGATGCCGGAATTACGCTTTGTCACTCATTATCATGATGAGCCTGCTTATATCGAAGCGTTAGCGAGCAGCGTGAAAAAGCATTGGGAAGATAACGGCAAGGCGGATTTACTGGTTATGTCCTACCACGGTATTCCTAAGCGTTATCTCACCAATGGCGACCCATACCATTGCGAGTGTTACAAAACTTCCCGGCTGTTAGCCGAAGCGTTGGATCTGAAAGCCGATGATTACATGACAACATTTCAGTCGAGATTTGGTCGTGAAGAGTGGTTACAACCGTATACAGATGAAACCATGAAGGGATTACCCAAAAAAGGGGTGCGTTCTGTACAAGTATTGTGTCCGGGATTTTCAGCCGACTGCCTGGAAACGATAGAGGAAATTGGTGAAGAAAACCGCGAATATTTCATGCATGCTGGTGGCAAGCGTTTTGAATATATTTCTGCGTTGAATGACTCGCCAGCACATATTGATATGTTAATGTCACTTATCAAACGTAATCTTCACGGGTGGACAACCGACGACAATATTCGCCAGCGTCAAGCACTAGCCAAAGCACTCGGCGCAAATAATTAG	MKYINSTHFTHGQKDKLGVLITNLGTPEKPTKQALKPYLKEFLSDPRVVEVPRLLWWFILNGVILNFRPKRSAEAYASVWTDEGSPLMAITKAQHKAIAEQCQAQYGDDVVVEYAMRYGQPSVARALDSMFRQGVRKLVVLPLYPQYCASTTASTFDAVAADFTHRRWMPELRFVTHYHDEPAYIEALASSVKKHWEDNGKADLLVMSYHGIPKRYLTNGDPYHCECYKTSRLLAEALDLKADDYMTTFQSRFGREEWLQPYTDETMKGLPKKGVRSVQVLCPGFSADCLETIEEIGEENREYFMHAGGKRFEYISALNDSPAHIDMLMSLIKRNLHGWTTDDNIRQRQALAKALGANN	PGPT0008485_1768	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
AK237_02411	1599	abgT	COG2978	p-aminobenzoyl-glutamate transport protein	TTGAGCACCAATCAGTCTCCGGTGTCATCCAATCAGGATACGACACAGAGCGGGTGGTTTGCGCGATTTTTGGCTACCGTAGAGTGGCTAGGGAATTTGTTGCCCCATCCGGTCACGTTATTTGCCCTATTATCTGTATTTATCGTCATTCTTAGCGGCTTGCTTGGCTTTTTTGATGTTAGCGTTGCAGATCCTCGCCCCGTGGGTGCAAAAGGTCGCGAAGCGGACGGCATCATTGAAGTCATTTCACTGGTCAATGCGGAAGGGTTACAGCGAATAGTTACCCACCTTGTTACCAATTTTACCGGGTTTGCGCCCCTTGGTACGGTGTTAGTGGCGTTGCTTGGGGTCTCGGTGGCCGAGCATTCCGGCATGTTATCGGCATTAATGCGCTCGTTAGTCATGGGCGCGCCGCGTTTACTCGTAACTTTTGCGATTGTATTTGCGGGTATTTTATCAAATACCGCGTCTGAGTTAGGCTATGTGGTACTGATACCCTTGGCGGCAATGATCTTTCATTCGCTGGGCCGACACCCGCTAGCTGGATTAGCCGCTGCTTTTGCTGGCGTATCCGCCGGTTACAGTGCAAACCTTCTGTTAGGTACTGTCGACCCATTGCTGTCCGGTATCACAGAAGCCGCAGCGCATATGATTGACCCTGAATACTCAGTCGGCCCTGAAGTTAACTGGTATTTTATGTTCGTTAGTACCTTTGTCATCGCTATCATGGGTACATTCGTTACCGACCGGATTGTAGAGCCTCGGCTGGGGAAATATAACGAAAACGACGCATCGGAAAAGATAGACGATCAATCCATGGACAAGCCTTCAGCACTTGAACGCAAAGGGCTAAAAATGGCTGGATTAGCGTTCGTAGTTGTTTGTGCACTGCTTGCTCTAACCGTTGTGCCCGAAAACGGACCGCTTCGTAATCCCGAAACTGGCACAATAACCGGCTCTCCCTTCCTGAAGGGCATTGTCGCGTTTATCTTCATAACATTCGCCATTCCAGGCTTTGTATATGGCCGTGTTGTTGGCACCATGAAGAATGACAAAGACATCATTAATGCAATGTCTAAAAGCATGGGCGCGATGGGGCTTTATATTACCCTCGTATTCTTTGCAGCGCAGTTTGTCGCTTTCTTTAAATGGACCAACCTGGGCACATTTATGGCGGTAAAGGGCGCGGCGTTTTTACAAGCCGCAGGGCTAGACGGCCCATCGGTGTTCATTCTGTTCATTCTCATGTGTGGACTAGTGAATTTGTCACTAGGTAGTGCTTCTGCGCAGTGGGCGGTTACCGCTCCCATATTCGTGCCGATGCTGATGCTGTTAGGTTATGCGCCTGAGGTTATCCAGGCGGCTTACCGCATAGGCGACTCTGTGACTAACGTTATTTCACCGATGATGAGCTACTTTGGTTTAATTTTAGCCATGGCAGCGAAATATCGAAAAGACATTGGTATGGGAACATTGATAGCGATGATGCTCCCTTATTCGATGGTATTCATCGTGGGTTGGTCATTACTCTTTTACGTGTGGGTCTTTATATTCGGTATGCCAGTAGGGCCTGGTGCCGCTACACTCTACCAACCCTAA	MSTNQSPVSSNQDTTQSGWFARFLATVEWLGNLLPHPVTLFALLSVFIVILSGLLGFFDVSVADPRPVGAKGREADGIIEVISLVNAEGLQRIVTHLVTNFTGFAPLGTVLVALLGVSVAEHSGMLSALMRSLVMGAPRLLVTFAIVFAGILSNTASELGYVVLIPLAAMIFHSLGRHPLAGLAAAFAGVSAGYSANLLLGTVDPLLSGITEAAAHMIDPEYSVGPEVNWYFMFVSTFVIAIMGTFVTDRIVEPRLGKYNENDASEKIDDQSMDKPSALERKGLKMAGLAFVVVCALLALTVVPENGPLRNPETGTITGSPFLKGIVAFIFITFAIPGFVYGRVVGTMKNDKDIINAMSKSMGAMGLYITLVFFAAQFVAFFKWTNLGTFMAVKGAAFLQAAGLDGPSVFILFILMCGLVNLSLGSASAQWAVTAPIFVPMLMLLGYAPEVIQAAYRIGDSVTNVISPMMSYFGLILAMAAKYRKDIGMGTLIAMMLPYSMVFIVGWSLLFYVWVFIFGMPVGPGAATLYQP				NA	NA	NA	NA	NA
AK237_02412	885	hflC	COG0330	Modulator of FtsH protease HflC	ATGAAAAATCTATTAATTGCAGCTGTTGTTTTATTTGTTATTTTGCTTTCTGGCTCTCTGTTTGTCGTCAAAGAAGGTGAACGCGCAATTGTTATTCAATTCGGTAAAGTGCAACGTGATGACGCCACTGGCGATACCAAAGTCTTTGAGCCCGGTTTACATTTTAAACTGCCACTTATTGATTCGGTACGTCGTCTTGATGCGCGAATTCAAACACTTGACGATGTGCCTGATCGCTTTGTTACATCTGAGAAGAAAGACCTTATTGTCGACTCGTATGTTAAGTGGAAAATTAACGATTTCGCTCAGTATTATCTGTCAACGCAAGGCGGTAACAAGCTTCAGGCAGAAGCCCTGCTAAAACAGAAAGTTAATAACGGATTACGTTCCGAGTTCGGTGCGCGCACGATTGCGCAAATCGTATCTGGTGAGCGCTCAGCGTTGATGAGCCAGGCCATGGAGCAAGCGAGCGAATCGTCTAAAGAATTGGGTATTCAAATTGTTGATGTGCGCGTTAAGCAAATCAACTTGCCTAACGAAGTTAGCAACGCGATTTTCCAGCGTATGCGTGCCGAACGCGCTGCGGTAGCGAGAGAGCACCGTTCTGAAGGTCAAGAGCAAGCTGAAGTTATCCGCGCAGATATTGACGCTAAAGTTACGGTCATGCAGGCGGACGCAGAGCGTAACGCTCGCCAGGTTCGTGGTGAAGGTGATGCGCTGGCTGCACAGATTTATGCAACGTCGTACTCTAAGAACCCTGACTTCTATAGCTTCCTGCGTAGTATGGATGCATACCGTAAGAGCTTTAATGGTAAAGACGATGTGATGGTGCTTGCACCAGACAGCGACTTCTTTAAATATCTCGATAATTCAAAGGGTAACTAA	MKNLLIAAVVLFVILLSGSLFVVKEGERAIVIQFGKVQRDDATGDTKVFEPGLHFKLPLIDSVRRLDARIQTLDDVPDRFVTSEKKDLIVDSYVKWKINDFAQYYLSTQGGNKLQAEALLKQKVNNGLRSEFGARTIAQIVSGERSALMSQAMEQASESSKELGIQIVDVRVKQINLPNEVSNAIFQRMRAERAAVAREHRSEGQEQAEVIRADIDAKVTVMQADAERNARQVRGEGDALAAQIYATSYSKNPDFYSFLRSMDAYRKSFNGKDDVMVLAPDSDFFKYLDNSKGN				NA	NA	NA	NA	NA
AK237_02413	1149	hflK	COG0330	Modulator of FtsH protease HflK	ATGGCTTGGAATGAGCCGGGTGGCAAAAATAACGACCCGTGGAAGAACCGCGGCGGTCGCGATCAAGGACCCCCGGATTTGGACGATGTGTTCAAAAACTTGTTTGGTAAGTTCGGCAAAATGGGCGGCGGCAGCGGTGGTTCAGGCAAAAGTCTGGGCACGGTTGGCGCAGTTATTCTCATCGCACTACTTGCTGTAATTTGGGTCGTGAGCGGCTTTTATACTATTCGTGAGTCTGAGCGAGGCGTTGTATTACGTTTTGGTGAATATTATAAGCAAGTCGAGCCTGGTCTTCGCTGGAAGCCAACCTTCATCGATACGGTAACGCCCGTCGATGTCACTTCAATTCGTGATCAGGCGTCAAGTGGCTCCATGCTAACTGAAGATGAAAACGTTGTTCGCGTACAAATGGAAATGCAATACCGCGTGGTTGACCCATACCGTTGGACCTACGCAGTAACCAGCCCTGAAATGAGTTTAAGTCAGGCATTAGATAGCGCCATTCGTTATGTAGTGGGTCACTCGCAAATGGACGATGTACTGACAGATGGTCGTGAAGTTACCCGTCAGCGAGTGTGGGAAGAGTTACAAGCGATTCTTGAACCTTATGACTTAGGGGTCACTATCACAGATATGAACTTCCGTGATGCTCGTCCACCAGAAGAAGTAAAAGACGCCTTCGATGATGCTATTGCCGCTCAGGAAGATGAGCAGCGCTTTATTCGTGAAGCCGAAGCTTACGCACGTGAAATCGAGCCGCGTGCTCGGGGTCAGGTGAACCGCATGAATGAAGAAGCTCAAGCATATAAAGAGCGTGTAATCTTAGAAGCGCAGGGTGAAGTTGCACGTTTCTCTGAACTACTGCCTCAGTTTGAAGCTGCGCCACAAGTTACCCGTGAGCGTATCTACCTTGAGACCATGGAAGAAGTGTTGGGTAAAACCAGTAAGGTGCTTATCGATAGCAAAGGTGGCAACAACATGATGTATCTGCCACTGGACAAAATGATGGAACAGAAATCTTCTTCTGCGCCAGCACGTAGTTCTGCGCCGTATCAATCGTTACCGATGTCTTCTTCGAACGATTCACCACGCGCGTCGAATACGAACTCTGGCTTTCGCGACAGTCGTTTTGGTAGCGGAGGAGAATAA	MAWNEPGGKNNDPWKNRGGRDQGPPDLDDVFKNLFGKFGKMGGGSGGSGKSLGTVGAVILIALLAVIWVVSGFYTIRESERGVVLRFGEYYKQVEPGLRWKPTFIDTVTPVDVTSIRDQASSGSMLTEDENVVRVQMEMQYRVVDPYRWTYAVTSPEMSLSQALDSAIRYVVGHSQMDDVLTDGREVTRQRVWEELQAILEPYDLGVTITDMNFRDARPPEEVKDAFDDAIAAQEDEQRFIREAEAYAREIEPRARGQVNRMNEEAQAYKERVILEAQGEVARFSELLPQFEAAPQVTRERIYLETMEEVLGKTSKVLIDSKGGNNMMYLPLDKMMEQKSSSAPARSSAPYQSLPMSSSNDSPRASNTNSGFRDSRFGSGGE				NA	NA	NA	NA	NA
AK237_02414	1290	hflX	COG2262	GTPase HflX	TTGTTTGACCGTTATGAAGCCGGTGAACAGGCTATTCTTGTTCATGTCAATTTTGCTGACGAAAACAGTAAGGAAGATCTCGCCGAGCTAGAATTGCTCGTATCTTCTGCTGGGGTTAATGCGGTAGACGTACTTACGACGTCGCGTAGTGCGCCCCACGCTAAGTATTTCGTTGGTTCAGGTAAAGCCGAAGAGATTGCTGCTTCTGTGAAAGCGCATGATGCTAATGTAGTGATTTTCAATCATGCGTTATCGCCGTCTCAAGAGCGAAATCTCGAAGCCATCTGCAAATGCCGGGTATTAGATCGTACCGGCCTTATCTTAGATATTTTTGCGCAACGCGCTCGAACACACGAAGGTAAGTTGCAGGTAGAACTGGCGCAGTTACGGCATATTTCCACTCGACTCATTCGCGGATGGACACACCTTGAGCGTCAAAAGGGCGGGATAGGTCTGCGTGGGCCGGGAGAAACTCAGCTCGAAACTGACCGTCGACTTCTGCGTGGCCGTATCAAGGCCATTCTTCGGCGGCTTGAAAAAGTGCAAAAGCAACGTGAACAGGGCCGCCGCTCGCGTAAGCGGGCAGAAATTCCTACCGTATCGTTGGTGGGCTATACCAACGCGGGTAAATCAACATTGTTTAATGCAATTACCGATTCCCATGTTTATGCAGCAGACCAACTATTTGCCACGTTGGATCCGACGCTTCGCAAAATAGATTTGCAGGATGTTGGTCCGGCTATTCTGGCGGACACGGTAGGGTTTATTCGCCATCTTCCTCATGATCTCGTCGCAGCCTTTAAAGCGACATTACAAGAAACCCAGGAAGCCGATTTGTTGCTTCACGTGGTTGATGTTGCTGAAGCGAACTATCGTGAAACGATGGATGAAGTAAACGCTGTTTTAGAAGAAATTGAAGCGGATGATATTCAGCAATTAATAATCTGTAATAAGATTGATAAACTTGATGAAATATCGCCACGTATAGATAGAGATGAAGAAGGTGTACCTACCCGGGTTTGGGTGTCTGCACATTCTGGCGAAGGGCTCGATTTAGTGAGCCAGGCTCTCACCGACTGCTTAGGACAGAGCATGGTGAGCTATACATTGCGAATTCCGCCTGCGCAAAGCAAACTGCGTGGCGTGTTATATGATTTAAATTGCATTGCTAGCGAAACGTACGATTCTGACGGTGACTGGGTTGTTGACGTGAAAATGCCAACAACAGACTGGAACCGGTTGGAAAAACGTTTGGACAGAGGTATTTCTGGGTATGTGGTACGCCACTAA	MFDRYEAGEQAILVHVNFADENSKEDLAELELLVSSAGVNAVDVLTTSRSAPHAKYFVGSGKAEEIAASVKAHDANVVIFNHALSPSQERNLEAICKCRVLDRTGLILDIFAQRARTHEGKLQVELAQLRHISTRLIRGWTHLERQKGGIGLRGPGETQLETDRRLLRGRIKAILRRLEKVQKQREQGRRSRKRAEIPTVSLVGYTNAGKSTLFNAITDSHVYAADQLFATLDPTLRKIDLQDVGPAILADTVGFIRHLPHDLVAAFKATLQETQEADLLLHVVDVAEANYRETMDEVNAVLEEIEADDIQQLIICNKIDKLDEISPRIDRDEEGVPTRVWVSAHSGEGLDLVSQALTDCLGQSMVSYTLRIPPAQSKLRGVLYDLNCIASETYDSDGDWVVDVKMPTTDWNRLEKRLDRGISGYVVRH	PGPT0007245_2799	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PHYTOHORMONE-CYTOKININS|DERIVATE_PRODUCTION	PHYTOHORMONE-CYTOKININ_METABOLISM	PHYTOHORMONE-CYTOKININ_BIOSYNTHESIS,PGPT0007245-hflX-K03665	NA	NA
AK237_02415	255	hfq	COG1923	RNA-binding protein Hfq	ATGGCTAAAGGGCAATCACTACAAGACCCATTCTTGAATGCGTTACGAAAAGAGCGTATTCCCGTATCCATTTATCTGGTAAATGGAATCAAACTTCAGGGGCAAGTGGAATCGTTCGATCAGTTCGTGATTCTGTTGAAAAACACAGTTAGTCAAATGGTATATAAGCATGCCATCTCAACTGTTGTACCATCACGTGCTATCACTATGCCTAGCTCAACCCAAGGGGATGCTGAAAATAGTAAAAGTGAATAA	MAKGQSLQDPFLNALRKERIPVSIYLVNGIKLQGQVESFDQFVILLKNTVSQMVYKHAISTVVPSRAITMPSSTQGDAENSKSE	PGPT0025560_1032	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
AK237_02416	933	miaA	COG0324	tRNA dimethylallyltransferase	ATGAGTAAAATCGAAAATATGAAGCCTGTCGTAAGTATTATGGGCCCTACCGCTTCGGGTAAAACAGGTTTAGCACTGGAATTGTCACAGCACGTACCCTGTGAAATTATCAGTGTTGACTCTGCATTGGTTTACAAAGGCATGGATATCGGAACCGCTAAGCCGAGTGAAGCGGAACAGGCAATGGCGCCCCATTGGCTAATTGATATTATCGATCCTGCTGATACCTATTCAGTGGCTGAATTTCGTCATGACGTTGTGCAACTTATTGGCGAAATTCATCAGCGCGGCAAACTGCCAGTGTTGGTAGGTGGTACGATGATGTACTTTAATGCCTTGATAAATGGGATTTCGCCCTTACCTAAGTCAGACGATGCGGTGAGAGCGAGCATTGCCCAGGATGCCGAGGCGCAAGGATGGCAAGCCTTACACGATGAATTAAAGCGTGTTGACCCTGTTAGTGCTGCTCGTATTCACCCAAATGATCCGCAGCGTGTAACGCGGGCATTAGAGGTTTACCGTTCAACGGGGAAAAACCTCACAGAGTGGCAAGCCCGGAAGGGCGAGCCGTGCCCCTATCAGGTGACGCAATTTGCTATTGCGCCGGAAGACAGGTCAGTGTTGCACGATCGTATCGAACAGCGATTCGACATGATGCTGGAAAATGGCTTCATTGATGAAGTTAAAACGTTATTTGCCCGGAAGGATCTTCACGAAGATCTCCCATCAATACGGTCTGTAGGATACCGTCAGGCTTGGCAGTATTTACAGGGGCAACATGACTATGCAGAAATGCGTGAGAAAGGTATTATTGCAACGCGTCAGCTTGCTAAGCGTCAGCTAACCTGGTTACGAGGCTGGCCTGAGTTACACTGGCTCGACACGTTTGCTAACCATAATTTGACGAATATTTTGTCAAAAATCACACTTTAA	MSKIENMKPVVSIMGPTASGKTGLALELSQHVPCEIISVDSALVYKGMDIGTAKPSEAEQAMAPHWLIDIIDPADTYSVAEFRHDVVQLIGEIHQRGKLPVLVGGTMMYFNALINGISPLPKSDDAVRASIAQDAEAQGWQALHDELKRVDPVSAARIHPNDPQRVTRALEVYRSTGKNLTEWQARKGEPCPYQVTQFAIAPEDRSVLHDRIEQRFDMMLENGFIDEVKTLFARKDLHEDLPSIRSVGYRQAWQYLQGQHDYAEMREKGIIATRQLAKRQLTWLRGWPELHWLDTFANHNLTNILSKITL	PGPT0007210_3480	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	OTHER_COLONIZATION_RELATED_PROTEINS	COLONIZATION-HOST_INVASION_FACTORS	HOST_INVASION-HOST_INFECTION_MEDIATOR,PGPT0007210-miaA|ipt-K00791	NA	NA
AK237_02417	1779	mutL	COG0323	DNA mismatch repair protein MutL	TTGCCCATTCAGCTACTCCCACCGCAGTTAGCAAACCAAATTGCTGCTGGCGAAGTGGTAGAACGACCTGCCTCTGTTGTCAAAGAGCTCATTGAGAATAGCCTGGACGCAGGCGCTACCCGCATCGAACTCGATATTGAAAAAGGCGGACACAAGCGAATTAAACTTCGTGACAACGGCGGTGGTATTGCAAAAGAAGAGTTGTCTTTAGCATTAAGCCGGCATGCTACCAGCAAAATCGCGACGCTAGATGATCTTGAGCAAATTCTGTCTTTAGGCTTTCGGGGTGAGGCGCTTGCCAGTATTAGCTCGGTAAGCCGGCTCATACTTACCTCGAAAACCAAAACGCAGGAACAAGCCTGGCAAGCCCATTGCGAAGGTCGGGATATGGCGGTGAAACTCAATCCGGTCGCGCATCCGGAAGGCACCACCATAGATGTGGCGGATTTATTCTATAATACACCGGCCAGACGCAAATTCTTACGCACGGAAAAAACAGAGTATCAACACATTGAAGATGTGGTGCGACGTATTGCGTTAAGCCATCCTCATGTCTCTTTTTTGCTTAAGCACAATGGCAAAATGATGAAGCGCTACATGGTGGCAGGCACCGATGTGTTAAGCCAGCGAATTGGCGCTGTAATGGGGCAGAAATTTCTGGCGAATGCCATCTACGTTAAAACAGACTATCACGGCATGGTACTGGAAGCGTGGTTAGGAAATGAATCGATGCTGCGCAGCAGTACCGATAGCCAGTTTAGTTTTGTTAACGGACGGGGCATGCGCGATAAGCTCATTTTGCACGCTATTCGCCAAGCTTACGAGAGTGTCTGGGGCGTTGTAGAGCAGCCTTCATTTGTGGTGTATTTACAGGTAAATCCCAGAGATGTAGATGTTAACGTGCATCCTGCAAAGCATGAAGTCCGGTTTCAGCAGAGCCGCCTCGTACACGATTATATATGTAAGACGGTCGCCGATGCATTAAGTGACGATAGCGGCCAGGATGTCGGGCAATTTGATGAGCCCGAACACGACTATATTCGACCGCTTACTCCCGTTACTCATGGAGGCTCGCACGTTTCTTCGCCTTCATCTCCGGCCACTGTAACGGGAGGGCAAAGTTCCCCGACGACAGGGTATGCACGAAGCGCGAATAATATTCGCCCTTCAGCGTCTGGCGGGCGCAGCAGCTATTCTCCAGGAGCCGCAAATTCAGCGTCGGTTAGCGATTACAGCGAGAATTATAACGCGCTTGTTACCTCACGCATTGATACGGAAGAATCTTCTGCGTTATCATTCTTGCAAATAAATGAATATGTAAGAATTTACTGTCATAAAAACAACTGTTTGCTTTTGTCTGTAAACGCTATAATCGCGCCATGGGTTGCAAAGCAAATCCGACAGGCAAATACGTCGCAGCCGCTGCTCATGCCGGTATCTGTCGCAGACAGGAATGTCAGCGAAGCGACCTTAGAGGTACTGAAAGCGTATCACTTTGAAATTAATGAAGTGGCGGGTAAATACCGCTTACAACAAGTGCCGGCAGGTTGCAGACATTTCCCTTGGGTGAACTGGTTTCCAGTGTTGCTCACCTCGGGGCAGCAGAATTTAGACACTGTGCTAAAGTCATTAGTAACAGTGTCCACTGTGCCCTCAGACATAATCCATTCCGTTTGGTACGGGTTTGATGCGCTGCCTTTGAGCGATAGCACGACAATATTGGAAGAGAATGGACGAGTGCAATCGGTCGACACGTTAATAGATAAATGGCCGAAATGA	MPIQLLPPQLANQIAAGEVVERPASVVKELIENSLDAGATRIELDIEKGGHKRIKLRDNGGGIAKEELSLALSRHATSKIATLDDLEQILSLGFRGEALASISSVSRLILTSKTKTQEQAWQAHCEGRDMAVKLNPVAHPEGTTIDVADLFYNTPARRKFLRTEKTEYQHIEDVVRRIALSHPHVSFLLKHNGKMMKRYMVAGTDVLSQRIGAVMGQKFLANAIYVKTDYHGMVLEAWLGNESMLRSSTDSQFSFVNGRGMRDKLILHAIRQAYESVWGVVEQPSFVVYLQVNPRDVDVNVHPAKHEVRFQQSRLVHDYICKTVADALSDDSGQDVGQFDEPEHDYIRPLTPVTHGGSHVSSPSSPATVTGGQSSPTTGYARSANNIRPSASGGRSSYSPGAANSASVSDYSENYNALVTSRIDTEESSALSFLQINEYVRIYCHKNNCLLLSVNAIIAPWVAKQIRQANTSQPLLMPVSVADRNVSEATLEVLKAYHFEINEVAGKYRLQQVPAGCRHFPWVNWFPVLLTSGQQNLDTVLKSLVTVSTVPSDIIHSVWYGFDALPLSDSTTILEENGRVQSVDTLIDKWPK				NA	NA	NA	NA	NA
AK237_02418	1335	amiB	COG0860	N-acetylmuramoyl-L-alanine amidase AmiB	ATGTTGCGCGTTATCGTTTACACAATCTGTTTATGGTGCCTGACTGCTTCAGTCTGGGCGCAAAACCAGATTAGCGGCGTCAGAGCTGCCCCTTCAGGGGATCGCACCCGTGTTGTGCTCGATTTAAAGACAACGCCTGAATATACCTATTTCACATTGCAGAATCCTTCTCGTTTAGTCATCGATTTGGCAAATACGAGCAATAGCAACGATTTGTCACAAGCCGATATTACCGGTGACCTGGTTGAAAAAGTGCGGCATTCCACGCCTAAAGACAGCCAGTCTGCCCGAATTGTCATCGAGCTAGCCAGAAAAGCTGAGTCATCAGTATTCCCTGTTGAACCTGATGGGGCATTTGGTCACCGCTTAGTCATTGATTTTATTGATTCTAACCCACCAGCGACAAGTGCTTCAGGTAGCTCATCAGTAGTACTTGATAGTAAGAATAATAGCCGGGACAGAGATATTATTGTTGCTATTGATGCCGGCCATGGCGGGAATGATCCTGGCTCAATTGGGCGAGCGGGAACGTACGAGAAACATATTACGCTTAGTGTTGCTAAATACCTCGAGAAGCTGGTGAACGCAGAGCCGGGTATGCGAGCAGTGATGACCCGTGACGGTGATTACTACGTTGGTCTTAATAAGCGCCCGGAAATTGCGCGTAAAAGTAAGGCCGATTTACTTATTTCCATTCATGCTGATGCATTCACAACAGCCGGTCCCCGAGGCGGCTCTGTGTGGGTGCTGTCAATGCGTCGTGCTGATACCGAATTGGGTCGTTGGCTGGAAAGAACGGAGCAACATTCAGAATTGCTGGGCGGTGCCGCCGAAGTGATTTCTGATAATGCGAGCGAACGCTATCTGGCAGAAACCATTCTTGGTTTATCCATGGACCACTCGATGTCAGCCAGTTACGATTTAAGCCAGAAAGTCATCAAAGAGTTGCGAGGCGTGACTAGAATGCATAAATCGTTACCGCAAGCCGCTAGCCTGGCTGTACTTACCGCACCAGATATACCCTCCATATTGGTTGAAACTGGCTTTATCAGTAATCCGCAGGAAGAGAAAAACCTGAACTGGAGCACATATAGAGAACGATTGGCAGCCTCTATGTTTGAAGCTATCAAAACGTATTTCCGCCAGGTTCCCCCCGATGGCACGCTTTGGGCGTCTCAAAAATCACGTAATCTCATTCATAAAGTGCGCAGTGGGGAGTCATTGTCCTTGCTGGCGCAACGATACAATGTGAAAATCAGTACAATTAAAGCTGCAAACAATCTGAGCAGCGACACAGTACAAATTGGTCAGGAACTGACAATTCCCCGAACTTAA	MLRVIVYTICLWCLTASVWAQNQISGVRAAPSGDRTRVVLDLKTTPEYTYFTLQNPSRLVIDLANTSNSNDLSQADITGDLVEKVRHSTPKDSQSARIVIELARKAESSVFPVEPDGAFGHRLVIDFIDSNPPATSASGSSSVVLDSKNNSRDRDIIVAIDAGHGGNDPGSIGRAGTYEKHITLSVAKYLEKLVNAEPGMRAVMTRDGDYYVGLNKRPEIARKSKADLLISIHADAFTTAGPRGGSVWVLSMRRADTELGRWLERTEQHSELLGGAAEVISDNASERYLAETILGLSMDHSMSASYDLSQKVIKELRGVTRMHKSLPQAASLAVLTAPDIPSILVETGFISNPQEEKNLNWSTYRERLAASMFEAIKTYFRQVPPDGTLWASQKSRNLIHKVRSGESLSLLAQRYNVKISTIKAANNLSSDTVQIGQELTIPRT	PGPT0024160_2385	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-PEPTIDOGLYCAN_REMODELLING	CE-PG_REMODELLING_AMIDASE_ACTIVITY,PGPT0024160-amiA|amiB|amiC-K01448	NA	NA
AK237_02419	480	tsaE	COG0802	tRNA threonylcarbamoyladenosine biosynthesis protein TsaE	ATGTCAAACCAGGCTATCGCGTTCCAGTCCCATTCGCCAGATGATACAAAGCATTTTGCTGAAACTCTGGCTGAAGCGGTGGCAAGTCAATTACCCCGTGGGCTTGTTATTTATCTTGAAGGAGACCTCGGCGCCGGTAAAACCACGTTCAGCCGTTACTTCATTCAATATTTTGGTCATCAGGGCAATGTGAAAAGTCCGACATACACCCTGGTGGAACCCTACGAGTTAACCTCTGCCTCTCTGTACCATTTTGACTTGTACCGGCTGGCGGATCCTGAAGAGCTCGAATTTATGGGGATCCGCGATTATTTCGGCGAAAAAGCAATATGTTTAATAGAATGGCCGCAAAAAGGGGCTGAATTCTTGGCTTCTGCGGATTTAGTGATTAGTATTAACTCACATGACGAAGGAAGAACACTGCAAATCACTGCAGAATCATCGGCCGGTGAAGCCGTTTTAGGTATGATGCATACCTGA	MSNQAIAFQSHSPDDTKHFAETLAEAVASQLPRGLVIYLEGDLGAGKTTFSRYFIQYFGHQGNVKSPTYTLVEPYELTSASLYHFDLYRLADPEELEFMGIRDYFGEKAICLIEWPQKGAEFLASADLVISINSHDEGRTLQITAESSAGEAVLGMMHT	PGPT0019050_30	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO|NUCLEOTIDE_SUGAR_UTILIZATION	PLANT_DERIVED_MURAMATE_DEGRADATION,PGPT0019050-amgK-K07102	NA	NA
AK237_02420	1500	nnr	COG0062	Bifunctional NAD(P)H-hydrate repair enzyme Nnr	ATGCTAGATACTAAACTCGCGACAAGTTTATCACACAAACTCTTTCGCGCCGAACAGGTAAGAGAGCACGAACAACAAGCGGCGGAACAGTCTGGTTGTGACTTGTTTACGCTTATGGAACGTGCTGGTGCATCGGTATTTCGTCAATGCCAGAGTTTGCTTCCGAACTCACACGTTTATCTGGTTATGGTTGGACAAGGCAATAATGCCGGAGATGGGTATATTGCGGCCTTAAAGGCCAAAGATGCAGGCAAACAAGTTCACGTTTGCGCGGTTGAACCACACCGTATTTTAGATGGCGATGCAGGGCTGGCGCAGCGTCGTTGGTTAGATGCAGGTGGGAAAATTGAAGTATTTGATCCCGCGCTACTCGACAAGGCCGGACTCGTCGTGGATGCCATGCTGGGTACAGGAATTACCAGCTACATCAGAAACGAGTTCGCCGATATTATTGATGCCATTAATGCCCATGACATTCCGGTTGTAAGTGTTGATGTGCCTTCGGGCTTAGATGCCAATACCGGACAGTCACTGGGTCGCTGTATCGAGGCGGATGTTACCGTTACCTTTGTTGGTATAAAGCAAGGTCTCACCACGGGCGCTGGTAAGCAATCATGTGGTAAGTTAGTTTACGATGACCTGGGCATTGGAAAAGCCTTTGCTGATATTGCGCGCTCATCAGCCAGTTTGTTGGACATCGAGCAGTTCAGAGGTTTGGGGCCACGCGCGGTACACAGTCACAAGGGCACTTATGGCCGGCTGCTGTGTGTGGGCGGTAATAAAGGCACCGCTGGTGCTATTCGCTTGTCTAGCGAAGCGGCACTGCGAAGTGGAGCCGGAATGGTGCGCGTATTTACTCACACGGCCTCCACAATTCAGGTCAGCGCAGGTCGGCCCGAGTTGATGGTGACTGAAGAGAATCTGGAAGATGCGTTAAATTGGGCAACATGTGTGGTGATTGGTCCGGGTCTTGGACAGGACGATTGGGCCGAAACGGTATTTCAAACCGTAATGAAACATTGCCAAACCCACCCTAAGCCAATGGTGCTTGATGCGGACGCGCTGAATTTACTCAGTCGTCAGGCGACGGCCTATACGATTAACGATTGTATTTTAACGCCTCATGCTGGTGAAGCCAGTAGGCTACTTGGTGTATCAGTGGACGATGTGGAAGCCGAGCGCTTTAATTATGCCCGACAATGCGCCCAGCGCTATCATGCAACGTGCGTGTTAAAAGGCGCTGGAACCATTATTGATAATGAACGGTCTACGTGGGTGAGTAAACACGGTAATCCGGGCATGGCCACGGCAGGAAGCGGTGATGTACTAAGTGGTATATTGGGCGCACTACTGGCACAGGGATTATCCAGAGACATTGCGGCAAAATATGGTGTGACTGTTCACGCGAAAGCGGGCGATGATTTGGCTGATTTGTATGGCCAACGTGGTATGATTGCCAGTGATTTATTTGAGGCCGTACGCGTTCTCATTAACCAATAG	MLDTKLATSLSHKLFRAEQVREHEQQAAEQSGCDLFTLMERAGASVFRQCQSLLPNSHVYLVMVGQGNNAGDGYIAALKAKDAGKQVHVCAVEPHRILDGDAGLAQRRWLDAGGKIEVFDPALLDKAGLVVDAMLGTGITSYIRNEFADIIDAINAHDIPVVSVDVPSGLDANTGQSLGRCIEADVTVTFVGIKQGLTTGAGKQSCGKLVYDDLGIGKAFADIARSSASLLDIEQFRGLGPRAVHSHKGTYGRLLCVGGNKGTAGAIRLSSEAALRSGAGMVRVFTHTASTIQVSAGRPELMVTEENLEDALNWATCVVIGPGLGQDDWAETVFQTVMKHCQTHPKPMVLDADALNLLSRQATAYTINDCILTPHAGEASRLLGVSVDDVEAERFNYARQCAQRYHATCVLKGAGTIIDNERSTWVSKHGNPGMATAGSGDVLSGILGALLAQGLSRDIAAKYGVTVHAKAGDDLADLYGQRGMIASDLFEAVRVLINQ				NA	NA	NA	NA	NA
AK237_02421	1146	queG		Epoxyqueuosine reductase	ATGTCCGCGTTGCAATCAATCGATCTCATTAGATTAACAGAAGATATCAAGGCTTGGGGCCGCGCGCTAGGGTTTCAACAAGTCGGTATCTGTGATGTTGATCTCAGTCAGCACGAAGAAAAACTGCTCGCTTGGTTGGAGAAAGGCTACCACGGAGAGATGGAATACATGGCGTCGCATGGGCTCAAACGCGCGCGTCCAGCAGAACTCGTTCCCGGCACATTAAGAATTATTAGCGTAAGGATGGACTACCTTCCGCCGGACGCTTCCTTCGCCAAACACTTGTCGGACGATTCCATCGCTTATATTTCGCGGTACGCGCTTGGCCGCGACTATCATAAAGTGTTACGCCAGCGGCTTAAGCAGTTGGGAGAGAAAATCACTGCACATTTAGCCGAAACGAATTATCGCCCATTTGTTGATTCAGCCCCCGTGCTTGAACATGCCATTGCCGAAAAAGCAGGTATCGGCTGGACAGGCAAGCACTCGCTTACCATTAATAAGCAAGCTGGCTCATGGTTCTTTCTCGGAGAACTCTTTATTAACCTGCCCCTGCCTGTGGATGAGCCAACCCGCGAAGAAGGTTGTGGCAGTTGTACAGCGTGCCTGACAATGTGCCCGACACAAGCCATCGTTGCTCCCTACACTGTTGATGCGAGGAAATGCATCTCGTATTTAACCATTGAGAATAGCGGCCCCATTCCTGAAGCGCTCAGACCATTAATGGGGAATCGCATATACGGCTGTGACGATTGCCAGTTGGTTTGTCCCTGGAATCGTTACGGCAACATCACCGAAGAAAGCGATTTCCACCCTAGAAAGCAATTGCATGGACAATCATTGGTGACGCTTTTTTCGTGGGATGAGACCACGTTCCTGAAAAATACCGAAGGTTCACCGATTCGAAGAATCGGTCATGAGCGCTGGCTACGCAATATTGCTGTGGCCATGGGTAATGCCAGTGCCAGTGAAGAAATTCAATCCGCTTTACTTGCTCGCTCGGGGAATGTGTCTGCACTCGTGCAAGAACATATTGACTGGGCGCTGGAGCAACAACAGCGTAAAAATGAAAGTCAGATCGTAACGAATCGTCAGCAGCAGCGACTTACTCGTGTGGTAAGAAAAGGGCTTCCGCGCGACGCTTAG	MSALQSIDLIRLTEDIKAWGRALGFQQVGICDVDLSQHEEKLLAWLEKGYHGEMEYMASHGLKRARPAELVPGTLRIISVRMDYLPPDASFAKHLSDDSIAYISRYALGRDYHKVLRQRLKQLGEKITAHLAETNYRPFVDSAPVLEHAIAEKAGIGWTGKHSLTINKQAGSWFFLGELFINLPLPVDEPTREEGCGSCTACLTMCPTQAIVAPYTVDARKCISYLTIENSGPIPEALRPLMGNRIYGCDDCQLVCPWNRYGNITEESDFHPRKQLHGQSLVTLFSWDETTFLKNTEGSPIRRIGHERWLRNIAVAMGNASASEEIQSALLARSGNVSALVQEHIDWALEQQQRKNESQIVTNRQQQRLTRVVRKGLPRDA				NA	NA	NA	NA	NA
AK237_02422	1092	hemE	COG0407	Uroporphyrinogen decarboxylase	ATGTCGGCCACTAGCCCTTCTATCGAGCGTCCCGCGCTCAAAAATGACAGATATTTACGCGCACTACTCAAGCAACCTGTTGATGTTACGCCTGTTTGGATGATGCGTCAGGCAGGTCGTTATTTGCCAGAGTACAAGGCAACGCGTGCCGAAGCGGGTGATTTCATGTCACTGTGTAAAAACGCAGAGTTGGCTTGCGAGGTCACACTACAGCCTTTACGTCGCTTTGCCTTAGATGCGGCTATTTTATTTTCAGATATTTTGACAATTCCGGATGCCATGGGACTGGGTTTGTATTTTGAAGCCGGTGAAGGTCCGCGATTTAAGCATCCTGTTCAATCAAAAGCTGATGTCGACAAAATCGGCGTGCCCGATCCGGAAGGCGAATTGCAATATGTGATGAATGCAGTACGCACAATTCGACGCGAGCTCAAGGGCGAAGTCCCGCTGATTGGATTTTCAGGAAGCCCGTGGACGTTAGCAACTTATATGGTTGAGGGCGGTTCGAGCAAAGCGTTCACAAAAATTAAAAAAATGGCATTTGCCGAACCCGCATTATTGCATGCCTTGCTGGAAAAGTTAGCCGACTCCGTGACAGATTATTTGAACGCACAAATTGCCGCAGGTGCGCAATCAGTCATGATTTTTGATACATGGGGTGGTGTACTTTCTCCCCGTGACTACAAAACGTTTTCTTTACAGTATATGGCCCGCATCGTGGACGGACTTAAACGAGAAAGTGAAGGTCGCCGCGTGCCGGTAACGTTATTTACCAAAAATGGCGGTATGTGGTTAGAAGCTATTGCTGATACGGGTTGTGATGCGGTTGGACTAGACTGGACTATTGATATTGCCGAAGCAAAGGCGCGCGTGGGTGACAGAGTGGCGCTGCAAGGTAATATGGATCCTTCGATGTTATACGCGCCGCCCGCCCGAATCGAAGAGGAAGTAGCGCATATTCTTGCCGGCTTCGGTGAAGGAAGTGGTCACGTGTTTAACCTGGGACACGGTATTCATTTGGATGTGCCTCCTGAGCATGCCGGCGTATTCGTCGATGCGGTGCACACGTTAAGTAAGCCGTATCACAAATAA	MSATSPSIERPALKNDRYLRALLKQPVDVTPVWMMRQAGRYLPEYKATRAEAGDFMSLCKNAELACEVTLQPLRRFALDAAILFSDILTIPDAMGLGLYFEAGEGPRFKHPVQSKADVDKIGVPDPEGELQYVMNAVRTIRRELKGEVPLIGFSGSPWTLATYMVEGGSSKAFTKIKKMAFAEPALLHALLEKLADSVTDYLNAQIAAGAQSVMIFDTWGGVLSPRDYKTFSLQYMARIVDGLKRESEGRRVPVTLFTKNGGMWLEAIADTGCDAVGLDWTIDIAEAKARVGDRVALQGNMDPSMLYAPPARIEEEVAHILAGFGEGSGHVFNLGHGIHLDVPPEHAGVFVDAVHTLSKPYHK	PGPT0008465_1178	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_VITAMIN_PRODUCTION	PLANT_VITAMIN_RELATED_HEME_METABOLISM	PLANT_VITAMIN-HEME|SIRO-BIOSYNTHESIS,PGPT0008465-hemE-K01599	NA	NA
AK237_02423	873	nudC_2		NADH pyrophosphatase	ATGGGCGGCATTCTCTCCTCGAAAAAGTCAGTGCGTTTAATGATCAAAACCGTTTCCCATGCACAACTTGAAGCAACGAATGCGCTTTGGTTAATCTTTAGCCGAGATAAGTTGTTAGTACCGAAATCTTCTGCGTCTTTGTTTTTAGGGACCTGGTCAGCGCTCGAATTTCTTAGCCATCATCAATCCAGCGTATTTGAACTGCCCCCGTTGTCCGAACACCATGCCTTATCAAATCCTGTCTTTATCATCGATGTTGGAGCTGAGCACGTCGAGCATCAGCAATGGGAGTTCACAACGTTAAGATCTTTACTTGCCGTGGGTAACGACGAGCAATTCAATGTGCTTTCACGCGCATGGCAATACGTTCATTTTTTACGAACGCATCGCTTTTGCGGTCAGTGTGGCGCAAGAATGGAACGAGTCGACTGGGAAATGGCGATGCAATGTCATCAGTGTAAGCATCGTGTCTATCCTCGGGTTTCACCCTGCATCATCGTAGCTATTCACCGGGAAAACCAAATTTTACTGGCGAGAGGGGTAAGACATAAAGACACGTCGATGTACTCAACCATTGCCGGGTTCGTGGAAAGTGGCGAAAACCTGGAGCAGGCCGTGCATCGTGAAGTCGAGGAAGAAGTAGGCGTGAAGGTAAAAAACCTCCGTTATTTCGATAGTCAGCCCTGGCCATTTCCACATTCGCTGATGATGGGTTACCTTGCCGAATATGAAAGTGGGGACATTGTGCCTGAAGAGGGCGAGATTATTGATGCACACTGGTTTGATATTAACAACTTACCTACTATTCCTCCCAGGTTATCTATTGCTGGCAGGTTAATTGAAGCAGTCGTCAATCGCTATACACAAAAATAA	MGGILSSKKSVRLMIKTVSHAQLEATNALWLIFSRDKLLVPKSSASLFLGTWSALEFLSHHQSSVFELPPLSEHHALSNPVFIIDVGAEHVEHQQWEFTTLRSLLAVGNDEQFNVLSRAWQYVHFLRTHRFCGQCGARMERVDWEMAMQCHQCKHRVYPRVSPCIIVAIHRENQILLARGVRHKDTSMYSTIAGFVESGENLEQAVHREVEEEVGVKVKNLRYFDSQPWPFPHSLMMGYLAEYESGDIVPEEGEIIDAHWFDINNLPTIPPRLSIAGRLIEAVVNRYTQK	PGPT0013440_1879	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	ROOT_COLONIZATION	ROOT_COLONIZATION-VITAMIN_B3|NIACIN_METABOLISM	ROOT_COLONIZATION-VITAMIN_B3|NIACIN_BIOSYNTHESIS,PGPT0013440-nudC-K03426	NA	NA
AK237_02424	474	zur	COG0735	Zinc uptake regulation protein	ATGAATAGTACTACCCTTGTAAATAAAGCTCGTGCCTACTGTGAGCAACGAGGCGCAAGATTTACTCCGCTGCGCGAAAAAGTGTACGAGATATTGCTTGGCAAACACGGCCCCATGGGTGCCTATGAATTGTTAGACGCATTAAAAGAAACCGAGTCCAGCGCGAAACCTGCCACGGTCTATCGCGCACTTGATTTTTTGCTGGAATTTGGATTTATTCATCGATTGGAATCCACCAACGCATTTGTTGCTTGTCACCATTTTGGCTGTCACCATCCCGTGCAGTTTCTAATTTGCGACAGTTGCGGTGACGTTGCAGAGATACAGTCGGAAGGCTTACAAGAAACCCTTGATAGTCAGGCAAAGAAGTATGGATTTAAAGTATCAAAGCAAACAATAGAAGCTCACGGCCTCTGCGCAGATTGCCAGGAAGCAGAGCGTTCTGAGCTAAAGGAAGAAAACCATGAATGTTGA	MNSTTLVNKARAYCEQRGARFTPLREKVYEILLGKHGPMGAYELLDALKETESSAKPATVYRALDFLLEFGFIHRLESTNAFVACHHFGCHHPVQFLICDSCGDVAEIQSEGLQETLDSQAKKYGFKVSKQTIEAHGLCADCQEAERSELKEENHEC	PGPT0003905_920	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE	CE-BACTERIAL_FITNESS-MULTUDRUG_RELATED_REGULATION,PGPT0003905-zur-K09823	NA	NA
AK237_02425	465			hypothetical protein	ATGAATGTTGAGTTTGTGAACCCCTTTATCAACGGCCTGTTGAATGTCATGGAAACCATGGCACAGACAACCTTAAAGCCGGGAAAACCAAAAAGAAAACAAAGTGATATTGCTCAGGGTGATGTATCTGGCCTTATCGGCATGGTAGGCCCACAGATAAAAGGGTCTATGTCGATAACCTTTGATGAAGGCCTGGCGCTAACGATTATGGAACGTATGGTTGGTGAACGTCCTGAAAAGCTGGATGCAGAGGTTGGCGATATGGTAGGCGAAGTCACTAACATGATTTGCGGAAACGCAAAACGCGATTTAGCGGACAAAGGATTTGAGTTCGGTATGGCGACCCCAATTGTTGTATCAGGAAAGCAACACACTATCAGCCATCAGGTCGATGGCTCTAAGCTTATTATGCCGTTTATGTGTGAAGAGGGATTGGCACACATGGAAATCTGCTTTGACAAGTAA	MNVEFVNPFINGLLNVMETMAQTTLKPGKPKRKQSDIAQGDVSGLIGMVGPQIKGSMSITFDEGLALTIMERMVGERPEKLDAEVGDMVGEVTNMICGNAKRDLADKGFEFGMATPIVVSGKQHTISHQVDGSKLIMPFMCEEGLAHMEICFDK	PGPT0015685_451	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-MOTILITY|CHEMOTAXIS	CHEMOTAXIS_PROTEINS	CHEMOTAXIS_TWO_COMPONENT_SYSTEM_PROTEINS,PGPT0015685-cheX-K03409	NA	NA
AK237_02426	435			hypothetical protein	TTGACAAGTAATTGGGTTCAGCAAGACATCACTCTCCCCGCTTTTAAGCGGGGCTTCCACATCATAACTTCTCATATAGAGCAAGCACTTAGCGACCTTGAAAGGATTGAAGTTGGACAACTGCACTTATGGTTACAGCATACCAGTGCAAGTTTAACGGTCAATGAAAACGCTGATCCATCGGTCAGAAGTGATCTGGAAGCCTGGTTTAACCATACTGTACTGGAAAGTTCGGAATATTTTACACACACCTATGAAGGTGCTGACGATATGCCTGCTCATATTAAGTCCAGTTTGCTGGGTTGTGAAGTCACAATTCCAATTAAAAACGGTAAGTTACGTCTTGGCACATGGCAGGGAATTATATTAGGCGAACATCGCAATTTTGGTGGCAATCGGCGCATCATTGCTACCTTGCAAGGGATTTGGAGATAA	MTSNWVQQDITLPAFKRGFHIITSHIEQALSDLERIEVGQLHLWLQHTSASLTVNENADPSVRSDLEAWFNHTVLESSEYFTHTYEGADDMPAHIKSSLLGCEVTIPIKNGKLRLGTWQGIILGEHRNFGGNRRIIATLQGIWR				NA	NA	NA	NA	NA
AK237_02427	1131	oprF	COG2885	Outer membrane porin F	ATGAAAAAAACTTTTAAATTGACTGCATTAGCTTTTGCTGTTGCAGCTTCTGCTCAAGTTGCAGCTCAGGAAGACACGGCACCCTATGAAAGTTGGTTTGGCATACACGGCATGTACTACAATGCTGAAGAAACAAAACCTGCTCCGGATTTAATGGATGATGGTGCTGGCTTCGGTATCGAGTATGGATGGCGTTTCGATGACAGCTGGGCTGTGCGCGGTGAATACACGGCATTAGATTTAGACTATCAACAAGTCCTTGGTGCTTCTGACAGCGTCTCTGGCCATATGTTCGGTGTTGATGCGTTATATTTCTTACCAAACGATTTGTGGTATTTATTCGGTGGTGTTAAGCGCCAGATCCTTGATGAAAACTACAACCTTGCAAATGTTGGTATTGGTAAACATTGGGATATCAGCGACGACGTTAAGTTGACCACTGAAATCGCTGCATATCGCGACTTCGATGACTCTTACTACGATTACTCGGTAAAAGTGGGCTTTAGTTTTCCTTTTGGAAAGTCTGAATCATCATCTTACAACGAACCTGCGCCAGTTGTTGACGGCGACAACGACAACGACGGCGTGCTGAACAGCATGGATCAGTGTCCTAACACACCAGCAGGCACAAAAGTTGATGCTAAAGGCTGTGCTATTGTAGCTGACAGCGACAAAGACGGCGTGACAGATGACAAAGATCTGTGCCCGGATACACCAATGAACGACAAAGTTGATTCAGACGGCTGTACTGTCTTTGACAAAGAAGAAGTGACACACAACCTGCGTGTACTGTTCGCGAACGAAAGTGCCGAAGTTGCAGAACCGCATTCTGCTGACATCGAAGATTTCGTAGCATTCTTCAAGCGCTATGGCAAAACTGAAGCTGTAATTGAAGGTCATGCTTCTGCTCCGGGTACTGATAGCTACAACATGGACCTGTCTGAGCGTCGCGCTGAAGCATTCAAAGATGTGCTGGTTAACGAGTACGGTATCGACGCATCACGTCTGAGCACTGAAGGTTTCGGTGAATCTCAGTTACTGATGGAAGGTAGCTCTGCAGAAGCTAACCGTGTAAACCGTCGTATCTCTATCCGCGTAACCGCAATTGTTGAAGTACCTGAAAAGCGTTAA	MKKTFKLTALAFAVAASAQVAAQEDTAPYESWFGIHGMYYNAEETKPAPDLMDDGAGFGIEYGWRFDDSWAVRGEYTALDLDYQQVLGASDSVSGHMFGVDALYFLPNDLWYLFGGVKRQILDENYNLANVGIGKHWDISDDVKLTTEIAAYRDFDDSYYDYSVKVGFSFPFGKSESSSYNEPAPVVDGDNDNDGVLNSMDQCPNTPAGTKVDAKGCAIVADSDKDGVTDDKDLCPDTPMNDKVDSDGCTVFDKEEVTHNLRVLFANESAEVAEPHSADIEDFVAFFKRYGKTEAVIEGHASAPGTDSYNMDLSERRAEAFKDVLVNEYGIDASRLSTEGFGESQLLMEGSSAEANRVNRRISIRVTAIVEVPEKR	PGPT0022215_1778	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-SURFACE_ATTACHMENT	SURFACE_ADHESION	OTHER_SURFACE_ADHESION_PROTEINS,PGPT0022215-ompA_ompF_porin|oprF-K03286	NA	NA
AK237_02428	1389	dnaB	COG0305	Replicative DNA helicase	GTGAAAGCTGTTTCCACCTCAAAAGATAAAAACGTCGAAAAGCTTAAGGTGCCACCGCACAGTATTGAAGCTGAGCAAGCGGTTATCGGCAGTATGCTTATCGATCCTGAGAGTTGGGATAAAGTCGCAGAAGTTGTCACTGACGCAGATTTCTACAACCACTCTCATCAAGTCATATTCAAAGTCATTCTCAAATTGTTGGGCGAAAGCCAGCCTGTTGACCTCATCACGGTATCAGAAGCGTTAGAGCATCGTAATGAATTGGATGATGCCGGTGGCTTTGCTTATTTGGCAGAACTGGCGAAAAATACACCAAGTTCCGCCAACGTTACCTCTTACGCCAAAATTGTAAGTGAACGTGCTATTACGCGGGAGCTTATCGGTGTAGCGCATGAAATTGCTGAAGTGGGGTATAACCCTGAAGGCCGGGACAGCGCCGACATTCTTGATATGGCAGAGAGTAAGGTTTTCGAGATAGCCGAAAAGCGCACCGGCGAAAACGAAGGGCCACGGGATGTTGATGCCGTTCTGGATAAAACGATCAAGCGTCTTGAATCGCTCATTGAAACCAGTAAAGAAGTTACAGGGGTAACAACGGGGTTCAGTGATCTGGACAAGAAGACCAGTGGTTTACAACCCTCCGATCTCATTATCGTTGCTGCTCGTCCATCAATGGGTAAAACCACATTTGCCATGAACCTGTGTGAAAATGCGATGATGGCAGAGACCAAACCCGTTTTAGTTTTCAGTCTTGAGATGCCATCTGAGCAGATTATGATGCGTATGTTGGCATCGCTTAGCCGCGTGGATCAAACCCGTATCCGTACTGCACAGCTGGATGATCAGGAATGGGCCCGGGTGTCTAACACCATGGCGATGCTGAAAGATAAAGATAACCTGTTTATCGACGACTCCTCGGGACTTACGCCGATGGATGTGCGTTCACGGGCGAGAAAACTGGCCAGAGAACGTGGTGGCATCAGTCTTATTATGGTGGATTATCTTCAACTTATGCGCGTGCCTTCATTGAGTGATAACCGTACGTTAGAAATTGCGGAGATTTCTCGTTCACTGAAAGCGCTGGCTAAGGAACTTGAAGTACCGGTTGTGGCGCTCTCTCAGCTAAACCGGAGTTTGGAGCAACGTGCAGATAAACGTCCGGTTAACTCGGACTTGCGGGAATCTGGTTCTATCGAGCAGGATGCTGACTTAATCATGTTTATCTACCGTGATGAGGTGTATCACGAGAATAGCGAATACAAAGGTATTGCCGAAATTATTATTGGTAAGCAGCGTAATGGTCCAATCGGCACAAGCCGACTCACTTTCCAAGGTCAGTTCTCCCGATTTGATAACTACGCCGGGCCTGCGTTTGACGACGAATATTAA	MKAVSTSKDKNVEKLKVPPHSIEAEQAVIGSMLIDPESWDKVAEVVTDADFYNHSHQVIFKVILKLLGESQPVDLITVSEALEHRNELDDAGGFAYLAELAKNTPSSANVTSYAKIVSERAITRELIGVAHEIAEVGYNPEGRDSADILDMAESKVFEIAEKRTGENEGPRDVDAVLDKTIKRLESLIETSKEVTGVTTGFSDLDKKTSGLQPSDLIIVAARPSMGKTTFAMNLCENAMMAETKPVLVFSLEMPSEQIMMRMLASLSRVDQTRIRTAQLDDQEWARVSNTMAMLKDKDNLFIDDSSGLTPMDVRSRARKLARERGGISLIMVDYLQLMRVPSLSDNRTLEIAEISRSLKALAKELEVPVVALSQLNRSLEQRADKRPVNSDLRESGSIEQDADLIMFIYRDEVYHENSEYKGIAEIIIGKQRNGPIGTSRLTFQGQFSRFDNYAGPAFDDEY				NA	NA	NA	NA	NA
AK237_02429	483			hypothetical protein	ATGACAGCGCGTCGATTTAGCGCAAAAGGATATTCGCCCATCGCGTGGTTTGGGGCATTATTTATCACCGCTGGTTCAGTGCTTATGAGCTGTGCCGTAAAAGAACCCGCTATTGTTGAAGGTACCTGGGTTATTACCTCGTCCATGACACCCGGTATTAGCGCAATGTTGCCAGAACAAGCAAAGCTATGGCTGGGGCAATCCTTTCAGTATACACAAGAAAATGTTGTGCTGGGGCAAACCCAGTGTGGCCCTTCAACATGGAAAGAAACGTCGTTAACCAACGACGAATTTCAGCAAGAGTATCACGTTTCATTCGAACAGCTCGGTATTGTTGCCAATCGCATTGCGCGTTTTGATGTAAGCTGCAACGGCGAAACAGTTCCCGGTCAATCCGTACTGGTTGCAGACAAAGACAAAGCTTTTACACTTTGGGATGGCGTTTTCTTCAAAATGGAAAAAGCCGAGTCAACTACGCAGTAA	MTARRFSAKGYSPIAWFGALFITAGSVLMSCAVKEPAIVEGTWVITSSMTPGISAMLPEQAKLWLGQSFQYTQENVVLGQTQCGPSTWKETSLTNDEFQQEYHVSFEQLGIVANRIARFDVSCNGETVPGQSVLVADKDKAFTLWDGVFFKMEKAESTTQ				NA	NA	NA	NA	NA
AK237_02430	987			hypothetical protein	ATGAGATTAAAGAAGATTCAGCACGCCTCGATGAAAGTCATATGTGTAATGACGGCAATGATTGCCCTAAGCGCCCCGGCTCAGGCACGGGAAAAGGTCGACAAGTCTTTACAAACCTCTGCGTCACCGGTAGTAGAGGTGGAGCACGTAGCGGGCAAAGCGACCATTATCGGGTGGGATAAAAACGAAGTTAAGGTCACCGGTGAATTAGGCGAAAGAACAGAAGAGTTTATCTTTAAAAAGTCAGGGAGTGAGATCACGATTAAAGTTGAAACCAATCACCGCAAGATAGATTGGCGGGATAGGCATCCTGAAGACGGAGACGATTTAACTATCTATGTGCCTCAAAAATCAAGTTTGTCATATACCGCTGTTATTGCGGACGTAAAAGCCAGTAAGCTTACGCAATCCACTCAGTTTGAAGTGGTGAATGGCGACATTGATGTGTCAGACATTTCCGGCCGGGTAAAACTGGAATCGGTAAATGGTGACATTGAACTCAAAAACGTATCAGGGTTACTTCAGATTGAAACTGTTAACGGGGATATCAGCGGCAACCATTCTGGTAAAGAGAGTACACGCGTGGTGACCGTTAATGGCAATATAAAGCTGCAAACTACCAGTCCCGAGGTGCAACTTGAATCGGTTAATGGTGATGCTGAATTGCAATTGGCGAAGGTGACGTCGCTGTCGCTCACTACGGTCAACGGTGATATTTCGGCTAGTTTTGACTTGCAGGAAAACGGTGATGTCGACGCCTCTTCGGTAGGGGGACGCCTTTATCTTCAAATGCAGCAAAATGTGTCTGCGCGATTCGAAATGCAAGCGCATGCGGGAGGCGACATTGTGAATAAACTCACCGATGATAAGCCAACCTCTGCCAAATACGGACCAAACGAATGGTTAGAGTTCACTATGAATGGCGGCCGTGCGACGGTTGAAATGTCTACCGTACATGGAGAGCTGGTTGTCACTGACAAAAAATAA	MRLKKIQHASMKVICVMTAMIALSAPAQAREKVDKSLQTSASPVVEVEHVAGKATIIGWDKNEVKVTGELGERTEEFIFKKSGSEITIKVETNHRKIDWRDRHPEDGDDLTIYVPQKSSLSYTAVIADVKASKLTQSTQFEVVNGDIDVSDISGRVKLESVNGDIELKNVSGLLQIETVNGDISGNHSGKESTRVVTVNGNIKLQTTSPEVQLESVNGDAELQLAKVTSLSLTTVNGDISASFDLQENGDVDASSVGGRLYLQMQQNVSARFEMQAHAGGDIVNKLTDDKPTSAKYGPNEWLEFTMNGGRATVEMSTVHGELVVTDKK				NA	NA	NA	NA	NA
AK237_02431	516			hypothetical protein	ATGTCTGATTTTGACAAAGAACTAACTAATAAACTCTCAGCGTTACCGAATACACTACCACCTGAACGTGATCTGTGGGCAGGAATTGCGTTGTCCATCGAAAACGATGAAATGAGACATCAGAACGCTTCACCTAAGCAGAAAAGCCCGTTATTTCAGTATGCCGCTATTGCCGCAAGCGTGTTGGCGTTGTCATGGCTCGTGTTTTACATCATGGCCGGACAACAGACGACTCCAGAGGCGAACTGGCAACATGGAGATGCATTGGTACAAACGCTCAGCCATCAACATGAACAGCAAAAACAAGTATTGCTCACGAAGTTTCAGAATCAGCCTGCCGTGACTGATGATTGGCAAAAGCAACTTCAAGAGTTGGATGAAGCTGCTGATGCCGTGAAGCTGGCATTAAAAGAAGACTCTGATAACACAGCGTTATTAGGAATGCTCCAACATATATATCAACAACAATTATTGCTGATTGAGCGAGTGCACGCGCCCAAGTGGCAGCAAATCTAA	MSDFDKELTNKLSALPNTLPPERDLWAGIALSIENDEMRHQNASPKQKSPLFQYAAIAASVLALSWLVFYIMAGQQTTPEANWQHGDALVQTLSHQHEQQKQVLLTKFQNQPAVTDDWQKQLQELDEAADAVKLALKEDSDNTALLGMLQHIYQQQLLLIERVHAPKWQQI				NA	NA	NA	NA	NA
AK237_02432	567	sigW	COG1595	ECF RNA polymerase sigma factor SigW	ATGACTGAGTCTGAGGTAAGCAATTGCTATTCAGAACAGAGACAAGAAGAGAACAGGCTCGTCGAAGCGGCCACAAGCGGAGACAGAGACGCTTATCGGTTGCTTTATGAGGCTCATGTTAGTCGTGTTTACGCCCTATGCTTCAGGTTAACGGGTGAAAAAAATATAGCGGAAGATGCTACCCAGGAAGTTTTTATTCAGGTATGGCGAAAACTGAGTAATTATCGGGGACAAAGTCAGTTTTCTACCTGGCTTCACAGTGTTACGGCAAACGTCACGATAAGTTATATGCGCAAACAAAAGTCGTGGTTTCAGCGGGTGTTTGGTGCTGAGGCTGACGTCATTTATCAGGTACCAGCAGCGTCTTGTAGCAGCGAGGTCGACTTAGGTGATTATATTCAGCAGTTACCAGAGCGGGCACGCGTTGTGTTCGTGTTGCACGCTATCGAGGGCTATCGTCACGAAGACATTGCTCGCATGCTAAATATTGCTATTGGTACAAGCAAAGCGCAGTTTCATCGGGCCAGACAACTACTAAAAGAATGGATGGGGGAGAGTCATGTCTGA	MTESEVSNCYSEQRQEENRLVEAATSGDRDAYRLLYEAHVSRVYALCFRLTGEKNIAEDATQEVFIQVWRKLSNYRGQSQFSTWLHSVTANVTISYMRKQKSWFQRVFGAEADVIYQVPAASCSSEVDLGDYIQQLPERARVVFVLHAIEGYRHEDIARMLNIAIGTSKAQFHRARQLLKEWMGESHV	PGPT0014960_7044	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-BIOFILM_REGULATORS	CE-OTHER_BIOFILM_REGULATORS,PGPT0014960-rpoE|sigW-K03088	NA	NA
AK237_02433	633			hypothetical protein	ATGCATATCGAAGCGCTTTATGCTGCAAAACCCGTCCCGTTTGGTCCTCGGGGCGCTCCCAGCGCCATTCAAAAGCAAGCCGTTAATCAGCTTACGGTGAGTAAAAACGGTACAAAAGAAGACGAACAAGGCAATAAGAAGTTACATGGCGGACCTGAAAAAGTGCTCCATCAGTTTAGTCACCGTGGTTATGAACGTTTATCAAGTGCGTTTCCTGAAGGTAATTTTGTTCCCGGCACCATTGGTGAAAACCTGATAGTTGAAGGCATGGACGACACCAACGTTTTCATCGGTGACGTCTGGCAGATGGGCGAGATAGTTGTTCAGGTTGGTGCCCCTCGCGCCCCTTGTAATAAAATATCCCAACGCTTCGATATAAAGAACCTTGATCGCTTCGTTGGGAATGAAGGCATTACCGGCTGGTATTTCCGCGTGATTGAAACAGGCACATTGAAAGTCGGCGATGAAGTTAAACTGATTTCCAGAGCAAATAAAACGGTCAGCGTCGCTGATTTAATGGTGGCTGTTTATGACAAAGGTAACCCTGAAAAAGCAGCCGAGTATGTACAGCTGGATGTACTGGATGATGAATGGAAGGGAAAATGCGAACGCGTAATTAAACGCGGGCAATAG	MHIEALYAAKPVPFGPRGAPSAIQKQAVNQLTVSKNGTKEDEQGNKKLHGGPEKVLHQFSHRGYERLSSAFPEGNFVPGTIGENLIVEGMDDTNVFIGDVWQMGEIVVQVGAPRAPCNKISQRFDIKNLDRFVGNEGITGWYFRVIETGTLKVGDEVKLISRANKTVSVADLMVAVYDKGNPEKAAEYVQLDVLDDEWKGKCERVIKRGQ				NA	NA	NA	NA	NA
AK237_02434	1875			hypothetical protein	ATGAAAACAACAATGAAAACCGGATTGGGCTTCGCGCTGAGCCTGGTTGCTGCAGCAATGCTAGGTTGCTCGCCCGTAAATGACACAACAAACGCATCTACTGAAGTTGCAGCTGAAGAGAGTCAGCAAACCGAGTCAGAAAGATTAAACGCGTGGTTTGAAGAGCAATACGAAAAGCAATTACAGATGTCGCCCATTACGTTAACCATGCAGGGACGTAAAGACCGCTATGGCGAAATTGACGACGCATCAGAGAAAGCGGCAGAAGAACGTTTTGCTATGCTGGAAGCGTCTGTTGAAGAGATGAAGTCTACCTTTGATTATGAAAAGTTAGACGACGCTGCAAAAATCTCCTGGAACATCCTGATTTACTCTTACGAGCAAGATAAATTGATGAAGCCTTTTGAGCGACGTGAATATGTCTTCAATCAGATGTTTGGTATGCATACATCACTGCCAACGGTGCTGATTAATTATCATAAAGTAGAAAGTGAACAGGACTTAAAAGATTACGTGAGCCGATTAGGCGAAACTGGTCGCGCCATGAATCAATTAATCGACCGCGCGCGCATCAACGCCGATGAAGGTGTTAAGTCGCCCTATTTTGCTTACGAGGGGGTTATCGAGCAAAGCAAAGGCATCATTTCTGGTAAGCCATTTGATGATTCAGAGAATGATAGTGCGCTGTATGCCGATTTTAAAGCTAAAGCTCAGGCGCTAGTAGAAAGTGGCGAGCTGACGCAAGAACAGGCGGATGGATATCTGACCGATGCTGAAGCCATGCTTACCACTAAACTCGGGCCAGCCTATCAAAGCCTAATCGACTGGTTTGAAGCAGATCTGCCTTCGCTGGATAAAGAAGCGAAAGGTGTGTGGGCGTTACCAGATGGTAAAGCTTACTACAATGCCATGTTAGCTCGCTCAACCACTACCGATATGACGGCGGATGAGATCCATGCGCTAGGCCTGAAAGAAGTTGCCCGTATCCGTAAAGAGATGGAAAAGGTAAAAGCAGAGCTTGGATTTGAAGGTTCGCTCCGTGCGATGTTTGATTATTTCCGCGAAGATAAAACTGATGAGCGACTCTATTATCCGAATACCGACGAGGGGCGTGAGGGTTACCTGAGTGACACCCGTACCTACATCAATGATATGAAAGAGATGCTGCCTGACTACTTTGGCCGCCTTCCGAAGGCCGACCTGGTGGTGAAGCGGGTTGAGCCTTTCCGCGAGCAGCCGGGTGCTGCACAGCATTACTATCCAAGTTCTCCAGATGGTAAAACACCGGGTGTCTATTATGTGCATTTGATTGATATGACCATGATGCCAAAAAGCGAAATGGAAGCGATTGCTTACCATGAAGGAGTGCCCGGACATCACATGCAAATCGCCATTGCGCAAGAACTTGAAGACATTCCGACATTCCGCACACAAATGTTCTTTACCAGCTATGTAGAAGGTTGGGCCTTGTACGCCGAGCGTTTAGCCAGTGAAATGGGCGCTTACAAAGAACCTGTAAATGATTTCGGTCGTTTACATTCAGAAATGTGGCGTGCCATCCGGCTGGTACTGGATACCGGTATCCATGCAAAGAAATGGACAGAACAACAAGCCATTGACTATTTCATCGATAACTCGCCAATCTCAGAAGGGCAGGCGAAATCAGAAGTAAGACGCTACTTCGTGATGCCGGGGCAGGCAACCGCTTACAAAATCGGTATGCTGAAAATTCTGGAACTGCGTGAAAAGGCAAAAACTGCGCTGGGTGATAAGTTCGACATCCGTGCGTTCCACGACCTGGTATTAGGTGGTGGAGCCGTGCCGTTAAGCACGCTGGAGCAGATGGTAGATGACTGGGTTAAGTCTCAGTCCTGA	MKTTMKTGLGFALSLVAAAMLGCSPVNDTTNASTEVAAEESQQTESERLNAWFEEQYEKQLQMSPITLTMQGRKDRYGEIDDASEKAAEERFAMLEASVEEMKSTFDYEKLDDAAKISWNILIYSYEQDKLMKPFERREYVFNQMFGMHTSLPTVLINYHKVESEQDLKDYVSRLGETGRAMNQLIDRARINADEGVKSPYFAYEGVIEQSKGIISGKPFDDSENDSALYADFKAKAQALVESGELTQEQADGYLTDAEAMLTTKLGPAYQSLIDWFEADLPSLDKEAKGVWALPDGKAYYNAMLARSTTTDMTADEIHALGLKEVARIRKEMEKVKAELGFEGSLRAMFDYFREDKTDERLYYPNTDEGREGYLSDTRTYINDMKEMLPDYFGRLPKADLVVKRVEPFREQPGAAQHYYPSSPDGKTPGVYYVHLIDMTMMPKSEMEAIAYHEGVPGHHMQIAIAQELEDIPTFRTQMFFTSYVEGWALYAERLASEMGAYKEPVNDFGRLHSEMWRAIRLVLDTGIHAKKWTEQQAIDYFIDNSPISEGQAKSEVRRYFVMPGQATAYKIGMLKILELREKAKTALGDKFDIRAFHDLVLGGGAVPLSTLEQMVDDWVKSQS				NA	NA	NA	NA	NA
AK237_02435	258	rpsQ	COG0186	30S ribosomal protein S17	ATGACTGAGCAAAATGTTCGTACAGTACAAGGTCGTGTGGTTAGCAACAAAGGTGATAAGTCTATCACTGTTGTTGTTGAGCGTTTCGTTAAACACCCTATCTACGGGAAGTTCATCAAGCGTTCTACTAAGCTTCACGCCCACGACGAAAGCAACACTGCTAACGAAGGCGATACCGTGACTATTCGCGAGTGCCGCCCTGTTTCCAAGACTAAGACTTGGACTCTGGTAAGCGTTGTAGAAAAAGCTAGCATGTAA	MTEQNVRTVQGRVVSNKGDKSITVVVERFVKHPIYGKFIKRSTKLHAHDESNTANEGDTVTIRECRPVSKTKTWTLVSVVEKASM				NA	NA	NA	NA	NA
AK237_02436	192	rpmC_1	COG0255	50S ribosomal protein L29	ATGAAAGCGACTGAACTGAAAGATAAAAGCGTAGAAGAGCTGAACGCAGAGTTGTTAAACCTGCTACGCGAACAGTTCAACTTGCGCATGCAGCATTCAACTGGTCAGCTTGAAAAAACAGACCAGCTGAAGAAAGTGCGTCGTAACATCGCGCGTGTTAAAACCATTCTGACTCAAAAGGCTGATGCGTAA	MKATELKDKSVEELNAELLNLLREQFNLRMQHSTGQLEKTDQLKKVRRNIARVKTILTQKADA				NA	NA	NA	NA	NA
AK237_02437	414	rplP	COG0197	50S ribosomal protein L16	ATGTTACAACCAAAACGCATGAAATTTCGTAAAATGCATAAAGGTCGTAACCGTGGTCTTGCTATTGCTGGTGGCAAAGTAAGCTTCGGTACTTATGGCCTGAAAGCAGTTGGCCGTGGTCGTATGACTGCACGCCAAATCGAAGCAGCGCGTCGTGCTATGACTCGTCACGTTAAGCGTCAAGGTAAAATCTGGATTCGGGTTTTCCCTGACAAGCCAATTACTGAGAAGCCTCTTGAAGTGCGTCAAGGTAAAGGTAAAGGTAACGTTGAGTACTGGGTATGCCAAATTCAACCTGGCCGTGTTCTTTATGAGATGGAAGGTGTTCCTGAGTCTCTGGCACGCGAAGCGTTTGAACTGGCAGCGGCAAAACTGCCATTTAAAACAACCTTTGTAACTCGGACGGTGATGTAA	MLQPKRMKFRKMHKGRNRGLAIAGGKVSFGTYGLKAVGRGRMTARQIEAARRAMTRHVKRQGKIWIRVFPDKPITEKPLEVRQGKGKGNVEYWVCQIQPGRVLYEMEGVPESLAREAFELAAAKLPFKTTFVTRTVM				NA	NA	NA	NA	NA
AK237_02438	705	rpsC	COG0092	30S ribosomal protein S3	ATGGGACAGAAGGTACATCCTACAGGTATACGCCTGGGTATCAGCAAACCATGGACTTCGACCTGGTACGCTAATACTGCAGACTATGCAGACAACCTGTATAACGATCATCAGGTACGTCAGTACCTGACTAAGCAGCTGAAAAACGCTTCACTTTCTAAAATCGTGATTGAGCGTCCTGCTAAGAGCATCCGTGTGACTATTCACACTGCTCGTCCAGGCGTTGTTATCGGTAAGAAAGGTGAAGACGTAGAAAAACTGCGTAATCACGTATCTAAGCTGGCCGGTGTGCCTGCTCAGATCAACATTGCTGAAGTACGCAAGCCAGAGCTGGATGCACAGTTAGTCGCTGACAGCATCTCTAGCCAGCTGGAGCGTCGTGTAATGTTCCGTCGCGCCATGAAGCGTGCGGTACAAAATGCAATGCGCCTTGGTGCCAAAGGTATCAAAGTTGAAGTTAGCGGCCGTTTGGGCGGTGCAGAGATTGCACGTTCTGAATGGTACCGTGAAGGCCGTGTTCCTCTGCACACTTTCCGTGCGGACATCGATTACGCGACTTCTGAAGCTTTAACTACCTACGGTATCATCGGTACTAAAGTTTGGATCTTCAAAGGTGAGGTTCTGGGCGGTCTGCCTACAAACCAAGAGCCGGCTGCGCCAGCTCAACCTAAGAAGAAAGGCCGCAACGCTAAGCGAGAGGGCTAA	MGQKVHPTGIRLGISKPWTSTWYANTADYADNLYNDHQVRQYLTKQLKNASLSKIVIERPAKSIRVTIHTARPGVVIGKKGEDVEKLRNHVSKLAGVPAQINIAEVRKPELDAQLVADSISSQLERRVMFRRAMKRAVQNAMRLGAKGIKVEVSGRLGGAEIARSEWYREGRVPLHTFRADIDYATSEALTTYGIIGTKVWIFKGEVLGGLPTNQEPAAPAQPKKKGRNAKREG				NA	NA	NA	NA	NA
AK237_02439	333	rplV	COG0091	50S ribosomal protein L22	ATGGAAGCATTAGCTAAACATCGCTTTGCCCGCACGTCGGCTCAAAAAGCACGCTTGGTTGCGGATCAAATTCGCGGCCTGCACGTTGAAAAAGCTCTTGAAGTTTTAGCGTACAGCCCGAAGAAAAGCGCAGCATTAGTTAAGAAAGTACTGGAGTCTGCTATTGCTAACGCAGAGCATAACGAAGGTGCTGACATCGACGAGCTGAAAGTTGCGAAAATCTTCGTTGACGAAGGTCCAACGATGAAACGTATCAAGCCACGCGCCAAAGGCCGTGCAGATCGTATCTTTAAGCGCAGCAGCCACATCACTGTAGTTGTAGCGGATAACTAG	MEALAKHRFARTSAQKARLVADQIRGLHVEKALEVLAYSPKKSAALVKKVLESAIANAEHNEGADIDELKVAKIFVDEGPTMKRIKPRAKGRADRIFKRSSHITVVVADN				NA	NA	NA	NA	NA
AK237_02440	276	rpsS	COG0185	30S ribosomal protein S19	ATGCCACGTTCTCTCAAGAAAGGTCCATTTATCGACCTTCACTTGCTGAAGAAGGTAGAGGCTGCAGTGGAAGCGAACGACCGTAAGCCAATTAAAACCTGGTCACGTCGTTCGATGATCATCCCAGATATGATTGGGTTGACCATTGCGGTCCATAACGGTCGCCAACATGTACCTGTCATCGTAAGTGACGAAATGGTCGGCCACAAGTTGGGCGAATTTGCGCCAACGCGTACTTACCGCGGCCATGTCGCGGATAAGAAAGCTAAACGTTAA	MPRSLKKGPFIDLHLLKKVEAAVEANDRKPIKTWSRRSMIIPDMIGLTIAVHNGRQHVPVIVSDEMVGHKLGEFAPTRTYRGHVADKKAKR				NA	NA	NA	NA	NA
AK237_02441	825	rplB	COG0090	50S ribosomal protein L2	ATGCCATTAATGAAAGCTAAGCCAACTTCTGCCGGTCGTCGTCACGTTGTTCAGGTTGTAAATCCTGATCTGCACAAAGGTGCGCCTCACGCGCCTCTGTTAGACAAGAACAGCAAGTCTGGCGGCCGTAACAACAATGGTCGTATTACCGTACGTCACATTGGCGGTGGTCATAAACAGCACTACCGTATTGTAGATTTCAAGCGTAACAAAGACGGCATCCCTGCCAAAATTGAGCGCTTAGAATATGATCCTAACCGTTCTGCTAACATTGCTCTGGTACTGTATGCAGACGGTGAGCGTAAGTACATTCTTGCTCCTAAGGGCCTGCAAGCTGGTGATACTATCCAGTCTGGTTCTGATGCGGCAATTAAAGCAGGTAACTGCTTACCTATGCGCAACATGCCTGTAGGTACAACTGTACACGCTATCGAAATGAAGCCTGGCAAAGGCGCGCAAATCGCTCGCTCTGCTGGTCAATACGCTCAAATCCTGGCGCGTGAAGGTAACTACGTTACTTTACGTTTGCGTTCAGGTGAGATGCGTAAAGTATTGTCTGACTGCCGTGCAACTATCGGTGAAGTTGGCAATGCAGAACACATGCTGCGTTCACTGGGTAAAGCCGGTGCGAGCCGCTGGCGTGGTGTTCGTCCTACCGTTCGTGGTGTTGCCATGAACCCGGTAGATCACCCACACGGTGGTGGTGAAGGACGTACATCTGGTGGCCGTCACCCAGTTACTCCATGGGGTGTTCCTACCAAAGGTAAGAAAACCCGTAGCAACAAGCGTACTGATAAACTTATCGTACGTCGTCGTAACAAGTAA	MPLMKAKPTSAGRRHVVQVVNPDLHKGAPHAPLLDKNSKSGGRNNNGRITVRHIGGGHKQHYRIVDFKRNKDGIPAKIERLEYDPNRSANIALVLYADGERKYILAPKGLQAGDTIQSGSDAAIKAGNCLPMRNMPVGTTVHAIEMKPGKGAQIARSAGQYAQILAREGNYVTLRLRSGEMRKVLSDCRATIGEVGNAEHMLRSLGKAGASRWRGVRPTVRGVAMNPVDHPHGGGEGRTSGGRHPVTPWGVPTKGKKTRSNKRTDKLIVRRRNK				NA	NA	NA	NA	NA
AK237_02442	300	rplW	COG0089	50S ribosomal protein L23	ATGAACGAAGAACGTCTACTGAAGGTGCTGCGTGCACCTCACGTTTCAGAAAAGTCTACAATGGCGGCTGAAGCAAGCAACACAGTTGTATTCAAAGTAGCTAAAGACGCGAACAAAGCTGAAATCAAAGCAGCAGTTGAAAAACTGTTTGAAGTTGAAGTAGCTGACGTACGCACTGTGAACGTTAAGGGTAAAACCAAGCGTCACGGCATGTCTTTCGGTAAGCGTAGCGACTGGAAAAAAGCGTATGTATCGCTTAAAGAAGGTCAGGACATCGACTTTGTCGGTGGCGCTGAATAA	MNEERLLKVLRAPHVSEKSTMAAEASNTVVFKVAKDANKAEIKAAVEKLFEVEVADVRTVNVKGKTKRHGMSFGKRSDWKKAYVSLKEGQDIDFVGGAE				NA	NA	NA	NA	NA
AK237_02443	606	rplD	COG0088	50S ribosomal protein L4	ATGGAATTAACATTGAAAGATGCGCAAAGCGCTCTTGAAGTATCCGAAGCGACCTTTGGACGTGAATTCAACGAAGCCCTGGTTCACCAGGTAGTCGTTGCTTACGGTGCAGGTTCTCGTCAGGGTACTAAAGCGCAAAAAACGCGTTCTGAAGTACGTGGTGGTGGTAAGAAGCCATGGCGTCAAAAAGGTACTGGCCGCGCGCGTGCTGGTACAATCCGCAGCCCGATCTGGGTTGGTGGTGGCCGTGCATTTGCTGCTAAGCCTCGTGACTTTGATCAAAAAGTTAACAAGAAAATGTACCGCGGTGCTATCAAAAGCATCCTGTCTGAACTGATTCGTCAAGACCGTTTGGTTGTTGTTGAAAAGTTCGCAGTAGATGCGCCTAAAACTAAGGCTCTGGTAGCTAAGCTGAACGAACTGGAATTGAACGACGTTCTGATCGTAACTCCTGAAGTTGATGAGAACCTGTTCCTGTCTTCACGCAACCTGTACAAAGTTGATGTACGTGATGTTGCTGGTGTTGACCCGGTCAGCCTAATCGCTTTTGAAAAAGTACTGATGACTGCTGATGCAGTTAAACAGCTTGAGGAGGCGTTAGCATGA	MELTLKDAQSALEVSEATFGREFNEALVHQVVVAYGAGSRQGTKAQKTRSEVRGGGKKPWRQKGTGRARAGTIRSPIWVGGGRAFAAKPRDFDQKVNKKMYRGAIKSILSELIRQDRLVVVEKFAVDAPKTKALVAKLNELELNDVLIVTPEVDENLFLSSRNLYKVDVRDVAGVDPVSLIAFEKVLMTADAVKQLEEALA				NA	NA	NA	NA	NA
AK237_02444	639	rplC	COG0087	50S ribosomal protein L3	ATGGCGATTGGTCTAGTCGGTCGTAAAGTGGGTATGACTCGCATCTTCACTGAAGATGGCACGTCTATCCCTGTGACTGTTATCGAAGCGACCCCAAACCGTGTTACTCAGGTTCGTTCTGAGGAAACTGACGGTTATCGCGCTCTTCAGGTTACTGCTGGAACCAAGAAAGCGAACCGCGTAAACAAAGCTGAAGCAGGTCACTTTGCTAAAGCTGGCGTTGAAGCTGGTCGTACTCTGGTAGAATTCCGCCTGGAAGACAACGAAGGTGCTGAAATTGAAGTGGGCAGTGAAATCACTGTTGAAATCTTCAACGACACCAAGAAAATTGATGTAACTGGTACATCTAAAGGTAAAGGCTTCGCCGGTGCGATTAAACGTTGGAACTTCAGTTCACAGCGTATGACCCACGGTAACTCTTTGTCTCACCGTGCGCCTGGTTCAATTGGTCAAAACCAATCACCTGGTAAAGTTTTCAAAGGTAAGAAAATGGCTGGTCAGCTTGGTAACAAGCAAGTGACTACCCAATCTTTGGAAGTAGTACGTGTTGACGTAGAAAATAACCTGATCCTGGTTAAAGGTGCCGTACCTGGCGCAACTGGCAACGATGTAATCGTAAAGCCAGCTGTTAAAGCGTAA	MAIGLVGRKVGMTRIFTEDGTSIPVTVIEATPNRVTQVRSEETDGYRALQVTAGTKKANRVNKAEAGHFAKAGVEAGRTLVEFRLEDNEGAEIEVGSEITVEIFNDTKKIDVTGTSKGKGFAGAIKRWNFSSQRMTHGNSLSHRAPGSIGQNQSPGKVFKGKKMAGQLGNKQVTTQSLEVVRVDVENNLILVKGAVPGATGNDVIVKPAVKA				NA	NA	NA	NA	NA
AK237_02445	312	rpsJ	COG0051	30S ribosomal protein S10	ATGCCAAATCAAAGAATTCGTATTCGTCTGAAAGCGTTTGATCACAAGTTGATCGATCAGTCTACGGCTGAAATCGTAGAAACGGCGAAACGTACTGGTGCTCAGGTAAGCGGTCCTATTCCTCTACCTACTCGCAAAGAACGCTATACAGTTCTGGTTTCTCCGCACGTTAATAAAGACGCGCGTGACCAATACGAAATCCGTACTCACAAGCGTTTGGTAGACATCATCGAGCCAACTGATAAAACAGTTGACGCGTTGATGCGTTTGGACTTGGCTGCTGGCGTTGATGTTCAAATCAGCCTGGGCTAA	MPNQRIRIRLKAFDHKLIDQSTAEIVETAKRTGAQVSGPIPLPTRKERYTVLVSPHVNKDARDQYEIRTHKRLVDIIEPTDKTVDALMRLDLAAGVDVQISLG	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
AK237_02446	2223			hypothetical protein	ATGCTTGGAAACAGTAGTCAGCAACTCGCGTTTGATAAAATTAACTCAATTCTCGCGAGACATTCTTCGTTATTGGATGCGTTTAGTGAAATTGAGCCCATCATATTGGAATTGTTCGATGCCCAACGAATGAGTATCTTTCAGCGACGCCGGCAGCATCAGGATCTGGTCGCACGTTTTAAAACGGGTAAAGCGACACAAGAAATTAAAGTGCCTATTTCGCCGTTGTCTATAGCCGGTTATGTTGCGCTGGCGCAACGCCCTATCATGATTGCAAATCCCTACGACACTGATGAACTGGCGAGTATTCACCCTCGTCTGCGATTTGCTGACAAGTTTGATAAAAGTAGCAATTTCAGAACCAATAACATTTTGTGTATTCCTGTGCTCAATGGGGGGGCGTTACTTGGCGTTATGCAGCTTATTAATAAGCAAGCAGGCCCCTTTAATAGTAGAGATTTAGCCGTAGCAGAGGAACTTACTGAGTTACTTGGGAATAAGTTTCGCTACGAATTAGGCGGCACAAACCATCCCTTCGATTTGTTACTTCACAAAGGGCTCATTGCGCCAACTGCACTAACGGACTTATTAAAAAACGCCAGCGACCTGCGCACTATCGTGCAACGACTGATGTCTGAACACAGTATTAAAGAACACGACATTGGCAACACGCTATCTGTTCATTACCAGGTTCCGTACATCGCTTATTTACCAGAAAAATATCATCTTTTTCAAAATGACAGCCGGCTAAACCAGTCTTACCTGAAGCGTAACCTCGTCGCAGTTATCGCCGATGTGCACGAGCGCCCCATCGTGCTTATGGCCGAGCCCAATAATGCAGCCCTACTCATGGAAATAGAAAGTGCCATGGGTATTGATAGCTACGAAATCGCCGTAGCACTCCCTAACCAGGTTCTGCAATATCTTGGTGAAGGCGGTGGCGGCGCCACACCTGGCGAGATGAGTGAAATCCTCGATGAAATCAGCTCCGGTGATGAAGAGGGGGACGATCAAGTCGATGAAATGTCTGATGATGCCCCCGCCGTTGTCAGATTGGTAAGTCGCGTTTTACAAGATGCTAAGCGTTTAAATGCATCGGATATTCACGTAGATCCCGAAAAGGGCGGCCCGACCCGGGTGCGTATGCGGATAGATGGTGTCTGTCGTGACATGAGCCAAATTCCGCAATCGCACCATAGCGCTGTTATCGCCCGCATTAAGATTTTATCTAACCTCAATATTGCGGAAAAACGTGTTCCCCAGGATGGAAAACTGGCGTTCCGGATGAACGGTCAGTTAGTCGAAGTGCGTGTAGCGACCATCCCGACCGTTGCAGGTGAAGGCGCGGTTATGCGTATTCTTGCTTCTGGTGGCGCTATGCCCATCGATAAGATGAATCTTGCGCCGTCTAACATGAACCGACTGGAGAGTATGATCCGCAAGCCTCACGGTATTCTGCTGGTCGTGGGACCCACTGGCTCGGGTAAAACGACAACGCTTCATGCCGTGTTGGGTTACCTGAACACCCCTGAGAAGAAAATCTGGACAGCAGAAGACCCGGTAGAGATCACCCAGGCTGGTCTGCAACAGGTGCAAGTGAGCCCGAAAATCGGATTTACTTTCGCGAATGCTCTTCGGGCATTCTTACGGGCAGACCCGGATATTATTCTTATCGGCGAGATGCGTGATAAGGAAACGGCTCATGCCGGCATTGAAGCGTCACTCACCGGTCACTTAGTATTATCTACTCTGCACACCAACTCGGCACCTGAAACGATTACCCGTCTACTTGATCTGGGCCTCGACCCGGTCAACTTTTCGGATGCCTGTGTTGGCATTTTAGCACAGCGTCTTATTCGAACGCTGTGCAAGAGTTGTAAACAGCCATACCCAGCTTCCGAAAACGACATGGCGTTTATTAAACGCCAATACGGTGAAAGCTATCTGGACGAGCTGAACTTACCCTCGCCGCTTATGTTACATAAGGCTGAAGGATGTGATGAATGCGGGGGAACCGGATATCGCGGTAGAACAGGCGTTCACGAATTATTAGGTATGACCCCGGAATTGCGTGGGCTTATTTATAAAGAAGGCAGTGTATCTGATATGAAAGAGCAGGCTATGAAAGATGGCATGCGCACGCTTGTACAGGACGCCATTTATAAAGTAATAAAAGGCGACACCGATCTCGCGCAAGTACAAATTGTCAGCGGCGCTGAATAA	MLGNSSQQLAFDKINSILARHSSLLDAFSEIEPIILELFDAQRMSIFQRRRQHQDLVARFKTGKATQEIKVPISPLSIAGYVALAQRPIMIANPYDTDELASIHPRLRFADKFDKSSNFRTNNILCIPVLNGGALLGVMQLINKQAGPFNSRDLAVAEELTELLGNKFRYELGGTNHPFDLLLHKGLIAPTALTDLLKNASDLRTIVQRLMSEHSIKEHDIGNTLSVHYQVPYIAYLPEKYHLFQNDSRLNQSYLKRNLVAVIADVHERPIVLMAEPNNAALLMEIESAMGIDSYEIAVALPNQVLQYLGEGGGGATPGEMSEILDEISSGDEEGDDQVDEMSDDAPAVVRLVSRVLQDAKRLNASDIHVDPEKGGPTRVRMRIDGVCRDMSQIPQSHHSAVIARIKILSNLNIAEKRVPQDGKLAFRMNGQLVEVRVATIPTVAGEGAVMRILASGGAMPIDKMNLAPSNMNRLESMIRKPHGILLVVGPTGSGKTTTLHAVLGYLNTPEKKIWTAEDPVEITQAGLQQVQVSPKIGFTFANALRAFLRADPDIILIGEMRDKETAHAGIEASLTGHLVLSTLHTNSAPETITRLLDLGLDPVNFSDACVGILAQRLIRTLCKSCKQPYPASENDMAFIKRQYGESYLDELNLPSPLMLHKAEGCDECGGTGYRGRTGVHELLGMTPELRGLIYKEGSVSDMKEQAMKDGMRTLVQDAIYKVIKGDTDLAQVQIVSGAE				NA	NA	NA	NA	NA
AK237_02447	822			hypothetical protein	ATGCGTATTTTCGATGCAATTGGCGACTATTTCTCAACCGCTGACACTGCGGTTGAAACAGTTAAGCAAGTAGCTGACACTGCTCAGGAGGTGGTGCCTGAAGCAAATGGCTTCACAGAGATGCTGGCTATGCTTACATCGTCGTCTGATACTCAGGCGCAAATGCAAGATGAAACAATTGCTGATATTCAATCGCAGTTTACTGCTTCTTTAGGCTTGCCTGGTTTGGATGGTGACATGTTGTCTGCCTTATCTTCAGATGCGGGCCTGGCAAAGATGCAAAATGCTTTTCTTGCCATGCTACAGGCGGACCTTCTGACCGCTTCGGCCGATACGAGCACAGATGCTACAGAAACGGCAACGTCTGTAAAGACTGAGACCACTGAGCTGGCGACCGGAGAAACAGGGTGGGACGGTTTTATGAATGCGGCATTTGGTGAAAATGGTGTCGATTGGAACGATGGGTTTGATGCGGTGAATTTACTTCACCATATACCTGTTGTGTCAGACGTTTATCAATCGGTGTCGTCTACGCACATCAGTGCTGTGTCTGACCTCGCGGGTAGTTTCATGTATGGCGGACCTGCTGGATTGGCCTATTCTGCTGCGAACCTCACTGTTCAGGAGTTTACAGGTAATTCCATCACCAATAACTTGTGGGAATTGGGTTACGACTGGCTGTTTAATCGGGATGTGACAGGCAGTAACGAAAGCGTGACGGAAGCAATAGCGGGCGAGGAAGGTCAAGCCGTTGCCCATTCGGCATATCAATTTGCGCGACGGCAATTTGATGCAGATCCTATAGAGGCAAGCGGCAACTGA	MRIFDAIGDYFSTADTAVETVKQVADTAQEVVPEANGFTEMLAMLTSSSDTQAQMQDETIADIQSQFTASLGLPGLDGDMLSALSSDAGLAKMQNAFLAMLQADLLTASADTSTDATETATSVKTETTELATGETGWDGFMNAAFGENGVDWNDGFDAVNLLHHIPVVSDVYQSVSSTHISAVSDLAGSFMYGGPAGLAYSAANLTVQEFTGNSITNNLWELGYDWLFNRDVTGSNESVTEAIAGEEGQAVAHSAYQFARRQFDADPIEASGN				NA	NA	NA	NA	NA
AK237_02448	666	flgH_2		Flagellar L-ring protein	GTGGTCGCGGAAAGCCCGACCAACCCAAATGTAAAACAGCGCGCTATCGATACGACACATCAGGAAGTTTCACAGGGCGAAGCAACATTCCGTCCTCCTCGCAGTGAAACGGTGTCGGTGGTGCGCGTTCCAACCGGTTCATTATTCGATCCTGACAACGCAGCCGGACTTTACGAGCTTCACCATAACTTTCGTGTAGGCGATATGATTCTTATTGAATTAGACGAGCAAACGTCTTCACAGAAATCTGTAGACTACAACGAAAATAAAAGTACCAGTTTTCAGATCCAACCCCTTACGGTAAATGCCGGCCCCATTCATATCAGTGACGACGATTTGAACGTAGATCACGAGCAGGGAGGCGAGTTTAATAGCTCGGCCAACGCTAGCCAGTCAAACGCACTGGAAGGACGAATTACCGTGTATGTGGTTGAAGTACTGCCCAACAATAATTTAGTGGTGGCTGGTGAAAAGTGGATAACCATGAACCAGGGAAAGGAGTTCATCCGGTTTTCTGGAGAGGTACGCACAAAAGACATTGATGTAAACAATACAGTTAGTTCTGCCAAAGTTGGCAATGCGCTGATTGAATACAGTGGCAAAGGCGAGCTTCAGGATAATCAAAAACGCAGCCTGCTTAGCAAACTCTTTTCGATCTTTGGATAA	MVAESPTNPNVKQRAIDTTHQEVSQGEATFRPPRSETVSVVRVPTGSLFDPDNAAGLYELHHNFRVGDMILIELDEQTSSQKSVDYNENKSTSFQIQPLTVNAGPIHISDDDLNVDHEQGGEFNSSANASQSNALEGRITVYVVEVLPNNNLVVAGEKWITMNQGKEFIRFSGEVRTKDIDVNNTVSSAKVGNALIEYSGKGELQDNQKRSLLSKLFSIFG	PGPT0015420_210	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-MOTILITY|CHEMOTAXIS	MOTILITY-FLAGELLAR_ASSEMBLY	MOTILITY-FLAGELLUM_M|S|P|L-RINGS,PGPT0015420-flgH-K02393	NA	NA
AK237_02449	1173			hypothetical protein	ATGACGTTTTGTATCCGTGCTTTTCTTTTTCTTATCTTACTGATTATCCCGAATCTGGTATTTGCTGAGTGGGTGCAGGGCGAAGCAAAATTAGCAGTAAAAAATGCGCCGTTGGATGATGTGCGCATTATGGCAATTAAAAATGCCATCGCTGATGCATCATTTAAGTCTGGCAGTTTGATCACCGCTGAAGATGTCGTGCTGAATGGTCTGCTTATTAGTAGCAAAGCCGAGATCCATTCCACCGGCCGAATTCAAAGGGTAGAAATCATCGATGAGACCTTAGAAGACGGTTACCTTACCGTGTCGGTGAAAGTAAATATCACCCCACTATTTGCTTGTGAAAGCGATAAGTACAGCCGCTCTATTTTAGTCACACAATTCCAACTGTTACGTCCAAGACAGGCAGCACACGGTGACATTTACGATTTTGGCCACCAAATCAGTAAGCGTATTGAGCAACAACTGATCCGCCAGCAGCAACAGCTTAACGTGCAGCTTCTCGACAAAGCCTTTGCATCCACCAGCGCATTCAACTCGCTGACACCACAAATCATTTATGATAAAGCCTCATATTTGGCACAAACTCAGGGGCGGCAGTTTATTATTTTCGGCTATATACGTGATATTAGCTTGTTTGAGCAAATAAACATTGAAGACGATGATGAAGTTTCACGCCGAAGAAATTTCACTTTAGATGTTTATGTCGTTGATGCTTTCAAAAATTCGTTGCTGTTTCAGGATAGCTATCATGCCGAAGCCAACTGGAGCTACCCTGAAGGTTTAAGTGTCGATACCAACAACAGCTTATTCTGGCGGGATGATTACGGCCGCGTGGCATTAAATACTGTTAATGCCGCCGTATCTGATATCACAAGCATTATAACCTGCGAAGCTACCGTTACACAGGTAGTCGATAAACTCTCCGGCGAATTAGTTATCGGCATGGGTAGTGCGGATGGTGTGGCAGTAGGAGACAAATTCGCTTTACTGAAAAAGCGTACGCTCAGTCGCACTACCTATACAGGTTTAGCGATGCAAAATGCATTAGGCGACATTCAGTTTGAAGTTGCCGAAGTAAACCCTCATGCAGCCCTGTTAAAAGGAGTAGCGCCCCAGTCTCCATCCCTTGCTGACCTTTATGATTTAGTGATGCCGACGAATTCACCCTAA	MTFCIRAFLFLILLIIPNLVFAEWVQGEAKLAVKNAPLDDVRIMAIKNAIADASFKSGSLITAEDVVLNGLLISSKAEIHSTGRIQRVEIIDETLEDGYLTVSVKVNITPLFACESDKYSRSILVTQFQLLRPRQAAHGDIYDFGHQISKRIEQQLIRQQQQLNVQLLDKAFASTSAFNSLTPQIIYDKASYLAQTQGRQFIIFGYIRDISLFEQINIEDDDEVSRRRNFTLDVYVVDAFKNSLLFQDSYHAEANWSYPEGLSVDTNNSLFWRDDYGRVALNTVNAAVSDITSIITCEATVTQVVDKLSGELVIGMGSADGVAVGDKFALLKKRTLSRTTYTGLAMQNALGDIQFEVAEVNPHAALLKGVAPQSPSLADLYDLVMPTNSP				NA	NA	NA	NA	NA
AK237_02450	3690	rcsC_7		Sensor histidine kinase RcsC	ATGCAATCCCCTTCACCTGAACAGAGCTATTTTTGGGTAGGTATTGGTGCCTCTGCAGGCGGCTTAGAACCCATTCAACAATTGTGTGAGCAGTTGCCAAGCGACGCCAATATGATTTACATCGTTGCGCAGCACTTGTCACCTAAACACGAAAGTAAGCTGACAGAGTTGGTTCAGCGCAACACGAAGCTGAAAGTTGAAACAATCACCAACGGCATCGAAGCCAAACCAAATATTGTCTATATCACCCCACCTAAGTACGATGTCACGGTGCAGGGGAATAAGATTTTTCTTTCAGATAAAGAGTCGACGTCTTTGGCGCGGCCTTCGGTGAATGCCCTGCTTGTTTCGCTGGCCGAAGCAAAAAAAGAACATGCCATCGGGGTAATCCTCTCAGGTACCGGCACCGATGGAGCACATGGCATCAAGCTGGTTAGAGCAACCGGCGGTATTACCTATGCCCAGGACCCAAGAACGTCAGGATACGATGGCATGCCACGCGCAGCTATCGACACTGAATGCGTTGATTTTACGCTGAGTCCCGCAGACATCGGTAAACACCTGAGCGATTTAAGCTCTAAACTGCCGAAAGAATTAAGAGTTAAAATTGAATCAGAAGCGGTACAGGATAAGTTCTTAGAACTTGTTGGCATCGTCAGAAAACAATGCGGTGTATCTTTCAAACATTACAAAAAAGCCACATTACAACGACGTATTGAAAGACGCATGTTGGCTCGTCGCATTAGCGATTTCGATGATTATGTAGAACTGCTTAACCACGATACTGAAGAAGTAAGAATGTTGTATAAAGATATTCTTATTTCGGTGACAAATTTCTTTCGCGATCCTGCGACATTCAGCCAGTTAGACCCAGTACTTGAAGATATCAAAGCGAGCAAATCAACTGGCGACCCCATACGGCTCTGGGTTGTAGGCTGCGCGACAGGTGAAGAAGCCTATAGTCTTGCTATCATGCTTTGCGAAGCCTTAGGAGGTTTGGACAAACTGAGCCACGAAGAGCATCAGATTTTTGCCTCTGACGTGGATACCGATGCATTAGCTGTCGCCAGGCGTGGACTTTACAGTGAAGCCTCCATGGCGGACGTACCGCAGGAATTTAAAGATAAATACTTTAAACGCAAAGGTAACGCCTATGAAGTTGTTGATGAGTTAAAAAGAATCATTCTGTTCTCTGGTCACAACATTATTGATGATCCACCCTTTCTTCGCATAGATTTAATTACCTGCCGTAACCTGCTGATTTATTTTGATCAGGAATTGCAGAAAAAAGTGTATCGCATATTTCATTACGCTTTGCGTGAACGCGGACATTTATTTCTGGGCAAATCGGAAAGTACCTCTCAGGTAACGGATATTTTTCGTTCTGTGAATTCCCAGGACAAAATTTTCCAAAAGCGCAGCGTGTCTTCGTTTAATCCGCAACGATTCCACTTGAGTGGAAAATCGTCAGTAACCATTGGCGACTTGCCGCAGCGTGTAACGGATACGTCTCAGCCCCCCAGTTTACCTGAAGCACTCATGGAACAACTGGGTGATGCCTGTATTCTGATAAATGACAACTTAGATGTAGAGCATACCTATGGCAACTCTGCTAATTACATCAGATTCCCGAAAGGGAAACCGTCGTTTAACTTAAATGAAATCGTGATTGAGGTATTCCGTCACGAAATTCGCCCATTGGTTTACAAAGTTACCCGCACCAAAAAGCAAGCAGAAAGCCAAATACGAAGAGTTTTGGTAAACGGGCAGTCTTGTCAGGTAAGAATGAAAGTCTTACCTGTACAAATAGAAGAACAAGACGAGAAATTCTTATTGGTGTGTTTCACGCGCTCTGCTGACAAACAGAAGGTCGAGCAAAAAACCGAACATGATGAGTCTTCAGCTCGCATTAAAGAGTTAGAAGACGAGCTGGCCATGGCACGTGAACATATTCAAACGGTAGTAGAAGAGTTAGAGACGTCTAATGAAGAATTGCAGTCAATGAATGAAGAGCTGCAATCGTCAAACGAAGAACTTCAGTCTTCTAACGAAGAACTAGAAACGACGAACGAAGAGCTTCAATCTACCAATGAAGAATTGGTGACCATGAACGACCAGCTTAACGACAAAACCACCTCTTTAGAGATGGTGACCAATGAGCTGGTAAACATCAAGAATTCACTACAGTTCCCGCTTGTGTGTGTAAACAGCGATTTAAAAGCTGTTCGCGCAAACTTAGCCGCGCGCAAGTTTTTCTCTCTAAATAGCGAGCTTGAAAATTTTGCCGAGCGCCTTGAAGAGCGTTTTGACAGCTTCGATCTAAAAGAACAGGTCAGAGAAGTCGCATCTACCGCCGAAGCACATACGCTTCAGACTCAAGTTAAAGACAGGCACCTGTGGGTCCATATCACGCCTTACTACACCACCAATCAAAAAATTGAAGGTGCCATACTAAGTTTCATCGACAACACAACCCTGGTAAATCATCAAAAAGAACTTGATGAGAAACGTGAACAGGCGCAAAAGGCTAACTTAGCGAAAACTGAATTCCTTGCCAATGTGAGCCATGAAATCCGTACCCCTCTTAATGCAATTGTTGGTGTCAATGAGGTGTTCGGGTTAAAAATTGATGACGAAGAAAAACGGGAAAAGCTACTTAAGATCCTTGATAACGCGACTAAAAAGCTTCGTGATTTGCTTAACGACTTATTAGATTTTGCAAAACTTGAATCTGGTCAGTTGTCATTGGAATATACAGAGTTCTCTCCGAAAGCGATTATTCGCGATCTCATCGATTTGTATTCCATGGATAACGTGAATAATGACCGCACTATCTCTGCGATTTTTGATAAGGATTTACCTGAAACCTTTATTGGCGATCCGTTGAGAATACAGCAGATTGTGACCAACTTGCTGTCAAACGCTATCAAATTCACCGAGAAAGGGGCAATAAAAGTCACCGCGAAAGGACATTGGGATAAACCGGTCTATCAGCTTGTTTTAGAGGTATCAGACACCGGTATAGGCATGTCTGAAGAAAACCTGAAACTGATTTTTGACAAGTTCACCCAAGCCGATTCCAGCATTGCCAGGCGTTTTGGCGGCTCCGGCCTGGGGTTATCGATAGTCAAAGAGCTTGTTGCGCTTATGGCAGGAAAAATAGACGTTAGTAGTCAGGAAGGTAAAGGCACAACATTTATTGTTACCCTGCCTATGCAGACGCCCAAAGTGGTGCGTGAAGCTGTTACGAATGTGCCCACCAATCAGCTGCGTATTCAAAACAGACACAAGCACAAGATCCTCATTGTAGAAGACAACGAGGCCAATGTATTTATATTGTCGTCTTATTTAGACGAACTGAACGTCACCTACGATGTGGCCGTCAATGGAAAGGAAGCACTAAAACGTGTAAGTGACGAGCGCTACGCACTGATTTTACTGGATTTGCAAATGGACGAGATGGACGGTTTCACCTTCTTCGAACGATTCAAAGCGATGCCTGCCGACATCGCTGCTGATACAGTTGTTATTGCCGTATCGGCGCACGTTCATCAAGACATTATTAATCGCTGTAAACAAGCCGGAATGAGCGATTTTCTTCCTAAGCCCGTAGAAATTGGCAAACTTCACTTGCTTTTGGAAAGGTATTTGGATGAACAACACAACGGAATTGGGGATCAGGTATCCTGA	MQSPSPEQSYFWVGIGASAGGLEPIQQLCEQLPSDANMIYIVAQHLSPKHESKLTELVQRNTKLKVETITNGIEAKPNIVYITPPKYDVTVQGNKIFLSDKESTSLARPSVNALLVSLAEAKKEHAIGVILSGTGTDGAHGIKLVRATGGITYAQDPRTSGYDGMPRAAIDTECVDFTLSPADIGKHLSDLSSKLPKELRVKIESEAVQDKFLELVGIVRKQCGVSFKHYKKATLQRRIERRMLARRISDFDDYVELLNHDTEEVRMLYKDILISVTNFFRDPATFSQLDPVLEDIKASKSTGDPIRLWVVGCATGEEAYSLAIMLCEALGGLDKLSHEEHQIFASDVDTDALAVARRGLYSEASMADVPQEFKDKYFKRKGNAYEVVDELKRIILFSGHNIIDDPPFLRIDLITCRNLLIYFDQELQKKVYRIFHYALRERGHLFLGKSESTSQVTDIFRSVNSQDKIFQKRSVSSFNPQRFHLSGKSSVTIGDLPQRVTDTSQPPSLPEALMEQLGDACILINDNLDVEHTYGNSANYIRFPKGKPSFNLNEIVIEVFRHEIRPLVYKVTRTKKQAESQIRRVLVNGQSCQVRMKVLPVQIEEQDEKFLLVCFTRSADKQKVEQKTEHDESSARIKELEDELAMAREHIQTVVEELETSNEELQSMNEELQSSNEELQSSNEELETTNEELQSTNEELVTMNDQLNDKTTSLEMVTNELVNIKNSLQFPLVCVNSDLKAVRANLAARKFFSLNSELENFAERLEERFDSFDLKEQVREVASTAEAHTLQTQVKDRHLWVHITPYYTTNQKIEGAILSFIDNTTLVNHQKELDEKREQAQKANLAKTEFLANVSHEIRTPLNAIVGVNEVFGLKIDDEEKREKLLKILDNATKKLRDLLNDLLDFAKLESGQLSLEYTEFSPKAIIRDLIDLYSMDNVNNDRTISAIFDKDLPETFIGDPLRIQQIVTNLLSNAIKFTEKGAIKVTAKGHWDKPVYQLVLEVSDTGIGMSEENLKLIFDKFTQADSSIARRFGGSGLGLSIVKELVALMAGKIDVSSQEGKGTTFIVTLPMQTPKVVREAVTNVPTNQLRIQNRHKHKILIVEDNEANVFILSSYLDELNVTYDVAVNGKEALKRVSDERYALILLDLQMDEMDGFTFFERFKAMPADIAADTVVIAVSAHVHQDIINRCKQAGMSDFLPKPVEIGKLHLLLERYLDEQHNGIGDQVS	PGPT0015655_390	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-MOTILITY|CHEMOTAXIS	CHEMOTAXIS_PROTEINS	CHEMOTAXIS_TWO_COMPONENT_SYSTEM_PROTEINS,PGPT0015655-cheBR-K13924	NA	NA
AK237_02451	684	cheB_5	COG2201	Protein-glutamate methylesterase/protein-glutamine glutaminase	ATGAACAACACAACGGAATTGGGGATCAGGTATCCTGAAGTAAGTCCTGTATTCTTTATTGGTGCCTCGCTAGGCGGCGTAAAAGCATTTATCGAGCTGACGGAAAATCTACCCGATGATTTTCCGGCTCCGGTATTTTTACTGCTTCACCGGATCAAGGATAGCGATAAAAAAGCCGGAGACATGCAGTTTGTACTGCAAGCGAAAACACAGTTAGTTGTAAAAAATGCAGAAGAAGGTGAAGTTGTACGGGGAGGGCATATTTACCTTCCTCCAGAAAACCGCCATATTGCCGTGGAAGACAACCGTATTGTTTTCTACGAAAAGCCCGACGACTTACGTTGGCGCCCTGCGATCGACGTTATGTTTAAATCGGCTGCCCGGGAATACACCGACCGAACCATCTCGGTCTTGTTAACGGGAAACCTGGATGACGGTGTTGATGGCCTCCGGGAAACGTCTGCCCATGGTGGTATCACTATTGCGCAATCGCCGGAAGATGCCTACGCCCCCTATTTACCGCTAAACGCAGTTCTAAATGACCACCCATCCTACGTACTGCCGTTACACGATATTCCAAAACTCATGTGTGAACTGGCACGTCATCCCCACTTTGAAGATCAGGAAGCAGTAGCTGTAGAGTCGGCCAGGGTGGCAAAGGCACTCAAAACACGGTTTAAGTAG	MNNTTELGIRYPEVSPVFFIGASLGGVKAFIELTENLPDDFPAPVFLLLHRIKDSDKKAGDMQFVLQAKTQLVVKNAEEGEVVRGGHIYLPPENRHIAVEDNRIVFYEKPDDLRWRPAIDVMFKSAAREYTDRTISVLLTGNLDDGVDGLRETSAHGGITIAQSPEDAYAPYLPLNAVLNDHPSYVLPLHDIPKLMCELARHPHFEDQEAVAVESARVAKALKTRFK	PGPT0015650_3790	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-MOTILITY|CHEMOTAXIS	CHEMOTAXIS_PROTEINS	CHEMOTAXIS_TWO_COMPONENT_SYSTEM_PROTEINS,PGPT0015650-cheB|chpB|wspF-K03412	NA	NA
AK237_02452	816			hypothetical protein	ATGTGTGAAGCGTGTGAAAATTCTGTAAATGTTACCGATAACGTCGATGGACTTTCCACCCAAGGAACCTGCATGTATAAAAAATTATTCGCCATGAGCGCACTCGGCTTAAGCCTGCTTTCTCCTGCTGTCATGGCCATGGACGCTACCTATGCAAAAAACGGTGTCACGATAAATGGCGCTGCTGACGATGCAGTTTGGAAAAAAGCCGAATGGCATCCGATCAAGCATTTGATGGTGGGTAGCATGCCATCAAAAGAAGACTTTTCAGGACGCTTTAAGCTAGCGTGGGACGAAGGTAAGTTGTATCTGTTGGTGGAAATTGTCGATGACATTCTTATCGATACCCATCCTGATCCCAAAGATAAATACTGGGATGACGACTGTCTTGAAGTGTTTATCGATGAGGATGCATCAGGGGGTAAGCACGAATTTAGCTACAATGCCTTTGCTTATCACATTGCTCTTGATGGTAATGCAGCAGATTTTGGTGATGAAAACGATGGTAACGGCGTGGTACTGCTGAACGACCACGTACAAAGCGAATGGCATCGTGATGATAAAGCGCCTTATACCATCACGTGGGAAGTGGCGATTGATATTTATGACGATTCGTTTAGTACGTCAAAATCCAATGAGCCTGTGACACTATCAGAAGGTAAAATTATGGGCTTCATGCTGGCTTATTGCGACAACGATGGCAGCCCTGAGCGAGAGCATTTTGTTGGCTCTCATGAAATTACCCCGGTGAACGGTGATAAAAACTTAGGTTATATCGATGCGTCGGTGTTTGGCAAAATAACGTTGGTAAAATAG	MCEACENSVNVTDNVDGLSTQGTCMYKKLFAMSALGLSLLSPAVMAMDATYAKNGVTINGAADDAVWKKAEWHPIKHLMVGSMPSKEDFSGRFKLAWDEGKLYLLVEIVDDILIDTHPDPKDKYWDDDCLEVFIDEDASGGKHEFSYNAFAYHIALDGNAADFGDENDGNGVVLLNDHVQSEWHRDDKAPYTITWEVAIDIYDDSFSTSKSNEPVTLSEGKIMGFMLAYCDNDGSPEREHFVGSHEITPVNGDKNLGYIDASVFGKITLVK	PGPT0018680_1	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES	CE-EPS-CELLOBIOSIDASE,PGPT0018680-cbhA-K19668	NA	NA
AK237_02453	888	cmpR_2	COG0583	HTH-type transcriptional activator CmpR	ATGAAATATAGTTTAATTGATTTAAGGTTGTTCGTTGCTATCGCCGAGCAACGGAATTTAACAAAAGGTGCAGAACTAGCTTGTTTAGCACCGTCGTCCGCCAGCCATCGGTTGAAAAAGTTAGAACAATCACTGGGCACCACGTTATTTGAACGTGAGGCTCGGGGTGTCACACTCACTCATGCCGGCGATATTTTGCTCCGTCACGCAAGGCGAGTATTTGCCACGCTAGAGCAGATGCATTCAGATATTTCCCCTTATACCAGTGGTGCGCAAGCGCATGTCAGGCTGTGGGCTAATACAAATGCCATTCACACCTATTTGCCCGATGATATTGGTGCTTTTCTTGAGCTCTACCCTAGCATCAGTATTTCGTTGGAGGAACACACCAGTGCAAGAATTGCAGAAGCGGTAGCAGAGGGGGACATTGAGCTAGGCATTGTTGCCCAGCAAGACCAAAGCGCAGATGTTGTGTTGCACCCATACCGCAAAGACAGGTTGGTGATGGTGGTTCCTGCTCAGCATCCGTTGGCGAAAAGCAAGCGCACGCGCTTCGCGCAGGTTCTCGACTTTCCGTTTGTACTATTAGAAGAAGGTTCGGCTATTCATACTTTTACGTTGAACAAATCGGCTGGCGCGGGTAAGCATGTAAACATAAGGGCGCAAGTTAAAAGTTTTGATGCGGTGTGCAGAATGGTAAGTACCGGTGTGGGGATTGGGCTAATGCCTTACGACTCTGTGGTACGTGTTTCTGCATTGCAGTTAGTTACCGTTGAGCTTGATGAGGCGTGGGCTGCCAGAGATTTAATGATTTGTACACAACATGGTGCGGTTCAAAGTGATGCGGCTATTACCTTATTGTCATTCTTAAAACAGCGTGCAAATTAA	MKYSLIDLRLFVAIAEQRNLTKGAELACLAPSSASHRLKKLEQSLGTTLFEREARGVTLTHAGDILLRHARRVFATLEQMHSDISPYTSGAQAHVRLWANTNAIHTYLPDDIGAFLELYPSISISLEEHTSARIAEAVAEGDIELGIVAQQDQSADVVLHPYRKDRLVMVVPAQHPLAKSKRTRFAQVLDFPFVLLEEGSAIHTFTLNKSAGAGKHVNIRAQVKSFDAVCRMVSTGVGIGLMPYDSVVRVSALQLVTVELDEAWAARDLMICTQHGAVQSDAAITLLSFLKQRAN				NA	NA	NA	NA	NA
AK237_02454	918			hypothetical protein	ATGCATTATCTCACCACATTATTTTCTAGGCAAAATATTGGATTCACACTAGCAATATTGTCTGCAGCGGGCTTCTCGATGAAAGCCATATACGTTAAACAGGCGTATGACGTGGCTCAGGTAGACGCCATAACCCTTCTTGGTTTACGAATGCTCTTTTCGTTTCCCATTTTTCTGTTAGTTGGGTTTTCCTCGTTACGCCAAATACGTGCTATTTCCCGCCAGGATTGGCTGTTATTAACCCTCGTGGGCTTAGCGGGCTATTACGGCGCGTCCATTCTTGACTTCATGGGGCTGGAATACATTTCGGCAGGATTAGAGCGCATTATTCTATTTTCTTATCCGGTCATCACTATTCTGATTGGCATTTTATTTCTGAGTAAACGTTTCGAGCGTCAGCTTGTTATACCCATGGTACTTTGCCTTGCCGGAATATTATGTGCGTGCATCAGTGATATCACACTTATGCCTCATGGCGATCAGGCGTTGGTTGGTATCGCGCTAGTCATGGGCTCGGCCATTGCGTATGCGGTTTACCAGGCCTTTTCCGAACCCTTAATTGCGAAATTAGGTTCAAAAACGTTTTCAATTTTGGCCATGCTGGTATCTATATTAGCGGTACAGCTGCATTTCTTTACTGCATTACCAATGCAGGCTCTTAAGCAGCCCACAGAAATTTACTGGATTTGTCTCCAGATGGCGCTGATATCTACTGTGCTCCCGGTGTTTTTCCAATCCAGCGCAGTAAAGTATATCGGTATTTCACGGCTGGTTATGATTAGCACGCTGGGTCCGGTACTCACCCTTATATTCGGTTGGATAATGCTTGACGAGACAATTACGGTTCTGCAACTTACCGGCATGGCGCTAGTGCTGGCAGGTGTTATTTTCCTGAAATTACAAAAGCGCCGTGTTTGA	MHYLTTLFSRQNIGFTLAILSAAGFSMKAIYVKQAYDVAQVDAITLLGLRMLFSFPIFLLVGFSSLRQIRAISRQDWLLLTLVGLAGYYGASILDFMGLEYISAGLERIILFSYPVITILIGILFLSKRFERQLVIPMVLCLAGILCACISDITLMPHGDQALVGIALVMGSAIAYAVYQAFSEPLIAKLGSKTFSILAMLVSILAVQLHFFTALPMQALKQPTEIYWICLQMALISTVLPVFFQSSAVKYIGISRLVMISTLGPVLTLIFGWIMLDETITVLQLTGMALVLAGVIFLKLQKRRV				NA	NA	NA	NA	NA
AK237_02455	3924	rcsC_8		Sensor histidine kinase RcsC	GTGAAGTTTTTTGGTTTATTTGTCCTATTATTTGTAGGTTTTACTCAATCCCCTACTATTTCTGCAAGTCAGCCTTCGCAGCTTGATTTTTCCTATACCCCACCTGTTAAGACAGTTGGATTGCCGTCAGCAATTTTAGTCGATTCTAACGGTATATGGACGGGCGGAGAAAATGGTCTGTTAGAAGTTCGCTCAGGAAATTTAGTTGATTTCACTACGCAAACTACTGCCGATGTATCCTCTTGGGTCACGGATATCGATAGTTTGGAAAATGACCAAATTATAGTTAGCGTGTTCGGACGTGGACTCTACGAGTTGAATGGTAAATCGCTAACCATTACGGAAATCAATACCGATACCATTAAATTAAAGGGCTTTTGGAAAACGGATGTAAGCGAAAAGTACATATTGGCTAGTACTCTTAACGATATTGCCATTTTCGATTCAAACTCACGTGAATTTTTATTCTCCTTAAGTGAAAGAGGTATCCCTGTCGGCAGTCAAGTCGTTGATTTATTCTTTGATGAAACATTGAATCGAATTTGGTGGGTAGATAGTGAGTTGGGACTCTTTTACTACGCGTTCGATTCTGAAACGTGGTCCATTGTAGACCTAGGCGATGAGATTGGACGAATCTTCACTATAACGGCTACTGAAGACACCATATACGTTGGAGGGAATGGTGTGGTAGTTGTCGATAAAAATGACCTTCAAATATCGTGGATAAATTCCAGAACACCCCCTCATGCAGATCCTCAACCTGTAAGGTCAATCTTTGTAGATCGCGATTCCAAAGTATGGGTAGCAGCAGAAAAGTTATATTTGCTAAATACAGAGGCGAAGCGGCTGAGCCCTAGCCAATTTTTAAGTGGAAAAGGGAGTGATGATGATCTTTTAATCATTACTGACATGACACAGGATGAACGCGGTAACTTTTTTGCTGTAGACACTGCTCACGGGCTTGTCGTTCTATCAACGTTGACAAATTCGGTTACTGAGTTCGTTTCCCCATTTGATAATGAAGTTATCAAGGCGGCAGACTTTGATGATAATACTGACACTCTGATCCTTCATAGCTCAGGCAACACTGCTGTTCTCGCTATTAACGAAAAAAGTTCTCCCGATAGTAAAATTAGCTATGACGACGCATATAAGCGAGTAACTCGATTAGGTACTGATTTCGTCTTTACAAAGAGTTTAAAGTTTTATTCATTGGAAGGGAGAAAGATTAATGCTTTATCTTTCGCTCCTCTCCTCGCGAAGCTGGATGAAGCCATTTTTGACTCAATTTATAAGACCTTTTTGTTAGGAGATAAACTATTTTTAGTTCTGGAACTGGGCGGGGAAAAGAGGCTAGTCGATGTCAGTGATATCAATAAGCCTCTTCTGCCTTATTCTATATCGAATTCACTATTAACTGACTGGAACACACTACTAGTAACAGTGGATAGCGTTGGGATATTTGAATTAAATGCTAAAGGTGAATTAAGGCAGATAAACTTTAAGATATCTCACGATTATCAAATATTTTCATCGATCTATGCTCAGGATGATCGAATATTAGTTGGCACCTCGGGTAGTGGTTTTCTCTATAAAGACCTATCTAACGATAATGTCATCCATTTCAATAATGATGAAAAGTTTATTCGAGATGCTGTTGCACTTGATAACTATTGGTTAGTAGCAAGTAACAGCGGATTGTATGCATTGGGCAAGGTTCACAATGAAAAAATATATATAGGTAAGAGTTTTGGCATCGAGGATACTGACTTTGATTTTGATGGGATTTCAGTATCTCCGAATTATGTCTTTTTGCGAGGAGATAAAGGAAGTTACGTTGTAAAAAAGGGCGTGTTTGAAGAGTCACTTTTGTCTTTGAGTTCTGCTGTTCATTCGATAGATAAGAGCGAGTTATCTCTCTTCGTTAATGACGGCCGCACATGGAATGATTTTGATGAAAATGGAAATACACTTTCTCCTCTGATGAAGATAAAAGTAGAGTTGTCTGACCTAGATTATGTTGTGAGAGAGTTGCTGTTCTACGAATATAAATTAGAGGCCCTTCAAAATGATTGGATTGCCCTCAGCCCAAAGCAGTCTTCATTTGAATTAGATGAATTACCAATAGGCACCCACACTCTACAAATCCGTGTACATGATCCGCGAAGCTATGCTGAACAACCTATTGCCAATGTTCAGCTTACAGTGCTTCCGCCGTGGTGGCGTACATGGCAAGCTATGCTTTCTTACTGTGTTATATTTTTTACCATTCTTTATATCGCTTATAAATATTATTTGAAGCGCGTTGACGAGCAAGGGGCGCTGCTTTCAAAGATGGTGGAAGAGAAAAACAGCATGATTCATGACACCAATGAGTTTGTGCAGCGTATGCTGGCTCGCAAGCAGCGCGCCTTGGCAAATCTTTCCCATGAAATTCGTACGCCCCTGACCCTTATATTAGGTCCACTCAAACAAATTGTTGAGGAGCCAAATGCGAAAGAAAATGCTGAGCGTATTAATCTGGCAACGCGGAATGCCCAAAGAATAGGCGTGTTGGTCGACCAAATGCTGGAACTGGAAAAGCTCGACTATATTAAGGAACAGCCGAAGCAGTTATATCACCTGGACAAAGATATTCCCCGCATAATGTATGATCTGAATGCTTACGCTGAAATGAAAGGCCACAAACTAAATTGGCAATGTTCAGGACAGAAGAAACTTTGGTTATACAGCGATTCCCTTGAAAAGATCCTAAGTAATCTTGTATCTAACGCCATCAAATACACACGTGACAGTGGCAAAATTCAAGTTTCAATTAAACAGCGTGAGTTGCAGTTGGTTATTGAGGTGAGCGACAACGGTGTGGGAATGACAGACGATGATATGGCTAAAATATTTGAGCGTTACACTCGTCTGGACAATAAAGAAGAGGGCGTTGGTGTTGGTCTCGCGCTGGTAAAAGAGTTGGTATCTGCAAACGACGGGCATATTAAAGTTAGTTCAGAAGACGGTGTTGGGTCCTGTTTTACGGTCTTTCTGCCTATGTTGAGTACCATTGAGTCTGAGCAAATCAACGAACATAGGTCATATGTAAGTGAAACTGCCGAGCCGGAATATTTACTGGAAGCGGATGACAGTAGAAAAGATAAAGTTATATTAATTGTCGACGACAATGAAGAGATGAGAGGCTTTGTCTCGTCTCTATTAAGTGAGCATTATCGCTGTTTGCTAGCCAGAGATGGACGTCATGCTCTCAAAGTTGCTAAGAAGGTTAGGCCTGACCTGATACTTACCGATTTTAAAATGCCTGATATGGATGGCCTTGCGCTAACGAAAGCTCTTAGAGACACAGAGCACCAGCCTTATATACCGATTATCTTCATGTCCGCTTTTGGTGACCAACAAAGTATCAAAGAAGCGCTGGAAGTAGGTGTAGATAGCTATTTAACTAAACCAATCGATAAATCAGTATTATTGCTGCGGATCAGAAACTTATTCGAACGTCAGCAACCTATTCACATTGAAGTTACTGAAGATGAGGTATCTGAACTGTCAGACGATCTTCCCGATTTCGATAGTGAGCAAAAGCAAAATTTCTACTTTAAAGCGCTCGATATTCTGGAATCCCACTACAGTGATGAAAGCTTCTCGAAACCGGAGTTTGCTTCGATGATGGCCATGAGCGACCGGCACTTGTTGCGGAATTTTAGAGAAGTCTTTGATAAGCCCTTTAATGAAGTTCTTCGGGAATTCCGACTCGAAAAGGCGAGGAGCATGCTGCTGGAAGGCACGCAGATCACGCAAGTGGTTTATGACACCGGTTTTTCCTCACCGTCTCACTTTAGCCGCGCGTTTAAAGATTTTTATCAAATCACGCCCTCACAATATCAAAAAGAAAATTATAGATTTAAACGAAAAGCCTAG	MKFFGLFVLLFVGFTQSPTISASQPSQLDFSYTPPVKTVGLPSAILVDSNGIWTGGENGLLEVRSGNLVDFTTQTTADVSSWVTDIDSLENDQIIVSVFGRGLYELNGKSLTITEINTDTIKLKGFWKTDVSEKYILASTLNDIAIFDSNSREFLFSLSERGIPVGSQVVDLFFDETLNRIWWVDSELGLFYYAFDSETWSIVDLGDEIGRIFTITATEDTIYVGGNGVVVVDKNDLQISWINSRTPPHADPQPVRSIFVDRDSKVWVAAEKLYLLNTEAKRLSPSQFLSGKGSDDDLLIITDMTQDERGNFFAVDTAHGLVVLSTLTNSVTEFVSPFDNEVIKAADFDDNTDTLILHSSGNTAVLAINEKSSPDSKISYDDAYKRVTRLGTDFVFTKSLKFYSLEGRKINALSFAPLLAKLDEAIFDSIYKTFLLGDKLFLVLELGGEKRLVDVSDINKPLLPYSISNSLLTDWNTLLVTVDSVGIFELNAKGELRQINFKISHDYQIFSSIYAQDDRILVGTSGSGFLYKDLSNDNVIHFNNDEKFIRDAVALDNYWLVASNSGLYALGKVHNEKIYIGKSFGIEDTDFDFDGISVSPNYVFLRGDKGSYVVKKGVFEESLLSLSSAVHSIDKSELSLFVNDGRTWNDFDENGNTLSPLMKIKVELSDLDYVVRELLFYEYKLEALQNDWIALSPKQSSFELDELPIGTHTLQIRVHDPRSYAEQPIANVQLTVLPPWWRTWQAMLSYCVIFFTILYIAYKYYLKRVDEQGALLSKMVEEKNSMIHDTNEFVQRMLARKQRALANLSHEIRTPLTLILGPLKQIVEEPNAKENAERINLATRNAQRIGVLVDQMLELEKLDYIKEQPKQLYHLDKDIPRIMYDLNAYAEMKGHKLNWQCSGQKKLWLYSDSLEKILSNLVSNAIKYTRDSGKIQVSIKQRELQLVIEVSDNGVGMTDDDMAKIFERYTRLDNKEEGVGVGLALVKELVSANDGHIKVSSEDGVGSCFTVFLPMLSTIESEQINEHRSYVSETAEPEYLLEADDSRKDKVILIVDDNEEMRGFVSSLLSEHYRCLLARDGRHALKVAKKVRPDLILTDFKMPDMDGLALTKALRDTEHQPYIPIIFMSAFGDQQSIKEALEVGVDSYLTKPIDKSVLLLRIRNLFERQQPIHIEVTEDEVSELSDDLPDFDSEQKQNFYFKALDILESHYSDESFSKPEFASMMAMSDRHLLRNFREVFDKPFNEVLREFRLEKARSMLLEGTQITQVVYDTGFSSPSHFSRAFKDFYQITPSQYQKENYRFKRKA				NA	NA	NA	NA	NA
AK237_02456	168			hypothetical protein	ATGGAAATATTGTTCGAAGTTAACGCGTCCGATGATTCTGCAGATGACACTTGTTTAGCATTAATCGCGGGAGGGGTGAGTAATAAAAACACAATAATTGAATTATCAGATGCAATTATCCCTAAAAATCCACCTAGGCTCCCCATAATTCCTAATACACTAGACTAA	MEILFEVNASDDSADDTCLALIAGGVSNKNTIIELSDAIIPKNPPRLPIIPNTLD				NA	NA	NA	NA	NA
AK237_02457	507	gph_1		Phosphoglycolate phosphatase	ATGTTAGATCTCTCTGGTATTAAGGGCGTCATCTTCGATTTAGATGGCACGTTGGTGGAATCGGTGTTGGACTTTGGTAAAATGCGCGAGGAAATCGGCTGCCCTGTTAACACGGATATCCTTACTTTTATTGATGACATGACCTGTGAGAAAACTAAAGCATCGGCCCATCAAGTCATTCTTAATCACGAATTAGCAGACGCCAAAACGGCCAAATGGCTGCCGATAGGACGCCAAATGGTGCAAACGGTTCAACACGCAGACTTACCCATGGCCATCGTGACCAGAAACTGTAAGCAAGCTACGGCGCTGAAAATTGAGAATAATCAAATACCTATTACTACCGTGTTGACGAGGGAATGTGCGCCAGCCAAACCTGACCCAACGGCACTTTTAATGATTGCAGAACAATGGCAGATAGCCCCCGCACACATTCTCTATGTGGGAGACTATATATACGACCAGCAAGCCGCTGAGAATGCTGGTATGCAGTGGTTTTTGGTTTAG	MLDLSGIKGVIFDLDGTLVESVLDFGKMREEIGCPVNTDILTFIDDMTCEKTKASAHQVILNHELADAKTAKWLPIGRQMVQTVQHADLPMAIVTRNCKQATALKIENNQIPITTVLTRECAPAKPDPTALLMIAEQWQIAPAHILYVGDYIYDQQAAENAGMQWFLV				NA	NA	NA	NA	NA
AK237_02458	1332	hipO	COG1473	Hippurate hydrolase	ATGAATAAATTTGTGAAAGTCGGTGTAAGTCTGGTGACTCTGGGTTTAAGTGGCGCCATGGTGCAGGCTGAGCCAGTGGAGCTGGAAGCGGCAATTCAAAACGACCTTCCTCAGCTGATGGAACTTTACAAGCATCTCCATGCAAATCCCGAGTTAAGTGGATTTGAAGTGGAAACGGCTAAGTTGCTGGCAGAGAAAGCCAGACAATTAGGCTTCGACGTCACTGAAAACGTTGGCGGTACCGGTGTTGTGGCGGTAATGGAAAATGGTCCCGGGCCGGTGGTACTTATTCGCGCCGATATGGATGGCTTGCCCGTCGTAGAGCAAACCGGGCTGCCTTTCGCTTCTACCGTTACCGCGACCACTGAAGATGGTGTGGAGTCTGGTGTAATGCATGCCTGTGCGCACGATACGCATATGTCTGGTTGGATGGGAACCGCGCAGCAATTGGTGAAATTCAAAGATCAGTGGTCTGGAACGGTGGTGATGATCCTTCAGCCTGCAGAGGAGCGAGGCAAAGGCGCCCGGGATATGCTGGCTGATGGTTTATATGAACGCTTTCCCAAACCTGATTACGCGTTTGCCTTCCATAACTCAGCTGCCATTCCTGCTGGTGTTATCGGTTATACCCCCGGTTTCACCTTCGCTAACGTTGACAGTGTAGATATCAATATTAAAGGTATTGGCGGGCATGGTGCGTATCCTCAGGCAACCAAAGATCCGGTGGTGCTGGGTAGCCGCATTGTGACGTCGTTACAAACACTTGTCAGCCGCGAACTTGATCCCCTCGACTCAGCGGTGGTGACGGTGGGCAGTTTCATTAGCGGTTCTAAGCACAATATTATTTCAGATAAAGCAACCCTCCTACTGACAGTAAGAAGCTACTCTGACGAAACCCGTCAGAAGTTGTTGGATGGGATTACACGCATAGCAAAAGGGGAAGGGATTGCTGCAGGCCTTCCCGATGAATTGCTGCCAGAGGTTAATGTTAAAGATGAATATACACCTGCTGCATACAATCCGCCTGAATTTGCAGTACAAATGACAGATTATTTCCGCTCGAAAATGGGTGATGAAATGGTCATCGAAGTGCCGCCAACCATGGCTGGTGAGGATTTCGGCCGTTATTATCGTGCAGACAAGTTCATCAAAAGCTTGCTGTTCTGGGTGGGTGGTGTACCTGCAGACCGTTGGGATGCTGCTGAAAGTGGTGAGCAAAAACTGCCGTCATTGCACAGTCCATTCTGGGCACCGGATGCTGAAAAAGTAATTAGTAGCGCCACCGAAGCGTTGACTCTCGCCACGATGAAAGTGTTGGCAAAATCTGAGTAA	MNKFVKVGVSLVTLGLSGAMVQAEPVELEAAIQNDLPQLMELYKHLHANPELSGFEVETAKLLAEKARQLGFDVTENVGGTGVVAVMENGPGPVVLIRADMDGLPVVEQTGLPFASTVTATTEDGVESGVMHACAHDTHMSGWMGTAQQLVKFKDQWSGTVVMILQPAEERGKGARDMLADGLYERFPKPDYAFAFHNSAAIPAGVIGYTPGFTFANVDSVDINIKGIGGHGAYPQATKDPVVLGSRIVTSLQTLVSRELDPLDSAVVTVGSFISGSKHNIISDKATLLLTVRSYSDETRQKLLDGITRIAKGEGIAAGLPDELLPEVNVKDEYTPAAYNPPEFAVQMTDYFRSKMGDEMVIEVPPTMAGEDFGRYYRADKFIKSLLFWVGGVPADRWDAAESGEQKLPSLHSPFWAPDAEKVISSATEALTLATMKVLAKSE	PGPT0019000_1	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES	CE-EPS-GLUCOSAMINIDASE,PGPT0019000-csxA-K15855	NA	NA
AK237_02459	780			hypothetical protein	ATGAAAAAAACACTACTCGCTATTACGTCCGCCACTCTTTTCAGCTATCAGGTGAATGCTACTGTTGTTGAAATCCAAACCAACGTGGGCACCATCACCGTTAACCTTTTTGACGAAGATACGCCAGAAACGGTTGAGAATTTTCTCGAATACGTGAATTCAGGTGCATATGCCAATAATGTCGTTCACCGACTAGAGCACGACTTTGTTCTGCAAGCAGGCGGATATACCTACAATAACTCGCTTCCTTTGGATAATGTTCCGAAAGGCCAGCCCGTTGATAATGAGCCTGTATTGTCGAACGTACGCGGCACCATTGCTATGGCCAAACTTAGTGGCGATCCTGACAGCGCCACCTCTGAATGGTTTATCAATATCTCAGATAACAGTGACAATCTTGATGTGCAAAACAGTGGGTTCACCGTGTTTGGCCAGGTTATCGGTGACGGAATGGACATTGTTGATGAAATTAATGAAGTAACCCGTTTTAATCTCGGTGGAGCGGCAAATTCAATCCCACTTATTAATTTTTCGCAGTCAGATGCAACAAATGGCGTTGAGCCGGATGAGGATAACTTTTTACTGATTTCAGATATCGTTATTACCGACTCAGCGACGGTGACGAATCCGGATTTAAATCCCACTTTGAATACTTCACTTGATACGAACGAGCCCACCCCACCGGCGAGCAGTGGTTCATCAGGCGGCGCAATGAGTCCATTGGCATTGCTCGGTTTTGGACTTAGTGTGCTATTTTTTCGCCGTAAGCGCCGCGCGTAA	MKKTLLAITSATLFSYQVNATVVEIQTNVGTITVNLFDEDTPETVENFLEYVNSGAYANNVVHRLEHDFVLQAGGYTYNNSLPLDNVPKGQPVDNEPVLSNVRGTIAMAKLSGDPDSATSEWFINISDNSDNLDVQNSGFTVFGQVIGDGMDIVDEINEVTRFNLGGAANSIPLINFSQSDATNGVEPDEDNFLLISDIVITDSATVTNPDLNPTLNTSLDTNEPTPPASSGSSGGAMSPLALLGFGLSVLFFRRKRRA	PGPT0015110_319	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL_PEPTIDES,PGPT0015110-ppiA-K03767	NA	NA
AK237_02461	273		COG2924	putative Fe(2+)-trafficking protein	ATGAGCAGACAAGTATTTTGCCAGCACCTTAAAAAAGACGCTGACGGCCTCGATTTTCAGCTTTACCCTGGTGAATTGGGTAAACGAATCTTCGATAACATCTCAAAAGAAGCTTTTGCGGAATGGCAAAAAAAGCAAACGATGCTTATTAACGAACAAAAGCTAAATATGATGGAACCCACAGACAGAAAGTTCTTAGAAGAGAAAATGGAGGCGTTTTTATTTGAAGGCGTAGAGCCAACTATTGAAGGTTATGTACCACCTAAAAAGTAG	MSRQVFCQHLKKDADGLDFQLYPGELGKRIFDNISKEAFAEWQKKQTMLINEQKLNMMEPTDRKFLEEKMEAFLFEGVEPTIEGYVPPKK				NA	NA	NA	NA	NA
AK237_02462	1041	mutY	COG1194	Adenine DNA glycosylase	ATGACAAAGCCTTTTTCTCAACGCGTGCTTGCCTGGTTTGATGACCATGGCAGAAAGCACCTGCCTTGGCAGCAAAATATCACTCCATACGGTGTGTGGGTGTCTGAAATAATGCTTCAGCAGACCCAGGTCACAACGGTAATTCCGTATTACCACCGCTTTATGGAAAGCTTTCCCACAGTGAAAGACCTGGCGCTTGCTTCACAAGATGCGGTGCTGGATCACTGGACCGGGCTTGGCTATTACGCCAGAGCGCGCAATTTACATAAGGCTGCAAAATGTATTGTCGAGGAGCATGCAGGGGAGTTTCCCACCGATATCGACGATGTTATTGCGTTGCCGGGAATAGGCCGCTCTACGGCAGGCGCCGTGTTATCGATTGCTTGCAAACAAAACCACCCTATTTTAGATGGGAACGTTAAGCGTGTTTTGGCGCGCTATTATGCCGTTGACGGTTGGCCCGGGCAAAAGCCCGTTGAAAACCAGTTGTGGCAATACGCACAGCAAAATACTCCCGACAGACGATGTAACCACTATACCCAGGCCATGATGGATTTAGGGGCAATGGTGTGCACGCGTTCAAAGCCGCGGTGTGATGAGTGCCCTTTACAATCTGATTGTTTAGCGTATGCACAGGGCCGCCAAAGTGAATTTCCGGGTAAGAAGCCGAAAAAGGCTCTGCCTGAACGCCATGTTTCGATGATTGCCGTGTTCTATCAAGGCAGTGTGTTTATGGTGCAGCGCCCACCTTCCGGAGTATGGGGTGGGTTATTTGGTTTTATAGAAACCGAACAGACAATCGAGGAAGCGATAGATACGTTACCGGTTACTGTGGATGAATATAAAGTGCTGGCACCGTTTCGTCACACTTTCAGTCATTTTCATCTCGATATCCAACCTTACCTGGTGTTAGCAAGCAATATTGCTTCGCCCCAGGTTCAGGAAAATAATGCGCGTTGGTTTAATATAGATGAGCCGCTAGGCGTGGGAACGGCTGCCCCCACACAAAAAATTATCTCGCAAATAAAACAATTCATTTAG	MTKPFSQRVLAWFDDHGRKHLPWQQNITPYGVWVSEIMLQQTQVTTVIPYYHRFMESFPTVKDLALASQDAVLDHWTGLGYYARARNLHKAAKCIVEEHAGEFPTDIDDVIALPGIGRSTAGAVLSIACKQNHPILDGNVKRVLARYYAVDGWPGQKPVENQLWQYAQQNTPDRRCNHYTQAMMDLGAMVCTRSKPRCDECPLQSDCLAYAQGRQSEFPGKKPKKALPERHVSMIAVFYQGSVFMVQRPPSGVWGGLFGFIETEQTIEEAIDTLPVTVDEYKVLAPFRHTFSHFHLDIQPYLVLASNIASPQVQENNARWFNIDEPLGVGTAAPTQKIISQIKQFI				NA	NA	NA	NA	NA
AK237_02463	696	menH_4		2-succinyl-6-hydroxy-2,4-cyclohexadiene-1-carboxylate synthase	GTGTCATTTCCCACGTTGTTTCTTCCCGGCACATTGTGCGATGAGCGTGTATGGTTGCCTGTATGGCAACATTTAAATCTTCATCAACGACGTTATGTGCCGTTGCAGTGGGCAAGTTCTAAGGATGACATGCTAGCACTCACGAGCGACCGTATACTGGATAACGAAAAAGTACATTTGGTTGGCTTCTCGATGGGTGGCTACGTCGCAGCGGTTTGGGCAATGAACAACCCTGACCAAGTGGCCTCTTTAACAATGGTGGCAAGCTCACCTTATGGCCTGTCAAAAGACGAAGAAAAACGTCGTGCGCAGCTTGTTACTATGTTAAAAAAGGGCGCGTTCAAACCCGATAGCCCCCAGTATATAGCGCGTTTCGTACATGCTGACCATCAGGATAACCCCAATGTTGCAGGGGTTGTTAAAGACATGGGCCGAGATTTAGGCGCAGCCACGCTGCTGGCGCATACTATGGCTACCACCCCGCGCCCTGCAATCACAGACAAACTGCAAAAATGTCGCTTTCCTATTTATATTGTGGCAGCCGAAGATGATCAGGTGGTTCGCTTTGATGTGTTATCTCAAGCTGCGAACGAAATCCCCTCATCAACACTTATGCCACTGCCAGGCACAGGGCACATGTGTTTGTTAGAGCAACCTGCGGCATTAGCAAACATTTTGCGTTCAATTTGCATCTAA	MSFPTLFLPGTLCDERVWLPVWQHLNLHQRRYVPLQWASSKDDMLALTSDRILDNEKVHLVGFSMGGYVAAVWAMNNPDQVASLTMVASSPYGLSKDEEKRRAQLVTMLKKGAFKPDSPQYIARFVHADHQDNPNVAGVVKDMGRDLGAATLLAHTMATTPRPAITDKLQKCRFPIYIVAAEDDQVVRFDVLSQAANEIPSSTLMPLPGTGHMCLLEQPAALANILRSICI				NA	NA	NA	NA	NA
AK237_02464	720	trmB	COG0220	tRNA (guanine-N(7)-)-methyltransferase	ATGGGTCAATACAAAAATCAGGAAGAAGCAGAAGCCGCTGGCGTATATATCAGCAAAGTGCGTAGCTTTGTGAAACGTGAGGGTCGTTTAACCAATGGTCAGGCAAAAGCACTTGAGTCTTTTTGGCCAACCATGGGCGTAGAGTTTCAGGACGACATGCTATCTTTACACGATCTTTACGGTAGAGACGCGCCCGTAGTGCTGGAAATAGGTTTCGGTATGGGTAAATCTCTGGTAGAAATGGCAGAGAAGGATCCACATTCAAACTTTTTTGGTATTGAAGTGCATCGTCCGGGAGTAGGTGCGTGCTTATCAGAAGCCGGCGAACGTGGCCTGACGAATTTGCGTGTAATGGAATACGACGCGGTAGAAGTCTTTAAAAAGATGATCCCCGATGGCAGCCTTGCCCGGGTACAACTTTATTTCCCTGATCCATGGCATAAAAAACGTCACCACAAACGTCGTATAGTACAACCCGAATTTGTACAGATGGTACGTGAGAAGCTTGCTATTGGTGGCAAATTTCATATGGCTACAGACTGGGAACCGTATGCAGAATATATGGCCGAAGTTATGAACGCTGCACAGGGTTATACCAATACGGCCAGTGAAGGCAACTTTGTTCCACGCCCTGACTATCGTCCAATTACCAAGTTTGAAGTACGTGGCCAGAAGTTAGGTCATGGCGTTTGGGATTTAATTTACCAACGCAGCGAATAA	MGQYKNQEEAEAAGVYISKVRSFVKREGRLTNGQAKALESFWPTMGVEFQDDMLSLHDLYGRDAPVVLEIGFGMGKSLVEMAEKDPHSNFFGIEVHRPGVGACLSEAGERGLTNLRVMEYDAVEVFKKMIPDGSLARVQLYFPDPWHKKRHHKRRIVQPEFVQMVREKLAIGGKFHMATDWEPYAEYMAEVMNAAQGYTNTASEGNFVPRPDYRPITKFEVRGQKLGHGVWDLIYQRSE				NA	NA	NA	NA	NA
AK237_02465	1089	rsmC		Ribosomal RNA small subunit methyltransferase C	ATGTTAAGCCCGCAGAGTCAGCTACTTGAAAGAAATCTTGCACTTTTTGATGAAGGCAACTGGCTGGTTATCAATCCCACCGATGCCTATTTCGCCGATTTGATTAATAACAAATCCGCTACTTTTCTCCATCAGTATTTCGATATTTTTGCGGAGAGCGTGCGGGTTATTCCTTTCTGTGAATTCGACAGCCGCGATGTCAGTCAATCCGCCCAGGGCTTTTGCATAGAACAGAAAGCCGGTAGCCATGTACACGTCTTTGCGCCGTTTATCCCTGAAGGTCAGACCTATACCGACATTCTGATTTATCTGCCAAAATCAAAGCCACATATGCAGATGTTACTGGCGATGGCCCATGCGGCATTAAGTGAAAACGGTCGAATACACATCGTTGGCGAAAACAAGGGCGGCGTAAAAAGTGTAGGTAAGTTACTGGATCATATAGGGCAGCATCAAAAAGTGGACTCGGCCAGACACTGCAGTTTAGTGACATTAATGCCCTCTACCTTTACTGCGGCCTTTTCAGCCGAGGATTGGCTAAGCGAAGCAGAATATGACGTTGATGGTGTAACCTGGGATGTTTTCTCATTACCAGGCGTATTTAGCCATGGCGAGCTGGACGAAGGCACACAACTGCTGTTGGAAAAAGGTTCGGATCGATTACGGGGTAAGGTACTCGATTTTGCCTGTGGAGCCGGCGTAATTGGCTCATATTTACTACGCCGTTTTCCTCACCTTGAGATGTCCTTGCTGGACGTAAGTGCACTTGCGGTATATTGCGCCGCCAAAACACTTGCTGCCAATGACCAAACCGCCACGCTTTATGCTGCTAACGGCTTGCACGGCATTGATGCGGTGTTTACCCATATAGTGACCAACCCGCCCTTCCACACTGGCGTGAAAACCGATTACACCATTACCAAACGGTTTATTGAAGATAGCCGCCGTCGCTTGTTGACAAAAGGTACGTTGCAGGTTGTAGCAAACCGATTTTTACCTTATCCGGGACTACTCGGCGAAATTTACCCGCAAACCCATACGGTGGCGCAGAATTCCCGTTTTTCCCTGTATATGAGTATTTCTGGATAG	MLSPQSQLLERNLALFDEGNWLVINPTDAYFADLINNKSATFLHQYFDIFAESVRVIPFCEFDSRDVSQSAQGFCIEQKAGSHVHVFAPFIPEGQTYTDILIYLPKSKPHMQMLLAMAHAALSENGRIHIVGENKGGVKSVGKLLDHIGQHQKVDSARHCSLVTLMPSTFTAAFSAEDWLSEAEYDVDGVTWDVFSLPGVFSHGELDEGTQLLLEKGSDRLRGKVLDFACGAGVIGSYLLRRFPHLEMSLLDVSALAVYCAAKTLAANDQTATLYAANGLHGIDAVFTHIVTNPPFHTGVKTDYTITKRFIEDSRRRLLTKGTLQVVANRFLPYPGLLGEIYPQTHTVAQNSRFSLYMSISG				NA	NA	NA	NA	NA
AK237_02466	1425	glgA	COG0297	Glycogen synthase	GTGAATATTGTTTTCGCCATTTCAGAAGTGGAAGATTTAGTCAAAACCGGCGGCCTTGCTGATGTAGGCAAAGCACTCCCTCTGGCTTTGCTGGATGCGGGAGAACAAATCAGTATCGTTATGCCTTACTACAAGGCTATCGCCGACGAATACAAACTTGCCGACGCATGTGCTCAACAAACCCTGTTTGCAGAGGGCAAAGTTTATCACTACAGCATCAAGCAATTATTCTGGCAGGGAATAAACATTTATTTCGTTGACTATCCGGAATACTTTAACAGAGATGGCCTCTACAGCAGTGCCTACGAAGCATACAGCGATAATGCGGAGCGGTTTAGTTTCTTCAGTGGTGCGGCGTTAAATGCTTTGCAGGCGTTGAGTATTCAACCGGACATCATCCATTGCCATGATTGGCACACCGCAATGCTGCCGTTTTTACTTCGTTTCGACCAATCAGGTTACTACGCCAACACGAAGACCGTTTTTACCATTCACAACGCAGCATTTCAGGGGGTACACAAGCTGGATGACATTCCTTACTTGCGTCATCATCCTGCTATTTTGTCTCAGGTACACGGCGGCTATATTAATATGCTGCAATCGGGTATCGAGTTTGCCACAAAAGTTACCACGGTAAGCCCGAATTATGCGCAAGAATTACTTACCGACTTAGGCTCTCATGGTTTACACGACCGCCTGGTCATGCGCCAACAAGATCTCAGTGGCATCTTAAACGGATGTGACTACGGGCAGTGGAATCCCCAGGACGACACTTATCTGCCGCAAAATTACAACGTCGATACGTTGCACAATAAAAAGTCCTGCAAGCTCGCGTTACAAGCTTTATCCCATTTACCAGAAAATGCCGATGTGCCATTGCTCGGCATGGTGTGCCGCCTCACTGAACAAAAAGGGTTTGGTTATTTAGTCCCCATTTTACAAGATTTGATGCGTCATAATATACAAATGGTAATTGTGGGAACCGGCGACCCCACAGTGTGTATGGATTTGGACGAGTTTGCCCAGCATCACCCCAAGCAATTTGCATTTATTAATGGTTTTAGTACCCACCATGCACATTTGGTAGAAGCGGGAGCCGATTTCTTCTTGATGCCTTCGCAATTTGAACCTTGCGGTTTAAATCAAATGTACAGCCTCGCCTACGGCACTATACCCATTGTGCGAGCTGTAGGCGGCTTGAAAGATACTGTCATTGACCAGTGTAAAGATAAAGACAATGCTACCGGATTCGTTTTCGATGCCCCCAGCCCGGATGCGTTGTTGGCCTGTATTCGTCGCGCCCTGCTGTTTTATTACGAGCATCCGGTACAATTCAGACAGATGCAAATACGCGGCATGAATACCCGCTTTACCTGGGAAGCATCAGCTCAGGAATACAGAAAACTTTATCTTTCGATGATGTAG	MNIVFAISEVEDLVKTGGLADVGKALPLALLDAGEQISIVMPYYKAIADEYKLADACAQQTLFAEGKVYHYSIKQLFWQGINIYFVDYPEYFNRDGLYSSAYEAYSDNAERFSFFSGAALNALQALSIQPDIIHCHDWHTAMLPFLLRFDQSGYYANTKTVFTIHNAAFQGVHKLDDIPYLRHHPAILSQVHGGYINMLQSGIEFATKVTTVSPNYAQELLTDLGSHGLHDRLVMRQQDLSGILNGCDYGQWNPQDDTYLPQNYNVDTLHNKKSCKLALQALSHLPENADVPLLGMVCRLTEQKGFGYLVPILQDLMRHNIQMVIVGTGDPTVCMDLDEFAQHHPKQFAFINGFSTHHAHLVEAGADFFLMPSQFEPCGLNQMYSLAYGTIPIVRAVGGLKDTVIDQCKDKDNATGFVFDAPSPDALLACIRRALLFYYEHPVQFRQMQIRGMNTRFTWEASAQEYRKLYLSMM	PGPT0025880_3067	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-ENVIROMENTAL_SURRIVAL	CE-BACTERIAL_FITNESS-ENVIRONMENTAL_SURRIVAL-GLYCOGEN_BIOSYNTHESIS,PGPT0025880-glgA-K00703	NA	NA
AK237_02467	1662	sasA_11		Adaptive-response sensory-kinase SasA	ATGACTCAGCACCCTGTGCAGCTCTCTATACGCAGTTTGTTTTTGTGGGTGGTCATGGCCATTGCCACAGTGTCATTAGTCGTGTCTGCGGGTTTATCCAGCTACAACCAAATCAATCATTATCGAGAGACCCAGCGAGAAGACGTAAAGATTTTCATAGACGTCTTAGCCTCGCTTTTTACTGATGAACTTGTCAACGGTGCCTCTGAAAGGGACAAGCAGCACCTTAACCGAAAGTTAAAAGCGTTAGCGGTGTCGCCAGATGTATTAAACGCACATATCTATCAGCAAAACCTTTCCAGTCAGCTTCGCCTGTTTTCATCTTATACCAAAGACGGTGAAACCCGGACAAGCTCAAAAAGCGGAACGATTAGTAACTATTTCCAGCCTGTTTATTCCAGCGAGACGGTTGAAATATCCCGCCCCATAGAAAATGAAAACGGTACGACTGCCGGCTATATCTACATTCAGGTATCCACCAAACGCTTAAATGAGGAAATCCAACGCTCAATCGCCACGTCCATTGCTGTAATCGTAGTGATGCTACTTATCTGCTTTTTCGTTACCGTCAAAATGCAGCGCCTTATTACAGACCCTATCGAGCGACTAGGAGAGTTTCTATCTAAAACGTCGCGACAACGTGATTATTCAGCGCGGGTTACACCGACCAATATTACCGAATTAGACATTCTTTCTGAATCGATTAACGTAATGCTGAGTCGCATTCAGGAATATATGCAAAAGCAGAAAATGGCGGAAGAGCAGCACCGTAAATTGAATGCCAGTCTTGAAGATATGGTGAATCAACGCACTATCGCCCTGAAAGACGCCAATCAAGAGCTCATTCAAACGCTGGAAAAACTCCACCAGTTCCAGCGTCAAATTGTCCAGAATGAAAAAATGGCCTCGTTGGGAGACATGGTGGCGGGTGTGGCACACGAAGTAAATACCCCCATAGGATTGGGCGTAACGGCGTCTACCATGATGCTGGACAGATTAGAGATAATTCAAAAAGAATTCGAGAGTAAAACCTTAAAAGCCAGTACAATGGCGAGGTTCATTAGTGAAAGTCAGGAAAACCTGAATATCATTTATCGCAACCTGAACCGCGCGGCCGAGTTAATATCGAGCTTTAAGCAGGTTGCTGTCGACCAGTCGTCAGAAAGCAACCGTAGATTTTGCTTTGCACAGTTGGTTAATGAGATACTATTATCCTTACGACCCAGACTTAAAAAGCTCCACCATGACATTCGCGTCGATTGCGACCCAACGTTATCTGTGGAGACCAAAGCCGGCCCCATCAATCAAATTTTAATTAATTTGATCATGAACTCTGTTATCCACGGCTTTGAGCATATAGACACCGGCGAGATAAACATCATTGCGGAAATGATGACGCCGACAAAAATGAAACTGATTTACAAAGATAACGGCAAAGGCATATCGAAAGATATCCGCAAACGTATTTTTGACCCGTTTGTTACAACGAAACGGGGGCAAGGTGGTTCCGGGCTGGGTATGCATCTGGTCTACAACCTGGTTACCCAGGCACTAAACGGTACTATCTCTATTACCAGTGAAGAAGGAAATGGCGTGGAATTTATTATCATTTTCCCTGTCGAAAGCTCTGAAACTGGAAATTTACCGTTAAATGGTGAATAA	MTQHPVQLSIRSLFLWVVMAIATVSLVVSAGLSSYNQINHYRETQREDVKIFIDVLASLFTDELVNGASERDKQHLNRKLKALAVSPDVLNAHIYQQNLSSQLRLFSSYTKDGETRTSSKSGTISNYFQPVYSSETVEISRPIENENGTTAGYIYIQVSTKRLNEEIQRSIATSIAVIVVMLLICFFVTVKMQRLITDPIERLGEFLSKTSRQRDYSARVTPTNITELDILSESINVMLSRIQEYMQKQKMAEEQHRKLNASLEDMVNQRTIALKDANQELIQTLEKLHQFQRQIVQNEKMASLGDMVAGVAHEVNTPIGLGVTASTMMLDRLEIIQKEFESKTLKASTMARFISESQENLNIIYRNLNRAAELISSFKQVAVDQSSESNRRFCFAQLVNEILLSLRPRLKKLHHDIRVDCDPTLSVETKAGPINQILINLIMNSVIHGFEHIDTGEINIIAEMMTPTKMKLIYKDNGKGISKDIRKRIFDPFVTTKRGQGGSGLGMHLVYNLVTQALNGTISITSEEGNGVEFIIIFPVESSETGNLPLNGE				NA	NA	NA	NA	NA
AK237_02468	708	arcA	COG0745	Aerobic respiration control protein ArcA	ATGCAGACGCCAAATATTTTAATTGTTGAAGACGAAGTGGTAACACGTACCACATTAAAGAGCTTATTCGAAGCTGAAGGCTACAATGTATTCGAGGCCGAGAATGGCGATCAAATGCATGATTTCTTCGAAAATCACGCTATTAACCTGGTTATTATGGATATTAACCTGCCAGGTAAAAATGGTTTGATTCTGGCACGTGAAGTACGTGACCGTAAGAATGTAGGCCTTATTTTCTTAACTGGCCGTGACAACGATGTAGATCGTATCCTGGGTCTGGAAATCGGCGCTGATGATTACCTCACCAAGCCATTCAATCCGCGTGAATTGACTATCCGTGCACGTAACTTACTTGCACGTACTACAAGCTCTGCGGAAGATGACGATTTACCAAGCCGCGTTAGCTTCAATGGCTGGATCTTAGACGGTGACAGCCGCTCTTTGATTTCACCGAGCAGTACAGAATTCCGTCTGCCACGCTCTGAGTTCCGTGCTCTGCACTTGTTCTTAAGCAACCCAGGCAAAATTCTGACTCGTGAACAGTTAATTATGGAAATGACTGGCCGCGAACTGCGTCCAAATGACCGTACTGTTGACGTAACGATTCGTCGTATTCGTAAGCACTTCGAGTCTGAGCCAAGTGATGAAGAGTTGATCGTAACCATCCACGGCGAAGGTTACCGTTTCTGTGGTTCTGTAGACAGCTAA	MQTPNILIVEDEVVTRTTLKSLFEAEGYNVFEAENGDQMHDFFENHAINLVIMDINLPGKNGLILAREVRDRKNVGLIFLTGRDNDVDRILGLEIGADDYLTKPFNPRELTIRARNLLARTTSSAEDDDLPSRVSFNGWILDGDSRSLISPSSTEFRLPRSEFRALHLFLSNPGKILTREQLIMEMTGRELRPNDRTVDVTIRRIRKHFESEPSDEELIVTIHGEGYRFCGSVDS	PGPT0026345_287	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-ENERGY_METABOLISM	CE-BACTERIAL_FITNESS-OXYGEN_AVAILABILITY_SIGNALLING,PGPT0026345-arcA-K07773	NA	NA
AK237_02469	1332	pmbA	COG0312	Metalloprotease PmbA	ATGCAAATAGAAAAGCAAATTGCGGAAATACAGAATGTCGTAGACGATGTTCTCAAAATGGCGCTGAAAAAAGGTGCGACGCAGGCCGAGGCCAGTATGTCGAAAGTGCAGGGGATTGCTGTGTCATCCCGCATGTGCGATGTAGAAAATGTGGAATTTAATAATGACGGTGGTCTTGGGATCAGCGTTTATGTCGGTAAGCACAAGGGCAGTGCGTCTACAGCGGACCTGAGTAAGGAAGCCCTGGCACTGACGGTGGAAAAAGCGGTGGATATTGCCCGTTATACCAGTGAAGATCCGTGTACAGGCCTGGCAGACAAAGAATTGATTGCTACTGAATTTCCTGATTTAGAGCTCTATCATCCTATCGAGCTGGATCCGCAAAAGGGCATCGAGATTGCCATTGAAGCTGAGCGGGCCGCCATGGCGTATGACAAACGCATTACCAACTCAGACGGTGCGTCTTATAACGCGAATTTAGGCATGCGGGTTTACGGTAACACCCACGGTATCAACGCTGGCTATCCAAGCAGCCGTTACAGCGTAAGCTGCATGATGATAGGTTCTGAAAATGGTGATATGCAGCGCGATTACGCGTACACCGTTAATCGTAAAGCGCACTTGTTGAAATCGGCAGCAGAAGTGGGAAGAGAAGCCGCTGAAGCGACTGTGTCGAGACTTGGAGCGAGAAAAATCGCGACTGGCAAAGTACCGGTAATGCTGCATCGCGACGTAGCAAGCTCCTTATTCGGGCATTACGTCAGTGCTATCAGTGGTGGCAGTTTGTATCGTCGCTCATCATTCTTGCTGGATAAGCTCGGGGAACAGGTATTCCCGCAGTGGCTTAATATCGAAGAGAAGCCTCTCTTGAAAGGCGGGTTAGCAAGTTCCAGCTTTGATGCTGAAGGTGTGGCCACCCAAGACATGACTATTGTCGAAGGGGGCTGCTTGTCTCATTATCTTTATACGACGTATTCTGCGCGTAAGCTTGGCGTAATTTCTAATGGCCATGCTGGTGGTATTCATAACTGGATTGTAGGCGACTCTGGTCAGTCAGATGCTGAGATGCTAAAGGAAATGGGCACAGGTTTGCTTGTGACTGAATTAATGGGGCAGGGTGTAAATACAGTAACCGGAGATTACTCTCGCGGTGCCGCTGGATTCTGGGTTGAAAATGGTGTCATCCAGTATCCGGTACATGAAGTGACGATAGCCGGTAACCTGAAAGATATGTTTATGAATATTGCCGCTATTGGTGCCGAACGCGAGTTGCGCGGAGGTGTACAAACCGGCTCGGTATTAATTAGCGAAATGCGTATCGCAGGTAGCTAA	MQIEKQIAEIQNVVDDVLKMALKKGATQAEASMSKVQGIAVSSRMCDVENVEFNNDGGLGISVYVGKHKGSASTADLSKEALALTVEKAVDIARYTSEDPCTGLADKELIATEFPDLELYHPIELDPQKGIEIAIEAERAAMAYDKRITNSDGASYNANLGMRVYGNTHGINAGYPSSRYSVSCMMIGSENGDMQRDYAYTVNRKAHLLKSAAEVGREAAEATVSRLGARKIATGKVPVMLHRDVASSLFGHYVSAISGGSLYRRSSFLLDKLGEQVFPQWLNIEEKPLLKGGLASSSFDAEGVATQDMTIVEGGCLSHYLYTTYSARKLGVISNGHAGGIHNWIVGDSGQSDAEMLKEMGTGLLVTELMGQGVNTVTGDYSRGAAGFWVENGVIQYPVHEVTIAGNLKDMFMNIAAIGAERELRGGVQTGSVLISEMRIAGS				NA	NA	NA	NA	NA
AK237_02470	552			hypothetical protein	ATGAGCGATAACAAGCACCATTCTGATGAAGAAAACTTATTTAACGATATCGATCAGGATGATGAGAGTGAATTAATCAGTAAATCTGAGCTGAAGCGCCAGTCTGCCGAGCGTCAGAAGCTGGGTGAGGATCTGGTCAATCTAACGCCAGCCCACCTCGCCACCATCCCGATGGACGACGAGTTGGAAGATGCGGTGATGCTTGCGCGTAATATAAATCGTAAGAAAGACGGCTTCAGACGCCAGCTTCAGTTTATTGGTAAGTTGATGCGTAGCCGCGACACAAGTGATATCGAAGCCGCAATGGCTAAGCTGGCACATTCGCACCAAGCCACCAACGCCGCCTTCCATGCCTTGGAAAAAGCCAGAGAAGCGATAATTCACGAAGGGGATGATGCTATTCAACGCTTGGTAGAAGCGCATCCGGCACTGGACAGACAAAAGCTACGTCAATATCACAGACAAATCAAAAAAGAGCGTGAGAAAAATGGCCCGCCTAAGGCCTTTCGCGAGCTATTTCAATATCTGAAAGACGTGATCCACGAAGAATAA	MSDNKHHSDEENLFNDIDQDDESELISKSELKRQSAERQKLGEDLVNLTPAHLATIPMDDELEDAVMLARNINRKKDGFRRQLQFIGKLMRSRDTSDIEAAMAKLAHSHQATNAAFHALEKAREAIIHEGDDAIQRLVEAHPALDRQKLRQYHRQIKKEREKNGPPKAFRELFQYLKDVIHEE				NA	NA	NA	NA	NA
AK237_02471	2541	btuB_23		Vitamin B12 transporter BtuB	ATGAAAACCACAAACTATGCGTTAATTCCACTAGCTGTTTCTTTGGCTTTTGGAGCATCAGTGTCCATGGCGCAAGAAGTGTCGTCAGACGTAGAGCGTATTCAGGTAACCGGCTCAAACATCAAACGAAACGATTTAGAAGGTGCGGCACCGGTTCAGGTTATCGGGCGAGAAGATATCGACCGTTCCGGTTTTGCTAACTTGCAGCAGCTCTTGAATACCATGCCGTCTGCAGGGGTAGGTACATTTTCCACTCAAGGTAATAATCAGGACTCTACGGCTAACGGTGGCGCTGCAATCAGTTTGCGCGGATTCGGGGCAGACGCAACGCTTGTGCTCATCAATGGTCGTCGAGTGGCAAGCAGTGCCTTTGCAGAAGGTATCGTAAACTCATTTGTTGATATTAATAACATTCCCGTAGCGGCTATCGAGCGTATTGAAATCCTCAAGGACGGTGCCTCTGCCGTTTATGGTTCCGACGCAGTTGCCGGTGTGGTGAACGTCATTTTAAGAAAGAATTACGAGGGCACAGAGGTTACGGCGGGGTTTGGTGGTACAACAGGGCCAAGCTATGAAGAAACTAACTTTAGTGTGCTATGGGGTACGGGTAACGAGGACAGCAATGCCACTGTTATTCTGGACTACTTTAAAAATACTTCGCTAATGCGCAACGAAGTCGGGATTTACGGAACCGTATATCAGCCTGAAAACGGTATCGATGGCCGCTCAAGCTCAGGGTTTCCTGGTACATTTATCGTCGATGGCGTGTTAACGCCAGATGCCGCTTGCCCGGAAGAAAACATTGTAAACAGTGTTTGTCGTTACGATTACGGTCCGCAGGGCGCGGTGCTGCCTGAAGCGGAACGGGCTGGCATCATGGTACAGGCCAATCAGGTACTAACTGATTATGCGGAAGCTTATATTGAAATGTCCGCGCAACACAATACTTCCAGAGCGTACGGGGCCGCGACCCCGTTGGGGCGAACTGCTGGCTTAACCGTCAATGCCGATCATCCCGATAATCCCTATGGACAGGATATCATCATTAATAATTACCGCACCGTTGATGCTGGGCCGCGGATCTGGAACATCGAGTCTGATACGTTCCGGTTGGTCGCTGGTATCCGCGGCACAGTGAGTAACTGGGATTATGATATTTCGGCTCAAAAAGGCCGGAGTAAATCGCTGCAAACTGGCGGAATTGGTGATGGCTGGATTCGGGTAGATTATTTGCAACGTGAAATCGATGCGGGTAACTATAACCCGTTTGGCGGCACCTACAACGACCCGGATGTGGTAGCTGATATTTCTACCAGTCTGGTGCGTCAGGGCGAGTCTCATATGACGTCGTTTAACGCCAATATTGCGGGAGATGCCTTTACGGTCTCAGATATGACTGTGCAGGTTGCCGCAGGCGTTGAATATCGGGAAGAAGACGTTGCCGACAAGCCAGATGAGCAATTTGAGCGTGGCTTGATTTTTGGTACTGAAGCCATCTCGGCGCAGGCCGAGCGAGACATTTCAGCTGCGTATATTGAGTTCCTTGTGCCGTTTACTGATACGTTCGATGTTACCCTGGCGGGTCGCTATGACGACTACAGTGACTTTGGCTCAACAACCAATCCGCAGGTATCCTTTTCGTGGAGACCGATGGATAACTTCTCTGTAAGAGCATCCTGGGGACAGGGTTTTCGTGCTCCATCACTGGCGCAAATTGGGTTAGGACCGTCGCAAGATTCACCGCTGGTTGACGATTATTATCGCTGCCAGTCAGATGGCATTTGTGAAGGAGAGCGAGAGCGAGGCGTAATCTATACGTCAGATGCGGTACTTCAGCCCGAGGAGTCGACAACGTGGAATGTCGGTGTAGTCTGGCAGGTAACGGACGAGTTCGATTTTACCGCTGATCTATGGAGTATCAAGCAGGACAATAAGATCGATCAGAATCCCGTGGAAAACATTTACGCGCAAGAGTGTAACGATCAGAACAGCACCATTTGCGTTCGCTTCGACCCGCTTCCTGGTGAAACGCTGGGACAAATTGACCGTATCTACAATATCTACGTTAACTTAAGTTCTCAGGAAGCCAGTGGATTAGACGTCAGCGCCGGCTACTTACTGGACTTAGCCGAATTGGGTTCAGTGAAGTTTGGGCTGGATTGGTCATACATCGATTCCTTCAAGAAAGACGGTATTGAGTATGCTGGCGAGCTTAACTACCCAGAGCATCGGGGAAGATTAACTGCAGATTGGACTATCGGAGATTACGGTTTAACGACTATTGTTCGCTATATTGGTGAGTTTGAGAGTTTCCAGGCGTTATCAGAAATTGAAGCGTCGGAAGGTGATATGGTGGATTCGGAAACCCTGGTTGATCTACAGGCTTACTACCAGTGGAGTGACCAAATGACCTTTACACTGGGCGTGAACAATGTGTTCGACTCCGATCCTCCTTTTACCGCTCGAGGATATGGTTATGTGGCTGAAACGCATATGTTGCGCGGTCAGTATGTGTATGGTTCGATAAAATATCGTTTTTAA	MKTTNYALIPLAVSLAFGASVSMAQEVSSDVERIQVTGSNIKRNDLEGAAPVQVIGREDIDRSGFANLQQLLNTMPSAGVGTFSTQGNNQDSTANGGAAISLRGFGADATLVLINGRRVASSAFAEGIVNSFVDINNIPVAAIERIEILKDGASAVYGSDAVAGVVNVILRKNYEGTEVTAGFGGTTGPSYEETNFSVLWGTGNEDSNATVILDYFKNTSLMRNEVGIYGTVYQPENGIDGRSSSGFPGTFIVDGVLTPDAACPEENIVNSVCRYDYGPQGAVLPEAERAGIMVQANQVLTDYAEAYIEMSAQHNTSRAYGAATPLGRTAGLTVNADHPDNPYGQDIIINNYRTVDAGPRIWNIESDTFRLVAGIRGTVSNWDYDISAQKGRSKSLQTGGIGDGWIRVDYLQREIDAGNYNPFGGTYNDPDVVADISTSLVRQGESHMTSFNANIAGDAFTVSDMTVQVAAGVEYREEDVADKPDEQFERGLIFGTEAISAQAERDISAAYIEFLVPFTDTFDVTLAGRYDDYSDFGSTTNPQVSFSWRPMDNFSVRASWGQGFRAPSLAQIGLGPSQDSPLVDDYYRCQSDGICEGERERGVIYTSDAVLQPEESTTWNVGVVWQVTDEFDFTADLWSIKQDNKIDQNPVENIYAQECNDQNSTICVRFDPLPGETLGQIDRIYNIYVNLSSQEASGLDVSAGYLLDLAELGSVKFGLDWSYIDSFKKDGIEYAGELNYPEHRGRLTADWTIGDYGLTTIVRYIGEFESFQALSEIEASEGDMVDSETLVDLQAYYQWSDQMTFTLGVNNVFDSDPPFTARGYGYVAETHMLRGQYVYGSIKYRF	PGPT0003790_5984	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0003790-hutA|fatA|fct|foxR-K02014	NA	NA
AK237_02472	1650			hypothetical protein	ATGAAAACAGGATGCGTCGCACTTCTTTTAATTGCCTTTAGTTCCGCTGTCTCAGCGGCTTCAGATTTTAGCCAACTTGAAGCACTTTTTATTAAATGGCGTCAGTTTGAAACGCCTCCCCTTTATCAGTCTGCACCGGATTATCGTGCTGAAACCTTTAAGCAGCGTGAATCTGAATGGTTATCCATTAAAGAAGAATTATTGGCGTTAGACAGAAGCGACTGGACTGTTGCCCAGAAAGTTGATTGGTTTGTTGTGCTAGCCGAACTCAACGGTTATGAGTTCAACATGAAAGTTCTGAAGCCCTGGGCACGCGATCCGGCATTTTATCGGCAATTATGGATGGCGCAGAGCGATGTGCCTGCCCATGAAGGTCCTACGCCGCATTATCTCACCGAATTATGGACTTACGCCTTCCCATTAAATAGTGACGAACAGGCGAGACTCCTCAATGACTTATCCCGTATCAAACCTTTTCAGGAACAAGCGAAAATAAACCTGACCGGAAACGCTAGAGAGTTATGGGTTGCGGGTATTCGCGACATCAAAACCCAGTTAGCAAACTTAAAATCAATCGATACTGAGATTAAAGAAACGGGCAATACGACACTGATCAAGGTGCACGAGCAGGCAACTCAGTCGACACAGCAATTCATTACCTGGCTCGAAGCGGAAGGGAAAACCAAGACAGGCCCCTCTGGTTTGGGAAAAGCTCACTACACGTGGTATCAACAAAACGTACATTTAGTGCCAATGACCTGGACAGATGAAGAGCGACTCTTAGCGCGTGAGCTTGACAGAGCATGGTCGTCACTTAAGTTGGAAGAACAAAGGAATAAAGCGCTGCCGGAACTTCAGCCAGTGACAAATGAAGCTGAATACAGTGAACGGGCGCGAGAGTCTGCCAACTATATGTTGACGTATCTTGATGAAAATAAAATAGTGAGTGTTGCTGATTACTTTAAGCCAGCGTTATTCAAACATTTAGGGCACTACGCGCCAACAGAAACCAGAAACTTCTTTCAAATAGGGTCACATCTTGATCCCATTCCCTTATTTTCTCACTTTTACCATTGGTTCGAACTGGCCATCATGGTTGAAGATCCAAACCCCAGAGTCGTGCGAAAGGAAGCCCTTTTGTACAATATTTTTGATAGCCGCAACGAAGGAACTGCCACCGCAGTAGAAGAGATCTTCATGCACGCAGGGTTACTGGACAGAAATCCCCGGGCGCGTGAAATTGTGTGGATCATGTTAGCGCAACGTGCAGCGCGAGGACTGGGATCGTTGTATGCCCATGCGAACGACATGACAATGGCAAAAGCCGGAGAGCTTCATATCAATAATACGCCGCGGGGATGGATGAAAACTGAGCCCGAGTTGGTGCAGTTTGAGCAACACCTGTATTTACGCCAGCCAGGTTACGGTACAAGTTATGTAACCGGTAAGCGCCTGCTTGAAGAAGCAATAGCGAAAAAAGCACAGGTTGACGAAAAACGCGGCCAAGCCTTTTCGCTGCAATCCTTTTTTGATGAATTAAATCGCATTGGCGGAATTCCCATTTCTCTCGGTACGTGGGAAATGACAGGTAAAAAGCCTGAGTTTTTAGACATCGTAGAAAAAAATGCACAACGCGATAGCCAATTATAA	MKTGCVALLLIAFSSAVSAASDFSQLEALFIKWRQFETPPLYQSAPDYRAETFKQRESEWLSIKEELLALDRSDWTVAQKVDWFVVLAELNGYEFNMKVLKPWARDPAFYRQLWMAQSDVPAHEGPTPHYLTELWTYAFPLNSDEQARLLNDLSRIKPFQEQAKINLTGNARELWVAGIRDIKTQLANLKSIDTEIKETGNTTLIKVHEQATQSTQQFITWLEAEGKTKTGPSGLGKAHYTWYQQNVHLVPMTWTDEERLLARELDRAWSSLKLEEQRNKALPELQPVTNEAEYSERARESANYMLTYLDENKIVSVADYFKPALFKHLGHYAPTETRNFFQIGSHLDPIPLFSHFYHWFELAIMVEDPNPRVVRKEALLYNIFDSRNEGTATAVEEIFMHAGLLDRNPRAREIVWIMLAQRAARGLGSLYAHANDMTMAKAGELHINNTPRGWMKTEPELVQFEQHLYLRQPGYGTSYVTGKRLLEEAIAKKAQVDEKRGQAFSLQSFFDELNRIGGIPISLGTWEMTGKKPEFLDIVEKNAQRDSQL				NA	NA	NA	NA	NA
AK237_02473	1443	tldD	COG0312	Metalloprotease TldD	TTGTTTAATAACGTAAAAACGCATCTGTTAACTGACTCAGGGTTAGACCTGTCTTCATTGGAAAAGGCGTTAGGTGAAATTTACCACCACAATAACGACTACGCCGATTTGTATTTCCAATCCAGTCAGCATGAAAGCTGGGTGCTGGAAGATGGCATTATTAAAGATGGTAGCTACAACATCGAACGCGGTGTTGGCGTGCGCGCGATTAGCGGCGAGAAAACCGGTTTTGCCTATTCCGATGATATTAATGAAACGGCGCTTCTTGATGCCTGTCGCGCAGCGCGAACGATTGCGCCCACGGGGCGGAAGCATCAGGTTAAGTCGTTGGAAACGGCAGCGTATACGCAGCGCTACAAAGAAAATAATCCGCTGTTGGCGATGGAAGATGCTGAGAAAATCGCGCTACTAAAAGCCGTCGATGGGTATATTCGTAAAAAAGAACCTGGCATTAACCAGGTTGTCGTTAGCTTAAGCGGTGTATACGAAGAAGTGTTGGTGGCTGCCACTGACGGAACACTTGCTGCCGACATTCGTCCACTTGTTCGCTTGAATTGTTCTGTACTGATGGAAAACGGTGAGCGCCGTGAACGCGGTAGTGCAGGGGCGGGAGGCCGTCATTCTTACGACTTCTTCACCACTGACAAAGACGGACGCCCGTACTACGAAATGCTTGCTGACGAAGCGCTTCACATGGCGCGGGTGAATATGGAGGCCGTAGCGTCTCCTGCGGGCACCATGCCAGTAGTGCTGGGGAATGGTTGGCCGGGTGTATTGTTGCACGAAGCTGTTGGTCATGGGCTGGAAGGCGATTTCAACCGTAAAGGGGCGTCTACTTTCAGTGGTCGCATTGGTGAACGTGTTGCAGCAAAAGGGGTTACCGTGGTTGACGATGGCACCATGATTGATCGCCGGGGCTCGTTGTCTGTTGATGACGAGGGCACGCCTACTCAACACAACGTGCTCATTGAAGATGGTATTCTGAAAGGGTACATGCAAGATAAGATGAACGCGCGTTTGATGGGGGTAAAACCTACCGGTAACGGGCGACGCGAGTCGTTTGCTCATCTGCCTATGCCGCGTATGACTAACACGTATATGATGGCGGGGCAGCACGATCCTCAGGAAATTATTGCCTCTATTGAAAAGGGCATCTATGCGCCAAATTTTGCCGGTGGTCAGGTAGATATCACATCGGGTAAATTTGTGTTCTCCAGTGCAGAAGCATACTTAATAGAGAACGGTAAAATTACTGCGCCGGTGAAAGGTGCAACACTGATTGGCAATGGCCCGGAAGTGATGCAGAAAATCTCTATGATTGGTAACGATGTCGCTTTAGACCGCGGTGTCGGCGTATGTGGTAAAGATGGTCAATCTGTTCCCGTAGGTGTTGGTCAACCAACCTTAAAAGTTGATGAACTGACCGTTGGTGGTACCGCTTAA	MFNNVKTHLLTDSGLDLSSLEKALGEIYHHNNDYADLYFQSSQHESWVLEDGIIKDGSYNIERGVGVRAISGEKTGFAYSDDINETALLDACRAARTIAPTGRKHQVKSLETAAYTQRYKENNPLLAMEDAEKIALLKAVDGYIRKKEPGINQVVVSLSGVYEEVLVAATDGTLAADIRPLVRLNCSVLMENGERRERGSAGAGGRHSYDFFTTDKDGRPYYEMLADEALHMARVNMEAVASPAGTMPVVLGNGWPGVLLHEAVGHGLEGDFNRKGASTFSGRIGERVAAKGVTVVDDGTMIDRRGSLSVDDEGTPTQHNVLIEDGILKGYMQDKMNARLMGVKPTGNGRRESFAHLPMPRMTNTYMMAGQHDPQEIIASIEKGIYAPNFAGGQVDITSGKFVFSSAEAYLIENGKITAPVKGATLIGNGPEVMQKISMIGNDVALDRGVGVCGKDGQSVPVGVGQPTLKVDELTVGGTA				NA	NA	NA	NA	NA
AK237_02474	825	nit1		Deaminated glutathione amidase	ATGGTTAATGTGGTCGCCATACAAATGACGTCTACGCCTGACGTGAATGAAAATTTAGCGTTCGTCGAGTCTCAACTTATGTTGCTGCCTGATCCGACGGAAATCACCAGCTTAGTCGTGTTGCCCGAATGCTTTGCCTGTTTTGGCACGCGTGATGGCACGTTGTTAACCATTGCCGAACCCAAAGGAATGGGGCCAATCCAGCAAGCGCTTAGTGCAATGGCGAAAAAATATCGCTGTTATCTGGTGGGCGGCACTATCCCACTGAAAACAGAGGACGATAATCTGTTTACTGCCTCTTGTTTATTCTTTGCCCCCGACGGCGAACTGATAAGCGAATATCAGAAGATTCATCTTTTCGATGTGGCAGTCAACGACAGTACAGGCACCTACAAGGAATCGAAGTATACGCGACATGGACAAAAGGTCGTGGTAGTCGACACGCCGATTGGGCGTATTGGCATGGCAGTATGTTATGATGTGCGTTTTCCGGGCTTATTTACTGCTATGGGCGATATCGACATTTTGGTATTGCCCGCTGCGTTTACGCAGCGAACCGGCGAAGCCCACTGGGAAGTATTAATGCGCAGCCGGGCTATTGAGAAACAATGCTTTGTTGTAGGGGCCAATCAAACCGGTGTGCACGCCAACCAAAGGGAAACCTATGGTCACAGTATGGTAATTTCTCCGTGGGGAGACGTGTTGGCGTGTGAAAACGACCAGACCGGAACAGTAAGTGCTAATATTGATATTAACGATCGGGCAAAACTAAAGGTGAACATGCCTGTTAGTGAACACAACCGATTCAGGAGCCAACTTGTTTAA	MVNVVAIQMTSTPDVNENLAFVESQLMLLPDPTEITSLVVLPECFACFGTRDGTLLTIAEPKGMGPIQQALSAMAKKYRCYLVGGTIPLKTEDDNLFTASCLFFAPDGELISEYQKIHLFDVAVNDSTGTYKESKYTRHGQKVVVVDTPIGRIGMAVCYDVRFPGLFTAMGDIDILVLPAAFTQRTGEAHWEVLMRSRAIEKQCFVVGANQTGVHANQRETYGHSMVISPWGDVLACENDQTGTVSANIDINDRAKLKVNMPVSEHNRFRSQLV	PGPT0000835_1176	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_SIGNAL-BRANCHING_STIMULATION	PLANT_BRANCHING-AUXIN|IAA_METABOLISM	PLANT_BRANCHING-IAA_RELATED_TRP-DEPENDENT_PATHWAY_3,PGPT0000835-nitA|nitB|nitR|nit1-K01501	NA	NA
AK237_02475	3861			hypothetical protein	GTGATAAAAGCGGGTAGTGTAGCGACCTATCTGGTTAAAAAACTGTGGTTGCTACTGGCAGTAATATTAGTGCTGTTTGCCGTAATGCTTAGCGTGATGCGCTACGCATTGCCTCATATCGACCATAGAAAATATCTTTTAGAAGACTACGTAAACGAAAAGTACGGCGTTGAGTTAAACATTGGTAGTGTACAAGCCGACTGGGAAAAGCGCGGTCCGAGCATTGTGCTGAACAACGTTGTATTGGCCAGTAGCGCCTCTTCGCCCGTTGCCTTAGAAATTGAACAAGTGCATATGGAAATCGACTTTTGGGAAAGTCTGCGCTTACGTATGTTGTCGTCTAATGCCTTCACCCTGGATTCTCTCACACTTGAAATCGACGCCGATCGTTTAGAGGGAGCGGGAGAGAGCGACTATCCGGTCGTTGATGCATTAAAGAGTTTGTTTCTTGAGCAGCTGCAACGTTTTTCGTTGACCGACGGCGAAGTTGTTATTACCCGTGACAACAAACAGGAAGTCCTGCAACTTGAGTCGTTAAGCTGGATAAACCAGGACAAACGCCATCAGGGAACGGGAGCCATCCGTGTTCAGGAGCTCGCCAATAATTCTGCATCGTTTATTTTGGATCTACACGGTTCGCCTGATTCGCTGGACGGTGTAATGTATGCCAAAGCAGAAGATCTCGATATTTCCCCCTGGGTGAGTGGGTTACTTGCCACCCATCGACCTTTGAAAGAGAGCCGCGCTAATTTTGAAGTGTGGGCCGAAGTCAACGAGAGCCACTTTAGCGCCTTTTATACCCAATTTCACGAGAGCAAACTCGCATGGGGGGGCGAAGATGCGCTGGTATTTAATTCCGGTATTCGTGGCGGCAGTATTCAAGCGTTTCCTGTTAAGGATAAGTGGCATTTTCGTGTCGACCAACTTATCTTTGATGCAAATGATCAAAGCCTGGTCACTGACCTGGTAGGCACGGTAACGCCTCAGGGGGAGTTACTTGTCAATACGGTAAAACCTGCCCCTGTTAATCCTTTTTTGGTACTGCTACCACTTTTCACCGACGATACCGCCGACGACAACATTCGCGATTTAAATCCTGGTGGTCAATTAGCTACTCTGCAAGTGAATGTGCGGTCTAAAGGCGTGGATTTGGCGGCCAAATTGATTGATGTCAGCTGGGAGCAAGACAATCATTTTCCCGGTATGTCCAACCTTGATTTGGACATTTACTGGCACAAGCAGCAGGGCGTTGTAATGCTGTCCGCTGATGAAAGCGTACTGGACATAGATAACCTGCTACCCGAACCCGTTAATATTAATAGCATTCGCGGCAAAGTTTTTGTTTATAACCAGCCCGTGGAAGATCAGAATCATTGGATTATTCAAAGTAATAAACTGACGGTCGAATCTGACAAACTAAGCGTAAAGCCCGCTTTCCGCTTCGATGCATACGACACTTCGCTTGCTACGCGTATCGATGTTGCCCCCAGACCGGTTAAGGATATTCAGCTGTTGTTGCCCGGGCCGATAATGGGAAAAAATACCACGGCTTTTTTGAATAATGCTTTTGTAGGGCCGGGTCAAATTGAAGGCGCCACTATTATCTGGCAGGGCAAACCAAAAGACTTTCCTTTCAACGACAATCAGGGCGTATTCCAGGCAAAAGTACGCGTGACCGACAGTACTTTTCGCTTTTCTGACGACTGGATGCCGCTGGAAAATCTTGATTTAACGTTACTGTTCGAAAATGAACGGCTGGATATGCGAAGCCCTGGCGGTCAGTTAGGCGGGGTGAAAGTCAGTGATATGACGGCTGTCATTCCTTCACTTCATAGCGATTCAAAAGTGCTGATCGATGCAACGGGTGACGCGGATGCGAGCGCAGTGACGACACTTATGCTACAAAGTAGTTTGGCGAATTCGTTGGGTAAACTGTTAAACGATGATGTGCAGCTCGATGGGGCGCTATCCGCTAAACTGCATCTGGACATCCCGTTCGATAGCCCTAATGTGGTAGCGAGAGGCACCGTCACATTACCTGGCAACAACGTACATATCGCCAGTACGAAAATGGATTTCACTGCTGCGACCGGGCAGGTAAGTTTTGATAATGAAAAGGTGCAGTTTAGCGGCATGCGGGCAAAGTTATTAGACCAGCCCGTTACACTGTCTTTTGATGGAAAAAGCGAAGAAGAGGATTATCTTGTCGACTTATCGCTTGATGGCTCCTGGGATGTCGCACCGTTACTCGCTCGTTTTAATCCTGCCTTTGAAGATTACTTGTTCGGTGACGCCCACTGGCAAGCAGTGGTTGCTCTGCGGATCCCGCCCGAGGGATTCAGCTATCGCGCCAATATTACCACACCGTTAACGGGCCTTACGTCTCGCTTACCAGCGCCTTTTGCAAAATCCAAAGACAGTGATCTGTTATTCAATATTATTAGCGAAGGTAATGAACAAGCTTCTAACGTACGTGCGAGTTTAGGTGATGATGTGCGCTTTGAAGGCGTGTTGCCACATCAGGAAATGCAATTTTCTCGCGCCCATTTAGCGTTGGGAGAAAGTGATTTTGTAGGAATGGGGATCGGCTTTAGTGTTTCTGCCACGATGGATGTGGTGAACGTAACAGACTGGTATAAAACTATCGAGCTGTTAGTCAACGGGATCGGTGACGCAACAGAAAAACAAGCGCCGATATTTTCAGTACCTGAGCGGATATTCGTTAATGCCAAAAACTTAATTGTGGCGGGACAAAACCTTCACAATGCGCAAATAACCACTAAGCAGCAGAACAATAACTGGATGATGGATATCAATGCTACGGAAGCCAGAGCAACGGTTAATTTGTATGACGACTGGTTAGCCCGTGGTATTGCTATTGAAGCGGATTATATTCGTTTTGATAATTGGGAATCTGAAAAAGAGGATGTGACCCATAACTGGGACGCCACCTCGTTGCCACCTATTTACTTTCACTGTAAGCAATGCACGTTTTTAGATAAAGAGTTAGGTGAAGTCACGCTGGATGTCGCGAAAGCGACCACAGGTCTTGATGTCAGACAGCTTAGTGCCGTTAGCAAGCATGGTAAGTTTTCAGCTAAGGGTAAATGGACGTTTACCGGCAACGAAAATCGCACCCAGCTGGGTGGTTCACTGGAAAGTGACGACGTGGGCATGATGCTTAAAAGTTGGGGAATAGAAAGTGGCATTAAAGACTCCGGTGCTCGCCTTAATTTCGATTTTAACTGGGCAAAATCACCTATGGATTTCTCTACGGAAAGCCTTGCGGGTAACGTGAAATGGTCGCTGAGTGATGGCTATTTAAGTGAAGTCAGTGACAAGGGCTCACGTATTTTCACATTGTTTAGCTTAAATTCGTTGGTACGCAAACTAAGCCTGGATTTTCGTGACGTATTCGCCAAAGGGTTTTTCTACGACGACATGCGTGGCACCTTATCTATTGCAGACGGCAGGGCGTTTACCAACGATACTGTGATTGATGGTGGCGCAGGTGAAATCAATATTAATGGTTATACCGACTTAGTCGCGAACCAGCTTAACTACAATGTTGTGTTTTCGCCCAACGTCACCGGTAACTTGCCTATTCTGGTGTATTTTTTAGCGACGCCACAGACTGCACTTGCTGCATTGGCACTCGATCAGGTGCTAACCTCGGCAAAGGTAATTTCCAACGTGAACTATCACGTTACCGGCAGTCTCAGTGAACCGGTATTTGAAGAAGTGGGTAGAGACAGTAAAGAAGTTACCCTCCCGGCGAAAACGAAATCTGCAACGTCGCCGGATGATCCTATTACCGATCAGGATATGGAACGTATCAAACTGGAGGTGAATAATGGTTAA	MIKAGSVATYLVKKLWLLLAVILVLFAVMLSVMRYALPHIDHRKYLLEDYVNEKYGVELNIGSVQADWEKRGPSIVLNNVVLASSASSPVALEIEQVHMEIDFWESLRLRMLSSNAFTLDSLTLEIDADRLEGAGESDYPVVDALKSLFLEQLQRFSLTDGEVVITRDNKQEVLQLESLSWINQDKRHQGTGAIRVQELANNSASFILDLHGSPDSLDGVMYAKAEDLDISPWVSGLLATHRPLKESRANFEVWAEVNESHFSAFYTQFHESKLAWGGEDALVFNSGIRGGSIQAFPVKDKWHFRVDQLIFDANDQSLVTDLVGTVTPQGELLVNTVKPAPVNPFLVLLPLFTDDTADDNIRDLNPGGQLATLQVNVRSKGVDLAAKLIDVSWEQDNHFPGMSNLDLDIYWHKQQGVVMLSADESVLDIDNLLPEPVNINSIRGKVFVYNQPVEDQNHWIIQSNKLTVESDKLSVKPAFRFDAYDTSLATRIDVAPRPVKDIQLLLPGPIMGKNTTAFLNNAFVGPGQIEGATIIWQGKPKDFPFNDNQGVFQAKVRVTDSTFRFSDDWMPLENLDLTLLFENERLDMRSPGGQLGGVKVSDMTAVIPSLHSDSKVLIDATGDADASAVTTLMLQSSLANSLGKLLNDDVQLDGALSAKLHLDIPFDSPNVVARGTVTLPGNNVHIASTKMDFTAATGQVSFDNEKVQFSGMRAKLLDQPVTLSFDGKSEEEDYLVDLSLDGSWDVAPLLARFNPAFEDYLFGDAHWQAVVALRIPPEGFSYRANITTPLTGLTSRLPAPFAKSKDSDLLFNIISEGNEQASNVRASLGDDVRFEGVLPHQEMQFSRAHLALGESDFVGMGIGFSVSATMDVVNVTDWYKTIELLVNGIGDATEKQAPIFSVPERIFVNAKNLIVAGQNLHNAQITTKQQNNNWMMDINATEARATVNLYDDWLARGIAIEADYIRFDNWESEKEDVTHNWDATSLPPIYFHCKQCTFLDKELGEVTLDVAKATTGLDVRQLSAVSKHGKFSAKGKWTFTGNENRTQLGGSLESDDVGMMLKSWGIESGIKDSGARLNFDFNWAKSPMDFSTESLAGNVKWSLSDGYLSEVSDKGSRIFTLFSLNSLVRKLSLDFRDVFAKGFFYDDMRGTLSIADGRAFTNDTVIDGGAGEININGYTDLVANQLNYNVVFSPNVTGNLPILVYFLATPQTALAALALDQVLTSAKVISNVNYHVTGSLSEPVFEEVGRDSKEVTLPAKTKSATSPDDPITDQDMERIKLEVNNG				NA	NA	NA	NA	NA
AK237_02476	1467	rng	COG1530	Ribonuclease G	GTGAGTGCAGAACTGCTTATAAATGTTACGCCCTCTGAGTCCCGGGTAGCGCTTATCGAAAACGGTATTCTTCAGGAAGTACACGTAGAGCGTCATACCAAGAAAGGGCTGGTGGGTAATATCTATCGCGGTAAAGTCAGCCGCGTGTTGCCGGGTATGCAAGCAGCATTTGTTGATATCGGCCTGGATAAAGCCGCGTTCTTGCATGCTTCAGATATTGTGGTTCACAATGAAATTGTGGACGAGGTGTCCAGTAGCCAACTGCAAAAGCGTGATATTCGCGAGTTAGTGCGTGATGGTCAGGATATTATTGTACAGGTGGTGAAAGATCCGATCGGTACAAAGGGGGCCCGTTTAACGACGGATATTACTATTCCTTCCCGTTATTTAGTATTTATGCCAAGTGTGACCCATGTTGGTGTGAGTCAGCGCATAGAAGATGAAGCCGAGCGGGAAAGACTGAAAAATCTTGTTCAGGAATACTGCGATGAGGAAGGCGGATTCATTCTCCGTACGGCTGCTGAAGGGGTGTCTCAACAAGAGCTGTCCTCAGACGCTGCATTTTTAAGACGCCTGTGGAATAAAATCAAGCAGCGTATGGGGCGCAAAAAGCAGCATATCATGTATGAAGATTTGCCACTTGCTCGTCGTGTACTGCGGGATTTTGTTGGTACAGAGCTTGACCGTATCCGCATTGACTCAAATTTGTCATTTCAGGAACTGCGGGAATTCACCGGTGAATACGTCCCCGAACTACAAAGTAAACTAGAGTATTATCGGGGTGAGCGTCCTATTTTCGACCTCTATGATGTCGAAAATGAGGTTCAACGAGCGCTGGAGCGCCGTGTTGATTTAAAATCGGGTGGGTATTTAATCATCGATCAAACCGAAGCGATGACTACCATCGATATCAACACCGGGGCCTTCGTCGGTCATCGAAACCTCGAAGAAACGATCTTCAATACCAATATCGAAGCAACGCTGGCCATTGCCCGTCAGCTTCGTTTACGAAACCTCGGCGGTATGATCCTCATCGACTTTATCGATATGTCGGAACCTGATCACAAACGCCGGGTCTTAAATAGTCTGGAAGCGGCAACCGCGAAGGACAGAGCAAAGATTAATATCCACGGCTTTACGTCGTTGGGATTAATAGAAATGACACGGAAGCGCACAAGAGAAAGCCTGGAGCATACTCTTTGCGGAGAATGCCCTGTCTGTAAGGGTCGTGGTTCAGTCAAAACCATAGAAACAATTTGTTTTGAAATTATGCGTGAGGTGGTAAGAGTTAATCGCGCATACGATGCAGATATGTTTGTTATTTATGCTTCTCCTAATGTTGCTGATGCATTATTAGGTGAAGAATCCCATGTCCTGGCTGAGCTGGAAGTGTTCGTCTCTAAGCAAATCAAAGTGCAAACCGAGCCGCTGTACAATCAGGACAAATACGACGTAGTAATGATGTAG	MSAELLINVTPSESRVALIENGILQEVHVERHTKKGLVGNIYRGKVSRVLPGMQAAFVDIGLDKAAFLHASDIVVHNEIVDEVSSSQLQKRDIRELVRDGQDIIVQVVKDPIGTKGARLTTDITIPSRYLVFMPSVTHVGVSQRIEDEAERERLKNLVQEYCDEEGGFILRTAAEGVSQQELSSDAAFLRRLWNKIKQRMGRKKQHIMYEDLPLARRVLRDFVGTELDRIRIDSNLSFQELREFTGEYVPELQSKLEYYRGERPIFDLYDVENEVQRALERRVDLKSGGYLIIDQTEAMTTIDINTGAFVGHRNLEETIFNTNIEATLAIARQLRLRNLGGMILIDFIDMSEPDHKRRVLNSLEAATAKDRAKINIHGFTSLGLIEMTRKRTRESLEHTLCGECPVCKGRGSVKTIETICFEIMREVVRVNRAYDADMFVIYASPNVADALLGEESHVLAELEVFVSKQIKVQTEPLYNQDKYDVVMM				NA	NA	NA	NA	NA
AK237_02477	585	yhdE	COG0424	dTTP/UTP pyrophosphatase	ATGTCTGTTGAACTTATTCTGGCTTCTGCCTCTCCCCGGCGCACTGCGCTGCTCGACCAAATGGGCTTTGCCCACCGTCAGTTTCCCGTAGATATTGATGAATCACCTCTGGCAAACGAATTACCAGAAAAGATGGTAATGCGTTTGGCACAAGAGAAGGCGCAAGCAGCCTGGTCTCGTCTTCAAACTGAGCAATCTGCGCCTTTTGTGGTACTGGCATCCGACACCCTCATTGCTTTTCAAGGACGTCCTCTTGGAAAACCGAAAGATCGGGATGACTGTTTCGCTACCTTGCGAGCGTTGTCAGACAATCAACATGATGTACTAACGGCTATCAGTGTTATCGGTGCTCAGGGGATGAAAACACAATGTATATGTACAAAGGTGCTATTCGCCCCTGTAACCGACGACGATATTGACGCATACTGGGCATCTGGTGAACCTGTAGATAAAGCAGGTAGTTACGCTATTCAGGGCATTGGCGGACAGTTTGTGAAGGCAGTGTCCGGAAGTGTAAGTTCGGTCATTGGTCTGCCGTTGTATGAGACCCGTTGTTTGTTGAGAGAATTTGGAATTTCATCGTGA	MSVELILASASPRRTALLDQMGFAHRQFPVDIDESPLANELPEKMVMRLAQEKAQAAWSRLQTEQSAPFVVLASDTLIAFQGRPLGKPKDRDDCFATLRALSDNQHDVLTAISVIGAQGMKTQCICTKVLFAPVTDDDIDAYWASGEPVDKAGSYAIQGIGGQFVKAVSGSVSSVIGLPLYETRCLLREFGISS				NA	NA	NA	NA	NA
AK237_02478	480	mreD	COG2891	Rod shape-determining protein MreD	ATGATTAAAGCGCGCCTGTCGGCTATTATCGCCACCATCGTGATTGCATTAGTACTGCAAATCATGCCGCTGCCCATTCAGATTGATATTTACCGACCAGATTGGGTGCTGATTGTATTGGCATACTGGACCATGGCGTTACCGCATCGTGTTAATGTGGGCGTAGCGTTTATGTCGGGCATTGCCATGGATATCTTACTCGGTACCGCTCTGGGCATACACAGCGTGGCGCTGAGTCTGTCTGTTTATACGTTGGCCGCTAACTACCAGCGACTACGCAATTATTCGGTGTGGCAGCAAGCTGTTATCATTGGGCTAATCAGCGCCCTTTATCATGCTGTATTGTTCTGGATTCAGCATCTTCTTACCGGTATACCTTTCCAATTTAGCTATCTCTGGCCTGTGCTCAGTTCAATGGTATTGTGGCCGTGGCTATTTTGGATGCTTCGCAAAGCACGTCGCCAACTGAATATTAATTAG	MIKARLSAIIATIVIALVLQIMPLPIQIDIYRPDWVLIVLAYWTMALPHRVNVGVAFMSGIAMDILLGTALGIHSVALSLSVYTLAANYQRLRNYSVWQQAVIIGLISALYHAVLFWIQHLLTGIPFQFSYLWPVLSSMVLWPWLFWMLRKARRQLNIN				NA	NA	NA	NA	NA
AK237_02479	888	mreC	COG1792	Cell shape-determining protein MreC	ATGGATACGATTTTTACACGCGGCCCGTCGCTCAATATCCGGCTCATTCTTGCGCTGGTGCTGTCTGCGGCGCTTATTATCGCTGACTCCAAGTTTGATGCATTCCAGTCTTCTCGCGTGTATATGAACTCAATCATGAGTCCGTTGCAATATTTGGCGAACCTGCCAAGTGTCATTCTTAATGTCAGCGCACAGCGACTTACATCACACGAAGAGCTCGTAGAAGAAAATCAACGCCTCACCAATCAGGTGTTATTGATGAGTGAGCGGTTGCAACGCTTCGATGTTTTACAATCAGAGAACGACCAGCTTCGCGCCTTGCTCGATACACCGGCTAAGCCCGATGTACGTAAAAAGGTGGCAGAGCTGATGGCGGTTGAGAACAGCCCATTCAGTCAACAGATTGTCATTAACAAAGGAGCGTTAGATGACGTATTCCTTTCTCAGTCGGTACTGGACGACCGGGGTGTGGTCGGGCAGGTAATGGAAGTCGGTACAACCAACAGTCGTGTAGTACTTATCACTGATGTCACACATGCCGTGCCCGTGCGCTCAGTGCGCAATAATATTCGCTTTATCGCCAGCGGCACAGGGTCGTTAGATGAACTGTTGTTAGAGCATGTGCCCCATAGCGTTGATGTAGAAGTGGGGGATATTTTAGTGACCTCTGGTTTGGGGCATGTGTTCCCTGAGGGGTATCCCGTTGCACAGGTAAGCCGTGTTACACGTGACGAAAGTCGTCCCTTTGCCACGGTAGCGGCAACCCCGCTGGCTCGCCTTGATAGATTAAAGTATTTGTTGTTGCTTTGGCCGGAAGGTCAACCTGATATCGACGTAGATGGCACCACGACTACCAGCAGTGGTAAAGCAGAGGGCACCAATGATTAA	MDTIFTRGPSLNIRLILALVLSAALIIADSKFDAFQSSRVYMNSIMSPLQYLANLPSVILNVSAQRLTSHEELVEENQRLTNQVLLMSERLQRFDVLQSENDQLRALLDTPAKPDVRKKVAELMAVENSPFSQQIVINKGALDDVFLSQSVLDDRGVVGQVMEVGTTNSRVVLITDVTHAVPVRSVRNNIRFIASGTGSLDELLLEHVPHSVDVEVGDILVTSGLGHVFPEGYPVAQVSRVTRDESRPFATVAATPLARLDRLKYLLLLWPEGQPDIDVDGTTTTSSGKAEGTND				NA	NA	NA	NA	NA
AK237_02480	1044	mreB	COG1077	Cell shape-determining protein MreB	ATGTTTAAAAAGCTTCGAGGCATGTTTTCCAACGATTTGTCCATCGACCTCGGAACGGCTAACACGCTCATCTACGTCAAAGATCAGGGCATCGTACTTAACGAACCATCAGTGGTAGCAATCCGTCAGGAACGCGCATCGGGACCAAAAAGTGTCGCTGCTGTGGGGTCAGAAGCGAAACGCATGCTTGGCCGTACGCCGGGCAACATTCGCGCTATCCGTCCCATGAAAGACGGTGTTATCGCCGACTTCTACGTGACAGAAAAGATGCTTCAGCACTTTATTAAACAAGTGCATGACAATAATTTCTTACGTCCCAGCCCTCGTGTGCTGGTATGTGTACCTTGTGGTTCTACGCAAGTAGAGCGCCGCGCAATCAAAGAATCAGCGTTAGGAGCCGGCGCCCGTGAAGTTTATCTTATCGATGAACCGATGGCGGCAGCGATTGGTGCTGGTTTACCTGTTTCAGAAGCAACAGGTTCGATGGTGGTTGATATCGGTGGTGGTACTACCGAGGTAGCAATTATTTCATTAAACGGCGTGGTGTATTCTTCATCGGTACGTATTGGTGGTGATAAGTTCGACGAAGCAATCATTAACTACGTACGACGCAATTTTGGTTCGCTTATTGGTGAAGCCACTGCAGAACGTATCAAACATGAAATTGGTGCGGCCTATCCCGGTGACGAAGTACGCGAAATTGAAGTTCGCGGTCGTAATCTGGCGGAAGGTGTACCACGCGGATTTGTACTAAACTCAAATGAAATCCTCGAAGCATTACAAGAGCCGTTAACCGGTATTGTGTCAGCTGTGATGGTTGCGCTTGAACAGTCTCCACCTGAGCTGGCTTCTGATATTTCAGAGCGCGGTATGGTATTAACCGGCGGTGGAGCGTTGTTGAAAGACCTCGATCGCTTACTCATGGAAGAAACAGGCATACCGGTTGTCGTTGCTGATGACCCGCTTACTTGCGTAGCGCGTGGCGGTGGTAAAGCATTCGACATGATTGATTTGCATGGCGGCGACCTGTTCAGCTACGAATAA	MFKKLRGMFSNDLSIDLGTANTLIYVKDQGIVLNEPSVVAIRQERASGPKSVAAVGSEAKRMLGRTPGNIRAIRPMKDGVIADFYVTEKMLQHFIKQVHDNNFLRPSPRVLVCVPCGSTQVERRAIKESALGAGAREVYLIDEPMAAAIGAGLPVSEATGSMVVDIGGGTTEVAIISLNGVVYSSSVRIGGDKFDEAIINYVRRNFGSLIGEATAERIKHEIGAAYPGDEVREIEVRGRNLAEGVPRGFVLNSNEILEALQEPLTGIVSAVMVALEQSPPELASDISERGMVLTGGGALLKDLDRLLMEETGIPVVVADDPLTCVARGGGKAFDMIDLHGGDLFSYE	PGPT0027700_1375	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
AK237_02481	465			hypothetical protein	TTGCCTTCGAACCCTGAGGTTACGCCTGCTTTTAATGGTGCGCAAAAACAAAAGGGAAGCATGTTAGTGCTTGCCATGTTCGCTATTGTCGTGCTGTCCTTAATTGGTATATCAATGGCCGCCATGGTGCAATCGTCTGAAAAAACCATTGTGTATGAAGTCATGGGGGAACGGGCTCACCAAGCCTCACAAGTGGGCATCGAAATTCTGGCGCATGCAATAAAACCCGTGAATCAAAACTTGCGTATTTGTGAGACCAGTTTCAACCTTGATACGCTCGTTGTAAATTTGGAGGGGTTTGAAGGCTGTACTATCTACGTGCGTTGCAGTACGCGTTCGTTTCCGGTGAGCGGTAATCAAACCGACTATCACTATGAGTTAAAGTCCACAGGCACGTGCGCAGCGGGCGACATGGTGGCCACCCGAACCAACACATTCAGCATGACCAAGCATTATACTTATTGA	MPSNPEVTPAFNGAQKQKGSMLVLAMFAIVVLSLIGISMAAMVQSSEKTIVYEVMGERAHQASQVGIEILAHAIKPVNQNLRICETSFNLDTLVVNLEGFEGCTIYVRCSTRSFPVSGNQTDYHYELKSTGTCAAGDMVATRTNTFSMTKHYTY	PGPT0029555_77	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-TYPE_II_SECRETION_SYSTEMS	CE-T2SS-MSHA_PILUS_BIOGENESIS,PGPT0029555-mshP-K12286	NA	NA
AK237_02482	855			hypothetical protein	GTGAAATGCGATACCGCCCAGCGCGGCTTCACACTGATGGAGTTGGTGACGGTTATCGTCATCCTGGGTATCGTGGGGGTTGGATTAAGCAGCTTCATGGGAAATACGATGCTGCTGTTTGCCGGTGGTGCAGAGCGGGAGCAGTTGATGAATGAAGGACGCTACGCCGTTATGCGCATGCAGCGAGAGATGCAGCTAGCCGTACCAAATAGCTTTCGGGTTGCCGGAAACAGTGGTGTGCACTGCATTGAATTTGTGCCGGTTGTGTGGCCAGCGAGCTATGCCTCAGTGCCAATTCTTCCCACCTCGAACAGAACCATAAACCTCTACTTCCCCTACGATCCTGATGGTGAGTACCACCTGATTGGTAACCAGCAGTATATTGGTATTAACCCTTTGCAGCCCGAGGATGTTTATGACCCCGCTTATCATCGCCGGGCCTCTGTGACCAGCTGCTCTGATGACGGCGATGGCCGCTGTCCTACACGTGACGATAGCGACGACATTATTCAGGTTCGGGTCGATAACGGTTTTGAAGAGGCATCTCCCAATCAGTTCGCGTACTTTTTTGACCGTACAGTGAGCTACTGCGTCTCTGGCGGCAGGGTTTATCGAAAAGAAAGTGATATGGCGGTAAATCAATCGGTGTCATTGACTGGTGCGGCGATGATGGCTGAGCACGTCACCAATACGTTATCTGGCAATCCTGGTGCCAGTTACGGGGCGCAAGATCCGTTTATGGTGTTCGCCGGGCCAGCTGGGAAAAGCCGGTTTGTGCGTATAAACCTGCAATTTAATGATAACGGTGAACAAGTTAATCACTTTATGGAGGTGCACCTTGCCTTCGAACCCTGA	MKCDTAQRGFTLMELVTVIVILGIVGVGLSSFMGNTMLLFAGGAEREQLMNEGRYAVMRMQREMQLAVPNSFRVAGNSGVHCIEFVPVVWPASYASVPILPTSNRTINLYFPYDPDGEYHLIGNQQYIGINPLQPEDVYDPAYHRRASVTSCSDDGDGRCPTRDDSDDIIQVRVDNGFEEASPNQFAYFFDRTVSYCVSGGRVYRKESDMAVNQSVSLTGAAMMAEHVTNTLSGNPGASYGAQDPFMVFAGPAGKSRFVRINLQFNDNGEQVNHFMEVHLAFEP	PGPT0029550_55	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-TYPE_II_SECRETION_SYSTEMS	CE-T2SS-MSHA_PILUS_BIOGENESIS,PGPT0029550-mshO-K12285	NA	NA
AK237_02483	582			hypothetical protein	ATGAATGCTGAGCGCGGATTCACCCTGCTTGAGACCGTTATCGGCTTGGCGATTTTTGCAATCGTGATGGCAACTACTGTGCAACTTATTGCTGAACAATCCCGCCGTAGCCTTGAACCAATTTGGCAAACTCGCGCTGCAGAGCTTGGGCGGGCGTTGCTTTCTGAAATTACCAGTAAGAAGTTTGATGTACGCTCTGGTAATAATCCAGATGCTCCGCGCTGCAATGAAGGCAGTCGCTGTTCTTATACCAATGAATTCGGGCCAGGTAGCGGAGAGGAAAGGCCAAACTGGGACGATGTAGACGATTATCACCTGCTTTATCAATCGGGAGCAGGGATTACTGACAGCCGTGGACTGCCTTTGGTTGCTCCCGACGGTAGCCCGCTATATTCAGGTTTTACCGTTTTTGTGCGCGTGCACTATGACGATAATACAGATGGCATCGATGATGATGATACCAACGAAGATGGCGTATACGACACCGGCACGTACACAGGTAATGTAAAACGCATACTGGTGACCATTACCACGCCCGGTGGTGATGACGTTGTGTTCTCAGCTTATAAGTGGAATCTATAG	MNAERGFTLLETVIGLAIFAIVMATTVQLIAEQSRRSLEPIWQTRAAELGRALLSEITSKKFDVRSGNNPDAPRCNEGSRCSYTNEFGPGSGEERPNWDDVDDYHLLYQSGAGITDSRGLPLVAPDGSPLYSGFTVFVRVHYDDNTDGIDDDDTNEDGVYDTGTYTGNVKRILVTITTPGGDDVVFSAYKWNL	PGPT0029500_67	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-TYPE_II_SECRETION_SYSTEMS	CE-T2SS-MSHA_PILUS_BIOGENESIS,PGPT0029500-mshD-K10927	NA	NA
AK237_02484	573			hypothetical protein	ATGCATACAACAGTAGGGCGGTATCGCCCTGCGGCGTTACACGTTCAGTCGGGCTTTACGTTACTTGAACTGGTCATCATTATCGTTCTGCTGGGAATTGTGTCAGTGGTGGCGGTGTCTCGGCTTGAAGACGGTTCGGGTTACAATGAATATCTTTTGCAAAAGCGTCTGCTTAGTGCCCTTCGGCACGTGCAGATGCAGGCCATGCAAGATAATCGTGACGGGTATTGTCACCGGCTGAATTTTAATTATTCTCCTGCCTCACAAAATTTTGGCCCTCCTGTTAGTCATGTTGGGCAGGCTAGCCCATCTTCTTCTTGTTCAAACTCTATTGATTTTGGCTCGGCGGCGCATTTGCGTACCGGGTCAGGTGAGATAGCGGGGATGGACGTTTCAATGTCAGGTTATGATGGCAACGCGCCAGCGCCTACCTATATTGGTTTCAACGCGATGGGCGAGCCACTAACCCCGGGCGCCCGATGCCGCGCCGGCACCGGATGTCGAATTTCGTTTTCCGGCAGGTTTACCGCCAGTGTGTGTGTAAACAGTGAAGGCTTCATCTATGAATGCTGA	MHTTVGRYRPAALHVQSGFTLLELVIIIVLLGIVSVVAVSRLEDGSGYNEYLLQKRLLSALRHVQMQAMQDNRDGYCHRLNFNYSPASQNFGPPVSHVGQASPSSSCSNSIDFGSAAHLRTGSGEIAGMDVSMSGYDGNAPAPTYIGFNAMGEPLTPGARCRAGTGCRISFSGRFTASVCVNSEGFIYEC	PGPT0029495_11	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-TYPE_II_SECRETION_SYSTEMS	CE-T2SS-MSHA_PILUS_BIOGENESIS,PGPT0029495-mshC-K10926	NA	NA
AK237_02485	498			hypothetical protein	ATGCAACAACGTGGTTTTACGCTTATTGAACTGGTCATTGTGATCGTCATTTTAGGTATTTTGGCGGTGACAGCTGCGCCGCGGTTTATTGATTTACAAGGTGATGCCCGCGCATCCACTCTTCAGGGGGCGAAAGCCGCACTGACCAGTGGCATGCAATTGGTATACGCAAAGTCCGCTATCGCCGGCGAGCAGCGCAACGCGCATTCGACCAATAATCAACTAAACCAAATTGATATAAATGGAAATACCGTTGAAACGGATTTTGGCTACCCGGATGCTGAAACAAGCAACATCACCAACTTAAATTACTGGGTAGAATTTGACGACAATGACTGGTCAATAACGGTAGGCTCCCCCGGTGACGGCCAATTTGTCATTACACCAGATGGTACCGCCTACAATGCGACGGAAGCTGACGCATGTCAGGTGATCTACACCGAAGCGGCTGATGCTAACACGGCACCAACCGTCGTTGTGCAAGACCTGGGTTGTTAG	MQQRGFTLIELVIVIVILGILAVTAAPRFIDLQGDARASTLQGAKAALTSGMQLVYAKSAIAGEQRNAHSTNNQLNQIDINGNTVETDFGYPDAETSNITNLNYWVEFDDNDWSITVGSPGDGQFVITPDGTAYNATEADACQVIYTEAADANTAPTVVVQDLGC	PGPT0029485_256	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-TYPE_II_SECRETION_SYSTEMS	CE-T2SS-MSHA_PILUS_BIOGENESIS,PGPT0029485-mshA-K10924	NA	NA
AK237_02486	636			hypothetical protein	ATGGACATACAATGTTTTCAGCTGGCGAGAACGCAGGCGGGTTTTACCCTCATCGAACTGACGATAGTTGTTGTACTGCTGGGGTTACTGGCTGCCGTGGCAATCCCTCGATTCCTTGATGTGACTGAGGATGCTGAAAATGCCACCGTCGAGGGCGTCGCTGGTGGCTTTGCAACTGGCGTAGGGTTGGTGAGAGCACAGTGGGAATTGGAAGCACGTCCACAAGACAACGACAGTTCAAACCAAACTTTCGTTACCCTCGACGGTGTCCGAGTGGGCGTCGATCGCGATACAGGTTACCCCACGGGGCAGTTGGCCAATGATCAGAGCTCGGAAGATACCAGCATGAGCAACGCAGATTGCCAGAGTATTTTCAGCTTGATCATGCAAAGTGCACCTACCATTACGGCGAACTGGCAAAACATCCCCACGGAACGCTTTCGTTACTACACAGCAGTAAGTGCGGGCACAGGTTCTGGCGGAAATGACCAATGCTACTATTATTTAAGTCAGACGGTAAAAAACTTAAATACCGCACCAACTGATAACACACAAGGTAACGGATTCATATACGACTCAAGGATAGGTCAGGTTATTGTATTCACTAACAATGGTGAGCAATCCATAACCAACTAA	MDIQCFQLARTQAGFTLIELTIVVVLLGLLAAVAIPRFLDVTEDAENATVEGVAGGFATGVGLVRAQWELEARPQDNDSSNQTFVTLDGVRVGVDRDTGYPTGQLANDQSSEDTSMSNADCQSIFSLIMQSAPTITANWQNIPTERFRYYTAVSAGTGSGGNDQCYYYLSQTVKNLNTAPTDNTQGNGFIYDSRIGQVIVFTNNGEQSITN	PGPT0029490_31	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-TYPE_II_SECRETION_SYSTEMS	CE-T2SS-MSHA_PILUS_BIOGENESIS,PGPT0029490-mshB-K10925	NA	NA
AK237_02487	516			hypothetical protein	ATGAGAAAGAGTAACGACACTGCTGTACAGGAGCAGCGCAAATTGTATCTGGGTATTGTGTCAACTCTGGTGTTTGCCGTGCTCATGGGGAGCATCATTGTTTCTTTTTATGAATCAGAGCCCAACCTGAAAGGGCAATTACTGTACCGGTTCGGCGATAAGTTGGAAGGCAGCGCAGTAAGTGCGCATTGGCAGTGGCAGGCAGAGGGGCGACCCGAGCGGATCGTGCTGGTGCTATACAATAAAAGTGGCAAAGAAACAGACCGTCGTCCGGTGAAAATAGGGATAACGGGCTGGCCCGAAGTAAGTGGTAGCGACGATGGATGCCGCAGGCTCTGGCAAGTGCTGCTTAATCAACCGATGGAAGTCGACGGGTTTAAAGTACGCGGTACATTTTACGAAGGTGAGACGGTTAACGGGGAAGCGGTGAACGCCTTTTGCCGCTTTGGTTTGGGTAGTGGCGACCATTTTGACTATGCGATTTATCGCGGGGATGTGACTTATGACGACGAATAG	MRKSNDTAVQEQRKLYLGIVSTLVFAVLMGSIIVSFYESEPNLKGQLLYRFGDKLEGSAVSAHWQWQAEGRPERIVLVLYNKSGKETDRRPVKIGITGWPEVSGSDDGCRRLWQVLLNQPMEVDGFKVRGTFYEGETVNGEAVNAFCRFGLGSGDHFDYAIYRGDVTYDDE				NA	NA	NA	NA	NA
AK237_02488	1236	epsF_2	COG1459	Type II secretion system protein F	ATGGCCAGATATAGTTACACCGCCCGGGAAAGAACGGGGGAACTGACTGAAGGGACCATCGAAGCCACCGATGAAAGCGCAGTGGCTAAATTGTTGCTGGCCAGAAATGTTATCCCCATTAAAATCGTTGTCAGCAAAGAAGAGCCTGCTGTTGGCTCGGTTAAGTCTGGTGAAGTGAGGTGGTACACGCCAAACGTCTCACTGGATGAACTTGTGATTTTTTGCCGTCAAATGTTCTCGTTAACCCGGGCGGGTATCCCAATTTTGCGTGCCGTGAGTGGGTTGGCAGAGTCGAGTAACTCCGCGCGTATGCGTGTCGCGTTGTTAGATGTTATCGCTCAGCTCGAACGCGGACGAAGTTTGTCTTCGGCGTTGCACCTGCACAGCGACATTTTCAATCAGCTTTTTGTCAGTATTATTCATGTTGGTGAAAATACGGGGCGTCTTGATGATGCCTTTCTCCAGCTTGCTGAGTACTTAGAGCGGGAGCAAGAGACCCGTAAGCAAATTAAAGCCGCCACGCGCTATCCCATATTCGTTCTGATTGCATTAGCCATGGCCTTTGTGGTGCTAAACGTGTTCGTTATTCCTAAGTTCGCGACCATGTTTGCTAAGTTCGGTGCAGAACTGCCTGCGATGACAAAAGTGTTGTTGGCAATTTCTGATTTCATGATCAATCGTAGTTATATCCTGGCCGCGGTGTTGGGCCTGATTGGCTATGGTATTTATCGCTATGTCGGCACGGAAAAAGGGCGCTATAAATGGGATCGTCTCAAACTACGCTTACCTGTGGTCGGCGACATTATTCGACGCTCCTTGCTCGCGCGATTCAGTCGCAGCTTTTCCATGATGTTACGTTCAGGCGTGCCCCTGACTAACGCGCTTAACTTAGTCGCCGATGCGGTCGATAACGCCTATGTGTCTGCCTCTATTATTCAAATGCGCCAGCGTATCGAGAAAGGTGAGAACTTAACCCGGGTAAGCAGAGCGAGTGGATTATTTACGCCCATGATTATGCAGATGATTAGCGTGGGAGAAGAAACCGGTCGCGTGGATGAGTTGTTGGCCGAGGTGGCTGGCTTCTACGAACGGGAAGTTGACTATGACTTAAAGAGTTTAACGGCCCGCATTGAACCGTTTTTGATTGTGATTGTAGCAGGCATGGTTTTAGTGTTAGCCCTCGGTATTTTCTCGCCGATGTGGGACATGATGAGTGCCATTAAGGGAGGCCGATGA	MARYSYTARERTGELTEGTIEATDESAVAKLLLARNVIPIKIVVSKEEPAVGSVKSGEVRWYTPNVSLDELVIFCRQMFSLTRAGIPILRAVSGLAESSNSARMRVALLDVIAQLERGRSLSSALHLHSDIFNQLFVSIIHVGENTGRLDDAFLQLAEYLEREQETRKQIKAATRYPIFVLIALAMAFVVLNVFVIPKFATMFAKFGAELPAMTKVLLAISDFMINRSYILAAVLGLIGYGIYRYVGTEKGRYKWDRLKLRLPVVGDIIRRSLLARFSRSFSMMLRSGVPLTNALNLVADAVDNAYVSASIIQMRQRIEKGENLTRVSRASGLFTPMIMQMISVGEETGRVDELLAEVAGFYEREVDYDLKSLTARIEPFLIVIVAGMVLVLALGIFSPMWDMMSAIKGGR	PGPT0029515_44	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-TYPE_II_SECRETION_SYSTEMS	CE-T2SS-MSHA_PILUS_BIOGENESIS,PGPT0029515-mshG-K12278	NA	NA
AK237_02489	1749			hypothetical protein	ATGAGTCAGACTAAAATCCGGTTAGGCGATCTATTGGTTCAGGAAGGACTGATATCCGATGACCAACTGGTACAGGCGTTAGGCGAACAGCGTAAAACCGGCCGGAAACTAGGCGCAACGCTGATTTCAATGGAATTGGTGACAGAGCAGGGGTTGTTGACCTTATTGTCAAAGCACCTCAAAGTGCCACTGATTGACCTTGACCACTATCAGGTTAAGCCGAGCGCGGTAAAACTGTTACCTGAAATTCAGGCTCGTCGTTATCGGGCGCTAGTGATTGACGATCATGGCGACCGTTTATTGGTAGCGATGAGCGACCCTGCGGATCTCAACGCGCAGGACAACCTTTTCGATCTGCTACCTAAGCCTTTTGACATGGCTGTTGTTAGCGAGGCACAACTCTACAACGCCTATGATTCCCATTACCGTAAAACCGATGAGATAGCGTCATTTGCGCACGAACTTGCCGAGGAATATCAGGAAACGGATGATTTCTCACTCAGTGCTGGCGTAGAGGAAGAGCAGGACACTGCGGTGTCGCGCTTATTGCAGTCAATTTTTGATGATGCAGTGATTGCTAAGGCGTCGGATATTCATATCGAGCCGGATGAAAATAAGCTGCGTATTCGACAGCGGGTGGACGGTATTCTTCAGGAAACGATTATTCCACAAGGTAATATTGCTGCGGCGTTGGTGCTTCGCCTCAAGCTGATGGCGGGCCTGGATATTTCGGAAAAGCGTCTGCCTCAGGACGGCCGAACTCAGGTGAAGGTGCGTGGTCACCGCATTGATGTACGTTTGTCTACTATGCCCGTTCAAGCTGGTGAGGCGGTAGTTATGCGCTTGCTGGATCAGTCTGCCGGTGTACTGACGCTGGAGCAAACGGGTATGCCAGCGCCCCTTTTAAAGCGCTTCCGAACGCTGCTTCAACGTCCGCATGGCATGATTTTGGTCACGGGCCCAACGGGGTCGGGGAAAACCACTACGTTATATGGTGCGCTTAGCGAACTCAATCAGCCTGAGCGCAAAATTATTACGGTTGAAGATCCTGTTGAATACCGGCTACCGCGAATTAATCAGGTACAGGTTAACAGTAAAATCGACCTTACCTTTTCCAGTGTGCTTCGCACCACGTTACGGCAAGACCCCGATATCATCATGGTGGGGGAGATGCGCGATCAGGAAACGGTTGAAATTGGGCTCAGAGGCGCATTAACCGGTCACTTGGTGCTATCAACATTGCATACCAACGACGCTATCTCCAGTGCGATACGGTTACTTGATATGGGCGCGCCGGGATATTTAGCGGCCAGCGCATTGCGGGGTGTTGTCGCGCAGCGCCTCGTGCGAAGAATATGTGACAGTTGCGAAGCCCCTTATACGCCTTCAACAGATGAAGTATTTTGGTTGAAGCATGTGGACGAAGGTTTGGATGACGTTGTTTTCAAACAGGGGAAAGGTTGCCAAAAGTGCAACCAGACTGGTTATAAAGGGCGCATTGGTGTTTTTGAACTGTTGGAATTAAACGAGGCTATGATGGATGCGCTAAAAGTCGGTGACACCGTCGCTTTTGCTCACCATGCCCGTCAAAGTAACCGGTATCGCCCTCTTGCTTATGCCGCACTTACCTATGCCAAAATGGGGCTGACTACTGTAGAAGAAGTTCTCAAGCTTTCAGAGATGGTAGCAGATATCACCGACCTGGAAAGCGACAACCAACAAGACAGTGGCGAACATGGCCAGATATAG	MSQTKIRLGDLLVQEGLISDDQLVQALGEQRKTGRKLGATLISMELVTEQGLLTLLSKHLKVPLIDLDHYQVKPSAVKLLPEIQARRYRALVIDDHGDRLLVAMSDPADLNAQDNLFDLLPKPFDMAVVSEAQLYNAYDSHYRKTDEIASFAHELAEEYQETDDFSLSAGVEEEQDTAVSRLLQSIFDDAVIAKASDIHIEPDENKLRIRQRVDGILQETIIPQGNIAAALVLRLKLMAGLDISEKRLPQDGRTQVKVRGHRIDVRLSTMPVQAGEAVVMRLLDQSAGVLTLEQTGMPAPLLKRFRTLLQRPHGMILVTGPTGSGKTTTLYGALSELNQPERKIITVEDPVEYRLPRINQVQVNSKIDLTFSSVLRTTLRQDPDIIMVGEMRDQETVEIGLRGALTGHLVLSTLHTNDAISSAIRLLDMGAPGYLAASALRGVVAQRLVRRICDSCEAPYTPSTDEVFWLKHVDEGLDDVVFKQGKGCQKCNQTGYKGRIGVFELLELNEAMMDALKVGDTVAFAHHARQSNRYRPLAYAALTYAKMGLTTVEEVLKLSEMVADITDLESDNQQDSGEHGQI	PGPT0029505_72	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-TYPE_II_SECRETION_SYSTEMS	CE-T2SS-MSHA_PILUS_BIOGENESIS,PGPT0029505-mshE-K12276	NA	NA
AK237_02490	1095			hypothetical protein	ATGAGTGTCATTAATAAAATGCTGCGCGATCTTGAAGGGCAAAAGCAGCAATCCAAAGTGCATAAAAATTATCAACCTTCGGGGGCTGAAAAAACGCCGCTTTGGCGAATGCTGATATTGATTGTGTTACTGGTTTGCGCCCTTGTCTGGAGCTGGTTCACGTTTACCGACGAGCCCAGACAGCCTGTGAAAAACCGGGTTGTTCCCCCGCCGGCACGCGTTGCTGATCTTGCTTCTAATGACAGCGCTCCAGTTTCCATTCCAGCACAGATTGCAGTTTCTGACATCGCGCCGGTGACAACACGTGCTTCTGCGTCTTTGCAAAGTGTGCAGCCAGCCATAACTGAAGATAGCACGCCGAGTCGCCCCGCCGATATAACGCAGACACCTGACCCTCAACAGAGCACCGCAACAGGATCGAAGTCGCCTGTAGCTGAAAATAACCCCGAAGAACCGGATACTCAAGAGGCTCGGTCTCACAAGCCTGAGGCGTCTTCTGCCTCGACCATGACAGTGACGAAAGCAGCGCCCAAGGCTGTAGAGGCAAGCTTGCGGGATCAAATTAATGCTGAAATGAAAAAGGGCAATATGCGCGAAGCTATCCGCTTGCTAACAACGCTATCTAAGCGCGAGCCTGACAATATCAATGTGCGGAAAAAGCTGGCGTCAGTACTTTTCGCGGAAGGGCAGGTTGATCAGGCACAACTGCTTCTTGAACAAACTCTTAGCAATGCGCCAGCCAACAACAGTGTAAGACTTATGTTAGCGCGGCTATACAGTCAGCAAGCGATGAATGAGCTTGCGTGGAAAGTTGTCAGTGAAGCGGTGACAACAGCCGACGCGGAATTGCTTGGATTCCGTGGGGGATTGGCTCATCAGCAGGGAAGATACCAGGCTGCTGTTGACGATTACAGCACACTTGTTGCCCTGCAACCTGATGAAGCGCGCTGGTGGTTGGGACTGGGCATTGCCGCTGATAAATTAAATAGGCGCCTTATCGCCATAGAGGCTTACCAGAAAGCTATAAAGCCGGGTAGTTTACATGACGATGTAGAGTCGTTCATTCGTCAGCGCTTAGCAGATCTTTCGGAGTAA	MSVINKMLRDLEGQKQQSKVHKNYQPSGAEKTPLWRMLILIVLLVCALVWSWFTFTDEPRQPVKNRVVPPPARVADLASNDSAPVSIPAQIAVSDIAPVTTRASASLQSVQPAITEDSTPSRPADITQTPDPQQSTATGSKSPVAENNPEEPDTQEARSHKPEASSASTMTVTKAAPKAVEASLRDQINAEMKKGNMREAIRLLTTLSKREPDNINVRKKLASVLFAEGQVDQAQLLLEQTLSNAPANNSVRLMLARLYSQQAMNELAWKVVSEAVTTADAELLGFRGGLAHQQGRYQAAVDDYSTLVALQPDEARWWLGLGIAADKLNRRLIAIEAYQKAIKPGSLHDDVESFIRQRLADLSE	PGPT0029545_95	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-TYPE_II_SECRETION_SYSTEMS	CE-T2SS-MSHA_PILUS_BIOGENESIS,PGPT0029545-mshN-K12284	NA	NA
AK237_02491	912			hypothetical protein	ATGTATTTGAGTCACTTTGGCTTGCAGGAGCCGCCCTTCACGCTAACGCCCAATACCCAGTTTTACTTTGGGTTACCCAGCCACAACGAGGCGATGGAAGTGCTTCAAACGGCGCTGGAGTCGGGCGAGGGCTTTATAAAGGTGACCGGCGAAGTGGGAACAGGCAAAACGCTGTTGTGCCGAAAGCTACTGAACGAATTACCCGAGTCGTATCCGGCTTCTTATATTCCTAACCCAATGCTGGCGCCACAAGAATTTCGACGTGCTGTTGCTGCAGAGCTTGGCGTAGTGCTGGAAGAAGGGGGCGATCAGCAACAGTTTACCCGACAAATTGAGGCCAAACTTATAGAAATGGCAGAGCAAGGTCTTACCGCTGTGTTGATTGTTGATGAAGCTCAGGCCATGCCCGAAGAGACGCTGGAAGCGCTGCGATTGATGACGAATCTGGAAACAGAGTCGAAAAAACTGCTGCTGGTGGTTTTATTTGGCCAGCCAGAACTGGATGAGAAATTGGCTCTACCCCGACTCCGGCAGCTTAAGCAGCGAATTACGTTTAGCTATCGTCTGGCTTTGATGAATGCCGATCAAGTTGAACAATATGTGCATCATCGGTTGCAGGTGGCGGGTTATAGGGGGGCGCCTGTTTTTGGACATTCTGTGTGCAAAGCGATGGTGTCGGCCTGTCGCGGTACGGCGCGACTTATTAATGTGGTGTCTCACAAAGCGCTCATGCTGGCTTACGGTGAAGGTAAGCACCAGGTTTCATTAGCTCATATTCATTACGCTATTAAGGACACAGAAGCGACGCGACCTTCGTATGCTGCCGGAAACCGCAACGTGCTTCTGGCGAGCGCAGCAACGCTGATTGTGTGTGTCATTGGGTTGTGGCTCTGGCATGCAGGAGGCGCGTAA	MYLSHFGLQEPPFTLTPNTQFYFGLPSHNEAMEVLQTALESGEGFIKVTGEVGTGKTLLCRKLLNELPESYPASYIPNPMLAPQEFRRAVAAELGVVLEEGGDQQQFTRQIEAKLIEMAEQGLTAVLIVDEAQAMPEETLEALRLMTNLETESKKLLLVVLFGQPELDEKLALPRLRQLKQRITFSYRLALMNADQVEQYVHHRLQVAGYRGAPVFGHSVCKAMVSACRGTARLINVVSHKALMLAYGEGKHQVSLAHIHYAIKDTEATRPSYAAGNRNVLLASAATLIVCVIGLWLWHAGGA	PGPT0029540_106	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-TYPE_II_SECRETION_SYSTEMS	CE-T2SS-MSHA_PILUS_BIOGENESIS,PGPT0029540-mshM-K12283	NA	NA
AK237_02492	1671	sctC		Type 3 secretion system secretin	ATGCGTAAAGCCACCATCACCTTATTAGTAACATTTATTCTCAGTGCATGTCAGTCGCCGCCGAAGGAGTCTGCTGTCGAGCGTTCACTAAAAGACGAATTGCACGCACAGGTAGATACTGAGAAGGCCAAAAAGGCAAAAACTGCCACGCTGGATACCTTACCTGAAGCGGTAAGTGCCGCGTTAATGGGAATGCCAGATACCGGTGTAATACCCCCTGCTTTAATGGGGCCAGAAAAGTACGATATTAACGCGCAAAATGTCGACATACGCCAGTTTCTTGCTGGCTTAGTGGGTGAAACGCCATTCAGTGTGGCGGTGCATCCTGACGTTACCGGCTCAGTCAGTTTAGATTTAAAGCAAGTATCGTTAGATGAAGTTATGGCGCTATTGTCCGATTTGTACGGATTCGATATTCAACGCCAGGGCAATATTTTCCGGGTTCTGCCAGCCGGCATGCGCACAGAAACCTTTGCCGTTAATTATTTATTGATGAAACGAAATGGGGCGACACAAACCAGCATTATTTCAGGAGGCGTTTCGCAAAATGCGAATGGTGGCAATGGAAGCCAGTCTGGAAGTGGAAATTTCAGTAACTTTACCGGCAGTGAAATGGGGGGCAATGGCCAGTACAGCAACATGTCTGGTAACAACAATGGCACCATGATAAGTACAAGAACAGAAACAAACTTCTGGGAAGATTTACAAACCAGCCTGGCGTCGATGTTAGGTACAGATGATGGTCGTGCAGTCTTTGTAACACCCCAGGCAGGACTGGTCACCATTCGTGCCTTACCCTCTGAGATTCGTGCTATCAAACGTTTCTTACAAGTATCCGAAACACATCTCCAGCGCCAGGTTGTGCTGGAAGCTCGAATTTTAGAAGTGGTGCTAAGCGACGGCTATCAGCAAGGCATTAACTGGAACGAAATTATTGCTAACGTAGGCAGTACTAATTTTTCTTTTGCCACGTCCGCTGGCACGTTCGGCAATAGTCTAACGCCGGAACTTGGCGGTATTACCAGCCTTTCATTTCTTAATGAAGATTTTTCCGGCGTGTTAAATCTGTTGTCGACACAAGGCAATGTGCAAGTGCTGTCCAGTCCCCGTGTAACTGCAACGAATAATCAGAAAGCTGTGATCAAAGTGGGCGATGACGAGTACTTTGTAACCGATGTTTCCAGCCAAAACACCATCACGGCAACTTCCACCTCCGTGGTGCCAGATATTGAACTTACCCCTTTCTTTTCGGGTATCGCGCTAGACGTCACGCCACAAATTGACGACAAGGGCAGCGTGCTGCTGCACGTGCATCCGTCAGTGATTGAAACCGAGGAACAAACTAAGGTGGTAACACTGAACGAAGAGGAAATCGTGTTGCCGTTGGCGCAAAGCACGATTCGTGAATCTGATACGGTTATTCGCGCTTCTTCAGGGGAAATTGTTGTTATTGGTGGGTTAATGCAAACCACTATTACTGACAATGAAAGCAAAACGCCGCTACTGGGAGATATCCCGATGCTGGGCCATTTGTTTAAAAACCGGCGGGAACAAGAAACCAAAAAAGAGCTCATTATTCTGCTCAAACCCACTGTGGTAGAACCCGGTACATGGAGCAAGCAAATTGAAATGAGCCGGTCGCAGATGGCCGATTGGTTGTACGTGGATTAG	MRKATITLLVTFILSACQSPPKESAVERSLKDELHAQVDTEKAKKAKTATLDTLPEAVSAALMGMPDTGVIPPALMGPEKYDINAQNVDIRQFLAGLVGETPFSVAVHPDVTGSVSLDLKQVSLDEVMALLSDLYGFDIQRQGNIFRVLPAGMRTETFAVNYLLMKRNGATQTSIISGGVSQNANGGNGSQSGSGNFSNFTGSEMGGNGQYSNMSGNNNGTMISTRTETNFWEDLQTSLASMLGTDDGRAVFVTPQAGLVTIRALPSEIRAIKRFLQVSETHLQRQVVLEARILEVVLSDGYQQGINWNEIIANVGSTNFSFATSAGTFGNSLTPELGGITSLSFLNEDFSGVLNLLSTQGNVQVLSSPRVTATNNQKAVIKVGDDEYFVTDVSSQNTITATSTSVVPDIELTPFFSGIALDVTPQIDDKGSVLLHVHPSVIETEEQTKVVTLNEEEIVLPLAQSTIRESDTVIRASSGEIVVIGGLMQTTITDNESKTPLLGDIPMLGHLFKNRREQETKKELIILLKPTVVEPGTWSKQIEMSRSQMADWLYVD	PGPT0029535_257	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-TYPE_II_SECRETION_SYSTEMS	CE-T2SS-MSHA_PILUS_BIOGENESIS,PGPT0029535-mshL-K12282	NA	NA
AK237_02493	363			hypothetical protein	GTGTTAAGTAAAATGCATCATCAACTTATTGTCGGGTTGCTAATGTTTTTAAGCGTAAAGGCCGCCGCCACAAGCGATCCAACGAAACCTGGTCGCGCCTACCAGGGAAGCGCCGCATCCGTTAAACGTGAATCCGGTTATTTGCTATCGGCAATCTTTATTAGCAGAGGACAGCCGCAAGCAATAATTAATGGCACGTTGGTATCGAAGGGGCACCAGTTTAACGATGCCGTGGTAGAAGATATTTCAAAAGACAGTGTGGTGATGCGTCAGCAACGAGATGGTCGTTGGCAGGCGGTCACGCTACATGTCAGCAAGCCCGTGTCGGGTCAGTTTACTATCCGCAATGCGGATGATTATTAG	MLSKMHHQLIVGLLMFLSVKAAATSDPTKPGRAYQGSAASVKRESGYLLSAIFISRGQPQAIINGTLVSKGHQFNDAVVEDISKDSVVMRQQRDGRWQAVTLHVSKPVSGQFTIRNADDY	PGPT0029530_44	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-TYPE_II_SECRETION_SYSTEMS	CE-T2SS-MSHA_PILUS_BIOGENESIS,PGPT0029530-mshK-K12281	NA	NA
AK237_02494	648			hypothetical protein	ATGAGCCAGCCTACGTTAACTGAAAAGTTCGCGGCATTATCACAGCGTGAAAAAGTGCTCACATTCGTGTCCGGGGTATCACTAATACTGCTTGTGGGTTTTACATTTTTTATCGAGCCCGCCATAGACGACTTGTCTCACTACAAAAAAGAACTGGCTGCTGAAGAGGTTAAGCGACAAACGCTGAATACGCAGCAGCCATTGTTTTTAGATGCGTTATCTACCGATCCGAACGCAGAAAAACAGGCAGAGTTAGCCAGTTTAGCCAGTCAACAAACCGCGCTTTCCGTCACCTTCGCCAAGCAACTTAGTGAGTTAGTCTCGCCAGCTGACATGGTGCTGTTGGTGGAACAAGTGTTCTCTCATGCAAACGCCTTAACTTTACTCGAAATGGCTTCTGTAGCGCCTGAGTCAGTCTTTGAAGGGAATGATGAGATGCAGGATGTTGCTTTGTATCAACATGGCGTGCAAATGACCTTTCGCGGCAAGTATTTTGATGTAACAAACTTTATAGAGTCATTGGAAAGCCAATCTGAACAGCTGTATTGGCGAGCTATTCATTACCAGGTTGCCGATTATCCCTTGGCGCAAGTCACGGTTGAAGTCTATACCCTCAGTACAGAGAAGGCGTTTATCGGTGTTAAGTAA	MSQPTLTEKFAALSQREKVLTFVSGVSLILLVGFTFFIEPAIDDLSHYKKELAAEEVKRQTLNTQQPLFLDALSTDPNAEKQAELASLASQQTALSVTFAKQLSELVSPADMVLLVEQVFSHANALTLLEMASVAPESVFEGNDEMQDVALYQHGVQMTFRGKYFDVTNFIESLESQSEQLYWRAIHYQVADYPLAQVTVEVYTLSTEKAFIGVK	PGPT0029525_235	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-TYPE_II_SECRETION_SYSTEMS	CE-T2SS-MSHA_PILUS_BIOGENESIS,PGPT0029525-mshJ-K12280	NA	NA
AK237_02495	717			hypothetical protein	ATGAAAAGTAATATTAATTTATATCATCCGCGCTTCGAACCAAGGGTTGATTATTTATCGCTTTCCAGTGTTGTTTTTGTATTGGTGATTTGTACTGTATTGGTACTGATCACCGGCTTAACGTTTCGCTTCTGGGCAAACGCCGTTGAAGACGAATACATCACGTTAGCGCAAAAAAACACCGCGCTTCAGGAGCAGGTTGACGCGTTACAGACAGAAGTCACTAACTGGAAGCCAGACGCCATGTTGGTTGCAAAAGTGGAAAGTGTAAAAGCTGATCTGGCCAGGCAAGCCCGCGTGTTAGAAGAATTGGCGAGCCGCGCTCCTTTGCGGTTTAAAGGTTTCGGACAACTATTTAATGATTTGGCCAACCGGGCATCATCGGATTTGTGGATAGAGTCTATGATGGTGTCTGAAACGCAAATGGAATTTATTGGCGCGTTATCTACCCCTTCCGCCTTTCCCAAGTGGTTACAGCGATTAAGTCATACAGAGAGCTTCAGCGGTAAAGATTTCGAGGCCGCCAAAGTCTATATGGAAGACGAGGCATTGAAATTTGCACTGACCACACAGCGAACAGCAGATGCAGTAGAAAATTCAACGCCACGCCAAGCGCCATCACAAATACAACTGCCTTCTTCAGACACGCGTTCATCAGTACCCGTTAACCCTGTGCCACTGCCTGCCACCCTGCCTGATGTGGGAGTTGTGCAATGA	MKSNINLYHPRFEPRVDYLSLSSVVFVLVICTVLVLITGLTFRFWANAVEDEYITLAQKNTALQEQVDALQTEVTNWKPDAMLVAKVESVKADLARQARVLEELASRAPLRFKGFGQLFNDLANRASSDLWIESMMVSETQMEFIGALSTPSAFPKWLQRLSHTESFSGKDFEAAKVYMEDEALKFALTTQRTADAVENSTPRQAPSQIQLPSSDTRSSVPVNPVPLPATLPDVGVVQ				NA	NA	NA	NA	NA
AK237_02496	957			hypothetical protein	ATGTACATCGGTTGGACAACATATCTGAAGCAACGGATTCAGCCTAAGCGCTCGGATTTTTCTATTGGCGTATCGCTGTCTCCCGACACTGCTACTTTTACCGCTTTACGTCAAAAAGCGGGAGAGTTTTATGTTGTTTGTGAAGTATCTGTGCTGTATTCCCAATGGAAAGCCCAATTACACCAGTGGGTGAGTAAGCAAAAGCTTGCCGGAGCAGTGTGTCACGTAGCGTTATCGCAAAGTTGGTATCAACTTTTGCAAATAGACAGACCTGATGTGCAGGAAGATGAAGTTGTCGATTCGCTGGTATGGCCGGTAAAAGAATTGCTGGGCTTTGATAAACCTATGGTTCTGGACTACTTCGATTTACCCGTTCCTCTCGCGGGCAGTAAAAAAGTAAATGTCGTGGCGATACCGGAAGACACAGTATCCGACATCGTTGAGGGCTGCGTGAATGCCAATGTTCGCCTAACCAGTATATCCATTCAGGAGTTGGCGCACTGCGCTTTATTACCTGTAAGCGAAGATGCGACCGTCACACTCACCCAGGAGGCGGGTGAAGAGATTATTTTAAACATTGTGAAAGACGGCCACCTATACATCAGTCGGCGTTTAAAAGGTTTTGAAAACTTAGCCAGTTTTTCTGCTGATGAATTACGAATGGGAGTATTGGACTCACTGTGTATCCAGATTCAGCGGTCAATGGACTTTTTTGAAAGCCAGTTGCGACAACCTCCCGTTCGAAAAGTCGTATTGCGCATCAACGCCGCAGATACTGCGATTATCGTAGAGCAGATTTCGCAAATTGTATCCGCTGAGGTTGCTACGCTTTCGTTAGACACCATCGTCAGTGACCCTGCTAATACGCTGTCCAATTTAAGTAGCTTAGGTATGGCTTTGCTGCCGGCGCGGGAAAAAATGCGGAGTCAGAGAAGGGAAGTCGCCGATGAAAAGTAA	MYIGWTTYLKQRIQPKRSDFSIGVSLSPDTATFTALRQKAGEFYVVCEVSVLYSQWKAQLHQWVSKQKLAGAVCHVALSQSWYQLLQIDRPDVQEDEVVDSLVWPVKELLGFDKPMVLDYFDLPVPLAGSKKVNVVAIPEDTVSDIVEGCVNANVRLTSISIQELAHCALLPVSEDATVTLTQEAGEEIILNIVKDGHLYISRRLKGFENLASFSADELRMGVLDSLCIQIQRSMDFFESQLRQPPVRKVVLRINAADTAIIVEQISQIVSAEVATLSLDTIVSDPANTLSNLSSLGMALLPAREKMRSQRREVADEK	PGPT0029520_87	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-TYPE_II_SECRETION_SYSTEMS	CE-T2SS-MSHA_PILUS_BIOGENESIS,PGPT0029520-mshI-K12279	NA	NA
AK237_02497	546			hypothetical protein	ATGGAAATTGTTTTAATCAGGCATGGCCGGCCACGAACGGCCTCTAACGATAAATGTACGGCACCGGAATACGCTAAATGGATTCGAAAGTATAATCTCACCGACCTTGACCCTCACAGTAAACCTACTAAAGTTCTGAGATTAAAAGAACATTATCATATTTGCAGTGACCTGATTCGGGCCCGTCTTAGCGCCAAAAAATACAGCAATACGTCAATCGATGAAGTCAGCCCCTTATTTCGGGAAATGGATATACCGTACTACCGTTCGCCACTGCGCCTGCGGGCGTGGACATGGGTGTATTTAAGTCGCGGACTATGGATGTTAGGCAAAGCCGGCAGGTTTGAGAGTTATAAAGAAGCTAAAGCCAGAGCAGATTTTGCCGTTAACTTACTGGAAGTGCGAGCAAAATCACATGGCAAAGTGGTTGTATTTGGCCACGGCATGATGAACAGGGAAATTCGCCAGCGATTACAACAACGAGGCTGGACGCTTGCAGAAAAGGATAACGGCTACTGGGGCGTTAATCGTCTACACTTTAACTAG	MEIVLIRHGRPRTASNDKCTAPEYAKWIRKYNLTDLDPHSKPTKVLRLKEHYHICSDLIRARLSAKKYSNTSIDEVSPLFREMDIPYYRSPLRLRAWTWVYLSRGLWMLGKAGRFESYKEAKARADFAVNLLEVRAKSHGKVVVFGHGMMNREIRQRLQQRGWTLAEKDNGYWGVNRLHFN				NA	NA	NA	NA	NA
AK237_02498	534	dapH_3		2,3,4,5-tetrahydropyridine-2,6-dicarboxylate N-acetyltransferase	TTGACCCCGATACCTTTTACTCACAGAGATATTTTTCAGTTGCGGGAAATGTGTCCGGGACACCAGGAGCACCTTGCTTATCTTGCCGCCATCAATGCTACAGACATTCATCCCAAATTAAAAAAGCAGGCTTTTAGGAATTTACTGCACTGTAGCGGGCCGTGCTGGATTGAACCGGAATTTCATTTGACCGGGTTAGCCAATGTATCGTTTGAAAAGTTCGTCTTTGTTAATCACAACGTAACGATGCTGGCAGTTGATGAAATATTCATAGGCAGCGGCACTTTTATCGCGCCCAATGCTGTCATTTCAACCCAGCCTCTTGAAGTAGGGGAGATTATTTCACACCAAGCTGGCCCGATCTTCATTGGCAAAAATGTGTGGATAGGAGCCAATGCCGTTATTCACCCAGGCGTGCGTGTAGAGGACAACGCAATAGTCGGTGCCGGTGCTGTAGTGATAAATGATGTACCAGCTAACACTACGGTGATTGGCGCGCCCAGCTTTGCACTGGGCGCGAGTGATTTAAAATGA	MTPIPFTHRDIFQLREMCPGHQEHLAYLAAINATDIHPKLKKQAFRNLLHCSGPCWIEPEFHLTGLANVSFEKFVFVNHNVTMLAVDEIFIGSGTFIAPNAVISTQPLEVGEIISHQAGPIFIGKNVWIGANAVIHPGVRVEDNAIVGAGAVVINDVPANTTVIGAPSFALGASDLK				NA	NA	NA	NA	NA
AK237_02499	2121	iutA		Ferric aerobactin receptor	ATGTCTAAATTTTCCCTTTCTCTTGTGGCGTTGGCAGTCAGCACTTCTTCCGCGGCCGTCGAAACGCAAACAAACGATATCGAACGTATTATTGTTTCCGGAAGCCGTGTTATTGAAAGTATTGATGAAGTACCGGCGTCCATAACCGTCATCTCCCAACGCCAAATTGAAGAGCATTTGAAGGTTAACCCCGAGCTGCAGAGCTTACTGGCGCAAATGGTGCCGGGGCTTGCCCCGGATACCGGCAGCTCAAGTAATACCGGTCAGTCGTTACGCGGCAGAGCGCCGCTGGTCATGATTGATGGTGTGCCGCAGTCAACGCCGCTCAGGAACGGCTCACTGGGCATTAAAACTATCGATCCCAGTGCGCTTGCACGTATCGAGGTAATTAAAGGCGCCACGTCAGTGTACGGAAACGGTGCATCTGGCGGCATCATTAACTACATTACTAAGCAGGCTACAACGAAAGACACCCATAAGGGGGAGATCAGCCTGTCATCACGCTTCAGCGCAGTAAAACTTAAAGAGTCGGCCGGTGCCCGGGTTTCAGCAGCGGTTAACGGGAAAGTCGGTAACGTTGATTATTTGCTGACTGCCAGTTACGAAGAAAATGGTGTGCAGCGGGACGCCGAGGGCGACATTCTTGGCTTGCAGTATGGACTTTCAGACGCGGAAACGCAGAACTACTTTACTAAAGTGGGCTATGAATTTGATGATGAAAAGCGCCTGCAATTCAGTTACAACTATTTCAGCTCTCAGCAAAAAACAGATTTAGGGGATGTGGCCGGCAATATTAATCAGGGTGAAAAAACCTACGCCATTCATGTTCCCGAGGCGCTTCAGAAACGGGGCAAGCCTCAGGGGCCTGACGGAAATGAAAACATTACCGTTAAATACACCGACAGCAATATCTTCACCAACACCGCAATGACCCTCGACGTGTATTCGCAGGACATCGAGAACATTTTTTTCTTCTCGCCGAATCTGGCAAATCCTGACGACGGGTACGACGGTGGACAATCAATTATTCGGTCTGAAAAACGCGGTGCCCGAGCCACATTCAACACCATTGCCGACTTCGACAGTGTGGAAGCAACGTTTATTTATGGTGTTGATGCCTTGCAGGACACCACGTCACAGCCACTGGTGGATGGACGGGTATGGGTGCCTGAAATGGACATGGACAGCATTGCCGGTTTCCTGCAAACCAAATGGGTGATTCATGACGACGTTATTGTAAAAGCGGGTGTCAGAAGAGAAAGTATCGACCTAACCGTCGATGACTATGAAACTCTCAAGCTTTGCCGTACTGCAACACAATGCTCTGTACCGTTACAGGTAAAAGGAGACACCATCGATTATGACGCCACAACGTATAACGTTGCTATCAAGTACAACTGGAAAGATGTATTCAGCCCGTTTATTAACTACTCCCAGGGCTCAGATATTGCCGATATTGGCCGTTTACTCCGCGCAGCAACAGTAGACGATATCGGTTTAATTCAAACCGAAGCGTCTATTATCGATAACTATGAAGCGGGTTTCACTTCGCTGTTTGATAACGTTCGTATTGAAGTGGCTGCTTATCGCAGTACCTCTGAGCTGGGTACCACAAACCAGTTTAATGCCGTCACCGGTGTGTATGAGCCGGTGCGAGCACCACAGGAAATCTGGGGATATGAAGGTTTAGTTGACTACCGTGTTTCTGAAACCCTGGGTGTCGTAGCAACGTACAGTTACGTTGAAGGTAAAAACACCGAAGCAGATATCTATTTAGGCTCGCGTCAAATTAGTCCGCCGAAGGCTACGGTAAATGTAAACTGGCGTCCGCTTGATAGTATGTCATTAACAGTAAGCTATTTGCACGTTGGCGACCGCAAGCGCTTTGCGCCTAATGCAGACGGGGAATATGTCGGCGATCAGGGGCCGGTCTCCAGCTACAACATTTTCAATGTGAGCGGGAAATATCAGTTTGCAGACAACTGGAATGCCTTTATGGGAATTGAGAACCTGTTCAACAGTGATTACTACCCGGCGCGGGCGCAGTCTTATACTTACGGTGGTTACAACATTAAAGGGTTAGGCACCACGGCGACGCTTGGTGTGACTTATTCATTTTAA	MSKFSLSLVALAVSTSSAAVETQTNDIERIIVSGSRVIESIDEVPASITVISQRQIEEHLKVNPELQSLLAQMVPGLAPDTGSSSNTGQSLRGRAPLVMIDGVPQSTPLRNGSLGIKTIDPSALARIEVIKGATSVYGNGASGGIINYITKQATTKDTHKGEISLSSRFSAVKLKESAGARVSAAVNGKVGNVDYLLTASYEENGVQRDAEGDILGLQYGLSDAETQNYFTKVGYEFDDEKRLQFSYNYFSSQQKTDLGDVAGNINQGEKTYAIHVPEALQKRGKPQGPDGNENITVKYTDSNIFTNTAMTLDVYSQDIENIFFFSPNLANPDDGYDGGQSIIRSEKRGARATFNTIADFDSVEATFIYGVDALQDTTSQPLVDGRVWVPEMDMDSIAGFLQTKWVIHDDVIVKAGVRRESIDLTVDDYETLKLCRTATQCSVPLQVKGDTIDYDATTYNVAIKYNWKDVFSPFINYSQGSDIADIGRLLRAATVDDIGLIQTEASIIDNYEAGFTSLFDNVRIEVAAYRSTSELGTTNQFNAVTGVYEPVRAPQEIWGYEGLVDYRVSETLGVVATYSYVEGKNTEADIYLGSRQISPPKATVNVNWRPLDSMSLTVSYLHVGDRKRFAPNADGEYVGDQGPVSSYNIFNVSGKYQFADNWNAFMGIENLFNSDYYPARAQSYTYGGYNIKGLGTTATLGVTYSF	PGPT0003790_22652	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0003790-hutA|fatA|fct|foxR-K02014	NA	NA
AK237_02500	1077			hypothetical protein	TTGAAACTTTGGCTTCGAAGACTACACCTCATACTGGCGCTGATCTCAGGGTTATTCATTGCCTGTTTGAGTGTGACCGGGGCGCTGCTTATTTACGCTAAAGACATTCAGATTCTTGTTCAACCTGAAAAGTGGCAAGTAACCGCCCAGAGCAGGGTGCTTCCCCTTTCGAAGCTTGTTTCCCAGGTACAAACCCAAACAGGGCAATCTGTCGCCACGTTAATGCCCGAAACAGACAAAGAGCTGGCATGGCAGGCAAAACTGGCTAACGATGAATACGTCAGTGTGGATCCATACACCGGCAACATTCAACATCGCTACGAGTATTACTCTACTTTATATGGCTTCACGATGGCCTTGCATCGTTGGTTGTTGTTTGAAGACGCAGAGAAGGGCAAGCCTTTACGTAACTGGGTTTCGATAAGCGCACTGGTACTTATTTTCGAACTACTTCTGGGCTTCTACCTGTGGGTTAAACCAAAAAACAGACTGAAGCGACTGGTAATTAAACGCCGCGCAAAATTTCGTATCCTGATGTACCAGTTTCATACCGTGCTCGGTGTCTATTTGATGGTGCCGCTCGTCTTAATCGCTTTTTCTGGCATGGCTTTTCACTGGAAGAAGCCTACACAAAAGGTCGTCGAAACCATCACTTTTTCTGAGGTGGAAGCCCGGCCTGTACCCGCGCGGCTTTCAGTGTCTGAATCGTTATTGCCTGCTGCCATCGATAAGGCTTATAACCTGGCAACAGCAGTATTTCCTGATGCCCGGCTGTTCCGCATCTATTTCCCTTTGAAAGCCGGTGAACATATTGGGTTCAGAATGCAAAACCCCGGCGAGTCACATGCTTACAGCTGGGTATGGGCTCACCCGGTAACAGGGCAAGAAACCGGACGTTACGACGCTTCTTCGGCAAACGTCGCCACGCAGGTCTGGAATTTCAAATACAAGTTTCATATCGGAGACTTTGCTGGACCTGTCGTGCAATTTATATGGCTCTTCGTTGCTCTTCTGCCCGCATTTCTTACCGTTTCCGGATTCTACTTCTGGTACAAGCGCCATCACAAAAAGACATAA	MKLWLRRLHLILALISGLFIACLSVTGALLIYAKDIQILVQPEKWQVTAQSRVLPLSKLVSQVQTQTGQSVATLMPETDKELAWQAKLANDEYVSVDPYTGNIQHRYEYYSTLYGFTMALHRWLLFEDAEKGKPLRNWVSISALVLIFELLLGFYLWVKPKNRLKRLVIKRRAKFRILMYQFHTVLGVYLMVPLVLIAFSGMAFHWKKPTQKVVETITFSEVEARPVPARLSVSESLLPAAIDKAYNLATAVFPDARLFRIYFPLKAGEHIGFRMQNPGESHAYSWVWAHPVTGQETGRYDASSANVATQVWNFKYKFHIGDFAGPVVQFIWLFVALLPAFLTVSGFYFWYKRHHKKT				NA	NA	NA	NA	NA
AK237_02501	885	syrM1_2		HTH-type transcriptional regulator SyrM 1	ATGTCAGGACTAAAAAATATCGATCTGAATTTGCTCAAGGTGTTTCTTACCTTAATGGAAGAGCAGAACGTATCCCGGGCCGCTGAGGTCTTGTCGGTAAGCCAGCCGGCAGTCAGTGGCATGCTGAATCGTCTTCGTCATAACTTAGGCGACCCACTGTTTGTCAGAAGTCAAAGAGGTATCGTTCCTACCGTCAGAGCGCAAGCGTTAGCCGGACCTATCAGGCGTATTCTTGATGAGCTGGACACAACCTTACAGCCCGACAACTTCGAGCCGCAATTAATGTCACTGACGTTGAACGTGGCAGTGACAGATTATTCGTTAAATGCGGTTATTACCCCGTTATTGCCCCGGTTCAGAGAACAGGCTCCGGGTCTTAATATTGCGTGCCACTGGCTGGATGAAGTGTCTTTGTCTGAGCAGATGGAGCGTGGAGAGATAGATCTTGCTTTGGTTACGCCGGAAACCGCGCCCCTTGATTTGAAATCGCGCCAGTTGTTTGAAGAGCAGTATGTCTGGGTGATGCGAAAGGGGCATAAGCTGGCGGATAAAACTCCGGATGTCTCTACATTCTGCCAAGCCGATCACGCCATTGTATCGTACACCGGCGGCGCGTTTTCCGGTATAACTGATAAAAAGCTTAGGGAGCTTAACAAGCAACGCCGCGTTGTGTTATCGGTTCCTAGTTTCTATGTGCTGCTGGACATGATAAAAAACAGCGATTTATTTGCAGTCGTTCCGGCCAGAATCGCCCATCAGGTAGAGGGCTTAACGGTATTACCACTACCTCTGGACGTGCCCGGTTTTACCAAGCTTCTTGTTTGGCATGCACGGACTCATCACAGCCCTGTACATGAATGGATTCGCCAAGTATTCAAAATTTAA	MSGLKNIDLNLLKVFLTLMEEQNVSRAAEVLSVSQPAVSGMLNRLRHNLGDPLFVRSQRGIVPTVRAQALAGPIRRILDELDTTLQPDNFEPQLMSLTLNVAVTDYSLNAVITPLLPRFREQAPGLNIACHWLDEVSLSEQMERGEIDLALVTPETAPLDLKSRQLFEEQYVWVMRKGHKLADKTPDVSTFCQADHAIVSYTGGAFSGITDKKLRELNKQRRVVLSVPSFYVLLDMIKNSDLFAVVPARIAHQVEGLTVLPLPLDVPGFTKLLVWHARTHHSPVHEWIRQVFKI				NA	NA	NA	NA	NA
AK237_02502	501			hypothetical protein	ATGCACACAATCAATTGGCCACAGCAATATTTGCCTGGGTATACCGATAATTTTTGTTCCAACGAGGTTATCGTTAAGGCACTGGATATTCAAAAAGTATGGGCCTTGCTGGCACAGCCTTCATGCTGGCCAAAGTACTACGCCAATTCTGCCAATCCGGTGATTCATGACAGCAACAGTGAGACGCTCAAAGCCGGCGATACCTTTTACTTTGAAACCTTCGGCTTTCCTGTTGAATGTGAAGTGGTAGAGTATCAAGCGCCGGAAAATGAGCAGCCCGGTCGCATTGCGTGGCATGGCTGGAGTGGCGAAGGTGAGGAGAGGTTAGACGTGCATCACGCCTGGCTAATCGAAACATTGCCGGGCGACAGACTGCGTATTCTTACCCAAGAGACGCAAGTTGGCGCGCCAGCCAAGGCGCTGGCGGTTGCCAAACCCAACCCAATGCTCAATGGCCATCAGGAATGGCTGGACGGGTTGGTGTCTGCAGCCCGCCAGTAA	MHTINWPQQYLPGYTDNFCSNEVIVKALDIQKVWALLAQPSCWPKYYANSANPVIHDSNSETLKAGDTFYFETFGFPVECEVVEYQAPENEQPGRIAWHGWSGEGEERLDVHHAWLIETLPGDRLRILTQETQVGAPAKALAVAKPNPMLNGHQEWLDGLVSAARQ				NA	NA	NA	NA	NA
AK237_02503	321			hypothetical protein	GTGAATGGGGAACTTGATTGTTCAGCTGAACAACCAGGACCTTATTTCCCCCCGCCCCCAACACCGCCGCCAGCTCCTATTGGTGATGATGGTGGCACAATCGACCCTGAAGAACAGTGTGAAATCGATGCTCTTGCATCAAAAAATTCTTGTGAATTAAATGTGTCAACCGTCAAGTATGGCTCAGTTGCCCTTTGTATGGGTTTTATTGAAGCTCCTCCCGTAGCCGCTGTCTGTATTGCTGCTGCAGACGGTGCTTATCAAAGAGCGATGGGCGACTGTAGTTTAGAATATGAGCGGGATAAGGCTCTTTGTGACTAA	MNGELDCSAEQPGPYFPPPPTPPPAPIGDDGGTIDPEEQCEIDALASKNSCELNVSTVKYGSVALCMGFIEAPPVAAVCIAAADGAYQRAMGDCSLEYERDKALCD				NA	NA	NA	NA	NA
AK237_02504	867			hypothetical protein	ATGAAAAAAATTCACTATGCATCTATCCTACTGGTTTGTTTTTTACTAGGTATTTTTTATATAAAACAGAACGACAATGCTGGTCTTATCAATAAACCTGTTGAGGCGCTGACGTTTGACAGTCTAGTCGTTGACGAGCAAAGTAACAGTAAGAAAATTAGCACTAAGAAAGTTCATGAGAGTTTTCAAGAAACTCCTGAAGATAAAATAAGTTCTACATTTAAGCCAGATAATATAGAAACTGATTTTTTACAAATGAAAGTTAAAGTTTCTACAAAAGATGATTTTGAAATCTACAAAAATACATTTGATGATTTTTACGAATCTCTGAGAAATAAAGATTGGGTAGAATTTTTAAATCGCTTAGAAGAACTTGAAAAAATAGATCCCAAACTTCTGGATATTGCATTAGCTCAAGCTCTTCAGTTTTCGGCCCCTATAGAGTTAGTTGAAGAGATCATTGCAAGGGGTGCAAATGTTCCTGAACAGGCTATTGTATTTCTACTCAAAGATTGGGATGAAGAAAAAGTAGAACTACTTGAAAACTATGGGTTAAGATATGATTATGTTCTGCCTGACTATGGCAATGCACTTACTATCGCCGCGAGTATGAACTCTTCTCCTGATGTTTTTGACTTTTTACTATCACGAGATATCCCAATGGATATTACTGCCGCTGGACATGATGCTTTAAGCATACTCATACAAAACGACTTTTTAAAAAGAGACACTAATGACGTACGTCTTAAAAATCTCCTCAGCCATGGAGCTAAACTAAAAGATTTCCATGAGAAATATTTGAGTTATTACAAGTATTCCGACAAGGAATTTTACCAAGAATTCGTCGAAGAATATGGATTGGAGTAG	MKKIHYASILLVCFLLGIFYIKQNDNAGLINKPVEALTFDSLVVDEQSNSKKISTKKVHESFQETPEDKISSTFKPDNIETDFLQMKVKVSTKDDFEIYKNTFDDFYESLRNKDWVEFLNRLEELEKIDPKLLDIALAQALQFSAPIELVEEIIARGANVPEQAIVFLLKDWDEEKVELLENYGLRYDYVLPDYGNALTIAASMNSSPDVFDFLLSRDIPMDITAAGHDALSILIQNDFLKRDTNDVRLKNLLSHGAKLKDFHEKYLSYYKYSDKEFYQEFVEEYGLE				NA	NA	NA	NA	NA
AK237_02505	267			hypothetical protein	ATGAACGATATAAGTTGGTTTCAGATTCTCGTACCATGTACTTTTATAGTTTTTTATATCATTTATTTTATTTTAAAGAAAAATAAAATACTAATTAATAAGAATATAACGAAGAAAAGAAAGAAAATCAGATTGATTTATATGGCAGTTATTTTGGCTCTTATAGCTTTTATGAGTCAAGACTTAGTAGTAATATCAGTTTGTTTTATCATATTTTATAATACTTGCAGACTTAACTACATATACACGTTTGACAAAACTGCCTGA	MNDISWFQILVPCTFIVFYIIYFILKKNKILINKNITKKRKKIRLIYMAVILALIAFMSQDLVVISVCFIIFYNTCRLNYIYTFDKTA				NA	NA	NA	NA	NA
AK237_02506	576	ssb_1		Single-stranded DNA-binding protein	ATGGCAACGAGAGGCGTCAACAAAGTCATATTGGTAGGTAATCTCGGGAATGATCCTGAAGTACGTTACATGCCAAATGGAAACGCCGTAGCAAACTTAAGCCTTGCAACCAGTGAAAGCTGGAAAGACCAGCAAGGTCAGGTGCAAGAGCGCACAGAGTGGCATCGGTTAACCATGTACCGTCGTTTGGCGGAAATTGCCGGTGAGTACCTTAAAAAAGGCTCACAAATTTACGTAGAAGGCAAACTGCAAACTCGTAAGTGGCAGGATCAACAAGGTCAGGATCGCTACACAACCGAAATTATTTGTGATCAAATGCAAATGCTTGGCGGTCGTGAAGGTGGTGGTCAGGGCGGCCAGGGGGGCGGTGGTTATCAGCAGCGTCCTCAAGGTGGTAATCAGGGCGGCAACCAAGGCGGCTACAGCAATAACCAGGGTGGTGGTTATCAGCAACGTCCACAAGGCAACAACCAGGGTGGCGGCTACGGCGGTAATCAAGGTGGCAACCAACAAAGTGGAAATAAACCACCCATGGCCGAGCCTGATTTCGACTTTGATGATGATATTCCGTTCTGA	MATRGVNKVILVGNLGNDPEVRYMPNGNAVANLSLATSESWKDQQGQVQERTEWHRLTMYRRLAEIAGEYLKKGSQIYVEGKLQTRKWQDQQGQDRYTTEIICDQMQMLGGREGGGQGGQGGGGYQQRPQGGNQGGNQGGYSNNQGGGYQQRPQGNNQGGGYGGNQGGNQQSGNKPPMAEPDFDFDDDIPF				NA	NA	NA	NA	NA
AK237_02507	2634	btuB_24		Vitamin B12 transporter BtuB	ATGAATAATAAATTTAAATTAACCCTGACTGCCGCTGCACTCGCACAATGCCTTACGCTGACGACTGCTGCTGCCCAGGAAAACACTGACACAAACACACCAGCTGACGATACTGAAGTGATTACCGTTCGAGGTTTCGGCGGCACATTAACCAAATCACTACAACATAAAAAATTGGCTGACTCGACAGTAGAGATCATTTCTACTGACGATCTAGGACAACTTCCTGACGTTACCATCACCGACGCACTGGCCCGTTTACCGGGGATCGCAGCCGATCGTGATCGTGGTAATGCCAGCATCATCTCTATTCGTGGTTTAGGCCCGCGCCTGAACCTGGCAACAATGAATGGTCGTGAAATCGTGAGCGGCGAGCCAAGCCGAAGCGTACGTTACGAGCAGTTCCCTGCCGAATTAATCAGCTCTGTTGAAGTATTCAAAAGCCCAATGGCAAACCAAACTGAGGGTGGTATCTCAGGTCTGGTAAATATGAATTTCGTCGATCCCTTGTCGAAAGACGAGCGACAGCTGACAGTTTCTGGTCACCTGATGGATTATCCATTGGCTGATGATATTCCTACTGCAGATGCACAGGGCAAACGCGGTAGCTTTAGTATTGTTGAACCCGTGTCTGACACACTGGGATTTGCTTTTGGTATCGCCTATCAGGATCAGCCATCAGTTCAGCGTGAAACCACCTCTTATTCCTACAACAAAGTGGCCGCAGAACAAGGCGACGTGAATGAGAACGGTATCACAGAAGCCGCTCCCTGGGGCGGTAAATCAGGCACCAAAGGTGGTAACACAGAGCGTGTTGGCACCATGGGAGTTGTACAGTGGATCCCCACTGACTCTCTGGAAGTGAAATACAACCTGTTCTACTCAAAATTTGATATTGAAGAGCGCGAAGACCAGTTGTGGTTTGACGGTTGGGGCAACTATGCAAATGACGGCGTATGGAATTACCAGAACTCTGCAACAGCACCTCAGGTTGTTACAAAAGCAGACGGCTCAGAGCAACTCGTTGCCGGTGGCATGTTGTGGGGCGCGCATACAGTTAATAATGCAACCTGGTTCCAGGAAAACGAGCTTATCAGCACCGGCCTGAACCTCGACTGGCAAGGCGATGTGTGGACAGTCAATGCCGACGTTGGCTTCTCTACTGCCTCAATTACTTCACGCTGGGTAAACTTAACGTCTGATTATTCAGGTCCAACACCTGTTGATATTGGTTGGGATGTGACTGGCGACAGCTTAGCAATCACCTCAGATGTAGATATCAGTAACCCTGACTACTACACCTTAAATGGTATGACGGTAGATAAAGATCGTGAGCTTGACGATGACATGCTGACGATAAAGTTAGACTTCTCCCGTTATATTGATTGGGGCCACGCTACGAAGTTTAGTTACGGCGTTCGTTGGTCAGATCGTGAGAAAGACAATGACGTAATTAGCTGGTGGCAGGGTGTAACTGATGCATCTGTTTCAAACTACGGTAGCAGTTATGCATTAGGTGGTGGTTTAGTCTCCCCAGACATCTACACCATTAATGACTGGCAAGGTACGGTAGAGCAAGCCTTTGGTGGTATTGACGACCGCAGCAATCACGAACCAACGAATGATGATTTGTTTGCTAGCTGGAATTTGCAGGAAACCAATAAAGCCGCTTACTTCATGTTCAACTTAGAAGGTGAAATGTTTGGTGTGCCTTATACCGGTAATGCTGGCGTGCGTTACGTGCATACCAATTCCACATCGACAGGTTACCAGCAAAATGAAGAGGGCTTTGCCCCCATTTCTGTAGACCACAGCTACAGTGAAATCTTGCCGTCATTAAACCTGCGAGTCAGTATTACGGAAGATTCACAAATTCGTGTTGGATTGGCGCGCACCATGTCTCGTCCGCCACTCATCGAAATGCGTACAGGCTTCCAGCTTAATACCCAATCTGAAGTGAAAACAGCGTCAGGCGGTAACCCAAGACTGGATCCTTTCGTTGCTGACCAAATCGATTTGGGTTACGAGCACTTCTTCTCTGAAGATACCGCTTTCACATTTGCTGTATTCTTTAAAGATTTGAAAACCCACGTAGGCACATCGACTGATGTACTGACTCTGGATGGCGTGGACTATCAGTTCAGTGGCCCGGTAAACGGCGACGGTGGACAAATCCGTGGCTTCGAAGTGATGTATCAGCAAGCATTCTCTATGCTACCTGCACCTTTCGATGGCCTGGGTATTTATACCAACTACAGCTTTACCGACAGTAACGTGACAGAGTTTACCCCTACGGAAAATCCATTACCGATGGGCGGTTTATCTGAACACGTTGGTAGCCTGACATTGTGGTATTACAAAGCCGGTGTTGATGCGAAAGTATCGTACAACTACCGCAGTGAATATACCCGTGTAGGCAGCTGGGAACCCACAGAAATCTTTACCATTGATGACGAAGCTACGGTTGATGCCAGCATCTCTTACGAAGTTACCGAAAACTTCAAGCTGATGTTACAAGGTCAAAACCTGACTAACGAAGTTTCAAAAACTTACTTCGACAACGATCCGAGCCGTGTAGGCAGCTACACTGAATGGGGTCGTCGTTACTTAGTCGGCTTCCAGTATTCAATGTAA	MNNKFKLTLTAAALAQCLTLTTAAAQENTDTNTPADDTEVITVRGFGGTLTKSLQHKKLADSTVEIISTDDLGQLPDVTITDALARLPGIAADRDRGNASIISIRGLGPRLNLATMNGREIVSGEPSRSVRYEQFPAELISSVEVFKSPMANQTEGGISGLVNMNFVDPLSKDERQLTVSGHLMDYPLADDIPTADAQGKRGSFSIVEPVSDTLGFAFGIAYQDQPSVQRETTSYSYNKVAAEQGDVNENGITEAAPWGGKSGTKGGNTERVGTMGVVQWIPTDSLEVKYNLFYSKFDIEEREDQLWFDGWGNYANDGVWNYQNSATAPQVVTKADGSEQLVAGGMLWGAHTVNNATWFQENELISTGLNLDWQGDVWTVNADVGFSTASITSRWVNLTSDYSGPTPVDIGWDVTGDSLAITSDVDISNPDYYTLNGMTVDKDRELDDDMLTIKLDFSRYIDWGHATKFSYGVRWSDREKDNDVISWWQGVTDASVSNYGSSYALGGGLVSPDIYTINDWQGTVEQAFGGIDDRSNHEPTNDDLFASWNLQETNKAAYFMFNLEGEMFGVPYTGNAGVRYVHTNSTSTGYQQNEEGFAPISVDHSYSEILPSLNLRVSITEDSQIRVGLARTMSRPPLIEMRTGFQLNTQSEVKTASGGNPRLDPFVADQIDLGYEHFFSEDTAFTFAVFFKDLKTHVGTSTDVLTLDGVDYQFSGPVNGDGGQIRGFEVMYQQAFSMLPAPFDGLGIYTNYSFTDSNVTEFTPTENPLPMGGLSEHVGSLTLWYYKAGVDAKVSYNYRSEYTRVGSWEPTEIFTIDDEATVDASISYEVTENFKLMLQGQNLTNEVSKTYFDNDPSRVGSYTEWGRRYLVGFQYSM	PGPT0003790_5142	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0003790-hutA|fatA|fct|foxR-K02014	NA	NA
AK237_02508	2376			Putative beta-glucuronidase	GTGATCAACGCTATTCGTCTTACCTGTATTCTAGGGGGGTTGTGGACACTCACAGCCTGCCAACCCGCTGATCAAACTTCACCATCATCATCTTCACCGACCCAACAGCAGGCCACTGAAAATCAGCCTGTAAGTCAAACTATTGGTTTTAACAAAGCATGGCAATTTAAGAAGTCAACAGATGATGTGCTCCCCAAAGATATCAAAGGTAGCTGGGAAAATGTGAGCTTGCCTCACACGCCTCAACTTGAGCCTGAAGTAGTAAACGATCAATGGCAAGGCACGGCGTGGTACCAAAAATCTTTCAATGTGCCTAAAGATTGGACAAACAAAGAAGTCCTGATCCGCTTTGAAGCCGCGATGAATAAAGCGCAAATTTGGCTAAACAACGAAAAAGTGGGAGAACATCTTGGTGGCTATTTGCCTTTTACCCTTGATTTGACCCCATTTTTAACACCCGGTGAAAACCTGATCAGGGTAAAACTGGATAACCGCGATAACCCGGTTACCGGCCCTAAGCCCCTTCACCTGTTAGATTTTAATACATACGGTGGTTTATACCGTGATGTAAATCTGCTGGTGAAAGACAAACTCATGATCACCGATGAAATGCTGGCACAAGAAGTGGCTGGTGGTGGCGTATTTGTCACGTATCCGAAGGTAAGCGAAAGCGAAGCACTGGTTAAGGTTAAAACGCAAATCGCTAATCATTATAACCAGACCAAGACGTTCGAGCTAAGTCAGACACTGTCGTTTAATGACAAGACAGTAACAAGCGAGAAGCAACGCTACGAAGTGGCTGCTGGCACCGATAAGCACATGGAGCAAACACTTAGCGTTACCGCGCCTGCACTGTGGTCTCCCGATTCTCCTGATTTATATACCTTAACAACAACGCTTACCCATGAAGGACAAGTAATAGAAACCCAAACCCGTAAAATCGGCATCCGGGAATTTGCCTTCAACGATAAACATGAATTACTGATAAACGGTAAGCAAGCTTTCTTGCGCGGTGTAAACCGACATCAGGAATACCCGTTTGTGGGCTACGCTACCTCAGCACAAGCCGATTACCGCGATGCGGTGAAAATTAAATCGGCAGGCTTCGACTATGTCAGATTATCGCATTACCCTCATTCGCCTGCCTTCATGGAAGCGGCTGACGAACTTGGACTCGTCCTTTTAGACGCGGTGTTGGGCTGGCAGTACTACAACAGCGATCCGGCGTTTGAAGCGCATATTGTGCAGTCTTGCGAAGACTTAATCCGTCGCGATCGCAATTACGCCAGTGTTATTGCCTGGGAATGTTCGCTCAACGAATCAGACATGCCAGACGCATTTATTGCAACATTATCAGACACCGTACACCAACACTTTCCCGGAGCATTTTCTGCGGGCTGGGAGCATGGTTACGACATTTTTGTTCAGGCTCGCCAGCACCGGCTGCAGCATTATGAAACACCCACACAACCGTATATCGTGTCGGAATACGGCGACTGGGAATACTACGCGCAAAACGCAGGGTTAAATCAGGACTCCTGGCAAAACCTGAAAGAAGACGAACGGACCAGCCGGCAGTTACTGAACAGCGGAGAACAACGTTTGCTGCAGCAAGCGTTAAACCTGCAGGAAGCCCATAACGACAACTTCACTGTGCCCGCTTTTGCCGATGGTTATTGGGTCATGTTCGACTACAATCGTGGTTACTCTGACGATATCGAGTCCTCGGGTATCATGAGTATTTATCGCCAGCCCAAATACAGCTACTACTTTTACCGCAGTCAACGGGATGCAGACCAACTGGACGCCCGTTACGACAGTGGTCCTATGGCTTATATCGCCAGCGATTGGCAACCAGATTCAAGTACACAGGTACGCGTATTCTCTAACGCTCAGGAAGTCGCCTTGTATCTGAACGACAAGTTAGTTGCAAAACAACAGCCGGACAATAATCCGCTCACAGCGCATCTGGCTCACCCACCCTTCACGTTTGATGTTGGTCAGTTTGAAGCAGGTACCTTACGTGCGGAGGCTATCATTGATGGCAAGGTAGTAGCCGACCACAGTGTGACAACGGCCTCAAACGCTTCAGGCATTACACTCACCGTAGACGAGTCAGGCGTTGCGCCTGCAGTCGGCGTAAACGACAAAGTCTTTATCTATGCCCAACTCGTTGATGATAAGGGCAATCCTGTATTTACAAACGACGTTACCCTGACAGCAACGGTTGAAGGCGATATTACGCTGCTTAATCAAAGCCCTGTTACCACAGCAAGAGGACAAGGCGCATTATTGCTGGAAATAGGTGATACGCTTAAAGGCGCAACAGTCACGGTATCAGGTAAAGATCTGAAGCCAGCAACACTGACTTTCTAA	MINAIRLTCILGGLWTLTACQPADQTSPSSSSPTQQQATENQPVSQTIGFNKAWQFKKSTDDVLPKDIKGSWENVSLPHTPQLEPEVVNDQWQGTAWYQKSFNVPKDWTNKEVLIRFEAAMNKAQIWLNNEKVGEHLGGYLPFTLDLTPFLTPGENLIRVKLDNRDNPVTGPKPLHLLDFNTYGGLYRDVNLLVKDKLMITDEMLAQEVAGGGVFVTYPKVSESEALVKVKTQIANHYNQTKTFELSQTLSFNDKTVTSEKQRYEVAAGTDKHMEQTLSVTAPALWSPDSPDLYTLTTTLTHEGQVIETQTRKIGIREFAFNDKHELLINGKQAFLRGVNRHQEYPFVGYATSAQADYRDAVKIKSAGFDYVRLSHYPHSPAFMEAADELGLVLLDAVLGWQYYNSDPAFEAHIVQSCEDLIRRDRNYASVIAWECSLNESDMPDAFIATLSDTVHQHFPGAFSAGWEHGYDIFVQARQHRLQHYETPTQPYIVSEYGDWEYYAQNAGLNQDSWQNLKEDERTSRQLLNSGEQRLLQQALNLQEAHNDNFTVPAFADGYWVMFDYNRGYSDDIESSGIMSIYRQPKYSYYFYRSQRDADQLDARYDSGPMAYIASDWQPDSSTQVRVFSNAQEVALYLNDKLVAKQQPDNNPLTAHLAHPPFTFDVGQFEAGTLRAEAIIDGKVVADHSVTTASNASGITLTVDESGVAPAVGVNDKVFIYAQLVDDKGNPVFTNDVTLTATVEGDITLLNQSPVTTARGQGALLLEIGDTLKGATVTVSGKDLKPATLTF	PGPT0017810_3304	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES	CE-EPS-GALACTOSIDASE,PGPT0017810-lacZ-K01190	NA	NA
AK237_02509	1014	galE_2	COG1087	UDP-glucose 4-epimerase	ATGCATATTCTTGTTACAGGCGGCGCAGGTTACATTGGTACACACACTTGCATCGCGCTTATTGAAGCAGGCCACTCTGTGGTGGTGTTAGACAATTTCTCAAACAGTCATCCTGAAGCGCTAAAACGGGTGGAGCAAATTTGCCAGCGTCCTATCCCTTTTTACGAAGGCGATGCCGGTGACGCAGAGACGTTAAAGCACATTTTCAGCCAGCACCATGTTGACGGCGTTATCCACTTTGCGGGTTCAAAAGCAGTGGGCGAGTCGGTTGAAAAGCCCATGCTGTATTACCGCAATAATGTAACGGCCAGCCAGACACTTATTGAATCCATGAACGAAGCGGGTGTAAACACACTGGTATTCAGTTCGTCTGCCACCGTTTACGGCGACCCCCATTCAGTGCCGATTTTCGAAGATTTTCCGTTAGGGCCGACAAACCCTTACGGTAGAAGCAAGCTGATGGTGGAGCAAATCATTCAGGATTTCTGTCAGTCTAGCGGCGCATTCAGTGGCATTATTCTGCGCTACTTTAACCCTGTCGGCGCCCACGAAAGCGGCAAAATTGGCGAAGATCCTAACGGGATCCCCAATAATCTCATGCCTTTTATCGCCCAGGTTGCCGTTGGAAAACGTGAGACATTATCGGTATTTGGCAGCGACTACCCCACCGCTGACGGCACCGGTGTGCGCGACTATATTCATGTGAGTGATTTAGCGGAGGGTCATGTGAAAGCCCTGGAAACCCTTCACGGACAATCCGGCAGTCACATATTCAATTTAGGCACAGGCAACGGCATTTCAGTACTGGAAATGGTTGATGCTTATGCCAAAGCCAGTGAGCAGCCCATCCCTTATCAGCTTGTCGCCCGTCGTCCCGGGGATGTAGCCCAGTGCTACGCCAATTCAGACCATGCTAAAAGCGTGCTGGGTTGGGAGGCAAAACACGATTTGCATAGCATGGTGTCGAGTAGTTGGCATTGGCAATCGAGTAACCCTAATGGATATCGACAATAG	MHILVTGGAGYIGTHTCIALIEAGHSVVVLDNFSNSHPEALKRVEQICQRPIPFYEGDAGDAETLKHIFSQHHVDGVIHFAGSKAVGESVEKPMLYYRNNVTASQTLIESMNEAGVNTLVFSSSATVYGDPHSVPIFEDFPLGPTNPYGRSKLMVEQIIQDFCQSSGAFSGIILRYFNPVGAHESGKIGEDPNGIPNNLMPFIAQVAVGKRETLSVFGSDYPTADGTGVRDYIHVSDLAEGHVKALETLHGQSGSHIFNLGTGNGISVLEMVDAYAKASEQPIPYQLVARRPGDVAQCYANSDHAKSVLGWEAKHDLHSMVSSSWHWQSSNPNGYRQ	PGPT0017825_19	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
AK237_02510	2586			hypothetical protein	ATGATGTTTTCACGATTGGTATCTAAACAGCGATTTTCTACCACGTTTCTGGCTACCACGCTGTTAGCCGCAATGGTTTCTCAACCTGCTGCCGCTTCAGCGGAAGAGATGCACCCTACCCCGGTTTCCGTGTCAGACGGCAAACTGCTGTGGGCCGATGGTGAGCCGGTGTATCTTTTCGGCGTGAACTACAGCGCACCGTTCGCCTACGGCTATCGCGCCATTTCCCGCCGGGGGATTGACCACAAAGCGGCCATCGATATGGATGTCGACCATATTGCCCGTTTAAAGCTGGATGCGTACCGTGTCCACGTCTGGGACAAACTCATCACCGATAAACAGGGCAACATGCTTGATAACGAATATGTGGAATTGTTCGATTATCTGATGATGCGCTTGCAGGAAAGGGGCATCAAAGCCATTTTGACGCCCATCGCCTGGTGGGGAGCCGGTTATCCCGAACCCGATCCTTTCGAACCCGGATTTGCTGTGGGTTTCAGCAAAAACGATATGAATGAAAAGCCTGAACTGATAAAAGCCCAGCAACGCTACCTGACTCAGTTTATGGCCCACAAAAACCGTTTTACCGGCAAAGTGATTGGCAGCGACCCTGATATCATCGCCTTTGAACTGTTCAATGAGCCGAAGCACCGTCAGGCACCTGAAAAAAGCGCCGACTACGTTAACACCCTGTTGGCGACTGTCAGAGATGCCGGTGTGACCAAGCCGCTTTTCTATAACCTGTCAGAACAGGGAAACCAGCCGGATTTTGCAAAAGCAATTTGTAACAGCAACGTCGATGGCGTTGCGTTTCAGTGGTATCCAACAGGGCTGCTAAAATACAGCGCGCTGAACACCAACGTGTTGCCTTCTGTGGCGACCTATACCAATCCGTTTGCGGATATTGATGCCTGCGCCTCCAAAGCAAAAATGATTTACGAGTTTGATGCTGCCGACGTAACCCGCAGCGTGATGTATCCGGCAATGGCGCGTAGCTTCCGGGATGCAGGATTCCAGTGGGCGACCCAGTTTGCTTACGATCCTGCTGCGATAGCCGACACCAACTCCGACTACAATACCCACTTTATGAACTTGCTGTACACGCCATCCAAGGCCATCAGTTTGATGATTGCCGGTGAAGCATTTCGTTCATTGCCAGACGACTATCAGGCACCCGCTTATCCTGCAAGCAACCAGTTTGGTGATGTCACACTGTCATACGACCATGACCTGAGTCAGTACGACGACGGACAGCAGTATTATTATTCTAACTCCACCACGCAGGCACCCAAAGACGTTGAACGTCTTACTCATGTTGCCGGTGTGGGTAGCTCGCCGGTGGTGAGCTACAACGGTTCGGGGGCATATTTCCTCGATAAACTGAGTAACGACCAGTGGCGATTAGAGGTGTACCCGGATGTCCTCGCCTTGCAAGATCCCCATCAAAATTCAAGCTTGCATCGTGAAGTAGCCCGACTTTACTTCCATAAGCGCGAGTTTGATGTGTCCCTAGAGGGCCTCGGGAACACCTTTTTCGTCCACGGTCAAAACGAAGACAATACCGTCAGTACTCAGGCTGATGATGGCAAATTCGCCGTTTCACCCGGTGTCTATTTGCTGTCGGTAAACACAGATACGCAACCGGTTGAGGATGCGCAGTTCTTATTACCTGCCCTCACCGCTAAAACGGCCATGGTGGTGCATCACCCTGAGCGTAAGCGCAACGTAAACGAACCGCTGACCATTACTGCAAGTGTAGAGGCCATCAGTGCATCGCCTTCGGTTACCCTTCAGCTTCGTTACGAGGGTTATAACGCCTGGGAATCCATCCCGATGACATCAAAAGACGGTGTTACCTGGCAAGCCAGTTTGCCTGATGACAAAGCGTGGCAGAAACCCGGTAAACTTGAATACGCTATTACCGTGGAAGACAGCGGCGAAGTGTGGACATTCCCCGGCAAGCAAAAAGGCAAACCGCAGAACTGGGATTTTTTGAATACGGCGTTTTACCACACCTTACTGCAACCGGAAAATACACCGGTCACGCTGTTTGATCCGGCCAGAGACCGTTCAACATTTATCGCACCTCAGGACACCGTCAGCTGGCCTGCCAGTTCGGCAACGCAGGAAGGCGCTACAGTGATCATGAACGTATTTGATGAAATGATTCAGCAAGGCGGCCCGTTACTGCGTACCGACCTGGCTGTGGGCAACCGGCTGACTGACAGAAAGCTGGATGACTACGATGCTGTTGCACTTCGCGTGCGGGCTTTGGGCGGAAGTGACCGTTTGCAACTGGGCTTTATCGCCAACGATGGCCTGGCTTATGGCACAGACTTCCCGGTCAGCAAGGAATGGAAAACACTGGTAGTGCCGCTGTCTGCCTTTAAACCGGTTCCTTTGTTATTGACACGTGCCTATCCCACATTTATGCCTGTGACGGCTGGCCCGTTCGACCAAACGCCACTGTCTGTGAATGCCATAACCGGTCTGCAATTCTCGCTGCCGCCCTTAAAGCGGGCGCCACAGTCCGGTTACCGCGGTATAGAGCTGGGCGAGATTGCCCTGATCAACACCGAAAATTAA	MMFSRLVSKQRFSTTFLATTLLAAMVSQPAAASAEEMHPTPVSVSDGKLLWADGEPVYLFGVNYSAPFAYGYRAISRRGIDHKAAIDMDVDHIARLKLDAYRVHVWDKLITDKQGNMLDNEYVELFDYLMMRLQERGIKAILTPIAWWGAGYPEPDPFEPGFAVGFSKNDMNEKPELIKAQQRYLTQFMAHKNRFTGKVIGSDPDIIAFELFNEPKHRQAPEKSADYVNTLLATVRDAGVTKPLFYNLSEQGNQPDFAKAICNSNVDGVAFQWYPTGLLKYSALNTNVLPSVATYTNPFADIDACASKAKMIYEFDAADVTRSVMYPAMARSFRDAGFQWATQFAYDPAAIADTNSDYNTHFMNLLYTPSKAISLMIAGEAFRSLPDDYQAPAYPASNQFGDVTLSYDHDLSQYDDGQQYYYSNSTTQAPKDVERLTHVAGVGSSPVVSYNGSGAYFLDKLSNDQWRLEVYPDVLALQDPHQNSSLHREVARLYFHKREFDVSLEGLGNTFFVHGQNEDNTVSTQADDGKFAVSPGVYLLSVNTDTQPVEDAQFLLPALTAKTAMVVHHPERKRNVNEPLTITASVEAISASPSVTLQLRYEGYNAWESIPMTSKDGVTWQASLPDDKAWQKPGKLEYAITVEDSGEVWTFPGKQKGKPQNWDFLNTAFYHTLLQPENTPVTLFDPARDRSTFIAPQDTVSWPASSATQEGATVIMNVFDEMIQQGGPLLRTDLAVGNRLTDRKLDDYDAVALRVRALGGSDRLQLGFIANDGLAYGTDFPVSKEWKTLVVPLSAFKPVPLLLTRAYPTFMPVTAGPFDQTPLSVNAITGLQFSLPPLKRAPQSGYRGIELGEIALINTEN				NA	NA	NA	NA	NA
AK237_02511	2520			hypothetical protein	ATGTGTCGAGTTTTATTTTTACTCTGTTCTCTGGTGAGTGCATGTATCGTTCATGCAGAACCAACCCTTACGTTTACTCCTTTAATTGAGTCGGTGAGTGTGACGTTGTCCGGGCAGCAGGCGGGAAGTGCCACTGAGGTCAAGTTTCGTGCGTCGGGTGACGAGCAATGGCAGGCTGCCAACATGCTTTATTTTGAACCGAAAGCGGCTTCTTTGTCAGGAATCATTGTTTATCTCACGGCTGCAACTGACTATGAGGTCGAGATAACCGTAAATGGTCCGGACGGGGTGCAAACCTTCTCGGGCAACTTCACCACCCAGGCAAATAAGCCGCCTGTTGATCCTGAGAAAGTCTACGCGTTGGAAGACATTTATCAGGGCGGCACTCTCGATATTGAAGCGTTAGGTATCGCAGGCACAGCGGACGGTTGGGCGATGATAAAAGGCGATATTAATACGCCGATCATAGCGGGAGAGGATGATCAATCCGCTATTTGGCTTGGTGCACAAAGCTATATTTACTTTGAGGATATTGTCATCCAGAAAGGTGGTCAGTTGGGTTTTTTCGCCGAAGAAGCCCATCATATTTGGGTAAATGGCTGCGATATCTCGCAGTGGGGGCGTGAACCCGTAGCGTATCGAAACGGCATTGCGTACGACGAGCTGGAGCGACAAATTAACTATGATTCTGCTTTCTTTTTGCGTCGTAGTGGCGTGATAACGGTAGAAAACTGTTACGTTCATGACCCTGTATTTGGCGCGAATCATTGGGGCTACGGCCATCCTAAGGGAACTAATGCCTTTCTTGCGTTCGCGAATCATCCTAACGAGGCATACCAGGGCCAAATTATTCTGCGCAATAATACATTCACCGGAAATCAAAATGTCCGGTTCAATGATGTGGTGGAGGGGCGTTTTAATTTAGATGATGATGGTGGCTTCATTCGTGACTCGGCCATCTATAACAACCACTTTGCCTATGCAAATGACGATATCATTGAGATTGACGGTAGCCAGCGAAACGTTGCCGTTTACAACAATGATTTCTCGCAAGGTTATGGCGGTATTAGCGCCGCGCCCAATAAACAGGGGCCAAGTTTTGTATTTAATAATACAGTACACAAGATGGGAGACGTCCGTGGTCAAATGTGGGCGGCAATTAAAGTTGGCGGGTTATATTCGAATCCCGAAGGGCAGGTAAACCTGTTTAATAATGTGGTTCATTCTGTTGCTAACGGCATTACTGCCTCTTATGTACAAGGAGACGATGCATTTTGGGTTAATGCGATAAATAACGTCATCATTACACAAAGTGCCGACGATGCCGTTGGCTACGGCGTATTAGATAATCAGCGCGATCCACGCAGCACTTTTGACAATAATTTCATCTTTAATCTGCAAACACAGAGCGCGCGAAATCTCGCAGATATAACAACGCCCTTTTATGACGATAGTTTGCTTAACCTCGCCTTTGCCGAGGCTATTCTTGAGCAGCCGGCACCCAAAGTGCTCCCGGTTCCTGACGCATTCCATATCGCCAACATTGCCCGCTACCATGATGACGCTCTCATCGTGGGAAAAACCGTATCTGTCGTGGGCGTACCGCATTTCCATGAACCTGTCATTGCTGGGGCGATTGACTTCAGCGAGAGTGACTTGTCCGGCTACGACAATAAAAATGAAGACAATATATTCGAGGTATGGGATCACGAAATCAGGTTGCACGGTACTACCTGGTTGGCGCTTGACGGGGCGTATACCGTCAACCCCAACACCGTTTTAGATTTCACGCTGTTTGGTAATGAAGAACCCAAACTCGCAGGAATAGGACTTGATGACAATGATCAACTTGAGAGTAATGAGGTGTTGACTCTTTACGGTGCTGAGCCAACAGGTCCCGTGATTTCTGACTATCAGGCAGGCTACCACCAACGACATTTCTCGCTGCCGTTGTCGGATTATTTTTCGGATCAAACTTACAGTCAGCTTATATTGGCATTAGACAGCGATACGTCGGTTTCGTCCACTTCACCCATGCTCTCATTCAGCAATGTGCTGATGTACGACGCCATTAATTTTAACCAGTATGTGGTAGAAACCTACGATGCGACACAAGATGACACCACCAATAGTCTGGTTGAAGTAAGTGATAATGGCTTAACGCTGCAACTATCCGGAAATAGCTGGAAGCGAATTACGGGGGACTTTACCATCGACCGTACGTCAGTGCTTATCGCTCACGTGAAGGTATCTGGTAACGCAGAAATAGCCGCTATCGGATTAGACACCAATGCTGTCCATGGCCCTAATTCGCTGTTGTCATTTGCTGGCTCCCAGCGATATGGGCAAGTTATTGAGCATATTAGTGCTGAAGACGACTGGCAGCGTATTGCTATTCCAATTGGTGACTATTTCCCGCCTGGTCGCTACGACTATCTTACATTTGTGTTGGACAACGATGCGTTCCCCACACAAGGTACGTTGGCCTTCAAGCACGTCGCCCTCTTATCGGACTCCTGA	MCRVLFLLCSLVSACIVHAEPTLTFTPLIESVSVTLSGQQAGSATEVKFRASGDEQWQAANMLYFEPKAASLSGIIVYLTAATDYEVEITVNGPDGVQTFSGNFTTQANKPPVDPEKVYALEDIYQGGTLDIEALGIAGTADGWAMIKGDINTPIIAGEDDQSAIWLGAQSYIYFEDIVIQKGGQLGFFAEEAHHIWVNGCDISQWGREPVAYRNGIAYDELERQINYDSAFFLRRSGVITVENCYVHDPVFGANHWGYGHPKGTNAFLAFANHPNEAYQGQIILRNNTFTGNQNVRFNDVVEGRFNLDDDGGFIRDSAIYNNHFAYANDDIIEIDGSQRNVAVYNNDFSQGYGGISAAPNKQGPSFVFNNTVHKMGDVRGQMWAAIKVGGLYSNPEGQVNLFNNVVHSVANGITASYVQGDDAFWVNAINNVIITQSADDAVGYGVLDNQRDPRSTFDNNFIFNLQTQSARNLADITTPFYDDSLLNLAFAEAILEQPAPKVLPVPDAFHIANIARYHDDALIVGKTVSVVGVPHFHEPVIAGAIDFSESDLSGYDNKNEDNIFEVWDHEIRLHGTTWLALDGAYTVNPNTVLDFTLFGNEEPKLAGIGLDDNDQLESNEVLTLYGAEPTGPVISDYQAGYHQRHFSLPLSDYFSDQTYSQLILALDSDTSVSSTSPMLSFSNVLMYDAINFNQYVVETYDATQDDTTNSLVEVSDNGLTLQLSGNSWKRITGDFTIDRTSVLIAHVKVSGNAEIAAIGLDTNAVHGPNSLLSFAGSQRYGQVIEHISAEDDWQRIAIPIGDYFPPGRYDYLTFVLDNDAFPTQGTLAFKHVALLSDS				NA	NA	NA	NA	NA
AK237_02512	2772	btuB_25		Vitamin B12 transporter BtuB	TTGGAACGCACATCTTCACAATCAAGTTCACGCACTAATTATCTATACCCACTCCGTCAATTATCTAAAGTGGGGCTATCAGTTTTTGCCGCACTACACCTGTCACCTGTTATTGCTCAAGAATCCGAGGGCGTAGAAGTCATAGAAGTCAGAGGATTCAAAAACTCTCTGAAAGAATCCATGCTTAACAAAAAGGCCGCCGACGTTGTTTCTGATGGTATATCTGCCGAGGACTTAGGCAAGTTTCCTGACCAAAACGTCGCGGAATCACTGCAGCGTATAACCGGCGTTGCAATAGACCGCAGCGGTGGTGAAGGTCAGTTCATTACTGTTCGTGGTTTCGGACCACAATTTAATACGGTATTGGTTAACGGTCGTCAGATTGCCACCGAAAACCAAGGGCGGGAATTCAGCTTCGATACTCTACCCGCTGAATTAATAAGTGGTGCCGATGTGTATAAAAGTCCCATTGCGTCTATGCAGGAAGGCGGTATTGGTGCCACAGTGAATGTGACAACTGCCAGCCCTTTCGATTTTGAAGGCTTTGCCGGTGCGGCAAGCGCGAAAGGTATGTACGAGGAGCTTTCGGAGGAAGTCACGCCGCAAGTGTCCGGGTTGGTAACGAACCGTTTCTTAGACGACCGATTGGGGCTTTTATTTGCAGCATCTTACCAGGAACGTAAGGCACAAAATAACACACTACAATCAAACTATTGGCGGCCGAATGTTGGTGTGACTAATCGTTCCGAGCGAGACAATCCGGCCTACCAAGACAATCCACAATTTAATGGCGTGTATATTCCACAAAACTACGATCAGCGCGTCGACTTTGCCCACCGTCAACGAACAAGCGGCAACCTTGTCATGCAATATGCGTTACAAGACAACATGATCCTGAAAATCGACGGGTTATATTCAAAGTTTGAGGTAGATTCCAGCGCCACTAGCGTTGGGCACTGGTTGTCAGACAGCAATCTGGATAATCTGGAGTTTAACGAGAATGGCAGCGTAGTGTCATTAGACAGTACGTTGGTGGAAGGCGTGGGCGGCGCTACCGATTTTATCAGCAGCAGCTTTTCGAGAGATGTTGAAATTAAAGCTTACGGTATTAATCTGGATTGGAATGTAACCGATTACTTTACGGCAAATTTCGACATATCGACCTCTAAAGCGGAAAATGCCAGCGGCGGTGCCAATAACTTCAATGTGGTAGGTTACAACAATGCATACAGCATTGATTACTCGGGCAGCGTGCCGGTAATAACCATTGAAGGAGGCGATGCCGCTTTGCAAGATTTCGCCGCTGGGCGTATGCACGTGGCGAACCGTGAAGGCTTCGACGTTGAAGATACGATAGATGAAATGCGCGCCGACTTTACCTGGCTCCCGGATTCAAACAATGCCTTTTCGAAAATGGAATTTGGCGTGTACTACCAGGACAGACAAAAGCAGAACAACAGTGTTTCGTCCAGCTTGTGCGACATTTATTGTGGATACCAGTACGATATCCCGAACTCACTGTTAAGCATTTTTACCGCTCAAAACTTCTTTCCTCAGGCTAGTCAGCAGTGGATAACCTTCGACCCTGAAGAATACTTCGAATATGCAATTTCTGATGAGGCTGTACAGCAAATATCAGATGCATCCGGCCAATCACCTGAGGAAGTCAGGGCGCTTATAGACGCAGAAAGTATCAACAATCCCTCTCTTGGCAGTAACTCCTTTGGTGTCAAAGAAGAAGTGCTAAGTGTGTACTCTCAGCTCTATTTCAGCATGCTTATTTCTGACATGCCGGTGGATATCAACTTTGGCCTGCGGTTTAGTCAAACCGATACATCTGTTGACGGTTTTGGGCGCGAGTTACTGGACGTTCAGCCTATACCTAATGACCCATCAGATTACAGTGATGTTTACGCAACCGATGACGGTATACCCATTGGTGAGTCGAACAGCTATTCGAATATTCTACCCAATATAAATGCTCGGTTAGAGCTGACCGACGATCTGATGCTGCGTCTGGGCTTTTCAGAAACCCTGACACGCCCGACAATGAGCGATATGGTGCCGGTATTCAATGTCACCGTAACCCGCCCCGGTAATTTACAGGCTGAGTCGGGCAATGCTCGCTTAAAACCGTTTTTGTCGACCAACATGGATCTCTCACTAGAGTGGTATTACGCCGACACCAGCTATCTGGCTGTCGCAGCTTTTACCAAAGAGGTTGAAGATTTCATTGTCGCCACAGTGGAGACACAAACGTTAAATCTGCAAAGTGGGCAATACGACTTTAACGTGCGCTTGCCTAGTAATGGGGAAACCGCTGACGTTAACGGCCTTGAATTGGCGTGGCTTCACACCTTCGAAAGCGGCTTTGGTATTCAGGCGAATGCTACGGTTGTCGACAGTGATGCGTCATTAGATGCCAGCGACACATCGCAGGTATTCGCCCTGGAAGGGCTAGGGGACTCTCAAAACCTCATTTTATTTTACGAGCAGGGACCCCTGCAGGCACGTGTGGCTTACAACAATCGTGAGGCATTTATGCAAGACTTAGTAAGCCCGCTGGGTGGTACTGAGCCCCGATTCACCAAAACGTACGGACAGGTTGATGTATCAGCCAGCTACGACATCAACGAGTCGTTTACCGTGTTCTTCGAGGGCATCAACGTGACCGGCGAGACCTTATCGCGCCATGGCCGTTACGAAGAGCAATTTGTGCAGTTAATCGATGACGGCGCACGTTATACTCTGGGGGTACGAACCAGCTTCTGA	MERTSSQSSSRTNYLYPLRQLSKVGLSVFAALHLSPVIAQESEGVEVIEVRGFKNSLKESMLNKKAADVVSDGISAEDLGKFPDQNVAESLQRITGVAIDRSGGEGQFITVRGFGPQFNTVLVNGRQIATENQGREFSFDTLPAELISGADVYKSPIASMQEGGIGATVNVTTASPFDFEGFAGAASAKGMYEELSEEVTPQVSGLVTNRFLDDRLGLLFAASYQERKAQNNTLQSNYWRPNVGVTNRSERDNPAYQDNPQFNGVYIPQNYDQRVDFAHRQRTSGNLVMQYALQDNMILKIDGLYSKFEVDSSATSVGHWLSDSNLDNLEFNENGSVVSLDSTLVEGVGGATDFISSSFSRDVEIKAYGINLDWNVTDYFTANFDISTSKAENASGGANNFNVVGYNNAYSIDYSGSVPVITIEGGDAALQDFAAGRMHVANREGFDVEDTIDEMRADFTWLPDSNNAFSKMEFGVYYQDRQKQNNSVSSSLCDIYCGYQYDIPNSLLSIFTAQNFFPQASQQWITFDPEEYFEYAISDEAVQQISDASGQSPEEVRALIDAESINNPSLGSNSFGVKEEVLSVYSQLYFSMLISDMPVDINFGLRFSQTDTSVDGFGRELLDVQPIPNDPSDYSDVYATDDGIPIGESNSYSNILPNINARLELTDDLMLRLGFSETLTRPTMSDMVPVFNVTVTRPGNLQAESGNARLKPFLSTNMDLSLEWYYADTSYLAVAAFTKEVEDFIVATVETQTLNLQSGQYDFNVRLPSNGETADVNGLELAWLHTFESGFGIQANATVVDSDASLDASDTSQVFALEGLGDSQNLILFYEQGPLQARVAYNNREAFMQDLVSPLGGTEPRFTKTYGQVDVSASYDINESFTVFFEGINVTGETLSRHGRYEEQFVQLIDDGARYTLGVRTSF	PGPT0003790_3428	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0003790-hutA|fatA|fct|foxR-K02014	NA	NA
AK237_02513	1563	sglT_3		Sodium/glucose cotransporter	ATGAACATTGAGACGTTGGATATCACAGTCTTTGTGATATATGTCATCGCGCTTATTGGCATCGCATGGTGGGTTTCTCGTGAAGAGAAAGGTCATCAAAAAGATACCAATGATTACTTCCTTGCTGGCTCAAGTTTGCCGTGGTGGGCGATTGGGGCATCATTGATTGCTGCTAACATTTCCGCTGAACAAATCATCGGGATGTCTGGCTCTGGATATACTATCGGTTTAGCCATTGCTTCATACGAATGGATGGCTGCGATTACTTTATTGCTCGTGGGTAAATTCTTTTTACCTATTTTTCTTAAGCACAAAATTTACACCATGCCGCAGTTCCTGGAACAGCGTTATGACCATCGCGTTCGCGTGGTCATGGCGGTATTCTGGTTAGCGGTTTATGTGTTTGTGAACCTTACCGCTGTCTTATGGTTAGGTGCGTTGGCCATCAACACCATAGCCGGTGTAGACATGATGTATGGCATGTTGTTCCTGGGTGTGTTCTCGTTAGCGTATTCGCTTTACGGCGGCCTGAAAGCTGTAGCCATGACCGACATCATCCAGGTTGTACTGTTGGTGTTGGGTGGTTTGTTCCTGTCTTACACAGCGCTGAACCTCATCAGTGACGGAAATGGTGTGATTCAGGGATTTGCAGATATCACCAATCGTCTGCCGGAAAAATTCGATATGATTCTTTCTGAAGATAATCCGCACTATAAGAGCCTGCCGGGTATCTCTGTGCTGATTGGCGGTATGTGGATCATGAATCTGTCTTACTGGGGCTTTAATCAATACATTATTCAGCGTACGTTGGCTGCGAAAAGTGTAAAAGAAGCCCAAAAAGGTATCGCTTTTGCTGCATTCCTTAAGCTGCTGATGCCTTTGATTGTGGTATTACCGGGTATTGCTGCGGTCATACTGGTGCCGGATCTGAACCGGGCTGATGAGGCTTACCCTTCTCTGATGACATTAATGCCGGTAGGTCTAAAAGGTCTTATATTCGCGGCGCTGGTCGCAGCAATAGTGTCTTCATTGGCATCCATGACCAATAGCGTATCTACCATCTTTACCATGGACTTCTACAAGCCAAGAAACCCTGATAAGTCGCAAAATCACTATGTAAAAGTGGGTCGTATTGTCAGCTTGGTGTCGTTAATTATTGCGATGCTTGTGGCGAAACCTCTGTTGGGTAACTTCGACCAGGCTTTCCAATACATTCAAGAATTTACCGGATTCTTTACACCTGGTATCGTCGCGCTGTTTGCGTTGGGTATGTTCTGGAAGAAAACCACCGCCAATGGTGGCCTTGTCGCCGCGTTAGGGTCATTCTTCTTCAGTTTGGCTGGCCGTATATTGTTCCCGGACGTTCCGTTTATTGACCGTGTGGGCATTGTATTTTTAATGTGTGTCGGCCTGGCGGTACTGATTTCTCTCTCCGAGAAGAAGGGGAATCATGAAAATGCGATCGAGCTTGGCGAAGTCAGCTTTGTGACCTCATCAGGATTTAATATTGCTGCTATTGCAATCACACTGGTAACAGTAGCGTTCTACATTACCTGGTGGTAA	MNIETLDITVFVIYVIALIGIAWWVSREEKGHQKDTNDYFLAGSSLPWWAIGASLIAANISAEQIIGMSGSGYTIGLAIASYEWMAAITLLLVGKFFLPIFLKHKIYTMPQFLEQRYDHRVRVVMAVFWLAVYVFVNLTAVLWLGALAINTIAGVDMMYGMLFLGVFSLAYSLYGGLKAVAMTDIIQVVLLVLGGLFLSYTALNLISDGNGVIQGFADITNRLPEKFDMILSEDNPHYKSLPGISVLIGGMWIMNLSYWGFNQYIIQRTLAAKSVKEAQKGIAFAAFLKLLMPLIVVLPGIAAVILVPDLNRADEAYPSLMTLMPVGLKGLIFAALVAAIVSSLASMTNSVSTIFTMDFYKPRNPDKSQNHYVKVGRIVSLVSLIIAMLVAKPLLGNFDQAFQYIQEFTGFFTPGIVALFALGMFWKKTTANGGLVAALGSFFFSLAGRILFPDVPFIDRVGIVFLMCVGLAVLISLSEKKGNHENAIELGEVSFVTSSGFNIAAIAITLVTVAFYITWW	PGPT0013955_2685	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
AK237_02514	1143	galK	COG0153	Galactokinase	ATGACTGATAACGCACAACTTATTTCTGCTTTCGAAGCGGCATTCGGCAGCGCGCCGGCAGTCACTGTGCAGGCACCAGGACGTGTTAACCTCATCGGTGAGCACACTGATTATAACGAAGGGTTCGTGTTTCCTGCTGCTATTAACTTTGGTACCTGGATTACAGCTTCACCACGTAATGATCGGGTGATTGATGTAGTTGCACTGGATTATGACGGCCAGCGCAACACCTTTTCTTTAGACGATATCGAACACGTAAAAGAAGCCACCTGGTCTAACTACATACGCGGCGTCTGTAAGGTGCTGTTAACGCGTTACCCCGATTTGAAAGGGGCAAATGTTGTGGTTACCGGTAACGTGCCTCAAGGTGCCGGGCTTAGCTCTTCTGCCTCTTTTGAAGTCGCTATTGTGAAGATGTTTAAAGCGTTGTACGACTTAGACGTAAATGGGGTCGAAGCCGCATTGCTTGGACAGAAAGCAGAAAACACGTTTGTGGGCTGCTCGTGCGGCATCATGGATCAGCTCATTTCGGCAATGGGTAAGAAAGACCAGGCTATGTTACTGGATTGTCGCTCGCTTGAGATCCAACACACCCCGATCCCCGACAAATACGCCATCGTTATCATCAACTCTAATGTAAAACGCGGCTTGGTTGACAGTGAATACAACGTGCGTCGACAGCAATGTGAAGCGGCTGCCGAAGCCCTTGGAGTAAAAAGCCTCCGTGAGGCTGATATGCCTATGCTCGAAGCCGCCAGGGACAAGATGCCAGAAGTTGTCTATCGTCGTGCTCGTCACATCATTACCGAAAATGATCGCACTTTAGCAATGTTCGATGCACTTAACGAAGATCGCACTGCTGATGTCAGTAAACTTATGGCTGCGTCTCACGCTTCTATGCGTGACGACTTCGAAATTACCGTAAAACCTATTGATACGCTTGTTGAAATTATCGACGATGTGCTTGGTTTGAACGGCGGTGTACGAATGACTGGCGGTGGGTTTGGAGGTTGTGTTGTCGCATTAGTGCCAAAAAATCTGCTAAACCAAGTAGAAGAAGCTGTTAAGAAACATTATCATGCGCGAACCGGGTATACACAAAACATTTACATTTGCTCGGCTGAACAGGGGGCGTTTGCCTAA	MTDNAQLISAFEAAFGSAPAVTVQAPGRVNLIGEHTDYNEGFVFPAAINFGTWITASPRNDRVIDVVALDYDGQRNTFSLDDIEHVKEATWSNYIRGVCKVLLTRYPDLKGANVVVTGNVPQGAGLSSSASFEVAIVKMFKALYDLDVNGVEAALLGQKAENTFVGCSCGIMDQLISAMGKKDQAMLLDCRSLEIQHTPIPDKYAIVIINSNVKRGLVDSEYNVRRQQCEAAAEALGVKSLREADMPMLEAARDKMPEVVYRRARHIITENDRTLAMFDALNEDRTADVSKLMAASHASMRDDFEITVKPIDTLVEIIDDVLGLNGGVRMTGGGFGGCVVALVPKNLLNQVEEAVKKHYHARTGYTQNIYICSAEQGAFA	PGPT0017840_2561	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
AK237_02515	1053	galT	COG1085	Galactose-1-phosphate uridylyltransferase	ATGACTACAGCATTTAACCCAACAGACCATCCACATCGCCGGTACAATCCGCTGATTGGTGAGTGGGTATTAGTGTCTCCCCACCGTGCGAAACGTCCGTGGCAAGGCCAAAATGAACCGCCTTCCAACGACGTTCGTCCACAATATGATGAAACGTGTTATCTGTGCCCGACCAATACGCGTGTGAATGGTGAAGTGAATCCGGCTTATACCGGCACTTACGTATTTACCAATGACTTTGCGGCATTGCAGCAAGATACCCCTGATGCGTCCTCTGACGATCCACTTTTTACCTTTCAGGCCGAACAGGGCTGCAGTCGTGTTATTTGCTTTGCGCCAGACCATAGTAAAACACTTCCAGAGCTTAGTGATGCAGAGCGCCTTGATGTGGTGAAGTGTTGGGTCGCGCAAACTGAAGAGTTAGGCCGCGATTACACATGGGTGCAGGTGTTTGAAAACAAAGGGGCCATGATGGGCTGCTCCAATCCGCATCCGCACGGCCAGGTTTGGGCGCAACATCATTTACCTACGCTTGCTGAAAAGAAGCAAAAGCACTTTGTTGCCTATTCCGAGAAATTCGGTTCCAGCTTGCTGCTTGATTACGTGCAGCGGGAAGTGGAATCTGATGAGCGTGTAGTGTGCAAGAATGACGATTGGGCTGTTGTAGTACCTTATTGGGCGGCATGGCCCTTCGAGACATTGCTGCTGCCTCGTTTTGAAGCGAACTCCTTATTGTCATTAACCGCTAGTCAGCAACAAAGCCTGGCTGAGATTATCGGCAACATAACCGCACGTTACGACAACCTGTTTGAGACGTCTTTTCCTTATTCGATGGGGTGGCACAGTGCACCTTTCGACGGCAAGGCGCATGCTGAATGGGGTTTGCACGCACATTTCTTCCCGCCATTATTACGTTCAGCGTCAGTACGCAAGTTCATGGTTGGTTACGAGATGATGGCAGAAGCGCAACGGGATTTAACGCCGGAACAAGCGGCGCAACGATTAAAAGATTTATCTGAAGTTCATTACAAAAAGGCAAGAAGCCATGACTGA	MTTAFNPTDHPHRRYNPLIGEWVLVSPHRAKRPWQGQNEPPSNDVRPQYDETCYLCPTNTRVNGEVNPAYTGTYVFTNDFAALQQDTPDASSDDPLFTFQAEQGCSRVICFAPDHSKTLPELSDAERLDVVKCWVAQTEELGRDYTWVQVFENKGAMMGCSNPHPHGQVWAQHHLPTLAEKKQKHFVAYSEKFGSSLLLDYVQREVESDERVVCKNDDWAVVVPYWAAWPFETLLLPRFEANSLLSLTASQQQSLAEIIGNITARYDNLFETSFPYSMGWHSAPFDGKAHAEWGLHAHFFPPLLRSASVRKFMVGYEMMAEAQRDLTPEQAAQRLKDLSEVHYKKARSHD	PGPT0017835_1840	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCAN_METABOLISM	CE-EPS-GLYCAN_BIOSYNTHESIS,PGPT0017835-galT-K00965	NA	NA
AK237_02516	1050	mro_1	COG2017	Aldose 1-epimerase	TTGCCAAAAATAACGACAGCCCCATTTGGGCAGGTTAACGACAAACCCGTTAGCTTGTTTACCCTATCAAACGATAGTGGCATGACGGTTAAGATCACCAATTATGGTGGGATTATCACCGCAATTGAGGTGCCAGATAAGGCCGGTAACGTTGCCAATGTGGTAGCAGGTTTCGAGCGCCTTGACGACTATATCAGTGATGGTGCCTTTTTGGGCGCGCTTGTTGGGCCGTACGCGAATCGTATTGCTAATGCCTGCTTTGAAATTAATGGCGTGGTGCATCAACTTGAACAGAATTCAGGCACAAATAATTTACATAGCGCCAGTGCCGGTATTAACAAAAAATGTTGGCAGGCTGTGTCGCACGCCGACAGCTCAACAGCAACGCTGACGCTTTCGTTAGTGTGTGCTGATGGCGAGGGTGGGTTTCCGGGAGAGCGTCTCATCGAAGCGGTTTATTCATTGAATAATCAAAACGAATTACTGCTTACAATGACAGCGACCACCACGGCAACGTCGCCCCTTAGCCTGACTAACCATAGTTATTTTAATCTGGCCGGTGAAGGTAATGTGCTCGCGCATCAGCTAAAGATTAATGCTGATAAGTTCACACCTATGAACGCCGATTGCGTGCCAACTGGCGTGCTGGCACCGGTAAGTGATACGCCGTTCGATTTTCGTGAATTTAAATCTGTAGGATGTGACGTTGGAGCTGATGACGAGCAAATTCGTTTAGGCAGTGGTTATGATCATAATTTTGTCCTCAACACGTTTGAAGCGCGTAGCGACGATCCTGCCGCCATCGTAATTGACGAAACCAGCGGCCGAATAATGACAATGTGGACGAATACACCAGGGGTACAGTTGTATACTGCCAACGGCCTGAGTGGTGCGTCGTCAGATACTGTCCGGTTTGAAGATGATGGCGCACTTTGTCTAGAGCCCCAGGCATTTCCGAATACGCCAAATCAATCCGGGTTTCCGTTAGGATGGGTTGAGCCGGGGAAACCGCACATAACGTGGATTAAATACGGTTTTTCGACACAGTAA	MPKITTAPFGQVNDKPVSLFTLSNDSGMTVKITNYGGIITAIEVPDKAGNVANVVAGFERLDDYISDGAFLGALVGPYANRIANACFEINGVVHQLEQNSGTNNLHSASAGINKKCWQAVSHADSSTATLTLSLVCADGEGGFPGERLIEAVYSLNNQNELLLTMTATTTATSPLSLTNHSYFNLAGEGNVLAHQLKINADKFTPMNADCVPTGVLAPVSDTPFDFREFKSVGCDVGADDEQIRLGSGYDHNFVLNTFEARSDDPAAIVIDETSGRIMTMWTNTPGVQLYTANGLSGASSDTVRFEDDGALCLEPQAFPNTPNQSGFPLGWVEPGKPHITWIKYGFSTQ	PGPT0017825_4267	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
AK237_02517	1005	galR_1	COG1609	HTH-type transcriptional regulator GalR	ATGGCAACAATAAAAGATATCGCTACCGCAGCCGGCGTTTCTCTGGCTACCGTATCCCGCGTAATCAATAACGGACCGAAAGTAGGCGATGCCACACGGGAACGTGTTAAGAAAATCATGGAAGACATGGGCTACCGGCCCAATGCCAATGCCCGCGCATTGGTTACCAAGCGCAGCGCTTCGCTTGGTGTGGTAATAGCCGAGCTTCATGATCCCTTTTTCGCGACCCTTGCACATGGCATCGAAACCGTCACGCGGAAAAAAGAGGTTCAGATTCTGTTAAGTGCAGGCTCAATCAAAAAAGAAACTGAGCGCAGGGCTATTGAAACACTGCTAGAGCACCGCGTAGAAGCGATGGTCGTGCACAGTAAAGCTCTGGATGACAAAGAAATCGTGCAGTTTGCTCAGCAAATACCGGGATTCGTGCTGATTAACCGCTACATTCCTGATATTGCCAACCGTTGTGTGTGGCTTGATAACGAAGCCGGTGGTCACATCATGGCCGAGCACATGATTAAACAGGGTCACAGTAAACTCGCGGTAATTTCCAGTCGCTATCAAATTGCTGACCCTGCCATGCGTTTGCAAGGGATACGCAATGCCATGGCAGAGTTTGGGCTATCAATTCCAGACACCCATATTGAATATGGCACGCCAGATCAAGAAGGCGGAGAACAGGCAGTACAAAACCTGTTAGCGCGGGGCATCGAATTTACCGGCATCATGGCATACAACGATGCGATGGCATCCGGCGCCATGTCCATGCTGCAAGATCACAACCTGGATATTCCCGGTGAGGTTTCAGTGATTGGCTACGATGATGTGCTGCTGGCAAAATATTGTCGTCCAAAACTCACCACCTTGCGCTACCCCATTGAAATGATGGCCGCCAAAGCAGCTGAATTAGCGTTGGCCTATGCCGCGGGCGATGGCCCTGCCGATACTACCTTTAAATACACCCCCACCATTGTAAAACGTGAATCAGTAGGTCGCCCTGCATTGTAA	MATIKDIATAAGVSLATVSRVINNGPKVGDATRERVKKIMEDMGYRPNANARALVTKRSASLGVVIAELHDPFFATLAHGIETVTRKKEVQILLSAGSIKKETERRAIETLLEHRVEAMVVHSKALDDKEIVQFAQQIPGFVLINRYIPDIANRCVWLDNEAGGHIMAEHMIKQGHSKLAVISSRYQIADPAMRLQGIRNAMAEFGLSIPDTHIEYGTPDQEGGEQAVQNLLARGIEFTGIMAYNDAMASGAMSMLQDHNLDIPGEVSVIGYDDVLLAKYCRPKLTTLRYPIEMMAAKAAELALAYAAGDGPADTTFKYTPTIVKRESVGRPAL	PGPT0017992_10571	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
AK237_02518	483			hypothetical protein	ATGTCTGATTTACCAGAAGTTGAACAACCAACCGTTGAAGATCGATTAGCATCACGTGGCGAACGCTTTGCCGCCGCTATCATCGATACCGTTATCGCAATACTCGCGACCATCCCGTTTTTTCTTTATGTTGGCTTAGACCGCCTGGCCGAACCTACATTAACAATGATTGCCACAGGCGTGGTTTATGCGATCGCAGCCCTTATAATCGTTCATGGCTACCTGCTTCATCATTACGGACAAACTGTCGGCAAACGATTCCTGAATATAAGAATAGAGAATCTTCACGGTGAAAAAGCCACCGCGCTACGAATTATTTTCTTGCGCTATCTTCCTATTCAAATAGTAACGAACCTGCCGTTCATTGGTGGCATCCTTGCGCTGGTCAATATCGCGTTTATCTTTCGTCATGACCGGCGCTGCGTGCACGACCATATCGCTGGCACCCGGGTATGCCGGATACCCGAAGCATTGCGGGTTTAG	MSDLPEVEQPTVEDRLASRGERFAAAIIDTVIAILATIPFFLYVGLDRLAEPTLTMIATGVVYAIAALIIVHGYLLHHYGQTVGKRFLNIRIENLHGEKATALRIIFLRYLPIQIVTNLPFIGGILALVNIAFIFRHDRRCVHDHIAGTRVCRIPEALRV				NA	NA	NA	NA	NA
AK237_02519	1842			hypothetical protein	TTGTTTGCAATGGATGCAGCTTATCAGCCCTACTTTGTTTTCGCGCTTATCAGCATCGCGGCCATCGCAATGCTGACCAATAAGGTACGCTACGACTTTATTGCCATTGGCGTTATTACCTCACTCACACTGAGCGGTATTATGACGGCCAAAGAGGCGGTTTCCGGGTTCGGCAATTCGGTGGTTGTATTAATTGCCGGACTGTTAGTAATAGGCGATATGTTGGCACGCACAGGCGTGGCGCGCGTGGTAGGCGATGTTATTCAAACTGTCGGTCAGAAAAGCCACCGTAGTTTGCTTATTATCCTGATGCTGGCTAGCGCCACCCTTAGTGCTATTATGAGTTCAACTGCAGTAGTCGCTATCTTTATTCCCATCATTCTGGGATTAGCCAAACGTATCCAGTTACCCGCTTCAGCGTTATTGTTGCCTATGTCTTTTGCAGCGCTGGTGTCTGGCATGCTGACACTCATTGCTACCCCTCCGAACTTAGTGATAAGCGCTGCACTAAGCGATGCGGGATACGCACCGCTGGGCTTTTTCTCATTTTCGCTGCCAGGCATTGTTATTTTAGTGATCACCATCGTTTTTATGCTGGTAATAGGGCAGAAGCTTTTGCCTACACACACCTCAAACAATTTGCCTGACACCTATCACCGTAAACTCACTCAGTTACTCGAAGATTACCGTAGTACCCGCGATATAGTTGATGTCTGTGTTGCCAGAGGAAGTGCCTTAGACGGCTGTACCATCGGCAACAGCATGTTGTATCAAAAATGGGGGATAAGGATTATCGGTATCGCCAGAAAACACGGGGCTGAAAACCAGTACTTTACAGCACCACAAGCCGACTTTACATTACAAACAGGCGATATCCTGCACGTATCCGGATTGCCCGATGCACTTACCGACGCAAAAGCCCGTTTCAATTTGCATGCTGCCACCTTAACCGCTGTACAAAAGCATATGGAAGACTGGGAGCTGGGTGCCACGGCGGTATTAATCCACCCCAATTCCAGATTGATAGGCAAGAGCATTAAAGAGGCCAGGTTTCGCGACCACTACCATTTGGACGTTATGGGCATCCGACGTAATCAGCAGACAATTGCCACACCAGAAGATCTTCACCTTGCCGCTTCAGATAGTCTTTTAGTTACAGGTGCGTGGAAAAATATCAAATCGCTACAGGATCAAAACCATGATTTTGTGGTGTTAGAGCGCGCAGCAGAGGGAGAAGACGTTGCCTTAGCGTATAAAAAAATGCCACTGGCGCTTATGATTGTCGCCGCCATGGTCGTCATTTCTGTTTTCGATATCATGCCTTTGGTGATTGCTGTGCTGTTGCTTTCACTGGTCGCGGTGACTGGTCGGTGTCTTACCGCAACAGAGGCTTATCATGCCATTCACTGGCAATCCATTGTATTAATCGCTGGCATGCTTCCCCTTGCCACCGCGCTGGACACAACGGGTGGCACCGCCATGATTGTAGAACAGCTGATGTATATAGCGGGAGGAAAAGATCCACAATTATTGCTTGCGTTACTGTTTGCCATCACCGTTGTCCTTACCAATTTTCTCTCTAACACCGCGTCAGCCGTACTCATGGCGCCCATTGCCATAACTGCAGCTGAACAAGCCGGAGTATCTCCTTATCCGCTGGCGGTAACCGTACTTTTTGCTGCTTCAGCGGCGTTTCTCACACCAGTCGCTTCACCGGTGGTTACCCTCGTTGTTGAGCCCGGGCGTTACCGCTTTGTAGACTTCTTAAAATTGGGAACACCCATGCTGTGTATTGTATTTGCCGTTTCGTATTGGTGCATTCCGCTTATTTTTCCGTGGTAG	MFAMDAAYQPYFVFALISIAAIAMLTNKVRYDFIAIGVITSLTLSGIMTAKEAVSGFGNSVVVLIAGLLVIGDMLARTGVARVVGDVIQTVGQKSHRSLLIILMLASATLSAIMSSTAVVAIFIPIILGLAKRIQLPASALLLPMSFAALVSGMLTLIATPPNLVISAALSDAGYAPLGFFSFSLPGIVILVITIVFMLVIGQKLLPTHTSNNLPDTYHRKLTQLLEDYRSTRDIVDVCVARGSALDGCTIGNSMLYQKWGIRIIGIARKHGAENQYFTAPQADFTLQTGDILHVSGLPDALTDAKARFNLHAATLTAVQKHMEDWELGATAVLIHPNSRLIGKSIKEARFRDHYHLDVMGIRRNQQTIATPEDLHLAASDSLLVTGAWKNIKSLQDQNHDFVVLERAAEGEDVALAYKKMPLALMIVAAMVVISVFDIMPLVIAVLLLSLVAVTGRCLTATEAYHAIHWQSIVLIAGMLPLATALDTTGGTAMIVEQLMYIAGGKDPQLLLALLFAITVVLTNFLSNTASAVLMAPIAITAAEQAGVSPYPLAVTVLFAASAAFLTPVASPVVTLVVEPGRYRFVDFLKLGTPMLCIVFAVSYWCIPLIFPW				NA	NA	NA	NA	NA
AK237_02520	1395	ywaD	COG2234	Aminopeptidase YwaD	ATGAAGAATAAAGCGCTGATCACAGCAATGATGGGATTATGTGGTATGTTGCCGCTGCAAAGCCAAGCGGTAACTGACGATCAAAAAGTCATCCTCGATTTACTGCAAACTAAGGCAAAAAGCGATGACCTTTCCTACAACGTTATCGAATCGCTAACCACCGAAGTTGGAGCACGTTTAGCCGGCACACCGTCCTCTGAGCGCTCTGTAGAATGGGCACAAGAGAAAATGAAAGCGTTAGGCTTTGATAACGTGTGGATTGAAGAGAGTAAAGTCCCGCTATGGACGCGAGGGGATTTAAGCGCATCGATTGCGACGCCTTACCCTCATGATGTTGTGGCGCTTGCCTTGGGTGGCAGCGTTGGTACAGATGGTAAGCCCCTTACCGCCGAAGTGGTAGAGTTTGCATCTTTAGACGCGCTAAAAGCAGCAAAACCCGGATCGCTGGAAGGTAAAATGGCGTTTGTCGCTTATAAAATGGAGCGACATAAAGACGGACACGGGTATGGCCAGGCAGTGGGTGCACGCGTAGCGGGCGCATCAATTGCCGCAGAAAAAGGCGCGGTTGCCTTTATTTTACGATCGGTCGGCACAGATACCAATCGATTAGCGCATACCGGCGTGATGCACTACGCCGAGGGAGTGAAGAAGATACCTGCAGTGGCTATCTCAAACCCTGATGCAGACTTACTTCAGAATATGCTCACACGTGACGAGCCCGTTACCTTCAGCTTAACCACATCTGCCAGCGGTCCAACAGGACGCGTCGCGACCATAGCAAACGTCATCGGTGATATTGAGGGCAGCAAACATCCTGAACAGGTGGTGACCCTTGGTGCACACTTAGACAGCTGGGACGTTGGAACAGGTGCTATCGATGATGGTATTGGAGTAGGCATCACACTCGCTGCGGGTCACTATATCGCCAATCTTCCAGAGCGTCCGGCACGCACTGTACGCATCATTCTATTTGCAGCAGAAGAAATTGGACTTTATGGTGCCAAAGATTATGTGGTTAAACACAAAGGCGACATGAATGACCATATTATTGGTACGGAGTGGGACTTCGGCAACGGCGCCATTTACGAACTTACCCCTGGCGTAGGTTCGCAAGCATTGTCTGAAGTGCGGGATTTTGCAGAATACTTAGCACCTTATGGTGTCGGCATGTCAGATAAAAATGATGCAAAAGGCCATTCCGATATGAGCGCGCTGGGGGAAGCAGGTCAACCAGCTATTGATTTTTCCCCGGATGGCAGCGACTACTTTGATTATCACCACACCAAAAACGACACGCTGGACAAAGTCGATCCTGAAGCATTGAAAGTAAACACAGGTATTTTCACCGCGTTTGCTTACTGGGCAGCCAGCTCTGATATCAACTTCAGAAAATAG	MKNKALITAMMGLCGMLPLQSQAVTDDQKVILDLLQTKAKSDDLSYNVIESLTTEVGARLAGTPSSERSVEWAQEKMKALGFDNVWIEESKVPLWTRGDLSASIATPYPHDVVALALGGSVGTDGKPLTAEVVEFASLDALKAAKPGSLEGKMAFVAYKMERHKDGHGYGQAVGARVAGASIAAEKGAVAFILRSVGTDTNRLAHTGVMHYAEGVKKIPAVAISNPDADLLQNMLTRDEPVTFSLTTSASGPTGRVATIANVIGDIEGSKHPEQVVTLGAHLDSWDVGTGAIDDGIGVGITLAAGHYIANLPERPARTVRIILFAAEEIGLYGAKDYVVKHKGDMNDHIIGTEWDFGNGAIYELTPGVGSQALSEVRDFAEYLAPYGVGMSDKNDAKGHSDMSALGEAGQPAIDFSPDGSDYFDYHHTKNDTLDKVDPEALKVNTGIFTAFAYWAASSDINFRK				NA	NA	NA	NA	NA
AK237_02521	870			hypothetical protein	GTGGCTAAATTGGTTCGTAATTTCATCATTCTGGCGTTGGTATTCCAGCTTAGTGGCTGTGCAATCGATGTCAGCTCATCCAGCTTTCTTCATCAGGATGCGTCTGCTTCCGGGTTAGACACCACGGCGCTGAGTAAGGCCGTTAATAAAGATGAAGCGGCGATGACAATCACGACGGTAGAGATCAAAAACGGTCAGGATTTAACCCTTAAGGGCGTTGCCGTTGCCTATCCCGACCCTATCGTAAATGTGGTGCTGTTCGCTGACAACGGCATGACTATTAGTAACAACTCTGCGCTTCTTCACGAATTTGGTAAGCTGCCTGCCAACGTGTTATGGGTGGATTACCAGGGAACTGGCGCCAGCGATAAAGCCGCAAAAGCAAGAATGTATAATCTCAAACGAGACGCTTTACTTGTTTATGATTATGCCGAGGAAGTGTTTGCCAACGATCTGCCCACGGTTGTTCACGGCATTTCCATGGGATCCATTCTGGCTAGTTACGTAGCTGTGAAGCGAGATATAGACGGCCTGGTGCTCGACAGTGCAATAAATAAAGTGAACGATGTAGTGCAAAACATGGTGCCGGACTGGACTAAAACATTTACCTTTCTGAAAGTGTCGCCAGAACTGGCCATCATTGAAAACGATGATTTTATCCGTCAATTCGACAAGCCACTATTTTTGATTGTTGGTGATAAAGACCGTACAACACCGATTACTTTTAGCCGGGAATTGTACGAGGTTTCACCAAGCATGGATAAGTGGATTTATGTTGTTCCGGGCGGTAAGCACAACAAGTCGATGACGTATCCTGATGTGAAAGGGCAGTATCGGATGTTTGTTCGATCGTTAACGTCGGGACGATAA	MAKLVRNFIILALVFQLSGCAIDVSSSSFLHQDASASGLDTTALSKAVNKDEAAMTITTVEIKNGQDLTLKGVAVAYPDPIVNVVLFADNGMTISNNSALLHEFGKLPANVLWVDYQGTGASDKAAKARMYNLKRDALLVYDYAEEVFANDLPTVVHGISMGSILASYVAVKRDIDGLVLDSAINKVNDVVQNMVPDWTKTFTFLKVSPELAIIENDDFIRQFDKPLFLIVGDKDRTTPITFSRELYEVSPSMDKWIYVVPGGKHNKSMTYPDVKGQYRMFVRSLTSGR				NA	NA	NA	NA	NA
AK237_02522	1344	yajR	COG0477	Inner membrane transport protein YajR	TTGAACGCACTTGAAGTTCGCGCCGCGTTAGCATTGGCGCTGGTATATGTATTGCGCATGATGGGCCTGTTTATGGTCATGCCTGTACTGGCCGTGGCAGCAATGGACTACCCTGATTACTCACCACTTCTTGTTGGTCTGGCAGTCGGAGGTTATGGGTTAACGCAGGCGGCGCTGCAAATTCCGATGGGAATGATGTCAGATCGCTGGGGGCGAAAACCAGTCATATTGCTTGGCTTGTGTGTGTTTGCAGTGGGTTCTTTTATTGCTGCTTCGGCTGACAGCATGATGATAATGATTGTCGGCCGAATTCTGCAAGGCGCAGGCGCTATCGCAGGCGCAATAATGGCGCTGGCGACAGATGTAAGTCGTGAAACGCAGCGAGCCAAAGTGATGGCCGTGATTGGTATTGCTATCGGCTTCTCTTTCTATCTGGCTGTATTAGTTGGTCCGCTCATTGCGCAAAACTGGGGCTTATCTGGCGTATTTGGCGCAACCGGTGTGCTGGCGATTTGTTGTATGCCGTTAGTGAAATGGGTGGTGCCTGATGTAAGCACGAGCGGTAGTGGCGATACGCTCCCTCACGTGACTGAAATTAAGTCGTTGTTTGTCTCATCACAATTGTGGCGCTTAAACGTGAGTGTTATGGCGCTACATATGATGATTACGCTATTGTTTGTTCAGCTGCCCATCACACTCACGCAGTTCGACATGACGTTGGAAAGTCACTGGACCGTTTATCTTCCCGTGCTGGCTGTATCTATCCTTGGTCTTATTGTATTAATGGGAATTAGTCGGGGGCAAACCCCGAAGTCAGTGGTTATCACCGCTGCCGCGTTGATGATGACAGCGTTTCTCATGCTGAATATGCAGGATCACCATCTGTGGGTGGTATGTGCTGCGGTTATCTTGTTTTTTACTGGTTTTAATTATTTAGAAGCCAGCCTCCCCGCACTTGTTTCCACCATTGCGCCAGCCGGACAAAAAGGCAGTGCGATGGGAATTTATGCCAGTTTTCAATTCTTTGGTGCCTTCCTGGGCGGCGTGTTGTCTGGTGTAGTCACCGATGTCTGGACGCCTAAAACCGCTTATTTGGCCGGCGCCATCGGCGCGTGTTTGTGGCTGATTATTTTGTTTGGTTTAAACGAAGTGATGAAGCTCAAGCGCCTCTCTATGCAAGTATCATTTGATAAGGTGGCGCCTGATGTGCTGGAGTCGGAACTGCATAAATTAGAAGGCGTTCACGAGGTGGTCGCGTCGCAGGAAGAAGGCACGATATATTTAAAAATCACCAAATCTTTTGATGCTCAGGCTGCGCGGACACTGCTGGCGAAATTCGTCTAA	MNALEVRAALALALVYVLRMMGLFMVMPVLAVAAMDYPDYSPLLVGLAVGGYGLTQAALQIPMGMMSDRWGRKPVILLGLCVFAVGSFIAASADSMMIMIVGRILQGAGAIAGAIMALATDVSRETQRAKVMAVIGIAIGFSFYLAVLVGPLIAQNWGLSGVFGATGVLAICCMPLVKWVVPDVSTSGSGDTLPHVTEIKSLFVSSQLWRLNVSVMALHMMITLLFVQLPITLTQFDMTLESHWTVYLPVLAVSILGLIVLMGISRGQTPKSVVITAAALMMTAFLMLNMQDHHLWVVCAAVILFFTGFNYLEASLPALVSTIAPAGQKGSAMGIYASFQFFGAFLGGVLSGVVTDVWTPKTAYLAGAIGACLWLIILFGLNEVMKLKRLSMQVSFDKVAPDVLESELHKLEGVHEVVASQEEGTIYLKITKSFDAQAARTLLAKFV				NA	NA	NA	NA	NA
AK237_02523	2823	uvrA	COG0178	UvrABC system protein A	ATGGATAAAATCGAAATTCGCGGTGCCCGCACCCACAACCTCAAAAACATCGATTTAACCCTTCCCAGAGACAAACTTGTTGTGATTACGGGTCTGTCTGGCTCCGGTAAATCCTCACTAGCATTCGACACACTGTACGCTGAAGGTCAGCGTCGCTATGTTGAATCGCTGTCGGCGTATGCCCGTCAGTTTTTATCAATGATGGAAAAACCCGATGTCGATCATATCGAAGGGTTGTCACCGGCCATTTCCATTGAGCAGAAGTCGACATCGCACAACCCCCGTTCAACCGTTGGTACCATTACAGAAATTTATGATTACTTACGTTTAATGTTTGCACGGGTCGGTACACCACGTTGCCCTGATCACGATGTGCCGCTGGATGCTCAGACCATCAGTCAGATGGTAGATAAAGTGCTGTCTATGCCTGAAGGCACCAAGCTGATGCTGTTGGCACCGGTTATTCAGGAACGTAAAGGTGAGCACGTCAAAACGTTGCAGAACCTGGCAGCGCAAGGCTTTATCCGGGCCCGCATCGACGGCGAAGTGTGTGACTTATCCGATCCACCCGAACTGGATTTGCGCAAGAAGCACACCATTGAAGTGGTGGTCGACCGGTTTAAGGTACGGGACGATTTGCAACTTCGTCTTGCTGAGTCATTCGAGACAGCGCTGGAACTGGCTGGCGGCAATGCCAAAGTCGCTTACATGGACGAGCCGGACGCGGAAGAAATCATGTTCTCCGCGAATTTTGCCTGTCCTCATTGTGGTTACAGTTTAAGTGAACTGGAGCCACGGTTGTTCTCATTTAACAACCCTGCCGGCGCCTGTCCCACTTGTGACGGACTGGGAACCAGACAGTTCTTCGATCCGGTTCTGGTGGTCTCGAATGATGAGCTGAGTTTATCCGGCGGTGCAATTCGTGGCTGGGATAAAAGAAGCTATTACTACTTTCAAATGCTGCAAGCTGTAGCCGATGCCTACAAATTCAGCCTTACCACGCCTTTCAGTGAGCTTTCTGACGAGGCCCGTGATGTGGTGTTGTACGGCTCAAAAGGCAAATCACTGAACTTCAAGTACATCAACGAGCGCGGCGATGTGATGGAGCGCAAGCATCCGTTCGAAGGCATCATTCCCAATATGGAACGTCGCTACCGCGAAACTGAATCTAATGCAGTTCGGGAAGAACTGGCTAAGAACCTGAGTCAGCAACCCTGTAACAGCTGCGGCGGAACCCGACTGCGAACGGAAGCCCGAAACGTATTTATCGAAGGCACCAACCTGCCAAAAATCGCAGATATGTCGATTTCAGATGCGTTTGACTTTTTCGAAACACTGAACTTAAGTGGTCAAAAAGCACAAATTGCAGAGAAAATCTTAAAAGAAATCCTCGACCGGCTGGGCTTTCTGGTTAACGTGGGGCTGAACTACCTTTCCATGTCCCGCAGTGCCGATACGCTTTCCGGTGGTGAAGCACAGCGTATTCGTCTGGCCAGCCAGATTGGTGCCGGCCTCGTAGGCGTTATGTATGTGCTGGATGAGCCATCAATCGGTTTGCATCAGCGCGATAACGAACGTCTGCTTAAAACTCTGACCCGTTTGCGGGATCTCGGCAACACGGTGTTGGTTGTAGAGCATGACGAAGATGCCATCCGTGAAGCAGACTATGTAGTCGATATCGGCCCGGGTGCAGGTGTTCACGGCGGTCAGGTGATTGCCGCTGGTTCGCTGGATGACATACTCGCAAGTGAAGACTCACTTACAGGAAAATACCTATCAGGCCGTGAAAAAATTGAAGTACCGGCCAAACGCACACCGCATCAGAAAGATAAATGGCTTACGTTATCCGGTGCAACAGGTAACAACTTAAAAGATGTGACACTGAAAATCCCTGTCGGGTTAATGACCTGCGTTACCGGCGTGTCCGGTTCGGGCAAATCAACACTGGTAAACGATACGTTCTTTAAAATTGCCCACCGTGAACTGAACAAAGCGACCACATCCGAACCAGCCCCTTACAAATCGATGGAAGGGTTAGAGATGTTGGATAAAGTGGTTGATATCGACCAGAGCCCGATTGGTCGTACACCTCGTTCTAACCCGGCAACCTATGCCGGTATTTTCACACCAATCCGTGAGCTGTTTTCCGGTACGCAAGAAGCCCGTTCGCGGGGTTACAAAGTGGGCCGCTTCAGCTTTAACGTGAAGGGTGGCCGCTGTGAAGCCTGTCAGGGTGACGGTGTAATTAAGGTAGAAATGCATTTCCTGCCAGACGTATACGTGCCCTGTGATGTGTGTAAAGGCAAACGGTACAACCGTGAAACCCTGGAAATTCAGTACAAAGGTAAAAATATTCACGAAGTTCTGGAAATGACCGTTGAAGATGCGCGTACGTTCTTCGACGCTATACCGGCTATTTCACGAAAATTACAAACCTTAATGGATGTGGGTCTGTCTTACGTGCGTTTGGGTCAGGCGGCAACAACACTATCTGGTGGTGAAGCGCAACGGGTGAAACTGGCGAAAGAATTGTCGAAGCGCGATACCGGCCAGACGCTCTACATTCTGGATGAACCGACTACCGGTCTGCACTTCCACGACATCAAACAGTTGCTGGCAGTACTGCACCGCCTGAGAGATCATGGCAACACAGTCGTGGTGATTGAGCACAACCTCGATGTTATCAAAACCGCAGACTGGCTGGTCGATCTTGGTCCCGAAGGGGGTTCAGGGGGCGGTCAGATCATCGCAGAAGGCACGCCGGAAGACATTGCTAAAGTGAAACAGTCTCATACTGGCCGGTTCCTGAAACCGATGCTGTAA	MDKIEIRGARTHNLKNIDLTLPRDKLVVITGLSGSGKSSLAFDTLYAEGQRRYVESLSAYARQFLSMMEKPDVDHIEGLSPAISIEQKSTSHNPRSTVGTITEIYDYLRLMFARVGTPRCPDHDVPLDAQTISQMVDKVLSMPEGTKLMLLAPVIQERKGEHVKTLQNLAAQGFIRARIDGEVCDLSDPPELDLRKKHTIEVVVDRFKVRDDLQLRLAESFETALELAGGNAKVAYMDEPDAEEIMFSANFACPHCGYSLSELEPRLFSFNNPAGACPTCDGLGTRQFFDPVLVVSNDELSLSGGAIRGWDKRSYYYFQMLQAVADAYKFSLTTPFSELSDEARDVVLYGSKGKSLNFKYINERGDVMERKHPFEGIIPNMERRYRETESNAVREELAKNLSQQPCNSCGGTRLRTEARNVFIEGTNLPKIADMSISDAFDFFETLNLSGQKAQIAEKILKEILDRLGFLVNVGLNYLSMSRSADTLSGGEAQRIRLASQIGAGLVGVMYVLDEPSIGLHQRDNERLLKTLTRLRDLGNTVLVVEHDEDAIREADYVVDIGPGAGVHGGQVIAAGSLDDILASEDSLTGKYLSGREKIEVPAKRTPHQKDKWLTLSGATGNNLKDVTLKIPVGLMTCVTGVSGSGKSTLVNDTFFKIAHRELNKATTSEPAPYKSMEGLEMLDKVVDIDQSPIGRTPRSNPATYAGIFTPIRELFSGTQEARSRGYKVGRFSFNVKGGRCEACQGDGVIKVEMHFLPDVYVPCDVCKGKRYNRETLEIQYKGKNIHEVLEMTVEDARTFFDAIPAISRKLQTLMDVGLSYVRLGQAATTLSGGEAQRVKLAKELSKRDTGQTLYILDEPTTGLHFHDIKQLLAVLHRLRDHGNTVVVIEHNLDVIKTADWLVDLGPEGGSGGGQIIAEGTPEDIAKVKQSHTGRFLKPML	PGPT0014915_5146	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	UNIVERSAL_STRESS_RESPONSE	STRESS_SIGNALLING_PROTEINS	STRESS_SIGNAL-DNA_DAMAGE_DEFENSE|REPAIR,PGPT0014915-uvrA-K03701	NA	NA
AK237_02524	483			hypothetical protein	ATGGCTTTATCACACAAAATCACCGCAATGCTAACCCTGATCATGTCTGTCATGGCACTGCCTGCGCTGGCAAACGAGCCTGAAGAGGTTTACTGGGAAGATTTAGTCCCTCCCGGCTTTAACGAACTTGCTCCGCCGCCGGTATCAAGCCACGAAAGTACCATGGCGCAACTGCAGCCCGACGCGCCTGTGGTTGAAAAGTACAATGGCAAGCTGGTAAAAATTCCGGGATTTGTGGTGCCGCTGGAAGGTACTGACGAACTGACCACAGAATTTCTGCTGGTTCCCTATTTCGGCGCATGTATTCACGTTCCACCACCGGCATCTAATCAAATTGTTCACGTAACGTTTGAAAAAGGCGTCGCCATTGAAGATTTATACGACGCCATCTGGGTAACCGGCACCCTGTCTACCGAAGGTTGGAAAGGTGACATCGCCTCAGTAGGTTACCGTATGACAGGGGTATCGGTGGCGGCGTACTGA	MALSHKITAMLTLIMSVMALPALANEPEEVYWEDLVPPGFNELAPPPVSSHESTMAQLQPDAPVVEKYNGKLVKIPGFVVPLEGTDELTTEFLLVPYFGACIHVPPPASNQIVHVTFEKGVAIEDLYDAIWVTGTLSTEGWKGDIASVGYRMTGVSVAAY				NA	NA	NA	NA	NA
AK237_02525	708			hypothetical protein	ATGTACGGAAAAGATACTGATTTTATTGCGGTTATAGACGACGTGCTATCACCAGAGCTTTGTAAGGAAATTATCACGGCGTTTGAAGATAGTGCAAACCTTGCGCCGGGGAAAACCGGTGGAGGGATAGATACCGATAAGAAGCGTAGTGTAGATGTATCATTTACTCAGGACCCCGTGTTCCAACCCTTTCACAAAGAAGTCATGACGAAGACGGGAAATGAATTACTAAAATACATTGATGAGTACTTCTTTGCGCTGGTGGGGCCGATAGGTTTAACCGTCAGGCACCCTAAAACCGGAAAGCCGGTTAAACTTACCGGGGATAATTACGCTGAAGTAGGTCGTCCCAACCTGGCGAATATGGTGAATTACTTGTTTCGTATTGGTGATATCAACACGCAACGGTACAAGGCCGCGGAGGGCGGCTACCCTTACTGGCATTCAGAAGTTTATCCACAGCTTCAACATAACGATGCCTTGCATCGCGTTATGCTGTTTATGTTTTATTTAAATGATGTAGAGGAAGGTGGGGAGACCGATTTTTACTATCAGGGAAGAAGTGTAAAGCCAAAAGCGGGCAGAATGGTCATAGCACCCGCCCACTTTACCCATACTCACCGGGGCAATATTCCAGTGAGTAATGATAAGTACATACTCACTTCATGGATGTTGTTCAACCGCGCTGAACAAATCTATACGCAGTAA	MYGKDTDFIAVIDDVLSPELCKEIITAFEDSANLAPGKTGGGIDTDKKRSVDVSFTQDPVFQPFHKEVMTKTGNELLKYIDEYFFALVGPIGLTVRHPKTGKPVKLTGDNYAEVGRPNLANMVNYLFRIGDINTQRYKAAEGGYPYWHSEVYPQLQHNDALHRVMLFMFYLNDVEEGGETDFYYQGRSVKPKAGRMVIAPAHFTHTHRGNIPVSNDKYILTSWMLFNRAEQIYTQ				NA	NA	NA	NA	NA
AK237_02526	408			hypothetical protein	ATGACTACTGTAAAACCGATGGAAACGACCTTCGATGTGCGCTTTTATGAAACAGACGGGCTTGGCCACGTGGGTAACACCGTATTTGTGGGGTGGCTGGAGGCAGCGCGTGATCCGTTGTTTCGTCTGTTTGTACCAGACCTTGACCTAACTGCGTGGCCACTGATTTTGGCCAGCTACAAGGTCGATTTCCTGAAACAAATCTATTACGGAAAATCTGTTACCGTGAAAACATGGATAGGTCGCCTGGGCAGCAGTTCTTTTGATGTGTATCAGGAAATTTGGCAAGACGACGTGCACTGCGCGACGGGAGCTACTACCATGGTTCACTTCAATTATAAAACGCAAAAAGCCGAGCCTGTTCCTGAAGAAATAAGGGAAAAAATGCAAATTTGGTTAAAGGATTAA	MTTVKPMETTFDVRFYETDGLGHVGNTVFVGWLEAARDPLFRLFVPDLDLTAWPLILASYKVDFLKQIYYGKSVTVKTWIGRLGSSSFDVYQEIWQDDVHCATGATTMVHFNYKTQKAEPVPEEIREKMQIWLKD	PGPT0001850_7531	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0001850-ybgC-K07107	NA	NA
AK237_02527	660			hypothetical protein	ATGGCACAAGACAAGTTGAAGCCATATCAGAAAAACGGAGAAGTTTTTAAAAGCAGCACGGCATCCCGTTCACGCCGTAACTTCCTTAAGGGCGTTGGCGTATCCGGCGTTGCCGTAGCGGCCAGTGGTTGCGCTGCCAGAAGTGCCTCAACACCGGAATCAGCTATTGAAGAGAATGACCCGGAAGCGCTGTCGAAAGTAGCTATCACCCTTAAGATCAACGGTGAAACCCGGAAAATGAAAGTGCAGCCCAATGCGGTATTGCTGGATGTACTTCGTGACGACCTGCAACTGACTGGCACTAAGAAAGGCTGTGACCACGGTCAGTGCGGAGCCTGCAACCTGCATGTAAACGGCAAAGTCATTAATAGCTGTTTGAGTCTGGCGGTGATGCACGATGGCGATGACATCACCACCATCGAGGGATTATCAGAAAATGGTGAGATGAGTGCTGTGCAAAAAGCCTTTCATGAAAATGATGCCTTTCAGTGCGGCTACTGTACAGCCGGACAGATGATGACCGCAGATTATGTGATTCGCAGTGATGATATTCCGGCCAGCCCTGAAGCCTGGCGGGAAGCCATGAGTGGCAACATCTGCCGGTGTGGTGCATATAAGAATATCCTTTCTGCTATGCAGCAAGCCAGCAAACACGTGTAA	MAQDKLKPYQKNGEVFKSSTASRSRRNFLKGVGVSGVAVAASGCAARSASTPESAIEENDPEALSKVAITLKINGETRKMKVQPNAVLLDVLRDDLQLTGTKKGCDHGQCGACNLHVNGKVINSCLSLAVMHDGDDITTIEGLSENGEMSAVQKAFHENDAFQCGYCTAGQMMTADYVIRSDDIPASPEAWREAMSGNICRCGAYKNILSAMQQASKHV	PGPT0007290_251	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PURINE_DEGRADATION,PGPT0007290-yagT-K13483	NA	NA
AK237_02528	981	paoB	COG1319	Aldehyde oxidoreductase FAD-binding subunit PaoB	ATGCGACAATTTTCTTACGTAAGAGCAGAAAATGCTGCACAGGCAGTGAAGGCAAAGGCAACACAAGCCAATGCGTTTCTGGCCGGCGGCTCGACCCTTATTGACCTGGTGAAGCTGGATGTAATGCAGCCTGATACCCTGGTGGATATCAACAGCCTGCCCCTGTACGACATTGAAAAATTAAAAGACGGGCGGCTTAAAATTGGCGCACTGGTCACCAACAACGACCTTGCCTGGCATCCTGAGGTGAAATCGCATTACGCTGTTTTATCAGAAGCCTTGCTCTCCGGTGCTTCAACATCTTTACGTAATAAAGCCACTACCGGCGGCAACGTTATGCAAAAAGTACGCTGCCCGTACTACCGCGACGGCGTATCGCCCTGTAACAAACGGGCGCCGGGTAGCGGTTGCTCTGCCATAGAAGGCAATAACCGTTCTGTTCATGCCGTGCTGGGCACCAGCGAACACTGCATTGCCAGCCACCCGTCAGACATGTGTGTGGCGATGGCCGCCATTGGTGCCACGATTTTAGTATCCGGCCCCAAAGGAGAGAGGGAAGTTCCTTTTACCGACTTTCATTTGCTGCCGGGTAGCAGTCCGGACAAAGAGCACGATCTGGCCCCCGGCGAACTTATCACCCACGTTATTTTAGACAAGCCCTTGCCGGATAACCGGTCACACTACCTGAAACTGAGAGACAGAGCGTCTTATCAGTTTGCGCTGGCATCCAGTGCCGTTATTGTGTCGCTCTCGGGCTCAACCATCAGCGACGCCCGCATTGCGATGGGCGGAGTAGGTACAAAGCCCTGGCGTGCCTTTGAGGCAGAGCAATCGTTGAAGGGTAAAACACCGTCTCAGGCGGCATTTGAAAAGGCAGCAGCTATCGCTTTTGCGTCAGCGAAGCCCCAGTCTCAGAATGGGTTCAAAATTCCACTGGGACAACAAGCGATTGTCCGCAGCCTTAAAACCATCACCGCGTAG	MRQFSYVRAENAAQAVKAKATQANAFLAGGSTLIDLVKLDVMQPDTLVDINSLPLYDIEKLKDGRLKIGALVTNNDLAWHPEVKSHYAVLSEALLSGASTSLRNKATTGGNVMQKVRCPYYRDGVSPCNKRAPGSGCSAIEGNNRSVHAVLGTSEHCIASHPSDMCVAMAAIGATILVSGPKGEREVPFTDFHLLPGSSPDKEHDLAPGELITHVILDKPLPDNRSHYLKLRDRASYQFALASSAVIVSLSGSTISDARIAMGGVGTKPWRAFEAEQSLKGKTPSQAAFEKAAAIAFASAKPQSQNGFKIPLGQQAIVRSLKTITA	PGPT0007275_1074	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PURINE_DEGRADATION,PGPT0007275-yagS-K11178	NA	NA
AK237_02529	2220	paoC	COG1529	Aldehyde oxidoreductase molybdenum-binding subunit PaoC	ATGACTATTGACTTAAATGCCAGCGACATCATGGGCGCCGCCCTTCCACGTGTTGACGGACCGGATAAGCTGACCGGACGGGCAAAATATTCTGCCGATAACCATTTGCCCGGTATGCTCTACGGCTACGGTGTGTACAGTACTATCGCAAAGGGAAAAATCACATCCCTCGATACCTCGGCGGCCAGACAAATGCCTGGCGTCGTGGATGTGTTTCACCATAACCACTTCACAGACAAGCTTTACCATGTGCCTGCGAACATGGCCAAGGGGCTTAAAGTCGATGAGAGCCGTCTGCCCTTTGAAGATGACACCATCTATTATGCCGGTCAGCTTGTCGCTTATGTCGTGGCGAACAGCTTTGCGAAAGCCCGCGAAGCCGCACTGAAGGTGAAAGTCACCTATTCAGAAACCCAATCTGTGACCTCTATAAAACAGGCCAGAGCGGCAGGTGTGTCTCCCATAGAGCAGAAACCTTCAGAGAAAAGCCGTGGAGACGCAGAGGCCGCCTACGCCCGGTCGGCGCACAAGCATGAAGCGGTTTACACCACACCTTTTGAAACCCACAACCCTATGGAAATGCATGCCACAGCGGCGCAATGGGAAGACGGCAAACTGGTGGTTTATGAAGCCACACAAGGTGTGACATTCAGCCGTAACACCCTCGCAAGGGTATTTGGTCTGGTTCCTGAGAATGTCGTGGTGCGTACGCCGTTTTTAGGCTCAGGATTCGGTGGTAAGTTGTTTACCTGGCCCCATTGTATAGCTACGGCGGCAATCTCACGGGAAGTGGGTAAGCCGGTACATTTCATGGTCCCCAGAGCGCAGATGTTTACCACCACCGGGCACCGTTCGGCCACAGAGCAAACCTTTAAAATCAGTGCTGATGCTGAGGGTAATCTGACGTCTATGACTCAGCATACGCTTAACAGCACATCAGAAATTGATATACGGGTGGAAACCGCCGGCCGTACCGCGCCAATTTTTTATAAGTGCCCCAATGTGGATATTGCCAACAGCGTAATTCAAATGAACACCGGCAGCCCTGCCGCCATGCGGGCGCCGGGTGCCGCGCCGGGCATCTTTGCGCTGGAATCAGCCATGGACGAACTGGCTGTGGCGATGAATATGGATCCGCTGACCTTACGCCGGAAAAACTTCACTGATCGTAATCAGGTAGAAGACTTACCCTGGTCTGATATCAACATCTTAGAAGCCTACGACAAAGGCGCGGCTAAATTCGGCTGGGATAAACGCAATCCGAAACCGGGTTCTATGCGCGATGGTAAAGACATCCTTGGCTGGGGTGTAGCAGCATGTGCCTGGGATGCGATGAAGTCATCCAGCAAAGCCAGGGTTTCCTTTTTAGCTAATGGTAAAGTACGCGTGTCTTGTGCGGTGCAGGACATCGGTACCGGCACGTACAATGTCATGGCCCAGACTGTATCTGCCGCCACAGGCATACCGGTGGAAAAAGTAGAAGTTAAAATCGGTGATTCTGACTTAGTAGCCGGCCCGCTTTCCGGTGGTTCATGGGCAACAGCCAGTTTGCTTCCGGCAGTGAAGCAAGCCTGTGAGAATGCCATATCCGAACTGAAAACCTATGCGGTGATGGACAAGTCTCCTTTTGCCGGTGAAAGTGAAGAAGACCTCACATTTAAAAACGGGCAACTTTCTTCTCAATCAGGCACCGAGCGGTCGTTCAGCGACATCCTCAAGGCCATTAAGGCAGGAAGCGCGGAAGGCGAAGGCAGTACCGATGGCGCTATGAAAGAAGGGTATTCCAGCCGGGTATTCGGCGCTCACTTTGTGGAAATTCGCTGGGATCCTGAAATCGCCGACTTACGGGTATCCCGTGTCGTCAGTGCCATTGATGTGGGCAAAATTGTTAACCACAAAACAGCAGCTAACCAGGTTGAAGGTGCCATTGTGATGGGTATCGGCATGGCGATGTTTGAACACACCGAATATGACGAGCGGACCGGCCGCCCCATTAACAACAATATCGCGGAGTATCTGATGCCTGTTCACGGTGATATGCCTGATGAGCTGGAGGTAATATTTCTCGATAAGCCCGACTATAACTTCAGTGAAGTGGGCGCAAAGGGCCTTGGAGAAATAGGCATCACCGGCCTCGCTGCAGCAATAGCCAACGCGGTTTATCATGCAACAGGTAAACGGGTCAGGGAGTTACCCATCACCCTTGAGAAGCTGATGTAA	MTIDLNASDIMGAALPRVDGPDKLTGRAKYSADNHLPGMLYGYGVYSTIAKGKITSLDTSAARQMPGVVDVFHHNHFTDKLYHVPANMAKGLKVDESRLPFEDDTIYYAGQLVAYVVANSFAKAREAALKVKVTYSETQSVTSIKQARAAGVSPIEQKPSEKSRGDAEAAYARSAHKHEAVYTTPFETHNPMEMHATAAQWEDGKLVVYEATQGVTFSRNTLARVFGLVPENVVVRTPFLGSGFGGKLFTWPHCIATAAISREVGKPVHFMVPRAQMFTTTGHRSATEQTFKISADAEGNLTSMTQHTLNSTSEIDIRVETAGRTAPIFYKCPNVDIANSVIQMNTGSPAAMRAPGAAPGIFALESAMDELAVAMNMDPLTLRRKNFTDRNQVEDLPWSDINILEAYDKGAAKFGWDKRNPKPGSMRDGKDILGWGVAACAWDAMKSSSKARVSFLANGKVRVSCAVQDIGTGTYNVMAQTVSAATGIPVEKVEVKIGDSDLVAGPLSGGSWATASLLPAVKQACENAISELKTYAVMDKSPFAGESEEDLTFKNGQLSSQSGTERSFSDILKAIKAGSAEGEGSTDGAMKEGYSSRVFGAHFVEIRWDPEIADLRVSRVVSAIDVGKIVNHKTAANQVEGAIVMGIGMAMFEHTEYDERTGRPINNNIAEYLMPVHGDMPDELEVIFLDKPDYNFSEVGAKGLGEIGITGLAAAIANAVYHATGKRVRELPITLEKLM	PGPT0007260_621	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PURINE_DEGRADATION,PGPT0007260-yagR-K11177	NA	NA
AK237_02530	984	czcD	COG1230	Cadmium, cobalt and zinc/H(+)-K(+) antiporter	TTGCATTCCCACGATCATCATCACGGACACCACCACGGGCATCATCATGTCAGCGACGGGCAGCGCATCGGCTGGGCGTTCTGGCTTAACTTTATCTTCACGATCATCGAATTTATCGGCGGCTGGCTCACTAACTCCGTGGCAATTATGGCTGACGCCGTTCACGACTTAGGGGATTCGCTATCCATAGGTCTGGCCTGGTATCTCAGCAAAGTAGGGCATAAAAAAGCCGACGAGCAATACACTTATGGTTACAAGCGCCTGAGTTTGCTGGGTGCGATGATCAATGGGCTGATTTTGATTGTGGGTTCCGTTTGGGTGTTATCCGAAGCCATTCCCCGTTTGTGGGCACCTGAAATGCCTGTGACGGAAGGCATGATTGCGCTGGCGATTTTAGGGATCGTGGTCAATGGTGTGGCCGCTTACAAGCTGTCTGGCGGTACTACGTTGAATGAAAAAGTACTGAACTGGCACTTACTGGAAGATGTACTAGGGTGGGTTGCCGTACTGATTGTGGGTATTGTGTTGCAATTCGTAAACTGGCCGGTGCTTGACCCTCTACTCTCGGTGCTGTTTACCCTGTTTATTTTATTCAATGTAGGCCGCTACGTTTATCAGACGGTACGCTTATTTTTACAGGGCAGTCCGGATGCGAAACAACAGCAGGAAATTCACTCCGCATTGTTATCCGTTGAACACGTCAGTAACCTTCACCATGTCCATTTCTGGTCTCTTGACGGCGAACAGCATGTGCTGACTGCTCACATTGAGCTCGCCTGCGAAGTGGATGCCGTCACGGCCCGGGCCCTTAAAAAGCAAATAGACGACAAGCTCTCAGGGTTTAATCTGGCACATACCACTATTGAATTTGAAATGCCCGGCGAGGTCTGCCGCGATACTGATGACCATGACCATGACCATGACCATGACCATGACCATGACCATGACCATGACCATGACCATGACCATGACCATAAAGGTTGA	MHSHDHHHGHHHGHHHVSDGQRIGWAFWLNFIFTIIEFIGGWLTNSVAIMADAVHDLGDSLSIGLAWYLSKVGHKKADEQYTYGYKRLSLLGAMINGLILIVGSVWVLSEAIPRLWAPEMPVTEGMIALAILGIVVNGVAAYKLSGGTTLNEKVLNWHLLEDVLGWVAVLIVGIVLQFVNWPVLDPLLSVLFTLFILFNVGRYVYQTVRLFLQGSPDAKQQQEIHSALLSVEHVSNLHHVHFWSLDGEQHVLTAHIELACEVDAVTARALKKQIDDKLSGFNLAHTTIEFEMPGEVCRDTDDHDHDHDHDHDHDHDHDHDHDHDHKG	PGPT0004255_516	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_COBALT_RESISTANCE	COBALT_RESISTANCE-COBALT_TRANSPORT,PGPT0004255-czcD|zitB|yrdO-K16264	NA	NA
AK237_02531	1506	btuD_3		Vitamin B12 import ATP-binding protein BtuD	ATGAAGCAAGTCCCTGTAGTCAGCTTATTGCTTGCCATTGCTCACACCAGTGCCGGACTGCTCATTCTTATATTCTCAAGCTGGTTCATTGCGGCCTGCGCACTGATGCCGGTTAACTTCAATTATATGCTGCCGGCAGTCATCATCCGCGCCCTGGCGCTGGTACGTATTGGTGCCGGCTACGGACACATGTGGCTGGCGCACCACGATTTACTGGGACGTACCACGGTGCTTCGCAGTGAACTGTTCAGCAAGCTTAAAGACCATGTTTTACATGAAAAAGCGGGCGATGTGGAAAAGCTTGCCGCGCAAACTGAACTGTTGTCATCGGTTTGGGTTGGATGGGTTGCCCATCAGGCAAGTGCGGTTGTGCTGGTTATTCTGGCAACGGGTATTGTTACGCAACTGGCGCTGCCCGGCACGTTGGCAATGTGGGTCATGGCGGGCCTCTGGCTCTTACTAACATTGTGGCTTGTAGTGTACGGACTTAATCAGTCAGCGAAACAATCCGTTGAAGAAAAGCGTTTCCGGTTCGATTCAGAGCATTTCTTTAACAGCAGTAGTTTATGGCATTTGTCTGTTAACCGCCGCAGTCCTCATTTTGCCGCGGCTCCGGGGCTGGATAAAGTGTGGCGTTATCAGTTTGCCACGGACGTAGCCGGACAATGGGCATTATGGTTGCTGCATGGCTTCGCCATTCTGGCGCTGGTGGCCTTATTTGCTTTCAATCAGGATAAGGGATTTGGCGACCCGGCATCGCTTATTGTTCCCATGTTGCTACTGAGTATTACCGACTGGCTCGGACGGTCAGTGACGACTGCCGCACAATTGGAGCGCTACCGCCAGGCGAAAAATGCGTTGGGTCAATCCGGTGCCATAGCCTTACCGGCCATTCACGACACTCAACCCCGCGGGCAAATTCAACTGGAGAGCTTTCAGGCTGTAAATGTCTTGTCGGGTATCGAAGCAACCTTGCCTGTTAAAGGTCTGGTTGTGTTATCCGGGCCCTCCGGCTGTGGCAAGTCATCGTTACTTAAAGCACTGGCCGGTCTGGTGCAGGCGAAAGGTGATTTGCGTTTTGATGGTGATATTGTGCCAGCCGGCAGACGCAAGGGTTGGGTGTATGCAGAGCAGTCGCCGGTATTGCTGGAGGCCACATTAAGAATGAATCTGGTGCCGGATGAGTCTGTGCACAGCGACCACTCACTGAATAATGCGCTTTCTCAATTCGGTCTGGGGCACTTCTCACACCTGGACGAGTGGCTGGGACAGGGAGGCAGAGCACTTTCCGGTGGCGAGGCAAGACGTTTATCGTTAAGCCGAACTTTGCTCGCTTCGCCAAAGGTCTGGCTGGTTGATGAGCCGTTCGAAGGGCTGGATACCGGCAATCAGCAATATGTCGCTGCCGGGCTGTCTGCGGCGGCAGAAAATGCGCTGGTGATTATCGCTACCCATGTTACTCCGGAAGATATCCGCCGTTCTGCAGACCAATGGATTGAAATGTAA	MKQVPVVSLLLAIAHTSAGLLILIFSSWFIAACALMPVNFNYMLPAVIIRALALVRIGAGYGHMWLAHHDLLGRTTVLRSELFSKLKDHVLHEKAGDVEKLAAQTELLSSVWVGWVAHQASAVVLVILATGIVTQLALPGTLAMWVMAGLWLLLTLWLVVYGLNQSAKQSVEEKRFRFDSEHFFNSSSLWHLSVNRRSPHFAAAPGLDKVWRYQFATDVAGQWALWLLHGFAILALVALFAFNQDKGFGDPASLIVPMLLLSITDWLGRSVTTAAQLERYRQAKNALGQSGAIALPAIHDTQPRGQIQLESFQAVNVLSGIEATLPVKGLVVLSGPSGCGKSSLLKALAGLVQAKGDLRFDGDIVPAGRRKGWVYAEQSPVLLEATLRMNLVPDESVHSDHSLNNALSQFGLGHFSHLDEWLGQGGRALSGGEARRLSLSRTLLASPKVWLVDEPFEGLDTGNQQYVAAGLSAAAENALVIIATHVTPEDIRRSADQWIEM				NA	NA	NA	NA	NA
AK237_02532	1683	cydD	COG4988	ATP-binding/permease protein CydD	TTGAGTCGTTCCCTCTCACTCACCCGCTGGTTTCAGCAATCTGTTGCCACCGGAAATCCTGCTCCCCGCAGGGCTCTGGTGGCACTTACCGTCCTCCACGTTTTTCGTGATGCTGCGCTCATTGCGGCATACTGGGGGTTTGCTGCCATGGTATCGCAGTGGGTCATTGACGATGTTGCCGCTTCGTCCTCACTGTTATGGTTTACTGCAATTTGCCTTGCCTGCGTGTGGCTGAGTCAGGGATGCAGTATCTGGCTTAATCACCACGGCAGATTAAAGCTGCTCTTTCGCTTACAGCAACAGTTATTAAGCACATTTGGCCGTCAGCAACATGCGCTGGTGCGACAGCATTCAACCTTTTACTGGCAAACCTTGTGGCAAATGCACATTCCTGCTGTGGTGAACTGGCATTTTGATTACCGTGTTCAGCAACTGGTGGCCGTATTAGTGCCGCTTTTTGCTCTTGTGGTCATTTTCAGTGTCAGCATAGTTGTGGGCGGGAGTTTGTTAATCACTTTACCCATTGTGCCGCTGTTTATGATCCTGGTTGGTAAAGGTGCCGCGGCATTGCACCGCAAGCATTTTATTGCTCTTGAGCGGCTGGGACGCCTGTTTACAGACCGGATATCCGCGTTGCCGCTGTTAGCCATGTTTAACGCCCATGATGCACAGGCCAAACGGTTAGATACTGCTGGCAAAAGCTTAAGAGAGCGCACCATGAAAGTGGTGTCGGTGGCGTTTTTGTCTACTACCGTACTGGATTTTTTCTCCACCCTCGCCGTAGCGTTAATTGCTGTGTATATTGGGTTTACATTGCTTGGCGAGTTCAATTTAGGCGAGACAATAGACCTTCAACAAGGTTTGTGGCTCTTATTAACGGCTCCTTTGCTGCTTTCTGAGATGAAGAAGCTGGGGCAGTTTTATCATCAAAAAGCGCAGGCTGAGTCTGCCATGGAGGCGATTCAGGGTTTATTACACGATTCCCCGCCGGACGAAGTGCCCGCAAGCCATGGCGAAGTGCCAGCAACGAGGGACGAAGCTGCACCAATCATACTAAACGGAGAGCTCACCCGGTCACCTGCGTTAAGCACAGGTACGCTTACCATTAACTCGGGTGACTGGATCCGGTTAAATGGTGCATCCGGTGCAGGAAAAACCGTACTGATGGAGTTACTGAGCGGTCAGCGCCCCGGATTAGCAAAGCCGGTATCTGATTACGTTCTGCTCACACAAACGCCGGTTATTCTGCCGGGCACGGTAAGAGAAAACCTGTGTCTGGCTATGACCTGTTCCGACACGCAGTTACTTGCGGTACTGGACAGTGTGGAACTGGGGGCCTGGCTTTCTATGTTACCTGCGGGACTGGATACGCCAATGGGTGAGCATCCGCCTTTATCCGGTGGTCAGGCGCAGCGACTGGCCATTGCCCGGTTGTTACTCCGGCAAGCACCGGTGTGGTTTCTGGATGAACCTACCGCCCATTTGCCTCAGTCTCAGCATGAAGCGATTTGTCAGATTATCCATCGTAACTGTCAGCAGGCAACTGTCATCTGGGCGTCGCACAAGCCACTGCCATCTGACTGGTTCAACGCGCACTGGCTGATAAAGGATGGACGTGTTTTCCATACTGCAAGCGCAGAATTATCCGGAACAGAGGGTGAAACAACAGGAGCAGACGAATGA	MSRSLSLTRWFQQSVATGNPAPRRALVALTVLHVFRDAALIAAYWGFAAMVSQWVIDDVAASSSLLWFTAICLACVWLSQGCSIWLNHHGRLKLLFRLQQQLLSTFGRQQHALVRQHSTFYWQTLWQMHIPAVVNWHFDYRVQQLVAVLVPLFALVVIFSVSIVVGGSLLITLPIVPLFMILVGKGAAALHRKHFIALERLGRLFTDRISALPLLAMFNAHDAQAKRLDTAGKSLRERTMKVVSVAFLSTTVLDFFSTLAVALIAVYIGFTLLGEFNLGETIDLQQGLWLLLTAPLLLSEMKKLGQFYHQKAQAESAMEAIQGLLHDSPPDEVPASHGEVPATRDEAAPIILNGELTRSPALSTGTLTINSGDWIRLNGASGAGKTVLMELLSGQRPGLAKPVSDYVLLTQTPVILPGTVRENLCLAMTCSDTQLLAVLDSVELGAWLSMLPAGLDTPMGEHPPLSGGQAQRLAIARLLLRQAPVWFLDEPTAHLPQSQHEAICQIIHRNCQQATVIWASHKPLPSDWFNAHWLIKDGRVFHTASAELSGTEGETTGADE				NA	NA	NA	NA	NA
AK237_02533	114			hypothetical protein	ATGTGGTATTTCACCTGGATCCTTGGCATTTTACTGGCTTGCTCATTTGGCATTATCAATGCCATGTGGCTGGAGTCTACTGAGAACCTGGACCGCCCCGATACTGAAGAATAA	MWYFTWILGILLACSFGIINAMWLESTENLDRPDTEE				NA	NA	NA	NA	NA
AK237_02534	1137	cydB	COG1294	Cytochrome bd-I ubiquinol oxidase subunit 2	ATGATCGATTATGAAGTGTTGCGGGTGATCTGGTGGGTGCTTGTCGGTGTGTTACTGATTGGCTTTGCCATTACCGACGGCTTTGATTTAGGTGTAGGTTCGCTGCTTACTATTATCGGGCGTACCGACGAAGAGCGACGGGTGATGATTAATACCATCGGCCCGCACTGGGACGGCAACCAGGTGTGGTTCATCACGGCCGGTGGCGCTATTTTTGCTGCCTGGCCAATGATTTATGCTACTGCGTTTTCCGGCTTTTACATCGCGTTATTTCTTACGCTTGCTGCGTTATGGATGCGCCCCATCGGCTTCGATTACCGTAGTAAACTGCCCGGAGCAAAGTGGCGTCAGCGTTGGGACTGGGCGTTGTTTGCCGGCGGATTTGTTCCGGCACTTATCTTTGGTGTTGCGTTCGGAAACCTGTTGCAGGGCGTACCCTATGAATTTGATAACACGTTGAAATCCACCTACACCGGTTCTTTCTTCGGGCTATTGAATCCCTTTGCCATCCTGACCGGTCTGGTATCCGTTGCATTACTGCTTAATCACGGTGCCACGTGGTTGCAAATGAAAACAGACGGTTTTGTCGAAGTGCGTGCCCGCGCTACTTCAGTGATCCTGTCTCTGGTGACTGTGGCGTTATTTATTCTGGCCGGCTTGGTTGTAGCCTTCGGCATAGATGGCTATGTGATGAGCTCTGTAGCAGACACTTATGCCGTCTCAAATCCGTTGCACAAAACCGTTGTCACTGAAACCGGCGCCTGGATGAACAATTATGGTACTTATCCCTGGATGATGATTGCACCGGCACTGGGTATTGCTGGTGGCCTGGCTTGCGCGGCCTTTTCAAAAGCTGGTCGTGCCGGATGGGCATTTGTATCCAGTTCTGTCATGATAGCTGGCGTTATTTTAACGGCGGGGTTCTCAATGTTCCCGTTTTTGATGCCAAGCAGCACAATGCCGGATGCAAGTTTGACGATGTGGGATGCCACATCCAGTGAAATGACATTACGTGTCATGTTCTTTGTGGCTTGTGTATTTGTACCCATCGTACTGTCTTACACTATCTACGGGTTCTACGTGATGCGTGGAAGAGTTAAACAATCTGATTTAGATAAATCTCACGCGATTTACTAG	MIDYEVLRVIWWVLVGVLLIGFAITDGFDLGVGSLLTIIGRTDEERRVMINTIGPHWDGNQVWFITAGGAIFAAWPMIYATAFSGFYIALFLTLAALWMRPIGFDYRSKLPGAKWRQRWDWALFAGGFVPALIFGVAFGNLLQGVPYEFDNTLKSTYTGSFFGLLNPFAILTGLVSVALLLNHGATWLQMKTDGFVEVRARATSVILSLVTVALFILAGLVVAFGIDGYVMSSVADTYAVSNPLHKTVVTETGAWMNNYGTYPWMMIAPALGIAGGLACAAFSKAGRAGWAFVSSSVMIAGVILTAGFSMFPFLMPSSTMPDASLTMWDATSSEMTLRVMFFVACVFVPIVLSYTIYGFYVMRGRVKQSDLDKSHAIY	PGPT0026705_1143	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
AK237_02535	1575	cydA	COG1271	Cytochrome bd-I ubiquinol oxidase subunit 1	ATGAGCGATACATTATTAGAGTTATCGCGCTGGCAGTTTGCATTAACTGCTATGTTCCACTTTATCTTTGTACCCCTTACCTTAGGTATGACTTTCCTGCTTGCCATCATGGAATCGGTTTACGTGATGACCGGCAAGGAAATCTACAAACAGATGACCAAATTCTGGGGTAAGTTGTTCGGGATAAACTTTGCGATTGGTGTGGCTACCGGTCTCACCATGGAGTTCCAGTTCGGTATGAACTGGTCTTACTATTCACATTACGTGGGTGACATTTTTGGCGCGCCGCTGGCCATCGAAGGCCTGATGGCGTTTTTCCTTGAATCAACCTTCGTCGGACTGTTCTTCTTTGGCTGGGATCGCATGTCAAAAGTGAAGCACCTTATGGCTACCTGGCTGGTGGCTATTGGTTCTAACTTTTCGGCGCTTTGGATCCTTATTGCCAACGGTTGGATGCAAAATCCTGTAGGTGCTGACTTCAATGTTGAGTCTATGCGGATGGAAATGGCGAGTTTTGCTGAGGTTATTTTTAATCCTGTCGCACAGGTGAAGTTTGTACACACTGTCTCTGCAGGCTATACCACTGGCGCGATGTTCGTTTTGGCTATTTCCAGTTATTACTTACTGAAACACAAGCATGTGGCTTTTGCCCGCCGTTCTTTTGCCATTGCTGCAAGCTTTGGTCTGGCGTCTGTGTTGTCAGTCATTATTCTGGGCGATGAAAGCGGATACGAAATCGGTGACGTGCAGAAAGTGAAACTCGCCGCTGTTGAAGCGGAGTACGAAACCCATCCTGCGCCTGCGCCATTCACTATCTTTGGTATTCCCAATGACGAAGAAGAGCGCATGGACTATGCCATTCAAATTCCGTACGCCATGGGTATTATCGCCACCCGCAGCTTCGATGAAGAAGTCATCGGTATTAAAGATTTGAAAGAGCAGCACCGCGATCGCATTTTATCCGGTGTGCAGGCATACAAACACATGGATGCGGTACGTGACGGTTCAGCCTCGCCGTCCGAGCAGGCGCTGTTTGACGCAAATAAAGAAAACCTCGGTTATGCCATGCTGCTGCAACCCTTTACGCAGGATATTACACAGCCTTCACCCGAAGCGCTTGAGCGTGCCGTGGATTACAGTATTCCACCTGTTGCACCGCTGTTTTATTCCTTCCGGATAATGGTACTGGCAGGCTTTTTAATGCTGGCTCTGTTTGCGGCAGCGTTCTGGTACAGCACTAAACATCGCATTACTCAGCCCCGCTGGTTACTGAAATCAGCGCTTTATGGCTTACCTCTGCCCTGGATTGCCTGTGAAGCAGGCTGGTTCGTCGCTGAGTTTGGTCGTCAGCCATGGTCCATCGCAGAAGTACTGCCGGTCCACGTGTCTGTTTCCAATCTGAGTGTGGGTGATGTGGTATTCACCATGGTGGGCTACACCTTGTTCTACACCGTGATGTTCATTATCAGCTTCTACCTGATGAAGAAATTCGCCAAAAAAGGACCGGTTCCTCCCGGCGACGAACAGGATGAAGCAAGCGTAATTGGTTTAACTGAAAAAGGAGCAAACGCATGA	MSDTLLELSRWQFALTAMFHFIFVPLTLGMTFLLAIMESVYVMTGKEIYKQMTKFWGKLFGINFAIGVATGLTMEFQFGMNWSYYSHYVGDIFGAPLAIEGLMAFFLESTFVGLFFFGWDRMSKVKHLMATWLVAIGSNFSALWILIANGWMQNPVGADFNVESMRMEMASFAEVIFNPVAQVKFVHTVSAGYTTGAMFVLAISSYYLLKHKHVAFARRSFAIAASFGLASVLSVIILGDESGYEIGDVQKVKLAAVEAEYETHPAPAPFTIFGIPNDEEERMDYAIQIPYAMGIIATRSFDEEVIGIKDLKEQHRDRILSGVQAYKHMDAVRDGSASPSEQALFDANKENLGYAMLLQPFTQDITQPSPEALERAVDYSIPPVAPLFYSFRIMVLAGFLMLALFAAAFWYSTKHRITQPRWLLKSALYGLPLPWIACEAGWFVAEFGRQPWSIAEVLPVHVSVSNLSVGDVVFTMVGYTLFYTVMFIISFYLMKKFAKKGPVPPGDEQDEASVIGLTEKGANA	PGPT0026700_782	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
AK237_02536	1308	norR_3		Anaerobic nitric oxide reductase transcription regulator NorR	ATGATGAACATTTCTATCATTCAGTCGATGATCAATGCGATTGACAAGCCGGCGATTTTTATCACACCGGATTACGTGGTGCATGCGGTTAACCAGCACTACCGCGACACCTACGAAGAGCACATCGTCACCGGCGAAACCACCTGCTTCAGCGTGTCTCACAACAACCCTGTGCCCTGTGATCAAGCCGGAGAGGACTGCCCTCTGGCTGAGTGCAAAAGTGCGCAAAGACCAAGCTCAGTGGTACACAACCATAAAACCCGCACCGGCGATTCTTACTGCCAGATCACAATGAAGCCGGTGGAAGATGAAGACGGCATGGTGCTTGGCTACCTGGAGGTGCTGGAACAGATCACCTTCGCATCTCCCCGTGTCGGTAATGCGAAACTCATTGGCAGTGCGCCGTCTTTCAGAAATATGCTGCATCAAATCAGCCGGGCTGCACCAGCAGATATTGCCGTGTTGTTGCAGGGAGAAACAGGCACCGGAAAAGAACTTGTCGCCCACGCGATTCATGAAAGCAGCGCACGGAAAAATAAACCGTTTGTGGTCATTGAATGCACCGGGCTGACTGAGTCTTTATTTGAATCGGAGCTGTTCGGTCACGAAAAAGGGGCCTTTACCGGCGCATCATCGTCGAAAAAAGGGCTCATTGACGTGGCCAGTGGCGGCACAGTGTTTTTTGATGAAATTGGTGATGTGCCAATGAGTATGCAGGTGAAACTGCTCAGGCTATTGGAATCAGGCACTTACCGTCCTGTCGGCAGCCTGAAGCTGAAGCACTCTGATTTTCGGTTAGTATGTGCTACTCACAAAAACCTTAAACAACTGGTTGAGAAAGGCGAATTCAGACAAGATCTCTATTACCGGATTGCCGGCTTTCCCATTGCCCTGCCTTCTCTTCGCCAACGCAGAGAAGACATTCCTGCGCTTTGCGAACAATTTCTTGCGCAAGCCGGGCACGCTCAGAAGTCCTTTAACAAAGATGCCCTGTCCGTACTCAGCCGTTATGCATTTCCGGGTAATATCAGGGAATTGCGCAACGTCACCGAGCAGGCCGCTCTGCTATCGGTTGATGAGTACATCACGCCGGCAGACCTACCAGTGCACCTTACCGTATCAGAAAGCGACGAGCAGTCGGGTACGCTAAGATTAAAAACACTGGAAGAAGCAGAGAAGGCGTACCTGTCTGAGATCATCTCTGCCTTTGACGGTGCGCCGGAGACACTGGCGGATATACTGGGTATAAGTACACGCACACTTTACCGAAAGTTACAGCGATACGGCCTCACACTCAACAAGCGCTAA	MMNISIIQSMINAIDKPAIFITPDYVVHAVNQHYRDTYEEHIVTGETTCFSVSHNNPVPCDQAGEDCPLAECKSAQRPSSVVHNHKTRTGDSYCQITMKPVEDEDGMVLGYLEVLEQITFASPRVGNAKLIGSAPSFRNMLHQISRAAPADIAVLLQGETGTGKELVAHAIHESSARKNKPFVVIECTGLTESLFESELFGHEKGAFTGASSSKKGLIDVASGGTVFFDEIGDVPMSMQVKLLRLLESGTYRPVGSLKLKHSDFRLVCATHKNLKQLVEKGEFRQDLYYRIAGFPIALPSLRQRREDIPALCEQFLAQAGHAQKSFNKDALSVLSRYAFPGNIRELRNVTEQAALLSVDEYITPADLPVHLTVSESDEQSGTLRLKTLEEAEKAYLSEIISAFDGAPETLADILGISTRTLYRKLQRYGLTLNKR	PGPT0004315_1303	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_ZINK_RESISTANCE	ZINK_RESISTANCE-ZINK_HOMEOSTASIS,PGPT0004315-zraR|hydG-K07713	NA	NA
AK237_02537	774			hypothetical protein	TTGGAAGTAGCAAGCTATACAGATTTATTCACCGGGGGCGGGGCAGTGTCAGGTGCTGTAGCATTCGGACTGATTATTCTTGCAGGTCTCTCGTCAATGATTACCGCATCTTTCGGCGTGGGCGGCGGCGTCATGCTGTTAGCCGCGATGGCAACCGTTGTGCCTGTTTCTGCATTGATCCCCGTACACGGGCTTGTCCAGCTTGGCTCAAACGGCAGCCGCTCCTGGCTGACCCGCTCGCACATCGACTGGGCTATGGTGAAGTGGTTTAGTGGCGGTGCGCTGATTGGGGCCATTGTGGCGTCTTTTATTGTGGTGCAACTGCCGCTAATCACCATTCAGTTTACGGTGGCGGGTTTTATCTTGTTTTTAGTGTGGGGGCCAAAGCCGGCTCAGCGTGAGCTTAGCAAAAGCGGTCGAAGTATTGCCGGTGCATTAACGACCATTGCGACTATGTTCGTGGGTGCAACCGGGCCGCTGGTCGCCGGGTTTGTACACCGGAATACCGATAATAAGATGACCCTCACCAGTACGTTCGCTACCTGCATGACATTTCAGCATCTGCTTAAAGCTTTTGTATTTAGCTTTGCCGGATTTGCCTTTTTTCAGTGGTTGCCATTAGTTATCGCGATGGTTATCAGTGGCTTTATTGGCACCTGGCTTGGGCTAAAAGTACTGAAAAAAGTGTCTGACGAGCGTTTTGCCCTGCTTTTTAAGGTGATAGTAACCTTACTGGCCATAAGGCTTATATGGCAGGCGGTTTCCTCGCTTTAG	MEVASYTDLFTGGGAVSGAVAFGLIILAGLSSMITASFGVGGGVMLLAAMATVVPVSALIPVHGLVQLGSNGSRSWLTRSHIDWAMVKWFSGGALIGAIVASFIVVQLPLITIQFTVAGFILFLVWGPKPAQRELSKSGRSIAGALTTIATMFVGATGPLVAGFVHRNTDNKMTLTSTFATCMTFQHLLKAFVFSFAGFAFFQWLPLVIAMVISGFIGTWLGLKVLKKVSDERFALLFKVIVTLLAIRLIWQAVSSL				NA	NA	NA	NA	NA
AK237_02538	981			hypothetical protein	GTGCTGCGCATTGCTCTGGGCAGCTGTGCGGGCTTTCTTATCAGTAAGTTTATGAACTGGCCCTACGGTGTGTTTTTTGCTGTTTATCCTATGCTGTTGTTGGGTATGTTGCCTAAATTCGACCGTCTGATTGCCTGGCAGTTCATGGTAGGCGTGGCAGTGAATGTAATAGAAATATACTTGCTCAACCTCTTTTTTAAACACCATCCTATCCTGATGACGTTAGGGGTTTTTGCCGTATTTTTCGTGCACTTCAGGCTCATGGCCAAAGGCTCGCACTTTTTATTATGGGCATCGGGGATTGTAACGCTTTCGGTATTGCTGCACTTTTCCAGCTATCCTGACGCCTCGCTAACCGATATGACGATGGCAGCATTCCTTGCTACTGTAATTTCTGTCATTTCGGCAGCGGTGCTTTACTGGCTCATTCCAGAAACCGACCCCATCGCGCCGCCGCCTCAGCATAACGTGACGTTTGCACAAATTAATCACCGCACGCTGATGGGGGCGATTCTGGCGACGCTTTCATTTGCTGTCTTTCAAGTTTTCGATTTGAAAGATTCCTTATCTGCACAGGTGGCAACCGTATTAGTGCTTTTCCCTATGACCTTCCGTGGTTCGCTGGAGAATTCCATGAAGCGGGCAAAAGGCGTGGCCTTGGGCTGTGCGCTGGGTATCACCGTGCAATTATTAATGTATGACCTTATCCAATATCTGCCCCTTGTTGTCATTGCGATGTTTATCAATGTTTTACTGACAGCTCGTCTGCATTTAATCGAACGCACCGGTTCTGGTATGGGCTTTGGTGCCTTAACCACTACTGGCATCTTGTTCGGACAGTACCTGCAGCCTAATTCAGATATGCTTTACAGTAGTATGTACCGCTTTTCTTCTGTAGTTGTCGCATTGTCAGTTCTCATGTGCCTGGCGTGGCTGCTGGATGGTTTTTTAAATCGCTTCGCGATGACGCGAAATGTATGA	MLRIALGSCAGFLISKFMNWPYGVFFAVYPMLLLGMLPKFDRLIAWQFMVGVAVNVIEIYLLNLFFKHHPILMTLGVFAVFFVHFRLMAKGSHFLLWASGIVTLSVLLHFSSYPDASLTDMTMAAFLATVISVISAAVLYWLIPETDPIAPPPQHNVTFAQINHRTLMGAILATLSFAVFQVFDLKDSLSAQVATVLVLFPMTFRGSLENSMKRAKGVALGCALGITVQLLMYDLIQYLPLVVIAMFINVLLTARLHLIERTGSGMGFGALTTTGILFGQYLQPNSDMLYSSMYRFSSVVVALSVLMCLAWLLDGFLNRFAMTRNV				NA	NA	NA	NA	NA
AK237_02539	1068	aaeA_2		p-hydroxybenzoic acid efflux pump subunit AaeA	ATGACCGCTGATGCACAATTTAACCGATGGATGCGCAGCGCATTGATGCTGTTCATCGCCATCTGTGCCTATATTTTTATCGCTGATCTCAATATACCCATGACACCACATTCCATGGTGCAACGACCTGTGGTTACGGTGGCACCAAGGGTATCAGGTGAAGTGATCAGTGTAGCTGTAAAAAATAACCAGCCCGTCCATAAAGGTGATGTGCTGTTTACCATTGACGATACTGACTATCAACTAGCGGTAGAAAAAGCTCGCTTGGCATTGCGGGAAGCGCGGCAGACCAACGATAACTTACATGCGCAACTGGCAGAAGCGCAAGCCAGTGTTATTGAGACGCAAGTTACGCTTGCGGAAGATCAACGAGAGCTTAAGCGTTTGACATCGTTAGCCGGAAAAAACCTGGTCAGTACTCAGCTTGTTGATCAGAAAATCGCCGAAGTTGACGCTGCCAAAGCACGTTTGCAGGCAGCGCAGGAACGTAAAAAGGCACTGCAAGTAGAGCTGGGCGACCAAGGAGAGGATAATTTACGTCTTCGCATCGCCACTAATACTTTGAAGCAGGCTGAACTGGATCTGGCGCGCACTACCGTTAAAGCACCTGAAGATGGCGTAATTTCGAACCTGCAACTCTCACCGGGTATCCAGGCTCAGGCTAATCAATCGCTGCTGTCGCTAGTGGTCACGGGAAAAGAACGTGTGGTAGCGGATTTCAGAGAAAAAAGTTTAAGTAAAATTGGCAAGAGCGCCGATGCTTTGGTGGTCTTTGATGCCCTTCCGGGGAAAGTCTTTCATGCTTTGGTTGTCAGCAAAGATTTAGGCGTGGCGACCGGGCAACTTTTACCTGACGGAAAGCTGGCTGAACCGGACGTGTCCGACCGTTGGGTGCGTGATGCCCAGCGTGTTCGTGTGTATGTTGCATTAACCGACCAGACATTGCCTGCCGACATGGTCAGTGGTGCCCGCGCCACTGTACTGCTCCAGCGCCACCGCGACGGCTTTTTTAATTGGGTTGGCGAAACGCAAATGAAAGTTGTCAGCCTGATGCACTATATTTACTAA	MTADAQFNRWMRSALMLFIAICAYIFIADLNIPMTPHSMVQRPVVTVAPRVSGEVISVAVKNNQPVHKGDVLFTIDDTDYQLAVEKARLALREARQTNDNLHAQLAEAQASVIETQVTLAEDQRELKRLTSLAGKNLVSTQLVDQKIAEVDAAKARLQAAQERKKALQVELGDQGEDNLRLRIATNTLKQAELDLARTTVKAPEDGVISNLQLSPGIQAQANQSLLSLVVTGKERVVADFREKSLSKIGKSADALVVFDALPGKVFHALVVSKDLGVATGQLLPDGKLAEPDVSDRWVRDAQRVRVYVALTDQTLPADMVSGARATVLLQRHRDGFFNWVGETQMKVVSLMHYIY				NA	NA	NA	NA	NA
AK237_02540	441	slyA_3		Transcriptional regulator SlyA	ATGGAAAACAATATCGGATGGTTACTGAGTCGTGCGGCATTTGCCTGGCGTCACGCTGTTGATCATTACATGGCGGATCTTGGGCTGACGCAGACCCGGTGGATTGCCATGCTTCATCTGGACCGTACGGGTGAGGGATGCAGCCAAAAGGCTTTGGCGGATGACATTGGTATCGAGCAACCTTCGTTACTACGTACCCTGAATTTGTTAGAAGAGGCTGGGCTAATAATACGGAAAGCCTGTCCCGATGACGCCAGACGAAAAACACTGTGGTTTACCGACAAAGGCCGCGAACTTATGCGCGCAGTTGAAGCCAGAGCTTTTGAGGGCCGTCAGCAAATGCTACGTGGCCTATCTGAAGAGGAACGCACAGTCTTTTATAGTCTGCTAAGCAAAGTCATCGATAACGCACACCACATTTCTACTCCGGAGAATTCATGA	MENNIGWLLSRAAFAWRHAVDHYMADLGLTQTRWIAMLHLDRTGEGCSQKALADDIGIEQPSLLRTLNLLEEAGLIIRKACPDDARRKTLWFTDKGRELMRAVEARAFEGRQQMLRGLSEEERTVFYSLLSKVIDNAHHISTPENS	PGPT0016255_1309	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-BIOFILM_REGULATORS	CE-OTHER_BIOFILM_REGULATORS,PGPT0016255-sylA-K06075	NA	NA
AK237_02541	1317	bdlA_1	COG0840	Biofilm dispersion protein BdlA	ATGTTTAATCGTCACCTCGTCAAAGAAAACGAAGCGCTTCGTGAAGAACTGAATATGTTAAGACAAGTTCGAGAAAGTCTACGTGACGAAATGATTTTTGTACGGCTTGATCATGCCGGTCGTATAGACAAGGTGAATCGTTTATTTGAAGAAGAGTTGGGTTACCGTTCATCGGAAGTAGAAGGTAAACACTTTCTTGACTTTGTCCCTGCTATTGCAAAAGGCACTGAGTATTATAAAAAACTGCACCAGGCGATGGAGAGTAATCATCACTACAGCGGCGCGATTGAATTTACCCGTAAAAACGGTGATGAGGCATGGCTGCGCGGTGTTATGCAGCCCATTTTAGACGCTAAAGGACGAGTACATCATTTTTCGGTAAACCTTAACGATTTAACTCGTACTATTACGCTTTCGAGAGAACATGAAGATCTCGTCGAAGCGTTGCACAAATCGACAGCGGTTATCGAGTTCGATTTGACAGGTAACATTCTGGAGGCAAATCCTGCGTTTTTGGGAGCAGTGAAATATAGCCTGAAGGACATAAAGGGTAAGCACCACCGCATGTTTTGTACCGAAGAAGAAGCAAGCTCAGAAGGTTATAAGCAGTTTTGGGCTAAACTGGCCCGCGGTGAATTCGTTGCCGGCCGTTTTCATCGGGTAGATGCGCATGGCAACACATTGTGGTTAGAAGCGACATATAACCCTATCCATGACTCCCACGGCCGTTTGTATAAAGTGGTGAAGTTTGCCACCGAAATTACCGCTCAGGTACAGCAGGAACAGGCAGTGGCGAAAGCGGCTGATATTGCCTATCACACATCAAACAATACTGATGCGGTTGCCCGCAAAGGTAAAGATGTGATCAACAAAGTGTTGGAAGAAATGTCTACGCTGTCTGAACAAATGGACAAGGCGAAAGAGGGGATCCACGCTCTGGACTCTCAGTCACAGCAAATTGCTACCATTATCAGCAGTATCAGTGCCATTGCGGATCAAACTAACCTGCTGGCATTAAACGCCGCAATTGAAGCGGCCCGAGCCGGTGATCAGGGGCGTGGCTTCGCCGTTGTTGCTGATGAAGTACGTCAGCTCGCTTCCCGCACGTCTGAAGCCACAGAAGAGATTGTGAACGTGGTAAAACATAACCAGACACTCGCCGCAGATGCCGTAGAACTGGTGAATAAAGGTGATGAGCGTGCACAAACCGGACTGGCCTTCGCAGAAGAAGCGGGTGCGGTCATTGACGAAATACAGGAAGGCGCCCGTGCGGTAGTCGATGCTGTAGGCCAGTTTGCTAACCACTTAACCAAGTAA	MFNRHLVKENEALREELNMLRQVRESLRDEMIFVRLDHAGRIDKVNRLFEEELGYRSSEVEGKHFLDFVPAIAKGTEYYKKLHQAMESNHHYSGAIEFTRKNGDEAWLRGVMQPILDAKGRVHHFSVNLNDLTRTITLSREHEDLVEALHKSTAVIEFDLTGNILEANPAFLGAVKYSLKDIKGKHHRMFCTEEEASSEGYKQFWAKLARGEFVAGRFHRVDAHGNTLWLEATYNPIHDSHGRLYKVVKFATEITAQVQQEQAVAKAADIAYHTSNNTDAVARKGKDVINKVLEEMSTLSEQMDKAKEGIHALDSQSQQIATIISSISAIADQTNLLALNAAIEAARAGDQGRGFAVVADEVRQLASRTSEATEEIVNVVKHNQTLAADAVELVNKGDERAQTGLAFAEEAGAVIDEIQEGARAVVDAVGQFANHLTK	PGPT0015710_26601	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
AK237_02542	1098	gfo		Glucose--fructose oxidoreductase	ATGTCTACCTTGAATCGCCGGGACTTTGTCAAACTTGCAGGAACCAGTTTACTACTTGCTTCGTCAGTAACCAGTGCGCCAGCATTTTCCCGCTCCCAGCACAAGAAAATAGGCGTTGCCCTCCTTGGGCTTGGCAACTACAGCACACACCTGCTTGCCCCCGCCTTACAGGCAACCCGGTTCTGTGAACTCCGCGGAGTAATAACCGGTAGTCCCGAAAAAATACCATATTGGCAAAGTACTTATGGTATCTCAGATAAGAATACGTATACCTACGAGAACATGAGCGATATCGCGAATAACGACGATATTGATGTAGTCTATGTTGTCACTCCGACAGGTACGCATAAAGATTTTGCCGTCATGGCAGCCAATACAGGAAAGCACGTTTGGTGTGAGAAACCTTTCGCCATGGATGAAACTGAATGTCAGTCGGTTATCGACGCCTGTGCAAAAAATAACGTAATGCTGTCTATTGGCTATCGCATGCAACACGAGCCAAATACCCGCCACTTTGCGGAATTGCACCTTCGCCATCCTTACGGACCATTTAAAAACTTTGAGAGTTTCGCCGGCTATGCCGGTTCAGGAAGAGATCCCTCAAACTGGCGAATGAAAAAAGCGATGGGCGGGGGCGCGCTGTATGACATGGGTGTTTATGCTATTAACGGTGCGCGATTTATCAGTGGGAACGAGCCCGTTGCCGTTTCGGGGACATTTGAGAAAAGTCATCCCTCAATTTTTACAGAAGTCGATGAAACCACACTGTTTACCTTGCATTTCGCTAACGGAGTAGACGCAAACTGTGGAGCAAGCGTGGTAAAAGGTTTCAACTATTTCAAAGCAAACTGTGCTTCAGGTTGGTATCAGCTCAAGCCTATGCAAAGCTATTCTGGAGTAACCGGGTCGACCAGTGACGGTGTCAACTTACCCCCAATAAGCGCCATGCAGCAGACATTGCAAATGGATAACGATGCAAAGGCGATCCTGGGTATCGGGCCAGCGCTTGTAACGGCACAAGACGCGCTGAAAGATGTTCAGATTATTAATGCTATCTTTAAAGCTGCCGAAACGGGTCAGAAAATCGAGCTGTCTTAG	MSTLNRRDFVKLAGTSLLLASSVTSAPAFSRSQHKKIGVALLGLGNYSTHLLAPALQATRFCELRGVITGSPEKIPYWQSTYGISDKNTYTYENMSDIANNDDIDVVYVVTPTGTHKDFAVMAANTGKHVWCEKPFAMDETECQSVIDACAKNNVMLSIGYRMQHEPNTRHFAELHLRHPYGPFKNFESFAGYAGSGRDPSNWRMKKAMGGGALYDMGVYAINGARFISGNEPVAVSGTFEKSHPSIFTEVDETTLFTLHFANGVDANCGASVVKGFNYFKANCASGWYQLKPMQSYSGVTGSTSDGVNLPPISAMQQTLQMDNDAKAILGIGPALVTAQDALKDVQIINAIFKAAETGQKIELS				NA	NA	NA	NA	NA
AK237_02543	306			hypothetical protein	ATGTTAAATGGGGTTGCAGGCAAACCCGCTGAGGAGCGATTAATGACAAAAAATCACGGTAGTCAGATAAAGAATGACGAGCGTTATGAAGCGCTAAGGGAGAAAGGTTTTAGCAAAGAAAAGGCGGCACGGATTTCAAATGCCCAGGCTAATGACTCTCTGCACCCCTCTAAGAAAGGCGGCGAAAGTAAACCCTATGAAGAGCGCTCTAAAAAGGCGTTATACGAACAAGCTAAAAAACTCGATATCGAAGGTCGTTCGAACATGAATAAGGATGAACTTATAAAAGCCCTGCGCGAGCACTAA	MLNGVAGKPAEERLMTKNHGSQIKNDERYEALREKGFSKEKAARISNAQANDSLHPSKKGGESKPYEERSKKALYEQAKKLDIEGRSNMNKDELIKALREH				NA	NA	NA	NA	NA
AK237_02544	732			hypothetical protein	GTGGCAAAGGTTGCAAAACTCTATCGCATGGTAACCAATCAGCACATTTGTCCCTTCGGGCTTCGTTCTAAAGACTTGCTTGAGCGAGAAGGGTTTGAAGTAGAAGATCATAAACTTACTACGCGAGAAGACACCGACGCTTTTAAGCAGAAGTATGACGTGAAGACAACACCGCAAACCTTTATCGATGGGCAGCGGATCGGCGGCTACGACGATTTGCAAGCCCATTTTGGCAAAGGGGATAAACCACAGTCAGGCACAACGTACACGCCTGTGCTCGTTATCTTCGCTGTCGCATTATTACTGGCTTTTGCTGTACAGAGCATGCTGATGGCAAACCTATTTAGTATCCGTACTTTACTGCTCTTTATCGCCTTTTCTATGACATTACTAGCGGTACAAAAGCTGAGAGATCTGTTTAGTTTCACCAACTCGTTTATCACCTATGATCTTCTGGCAATGAGGTACTTGCGCTACGCGTATCTATACCCCTTTTTAGAAGCTTTTGCCGGTATTGGTATGATTGCGATGCTGCCCGCAGCACTCATCGCCCCGGTATCTTTATTTATCGGCACGGTTGGCGCAGTATCGGTTTATAAAGCAGTTTACATCGATAAACGGGAACTAAAGTGTGCTTGTGTGGGTGGAGACAGCAACGTACCTTTGGGGTTTGTGTCTTTATCGGAAAATCTATTCATGATTTTCGGCGCTTTACTTATGCTTTTACTGTGA	MAKVAKLYRMVTNQHICPFGLRSKDLLEREGFEVEDHKLTTREDTDAFKQKYDVKTTPQTFIDGQRIGGYDDLQAHFGKGDKPQSGTTYTPVLVIFAVALLLAFAVQSMLMANLFSIRTLLLFIAFSMTLLAVQKLRDLFSFTNSFITYDLLAMRYLRYAYLYPFLEAFAGIGMIAMLPAALIAPVSLFIGTVGAVSVYKAVYIDKRELKCACVGGDSNVPLGFVSLSENLFMIFGALLMLLL				NA	NA	NA	NA	NA
AK237_02545	1125			hypothetical protein	GTGAAAAAATTCGCAATAGTACTAACGCTTGCTTTAGTCATTGTTGCTGGCGCGTTTTTCTTTCAACAATCCGGTTTTTTCATTAATAGTCCGTCCCCGCTTGCTAACGCTAAACCAGAGAATGTTCCTGCCAAAAAATCGCTGCCTTTGGCCAGCGCCGCACAGCATAAAAGCGCTGAAAATAACGAGCCTGTTACTACTATTCCTTCGTGCCCGCGCCTGCGTGTGGCTGACTACGCGTTGACTGAAGATAAAATCGATGCCTTTTATGCAGGAAACCGGCATTCATTGAATGAAAAATCGCGTCTCACCGCGCTTATCATGACCAGCTCTGATGACAACGCTGCGCTGAATGCCTGGCAGACATTTCTGTCTGACTATCCCCGCAACATAGAAGCTGTTCGTGAAACATTGAGGATTTGTAGTCTTGTCGAATCCCACTCCGTGTGTGGTCCTGACTTAGTTCGTCACGCTGAAGAGGTTGGCCGTGATGACGGGGAAATCTGGCTTAATCTGGTTTTATTTCAGATAAAGCAGAATGATCGTAAGGCTGTATTGGTGTCGCTTGAAAATATGCTACAGGCAAAAAGCTACGCTAACCGCTATGCAGCGTTCATCTCCATGATTGTTGATTCCGTCGTTGCTGAACAAGTGGCCACTATTGAAGAAGCGGTTCCTTACGCGATCGGAAAGTGGGCCGTCAGCGCCTACCATTATCGGCAATTGAAAACATGGTGTGACACTTACAGTGACGATCCTGCGGTAGCCAGCGCTTGTATTGCCGCGGGTAACGATATGGTAGCAAGAGCGCCATTAAAGACCGACAAACTAACAGGTTACGATATCGCGCTGGGTGTTTACGCGAGGCAAGGCAACACGGCGATGGCTGACGCTGTGAGGGTAGAAAGAGAAGCGGAGACTCGACATTCGAACCCACAGCTACCGGATGCGCTGGATTTGATGATGCACGACCATGCGCTTTTTTACACCTGGCTTGATACATTGCAGCAGTCCAACGAATATGAAGCCGATAAAGTCTTAGTGAAAGAAGCCACAGAGAAGGCTGCTAACCCGTTGTATCAACCCTGTGGCATACAGTCTGCATCGTCTGTTGCTTCACAGTAA	MKKFAIVLTLALVIVAGAFFFQQSGFFINSPSPLANAKPENVPAKKSLPLASAAQHKSAENNEPVTTIPSCPRLRVADYALTEDKIDAFYAGNRHSLNEKSRLTALIMTSSDDNAALNAWQTFLSDYPRNIEAVRETLRICSLVESHSVCGPDLVRHAEEVGRDDGEIWLNLVLFQIKQNDRKAVLVSLENMLQAKSYANRYAAFISMIVDSVVAEQVATIEEAVPYAIGKWAVSAYHYRQLKTWCDTYSDDPAVASACIAAGNDMVARAPLKTDKLTGYDIALGVYARQGNTAMADAVRVEREAETRHSNPQLPDALDLMMHDHALFYTWLDTLQQSNEYEADKVLVKEATEKAANPLYQPCGIQSASSVASQ				NA	NA	NA	NA	NA
AK237_02546	561	osmY	COG2823	Osmotically-inducible protein Y	ATGAAACGGATTCTTCCTATTCTGACACTGACAGTCGGCACTGTGTTCTCATCGTCACTTCTTGCTGAAGGGATTTCAGACCAACCGACGCAATCAGCGATGGATAATGCGATTGCAGGTAAGGTAGAAGCGGCACTCTTGTTTAGTGGTCAATTTGATACGATGGACATTCATACGGATGTGAACAACGGACAAGTTACTTTAACCGGTAGCGTCGACAATGACGTCAATAAGGAGCTTGCTCAGGATGTAGCAGCGTCTCTCGCAGGCGTAGTATCAGTTGAAAACAAGTTGGATGTTGTAACGCCAAGAATTCTGGAGGGTGATTTAGTCACTTTACTCCATGGAGTCAGGGACGCACAAATGGTGTCGTTAATTCGAACACAGCTTTTGTTGGAATCCGGGCTTTCTGGCGCAGACATTGATGTCCAAGCTTTACGAGGGATTGTAACCCTATCTGGCGAGGTTGATTCGCTTACAGAGCGCGATTTGATCATAGCCATTGCAAAGAACACTGATGACGTTATCGACGTTAAAAGTGAACTGTCTATTGGCAGTTAA	MKRILPILTLTVGTVFSSSLLAEGISDQPTQSAMDNAIAGKVEAALLFSGQFDTMDIHTDVNNGQVTLTGSVDNDVNKELAQDVAASLAGVVSVENKLDVVTPRILEGDLVTLLHGVRDAQMVSLIRTQLLLESGLSGADIDVQALRGIVTLSGEVDSLTERDLIIAIAKNTDDVIDVKSELSIGS	PGPT0013305_470	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_OSMOTIC_STRESS	OSMOTIC_STRESS-GLYCINE-BETAINE_METABOLISM,PGPT0013305-osmY-K04065	NA	NA
AK237_02547	786	viuB	COG2375	Vibriobactin utilization protein ViuB	ATGGAAAAAAGACAGCCAAGACAACCCGCCTGTCTCACAGTTACAGATAACATCGAGGTAACGCCTCACATGCGACGTATTACCGTAAGTGGAGACGCTCTCAAGCAATACCCCGACATTGATACCACCGCATATATCAAACTGCTTTTCGGTTTTGATGGCAACCCATTGACGCAAGCTCCCTCCTCCCTGCAGGACGCACAGTTACGTACTTACACAATTCGCCGCTTAGATCGCAAAGCAGGTTCGATGGATATTGATATGGCATTGCATGGTGACAATGCCGCCAGCGGGCCCGCTTCACACTGGGCAAAGCACACCAAAGTCGGTGATGTGATTTATGTTGGCGGCCCGGGCAGTTCAAAGGGACTGGCTGACAATTATGATTGGGTGTTATTCGCTGGCGATATGACGTCGCTTCCAGCCATATCGACGTATCTTGAGAAACTGCCTGAGAATACGAAAGGGTATGCAGTTGTTAAAGTAACAACACCTGATGATATTCAGCCAATCTCGACACCGAAGGATGTGAAAGTAATATGGGTGACGGGAGAAAACAGCTTAGTAGAAGAAGTCGCCGCTCTGCCGTGGAAGCCTGGCGTGGCAAGCGCTTGGGTGGCGTGTGAGTTTTCTGATATGCGGGCACTTCGCCAGTTACTGGTTAAAGAGCGTCACATGCCTCATGAACAGCTTTACATTAGTAGTTACTGGCGCGAGGGTCGTTCTGAAGACCAACACAAAGTCGACAAACGCAAAGATATGGAAGAATACGAGGCGAGCGCTTAA	MEKRQPRQPACLTVTDNIEVTPHMRRITVSGDALKQYPDIDTTAYIKLLFGFDGNPLTQAPSSLQDAQLRTYTIRRLDRKAGSMDIDMALHGDNAASGPASHWAKHTKVGDVIYVGGPGSSKGLADNYDWVLFAGDMTSLPAISTYLEKLPENTKGYAVVKVTTPDDIQPISTPKDVKVIWVTGENSLVEEVAALPWKPGVASAWVACEFSDMRALRQLLVKERHMPHEQLYISSYWREGRSEDQHKVDKRKDMEEYEASA				NA	NA	NA	NA	NA
AK237_02548	429			hypothetical protein	ATGCATGCAATGGGAACTTCACCGGCCGTGGTGATGAAAGCCTACGTGATGGCGTACGAAGCAATGGGCCTGACTCGTCTGGAGGCCGCGAATTTATTAGGAATTTCAGAGCGAGCGTTGTCACAAAGCCTGTACGTTGGCTTTGACGAAAAGTCACAGGAGTGTGAAATTCAAGTCGCGCTTATCCGTTTGTATCATTTGCTCTTTGCGTTGTCAGATGGTGACAGTCGGTATATTGCGGAGTGGTTGAACCGCTTCAACTTTCACTTAAATGCAGTGCCTGTAGCGGTTTGCCATAACCTGGCCGGAATTGTGTATTTAACTGATTACCTGGAAGACATGCACGGCGGGCAATCAGTTCCTTTTGTTGATATTCAGGGTCACATTCATGCGGCAAACGTTGAGGAAGACGAACATGCTCACCGTTAG	MHAMGTSPAVVMKAYVMAYEAMGLTRLEAANLLGISERALSQSLYVGFDEKSQECEIQVALIRLYHLLFALSDGDSRYIAEWLNRFNFHLNAVPVAVCHNLAGIVYLTDYLEDMHGGQSVPFVDIQGHIHAANVEEDEHAHR				NA	NA	NA	NA	NA
AK237_02549	450			hypothetical protein	ATGAAGTTTGTACACGGCGAGTTTGAAATCGTCCTCTCGGGCAATATCATGCTTACTCAGGCTTTCGGTCCCTGGAATTCTGAATGTGTTGTGGCATTCGGCGAGGCTTATCGGATTGAACGCCAGCCCCTTAAAGCAGATGTATGGGCAGACATCGTTGTGCTGCGTGGTGAAAGTCTGCTAATACCCGACGCTGAGCGCGTGCTAGGGGAGCGGGTTCATGCTGTGGTATCGCTTGGTCTGAAGAAGGTCGCTATTGTCACTGCTGAATCATCTGTCAGCGTAACATCAAAAATGCAATTAACCCGCTTGTACGACAAACTGAATGTCGAATACGATTTTTTTGTCACCTATCATGAAGCAAAAGCCTGGTTGAATGACGCCGGTTTCGATACATCAATCCAATCAGAACAAGCGTTCTGTGCCCACCTTCCCAAGTCATTACTCTGA	MKFVHGEFEIVLSGNIMLTQAFGPWNSECVVAFGEAYRIERQPLKADVWADIVVLRGESLLIPDAERVLGERVHAVVSLGLKKVAIVTAESSVSVTSKMQLTRLYDKLNVEYDFFVTYHEAKAWLNDAGFDTSIQSEQAFCAHLPKSLL				NA	NA	NA	NA	NA
AK237_02550	561			hypothetical protein	ATGCACGTTTTACCTTTATTCAAAACTGAAAGTGTCGATAAGTTAGCCTGGCCAGCAGCGCAAAACCGTTTAACGCTGCAATCACCAGCAAAAGCTGTTTTTACCGATTTTAAAGAACACGTTCCACTGGTTATTGATTACAATGCCAAGGCAACTGAACTTGAGCATTTGATGAAACAGTCTCATGTGAAAATGAAAATTGTACTGGATAAAAATGACCAGTTTGCTGGCATAGTAACGTTGGCTGATTTGACCGAGCAGCGAATTATGCAAAAAGTGGCGCAAGGGACGGCACGCAGTGATTTAATTGCCGCAGACTTCATGCAGCCGAAATCCACGCTACAATCGTTTGATTACGAGCAGATTTTGCAAGCAACGGTTGAAGACATTATCGAGACATTGAAAGACAATGGGCAACAACATTGTCTGGTTATTGACCGCAACGAACATGTTATTCGTGGCATCATAAGTGTGAGTGATATCGCCCGGGAACTAAGACTTCCTCTTGATATACAAGCACAACCCTCATTTTCTGCATTATCGAGTGTCATTGCGGCATAA	MHVLPLFKTESVDKLAWPAAQNRLTLQSPAKAVFTDFKEHVPLVIDYNAKATELEHLMKQSHVKMKIVLDKNDQFAGIVTLADLTEQRIMQKVAQGTARSDLIAADFMQPKSTLQSFDYEQILQATVEDIIETLKDNGQQHCLVIDRNEHVIRGIISVSDIARELRLPLDIQAQPSFSALSSVIAA				NA	NA	NA	NA	NA
AK237_02551	300			hypothetical protein	ATGCGTTATTGGGCTGTCGCACTTTGGTTGTTAACACTGCTTCCCGTTTTGGGGGATAGCAGTGATTCATCCGTGGGCGCAAAGCCAGAGGCGGTGGTATCAATTGCCGACGGGCAAGTGCCAAATGTCGTCAATGATGCCAATACAGACGCAGAATCGGATAACAACAACGGTATTCATAGTGAAGGTCAGACCGTCATTGTGGCGCAGCATTTCAGTGAATATGCTGATTTTCGGTCAGACCCTCTTCGTGGACTCGTTCGTGCCTACAGCATAAGAGCGCCACCCATATTTTCCTGA	MRYWAVALWLLTLLPVLGDSSDSSVGAKPEAVVSIADGQVPNVVNDANTDAESDNNNGIHSEGQTVIVAQHFSEYADFRSDPLRGLVRAYSIRAPPIFS				NA	NA	NA	NA	NA
AK237_02552	1959			hypothetical protein	ATGAAATCAGCGTATATTCCTGCAATAGATGGCCTTCGCGCCCTCGCCGTCGTTGCCGTTATGATTTTCCACCTCAATGGTAGTTTCCTGCCCGGCGGATTCACCGGCGTTGATGTTTTCTTTGTTATTTCTGGTTACGTAGTGGCTCGTTCTTTAGCGTCCAGAGAGCCGGGTAATTTTTCCTCGTACATTATCAATTTCTATCGCCGGCGTATTCTACGAATTTTCCCGGCGCTGATAGCCTGTTTGGTCATAACCAGTTGTATTGTCATCTTTTTCATACCTCAAGCCTGGCTGAGTCAATCGATATCCGATACCGGCTTAGCGGCATTTTTCGGGGTAAGTAATATCGCCCTGGCGATGAACACCGACACGTATTTCTCGCCTTCTGTAGAATTTAACCCGTTTGTCCACACCTGGTCCCTTGGTGTTGAAGAGCAGTTCTACATCCTCTTTCCCATCCTGTTTTATTTCTGGCTGAAAGGGCAATATCGTCCGGCAGTACTTACTGTGGGCCTCATTTCCCTGGGGATTTCAGCATGGCATTCTGGCAGCAATACCAATTTAGCGTATTACCTGCTCACAAGTCGCTTCTGGGAATTAGCGGCAGGCGCGATGCTCTACCAATACCATCACGGCAGAAATATTTCCGGTAGCACATTGAATGCGAACCTCTTTGCTGTAATCGGACTGGCTCTTATCGGAGCAGGATTAGCGTTAGCAGACAAGGCCGCCTTTCCGCTGCCCTGGGGGCTTCTGCCCGTCATTGGCACGGTGGCACTCATACACGGGATAATTCTCTCCGGTAATGCATTAGTTATTCGACCATTTACGCTTCGTCCCGTTATTTATATAGGAAAGCTCTCCTACTCACTTTATCTTTGGCATTGGCCGGTTTATACCTTCTTCCGTTGGTCTACCGGATTGCAAACCGCGGGTGAAATGACTGCTGCTGCGGCGATCACAGTGGTCTTTGGCGGATTGTCTTATCATCTGGTGGAACGCGGTATTCCAAAGATCCCGTTTATTCGCCAACTGTCACCCAAAGGCACTGTTGGTTGGGGTACGGGCGTCATCACATTCACGTTCGTTTGTACGTTCCTGGGATTCACAGGACAAAAATTTCTAAATGTCAGCAACACTAACGACCGCTATGTCTGGTACCCGTACTATTCACACCAGTCTGATGTGGATAAAGGCAATATGCTGGAAGGCCGCACCATCTATGTGATTGGAGACTCTCATGCCGGCGCATACTCAACCATGCTTAGGATGCTGGCAGATGAGACTGGCATAAAAACCAAAATATACAGCAGTGGCGGTTGTGGTGTTTCCAACTTACGTGAGCCGGTGCTAGTTGCAGAAAATAGCTGTCGCGATACGCTTGAAAAATGGCTGGCTGAATTAAAAGAGCACGCCACAAAAGACGATATTATTTTCCTCGCTACGTTAAAGATGTACCGCATGTCCAACCAATATAGCGTATCACCTCGCACTCATCAGGAAGTGTTGGCTGAGATGACTGCACCAGAGGCAGAAGTATTGCGCGCTGAGGCAAGAGAAGAAACCATTGACGTTATTAATGCACTTGCCGACGTTACGCCGAATATCATTATGGATGCACCGAAGCCCGTTTTTTCTTACATTCCGTTTCGATGCAACGACTGGTATAACCAGGACAACCCAGCCTGCTTAACCGCACCGCAAGAATCCAGAGAATTTGAAGAAACCCTGCGCGAACCTATGCAAGCGTCTCTGGCTGCTATATCGGAAACCATACCTGAAGTGGCGATTTGGGACCCTATGCCGGCGTTGTGTGATGATAGTGTGTGTCCGGTATTTAAAGATGGCGCAACGCTATATTTCGACGGCGATCATCTCTCGGCACATGGAAATCGCGTGGTTTATCCCTCGTTCAAGGCATCGGTTTTAACAATGATGTCTAATGCTGCGCTGTGA	MKSAYIPAIDGLRALAVVAVMIFHLNGSFLPGGFTGVDVFFVISGYVVARSLASREPGNFSSYIINFYRRRILRIFPALIACLVITSCIVIFFIPQAWLSQSISDTGLAAFFGVSNIALAMNTDTYFSPSVEFNPFVHTWSLGVEEQFYILFPILFYFWLKGQYRPAVLTVGLISLGISAWHSGSNTNLAYYLLTSRFWELAAGAMLYQYHHGRNISGSTLNANLFAVIGLALIGAGLALADKAAFPLPWGLLPVIGTVALIHGIILSGNALVIRPFTLRPVIYIGKLSYSLYLWHWPVYTFFRWSTGLQTAGEMTAAAAITVVFGGLSYHLVERGIPKIPFIRQLSPKGTVGWGTGVITFTFVCTFLGFTGQKFLNVSNTNDRYVWYPYYSHQSDVDKGNMLEGRTIYVIGDSHAGAYSTMLRMLADETGIKTKIYSSGGCGVSNLREPVLVAENSCRDTLEKWLAELKEHATKDDIIFLATLKMYRMSNQYSVSPRTHQEVLAEMTAPEAEVLRAEAREETIDVINALADVTPNIIMDAPKPVFSYIPFRCNDWYNQDNPACLTAPQESREFEETLREPMQASLAAISETIPEVAIWDPMPALCDDSVCPVFKDGATLYFDGDHLSAHGNRVVYPSFKASVLTMMSNAAL				NA	NA	NA	NA	NA
AK237_02553	888			hypothetical protein	ATGCGTCGGTTATATTCATCAATTTTATCCTTGTGGCTTGCAGCTGCATTAACAGCGTGTAGTGCCACACCAGAGAAATCAGCTGGCTCGGCAACGATTTCGCACGTAAGTAATTTTACTGACATCAATGTTGCCATCGAATCGCTTAACGCCCGGTACGGTGCTGAAAACGTGCTTATTGTCTCTGATATTGATAATACGTTACTGACCAGCGCTTCCGACTTAGGCGGAGATATCTGGTATCAATGGCAACGTGGCAAACTCGATGTGAAGCCGACAAAAGCACAGCAGGTTTCATGCTTGTTTGAAGACACCATTGGCATGCTTTACGAATTAAACCCTATGACAGTAACCGACCCCCTGGTACCTGAAATGGTAGCCAGTTGGCAGCTGGCAGGAAATACCGTGATGGCACTCACCTCTAGGGATCCGCGTTATCGCGCAGCCACAGAGCGGGAATTACAAAGCAACGGTATTAACGTAAACACGTCTCCCCTTACACTAGAAGATGGTACGCAACCAGAATATCGTCATCAGTTAGAACGTGAGCTTACCTATAGTCATGGTGTAATGATGACGACGGGTATGAACAAAGGCGACATGCTTCACTGGCTTTTAGATCAGACACATCGCCAGTATGACGCCATTGTCTTTATTGATGATTCGCGCAAAAACATCGATAACATGTATAACGCGTGGGAAAGCGGTAATACCGATATGGATATTTTCTACTACACCCGTGTTGAAGATACTCGCATCGCAGAACATGGCGCGGTACTTACCCAGCAACAAGCCGATAAAATGGCAGCTGACTACGACACCCTGAACCGCACGTTACTTAAAGTATTCCCGGGACGTGCACCTGGTCACTGCCTGACGGTTAACTAA	MRRLYSSILSLWLAAALTACSATPEKSAGSATISHVSNFTDINVAIESLNARYGAENVLIVSDIDNTLLTSASDLGGDIWYQWQRGKLDVKPTKAQQVSCLFEDTIGMLYELNPMTVTDPLVPEMVASWQLAGNTVMALTSRDPRYRAATERELQSNGINVNTSPLTLEDGTQPEYRHQLERELTYSHGVMMTTGMNKGDMLHWLLDQTHRQYDAIVFIDDSRKNIDNMYNAWESGNTDMDIFYYTRVEDTRIAEHGAVLTQQQADKMAADYDTLNRTLLKVFPGRAPGHCLTVN				NA	NA	NA	NA	NA
AK237_02554	420	arfB	COG1186	Peptidyl-tRNA hydrolase ArfB	ATGGCAATACTTGCAGTTACCCCTTCTCTGAGCATCGATGACGCCGAAATAGACATGACGGCAATTCGAGCTCAGGGAGCGGGCGGTCAAAATGTTAATAAGGTAAGTAGTGCCATCCACCTGCGCTTTGATGTGCAAAATTCGTCATTACCTGATCCGATAAAAACAAAATTGTTAGCGCAAACCGACAGCCGTCTGACCGCTGATGGAGTATTTGTCTTGAAAGCTCAAAGCTTTCGTACTCAGGAACAAAATCGCCAGGATGCGCAGGCTCGGTTGATCGAATGGATAAGCCAAGCGACGAAGGTACAGAAAAAACGTCGTCCAACTCGCATTGGTAAGGGCGCGAAACTACGCCGTGAGGCAAGTAAAAAGCAGCAAAGTGAACGTAAGCAAATGCGTAAGAAGGTAGACTTTTAG	MAILAVTPSLSIDDAEIDMTAIRAQGAGGQNVNKVSSAIHLRFDVQNSSLPDPIKTKLLAQTDSRLTADGVFVLKAQSFRTQEQNRQDAQARLIEWISQATKVQKKRRPTRIGKGAKLRREASKKQQSERKQMRKKVDF	PGPT0013740_337	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_OSMOTIC_STRESS	OSMOTIC_STRESS-OTHER_REGULATORS,PGPT0013740-rhlE-K11927	NA	NA
AK237_02555	1293	ndh	COG1252	NADH dehydrogenase	ATGAAAAAGATCGTCGTTGTAGGCGGTGGTGCAGGAGGCCTGGAACTGGTTACCCGCTTAAGTAAAAAGCTGGGGCGGAAAGGGTTAGCAGAAGTCATTCTGGTTGATCGCAGTAAAACCCACGTGTGGAAGCCATTACTTCACGAAGTTGCTGCGGGCGTTATCGATAAAAACTCAGACGGTGTTGATTACCGTATGCATGCGGTGCGTAACAAGTATCAATTCCAGCTGGGTAATATGCAGCGTCTCGACAAAGAGAACAAATACATTGTGTTAGACCCGCTCTATGACGAGGACGGGCACCAAATTCTGCCGGAACGCACCATCGAATATGATTATCTCGTACTTTCTATGGGGAGCGTGTGTAATGACTTTGGCACGCCGGGTGTGGCAGAGCATTGCTATTTCCTTGATTCGCTGGCTCAGGCTGAACGTTTTCACAAAGCACTGCTTAATCAGCTGCTCAGGGTAAATCAGTCCTGTACCGATCAGGAAGTTATTCACGTAGCCATTGTCGGTGGCGGTGCCACAGGCACAGAACTGGCAGCACAGCTTCACCACGTGGCGAACCTAGCGCGGGCGTATGGTATGCCGGAGATGTCTGCTGAGCGCTTAAAAGTGTCTATTATAGAAGCCGGTCCGCGTATTTTACCTGCGTTGCCCGAACGTATCGCCGGATCAGCGAAAAAAGCGCTGACAGATTTAGGGATCGATGTGCTGGAAGGTGCCATGGTGTCTGAAGCTACAGAAAATGGCTTTAAAACCAAAGACGGTAAAGAAATTGATGCCGATTTGCTGGTGTGGTCAGCAGGGGTAAAAGCGCCGGATTTCCTTGTTGAGATGGATATTTTCGAAACTAACCGTGCCAACCAGATTCTGGTCAATGAACATCTGCAAAGCACCGTCGATAACGATATTTTTGTAATTGGTGACTGCTGCGGCTTTAAACAGAAAGATGGTTCCTGGGTACCGCCCCGAGCGCAGTCTGCCCATCAGATGGCCAGTGTGGCGGCGGCTAATATTATAAATGTCTTTAAAGGTGCACCACTTAAAAGCTATGAATACCGTGACTATGGTTCACTGGTACACCTGAGTAAATACAGCACCGTGGGCAGTTTAATGGGCGCTTTGGTTAACTCCAGTATGTTTATTGAAGGGCGTTTGGCGCGGCTGGTTTATATATCGCTCTATAATATGCATCAGTACGCGATTCACGGTACGTTAAAAGGAACGTTGACCTTGCTGGGCCGTAAAGTGAGTAATTTTGTAGGGCCTAAATTGAAGTTGCATTGA	MKKIVVVGGGAGGLELVTRLSKKLGRKGLAEVILVDRSKTHVWKPLLHEVAAGVIDKNSDGVDYRMHAVRNKYQFQLGNMQRLDKENKYIVLDPLYDEDGHQILPERTIEYDYLVLSMGSVCNDFGTPGVAEHCYFLDSLAQAERFHKALLNQLLRVNQSCTDQEVIHVAIVGGGATGTELAAQLHHVANLARAYGMPEMSAERLKVSIIEAGPRILPALPERIAGSAKKALTDLGIDVLEGAMVSEATENGFKTKDGKEIDADLLVWSAGVKAPDFLVEMDIFETNRANQILVNEHLQSTVDNDIFVIGDCCGFKQKDGSWVPPRAQSAHQMASVAAANIINVFKGAPLKSYEYRDYGSLVHLSKYSTVGSLMGALVNSSMFIEGRLARLVYISLYNMHQYAIHGTLKGTLTLLGRKVSNFVGPKLKLH	PGPT0004020_3154	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
AK237_02556	330			hypothetical protein	GTGCTTTTACGTGGAGACGAGTCTGAATTTGAAACACGCGGTAAACCCATCCCTGAGCGCTCTGCCGCAGCATCCATGCTGCGGAAGGTTTCAAATTCAGAGTCATCCCCACTTTGCACGCTACTACAGGCAATAGTTACCGCGTCAACCTGGTGCGCGGATGGGGTGGGCGTTGATTTTCAGAACCGTCTGCCGCAGGGAAGCGGCAGCCGAGGCCCCATGGATGGGTTTACGCCGTGTTCTGAAAATCAACGCCCTGTCCGGCCAGAAGCGCCAGATACCACCTTACGTGCAGTCGAAAATATTATTCCCAACGATAAACGAGACTAA	MLLRGDESEFETRGKPIPERSAAASMLRKVSNSESSPLCTLLQAIVTASTWCADGVGVDFQNRLPQGSGSRGPMDGFTPCSENQRPVRPEAPDTTLRAVENIIPNDKRD				NA	NA	NA	NA	NA
AK237_02557	2088	btuB_26		Vitamin B12 transporter BtuB	ATGACCGCACCCTTCACATCATCTAAAACCGTGCTTTCCAGCGCCATCGTTGCCGCAATTCTGGCTGTGCCAGCTGTCGCGGAAGACAACAGCACAGCTATTGAAAGAATCACTACGACCGCATCGAGAACCGGGACTTCTGCATTCAAACAACCTTTTTCAGTGAGTGCTATCGACGAAAACGCCTTAACATTACTTTCTGCCACACACATTGAAGAAGCACTCAACCAAATAGCCGGCGCGCAATTACAACGTGGAAACGGACAAGAATACCTGCCGGCATTACGCTCCCCGGTGTTTTCTGGCGCGGGTGCCTGTGGCGGACTGCTTACCGCCGAAGACGGTATTCCGTTAAGAGCCGCAGGCTTTTGTAACATTAACGAGCTGTTTGAAGCTCACAGTGAAATGGCACAGCGCATTGAAGTCTTAAAGGGGCCGGGGTCTGTTTTATACGGCTCTAACGCCGTACATGGCGTGATTAACGTGATTACGCCAGATACTACCCGTGGCGGCGGAATGGCCGGTGTCGATTATGGTTCTTACGGATATAGCCGCTATAAATTACGTTCTGGCTATGACGCTGGTAATACGGGTGTGGGCATCAACGCCAGTGTGACCCGTGATACCGGTTACCGGGTTGATGAAGGCGTCGATCAAGAAAAGGTGAACTTACGGCATCGGTATGACGGTAACGCTTTTTCGGTCAATTCTGGCCTTACCTATACCAATCTGGAACAGGACACCGCCGGTTATATCAGCGGAACTGACAGCTATAAAGATAAAGCGCTGGCACAGGGTAATGAAAACCCTGAAGCTTACCGCAATGCTCGATCGTTAAGACTGTGGTCGAAAGTATCGGTAACATTGGACAATGGTGACGACATCATTGTGACCCCGTTTGTGAGAGATCAGGATATGGACTTTCTCATGCACTTCCTGCCCGGCCAACCAATTGAACAAAACAGCCAGCGCGGGGCAGGTTTACAATCACTCTGGCGACATGCGTTCTCTGACAATCTAACACTGCGCACGGGTATCGACGGTGAATTTACCGAAGGCGACTTACTGCAATATCAGGACGGTGCAACAACCGGCTCCGCGTTTCTTGTAGAAACCATCCCGTCGGGTAAACACTACGATTACAGCGTAGATGCTACAGTAGTTGCACCTTTTGCCATGGTGAACTGGGAATATGGCCGGTGGGCATGGTCGGCCGGTGCCCGTTACGAGCATATGCGTTACGACTATACCAATAATATGAACAGCGGCAGGGTGCGTGAAGACGGCACAGCATGCGGGATGGGAGGCTGTCGTTATACCCGCCCGGAAAGCCGTGAAGACACGTTCAGCAATTTCTCACCGAAACTCGGTGCAGCCTATTCGATAGATGATAATACGCTGGTTTACGCCAATATTTCGCGAGGTTACCGCGCTCCCCAGGCTACTGAATTGTATCGCCTTCAGCGAGCGCAAACTGTTGCTGAGCTGAAACCTGAAGAGGCCGACAACATTGAGCTTGGCGTTAAAGGAAAGGGCGAATCGCTGCGATACAATATTGCCGTATATCACATGGATAAAGACAACTTTATCTATCGCGACAGTGATTATTATTACGTTAATAATGGTAAAAGCCGTCACGTGGGCGCAGAGGTAGAACTGGAATGGCAAATGAACCCCGAGTGGGCGTTGATTGTGGCCGGAACCGTCGCCAAGCACACTTATCGCCATTCAGAGCTTTCCGGTGATATTGATATTCGCGGCAACGATATGGATACCGCACCCCGCCACGTAGCAAATACCCAGTTACGGTACACTCCCACAGAAGCTGTAACGGCTGAACTGGCATGGCAACACATGGGCAGTTACTACACTGACCCCGAAAACGCACATAAATATGATGGTCATGATGTGGTGGATTTACGTACAAGCTGGGACATAAACCCGGCGCTGACGGTGTATGGTCGCATTAACAACCTGCTCGATGAAGCTTATGCAGAGCGGGCAGACTACACGTCGTTCAGCGGTGACCGTTATTTTCCCGGTCGTCCGAGAAACTATATGGTTAGTCTCGTTTATCGTTGGGAATAA	MTAPFTSSKTVLSSAIVAAILAVPAVAEDNSTAIERITTTASRTGTSAFKQPFSVSAIDENALTLLSATHIEEALNQIAGAQLQRGNGQEYLPALRSPVFSGAGACGGLLTAEDGIPLRAAGFCNINELFEAHSEMAQRIEVLKGPGSVLYGSNAVHGVINVITPDTTRGGGMAGVDYGSYGYSRYKLRSGYDAGNTGVGINASVTRDTGYRVDEGVDQEKVNLRHRYDGNAFSVNSGLTYTNLEQDTAGYISGTDSYKDKALAQGNENPEAYRNARSLRLWSKVSVTLDNGDDIIVTPFVRDQDMDFLMHFLPGQPIEQNSQRGAGLQSLWRHAFSDNLTLRTGIDGEFTEGDLLQYQDGATTGSAFLVETIPSGKHYDYSVDATVVAPFAMVNWEYGRWAWSAGARYEHMRYDYTNNMNSGRVREDGTACGMGGCRYTRPESREDTFSNFSPKLGAAYSIDDNTLVYANISRGYRAPQATELYRLQRAQTVAELKPEEADNIELGVKGKGESLRYNIAVYHMDKDNFIYRDSDYYYVNNGKSRHVGAEVELEWQMNPEWALIVAGTVAKHTYRHSELSGDIDIRGNDMDTAPRHVANTQLRYTPTEAVTAELAWQHMGSYYTDPENAHKYDGHDVVDLRTSWDINPALTVYGRINNLLDEAYAERADYTSFSGDRYFPGRPRNYMVSLVYRWE	PGPT0003790_26646	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0003790-hutA|fatA|fct|foxR-K02014	NA	NA
AK237_02558	1032			hypothetical protein	GTGGCCGTGGTCGAGTTGACAGTTGCCACGTTGGTACTACTGTTTTGTTTTTTTGTGTGCAGAAATAATAAAACGGCTCGCAGCATTTTAATTAACAAACACAAGTTAATTGTTCCCGACCTATTTAGTCTGAAAGGTTACTTTTGTATTCCTCTGCGTGATATCACTTCAATACAGCTTTGCAAAAACTCTCTCGCCCTGGCCATAAGTGCTAACAAATACCCACACGTTCTTATAGATAGTCACTCTTTGGAAAATAAGGCAGGGCTCAGGGTTATTTATCATGTCTTAGAAGAAAGGCTTAAGCAAAGTGACCGGCTCAATAATTGTCATGAAATCACAGCGAAGATAGCCAGTTATCAAAGATGGGGGTATGTTTCGATTGCGCTGTTTATGGCCGGTGTTTATTTCTTACTTTATATAAATGATGCTGTGTCTGACGCTATTTTAGTGGGGGGAGTGGGGAAGGCGGTAATGAGAAATACTGATTTTTATCGGTTTTTCTCTGCCATTTTTTTACATGTTAACTTCTTTCATTTGTTTTTCAATATCTGCCTTCTGGCAATTTATAGCAACATTGTGGGAGTCTTGTTGGGTAACGTCAGGTACTGGAATATATTTTTCACCGCGGGCATTACAGGTTTTCTGACAAGTCATTATTTTTCGTCATTCGATTACGTTGTCGGGGCATCAGGAGCAATCTACGGTGTAGTCGGTGCATTTTTCGTCCTGCGGGTTAAATACAAATCTGTATTGCCACCCAGCTTCATGATTACCTCGGTGAAGGTCATTCTATTTACCTTTCTAACGGATATTTTTATCTCTTATATCTACAGGGATATCATTGACTTCTATTCGCACATGGGAGGCATTATCGTTGGTATTATCTATGCTCTGTTGATATGTCGTAATAAAGAAAGTGTGTTTTTGCTGTCAAATGTTAAGCGCTTTGAATCGCACTTATGTATATCGATATGCGTTTCATGCGCACTGGGTCTGGCCATTTTTACATGTAATTTATTAACGTTATAA	MAVVELTVATLVLLFCFFVCRNNKTARSILINKHKLIVPDLFSLKGYFCIPLRDITSIQLCKNSLALAISANKYPHVLIDSHSLENKAGLRVIYHVLEERLKQSDRLNNCHEITAKIASYQRWGYVSIALFMAGVYFLLYINDAVSDAILVGGVGKAVMRNTDFYRFFSAIFLHVNFFHLFFNICLLAIYSNIVGVLLGNVRYWNIFFTAGITGFLTSHYFSSFDYVVGASGAIYGVVGAFFVLRVKYKSVLPPSFMITSVKVILFTFLTDIFISYIYRDIIDFYSHMGGIIVGIIYALLICRNKESVFLLSNVKRFESHLCISICVSCALGLAIFTCNLLTL				NA	NA	NA	NA	NA
AK237_02559	330			hypothetical protein	ATGAGCAAAATAATGGACGGTTTAAAGAAATCAGAAACGTTGATGATTAAGGAAAAGGAAGCTTGTCATTCTGGCGACAGTTCCTTTACAGAATTGACTTCACATGAAATTTCACTTGTTTCCGGTGCGGCAGATGCCTCTACACAAGTTGCAGTTGGTGCAGCTGCGGGCGGAGCCGCTGTCGGGATTGGTTCTGCTGCATTCGGCGCATCTTGGGGGTCAGTGGGTGTTGGATTAGCATTCGCAGCATCGCCTCTCGCGGTTGTTGCTATTGTCGGCTTGACAGCTGTAGCTGGGTATTCGATTGCTTCAGCAGCCTTTTCTGCTTGA	MSKIMDGLKKSETLMIKEKEACHSGDSSFTELTSHEISLVSGAADASTQVAVGAAAGGAAVGIGSAAFGASWGSVGVGLAFAASPLAVVAIVGLTAVAGYSIASAAFSA				NA	NA	NA	NA	NA
AK237_02560	888	argP	COG0583	HTH-type transcriptional regulator ArgP	ATGATTGATTATCAGTTGCTTGATGCACTATCCCATGTGATTGTCGAGAAAGGCTTCGAGAGAGCGGCAAAGAAAATGTTTCTGACCCAGTCGGCGGTGAGTAAACGCATTCATCAGTTAGAGGCTCTGTTGGGGCAGCCCGTACTGGTGCGCACGCAACCCCCGTCGGCAACGGCACTGGGTAAAAGGTTGCTGAATCATTTGCAACAAGTCAGGCAACTTGAAGTTGCGCTGAACGTTCAGGGTATCGCCGGCCACGATGTTCAATCCGGGCCTCTGACAGTAAAGCTTGTGGCTAACGTGGATTCACTGGCCACCTGGTTACCGGCCGCCCTGGCGATAACGGAAGAGGAAGCTGGGTGCCGGTTTCAGTTTGAAATTATCACGGAAGATCAGTCTATTGCCCTTAAGCGCATGAAAGCCGGTGAGGTCATGGTGTGCATTTGCTCTTCGCCAGAAGCGGTAAACGGGGGCAAAGTGAGCTCACTGGGCGCACTCCGGTACAAAGTGATTGCGAGCCCTGCGTTTATTCGCCGGTACAACATCACCGCGCCTGAAAAACTCAGCGATGCGCCCTGCCTGGTGTTTAATGAACATGACAGGCTCCAGCACGATTTTTTACAGGAAGTAAACGGTACCACACCTTCACTTGTGCATCTGTGTCCTTCTTCAGAAGGGTTTAAGCAGGCTATGCTGGCTGGTATAGGATATGGCTTATTGCCAGTGTTACAACTTAACAAAGAGCTGGAAAACGGGGAGTTAGTCGACCTGATGCCGGGGTACTACGTGGATACGCCTTTGTACTGGCATTACTGGCAAACCGAAAGTCCGCAACTTAAAACATTACGTGATTTTGCCTTACGTGAAGCTGCTAAGCAACTGGCCTGA	MIDYQLLDALSHVIVEKGFERAAKKMFLTQSAVSKRIHQLEALLGQPVLVRTQPPSATALGKRLLNHLQQVRQLEVALNVQGIAGHDVQSGPLTVKLVANVDSLATWLPAALAITEEEAGCRFQFEIITEDQSIALKRMKAGEVMVCICSSPEAVNGGKVSSLGALRYKVIASPAFIRRYNITAPEKLSDAPCLVFNEHDRLQHDFLQEVNGTTPSLVHLCPSSEGFKQAMLAGIGYGLLPVLQLNKELENGELVDLMPGYYVDTPLYWHYWQTESPQLKTLRDFALREAAKQLA				NA	NA	NA	NA	NA
AK237_02561	600	argO	COG1279	Arginine exporter protein ArgO	GTGCAGTCATTTTTATCCGGAATGGGATTAGGTATGAGCCTGATCATTGCTATCGGTGCACAAAATATTTGGGTGCTAAGTCAGAGCATGGCCGGTGCCAACCGGTTGGCGATTGCACTTACCTGCATACTCTGCGATGCCGTACTGATTTTTCTGGGCGTTTTTACCGCCAGTGAAATCAAAACCTGGATCCCGGGACTCATTCCCTGGCTTACATGGGCAGGTGTCGCATTTCTACTTTATCTTGCTTTTGGCGCTGCCAAACGGGCTTATGAAGGCTCGTCAGGCTTAATTATTCATACAGAAAAAGCCGCCAAAGCCTGGTGGAAAACCAGTCTGGCGGCCCTGGCCATCAGCGTGCTGAATCCTCATGTATATCTGGATACCGTGGTGCTGCTTGGCAGTATCGGCGCCCTGCAACCTGATCCGCTTGTATTTGCCCTGGGCGCAACAGCAGGTTCGGTAATATGGTTCTCCAGTCTGGTGCTGTTTTCACCGGCACTGAAGAAGCTGCTTAAGTCCCCCCGTCGCTGGCGTATTTTCGACAGTATTATTGCTGTAGCACTGTGTGCCATCGCCTGGCAGCTGGCCACCATTTAA	MQSFLSGMGLGMSLIIAIGAQNIWVLSQSMAGANRLAIALTCILCDAVLIFLGVFTASEIKTWIPGLIPWLTWAGVAFLLYLAFGAAKRAYEGSSGLIIHTEKAAKAWWKTSLAALAISVLNPHVYLDTVVLLGSIGALQPDPLVFALGATAGSVIWFSSLVLFSPALKKLLKSPRRWRIFDSIIAVALCAIAWQLATI	PGPT0020651_2463	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
AK237_02562	1011	pip_1		Proline iminopeptidase	ATGTGCCTTAAACTCCCTTCCTCAGCCAAAGCTGTGGCATTATCATTATTCACTGCTCTATCTTTTTGTGTAACGTCTTTCACTTCGGTGGCAGACACCGCTGCCTGGGCTCAGCCTGAGAAGGAACTGATGGTACCGGTGGAAGGTGGAAACATTTATGTAAGACTAAACGGTCTTAAACATAAAAACGCTACGCCGGTTATCTTTATTCACGGAGGCCCGGGCGGTACTCATAACGGTTTTGCTGGTATGACTGAACTGGCCAACGACCGTATGGTGATCATGTATGATCAGCTTGACAGCGGTAAATCCGATCAGCCTAACGACCCGGCAAATTGGCGGGTGGAGCGGTTTGTTGATTCACTGGAGACGATTCGCAAAACATTGGGTTTGGCTAAGTGGCACGTGGTCGGCCACAGTTGGGGGTCTGCACTGGCACTGGAATACTCGGCTAAATATCCGCAACACACCGTGTCTACAGTTCTGGGAGGCACGTTTATTTCAACGCCGCATTGGATCATGGATGCCAACCTGCTGGTAAAAGCCGCGCCACAAGATGTGCAGGATACACTTAAGCAATGCGAATCCTCAAAGCCACCTGAAGGAGAAGTTTGTAGCAAAGCCTACACTAAACTCTACTCTGTTTATTATACCCGCGGTGTCCGCTCTGAGGCGGCTAGCGCTTATTATGAAAACGTCGGCGGAAACGGTTTTAACCCGGTTATCTACAACAAAATGTGGGGCCCCAGCGAATTTTCATCTACGGGAGTATTAAAAAGCTACGATGCGACCCATTTGTTGGCGGACATCGACCCGATGAAAACTTTGTTCATGATTGGCCAGTACGATTCAGCTCGCATCGATACCGTACAGGATTATCTGGCATTGACGCCGGGGGCAGAACTGGCGGTGGTACCCGGCGGTGCTCATGGGTTCTATAACGATAGGCCACGTATCACCTTCGCATTACTAAAAAGCTGGCTGGACAGAAAAGATCCGCAGGCTCGTTAA	MCLKLPSSAKAVALSLFTALSFCVTSFTSVADTAAWAQPEKELMVPVEGGNIYVRLNGLKHKNATPVIFIHGGPGGTHNGFAGMTELANDRMVIMYDQLDSGKSDQPNDPANWRVERFVDSLETIRKTLGLAKWHVVGHSWGSALALEYSAKYPQHTVSTVLGGTFISTPHWIMDANLLVKAAPQDVQDTLKQCESSKPPEGEVCSKAYTKLYSVYYTRGVRSEAASAYYENVGGNGFNPVIYNKMWGPSEFSSTGVLKSYDATHLLADIDPMKTLFMIGQYDSARIDTVQDYLALTPGAELAVVPGGAHGFYNDRPRITFALLKSWLDRKDPQAR				NA	NA	NA	NA	NA
AK237_02563	474			hypothetical protein	GTGAAAAAAGTTGGTATTTTCGTAGATGTACAAAACGTCTATTACACCACCCGCAGTGCGTTTAAGCGCAATTTCGACTACAACCGTTTTTGGGCTGAGGCGACCCACGACAGAGAAGTGATAACTGCCAATGCTTATGCCATCAACCGTAACGACGAAAAGCAGAAGCAGTTTCAAAATATTCTCAGAGCTATTGGCTTTGAGGTGAAGCTTAAACCTTTTATCCAACGCGCCGACGGCAGCGCCAAAGGCGATTGGGACGTGGGGCTGACGCTGGATATGATGGAAGCGGCGGAGCATTGCGACGTACTTGTACTGGTATCCGGCGATGGTGATTTTGATCTGCTTGTTCAGCGTGCCCGGGAAAAACATCAGTGCGAAGTAGAAGTGTACGGTGTTGAGACGTTGACTGCCGACAGCCTGAAACGTGCGGCTGACCGCTTTGTGCCGGTAACGGATAATCTGTTGCTCTAA	MKKVGIFVDVQNVYYTTRSAFKRNFDYNRFWAEATHDREVITANAYAINRNDEKQKQFQNILRAIGFEVKLKPFIQRADGSAKGDWDVGLTLDMMEAAEHCDVLVLVSGDGDFDLLVQRAREKHQCEVEVYGVETLTADSLKRAADRFVPVTDNLLL				NA	NA	NA	NA	NA
AK237_02564	906	dmlR_6		HTH-type transcriptional regulator DmlR	ATGAAGCAACTTAAAGCTGATAAGACCGCTGAAATGGAAACCTTTTTAACGGTAGCGAAATTCGGCAGTTTAAGCGGAGCAGCAAGAGAATTAGGCCTGACGCCATCGGCAGTAAGCCGGATGATGACCCGGATAGAAAGGCGTTTAGGTGTGCGGCTGCTTGTCCGTTCTACCCGCAAACTTTACTTAACCAGCGAAGGGGAATCTTATGCCCTGGCAGCTCGGCGGATCTTGAAAGATGTCGAAGAGACCGAGCGCGCTATTGCTGATCGCGCCAGCCCAAGCGGTTTAATTAAAGTGAGTACCGCAACGGCTTACAGTCGACTAACCATGATTCCGCTGTACAAAGAGTTTTTAGAGCGTTATCCCAACATTAAAATAGAAGTAGAAGTGAGCGATAAAATCAGCAATGTGGCCGACGGCCACATTGATGTCGCAATACGATTTGGGCCTTTGCCTGATAGCAATTTAACCGCCAGGCGTTTAGGTGAAACTGGCAGAACCATAGTCGCATCACCCAATTATTTAGCACAGGCAGGCATTCCGGAAACCCCAGCCGACTTAAAGTACGTTAATTGTCTGGATTTCAGCTTCCAGCGCATAGAGCCAGGCTGGCCTTTTCGTGAAAACGGTGAAGATTACATTCTGCCCATAGAAGGGAATATGACGTCCAACAATGGTGAAACGCTGGTTGAGCTTACCATGGCTGATATTGGCATTACCCGGGTCGGCAATTTTCACATAGAACAGGCGCTCGCATCGGGACAACTTGTTCCACTGCTAGAAGACTTCAACCCACAAGACAAAGAAGTTATTCACGCTGTGTTTATCGGAGGGCAACACATGCCAGCCAGAGTGCGCGTGTTTGTGGATTATCTGGTTGAGAAAATGGCTTCAAATTTTTAG	MKQLKADKTAEMETFLTVAKFGSLSGAARELGLTPSAVSRMMTRIERRLGVRLLVRSTRKLYLTSEGESYALAARRILKDVEETERAIADRASPSGLIKVSTATAYSRLTMIPLYKEFLERYPNIKIEVEVSDKISNVADGHIDVAIRFGPLPDSNLTARRLGETGRTIVASPNYLAQAGIPETPADLKYVNCLDFSFQRIEPGWPFRENGEDYILPIEGNMTSNNGETLVELTMADIGITRVGNFHIEQALASGQLVPLLEDFNPQDKEVIHAVFIGGQHMPARVRVFVDYLVEKMASNF				NA	NA	NA	NA	NA
AK237_02565	1164	ydhP_1	COG2814	Inner membrane transport protein YdhP	ATGAAGATTAACTTTCCACTGATGGCGCTGGCCATTGGTGCTTTTGGAATTGGTGTAACAGAATTCTCTCCTATGGGAATGTTGCCCGTGATAGCAGACGATTTAGGCGTCTCTATTCCAACGGCGGGTATATTGATTAGTGCTTATGCTTTTGGCGTATTGGTGGGTGCGCCGGTCATGACTTTATTGTTTGCCAATATGCCGCGTCGTCGCCTGCTGGTTTTGTCCATGGGTATTTTTACCCTGGGTAATTTAATGAGCGCACTGGCCGACAGTTACAGCGCATTGATGATTAGCCGCATTATCACCTCGTTCAATCACGGCGTATTTTTTGGTGTTGGTGCTGTGGTAGCAACCCAATTAGTACCGCCGAATCAACGCGCTGGGGCGGTTGCGGCAATGTTTTCAGGGCTTACCCTCGCAACCGTTGGCGGTGTGCCGCTGGCCAGTTTCGTGGGCACAACGCTGGGCTGGCGAAATGCGTTTCTGGGCATCGCGGCTATCGGCTTAGTGGCAATGATCGCATTACGCTTCAGTTTGCCGCCGTTGGTGAATCAGGAGAAAGCGGACATTCGTAATGAACTAGCTGTGTTAAGCAAAGGTTCTGTATTGGCAGCCCTGCTGTTAACGGTGGTGGGTGCCAGCTCTATGTTCACGGTATTTACCTACATCGTGCCAATTCTGCAGCAAGAAACTCATGCTTCAACCACCTTTGTAACAGCCATGCTGGTGCTTTACGGCGTGGGGCTTGCGGTAGGTAATGTGCTGGGCGGACGCTATGCCGATCGCTCTTTGTACGGCACGTTAATCGTATCGTTAATTGCGGTTATTCTGCTGCTGGTGATCTTTACCGTTACCATGTCTTCGACCATCATTGTTGTGCCACTGATTTTCCTTTGGGGCATCGCCAGCTTCGCTGTGGTTCCGCCGCTGCAATCATTGGTGGTTCAGGAAGCCAGCGAAGCGCCGAATCTGGCATCGGCCATGAACATTGGTGCGTTCAATCTTGGTAATGCGGTTGGCGCAGCTTTAGGTGGCGGCGTTATAAGTGCAGGTCTTGGATTACCAGCGGTAGCCTTAGCTGGCGCAGGCACCGCATTACTCGGGTTAATTATGGTATTGGTTGCCAGCAGAAAGAAAACAAGCTTTGCACTTGGCACCTAG	MKINFPLMALAIGAFGIGVTEFSPMGMLPVIADDLGVSIPTAGILISAYAFGVLVGAPVMTLLFANMPRRRLLVLSMGIFTLGNLMSALADSYSALMISRIITSFNHGVFFGVGAVVATQLVPPNQRAGAVAAMFSGLTLATVGGVPLASFVGTTLGWRNAFLGIAAIGLVAMIALRFSLPPLVNQEKADIRNELAVLSKGSVLAALLLTVVGASSMFTVFTYIVPILQQETHASTTFVTAMLVLYGVGLAVGNVLGGRYADRSLYGTLIVSLIAVILLLVIFTVTMSSTIIVVPLIFLWGIASFAVVPPLQSLVVQEASEAPNLASAMNIGAFNLGNAVGAALGGGVISAGLGLPAVALAGAGTALLGLIMVLVASRKKTSFALGT	PGPT0028991_3831	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
AK237_02566	1278	cefD_1	COG0520	Isopenicillin N epimerase	ATGTCATCCAGAAGACAGTTTTTAAAATATTCAGCGGCATTTGCCGCATCATCTACTGCTTTATCTATATCTGCTCAGCAATTTGAAAGTCCCGTCGGTTCGCCTGCAACCGTGACCAGGGATGAGAACTTTTGGCAAGCCGTGCGCAGTCAGTTTGATGTGCAAGACGACATCATCAATCTCGAACAGGGCTACTGGGGCAAAATGGCCAATCCTGTTCAGCAAGCTTTCTTTGACCACACGAAGAAGGTCAATCATGCCATGTCCTGGTACGTGCGTAAGCAGTATAAAGCCGATTTTCTTGCCGCGCGCGAGTCTGTTGCTGACGCTTTGAAGGTTAAAACGCATGAGATCATGCTGACCCGCAATGCCACCGAATCATTTGTGAATTTGATCACTCAGTTCAATGATTTTAAGGCAGGTGATGAAATCTTGTGGGCAGATATTGATTACCCTGCCTACCAGGACATGATGGTCTGGTTAAGTGACAGCAGAAACGTTAAAGGTCACGAGTTATCACTTCCAGCCTCCGGTACAGATGATGATTATGTTGATGTGTATCGAAAAGCATTTGAGCGCAATCCACGAATAAAACTGATGCTGCTTACTCATGTGAGTAATCAGCATGGCCTTGTTATGCCCGTTAAGCGTATTGCACAACTTGCGCGGGAACATGGCATCTATGTTATCTGCGATACCGCTCAATCCTGGGGTTTACTCGACTTTACGCCGGATGAACTTGGTGTCGACTGGGCAATTTTCAATTTGCACAAATGGATTGGTTCACCGGTGGGTGTGGGCGCACTGTATATGCGGGAACAAACCTTAGCACCTGTTATGCCCTTTCCGGGCGAAGACCCGGGCGAAAGTGATGTGGCTAACCGCGTACACCTTGCAACGTCTGACTTCGCCAGCTTCTTAAGCGTGCCAGATGCACTGGCATTTCACCACAAAATTGGCGGTAAAAATAAAGAAGCGCGGTTGCGGTATTTGTGGGAAAGCTGGACGCTACCGCTGAGGGAAAACCCTGAAGTTGAAATACTTGGCGCAGCCAGCTCAGATAATGCATCTGGTATGGGTGGCTTTCGTTTAAAAGGCAAAACCAGCCCCGAAGAAAATCAGGCGTTACAAAAACGCCTGGAAGAAGAATTCGGTATTTTTACCGTTGTCAGAAACGACTTATCCAGCGGCAGTAATATACGGGTGACACCGCAAATTTTTACGCCGGTTGCCCACATGCAGAAGCTGGCAGAAGCGATCAATACGATAGCAGGCTGA	MSSRRQFLKYSAAFAASSTALSISAQQFESPVGSPATVTRDENFWQAVRSQFDVQDDIINLEQGYWGKMANPVQQAFFDHTKKVNHAMSWYVRKQYKADFLAARESVADALKVKTHEIMLTRNATESFVNLITQFNDFKAGDEILWADIDYPAYQDMMVWLSDSRNVKGHELSLPASGTDDDYVDVYRKAFERNPRIKLMLLTHVSNQHGLVMPVKRIAQLAREHGIYVICDTAQSWGLLDFTPDELGVDWAIFNLHKWIGSPVGVGALYMREQTLAPVMPFPGEDPGESDVANRVHLATSDFASFLSVPDALAFHHKIGGKNKEARLRYLWESWTLPLRENPEVEILGAASSDNASGMGGFRLKGKTSPEENQALQKRLEEEFGIFTVVRNDLSSGSNIRVTPQIFTPVAHMQKLAEAINTIAG	PGPT0010995_66	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BACTERICIDAL_COMPOUNDS|ANTIBIOTICS	BACTERICIDAL-PENICILLIN_METABOLISM,PGPT0010995-cefD-K04127	NA	NA
AK237_02567	1767			hypothetical protein	ATGAAGTATGCAGTAGTACTGCTTTTACTTGTAAGCATAATAGGGTGTGATAGCCACGAGGCGCGAAAGCTGGCTGCACATGAAAATGAAACGAAAGCGTCGGCTCCTGTACAAATTGCCTTTTTGGCGGATATCCATCTTCACGACTTTATCGCCGCCGCAGAGGGGTTAGATACAACCTCACTTCCACTGCTGCCGGGCACTCAAACGCCGGTGTTAATGCGCAGCATGCAAGCGCAGCTTAATTCTACCCGGCTGTTTAATGAAAACTACTACGTATTGCGCACTGCGCTGGACGACATCGCGCATAAAGGCATTAAACTGGTGGCACTGCCGGGGGACTTTTCTGATGATGGACAACCCGCCAATGTAAAAGCGCTGGCCAGTATTTTATCTGAATACACGAGTAAATATGCCATGCGCTTTTTTGCGATTACCGGCAATCATGATCCCGTACGGCCTTTTACCCGGGCTGGTGGAAAAACAGACTTCTTAACTAATGCAGGTAAAGAAGTGTCGGTAATGAGCCCTGATCATAAAGCCTGTATAGATGACACGGCGTGGCAATGCTCAAATGAGGTAAGAGAGTGGGGGTACGCGGGTATTCTTACCACACTACGTGATTTCGGCTTTACGCCGGCAGCGTCAGATCTTTTTTATGAAACGCCCTTTGGTACAACGGCATTGGACAAGCGCGGGTGGCAGTGGTGCAATGAAGATAATCAGGATTCATGCGTTTTTATGCCAGATGCCAGTTACGTGGTTGAGCCTGTTGAAGGTGTATGGTTATTGGCAATTGATGCTAACGTGTATGCCCCCAATGGTCCGGTGTCGTCCCTCGATTTTAAAGGTTCTGGGAATGCGGGATACAACGCTTTGCTCCAATACAAACCAGAGTTAGTGAAATGGATTGGACAGGTGGTACAGCGCGCCAACGCCCAAAATAAGCGTTTAATTGCATTTAGTCATTTTCCTATGGCTGATTTTTACGACGATACACAATCGCAACTTACTGCTTTGTTTGGTGAAAACGGTATGCAAATGAAGCGCATGCCCACTAAGGCGACTACCCGGGTTTTGTCTGACCTTGGTCTTCGTTTACATATGGCAGGGCATATGCACCTTTACGATGTGGCGCAGCCAAAACAGACTGACGGATTGGTTAACGTGCAGGTGCCATCATTAGCGGCTTATCAGCCGGGCTACAGCATTGTTACGTTAAACAAAAATCATACTGCACAGGTAGAAACTGTTATCCAACAGCAAGTAGACGACTTCGACACGCTCTTCCCGCTCTATAAAACGGAGTGGGCGTATCGTGATAAAGCCGGGTTAGACAATTGGGATAAAGCGATTTTATCCACAAACCAGTATTTGGCGTTTACCGATGCCCATTTAAAAGAGGTCGTCAGACAGCGCTATGTCGGTCGGGAGTGGCCAACGTCTCTTGCGAATTTTGTTACAAATTCGACGGTTGGCGATGCGTTGGCGACACTTGTTTGCGAAAAGCGGAATGATATTGCAGACCAGGGTTTTCTTGCATTGCCAGCTATCACGTTAGCAAACGATTACTACCGCATTCGCAATGCGGGACAGTTTGCCGATCTGGCTGGCAGAGCGCATGTCTACGAGCAGTTACAAGATGCGTCACTTCACTGTCCCGCACCGTTATTACAGCCTGAACAGCAAGTACGTCAATTTGTTAAGCTGCTGAGCGACGTGGTCGTAAAACGCGATGAAACGGTGATTACGGTGAAGGGAGTTTAA	MKYAVVLLLLVSIIGCDSHEARKLAAHENETKASAPVQIAFLADIHLHDFIAAAEGLDTTSLPLLPGTQTPVLMRSMQAQLNSTRLFNENYYVLRTALDDIAHKGIKLVALPGDFSDDGQPANVKALASILSEYTSKYAMRFFAITGNHDPVRPFTRAGGKTDFLTNAGKEVSVMSPDHKACIDDTAWQCSNEVREWGYAGILTTLRDFGFTPAASDLFYETPFGTTALDKRGWQWCNEDNQDSCVFMPDASYVVEPVEGVWLLAIDANVYAPNGPVSSLDFKGSGNAGYNALLQYKPELVKWIGQVVQRANAQNKRLIAFSHFPMADFYDDTQSQLTALFGENGMQMKRMPTKATTRVLSDLGLRLHMAGHMHLYDVAQPKQTDGLVNVQVPSLAAYQPGYSIVTLNKNHTAQVETVIQQQVDDFDTLFPLYKTEWAYRDKAGLDNWDKAILSTNQYLAFTDAHLKEVVRQRYVGREWPTSLANFVTNSTVGDALATLVCEKRNDIADQGFLALPAITLANDYYRIRNAGQFADLAGRAHVYEQLQDASLHCPAPLLQPEQQVRQFVKLLSDVVVKRDETVITVKGV				NA	NA	NA	NA	NA
AK237_02568	1290			hypothetical protein	ATGGTGCGTGGCTTTAGTCTGAGTTTGAGACGGTATGTTCTCATTGCGTTATTAGTTATGGGAACCGTAGTGATTTCAGGCTTTAGCATTCTGGCAATGGTGAATTTTTTTGCCGGCATGGATGGCGTAATGCGTGGCACCATGATTTCCGCTGCGCAGGAGACCCACGTCGAGCCTGGCAAACCGGAACGAGTATTGAGTTTTACTATTGTTGCCGAATGGGAGGATTTTCCGGAGGAGGTAAAATCTCGTTTCGATCCCCACAAAATGCGACCTTTCCATTTTTACAAAGTCGTTGAACGCCCCTTTATTTTCTTCCGTCCAACCAGTGCAGTGTTTGTGGTAAAAGTCGCGTCGCACAGGGGGGACAGACATCCCAAATATGTGGCACAGATATTTGCGCCTCCTCGTGTGGAAGATGAAAGCGAATTTATGATTTCTCACGAAGGGTGGTCGATGCTGCTTGGGCTCGGTGTACTTATTATTTTTGCCGGCGTGCTGATGATCCTGCTTCGCAGCGTAGCAAGGCCGGTAGAGAGGCTGCGGCAATGGTCTAAAGGCTTAAATGAACAAACCCTGGCGCAACCCGTGCCTGAGTTCAAATATCAAGAACTAAACGAGCTGGCGGGCATCATTCATTCGAGTTTGCAGCATGTACGGGAAGGTTTGGTGCGAGAGCGCGAGTTTGTTTCTCATGCAAGTCACGAGTTGCGCACGCCCATTGCGGTTATCCGCTCCAGTGTGGAGTTATTGCATAAACTGGAAGAGAAAGCGCCGTCGAAGGGCGGGAATGCTATCAAGCGTATTGATCACGCGTCACACACCATGACAGATCTCACCGAAACTTTATTGTGGTTAAGCCGGCGAGATCACGACGAACTGGCATCAACGCAAACTCAACCCGGTGTTATGCTAACCTCGCTGGTTAATGATCTGAACTACCTTCTGAATGGCAAGCAGGTAACGGTTGAGTTAAAAACTGACGAATCGGTATGTACGTTGCCCGCTACTGCTCTGAGAATTGTCTTGGGTAATTTAATGCGTAATGCTTTTCAGCATACCCAAAGTGGCAAAGTCACTATTAGTCAATCAGAACGAACCATCACGATTATCAATGTTGAAGACGATGCGAGCGACTGTGATGACCCTACGATAGAAAATCAGCTCGGCTATGGCTTAGGGCTTGAGCTGGTTCAACGGGTAACGGCAAAGTTGAACTGGGCATACCATCATCGATTCACCGCAAACGGTTGTGAAGTTAGCATTACGCTCATTACAGCGACGGATTAG	MVRGFSLSLRRYVLIALLVMGTVVISGFSILAMVNFFAGMDGVMRGTMISAAQETHVEPGKPERVLSFTIVAEWEDFPEEVKSRFDPHKMRPFHFYKVVERPFIFFRPTSAVFVVKVASHRGDRHPKYVAQIFAPPRVEDESEFMISHEGWSMLLGLGVLIIFAGVLMILLRSVARPVERLRQWSKGLNEQTLAQPVPEFKYQELNELAGIIHSSLQHVREGLVREREFVSHASHELRTPIAVIRSSVELLHKLEEKAPSKGGNAIKRIDHASHTMTDLTETLLWLSRRDHDELASTQTQPGVMLTSLVNDLNYLLNGKQVTVELKTDESVCTLPATALRIVLGNLMRNAFQHTQSGKVTISQSERTITIINVEDDASDCDDPTIENQLGYGLGLELVQRVTAKLNWAYHHRFTANGCEVSITLITATD				NA	NA	NA	NA	NA
AK237_02569	672	basR		Transcriptional regulatory protein BasR	ATGACCACATTACTGCTGGTTGAAGACGACCTTGACCTGGCCGGGAATATTATTGATTACCTGGCGCTGGAGGATTTTGACTGCGATCACGCCAGTAACGGCGTGGCGGCGCTGCGTTTTCTTTCTGAACATGAATACGCCGTGGTGATACTGGATATCAATTTACCTAAACTGGATGGCTTGTCGGTGTGCGAGCGATTGCGGGAGCAAGGAAACGATACGCCAATTATCATGCTAACCGCGCGGGATCAGTTAGATGATAAGCTGACTGGTTTTTCAAAGGGCGCCGACGATTACCTGGTTAAGCCGTTCGCTATGGCTGAGTTAGTCGCGCGTTTACAGGCGTTGTCGTTACGACGAAGTGGTCAGGTAAAACAATTGCGTTGTGGTGAGCTGGCGTTGGACATTAACGCCCGTACGGCAACATTAGCCGGGGAGCCGGTTAAACTGAGTCCCACCGCCTACACGGTACTCGAACAGTTGGTACGAGCCTTTCCTGCGCCCGTATCCCGGGAAATGTTGGCGCAAGCTGTATGGGGTGAAAACCGACCCGACTCCAACGCATTAAAAGTGCACATCCATCATTTGCGAAAGGCGCTGGGCAAAGAGCGAGGCTTAGATGTGCAGGCCAGCACCGGAGTAGGGTTTAAACTTGTGGCAGAGGTTAAATAA	MTTLLLVEDDLDLAGNIIDYLALEDFDCDHASNGVAALRFLSEHEYAVVILDINLPKLDGLSVCERLREQGNDTPIIMLTARDQLDDKLTGFSKGADDYLVKPFAMAELVARLQALSLRRSGQVKQLRCGELALDINARTATLAGEPVKLSPTAYTVLEQLVRAFPAPVSREMLAQAVWGENRPDSNALKVHIHHLRKALGKERGLDVQASTGVGFKLVAEVK	PGPT0003915_813	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-POLYMYXIN_RESISTANCE,PGPT0003915-pmrA-K07666	NA	NA
AK237_02570	3162	ttgB_1		Toluene efflux pump membrane transporter TtgB	ATGGACTCGAATAACAGCGGTATTATTGGCTGGTTCGCCCGCAATCCCGTAGCGGCAAATTTGTTGATGCTGGGAATGATAGTGGTGGGTATGGCATCACTCAGTGACATTCGAAAAGAAGCTTTTCCCAGTATGGATCCCCGCTTTATCAATGTCTCCATGACCTACGATAGCGGCGATGCCGTGCAGGCCGAAGAAGGCATTGCGATTAATATCGAAAATGCGCTGGAAGGTGTGCCGGGTATTAAACGCATTACTTCTACGTCTACTGCTAGTGGTAGTAACGTTCAGATTGAAAAGGAAAGTGATTACGATCTCGACACGCTGCTGACAGACGTGAAAACCAAAGTAGACAGTATCTTTAACTTTCCGTCTGATGCAGAAAAGCCCGTGATATCCAAAGGCCGGCGGCAGGATCACGTGATTTGGGTGCAGCTGTACGGTGATACCGACCACGCGACTTTGCAACAGCTGGGCGACCAGTTGGAGCGGGATTTACTTGCTAAAGACGGGATCCGTGAGGTCAGTACGCCTAATTTCATCGACCCTATGATGTCCATTGAAATTGATGAAGCGAAATTGCAGGCATACGGGCTGACCATGTCGGATATCGCTGATGCGATTAATCAGGAATCGGCCACCGCCCTGACCACGAGTCTGCGTAACAAAGAAAAAGTAATTCGTTTGAAAGCCTCCGAGCAAGCCTACTATGCTGAAGATTTTGCCAATATTCCGTTGTTGGCCAATGACGACGGGACCTTTCTGACTATTGGTGATGTGGCAGACGTCACCGATATGTTTGCCGACGATGCCTATACGCTGGCCCGCTACAACGGCGTGAATGGCTACGGGATCCAAATCGTGATGGATGAAAACGGCGATGTGGTGAACATGGTGGCTCAGGCGAAAAGCGTGGTGGAAGAATGGCATGAGCGGGGCTTGTTGCCTGAAGGCGTAGAGCTGGAAACCTGGTATGACCGCAGCACCATGATTACCGATCGTCTGGCGCTGCTCACAAAGAATGCGCTTTCGGGCATTATCCTTGTGTTTATCACGCTGGCTGTCTTTTTGAATCTTCGCGTGGCATTTTGGGTTGCCGCCGGACTGCCGTTTATTTTCTTCGGTACGTTATTTTTCATGACCGATAGTTTCGTCGGCATGACCATAAATGAAATGACAACGTTCGGTTTCATCATGGCTTTGGGTATTGTTGTGGATGATGCCGTCGTGGTGGGAGAAAGCGTTTATGCCACCAGGCAAAAGTATGGCGATACCCTGCAAAACACCATCAAAGGGACGTTGCGCGTGGCGGTGCCAACATTATTTGGCGTATTAACGACCGTGGCTACGTTCTTTGCCTTATCGAATGTCGAAGGAGGACTCGGTAAGTTGTATTCCCAATTCGGGATGATTGTGACCATTTGCTTATTATTGTCAGTGGTCGAATCGAAGCTGATTTTACCCGCTCACCTTGCGCACCTGCCTACCCACAGAAAGCCGCGAAAAGGTGTGGCAGACCTCTGGGGAAAAGTGCAGCGTGGCGCTGACCGTGGACTTACCTTCTTTAACGAAAAAATGTATCAACCCGCACTGCGTAAGGCAATTCAATACCGCTATGCGTCTGTCATGCTGTTTATCGCCTTGTTTATTCTGGTTATTGGTATGCCAATGAATGGTGTGGTACGGGTGGGCTTCTTCCCCAGCATGCCGGGCGATACGGTTGAGGCGTCGATGACATTGCAAAGTGACGCCAGCTTCGGGCAAAACGAAAAAAACCTGACTCGTTTAGAGACAACATTAAATCAGGCAGATGCATACTTAATGGATAAAGCCGGGCAAGAAGGTTCGGGGATCGGTAACCTGCAGGTTACTGCGTCAGGCGATCAAAGCGGCAGTATCATCGTGTCATTGGCCGAATCACAGCCTTACACATTAGACGCTTTAGCGTCAAAGTGGCGGGAGTTGGCGGGCGAGCCTGAAGGGGTTAAACAGTTAAAAATTCAATCTCGTCGTGAAATGGTAAATGCCTTTCAGGTTGAGCTTAAAAGTATCAGTGATGCAACCCTGACTTCGGCAGAGGAGGCATTCAGAGATGCCCTGGCTACCATCGATGGCGTCCACAGTGTTGAAAGCTCTCTGACACCGGGTGAGGCAATGCTGCGATTTGAACTCACTCCTCAGGGCAGAGCACTGGGAATGGATACCAAAAGTTTATCGCAACAGCTGCTTCGGGCATTCGGTGGCGAAATCGTTCAACGCTATTTGCGCGACAAAAATGAAGTAAAAGTACGTGTACGTTACCCACAAGCCGATCGCGCCAATCCAGCAGACATCCTTAACGCCCGGGTGCGTTTGGATGATGGCACTGTTGTGCCATTAGATGTGGTGGCGAAAATTATTCCCGACAGCCAGCAGAAGCAGATCACCCGTATTGATGGTTTGCGAGCACTTACTGTTTCTGCATCGGTTGTTAGCGATACAATTACTTCAACGGAGCTAGTGGAAAAGTTAAATGATGAATTAGTGCCTACCCTGACACGCCAATATCCCGATTTATCGATTCACTTTGCGGGTGAGGCTGAGCAGCAAGAAGAAACCCAAAGTTCGATGGAAACGGTGTTTATTCTGGCGCTGATTGCGATTTACGCCCTATTGGCCATTCCGTTAAAGTCCTACGTGCAGCCGATAATAATTATGACAGCCATTCCCTTTGGTGTGGTAGGCGCTATTCTGGGCCACTGGAGCAATGGATTAATGATGAGTATTTTGTCGTTAAACGGTATTCTGGCGTTAAGCGGGGTGGTTGTGAATGACTCACTTTTGTTAGTCTCGCGGTATAACGAATTGCGTCGCTTTGGCAGCGATGTCACCGAAGCGATTATTGAGTCGTGTAGCAGCCGGTTGCGAGCCGTACTACTGACATCAGTAACCACATTCGCCGGGCTATATCCCATTTTAGGTGAGACGTCTAAGCAAGCGCAGTTCCTGATCCCCGCTGCAGCGTCGCTAGGCTATGGTATTCTTTTCGCAACGGTTATTACCTTGCTTCTGATCCCTGCGCTGGTCTTGATAAACGAAGATATAAGGCAGTGCTTAGTGCGCGGTAAAGACGCTTTCAAAAAACGCTTCGGAGATCGAGATGACCACATTACTGCTGGTTGA	MDSNNSGIIGWFARNPVAANLLMLGMIVVGMASLSDIRKEAFPSMDPRFINVSMTYDSGDAVQAEEGIAINIENALEGVPGIKRITSTSTASGSNVQIEKESDYDLDTLLTDVKTKVDSIFNFPSDAEKPVISKGRRQDHVIWVQLYGDTDHATLQQLGDQLERDLLAKDGIREVSTPNFIDPMMSIEIDEAKLQAYGLTMSDIADAINQESATALTTSLRNKEKVIRLKASEQAYYAEDFANIPLLANDDGTFLTIGDVADVTDMFADDAYTLARYNGVNGYGIQIVMDENGDVVNMVAQAKSVVEEWHERGLLPEGVELETWYDRSTMITDRLALLTKNALSGIILVFITLAVFLNLRVAFWVAAGLPFIFFGTLFFMTDSFVGMTINEMTTFGFIMALGIVVDDAVVVGESVYATRQKYGDTLQNTIKGTLRVAVPTLFGVLTTVATFFALSNVEGGLGKLYSQFGMIVTICLLLSVVESKLILPAHLAHLPTHRKPRKGVADLWGKVQRGADRGLTFFNEKMYQPALRKAIQYRYASVMLFIALFILVIGMPMNGVVRVGFFPSMPGDTVEASMTLQSDASFGQNEKNLTRLETTLNQADAYLMDKAGQEGSGIGNLQVTASGDQSGSIIVSLAESQPYTLDALASKWRELAGEPEGVKQLKIQSRREMVNAFQVELKSISDATLTSAEEAFRDALATIDGVHSVESSLTPGEAMLRFELTPQGRALGMDTKSLSQQLLRAFGGEIVQRYLRDKNEVKVRVRYPQADRANPADILNARVRLDDGTVVPLDVVAKIIPDSQQKQITRIDGLRALTVSASVVSDTITSTELVEKLNDELVPTLTRQYPDLSIHFAGEAEQQEETQSSMETVFILALIAIYALLAIPLKSYVQPIIIMTAIPFGVVGAILGHWSNGLMMSILSLNGILALSGVVVNDSLLLVSRYNELRRFGSDVTEAIIESCSSRLRAVLLTSVTTFAGLYPILGETSKQAQFLIPAAASLGYGILFATVITLLLIPALVLINEDIRQCLVRGKDAFKKRFGDRDDHITAG				NA	NA	NA	NA	NA
AK237_02571	1242	mdtA_7		Multidrug resistance protein MdtA	ATGAGTCAGCAACGTAAAACCCTTTTAATTACCTTAGGCGCAGCTTGCGTGATTATTTTGTCGTTCATGTTGATTGGCGGAAATGATTCGCCGCCAGGTCCTCCGGGGGCACCCGCCGGCAAACCGGCAGAGCAAACCTCTGCACCTAAACGCGATGAACAACAAACACAAAGGCCATCTTCTCCAGGCGCGCAAAGCACCACAATTCCCGAGGTGGGCGTGGTGAATGTTGTTGCACGTTCTCATCAAGCCAATGTGGAAGGTTACGGACAGGTTAATCCTCGTTTTAACCTTACTCTGTCGGCACAAGTATCAGGACAAGTTCGTTCATTGAGCAGACAGTTTGAAACTGGCGCGCAATTTGAGAAAGGAGAGGTGCTTGCCACCATTGATGATACTGACTATCAGCAAGCCGTGGCAGCAGCACAAGCTACGCTGGAATCTGCGAAAGTGGCGCTTGAAGAAGAGCGCCTGCAAGGACAACAAGCGTTAACCGAATGGCAGCGGTCAGGTCTGGAAGGTGAGCCATCTTCCTCCCTCGTCTTACGTGAGCCACAATTGGCAGCGGCCGAGGCGACAGTGGAGCAAGCGGAAAAAGCGCTTACTCAGGCAAAGCGTGATCTGATCTTTACTTCCATTACTTCTCCGTTTAACAGCGTGGTGGTATCACGCAGTATCCAGCCAGGCAGCTTCGTGCAATCCGGCGCAGAAGTCGCTGCACTTTACGCCACCAATGTCGCCGAGATCGCTATTCCTTTATCCGCTAGCCAATGGAATAACCTGCCGTCTCCTGCCTCGATAAAAAGCCATCCCTGGCCAGTAACACTAACCGATATGGATGGCTTAACCCAATGGGAAGGTGTGGTTGAACGGGTAGAGCAGCATCTCGACACCACATCCCGCCAACGAAGCGCGATTGTTGTGGTGAATAAGCCTCTTGAACAAGCCTCACCGCTTTTCTTTGGCACTTATGTGGTTGCTGAGATTGCCGGGCGAGAATGGCAGGATGTGTGGGAAATTCCCTCATCTGCAATTTCACAAAAGCAACAAGTATGGTTTGTGAACGATGATAATAAGCTGGATAAATTCACGCCAGATGTCTTATTTATGGAAAACGGTCACGCGTACATTACGCCGGTTGATGGCATGCAGAGCGCAAAAATTGTGGCGCGCCCACTCAATAGTTATCTGGTTAACATGAAAGTAAACCCTGTTTCGGAGGCCACCAATGGACTCGAATAA	MSQQRKTLLITLGAACVIILSFMLIGGNDSPPGPPGAPAGKPAEQTSAPKRDEQQTQRPSSPGAQSTTIPEVGVVNVVARSHQANVEGYGQVNPRFNLTLSAQVSGQVRSLSRQFETGAQFEKGEVLATIDDTDYQQAVAAAQATLESAKVALEEERLQGQQALTEWQRSGLEGEPSSSLVLREPQLAAAEATVEQAEKALTQAKRDLIFTSITSPFNSVVVSRSIQPGSFVQSGAEVAALYATNVAEIAIPLSASQWNNLPSPASIKSHPWPVTLTDMDGLTQWEGVVERVEQHLDTTSRQRSAIVVVNKPLEQASPLFFGTYVVAEIAGREWQDVWEIPSSAISQKQQVWFVNDDNKLDKFTPDVLFMENGHAYITPVDGMQSAKIVARPLNSYLVNMKVNPVSEATNGLE	PGPT0029135_11	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE	CE-BACTERIAL_FITNESS-OTHER_MULTIDRUG_EFFLUX_GENES,PGPT0029135-triB-K21137	NA	NA
AK237_02572	1476			hypothetical protein	ATGGGCGCAAGTGTAGCCCAACCGATTACTGATTTCATCAACAGGTTAATCAGCCTTAACCCTACGTTAACCCTGCCTGCGGTAACGTGTCAGTATCAAAGTAAACCGGGTGTTGTAATGAACGTTAAAATGTCGGTGCTATCGCTGGGCATTGCTGTGGTCTTATCAGGGTGTGCAAGCCAATCTCAGCAATACAGTGAGAAAGTCACCAATGAGCTGGGTAAGCAGGTTACCTGGGAAGCTCAATCTGAAGAGGCGCAGCGCACGACCAGCCTCACACAGTTGTTGCCCGTAGCATCAGTACATGCATTGATTGATGAGGCGTTGCAACATAATCCGGGTTTGCAACAAACCCTGATCACGCTAAAACAGTCCAAAATTCGTGAAACGTCGGCCAATGCAGCGCGCCTGCCCCAAGCCTCGGCATCATTGTCTGGCAATAAATCTGAAAATAGTGACACCACCTATAGCGCATCAGTAGACGTAAGCTGGGAGCTGGATGTATGGAATCGTATCGGCGATAGCGTCGATGCTGCAACGTTCACCACACAAAGTAATGCTGCTGCTCTGCAATCTGCCAAAGCAACCTTAGCGGCCAGCGTTATGCAGGGCTATTTAGATATTATTAGCCAACAAAAAATTCTTGAAATCGAGAAGAAGAAACTTGCCGCGTTGGAAAATAGTGAAACGGTAATATTAAATCGTTATCGCACCGGGCTTGGCACACTGGCCGATTTGGATACTGCGCGCACAAGCAGCGCAACCTCCCGCGCTAATATCGCTGAGTATGAAAATAACCTGGCGAACTCAAAACGAGCACTCGCTGTTCTGCTCGGGCGCACAGATATGTCATTGACGGATGTAACTGTCGAAGACGCTTTTCCTGCTGTCGTACTACCAATGACTTCAATGCCGGAACAGGATTTAGCCCGCCGGCCTGATCTCATGGCCGCTTACTACCAAATTAAAGCCAACGAGTCATCTGAAAACGTTGCGTACAAGCAGTTGTTGCCGTCTTTGAACATTACCGGTGCATTAAGCGATACCGGTTCGACCCCTGCGATGTCACTGTTTAAAGATCCTGTATGGAGCTTATTAAGCAGCATCACTGCGCCGTTATTCCAAGGCGGGGAGCTACGCGCAAATATCAAGCTGGCCGAGCTAGACACGTTAAACAGTTGGTGGAGTTATCAAGACACCTTGCTTACCGCAGTACAAGAAGTTCAGGCGACATTAGATCTTGAGCGCAGTTATCAGCGTCAACAAACACATATTCAACAAGCGTACGCCAATGCAAAGCGTAGTCAGGGCAATTATACCAGCCAGTATCGCCAGGGGCTGAGCGATATTCTTGATTTACTTTCTGTTACGCAAACTACTTATTCGCTTGAAGCACAACTGGTTCAGCTTCAACGCAATCAATTATCAAACCGTATCGATTTAGGTCTGGCACTCGGCCTTGGAGTTTCGTCATGA	MGASVAQPITDFINRLISLNPTLTLPAVTCQYQSKPGVVMNVKMSVLSLGIAVVLSGCASQSQQYSEKVTNELGKQVTWEAQSEEAQRTTSLTQLLPVASVHALIDEALQHNPGLQQTLITLKQSKIRETSANAARLPQASASLSGNKSENSDTTYSASVDVSWELDVWNRIGDSVDAATFTTQSNAAALQSAKATLAASVMQGYLDIISQQKILEIEKKKLAALENSETVILNRYRTGLGTLADLDTARTSSATSRANIAEYENNLANSKRALAVLLGRTDMSLTDVTVEDAFPAVVLPMTSMPEQDLARRPDLMAAYYQIKANESSENVAYKQLLPSLNITGALSDTGSTPAMSLFKDPVWSLLSSITAPLFQGGELRANIKLAELDTLNSWWSYQDTLLTAVQEVQATLDLERSYQRQQTHIQQAYANAKRSQGNYTSQYRQGLSDILDLLSVTQTTYSLEAQLVQLQRNQLSNRIDLGLALGLGVSS	PGPT0028955_643	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE	CE-BACTERIAL_FITNESS-MULTIDRUG_TRANSPORT-CHLORAMPHENICOL|TRIMETHOPRIN_EFFLUX_PUMP_BpeEF-OprC,PGPT0028955-oprC|opcM-K18903	NA	NA
AK237_02573	444			hypothetical protein	TTGGATACGCTACTCACTCCCCTTTCTGAACTCATTAAAATCGCTGTCGCGCCAGTGTTTCTTCTCGCAGGTATTGCAGGATTCTTAAATGTCATGTCAGGCAGACTTGGTCGAATATCAGACCGCGTTCGTGTGGCAGAGCGCAATATTCAGACCTTCGCCGATGCCGAACGCATTCAAAAAAATAAGCGTGAAATTATTATGCTTTGGCGTCGTGTGGGGGTAATTAACTGGGCGATTGCATTGTGTGTGATGGCAGGATTATTGGTATGTTCGGTTATCATGGCGCTGTTTGCCGGAGAACTTTGGCGAATTAAGCTGGATGTGCTGGTGGTTACGCTTTTTATTATGGCAATGGCATCATTAATTTCAGCACTACTGGTTTTCTTAGTGGAAGTACGCCTTGCCACAAAAACCATCGAATACACGAGAAACGTCAGATAA	MDTLLTPLSELIKIAVAPVFLLAGIAGFLNVMSGRLGRISDRVRVAERNIQTFADAERIQKNKREIIMLWRRVGVINWAIALCVMAGLLVCSVIMALFAGELWRIKLDVLVVTLFIMAMASLISALLVFLVEVRLATKTIEYTRNVR				NA	NA	NA	NA	NA
AK237_02574	1233	pleD_1		Response regulator PleD	ATGTTTAAAGTTCTCGTTGTTGAAGACAGTCAGATTGTTCGTAAGATCTTAAATAAACTGGTGGAAGATAATCCTCACTTCCATAGTGTGCTGTGTTCAGATTATGCAGAAGCCAAACAAAAACTGGAAAGCGACGAGGAGTATCTCGCCGCTATCGTAGACCTCAATTTGCCAGATGCACCTCGCGGTGAGATTGTAGAGCTCATGCTCTCTCACGATATTCCCACAGCTGTACTTACGGGAAATTTTGACGAGACCCTGCGTACATCACTCATTGATAAAGGCGTGCTCGATTACATCACGAAAGAATCGCGCTACTCATACATGCAGGTGATTAAGCTGATCGATCGGCTTAGAAAAAATCTCACCACAAAAGTGCTGGTGGTAGATGACTCCACAACCAGTAACTCCTACCTCTGTGCTTTTTTACGTAAGTTCCGTTTCCAGGTTCTGTCTGCTTTTGATGGTGTGGAAGCCTTAGCTGTACTCAATGAGAATCCTGATATTAAACTGGTTATCTCTGACTACATGATGCCAAACATGGATGGTTTCGAACTGGTCAAAGCGGTACGTCAGGACAGAAACTTCCAGGATCTTGTATTCATCGGCTTATCTGCCAATGGTAACAGTGTGCTTTCCGCTAAATTTATCAAAAGTGGCGCAAATGACTTTTTAAGTAAGCCTTTTTATCACGAAGAATTTTTCTGTCGCGTGTTACAAAACCTCGAGGCGCAAGAAATGCTTGCGACCATTCGTGACTCGGCAAACCTTGACGCTCTTACGCATACCTACAATCGCCGCTATCTTTTCGAGCAAGGTGAAATACTGTTTAAAAATGAAGGGCGTTTAGGTGGCTTGACCGTAGCCATGATCGATGTGGACGATTTTAAACAAGTTAATGATACATACGGACACAAAGTTGGTGACCACTTACTTCAAGAGTTCGCGAGTTTGATGGTGGACTGTTTTAGTAAGGATTTGTCTGCACGTTACGGCGGCGAGGAGTTTACGGTTATTTCAACCCGTAGTTACGTAGATGTATTAGCGGACCTCAACACCTTCTTAACCCAGGTCCGCGCTCATGAATTTACCGAACATCGCCTTAATTTAACCTGCAGTATCGGCGTTTGTGCCGAGGAGATGCAGAACCTTGAGCAATTGGTTGAAAAGGCCGACGCACGTCTGTATCGGGCTAAATACTCCGGTAAAGATCAAATCGTAGATATGGAATAA	MFKVLVVEDSQIVRKILNKLVEDNPHFHSVLCSDYAEAKQKLESDEEYLAAIVDLNLPDAPRGEIVELMLSHDIPTAVLTGNFDETLRTSLIDKGVLDYITKESRYSYMQVIKLIDRLRKNLTTKVLVVDDSTTSNSYLCAFLRKFRFQVLSAFDGVEALAVLNENPDIKLVISDYMMPNMDGFELVKAVRQDRNFQDLVFIGLSANGNSVLSAKFIKSGANDFLSKPFYHEEFFCRVLQNLEAQEMLATIRDSANLDALTHTYNRRYLFEQGEILFKNEGRLGGLTVAMIDVDDFKQVNDTYGHKVGDHLLQEFASLMVDCFSKDLSARYGGEEFTVISTRSYVDVLADLNTFLTQVRAHEFTEHRLNLTCSIGVCAEEMQNLEQLVEKADARLYRAKYSGKDQIVDME				NA	NA	NA	NA	NA
AK237_02575	1050	mtnN_3		5'-methylthioadenosine/S-adenosylhomocysteine nucleosidase	ATGATGTCACTTCGTGACCGTGTGCTGTCCTTAGCGTTAGCTTGTTGTACGCTCTTTGTACTAAATGGCTGTGCGACTTCCTCACAACCCGACTTGCCGCGTGTAGAGAGCGCTCAGGCAGGTGTAGGATTTGGTCCGAAACAGTTCCAGCAAGAAGGGTTTACTGCCATTGTGGTGGCTTACGGTCCGGAGATGAAGGGCATTTTGGGGCGCATAGACGCCGATCCGGGCGCGCAAATCTCTGATATCGTGAAATACAAAGGCGTGACTTACCGCATGGGTAAATATCACGATGAACCCATTATCGTTTTTGCGACGGGTATGAGCATTGCCAACGCAGCGCTAACCATGCAAATGGCCTTCGATTATTTTCCTATTAAACAGGTTGTGTATATGGGCATTGCCGGCGCGGTGAACCCTGCGTGGCAACCCGGTGATGTGATTGTACCTGAGCGTTGGTATTATCATGATGAAAGTGTTTACACTAATCCTGACAAAAATAATCCTGGTAACTATGTACTACCGGAATATTACGCTAAATTTTTACAAGAGCAGCCTGAGCGTCGCAGTGTCGATCCGCACTTGCCTAAATATAAGAATTTCCACTTTATTCAGCCAGATGAAGTATTAATTATCAAAGATGGGTTGGATGAACCGCAAGACACGGCTTATTTTTCTGCCACGCCGCGTTTACTCGAGGCGGCAAGAGAAGCCATGCTCTCAATACCCGAGCAACTGATTTTAGGTGAACGCAAAGCGAAGTTAACTGTTGGCGGCAATGGTGTGACGGGGTCGGTATTTCTTGATAATCGTGAATACCGGAAGTGGACACGGGATGTTTTTAATGCAGAAGTCACTGAAATGGAATCTGCCGCTGTCGGTCAGGTTTGTACAATAAACGATGTCGATTGGGTTATTATCCGAGCCATTAGTGACCTTGCTGGTGGGCAAGAAGGTGTAAATGTAGAACATATCTACGATCAGGAAGTCTCAAGAGTAGGCGCAAATGTATTATTTGCTGTACTTGATGCGCTAGCGAGGGAAGAGTAA	MMSLRDRVLSLALACCTLFVLNGCATSSQPDLPRVESAQAGVGFGPKQFQQEGFTAIVVAYGPEMKGILGRIDADPGAQISDIVKYKGVTYRMGKYHDEPIIVFATGMSIANAALTMQMAFDYFPIKQVVYMGIAGAVNPAWQPGDVIVPERWYYHDESVYTNPDKNNPGNYVLPEYYAKFLQEQPERRSVDPHLPKYKNFHFIQPDEVLIIKDGLDEPQDTAYFSATPRLLEAAREAMLSIPEQLILGERKAKLTVGGNGVTGSVFLDNREYRKWTRDVFNAEVTEMESAAVGQVCTINDVDWVIIRAISDLAGGQEGVNVEHIYDQEVSRVGANVLFAVLDALAREE	PGPT0014320_97	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
AK237_02576	828			hypothetical protein	ATGAAAATTAAAAGTCTTATCGGAACGAGCGTTGTTGCCTTGTCGTTAATCGCAACGCCCGCTCTGGCGCACCGCGCATGGATTAAGCCTACTACTACCGTTGTCTCTGGCGATGATGAATGGATTAGCTTTGATGCAGCCATCGCCAACGGCATTTTTACGCCTGACCATTTCGCCATGGGCACCGAGGGCATTACGGTAACGTCTCCTTCAGGCAAAACAGTAGACAAGCAGCATGAACAAAAGCTGCGCTACCGCAGTGTGTTCGATATTAACCTTAAGGAAGAGGGCACATATAAGATCGAGACGGCTTCTCAGTCTCTAATGGCTTTCTGGAAAGATGCCGACGGCAAGCGTCAGATGTGGCCTGGCCGCGGTAAAACAGGCACACTTGAAGAATTTAACAACGCCGTTCCTAAGGATGCTGATGGCCTGCAGGTGGTTGACTCAGCGCGCCGTATTAATGTTTTTGTCACCTCCGGCGAGCCAACAGAAGCTGCGATCAAACCAAGTGGTAAAGGTCTGGAACTGAGCGGAAAAACCCACCCTAATGATCTGTATACCGGTGAAGCGATTAATTTAGGCTTTTTAATGAACGGCGAAGCGGCTGCTCAGACCAAAGTCACTATCGTGAAAGATGGCGAAAAGTATCGTGACAAAGATGATGCCATGAACTTAACTGCAGACAAAAATGGTGAGATTTCAGTGACGTTTGAAGAGCCCGGCATGTACTGGCTGGAAGCGGAGTTCGAAGACGATAAAGCGCAAGCGCCAGCTCAAAAGCGTCGTGGCATGTTTGTACTTGTCATGGAAGTTTTACCGCTTTAA	MKIKSLIGTSVVALSLIATPALAHRAWIKPTTTVVSGDDEWISFDAAIANGIFTPDHFAMGTEGITVTSPSGKTVDKQHEQKLRYRSVFDINLKEEGTYKIETASQSLMAFWKDADGKRQMWPGRGKTGTLEEFNNAVPKDADGLQVVDSARRINVFVTSGEPTEAAIKPSGKGLELSGKTHPNDLYTGEAINLGFLMNGEAAAQTKVTIVKDGEKYRDKDDAMNLTADKNGEISVTFEEPGMYWLEAEFEDDKAQAPAQKRRGMFVLVMEVLPL				NA	NA	NA	NA	NA
AK237_02577	540			hypothetical protein	ATGGGATGTGCTGTAATAAGCCAATTATTATCGGCTAAACGAAGTGTTTTTGCTGGCACTATGCTTTCTTTATCTTTTTTCCCTTCATTCAGTCAGGCTGACGAAATAAAGATTACATTGCCGCGATTATCTGTTGCCGAATATCACGCTCCTTATGTGGCAGTGTGGCTAGCCGATGCAAAGCAAAAACGAGTAAAGGACATTGCCGTTTGGTACGACGTCGAAATGGAAAATGGCAAAGGTGAAAAGTGGTTGAAGGATCTTCGCCTGTGGTGGCGTCGAAGTGGCCGAAGTGCAGATTTACCTATGGATGGTGTAAGTGGCGCAACGCGACGCCCCGGCGAGCACAATGTCGATTTATCCGGCCAATTTGACGGTATAGCTGCTGGCGAATACACACTTTACGTAGAAGCAGCGCGAGAGCTGGGGGGACGCGAAGTGTTAAGTGTGCCCGTTACGTTACCTGTCGCCGCTTCTCTTCATGAAGTGGCAGAAGGCGAGCAAGAATTATCTGAAATTGAATTAACTTTGGAGCCATAA	MGCAVISQLLSAKRSVFAGTMLSLSFFPSFSQADEIKITLPRLSVAEYHAPYVAVWLADAKQKRVKDIAVWYDVEMENGKGEKWLKDLRLWWRRSGRSADLPMDGVSGATRRPGEHNVDLSGQFDGIAAGEYTLYVEAARELGGREVLSVPVTLPVAASLHEVAEGEQELSEIELTLEP				NA	NA	NA	NA	NA
AK237_02578	885	dmlR_7		HTH-type transcriptional regulator DmlR	ATGAACACCAAGCTTCTCCGTTCGCTGCAGATTTTCGTTGAAGTTGCTAACACCAGCAACATGAGTATTGCAGCTAAAAAACTTCATATGACAGTGTCTGCGATCAGCCAGCAATTACGTAAACTGGAACAGGAAATTGGCCTCAGCCTGTTTAATCGCAACACCAGACATATCAGCTTGACCGAAGCAGGCCACATTTACTACAAAACCAGCATGGAGCTTATTCATGTTGCAGAGCGTGCTCAACAGCAAATTGAACAACTACAGGAAACGCCATCTGGTAAATTGCGCATCGTCGCGCCAGAGGGCTTTGGTGGTGGGCTGTTAAGCAAGCCACTACAGGCACTATTGACCGAATTCCCAAAAATCAAGGTGTCACTCGAGCTCACCGGTCAGGGTGTTGACGTTATTGCATCGGGAGCCGATCTTGCCATTGCGTTGGAAGAAGTGAACGACGTAAATTTACATTGCCGACATCTTGCCACGTGGAACCTGATGGTATGTGTTGCCGCGAACCACCCATTGGCGAACCTGGATACCGTAAGCAGCGCGGATTTAGCGCCTCACACCTACATCTCTCATCCAGGCCTGCGAGATTATGTTGAGTCCCAGGAAGGGAAAAATAAGGCGCTGCCAAATCCACCCCGCCTGATGGTAGATTCCGTTCAGGCATTAATTCGTTTAACGTTAGATGGATTGGGTTATGCCGTTCTTCCAGAACCGGAAGTTCGCGAATATATCGACGCCGGAAAACTCATCAATATTTTGCCAGAGTGGAAAGAATCGAAGTACAACGTGTACGCCATTGCACCTAAACACGATGCGACGCCAGTTAAAACCCTGGCTGCCGTGCAGTGTTTGCAGGAATCTTTTTCACTGATTTAA	MNTKLLRSLQIFVEVANTSNMSIAAKKLHMTVSAISQQLRKLEQEIGLSLFNRNTRHISLTEAGHIYYKTSMELIHVAERAQQQIEQLQETPSGKLRIVAPEGFGGGLLSKPLQALLTEFPKIKVSLELTGQGVDVIASGADLAIALEEVNDVNLHCRHLATWNLMVCVAANHPLANLDTVSSADLAPHTYISHPGLRDYVESQEGKNKALPNPPRLMVDSVQALIRLTLDGLGYAVLPEPEVREYIDAGKLINILPEWKESKYNVYAIAPKHDATPVKTLAAVQCLQESFSLI				NA	NA	NA	NA	NA
AK237_02579	177			hypothetical protein	ATGATGTGTCTTGATACGATCAAAATTCAACGTAAACGTGGAAAAGTAGTAAAAACAGGCTCAGCCGGGTCTGGTGAGGAAGCGCGTAGTGGTAAACAGTACCGCTACAGAGCAAGAGGCACACGCTCATCACAGCTTGTTAATAAAGCCATTTCCCATTCATCGTATGCAAATTAA	MMCLDTIKIQRKRGKVVKTGSAGSGEEARSGKQYRYRARGTRSSQLVNKAISHSSYAN				NA	NA	NA	NA	NA
AK237_02580	747	gpmA_1	COG0588	2,3-bisphosphoglycerate-dependent phosphoglycerate mutase	ATGTATAAATTGGTACTTATCCGGCACGGCGAAAGTCAGTGGAATTTGGAAAACCGTTTCACCGGCTGGCACGATGTCGATTTAACTGACACCGGCGTCGCGCAAGCGCAAAACGCGGGTAAGCTGATGAAAGATGCAGGTTTTGAGTTTGATATCGCCTACACGTCTGTGTTGCTGCGCGCTATCAAAACGTTAAATATTGCATTGGAAGAAATGGGTCAGCACTACTTACCAGTACAGCGCCACTGGCGTTTAAACGAGCGTCACTACGGCGCCTTAACAGGGCTTGATAAAGCTGAAACAGCGGCTAAGCACGGCGAAGATCAGGTAAAAATCTGGCGTCGTAGCTTTGATGTACCGCCTCCGGCCGTTGAAGAAAGCAGCGAGCACTTCCCGGGACATGACCGTCGCTATAGCCACGTCGATCCCAGCATCCTACCACGAGCTGAAAGTTTAGCGCTTACCATCGAGCGTGTGCTTCCGTACTGGCATGATGTTATTCGCCCTACCATTCAGGATGGAAAGCGTGTGGTGATTGCTGCTCACGGTAACAGCTTGCGCGCGTTAGTGAAGTACTTAGACGGTATGTCAGAAGAAGAAGTGTTAGAGTTAAACATTCCTACCGGTGTACCTTTGGTGTACGAACTGGATGAGAATTTACAGCCTATATCTAAAGAATATCTCGGTGATCCTGAAGCAATTAAAGCGATGATGGACGCCGTTGCCAAACAAGGTAAAGCGAAGTAA	MYKLVLIRHGESQWNLENRFTGWHDVDLTDTGVAQAQNAGKLMKDAGFEFDIAYTSVLLRAIKTLNIALEEMGQHYLPVQRHWRLNERHYGALTGLDKAETAAKHGEDQVKIWRRSFDVPPPAVEESSEHFPGHDRRYSHVDPSILPRAESLALTIERVLPYWHDVIRPTIQDGKRVVIAAHGNSLRALVKYLDGMSEEEVLELNIPTGVPLVYELDENLQPISKEYLGDPEAIKAMMDAVAKQGKAK	PGPT0018030_1828	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE-GENERAL_USAGE	PLANT_DERIVED_CARBOHYDRATES-GLYCOLYSIS|GLUCONEOGENESIS,PGPT0018030-gpmA-K01834	NA	NA
AK237_02581	720	rgtE	COG0463	Dodecaprenyl-phosphate galacturonate synthase	TTGGATCTTTCTGTCATTATTCCTGCCAAAAATGAGCAGGACAATATTACCCCTCTCGTTGAAGAAATTATTCAGACTCCCGGTCTGCAATGCCTTTACGAAATTATTTATGTTGATGATGGCAGTACTGATGACACCGCCGGCAGGATACTGGCTGTGAGCAGAACCGCTTCTGTGCCTGTGCGACTCATCCGGCACAAACGCTCTGTGGGACAAAGCACCGCCATATTTACCGGCGTAGCCCATGCAAGTGGAAAACTGATTGTCACCCTTGACGCTGACGGCCAGAACAATCCTGCTGATATACCCGCCATGCTGAAAGCCGCTGCTGCATTTTCTGATTCAGAACACTTCTGTATCGCCGGTTACCGCAAGGCCCGTAAAGATACAGCCTGGAAGCGATTTCAATCAAAGGTCGCCAACAAGGTTCGCAGCTCACTGCTTGGTGATGACACACCTGATACCGGATGCGGGCTGAAAGTTTTTCCCGCAGAAACATTCAGACGCCTGCCGTATTTTGATCACATGCACCGGTTCTTACCTGCCCTCATCCGCCGGATGGGCGGTAAAATTGTTGTCATTGAAGTCTCACACCGCGACCGTCAAACCGGTACATCCAAATACAATATGCTGGGCCGTCTGGGTGTAGGGATAGTGGATTTATTTGGTGTGCTCTGGCTGCAAAAACGCTGCAAACATGCGGACATCATCAGTGAATAA	MDLSVIIPAKNEQDNITPLVEEIIQTPGLQCLYEIIYVDDGSTDDTAGRILAVSRTASVPVRLIRHKRSVGQSTAIFTGVAHASGKLIVTLDADGQNNPADIPAMLKAAAAFSDSEHFCIAGYRKARKDTAWKRFQSKVANKVRSSLLGDDTPDTGCGLKVFPAETFRRLPYFDHMHRFLPALIRRMGGKIVVIEVSHRDRQTGTSKYNMLGRLGVGIVDLFGVLWLQKRCKHADIISE	PGPT0017834_3080	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCAN_METABOLISM	CE-EPS-GLYCAN_BIOSYNTHESIS,PGPT0017834-DPM1_like|arnC|ppm1|wcaA-K00721	NA	NA
AK237_02582	756			hypothetical protein	GTGAATAAGCCAGCCGGGAAATTCACTGTGTCGCAGATCAGGCCAGTCTTACTTAAGCTCTTTTTTGTTGTGCTGATAATCTGTGGCGTGAGCTATGCCATCGATGTTCTGCCTGCATTTTCCGAATTTAATCAGCAGTGGATTGATGCGCACACCCGGAATAATGGCCTTAAGGGCGCTTTGCTGTTTTTAGTAGTTGCTGTCTGCTTACTCTCTGTCGGCGTGCCGAGGCAAGGTGTTGCCTTTCTCGGCGGCTATGCATTCGGGTTCACTGAGGGCTTTGTGTATTCCACTATTGCTGCAACAGTGAGCTGTTCCCTTTGCTTTCTTGTCTCGCGCCTGTTTGCCCGGAAACTTGTACAGCGATTGTTCCCGGTAAAAATTGTCAGGATCAGCAGCTTCCTGTCCGGCCAGACCTTTTTGAAAGCCTTTGTGATTCGCTTGCTGCCGCTGGGTAACAACTTAATTACCAATATCATTGCCGGAGTAACCACGGTTAAACCCCTCCCTTTCATCACAGGATCTGCACTGGGCTATATGCCGCAAATGGTAATCTTCGCGCTGATGGGAAAAGGGATCGTCGTACAGTCGGGTTGGAAACTCGCTTTCAGTGTGTGCATGCTGGGTGTCTCTATGCTGCTCAGCATCTATCTGTACCGCCGCTACAAGGCAGATAAAATGTTGAATGATTCTCTGCCTTCCTGTCCGGCAAAGGCAGCTCACAGCAGTACGTTATACAAGGCAGAGGTAAAGTAA	MNKPAGKFTVSQIRPVLLKLFFVVLIICGVSYAIDVLPAFSEFNQQWIDAHTRNNGLKGALLFLVVAVCLLSVGVPRQGVAFLGGYAFGFTEGFVYSTIAATVSCSLCFLVSRLFARKLVQRLFPVKIVRISSFLSGQTFLKAFVIRLLPLGNNLITNIIAGVTTVKPLPFITGSALGYMPQMVIFALMGKGIVVQSGWKLAFSVCMLGVSMLLSIYLYRRYKADKMLNDSLPSCPAKAAHSSTLYKAEVK				NA	NA	NA	NA	NA
AK237_02583	1731	arnT		Undecaprenyl phosphate-alpha-4-amino-4-deoxy-L-arabinose arabinosyl transferase	ATGTGCAGCACAAAAGCGGTCTCTCAGCCATCGATAGCATGGCTGGCGCATCCCTACTTACCCTGGTTTTTCTTTTTGTTCGCAGCAGTGCTTATACTGGCCGGTACCGGTTTACGCTCCCCGTGGCCCGCAGATGAGCCCAGGTTTGCCCTTATCGCAAAAGAAATGGTGGAGTCGGGGCAATGGCTCTTTCCACTAAGGGGCGGCGAGTATTATCCGGATAAGCCACCCGTTTTTATGTGGTCTATCGCGGTGTTCTATGCGCTTACCGGCTCACTGAAGCTGGCCTTTCTGCTTCCGTCCGCCCTCTGCAGCTTACTGACTTTATTTTTGGTGTATGACCTCGGAAGCCGGTTATGGAACAGGCAAACCGGTCTGGTGGCAGCAGCAACTTTGTTGTTCAGTTTTCAATTCGTCTTGCAGGCAAAGTCTGCACAAATTGATGCGATGGTGACATGCTGGATTACCCTCGGTTGCTACGGTATGTTGCGCTTCATGCTGACAGAGCGGCGCTGGCGCTGGTACTTCACGGCGTTCTTTTTCATGGGGGTGGGAGTAATAACCAAAGGGGTTGGATTTCTGCCTGTATTCATGCTGATCCCTTATGCGTTATATGTATTCAGGTTTAAGCAAAGCGGACCGACTTCTTTTCGTGATATTGGCAAATGGAGCGCCGGCCCGGCGATTATGCTTGTCACTATCGGCTTGTGGTTAGTTCCCATGTTACTGGTTGTCGACAACAGTCATGACCCGTTGCTGCAACAATACCGTGACAACATCCTGTTCCGCCAGACAGTCACCCGTTACGCAGACTCATGGCACCATATCAAACCATTCTGGTATTACGTGCTCAATGTGATACCCGCATTCTGGCTGCCCTTAAGTGTTGCATTACCCTGGTTGGTCCCGAACTGGATAAAAGCACTCCGGGCCGGTGACGGCAGAATACTTATTCCGCTGGGCTGGGTATTGCTGGTTTTGATTTTCTTCAGCATCAGTCCGGGTAAACGGGGAGTTTATATTTTGCCAGCACTCCCTATGCTGGCGCTTATAGCCAGCCCGTACGTCACCGGAATCATAAAGCGTAACGGGTTTAACAGGTTAATCGCCGTAATTATCAGCGCACTATCTCTGGTGTTACTAACGGCAGGTATTGCCGGACTTACCGGTGTCGAAAAGTTACTCACATTGCAGGAAAAATTTGAGGTTACGCCCTGGTGGTGGTTTATCTTTACCGGCAGTTGCGGGCTGGTAACCGTGCTTTTTGTTCGCGGAAAGAATACTCCGTTGCGCTGGCCGGTTTTTATGTCCTTATTGTGGGTTTCATGGAGCACATGGGGATATGTGCTGTTGGAAAATGTGAAAACACCGGTTAATGTTTACGACAATATCCGGGCGTACCATGGCGATAACATCGAAGTCGGCCTGGTAGATTTTGCTGAACAATTTATATTATTTTCGCCCTATCCGGTTACCCATTTTGGTTTTCACACACCGACTGAAAAACAACTGGCCAAAGCCTACGTATGGCTGGAAGACAACCCCTCACGGTTTGTTCTTACAAGCAAAAATAATCTGAAGGGGCTGTGTTTTGACTCAGAGAAAGCAGAGCCTGCCGGTTATGCACACCGTAACGAATGGGTTTTATTGTCGTCTGACAGCAAACTGGGGCAGTGTACAATTTCCGCTGACGGGATCCCTGAATACCATTACCGGCAGGCAGCCAGATAA	MCSTKAVSQPSIAWLAHPYLPWFFFLFAAVLILAGTGLRSPWPADEPRFALIAKEMVESGQWLFPLRGGEYYPDKPPVFMWSIAVFYALTGSLKLAFLLPSALCSLLTLFLVYDLGSRLWNRQTGLVAAATLLFSFQFVLQAKSAQIDAMVTCWITLGCYGMLRFMLTERRWRWYFTAFFFMGVGVITKGVGFLPVFMLIPYALYVFRFKQSGPTSFRDIGKWSAGPAIMLVTIGLWLVPMLLVVDNSHDPLLQQYRDNILFRQTVTRYADSWHHIKPFWYYVLNVIPAFWLPLSVALPWLVPNWIKALRAGDGRILIPLGWVLLVLIFFSISPGKRGVYILPALPMLALIASPYVTGIIKRNGFNRLIAVIISALSLVLLTAGIAGLTGVEKLLTLQEKFEVTPWWWFIFTGSCGLVTVLFVRGKNTPLRWPVFMSLLWVSWSTWGYVLLENVKTPVNVYDNIRAYHGDNIEVGLVDFAEQFILFSPYPVTHFGFHTPTEKQLAKAYVWLEDNPSRFVLTSKNNLKGLCFDSEKAEPAGYAHRNEWVLLSSDSKLGQCTISADGIPEYHYRQAAR				NA	NA	NA	NA	NA
AK237_02584	1560	yfeW_2		Putative D-alanyl-D-alanine carboxypeptidase	ATGACTAAACCATTCCGGATGTTTCTGAAAGCCGCTGTTATCGGCATGGCGACCAGTGTGTCAGCCCATGCCGCACAGTTGCAGGGGCAACTGGTTTTGCAGTCTGAAGCAACGTCAACACCTCTTACCGGTGTATTTTCAGTGCCCGGTGACCACGCCAGATTGCGTATTATGCCGGCTGTTGTCAGCGAAGCGCGCATTAAAGTGAATGACCGGGTGGTCTTCGACGGCACACTGGATCCGGCTGAAAATGCACAATATATACTGACCAGTAAAGATGCGGTGAAAACCGGTGAAAATGCACTGTCAGTAAAGGTAAAAACCGGCGATGTGGCGGTGTCTGTAGACTATCCCGAACTGGAATTTGCAAGTCCGGAAGAAGGATTAACCGCCACGCAAAGAAAGGCATTGCAACAAACATTGCAGCCTTTTATTGGCACTGACCCCGATAAACATCTGTTTCCGGGCGTTGCTCTCCTTGTCGCCAGACAAGGCAAGGTACAGTATTCCGCGGGGCAGGGGATGGCACAGTATCAGTTGATGAACTCCGGGCGTCTGCATTCGCTGGCATCTCCCCGCAAGGTCACGGCAGACACAGTTTTTGATTTGGCGTCCGTGACGAAGGTGGTTTCTACCACTGCCGCGGTGATGCATCTGGTCAGTGAACACCGGTTGTCACTGGACGACACGCTGGGCGAATTGCTGCCCGGCTTCAGTCAAACAGATAAAGCCGGTATCACTGTGCAGCAACTGCTGACCCACCGCAGCGGCTTATGGGAGTGGCAACCGCTCTGGCTGCACAAAAGGCAAAGCCGTGATTCTGTCTTCGCCTGGCTGGCGTCGCTACCACGACGTTACGGGATTGCTGAAAAACGGGCATATTCTGATATTGGTTTTATGTTACTGGGTGAAATCGTTGAACAGATCAGCAAAATGCCGCTTAACGACTACGTATACACGTTTGTTCATCAGCCTCTGGGCATGAACAGAACCCGGTATTTACCACCGGAAAGCTGGCTGGATAATATTGCTGCCACGTCGCAGGGCAATCCCTACGAGCAACACATGGTAAGTTCTTCCACACCATACCCTGTAGTAGAAAGCCCGCCGTTTGAACGCACTTTTGATGGCTACCGCGATTACACGTTAACCGGCGAGGCGAACGACGGCAACGTCTGGTACGCACTGGAAGGTGTGGCAGGTCATGCCGGTCTGTTTTCTGCTCTGCCGGATCTGGCAATTTATTGTCAGACGCTGCTCAACGGTGGCGGTTATGGTAACGCCATGCTAACCGGGCCTGAGACGCTGGCTGCGTTTCTGAATACGCCTTACGATACTGGTCAGGCGCTGGGTTTCTGGCGTTACGAAGACGGGGAGGGACGGGAAAGCTTCGGTCATGCAGGCTTTACCGGTACTCAACTGATGTTCCGGCCTGATGATGGTCTGATTGTCATTATGCTGACAAACCGTCAGCACAACGGTTTACGGCAGGACGGTACCTATCCGTCTGTAAAACCTGCCTGGCAGGCAATTCTGAGTGTGGTGGACAGTTTCTGGTAA	MTKPFRMFLKAAVIGMATSVSAHAAQLQGQLVLQSEATSTPLTGVFSVPGDHARLRIMPAVVSEARIKVNDRVVFDGTLDPAENAQYILTSKDAVKTGENALSVKVKTGDVAVSVDYPELEFASPEEGLTATQRKALQQTLQPFIGTDPDKHLFPGVALLVARQGKVQYSAGQGMAQYQLMNSGRLHSLASPRKVTADTVFDLASVTKVVSTTAAVMHLVSEHRLSLDDTLGELLPGFSQTDKAGITVQQLLTHRSGLWEWQPLWLHKRQSRDSVFAWLASLPRRYGIAEKRAYSDIGFMLLGEIVEQISKMPLNDYVYTFVHQPLGMNRTRYLPPESWLDNIAATSQGNPYEQHMVSSSTPYPVVESPPFERTFDGYRDYTLTGEANDGNVWYALEGVAGHAGLFSALPDLAIYCQTLLNGGGYGNAMLTGPETLAAFLNTPYDTGQALGFWRYEDGEGRESFGHAGFTGTQLMFRPDDGLIVIMLTNRQHNGLRQDGTYPSVKPAWQAILSVVDSFW	PGPT0024045_148	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-PEPTIDOGLYCAN_REMODELLING	CE-PG_REMODELLING-CARBOXYPEPTIDASE_ACTIVITY,PGPT0024045-pbp4b-K21469	NA	NA
AK237_02585	1881			Beta-hexosaminidase A	ATGTTTTTAACTCACGCCCTGGGCAATCGGCTTATTCAATTAGCCGTATGCTTGTGTTGCATGCAGATAACCTCTACTAGTGCTATGACTACGCCCTCCGACATTCAGCAGATTAGACGGGACATCGCGCAAAAGCTCATGCTCGATTTTCGCTATTTTTGTGCAGACAATACAGAGAAATGCCGTGAACCTATGACCACGCTACCTGAACCGCTTAAAGCGCTGGTAACAGAAAGCGGGCTTGGGGGCGTGATCCTATTTGCTGAAAACTTGTCTTATCCGGCTCAAATCGCCTCGCTGACAACAGATCTTCAACATGCAGCAACCTCAGGTACCGACGGATATCCGTTGTTCATTGCCATCGATCAGGAAGGTGGACGCGTATTTCGCACCCCAAGGATATTTACGACAGATTTCGCGGGCAATATGGCCATTGGCGCGACCTGGGAAAAGCACGGTGACAAATTTGCAGTAGAAAGTGGTCAGATTATCGCTCAGGAACTTAAGGCATTAGGGATAAACACAAACTTTGCGCCTAATGTAGACGTGAATGCAAATTTGGCAAACCCGGTTATTAATGTGCGGTCATTTGGGCAAGATCCAAAGCGGGTAGCGGCTCTTGGGGAAGCGCAAGTTAACGCCATGCAATCTCAGGGCGTGTTGGCAACCTTAAAGCATTTTCCCGGTCATGGTGATACACAAACCGATAGTCATTTGGGCCTGCCGGTGGTTGACCACAGCAGAGAAACTATTGATGCGGTTGATTTATACCCGTTTAAGGAAATAATCAGCCATGCTTCGCCGGCGATGGTCATGACGGCGCATATTCAATATCCGCAGCTTGATAGTAGTACACTTATTGATAAATCCGGTAACGCGCAAATCAAGCCTGCTACCTTGTCTAAACGCATTTTGACAGGCATTTTGCGTGAGGAACTTGGCTTCAAAGGACTCATTGTGACGGACGCGATGAATATGGCAGGTATTGCCAGGTTCTTCGACCAAACAGATGCCGTTGCGGCTTCGTTTGCTGCCGGATCTGACATTGTTGTAATGCCGGTTCCACTCCACAACATGCAGGATATCGAGCGATTTAATGCGCTGCTCGATGCCCTCGTTGAGAAGGTAGTTAGTGGTGAGCTGGACGCCAGGTTGATAGCTGAGTCAGCGGCTCGGATCAGGCAATCAAAAGATAAGTTTAAGCTTGCTCAGAGGCCTGCACCCCAACCAGAATCTTTAGCGGCAAGTTTAACGGAAAACAAACGGAAGGCGCAGCGCCTCGCGGATGCGGCGATTGCGAAGGTAAAAGGCTCTGCACGAGAATGGATTATCCCGGCTACCGATAATGTGTTGATGCTGATGCCTGAAATGGATGTGTGCCGTGCACTGGAATATCACATGGAATTGTACAGACCGCATCAAACGGTGAGTTGCATGAGTTTGCAACAACTTAGCGCCACTTCTCTGGAAAGCGCAATGTCGCAAGCCGATACAGTTGTGTTGGGTAGCATGACACCTACGCCAAGTTTAGTGGAACTAGGCGGCATGGAAGATTTCGACGTAAATGCGCAGCAAATTATGGGTTTTGATGAGGCGCAGGCGCTATTGCCGTCTTTGTTGCAACAGGTAAAGACACAAGGCAAACGTAGCATCCTGGTCTATCTGCGAATGCCGTATGATAAGGATCGCCTTGATACTTTAAGTGATGCGGTGCTGGCGACTTATAACGCCAATGTGTATGCCCTGTCTGATGAACCTGACGCGCCCTATACCGGCGGCACGATGGACAGCCTGGTCAGAGTACTTACCGGCATGTTAAAGCCGCAGGGCGGGATCCCGGTATCTCTGGACGAGGTAAGCACGCCCGGGGCTCATGACTAA	MFLTHALGNRLIQLAVCLCCMQITSTSAMTTPSDIQQIRRDIAQKLMLDFRYFCADNTEKCREPMTTLPEPLKALVTESGLGGVILFAENLSYPAQIASLTTDLQHAATSGTDGYPLFIAIDQEGGRVFRTPRIFTTDFAGNMAIGATWEKHGDKFAVESGQIIAQELKALGINTNFAPNVDVNANLANPVINVRSFGQDPKRVAALGEAQVNAMQSQGVLATLKHFPGHGDTQTDSHLGLPVVDHSRETIDAVDLYPFKEIISHASPAMVMTAHIQYPQLDSSTLIDKSGNAQIKPATLSKRILTGILREELGFKGLIVTDAMNMAGIARFFDQTDAVAASFAAGSDIVVMPVPLHNMQDIERFNALLDALVEKVVSGELDARLIAESAARIRQSKDKFKLAQRPAPQPESLAASLTENKRKAQRLADAAIAKVKGSAREWIIPATDNVLMLMPEMDVCRALEYHMELYRPHQTVSCMSLQQLSATSLESAMSQADTVVLGSMTPTPSLVELGGMEDFDVNAQQIMGFDEAQALLPSLLQQVKTQGKRSILVYLRMPYDKDRLDTLSDAVLATYNANVYALSDEPDAPYTGGTMDSLVRVLTGMLKPQGGIPVSLDEVSTPGAHD	PGPT0012175_570	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES	CE-EPS-GALACTOSAMINIDASE,PGPT0012175-nagZ-K01207	NA	NA
AK237_02586	1200	anmK	COG2377	Anhydro-N-acetylmuramic acid kinase	ATGAATAAATACATAGAACAACTTTATGCTAGTGGTAACAAAACACGACGAAAAATTCTCGGGTTAATGAGTGGAACGTCGTTGGATGGGCTCGATATTGCGTTGTGCGACATTCAGCACCATGGCAAACAAACCATTGCCCATATCGAGCGCTTTACCACCATTGAATACGATGTGAAATTTCGACAGGCGATTCAACGCGTGTTCGCAAAACACGATGTCGATTTACAAGAAGTGACATTACTCAACGGTTGGGTTGCTGACTACCATGCGAGTCTCATCCAGGATGCTCTCAATCAATGGCAAATAGACAAAGCCGACATCGATTGCATCGCCAGCCACGGACAAACTATTTTTCATTGCCCCCTGGAGCAGCATGGCTTGCCAGAATATGGAAACGGCACAATGCAGATTGGCGATGGCGATCGTTTGGCAACAGCCACTGGCATAATTACCTTGTCTGATTTTCGCCAAAAACACATTGCCGCGGGAGGTGAAGGAGCGCCACTGGCTGTATATGGCGACTTTTTGGTTTTCAGCGATGCCCACGAAAATCGAATACTATTGAATATTGGCGGCATAGCTAATTTTACGTGGCTGCCGGCAGGTAACGAAGCCGCTGAGGTTTTTAGCACGGATATTGGTCCAGGCAATACCATCATAGACGCTTACGTGTCTCGTCACTATGCACAACTTCGCTTCGACAAAGATGGCGAACTTGCACTGGCTGGAAGCGTGAACGAAAACTTGCTAAACGAAATGCTTCGTCATGACTTTTTCTCTTGTCCTGTACCGAAAACCACTGGCCCTGAAGTCTTTAATCTTGATTATTTGTACCAAGCGAGACTACACAGCCAAACACTTTATATACCAAACGAAGATGTGATTGCCACGCTTACCGCATTTACGGCAAAGGCGATTGCTCAGGGAATTCGTTCAACGGTTGAAGGTCAGACTTCCACCACTACATACGTAAGTGGCGGTGGTGCACATAACCCGGCGTTGATGGCGGCCATTCGAAAAGAACTACCGGATTCTATAGATTTTAAGAATTTAACCGAACTGGGCATCAATCCCGATGCAAAAGAAGCATTACTTTTCGCCATTCTGGCTAACGAAACCCTGGCGGGATCACCTTGTTTCGAGGGAAACCTGTTCGGAATTCCAAACACTAATATGGGCAAGATAAGCCTGCCCTGA	MNKYIEQLYASGNKTRRKILGLMSGTSLDGLDIALCDIQHHGKQTIAHIERFTTIEYDVKFRQAIQRVFAKHDVDLQEVTLLNGWVADYHASLIQDALNQWQIDKADIDCIASHGQTIFHCPLEQHGLPEYGNGTMQIGDGDRLATATGIITLSDFRQKHIAAGGEGAPLAVYGDFLVFSDAHENRILLNIGGIANFTWLPAGNEAAEVFSTDIGPGNTIIDAYVSRHYAQLRFDKDGELALAGSVNENLLNEMLRHDFFSCPVPKTTGPEVFNLDYLYQARLHSQTLYIPNEDVIATLTAFTAKAIAQGIRSTVEGQTSTTTYVSGGGAHNPALMAAIRKELPDSIDFKNLTELGINPDAKEALLFAILANETLAGSPCFEGNLFGIPNTNMGKISLP				NA	NA	NA	NA	NA
AK237_02587	564	yceJ	COG3038	Cytochrome b561	ATGCGCATAGATAGCAAACAGCAATTTAGTCAAATCACCGTATCGCTACATTGGATTGTGGCAATATTAATGATCGCCCTTTTAGGCGTAGGCATTTACATGACCGAAAGTCATAACTACGGGCTTTATCCGCTGCACAAATCTTTTGGCGTGGTGGTACTCGGTTTTGCTTTTATTCGCGTGTTGTGGCGGGTTAAAAACGGTTGGCCAGTTCCTGCCAGCCAGTATAAAGCATACGAGCACAAATTAGCGCACATTGTGCACTGGGTACTTATTTTAGGCACACTTATTATGCCAGTATCGGGCGTTATAATGTCCGCGATGGGCGGGCATAATGTGCCATTGTTTGGGTTTGATCTCATTCACGCTAATCATGACCCCATTAACCCGCAGGATGTGTTACCCAGAAATGAACATGTATCGGGCATTGCCGGGGATGTGCATGACATTGTCGGATACTTATTAATTGGTGCAATTGTTTTGCATGTTGCGGGCGCGTTGAAACATCACATTATTGATAAAGACGGCACATTACAAAGAATGCGTGGGAAAGTTATAGACTAA	MRIDSKQQFSQITVSLHWIVAILMIALLGVGIYMTESHNYGLYPLHKSFGVVVLGFAFIRVLWRVKNGWPVPASQYKAYEHKLAHIVHWVLILGTLIMPVSGVIMSAMGGHNVPLFGFDLIHANHDPINPQDVLPRNEHVSGIAGDVHDIVGYLLIGAIVLHVAGALKHHIIDKDGTLQRMRGKVID				NA	NA	NA	NA	NA
AK237_02588	1308	bdlA_2	COG0840	Biofilm dispersion protein BdlA	ATGTTAGCCTTTAAGTCAACATACGAAAAAGAAATCGCCAGACTTTCCCAGGCGACAAACGAATACCGAGCCTTTTCTGAAGCTGTAAAGAAACACAATGCCTACATTATCTTTGATCTTGACGGTAATGTGGTTGAAGTTAATTCTATTTTTGCTGCTATTTTCGGTTTCCAAAGTGCAGAACTCGTCAGTCAGCATCACAGCGCTCTTTGCTTCAACGATTTTGTGAACAGTAATGACTACGCACAGCACTGGCGTGATCTTCGTGAAGGGCGCGCGCACACAGGCCAGTTCCAGCGGAAGCACAAAAACGGGCAGAGTGTTTGGCTTGAAGCCTCCTACGAGCCAATTCTTGATAAAAATGGTCTGGTTACCGGCGTACTTAAAATCTGTTACGACATTACGGCCCAAAAAGAAACTGCCGAAGCCAACAAAGCGATATCAGATGCCTTAGATCGCTCTATGGCGGTTATCGAATTTACACCAGATGGCACAATACTCACGGCTAACAACAATTTTCTCGCCACTGTTGGGTATAACCTTTCTCAAATTCAGGGCCAGCATCATCGTATGTTCTGCTACGACGATTTTTATAACGATAATCCGAATTTTTGGGAAATTTTAGCGGCCGGAAACTTCCAATCGGGTCAGTATAAGAGAAAGAATGCTGCAGGTGATGTGTTATGGCTAGAGGCCACTTATAACCCCATTTATTCAGCCGATGGCAAAATATATAAGATTATTAAATTTGCGTCAGATATCACCCAAAAGGTACTTGAACAGCAAAATATTGCCAGTGCGTCAGAACACGCAGTCTCTATCTCAGAAGAAACCGCTCAAATTGCGTTACGGGGCACAGAATCATTAACTAATTCGGTAGATGTGTTTAATGCGACATTACGTGAAGTCGATGAAGCCAACGTGCTGATAGAGCAGCTCACCACGCAATCTGCCAATATTGAATCAATTGTCTCGACAATCAGAAGTATTGCCGACCAAACCAACCTCCTGGCATTGAATGCGGCCATAGAAGCTGCCCGCGCTGGTGATCAAGGTCGCGGTTTCGCGGTTGTTGCCGACGAAGTACGTCAACTGGCTAAACGTACAAGCGACTCAACCGTGGAAATTGAATCGGTTGTAGGCGAGAACAAAGGTTTGGCACAACAAGCCAGCGAGAAAATGACTGAAGTGAAATCCAAAGTAGACCTCAACGCCGAACAAATTGGCAGCGTACAGGGTGTAATGGATGAAATATATCAGGGTGCGGTAAGCGTAACTGAAAACGTTGCACGCATCATGAACCAGTAG	MLAFKSTYEKEIARLSQATNEYRAFSEAVKKHNAYIIFDLDGNVVEVNSIFAAIFGFQSAELVSQHHSALCFNDFVNSNDYAQHWRDLREGRAHTGQFQRKHKNGQSVWLEASYEPILDKNGLVTGVLKICYDITAQKETAEANKAISDALDRSMAVIEFTPDGTILTANNNFLATVGYNLSQIQGQHHRMFCYDDFYNDNPNFWEILAAGNFQSGQYKRKNAAGDVLWLEATYNPIYSADGKIYKIIKFASDITQKVLEQQNIASASEHAVSISEETAQIALRGTESLTNSVDVFNATLREVDEANVLIEQLTTQSANIESIVSTIRSIADQTNLLALNAAIEAARAGDQGRGFAVVADEVRQLAKRTSDSTVEIESVVGENKGLAQQASEKMTEVKSKVDLNAEQIGSVQGVMDEIYQGAVSVTENVARIMNQ	PGPT0015710_26848	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
AK237_02589	2451		COG3250	Beta-galactosidase BoGH2A	ATGACTGTTAAGCCCTTTATCACGCTCTTCGCCATTTTTTTGTTTTCAATTATTGCGTCAACCTGCGCAGAGGCATCACCGCCCGCGCAGCCTGATAGCAAATCGACAAGTGCTGATTTCAATAATCACTGGCGTTTTATATTAGCCGATGATGCAGCCTTTAAATCAGCAGATTATGACGACAGCCAATGGCGCTCGTTGTCACTTCCCCACGACTGGTCTATCGAAGATCGTCCCGGCACACAAAGTCCGTTTAGTGCCGATGCCAGCGATGCCTACGACACAGGCTATGCAAAAGGCGGCGTAGGTTGGTATCGAAAGCCTCTGCCTGCTATTGAAAAGAACAAACAATATATACTTGAATTTGATGGTGTATATATGAACGCCACGCTTTTCGTTAATGGTAAGCAAGCGGCACAACATTATTATGGGTATACGGGCTTTCAGGTAGATATTACGCCGTTCTTACACGCTGGAGACGGCAATTCAATAGCCATGCGCGTGCATAACAATGAACAAAACAGTCGTTGGTATAGTGGTTCTGGCATTTATCGCCAGGTTACCCTGCATACAGTGCCCGCGAACCATATCAAGCGATGGGGTACCGCAATTATCACGCAAGGGAAGAATAAAGATGGAAGTGCCTCGCTCACCATTAGCACACCGCTTTCCCTGCACAAAAACGAACAGAGTTCAGACTGGCGTCTTGAACAAATAATCTCGCAAGATGGAAACATCGTTTCCCGAGCTGATTACTCCATTAGCGGTGGTGTTCAGCAGCATAGTATCGACCTTGCAAAACCAAAGTGGTGGCAGCCTGGTTCTCCTACCCTGTATACGCTTACCCAACGACTCATAAAGAATAACGAAGTGGTTGATGCGTTTGACACATCTTTTGGCATTCGCACATTACGCTTTACCGCCGACAGAGGCTTCCTACTCAACGGCCAGCCCACTCTGTTAAAGGGTATGAACATTCACCATGACAATTACTTGCTAGGCGCAGGGGCTTTTCCACACGCAGAGCGACGCAAGGTAAAAATGATTTTAGCCGCTGGGTACAATGCCGTTCGAAGTGCACATAATCCACCTTCCAGCGCATTTCTACAGGCAGCCGATGAATTAGGCCTGTTGGTGATTAGTGAATCGTTTGATGCCTGGAACAAGCGCAAGTGGGACAATAAGAACGACTATTCTTCTGTATTTAAACAAAACTGGCAGCAGGATCTTGCTGACTTTATTGACCGTGATATCAATCATCCCAGCATCATTATGTGGAGTTTAGGCAATGAGATCCCGGAGCAAGCAGAGCCCCTCGGTGAAAATACTGCGTCTGCACTTGCCCAGTTTGTTCGACAGCGCGATAGCAGCCGGCCTGTGACTGTGGGTGCAAACATGTCTGGCGAGACGGCTACGACATTCTTATCAGCTTTTGATGTAACCGGGTACAACTATCAGCCAGACAACTACGTGAGCGATTTTCAAGCGGGCATTTCCAGCGTCATGTATGGCTCAGAAACGTATTCCCGGGATGCCTTTGAATACTGGCAGCTTGTTGAAAAGTATCCCTATGTAATCGGTGACTTTGTCTGGACAGGCTGGGATTACATCGGAGAAGCCTCGATAGGCTGGACGGGCTACGCGCCAGAATGGGCGGGTCTTGCGGCGTATCCCTGGACACTGGCTTACTCAGGAGAAATGGATGTACTCGGGCACATGCGACCCGCAGCTTATTACCGCCAGGTCTTGTGGCATACGGGCAAGCACCGGATATCTGCCTTTGTCACATCGCCAACACCATCGTTGTCGCCTGTCCCCGATCCGACATGGATTGATTACTGGACCTATGCCGACATTCACCCAAGCTGGAGCTGGCCCGGTTACGAAGGGGCGCCTTTACAAGTAACGGTATTCAGCGATTTCCCCAGTGTAGAATTATGGTTAAATAACGAACGGGTAGGCCAGGCCGCCACGGGAGAGGCTCAGCAGTTTACCGCACAATTCTCGGTGAACTATGAGCCGGGTACATTAATAGCAAAAGGCATAGACGAAAACGGGAACGTACAGGCGACATGGCAACTAACTACCGCATCGCAACCAGCAAATATCGCGATAACCCGCGAAAGTCAGTCGTTTGTAGCTGACGGTAAAGACATTCATTACCTTCCCATTTCACTGCAGGATAGTAAGGGCAACCCGGTTTATAACTGGCAGGACGATACCACGCTTAAGGTAACAGTCGATGGAGCAGCAAAACTCATTGCGTTAGGTAACGCCAATCCGCACTCGGTGGAAAGCTTTCAACAGTCGTCCCGTACTACGTTTCGCGGACAGTTGGTGGCCGTTGTGCAATCGAACGGTAAGGCGGGTGAGGTTAAGGTAACGGTAACAGGTAAGGGACTGCGCCCTGCCGAGCTTACCTTCAAAACCGGTAACGCAGATAATAACTGA	MTVKPFITLFAIFLFSIIASTCAEASPPAQPDSKSTSADFNNHWRFILADDAAFKSADYDDSQWRSLSLPHDWSIEDRPGTQSPFSADASDAYDTGYAKGGVGWYRKPLPAIEKNKQYILEFDGVYMNATLFVNGKQAAQHYYGYTGFQVDITPFLHAGDGNSIAMRVHNNEQNSRWYSGSGIYRQVTLHTVPANHIKRWGTAIITQGKNKDGSASLTISTPLSLHKNEQSSDWRLEQIISQDGNIVSRADYSISGGVQQHSIDLAKPKWWQPGSPTLYTLTQRLIKNNEVVDAFDTSFGIRTLRFTADRGFLLNGQPTLLKGMNIHHDNYLLGAGAFPHAERRKVKMILAAGYNAVRSAHNPPSSAFLQAADELGLLVISESFDAWNKRKWDNKNDYSSVFKQNWQQDLADFIDRDINHPSIIMWSLGNEIPEQAEPLGENTASALAQFVRQRDSSRPVTVGANMSGETATTFLSAFDVTGYNYQPDNYVSDFQAGISSVMYGSETYSRDAFEYWQLVEKYPYVIGDFVWTGWDYIGEASIGWTGYAPEWAGLAAYPWTLAYSGEMDVLGHMRPAAYYRQVLWHTGKHRISAFVTSPTPSLSPVPDPTWIDYWTYADIHPSWSWPGYEGAPLQVTVFSDFPSVELWLNNERVGQAATGEAQQFTAQFSVNYEPGTLIAKGIDENGNVQATWQLTTASQPANIAITRESQSFVADGKDIHYLPISLQDSKGNPVYNWQDDTTLKVTVDGAAKLIALGNANPHSVESFQQSSRTTFRGQLVAVVQSNGKAGEVKVTVTGKGLRPAELTFKTGNADNN	PGPT0017810_2889	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES	CE-EPS-GALACTOSIDASE,PGPT0017810-lacZ-K01190	NA	NA
AK237_02590	1128	frmA	COG1062	S-(hydroxymethyl)glutathione dehydrogenase	ATGGCTGACGTGATTACTTGTAAAGCCGCGGTAGCGTGGGAAGCAAAGGCGCCGCTGTCGATTGAAGAAATTCAGGTTGCGCCGCCTAAAGCGGGCGAAGTGCGCGTTAAAATCTTAGCAACGGGCGTGTGTCATACCGACGCGTTTACCCTGTCGGGAGAAGATCCTGAAGGTGTATTTCCTGCCATCATGGGCCACGAAGGTGGCGGTATCGTTGAATCGGTAGGTGAAGGCGTAACATCGTTAAAAGTCGGCGACCACGTTATTCCACTTTATACCGCAGAATGTGGCGAGTGTAAGTTCTGTACTTCTGGCAAAACAAACCTGTGCAGCGCTGTACGTGAAACGCAAGGCAAGGGCTTAATGCCAGACGGCACTACCCGGTTTAGCTGCAATGGTAAGCCCATTTATCACTATATGGGCTGTTCGACATTCTCTGAATACACGGTATTGCCAGAAATTTCATTGGCGAAAGTAAACCCCGAAGCACCGTTAGAAGAGGTATGCCTGTTAGGTTGTGGTGTGACGACAGGCATGGGTGCTGTATTGAATACTGCCAAAGTGCAAAAAGGCGATACCGTAGCGATTTTCGGGCTAGGTGGTATAGGGCTTTCGGCTATTATTGGCGCGACCATGGCCGGTGCCGGCCGTATTATTGGTATCGACCTGAACGATTCTAAGTTCGAACTGGCGAAGAAGCTGGGAGCGACAGATTGTATTAACCCGAAAGACTACGATAAGCCTATTCAGGAAGTTATCGTTGAACTTACTGACGGCGGCGTGGATTATTCCTTTGAATGTATTGGTAACGTAAATGTCATGCGCTCAGCGCTGGAGTGTTGCCACAAAGGATGGGGTGAATCAGTTATTATCGGTGTCGCCGGAGCCGGTCAGGAAATTTCTACACGTCCGTTCCAGTTAGTTACCGGCCGCGTATGGCGCGGAACTGCCTTTGGTGGTGTGAAGGGACGTTCTCAATTACCCGGTATCGTGGAAGACTATTTGGCGGGCAAATTTGCGCTGAATGATTTCATTACCCACACTATGCCTTTAGAAGAGATTAACGAGGCGTTTGATTTAATGCACGAAGGCAAGAGCATTCGCTCTGTTATTCATATGAAGCCTTAG	MADVITCKAAVAWEAKAPLSIEEIQVAPPKAGEVRVKILATGVCHTDAFTLSGEDPEGVFPAIMGHEGGGIVESVGEGVTSLKVGDHVIPLYTAECGECKFCTSGKTNLCSAVRETQGKGLMPDGTTRFSCNGKPIYHYMGCSTFSEYTVLPEISLAKVNPEAPLEEVCLLGCGVTTGMGAVLNTAKVQKGDTVAIFGLGGIGLSAIIGATMAGAGRIIGIDLNDSKFELAKKLGATDCINPKDYDKPIQEVIVELTDGGVDYSFECIGNVNVMRSALECCHKGWGESVIIGVAGAGQEISTRPFQLVTGRVWRGTAFGGVKGRSQLPGIVEDYLAGKFALNDFITHTMPLEEINEAFDLMHEGKSIRSVIHMKP	PGPT0006355_1725	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
AK237_02591	882	pgrR_7		HTH-type transcriptional regulator PgrR	ATGAACTGGGACGGAATTGCCGAATTTGTCGCTGTTGTCGAACAGCGAAGTTTTACTTTAGCTGCAAAAAAACTCAGCATTTCCACCGCGAAAGTAAGCCGGCAAGTAAATGCGCTGGAGGCACGATTAGCATCTAAGCTTCTCAACCGTACTACGCGTGTAGTCACGCCGACAGAACTCGGCCAGCAGTTTTATCACCAGTGCCGACATATTTTAGATCAGCTTGAAGATGCCGAGCGGTTCGTGTCCGAGCAACAACTTACACCGTCAGGTAAACTGATGTTAACGGCCCCCGTCACTTACGGTGAACGTATCATTGTTCCGGTGATCAACGATTTTCTTACGCAGCATCCGCGTATTGAGGTCAGTTTAAATCTCACCAATCAAGTAGTCGATCTGGTACAGGAAAACTATGATTTAGCTATCCGTCTGGGTCACCTTGAAAGCTCTTCGCTTATTGCCCGTCGGCTGGGCTCACGTACGTTATACACGTGCGCCTCCCCTTCCTATTTTGACACCCACGGTACACCGCAAACGGTAGCCGACCTCGCCCAACATCAGTGTATTGTTGGAACATCTGCCCACTGGCAGTTTAATGTAGACGGCAGGGTGGTTACTTATCGCATCCCCAATGCCAAGCTTCGCTGCAACAGCGGTATCGGTATTCGGGATGCAGCACGTAAGCATCTGGGTATCATACAACTACCCGACTATTACGTTGCCAACGACATTCAGGCTGGACGATTAAAAGTGATTTTGTCTAATCAGCAAATCGATGACGACGGTATTTGGGCGGTTTATCCACAAACCCGCCACGTTTCAACGAAAGTCAGGCTCTTATTAAATTACCTGGTAGACCATTTGTATCCCGCGCGCGCTTAG	MNWDGIAEFVAVVEQRSFTLAAKKLSISTAKVSRQVNALEARLASKLLNRTTRVVTPTELGQQFYHQCRHILDQLEDAERFVSEQQLTPSGKLMLTAPVTYGERIIVPVINDFLTQHPRIEVSLNLTNQVVDLVQENYDLAIRLGHLESSSLIARRLGSRTLYTCASPSYFDTHGTPQTVADLAQHQCIVGTSAHWQFNVDGRVVTYRIPNAKLRCNSGIGIRDAARKHLGIIQLPDYYVANDIQAGRLKVILSNQQIDDDGIWAVYPQTRHVSTKVRLLLNYLVDHLYPARA				NA	NA	NA	NA	NA
AK237_02592	855	pap	COG2326	Polyphosphate:AMP phosphotransferase	ATGCAAAATGGCGTATCAGATATCGTGCTGAAACAACGGGCCTTACGGCTACCAGAAAACACGTGCGCACCGTCACTTTCTTCGAAAGCAGAATATAAAAAGAAACTGAAAAAGTGGCAGAAAGCGTTGCTACATGTTCAACAAGCCTACTTCCATCAAAAGCGTCGCGCTATTGTGGTGTTTGAAGGTTGGGATGCGTCAGGAAAAGGCGGTGCCATTCGCCGGGTTACCGAAAAGCTCGATCCCCGCGGATTTGTCGTGCACCCCATTGCCGCTCCAACACCCGAAGAGCAAGGCCGTCACTATCTTTATCGCTTTCAAACGCGACTGCCAAAGCCCGGTCGAATAGCTATTTTCGATCGCTCCTGGTACGGCAGAGTATTAGTTGAGAGAGTCGAAGGACTTACGCCAGATCCGGCATGGCAGCGTGCCTATCAGGAAATCAATGAGTTTGAACGCCTATTGGCAGACGATGACGTAAAGATTATCAAAGTGTTTATGCATATTTCTGCTGGGGAGCAGTTAGCACGTTTTAAAGAACGCCTTCATAACCCTTACAAACGCTGGAAGCTCACCGAAGAAGACATCCGAAACCGTGGTAAATGGCCGGTATACCAAATAGCCACAGAAGATATGTTTGACAAAACAGATACCAAACAAGCGCCCTGGCACGTTATTCACGCAGAGTACAAATGGTTTGCACGCGTAGAGGTACTTAAAACCCTGGTGAAAGCGTTGCGAAAAGGCGTCGATGTTTCTCCTCCGCCTCTGGATGACACAATCATTCAATTAGCAGAGGATAAGTTAGGGATCAGCGCGCCGATGATCGACGCCCTGCAAGACGTTAAAACTTAA	MQNGVSDIVLKQRALRLPENTCAPSLSSKAEYKKKLKKWQKALLHVQQAYFHQKRRAIVVFEGWDASGKGGAIRRVTEKLDPRGFVVHPIAAPTPEEQGRHYLYRFQTRLPKPGRIAIFDRSWYGRVLVERVEGLTPDPAWQRAYQEINEFERLLADDDVKIIKVFMHISAGEQLARFKERLHNPYKRWKLTEEDIRNRGKWPVYQIATEDMFDKTDTKQAPWHVIHAEYKWFARVEVLKTLVKALRKGVDVSPPPLDDTIIQLAEDKLGISAPMIDALQDVKT	PGPT0002695_512	DIRECT EFFECT	BIO-FERTILIZATION	PHOSPHATE_SOLUBILIZATION	P-SOLUBILISATION-PHOSPHATE_METABOLISM	P-SOLUBILISATION-PHOSPAHTE_HOMEOSTASIS|REGULATION,PGPT0002695-ppk2-K23753	NA	NA
AK237_02593	726			hypothetical protein	ATGCGTATTGCTATGTGGTCGGGCCCACGAAACCTGTCTACCGCTATGATGTACGCGTTTTCAGCGCGCAAAGATTGCAGTGTGGTTGATGAACCGTTTTATGCTGCGTACCTGGTTGGCAGTGGAGAAGAACATCCCATGCAGGATGAAATTCTTGCTTCACAGCCTCATACCGCTGAGGCCGTCATCGCACAATGTTTAGGGCCTGTACCCAATAACAAAGCGATTTTTTATCAAAAGCACATGTCTCACCATATGTTGACGGACTTTCCCATGGCGTGGACAGACAATGTGACGAATGTCTTTTTGCTAAGGCATCCTGCGCGTGTTATCGCCAGTTACAACGAAAAACGTGAACAACCAGTATTAGATGATATTGGTATTCGCCAACAAGCGGCGTTATTCGACCGTCAATTTGCCAAACATGGGGTGCCACCCGTTGTGATTGACAGCGATGATTTGCTGGCAGCCCCCGAAGTGGGTTTACGGGCGTTGTGTGACGCAATTGGTATTCCCTTTGACGAGGGAATGCTGAATTGGTCTGCAGGTGGTAATCAGGCCGATGGTGCCTGGGCTAGTCACTGGTACAATGCAGTTTGGGAAAGCACGGGTTTGCGCGCTACACCTAAAAAGCCGCTACCAGCACTCTCCACAGCGTTGATGAATGTGTGTGAGCAAGCACTTCCTTACTACGAAAAGCTTGCGGAATATAAGATTAAGTTTTAA	MRIAMWSGPRNLSTAMMYAFSARKDCSVVDEPFYAAYLVGSGEEHPMQDEILASQPHTAEAVIAQCLGPVPNNKAIFYQKHMSHHMLTDFPMAWTDNVTNVFLLRHPARVIASYNEKREQPVLDDIGIRQQAALFDRQFAKHGVPPVVIDSDDLLAAPEVGLRALCDAIGIPFDEGMLNWSAGGNQADGAWASHWYNAVWESTGLRATPKKPLPALSTALMNVCEQALPYYEKLAEYKIKF				NA	NA	NA	NA	NA
AK237_02594	909	ilvE_1	COG0115	Branched-chain-amino-acid aminotransferase	ATGAGTATGGCGGATGTATCAACCCATACTGCGGCAGAAGATGCGCGCAATGATGATATTTTAATTTACGTTAACGGTGACATTGTTCACCGTGACGAAGCAAAAGTGTCGGTGTACGACAGCGGCTTTATGCTTGGCGACGGCATTTGGGAAGGCCTGCGTTTATATGATGGCAAGTGGGCCTTTCTTGACGAGCACATGGACCGCTTGTTTGAGGCTGCCAGGGTAGTCGATATGGATTTGGGCATGACCAGAGAGCAGGTGGTTGAGGCGCTGGAAGCAACACGACAGGCCAATGATATGCACACTGATGTGCATGCCCGGTTGATGTTTACACGTGGTAAAAAGAAGAAACCATTTCAGCATCCCGCTCTGTCCGTCCACGGCCCTACACTGGTTATTATTTGCGAGCATTCAAAAGCGTCAATTGCCAGACCGATTAAGTTGGCGACGGTTCCTCATGTGCGAGGGCTACCAATGACGCAGGATCCTAAGCTTAACTCGCATTCAAAACTTAATTGTATATTAGCGTGTATTGCCGCAGAGAAAGCGGGCGCTGATGAGGCATTGATGTTGGATGTCCATGGTTTTGTTAATACCACGAATGCCTGCAATTTCTTTATTGTCCGTAAAGGTGAAGTATGGACATCTACCGGTGATTACTGCATGAACGGCATCACGCGCCAAAAGGTTATCACGGTGTGCGAGCGTCTGGGACTAACTATTCACCAGCGAAATTACTCACTGGTTGAAACCTACGGTGCAGATGAAGCGTTTCTAACCGGCACATTTGGTGCGCAAACTCCTGTTTCGCATATTGATGGCCGCGCCATTGGTTCGGAACAACCGGGTCCGATAACCCGTCAAATCAGAGAGGCATACTACCAGTTGGTTAAGGAGGCTCACTAA	MSMADVSTHTAAEDARNDDILIYVNGDIVHRDEAKVSVYDSGFMLGDGIWEGLRLYDGKWAFLDEHMDRLFEAARVVDMDLGMTREQVVEALEATRQANDMHTDVHARLMFTRGKKKKPFQHPALSVHGPTLVIICEHSKASIARPIKLATVPHVRGLPMTQDPKLNSHSKLNCILACIAAEKAGADEALMLDVHGFVNTTNACNFFIVRKGEVWTSTGDYCMNGITRQKVITVCERLGLTIHQRNYSLVETYGADEAFLTGTFGAQTPVSHIDGRAIGSEQPGPITRQIREAYYQLVKEAH	PGPT0008860_5992	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_UTILIZATION	PLANT_DERIVED_VALINE_DEGRADATION,PGPT0008860-ilvE-K00826	NA	NA
AK237_02595	777			hypothetical protein	ATGAAGAAAACTCTGATTATTTTATTGTTAGTGATCGTGGTAATTGCTGGGGGAGTTGTATATCTCGCAAGCGGTGCCAATGATTTTATTCGTACTCAAATTGAGTCTCAGGGGACGAAGTACCTCGCAACGCCCGTTACCGTCGCTGCCGTTGATTTGTCTCTCAGTGAAGGACGACTGACTATTTCTGACATCGACGTGGAAAATCCGGATGGCTTTAGTGATGAAGACGCATTTAGTTTAACCGGTATTACTTTGGATTTAGCCGGTGCGGTAGAAGAACCTTATCGCATTCAGGAAGTCACGGTAGATGGCCCTGAAATACTCTATGAAGTTGATGCCTCGGGTCAGGGAAATCTGATGGTGATTAAAAATAACCTGATGGAAAATCTGCCAAAGGGTGAAAGCCAACCTGAGTCATCTTCTTCACCCAGCCCTAAACTTATTGTAGATGCCGTTACGGTAAGTAATGCCAGGTTAGTGCTTAACTTTGAGAAGTTGGAAACCGGCGATTTAAAAATTGATAAGAAAACCTATGAGGTGACACTACCTACTTTTAGCGCTGGTGCGATAGGGCAACCAGATGGACTGCCTGCCGATCAAGTGGGCGCGGCTATCGTAAACCAGATGCTGGACAATGCGATTAAGCAAGCCAAAGCCGAAGCGAAGAAAGTGTTGGCAGAGAAGGCGAAAGAGAAAGTACAAGAGAAAATAGACGAAGAGAAAGAAAAGCTTATGGAGAAAGGCAAAGACAAGCTGAAAGATCTCTTTAACTAA	MKKTLIILLLVIVVIAGGVVYLASGANDFIRTQIESQGTKYLATPVTVAAVDLSLSEGRLTISDIDVENPDGFSDEDAFSLTGITLDLAGAVEEPYRIQEVTVDGPEILYEVDASGQGNLMVIKNNLMENLPKGESQPESSSSPSPKLIVDAVTVSNARLVLNFEKLETGDLKIDKKTYEVTLPTFSAGAIGQPDGLPADQVGAAIVNQMLDNAIKQAKAEAKKVLAEKAKEKVQEKIDEEKEKLMEKGKDKLKDLFN				NA	NA	NA	NA	NA
AK237_02596	1905			hypothetical protein	ATGAATAAACTCTCATGGGTGCTCGCGTCAGCACCGTTGTTGTTTGCTTGTTCCCAACCCGCAGAGAACACAAATACATCGACAGAAAAAGCCCCGGCCAGCGAGCAACATGCTGAGCAAACCGCCACAATGGTATCGGGTACCGACTACCATTCCTTTTCTAATCCTGATGAAGTGCGTGTTACACACCTCGATTTGGATCTGACAGCAGATTTCGACAAGCATCAGCTTATTGGTTCGGTATCTCTGGATTTTGAGCGCGTTAAGCCTGAGGCCAATACTCTTATCGTTGACACCCGTGCGTTAGATATCAAACAGGTTACGGCGAATGGTGAAGTCATTCCTTATGAACTAGGCAACGAAGATGAAAACTTAGGTTCGCCGTTGTCTATTTCTTTACCGTCTTCGGCGCAGTCTGTCACGATTGAATATGTAACGTCGCCAGAAGCGTCAGGCGTACAATGGTTAACGCCCGCGCAGACGCAAGGAAAAGAACATCCATTCCTGTTTACCCAGGCGCAAGCCATTCATGCGCGTAGCTTTATTCCGCTGCAAGACTCGCCACAAGTACGGGTTACCTACAACGCCCGCATACACACGCCGGCAGATTTACTCGCCGTCATGAGTGCGTCCAACGACCCGGATACACCACGAGACGGCGATTATGCCTTTACCATGCCCCAGCCAATCCCTTCTTATTTAATTGCTTTGGCAATTGGCCACCTCGACTTTAAAGCAATGGGTGATCGCACGGGTGTCTATGCAGAGCCAGAGATCCTTGATGCCGCAGCCGCAGAGTTTGAAGACACCGAAAGCATGCTTGAGCTAACGGAAAAAACCTACGGTCCATACAGCTGGGATCGTTATGATTTACTTATTCTGCCGCCGTCATTTCCGTTTGGCGGCATGGAAAATCCGCGTTTATCCTTTATTACACCAACAGTGATAGCTGGTGACAAAAGTCTGGTTTCTCTGATCGCCCATGAGTTAGCCCACAGCTGGTCAGGAAATACAGTCACCAACGCCACATGGCGCGATTTATGGTTGAACGAAGGGTTCACCACCTATCTGACGTATCGCATTATGGAAATGCTGTACGGCACAGACCGCTTTAATATGGAAGCGGTACTGGGTTACCAGAGTCTTGAAGCCGATATTGATGCGTTACCTGAAAGTGATGAAATTCTTGCTGTCGATTTGCGCGGCCGTAATCCTGACGATGTATTTTCTGATATTCCTTATGAAAAGGGCGCGTTATTCCTTCGAGAGCTGGAACAAAAAGTCGGTCGTGATAATTTCGATGCTTTCCTGATGCAATACTTCAAGCACTTTGCTTTCCAAAGCATCACGACTGATACCTTCATGGCGTACCTTGAAGACACCCTGTTAAAACAATACCCTGATCAGCTTGATAAAGGGCGTATTGAACAATGGGTTTTCCAGCCGGGTATTCCTGACGGCGCGCCTTTGCCTGAATCAGATGCATTCGATAAAGTAGATGCGCAGCGCACTGCATGGCTAAATGGCGACAAACCTGCGGCTGATATCGATACAGCCAATTGGACTACCCATGAGTGGCTCTATTTCCTCAACAACATGCCCTCATCTTTGACGGAGGCGCAACTGGCTGATTTAGATGCTGCCTTTGCTTTAACCCAAAGCCACAACAATGAAATTGCACATAGCTGGCTAATGATTGCGGTTCAGAACGAGTACAAGACCGCCTATCCACGCCTGCACGACTATTTGGTTCATATCGGACGAAACAAATTAGTGAAGCCCCTTTACCGCGCACTATCCCAAACACCTGAAGGCAAGGCGTTTGCAAAAAAAGCGTTTGAAGAGGCTAAGCCCGGTTACCACCCGCTTACTGTGCACGCCAATGAAGGCTTCTTTGAAGAGTAA	MNKLSWVLASAPLLFACSQPAENTNTSTEKAPASEQHAEQTATMVSGTDYHSFSNPDEVRVTHLDLDLTADFDKHQLIGSVSLDFERVKPEANTLIVDTRALDIKQVTANGEVIPYELGNEDENLGSPLSISLPSSAQSVTIEYVTSPEASGVQWLTPAQTQGKEHPFLFTQAQAIHARSFIPLQDSPQVRVTYNARIHTPADLLAVMSASNDPDTPRDGDYAFTMPQPIPSYLIALAIGHLDFKAMGDRTGVYAEPEILDAAAAEFEDTESMLELTEKTYGPYSWDRYDLLILPPSFPFGGMENPRLSFITPTVIAGDKSLVSLIAHELAHSWSGNTVTNATWRDLWLNEGFTTYLTYRIMEMLYGTDRFNMEAVLGYQSLEADIDALPESDEILAVDLRGRNPDDVFSDIPYEKGALFLRELEQKVGRDNFDAFLMQYFKHFAFQSITTDTFMAYLEDTLLKQYPDQLDKGRIEQWVFQPGIPDGAPLPESDAFDKVDAQRTAWLNGDKPAADIDTANWTTHEWLYFLNNMPSSLTEAQLADLDAAFALTQSHNNEIAHSWLMIAVQNEYKTAYPRLHDYLVHIGRNKLVKPLYRALSQTPEGKAFAKKAFEEAKPGYHPLTVHANEGFFEE				NA	NA	NA	NA	NA
AK237_02597	612	yohC_1		Inner membrane protein YohC	ATGAGCAATCATATTTGGGGCTTGATCCATCACCCAGACAAAGAATGGCGTTCCATCAATGAAGAGCATGAAACCGTCAGCCACATGTACACCCATCATGTGCTTTGGTATGCACTCGTGCCCGTGGTCTGTTCATTTATCGGTACAACCCAATTCGGATGGACATTCGGTGGAGAAGAAGTCTTTCAGGTTTCAACAACCAGTGGCGTTGTTCTGGGTGCCGTTTTTTACGCACTCATTTTAGCAGCCGTGGCGGCGGTAGGGAGTATAATTCACTGGATGGCGAGACGCTTTCCTGAACGACCTTCCCGCGCTGAGTGTATTGTTTTCGCAGGCTATACAGCCACGCCCCTGTTCCTGAGCGGTGTGTTCTCTATTTATCCCGTATTCTGGCTTTGTGTTGCTGCTGTTTCTGCCGGGCTGGTATATACCGCTTACTTGCTTTACGCGGGCACACCCAGCTTTTTAGGCATCAATCATAAAGAAGGTTTTATACTGTCCACGTCAACGTTGTGCATGGGCGTACTGGTACTTGAAGCATTAATGATTATTTCTGTTGCGCTCTGGAGCATGGGCTCAGAACATAGCATTATGTGGTATTTCTTTAATTAA	MSNHIWGLIHHPDKEWRSINEEHETVSHMYTHHVLWYALVPVVCSFIGTTQFGWTFGGEEVFQVSTTSGVVLGAVFYALILAAVAAVGSIIHWMARRFPERPSRAECIVFAGYTATPLFLSGVFSIYPVFWLCVAAVSAGLVYTAYLLYAGTPSFLGINHKEGFILSTSTLCMGVLVLEALMIISVALWSMGSEHSIMWYFFN				NA	NA	NA	NA	NA
AK237_02598	879	dmlR_8		HTH-type transcriptional regulator DmlR	ATGTATAGCCTGAACGAACTGGAAACCTTTATCGCCATTGTGGAAAACAAAGGAATTCACGCTGCTGCGTCAGTTCAGCAAGTGTCACCTGCCACGGTGAGCCTGCGGTTGAGTAAGCTTGAAAAGGCGTTGTCCACGGTACTGATCTTTCGTGATAGCAGAAAGTTTGGTTTGTCGCCGGCAGGTGAGGTGTTTTACCAACGGGTGGGAGACATTCTGGAAGCTTTGCGGGATGCGGAATATCAGATTGGTGCCAGGGGGTCGTCTGTAAGCGGCATTCTGCGAGTTACTATGCCGCCCTGGGTATTTTCAAAATTTGTGATGCCAAAACTGATGGAATTTGAGCAGGCGTATCCGGATCTCAAACTGGATTTTCTGATCAACGACCAGTTTGTCAATGTGGTTGAAGATAAGCAGGATGTCGCCATCAGGGTAGGCAAGCTGGCTGACTCAGGCTTACTAGCGAGGAAACTGGCAAACAATTCCCGTTTGTTGTGCGCGGCACCTGAATATCTGGCGCGGGCCGGCCATCCACGCAGTATTGATGATTTAGCAAATTACCGCTGGGTTGTACTTCCCTGGCAGCGCCAGTTGAAATTGCAGGAAGGCGAACACAGCCGGACGTTGAACGTGAACGCACGGTTTACCGTGTCTAATTCCGACAATATGACGCAGGCTGTGCTGGCCGGCCACGGTTTGGGGATAAAGTCTTATATCGCGGTTAAAGATGAATTAGCCAGCGGAAAGCTGGTGGAAGTGCTGCCCAAAGCACTGGCAGACAATGATGCGCCGGTATGGTTTCTCAAGCCGCAGAATAGTTTGACGACCCGTAAAACAGAGGCTTTTTTCGCTTTTATGAAAACGGTTTTTCAACAATAA	MYSLNELETFIAIVENKGIHAAASVQQVSPATVSLRLSKLEKALSTVLIFRDSRKFGLSPAGEVFYQRVGDILEALRDAEYQIGARGSSVSGILRVTMPPWVFSKFVMPKLMEFEQAYPDLKLDFLINDQFVNVVEDKQDVAIRVGKLADSGLLARKLANNSRLLCAAPEYLARAGHPRSIDDLANYRWVVLPWQRQLKLQEGEHSRTLNVNARFTVSNSDNMTQAVLAGHGLGIKSYIAVKDELASGKLVEVLPKALADNDAPVWFLKPQNSLTTRKTEAFFAFMKTVFQQ				NA	NA	NA	NA	NA
AK237_02599	759			(S)-2-haloacid dehalogenase	TTGAGACACATTATTTTTATTGCCGTCACCTTACTGGTAACGGTTATGAACAATGCGGAGGCTGACACCATGCCATCACAACCCAAAGTGATTATTTTTGACGTAAACGAAACCCTTCTGGATATGGAATCAATGCGAGAATCAGTAGGCGAAGCCCTTAATGGTCAGCAATCATTACTTCCCCTGTGGTTCTCAACCATGTTGCACCACTCACTGGTATCAACCGTGTCAGGGGAATATCAGGACTTCGGGAAAATTGGCGTGGCAGCATTAATGATGGTGGCAGAAACCAATGGCATAGACATCACGGAAGAAGAAGCCAAAACCAGCATTGTGACGCCACTGCTCAGTTTACCACCGCACCCGGACGTAAAATCAGGGCTGACGGATTTAAAAGCACGGGGCTATAAGATTGTCAGTTTAACCAACTCGTCCAATTACGGGGTGAAAACCCAGTTTGAAAATGCCGGCCTGACAGACTTTTTTGATGCCCGTTACAGCATTGAAGATATTCAGATTTATAAGCCTGATCTCCGCGCCTATGCCTGGGCACTGAAGCAAATGGGTGTTAAACCGGAAGATGCCCTGATGGTGGCGGCTCACGGCTGGGATATCGCCGGTGCGAAAGCGGCAGGTATGCAGGCCGCTTTTGTAACCCGTCCGGGTAAAGCGCTCTATCCTCTGGCACAGAAGCCTGATTATGTGGTTGAGGATTTGAGTCAGTTGGTAGATATTCTCGACAAGCAGTATGGCCAGTAA	MRHIIFIAVTLLVTVMNNAEADTMPSQPKVIIFDVNETLLDMESMRESVGEALNGQQSLLPLWFSTMLHHSLVSTVSGEYQDFGKIGVAALMMVAETNGIDITEEEAKTSIVTPLLSLPPHPDVKSGLTDLKARGYKIVSLTNSSNYGVKTQFENAGLTDFFDARYSIEDIQIYKPDLRAYAWALKQMGVKPEDALMVAAHGWDIAGAKAAGMQAAFVTRPGKALYPLAQKPDYVVEDLSQLVDILDKQYGQ	PGPT0006885_1489	DIRECT EFFECT	BIO-REMEDIATION	XENOBIOTICS_BIODEGRADATION	XENOBIOTIC_HYDROCARBONS|OIL_DEGRADATION	XENOBIOTIC_DICHLOROETHANE_DEGRADATION,PGPT0006885-dehI-K01560	NA	NA
AK237_02600	1950	mcpQ	COG0840	Methyl-accepting chemotaxis protein McpQ	ATGTTTAAAAATCTTAGATTAGGGGTGAAAATCGGCTCTGGTTTCGGTGTCGTAATGCTGCTGATGTCGTTAGTCATAGGGATGACTATTTTTGCACTTTTGTATGCAGACTCTGGCATAAAGACCTATCGAGGTTTGGCAACCAGTACGAACCTGGCGGGTCGACTACAAGCCAACATGCTACTAGTAAGAATGAATGTAAAAGATTTCCTTATTACGAGTAGCGACAAGGATGTGGAAGAATTCAACGAGTATGTACAGCGCATGGATGGTTTTTTGCGTCAAGCTGAAGAATCAATTCAAATTCCCGAGCAAATATCAAAAATAGAGAAAATAAGAGAATTAATAACGCAATACAAAGAGGCATTTCCGAGGGTCGTTGAGGCCACGCGAAAGAAAGATCAAATCCGCGATGAAGAACTTTATGCTTACGGCCAGTCAATGGGCGATTTAATATCAAGCATTGTGGGGTCAGCATATTGGGACAAAGATACCGATGCGGCATTTTTTGCTTCTGAAGTATTGCAAACGTTACTCAATGGCAGGTTGCAGGTTTACCGATTCTTGCAAATGGGCAATGTAAAGGACTATGAACGCGCGTCCCAGATATTGAATGCACAGTTAACCGAGAAACTAAACGCATTAGATTTACAAATTCAAAATCCCCAACGCCGGGCACAGTTAGACCAGATAAAGCAAATTCAGCAAGAATATCTCGCCGCGCTAAATCAAGCGCGCGACCTCATAATTTATCGCGCTGACATTGTTGACAATACGCTAGATGCTATCGGTCCTGAGGTAGCAATGCTCGCTGAAGATGTTAAATTATCCATTATGGCTGAGCAGGACTTAATCGGTCCGAAACTCAAAGCTAGTACCGAAAACAGTATTTTGTACTCCGTCATTATCGCCATCATTGCACTCTCAGCAGGCGTTATTGCAGCACTGAAAATTACCCAAAATATCGTCAAGCCGTTAAGACACGCCGTAGATTCAGCCAACCAACTCGCCCAAGGCGATCTGCGGGTTAACGTCACCTCAAATAGTCGCGACGAAACCGGACAACTGCTTACCGCCATACAAAACATGGCTGCCAAGCTAAGAGAGATGATCTCAACTATTTCAGCGGCCAGTTTGGAATTATCCTCCGCATCCGAAGAGTTAGCGGTTATTACTGAGCAGACGACTAAAGGAATCGCAAAGCAGCAAACCGAAACCGAGATGGTTGCCACATCGATGCACCAGATGACGACTACCGTCGTAAGCGTTGCTAATGACGCATCTCAAGCTGCCGACGCAGCAAAGCAGGCAAGTCAGGAAGCCATTGAAGGCGGAAAGGTAGTTGAAAATACGATTAGTTCTATTAATGCACTGTCAGAAAATGTGCGGCGATCAGCGCAGGAACTCAGTAAAGTACAGCAAGATGTCGTTAATATAAGTTCGATTTTGAGTGTTATCCGAAGCATAGCTGAACAAACGAATCTGTTGGCACTCAATGCAGCAATTGAAGCGGCGCGTGCTGGAGAACAAGGCAGAGGGTTCTCAGTCGTTGCTGATGAAGTTCGCTCGTTAGCGTCCAGAACGCAGGGCTCTACAGCACAAATCCAAACCATTATTGAACAGTTGCAAACAGGTACACAGTCAACAGTCGACGTCATGTCTCAAAGCGAGGAAGAAGCAGGTCGTTGCGTCGTCCAGTCGGAAAAAGCTAACACTGCGCTTCTTGCCATCAATGACAGAATAGCTGTAATTAGCGATATGAACATGCAAATCGCCAGTGCGGCTGAGGAACAAAGTACTGTGGCAGAAAGCATTAATCAAAGCATAATGTCTGTCAAAGAGGTGGCCGAAGAGAATACGGAGGCTTCTAAGCAAACTCGCTCTTCTACAAATGAGATTGCGACATTAGCCGTATCTTTAAATAGTCTTGTTACTCAATTTAGGCTATAG	MFKNLRLGVKIGSGFGVVMLLMSLVIGMTIFALLYADSGIKTYRGLATSTNLAGRLQANMLLVRMNVKDFLITSSDKDVEEFNEYVQRMDGFLRQAEESIQIPEQISKIEKIRELITQYKEAFPRVVEATRKKDQIRDEELYAYGQSMGDLISSIVGSAYWDKDTDAAFFASEVLQTLLNGRLQVYRFLQMGNVKDYERASQILNAQLTEKLNALDLQIQNPQRRAQLDQIKQIQQEYLAALNQARDLIIYRADIVDNTLDAIGPEVAMLAEDVKLSIMAEQDLIGPKLKASTENSILYSVIIAIIALSAGVIAALKITQNIVKPLRHAVDSANQLAQGDLRVNVTSNSRDETGQLLTAIQNMAAKLREMISTISAASLELSSASEELAVITEQTTKGIAKQQTETEMVATSMHQMTTTVVSVANDASQAADAAKQASQEAIEGGKVVENTISSINALSENVRRSAQELSKVQQDVVNISSILSVIRSIAEQTNLLALNAAIEAARAGEQGRGFSVVADEVRSLASRTQGSTAQIQTIIEQLQTGTQSTVDVMSQSEEEAGRCVVQSEKANTALLAINDRIAVISDMNMQIASAAEEQSTVAESINQSIMSVKEVAEENTEASKQTRSSTNEIATLAVSLNSLVTQFRL	PGPT0015710_9149	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
AK237_02601	2973	btuB_27		Vitamin B12 transporter BtuB	ATGTGGGTAAGGGCAGGACTGACAGCAATATCGATGGCCTTGCTGCCCCGTTTATTGTTTGCCGCCGGCTCCGTTACTGAATTTCCCGCTCCGTCACCAACCATCACTGGCCCGCTCAGTCTGCCTGCCAGACTTAGCGCATTGTCTGACCAGTTTTCTGTTCCTGTCGTTTACTCTACTAATACCGTAAGTCACCGCGCTTTCAACGCGCTTTCAGATAGCGATATTCAGCGCTGTTACGACACATCGCAGCCTTTACAGGTACAGCTTACTGCCTGTTTACATCCGCTGGGCCTGGTGTGGCAAAACACTGAGTCAGGCATCATCATCAAGCCCGCTGAGACACCTGCAAACCGCAAAGCGCAATCAGATGAAGACAGTATTGCTCTTGAAGAAGTCATGGTGACCGGGCATATGTCGACCATCTCGCCTGAGGCTTACAATCAGCATTATGACAATGCCACCCGATATGCCAGGCAAATTAAGTCCGAGGCGGTCGGCGAGAAAGCGGTACTGGTCGGTGCCATGTTAAACCGCCTGCCAGCAGAAAACTTAGCCGAGGCGCTGCAGGCCTTGCCAGGCTTGAGTATTACTCGTGATCGCGGTGAAGCACTTAATATCAATGCTATGGGATTGAGTGCGGAATACCAGATGACGCTGCTAAATGGGCACCGTCTGGCGAATACTGAAAATGTCCGCAACTCTAATCAATACGGTCAGCAATATCGCTTTGATACATTAAGCGCGGGGCTCTTCAACCAGGTGACTATGTTTAAAACCCCAACGACTGATAAGCCAACGGGTGCAGCAGGAGCAACCGTTGATTTGTTAAGTGACGATCCACTTGCCTATGAATTTAACAGTGCCCAAATTCGCCTGACGGCTGCCTCGCTGGAAGCCGATACAAATTATCAGCCCGGCTTTGCCGCATTAGGGAACTTACGTAACCAGAGCGGCACGCTGGGTGCAGTGTTCCGTATGAATTACGAGAACCGTTTGCAGCGCCAATACCAGTTTGAAACCTGGCACTGGGGGGAAAACGGCGGTGCGCCGCCACAATTTCACTGGCAAGGCATATCAGACGACACACTGGTTCCCACAGATGGCCTGGCACTGACTATTGAAAATGAAGACCGTACCCGGGCAACTTACTACGCTAACATAGTCTGGCAGCCTGTGGACGCATTGGGCACATCGCTTTTGTGGCTGCGCGCCGATACAGATTTCTCTTTCGACGAGCACCGCTTATCAGTGAGCCCCGTGAATGAACAAGCGACAGCTGTGACAGGAAAAAACAACAGTATTTCGGCTTTGCATTTCAGTCAGGCAGACATGAAATCTACCCGTGAGGAGTCAACCCTCGACTACGCGACAGATACTTTTCAAGCGTCGGCAGAATGGAAAAGTAAAAGACTGCCTCTTACCGTCACGCCTTTTTATAGCCAGAGCCGGGCAATCAGTAATACCCGCGACCCCATTTCCCGGGTACACGTAGCGCTAGCACCTGCGCGTGTTGATGTTGATGTGTCCGGCAATCAGCTAAATCAGTTTATGGTACAGGGCAACCTTGGCCTCGTCGGCAACTATTCCCATATCACGCAAATGAGTAAGAGACGGATCAAGGTGGAGAATAAAGCGACAGAGTGGGGCGGCGATGTGGCGTTTACGCCGCGGCATGCCGGACGTTTATCAAAGATTCAAGCCGGGTGGTTAGATGCCACGCAAAAGCATCGGTACACACGCAGGGACATTCAATTAAGTGAAGCGGCACTGACGGCACTACCGGACTTGGATGGTAGATGGCTGACGCCTCTACCCAACGGATTCGATGCGGCGTTTTTTACATTCGGGCAGGCATGGCTCATTCCCAAAAGTGACTTATTCCAGCTATATGATATCGCCTTGTCTTTTCCTGCGGATGGTCAGGCTGCAGTGAACGACCTGCTCAATAGCTATGCCGTCACGTTTAAGGCGAAAGAGGCCTATTTGTCGGCTATTTGGCAGCCGTTTGGTGCCGCAAGTAGCGGAAGTAGAGGGCCGGATCTCGTGATTGAAAGCGGCTTGCGCTACAGTCATACAGAAAGTGAGACAACCGGGTCCGGGTTCAACGGCGAGGGAAGCGTTATAGCACAGCATTTTGCCCGTACCGACAGCGCCTGGTTGCCCTCCGTTGCGGTAAAGTGGCAATTTACGCCACACTGGCAATGGCGTGCAGGATATACCCGCTCACTCAACAGACCGAACTATTCAGATTTAAACCCGAAAATCCATGTAAACTCCGGCGGGCTACCCTATGCCGAAGCGGGAAATCCTCTGCTTAAACCTGTTGTAGCAGATACGTTTACCACATCCTTGAACGTAAACAGCGAAAGCATAGATGCTGAGTTGCTGGCATTCTCCCACCACCTCACTGATTACATATCGGAGCAAGCGCTTACTCTCGATTATCAAGGCGCAGAGTATGAGACTCTACAACGAACCAACAATAGTGAGGGGCGGATTACTGGCGTACAGGTGGGAGCTGAAATTGCCTTTAGGCAACCTGACAATCAGCAACTTCAGCATCGCTTGTCGGCTACGATAACCCGGGTCACCAAGGCGCAGGTATCGTCAACACAGCCTGGTGACTCCACAGCGCACTGGCCTGCAGAAGGCGTATCTGACTGGACGGGGAACGTAAGGCTATTATCCAGTTGGCGCGCCTGGCAAGCGGCCATCAATATTAACTATCGAAGTCGCTTTCTTGAACACCGGGATTTAACGAACAATGCGGATGTTTACGTGGATCAATATACCGGCGTTGACTTTAGCGTGAACTGGCTATTCTCAGCCAATGCGACGTTGCGTATGGATATCTACAATGCCACCAATGAGACAGTCGAACGTACGGTTGCAACAGGTGAGGCCTCGGCCCTGATGAAGACCGAGGAATTTGGCCGTAGGTTCGTGGTGAGCCTCGGCCTGATGTTTTAG	MWVRAGLTAISMALLPRLLFAAGSVTEFPAPSPTITGPLSLPARLSALSDQFSVPVVYSTNTVSHRAFNALSDSDIQRCYDTSQPLQVQLTACLHPLGLVWQNTESGIIIKPAETPANRKAQSDEDSIALEEVMVTGHMSTISPEAYNQHYDNATRYARQIKSEAVGEKAVLVGAMLNRLPAENLAEALQALPGLSITRDRGEALNINAMGLSAEYQMTLLNGHRLANTENVRNSNQYGQQYRFDTLSAGLFNQVTMFKTPTTDKPTGAAGATVDLLSDDPLAYEFNSAQIRLTAASLEADTNYQPGFAALGNLRNQSGTLGAVFRMNYENRLQRQYQFETWHWGENGGAPPQFHWQGISDDTLVPTDGLALTIENEDRTRATYYANIVWQPVDALGTSLLWLRADTDFSFDEHRLSVSPVNEQATAVTGKNNSISALHFSQADMKSTREESTLDYATDTFQASAEWKSKRLPLTVTPFYSQSRAISNTRDPISRVHVALAPARVDVDVSGNQLNQFMVQGNLGLVGNYSHITQMSKRRIKVENKATEWGGDVAFTPRHAGRLSKIQAGWLDATQKHRYTRRDIQLSEAALTALPDLDGRWLTPLPNGFDAAFFTFGQAWLIPKSDLFQLYDIALSFPADGQAAVNDLLNSYAVTFKAKEAYLSAIWQPFGAASSGSRGPDLVIESGLRYSHTESETTGSGFNGEGSVIAQHFARTDSAWLPSVAVKWQFTPHWQWRAGYTRSLNRPNYSDLNPKIHVNSGGLPYAEAGNPLLKPVVADTFTTSLNVNSESIDAELLAFSHHLTDYISEQALTLDYQGAEYETLQRTNNSEGRITGVQVGAEIAFRQPDNQQLQHRLSATITRVTKAQVSSTQPGDSTAHWPAEGVSDWTGNVRLLSSWRAWQAAININYRSRFLEHRDLTNNADVYVDQYTGVDFSVNWLFSANATLRMDIYNATNETVERTVATGEASALMKTEEFGRRFVVSLGLMF				NA	NA	NA	NA	NA
AK237_02602	873			hypothetical protein	ATGACAGAAATAAATAAAAAACACGACGCCGGTGACGATACGATTAAGCAGGCTATCTGGGACGATCCCGCCCTACTGGAGGCGTTGGCTGAACATCAACCTCATACAGCGTCGCGCAGCGCATCACGGTGGGCATGGCTGGGCGGAATGGCCGCATGCTTTTGTGCAGGCGTTATTGGCTGGTACGTTATTCAGGAACAATCATTCCCTGATGAGCCGTCGGTGAAGGTGGCTTATGCGTCACCGCAGACATTCAGTAGCGTTGATGCACAAGATATAAAACTATCTGACGGCTCTGAGGTTGCCATGAACCGCGGGGCCAGCCTGCACTTTGCGGAGTCATCCGGACGCCGCCAGGCAAAGTTAACCAGTGGTGAGGCATTCTTTGAAGTGGCCAGAGACGAAGCCAGACCATTTACCATAGAGACAGGTAACGCCAATATTCAGGTGTTAGGTACGGCGTTTAATGTAGATAAATCACTCTCGCAGACTCAAATTGACGTTTTTCACGGTAAAGTCGCTGTGTCTATGCCAGACGGCAGTGACCGTGTGGAACTGATAAAAGGACAGCGTGCCAGCGTGACGGCCCGGGGCATTACCGTGTCAGCCTTTGCGGCAACAGAACCTGACTGGCAGGCAGGCTGGATTGACCTGAACAATGTGTCGTTAAATGATGCACTTTATCAACTGAATCGCTACAGCGACAAACCCGTTGTTTTGCAGCACGGTGATGATAACGCCGCACATATCAGTGGCCGGTTTAAAGCCGCTGACATTGCCGGTTCCGCCAGGCTGTTAGCACAAATGAACGGTCTGACGATGCATGAATACGAGGACAGTATTGTGCTGGCGAAGCCGGAAAACGGTAAATAG	MTEINKKHDAGDDTIKQAIWDDPALLEALAEHQPHTASRSASRWAWLGGMAACFCAGVIGWYVIQEQSFPDEPSVKVAYASPQTFSSVDAQDIKLSDGSEVAMNRGASLHFAESSGRRQAKLTSGEAFFEVARDEARPFTIETGNANIQVLGTAFNVDKSLSQTQIDVFHGKVAVSMPDGSDRVELIKGQRASVTARGITVSAFAATEPDWQAGWIDLNNVSLNDALYQLNRYSDKPVVLQHGDDNAAHISGRFKAADIAGSARLLAQMNGLTMHEYEDSIVLAKPENGK	PGPT0003910_6715	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-QSR-AUTOINDUCER_PERCEPTION	CE-QSR-3-OH_PAME_PERCIPITATION|SIGNALLING,PGPT0003910-prhR|fecR-K07165	NA	NA
AK237_02603	600			hypothetical protein	ATGGCACTGGCCAAAACCACTGACAGCGCTGAACCTGCGCAGATGCAGGCTGCGAATATGAACATGCCTGAGCATTGTGCTAAGCAGAATCGTGTTCTGCTGCAATGCCTGATGGCAAATCAGGACGCTGTGAAAAACTATCTGATAAAAGCGGTAGGGCAACGTGCTGACGCAGAAGATCTGTTTCAGAAATTACTGGTGAAGGCTATGAATACCAGCTTTCATGAGCATCTGGACAACCCGCTGGCCTATGGCTATCGCATGGCGCAGCACCTTGTTATCGATCATCACCGGGAGCAACAACGTGCTCCGGCAGAACTTGAGCATGAGCCGCAATGTGAAGCGGCGTCACTGGAGACCATACTGGACAATCAGCAGCGTGTAGCGTTGTACAAGCAGGTATTAAGTGAAATGACGCCGCTGCGCCGGGATATTTTTATCCGTCGCAGACTGCATAATGAAAGCAGACAACATATCGCCGCCACCCTAGGACTGAATGAAGAAACGGTAAAGAAACACATTACCCGTGCAATGGATGCATTAAAAGTTGCCATAGAGGTGCGTTTTTCCGATAAGCCCCGTCCCCGTTCCGGCATTTGA	MALAKTTDSAEPAQMQAANMNMPEHCAKQNRVLLQCLMANQDAVKNYLIKAVGQRADAEDLFQKLLVKAMNTSFHEHLDNPLAYGYRMAQHLVIDHHREQQRAPAELEHEPQCEAASLETILDNQQRVALYKQVLSEMTPLRRDIFIRRRLHNESRQHIAATLGLNEETVKKHITRAMDALKVAIEVRFSDKPRPRSGI				NA	NA	NA	NA	NA
AK237_02604	2769			hypothetical protein	ATGAAAAACCGCTTATTCCCGTTGTCGCCGCTTGCTCTGGCACTGAGCACCCTGATCACCGGCACTGTTGTTGCGCAGGAAGCCCCGCAGGAAAAGGACGATAGTGTTGAGAAAATCGAGGTAACAGGCAGCTACGTGAAGAGCCTTGAAAAGGCGATTGATATCAAACGTACCACGGTTGGCTTTTCTGACTCGATTGTAGCTTCGGATATTGCTGACTTCCCCGAGCAAAACCTGGCTGAAGCGCTACAACGTATGCCCGGTGTTACCATTGAGCGAAACAAGGGTTTAGGCCAGCGCGTTAATGTACGCAGCCTGCCAACTGAGTTTACCTTTGTGTCTATTAACAACCTTGCTACTGCGTCAGGCAGCGGCGGCCGTGATGTTGAGTTCGACAGCTTTGCTTCTGAAATTATTCAAAGTGTTACCGTTAAGAAATCGCCGACGGCTGCAGATGAAGAAGGGGGTATCGCCGGTTCTGTCGCTATCAGTACTGCCCGCCCGTTTGACTATGACGGCCGTCAGATTGTTGCGTCCGTTGAAGGCGCTTATAACGATATTTCGGAAGAAACAGATCCTAAATTCTCATTCCTGGCCAGTGACACCATGGGCGACTGGGGCGCGTTAGTGTCTTTTGCCTATTCAGAACGTACTAACCGCACAGACAGCAACTCGGGCATTAATTTCCGTCCGCTTTCGCGCTTTTTAGAAAAATCAGGCTCATCACAGTGGCAATCAGACCAGGCTGCTGATGTACTGGCCCGCGATACCGGCATCACGATTGCTGACCGCTTCGACAGTGACGAAACCAGCCGCGTTGTATTTATTGATAAAGTGGGTGACCGCTCTTACCTGAGCGACCAGGAAAAATGGGGCGCCACGGCATCTGTGCAGTATAAGCCATCCAGGGATTTCAGCTTAACCTTCGACAGCATGTGGAGCACTTTCGATAACCACGAAGACGAATATGATGCGGCAGCGTATTCCGCTTCAAGTATCAGTTCTTTAGAGCGTATCAATGCTTACGACAGCACAACATTAGCTGATTATGGAATGACGGTGCTGACTGATGTAGATTATGCTGCCACACAGCACGAATTTCTGAGTAAAGAGTACAGCCGTACCACGGATTATCAGCAATACAGCCTGACTATGGACTGGCAGTTTGGTGAGTGGGATGTTTACGGCGTTGTGGGTTACAGCGGTGCTGAGAAAACGGAAGAATCCACCAACCTGAAGCATACAGCTTATCGCCCCACCCGTACCCGTTACACCAGCACAGGCGGTGAAACCATTGCCAGCGATAACCCTGAATCCTTCGATATGTACAACTCGCCGGAAGCTTACACCTTCGATTACTACGAAGTGAATCTTGAAGGCATTTCAGACGACAAATACGCCGCCCAGCTGGATTTCACCCGTAATATGGATTTAAGTTTCTTCCCTGCGCTGGCAAAAGTGCAGTTTGGCGGACGCTATACAGATAAATCGAAAACCCGTGATTACGGTACAAACCGCGTAACAGGGCCGGCTGAAGGTGACTCGTCATGGGAAGGCACCCGTACACTGGCTGACAGCGATTTAACCACCATTTTTGACTTAGTTTCGGGCGGTGAGTATTTACCGGAAGTGGCCTCAAAATCAGACTGGGCACAAATTTCAAATGCCTACGCCCGCAGCGAAATGCGCTACGACGGCTTTGCTGTGGATTTTGAACCGGATCAATTCTACGAAGTAGAAGAAAAGGCAACGGCGCTGTACGTGATGGCGGACTTCGAGTTTAATATTGGCAACATGCCGGCTTCACTGAACACGGGTTTGCGTTATATTGATACTGACGTAAATTCATCAGGCTACCACCAGGTGCAAAATGACGATGGTTCAACCGGATATACCTCTGCTCCCATTTCCAAATCCGGTAGTTACAAAGAAACCCTGCCAAGCGTGAACTTCACGCTGGATATTACCGATGAGTTATTATTCCGTGCTGCTGCGTCAGAAACCTTCATCCGCCCGGCTCTGACTGACATCGCTTACAAACGTACCGTGAGCTTAAATGAGTTTAAATACCGCGACGGTAACCCGGATCTTAAGCCTACCTATGCCGATCAGTGGGAAGTGGGTCTGGAATATTATCTGGAAGAAGGTGGCTTACTGGCCGTATCTTACTTTGAAAAAGAAATCGAAGGCGTTGTACGTGAGTCACTCACCGGTGCGGTGACAGGTGTAACCAAGTACAACGACAATGGCACAGTCGACGGTGTTTACGACTTCGACGTTTACCAGAAAGTTAACGCTGAAGGTTCCTATGATGTCAGCGGCCTGGAATTTATCGTTCAGGTGCCTTTCGCCCGCTTCCATGACGTGCTCGACGGATTTGGTGTGAATGCCAACTACACAACGCTGGATAACTCTTTAACAGGCGCTTCTGATTTAGGTATTCCTACGCCGCCGGAAGGACTGGCTGACGAAACCTACAACCTGACGTTCTACTACGAAGACGATGTATTTGATGCCCGCGTGTCTTACAACTACAAAGACAAGTACGTGGAATATATCGAGCGTGACATGTATCCGGTATACCGCGATGCCTACGGCCAGTACGATGTATCTTTAGGCTACCGTATCAACGACACATTCAAAGTGACGCTGGAAGGCATCAACATTACCGACGAAGCCACTAAAGGTTACACCATGGACCCGGCCTTCCCGACCATGTATGAGTTCTCCGGTCGCCGCGTCTCTCTCGGCCTGAGAGGTAACTTCTAA	MKNRLFPLSPLALALSTLITGTVVAQEAPQEKDDSVEKIEVTGSYVKSLEKAIDIKRTTVGFSDSIVASDIADFPEQNLAEALQRMPGVTIERNKGLGQRVNVRSLPTEFTFVSINNLATASGSGGRDVEFDSFASEIIQSVTVKKSPTAADEEGGIAGSVAISTARPFDYDGRQIVASVEGAYNDISEETDPKFSFLASDTMGDWGALVSFAYSERTNRTDSNSGINFRPLSRFLEKSGSSQWQSDQAADVLARDTGITIADRFDSDETSRVVFIDKVGDRSYLSDQEKWGATASVQYKPSRDFSLTFDSMWSTFDNHEDEYDAAAYSASSISSLERINAYDSTTLADYGMTVLTDVDYAATQHEFLSKEYSRTTDYQQYSLTMDWQFGEWDVYGVVGYSGAEKTEESTNLKHTAYRPTRTRYTSTGGETIASDNPESFDMYNSPEAYTFDYYEVNLEGISDDKYAAQLDFTRNMDLSFFPALAKVQFGGRYTDKSKTRDYGTNRVTGPAEGDSSWEGTRTLADSDLTTIFDLVSGGEYLPEVASKSDWAQISNAYARSEMRYDGFAVDFEPDQFYEVEEKATALYVMADFEFNIGNMPASLNTGLRYIDTDVNSSGYHQVQNDDGSTGYTSAPISKSGSYKETLPSVNFTLDITDELLFRAAASETFIRPALTDIAYKRTVSLNEFKYRDGNPDLKPTYADQWEVGLEYYLEEGGLLAVSYFEKEIEGVVRESLTGAVTGVTKYNDNGTVDGVYDFDVYQKVNAEGSYDVSGLEFIVQVPFARFHDVLDGFGVNANYTTLDNSLTGASDLGIPTPPEGLADETYNLTFYYEDDVFDARVSYNYKDKYVEYIERDMYPVYRDAYGQYDVSLGYRINDTFKVTLEGINITDEATKGYTMDPAFPTMYEFSGRRVSLGLRGNF	PGPT0003790_3499	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0003790-hutA|fatA|fct|foxR-K02014	NA	NA
AK237_02605	1923			hypothetical protein	ATGTTGTGGAAGTTACGCGTTGCGGGCACCCTCGGGCTCCTGCTTACTCTTACCGCTTGTGATGACGATGAAACGGTTGAAGTTCCCGTTGAAGTAGAAGTGCCTGTTACCGTGAACCCTGAGCATAAAATGCTCACAGACCCGTTTTTACAATTACCCACTGCTTCCAGCGTGAATGTGGTGTGGTTTACTAATTTCGAAGGCAGTGAACATGCATTAACCTATGCTGACCAGACCATCACAGATGTTACCACCACGAAGCTGGAACGCATGATGGAAGACTCTGGTTCTGCTATCGACAATCAAACCTTCGAAACGGTAACGTACCGTGATGTTTACCGCCATGAAGCCACTGCAACAGGACTGACGCAGGGAGAACGGGTCGATTACTCGGTGTCCAGTACTGACGAAGACGGCTTTGCATTTACCAGTGATACCTTTACCCTTGCCCCTACACCTGCTCCGGGTCAGCCGTTAATGATTTTGCTGACCTCTGATTTGCAGTCGAAAAAGAACGTTGTCGCAAACTACCAAAAGGTAGTGGAAACCGTTGGCACGCCTGACGCAGTATTTTTTGCCGGTGATTTTGTGAATGTACCCGACCGCGCTTCAGAATGGTTCGATCAGGCCAAAGACAATGCGCCTGCATTCTTTCCTGCCTTGCAAGGACACTACCAGCAATACATGCCGGGCTTTCCCTACAATGGCGGTGAAATTCTCCAGCATGCACCGGTGTTCGGTACTATCGGCAACCATGAGGTCATGGGCCGTTATACGCCAGATGAAGAAAGCTACTCTCTGAACGGCGGCTTTGGTGATCCGCAACCGGCATGGTTTGCAGAAGTCGCCTATGAACAGGTTAAAGCTGACGTTAACCCGTCTGATGATGAAACAGTTAAAGCACAGTGGATTGCCGATCACTCTCATAACCAGATGAGCTTTCTGGATATCTTTTCCTTCCCGGATGATGGCCCCCGCGGCGAAGAATACTTCGCGGTATCGTTTGGTGATGTGTTCCTGATCTCTATGAATGTGTCACGTATCTGGCGTTCGTGGAGTGTTACCCCGAACAACAAAACCAAATTTGTTGAAAATGCAGAAAAATACACCGACCCGACACAATGGGGATTTGGTGAGTTTTTATTTGAGCGTTTTGATGCAGAGTCAGAGCAATACGCCTGGCTGACGGATGTCATGCAGTCTGAAGCATTTCAAAATGCTAAGTACAAGGTGGTGATGGCGCACCAGGGCGTTTTCGGACTGGGTGACAACACGGTTCCGGTGCTTGCACAGCCGGTGCTGCAGGTTGTACAGGACAATGGCAGTGGTGGTGAATCTGTCGCTGAGTACACCTTCCCTATCGAGCCGGCCACATGGACTGACACCATCGCGCCATCACTGGAAAGCGCGACGGAAATTCGTTACCAGTATCCGCTTACCGGTGATGTTTGGCTGAACGATATTGAACCCCTGCTCATTGAAAACGGCGTAGACCTGGTACACATCGGCCATTCTCATTTGTGGAACCGCGCGCAGGTAGAAGATCTGCACTACCTGGAAAGCTCTAATGTAGGTAACAGCTACGGTGCATATTACGATGATACCACCGGCACTTACACGGCAAACCGGCGACCGGCTACAGCTGATTTCTGGGAAGATGTTTATTCAGCCAATCCACGCTGGTCAGAAACAAATTATCCGCCTAACGGTGATCCCCAGGGGCGTGTCATGAGCTTCCCTACCCAGTTCAGTCCTATGAGCATGGAAAATGACAGCTACCCGAATTTGCCTTTTGTTGCCAGCAATGTACTGTCGGTATTCTCGGTCCTTGATACCAGCACAGGCACAGTGAAAAGCTATGTGTTTGACCCAAGTGATTTGGATTCTGAAGTGACATTATTTGATGAGTTTTCGATTGAGTAA	MLWKLRVAGTLGLLLTLTACDDDETVEVPVEVEVPVTVNPEHKMLTDPFLQLPTASSVNVVWFTNFEGSEHALTYADQTITDVTTTKLERMMEDSGSAIDNQTFETVTYRDVYRHEATATGLTQGERVDYSVSSTDEDGFAFTSDTFTLAPTPAPGQPLMILLTSDLQSKKNVVANYQKVVETVGTPDAVFFAGDFVNVPDRASEWFDQAKDNAPAFFPALQGHYQQYMPGFPYNGGEILQHAPVFGTIGNHEVMGRYTPDEESYSLNGGFGDPQPAWFAEVAYEQVKADVNPSDDETVKAQWIADHSHNQMSFLDIFSFPDDGPRGEEYFAVSFGDVFLISMNVSRIWRSWSVTPNNKTKFVENAEKYTDPTQWGFGEFLFERFDAESEQYAWLTDVMQSEAFQNAKYKVVMAHQGVFGLGDNTVPVLAQPVLQVVQDNGSGGESVAEYTFPIEPATWTDTIAPSLESATEIRYQYPLTGDVWLNDIEPLLIENGVDLVHIGHSHLWNRAQVEDLHYLESSNVGNSYGAYYDDTTGTYTANRRPATADFWEDVYSANPRWSETNYPPNGDPQGRVMSFPTQFSPMSMENDSYPNLPFVASNVLSVFSVLDTSTGTVKSYVFDPSDLDSEVTLFDEFSIE				NA	NA	NA	NA	NA
AK237_02606	1056			hypothetical protein	ATGAAAAATAGCACTAAGAAAATTGCCTTGTTAGGTGCTGGCTTATTTTCAGCAGCAAGCGTACATGCCGCCGCCATTCCTGATGCACTGGCACCCAATGTCGACTTCTACGGTTCAATCCGCCTGGGTGTTGATTATATCGATGCCGGCGTTGAAGATGACGGTGCAAACGGACGTGACTTTTTAAGCCGTGTAGGTGTAAAAGCCAGCACGGAAATACAGCCGGGCCTGCAGGTGGTTGGTGTGGTTGAATATGGTATCCGCGAAGAAAACATTGTCGATTTTGTTCAGAACAAAGGACCAACGCTGCGTCTGGCCTATGTCGGGATGAAAGGTGACTGGGGTGAGCTTTACTATGGCTCGCAAACCAACGTGTTTCACAAATACCTGAGAACCTCCTATTTTTCAGATGGTCTGGACAGTATCCGCCAGGGGGCTGTGCGTGATGATGACCTGCTGCAGTACTACTACAACAAGGGCAAGTTCTCTTTTGGTGCCAGTGTGCTGATGGAAGGTCAGGACGGTGACTCTTTTGACCAGTTTCAACTAGGTGGTCAGTACACCGAAGGGCCGTTTAAGTTGCAACTGGGTTGGTCGAAAGACAACCGTGGTGAAAACAAAGGGAACCTGTACGGTATCCGTGGCTGGTGGAACGTAACCGACAAAATCACTGTTTCAGCATTCCACCACTATGCGGATGATCAGTACGATATTTACGGCGGTAGCTTAACCGGTACTGTGCGTCTGCGTGACGCTGAATTTGAAGGCAATAAGAACGCGTTGAATGCATGTCGTACTGAGAGCCGCACCAGTTCTGCGATTTTCGCCAGTTACCGTACCGGTCCGCACCAAATTCAGGGCAAGTATGCGGTGGATGCCTGTGATGTATCCGGTGACGTAGATTCTGTAAAACTGGAATATGCCCATCATTTCAGCAAGCGTTTCCGCTTGTGGACTGCCATAGAGACGTTCGATAACGACGAAGGCCGTAAACCCACTACTGCATCGGGTGAAAGCTTTACGCAAGTTCAGGCAGGTGCCCGTTTCGATTTCTGA	MKNSTKKIALLGAGLFSAASVHAAAIPDALAPNVDFYGSIRLGVDYIDAGVEDDGANGRDFLSRVGVKASTEIQPGLQVVGVVEYGIREENIVDFVQNKGPTLRLAYVGMKGDWGELYYGSQTNVFHKYLRTSYFSDGLDSIRQGAVRDDDLLQYYYNKGKFSFGASVLMEGQDGDSFDQFQLGGQYTEGPFKLQLGWSKDNRGENKGNLYGIRGWWNVTDKITVSAFHHYADDQYDIYGGSLTGTVRLRDAEFEGNKNALNACRTESRTSSAIFASYRTGPHQIQGKYAVDACDVSGDVDSVKLEYAHHFSKRFRLWTAIETFDNDEGRKPTTASGESFTQVQAGARFDF	PGPT0012995_400	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE	CE-BACTERIAL_FITNESS-PORIN_METABOLISM|TRANSPORT,PGPT0012995-ompF-K09476	NA	NA
AK237_02607	987		COG1638	Solute-binding protein	ATGCTAAACAAGATTATCGGTTCATTATTGCTTGCTGCCACCGCATTGGCCCCTGTTAGTAGTATAGCGGGTCCTGTCGAAATTAAATTTTCACATGTTGTAGCAGAAAATACGCCAAAAGGGCTTATGGCGGAAAAATTCAAGGAACTCGTTGAAGAGCGTTTACCGGGTAAGGTAAAGGTAAGTGTTTATCCAAACTCTCAGCTCTTTAACGACAACAAAGTACTGGAAGCCATGCTATTAGGCGATGTGCAGATGGCTGCACCGTCACTGTCTAAATTCCAGAGCTTCACCAAAAAACTGCAGGTATTCGACTTACCTTTCTTATTCCGTGATATCGATGCGGTAGATCGCTTTCAGCAAAGTGAAACGGGTCAGGAGCTGTTAGGTTCCCTGAAAAAACGTGGCCTGGTGGGCTTAGGTTATCTGCATAACGGCATGAAGCAATTGTCTTCTAACGAAGCCATTGTGACGCCGGAGCAAATTTCGGGTAAAAAATTCCGCATCATGACTTCTGACGTGCTGCAGGCGCAGTTCGAGCAGGTTGATGCTATTCCGCTGAAAAAGCCATTCTCAGAGGTGTTCACGCTGTTACAAACCCGTGCTATCGACGGTCAGGAAAACACCTGGTCTAACACTTACTCTAAAAAATTCTACGAAGTACAGCCTTACATTACGGCCTCAAACCACGGCGTGCTGGATTATATGGTCGTGACCTCTGCTGAATTCTGGATGACGCTGCCTGACGATCTGCGCACTGAAATTAAACGTGCTATGGACGACGCCATCGCTTACGGCAATGACATCTCTAAGAAGAAAGCAGACGAAGATCGCAAGCTCATCGCTGATTCAGGTGTGACACAAATCATCGACTTAACAGACGCGCAACGCCAGGCATGGGTAGATGCGATGAAACCGGTATGGAAGAAATTCGAAAGACAAATCGGCAAAGACGTTATTCAAGCTGCTGCTAAAGCCAGCGAGTAA	MLNKIIGSLLLAATALAPVSSIAGPVEIKFSHVVAENTPKGLMAEKFKELVEERLPGKVKVSVYPNSQLFNDNKVLEAMLLGDVQMAAPSLSKFQSFTKKLQVFDLPFLFRDIDAVDRFQQSETGQELLGSLKKRGLVGLGYLHNGMKQLSSNEAIVTPEQISGKKFRIMTSDVLQAQFEQVDAIPLKKPFSEVFTLLQTRAIDGQENTWSNTYSKKFYEVQPYITASNHGVLDYMVVTSAEFWMTLPDDLRTEIKRAMDDAIAYGNDISKKKADEDRKLIADSGVTQIIDLTDAQRQAWVDAMKPVWKKFERQIGKDVIQAAAKASE	PGPT0017325_901	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
AK237_02608	1821	dctB		C4-dicarboxylate transport sensor protein DctB	GTGAAACATAATTCAGCTGAAGCGATACTCATTGCCAACATCAATAAGCGAAATTTGATTGTGGTGGGTGTTATTGTGTTAATGATGGCGATTAGCGGCTTCTGGCTGTACTCAGGTGAAAGTCATCGGGAAATTCTCAAAACCCAAACCGATCGCACTCAGCGCGAGGTTTATTTGTGGAGTCGCCATTTCCAGGGGCTACCTCAGGTTATTGGAAAATATCCGTTAATTCGCAACCTCCTCGAAAATCCCAGTAAAGAAAAGCAAGATGCTGCCAATTTCTTTTTACTTCAACTCACTGACACGTTGGGAGTAAATTTCGCCTATATATTTGACGAAAAAGGCACCGTATTGGCCGCGAGTAACTTCTATAACGAGTTAAACTTTATTGATGACGACTATAGCTTCCGCCCTTATGTATTAAGCGCCATTAAAGGCGACAATGGCAGCTTTATGGCCGTAGGTTTGAAAACCGGCCAGCGAGGCTTTTATTTTTCGGCCCCGGTGCGAGAAAACGGCGCCATTATTGGCGGTGTTGCGCTGAAGGTGAATATCGATTTTCTCGCTAGCTTAAAAGCCGAGAAAGATACTGATCTGCTCTTTTTAGACGAAAAAAATATCGTCTTTCATTCCACATCCGGACGCTTTGAACAAAAAGGGCTTACTCGCCTGAGCAAAGAGGACATCGCACAACTTGAATTCGAAAAACGGTTCAACGGCAGAGAAGTGTCAGTTATCCGGGACGAAGCTGTATTAAACCCCGGGCTTAGTGAAGGCATGTCGCTGAGATTTGGCAATCAGGAGACCTTTTTTACCGGCTATAAGTTACCTATTCCGGGCATGACATGGTCTGTCATGAGTATTTCGGATTATAAATATCGCATCACTCTGGTTGCAAAATGGGCCGGCGTGACATTGCTGTTATATACCGCTATTGCAGGCTTTCTATTAGTTTACAAAGGCAGACGTCGCCACAACCAGGAAATCACTGCGCTGAATAACTCTCTGGAAATCCGCGTGCAACAGCTAGCCGCCAACTTAACCCGCAAGAACGAAGAGCTGGAGCTGTCTTTGGATCACTATAAACGCACGCAGACAGAGCTTGAGAACACGCAGTCTGAATTAATTCAGACGGCGAAACTGGCAGTACTGGGGGAAATGGCCGCAGGGATTAACCATGAGCTGAACCAGCCCTTGCAGGCGCTAATTGCTTACTCGCAAAATGGTAAGAAGTTTATCGAACGCAATAAAATCGAACTGGCTGAGAAGAATCTGGAGGAAATCGCGCTCATTGCCACCAACATGGCAGAAACCGTTGCGAAATTTAAAGTCTTCTCCCGCCGGGCCAAGCCGGACAGCAGGCAGGTGATGGTTTCAGAGATCCTGGACAACGTGTCCGCCATTATTATGCCCCAGTTGCAGAAGCACAAAATTACCTACCGTATCGATAACCGTGCTGACAATCAGAACCTGAACTGCGAACCTGTGATGATAGGTCAGGTACTGGTTAATCTGATTTCCAATGCCGCCCATGCGCTGGAAACCTCTGCAGACGGGGTTATCACTGTATCAGTAACAGACTCCCCCGCCGGCACAGAGATCACAGTAAAAGATAACGGCCCCGGGATCAGTGAAGAAATCAGAGACAATCTCTTTGAACCGTTTTTTACCACCAAAGAGAAGGGTCTTGGTCTGGGACTTACCATTTCCCGCCGCATTGTAGAGTCACAAAATGGTACCCTTACTGTACAGAACACAGAGCCGCACGGCACGGCTTTCACTCTGTCATTGCCTAAAGAACAACACGGAGAAAACACTTGA	MKHNSAEAILIANINKRNLIVVGVIVLMMAISGFWLYSGESHREILKTQTDRTQREVYLWSRHFQGLPQVIGKYPLIRNLLENPSKEKQDAANFFLLQLTDTLGVNFAYIFDEKGTVLAASNFYNELNFIDDDYSFRPYVLSAIKGDNGSFMAVGLKTGQRGFYFSAPVRENGAIIGGVALKVNIDFLASLKAEKDTDLLFLDEKNIVFHSTSGRFEQKGLTRLSKEDIAQLEFEKRFNGREVSVIRDEAVLNPGLSEGMSLRFGNQETFFTGYKLPIPGMTWSVMSISDYKYRITLVAKWAGVTLLLYTAIAGFLLVYKGRRRHNQEITALNNSLEIRVQQLAANLTRKNEELELSLDHYKRTQTELENTQSELIQTAKLAVLGEMAAGINHELNQPLQALIAYSQNGKKFIERNKIELAEKNLEEIALIATNMAETVAKFKVFSRRAKPDSRQVMVSEILDNVSAIIMPQLQKHKITYRIDNRADNQNLNCEPVMIGQVLVNLISNAAHALETSADGVITVSVTDSPAGTEITVKDNGPGISEEIRDNLFEPFFTTKEKGLGLGLTISRRIVESQNGTLTVQNTEPHGTAFTLSLPKEQHGENT				NA	NA	NA	NA	NA
AK237_02609	1353	dctD		C4-dicarboxylate transport transcriptional regulatory protein DctD	TTGAGTGCGTTAAAAGTAATGATTGTTGACGACGAAAAACATGTACGAGAGTCGCTTCAACAAACCCTTGCGCTGGAAGATTTTGAAATTGAAGCCTGCGAAAGCGCACAAGACGCCCTTCAACGCATTGAGGCGAACTGGGATGGCATTGTGATTACCGACATCAATATGCCTAACATGAACGGGGTGGAATTGCTGGAGCGCATTCAGGCTATCGATAGCGATATTCCCGTCATCGTACTAACAGGCCATGGCAATGTATCTTTGGCTGTTGAGGCCATGCGTATCGGCGCTTATGACTTTCTGGAAAAGCCGTTTTCCGTTGATGTGCTCATTGAAACTGTGCACCGCGCCGTGGAAAAGCGCACTCTGACCCTGGAAAACCGAAGCCTGCGTCGTGAACTTGAAGCCTCGGAATTGCCCGGCCCTCGCATTATAGGCCGCCACCCTGCGGTAGTAAGAATGCGCGCCCTGCTGGATAAAGTAAAAGACACCCCGGCTGATGTACTTATCAACGGTGAAACCGGCACAGGTAAAGAACTGGTAGCCCGTTACCTTCACCATCACAGTCAGCGCAGACAAAAGCCGTTTGTAGCGATTAACTGTGGCGCATTGCCGGAAACCATCATTGAAAGTGAATTGTTCGGTCACGAGCCCGGTGCGTTTACCGGTGCAAATAAAAAGCGCGTAGGCAAGTTTGAATACGCCAACGGCGGCACCTTGATGCTGGATGAAATCGAAAGCATGCCACTAAACCTGCAAACTAAACTGTTGCGGGTACTGGAAGAACGGAAAGTGGAACCTCTGGGTTCGAACAAGCAAATTCCGCTGGATATCCGCATTATTGCAGCCACGAAAGAAGACTTACGCGAGCTGGCCGACAAGGGCGAGTTCCGTTCTGACTTGTATTACCGTTTGAACGTTATTCAGGTGGATATTCCGGCCTTGCGCAATCGCAAATCTGACATCCCGTTGTTATTCGAGCATTTCATGGCGATGGCGGCTTACCGGTACGGCTCAGAAATGCCCAGCTTATCAGAGGCTCACGCCCATGCGCTGGCAAACAACGACTGGCCGGGCAACGTGCGGGAACTGCGTAATGTGGCCGACTGCTTCACCTTACTGGGTGAGTCCAGAGCGTTCGGTCAGTTAGCCGGGACAAATGACTTTTCTGGTGGCCAACTTACGCTTACTGAACAGATGGACCATTTTGAAGAGTCCGTGATCAGAACCTCGCTGAATGCACATATCGGTGTATTAAAAGATGTGCAGGCCAGTTTAGGCATTGGTCGTAAAACCCTGTACGAAAAAATGAAGAAATTCGACATCGATAAATCTCAGTTTAAGCAATAA	MSALKVMIVDDEKHVRESLQQTLALEDFEIEACESAQDALQRIEANWDGIVITDINMPNMNGVELLERIQAIDSDIPVIVLTGHGNVSLAVEAMRIGAYDFLEKPFSVDVLIETVHRAVEKRTLTLENRSLRRELEASELPGPRIIGRHPAVVRMRALLDKVKDTPADVLINGETGTGKELVARYLHHHSQRRQKPFVAINCGALPETIIESELFGHEPGAFTGANKKRVGKFEYANGGTLMLDEIESMPLNLQTKLLRVLEERKVEPLGSNKQIPLDIRIIAATKEDLRELADKGEFRSDLYYRLNVIQVDIPALRNRKSDIPLLFEHFMAMAAYRYGSEMPSLSEAHAHALANNDWPGNVRELRNVADCFTLLGESRAFGQLAGTNDFSGGQLTLTEQMDHFEESVIRTSLNAHIGVLKDVQASLGIGRKTLYEKMKKFDIDKSQFKQ	PGPT0017310_624	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_C4-DICARBOXYRATE_TRANSPORT,PGPT0017310-dctD-K10126	NA	NA
AK237_02610	531	dctQ	COG3090	C4-dicarboxylate TRAP transporter small permease protein DctQ	ATGAGGCAATTTATTAACAGGATGGAGGATGCCCTCATCGGCATTCTGCTCGTGCTGACAACACTGCTTGTGTTCGTAGAAGTGGTTTTACGCTTTGGTTTCGACACAGGTTTGCACTGGTCGCAGGAACTGACCTCGATTTTAGTTGGCTGGATGGTACTGCTCGGCGCGTCATGGGCGCTGCGGGAGCGGGCACACATTGGCGTAGACTTCTTACTCGAAAAATTCTCTTCAAAGGTACGCCCCTGGATTATCGCTGTCGGCTGTCTGGCCAGCCTGACCTACTGTGTGCTGATTGGCTACGGCGGCTATGTGTACTTAAGCAAAATGAAACTGATTGGCCTGGAGCTGGACGATATGCCGGTTCCCAAATGGATCGCCTATTCGGTAATGGTTATCGGCTTCGTGCTGCTGGGTTACCGCATTCTGGAAATTCTATTCAACATCATCCGCGGTAAAGATGACACCTTCCATGTGCATCAGGCCAACGATGTCAGTAAAGCATTCGACGAGTCAGAGGAGATGAAGTAA	MRQFINRMEDALIGILLVLTTLLVFVEVVLRFGFDTGLHWSQELTSILVGWMVLLGASWALRERAHIGVDFLLEKFSSKVRPWIIAVGCLASLTYCVLIGYGGYVYLSKMKLIGLELDDMPVPKWIAYSVMVIGFVLLGYRILEILFNIIRGKDDTFHVHQANDVSKAFDESEEMK	PGPT0017330_507	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_C4-DICARBOXYRATE_TRANSPORT,PGPT0017330-dctQ-K11689	NA	NA
AK237_02611	1383	dctM_2	COG1593	C4-dicarboxylate TRAP transporter large permease protein DctM	ATGACTGCCCTCGCCCTGTTTGCCTGTTTATTTATTTTGATGTTCATTGGTGTACCTGTTGCGATTGCGCTGGGTTTGTCATCACTGCTCACCATTTTATTTTTCACTAACGATTCACTGGCCTCTGTGGCTTTGAAGATGTTTGAAGCGGTATCCGAGCACTATACGCTGCTGGCAATCCCCTTCTTCATATTGTCTTCATCATTCTTGTCCACCGGGGGTGTGGCCCGCCGTCTTATCGATTTTGCTATCGCGTCGGTTGGCCATGTGCGCGGCGGCCTTGCCATGGCTTCGGTACTGGCATGCATGCTGTTTGCTGCGGTATCAGGCTCTTCTCCTGCAACAGTAGCCGCTATTGGTTCAATCGTGCTGGTTGGTATGGCGCGTAGTGGTTACCCGCTGGATTTCGCAGCCGGTACCATTTCAACGGCCGGTACGCTGGGTATTCTTATTCCCCCTTCCATCGTCATGCTGGTTTATGCCTCTGCCACTGAAGTATCTGCAGCACGTATGTTCGAAGCCGGTGTTATTCCTGGTCTGTTGATGGGCCTGAGCCTGATGGTAGTCATTTACATTGTTGCCATTAAAAAGAACCTGCCTTCTCAGCCGTTCCCGGGTGTCCGCAAGCTGATGAGCACCGGTGCCCGTGCCATGGGTGGATTAATGCTCATCATTCTGGTGCTGGGTTCAATCTATGGCGGTATCGCCAGTCCAACGGAAGCCGCAGCCGTGGCTGCCGTATACGCATACCTGGTGTGTGTGTGGGTATACCGTGATGTCGGCCCGCTGAAAGGCGTTAGGTGGCGTAACGAGGGCGAAAATCTGCTGGTAGCACTTGTCCGCAATATCATTGCTCTGCCGGTTGCCATTGTGAAGTCGGCGTTCGATCAGGAAGTGGGTAAAATGATCAAAGAGTCAGCCCGAGTGAGTGTGGTACTGCTGTTCGTTATTGCTAACGCCATGCTGTTCGCCTACGTGCTGACCACCGAGCAAATTCCCCATGGCATTGCGTCTACGCTGGTTGAATGGGGTCTGCCAGCATGGGGCTTCCTGATTTTGGTGAACGTGTTGCTGCTGGTTGCCGGTAATTTCATGGAACCCAGTGCGATCATCATGATCATGGCGCCTATCCTGTTCCCGATTGCCATGCAGTTGGGCATCGACCCAATTCACTTCGGTATCATCATGGTAGTGAATATGGAACTGGGCATGCTGACACCGCCGGTGGGTCTGAACCTGTTCGTTACTTCAGGGATCACAGGTAAGAGTATGCTGTGGACCATCAAGGCCTGTGCGCCGTGGTTAGGTCTGATGCTTATCTTCCTGATGATGATCACCTATATTCCAGCCATTTCACTGTTCTTACCTGAAATGCTGCACTGA	MTALALFACLFILMFIGVPVAIALGLSSLLTILFFTNDSLASVALKMFEAVSEHYTLLAIPFFILSSSFLSTGGVARRLIDFAIASVGHVRGGLAMASVLACMLFAAVSGSSPATVAAIGSIVLVGMARSGYPLDFAAGTISTAGTLGILIPPSIVMLVYASATEVSAARMFEAGVIPGLLMGLSLMVVIYIVAIKKNLPSQPFPGVRKLMSTGARAMGGLMLIILVLGSIYGGIASPTEAAAVAAVYAYLVCVWVYRDVGPLKGVRWRNEGENLLVALVRNIIALPVAIVKSAFDQEVGKMIKESARVSVVLLFVIANAMLFAYVLTTEQIPHGIASTLVEWGLPAWGFLILVNVLLLVAGNFMEPSAIIMIMAPILFPIAMQLGIDPIHFGIIMVVNMELGMLTPPVGLNLFVTSGITGKSMLWTIKACAPWLGLMLIFLMMITYIPAISLFLPEMLH	PGPT0017335_196	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_C4-DICARBOXYRATE_TRANSPORT,PGPT0017335-dctM-K11690	NA	NA
AK237_02612	1701	maeA_2	COG0281	NAD-dependent malic enzyme	ATGAGTAACAACAACACAGTCAGTCGAAAGCGACTATTCACCCACTATGCCGGATTTAACCTGCTGGAAATTCCTCTGCTGAACAAGGGCACCGCATTTTCTGAAAAAGAACGTTGGGACTTTAATCTTACCGGACTGCTTCCGCCCCGGTTTGAATCTATTGAAGAGCAGGCCCGCCGTGCCTACATGCAATATTCAACGTTCAGTGACGCGCTGAACAAGCATATCTACCTGCGTGCTATTCAGGATAAAAATGAAACCCTGTTTTATGCACTGCTGAATCAGCATCTTGAAGAAATGATGCCAATAATCTACACGCCAACTGTTGGTGCTGCGTGTGAGAAATTCTCTGATATCTACCGTCACAACCGCGGCCTGTTTTTAGCCTATCGCGACAAAGATCGTCTGGACGAAGTATTACGCAACGCACCTAAACGCAACGTAAAAGTGATTGTTATCACCGACGGTGAACGTATTCTGGGCCTTGGCGACCAGGGCATAGGCGGCATGGGGATCCCCATCGGCAAGTTGTCTCTGTACACCGCCTGTGGCGGTATCAGCCCGGCTTACACCCTGCCAATTACGCTGGATGTTGGTACCAATAACCAGAAGCTGCTGGACGACCCCTTCTACATGGGGAACCGTCACGAGCGTATCGACCAGGAGTCTTACGATGAGTTTGTTGACCTGGCCATGAAAGCCATTGCCAAGCGCTGGCCTGATGCACTTATTCAGTTTGAAGACTTCGCCCAGCCTAACGCCATGCCGTTGCTGAAACGCTACCGTGACAGCTATCGTTGTTTTAACGACGATATTCAGGGCACGGCATCCGTGGCCTTAGGCACCCTTATTGCTGCCTGCTACCGGAAACAGGAAATTTTGCAGAGTCAGCGCGTGGTGATTACCGGAGCAGGTAGTGCCGGTTGCGGCATTGCAGAACAAATTATCAGTTACATGATTGCCGGCGGTTTGCCGGAAGATGAGGCAAGAAGCCGTATTTACATGGTCGACCGTTTTGGCCTGGTCACCACACAAACGCCAGACCTTCGTGAGTTTCAGATCCCCCTGGCACGAAGTGAAGCAAGCTTAGCAGACTGGAGTTACAGCGGTAATTTCCCAACCTTGCTGGACGTTATCCACTGCGCTAAGCCTACTATTTTGATTGGTGTATCAGGCCAACCTAACTTGTTCCCGGAACCCGTTATTCGCGCAATGAGTGCAGTAAACGAGCACCCTGTAATATTCCCGCTGAGCAATCCGGTTTCTCAGGTAGAAGCCACGCCCGAAGACGTATTAAACTGGTCTGAAGGCAGAGCTATTATTGCCACAGGCAGCCCGTTTTCACCAGTGGAATACAATGGCGTGAAACATACAATCAGCCAGTGCAATAATGCCTACATATTCCCGGGCATCGGACTGGCTGTTGTATCGGCAAAAATTGAAAAAATTTCGGATGAAATGCTGCTCACCGCTGCAGATACGCTGGCTGATTGGTCGACAAAAACCATCACCGATCCATCTTCGCTGCTGCCGCCGCTTACAGAGCTACAGGCATTGAGCAAAGAGATGGCTTTCAATGTGGGCAAAGTGGCGCAACTGCAAAATCTTTGCGCACCTATGATGGATGAAGAACTTCGCGCTGCTATTGAAGCGAACTTCTGGAAGCCGGAGTACAGGGAGTATTTGCGGACGACGCCTTAA	MSNNNTVSRKRLFTHYAGFNLLEIPLLNKGTAFSEKERWDFNLTGLLPPRFESIEEQARRAYMQYSTFSDALNKHIYLRAIQDKNETLFYALLNQHLEEMMPIIYTPTVGAACEKFSDIYRHNRGLFLAYRDKDRLDEVLRNAPKRNVKVIVITDGERILGLGDQGIGGMGIPIGKLSLYTACGGISPAYTLPITLDVGTNNQKLLDDPFYMGNRHERIDQESYDEFVDLAMKAIAKRWPDALIQFEDFAQPNAMPLLKRYRDSYRCFNDDIQGTASVALGTLIAACYRKQEILQSQRVVITGAGSAGCGIAEQIISYMIAGGLPEDEARSRIYMVDRFGLVTTQTPDLREFQIPLARSEASLADWSYSGNFPTLLDVIHCAKPTILIGVSGQPNLFPEPVIRAMSAVNEHPVIFPLSNPVSQVEATPEDVLNWSEGRAIIATGSPFSPVEYNGVKHTISQCNNAYIFPGIGLAVVSAKIEKISDEMLLTAADTLADWSTKTITDPSSLLPPLTELQALSKEMAFNVGKVAQLQNLCAPMMDEELRAAIEANFWKPEYREYLRTTP	PGPT0001350_1179	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
AK237_02613	468			hypothetical protein	ATGAAGTTTTTGATTGCAGGACTTTTGCTGGTAAGCACAACCGCATTCGCCAGCTACACCACGGATGAAGCCGAGATTATCGCGTTGTTGGAAAAGGAGTCGGCAACATGGCGCTCCGGTGATCTGGAAGCCCATGCCAGTTGCTGGAACATCCAACCTTACAGCCGGATTTTAGTGTCTAACGCCAATGGCAGCGTGATGGACATTCCCCCGCAAGTCATTGTTGCACCCCCTCCGGGCTCTGCCGGACAGGGCGGCACCTTCGAACATACTGACTATCGCTTCAGTGTTGTGGGTGATTCAGCATGGGTGAGCCACCATGAAGTCGCCACGGCTGCTGATGGCGATAAAACCTATTCCTATGAAATCCGTTTACTGGAGCGCTTCGATAATGAGTGGAAGCTGGTGGGTCAGTCTATCCACATTTACGACTACGGTTGGGATGAAGATTTGATGATGCCTGATTGA	MKFLIAGLLLVSTTAFASYTTDEAEIIALLEKESATWRSGDLEAHASCWNIQPYSRILVSNANGSVMDIPPQVIVAPPPGSAGQGGTFEHTDYRFSVVGDSAWVSHHEVATAADGDKTYSYEIRLLERFDNEWKLVGQSIHIYDYGWDEDLMMPD				NA	NA	NA	NA	NA
AK237_02614	645			hypothetical protein	ATGACTGCGACCCAACCGTTTATTCTTTTTGATTTTGATAATTGTCTGGCACCCGGGCAGGCAGTTGGCGAAGCCATGCTTCACCCACTTTTCGACAGGCTGTACGAAAGCGAAAAATCGCATTTATCTGACGCCGATTTCGCAGCTATGCAACTTGATTTTTGGCGTAAACCGTTGGATAAAATTGTTTCGTCTTACGCGTTATCGCCTGACGCAGCACAATACAGCCTGGACTATTTTCGTCGACTGGAAATTTCAGGGACAATATCAGGTTATGAAGATACGCCCTTTGTCCATGAAATAACCGGCACTAAAGTTCTGGTGACATCAGGGTTTGAAAAATTACAGCACTCTAAAGTTAAAGCGCTGGGTGTGGAAGCGGCTTTTGCAGACGTTTATTTTGATGATCCCGGTAAACCACCCCGTAAAGGCAAAGGCCATTATTTTGCGCAGGCGTGCGACAAGTACAAGGTTGATCCTAAAGACGTCTGGGTGATAGGAGACAGCGCAGAGTCTGAAATTGCAGCAGGGAATGCGTTAGGCATGAACACCGTGCAGATTTTGCGTGCAGGCGTTGAGAGACATGAATCGGCAGACTTCCACGTCCGCGATTTGTACGAGTTTACAAAACTCATAGGAAAGTAA	MTATQPFILFDFDNCLAPGQAVGEAMLHPLFDRLYESEKSHLSDADFAAMQLDFWRKPLDKIVSSYALSPDAAQYSLDYFRRLEISGTISGYEDTPFVHEITGTKVLVTSGFEKLQHSKVKALGVEAAFADVYFDDPGKPPRKGKGHYFAQACDKYKVDPKDVWVIGDSAESEIAAGNALGMNTVQILRAGVERHESADFHVRDLYEFTKLIGK				NA	NA	NA	NA	NA
AK237_02615	168			hypothetical protein	ATGTTTGTCGCTTGCAAGCCGTTAATACAAATAGGACTTTACGCGGGTTTTGATTGCAACAAACACATGCCGTTACCGTGCAAAGGTATGTTCACACATAACGCTTTGGCGTTCATTCTGCACTACCATAGTAAAGGCAGTATGACGGTGTATGTAATTTTCGATTGA	MFVACKPLIQIGLYAGFDCNKHMPLPCKGMFTHNALAFILHYHSKGSMTVYVIFD				NA	NA	NA	NA	NA
AK237_02616	537			hypothetical protein	ATGCGGTATAACGCGTTTCGACAATCTGGCTTTACGCTTATCGAGCTGATAATTGTGATTATCATGCTTGGCGTGTTGTCAGTAACTGCCCTGCCACGATTTGTCGATATTTCATCTGAGGCAAACGGGGCTGTTATCACCGCCCTTGCTGGCAACTTAAAGTCGACGGCGAATATCGCTCACACTAAGGCGATTATTGCCAAACGAAATGGTGGATTTAACAACGGCTTCGAGTTCGACGGCGTCTATTTCGACAAAGGTTACCCATTAGCACTCTCGTTTAATGACAGTGACGGTGTACCTGAAATAATGGAACTGATGACCTACGGCGCCAACGACTTTACCTGGGCAGATAATTTCAATGGTCAATCTGCCAGCGGTGATCTTACGAGGGAAATTTACATTACCACCCGCAACAAAATGCAATCTGGGGTGGGATATAACGACATTGTTGCCAGTGGTTGCTATGTGTCTTACGAAACTTTCGTGAATACCTACAAACCACCTGAGATTATTGTCGATGTGTCAGGATGTTAG	MRYNAFRQSGFTLIELIIVIIMLGVLSVTALPRFVDISSEANGAVITALAGNLKSTANIAHTKAIIAKRNGGFNNGFEFDGVYFDKGYPLALSFNDSDGVPEIMELMTYGANDFTWADNFNGQSASGDLTREIYITTRNKMQSGVGYNDIVASGCYVSYETFVNTYKPPEIIVDVSGC	PGPT0029485_78	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-TYPE_II_SECRETION_SYSTEMS	CE-T2SS-MSHA_PILUS_BIOGENESIS,PGPT0029485-mshA-K10924	NA	NA
AK237_02617	552			hypothetical protein	ATGAAAGCACTGGTATTTTTCGCGTCAATGTTACTCGCCGTTCAGGCAAATGCGGGTATTATGAACCTGAGTATCCCGGGTTCAACAACGGGCTCACTCAGTGATGAAAGTGGTTGGTTAAATGGCGACACTTCCGCAATCGATTTTTACACGTTCGAATTGTCAGCAGACACCGAACTACGCTTCTCTTTAGATACACTGTTTACATCAATGGGCTTGAGCTTGTACTCAGGTGAACTCGCCATGGATCCTGGCTTTTTGTTTGATAATGGTGGTGATTTTACTGATTTTCTGGGGACAAGCCTGACCTATATTGCGGGAACCGACCCTTACGTTCCTGCTGCCGGCAACAACGAGCTGGAAGCCGGCTTACTATCAAGTGGCTGGTACACCTTGGCTGTGGGTGGTAACGAAGGTTTTAGTTTTGATGCATTTGATTACACATTAAATGCTACAGCGGTTACTACAACCGTTTCCGAGCCTTCTACCTTTGCGGTGGCGCTTATGATGTTGGCTGGCCTGTGTTGGGCACGTCGCGAACAGCGTAAATAG	MKALVFFASMLLAVQANAGIMNLSIPGSTTGSLSDESGWLNGDTSAIDFYTFELSADTELRFSLDTLFTSMGLSLYSGELAMDPGFLFDNGGDFTDFLGTSLTYIAGTDPYVPAAGNNELEAGLLSSGWYTLAVGGNEGFSFDAFDYTLNATAVTTTVSEPSTFAVALMMLAGLCWARREQRK				NA	NA	NA	NA	NA
AK237_02618	1425			hypothetical protein	ATGTCTAAAGATACAACCGGGATGAATCCACTTGCGTCGGCGGTAAACCGTCGCGACTTCGTAAAAGGTAGCTCTGTCGTGGCAGCCAGTACCGCACTGGCATCATTGTCTGCAAAAGCAGCAACACTGCCTTTTTCCTCCTCTTACGGCCCATTGACCATGCAGGCGTGTAAAGCAACAGGTCTTGAGCTGTTAGCGTTGCCAGAGGGATTTGAATATACCTCTTATGGTTGGACAGGGCAGATCCAATCAGACCGTACACCCACCCCCACTGATCATGATGGCATGGCTGTCGTTGCTGCAAAGCAAAACGTGGTGTGTTTGGTTCGTAACCACGAGTTAAGTGAAGGTGAAGGCCACAAATGTGACCCTATAGGCGGTCGCGGTATCTATAACCCTGCACAATACGGCGGCACGACTAACCTGATGTTTGATATCGTCGATGGTCGTTTTTTATCTTCTTACAACAGCCTTGGCGGCACCATTCGTAACTGTGCTGGTGGAGCTACACCCTGGGGATCGTGGTTATCTTGCGAAGAAACCTATGAACAAGCCCAGGGCTTTTATCACGGCTATGTTTTTGAAGTCCCGGGTTTCGGCGTTTCAGACGGCCAGCCTATTCGTGAGATGGGGCGCTTTTCCCACGAAGCGGTTGCCGTTGACCCTGCTACCAGCATCGTTTACATGACGGAAGATGCGGGGAGTTCTGCGTTCTATAAATTCGAACCTGCGGGTGAATGGGCTGACTTAAAGTCTGGCGGCAAACTCTTTGCCATGGTGCTTAACAACACGCCTCGGGTAGATTTGCGTGGTGGATTGGTGGAAGGCACCACCTACGATGTTACGTGGCAAGAAATTCCTGAGCCAGACGCATTCAACGAGTCATGTTTCAGCCAGGCAGGTGATGCAGCCATCATAGAGCGTGGCGAAGGGTGCTGGTATGACGATGGCAAAATTTACTTCGTATCTACGTCAGGCGGTGCTGCCAATTTAGGCCAGATCTTCTGTTTCGATCCACGTCGTCAGCAACTTACAGTGGTATTTGAATCTACCAGCACATCAGAAGTCGATGGCCCTGACAACATTGCGGTTAGCCCTCGTGGCAGCATCCTCATGTGTGAAGATGGTGGCTCTGACCCTAAAAGGTTAGTGGGATTAACGCAAAGTGGTGAAACCTTCACTTTCTGCGAAAACCGCATGGCGCTTGATCAAGGTGATCTGGCCACGATTGACGAAGTGTACCCGGGGGTTGTTGAGCATTTCACCGACAGTGTTGGCGACAGCTTTGATGGATCTGAACGTCGCAGCTTTAGTAGTCGCGAATGGTGTGGAGCATGTTTCTATGGCCGCTGGCTATTCGTGAATATTCAGTCTCCGGGCGTTACGTTTGCTATCACCGGTCCATGGGAAAACGGCGCGCTTTAG	MSKDTTGMNPLASAVNRRDFVKGSSVVAASTALASLSAKAATLPFSSSYGPLTMQACKATGLELLALPEGFEYTSYGWTGQIQSDRTPTPTDHDGMAVVAAKQNVVCLVRNHELSEGEGHKCDPIGGRGIYNPAQYGGTTNLMFDIVDGRFLSSYNSLGGTIRNCAGGATPWGSWLSCEETYEQAQGFYHGYVFEVPGFGVSDGQPIREMGRFSHEAVAVDPATSIVYMTEDAGSSAFYKFEPAGEWADLKSGGKLFAMVLNNTPRVDLRGGLVEGTTYDVTWQEIPEPDAFNESCFSQAGDAAIIERGEGCWYDDGKIYFVSTSGGAANLGQIFCFDPRRQQLTVVFESTSTSEVDGPDNIAVSPRGSILMCEDGGSDPKRLVGLTQSGETFTFCENRMALDQGDLATIDEVYPGVVEHFTDSVGDSFDGSERRSFSSREWCGACFYGRWLFVNIQSPGVTFAITGPWENGAL				NA	NA	NA	NA	NA
AK237_02619	783	tatC_2	COG0805	Sec-independent protein translocase protein TatC	ATGAGTAATGACACCATTAATGCTTCTTCCGCACCGTTGTTGTCTCATTTAACAGAGCTCAGAACGCGCTTACTTTACTGCCTGCTGTTTTTTATGATGGTGTTTGGCGTGGGCTATTACTTTTCATCTGACATCTATCGTTTTCTGCAGCAACCTTTGTTAGCACAGTTTGGTGAAGATAGTCATCGGCGAATGATTTATACCGGGCTACAAGAAGCCTTTTTCACTTACTTAAAACTCGCTTTTTTTACAGCACTGTTTTTCTCTATTCCTCTGATCCTTATTCAGGTGTGGCGGTTTTTAGCACCAGGTATGTACGCACATGAGAAAAAGAGCTTTTTACCCCTTTTTCTCATGACGCCGGTATTGTTTATTGCCGGAGCCGCGTTGGCATTCTATGTGGTGATGCCCATGGCATGGCAGTTCTTTATGAGCTTTGAAACCGCAGGGGGGAATGAGGCGATAAAGGTTGAATTAGAAGCCAAAGTCAGCGAATACCTGTCGTTGGTTATCAAGCTTATTCTCGCATTTGGACTCAGTTTTGAACTGCCTGTCTTTTTATTGATCCTGGCGAAAACGGGTATGGTGACAGCACATACATTGCGACATTATCGCCGTCACGCCATTGTGATGATTTTTCTGGTTGCCGCCTTTATCACTCCGCCAGATTTAATTTCTCAAATAGCATTAGGTACGCCCATTATGCTGCTTTATGAGGTATCTATTTACCTGGTTTCTGTTACTGAGAAGCGCGCTCAAATACGTGAAGCTGCTGAAGCATAA	MSNDTINASSAPLLSHLTELRTRLLYCLLFFMMVFGVGYYFSSDIYRFLQQPLLAQFGEDSHRRMIYTGLQEAFFTYLKLAFFTALFFSIPLILIQVWRFLAPGMYAHEKKSFLPLFLMTPVLFIAGAALAFYVVMPMAWQFFMSFETAGGNEAIKVELEAKVSEYLSLVIKLILAFGLSFELPVFLLILAKTGMVTAHTLRHYRRHAIVMIFLVAAFITPPDLISQIALGTPIMLLYEVSIYLVSVTEKRAQIREAAEA	PGPT0029295_2516	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
AK237_02620	369	tatB_2		Sec-independent protein translocase protein TatB	ATGCTTGATTTAAGCTGGACCGAACTCTTTTTCGTGGGCGTGCTGGCGCTCATCATTATTGGTCCAAAAGATCTTCCCGAGCTGTTTCAGATTTTCGGACGTTTCGTTGCCAAAATTAAGCGTATGTATGCCGATTTACAAGGCAGCATGTCTCAGTTGGAAAAAGAAGTGAACATTGTGAGTGGTAAAGCGCAACCCGGAGATGAAAGCTGGCGCGCGTTTTTACCCGAAGATATTCGACATTTACCTGCCGATTTTACGCCCGGATCTATGACTGCCGAGCAGCATGCAAAACGCAGAGCGCAAATGCATGCGGCCAGACAAAAAGCCCAGGAAGCGGAAAAACCAAAGGTGCCAACAAATGAGTAA	MLDLSWTELFFVGVLALIIIGPKDLPELFQIFGRFVAKIKRMYADLQGSMSQLEKEVNIVSGKAQPGDESWRAFLPEDIRHLPADFTPGSMTAEQHAKRRAQMHAARQKAQEAEKPKVPTNE	PGPT0014360_2520	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-TAT-TWIN-ARGININE_TRANSLOCATION_PATHWAY	CE-TAT-TWIN-ARGININE_TRANSLOCATION_PROTEINS,PGPT0014360-tatB-K03117	NA	NA
AK237_02621	240	tatA_2	COG1826	Sec-independent protein translocase protein TatA	ATGGGACTGAATATGTGGCAGGTGTTACTGGTATTACTTGTTTTCGTTTTGCTATTCGGACGAGGCAGAATTCCCGCATTGATGGGCGATGTGGCGGCTGGGATCCGTAACTTCAAGCAGGGCTTGCAAGACGACGAGGCAGGCACTGGCAAAATGAACGATGCCGAGAAACTGTCACAGCAAGATGCCGGTGCAACAGATAGCCAAAACCAGGCATCAACCGGGCAACCTCATGCTTGA	MGLNMWQVLLVLLVFVLLFGRGRIPALMGDVAAGIRNFKQGLQDDEAGTGKMNDAEKLSQQDAGATDSQNQASTGQPHA	PGPT0029290_2409	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
AK237_02622	1152	bepA_6		Beta-barrel assembly-enhancing protease	ATGAAACCCTTGTCAAAATTAATGATTACAGGAGCATTAGCCGTTTCTTGCTCATTTCCCGCCTCTGCGCAAAGTTGGGGCGATTTTTTAAAAAAGACTGCTGCTGATGTCGTCGAAACCGCACTGCTTGGTGAAAGTGATGACGCCGAGCCTGCACCAGAGCCTCCTACCGCTATCGAGGCGCCAGAGATTGTACAAATGCATGATTACGAAGGCGAGCTGTCGATGCACGATATGTATTGTGAAACTTTGCTGGAACCTTTCGATATTTCCAATAATCTCGAATCGCTTTTTACCAACGCAATTTCGGACAATGCTGATGTTGTTATTAATATAATAAAAGGAAAGAAGGTAGAGTTTTCTGAGCAGGAAGCGTTAGATCGCGTGAAAGTACAAGCAAAGCGACTCAATTGGTTACCCATGAATTTAGAAGTTGAATACGGAAAGCGTCTGTTCGAATTTCGCATGGAGAACGATACCAGTAATGTATTGCCTCCAGAGGGGAAAGGACGAGTGAAGCGCTTGTATGCACAAGCCAATGCGTTGGTGGGCGACGTGGCAGCTGATCTTGGTTTTGACAATCCTTACACATTTACGGTTTTGCTCATCAATAATAAAGATGTCAATGCCACAGCATTACCGGGTGGGTATATGTTTATGAACATTGGCGTGCTTGAGAGTGACCATGCAGAGTTAGTCGTAGCTCATGAGCTTGGGCATGTACTTAAGCGGCATCAAACCCGTGAGGCCCAAGCTAAATTGATAGATAGTATTAAAACCGTGGATGAGCTGAAGTCACTACTCAGGGCTGACGAAAAAGCGTATGAAGATATCCTTGGGCGAACAATCTCATTTTACAACGCCTTTCAAAGTTACTCGCGACAACAAGAGCTGCAAGCTGACGCCTGTGCAGTGCAAATTGCAGGGCGTCATCATGTAGAAAACCTCCCGTCAATGATTGATATGTATGTGGACAGCCTCATTCCAGACGTTGTTCAGAGTGAGCCGATGAATGAATCACTCACAGAGGAAAAAATGTTAGACGATATCGAGCGCGCATTGAAACTCATGGAAGGAGGGCATCCGGATTATCCCGAGCGCCATACCCACATGACGTCTGTTGCCACATCAATAGTGACTGCCGGTATTTAA	MKPLSKLMITGALAVSCSFPASAQSWGDFLKKTAADVVETALLGESDDAEPAPEPPTAIEAPEIVQMHDYEGELSMHDMYCETLLEPFDISNNLESLFTNAISDNADVVINIIKGKKVEFSEQEALDRVKVQAKRLNWLPMNLEVEYGKRLFEFRMENDTSNVLPPEGKGRVKRLYAQANALVGDVAADLGFDNPYTFTVLLINNKDVNATALPGGYMFMNIGVLESDHAELVVAHELGHVLKRHQTREAQAKLIDSIKTVDELKSLLRADEKAYEDILGRTISFYNAFQSYSRQQELQADACAVQIAGRHHVENLPSMIDMYVDSLIPDVVQSEPMNESLTEEKMLDDIERALKLMEGGHPDYPERHTHMTSVATSIVTAGI				NA	NA	NA	NA	NA
AK237_02623	801			hypothetical protein	ATGCGAATACTTTCAGTAATTTTGCTTTTGCTACCGTTGCTTGCGCAGGCGGACAGTTGTGATTGTGTGATTGCATCAGGCAAGTTTAACAGTGGTAAAGACACATTGTCTGTCGGTGAGGTTAAATCGCCTTGTCCAGACGATCTTTCTGCTCTTAATGATGATGCACAGCTTTGTGTACTAAATGGCGGCAGTACAACGTGCTTTGCTTGGGCGAGCAAACCGCAGAACTCATTGTGCCCCTCACATTCCGGCGACAGCAATGAAATGTCTTCGTCGATGAAAAAAGCCTTTTTCGATACGTTGCTGTCAATGTGGACACCTCAAGCGTCGTATGAATATGGCGGCAAGAACCTCAAAGCATCTAATTACTTAGAAGGGTTGCCCTACGGCGACATTCTTTTACCGCATAAGACACTGGTAATTTCCCTCGCGAGCGTCGATTTAGCCGGTTCAACGTTTAATGTGCAGCATACGGCTACTAAGCAGCCAGTCGCTTTTACTGTGAAAGGCAACGCCATTGTTATTGATAGCGGCCAGCTAAATGCAGAGCAAGATTATCATTGGATGTTACAGACCCGGTCTGAGCGTTATCAGGGGGATTTTTCGACCGCTTATCCAGAAGATCAACAAGCATTTGAAAGTGAGCTTTCCAAATTAGAAAAACAACTGCACTTAACAGGCAGTGCAAAAGACATCGTTGCTGCAAATTTGGCAAAGGATTACGGCTATACCTTTGACTACATGCAGTATTTGCGAGCAGCGAAATCAAAGTTACGGGTTAATCACCAAGGAGATTGA	MRILSVILLLLPLLAQADSCDCVIASGKFNSGKDTLSVGEVKSPCPDDLSALNDDAQLCVLNGGSTTCFAWASKPQNSLCPSHSGDSNEMSSSMKKAFFDTLLSMWTPQASYEYGGKNLKASNYLEGLPYGDILLPHKTLVISLASVDLAGSTFNVQHTATKQPVAFTVKGNAIVIDSGQLNAEQDYHWMLQTRSERYQGDFSTAYPEDQQAFESELSKLEKQLHLTGSAKDIVAANLAKDYGYTFDYMQYLRAAKSKLRVNHQGD				NA	NA	NA	NA	NA
AK237_02624	1467			hypothetical protein	ATGGTAGAGAGTAACAGCCAGGCCACACAAACAATAGTCCCGTTTAAGTGGCGAGAGGAATTTAAAAGCGAATTAAAAGCTGCACTGTTTGTAGCTTCCCTGATTTCTATTGGCAGTAACTTCTTCCACTTCCTCGATGCGGTAAAATATGACTATTTTGAGCTTGCCTCTACCGATTTGCCGGGCGTCTTCAGTAAGTCAGAACCCGCCACCGACAATGGAAAAGCTTACTCAACTTTTCATAATTACGGTATCGATAACGCTGCTTTTGAGAGCCAGTTTGCCAGCAGGACTCCGCTAGATCGCGCCCTGCTGGTAAAGCAGCTCTCCACAATTCAAATCGATGAAGCAAAGCAGGTAGTGTTGTTTATCGATTTAGATCTGTCGCCCTTTCAAGAAAGTACCGCTGAGGATTCTCCAAGGGCAATACTTGACGCCTGGTTAACAGAGCAAGCAGAGAAGGCGAATGTTAGTCTCATTTTGCCCGTTCCTATGCCTGTTTTGACGAACCAGGCCATGGCAGAAAAAATCAGATGGATAAACACTATGCGAAATGCGGGAGTGTATTTTGTTATCCCGTCTATTCCTTCCGTAAATGGCTCGGTACTTACCTATTTTGATTTTCCCTATACGTTAGCGGCAACGGTGAAAGCACTCAACGCCTTGCCTGCCTCTGCAAACGGTAGGCTCGATGACGAGAAAATACTCAGTTTTACCTCGATAATGAAGCTGCTGGCCTTGAATTCGTATCATCAGGAAGTGGCGCACATTGCACAGGAGCCATTTGTGAGCATGCAAGAGCGCTATCGCAAATGGATCAATTTCAGTTACTTTGAGATACAACAGCAGCTAATAACACCGCGGGCAGACTCAGCTTCTGATTTGGCTACATCGTCAAATTTTATTTCGCTGCCGGTAAAGGCTGGTGAGTCCACGCAATATATCGTTTTTGGCGGACAATATGGATTGCGCGATATCTACGATACGCCAATGGGGGATCGTTACGGTGCTGAGCTGCATCTTGCAGCGTTATACACCCTCCTTCAGCCAATTAAAGAACTGATCATTATTTCATACCTGACGGAAGTTGTGCTGGGTACCGGTGTCGGCATTGTATTTTCTTGCCTGACGTACTGGTATCGACGCACAGGGTCCCTCACCCTTTTAATTGTGAATTTCGTTACCCAGCCGCTGATGATTTTTTGGCTTATCTGGTTATCCGCATGGTTGATGGCAAGCTACGGCCTGCATATCAATGCTGGTGTTTTGGGAGTGGCCATGTCAATTCACACGACGTTTGTGAGGCTGGAAGAGCCGCAGTTACTGCAACGAAAACGTGTATTTTCAACGCGCTGGGTTGCCATGGAGAAGGTGGCTCGTAATTCACTTTGGTATGTTGTTGTGGTGTTTGGTCTGCTTGTCCTTTTACCAAGAAACATGGAGTTTTTATGCGAATACTTTCAGTAA	MVESNSQATQTIVPFKWREEFKSELKAALFVASLISIGSNFFHFLDAVKYDYFELASTDLPGVFSKSEPATDNGKAYSTFHNYGIDNAAFESQFASRTPLDRALLVKQLSTIQIDEAKQVVLFIDLDLSPFQESTAEDSPRAILDAWLTEQAEKANVSLILPVPMPVLTNQAMAEKIRWINTMRNAGVYFVIPSIPSVNGSVLTYFDFPYTLAATVKALNALPASANGRLDDEKILSFTSIMKLLALNSYHQEVAHIAQEPFVSMQERYRKWINFSYFEIQQQLITPRADSASDLATSSNFISLPVKAGESTQYIVFGGQYGLRDIYDTPMGDRYGAELHLAALYTLLQPIKELIIISYLTEVVLGTGVGIVFSCLTYWYRRTGSLTLLIVNFVTQPLMIFWLIWLSAWLMASYGLHINAGVLGVAMSIHTTFVRLEEPQLLQRKRVFSTRWVAMEKVARNSLWYVVVVFGLLVLLPRNMEFLCEYFQ				NA	NA	NA	NA	NA
AK237_02625	1437			hypothetical protein	ATGAAAATTTCAATCTCTCCCAATGCCAATAAAAACGCACTAAAAAGCCATGCATGGATAGGTCTGGCTGTCAGTGTACTGATGTATTGGGTGTGTTTATCCGGCGCGCTTTCGGTATTTTCTCAAGAGCTACTGCGTTGGGAACAGCCTTATGTAGCAGATAATCTGGATTATTCTCCTGCAACCATTCAAACGGCATACGAGCAGTTTTTAAGTCTTCAGCAAGGCTCCACCAAAGGTAATATTGTTGTACGTTTACCAACTCAGGATCTTCCGCGGGCGAGTATCAGTGCTGATGGCGAGGTGTGGAATATCGCCCCGGATGGTGCGCTTAGTGAACCTTCCAGTACTCCCGTTACAGACCTGATCGTCGATTTGCATGTAGCGCTGCATTTGCCCGAAGACACAGGCATGATCATCGTTAGCATGTTAGGCGCTATGTTAAGTGCATTGATCATTTCGGGGTTGGTTGCACACCGACGTATTTTCAAAGACGCATTTCGTTTGCGCACCGGCAATAATGAACAATTAACACAAGGCGATTTACACAATCGAATGAGTGTTTGGGGGTTACCTTTCCATTTGATGATCGCGCTGACCGGAGTGTATTTTGGGCTAGCGTCGTTTTTAACTTCATTTTACGCCGACGCGTTGTATGACGGTAATAAAATGGATTTGTTCGCGGATATTTACGGGTCATCCATTCAGGTTGATACACAGCCAGATATCGCGAATATCTCCGGGGCGTTGTCCGAGCTAAAACACATCGCGCCCAACACGCAACCCATTTTTGTCACGCTGGAAAATGCCACCAAGGATAACCAGTATATTCTGCTCAGCTCTCAACACATGGATAAGCTAATTTATGCTGAGCAGTACCGTTTTGATTCATCAGGTAATTACATTAATAAAGTGGGTTACTCTGACGGCAAAGCCGGTCAACAGGCTATCTTTTCGGTTTATCGGCTCCACTTTGGTCACTTCGGGCCGGAAGCCATGAAAATCTTCTTCGGACTAATGGGGTTTGCTCTCACTATTATTTCTGTGACCGGGATAAACCTGTGGCTGGCAAAACGCCAAAAACAGGATGTGTTGAATCAGCTGTGGATGGGCATAGTATGGGGAACGCCTATTGCTATGGCAGTAGCCGCTATTCTCTCTCTTGTGGCGGGGCTGCCGACAAAGCCGCTTTTTTGGCTGGCATTAACTGGCGTACTTGTGGGGGCGTTGCTGCAAAAATCACTGGTAAAGACACACCATAACTTACTTAAGATACTGGGTTTGCTGCTAGTTATCTTGCCCGTTACCCATGTTGTGGTGCATTACCCTGATGTGCTGGTACTCAACTCGCTGGTCATCGATATTGCATTTCTTGTCTTTGCTTGTTGTGTATGGCGTTATCGCACTTCCCGCATTCGCAAAGGGTGGTTGAGCTAG	MKISISPNANKNALKSHAWIGLAVSVLMYWVCLSGALSVFSQELLRWEQPYVADNLDYSPATIQTAYEQFLSLQQGSTKGNIVVRLPTQDLPRASISADGEVWNIAPDGALSEPSSTPVTDLIVDLHVALHLPEDTGMIIVSMLGAMLSALIISGLVAHRRIFKDAFRLRTGNNEQLTQGDLHNRMSVWGLPFHLMIALTGVYFGLASFLTSFYADALYDGNKMDLFADIYGSSIQVDTQPDIANISGALSELKHIAPNTQPIFVTLENATKDNQYILLSSQHMDKLIYAEQYRFDSSGNYINKVGYSDGKAGQQAIFSVYRLHFGHFGPEAMKIFFGLMGFALTIISVTGINLWLAKRQKQDVLNQLWMGIVWGTPIAMAVAAILSLVAGLPTKPLFWLALTGVLVGALLQKSLVKTHHNLLKILGLLLVILPVTHVVVHYPDVLVLNSLVIDIAFLVFACCVWRYRTSRIRKGWLS				NA	NA	NA	NA	NA
AK237_02626	558			hypothetical protein	ATGATGTTATCTCTCGCTGCCTTTTCAGGCAGCGCCGTTGCTGTAGGGCTGTTTTATACAGCCTGGCGCATTCATCAGCCTGCTACCGGGCGAATACTGAAGTTCTTCGCGGTGGCATTGATGCTGGTCAGCCTATGGCTTTGGTGTCATGAACACGGCCCTGAGTTGGGGACTTGCTACGCCGTGGTAGCATTTTCACTTCAGGCCTGGACGTGGATTTACCTTGCCAGACAGCGCATAGATAAAACGATAAAGCGGGTAATATTACCTTTCGAACCCGCTATTCAATTACCCGGTTTAAGAAATGTTGCCGGGCGGGTGAGTAAAGCTGCTGCCGGGATATTTTTGTGCGCACTGAGTGCCATGTTGATAACCGTGGTATGGACAACAGCCCTGCCGATTAATAAAGTCGACCAGATTGCATTGGGCATTTATACCATGCCTGTATTGTGGGGCGCGTTTGTTTACTGGCTATGTGCCGACGACAAATGGTGGAGGCCTGTTGTATTGTTCAGCGTGTTTGGTGCGTTGAGTTATTTGCTAATTTACAGTGTGTAG	MMLSLAAFSGSAVAVGLFYTAWRIHQPATGRILKFFAVALMLVSLWLWCHEHGPELGTCYAVVAFSLQAWTWIYLARQRIDKTIKRVILPFEPAIQLPGLRNVAGRVSKAAAGIFLCALSAMLITVVWTTALPINKVDQIALGIYTMPVLWGAFVYWLCADDKWWRPVVLFSVFGALSYLLIYSV				NA	NA	NA	NA	NA
AK237_02627	2175	fcuA_2		Ferrichrome receptor FcuA	ATGGATTCTCGTAAAAATGCATTAGCGGTAATGATTGGTTTAGCGATGGCAAGTCAGATTGCCTATGCGCAGGAACCTCAACAAAACACTGAAGCCGAGGACGATGTTGAACACGTCATTGTAAATGGCTCGCAGGTAAAGCTTAATGACAGTTTTGCGGGTGGCCAGGTGTCGCGCGGGGGGCGTGCCGGTATCCTGGGTAATCTGGATATGATGGATTCTCCCTTCAACAGCATTAACTTTACGGCCGATATTATTCGTGAGCAGCAGTCACGCAGTGTGGCTGATGTTCTTCAAAACGATCCGGTCGTTCGTGTAGCAAAAGGCTTCGGTAACTTTCAGGAACTGTACGTGATGCGCGGCTTGCCGGTGTATTCCGACGACATGACCTACAACGGTTTATTTGGCATTTTGCCGCGTCAGTACGTGGCGGCAGAACTACTTGAACGGGTTGAAGTTTTTCGTGGTGCCAGTGCCTTTTTGAACGGGGCGGCACCAGGTGGCAGTGGGCTGGGTGGCTCGGTGAATATCGTCCCCAAAAGAGCCGGCGAAGAGCCACTAAACCGCTTCACATTGGGCTACGAATCGCAAAATCATTTCCTGGGCGCAGTGGATGTGAGTCGCCGATATGGTGAAGAAGGTAACAGTACGGGTGTACGAGTGAATCTGGTGCAGCGCGGTGGTGAAACCAGCGTAGACAATCAGGATCGCGAGTTGAGTGTTGCTTCTGTTGGTATCGATCACGAAAGTGAGAATGCACGGGTGTCGCTGGATTTAGGTTTTCAGGATCATCAGGTCGATGCACCACGTCCGGCAGTAACGCCATCCGGTGGTATTCCTGAAGCACCAAAAAGCGATACTAATTTTGCCCAGCCATGGACTTATACCAACGAGCGTCAGTTATTTGGTGCCGTGCGTGGCGAATATGACTTTACCGATACCATCACTGGCTGGGCAGCTTACGGTTTCAGAGAGGGTGAAGAAGATAATATTTTTGCCAACCCGACAGCGCAGGTGAATGGCGACAGCACGGCTTATCGGTTTGATAACGTGCGCAACGACAGTATTCGCTCTGGTGAAGTGGGTGTGAATATTCAGTTTGAAACCGGAGAGGTAGGACATACGCTAATTACGTCGGCCTCGGTATTCTCGTTGTCTTCCGAAAACGCTTACGCGTTCTCCAGTTTCGCAGGATTCCCGGGTAACATTTATAATCCACAGCCTGCAGAAATGCCTGCCGCAGACTTTTTCATTGGCGGTGAGCTGGACAATCCACTGGTAACAGAAGAAACCGACCTGTCGAGCGTGGCTATTGCCGATATGCTGTCACTGATGGAAGGTAAATTACTGGTTACTGTGGGTGGCCGATTCCAGAATATTGAAACCAAAACGTTCGACTATAACGATGGTACGTCATTGTCTTCGTATGATGAGTCGCAATTTACACCGGTGGCTGGTGTGGTGTACAAGTATTCTGAACAACTTTCTTATTATGCCAACTACATCGAAGGGTTATTACCCGGAGAAGTTGCGCCGGCCAGTAGCGGCGGTGAACCCATCGACAATGCCGGCGAAGTTTTCGACCCTTATCGTGCTGAGCAAGTAGAAGTGGGTGTTAAATACGATGCCACTGAATACGGCGGTGCACTAAGCTTATTCAGTACGTCGAAGCAAACGTCCGTTGTAAAAAACAATGTGTTTTCTACCGATGGCGAACAGGAAAATCAGGGCATCGAATTAAGTGTGTTTGGCATGCCGTCTGACAATATACGTGTAGTGGGCGGATTTACCTGGTTGGATGCTGAAATGACCAAAACCCAGGACGGTCTTCTGGACGGCAAAACTGCCATCGGTGTGCCTGATGTGCAAATGAATGTAAATGTAGAATGGGACGTGGTGGCGGTGCCCGGTTTAACTCTGGATGCACGTGCCGCGTATACCTCAGAGCAATACGCTTCTGCCGACAATAGCCTTGAAGTTGATGCGTCGAACCGGTTCGATATTGGCGCGCGTTACAGTTTCCTGGTTGGATTAACTGACGTTACGTTGCGCGCACGCATTGATAATGTCTTCGATAACGATTATTGGGCATCGGTTGGTGGATATCCCGGTTCTAACTACCTGGTGTTGAGTGAGCCGCGAACGGTCAAGCTCTCTGCGTCAGTGAGCTTTTAA	MDSRKNALAVMIGLAMASQIAYAQEPQQNTEAEDDVEHVIVNGSQVKLNDSFAGGQVSRGGRAGILGNLDMMDSPFNSINFTADIIREQQSRSVADVLQNDPVVRVAKGFGNFQELYVMRGLPVYSDDMTYNGLFGILPRQYVAAELLERVEVFRGASAFLNGAAPGGSGLGGSVNIVPKRAGEEPLNRFTLGYESQNHFLGAVDVSRRYGEEGNSTGVRVNLVQRGGETSVDNQDRELSVASVGIDHESENARVSLDLGFQDHQVDAPRPAVTPSGGIPEAPKSDTNFAQPWTYTNERQLFGAVRGEYDFTDTITGWAAYGFREGEEDNIFANPTAQVNGDSTAYRFDNVRNDSIRSGEVGVNIQFETGEVGHTLITSASVFSLSSENAYAFSSFAGFPGNIYNPQPAEMPAADFFIGGELDNPLVTEETDLSSVAIADMLSLMEGKLLVTVGGRFQNIETKTFDYNDGTSLSSYDESQFTPVAGVVYKYSEQLSYYANYIEGLLPGEVAPASSGGEPIDNAGEVFDPYRAEQVEVGVKYDATEYGGALSLFSTSKQTSVVKNNVFSTDGEQENQGIELSVFGMPSDNIRVVGGFTWLDAEMTKTQDGLLDGKTAIGVPDVQMNVNVEWDVVAVPGLTLDARAAYTSEQYASADNSLEVDASNRFDIGARYSFLVGLTDVTLRARIDNVFDNDYWASVGGYPGSNYLVLSEPRTVKLSASVSF	PGPT0003790_19657	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0003790-hutA|fatA|fct|foxR-K02014	NA	NA
AK237_02628	165			hypothetical protein	ATGAAACTGTATTTACTACTACTGTCTTTATTTGTTGCCGCGCCAGCACAGGCGGCAGCGGGTACGGTATTAGGAATGATTTTTACGGTCGTTTTTGTGGTTGTTATGCTGGTTCTGTATTGGATGGTAGTGGCAGAAGTCGGCGACAAAGAAAAGAAGCGTTGA	MKLYLLLLSLFVAAPAQAAAGTVLGMIFTVVFVVVMLVLYWMVVAEVGDKEKKR				NA	NA	NA	NA	NA
AK237_02629	1410	norG	COG1167	HTH-type transcriptional regulator NorG	GTGGCAAAATACGAAGTCCTCGCCAATCAACTCAAAGAGCAAATTGCCCGGGGCGTGTGGTTAGAGCATGAAAAACTGCCCTCGCTGCGCAAGCAGGCCACGCAAACCGGCTACAGTATGATGACTGTATTACACGCGTATCAGATGCTTGAAAGCCAGGGTCTTGTACGAGCACAAGCTCGCTCTGGCTATGTGGTAACAGCACCTACCCGCTCAGCGCCACAGCACCGGGTGCAAACCGCAGAAGCGGTAAGCGTGAACGACTTTGTTTACGAGGTATTGCAGGCATCCAGAGATCCACATATGTTTAGCTTGGGCTTCGCATACCCCGATCCTACGTTGTACCCCAGACAACAACTGAACAGGTCCATCGTTGCTGCTGCACAGCAGATGTCGGTAACCAGCGCCATGGATAATCTGCCGCCTGGCAATCCCGAACTGAGAAATATTATTGCCAGGCGCTATGCAGCAAGAGGGGTAAATATTGCACCGGATGAAATAGTCATTACGGCAGGCGCACTGGAAGCACTGAGCCTTAGCTTACAAACCTGTACCCGGCCCGGCGACTGGGTAGTTATCGAATCGCCGGTATTTTATGGTGCTATGCAGGCATTAGAACGGCTTGGGCTAAGCGCGATTACGATAACCGTTTCACCGGAAACAGGACTGGATGTCGCGGCATTGGAGCGGGCTTTCCAGAATCATCCGGTAAAAGCATGTTGGCTCATGAGCAGTTTTCAGAATCCTGTTGGCTATGCGTTAAGTGATGACAAAAAACGGCAGATCGCAAACCTGTTACGAACATACGATGTCACCCTGATAGAAGACGATGTCTACGCTGAGCTCTACGCCGATGCTAAGCCTCCGTTACCTATTAAACACTTTGTGCAAGATGGAAGCAGCCTGCTTTGCTCTTCCTTTTCTAAATCGTTGGTAGCGGGATATCGCATTGGATGGGTCGCTGCAGGGCGCAATGCACTGGCCATACAAAAACAACAGTTAATGAGTACACTCGCGACCAGCGCACCAATTCAACTTTCTCTGGTAGATTACCTGTCGACAAAGAATTACGAATCACACCTTAAACAGCTTAGAAAGAAGCTGCGGGATCGGAAAAAAGCGATGGTAGGGTTTCTGCGCGAATATTTGCAGGATGTGGTCACGATACATGCTCACCAGGGAGGATATTTTTTGTGGCTGGCTTGTCGCCCTCACGTGAATGCCATGGATATCTATCTGGAAGCATTACGCCTGCACATTACCATCGCGCCGGGTAAGCTTTTCAGCCTGAATAATGAATTTGATCACTGCTTTCGGATAAACGCATCGTTCGAGTTAACCGCGACAAGACAACAACAATTAATAAAGCTGGCACGCTACATCAGAGCCGTCTCCATGGGGACAAAATAA	MAKYEVLANQLKEQIARGVWLEHEKLPSLRKQATQTGYSMMTVLHAYQMLESQGLVRAQARSGYVVTAPTRSAPQHRVQTAEAVSVNDFVYEVLQASRDPHMFSLGFAYPDPTLYPRQQLNRSIVAAAQQMSVTSAMDNLPPGNPELRNIIARRYAARGVNIAPDEIVITAGALEALSLSLQTCTRPGDWVVIESPVFYGAMQALERLGLSAITITVSPETGLDVAALERAFQNHPVKACWLMSSFQNPVGYALSDDKKRQIANLLRTYDVTLIEDDVYAELYADAKPPLPIKHFVQDGSSLLCSSFSKSLVAGYRIGWVAAGRNALAIQKQQLMSTLATSAPIQLSLVDYLSTKNYESHLKQLRKKLRDRKKAMVGFLREYLQDVVTIHAHQGGYFLWLACRPHVNAMDIYLEALRLHITIAPGKLFSLNNEFDHCFRINASFELTATRQQQLIKLARYIRAVSMGTK	PGPT0026010_15	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCAN_METABOLISM	CE-EPS-GALACTOGLUCAN_METABOLIC_PATHWAY,PGPT0026010-mucR-K21023	NA	NA
AK237_02630	1008	ccpA_4	COG1609	Catabolite control protein A	ATGCCGCAAAAGAAAACGTCTGCACGCCAAGGCCGCTCTGTTACCTTAAAGGACGTTGCCCGTGAAGCCGGCGTGTCTGTCGCAACGGTGTCTCATGTTGTTAATGATAAAGCACGCATGGGGCGGGACGTTAAAGATCGGGTGCTAAAGGTTATTGCGGACTTAGGCTACCAGCCCAACAAAGCGGCGCGCAGCATGAAAACCGGTCGAACCATGATCATTGGTTTGGTATTGCCAGATTTACGTTTCCCCTATTTTCCTGCCCTCGCGCGAGAAATTGAGCTGGTGGCCGCCAGTCAGGATTACGCAGTGGTTTTCGCAAATAGTTACGCCGATGGCGCACAAGAGCGAAACTGCGTTGAGCGCATGGTGCAAATGGGCGTAGACGGGATCATCTGGTTTCCCGGTAGTCAAAAAGATACGATTGCCAAAGCGGTGAAGCATACGCCGGTGTGCGTGGTTGACCGCGATTTGGGTAACTATGATGTGTCGATGCCCGATCATATACAGGGTGGGCGCTTGCAAGCCGAACACTTATTGAATTTAGGACACCGCACTTTCGGTATCGTTTCAGGGCCACGCAATGCCGACAACATGACGCTGCGCGTTCAGGGGGCAATCGACGCGATTAATGCTTCTGGCGAAGTCGTATGGGATTGTGAATCTGGTTTTCAAACCCTGTCTGAGGAAGCGAAACAACACCTGCGCGAGAAAAAGGTTACGGCGGTAATTGCCGGGGACGATTTGATTGCCATTAACGTTTGTCGTGAATTGGAGCACCTCGGTTTAGCTGTGCCTGAGGATGTGTCTGTAGTGGGTTTTGATAACATTGCCTGGAGCGAAATTTACAAGCCTTCTTTAACCACCATATCCATTCCATTGGCGGACATGGCGAAAACTGCTTTAGATATGTTGCTAGGACGTATTAACAGCCGCAGCACTGCCAGACGACGCAGTATCTTAGGCGTGGCATTGGTAGAGCGGCAATCTACCGTAAAAGTACAATAA	MPQKKTSARQGRSVTLKDVAREAGVSVATVSHVVNDKARMGRDVKDRVLKVIADLGYQPNKAARSMKTGRTMIIGLVLPDLRFPYFPALAREIELVAASQDYAVVFANSYADGAQERNCVERMVQMGVDGIIWFPGSQKDTIAKAVKHTPVCVVDRDLGNYDVSMPDHIQGGRLQAEHLLNLGHRTFGIVSGPRNADNMTLRVQGAIDAINASGEVVWDCESGFQTLSEEAKQHLREKKVTAVIAGDDLIAINVCRELEHLGLAVPEDVSVVGFDNIAWSEIYKPSLTTISIPLADMAKTALDMLLGRINSRSTARRRSILGVALVERQSTVKVQ	PGPT0017992_12355	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
AK237_02631	963	eryD	COG2390	Erythritol catabolism regulatory protein EryD	ATGATGAATACGCCTCCAATAAACGATGCCAGAAGACTCGATGACGCGGCCCGGGCGGGTTGGTTATATCATGTCGCCGGTAATACGCAGGACGAAATTGCACGTAAGCTTGGTGTATCACGCCAGTCGGTGCAACGGCTGGTTGCCCTGGCGGTCAGCGCTGGCCTTATAAAAGTGCGTCTTGACCATCCCATCGCCCGTTGTATGGAGCTTAGTCACCGTATTAAAGATCGCTTTGAGCTGCATAACTGTGAAGTTGTGCCCAGTGATCCCGCCGACCCCTCAGCTATTATTGGTTTGGCGCAAGCCGGCGCCGCAGAACTTGAACGCTATCTTAAACTTCCGGAACCGCAAACTATTGCGATGGGAACAGGGCGTGCTTTACGTGCATGTGCAGACGAACTGCCGCCCATGAACTGCCAGCAGCACAGTATTGTGTCGTTGATTGGTAATATCATGGATGATGGTGCGGCTTCAGCCTACGACGTGGTGGTACGGGTGGCTGATAGAGTAAAAGCGAAGTATTACCCCATGCCTCTGCCAGTTTTCTGTCCGTCTGCTGAGAACAAAACCCTGCTGCTTGAGCAGCCCCATATCAAGCCAATATTCGAAAAAGGCAGTAAAGCTGATGCCACGTTCGTGGGCATTGGTAACCTGGGTACAGCCTCTCCACTCTTTTTAGACGGCTTTGTCAGCGAAAAAGAAGTTGAGTCACTCTTTTCCATGGGTGGCGTGGGCGAAATGCTAAGTTGGGTGTTTAACCGGCAAGGTGAAATCATCGACTGCGAGCTGAATAGACGAGTATCGAGCATGAAACTCGTGAAAAATCCTGCAAACCCGGTAGTCGCTATTGCCGCGGGCGCTATCAAAGTAGACGCCATCATGGGCGCGATGCGTAGCGGATTGATAAATAAGCTCATTACTAACGAATACACAGCGGAATTAATCCTCAGTAGTGATTAA	MMNTPPINDARRLDDAARAGWLYHVAGNTQDEIARKLGVSRQSVQRLVALAVSAGLIKVRLDHPIARCMELSHRIKDRFELHNCEVVPSDPADPSAIIGLAQAGAAELERYLKLPEPQTIAMGTGRALRACADELPPMNCQQHSIVSLIGNIMDDGAASAYDVVVRVADRVKAKYYPMPLPVFCPSAENKTLLLEQPHIKPIFEKGSKADATFVGIGNLGTASPLFLDGFVSEKEVESLFSMGGVGEMLSWVFNRQGEIIDCELNRRVSSMKLVKNPANPVVAIAAGAIKVDAIMGAMRSGLINKLITNEYTAELILSSD				NA	NA	NA	NA	NA
AK237_02632	720	gph_2		Phosphoglycolate phosphatase	GTGTATAATCGCGATAGCATGTACGATTCCGGCCCCGGCGGCGAGCCAGTAGAACTGGTCATTTTTGACTGCGATGGTGTGTTGATCGACAGTGAAGTGATAAGCCTTACGGTTATTCGGGAATTGCTGGAAACTTATGGTGTTGTGATTGACGAGACGTATTTTACCCGTGAATTTCTTGGACGTAGCTTCCCTCGTGTTAAAGAAACCGTAAAACGCGATTTCGGCGTGGTATTGCGCGGGGAGTTTGAGCAGCAATATTTATCTGCATTACTCGACCGGTTTGACAGTCACCTTCAGCCGGTTGACGGCATTGAGTCGCTGGTTGCGCAATTGAATATTCCTTTTTGTGTGGCGACTTCGAGCCATCGCGAAAGAACCAACAGAGCGCTGTCAGCGACAGGCCTGTTGTCTTATTTTAATGACGCTATTTATACTGCCTCGCAAGTACAAAATGGTAAACCTGCGCCCGACCTGTTTTTATTCGCCGCAGAGCAGCAAAAGGTCGATCCTAAAAACTGCTTAGTGATTGAAGACAGTTTATCGGGGTTGCACGCTGGCGTGGCTGCGGGCATGCAAGTGTGGCACTTCCAGGGGGGCTCGCATATGCCCGCATCCATTGGCAGTATTTCAATACCTGCCGGCATTAGCCGCGTGATAAGTCACTGGTCGCAGTTTTTTACAGTGCACCCTGAATTAAGGATTAAATCACCGTCATGA	MYNRDSMYDSGPGGEPVELVIFDCDGVLIDSEVISLTVIRELLETYGVVIDETYFTREFLGRSFPRVKETVKRDFGVVLRGEFEQQYLSALLDRFDSHLQPVDGIESLVAQLNIPFCVATSSHRERTNRALSATGLLSYFNDAIYTASQVQNGKPAPDLFLFAAEQQKVDPKNCLVIEDSLSGLHAGVAAGMQVWHFQGGSHMPASIGSISIPAGISRVISHWSQFFTVHPELRIKSPS				NA	NA	NA	NA	NA
AK237_02633	1479	mtlK_2	COG0246	Mannitol 2-dehydrogenase	GTGACAATACAACTTAATCAATCCAATTTGGCGTCAATGCCAGAGAATGTCAGTGTGCCGGGATATGACAGAAGTAAGCTATCAGCAGGTATTTTACATATCGGCATTGGCAATTTTCACCGGTCACACCAGGCAATTTATTTGCACAAGTTATTTGAGCAGGGAAAAGATCACGACTGGGCATTAGTCGGATGCGGCGTGAAGTCCTTCGATGCCGCAATGCGTGACAAGCTGGCGAAGCAAGATTGGCTGACTACCGTTGTAGAACTGGATGAAGATGCACTAAGCGCCCAGGTTTGTGGCTCGATGATTGATTTTCTAAATATCGACGCGGCTGAGGTTATCGCAGCATTGTGTCGACCTGAAATCCGAATTGTGTCGCTGACAATTACCGAAGGTGGTTACTTTATCGATGCAAAAACCGGCGGTTTCCAGCACGGACATCCGGACATTCAGGCTGATATCGCTAATCCTCAGTCACCAAAAACAGTGTTCGGCATATTGTTGGAAGGCTTGAAGCAACGTCGGGCAGCGGGTCTTGAGCCGTTTACCATTATGACGTGCGATAACGTACCGCATAATGGCGATGTTACCCGTCAAACGCTCACGGGTTTAGCAAAGCTTATAGATGAGGACATGGCTACATGGATAAGCTCGTCAGTGGCTTTTCCTAACTCTATGGTGGATTGTATCACCCCGGCAACAACGGCACGTGAAATCGATCGCCTGGCGAAAGAGTTTGGTGTCGAAGATGCCTCTCCTGTGTTTTGCGAACCGTTCCGGCAGTGGGTTATCGAAGACAATTTCCCGCAAGGTCGCCCCGCGTTAGAAGACGTGGGTGTTGAATTCGTTGACGATGTGACTGCCCATGAATTCATGAAACTGCGGATCCTGAACGGCGGCCATGCCGCACTGGCATTCCCATCGGCGTTGCTTGGCCTGGAATACGTACATGAAGGCATGTTGCATCCTTTAGTGCGTGATTATGTCCGCAAAATGGTCATTGATGAAGCTATTCCCACTTTGTCTCCTGTGCCGGGTACAGATTTTAATGACTATCTGGACCTCATTGAGGCGCGTTTTGCGAATCCGGAAATTGGTGACACAGTCGCGCGGTTATGCACGGACCCTTCAAACCGTTTGCCTAAATTTATTCTGCCAATCACCCAGGCGAATGTAGACAGCGAGGGCGCAATAACAGGGACGTCACTCGTGATTGCTCTGTGGTGTCGTTATTGTGCATACACGGCAGATGCCGCCAACAACACAGTGCTGAACGACGAGCAGGCCCGGCGTTTGCAAAAACTTGCGTTGGAAGCGAAGCACACACCTGAAGCCTTTTTAGGTATGGACGATGTGTTTGGACCACTGGGCCAGCATCCACGCTTTGTAGCAGCATTCAGTGACTGGCTGAACAAGCTCTGGACGGAAGGTACGAAGGCGTGCCTTGAGGCTTATATTGCCGGAAAGTCTGAGTAG	MTIQLNQSNLASMPENVSVPGYDRSKLSAGILHIGIGNFHRSHQAIYLHKLFEQGKDHDWALVGCGVKSFDAAMRDKLAKQDWLTTVVELDEDALSAQVCGSMIDFLNIDAAEVIAALCRPEIRIVSLTITEGGYFIDAKTGGFQHGHPDIQADIANPQSPKTVFGILLEGLKQRRAAGLEPFTIMTCDNVPHNGDVTRQTLTGLAKLIDEDMATWISSSVAFPNSMVDCITPATTAREIDRLAKEFGVEDASPVFCEPFRQWVIEDNFPQGRPALEDVGVEFVDDVTAHEFMKLRILNGGHAALAFPSALLGLEYVHEGMLHPLVRDYVRKMVIDEAIPTLSPVPGTDFNDYLDLIEARFANPEIGDTVARLCTDPSNRLPKFILPITQANVDSEGAITGTSLVIALWCRYCAYTADAANNTVLNDEQARRLQKLALEAKHTPEAFLGMDDVFGPLGQHPRFVAAFSDWLNKLWTEGTKACLEAYIAGKSE	PGPT0018400_606	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_SUGAR_ALCOHOL_UTILIZATION	PLANT_DERIVED_MANNITOL_DEGRADATION,PGPT0018400-mtlK-K00045	NA	NA
AK237_02634	1053	malK		Maltose/maltodextrin import ATP-binding protein MalK	ATGGGAAATATTACTTTAAAACAAGTGACAAAAAATTTTGATGGCCATGAAGTTATCAAGCCGCTGGATCTCTCCATCGATAACGGTGAGTTCGTGGTATTTGTCGGCCCGTCGGGTTGTGGTAAATCCACTATGCTGCGCATGATTGCCGGGCTTGAAGATGTCAGTAGCGGTACCATCGAAATTGATGGTCAGGACGCCACTGAAACCCCGCCCGCCAAGCGAGGGTTGGCAATGGTGTTTCAGTCTTACGCGCTGTATCCGCACATGAGTGTGCGTAGCAATATCGCGTTTCCCTTAAAGCGCGCCAAAATGGACGACGCCTTAATTAAAGAAAAAGTAGAGAGGGTCGCGGAAACACTCAATCTGACCCCGTATTTAGAGCGTCGACCCGGTCAGCTATCTGGCGGACAGCGTCAGCGTGTGGCTATCGGCCGCGCCATTGTTCGCGAGCCTGCTGCATTCTTGTTCGATGAACCGTTATCGAACCTTGATGCAGCGCTACGGGTGAACATGCGTCTGGAAATCTCGCAACTACATAAAGATCTGCAAACCACCATGATTTACGTTACCCACGATCAGGTGGAGGCTATGACGATGGCAGACAAAATCGTGGTATTTAACGCAGGAAATATCGAGCAAGTTGGCTCTCCGATGGCGCTGTATCGTCATCCGGTAAACAAATTTGTGGCTGGCTTCATTGGCTCTCCCAAAATGAATTTCATTGATGTAGACGACACCGTCGATGGCCAGCCCGTGACCTGTTTGGGCGTGCGGCCAGAGCATTTAGTGCTCTCAGCAACAAGCGGCACATGGAAAGGCAAAGTTGGCGTAGCCGAGCATCTTGGTTCAGACACTTTCCTGCATGTAAACGTGCCGGGTGTGGCAAATCTTACCGTACGTGCCGATGGTAACTGCCCCTACAACTACGGTGATGATGTGTTTGTTTCTCCCATTTCCGAGCAAGTGCACTACTTCGATGCCACAGGCAAAGCGATCCGCAACGAGTCTGTCGCAAATCCGTCAGCCACAGTGTCTGCCATTTCACAGTGA	MGNITLKQVTKNFDGHEVIKPLDLSIDNGEFVVFVGPSGCGKSTMLRMIAGLEDVSSGTIEIDGQDATETPPAKRGLAMVFQSYALYPHMSVRSNIAFPLKRAKMDDALIKEKVERVAETLNLTPYLERRPGQLSGGQRQRVAIGRAIVREPAAFLFDEPLSNLDAALRVNMRLEISQLHKDLQTTMIYVTHDQVEAMTMADKIVVFNAGNIEQVGSPMALYRHPVNKFVAGFIGSPKMNFIDVDDTVDGQPVTCLGVRPEHLVLSATSGTWKGKVGVAEHLGSDTFLHVNVPGVANLTVRADGNCPYNYGDDVFVSPISEQVHYFDATGKAIRNESVANPSATVSAISQ	PGPT0014160_1820	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_GLUCOSE|MANNOSE_TRANSPORT_I,PGPT0014160-malK|mtlK|thuK-K10111	NA	NA
AK237_02635	831	dasC	COG0395	Diacetylchitobiose uptake system permease protein DasC	ATGAGACATTCACAACTAGTTAGACAAAAAATTGTGTACTCCATTCTCGCCTGGGTTGTGGGTATTGCGATTTTCTTTCCTATTTTATGGACGGTATTAACCAGTTTTAAAACCGAAATCGAGGCAGTGGCCGCCGAGCCCTCGTTCTTGTTCTTCGACTGGACGCTGGAAAATTACGCCACCATTTTAGAAGAGAGCCGTTACTTTGCGCATTTCTGGAATTCAGTAGTTATCTCGTTAGGGTCGAGTTTGGTTGGGCTGTTAATTGCCATTCCTGCAGCCTGGGCAATGGCTTTCGTACCAAACAAGCGTACTAAAGATGTACTGATGTGGATGCTATCAACCAAGATGCTGCCACCGGTAGGTGTATTAGTGCCCATTTACCTGTTGTTTCGTGATTTTGACTTACTGGATACCAAACTAGGTCTGGTTATCGTGATGACGCTCATCAACCTGCCTATCATGATTTGGATGTTGTATACCTACTTCCGCGAGATACCGTCAGAAGTCCTGGAAGCAGCCCGTATGGACGGTGCCACAATTGGTTCAGAAATTGTGCACGTGCTCTTGCCAATTGCGTTACCCGGCATTGCGTCAACCTTACTACTCAACATTATTCTGGCGTGGAATGAAGCATTCTGGACATTGATCCTGACAGCAGCCAAAGCGGCGCCGTTAACTGCTTTTATTGCCAGTTACTCAAGTCCCGAAGGGCTGTTCTACGCAAAACTTTCTGCCGCGTCCACGTTGGCAATTGCCCCAATTTTAATCATCGGTTGGTTTAGTCAGAAGCAGTTAGTGCGTGGCTTAACGTTTGGTGCGGTGAAATAA	MRHSQLVRQKIVYSILAWVVGIAIFFPILWTVLTSFKTEIEAVAAEPSFLFFDWTLENYATILEESRYFAHFWNSVVISLGSSLVGLLIAIPAAWAMAFVPNKRTKDVLMWMLSTKMLPPVGVLVPIYLLFRDFDLLDTKLGLVIVMTLINLPIMIWMLYTYFREIPSEVLEAARMDGATIGSEIVHVLLPIALPGIASTLLLNIILAWNEAFWTLILTAAKAAPLTAFIASYSSPEGLFYAKLSAASTLAIAPILIIGWFSQKQLVRGLTFGAVK	PGPT0016390_353	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_MANNITOL|SORBITOL_TRANSPORT,PGPT0016390-smoG|mtlG-K10229	NA	NA
AK237_02636	873	sugA	COG1175	Trehalose transport system permease protein SugA	ATGGCAACAACCAGTTCCCGGTTCCTCGGCCGCGTCATGATCAGTCCGGCAGTGGCACTGCTGTTTATCTGGATGATCGTGCCGCTAGCGATGACCATCTACTTTTCATTTCAAAACTACAATTTACTCATGCCCGGCATGCAGGAATTTATTGGATGGATGAACTACGAGTTCTTCCTTACTGATCCTGCATTCATGGAGTCGTTTTTTAATACATTGCAGCTTGTTTGCGGTGTACTGTTTATCACTATCGTAGGTGGTACCGCCATCGCCGTGTTACTTGATCAGGCCATTGTGGGTCGTAACATTGTGCGTATATTGGTATTAGCACCGTTTTTTGTCATGCCTACCGTATCTGCGTTGGTGTGGAAGAATATGTTCATGAACCCGGTGAACGGCATCTTTGCGCATTTGTTCACGTCTTTGGGTTTCGAACCTTATGATTTTCTCTCTCAGGCTCCAATGGCCTCTATCATCTTAATCGTGTCATGGCAGTGGTTACCCTTTGCTGCGCTTATCTTGCTAACGGCGATCCAATCGTTAGACCAGGAGCAACTCGAAGCGGCAGAGCTTGACGGTGCCGGCCCTGTCGCACGCTTTTATTACATTGTTGTGCCGCACCTTTCCCGCGCCATAACTGCCGTTGTGCTGATTGAGACCATTTTCCTGTTGTCAGTGTTTGCCGAAATCCTCGTGACAACCAACGGCGGACCGGGCTATGCGTCGACCAATATCACTTATTTGATTTATTCGCAGTCGTTGCTCGATTTTGATGTGGGCGCAGGATCCGCAGGCGGTATTGTGGCGGTGATCCTTGCAAACATCGTTGCAATTTTCCTGATGCGCATGATTGGCAAAAACCTGGAGAAGTAA	MATTSSRFLGRVMISPAVALLFIWMIVPLAMTIYFSFQNYNLLMPGMQEFIGWMNYEFFLTDPAFMESFFNTLQLVCGVLFITIVGGTAIAVLLDQAIVGRNIVRILVLAPFFVMPTVSALVWKNMFMNPVNGIFAHLFTSLGFEPYDFLSQAPMASIILIVSWQWLPFAALILLTAIQSLDQEQLEAAELDGAGPVARFYYIVVPHLSRAITAVVLIETIFLLSVFAEILVTTNGGPGYASTNITYLIYSQSLLDFDVGAGSAGGIVAVILANIVAIFLMRMIGKNLEK	PGPT0016385_570	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_MANNITOL|SORBITOL_TRANSPORT,PGPT0016385-smoF|mtlF-K10228	NA	NA
AK237_02637	1311			hypothetical protein	ATGATGAAACGACTTGCCACGAGCATCTGTTCTGCCCTGCTTTTAAGCATGCCTGCGGCAGCAGAAACCGTCACCATCGCCACGGTAAACAATGGCGATATGGTGACGATGAAAAGTTTAAGCAAAGCATTCACCGACGAAAATCCGGACATTCAACTGGAGTGGGTGACATTAGAAGAAAACATTCTGCGTCAACGCGTTACTACGGATATTGCAACCGGTAGTGGTCAGTACGATGTTGTCACCATTGGTACTTATGAGGTACCTATTTGGGCGAAGCAAGGGTGGTTAGAGCCGCTGAACAACTTAGGCGCAGACTACGACGTGGACGATATCCTGCCTTCTATCCGTGGCGGTTTGTCGTACGAGGATGCGTTGTATGCTGTGCCGTTTTATGCCGAGAGCTCTATGGTTATGTATCGCACTGATCTGATGGAAAAAGCCGGTCTGACGATGCCAGAAAAGCCAACCTGGGATTTCGTGCAAAAAGCCGCAGAAGCAATGACAGATAAAGACGCCGGTGTTTACGGTATCTGCCTGCGTGGCAAAGCGGGCTGGGGCGAAAACATTGCGCTGCTGTCTGCAATGGCCAATTCGTTTGGTGCACGTTGGTTCGACGAGAACTGGAAGCCACAGTTCAACACGCCAGAGTGGAAGAAAACCCTCGAAGTGTACACTGAGCTGATGCATAACTACGGTCCTCCGGGCGCATCTTCTAATGGTTTCAATGAAAACCTGGCGTTGTTCCAAACCGGCAAGTGCGGTATGTGGATCGACGCTACTGTAGCGGGCTCTTTTGTTACCAATAAGGCTGAGTCTTCAGTTTCTGATCATGTTGGTTTCGCATTGGCACCTGACGCCGGCATGGGCAAGCGTGCTAACTGGTTGTGGGCGTGGAACCTCGCCATTCCAAGTAGCTCAGACAGTAAAAAAGCAGCTGAAAAATTCGTCGCGTGGGCGACATCTAAAGGTTACTTAAACCTGGTGGCGGAAGAAAAAGGGATTGCGAACGTGCCACCAGGAACGCGCGCATCACTTTACGCCAATCAGGATTACCTCAACGCTGCGCCGTTTGCCAAAATGACCCTGGAATCTATCAATTTGGCAGACCCGAATAATCCTACAGTGAAGCCTGTACCTTACGTGGGTGTTCAGTTTGTGGCAATTCCTGAGTTTCAGGGCCTGGGCACTGCTGTAGGTCAGCAATTCTCTGCCGCTGTTGCGGGTAATGTCACGCCAGACCAGGCACTGAAAACCGCTCAACGCCTGGCAGAAAGAACTATGCGCAAAGCGGGTTACCCGAAAGATTAA	MMKRLATSICSALLLSMPAAAETVTIATVNNGDMVTMKSLSKAFTDENPDIQLEWVTLEENILRQRVTTDIATGSGQYDVVTIGTYEVPIWAKQGWLEPLNNLGADYDVDDILPSIRGGLSYEDALYAVPFYAESSMVMYRTDLMEKAGLTMPEKPTWDFVQKAAEAMTDKDAGVYGICLRGKAGWGENIALLSAMANSFGARWFDENWKPQFNTPEWKKTLEVYTELMHNYGPPGASSNGFNENLALFQTGKCGMWIDATVAGSFVTNKAESSVSDHVGFALAPDAGMGKRANWLWAWNLAIPSSSDSKKAAEKFVAWATSKGYLNLVAEEKGIANVPPGTRASLYANQDYLNAAPFAKMTLESINLADPNNPTVKPVPYVGVQFVAIPEFQGLGTAVGQQFSAAVAGNVTPDQALKTAQRLAERTMRKAGYPKD	PGPT0016380_684	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE_TRANSPORT	PLANT_DERIVED_MANNITOL|SORBITOL_TRANSPORT,PGPT0016380-smoE|mtlE-K10227	NA	NA
AK237_02638	1353	oprB_2	COG3659	Porin B	ATGCTAAACCCCCAACAACATGCAGGAAATAACACAACATTTGAATGCCAGTCTAAGCAATCTCTAAAGCGACGCTTACTGGGTTCTGCCGTAGCACTAATGCTTATCCCCTCGTTCAGTAGTCAGGCTGTTGGCGACTTTAATGCCGACCGTTACATCACGGGTGACTGGGGCGGTGTGCGCGCTGATTTAGCTGATAAGGGCGTAAACGTTCGTCTCGGTCACTTCAGCCAAACGGCTTACAATATGGAAGGTGGAGAAAGCTCAGAAGTTGCCTACGCTGATCAGTTTTTCCTTGGTGGCTACTTTGATTTAGACACCTTGCTGGGTTGGTCAGGCGCCGAGTTCAAGGTAGAAGTCACCAACCGTAATGGTGATTTAATTAACAACAAGGCGAACATGCCTTTTCTGCTTCAATCTCAGCAAATTTTTGGGCGTGGGAACGTCACTCGTCTTACTCAATTCTCGTTAACTCAGCATCTCTTCGACGACCAGTTAAGCATTAAAGTGGGTCGTATTTATCCCAGCGCTGATTTTTTTGCCATGAGTTGTGCTTTTCAGCATTTAACGTTCTGTAGTGGCGGGTCATCAAACTATATCAGCAGCGCATGGTACGGCGACCCATTAAGTGCCCTTGGTGCACAGGTCACTTACAAGCTAACAGATAACCTGTTAATCAAAGCAGGCTCGTACGACGCAAATCCAGAGACCACGTCACTGAACCAAGGGTTGAAACTGGGTACATCAGGAGATGTAAGTGGTACCACTGCGGTAGGCGAGATTGAATACAAAGTGGATTATGGAAACGGTCTCGATGGCGATTATCGTGTGGGGATAGTCCGAAGCAGTCTAGACCGCACAAAGCTCGTGAATGAAGCCGGTTATCCTGCTGGCAGCACCGATGATGCCGTAATTATTCAGGACACAGACAACGCTTTTTATATCAACCTTGAACAGCAAATTACCCGCAACGCAGCAGGTGGTGGTTTACGTTTATTCGCCAGCATGATTCGGTCGGATAACGACATTGCCAGTGTGGGTGAAGTGTTGGCATTTGGTGGATTTATCAACGCACCATTTCCTGGTCGCCCCAGTGACCGCGTGGGCCTGGCTATTGGCCGAAATAGCGTGAGCAGCGAATTAACCAATGCACAACGTCTATACAACGCAGAAATGGTTGGCGATAGTATGGCAGTGCGTGAGCATGAGTATCCGATTGAGTTGAATTACAACTACGTGATTACACCAGCGATTGCTGTTATGCCGAGTGTTCAGTACGTCATCAATCCAAACGGTGATGAAGACGCCGAAAACGCAGTTATTTTTGGCCTCCAGGTGGACTTGAATTTCTAA	MLNPQQHAGNNTTFECQSKQSLKRRLLGSAVALMLIPSFSSQAVGDFNADRYITGDWGGVRADLADKGVNVRLGHFSQTAYNMEGGESSEVAYADQFFLGGYFDLDTLLGWSGAEFKVEVTNRNGDLINNKANMPFLLQSQQIFGRGNVTRLTQFSLTQHLFDDQLSIKVGRIYPSADFFAMSCAFQHLTFCSGGSSNYISSAWYGDPLSALGAQVTYKLTDNLLIKAGSYDANPETTSLNQGLKLGTSGDVSGTTAVGEIEYKVDYGNGLDGDYRVGIVRSSLDRTKLVNEAGYPAGSTDDAVIIQDTDNAFYINLEQQITRNAAGGGLRLFASMIRSDNDIASVGEVLAFGGFINAPFPGRPSDRVGLAIGRNSVSSELTNAQRLYNAEMVGDSMAVREHEYPIELNYNYVITPAIAVMPSVQYVINPNGDEDAENAVIFGLQVDLNF				NA	NA	NA	NA	NA
AK237_02639	1506	xylB_2	COG1070	Xylulose kinase	GTGATTTTTTTAGGAATAGATTTAGGTAGCTCTTCAGTTAAAGTGACGTTATTTGATGGTGAGCATGGTAAAGCGCTTGGCGACGTAAGCTGGCCGCAAGAAGAAATGCCCATTGTCAGTCAGCATGCTGGTTGGGCCGAGCAAGACCCGACGTTATGGTGGGAGCATACGCAAACTGCGATTCGCAAAGTGTGCCACCAGACAGGTAAAAAGCCGTCAGACATTGCGGGCATCGGTATCGCTTATCAAATGCATGGCCTGGTTTGCGTAGACAGTGCTCAGCAACCGGTAAACCTTGCGAATATCTGGTGCGATAGTCGCGCGGTAGGGGTGGGAAATGAAACCTTTCGTCAGCTTGGCGAGGCATTCTGTTTCGAGCACTTTTTAAATTCTCCCGGCAACTTCACCGGCGCAAAATTACGTTGGATACAGCAGCATCAGCCGGACGTTTTCGCACGTATCGATAAAATTATGTTACCGGGGGATTACATCTCGCTCAAACTCAGCGGCGAATGTACTACTACCACAAATGGGCTGAGTGAAGGCGTGCTATGGGATTATTCAACGTCTCAGCCAGCATGGACTTTACTCGATCACTGGGGCATTGAGCATGAGAGATTATCTCGCGCCGTACCTACATTCTCAAAAGAGGTAACGGTAAGTGTCGAAGCCGCAGAGACGCTTGGGCTTAGAGCGGGAATTCCAATTAGTTATCGCTCGGGCGATCAACCTAACACTGCATTTAGTCTGAATGTTATTGAACCCGGTGAACTTGCCGCTACAGGGGGAACATCAGCGGTACTGTACGCTGTTAATAACGCACCGGTGGCAGACAAAGAGCAACGAATAAATACGTTTCTACACGTATCAAGGCCGCCAAAGACAACGACTGGGTTGCTGATGTGTTTAAACGGAGGTGGACGGGCTTATTCCTGGATACGCGCTTTGCTAAGTCATGAGCAACGTAAGTTGTCTTATGACGATTTAAACACCCTCGCGTCTGAGGTGCCGGTGGGGAGTGATGGGCTTTATTGTCTGCCATTTGGAAATGGTGTGGAACGTATTACGCAGAATAAACAGCTAGGCGCTTCTTTTCATCATTTGGATTTTAACCGCCACAGTAAAGCACACATGGTAAGAGCCACACTTGAAGGAATTGCTTTTGCCATGCGATACGGCTTTGATCATCTGCAAAAGCTGTCTTGCAATACGCGGATCATTCGCGCCACTGACGGTAATTTGTTCAAAAGTGCCTTGTTTAGTCAAACCATGGCTAATTTGACCCGGTGCCCTGTCGAACTATACAACACGAACGGGTCAGTGGGCGCTGCGCGGGGCGCCGCCATAGGAGCAGGCTACTATGCAGATGAAAAGGAGGCGTTTTCTACGCTTAAGGCATTGAAGCGTTACACACCAAACGAGCACGATGCAGCTACACTGGCAGAATGTTATGCGACATGGCTTACCCACTTTTCAACGCAGATGGAAAATATAGCCGCAGACTGA	MIFLGIDLGSSSVKVTLFDGEHGKALGDVSWPQEEMPIVSQHAGWAEQDPTLWWEHTQTAIRKVCHQTGKKPSDIAGIGIAYQMHGLVCVDSAQQPVNLANIWCDSRAVGVGNETFRQLGEAFCFEHFLNSPGNFTGAKLRWIQQHQPDVFARIDKIMLPGDYISLKLSGECTTTTNGLSEGVLWDYSTSQPAWTLLDHWGIEHERLSRAVPTFSKEVTVSVEAAETLGLRAGIPISYRSGDQPNTAFSLNVIEPGELAATGGTSAVLYAVNNAPVADKEQRINTFLHVSRPPKTTTGLLMCLNGGGRAYSWIRALLSHEQRKLSYDDLNTLASEVPVGSDGLYCLPFGNGVERITQNKQLGASFHHLDFNRHSKAHMVRATLEGIAFAMRYGFDHLQKLSCNTRIIRATDGNLFKSALFSQTMANLTRCPVELYNTNGSVGAARGAAIGAGYYADEKEAFSTLKALKRYTPNEHDAATLAECYATWLTHFSTQMENIAAD	PGPT0017535_2026	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
AK237_02640	714			hypothetical protein	ATGGTTACCAACGCGGATTTGGAGTTGCTGTCTTTTTTTCAAACGTCGGAGTTAGCACTACATTTCAACCGAATGTACGAAAATACTCCAGGTTGTGGAGAAACGGATTTTCTTTATCACTACTGCTCCCGGTACTTACGTGAAGCGCCATTGTCTAAACCGGCAGAAACGCTGTTTTATCAGTTTGTAAGTAAGAAAAATAAAGCTGCGTTTATTTCAGGGTATCGCGCGTTAAGACAAAAGATCTACAACGTAGCGGCGTTACGCTACACGCTGTCTTTTGTGTCGCCCGAAAATAGACTGCAAGCGCTTATCGAAGTCATTCACCAACAACCCTTCAAAGCCAGGTTGTCCATAGGCGACAACCATCAGCACCAGCCCGTAAAAGCAGGTTGTAACACGCAGTTTTACCTGCGAGTGAATGAGGTGGACTTTCAAACCATGCAAGCGTGGCAAGAGGGCGGGCCGCTTACCGTTTCGTTTTATGTTTACTGGCATAGTCCGGAAATATTCTATTGGTTCAAAGATGCATTAAATGCCTATGGTTTTGTCGCCAACCCCTTTCCCAAATATTTCAAAACCACATCGCCTTGCCGTATTGATGTGGAAATAAACGACAAGCAACATCAGCCATTACTGGATGTAGGGAAGCGATTGGCCGAACAGCGATTTCCGGCATTAACCAAACAACTGATCCAGACAACGCGTTGTTAG	MVTNADLELLSFFQTSELALHFNRMYENTPGCGETDFLYHYCSRYLREAPLSKPAETLFYQFVSKKNKAAFISGYRALRQKIYNVAALRYTLSFVSPENRLQALIEVIHQQPFKARLSIGDNHQHQPVKAGCNTQFYLRVNEVDFQTMQAWQEGGPLTVSFYVYWHSPEIFYWFKDALNAYGFVANPFPKYFKTTSPCRIDVEINDKQHQPLLDVGKRLAEQRFPALTKQLIQTTRC				NA	NA	NA	NA	NA
AK237_02641	684			hypothetical protein	ATGGATATCTTAAAGGTTGCATTTACAGTTTTAATCAGTGTTTCCGCTTGCAACAATGTTTATGCTCAGGATTCTTCGAAAACCGATAAAGAGCGACTTAAAGAAAATATTAAAAGGTTGGAAGACAAGTGCGAATCAGAGGGGTGTACAAAAGAGGAGGTAGAGGATATTCAAGATAAGTCGGATACTTTGTCTAGTTTGACAGAGTCATTTAAATTCGGTGTAGCCATCGGATTTGAGCACTACAAGTCAGAATATATTTCAGAAGTTGAGACGGTAGGGGACGATAGAATTGTACGTCTAGTAGACGCACAGAATCAGAAGCCTAGTATTTGGTTGGAAACTCATTATTTGTGGGATGGTTGGGCTAGTAGTAATGGGTTTACTCATAGTGCGCCTGGTTTTTATGTTGGGGCAAGATTACTTGGGCCTGATTCAGATATTTTTGAAGCATTTAGCTTGGGATTAATGTGGTCGTTCAAGCGAACTCGATTAGGTGACGTACCACCTCCAGGACAGATTGCTGAATCGATCAATATTGGGATAGGACCAGTTTGGCACAAGACAAAAGTTCTAGCTGATGGGATAGTTGAAGGGGAGTCGCTTCCTGAGAATTATAACGATGTGAAGTTAAATTCACGAGATGAAGTTAGTTGGATGCTCATGATATCTGCAGGATTTTAA	MDILKVAFTVLISVSACNNVYAQDSSKTDKERLKENIKRLEDKCESEGCTKEEVEDIQDKSDTLSSLTESFKFGVAIGFEHYKSEYISEVETVGDDRIVRLVDAQNQKPSIWLETHYLWDGWASSNGFTHSAPGFYVGARLLGPDSDIFEAFSLGLMWSFKRTRLGDVPPPGQIAESINIGIGPVWHKTKVLADGIVEGESLPENYNDVKLNSRDEVSWMLMISAGF				NA	NA	NA	NA	NA
AK237_02642	1833	glmS_3	COG0449	Glutamine--fructose-6-phosphate aminotransferase [isomerizing]	ATGTGTGGAATTGTAGGCGCTGTAGCAGAGCGTAATGTAGTAGAAATTTTGCTCGAAGGCTTAAAACGCCTGGAGTACCGTGGTTATGATTCGGCCGGTGTGGCCTTGTTGCAACCGACAGGTGAGCTTACCCGCATCCGTCGTACCGGCAAAGTACAGGAACTCGCTGATGCTGTGGCGAAAGATGAAGCATTAGGCTCGACGGGGATCGCGCACACTCGCTGGGCCACCCATGGTGGGGTAACAGAAAAAAATGCTCACCCGCATTGCTCAAGCGATCGTATTTCTGTGGTTCACAACGGTATTATTGAAAACTACCTGGCACTGCGCGAAGCATTAACCGCGCAAGGCTATACCTTTACCAGCGACACCGATACAGAAACCATTGCTCATACCGTTCATGCTGAAATGCAAAAAGGCGTGTCGTTATTAGAAGCTGTTCAAAACAGTGTGAAGCAGTTCCACGGTGCCTACGGTACGGTAATTATGGACAGTGAAGATCCGTCACGGGTAGTTGTGGCACGCTCCGGCAGCCCTTTGGTGATTGGTTTAGGCTTGGGTGAAAACTTCATTGCTTCTGATCAAATGGCATTATTGCCGGTGACTCGTCGGTTTATCTTTCTGGAAGAAGGCGACGTAGCGGAAATTACACGTCGTGACGTCAATATCTTCGACGTAAATGGTCAACCTGTAGAACGTGAAGTCATCGAATCTAACATCGAACACGATGCAGGCGACAAAGCCGGTTACCGCCATTATATGCTGAAGGAAATTCACGAGCAGCCTACCGTGGTGCGTAACACATTGCAGCAACGTGTGGATGAAAAAGGGTTGTTACCGGATATCTTCGGCAACGGTGCCGATGAGATTTTCTCGAAGGTGAAGCATGTTCAAATTATCGCGTGCGGTACCAGCTATCATGCGGGCATGACGGCTCGCTATTGGTTAGAGCAATACGCAAATGTATCGTGCGGTATCGAAATCGCCTCTGAGTTCCGTTATCGCAAATCAGTGGTACATGAAAACAGTTTGCTGGTAACCATTTCACAGTCGGGAGAAACGGCAGATACTTTAGCGGCGCTTCGCCTGGCTAAAGATTTAGGTTATATGGCCAGCCTGACCATTTGTAACGTACCCGGCTCGTCGCTGGTACGGGAATCAGATCTTGCCTTTATGACCCGCGCGGGCGCTGAAATTGGTGTCGCCTCCACCAAAGCATTTACTACCCAGTTAACGGCATTCCTGATGCTGACACTTGCATTAGGCAAGCACAATGCGATGTCTGAAAAAGATCAGCACAGCATTGTAAGTGCATTACACAGCTTGCCTGCGAAATTGGAAGAAACCCTGGCCATTACCCAGGGGATCGAAGATTTGGCAGAAGAATTTGCCGACAAGAATCATTCTTTGTTCTTAGGTCGTGGCGACCAGTACCCCATCGCGATGGAAGGGGCACTGAAGCTTAAGGAAATCTCTTATATTCACGCAGAGGCTTACGCATCTGGTGAATTGAAGCATGGCCCACTTGCGTTGATTGACGAAGAGATGCCAGTTATCGTTGTTGCTCCTAACAACGAACTGTTAGAAAAGTTAAAGTCGAACGTGGAAGAAGTGCGTGCCCGTGGCGGTATCATGTATGTGTTTGCGGACAAAAATGCGCATTTCGCCAGTGATGAAACCATGCGCGTAATCAACGTGCCACACTGCGAAGCCCCCATTGCACCCATTGTCTATACATTGCCATTACAACTGTTGTCGTACTACGTAGCATTGATAAAAGGCACGGATGTGGACCAACCCCGTAACCTGGCGAAATCGGTGACGGTGGAGTAA	MCGIVGAVAERNVVEILLEGLKRLEYRGYDSAGVALLQPTGELTRIRRTGKVQELADAVAKDEALGSTGIAHTRWATHGGVTEKNAHPHCSSDRISVVHNGIIENYLALREALTAQGYTFTSDTDTETIAHTVHAEMQKGVSLLEAVQNSVKQFHGAYGTVIMDSEDPSRVVVARSGSPLVIGLGLGENFIASDQMALLPVTRRFIFLEEGDVAEITRRDVNIFDVNGQPVEREVIESNIEHDAGDKAGYRHYMLKEIHEQPTVVRNTLQQRVDEKGLLPDIFGNGADEIFSKVKHVQIIACGTSYHAGMTARYWLEQYANVSCGIEIASEFRYRKSVVHENSLLVTISQSGETADTLAALRLAKDLGYMASLTICNVPGSSLVRESDLAFMTRAGAEIGVASTKAFTTQLTAFLMLTLALGKHNAMSEKDQHSIVSALHSLPAKLEETLAITQGIEDLAEEFADKNHSLFLGRGDQYPIAMEGALKLKEISYIHAEAYASGELKHGPLALIDEEMPVIVVAPNNELLEKLKSNVEEVRARGGIMYVFADKNAHFASDETMRVINVPHCEAPIAPIVYTLPLQLLSYYVALIKGTDVDQPRNLAKSVTVE	PGPT0017630_2967	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	ROOT_COLONIZATION	ROOT_COLONIZATION_BY_NODULATION	ROOT_NODULATION_METABOLISM,PGPT0017630-glmS|nodM-K00820	NA	NA
AK237_02643	786	srlR_3	COG1349	Glucitol operon repressor	ATGCAAAAGCGAAATACACAGCAACGTCGGGAAGAAATTGTTGAGTGGGTGAATCGTGCAGGCCATGTTCATGTTGATGAGATGGCGGCGCACTTCGGCACTTCACAAGTGACTATTCGAAAAGACCTCGCGGTACTTGCCGGTGAGCGCCGTGTGCTGCGTGAATTTGGTGGTGCAGCGCCACTTGTTCATGTTGAAGCGCGTGCGGCCACAACCGAAAAAAGCGCATCGCCTTCTATTTCTGTAAAAATCGCCATAGCAAAAGCCGCCGCGACACTTGTTAACGATGGTGCAAAGATCATCGTTGACAGTGGCAACACCACGGCTTCCGTCATTCCCTTTTTAAATCATAAAAAGTTGGTGGTAATGACAAATTCGTTGCGCGCCGCTAATGCATTAACGATCGCAGACAACGAACCTACCGTATTGATGACCGGCGGAACGTGGGATGCTCACTCTCACGCTTTTCAAGGCAACATGGCCGAAAAAATGATCAGTGCCTATAGTTTCGATTTAGCCTTTATCGGCGCCTCGGGATTAGACGTTACACGTGGCAGTACCACGTTTAACGAACTTACCGGGCTGTCAAAAGCGATGGCCAGCGCAGCCAGTAAAGTGGTGGTATTAGCCGAATCTGAGAAATTCACCTTTCGCATGCCTAATCTGGAATTGGCGTGGGATGCTATTGATGTGTTAGTGACAGATGCGCACATCAGTGAACAAGTTAAACAACAAATTGAACAGCAAGGCGTAACCGTAGTGATTGCGCCGGCAAACGGAGAGTAA	MQKRNTQQRREEIVEWVNRAGHVHVDEMAAHFGTSQVTIRKDLAVLAGERRVLREFGGAAPLVHVEARAATTEKSASPSISVKIAIAKAAATLVNDGAKIIVDSGNTTASVIPFLNHKKLVVMTNSLRAANALTIADNEPTVLMTGGTWDAHSHAFQGNMAEKMISAYSFDLAFIGASGLDVTRGSTTFNELTGLSKAMASAASKVVVLAESEKFTFRMPNLELAWDAIDVLVTDAHISEQVKQQIEQQGVTVVIAPANGE				NA	NA	NA	NA	NA
AK237_02644	1053	ydgJ	COG0673	putative oxidoreductase YdgJ	ATGATCCGCACTTTACTAGTCGGTTTCGGCTTTTCCGCGACCACATTTCACCTGCCTTTTCTCACACAATTACCGGCTTTTACTGTAAGTGGTGTGGTGTCTTCACGGCCTGACGACGTGGCCGCCGTATTACCCAACGTGCCAGTGTACTCATCGTTGGCTAAGGCGCTTGACGCCGGGCAGTTTGATTTAGCCGTTATTACTACGCCTAATACTTATCATGCCATGCAAGCGCGTCAGGCATTGATGGCTAACGTGCACGTATTAGTAGAAAAGCCCTTTACACTTTCTACTGCCGATGCCGATGCCGAAGGCTTAGTCGCACTTGCTCAGCAAAAGCAGCGCAAATTATGTGTTTACCACAATCGCCGGTTTGACGGTGATTTTCTGACAATAAGTGATTTAATTACCTCTGGAAAGCTCGGCACGATTAAACAATTTCACTCTCGTTTTGACCGGTTTCGCCCTCATCCCAGAGATCGCTGGCGTGAAAATGCTGGTCCTGGTGCAGGCATATTCTGGGATCTCGGCCCCCACCTGATTGACCAGGCTGTTCAGCTATTTGGCATACCAAAACAAGTACATGCAGATATCTGTATCGCCCGGGAAGGGGGGCAGAGTGATGATAGCTTTGACATTAGTTTGTTTTTCGATGGGATCACGGCACGCTTGGGTAGCTCGCCGTTTCAGGCAAACACAACCTTACGTTTTGATGTGCAGGGCGAAAAGGGTAGCTATAGAAAGTTTGGTCTGGATCCGCAGGAAGCACAGCTTAAGCAAGGCATGGCATTTAGTCATGCTGAATGGGCAAAAACGCCTGATGCCGGGCACGGCGAGTTAGCCACGGCAGAGGGTATTAATGTTTATCCTACAAAAGCAGGAGCGTACGTTTCTTTTTATGCTCAATTGGCTAACGCTATTTCTCACAACGACGATTTACCGGCAGATGCTCAAACTGTTCTTCCAGTGATAAAACTAATTGAACTTGCCTTCGAAAGCGCTGAAACGGGTAAAGTCATGCCTGTATACGTAAACATGAAGGAAAATAACTAA	MIRTLLVGFGFSATTFHLPFLTQLPAFTVSGVVSSRPDDVAAVLPNVPVYSSLAKALDAGQFDLAVITTPNTYHAMQARQALMANVHVLVEKPFTLSTADADAEGLVALAQQKQRKLCVYHNRRFDGDFLTISDLITSGKLGTIKQFHSRFDRFRPHPRDRWRENAGPGAGIFWDLGPHLIDQAVQLFGIPKQVHADICIAREGGQSDDSFDISLFFDGITARLGSSPFQANTTLRFDVQGEKGSYRKFGLDPQEAQLKQGMAFSHAEWAKTPDAGHGELATAEGINVYPTKAGAYVSFYAQLANAISHNDDLPADAQTVLPVIKLIELAFESAETGKVMPVYVNMKENN	PGPT0018530_382	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
AK237_02645	483			hypothetical protein	ATGGCGAGTAGTAGAGAAGTAACGTTGCGATTTCTTGCTGAACCTGGCGATCAGAATTTCGGCGGTAAAGTGCATGGCGGCGCGGTAATGCGCTGGATAGATTTGGCAGCTTATGCCTGCGCGGCGGGATGGAGCGGAAAATACTGTATCACTGCCTATGTGGGCGGCATTCGTTTTGTAAAGCCAATTTTGGTGGGCAGTTTGGTGGAAGTAACCGCGAAGGTCATCTACACCGGCACCACATCGATGCATCTGTCTATCGATGTCTGTGCCCGCGACCCCAAAGAGCAAGAAAGTGCTAAAACCACTCACTGTATCGTTATTATGGTTGCCGTGGATGAACACGGAAAACCCGCCCCCGTACCAGAATGGAAACCCACTACAGAACGTGATATCTACTTACGTGACTATGCCATTCGACTGGCCAAAATGCGTACCGACATACACGAAGAGATGTCAAATACCCTGGCAACCTTGGAATGA	MASSREVTLRFLAEPGDQNFGGKVHGGAVMRWIDLAAYACAAGWSGKYCITAYVGGIRFVKPILVGSLVEVTAKVIYTGTTSMHLSIDVCARDPKEQESAKTTHCIVIMVAVDEHGKPAPVPEWKPTTERDIYLRDYAIRLAKMRTDIHEEMSNTLATLE				NA	NA	NA	NA	NA
AK237_02646	1359	glmU		Bifunctional protein GlmU	ATGGCTTTTTCTGTAGTTGTTCTCGCCGCCGGTAAAGGCACCAGAATGAAATCAGCTTTACCGAAGGTTTTACACCCGATTGGTGGTATACCTATGGTTCAGCGCATTATTAATACCGTAGAGGCGCTTAATGCTACCGCTGTGCATTTGGTTTACGGGCATGGCGGCGACCAGCTTCAGGCTGCGATTAGCGGCAACAACATAAACTGGTGTTTGCAAGCCGAACAGCTTGGAACCGGTCACGCTGTGCAGCAAGCTATTCCGCATATCAAAGACAACGAAGATGTGCTCGTACTCGTAGGCGACGCGCCGCTTATCCAAAAAGCGACCTTAGAGCGTCTCGCCGCAGTGAAAGCCGAATGTGATTTAGCCTTGTTAACGGTAGAACTGGATGACCCCACCGGTATGGGTCGGATTGTGCGAGAGAATGACAATATCACCGCTATCGTTGAGCATAAAGATGCTACAGATGCGCAACGTCAGATCAAAGAAATCAACACTGGTATGATGATGATGGCCGGCGCAGATTTAAAACGATGGCTAGGGAATTTAAGTAACGATAACGCGCAGGGAGAGTTTTATCTTACCGACGTTATCGCGATGGCCGCGTCAGAAGGAAAGATCATTCAGTCAGCCCAGCCAGACGCCATTGAAGAGGTGGAAGGGGTAAACAACCGCGCCCAGTTAGCTGCGTTAGAGCGTGCATTACAGGCCCGTCAAGCGCATGCTCTCATGATGAACGGTGCCACACTTGCCGACCCATCAAGGGTGGATATTCGAGGCGAAGTGGTAACGGGTAACGATGTCATCATCGATATTAACGTTGTGTTTGAAGGTCAGGTGACACTTGGAAGTAACGTTAAAATAGGGCCAAACTGCATTTTTCGTAACTGCACCATTGCCGACGGCGCGGTGATTGAAGCAAACTCAATTGTTGAGGATGCACAAGTGGGCCAAGACTGCACCGTAGGGCCATTTGGTCGCTTGCGTCCTGGCGCAGTGATGAAAGCAAAATCAAAAGTGGGCAACTTCGTTGAAATGAAAAAGGCCGTACTGGGTGAAGGGGCCAAAGCGAATCACCTTACCTATTTAGGCGATGCCGAAGTGGGTGCTGGTGCAAACATTGGTGCGGGTACTATTACCTGCAATTACGATGGTGTGAATAAATCGAAAACAGTGATTGGCGAAAATGCATTTATTGGCTCTAATTCTGCGCTGGTTGCGCCGGTAACCATAGGCAATGGCGCGACGGTAGGCGCTGGCTCCACCATCACATCAGACGTGGAAGAAAATGGATTGGCTATCGCGCGCGCTAAGCAGCGCGTTATCGCAAACTGGCCCCGCCCGAAGAAAAAGTAA	MAFSVVVLAAGKGTRMKSALPKVLHPIGGIPMVQRIINTVEALNATAVHLVYGHGGDQLQAAISGNNINWCLQAEQLGTGHAVQQAIPHIKDNEDVLVLVGDAPLIQKATLERLAAVKAECDLALLTVELDDPTGMGRIVRENDNITAIVEHKDATDAQRQIKEINTGMMMMAGADLKRWLGNLSNDNAQGEFYLTDVIAMAASEGKIIQSAQPDAIEEVEGVNNRAQLAALERALQARQAHALMMNGATLADPSRVDIRGEVVTGNDVIIDINVVFEGQVTLGSNVKIGPNCIFRNCTIADGAVIEANSIVEDAQVGQDCTVGPFGRLRPGAVMKAKSKVGNFVEMKKAVLGEGAKANHLTYLGDAEVGAGANIGAGTITCNYDGVNKSKTVIGENAFIGSNSALVAPVTIGNGATVGAGSTITSDVEENGLAIARAKQRVIANWPRPKKK	PGPT0018955_3453	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-REMODELLINGLPS|LIPID|IVA_METABOLISM	CE-REMODELLING_LPS-GLUCOSAMINE_MODIFICATION,PGPT0018955-glmU-K04042	NA	NA
AK237_02647	1422			hypothetical protein	GTGAAAACGTTTAGGACTCTTCACCGCAGTATTTTATTGTTATTTGCTGTTGTGGTGATCGCCATCGTGACGCTCGTTCACTTCAGTGTTAATAAAATTGTCGCGGAACAAAGCCGTGCGCAACAACAGTCGTTGTCCCCCGCGATCTCGCTTATCGTCAATCAATTGCTTAAGCCACTTCATGTGTCTGAAGCGCTGGGCCGTTCTCGTGAATTAGTAGACCTGATGGATAAAGACCAGGTCAACGAAGAAGAAATTTTTGCCGCACTATCCAGGTTAGAGGAAGAGTTTGGCCTGTATTTCTTTATCGCGAGCGAAAAATCCCGCATGCAATACCTCTCCGATGGCTCCACGATTCCACTGGTGAAGGGGCAGGTAAATTGGTATTTCAAGTACAAAGACCGACCAGAAGAGCGGGTAGCAGACATTGGAAAATGGGAAGACACCCATTTTTATATCGACATCAAAATCTATAACGAGAAAAAGGAGTTTTTGGGTTTCTTTGGCGTTGGAAAAAGCCTGAAAAGCTTCATTAGCATCTTTGATTCGTACAAACAGCAGTACGGCTACGACTTTCTGTTTGTAGACGAAAAAGGCGACATTATGTTGTCGTCCGATCCCTCTTTAATGGCTGAGTATTCGGATTTTACCAATCTGAATGAGCTTACCTGGTTTGCCAGTTTACCGGTGGACGTGAAAGACCAACGCGCGTTAAATAACCGCTTAGTGACCATTAACCAACAAGAGTATCTCATTGCGGAAGTGAAGCTAAACCAGTTTAACTGGACTGTTTTTTTACTTAGCCCACTGAATAAACGCCAGGCCGATATCTCCAAGGCATTTGTTATTAGTGTTGTTACTCTGCTGGTCGTGGTCTTTTCTCTGTTCCTGATGATCTATCATCTTTTGTATTATTTCCGAAAAGATATGCAACCGGACATGGTGATCCGCAAATCTCAACGGTTACCGGACAGACAGAAAATAGAGGCGCAATATCGCGGCTTGCTCGACGCCCACTCTTCCATCAGCGTGATAATAGTCGGCGTTGATAACTTTGCCACAATCAATGATACCTATGGACGTAACACGGGTGATGAGGTACTGGATAAAGTATCTGGTAATCTGTTAACCAGTATCAGAACCAAGGATATCCTGGGGCGCTGGAGCAGTGAAGAATTCATTATCTTATTGCCCGATACCGGCCCCCATGAAGCAATGGATATCGCTGAAAGCTTACGTCATGGTTTAGCCACCATGGACACCAGTGATATGCAGCCGCAAATTCAGCTAACGGGCTCTTTTGGCGTATCGTTCTCGGCATCGAATAAGTCACTGAATGAGCTTACCGCCAATGCTGAAGATGCGCTCTATCAGGCCCGACGCGATGGTAGCAACCGGGTTTGTAAGCAGTTGGTTGGATAA	MKTFRTLHRSILLLFAVVVIAIVTLVHFSVNKIVAEQSRAQQQSLSPAISLIVNQLLKPLHVSEALGRSRELVDLMDKDQVNEEEIFAALSRLEEEFGLYFFIASEKSRMQYLSDGSTIPLVKGQVNWYFKYKDRPEERVADIGKWEDTHFYIDIKIYNEKKEFLGFFGVGKSLKSFISIFDSYKQQYGYDFLFVDEKGDIMLSSDPSLMAEYSDFTNLNELTWFASLPVDVKDQRALNNRLVTINQQEYLIAEVKLNQFNWTVFLLSPLNKRQADISKAFVISVVTLLVVVFSLFLMIYHLLYYFRKDMQPDMVIRKSQRLPDRQKIEAQYRGLLDAHSSISVIIVGVDNFATINDTYGRNTGDEVLDKVSGNLLTSIRTKDILGRWSSEEFIILLPDTGPHEAMDIAESLRHGLATMDTSDMQPQIQLTGSFGVSFSASNKSLNELTANAEDALYQARRDGSNRVCKQLVG				NA	NA	NA	NA	NA
AK237_02648	876			6-deoxy-6-sulfogluconolactonase	ATGCAGGGAGCAAAGCTTGTTGATGTAGTGGACTGTCGTTGCACACTGGGCGAAGGCGTATTTTATTCCGGTGGCAGGCAGGAAATCATTTGGGTGGACATTGAGGGTTGTCAAATCCACACACTTCATTGGCACACCCGACAACATAAGACATATAGCACTGATGCAAGAATATGCTGGCTGAAAGAGTGCGAAAACGGCAACTTTATTGCTGGCTTTGACAACCGAATTTGTTTGCTGAGTCCTGCATTTGCGGTTAAAGAGACAATCTGGACGTTACCCGATGATGCGACTCACATTCGGCTGAACGATGCAAAAGTGGATCGCGAAGGGCAACTGTTTTTTGGCACAATGGACGATTTGGAAACGTCACCCGTTGGGCAACTGTTTGCGTTAAACCGGAATCGTCAGGTGACGTCTGTACAGCAAGACTACGTCGTGTCAAACGGCCCTGCTTTCAGTCGCAGTGGCCAGTTTATGTATTCTGTATCTTCTGCGGCAAGAGCCATCTACCGTCTAAAGCTTACTTCATCAGGCTGTTATAGCGAGCCAGAGGTGTTTATTACGTTTGCTGAAAACGCGGGGTTCCCGGATGGCATTACGGTTGATAACGACGATAATATTTGGGTTGCAGGCTGGGACGGGCACGGCGTTTTCAAATTCAGTCACGATGGCAGGCTATTGGAAAAACTGAATATTGATGTGCCAAAAGTGACTTCGGTTGCCTTCGTTGGGCCGCAGATGAATCATATAGCCGTTACCAGTGCTTGCAAGGGGCTTTCTCGGGACGCGCTGAACACGTATCCCGAGAGCGGTAACCTGTTTATCTATTCCATACCCGCTAAAGGCATCCCTGAACCTTTTGTAAGTATCTGA	MQGAKLVDVVDCRCTLGEGVFYSGGRQEIIWVDIEGCQIHTLHWHTRQHKTYSTDARICWLKECENGNFIAGFDNRICLLSPAFAVKETIWTLPDDATHIRLNDAKVDREGQLFFGTMDDLETSPVGQLFALNRNRQVTSVQQDYVVSNGPAFSRSGQFMYSVSSAARAIYRLKLTSSGCYSEPEVFITFAENAGFPDGITVDNDDNIWVAGWDGHGVFKFSHDGRLLEKLNIDVPKVTSVAFVGPQMNHIAVTSACKGLSRDALNTYPESGNLFIYSIPAKGIPEPFVSI	PGPT0014335_115	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-HALOTOLERANCE_RELATED_ENZYMES,PGPT0014335-yvrE-K14274	NA	NA
AK237_02649	708			hypothetical protein	TTGACCGAGTTTTTCCTTGTTTACCTGATATTGATCGTTGGCGCTTGTTTGCAAAGCGTCATAGGTTTTGGACTCGGTTTATTGTCAGCACCGCTGGTGTATTTTCTTATGCCAGAACTGGTACCCGGACCGATGATTTTAAACGCACTATTGCTGACATCCTTGTTATCGGTGAAACATCGGGGCGAAATAGATTTACGCATGACCGGTTTTTCCATTGCCGGTGGAACGGCTGGCGTTTTAATTGCGGGAAGTGTGCTGACGCTTATCGATGCGCATGAATACCAACTCCTCTTTGGCATATCTATTCTCATCGCGGTTGCGTTGTCGGCTATTGGTATCATGCCAAAAGTGTCTATGTTTTCGAATCTTGTTGCAGCCATGTTCTCTGGCTTTATGGGCACGACCACGTCCGCCGGCGGTGCGCCAATGGGGCTGCTTTATCAGTCTAAAGATCCTGAAACCATCAAAGCCAACCTGAGTATCTTTTTCGTTTATATCAATTTTTTCGGCATAAGCGTGTTATGGTGGCACGGTAAGGCGGGGCATGACGATTTAGAGCTTTTTTTGAAATGCGCGCCGGCGTTGATTGCAGGATGGGCTTTATCTTTTCTTATCAGCAGGAAACTTAATGAAAAAGTCATTCGTTTGTTGATTTTAATGATAGCAACACTCTCAGCGCTTCTTCTCATCGTTTTTGACGGTTAA	MTEFFLVYLILIVGACLQSVIGFGLGLLSAPLVYFLMPELVPGPMILNALLLTSLLSVKHRGEIDLRMTGFSIAGGTAGVLIAGSVLTLIDAHEYQLLFGISILIAVALSAIGIMPKVSMFSNLVAAMFSGFMGTTTSAGGAPMGLLYQSKDPETIKANLSIFFVYINFFGISVLWWHGKAGHDDLELFLKCAPALIAGWALSFLISRKLNEKVIRLLILMIATLSALLLIVFDG				NA	NA	NA	NA	NA
AK237_02650	780			Sulfoquinovose 1-dehydrogenase	ATGAATTATTCACGCGAACAACAAGCTTTTTACCCCAGCTTAGCCGATAAGGTCGTATTTATCACAGGTGGTGGCACCGGCATCGGCGAAGTCATAGTCAGGCGATTTGCTGCGCAAAATGCCAAGGTTGTGTTTGTGGATATGGCAAAAGAAAAGAGTGAGGCTTTGGTTAGCGAGCTTTCAGGCCAGTATCAATATGATGTGGCTTTTTTCCATTGCGATATACGGGATATCGAACAGCTAAAATCGATCATAACGACTACAGCTGTTGAAATTGGCCCTATCTCTGTACTAATAAATAATGCTGCGGATGATACCCGCCATTCTGTGGAAGCCTTGTCGGTTGAATATTGGGACGATCGCTTTGCTGTGAACCTACGTCCATCGTTTTTCGCCGCCCAAAGCGTGGCACCACAGATGAAGCAACTAGGTGGTGGTGCAATTATCAACATGGGTTCGGCGAGTTGGCGCATGAAGCAAAGTTGTATGCCCGCGTACACCACGGCAAAGGCTGCAATAGAAGGCTTAACGCGTAGTCTGGCTGGCGCATTGGGTAGTGATAACATCCGCGTGAATACCCTCATTCCGGGATGGGTTATGACTGAACGTCAAATGAGCCACTGGGCCGATCCTGATATTGTAGAAGAAGTTAAAAAAGAGCAGTGTTTGCACGAAACGCTGCGCCCCTCCCACATTGCTGACGCCGCATTATTCCTGGCGTCAGACCAAAGTCGAATGATGACGGCGCAAACCCTTACCGTGGATGCTGGTTGGACCTGA	MNYSREQQAFYPSLADKVVFITGGGTGIGEVIVRRFAAQNAKVVFVDMAKEKSEALVSELSGQYQYDVAFFHCDIRDIEQLKSIITTTAVEIGPISVLINNAADDTRHSVEALSVEYWDDRFAVNLRPSFFAAQSVAPQMKQLGGGAIINMGSASWRMKQSCMPAYTTAKAAIEGLTRSLAGALGSDNIRVNTLIPGWVMTERQMSHWADPDIVEEVKKEQCLHETLRPSHIADAALFLASDQSRMMTAQTLTVDAGWT	PGPT0017542_174	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE-PENTOSES_UTILIZATION	PLANT_DERIVED_XYLOSE|XYLULOSE_DEGRADATION,PGPT0017542-xylB-K22185	NA	NA
AK237_02651	720	glcC	COG2186	Glc operon transcriptional activator	ATGGCACGCATCGAAAATCTTAACTTGTCTCAACGTGTTACCAATGAGCTGGGCAAGGCTATTATTGGTGGTTCATATAATGCTAATACTGGCTTGCCCACCGAAGCCCAGCTTTGTGAGGAGTATGGTATTAGCCGCACTGCGGTGCGTGAGGCGGTTAAAATGTTGGCTGCTAAAGGGCTGATTTCTTCCCGCCCTCGTCAAGGAATCCGGGTTGAGTCATCGTCGAACTGGAACCTGTATGACACCAGCGTATTACGCTGGATGTTAGAAAGTAGCCCGTCGTTGCTGGTTCTGAAAGAATTCCTTCAAGTGCGTATGGCCATTGAGCCCCAGGCGGCTGCACTGGCCGCGCGTCAGGGCGACAAAGCCGCCATCGCAAGAATTAACGATGCGCTGAACACAATGAGAAAAGCGGTGGATAATCAGGAAGGTAGCCTTCTTGAAGGCGACATTGCGTTTCACACGGCAGTGCTGATGGCATCTGGTAACCGCTTTTTCGGGCAGTTGCGTGAATTTATTGCCACTGCTTTGAATGTCAGTATTCAACATACTACGCCAGCGAAAGGCAACAAGCACACCATCGTAGAAGAGCACGAAAAAGTTTACGCCGCCATTGTTGCAGGTGAGCCAGAGCGTGCGAAAAACATGATGGCGTATCTCATTGATGAGGCTATGACGTTTATTGAAACAGAAATTGCCCAGTCAAAAAGTGCGTAG	MARIENLNLSQRVTNELGKAIIGGSYNANTGLPTEAQLCEEYGISRTAVREAVKMLAAKGLISSRPRQGIRVESSSNWNLYDTSVLRWMLESSPSLLVLKEFLQVRMAIEPQAAALAARQGDKAAIARINDALNTMRKAVDNQEGSLLEGDIAFHTAVLMASGNRFFGQLREFIATALNVSIQHTTPAKGNKHTIVEEHEKVYAAIVAGEPERAKNMMAYLIDEAMTFIETEIAQSKSA	PGPT0018085_19	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_SUGAR_ACID_UTILIZATION	PLANT_DERIVED_GALACTONATE_DEGRADATION,PGPT0018085-dgoR-K19776	NA	NA
AK237_02652	1629	sglT_4		Sodium/glucose cotransporter	ATGGTAGAACTTAGTACTCTCGACTGGTTAGTCCTCGCTGGCTTTTTTGTTCTTCTACTCGGCGTGGTCATCATGTCAATGCGTCAAAAAGAAGAAGACACCGCCGACTATTTTCTCGCAGGAAGAAACGCAAGCTGGATAGTGATCGGCGCATCAATTTTTGCTTCCAACATCGGCTCAGAGCATCTGGTAGGTTTATCAGGTTCCGGCGCGCAATCAGGCATGGCCCTCGCACATTGGGAATTACAATCCTGGATCATCATTCTGCTTGGCTGGATTTTTGTGCCGTTCTACTGGAGCAGTAAGGTATACACCATGCCTGAGTTCCTTGAGCGCCGGTTTAACGCTTCCTCACGCACGTTCCTGTCCGTTATTTCGCTGGTAAGTTACGTGCTAACCAAAGTGGCAGTGACGGTCTATGCAGGCGGTATCGCATTTAAGACGATTCTCGGCATTGAAAGTATTTGGGGCATAGACTTCTTCTGGATTTCGGCATTGGGTCTGGTCATCATCACCGGTATCTACACCGTTCTGGGCGGCATGAAGGCCATTATGTGGACTTCGGTATTACAAACACCGGTGCTGATTATCGGGTCGGTTGTTATTCTGTGGGTGGGTCTTGATAAAGTCGGTGGCTGGGCTGAAGTTGAGCGCCTGAATGCCGAGCAGATGCACCTGATCCGTTCCGCTTCAGATCCTGACTTCCCCTGGCCGGGCATCATATTTGGTTCGTTTATTATCGGTTTCTGGTACTGGTGTACAGACCAATATATCGTGCAGCGTGTGTTGTCAGCCAAAGGCATAAAAGAAGCCCGTCGCGGTACCATGTTCGCCGGTTATCTGAAATTACTGCCAGTTTTCATCTTTCTGGTTCCCGGCATGATTGCATACGCACTGAATGCAAAAGGTATCATCACTTACGAAAGCGCCGACCAAGCCTTCCCAACTCTTGTGTCAGAACTGTTACCGGCGGGCGTAAAAGGTATCGTTATCGGTGGTCTGGTAGCGGCCTTGATGAGTTCGCTGGCGTCACTGTTTAACTCGTCTGCAACACTGTTTACCATCGACTTCTATAAGAAATTCAAACCCGAGTCGAGTGAAAAGCACTTGCTCCGTGTAGGACGCTTAGCCACCATCGTAATCGTCTTCCTGGGCATTCTGTGGATCCCGGTAATGAGTCTGATTGCCGATGTCCTTTATGAGTATCTGCAAAGCGTACAATCGTTAATAGCACCGGGTATCGCTGCGGTATTCCTGCTGGGATTAATCAGTACCCGCGTCACACCCACCGCCGGATTTGTCGGATTAGTATCGGGCTTTGTACTGGGTATGATACGGCTTGTTATGCTGCCATTCCGTGATAGCCTGGCGGGCACATCCGTAGAATGGGTAGTTACGATGAACTGGCTGTATTACTGCATACTGCTGTTTGTTGTAGTGGTGGGCATTATCATTGTTACCAGCATATTCACTAAGCCGGCAGATAAGGAACAATTAGCAGGCCTGACATTCTCAACGCTTGGAAAAGGTACCTACAAAGAAGTTATCGATAGTATCGACAAATGGGATTACATCCATACCGCAGGTATCATCGGTATCACCGCCTTTATCTATATTCGTTTCTGGTAA	MVELSTLDWLVLAGFFVLLLGVVIMSMRQKEEDTADYFLAGRNASWIVIGASIFASNIGSEHLVGLSGSGAQSGMALAHWELQSWIIILLGWIFVPFYWSSKVYTMPEFLERRFNASSRTFLSVISLVSYVLTKVAVTVYAGGIAFKTILGIESIWGIDFFWISALGLVIITGIYTVLGGMKAIMWTSVLQTPVLIIGSVVILWVGLDKVGGWAEVERLNAEQMHLIRSASDPDFPWPGIIFGSFIIGFWYWCTDQYIVQRVLSAKGIKEARRGTMFAGYLKLLPVFIFLVPGMIAYALNAKGIITYESADQAFPTLVSELLPAGVKGIVIGGLVAALMSSLASLFNSSATLFTIDFYKKFKPESSEKHLLRVGRLATIVIVFLGILWIPVMSLIADVLYEYLQSVQSLIAPGIAAVFLLGLISTRVTPTAGFVGLVSGFVLGMIRLVMLPFRDSLAGTSVEWVVTMNWLYYCILLFVVVVGIIIVTSIFTKPADKEQLAGLTFSTLGKGTYKEVIDSIDKWDYIHTAGIIGITAFIYIRFW	PGPT0013955_1870	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
AK237_02653	1494			Apocarotenoid-15,15'-oxygenase	ATGAATCGCCGTGACTTTATCAAAGGATTGGGATTGCTTGGCTGTAGTTCACTGGCAAGTGGCTTTAGTGTTAATGCTTTTGGCAGTGAAGTTGAGTCATTTTATCAGCAATTTAAACGGGAGCTGGCGCGTCACCCGTTGTTGCGCGGATGGGAGGGATTAAGCGAAGACATCGCCCCACGACATTTTACCTGGCAGGGACAATTGCCAGACGTGCTGGCAGGTAAACAGTTTTACCGCAATGGCCCGGCGCGCGCGGTGTTAGGAGAGCAGCGCTACACGCATTGGTTTGATGGTGATGGTTTTGTTCATCGCTTTGCGTTCGATAAAAAAGGGCTTACTCATTCCGGACGGTTTGTGAGAACGCAGAAATTTAAGGCCGAAAGTGAGGCCGGGCGGTTTCTCTACAATGGCGCAGGCTCTGTTATCGAAAACAGCCGACCATCGAAAAATGCGGAATCCGTGAATACCGCGAACATTGCTCTTTTACCCGTTAATGACGAACTGTGGGCGCTGTGGGAAGCGGCCATGCCGTACAAACTTGACCCGTCATCGTTAGAAACAAACGGTCAGGTTTCCTTTGATGCGGCATTAGATGGCATACCGTTCTCTGCTCATCCCCACACCGACAGGTTTGGCAATATCTGGAATTTTGGTGATCTGTCTTTCTTCGGCCAGTCTGCCATTATTATTTATCAGATGAGCCCGCGGGGTAAATTACTGCAGTACAAAATGGTTCCTGCACCACAAAGCTATGTGCATGATTTCGCTGTTACCGACAATCATCTTATCTTCTATTTCCCACCTGTTAAAAAAGGTGCCGGCGTAACACTCATTGATAGTATGCAATGGCAGGGCGAACAACACGGGCAACTGCTGGTGATAGATAAAAATACGCTGACGCCAACGCTGCAACTCCCCTTCGACGCAGGCTTCGTTTTCCATTTTGGCAACGCCTGGCAGCAGGATAATACCCTTGTTGTGAATACCTGCTGGTACGATAATGCCGATGTCATGTTAAACGGTGTTATAGACGTTATCGCTGATTCAGCAACCCGGCATCGTCGCAGCACCGCTGCGCAAATTGTTATTGATTTGAACAGCAAAAATGCCACGCTGAACAATACGTCGACCGATATGGAATTTGTGCAGTTCGACAGCCGGTTTACCGGGCAAAAGACTGCAATACAATATGGCGTGCATGCAACGGCAGATTTGCCCCACGGCGAATATAACAGTATTGCCAGTATCAACACCGAAACAGGCGCGCTGGATCGTTACAGCTTCGGTAACAATGTTATTGTCGAAGAGCCATTATTTATACCTTCAGGGACAAAATATGGTGAAGGTTATTTAGTAAATACGGCATTAAACTTTGTCGAAGGGGCGACTTACTGCACGGTATTTAATGCCAAACATATTCAGGACGGCCCGGTGGCCACTGCCAAACTGGACAGTTACATGCCATTAGGCTTCCACGGCGCGGTGATATGA	MNRRDFIKGLGLLGCSSLASGFSVNAFGSEVESFYQQFKRELARHPLLRGWEGLSEDIAPRHFTWQGQLPDVLAGKQFYRNGPARAVLGEQRYTHWFDGDGFVHRFAFDKKGLTHSGRFVRTQKFKAESEAGRFLYNGAGSVIENSRPSKNAESVNTANIALLPVNDELWALWEAAMPYKLDPSSLETNGQVSFDAALDGIPFSAHPHTDRFGNIWNFGDLSFFGQSAIIIYQMSPRGKLLQYKMVPAPQSYVHDFAVTDNHLIFYFPPVKKGAGVTLIDSMQWQGEQHGQLLVIDKNTLTPTLQLPFDAGFVFHFGNAWQQDNTLVVNTCWYDNADVMLNGVIDVIADSATRHRRSTAAQIVIDLNSKNATLNNTSTDMEFVQFDSRFTGQKTAIQYGVHATADLPHGEYNSIASINTETGALDRYSFGNNVIVEEPLFIPSGTKYGEGYLVNTALNFVEGATYCTVFNAKHIQDGPVATAKLDSYMPLGFHGAVI				NA	NA	NA	NA	NA
AK237_02654	417			hypothetical protein	ATGAAAGTATTAGTCTCTACATTCACCCTGTTAGCATCATTCACTGGCTTTAACGCCGGAGCAGCAAATATAGACATTACGTTTTCTGATCTTGGTTATCAATCTGGTCAGTTATATGTGGCGCTTTATAACTCATCGTCCGCTATGAAAAGCCGGCAACATTTCCAGAGCCAGATTATTACCGTGTACAAAGGAAGCCAAAAAACAGTGTTTGCCGACGTACCTGAAGGGCAATATGGCGTGATGGTGTTTCAGGATCTCGATGGCAACAACACCTTAAACAGCAACCTGCTCGGCATTCCTACGGAACCTTATGGATTCAGCACAAACCCTCACGTTATGGGGCCGCCTTCTTTTGACGACATTGCTTTTACCGTAACTGAAACCAATGTCAATCTGACCATCACGATGGAGTAA	MKVLVSTFTLLASFTGFNAGAANIDITFSDLGYQSGQLYVALYNSSSAMKSRQHFQSQIITVYKGSQKTVFADVPEGQYGVMVFQDLDGNNTLNSNLLGIPTEPYGFSTNPHVMGPPSFDDIAFTVTETNVNLTITME				NA	NA	NA	NA	NA
AK237_02655	1137			hypothetical protein	ATGAAGCAAACTGAAAGAAATACCACACTGCTTATCGCCGGATTACTGGGATGGCTGTCTGTCATGCTCATCACCCGCGTACGGGCCACTTTTGAATTGGCTGAACTGGTCTACTATGCCGGTTTTGGCCTTTTTTTACTTGGTTTTGTGCTAATCAATACGTTGACCTATGTGTTGGACAATAAACGACTTGCAACAGGCTGCATGGCCGTACAAGTGTCAGGTTTTTTCCTGGTATTTGTCACTTGCCAGACAACCGACGGGCTTATTTTACTGGTCATCTTTGCCGGACAACTTCCCTTTTTTGCAACCCAGCGCCAGGCAATAACAACACTACTTGCTATAAACGGTGTTTGCTTTCTTCTTTATCATTTCCTTTGGCAGAAAGGGCTATCGCCCTCATTGATTGCCATAGCGCTGAATCTGGCTTTTCAGTGCTTTGCGCTCGCGGTGGCACACATTGCGGTTAAAGAGAGTAAAGCACGACTAGCCTTAGAGCAGGCAAATGCCGAATTGATGTCTACCCGCTCGCTACTGGAACAGACATCACGTCAGTCAGAACGATTACAGCTAGGTCGTGACCTGCACGATATATGTGGTCATCAGTTGACAGCTTTATTACTCAATTTAGAGTTTCTGAGTCAAACCGTACCGCCGGATAAACAACAGCAAGTGCAGGAAACCAAAGCCATTGCCCGGGATTTACTGCAACAAATCAGAAGTGTAGTGAAAGAAAATAAACAGACCGCATCGTTGAATTTAAACGCCGCTATAGATTCGCTCTTTGAACATTTACCACAGGTTAAGGCCAACTTTGACAGCCGCCTGGCAAAGCCGCTCCACTCGAATCATCACGCAGAAGTATTACTGCGTATCTGCCAGGAAGCGGTGAGTAATGCATTACGTTATGGAAGTGAAAAAACGATAACCATTGCCCTGCAGCATCAAGACCAGCAACTCACTATGCGTATTGCTAATCCATATTCAGGGGCAACACAAGTTAGCCCCGGCGGTTCGGGTCTGGCTAATATGCAGGAACGTGCGGCCCAGTTACATGGTCACGTGACAATTTCAACCAGGGATAAAATCTGGACTGTCACGGTTACATTACCCTATCAGGAGAAGCACTATGATTAA	MKQTERNTTLLIAGLLGWLSVMLITRVRATFELAELVYYAGFGLFLLGFVLINTLTYVLDNKRLATGCMAVQVSGFFLVFVTCQTTDGLILLVIFAGQLPFFATQRQAITTLLAINGVCFLLYHFLWQKGLSPSLIAIALNLAFQCFALAVAHIAVKESKARLALEQANAELMSTRSLLEQTSRQSERLQLGRDLHDICGHQLTALLLNLEFLSQTVPPDKQQQVQETKAIARDLLQQIRSVVKENKQTASLNLNAAIDSLFEHLPQVKANFDSRLAKPLHSNHHAEVLLRICQEAVSNALRYGSEKTITIALQHQDQQLTMRIANPYSGATQVSPGGSGLANMQERAAQLHGHVTISTRDKIWTVTVTLPYQEKHYD				NA	NA	NA	NA	NA
AK237_02656	630	lnrK	COG2197	Transcriptional regulatory protein LnrK	ATGATTAACGTTGCCATAGCCGATGACCAAATTCTTGTGCGCCAGGGTATTGCCAGCTTACTTTCGTTGCGCAATGACATCACCATAACGTGGCAGGCTAATAATGGTGAAGAGGCGTTAACTAAACTCGATGAGCGTCCCGTGGATATTTTACTCATTGATATTCGTATGCCGGTGAAAAACGGTATTGAAACAGTAAAAGCATTGCGACAGGCACAAAACAATACACCTGTTATTGTCCTTACCACGTTCGATGACCCTGCGCTTTTTACACAGGCTATGCATGCCGGCGCCAATGGGTTTTTACTGAAAGATGTGGACACCGCAAAGCTTCACGACGCCATCGACATTGTGCATCAGGGTGGCATGCTGGCCGAGCCTGTGCTGCTTAATCAACTAAGCGATGAACAACTTTCTACGTTTGCCGATCCTGACATCGAGCCGCTGAGTGAAAGAGAACTGGATATTCTTAAACTCATTGCAGGCGGCTATTCAAATAAGGAAATTGCAGATACCGTTTTTCTGGCAGAAGGCACCGTAAAAAATCATGTATCCAATATTCTGGCTAAGCTGCACACCCGGGACCGGACCCGCGCAGTACTAAAGGCATTGAGTGCGCAGCTCATTTAG	MINVAIADDQILVRQGIASLLSLRNDITITWQANNGEEALTKLDERPVDILLIDIRMPVKNGIETVKALRQAQNNTPVIVLTTFDDPALFTQAMHAGANGFLLKDVDTAKLHDAIDIVHQGGMLAEPVLLNQLSDEQLSTFADPDIEPLSERELDILKLIAGGYSNKEIADTVFLAEGTVKNHVSNILAKLHTRDRTRAVLKALSAQLI	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
AK237_02657	1026		COG3940	Extracellular exo-alpha-(1->5)-L-arabinofuranosidase	ATGCCGGGACTTAAATCGTTTGCCTTTGCTACCCTGCTGTCGGTTGCAGCGTCATACGCGGCCGCAGAACAAATTACCCAGAATACTTCACCACCCGTTGATAACCCCATTGTACTGCAGCGCGCAGATCCTATGTTAGTCAGACACGATGACACAGGATGCTACACCTTCATTGGTACGTCGCCAAAGTTTGATGAAATTGAACTGCGTCAGTCTTGCCGGTTAAACGATCTCAAGCTTGCTGAACCAAAAGTAATTTGGCGTAAGCATGAGCGCGGAGAAATGAGTGTGAATATCTGGGCGCCGGAGCTGCATAAAGTCGATGACGCCTGGTACATTTACTTTGCTGCCGGTGATATTGATAAACCGTTCAGTATCCGCATGTACGCATTAAAAAACACCAGTGCTGACCCTATGAAAGGGGAGTGGCAGGAAGCCGGTCGCATCGATTCAGGTTGGGACACTTTCGCGCTTGATGGCACAACGTTTACACACAATGGCAAACGTTATTATGTGTGGGCACAACAAAACAAAGCGCGCACTTATAATTCTGCATTGTGGATTGCTGAAATGACGTCGCCAACTACGCTCAAGTTACCTGCAACGTTGCTGTCAGAACCAACACTTGACTGGGAAGTGCTGGGATACAAAGTTAATGAGGGCGCTGCTGTCATCAGTCACGGTGAGCATCTGTTTATTACTTACTCTGCCAGTGCTACTGACCATCGTTATGCCATGGGTTTGTTGTGGGCAAATAACGACGCTGATTTACTTGACCCCGAAAGCTGGCATAAGAAAAGCGAGCCGGTATTTACCACTAACGCCAAAGCCGGGCGCTATGGTCCCGGGCACAACAGCTTTGTGAAAGGTGAAGACGGGGAAACGGATTTGATGATATATCACAGCCGCGATTATGAAACGCTGAAAGGTACACCGTTAACCGATCCCAACCGTCATGCCCGTGCCCGTGTGCTAACCTGGGATGAGAGAGGATTTCCTGTTTTCGCTGAGGCTGTTTCAGATTAA	MPGLKSFAFATLLSVAASYAAAEQITQNTSPPVDNPIVLQRADPMLVRHDDTGCYTFIGTSPKFDEIELRQSCRLNDLKLAEPKVIWRKHERGEMSVNIWAPELHKVDDAWYIYFAAGDIDKPFSIRMYALKNTSADPMKGEWQEAGRIDSGWDTFALDGTTFTHNGKRYYVWAQQNKARTYNSALWIAEMTSPTTLKLPATLLSEPTLDWEVLGYKVNEGAAVISHGEHLFITYSASATDHRYAMGLLWANNDADLLDPESWHKKSEPVFTTNAKAGRYGPGHNSFVKGEDGETDLMIYHSRDYETLKGTPLTDPNRHARARVLTWDERGFPVFAEAVSD	PGPT0019091_711	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO|NUCLEOTIDE_SUGAR_UTILIZATION	PLANT_DERIVED_ARABINAN_BREAKDOWN,PGPT0019091-putative_arabinofuranosidase-NA	NA	NA
AK237_02658	1026	arbA	COG3507	Extracellular exo-alpha-(1->5)-L-arabinofuranosidase ArbA	ATGATAAAAGGATTGAAACAAATCGCGTGGTCTTCTGCGTTGGTTTTGCTGGCCGGATGCAACACTGTTGACGCAAAGCAGGTAGAAGTGCATGACCCAGTGATGACAAAAGAGGGTGACACCTATTATGTATTCAGTACCGGTCCGGGGATTACTTATTATTCGTCGAAGGATATGGAAAACTGGACGCTCACCGGCCGTGTTTTTGCTGACGAACCCAGTTGGGCTGACCGCATAGCTCCAGGCTTTGACGGACATCTCTGGGCACCGGACATCTATCAGAAAGACGGTAAGTTCTATCTGTATTACTCCGTCTCCGCCTTCGGTAAAAACACGTCGGGAATTGGTGTCACAGTAAATAAAACCTTAGATCCCGCCTCTCCTGATTATCAATGGGTAGACCACGGCATTGTAGTGGAATCGGTACCTAACCGTGATTTCTGGAACGCGATAGACCCGGCCATCGTAGAAGATGATGAGGGCACACCGTGGATGAGCTTCGGGTCGTTCTGGGGCGGCCTTAAGCTGGTTAAACTCGATGATGACATGGTGCGACTGGCAGAGCCACAAGAATGGCATACCATTGCCAAACGTCCGGGACGAGACACTAACGATGACGCCGATCCAGGCGAAGGCGCTATCGAAGCCCCCTACATCTTTCAGAAAAACGGCTATTACTACCTGTTCGTTTCCTTTGATAAGTGTTGCCGCGGGATGGACAGCACCTACAACATCCGCGTAGGCCGCAGTAAAAACGTTGAAGGGCCATACGTAGATAAAGACGGTAAATCACTCAATGACGGCGGTGGCACGCTGGTGCTGGGCGGAAATGATGATTGGGTAGCGCTAGGTCACAATGCGGCTTACACCTTCGATGGAAAGGACTACCTGGTATTTCACGCTTACGAAACCGCAGACAACGCACTGCAAAAATTACGCATTCTTCCCATTCACTGGCAGGACAACTGGCCTGAAGTGAATGCTGAAGATTTAAATACCCGAACAACTACCTTAATCAAGAAGTAG	MIKGLKQIAWSSALVLLAGCNTVDAKQVEVHDPVMTKEGDTYYVFSTGPGITYYSSKDMENWTLTGRVFADEPSWADRIAPGFDGHLWAPDIYQKDGKFYLYYSVSAFGKNTSGIGVTVNKTLDPASPDYQWVDHGIVVESVPNRDFWNAIDPAIVEDDEGTPWMSFGSFWGGLKLVKLDDDMVRLAEPQEWHTIAKRPGRDTNDDADPGEGAIEAPYIFQKNGYYYLFVSFDKCCRGMDSTYNIRVGRSKNVEGPYVDKDGKSLNDGGGTLVLGGNDDWVALGHNAAYTFDGKDYLVFHAYETADNALQKLRILPIHWQDNWPEVNAEDLNTRTTTLIKK	PGPT0019090_674	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES	CE-EPS-ARABINANASE,PGPT0019090-abnA-K06113	NA	NA
AK237_02659	1188			hypothetical protein	ATGACGGTTAAAAAACAAATCCTTTTGGGATTCATTGCCATATTGTACTGCGCAGTAAGCCAGGCTGCCCTATCCCCAGGGCGCTACGTTATCGTTTCAAAATTGAACGGAAACGCCCTTGATGTGGAAGATATGAGCACATCCAACGGTGCTAATGTAATGACTTGGTTGACTTTAGGCTACGATAATCAACAGTTCGATGTAGCCGACTTAGGTGACGGAACGTATTCAATCCGTGCTGTACATAGTGGGAAGTCACTAGATGTATGGGAATGGAACAGTAACGATGGTGCCGATATAAGGCAGTTCGACTATACAGGTGCAGATAACCAGCGCTGGTGGATAGAAGACCGGGGCAACAATTATTTCTCTATCATTTCAAAATTCAACAATCGAGCAGTTGACGTTTTTGAAATGAACATGTACGCCGGAGCGGACGCCAGATTATATGGCTATTGGGGAGGCGACGGACAACTCTGGACATTCCAGAAAGTTGGCAGCTCAAGTGAGTGCTATGCAGGGGCAACATTGTCGAACCGGTTTGTCGATTGCGGCGGCAAGACCATTGGTCTGAGTTGCGCCAGCGATAGCGAAACTCAGCCGGCCGTACTCACACTTCAGAACGCTTCAATCCGGAATGTACGACTCGCTGCGAACGGTGGCTCAGACGGTATTCACTGCACAAGTGGCAACTGTACGTTAGCCGATGTTGTGTGGGAGGATATTTGTGAGGATGCTGCTAGCAACAAATCTGAAGGCGGGACGATGACTATCGCCGGAGGCTCTGCATCCAATAGCAACAGTGGCTACGGTGGTAGCCCGGATAAAATCTTCCAACACAACGCTAAAAACAGTACCACCTTCATTGCCGGCGGATTCAGCGCTTACGGCCAAAACGGAAAACTCTACCGATCCTGTGGAAATTGCTCGAACAACGGCGGCCCGCGCAACGTGTATATTTATGATGTATTCATTCACGGCAGCATTGGTTCTGTTGCAGGTGTAAATAGTAATTTCGGCGATAAAGCGACAATCAGAAACCTATTTATAGAGAATTATTCACAGAGCAATCCGCCAGTTTGTGAGGAGTATTGGGGAGTGCAAAGTGGAGAGTCATCCCCGAAATGGGGGGAGTTTTGGAACTCTGCTTACTGCGATGTTTCGCCGTCTGATGTGAGTGGGTTTTAG	MTVKKQILLGFIAILYCAVSQAALSPGRYVIVSKLNGNALDVEDMSTSNGANVMTWLTLGYDNQQFDVADLGDGTYSIRAVHSGKSLDVWEWNSNDGADIRQFDYTGADNQRWWIEDRGNNYFSIISKFNNRAVDVFEMNMYAGADARLYGYWGGDGQLWTFQKVGSSSECYAGATLSNRFVDCGGKTIGLSCASDSETQPAVLTLQNASIRNVRLAANGGSDGIHCTSGNCTLADVVWEDICEDAASNKSEGGTMTIAGGSASNSNSGYGGSPDKIFQHNAKNSTTFIAGGFSAYGQNGKLYRSCGNCSNNGGPRNVYIYDVFIHGSIGSVAGVNSNFGDKATIRNLFIENYSQSNPPVCEEYWGVQSGESSPKWGEFWNSAYCDVSPSDVSGF	PGPT0018235_55	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_CELL_WALL|MEMBRANE_DEGRADATION	PLANT_MEMBRANE_POLYSACCHARIDE_DEGRADING_FUNCTIONS	PLANT_MEMBRANE_PECTATE_LYASE|ESTERASE,PGPT0018235-PLY_like-K22539	NA	NA
AK237_02660	1455			hypothetical protein	ATGTACTCGATATTTCTACGTCAAATAATTGCTACGCTTTGCCTTTTCAGTTCATCGCTGGTTGCCATCGAACTTAACGGCACGACAGACATACACGACCCATCAACCATCATGCGAGACGGGAACACATACTGGACCTTCGGTACTGGTGCTGGAAATGCCACACTACCTTTAAACGCTCTCTATTCAACCGATATGGTTAACTGGCAGCGGGGCAGTTCACCTATCGCACCTGGAAGTTACCCCAGTTGGATAGATAACAAGGTAACCGGATTTGATGGCAATTTCTGGGCACCGGATGTCATTAAAATGAAGGGGAAATATTATCTCTATTATTCTGCCTTTTCAGCAACGCAAGGCATGCAATCTGCGATTGGTGTGATGGTTACTGATTCCCTAAACAATCCCAATTGGCAGGATTTGGGAATGGTAGTATCAACGCAGGATGAGCCTCTTTCTGCGCAGGGGCAACCCGTCAACACGATAGACGCGGGGTTGTACCGGGATACCCAAGGGCAAGTCTGGATGATATACGGTTCCCATTATGCAGGGTTGTTTATTCGCCAAATCGATCCGGATAGCGGGTTGCTACTCGATAATCAACGCTACGATGCAGTTGGTAATAACGGCGACTGGAATGAGTTTGAAGCAGCGCAGGTACAATATTTAGATGGCTACTACTACCTTTTTGCTAATTTAGGGGATTGTTGTGCTGGTAACGACAGTAATTACTATATCGTTATGGGACGCTCTACATCGCCAACCGGCCCTTTCTTAGACAAAACCGGTACTGATATGTGGTCTTATGGTGGAACAAATGTACTGTCTACAAGCGGAAACTATATCGGGCCAGGGCATTTCGGTTATTTACGCCATGGCGCCCAGGATTTAGTCACCATTCATTATTACGACGGCACCACCGCATCTGGCTGGCCTGCAAGGTTAGATCTATTGAAGTGGGAGACTGGCAATGATGGATGGCCACAATTTCGAAGAGACTTTAATTTAAGCGGTGATACGCACCTTTCAGATGGCAGGGTTACTATTACGTCAGTGTTAAGCGGTAAAGCTCTGGAGGTGGAAAATGCTGGCACTGCAAACGGTGATAACATCATTCTCTGGGACTATTGGGGAGGAACGAATCAGCAATGGGAACTTACCCATATCGGGGGTGGTTATTACACAATCATCAACGTCAATAGCCTTCAATCTGTCGATGTTTACAATTGGAGTACACAGAACGGTGGCCAGATATCTCAATGGCCGCTTTGGGGCGGCGAAGGACAACGATGGCTTCTTGAGTATGCCGGTAATGGCCGATATGCGATTAAGAGTTACTGGAGTGGTTTAGCACTGGACGTATTCAATATGGATGTCAATGCTGGCGCGGATGTCGTTCAGTGGGAGTATTGGGGCGGTGATGGCCAGCTATGGTTAATTAATTACATAGATTGA	MYSIFLRQIIATLCLFSSSLVAIELNGTTDIHDPSTIMRDGNTYWTFGTGAGNATLPLNALYSTDMVNWQRGSSPIAPGSYPSWIDNKVTGFDGNFWAPDVIKMKGKYYLYYSAFSATQGMQSAIGVMVTDSLNNPNWQDLGMVVSTQDEPLSAQGQPVNTIDAGLYRDTQGQVWMIYGSHYAGLFIRQIDPDSGLLLDNQRYDAVGNNGDWNEFEAAQVQYLDGYYYLFANLGDCCAGNDSNYYIVMGRSTSPTGPFLDKTGTDMWSYGGTNVLSTSGNYIGPGHFGYLRHGAQDLVTIHYYDGTTASGWPARLDLLKWETGNDGWPQFRRDFNLSGDTHLSDGRVTITSVLSGKALEVENAGTANGDNIILWDYWGGTNQQWELTHIGGGYYTIINVNSLQSVDVYNWSTQNGGQISQWPLWGGEGQRWLLEYAGNGRYAIKSYWSGLALDVFNMDVNAGADVVQWEYWGGDGQLWLINYID	PGPT0019090_295	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES	CE-EPS-ARABINANASE,PGPT0019090-abnA-K06113	NA	NA
AK237_02661	438	mip	COG0545	Outer membrane protein MIP	ATGGCAAAACATAAGCAAAAGAAACAATCAAAGGGCTCGGCAGGGCAAAACAGAAATCTGACAGCAGCATTCCTGGAACGTTATGCAGCAAGGGATGACGTTATTGAAACGGGGTCAGGGTTAATGTACCGCGTTATCGACGACACAAACGAGGCATGTCCTGATCTATCCCACGTGGTAAAGGTGCATCAGCGCATTCTGCTGGCGGACGGCAGTGTAGTGGATGATACATACAAGAAAGGGCCTCCTGAGAATTTCCACCTGTCTGAAGCCATTGAAGGATTGAAAGAAGCGTTTCAATTGTTACCGAAGGGCGCGCGATATGAGTTCGTTATCCCCCCTGAACTGGCGTGGGGAAAGAAAGGGAACAGCGGAAAAATTGGCCCTAATGCCGTGATGATCGTCGATGTACGGTTAATTGATTTTGATACAGAGTAA	MAKHKQKKQSKGSAGQNRNLTAAFLERYAARDDVIETGSGLMYRVIDDTNEACPDLSHVVKVHQRILLADGSVVDDTYKKGPPENFHLSEAIEGLKEAFQLLPKGARYEFVIPPELAWGKKGNSGKIGPNAVMIVDVRLIDFDTE				NA	NA	NA	NA	NA
AK237_02662	2460			hypothetical protein	ATGGCAAAAACAACTCCTGTCTTTTGGCGCACCTTGCTGTGCGCCGCAATTTCTGCAGCCCTGCTGAGCGGTTGTGGTAAGCCGTCACAGACAACGTCTGCGCAAAAAGAAGCGACTGAAACGGCGTCCGCCACCGTCATTCATGAGGTTAGCAAGCAGCAGCTCGACTTCCCGTTAGCGCAGGTTCAGGTGACTGACGGGCCATTCCTCCATGCTCAGCAAACTAATGTTAAATACATCATGGCAATGGACCCTGACCGGCTGTTGGCACCGTACCTGAAAGAAGCTGGCTTAAAGCCAAAAGCTGAGAATTATGGTAACTGGGAAAATACCGGGCTGGATGGTCACATTGGCGGGCACTATCTGTCTGCGCTGAGTCTGGCGTGGGCTGCAACCGGCTCGTCTGAGATTAAAGATCGCCTTGATTATATGTTAAGTGAGCTGGCCCGGGCGCAGAAAGCCACGGGTGGTTACTTAGGCGGAATACCAGATGGCAAAGCCATGTGGGATGAAATCCGCAACGGTGAGATTAAAGCCGATCTTTTTAGCCTGAATGACCGCTGGGTGCCTCTGTACAACATTGATAAAATTTTTCATGGCTTGCGCGATGCCTATCAGATTGGCGGCAGTGAGCAAGCCAAACGTATGTTGCTGGCGTTAGGCGAATGGATGTTGTCTGTGACAGACTCGTTATCTGATGAACAGATCCAACAAATGTTGTATTCAGAACACGGCGGACTGAACGAAGTGTTCGCCGATATGGCGCTGATAAGCCAGGATCCGCGCTATTTAAAATTAGCTAAACAGTTTTCGCACCAACGTATCCTCACTCCGCTTGAGCAGAAAACCGATCAACTAACCGGTCTGCACGCCAATACGCAAATCCCCAAAGTGATTGGATTTTTGAAGGTGGCCGAAGTTTCAGACAATAAAGCATGGGAAGATGCCGCTGATTTCTTTTGGGCAACCGTCTCAAAAGAGCGCAGCGTCACAATTGGTGGCAACAGTGTTCGTGAGCATTTTCACGATAAAGCAGATTTCACCCCCATGGTCGAAGATGTTGAGGGGCCTGAAACCTGCAACACTTACAACATGATGAAGCTAAGTAAAATGCTGTATTTGCGTACGGGTGAAGCCCGGTATCTGGCATTTTATGAACGCGCGATGTACAACCATATTCTGTCTTCACAGCATCCTGATCATGGCGGATTAGTGTATTTCACGCCTATGCGCCCGGGACACTACCGGATGTATTCATCCGTTCAGGATTCTATGTGGTGCTGTGTGGGCTCTGGTATCGAAAATCACAGCAAATATGGCGAGTTAGCTTATACCCATAAAGATGACGCTTTGTGGATTAACTTATTCCTGCCTTCACAACTGAACTGGCAGGAACAAGGCTGGACCATCACTCAACAAACGCAGTTTCCAGATGATAACAACGTTACCGTGACGCTGAATGCCGGCAGTGATGCAAAGCCCTTCACGTTAAACATACGCAAGCCCGGTTGGTTAACAGACAACATGGCGGTAAAAGTGAATGGCGAAGCCGTTGATGTGGCTGAAAATGCAGGGTTTATTACCCTTACCCGGCCTTGGGAAGATGGCGATGTCATCAGCTTTTCACTACCAGCTGCACCTTACGTTGAACAGCTGCCGGACGGACAGGATTATTATTCAATCTTGTATGGCCCTGTTGTTTTAGCCACGAAGGTGCAGGCGTTTGCCAACGAGAAGCTTAATTTTGTCGCTGACGACAGCCGCATGGGGCATATCGCGTCTGGCCAGGTGTGTCCTCCTGAGGCGCTACCGGTCATGCTGGGAGATCCCGATACCTTTTTGGCTGGCTTGAAACGAGTACAGGATGCCCCGTTATCATTCGTTGCCTCAGAAAATATCGCTATTGCTAATAAACCCGATGTAGACAGTGTCACCCTTATTCCGTTTTTCCGGTTGCATGACAGTCGATACGAAGTGTATATGCCTCAATTGAGTGAGGCGGGATTCTCCGATTTCGTGAAAAATGCAAAGGCACAAGCAGCTAAGAAAGAAGCCTTAAGAGAAATGACGGTTGATACAATTAATCCGGGTGAACAGCAGCCGGAGGTTGAGCACAACTTCCGTGGCGATCAAACTCGTGCCGGCGTAAACAATGGCAATCACTGGCGGGATGCTACAGGTTGGTTTAGCTATGAACTAAAAAACCCGGAAAAGAGAGCGAAGACCTTAAGGCTGACTTACTTCAAAGGTGATCAGAACCGGCGTTTTCGTATTTTGATCAACGGTGAGACGCTGGCAACGGTCGATTTACCTGTACATGCTTCAGAGGAAGATTTGTATCAGGTTGACTACCCGTTGCCTGAGTCTTTGCTGAACGCAGAAGTGCTCACCCTGAAATTTGAAGCTGAGCAAGACTCAGTAGCCGGTGGCCTTTACGGTATCCGTTTAATTTCAGAGTGA	MAKTTPVFWRTLLCAAISAALLSGCGKPSQTTSAQKEATETASATVIHEVSKQQLDFPLAQVQVTDGPFLHAQQTNVKYIMAMDPDRLLAPYLKEAGLKPKAENYGNWENTGLDGHIGGHYLSALSLAWAATGSSEIKDRLDYMLSELARAQKATGGYLGGIPDGKAMWDEIRNGEIKADLFSLNDRWVPLYNIDKIFHGLRDAYQIGGSEQAKRMLLALGEWMLSVTDSLSDEQIQQMLYSEHGGLNEVFADMALISQDPRYLKLAKQFSHQRILTPLEQKTDQLTGLHANTQIPKVIGFLKVAEVSDNKAWEDAADFFWATVSKERSVTIGGNSVREHFHDKADFTPMVEDVEGPETCNTYNMMKLSKMLYLRTGEARYLAFYERAMYNHILSSQHPDHGGLVYFTPMRPGHYRMYSSVQDSMWCCVGSGIENHSKYGELAYTHKDDALWINLFLPSQLNWQEQGWTITQQTQFPDDNNVTVTLNAGSDAKPFTLNIRKPGWLTDNMAVKVNGEAVDVAENAGFITLTRPWEDGDVISFSLPAAPYVEQLPDGQDYYSILYGPVVLATKVQAFANEKLNFVADDSRMGHIASGQVCPPEALPVMLGDPDTFLAGLKRVQDAPLSFVASENIAIANKPDVDSVTLIPFFRLHDSRYEVYMPQLSEAGFSDFVKNAKAQAAKKEALREMTVDTINPGEQQPEVEHNFRGDQTRAGVNNGNHWRDATGWFSYELKNPEKRAKTLRLTYFKGDQNRRFRILINGETLATVDLPVHASEEDLYQVDYPLPESLLNAEVLTLKFEAEQDSVAGGLYGIRLISE	PGPT0019100_344	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO|NUCLEOTIDE_SUGAR_UTILIZATION	PLANT_DERIVED_ARABINAN_BREAKDOWN,PGPT0019100-hypBA-K09955	NA	NA
AK237_02663	945		COG3940	Extracellular exo-alpha-(1->5)-L-arabinofuranosidase	ATGATGAATTCTAACACGCCGCTCATTCCTCAGCGTGCAGACCCTTTTATTTATAAGCACACCGACGGCTATTATTACTTCACCGCATCCGTGCCATCTTATGAAGGTATTGAGCTTCGTCGCGCTAAAACCCTGGATGAGCTTGCCACTGCAGAAACGCGCATGGTGTGGACAAAGCCGGATACCGGCCCTTATTCTGATTTAATCTGGGCACCGGAAATTCATTTCAATGATGGCGCCTGGTATGTTTATTTTGCCGCTGCACCAAGCCGTGAAATCAAAGACGATCTCTTTCAGCACCGTATGTATGCAATAACGTGCGCAGATGCCAACGCGGTAGAAGGCGAGTGGACATTCTGCGGGCAAATCGATACCGGTATCGATACGTTTTGTTTAGATGCGACGACGTTCTATCACAACGATCAGTTGTATTACCTCTGGGCACAAAAAGGGCCGGGAATTAAAGGTAATTCGAACCTCTACATTGCTCCCATGTCTTCTCCCACCACTATCAGTGGCGAGCCCGTTATGCTGACTAAGCCTGAGCTGGACTGGGAAATCAGAGGGTTTTGGGTAAACGAAGGGCCTGCAGTGTTGAAGAAGAATGGCAAAATTTTTGTGACTTATTCTGCCAGCGCTACCGATGAAAACTATTGTATGGGTTTGATTTACGCAGACGAGAAAGCCGATCTGATGAATCCGGACAGCTGGACAAAGTTGCAGGAGCCGGTATTTCAGACCGATGAATCCGTGACCATGTTCGGGCCCGGCCACAACAGTTTTACCCAGTCTGAAGACGGTGACGACGTGTTGGTTTATCACTGCCGGCAGTACACGGAAATCGAAGGCGACCCGCTATGGAATCCGGATCGTCATACCTTTGTTAAGCTCGTCAAATGGGATGATAACGGCATGCCTGATTTTGGTAAACCAGGTCAGCCGTAA	MMNSNTPLIPQRADPFIYKHTDGYYYFTASVPSYEGIELRRAKTLDELATAETRMVWTKPDTGPYSDLIWAPEIHFNDGAWYVYFAAAPSREIKDDLFQHRMYAITCADANAVEGEWTFCGQIDTGIDTFCLDATTFYHNDQLYYLWAQKGPGIKGNSNLYIAPMSSPTTISGEPVMLTKPELDWEIRGFWVNEGPAVLKKNGKIFVTYSASATDENYCMGLIYADEKADLMNPDSWTKLQEPVFQTDESVTMFGPGHNSFTQSEDGDDVLVYHCRQYTEIEGDPLWNPDRHTFVKLVKWDDNGMPDFGKPGQP	PGPT0019091_1081	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO|NUCLEOTIDE_SUGAR_UTILIZATION	PLANT_DERIVED_ARABINAN_BREAKDOWN,PGPT0019091-putative_arabinofuranosidase-NA	NA	NA
AK237_02664	1419	yicJ	COG2211	Inner membrane symporter YicJ	ATGACTTCTCAGAAATTATCAAAAATCGAAAAAATCGGTTTCGGTGCAGGAGACATGGCCGTAAATGTGGTCATTTCTTCCATGATGCTCATCATCACCTTTTTCTACACCGATATTTACGGCTTAAAGCCCTCAGATATGGCGCTGATGTTCCTGCTTGTGCGCTTTCTCGATGCGGTCAGTGATCCGCTCATGGGTACCATTACCGATAAATACACCAGCCGATGGGGGCGTTACCGCCCGTACTTCTTGTTCTTATCCGTGCCCTTCGGAATTTCCGTTTTTCTTACCTTCAGTACGCCGGATGTAGACTATAACGCCAAGCTTGTGTGGGCGTATTCAACCTATATTTTCGTCACCTTGATGTTTACTGCTGTCACCATTCCGTATATCTCATTAATTGGTGTAATGACGGCAGATCCAAAAGAAAAACTGTCAGCCAATGGCTACCGGTTGTTTTTTGCAAAAATAGCGGCCTTTATGGTCACGATTATTGTACCGAAGCTGGCTGGCGCGGATTACTGGGATGGTAATCTGGCTGAGGGCTATCGCGTTGCCATGGGACTCATGGCAGTTCTCGCTGTGTTTATGTTTCTATTCTGCTTCTTCACTACCACTGAACGTCTCGAACACCGGGTAGACGAAAAGCCATTTAAAGAACAGTTTAGGCTGCTGATGAAGAACGATCAGTGGCTTATCCTTTGTGGCGTGTGTGTATTAGGTACTATCGGATATGTTGTGCGCGGGTCGGTCGCTATTTTCTACGCCAAATACTATCTGGGCGGTGGCGCGGATATGCAGGCGAACTTTATGGCTACGGGTGTGGTAGCAGCTATTCTTGCGATGGTGGCTTCAACCTGGATCACCAAGCGTTACTGTAAGGTAAAACTGTTCCGCTTCAGCCAGATGGCGGTGGGTGTACTCAGTGCCATTATGTTCTTTACCGTAGGTCAGGGCGATGTACTGGCGGCGTTTATTCTTTATTTCTTAATTTCATTTGTGGTTGATCTTCACGCCCCTATTTTCTGGTCAGCTATCGCAGAAGCCGTGGATTACGGACAAAGCAAGTCCGGAAAGCGTGTCGCAGGCTTATCTTTCGGTGGTATTTCGTTTTGTCAGAAAGCCGGAATGGGTTTCGCCGGCGCTATGGTTGGCTGGTTATTAGCGTATTTCGATTATGCACCTGAACAAGTGCAAAGTGACTTCACGCTAACCGGTCTGGCACTGATGCTTACCGTGATCCCGGGCGTCTTTCATTTTCTCGTAGGCTGGTTGATGAACCGCTACCGCATTACTGACGCTGAATATCAGCGCCTGGCCGCAACTCTTGATGCAGAAGTGAAAGCGCCGGGAGAAAGTCATACCACGGAAGAAACCACGTTATCCAGTCAAAACATGACCAGAGGAGTACAGTCATGA	MTSQKLSKIEKIGFGAGDMAVNVVISSMMLIITFFYTDIYGLKPSDMALMFLLVRFLDAVSDPLMGTITDKYTSRWGRYRPYFLFLSVPFGISVFLTFSTPDVDYNAKLVWAYSTYIFVTLMFTAVTIPYISLIGVMTADPKEKLSANGYRLFFAKIAAFMVTIIVPKLAGADYWDGNLAEGYRVAMGLMAVLAVFMFLFCFFTTTERLEHRVDEKPFKEQFRLLMKNDQWLILCGVCVLGTIGYVVRGSVAIFYAKYYLGGGADMQANFMATGVVAAILAMVASTWITKRYCKVKLFRFSQMAVGVLSAIMFFTVGQGDVLAAFILYFLISFVVDLHAPIFWSAIAEAVDYGQSKSGKRVAGLSFGGISFCQKAGMGFAGAMVGWLLAYFDYAPEQVQSDFTLTGLALMLTVIPGVFHFLVGWLMNRYRITDAEYQRLAATLDAEVKAPGESHTTEETTLSSQNMTRGVQS	PGPT0014410_954	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
AK237_02665	2817			hypothetical protein	ATGTTTAAACGAACACACCTTGCCAGTGCTGTCTTCGTTGCCATGTCTTGCCACGTTGCCATGGCGCAAGAAAATCAAGCCGAAGAAACGCAAAACCAAGACGTTGAAGTTATCGAAGTTTCAGGCATTAGAGCTAGCTTAAACCGAAGTCTTAACATTAAACGGCAGGAAAAACAGGTCGTAGACGCTATCGTGGCGCAAGATATCGGTAAATTCCCCGACAACAATGTGGCGGAAGCTCTACAGCGTGTAACAGGTGTGCAAGTTACAGATCGCGGCGCCGGTGAGGTGAATACGGTTTCTATTCGTGGTTTAACTGACGTTACTACGACGTTAAATGGCCGCAATATCTTCACATCTTCTGGTCGATCTCTGGCATTAGCAGATGTGCCAGCTGCTTTGCTGGAGAGTGTGAATGTATATAAAACCCGTTCAGCATCGCAAATTGGTAGCGGTATAGCAGGCCAAATCGACATCAACACGCAGCGTCCATTCAACTTTGAAGGGAGCAAAGTGGTGGTGGCCGGACGCGCTATTCAGCAGGAACAAGCAGATTCTACAGATCCGCAATTCAGCTTGCTTGCGAGTAACCGTTGGGATGTAGGCGGGGGTGAATTTGGTGCGCTGTTAAATGTGTCATTTGCACGTACCACCTATCGTGACCAAAATATCACCGCCGGTGCGGTTCTGCCTTTTGCTGATGGCGACCCGAGTCTAGGTTTCTTAAATAGCGATGGGGGTGTTACTACTTATTCACCTTACCAACGTATTTTTGGCACAGATTGCGCCACTTCGTGTTGGCAGGCTGGACTAGAACAGGGCCTACCAAACGCAGCAGGTTCCAGCCTTACCTTTAACGGTGCAACCGATAACTATTTGCTGTCCAGAGATGCGGTGTTCGGTAACGATTTAAATGGTAAACGTGAACGTCCGGCCGTTAACTTGTCGCTCCAATGGGCGCCTAATGACTCGTCAACCTATACGTTTGAAGCGTTTTACAATGGTTACCGAGATGAAAGCTTCAGCTCATTGTTTTTCACATATGTGGACGGATGGGCGCGATCTGATGAGCTTAGTGCTCCGGTGCTTTATGAAGGCACAAATATTATAAAGGAGCGCCAGGTATATGACCCGTATCAGTTCGTAAGCGGCGATTTTACCAAAAGTGAAACAGACACCTACATGTTTGCCCTTAACGGGGAATGGTTTATCAACGATAACCTAAGCCTTGAATCTGAGGTGTATTATCAAAAGTCTGAGTATGAAACTAACTTCCTGGCCATGCGGACAGAACGCACTGCCCCTGGGTTGGACGTAGACTTCAACAGTGGTGATGGTATTCCCGCACTTACGTTATGGGATAATGCAGACACTGAAATCGATGAATCTGACATGTCCAATGCGGCACTGTGGAACACAAACCAAATGTACGACAATGGTGGCGGTTCTGAAGGTGATGCGGTGACCTGGACGTTAGATGGTGAATATTCACTGTTCGACGGTGTGTTTGAACGCATTGGTTTTGGCGTGTTTGTTGATAAACGTAGTGCTTCTGAATCTACGCGGGCTACAGATGGTTCAGTAATCGTGCCGCTCTCGAGCTATGACGACGAGATGACGTACGTCACAAACGACTTTTATGATGGTCAGGCTACCTTCCCTACGTCATGGGCAGTGCCTAATGGCTATTACCTGTACGCTAATCGTGACGAATTCCGTGAGATTTACGGGCTGAATCCAGACAACCTCGTGTTGGAAAAAACGTTCGATATAGATGAAACTACACTGGCGGCCTATATCGAAGGTGACTTCTTAACTGAGCTGTGGGGTAAGGAGCTGGACGGTCAAATCGGACTTCGCTATGAACATGCAAAGGCTGATATGACGTTCTACGACATAGCCTCCGTTAATTATGAGTCAAGTACCGCAGATTCCAGTAGCAGCACCTTCTTACCGAGTGTAGTGCTACGCTATCACTTAACTGACGATGTATTAGCGCGTTTTGCCTATACCGAAACTATTCGTCGCCCTAACTTTACTGATTTGAATTCTTTTATCACCTGGCAGGAAGACGTTACAGGCAATGAATATGGTCAGGCAAGTGGTGGTAATCCTCAGTTGCAACCTGTTGAATCGCAAAACTTTGATATAACACTGGAATACTACTTCGGTGAAGGTAGTTCTGTGTATGCCACGTGGTTCAAGCGGGATATTGAAGGCTTAGTGTATTCATCACTAACGCGTGTTGAATATGAAGGCGACGAACAAAATAAAGCTGGTCAATATATTTTATCTCAGCCAGGCAATACCTCGAACGGTACGTTAGATGGTTGGGAATTTGGTGCGATTTACTTCCCTGAAGAGCTGCCAGACTACCTCGATGGGATTGGTATTCAGGCGAGTGCAACAGTATTGGATTCAGAGCAGGATATTCCGCAGTTTGACGGTGAGACTGGTGATTTAACGGGATACATCCAACAAGGAATTTTTGGTGTCTCTGATCTGTCCTATTCAACCGTGTTGATTTACGAAAAAGAAGATTTCAGTGCACGATTATCCTATGTGTGGCGTGATGATTTCTTACAGTCCTATGAAGCTGCTATTTTCGCTAACCCACGCGGTGTTTACCGTCAGCCAGAGAAAAGTTTGGACTTCCAGCTTAGTTACGATGCTACAGAAAATCTGACAGTTACGCTGGATGCAACGAACTTAACCGAAGAAATCTACCAGAGTTACTATGAGAACCCTGAGGTTTATAATTTCGGAAGTGCCTTGTACAGTCGTACCTTTGCATTAGGGTTTAGATACTCAATGTAA	MFKRTHLASAVFVAMSCHVAMAQENQAEETQNQDVEVIEVSGIRASLNRSLNIKRQEKQVVDAIVAQDIGKFPDNNVAEALQRVTGVQVTDRGAGEVNTVSIRGLTDVTTTLNGRNIFTSSGRSLALADVPAALLESVNVYKTRSASQIGSGIAGQIDINTQRPFNFEGSKVVVAGRAIQQEQADSTDPQFSLLASNRWDVGGGEFGALLNVSFARTTYRDQNITAGAVLPFADGDPSLGFLNSDGGVTTYSPYQRIFGTDCATSCWQAGLEQGLPNAAGSSLTFNGATDNYLLSRDAVFGNDLNGKRERPAVNLSLQWAPNDSSTYTFEAFYNGYRDESFSSLFFTYVDGWARSDELSAPVLYEGTNIIKERQVYDPYQFVSGDFTKSETDTYMFALNGEWFINDNLSLESEVYYQKSEYETNFLAMRTERTAPGLDVDFNSGDGIPALTLWDNADTEIDESDMSNAALWNTNQMYDNGGGSEGDAVTWTLDGEYSLFDGVFERIGFGVFVDKRSASESTRATDGSVIVPLSSYDDEMTYVTNDFYDGQATFPTSWAVPNGYYLYANRDEFREIYGLNPDNLVLEKTFDIDETTLAAYIEGDFLTELWGKELDGQIGLRYEHAKADMTFYDIASVNYESSTADSSSSTFLPSVVLRYHLTDDVLARFAYTETIRRPNFTDLNSFITWQEDVTGNEYGQASGGNPQLQPVESQNFDITLEYYFGEGSSVYATWFKRDIEGLVYSSLTRVEYEGDEQNKAGQYILSQPGNTSNGTLDGWEFGAIYFPEELPDYLDGIGIQASATVLDSEQDIPQFDGETGDLTGYIQQGIFGVSDLSYSTVLIYEKEDFSARLSYVWRDDFLQSYEAAIFANPRGVYRQPEKSLDFQLSYDATENLTVTLDATNLTEEIYQSYYENPEVYNFGSALYSRTFALGFRYSM	PGPT0003790_2845	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0003790-hutA|fatA|fct|foxR-K02014	NA	NA
AK237_02666	2922			hypothetical protein	ATGTTTAAGCCCACCTTGTTAAGCACTGCCGTGGCAGCGTCGTTGATGACGTTAACCCACGCCGCCATTGCACAACAAAATGAACAAACGGTAAGTAGTGAAGACGATGGCGTAGAAGTGATTCAGGTTTCAGGTATTCGTGGCTCACTGGCAAAAAGTCTGGATATAAAGCGGGAAAAAATTGAAGTAGTCGATTCAATCGTAGCCGAAGATATAGGTAAGTTTCCTGATAACAACGTGATTGAAGCGTTGCAGCGCGTGCCTGGTGTTCAGGTAACTAACCGCGATCGCGGCGAAGTGGGTACGTTATCAATTCGCGGTTTAACCGACATCACTACCACAGTGAACGGACGGCAAATGTATATCTCCACCGGTCGCTTTTATACGATGGCAGACACGCCGGCCTCACTTATAAACCGGGTTGATGTGTATAAAGCACGCTCGGCAGATAAAGTGCCAAGTGGTATTGCCGGTCAGGTTGATGTGATCACCAACCGCCCTTTTAATTTTGAGGGTAGCAAATTCGCCTTTGCCGGCCGTGGCATTTACTCTGATCAGGAAGGCACCGTTGATCCAAACCTGAGTGTGATGCTCAGTAATAACTGGGATACAGATTACGGTAAGTTTGGTGCCTTGGTGAATTTAGCGTATGCGCGAACAAACTGGCGTGATCAGGGGATTACCGCAGGCGCAGTGTTTCCTTACTTTGGCGCTAGTCCGGAAGGTGAGGGGCTTGACCGGTTCGGAAACAGTGGCGAGTTCCCTGCCTACGAGCGCATTAATTCGGCCTATTGGGATCCGGGCCTGGAAAACGGCTTGCCGTACGCCAGCGGTTCTACCCTGAACACAAACGGTTATGAAAATGACTATATCTTATCGAGGGATGCGATTTTTGCCTCTGATTTATCCGGTAAGCGGGAGCGACCTGCGGTAAATTTATCGTTTCAGTGGGCGCCAGATGATTACTCAAGTTACGTGTTTGAGGTGTTCTACAACGGCTACCGTGAACGGGTGAGAAATAGCTTGTTTTTTGCCTACCCTGATTCTGCCTACAACATCGATTTTAATGACGATATGGTATTTTATGAAGGTACAAATATCGTAAAAGAGCGCACTGTCTATGATGGCGATCCTCGCTACGGTGTATGGGAAACCGACTTCAACAGTACCGATGTCGATGAGCGCCAGACAGATACCTTAATGTTTGCTTTGGGCGGTGAATGGTCTGTTACTGACGATTTTACGTTATCGGCAGAAATTGTGTCGCAAAAGAGTGTGTTTACCTCCGACTTCTTCGCCGTTCGTCTGTTACGTGACTACTATTCAATGACTGCCGATTTTAACACTGGTGAAGGCGTTGCCGGCTTAACGTTCCATGATAACCCCGCGACCAGCGACCTTGATGAATCTAACCTTTACGATCCGCGTCTTTATTCAATGGGGCCAGCGTGGGATAACGGTTCACGTGACGAAGGAACATCAAATGCGTTGTATCTCGATGCAAACTGGCTGACAGATTTTGCCGGCATCATGGAGGTTGATTTTGGCTTGCTGTATGAAAAGCGTGAGCTAAGTAACGAAAGTCGCGCAGCGAATGTAGTTGTAAATCAATATGATATTCCGATGACTGACATGCCTGAGGAATTCCTCGACAGCACGGAAGACTTCTTCGATGGTCGAGCGGAATTTCCCGATGGCTGGTTAATCGGAAACGTGGACTACATGGTGGATAATCTGGACTATTTTCGCCAGCTCTATGGTTTCATTGACGAAAATGGTCAGCCTGTTGATGATTATCTCACCGGCGGCGCATCGTTAATTCGGCGTCCGACGTTTAAAGCCGACGAAACCACATTAGATTTATACGTACAGGCAAAGTATGAATACGATGTTCCGGGCGGTTTTCTGGATGGTGCGGTAGGTGTGCGTTACACCGATGCCAGTACGCCATACAGCTTTGTTCGCGTAGACACCGTTAACCAGATTGTGGAGCAGGACAGTGGCGAGAATGAGAGCAGTGAAGTGCTTCCTACGTTCCTTGCCCGTTATAATTTCTGGGATGACTACATGCTACGTTTCTCTTACACAGAAACAATGCGCCGTCCGGACTTCGGTTCACTGAACCCTTACACCACCTACACCAAAGGCGTGACGTCTGTTGGAACGGGCACGGCTTCATCAGGCAACCCCGCACTGGCGCCGGTCATCTCAACAAACCTGGATATCTCGCTGGAATACTACTTTGGCGAGGGTAACGCCATTTATGCCACCTGGTTTAATCGGGATATCGACGGTCTGGTGGTAAATTCCCGCTCTGAAGTGTATTACGACTATCCGGATGACACTGATGAAAATGGAGAGGAAATTGGCGAGTTGCTACATATCCTTACCCAACCTGCCAACTCTGCGAACGGTAGTCTGGAAGGTATCGAATTGGGATTAGTGTATTTCCCTGACGATTTACCTGCATGGCTGCAAGGAGCGGGTATTCAGGCAAGTTATACCACATTAGATTCTTCTCAGGATTTGCCAGTCTTTGACCCTGAGGATCCCACCAATCCAGACCCTATTGGCTATGAAAAAGTAGAAATGTTTGGTGTATCTGATGAGTCCTTGAGTGTGGTACTGGCTTACGAAAGAGAAAAGTTCAGTACACGTTTGTCTTACGTTTGGCGCGATGCCTTCCGGTACGACAACGAAGCAGCCACCTTTGCGAACCCGCTGGCACGGTATCGAGCTCCGGAGCAAAGTTTGGACTTCCAGCTTTCGTACAATGTGAACGACAATTTGGTGCTAACGTTTGATGCCACTAATCTCACTGACGAAGTTTTTCAGGCATATTATCAGTATCCTGATATTTACAACTTTTCCAGCGGGATTTACAGCCGCACCTATGCGTTGGGTGTGAGGTATCAACTGTAG	MFKPTLLSTAVAASLMTLTHAAIAQQNEQTVSSEDDGVEVIQVSGIRGSLAKSLDIKREKIEVVDSIVAEDIGKFPDNNVIEALQRVPGVQVTNRDRGEVGTLSIRGLTDITTTVNGRQMYISTGRFYTMADTPASLINRVDVYKARSADKVPSGIAGQVDVITNRPFNFEGSKFAFAGRGIYSDQEGTVDPNLSVMLSNNWDTDYGKFGALVNLAYARTNWRDQGITAGAVFPYFGASPEGEGLDRFGNSGEFPAYERINSAYWDPGLENGLPYASGSTLNTNGYENDYILSRDAIFASDLSGKRERPAVNLSFQWAPDDYSSYVFEVFYNGYRERVRNSLFFAYPDSAYNIDFNDDMVFYEGTNIVKERTVYDGDPRYGVWETDFNSTDVDERQTDTLMFALGGEWSVTDDFTLSAEIVSQKSVFTSDFFAVRLLRDYYSMTADFNTGEGVAGLTFHDNPATSDLDESNLYDPRLYSMGPAWDNGSRDEGTSNALYLDANWLTDFAGIMEVDFGLLYEKRELSNESRAANVVVNQYDIPMTDMPEEFLDSTEDFFDGRAEFPDGWLIGNVDYMVDNLDYFRQLYGFIDENGQPVDDYLTGGASLIRRPTFKADETTLDLYVQAKYEYDVPGGFLDGAVGVRYTDASTPYSFVRVDTVNQIVEQDSGENESSEVLPTFLARYNFWDDYMLRFSYTETMRRPDFGSLNPYTTYTKGVTSVGTGTASSGNPALAPVISTNLDISLEYYFGEGNAIYATWFNRDIDGLVVNSRSEVYYDYPDDTDENGEEIGELLHILTQPANSANGSLEGIELGLVYFPDDLPAWLQGAGIQASYTTLDSSQDLPVFDPEDPTNPDPIGYEKVEMFGVSDESLSVVLAYEREKFSTRLSYVWRDAFRYDNEAATFANPLARYRAPEQSLDFQLSYNVNDNLVLTFDATNLTDEVFQAYYQYPDIYNFSSGIYSRTYALGVRYQL	PGPT0003790_1697	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0003790-hutA|fatA|fct|foxR-K02014	NA	NA
AK237_02667	3435			hypothetical protein	ATGAAACCTAGATCGGCGCTCATCGTGAGCAGCATCCTCTGTGTCACAGGGTGTGGCGGTTCAGGGGAAGATAGCACACCCCCTGAAACCATCACGGTTGTAGAAAACCAGACGCTGGCCAATCCTGCGGCTGCTATCACCGATAGCAGCGCATACATGGATATCGGCGTACATGACCCGTCTGTTGTGAAAGTCGATGGTACGTACTACATCTTCGGTTCGCACCTAGCGGCAGCGAAATCAACAGATTTACAAACGTGGGAGTATATCTCTTCGTTGAGCGCCAATAACAGGGTGGATGAATCCCCGTTATTTGAGACCTATTCCACGGAGTTTGCTGAAGGTATCGCCTGGACCGATGATTTCACGGGAAGCTGGGCATCTGATGTCATACAAGCCCCTGATGGTGAGTTCTGGTTTTATTATAATCACTGTGCACAGGATAATCCTGACACGCCAGAACGTGACGAGGTTTGCTGGCACCGTTCGTATCTTGGCCTGGCAACATCCGACTCTGTAGAGGGCCCTTATGTCGATAAAGGCGTTTTTTTGCGATCGGGATATCGCGATGAGGCTGAGCTTGCCGCCTACCCCGTAGACGGTGTGGATAGCTATAATCCGGCTGTGCATCCCAATGCAATAGACCCTGCAGCGTTTTACGATAAAGACGGCAATCTGTGGATGGTATACGGCTCTTACTCCGGCGGTATTTTTGTACTGGCGATGGATGAGCAAACGGGTATGCCCGAAGCCGGACAAGGTTACGGTAAGCACCTGGTCGGGGGCGATTACAACGCCATTGAAGGTGCGTTTGTTATCTATAGTCCTGACAGTGATTATTACTATCTATTCTGGTCTAATGCCGGATTTGCAGCCGGTGATGGCTACAACATCCGCGTTGCCCGCTCAAAGACGCCTGACGGCCCTTACCTGGATGCGGCAGGTAATGACATGACAGGCGCAACCGTAGCAAACAATTACGGTAACAAACTCCTTGGTAGTCATCTGTGGTCATCGGCCTTCGGGGAAACCTCAAGTCAGTACGGTTACAATTCGCCGGGCCATAATTCAGCCTTATATGATGAGGAGCTGGATAAATATTTGCTGTTCACCCATACCCGTTTTCCTGATGAAGAAGGTCGCTACGACAATCCGGAAGCGCATGCCGTGCGGGTGCATGAGATGTGGATTAACAATGATGGCTGGTTAGTCGTTTCGCCACATCGCTACGCGCCGATTGATGGGGAGAATGTGACAGATGCTGCTGATGTGGCAGGAGATTACCGTCTTATTCTGCAAAGCAACGACAGCAATGGCGACGAACACGCATCTGTTTACGTCACGTTGAATGATCAAGGTCGCAGTATTCAAGGTCAGCTAACGGGTACGTACAAGTTATATAGCGATACACCGTCGCGAGTTCGTCTTACCATCGATGACGACACGGTTTACGAAGGCGTCGCCAAGTGGCAGTGGAACGTGGAAGATGCCCGCTTTGAAGTGGTCATTTCTGCATTAAGCGGTGCAGGCGAGAGCTTGTTAGCAGCTAAGTTGCCTGAGAAATCTGTCGCTGAGGTGGTTGATGATATCAGCCTCGCCATTGATGATGCATTTGCTAATCCGGCAAACGCTGATGCCATGCTGGAGGTGAAAAGCGATCTGTCTTTGCAAGACACCGGTGCGCGTGGTGCAATCATTTCCTGGGAATCCAGTCATCCGCAGTTCATTTCGGCTAACGGTGCAGTAACCCGACCTAACGTGGATGAAGGCGACCAGGTTGTTACGCTCACAGCCAATGTCGAGATTAACGGACAAACGTTGTCGGTAACGAAAGATGTCAAAGTGATTGCCCGTTCAACATACAATCGTACCGCGTGGTACCCCTTTGAAGACACACTTGACGATTCTCTGCAGAATTACGACGGTGGACAGCCTGTCTCCGATGTCAATTCGCTTACCACTGCCAGTGCAGTTTTCTCAGATGGTGCGCAGGGCCGTGCCGTCAATCTGGATGGTTCGTACGGTATATTACTGCCAGACAACCTTATTGATAGTTATCAGTACACCGTTTCATTCTGGCTGAACACCGCACAAACGCAGTTTTTTAGTCCTGCCTTTTTCGCGGCGAATCAAACTGATCGCTGGATTAGCTTCCTGCCGGTAAGCCATAACGGTGAGTTGATGGTTTGGGCTAATTACGTAGACGATGAAGACGCTGTTAGTTGGTTTGATGGTCTCACCGGTATTACTTATCCGCTGAATGAGTGGCATCACGTGGCATTCTCGGTAGAGCAGGGCTTTGTCAGTATTTATTACGATGGCAACTTAGTGGGTACGGCATCGACGGTAAGAGATATTTTTACTGTTCGTCCTGAAGGCGCAATCATCACCCTGGGTCTTAACTTCTGGGATGTGCCATTAAATGCTCAGTATGATGAGCTTAAAATCTACGACGAGGCGCTATCAGCGGCAGAAATCTCGGCGCTGGATGTAGAGCAATTACCAGCAGAAGAACTGGTGAATATTGCTCAGGCAGATTTGGATCTTGGCAATCTGGACTTTGTGATCGCCGATATCGCCTTACCACATACCGGACCATTCGCTTCGGCGTTAAATTGGGAATCAAGTAACTCTGCGGTTATCGATCCCGCTACCGGGCAAGTTACCCGTCCCGCCCGTGGTGAAGCGGATGCAGAAGTGACATTGACCGCCACTATTTCTCTGGCTGGCCAGTCGGTGTCGAAGTCTTTTGTCGCCAATGTCATTTCAAACACCCCGCCTGAAGCGATTGCTCGCTTTAGTTTCGAAGAAAACCTCGAAGACACACAAGGTAATTTTGCTGCCGGTGAAGAAGCCACGAAAACTGCTGATACGCCGCTAATTGTACCTGCAGATACAGCGCTAACCTATCAGGCTGGTGCAGTAGGCATGGCGGCAGAGTTCAAGGGTGATCAGGGGCCCGGCGTCAAATTACCTGATGGGCTTATTTCAGACTACAGCTATGCGGTATCAATGTGGCTTAATCCCACGTCCTTAAACCAGTTTACCACTACGTTCTTTGGCTATGCTGCGTCGAACAGCTGGGTCAGTGTTGTGCCATTTGGTCCGGGTTCCGGAGACACCATGGTGTGGTCTGGCGAGCAATGGTTCGACGGTACGTTGAATACGCAAATCCCGACAGGCAGCTGGACGCATATCGTTTTTGTGGTCAATGAAGGCACTTTCTATGGCTACATCAACGGTGAATTGGTGAGTACGCTGGAAAACTTCCCTGATGTGTTTACTGCATCGGGCGCGAATTCGGCCTTCTCACTGGCCACTAACCTCTTCCCGTGGGATGCAAACTTCTCGGGCTTGATGGACGAGTTGGTGATCTACGACGACCCGCTATCTGCTGACGATGTACAAGCGTTGTATGCCGAAGGCAGCAATTAA	MKPRSALIVSSILCVTGCGGSGEDSTPPETITVVENQTLANPAAAITDSSAYMDIGVHDPSVVKVDGTYYIFGSHLAAAKSTDLQTWEYISSLSANNRVDESPLFETYSTEFAEGIAWTDDFTGSWASDVIQAPDGEFWFYYNHCAQDNPDTPERDEVCWHRSYLGLATSDSVEGPYVDKGVFLRSGYRDEAELAAYPVDGVDSYNPAVHPNAIDPAAFYDKDGNLWMVYGSYSGGIFVLAMDEQTGMPEAGQGYGKHLVGGDYNAIEGAFVIYSPDSDYYYLFWSNAGFAAGDGYNIRVARSKTPDGPYLDAAGNDMTGATVANNYGNKLLGSHLWSSAFGETSSQYGYNSPGHNSALYDEELDKYLLFTHTRFPDEEGRYDNPEAHAVRVHEMWINNDGWLVVSPHRYAPIDGENVTDAADVAGDYRLILQSNDSNGDEHASVYVTLNDQGRSIQGQLTGTYKLYSDTPSRVRLTIDDDTVYEGVAKWQWNVEDARFEVVISALSGAGESLLAAKLPEKSVAEVVDDISLAIDDAFANPANADAMLEVKSDLSLQDTGARGAIISWESSHPQFISANGAVTRPNVDEGDQVVTLTANVEINGQTLSVTKDVKVIARSTYNRTAWYPFEDTLDDSLQNYDGGQPVSDVNSLTTASAVFSDGAQGRAVNLDGSYGILLPDNLIDSYQYTVSFWLNTAQTQFFSPAFFAANQTDRWISFLPVSHNGELMVWANYVDDEDAVSWFDGLTGITYPLNEWHHVAFSVEQGFVSIYYDGNLVGTASTVRDIFTVRPEGAIITLGLNFWDVPLNAQYDELKIYDEALSAAEISALDVEQLPAEELVNIAQADLDLGNLDFVIADIALPHTGPFASALNWESSNSAVIDPATGQVTRPARGEADAEVTLTATISLAGQSVSKSFVANVISNTPPEAIARFSFEENLEDTQGNFAAGEEATKTADTPLIVPADTALTYQAGAVGMAAEFKGDQGPGVKLPDGLISDYSYAVSMWLNPTSLNQFTTTFFGYAASNSWVSVVPFGPGSGDTMVWSGEQWFDGTLNTQIPTGSWTHIVFVVNEGTFYGYINGELVSTLENFPDVFTASGANSAFSLATNLFPWDANFSGLMDELVIYDDPLSADDVQALYAEGSN	PGPT0019090_11	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES	CE-EPS-ARABINANASE,PGPT0019090-abnA-K06113	NA	NA
AK237_02668	966	xsa_2		Xylosidase/arabinosidase	ATGAAAAGCGTATTGTTATCGTCTGCGGCTCTGCTTCTTAGTGGACAAGTATTCGCAAAGAATCCGATCATTACCGATGTGTTCACTGCCGATCCGGCAGCCATGGTGCATGATGGTACGGTATACCTTTACACTGGCCACGATGAGGCGCCCAACAATGACGTCTTCTTCGAAATGCACGACTGGCTGGCGTATTCCTCTACCGATATGGTGAACTGGAAATCGCACGGCCCCATTATGAAAGCCACTGATTTCAGTTGGGCTAAAGGTGATGCATGGGCGTCACATATGATTGAAAAAGATGGGAAATTTTACTTTTTCACCACCGTCCGCCACAAAGATGACAAACCCGGCTTTGCCATTGGGGTAGCGGTGTCAGATTCTCCGACAGGTCCTTTTAAAGACGCGATTGGCCATGCCCTTGTCACAGATGATATGACTAAACAGACCCCGAATGACTGGGATGACATCGACCCTGCAATTTATGTTGAGGAAAACGGCGACACTTACATGTTTTTCGGCAATCTGGTACCGAAATACGTCAAATTATCAGATAACTTGCTGGAACTGGATGGTGAGATAAAAGTTATTGATGTGCCCAATTATACAGAAGCATCCTGGGTGCATAAGAAGGGCGATAACTACTACTTTTCCTACGCTTGTGAGTTTCCGGAAAAGATTTGCTATGCGATGAGTAAAAGCATTCACGGTCCGTGGGAGTATAAGGGCATTTTGAATGAAGTAGCAGGCAATACCGAAACAAATCACCAGTCGATTATCGAATTTAAGGGACAGGATTACTTCATTTATCACACCGGTGCTCTGCCACCAAAAGGCGATAAGCCAAGTGGCGGTCGATTCCGTCGCTCAGTTGCCGTGGAGCCACTTCACTACAACAAAGACGGCTCGCTGCAGCGGATCATTATGACGACAGAAGGTGTTACTCAACCAGCCAAGGAAGATTAA	MKSVLLSSAALLLSGQVFAKNPIITDVFTADPAAMVHDGTVYLYTGHDEAPNNDVFFEMHDWLAYSSTDMVNWKSHGPIMKATDFSWAKGDAWASHMIEKDGKFYFFTTVRHKDDKPGFAIGVAVSDSPTGPFKDAIGHALVTDDMTKQTPNDWDDIDPAIYVEENGDTYMFFGNLVPKYVKLSDNLLELDGEIKVIDVPNYTEASWVHKKGDNYYFSYACEFPEKICYAMSKSIHGPWEYKGILNEVAGNTETNHQSIIEFKGQDYFIYHTGALPPKGDKPSGGRFRRSVAVEPLHYNKDGSLQRIIMTTEGVTQPAKED	PGPT0019095_420	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES	CE-EPS-ARABINOFURANOSIDASE,PGPT0019095-xynD-K15921	NA	NA
AK237_02669	1539	abf2	COG3534	Intracellular exo-alpha-L-arabinofuranosidase 2	ATGAAACGTAAGCTACTGAAAATCTCACTGTTAAGTGCATCAATATTGGCGGGCAACGTATTTGCCGCTAACCATGAAGTAACAATCAGCGCGAACCTGCAAGACCGTGGCGCAGTCATTAATAAGGACATTTATGGCCAGTTTGCCGAACATCTTGGCCACGGTATCTACGAAGGCCTATGGGTAGGTAAAGACTCGGAAATCCCCAACACGAAAGGATTCCGAAATGATGTTATCGGGGCCCTGAAAGACATCAAAGTACCGCTGATCCGCTGGCCGGGAGGCTGCTTCGCCGATGAATATCATTGGCGCGAAGGGATTGGCCCCAAAGATGAACGACCGGTTAAAGTGAACACGCACTGGGGTGGTGTCGAAGAAACCAATGCTGTGGGTACTCACGAATTCTTCGATTTAGCTGAACTCATTGGTGCTGACGTCTACATTAACGGGAATCTGGGTAGTGGTACCGTGCAGGAAATGGCGGAATGGGTTGAATACATGACGTCTGATAAAAACTCAACCCTGGCCAATGAGCGACGCGCCAACGGACGCGAAGAACCCTGGGACATTAAATACTTTGGCATTGGCAACGAATCATGGGGTTGTGGTGGTCACATGGACCCTGATTACTATGTAAACCTGTATCGCCAGTACGCCACGTTCATCAAAACCCCTAAGGGTAAAAAGCCTCTCCTGGTGGGTAGCGGTGGCGACACAGACAACACGGAATGGACAGACGTTCTGAGTGCAAAGATAGACCGTAATATGGATGGTATCAGCTACCACTTCTACACCCTTCCCACCAGTGACTGGCAGAAAAAAGGGCATGCTACCGAGTTCGATAACGCCATGTGGTTCAAAACCATGGAGCGCACTTATCGAATGGAAACTTACCTGAAAAATAATATCGACATCATGGATAAGAATGATCCTGACGGTAAGCTGGGCTTTTATGTGGATGAATGGGGTACGTGGTATGACGCAGAAGAAGGACGGGAGCCCGGTTTTCTGTATCAGCAAAATACCCTTCGGGATGCTGTAGTAACCGCAGTAAACCTCAACCTGTTCCACGAATACGCCAGACGTGTTCATATGACGAATATCGCGCAGATGGTGAACGTGTTACAAGCGATGATCTTAACGGATGGCGCAAAGATGGTGAAAACGCCTACCTACCATGTGTATGGTATGTACACGGTATTCCAGGACGCCACATCCATTCCTTTCAAACTGGATACAACGCGCTATTCAATGGACGGGGAAGACTTACCGGCTGTGACAGGTTCACTGGCTAAGGGCACAGATGGCCATGTGTATTTGGCATTAGTTAATATGGATCCGACAGAAGATGCTGACATCGATCTGAACCTGGATGGCAAGGTAAACAAAACCTTGTCCGGCAGTATTCTCACCGCCGATAACATTACCGCAAAAAACACTTTTGACGAACAACATAACTTAGAGCCTAAGCCCTTTAAAGCGAGTGCTGATAAGTTGGTGCTTCCTGCGAAATCTGTGGTGGTACTGACGTTAAACTAA	MKRKLLKISLLSASILAGNVFAANHEVTISANLQDRGAVINKDIYGQFAEHLGHGIYEGLWVGKDSEIPNTKGFRNDVIGALKDIKVPLIRWPGGCFADEYHWREGIGPKDERPVKVNTHWGGVEETNAVGTHEFFDLAELIGADVYINGNLGSGTVQEMAEWVEYMTSDKNSTLANERRANGREEPWDIKYFGIGNESWGCGGHMDPDYYVNLYRQYATFIKTPKGKKPLLVGSGGDTDNTEWTDVLSAKIDRNMDGISYHFYTLPTSDWQKKGHATEFDNAMWFKTMERTYRMETYLKNNIDIMDKNDPDGKLGFYVDEWGTWYDAEEGREPGFLYQQNTLRDAVVTAVNLNLFHEYARRVHMTNIAQMVNVLQAMILTDGAKMVKTPTYHVYGMYTVFQDATSIPFKLDTTRYSMDGEDLPAVTGSLAKGTDGHVYLALVNMDPTEDADIDLNLDGKVNKTLSGSILTADNITAKNTFDEQHNLEPKPFKASADKLVLPAKSVVVLTLN	PGPT0018655_1042	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES	CE-EPS-ARABINOFURANOSIDASE,PGPT0018655-abfA-K01209	NA	NA
AK237_02670	1917			hypothetical protein	ATGAAATCTATGAAGTTGAAAACGCTGGCGGCGTCATTGCTGGTGGCTTTTGGTATGACTGCATGCTCATCGACACCGGGTACGGCACCGGATGAAGCAGCAGATAAAAGTGATATCCGAAAAAGTGGCACGTTCACTAATCCACTTTTCCCTAATGGTGCGGATCCGTGGTTGGAATACTGGGATGGTAATTATTACCTTACTACCACAACCTGGACGTCTGAATTAGTGATGCGTAAGTCACCGACGCTTGCAGGCCTTGCCGATGCTAAGCCGGTGAATGTGTGGTCTGCTACCGAGTCTGATCGCTGCTGTAATTTTTGGGCTTTCGAGTTTCATCGTCTTAAAGGGCCAGAAGGTTATCGTTGGTACATGATGTACACCGCTGGCAGAGACGGCACGCTGGATTATCAGCATTTGAATGTGTTGGAGAGTGCTGGCGACGACCCGATGGGACCATACCAGTACAAAGGCGCGCTGATGCCTGATGTGTGGAATATCGACGGCAATTACCTTGAGTACAAAGGAAAATTGTATGTGATCTATTCGCAGTGGCGCGGTGATCAGCAAATGAACATCATTGCGGAAATGGAAAACCCATGGACGCTCAAGGCTGACCAGCCCCACACTGTGCTTACCCGACCTGAACTTGATTGGGAAATCAGCGGACGTAAGGTAACGGAAGGCGCTGAAATTCTGCAGCACAATGGTCGTACATTTATGACTTACTCTGCCAGCTTCTGTAATACCCCGGATTACAAACTGGGTATGCTTGAGCTGGTTGGTGATGATCCGATGGATGCCGCAGCATGGAAAAAATTTGATGAGCCGGTATTTGTGCGAACTGACAAGGTTTTTGGCCCCGGGCACAATGGCTTTTTCACCTCTCCGGATGGCGAGGAAGACTGGCTGGTTTATCACGGTAATGATTCCGTAGAGCATGGTTGCTCAGCAACCCGTTCTTTGCGGGCGCAAAAGTTTGAGTGGCAAGAGGACGGATTGCCGGACTTCGGTGAACCGTTAACCCCGGGTGTCGTTGTGCCTCCTCCTTCCGGAGAAAACGGCCCTCTGGTGACCAGGGTACAGGGACAGCGCTATCAGTTAGTTAATGCAACGAGCGATTTATGTCTGGATATTTCTTCTGATCCGCAAGACAACCGTGCGGTGCAGCGTCAGTGCGCAGCAACTAACGGGCAATGGATCCTGGATGCCACCTCTGACGGCTTCGTGCGCCTTGCCAACCGTGAAGACAGTAAATTCCTGGAAGTGGCGAACTGCAGTACCAGTGAGAACGCCCGTGTGCAATCGGCTGCGTGGCGCAATAACTTCTGTCAGGAGTTTAAAGTAGAAAGCGGTATCGATGGCAACGTAACATTAACGAACCGCTACTCTGGTAAGCCTCTTGCGGTGGCAGGATGTTCTGCTTCAGAAAATCAGGCGGTGCTTCAACAAAATGAAGACAGTGCCTGTTCACAATGGCAGCTTCGACCAACTGGGGAAGTGGTGATCTTAAGTGAACAAAGCGGTAAAGCGTTGTCTGTTCACAAAGATGCGCTGTCGAATGGTGCGAATGTAGAGCAGCGGGGCTTCAATAAAACACCTACGCAGTTCTGGCAGTTTGAGCCTACAGATACCGGCTACGTTAGTTTAAAAACGGCAGGTAACGATGCGCTGTGCGTTGGTACAGATGACAATGCCGTCGTTCCCGGCGCGAACTTGTCTATGGTGAGTTGCGATGAGCCCACCGCACAGTGGCGTATTAGTCCAGCAGATGGCGGCGGTGTGATGTTATTTAACCGCTACACAAAACAAGCCATGGGTGTAAGTGATTGCGGTTTGGCAGAGGGTACCAATATTGCCCAGCAACCAGATTTAGGCACCAAGTGCCAGGTGTTCCATTTAAGAGAGCCACAGTAA	MKSMKLKTLAASLLVAFGMTACSSTPGTAPDEAADKSDIRKSGTFTNPLFPNGADPWLEYWDGNYYLTTTTWTSELVMRKSPTLAGLADAKPVNVWSATESDRCCNFWAFEFHRLKGPEGYRWYMMYTAGRDGTLDYQHLNVLESAGDDPMGPYQYKGALMPDVWNIDGNYLEYKGKLYVIYSQWRGDQQMNIIAEMENPWTLKADQPHTVLTRPELDWEISGRKVTEGAEILQHNGRTFMTYSASFCNTPDYKLGMLELVGDDPMDAAAWKKFDEPVFVRTDKVFGPGHNGFFTSPDGEEDWLVYHGNDSVEHGCSATRSLRAQKFEWQEDGLPDFGEPLTPGVVVPPPSGENGPLVTRVQGQRYQLVNATSDLCLDISSDPQDNRAVQRQCAATNGQWILDATSDGFVRLANREDSKFLEVANCSTSENARVQSAAWRNNFCQEFKVESGIDGNVTLTNRYSGKPLAVAGCSASENQAVLQQNEDSACSQWQLRPTGEVVILSEQSGKALSVHKDALSNGANVEQRGFNKTPTQFWQFEPTDTGYVSLKTAGNDALCVGTDDNAVVPGANLSMVSCDEPTAQWRISPADGGGVMLFNRYTKQAMGVSDCGLAEGTNIAQQPDLGTKCQVFHLREPQ	PGPT0019091_252	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO|NUCLEOTIDE_SUGAR_UTILIZATION	PLANT_DERIVED_ARABINAN_BREAKDOWN,PGPT0019091-putative_arabinofuranosidase-NA	NA	NA
AK237_02671	1200	mro_2	COG2017	Aldose 1-epimerase	ATGTCTGTATCCGTATATCAACATCAAACTATTTCTTCTTTTTTCTCGGGCAATTTTTTAACCAAAGCAAAAGTGGCCGTAATGCTCACGGCGAGCTTGGTGATGAGCCCTTCACAGGCACAGGAAGTCGACAACGTGAACAATCTACCTTCTGCTACCACAACTTATTATGGTGCGATGCCAGACAGCACGCCGGTTTATAAGGTCACCTTAAAGAACAGTAATGGCGTTGAAGCTGATGTCATTAGTTATGGTGGCACCATCACCCGATTAGTTACACCAGACAAGAGTGGCAAATCTGGCAATATCGTGCTGGGCTTCGACAAGCTGGAAGACTACCTGTCTGCTGGTTATTACTTTGGCGCTATCATTGGCCGCTACGGTAACCGTATTGCAGATGGAAAATTCACCCTGAATGGCACGGAATACCAGCTGGCAACCAACGATGGTGACAATCATCTGCATGGCGGCGTACAGGGTTTTGATAAGAAGGTCTGGCAGATGGCTCCTTTTGCCACCGAAAATAGTGCGGGTGTTGTACTAACGCTCACTAGCCCTGATGGCGACCAGGGCTACCCGGGAAAATTAGACACGCAAGTGACTTACACACTGACAAACAGTAATACGTTGGATATGGCGTTTACTGCAACCACAGATAAGCCAACCATTGTGAACCTCACTCAGCATTCTTACTTTAATCTGCAAGGCAAGGGCGACATTCTCAACCATAAACTGCAAATTAACGGCGACAAATACACGCCTGTTGATGGCGGTCTTATCCCTACGGGTGAAGTTACATCTGTAAAGGGAACGCCATTTGATTTCACGCAGCCCAAGGCGATTGGGAAAGACATTAACGCAAAAGACAAACAGCTGTCTCTTGGTCAGGGCTTCGATCATAACTTTGTGATTAAAGACGCGCCCAGCGATGATTTAATTGAGGCAGCAAATGTCTATGAGCCTGAAACCGGGCGTACTCTCACCGTTTACACCGTTGAGCCCGCTGTACAGTTTTACTCAGGCAACTTCCTTGACGGCAGCACCCAGCAAGAAACCATGAAACATACACTGCGTTCCGGTTTCTGCCTTGAGCCTCAGCATAATCCTGATTCACCCAATCAGCCTGACTTTGCCAGCACTGTACTCAATCCGGGTGAAGTGTACTCCACACGCATTGTTTATGAGTTTGGTACGAAGTAG	MSVSVYQHQTISSFFSGNFLTKAKVAVMLTASLVMSPSQAQEVDNVNNLPSATTTYYGAMPDSTPVYKVTLKNSNGVEADVISYGGTITRLVTPDKSGKSGNIVLGFDKLEDYLSAGYYFGAIIGRYGNRIADGKFTLNGTEYQLATNDGDNHLHGGVQGFDKKVWQMAPFATENSAGVVLTLTSPDGDQGYPGKLDTQVTYTLTNSNTLDMAFTATTDKPTIVNLTQHSYFNLQGKGDILNHKLQINGDKYTPVDGGLIPTGEVTSVKGTPFDFTQPKAIGKDINAKDKQLSLGQGFDHNFVIKDAPSDDLIEAANVYEPETGRTLTVYTVEPAVQFYSGNFLDGSTQQETMKHTLRSGFCLEPQHNPDSPNQPDFASTVLNPGEVYSTRIVYEFGTK	PGPT0017825_316	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
AK237_02672	585	yqaB_1	COG0637	Fructose-1-phosphate phosphatase YqaB	ATGGTGGATTTAAGCGCCTACGAAGGCATTGTGTTTGATATGGATGGTACGCTTATCGATTCGATGGGTGCACACATGGAAGCATGGAGGGTGACTTGTGAAGCGTTTGGTATTCCTTTCGATTTGCAATATATGTATGGATTAGGCGGTGTGCCAACGCGTAAAACCGTAGAGATCCTGAATGAAAAACACGGACTAACACATAGCCCTGATACGGTTGCTTTGCACAAACGCAATGTGTGGGAAGCCATGGAGTTAATGCCGGAGCTCATTGCAGAAACCGTGGATATTTTCCATCAATATCGTCCTAATCTGAAGGTCGGCATTGGTACCGGTTCAGAGAGAAATCATGCGCTACATCTGCTGGATCACCATGGCCTGTTGGATAAGTTAGACGCACTGGTTACCGCAACAGATGTAACACACGGTAAACCGCATCCGGAAACTTTTCTGAAAGTGGCTGAATTGATGGGGGTCGCTCCCGAGAAGTGTGTTGTTTTTGAAGACACTGAGATTGGTCTACAAGCCGCGCAGCGCGCGGGAATGGATTGTATCTTAGTGAAGGACGGTAAAGTCCAGATTTAA	MVDLSAYEGIVFDMDGTLIDSMGAHMEAWRVTCEAFGIPFDLQYMYGLGGVPTRKTVEILNEKHGLTHSPDTVALHKRNVWEAMELMPELIAETVDIFHQYRPNLKVGIGTGSERNHALHLLDHHGLLDKLDALVTATDVTHGKPHPETFLKVAELMGVAPEKCVVFEDTEIGLQAAQRAGMDCILVKDGKVQI				NA	NA	NA	NA	NA
AK237_02673	1500	araA		L-arabinose isomerase	ATGACGACGATGACGAAAGAAGTTTGGTTTGTCACAGGTTCTCAGCACCTGTATGGCCCAAAAGTACTGGAAAACGTTGCAGCTAACAGTCAGGCCATTGTTGCCGGTTTGAATGAGAGCGGCAAACTGCCGGTCAAAATGGTATTCAAACCTACGGTAAAATCACCGGAAGAAATTCACGCGGTGTGCCAACAAGCGAATGCGAGTACTGACTGCGTTGGTTTGGTCTTGTGGATGCACACGTTTTCTCCGGCCAAAATGTGGATCGCCGGTTTAAGTGAACTAAGAAAGCCCTGGTTACACTTACACACCCAGTTTAATGCCGCCCTGCCGTGGGATGACATTAATATGAACTACATGAATACGCACCAAAGTGCCCACGGTGACCGTGAATTTGGTTTCATCGGCACACGCATGCGTAAAGAACGTAAGGTGGTAGTAGGACACTGGCAGCGCCCGGAAGTACAAGACCAAATTGATGACTGGTGTCGTGCGGCATTGGGCTGGGCTGAAAGCCAGAGCCTGAAAGTGGCTCGCTTTGGGGACAACATGCGTCAGGTCGCGGTAACTGAAGGCGACAAAGTGGCTGCACAAATTCAGTTTGGCTATGAAGTGCATGCTCATGGATTAGGTGAGTTATCGGATGTTGTTAACGCAGTATCTGATGCTGATATCGCCACACAGTTAGATTTATATCATCAGGAATACGTTATTTCAGACGCGACATGGAAAGACAGCTATAACGTTGACATGCTGAAAAACGAAGCTCGCCTGGAACTGGGTATGCAGCGTTTTCTGGATGGTGGTAATTACAAAGCCTTTACCAACTGCTTTGAAAACTTATCGGGCTTAACTGGTCTGCCGGGATTAGCGACACAGCGCTTAATGGCCAATGGCTACGGCTATGGTGGCGAGGGTGACTGGAAAACCGCAGCGATGGTTCGCATCATGAAAGTGATGGGGCAGGGCCGCGAAGGTGGCTGTTCGTTTATGGAAGACTACACCTACAATATGGGCGCTACCGACCAGGTGCTGGGCGCGCACATGTTAGAAGTGTGTCCGTCTATTGCCTCAGCAAAACCTCGTCTTGAAGTTCATCGCCATACCATCGGTGTGAAGTGTGATGTAGGACGTTTGTTATTTACCGCTAAACCAGGTCCGGCGATTAACGTATCACCTATTGATATGGGTAATCGTTTCCGTATTCTGATCAATGAAGTGGACACAGTCGCACCGCCGGCAGAGTTACCTAATTTACCTGTTGCATCTGCGCTGTGGGAAGCGAAACCTAACTTGTCAGTAGCGGCCGCTGCGTGGATCCATGCTGGCGGTGCACACCACACGGCGTATAGCCAGGCGGTTACGACAGACATGATTATTGATTATGCGGAAATGGCAGGTGTAGAGACTGTTGTTATCGACGCTGACACAACGATTCGTTCGTTTAAGTCCGAGTTACGTTCAAATGCTGCTTACTACATGCTGAAGCAAGGCATTTAA	MTTMTKEVWFVTGSQHLYGPKVLENVAANSQAIVAGLNESGKLPVKMVFKPTVKSPEEIHAVCQQANASTDCVGLVLWMHTFSPAKMWIAGLSELRKPWLHLHTQFNAALPWDDINMNYMNTHQSAHGDREFGFIGTRMRKERKVVVGHWQRPEVQDQIDDWCRAALGWAESQSLKVARFGDNMRQVAVTEGDKVAAQIQFGYEVHAHGLGELSDVVNAVSDADIATQLDLYHQEYVISDATWKDSYNVDMLKNEARLELGMQRFLDGGNYKAFTNCFENLSGLTGLPGLATQRLMANGYGYGGEGDWKTAAMVRIMKVMGQGREGGCSFMEDYTYNMGATDQVLGAHMLEVCPSIASAKPRLEVHRHTIGVKCDVGRLLFTAKPGPAINVSPIDMGNRFRILINEVDTVAPPAELPNLPVASALWEAKPNLSVAAAAWIHAGGAHHTAYSQAVTTDMIIDYAEMAGVETVVIDADTTIRSFKSELRSNAAYYMLKQGI	PGPT0017450_633	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE-PENTOSES_UTILIZATION	PLANT_DERIVED_ARABINOSE_METABOLISM,PGPT0017450-araA-K01804	NA	NA
AK237_02674	693	ulaF	COG0235	L-ribulose-5-phosphate 4-epimerase UlaF	ATGAGTTACAAGGAATTAAAACGCGAAGTGTTTGAAGCCAACATGGAGCTTCAACGTCGTAATCTTGTGATTTATACCTTCGGAAATGTGTCGCAAATCGACCGCGATAAAGGGGTTGTGGCGATTAAACCCAGTGGTGTGGCTTATGAAGACATGAAGCCTGAAGACATCGTTGTGGTTGATTTGGAAAACAATATTGTTGAAGGCACGATGCGCCCTTCATCTGATACCAAAACCCATACACATTTATACCGTGCTTTTGACAGCATTGGGGGTGTTACTCATACCCACAGCACCTATGCCACCGCCTGGGCACAAGCTAAGCAGAGTATCCCGTGCTTAGGTACAACCCATGCTGACTATGTGTACGGTGATATTACCTGTACCCGTGAACTCACTGATGAGCAAGTCAACGGTGATTACGAGGAAGAAACCGGGGTGCAAATTACCGACGCCTACGCAGACAGAGATCCCGCTGAAGCACCTATGGTGATTGTGGCTGGTCACGCCCCCTTTACCTGGGGCAAAAACGCTGCGCAGTCGGTTTATCACGCCGCGCTACTCGAAGAGATTGCCAGAATGGCTTATTTAACGCGCACGCTGGATCAGAACGCTGCGCCGTTAAAACGAGCGGTTATGGACAAACATTATTTACGCAAACACGGTAAAAACGCCTATTACGGCCAAAGCTAA	MSYKELKREVFEANMELQRRNLVIYTFGNVSQIDRDKGVVAIKPSGVAYEDMKPEDIVVVDLENNIVEGTMRPSSDTKTHTHLYRAFDSIGGVTHTHSTYATAWAQAKQSIPCLGTTHADYVYGDITCTRELTDEQVNGDYEEETGVQITDAYADRDPAEAPMVIVAGHAPFTWGKNAAQSVYHAALLEEIARMAYLTRTLDQNAAPLKRAVMDKHYLRKHGKNAYYGQS	PGPT0017420_1294	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
AK237_02675	1659	araB_2	COG1069	Ribulokinase	ATGTCTCGCTATACGTTGGGACTGGATTACGGCTCTGACTCGGTTCGCGCATTACTCGTTGATGTGACAACCGGCGCCGAATTAGCCAGTCATCTAATCAATTATCCTCGTTGGGCTGAAGGGCGTTACTGTGAACCGTCCAAGGACCAATATCGTCAGCATCCTCAGGACTACATCGACAGTTTGGTCGCCGTTGTGCGCGGGTTATGGGAACAAGTACCGGCCGGCACAGCTGAAAAAGTCATTGGCATGAGTTTCGACACGACAGGCTCAACACCTGTTGCGATTAATGATCAAGGCGTACCGCTGGCCCTGACCGACTCATTCAAAGAAAACCCGAATGCCATGTTTGTGCTGTGGAAAGACCATACGGCCATAAAAGAAGCCAAAGAAATCACTGATGCAGCGAACAATAATGATGTGAACTATTTGTCTCACATGGGTGGCATTTATTCGTCGGAGTGGTACTGGGCGAAGGCACTGCATATTTTCAGACAAGATCCGGCCGTAAAAGATGCGACTTACGCCTGGGTTGAGCATTGTGACTGGATGACTGCATTAATGTGCGGCACAACGCATCCTGACAAGCTAACGCTGGGGCGCTGCGCAACCGGTCATAAGATGATGTGGAATGAAGCGTGGGATGGTTTTCCGCCTAACGCGTTCTTTACCGGTATCGATCCATTACTGGATGGCATGGTGAACAATATCAACCCTGCTACCCGGGCCAGCGACGAAGTGGCTGGACAGTTAACAACCGAGTGGGCTGATAAATTAGGCTTGCCTGCTGGTATCGCGGTGGGGTTTGGTGCATTTGATTGTCACATGGGTGCTGTAGCTGCCAATGTGCGGCAAGGCGTTCTGACTAAAGTAATGGGTACGTCAACCTGTGATATTACGGTGACGTCAAAAGCGCATTTGGGCGATACCTGTGTAAAAGGCATTTGCGGTCAGGTAGACGGCTCTGTTATTCCGAACATGATTGGTTTGGAAGCCGGTCAATCAGCGTTTGGCGATTTGTATGCATGGTTTAAAAACGTCGTATTGTGGCCAACCCGCCAACTAATCTCTGAGCTCACCGATTCCGGTCAGGTTGATTTGGTTAAGCGCATTGAAGACAGCGCGTTGGTGCGCCTTTCTTCGGCTGCTGCACAACTGCCAGTTAAAGCCACTGACGTGACCGCATTAGATTGGGTGAACGGTCGACGTACGCCCGATGCAGATCAAAGCGTGTCTATGGCAATTACCGGTATCAAGATGGGTACCGACGCTCCGCAATTATTCAAAGCGCTGGTAGAAGCCACAGCATTTGGCGCGCGTGCCATTACCGAACGTTTCCGCAACGAGGGTGTGCCCATTGAATCCGTTGTTGTTATTGGCGGTATCTCGAAAAAATCAGATTACGTAATGCAAACCTGTGCAGATGTCTGGAATTGCCCAATTGATGTGCTGGAAAGCGAACAAAGTTGTGCGCTTGGTGCCGCCATAATGGCTGCTGTTGCCGCTGGTGCTTACGAAACAGTGGAAGCAGCGCAAGCGGTAATGGCCTCGCCTGTGTGTAAACAGTATTTACCCAACGCAGAGCGCGTAGGTATTTACGATGAGCTGTATCAAAAATATCAAACCCTAGGTGCCTATGTAGACGGAGGAAACCCATGA	MSRYTLGLDYGSDSVRALLVDVTTGAELASHLINYPRWAEGRYCEPSKDQYRQHPQDYIDSLVAVVRGLWEQVPAGTAEKVIGMSFDTTGSTPVAINDQGVPLALTDSFKENPNAMFVLWKDHTAIKEAKEITDAANNNDVNYLSHMGGIYSSEWYWAKALHIFRQDPAVKDATYAWVEHCDWMTALMCGTTHPDKLTLGRCATGHKMMWNEAWDGFPPNAFFTGIDPLLDGMVNNINPATRASDEVAGQLTTEWADKLGLPAGIAVGFGAFDCHMGAVAANVRQGVLTKVMGTSTCDITVTSKAHLGDTCVKGICGQVDGSVIPNMIGLEAGQSAFGDLYAWFKNVVLWPTRQLISELTDSGQVDLVKRIEDSALVRLSSAAAQLPVKATDVTALDWVNGRRTPDADQSVSMAITGIKMGTDAPQLFKALVEATAFGARAITERFRNEGVPIESVVVIGGISKKSDYVMQTCADVWNCPIDVLESEQSCALGAAIMAAVAAGAYETVEAAQAVMASPVCKQYLPNAERVGIYDELYQKYQTLGAYVDGGNP	PGPT0017410_763	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
AK237_02676	1992	tktA_1	COG0021	Transketolase 1	ATGACCTTTACCGGCACCCCTTCAGCCAATGCCATCCGTGCACTGGCTGTAGACGCAGTTCAAAAAGCAAAATCAGGACACCCCGGCGCGCCCATGGGTATGGCAGACATTGCCACCGTGCTCTGGCAGCAATTTTACAATCATAACCCTGCCAATCCTGAATGGGCAAACCGTGACCGTTTTGTGTTGTCCAACGGCCACGGCTCTATGCTGCAATATGCATTGTTGCATTTAAGCGGCTACGATTTACCTATAGAAGAGCTGAAGCAATTCCGTCAGTTGCATTCAAAAACACCGGGGCACCCGGAATTCGGTTATACGCCAGGCGTAGAAACAACCACTGGGCCGCTAGGAGCCGGTATTGCTAATGCCGTAGGCATGGCAATTGCTGAGAAGACCCTTGCTGCGCAATTTAATAAGCCGGAATATGACCTTGTGAGTCATTATACCTATTGCTTCCTGGGTGACGGCTGCCTGATGGAAGGGATTTCTCACGAGGCTTGCTCGCTGGCAGGTACATTAGGGCTTGGGAAACTCATTGCATTTTACGACGACAACGGCATTTCCATTGATGGTCATGTGGAAGGCTGGTTTACCGATGATACGGTGAAGCGTTTTGAAGCCTATGGCTGGCATGTTATTGCTAATGTCGATGGTCACGATGCTGCCGCTATCAGCGCAGCTATTGAGCAGGCTCAAAGCGAAACGACTAAGCCGACGCTTATATGCTGTAAAACCGTGATTGGTTTCGGCTCGCCAAACAAGTCTGGCAGCCATGATTGTCACGGCGCCCCTTTAGGTGATGACGAAATTGCGCAAATGCGTACTTTCCTGAAATGGGAACACGCCCCGTTTGAAATCCCTGACGCGGTATATAAGGAATGGGATGCAAAAGCCTCTGGCGCTCAAAAAGAAGATGCGTGGCAATCATTGTTTGCCCGTTACTGCGAAGCGTATCCTGAGGAAGGGAAAGAGTTTACACGTCGCGTCATCGAAAAATCCCTGCCTGCTGATTTTGATAAGCATGCTGATGAGTTCGTGATGTCATGCCAGGAAGCATCAGAAGGGATTGCTACCCGTAAAGCGTCACAAAATGCTATTGGCTTTTTCGCCGGACAATTACCGGAGTTACTTGGTGGTTCTGCCGATCTGGCGGGTTCAAACTTAACCTTGTGGCCCGATGCAAAAGGCTTGCAGGATGATCCTGCCGGTAACTACATCTATTACGGTGTGCGGGAATTCGGTATGAGTGCAATTATGAATGGTATTGCACTGCATGGCGGTTTTGTTCCTTACGGTGCGACGTTCCTGATGTTTATGGAGTATGCGCGAAATGCCGTACGCATGGCGTCATTGATGAATGCAAAAGACATCTTTGTGTACACCCATGATTCTATTGGCCAGGGAGAAGATGGTCCGACTCACCAGCCTGTTGAACAGATGGCAAACTTACGGATGACGCCGAACTTGTCTACCTGGCGTCCATGTGATGCCACAGAGACCGCTGAAGCATGGCGTCAGGCATTGAAAAAGAACGGCCCCTCTGCGCTTGTGTTCTCCCGTCAGGGCACCACAGCGATGCCCCGCAACGAAGGGCAAATTGGTGACATCGCCAAAGGCGGTTATGTTCTGAAAGATGCTGCCGATCCTCAAATTATACTGATTGCCACAGGTTCTGAAGTGGGCGTCACTATGGAAGCGGCCACAGCATTAGAAAGTGAAGGGTTGGCAGTGCGCGTAGTGTCTATGCCGTCCACATCGTACTTTGATGCTCAGGATAAAGCATATCGTGAAGCCGTATTACCGGCGTCTGTACCTAAATTGGCTGTAGAAGCTGCTCATGCTGATTACTGGTACAAGTATGTGGGGCACACTGGGGGCGTTGTTGGTATGACTACCTTTGGTGAGTCTGCGCCAGGTGGCGCTTTGTTAAAGCACTTTGGTTTCACGGCAGAAAATATCGCCCAGAAAGCAAAGGCGCTGCTAGCTTAA	MTFTGTPSANAIRALAVDAVQKAKSGHPGAPMGMADIATVLWQQFYNHNPANPEWANRDRFVLSNGHGSMLQYALLHLSGYDLPIEELKQFRQLHSKTPGHPEFGYTPGVETTTGPLGAGIANAVGMAIAEKTLAAQFNKPEYDLVSHYTYCFLGDGCLMEGISHEACSLAGTLGLGKLIAFYDDNGISIDGHVEGWFTDDTVKRFEAYGWHVIANVDGHDAAAISAAIEQAQSETTKPTLICCKTVIGFGSPNKSGSHDCHGAPLGDDEIAQMRTFLKWEHAPFEIPDAVYKEWDAKASGAQKEDAWQSLFARYCEAYPEEGKEFTRRVIEKSLPADFDKHADEFVMSCQEASEGIATRKASQNAIGFFAGQLPELLGGSADLAGSNLTLWPDAKGLQDDPAGNYIYYGVREFGMSAIMNGIALHGGFVPYGATFLMFMEYARNAVRMASLMNAKDIFVYTHDSIGQGEDGPTHQPVEQMANLRMTPNLSTWRPCDATETAEAWRQALKKNGPSALVFSRQGTTAMPRNEGQIGDIAKGGYVLKDAADPQIILIATGSEVGVTMEAATALESEGLAVRVVSMPSTSYFDAQDKAYREAVLPASVPKLAVEAAHADYWYKYVGHTGGVVGMTTFGESAPGGALLKHFGFTAENIAQKAKALLA	PGPT0011200_4274	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
AK237_02677	1944			Retaining alpha-galactosidase	ATGAACAAACTTTACGCAGGGATATTACTGACATGTTTTTCGGCAAATGTGCTGGCTGCGCTGCCGGTCACGTTGAAAAGCCCCGATGGCCGGATCTCGGTGACGGTAGACAGTAAAGATAACAAGCCTGTTTATTCCGTTTCTTATCAGGGTAAGCCCTTTCTCGAAACATCAGAACTGGGATTGAAAACTTCACTGGGAGATATCTCAAAGGGGCTGACTTATCTTAGTCATGAAACCGCGAAGTACGATGAGCAATACACGATGCACAATGCAAAAGTAAGTGATGTGCATTATGTGGCAAATGGCATGACGGTGCGGTTTGCTGCTCAGCATGATCTCGCGCTGGATGTGGAATATCGTGTTTCAAATCGCGATGTAGCTTTCAGGTATCGTTTATCCGGGCCGGAAGATGTCACACGGGTGAAAGTAATAAGTGAAGCAACTACGTTCAATTTGCCTGATGATGCCACCACGTTTATTACGCCGCAGGCACTTCCAGAAACTGGCTGGATGCAAACCAAGCCAAGTTATGAAGAACCTTATACCTTTGATGAACCTGTTGGCACACCGTCTGCCAACGGTGTGGGGTATACGTTTCCTGCTTTATTTAAAAACGCAGATAAAGGTTGGATATTAATATCTGAAACTGGCGTAGATAGCCGGTATGTGGGCGCCAAACTGGGTGAAGGTAACAAGCAGGGTGTGTATCCCCTTGCCTTTCCTCAGGAGGGCGAAAACGCTGGAATCGGCGGGACTTATGCCGCGATGGCAGTGCCGGCCCAAACGCCTTGGCGAACAATTACCCTGGGTGACACCCTTGCCCCCATTGTCGAAACCACCGCGTCTTTTGATTTAGTCGCGCCTTACTACGAGCCGTCGGTGTCATATGAGATGGGCAGAGCGACGTGGAGCTGGATAGTCTGGCAGGATGACAGCATCAACTATGACGACCAGGTAGCCTTCATCGACCTTGCCGCGTCACTTCAGTTTGAATATGTACTCATTGATAACTGGTGGGATCAGCGTATCGGACGGGACCGTATGGAAAGTCTGGTGAAGTATGCAGCAAAGAAAAACGTGGGTGTTCTGCTGTGGTACAACTCCAATGGCTGGTGGAATGATGCACCCCAAACACCGCAAAACAGAATGAACACAGCGCCTGCCCGCAGAGAGGAAATGCAATGGCTGCAATCCATAGGCGTAAAAGGGTTGAAGGTTGACTTCTTTGGTGGTGACAAGCAGGAAACCATCAAGCTGTACGAGGATATCATTACTGATGCGAATGATTACGGGCTGACCATTACGGTGCATGGCAGTACCTTACCCCGAGGCTGGGAGCGGATGTATCCGAACTTCGTTACCTCTGAAGCGGTGCTGGCATCAGAGAACCTGGTATTTAATCAAACTTCTCTGGATCAACACGCCTACAATGCCACCATGTTGCCGTTCACACGAAATCCGGTGGCGGCGATGGATTTTGCGCCTGTGTTCTTTAATAAGCGTCTCTCCAGAGATCAAAAAGCCGGCACGATACGTTCGACCACCGATGCTTTTGAACTGGCAACGGGTGTGCTGTATTTCTCGCCGGTTCAGCATTTTGGTGTAACGCCCAATAATCTTGAGGAACAACCTGACTTTGTCATTGATGCGTTAAAAAGCATGCCTTCTGTGTGGGATGAAACGAAGTTTGTTTCCGGCGACCCCGGTAAGCATGCTGTTTTAGCCAGACGCCATAGCGATAATTGGTATGTTGCCGCTGTAAATGGAGAATCGAAAGCGAAAACGCTGGAAGTTTCACTACCGATGCTTAAAGGAAAAACGGTGCAGCTTATTTACGATAAACCTGACAACCGTGCCGGGCAGCGTGAAATAAAGGTGCCTGATTCCGGTAAAGTCAGTTTGGCATTGAATGCAGAAGGCGGCGCACTGATCGTTTATTAG	MNKLYAGILLTCFSANVLAALPVTLKSPDGRISVTVDSKDNKPVYSVSYQGKPFLETSELGLKTSLGDISKGLTYLSHETAKYDEQYTMHNAKVSDVHYVANGMTVRFAAQHDLALDVEYRVSNRDVAFRYRLSGPEDVTRVKVISEATTFNLPDDATTFITPQALPETGWMQTKPSYEEPYTFDEPVGTPSANGVGYTFPALFKNADKGWILISETGVDSRYVGAKLGEGNKQGVYPLAFPQEGENAGIGGTYAAMAVPAQTPWRTITLGDTLAPIVETTASFDLVAPYYEPSVSYEMGRATWSWIVWQDDSINYDDQVAFIDLAASLQFEYVLIDNWWDQRIGRDRMESLVKYAAKKNVGVLLWYNSNGWWNDAPQTPQNRMNTAPARREEMQWLQSIGVKGLKVDFFGGDKQETIKLYEDIITDANDYGLTITVHGSTLPRGWERMYPNFVTSEAVLASENLVFNQTSLDQHAYNATMLPFTRNPVAAMDFAPVFFNKRLSRDQKAGTIRSTTDAFELATGVLYFSPVQHFGVTPNNLEEQPDFVIDALKSMPSVWDETKFVSGDPGKHAVLARRHSDNWYVAAVNGESKAKTLEVSLPMLKGKTVQLIYDKPDNRAGQREIKVPDSGKVSLALNAEGGALIVY	PGPT0018560_2233	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES	CE-EPS-GLUCOSIDASE,PGPT0018560-malz-K01187	NA	NA
AK237_02678	2814	btuB_28		Vitamin B12 transporter BtuB	ATGCATTCAAATTTTTCTAAACGGAGTCTCGCAGTAAAAAAAATTTTTCCTTTGTCGTGTCTATCAATTGCTCTCGGATTAGGTTCGCCTCAAGCATATTCACAATCCAGTAGTGATAACGAAGTAGAGGTCATTGAGGTCAGCGGTATTCGCGGGAGCTTGCAACGATCTGTATCACTGAAGCGAAATGCTAACCAGATTGTAGACGCGATTTCATCGGAAGATATTGGTCAGTTTCCCGATACCAACCTGGCTGAATCTTTACAGCGTATTTCCGGGGTCGCTATCGACAGAAGTGGTGGTGAAGGCCAGTCAATCACGGTCAGAGGTTTCGGGCCGGAATTTAACACAGTTTTGCTAAATGGTCGCAGACTGGCTTCCGATACCGGCGCAAGATCCTTTAATTTTGATGTGTTGCCCGCAGAGTTGGTTTCTGGAGTCGAAGTTTACAAGTCTCAACCTGTTCACTTAGACGAAGGGGGAATTGGCTCCACAGTAGTAATGAGAACACCCCGCCCGCTTTCATTCGATGGCTTTAAAGCCGTAACGTCGGTAAAAGCCCAGTATGAAGAATTATCGGGTAAAACGAGCCCCCAATTTTTCGGCATGGTCAGTGATACGTTTCTCGATGACACCTTTGGCGTACTTTTTTCACTTACCCATCAACAGAGAAAAAATAGCATTAACCGGATTTTGACTGATGGCTATCTTGTTCTAAATCGCGATGACATGACCAATATTGCCGGTGACTTAGCATCACAAGGGTACTCAGCGGATGAAGAGTTTTTCTTTCCCCAGAACCTTAATATCAGTCCTATACAAGAGAAGCGGGAACGTACGACGTTCAGTACAACCTTCCAATATCGCCCTTCTGAGGATCTTGAATTTACACTGGACGGTATGTACAGCGATTTTGAAGTGCGATCTGAAACAAGTAACGTGGGGGTGTATTTCACGCCAACATTAATCTCTGATGCTACATTCGATGAAAACAATGTGGCAACAAGTGTTACGGAGAATCGTAATGCGGACACCACAGAAGCAACCTTACACCGGCCTACTAATCTTTATGCGTTAGGGTTTAATGCTTCATGGTGGGCGCGCGACAATTTGAATGTCGAGTTCGATACATCATGGTCTAAGGCAGATTCAGGTGGTGCCGAAAACACGGACGTGGTTGTTGCGGGTATTGGCATCCTGGACGAAAATTTTAGTACTGTGTCTTACGATGAAAATGGCTATCCCACCGTTAGCGGTATAACTGATGCACAGTTAACCGACCCGAGTTTGGCAAGGGCTCACTTCACGCTAAGAGGTACAGGGGGAGGGGTTTTCGGTGGTGGTCAGGACTTCGAAGATGAAATCTTCCAACAACGTATAGGCGCAAAGTGGACGCCTGATTTTGAGCACTTAATCGAAGTGTCATTCGGTGCGCAATACTCTAAGCAAGACCAATCACTAACCGTAAGGCTCTCTCAGGATAATGTGCTTTGTGCGTATTGTGGCTTTCTGGTTGATGTGCCTGACTCTTTGCTTTCGGTCACAAGTATAGACGGTGATTTTTTAGGAGGCGTAGGTAACTTACCTTCCAGTTGGGCATCGTTTGATATTGATGAAATGATTGATTACTTAGAGTCTGACGAGGCTATGACAGCCAGAGATGAAGCGTACGGTTTAGCGCCCGGTACAACCGCAAGTCTATTTGCTGAGAGTAATGGTTTTGCACTGGGAGTACGTCCCACGTCCTCGAAAGTAGAAGAAGAAATCATGTCAGCTTATACGAACCTGGTATTTGAAGGTGAATGGGGAGGGTTGCCCTGGGTTTGGAATGCCGGAGCCAGGTATGTGCATACAGAAACTACAGCCATTGGCGTTTCTCAATTACTTGAGGATTTAGTTTTTGCCGCAGCAGATCTCTATACGCCAGTACTTTCCGGTGAAGAGGAAGTATCTCAAACGAATAAGCACAACTACTTTTTACCAAGTACTAATCTCAGGCTGAATTTTACTGACGAACTGGTTGGCCGGATAGCTTATTCAAAAACACTGACAAGACCTCCTCTTGGCTCACTGTCGCCAAGAACAGTAATTGGCTCAACGCGCCCCGGAAACTTATCAGCCTCCAGTGGTAACCCGGATTTGAAGCCGTTTGTGGCCGATAACTTTGACGTTTCTTTAGAGTGGTATTTCAGTGAAAGTGGATACCTCACCGCCGGGTATTTTAAAAAAGACGTTCAGAACTTTTTGGTGAGTACTGTTGAGAACAGAGCGTTCTCTATTGTTGACTCGCAGAATCTGTTTGAAGGCGATCCCGTCTTTGAGGTGAGTTTGGTCGATAATCTTGAAGAGGCTAGCGTAGATGGCCTCGAGCTGGGCGCGCAATATACATTTGATACTCTGCCTGGCTTCTGGAGTGGTTTCGGTGTCACCGCGAATGCAACTCTCGTTGACAGTAATGCTGAGTTGGACGTCGATGATACTACGCAGACATTTGCGCTTGTTGGTTTGGGTGATACCTATAACTTCATTCTTTTCTACGACAAAGGACCTTATCAGGCTCGTGTTGCGTGGAATCGTCGCGATCGCTTTCTTCAAACTGCCCGGGGCTTTGGAGGTGAACCCGCCTATGTCGCTGAGTATGACCAGATAGATATCAGGTTAAGCTACAACCTGACCGAAGATATGCAGATATTTCTTGAAGGGATAAATGTCACAGATGAAATGACAAGAAAAGAAGGCCGTTATTCCAATCAGATTTTACTACTCGAAGAAACTGGTCCCCGATACACAATGGGTATAACAGCATCTTTCTAG	MHSNFSKRSLAVKKIFPLSCLSIALGLGSPQAYSQSSSDNEVEVIEVSGIRGSLQRSVSLKRNANQIVDAISSEDIGQFPDTNLAESLQRISGVAIDRSGGEGQSITVRGFGPEFNTVLLNGRRLASDTGARSFNFDVLPAELVSGVEVYKSQPVHLDEGGIGSTVVMRTPRPLSFDGFKAVTSVKAQYEELSGKTSPQFFGMVSDTFLDDTFGVLFSLTHQQRKNSINRILTDGYLVLNRDDMTNIAGDLASQGYSADEEFFFPQNLNISPIQEKRERTTFSTTFQYRPSEDLEFTLDGMYSDFEVRSETSNVGVYFTPTLISDATFDENNVATSVTENRNADTTEATLHRPTNLYALGFNASWWARDNLNVEFDTSWSKADSGGAENTDVVVAGIGILDENFSTVSYDENGYPTVSGITDAQLTDPSLARAHFTLRGTGGGVFGGGQDFEDEIFQQRIGAKWTPDFEHLIEVSFGAQYSKQDQSLTVRLSQDNVLCAYCGFLVDVPDSLLSVTSIDGDFLGGVGNLPSSWASFDIDEMIDYLESDEAMTARDEAYGLAPGTTASLFAESNGFALGVRPTSSKVEEEIMSAYTNLVFEGEWGGLPWVWNAGARYVHTETTAIGVSQLLEDLVFAAADLYTPVLSGEEEVSQTNKHNYFLPSTNLRLNFTDELVGRIAYSKTLTRPPLGSLSPRTVIGSTRPGNLSASSGNPDLKPFVADNFDVSLEWYFSESGYLTAGYFKKDVQNFLVSTVENRAFSIVDSQNLFEGDPVFEVSLVDNLEEASVDGLELGAQYTFDTLPGFWSGFGVTANATLVDSNAELDVDDTTQTFALVGLGDTYNFILFYDKGPYQARVAWNRRDRFLQTARGFGGEPAYVAEYDQIDIRLSYNLTEDMQIFLEGINVTDEMTRKEGRYSNQILLLEETGPRYTMGITASF	PGPT0003790_2768	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0003790-hutA|fatA|fct|foxR-K02014	NA	NA
AK237_02679	183			hypothetical protein	ATGATTTCAGTAAAATTACTAATTTCAGGTTCTGCTGTGGGGTTTGCTGCATTAACAACATCGCTCATGATGCTGGTAACGCAAGTTGGTCCTTACGAAATAGGAGCTCTGTTTGTGGTGAATGTGTTATTTTTTACCCTGAATAGCCTGCTAATTACCCGAACTAAAAAGTCGTGTCTCTGA	MISVKLLISGSAVGFAALTTSLMMLVTQVGPYEIGALFVVNVLFFTLNSLLITRTKKSCL				NA	NA	NA	NA	NA
AK237_02680	873			IS1595 family transposase ISBsp7	ATGGCAGGACGAGATATTTTTGCGTTGGCTATTTTAGGTGCCATTTGGGGTGGATCGTTTATTTTCATGCGAGTAGCGGCACCAGAGTTTGGGGTATTTGCCCTTGTTGAAGTGCGTACCGTGCTAGCAACACTCATCATGTTACCCTTTCTGATGGCTGTTGGAGGGTGGCGGGATATTCGCAAATACTGGTGGCAGATTGCGTTCATCGGGTTGGTAAATACCGCCGTTCCTTTTGTATTATTTAACTACAGTAGCTTATTTCTCGAAGCCGGTATCAATGCCATATTAAATGCGACCGCTCCTATGTTTGGCGCGTTAGTCGCCGTACTGTGGTTAGGTGATAAACTGAAGGTGTCTTCTGTTGTGGGTTTGGTTGTTGGTTTCGTAGGTGTGATGGTATTAAGCGCACACAAGGTAGGGCAAGGACATGTGAGTATTTTACCAATTCTTGCCGCGTGTACAGCGACAACCTGTTACGGTGTTGCAGCCTGTGCCATGAAAAAATGGTTAGGGGGCGTTCGGCCATTAGTTGTCGCCACAGGAAGTCAGGTTTTCGCCTCGCTGTTCTTATTGCCATTTTCTCTGGCAACGTTGCCCAACACCATGCCTTCTGGGGTGGCTTGGATAAATGCCATTGCATTGGCTGTAGGCGGCACTGGTATCGCTTACTTACTTTACTTCCAGCTAATCGCACGGGTGGGGCCGGCGAAAGCTATCACTGTCGGCTATCTCGTGCCGTTGTTCAGTATTATTTGGGGCGTATTGTTCTTAAGTGAAAAATTATCGCTTCAAACCATGACGGGCGGCGCACTCATACTCTTCGGGGTAGCATTGACTACTGGCGTGCTGGCACGGATGAGAAAGGAGTAG	MAGRDIFALAILGAIWGGSFIFMRVAAPEFGVFALVEVRTVLATLIMLPFLMAVGGWRDIRKYWWQIAFIGLVNTAVPFVLFNYSSLFLEAGINAILNATAPMFGALVAVLWLGDKLKVSSVVGLVVGFVGVMVLSAHKVGQGHVSILPILAACTATTCYGVAACAMKKWLGGVRPLVVATGSQVFASLFLLPFSLATLPNTMPSGVAWINAIALAVGGTGIAYLLYFQLIARVGPAKAITVGYLVPLFSIIWGVLFLSEKLSLQTMTGGALILFGVALTTGVLARMRKE				NA	NA	NA	NA	NA
AK237_02681	453	ogt	COG0350	Methylated-DNA--protein-cysteine methyltransferase	ATGTTTAACGAAATAATGTCCAGTCCTTGTGGCAACGTGGAAGTATTAGCCAACGAGCAGGGTATTACTGCCATTCGATTTGTTGAGTTGGCTACCAACGTCCAGCCTACCTCGGATATTACGGCATTGGCGTGTCAGCAATTGGCCGAGTATTTTGCCGGGCAGCGACATGTGTTTGATTTACCGCTGGTGGCGCAGGGAACGGCTTTTCAACAGCAAGTGTGGCAAGCGCTACTTACTATTCCGTATGGCGAGACACGCAGTTATCGCGATATTGCTATGGCGATAAATAATCCCAAAGGGGTAAGAGCAGTAGGGCTGGCAAACGGCAAAAACCCGCTATCTATTGTGGTACCGTGCCACCGTGTTATAGGGGCTAATGGCACATTAACGGGCTACGCGGGTGGCCTTGAAAGAAAAGAGTTATTACTTAGGCTTGAGGGAGTGTTGTAG	MFNEIMSSPCGNVEVLANEQGITAIRFVELATNVQPTSDITALACQQLAEYFAGQRHVFDLPLVAQGTAFQQQVWQALLTIPYGETRSYRDIAMAINNPKGVRAVGLANGKNPLSIVVPCHRVIGANGTLTGYAGGLERKELLLRLEGVL	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
AK237_02682	1443	alkA	COG0122	putative bifunctional transcriptional activator/DNA repair enzyme AlkA	ATGGTCGTCGCAATTCACGAGGCAGAACAATTAGCGCGTTATCGTCAGGCACGCTTGTCGCGGGATGGACGCTTCGACGGGCAGTTTTTTGTAGCCGTAAAATCGACAGGTATTTTTTGCCGGCCGATTTGCCCCGCCAGACTCCCTAAAGAAGAGAATGTCGATTATTATCAACATGCAACACAAGCAATACACGCAGGGTTCAGACCCTGTCTGCGTTGTCGTCCTGATAGCGCTCCTGCCTCTCATGCCTGGAATGGTGTAAACACTACCGTAGCCAGAGCTGAAGCGCTGTTAAGTGAGATACCGCCTAAGCCAGTAAGTCGTGTAGCGGCAAGGCTGGGAGTATCTGAGCGTTATCTGCACAAATTGATGCGTGATCGTGTGGGTATGTCTCCCAGTCAGTGGCAGAAGTACCAGCAATTATTATTTGCAAAGCGCTTATTACAGCAATCTTCACTGCCCGTCGACGGTGTGGCTACCGCCTCAGGATTTGGTTCTGCGCGTCGTTTGCAAAGCGCAATGAAAAACCTGTGGGACATATCTCCTACGCAGTTACGAAAGGGGAGCTTGCCAAAGCAATCAACGACGCCTGTCATACAGGTTATGTTGTACTATCGCCAGCCGTACAATTGGCCATTCGTTCGTGACTTTTTATTGCGCAGGGCCATTCATCCCGTTGAGGACATATCAACTAACAAGTATCGCCGCATTTTCAATGGAGAAGCCTGTCAGGGGGTTGTAGAGGCGGAGCATCAGCCAGAAAAATCTGGTTTCTCGGTTTCTCTCACCATTGATGAATTAAGTGGGGCGCGGGCGATTTTAGATAATTTATGTCGGGTGTTGGATTTACACGCTGACCCTCAGCTAGTCGAGCGAGCATTACTTAATGCAGGTATTGCGCAACGTCAGATTTTACCGGGTATCCGTTTGCCCGGAGTCTGGAATGCGTTTGAAGCAGGCTGCCGCGCTGTATTAGGGCAGCAAGTTTCCGTAAAAGCAGCCATTAATAATGTCATGAAACTGGTGGCTCATTTAGGCGAGAGCACGCCTTTTGGTCTTGCATTTCCTTTACCCGACGCGGTGGCAAATGATGAACTGGCTTTCCTGAAAATCCCTGGAGCACGTAAACAGGCACTGCGTAATATAGCGGCTTTTTATGCCACAAAAGCACGGCGAGAGGATGCCTATTCAGGTGTTGATAGTTGCGATGTAAGCAATCAACTGCTGGCATTAAAAGGGATTGGTCCGTGGACGGTAGATTACTTAATGATGCGGGGTGAAAGCGATCCCGACAGGTATTTAGAGGGAGACTTAATTGTCAGGCAAGTGGCAGAAACCATGACGTTAACGCCAGCAAAATCCGCGCCCTGGCAGAGTTATCTCACACTGCAGTTGTGGTATTTGGCGGATAAATTGAAAGAGGATGCGTCCCATGTTTAA	MVVAIHEAEQLARYRQARLSRDGRFDGQFFVAVKSTGIFCRPICPARLPKEENVDYYQHATQAIHAGFRPCLRCRPDSAPASHAWNGVNTTVARAEALLSEIPPKPVSRVAARLGVSERYLHKLMRDRVGMSPSQWQKYQQLLFAKRLLQQSSLPVDGVATASGFGSARRLQSAMKNLWDISPTQLRKGSLPKQSTTPVIQVMLYYRQPYNWPFVRDFLLRRAIHPVEDISTNKYRRIFNGEACQGVVEAEHQPEKSGFSVSLTIDELSGARAILDNLCRVLDLHADPQLVERALLNAGIAQRQILPGIRLPGVWNAFEAGCRAVLGQQVSVKAAINNVMKLVAHLGESTPFGLAFPLPDAVANDELAFLKIPGARKQALRNIAAFYATKARREDAYSGVDSCDVSNQLLALKGIGPWTVDYLMMRGESDPDRYLEGDLIVRQVAETMTLTPAKSAPWQSYLTLQLWYLADKLKEDASHV				NA	NA	NA	NA	NA
AK237_02683	1164	ampC	COG1680	Beta-lactamase	TTGGTTATAAGCCTGACAAAATTGGTTTTCAAGATATGCCTGGCAATCATGCTTGGATGCACGTTCATTTCTCAAAGCCTGGCGGCCGAAGCATGGTTGGACGACTACGCCCGCTATGTGAAGCGGGAAGCCATTAAATATAATGTTCCCGGGTATGCATTTGTGTATTACCAACAAGGTGAAACCCCGAAAGTCTACGTGTTCGGGCGCACCCACAGCAATGGCAAAATGATTGATGAAAACACGGTTTTTCGCCTCGCGTCCGTATCGAAATCTTTTACTTCGCTGTTAATGGCAAAGCTGGTGCAGCAGGGCAAGATGCGATGGGATATGCCCATCAGTGAACTGGTACCAGACATTCCCTTCACAGGTCAGGGCATGAACGCTCTGGCGCTGCAAGATATCGTAAGCCAGTCCAGTGGTTTCATGCCCAACGCGTACGATAATCTTATTGAAGCTGACTATTCATTAGAGCGGGTGCTGCAACAGTTGTCGATTCTGGAACCACTGTGCGCGCCAGGCGCTTGTTACACCTATCAAAACGCCATGTTTGGGGCGATATCTTATTATCTTGGGTTACAAAATACGTCATACCACCGCCAACTCGACGAGCAGGTATTCATTCCACTGGGCATGAAAACCGCCAGTGTGGGCAAAGCGGCTTTGATGGCGTCCGATAGCTGGGCCAGGCCACATATTGCCATTGCTCGAAATAAATGGCGCGAAGGCATGGTAGAGAGTAACTATTACCGGTTTGCTCCAGCTGCTGGCGTTAATGCCAGCATCAAAGATATGACTGTTTATCTACAGGCCATGCTGGGGGAATTTCCCACTGTCGTGCCGCCTGAACTTATTGAAGACATTACTACACCGGTAGTAAAAACCAGTCGGGAAGTTTATCGCCGTGGCTGGCGCGCGCATTTAAACAGCGCGTTTTATGCCAAAGGGTGGCGCATATACGACTTTGACGGTAAACGGCTTAATTATCACAGCGGATGGGTAAAAGGTTACCGGGCCGATGTGGCGTTCTCGCCAGAATATAAAGCGGGTTACGTCATGCTGATGAATGCCGAATCCAACATGATTAATTCAACAACGGCGGAGTTTTGGGCTCGCTACTTCGAGCAGGCCGACGAGAAAAAAGCAACGGCCCGGACAGAGTAG	MVISLTKLVFKICLAIMLGCTFISQSLAAEAWLDDYARYVKREAIKYNVPGYAFVYYQQGETPKVYVFGRTHSNGKMIDENTVFRLASVSKSFTSLLMAKLVQQGKMRWDMPISELVPDIPFTGQGMNALALQDIVSQSSGFMPNAYDNLIEADYSLERVLQQLSILEPLCAPGACYTYQNAMFGAISYYLGLQNTSYHRQLDEQVFIPLGMKTASVGKAALMASDSWARPHIAIARNKWREGMVESNYYRFAPAAGVNASIKDMTVYLQAMLGEFPTVVPPELIEDITTPVVKTSREVYRRGWRAHLNSAFYAKGWRIYDFDGKRLNYHSGWVKGYRADVAFSPEYKAGYVMLMNAESNMINSTTAEFWARYFEQADEKKATARTE	PGPT0028115_663	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-BETA-LACTAM_RESISTANCE,PGPT0028115-ampC-K01467	NA	NA
AK237_02684	1917	speA	COG1166	Biosynthetic arginine decarboxylase	TTGGCTGAGTGGAGCATCGAAGAAGCGGAAAAATTGTACGGCGTCTCACGTTGGGGCGGCGGTTACTTTACCATTGGTGACAACGGTAACGTGCATGTTACTCCTGTCCCCTCTGATCCTAGCATTCGAATTGATTTTAAAGCGGTAATTGACGAAATACGCGAAGAAGGTGTGCAGTTCCCTGTGGTGGTGCGATTCCACGATGTATTGCGTTCTCAGGTAGCGAACTTAAATACCATTTTTCGCAATACCATTGCCGAAGCAGAATACAACGGTGAGTACCAGGGTGTTTATCCGGTTAAAGTAAACCAGATGCGCGAAGTGGTTGAAGAAATCGTTGATGCTGGCGAACCGTTCAATTATGGCCTGGAAGCAGGCTCTAAAGCTGAGCTGATCACTGTATTGGCGTTAAATACCAACGAAGAGTCGCTGACGGTATTAAACGGCTATAAAGACGAAGAGTTTATGAAGCTAGCCCTTTTAGGGCGTAAGCTGGGCCGCCGCATCGTGGTGGTTATCGAGAAGTACTCAGAACTGACGCTGTTGGTAAAAACTGCGAAAGAGCTCAACATTGACCCCATTATCGGCATGCGCTCGAAAATGACCGTTAAAGGCCGTGGAAAGTGGGAAAGCTCCGGCGGAGAGAGAGCCAAGTTCGGTCTGACTATCGCTGAAATCTTAAAAGCAGCCCGCTACCTGCGCGAAGAAGGTATGGAGCATTGCTTTAAGCTGCTGCATTTTCATATTGGCAGTCAGCTGACGGATATCCGCTCAGTAAAAGAAGCGATGACCGAAGGCGCGCGAATTTATGCTGAACTGCATAAGTTAGGTTTCCCATTGGATTACGTTGATGTGGGTGGCGGTTTAGGTATCGACTATGACGGTAGCGCATCGACCAACGAATCTTCACGAAATTACAACATGCAGGAATACGTTGCTGATGTTGTATATGGCATGAAAGAAGTGTGCGATTTAGAAGGCGTGCCGCATCCGAACCTGGTGAGCGAGAGCGGCCGGGCTATTACAGCGCATCACAGCTGTGTAATCACAGAAATTGTGGGTGAGATCCGCTCGGATATGGCGGAAGTCGATGTATCGCCGGTAGAAGACGAGCATGTGTTCGTGAGTAACATCCGTGAGCTGTCAGAAACGTTTGACGAGCAAAAGAACATGCAGGAAGTATTTAACGATGCTTCCCAGTGGAAAGAACAAGCGATGGATGCGTTTAAGCTGCGTGTGCTGACGCTGGATGAGCTGGGTAAAATTGAAACGCTCTACTGGCGCATTATGACACGCTTAAAAGCACACTATGCTAAGGCCGATTATGTGCCTGAAGAAATTCAGGGGCTGGATTACAGTTTATCGTCGCAATATCTGGCAAACTTCTCGGTATTCCAGTCCGCAGCTGATACGTGGGCAATCGACCAATTGTTGCCGGTTGTGCCAGTAACGCGCATGAACGAAAAACCTGATGTAAATTGTTCACTGGTGGATATTACCTGTGACAGCGACGGTAAAATTGACCAGTTTACGGTAGGACGTGAAATCACTGATATACTGCCTATGCACAAGCTGAAAAAGGACGAGCCATATTATGTTGGCCTGTTCCTGACAGGCGCATACCAGGACGTGATGGGTGATATGCATAACCTGTTTGGTCGCTTAAACGAGGTGCATATCTTCAGTTACGACGACGATCCACAAGATTTCTACATTGAAGAAGTAGTAAAAGGTTCGTCGGTTCAGGATGTGCTTGAAATCATGCAGTACAACCCCAGAGCGATGGCATCTGATGTGAAGCGAATGATTGATCGCCAAATTTCCAGTGGTAACTTAAATCCTCGCGAAGCGGTAAAATGGACCGACTTTTATGAGAATTGCCTAAGTGGGTATACGTACATGAAGACGCGCTCTTAA	MAEWSIEEAEKLYGVSRWGGGYFTIGDNGNVHVTPVPSDPSIRIDFKAVIDEIREEGVQFPVVVRFHDVLRSQVANLNTIFRNTIAEAEYNGEYQGVYPVKVNQMREVVEEIVDAGEPFNYGLEAGSKAELITVLALNTNEESLTVLNGYKDEEFMKLALLGRKLGRRIVVVIEKYSELTLLVKTAKELNIDPIIGMRSKMTVKGRGKWESSGGERAKFGLTIAEILKAARYLREEGMEHCFKLLHFHIGSQLTDIRSVKEAMTEGARIYAELHKLGFPLDYVDVGGGLGIDYDGSASTNESSRNYNMQEYVADVVYGMKEVCDLEGVPHPNLVSESGRAITAHHSCVITEIVGEIRSDMAEVDVSPVEDEHVFVSNIRELSETFDEQKNMQEVFNDASQWKEQAMDAFKLRVLTLDELGKIETLYWRIMTRLKAHYAKADYVPEEIQGLDYSLSSQYLANFSVFQSAADTWAIDQLLPVVPVTRMNEKPDVNCSLVDITCDSDGKIDQFTVGREITDILPMHKLKKDEPYYVGLFLTGAYQDVMGDMHNLFGRLNEVHIFSYDDDPQDFYIEEVVKGSSVQDVLEIMQYNPRAMASDVKRMIDRQISSGNLNPREAVKWTDFYENCLSGYTYMKTRS	PGPT0007770_546	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
AK237_02685	1533	oprM_2	COG1538	Outer membrane protein OprM	TTGTTAGACGGAACGTTTCACTTGATCAAAACTAAACTGTTCAGTACACTTCGCAAAGTTTATAAAATGGTCCCTTCTATGATACGCCACCTTCTTACCCTTTCTGCTTTTATTACGTTGCTAAGTGCCTGCGCCTTCACGCCTGATAACAATGTTGCGCTATCAATCAGCGAGGATATCAATCCTTCACTACTTCATACGAATCTGGTGAGCGAACAGGTACCGGACAGCACCTGGTGGAAACAGTTTAATGATCCTCAACTCAATCAGCTTGTTAACGCAGGCTTTGCCAGTAACACAGAATTGAAAACTGCATTTCTACGCATCGAAGAAAGTCGTGCCCGATGGGGTGTGGTGGCATCAGCAGACTCCCCCACACTAAGTGCAAACGGAAGCTACAACCGACAAGCCCTCAGTGCGAACTCTCCACTTGCGCGCCTGGGTGCGCCATCATCGGCGATAAACCAATGGCAAGCAGGTGTTTCAGCCAGTTGGGAACTTGATTTCTGGGGCTACCAAGCCCAGCTGAGCCGTGCCGCGGAAAATAACATGAGAGCCATGGAATACACTGCTGAAAGTGTGCGCGTAGCGTTAGCGGCAGAGATCACCAGCCATTATTTGCAACTCAAAAACAACCAGATTCAGCAGGTCCTGATCGAACAACAACTTTCCCTACTGGACAACCAGATCGACTACGTCACGAGTCAGGTTAGAAACGGAGCTGCGTCACAAGATGCTATAAAGGCCATTGAAGCATCGAGATTGGCGCTGGCACGCCGCCTTCCTGATCTTAAGCAAACCGCCCACAGCATTGAAAACCAGCTTGCTTACCTTATCGGCAAGCCACCAGGCTCAGTAACTCTGCCCATGCCTCAGCCCGCGTTGTTAACACGTGCACTACCCACATTCGATGGCGATATCAGGATGGGTGTACCTTCCGATATTCTGCGTCACCGTCCGGATATTCTTGCTGCCGAGGCAAAGTTACAAAGTGCACTTGCAAACCAATTAGCTGCCAAAGCCGATTTTTATCCGCGAGTGAGCTTAAATGGTAATCTTGGTCTGTTAGCGTTTTCCCTCAGCGATTTGGGCAGTTGGGATTCTCGCTTTTTTAATATTGGCCCCACCTTCCATTTACCGATATTTGACGGCGGTCGTCTTGAACAAACATTAGCGTTGACAGAGGCGACCCAAAAGCAAGCCGCAACGGCCTACCGCGATACCGTGCTTCGCGCTTTTCATGAAACAGATAATGCCCTGTCAGCTATCACGCAAGCCAATGCCAAATTGCGGCTTTCGAAGCAGCGCCTGCGAACCTGGGATACGTTAGTCGAAAGCACAAAACACAGGCTCGCGCAGGGTACGGCCAGCAGTCTTGATCTCGTCATCGCTCAGTTATCACAACTACAAGCAACCAACGACTATATTTCTGACAACATAGCAAGCCAGATGAGTATCGTGAGTTTGCAACGCACTGTAGCTCGTAGTACGACTGTGGCGGGCAGCGATAGTTACCAAGCGGGAGCCCTTTAA	MLDGTFHLIKTKLFSTLRKVYKMVPSMIRHLLTLSAFITLLSACAFTPDNNVALSISEDINPSLLHTNLVSEQVPDSTWWKQFNDPQLNQLVNAGFASNTELKTAFLRIEESRARWGVVASADSPTLSANGSYNRQALSANSPLARLGAPSSAINQWQAGVSASWELDFWGYQAQLSRAAENNMRAMEYTAESVRVALAAEITSHYLQLKNNQIQQVLIEQQLSLLDNQIDYVTSQVRNGAASQDAIKAIEASRLALARRLPDLKQTAHSIENQLAYLIGKPPGSVTLPMPQPALLTRALPTFDGDIRMGVPSDILRHRPDILAAEAKLQSALANQLAAKADFYPRVSLNGNLGLLAFSLSDLGSWDSRFFNIGPTFHLPIFDGGRLEQTLALTEATQKQAATAYRDTVLRAFHETDNALSAITQANAKLRLSKQRLRTWDTLVESTKHRLAQGTASSLDLVIAQLSQLQATNDYISDNIASQMSIVSLQRTVARSTTVAGSDSYQAGAL				NA	NA	NA	NA	NA
AK237_02686	1605	emrB_1		Colistin resistance protein EmrB	ATGTCGGCAACGGCCCCTGCCATGAACGTTCCTGCACCCTCAGCAAATCCCGGTGCACCGGCACAGGCAACGGGGAAGCCCCCGGGGCCACCTCCCGGGCCGCCATTCGGTCCGCGTTTAGCATTGGGTTTGCTAGGTATATTACTGGCCGCCATGGTTTCCGGCCTGAATAACCGCGTGGTTGGTTTAGCACTGACTGATATTCAGGGTGCCATGCATCTCACTCACGACTCAGCCAGCTGGCTAAATGCGCTATACGCAGCCGGTGAACTTGCTGCGATGCCATTCTCCTGTTGGTTTGCCATTACCTTTTCTCTTCGGCGTTTTCACCTGACCGTACTGCTAGGATTGGTGTTTGTAGGAGCGTTGCTGCCGTTTATTGCCAGGCCTGAGTGGCTGTATGCATTCAGACTTATCCAGGGTGTATTTGCTGGCGCATTAATTCCCTTGTTAATGATGTCTGCCTTGCGATTTTTACCGCCACCCATTCGCCTTCACGGTCTGGCGCTTTACGCATTAACCGCCACGTTTTCACCGAATGTGGCACTATGGCTTACGCATTTTTTGCTAAATGAAACCGGCGACTGGCGGTGGGTATTCTGGCAAGTTGTACCACTTGGCTTGGTTGCCGCCGCACTGGTGTATGTGGGTATTCCTAAAATGCCTCTTGCATTGCCTCGCTTAAAGCAAGGTAATTGGCTTGGCATGGCATTAGGTGTTCCAGGACTTATATTGCTGGGCACCGCGCTGGGTGAAGGCACAAGGCTAGACTGGTTAAACTCTCCTGTAATTTGCGCCCTGCTTATTGGCGGTAGCGGATTAACCGTACTTTTCTTAGTGACAGAGTGGTTTCACGGCACGCCTTTTATGCGCTTACAACTACTCGAACGTCGTAATTTAGGGCTAGGCTTCAGCGTATTCTTTCTGATGCTAATTGCAATGACAACGGCTGTGGGGTTCCCGGCAATGATCATGGAGCGACTGCACCAATTCAAGGTCGAGCAAGTCTACGCGCTTGGTGCAATCGTCGGCCTCCCGCAACTCGTTTTGGGTTCTTTAGTTTCTATTTTGCTTTATCAAAAATGGGTAGATGCCAGAAAACTCTTCGCCCTGGGGCTGGCTTTAATGGCCACGGCTTGTTGGCTTACTACCGATATTGATGCGACGTGGAAGCCTGAGCAATTTGTTCTCATTCAATGTATTCATGCGTTAGGACAACCGCTCGCTGTTGTGTCGCTGCTGTTCTTAGGCACCAGTTCAGTTGCGCCGATGGAAGGGCCTTTTGTGGCAGGTATCATCAATACGCTCAGAGCGTTGGGCACCATGCTCGGCACCTGTCTGTTAGGTCAGTTTGTGTATGACAATAGCAGGCAAAACGTGGTGTATCTGGCCGATCAGGCCTTTGGCTCAGCAAACAAGGTGGTTACCCCTTCTATCGACCTGCTGTCTCAGCTCGCCCCCCATGCATTGGCGTTAAGTGCAGCAGACGTTTTTCGCTTTTTCACCCTTATTTTTATTGCATTAATTCCGGTAGTGCTATGCCTGAAGTTTATTCCGGCTCCCCATGTACCTAAACCTTCAGAGACTCAAGCAAAACACTCATGA	MSATAPAMNVPAPSANPGAPAQATGKPPGPPPGPPFGPRLALGLLGILLAAMVSGLNNRVVGLALTDIQGAMHLTHDSASWLNALYAAGELAAMPFSCWFAITFSLRRFHLTVLLGLVFVGALLPFIARPEWLYAFRLIQGVFAGALIPLLMMSALRFLPPPIRLHGLALYALTATFSPNVALWLTHFLLNETGDWRWVFWQVVPLGLVAAALVYVGIPKMPLALPRLKQGNWLGMALGVPGLILLGTALGEGTRLDWLNSPVICALLIGGSGLTVLFLVTEWFHGTPFMRLQLLERRNLGLGFSVFFLMLIAMTTAVGFPAMIMERLHQFKVEQVYALGAIVGLPQLVLGSLVSILLYQKWVDARKLFALGLALMATACWLTTDIDATWKPEQFVLIQCIHALGQPLAVVSLLFLGTSSVAPMEGPFVAGIINTLRALGTMLGTCLLGQFVYDNSRQNVVYLADQAFGSANKVVTPSIDLLSQLAPHALALSAADVFRFFTLIFIALIPVVLCLKFIPAPHVPKPSETQAKHS	PGPT0029220_245	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
AK237_02687	1041	emrA_1		Colistin resistance protein EmrA	ATGAAAACATCTACACGAAATATTTTAATTATCCTTGTTGCGATACTTGTCGTTGCCATGGCATGGACAGCACTCACCAGCACTCCCTCTGATGACACAATTCAGAAAACGGATGATGCATACCTACGAACACATTTTACCGATGTATCACCTCGTATTGCGGGACAAGTGTCTGACGTAGTGGTAGCCGATTACCAACAAGTCAGGAAAGGTGATCTACTGTTCGCATTCGATAATCGTCAACAGCAAGCCAGTTTGCTCGCTGCTCAGGCCAGCTTGGCCAAAGCGCAAGCCACGGTTGAAAGGCTGTCAGCAGAGTTACGAAATCAGTCAAATCAAATTGATATCGCGCGCAATGCTGTGACTACGGCGCAGGCACGTTATACATTAGCAAGCGCGGATGCCGAACGTTATCAAAACATGGAAAACGACGGTTCAGGCACGCGCCGCGCAAGTGAAAATGCCAATAGCGTACTGGTTGAAGCGCGTGGTGCGGTAAAAAATGCAACGCTAACCCTTAATGCAGAAGAAGAAAAGTCGTCCATTATCAAAGCCAGTATTGCCGAAGCGAAAGCGCTGGTGGAGCTTTCACGCGCAAACCTGGAGCAGGCTCAACTTACACTTTCCTATACGCGTGTAACGGCACCTGTTGATGGAGTGGTAGCACAACGAAAAGTAAGGGAAGGCGGCTATATACAAGCAGGTCAGGCAGCCTTAACGCTCGTTCCACAAAATGATTTTTACGTTGAAGCGCATTTCCTGGAAACGCAGATTGCCAACATGCACCGTGGTGACAAAGTGTCCATTCACTTCGATGGACTACCCGACAGCAATTATACCGGTACGGTAGCGAGCTTCGGGCCAGCATCAGGGTTGAGCTATTCCCCCGTTGATCCTATCAACGCGACGGGTAACTTTACTAAAATAGTGCAACGTCTGCCCGTTAGACTCCAATTCGACGTGCCAGCTAACGACCTGGAACGCCTGCGAGCGGGCATGTCTGCGGTTGTCGAAGTCACAACTGGCCAGGTAAAAGACTAA	MKTSTRNILIILVAILVVAMAWTALTSTPSDDTIQKTDDAYLRTHFTDVSPRIAGQVSDVVVADYQQVRKGDLLFAFDNRQQQASLLAAQASLAKAQATVERLSAELRNQSNQIDIARNAVTTAQARYTLASADAERYQNMENDGSGTRRASENANSVLVEARGAVKNATLTLNAEEEKSSIIKASIAEAKALVELSRANLEQAQLTLSYTRVTAPVDGVVAQRKVREGGYIQAGQAALTLVPQNDFYVEAHFLETQIANMHRGDKVSIHFDGLPDSNYTGTVASFGPASGLSYSPVDPINATGNFTKIVQRLPVRLQFDVPANDLERLRAGMSAVVEVTTGQVKD	PGPT0013750_3553	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE	CE-BACTERIAL_FITNESS-OTHER_MULTIDRUG_EFFLUX_GENES,PGPT0013750-emrB-K03543	NA	NA
AK237_02688	312			hypothetical protein	ATGCAAGGCTTTGCAATTACTTACTTTAGCCATCAGGGCAGAACCATTGATGGCACCCCGGTTAGCGAATGGTTGTTTCAATGTGGCAAGGCTCTAAAATTATCCGGTGCTACTGTCCAGGGCGCATTATGCAGTTATGGTCATGACAGCGGGTTCCATTCGGAAAACCTGTACGACAATTATGATCAGCCGGTTCAAGTTACCTTTATCGTAACTCAAGAAGAAAAAGCGAAGCTCACTGCTGCAGTTGATGCAGCTGGCGCTAAGTTATTTTACACTTTGCACGCCGTGGAATTTGGTCATACACAATAA	MQGFAITYFSHQGRTIDGTPVSEWLFQCGKALKLSGATVQGALCSYGHDSGFHSENLYDNYDQPVQVTFIVTQEEKAKLTAAVDAAGAKLFYTLHAVEFGHTQ				NA	NA	NA	NA	NA
AK237_02689	618			hypothetical protein	ATGCAACATACCCGAGCGGGTCGCTCTCCCCGTCCGCAGAAAGTTGAAGCTGTACTTGCTGCCGCCCGCAAGCTTTTTCTTCAAAATGGCTTTTCCGGTACCACCACCGATAAGGTGCAAAAAGAAGCCGGCGTATCCAAAGCAACGCTTTATAATTGTTATGCAACTAAAGAGGATTTATTTACGGCGGTTATTGAGCGAGAGTGTGAAAACTTTTTGAGTAAACTTAAAAATATCAGTGTAGAGCAAACGCATTTTGAGCAAGAACTTCATCGCTTAGGAGTAGCTTACCTTTCGGTTTTGCTTCAAAAAGAAACCCTGGACTTTTTCAGAGTTATGGTGAATGAGGCTTCGCGTTTTCCCGAGCTCACAGAAACGTTTTACCATATTGGCCCAAAGGTTACCTTGCGCACTTTTGCTGACACATTTAGTCACTACATTACAGATAGTTGCCAGTTTAGCAGCGACCAACTCGCTGCGTTTTTTATGTCTCTGCTTCGTAGCGAAATTCATATTTATAGCCTTTTACATCCCGCCAACCCTGTAGAGGATACAGAAATTAAGCAAACGGTTGCGACAGCTGTAGAGGCGATGAAAAAGTTAATTCACTCTGAATAG	MQHTRAGRSPRPQKVEAVLAAARKLFLQNGFSGTTTDKVQKEAGVSKATLYNCYATKEDLFTAVIERECENFLSKLKNISVEQTHFEQELHRLGVAYLSVLLQKETLDFFRVMVNEASRFPELTETFYHIGPKVTLRTFADTFSHYITDSCQFSSDQLAAFFMSLLRSEIHIYSLLHPANPVEDTEIKQTVATAVEAMKKLIHSE	PGPT0028895_303	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE	CE-BACTERIAL_FITNESS-MULTIDRUG_TRANSPORT-EFFLUX_PUMP_MexJK-OprM,PGPT0028895-mexL-K18301	NA	NA
AK237_02690	1518	glpK		Glycerol kinase	ATGAAATCCGCTATTTTAACGATTGATCAGGGCACAACCTCCACACGCACTATCGTGTTCGACGCATCGTTTTCGCCTGTTTTCACAGCGCAAGAAGAATACCCACAGCACTACCCGAAACCAGGCTGGGTTGAGCACGACCCGGAAGATATTTGGCAAACCACGCAACGTACCTTAAAACAGGCAATACACTTTAGTCAGGCCAATGGTTTTAACGTTGCTGGCATTGGGCTGGTGAATCAGCGCGAAACCACCCTGGTGTGGGAACGAAAGACAGGTAAACCTATTTATCCCGCCATTGTGTGGCAAGACAGACGCACCGCCTCGCAATGCCACAAAATGAAAGACAAGGAAGCCTGGCTACATGCGCAAACCGGATTACGTTGCGACCCTTATTTTTCTGCGACTAAAATCAGCTGGATACTGAATAACGTCAAAGGGGCGCGCCAAAAGGCAGAAAACGGCGAACTGGCTTTTGGTACGGTGGATACATTTTTAATCTGGCGTTTAACAGGCGGCAAGCAACATCTGACAGACACCACCAACGCCAGCAGAACCAACCTGTTTAATATCAACACGTTGCAATGGGACGACGCATTACTCTCCTTTTTTGATATTCCCGGTGCACTATTACCCGACGTCAAACAATGCGCGGATGATTTTGGTTGCCTGGATGAAGCCCTTTTTGATGTTCCCGTCCCAATCAGTGGCGTGGCGGGCGACCAACAAGCGGCGCTCATCGGCCAGGGCTGCTTACAGACAGGCGAAGCAAAAACCACATTTGGCACAGGCTGTTTCGCATTGGTAAACTCTGGCGAAACTCCAACATTCTCATCCCAGAACTTACTGACCACCGTGGCGTATACCCTTAATGGTAAGACGTGCTATGCCATGGAGGGTTCGATTTTTGTTGCCGGCGCTGCCGTTCAATGGCTTCGGGACAGTATCGGTTTATTGAAACATGCCGCCGACTCAGAAGTCCTTGCCAGCCAGGTAGAAGACGATCATCAGGTCGTAGTGGTACCTGCGTTTACCGGTTTAGGCGCGCCTTACTGGGAACCGATGGCTCGGGGGGCGATTTACGGATTAACCCGTGGCTCGACGGACGCCCATATTGTGCGCGCAACGCTTGAATCGGTGGCATTTCAAACGCAGGATTTACTCGAAGCCATTCGTAGCGATGGCATTTCCACAACAGCCATGAATGTCGACGGCGGTATGGTGCAAAACAGTTGGTTTTGTCAGTTCCTGGCCGACACCCTGAATATTACGGTTAATCGACCAAAAGTGATGGAAACGACGGCATTAGGGGCTGCATATCTGGCTGGATTAACAGCCGGGCTTAAGTCATCAATTGAAGAGTTTGCCCTGATGAATCCTCAGGACTCAGCCTTTTCATCTAACGCAGATAAAAAATTGCGCGCTAAGCGAAAGGCACGCTGGAAAGCCGCCGTTAATGCAACCCTCATGATGGCAGAGGCAGAATGTCAGTTAGATGATGATGCCCTGACCAGCTAA	MKSAILTIDQGTTSTRTIVFDASFSPVFTAQEEYPQHYPKPGWVEHDPEDIWQTTQRTLKQAIHFSQANGFNVAGIGLVNQRETTLVWERKTGKPIYPAIVWQDRRTASQCHKMKDKEAWLHAQTGLRCDPYFSATKISWILNNVKGARQKAENGELAFGTVDTFLIWRLTGGKQHLTDTTNASRTNLFNINTLQWDDALLSFFDIPGALLPDVKQCADDFGCLDEALFDVPVPISGVAGDQQAALIGQGCLQTGEAKTTFGTGCFALVNSGETPTFSSQNLLTTVAYTLNGKTCYAMEGSIFVAGAAVQWLRDSIGLLKHAADSEVLASQVEDDHQVVVVPAFTGLGAPYWEPMARGAIYGLTRGSTDAHIVRATLESVAFQTQDLLEAIRSDGISTTAMNVDGGMVQNSWFCQFLADTLNITVNRPKVMETTALGAAYLAGLTAGLKSSIEEFALMNPQDSAFSSNADKKLRAKRKARWKAAVNATLMMAEAECQLDDDALTS	PGPT0018435_1437	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-GLYCEROLIPID_REMODELLING	CE-REMODELLING_GLYCEROLIPID_KINASE_ACTIVITY,PGPT0018435-glpK-K00864	NA	NA
AK237_02691	1599			hypothetical protein	ATGTTAAAACAGCTTCTCTTCGGCGGCGCCATACTTACCGCCACAAGCGCTTTTAGCGCAACTTCTGTCTCGCCAATCGGCGAAGCGATTAATTTAAATAAGTACCGTGAGGATGTAAAAACCCTCGCCAGCGATGCATTCGAAGGGCGCGCGCCCTTATCAGAAGGTGAGCAAAAAACCATTGATTACCTTGTGGGACAGTTTCAGTCCATCGGCTTGGCACCTGCTTTCGGCGACAGTTACGTACAAAAAGTCCCGTTAGCCAAAATCTCCGCAGACCAGGATATGTCGCTCAAAATAGGTGATTTATCCCTTACCAATGGAACGGAGTTCGTTGCTCGTACCGAGCGAATCTCCGAGCAGATCACCTTAGACGATGATGTAGTTTTCGTCGGTTACGGTATCAATGCACCAGAATATAACTGGAACGACTATGACGGTGTAGACGTAAAAGGAAAAACCGTTATCGTATTGGTGAACGACCCGGGTTTTGCTTCTCAGCAGGATGATTTCTTCAACGGCAACGCCATGACGTACTACGGTAGATGGACGTACAAGTATGAAGAAGCAGCACGACAAGGCGCTGACGCTGTCTTCATCGTGCATGAAACAATGCCGGCAGGATATGGCTGGGGAGTGGTACAAGCTGGCGGCACCACCACCAAATTCACACTAATTGACGACAACGACAATCAATCAAAAGTGGGAGTAATGGGTTGGATGCATCTGCGTGCCGCAGAAAAAGTGTTTGACGCTGCAGGCCTGAATTACCGGGAATTGAAAGCCAAAGCCTCGGCGCCTGGCTTTAAAGCCATCGATTTGCACACCAAGGCCACGCTGGATTTACACAGCACCATCGAAAAGGCGGAATCACGCAATGTCGCAGGCATTATTCCGGGCGCACAATCTCCCGATGAATGGGTAGCGTTACACGCACACTGGGATGGCTTAGGCAAAGGCACAGAAAACGGTAAAGAGGTTATTTTAAACGGTGCCGTGGATAACGCTTCCGGTGTTGCCGGGGTACTAAGCCTCGCCAGAGTACTTAAAGGACTGAGTGAAAAGCGTCCCAATAACCGGACGTTAATGTTTGGTGCTTTTACTGCAGAGGAAACGGGACTGATAGGCGCAGAACATTTTGCGCTGAATCCACCCGTTCCCGCCGGCAATATTGTCGCGTTTTTAAATATTGATGGCATGAATGTGAACAACGCCACTGACTATATCCTGCAGTACGGCGATGGTATGTCAGAGCTTGAAAATTACGTGGCAAAAGTTGCCAAAACCCAGGGACGATCAGTGAAACCAGATCCCCGTCCGCAAAACGGCCTGTTCTTCCGCTCTGATCACTTTGCCGCCGCGAAGCAAGGTATTCCTTCATACTTGTTCATGAGCCTGGGGGATACCGATCCTTCTTTTATCGCTAAGCGCTATCATAAAGCCGCCGACGATTACCTGCCCGAATGGCGTTTAGGTGGCGTTGAACAAGATCTGGATTTAATCGGACAAATAATGGCACAGTTAGCAAACAACGGTGACTGGCCGAAATGGATTGCCGAATCTGATTTCAAAGCGGCCAGAGAAGCCTCTCAACAATAA	MLKQLLFGGAILTATSAFSATSVSPIGEAINLNKYREDVKTLASDAFEGRAPLSEGEQKTIDYLVGQFQSIGLAPAFGDSYVQKVPLAKISADQDMSLKIGDLSLTNGTEFVARTERISEQITLDDDVVFVGYGINAPEYNWNDYDGVDVKGKTVIVLVNDPGFASQQDDFFNGNAMTYYGRWTYKYEEAARQGADAVFIVHETMPAGYGWGVVQAGGTTTKFTLIDDNDNQSKVGVMGWMHLRAAEKVFDAAGLNYRELKAKASAPGFKAIDLHTKATLDLHSTIEKAESRNVAGIIPGAQSPDEWVALHAHWDGLGKGTENGKEVILNGAVDNASGVAGVLSLARVLKGLSEKRPNNRTLMFGAFTAEETGLIGAEHFALNPPVPAGNIVAFLNIDGMNVNNATDYILQYGDGMSELENYVAKVAKTQGRSVKPDPRPQNGLFFRSDHFAAAKQGIPSYLFMSLGDTDPSFIAKRYHKAADDYLPEWRLGGVEQDLDLIGQIMAQLANNGDWPKWIAESDFKAAREASQQ				NA	NA	NA	NA	NA
AK237_02692	126			hypothetical protein	ATGAAAAATAATGGTGGAGGTGATGTAGGGGGTGAAAACGGCAGGAAGGTGACGAGGGAAGAGAAAAGTGCTGCTTCCGCCGCCTTTACTAAAATGGCGGCGGAAGCATGGCAGGATTATTGTTGA	MKNNGGGDVGGENGRKVTREEKSAASAAFTKMAAEAWQDYC				NA	NA	NA	NA	NA
AK237_02693	2400	cirA	COG4771	Colicin I receptor	ATGACACTCGGAACCACAAAGACACGTTATACAACACTTGCAACGGCCATCTTCACCGCTTTTTTCTCTGGTGCCTCATACGCGCAAGATACGAACACAACAACACCAGATGGCAATGAAATTGAACGCATCGTGATTTCTGCTACCGGCTTTGAACAAAAACTGACAGAAGCGCCAGCAAGTATTTCTGTGATTTCTCAGGAAGACTTACAGTCTCGACAATTCATTACCCTGCTTGACGCGGTACAGTTCCAGGAAGGTATCGACATCGGCACCACCCGCGACAAGACCGGCCAGGGCACAGTGAGTATGCGCGGACTTACCGGCGAATATACTCTGCTGCTTATTGACGGCGTTCGCATGAACAATCACGGAGACATTTATCCGAACAACTTCGGCGGCAATGCGTTTGGACACGTTCCTCCCATGGAAGCTATTGAGCGTATCGAGGTGATCCGTGGTCCGGCTTCTACTCTTTACGGGGCCGATGCACTGGGCGGCGTAATCAACGTCATCACCAAAAAGCGCTCTGAAGACTGGACCGGCTCTATCAACTTTGGCCGCAGCATTCAGACTGACGACCAGTTCGGTGACGACATCACCACTGACTTTTTTGCACAAGGCCCGCTGATCAAAGATTTGCTGACCCTGGGTGTACGGGGCAGCATGTACGAGCGCCAGGCATCAAACCCAGAATTCGAACCCGACGTTGACCCAAATGGCGATATTCATATCCGCGAGCTAGGCTTTGGAAGCGGCGGCAAAACCGTAGACAGTGATAGCGAACAATACGGCTTTACGCTTTTCTTCACGCCGTTTGAAAACCAGAGCTTCAAGTTTGATTACGACAACTCGAATCAAACCTACGATAACACCCCGACTTACAACATCGATACCGGTGCGATTTCTTATCCTTTGGGTACTAAAGACAATATCGAATCTATCTGGGCAGATCGTCGTGGTGTGGTTAATCCCCGTGCCGGTTACGCTGCGGATCAGGAGTTCAACCGCGAATGGTGGTCAATTACTCACCAGGGTCAGTTTGACGGCTTCTCATCAATGGTAGCGTTGTCTCATGTAGACACCACAAACGATGGTCGTACGTTACCGTTAAGTGTTGCAGAACGCTTGTTACTGCAGGAAATGTACGACGGTACTGGTACTTACGAAGGCATGACGGAAGAAGAACGCAAAGCGCTGGCAGAAGACACTTTCCTGCCGCGTCCTAAGCGCCCCCTGGAGAGTAGCCAATATACCCTCGATGTCCGCGTTGATATTCCGGTAACCGATGTGATGGGTGACCACAATATCGTACTTGGCGGCCAGATGATCGACGGTGAACTGCTGGACGGCGTATTCGGGCTTGAAGACAGCAACGCCGGGGGCGTACAGGAACAAAAAATGTGGTCTTTATTTGCCGAGGATAACTGGAGCCCGAATGACTATCTGACACTCACCGCTGGGGCCCGTTACGACAGACACGACGTATTCGGAACTCAGGTATCGCCGCGAGTGTACGCCGTTTATACATTTAATGATAATTGGACGGTAAAAGGTGGTGTCAGCACAGGGTATAAAACGCCGAATACCACTGACCTGTATGACGGTATCACCGGTTTCGGTGGCCAGGGTACCTCACCCTTCGCAGGTAACCCTGACTTACAACCTGAAACCAGTGTAAACAGTGAAATTGCGGTTTACTGGAACAGCGATGCTGGCCACAACTTCAACCTGACCTACTTCAATACGCAGTTCGAAGACAAAATCGCCAGTGGTGACACGGTATACAGCTGCGAAGTAACGGAAGGCGTTCGCCCTTGCGTCAATTTGGGTGACTACGACCAACTGGGCTACCAGACTTATAGCCAGAAAATCAACATTGATAAAGTTGATTTGCAAGGTATAGAAATGGCCGGTCGCGTTCAAATCAGCCCGGAGTGGTTCGTTACCGCCAACTATACGTGGACTGACAGCGAACAGAAAAGTGGTCCTGAAGCCGGTCAGCCTCTGACCAACACTGCAGAGCACATGGCGAACATTACCGTAAACTGGGATATGACGGAGGATTTCAGTGTTTATTTGCAATCGCAAATCCGCTCAGATCGCTACCGCGGTTGGGACAATACGTTAGACAAGCCGCTGTACTATAAAAACTATCAGTTGATGACACTGGGTGCGCGTTACACGATTAACGAATACGTGTCGGTGAATGCGCGCATTAATAACTTGTTAGACGAAGATTTTACGTCCTACACCACCGAATATAACGATTTAAATGGTGATGGAACCTATGAATATCTTACCGGCCGGGGTGTGGTGAGCGAGGTCGTCTTTCTGGACGATTACAACATCAAGGATCGTGCGCGTAATTTATGGGTAGGTGTTAACGTTAAATTCTAA	MTLGTTKTRYTTLATAIFTAFFSGASYAQDTNTTTPDGNEIERIVISATGFEQKLTEAPASISVISQEDLQSRQFITLLDAVQFQEGIDIGTTRDKTGQGTVSMRGLTGEYTLLLIDGVRMNNHGDIYPNNFGGNAFGHVPPMEAIERIEVIRGPASTLYGADALGGVINVITKKRSEDWTGSINFGRSIQTDDQFGDDITTDFFAQGPLIKDLLTLGVRGSMYERQASNPEFEPDVDPNGDIHIRELGFGSGGKTVDSDSEQYGFTLFFTPFENQSFKFDYDNSNQTYDNTPTYNIDTGAISYPLGTKDNIESIWADRRGVVNPRAGYAADQEFNREWWSITHQGQFDGFSSMVALSHVDTTNDGRTLPLSVAERLLLQEMYDGTGTYEGMTEEERKALAEDTFLPRPKRPLESSQYTLDVRVDIPVTDVMGDHNIVLGGQMIDGELLDGVFGLEDSNAGGVQEQKMWSLFAEDNWSPNDYLTLTAGARYDRHDVFGTQVSPRVYAVYTFNDNWTVKGGVSTGYKTPNTTDLYDGITGFGGQGTSPFAGNPDLQPETSVNSEIAVYWNSDAGHNFNLTYFNTQFEDKIASGDTVYSCEVTEGVRPCVNLGDYDQLGYQTYSQKINIDKVDLQGIEMAGRVQISPEWFVTANYTWTDSEQKSGPEAGQPLTNTAEHMANITVNWDMTEDFSVYLQSQIRSDRYRGWDNTLDKPLYYKNYQLMTLGARYTINEYVSVNARINNLLDEDFTSYTTEYNDLNGDGTYEYLTGRGVVSEVVFLDDYNIKDRARNLWVGVNVKF	PGPT0003780_217	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BACTERICIDAL_COMPOUNDS|ANTIBIOTICS	BACTERICIDAL-BACTERIOCINS|COLICINS,PGPT0003780-TC_FEV_OM2|cirA|cfrA|hmuR-K16089	NA	NA
AK237_02694	633			Putative NAD(P)H nitroreductase	ATGAGTTTAATCCCCGCCCTTTCCCAGCGTTTTTCATTAAAACAGTTTTCGTCCCAAAAAGTCAGTGACGAAGACGTCAACAGCATGATCGAGGCCGCGCGCCTGTCAGTGTCAGCGTTTGGTTTGCAACCTTATCGTTTAATCGTCATTGATGATCGTGATACGTTAAATGCGTTGTCTGCGCATACGTTTGGTCAAACTCAGCTGGGTAGCTGTTCGCATTTGTTTATTTTTGCCAATGAAACCGACATTTCGGCCAATACTGTTGATGCCTATTTTGCACGTGCCTATGCCCAGCGCAACGCAGAGGCGGGCAGTTTAGACGGATACGCGAACTATGTGAAAACCTACATAGAGGGGAAAACGCCGGAGCAAAACGTTCAAATCGCGCAGCAACAGGCTTACATTGCATTAGGATCGTTGATAGCCGAAGCGGCTTTACGTGGTGTAGATACGTGCCCAATGACGGGCTTTAATCCTGATGGTATCAATAAGACGCTCGGACTAACTGAGCGTGGCTTAAATGCCTGTGTTATCTGTGCGGCTGGCTATCGGTTGGAAGATGCAGACGTGCCAGGAAAGGTGCGTGTGCCTGAAGAAGAATTCGCAATACGCGGTCTTTCTGCGGTATAA	MSLIPALSQRFSLKQFSSQKVSDEDVNSMIEAARLSVSAFGLQPYRLIVIDDRDTLNALSAHTFGQTQLGSCSHLFIFANETDISANTVDAYFARAYAQRNAEAGSLDGYANYVKTYIEGKTPEQNVQIAQQQAYIALGSLIAEAALRGVDTCPMTGFNPDGINKTLGLTERGLNACVICAAGYRLEDADVPGKVRVPEEEFAIRGLSAV	PGPT0005925_857	DIRECT EFFECT	BIO-REMEDIATION	XENOBIOTICS_BIODEGRADATION	XENOBIOTIC_DEGRADATION_OF_OTHER_NITRO-COMPOUNDS	XENOBIOTIC_NITRO-AROMATE_DEGRADATION,PGPT0005925-nfnB|nfsB-K10679	NA	NA
AK237_02695	840	nat	COG2162	Arylamine N-acetyltransferase	ATGTTTGATGTTTATCTTTCCCAACTTGGTTTGACTCCCCCGGCCAGGCCTGACATTCCGTTTCTCAGTAAGTTAGTTGCTCAGCACATCGCAACACATACCTTCAACAATACAGGTGTGTTGCTGCGAGAAACGATGTCGTTAGACCTTTGCGCCATTATCCACAAATTGGTGACCCGCAAAGCCGGAGGCTTTTGTTTTGAACACAACAAACTTGTTATGCATTGTCTGCAGGATCTGGGTTACGAAACCCGCTTAACCCTGGCGCGTGTCTTTAATAATCACATCCGTGATGTTCCCCGCACGCATCGCGTTACGCTTGTCACGGTTGATGGCGAGGACTATCTGGTCGATTGCGGCTTTGGTATATCAGTGCCACCCGCTCCCCTCAAGTTAAACGAGCCAGGGCTGCAACACGCAGGTGGCAGGCAATACCTTGTGCATCAGTTGGCTAACGGTGAATACGATATTGTGTTGATAAAAGACGGTGATCCCTTTGTACTTTACCGTCTCGATTCTGCGATGTACTCCGATGCAGATTGTACCGCCGCCCACCTGTATTCCATTGCGCACCCAAAAGCTGTCTTTGTGAACAATTTAGTAGTGAGCATTAATAAATCTGATCAGTCTCACGCGCTTATCAATCACACGATGTCCAGCACGCTGCTCGGCAAACAAGAAGAAACAACGGTGACGCGTGCAACACAACTAGCCCATATTTTACAACGCGTGTTTGCCCTGCCTATCGATACGGCTATTTGTGACTTTCTGTTCGAACGCTATGTGCTGCCTCATTTGAGCAACCAGGATATTGTATGTAATAACGCAGGGGGGCGTTAA	MFDVYLSQLGLTPPARPDIPFLSKLVAQHIATHTFNNTGVLLRETMSLDLCAIIHKLVTRKAGGFCFEHNKLVMHCLQDLGYETRLTLARVFNNHIRDVPRTHRVTLVTVDGEDYLVDCGFGISVPPAPLKLNEPGLQHAGGRQYLVHQLANGEYDIVLIKDGDPFVLYRLDSAMYSDADCTAAHLYSIAHPKAVFVNNLVVSINKSDQSHALINHTMSSTLLGKQEETTVTRATQLAHILQRVFALPIDTAICDFLFERYVLPHLSNQDIVCNNAGGR	PGPT0019890_515	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
AK237_02696	924			hypothetical protein	GTGAGCCAGTCTCTCTTCTTAGCCACTCTCTGGTCGTGGTTAATGGCGTCCTCTTTTGTCATTTCGGCCTGGGTAACGCAGTATGCTTCGGCTCTGTCTGTAACCTGTTTACGCTTTTTGCTTGCCCTTATTGTTATGACCCCATTTTTCTTCGCCGGCCAAAAAAGACGCACTGAACCTGTCGTTGCGTCAGCTAAAGCAGGTTGGCAACTCGCGCTTGTGAGTGGCAGCCTGGTGGGATTCTTTGTTTGTCTTTTTTCTGCCTTAAAAACCACGACATCACTGAATACCTCTGTGATGTATACCTTTATCCCATTGATAGGGGCGATAATCGGCGCAGTATTTTCTATTCGCACAACATTTCTTCAGTGGATGGGCTACGCATGTGGGGCAAGTGGCGCAATGCTTGTCTTATTCACCCACCATCAAGGGGAATGGATTTGGCATCGTGGAGATGCGATTTATTTAGCAGGCTGCCTGTTGCTGGCCTTCCATGTCGTTGCTGTACAGCGCTGGTGCAGTCGATACACCGCATTTGGCGGCGCGTATCGTATTATGTTGTTTGGCACCGCGTGGCTCGTACCCGTCACATTATTGTGGGGCGAATTGCCCAACGTTCACTGGCAGGCAACATCGTTCTGGCAGATGATAAGCTACCTCACCCTTGGCACCACTTTAGCGACCTTCGTTTTGCAACAGCGTATTGTTTCTTTAGGCGGCGCTAAGCGATTGTTAGGGATAAGCTACACAATTCCCATTTGGGTTGCCTGCTACGATATTCTGGTCTCGCCTGCTGCTACATTTCTTTCGCTGGGTTTATTAATGGGCAGCATGCTTGTTATTTCAGCTTTGTTTCTGATAGATAATTTTGTCGATAAAACGGAGGTTATTCATGGACAAGACTCATCTGAAAAAACAGCTTGA	MSQSLFLATLWSWLMASSFVISAWVTQYASALSVTCLRFLLALIVMTPFFFAGQKRRTEPVVASAKAGWQLALVSGSLVGFFVCLFSALKTTTSLNTSVMYTFIPLIGAIIGAVFSIRTTFLQWMGYACGASGAMLVLFTHHQGEWIWHRGDAIYLAGCLLLAFHVVAVQRWCSRYTAFGGAYRIMLFGTAWLVPVTLLWGELPNVHWQATSFWQMISYLTLGTTLATFVLQQRIVSLGGAKRLLGISYTIPIWVACYDILVSPAATFLSLGLLMGSMLVISALFLIDNFVDKTEVIHGQDSSEKTA				NA	NA	NA	NA	NA
AK237_02697	633			hypothetical protein	ATGGACAAGACTCATCTGAAAAAACAGCTTGAGGCGTTTTTTGAACGTTATCAAAGTGGTATAGACTGGAACAGGCTAACTGTTGAGCCCGACGTGCACGTACTAAAGAAAGGTGACTTACTTTTTCGGCAAGGCGACAACGCCGCCCGTGTATACTTTTTAAATACAGGGCTTGTGCGGTACTGCAGTGTCTCGGAGGAGGGAAAGGAATACGCCCAAACACTTGCAAAAGCACCAAGAATTATCGGTTCAACGCGCGCTATGACGTTAGGTTTGCCTGCACAATTTTCGATTGAGGCATTACAAGACTCGGTAGCAATATCTTTTCACTGGCCAACGTTCTTCAACGCCATGAAAGACAACCTGCCATTTATGCAGGCATACTCTTTGTTTCTCACCGATATTTTTATCTATAAAGAAGAAAAAGAGAGCATGATGGTCAAGCACTCAGCGACACATCGATATGTGTCGTTTTGCAGTGATTTTCCAGAACTGAACACCGTGCTATCCAAACAGCAAATTGCGTCTTACCTTGGCATTACGCCAGTAGCACTTAGCCGCATTCGTGCGAAACTGCAAACCAATGGCGAACACCAGTCTGATGAAACCGGCAATGTTTATTCCGAACGCTAA	MDKTHLKKQLEAFFERYQSGIDWNRLTVEPDVHVLKKGDLLFRQGDNAARVYFLNTGLVRYCSVSEEGKEYAQTLAKAPRIIGSTRAMTLGLPAQFSIEALQDSVAISFHWPTFFNAMKDNLPFMQAYSLFLTDIFIYKEEKESMMVKHSATHRYVSFCSDFPELNTVLSKQQIASYLGITPVALSRIRAKLQTNGEHQSDETGNVYSER				NA	NA	NA	NA	NA
AK237_02698	849			hypothetical protein	ATGGCAAAGTATAAATTCTATTCTGTTACCAGCTTATCGCATTCTGGCTCCACGGTATTTTCAATGGCACTAGCGTGTCATCAAAACCTGGTATCGTTAGGTGAAGTGTTTCAAGTTGTCAGGTACGCACCTGCGTATTGGTTGGCGAACCATGATCACAAATGCAGTTGCGGAGAGCCTGCGGCTAATTGCCAGTTTTGGGGACCGGCGTTGCAGAAAATTCAGCGCACGGTAACCATGCCTAAAGAGCGAGAAGATAAATATGGTCATATCGCGCAAGCTTACAAAGTCATTCTGGATCATTTTCATGAGCAATATGGATTTCATCGGTTTATGGTCGATACCTCTAAAGGCACGCGCCATCTGAAACTCATCTGCAATGAACCAGACCTCGATCCTACCGTGTATTTTCTGATAAGAGACGTACGCGCATACGCCACATCACAAACACGATTAGCAAACAATGAGCAAAGACGAGGCCTGAAACGCGTAAAAGGCCATTACTGGTTTCAAATGCTGAAATGGTATGCAGGCAACCGAAAACGGGAGCAGTTGTTAATGCAACACCGCGTAAAATTTAGCAAGATTGGCTATGAGCATTTCTGCTTTCATGTCTCTACTGTGCTGAACAATTTATACCATCAGGCTGGGCTAACCAATAAGCAATGTGACAGCCGCTTAGACAACGCCGAACACCACATTCTTTTTGGTAACCCTATGCGACTAACAACCGCTCACTCAGCAGATATTCGTTACGACTCGCGCTGGTTTCAGGAAGCCGGCTACACCTTACCCGCGTGCTTGTTACCTTTTGTGATGAAGTATAACAACGCCAATGTATACCAATAA	MAKYKFYSVTSLSHSGSTVFSMALACHQNLVSLGEVFQVVRYAPAYWLANHDHKCSCGEPAANCQFWGPALQKIQRTVTMPKEREDKYGHIAQAYKVILDHFHEQYGFHRFMVDTSKGTRHLKLICNEPDLDPTVYFLIRDVRAYATSQTRLANNEQRRGLKRVKGHYWFQMLKWYAGNRKREQLLMQHRVKFSKIGYEHFCFHVSTVLNNLYHQAGLTNKQCDSRLDNAEHHILFGNPMRLTTAHSADIRYDSRWFQEAGYTLPACLLPFVMKYNNANVYQ				NA	NA	NA	NA	NA
AK237_02699	1389	pntB	COG1282	NAD(P) transhydrogenase subunit beta	ATGGAATCTGTAGCATTGATTATCAATCTGGCTTACGTACTGGCTGCCGGACTGTTTATTACCGGACTTAAATTACTGAGTCATCCTTCTACTGCCAGAAAAGGTAACCTGGTGTCTGCGGTGGGTATGCTGGTGGCGGTGGTGGTGACACTGCTTGATCACCAAATCATTTCCTACCACTGGATTTTACTGGGCTTTGTGATTGGTGGCGCTTACGGTGCCTGGAAAGCAAAGTCGGTGGAAATGACGCAAATGCCGGAAATGGTGTCGTTATTTAACGGCTTCGGTGGTCTGGCATCGCTGTTGCTGGGCTGGGCGACCATCAGCCAGCTGGCCACGTTTGGCTTCATGGGGGCCACGCACTTTGTGCTGATCACGGTTATCTTCACTATTTTAATTGGTGGCATTACGTTCTCCGGATCGGTGATTGCCTGGGGCAAGCTGTCTGGCCGTTTGGGTGCAAAAGCGGTTATTTTCACCGGTTTGCGTGAACTCAGTATTGCTCACCTGATTGGTTTTGTGCTGGTAGGCTATTTGTTCGTTACCGATCCGACAAATCTGATGTGGTTGTACGTGACTATCGCACTGGCGCTCAGCTTCGGTGTACTGGCGACCATTTCAATTGGTGGTGCCGACATGCCGGTGGTAATTGCACTGTTAAACAGCTACTCGGGTGTGGCAGCATCTGCGGCTGGTCTGGCGGTGGGCAACACGATTCTGATTGTTACCGGTCTGCTGGTTGGTGCATCGGGTCTGATCCTCACTAATATCATGTGTAAGGCGATGAACCGCTCGCTGATGAATGTACTGCTGTCGGGCTTCTCTAAGCCTGTGGAAGCGGCAGAAAAAATCGAAGGCGAAGTGAAAATCATGGCGGCGCAGGATGCATTCTATGTATTAGAAGCGGCTCAGGCTGTGCTGGTGATTCCGGGCTATGGTATGGCGGTTGCTCAGGCGCAACACGCGGTGCGCGAACTGCAAACCTTGCTGGAAGAAAACGGCTGCACGGTGGAATACGCTATTCACCCTGTAGCGGGCCGGATGCCGGGTCACATGAACGTACTACTGGCAGAAGCGGATGTGCCTTACGATCAGCTGTATGAAATGGATGATGTGAATCCGCGTATGGAAAACTACGACGTAGCGATTGTTATTGGTGCTAATGACGTAGTAAACCCTGCTGCGAAAGAGATGAAAGGCAGCCCGATTTACGGCATGCCGGTAATCGAAGCTTATCGTGCAAAAACTGTGTTTGTACTGAAGCGCTCAGCCAACGCAGGCTTTGCCGGCGTCGACAACCCGCTGTTCTTCAAAGACAACGCTAGAATGGTATTAGGTGACGCCAAAGACACCATCAACACCATCATCCGCGAATTCGGCGACGACTAA	MESVALIINLAYVLAAGLFITGLKLLSHPSTARKGNLVSAVGMLVAVVVTLLDHQIISYHWILLGFVIGGAYGAWKAKSVEMTQMPEMVSLFNGFGGLASLLLGWATISQLATFGFMGATHFVLITVIFTILIGGITFSGSVIAWGKLSGRLGAKAVIFTGLRELSIAHLIGFVLVGYLFVTDPTNLMWLYVTIALALSFGVLATISIGGADMPVVIALLNSYSGVAASAAGLAVGNTILIVTGLLVGASGLILTNIMCKAMNRSLMNVLLSGFSKPVEAAEKIEGEVKIMAAQDAFYVLEAAQAVLVIPGYGMAVAQAQHAVRELQTLLEENGCTVEYAIHPVAGRMPGHMNVLLAEADVPYDQLYEMDDVNPRMENYDVAIVIGANDVVNPAAKEMKGSPIYGMPVIEAYRAKTVFVLKRSANAGFAGVDNPLFFKDNARMVLGDAKDTINTIIREFGDD	PGPT0013505_1990	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	ROOT_COLONIZATION	ROOT_COLONIZATION-VITAMIN_B3|NIACIN_METABOLISM	ROOT_COLONIZATION-VITAMIN_B3|NIACIN_BIOSYNTHESIS,PGPT0013505-pntB-K00325	NA	NA
AK237_02700	285	pntA	COG3288	NAD(P) transhydrogenase subunit alpha	ATGGAAAATATCTATTTGATTTTTATTGTGCTGCTGGCGGCATTTTTAGGCTTCGAGCTTATCCGTAAAGTCCCTGCCACGTTGCACACGCCGCTGATGTCCGGCTCTAACGCAATTTCTGGCATCACCCTAGTTGGCGCACTGGTGGCATCCGGTGCTGATAACGATGTGCTTACCACCGTACTGGGTACCGCTGCGGTGGCACTGGCAAGCATTAACGTGGTGGGGGGTTACCTGGTAACCGACCGCATGCTTGGCATGTTTAAAAAGAAAGACAAGAAGTAA	MENIYLIFIVLLAAFLGFELIRKVPATLHTPLMSGSNAISGITLVGALVASGADNDVLTTVLGTAAVALASINVVGGYLVTDRMLGMFKKKDKK	PGPT0013500_3883	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	ROOT_COLONIZATION	ROOT_COLONIZATION-VITAMIN_B3|NIACIN_METABOLISM	ROOT_COLONIZATION-VITAMIN_B3|NIACIN_BIOSYNTHESIS,PGPT0013500-pntA-K00324	NA	NA
AK237_02701	1200	pntAA	COG3288	NAD(P) transhydrogenase subunit alpha part 1	ATGTGGTCGGATCATGAGTCTCAGTATCCCGTGCCTGAGGAGAACACATTGAAAGTACTGATATTAAATGAAGGACTCGAACAACAAGGTTTCACAGAGAAGCGATGTGCGGTTTCGCCATCCAGTGTGAAGCGAATGGTGAAGCGAGGTATGACGGTGGTCATGCAACAGGATGCAGGTGTGCTGTCAGGTTATGCGGACACAGAGTTTACTGAAGCTGGTGCCATGGTGGTTGAAGATGCCGGCGCTGCGCTTGAGGAAACAGATGCGTTATTGTGCGTGAATCGTCCTGCCGAAGCGGTGTACGCCCGTCTGAAACCCGCTGCCCTGGTGATTGGACACATTGACCCCTTTTTCCAGCAGGAGTTAGTGGAATCACTGGCTGCGAAGAAACTGACCACATTGTCGGTAGAAATGATCCCGCGCTCTTCTCGCGCCCAGAAAATGGATGCGCTGAGTTCGCAGGCGAGTCTGGCAGGCTACGTTATGGTGATGCAAGCTGCCACGCATTTACCCAGCATTTTACCCATGATGATGACGCCTTCTGGCACCATCAAGCCGGCGAAAGTTTACATTATCGGTGCCGGCGTTGCCGGTCTGCAGGCCATTGCAACTGCAAAGCGCTTAGGTGCCAACGTACTGGCATACGACACGCGCCCGGTGGTAGCCGAGCAGGTTGAGTCGCTGGGCGGTAAGTTCCTGAAAATTGATTTGGGTGAAACCGGCCAGACGAAAGACGGCTATGCCAAAGAGCTCACTGAAGAACAAAAGCAGAAGCAGCAGGATGCTCAGCGCGATGCCATTGCTGATTCTGACATTGTGATCACCACTGCGCAGTTGTTCGGACGCCGTCCGCCGCAGTTGATCAGCAAAGATACCCTTGCGCTGATGCGTCCGGGTAGTGTGGTTGTCGATATGGCTGCCACATCCGGTGGCAACGTGGAAGGCTCTGAAGCCGGTAAAGTGGTCACCGTGAACGGCGTCACTGTTATTGGTACCGGCAACTGGAGTCAGGCTGTGGCGAAAGACGCCACCGACATGTATGCCAACAACGTGTACAACCTGCTGGATGAATTTTTTGATGATGAATCGAAGCAATTCAACCTTAATCTTGAGGATGAGATCCTGGCAGGCTGCGTGATCACCCACGACGGGCAAATCACCAACGACATGCTTAAAAACGCTTATCAGGAGGCCTGA	MWSDHESQYPVPEENTLKVLILNEGLEQQGFTEKRCAVSPSSVKRMVKRGMTVVMQQDAGVLSGYADTEFTEAGAMVVEDAGAALEETDALLCVNRPAEAVYARLKPAALVIGHIDPFFQQELVESLAAKKLTTLSVEMIPRSSRAQKMDALSSQASLAGYVMVMQAATHLPSILPMMMTPSGTIKPAKVYIIGAGVAGLQAIATAKRLGANVLAYDTRPVVAEQVESLGGKFLKIDLGETGQTKDGYAKELTEEQKQKQQDAQRDAIADSDIVITTAQLFGRRPPQLISKDTLALMRPGSVVVDMAATSGGNVEGSEAGKVVTVNGVTVIGTGNWSQAVAKDATDMYANNVYNLLDEFFDDESKQFNLNLEDEILAGCVITHDGQITNDMLKNAYQEA	PGPT0013500_1436	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	ROOT_COLONIZATION	ROOT_COLONIZATION-VITAMIN_B3|NIACIN_METABOLISM	ROOT_COLONIZATION-VITAMIN_B3|NIACIN_BIOSYNTHESIS,PGPT0013500-pntA-K00324	NA	NA
AK237_02702	279	ppiC	COG0760	Peptidyl-prolyl cis-trans isomerase C	ATGGCTACCGCATCTGCTCTTCATATCCTGGTTAAGACCGAAAAAGAAGCCCTTTCCATTCTTGAACAACTGAAGAAAGGTAAAGACTTTGCCACACTGGCAAAGAAACACTCAACGTGTCCGTCGGGAAAGCGGGGCGGAGATTTAGGAGAATTTCGCCGCGGCCAGATGGTGAAGCAATTTGATGACGTAGTGTTTAAAAAAGAAGTGCTTAAAGTACACGGACCGGTAAAAACAAAGTTCGGCTATCACCTGATCAAAACCTTGTACCGCAGCTGA	MATASALHILVKTEKEALSILEQLKKGKDFATLAKKHSTCPSGKRGGDLGEFRRGQMVKQFDDVVFKKEVLKVHGPVKTKFGYHLIKTLYRS	PGPT0000050_2716	DIRECT EFFECT	BIO-FERTILIZATION	NITROGEN_ACQUISITION	N-AQUISITION-ATMOSHPHERIC_NITROGEN_FIXATION	N-FIX-NITROGENASE_BIOSYNTHESIS,PGPT0000050-nifM-K03769	NA	NA
AK237_02703	681	serB1	COG0560	Phosphoserine phosphatase SerB1	ATGCCGCAGTCTGCAATAGTCGTATTTGATTTAGACGGCACGCTCATCGATGCTGATTGTGCGCAGGAATGGCTAAGATTCTTGCGTAAGAAAACACTTCCCGGCGCGCGCGACGCCGAATCAAATTGCGCTGCCATTATGGAAAGCTACGATTCCGGGCGTATGGACATGTATGAATACATGAGGCACTGGGTGTCGCCCATCGAAGGAATGGCGGTGTCAGATATCGACATGCTCGCTAAAGAGTTTGCTGAAACATCTATTCGCCAGCGGCTTTTTCCTGAGGGTATTGCCCGGGTGTTACACCATCAGAAGGCGGGCGATACGATTTTGCTTATTTCGGCGAGTCCTACTCTTATCGTTCGGCCCATCGCAGCTTTGCTTGGCATAGATCACGTCATCGGCTTAGACATTCACATTCAACATCAGCAAATTCAAAGTTCGTTGCGTGAACCGCTTAGTTTCAAAGCGGGCAAACTTCTCTGCTTACAAAAATGGCTTTCTTGCCAGGGCCTTGCGGGCTCGTCGCTGTCTTATGCTTATAGCGATTCTATCAACGACAGACCGTTACTTGAATTTGCTCGTTCGCCAGTTGTTGTTAATGGTGATGAACGTCTGGTTGCCCTTGCTGAACAGAATGCGTGGCGGCAAGTTTTTTGGCAAGTTGCGGCGACGTGTTAG	MPQSAIVVFDLDGTLIDADCAQEWLRFLRKKTLPGARDAESNCAAIMESYDSGRMDMYEYMRHWVSPIEGMAVSDIDMLAKEFAETSIRQRLFPEGIARVLHHQKAGDTILLISASPTLIVRPIAALLGIDHVIGLDIHIQHQQIQSSLREPLSFKAGKLLCLQKWLSCQGLAGSSLSYAYSDSINDRPLLEFARSPVVVNGDERLVALAEQNAWRQVFWQVAATC				NA	NA	NA	NA	NA
AK237_02704	2028	plcN	COG3511	Non-hemolytic phospholipase C	ATGGCCGACTTTACTCGCCGTCAGTTTCTTGCCACCGCTGGTGCCACCAGCGTGTTTGCTGCTTTTCCAGCGATAGCCCGCGCGTTATCTATTCCTGCTAAGGTAAAAACTGGCACAATCATGGACGTCGGGCACATCGTTGTGCTGATGCAAGAAAACCGGTCATTCGATCATTACTTTGGTACGTTATCTGGTGTTCGGGGGTTTTCTGATCCGTATCCTGCGCCAGCCAAAAAATGGGAAAAACAGCAGGACAGGGATGTTTTTCTGCAACAAAATACAACAAAAGAAGGGCCTGAATGGATCACGCCTTTTCCTCTTAATACCCGCCAGCATTTCGCTCACATGCGGGTAGAAGGCACGCCGCATTCCTGGCCTGATGCACAAGATGCCTGGGATCACGGGCGTATGAGTCACTGGCCCGATGCCAAATATTTACATGCGATGGGTTATTACGAGCGCGACGACATGCCGTTTCAATTTGCGCTGGCAGAGGCCTTTACGTTATGTGATGCGTATCATTGCTCGTCGCAGACAGGTACTAACACCAACCGGCTATTTTTATGGTCGGGAACAAACAATGGTGATGGTGATCACGGCGGCCCCGCTATTGGCAACTCCCATGACAATTTACCCGAAAATGGTGGCTATCCGGAAGCTTACACCTGGACAACCTATGTCGAACGATTACAAGAAGCTGGTATCAACTGGACCATTTATCAAGACATGGCGGATAACTTTACTGATAATCCGCTGGTTGGCTTTCGCGCGTTTCAGACATCATTTGCAGGCGCGGCCAACAGCGAACCGGCGTTAGCGCAGCGAGCACTCACCACGCGTGCGCTAGACCAATTACGTAAAGATGCCACCAACGACAGCTTGCCAGAGGTCTCGTACATCATCGCCACAGCGGAAGGCTCAGAGCATCCAGGGCCGTCAAGCCCGGCACAGGGAGCGGCCTATATTGCAGATGTGCTGGATGCATTAACGGCAAATCCAGACGTGTGGGCAAAAACGGCGTTATTTATCATGTTTGATGAAAACGATGGGTTCTTCGACCATATGCCGCCACCCGCACCACCTTCGAAAGAACGCGATGGTACTTATGCCGGCCATTCTCAGGTTTCCACTGAAGGTGAGTACCATTTGCATTTTTCTCTGGCTGATAAAGACCTTGAGCGAGAGGATTTAATGGGCAATCCGTACGGATTGGGTCCTCGGGTACCTGCGTATGTTATTTCACCCTGGAGTCGGGGTGGCTTTGTTTGTTCTGAAGTGATGGATCATACCTCTGTCATTCGTTTTATCGAACAGCGATTTGGCGTCATGGAACCAAATATCTCATCGTGGCGACGTGCAGTCTGCGGTGACTTCACCAGTGCTTTTGATTTTAAAACACCTAATAAATCAGCGCCTCCGACAATGCCTGATCCCAGAAGCGATGCCCGCCTGGCCGCAGCACTTCCTGAACGTACCGTGCCCGTTATGCCCGGACAGTTTACGATGCCAGTGCAAGAAGCGGGTTTCCGGCCACAGCGGCCCAATATGTATCGTCCCTCAGTATTGCTTAGCGGGCAGCAAAACGACTTCAATCTTACTTTTGTGAATGAGGGGCGCAGAGCGCTTGTCTTTCATGTCTATAATCACTACAACTTAGATGCCGTGCCCAAGCGGTATACTATTGATCAGCATCAGCAGTTTACTGACACCATACCGGCATCGGGTGAACGTATTGATGTTCAGGTAATGGGACCAGAAGGCTTTCATCGTAGAATTAAGATGAAGAAGCAGCATTGGGAACTATTTAGTCAGCTTGCATTAAATGTAACGGCGAAAGGTTGCACAATAATAGCCAATGTTGAAGGAATGACACTGGCGCTGAATCATACCCGGACGCCAGCGCAGCCGCTCCCCATAAACGCGAAAGTTACTGTTCCGGTTGATAATAACGGGCGGTACGATGTCACCGTATTTTTAGGTGACAGCACGACGAGTTTTATCCAAATGGCAGGCAGGCTTCCCGCCTGA	MADFTRRQFLATAGATSVFAAFPAIARALSIPAKVKTGTIMDVGHIVVLMQENRSFDHYFGTLSGVRGFSDPYPAPAKKWEKQQDRDVFLQQNTTKEGPEWITPFPLNTRQHFAHMRVEGTPHSWPDAQDAWDHGRMSHWPDAKYLHAMGYYERDDMPFQFALAEAFTLCDAYHCSSQTGTNTNRLFLWSGTNNGDGDHGGPAIGNSHDNLPENGGYPEAYTWTTYVERLQEAGINWTIYQDMADNFTDNPLVGFRAFQTSFAGAANSEPALAQRALTTRALDQLRKDATNDSLPEVSYIIATAEGSEHPGPSSPAQGAAYIADVLDALTANPDVWAKTALFIMFDENDGFFDHMPPPAPPSKERDGTYAGHSQVSTEGEYHLHFSLADKDLEREDLMGNPYGLGPRVPAYVISPWSRGGFVCSEVMDHTSVIRFIEQRFGVMEPNISSWRRAVCGDFTSAFDFKTPNKSAPPTMPDPRSDARLAAALPERTVPVMPGQFTMPVQEAGFRPQRPNMYRPSVLLSGQQNDFNLTFVNEGRRALVFHVYNHYNLDAVPKRYTIDQHQQFTDTIPASGERIDVQVMGPEGFHRRIKMKKQHWELFSQLALNVTAKGCTIIANVEGMTLALNHTRTPAQPLPINAKVTVPVDNNGRYDVTVFLGDSTTSFIQMAGRLPA	PGPT0023510_1035	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-GLYCEROPHOSPHOLIPID_REMODELLING	CE-REMODELLING_GPL_PHOSPHOLIPASE_ACTIVITY,PGPT0023510-plc-K01114	NA	NA
AK237_02705	2337	btuB_29		Vitamin B12 transporter BtuB	ATGAAAAAGCTTAACTGCTTTGCCCTTTCACCACTCATGCTCGCGATGGCTAGCACTGCAGTACTTGCAGAAGAAGCACCACAAAAAGAAAAACAGCAAACGGAAGAGATCGTTGTTATTGGTCAGAAGCAAACCTTTGCGTCGAATACTGTCTCTATGGACATGATTTCCCGCCGTCCTGCTAACGCTTCCGTGAACACGGTTGTGCAGGAATTACCCGGGGTGATTGTTCAGGAAGCGGATACCTTTGGTTCATCTGACTGGATGACTAATATTCGCATGCGTGGCTTTAATACCAGCAACGGGCAGATTGGTACCACATTAGACGGCTTACCCAATGGTGGTTCTGGCTATGGTGGTGGTAGTAAAGCGAACAAATTCATCGACGTGTTTGATCTGGAAACGGTTGAGGTAAGCCAGGGAACTGCAGATATCAGCTCGCGCTCAAACGAGGCGCTAGGTGGCACGCTAAACTTCATCACCACCGACCCCTTGATGGATGAAAATATCAGCGTGTATTACATGGCAGGTGATCAGGATGCGCGTAAATACCGGTTCCGTTACGATTCTGGGGAAGTGCTGGATAATACCTATTTCTTTGTCAGTGGTTCATCTGCAGAGAACAAAGATGTGTGGGACAACGAAGCCACTACTGAAAAAGACTACCTGACCGGAAAACTTATCAGTGATATTAACGGTTACAACCTTACCGCTTTCGCTACTTTTAACGACTCCAACGAAAACGAATATGAGTATATATCGTTAGAGCGCTACTATGAAAACCCGCGTCACGATGCACTTCATGCAAACTGGACGGGCATTCCCAGTCTCGACGAAAACAACCGAAATGGCTGGCGAGCATTACGAGAAAATAAATTTTACAGCCTGACCTTAGATAAAGACTTTGGTGATTTCGCGTTTAGTACGTCTGCTTATTTTCATCGTATGGATGGTCGCGGTGACTGGATCCCGCCTTACGTCACAGATGTAGATGGCGACGGTACATTAGACGCCGAATTATCGGGCGATACCATTTATGGTGATTACGAAGGCGATGATATCTATTACGTCAATGCAGGCACTACAACGCCGGGCACCGTGATGGATAGTTGTGAAGGACGTTTTGGATTAAGTGCTGCACAAGATCCAAATTGTTATGAAGGCAACGTAGAGCCGGTAAGCTCGTATCGCACTTCAAACTATAGTAATCGCCGCTTTGGCTTAAACGGTGATGTGTCTTACGATTTCGTAACGGGCTCGATAGCGCATACCGTGCGCGCTGGCGTCTGGTACGAGTACTATGATGCAGATGTGACACGTCAATGGCACCTTATTAATAAGCCTGAAACCAGTGTGGAATTTAATCAGTCTCCTTACTGGGTGCAATACAAAACAGAATCTAACACCAAAGAGCTCATGTATTACATTCAGGAAAACCTGGAAGTGGGGCCCGTGGCTGCCAGTGTGGGTGTGAAGCAATTTCAGGTTGATACTCAGGTTGATCATTTCTACAACGATGATCGCACCGCAAGTTTGGATAACACATCAGACCCGTTGATTTACGTTGGAGCGACATACACTACGCCACTTGATGGTCTGGAAGTATTTGCCGGTTACTCGGAGAACTATAAATCAATCACACCGGGGATCATCGACTCTGGTTTATCTAATAATGAACTGGGTACTATCGATCCTGAAACCTCGGACAACATTGAAGTGGGTTTCCGCTACAACAATAGTGATTTCAATGCTGCAGTGACCTTTTACGACATCAAGTTTGATAATCGCATTGTGCAACTGGATACCAGCGTGCTTGATGGCATCGACTACAAGGAAGAGGTCGACGGCTCGTACATTAATGCTGGTGGTCAGAAAAGCAAAGGTATGGAGCTACTGGCCTCTTACCAGCTTACAAGTGCGCTACGGTTGTCAGGATCGTACACATACGATGATTCTGAATACTTAGGTACGGGAGATGCCGGTTTGGATGCTGACTCGGGGATTGTTGCGGGTAATCAGGTGTATGGCGGACCTGAAACCTTCTACTCGTTAGCGCTTGATTATATGGGAGATGCAATGAGTTCAGGCTTGTCACTACGACATATCGGTGACCGTTTTATTAACTTTGAAAATAGTGCGTCCGCACCGGCTTATGAAGTTGTTGATGCATACATTGGCGCTGACTTTATGAACGTAACGCCGCAGCTAAAAGAGGTGCATGTTCGCTTAAACGTCAATAACCTGCTCGACCGCGAGTATATTATCGGTGTGGGTACCAACAGTGTTTATCCTGGTTCGCCGCGCACCGTGTCATTGACAGTCGGTGCAGACTTCTAA	MKKLNCFALSPLMLAMASTAVLAEEAPQKEKQQTEEIVVIGQKQTFASNTVSMDMISRRPANASVNTVVQELPGVIVQEADTFGSSDWMTNIRMRGFNTSNGQIGTTLDGLPNGGSGYGGGSKANKFIDVFDLETVEVSQGTADISSRSNEALGGTLNFITTDPLMDENISVYYMAGDQDARKYRFRYDSGEVLDNTYFFVSGSSAENKDVWDNEATTEKDYLTGKLISDINGYNLTAFATFNDSNENEYEYISLERYYENPRHDALHANWTGIPSLDENNRNGWRALRENKFYSLTLDKDFGDFAFSTSAYFHRMDGRGDWIPPYVTDVDGDGTLDAELSGDTIYGDYEGDDIYYVNAGTTTPGTVMDSCEGRFGLSAAQDPNCYEGNVEPVSSYRTSNYSNRRFGLNGDVSYDFVTGSIAHTVRAGVWYEYYDADVTRQWHLINKPETSVEFNQSPYWVQYKTESNTKELMYYIQENLEVGPVAASVGVKQFQVDTQVDHFYNDDRTASLDNTSDPLIYVGATYTTPLDGLEVFAGYSENYKSITPGIIDSGLSNNELGTIDPETSDNIEVGFRYNNSDFNAAVTFYDIKFDNRIVQLDTSVLDGIDYKEEVDGSYINAGGQKSKGMELLASYQLTSALRLSGSYTYDDSEYLGTGDAGLDADSGIVAGNQVYGGPETFYSLALDYMGDAMSSGLSLRHIGDRFINFENSASAPAYEVVDAYIGADFMNVTPQLKEVHVRLNVNNLLDREYIIGVGTNSVYPGSPRTVSLTVGADF	PGPT0003790_12372	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0003790-hutA|fatA|fct|foxR-K02014	NA	NA
AK237_02706	756	csqR	COG1349	HTH-type transcriptional repressor CsqR	ATGACAGACCGGCAAACAGCCATTCTTGAAGCAGTGGAACTCCATCGTTCCTGTACCGTTACTGCCCTATCACGACAATTTAATGTCTCAGAAGAAACCATTCGCCGTGACATTCGCCAATTGGAATCGGCTGGCAAGGTGGAGAAAATCCATGGTGGCGTAAGGCTGCCAACATCCCAGTTAGAACCTCCCTACTACCAACGTGTAAACCGCAATGCCGAACAAAAAAAGCGAATTGGTGAAAGGGCGGCGATGTGCGTCACTGACGGAATGACGATATTTATAGATAGCGGCACCACCAGCTATTGGCTGGCGAAATCACTCCAACAACAAAAGCGCCTCACCGTCATTACTAACTCTTTGGAAGTCGCAGGAGAAATTGCCGGAAAACCCGATATTAAGCTTGTGATTGTTGGTGGTGTGGTAGACATGGATTACCGCGCGGCATTTGGCATCGAAGCAATTTGTCAGGCTCAACGCCACGTGCCGGATATACTATTTTTATCAACAGGAGGCGTGAGTAAAGACGGCGGCTGGCTGGATTTCAGTATGGAAGAAGCAGAATTTAAGCGTGCCTTATTAACGTTTGCGCGAAAAAAAATCGTACTGACAGACTCGTCCAAGTTTTGTGCTGCGGGCACTGTGCAATTTGCGCAGCTTGAACAAATAGATACTCTGATCTGTGAAAAAATGCCACCAGACGCGTTGTCCGGCGCATTGGCGACCTCCCGTGTCGAGGTGATTTGCACAGCATAA	MTDRQTAILEAVELHRSCTVTALSRQFNVSEETIRRDIRQLESAGKVEKIHGGVRLPTSQLEPPYYQRVNRNAEQKKRIGERAAMCVTDGMTIFIDSGTTSYWLAKSLQQQKRLTVITNSLEVAGEIAGKPDIKLVIVGGVVDMDYRAAFGIEAICQAQRHVPDILFLSTGGVSKDGGWLDFSMEEAEFKRALLTFARKKIVLTDSSKFCAAGTVQFAQLEQIDTLICEKMPPDALSGALATSRVEVICTA	PGPT0018445_1621	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	ROOT_COLONIZATION	ROOT_COLONIZATION_BY_NODULATION	ROOT_NODULE_REGULATION,PGPT0018445-glpR-K02444	NA	NA
AK237_02707	1311			hypothetical protein	ATGTGTGAGCACATTTTTCCTCGCTGGAAAAAAGAACGGATCGTCTTTATTTTAAGTGTTGCTGTTGCCGCTTTCAGCACCTATTTTTGTATGTATGCTTTTCGCAAACCTTTTACAGTAGGCGATTACGAGCAAGCAGCAGGGTTGTTCGGCCTCGACTTTAAAAGTGTGCTTATCATTGCTCAGGTTGCGGGCTACGCAGCATCAAAATTTATTGGAATCCGGGTTATTGCTGAGATGAGTGCAGCCCATCGGGGCAACGCAATTCTCTCACTTGTCATGGCGTCGCAAGTTGCGCTCGTGATGTTCGCGCTTCTTCCCGGTAGCGTTAAGTGGGTGGCGCTGTTCTTTAACGGACTGCCATTAGGTATGATTTGGGGGCTTGTTTTTAGTTATTTAGAGGGCCGGCGCACCACTGAAATCCTCGCGGCCATTTTATCCGTAAGCTTCATCGTGTCGACGGGCGTCGTCAAATCGGTTGGGCTGTTTATTATGCTCAAGCTCGGGGTAAACGAGTACTGGATGCCAGCGGCAACCGGTGCGTTATTTACAATACCTCTTTTTTTGTCTGTCCGGTGGCTGGCCAGCACGCCACCGCCGTCGGTACAAGATATTAGCGAACGGCGCAAACGGCAGCCCATGTCTTATCATGATCGCTTAACATTAATCAGCCGCTATTTCACCGGCCTCACCTGTTTAACCCTGGCCTACATGCTGCTCTCTGCTATTCGCGATTTCAGTGACAATTTTGCCACTGAACTATGGCAAGATTTGGGGTATGGAAATGTTCCCGGCATATTCGCCATTTCTTCGGTTTACGCCTCTCTGGTCGTGCTTACACTCCTTGGCAGTGTGATGTGGATTAAAAATCACTTTCGGGCGTTAATGGTAAACCATATCATGGTGGTAGCAGGTTTTGCTGGCATGGGGATCAGTACGCTGCTTTTTCAACAAGGCATGCTTTCCGGACTTAACTGGATGATAAGCCTGACGGTTAGCATCTATCTGGCTTATGTGCCTTTCAACTGCATTATTTTCGAGCGACTGATTTGTTTGGTTAACGTGAGCGCCAATGCAGGCTTTCTTATTTACCTCGCCGATGCAGCAGGCTATGCCGGTGGCGTGGCGATATTACTGTTTAAAAGTGGGTTCGATGGACACATCAGTTGGGTGCATTTTCTTACCGACAGCGCCTATTTCGTATCCATTACCGGCATGACCCTGATGTTGGCAGCAGCAGTGTATTTCAGGCGCCGGCTTGTGGGTGAAATGTACAATGCAGTAAAAGACGCACCTAAGCGCGCCTTTTAA	MCEHIFPRWKKERIVFILSVAVAAFSTYFCMYAFRKPFTVGDYEQAAGLFGLDFKSVLIIAQVAGYAASKFIGIRVIAEMSAAHRGNAILSLVMASQVALVMFALLPGSVKWVALFFNGLPLGMIWGLVFSYLEGRRTTEILAAILSVSFIVSTGVVKSVGLFIMLKLGVNEYWMPAATGALFTIPLFLSVRWLASTPPPSVQDISERRKRQPMSYHDRLTLISRYFTGLTCLTLAYMLLSAIRDFSDNFATELWQDLGYGNVPGIFAISSVYASLVVLTLLGSVMWIKNHFRALMVNHIMVVAGFAGMGISTLLFQQGMLSGLNWMISLTVSIYLAYVPFNCIIFERLICLVNVSANAGFLIYLADAAGYAGGVAILLFKSGFDGHISWVHFLTDSAYFVSITGMTLMLAAAVYFRRRLVGEMYNAVKDAPKRAF				NA	NA	NA	NA	NA
AK237_02708	699			hypothetical protein	ATGAAGTTAATCAAAAATAACGTGGTACGTGCAGCATGTATCGTTTCTGCCTGTGCGTGGGGCTCGACAGCAACTGCCGGGTTGATAGATCGTGGTAATGGCATGATTTACGATGATGTGCTGGATGTAACGTGGCTGCAAAATGCTAACCTCGGCGGTCGCATGAATTGGGACGACGCGAATGCGTGGGCGGATAACCTGGTTTATGGCGGCTATGACGATTGGCGTCTGACAACGGTTTACGATCAAGGAAGCGATGGCTGTAACTACGCTGACAGCGGCACAGATTGTGGTTTCAATGTAACTACCGCCTATACGAATGCTAATGGCGAAGTTGTTTATTCGGAACTCGCTTACATGCTGTATGAGAATCTGGGAAATACAGCGACCTCATTTGTCGTGAATGCAACATTTAATGATGCAGCATCCGGACAGGCAATTACCTTCGATAACCTGTTCTTTACGCCGGTAGAAGACAACCGCTTCTGGACAGGCACGGCATATACCCAGGAAGCAGGTTACGTAGGCTGGTTCTATGATGTTGGTATCGGATTTCAAGGCGCAAGTGAAGAAGCATTATATCAAACGTGGGCGGTACGAGATGGTGATGTTGCTATCGCAACCGTTGCTGAACCCGCCACTGCAGGCATACTCGCCCTGGCGTTAGCAGGCCTCGCTTTACGCCGAAGAAAAGCATAA	MKLIKNNVVRAACIVSACAWGSTATAGLIDRGNGMIYDDVLDVTWLQNANLGGRMNWDDANAWADNLVYGGYDDWRLTTVYDQGSDGCNYADSGTDCGFNVTTAYTNANGEVVYSELAYMLYENLGNTATSFVVNATFNDAASGQAITFDNLFFTPVEDNRFWTGTAYTQEAGYVGWFYDVGIGFQGASEEALYQTWAVRDGDVAIATVAEPATAGILALALAGLALRRRKA				NA	NA	NA	NA	NA
AK237_02709	2682	xyl3A	COG1472	Xylan 1,4-beta-xylosidase	ATGGCTTTTTTTCGTAAAGCAGTATTAAGCTGTGCGCTTGCTACCGCATTCATTCCTGCGGTGCACGCTGACTACAATGGTAAAACGTGGCTAGAGGTTGAAGCGCGGGTAAGCGCTATCCTCGACAATATGTCGCTGGATGAAAAGATTAACTTTATCCGTGTAAACGATGGCCGCATGATCCCCGCAGCACCGCGCTTCGGTATCGATGGTACAGTCGCCTACGATTCGACGATGGGTGTACACGTAAATAACGGTACATTTGGTGCGAGCTATCCTTCACAAACAGCGCTGGCAGCAACCTGGAATTTCAATCGAGCGAAAGAGCTCGGGTTAGCACTTGGTTACGAAACCAGAAGTGCAGGTGGTGAGCAGTTGCTATCGCCTGTGGTCAATGTGTACAGAACACCGCTAAACGGTCGTGCTGCTGAATCTATTTGTGGCGAAGATCCGTTTCTTTGTTCAGTCTTAGCGCCAGCGTTAACCAACGGTATTCAGGCACAGGGCATTCAGGCAAGTGCTAAACACCTGGTAGCCAATGAGCAAGAAGCAAACCGACATTTCCTTGATGTGCAAGTGGATGAGAGAACACTGCGCGAACTGTATCTCAGCCCTTTTGAATCATTGGTAAAGAATGCCGATATCGCATCACTTATGTGCGGTTTTAACAAGGTGAATGGTGAATATGCTTGCGAAAACCACCATGTTATTACCGATATTGTAAAGGGTGAATGGGGTTATCAAGGCTTCGTCATGTCTGACTTCAACTCTATCGTAAACGGGTTTGAAGGCGCGTGGGCCGGTACCGACTTAGACATGCCTTCGGGCTTAGCGTTTACCCATGAGAAACTAGTGCCATTGGTGTACAGCAATCAATTACCAATGGTCGTTATTGATGACAAGGTGAAGCGTAATTTGCGCGCCCTGGTTCGTTATGGATTTGACGAGCAGACTTTTGAGGCGCAAACGCTTGAGCATCCTGAATACGGTCAAAGTGTCTCTTTGGATATTGCCCGTGAAGGTATCGTACTGCTGAAGAATACTGCCAACCACAATGGTAATGCGTTATTGCCATTAGACAGAGGGGCACGTATTGCCGTTATTGGCGACTTTGCTCAGCAAGCACCTAGCTCTCCGCTGGGAACTGCTTATTCAGTGCCTGAGTCAGATTACGTGACAGAGTTAGAAGGCATTCGCATGTTAAACAACAGCGATGCGAATGTAGAGTTTATTGATGCAATGTCTCTTACGCCTGACACGGCAGACTGGCAGGAGCCAAATTGTAACGCCAATTGTGAAACGGGTGTGGTGGCAGAGTATTTCTACAACAACGATTTCAGTGGAGAACCTGCTGTAACACGTGTTGAAGAAGGCATGAATTTCAATTGGTTGTATGGCACGAACAGCCACGACGGTGTGGTAACAACACTCGATGAAATAAACCCCAATGCGACAGGCTTCTCTGCGCGCTTTAGCGGCCAAATCGTACCTGAAATTACCGGTCCACAAGTACTGAAAGTTCGTGCTGATGGTGCATTTCGTGTGTGGTTAGATGGCGACCTTATTTTAGAAAGTGACGGCGAGCCTTTATCGTCGGATCTGAAAATTGCATTGGTTGACTCTGTTGCAACAAAACGTCTGAAAGCAGGTAAACCTTACCAGGTAAAAGTTGAGTTCGAGCGCGGTGAGAGTTTCTTGCCAGCTATTGGCGGCTTACAAGGCTTGCAGGTAAGTTGGGCGGCATTGAATCCGCCAGCTGATATCGATCAATACGACGCCGTTATCGCTGTTGTTGGTCGCAACTTCGAAACAGAAGGTGAAGCCGTCGATCCGCGTTTTGAACTGCCAGAACAGCAAGGCACCATGCTGAAAAAGGTTACCAAAGCGAACCCGAATACGATTGTGGTTATGCACGGCGGTGGCGGTATGGAAATGCGTCCCTGGCACAGAAACGCTGGTGCTATTTTCCACGCGTTTTACTCTGGTCAGTTTGGTGGTCAGGCATTAGCTGAATTGGTTTACGGTGACGTAAATCCATCAGGTAAGTTACCAATTACACTGGACAAAAAGCTCAGCGACAACCCAAGTTATCCGTCCTATTCCGATCGCGATGATTATCTGGGTGAATCTGAAGATGATGTGATGGTGTATTCGGAGGGATTGTTTAGTGGCTACAGAGGCTATGATGCTAATCGTAAAGCGCCGCTTTATCCATTCGGTTTTGGCTTGTCTTACACCGACTTTGCATTTGCTGATATTAAAGTAGACAGCAAGAAAATCACCGAAGATGACACCATCCACGTATCGTTTACGGTAACGAATACAGGCAGTGTCGCAGGCTACAATACTGCACAGTTGTACGTTAAACCGAAAACGTCATTAGTTGACCGCCCGGTAAAAGAACTGAAAGGGTTTGCTAAGGTGTGGTTAGAAGCCGGTGAGTCTAAAGAGGTAACGATACCTCTGCATGCCCGCTCTTTTGCTTACTATAAGCCAGAGCTTGCCAGCTGGGTTGTTGATCCTACCCGATATAGCTTGCTGGTCGGTGATAGCTCTCGCAATATCGAGTTAAGAACATCGGTTGTTGCGAAAGAGAAGATTGTGATGACAACCCGTGATTCGAACCCGATAGCTGATGAAGTGAAATTGGCCATTCAGGTTTCTGAAGACGACACCTATTAA	MAFFRKAVLSCALATAFIPAVHADYNGKTWLEVEARVSAILDNMSLDEKINFIRVNDGRMIPAAPRFGIDGTVAYDSTMGVHVNNGTFGASYPSQTALAATWNFNRAKELGLALGYETRSAGGEQLLSPVVNVYRTPLNGRAAESICGEDPFLCSVLAPALTNGIQAQGIQASAKHLVANEQEANRHFLDVQVDERTLRELYLSPFESLVKNADIASLMCGFNKVNGEYACENHHVITDIVKGEWGYQGFVMSDFNSIVNGFEGAWAGTDLDMPSGLAFTHEKLVPLVYSNQLPMVVIDDKVKRNLRALVRYGFDEQTFEAQTLEHPEYGQSVSLDIAREGIVLLKNTANHNGNALLPLDRGARIAVIGDFAQQAPSSPLGTAYSVPESDYVTELEGIRMLNNSDANVEFIDAMSLTPDTADWQEPNCNANCETGVVAEYFYNNDFSGEPAVTRVEEGMNFNWLYGTNSHDGVVTTLDEINPNATGFSARFSGQIVPEITGPQVLKVRADGAFRVWLDGDLILESDGEPLSSDLKIALVDSVATKRLKAGKPYQVKVEFERGESFLPAIGGLQGLQVSWAALNPPADIDQYDAVIAVVGRNFETEGEAVDPRFELPEQQGTMLKKVTKANPNTIVVMHGGGGMEMRPWHRNAGAIFHAFYSGQFGGQALAELVYGDVNPSGKLPITLDKKLSDNPSYPSYSDRDDYLGESEDDVMVYSEGLFSGYRGYDANRKAPLYPFGFGLSYTDFAFADIKVDSKKITEDDTIHVSFTVTNTGSVAGYNTAQLYVKPKTSLVDRPVKELKGFAKVWLEAGESKEVTIPLHARSFAYYKPELASWVVDPTRYSLLVGDSSRNIELRTSVVAKEKIVMTTRDSNPIADEVKLAIQVSEDDTY	PGPT0019110_670	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES	CE-EPS-GLUCOSIDASE,PGPT0019110-bglX-K05349	NA	NA
AK237_02710	264			hypothetical protein	GTGAGAAATCTATTGTCGGCTTGTGCCGCTATTGCCTGTACGTTATTTCTGTCTGCAACGGCATCTGCCGATCCTGCGGTGGTTGAAGCGATGAAAAACCAAAGCCAGGAAATCAGACAGAACATCAATGATAAAAAAGAAGATCTAACCCACGCCAGCGACTATTTAGAAAAGAAAAAAACGCCACGTAAGTCGCTCTTTCAATCTCCCGTAAAACGCGACGATGCTGTGTCTAAAGAAGACAAGACAGACGCTTCCAAATAA	MRNLLSACAAIACTLFLSATASADPAVVEAMKNQSQEIRQNINDKKEDLTHASDYLEKKKTPRKSLFQSPVKRDDAVSKEDKTDASK				NA	NA	NA	NA	NA
AK237_02711	1644	groL		60 kDa chaperonin	ATGGCAGCTAAAGAAGTACGTTTTGGTGATGACGCCCGCACAAAAATGCTGAAAGGCGTTAACGTTCTTGCAAACGCAGTTAAAGTAACTTTAGGTCCTAAAGGCCGTAACGTTGTACTGGATAAGTCATTCGGTGCACCTACCATCACTAAAGATGGTGTATCTGTAGCCAAAGAAATCGAGCTGGAAGACAAGTTCGAGAACATGGGCGCGCAGATGGTTAAAGAAGTTGCGTCTAAAGCGAATGACGAAGCCGGTGACGGTACCACTACTGCAACTGTTCTGGCACAAGCAATCGTAACTGAAGGTCTGAAATCTGTTGCGGCTGGTATGAACCCAATGGATCTGAAGCGCGGTATCGACAAAGCGGTTGCTGCTGCTGTTGAAGGTCTGAAAGCCCTGTCTACTGACTGTGCTGACAGCAAATCTATCGCTCAGGTAGGTACTATCTCTGCAAACTCTGATTCAGAAGTCGGCGAAATCATCGCGCAGGCTATGGAAAAAGTAGGCAAAGAAGGTGTTATCACTGTTGAAGAAGGTCAGGCTCTGCAAAACGAGCTGGACGTTGTTGAAGGTATGCAGTTTGACCGCGGTTACCTGTCTCCTTACTTCATCAACAATCAGGAAAATGGCACGGTTGAATTAGACAGCCCGTTCATCCTGTTGGTTGACAAGAAAATCTCTAACATCCGTGAATTGCTGCCTACTTTAGAAGGCGTTGCAAAAGCCGGTAAACCACTGCTGATCATCGCTGAAGACGTAGAAGGCGAAGCGCTGGCAACTCTGGTTGTAAACAACATGCGCGGTATCGTGAAAGTGGCTGCTGTTAAAGCACCAGGTTTCGGTGACCGTCGTAAAGCTATGCTTCAGGACATCGCAATCCTGACTGGTGGTACGGTTATCTCTGAAGAGATTGGTCTGGATCTGGAAAAAGTTCAGCTGGAAGACTTGGGTACTGCGAAGCGCGTAGTGATCAACAAAGACAACACTACAGTGGTTGACGGTGCCGGCGACGAAGCGGCTATCGAAGGTCGTTGTGGTCAAATCCGTGGTCAAATCGAAGAATCTACTTCTGACTACGACAAAGAGAAACTTCAGGAACGTCTGGCCAAGCTGTCTGGCGGTGTTGCAGTAATCAAAGTAGGTGCTGCTACCGAAGTTGAAATGAAAGAGAAGAAAGACCGCGTTGAAGACGCTCTGCACGCAACTCGTGCTGCGGTACAGGAAGGTGTAGTACCTGGTGGTGGTGTTGCTCTGGTTCGTGCGGCAGCGAAACTGGCTGACCTGACTGGTGACAACGAAGACCAGACTCACGGTATCAAGCTGGCGATGCGCGCGATGGAAGCGCCTCTGCGTCAAATCTCTATCAACTCAGGTGCAGAAGCCTCTGTTGTTGTTAATGAAGTGAAGAACGGTTCTGGTAACTACGGTTACAACGCTGGTAACGATACTTACGGCGACATGCTGGAAATGGGTATCCTTGATCCAACTAAAGTAACTCGTTCTGCACTGCAATTTGCAGCGTCTATCGCGTCTCTGATGATTACTACAGAAGCGATGGTAGCTGAACTGCCTAAAGACGAGCCTGCTGCACCTGATATGGGTGGCATGGGCGGAATGGGCGGTATGGGCGGCATGATGTGA	MAAKEVRFGDDARTKMLKGVNVLANAVKVTLGPKGRNVVLDKSFGAPTITKDGVSVAKEIELEDKFENMGAQMVKEVASKANDEAGDGTTTATVLAQAIVTEGLKSVAAGMNPMDLKRGIDKAVAAAVEGLKALSTDCADSKSIAQVGTISANSDSEVGEIIAQAMEKVGKEGVITVEEGQALQNELDVVEGMQFDRGYLSPYFINNQENGTVELDSPFILLVDKKISNIRELLPTLEGVAKAGKPLLIIAEDVEGEALATLVVNNMRGIVKVAAVKAPGFGDRRKAMLQDIAILTGGTVISEEIGLDLEKVQLEDLGTAKRVVINKDNTTVVDGAGDEAAIEGRCGQIRGQIEESTSDYDKEKLQERLAKLSGGVAVIKVGAATEVEMKEKKDRVEDALHATRAAVQEGVVPGGGVALVRAAAKLADLTGDNEDQTHGIKLAMRAMEAPLRQISINSGAEASVVVNEVKNGSGNYGYNAGNDTYGDMLEMGILDPTKVTRSALQFAASIASLMITTEAMVAELPKDEPAAPDMGGMGGMGGMGGMM	PGPT0014570_2554	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	UNIVERSAL_STRESS_RESPONSE	STRESS_SIGNALLING_PROTEINS	STRESS_SIGNAL-CHAPERONE|PROTEASES,PGPT0014570-groEL|mopA-K04077	NA	NA
AK237_02712	291	groS	COG0234	10 kDa chaperonin	ATGGCAATTCGTCCTTTACACGACCGCGTAATCCTTAAGCGCGCAGAGCAAGAAACTAAATCTGCCGGCGGCATCGTACTGACTGGTTCTGCAGCAGAAAAATCAACTCGTGGCGAAGTTATCGCTGTGGGTAATGGCCGTATTTTAGAAAACGGTGAAGTAAAAGCTCTGGACGTAAAAGTTGGCGACACCGTTATTTTCAACGACGGTTACGGCGTAAAAACCGAAAAGCTGGATGGTGAAGAAGTGCTTATCATGAGCGAAAGCGACATCCTGGCAATCGTTGAGTAA	MAIRPLHDRVILKRAEQETKSAGGIVLTGSAAEKSTRGEVIAVGNGRILENGEVKALDVKVGDTVIFNDGYGVKTEKLDGEEVLIMSESDILAIVE	PGPT0014565_2541	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	HIGH_TEMPERATURE_TOLERANCE	HEAT_SHOCK_PRTOEINS,PGPT0014565-groES|mopB-K04078	NA	NA
AK237_02713	516			hypothetical protein	TTGCGACTTTTATTTTTGCTGTTCGCCATTATGCCCATCATCGAAATTGCCTTACTGGTAAAAGTGGGTGGCATCATTGGCGGATGGAACACCATTGGTATAGTGTTATTAACAGCCTTTATCGGCGCCTATTTTGTAAAACGAGAAGGTATTCACACCCTGCAAGTCGCGCAAGCAAAAACGCAGCGCGGCGAAATGCCAGGTAAAGAAATGGTAGAGGGCCTTATGTTGGCCGTAGCCGGGGTGTTGATGGTTACGCCTGGTTTCATTACCGATATTTTCGGTATTTTGCTGGTGTTGCCAGGCACGCGACATTTGGTTGCCGGGGTGGTTAGCAAGCATATGAAAATGCGTGTGGTGACTGCAGGTTCTTTTCAGCAGCAAGGACCATTTGCTGGCGGCGCAGACCCTTTCGGACAACGACCACAAGGTGGCCAGCATAATCCCGATGGTGATGTGTTTGAAGGCCAGTACACCGATAAATCTGCCGGTGAAGATAATCCCCGCCTCAAATAA	MRLLFLLFAIMPIIEIALLVKVGGIIGGWNTIGIVLLTAFIGAYFVKREGIHTLQVAQAKTQRGEMPGKEMVEGLMLAVAGVLMVTPGFITDIFGILLVLPGTRHLVAGVVSKHMKMRVVTAGSFQQQGPFAGGADPFGQRPQGGQHNPDGDVFEGQYTDKSAGEDNPRLK				NA	NA	NA	NA	NA
AK237_02714	1824	dsbD	COG4232	Thiol:disulfide interchange protein DsbD	ATGAAGTATGTTTCGTCGCTGCTGTTTGTTTGTTTGTGGTTATTGCTACCTCTACAAGCCGCCGCGCAAATACCCAATTTTAATCAGGGAGACACGTTCCCCCAGCAGGAAGAACCTGACTTTCTTCCCGTTGACGACGCGTTTGTGTTTGATTACCAGCAAAACGATGACGAGCTCACCATTCGCTTTGATATCGCCGATGGCTACTATTTATATAAGTACCAGTTTAAGCTAGTCGGTAAAGATGTGACATTGGGCGATCCCTCTTTTCCCCCGGGCAAGGAAAAAGAGGACGAATTTTTTGGTAAAACCGAAGTGTTCTACCATGATGTTTCGTTTACTGTTCCGGTTGTTGATGCCATCGAGGATGGTGTAGTGAAAGTGCGCTATCAAGGCTGCGCGGACGCCGGATTATGTTACCCCCCAACCGTCAAGGTCATCTACTTATCTGCTGTTGGTGAGACACAGAGTACTGCCAATACCACTCAATCGGCTAACACAGATGTACCGGTAAAGTCGGCACAATTTGGTCTGGCAGAGCGATTAGCTGATAAAGAGAACCTACCGGTAACCTTACTTCTCTTTCTGGCGTTAGGTATTGGACTAGCCTTCACGCCATGCGTGTTTCCCATGTATCCCATATTGTCCGGTATCGTATTAGGTCAAGGTAAGGACATGAGTTTACGTCGTGCCTTTACGCTCAGTTTCGTATACGTTCAGGGCATGGCTATTACCTATTCTCTGCTAGGGCTAGTGGTTGCCTCGGCGGGTATACAGTTTCAGGCAGCGCTCCAACACCCTGCCATTTTAGGTGTATTCATCATTCTATTTGTCGCCTTAGCCATGGCCATGTTCGGCGTGTATGAAATTCAGCTACCCTCATCATGGCAAAGTAAACTTAATGACGTAAGCAATAATCAAAAACGCGGCAACATGGTTGGCGTCTTTGTCATGGGCGTGCTTTCTGGCTTGGTGGCTTCGCCTTGCACTACGGCACCGCTCACAGGCATCTTGCTGTTTATCGCACAAACCGGTGACATGACGTTAGGTTTCATTTCGCTATATGTTCTAAGCCTTGGTATGGGCATACCGCTTATCTTGTTTGGTATGACTGGCGGTAAATTACTACCAAAAGCAGGTAATTGGATGAATGTGGTGAAAACCAGCTTCGGCTTTATGATGCTGGCAGTGGCTATCATCTTTGTCGAACGCCTGTGGTCTTCATCCTATAGCAACCTGTTATGGGCTGTCGTGGGTTTGGCTACGTTCTCGTATTACAGCGTTATAAACCAACCTACACAAGCATCATTTATGAAGGGCGTGCGCACACTCATTATTACCGTGGGTTTGTTCGCCAGTGCAATGATTGGTTATGTGACACTTTTCGGCGAAGCGAGTCCCTTTGATGGGCAGCAAGGTGGAGAAACCGGACAGTACAGCGATAAAGTTTCCCATCCCACGTTTATGGTAGTGAAAGATTTGGATGACTTTGAGCAGAAGCTTGCCGCGGCGAATGCTGAAGGTAAAACCGTAATGGTCGATTTATATGCCGACTGGTGTGTGGCGTGTAAAGAATTCGAAAAATATACTTTCCCTGATAAAGCAGTAATAACGGCTTTATCAAATACGGTTTGGATGCAAATTGATCTCACAGAAAACACACCTACGAACTTAGCGTTTCAAGAGACATTTGATGTGCTTGGCCTGCCTACTATCCTGTTCTTTGATACGAGCGGACAAGAAATAAGTCAATCCAGAGTGACAGGTTTCATGAAAGCAAAACCATTTGCAGAACATGTGAATCGTGCGTTGGGGAATGAATAA	MKYVSSLLFVCLWLLLPLQAAAQIPNFNQGDTFPQQEEPDFLPVDDAFVFDYQQNDDELTIRFDIADGYYLYKYQFKLVGKDVTLGDPSFPPGKEKEDEFFGKTEVFYHDVSFTVPVVDAIEDGVVKVRYQGCADAGLCYPPTVKVIYLSAVGETQSTANTTQSANTDVPVKSAQFGLAERLADKENLPVTLLLFLALGIGLAFTPCVFPMYPILSGIVLGQGKDMSLRRAFTLSFVYVQGMAITYSLLGLVVASAGIQFQAALQHPAILGVFIILFVALAMAMFGVYEIQLPSSWQSKLNDVSNNQKRGNMVGVFVMGVLSGLVASPCTTAPLTGILLFIAQTGDMTLGFISLYVLSLGMGIPLILFGMTGGKLLPKAGNWMNVVKTSFGFMMLAVAIIFVERLWSSSYSNLLWAVVGLATFSYYSVINQPTQASFMKGVRTLIITVGLFASAMIGYVTLFGEASPFDGQQGGETGQYSDKVSHPTFMVVKDLDDFEQKLAAANAEGKTVMVDLYADWCVACKEFEKYTFPDKAVITALSNTVWMQIDLTENTPTNLAFQETFDVLGLPTILFFDTSGQEISQSRVTGFMKAKPFAEHVNRALGNE				NA	NA	NA	NA	NA
AK237_02715	2946			hypothetical protein	ATGAAATTAAGAAAAACACTATTAGCAGCAAGTGTTAGTAGCTTGCTGGTTATTTCATCAAATGCATACGCCGATGGCGGCACACTCAAAATCCAGGTTACTGACACAAATGGCTTACCAGTTTCCGGTGCCACTGTTTCAGTTAAATCACCCGATACGCTTACATCAAGAACCGCAACCACTGATGCCGATGGCTTTATCCGCGTTTCAGCATTGGATCCTGCCCGGAATTACAGCATCACGATTGAAGAAGATGGTTACCTGACGTTGAGTAAAGAGAACGTTATCGTAGTGTCTGATAAGGTGTTCGAACTCGATTATGTATTAGCTACTTCTGAACAGGATTATGAAAAAATAGCAGTAACAGGAAGTCGTACAGCAACCTATATTGATACTACTTCTTCCACCGTTGGTATGGATATTACGTTGGGGCTGACGGAGTCGCTGCCGACAGGTCGTGATTATCAAAGTTACCTTCAGCTGGCACCAGGCACTAAACCTTCTGCGACGGGGAACCCCTCTTCAAAATCAGGTGTTAACTATTCAGATGTTGGTGGGACAATCGGTTCGTCCACTGATAACATTTATTATCTTGACGGTATTGATACAACAGACGCTAATTCAGGTGGATTTGGATCGAATATCAACTCAGAAATTATTCAGGAGCAGCGAGTTTTAACCGGTGGTATTCCGGCCAAATATGCCGGTGGTACAGGATTGGTTTCAATCGTAAATACAAAGTCAGGTGGTAACGAATTTAGTGGCTCGGTTAACTACTATCTGCAAAATGACAGTTTGGTAGCAGATAATAAACACAACGATGGCGCGCAGTTCTCGACGTTTGATACGGCGGTAACATTGGGAGGACCTATAATTCAGGATAAATTATGGTTCTTCGCGTCGTATCAGAAAAAGAACCGGGAAGATGACTTGTTCGATAACGACGGTAACTACATGCGAACCGTTGAAGAAGACTCCGACTTGGGCTTCGTAAAACTATCCTGGCAAGCCACCGACAGGGATAAATTTGAAGTGTCATGGTTTAACGACCCCCGTGAAATATCTGGCAGCGACGATGCCAATACACTGAATAATCGCGATTACACTTCTAATTATGGTGGTGATAATTATAAGTTTGAATATACCCACAACTGGGACGATTTAACCCTTTCACTCAAAGCATCTCGTCACGAGAAAGAAGCATCTACAGGCGCGGCGGATAGCTCTACACGTAACGACGTGGCTTACCTCGATTTAAACACGCCGCAATCGGAAGTGGACAAAGGCGGTTACGGTTACAGCAATAAAGAGTTCCGAAACCGCGACCAATATAATGTCGACCTTACTTACTATTTAGATACAAGTATCGCCACGCATACAATTGAAGCTGGCTATGGTTACGTCAAAAACTCGTTAGAGCTTGATGAAACCTATTCGAATGATGTGAGATATCGTTCAATTGCTGCCGAAAACGCGGGCGAGACCCTGGGTAGTTACATTAATGGTGATTGGCTTGGTACCGTTGGTATTCTGGATTCTGATTATGCATTTATTCAGGATGGCGTTGATGATTCTGCCGACTCCGCCTATTTCTACAGTATGTTAGATACTAATGGTGATAACACGTTAAGTTCAGATGAACTAAACGCCATTGTATTTAATAGTAGCGAAGGTAACCCTACTGGCGACATAAATGCTTACCGTATTATGATGGTTCAAACTGCGCCGGTAGAAATGGAAACCAAAGGCCAAACGGCTTATGTTCAGGATACGGTCACATTTGATCAGCTTTCTGTAACGTTAGGTGTTCGTGCTGAAAAGTGGGAGCATTTTGGGTCAACAGGTGCCAAAGTTGCCACATTTGACTGGGAATTAGCGCCACGTTTGAGCGCTTCTTACGACCTGTTCGGCGATGGCGAAAGCAAAGTATTCGGTTTCTATGGTCGTTACTATGATCCTATTCGTACCAACATGACAGATTTTGCTGGTAATACGACAGGTCCTGTTACCGAAGAGCAGATTTTTATTGATGACCGCTGGTTAACCTTCCGTATTCGTGGTGGTGAGCAAGGTCAGGATGCGTTCTTCGCTCCGACAACTAAAACGCCATACACTGATGAATACATGGTGGGTTACTCAACCGCGCTGAATGAAGAGTATGCCGTTGAAGTTACCTACACAGAGCGTAAAACACGCGACATCCTGGAAGATTACGATTTAGGTCTGTATTCTGAAGATCTTGCTGATACTGCTTATTATCTGCCCTACAGTTATTTTGGCTATGATTCTGTACCAGAATCTAATTATGTTATTGCCACTTTGGAAGGCGGTAAGCGGGACTACAAAGGGTATGAAGTCTCATTTCGTCGTAACCGAATCGACAACTGGCAGGCGTATGCCTCGTTCACCTATAACGATGCGGCAGGTAATACCAACTCCGACAGTAACGCTGATTATCAGGGTGACGTAGTCTGGTTAGATCCCCGTTCTCCCAATATGTATGGTGATCAACCAGGTAACGTCGAGTACTTGTTCAAAGTATTTGGAACTTACTACTTCGATAATGGTATTGAGTTAGGTGCTGTTTATAACTGGAATTCCGGTTTCACCTACAGTGAAACATTCCTCGCAGGTAGCCGTCATTTACCTGGCCGCGTTGCAGATGCCTATGAAGATGGCGGAACGGAGCAGCGCTGGGTAGCTGAAAATTCTATTGGTAGCCACGAAACAGGCGCTTACGGTACGTTGGATGTACGTGTTAAATACACCTACGACTTCGATTATGCCAAGGCTGAGTTCTTCTTAGACATCTTTAACGTACTTGATGACCAGGCTGGAATTCAAGAAATGGACGTGCTAACTGGTGACGATGGTTACGCATTTGGCGATGAAATTGACTGGGTAGAACCTCGTCGTTTCTATCTTGGTGCGCGCTTATCTTTCTAA	MKLRKTLLAASVSSLLVISSNAYADGGTLKIQVTDTNGLPVSGATVSVKSPDTLTSRTATTDADGFIRVSALDPARNYSITIEEDGYLTLSKENVIVVSDKVFELDYVLATSEQDYEKIAVTGSRTATYIDTTSSTVGMDITLGLTESLPTGRDYQSYLQLAPGTKPSATGNPSSKSGVNYSDVGGTIGSSTDNIYYLDGIDTTDANSGGFGSNINSEIIQEQRVLTGGIPAKYAGGTGLVSIVNTKSGGNEFSGSVNYYLQNDSLVADNKHNDGAQFSTFDTAVTLGGPIIQDKLWFFASYQKKNREDDLFDNDGNYMRTVEEDSDLGFVKLSWQATDRDKFEVSWFNDPREISGSDDANTLNNRDYTSNYGGDNYKFEYTHNWDDLTLSLKASRHEKEASTGAADSSTRNDVAYLDLNTPQSEVDKGGYGYSNKEFRNRDQYNVDLTYYLDTSIATHTIEAGYGYVKNSLELDETYSNDVRYRSIAAENAGETLGSYINGDWLGTVGILDSDYAFIQDGVDDSADSAYFYSMLDTNGDNTLSSDELNAIVFNSSEGNPTGDINAYRIMMVQTAPVEMETKGQTAYVQDTVTFDQLSVTLGVRAEKWEHFGSTGAKVATFDWELAPRLSASYDLFGDGESKVFGFYGRYYDPIRTNMTDFAGNTTGPVTEEQIFIDDRWLTFRIRGGEQGQDAFFAPTTKTPYTDEYMVGYSTALNEEYAVEVTYTERKTRDILEDYDLGLYSEDLADTAYYLPYSYFGYDSVPESNYVIATLEGGKRDYKGYEVSFRRNRIDNWQAYASFTYNDAAGNTNSDSNADYQGDVVWLDPRSPNMYGDQPGNVEYLFKVFGTYYFDNGIELGAVYNWNSGFTYSETFLAGSRHLPGRVADAYEDGGTEQRWVAENSIGSHETGAYGTLDVRVKYTYDFDYAKAEFFLDIFNVLDDQAGIQEMDVLTGDDGYAFGDEIDWVEPRRFYLGARLSF				NA	NA	NA	NA	NA
AK237_02716	249			hypothetical protein	ATGAAAAGAAAATTGAAAGTTGCGTTATTTTTAGCCACATCCTTTGTAACATTTGCGAGTTATGCCGTTTGGCAAATGGCTCACACCGTTGTTTATTATAGCGATGCCTCAAAAACCGAAGTTGTGGGATATGAGATGCGCTACTGCCAAATACACGTACCAGAATTATATGGAACAACATCACAATTTACTGAAACGCTTTACGGAGGCTCTTGTTCAGGAGGCGGTGCCGTTCCTCCAATCCCATAA	MKRKLKVALFLATSFVTFASYAVWQMAHTVVYYSDASKTEVVGYEMRYCQIHVPELYGTTSQFTETLYGGSCSGGGAVPPIP				NA	NA	NA	NA	NA
AK237_02717	2928			hypothetical protein	ATGAATAAAAATCTATCTAAAGCATTTAAGCGTTCATTCACGGCAGCTGCCGTAGCGATGACGTTAAGTGCGGCGATGCCGGCAATGGCCGACAACGTTAACGGTGCCATTAAAGGTAACGTCACCAGTCAGTCTGGTGCTAGCCTGGCAGGCGCAACCATTACTATCGTAGACAAGAAAAAAGGCTATGAGAAAGTGCTTGTCGCTGATGAAAATGGCCAGTTCAACCTGAACCAGGTACCGGTAGGTAACTATAATGTTACTGTTACCCAGGACGGTTTTGAAAAAGCGCAAATCAATAATGTTGTTATCGGTGTTGGTAAAACGGCATTGCTTGATGTACCTCTGGTTGAAGGTAACGTTGAGCGAATTTCTGTCGTTGGTACAGCAATTCGTGCGGTTGATGTCACTTCAACTGAATCTTCACTGAACATCAGTTCTGAAGAACTGGACATGCTGCCAGTTGCCCGTTCTATTACTTCTGTTGCTCTTCTTGCACCAGGTGCAGTTGAAAGTGATAGCCGCTTTGAAGACCAGGCTTCCTTTGGTGGTGCGTCGGTTGCAGAAAACGCCTATTACGTAAACGGTCTTAACATGACCAACTTCCGTAATGGTCTTGGTGGCGCCACAATTCCTTTCACCGCTTACGACAGCTTCCAGGTTAAAACTGGCGGTTACTCTTCTGAGTTTGGTCGTAGTACAGGTGGTTTGATTTCTGCGGTTACAAAATCTGGTAGCAATGATTTCCATTTTGGTGTGCAGTCTATTTACTCACCAAATTCACTGACAGAGCAAGCGCCAAACTCTGTTTACCTTCGTAACGAACGCTGCGAAGACGCAGATGGCCACTGCATTGGTGATCTATTCGTTAATAACGAAGATGACTACGAAAATTCATTCGAAACCAATATTTACGCGTCAGGTGCGATTATTGAAGATACGTTATTCTTCTACGGTATCTACACTGCGCGTGATAATGAATCCCGTTACGGTAATGCATCAGAAACTACTCTGACTAAAGAGAAAGATGATGACCCGTACTACCTGGCCAGAATCGACTGGAATATCAATGAAGATCACCAGTTGATGCTGTGGGGCTTCAGTGATGAGCGCACTTATTCTGAAACCACCATCGATGATGCTGATGGAAACGGTAACTATACTGTAGATGGCGGTACTGCCTATCATAAGCGCGGCGGCAAGAGCTGGGCAGCGCGTTATACCGGTAACCTGACAGACGATTTCAGCATGTCTGCGATGTACGGTGTGGTGAAGTTCTCTGAAACTGATTACTCTGACTACGATGATTGTCCTGCCGGTTACGACGGTGATACGCTGACAGATACAACTTGCTACGTAAACTTTACCGTTGGTGCAAATGAAGATAAGCGTGAGCAGCTACGCTTAGACTTTAACTGGTACGCTACTGACGACCACACGTTGCGTTTTGGTTATGATTCTGAAACAAACACGGCAGATGCAACAACCATCAACTCTGGTGGTATTTACTACTACTACCTTACTTATGAAGAAGGTGCTCGTCTGCCAAATGGTTACGTGCTGCCTGAAGAGATGAAAACAACCCGTGTACGTAACTACCAGAACGGTGGTGAGTTCGAAGTTAAGAACTGGGCGATTTATATCGAAGACGAGTGGGCTGTAACTGATACGGTAACCTTAAACCTTGGTCTGCGTAACGACAGCTTTACCAACTACAATGCTGATGGTGATGAGTTCGTTTCTATCGACAACCAGATTGCTCCACGTTTAGGTGCATCATGGGATATCAATGGCGATGGCGACAGCAAGTTATTCGCTACTATCGGTCGTTATTACCTGCCAGTTGCAGCTAATACCAACATTCGTTTAGCGGGTGCAGAAACTTATATTCAAACCTGGTATGAGTACGAAGGTTTGAAAGAAGACGGTACGCCTATTGGTTTGAGCAATCAGTTAGGTGATCCTGCTATTTCTAACGGTGGTGACGGCACTGCTAAGGCTTCTAATACACTGTCAGATAAAGATCTTGAACCAATGTATAACGACGAAGTTATCGTAGGTTATCAGGCAGCGATCAATGACGACTGGTCTTGGGGTATTAAAGCGACTTACCGTGATCTGGGTAACCAAATCGATGACGGTTCTTACATCTTTACTGATGAGAACGGTGAATACCTTGGTGAAAACTGGTTCCTGTTTAACCCGGGTAGTGGCGCAACGTTTAACTACGACCTCGACGGAGATGGTGTAACAGAAGAGTACAGCTTCACTGCTGAAGAACTGGGCTATCCGGATGCAAAACGTCGCTATACGTCTATCGATTTGACGTTAGAGAAAACCTGGGATCAAGTTTGGTCACTTAAAGCGCTTTATACCTGGTCTCATAACTACGGTAACACCGAAGGTTTCGTGAAATCTGATAACGGTCAGGATGACGCAGGCTTAACGCAGGATTGGGATTACCCATATCTGATGGATGGCGCGAACGGTAACCTGCCTTCAGATCGTCGTCACTACATCAAAGTATTTGGCGCGGTTGCTGTAACGGAAGACTTCCTGATTGGTGCTAACCTGAGCATCGCCTCTGGTCGACCCTGGACTGCCCTTGGCGCAGGTTATACACCTGACCCAGACAAGTACCAATACGGTGATACTTACTACGTAGGCGACAGATACTATCCACGTGGAAGCATGGGAACTACACCATGGACTGCACGTCTTGATCTGAACTTTACTTACAACCTGCGCTTCGACGATCAGAAGATTCGCTTTGCCGTTGATGTCTTCAATGTCTTCGACGCTTCAACAGCTACTCGTTATGACGAAGTTGCTGAAGTTGCGGCTGGCGATGACAGTGCAACGTTTGGTCTTGCTGAAAGCTACCAGACACCTCGCCGAGTGCAATTTACTGCGTCTTACGATTTTTAA	MNKNLSKAFKRSFTAAAVAMTLSAAMPAMADNVNGAIKGNVTSQSGASLAGATITIVDKKKGYEKVLVADENGQFNLNQVPVGNYNVTVTQDGFEKAQINNVVIGVGKTALLDVPLVEGNVERISVVGTAIRAVDVTSTESSLNISSEELDMLPVARSITSVALLAPGAVESDSRFEDQASFGGASVAENAYYVNGLNMTNFRNGLGGATIPFTAYDSFQVKTGGYSSEFGRSTGGLISAVTKSGSNDFHFGVQSIYSPNSLTEQAPNSVYLRNERCEDADGHCIGDLFVNNEDDYENSFETNIYASGAIIEDTLFFYGIYTARDNESRYGNASETTLTKEKDDDPYYLARIDWNINEDHQLMLWGFSDERTYSETTIDDADGNGNYTVDGGTAYHKRGGKSWAARYTGNLTDDFSMSAMYGVVKFSETDYSDYDDCPAGYDGDTLTDTTCYVNFTVGANEDKREQLRLDFNWYATDDHTLRFGYDSETNTADATTINSGGIYYYYLTYEEGARLPNGYVLPEEMKTTRVRNYQNGGEFEVKNWAIYIEDEWAVTDTVTLNLGLRNDSFTNYNADGDEFVSIDNQIAPRLGASWDINGDGDSKLFATIGRYYLPVAANTNIRLAGAETYIQTWYEYEGLKEDGTPIGLSNQLGDPAISNGGDGTAKASNTLSDKDLEPMYNDEVIVGYQAAINDDWSWGIKATYRDLGNQIDDGSYIFTDENGEYLGENWFLFNPGSGATFNYDLDGDGVTEEYSFTAEELGYPDAKRRYTSIDLTLEKTWDQVWSLKALYTWSHNYGNTEGFVKSDNGQDDAGLTQDWDYPYLMDGANGNLPSDRRHYIKVFGAVAVTEDFLIGANLSIASGRPWTALGAGYTPDPDKYQYGDTYYVGDRYYPRGSMGTTPWTARLDLNFTYNLRFDDQKIRFAVDVFNVFDASTATRYDEVAEVAAGDDSATFGLAESYQTPRRVQFTASYDF				NA	NA	NA	NA	NA
AK237_02718	609	paiB	COG2808	Protease synthase and sporulation protein PAI 2	ATGTACGCACCCGCCCCGTTTTATTCAGATTGCCCCGAACTGGCAGCGAAGCTGGTCGATGATATTGTTATGGGCACACTGGTTGCTACCGACCCGTTACAATCTGCAAGCCCGCTACCCTTTAAAGTCAGAAGCCGGGAGGGACAGCTGGTACTAGAAAGCCATCTCGACATCCGCAACCCCTTGTGTGAAATCCTGCAACAACAAAACCGCGCAAAGGTTATTTTCTGGGGCCCTAATGCTTATCTTTCGCCTGCACTGTATTCCCGTCAGCCACGGGTACCCACCTGGTTATTTGTTTCTACTCATCTTGCCGGAACAGTCACTTTTGTTTCTGCTGAAGAAACAATCAATATTGTTACTTCGCTCAGCGATGAAAAAGAAGCATCAAGAAATGCCTGGCACTCTGAGAATGCGCAAAAATATATAAATAAAATCGCATCAGGAATTAAAGGATTCACTTTTCATGTTGAAAAAATAGACAGTCAGTTGAGGTTGGGGCAGCAGAATAATGAGTGCGATCTGGAGGCGCTTAAAAGGAAAATGGAAGGTGATAAATTGACCGATTATTCGCAAATATTAAATGTAATGAATAATTATCTCTTATAA	MYAPAPFYSDCPELAAKLVDDIVMGTLVATDPLQSASPLPFKVRSREGQLVLESHLDIRNPLCEILQQQNRAKVIFWGPNAYLSPALYSRQPRVPTWLFVSTHLAGTVTFVSAEETINIVTSLSDEKEASRNAWHSENAQKYINKIASGIKGFTFHVEKIDSQLRLGQQNNECDLEALKRKMEGDKLTDYSQILNVMNNYLL	PGPT0014760_1307	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-ENVELOPE_REMODELLING_REGULATION	CE-ENVELOPE_REMODELLING_REGULATION_FACTOR,PGPT0014760-paiB|yumE-K07734	NA	NA
AK237_02719	3135	tolB_3		Tol-Pal system protein TolB	ATGAAAATCCTTTTTTTTGTACTGCTGTGCGTTGCTATCTCTGTGAAGGCGGAGAGCTTGCTACCCGCCCAAAAAACGATTCGCTTCACCACTGATGAGGTCACCTGGCCTTTCCTCGATATTTCACCTGACGAAAGCACGCTGATTTTCGATATGCTGGGCGACATTTACACCATGCCGGCAGAGGGAGGGAAAGCCTCTTTGTTGCTGGGAGGAATGGCATTTGAATATCATCCGGTTTATTCCCCAAACGGCAAACAAATCGCCTTTATCAGCGATCGCGATGGCAGCATTAATTTATGGATTGCTAACGCAGACGGCTCAGCGAAGCGAAAACTGTCTTCCGATAAGGAAGCCATGATGTATGCCACGCCGGCATGGAGCGCAGATGGTAAGAGTGTTTATGTATCAAAGATGCACTACTCGTTGCTGGCCTTTGAAATCTATCAGTACACCTTAAGCGGCAAAGTTAACAAAATCACCGACGCTAAACCCACCGGTTCAGAAGACTTTGACACCCGGTTAAACGCCATGGCGGTATCGGTCAGCAATGATGGCAGCCAGCTTATTTATTCAAGAAAGTCCGGTACCACCTGGTCTCCTCAGGTACCTGCGAAATGGCAGCTTATCTCGCAATCTGCCACCAGCAATGAAACGGTTTCGCTTATCCGTGACAGTAACAGTCTGCTCAACCCTCTCCTTTCACACGGCGGCGACTTCCTGCTTTTTGCCGCCCATCATGGGGATACGCTGGACTACAAAATCCGTGATTTGCGAACCGGTAAAGAGCGCTGGCTGGGCCTGTCACTGGATCAATCCGGTGAAGAAGGCGGCTACTATACGGGCCTGCTTCCCCGCGCAGTGCTTACCCGCGATGACAAAACCCTAATCACCAATATCAACGGTAAATTCAGACGCATTGAACTGGCCACCGGCGAACAAACAACACTGCCTTTTGAAGCAGATGTCGCGTTGGCGGCAAGAAATAATACCAGAGTGCAAATAGCCGAAGAAAACGGCGCAGTAGAGAACCGTACCGTTCAGGGTGTGAGTGTGCAGCCGAACACCGGGCACATTGCGTTTTCTGCTTTCGGCAAACTCTATCTTGCCGGTGAAGGAGATGACGTTTATCCCCTGCCAACGCAAACGGATACGGCCTTTCAGCCCTCCTGGTCGCATCAGGGCGGTCAGTTGGTCTTTGTAACCTGGAGCAGTACACAAAGTGGAAGTATCCGGGTGTTTGACCCTGCCAGCGGTAAAGCAGCGAAGATAATAAGTCAGTACGACGACACCTACTATTCGCCGGTATTCTCCGCAGACGACAATACTGTTTACGCACTGCGGGCCAATCAGCAGGATCGCTTAAATACGCAGGCCGAGGTATTCCAGCCTGTTGAAAATGCGCTGATAAAAATCGATTTATCCACCGGCCGGCAGGAAACGCTGATCCCGCGAATAAATGCGCGGCATCTGGCGCTGAATGAAGCGGGTGACAGATTATTCGCCGATACCGCCGGCGGTTTTAAATCGGTTTCCCTTGCCCAACCAGATGATGTCACCACATCATTAATCGTGGATATGTCGGGCAACCAGTATATCGAAGCCAAATTACCTGCAGAAGCGGTCAGAAGAAGTCCTGACGGCAAATCCATACTTGTCCGTTCGGGTGCAAAACTTTATTTCATAGATGGCACTGAACTGTCAGCAGACGCCCCTTTCGACCTATCCATGCATCTGGATTCCCTCATCGTAAAGGGCGGAGTTGATGACTTTGGCTGGCTGTCTTCCACTGAATTTTACTGGCTTTCAGGGAACACCTGGCACCGCGGCACAGTGGACAATGTCAACAAACAGACCGTTGCGTTATCAGCCCTGCTCCCAAGAGATATTCCCGAACAATCACTTCTGCTCAGAGGCGCAAAAATCTTAACCATGGCATCACCTGATGCCGTGATTGAAAAAGGTGATTTGCTGATTGAGAACAACCGTATCCGCTACGTGGGCAAGGCAGGAACTGCGCCGGTAACCGCTGAAACCAAAATCATCGATTTATCCGGCAAAACACTGATCCCCGGCTTAATCGATGCGCATGCACACTGGATGAGTCTCAACCGCACTTTGCCTGATCTCACGGGACAGTGGGAGTTTATGGTTAATCTTGCCTACGGTGTGACATCGGGCTTAGATGTGCAGACATTCACCACCGACACTTTTTTCTATCAGGATGCCATTGATGCCGGCCTGATTACCGGCCCCCGCGCTTTCTCAACTGGCCCCGGTATCTTCCGCAACAGCCGTATTAATAGCGTTGACGATGCAAAAGCAATTCTAAAACGGTATAAAAATGACTACCGCACGCAAAACCTGAAATCTTACATGGTGGGCAACCGTCTGCAGCAGCAAATGATGCAGGCGGCCAGTGAAGACATGGGCATGATGCCGACAACAGAAGGGGCCAGTAATCTGCGTCTGAACCTGCTCCATGCTATCGACGGATTCAGTGGCAATGAGCATAATTTGCCGGTTTCCCCGTTGCATAACGATGTACTCAGCCTGTACGCACAAAGCGGTATTTCCTATACCCCGACACTCACGGTGTTATACGGCGGTGCTGCTGGCTTATACGATTTCATTGCGCAGCACTCTCCTTATAAAAGTGCAAAGTTGCACCATTTTGTTCCAAACTTTATTCTGCAAAAGAAAACCACTGACTTACCCCGGTTCCACCGGCATAGCGATCGCCGTTATCCGTCTTTCGCACAAGATGCGATTAACCTGCAACGCCGGGGCGGTGTTGTGGCGATGGGAAGTCATGGTGAAATGCAGGGCATAGGCATGCACTGGGAAATGGCTGCGTATACGGGGGGTGGTGCGACGCCCCGGGAAGCGATTTACGCCGCCACCATGGGTTCAGCAACAGCCATCGGTCGACAAGAGTTTATTGGTAGTCTGGAATCAGGGAAATTGGCGGATATACTGATACTAAATGATGATCCGAGCGAGAGTATTTCTCGCACAGAGCATCTATCCGGTGTAATAAAAAATGGTAGATTATACGACCCCCAAACACTGAACGAACACACCAGCGGACAACGTAAGGCCCCGATGATGTGGTTTAACCAACCTCCACAGTAG	MKILFFVLLCVAISVKAESLLPAQKTIRFTTDEVTWPFLDISPDESTLIFDMLGDIYTMPAEGGKASLLLGGMAFEYHPVYSPNGKQIAFISDRDGSINLWIANADGSAKRKLSSDKEAMMYATPAWSADGKSVYVSKMHYSLLAFEIYQYTLSGKVNKITDAKPTGSEDFDTRLNAMAVSVSNDGSQLIYSRKSGTTWSPQVPAKWQLISQSATSNETVSLIRDSNSLLNPLLSHGGDFLLFAAHHGDTLDYKIRDLRTGKERWLGLSLDQSGEEGGYYTGLLPRAVLTRDDKTLITNINGKFRRIELATGEQTTLPFEADVALAARNNTRVQIAEENGAVENRTVQGVSVQPNTGHIAFSAFGKLYLAGEGDDVYPLPTQTDTAFQPSWSHQGGQLVFVTWSSTQSGSIRVFDPASGKAAKIISQYDDTYYSPVFSADDNTVYALRANQQDRLNTQAEVFQPVENALIKIDLSTGRQETLIPRINARHLALNEAGDRLFADTAGGFKSVSLAQPDDVTTSLIVDMSGNQYIEAKLPAEAVRRSPDGKSILVRSGAKLYFIDGTELSADAPFDLSMHLDSLIVKGGVDDFGWLSSTEFYWLSGNTWHRGTVDNVNKQTVALSALLPRDIPEQSLLLRGAKILTMASPDAVIEKGDLLIENNRIRYVGKAGTAPVTAETKIIDLSGKTLIPGLIDAHAHWMSLNRTLPDLTGQWEFMVNLAYGVTSGLDVQTFTTDTFFYQDAIDAGLITGPRAFSTGPGIFRNSRINSVDDAKAILKRYKNDYRTQNLKSYMVGNRLQQQMMQAASEDMGMMPTTEGASNLRLNLLHAIDGFSGNEHNLPVSPLHNDVLSLYAQSGISYTPTLTVLYGGAAGLYDFIAQHSPYKSAKLHHFVPNFILQKKTTDLPRFHRHSDRRYPSFAQDAINLQRRGGVVAMGSHGEMQGIGMHWEMAAYTGGGATPREAIYAATMGSATAIGRQEFIGSLESGKLADILILNDDPSESISRTEHLSGVIKNGRLYDPQTLNEHTSGQRKAPMMWFNQPPQ				NA	NA	NA	NA	NA
AK237_02720	822	nimR		HTH-type transcriptional regulator NimR	ATGAATATTGCTTCTCCTTTCTCGTTAACCCTGGTTGGTACAGGTGAGAAAGGAGAGCACGTGAAAAGCAGCGCGGCACTACAACATGTCGACAGACCCGTCACCTCGTTATACGACGAATATCCGGCGGGTATTACGGATGACTGGCATTGCCATGAGCGCAGTCAGGTGGTGTATGCAACCAAAGGTGTGATGTCTGTCACCACGGAGACCGGCAGCTACGTTATCCCGCCGCAGCGCGCCTTGTGGATCCCCGCTCACATGCAACACACGGCCACGTCGCGCACCGCTGTCACACTGAAAACCCTTTATGTGGATGTCGGCAGCCGTCAGAATTTACCGGACCAGTGCCGGGTTTTTACGGTGTCAGAACTGTTAAAAGCGCTGATCAATCAGGCCGTACAATTTCCTACGCTATACGATACTGACAGCCGTGAAGGCCGTATCATGCAGTTAATTCTGGATGAAATTGAAGCTATGTCGGTTGATCCGCTCTCCATTCCCATGCCCTCAGATCGCAGACTGGCCAAGATTTGCCAGCAATTTCTTACCGACCCGTCGCTGAATCAAAGTATTGATGAGTGGAGTGAACAGGCAGGCGTGAGCCGACGCACGTTTACCCGTTTGTTTAAACAGCAAACCCAGATAACGTTTGCCACCTGGTGTCAGCAGGTTCGCTTACTGGAAGCCATCTCTCGCCTGAGTACCGGTACACCTATCACCACGGTGTCCTACGATGTTGGTTACAGCAGCACCAGTGCCTTTACTTCGGTATTTCATAAAACCTTCGGCGTGCCGCCCAGCAAGTATTTCAGCTCTTGA	MNIASPFSLTLVGTGEKGEHVKSSAALQHVDRPVTSLYDEYPAGITDDWHCHERSQVVYATKGVMSVTTETGSYVIPPQRALWIPAHMQHTATSRTAVTLKTLYVDVGSRQNLPDQCRVFTVSELLKALINQAVQFPTLYDTDSREGRIMQLILDEIEAMSVDPLSIPMPSDRRLAKICQQFLTDPSLNQSIDEWSEQAGVSRRTFTRLFKQQTQITFATWCQQVRLLEAISRLSTGTPITTVSYDVGYSSTSAFTSVFHKTFGVPPSKYFSS				NA	NA	NA	NA	NA
AK237_02721	1410	amiC	COG0154	Putative amidase AmiC	ATGCACAATCAAGACGGCCTGAGCCAGAGCGATATCCATGCACTCAGCATGCTGGATGCAACGGCGCAAAAAGCACTGGTAACAAATAAGTCTGTTCACAACGAAACACTCTTTTTCTGTGCACAGGAAAAGATTGGTACATTTAATCCTGCTTTTAATGCTGTGACTCACACAGATTTCTCGCTGGCGGAAGCCGCACTGAAGGACACTCCGGGTGACACCGTGCTGTTGCCCTACCTGTTAAAAGGCTCGGATGAATATACTGGCTTTCCCATGCAATGCGGTTCGCGATTAAGAAAGGATGCAACAGGCACAGCAATTCATCCCTTCATGGAAGCATTGACAGCCAACGGTGTGTTACCGGTGGGTATGACTGCAATGCCCGAGTTCGGCTTACTGGCTTCCGGCGAATCGCTGTTGTACGGCCCGTCAAAGAATCCGTGGCTGACATCTCACTCAGCGCTGGGTTCAAGTACCGGGGCCGCTATAGCCGTGGCCACCGGTATGACGCCTTATGCCCATGCCTCTGATGCAGCCGGTTCAATTCGTATGCCAGCTTCTGCCTGCGGTGTGGTGGGTTTTAAACCCTCAGCGGGTTTTAATTTACGCGCCCGCCGTTTTGATATGATTGATGACTATTTATGTACCGACAGCCTGTTGGCACGTTCGGTAAGAGATGTTATCGACGCCACCAACTTTACCCGCCCGACATCACTACAAAAGGTCACCCTGACGACAGAACCTGTTCATGTGGGCGTTATCCGGCAAGGGCTGGGCAATGTAGAAGCATCATCCGCGGTCAGTACCGCGCTGGAAGAACATATTGCTCTGCTACGCAGTATGCCCGGTGTCACCGTTGAAACCTATGCCGCCCCTTTTGATTTGGACGCCCTTCAAAAAGCACTGCAGACGCTTTGGTGTTACCTTGGCGGCGGTATTGTTGATGGTGTTGCCGCACAGGGTTTCACCACCAGCGATGTGCTGGAACCCTGGCCCCATTATTTGCATCAGCGCAGAGCGTCACTAAGCGATACCGCCCTGCGTGAGGCTTTTCATGCCATAGCCGTTGCCAAATTGCAGCTTGAAGAATTCCACCGTAAGGTCGATATTGTGCTGTCGCCGGTAGTGGCTGATCTGCCACCACCGCTTGGCTTCCTTGCACCGGATATTGACGGTGAAACCTTATGGAACCGGCTTTTCGCTTTCATGGCATTTACCCCCATTCAGAATTTACTGGGCGCCCCTAGCATTACGTTACCGGTGTATCAGCATCAGTCAGGCTTACCGGTAGGTATGCTGTTATCCGCCGCCCCGGCACAAGACGACAAACTTTTATCATTTGCCAGCCAGGTTGAAGCCTGCGCGCCGGCCTACGCAAAGTGGCAGCCACAAGGCCATCAGGGAGAATAA	MHNQDGLSQSDIHALSMLDATAQKALVTNKSVHNETLFFCAQEKIGTFNPAFNAVTHTDFSLAEAALKDTPGDTVLLPYLLKGSDEYTGFPMQCGSRLRKDATGTAIHPFMEALTANGVLPVGMTAMPEFGLLASGESLLYGPSKNPWLTSHSALGSSTGAAIAVATGMTPYAHASDAAGSIRMPASACGVVGFKPSAGFNLRARRFDMIDDYLCTDSLLARSVRDVIDATNFTRPTSLQKVTLTTEPVHVGVIRQGLGNVEASSAVSTALEEHIALLRSMPGVTVETYAAPFDLDALQKALQTLWCYLGGGIVDGVAAQGFTTSDVLEPWPHYLHQRRASLSDTALREAFHAIAVAKLQLEEFHRKVDIVLSPVVADLPPPLGFLAPDIDGETLWNRLFAFMAFTPIQNLLGAPSITLPVYQHQSGLPVGMLLSAAPAQDDKLLSFASQVEACAPAYAKWQPQGHQGE	PGPT0006115_4695	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_SIGNAL-BRANCHING_STIMULATION	PLANT_BRANCHING-AUXIN|IAA_METABOLISM	PLANT_BRANCHING-IAA_RELATED_TRP-DEPENDENT_PATHWAY_2,PGPT0006115-EC_3_5_1_4|amiE-K01426	NA	NA
AK237_02722	1677	nfdA_2		N-substituted formamide deformylase	ATGTTAACCAGAAGACACTTTTTACAGGGCAGTGTTGCCGCTGCTTTTGCGGCAAAATTAGGTATAGTACATGCCGCATCGAATCACGCCGATACCATATATACCAATGGCGCAGTCTGGACAGGTGATTCCCGTGTTCCACTTACCGATGCCTTCGCCGTTACCGGCGAGCGGTTTTCTGCATTGGGTAAAGACGCGGCTTTCAGCTTAAAAACCAAACGCACCCGAATCGTTGATCTTCAGGGGGCCTTTGTCACACCCGGCCTGATAGATAACCACACCCATTTTCTGATGGGCGCCAAAACGCTCAAGCAAGTAAACTTGCGCCAGGCTGCTACCCCTGAGCAGTTTACGAGTATTATTGCTGGCAAAGCCAAGAGCTTGCCTGAAGGCGAATGGATTGAAGGCGGTAACTGGGATGAGCAACTCTGGGGCGGTGAGCTTCCCACAAAAGAATGGATTGATAATGTCACGCCCAATCACCCTGTTGCCGTAGCCCGCCTTGACCTGCACATGTTGCTGCTCAACAGTGCTGCGCTAAAGGCTGCGGGCATTGATAAAAATACGCCCACACCACCCGGTGGTGAAATCGTCCGTGATGCTAAAGGTAACCCTACCGGAATTTTAAAAGACCAGGCCAAAGAGCTGGTGCTGAGCATTATTCCTGCCGACACCATGGCGCGCAATATTGATACCTTCAAACAGGGGATCCAGCATGGTTTGCGTCACGGCGTAACACAATGTCACATCAAGGGCATCAGCTGGGAGTCACATAATATTCTGATGGCGATGCGTGAGAAAGCACACCCGCAAATGCGCTTTCAATCTTACGTGCCCATTCAGGATTGGAAGAAACTGTTGCAACAAATCAACGATGAAGGATTTGGTGATCAATGGGTTGGCTGGGGCGGACTGAAGGGGCTTTTCGACGGTTCGCTGGGGTCAAGAACCGCACTGTTCCACGATGCTTATCATGACGATGCATCAACCCATGGCATTACTGTGCAGGACACCAATGACTTGCGGGAATGGACACAACAGGCGGATCAGCATGGTCTGCGCGTGTCGTTGCATGCCATTGGTGATGAAGCCAACGATGAAGCGCTGGATATTTTCGAACATACCATTAAGCAAAACGGCAAAGGAAAGTCAGGTCGCCGCTTTACCATAGAGCATGCCCAGCACTTAACAAAATCTGCCGTGCCCCGTTTTGCACAACTCGGGGTTATTCCTTGTGTACAACCTTACCACGCCATTGATGATGGCCGCTGGGCAGTAAAACGAATCGGTGAGGAACGTTTAACCGGCACCTACGCATTCCACTCATTATTGCAAGCCGGCGCTACCTTGAGCTTTGGTTCAGACTGGCCGGTTGCACCGCTGGATCCGGTAAAGGGCATTGAAGCGGCAGTGTTACGCCAGACTATCGACGGTAAAAACCCGGATGGCTGGCTGCCAGATGAAAAAGTTACTGTAGAACAGGCACTGCAGGCATACACGATTAACAATGCCTACGCTGCCGGACAGCAGGACGAACTGGGCAGCATATCCACCGGCAAGCGGGCTGATTTCGTGGTCATGGACAACAACCTGCTGACTGCACCAACCGGAAAAATTGGCAGCACGCAGATTTTGCAAACTAACCTCAGCGGCAAAGCCCATTTCTCCACACTTTAA	MLTRRHFLQGSVAAAFAAKLGIVHAASNHADTIYTNGAVWTGDSRVPLTDAFAVTGERFSALGKDAAFSLKTKRTRIVDLQGAFVTPGLIDNHTHFLMGAKTLKQVNLRQAATPEQFTSIIAGKAKSLPEGEWIEGGNWDEQLWGGELPTKEWIDNVTPNHPVAVARLDLHMLLLNSAALKAAGIDKNTPTPPGGEIVRDAKGNPTGILKDQAKELVLSIIPADTMARNIDTFKQGIQHGLRHGVTQCHIKGISWESHNILMAMREKAHPQMRFQSYVPIQDWKKLLQQINDEGFGDQWVGWGGLKGLFDGSLGSRTALFHDAYHDDASTHGITVQDTNDLREWTQQADQHGLRVSLHAIGDEANDEALDIFEHTIKQNGKGKSGRRFTIEHAQHLTKSAVPRFAQLGVIPCVQPYHAIDDGRWAVKRIGEERLTGTYAFHSLLQAGATLSFGSDWPVAPLDPVKGIEAAVLRQTIDGKNPDGWLPDEKVTVEQALQAYTINNAYAAGQQDELGSISTGKRADFVVMDNNLLTAPTGKIGSTQILQTNLSGKAHFSTL				NA	NA	NA	NA	NA
AK237_02723	2244	btuB_30		Vitamin B12 transporter BtuB	ATGTCAGCATACAAAACAACACTTTTGCGGTTTGCAAAAAACGCATTAAACATTGCTGTACTCACCGCGCTTTCCGGTCAGCTCGCTGCTCAGGAAGCCAAAACTACCGATGACGACGAAGATCCGTTTGAGGTTATTGAAGTAACGGCCAACAAACGCGCCAGTGATATTCGCAGCCTTGCCAGCTCAGCCAGTGCGCTGACCGGTGAACAACTGGAAAAAATGGGGGCAGAGAGCCTGGCAGACTATATCAACCGCTTGCCGGGTGTACACTTTAATGATTATCAGCCCGGCGTGTCGGAAGTGGTCATTCGCGGTGTATCAGCCACAACCTACCATGAGCAGGGTCAAACCACTGTTGGCTACTTCATTAATGACATTCCCATGAGTGAAGCCGGCTGGCCTATTGTTATTCCGGATATGGATACCTTTGATTTAAAACGGGTTGAGGTACTGCGCGGGCCGCAGGGCACGCTGTACGGCGCGTCAAATTTAGGCGGTCTGGTGAATTACATCGCCAAAGAAGCAGATACCAGCACCTATGATGCCGCGGTAGAGCTGGGCGTGGGACACACTGAACACGCCGGCGAGGAGAACTACGCGGTTAAGGCCATGGTGAACGCGCCAATTATTGAAGATAAGCTGGCAGTGCGTTTTGTCGGATTACAACGTTACGATGCCGGTTACCTGAACAACATCGGTACGGGTGACAAGGGTTCTAATGATTTAGAAGTCAAAGGATTCCGTGGTTCGGTAGTATACACACCATGGGCGGACACCAAAATCAGCTATATGGGGATGGTTCAAAAAACACACCTTGATGACCAGACATACGCCACCACACCAACACTTGACAGAGACACCTTTATTCCCGAACCCCACGACACAGAATTCAGCATGCATACCTTGCGGCTGGATCAGGGCTTCGACTTTGCCGACCTGACTTTACTTGGTGCCTATGGCGGTAAAGAAAGCGTAATTACCTTCGACTACACCATTTACGGACTGTTAGATCCTACGCAGGACACTCAGTATGACGGTATTGGCGAGTCAGACAGCCGCCACTATGAAGCCCGCCTCTCTTCTAAAGAAGACTCCGCCATTCAGTGGATTGTGGGCGCGGCGTATTACTCCAGCGACAAAATGATCAACGACGCCATTTATCAGAATAATGCCATGGCCTACATTGATGCTAACGCTGAACTCTTCGGGGGCTTCAGTGGCGATGTACTCGCACCCGGCAATTACTTTAATCAGTATATTGTTGATCAGGAAAACGAAGACTCAGCAATCTTTGGTGAGGTGAGTTGGGATCTTATCGAAAACTTGAACGTCACACTCGGTGGCCGTTACTTCGATTCCAGCAGTAAGTCGAATGTGACCATTCCGCCCTACGCAAACAGCACCATCGATTACAGTAGCGAGAACACCAGCTTCGGTGGCGATTCATCAGAGACGGGCTTTACACCTAAGTTCACAGCCAAATATCAATTCACTGATGATGTGATGGGATACATTAATTACTCAGAAGGTTTCCGTGTTGGTGGCACAAACCCCAATGCCGCCATTACTGAAGGGGCGGAAGAAACTTACGCGCCGGATGAAACGAAAAACTACGAAATCGGCGGCCGCTTTGATTTCCTGAACAAGCGCTTGTTGCTCGATGCCACTTATTTCCGCATCAACTGGCAGGACATGCAGGTTCGTCTGTTTACTGACACGGGTCTGGCGTATGTGACCAATGCCGGGGAGGCCAAAATTGATGGTATTGAATTCACCGCTGCATGGCGCCCGACCAACTGGTTCGATTTTAACACCAGCGTGACCTGGCTGGATGCCCGCTTGTCTGAATTTCTCCCAGCTACGTATGCAGCCAACGGTAATGGTGGTTACGCCGCAGGCACCGCGTTACCGGGCTCGGCAAAATGGACAATTGCAAATAATCTGGGCGTAACCCTGGAGGATTTGCCGTATATGCCACGCATTAGCATTGCCCATCGCTATGTCGATGCGTCTCCGGTTGCCTTTGAGTCTGTTACGCAACGGGGTGGCTTTAATATCATCGACTTAAAAGCTGACTTACAAATCAGTGACCAGATTGGCGTGAGCATCTATGCTGACAACCTTTTTGATACCTATGGTCTTGTGAATTCACCGTTCGGCGACGATCAACCTGACAATCCATTAGGTAGTATTACGCGTCCTCGCACATTTGGCGCTAAATTCACCTGGAAAATGTGGTAA	MSAYKTTLLRFAKNALNIAVLTALSGQLAAQEAKTTDDDEDPFEVIEVTANKRASDIRSLASSASALTGEQLEKMGAESLADYINRLPGVHFNDYQPGVSEVVIRGVSATTYHEQGQTTVGYFINDIPMSEAGWPIVIPDMDTFDLKRVEVLRGPQGTLYGASNLGGLVNYIAKEADTSTYDAAVELGVGHTEHAGEENYAVKAMVNAPIIEDKLAVRFVGLQRYDAGYLNNIGTGDKGSNDLEVKGFRGSVVYTPWADTKISYMGMVQKTHLDDQTYATTPTLDRDTFIPEPHDTEFSMHTLRLDQGFDFADLTLLGAYGGKESVITFDYTIYGLLDPTQDTQYDGIGESDSRHYEARLSSKEDSAIQWIVGAAYYSSDKMINDAIYQNNAMAYIDANAELFGGFSGDVLAPGNYFNQYIVDQENEDSAIFGEVSWDLIENLNVTLGGRYFDSSSKSNVTIPPYANSTIDYSSENTSFGGDSSETGFTPKFTAKYQFTDDVMGYINYSEGFRVGGTNPNAAITEGAEETYAPDETKNYEIGGRFDFLNKRLLLDATYFRINWQDMQVRLFTDTGLAYVTNAGEAKIDGIEFTAAWRPTNWFDFNTSVTWLDARLSEFLPATYAANGNGGYAAGTALPGSAKWTIANNLGVTLEDLPYMPRISIAHRYVDASPVAFESVTQRGGFNIIDLKADLQISDQIGVSIYADNLFDTYGLVNSPFGDDQPDNPLGSITRPRTFGAKFTWKMW	PGPT0003790_16186	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0003790-hutA|fatA|fct|foxR-K02014	NA	NA
AK237_02724	579	iucB		N(6)-hydroxylysine O-acetyltransferase	ATGATGGGTGGTCAGTTAAACACGGCATACCAGTGCAACCCTCCTGCGCTAGAAAATACACTCACTTTCACGCCGATCGCTCCCACACACTTTCCACAATTTCAGCACTGGCAAAAACAGCCCCGCGTGTCTTACTATTGGGGGCTCGGTAACAATGAGTTAGCAATAGAGCACTACTTTCGCGATGTATATTCCGCTGAGGACAAACAGGGCTACGTGCTGCATTGCGGCGAGACACCTTTTGCGTATTTTGAAGTATATGACCCCACCACCGCGCCAGTCGGGCAGGTATGCCAGGCCACCAAATCAGATAAAGGTATTCATTATCTCACCGGCAATAAACAATTTCTCGGAAGACATTTTACTCAGACGATTCTGAAAGCCTGCTGTGAATTTGTCTTTTTGCGATACGAAAACTGTCAGTCGATCTGGGCAGAACCCCGTGCAGATAATGCTGCTATGCTCAGGTATGTCAGCGTTTTTTCTTCGTGGACGGAAAAAGGAAAAGTACAGTTACCGCATAAAAACGCCGTCTTACTGCACTGCGATCGTGCAACCTTTCTTACTCAAGATCTATAG	MMGGQLNTAYQCNPPALENTLTFTPIAPTHFPQFQHWQKQPRVSYYWGLGNNELAIEHYFRDVYSAEDKQGYVLHCGETPFAYFEVYDPTTAPVGQVCQATKSDKGIHYLTGNKQFLGRHFTQTILKACCEFVFLRYENCQSIWAEPRADNAAMLRYVSVFSSWTEKGKVQLPHKNAVLLHCDRATFLTQDL				NA	NA	NA	NA	NA
AK237_02725	432	aroQ	COG0757	3-dehydroquinate dehydratase	ATGGAAATTTTGTTACTTAATGGCCCCAACCTGAACATGTTGGGCAAGCGTGAACCGGAAACCTACGGTTACCAGACGCTTCAGGACATTGTCGATAATCTGGTTGAAAAAGCCAGTGTGGCAGGTGCGTCGCTGAGCCATTTCCAGTCTAACGCAGAACACGAATTGATCAACCGCATTCATAATGCCATGGGAAAGGTCGATGCTATCATCATCAATCCTGCGGCATTTACACATACCAGTGTCGCCCTTCGCGATGCATTGTTAAGTGTAAGCATCCCTTTCATTGAAGTGCATTTGTCCAATGTGCATGCAAGGGAACCTTTCCGCCATCACTCATATCTATCTGACGTTGCTGCAGGTGTCATCCTTGGCTTAGGTGCCATTGGTTATGAACTCGCATTGACGGCAGCCCTGAACCTGAAAAACTGA	MEILLLNGPNLNMLGKREPETYGYQTLQDIVDNLVEKASVAGASLSHFQSNAEHELINRIHNAMGKVDAIIINPAAFTHTSVALRDALLSVSIPFIEVHLSNVHAREPFRHHSYLSDVAAGVILGLGAIGYELALTAALNLKN	PGPT0012905_3636	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AROMATIC|PHENOLIC_COMPOUND_UTILIZATION	PLANT_DERIVED_QUINATE_CATABOLISM,PGPT0012905-aroQ|qutE-K03786	NA	NA
AK237_02726	462	accB	COG0511	Biotin carboxyl carrier protein of acetyl-CoA carboxylase	ATGGATATCAGAAAAATTAAAAAACTCATCGAGCTGGTTGAAGAATCCGGTATTGCCGAACTGGAAATCACTGAAGGTGAGGAATCTGTACGCATCCACCGTGGTCCTACTGGTGCAGCTGCACCAATGGCTTACAACTATGCTGCGCCAGCGCCTGCTCCTGTAGCAGCACCTGTTGCTGCCGCTGCGCCTGCTGCTGAAGCACCGGCTGCCGAGCAAGGTCCTACTGGCCACCAGGTTAAATCTCCGATGGTTGGTACGTTCTACCGCGCTTCTTCTCCTACTGCTAAGTCATTCGTTGAAGTCGGTCAGTCTGTAAACGTTGGCGATACCCTTTGTATCATCGAAGCAATGAAGATGATGAACCAGATTGAAGCTGACAAAGCGGGTGTTGTTAAAGCTATTCTGGTTGAAAACCAGGAACCGGTAGAGTTCGATCAGCCTCTGTTCATCATCGAATAA	MDIRKIKKLIELVEESGIAELEITEGEESVRIHRGPTGAAAPMAYNYAAPAPAPVAAPVAAAAPAAEAPAAEQGPTGHQVKSPMVGTFYRASSPTAKSFVEVGQSVNVGDTLCIIEAMKMMNQIEADKAGVVKAILVENQEPVEFDQPLFIIE	PGPT0001700_2790	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
AK237_02727	1344	accC	COG0439	Biotin carboxylase	ATGTTAGATAAAGTACTCATAGCTAACCGCGGAGAAATCGCGTTACGTATTTTGCGTGCCTGTAAAGAACTGGGCATCAAAACCGTAGCCGTGCACTCTACCGCGGACAGAAACTTAAAACACGTACTACTGGCAGATGAATCCATCTGCATCGGTGGTGCTTCTGCAACGGAAAGTTACCTGAACATTCCGCGCATTATTGCTGCGGCCGAAGTAACAAATTCAATTGCTATTCACCCTGGCTACGGCTTCCTTGCGGAAAATGCTGAATTTGCTGAAGCGGTTGAGAAAAGCGGATTCGTGTTTGTTGGTCCAAAAGCAGAGACCATCAACCTGATGGGCGACAAAGTGTCGGCGATCAACGCAATGAAAAAAGCCGGCGTACCTTGCGTGCCTGGTTCAGACGGTCCGCTGACTGACGATGAAGAGCATAATAAAGCCATTGCCAAGCGCATCGGTTATCCAATTATCGTTAAAGCTGCCGGTGGTGGTGGTGGTCGTGGTATGCGTGTTGTTCGCAGCGAGAAAGAGCTGATCCAATCTATTGCCACGACACAAGCTGAAGCCGGTGCGGCATTCGGCAACCCGGTTGTGTACATGGAAAAGTTTCTTGAGAACCCGCGCCACGTGGAGATTCAGGTACTGTCAGACGGCCAGGGCAATGCGATTCACTTAGGTGAGCGCGACTGTTCAATGCAACGCCGCCACCAGAAAGTTGTGGAAGAAGCGCCAGCGCCCGGCATTTCCGAGCAAATGCGTAACAAGATTGGCGACCGCTGCTGTAAAGCCTGTGTTGAGATCGGTTACCGTGGTGCAGGTACATTCGAATTCCTGTACGAAAACGGCGAATTCTATTTCATCGAAATGAACACCCGTATTCAGGTAGAACACCCGGTATCTGAAATGATCACCGGCGTTGACCTGATTAAAGAGCAGCTTCGCATTGCTGGCGGTCAGCCACTGTCTGTTGACCAGTCTCAGGTACAAATTCGTGGCCACGCCATTGAATGCCGTATCAACGCGGAAGACCCGGACACGTTCATTCCAAGCCCAGGCTTGATCAATATGTTCCATTCACCGGGTGGTTTAGGTGTGCGTTGGGAATCTCATATTTACGCCGGCTACACTGTACCGCCGTACTATGACTCCATGATTGGTAAACTCATCACTTACGGTGAAAGCCGTGATGAAGCCATCGCCCGTATGCGCCACGCGCTGGACGAACTGGTGGTAGACGGGATTAAAACCAACATCCCGCTACAGCGCCGTATCATGGCCGATGAAAACTTCTTTGCTGGTGGCACAAACATCCACTATCTCGAGAAGAAACTCGGCATGGCATAA	MLDKVLIANRGEIALRILRACKELGIKTVAVHSTADRNLKHVLLADESICIGGASATESYLNIPRIIAAAEVTNSIAIHPGYGFLAENAEFAEAVEKSGFVFVGPKAETINLMGDKVSAINAMKKAGVPCVPGSDGPLTDDEEHNKAIAKRIGYPIIVKAAGGGGGRGMRVVRSEKELIQSIATTQAEAGAAFGNPVVYMEKFLENPRHVEIQVLSDGQGNAIHLGERDCSMQRRHQKVVEEAPAPGISEQMRNKIGDRCCKACVEIGYRGAGTFEFLYENGEFYFIEMNTRIQVEHPVSEMITGVDLIKEQLRIAGGQPLSVDQSQVQIRGHAIECRINAEDPDTFIPSPGLINMFHSPGGLGVRWESHIYAGYTVPPYYDSMIGKLITYGESRDEAIARMRHALDELVVDGIKTNIPLQRRIMADENFFAGGTNIHYLEKKLGMA	PGPT0001705_3771	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
AK237_02728	531			hypothetical protein	ATGCACAAACTTTTACTTATTAGCCTACTCACCATCGTGTTACTGGGCTGCTCAAGTCAAGATTGGCGCACCGCCTCACGTGAACCGGCAGGGATTGCATTTGCACCTGATGAATTCTCAGATGCTGTCATTGAAGTATACGCGGCAGACGCCTTTAGTTGGCGTGGTTGGTTTGCCGTGCATACGTGGTTAGCAGTAAAAGACGAGAACGCGGCAGAATACACGGTATACGAAGTAGTAGGATGGCGCGTAAACAGCGGCTTACCAGCGTTGAAATCGTACACGACACCCAACCCGGATCGTTATTGGTATGGCGCAAAACCTGAAAAGGTGCTGTCACTCACAGGCGAAAAAGCAAAAGCCTTGTTACCCAAAGTGCAGGATGCGGTGGCACATTATCCATGGGCAAACGAATATACCCTGTTTCCCGGACCCAACAGCAATACCTTTCCAGCATGGGTAGGCCTGCAAGTACCTGAATTGGCTTTAGACATGCCGTTTAATGCTATTGGAGCGGGTTACGCTGACTAA	MHKLLLISLLTIVLLGCSSQDWRTASREPAGIAFAPDEFSDAVIEVYAADAFSWRGWFAVHTWLAVKDENAAEYTVYEVVGWRVNSGLPALKSYTTPNPDRYWYGAKPEKVLSLTGEKAKALLPKVQDAVAHYPWANEYTLFPGPNSNTFPAWVGLQVPELALDMPFNAIGAGYAD				NA	NA	NA	NA	NA
AK237_02729	900			hypothetical protein	ATGTGCATTATGCTCTATGTGTTCACTATGAATTGTGCATATGCAGAGTGGTCGTTTAACGATAAGGTTGATCTACAATTCCGCTCTGATGCACGTTCAGACAGAGATCATCGTAGTCAATACAGAGTTCGCTATTACCCCCAATTGGCTTTTAATGATAACTGGAGCATCAACAGCTTTATTGTCACTGGAAATGATTTCTCATCGAGTCACAATAATCTTTTCGATGGCAGTAGCCAACGTCTCTATGCCAGACGACTTTACCTTCGTCATACGACTGATTGGGGTAAAACTGAGGTTGGTATTATCCCTACTTATAAAGGGCGCGTTTCATCAACCGGACTATCCAAAGACGGCTGGATAGAAGGATTGAGGCAGGTCGTTAATGTCAACAACAACGATGCGATTGAACTCGTGGTTGGCCAGTTGGACAACCAACATCCATCCGATGCATTACAACTCGCAGACCGGCTCGATTACGTAGAACTTGAATACTCAGGAGCCTTGTCGAAGCGAGCAGGATTTGAATTAAGTCTCGAAAGGATGACAGGAGGTAACTTTTTACGTGGTGAATACCGGTATGCCTGGCGCTCTCATCACGAGATTTTTATTGAGTGGATCCAACGATTAGACGAAGCGAGAAATAAAGCCATTCTCGGCATATCGGGCGACGGACATCTCTGGCAGTATCCACTCTCTTATTTTGTTTATGTGTCACACGTTGACAATGAACTAGGACTTCGTGCAGAACTCACCGAAGACTTTTTAGGCTATGGCCACGGCTTTTCAGGTGAAGTCGGTGGAGAGCTGTTCATAATGGACAATGCGGAGTGGTTTGTGCGACTGGATGTTGTCGACAACGTAGAAAGAATATTGACCGGACTCAAATTTAAGCTATAA	MCIMLYVFTMNCAYAEWSFNDKVDLQFRSDARSDRDHRSQYRVRYYPQLAFNDNWSINSFIVTGNDFSSSHNNLFDGSSQRLYARRLYLRHTTDWGKTEVGIIPTYKGRVSSTGLSKDGWIEGLRQVVNVNNNDAIELVVGQLDNQHPSDALQLADRLDYVELEYSGALSKRAGFELSLERMTGGNFLRGEYRYAWRSHHEIFIEWIQRLDEARNKAILGISGDGHLWQYPLSYFVYVSHVDNELGLRAELTEDFLGYGHGFSGEVGGELFIMDNAEWFVRLDVVDNVERILTGLKFKL				NA	NA	NA	NA	NA
AK237_02730	2133	dinG_1		3'-5' exonuclease DinG	ATGGTGTCGATAATGCGTAAAACCTTGCCGGAAAAATACTATCTGGATCACTTTCGAGAGTTCCTGGCATTCTTTGATGGAGCCAGCGGTGCGCTGTTAGATGATAATAGCCGTCTTTTCATCAATGATTTTAATGCGTTAAGCGAACCGGAGCAGTGCATTATCGCCCGCGCCGCCAATCGCAAATACGCCATCATTAACAGAACACATTTTCATTACGAGGAAATTCCTTCACCCCAGTCACAGATAGATAAGTTAATTACAGCAGATTGGTTTGGCAGTGTCACAGAAGCGCCACTGTGGGAACTTGCGGGAATGCTGACAAAAGCGGATATCCTGCAATGTCTGGGCGATTTGGGTGTTACCAGCGTGCCGTCAGGTGCAAAGAAGTCTGTACTTATGGCTACCTTGTTCGAGGGTATTGTATCTCAAGGTTGGCCGGCTTCCTTGTCTGTAGAGCATCTCTTGTATTGTCGCTTTGACAACGCCATTCGCTATTTATTGTTTTTGTACTTTGGTAATACCAAGGGGCGGCTTAATCAGTTTTCTATGCGTGATTTGGGCATCATGCGTACCCGAGAGCAAGCTGTTTCTGATCAGGCGCGATTTGAGTTACCGGAAGACGCGCAGGCTGCATTTTATTATGCATCACACATTGATGAGTTAGATTTTGCCGATACGCAAGCGCTTACGGCTTTAGCACAACAACGCCAGCCAGACACCTTTTCAATCATCGCGCAAATATACGCCGAAAAGTTTCATGCAAAGTTAGGCGGCAAGCTTTTGGCTATTGATACGACGTTGGGTCTGGATTTCTTATCAACTGCACCTGGTGACGTGGCGAAAGAGAAATGGATAAGAGAAGCATACAAAGCAGGTCAGAAAGATACCGTAAAAGTCTGCCTGGAAGACATTATTGACTCGCCGCCTTCCGATACGTTATTGGCTTTTGCGGAAGATTTCTATCAACGCAAATACCATAAAAAGCGCACCAGTACAGTGACTGACATGCTGCGAAATGCGTCTCGGAATTTATCGCTTGATGAAAGTCAAAATCAGTCGGTAGAGCAAGGCGTCATTGCTTGGTATAAGCGCAATAATTGTCTCGCATGGCGCACCGAAAACCGGTTGTGGCGAAGTTTATTTGCGCTGACGTTCTGGACCCTGTTATTTGAGAAAGATGCGCCAGTGACTGCGTTTGACCGACGTCCACAAAGCTTAAAAAATAACGCTTTTTATGACACCTTCAAAGAGGACATCGAGGCGCTGCTGGCTGGTTTCACGTCGGGCGCCGCGCTCATTAAGCATGTTACTGCCATGGCAACTGCGCATTACGGACAAGCCAATAGTTTATTCTTATGGGGAAAGACATTGCTTGACCCTATCCGGGGGCTAATTGATTATGCGCCCGTTACGCAAATAAATACCATGTTAACGCTGATGGCGCAGGATTTTGCCAGTTTACGGGATGGTTTCCCCGACATTATGGTGGTGGAAAAGGAGATGCTGCGGTTCGAAGAGATCAAAGCACCGGGTGATCAGTTGCGCCGAAACCAATTAGTTAGCATTCAAAAACTCCAGCAAGCGGGCTTTGATGTACAGATCACTCAGGTAAGTTGGTATCGTGATCCCAATCAACCCTATGCGGTTGTGGATATCGAAACGACTGGTGGCAATAGTCAGTATCACCGTATTACCGAGGTGGGTATTGTAAAGCTTGTTAATGGTGAGGTGGTGGATGAATGGCAGTCACTTATAAATCCTCAGCGGCATATTCCTTCATCGATTACCCGCCTTACGGGGATCAGCAATGATATGGTAGCCGATGCACCTACTTTTGCTGATGTGGCGGAATCGATTGAACAGTTCACGCAGGATTGTGTGTTTGTCGCCCATAACGTCAATTTTGATTACGGGTTCATTAAACAAGAATTTGCCCGGATCGAGCAGTTTTTCCGGCGTCCAAAACTATGTACGGTGAGAGAATCGAGGAAGGCCTTTCCGGGTTTGGCGTCTTATTCGCTCGCTGCGCTGACTCACCATTTTGGTATCGAGATGGAGCAACATCACCGTGCCCTGTCAGATGCCAGGGCATCTGCTGAATTACTGGCAATGTCTCAGAAGCAGGATTAA	MVSIMRKTLPEKYYLDHFREFLAFFDGASGALLDDNSRLFINDFNALSEPEQCIIARAANRKYAIINRTHFHYEEIPSPQSQIDKLITADWFGSVTEAPLWELAGMLTKADILQCLGDLGVTSVPSGAKKSVLMATLFEGIVSQGWPASLSVEHLLYCRFDNAIRYLLFLYFGNTKGRLNQFSMRDLGIMRTREQAVSDQARFELPEDAQAAFYYASHIDELDFADTQALTALAQQRQPDTFSIIAQIYAEKFHAKLGGKLLAIDTTLGLDFLSTAPGDVAKEKWIREAYKAGQKDTVKVCLEDIIDSPPSDTLLAFAEDFYQRKYHKKRTSTVTDMLRNASRNLSLDESQNQSVEQGVIAWYKRNNCLAWRTENRLWRSLFALTFWTLLFEKDAPVTAFDRRPQSLKNNAFYDTFKEDIEALLAGFTSGAALIKHVTAMATAHYGQANSLFLWGKTLLDPIRGLIDYAPVTQINTMLTLMAQDFASLRDGFPDIMVVEKEMLRFEEIKAPGDQLRRNQLVSIQKLQQAGFDVQITQVSWYRDPNQPYAVVDIETTGGNSQYHRITEVGIVKLVNGEVVDEWQSLINPQRHIPSSITRLTGISNDMVADAPTFADVAESIEQFTQDCVFVAHNVNFDYGFIKQEFARIEQFFRRPKLCTVRESRKAFPGLASYSLAALTHHFGIEMEQHHRALSDARASAELLAMSQKQD				NA	NA	NA	NA	NA
AK237_02731	192			hypothetical protein	ATGAGTTTAACAACCTCTATGACGTTTCATTGCCCTTACTGCATGGAACCCAACGAAGTAGAAATTGACGAACAAAACGATATCGCAGTAATGCAGGTGCTGGATTGCCAGGTATGCTGCCAGCCAATAGAAATGACGGTCTTCGACGATGGTGAACGGCTAACCATTCAGGTTGAACAGGAAAATGCCTGA	MSLTTSMTFHCPYCMEPNEVEIDEQNDIAVMQVLDCQVCCQPIEMTVFDDGERLTIQVEQENA				NA	NA	NA	NA	NA
AK237_02732	651			hypothetical protein	ATGATTACCGCCCCTCTTCATTTTTCCGCCCAGGACATTGGGTCGCTGACAAAGCAACATCGTACCAATTTAATTAACAGCATATCAGGCTATAAAAGCGCAAACCTGATTGGTACCACAGACGGCGCTGCTGACAATCTTGCTATTGTGAGTTCGGTATTTCATGTCGGCGCTCATCCACCGCTTCAAGGCATGTTGCTTCGTCCTCATTCTGTTCCCAGACACACACTTGAGAATATTCAAGCCACTGGCATATACACGATAAATGCAGTGTCAGCACAATGGGTAGACAAAGCGCATCAAACGTCAGCGCGTTACGATAAAAACGAAAGTGAATTTGATGCTACAGGACTAACGCCACTAAAAGAACCGGGATTCGCCGCTCCCTTCGTGGCGCAGAGCCCACTGCGCTTGGCTATGGCCGTAGAAGAGATAACAACGTTAGCATGTAATCAAACCGTATTAGTCATTGGCAAAGTGCTGGATATTTACGTACAGTCTAACGCCGTAAGTGAAGATGGACATCTGGATTTACCTTCGCTGGATATAGCCTGTGTCGGCGGATTAGATACCTATTATCGCGCTGAGCATTTGGCACGTTACCACTACGCTAAACCTGACAAACCTACTGAAATAATGAGTAATTTATGA	MITAPLHFSAQDIGSLTKQHRTNLINSISGYKSANLIGTTDGAADNLAIVSSVFHVGAHPPLQGMLLRPHSVPRHTLENIQATGIYTINAVSAQWVDKAHQTSARYDKNESEFDATGLTPLKEPGFAAPFVAQSPLRLAMAVEEITTLACNQTVLVIGKVLDIYVQSNAVSEDGHLDLPSLDIACVGGLDTYYRAEHLARYHYAKPDKPTEIMSNL				NA	NA	NA	NA	NA
AK237_02733	138			hypothetical protein	ATGTCGACTGGTGAAGAAAAGTTAATCTACATCAAATATGTGACGGATCGATTTGGCAGTCAGGAAATTGTGACGTATAACTATTGTCATAGTAAACCTGTCATCGCAGCAGGTTTTTTACGTTACAAGACCAAATAA	MSTGEEKLIYIKYVTDRFGSQEIVTYNYCHSKPVIAAGFLRYKTK				NA	NA	NA	NA	NA
AK237_02734	294			hypothetical protein	ATGAGTAATGTGAACCGTCGTGATTTCCTAAAACTATCAGGCACCACACTGATTGGTTTGACGTTAGGTGGCGTTGCACTTCGCGCACAGGCACAAGAGCAGCTTCAAACTGATGATCCTACTGCACAAGCTTTAAAATACACCCAAAAATCCACAGTAGATGGCTCTCAGTGCAACAACTGCATGTATATTCAAGGTGACGATGGGCAAGCGCATCGTCCATGCGCCATATTCCCCGGCAAACTCGTTAATGCCAATGGCTGGTGCAGCGCGTGGGTGAAACGCCCAGGCTAA	MSNVNRRDFLKLSGTTLIGLTLGGVALRAQAQEQLQTDDPTAQALKYTQKSTVDGSQCNNCMYIQGDDGQAHRPCAIFPGKLVNANGWCSAWVKRPG				NA	NA	NA	NA	NA
AK237_02735	339			hypothetical protein	ATGATGACTTTGCTTTGTTTACTGCTATGCATCATCGGCTTTATCCACTTTTCGATGGCTAACCCCAAGCATTTTCGTGCCCTGACAGAGGAGGACATGGACGAACTTCCTGGGGCCAGAACCAGTTTTCAGATCCTGGCGAGCGTCTTTCTAATTGTTGCGATAATCCCCGCCGTGGCAGGCTGGCACGTTGAAATTGGGCTGGTGGTTTGGTGTGGGCTATTGCACGTTGCTGCAGTGGTTGTGTCACTGATGTTTACCTATCAGTTGCCGCTACTACAGTTTTGTTGGAAATGGTTGATACCAGGTGGATGGCTACAGCGGGTTTTACCCCGCTAG	MMTLLCLLLCIIGFIHFSMANPKHFRALTEEDMDELPGARTSFQILASVFLIVAIIPAVAGWHVEIGLVVWCGLLHVAAVVVSLMFTYQLPLLQFCWKWLIPGGWLQRVLPR				NA	NA	NA	NA	NA
AK237_02736	1614			hypothetical protein	ATGAAAGGGACCTTACGGCAGTCAATGACATGGCTGCATACATGGAGCAGTATAACCGCAGGATGGATATTGTTCGCCATCTTCTTTACCGGCACATTAGCGTTTTTCCGAACAGAAATTACGCATTGGATGCAGCCAGAACTTCATGTTTCCAAGCCAGCAGAAAACAGTGCTGAAGTAGCTTATCGATATCTTCAAAGCAAAGCACCAACCGCAAATGAATGGCAAATATCATTACCCAATTCACGCTCTGAAACGGTAAGTGTAAGCTGGCGAAATGGCGGCGAAGGCAGGCAGCAAATGCGTTCACAGCGCGCCATATTAAGCGCTTCAACCGGAGAGGAAATTACGCCTCGGGAAACGGCTGGCGGAAATTTCTTATATCGTTTTCATTTTGAGCTTTACGGTGTGCCCCGCGCAGTGGGTGAAACCTTCGTGGGCATTGTAAGCATGATGATGCTGATTGGTATTATTAGCGGCGTCATTATGCACCGCAAAATTTTTGCCGATTTTTTTATGTTTCGTCCCAAAAAGAAGTTACTTTCCTGGATTGATGGTCATGTATTGGCATCGGTACTGGCGTTACCTTTCCACTTAATGATTACCTTTTCCGGACTACTGTTACTAGGCGGAACGCTACTACCATGGAACGGAAATGGCGGCGGACATGGCGGTCCCCCTGGTGGCCAACAAGGTGCTGGAGGGCCGCAAAATCGTGGTGTGCCTCAATCGCGAGCGGTCATGCACACACCTGTCGCGCCGCAGGTAGATAACAGCGCGCTGATGTTACAAGTGATAGAAAGCGCGTCTGCCCAGTGGGGTATTCCTGTCGATCGAATTTCAATTAAAAAGCCTGGTACTGCACAAGCGACTTTCACGGTATCCGGGCCAAATCGTACTGCGTTATCTGCAGGACGAGGCGGCAATACCGGTCTGGTTTTTAATGCTAAAGGCGAGCAAGTCAGTGTTGATAGTGCGTCTACTGCGCCCAATACCACCCAGGCTATCTATAACTATATGGACATGTTGCATCAGGCCCGGTTTGCAGATTCGGTGACGCGCTGGTTACTCTTTTTTGCAGGGATCCTCGGCACGCTAATGGTGGGTACCGGCTCTATTTTATGGGTCGAAAAGCGCGCCAAAAAGCAAATGGGCGCCTGTGGGTTTGAGCTTGTTCGGGGCACGAATATCGGCGCGATTGCGGGTTTAATGGTGGCTACAGGGGCGTATTTCTGGGTCAATCGATTCCTGCCTGCAACACTTGAGAGTCGCAGCGAATGGGAAGTGCGGGTATTTTTCATTGTGTGGCTGGTGTGCGTAATTGCCGGTGTTATAAGGCGAGATCGTAAAGGTTGGTTATGGCAAACTGCCGTCGCTGCGGTTTTATTTACACTTATTCCTTTGGTAGATATTGCCACATCTCCTGTGCTTTTCCCTGATCCACTTCGATTGGTTTTCGACAGCGCGTGTTGGGTGTTTGCAGTGTTAGCCTGGTACGCAGTAAGTAAATTAAAGGCGCAGCCTAAAGCAAAGCGAGCAGCCTCTAAGCGTGCTACTCCGTCCCGGAAAGCCATGGTCAGTGAGCCTCAAAATACTGCGGAGCGGTCAGTATGA	MKGTLRQSMTWLHTWSSITAGWILFAIFFTGTLAFFRTEITHWMQPELHVSKPAENSAEVAYRYLQSKAPTANEWQISLPNSRSETVSVSWRNGGEGRQQMRSQRAILSASTGEEITPRETAGGNFLYRFHFELYGVPRAVGETFVGIVSMMMLIGIISGVIMHRKIFADFFMFRPKKKLLSWIDGHVLASVLALPFHLMITFSGLLLLGGTLLPWNGNGGGHGGPPGGQQGAGGPQNRGVPQSRAVMHTPVAPQVDNSALMLQVIESASAQWGIPVDRISIKKPGTAQATFTVSGPNRTALSAGRGGNTGLVFNAKGEQVSVDSASTAPNTTQAIYNYMDMLHQARFADSVTRWLLFFAGILGTLMVGTGSILWVEKRAKKQMGACGFELVRGTNIGAIAGLMVATGAYFWVNRFLPATLESRSEWEVRVFFIVWLVCVIAGVIRRDRKGWLWQTAVAAVLFTLIPLVDIATSPVLFPDPLRLVFDSACWVFAVLAWYAVSKLKAQPKAKRAASKRATPSRKAMVSEPQNTAERSV				NA	NA	NA	NA	NA
AK237_02737	1371	lapB_2		Lipopolysaccharide assembly protein B	ATGAAAAAGCTATCTTTTAAATTAATTTTAAGTTGCGCACTCCTGTTAAGTGGCGCATCGACTGTGCAGGCTGACGTAAAGGTGTCGCTTGAAGAGCCTGACTGGCAGTTTACTTACCGTGCCGCCAGAGATGATGGTCATAAGGGCCGCGTTAATCGCGAAGAAGGTGAATTTTTCCATGACGTGCAACCGTTACTGGAAAAACAGGATTTCAAAGCAGTAATACAGGCGTTCACCACGTTTAACGAAAATAACGAACGCGTGAGTCCTATGCTGCACGAAATGATGGGTCAGGTGTATTTAAGTGCAAAACAAAATGCGCAGGCAAAGTCGCATTTTCAACAGGCTCTGGAGAAAAATCCTGCATCTGCAACGTCTCATCGGGGTTTAAGCATGATTTATATGCTGGACGCCGATTACGCCAAGGCGCGTGAGCACGTGGTGGAGTCTTTGGCGTTAGGCGTAATTGATAGTCAGGTTTACGGCCAGTTGGGATACCTTAATTTACAACTGGAGAGGCCTCGCAGTGCCATTGGTGCGTATCAGAACGCCTTAATGCTAGAGCCAGAGAATAGCCAGTGGTCGCAAGGTTTACTGTTTGCGCTAATTGCCAGTGACGCGCTTCCTCAGGCTTCTGCGCTGGTGGGCGAAATGTTGAGTGATAAGCCAGACAGCGCAAGGCTTTGGTTGCAACGTAGCCAAATTGCGATGAAAGGACAAGATGATCTTACCGCCATCAGTAGCTTAGAAACAGCTATTGCGCTGGGTGAAAAACGCGCAGAGAACCTCACTACACTGGCGAAATTGCATGTTAAATCTGGCAGCCCTCATCGAGCGGTAAACCTGTTAAACGACAATGCCAAAACACTGCTGGCCAGCGATGTCGATGGGGCAGAGACTATGCTCACTATTGCCAACTGGCTGGTCGCAAGTGAAGACTGGCAGAATTTAAACAGCTTGGTGCGCACCATGGACAGTAACAAGCAGCGCCTGACCAGTGAAGATGTTGCCACACTCAATGTAATGAAAGCGAACTTAGCCATCGCCAACGATGAGACGAGTCAGGCACAGGACTATTTAGTTGCGGCAATTAAATCCGCACCCGCAAACGGTGATGCGTTGATGACACTCGCGGCATTATTACGCAAACAGAAGAAAGATGAACGCGCAAAAATGTACTACCTGCGCGCCGAAGCACTACCTGACTATAAAGAGCGGGCAATGTTAGGTCGTGCACAGGTAGCGATTAATCAGAATCAGTACGCCGATGCGCTGACTTTATTGCGTCAGGTGTATAAGTCTAACCCCGGTCGAAGCGACTTGTTAAGTAACATTCAGTCGCTGGAAAATATTGTGAAGAACGCATCGTAA	MKKLSFKLILSCALLLSGASTVQADVKVSLEEPDWQFTYRAARDDGHKGRVNREEGEFFHDVQPLLEKQDFKAVIQAFTTFNENNERVSPMLHEMMGQVYLSAKQNAQAKSHFQQALEKNPASATSHRGLSMIYMLDADYAKAREHVVESLALGVIDSQVYGQLGYLNLQLERPRSAIGAYQNALMLEPENSQWSQGLLFALIASDALPQASALVGEMLSDKPDSARLWLQRSQIAMKGQDDLTAISSLETAIALGEKRAENLTTLAKLHVKSGSPHRAVNLLNDNAKTLLASDVDGAETMLTIANWLVASEDWQNLNSLVRTMDSNKQRLTSEDVATLNVMKANLAIANDETSQAQDYLVAAIKSAPANGDALMTLAALLRKQKKDERAKMYYLRAEALPDYKERAMLGRAQVAINQNQYADALTLLRQVYKSNPGRSDLLSNIQSLENIVKNAS				NA	NA	NA	NA	NA
AK237_02738	624			hypothetical protein	ATGAAAAATCAGCTTTCAGCATTTTTACTTAGCGGTGCAGTCATGGGCGTATCACTGGGAGTGCTTATTCTTGGGTATGCGCTAAACAGTGAAAGTGGCCCTGAACTGGAAGTACGGCATTTGGATATCGCAATGTCGCCGCCTCCGCCTCCGCCCCCTCCGCAAAGCCAACAAGTTACTGAACAAGCTGATGTGAATATGCAGGTTGAGGGCGCTGGCGCCGCCGTGTCTATGGCTGATATTCAGGTTGACCCTGACATCGATATTGATAAACCCGATATGCCCAATGTGAACATGGCACAACCTGACTGGAATGCGCCAGAAATTGATTGGGAAGCCTATGCCCTGAGCGAGTTGGATGGCAAGCCAACCTTGCTCACGCCGATAAAAATACGCTTTCCGAAAAAACTTAAGCATCGTGGCATCGAACGCGTGGTGGTGAAACTGGATGTGATGATTGATGAGAAGGGAGACGTGACGCTCATTGATATTGTCGATAACCCGCATCACGAACTTAATAAAGAAATTCAACGATTTGTAAAAGGCAGTAAATTTACTGCACCGCACAAAGCAGATCACGCCGTCAGAGCACGTTTCATCTGGCCTGTGGAGATTGAAGCATAA	MKNQLSAFLLSGAVMGVSLGVLILGYALNSESGPELEVRHLDIAMSPPPPPPPPQSQQVTEQADVNMQVEGAGAAVSMADIQVDPDIDIDKPDMPNVNMAQPDWNAPEIDWEAYALSELDGKPTLLTPIKIRFPKKLKHRGIERVVVKLDVMIDEKGDVTLIDIVDNPHHELNKEIQRFVKGSKFTAPHKADHAVRARFIWPVEIEA	PGPT0003745_6433	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	OTHER_HEAVY_METAL_RESISTANCE_SYSTEMS	HEAVY_METAL_RESISTANCE-TonB-ExbB-ExbD_TRANSPORT_SYSTEM,PGPT0003745-tonB-K03832	NA	NA
AK237_02739	408	tolR_3		Tol-Pal system protein TolR	ATGGCTAGTCGTTTACAGCGACGGTTGGAAGCCCAACCTATGCAATCAATTGATATGTCACCACTGCTTGATGTGGTGTTTATCCTGCTCATCTTCTTTATCGTTTCAACGGTATTTGTGAAAGAAACAGGCGTTGAAGTTGATAAGCCACAGGCTATTTCGGCGCAAAAGCTTGATCAAATGTCGATACTTATCGCCATTACCAGTAACGGAGAAGTCATGTACGACGGTGCCAATATTGGTGTTGCGGGGGTTCGCGGTACGGTAGAGCAGTTGTTGGTACAAGAGACCCGCCCCGTGGTCTTGCAAGTCGATAAAACGGTGTCTACTGAGTTATTGGTAGAAGTCATTGATGCAGCCAAGCTGGCGGGTGCAGTGGATGTAAATATTGCCACGGCAAAATTGTAA	MASRLQRRLEAQPMQSIDMSPLLDVVFILLIFFIVSTVFVKETGVEVDKPQAISAQKLDQMSILIAITSNGEVMYDGANIGVAGVRGTVEQLLVQETRPVVLQVDKTVSTELLVEVIDAAKLAGAVDVNIATAKL	PGPT0003755_3655	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	OTHER_HEAVY_METAL_RESISTANCE_SYSTEMS	HEAVY_METAL_RESISTANCE-TonB-ExbB-ExbD_TRANSPORT_SYSTEM,PGPT0003755-exbD-K03559	NA	NA
AK237_02740	384	tolQ_4		Tol-Pal system protein TolQ	ATGATGGCGCTATTTACCGGTAACCCGCTGTGCTGGGCGATGGTCGCGGTAGGGTGGTTTGCTTTCCAGCAGATTTGGATGTTGTATCTGACACGCTTTGATAAGCAGGTACGCAACAAAGACGCCAATCCACTGATGCTGCCGTCGGTATTGGTGGGGGCACTACCTTTAATGGGATTGCTCGGCACTATCATGGGTTTACAAGGCAGTTTTACCGGCATGATGACCGATGGGGCAGATAGCCAGATTGTTTCTGCAGGTATAGCCGACGCGCTGTTTACCACGCAACTGGGTTTAGTTATGGCGATCCCGGGTTGGCTGTGTTTATCGTTCGTTAAGGGGCATCTTCATGATACTCAGGAAGGGGAAGTGAGCCATGGCTAG	MMALFTGNPLCWAMVAVGWFAFQQIWMLYLTRFDKQVRNKDANPLMLPSVLVGALPLMGLLGTIMGLQGSFTGMMTDGADSQIVSAGIADALFTTQLGLVMAIPGWLCLSFVKGHLHDTQEGEVSHG	PGPT0003750_6207	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	OTHER_HEAVY_METAL_RESISTANCE_SYSTEMS	HEAVY_METAL_RESISTANCE-TonB-ExbB-ExbD_TRANSPORT_SYSTEM,PGPT0003750-exbB-K03561	NA	NA
AK237_02741	1335	tolQ_5		Tol-Pal system protein TolQ	ATGATCAAACAGATAACAGTTTTCATTGGGGTCTTCGTTGCCTTGTCGTTCTCTGCCAATGCGCAGCAACAGTCCGTATTGAATAACATAGAAAGCGCAAAGCGCAGCTTAAATAGTGCTGAGTCTCGCATTGTAAAAGAGCGGGTTGCGCTGTCATCCACGCTGAGTCAGTTAGAAAAAGACGTCATGTCACTGCGAGACAAGACCGCAGTAGCGCGCCGTTTAGCTGATGAAAAAACGCTAAGCTTAAGCAAGCTTGAAGCGCGCCTGGCAGAGTGGAAAGAACAACAGACTTACCAACAAAACCTGTTAAATCGGTTCCTGCAACAGCAAGGACTGACATTTACAGAAGTGAGCGACATGTCCACTTCGCAAAAAATGGCCGCTATTTCCCAATCTGCGGCGAAAACGGCACAACTGCCTACATGGCAATCACAGACGCTGGTGCTGGAAAACGGTGAATTAGCTCAGGTGCCCTCTTTGTCAGTCGGACCTGTTACCTGGTTCAAGCACAATGATGCCGTAGGGTTAGCCGAGACAGTGTCAGGTAGATTGCAAACTAAAGGCATGTTGCCATCAAGTATTGCAGCGACCATGCAAGAAAATGCCAATGAAGTGGTATTAGATCCAACGTTGGGCCGCGCGCTTACCCGCGAATCAGCGAATGAAGGCGTGATTGAGCATGTGGTCAAAGGCGGTATTTGGGTCGTGCCTATTTTATTGTTTGCTTTCATTGCCACCGTGATAGGGCTACTTAAAGTCGTACAATTACTGCGTCTGCCCAAAGTGGTGCCAGTGCGATCGCAAGCCATGTTGGATAAGCTATTGGCCTCTGGTGCAACAGCGCGTAGCCAATTTAAGGGCATGCAGGCGAACTTGCTGGCTATTACTGAACAAGCAACCTCTGCACGAGAGCGGGATGATCAACTTTTCGTTCAGCTTCAACAGGACAGGCAGACACTGGATAAGTGGATTAATGCCGTTGCTGTTACCGCTGCGGTGGCACCGCTATTGGGTCTGCTCGGTACTGTAAGCGGCATGATTGAAACCTTCCGCATGATGACATCGTTTGGTTCTAGTGACCCGGAGGTAATTTCCGGTGGTATTGCCAAAGCGTTAGTTACCACGGAGTTGGGTCTTATTGTCGCCATTCCTGCACTTATCCTTAATGCGCTACTCAGCCGAAAAGCGCGTCAGTACTATACCGAACTTGAAAATTTTGCATTGGTGTTAAGCGGTGATGAAGGTGTCGCACAACAGAGCAATCAAGATACTGGACGTGACGATGATAACGGTGAGTTGATGGGATCTGCGCATCCAGCGGGAGCAGGCTGA	MIKQITVFIGVFVALSFSANAQQQSVLNNIESAKRSLNSAESRIVKERVALSSTLSQLEKDVMSLRDKTAVARRLADEKTLSLSKLEARLAEWKEQQTYQQNLLNRFLQQQGLTFTEVSDMSTSQKMAAISQSAAKTAQLPTWQSQTLVLENGELAQVPSLSVGPVTWFKHNDAVGLAETVSGRLQTKGMLPSSIAATMQENANEVVLDPTLGRALTRESANEGVIEHVVKGGIWVVPILLFAFIATVIGLLKVVQLLRLPKVVPVRSQAMLDKLLASGATARSQFKGMQANLLAITEQATSARERDDQLFVQLQQDRQTLDKWINAVAVTAAVAPLLGLLGTVSGMIETFRMMTSFGSSDPEVISGGIAKALVTTELGLIVAIPALILNALLSRKARQYYTELENFALVLSGDEGVAQQSNQDTGRDDDNGELMGSAHPAGAG	PGPT0003750_600	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	OTHER_HEAVY_METAL_RESISTANCE_SYSTEMS	HEAVY_METAL_RESISTANCE-TonB-ExbB-ExbD_TRANSPORT_SYSTEM,PGPT0003750-exbB-K03561	NA	NA
AK237_02742	810			hypothetical protein	ATGACAAAGCGAAAGGGGAGCCTGACGACATGGGCGCGAGGTAGCACTCATGTATTACTTGCATCATGTATGCTGGTAAGTGCCACGCAGGCTGCTGTCACTGATGATATGGACGGGTTAACCCGCGAGTGGCTGCAAATAGAGGCGCAAGAGCGCAAGTTAGTGCTGGATTGGCAAGAACAAGAACCTGTTGTGCGCCAGCGCATTGATTTGTTAAAGGCCGAAAAAACACAGCTGCAGAAAATCCTGTCTCGCAGTACTGATTCTCAGGATGATGTTGAAGCTCGCAGAAATGAGCTGCTTGCCGAGCAGAATCAGTTAGAAAGCCAACAGGCTGATGTGTCCAGTGCACTTTCCTCACTTGTGACACGCATCAACAGTTTATACGACAGTTTACCTCCGCCTTTGCAATTTACGTGGGATAAAGAAGACGCAGCCCTTTCCGGGGATGGCTCTGACAATCCGTCACAGGTACTACAAGTCGCCCTGGCTAAGCTCTCCCGATTAGAGCAATTTGATGGCAAATTAACTGTTAATGAAGAGGTGCTTACCACACCGCAAGGCAAGGAAGTGGTAGTGAAGCAGCTATTTTTGGGGTCTCAACTTGCCTGGTTTGCTAACAATGATGGCAGCATTGCGGGTTCCGGATATCCCGAAAATGGAAAATGGGCGTGGCACTTTGATGACACAGTAGACGGACAAGCTATTAGTCGTGCACTGGCAGTGTTCGAACGTCGTCAGCAACCAGAATTTATCTCCCTACCGTTGCCATTTGCAACTCAGGGTAGTGTGTCGGGTGGTAGTCGTTAA	MTKRKGSLTTWARGSTHVLLASCMLVSATQAAVTDDMDGLTREWLQIEAQERKLVLDWQEQEPVVRQRIDLLKAEKTQLQKILSRSTDSQDDVEARRNELLAEQNQLESQQADVSSALSSLVTRINSLYDSLPPPLQFTWDKEDAALSGDGSDNPSQVLQVALAKLSRLEQFDGKLTVNEEVLTTPQGKEVVVKQLFLGSQLAWFANNDGSIAGSGYPENGKWAWHFDDTVDGQAISRALAVFERRQQPEFISLPLPFATQGSVSGGSR				NA	NA	NA	NA	NA
AK237_02743	2220	pfeA_2	COG4771	Ferric enterobactin receptor	ATGCCTAAGATAGGTAAGATTATATTACTCACTTCATTATTCCCTGGTTTATCAGCCAACGTTTTCGCGCAAGATAATGAAGAATTAGAAACCCTCGATACCACTGTTGTGCAAGCCGCTTCAGAAGAGCTTAAACAAGCGCAAGGTGTATCTGTCATCACTCAGGAAGACTTTAAACGTCGCCCCGTCACTAACGATATTTCAGAGTTAGTGAAAACCATGCCTGGTATCAACCTCACCGGTAACTCAAGCACCGGCCAGTATGGAAACAATCGTCAAATTGACATCCGTGGAATGGGACCAGAAAACACGCTTATTCTTATCGATGGTAAGCCTGTGCTTTCCCGTAACGCTGTCAAAATGGGTCGTTCGGGCGAACGTAACACTCGTGGTGACAGCAACTGGGTGCCACCTGAAGCCATTGAAAGCATCGAAGTTATTCGCGGGCCGGCAGCGGCACGTTACGGTTCAGGCGCGTCGGGCGGTGTTATCAACATTATCACGAAGAAGCCTGACGTAGCGGCTGGGAGTATTACCGTTCAGACGGAAATTCCTGAAAACTCGCTGGAAGGTGGCAACAAGCGTGCAGACGTTGTGCTAAGCGGTCCATTATCAGAGCGCTTTTCTCACCGCACCGTGTTGAACTACAACAAACAAGAAGGTGATTCCCCGGACATTAACCGTGACTCCACCGTTGAAGACAGCAATGTTGCAGCGGGCTCGGAAGGTGTCGAAAATATCGATATTCGTACATTAGTGCGCTTTGATCAGGATGAAGTGAATACCTGGGAAGTTGAAGCTGCGTACAGTCGACAAGGTAACGAGTATGCCGGTGACAATGCGTTTCAGGGCGTAGATAACGGGAATACACAGTTGTACATTGGTCAGGAAACCAATGTCATGAGAAGAAAGACCGTTTCAGGTACCCACCGTGGCACGTTTGATTTTGGTGATTCCTTTTCCTATGTCCAGTTTGAAGAAACCGACAATACACGGCTAAGTGAAGGTCTTGCAGGTGGTGGTGAAGGTGTGTTTAACACTGATGCTGGTGAAACCGTCAATATCATGCTGCGAAATCTGACTGCAAAATCTGAGTGGAATATCCCATTAGAGCTGTTCGGCAAATCTCAGACTATGACAGTTGGTGCGGAGTTCCGTGGTGAAAGAATGGATGATCCTTCGTCATTGCAGGCGGGCATCAATGTTGCCGACGGTGTTATTATTGATGGTACAGACATCGCCGCCGAAGACCGTGACCCACATTCAAGTGCAGAGCTATATGGTATTTATGTCGAAGACAATATCATGCTCACCGACGATGTCATGTTAACGCCTGGCGTGCGATTTGACCGTCATAGCGAAGCCGGTAACAACGTGTCTCCCAGTCTGAACATGAGCTGGCAGTCTACATCAGAAGTCTCTTTCCAGGCAGGTATCAGCCGTGCATTTAAAGCACCTAACCTGTATCAGACAAACCCTAACTACGTGTACACCACCCGCGGTAATGGATGTCCTGTAGATTACCCAAGTCAGGGTAGCGGTTGTTCTATTTTGGGTAATCCCGATCTTGAACATGAAACCTCCGTTAACAAAGAGATCGGCGTTAACTACGTGGGTAATGACAACGGCATTAATGCCGGCCTGACCTACTTCCATAATGATTACAAAAACAAAATTGTGACGGGTAATACCGCGCCAATTTATGTTTTAGATGGCGGTAATGCAGACACTTACGTGCAGATTTTCCAATGGTACAACACACCCGAGGCTGTGATTGAAGGGTTGGAAGGTAACTTACTGGTTCCGTTTACCGATGACATTGAGTGGTCTACCAACGCTACGGTGATGATTGAGTCAGAGGACAAGGAAACCGGACAACCGTTATCTATTGTGCCTGATTACACCATTAATACGCAGGTGGCATGGACGGTAAATGAAAGCTGGGAATTAGTCGCCAGTGCACAACACTATGGTGAAACGGAAAGCCCAACTGCAAGTACAACCAGCGGCGCGGCCATTGAAAATCCAGAGCCACGCCCTGCTTACACCATTGTTAACTTAAACAGTGTTTATACCTACAAGAATATTGATTTTACCTTGTCGGTGAAGAACCTGTTCGATAAGCAAATCCTTCGTGAAGGTACGCAAACCAATGCAGGGGCGAATACCTATAACGAACCGGGACGCAACTGGTTGCTCTCGGCTACTTATCACTTTTGA	MPKIGKIILLTSLFPGLSANVFAQDNEELETLDTTVVQAASEELKQAQGVSVITQEDFKRRPVTNDISELVKTMPGINLTGNSSTGQYGNNRQIDIRGMGPENTLILIDGKPVLSRNAVKMGRSGERNTRGDSNWVPPEAIESIEVIRGPAAARYGSGASGGVINIITKKPDVAAGSITVQTEIPENSLEGGNKRADVVLSGPLSERFSHRTVLNYNKQEGDSPDINRDSTVEDSNVAAGSEGVENIDIRTLVRFDQDEVNTWEVEAAYSRQGNEYAGDNAFQGVDNGNTQLYIGQETNVMRRKTVSGTHRGTFDFGDSFSYVQFEETDNTRLSEGLAGGGEGVFNTDAGETVNIMLRNLTAKSEWNIPLELFGKSQTMTVGAEFRGERMDDPSSLQAGINVADGVIIDGTDIAAEDRDPHSSAELYGIYVEDNIMLTDDVMLTPGVRFDRHSEAGNNVSPSLNMSWQSTSEVSFQAGISRAFKAPNLYQTNPNYVYTTRGNGCPVDYPSQGSGCSILGNPDLEHETSVNKEIGVNYVGNDNGINAGLTYFHNDYKNKIVTGNTAPIYVLDGGNADTYVQIFQWYNTPEAVIEGLEGNLLVPFTDDIEWSTNATVMIESEDKETGQPLSIVPDYTINTQVAWTVNESWELVASAQHYGETESPTASTTSGAAIENPEPRPAYTIVNLNSVYTYKNIDFTLSVKNLFDKQILREGTQTNAGANTYNEPGRNWLLSATYHF	PGPT0003415_684	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_IRON_RESISTANCE	IRON_RESISTANCE-SALMOCHELIN_TRANSPORT,PGPT0003415-fepA|pfeA|iroN|pirA-K19611	NA	NA
AK237_02744	783			hypothetical protein	ATGCGTTTATTGGCCAAACTCCTTTTAGCGGCAACGATTTTGTCGTCCACATTTTATGCCGCCGCCCGCAGTGTCGGTGTGGTATCTGGCTGGGATAAACCACCGTATGTCATTGCGCAGGGCGATACCGGCTTTGAAATCGAATTAGTTAAATCACTCCTTCAATCCAGTGGCCACACTGTCAATATGATGTATGTCCCCATGGGACGTTCTGTACGCTTAGTAAAAGAACGTATTGTTGATGTGGGGTTGTCTATGAACGCACGCCATAATGTGCCTGACAGCTGGTTGAGCGACGTTTACATTGTCTATCAAAATGTTGTCGTTACACGTAAAGACAGAAAGCTTCCCATCCAGTCTCTCGACGATTTAACAGATTACACGGTGGTTGGTTTTCAGACCGCTTCTGAAGCATTGGGCAGCGAATTTAATAAAGTTGTATCGTCGCACAAAGGCTATCTGGAAATGGCCGATCAGCATCGTCAGGTAAGCATGTTATTACTTGGCAGCGTGGATGCTATTGTCCTCGATCGCAACATTTTCAATGCCATTCATAGCAAACATCCAAAAGGTAAAGATACGGAAGTGGTCATTCATGAGTTATTTGCGTTGAGTCCATACCGTGCTGCCATTCCTAATGCAAAATTGCGCGAAACGTTTAATGCCGCCCTGGCTGATTTTAAACAAAGCGGTCAATACCAACTTTTAGCCCAGCAATTCGACCTGGTTAACCTTCTGGACAAATACGCTCAGCACCCTGTGTTTCCTCAGCAAGACAATTAA	MRLLAKLLLAATILSSTFYAAARSVGVVSGWDKPPYVIAQGDTGFEIELVKSLLQSSGHTVNMMYVPMGRSVRLVKERIVDVGLSMNARHNVPDSWLSDVYIVYQNVVVTRKDRKLPIQSLDDLTDYTVVGFQTASEALGSEFNKVVSSHKGYLEMADQHRQVSMLLLGSVDAIVLDRNIFNAIHSKHPKGKDTEVVIHELFALSPYRAAIPNAKLRETFNAALADFKQSGQYQLLAQQFDLVNLLDKYAQHPVFPQQDN	PGPT0020800_10754	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_TRANSPORT	PLANT_DERIVED_POLAR_AMINO_ACID_TRANSPORT,PGPT0020800-ABC_PA_S-K02030	NA	NA
AK237_02745	882	prmA	COG2264	Ribosomal protein L11 methyltransferase	ATGTCCTGGATCCAGTTAAGAATCGACTCCGACTCTGAAAATGCAGAGCAAATCGGCAACATGTTAAGTGCCAATGGTGCACAAGCCGTTACATTCGTAGACGCCAAAGACACGCCCATGTACGAGCCAAAGCCAGGCGAAACCATGTTGTGGCCAGACACCCAGGTGGTAGGGTTATTCAACGCTGCAGATGATATGAAAGCAGTGATCCAGCGACTGGAAAAATCGAAAATATTGGGCAAAGGATTTACGCACAAGCTGGACCAGCTGGAAGACAAAGACTGGGAACGCGAGTGGATGGATAATTTCCATCCTATGCAGTTTGGTAAGCGACTCTGGATATGCCCAAGCTGGCGAGATGTCCCCGATCCAGACGCCGTTAACGTCATGCTTGATCCTGGCCTGGCATTTGGTACAGGCACTCACCCCACTACCGCGTTATGCCTACGCTGGCTTGACGCACTGGACCTACAGGGCAAAACCGTAGTTGATTTCGGTTGCGGCTCCGGCATTTTGGCGCTGGCGGCTCTGAAGCTTGGGGCAAAAGAAGTTATTGGTATTGATATTGACCCGCAAGCCCTCCAGGCTTCGATGGAAAATGCCCGGCGTAATGGCGTTGAGAAGCGCTTAAAGGTGTATCTGCCACAAGATCAACCCACCTTAGAAGCTGACGTCGTGATGGCAAATATTCTTAGCGGACCACTTATTGAGTTGCAATCAGTCATCACCGGCTACTGTCGGGCAGGTGGAAAGTTGGTTTTGTCGGGTATTTTGGAAGAGCAGGTGGAGAAAATTGAGGCCGCCTACCAAACCGAATTCTCGCTGGATCAAAGTGCCGTCGAAGGCGACTGGGCTCGTGTAAGCGGCACAAGAAGCCACTGA	MSWIQLRIDSDSENAEQIGNMLSANGAQAVTFVDAKDTPMYEPKPGETMLWPDTQVVGLFNAADDMKAVIQRLEKSKILGKGFTHKLDQLEDKDWEREWMDNFHPMQFGKRLWICPSWRDVPDPDAVNVMLDPGLAFGTGTHPTTALCLRWLDALDLQGKTVVDFGCGSGILALAALKLGAKEVIGIDIDPQALQASMENARRNGVEKRLKVYLPQDQPTLEADVVMANILSGPLIELQSVITGYCRAGGKLVLSGILEEQVEKIEAAYQTEFSLDQSAVEGDWARVSGTRSH				NA	NA	NA	NA	NA
AK237_02746	918	dusB	COG0042	tRNA-dihydrouridine synthase B	ATGTGTCGAAGAATGGGGGCGGGGCTAGTGGTATCTGAGATGCTATCGAGCAATCCGAAGGTTTGGAAAACCGCAAAATCTATGCACCGCATGGATCACACCGGAGAAGATGGTATTCGCTCAGTGCAGATTGCAGGAGCCGATCCCGGGTTGATGGCGCAGGCGGCACAATTTAATGTTGAGAACGGTGCACAAATTATCGATATCAACATGGGTTGTCCGGCCAAAAAGGTCAACAAGAAGTTAGCTGGTTCAGCGCTTTTACAATATCCGGATCTGGTCGAGCGTATCGTCCAGGCGGTTGTTAAAGCGGTAGACGTTCCAGTCACCCTGAAAATTCGAACGGGGTGGGACACAGAAAATCGCAACGGTGCAGACATTGCCCGTATTGCGGAACAAAACGGCATACAGTCGCTGGCAGTTCACGGTAGAACGCGAGCCTGTATGTACCGGGGAAATGCGGAATACGACACCATTCGCGCCATTAAGCAGGCGGTGTCTATACCTGTAATCGCAAATGGCGATATTACTTCCCCGGAAAAAGCACGTTTCGTGCTTGAGTATACCGGTGCTGACGGTGTAATGATTGGACGCGGGGCGCAAGGTAATCCCTGGATTTTTAAACAAATCCAACATTATCTGCAAACAGGTGAAAACTTGCCGGCGCCTTCATTGTCAGAACAACAAGCGGTATTGCACGAACATGTTGTAAATGTACACGACTTCTACGGCGGTATTATGGGTGTAAGAATAGCCCGTAAGCACGTGGGGTGGTATCTCGCGGAGCACGACACGGAAAATCAGTTTCGCCGAACGTTCAACGGCTTGGAGGAGGCAGACGACCAACTCAACGCCCTTGATGATTATTTTCAATCGCTGCAAATGAGAAATAAGCGACAGATTTCTCCTGCAGCATAG	MCRRMGAGLVVSEMLSSNPKVWKTAKSMHRMDHTGEDGIRSVQIAGADPGLMAQAAQFNVENGAQIIDINMGCPAKKVNKKLAGSALLQYPDLVERIVQAVVKAVDVPVTLKIRTGWDTENRNGADIARIAEQNGIQSLAVHGRTRACMYRGNAEYDTIRAIKQAVSIPVIANGDITSPEKARFVLEYTGADGVMIGRGAQGNPWIFKQIQHYLQTGENLPAPSLSEQQAVLHEHVVNVHDFYGGIMGVRIARKHVGWYLAEHDTENQFRRTFNGLEEADDQLNALDDYFQSLQMRNKRQISPAA	PGPT0001030_1	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-ANTIMICROBIAL_COMPUND_RESSITANCE-ACETOIN|2|3-BUTANEDIOL_SYNTHESIS,PGPT0001030-acoR-K21405	NA	NA
AK237_02747	294	fis	COG2901	DNA-binding protein Fis	ATGTTCGATCAAAATGTGACTTCTCCTTTTACTACAACAGTAACTACACCTTCACAAACTCAGGCTCAAAAGCCTCTGCGTGATTCAGTAAAGCAAGCGGTAAATAAATACCTGAAGCAGCTGGATAACGCGAACATCGATAACCTGTACGAACTTGTTCTGGCTGAAGTTGAAGCGCCATTACTTGAAGAAGTAATGACCTACACCCGCGGTAACCAGACACGTGCCGCCATTATGATGGGCATCAACCGTGGCACACTGCGCAAGAAACTCAAGCAGTATGGCATGAACTAA	MFDQNVTSPFTTTVTTPSQTQAQKPLRDSVKQAVNKYLKQLDNANIDNLYELVLAEVEAPLLEEVMTYTRGNQTRAAIMMGINRGTLRKKLKQYGMN	PGPT0025570_299	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-QSR-AUTOINDUCER_PERCEPTION	CE-QSR-AI1|AI-2|CAI-1_PERCEPTION|SIGNALLING,PGPT0025570-fis-K03557	NA	NA
AK237_02748	1599	purH	COG0138	Bifunctional purine biosynthesis protein PurH	ATGCAAACACCTAAACCTATCAAGCGCGCCCTGTTAAGTGTTTCTGACAAAACCGGCATCGTTGAATTTGCCACGTCACTTCACAACAAAGGCGTTGAACTGCTATCTACCGGCGGTACGGCGAAGTTACTGGCAGAAGCTGGTCTGCCGGTGAAAGAGGTTTCTGAACACACTGGTCATCCTGAAATTATGGACGGTCGTGTAAAAACACTTCACCCTAAAATCCACGGCGGCATCCTGGGTCGTCGCGGTCAGGACGAAGGTGTAATGGCTGACAATAACATCGCGCCAATCGATCTGGTTGTGGTGAACCTGTATCCGTTCGCTGCCACGGTCGCTAAAGACGACTGTACGCTGGAAGACGCTATCGAAAACATCGATATCGGCGGCCCGACGATGGTACGCGCGGCGGCGAAAAATCATAAAGATGTCACCATTGTAGTGAAAGCGGCTGACTACGACCGTGTTATTGCTGAAATGAATGACAACGACGGCTCGCTGACATATCAAACCCGTTTCGATCTGGCGATTAAAGCATTTGAACATACCGCTGAGTACGACGGCATGATTGCCAATTACTTTGGTGCTCGCATCGATTCAGTTGATTGCGCTGACGATTGTGAACATGACCACAGCGAATTCCCACGCACTTACAACGTTCAGATGAGCAAAAAGCAAGATCTGCGTTACGGCGAAAACAGCCACCAGTCTGCGGCTTTCTATGTTGAGAACAACATTCAGGAAGCATCGGTTGCTACGGCAGAGCAGCTGCAAGGTAAAGAACTGTCTTTCAACAACATCGCTGATACCGACGCCGCGCTGGAATGTGTGAAAGAATTCGACGTACCGGCCTGTGTGATTGTTAAGCACGCAAACCCTTGTGGTGTGGCGCTGGGTGAGAACATCCTTGAAGCCTACGACCGCGCTTTCAAAACTGACCCCACATCTGCATTCGGCGGCATCATCGCGTTTAACCGTGAACTGGATGGCGACACCGCGAAAGCCATTGTTGATCGTCAGTTCGTTGAAGTGATCATTGCCCCAACCGTCAGCGAAGAGGCAAAAGCCATTGTTGCAGAAAAGAAAAACGTACGTCTGCTGGCGTGTGGCGACTGGCAGGGTCAGCTTACCGACGGTTTCGACTTCAAACGTGTTAACGGCGGCCTGTTAATTCAGGAGCGTGACTTTGGCATGGTTGATATGGAAGATCTGAAAGTCGTATCTAAGGTACAACCTTCAGAAGAGCAATTACGCGACCTGATGTTCTGCTGGAAAGTAGCAAAATACGTGAAATCTAACGCCATCGTTTATGCAAAAGACAGCATGACCATCGGTGTGGGTGCAGGCCAGATGAGCCGCGTATATTCTGCAAAAATCGCCGGTATTAAAGCGGCCGATGAGAACCTGGAAGTGGCTGGTTCTGTTATGGCGTCTGATGCATTCTTCCCGTTCCGCGACGGTATTGATGCAGCCGCTGCTGCCGGTATCAAAGCGGTAATTCAGCCGGGCGGTTCAATGCGTGATGACGAAGTTATCGCAGCAGCTGATGAACATGGCATTGCTATGGTATTCACCGGTATGCGTCACTTCCGCCATTAA	MQTPKPIKRALLSVSDKTGIVEFATSLHNKGVELLSTGGTAKLLAEAGLPVKEVSEHTGHPEIMDGRVKTLHPKIHGGILGRRGQDEGVMADNNIAPIDLVVVNLYPFAATVAKDDCTLEDAIENIDIGGPTMVRAAAKNHKDVTIVVKAADYDRVIAEMNDNDGSLTYQTRFDLAIKAFEHTAEYDGMIANYFGARIDSVDCADDCEHDHSEFPRTYNVQMSKKQDLRYGENSHQSAAFYVENNIQEASVATAEQLQGKELSFNNIADTDAALECVKEFDVPACVIVKHANPCGVALGENILEAYDRAFKTDPTSAFGGIIAFNRELDGDTAKAIVDRQFVEVIIAPTVSEEAKAIVAEKKNVRLLACGDWQGQLTDGFDFKRVNGGLLIQERDFGMVDMEDLKVVSKVQPSEEQLRDLMFCWKVAKYVKSNAIVYAKDSMTIGVGAGQMSRVYSAKIAGIKAADENLEVAGSVMASDAFFPFRDGIDAAAAAGIKAVIQPGGSMRDDEVIAAADEHGIAMVFTGMRHFRH	PGPT0008110_1385	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PURINE_METABOLISM,PGPT0008110-purH-K00602	NA	NA
AK237_02749	825			hypothetical protein	ATGAAGACCACGATGCGTGTAATTGCCGCTTCTTTGCTTGCTGTATCTGCTTCACTTACGTCAACACTGGCCAGCGCGGACGCCATTTCCGATGCGGTAAAAAATAACAACCGCTCAGCGGATGCCAAAGCCCGTGACGAATACCGTCATCCTCAACAAACTTTGCGCTTTTTCGGTATTGAGCCGGACATGACCGTTGTTGAGATCTGGCCCGGCGGTGGTTGGTATGCTGATATTCTTGCGCCTTTATTGAAAGATGACGGCAACTATATCGCTGCGCATTTCTTTATGTTTGACGGTGCGCCGGGTTACTACGCACCATCACTGAACGGTTTTAAAGAGAAAGCCAAAACTGGCGGCCCGTATGAAGGTGCCACCATTACCGCTTTCCATCCCTCAAAAAGCCCTGAAATTGCCCCTGACGGCAGCGCTGACGCTGTACTGACCTTCCGTAATGTCCATAACTGGTACATGGGTGGCGGTAAAGAAGGCGTAACCAGCTCTTTTAAGTCATTTTACAAAGCCCTGAAACCGGGTGGCGTACTGGGCGTGGTTGATCATGAATTACCAGAAGACGCTGCTGACGAAGCAATGAAAAGCAGCGGTTATATGAAAAAGTCTTTTGTCATCGATGCTGCTGAAGCCGCCGGATTTAAACTGGTTGCTGAAAGTGACGTTAATGCTAACCCTGCTGACAATGCTGGTCACGCCAAAGGTGTGTGGACGTTACCACCTTCACTGCGCTTAGGCGAAGAAGATCAGGCTAAGTATTTGTCTATCGGCGAAAGCAATCGCATGACACTTAAATTTATTAAACCTGAATAA	MKTTMRVIAASLLAVSASLTSTLASADAISDAVKNNNRSADAKARDEYRHPQQTLRFFGIEPDMTVVEIWPGGGWYADILAPLLKDDGNYIAAHFFMFDGAPGYYAPSLNGFKEKAKTGGPYEGATITAFHPSKSPEIAPDGSADAVLTFRNVHNWYMGGGKEGVTSSFKSFYKALKPGGVLGVVDHELPEDAADEAMKSSGYMKKSFVIDAAEAAGFKLVAESDVNANPADNAGHAKGVWTLPPSLRLGEEDQAKYLSIGESNRMTLKFIKPE				NA	NA	NA	NA	NA
AK237_02750	1287	purD	COG0151	Phosphoribosylamine--glycine ligase	ATGAACGTACTAGTTATTGGCAGCGGTGGCCGTGAACACGCTTTAGCGTGGAAAGCCGCACAATCTGACTCTGTCTCCACTGTTTATGTTGCGCCGGGCAATGCTGGCACAGCCACTGAGCCTAAACTGAAAAACGTGAACATTGGTGTAACAGACATCGAGGGTTTGCTGGCTTTTGCCAAAGACACAGCGATTGACTTGACCATTGTTGGCCCAGAAGCACCACTGGTTGAAGGTGTGGTTGATGCGTTTCAGGCTGCCGGTCAGATGATTTTTGGTCCGACACAAGCTGCGGCACAGCTGGAAGGTTCCAAAGCGTTTACTAAAGATTTCTTAGCCCGCCATGCCATTCCTACAGCGGAATACCAGAACTTCACTGAAATCGACCCTGCCATCACGTATGTACGTGAAAAAGGCGCACCGATTGTCGTGAAGGCTGACGGTCTGGCCGCCGGCAAAGGCGTTATCGTTGCGATGACGTTACAGGAAGCAGAAGATGCCATCCGTGACATGCTTGCAGGTAATGCATTTGGTGACGCCGGCAGCCGCGTGGTCATTGAAGAATTCCTTGATGGTGAAGAAGCCTCTTTCATCGTGATGGTAGACGGCCAAAACGTGGTGCCTTTTGCTACCAGTCAGGATCATAAACGCGCAGGTAACGGCGACACTGGCTTAAATACTGGCGGCATGGGCGCATACTCACCAGCCCCGGTTGTTACCCAGGAAATCCATGACCGCGTAATGAAAGAAGTCATCATGCCTACCGTTGAAGGTATGGCAAGTGAAGGGAATCCTTACACAGGCTTCCTTTACGCAGGCCTGATGATCATGGCAGACGGTACCCCGAAAGTCATCGAATACAACTGCCGTTTCGGCGATCCTGAAACCCAGCCTATTATGATGCGTTTGCAGTCTGATTTGGTGGCAATGTGCCAACTGGCCTGTAAAGGCGAACTGGCCGGCAAAACCATTGATTTTGACGAGCGCGCTGCGGTTGGTGTTGTACTGGCTGCAGGAGGTTACCCTGGCAGTTACGACAAAGGTGATGTTATCGAAGGGCTGGATAAAGCTGCTGCTCACGAAGGTAAGGTTTTCCATGCCGGTACTGCTATGAAAGACGGCCAGGTAGTCACTGCAGGCGGTCGTGTACTGTGTGCCACCGCACTGGGTAACAATGTTACCGAAGCACAACAAAAGGCCTATGAACTGTTAAATACCATCAGTTGGAAAGATGTGTATTTCAGAACAGATATCGCATATCGCGCGATTGCACGGGAAGCGCAGTAA	MNVLVIGSGGREHALAWKAAQSDSVSTVYVAPGNAGTATEPKLKNVNIGVTDIEGLLAFAKDTAIDLTIVGPEAPLVEGVVDAFQAAGQMIFGPTQAAAQLEGSKAFTKDFLARHAIPTAEYQNFTEIDPAITYVREKGAPIVVKADGLAAGKGVIVAMTLQEAEDAIRDMLAGNAFGDAGSRVVIEEFLDGEEASFIVMVDGQNVVPFATSQDHKRAGNGDTGLNTGGMGAYSPAPVVTQEIHDRVMKEVIMPTVEGMASEGNPYTGFLYAGLMIMADGTPKVIEYNCRFGDPETQPIMMRLQSDLVAMCQLACKGELAGKTIDFDERAAVGVVLAAGGYPGSYDKGDVIEGLDKAAAHEGKVFHAGTAMKDGQVVTAGGRVLCATALGNNVTEAQQKAYELLNTISWKDVYFRTDIAYRAIAREAQ	PGPT0021575_990	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PURINE_METABOLISM,PGPT0021575-purD-K01945	NA	NA
AK237_02751	903	cfxP	COG3954	Phosphoribulokinase, plasmid	ATGTCAGCCAAACATCCAATTATTGCCATCACGGGTTCTTCCGGTGCAGGCACAACCACAACGACCAATGCAATCAGGCATATTTTCCGCAACTTAAATGTTAACGCGGCGGTAGTTGGTGGTGACAGTTTCCACCGCTTTACACGTCCGGAAATGGAAGTCGAAATTAGAAAAGCACAGGAACAGGGCCGTCATATCAGTTACTTTGGCCCCCGTGCAAACGATTTTGAGCTGCTGGAAAGCTTATTTAAGGAATATGGCCAAACAGGTACCGGGCAATTCCGTCAATATTTGCATACCTTCGATGAAGCGGTACCATTTAATCAGATGCCGGGTACGTTTACGCCATGGCAAGCACTACCTGAAAACACTGATCTTCTGTTCTATGAAGGCTTACACGGCGGTGTGGCAACAGAGGAAAACGATGTCGCCAGCCAAGTGGACTTATTAGTGGGCATGGTGCCCATTGTGAACCTGGAATGGATTCAGAAAATAGTGCGGGATACTACCGACCGTGGTCACTCAAGAGAGGCGGTTATGAGCAGTATCGTGCGTGGCCTCGATGACTATTTTCAATACATTACCCCTCAATTCTCTCGTACCCACGTGAACTTCCAGCGCGTTCCTACGGTAGATACTTCCAACCCTTTCAGCGCCCGGGAAATTCCTACTCAGGATGAGAGCTTTGTTGTCGTTCGCTTTCGACGCGAAATGAAAAATGTCGATTATCCTTACCTGCTTCAAATGATCGACGGTGCTTTTATGTCGCGCATCAACACAATAGTCGTACCCGGCGGAAAAATGGGTTTAGCGATGGAATTAATCCTTACACCACTTATCGAAGACATCCTTGACCAAAAGCGCCGGGCAGGCAGTCAGATGGATTGGGTGAGCGAACAATAA	MSAKHPIIAITGSSGAGTTTTTNAIRHIFRNLNVNAAVVGGDSFHRFTRPEMEVEIRKAQEQGRHISYFGPRANDFELLESLFKEYGQTGTGQFRQYLHTFDEAVPFNQMPGTFTPWQALPENTDLLFYEGLHGGVATEENDVASQVDLLVGMVPIVNLEWIQKIVRDTTDRGHSREAVMSSIVRGLDDYFQYITPQFSRTHVNFQRVPTVDTSNPFSAREIPTQDESFVVVRFRREMKNVDYPYLLQMIDGAFMSRINTIVVPGGKMGLAMELILTPLIEDILDQKRRAGSQMDWVSEQ	PGPT0001735_423	DIRECT EFFECT	BIO-FERTILIZATION	PHOSPHATE_SOLUBILIZATION	P-SOLUBILISATION-ORGANIC_ACID_METABOLISM	P-SOLUBILISATION-GLYCOLIC_ACID_BIOSYNTHESIS,PGPT0001735-prkB|cbbP-K00855	NA	NA
AK237_02752	1248	nhaD	COG1055	Na(+)/H(+) antiporter NhaD	ATGCTGGATTATGTGCTCATCGGCATAGCAGTACTGGCGTTGCTTGGCGTTGTATTCGAAGAAGTCATTCATGTAAACAAAGCCAAAACGACACTTTTTTTCGGAACGCTTTCCTGGATCCTACTGTTCATCAGCGCTAACCGAGGCCCAGGCCTGGAAGAACTCAACGAACACCTTACCGAAAACATCTCTGAAATATCTACGCTGTGGTTATTCCTGGTAGCAGCCATGACCTTTGTAGCCTACCTTAACCGCAAAGGGATGATTGAGAACATGCTCAATATCATCATGCCAGCGAAAATAACACTACGAAAACTTATCTTCTTCACCGCTATTTTTAGCTTTTGCTTCTCATCGTTAGCCGACAATATCACTGCCACGCTGGTTTCTATTGCCATGGTGTTATCGCTGGGACTGCCTTTTCATCAAACCATGCGATTTGCCGTTATGGTGGTGTTTGCAGTAAATTCGGGCGGTGTATCGCTAATTACTGGGGATGTCACCACATTGATGATATTCCTGGATGGCAAAGTCACCATTACTCAACTTCTGCTACTTATCATTCCTTCGCTATCCGCTGTACTATTTTTGGCAACAATGTTGAGTATTGGCATGAACGGCACGGTGAAAATCAAGAAAACTCGCCATGAACTTCGTCGTGTAGACTATGTGATCGCGGGCACCTTTCTTTCCACGATAATCCTGACACTCGTCGCCAACGTACTCTTTGCTATTCCACCGATGCTTTGCTTCCTGGCCGGTATGGCTGTGATGTTCTTAGTCGCTACGTTTATGGGTGAAGAGAAATACCAGGATCCTATTTTAGACTATATCCGACTCATCGAATTCGACACCTTATTATTCTTCCTCGGCGTGCTGTTACTTGTTGGTATGCTCGATCATATTCATGCCCTGGGAGCATTACTCGAGGTTTACAATATCTTCCCATCGACTGGCGCCAATTTTGTCATGGGTATTTTGTCTTCCATGATTGATAACGTCCCGCTAACGGCTGCGTTATTAAAAGCCAATATCGCCATGTCGACAGCAGAGTGGATGGCGTTTACTTATGCCGTTGGTGTCGGTGGCTCTTTGCTTGTCATTGGCTCGTCTGCGGGTATCGTAACCATGAGCAAAGTAAAAGGACTGACCTTTGCCAGGTACGGCAAGTTCGCTTTATTGCTGTTGTTGGCCTACTCATTCGGCTTTGCCATGGTACTGCTTATGGCAAATGCCGTGCTAGGCTGA	MLDYVLIGIAVLALLGVVFEEVIHVNKAKTTLFFGTLSWILLFISANRGPGLEELNEHLTENISEISTLWLFLVAAMTFVAYLNRKGMIENMLNIIMPAKITLRKLIFFTAIFSFCFSSLADNITATLVSIAMVLSLGLPFHQTMRFAVMVVFAVNSGGVSLITGDVTTLMIFLDGKVTITQLLLLIIPSLSAVLFLATMLSIGMNGTVKIKKTRHELRRVDYVIAGTFLSTIILTLVANVLFAIPPMLCFLAGMAVMFLVATFMGEEKYQDPILDYIRLIEFDTLLFFLGVLLLVGMLDHIHALGALLEVYNIFPSTGANFVMGILSSMIDNVPLTAALLKANIAMSTAEWMAFTYAVGVGGSLLVIGSSAGIVTMSKVKGLTFARYGKFALLLLLAYSFGFAMVLLMANAVLG				NA	NA	NA	NA	NA
AK237_02753	723	ompR		Transcriptional regulatory protein OmpR	ATGGGTCAGGAAACGTCCAAAATACTTGTTGTCGATGATGATATGCGATTGCGTAGTTTGCTTGAGCGCTATCTGGTAGAACAAGGCTTTCAAGTACGCAGCGCGGCAAATGCTGAGCAAATGGACCGCTTACTGGAGCGTGAAAACTTTCACCTCATGGTGCTCGACCTCATGCTGCCGGGCGAAGATGGCCTGTCTATTTGCCGCCGTATGCGTCAGGCCGATAATGATATGCCCATCATTATGTTAACCGCCAAAGGTGATGAAGTAGATCGCATTATCGGTTTGGAAATGGGGGCTGACGATTACCTGCCTAAGCCGTTCAATCCTCGTGAACTGCTTGCCCGCGCCAAAGCAGTTTTGCGACGCAAAACCACGGAAGCACCGGGTGCACCTTCCAGAGATGAGCAAATCGTAGAATTTGGCGACTACCGCTTAAATCTCGCCACCCGCGAAATGTCTGCGGCGGGTAAACCACTATCGCTAACCAGTGGCGAGTTCGCTGTTTTAAAATCATTAGTTACCCATCCCAGAGAGCCACTCTCTCGTGACAAGTTAATGAATTTGGCCCGTGGACGAGACTATAGCGCGCTAGAGCGAAGTATCGATGTACAAGTATCCCGCCTGCGTCGGATGTTAGAAAAAGATCCAGCCAGCCCACGCTATATTCAAACCGTGTGGGGCTTAGGTTACGTCTTCGTACCAGACGGTGGCGCAGCCTAA	MGQETSKILVVDDDMRLRSLLERYLVEQGFQVRSAANAEQMDRLLERENFHLMVLDLMLPGEDGLSICRRMRQADNDMPIIMLTAKGDEVDRIIGLEMGADDYLPKPFNPRELLARAKAVLRRKTTEAPGAPSRDEQIVEFGDYRLNLATREMSAAGKPLSLTSGEFAVLKSLVTHPREPLSRDKLMNLARGRDYSALERSIDVQVSRLRRMLEKDPASPRYIQTVWGLGYVFVPDGGAA	PGPT0012985_798	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-ENVIRONMENTAL_QSR|BF_SIGNALLING	CE-QSR|BF-OSMOLARITY_SIGNALLING,PGPT0012985-ompR-K07659	NA	NA
AK237_02754	1317	envZ		Osmolarity sensor protein EnvZ	GTGAGACTGCTTCCTAAAAGTGCCTTTGGACAAACGGTACTGTTAATTGGCGTGCTTCTGCTTATCAATCAGGTGGTGTCGTATTTATCCGTCACTTACTATTTTGTGCGCCCAACCACACAACAGATCAGCAGTTTACTCGCCACCCAGGTGCAAAGTGTTCAATCGCAAGGATTGATGAACGCGTCGTTGGAAAAGCGCCTTCGCTACGCGAAGCAAACCAAGGTAGAAATCATGACTACCGAACAAGCCTTACAACAAGGTTTGCGTGACGCAACCCACTATAATTTCATGTCATCACAGGTCTCGTCTCAAATTGGTGTGAAAGCTGACGTACGCATCAGTACCACAGAAACATCGGTAGGAAACGAACCCTATCGGGTATGGATCTCGTTAAGTAATCAACCCAACATTTGGGTCAGCATACCGCTTATTGGCGGAAACGATGCTCATATATCGCCTCCGCCAACCATGTATCTGATGGTGATCGGTATTCTCAGTGTAACCGGTGGGTGGTGGTTTGTTCGCCACCTAAACAGACCGCTGCAAGCGCTACAGCAAGCCGCTCTTCAAGTTGGACGAGGACAATTTCCTCCGCCGCTTAAAGAGCAAGGCAGCAGCGAAATGCGGGAAGTTACCCGCGCTTTTAATCGAATGAGTCAGGGTATAAAGCAATTGGAAGATGAGCGCACTTTGATGACAGCGGGTATTTCCCACGACTTGCGCACTCCGCTCACCCGGATTCGTCTTGCATCGGAAATGTTGCCGGAAGAAAGCGAGTGGGTTCGTGATGGTATCAATGATGATATCGAAGATATGAACGCCATTATCGACCAGTTTATTGAATATGCGCGCAACGATCGCACTGAGCAGTGGGAAAATGCCAACCTCAACAGACTTATCGAAGACATGGTGAAAATTCACGAACGATACGAAAGCCACCACATCACGCTGAAACTTAACAATATTCCTGATACACCTATCCGCAAAGTGGCGCTTAAACGTGTACTGGATAACCTGATTGAAAATGCCTTTCGCTACGGCAGCGATAAAATCTCAATCAGCACCTTTTACGATGCCAAACAACAGCGCTCATATTGCCGCATAAGGGATTTTGGACCAGGTATACCTGAAAACGATTTGGATACTGTGTTCATGCCGTTTAAACAAGGAGACATCGCGCGGGGAAGTCTGGGTTCAGGTTTGGGACTTGCCATTACGCGAAAAATTATCAACATGCATTTTGGCAATATTACCCTTCGAAATCATCCGGAAGGAGGCCTAGTCGCAGAGTTTTGGCTACCCAGAGTCCACTAG	MRLLPKSAFGQTVLLIGVLLLINQVVSYLSVTYYFVRPTTQQISSLLATQVQSVQSQGLMNASLEKRLRYAKQTKVEIMTTEQALQQGLRDATHYNFMSSQVSSQIGVKADVRISTTETSVGNEPYRVWISLSNQPNIWVSIPLIGGNDAHISPPPTMYLMVIGILSVTGGWWFVRHLNRPLQALQQAALQVGRGQFPPPLKEQGSSEMREVTRAFNRMSQGIKQLEDERTLMTAGISHDLRTPLTRIRLASEMLPEESEWVRDGINDDIEDMNAIIDQFIEYARNDRTEQWENANLNRLIEDMVKIHERYESHHITLKLNNIPDTPIRKVALKRVLDNLIENAFRYGSDKISISTFYDAKQQRSYCRIRDFGPGIPENDLDTVFMPFKQGDIARGSLGSGLGLAITRKIINMHFGNITLRNHPEGGLVAEFWLPRVH	PGPT0012975_1297	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-ENVIRONMENTAL_QSR|BF_SIGNALLING	CE-QSR|BF-OSMOLARITY_SIGNALLING,PGPT0012975-envZ-K07638	NA	NA
AK237_02755	1185			hypothetical protein	ATGAATCGTCGTCCGGTTACTGCGGTTATCTTTGGCGGTTTTTTCCTGTTTGGTATGCTCTTCATCTTATGGGGAGTGTTGTTGCCTGAAATTGCTGCAGATCTGGCCATGTCAGCAACCGTGAGCGGTGCCCTCTTTTTGCTGTTCTCCCTTGGCATGATGTTAGGCGCACTTTTTGGGGGGAAGTATGTCAGTAAGTTTGATTTTCTTTACCTTCTCGCCTGGCTGTGTGCCATTGACGCTGTTTTAGTGTTTCTTGTGTCTCTGATGACCGCGTGGCAAGCCATGTTACTCATGGTCTTTTTAGTGGGCGTGGTAAGTTCGGCAGTGATCACTATTGGACATACACTTATTGCCCAGCTTTATGTAGAAAAGCGCTTCGCAATGATGGGTGTAATGGATTTCATGTTCAGCCTGGGCACATTCGCAGCGTCGTTTTACGTCACACTTGTTTACGCGTTTGCTCATGAATGGCAAAAGCCGCTGCAAATCCTGACTTTTCTGTTGCTTTGCGTGTCAGCGTATACCTTTATGATTGCAGGTCAGCATAAGAAACTCACCAAGGGTCAACCCGTAGAGAAAAAGTCGTCACTAAAATACATGGATATGTTAAAGCAACCGGTATTTCTGGCACTTTGCTTAGTGAGCTTTGGTTATGGTGCCGTCGAGTTTGGTAACGCTAACTGGTTTGTCAGCTATGCGAAAAACGACGGGTATGATGGCGAACAGTCGCGGAATTTATTAGCGTGCTTTACCGCAGGTATGACATTAAGTCGCCTCATCTTTGCATGGTTTTTACGCTTCTACAGTGTGAATCGCTTGATGATTATTCTGGCAACGATGACCCTCGTGGGGGCATTTGGGATCAAGCTCGCGAGTGCACCTTTGGCAATAGGCTGCTTCAATTTCTTATTGGGTTTGGGGCTGGGCGGCTTATTCCCGCTGGTGTTATCGGCGGCAATGAATGTGGATGCCTCAAAAGGCCCTGTTTTGTCAGGTATATCCCTTATCGGTAACGCTATTGGCGTGCAGGTGGCCTCGTTCAGTACCGGTTTATGGGCAGGTGTTAGTGGGCTACATATCGCTTTTTGGATTATACCGTTGGCCAGCATTTGGTTGTGGTCGGCAACCTGGTTTTATAGCCGCCAGATTAAACGCTTGATGTTTGCGTCCCAGAGGGAATAG	MNRRPVTAVIFGGFFLFGMLFILWGVLLPEIAADLAMSATVSGALFLLFSLGMMLGALFGGKYVSKFDFLYLLAWLCAIDAVLVFLVSLMTAWQAMLLMVFLVGVVSSAVITIGHTLIAQLYVEKRFAMMGVMDFMFSLGTFAASFYVTLVYAFAHEWQKPLQILTFLLLCVSAYTFMIAGQHKKLTKGQPVEKKSSLKYMDMLKQPVFLALCLVSFGYGAVEFGNANWFVSYAKNDGYDGEQSRNLLACFTAGMTLSRLIFAWFLRFYSVNRLMIILATMTLVGAFGIKLASAPLAIGCFNFLLGLGLGGLFPLVLSAAMNVDASKGPVLSGISLIGNAIGVQVASFSTGLWAGVSGLHIAFWIIPLASIWLWSATWFYSRQIKRLMFASQRE	PGPT0014430_155	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-H+_SYMPORTER,PGPT0014430-glcP-K08174	NA	NA
AK237_02756	1401			hypothetical protein	TTGTTGGTATATGTCGTTCACCACAATGGTGTGTTTGCGTTACACTTCGCGCCGGATTCACCTGCACAACATCACCGAGGTCCCGTGCACCAGTCAGCTCCCGCTCAATTTTTAGGGCTTACTCCTATTTTGTTTTTCGTTGTGGTTGTTTTGTTCGCCGGTGTCGTTACCGACGACATTACAGCAATGCCTGTGCTTGTCGCTTTGTTTTTAGCGGCCGGTTATGCGTTGTTGCTCAATCCTAAAGATCAAAGCCTTTCATTGAATGAAAAAATAGGTCTGTTCTGTGAGGGGGCCGGGAATAAAAATATTATTCTGCTGGTGTTAATTTTTCTGCTGGCGGGGGCGTTTTATTCGCTGACCATCGATATAGGCGCGCGGGACGCAACAGTAAACTTAGCACTCAGTGTTATTCCAACTCCGCTAATTCTGCCAGGCCTGTTTATTATTTGCTGCTTTATATCATTTTCCATGGGCACCTCCACAGGCACAATCACCGCTTTGGCGCCAATAGGGTTAGGTCTCGCCGAAGGGCTGGGCGTATCTCCAGCATTACTGGCTGGCGTGGTGGTTGGTGGAGCCATGTTTGGTGATAATTTATCGTTTGTCTCTGACACCACTATTGCTGCAACACGAAGCCAGGGTGTGCGCCTGACCGACAAATTTAAAGCAAACTTGCTTATTACGTTGCCAGCGTCATTGCTTACCATAGTGATACTTGCATTTGTTTCAGTGTCAGATACTGGCGCGTTGCAACAAGGTGACTACGATCTTATCCGCATCTTGCCGTACATGCTTATTATCGTTTGTGCGTTGGCAGGCTTAAATGTGGTTTTAGTGCTGGCTATTGGTATTGCGTCGGCAGGTCTTGTTGGTCTGGGAATGGGCAGTTTTGCACCAATGGGCATGTGGCAAAGCATTCAAACGGGCCTGGGATGGATGCAAAACCTGTCGATGATTGCACTTACCATTGGCGGCATCGTCAGCTTAATGCACGCTTACGGTGGTATTTCATGGTTAATTCAGGTGCTTACACGTCGTGTTCAAAGCCGTCAGGGCGCAGAGTACAGTATTGCAGCACTGGTGAGTTTGCTTGATCTGTCGACTGCGAACAATACGATTTCCATCGTGGCTGCCGGCCCGATTGCGAGCGACTTAAATAAGCAATATGGCGTAGATCCCCGCCGAACGGCGAGTATTCTCGATGTCTTCTCATGCAGCTTTCAGGGGCTGGTTCCTTACGGCGCGCAGATACTGACTATCGCCGCTGTTGGCGGGCTATCGCCACTTTCAGTTTCGATGTATTGTTGGTACCCCATGTTGTTGTTTGTGTTTGGTATGATTGCCATCGCGTTCAATATCCCCAGGTTTGTTACTGAAAACGGTCGCGTTGACGTTTAA	MLVYVVHHNGVFALHFAPDSPAQHHRGPVHQSAPAQFLGLTPILFFVVVVLFAGVVTDDITAMPVLVALFLAAGYALLLNPKDQSLSLNEKIGLFCEGAGNKNIILLVLIFLLAGAFYSLTIDIGARDATVNLALSVIPTPLILPGLFIICCFISFSMGTSTGTITALAPIGLGLAEGLGVSPALLAGVVVGGAMFGDNLSFVSDTTIAATRSQGVRLTDKFKANLLITLPASLLTIVILAFVSVSDTGALQQGDYDLIRILPYMLIIVCALAGLNVVLVLAIGIASAGLVGLGMGSFAPMGMWQSIQTGLGWMQNLSMIALTIGGIVSLMHAYGGISWLIQVLTRRVQSRQGAEYSIAALVSLLDLSTANNTISIVAAGPIASDLNKQYGVDPRRTASILDVFSCSFQGLVPYGAQILTIAAVGGLSPLSVSMYCWYPMLLFVFGMIAIAFNIPRFVTENGRVDV				NA	NA	NA	NA	NA
AK237_02757	438			hypothetical protein	ATGAAAAAATTAGTAAGTGCGTTACTTATTGGCGTGTCTATGTTGAGTGCGGCTCCCGCAATGTCTAATGAATTAGGTAATTGCCTCATCGACTCACTGAATGGCAAGGAAAGAAAAGCGTTGGCTAAGTGGATTTTCTTTTCTATGGCTGCCCACCCCGAAATAGAGAACTATTCTGAGGTGTCGGATCAGGATCGCGTGACGTCTGATAAAGCCATCGGTGACTTAGTCACGCGTCTACTCGCTAATGACTGCCCATCTGCTTTCCGCACCGCCTCTGAAACAGATCCGATGGCACTGCAACGCGCCTTTGAATTAGTTGGTCAGGTAGCCATGGGAGAATTGATGCAAGACCCGAAAGTCACCACGGCCATTGGTAACTACGCAAATTACATGGACACCCAGGCTATTCAAGGTGCGTTAGTGGGTAACCAGTAA	MKKLVSALLIGVSMLSAAPAMSNELGNCLIDSLNGKERKALAKWIFFSMAAHPEIENYSEVSDQDRVTSDKAIGDLVTRLLANDCPSAFRTASETDPMALQRAFELVGQVAMGELMQDPKVTTAIGNYANYMDTQAIQGALVGNQ				NA	NA	NA	NA	NA
AK237_02758	1563	pckA	COG1866	Phosphoenolpyruvate carboxykinase (ATP)	ATGACGGCGGCACCACTTATTCATTCAGACAAAGCAGCAAACGTGCTCACTGATCTTCCGGCAGCTGAGTTAATTGAAATTGCGCTTAAGCGCGGCGAAGGCCAGCTAGCTGATAACGGGGCTCTGGTTGTCGAAACCGGTCACAGGACGGGGCGCTCACCTGCAGACAGGTTTATCGTTAGGGAGCCGTCGACAGAGCATGATATCGATTGGGGCGAAGTGAATAAGCCATTCGATGCTGATAAGTTCGATGCACTGTGGACTCGCGTAGAAGCATATTTAAATACACAAGAACACTTCCTTTCCCATTTACAGGTTGGCGCTGATCCTGCGCATGCGTTACCCATAAAGGTAAGAACACAAACCGCCTGGCAACACGTTTTTGCCCGTAATCTGTTTATCCAGCCCGAAATCTGGAATCCGGAAAACCAGGTTCCGTGGCAGGTTATGAATGTGCCGGAATTTACCTGCGATCCGCAGCGTGATGGTACGCACAGTGATGGGGTGGTAATCATTAATTTTGCTGACAAAAAGGTATTGTTGGCGGGCATGCGCTATGCGGGCGAGATGAAAAAAGCGATGTTCAGTGTGCAGAATTTTCTGTTACCTGCCAGGGAAGTACTGCCAATGCACTGCTCTGCCAACGTTGGCGAAGACGGTGATGTCACATTGTTTTTTGGGTTGTCTGGTACGGGAAAAACCACCTTATCGGCAGATCCAACGCGGTTTCTTATTGGAGACGACGAACACGGCTGGGCGCCAGGCTGTGTCTTTAATCTCGAGGGAGGTTGTTACGCGAAATGTATCGATTTGTCCCGGAAAAACGAACCGGTGATTTGGGATGCGATTCGCTTCGGCACTATTTTGGAAAATGTGGTACTCGATAAACAGCGTACCCCGGATTATCGCGATGTGAGCTTAACGCAGAATTCCCGCGCTGCTTATCCTTTACATCATATTGAAAAGCGCGTGCCGGAAAATAAAGGTGGCGAGCCTCGTTCGGTGGTTTTTCTTACCTGCGATGTCAGCGGTGTGTTGCCGCCTGTCTCCGTGCTTTCAGAAGATGCTGCCGCATATCATTTCTTAAGTGGATATACCGCAAAGGTTGGCTCAACAGAAATTGGTTCAACAGCGGATATCGAATCTACCTTCTCTACGTGCTTCGGGGCACCATTTTTTCCGCGCCCGGCACGCGTTTATGCAGAATTGCTCATTAAACGCGTGAAGCACTTTGGTGCTAAGGTGTACCTGGTAAACACCGGGTGGACTGGTGGTCCGTATGGCACCGGCAAACGCTTTGATATTCCCACCACCCGGGCCGTTATCGATGCCATTGTTTCTGGAAAGCTGGCAAACGTAGAAACCCGCCATATCGATGGTTTAAATGTAGATGTTCCTGTTGCCGTACCTGGTGTAGACAGTGCGCTGCTTGTCCCGTCTGAGACGTGGGAGGATCAAAACGCTTATCAGGATTATGTGGCAAATCTGGTGAATGCGTTTCAAGCGAATTTTAAAAAGTACTCTGTCAGTGACGACATTGTGAAGGCCGGGCCTGGCTTTTAA	MTAAPLIHSDKAANVLTDLPAAELIEIALKRGEGQLADNGALVVETGHRTGRSPADRFIVREPSTEHDIDWGEVNKPFDADKFDALWTRVEAYLNTQEHFLSHLQVGADPAHALPIKVRTQTAWQHVFARNLFIQPEIWNPENQVPWQVMNVPEFTCDPQRDGTHSDGVVIINFADKKVLLAGMRYAGEMKKAMFSVQNFLLPAREVLPMHCSANVGEDGDVTLFFGLSGTGKTTLSADPTRFLIGDDEHGWAPGCVFNLEGGCYAKCIDLSRKNEPVIWDAIRFGTILENVVLDKQRTPDYRDVSLTQNSRAAYPLHHIEKRVPENKGGEPRSVVFLTCDVSGVLPPVSVLSEDAAAYHFLSGYTAKVGSTEIGSTADIESTFSTCFGAPFFPRPARVYAELLIKRVKHFGAKVYLVNTGWTGGPYGTGKRFDIPTTRAVIDAIVSGKLANVETRHIDGLNVDVPVAVPGVDSALLVPSETWEDQNAYQDYVANLVNAFQANFKKYSVSDDIVKAGPGF	PGPT0001405_2540	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
AK237_02759	900	hslO	COG1281	33 kDa chaperonin	ATGACCAACTATGATGAATTACATCGCTATTTGTTAAACGCGGCAAACGTGCGCGGCGAGCTGGTTAGGCTGGAGGACAGCTTGCAGGAAATTGTGCACAGCACCGAGTACCCGGTTCAAATCCAGCGATTGCTAAGCGAAATGGCCGCCGCTACCTGCCTGCTTACCGCTATTTTGAAATTCAAAGGTGAAATTGGTCTGCAAATACAGAGTAAAGGTCCGGTAAGTTACGCGGTGATCAATGCTACGCACGAATACAATCTTCGGGGCGTAGCCCGTTGGGACGAGACGTTAACTGTTCTGCCTGAGTCATTTTCTGAGTTGGTTGACAGTGCTGTGCTGGTTATCACTATCACGCCAGAAGAAGGTGAGCGTTATCAAGGTGTTGTCGCACTGGACAAGCCCTCTCTGGCAGAATGTTTGGAAGACTATTTTACTCAGTCAGAGCAATTGGCGACGAAAGTCACTCTAATGACTGATTTGCGCGAACCAACACGTGCCCGAGCGGCGGGAATGTTGTTACAGGTACTGCCCACACAGGCAGCGAATACTGACGTTGCGCAAGATACTGATTTTGAGCATGTGTGCAAGCTCACAGAAACACTCACTGAAGAAGAGATGTTTGGCTTGCCAGTAAATGACATTCTCTATCGTTTATATCACCAGGAAGAGGTAGAAGTTTATCCGGCTCATCCTGTGAAGTTTGCGTGTTCGTGCTCTAAGCTACGTAGCGCAGACGCACTTCGCAATATTGAGAAAGAAGAGTTGCTGCAAATCATTGAAGAAGATGGTGCCATTAAAATGAATTGTCAGTATTGCCACACAGAGTATGTCTTCGACAGCGTGGATATCGAAGCGATTCATAACGGGCAATTTGTAGAGACACGTAAGGATCAATAA	MTNYDELHRYLLNAANVRGELVRLEDSLQEIVHSTEYPVQIQRLLSEMAAATCLLTAILKFKGEIGLQIQSKGPVSYAVINATHEYNLRGVARWDETLTVLPESFSELVDSAVLVITITPEEGERYQGVVALDKPSLAECLEDYFTQSEQLATKVTLMTDLREPTRARAAGMLLQVLPTQAANTDVAQDTDFEHVCKLTETLTEEEMFGLPVNDILYRLYHQEEVEVYPAHPVKFACSCSKLRSADALRNIEKEELLQIIEEDGAIKMNCQYCHTEYVFDSVDIEAIHNGQFVETRKDQ	PGPT0014645_1260	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	HIGH_TEMPERATURE_TOLERANCE	HEAT_SHOCK_PRTOEINS,PGPT0014645-hsp33|hslO-K04083	NA	NA
AK237_02760	405	hslR	COG1188	Heat shock protein 15	ATGAGCAACCGTAATCAAAGCGATACCGACCTCAATGTCCGCCTGGACAAGTGGCTTTGGGCTGTGCGTTTGTTTAAGACTCGCGGCCTCGCACGTGAGATGGTGCAGGCAGGTAAAGTTCAGTACAACGGCCAGCGGGCAAAGCCGGGCAGAAACGTAGAGCCTGGAGCCATGATAAAAGTTCCGGCTGGCTGGGACATAAAAGAAATTAAAGTTGTAGGGCTGAGTGATAAGCGGCTAAGCGCGCCACTGGCAGAGGCGCTTTATCAGGAAACGCCAGAAAGCATCGCGCAGCGCGAGTCTAATCAGCAGGCTCGAAAGTTAAGTGCATTTCATAGTCCGCGTCCGGAAAGTCGGCCAGACAAAAAACAGCGTAGACAGATTATTAAATTTAAGCAGCAGTAA	MSNRNQSDTDLNVRLDKWLWAVRLFKTRGLAREMVQAGKVQYNGQRAKPGRNVEPGAMIKVPAGWDIKEIKVVGLSDKRLSAPLAEALYQETPESIAQRESNQQARKLSAFHSPRPESRPDKKQRRQIIKFKQQ	PGPT0014620_975	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	HIGH_TEMPERATURE_TOLERANCE	HEAT_SHOCK_PRTOEINS,PGPT0014620-hslR|yrfH-K04762	NA	NA
AK237_02761	948	epsC	COG3031	Type II secretion system protein C	ATGACACTCGACAAATTGAATTCTCAGTCTCTGGCACTCTTCTTCAGCCGGCATCAAAAACAATTGCATTTAGCAGTTGTCGTTTTGCTGAGCGTTTATCTGCTGGCTTTTGCTGCAAAACTCATTTGGCGAATTATACCTGAACCATCTGCCCCTGCCACACCTGCAAGTCTTTCTTCTACTCCGGCTCCTGTCGCCTCTGCGCAAGGTGGGGTCGATATAACGCAATTACAACAGCTAAACCTGTTTGGTACGGTGAATCAGGCAGAACAACCTGTGAACGAACAACCCGTTACCGATGCGCCGGAAACCAAACTGAACTTAACCCTTACTGGTGTGGTCGCAAGCTCGCTAAAAGATGAAGCCGCCGCCATCGTAGAAAACCGGGGTACACAAAATGTGTATGGGTTGGGTGAAAAGATCGAAGGTACCAATGCAACGCTTGATCAGGTCCTCAATGACCGGGTGATTATCAAAAATGGTATCCGTCGGGAAACCTTAATGTTAGATGGCGTTGATTATGAGGAAGCTAACCGTCAATTAGCCTCACGGGATATTATCGATAAACCCCGACGCGAATCCCCCGCGCCCATACGCCGTATTCCGCCGCCGGGTAATCAGGTAGAACTGGATGAGGATGTAGCGTCTTCGTTACGTGAAAGTCCCGCCGACTTTATGGACTTCATTGCCATCTCGCCAAAAATCAGCGACGGGCAGTTAGCAGGTTATGAGATAAAACCAGGTAAAAAACCAGAGCTATTCCAATCCGCAGGCTTACAGGCCGGCGATGTAGTAATTCAAATCAACGGACTTGATTTGACCGACCCTCAGCAATCAAAGGAAGCCATGAGCGAACTTCGTCAGGCTGACACCATTGAACTAACGCTGACACGTGATGGTGAGTACATTACCCTGTACCTTGAGATACCAGAGGAAGGTAATGACTAA	MTLDKLNSQSLALFFSRHQKQLHLAVVVLLSVYLLAFAAKLIWRIIPEPSAPATPASLSSTPAPVASAQGGVDITQLQQLNLFGTVNQAEQPVNEQPVTDAPETKLNLTLTGVVASSLKDEAAAIVENRGTQNVYGLGEKIEGTNATLDQVLNDRVIIKNGIRRETLMLDGVDYEEANRQLASRDIIDKPRRESPAPIRRIPPPGNQVELDEDVASSLRESPADFMDFIAISPKISDGQLAGYEIKPGKKPELFQSAGLQAGDVVIQINGLDLTDPQQSKEAMSELRQADTIELTLTRDGEYITLYLEIPEEGND	PGPT0026420_87	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-TYPE_II_SECRETION_SYSTEMS	CE-T2SS-GENERAL_SECRETION_PATHWAY,PGPT0026420-gspC|epsC-K02452	NA	NA
AK237_02762	2037	epsD		Secretin GspD	ATGAGGCAAGCGAGCCGGACATTATTCTCTCGGATCACCGCAGCAATCTGTGCTGCCGCGCTTTGCGTTTCCGCAACGGCGGCAGAATATATGCCGAATTTCAAAGATACTGACATCAATGAATTCATTTCGATTGTTGGTAAAAACCTTAAAAAAACCATTATTGTCGAGCCTAATGTACGGGGCAAAATCAGTGTTCGTTCGTACGATATGCTCACCGAAGAGCAATATTACCAATTCTTTTTAAACGTACTGCAAGTTTACGATTTCGCTGTGGTAGAAATGCCCAGCGGTGTGCTGAAAGTCGTGCGCTCCAAGGAGGCGAAGACCTCCAACATTCCGGTTGTAGAAGGGTCCGCGTTAGACGGTGATGAAATGATCACGCGGGTTGTTCCTGTGTACAACGTGCCCGTAAGAGAGCTGGCGCCTATTCTTCGTCAACTCAACGATCAGGCCGGTGGCGGCAACGTGGTCGCCCATGATCCTTCTAACGTCATGATGCTGACTGGCCGCGCGGCAGTGGTAAACCGCCTTGTGGAAATTATCGAGCGGGTAGACCGCGCCGGCGATGAAGAAGTCGAAATAGTTAAGCTACGCTATGCGTCTGCATCAGAAATGGTTCGCATTGTAGACAGCATCAACAAATCTCAGGGAAAAGCAGCCAATACGGGTAAATCAGAACCCCGCGCAGTCGCCGACGATCGCACAAACTCAGTCATTGTCAGTGGCGACGCGAAGGCCCGCGCCCGCATCGTCAACCTGATTCAACGAATGGATCAGGAATTAGAATCTAACGGTAATACCCGCGTGGTATTCCTGAACTACGCGAAAGCAGAAGATATAGTAAAAGTTTTACAAGGTGTATCTGCCAGCATTCAGGCCGAAGCTCAGGGCGGCAACACGCAAAGCCGCGGCAGTGCAAAACGTGACATCAGTATTGATGCACATGAAGATTCTAATGCTGTTGTTATTACAGCAGAACCCGACATGATGCGTTCGCTTGAAGAAGTCATTCGTCAGCTGGACGTGCGCCGCGCGCAAGTTCAGGTTGAAGCGATTATCGTTGAAGTATTCGAAGGCGATGGCGCAACGTTAGGCGTACAGTGGGTAACAGAAGAAGGTGGCGGTACACAGTTTAATAACGGTGTTGTACCAGTAGGTTCGTTGGCCGTGGCACTGAAACAAGCTGAAGATACTACAACAACGGAAGCCTACATCACTGATGAAGGTAATGTGGTTCAAATCGATTCTACCGAGGAAGGCGATTACACCGCACTGGCCAGTTTGCTAAGCGGGGCTAACGGCTTGCTTGCCGGTGTTATTAAAGATGGCTGGGGCGCAGTGGTTCAGGCGGTGAGCAACGATACCAACTCAAATGTACTTGCCACGCCACATTTAACCACCATGGATAACGAAGAGGCATTCTTCATCGTTGGTCAGGAAGTGCCTATCATTACCGGTACAACCACAGGCGATAATAATTCAAACCCCTTCCAGACGGTTGATCGTCAGGAAGTGGGCATCAAACTGAAAGTTACACCGCAAATCAATGAAGGCGACGCCGTTCAGCTAACTATCGAGCAGGAAGTATCCAGCGTCAGTGGCGCAACATCAGTGGATATCTCTATCAACAAGCGCCAAATTAAAACCACGGTAATTGTAGATGATGGCGGCACCATTGTGCTCGGCGGTTTAATTGACGAAGACGTACAAGAAAGTGTTTCGAAGGTTCCTCTGTTAGGTGACATTCCGATCCTGGGTCATTTATTTAAGTCTACTTCTACCAGTAAGCGTAAGCGTAACCTGATGGTATTCTTAAAACCTACGATTGTGCGTGACGGCGTGCGCATGAATGAAATCAGTCATCGTAAATATAATTACATCCGTGCGCAGCAACTTAAGCGCCATTCAGAAGGTGTGTCTTTGATGCCATCACAAGAACAACCTTCAATGCCAGAATGGGATGATGCGTTAGCGCTGCCGCCTTCTTTTGAAGAGTACATTCTGGAAAAAGAGAAGAACAAGGATAACGATTAA	MRQASRTLFSRITAAICAAALCVSATAAEYMPNFKDTDINEFISIVGKNLKKTIIVEPNVRGKISVRSYDMLTEEQYYQFFLNVLQVYDFAVVEMPSGVLKVVRSKEAKTSNIPVVEGSALDGDEMITRVVPVYNVPVRELAPILRQLNDQAGGGNVVAHDPSNVMMLTGRAAVVNRLVEIIERVDRAGDEEVEIVKLRYASASEMVRIVDSINKSQGKAANTGKSEPRAVADDRTNSVIVSGDAKARARIVNLIQRMDQELESNGNTRVVFLNYAKAEDIVKVLQGVSASIQAEAQGGNTQSRGSAKRDISIDAHEDSNAVVITAEPDMMRSLEEVIRQLDVRRAQVQVEAIIVEVFEGDGATLGVQWVTEEGGGTQFNNGVVPVGSLAVALKQAEDTTTTEAYITDEGNVVQIDSTEEGDYTALASLLSGANGLLAGVIKDGWGAVVQAVSNDTNSNVLATPHLTTMDNEEAFFIVGQEVPIITGTTTGDNNSNPFQTVDRQEVGIKLKVTPQINEGDAVQLTIEQEVSSVSGATSVDISINKRQIKTTVIVDDGGTIVLGGLIDEDVQESVSKVPLLGDIPILGHLFKSTSTSKRKRNLMVFLKPTIVRDGVRMNEISHRKYNYIRAQQLKRHSEGVSLMPSQEQPSMPEWDDALALPPSFEEYILEKEKNKDND	PGPT0026425_1407	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-TYPE_II_SECRETION_SYSTEMS	CE-T2SS-GENERAL_SECRETION_PATHWAY,PGPT0026425-gspD|epsD-K02453	NA	NA
AK237_02763	1563	epsE_2	COG2804	Type II secretion system protein E	ATGGCTGCGAATGAAGACCCGCTAGAGCAGGCTATCGCAGCGCAAGAAGAAGCTATGGATAGCCTGCCTGATGAAGAACTGGCAGAAGCAGCTGGCCCACGTCAGTTGAGTTTTAGTTTTGCTAAACGCCATCACGTATTGCTGGAAACTAACACCGACCCCGCTACGCTGTATTACACCGAAGCGACACCATTCGGCGTGTTTGCAGAGGTACGTCGGTTCTACGGCGAGCCGTTTACACTAACAGAAATTCAACAAGACAAATTTGAAGGTTTGCTAACGCAGGCTTTTCAGCGCGACTCATCAGCCGCCAAACAGTTAATGGAAGATTTGGGTAACGAGAGCGACTTGTTCTCGCTAGCCGAAGAGTTACCCGATACCGAGGATCTCCTCGATAGTGAAGATGATGCGCCAATCATTAAGCTTATCAACGCCATGTTGAGTGAAGCCATTAAAGAAGGTGCATCCGATATTCATATCGAAACCTTCGAAAACCAACTGATTGTGCGTTTTCGTGTGGATGGTGTTTTGCGGGAAATTTTACGTCCTAATCGTAAGCTGTCATCCATGCTGGTGTCGCGCATTAAAGTAATGGCTAAGCTTGATATCGCGGAAAAACGTGTGCCTCAGGATGGCCGGATCACTTTGCGTATAGCCGGCAGAGCCGTTGACGTGCGCGTGTCTACCATGCCATCAAATCACGGTGAGCGGGTTGTACTGCGTCTATTGGATAAAAACAATGCACGCCTGAATCTCGAAGATTTGGGTATGACAAAACAAAATCGCGACATCTTTTCCTCACTAATCCGCAAACCTCACGGCATTATTCTGGTGACCGGCCCCACCGGTTCCGGTAAAAGTACCACCTTGTATGCGGGCTTAACCGAAATTAACTCTAAAGATCGCAACATTCTTACTGTTGAAGATCCAATCGAATTCGATTTACCCGGCATCGGACAAACTCAGGTAAATCCACGGGTGGATATGACCTTTGCCCGGGGCTTACGCGCGATTTTACGTCAGGATCCAGACGTGGTGATGGTTGGGGAAATTCGGGATATTGAAACCGCGCAAATTGCCGTGCAAGCCAGTTTGACCGGTCACTTAGTATTATCGACCTTGCACACCAATACCGCTGCTGGCGCCATTACACGGCTTGAAGACATGGGTATTGAACCGTTTCTAATGTCGTCCAGTTTGCTTGCCGTGCTTTCTCAACGACTGGTAAGAACCTTGTGTCCTGAATGTCGTATTCCCGTGCAGCCCAATGAACAGCAGGCTGAGCTACTGAATCTACCGGCTAATGAGCCATTCCCGACGATATACCAGCCCAAAGGTTGTGCTGCATGTAACCAAACCGGTTACCGGGGTCGTACAGGCATTCACGAGCTATTGCTGGTGGATGAGCCTATCCGCGGCATGATGCACGACGGCAAAGGTGAACAAGCTATCGAAAAATATATTCGCCAGACCACCCCCAGTATTCGAGAAGACGGCTGCCAAAAAGTACTTGCCGGAAAGACGTCGCTGGAAGAAGTGTTGCGCGTGACGCGCGAGGATTAA	MAANEDPLEQAIAAQEEAMDSLPDEELAEAAGPRQLSFSFAKRHHVLLETNTDPATLYYTEATPFGVFAEVRRFYGEPFTLTEIQQDKFEGLLTQAFQRDSSAAKQLMEDLGNESDLFSLAEELPDTEDLLDSEDDAPIIKLINAMLSEAIKEGASDIHIETFENQLIVRFRVDGVLREILRPNRKLSSMLVSRIKVMAKLDIAEKRVPQDGRITLRIAGRAVDVRVSTMPSNHGERVVLRLLDKNNARLNLEDLGMTKQNRDIFSSLIRKPHGIILVTGPTGSGKSTTLYAGLTEINSKDRNILTVEDPIEFDLPGIGQTQVNPRVDMTFARGLRAILRQDPDVVMVGEIRDIETAQIAVQASLTGHLVLSTLHTNTAAGAITRLEDMGIEPFLMSSSLLAVLSQRLVRTLCPECRIPVQPNEQQAELLNLPANEPFPTIYQPKGCAACNQTGYRGRTGIHELLLVDEPIRGMMHDGKGEQAIEKYIRQTTPSIREDGCQKVLAGKTSLEEVLRVTRED	PGPT0026430_1435	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-TYPE_II_SECRETION_SYSTEMS	CE-T2SS-GENERAL_SECRETION_PATHWAY,PGPT0026430-gspE|epsE-K02454	NA	NA
AK237_02764	1221	epsF_3	COG1459	Type II secretion system protein F	ATGGCAGCGTTTTCCTACAAAGCAGTGAACGCCAGTGGTCGCAACAAGCAGGGCGTACTGGAAGGTGATAACGCCAGACAAGTGCGTCAACAGTTGCGAGAGAAGGGGCTTATCCCACTGGAAGTCGAGCTTGTGGCGGAAAAGTCCAGTGGTAAATCCCAGGGGTTTTCTCTGTTTCGTCCTCGTATCTCTGCCTCTGATCTGTCACTCATTACACGTCAACTTTCTACGTTAATAGAGTCAGCCTTGCCAATCGAAGAAGCACTGCTTGCCGTGGCAGAACAAAGCGAAAAGCCGCGTCACAAGAATATGATGATGGCGGTACGCAGTAAAGTCGTCGAAGGTCATGGACTCGCCGATGCAATGGGACAATTCCCCAGTGTATTTGACGAACTCTATCGCGCCATGGTGGCAGCGGGAGAAAAATCCGGTCATTTGGACCTGGTATTAAATCGTCTTGCCGATTACACGGAACGAAGACAGCAAACGCGCAGTCAAATTACCCAGGCTTTGGTATATCCATCCATTATGCTGGTGTTTGCCATTGGTGTAATTTCACTGTTGCTGACCATTGTGGTGCCTAAAATCGTGGGTAACTTTACCAATATGGGGCAGGAACTTCCGGCCATCACCCAGTTTCTTATTGATTTAAGTGAGTGGATGCAAAGTTATGGCCTCGTGGTTTTGCTTTTGATTGCCTTGTTGGTCGCCGTGGGCAACCGGCTTGTTCAGCAACCAGCAATGAAATTAAAATACCATAAGTCAATTTTACGCTTACCCATTGTCGGCAAAGTCAGTAAAAGCCTGAATACCGCGCGTTTTGCCCGCACGCTAAGTATTTTGACCTCTAGTGCTGTTCCTCTGTTGGAGGCCATGAGAATTTCGGCTGACGTGCTACAAAATCAGCATATTAAGAATCAAATTAATGAAGCCGCGGTCAATGTAAAAGAGGGAAGTAGTCTGCGTGCTGCCCTGGACAACACCCGCATGTTCCCTCCTATGATGATGCACATGATTGCTTCTGGAGAGAAATCTGGCGAGTTGCAGCAAATGCTGGGCCGGGCGGCGGATAACCAAGAGCGGGAATTTGAAGCACAAGTCAGTATTTCCCTGAAAATTTTTGAACCGATGTTGATTGTTGTGATGGCCCTTGTGGTGCTGTTTATCGTTATGGCTATCCTGCAACCAATATTAGCTATGAACAAAATGGTGAATATCTAA	MAAFSYKAVNASGRNKQGVLEGDNARQVRQQLREKGLIPLEVELVAEKSSGKSQGFSLFRPRISASDLSLITRQLSTLIESALPIEEALLAVAEQSEKPRHKNMMMAVRSKVVEGHGLADAMGQFPSVFDELYRAMVAAGEKSGHLDLVLNRLADYTERRQQTRSQITQALVYPSIMLVFAIGVISLLLTIVVPKIVGNFTNMGQELPAITQFLIDLSEWMQSYGLVVLLLIALLVAVGNRLVQQPAMKLKYHKSILRLPIVGKVSKSLNTARFARTLSILTSSAVPLLEAMRISADVLQNQHIKNQINEAAVNVKEGSSLRAALDNTRMFPPMMMHMIASGEKSGELQQMLGRAADNQEREFEAQVSISLKIFEPMLIVVMALVVLFIVMAILQPILAMNKMVNI	PGPT0026435_546	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-TYPE_II_SECRETION_SYSTEMS	CE-T2SS-GENERAL_SECRETION_PATHWAY,PGPT0026435-gspF|epsF-K02455	NA	NA
AK237_02765	435	pulG		Type II secretion system protein G	ATGAGAAAGATGAGAAGACATTCTGGTTTTACCCTAATTGAAGTCATGATCGTATTGGTGATCATCGGCATTATCGCTTCGATGGTACTGCCCAATGTTATCGGCAACCAGGAGATTGCCCAAAAGAAAAAAGCGGCGGTAGACATTCAGCAGCTTGAGGGCGCCATTGCCATGTACAAAATGCAGGCAAACCGTTTTCCGACCACTGAACAAGGTTTAGAGGCGCTGGTACAAGCCCCGACTATCGAGCCCATTCCTAAAAACTATCCAAAGGGTGGCATTATTCAGCGTTTACCTGAAGATCCCTGGGGCAATCCGTATCAGTTCATGAGCCCTGGTGAAATGGGCGATTACGACATTTATTCAAATGGTCCGGATGGCGAACCAGGTACAGATGATGACATCGGTACATGGAACGTTAACGAATACCTGTAA	MRKMRRHSGFTLIEVMIVLVIIGIIASMVLPNVIGNQEIAQKKKAAVDIQQLEGAIAMYKMQANRFPTTEQGLEALVQAPTIEPIPKNYPKGGIIQRLPEDPWGNPYQFMSPGEMGDYDIYSNGPDGEPGTDDDIGTWNVNEYL	PGPT0026440_1735	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-TYPE_II_SECRETION_SYSTEMS	CE-T2SS-GENERAL_SECRETION_PATHWAY,PGPT0026440-gspG|epsG-K02456	NA	NA
AK237_02766	639			hypothetical protein	ATGAATCAGCCCCTTTTGCCTTCCCTGCGGCGTTCTCAGTTCGGGTTTACGTTACTCGAACTGATGCTGGTAATGGCATTAATGGGGCTGGCTGCCACTTATGTGGTCTTTAATGTTTTTACTGTTAGCCAATCAGACCAACTAAAAAAAGAGGCTCAGCGCTTACAAGTTCTTATGGACATGGCAAGTGACTACGCCGTTCTCAATCAGCGTCAATTGGGGCTGCGAATAGAAGAGTTTGACCACGAATATTACTTTGTCTTTTTAAATGACGAAGATGAGTGGCAGCGAATCGATGACGAAAAGCTATACGCCCCTCACACTCTGGCGGAACCATTTACCTTCGCCTTAAATTTGGATGATTTGCCCTGGGATAGAGAAGATCAACTTTTCGACCGCGATGTATTTGATGAGAACTTTTCGTTAGATGAGGCGGGAGTAGAAATTGGTAATGAAGAAGATAGGAAACTCCCTCCGCCACAAGTGCTTATTATGTCCAGCGGCGAAATAACCCCATTTACCCTGACGTTTAGCTATGAGCCTGCCTTCAGTACCGACGAGCCTGCGTATTTTCAATTGTTGAATCAAGACGTTCCGCCATTAACGTTAAATGGCCCGCTGGAGCAGCCGCCAGAATGA	MNQPLLPSLRRSQFGFTLLELMLVMALMGLAATYVVFNVFTVSQSDQLKKEAQRLQVLMDMASDYAVLNQRQLGLRIEEFDHEYYFVFLNDEDEWQRIDDEKLYAPHTLAEPFTFALNLDDLPWDREDQLFDRDVFDENFSLDEAGVEIGNEEDRKLPPPQVLIMSSGEITPFTLTFSYEPAFSTDEPAYFQLLNQDVPPLTLNGPLEQPPE	PGPT0026445_48	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-TYPE_II_SECRETION_SYSTEMS	CE-T2SS-GENERAL_SECRETION_PATHWAY,PGPT0026445-gspH|xcpU|epsH-K02457	NA	NA
AK237_02767	525			hypothetical protein	ATGAAACTGCCAGTTCGTCAACAAGGCATGACCCTGCTAGAAGTAATGGCCGCTTTGGTTATTTTTGCCTTAGCAGGTACAGCAGTAATGAAATCGGCAGCGGAACATTTAACGAGTGTAAGCAAAGTAGAAGAAATGACCTTTGCTACCTGGGTTGCCAATAACCGCCTGAATGAAATGAAACTGACCGGCACATGGCCGCCGAAAAATAATCTGAAAGGTAGCATGGAGATGGCCGACCGGACATGGTACTGGCAACAAACCGTAACCAAAACCACTGACGATGATCTGAGAGCTGTTGAAGTAAGCGTGGGGCTGGACGGTCAATACGAATTTTTTGAAACGTCCGTGATGACTTACGTGGCCAAACCGGTGGAAATTACCGAAACCAATAGCAATTCAAATGGCAGTAACTTCGGTGGAAATAGCGGTACCAGCGGCAGCAATGGTACCAGCGGCAGCAGTAACAGTAGTAATAGTGGTAACAGCGGCGGCAGCGGCAACAATAATGATGGTACGCCATGA	MKLPVRQQGMTLLEVMAALVIFALAGTAVMKSAAEHLTSVSKVEEMTFATWVANNRLNEMKLTGTWPPKNNLKGSMEMADRTWYWQQTVTKTTDDDLRAVEVSVGLDGQYEFFETSVMTYVAKPVEITETNSNSNGSNFGGNSGTSGSNGTSGSSNSSNSGNSGGSGNNNDGTP	PGPT0026450_174	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-TYPE_II_SECRETION_SYSTEMS	CE-T2SS-GENERAL_SECRETION_PATHWAY,PGPT0026450-gspI|epsI-K02458	NA	NA
AK237_02768	633	xcpW	COG4795	Type II secretion system protein J	ATGATGCAGCGCGGATTTACTTTAGTTGAGATTCTTATCGCTATCGCCATTTTCGCCTTCATCGGCGTTGCCTCTACGGCAGTATTAACTACCGTTATCGATAGTGACGAATTGTCGTCTGCCCGATTCGAAAAATTCCAGCGCTTGCAACGGGCTGTCACCACTATCGAGCGCGACATGCAACAAGCAGTACCTCGTGCAGTGCGCATCGAGGGCGAGGCCAACAGTATAGTTATGCGCGGCGGCGAGAGTGATGAAAGCGACAACGACGGATTGGCGTTTGTGCGTAGCGGTTGGCAAAACCCGCAAATGATGCTGCCTCGCAGTACATTGCAAGCTGTGGCCTATCGAATACGTGATGGCAATTTAGAACGACTTTACACCAATTACGTTGATAATGTGGTGGGAACAGAGCCCAAGGTAAGAGTGCTGTTAGAGGACATCAGTGAATTTAAAATTGAATTTATTGCCGATATTGACGAAGAAGACAGTGCGTTTTCAGAAAGCGATGAACTTGATTGGCGCGGCAGCTTTGTTGGCGCAACGTTACCAAAGGCCGTGGCTTTTGAGTTTGTGAGTAAAGATTTTGGTTTGATACGCCGTGAATTTACGCTTAGTGGAGCCACGCTATGA	MMQRGFTLVEILIAIAIFAFIGVASTAVLTTVIDSDELSSARFEKFQRLQRAVTTIERDMQQAVPRAVRIEGEANSIVMRGGESDESDNDGLAFVRSGWQNPQMMLPRSTLQAVAYRIRDGNLERLYTNYVDNVVGTEPKVRVLLEDISEFKIEFIADIDEEDSAFSESDELDWRGSFVGATLPKAVAFEFVSKDFGLIRREFTLSGATL	PGPT0026455_876	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-TYPE_II_SECRETION_SYSTEMS	CE-T2SS-GENERAL_SECRETION_PATHWAY,PGPT0026455-gspJ|epsJ-K02459	NA	NA
AK237_02769	993			hypothetical protein	ATGAAGGGGTTACAGCGGCAGCGCGGCGTTGCACTTATCATTGTTTTTATGATCGTGGCAATTGTCGTTATTATCGCCACCGACATGGCTTCACGACTACAAATACAAGTGCAACGAGCCAGTAATCTTAAAGACAATAATCAGGCCTATTGGTATGCCATGGGTGCGGAAGCTTTCGCGCGTAAGTCTATTAAAACCATCTTCGATGAAACCGGCGATAAAATCGTAATTACCCAGCCCTGGTCGCAAAAGTTTGCCTATCCCGTTGAAAATGGCGGTATTGAGGCACAACTTGAAGATGCGCAAAGCTGCTTCAATTTAAATGCGTTGGGCGAAAACGATACCAATACAAATCGAAATCAAACCGCCTCCACCTCTGAGGCAATGGAAGCGTTTGGCCGGATGCTTGAAGCCAGTGGTGACAATATTGACAACTATACCGCTGAAACCGTTCGGGATAGCCTTGCAGATTGGCTGGACAGCGATACTCGCATGCGGACTTACGGCGCAGAGGATAGCGAATATGAGAGTCGCCAGCATCCTTATTTAGCGGCAAATAGTTTAATGACAAACCAGTCAGAATTACGCCTAATCAACGGCGTTAACCCCGCATGGCTGAATAAAATTCTACCGTTAGTTTGTGTGTTACCAGAAGATACAAGCTTATCGATTAATGTAAATACGCTTACCGAAGAGCGCGCGGCTATTATTTCCGGGCTAACGGGACTAGATTTGTCACAAGCCACCAGCATTATTGGCAGCCGCCCACAGGAAGGTTGGGACGACATAAATGATTTTTTAAATGAACCATCTATTGCTGCGTTAAATTTGAGCAACGAGCAGCGAAGCTGGTTTACCATCACCACCAAGTATTTTATCTTGCATACTAAGACCAAATACAATAAAGCCACTTTTTCGCTCAGCACGCTGTTTAAAGCTCAGGGTGGAGAGAACGTACGCGTTGTGCGACGCCAATTTGGAGGAGTAAAGTAA	MKGLQRQRGVALIIVFMIVAIVVIIATDMASRLQIQVQRASNLKDNNQAYWYAMGAEAFARKSIKTIFDETGDKIVITQPWSQKFAYPVENGGIEAQLEDAQSCFNLNALGENDTNTNRNQTASTSEAMEAFGRMLEASGDNIDNYTAETVRDSLADWLDSDTRMRTYGAEDSEYESRQHPYLAANSLMTNQSELRLINGVNPAWLNKILPLVCVLPEDTSLSINVNTLTEERAAIISGLTGLDLSQATSIIGSRPQEGWDDINDFLNEPSIAALNLSNEQRSWFTITTKYFILHTKTKYNKATFSLSTLFKAQGGENVRVVRRQFGGVK	PGPT0026460_567	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-TYPE_II_SECRETION_SYSTEMS	CE-T2SS-GENERAL_SECRETION_PATHWAY,PGPT0026460-gspK|epsK-K02460	NA	NA
AK237_02770	1194	epsL	COG3297	Type II secretion system protein L	ATGGAACAATTACTGGTCAGGCTGGGCTCCCGGCATGAAGATCCGGTGCAATGGCTGGTATGGTCAGGCGATGAGCAGGACATCATTGCGTCTGGCGAATTACCCGACGCCTCGCAACTTGCAACACTGAAGGAGCGCGCTGGACAGCGTGCCGTAATCGCCCTTGCGCCCACTAGCGACGTGCTGCTGCGGTGGGTAACCTTACCTCCCCGCGCCAGTCGTAAAGTACTCAGTGCCATTCCGTTCATGCTGGAAGATGAATTGGCGCATGATATTCAAAAGCAGTTTTTTGCCATGGGCCCGAAAAAAGGCGATCAGCAAGCTGTCGCCATTGTCAGCCGGGAGAAAATGGATGAGTGGCGACAGTGGCTGCGTGACGCGGGCCTGTTTTGTGACAAGCTTATTCCTGATGTGCTTGCTGTACCGCACACTCCAGGCGCGTGGAGTGTGCTTACGGTAGGCGAAGCACTGTTAGTTCGTGAAGATGAATGGCAAGGCATGCAGGGCGAACTAAGTTGGCTGCTCCCCGCGTTTGCCAACAAATTGCGCCAGTCCGACTCGCTCGTGCCGGTACAAAACTATTCCGATATGGATCTCACTTCCTTGCCGAATGCCGACATTCAGCAAACCCAGCTAGAGTTACCGATGCATGTGTTAGCCACCGAGGCAGTGCGCTGTAACTTCAACCTGTTTCAGGGCGACTACCGCATAAAACGCAAACAAGCCGGACAGTGGTATCAATGGCGAGTGGCGGCGGTATTAGCCGTTGTTGCGCTAACCACCAGCCTGATTGATAAAGGCGTGAGTATTTATCAGCTTAAACAGGAAAATGCGCGTCTGGATGCACAAATAGACCAGGCGGTAAAAGCCGGCTTCCCTAACCTCGGACCCTATCGCGACCTCAGACTCAAAATTCGCAGCGAAATGGCGTCGATGGAGCAAGGCGGTGGTGGCGCTTCCATGCTGGTGATGATGGATCAGCTCACCAATGCGTTTTCTTCATCACAGATTAAGCCACAGACACTACGTTTTGATGCCTCAAGAACGGAAATCCGCATGCAGGCGCAAGGGAAGAACTTCGAATCGCTTGAGCAGTTTCGTCGCCAGGCGGAAAGCGCAGGATTCAACATTGAGCAAGGCGCGATCAATAACCGCGATGACATGGTCATCGGCACAGTAGCTATTCGAGGTTGA	MEQLLVRLGSRHEDPVQWLVWSGDEQDIIASGELPDASQLATLKERAGQRAVIALAPTSDVLLRWVTLPPRASRKVLSAIPFMLEDELAHDIQKQFFAMGPKKGDQQAVAIVSREKMDEWRQWLRDAGLFCDKLIPDVLAVPHTPGAWSVLTVGEALLVREDEWQGMQGELSWLLPAFANKLRQSDSLVPVQNYSDMDLTSLPNADIQQTQLELPMHVLATEAVRCNFNLFQGDYRIKRKQAGQWYQWRVAAVLAVVALTTSLIDKGVSIYQLKQENARLDAQIDQAVKAGFPNLGPYRDLRLKIRSEMASMEQGGGGASMLVMMDQLTNAFSSSQIKPQTLRFDASRTEIRMQAQGKNFESLEQFRRQAESAGFNIEQGAINNRDDMVIGTVAIRG	PGPT0026465_638	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-TYPE_II_SECRETION_SYSTEMS	CE-T2SS-GENERAL_SECRETION_PATHWAY,PGPT0026465-gspL|epsL-K02461	NA	NA
AK237_02771	471	epsM	COG3149	Type II secretion system protein M	ATGAAAATAATGGAAAAATATCGCGCACTTAGCGAGCGCGAGCAACGCCTTGTACTCATATCAGGTGTAGTAGTGATTATCGCGTTGTTTTACTGGCTAATTTGGCAACCGCTGTCCACCGGCGTAGCACAAGAAAGGGCTCGCCTCGAGAATCAGCAAGAATTGCTATTGTGGGTGCAGGAAAATGCCAATCGCGCTCAACAACTTCGTCGTAGCGGCGGGATTAAAACATTTACAGGGTCGCTACCTCAAGCGGTAAACACGACCTCAGCCCGCTACAAAATCGCCATTGCTCGTATGCAACCACAGGACGAAGAAATCCAGGTCACGGTAGATGAAGCCCCTTTTAACGATGTGCTGGCATGGCTGCAAACCATGGAAGAAATGGGGATCCTCATTCTTCAGGCTGACCTCGCAGAAGGGAATAACCCCGGTATGATCCGCATTCGTCGACTTCAATTGGGTAAATAA	MKIMEKYRALSEREQRLVLISGVVVIIALFYWLIWQPLSTGVAQERARLENQQELLLWVQENANRAQQLRRSGGIKTFTGSLPQAVNTTSARYKIAIARMQPQDEEIQVTVDEAPFNDVLAWLQTMEEMGILILQADLAEGNNPGMIRIRRLQLGK	PGPT0026470_1065	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-TYPE_II_SECRETION_SYSTEMS	CE-T2SS-GENERAL_SECRETION_PATHWAY,PGPT0026470-gspM|epsM-K02462	NA	NA
AK237_02772	756			hypothetical protein	ATGAAATCGAAAATTCTCTGGACCGTTGCTGCTGTTTTTGTATTTCTATTTTTCATAGTGGCTTACATGCCCGCCGCACAGCTTTTACAAGGACAGCCGCTTCCCAAGGGCGTAAAAATATATGGCATTAGCGGAACGGTATGGCATGGAAAAGCGCAGGCAGTTGTAGTGCAAGGCATTCCTGTTACCAACGTGGAATGGGATATTGCTGGCTTACCCATGCTGATTGGCAGCGTACACGCCGACATTAAAGGCGGTAATTTACGGGATTCCGACGAGGTGTCATTTAAAGGCAAACTTCGCACCAGTCTGTTGAATCCTGAAACCGTGGAGTCGGATGACTTTTTACTGTTTCTGCCGGTAGACCGTGTGTTAGCGGAAGTGCAACTGCCACTGCCGGTTAACGCCGGCGGCCGCTTCAGAGCCAGAATCGAAGCCTTATCTTTTGGCCCCGACTGTAACGAACTCACAGGCTTCGGCGACTGGCTGAATGCCACCGTAGCCGGCACCCGTGGCCCCATCGATTTTGGTAACTATTCCGCACAGCTACGCTGCGAAGGGAAAGGTATCGGCATTACCGTTAAAGAGCCCAACATGCTGGGTCTATCACTGGATGCCATTTTAGAGCAGGGTTTCTCAAACTTCTCAATCAAAGGCAAGTTCAAACCCGACCCGTCATTACCTGAAGAAGTACATCAGGCAGCAGCTATTTTTGGCGCGCCGGGACCTGATGGATATACGCCAATAGAATTATAA	MKSKILWTVAAVFVFLFFIVAYMPAAQLLQGQPLPKGVKIYGISGTVWHGKAQAVVVQGIPVTNVEWDIAGLPMLIGSVHADIKGGNLRDSDEVSFKGKLRTSLLNPETVESDDFLLFLPVDRVLAEVQLPLPVNAGGRFRARIEALSFGPDCNELTGFGDWLNATVAGTRGPIDFGNYSAQLRCEGKGIGITVKEPNMLGLSLDAILEQGFSNFSIKGKFKPDPSLPEEVHQAAAIFGAPGPDGYTPIEL	PGPT0026475_493	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-TYPE_II_SECRETION_SYSTEMS	CE-T2SS-GENERAL_SECRETION_PATHWAY,PGPT0026475-gspN|epsN-K02463	NA	NA
AK237_02773	2754			hypothetical protein	ATGCACACCGTTTTTAGACAAACGTCTCTCGCTCTGGCCATATTGAGTACTTTAGGCAGTTTGCCAAAAACCGCGACCGCACAAGAATCCGACCCATCAGCCCAGGCGATGGAACAAATCGAAGTAACCGGCTACCGCCGCTCGCTTATTCAAGCCAAAGACTTAAAAAAAGATGCATTGGGTACACAAGACACTATATTGGCAGAAGACATTGCCGACTTTCCTGACCTGAATTTGGCTGAATCACTCCAGCGGGTTCCTGGTGTCACCATTAACCGCGAAGCGGGTGAAGGTCGGCAGATCTCTCTGCGCGGTTTGAACGCCGATTTTACTCAGGTGCAGCTTAATGGCATGGAAGCGTTAGGTACGTCATCTTCGTCCATGGACAGTCGGGGCAGCACTAACAATTCCCGCTCTTTTGACTTTAATATTTTTGCCTCCGAACTCTTTAACCAAATCGATGTGAAAAAATCCTATTCGGCCGATATGGACGAAGGCGGAATCGGGGGTACTGTAGGTTTGCATACCGCTAAACCATTCGATTACGACGGCTTCCGCAGCGCCATCAGCGCACAGGCAGGCGACAATTCGAACACCAACGACACCAGTCCACGCATTGCCGCGCTGGTCTCTAACACCTGGGACAAATTCGGGGCGTTAGTCTCTGTGGCTTACAGCAATCGCAATACCAGTGAGCAAGGTTACAACACCTATCGCTGGCGCCCGCTCGATGCACAAGGCTCTGATACCTCAGCTTTGTCGGCAGCCGACCAAGCGGCGGTGAACGACGGTGATTTACGCTTTTCCCGTGGTAATCGCTATTCACTGTTTAATAGCGATCAGACCCGTCTGGGCGCTACCCTGGCGTTGCAATATAGACCTAGTAGCGATCTGTCCATTGGCTTTGACGCCCTTTATGGCAAACTGGATATCGATCGCGATGAATATCACCTTGCCAACAACGGATCCAATTCTACTGCACTAGGCTGCACCGGCCCCGACTACGACAACGGCGCTCGCTATTTCTGCTCTCAGCTAAACGACATTGAATATAACGCCAACAACGAAGTGGTGTATTCCTCTTTCAGTAATACCAATATTCAGTCTGAAACCCGAAATCAAACAGCAGACAGTGAGATTACCCAGTTCGTGTTGAATGCAAATTGGACGGTGACATCAGATCTTACGCTTTCAGCTTTGGCAGGCACAATGAAAAGTACCTATCAGGACAACAGTGCCAAGGTTTATCTGGAATCCTTCGGGGACGAAACTATTGATTTCAGACAGGATCGTTTTTACGGTCAGAATAGTTATATCAACGGCTATAACCCGACCAGCATAGATGAATTTCGCTATCACGACATCGACCTGCTCGCTAACGATATTGAAAACACCTTCGACGTCGCAAAAATTGATGCCGACTACGCGCTAAACAGCTACAGTGGATTAAAAGTGGGCCTGTCCCAAAAGAAGTTCGCCCACACTGATAATTATCTGCAAACCGATAACCTGCTGCTGGATGATTGGCAGTCTGGTGCAGTATCCGATGTAATAAACCCCGATTATGTGTTTGTAAATAACCAGCACGATAAACAAGCCTGGCTGAGTGCCGATGTAAACAGTGTATTGGCGGCTTATGGCATCGACAGAAACGGCGAAATGGTGCGCACACCAAACAAGGTGGAAGAAGAAACCAAAGCGGCGTATGTGCTGTACGATCTTAGCTTGTTCCTGGGCGATACTGAATTAAGAGCGAATGCCGGTGTTCGCTATTATCAAACCGACATTACCTCTGCGGGCCTGGTTAATCAGACAGAGTATGTCACACTGGAAAGTGATTACGATGGCTATCTGCCAACCATGAACCTGGCCTGGTATGCCACCGACAATCTGGTCTTGCGCGCCAGTGCCGGGAAGAACCTTACTCGTCCCACATTGAATAATTTAGCCGTGGGAGGCAGTATCAACACCGATCCACAAGCTGGAGCCAGTGGTCTTTCTATCAGCACGGGGAATACTGCGTTACAACCGTTTGAAACCGTAAATATGGAAGCAGGTGTAGAATATTACTTCGATGAAGTAGGCTACATGGCCGTTTCTTATTTCCGTAAAGATATTGAGAACTTTATCTCCACCACCACAACACCAACCGCTTATGGTGAAACCGGTTATCCGCTGGAACTCATTGAAGGTGCTGTAGACGCGGAGGGGAATCCGCAGACTGCTGACACGATGTATGATGTTTATCAGCCACAAAATCTTCAGGACAGTGATTTCAGTGGCTGGGAGTTTTCATTGCAGCGTGATTTCGACTTCCTGCCTGCGCCTTTCGATAAGCTGGGTGCCATTGCAAACTATACCTATGCCGATGGAGACTCGGTACACGACGTGCTTATTGATGGCGAAACAACACAAATTGTTCGCCCTTTCTACGGCCTGTCGAAGAATACTTATAACCTCACGGTATATTACGAGACAGACGCGTGGGGAGCGAGAGTGTCGGCCGCGCACCGCGATAAGTACCTTACCTGGGTAGAAACCTCCAGCGTAGATGAAGATGAATCTGGCTTCCACGGCACCACGTACTGGGATTTCTCGGCGTTTTATAACGTGTCAGAAAATCTCAAACTGAGCCTGGAAGGGGTAAACCTGAGCGATGAGCGTGAGGAGCAATATTCCGACAGTAGCAACCGCTTATATAACACATCACAAAGTGGCAGAACGTTTTACATAGGTGCGACTTACACTATCTGA	MHTVFRQTSLALAILSTLGSLPKTATAQESDPSAQAMEQIEVTGYRRSLIQAKDLKKDALGTQDTILAEDIADFPDLNLAESLQRVPGVTINREAGEGRQISLRGLNADFTQVQLNGMEALGTSSSSMDSRGSTNNSRSFDFNIFASELFNQIDVKKSYSADMDEGGIGGTVGLHTAKPFDYDGFRSAISAQAGDNSNTNDTSPRIAALVSNTWDKFGALVSVAYSNRNTSEQGYNTYRWRPLDAQGSDTSALSAADQAAVNDGDLRFSRGNRYSLFNSDQTRLGATLALQYRPSSDLSIGFDALYGKLDIDRDEYHLANNGSNSTALGCTGPDYDNGARYFCSQLNDIEYNANNEVVYSSFSNTNIQSETRNQTADSEITQFVLNANWTVTSDLTLSALAGTMKSTYQDNSAKVYLESFGDETIDFRQDRFYGQNSYINGYNPTSIDEFRYHDIDLLANDIENTFDVAKIDADYALNSYSGLKVGLSQKKFAHTDNYLQTDNLLLDDWQSGAVSDVINPDYVFVNNQHDKQAWLSADVNSVLAAYGIDRNGEMVRTPNKVEEETKAAYVLYDLSLFLGDTELRANAGVRYYQTDITSAGLVNQTEYVTLESDYDGYLPTMNLAWYATDNLVLRASAGKNLTRPTLNNLAVGGSINTDPQAGASGLSISTGNTALQPFETVNMEAGVEYYFDEVGYMAVSYFRKDIENFISTTTTPTAYGETGYPLELIEGAVDAEGNPQTADTMYDVYQPQNLQDSDFSGWEFSLQRDFDFLPAPFDKLGAIANYTYADGDSVHDVLIDGETTQIVRPFYGLSKNTYNLTVYYETDAWGARVSAAHRDKYLTWVETSSVDEDESGFHGTTYWDFSAFYNVSENLKLSLEGVNLSDEREEQYSDSSNRLYNTSQSGRTFYIGATYTI	PGPT0003790_3530	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0003790-hutA|fatA|fct|foxR-K02014	NA	NA
AK237_02774	1377	gabD1	COG1012	Succinate-semialdehyde dehydrogenase [NADP(+)] 1	ATGTCTGATAAAGTACAAACGATTAATCCTGCAACAGAAGAAACCGTTGCCGAATATACGCTGATGTCTGAAGCGGACGCGAATCAAGCCGTTGATAATGCCCATGAAGCTTTTCTGTCATGGAAGAAGACCAGTTTCGACGAGCGGGCTAAATTGATGAATAACCTCGCTGATCAGATTGAGAATAACGCGGACACCATTCTTGATTTGATGACCAAAGAAATGGGTAAGGTGACTGAACAAGGTAAGCAGGAAATTGCGCTCTGTGCTTCCATTTGTCGTTACACCGCTGAAAACGGCGAAAAAGTGCTCGAAGATGAAAACCGGGTATATGACGGTGGCAGCGCCATTATTACTTTCCAGCCGATTGGCGTTATTCTGGGTATCCAGCCCTGGAACTTCCCGCTTTATCAGGTCATCCGCTATAGCGCAGCCAATGTCATGGCGGGCAATACAACGGTGATGAAGCATGCCGCCAATGTCTTCGGTATGGCAGAATTTATCGAAAAACTGTACTTGGATGCCGGTTTCCCGAAAAATGTGTACCAGTCATTATTGATTGATGGCAAAACTGCCAGCAAATTAATTGAACATGACAAAGTGCGCGGCGTGACTTTCACAGGCAGTGATAACGTAGGTAAAACTGTTGCGGAAACCGCAGCCGGCCTGTCGAAGAAAACCGTGCTGGAACTGGGTAGTAACGATGCCTTTGTGGTGTTATCTGATGCTGATATCGATACCGCGGTGGAAGCCTGTGTTCAGGGGCGAATCGTCAATAACGGCGAGACGTGTGTGGCGGCTAAGCGTTTTATCATTGTCGACAGTGTTTATGACGATTTCCGTGAGAAATTCGTCGCTGCATTTAAAGCGTTGAAAGTGGGCGACCCCACCGATCCTGAAACCGATCTTGGCCCAATGGCCCGTGAAGATTTGCGTGACAAGTTACACGGGCAGGTTGAGGAGTCAGTGAAAAACGGTGCCACAGTCACATTAGGCGGCGAAATCCCCGACACCACGGGTTGGTTCTACCCGGTCACCATACTGGAAAATATCAAACCGGGCATGCCAGCGTATGATGATGAACTGTTTGGTCCCGTGGCATCATTTATCCGTGCGAAAAACGATGCGGATGCCATGCGCATTGCCAATGACTCACGCTACGGCCTGGGAGGCGGTATCTTCACCACGGATAAAGAGAAAGCTATCCGGTTGGCCCGTGAAGAGTTCGATACCGGTATGGTGAACATTAACGGTTACTCTCTGGCACAACCTAACCTGCCGTTTGGTGGCGTGAAAGACAGCGGTTATGGCCGTGAACACGGCGGTTTCGGTATGCGTGAATTCGTAAATGAGAAAACGATTTTTATCGCTGAATAA	MSDKVQTINPATEETVAEYTLMSEADANQAVDNAHEAFLSWKKTSFDERAKLMNNLADQIENNADTILDLMTKEMGKVTEQGKQEIALCASICRYTAENGEKVLEDENRVYDGGSAIITFQPIGVILGIQPWNFPLYQVIRYSAANVMAGNTTVMKHAANVFGMAEFIEKLYLDAGFPKNVYQSLLIDGKTASKLIEHDKVRGVTFTGSDNVGKTVAETAAGLSKKTVLELGSNDAFVVLSDADIDTAVEACVQGRIVNNGETCVAAKRFIIVDSVYDDFREKFVAAFKALKVGDPTDPETDLGPMAREDLRDKLHGQVEESVKNGATVTLGGEIPDTTGWFYPVTILENIKPGMPAYDDELFGPVASFIRAKNDADAMRIANDSRYGLGGGIFTTDKEKAIRLAREEFDTGMVNINGYSLAQPNLPFGGVKDSGYGREHGGFGMREFVNEKTIFIAE	PGPT0001580_6497	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_TRIGONELLINE_USAGE	PLANT_DERIVED_TRIGONELLINE_DEGRADATION,PGPT0001580-gabD-K00135	NA	NA
AK237_02775	2631	btuB_31		Vitamin B12 transporter BtuB	GTGTTTGTCTGGTGTGTGACCTTAATTACTCTGGCATTGTTTATCTGCCCACTGGCCGCCGCATCCAAACTCTCTCAACCATCAGAACCGCCAAACCTGTTCAAAACGCTCAACACCATAGCGCAGCAGCGCAATGTCAACGTGCTTTATGAATCAAGTGCCATCACCCCGCTCATTCATGACCACGTAGACAACACACTGCCGGTACCGGAACTGATTGCATCGTTACTCGCTGACACACCCTTTACTGCACATCAGGTAGATGAACGCACCTTTATTATCCGGCGCAGGGCGATAGAAAAAGCAGTACCGGTAACAGAAAAATCCTACATGGATGAAGTGATTGTTACCGGCACGCGGCTGCCTGACAGAACGATTCACACCGCACTCTCGCCGGTGGACGTTATTAATGAGCCGGTGAATGTGAATTCTGTTGATTTAGCGGATAGTCTCGCTATACAACTACCCGGCTACACAGCTTTCAGACTGCCACTCAGTGACGGGCAGATTTTTAACCGGCGGTCCGGATTGAGAGGACTTAATTCAGACCATGTGTTGATACTGGTTAACGGTAAACGGCGTCATCACTCAGCCTTTATCGAAACCGCCGATGGACAGCCAACGGACCTGTCTCATATTCCGATGTATGCAATCAAACGTATTGAAGTACTGCGTGATGGTGCTTCTGTTATGTATGGTTCTGACGCTATTGCCGGTGTGATTAACGTCATTCTGGATGATTCTCCGGAAACGTCTTTGTCTGTGCAGTCGGGACAATATTTCGAAGGTGACGGACTTTCAAAACTGGTTCAGTTCAAAAGTGGTCTCAGGACAACAGAGAGCCGGGCAACGCTGACACTGGCCGCGTTCTCGGATGACCCGACTTCAAGATCTGTACAACCCGCAGATGCATTGGCATTTCAACGCGAACATCCTGATATTACTTTACCTGACCCGGTACAACGATGGGGACAGCCTGAGCGCGAAGGTATTCAGGCGGTAATCAACGCCCGGGGCACGTTAAGCCCTCATTCTGAATGGTTCAGCTTTGTCACGCTGTCACAAACAGAAGGAACATCTGACTTCAACTGGCGAAACCCTGATACCAATGCCATTTATACACCAACAGCTGTGTTTAGCGATTTCGATTTGCGCACTGTTTACCCTGCCGGCTTTACACCCCACTTTGGGCAACATGAAACAGATATCACGGCAACGCTTGGCACAACGATGTCGCTTGAAGCCGGTGCTGAAATTGAAGCAAGTTTGACGGCGGGACAAAATACGATCGATTATTTCATCAGTAACACAATTAATGCGTCACTGGGCCCGTTAAGCCCCACAGACTTCAAACCCGGCGCACTGACACAGCGGGAATGGGTGCTGGATATCGATTACCAGCATCCTTTAAGTGAAAACAACCTCTGGCAATCAGCGTCTTTAGCTACAGGGCTGGTTCTGAAAGGCGAGCAATACCGCATTCAGGCCGGCGACCCGGCATCATGGGAAGCGGGGCCTGCCACCATTTACGGCTTGCCCGCGGGCTCAAGCGGATTCCCGGGATATTCGCCGGAGCAGGCCGGAACATTTCACCAGCAAGGCTTTGCGGCCTATTCAGATCTCAATGTATCGCTGGCTCAGGATTTTGATGTCGATCTCGCCCTTCGCTATGAGGATACCGCTAACTATGCGGGAATCATTCGCGGCAAAGTGTCAGCACGGTACGCATGGCAAAATGGCTGGATGGCCAGAGCAACACTAACAAACGGCTTTCGGACACCAAGCGCCGGACAGCTTTTTAGCGAGCGTACGTCACAAGGCTTAAATACCGAATATAACAGCGTTAACACCAGCGGGCGCTTTTCCCCGCTTAGTCCTGTAGCGGCGATTTTATCTCTTCGCAGCGACGTGACAATTGCACCGCTGCGTCCCGAGCGCTCTGAAACGATAAGCGCCGGAATTGGCTACCGCACCTCAGACAACTTCGGATTGAACGTTGACTTTTATCGTATTGAGTTAACCGACCGGTTCGGCACAACCCCTGCTTTTGAATTAACGGCACGGGAGCAAAGCGCCGTAGCAGCCTTACACTCCGGTCTTAACTACCCCATCGATACCGCAACGTTCTTTCAAAACCTGTTCGATACAACCACTACAGGTTTTGACATCGTACTGACCAGACAAACCATACTGGCTGACGGACAACTTAATATCACTGCGGCAGCCAATTACAACAAAACAGACGTCACCCGACTGGGCGATGCCACAAACATTGCACAAAAGATACTGCAGGAAAAAGGCACGCCGGAATGGCAAGGCAGGGTGTCATTTAACTGGCAAAAAGGAAACTGGCAACACCAGCTCACCCTGCGGTACACCGGCAGCTGGACAGATCAACGGGAAACCGGAGAAGAAGTATTTCAGCGCTTTTCGCCTATGACAATGTTTGATGCGTCTTCCACATGGTTCGTATCGTCAGCCTGGTCATTAAGGTTGTCCGTAGAAAATCTCTTCAATACCTACCCCGACCGCGCGGAACTTCAGGCAAACCGCGGATTAATGTATTCAAGAAATGCCCCTTACGATACTGACGGCGGTTCATATTACCTGCGGACTGAATACCACTTTTAA	MFVWCVTLITLALFICPLAAASKLSQPSEPPNLFKTLNTIAQQRNVNVLYESSAITPLIHDHVDNTLPVPELIASLLADTPFTAHQVDERTFIIRRRAIEKAVPVTEKSYMDEVIVTGTRLPDRTIHTALSPVDVINEPVNVNSVDLADSLAIQLPGYTAFRLPLSDGQIFNRRSGLRGLNSDHVLILVNGKRRHHSAFIETADGQPTDLSHIPMYAIKRIEVLRDGASVMYGSDAIAGVINVILDDSPETSLSVQSGQYFEGDGLSKLVQFKSGLRTTESRATLTLAAFSDDPTSRSVQPADALAFQREHPDITLPDPVQRWGQPEREGIQAVINARGTLSPHSEWFSFVTLSQTEGTSDFNWRNPDTNAIYTPTAVFSDFDLRTVYPAGFTPHFGQHETDITATLGTTMSLEAGAEIEASLTAGQNTIDYFISNTINASLGPLSPTDFKPGALTQREWVLDIDYQHPLSENNLWQSASLATGLVLKGEQYRIQAGDPASWEAGPATIYGLPAGSSGFPGYSPEQAGTFHQQGFAAYSDLNVSLAQDFDVDLALRYEDTANYAGIIRGKVSARYAWQNGWMARATLTNGFRTPSAGQLFSERTSQGLNTEYNSVNTSGRFSPLSPVAAILSLRSDVTIAPLRPERSETISAGIGYRTSDNFGLNVDFYRIELTDRFGTTPAFELTAREQSAVAALHSGLNYPIDTATFFQNLFDTTTTGFDIVLTRQTILADGQLNITAAANYNKTDVTRLGDATNIAQKILQEKGTPEWQGRVSFNWQKGNWQHQLTLRYTGSWTDQRETGEEVFQRFSPMTMFDASSTWFVSSAWSLRLSVENLFNTYPDRAELQANRGLMYSRNAPYDTDGGSYYLRTEYHF	PGPT0003790_3502	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0003790-hutA|fatA|fct|foxR-K02014	NA	NA
AK237_02776	2409	btuB_32		Vitamin B12 transporter BtuB	ATGAACACTAAATTTACTCTCTCAGCCTGTGCCATTGCACTCGCTACCGTTATGCAGCCACACGCTATGGCACAAACTCAAGACGCCTCAGCGGAAAAGGACGTTGAGAACGTCATTGTCACCGGCACACGCCAATCCAATCGTACTGTGTTTGACTCAATGGCGCCTATCGACCTTATTTCCGGCGACGCTATTAACAGCACGACATCGGAAGATTTGTCAGACAGCGTGGCGCAACTCGTACCGTCTTTTAAAGTACAGCGTTTACCCATGGCCGACGGACAGGTTTTTGTTCGCCCGGCGAGCTTACGGGGCCTGTCTTCAGACCACACGCTGGTACTGGTAAATGGTAAACGGTTACACCGCTCTGCGTTACTCGGCTCCAATGGCGCTCAGTCTGCTGACCTGGCCACCATCCCGACCTATGCAATTAAGCGTATTGAAGTTCTGCGCGATGGTGCATCTGCGCAATACGGTTCAGATGCCATTGCCGGGGTGATCAATATTATTCTGGACGACAAAGAAGGCTATAAAGCTTACAGCCAGTTCTCCCAGTACTATGAAGGCGACGGTACCGCATGGCGTGCAGGTGGCAAGGCTGGGTGGTCGCTAAATGACAAGGGCTACCTGTCTTTCACTGCTGAATATTACGATGCCGACAGAACCAGCCGCTCGCGCCAGCGCGCAGATGCCATTGCCTATCAGGAAGCAAACCCTGAAGTCACATTGAGAAATCCGGTACAGGATTGGGGACAGCCAGACAGAGAAGCAATGCGCTTTGCGTTTAACAGCCAGTACGATATTTCACAGAACGCTGCTGTCTATCTGTTCGGCACATACAACGAAGGCGAAGGGCTATCTGATTTTAACTGGCGAAACCCGACTTCCGCTGTATATAACCAAAGCACTGTTTATCCTGACTTTGATCTGAAAGATATTTATCCCGGAGGCTTTGCTCCGCACTTTGGTCAGGAAGACTCAGATTACGCGGTGTATGGTGGTGTAAAAGGTGACCATGGCAACCTGAGCTGGGATGTATCTGCCAGCGTGGGCGGCAATGCTATCGATTACTTTATGTCGAACACCATCAACGCGTCTCTGGGCTCAGACAGCCCTACTGATTTTTACGCAGGTTCGTTAGAACAGGATGAAGTCACAATCAATGCCGACGGTGTTTACATTATCGAATCAGACAGTGTTTATGGCGATATCAACGTGGCATTTGGCACCGAATACAGGGAAGAAACCTATACAGTTTCTCCCGGTGATGAAGCATCGTATGCAGTGGGCCCGGCTGCCAGCGAAGGCCTGGCATCCGGTTCAAACGGGTTCTTCGGATTCAGTCCTTCCCAGTCCGGTGAATTCAGCCAGGACAGTTACGCTGTATATCTGGATATTGAAAGCGAGATTACTGACGCGCTGACGTTAGGTGTGGCAGGCCGTTACGAAGACTATTCAGTATTTGGTGACAGCACCAACGGTAAAATATCTGCACGCTATGCTTTGTCAGAAAATCTCGCGCTGCGTTCTACATATTCAACCGGCTTTCGTGCCCCTACACCCGGGCAGCTGTTCAGTGAGCGCGTGTCCCAGGGCTTAGATACGAACACGCTTGAAGTATTTACCCGCGGCCGCTACAGCCCTGAAGGTGCCATCGCGGATATCATCAACTTACGTGACGATGTAGATATTGCTTCTCTTGAGCCTGAAAAATCCGACAACATCAGCTTGGGTATTACCTATCAGGGTAATGACGGTCTGTCTGCGTCACTGGATTTTTATCGCGTGGAAATTGAAGACCGCTTCGGTACGTCATCCACCTTCACGCTGACAGATGAAGAGCGTCAGTCTCTCATTGATTTAGATGTCACCGGCGCAGAAAGTATTACCGGCGTGAACTTCTACCAGAATGATTTTGATACCCGCACCACGGGTCTGGACGCGATTATCAGTCAGTTGTGGAAGCTGGACAGTGGCTCACTGAATGTTGTACTTGCCTATAACTACAACAAAACCGAAGTGGTCGGTGGAAATATTGCGCAAAACGAAACCCAGCGCACATTGTTTGAAGATCGTCTTCCCACCAACAGTGCTAATTTCAGCGCCACATACAGTACCGGTGACTGGAGTTACAATGGCCGAGTACGTTACTACGGTACCTGGACAGACAGTTCCGGTAACAGCGATGGTGACATTTTTCAGGAGTTCGGTGCAGAGGCGTTTGTTGATGTCGGCGTTACATGGCAGGTATCTGACGCCATTAAGTTGAGCGCCAATATAGAAAACCTGTTCGACGCTTATCCTGATGAAGCCACTTTTCAGGCAAGCCGGGGCCTGATTTATTCCAGAAACGCTCCATTCGACACTGATGGTGGCAGCTACTCGCTGCGCATTGACGCAAGCTTCTAA	MNTKFTLSACAIALATVMQPHAMAQTQDASAEKDVENVIVTGTRQSNRTVFDSMAPIDLISGDAINSTTSEDLSDSVAQLVPSFKVQRLPMADGQVFVRPASLRGLSSDHTLVLVNGKRLHRSALLGSNGAQSADLATIPTYAIKRIEVLRDGASAQYGSDAIAGVINIILDDKEGYKAYSQFSQYYEGDGTAWRAGGKAGWSLNDKGYLSFTAEYYDADRTSRSRQRADAIAYQEANPEVTLRNPVQDWGQPDREAMRFAFNSQYDISQNAAVYLFGTYNEGEGLSDFNWRNPTSAVYNQSTVYPDFDLKDIYPGGFAPHFGQEDSDYAVYGGVKGDHGNLSWDVSASVGGNAIDYFMSNTINASLGSDSPTDFYAGSLEQDEVTINADGVYIIESDSVYGDINVAFGTEYREETYTVSPGDEASYAVGPAASEGLASGSNGFFGFSPSQSGEFSQDSYAVYLDIESEITDALTLGVAGRYEDYSVFGDSTNGKISARYALSENLALRSTYSTGFRAPTPGQLFSERVSQGLDTNTLEVFTRGRYSPEGAIADIINLRDDVDIASLEPEKSDNISLGITYQGNDGLSASLDFYRVEIEDRFGTSSTFTLTDEERQSLIDLDVTGAESITGVNFYQNDFDTRTTGLDAIISQLWKLDSGSLNVVLAYNYNKTEVVGGNIAQNETQRTLFEDRLPTNSANFSATYSTGDWSYNGRVRYYGTWTDSSGNSDGDIFQEFGAEAFVDVGVTWQVSDAIKLSANIENLFDAYPDEATFQASRGLIYSRNAPFDTDGGSYSLRIDASF	PGPT0003790_10054	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0003790-hutA|fatA|fct|foxR-K02014	NA	NA
AK237_02777	1320	cefD_2	COG0520	Isopenicillin N epimerase	ATGCCACATATAACAAGACGCCACTTTATGACCGGCGCGCTGGCTTCCACCGCCATGATATCCGCCTCAGAGGCTTTCGCTGACGACAAGGGCCTTCCTTTTCCGGAGCACTTTACAAGACAACCCGGCCACAGCGATATCGCTTCAGATGAAGCGTTCTGGAGTCAGGTTGCCAGCTACTACGATGTTAAGCCGGGTATCATCAATGTTGAGAACGGCAACTGGGGAATCATGTCCCGCCCCGTGATGCAGGCTTACTTTGCGCACACACAACGGGTTAACCGTGACAACTCCTACTTCTCACGCAAAGAATACTGGCCGGTGATGAAACCCGTCTGGCACGATGTTGCGAAACGGCTGAACGTTCTGCCGGAAGAAGTTTGTCTGACAAGAGGCGCAACCGAAGCATTGCAGAACCTGATTGGCAACTATCAGCTTTTAAAGGCCGGTGACGGCGTAATGTTCACTGATCTCGATTATGATGCCATGCAGGCAGCGATGCGGCATAAAGCTGGCACAGCAGGCGCTGATATTATTGAATTATCGATCCCGGAACCGGCTGATAAAGCATCGCTGATTCAGTTTTACCGGACTGCACTGGAAAAGCATCCGCACTGCAAGTTATTACTGCTTACCCATATTAGTCACCGCACCGGGCTGGTTATTCCGGTTGCAGAAATCACAGATATCGCAAAGGCCAGAGGTGTCGATGTCATTGTTGATGCCGCCCACTCCTGGGGACAACTCAACTTTACCGCTGACGAGTTAAAGGCAGATTTTATTGGCTTCAATATGCACAAATGGATGGGTGCCCCTATCGGCGCCGGCGCCATGTTTATTCGTCATGCCCGCCTGCAGGATATTGGCTTAAACATGTCATCAGAGCCCGAACAACAAGATTCAATCTGGGGGCGTGTGCACAGTGGCACCAGCAATTTTGCAGCGTTTTTAACCCTGCCTGATGCTTTTCGTTTTCACGATCTCATTGGCGCTGACGCAAAGGCTGCAAGGCTCAAATATTTACGCAATATCTGGGTTGATGCCGTATCAGATATAGAAGAAATCAATGTCCTCACGCCCAATGAAGATGAAAGCCATGCGGGGATAACGTCCTTTCGCCTGGCAGGCAAAGTAAGCACGCAGGAAAACAAAGCCATAGCAGACTATTTATTCAAAAAGCATGGCATTTTTACTGTTCACAGAGAAGGGATCGCCGCAGGCAGTTGCGTACGCATTACACCCAGTTATTACAACAGCTTGCAGGACATGCGAACCGTGTCTGCTGCGCTAAAGGATACCGTCGTTGCTTTCCGTGGTTAA	MPHITRRHFMTGALASTAMISASEAFADDKGLPFPEHFTRQPGHSDIASDEAFWSQVASYYDVKPGIINVENGNWGIMSRPVMQAYFAHTQRVNRDNSYFSRKEYWPVMKPVWHDVAKRLNVLPEEVCLTRGATEALQNLIGNYQLLKAGDGVMFTDLDYDAMQAAMRHKAGTAGADIIELSIPEPADKASLIQFYRTALEKHPHCKLLLLTHISHRTGLVIPVAEITDIAKARGVDVIVDAAHSWGQLNFTADELKADFIGFNMHKWMGAPIGAGAMFIRHARLQDIGLNMSSEPEQQDSIWGRVHSGTSNFAAFLTLPDAFRFHDLIGADAKAARLKYLRNIWVDAVSDIEEINVLTPNEDESHAGITSFRLAGKVSTQENKAIADYLFKKHGIFTVHREGIAAGSCVRITPSYYNSLQDMRTVSAALKDTVVAFRG	PGPT0010995_54	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BACTERICIDAL_COMPOUNDS|ANTIBIOTICS	BACTERICIDAL-PENICILLIN_METABOLISM,PGPT0010995-cefD-K04127	NA	NA
AK237_02778	555			hypothetical protein	TTGCTTTCCGTGGTTAACATTAAGCCAGAGCAAGGCACACAGAGCGCGGGGCCGTGCCTTGCTTCATGGTATCGAAAATATGCTGTTACGCTCAGGCGGGTGGCCATTTTAAAAGGCGCAGACATTGATGATGCAGAAGAAATCGTGCAGGAACTTTTTATTAAATTACAGCGCTATGATTACTTGTCGGCGTTAGAAAACGAAGAAGCCTTTCTGCGTACCATGCTATCTAATTTAGTTACCGATCGTTTCAGAAAAGCACAGCGAACGCCGCAACTGGTTGATATCGACAGCATTGAGCCGGTACAAACTTCTGAGGCCCACGAACCGGAGTCGAAATACCAGGAAGACAATGAAGTAAAATTGCTTATGCAAGATCTTCAATCCCTGACTCCCGTTGCCCGCAACGTGTTTCTTTCACACAGAATTGACCATCTTTCCTACGATCTGATTGCTAAAAACAACAACATCACCGTGGCAGCGGTACGAAAACATTTACGCGATGCCCTGATAATTCTAACAACAAAGCGAGTTGAGCGTGACAGCGAAGCATAA	MLSVVNIKPEQGTQSAGPCLASWYRKYAVTLRRVAILKGADIDDAEEIVQELFIKLQRYDYLSALENEEAFLRTMLSNLVTDRFRKAQRTPQLVDIDSIEPVQTSEAHEPESKYQEDNEVKLLMQDLQSLTPVARNVFLSHRIDHLSYDLIAKNNNITVAAVRKHLRDALIILTTKRVERDSEA				NA	NA	NA	NA	NA
AK237_02779	978	fecR	COG3712	Protein FecR	GTGACAGCGAAGCATAACCCACCAATATCTGAAGAGCAGATTGCGCAAGCTACCGATTGGGTACTCATTATGTCTGAGAACCCTGATATCGCACAGAATGCAGAATTTGCCCGCTGGTTGAGCCGGCACGAGAGCAATCTTACTGCATTTAACGAGGTCGCTGTCACATACGGCCTGGCCGCTAAGCTACCTGAAACGATCCGGAACAAACCCGGGCGGACTGTCTCCGGCTCTTTATCCGCAGTTTATTTTGCGCTGGCGGCATCTGTCGCACTGTGTTGCGTATTGTTGTTTACTCAGTCACCTGCAGACAGACCAACTGAACGACACGAATTTGCTACCGTGACTGGCGAAATATCCCCGTTCACACTGCCGGACGACTCGACACTGGTGCTTGATACCAATTCGCGGGCTGATACGGTGATAACCGCGAAAACACGCGATGTGCATCTTAAGAAGGGCCGTATATTTGTCGATGTTGCTCACGATAAGACAAGACAATTTTCTGTAGCCATTGATGACACCTTTGCCTTTACGGCACTCGGCACCGCCTACTCAGTTGAAAAAGAAGGAAGGGGCTGGACGCTGGAAGTTTATGAAGGCACCGTTGGTATCGCCAGCACGTTAATTACCCATGCTCCGGTACAGGCAGGCTGGGGGTTGCGTTACGAAGAACGCCGCATTCACCGCTATCAGCTTCCTGAATCACTGGTTGAAGCAAAACCGGACTGGCAGCAACACCGGATCGTCTTCAACGACACGTCGCTACGGAACGCCATTGCCGAATTCAACCGCTACCTGACCAGACCAATAACCATAAACGATCCTGAACTGGCTTCACTATCGCTGTCCGGCACGTTCGATTTAAGTGATAGTCAGGCATTTATAGCCAGCATTGCTCAATTAACCGGCGCAAAGGTCCGTGATAATGATGAAGGCTTTGAGATTGGTGAAATCAGTACAAATCCGGATAATTAA	MTAKHNPPISEEQIAQATDWVLIMSENPDIAQNAEFARWLSRHESNLTAFNEVAVTYGLAAKLPETIRNKPGRTVSGSLSAVYFALAASVALCCVLLFTQSPADRPTERHEFATVTGEISPFTLPDDSTLVLDTNSRADTVITAKTRDVHLKKGRIFVDVAHDKTRQFSVAIDDTFAFTALGTAYSVEKEGRGWTLEVYEGTVGIASTLITHAPVQAGWGLRYEERRIHRYQLPESLVEAKPDWQQHRIVFNDTSLRNAIAEFNRYLTRPITINDPELASLSLSGTFDLSDSQAFIASIAQLTGAKVRDNDEGFEIGEISTNPDN				NA	NA	NA	NA	NA
AK237_02780	540		COG1986	Inosine/xanthosine triphosphatase	ATGACGGTTTGCATTGTGGGTTCGAAAAATCCGGTAAAGCTGAATGCAGCCCGTAAGGCATTAAGTTTATCCCTGCAATTGCCTGCCCTTGAAGCCATTGGCGTGAATGTGCCAAGTGGTGTGCCGGACCAGCCCATGAATACCGCGCAAACCCGCGACGGTGCTATAAACAGGGTCAAAGCCTGTCTCGCTGAAGCGGACGAGCGGTCAAAAGCGCAGGACTGGTTCATCGCCATTGAAGGCGGTGTCGATATGTTTGACGACGGCCCGGCCACGTTTGCTTTTGTTGCGATTTATCATCAGGGCATCTGGTCTGTGGGACGCAGTGCAAACCTGCCTTTACCTCCGTCAGTCTTCACCGCACTAGAGGCCGGTGAAGAATTGGGCCCGTTGATGGATAAGCTGTTTGATACGGACAACATTAAACAAAAAGGCGGGGCAATCGGCCTGTTGACCAACCACCTCGCCACCCGCCAGAGTGTTTACGAACTTGCCATCACACTGGCCATGGCGAAGTTTAATTATCCGGATTTGTACTGA	MTVCIVGSKNPVKLNAARKALSLSLQLPALEAIGVNVPSGVPDQPMNTAQTRDGAINRVKACLAEADERSKAQDWFIAIEGGVDMFDDGPATFAFVAIYHQGIWSVGRSANLPLPPSVFTALEAGEELGPLMDKLFDTDNIKQKGGAIGLLTNHLATRQSVYELAITLAMAKFNYPDLY	PGPT0021540_178	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-BACIMETHRIN|CF3-HMP_DETOXIFICATION,PGPT0021540-yjjX-K01529	NA	NA
AK237_02781	684	yrfG	COG1011	GMP/IMP nucleotidase YrfG	TTGCCATTTCTACCCTGGAGTGAAATCGACACAGTTCTGCTCGATATGGACGGAACCTTACTTGATTTACACTTTGATAATCACTTTTGGATCGAACATTTACCAAAGAAAATCGCTGAACGGAGCGGAAAGCCCGTTGAAGAGTGTAAAGCTACAATGATGGCCCACTATCAGCGCGTGATGGGGCAGATACAGTGGTATTGCTTAGATTACTGGGCTGAGCAGTTAAACATGGACATTATGGCCGCCAAGCGGGAAGTCGAGCACCTTATTTCTATGCGTGATGATACGCTGCCTTTCCTTGATGCCCTTCATGAAACCGGCCGGAATGTGGTACTGGTAACCAATGCTCATCCGGACAGCCTTTCATTAAAGGTGGAACATACGCGGCTGGATGCTCACATTGATACGTTGATCAGTACCCATGAGTTTGGTGTGACGAAGGAGTCCCAGAACTTATGGAAGCAGCTTCAGGCGAAACTGCAGTTTGATCCCGCCCGCACTTTGTTTGTCGATGACAGCATCACTATTTTGCAGGCGGCGAAAAAGTTCGGTATTGGCCATCTGCTGGCCGTGAGTAATCCCGACAGTCAGCAACCTGTTCGTGATATTGAAGCGTTCCCAGCGGTAACCGATTACCGCACCTTGCTGGACGAAATTCGCCAGTTTCCGGTGGAGAAATAG	MPFLPWSEIDTVLLDMDGTLLDLHFDNHFWIEHLPKKIAERSGKPVEECKATMMAHYQRVMGQIQWYCLDYWAEQLNMDIMAAKREVEHLISMRDDTLPFLDALHETGRNVVLVTNAHPDSLSLKVEHTRLDAHIDTLISTHEFGVTKESQNLWKQLQAKLQFDPARTLFVDDSITILQAAKKFGIGHLLAVSNPDSQQPVRDIEAFPAVTDYRTLLDEIRQFPVEK	PGPT0013415_220	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	ROOT_COLONIZATION	ROOT_COLONIZATION-VITAMIN_B3|NIACIN_METABOLISM	ROOT_COLONIZATION-VITAMIN_B3|NIACIN_BIOSYNTHESIS,PGPT0013415-yrfG-K20881	NA	NA
AK237_02782	564	nudE	COG0494	ADP compounds hydrolase NudE	ATGAGTAAAATCGATCCCGCCAAAACATTGCCACAAATCAAACACCGGGAAATTGTTGCCCGCAGTCGTTTATTTAAAGTCGAAAGGCTGGATCTTACTTTCTCAAATGGTGCCGAACGTCAGTTCGAGCGCATGGCAGGTAGCGGCCGGGGCGCAGTAATGATTGTGCCGATGTTAGATGACAATACTATGGTGCTTATCCGCGAATATGCGGCGGGCACGCATACCTACGAGCTTGGTTTTCCAAAGGGTCTGATTGATCCGGGTGAAACGCCCGTTGAGGCAGCAAACCGTGAGCTCCAGGAAGAAGCAGGTTACGCCGCCCGCGACCTGAACGTAATTCATACCGTCAGCATGGCTCCCACATTTTTCAATGCAGAAATGACCATTGTTCTCGCCCGGGATTTATATCCGCAAACACTTGAAGGTGATGAACCGGAGCCGCTGGAGGTGGTCAACTGGCCTCTCAGCCAGGCAGATGAACTTCTCGGCCGGGAAGATTTCAAAGAAGCCCGCTGCGTCGCCGCCTTGTTCTTAGCTCAGAAGTGGTTAAAGGAGCAATAA	MSKIDPAKTLPQIKHREIVARSRLFKVERLDLTFSNGAERQFERMAGSGRGAVMIVPMLDDNTMVLIREYAAGTHTYELGFPKGLIDPGETPVEAANRELQEEAGYAARDLNVIHTVSMAPTFFNAEMTIVLARDLYPQTLEGDEPEPLEVVNWPLSQADELLGREDFKEARCVAALFLAQKWLKEQ	PGPT0021615_251	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PURINE_METABOLISM,PGPT0021615-nudE-K08312	NA	NA
AK237_02783	837	cysQ_2	COG1218	3'(2'),5'-bisphosphate nucleotidase CysQ	ATGCCAGACGACACCCGCGCCTCCTTATTGGAGATAGCCAAACGTATTGCCGTTGAAGCCGGTGAAGCGGTACTTAAAGTTTACGACAAAGGCGATTTCGACGCCTACACCAAAGATGATGAGTCACCGGTAACCAGTGCCGACTACCTCGCCAACGACATCATCAACAAGCGCCTGATTGAAGCTACCCCTGACATTCCGATCCTGTCTGAAGAAAACAAACATGCCAGCCTAGCTGAGCGCGAAACGTGGGAGCGTTACTGGCTTATCGATCCCATTGACGGCACGCAGGAGTTTATCGCCCGAAGCGGTGACTTCGCCGTGAATATTGCCCTTATCGAGAACAATGAACCTACTATAGGTGTCATATTCTGGCCTCCCGGACAGTCACTTTATTACGCCAGCAAAGATGCCGGCGCATTCAAGGAAAGTCCGGATGAGCACAAACAGATCCACGTCAGGAAGCTGGATGATCCCCATGAAAGTGTGGTGATGATTGCCATCAGCCGCCGTCAGTCACGGGACAAAGTGTTTTCCCGCATGTGTGCGAAACGGGTTTATCAAACGTTACCTCTGGGTAGCTGCTCGTTGAAATCATGCTTTATTGCCGAAGGCAAAGCTGATGTATTCATGCGTATAGGCATTACCGGCGAATGGGATACAGGTGCATCGCAATGCATCGTGTCGGAAGCCGGTGGCAGCATCCTGGCGGCGAATTTTGAGCCACTGACTTATAACCAGCGTCATACGCTGGAAAACCCGGACTTTGTGGTGCTTGGTGATCAACGAGTCCCCTGGCAGGACATTGTCCAATATGAAAAAGGAGCGAAGGAATGA	MPDDTRASLLEIAKRIAVEAGEAVLKVYDKGDFDAYTKDDESPVTSADYLANDIINKRLIEATPDIPILSEENKHASLAERETWERYWLIDPIDGTQEFIARSGDFAVNIALIENNEPTIGVIFWPPGQSLYYASKDAGAFKESPDEHKQIHVRKLDDPHESVVMIAISRRQSRDKVFSRMCAKRVYQTLPLGSCSLKSCFIAEGKADVFMRIGITGEWDTGASQCIVSEAGGSILAANFEPLTYNQRHTLENPDFVVLGDQRVPWQDIVQYEKGAKE	PGPT0002975_1306	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-H2S-VOLATILE_PATHWAY,PGPT0002975-cysQ-K01082	NA	NA
AK237_02784	567			hypothetical protein	ATGAAACGAACGTTACTGGCATTATCGGCGTGTATTGCTTTACCGGCCTCAGCGGCATGGACTTTAGACAGCGATACGTCCAGCCTGCATTTTTTATCTACCAAGAATGCCCAGATAACGGAAGTTCACAGCTTCGATGAATTATCCGGCACACTCAGCGATGGTGGTAAGTTATCTGTTACCGTTCCGCTGACCAGTGTGAACACCAGCATTGAATTACGTGATACCCGCATGCAGGAAATGCTGTTTGATACCACGAACTTTGCTAATGCCACCTTCACTGCAGATGTTCCTGCTGAACTGATGAAGCTGAAAAAAGGAAGCAGCAAGACGGGTTCTGTAACCGGTGAACTGGATTTACACGGCGTTAAAGCCCCAGCTACCTTTCAGGTGATTGTCAGCAAGCTGGCCAATGACAAGTTAACGGTATCTACCACAGCCCCGACTGTGATTAACGCTTCTTCTTTTAAACTGGAAGGCGGTATTCAGGCACTTCAGGATGTTGCCAAGTTAAGCAGCATCACACTGGCTGTACCGGTGACATTCTCGGTCACGTTTGAAGAGTAA	MKRTLLALSACIALPASAAWTLDSDTSSLHFLSTKNAQITEVHSFDELSGTLSDGGKLSVTVPLTSVNTSIELRDTRMQEMLFDTTNFANATFTADVPAELMKLKKGSSKTGSVTGELDLHGVKAPATFQVIVSKLANDKLTVSTTAPTVINASSFKLEGGIQALQDVAKLSSITLAVPVTFSVTFEE				NA	NA	NA	NA	NA
AK237_02785	1257			hypothetical protein	ATGATATTCCGACTCAGCTTACTCTCTTGTGCCACACTTATTTCTCTGCCAGCACTTTCTCAGGTGGCGGTAGAACCCGAAAACGGTTATGCCTTAGGCGATAAGGTGCCGCTGCCAGAACCCTATTCAACTATGTCTGCGGAACGACGTACAAAGATTATCGGCTGGCCTGAAGATAAAACGCCGCAAGCACCTGCCGGCTTTGAGGTAAACGCGTTTGCCAAAGATCTTCAGCACCCCCGCTGGATATATATTCTTCCGAACGATGATGTACTGGTTGCTGAATCGAATGATGCTGATAACGACAGTGCGGATCGCATCACGTTATTGCGCGACACCAATGCTGATGGCATCGCCGATGAACGTCATGTCTTTATAGAAAACGGGCTGAACCAGCCTTTCGGTATGGCGCTGTTGGGTGAAAATTTTTATGTCGCCAACTCAGACAGCATCATGCGATTTCCCTATCAGGAAGGTGCAGATACTATCGCCCAAAAAGGCGTAGTGGTTCATGAACTTCCCGCTGGTGGCTACAACCACCACTGGACCCGTAACATTGAAGTTGACGACACCGGGGAGAAGTTTCTTCTGACCATTGGCTCATCCAGTAATGTGGGTGAACATGGTATGGATAAGGAAGCCCGCCGTGCAAAAATACTGACCGTACATCCTGATGGCTCAAATGAGCAGATTTACGCTTCGGGCCTGCGCAATGCGAACGGACTGGATTACAACCCGGTGACCGGTGAGTTATGGGCTGCGGTGAACGAACGCGACGAAATAGGTGACAATCTGGTGCCGGACTATGTTACCAGTGTGAAAAAAGGGGGTTTTTACGGTTGGCCATATAAATATTTTGGTGAGAACGTCGATCCACGCTGGGAAGACAAAATGCCTGAAGACTTGCCTGAAACAACGCTGATCCCGGATATCGCACTGGGTAACCACACCGCCACACTGGACCTTGAGTTTTATGACGGCGACAGTTTCCCGGAGCGTTATCACAATGGTCTTTTCGCCGCACAGCACGGCTCATGGAACCGCGCCAAATATAACGGCTATCGCATCGTATTTATGCCATTTAAAAACGGTAAACCTACCGGTGAGATTGAAGCGTTTCTTGGTGGATTTATCAAAGATATGGAAACCGACGAAGCCTATGGTCGTCCGACTGCCGTACGGGTTACCAGCAATGGTCAGCTTTTGATAGCCGATGATGATGGGAATACGATTTGGTCAGTGCAGGCAGCAGAGTAA	MIFRLSLLSCATLISLPALSQVAVEPENGYALGDKVPLPEPYSTMSAERRTKIIGWPEDKTPQAPAGFEVNAFAKDLQHPRWIYILPNDDVLVAESNDADNDSADRITLLRDTNADGIADERHVFIENGLNQPFGMALLGENFYVANSDSIMRFPYQEGADTIAQKGVVVHELPAGGYNHHWTRNIEVDDTGEKFLLTIGSSSNVGEHGMDKEARRAKILTVHPDGSNEQIYASGLRNANGLDYNPVTGELWAAVNERDEIGDNLVPDYVTSVKKGGFYGWPYKYFGENVDPRWEDKMPEDLPETTLIPDIALGNHTATLDLEFYDGDSFPERYHNGLFAAQHGSWNRAKYNGYRIVFMPFKNGKPTGEIEAFLGGFIKDMETDEAYGRPTAVRVTSNGQLLIADDDGNTIWSVQAAE				NA	NA	NA	NA	NA
AK237_02786	1224			hypothetical protein	ATGCGTTTCAATTCTATCTCTTTCCCTGTTTTGCTAACCCGCGTAGCCATACTATGTGTTACTACTGGCTCATGGCTGAGTGTTCAGGCTGAGCCGTTACAACGTGAAAGTATGACGACAATACCCGTTGTCAGTCACTCAAATGATGTTTCTTCCGGTTATGCCATTCCTCAATTTGCAGTGGATCCCGCATGGCCGGCATTACCGGAAACCTGGTTAACGGGACAGGTGCCGGGGCTGGCTGTGGATAAACGAGATAATACCGTTTGGGTATTGCACCGCCCCGCTTCTATTCCACAGCTGTCACTGGGTCTGACGAATGGTTCGGCCAGTTGTTGTGAGCCGGCTCCTTACGTTATGCAGTTTTCTGTTGAAGGTAAGTTACTTAATTCATGGGGAGGGCCGGAAGGCGACCGTCCATGGCCTGAGAATGTGCATGGTTTGTATGTCGATACTGAGGGCAAAGTGTGGATAGGCGGCAATGGTAAAGGCGATCATCAAATTTTCAGCTATACCCGCGACGGTGAATTTGTGAAGGCGTTCGGGGAAGCAGGAAAAACGGATGGTAATTCGTCTGAACAATATCTGGGCAACCCGGCAGACATTGTGGTTGATGACTCGGATGTGATGATTGCTGATGGTTATATTAACAAGCGGGTTGTCAGGCTAAGCAAACAGGAACTGGACTTTGAACAGGCCTGGGGGGCATGGGGCAACGCGCCAGGCGGCGGTACCCGTGAAGGGAGCTTTGATACTTCTCAGGCAGCATCCGGAAACGGAGATTTGTCCACGGGGGCTGAGCATTTTGGTGACATTGTCCACTGTGTCGATAAGTCTCAGGATGGCAGAATTTATGTGTGCGACAGGCGAAACAACCGTCTTCAGATCTTCAGAAAAAATGATGAAGGACAGGTTCTGTTCGAAAAGAATCTGGAAATTGCCGCTGAAACAGGCGGTCTGGGCACCGCCACAGATGTTGCTTTCTCTCCCGACAATAAGTATCTCTACGTGGCAGATATGATGAACGGGCGTATCTGGATCCTCTGGCACGACACCTACGAGGTATTGGGAAGTATTGGCAGGAACGGTCGTTATGCCGGTGAGTTTACCTGGTTACACAGCATTGAGACGGATAAGGACGGTAATCTGTACACGTCCGAAGTGTCTACCGGACAGCGGGTTCAGAAGTTTGTTCTGACAGGGTTCAGTAAACCGGGTGCGTGA	MRFNSISFPVLLTRVAILCVTTGSWLSVQAEPLQRESMTTIPVVSHSNDVSSGYAIPQFAVDPAWPALPETWLTGQVPGLAVDKRDNTVWVLHRPASIPQLSLGLTNGSASCCEPAPYVMQFSVEGKLLNSWGGPEGDRPWPENVHGLYVDTEGKVWIGGNGKGDHQIFSYTRDGEFVKAFGEAGKTDGNSSEQYLGNPADIVVDDSDVMIADGYINKRVVRLSKQELDFEQAWGAWGNAPGGGTREGSFDTSQAASGNGDLSTGAEHFGDIVHCVDKSQDGRIYVCDRRNNRLQIFRKNDEGQVLFEKNLEIAAETGGLGTATDVAFSPDNKYLYVADMMNGRIWILWHDTYEVLGSIGRNGRYAGEFTWLHSIETDKDGNLYTSEVSTGQRVQKFVLTGFSKPGA				NA	NA	NA	NA	NA
AK237_02787	1551			hypothetical protein	ATGAGCAATCTAAATAAACTGGAATTTATCAATAGTGTCAGAAATCCCAAGGTCTGGCAGATGTGTCTGGCGATGATTGGTCTTACCTTATTTCTGTTTCCCGGTGAGCAGGCAGGTTATGCCGTTATAGATATTAACGGCTTTCGCGGCATTTATAATGCAGAGTGGATGGGAGAGTCACTGGCATTGGTATCTTCGTGGCTATTACTACTGGTTGGTTTTTATTTTGTGGTTGGTGATATCACTCAGGCGCGTAAAACGGGCGTATTAGCGTTACTGCTTTCATCGCGTTTAACGGTAACGAAATATTTGGGCCTGAAATTCCTGAACCGACTGACCTTATTGTTGGGCGTCTGCGCGTGTATGGTAATAACTGCCCTCGTGCAACAGCAATTTCTAGGAGAGTCAGTGGCATGGGATCCTGTCGCTTATCTGTTTCCGTTTTTGACGCTGTTACTCCCTGTTGCGGTGTTGGTATCATCCTTTTCTGTGCTATTTGAAGTTGTTCCAAAATTGCGAGGTAAAGCCTGTAACGCAGCATATTTTGTCGTGTGGTCGGTGCTGGGGATGGTAAATTTGGTTGGTTTTTCTGCGCACTCAGCCATCACTGAGCAGATGGAAAAGGCGTTGGGGCAATCTTCAGGTCCCTTGTCAGGGAGTATTAGTATTGGTTTGTCGCCAGTGGAAAGTGCACAGCAAACTTTCATCTGGCACGGTGCTGTGTATGACAGTGAAGTCTTGGCTGCCGTTGCATTGCAGATCCTCGCCGGTTTAGTGGTATTGCTGATGGCTGTTTTGTTGGCGAACAAGAAGTATTCGCTGTTATCAGAGCATCATGCCAGGCATGTTATTAAAGCAACTGCTCGACGGCCTGTGGTCGATGGTGTCAAGAGCATGTTAGCAAAGGCGTTGTTGCTGCCCGGTTTACGTTTCTCGGCATTAACCGCAGAGCTTCGGGTGTTGTTGGCCGAATTGTCAGCAAAACAGTTATTGGGTTTTGCTTCTGTGTCATTGCTGGCATGTTTGGTGTCTGAACCCGTATTTCACAAATTAATACTACCTTTTGCGGCTATCCTGCCTTTATTTTTACTCGCACAGATGAGTACACGGGACATCAATAGCGGTACCATGGAGATCGTACATGCCACGTGCTCACCCGAAAAACTGTTGTTTAACCGTTGGTTGGCTGCCGTAATATTTCTGTTCGTGGCTTATTTGGGGTTACTACTTCGCAACATTGTCACCTTAGATGTGGTTGCGCTGCTGCACGTTGTGGCATTTATCTGCGTTGCCCCGTTGTTGGCCTTGTTATCTGCATACCTGTTTCGTTCTAATAAACCTTATGAGTTGCTTTATCTGACTGCATGGTTCGCTGGTCCGTTGAACAAGCAGCAGGAAGTAGATTTTATTGGTGTATCCGGTTCGCACTCTGCCATGCTTGGAACCTGGATTACGTTTCTGTTGGTTAGTGGTGTGCTGGCGGTGCTCTTTTTCCATAAGGGGCATGTCTGGCAACGTCAGTGGAAGTGGTTGAAGCTAAATGTCAGCTGA	MSNLNKLEFINSVRNPKVWQMCLAMIGLTLFLFPGEQAGYAVIDINGFRGIYNAEWMGESLALVSSWLLLLVGFYFVVGDITQARKTGVLALLLSSRLTVTKYLGLKFLNRLTLLLGVCACMVITALVQQQFLGESVAWDPVAYLFPFLTLLLPVAVLVSSFSVLFEVVPKLRGKACNAAYFVVWSVLGMVNLVGFSAHSAITEQMEKALGQSSGPLSGSISIGLSPVESAQQTFIWHGAVYDSEVLAAVALQILAGLVVLLMAVLLANKKYSLLSEHHARHVIKATARRPVVDGVKSMLAKALLLPGLRFSALTAELRVLLAELSAKQLLGFASVSLLACLVSEPVFHKLILPFAAILPLFLLAQMSTRDINSGTMEIVHATCSPEKLLFNRWLAAVIFLFVAYLGLLLRNIVTLDVVALLHVVAFICVAPLLALLSAYLFRSNKPYELLYLTAWFAGPLNKQQEVDFIGVSGSHSAMLGTWITFLLVSGVLAVLFFHKGHVWQRQWKWLKLNVS				NA	NA	NA	NA	NA
AK237_02788	885	btuD_4		Vitamin B12 import ATP-binding protein BtuD	ATGCCAAATCTAAGCTTACATGCTCTCTCAAAATCTTATGGTGAAAAGGTAGGGCTGGCGCCTACCTCAATTACTTTCAAACCGGGGGTGACAGGTTTGATAGGAGCCAATGGTGCGGGTAAGTCAACATTATTCAGATTGTTGGCTCAACTTGACCGTCCATCACAAGGCTACATTCAATTCAATGGGGTCAATGTTAATCAGGATCCCGCTTTCCTGCGCGGTAATCTAGGCTTATTACCACAACACTTTGGTTGTTATGAAAACCTGAATGCAACACAGTTCTTATTGTATATGGCTGGTATCAAAGGCATTGCGGAAAAAGATGCATTACCGCAGATTGCTGAACTACTTGAAATGCTGAATCTCTCCGACACTGGCACTAAATTGCTGCGAGACTTTTCAGGTGGTATGAGACAGCGCGTAGGTATTGCTCAGGCCATGTTGGGGCACCCTAAACTATTGATTTTAGACGAGCCGTCTGTGGGTTTAGACCCGCAGGAAAGAGTGAGCTTACGCAAAATCCTCAAGGAAGTCGCACGCACTTCAATAGTGCTGATTTCCAGTCATATTGTCAGTGATATTGAAACGATTGCGGATCAGATTGTTGTGCTAAATGCTGGCAAGGTATCGGCTCATCTTCCCATCGCCGATCTACTCGGTAACATGCAGGGAAAAGTGTGGCAAACCCTGGTTGAGCCAAAAGATATAGGTACTTATGAGGCGCAATTTTTGGTGTCCGATGTACGTCATAAACAGCAAAAAGCACAATTGCGTATTGTTTCTGCAACCGCTCCTGACAGTAACGCGGTGTTGGTTGAAGCTGATCTTGAAGATGCTTACCTGTTTTATGCCAATGCTGGCATCGATAAAACACAGCACTAA	MPNLSLHALSKSYGEKVGLAPTSITFKPGVTGLIGANGAGKSTLFRLLAQLDRPSQGYIQFNGVNVNQDPAFLRGNLGLLPQHFGCYENLNATQFLLYMAGIKGIAEKDALPQIAELLEMLNLSDTGTKLLRDFSGGMRQRVGIAQAMLGHPKLLILDEPSVGLDPQERVSLRKILKEVARTSIVLISSHIVSDIETIADQIVVLNAGKVSAHLPIADLLGNMQGKVWQTLVEPKDIGTYEAQFLVSDVRHKQQKAQLRIVSATAPDSNAVLVEADLEDAYLFYANAGIDKTQH	PGPT0006725_16524	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BACTERICIDAL_COMPOUNDS|ANTIBIOTICS	BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006725-ybhF|yadG|ecsA-K01990	NA	NA
AK237_02789	759	luxR		Transcriptional activator protein LuxR	ATGATCAGCGACAGTCTAAACAGTGAAAATTTTTATCACCTCCTTGACCAGGTAGATAACGCAACAGTAATAGAGCAACTTAAGACGTGTTGTGAGTTGCTTTGTACAATGACAGATATTCCGTTTTATCTTTTGGGTGTCATTGGTCAGGAATCGTCATACGCGCCTAACATAAGAGTATTATCCAACTATCCGGACGATTGGCTGGCAATGTACTTTAAAGAAAGCAAACAAAGGGCAGATCCCGTCGTACAGTACATTTTTGAAAGGCAGTCACCTATTAGATGGGACCGTCTTATGGCCTCTCCTGATTTTTCCTCAGCCCAGGGACTAACAGTATTCGAGGACGCAGCACATTACGGCCTGTATAATGGTGTAAGTATTCCATTAAAATCTGCTTCGGAAAATATTGCCGTATACAGTATGGCTATAGGCAAGCGTGCCGATGCGAATACTCTGTTAGATAATGCGCAAATGTTCAGTCATACCTTTGCAACGCATCTGTTCGAAAGATATTTGCAGCTGGAAATGAGTAATGCGCCACCAATTGATAAGTTATCGCTGACTAAGCGCGAATTGGAATGCTTATTCTGGGCTTGCGAGGGAAAAACCGCATGGGAAATATCTCACATTGTGGGTGTGTCTGAGCGTACAGTGCTTTTTCACCTTAATAATTCAACAAGTAAGCTCGGCGCCGTCAATCGTCAGCACGCCGTCGCGTTAGCAATCAAAAAAGGCATCATTAAGCCAAACATTTAA	MISDSLNSENFYHLLDQVDNATVIEQLKTCCELLCTMTDIPFYLLGVIGQESSYAPNIRVLSNYPDDWLAMYFKESKQRADPVVQYIFERQSPIRWDRLMASPDFSSAQGLTVFEDAAHYGLYNGVSIPLKSASENIAVYSMAIGKRADANTLLDNAQMFSHTFATHLFERYLQLEMSNAPPIDKLSLTKRELECLFWACEGKTAWEISHIVGVSERTVLFHLNNSTSKLGAVNRQHAVALAIKKGIIKPNI				NA	NA	NA	NA	NA
AK237_02790	951			hypothetical protein	ATGCAAAAAAGTGAACGGAGGTCAGAACGTCGTAAATTTCTCGCCTTAGTAATCGACAAAGCCCGGAATACTTCCCCTCTAGCTGGAAACAGCTGGATGTTCTGCCTGAACGGACGAATATTAGTAGTCAATAAGAGTATCCATGGTACTGATACGCGTTCATTTATCGAAGACTGTGAACGATATGGTGCCGGAGCAGACCTTTACTTATCATCAATCCCTCACCAACTATTCATTAGTCGTGAATCACTGCAGACGACAGCGCGCAGAACCGAAGTTAATGAGATTTTCTATCCGGCAGTCTCACCTTCTCTAGAGGCAAAATTTATCAGGCGAGATAGAGAAATCGAGTCAAAAGTGCCTATGAAAGCCCTTCCTTTGCATCTCTCTGACCTAAGGAATTATCGGAATTTAGAGAACTTTTACAGGGTAAGGAGGCCTTGGGTTATAGGTATTACAAGCGGAAATCTTTGCGGAGAAGATACGCCCTTACAATATTTTTCAGAGCAGTACGGAGCGTACGAATATCTGATTGAACAATGTAAAAAAGTACATTTTGTTATGAAACAGGACGATTTTTGTCCGTTAATTATTCAAGATAAATTACAGGAAGAAAATCAGCCCATATTCTCATCCAATGTAAAGGATATTTCGCAGGTAAGTGATGCCTTAGACAACGGATATTTAAAAAATCAAACGACATGTGTGCTGTTGTCATCGTTGACCATGATGCAAGAATTAATTTCTGAAGGTAAGGTTGATGAGGTGATTTACTATGTTTTACTTAATAATAAGAATAAAAATCCCGCAAACCCTATTAATAACTTTGGTAGTGATTGGGAAGTATCCGATTGCCAAAATTTAAATGTTGGCTTAAGAGTTAATTTGAGGAGAAAAGGCTGCTATTTATTTAATAATCTCGAAGATGTTAAAAGTATAAAATACAACTAA	MQKSERRSERRKFLALVIDKARNTSPLAGNSWMFCLNGRILVVNKSIHGTDTRSFIEDCERYGAGADLYLSSIPHQLFISRESLQTTARRTEVNEIFYPAVSPSLEAKFIRRDREIESKVPMKALPLHLSDLRNYRNLENFYRVRRPWVIGITSGNLCGEDTPLQYFSEQYGAYEYLIEQCKKVHFVMKQDDFCPLIIQDKLQEENQPIFSSNVKDISQVSDALDNGYLKNQTTCVLLSSLTMMQELISEGKVDEVIYYVLLNNKNKNPANPINNFGSDWEVSDCQNLNVGLRVNLRRKGCYLFNNLEDVKSIKYN				NA	NA	NA	NA	NA
AK237_02791	2007	mdoH_1	COG2943	Glucans biosynthesis glucosyltransferase H	ATGAGCCACAATGATCCCGGGGAAAACACCGTGGTACCGGATAGCATAGCCACGAAGGATAAAATTTTAAAAGTAAACGGCCGCCGGTGGCGGCTGGTGCTGATGGGGCTGTTGACCGTAGTGTCTACGGCCCTTGCCGGTTACAGCCTGTTTGAAATTTTCAGGCCCAACCGGTTTACCCCGCTGGAAATGATACAGCTGGCACTGAGTATGGTGCTGTTCATCTGGCTGACCTGGTCATTCTGGACCTCTGTTATCGGCTTTCTGCTGAAGCTTTTTCGTATCGACCCGTTATCACTTCGCCGGGAATTGAAAGCCTCTGATGATCAGGCGCCCGTCACCCAACGCCACGCTATCGTCATGCCGGTGTACAACGAAGATACTGACCGCATTATCGTTGGCTTCGAAGCGTGTGTGAAAGCCATTCTCGATACCCCGTACGCTGACAAATACGATTTTTATATGTTGAGCGATACACAGGATAAGGCGAAAGCCGAAGCAGAGCTGAAAGCCTGGCAGCGTCTTATTTCCCGTCTTGGCGAACAAAGCCAGCAGATTTTTTATCGCCGCCGCGAAGATAACTGGGGCCGTAAGGTAGGTAACATCACCGATTTTTGTGAGCGCTGGGGCAGTCAGTACGAATCGATGCTGGTGTTGGATGCTGACAGTGTCATGTCTGCACACCGCGTACTGGATATGACCCGCCGCATCGAAGCTAACCCTGAAGCGGCAATGATTCAGACTATTCCCATGCCTGTGCGTCAGGACACGTTCTTCGGGCGTTTTGTGCAGTTTGCGGCGCACCTCTACAGCCCGATGCTGGCCACCGGTTTGTCGTTCTGGCAGACAGACAGTGCAAATTATTGGGGCCATAATGCCATCATCCGCGTGCAACCTTTTATGCAGCACTGTGGCTTACCTACCCTCAAAGGCAGGGCACCGTTTGGCGGCGATGTACTGAGTCACGATTTTGTGGAAGCGGCACTATTGCGCCGGGCCGGCTGGGAGTGTTATCTCATCACCGACACTGACGGCTCTTACGAAGAAGTACCCGGCAACATGGTAGATTACGCTATCCGCGATCGTCGCTGGGTGCAGGGGAATATTCAACACTTAGGATTGTTAAGCACAAAGGGGCTTAAAGCTACGAACCGGTTGCACTTTGCCTTTGGTGCTTTTGCTTACATGTCGTCGCTGTTGTTGTTTATGATGCTCATGGCGGGGACTGCCGATGCGCTGGTTAAGGCGCTTATCGACCCGGTGTATTTCACCTCTGCTCACCAGTTATTCCCCGAATGGCAAATTGTCCACGAGGGGTTAATGATAGCCACACTTTACGGCACCATTGCCTTGCTGTTCATGCCAAAGATGCTGGGCGTTATTCTGGCGCTTATACAGCGCAGAAAAGATTTTGGCGGTGCTTTCAGGCTTATGTTTGGCGCGCTTATCGAGCTGTTTATGGCCGTACTTATCGCGCCTATGATGATGTTCTTCCACAGTTACTTCGTGATCAGTGTATTCATTGGTCACCAGGTAAAGTGGGAGGCGCAAACCCGTGAAGGACGTATGGTGCCATGGAAAGTCGCTATCTCCAAAGCCGCAACAATGACCACCTTGGGACTAATCTGGGCCGGTGTGACTTTCTACTTCACGCCTTCGCTATTCCTGTGGTTGCTGCCGGTATTAACCGGCATGGTGTTCGCAGCGCCTATTATCCGTTTAACCAGTAGTTTGTCGTTTGGCAAAACCTGTCGAAAGATGGGGATTTTTGTGATTCAGGAAGAGATTAAAGAAGCGCCTGTGCTCGTGGACGTACGAGAGCACATGGCGACGATAAGCCTGGATGAGATTGAAAGTTACCCGGCCTTGCAGCCAGTTTTACCAGACGAAACACACCAAGCTATGTTTGTACAGGATCTTAAAGCGCCACCATTACCGAAGCGGCTAACTGAAGGCCAAATAGCCGAATTTGCACAAAGCCGCGCAAAAGCGAAACATGCTGCGTAG	MSHNDPGENTVVPDSIATKDKILKVNGRRWRLVLMGLLTVVSTALAGYSLFEIFRPNRFTPLEMIQLALSMVLFIWLTWSFWTSVIGFLLKLFRIDPLSLRRELKASDDQAPVTQRHAIVMPVYNEDTDRIIVGFEACVKAILDTPYADKYDFYMLSDTQDKAKAEAELKAWQRLISRLGEQSQQIFYRRREDNWGRKVGNITDFCERWGSQYESMLVLDADSVMSAHRVLDMTRRIEANPEAAMIQTIPMPVRQDTFFGRFVQFAAHLYSPMLATGLSFWQTDSANYWGHNAIIRVQPFMQHCGLPTLKGRAPFGGDVLSHDFVEAALLRRAGWECYLITDTDGSYEEVPGNMVDYAIRDRRWVQGNIQHLGLLSTKGLKATNRLHFAFGAFAYMSSLLLFMMLMAGTADALVKALIDPVYFTSAHQLFPEWQIVHEGLMIATLYGTIALLFMPKMLGVILALIQRRKDFGGAFRLMFGALIELFMAVLIAPMMMFFHSYFVISVFIGHQVKWEAQTREGRMVPWKVAISKAATMTTLGLIWAGVTFYFTPSLFLWLLPVLTGMVFAAPIIRLTSSLSFGKTCRKMGIFVIQEEIKEAPVLVDVREHMATISLDEIESYPALQPVLPDETHQAMFVQDLKAPPLPKRLTEGQIAEFAQSRAKAKHAA	PGPT0013320_719	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0013320-mdoH-K03669	NA	NA
AK237_02792	1647	mdoG	COG3131	Glucans biosynthesis protein G	ATGCTGCCGCAATTACAGTTAGCCAATAACACGGAAATTACGACACCATCTTTAGCTTCATTAGTCGCTTCATTTTGTGCTTTTTTCTCTATAAGTCCTGCCGTTATGCGTGCCTTTATCTATTGCATTTGTGTGGGCTTTAGCACATTGAGTCTGGCAGACGAAGTTAATACTGATAACTTGCCGGAAGGTAAGCCTATTCTTAACCGCGTAATCGAATCGGCACAGAAAAACGCGGGTCGAGATTATGTGGTAAATGATCACAACCTGGCTGATGAACTAAAAAATATTGATTACGAGACCTATCGCCAAATCCGTTTCAACCCTGAAAAGTCGCTTTGGCACGGTGAGCATGATTACGAAATGCAGTTTTTTCACCCCGGCTTTCTCTATCAACAGCCTGTGACTGTAGTAACCATCGCCCCTGATAACAGTGAGCATACCGTTCCCTTTGACAGTGGAAACTTCATTTACGAAAAAAATGCAGAACGATTGGCGGGCCTAACCGATGCAAAATCCGGCTATGCCGGATTTCGTTTGCATTACCCTATTAAAAACAAAGAATACAAAGATGAATTCGCCGTTTTTCTCGGCGCTTCATATTTTCGTTTAGTGGGTAAAAATCAGGTTTATGGCATTTCAGCCCGCGGCCTTGCTATCGATACGGCGATGCCGGATGGCGAGGAATTTCCCCACTTTACCAAGTTCTGGGTGGTTGAGCCCCGTGAAGGCCAGCCCATTAAAATTTATGCCCGTTTAGAAAGCCCGTCTGTTGCGGGTGCTTACAGTTTTGAAATTATGCCGGGTAAAGATACCACCATGCAGGTAAAAAGCTGGATATTTGCCCGTGAGAACGTGGGTAAGCTTGGCGTCGCACCGTTTACCAGCATGTTTCTTTACGGCGAAAACTCACAAATCCGCCGCGATGACTATCGTCCTGAAGTGCATGACAGTGACGGGGTGATGATGCTCAACAATAGCGGAGAAATTATCTGGCGTCCTCTGACTAACCCGACCAAATTACAAATCACCTCGCTGAGCGATGTGGCTCCCAAAGGCTTTGGTGTGCTGCAGCGGGATACTGACTTCGCAAATTACCTTGATGCCGAGGCGAACTATCATCTGCGCCCGAGCTTGTGGGTAACCCCGAAAAAAGGGTTCGGCAAGGGTAAGCTGGAAATCGTGGAAATTCCTACTGACTCAGAAGTGAACGACAATATCGTGGCTTACTGGGTGCCTGAGAATCCGTTTAATGCCGGTGAAAACCGCTACTTTGAATATGAATTGAAGACGGTTGAAAAGCAGCCTATGCCTTATGGTCTGGCGACAGTGGAGCGCACTCGTCAGGGTATTAGTCAGCTGCCCGGCTTTGAAACAACGGAAGAGCGAAATGTGCGCCGGTTTGTTGTTGATTTCACTTTACCGGAAGGCATGAAGCTGAATCCTGATGAGGTGGATCTGATTTTAGACGCCACTAACGGCAAGGTCGAGCAGGCCAGAGTGTATAAGGTTGACGGTGATAAAAGCGTTAGAGTAACGTTTCTGGTCATTCCCGACGGCGAAGCGGTTGTCGATATGCGCATGTTTTTAAATCAGAACGAAACGCAAATGAGTGAAATTTGGAGCTATGTGTATGAGCCACAATGA	MLPQLQLANNTEITTPSLASLVASFCAFFSISPAVMRAFIYCICVGFSTLSLADEVNTDNLPEGKPILNRVIESAQKNAGRDYVVNDHNLADELKNIDYETYRQIRFNPEKSLWHGEHDYEMQFFHPGFLYQQPVTVVTIAPDNSEHTVPFDSGNFIYEKNAERLAGLTDAKSGYAGFRLHYPIKNKEYKDEFAVFLGASYFRLVGKNQVYGISARGLAIDTAMPDGEEFPHFTKFWVVEPREGQPIKIYARLESPSVAGAYSFEIMPGKDTTMQVKSWIFARENVGKLGVAPFTSMFLYGENSQIRRDDYRPEVHDSDGVMMLNNSGEIIWRPLTNPTKLQITSLSDVAPKGFGVLQRDTDFANYLDAEANYHLRPSLWVTPKKGFGKGKLEIVEIPTDSEVNDNIVAYWVPENPFNAGENRYFEYELKTVEKQPMPYGLATVERTRQGISQLPGFETTEERNVRRFVVDFTLPEGMKLNPDEVDLILDATNGKVEQARVYKVDGDKSVRVTFLVIPDGEAVVDMRMFLNQNETQMSEIWSYVYEPQ	PGPT0013325_910	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCAN_METABOLISM	CE-EPS-GLYCAN_BIOSYNTHESIS,PGPT0013325-mdoG-K03670	NA	NA
AK237_02793	543			hypothetical protein	ATGCGCTTCACTAAATCTCTCATTGCTGTAGTCGCCGCATCAACTATTTCTTCTGCTGCATTCGCTGCTTCTCCAAACTGGCGTTTTGCGGAAGGTGGCTACACCAATGCTGAAACAGGGAATGTAGATTTTGATGGTCTGAACATTGGCGGTACCTACTTGTTGCAAAACAATATTTACGTGACGGGTAATTACAACATATTAGACGGTAGCGGTACTGATTTAGATTTACTTACATTAGGAGCTGGTTACCGCATGCCATTAAACAGTTCCACTGATGCATACTTTGGTGTGAATTATGAGCGTATTGACGTAGAAAGCTACGATGACAACGGCTATTCCCTTAATGCTGGTGTACGTTCAATGGTAACAGAACAAGTCGAATTATTAGGCGAAATTGGTTATTACGATGTCAATGACGGCGATATGACAGTAAAAATAGGTGGGAATTATTATTTCTCACCACGTTGGGCCGTAGGTGCCAGTTATGAAAAAATTGATGATTTAGACATTACTCAACTGACTGCTCGTTACACGTTCTAA	MRFTKSLIAVVAASTISSAAFAASPNWRFAEGGYTNAETGNVDFDGLNIGGTYLLQNNIYVTGNYNILDGSGTDLDLLTLGAGYRMPLNSSTDAYFGVNYERIDVESYDDNGYSLNAGVRSMVTEQVELLGEIGYYDVNDGDMTVKIGGNYYFSPRWAVGASYEKIDDLDITQLTARYTF				NA	NA	NA	NA	NA
AK237_02794	885	cysL_2	COG0583	HTH-type transcriptional regulator CysL	ATGCTTAATCCTATCTGGTTAGAGACGTTTCGCACGCTAATTGATATTGGTCACTTTACACAAACGGCTGAAAAACTGTCGATGACTCAGCCTGGTGTAAGTCAACATATACGTAAACTTGAGGATTCCTGTGGTCATCCTTTGTTAAAACGCGATACCAAACAGTTCGTATTAACCGAACAAGGCAGAAAGATGTACGAGTTTGCCTGCAAGCGGCAGCGTGAAGAGCAAGTCTTTATTGATGCACTGAAAGTTGATGACCCGTACTGTGGCTACAGTAATCTTGCATGCTCGGGAGCGCTGGCAACTCGCTTATACCCAACCCTTCTGGCACTGCAAAAGTCTTACCCCAAGCTCATTACACAAGTAGAGGCAGCACCTAATCATAGGATATTAGAGGGGATCCAGGCCGGCTCCATTGATATTGGCATCGTGACGCGGGTTCCCGAACCGCATTTATTCGATGCCGTACCATTTGGTAAGGAACATTTGTCACTTGTACTGCCAGCAAGTTACCGTCACACGCCTATCACCACAGAAAAATTACTTAACCTTGGGTTAATAAAGCACCCTGATGTTTATCATTTTCTGGGACTATTTTTGTCTGCCTGCGGCGATAGCCACCTTAAGGAGCTAAAGCCGGATAACTTAAAAATTTCGGGATACGTGAATCAGCTCGGTCAAATACTGTTGCCGGTGGCGCAAGGGCTTGGATTCACGGTTTTACCCTATTCAGCGGTTCAAGGGTTAGATGAGACTGGCGAGGTATACGTGCCAACAATGCCTAAAGCCGTATTCGAACCGCTGTACTGGGTGTCGCAGCGTCAGCGTAACTTACCGGCCAGATTTGCTACGCTGTTTAATCATCTGCACGACGTAGGGTAG	MLNPIWLETFRTLIDIGHFTQTAEKLSMTQPGVSQHIRKLEDSCGHPLLKRDTKQFVLTEQGRKMYEFACKRQREEQVFIDALKVDDPYCGYSNLACSGALATRLYPTLLALQKSYPKLITQVEAAPNHRILEGIQAGSIDIGIVTRVPEPHLFDAVPFGKEHLSLVLPASYRHTPITTEKLLNLGLIKHPDVYHFLGLFLSACGDSHLKELKPDNLKISGYVNQLGQILLPVAQGLGFTVLPYSAVQGLDETGEVYVPTMPKAVFEPLYWVSQRQRNLPARFATLFNHLHDVG				NA	NA	NA	NA	NA
AK237_02795	234			hypothetical protein	GTGATTATCCCAATTGATGCGTTAGAAAAAGACACGCTGCGCAACATCGTCGAATCGTTTGTCCTTCGGGAAGGTACGGACTATGGCGAAATTGAAGCGACCTTCGAAGATAAAGTAGAACAAGTGCTATCCGCATTGAAAAATGGTGAGGTGGTGCTGGTATATTCTGAACTTCACGACTCGGTAAATATACATGAAAAAGCCGCCTACCAGGATGGCGAAGAAGAACAGTAG	MIIPIDALEKDTLRNIVESFVLREGTDYGEIEATFEDKVEQVLSALKNGEVVLVYSELHDSVNIHEKAAYQDGEEEQ				NA	NA	NA	NA	NA
AK237_02796	1020			hypothetical protein	ATGCAATTGCCTGAACATGGACATGGCACTGTCCGCCGTAGTCATTTCGAACCTGCGTGGTGGGCGCGCAATCGTCACGTGCAAACCATCTGGCCGCGATTTTTGCAAAAACGCAAACCGGTGTCTTACACGTGGGAGCGGATAACTACGCCGGATGACGATTTTCTTGATATTGCCTGGGGACCACAACCCTCCAACCTGCAAGGCATTGTTATTATGTTCCATGGACTTGAGGGCAGTATTCGTTCTCATTATGCCAATGACATGATGGCTGCCCTTAGTGAGCAAGGTTGGCAAGTGGTTATGATGCATTTTCGGAGCTGTAGCGGTGAAATTAACCGGCAACCACGGGCTTATCATTCCGGTGAAACAGAAGATCCCGCATTCTTTCTCGATTGGCTTAATTCGCGTTTTCCTACCGTGCCTAAAGTTGCCATTGGTTTTTCTTTAGGCGGCAATATGCTGCTAAAGCTACTTGGCGAACACCCGGGGCAAACATGGCTACAAGCGGCGATAGCGGTATCTGCACCAATGAAACTCGATGCGTGTAGCGATAGTATTGGTATGGGTTTTTCAAAGGTATACCAAAACTACCTGTTGAAAAGTATGAAAGCCACGTTGGTCAGTAAAATGCGAAAGATGGATTATGGTGATCTGTTGTCGTTGACCATAGAGCAGGCAGGTAAGCTTACGTCATTTCGCGAATTTGATGAGAAAGTGACAGCGCCCTTACACGGCTTTAAAGACGCCCAGGACTATTATGAGAAATGCAGTGCGTATCCGTTTTTAGGTGCCATCCATTGTCCTACCCTAATTTTACATAGTCTTGACGACCCGTTTATGAGCCCCTCGATCGTGCCGGATGCCACCGCACTATCCCGTGCCGTGGCACTTGAACTAAGCGAATTTGGTGGCCATGTAGGCTTTATGCAAGGTGGTTTCTTACGTCCTGTGGTCTGGCTACAGCAACGAGCGATAGACTATTTTTCTGAATTTCTGCCTGTTCAACAAGCCAAGTGA	MQLPEHGHGTVRRSHFEPAWWARNRHVQTIWPRFLQKRKPVSYTWERITTPDDDFLDIAWGPQPSNLQGIVIMFHGLEGSIRSHYANDMMAALSEQGWQVVMMHFRSCSGEINRQPRAYHSGETEDPAFFLDWLNSRFPTVPKVAIGFSLGGNMLLKLLGEHPGQTWLQAAIAVSAPMKLDACSDSIGMGFSKVYQNYLLKSMKATLVSKMRKMDYGDLLSLTIEQAGKLTSFREFDEKVTAPLHGFKDAQDYYEKCSAYPFLGAIHCPTLILHSLDDPFMSPSIVPDATALSRAVALELSEFGGHVGFMQGGFLRPVVWLQQRAIDYFSEFLPVQQAK				NA	NA	NA	NA	NA
AK237_02797	489			hypothetical protein	ATGAATCTGAATACTGATACCTTTTGGCAATACAGTTTAGACATTTATGGTCGTGATAACGTGGCGGCGACGGCTATTGCGTTGCAGGACGATTATCGCGTGAATGTGAATATGCTATTGCTACTATGCTGGTGTATGGATAACGGTGCAATTGTCACGTTAAATCAATGGCAGGTATTACACGCAGCGATAGCGGAAACTGAGAATATGTTAGCGACCCATCGCGAAAAACGCCGTGCAGCAAAGCAAGCCAGCCCCTTTAATCAAGAAAAGTACGATGTGTTAAAACGGGAAGAGCTGGCCATTGAAATGCAGCAACAGGAAGCACTTACTACCATGTTCAACCGTTTATCTGTGGAATATGTACCTGTTAAAGGTGTGAATGGCAGCATTGCCAGTTTCGTGAATTTATTTAAGTTGCGTCAGCAACCGCAAGCGGTTAAATATCTCACCTCAGTGATTCAGTCTTTACGACCCCATGTGAAGTAA	MNLNTDTFWQYSLDIYGRDNVAATAIALQDDYRVNVNMLLLLCWCMDNGAIVTLNQWQVLHAAIAETENMLATHREKRRAAKQASPFNQEKYDVLKREELAIEMQQQEALTTMFNRLSVEYVPVKGVNGSIASFVNLFKLRQQPQAVKYLTSVIQSLRPHVK				NA	NA	NA	NA	NA
AK237_02798	1983	yheS	COG0488	putative ABC transporter ATP-binding protein YheS	ATGAGTGAAATACAAGCCATCGCCGGGGGAGTTTGCTATCATACGCCGCTTAAATCACAGGACAACTGCGCAGGCATGATTACCTTATCTGACGTTACATTGATGCGTGGTAGCAAAGTGCTACTAGAAAACGCCAGCACACAAATATTCCCCGGCCACAAAACCGCTCTGATCGGCAGCAATGGATGTGGTAAGTCTACGTTATTTGCTTTGTTGCGAGGAGAGTTATCGGTAGATGCGGGCGATTGTCAGGTACCTGCGCACTGGCGCATCGTAAGTGTGGCGCAAGAGACGCCTGCCACCGACCGCTGTGCAATTGATTATGTGATTGATGGTGACAAATTACTGCGCGGATTACAGGCTAAACTGGCTGAAGCCGAAGCGAAGCAGGATGGCGAAGCTATGGGACAACTGCATGGTCAGCTGGAGCATGCAGGCGCTTATGATGTGGAAGCGCGTGCAGCAACTATTCTTGCTGGGCTTGGCTTTTCAACCGCGCAACTGTCTGCACCGGTAACCGATTTTTCAGGTGGGTGGCGCATGCGACTTAATCTGGCGCAGGCACTGCTTTGTCCTTCTGATTTGCTGCTGCTGGACGAACCAACCAACCACCTCGATTTAGATGCTGTTATCTGGTTAGAAAAATGGCTGCAACGCTATTCAGGAACGTTGATTCTTATCTCTCACGATAAGGCATTTATTGATAACACTGTGGCGCAAATCGTCAGTGTTGAACAGCAACAACTCATTGCTTACACGGGGAATTATTCCTCATATGAAAAGCAGCGCGCAGAACGACTCCGCTTACAAAATATCGAGTTCCAAAAGCAGCAGGACAAAATCGCCCATCTTGAATCTTTCATCACCCGCTTTAAAGCCAAAGCCAGTAAAGCTAAACAGGCGCAAAGCCGTATCAAGCAGCTCGAGCGCATGGAGCAAATTTTGCCGGCCCATGCTGCCAGTGCCTTTAATTTCGAGTTTGCAGAGCCATCCGGTCTGCCTAACCCGCTTATTCAGATGCGGGACATTCAATTGGGCTACGGCGACAAGGTTATTCTTAACAACGTCAAATTGAATCTTGTGCCGGGTAGCCGTATTGGCTTACTGGGGCGTAATGGTCAGGGTAAGTCGACACTCATCAAACTGCTCGCTTGTGTGCACGACCCTATGCAGGGCACGTTTACTACGGCCAAAGGGCTGAACGTGGGTTACTTTGCCCAGCATCAGCTGGAAACGTTAGATCCCAAGGCATCTGCCATTTTGCATCTTCAGCGGTTAGACAAGCAGGCAACAGAGCAACAACTGCGGGATTATTTAGGCGGCTTCGGGTTTCATGGCGATCAAGCGCTCGATCCTGTTGCGCCCATGTCTGGCGGTGAAAAAGCACGTCTGGTACTGGCGCTGATTGTTTATCAAAAGCCCAATTTATTGTTGCTCGATGAGCCGACTAACCACCTCGATTTGGAAATGCGTCATGCACTGAACATGGCTTTGCAAGGGTTCGAAGGCGCTATGGTGCTGGTATCACACGATCGCTTCCTGCTTACCTCTGTTTGTGAGGATTTTTATCTGGTCGACAGCGGCCAGGTTGAACCGTTTAATGGCGATCTGGAAGATTATCGCAGCTGGATCTTATCTCAGCAGAGTGAAGAGAAAGCGGCGAAGCAGCAAACCGATAAACCGAAGGTGGATCGCAAAGCAGAAAAGCGCCGGGAAGCTGAATTTCGTCAGTCCGTCGCGCCGCTGAAAAAAGCGATCGAAAAGCATGAAAAAGCGATGGAAGCTACATCTGTTAAACTGACAAATGTAGAGACCTCGTTAAGTGATACGACATTGTACGAAGAGCAAAACAAAGCCAGGCTGATGGCGCTGCTCGATGAGCAAACAATGTTGAAACAGGCAATGGAAGAGCATGAAATGGCGTGGTTAGACGCCCAGGAAGCAATGGAGGCGGCAAAAGCGAATTATGAATCTGAATACTGA	MSEIQAIAGGVCYHTPLKSQDNCAGMITLSDVTLMRGSKVLLENASTQIFPGHKTALIGSNGCGKSTLFALLRGELSVDAGDCQVPAHWRIVSVAQETPATDRCAIDYVIDGDKLLRGLQAKLAEAEAKQDGEAMGQLHGQLEHAGAYDVEARAATILAGLGFSTAQLSAPVTDFSGGWRMRLNLAQALLCPSDLLLLDEPTNHLDLDAVIWLEKWLQRYSGTLILISHDKAFIDNTVAQIVSVEQQQLIAYTGNYSSYEKQRAERLRLQNIEFQKQQDKIAHLESFITRFKAKASKAKQAQSRIKQLERMEQILPAHAASAFNFEFAEPSGLPNPLIQMRDIQLGYGDKVILNNVKLNLVPGSRIGLLGRNGQGKSTLIKLLACVHDPMQGTFTTAKGLNVGYFAQHQLETLDPKASAILHLQRLDKQATEQQLRDYLGGFGFHGDQALDPVAPMSGGEKARLVLALIVYQKPNLLLLDEPTNHLDLEMRHALNMALQGFEGAMVLVSHDRFLLTSVCEDFYLVDSGQVEPFNGDLEDYRSWILSQQSEEKAAKQQTDKPKVDRKAEKRREAEFRQSVAPLKKAIEKHEKAMEATSVKLTNVETSLSDTTLYEEQNKARLMALLDEQTMLKQAMEEHEMAWLDAQEAMEAAKANYESEY				NA	NA	NA	NA	NA
AK237_02799	207			hypothetical protein	ATGGCCGAACGCAAAAGAAAACGCTTTATCGCCGGCGCAACCTGCCCGAAGTGCCAGGCGTTAGATTCTATTATGTTGTTTTTTGAGAATAATGTGGAAAAACTCGAGTGCGTGAAGTGCGGTTATTCGCAATCGCAAACCGATGATAATGTAGGTGCGAAAACCCGCTCAGACGAGAACGTGATTGGTGTATTTAAGCCACACTAA	MAERKRKRFIAGATCPKCQALDSIMLFFENNVEKLECVKCGYSQSQTDDNVGAKTRSDENVIGVFKPH				NA	NA	NA	NA	NA
AK237_02800	1113			hypothetical protein	ATGGCAAAACATAAAACCAGAACCACGGTAAAGATACTCGCAACCCTCATCGGGTTACTGGTGCTCATTCGTATCAGTCTGCCTTTTGCTGCCCAGTGGTACATTAATGAGGTGCTCGATGAAGGCGAAGAATTCACCGGCAGTGTAGGTGATGTGGACATTATGTTGTGGCGTGGTGCTTATAGCTTAGATGACGTGGTTATTCTGAAGCGCACAGGCGAAGTAGAACAGCCATTCTTTGAAGCCAGACAGGTGGAATTCAGTCTGTTATGGGATGCACTTTTTGATAAGGCATTAGTTGCTCAGGTTGACCTCACGGCGCCAGAACTCAATTTCGTAGATGGCAAAAGCGAAGCCCAGAGTCAGTCGGGAGAGGATGAAAACTGGCTCTACCTGGCTGACCAATTAGTTCCGTTGAAGGTCGACAAATTCGAGATCCATCAAGGGATAGTGCGATTCATTAACCCAGATTCCGAGCCGCCCGTGAATATAGAGCTGCATGATATAGATGCCATAGCGCGGAATCTGGTTAACAGCCGCTCACTGTCAAAAGATTTAATCGCCACGATTGAAGCCAGCGGGAATACTGAACAGCAAGGTACGGTGACGTTGTCAGGCTCGCTTAACCCCGCAACCAAAAACCCGACGTTTGATGTGAACCTGCAGGCCAATGATGTAGCCTTGGTAAACTTCAAAAACTTCTTAGATACCTATGCGCCCTTCGATTTAGAAGCTGGCTCGCTGGAATTGGCGCTAGAGCTCGCCAGTGATGATGGTGAAATATCTGGCTACGCGAAACCTATTTTACATAACGTGGAAGTATTTTCGTGGAAAGGCGATATAGAAGATGATGACGATGGATTTTTCCGGGGTATCACCGAAGCCCTCTCAGCCTTCATTGCGGAAGTCTTTGAAAACCAGAGTGAAGACCAAATCGCGACCCGCATACCTATTTCTGGATCGCTAAAGCGTGTAGATACACCAGTATTACCGGCCCTCGGGGGCATTTTGAGAAACGCGTTTATCCAGGCCATTAATGGTAACCTGGAAGATAGCGTGCGATGGACCGACGCAGAGAAGGCAAAGGAAGAGAAAGACGCTGAAGCCCAGTAG	MAKHKTRTTVKILATLIGLLVLIRISLPFAAQWYINEVLDEGEEFTGSVGDVDIMLWRGAYSLDDVVILKRTGEVEQPFFEARQVEFSLLWDALFDKALVAQVDLTAPELNFVDGKSEAQSQSGEDENWLYLADQLVPLKVDKFEIHQGIVRFINPDSEPPVNIELHDIDAIARNLVNSRSLSKDLIATIEASGNTEQQGTVTLSGSLNPATKNPTFDVNLQANDVALVNFKNFLDTYAPFDLEAGSLELALELASDDGEISGYAKPILHNVEVFSWKGDIEDDDDGFFRGITEALSAFIAEVFENQSEDQIATRIPISGSLKRVDTPVLPALGGILRNAFIQAINGNLEDSVRWTDAEKAKEEKDAEAQ				NA	NA	NA	NA	NA
AK237_02801	627			hypothetical protein	GTGTCTCCTTTTCGCGATGATACTGACAGACTCACTTATCTTGACTATCTCGGCAGATACGCGCAACGTTACGGCGTAGCGATGCATGCGTGGTGTGCAGGCAAAGACAGCATATTGTTTTTATGTACACCGGCAACGGGTGATGGTATTTCGCTAATGTTGCAGGCTACCGGCCGACTCTACGCCCAGTATTTTCATCAGCGTAATGGTACACGTGGTGCAATATGGCGAGACCGCTATAAATCAGCCTTAGTGCTGGATGATGAATTGTTATTAGAAGTGTACCGATTCATAGAGCAGTCGCCTGTGAAAGAGGGGCTGTGTACGGTGCCTGAGCAATATGCGTGGTCGAGTGTGAGTGCGAATGCAGTTGGCTTACCTCATACCATGCTATCTCCTCACAGCGCGTATGAGAGAACGGCGAAGCATCCAGAGCAACAACGCGCGCAACACCTACAGCGGCTTAAGCAAGCTAGTGAAGATATCGATGTGGATATTGCAAAGTCACTGAAAATGGGGCTTGCCATGGGCGATCCGGGTTTTATCAAGCGAATTGAGCAGGTTACCGGACGTCGACTCACTGAAGGAAAGCGTGGGCGGCCACGAAAAAAGCCCGTCACATCATAG	MSPFRDDTDRLTYLDYLGRYAQRYGVAMHAWCAGKDSILFLCTPATGDGISLMLQATGRLYAQYFHQRNGTRGAIWRDRYKSALVLDDELLLEVYRFIEQSPVKEGLCTVPEQYAWSSVSANAVGLPHTMLSPHSAYERTAKHPEQQRAQHLQRLKQASEDIDVDIAKSLKMGLAMGDPGFIKRIEQVTGRRLTEGKRGRPRKKPVTS	PGPT0030655_986	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MOBILE_ELEMENTS	CE-BACTERIAL_FITNESS-TRANSPOSASES,PGPT0030655-yafM|rayT|tnpA-K07491	NA	NA
AK237_02802	231	slyX		Protein SlyX	ATGAGTGAACAACCAACGTTAGAACATGCCATGCGGGAAATCGAAGAGCTGCAAACAAAAGTCGCGTTTCAAGAGCACACCATCGACTGTTTAAACGAGGCGTTGACTGCGCAGCAATATCAGATTGAGAAAATGCAGGTTCAATTGCGCTTTATGATGGATAAAGTAAAAGGCTTTGAGCCCTCTCATATCGCAAAATTGTCTGAAGAAACACCTCCGCCACATTATTGA	MSEQPTLEHAMREIEELQTKVAFQEHTIDCLNEALTAQQYQIEKMQVQLRFMMDKVKGFEPSHIAKLSEETPPPHY				NA	NA	NA	NA	NA
AK237_02803	921	pkwA		putative serine/threonine-protein kinase PkwA	GTGCCAGATACCACACCTGTTAACCAATGGTGGCACGCGCAGGACGGTGCCTATGCGGCAGACATTTCTCCCAATGGTGAATACAGCGTTGTGTCTGGTGTCGATAATGGCATAAACGTATGGCATAACTTAGACGACAACGTCCTCTTTCACTGGCAGCACCAAAGCGAAGGGAATAACCTGGTGTTGGCTATCCATATTTCGGCAGACAACAAATACGTGGTGACATCGGATCGCGAAGCCTTCGCCCTATGGAGTATCGAAACAGGTGAACCCGTAGGGTTCTGGCGCATCGATGAGTCAACCATTCGCGATGTCGCGGTTGCTAACAACGGGCAAGGTATTTTGGTTGGCCGTTCTAACGGAAAAGTGATGTACTTTGAACCCGAAACGGGACGACGCTTAGAGTTTCTCGGGCATCAGGAGCGCATTAATTCTGTGGATATATCTCCAAACGGTGAATACGCCCTTAGTGGGGGAAACGATTATGTGGCTTACCTGTGGAGTACGAAAACCGGACAAATAATTCACACGTTTACCCATAGCAGTCGCATTTCCAAGGTGGCCTTAGATGATGCCGGCAGGTACGTGTTCACCGCCGACAGCAAACAAGGTTCGAAAATTTGGGATGCGCAAACGGGTGCACAAGTAAGTAAGCTGCAGTATATTGCGCGCCAAAAGATATTCACTGATGCAGTGTTTTCTGAAGACGGTAAGCATTTACTTACCGGCTCGCCCTCAAGAAGCATATATCTGTGGGATGTGAAAACCGGAGAACAAAAAGGTGAATGGAAGGTAGCAGCAAAAGACGGCACTCGTCCGGCCACCGCAGTAGTGTACGCGGTGGGGTTTATGGGAAATGGCACGTTGCTGTCTGAAAGTAGTAGTGGATTAGCAGAATTGTGGGCAATAGAAAAATGA	MPDTTPVNQWWHAQDGAYAADISPNGEYSVVSGVDNGINVWHNLDDNVLFHWQHQSEGNNLVLAIHISADNKYVVTSDREAFALWSIETGEPVGFWRIDESTIRDVAVANNGQGILVGRSNGKVMYFEPETGRRLEFLGHQERINSVDISPNGEYALSGGNDYVAYLWSTKTGQIIHTFTHSSRISKVALDDAGRYVFTADSKQGSKIWDAQTGAQVSKLQYIARQKIFTDAVFSEDGKHLLTGSPSRSIYLWDVKTGEQKGEWKVAAKDGTRPATAVVYAVGFMGNGTLLSESSSGLAELWAIEK				NA	NA	NA	NA	NA
AK237_02804	786			hypothetical protein	ATGCGTAAGTCGCTTGTCGCCTTATCGACAGTAGCTGCACTGGGTTTGTTCGCCTGTCAGCCTAACACTAACGAGCAATCAAAAGAATCGACTGCGAAAGAAGCCCCTGCACAAGGCACAGCTGCTACCGATATGACTGAAGAGCAAAAGCATGCTTATGCTATGGGTGCGAGCATGGGTATTTTTGTGACCACTCGTGCTAAGCAGCAGGATCAAGTGGGTATGCCCATGGACAAAGAAGCGCTGAAAGAAGGCTTCCTTGATGCGATGAACGACAACACAAAATTCACGCAAGCTGAAATACAACAGTTCGCGCAGGCGGGTGAACAGCAATTACGTGCTAAGCAGCAGGAAATGGCAGCTAAAGCAGCAGAAGAAAATATCAAGATTGGTGCTGATTACCTGGCAGAAAATGCCAAAAAAGAAGGGGTAACGGTAACCGATTCCGGCCTTCAGTATGAAGTGATTGAAGAAGGTACAGGCGAGAGCCCTGAAGCCACCGATACGGTAAAAGTGCATTACCACGGCACACTGATTGACGGTACTGTGTTTGACTCATCTTACGAGCGTAACGAGCCAGTCACTTTCCCGCTTAACCGCGTTATCCCTGGATGGACTGAAGGTGTGCAGTTAATGAAAGAGGGAGCAAAATTCCGCTTTGTTATTCCTGCCGATTTAGCCTACGGCGAGCGTTCAACTGGCCTGATCACACCTAACTCAACACTTATCTTCGATGTAGAGTTAATCGAAATTGTTGACCAGGACGCTGAAGGCGAAACAGAGTAA	MRKSLVALSTVAALGLFACQPNTNEQSKESTAKEAPAQGTAATDMTEEQKHAYAMGASMGIFVTTRAKQQDQVGMPMDKEALKEGFLDAMNDNTKFTQAEIQQFAQAGEQQLRAKQQEMAAKAAEENIKIGADYLAENAKKEGVTVTDSGLQYEVIEEGTGESPEATDTVKVHYHGTLIDGTVFDSSYERNEPVTFPLNRVIPGWTEGVQLMKEGAKFRFVIPADLAYGERSTGLITPNSTLIFDVELIEIVDQDAEGETE				NA	NA	NA	NA	NA
AK237_02805	1083	nemA_1	COG1902	N-ethylmaleimide reductase	ATGTCATCACTTTTTGATACTGCCCGAATGGGAAATGTAGACGTGGATAACCGGGTTTTCATGGCGCCGCTTACACGCAGTCGCGCGCATGATGATACGGACGTGCCAGCTGATATGACGCTGACTTACTATCAGCAACGGGCTAGCGCTGGGTTAATTATCTGTGAAGCGACGCAGATTAATCCTCAGGGCAAAGGCTACATCAGGACGCCGGGCATCTACAGCGCTGAGCAGGTAGCAAAATGGCGTGAAATTACTGAAGCGGTGCATGCACAAGGTGGCAAGATTTTCCTTCAGCTATGGCATGTAGGGCGCATCAGTCATAGTCATTTTCAGCCTAACCATGATAAACCGTTAGCCCCTTCGGCTGTAAAACCGGAAGTCGATGTGTTTTTTGACGGTAAAAAACGACCTGCTTCCGAGCCGAAAGCCATGACGGTAGAGGAAATTCAGTCGACAGTCGCAGACTACCAGAAGGCGGCAGAGAATGCGCGGGAGGCAGGTTTTGACGGCGTTGAAATCCATGCTGCGAACGGATATCTCATCGATCAATTTGTACGCGATAAAACCAACCTTCGTGATGATGAATATGGTGGCAGCATTGAGAATCGATTACGCTTTCTTAAAGAAGTGACGCGTGCTGTGCTAAAGGTGTGGGATGCATCACAAGTCGGTATCCGTTTGTCACCGGTAGGAAATCAAAACGATATTGCTGACAGCGATCCTTTGGCCACATTCCGTGAGGTCATCAATTACCTTAATCCGTTAAATTTGGCTTATTTGCATATGGTTGAACGGTTTCCGGGTATGCCGGCAAGTAACGAAGATCTCGCTACTCTCACCGCACTGCGTAGCGCATGGCAGGGTTTTTATATTGCCAATGGCGATTATGACTACCTGTCAGCAAAACAGGCGGTTGAGTCTGGTTATGCCGATGCAGTGGCTTTCGGTCGCCCGTACATCGCTAATCCGGATTTGGCTATACGCTTAGAAAAAGGCGTCGCGCTCAACGAGCCTGATCCTGACACCTTCTATGCTGGAGAAGAGAAAGGGTATATTGATTATCCCTTTTACAATGAATAA	MSSLFDTARMGNVDVDNRVFMAPLTRSRAHDDTDVPADMTLTYYQQRASAGLIICEATQINPQGKGYIRTPGIYSAEQVAKWREITEAVHAQGGKIFLQLWHVGRISHSHFQPNHDKPLAPSAVKPEVDVFFDGKKRPASEPKAMTVEEIQSTVADYQKAAENAREAGFDGVEIHAANGYLIDQFVRDKTNLRDDEYGGSIENRLRFLKEVTRAVLKVWDASQVGIRLSPVGNQNDIADSDPLATFREVINYLNPLNLAYLHMVERFPGMPASNEDLATLTALRSAWQGFYIANGDYDYLSAKQAVESGYADAVAFGRPYIANPDLAIRLEKGVALNEPDPDTFYAGEEKGYIDYPFYNE	PGPT0005930_2393	DIRECT EFFECT	BIO-REMEDIATION	XENOBIOTICS_BIODEGRADATION	XENOBIOTIC_TOLULENE|DERIVATE_DEGRADATION	XENOBIOTIC_NITROTOLULENE_DEGRADATION,PGPT0005930-nemA-K10680	NA	NA
AK237_02806	564	yraA	COG0693	Putative cysteine protease YraA	ATGACAAACAAGTTACAAGGCAAGCAAGTCGCAATTTTAGCTACTGATGGATTTGAACAAGTTGAACTCACGTCCCCTAAAGAAGCACTCGAAGCTGAAGGTGCAAACGTGCTCATCATTTCCTTGAAAAAGGATGATATTCAAGGCATGAATCACGATGAGAAAGGCGATAAATTTTCAGTCGACAAAACAGTCGCAGATGTCAAAGCCGCTGATTTTCACGGTCTCATTCTTCCTGGCGGCGTGCAGAATCCAGACACATTACGTACTGACGAAAACGCAGTGACATTTGTCAGAGAATTTTTCAAACAACACAAGCCTGTGGCTGCGATTTGTCACGGTCCGTGGATGCTCGTTGAGGCCGATGTCCTGCACAATCGAAAAGTGACGTCCTTTCCCAGTTTGAAAACGGATATTAAAAATGCCGGCGGCAATTGGGTTGACGAAGAAGTAGTGTGTGATCAGGCGTTGGTTACCAGTAGAACCCCCGATGATTTACCGGCTTTCAACAAGAAAATTATTGAAGAGCTGCGTGAAGGTAAACACGACCAGCAACACGTTTAA	MTNKLQGKQVAILATDGFEQVELTSPKEALEAEGANVLIISLKKDDIQGMNHDEKGDKFSVDKTVADVKAADFHGLILPGGVQNPDTLRTDENAVTFVREFFKQHKPVAAICHGPWMLVEADVLHNRKVTSFPSLKTDIKNAGGNWVDEEVVCDQALVTSRTPDDLPAFNKKIIEELREGKHDQQHV	PGPT0015010_1518	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
AK237_02807	279			hypothetical protein	ATGCAGCATGAGCAAACTTACGTAAAAGTAAAACGTGAACGGCAGTCTTTCACGTCTAACGGCATTACTATTGTCGGCTTCTTACTGTTTCTCACTGGCGTTATTTTGTTCTCCATCGGGATGATTGATATTTTGGTTCACATTAATAGTGTGAAAACCGCTGCATTGGTGCTCGGTGGCCTCGCTTTCTATAAAATTGGCCACATTATGATTCGCCATTGCGCAACCTTAAGGACGAGACCGGAGCGCCGTCGACATTTATTGTCTGAGAACAGCTAG	MQHEQTYVKVKRERQSFTSNGITIVGFLLFLTGVILFSIGMIDILVHINSVKTAALVLGGLAFYKIGHIMIRHCATLRTRPERRRHLLSENS				NA	NA	NA	NA	NA
AK237_02808	489	greB	COG0782	Transcription elongation factor GreB	ATGCGCACACCGCTTATTACCCGAAACGGGTATCGGAAACTACAGGCCGAATTGGACCATCTCTGGCGAGAAGAACGGCCTGAAACGACGCGAAAAGTAACCTGGGCCGCCAGCCTCGGAGACCGCAGTGAGAATGCCGATTACCAGTACAACAAAAAGCGCTTACGGGAAATTGATCGTCGCGTACGATACCTTCGTAAGTGCCTCGAAAATTTAAAAGTTGTCGATTACTCCCCTCAGCAGGAAGGCAAAGTGTTTTTCGGTGCGTGGGTAGAAATTGAGAATGACGATGGCAAAACCATGACACTGCGTATTGTCGGCTACGACGAGATATTTGGACGTAACGACTATATCTCGGTAGATGCCCCTATGGCCCGAGCTTTGATTGGCAAAACCCTGGAAGACGAGATTTTTGTCAAAACGGAAGCGGGGAGCTTTGAGTGGTGGATCAACAAAATTTGGTACGATACCGAAGACAAAGTCAATTAA	MRTPLITRNGYRKLQAELDHLWREERPETTRKVTWAASLGDRSENADYQYNKKRLREIDRRVRYLRKCLENLKVVDYSPQQEGKVFFGAWVEIENDDGKTMTLRIVGYDEIFGRNDYISVDAPMARALIGKTLEDEIFVKTEAGSFEWWINKIWYDTEDKVN	PGPT0030495_3825	PUTATIVE	PGPT	PUTATIVE_PGPTs	PUTATIVE_FUNCTIONS	PUTATIVE_FUNCTIONS-1	PUTATIVE-TRANSCRIPTIONAL_CONTROL	PUTATIVE-TRANSCRIPTIONAL_CONTROL-1,PGPT0030495-greA-K03624
AK237_02809	2343	yhgF	COG2183	Protein YhgF	ATGATTATCAACAAAATTGCCGAAGAACTTGCCGTCAATCCCAATCAGGTGCAGGCAGCGGTTTCATTACTCGATGAAGGCTCTACCGTACCTTTCATCGCCCGATACAGGAAAGAGGCAACACAAGGACTGGACGATACTCAGCTTCGTAACCTCGAACAACGCCTAACGTATCTTCGGGAATTAGAAGACCGTCGCAGCGTAATTTTAAAGTCTATCGAGGAACAAGGTAAGCTTACCGATGCGTTGAAAAAAGACATTACATCGGCAGACAGCAAAACCACGCTGGAAGATTTATACCTGCCTTATAAGCCTCGCCGTCGCACAAAAGGTCAGATAGCTATTGAAGCGGGTTTGGAGCCATTAGCAGATAAACTGTTCAATGATCCTACGCTGACACCAGAAAGCGAAGCGGAAGCTTTTGTCTCCGCTGAAAATGGGGTAGCCGATACCAAAGCAGCACTGGAAGGTGCTCGCTATATTTTAATGGAACGTTTCGCCGAAGATGCAGCGCTTTTAGGCAAGATTCGTCATTACCTTAACGACAACGCCTTTGTCACCAGCACAGTAGCACCGGGTAAAGAGCAAGAAGCCATTAAGTTCAAAGACTACTTTGCTCATCAGGAGAAGCTCAAAAGCGTGCCATCACACCGCGCACTCGCAATGTTTCGAGGCCGCAACGAAGGCATGCTGCACATACAGCTAAATGCCGATCCGCAAAACGAAGATGCTACTGCCCCTTCTCATTGTGAATTCATAATTGCTGAACACTACGGGATCAGTGACAAAGGTCGTCCCGCAGATGCATTTTTAAAGCAAGTCGTGCAGTGGACGTGGAAAATCAAAATTGCGTTGCACATGGAAACCGAGCTTTTTTCCGGGCTACGTGAACAAGCCGAAGAAGAGGCTATTAGTGTATTTGCTAAAAACCTCAATGATCTGCTGATGGCGGCGCCGGCCGGCGCGAAAACCACCATGGGTCTGGATCCGGGTTTGCGTACCGGGGTCAAAGTCGCGGTGGTAGATAAAACCGGTAAAGTGGTGGCCACAAACACGATTTTCCCCCACGCACCGCAAAATGCATGGGATAAGTCTATGCGCACGCTGATTAATGTGTGCAAACAGCATAAAGTAGAGCTTATCAGTATCGGTAATGGTACCGGCTCGCGGGAAACCGATAAGCTGGTGGGCGAGATGCTAAAAGCCGCACCGGAACTCGGCGCACAGAAAATTATGGTAAGTGAAGCTGGTGCGTCAGTGTATTCGGCGTCAGAGTTGGCTTCTAAAGAATTACCTGAGCTTGATGTATCACTACGTGGCGCAGTATCAATTGCCCGTCGCTTGCAGGATCCATTGGCTGAACTGGTAAAAATTGAACCTAAAGCCATCGGTGTCGGCCAGTACCAACACGATGTCAGCCAAAGTCAGCTTGGAAAGTCATTGGATCGCGTCATTGAAGACTGTGTAAACGCCGTTGGCGTTGACCTTAACACCGCTTCCCCTGCGCTGCTGTCTTACGTTTCGGGCTTGAACAGAACCTTAGCTCAAAACATCGTGGCATTTCGTGATAACAACGGCGCCTTCCCGGACCGTAAGGCACTGTTGAAAGTAGAGCGCCTGGGGCCAAAAGCCTTCGAACAGGCGGCCGGTTTCTTGCGTATTACCGCAGGCTCTAACCCGCTGGATGCCTCTTCGGTTCACCCGGAAGCCTATCCGGTTATCGATACAATTGTTGATCGTACTCAGGTGGCAGTGAACGATCTCATCGGTAATACCGACTTACTGCGCAAATTAGCGCCAGAAGACTTCACCAACGATGCGTTTGGTTTGCCAACGGTAAAAGACATCCTGAAAGAGTTAGATAAACCCGGTCGTGACCCGCGCCCAGAGTTTAAAACGGCCTCTTTCAAAGAAGGCGTTGAAACCATTAACGACCTGACTCCAGGCATGATTCTGGAAGGTGTGGTGAGTAACGTTGCCAACTTCGGCGCATTCGTGGATGTGGGTGTACATCAGGACGGCCTGGTGCATATTTCAGCCCTGACCAACAAATTTATTTCCGACCCTCGTGAAGTGGTGAAGGCCGGAGATATTGTGAAGGTAAAAGTGCTGGAAGTAGATGTTCAGCGAAAGCGTATTTCGTTCACCATGCGCTTGGACGATACCCCGGCTCCTGCCGCTGAAAAGCGCCAGAGCGGCGCCGCAAAACCAGCCGGCAAACAAGGCAAGGGTCGTCAACCTAACCGCAACGGTGGGGGTAACAATCGTCAGGCGCAAGCGCCAGCCAATGCCGCGATGGGTAATGCGTTCGCCGATGCCTTTGCTAAGGCTAAGCAAAAGTAA	MIINKIAEELAVNPNQVQAAVSLLDEGSTVPFIARYRKEATQGLDDTQLRNLEQRLTYLRELEDRRSVILKSIEEQGKLTDALKKDITSADSKTTLEDLYLPYKPRRRTKGQIAIEAGLEPLADKLFNDPTLTPESEAEAFVSAENGVADTKAALEGARYILMERFAEDAALLGKIRHYLNDNAFVTSTVAPGKEQEAIKFKDYFAHQEKLKSVPSHRALAMFRGRNEGMLHIQLNADPQNEDATAPSHCEFIIAEHYGISDKGRPADAFLKQVVQWTWKIKIALHMETELFSGLREQAEEEAISVFAKNLNDLLMAAPAGAKTTMGLDPGLRTGVKVAVVDKTGKVVATNTIFPHAPQNAWDKSMRTLINVCKQHKVELISIGNGTGSRETDKLVGEMLKAAPELGAQKIMVSEAGASVYSASELASKELPELDVSLRGAVSIARRLQDPLAELVKIEPKAIGVGQYQHDVSQSQLGKSLDRVIEDCVNAVGVDLNTASPALLSYVSGLNRTLAQNIVAFRDNNGAFPDRKALLKVERLGPKAFEQAAGFLRITAGSNPLDASSVHPEAYPVIDTIVDRTQVAVNDLIGNTDLLRKLAPEDFTNDAFGLPTVKDILKELDKPGRDPRPEFKTASFKEGVETINDLTPGMILEGVVSNVANFGAFVDVGVHQDGLVHISALTNKFISDPREVVKAGDIVKVKVLEVDVQRKRISFTMRLDDTPAPAAEKRQSGAAKPAGKQGKGRQPNRNGGGNNRQAQAPANAAMGNAFADAFAKAKQK				NA	NA	NA	NA	NA
AK237_02810	2589	rcsC_9		Sensor histidine kinase RcsC	ATGTCGGCTTTCTTGCTTTTATGCCAAGGTCTGCATAAATTTAATAATAACATTCAGGACAGGCTATATGTCACGGTGATCTCGTTAACATCAATCTGGCGCCCTTGGGTTGTTGCGCTCTGGTTCTACAGCCTGACAGCGTCTGCCAACATCACATCAGAACTTGCCGAATTTGAAGAAAGGCTTAGGCACGAAACGCCAATGCCAGTCGGCGAAGTGCTTGAGGACCTTGAGTCCCGGCTGCTCAACAAAACCTTCTCCAATGAAGAAAAAGCCCGTATGGCTGCACTTTATGTCGTATACATGTTGAAGATTCATCAGTCTGCCTCTGAGGAAGTCATCAAGGTGTTGGAGTCGGTTTCACAAGACAATAAATTCGGACCGCTTGTCCGCGTTGGACTGGCACGCATGTATGGCATCAATGCCGAGTACAGCAAAAGCTACTATCTGTTTGAAGGACTTCTGAAACAACCCTCGCTATCCCCTGAAACGCGCGCCATGGCGATTGCTTATCTTATTGTTACCTACAGCGAAAATCAGGTATTTGCATCGAACGCACGCCTTATCAATACACTGAGTGAACTTATCTTCAGTAACCAACTTGAGAAGCTTTTACCTCTGCATAATTACATGGTTGCTGACTACTACCATTCCATTAATTCGTTGGACATCGCGCTAGAGTATTACGGCAAGTCTCTCGCTGGCGCTAAGGAGCAACAGGATTGGTTACTGGTCAGTGACAACCTGTATGACATAGGTATTCTTCATCGAAATCGAGGCGAGTACGATACGGCGATACACTATTTCCAACAGGCTGAAGCCAACGACAAGAATATAGATATTAATTACTCGGAATATCTTGCTCTTTACGGCATGACGACCACCTATTTTAATGCCGGACAGTACGAGCTTGCCTTACCCCTCTCAGAGCGGGTGACGTCACACCCGCTAACATCGGCATTTTACGACACGGAAATATATAAATGGCGTGCAAAGGCATTTTTAGACTTAAAACAGTACGACGATGCTATTGCATCGCTAAATATAGCTCGCCGGATGTACGATGAAGACAGAAATGCAGAGCAAACAACATGGCGGGCAGAGTTAGAGCAAATTGCCGCCCACATTACGGCTGCACAGGGAGATTACAAAACCGCATTCGCCCAGTATGAGCAGTTCCACGAAGATTACCTAGATGCAAAAAAATACGAAGATCTTGAACTGATTGAAAGTGCGAACCTGGTTCATCAAATAGAGCAAGAACGCGAGAAGGCAAGTGAGCTGGAAAAAGAAAATGAAGCAATTTCTGCACTGCTCATAGCCAGAGAGGCCGCACAGACTACCCAGCAACGCTATAACCGGTGGCTTATCGTCGTCATTGCGTTAGGTATCGTGACGCTTATCATTATTCTGTATCTACTGCGTAAATCTAAACACACAAACCGGCTATACGCCGAGGCAAAATCGAAAGCTGAGTTACAAGACAAGCTCAAAACCGAATTCCTTTCCAATATTAGCCACGAAATTCGCACGCCACTAAACGCAATTATTGGCTTTGGGCAGGTACTTACTGAAAAACTGGATAATCCGCAGCACAAACGGCTTACCAGCCAGATTGTCAACTCATCTGAAATGTTACTTCAGATAATCAATGACTTACTGGACTTCTCTAAAATTGAAGCTGGCAAGCTGGTGCTCGATACCGAACACTATAATATTCGCCATAGCCTGCGAAAGTTAGCAGATATCTTCCATGCTCAGGCCAAAAACAAGGGGCTCAAACTGGTTTTCTCTGTTGATCCTGAGATCCCACCAGTGCTGATTTTTGATGAACTCAGATTTAAACAAGTGCTGGCCAACCTGATCAGTAATGCGATTAAGTTCTCATCAGCAGGAAGAATAGAAATAAGGCTACAACTGCTCAGAATAGACGAGCAATACTGCACCTTTGAGGCAGGCGTTAAAGACAGTGGCATCGGGATCAGTGATGCGCAGAAAGAAACATTATTTCAGCCCTTTGTTCAGGCCGAAAGCTCTACAGCACGAAAATACGGAGGCTCGGGGCTGGGCCTGCACATCTGTAATCAGTTGTTGTCACTGATGGACTCGAAACTGGAACTTCAAAGCGAAACCGGAAAAGGGGCTGATTTCTTTTTCGTTCTGACTCTGCCTTACACAACCCAAATTAAGCCTGTAAAACCCGCAGCCAGGTTTTCTGACAAGACCTTTACAGGGCAGCGGCTACTGCTGGTGGAAGATAATGATATTAACGTGGAAGTGATTCTTGCTATGCTTGCTAACACTAACCTGCAAATCACTCGCGCCACTAACGGGCGGGAAGCCGTACAAAAAATGGTGGACAACACATTTGATGTTGTCCTTATGGATATTCAGATGCCGGAAATGGATGGGTATGAAGCGACACGACACATCAGACGGCAGATGGGTATTAAAACGCCTGTGATTGCCTTAACAGCCAATGCCATGAATCAGGATATTGAAGCCTGCCATGCTGCTGGCATGAATGACCACATCAGCAAACCGGTTCAAAAAGACACCTTACTGGAAACAATCAAAAAATATATTTAG	MSAFLLLCQGLHKFNNNIQDRLYVTVISLTSIWRPWVVALWFYSLTASANITSELAEFEERLRHETPMPVGEVLEDLESRLLNKTFSNEEKARMAALYVVYMLKIHQSASEEVIKVLESVSQDNKFGPLVRVGLARMYGINAEYSKSYYLFEGLLKQPSLSPETRAMAIAYLIVTYSENQVFASNARLINTLSELIFSNQLEKLLPLHNYMVADYYHSINSLDIALEYYGKSLAGAKEQQDWLLVSDNLYDIGILHRNRGEYDTAIHYFQQAEANDKNIDINYSEYLALYGMTTTYFNAGQYELALPLSERVTSHPLTSAFYDTEIYKWRAKAFLDLKQYDDAIASLNIARRMYDEDRNAEQTTWRAELEQIAAHITAAQGDYKTAFAQYEQFHEDYLDAKKYEDLELIESANLVHQIEQEREKASELEKENEAISALLIAREAAQTTQQRYNRWLIVVIALGIVTLIIILYLLRKSKHTNRLYAEAKSKAELQDKLKTEFLSNISHEIRTPLNAIIGFGQVLTEKLDNPQHKRLTSQIVNSSEMLLQIINDLLDFSKIEAGKLVLDTEHYNIRHSLRKLADIFHAQAKNKGLKLVFSVDPEIPPVLIFDELRFKQVLANLISNAIKFSSAGRIEIRLQLLRIDEQYCTFEAGVKDSGIGISDAQKETLFQPFVQAESSTARKYGGSGLGLHICNQLLSLMDSKLELQSETGKGADFFFVLTLPYTTQIKPVKPAARFSDKTFTGQRLLLVEDNDINVEVILAMLANTNLQITRATNGREAVQKMVDNTFDVVLMDIQMPEMDGYEATRHIRRQMGIKTPVIALTANAMNQDIEACHAAGMNDHISKPVQKDTLLETIKKYI	PGPT0004750_249	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-QUORUM_SENSING_REGULATORS	CE-QSR-QUORUM_SENSING_REGULATED_FLS,PGPT0004750-aoxS-K20974	NA	NA
AK237_02811	864			hypothetical protein	ATGAATATTGTCACGCCAGTACCAACCACGCTAGTGTTCACCACCGCAAATGTGAATACTGAGGCAGCGCGTCGTGATAATTTACTGAAGGAAACCATTCCTGCCTCGAAAGATGCCGATCAAAGTGCGTCTGAGCAAGGTTTGGGTTCTGAATCAGACCGCGCAAGACTGCCCGGTCAGAAGCCGGCTCCCGTTACCTATGAGCGTCCGCAAATTCAGGTTGATGCCCGCGCTGATGCATTGCAGCAAGGTGACAATGTGGACAACCCTGAAACTGGCACTGATAACGCCAATCAGGAAAGCGCAGGTAAAGAATCAGCGGAAGAAAAGCAGCAGCAACAAGCGCAGCAGCAGGAAGTCGATGATTTAAAAGCCCGTGACCAGGAAGTGCGTCAGCACGAACAGGCTCATGCGGCTCGCGGTGGGCAGTATGCAGGTTCCCCCCAATATCAGTATGAAAGCGGGCCTGACGGTAAGCGCTATATTACTGACGGCGAAGTCAGTATTGATGTGTCTGAAGCTGAGACGCCTGAGCAAACTGTGCAGAAAATGGAGCAGGTGCGCGCTGCCGCTTTAGCGCCAGCCGAGCCGTCAGCGCAGGATCTTAAAGTAGCAGCAGAGGCATCGCGCAAAGCAAGTGAGGCTCGTCAGGAGCTATCATCTGCGTCTCCCTTAGGCGCGCCCGAAACTGAGGAAAGCGGCGGTGCTGATGCATTTTCAGTTGAATCAGCTGGCGACCGTTCGTTGGAAGTTGGCGAAGGATTTCAGCAGTCTTCAGCTATTCAGTCACGGGTCGGGATCATTCAACAATTCTATCAAACAACGGTTACCCCCAAAGCCGGTGGATTTTCTGCCAGCGCCTAA	MNIVTPVPTTLVFTTANVNTEAARRDNLLKETIPASKDADQSASEQGLGSESDRARLPGQKPAPVTYERPQIQVDARADALQQGDNVDNPETGTDNANQESAGKESAEEKQQQQAQQQEVDDLKARDQEVRQHEQAHAARGGQYAGSPQYQYESGPDGKRYITDGEVSIDVSEAETPEQTVQKMEQVRAAALAPAEPSAQDLKVAAEASRKASEARQELSSASPLGAPETEESGGADAFSVESAGDRSLEVGEGFQQSSAIQSRVGIIQQFYQTTVTPKAGGFSASA				NA	NA	NA	NA	NA
AK237_02812	333			hypothetical protein	ATGTCGAGTATTATTGGTAATAATATCAATTCGGCGATCGTGTCAGGCATGAGCGGTATTCAAAATGCCTATCAGGGTATGACACAGGCTTCCGTTAATTTGGCGCAGCGTGCTGCGCAAACCAGCGTCGAGTTAAATGGCACCGGTCAGGTGTTGTCGAACGCATCGCTGAATAGTTTATCTAACATCCGCAACACCTTACCTACTGGAGGTGATAGCCTGACGTCAGACTTAATGTCGTTGCAGTATCACAGAAACAATGCGCTTGCTTCTGCCAAGGTAGTCGATACCGCATTTGATACTGTCGGTACCATTATCGATACGCTGACTTAG	MSSIIGNNINSAIVSGMSGIQNAYQGMTQASVNLAQRAAQTSVELNGTGQVLSNASLNSLSNIRNTLPTGGDSLTSDLMSLQYHRNNALASAKVVDTAFDTVGTIIDTLT				NA	NA	NA	NA	NA
AK237_02813	6138			hypothetical protein	ATGAAACTCACAAAAATAGCCACCGTAGTGAGTGGCGTGATGCTGCTAACCGCTTGCGGAGAAAAAAGTACAACTAACGTAACATTGCCACCCGATCCGGCGTTAACCGGTGTGTTTGTTGACAGCCCGGTTGCCGGCCTGGGATACCGTTCTGAATCGGTAAGCGACGGCACAACCAATGCTGACGGAGAGTTTTCGTATTTCCGTGGTGAACAACTGACTTTCTTTATCGGTGATCTGGTTTTTCCGGATGCACCGGCCTCCAGCGTGATTTCGCCGCTGGACTTATTCGCTACCGACAACGCGTTTAATCAGTCGGTGGTGAACACACTGCGCTTATTACAATCACTGGATACCGATGGTGATCCGTCAAACGGAATTACCTTAAGCAGCAGTGCAGCCGCGGCAGCAGAAATGTTACTGGGGGATGGCGAAACCGCACAGGATTTCTTTGCCCAGTCTGATACAGACTTTGCGGCTGATGTGGAAGCATGGCTGGGTGCTGCGGGCGGTGCAAGCAGCACCTTAATCAGCAAGTACGAGGCGATTACCCATTTCGTGAATTACCTGGAGACAGAGCGGGGTACGCTGTTTCCCAATACCTTCGATGTGGATTTATTCACCGGTTCGGTTTATGCACCGGTGCGAAATGGTCGTACGGTGACGCAAACGACATATAATTTCACCCCTGCGGATGAGACCAACGTAAACGGCACCTACACACAAACTCTGGAAGACGGGGAAGTCAGCGGCGAATACCATTTTGCTTTCGGACGTAAAGTGTTGGTACTCACATCCGGTGACAGCGAAACCTATCTGATATCCCGCGCGTTCAACACCGTTAATCAGGTTTACAGTCTGTGTCAGGGGGAAATGACCACTGACGGACCGTCGATGGTGGAGTTAGTTGAGCAATGTCTGGCTGAAGACGATCCTATGAGTGCCGTATTTGCATTCAGCGAATCTCAGGCGCAGGCAGAAAACGAAAGGTTGGTGGAAGCCGCCAATGCTGTTCAGGCGGCGCTGGAAGAGAACTTCGATACCGATACTGCCACCTTCTTCTCTTCATCCTACAAGCGTTTGTCTGATGATCCGGATTCCGGCCCGCTTTATGTGAAAACCGGCGGCAGCCCTGTTGTTGATCCTGCTACCGGACATCTTATTTTAGAAGGTGATCGATTCAGTATTGGTAATGCGGCGGCAAATCCGTTAGCCAATACCTCAGCTTCTGACACCGTGGGCACGGGTATTTATAACCTCAGCGAAGGTTTCACCATCAGTTTTGATGTTATCGCCAATAACGGCGCAGGCTCATTCTCGTTGTATGTGGATAACAATACCACCGGACAGGACAATTCTGTTCACGGTGCTGCAAGTAAGTTTGTCAGCATTGGTCTGGACGGCGACGGTTTAGCGCCGGGAACCCGCTTCAGTTATACCTATGAACCGGGCGCGGACGTGAATGGCGGCGATCCAACTGCAGAGGATGCGAAGATTCTCAACGCGGCTGTGACCAACAGCTTCTTCCAGTTACGCACAGACTCCAGTGCGTCTATTACGCTGGATAATTTACGTATTGAAACGGTGGCTGGTGCAGTCGAACCCGTTGAGCCCGAAGAGCCGGTGGAACCGGAAGAGCCAGAGGTACCGGTGACCATTCCGCGGGTAGACCTGCCACTTAACTATTCATTTGCCGGCACTAACGAGGATATTTTCTCTGTTAGTTTTTCCGCCGCCGAAAATGCTGCTGGTGAATCTGTGCCTATGTTCGTCAATACCGGTGGTTCTGTGTCCCTGGTCGAAAACGGCATTCAGCTGGATGGCGGCCGGTTTACACTGGGGAATATCGATCCGGACAACCTGAGTGCGCCAGACAATACTACTGCCAGCGGTGCGCTGGACTTGAGTCGTCCTTATAACGTGGTGTTTGATGTCGTGTATGTGGAAGACAGTGAAGGAGACAACAAATTCCAGATTTATGTCGACAACAATACGTCAGGCAGCGCCAACTCTTATCTTGGCGGTGATTCACGGTTCTACAATGAGCTGGTTACCTCACTCACTGCTGGCACTACGTTGACTGTACCTGGGCAGATTGCCAGTCAAAACTCCTATTTGCAGTTCCGTACTGAAAGCGGCTCAATTGTTGTTATCGACAACATTCGTATTGAATACGTTCAGGCAAATACGTTGCTGGAAGAGAAATTTGAAACGGATGTCACCAGCCTGTTTTCTGCTGAATACAAAAGTACCGGTGGCGACGGCAGTGTGCCGTTTTACAGCGTTACCGGTGGTGGCAGCGGCCTGACCATCACCGACGGCGAGCTTTCCATCGACAGCGCGCGGTTTACGCTGGGTAATACCACGCCGGATACCGACACTACCGATGCGGATACCGTCACAACAGGTGTTCTGGATTTAAGCCGTGAGTACACCATCAGCATGGATATCGTGTCTGTTGAAGATACGGAAGGAAACAACAATTTTCTGATTTACGCAGACAATAATACGAGTAGCGGAAGCCAGTCTGTTCATGGTGATGCCTCGAAGTTCTTCAGCCAACCAATTACCGGTTTTACACCGGGTGAGCGGCTTACTATAGATGGTTTTATCGCAACATCGTCTTCGTTCCTGCAATTACGCACAGAAAGCGGGGGCAAAGTGGTGATTGATAATCTGGTGTTGTCGTATACCGGTGATGCCGCGACGCCGCAGGTATTCAGTTGTGACAGCGAGCCTGATCTTTATTTCTGCGATGATTTTGCTGGCAGCTCGATGGACAACCTAAACCTGCTTTCTAATATTGAGGGCAGTAACGGGCCTCAGGGGGTATTCGATATTCTGGATGATGACGGCAATAACGTACTGCGTTATACCGCCGGCGGAGAGGGCGGTGAAATCCTCCTGCTGACTGACGCGGCCATGGCCGGTGTGCCGGATTCCGGCGATTACTTTGTTGAAGCCCGTATCCGACCCCGTCAGAACAGTACCACCCGGAATAAACAAATTTTCTTGCTGGGACGTTACGACAGTGCCGGAAACTGGTATGGCGGCGGTCTGAATGTGCAGAACTCCTCTTCCAGCACGCAGGTGGAAGTGGCAACCAGCACCGGTGGCAGTATTTCCCGTCCGGTACAGAAGAAGTCGCCGGTTTTGCTGGGCGAGCAAGATGGCACGGACGGTACCTGGTACCGGGTGCGTTTTGAAATGCAGGGTGAAAACCTGACTGTTTATCTTGATGGCGAAAACATGGGGACGGCGGCAGACAGCCAGTATTCCGCAAAAGGCCTCATGGGTATATTCACCAATAACCGCTCATTTGAAATCGATGATATTAAGATTGGCGACCCTACTATTAAACCAGTACAGCTGACGCTGGATTACAAAGAATCAAACTGGGAAACCACCACCAGCGCCGACTCGCTCTATGTGTATGTGACGGCGGTGCAAAATGACGGTGTAACCGACGACACCTTTACTGCCACAAGCAGTAACCCAAGCGTGGTAGCCATAGAAATAGATGGCCCGACAGTGGTGCTGACACCTGTGGCAGCCGGTTCTGCCACGGTAACGTTTACTTCAGGTTCAGACAGTACGCTGGTTAAAACCATCACCGTAGACGTAGCTGAAGGTTTTGTGATGCCGGCAGGCGCGTATGGCAGTCTCACCGGTGACACCGTGCCTTACGCCGGTAAGCAAAACGCCCACATCGATACGTCTCTGGCGCTGACATTTGATGATGTGCCCGTGTTAGGGGACGTGGGTGAAATCCGTATTTACGATGCCAGCGACGATACTGTGGTTGATGTGATTAACGTAGGTGTGGACGAAGACTTTATCGGTTACGCCGGTCAGGAACGTCAGCGTAAAGTGTACTACCGCCCTGTTCAGGTAGACGGCAATACGTTGCTTATCAAACCCCATAATCATGTGCTGGAGTACGGCAAAGACTACTATGTGGCGATTGGCGAAAACGTTGTAACCAGCGGAACCCTTAACGGCGAAGTGTTCACCGGGCTGGGTAAAACGTCCGGCTGGACATTTACCACCCGCGAAGCTGCACCGGAAGGGAATGCGCTGGTGGTAGATGACGATGGTGAAGCTGACTTCAGAACCGTGCAGGGCGCGCTGAACTACGTGATGCAGAACGTACCTTCAGATGAAGCCGCCACTATCACCATTATGGCCGGTGATTACGAGGAAATGATGCTGCTGCGGGACCACGATAACGTCACCTTACAAGGGGAAGATCGTGACAATACCGTGGTGTATTACAATAACTTTGAAAGCTTCAACAGTGGCAGCGGTAAAAGCGAAGCGCCAGGTGCAGGCACACCGTCAGGAGGTCGCAGTGTCTTCCTAATTGAAGGTGTTGATAATCTGGTGCTGAATAACTTTACGCTAAAAAACAGCCATATTCGCAGCAATGAATATTCCAATCAGGCTGAAACCCTGTATTTCAACAGTGATGGCCGGTTAACGGCAAACAACATGAACTTCATCAGCGAGCAGGATACGCTGCTGCTGAAAGGCTTCAGCTGGTTCTATCAATCGCTGATTGCCGGCAATGTGGATTTCATTTGGGGCTATGTCGATACCGCGCTGTTTGAAGATAGCGAGATCCGCACTATCGGGGATTCCAAAAACGGCGATCCCAATGAAGATACCTCCGGCGGCTATGTGTTGCAGGCCCGCGTACCGGACATTAATAATAAAGGGTTTATTTTCTTAAACAGTGAGTTTACCCATGGTCCGGGGCCTATCGGTAACAATGTGCTGGATAACTCCACCTACATCGCCCGCAGCGGCGGTAGCAGCGAGTATTTTGATAACATCACGCTGATCAATAACCGCTTCGATACTCACATTGCGGATATCGGCTGGGCCGGTGAAGGCATTAACAGTCAGCCTGCGTCTAACCCCAATCCGGCAACGGCGTCAGCCGGCTGGCGGGAATACGGCAGCATGGACATGCAAGGCAATCCGCTGGATCTCTCGTCCCGTCAGTTTGGCTACGTGCTGTCTGCCAGTGACGTAACGGGACTAACCGACCGAGACAGTATTTTCGCTCACTATAACAACAATGAAGGCTGGACACCGTCGCCGATAAGCGCACCGGTTATCGCCCCTGAACCAGAGGCATTAGCCAACGGCTTTGCGGCTTATAACTACACGCTCACCGGCGGTGCCGGTGGTACGGTTGTTACCGTAGATAACGGCGCTGACTTACAAGCCGCACTGGATACCGCTGCATCAACCAATACGCCGGTGACCGTGTATGTAGATGGCGTAATCACCGATGCCAACACCGGTGGTACCGGTAGCCCCATTGAAGTTCGTGATATGAACGATGTGTCCATTATCGGTGTGGCCGACCGTGGCGAGTTTGACGGTATCGGCATTCTTATTAAGCGCGCAAACAATGTGATTATTCAGAACCTGAAAATCCATCACGTGCTAACCGAAGGCAAAGACGCCATTGCTATCGAGGGTGACAATGACGGTTCGACAACCAGTAATATCTGGGTTGATCATAACGAGTTATACAGCACGTTGTCGGTGGATAAAGACTTCTATGATGGTCTGGTAGACAGTAAGCGTGGCGCGAAAAACATCACTATTTCGTACAACTATCTGCATGATCACTGGAAAGCATCCCTGCATGGTCATACCGAAAGTGATACAGATAGTGATAACACCGATCGCTTTATCACTTTCCATCATAACCGTTTTGAAAATATTGAGTCCCGTTTGCCGCTGTTCCGCTACGGCTACGGACACCTGTACAACAACTACTACAACGGTATTTCCTCAACGGCCATTAACTCGCGTATTGGTGCAGAACTGCAAATCGAAAACAATGTGTTTGAGCAAACGCAAAACCCCATTGTGTCGTTCTATTCTGACGTCATTGGATACTGGAACACCGCCGGAAACGTGTTCGGAACCGGTGTTACCTGGACTGAACCCGAGGCAGGTGATGTATCAGCCGGTCCGGACGCCGAACCGACTTCCAGTTACACCGTACCGTACGATTACACGCTGGACGATGCGGATTCTGTGAAAGTGAGAGTCATTAATCATTCCGGAGTGGGAAAAATTACTCAGGACGCTGAAGCGATTCCGTCAATAGATTAA	MKLTKIATVVSGVMLLTACGEKSTTNVTLPPDPALTGVFVDSPVAGLGYRSESVSDGTTNADGEFSYFRGEQLTFFIGDLVFPDAPASSVISPLDLFATDNAFNQSVVNTLRLLQSLDTDGDPSNGITLSSSAAAAAEMLLGDGETAQDFFAQSDTDFAADVEAWLGAAGGASSTLISKYEAITHFVNYLETERGTLFPNTFDVDLFTGSVYAPVRNGRTVTQTTYNFTPADETNVNGTYTQTLEDGEVSGEYHFAFGRKVLVLTSGDSETYLISRAFNTVNQVYSLCQGEMTTDGPSMVELVEQCLAEDDPMSAVFAFSESQAQAENERLVEAANAVQAALEENFDTDTATFFSSSYKRLSDDPDSGPLYVKTGGSPVVDPATGHLILEGDRFSIGNAAANPLANTSASDTVGTGIYNLSEGFTISFDVIANNGAGSFSLYVDNNTTGQDNSVHGAASKFVSIGLDGDGLAPGTRFSYTYEPGADVNGGDPTAEDAKILNAAVTNSFFQLRTDSSASITLDNLRIETVAGAVEPVEPEEPVEPEEPEVPVTIPRVDLPLNYSFAGTNEDIFSVSFSAAENAAGESVPMFVNTGGSVSLVENGIQLDGGRFTLGNIDPDNLSAPDNTTASGALDLSRPYNVVFDVVYVEDSEGDNKFQIYVDNNTSGSANSYLGGDSRFYNELVTSLTAGTTLTVPGQIASQNSYLQFRTESGSIVVIDNIRIEYVQANTLLEEKFETDVTSLFSAEYKSTGGDGSVPFYSVTGGGSGLTITDGELSIDSARFTLGNTTPDTDTTDADTVTTGVLDLSREYTISMDIVSVEDTEGNNNFLIYADNNTSSGSQSVHGDASKFFSQPITGFTPGERLTIDGFIATSSSFLQLRTESGGKVVIDNLVLSYTGDAATPQVFSCDSEPDLYFCDDFAGSSMDNLNLLSNIEGSNGPQGVFDILDDDGNNVLRYTAGGEGGEILLLTDAAMAGVPDSGDYFVEARIRPRQNSTTRNKQIFLLGRYDSAGNWYGGGLNVQNSSSSTQVEVATSTGGSISRPVQKKSPVLLGEQDGTDGTWYRVRFEMQGENLTVYLDGENMGTAADSQYSAKGLMGIFTNNRSFEIDDIKIGDPTIKPVQLTLDYKESNWETTTSADSLYVYVTAVQNDGVTDDTFTATSSNPSVVAIEIDGPTVVLTPVAAGSATVTFTSGSDSTLVKTITVDVAEGFVMPAGAYGSLTGDTVPYAGKQNAHIDTSLALTFDDVPVLGDVGEIRIYDASDDTVVDVINVGVDEDFIGYAGQERQRKVYYRPVQVDGNTLLIKPHNHVLEYGKDYYVAIGENVVTSGTLNGEVFTGLGKTSGWTFTTREAAPEGNALVVDDDGEADFRTVQGALNYVMQNVPSDEAATITIMAGDYEEMMLLRDHDNVTLQGEDRDNTVVYYNNFESFNSGSGKSEAPGAGTPSGGRSVFLIEGVDNLVLNNFTLKNSHIRSNEYSNQAETLYFNSDGRLTANNMNFISEQDTLLLKGFSWFYQSLIAGNVDFIWGYVDTALFEDSEIRTIGDSKNGDPNEDTSGGYVLQARVPDINNKGFIFLNSEFTHGPGPIGNNVLDNSTYIARSGGSSEYFDNITLINNRFDTHIADIGWAGEGINSQPASNPNPATASAGWREYGSMDMQGNPLDLSSRQFGYVLSASDVTGLTDRDSIFAHYNNNEGWTPSPISAPVIAPEPEALANGFAAYNYTLTGGAGGTVVTVDNGADLQAALDTAASTNTPVTVYVDGVITDANTGGTGSPIEVRDMNDVSIIGVADRGEFDGIGILIKRANNVIIQNLKIHHVLTEGKDAIAIEGDNDGSTTSNIWVDHNELYSTLSVDKDFYDGLVDSKRGAKNITISYNYLHDHWKASLHGHTESDTDSDNTDRFITFHHNRFENIESRLPLFRYGYGHLYNNYYNGISSTAINSRIGAELQIENNVFEQTQNPIVSFYSDVIGYWNTAGNVFGTGVTWTEPEAGDVSAGPDAEPTSSYTVPYDYTLDDADSVKVRVINHSGVGKITQDAEAIPSID	PGPT0018225_4	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-TYPE_I_SECRETION_SYSTEMS	CE-T1SS_SECRETED_PROTEINS,PGPT0018225-pel|plyB-K01728	NA	NA
AK237_02814	2967			hypothetical protein	ATGAGAGTGTTTAAATGGACAGCTCTGGCAGTGGCGATATCTTCAGCGCTGCCGGCTCTGGCACAAACCACAGACACGGAACAGACCAAAACCAATCAGCAAGCCGCTCAGCAAAGTGAAAGTCAGCCCACAGATAATACGGCACAAGACAGCGACATCGAAATTGTTGAGGTTAAAGGGGTTAAGCAAGCCGATCTGAAAGCCCGTGATTTAGAACGGATGAAAAACGGCTTCAGTTCGGTGATCTCAACCGATGACCTTGGTAACTTTGTTGATCAGAACGTCGCGGAATCTTTACGACGCTTGCCGGGGGTTACCCTGCAACGTTCAGAAGGTGAAGGTAAATTTGTTACCGTGCGGGGCTTAGGGCCGGGCTTTGTCTCCGTGAACATGAACGGTTCGCAAATGTCTGGTGCCGGGGAAGAGCGTAAAGTGGGTCTTGATGCCCTGCCCGCCGACCTGCTCGGCACCATCGAAGTGCTGAAAACCTTAACGCCGGATCAAAACCTGAACTCTATCGGCGGTACGGTAAATGTTAACGCTATTTCTGCATTCGATCGTGGTAAAAATACGCTTAAAATGCGGATCCAGGATGCTTACTCTGAAAACCGTGAAGAGCACTCCCCCAAATTCAGTTTTGACGGTACACAATTCTTTTTAGATGAAACCCTGGGTATAGGCTTTGCCGTTTCTCATGAGGATCGTAAAACCCTGATTGATGAAACCCGTCATCACAGCACCAATGAGATGAAGTTCTACACGGCGGACTTGGGGAAATCCGAAGAAGACATTGCTGCCGGAGACGAAATTCTTGCGCCCTCACAGCTGGAGTATCGTCGTGAAGTCGCAGGCCGCACCCGACAGGCTGCGGCGCTGAATATTGAGTACAAGCCAAATCCCGATGCTTATTACTTTGCAAAAGGTACTTACACCCAATTTGAAGATGACGACCTGGCTTTGCGGGAATTCTATGATTTTCAGGATGCCGGTTCTGTGGGTGACGGTGAAATCGTTTACGTTAATGGTGACACCAAAGAGTTTATTCTCAGTGATATTGATGTTTTCCATCAGCAATTTATTCAGGAAAGTGAAAATAAAACCATTACGTTCAGCTTTGGTGGTGAAAACCGCATAGCGGAAAGGTTCGTGCTGGACTACGAATATGCGCAGTCTCGTTCTGAAGAAGACTCCCGCGGCGACCGCCGGGTGCAGTTCCGTGAGCGAGATTTAATTGTCTATGGTCAGGGATTGCGGGATAACATTCGCGCCCGGGTGCTATCGCCCTCTGAAGCAGCAGAAATAGCCGGGCTCACCTACGACCCTGAGGACAGTATTTTTGGTACGTCTGGCAGTGGCGACGGCTCAGCGTTGTCGAATTATGAATTCGACAACTTGTTTTTAGAAGATGGTTTGCGTACCGACGAAATCAAAACCGTCAATCTTAATCTGCGCGCAGATGTGTTTAATGATTGGCTTAACTACGTGAAAATAGGTGGTCAGGTATCCCAGCGGGATCACGTGCGGGACAAAGACCGCTGGAGTTTTGACCCCTCAGCCAGTGATTGTAGCGATGATGCCTGTATCACCGCAGTTAATTCTACTCTGGCTGATTACGAAAGCAGTATTCCGGCAGACAGTCAGTTTCAGCTTCCCTTTGAAAGTCGCGCAACCGTTGATGATATTGTGAATGCAACACGCCAGACTGTGGCTGTTGCAACCAACGATGAAGTCTCTATCGAAAGCACAAAAGGGGATTACAGCATTGTTGAAGACACCAAAGCCATTTATGGCATGGTTGAATTTCCCATCGGCATGGATGCCACCCTTATCACCGGTGTGCGTTGGTCCGAAACTGAGTTTTCTTCCACCGGTTATATGTCGCTGGAAAATGATGACTTTGAGTTTAACGGTGCCGGCGCCGGTGCACTCGATATTGCGATCCCTTTACCGGAAGCTTCCATCACCTACAGCGAGTTTTTCCCCAGTGCACACTTAAAGTGGGAAGCCTCTGAAGATATTCTGGTGCGTGCGGCGGTATGGACCAGCTTTACCCGTCCTTCGTTTAAACAGGCCCGTGCCTATGCGATTTTCGACAGTGATATTGAGCTTTGTCCGCCCGGCAGTGACGACTGTGATGACAGTCAGGGCGGAGCCTCACTACAGCAGTTGAGCCAGTATGTTCTGGGCTCAGACAATGCGCTGGATGTGGGGAATCCAAACCTGCTGGCGATGACGTCGGTTAACTACGATGCGTCAATCGGTTGGTATCCTGATGAAGATCTCTTTATGGAAGCCGCCATTTTCTATAAAGATATCGATAATTTCATTGTTGATGTGAACGGTATCGGCATGTCTATCGACAACCTGCCGCTCACGCTGCCTGTAAATCAGGTGACGGAGTTTGTGATCCCGCAGAACCTGTATCTCAACGAAATCAATATCACCATCAACGGCGATAAAGCCAAGGTGTACGGTATTGAGCTTAGCTACAACCAGTATTTCGACAATGGTTTCTTCCTGCAAAGTAATGCCACATTACTCGACAGTAAAGCGACCCTCGACAGTTCGATTCGTCAGGGCAGCGTGGCGTTACCCGATCAGGCCGACACCACGTTTAACCTGGTGGTAGGCTGGGAAAGCCAGTCATTCTCCGCCCGTCTTATCGGTAATATCCGCTCGGATGTCCTTGAGCAGATTGGCTCCTGTCCTGGTTCGGCTTCGCTGGATGATGCCAAGTCCTGCAAAATCTGGGGCGATCAGTATCAGGCCGATGTAAAGAGCCTCGACTTTAAACTGCAATATGACGTCACCGACACGGTTCAGCTTTACTTTGACGCCATTAATCTCACTAACCAGGCTGACTTGCGCTACTTCCAGGGTAACGAGCAAAGCGGCGGCAATATTCTTTATCAGAAAGAAGAATATGGACGCAGCTATCAGCTGGGCATGAATGTGAAATTCTACTAA	MRVFKWTALAVAISSALPALAQTTDTEQTKTNQQAAQQSESQPTDNTAQDSDIEIVEVKGVKQADLKARDLERMKNGFSSVISTDDLGNFVDQNVAESLRRLPGVTLQRSEGEGKFVTVRGLGPGFVSVNMNGSQMSGAGEERKVGLDALPADLLGTIEVLKTLTPDQNLNSIGGTVNVNAISAFDRGKNTLKMRIQDAYSENREEHSPKFSFDGTQFFLDETLGIGFAVSHEDRKTLIDETRHHSTNEMKFYTADLGKSEEDIAAGDEILAPSQLEYRREVAGRTRQAAALNIEYKPNPDAYYFAKGTYTQFEDDDLALREFYDFQDAGSVGDGEIVYVNGDTKEFILSDIDVFHQQFIQESENKTITFSFGGENRIAERFVLDYEYAQSRSEEDSRGDRRVQFRERDLIVYGQGLRDNIRARVLSPSEAAEIAGLTYDPEDSIFGTSGSGDGSALSNYEFDNLFLEDGLRTDEIKTVNLNLRADVFNDWLNYVKIGGQVSQRDHVRDKDRWSFDPSASDCSDDACITAVNSTLADYESSIPADSQFQLPFESRATVDDIVNATRQTVAVATNDEVSIESTKGDYSIVEDTKAIYGMVEFPIGMDATLITGVRWSETEFSSTGYMSLENDDFEFNGAGAGALDIAIPLPEASITYSEFFPSAHLKWEASEDILVRAAVWTSFTRPSFKQARAYAIFDSDIELCPPGSDDCDDSQGGASLQQLSQYVLGSDNALDVGNPNLLAMTSVNYDASIGWYPDEDLFMEAAIFYKDIDNFIVDVNGIGMSIDNLPLTLPVNQVTEFVIPQNLYLNEINITINGDKAKVYGIELSYNQYFDNGFFLQSNATLLDSKATLDSSIRQGSVALPDQADTTFNLVVGWESQSFSARLIGNIRSDVLEQIGSCPGSASLDDAKSCKIWGDQYQADVKSLDFKLQYDVTDTVQLYFDAINLTNQADLRYFQGNEQSGGNILYQKEEYGRSYQLGMNVKFY	PGPT0003790_1237	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0003790-hutA|fatA|fct|foxR-K02014	NA	NA
AK237_02815	1317			hypothetical protein	ATGCCCCTACGATTTTTGTCACTGAGCTTTATCATTTTAACCATAGTGTTCTCCGTGAATGGCTATGCCGGGCCATCGTCGTTAGCGTTCGACGGCGCGATGGGGTTTGGCAAATACACGCAAGGTGGAAACAGTGGCAAGGTCGTGGTGGTCAGCAGTTTGGACGACAATGCAGTCAACCCCCAGGAAGGCACATTGCGGTGGGCAGTGAAGCAGCCATATCCCCGCCTTGTTGTATTTGCAGTCTCTGGCGTCATTCAACTCGAGAAAACCTTAGAAATTAAAGCCTCAAACATTACTATTGCCGGGCAAACGTCTCCGGAGGGGATTGTGATTGCGGGTGCCTCTACCTCCATTGAGGCTGACCAGGTAATTATAAGGCATCTCGCGTTTCGACCAGGTCATTTTATGCAGGAAGGTGATGCATTAAGTGCCAGAAACCAAAGCGACATTATTATCGATCACTGTTCGCTAAGCTGGGCAAATGACGAAGTCGGTTCGTTCTACAACAATACACGCTTTACCCTGCAATATAGCTTGCTTGCCGAGAGTTTGAATAACGCAGGTCACCACAAGGGACGACATGGTTACGGTGGAATATGGGGGGGAAGGAAAGCCTCTTTTCTGCGCAATGTGTTGGTAAGTCACATTAGCCGCAACCCCCGGTTGAACGGTTGGCGCCTTAAGTCGCCTTATCCGCAGGGCGAGGAATTTATCGATATGCGAAACAATATCATCGCCAACTGGCAAGATGCTTCTGGCTATGGTGGTGAAGGTGGAAAGGCAAATGTCGTGGCAAATTACTTTGCCCCGGGGCCGGCTACTAAGTCAGCACGCTTCTTCGAGTTATGGTCGGATGATCGTCCACTCACTCGCCTGTATATTCAAGATAACGTGATGCGGGATAAGGCAGCAATGTCGAATGACAATAGACAGGGCGTTAAGGTAAAAGGCGAGAAAAAGCAGTCAGAGCACGCTGTCAGCCTGAAACAAAAAAGTTTAGCAACGCAACCATTTGAAGTTGATGCGCTCGCTACATTAAACGAGAGAACATTATCCGCTGAAGAAGCCTGGAAGCTACTCATCGAGCAAGCAGATGTCGGGCGTAATCGTATGCGGGCACGCACTCAGCATGACTCTGTCGATACACGCATCTTGCAACAAATTCAAAATAACACCTTCCCCGTGAAAAATGGCATTGTCGACAGTGAGATGGAAGTGGTCGACTGGTCCGCCTACCGCAATGAATTCTCGTCGAATGAAGAATCCGCCTCACGGTTATCTGAGGATGCATGGCGAGAGTTAGCACTTCTCTGA	MPLRFLSLSFIILTIVFSVNGYAGPSSLAFDGAMGFGKYTQGGNSGKVVVVSSLDDNAVNPQEGTLRWAVKQPYPRLVVFAVSGVIQLEKTLEIKASNITIAGQTSPEGIVIAGASTSIEADQVIIRHLAFRPGHFMQEGDALSARNQSDIIIDHCSLSWANDEVGSFYNNTRFTLQYSLLAESLNNAGHHKGRHGYGGIWGGRKASFLRNVLVSHISRNPRLNGWRLKSPYPQGEEFIDMRNNIIANWQDASGYGGEGGKANVVANYFAPGPATKSARFFELWSDDRPLTRLYIQDNVMRDKAAMSNDNRQGVKVKGEKKQSEHAVSLKQKSLATQPFEVDALATLNERTLSAEEAWKLLIEQADVGRNRMRARTQHDSVDTRILQQIQNNTFPVKNGIVDSEMEVVDWSAYRNEFSSNEESASRLSEDAWRELALL				NA	NA	NA	NA	NA
AK237_02816	741			hypothetical protein	ATGGAACGTTACATTATTCCAAGCGTTTACCAAGCCATTCAGCTTTGCCGCACCCTCGGCGAGGCGGAATATGGTATGACGTCATTAGAGCTGGAAGAGCAGCTGAATCTGCCGAGATCGTCTGTTTTCAGATTGCTGAAAACCCTGTGTAGTGAACTGTTGGTAGAAAAGCGCGGTACCCGTTACTTTCTGGCTAATGGCCTGTACGGTATAGGAAGCGCAGCGCCGCGGCTGCAACGATTCCAGCGCATGATGGCAGCGCCCCTTGCTGCGCTTGTCGAGGATACTCGTCATACCGCCATTCTTTGCGTACCGGCAGACAATTGTGCTGTCGCCGTCGATGTATTTTCTACCCATAGCCAGGGACTTTCTGCGATACGTCCCGGAGTAAGGTTGTCGCTGACCGATGCCGCGCCGGGTCATATTATGCTGGCTTATCACGCGCGTTACCGGGACGAGAAAACACTGAATATTGCTGAGCTGGATGAGCGACGGGTGAGAAAGTTGGCCGCGCAAACTTGCACACGGGGCTTTGCTGTATCTGATGCGCCGTTCGGGCAAAGACGTTTGCTGTCGGTACCGGTGTTAGCAAGTGATGGTGAGCTACTCGCCATGCTGTGCTTAGAGTTGGACAGCGAAGGCGTGGATGCTTCCGGGCTCACAGATTGGGCGGCGCAATTAAAACCCATAGCGGCTTTGCCGGCCAAGCTATGCACCAATAATAAGAAGGAAGCAGGTTAA	MERYIIPSVYQAIQLCRTLGEAEYGMTSLELEEQLNLPRSSVFRLLKTLCSELLVEKRGTRYFLANGLYGIGSAAPRLQRFQRMMAAPLAALVEDTRHTAILCVPADNCAVAVDVFSTHSQGLSAIRPGVRLSLTDAAPGHIMLAYHARYRDEKTLNIAELDERRVRKLAAQTCTRGFAVSDAPFGQRRLLSVPVLASDGELLAMLCLELDSEGVDASGLTDWAAQLKPIAALPAKLCTNNKKEAG				NA	NA	NA	NA	NA
AK237_02817	798	bioH	COG0596	Pimeloyl-[acyl-carrier protein] methyl ester esterase	GTGTTAAATGCTAACGTTTCAGAAAAACTCGTCAGCCGTACCCGGGGTACAGGAAAAGATCTGGTTTTACTCCACGGTTGGGGAATGAACAGTGGTGTTTTCGAACATTTTATCCCGCTGTTAGAGAATGAGTTTCGCGTCACAACTATCGATCTGCCCGGGTTTGGTGAAAATAATGCCGTGTTACCCGATGCCCCTTATACGGTTGCGTCGGTGGCATCGATGATCGCGCCTTATCTGCCTCATGGGTGTGTGGTTGCTGGCTGGTCGCTAGGTGGGTTGGTTGCACAGCAGCTTGCTCTTGATCTTCCCGAGCACGTTGCCGGGTTAATCACCATCGCATCAACGCCTCGCTTCGTGAACGGGCCATGTTGGCCGGGTATCGATGGCGAACTGCTCGCGCAGTTCGAAACACAGCTAGCAAAGGACTATCATAAAACCCTGGAAAGATTCCTGGCAATTCAGGCTATGGGAAGCCAAACAGCCCGACAAGATATGAAAGCGATTCGTCAAAGTATTACTGCTTATCCGTCACCGGCAGAAAGTGCGTTAAAAGCTTCCCTTGGATTATTGTCCAGCGAAGATTTACGTGAGCAAATAGGCCGCATACGACAGCCCACCCTTCGCCTGTATGGGCGTTTGGATAGCTTAGTCCCTACAAGCGGGATTGACCGTATCTGCGAGCTTCATCCGCAAAGTGACACAGTGGTATTGCCCCATGCGTCACATGCGCCTTTTATCTCTCATCCTCAACAATCTGCAGATATCATCCGGCAGTTTCTCGTCACCGCCGTATAA	MLNANVSEKLVSRTRGTGKDLVLLHGWGMNSGVFEHFIPLLENEFRVTTIDLPGFGENNAVLPDAPYTVASVASMIAPYLPHGCVVAGWSLGGLVAQQLALDLPEHVAGLITIASTPRFVNGPCWPGIDGELLAQFETQLAKDYHKTLERFLAIQAMGSQTARQDMKAIRQSITAYPSPAESALKASLGLLSSEDLREQIGRIRQPTLRLYGRLDSLVPTSGIDRICELHPQSDTVVLPHASHAPFISHPQQSADIIRQFLVTAV	PGPT0022065_108	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	ROOT_COLONIZATION	ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_METABOLISM	ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_BIOSYNTHESIS,PGPT0022065-bioH-K02170	NA	NA
AK237_02818	669			hypothetical protein	ATGCGACTTCCTAACCTAGCTTGTTTGCTATGCAATCAGTACAGTGACGTACCGGTATGTAGCTACTGCAAATTTGATACCCGCTTTCTGTTACACCTTGACTACCACGGGAATTTACTCAGGTATCCGAAAATCAGCCAACAATTCCGGCACACCTCTTACAGTAGTCTAAGGGCCTGCGGTGAATACGCATGGCCTTTCGACCAGTTAATCAAAGCGATGAAGTTTCATCGCTGTCAAATAAGTGCACGTATTTTGGCGAAGTGGTTTGTGGAAAAGTGTCTCGATGATGACACACTTTTACCGGACTGCTTGCTACCAGTGCCCATTCCTTTTCACCGCTTTCTCACCCGTCACTTCAACCAATCTACCGAGCTGGCTAACACCATCGGCAAGCTGATTCAGCGTCCGGTAATTAGCGACTGGGCAAAACGCACTGGAGGGCGCGCGCAGCACACATTAACCAAGAGCCAGCGACTCTTAAATTTACGTCAGGCCTTCCAGGCTAAACCTCTCCACGATATCCATCACGTCGCAATTATTGATGACGTCATAACAACTGGTGTCACCGCGGATGTGCTTGCAAAGCACCTTCGCGCCCATCACCCCAACATGATTATTGAGGTGTGGGTGATGGCACTAACGTGTCGTCATCGTCTATCGCGTTAA	MRLPNLACLLCNQYSDVPVCSYCKFDTRFLLHLDYHGNLLRYPKISQQFRHTSYSSLRACGEYAWPFDQLIKAMKFHRCQISARILAKWFVEKCLDDDTLLPDCLLPVPIPFHRFLTRHFNQSTELANTIGKLIQRPVISDWAKRTGGRAQHTLTKSQRLLNLRQAFQAKPLHDIHHVAIIDDVITTGVTADVLAKHLRAHHPNMIIEVWVMALTCRHRLSR				NA	NA	NA	NA	NA
AK237_02819	2589			hypothetical protein	ATGGATGCATGGTTCAAGCGCTCCTTAACAGGGCTGTTAGCTTTGTTCTCTCTGATGGTATTTACGGTGTCTGCGGCACCCGTATTCAACGATGATGGTGGCAAGCCGGTTGCTGCATACTTGCCAGAAGGTACGCAGTTTGATCCGACAGTCCCTACCCCAGAGTCATTGTTGGGGAGCGAGGTGGGTACCTGGCACGTGAGACATGATCAACTGGTCGCGTACATGTATGCACTGGCGGACGCATCGGACAGAGTGAGCATAGAAGTAACGGGCTATACGCACGAGAACCGACCGCTTTTGTTGCTTACCATTACAGCACCATCCAATAAGTCCAAATTGCCTGAATGGCAGAAAGCACATCTGAATACAGTAAATAAAGGTGCAAAAGCAGACAAAAATGCGCCGCTGTTCCTGTACATGGGTTACAGCATTCACGGAAATGAACCATCTGGTAGCAATGCTGCGCTTATTATTGCTTACTACCTTGCAGCGTCCAAAGATACCACGGTTACTGACTTGCTGGCGAATAACGTTGTGTTGCTTGATCCGTCATTTAATCCCGATGGATTGTCACGTTTTGCTCAGTGGGCAAACATGCACAAAAGCAAAAACCTGGTGGCTGACGGGGAAAACCGCGAACACCGCGAAGACTGGCCTTCCGGTAGAAGTAATCACTATTGGTTCGATCTCAACCGTGACTGGTTATTATTAACCCACCCCGAATCGCAGGCCCGCATTAAGCAGTTCCAAAAATGGCGGCCACATATTTTAACTGATCATCATGAAATGGGGCCTGACAGTACGTATTTTTTCCAACCCGGCGTACCTGCGAGAAAAAACCCGAATACGCCTGATGGCAATGTGCGTCTTACTGAGGCTTTGGCGTCGTTTCACGCAAAGGCGTTTGATAAAGCCGGACAACTGTACTTCTCTGAAGAAGGGTTCGACGACTTTTACTATGGGAAAGGATCGTCCTATCCGGATTCCATGGGCAGTATTGGTATTTTATTCGAACAAGCCAGTAGTCGAGGCCATGTACAGGACACCGTTAATGGTGAGTTGACCTTTGCACAAACTATCCAAAATCACGTTACAACAAGCTTAAGTACAATTGCTGGGGCACTGGCAAATAAGCCGGCTATTCTGACCTATCAAAACACCTTTTTTAATGAAACCGCTGAGGCCATAAACGAAGATGATAATTTCGGTGCCATCATCGCACTGCCTGATGACGAAGGGCGTGTAGAGGCGCTGACAAATATTCTTCATCAACACGACATTCAATATAGCGTGACACAAAAGAATGAAGAGGTTGATGGCGCTGCGTATCGCAGAGGCAGTATTGTTGTGCCTTACAATCAGCCAAAGTATCGCTTAGTAAAAAGCTTGTTCTCAACCCGTCAACAGTTTGCTGAGAATACGTTTTATGATGTTTCAAACTGGAATATTGCGCTGGCGTTTAACCTTACTTACGATGTGTTGAGTAAACGTACCGGACGTGGGATAAAAACAACCGCGCCTGCGGTAAAAATGCCGGTGCCCATTGTTGACGGTGAAGCTTACGCTTATGCGTTTGAGTGGAACAATTACTACGCCCCGGCCATGTTGCAAGAGCTGCTGGAAGGTGGGGCCACTGTACGTAGTGCTGAGTCGCCTTTTACTGCTACGTTAATCGATGGTAGTACCCACGATTTTGCAGCGGGTACCATTATTGTACCCACGCCGTTACAGCAGCCAGAAGACCTGTTGAGTCAGTTGCAAAAAGCCTCGATTTCTACCGGCGTAAATGTATTTGCTATTCAAAGTGGTCTTACGCCGAAGGGATCGGATCTGGGAGGCCGCACGTTGTCTGCGGTAAAAGCGCCACGCATTTTACTGGTTGGTGGCGTAGGTACATCGTCTTCAGAGGCCGGCGAAATCTGGCATTACCTGGACACCCGGGTAGGACTGGCGCCAACTATCGTTGAAAAGTCACGGTTAGCTTCTATAACACTAAGTAACTATTCCCATATTATCTTTGTCAGTGGAAGCTACAATGATTTAAGTGATGGGCTGGTTAAAGACATTGGCTCCTGGGTGCGCGATGGCGGTGTGTTAATAGGACAGAAAACGGCCATAGGCTTCTTCGCTGAAAAAGGTTGGCTGGATGCTGAAGTGGTGTCGCGCGACAAGGTTAATAACGTTTTTCCTACCGATAAGATGACATATGCGGATAAGTCTGCGCTCAATGCCAGTAAAATTATCGCCGGTGCGGTGTACGAAAGCGAAATAGATCCCACGCATCCCATTTTCTTCGGTTACACCGGTAGCACCTTGCCGGTATTTAAAACCAATAACATGATTGTGCATGCAGATAGTAGCCCCTTCACACTCCCCGGACATTACGCAAAAATGCCATTAATGGCAGGGTTTAGTGCAAAGCAATTAGAAACCATGATTGGTGGTACAGCCTCAGTATTAACGCAGCCTAAAGGCAAAGGCGTGGTTATTGGCTTTGTTGATAATACCTTGTTCCGTGGGTACTGGTACGGTACGGGCAAGTTAATGGGCAACGCTATTTATCAGTCATCTCATTTAACGCGATAG	MDAWFKRSLTGLLALFSLMVFTVSAAPVFNDDGGKPVAAYLPEGTQFDPTVPTPESLLGSEVGTWHVRHDQLVAYMYALADASDRVSIEVTGYTHENRPLLLLTITAPSNKSKLPEWQKAHLNTVNKGAKADKNAPLFLYMGYSIHGNEPSGSNAALIIAYYLAASKDTTVTDLLANNVVLLDPSFNPDGLSRFAQWANMHKSKNLVADGENREHREDWPSGRSNHYWFDLNRDWLLLTHPESQARIKQFQKWRPHILTDHHEMGPDSTYFFQPGVPARKNPNTPDGNVRLTEALASFHAKAFDKAGQLYFSEEGFDDFYYGKGSSYPDSMGSIGILFEQASSRGHVQDTVNGELTFAQTIQNHVTTSLSTIAGALANKPAILTYQNTFFNETAEAINEDDNFGAIIALPDDEGRVEALTNILHQHDIQYSVTQKNEEVDGAAYRRGSIVVPYNQPKYRLVKSLFSTRQQFAENTFYDVSNWNIALAFNLTYDVLSKRTGRGIKTTAPAVKMPVPIVDGEAYAYAFEWNNYYAPAMLQELLEGGATVRSAESPFTATLIDGSTHDFAAGTIIVPTPLQQPEDLLSQLQKASISTGVNVFAIQSGLTPKGSDLGGRTLSAVKAPRILLVGGVGTSSSEAGEIWHYLDTRVGLAPTIVEKSRLASITLSNYSHIIFVSGSYNDLSDGLVKDIGSWVRDGGVLIGQKTAIGFFAEKGWLDAEVVSRDKVNNVFPTDKMTYADKSALNASKIIAGAVYESEIDPTHPIFFGYTGSTLPVFKTNNMIVHADSSPFTLPGHYAKMPLMAGFSAKQLETMIGGTASVLTQPKGKGVVIGFVDNTLFRGYWYGTGKLMGNAIYQSSHLTR				NA	NA	NA	NA	NA
AK237_02820	579	nfuA	COG0316	Fe/S biogenesis protein NfuA	ATGATCACTATATCAGAAGACGCTCAAGCTCACTTCGCAAAACTGCTGGAAAAACAGGATGAAGGGACGAATATCAGAGTATTTGTAGTCAATCCTGGCACGTCAACAGCGGAATGTGGTGTGTCTTATTGTCCTCCGAGTGCCGTCGAACCTGGCGATGTTCGCTTACCTTTTAATGGCTTTGACGCCATTGTAGACGCTGAAAGCGCGCCATTTCTGGAAGAAGCGGAAATTGATTATGTGACAGACCAGATGGGGTCACAGCTAACACTAAAAGCACCTAACGCTAAAGCGCGTAAAGTGGATGATAACGCGCCGTTAGTTGAGCGCGTCAGTTACGTGATTGAGTCGGAAGTTAATCCTCAATTGGCGAGCCATGGCGGTAAGGTGGTGTTATTGGAAATCACTGAAGACGGACACGCGATATTACAATTTGGTGGCGGCTGTAATGGTTGCTCTATGGTTGATGTCACGCTTAAAGAAGGGATTGAAAAGCAATTGCTGGATCAATTTCCAGGCGAATTAAAAGGGGTGCGTGACGCTACGGAACATGAAGCCGGCGAGCACTCATATTACTAG	MITISEDAQAHFAKLLEKQDEGTNIRVFVVNPGTSTAECGVSYCPPSAVEPGDVRLPFNGFDAIVDAESAPFLEEAEIDYVTDQMGSQLTLKAPNAKARKVDDNAPLVERVSYVIESEVNPQLASHGGKVVLLEITEDGHAILQFGGGCNGCSMVDVTLKEGIEKQLLDQFPGELKGVRDATEHEAGEHSYY				NA	NA	NA	NA	NA
AK237_02821	288			hypothetical protein	GTGACGCTACGGAACATGAAGCCGGCGAGCACTCATATTACTAGTCAATCAGATACGTCGCTCACTGCGCTTCATCGCAGTTGGCGACGCTTCAAACTTGGTCTTGCCCTGTTCATACTGGGGGCCACGGCCCTGGTGACAATCAGTCATTATCACTTTGCCCTTTACGTCCTTTCTTTGGGTATTTTATTTATCGGTTTCGCAATCGCCATGAGCGGATATTTGGCCATGCTTTGGCAGCGCCTTAAAGTGATGAACCCTGCCGCCAATAAACAAAACCGAGAGTAA	MTLRNMKPASTHITSQSDTSLTALHRSWRRFKLGLALFILGATALVTISHYHFALYVLSLGILFIGFAIAMSGYLAMLWQRLKVMNPAANKQNRE				NA	NA	NA	NA	NA
AK237_02822	1257	dinF	COG0534	DNA damage-inducible protein F	ATGATCCTCGCGAATATCACCACACCGCTTCTCGGGTTGGTTGATACGGCTGTTATGGGGCATATGGATTCATCAGCAATGTTGGCTGGAGCATCTATTGGAACACTGATCCTGACCCAAATCTACTGGGTTTGTGGCTTTCTTCGCATGTCTGCTACGGGGCTAAGTGCGCAGGCGAAAGGCAACACGCAACACCCGGCGCTATTGTCTGCCAAAGTGTTATGGCAAACCGCTGCCGTGGCGCTATTGCTGGGAATTGGCGTTATTCTGCTGCAAGCGCCCATTTTATCTATCGGTCAAACATTGGCGTCGTCTGCAAGCGAAGTGGCAGATTTCACCCGGACGTATTTCAATGTGCGGGTTTGGGGGGCACCAGCGGCAATGCTGAATTTGGCGCTGATTGGCTGGCTGGTGGGGCAGCAAAAGACCAGGCAAGTGCTATGGATACAGGTTATCGGAAACTTGCTTAACGCGGGGCTCGATATTGTATTTGTTTACGGTTTGAACCTGTCGGTTGCAGGTGTGGCGCTTGCCAGCGTGATCGCTGAATATACTATGATGTTACTCGGTCTTTTCTGCGCGTTAAGACTCACCCGGCACTATCGCCCCGCATGGCGCTGGTTTGATAGCGCGGCAAGAAAAGTATTACTCAAATTGAACGGCGATATGCTTATTCGTAACCTTGCGCTGCAAGGGTGTATTGCTTTTCTCACTATCCAGGGCGCGCGAATTGGCGAAACTGCTGCTGCGGTGAATGCTATTCTTATGCAGTTTTTCGTGTTGATCGCGTTAGGCTTAGACGGGATAGCTTATGCTGTCGAAGCATTAGTTGGCGAAGCGGCTGGCGCAAAGGATAAAAAGCAGTTGGCCGCACACACGAAGCGTGGTTTGTTGTGGTCATCATTGTTTGCAATTGCCTACGCGGTGCTTTTCTGGGGGGCGGGCGACGCTATTATTGCATCACTAACCAATTTACCTTCGCTAAGAAGCGCGGCGCAAGATTACTTACCACTGATGATCGTTTTACCTTTGGTCGCTCACTGGTGCTTTTTCTTTGATGGTGTATTCGTCGGTCTTACCCGCTCAGATGCTATGCGTAACACCATGATCATAAGTGCGATAGGCGTATTTTTCCCGGTATGGTGGTTATGTGAAGGGTTAGGAAACATGGCGCTCTGGTATGCCATGCTCGCGTTTTTACTGGCTCGAGGTATTACTCTCGGTTTTGTTTATTGGCGGCAGGGTTCATCACTTTAA	MILANITTPLLGLVDTAVMGHMDSSAMLAGASIGTLILTQIYWVCGFLRMSATGLSAQAKGNTQHPALLSAKVLWQTAAVALLLGIGVILLQAPILSIGQTLASSASEVADFTRTYFNVRVWGAPAAMLNLALIGWLVGQQKTRQVLWIQVIGNLLNAGLDIVFVYGLNLSVAGVALASVIAEYTMMLLGLFCALRLTRHYRPAWRWFDSAARKVLLKLNGDMLIRNLALQGCIAFLTIQGARIGETAAAVNAILMQFFVLIALGLDGIAYAVEALVGEAAGAKDKKQLAAHTKRGLLWSSLFAIAYAVLFWGAGDAIIASLTNLPSLRSAAQDYLPLMIVLPLVAHWCFFFDGVFVGLTRSDAMRNTMIISAIGVFFPVWWLCEGLGNMALWYAMLAFLLARGITLGFVYWRQGSSL	PGPT0029115_10130	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
AK237_02823	1095			hypothetical protein	ATGCAGCTTATCAGAAACGGCGCATTAACGTGGAAAAAAGGGCTTGTTTACAGCATAGGGTTATTCATGACGCTACTGCACGCGGCGCAAGCAGCGCAAAACGACGGCCAGGATAGTGCCGTAATATTGCTTTACCACCATGTTTCCAGTGACACTCCTGCCAGCACCAGCGTCACACCGGCGCAGTTTAAAACACACATGACGTACCTCGCTGAAAATTATCATGTTATGCCGCTTGAAGATATCGTCCAGGCACTTCAAAACAAAAAGCCACTGCCGAAAAATACGGTAGCGGTAACGTTTGATGATGGCTATCGCAACATTCTGGAGAACGGCCACCCCATTATGCAGTCGCTTTCTCTGCCCTATACCGTCTTCATCAACCCCGACGAAATTGGTCGTTTAGGAAATCAACTCACGTGGGACGATGTTGAGAAAATGCACCAGGAGGGTGTAGATTTTGCCAACCACACCCTGGATCACCTTCACATGCTTGACCGTAAACAGGATGAATCACAAAATGCCTGGCTTACACGAGTATGGAAAAATGTAGAAGAAGCGGAAAAGAAACTCACAGCACACACAGGAGAGTCGCTAAAATATTTAGCCTACCCGTTTGGCGAATATAACGAAACCCTGGCTAAAAAGTTAGCTGACAATGGCTATGTAGGCTTTGGTCAGCATTCTGGCGGCGTAAGCAGCTTCAGCGACTTTACAGCGTTACCACGATTCCCGGCAGCCGGTCGATTTGCAAATTTAGACCCGTTAAAAGTAAAAATAGGCAGCCTGGGCATGCCGATAACCAGTAACGACGTTACAAATCCAGAACGTACGGCAAGAGAGGTGGATGATACCTTTTCTTTTACCGTAGCAAGTGATGATGTCAGTTTGCAACGTGCGGCGTGCTACTACCAAGGTGAAAACCTGCCCGTTAACGTAAACGAACGCACGTTGTCCTACACATTAGACGTGGTGCTTCCCGTAGGCCGCTCCCGTATCAATTGTACTGCGCCTTCCAATTCGCAAAACGGCCGATACTACTGGTTCTCACAACCGTTCTTTATTTCAGGACAAGACGGTACGTACCCCGATTAA	MQLIRNGALTWKKGLVYSIGLFMTLLHAAQAAQNDGQDSAVILLYHHVSSDTPASTSVTPAQFKTHMTYLAENYHVMPLEDIVQALQNKKPLPKNTVAVTFDDGYRNILENGHPIMQSLSLPYTVFINPDEIGRLGNQLTWDDVEKMHQEGVDFANHTLDHLHMLDRKQDESQNAWLTRVWKNVEEAEKKLTAHTGESLKYLAYPFGEYNETLAKKLADNGYVGFGQHSGGVSSFSDFTALPRFPAAGRFANLDPLKVKIGSLGMPITSNDVTNPERTAREVDDTFSFTVASDDVSLQRAACYYQGENLPVNVNERTLSYTLDVVLPVGRSRINCTAPSNSQNGRYYWFSQPFFISGQDGTYPD	PGPT0023970_43	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-PEPTIDOGLYCAN_REMODELLING	CE-PG_REMODELLING_HYDROLASE_ACTIVITY,PGPT0023970-icaB-K21478	NA	NA
AK237_02824	603			hypothetical protein	ATGACAGTAGTAGTACGTCAGGCAACCGCAAGGGATGCGACTTATGCGGTGCCGTTGTTACTAGATGCGGGAGAGCATTTACTTACTAAAATATTTGGGAACGGCGAACGTGAAGTCGCGTTCGATTTTCTTTATGCGGCCTGGTTGCGTGGTACCGGGCAATATGGCTTTGCCAATCATTGGTTGGCCTGTGTCGATGAAGAGATTGTTGGTATTATTTCGTGCTGGCACGATGGCTTACCAGCGCATTTTGATCGCGATACGCTGACATCGATTACTGACTATTTCGGACTCGATGAAGCCATAGACGTAGTGATGCGCAGCCAAACTTATACTATAGCGTTAAACCCGCCGATGGTCCTTGAAATGGCTATCGGTCACCTCGCGGTGGCCGCGGGTGCAAGACGAAATGGTGTGGCAACACATTTGGTCCGGTATATGGAAAAGAAAGCGCGGGACATGGGAAAGCTCTCTATCGTCTTAGACGTGGAAGAGCACAATACCCGAGCCATCGATTTTTATAAATCGATGGGGTTTAAATCACGTCAGAGCATTTCGCCGTTTATTCAATTTACCAAAGGTATCGCCCCGATTATAACTTAA	MTVVVRQATARDATYAVPLLLDAGEHLLTKIFGNGEREVAFDFLYAAWLRGTGQYGFANHWLACVDEEIVGIISCWHDGLPAHFDRDTLTSITDYFGLDEAIDVVMRSQTYTIALNPPMVLEMAIGHLAVAAGARRNGVATHLVRYMEKKARDMGKLSIVLDVEEHNTRAIDFYKSMGFKSRQSISPFIQFTKGIAPIIT				NA	NA	NA	NA	NA
AK237_02825	648			hypothetical protein	ATGAATCAAAGAACACTGACTGGCATCGTTGCTTTTGTTGCCTTACTCGCTGGCATTGTAGGCGCAATCTATATTGCACCTCCCACTGTTGATGACAACGAAGTCCAGTATTTTCAGTTTTATCCCGAGCCCAAACCTTTACGCGATTTTTCTCTTACCGATGCCCACGGCAATGCCTTTACCAAAGAAAATTTGCAGAATGCATGGACATTAGTTTTTTTAGGCTACACTTACTGTCCAGACGTTTGCCCTACAACGATGGCATCGTTGAATAAAATTTGGCCAGAAATTTCGTCTATAAAATCTCGGTATAATACTCAAGTACTATTTCTGTCGGTAGATCCTAAAAGAGATACTATTCAAAGACTTAAAAGTTATATTAGTTTTTTTAACAAGGATTTTCTCGCAGCAACCGGATCGCACGCTGAAATATTCCCACTTGTCAGGAACTTGGGATTGATGTATGCATTAACTGAGGACACAGAAAAAGCTGACTATTTGGTCGATCATAGCGCTTCTGTGGTACTTATTAGCCCCGATGCGGAAGTAGTCGGAAGGTTCAAACCCATTATGGAGCCGGGGAAGTTAGCAATCAGTGACAGTGAGCAAATACTTGCAGACATGCCGAGGATTGTTGCGCTTCGTTAG	MNQRTLTGIVAFVALLAGIVGAIYIAPPTVDDNEVQYFQFYPEPKPLRDFSLTDAHGNAFTKENLQNAWTLVFLGYTYCPDVCPTTMASLNKIWPEISSIKSRYNTQVLFLSVDPKRDTIQRLKSYISFFNKDFLAATGSHAEIFPLVRNLGLMYALTEDTEKADYLVDHSASVVLISPDAEVVGRFKPIMEPGKLAISDSEQILADMPRIVALR				NA	NA	NA	NA	NA
AK237_02826	924	ctaB	COG0109	Protoheme IX farnesyltransferase	ATGGCTAAGTCAGTATTGCTTACGGGGTCGCAGGTTAAAGAGGGTAAAAAGCACCACGCCAGTTGGCGGGATTATTATGAACTCACTAAACCTAAAGTGGTTATGCTACTTCTTCTTACGGCACTGGTGGGAATGTGTCTTGCCACTGAAAGCTGGGTGCCGCTCAACGCGCTCATAGCGGGAATGTCAGGGATTGGTATGCTGGCGTCGTCGGCAGCCGTTATCAATCATGTGGTCGATCATCGTATTGACGGTATGATGGCCAGAACGGCTAATCGTCCTGTTGTAAAAGGAAAAGTGAGTATTGCACAAGCGCTTTGGTTTGCTGCCTTATTGGGTGTCTTCGGGTTTGCTTTACTGTGGTTCTGGGTTAACGCCCTGACAGCAATGCTGACACTGGCAAGCTTAGTAGGGTACGCGGTTGTTTATACCATGTTCCTGAAACGGGCGACGCCTCAGAATATTGTGATTGGCGGGCTCGCGGGTGCTGCTCCACCACTGTTGGGGTGGACGGCGGTAACCAATAACATCCATGCGCATGCCTTACTGTTGGTGCTTATCATCTTCACGTGGACACCGCCGCATTTTTGGGCTCTCGCCATCCATCGTCAAAAAGACTATGCCAGAGCGAACATACCAATGCTGCCGGTCACGCATGGCGAGTCATTTACCAAGACCTCCGTACTAGGGTATACCGTCCTGCTCCTGCTGGTGTGTTTGCTGCCTTACCTGGTGGGTATGTCTCATGTTATCTATTTAGTGGGATCGCTGGCGCTAAATGTCGGTTTTTGTGTATGGGCATTTCGGCTGAAATTTGCCTGTAAAGGCGATACCGCTATGAAAACATTTCGCTATTCAATTTTACAACTCATGTTATTGTTCGTGGTGCTTTTAGTTGACCACTATTTACCAATAACACTATGA	MAKSVLLTGSQVKEGKKHHASWRDYYELTKPKVVMLLLLTALVGMCLATESWVPLNALIAGMSGIGMLASSAAVINHVVDHRIDGMMARTANRPVVKGKVSIAQALWFAALLGVFGFALLWFWVNALTAMLTLASLVGYAVVYTMFLKRATPQNIVIGGLAGAAPPLLGWTAVTNNIHAHALLLVLIIFTWTPPHFWALAIHRQKDYARANIPMLPVTHGESFTKTSVLGYTVLLLLVCLLPYLVGMSHVIYLVGSLALNVGFCVWAFRLKFACKGDTAMKTFRYSILQLMLLFVVLLVDHYLPITL	PGPT0008520_2308	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
AK237_02827	1005	ctaA		Heme A synthase	ATGAGAAAGCTCGTGTTATTCAGCCTTATTCTCGCGGTAGTAGTCATTATATTAGGCGCGTATACGCGTTTAACCGATGCCGGTTTAGGTTGTCCGGACTGGCCAGGGTGTTATGGGCTTCTTACGGTGCCAACCGCAGATCACCATGTCGAAGCGGCCAATGAAGCCTTCCCTCATCGTCCTGTTGAGGCGGCTAAAGCGTGGAACGAAATGATTCATCGTTATTTTGCCGGCGTCCTTGGCTTATGTATCTTTGTTATTGCTGCCGTGGCGTGTAAACAGCGCCACCAGGCTCCCTCTGTCAGGCTGCCTTTGTTTCTTGCGGGATTAGTTATATTCCAGGCTGTGTTGGGCATGTTAACGGTTACGTTAAATTTGCTCCCGGTAGTGGTAATGGGGCATTTATTAGGAGGATTTACACTGTTGGCCGGATTGTTTTTGCTGCATTTGAAACTGCGGGAAGCCCATCGTAAACCTCGTAGAATAAACAGCATAACGAAATTCGCGCTGGTGGGAATGGGCATATTGCTGCTTCAAATTGGACTAGGTGGGTGGACGTCGGCTAACTATGCTGCTCTTGCTTGTACTGATTTTCCTGTATGTGAAGATGGTTGGTCTGCAAGATTGGATTTCTCCGGCGCATTCAGCGTGCCCTATGCCGAAACGTACGAATATGGCGCACATGGATACGCAGAGCGTATGACCATGCATATCGTGCATCGGGCGGGAGCGGTCATCACCTTTTTGTATTTATTGTGGCTTGGCTTCCGGCTTTACAGTCGTGAAGTTTCAGCACCAATTAAGAGCGCGGGTCTTGTTTTAGTGAGTGTTTTAATGGTGCAGGTCACGTTGGGCATTAGCAATGTGGTGTTAAGTTTACCTGTATTGGTGGCGGTAGCGCACAATGTGGTAGCTGCATGTCTTTTACTTGTTATGGTATGGATCACTTATCAGGTATCACGCTCGCAACCTCAAACTGAACCGCAAGGAGAGGCACATGGCTAA	MRKLVLFSLILAVVVIILGAYTRLTDAGLGCPDWPGCYGLLTVPTADHHVEAANEAFPHRPVEAAKAWNEMIHRYFAGVLGLCIFVIAAVACKQRHQAPSVRLPLFLAGLVIFQAVLGMLTVTLNLLPVVVMGHLLGGFTLLAGLFLLHLKLREAHRKPRRINSITKFALVGMGILLLQIGLGGWTSANYAALACTDFPVCEDGWSARLDFSGAFSVPYAETYEYGAHGYAERMTMHIVHRAGAVITFLYLLWLGFRLYSREVSAPIKSAGLVLVSVLMVQVTLGISNVVLSLPVLVAVAHNVVAACLLLVMVWITYQVSRSQPQTEPQGEAHG	PGPT0008525_2267	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_VITAMIN_PRODUCTION	PLANT_VITAMIN_RELATED_HEME_METABOLISM	PLANT_VITAMIN-HEME|SIRO-BIOSYNTHESIS,PGPT0008525-ctaA-K02259	NA	NA
AK237_02828	558			hypothetical protein	ATGACGGGCAAAAACAGCAAGTTAACGATGTTAGGTGTCGCCGCAGCTTTTTTGTTGCCGGTTATGTTGGCGAAGCTCGCGCTAGACAATAGTTGGTTCGCCACAGGCGCGACCAACAAGGGGGAATTATTGCACCCAATGCGTGACTTCAATCCGGTTTTCGCCGAAGAAGCGCCCAAATGGCGTATTGTTTATTCAGTACCCGCGCATTGTGATAATGCATGTGAGAATGCTATTTATAGTGTTCACCAGGTCTGGATGGCGCTGGGCAGAGAGACCGACCGTGCGCAAGCAACTATCTTGCTCACTGACGCCAGCGATATGAATGTTGTCGCCAGGCTCAAAGCCGAACAAAACCTCCATGTTATTCAAGTGGCTGAAAGTCGCTTATCTTCGGTGCTAACAGACAAAGACTCTGTTTCTATTTTACTCGTCGACACGCTTAACAACGCGATGTTGCGCTACCCCACGTTCAACGACAAAGCCACGGCTATTCAACATAGTCGGGATATTCTTTCGGATGTGAAAAAGCTGTTGATACTGTCCCGAATTGGCTAG	MTGKNSKLTMLGVAAAFLLPVMLAKLALDNSWFATGATNKGELLHPMRDFNPVFAEEAPKWRIVYSVPAHCDNACENAIYSVHQVWMALGRETDRAQATILLTDASDMNVVARLKAEQNLHVIQVAESRLSSVLTDKDSVSILLVDTLNNAMLRYPTFNDKATAIQHSRDILSDVKKLLILSRIG				NA	NA	NA	NA	NA
AK237_02829	711			hypothetical protein	ATGAAACAACGCCGCCGGTTACGTTCCTTACCTACAGCAGTAGTGGTGCTTATGGCCGTTATCTGTATGGTTTTGTTGGGTTTTTGGCAGCTGGATCGCATGCACCAAAAAGAACAACGTTTGGCTAGCATAGCGCAAAAAACTGAAGAAGGGTCAATCTCGCTGGATAAGCTGGATCCAGCCCATGAAGATATTCGTGACTATCAGGTTGGCTTTAACGGCAGAGCAGATACATCGCAAATTCTGTTTCTGGATAACCGTGTCGAAAACGGCAAAGTGGGTTACCACGTTGTCATGCCTGTGCACAGTAGCGAAGGGACGGTATTGGTCAACTTTGGTTGGGTAGAAGCGCCTCAAAGCCGTGCAGAACTACCGGTCATTGAAATTGCTGACAGGTTTCAGCATTTTCATGGACGCGTCGCAATACCCGGCCACAACCCTGTGGTGCGAGAAACGCTATCTGTTCATGCTTCCTTCCCTGTGGTTGTTCAGGCGATCGATATTCCGTTTATCAGCCGCTTAACCGGTCAAACCTTGCAACCTTTTGTGGTTGAGCTTACCGCACCGCAAGAAAGTGCTTTTGTACGAAACTGGCAACCCGTGGTAATGCCGCCGCAAAAACACCTGGGCTATGCCATACAGTGGTTTGGGTTGGCGATTGCTGCCGCCGCTATTAGCTATTTCTCTCTGACTTCTAACAAAAAAGGATAA	MKQRRRLRSLPTAVVVLMAVICMVLLGFWQLDRMHQKEQRLASIAQKTEEGSISLDKLDPAHEDIRDYQVGFNGRADTSQILFLDNRVENGKVGYHVVMPVHSSEGTVLVNFGWVEAPQSRAELPVIEIADRFQHFHGRVAIPGHNPVVRETLSVHASFPVVVQAIDIPFISRLTGQTLQPFVVELTAPQESAFVRNWQPVVMPPQKHLGYAIQWFGLAIAAAAISYFSLTSNKKG				NA	NA	NA	NA	NA
AK237_02830	210			hypothetical protein	ATGCTTATTAAAATCGTCCTGATCTGCCTTGTGATATACATGATCATCAACTTGTTTCTCGCCATGCGAGTGATGATGAAAGACGATCCCAACGGTGAGCCCATGAGCAAATATATCGGACGCCGGGTACTGACGTCGGCGATTATCGTAACCCTAATCCTTATTGCCTTAGCAACAGGCTTAATAAGCCCAAATCCATCACCGTATTAA	MLIKIVLICLVIYMIINLFLAMRVMMKDDPNGEPMSKYIGRRVLTSAIIVTLILIALATGLISPNPSPY				NA	NA	NA	NA	NA
AK237_02831	879	ctaE	COG1845	Cytochrome c oxidase subunit 3	ATGCAACAAGAATATCAACGATATTATGTGCCAGCGCAAAGCCCCTGGCCCATTGTTGGGGCTGTCGCCTTATTTTTAATTGCTGTTGGTGCAGGCAACACGGTTATCGAAAGCAGTAAAGGTGAGTCGGGTTACGGTGCGCACGTTTTAGCTGTAGGCATTGTCACCTTGCTTGTCATGCTATTTGGGTGGTTCAAAAACCAAATAGATGAATCGATGAGTGGTTTGTATAGCGATCAGCTGGGACGTTCTTATCGCCAGGGCATGAGCTGGTTTATTTTCTCTGAAGTGATGTTTTTTGCGGCCTTTTTTGGGGCGCTGTTTTATGCTCGTATGATCTCTGTGCCCTGGCTTGGCGGCGCGTCGAACAATGCTATGACGAATGATGTGTTATGGCCTGCATTCGAAGCCATGTGGCCTCTTATCACTACACCAGGAGGCACAACAACTCAGGAAATGAGTGCGGCCGGTTTACCCACCATCAATACCATTATCTTACTGATTTCATCTGTGACCTTACACTTTGCCCACGTCGGATTAGAGCAAAATAAACGCAAACAACTTACCGTGATGTTGGGTGTGACTATCTTGCTCGGGCTGGGCTTTTTAAGCCTGCAGGTTGAAGAGTATGTCCATGCGTATCAGGAACTGGGGCTCACTCTGCAGTCAGGCGTGTACGGCAATACCTTTTTTATGCTGACTGGTTTTCACGGCATGCATGTGACGCTGGGCACCATTATTTTGCTTGTGCTGTTTTTGCGGGTATTGAAGGGGCATTTTACGCCACAGAACCATTTTGCGTTTCAGGCCGGAAGTTGGTACTGGCATTTCGTCGATGTGGTTTGGGTCATGTTGTTCTTGTTTGTTTACGTGCTGTAA	MQQEYQRYYVPAQSPWPIVGAVALFLIAVGAGNTVIESSKGESGYGAHVLAVGIVTLLVMLFGWFKNQIDESMSGLYSDQLGRSYRQGMSWFIFSEVMFFAAFFGALFYARMISVPWLGGASNNAMTNDVLWPAFEAMWPLITTPGGTTTQEMSAAGLPTINTIILLISSVTLHFAHVGLEQNKRKQLTVMLGVTILLGLGFLSLQVEEYVHAYQELGLTLQSGVYGNTFFMLTGFHGMHVTLGTIILLVLFLRVLKGHFTPQNHFAFQAGSWYWHFVDVVWVMLFLFVYVL	PGPT0004035_565	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_IRON_RESISTANCE	IRON_RESISTANCE-FoxABCD,PGPT0004035-coxC|ctaE-K02276	NA	NA
AK237_02832	594	ctaG	COG3175	Cytochrome c oxidase assembly protein CtaG	ATGCATAGCGCACGTTCATCGCAAAACCGCAAACTCACCCTTCGACTTCTCGTCGTTGTGGTGGGGATGTTCGGTTTTGGGTTTGCGTTAGTGCCGTTGTATGACGTGTTCTGTGATATTACCGGTATCAACGGAAAAACCGAGAACAAAGCCGCGGTTTGGCACGCTACGGCGATTGATGAGAGCCGTGAAATCACAGTGGAGTTCATTACGCGAACAAATACGGGTATGCCGTGGGAATTTCGCGCTGAAACGAAGAAAGTGCGGGTGCATCCGGGAGAAGTGAATACCGTGGCATTTTACGTTCGAAACCCTGCGGCGAACAATATTATTGCGCAAGCTATTCCTTCGGTAAGCCCCGGGCAAGCCGCGTTGTATTTAAATAAAACCGAATGCTTTTGCTTTAATCAGCAGCCCCTGCGTGCAGGCCAGGAAGCCTGGATGCCCATGTCATTTTACGTCGATACCAGCCTGCCTGAAGACATTACCTATTTCACGCTGCAATACACGTTGTACGACGTGACTGCGCGGGCCGCAGATCTGACAGACAATGAAAATCCTTATTTACGTCAACCGGCCAGCGGTAGTCGCTAA	MHSARSSQNRKLTLRLLVVVVGMFGFGFALVPLYDVFCDITGINGKTENKAAVWHATAIDESREITVEFITRTNTGMPWEFRAETKKVRVHPGEVNTVAFYVRNPAANNIIAQAIPSVSPGQAALYLNKTECFCFNQQPLRAGQEAWMPMSFYVDTSLPEDITYFTLQYTLYDVTARAADLTDNENPYLRQPASGSR				NA	NA	NA	NA	NA
AK237_02833	1611	ctaD	COG0843	Cytochrome c oxidase subunit 1	ATGAGTAAGGTAACTGAAACCCTGACGCCACAGCATGAAGTGGCTCACGAAGAACATCACGCACACGGTGCGCCAGCAGGGCTAATGCGTTGGGTGTTAACCACAAATCATAAAGACATTGGCACGCTATACCTGTGGTTTGCGTTCATCATGTTTTTGGTAGGCGGCGCGATGGCAATGGTGATCCGGGCTGAGTTATTTCAACCTGGTCTGCAAATTGTCGAGCCCAATTTCTTTAATCAGATGACCACGGTGCATGGGCTTATTATGGTATTTGGGGCGGTTATGCCAGCCTTTACCGGCTTAGCTAACTGGTTAATTCCCATGATGATAGGCGCGCCAGATATGGCCTTGCCTCGCATGAATAACTGGAGCTTTTGGATCCTCCCGTTTGCGTTTGCCATTCTCTTGGGTTCGTTATTTGTAGAAGGCGGTGGTCCTGCATTTGGGTGGACATTTTACGCACCACTGTCTACCACCTACAGTAGCGACAGTACCGGCTTGTTCGTGTTTTCCGTTCACATCATGGGCATATCCTCCATCATGGGGGCGATAAACGTTATTGTGACCATTTTCAATATGCGCGCGCCGGGTATGACGTGGATGAAAATGCCGCTGTTTGTATGGACCTGGTTGATCACCGCTTTTCTACTCATCGCCGTTATGCCTGTACTGGCGGGCGCTGTCACTATGGTATTAACCGATAAGTTCTTCGGAACCAGTTTTTTCGATGCTGCTGGTGGTGGCGACCCGGTAATGTTCCAGCATATTTTCTGGTTCTTCGGCCACCCCGAGGTATACATCATGATTTTGCCAGCCTTTGGCATTATTTCTCAAATCGTGCCCACGTTTGCGCGTAAACGGTTATTTGGCTATGCCTCAATGGTGTATGCCACAGCATCGATCGCGTTGCTGTCATTTATTGTTTGGGCGCACCACATGTTTACCACCGGGATGCCAGTGTTTGCCGAAATGTTCTTCATGTTTGCCACCATGCTAATTTCTGTGCCGACCGGGGTGAAGGTATTTAACTGGGTAGCCACCATGTGGCGAGGCTCGATGACGTTTGAAATCCCCATGTTGTTTGCACTGGCCTTCATTGTGCTGTTTACCATTGGTGGGTTATCCGGCCTGATGCTGGCTATTACTCCGGTCGACTTTCAGTATCACGACACCTATTTCGTGGTCGCACACTTTCACTATGTGTTGGTGACTGGCGCGGTGTTTTCCATTATGGCTGCCGTGTACTATTGGCTTCCTAAGTGGACCGGTAAAATGTTTAACATCACGTTGGCAAAATGGCATTTCTGGTGCTCACTGATCTCCGTCAATGTGCTCTTTTTTCCTATGCACTTTGTCGGCCTGGCTGGCATGCCCCGTCGAATTCCCGACTACTCTTTACAGTTTGCTGACTACAACCAGTGGATAAGTATTGGCGGTTTCGCCTTTGGTTTATCCCAACTGATCTTTCTCGCGCTCGTTATCAAAGCCTGTAAAAAACAAGGAGAACCGGTTACGTCACAAGTGTGGGAGGGTGCTGAAGGTTTAGAGTGGGAAATTCCCTCTCCTGCCCCTTACCACACGTTTGAAACACCGCCGGTTGTGAAGTAA	MSKVTETLTPQHEVAHEEHHAHGAPAGLMRWVLTTNHKDIGTLYLWFAFIMFLVGGAMAMVIRAELFQPGLQIVEPNFFNQMTTVHGLIMVFGAVMPAFTGLANWLIPMMIGAPDMALPRMNNWSFWILPFAFAILLGSLFVEGGGPAFGWTFYAPLSTTYSSDSTGLFVFSVHIMGISSIMGAINVIVTIFNMRAPGMTWMKMPLFVWTWLITAFLLIAVMPVLAGAVTMVLTDKFFGTSFFDAAGGGDPVMFQHIFWFFGHPEVYIMILPAFGIISQIVPTFARKRLFGYASMVYATASIALLSFIVWAHHMFTTGMPVFAEMFFMFATMLISVPTGVKVFNWVATMWRGSMTFEIPMLFALAFIVLFTIGGLSGLMLAITPVDFQYHDTYFVVAHFHYVLVTGAVFSIMAAVYYWLPKWTGKMFNITLAKWHFWCSLISVNVLFFPMHFVGLAGMPRRIPDYSLQFADYNQWISIGGFAFGLSQLIFLALVIKACKKQGEPVTSQVWEGAEGLEWEIPSPAPYHTFETPPVVK	PGPT0004025_3245	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_IRON_RESISTANCE	IRON_RESISTANCE-FoxABCD,PGPT0004025-foxA|coxA|ctaD-K02274	NA	NA
AK237_02834	1167			hypothetical protein	GTGAAGAAACTCGTAGGTAACGCAATGATGGTTTGGGGAGCTGTAAGCGTTTTTTTTTCGACGCGAATTTTAGCGCAAACCCATTCAACCTCACAACGATCAGGTGAAATTAACCTGCGTCAAGGCGTGACTGACATTAGTGGCCAGGTTTACGACCTGCATATGCTGATGTTTTCTATTTGTGTGGCCATTGCGGTGCTGGTATTTGGGGTTATGTTTTATTCCATTTTAAAGCATCGTAAGTCTCGTGGCGCTAAGCCGGCTAACTTTCATGAAAATGTGAAAGTTGAAATAGCCTGGACGGTGGTGCCTTTTCTCATCCTGATTTTTATGGCAATACCCGCTGCACAAACACTCATTGACATGGAAGATGCCAGTGAGCCAGAGATGACTGTTCTGGTCACAGGTTCACAATGGAAGTGGCATTATCAATATATGGACAGTGATGTGTCGTATTACTCGGTAATGGCGACCCAGCGTGAACAAATCGAAAACAAATACGAGAAAGGCGAAAACTACCTCCTTGAAGTCGACCGCCCTCTTGTTATTCCTACGGGACAAAAAGTCCGCTTCCTGATCACCTCTGACGACGTTATCCATTCGTGGTGGGTGCCTGATTTCGCAGTGAAGAAAGATGCCAACCCTGGCTTCATCAATGAGGCGTGGACCAAAGTAAACGAACCAGGTATTTACCGCGGTCAGTGTGCCGAGCTGTGTGGTAAGGATCACGGGTTTATGCCTGTAGTTGTTATCGCTAAAAGCCCGGATGACTACCAAACCTGGATGACCGAGCAAGAAGCCATTGTGAAGCAAGCGAAAGAAGAAGAGCAACGCTTGCTTGCTATGAGCATGAGCAAACAAGAGCTCATGGCAGTGGGAGAGAAAGTTTATAACGGTACATGCGCAGCTTGCCATATGCCAACCGGACAGGGGTTACCTGGCGTCTTCCCGGCGCTAAAAGGCAGCCAAATGGTGTTGGAAGATCAACAAGCGCATATCGATATTGTGTTGAATGGAAAGGCCGGTACGGCAATGCAAGCCTTTGGAAAAATGCTGTCGCTAAAAGAAATTGCTGCGGTTATCACCTACGAGCGCAATGCGTGGGGAAACAATACTGGCGATGTGATCCAGCCTAAAGATGTTAATGCTGTAGCAACCGGTAAATAG	MKKLVGNAMMVWGAVSVFFSTRILAQTHSTSQRSGEINLRQGVTDISGQVYDLHMLMFSICVAIAVLVFGVMFYSILKHRKSRGAKPANFHENVKVEIAWTVVPFLILIFMAIPAAQTLIDMEDASEPEMTVLVTGSQWKWHYQYMDSDVSYYSVMATQREQIENKYEKGENYLLEVDRPLVIPTGQKVRFLITSDDVIHSWWVPDFAVKKDANPGFINEAWTKVNEPGIYRGQCAELCGKDHGFMPVVVIAKSPDDYQTWMTEQEAIVKQAKEEEQRLLAMSMSKQELMAVGEKVYNGTCAACHMPTGQGLPGVFPALKGSQMVLEDQQAHIDIVLNGKAGTAMQAFGKMLSLKEIAAVITYERNAWGNNTGDVIQPKDVNAVATGK	PGPT0004030_877	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_IRON_RESISTANCE	IRON_RESISTANCE-FoxABCD,PGPT0004030-foxB|coxB|ctaC-K02275	NA	NA
AK237_02835	573	yceI_2	COG2353	Protein YceI	ATGAATAAATTAATCCCAGCAGTGTTCGTTTCCAGCTTAGTTAGCGTAAGTGCGTTTGCCGCGCCTCAGACTTATCAGATTGATCCTACACACACCAGTGTAATTGCATCGTGGAATCACTTTGGTTTTTCAAACCCTACTGCTGCGATCAATGGTGCAGAAGGGACGATTGTGTTTGATAAAGACGCGCCGGAAAAGAGCAAAGTTGATGTTTCAGTAAAAATAGACACTATCGATTCATTTGTAGAAAAGCTTAACGAAGAGTTTGTGGGCGCCGATTGGTTTAATGCCGCGAAATTTCCCTCCGCCACGTTTGTAAGTAAAAGTGTAGAAATGACCGGCGATAACGCGATGGAAGTTACCGGTGATCTCACCATTAAAGGGGTGACAAAGTCAGTCACTATGGACGTTACGCTAAACGGCGTGGGCGTGCACCCTATGACACAAAAACAAGCTATCGGATTTGATGCAATGACAACCATTAAGCGATCTGACTTTGGTATCGACATGTATGTACCAAACGTAAGCGATGAAGTGACGTTGCACATCACTACAGAAGCACAAGCTAAATAG	MNKLIPAVFVSSLVSVSAFAAPQTYQIDPTHTSVIASWNHFGFSNPTAAINGAEGTIVFDKDAPEKSKVDVSVKIDTIDSFVEKLNEEFVGADWFNAAKFPSATFVSKSVEMTGDNAMEVTGDLTIKGVTKSVTMDVTLNGVGVHPMTQKQAIGFDAMTTIKRSDFGIDMYVPNVSDEVTLHITTEAQAK				NA	NA	NA	NA	NA
AK237_02836	1137	dap_6		D-aminopeptidase	ATGCCTCGTGTCTTTCTCCTCTTTATCACTTGCTTCATCTCTATCGGGATATCTGCCAGGTCTTTGCCCGAAAATGCGATAACTACGCTTTATACCGACGCAGTCAGTCACCCTACCGTTCCGGGGATCACCATGGCACTGGGTAACGAGAAAGGCTTGCTGATGGCTAAAGGTTTTGGCTTTGCCGATGTCGAAAATCAGGTTCGGATGACGGCCAGTCACAAAGTGCGTATCGGGAGTGTGTCAAAGCTTATTGCTACCGCTGCACTGATGCGGTTGGTAGAGTCTGGCAAGGTAGATTTAGACAAACCTGTCACCCAGTATGTGCCATTGTGGCCTAAAGATAAGCCAGCCATCACACTTCGCCAACTCACCTCTCACACGGCGGGGATCCGACATTACAAGGAAGGGGCGAACGAATTCCTTCTTAACGACACTTATCCCGATATCGACAGTGCGTTGGCCATGTTCAAAGATGACCCTCTGCTGTTCTCACCTGGCACCGACCATAAGTATTCTACTTTCGCCTGGACACTGGTAAGTGCAGCAATGGAAGGTGCCGACCCGTCTCGCGATTTTCGAGCCATCGTGAAAGAGGAAGTATTTTCACCTCTTAAACTAAATGACACCGTTTTCGATGACCAATATACCATTATCAGCCACCGGGCGCGCCCTTATACGGTTTATGAGGGCGAACTGATAAACGCTCCTCAAACCGACCACAGTTATAAGTGGGCCGGTGGTGGCTTTATCTCTACGCCTTCAGATATTGTGCGTTTCGCCGTGGCACACGTTGCCGGTGATTATCTGAAACCAGAAACCACCGACGCCATGTTCACGCCTGCGACACTTAATAACGGTAAAACGATAGATTTTGGGATTGGATGGAAAGTAGGCTTTGGCGATTATAAACAACGTAAGGCGTATAAAGATGATGCCGATGCCCTGGCAATGATGGATGCGCTTCCAACGGCAGTGATGCATTCTGGAGGCAGTATGGGCGGCATCACCATGACCATACTCTGCAGAGAACACAAAACGGCGGTTACGGTGGTGAAAAATGTCAGCGGCGAAGACTCCGTAGATATTTTCTTACTAGCACTTAAAACCCTACACTTAGCGCATACTCATCAATAG	MPRVFLLFITCFISIGISARSLPENAITTLYTDAVSHPTVPGITMALGNEKGLLMAKGFGFADVENQVRMTASHKVRIGSVSKLIATAALMRLVESGKVDLDKPVTQYVPLWPKDKPAITLRQLTSHTAGIRHYKEGANEFLLNDTYPDIDSALAMFKDDPLLFSPGTDHKYSTFAWTLVSAAMEGADPSRDFRAIVKEEVFSPLKLNDTVFDDQYTIISHRARPYTVYEGELINAPQTDHSYKWAGGGFISTPSDIVRFAVAHVAGDYLKPETTDAMFTPATLNNGKTIDFGIGWKVGFGDYKQRKAYKDDADALAMMDALPTAVMHSGGSMGGITMTILCREHKTAVTVVKNVSGEDSVDIFLLALKTLHLAHTHQ				NA	NA	NA	NA	NA
AK237_02837	627	lexA	COG1974	LexA repressor	ATGCGTCCACTTACCCCACGACAAACGGAAGTTCTCGAACTGATTAAAACCACCATGCTTGAAACGGGCATGCCACCTACGCGAGCGGAAATTGCTAAGCAACTAGGGTTTAAATCAGCAAATGCAGCTGAAGAGCATTTGAAAGCACTGGCGCGTAAAGGCGTAATCGAAATTTTAGCCGGTACCTCCCGCGGTATTAAACTGAACATTCCGCTGGAAGCTGAAAATGACGAAGACGCAGGCCTGCCGTTAATTGGTCGAGTCGCTGCGGGTGAGCCTATCCTGGCGCAAGAGCACGTGGAAATGCATTATAAGGTTGACCCTGATCTGTTCCACCCTCGTGCAGACTTTCTTCTGCGTGTAAACGGCATGAGCATGAAAGACATTGGCATCCTGGATGGCGATTTGCTTGCGGTGCACCGAACCACAGACGTTCACAACGGCCAGGTCGTTGTTGCCAGAGTTGATGAAGATGTGACGGTGAAGCGTCTGGAGAAACGCGGTCGTGAAGTGTGGCTACATGCTGAGAACGATGATTTCGACACCATCAAAGTAGATCTGGCATCTGAGCCTTTCAATATCGAAGGTTTGGCTGTTGGAGTGATTCGAAACGCTGACTGGATGTAA	MRPLTPRQTEVLELIKTTMLETGMPPTRAEIAKQLGFKSANAAEEHLKALARKGVIEILAGTSRGIKLNIPLEAENDEDAGLPLIGRVAAGEPILAQEHVEMHYKVDPDLFHPRADFLLRVNGMSMKDIGILDGDLLAVHRTTDVHNGQVVVARVDEDVTVKRLEKRGREVWLHAENDDFDTIKVDLASEPFNIEGLAVGVIRNADWM	PGPT0014895_2391	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	UNIVERSAL_STRESS_RESPONSE	STRESS_SIGNALLING_PROTEINS	STRESS_SIGNAL-DNA_DAMAGE_DEFENSE|REPAIR,PGPT0014895-lexA-K01356	NA	NA
AK237_02838	870	hcaR		Hca operon transcriptional activator HcaR	ATGGATATTAAGCCGTTACGATATTTTATAGCCGTTGCAGAAACCGGGCATGTCGGCCGCGCCGCGCAACGATTACATATCACCCAGCCTCCCCTTAGCCGGCAAATCGCGCTTCTGGAAGAAGAGGTAGGAACTGCATTGTTTAACCGGCACGCTAAAGGCGTGGAACTTACTGCGGCTGGTGAACAGTTTTATCAAGACAGCAAGGCGATATTGCTGTTGGTAAACAAGGCTTCTGAGAGAGCGAAAGCGATTGGAATGGGCAAGTCGGGGAGCTTGTCGGTGGGCTTCATGATGCATGCGGCTTACAATATCGTTCCTAAGCTAACCAGACTGTTTATGTCCAGATATCCCGACGTTTCGTTGCATATTCAGGAAGTTATACCTTTTGCGTTATTGAACAGTGTGTCATCAATGCAATTTGATGCGGCCATTATGTTGAAACCTGCTACTTCACAGGGGCTGCAGGTAAAAACCTTACGCACCGAAGCCCTTTGTCTCGCGGTACATGAAGCCCATTCGCTGGCCACTGCGCATGCTGTGAGTGCTCAGGAGTTGATAAATGAGAAGTTTATCGTAACGCCCCACAATGTAGCGCCTGAACTGCGCCACGCTATTGAAGAGTACTGCGCAGCGGCAAATTTTATCCCCAATGTGGTACTGGAAACGCAACTGCAACAAACCATTGTATCACTGGTCGCGGAGGAGGTTGGTATTGCGCTTGTGCCTGAACCGCTCAAACAGGTATGTCCGCCCAACGTGGTGTTACTTCCGTTAATTGCTGCACCGGTAGTGGAGTATGTATTGGTTTGGCGGAATGACAATTCAAACCCGGCTTTGGCACGATTTATTGAATGCACTTCACAATAA	MDIKPLRYFIAVAETGHVGRAAQRLHITQPPLSRQIALLEEEVGTALFNRHAKGVELTAAGEQFYQDSKAILLLVNKASERAKAIGMGKSGSLSVGFMMHAAYNIVPKLTRLFMSRYPDVSLHIQEVIPFALLNSVSSMQFDAAIMLKPATSQGLQVKTLRTEALCLAVHEAHSLATAHAVSAQELINEKFIVTPHNVAPELRHAIEEYCAAANFIPNVVLETQLQQTIVSLVAEEVGIALVPEPLKQVCPPNVVLLPLIAAPVVEYVLVWRNDNSNPALARFIECTSQ				NA	NA	NA	NA	NA
AK237_02839	957			hypothetical protein	GTGAATAATCATAGTGACATCGTGCTAGCTGTAATTTCTCTTATATTTCCTATATTCGCGCTCATTTTTCTGGGCTGGTATTTACGAAAACGTGACCTGCTGGGCCGCACTGCCACCACACAGCTCAACAAGTTTGTCGTTTACTTAGCCTTACCCGCTCTGCTTTTTGATATTACTGCCACCACTGCTGTTGATACCCTTTGGCAGCCCGATTTCATTGTAAGCTTCTCTCTGGCCGTATTTATGATTTTCATGTTAACGGTGCTTATACAAAAAAAGCGCTGTATGTCGCTATCAGAAAGTGCAATAGACGGGCTAAACACCAGCTACGCGAACACCGGATTCATAGGCTTTCCGTTATTAATGGCTGTGGCAGGAGAAGATACTCAAGCGCCAGTGCTTGCGGCCACCATCGTCACAGTATGTGTGCTGTTTGCTGTTGCTATCGTTTTAATAGAAGTGGATTTGAGTGAGGCAGTTAAACCTCGAAAATTGACATGTGACGTGGGCATAAAGTTAGTAAAAAACCCCATCGTGATCTCACCGCTTCTGGGCGCATTATTTCCGGTTTTCAATATAACAGCGCCAGAGCCTCTTCTCGCATCTGCAGCCTTGTTAGGGCACGCTGCTGCGCCTTGTGCCTTGGTGACCATTGGATTATTCATCGCAGACAGTGGCAGTTCTTCGTCAAGGGGAACCGACTTTCCATTAATCTCTTTTGTGGCAGTCAAATTACTACTACACCCTGCATTAGCCTATGCCATTGCCTTAATAATAATGCCGCACAATTCTGCCGGCATTTTCAACGTGGTGTTGCTAAGTGCGCTCCCTGTTGGCACAGGGCCGTTTATGCTGGCAGAGTATTATCAAAGAGAAGCAAGCAGAGTGTCGAAAGCCATTCTCATTACTACCGTGCTATCACCTGTCACATTGGGAACACTTATTTATTTGCTTTAG	MNNHSDIVLAVISLIFPIFALIFLGWYLRKRDLLGRTATTQLNKFVVYLALPALLFDITATTAVDTLWQPDFIVSFSLAVFMIFMLTVLIQKKRCMSLSESAIDGLNTSYANTGFIGFPLLMAVAGEDTQAPVLAATIVTVCVLFAVAIVLIEVDLSEAVKPRKLTCDVGIKLVKNPIVISPLLGALFPVFNITAPEPLLASAALLGHAAAPCALVTIGLFIADSGSSSSRGTDFPLISFVAVKLLLHPALAYAIALIIMPHNSAGIFNVVLLSALPVGTGPFMLAEYYQREASRVSKAILITTVLSPVTLGTLIYLL	PGPT0001720_1745	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
AK237_02840	2250			hypothetical protein	TTGAGCAACCTGATAAAGGGCTGTCTGGCAGCCCTGTTTTTATTCATTACATTTACTTCCCAGGCCAGTGACGACAAGCGTTATACCGGTGCTGAAACCTGCCTGTCCTGCCATCAGAAGGAAGGGGACGCCTGGCGTCAATCTGATCACTATCACAGTATGCTGCCTGCCAGTGACGAAAGCGTACTGGGAAACTTTAACGATATGACTTTCAGTGCAGGATCCCGCACTTCCCGTTTCTTCAAAGAAGGTGATGCTTACTTTGTCGAAACGCTGAACGGGCAGGGAGAAAAACAAAAGTTCGACGTGGTTTATACGTTCGGCTTCAGACCACTGCAGCAGTATTTATTGCGGACAACCGGCGGACGACTGCAAGCCTTTGACGTGGCATGGGACAGCCGGCCGGCAGAGCAGGGTGGACAGCGCTGGTACCAGTTGCAGGACGATGAGGTCACCGATCCGGAACATCCTTTTTTCTGGACAGGTTACTATCAAAACTGGAACAGCCGGTGTGCTTCCTGCCACTCAACCAATTTACAAAAGCACTATGACCCCGTTAACAATACGTTCAATACTACCTACTCAGACGTTAATGTGGCCTGTGAAAGCTGCCATGGCCCGGGCAGTGAACATATAAAACTGGCCGGTGAAGGCACGTTAAGCGCAACCAACACTGGCCTTAGGGCATTGGGCAAAGCCATCGCTTTTCATTTTAAGCCCGGTGACGCCATTGCACGGCCTCAGTCTTCTCCCGCCCCAATCAGTGAACTCGCCCTGAATACCTGCGGAGGGTGCCACAGCCGCAGAGCCGAATTAGGTGAACCGGATCTGACGCAGCCATACCACCAGCAATTCCAGTTAGACGCTATCGACGAACCGCTTTATTTCAGTGACGGTCAGATCCGGGATGAAGTTTTTGTACTCGGTTCATTTATGCAAAGCAAAATGGCACAGGCTGGTGTTACCTGCATCCATTGTCATGATCCCCATTCGGGTAAAACCCGCCTGCCCGGTGCTCAGGTGTGTGCAACGTGTCACCGTCCCGACGTGTTCATGGCCGACCCCCATACCTTCGGTCATAAAGACGCCAACTGCCTGGACTGTCATATGCCGGCGCGCACCTACATGGGCGTGGATGACAGACGGGATCATAAATTCCACCGGCCTTCTGCCCTGAATGCAGACAGTGTGCGTCCCTGCGCCACCTGTCATGAAGACAAATCCACGGCCTGGCTGCGCGATGCTGTTGAAAAATGGCCTACCCGTGACGGCGCATCGCCGGATACCTCAGGAAAATGGGCTAAGTTAAATGCGGCTTTAACCACATGGGATCCTGCAGCCATTGCTGAATCCACTTCACTGCTTACCGACCCAAAGATTACGCTGCCTGATTTACTCACCAGTGCCCTCACCAGAAAAGTGGCCGCTCAGGCGCCGCAGAAAGCAGTAAAACTGATAAAAGCACAGGCGGCTTCGCCGTCTGTGGCATTACGCCGTGGTGCTGCCATGGCTGCACCGTCTTTATCAACAAAGCAACAGGCAGCTGTACTGGCTTCACTTACAGATGATCCGGCATTGTCTGTACGCAGTGAGGTGGCAGCGGCTCTGCTGAATGCGCCGGCAAACAGTATTCTGCCGGAGGCACAAGTCAGTTCCCTTTTAGCTGAATATGAAGCCACACTGCTGGCCACGCGAGATCACCCGGGCGCCAACACGGGTCTGGCTCAGCTGGCTTTGCGTAAAGGAAACATCATCGACGCAAAAATGTATTACGAGGCGGCGCTTCGCATTGACCCGGCCAACTTACCGGCTCTGCTGAGCTTTGCAGATTTTTTACGCAATATGGGTAATGAGGAGGGCGCGAAAAGATATCTGACAAATGCACTGACCATCGCACCGGATTCCGGTGCCGTGCAGTTTGCCTACGGACTGATGTTAATTCGTGATAAGCGTTATGAAGAAGCAACGACGCATCTGGAAAAGGCCGCTCAGGCAGAAGATGCCAGCCCGCGTTTTGCCTTTGTTTACGGCGTATCCTTGTGGCAGCTCAAACAACCTGAAAAAGCACTCACGGTGCTGGATGACGCGGCGACAAGATGGCCGGGCGATTATGATTTGCTGACAACCCGCGCTAAATACGCCTATCTAAGCAAAAACGCCGTGATGCTCCAAAAAGCAATCACGGCGCTGGGTAAGGTGTATCCGCAGGACAGCGTATATCTGCAGTTAAAACCGCTTATTCAGCCTTAG	MSNLIKGCLAALFLFITFTSQASDDKRYTGAETCLSCHQKEGDAWRQSDHYHSMLPASDESVLGNFNDMTFSAGSRTSRFFKEGDAYFVETLNGQGEKQKFDVVYTFGFRPLQQYLLRTTGGRLQAFDVAWDSRPAEQGGQRWYQLQDDEVTDPEHPFFWTGYYQNWNSRCASCHSTNLQKHYDPVNNTFNTTYSDVNVACESCHGPGSEHIKLAGEGTLSATNTGLRALGKAIAFHFKPGDAIARPQSSPAPISELALNTCGGCHSRRAELGEPDLTQPYHQQFQLDAIDEPLYFSDGQIRDEVFVLGSFMQSKMAQAGVTCIHCHDPHSGKTRLPGAQVCATCHRPDVFMADPHTFGHKDANCLDCHMPARTYMGVDDRRDHKFHRPSALNADSVRPCATCHEDKSTAWLRDAVEKWPTRDGASPDTSGKWAKLNAALTTWDPAAIAESTSLLTDPKITLPDLLTSALTRKVAAQAPQKAVKLIKAQAASPSVALRRGAAMAAPSLSTKQQAAVLASLTDDPALSVRSEVAAALLNAPANSILPEAQVSSLLAEYEATLLATRDHPGANTGLAQLALRKGNIIDAKMYYEAALRIDPANLPALLSFADFLRNMGNEEGAKRYLTNALTIAPDSGAVQFAYGLMLIRDKRYEEATTHLEKAAQAEDASPRFAFVYGVSLWQLKQPEKALTVLDDAATRWPGDYDLLTTRAKYAYLSKNAVMLQKAITALGKVYPQDSVYLQLKPLIQP				NA	NA	NA	NA	NA
AK237_02841	795			hypothetical protein	ATGCAGAAAAAGTTATTCGAGTTCGGCGATTTATTTTGGGTGCCTGAATTTTATCATGCCTTCCTGCGTCGCTTCATGGGCGCGTTGTATAAAGTATTTGGATATCACAAGCTTTGGTTACCAGAGCTGAACCGCTTCATTAACAAAGCCGGTGGTACGGTGATGGATCCTTGTGCGGGCAGTGGCTATGTCAACGAACTGTTGATGAAGGAGCTGAATAAGAAAGATCTGCGTTTTTACTTGTCTGATTTCATGATTGACAAAAACCCGGAATTTCGTGAACGCATCAACAATCTGGGTGATGACCGTATTCATTATCTGGAACAACCCATTGACGTGCTGAAAGACAATCCGGATTTCCGCTGCCCGAAAATCTTTATTAACTCTTTCCACCACTTTGACAACGAACAGGTGGCGCAGATCTTCAAGCTCAATCTGTCACACGGTGATGATGTGCTGGTGCTCGAGTATTGTGATAACTCCTTTATGAGTTACTTGTCTATGCTGTTAGGCCCGCTGGTGGCGATGATCATGTTACCGTTTATCACCGAGCGCCGGTTATTGCTGGTGACTGCCATTTTCACCTATCTGATCCCGGTAGTACCGCTAATGTTATTGTGGGATGGCATTGTGTCGAGCCTGCGTTGCTATTCTAACAAGTCCATTAAAGCCGTTTTGAAAGATGCCGGATTTGACGATGTTACAGTAACATCAACCTTCCGTCGCAGCTTATTGTATCCGGCGGGGGTAACGGCACATCACATTGAGGCACCGTCTGCCGCTAAGGCTGAATAA	MQKKLFEFGDLFWVPEFYHAFLRRFMGALYKVFGYHKLWLPELNRFINKAGGTVMDPCAGSGYVNELLMKELNKKDLRFYLSDFMIDKNPEFRERINNLGDDRIHYLEQPIDVLKDNPDFRCPKIFINSFHHFDNEQVAQIFKLNLSHGDDVLVLEYCDNSFMSYLSMLLGPLVAMIMLPFITERRLLLVTAIFTYLIPVVPLMLLWDGIVSSLRCYSNKSIKAVLKDAGFDDVTVTSTFRRSLLYPAGVTAHHIEAPSAAKAE				NA	NA	NA	NA	NA
AK237_02842	432			hypothetical protein	ATGCATACTACGTTTAAATCTCTTATCGGCGCGTATGTTGCCGTCCTTATAGCGTTTGCCTGCCTTGATGGAATTTGGCTGGGCGTTATTGCCATGCCCTTATATCAAACGGCTTTTGAGGATTTATTACGTAGTCAGTTCATTACCTGGCCTTGGTTGGCATTCTACCTTCTTTATTGTGCTGCCGTAGTGTATTTAGTAATACGCCCTTATGCAGGCCAAAACCTGATGCGCATTACTATTGCCGGTTTTGTCCTGGGGGCCACCGCATACGGTACCTATAATCTTACCTGTTACTCGATCATTAGGGACTGGCCATTATCAATGACATTAATTGACTGGCTGTGGGGCAGTATCGCGACGAGTGTAATTGCGACATGTGGCGGATGGGCTGCACAAAAAATACTCACCCGACAAGCTTCGCAAGGGTGA	MHTTFKSLIGAYVAVLIAFACLDGIWLGVIAMPLYQTAFEDLLRSQFITWPWLAFYLLYCAAVVYLVIRPYAGQNLMRITIAGFVLGATAYGTYNLTCYSIIRDWPLSMTLIDWLWGSIATSVIATCGGWAAQKILTRQASQG				NA	NA	NA	NA	NA
AK237_02843	2451	plsB	COG2937	Glycerol-3-phosphate acyltransferase	ATGTCGTGGATGCGCAAAACGCTTTTGTCGGTGTTTCATTATCCCGTTAAGTTGTTGGTGAAAGACCATAATGTTCCGGCAAATGTCGAAAAAGAGTTGGGTATAGATCGCAACAAGCCCATCATTTACTTGCTGCCAACCAATTCAGTTACCGATCAGCTTGCGCTACGGATGACGACAGAACGCTTAGGTTTACCAAGCCCAACCAAAGATATTGAATTGGCAGGTAAGACTTATCCTGCGAGTGTTTTTCTGCGTAAAACTGAGCCTCTTATCGGGCGTGCATCCCACACTGATGTAGAATCAATATTCTCCAACCTGTTTCATTTACATCGCGATCATGACGATGTGGATGTACAAGTGGTTCCCGTGTTCATCACGTGGGGGCGCGCGCCCGGAAAAGGAAAACCTGGACTAAGCGATCTTATTGCGCATCACGCTTCACCAAGCTGGCTTCGAAAACTTTTCATTGTCATGTTTCTCGGTCGCGACAATTTTATTAACTTCAGTAAAGCCGTGTCTGCCCGCGAGATGTCTACGCAACGCGGTACCGACGATTCCATAGCACATAAGCTTGTTAGGGTAGCAAGTACTCACTTTCACAGAAAACGCCAAAGCATGACGGGCCCTACGCTATTAGAGCGCCAGGAGCTATACAATGCAATTCTGGGATCCGAAGCAGTCAAACGCGCACTGCATGAAGAATCCACCTCGAAAAGAGCCAAAAAGCAAGATCCGAAAGAAGCAGCCAAAGAGTACATCAACGAGATTGCTGCGGATTATCGAGAGGGCTTAATTCGTTTTGGAGAGCGGATTCTCACGCGCATCTGGAATAAAATCTACAACGGGATCAGCGTAGGTCATAGCGAACGTATACGTGAACTGGCCGCCAACGGACACGAAATTATTTACGTTCCGTGCCATCGCAGTCACATGGACTACATGCTGCTAACGTATGTAATTTATCATGAAGGTTTGGTTACCCCGCACATTGCGGCAGGTATTAATCTTAATTTCTGGCCAGCAGGCCCGATTTTCCGTCGTAGCGGCGCCTTTTTTCTTCGCCGGAGCTTTGCCGGCAATAAACTTTATACCGCTGTGTTCCGGGAATACTTAGAGCTGCTGTTCAACAAAGGCATATCGGTTAAGTATTACCCCGAAGGCGGACGCAGTCGTACAGGTCGTCTTATCCCGCCTAAAACCGGTATGTTGGCAATGACCATGCAAGCAATTCTCAAGGGCGTAAAACGTCCTGTCAGTATCGTGCCGGTGTACATTGGCTACGAGAATGTCATGGAAGTGAAAAGCTATCTTAGCGAATTAAAAGGCAGCGGGAAGAAGAAAGAGTCAAACTTACAAGTGTTTTCTGCCATTCGTAAATTAAAGAACTATGGTCATGGCTACGTTAATTTTGGCGAACCAATCCAACTTAACCAGTTTTTAGAGCAGAACGTTCCCCAATGGCGCGAGACATTGCCGGCTGATCCGGATAAAAAGCCAGGCTGGCTCACCCCGCTGGTGAATGACTTAGCCCATGAAGTGATGCTTCGTATTAACCGCAATGCCGCTATTAATGGCATGTCTCTGGTGTCGCTGTGTCTGCTGTCGTCAAAAACACAAACGATGACAGAGAAAGAATTAGTGCGTTCCATGGATCACTACTTAACATTCTTACGTAGCGCCCCATTTAGCGACGATGCAACAATCCCCGAAATCAGTGCCAGAACAATGCTCGATGAAACCCTGGCGCTCAAGCGCTTCGACATCAGCCAGGATGGCTACGGAACGATGGTAGCGCCGCAAAAAGACGCGGCAGTCTTTTTAACTTACTATCGCAATAATATTCTGCATTTATTCGCGCTACCCGGTGTCATTTTATCTGCTGTGTTTGCACGTCCGGGAATTCATCGCCATGAAATTTTGCGCCTGATGGCAGCACTTTACCCCCTGCTGCAACGTGAATTATTCATTTACATGACGCAAGATGAAGCACTGGCCTATACCGACAAGCTCATTACTACATTCTTAGAGCAAGGCATGCTGACAGAGATGGAGCAAGGGCTGTTGCACCCACCCACCTCTTCGGACCGCGCCTTCCACTCCTCATGGTTGCTGAGCCGCTGTATGCAGGAAACTTTCCAACGCTATGCGGTTGTACTGACAATAATTGAGCGAGATCGTGTCATTAGTCGTAATAGTTTGGAGAGAACCAGCAAACAGGTAGCCGAACGCCTGTCCACACTCTATGGTATGAACTCGCCGGAGTTCTACGATAAGAATGTGCTTTCTTCATTCATTAGTGCGTTACGTGAGAACCATTGGCTGGACTCCGCACCAGATGGCAGTTTGAAGTATTCTGAAGAAAGTGATGCTTTACGACAAGATGTGTTATCACTGGTGTGGCCTGAAATCACGCAGCATTTACAGAATGTCGATGCGCAGTGTGACTAA	MSWMRKTLLSVFHYPVKLLVKDHNVPANVEKELGIDRNKPIIYLLPTNSVTDQLALRMTTERLGLPSPTKDIELAGKTYPASVFLRKTEPLIGRASHTDVESIFSNLFHLHRDHDDVDVQVVPVFITWGRAPGKGKPGLSDLIAHHASPSWLRKLFIVMFLGRDNFINFSKAVSAREMSTQRGTDDSIAHKLVRVASTHFHRKRQSMTGPTLLERQELYNAILGSEAVKRALHEESTSKRAKKQDPKEAAKEYINEIAADYREGLIRFGERILTRIWNKIYNGISVGHSERIRELAANGHEIIYVPCHRSHMDYMLLTYVIYHEGLVTPHIAAGINLNFWPAGPIFRRSGAFFLRRSFAGNKLYTAVFREYLELLFNKGISVKYYPEGGRSRTGRLIPPKTGMLAMTMQAILKGVKRPVSIVPVYIGYENVMEVKSYLSELKGSGKKKESNLQVFSAIRKLKNYGHGYVNFGEPIQLNQFLEQNVPQWRETLPADPDKKPGWLTPLVNDLAHEVMLRINRNAAINGMSLVSLCLLSSKTQTMTEKELVRSMDHYLTFLRSAPFSDDATIPEISARTMLDETLALKRFDISQDGYGTMVAPQKDAAVFLTYYRNNILHLFALPGVILSAVFARPGIHRHEILRLMAALYPLLQRELFIYMTQDEALAYTDKLITTFLEQGMLTEMEQGLLHPPTSSDRAFHSSWLLSRCMQETFQRYAVVLTIIERDRVISRNSLERTSKQVAERLSTLYGMNSPEFYDKNVLSSFISALRENHWLDSAPDGSLKYSEESDALRQDVLSLVWPEITQHLQNVDAQCD	PGPT0024370_518	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-GLYCEROLIPID_REMODELLING	CE-REMODELLING_GLYCEROLIPID_ACYLTRANSFERASE_ACTIVITY,PGPT0024370-plsB-K00631	NA	NA
AK237_02844	984	nanM_1		N-acetylneuraminate epimerase	ATGTTCCAAGGCACGTGTCGAATTATTTTTGCCTTTGTAGGTGTTGCGTTATTGGCCTCCTGTTCTACAACGCCAGATATCAGCGAGTTTCGCAAGCCTGCGGCGTTTAAGTTAGAAAGCCCGCGCTTAGGTGCAGGTGTGGCAACTGATCAAAAAACACTGTTTGTATTTGGTGGAAGCAACCAGAAAGGCCTGCTCAATGATGTGGAAATTCTCGATCCTTCCACCCAGAATGTTCAGGTTCTGAAAAACCACGTCATTCCCCGCCGCTATTTCTCTTCGGTTTATGGCGAGAATAACAACGTGTACATCATTGGCGGTATTTCCGCGTCCAATCAAAAGGCCAAATACGAAAGTACGGTAGAGGTGTTTAATACCGTAACACGTAAAGTCACTCAAGCCGCCGTATTACCTTATCCCACCCGCATGAACACGGCAGTATACATTGATGGCAAAATTTACGTCCTCGGCGGCTCACATCACGATTGGCAAACCCGGAAGTTAAAGCCAACAGCTTTAGTGGCCATTTACGATATTGACAGCAACGAATGGACTTTAGGGCCTCCTATGCCAACGGCCAAGTCCACTTCGGCAGTCGCTTACAAAGACAAAATTTACGTGGTAGGCGGTTACACCGGAGAAGAACAACTTGATGTGTTCGAACAATACGATCCGGCGACAAATAAATGGAAGTCTTTACCACCGCTCCCTGAGCCAATGAGTGCTCACACCACAACGGTCTGGCGAGACTACCTGATTGTATTTGGCGACTACAACAACCTGCAAGCTGTGTGGACTTACGACTTTAACGCGCAGGAATGGCACAAAAGTGATTTAGACATAACCGGCGCCAGACACAGTAAAGCCGTTACATTTGGCGATGCCGTTTACTTAATTGGTGGCAACCAGGATACGGCAGGCCCTGTGCTGGATACCATTCAGGTATTTGATGCTAAAAAGTTACGCAGCGCTGTTGGGAAATAG	MFQGTCRIIFAFVGVALLASCSTTPDISEFRKPAAFKLESPRLGAGVATDQKTLFVFGGSNQKGLLNDVEILDPSTQNVQVLKNHVIPRRYFSSVYGENNNVYIIGGISASNQKAKYESTVEVFNTVTRKVTQAAVLPYPTRMNTAVYIDGKIYVLGGSHHDWQTRKLKPTALVAIYDIDSNEWTLGPPMPTAKSTSAVAYKDKIYVVGGYTGEEQLDVFEQYDPATNKWKSLPPLPEPMSAHTTTVWRDYLIVFGDYNNLQAVWTYDFNAQEWHKSDLDITGARHSKAVTFGDAVYLIGGNQDTAGPVLDTIQVFDAKKLRSAVGK				NA	NA	NA	NA	NA
AK237_02845	1530	ilvA	COG1171	L-threonine dehydratase biosynthetic IlvA	ATGACCGTTAGTGACCACGAATACTTAAAAAAGGTGCTGTTGGCACCGGTTTATGAAGTTGCTGTGAATAGCGAGTTGTCGGCTATGTCACGACTTTCGCAGCTAATTGGTAACGACGTGTACCTCAAACGCGAAGATCAGCAACCTGTTAAGTCTTTCAAGCTGCGCGGCGCTTACACTCGTTTAAGTGCGCTCACAACTGCACAGCTGGATGCGGGCGTTATTGCCGCTTCTGCAGGTAATCATGCCCAGGGTCTTGCATACGGTGCAAAGAAGAAAGGCGTACATGCCACTATCGTGATGCCGGAAACCACGCCTGACATAAAGGTCGACGCGGTAAGACGGTTTGGTGGCAACTTTGCGAACATTGTTTTGCACGGTACGAATTTTGATGCGGCCAGTCAGCATGCGAAATCCCTTGCTGAGGCGCACGGGTACACGTTTATTCCTCCGTTCGATGATCCTGATGTCATAGCCGGACAAGGTACCGTGGCTCGCGAGTTGCTCGAACAAAATCCGAATCTGGATATTCTGTTTGTGGCTATCGGCGGGGGCGGACTGGCTGCGGGTATAGCGGTTTACTTAAAGCAGCTTAAGCCTGAAATCACTATTATTGGTGTTGAGTCTGAAGAGTCGGCGTGTTTTAAAGCGGCAATGGAAGCCGGTGAAATTGTTACGCTGCCCTCGGTAGGTATTTTTGCCGACGGTGTTGCTGTAAAAACCATGGGGACGGAAACGTTCCGGTTGTGCGAGCGCTTGTTAGACGGCGTGATCACGGTGTCGAACGACGAAATTTGCACCGCCATCAAAGATATTTTCGATGATACCCGGGTAATCGCAGAACCGGCGGGTGCAATGTCCATTGCGGCAATCAAAAAATACGTGGCAGAACATAATATCAAAGGCAAAAAGCTCGGCGGTATTTTGTGTGGTGCCAATATTAATTTTCACACCTTGCGCTATGTGTCTGAACGTTGCGAATTAGGTGAACAGAAAGAAGCGGTATTTGCAGTAAGGATCCCAGAGCGACGCGGGGCTTTCAAGCAATTCTGTGAAGTGCTGGGTGGCAAAGCGATTACAGAGTTTAATTATCGATTTGCCAACGAAAAAGATGCCCACATTTTTGTCGGTGTGAATCTAAAGGGAGGCAAGCAGGAATTTTCTGAGCTTAACACCTCGTTAGTTGAACAAGGCTATGATTGCTTCAATTTAAGTGACAACGAATTGGCAAAATTGCATGTTCGCCACATGGTTGGAGGCCGTCCGCCAACTTTACTTAACGAAGCGGTTTTTACTTTTGAGTTTCCTGAGCATCCCGGTGCGTTACTGAAGTTCCTGGGAACATTAGGTGAACGCTGGAACATTACATTGTTCCATTACCGCAATCATGGTGCGGCCGAAGGTCTTGTGCTGGCTGGATTTGAAATTCCGCCGGAAAGCCGTGATGAATTTAATGCTCACCTGAAGCAATTAAGCTATGAGTGCAAAGAGGTCACTGACGACCCTGCTTATACATTCTTCCTGTCTTAA	MTVSDHEYLKKVLLAPVYEVAVNSELSAMSRLSQLIGNDVYLKREDQQPVKSFKLRGAYTRLSALTTAQLDAGVIAASAGNHAQGLAYGAKKKGVHATIVMPETTPDIKVDAVRRFGGNFANIVLHGTNFDAASQHAKSLAEAHGYTFIPPFDDPDVIAGQGTVARELLEQNPNLDILFVAIGGGGLAAGIAVYLKQLKPEITIIGVESEESACFKAAMEAGEIVTLPSVGIFADGVAVKTMGTETFRLCERLLDGVITVSNDEICTAIKDIFDDTRVIAEPAGAMSIAAIKKYVAEHNIKGKKLGGILCGANINFHTLRYVSERCELGEQKEAVFAVRIPERRGAFKQFCEVLGGKAITEFNYRFANEKDAHIFVGVNLKGGKQEFSELNTSLVEQGYDCFNLSDNELAKLHVRHMVGGRPPTLLNEAVFTFEFPEHPGALLKFLGTLGERWNITLFHYRNHGAAEGLVLAGFEIPPESRDEFNAHLKQLSYECKEVTDDPAYTFFLS	PGPT0001960_1338	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
AK237_02846	1851	ilvD	COG0129	Dihydroxy-acid dehydratase	ATGCCCAAGTTACGATCTGCAACCTCCACCCAGGGAAGAAATATGGCCGGCGCCCGTGCGCTGTGGCGCGCTACCGGTATGAAAGACACTGATTTCGGTAAGCCTATTATTGCTATTGCCAACTCCTTCACGCAGTTTGTGCCAGGGCATGTGCACCTCAAAGATCTCGGACAGCTCGTCGCTCGCAGTGTTGAGGAAGCCGGTGGCGTAGCCAAAGAATTCAATACCATAGCTGTCGATGACGGTATCGCCATGGGGCACAGCGGTATGCTCTACAGCTTACCCTCGCGGGAAATTATTGCTGATGCCGTTGAATACATGGTGAATGCCCATTGTGCTGATGCCATTGTGTGTATTTCTAACTGCGACAAAATCACCCCGGGCATGTTAATGGCGTCTATGCGCCTTAATGTACCGGTAGTCTTTGTCTCCGGTGGTCCAATGGAAGCGGGTAAGACAAAACTGTCCGATCAAATTATAAAACTCGATCTGGTGGATGCCATGGTCGCTGCTGCGGATGACCGCGTCAGCGATGAAGACACAGATCAAATTGAGCGCTCAGCCTGCCCTACCTGCGGTTCCTGCTCGGGTATGTTCACTGCTAATTCTATGAACTGCTTAACGGAAGCCCTTGGTCTATCTTTGCCTGGCAATGGCTCATTGCTGGCCACTCACGCCGATCGCGAAAACCTGTTTAAGCAAGCGGGTAAACAGGTGGTTGAACTGTGTGAGCGTTATTACAAACATGATGATGAAACCGCACTGCCCCGTAATATCGCTTCGTTCAAGGCATTTGAAAATGCCATGAGTCTGGATATTGCCATGGGGGGGTCAACAAACACGATCCTGCACTTACTGGCAGCGGCAATGGAAGGTGAAGTGCCTTTCACCATGGCAGATATCGACCGTCTGTCACGCAAAGTGCCCCATTTGTGTAAGGTCGCGCCATCTACACCAAAATATCACATGGAAGATGTTCACCGAGCCGGTGGTGTATTAGGGATTTTAGGTGAGCTGAATAAGGCCGGTTTGTTAAATCAGGATGTACATCACATATTGGGTAAGTCGTTACCCGAGGTAATAAGCGATTGGGATATTACCAACCCTGAAAATAAGACCGCCGATGAATTTTATCGCGCTGGACCTGCCGGTATTCGCACCACGCAGGCTTTCAGTCAGGATTGCCGCTGGGAAGAAGCCGATGCCGACCGTAGCGAAGGCTGTATCCGCGATCTGGAACACGCTTACAGCAAAGACGGCGGTCTGGCCGTGCTGTACGGAAACCTGGCGGTAGACGGCTGTATTGTTAAAACCGCGGGGGTAGATGCGTCTATTCTTAAATTCACTGGAACCGCAAAAATTTATGAAAGTCAGGATGACGCCGTTGCCGGAATTCTCGGTGATGAAGTGAAAGCCGGTGATGTGGTTATCATTCGCTACGAAGGCCCAAGAGGCGGCCCGGGTATGCAGGAAATGCTGTATCCTACCTCTTACCTGAAATCGAAAGGTCTGGGTAAAGCCTGTGCGCTTATCACAGACGGACGTTTCTCGGGCGGTACCAGCGGTTTGTCGATTGGTCACTGTTCTCCTGAAGCGGCCAGTGGCGGCGGTATTGGTCTGGTGGAAGATGGCGATAAGATTGAAATTGATATCCCTAACCGAACTATCAATATTGCGATTTCCGATGAAGAACTTGCGCATCGTCGTGCGGCGATGGAAGCCAGCGACAAGCCATGGAAACCGAAGAACCGTGAACGTAAAGTGTCTCTGTCACTGAAGAACTTTGCGATGCTTGCCACTAGCGCTGATAAAGGTGCAGTAAGAGATGCATCTAAATTGGAAGACATATGA	MPKLRSATSTQGRNMAGARALWRATGMKDTDFGKPIIAIANSFTQFVPGHVHLKDLGQLVARSVEEAGGVAKEFNTIAVDDGIAMGHSGMLYSLPSREIIADAVEYMVNAHCADAIVCISNCDKITPGMLMASMRLNVPVVFVSGGPMEAGKTKLSDQIIKLDLVDAMVAAADDRVSDEDTDQIERSACPTCGSCSGMFTANSMNCLTEALGLSLPGNGSLLATHADRENLFKQAGKQVVELCERYYKHDDETALPRNIASFKAFENAMSLDIAMGGSTNTILHLLAAAMEGEVPFTMADIDRLSRKVPHLCKVAPSTPKYHMEDVHRAGGVLGILGELNKAGLLNQDVHHILGKSLPEVISDWDITNPENKTADEFYRAGPAGIRTTQAFSQDCRWEEADADRSEGCIRDLEHAYSKDGGLAVLYGNLAVDGCIVKTAGVDASILKFTGTAKIYESQDDAVAGILGDEVKAGDVVIIRYEGPRGGPGMQEMLYPTSYLKSKGLGKACALITDGRFSGGTSGLSIGHCSPEAASGGGIGLVEDGDKIEIDIPNRTINIAISDEELAHRRAAMEASDKPWKPKNRERKVSLSLKNFAMLATSADKGAVRDASKLEDI	PGPT0001875_868	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
AK237_02847	933	ilvE_2	COG0115	Branched-chain-amino-acid aminotransferase	ATGGCTAAGCAACCAGCAGAATTTATTTGGTTTAACGGTGAAATCAAGCATTGGAAAGATGCAACTGTGCATGTAATGACACATGCTATTCATTACGGTTCATCTGTCTTTGAAGGTATCCGTGCGTACAACACGCCAGATAAAGGTACCTGCGTCTTCCGTCTGGACGAGCACAACAAGCGCCTGCTGGACTCTGCGAAAATTTACCGCATGACGATTCCTTATACGCTGGAACAAATCAACGAAGCCACAATGGATATCATTCGTAAGAATGAACTGAAGTCGGCTTATATCCGTCCAATCGCTTATTACGGTGATATCGGTATGGGTCTGGCAGTACCTTTCGGTACGGAAACCGAACTGGCCATTGCTGCCTTCGAGTGGGGTGCTTACTTAGGTGAGGAAGCGCTGAAAACTGGTGTTGATGCCGGTATATCCTCATGGAATCGTCTGGCTGCGAATACCATTCCTACCGGTGCCAAAGCCGGCGGTAACTATTTATCCTCACAGCTTATCTCTATGGAAGCTCGTCGTCATGGCTACGGTGAGGGTATCGCACTGGACCGTAACGGTTATATTTCTGAAGGTGCCGGTGAAAACATTTTTGTTATTCGTAACGGCATTGTTTCCACCACTCCGAAAACCGCAGCCATTCTGCCAGGTATCACCCGTGACACAGTGATCACCCTGCTCAAAGAAATGGGTTATGAAGTACGTGAAGAAAACATTCCCCGTGAAGCGATGTATCTGGCTGATGAAATCTTAATGTGTGGCACGGCGGCAGAAGTGACACCGGTTCGCAGCGTTGATGGCATTGCGGTCGGTAACGGTTCACGCGGTCCTATTACTGAGAAAGTACAAGATATGTTCTTCGGTCTGTTCAACGGCAAAACCGAAGATAAATGGAACTGGTTAACACCAGTTTATAAGTAA	MAKQPAEFIWFNGEIKHWKDATVHVMTHAIHYGSSVFEGIRAYNTPDKGTCVFRLDEHNKRLLDSAKIYRMTIPYTLEQINEATMDIIRKNELKSAYIRPIAYYGDIGMGLAVPFGTETELAIAAFEWGAYLGEEALKTGVDAGISSWNRLAANTIPTGAKAGGNYLSSQLISMEARRHGYGEGIALDRNGYISEGAGENIFVIRNGIVSTTPKTAAILPGITRDTVITLLKEMGYEVREENIPREAMYLADEILMCGTAAEVTPVRSVDGIAVGNGSRGPITEKVQDMFFGLFNGKTEDKWNWLTPVYK	PGPT0008860_4503	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_UTILIZATION	PLANT_DERIVED_VALINE_DEGRADATION,PGPT0008860-ilvE-K00826	NA	NA
AK237_02848	612			hypothetical protein	ATGACAGACTGGTTTCATTGGTTAAACCTTGCAGGTGTTGCTGTTTGTGCCATTTCCGGCACATTAATGGCTTATCAGAAGAGAATGGATGGCTTTGGCGTTGTTGTGCTCGCGTCGGTTACCGCTATAGGTGGTGGCACGTTACGCGACATCGTTTTAGATATTCCGGTATTTTGGGTGCAGGATACCGATTATATTTACACCACGCTGATAGCCGCCGTGGTAACTATTGCATGGCTTCGCGTGAGTCCCCGCTTTCCCTACCACTATCTCCTCATTGCCGATGCCTTTGGGCTGGCGTTATTTAATGTTGTCGGAATGGAAAAAGCCCTCATTCACGAGGCACCGATGTCTGTGGCCATTGCGATGGGTACTATTACAGGCGTGTTTGGCGGCCTGCTTCGCGACGTGATCTGCCGGGAAGTTCCCTTGGTACTCAATGGTGAATTGTACGCCATTACATGTATCACAGGCGGCCTGAGTTACGGGGTGATGCTGTATTCTGGCATTGATAAACAATACTGCTTATGGGCAGCACTACTTGTTACCGTACTCATGCGTCTTGGTGCAATGCGATGGCACTGGCAACTACCCGTATTTAAAAACGAATAA	MTDWFHWLNLAGVAVCAISGTLMAYQKRMDGFGVVVLASVTAIGGGTLRDIVLDIPVFWVQDTDYIYTTLIAAVVTIAWLRVSPRFPYHYLLIADAFGLALFNVVGMEKALIHEAPMSVAIAMGTITGVFGGLLRDVICREVPLVLNGELYAITCITGGLSYGVMLYSGIDKQYCLWAALLVTVLMRLGAMRWHWQLPVFKNE				NA	NA	NA	NA	NA
AK237_02849	1521	comM	COG0606	Competence protein ComM	ATGGGAATGGCGGTGGTAAAAACCAGAGCCGGAGCAGGGATCAACGCGCCCATGGTGCGTGTTGAGGTACATTTAGCCAATGGATTACCAGCGTTCCAGTTAGTCGGCATGGCTGAAACCTCGGTGAAAGAAGCAAGAGACAGGGTGCGAAGTGCACTTATCAATAGCGGATTTGAATTTCCCGCTCGTCGGATTACCGTCAATCTCTCACCGGCCAGTATTCCCAAGCAAGGGGGGCGTTATGATTTGGCCATCGCCATTGGTATTTTAATTGCGCATGGACAACTAGCCGAGGCCGTCGCAGATGATTTCGAGTTTGTTGGCGAGCTGGCACTTACCGGCGAGTTAATGGCGGTTAGCAGTATTATTCCGGCTACAATGGCTTGTCGTGACGCTCAACACACCCTTTTTCACCCCGCCACAAACCAGCCTGAAGCGGCAATGGTATCTGACGCGAAACGGTATGCAGCAGAGTCACTCATTGCGGTCTTCTTGCACCTGGCGGGTTTAGAGTCATTGGCGCTGGCGACAAATACACCAATCGACCCGAAATCATCTGTAACAGCCAGAGTGTGGGACGGCATTCATGGTCAACACCAAGCCAAGCGCGCCCTGCTTATTGCCGCGGCAGGTTCACATAACTTGCTGTTTACAGGCCCCCCGGGGACAGGAAAGAGTTTACTTGCCAGCCGGCTACTGCGGCTTTTGCCGCCACTGAAACCCGATCAAGCCTTAGAAGTTGCAGCGCTGTACTCCATCAAAAATGCTGTCACCAGTAACATTACCAAAGGAGAGCGTCCGTTTCGTTCGCCCCATCATACCAGTTCAGCGGTTGCGTTGACGGGAGGAGGCTCATCTCCCACCCCGGGGGAGGTGTCTTTAGCCCACAACGGTGTGTTATTTTTAGATGAGCTGCCAGAATTTGGCAGACGCGCGTTGGATGTTCTACGAGAACCCATTGAAACCGGTGAAGTACATATCTCGCGAGCTTCAGGACAAGCCAGGTTTCCCGCACAATTTCAGTTAATTGCGGCGATGAATCCAAGTCCGACAGGTGATGTGAACGACGGCCGTACGCCGCCTGATCAGGTACTACGTTATTTAAACCGTATCTCAGGCCCGCTACTCGACAGAATTGATATTCAGGTAGACGTACCCCGGCTTCCGGATTACCAGCTAACGCTCGCTCTGGATGAAAACGAACCTGAAGATATTCGCGATCCTCAGGCTAAAGTTATTGCCGCTCAAACCATGCAACTAGCACGGCAAAGCGTTTTAAATGCCCATCTTTCGGTAGATAAACTCCCTGAGGTGTGTGCGCTTAGTCAGCCCGATATTACGTTTATCCAAACGGCAGCAGAAAAACTCAATTTATCAATGCGTGCCTTTCACCGGGCTTTGAAAGTGGCTCGTACGATTGCCGATTTAGACCAACAGGAATGCGTGCAACGACAACACCTTTGTGAGGCTTTGGGATATCGCGCCCTGGATAACCTGCTGCGTCAGCTAAGTGGAATTTGA	MGMAVVKTRAGAGINAPMVRVEVHLANGLPAFQLVGMAETSVKEARDRVRSALINSGFEFPARRITVNLSPASIPKQGGRYDLAIAIGILIAHGQLAEAVADDFEFVGELALTGELMAVSSIIPATMACRDAQHTLFHPATNQPEAAMVSDAKRYAAESLIAVFLHLAGLESLALATNTPIDPKSSVTARVWDGIHGQHQAKRALLIAAAGSHNLLFTGPPGTGKSLLASRLLRLLPPLKPDQALEVAALYSIKNAVTSNITKGERPFRSPHHTSSAVALTGGGSSPTPGEVSLAHNGVLFLDELPEFGRRALDVLREPIETGEVHISRASGQARFPAQFQLIAAMNPSPTGDVNDGRTPPDQVLRYLNRISGPLLDRIDIQVDVPRLPDYQLTLALDENEPEDIRDPQAKVIAAQTMQLARQSVLNAHLSVDKLPEVCALSQPDITFIQTAAEKLNLSMRAFHRALKVARTIADLDQQECVQRQHLCEALGYRALDNLLRQLSGI				NA	NA	NA	NA	NA
AK237_02850	864	cmpR_3		HTH-type transcriptional activator CmpR	ATGGATTTTCGTTCACTTCAGCTTTTCAATCATCTTGCCTCCAGCTTACATTTTGGTGACACCGCGGAAGCGATGTATGTCTCGCCCTCTACGTTGAGCCGCGCGATTCAGCGACTTGAGGAGGAGTGTGGCACGGTGTTGTTAAAACGAAATAATCGGTCTGTAGTGCTCACCCACGCAGGACACAAGATGCTTGCGTTTAGTACGGATGTCCTAAAAGAATGGCAATCTTTGCAACGTGAATTGCGTGACGATAACGATGCGCTACAGGGCGAACTCAGCGTGTTTTGCTCGGTAACTGCAAGTCAGAGCCATCTTCCCGCACTACTGCGACAATTTCGCTTTCGGTACCCCGGCGTTGATATTCGCTTAGTAACCGGCGACCCTGCCCTGGCAAATGAAAAAGTGAAACATAAAGAGTGTGATGTGGCGATAGCTATTCATGCACCTGATTTCCCCACCGATATGACGTTCGCGCCACTGGATAAAGTTCCGTTAGTTCTGATTGCTCCCCGTGACTGGCGACTTACCGAGCTTTCTCAAATAGACTGGCGGCGACATCAGGTTATTATGCCGGAGCACGGACCCACGCGCCGGATTGCTTATCACTGGTTTGCAGAACACGGGATAAGGCCGAACGTGTATGCTTCTGTGGGAGGAAATGAAGCCATTGTAAGCATGGTGGCCCTTGAGTGTGGCGTTGGGTTTGTTCCTTTGGTTGTTCTTGAACACTCGTCGATGGCCAGCAGTGTCACTAAAATCCATGTGAGCGATATTGAAGCTTATGAGCTGGGGATCAGCTGTCTGTCTTCCCGCCGCAACGAGCCACTGGTAGACGCTTTATTTCAAATTCCACTTAGCTGA	MDFRSLQLFNHLASSLHFGDTAEAMYVSPSTLSRAIQRLEEECGTVLLKRNNRSVVLTHAGHKMLAFSTDVLKEWQSLQRELRDDNDALQGELSVFCSVTASQSHLPALLRQFRFRYPGVDIRLVTGDPALANEKVKHKECDVAIAIHAPDFPTDMTFAPLDKVPLVLIAPRDWRLTELSQIDWRRHQVIMPEHGPTRRIAYHWFAEHGIRPNVYASVGGNEAIVSMVALECGVGFVPLVVLEHSSMASSVTKIHVSDIEAYELGISCLSSRRNEPLVDALFQIPLS				NA	NA	NA	NA	NA
AK237_02851	1482	ilvC	COG0059	Ketol-acid reductoisomerase (NADP(+))	ATGGCTAATTATTTTAATACTCTGTCTCTACGTCAGCAATTGGACCAATTGGGTCGCTGTCGTTTCATGGAGCGCAGCGAATTCACAGACGGCTGTGAATTCTTGAAAGGCAAGAAAGTAGTAATCGTCGGCTGTGGAGCTCAGGGCCTGAACCAGGGTCTGAACATGAGAGATTCAGGGTTGGATGTTGCTTACGCATTGCGTCAGGCAGCAATCGACGAAAAACGTGACTCTTTCCAGCGTGCAAGCAGCAACGGCTTTAAAGTTGGTACCTATCAGGAACTGATCCCTGAAGCAGATCTGGTATACAACCTGACTCCTGACAAACAGCACGCAAGCGTTGTAGAAGCGGTAATGCCGCTGATGAAAGAAGGTTCTGCATTAGGCTATTCTCACGGTTTTAACATCGTAGAAGAAGGTCAGCAAATCCGTAAAGACATCACGGTTGTGATGTGTGCACCGAAGTGTCCGGGTACTGAAGTACGCGAAGAATATAAGCGTGGTTTCGGTGTACCTACACTGATTGCGGTTCACCCTGAGAACGATCCGAAAGGTGAAGGCTGGGATATCGCAAAAGCACTGGCAAGCGCTACTGGCGGTGACCGTGCAGGTGTTCTGGAATCTTCTTTTGTTGCAGAAGTTAAATCAGACCTGATGGGCGAGCAAACCATTTTATGTGGTATGCAACAAGCCGCCGCTATCCTGGCATTTGAAAAAATGACTGCTGATGGCATCGACGCCGGCTATGCCGCTGCGTTAATTCAGTATGGTCTGGAAACCATCACCGAAGCACTGAAAATCGGTGGTGTAACCAACATGATGGACAGACTGTCAAACCCTGCGAAAATCAAAGCGTTTGATTTGTCTGAACAACTGACCGATCTGTTACGTCCGCTGTTTGAAAAACATCAGGACGACATCATCAGCGGTGAATTTTCTCGCACGATGATGGAAGATTGGGCAAACGGTGATGCTAACTTACTGAAATGGCGCGAAGAAACTGGTCAGTCTGGTTTTGAAAACGCACCTAAGTATGATGGTAAAATCACTGAGCAAGAATTTTTTGACCACGGCATCCTGTTAGTTGCCATGATCAAGTGCGGTGTAGAAGTTGCCTTCGACGTAATGGTTGAAGCAGGTATCTTACCTGAGTCTGCCTACTACGAATCACTGCATGAAACACCATTGATTTCAAACACTATTGCTCGTAAGCGTCTGTATGAAATGAACGTGGTAATTTCCGATACTGCTGAGTACGGTAACTACCTGTTCGCAAATGCTGCAGTACCGCTGATGCGTGAGAAGTTTATGCCGTCTATCGATACCAGTGTTATCGGCAAAGGTTTAAATGTCAGCTCTAATCAAGTTGATAACCGCCGCCTGGTAGAAGTAAATGATGCCATCCGTAATACCGGTGTAGAAGTTATCGGTAAAGAATTACGCGGCTACATGACGGACATGAAAGCCATCATTGGTGTGTAA	MANYFNTLSLRQQLDQLGRCRFMERSEFTDGCEFLKGKKVVIVGCGAQGLNQGLNMRDSGLDVAYALRQAAIDEKRDSFQRASSNGFKVGTYQELIPEADLVYNLTPDKQHASVVEAVMPLMKEGSALGYSHGFNIVEEGQQIRKDITVVMCAPKCPGTEVREEYKRGFGVPTLIAVHPENDPKGEGWDIAKALASATGGDRAGVLESSFVAEVKSDLMGEQTILCGMQQAAAILAFEKMTADGIDAGYAAALIQYGLETITEALKIGGVTNMMDRLSNPAKIKAFDLSEQLTDLLRPLFEKHQDDIISGEFSRTMMEDWANGDANLLKWREETGQSGFENAPKYDGKITEQEFFDHGILLVAMIKCGVEVAFDVMVEAGILPESAYYESLHETPLISNTIARKRLYEMNVVISDTAEYGNYLFANAAVPLMREKFMPSIDTSVIGKGLNVSSNQVDNRRLVEVNDAIRNTGVEVIGKELRGYMTDMKAIIGV	PGPT0008735_387	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
AK237_02852	2040			hypothetical protein	ATGCGTTATCTGATTGTCTCGTTGGTAGTGATGCTTGCAGCTTGCCAACCCAAAGAATCAACTCTGAATGAGGGAACTATGAAACCATCATTAACCGATACCGTTGAATACGGTGGCTGGCCATCGCCGGTTACCGCAGAATCTATTGTGCAAGGTAGTCGCGGACTTTCCTCGCTGGCTGTTGATAACGGCTATGTATACTGGGTGGAATCCCGTCCGCTGGAAGGTGGTCGCAATACTATCATGCGTAAAAAAGAGGGACAGAGTGATGCGGCAGAAGAGTTATTGCCGGCACCCTGGAATGCGCGTACCCGTGTCCACGAATATGGTGGTCGTTCCATGCTGGTAAGTAATGGTGTGGTTTGGTTTACTCATTTTAACGATCAGCGCGTTTATCGCATGGTTATTGGCGAGGAGCCAGTGGCAATTACACCGGCAGAAAACATTCGCTTCGGTGCCTGTGAGCTGGACGCACCGCGCGACAGACTAATTTGTATTCGCGAAGATCACCGTGCTGTAGGAGAGCCTAAGAATACGTTGGTGGCAGTGCCAGCGAATGGTATGTCAGAAGGGGAAGTATTGTTTGAAGGGAGTAGCTTCGTCTCTGCGCCGGGCCTGTCGCCGGATGGCAAATCCATTGCGTTCATTGCCTGGGATCATCCGAATATGCCCTGGGATAATACTACGTTGTGGTCGGCCAGCTTTGCTGGCGACGGTAAATTGGAAGGGCTGACAGAACATAATCCGGATACCGGTGAATCGGCTATCGATCCCAAGTGGGATGCTGAAGGTAACTTGTATGTATTGAGTGACCGTGATAACTGGTGGTCGCTATATCAGGTATCCGGCACCGACTTTACATTGCTTTCTCCACAGCCCGAAAAGTCAGAGTTGGGTGGCCCGGCATGGCAGGTCGGCAAGCACTACTATCGTATCCGTCGGGATGGTTCTATTCTAGCGCAGGTGGTTCAGGGGGCGATTGGTCACCTTTATCTGCTAGACAGAAAACATAAAGACATGCGCGTATTGACGCCTCAGAGCGCAGCTATAGATGACTTTGTTGAGTCGGATACGGCCTTGTACGTTATTCAGGATCCGCAAACCCGCCCGGGTGAACTGGTTGCCTTATCTGATTTATCCGCAGATTCCCCCAAAGTGAGTGTTGTGACATTGTCCAGTGATTCGGCATTGGATCCTGCCTGGGTACCAGCCATTCAGGAAGTGAGCTTCCCGGTGGGTGAAAACGCGAAAGCGTACGGCACGTATTTCCCCCCGACCAATCCGAATGTAACTGCACCGCAAGATAGTGCCCCACCGCTGATTGTTATGATCCACGGAGGGCCGACATCAAAAGCATCGCCCACTTATTCAGTGAGCAAGTACTTCTGGACCAGTCGCGGCTTTGGCATTCTCGATCTTAACTATCGCGGTAGCACAGGTTACGGCAGGGAATACCGACGAGCGCTTTATGGTGAGTGGGGCGTGACTGACGTAGAAGACGCGATAGCAGGCGCAAAGTGGTTAGCAGAACAGGGTTTGGCCGATGCTGATAAGCTGATAATTCGTGGCGGTAGCGCCGGTGGATACACCACACTGGCGGCACTGGCTACCAGTGATGTCTTCAAGGCGGGGGCCAGCCACTACGGGATCAGTGATATTGAAGCATTGGCTGGTGACACCCACAAGTTTGAATCCCGCTATCTCGACCAGGTGATCGGACCGTATCCAGAGCGTAAAGATTTGTATATCGACCGTTCCCCTATTCACCACCTCGACGGTTTTAACGTCCCCCTGCTATTACTGCAAGGGTTGGAAGACAAAGTGGTGCCGCCTAATCAGTCTGAGATGATTTTTGAAGCGTTGAAAGATAAGGGAATTCCTACTGCATATGTGGCATTTGAAGGTGAAGGACACGGTTTCAGGAAGTCTGAGAATATCGTGACGGCACTTAATGCCGAGCTGTATTTTTATTCTCAGGTGTTGGGCTTTAAAACCGCCGAGCCGTTGCCGGCTATTGATATCGTAGGACTTGTTAAATAA	MRYLIVSLVVMLAACQPKESTLNEGTMKPSLTDTVEYGGWPSPVTAESIVQGSRGLSSLAVDNGYVYWVESRPLEGGRNTIMRKKEGQSDAAEELLPAPWNARTRVHEYGGRSMLVSNGVVWFTHFNDQRVYRMVIGEEPVAITPAENIRFGACELDAPRDRLICIREDHRAVGEPKNTLVAVPANGMSEGEVLFEGSSFVSAPGLSPDGKSIAFIAWDHPNMPWDNTTLWSASFAGDGKLEGLTEHNPDTGESAIDPKWDAEGNLYVLSDRDNWWSLYQVSGTDFTLLSPQPEKSELGGPAWQVGKHYYRIRRDGSILAQVVQGAIGHLYLLDRKHKDMRVLTPQSAAIDDFVESDTALYVIQDPQTRPGELVALSDLSADSPKVSVVTLSSDSALDPAWVPAIQEVSFPVGENAKAYGTYFPPTNPNVTAPQDSAPPLIVMIHGGPTSKASPTYSVSKYFWTSRGFGILDLNYRGSTGYGREYRRALYGEWGVTDVEDAIAGAKWLAEQGLADADKLIIRGGSAGGYTTLAALATSDVFKAGASHYGISDIEALAGDTHKFESRYLDQVIGPYPERKDLYIDRSPIHHLDGFNVPLLLLQGLEDKVVPPNQSEMIFEALKDKGIPTAYVAFEGEGHGFRKSENIVTALNAELYFYSQVLGFKTAEPLPAIDIVGLVK				NA	NA	NA	NA	NA
AK237_02853	1215	bcr_1		Bicyclomycin resistance protein	ATGTCAAAACACCCTTCCCCCGTTAAGCCAACGCTCGGCCTTGTTGAGTTTGTTGCTCTGATGGCACTAATGACTTCATTAGTCGCGTTAAGCATCGACGCCATGCTCCCTGCGCTGATTCAAATCGGTGAGGCGCTGCATGCTAAAGATCCCCATGATGCGCATTTAATAGTGTCTATTTTCTTTGGTGGAATGGCTTTTGGACAACTGTTCTTTGGCCCTTATTCCGACACGCGAGGACGTCGGGAAGCCATTTTGTTGGGTTTGTCTATTTTCGTAGTGGGAACCGTGGTGTGCATGATGGCCGATGACATGAATACGATGCTGGTCGGTCGGTTAATTCAGGCGTTTGGCGTGTCAGGCCCGCGAGTAGCAGCAATGGCAATCATTCGCGATTTGTATGTGGGTGACGCCATGGCTCGCGTTATGTCATTCATCATGATGGTGTTTATCTTAGTGCCCATGATTGCGCCAATGGTGGGCCAGGCCGTACTTACGTTTTTCCATTGGACGCATATTTTTACGCTGTTTCTTATTGTCTCTGTTTTCACCGGTACGTGGTTCTTGTCGCGTCAGCCCGAAACATTACCCGCTGATCGTCGGGGTCGTTTCACATGGCGCAAGTTTTTCCAGTCATCAAAATTTATTCTTACTCATGGCAATGTCATGGGCTATACCGTTGCTATGGGCTTTATGTTCGGCGCTTTTCTCGGCTATCTCAGCGCCTCACAGACCATTTTCCAGGAATACTACAATACCGGCACGATGTTTCCCTTAATCTTCGCTTTCCTAGCGTTTTCCATCGGTCTGGCTTCGTTTTTTAACGGAACAATGGTCGTACGTTTCGGTATGAAAAAGCTGGTGGGTGTGGCGCTATATGGCGTGGTAGGTTTTGCGATTGTTTTTTTAATACTCATCACCGCCTACAGCGGCTTGCCTCCTCTTACTGCCCTTTTACCGGTTATGTTTTGTGGATTTTTCTTTATCGGCATTTTGTTTGGGAATTTAAATGCGTTGGCTATGCAGCCGTTAGGTCACATGGCTGGCTTAGGCGCGGCGATCATTGGATCACTGTCGAGCATATTCTCAGTTCCCATTGCTTTGTCCATCGATAGTTTTCTCAATGGTACGTTGTACCCTATTGGCTTTGGATTTTTAATTTTCTTCTCGCTGGCATTTGTTAGCGTAAGGTATGCAGAGCGGGCGGTGCACTGA	MSKHPSPVKPTLGLVEFVALMALMTSLVALSIDAMLPALIQIGEALHAKDPHDAHLIVSIFFGGMAFGQLFFGPYSDTRGRREAILLGLSIFVVGTVVCMMADDMNTMLVGRLIQAFGVSGPRVAAMAIIRDLYVGDAMARVMSFIMMVFILVPMIAPMVGQAVLTFFHWTHIFTLFLIVSVFTGTWFLSRQPETLPADRRGRFTWRKFFQSSKFILTHGNVMGYTVAMGFMFGAFLGYLSASQTIFQEYYNTGTMFPLIFAFLAFSIGLASFFNGTMVVRFGMKKLVGVALYGVVGFAIVFLILITAYSGLPPLTALLPVMFCGFFFIGILFGNLNALAMQPLGHMAGLGAAIIGSLSSIFSVPIALSIDSFLNGTLYPIGFGFLIFFSLAFVSVRYAERAVH	PGPT0029005_2582	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
AK237_02854	1767	tamA	COG0729	Translocation and assembly module subunit TamA	ATGATCCGTTTTGTTGCCGCTATTTATAAACGCCGCGTAGCGTGGTTTTTTGCATTAATGCTTCCCGCTTCGGGCGCTCTGGCAATTGATGTGGATATTGAGGGTGTGAAAGACAGCAAACTGGAAGACAACATTCGCCTGCACTTAAATAATCTGAATATTAGCCAGGATGTGCTGACAGACCCGTTCTGGCAGGATGAAATTGCCAGTACGGTTTCAACCGCGGTTGAACCATTTGGCTACTACAACAGCTCCACGGCGGTTGAATTAAAAGGCGAAGACGTTATTCTGCACGTCAATTTAGACACCCCTTTGGTGGTAGCAAACGTTACCCGCGAAATTATTGGTAAAGGTCGTGAAGACAAGGACTTTCGAGAACGTTTTAATGCATTCGCACTAAAAAAAGGCGACGTGTTAAACCAGCCCGTATACGAAAACTTTAAGTCTTCTATGTTCAACTATGCACTGTCTCACGGGTATTTTGACTTTAATTGGCAAGCGACCCGTTTAGACCTGGTACGCGAAGAGCGAGCGGCCAACATTCTGCTTATTGCCCAAAGTGGCCCACGTTATAAATTTGGTGAGGTCAAACTCATTGGTGAACAGAAATCGGCAGCGATTCTTGACCGGTTAAAACCGTTCCAGAAAGGCGAGTTTTATTCGTCTGCCAAACTGACAGAATACAATCGTCGGCTCAACCAATCGGGTTACTTTAACCGTGTTATCGCGCGCCCCGTGGTAAGTGATGCAGTGGAGCAAGAAGTACCGGTGGAAATCACCGTGGTGCATAAGCCACGGGACACTTTCAACGTTGGTCTGGGCGCCGCAACAGACACCGGCGCCAGAATGCGTCTGAAATGGGAACGCCCGTGGATAAACTCCCGCGGACACTCAGTTTCATCAGAGTTATTTTTGTCCGCACCAGAGCAGTCATTTACCGTTGATTACCGTATTCCAATGCGCGATATTTCTAACGACTACGTCAGTATAGAAGGCGGGTATCAGTTTCTTGAATACAGCAATACAAATAGTGAAGCGGAAACCCTGACCGTTGCAGGACACCGTTACTGGCAGGAAGTAGACTCCCCCTGGCAACAAGACGGATCACTGACATACCTACGAGAAACCTTCACACAAGGCGCTAAACCGGAACAAACCACCCAACTGCTGATGCCTGGATACGCTATTCGCTATCTACAAAGAGATGACCCTTTGAATATTACAAAAGGCACCTACTTCCAGGCCTTTTTCCAATTTGGCCGAGCTAATGCAGGCTCAGATATAGATATTGAAAAAGCCGTAGTAGAATCCGGTTTGATACGCACATACGAGAAGCACTGGTTAATGCTGCGCGCAGAAGCCGGAGCCATCAGTACTAATGACTTTTCCAGTGTGCCTACTTCGCTGCGCTTTTTTGCAGGCGGGGACCAAAGCGTAAGAGGTTTTGCCTATCGTGATATTTCTCCAATGGATTCTGTTTTTGACCCGGAAACAGGCGAAGAACGCACCGACGTTTCCGTCGGTGGCCGTTATCTCGCCACCGCCAGCGTAGAATACGCTTACCGTGTCGCCCAGAACTGGCGCGCAGCTGTATTTACCGATGTGGGTACCGCGACCAACGACTTTGATGAAGGCTTTGCATTAGGGTTGGGTGCTGGCTTTCATTGGATTTCTCCCATTGGCCCGGTTCGTGTTTACGGCGCAAGAGGGCTTTCAGAATACGAAAACAGTTGGCGACTCCATTTTGTACTGGGGCCAGAACTATGA	MIRFVAAIYKRRVAWFFALMLPASGALAIDVDIEGVKDSKLEDNIRLHLNNLNISQDVLTDPFWQDEIASTVSTAVEPFGYYNSSTAVELKGEDVILHVNLDTPLVVANVTREIIGKGREDKDFRERFNAFALKKGDVLNQPVYENFKSSMFNYALSHGYFDFNWQATRLDLVREERAANILLIAQSGPRYKFGEVKLIGEQKSAAILDRLKPFQKGEFYSSAKLTEYNRRLNQSGYFNRVIARPVVSDAVEQEVPVEITVVHKPRDTFNVGLGAATDTGARMRLKWERPWINSRGHSVSSELFLSAPEQSFTVDYRIPMRDISNDYVSIEGGYQFLEYSNTNSEAETLTVAGHRYWQEVDSPWQQDGSLTYLRETFTQGAKPEQTTQLLMPGYAIRYLQRDDPLNITKGTYFQAFFQFGRANAGSDIDIEKAVVESGLIRTYEKHWLMLRAEAGAISTNDFSSVPTSLRFFAGGDQSVRGFAYRDISPMDSVFDPETGEERTDVSVGGRYLATASVEYAYRVAQNWRAAVFTDVGTATNDFDEGFALGLGAGFHWISPIGPVRVYGARGLSEYENSWRLHFVLGPEL				NA	NA	NA	NA	NA
AK237_02855	3708	tamB	COG2911	Translocation and assembly module subunit TamB	ATGTGGGTGTTTGCCCCTATTCTCGTTCTGGTGGTGCTTGTCGGCGTACTCATTAGCCCTCTTGGTACACCTGTTATCCGCACCATCGCGAATAATGCCGTTGAGGGTCTATCAATAGAAAATATTAATGGCACCGTGCTTAGTGATTTTTCTGTAGAAGGCGTGACATGGGAGAATCCCCAATGGGCGGTATCTGTAAAGCGTGCCGACATTAATATTGTACTGGGGTGTTTAGTCACGTCCAAAGTCTGCATCGATTACTTAAATATTGATGGGTTAGAGATTGCTCAAGGCGATGTCTCAGAGTCCGAGCCAGACACTGAAGAGCAGGCCGCGCCTTTCTCATTGCCCGTATTCGTAAAACTCAACGCCCTGTCGCTCACCAATACGTCGGTAAAGTTAAATGGGCAAACCATAACGTTGGCGTCACTTAGCACCCAAGGTTATGCCTTCGAAGATATAACTCTGACCCCATTAGAATTAACTGGTCTCACGGTTACCCTGCCAGAGTCAGCACCCGCTTCATCTGAAACTAAAACCACCAGCTACGCTTTACGCTATACCGCACCAGCACTACCTTCCGTCGTATTGCCAATCCCTATCACGGTGAAAGATTTTGCGTTAAAAGACACCACGCTAAAGCAGGGCGATGAGACGACACAACATATAGCTCTGACAAGCTTTGATACTCTGGTACTCAAGGGAAGCAAGGTCGCTTTAGACAGGCTCCACGTGGAACATTCTCTCGCCACGGTGCAGGCAGATGCAGACATTGAGCTAAAAGACAATTACCCGTTAAACCTTAACGCAACGGCTGATATCAATGTCGCAGATGTTGAAGAAACCGTGACCATCGATACATCCGGTGCACTGGATAACTTAACGTTAGCGGTATCAGCCAAGGGTACCTATTCCGCCAATGTAAAAGGGTCTGCAAATCTACTTAACGACGCCTTGCCACTGGACTTATCAATTAACTGGCCGGAACAAGCGATTCCTCAGCTGCAGGACGCCACTTTGTGGGCTGGAGACTTAGATCTCAACGGTGAAATGGGCAAGTACCAGTTTACTGCAAAAGCTGGCGTCACCATGCCAGATATTGGGCCAGTGCCGGTGGAAGCCAACGTTGTATTAAATGAGAAAAACATCACAGTAAATGCACTCACCGTAGCCATTCTGGAAGGAAAAATCACGAATACCGGTACGTTATTTCTTAATGAATCAGTAAGTTGGTCGGGCAAAACACAGCTTGCGGATATTTCTGCAAAACGCCTGTCTCCATACGCACCCAGTCAAATTAAAGGTGGCTTCACCAGCCTGATGCAACTGACTGACAAAGGCGTTGAAGTAAGCATCACAGACCTTGCTGTAAATGCAGTGCGTGATGGTACCCCATTAGATGTGAGCGGTGCGCTGGTCTACTCACAAGCCAGCGATCTTATCGTCACCAACGTTGGGGTTACACAAGAGAAAAACCGCGTTCACGTCGCGGCACAAGTCTTTAAGCAACGCTATATCAATGCGGATATTGATTTAGATGTTGATGCCGTCGAACAGCTATATCCGGAAGTGACAGGGCAAGTAAACGGACGAATCAAAGCCAAAGGCGACTGGAGCGATCCTGACGCAGATGGCGCCATAAAACTAACCGATATCAGCGTTTCCCCTACGCTCAACGCGCTTGCTGCTGAGCAGGGAAAAATGAACGGCGACATAGACATCCGGGGTTCGCTGTCTGCGCATAAGTTAAAAGTGGATCTCGCGCTACCTGATCATCACTTAAAACTGGCGATGGACGGTGCGTGGAAAGACGAGCGTTACGCAGCTGATATTAATGAAAGCCAACTTGGTTTGCTTACCACGCGTTGGCAGCTGAATCAGCCATTTCGCGTAGCCGTTCGTCCAGAGCCGTTTAGTATGAAAATTTCCGAGAACTGCTGGGAATCACGAGAGAACGGTGAATTATGTATCGAGGACGTGCTGTTTAAAGATGAGCGTACAAAATGGATCATCAATGCCAACGGGTTACCGCTAGGGCTATGGGCGCACGAACTATTACCGTATACGTTCACGGCTGCGTCTGACGCTAAGCTATCCGTCAATACCACGGGTGAGTTTGGAAAGAACGCGCCAATGACGGCTAATTACAATGTTGCGGTCACGCCGTCTGTATGGACCATGGGGCCAGAGCAACAACTAAAACTCAACCTCGATAGTGTAGAAGCAAAAGGCAACTATAAAGACGATCTGCTTACCACGTCACTTGACATTAAAAGTGAACAGCTTGGTGCCGTGTCTGCCCATGTAAAAGTAAAACCCACCGAAGACACCATGCCGCTGGAAGGTACCGTGAATGTGGATAACATTCGCATCGCGCCTTTCAAGCCGATGTCAAAAGCGATCAGGGATTTAACCGGTACGTTGAACGGCCAGCTTGCTGTTACAGGTACGGCGCAATCACCGTCGATTACCGGCAATATAAAACTCAGTGACGGAAACATAGATATCGAAGACATGCCAGTAAGGGTAGGAGACTGGGAACAATCTATAGAATTTGCCAATCGCACAGCGACATTTGACGGCGCATTTCTTCTCGGCGAGGGCCAAGGCACCTTGTCAGGCGATGTCAGCTGGGAAAATGAATTTGAAGCCAATGTGAACCTCAAGGGCAAACGCTTTCAAATTAATCAACGTGATATCCGCATGCAAGTTTCACCTAACCTGAAAGCGAACATTAAACCCAATAAGGTAAAAGTAACGGGTGACGTGAACTTGCCCTGGGCCCGGGTGAAAATTGACGAATTGCCAGCCAGCGCCGTATCACCATCAAAAGATGTTTACTTACGCGGTGAGCCTCCCACAGAAGATCCTCTCGATATTATTGATGCAACGGTGATGGTTAATATCGATAAAGACAAAACCGGCGAAGTGAAACTCGATGCTTTCGGCCTGACCGCGAATTTGCACGGTGGTATAGAAGTGAGAACATTACCGGCGTTGGTCGCGTATGGCGATTTGCAAATTCTTGATGGACGCTATCAGGCCTATGGACAAGATCTAGTGATTCAAACCGGTGAAGTGCAGTTTAACGGCCCATTGGACCAGCCCATGTTGTTAGTAGAAGCGATCCGCGACCCCGATAAAACAGAAGACGGCGTAGTAGCTGGTATTCGTATCGATGGTGCAGCAGATAGTCCTAATATCAATCTATTCTCTGAACCGGCCATGAACCAAAGTAATAGTCTGTCTTACTTGCTGACCGGATCAGGGCCAAACTCATCAGGATCATCTACACCAGACTACAACGCCCTGTTACTCGGCTTTGGACTTTCCAACACAGAAAAGCTACAGGGTAAAGTAGGTAGTGCACTAGGTATTGAAGATTTCAGTGTTGGCACCACATCTAGTGCAGGTGGTGGCGCAACGAAGCTGTCTATCAATGGCCGCATAAACGATCGCCTTACCGCCCAATACAATGTGGATGTTGGCTTAAGTGGTGATACCAGTAACACGCAAACCTTGCGTCGCCGTCAAGAGCCGCCAGACTTTGCACTTCGGTACCGCTTGCTGCCCAAACTGTTTGTTGAAGGCGTGCAAACCACTATTGAAGAGCAAACGGAATTTGCAATCGACTTTTACTACGAATTCTTTCTGGGTGGCCCACAGGAAGCGAAGAAAAAAGCAGACGATGAGGCCAGTGAGGACTAA	MWVFAPILVLVVLVGVLISPLGTPVIRTIANNAVEGLSIENINGTVLSDFSVEGVTWENPQWAVSVKRADINIVLGCLVTSKVCIDYLNIDGLEIAQGDVSESEPDTEEQAAPFSLPVFVKLNALSLTNTSVKLNGQTITLASLSTQGYAFEDITLTPLELTGLTVTLPESAPASSETKTTSYALRYTAPALPSVVLPIPITVKDFALKDTTLKQGDETTQHIALTSFDTLVLKGSKVALDRLHVEHSLATVQADADIELKDNYPLNLNATADINVADVEETVTIDTSGALDNLTLAVSAKGTYSANVKGSANLLNDALPLDLSINWPEQAIPQLQDATLWAGDLDLNGEMGKYQFTAKAGVTMPDIGPVPVEANVVLNEKNITVNALTVAILEGKITNTGTLFLNESVSWSGKTQLADISAKRLSPYAPSQIKGGFTSLMQLTDKGVEVSITDLAVNAVRDGTPLDVSGALVYSQASDLIVTNVGVTQEKNRVHVAAQVFKQRYINADIDLDVDAVEQLYPEVTGQVNGRIKAKGDWSDPDADGAIKLTDISVSPTLNALAAEQGKMNGDIDIRGSLSAHKLKVDLALPDHHLKLAMDGAWKDERYAADINESQLGLLTTRWQLNQPFRVAVRPEPFSMKISENCWESRENGELCIEDVLFKDERTKWIINANGLPLGLWAHELLPYTFTAASDAKLSVNTTGEFGKNAPMTANYNVAVTPSVWTMGPEQQLKLNLDSVEAKGNYKDDLLTTSLDIKSEQLGAVSAHVKVKPTEDTMPLEGTVNVDNIRIAPFKPMSKAIRDLTGTLNGQLAVTGTAQSPSITGNIKLSDGNIDIEDMPVRVGDWEQSIEFANRTATFDGAFLLGEGQGTLSGDVSWENEFEANVNLKGKRFQINQRDIRMQVSPNLKANIKPNKVKVTGDVNLPWARVKIDELPASAVSPSKDVYLRGEPPTEDPLDIIDATVMVNIDKDKTGEVKLDAFGLTANLHGGIEVRTLPALVAYGDLQILDGRYQAYGQDLVIQTGEVQFNGPLDQPMLLVEAIRDPDKTEDGVVAGIRIDGAADSPNINLFSEPAMNQSNSLSYLLTGSGPNSSGSSTPDYNALLLGFGLSNTEKLQGKVGSALGIEDFSVGTTSSAGGGATKLSINGRINDRLTAQYNVDVGLSGDTSNTQTLRRRQEPPDFALRYRLLPKLFVEGVQTTIEEQTEFAIDFYYEFFLGGPQEAKKKADDEASED				NA	NA	NA	NA	NA
AK237_02856	1020	tgnB	COG2141	Flavin-dependent trigonelline monooxygenase, oxygenase component	ATGACAAATTCCATTCCATTTTCGATTCTCGATCTTGCTCATATTGGCGAAGGGCAAAGCCCGGCAACGGCGTTTGATAAGAGCAAGGCGATTGCAAAAGAAGCAGAGAAATTCGGCTACCAGCGCCTTTGGCTGGCAGAACATCACGGTATGCGCGGCGTAGCCAGTGCAGCCACTGCAGTATTACTGGCAGCCATAGGCAACGTGACCAATCATATACGCATTGGCTCTGGCGGCATTATGCTGCCGAACCATTCACCGTTAGTGATAGCAGAACAATTCGGCACGCTTGCCACGCTATTTCCTGGCCGTATTGATCTGGGTTTAGGTCGCGCACCAGGTACCGACATGGCAACGGCTATGGCATTGCGCAGAAACATGAACGCTAGCGTTGATGATTATCCTGCGGACGTTCAGGCACTACAAAGTTACTTATCCGAAGATAAAGGCGGTAAAGGGGTAATTGCCATACCGGGAGCAGGAACAAATGTTCCTTTATGGCTGCTCGGCTCCAGCTTGTATTCGGCAAAACTTGCCGGTCAACTTGGTCTACCTTATTCATTTGCCTCTCACTTTGCGCCAGAAATGCTGCAAGATGCAATCAGCGTGTACCGCGCCAGTTTTCGTCCTTCAGCGCAGCTTGAAAAACCCTATGTGTCAGCTGGCGTTATGGCGGTAGTGGCCGATACGGAAAAAGACGCTGCACACCTGTTTACATCGGTACAATTACAGTTTGCCAATCTTCGCCGTCAGGCAAACGACCCGATGCCAGGTCCCGTTGAAAATATTGAAGCCGTATTATCCGAGTATGAAGTAGCAGCTATAAATAACACATTGCGATACGCCATTGTTGGATCGCCAGAGCAGGCAGAGCGTCAAATCGCTCAGTTTATCGAGGCAACAGGCGTGGATGAGATGATTTTTTCATTTCCTATCGTAGACCAAGCTCGCTGCTTGGACGCCATTAAGCATGTAGGTGATCTATCATCAGTGATGAAAAAACAAAGCTGGGCGCAATAA	MTNSIPFSILDLAHIGEGQSPATAFDKSKAIAKEAEKFGYQRLWLAEHHGMRGVASAATAVLLAAIGNVTNHIRIGSGGIMLPNHSPLVIAEQFGTLATLFPGRIDLGLGRAPGTDMATAMALRRNMNASVDDYPADVQALQSYLSEDKGGKGVIAIPGAGTNVPLWLLGSSLYSAKLAGQLGLPYSFASHFAPEMLQDAISVYRASFRPSAQLEKPYVSAGVMAVVADTEKDAAHLFTSVQLQFANLRRQANDPMPGPVENIEAVLSEYEVAAINNTLRYAIVGSPEQAERQIAQFIEATGVDEMIFSFPIVDQARCLDAIKHVGDLSSVMKKQSWAQ	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
AK237_02857	585			hypothetical protein	ATGACAAATAATACCGATAGTTTAGCCGCGTTGTGGCAGCAACAAGCGGTAGATAAAATCGATGTGAAGAAAATCCAGTGCGATTACCGTTCCCAAAAGTGGAAGCAGCGCGTGTACATATGTGTCGATTTACTTGCACCCTTACCGGTGATTGCTTTGTTATACATGACTGAAGACAAGCTCTCGGACATTGCTTTTTGGTCTTGTGTGTTAGTACTTGCTATTACTATTCCCTTTGTTCTGTACTTTATTTGGCTAAGGCGACATGCTGCTTTTAATCGTGCGGTGGATACCCACTCTTATGTTAATGTACTAAATCGACAGATGGCGAATAATGTCAAAATCGCTTTTTACACGAAGCATTCGAGCTGGTTGGCTTCTCTTTATTTGTTAGGCGTCAATGGCTATCAGTTGTTCGCAGGCGATTTGGACAGCAAAGCAAGTTTCTCGCTCGCTGTATTTTATGGCTGGATGGGCTTTGGTGTGCTTTTATGTGCAATTTGCTTTGTGTGGGCATCGCGAAGGGAGAAGAGATTCCGGGCACGCTGTGACGAGCTGGCGGTGATGACAGGCCAAATTGAGTAA	MTNNTDSLAALWQQQAVDKIDVKKIQCDYRSQKWKQRVYICVDLLAPLPVIALLYMTEDKLSDIAFWSCVLVLAITIPFVLYFIWLRRHAAFNRAVDTHSYVNVLNRQMANNVKIAFYTKHSSWLASLYLLGVNGYQLFAGDLDSKASFSLAVFYGWMGFGVLLCAICFVWASRREKRFRARCDELAVMTGQIE				NA	NA	NA	NA	NA
AK237_02858	501			hypothetical protein	TTGCCCACGGATTTTACTGAAGTATTACGGGAATATAACGGATTGCTGAGTCGCGTTGCCAGTGGCTATGAAGCAAACGACGCATTGCGACAGGAGTTATTGCAAGAAATTGCGGTTGCCGTGTGGCAGGCGCTCAAGCGCTTCGAACACAAAAGCAGTCTGAAAACATATATTCTTAAAATTGCGCATAACCGGGCTATTTCCCATGTTGCCGCACACGTCAGGATACCTGCAACTGACTCCTATGATGACAACGATGCGCCAGGTTCATCGTTTGCATTAAACCCGGAACAAAGCACCGAACAGGACAAGCAGTTGCAAGCGCTCCTAAGAGTCATTCGTGAAATCCCCTTACCTGGAAGACAAGTTCTCACGCTATCGCTTGAGGGACTGTCATACGATGAAATATCAGAAGTCTGCGGTTTAACAGCGAACCACGTAGGTGTACTTCTTACACGTACCAAAGCGGAAGTGGTCAAAAGGTTACAAGATGACAAATAA	MPTDFTEVLREYNGLLSRVASGYEANDALRQELLQEIAVAVWQALKRFEHKSSLKTYILKIAHNRAISHVAAHVRIPATDSYDDNDAPGSSFALNPEQSTEQDKQLQALLRVIREIPLPGRQVLTLSLEGLSYDEISEVCGLTANHVGVLLTRTKAEVVKRLQDDK				NA	NA	NA	NA	NA
AK237_02859	270			hypothetical protein	ATGACAATCACCGCCGTAATTATTGTATTGAGTGTATTATCGGTATCACTGACCATTTGCTATTTAGACGCCCGCTATAATTTACAATTGATGGCCTGGATGAGTGGAGAAGTGAGCAACCCATTTAAAGCAGTTCAGTTTTCAGGCCATCAACAAGCAATGTCTCGTGATAGTGACGAAATTGCCTCGTTAAAGGCCAGAATAGAAGTACTGGAAACGATCGTAACGGCACCGGCTTACGAGCTTAATCAAAAGCTCAATGAACTATAG	MTITAVIIVLSVLSVSLTICYLDARYNLQLMAWMSGEVSNPFKAVQFSGHQQAMSRDSDEIASLKARIEVLETIVTAPAYELNQKLNEL				NA	NA	NA	NA	NA
AK237_02860	930	hprA	COG1052	Glycerate dehydrogenase	ATGAAAGCTGTACTGTTAGATGCCGATACACTGAAACCCGAAGAACTCGATATATCCTGCCTTACTGCATTACCGATAACGTTAGAGCAATTTCCTGCAACCACAGATGAGCAACGTATTGAGCGTATTCGTGACGCCGATATTATTCTTACCAATAAAGTGGTGTTGGATGCCGAGGTACTGAAACATGCGACCTCCTGTAAGTACATTGGTGTAATGGCGACAGGCACCAACAATATCGATAAGGACTACTGTCAGCGCGAAGGCATTCAGGTAGCCAATGTGGAAGGTTATGGTACCAATGCTGTTGCTCAACACGCATTAATGTTATTGCTTAATCTTACGACCTCGTTTGTACCTTATAACCACGATGTGAACGACGGAAAATGGTCGGCAGGACCGCATTTCTGCTTATTAAATCACCCGGCAATGGAGCTTGCAGATAAACATCTGGTTATTGTGGGTTACGGCGAATTAGGGCAACGATTTGCAGAAATGGCCAAAGCCATGGGCATGAAAGTGACTGTCGCCGCCCGACCGGGCAAAGTAGATGACGCGCGTCCATCACTGGATAGCTTATTACCCCAAGCCGATGTTATTTCTTTACATTGCCTGCTAACAGAAGACTCTCATCACCTTATAAACGCAGACAGACTTAAAAAGATGAAGTCTACAGCTTTTATCATTAATACCGCCCGAGGTGCGCTTATTGATGAATCCGCCCTGTTACAGGCACTTCAGCAAGGCGAAATTGGCGGTGCCGGCCTTGACGGACTGTCTGTGGAGCCACCGCCGGCAGATCATCCACTTTTAAATACCGGTCTTAGCAACCTGCTGGTTACCCCTCATTCTGCCTGGGTAGCAAAAGAAGCTCGCCAACGGCTGGTCAACATTGCTGCGCAGAATGTAAAACACTTTTTAGATAAATAG	MKAVLLDADTLKPEELDISCLTALPITLEQFPATTDEQRIERIRDADIILTNKVVLDAEVLKHATSCKYIGVMATGTNNIDKDYCQREGIQVANVEGYGTNAVAQHALMLLLNLTTSFVPYNHDVNDGKWSAGPHFCLLNHPAMELADKHLVIVGYGELGQRFAEMAKAMGMKVTVAARPGKVDDARPSLDSLLPQADVISLHCLLTEDSHHLINADRLKKMKSTAFIINTARGALIDESALLQALQQGEIGGAGLDGLSVEPPPADHPLLNTGLSNLLVTPHSAWVAKEARQRLVNIAAQNVKHFLDK				NA	NA	NA	NA	NA
AK237_02861	438			hypothetical protein	ATGACGGACTTTACCCCCGCCCTCAGCGATTACCCATACCGTGTTGAGCTGACCACGCGCTTGCAGGATAACGATGAGAATGGACATATCAATAATGTTGCTTTCTACAGCTTCTTTGACACCGGCGTCAGTCGGTTTTTAAAAGCGCATAGTCCCGCGTCTTCAGACAATAAAAATATTGTCGCTTATGTCGTAAGCTCGCAATGCCAGTACATTTCACCTGCAACGTATCCAGAAAGCATCTTTGTGGGACTCCGTGTAGTTAAAATAGGTCGTAGCTCTGTCACATACGGCTTATCTGTGTACGCTGGCGAATCACAACGCCGGGTAGCCCATGGGCAGTTTGTGCATGTGTATGTCGACAGACAAACAGACCATGCTGTTCCCATTCCCGCAGACATCAAAGATGCATTAGTATCCATTACTGAGGAGTTTTAA	MTDFTPALSDYPYRVELTTRLQDNDENGHINNVAFYSFFDTGVSRFLKAHSPASSDNKNIVAYVVSSQCQYISPATYPESIFVGLRVVKIGRSSVTYGLSVYAGESQRRVAHGQFVHVYVDRQTDHAVPIPADIKDALVSITEEF	PGPT0001850_4690	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0001850-ybgC-K07107	NA	NA
AK237_02862	1101	proB_1	COG0263	Glutamate 5-kinase	ATGAGTAATTTCACTTGGCAACGTGCTGTCGTTAAAGTAGGAAGCGCCCTTATCGCGCCAGATGGATTAAATGTTAGTGCGACATTTTTGCTTCCGCTTGCGCGCTTTATTACAGAAAGTCGCGCCGCCGGAAAAGAAGTCATTGTGGTGTCGTCGGGCAGCATTGCTGCAGGACGGGGAAGAGTAACCATTAACCATCCTGCCTCCATCGCTGAAAAGCAAGCCATGGCCGCTATCGGACAAATGCAAATGATGGCGAACTGGCAGCGCTTTTTTGACTGCCCCTGTGCACAGATTCTGGTGACGGCTGACGATTTGCGAGACCGCACACGTTACGTCAACATTAAAAACACACTACGCGAATTACTCAAACATGACGCGCTGCCTATCGTGAACGAAAACGACACGGTCGCGGTGGCTGAAATGAAGGTTGGTGATAACGATAATCTGGGGGCTTATACCGCGCTGGTGGCGCAAGCTGACACGCTTATCATGTGTTCGGATATCGATGGTTTGTATACCGCAGACCCTCGCAAAGACGCCTCAGCTACACTTTTACCCACCGTAGACGCGATAACACCTGAGATTTATGCCTTAGCGGGCGGCGCCGGAACCTCCATGGGCACTGGGGGAATGCGCACAAAAATTGAAGCGGCAGATAAATGTACGCACAGTGGTATTCAAACCCTTATTGTAAATGGGCGAGATGGTAAAGTTTTCGACGAACTACTAAACGGGCGTTGCCCCGGTACATTGTTTACGGCCAGACAGTCTAGTCAAACAGCGCGATCTTTATGGTTAACCCACACGTTAAAAACCCATGGTGTCGTTGATGTGGATACTGGCGCACGACGCGCTATCGTAGAACGAGGGGCATCGTTGTTACCCTCGGGCGTCACTGGGATATCCGGTCAATTTTCTGCTGGCGACGCAATTGAACTGCACTGCGAAGGCGTAACTATCGCTAAAGGTCTCGCGTTATACGATTCGAAGGATTTAGTGCAGATCAAAGGGCAAAAAAGTAGCCAGATTCGTCATATTCTCGGCTATGACTATGGCGAGGTAATTGTTCATCGCGATGATTTGGTGTTGCTGCCATAA	MSNFTWQRAVVKVGSALIAPDGLNVSATFLLPLARFITESRAAGKEVIVVSSGSIAAGRGRVTINHPASIAEKQAMAAIGQMQMMANWQRFFDCPCAQILVTADDLRDRTRYVNIKNTLRELLKHDALPIVNENDTVAVAEMKVGDNDNLGAYTALVAQADTLIMCSDIDGLYTADPRKDASATLLPTVDAITPEIYALAGGAGTSMGTGGMRTKIEAADKCTHSGIQTLIVNGRDGKVFDELLNGRCPGTLFTARQSSQTARSLWLTHTLKTHGVVDVDTGARRAIVERGASLLPSGVTGISGQFSAGDAIELHCEGVTIAKGLALYDSKDLVQIKGQKSSQIRHILGYDYGEVIVHRDDLVLLP	PGPT0014220_3237	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-PROLINE_METABOLISM,PGPT0014220-proB-K00931	NA	NA
AK237_02863	2457			hypothetical protein	ATGAGCACGCGACAAAAGCGTCTGCTTTGGCTGGCACCTGTACTGGGTTTATTAGTACAAGCGCCACTGGCGAATGCAGCGATAAAACAAACAAAGGGCGACTTCGAAGATAAATTCAGACAACTCGACGAAGAATTACCCACACCTAACGTATACAGAAACGCCGCAGGTGAAGCCGGACATCAGTACTGGCAACAACAAGTAGATTACGTTATCAATGCAAAACTTGACGAAGAGAAACGTCGCATTGATGCCTCAGAAAAAATCTCCTATCACAATAATTCACCGGACACGCTGAAATATTTGTGGATCCAACTGGATCAAAACAAATTCCGTGATGACTCTATGTCTGCACTTACCACCACCTTTGGCGGTATTGGTAATCGTGGACCAGCCACACAATCTGCAAGCGGCAGCAGTCCTGCAAAATTAAGCATGGACGCATTACGTCGTCAGCAATTTGTAGACGATAACGAGCTTGGCTACCAGATTAAAGCCGTTAAGAGTGCGGGCAAAGATCTGCACCACGTGATTGTTGGTACGCTTATGCGTGTCGATTTAGCGTCACCTTTGAAGCCGGGTAAATCTGTGGATTTCTCCATCGATTATGGCTACAACATTGTTGAAGAAGATGCGGTATCAGCCCGTTCAGGTTACGAGCACTTCCCTGATGATGAGCGTGAAGGCGGCAATGATATTTTCTTACTTGCCCAATGGTTCCCACGCTTAGCGGCATATACCGATTACGAAGCATGGACCAATAAAGAATTCATTGGTCGCGGTGAGTTTACCCTTGAGTTCGGTAACTACGACGTTTCGATGACCGTGCCTGCTGACCATATCGTGTCTTCAACCGGTGTGCTGCAAAACCCTAAAGATGTACTGACCAGCACGCAACGCAAACGTCTTGAAGAAGCCAAAACGGCTGATCGCCCGGTATTTATCGTTACCGCAGACGAAGCGTTAGATAACGAAAAAGAAGGCACCAGCAAAACAAAAACCTGGCGCTTTAAAGCCAACAACGTACGTGATTTTGCCTGGGCATCTTCACGTAAATTCATGTGGGACGCGAAAGGCATCGAACAGGGCGGTCCACAGGAACACGTGATGGCTATGTCTTTCTATCCGAAAGAAGGTGGCGATCTGTGGAAGAAATATTCTACTGAATCCATCGTTCACACTCTGGATGTGTACAACCGTTTCACCTTCAACTATCCGTACCCGACTGCACAGTCTGTTAACGGCCCTGTTGGTGGTATGGAATATCCGATGATTTCTTTCAACGGCCCTCGCACCGAGTTACAAGACGACGGTTCGCGCACTTATTCATTATCTGAAAAACGCTTCCTGATCGGCGTTGTTATCCACGAAGTTGGTCACAATTACTTCCCGATGGTTGTAAACTCTGATGAGCGCCAGTGGACATGGATGGATGAAGGCTTAAACAGCTTCCTCGATGGTGTTGCCGGACGTGAATGGGATCCAAACATTCCTTGGGGTGTTGAGCCTCGCGACGTAACTGGCTATATGAAGTCTTCTTCGCAGGTACCTATCATGACGCAGTCCGACTCTGTACTGCATCTTGGTCCTAATGCCTACACCAAGCCTGCCGTTGCATTGAATATTCTGCGCGAAACGATTTTGGGTCGAGAGTTATTTGACTTTGCTTTCAAAGAATATGCACAGCGCTGGATGTTCAAACGTCCTACACCGTCTGACTTTTTCCGCACCATGGAAGAGGCCTCTGGCGTCGACTTAGATTGGTTCTTCCGTGGCTGGTTTTATACCACCGACCACGTAGATATTTCTATCGACCGCGTGTACAAGCTTCGTTTAGACACAAAAGATCCGGATATCGATTTAGCAAGACAACGTGAAGCCGAAATGGAAAAACCGTTGTCGTTAACGGATGAACGTAACCGTGATGAAGGTCGTAAACTGTGGGTTGAGCGTTTCGAAGATATCAAAGATTTCTACGACGATAACGATCAGTACACCGTTACTAATAAAGACCGTAACAAGTACCGCGACTTCCTGAAAAAGCTTGAGCCGTGGGAGCGTGAAACGTTTGAACGCGCCGTGCGGGAAGACAAAAACTACTATGTCATGGATTTCAGCAACTTAGGCGGTTTGGTTATGCCTATTTTGTTAGAGATGGAATTTGCTGACGGGACTAAGCAGTCACTGCGTATTCCTGCTGAAATCTGGCGTCGTACACCTAAGGCTGTTTCCAAGCTGGTGGTGACCGATAAAGATAAAGAATTGGTTAGCGTTACCGTCGACCCTCGTTGGGAAACGGCTGATGTGGACGTAGAGAACAACTTCTACCCGCGTCGCATTATTCCTTCACGTATCGAAGCGTACAAATCTGAGAAGAGTAAAGCACGTACGTCGATGGACTTAATGCAAGACAGCAAAGCTGAACTAAAAACTGACGAGGATGGAGATGACAACTAA	MSTRQKRLLWLAPVLGLLVQAPLANAAIKQTKGDFEDKFRQLDEELPTPNVYRNAAGEAGHQYWQQQVDYVINAKLDEEKRRIDASEKISYHNNSPDTLKYLWIQLDQNKFRDDSMSALTTTFGGIGNRGPATQSASGSSPAKLSMDALRRQQFVDDNELGYQIKAVKSAGKDLHHVIVGTLMRVDLASPLKPGKSVDFSIDYGYNIVEEDAVSARSGYEHFPDDEREGGNDIFLLAQWFPRLAAYTDYEAWTNKEFIGRGEFTLEFGNYDVSMTVPADHIVSSTGVLQNPKDVLTSTQRKRLEEAKTADRPVFIVTADEALDNEKEGTSKTKTWRFKANNVRDFAWASSRKFMWDAKGIEQGGPQEHVMAMSFYPKEGGDLWKKYSTESIVHTLDVYNRFTFNYPYPTAQSVNGPVGGMEYPMISFNGPRTELQDDGSRTYSLSEKRFLIGVVIHEVGHNYFPMVVNSDERQWTWMDEGLNSFLDGVAGREWDPNIPWGVEPRDVTGYMKSSSQVPIMTQSDSVLHLGPNAYTKPAVALNILRETILGRELFDFAFKEYAQRWMFKRPTPSDFFRTMEEASGVDLDWFFRGWFYTTDHVDISIDRVYKLRLDTKDPDIDLARQREAEMEKPLSLTDERNRDEGRKLWVERFEDIKDFYDDNDQYTVTNKDRNKYRDFLKKLEPWERETFERAVREDKNYYVMDFSNLGGLVMPILLEMEFADGTKQSLRIPAEIWRRTPKAVSKLVVTDKDKELVSVTVDPRWETADVDVENNFYPRRIIPSRIEAYKSEKSKARTSMDLMQDSKAELKTDEDGDDN				NA	NA	NA	NA	NA
AK237_02864	525			hypothetical protein	ATGACAACTAAGTCACTCCGTTTCATAAAGTGGAGCCTTGCGGCTCTGCTTGTGATCGCCAGTCAGATGGCTTCAGCACACCAGATTAAAGCCGCTATCACCACAGTACTGTTCAATCCAAGGACTGAAAATATTGAGGTGATGCACCGCTTTAATCTGCACGACGCTGAACATGCCGTAAAAGCATTGTTCAATAAGCGTGCAGACATTCTGGATGATGAAACAACACAACAGGCTTTTAGCGACTATGTAATGGCGCGATTTGCCTTATTGAATGCTCAGGGTGACTCCCTTGCGTTGAAAACTGTTGGTTATGAAATTGATGGAAAGTTCTTCTGGGTTTATCAGGAAACTGAGCAACCGCCTAGTCTTGAAGGCTTGCAGATCCGTCATGACGCGCTAAGAGATCTCTGGCCGTCGCAAATTAATACCCTAAATGTAGAAGGCCAGGGCGATATTAAAACTCTCACGTTCCGCGACAACGTCGAGCTGTTGAGCGTAGAATTTACCGATCGTCACCACTAA	MTTKSLRFIKWSLAALLVIASQMASAHQIKAAITTVLFNPRTENIEVMHRFNLHDAEHAVKALFNKRADILDDETTQQAFSDYVMARFALLNAQGDSLALKTVGYEIDGKFFWVYQETEQPPSLEGLQIRHDALRDLWPSQINTLNVEGQGDIKTLTFRDNVELLSVEFTDRHH				NA	NA	NA	NA	NA
AK237_02865	282			hypothetical protein	ATGTCTGAAACGACCCCTCAACCTAATAGCTTCACTGACAAAAAGAACATTATGTGGGTGCTTTTGTCAGGTGCCATGGCCATCATGTTCGTTACGCTTCTTTTTCTGCCCGGAAGCAGCAATGCCAATAGTACCCTTTCTATTTACGCCGCCATGCTTTGGTGCGGCATTTTCGCTGCGACACTCTTTCGCTATCTTGGCAAAAATGGCTGGATTGGCTTTGCCGTGGGCAGCGTAGTGGGAATGTGTATACAGATTTTTTCGACGCTTGTAATGGTATGA	MSETTPQPNSFTDKKNIMWVLLSGAMAIMFVTLLFLPGSSNANSTLSIYAAMLWCGIFAATLFRYLGKNGWIGFAVGSVVGMCIQIFSTLVMV				NA	NA	NA	NA	NA
AK237_02866	1317	ubiB_1		protein kinase UbiB	ATGAGTGACGGTCCGAAAGGCAAACCTGTTCCCAAAGGGCGCTTATCCCGGGTATTCGGATTAGGCACGTTAGCCGGGCGAATCGCAGGCAATGTAGTGTCTTCAGGTGCAAGTCAGTGGTTGAAAGGACAGCGCCCGACAGTGTCTGATCTGCTACTGACACCAGCGAATATGTCGCGAATAGCCGATAAGCTAGCGACCATGCGTGGGGCCGCCATGAAGATTGGTCAGCTTATTTCAATGGATGGTGGCGACTTTTTGCCCAGGGAGTTGACGGATATTCTGGCGCGTTTGCGAGATGACGCCGAGCCCATGCCAAAAGCACAATTAATCGAGGTGTTAAATACCGCTTGGGGCTTAAATTGGCAGGATAACTTGTTATATTTTTCTTTCTCCCCCATTGCCGCAGCGTCCATTGGTCAGGTGCATAAAGCCATCACATTAGATGGGCAGATGCTTGCCATTAAGGTGCAATATCCGGGCGTGAGGGAAAGCATTGATAGTGATGTGGATAATGTCGCAACACTTATTCGCATGAGTGGTTTAGTACCGGGCGAACTCGATACATCCGGGCTTCTTGAAGAAGCCAAGTTACAACTTAAGCAAGAAGCCGATTACTTACGGGAGTCGTCAATGTTGGACGCTTATGGCAACCAACTACAAGATGACGATGATTTTGCCGTTCCCGTTAGCTATCCGTCGCTATGCAGTACTAACGTGCTGGCCATGTCTTTTCAACATGGAGACGACATCCAATTCGTCGCGTCACTTCCTCAACCCGAGCGCAACCGGATCATGTGCGCGCTCATGCGCTTATTTTTTAAGGAAGTGTTTGATTTCAAATTGATTCAAAGCGATCCCAACCTGGCCAACTATCGTTTTCAGCCAGATACCGGAAAAATTGTACTTCTGGATTTTGGCGCTACCCGTGTCATTCCCCCATCAATTGCCGAAGGATATCAACAACTACTCAACGCTGCTGCTGGGAAAGACAGCAGGGCAATGGAAGAAGCAGCACTCTCCATCGGTTTGGTAGATGCGTCGCACACGGCACAGCAAAAGCAAAAAGTTGTTGAACTTGGTATGACAGCATGTGAAGCCATTCACATTGACGGAAACTACGATTTTGGCAACAGTGAGCTCATTGCGCGTTTACACGACCTCGGAACGTCCCTGACTTATGAACACGATTTCTGGCATGTACCGCCCGCAGACGCCTTATTTATTCATCGAAAATTAGGCGGTTTATTTTTATTGGCGAAGCGCCTGAATGTGCAAATGAATTTAAAAGAAATCGCCTCGCCCTGGCTTCAGTAA	MSDGPKGKPVPKGRLSRVFGLGTLAGRIAGNVVSSGASQWLKGQRPTVSDLLLTPANMSRIADKLATMRGAAMKIGQLISMDGGDFLPRELTDILARLRDDAEPMPKAQLIEVLNTAWGLNWQDNLLYFSFSPIAAASIGQVHKAITLDGQMLAIKVQYPGVRESIDSDVDNVATLIRMSGLVPGELDTSGLLEEAKLQLKQEADYLRESSMLDAYGNQLQDDDDFAVPVSYPSLCSTNVLAMSFQHGDDIQFVASLPQPERNRIMCALMRLFFKEVFDFKLIQSDPNLANYRFQPDTGKIVLLDFGATRVIPPSIAEGYQQLLNAAAGKDSRAMEEAALSIGLVDASHTAQQKQKVVELGMTACEAIHIDGNYDFGNSELIARLHDLGTSLTYEHDFWHVPPADALFIHRKLGGLFLLAKRLNVQMNLKEIASPWLQ				NA	NA	NA	NA	NA
AK237_02867	309			hypothetical protein	ATGAACAAGTTCTATTTCCGCGATATTGAAGACACGCCATTGGTTATTGATTTTCTCGAAGTACAATCTTACGAGATGAACGTCTATCTGGTGTTTTTGTGCATTGGTCAACGCTCTGGCTTGGTGTACGACAACAACGACAAACCGATGCGCTTTCACAGCGCAGGGCAAATTCGGGAACAGTTTGCGCATTGTCAGGTTGAACAAGCGGTAATGAAACATGACACGCCCTATGATGAGATGATTGGCAACCCTCCGAAAGCCTCGCATTCTGTCGCGTTGCCTTTTACCATGACGTTACCTTACTGA	MNKFYFRDIEDTPLVIDFLEVQSYEMNVYLVFLCIGQRSGLVYDNNDKPMRFHSAGQIREQFAHCQVEQAVMKHDTPYDEMIGNPPKASHSVALPFTMTLPY				NA	NA	NA	NA	NA
AK237_02868	849			hypothetical protein	ATGAGTGATGATTCAGAGAAGAAAACGCTGGCCCCGCATATTTTAATAATCGCGGTTATCGTTATCGTCATTATTGCCGTGCTGTTATGGCCGTCAAAAGAGGAACCTGCGCCAGTACAAGAAGAAGTACCCGCAGAAGAAATGCCTGTATTACCTGACGATCAGGATGATTTTGACCCAGCGCCTGCGCCAGAACCTGTGGAAATTGAGCCGTCCGCAGAACCAGAGCCTATGCCTGAGCAGCCTGAATCTGAACCAGAGCCGCTAGATGTATCAGATAAAGGCGTAGAGGAAGCCTTGCAGGCTATTTCGAGTGCCGAAGAAAGTAACAGCTTAATTGTCAATGAGGGCCTCATTCAACGCTTCGTTGTTACGGTAACCAATTTGGCAAACGATGAAATGCCAGCTGCGCAACAAGTGCCGCTTACGGCTCCTGAACAGTCGTTTAAAGTATATCGCCAAGCGGATAAAGAATGGATCGATGCAGCCAGTTACAAGCGTTATACGCCATATGTGTCGATGATGGAAAGCTTCGATAACGAAGCATTGCTTGAACTGTTCAAACGCTACAAAGGCGAAATCCAGTCGAAGTATGATGAGATTGGTCAGCCCGGACAGCCTTTTGAAGCGGTAATGGTGGAAGCTATTGATCAATTGCTCGACACCCCGGAAGTGCCAGTGCCCGTAGAAGTGTACTCTGATTCCGTGGCCTATAAATATGCTGACCCGCAGTTAGAAGAGCTTAGTACCCCGCAGAAACAACTGCTAAGAACAGGCCCGGATAATATGCGCCGTATTAAAGCGAAGCTGCGCGAATTGAAATCTTTGCTTGTGGACAATGGATTTTAA	MSDDSEKKTLAPHILIIAVIVIVIIAVLLWPSKEEPAPVQEEVPAEEMPVLPDDQDDFDPAPAPEPVEIEPSAEPEPMPEQPESEPEPLDVSDKGVEEALQAISSAEESNSLIVNEGLIQRFVVTVTNLANDEMPAAQQVPLTAPEQSFKVYRQADKEWIDAASYKRYTPYVSMMESFDNEALLELFKRYKGEIQSKYDEIGQPGQPFEAVMVEAIDQLLDTPEVPVPVEVYSDSVAYKYADPQLEELSTPQKQLLRTGPDNMRRIKAKLRELKSLLVDNGF				NA	NA	NA	NA	NA
AK237_02869	564			hypothetical protein	ATGGATTTTAATCGGTTACAAACTCAAATTACATCGCGTTCGTCATCAGGTGACGAACGCGGTCTCCCTCCCGTCGAGTCCTGGAACCCACCATTTTGCGGCGATATTGATATTCGCATTACCGCCACTGGAGAGTGGTTATATCAGGAAACCCCCATTACCAGAGCTTCGCTGGTAAAGTTATTCTCCTCCGTACTTAAGAAAGAACACAATCACTATTTTCTGGTGACACCCGTTGAGAAAGTGGGTATTCGTGTTGATGATGTTCCGTTTGTGGTTAATCAGTGGCATAAAGACAGTAATAGCATCGTACTGACAACCCAAACAGGGGATGTGGTTAGTGTAGGTGAAGATCATCCTTGCGAATTAAGAACACCACCCGATCAGCAAGACACCGTCCAGGTACCTTATGTAAAAATCAGGCGCAATCTTTGGGCGCGATTACATCAGAATGTCTATTACCAGCTACTGAATGAAGCCACGGAGATCCCACAACCTCGTGGCCGGGCGTTTGTTGTGCAAAGCTCAGATTACACAATGAAACTAGGTGAAATGGACGAATAA	MDFNRLQTQITSRSSSGDERGLPPVESWNPPFCGDIDIRITATGEWLYQETPITRASLVKLFSSVLKKEHNHYFLVTPVEKVGIRVDDVPFVVNQWHKDSNSIVLTTQTGDVVSVGEDHPCELRTPPDQQDTVQVPYVKIRRNLWARLHQNVYYQLLNEATEIPQPRGRAFVVQSSDYTMKLGEMDE				NA	NA	NA	NA	NA
AK237_02870	585			hypothetical protein	ATGGCGCTTACGAAAAAGTTAAAACACTCCACCAAAAAAATGGTCGAGTCTAAACATATGCTGAAGGGTATAACGCTGGCCTCATTTTTAGAATCGACCATCGTACCCATACCGTTAGAAGCGGTGCTTATTCCGCTTATGCAAGCACGACGAGAAAAAATCTGGTCAATTGCCTTAATGGCTACTGTAGGCTGCGTGCTGGGTGCTATTTTCGGTTATGCCCTGGGTTACTACCTTTTCGATTTGGTGGGCGACTGGATAATCCAGACCTTGTCCAGTCCAGAGCAGTTTGACCAAGTAAAAAACAAAATGCAGCAGCAAGGCTTTTGGTTTGTGATGACGTTAGGTATAGCACCAATCCCATTTCAAATTGCGATGCTTGCCGCGGGCGCGACCAAGTACTCACTGCTATTGTTTCTTTTAGCCACCATTATTGCGCGCGCCATTCGCTATTTCGGGCTTGCACTTGCCGTTTACGTGGCAGGCGATAAAGCAGAGTCGTTGATCCGACGCTACAAAACCAAAGCTATCATAGGGTTAACACTTATTGTGTTGTTGCTCTGGTATCTCTCTACTTTGCTCTGA	MALTKKLKHSTKKMVESKHMLKGITLASFLESTIVPIPLEAVLIPLMQARREKIWSIALMATVGCVLGAIFGYALGYYLFDLVGDWIIQTLSSPEQFDQVKNKMQQQGFWFVMTLGIAPIPFQIAMLAAGATKYSLLLFLLATIIARAIRYFGLALAVYVAGDKAESLIRRYKTKAIIGLTLIVLLLWYLSTLL				NA	NA	NA	NA	NA
AK237_02871	462			hypothetical protein	ATGATGAAAACCCATTATCTTTGTCCCGTTTACTGGAAGTGGCTACAAGCTCACCCTGAACACGCCCGCGCCCATCGGGCGAAATCATGGGAGGCTGCAACAGGTTTTCTGGAAGAAGGGCTGGAAGACAAAGCGCTGAATGCCAATGGCGAAGCATTTGAAATTGCACAAGCGGTTATTTTATCACTTCGCCAACCAGATACGCATGAAGATGTCACCAAAAGCGATTTCGTTGTGTTTGGTTCACTGGCTATTCAGCTCGCCAGACGCCACGCAGCAAATGCGCAATGTGAAAAAGCAGCAGGTCAGTTAAAGTCAGCACAAACCCAGTTACGTGGTATAGCCCCGCTTTACGCTTGTCATCAGGATATCGTGCTTTTAATTCATACAATTGAAGATTCACTGAACGAAGGTGCGGCATTTTACGAGCGCCAGCAGCTCACTAAACGGCATTTGCATTAA	MMKTHYLCPVYWKWLQAHPEHARAHRAKSWEAATGFLEEGLEDKALNANGEAFEIAQAVILSLRQPDTHEDVTKSDFVVFGSLAIQLARRHAANAQCEKAAGQLKSAQTQLRGIAPLYACHQDIVLLIHTIEDSLNEGAAFYERQQLTKRHLH				NA	NA	NA	NA	NA
AK237_02872	255	tusA	COG0425	Sulfur carrier protein TusA	ATGGCATCTGATCTAACGTCTGACAGTCATGCTGACCATCAACTCGACGCTCTGGGCCTTCGTTGTCCAGAGCCGGTGATGATGGTGCGTTTAACAGTGCGAAAAATGGCTGAGGGGGAAACCGTACTGGTGACTGCCGACGATCCATCCACTGCGCGTGACATCCCCAGTTTTTGTCGGTTTATGCAGCATACGCTGGTGGCTTCACAAACCGATGAGATGCCTTATCAATACCTTATCCGAAAAGGAGAGTAA	MASDLTSDSHADHQLDALGLRCPEPVMMVRLTVRKMAEGETVLVTADDPSTARDIPSFCRFMQHTLVASQTDEMPYQYLIRKGE				NA	NA	NA	NA	NA
AK237_02873	642	pyrE	COG0461	Orotate phosphoribosyltransferase	ATGAAGGCGTTTAAAAGAGAATTTATTGAGTTTGCCATTGCCCGTGGTGTACTAAAATTTGGCGAGTTCACACTCAAATCAGGCCGAACAAGCCCGTATTTTTTCAATGCCGGCTTATTCAATAAAGGTGGTGATTTGGCTAAATTGGGGCGCTACTACGCGGCTGCCCTGGCTGACGCCAGGATCAATTTTGACGTACTTTTTGGGCCTGCTTACAAAGGCATACCTATTGCCACTACGACGGCGGTGGCTCTGGCTGACCATCACGATATGGACGTACCTTATTGCTTTAACCGTAAAGAAGCGAAAGATCACGGTGAGGGCGGTAATTTAGTGGGTAGCCCGCTTGAAGGTCGAATTATGTTAGTGGATGACGTGATTACGGCCGGTACGGCTATCCGTGAATCCATGGAGCTGATTGCGCAAAACGGTGCTTCTCTGGCAGGCGTACTTATCGCTCTGGATCGTCAGGAGCGTGGTAAGGGAGAACTTTCTGCAATTCAGGAAGTCGAGCGTGACTTCTCTACTCACGTGGTATCCATTGTCTCGTTGAATGATGTTATTGCGTATCTTGAAGAAACCGGCGAGCATGCTGAGCATATTGCCGATATTCGCAAATACCGTGAGAACTATGGCATCTGA	MKAFKREFIEFAIARGVLKFGEFTLKSGRTSPYFFNAGLFNKGGDLAKLGRYYAAALADARINFDVLFGPAYKGIPIATTTAVALADHHDMDVPYCFNRKEAKDHGEGGNLVGSPLEGRIMLVDDVITAGTAIRESMELIAQNGASLAGVLIALDRQERGKGELSAIQEVERDFSTHVVSIVSLNDVIAYLEETGEHAEHIADIRKYRENYGI	PGPT0021200_1451	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021200-pyrE-K00762	NA	NA
AK237_02874	714	rph	COG0689	Ribonuclease PH	ATGCGTCCAAGCGGCAGAACCGCCAGTCAAATTCGTCCAGTTACGATTACCCGCAATTACACTTGCCATGCTGAAGGTTCAGTATTAGTCGAATTCGGCAATACGAAAGTGCTTTGCAACGCGACGGTGGAAGAAGGTGTGCCGCGTTTTATGAAGGGCCAGGGGAAAGGATGGATCACTGCTGAGTATAGTATGTTGCCTCGCGCAACACATACCCGTAGTCAACGTGAAGCTGCCCGCGGTAAGCAAGGCGGTCGTACGCTGGAAATTCAACGCCTTATTGCACGTTCTTTGCGAGCGGTGGTTGATTTAAAGCTGCTTGGCGAGAATACGATCACTCTGGATTGCGACGTTATTCAAGCTGACGGTGGAACGCGTACAGCTTCTATTACCGGTGCTTGTGTAGCGATGGTGGATGCGCTTACGCACATGCGCAGCAAAGGCATTATTAAAACCAATCCTCTGAAATTTATGGTTGCTGCCTTATCTGTAGGCATTTACGAAGGTACGCCGATTGCCGATTTGGAATACACCGAAGATTCGTCTGCCGAGACCGACATGAATGTTGTCATGACGGAGACGGGCAAATTAATTGAAATTCAGGGCACCGCTGAAGGCGAACCGTTCTCTTTCGATGAAATGAATGAAATGCTGGATATTGCTAAGCATGGCTTACGTGAACTGTTCGATATCCAGAAAGCTGCACTAGCGTAA	MRPSGRTASQIRPVTITRNYTCHAEGSVLVEFGNTKVLCNATVEEGVPRFMKGQGKGWITAEYSMLPRATHTRSQREAARGKQGGRTLEIQRLIARSLRAVVDLKLLGENTITLDCDVIQADGGTRTASITGACVAMVDALTHMRSKGIIKTNPLKFMVAALSVGIYEGTPIADLEYTEDSSAETDMNVVMTETGKLIEIQGTAEGEPFSFDEMNEMLDIAKHGLRELFDIQKAALA	PGPT0021590_9	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PURINE_METABOLISM,PGPT0021590-rdgB-K02428	NA	NA
AK237_02875	864			hypothetical protein	ATGATTTACAGCATGACAGCTTTTGCCCGCAGCGAAATCAAGAAAGACTGGGGCACCGCAGTATGGGAAGTTCGTTCGGTTAACCAACGCTTTCTGGAAACCTACTTTCGATTACCAGAACAATTCCGTTCGCTGGAACCCGTTCTCAGAGAGCGGTTCAGAAAACGTTTGCAACGAGGTAAAGTTGAGTGCGCGTTGCGGTTTAGTGCAAACGACGCAGCGGTTACTAAGTTAAATTTAAATGAAAAGCTTGCCAAAGAAGTCATGCACGCTGCAGATTGGGTGCAATCGCATGGCCAGTCTACCGGTGTAAACCCACTGGACGTGCTACGTTGGCCTGGTGTTATTGCAGCAGAAGAAGCTGACATGGACGCGATTCAGGCGGATATCTTAGCCGCTTTTGACGATACCCTGACGCAATTTATCGAAGCCCGGGCATCGGAAGGGGAAGCGTTAAAATCTCTTATTGAACAGCGTCTTGACGGCATTGAAAAAGAAGCCGCTTTTGTCTCAGAAAAAATGCCTGCGATTGTCGAATGGCAACGCGAAAAAATTCAATCCCGTTTTGAAGAAGCTAAGGTAGAGCTTGATCCCACCCGATTTGAACAAGAAATGGTAATGCTTGCGCAAAAGATTGATGTGGCCGAAGAGCTCGACAGACTTAATGCCCATGTTAAAGAAACGCGAAACATTCTGAAAAAAGGTGGCGCATGCGGTCGTCGTCTCGATTTTATGATGCAAGAATTTAATCGCGAATCGAACACCTTAGGGTCAAAGTCGATTAATTCTGAAATTACCCAATCCGCCGTAGAGCTCAAAGTGCTAATTGAGCAGATGAGGGAACAGATCCAGAATATTGAATGA	MIYSMTAFARSEIKKDWGTAVWEVRSVNQRFLETYFRLPEQFRSLEPVLRERFRKRLQRGKVECALRFSANDAAVTKLNLNEKLAKEVMHAADWVQSHGQSTGVNPLDVLRWPGVIAAEEADMDAIQADILAAFDDTLTQFIEARASEGEALKSLIEQRLDGIEKEAAFVSEKMPAIVEWQREKIQSRFEEAKVELDPTRFEQEMVMLAQKIDVAEELDRLNAHVKETRNILKKGGACGRRLDFMMQEFNRESNTLGSKSINSEITQSAVELKVLIEQMREQIQNIE				NA	NA	NA	NA	NA
AK237_02876	1242	intS	COG0582	Prophage integrase IntS	GTGGGCAAGCTACACGACAAGACCGTCAAGAAACTGATCAAAGAGAAGCCATCCGTGCGGCATGCCGATGGCAATGGTCTCTACCTCATGACCCCGAAGCGCGGCGATGCCTACTGGATGCTGCGCTATACCACCCCAGCTACCAAGCTCCGGCGTGAATACACCATCGGCAAGGTGGACGACTGGTCATTGGCTGACGCCCGTGATGAGGCGGCGAAGCTGAGGTTGGCGATCAAGCGTGAGGGTGCTGACCCGGTTCAGGAGCGGCAGAAGGTCAACCAAAACCCCTTCAAAACGCTCAATGACCTGTACGCGGACTACTACGAGCTTCGCAAACGAGAAATCGCGTCCCACCATAAAGAGAAGAGCCTGTACGAGCGTGAGGTCGCCTGGCGCATCGGAAAGGTGGAACTTGAAAAGATCCGACCAGTGGATATCAGTGAAATCCTGCGGGACGTGGCCACTGGCTACGACGACAATAAGCCCCGCCCAACGCTATCAAATGATTTGATGCGCCTGCTGAGGAACCTGTTTGATCATGGCATCAAATTGGATGTCACCAGGTTCAATCCAGCCTCGCCATTCCGCCCCAGGGACGCCGGCGGGGAGGAGAAGGCCGCCAACTACCCAATGAATGAAGACGAAGTCACCGAGTTCTTCACCAAACTCCGGGTGATTCCGGCGCAGTTCAGCCGTGAAAACTACCTGGCCTGTGCTTTGTTGATTGCGACCTGTACGAGAAAAATGGAGCTTCTGGCAGCGCCTTGGTCGGAATTCGATCTGGAGAACCGTATCTGGTACCTGCCCGAGGAAAGGACCAAAAAGAGAAGGGCCATCGATATCCCGTTGGCGGAGCCCGCCGTGGAATGGCTGAATGAACTGAAGGTACGTTCTTGCGGTAGTGAGTGGGTATTTCCAGCTCGCAGGATCAGTAAAAAAGCACGGACGCCGTTTGTGTGTGAAAACACGCTGAACCATGCGCTCAAGAAACTCTTTGAGAAAAAGTTCTTTTCGTTCGACAAACGCCGCGTTCACGATCTACGGGGTACGGCCAGAACCAAGCTGGGCAAACTCGGCTTTGATGACAATCTGGCCCAACGCTGCCTGAATCAGCTGCCCGGTAACCGGACAGACCGGGTTTATAACAAGCATGCTTACTTTGAAGAAAGAATAGATGCTCACGAGGCGCTCTGTGATTGGCTCGCTCCCATCGTCAGGGGTGAGGTTCGTCCTGGAGAGTAA	MGKLHDKTVKKLIKEKPSVRHADGNGLYLMTPKRGDAYWMLRYTTPATKLRREYTIGKVDDWSLADARDEAAKLRLAIKREGADPVQERQKVNQNPFKTLNDLYADYYELRKREIASHHKEKSLYEREVAWRIGKVELEKIRPVDISEILRDVATGYDDNKPRPTLSNDLMRLLRNLFDHGIKLDVTRFNPASPFRPRDAGGEEKAANYPMNEDEVTEFFTKLRVIPAQFSRENYLACALLIATCTRKMELLAAPWSEFDLENRIWYLPEERTKKRRAIDIPLAEPAVEWLNELKVRSCGSEWVFPARRISKKARTPFVCENTLNHALKKLFEKKFFSFDKRRVHDLRGTARTKLGKLGFDDNLAQRCLNQLPGNRTDRVYNKHAYFEERIDAHEALCDWLAPIVRGEVRPGE				NA	NA	NA	NA	NA
AK237_02877	366	yybR	COG1733	putative HTH-type transcriptional regulator YybR	ATGAATGTGACTACCTCAGAAACTGAATGTAAAGGCGTAAGGGAAATGCTCAGCCTGGTTGGGGAAAAATGGACAGTTCAAGTAGTGGTTGCGCTCCATACCGGCCCACAACGCTTCAACGAGATTTCACGAAGGGTAAACGGCATCTCGCAACAGATGCTAACGAGAACTCTTAAAACCCTAGAGCGAGATGGTATGTTGGCTCGAACAGTTCTTACAAGCTCTCCACCAGGGGTCGAATACTCCCTCACCTCACTTGGCTATTCTCTAGCCGACAACCTGCGCCAATTAGCTGAGTGGACGGTCACGCATCAGGAAGTGATTAAAAGGAATCGTCTTCATTACGACAGCTACGGAAAAGCGTAG	MNVTTSETECKGVREMLSLVGEKWTVQVVVALHTGPQRFNEISRRVNGISQQMLTRTLKTLERDGMLARTVLTSSPPGVEYSLTSLGYSLADNLRQLAEWTVTHQEVIKRNRLHYDSYGKA				NA	NA	NA	NA	NA
AK237_02878	585	gstB	COG0625	Glutathione S-transferase GST-6.0	ATGATTCTTTACTACTATCCGGGAGCCTGCAGTCTTGCCGATCACATAGCACTTATTGAAGCAGGCTTAGACTACACGCTCATCAGCATCACTCATGAGAAGAAAACCGAGGATCGTCGTGACTTTCTTTCAATCAATCCTAAAGGGTATATTCCAGCACTTGAGCTCGATGATGGAGAAGTATTGACGGAGAATATGGTTATCCTTAATTATATCGCGGAGATCAGCGGCAAGCTTCTTCCCCAAACAAATATCCTAAGATGGCGATCATTAGAAGCACTGGCTTTTATGTCCACCGAAATCCATGGCAGCTATGCCCCCTTCTTTAGGAATTTTCCAGAAACTGAAAAAGAGCGGGCTCGAGAAAAGCTGACAAGGGCGTTCTCCTTGCTAGACAAACAGTTGGGCGACAAAAAATATCTCATATGCGAGGAGCTTACAGTCGCCGACTTCTACCTTTTCTGGGTTCTAATGGCGTCTGAGAGAACAGGGATTCAACTCACGCAAAGACTGCAAAGCTATTATGCACGCATGAAACTATTGCCCTCCGTAGATCGTGCACTCAATGAAGAAGGTTTAAAATGA	MILYYYPGACSLADHIALIEAGLDYTLISITHEKKTEDRRDFLSINPKGYIPALELDDGEVLTENMVILNYIAEISGKLLPQTNILRWRSLEALAFMSTEIHGSYAPFFRNFPETEKERAREKLTRAFSLLDKQLGDKKYLICEELTVADFYLFWVLMASERTGIQLTQRLQSYYARMKLLPSVDRALNEEGLK	PGPT0013170_21828	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	DETOXIFICATION_OF_PEROXIDIZED_COMPOUNDS,PGPT0013170-gst-K00799	NA	NA
AK237_02879	564			hypothetical protein	GTGATAAAACCTTCAGTCCACCTTCGGAAGAGATGCGTACCAAACTACTCGCTCGTTCGGGACAGTGTGAGCGGCTGGTCCGGGAGTCGGACCGTCGAGCGATTACGGGTGTCAGTCGGACGCAGTGGTGGACTTTGGAAAGAAAGCGAGTGGCTCCGGCACGGCTCAAGTTGGGCTGCAACTCGGTGGCGTGGCGGCTATCGGATCTGTTGGCCTGGATCGAGCAACAAGGGGCCTGATTTGGCCCCTTTACTCTCCAGAACGAACCTCACCCCTGACGATGGGAGCGAGCTAGTCACAGAGCGCCTCGTGAGCCTCTCTTCGTTCTTCAAAATACGCATGCTTGTTATATACCCGGTCTGTCCGGTTGTTGGGCAGCTGATTCAGGAGGCGCTGAGCCAGATTGTCATCAAAACCAAGCTTGCCCTGATTCGCCCCGGGCCGTGCCATGGCGCGGCAAGCCACTCAATGTGTTTCTTCCGATTGGTCTGTGTAGGAATCACTCGTAGGTTATTGAAAAGCTATAAACCTGCTCAAAAAATGAAAATACAAAGCAGCTTATAA	MIKPSVHLRKRCVPNYSLVRDSVSGWSGSRTVERLRVSVGRSGGLWKESEWLRHGSSWAATRWRGGYRICWPGSSNKGPDLAPLLSRTNLTPDDGSELVTERLVSLSSFFKIRMLVIYPVCPVVGQLIQEALSQIVIKTKLALIRPGPCHGAASHSMCFFRLVCVGITRRLLKSYKPAQKMKIQSSL				NA	NA	NA	NA	NA
AK237_02880	1725			hypothetical protein	ATGAAATTTCAACTAAGAGACTCTGGCCTGTACTGCTTTAGCTCTGATGAATGGCAAAGAGTTGGTGGATGGATTGAGGTTATTGCCAGAACCCGACTCTCCAACAAGAAGCACGGTCACGGTGCGCTGCTGCGGTGGAAAAATATGGACAACGTCCTGCTCCGCGAGGTGGTGTATGCGCGCCACCTGAACGGCGATAACGCCCGACAGATACGGGAGCTGTTGGTGGACACCGGCTATCCGCTCGAACCCGGCAATATCAGTTGGGCACGACTACAACGCTACCTGCTTGAGGAAATGGCAAAGGCATCGCCGGCCACAACCGTCGACCGCACCGGCTGGCATGGCCCCATTTTCGCAACGAATAGTTGGACGGCAGGTCAGGCGGATGAGCAGCACTACTTCGTTGGGCAGCTATCAACCTCCCCTCTACTTCAAGAAAACGGTTCTCTCGAGGATTGGCAAACCCAAGTAGGGAAACTGTGTGATGGCAATCCGCTGGCGATGTTCAGCATTGGAGTGGCCCTTGCGGCACCCCTGTTGAAGCACGCTGGGTTAGAAAACGGGGCTTTTCATCTTGTCGGTAACAGTTCAACCGGGAAAACGACGCTATTGCAGGTGGCCGCCAGTGTTTGCGGGGCTCCAACCTTCGTGCGAAGTTGGGTAGCGACTAGCAATGGCTTGGCAGCCGTCGCTGCTGAGCACAATGACATAGCACTAATGCTGGACGAAATCGGCCTGGCTCGCCCCGAGGATGTGGACATCGCGGTTTATCACATCATGAATGGTGCCAGTAAGCTGAGGGCGAACATTACCGGAGACCTGGCAACACAAACACATTGGCGGACACTGGCCCTGAGTACTGGTGAGATCTGGTTGTCGGAAGTCTTTCAGCAAATGGGGAAATCGGTGAGGGCTGGCCAAGAAAACCGCTTGATTGAGATTCCGATATTTGGGCGATTTGGCGCATTTGATGAATTGCATGGGTTTGCCAGTTCCCAGGAGCTGGTTGATGCGCTGAAAAACCGCACCAGGCAATACCATGGCACATTGTTCCGGCACTGGCTCGAGCGCCTTACAGAAGATGCGGACGACCTGCCCAGCTACATCCAGGTGGAGATCGCCCGGTTGACGGATCAGTGGAAGACCTCGCATATGGCTTCACAAGTCGTCCGGGTGATCCGGCGATTCGCACTGATCACCGCTGCACTATGCCTGGCCTGCCGGAACTATCTCCTACCCTGGACGGAAGCGGAGTCGGTTCGAGCAGTGCATCAAGTAGTTGGGGCTTGGCTTCGGAGCCGAGGTCACTTGTTCAATTCAGAGGAGTACCGCCTGCTGGCTCGCCTTCGCGATGCCGTTTACCAATGGCATTACCGTCTCACTGATATAGAGCGGGGCGAATACGGGAGGAGGGCCGGCTTTCGGCGTGATGTAGACGGTGAAAGGCAGTGGCTTATCCCAAAAAACACTTTCCTCAGCGAGCTGGGTTTGCCCAGCCGATACATGCGGGAGTTGGAAACGCTCATCCAGAAAGGTTTCCTGGAAACCAATGAGCAGAGTCGCGGCACCATGAAGATCAAGCTGCGGGATCGGTCCGAGCGCTTTTTCGCCCTGTGGCCTGATCGGATCAGGGCCTATTGGGATTCGTTACCGGACGGAGATGGGTTGTCCCAGTTTCCCACTCTTCCCAGTGAAGTTTCGGAGGTGGTGGAGAATGAGTGA	MKFQLRDSGLYCFSSDEWQRVGGWIEVIARTRLSNKKHGHGALLRWKNMDNVLLREVVYARHLNGDNARQIRELLVDTGYPLEPGNISWARLQRYLLEEMAKASPATTVDRTGWHGPIFATNSWTAGQADEQHYFVGQLSTSPLLQENGSLEDWQTQVGKLCDGNPLAMFSIGVALAAPLLKHAGLENGAFHLVGNSSTGKTTLLQVAASVCGAPTFVRSWVATSNGLAAVAAEHNDIALMLDEIGLARPEDVDIAVYHIMNGASKLRANITGDLATQTHWRTLALSTGEIWLSEVFQQMGKSVRAGQENRLIEIPIFGRFGAFDELHGFASSQELVDALKNRTRQYHGTLFRHWLERLTEDADDLPSYIQVEIARLTDQWKTSHMASQVVRVIRRFALITAALCLACRNYLLPWTEAESVRAVHQVVGAWLRSRGHLFNSEEYRLLARLRDAVYQWHYRLTDIERGEYGRRAGFRRDVDGERQWLIPKNTFLSELGLPSRYMRELETLIQKGFLETNEQSRGTMKIKLRDRSERFFALWPDRIRAYWDSLPDGDGLSQFPTLPSEVSEVVENE				NA	NA	NA	NA	NA
AK237_02881	201			hypothetical protein	ATGAAACGCCAGTATTACAGCGAGACCAATGAGCGCTTGCTCACATACGAAGAAGTTTGCGCCGTCACCCAGCTTTCCCAAGCCACGCTGCGAAGGTACGTCCAGTCAGGGCGCTTTCCCGCTCCCATCAAGCCTAACCCCACTGGGCGAGCTGTGAGATTTCGAATTCAGGATGTTCGTGACTGGCTGGATCGGTTGTGA	MKRQYYSETNERLLTYEEVCAVTQLSQATLRRYVQSGRFPAPIKPNPTGRAVRFRIQDVRDWLDRL				NA	NA	NA	NA	NA
AK237_02882	603			hypothetical protein	ATGACCAAACGAATGACTCACCAGGAAATCTGCGAAGAGTGGGCGGCGGTCAGCCGAGCCCAGGATGTGAACCACCAGCGTGGTACTGAAGCCGCCATCACGCAATGCCGGCAATTTCTGGCGGCGATTCACCAGCAAGCGGAGGTGGAGCAAGCCAGGTACCGCTACCTGGCGCAGCGGCTCTGTGATCACTTTTGGTCCCACAACATAGCTCATCGTACCGATAAGACACCCGGGTATCCCGGCCACTACGGCTGCCGCGTCCGACTCCGGAAAAGAAAGCTGGAATTGTCCTGGTACTACAACCGCTTTGTCCCGAAGAAGAATGGCGAAGGCCGATCAGTGTTCAGTGAGTACATTCGTAAAGAAGGTCGGTATCGCTACCACAAAACGGCCTACGCGCACGCCCAGGGTTGGGAGCAACCGCTCATCATGGAGACTGAGGCCGGTTTTGAAATGTTGCGAAGGCTCAATGCCAACCAGGCGGAGCTTTGTCGAACCGTGCGGAAAAGCGAGCGCCTTCTGAAAGATCTGGAGGAACACCTCCGTGGACTTAAGGAGACTGCCAGCCGGACTGAAAGCCCTTATAACGAGGAGGGATGA	MTKRMTHQEICEEWAAVSRAQDVNHQRGTEAAITQCRQFLAAIHQQAEVEQARYRYLAQRLCDHFWSHNIAHRTDKTPGYPGHYGCRVRLRKRKLELSWYYNRFVPKKNGEGRSVFSEYIRKEGRYRYHKTAYAHAQGWEQPLIMETEAGFEMLRRLNANQAELCRTVRKSERLLKDLEEHLRGLKETASRTESPYNEEG				NA	NA	NA	NA	NA
AK237_02883	1572	dntB		4-methyl-5-nitrocatechol 5-monooxygenase	ATGCATCAAATTCCTGTTCTTGTTGTCGGCGGCAGCCTTGTCGGCTTGTCCACATCCTTATTCCTTGCCGCGCGTGGTGTGCCTCACGTGTTAGTGGAAAAGCACGCCGGCAGCGCAGCACACCCACGCGCCGTAGGTTTTCCCGAGCGAACGCTGGAATATTTTCGCGCTGTCGGCATCGACGACCGCATTCCACGGGCGAGTGCTGATGCACGTCCGCAACGTGTTCGGGTCGATAGCTTAGCCGGCACTTGGACTGAACCGATGCCATGGACGCCCGGTAAGCCCGAGTCGCCGATGGCTGAACTCTCCCCATGTACCGGCGCGGCCATTGCGCAGGATCGGCTGGAACCTATCCTGCGCGCGGCGGCGCTCGAGCGCGGTGCAGATCTTCGTTATCACCATCGGTTGCTGGATTGGCGCGAAGTCGAAGACGGCATCGTGGTCCATGTGCTGGATCGCGACAGTGGCGTTGAGTATGCACTGCATGCCGACTACATGGTGGCCTGTGACGGTGCCAAGAGTCCGATTCGCGAACAACTGGGCATCGCTCGGATCGGCGTCGGGTACCTGCGCACTCTTCGCAGCGTGTTGTTCCGTTGTCCCGAGGCCGACGAATACCTGGCACGGGGGGTGCACCAGTTCCAAATTGAACAGTCTGATTTGAGTGCATTCCTCACCACGTACCACGAAGGCCGCTGGGCCCTGATGTTCGACGATGATAATGAACGCAGCGAGGCCGAGTTGAACCAGGCAGTTCGCCAAGCTCTGGGCAACGATATGGGCTTCGAAGTGATCACCACAGGATGCTGGGAACTGGCCGGACGCATTGCCAACCGATACAGCAAGGGCCGGGTGTTCCTGGCCGGCGATGCCGCTCACCAGTTGCCGCCCACTCGCGGTGGCTTCGGTGCCAATACCGGCATCGCAGATGCGTACAACCTGGCGTGGAAACTTCAACGCGTGCTGAATGGTACGTCGGCACCGTCGTTGCTCGATACTTATAGCGACGAACGCCAGCCCATCGGTTGGTTGCGCCACCAGCAGACGTTCGGCCGACCCGACTATCAACCTTGGCTGGAGACTCCCTTGCGTACCGAGCTGTACAGCAATGCGGCGATGGAACTGGGGGAGCTGCAACGATCGGCGGCCATCGTGAGCGCCGACCAATGCCTTCCACCTGCCGCCGAACCTGAGGCCTGGGCCGGTCAACCTGGTACGCGTGCCCCGCATATCTGGTGCGAACATGATAGCGAACGGATATCCACGTTGGACCTGTTCACTGACACGTTCACGCTGATCAGCGAAGAGCAACGCTGGATGGCGGCCTTGCATCAGGTCACGGCGGCCAGTCATTCGTGCGTGAACCCAGTACGAGTAGGCACCGATATCCGGTTCGCTTCGAACGAGGCGTTTCGCGCACGCTTCGGCGTGTCCGCCGAAGGCGCCTCCCTTGTGCGACCCGACGGCGTGATTGCATGGCGTTCGTCGCGTTTGCCGGATGACCCGAGGGCTTGTCTTGCCGGAGTGCTGGAGCAGGTAGGCGCGTGTATCGATGTCGATATGCGGTGA	MHQIPVLVVGGSLVGLSTSLFLAARGVPHVLVEKHAGSAAHPRAVGFPERTLEYFRAVGIDDRIPRASADARPQRVRVDSLAGTWTEPMPWTPGKPESPMAELSPCTGAAIAQDRLEPILRAAALERGADLRYHHRLLDWREVEDGIVVHVLDRDSGVEYALHADYMVACDGAKSPIREQLGIARIGVGYLRTLRSVLFRCPEADEYLARGVHQFQIEQSDLSAFLTTYHEGRWALMFDDDNERSEAELNQAVRQALGNDMGFEVITTGCWELAGRIANRYSKGRVFLAGDAAHQLPPTRGGFGANTGIADAYNLAWKLQRVLNGTSAPSLLDTYSDERQPIGWLRHQQTFGRPDYQPWLETPLRTELYSNAAMELGELQRSAAIVSADQCLPPAAEPEAWAGQPGTRAPHIWCEHDSERISTLDLFTDTFTLISEEQRWMAALHQVTAASHSCVNPVRVGTDIRFASNEAFRARFGVSAEGASLVRPDGVIAWRSSRLPDDPRACLAGVLEQVGACIDVDMR				NA	NA	NA	NA	NA
AK237_02884	1542	emrB_2		Multidrug export protein EmrB	ATGATGAAACTCTCGGACATGCTTTCCAATACCATGCGACCGCGGCCCGTCTTGACCGTCATGGCGATTTTCTTGGGAGCGGTCTTGACGACCTTGCAAGGTCGCCTGTTTTCGATGGCACTGCCAGACCTGCGCGGTCAATTTGGGTTGGATTTGCTGGAGGCTGCGTGGTTGGGTACGGCACTGAATGGCGCACAATTGATTACTATGCCAATAGTCCCCTGGCTGGCCACGGTAATCGGTCCGACGCGTGTACTGGTCGCTCCCAGTCTCATTCTGGGTTTGGCATCCTTCTTGATTCCCGTGTTCGCACAGAACTATCCAATGCTACTGATTCTGCATTCCATAGCGGGGCTATGCCTGGGTATCTACCTCCCTCTGACGGTGTCTCTAGCACTACGCAATCTACAACCACAATTCTGGCTGATGGTCATGGCCGCCTATAGCCTCCGTGTATCAACGGGAATGGATGCAGGTGTGGGGGTATCTGGTTTTTTTGTAGAAGAGATCAGTTGGCACTGGATTTACTGGACAACCACCGTTGTTGCACCACTGATAGCTTTGCTGTGCTGGAAGGCCATGCCGCTGACTGCCGTCGATCATGAACAATGGCATCAGATAGATTGGGGAGGCATGGCCCTATTTTGCAGTGGATTGGTACTGATCTTTATTGGTCTTGAATCGGCTGAGCGTCTGGGATGGTGGGATTCTGGGCTTGTCGTTTCGTCTTTGCTAGGCGGAGGTGTCCTTCTCTTCTCTGCCGTCGTGCGGGCAGTGATAAGTAAGGGGAGCAAATTTGGCGAACTTATCGGGCTGAGCAACTGGAATGTCAGAGTTTGCATGGTGATAGCTTGCTTGTTTGGCATTTTGATGACACCTACTTCACTGCTAATTCCAACATTTATTCAAGAAATGGGAAGTCTCAAGCCACTGCAGGTTAGCACTGCCACGTTCGTTGCATTCGGTTCTTACTTGGCCTCGATACCGTTGGCCATCTTCTTGGCTCGACGGATAGAGGCTCGGCTGCTTATCATTTTAGGACTCACGGTGATTGGTGTTGTTGCTTGGATGGGGGGATACATCAATCATAGCTGGAGAACTGAGCAGTTTATCTCCATGCTTATTTTCCAAGCGCTGGGTGAAAGCATTATGCTAATTGGCTTGATTGCGGCTTTTGTTACAAACATTAATCCACAGCATACAATAGCGCTGGGAGCCTACATTCCTGTCGCTCGTGTTATGACTCCCGTAGTGGCAGGCACTATCATGTCAAGTTGGTTACGGATGGCAGAGGACACGAGTCGAGCATCACTAAGTATGTATTTACAACAAGGAAATCCTGTCGTAGTTGAAAGATTATCTAGTACAGGGTTGTCGGGTATTGCACAAGTGCTCACTCGAGAATCACATGTGCTCGCCGATATTAGCGGATTTCACTTGGTTTTTTGGATATGCGTTTTTTCATTGGTCCTTGCTACACTGCTACGTTCATCGCCTCCTAACCCAATTACACCCCCTATAGTCGCTACAGGAAAGACATAG	MMKLSDMLSNTMRPRPVLTVMAIFLGAVLTTLQGRLFSMALPDLRGQFGLDLLEAAWLGTALNGAQLITMPIVPWLATVIGPTRVLVAPSLILGLASFLIPVFAQNYPMLLILHSIAGLCLGIYLPLTVSLALRNLQPQFWLMVMAAYSLRVSTGMDAGVGVSGFFVEEISWHWIYWTTTVVAPLIALLCWKAMPLTAVDHEQWHQIDWGGMALFCSGLVLIFIGLESAERLGWWDSGLVVSSLLGGGVLLFSAVVRAVISKGSKFGELIGLSNWNVRVCMVIACLFGILMTPTSLLIPTFIQEMGSLKPLQVSTATFVAFGSYLASIPLAIFLARRIEARLLIILGLTVIGVVAWMGGYINHSWRTEQFISMLIFQALGESIMLIGLIAAFVTNINPQHTIALGAYIPVARVMTPVVAGTIMSSWLRMAEDTSRASLSMYLQQGNPVVVERLSSTGLSGIAQVLTRESHVLADISGFHLVFWICVFSLVLATLLRSSPPNPITPPIVATGKT	PGPT0029220_3339	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
AK237_02885	1134	emrA_2		Colistin resistance protein EmrA	ATGAGTAAATCTGAAGTGAATAAACAGCAGTTCCGGGCTATGCGCTTGGCACCATGGATAGGGTGTATTGCTATTTTCGTGTTGGTGGTGCTCGCCACGACACATTGGCATCACTGGACAAGTAATCGAACGATACAAACGACTCAAAATGCTTTTGTTAAATCGAATTTCGCGATACTGAGCGCCAAGGTTTCGGGGTATATCGATGCATTACCTGTAGGAGATTATCGAGCGGTCCAGGCTGGTGACCTTATTGCGCAGATTGATGACGTCGATATCCGGCTCAGGATCTCTACCAGAGAAGCGGCCCAAGCCAAGGCCCAGGCTGAGTTGGAAAATCTGGCTCGAGAAGTAGAACAGCAACGTGCGCGCATAAAACAAGCTCAGGCCAAAGTGCGCGCGACCGAAGTTCGAGCGCAACAGTATCGAACCAGTCCCGAACGCCAGTCTGGGCTGGTTCAGGATGGGGTGCTATCCCGTCAAGTGTTTGAAAAAGCGCAGGCAGACTTGGAGCACGCCGAAAGTCAATATGATGAGGCGGTCGCGGAATTAGAGTTGGCTAATAGTTCTCTGAGTGTTTTAGAAGGCCATAGGGCCATTCGTCGAGCGGAGCTGGACGCCGCCACCGCTGATCTCGAAGCTGCTCGTCATGACCTTCACTATACGCAGATCGTGGCCCCCTTCGATGGTGTCATTGGTAAGCTTAAGGTTCAGCTTGGGAGCCTTGTCACCACTGGAGCGCCGATAGTTTCTCTCGTTCCCTCAGCGCGGCCATACATCATAGCCAATTATAAGGAAACGCAACTTGCTCATGTTATGGCTGGTCAGCCGGTTGAACTGACCATCGATGCGTTTCCCGGGATGACGTTCCGCGGCCGTGTGGCAGAAATCTCTCCTATGAGTGGTGGTGAAACTGCATTATTCCCAGCTGACAATGCTTCAGGCAATTTTACTAAGGTCGTGCAGAGGATACCGGTTCGTATTGAATTAGAGCCAGGGCAGGACTCTGTCTCTAAATTGCGGCCTGGAATGTCGGTAGAAACTTCCATCAATACTAAGGGAAAGCCGATAGCGGCTTATTCATCCTCTTCGTTAGAGGTGGTGAGTTTCGCCTCTCGTAAGGGAGAGGAATGA	MSKSEVNKQQFRAMRLAPWIGCIAIFVLVVLATTHWHHWTSNRTIQTTQNAFVKSNFAILSAKVSGYIDALPVGDYRAVQAGDLIAQIDDVDIRLRISTREAAQAKAQAELENLAREVEQQRARIKQAQAKVRATEVRAQQYRTSPERQSGLVQDGVLSRQVFEKAQADLEHAESQYDEAVAELELANSSLSVLEGHRAIRRAELDAATADLEAARHDLHYTQIVAPFDGVIGKLKVQLGSLVTTGAPIVSLVPSARPYIIANYKETQLAHVMAGQPVELTIDAFPGMTFRGRVAEISPMSGGETALFPADNASGNFTKVVQRIPVRIELEPGQDSVSKLRPGMSVETSINTKGKPIAAYSSSSLEVVSFASRKGEE	PGPT0013750_2053	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE	CE-BACTERIAL_FITNESS-OTHER_MULTIDRUG_EFFLUX_GENES,PGPT0013750-emrB-K03543	NA	NA
AK237_02886	1437	ttgI_2		Toluene efflux pump outer membrane protein TtgI	ATGAAATACGCTTGGGTACTTATATTTGCAATTACGCTTTCCAGTTGCGCGAGCATGCGAGATGTACAAAATCCACAGTCCAAGTTGCAGAGCCCGGGATCTTTTGGAGCCGTGGATACAGAGTGGAATCAGCCATCATCGCAGTGGTGGGAGCGATATCATGATTCCGACTTGAACGCGTTGATAGATCGAGCGCTTTCCCAAGGTCCTGATATACGGTTGGCCCAAGCACGCGTCGCGCACGCAGCGGCGATTGCCGACCAAGCCGACGCAGAACGTGGACCTGCCGTGGACGGAAGTGCTCGTGCAACGCGTAAACGCTATGCAGAGCAATACGATGTCGATGCACCGTTGGCGGGACACTATGGATCGGCTTATGTTCTCGGAGTGGAAGCTAGCTACACATTCGATTTCTGGGGGCGCCAACGTGCAGCCTTGAACGTCGCCCTGGGAGAAACGGCGGCACGGCAAGCCGAAGTTCAAGATGCAAAGATTCTACTCGCTAGTCAGATTGCCAAGAGCTGGTTTGAACTATCCAGGTTGCTGGAGCGAAAAAAGTTAGCTGAGGACGCTCTCGAATTGCGCACCAGAACCCTGCGTATTGTTCAGTCTCGGGTTAAGGCAGGACTCGATACCGAGGTTGAGCGCTGGCAAGCCGAGGGTGACCTGCCCGCGACGGAAAACGATATTGCTAAGCTCAATGAACGGCTCAGCTTGCAGCGAAACACGTTGGCAGCCTTGGCAGGGTTACCAATGAATGCGTTGGCCGATGCAGTGCCACACGTGGAGCCAACACGAGACTCTTTGTTGCCAACATCGATACCTGCTGAACTCATCGGACAGCGCGCAGATGTCGTGGCAGCGCGTTGGCGCGTGCAGGCGGCGACTCAGGCCGTTGAGGTGGCCAAAGCCGATTTTTATCCCAACATCAACTTGCTTGCCTTTGCAGGTGTGGCTCGACAAGGTCTATCCGTGGGGTTGTCTGACTGGTTGGATGCCGGTAGCCGCACCTTCAGTGTTGAACCCGCCATTAGTTTACCTATTTTCGATGCTGGTCGATTACGTGCTCGGCTAAAAGAGCGAGTATCGGATGTTGATGCCGCCGTTGAAACCTATAACCAAGTGTTGCTGGGGGCTGTTCGCGATGTAGCGAATCAAATGGTCTCGTTGGACGCGCTGGAGCCACAGCTTCAGGCCCAAGAGCGAACCTTATTAGCTAGACGTACGGCATTTGATCTAGCCAAGCGGCAATACGCGTCTGGTTTGACCAACTATCTAACGGTGTTGAATGCCCAGAATGCCTTACTTCAAGCACGTAAACAGCAAGCAAATATACGGTCTCGAGCCATGGTGCTGGATGCCGAACTCAACCGTGCTCTGGGGGGCGGTCTCCATACTGTTAACGCAACCATGCATTTTACGAGTAAATCATCATGA	MKYAWVLIFAITLSSCASMRDVQNPQSKLQSPGSFGAVDTEWNQPSSQWWERYHDSDLNALIDRALSQGPDIRLAQARVAHAAAIADQADAERGPAVDGSARATRKRYAEQYDVDAPLAGHYGSAYVLGVEASYTFDFWGRQRAALNVALGETAARQAEVQDAKILLASQIAKSWFELSRLLERKKLAEDALELRTRTLRIVQSRVKAGLDTEVERWQAEGDLPATENDIAKLNERLSLQRNTLAALAGLPMNALADAVPHVEPTRDSLLPTSIPAELIGQRADVVAARWRVQAATQAVEVAKADFYPNINLLAFAGVARQGLSVGLSDWLDAGSRTFSVEPAISLPIFDAGRLRARLKERVSDVDAAVETYNQVLLGAVRDVANQMVSLDALEPQLQAQERTLLARRTAFDLAKRQYASGLTNYLTVLNAQNALLQARKQQANIRSRAMVLDAELNRALGGGLHTVNATMHFTSKSS				NA	NA	NA	NA	NA
AK237_02887	657	tetR		Tetracycline repressor protein class B from transposon Tn10	ATGACGACAAAAGCACCACGAATTGAGCGGTCCAAGGTCATTGATACCGCACTGGTATTACTTGATCGGTATGGGATTGAAGGACTGACCATGCGCAAGCTGGCGCAAGCGCTCCAGATACAGGCCCCCTCACTGTATTGGCATTTCGAGAATAAACAGTCACTTATTGACGGAATGGCGGATGCCCTAGTTGACGCTGTAGCAAAAGATTTGCCTGAAGCCCAGTCATGGGAAGATCGTATTCGTCAAGTTGCCGTGGAGTTGCGACTCGCGCTGTTACGTCACCGTGATGGCGCGCGAGTATTCGCTGGAACCTATATCGTTACCGACAATGTGTTGCGTACAGGCGAAGCCATGATTTCCGCTTTTATGCGAGCGGGAGCAGATGCGGAACTGGCCGCGACCTCCAGTTTCACTGTGACATATTATGTTTTGGGTCTAGTCATGGAGGAGCAAGCATTGGGTCCCGAGAGCAATCTGGACCTAGCTGCACGCAAGCAAACTTTTCTTAACTCAGCACAAGATGAATATCCACACAGCTGGGCTGCACGCGAAGCCATCTTTTCAGAAAATTTCGGCCATCGTTTTGAAACTGGCCTAGATCTGCTCATAGAAGGAATTAAGCAAAGAATTACTTTGCCTCATCATCGACTGTAA	MTTKAPRIERSKVIDTALVLLDRYGIEGLTMRKLAQALQIQAPSLYWHFENKQSLIDGMADALVDAVAKDLPEAQSWEDRIRQVAVELRLALLRHRDGARVFAGTYIVTDNVLRTGEAMISAFMRAGADAELAATSSFTVTYYVLGLVMEEQALGPESNLDLAARKQTFLNSAQDEYPHSWAAREAIFSENFGHRFETGLDLLIEGIKQRITLPHHRL	PGPT0027886_320	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-TETRACYCLINE_RESISTANCE,PGPT0027886-tetR-K18476	NA	NA
AK237_02888	369			hypothetical protein	ATGCATATTAACACCAGCCACTTTCCAAGAGTTTGGATGTCTTCTGTTGGGATACCAAATTGGGAGTCAAAACTAGATAGCTTACTGCAACAGAAAGAACGGTTCGTCCTGTTAACGCGTGAGATACCTAGTCGGGGACAGAATTTCGATAAGGTAGACAGAAAGCGCTTCGCCCGATGGTTAAAGTGTAATCGAGAACAACTCAAACGTATGTGTGCAGGTAGTATCGTCGTCGTCACCAATCCAGTCGTGGCGTTATCTTTGCGAGCGACCTTGGTACCTTTTGCAAAAGCATTTGGATATCCAGTGCGGGCGGTAACAGAGAGTTCGGTCGACGATGAAATCCATGATCTACTCGCAGGCGTTTGA	MHINTSHFPRVWMSSVGIPNWESKLDSLLQQKERFVLLTREIPSRGQNFDKVDRKRFARWLKCNREQLKRMCAGSIVVVTNPVVALSLRATLVPFAKAFGYPVRAVTESSVDDEIHDLLAGV				NA	NA	NA	NA	NA
AK237_02889	567	ywrO	COG2249	General stress protein 14	ATGTCGAAAACACTTATACTACTTTTTCACCCTAATATTGCGCGCTCCTCTGCCAACACTGCCCTTTCCGCCGCCGCCTCCGAAATCGATGATGTCGAAGTCTTCGATGTACAGCGAGCCTATCCCAATGGCGTAATTGACACCGATGCTGAGGTGGATCGCTTGTTGGCCGCGGATCGGGTTGTCCTGCAGTACCCAATGCAGTGGTATGCTACCCCTTCGATATTGAAAGAATGGTTGGACGCCGTGCTGACACGACTGTTTTACATTAACTATGAATCAGAGGGGCGTAGACTACAAGGTATGCCTGTAATGGTCTCAGTTACCGCAGGTAATACGTCTGACGCCTATAGCGAGGGCGGACGTAACATGTTTACTATGGTTGAGCTGTTGGCTCCCATGCGCGCTACGGCCCATCGTTGTGATCTGGTATGGAGTAGTCCCTTTATTCTTTACCGAGCCAATCAGCTGTCGCTAGACGAGCTTAAAGCCGAAGGGACTCGCTATGTAGAGGCTATAAAATCCTGGATTGCATCATCTCAGCTACAGGAGACTCGAGACTATTAA	MSKTLILLFHPNIARSSANTALSAAASEIDDVEVFDVQRAYPNGVIDTDAEVDRLLAADRVVLQYPMQWYATPSILKEWLDAVLTRLFYINYESEGRRLQGMPVMVSVTAGNTSDAYSEGGRNMFTMVELLAPMRATAHRCDLVWSSPFILYRANQLSLDELKAEGTRYVEAIKSWIASSQLQETRDY	PGPT0013810_390	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-POTASSIUM_TRANSPORT,PGPT0013810-kefG-K11748	NA	NA
AK237_02890	915	syrM1_3		HTH-type transcriptional regulator SyrM 1	ATGGCTAATCTTCGTTCCGTGGACCTCAATTTGCTGGTAATCTTGCATGCTCTGCTAGAGGAGCAACATGTAACACGAGCGGCACGACGTCTAGCACTATCGCAACCAGCCACTAGTAATGCACTAGACAGGTGCCGACATATTTTTGATGATCCATTATTGGAGCGTGTTGCGGGTGAGATGAGATTAACTACAAAGGCCCGATCACTAAAAGAACCTTTGTCGAAAGCATTGTTTGCCATATCGACTGTCGTAGATGCACCGCAAGTTAAATTGACGGAAATTCGTCAAACGGTCCGCTTGATCATGGCAGATCAACCGGGCCTTTCGGTCATGTCCCATCTTGTAAACAAACTAAGTGACAGCGCGCCGAAAGTGAACTTATCACTATTGCCATGGCGCAGCAGTAAGGATGCTGTCCATCGCTTAGAGAATGGCGAGGCTGACATAGCGATCTCAACGTTTCCTGCATTGCCCCCCAAATTTCATCGGCGGAAAATTGGATATGAGGATTATGTAGTAGCCATGCGTGATTCGCATCCTGCCGCTCATAAATTTAACGCGGATGAATGGTTGGCTTGGCCACATATTGTTGTTTCAGGAGAGGGGAATGTACGTGGGTCTGTGGAAAAAGTACTCGCTCAACAAGATAAATCTCGCCATGTCGGTGCTGTTGTACCGAATTTCACTATGGTTGAGCCTTTGCTTAAAGCAACGAATATGATTGCCACCATGCCCAGGAATTGTCTTTCTGACACCGACGCGCTGGCGGTTTTCGAGCCGCCTATCCCTGTGCCAGGTTTTAGTTTACATTTAGCCTGGCATGCGCGAAGAGATGGTGATTTGGTCGTAAAACATATCATCGAAACGCTACGATACCTCTTTCAAAAAGAGGATATCGCAACTTCTATTTAA	MANLRSVDLNLLVILHALLEEQHVTRAARRLALSQPATSNALDRCRHIFDDPLLERVAGEMRLTTKARSLKEPLSKALFAISTVVDAPQVKLTEIRQTVRLIMADQPGLSVMSHLVNKLSDSAPKVNLSLLPWRSSKDAVHRLENGEADIAISTFPALPPKFHRRKIGYEDYVVAMRDSHPAAHKFNADEWLAWPHIVVSGEGNVRGSVEKVLAQQDKSRHVGAVVPNFTMVEPLLKATNMIATMPRNCLSDTDALAVFEPPIPVPGFSLHLAWHARRDGDLVVKHIIETLRYLFQKEDIATSI				NA	NA	NA	NA	NA
AK237_02891	357			hypothetical protein	ATGGAAAAGCAAGACTCTTGTGAATATCGGTGCACTGTTGAGGCAACTGTTAAGGTTGCTGGTGGTAAATGGAAACCGCTTATTATTCACTACCTTCTCAGTGGAACCAAAAGGTTTGGAGAACTGCGCAAACTTATTGGTGGCATCACCCAACGCTCCTTAACACTGCAACTTCGAGAGCTTGAATCACACGGTATTATTTCTCGAGAAGTCTTTGCGGAAATTCCACCACGCGTCGAGTATTCGCTGACCGAGCTTGGGCTTACACTCAATCCTGTACTCAAAGCAATGAAAGAGTGGGGAGATAGCTATATGATTTGGCAAGACACCAACAGCAATAATAAACATAGTAACTAA	MEKQDSCEYRCTVEATVKVAGGKWKPLIIHYLLSGTKRFGELRKLIGGITQRSLTLQLRELESHGIISREVFAEIPPRVEYSLTELGLTLNPVLKAMKEWGDSYMIWQDTNSNNKHSN				NA	NA	NA	NA	NA
AK237_02892	1038			Alcohol dehydrogenase	ATGGCACAACATCTTGTGCTCGTTATGTTCCTTGACGAAATTGGAGATACTATGATGAAAGCGGCTTACTATGAAGCTCAAGGCAGCGCTCGTGATGTGCTGAAGGTGGGCGAGTTACCTAAACCAGAACCAGGTCCAGATGAAGTGCGCGTACGCCTCCGTGTTTCCGGACTAAACCCTACTGATGTAAAAGCGAGAACAGGCTTTTCTTCGAAGATGCCTTTTCCACGTATCATCCCCCATCAAGACGGTGCAGGTGTTATTGACGCTGTTGGTGAGAACTTGTCGCCAGATCGGATTGGCGAGCGAGTTTGGGTATACGAGGCACAGCATGGAAGAGCAACAGGCACTGCAGCGGAGTTTGTCGTGGTGCCGTCTCAACAAGCGGTTAACTTACCAGATATGGTCTCATTTGAAGTAGGGGCTTCGCTTGGTATTCCTGCACTTACCGCTCATCGCTGTCTGTTTTCTGATGGTAGCCTTAAAGGTCGGCGAGTACTGATTCATGGCGGTGCCGGCGTGGTCGGAACAGCGGCAATTCTATTGGCAAAATGGGCTGGCGCATGGGTTTCAACAACAGTAATGAACGCTGAACAAGCCGCAGTTGCGAAAGAAAATGGTGCAGACCTAGTGCTTGATCGAACATCAGGAGACGTTGCGAATAGCATATTGGAAGCGACAGAAGGGCTCGGTGTTGACCATATAGTCGATGTCGCTTTAAAACCCAATCTTGACCTGAACTTAGCCTGTTTATCTCAAGGCGGAGTTATAAGCGCTTATGCAACCGCTAGTGCTACCGATGAGCTTTCTATTCCATTATTGAAAGCTATGGTGCACGGCTGTGTTTTCCGTTTTGTTTATATCTACAATGTTCCCAACGAGATCAAGCAAGCGGCCATAGCGGATATCAAATCTTGCCTTGAAACTGGATGTTACTTGCCAAAAATTGGTTTAAACATACCTCTTCGAAACATCGTCGAGGCTCACGATGCACTTGAGTCGTCAAAAGTTATAGGCAAGGTTCTATTACACATGTAA	MAQHLVLVMFLDEIGDTMMKAAYYEAQGSARDVLKVGELPKPEPGPDEVRVRLRVSGLNPTDVKARTGFSSKMPFPRIIPHQDGAGVIDAVGENLSPDRIGERVWVYEAQHGRATGTAAEFVVVPSQQAVNLPDMVSFEVGASLGIPALTAHRCLFSDGSLKGRRVLIHGGAGVVGTAAILLAKWAGAWVSTTVMNAEQAAVAKENGADLVLDRTSGDVANSILEATEGLGVDHIVDVALKPNLDLNLACLSQGGVISAYATASATDELSIPLLKAMVHGCVFRFVYIYNVPNEIKQAAIADIKSCLETGCYLPKIGLNIPLRNIVEAHDALESSKVIGKVLLHM	PGPT0013255_4837	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-OXIDOREDUCTASES,PGPT0013255-qor-K00344	NA	NA
AK237_02893	534	rhaS_7		HTH-type transcriptional activator RhaS	ATGGATGCACCCTCAAATAATTTTGGCGAGTTCCCTGATAACGATCTTCAAGAAGCAGTTTTTCGTTTAGTCAGGCTTTTGGAGCGGCCTAATTCTTTGGCCGTCCTACAACATCAGTTGGTACGCGAGATCCACTACTGGTTACTACAGGGAAGGCATGGTCAGACGATTAGTAAATTGGGCCTGCCAGACAGCCAGATTCACAGAATCGGCCGCGCTATAGCCCTCCTTCGACAAGCTCATGCCGACCATGTTTTCATCGAACGGTTAGCCGCTGAAGCGGGTATGGGCCGGTCTTCGTTTCATAAGCACTTTCGAGCAGTGACATCTATCACACCAATGCAGTTTCAGAAGCAACTGCGCCTAATCGAGGCGAGGCGCCAGATGTTAGAAAAAGGAAAAACAGTAAGTCGGGCAGCCTTTGAAGTAGGGTATCAGAGCGCTTCGCAATCTACCCGGGAATATACCCGAATGTTTGGAATTTCTCCGATGACCGATCGGAAGGTAGCGAGTCGTAAAGACGTTAAAAGGTGA	MDAPSNNFGEFPDNDLQEAVFRLVRLLERPNSLAVLQHQLVREIHYWLLQGRHGQTISKLGLPDSQIHRIGRAIALLRQAHADHVFIERLAAEAGMGRSSFHKHFRAVTSITPMQFQKQLRLIEARRQMLEKGKTVSRAAFEVGYQSASQSTREYTRMFGISPMTDRKVASRKDVKR				NA	NA	NA	NA	NA
AK237_02894	174			hypothetical protein	ATGAAAGACAAACGAGATCTAACAACATCTGATATTGCCAACTACCCAGGCCCAGTTCTACATACGACTTCGAAGCACTTAACATACCCACATAGAGGCGTTCAGGTCCTCGGGCAGCAAGGCGATGAAGGCCGGAAAGCCTTTTATATTCATATTAGAGGCGCTACCCGGTAA	MKDKRDLTTSDIANYPGPVLHTTSKHLTYPHRGVQVLGQQGDEGRKAFYIHIRGATR				NA	NA	NA	NA	NA
AK237_02895	327			hypothetical protein	ATGAAGGCCGGAAAGCCTTTTATATTCATATTAGAGGCGCTACCCGGTAAGGAGGCTGAAGTCGTACGGATGTTGGAGGATATTCTTCGCTGCGTAGAAGACGAGCCAGCAACAGGCCCTTGGTATGCCGTGCGGTACTCGCATACGACTTTTGGCATTTTCGAAGCCTTTCCGGATCTAGCTGGACGGCAGGCCCATGTGGAGGGCGGTGGTGGTGATATTTTCCTGAATGTAGAACGAATGAATGCGCTCCTTGCATATCCGGCTCAAGTCTATCGAGTAGATGTACTATTAAGCAAGGAAATATCCGCTATTAGAGACTATTAG	MKAGKPFIFILEALPGKEAEVVRMLEDILRCVEDEPATGPWYAVRYSHTTFGIFEAFPDLAGRQAHVEGGGGDIFLNVERMNALLAYPAQVYRVDVLLSKEISAIRDY				NA	NA	NA	NA	NA
AK237_02896	159			hypothetical protein	ATGTTGAACTTATCTACCACCCTTATTGCATTCTTGGGCTTTGTCGCCTTTGTGCTTGCTGTTTGCGTCATAGTCTACCGCAACGCCGCCCGACTCGAAGCGTTCGTAGAGCGCAAGCTTCGGAAAAGGGCATCAGGTCATGATGGCGGTCCGAAATAA	MLNLSTTLIAFLGFVAFVLAVCVIVYRNAARLEAFVERKLRKRASGHDGGPK				NA	NA	NA	NA	NA
AK237_02897	390			hypothetical protein	ATGCTGAGGGTGACAAAAATAGTAGCAGTGATGCTCGCCGGGATCGGCGTTGTCGAGATCGCCTTTAGGGGTACCGATTCAGCGCTTTACGCATGGTATCTATTGTTCGTGCTCTGGGTGGTCGCACTGTTCATTCGCTTCGCATTGGCCGTAGTCGATGCTTACAAGACAGTTTTCGCCAAGGGACCCGGTGGGGAAATGACGTTTACCGAGTTTGAGGAAAAGATGGCGTCGTTTAGTCGAGGCAGTGGTGAGGAGGCAACCGGCGCGAGCAACAAGGCAACTTCCGGGAAGGGGAACGATGGCGGTACTGAGGGTTTCCCCGATGACGACAGAATCAACCTGCTTTATCGAGCGAACGATCCGTTCGGGGAGTTTCTCGACTCTTGA	MLRVTKIVAVMLAGIGVVEIAFRGTDSALYAWYLLFVLWVVALFIRFALAVVDAYKTVFAKGPGGEMTFTEFEEKMASFSRGSGEEATGASNKATSGKGNDGGTEGFPDDDRINLLYRANDPFGEFLDS				NA	NA	NA	NA	NA
AK237_02898	414			hypothetical protein	ATGAGTGACTGGCACGATGAACTTGAATTGGCACTGCTGCCGCTGGAGGACCTGAGAGTCGATAGCGCCTACATGACTTTTGTAATCAGCAATGCCCTGAGCGAGCGAGGTATCTTCCATCAATGCCGGATCGGATACGCCGAGGACCGACTGAGCCGAATGACCACCGCTCCCCATTGCTGGATCGAGCTCGAACAGGGCTGGTGTATCGATCTCCGGCTCAGACAGTGGCTGGGCGATGAGGACGACCTTCCTCATGGCGTATTCCAACCAACCAACTACCCGCGATTTCGATACCAAGGCACTGCGTTGGTGGTTCCACACCTGGACGTGGAAGATTTGAGGCCGATGACGAACGACGCCTACAGCAAGGTGAAACTGCCGTGGCTGGCCGGGCAAGCCGCAGCGGCCTGA	MSDWHDELELALLPLEDLRVDSAYMTFVISNALSERGIFHQCRIGYAEDRLSRMTTAPHCWIELEQGWCIDLRLRQWLGDEDDLPHGVFQPTNYPRFRYQGTALVVPHLDVEDLRPMTNDAYSKVKLPWLAGQAAAA				NA	NA	NA	NA	NA
AK237_02899	849			hypothetical protein	ATGACCAAGTTGAAGACCATTTGTTTTGCTGTAATTACAGCCGCGCTCGCGGGTTGCGCTGCCACGCCTCGACACTATGACGACGAATCATCCCGCGCACTGAATCTGGCCCGTGCCGGTGGCGTCTACGATCAGGACCTGCGGGATTCACCAGACGGGACGCGCTCGTATCGAAAGGGTTTGTTGGTAAGCACCCTCAACCTGGCCAGTCTGGCTACCTCATTAGATGCGCCGCTTCGTCATCTTACCGGCACCCAGACGCTGCTCTTCAACGCCACTGACATCATGATGACGCCAGACAACCCTTCGGCGCGACCCAGCCTGATGGGCTGGATGCCGGAATCACTGGCGGCGAACGAGGATGACGCCTATGACCACTATGTTGCAGTCGTAGATGAGGCCATCACCCAGGCCGCCGAGCCGATGGCAATTACTGCAACGAAACTCACAGACGTGAAGACGCCAGAAATTGACGGGCACCCGCTCATGCTGTGGTCAGTAAAAGCCGAGCGATATGGCTGTGCCGATAGCAACTGCATCATCGCCTACAACATCCAACAGCCGAATCACTGGAAGACACCAAGCTATGTCATCGGCGGTGAAGTTGCCAGTTATAACATCGCTGCCAACCACCCCGAGAAATACTCCCGACTGGTATTTCGGCAGTCCGGCCATGAACCCACCTTTCCAGTAGATGAGTTCTATAGCGCTGTCAGTGCCGCACTGCCTTCCTGGATGGTGATGTACTTTTCACCAAACACCGTGATCCAGGACGGCGAGTCGCTCCCCTATCCGGTGTTGTATGAACAGGGCCAACAGCTGATGTTCAGGAAGTCCGACCATGAGTGA	MTKLKTICFAVITAALAGCAATPRHYDDESSRALNLARAGGVYDQDLRDSPDGTRSYRKGLLVSTLNLASLATSLDAPLRHLTGTQTLLFNATDIMMTPDNPSARPSLMGWMPESLAANEDDAYDHYVAVVDEAITQAAEPMAITATKLTDVKTPEIDGHPLMLWSVKAERYGCADSNCIIAYNIQQPNHWKTPSYVIGGEVASYNIAANHPEKYSRLVFRQSGHEPTFPVDEFYSAVSAALPSWMVMYFSPNTVIQDGESLPYPVLYEQGQQLMFRKSDHE				NA	NA	NA	NA	NA
AK237_02900	465			hypothetical protein	ATGATTCGCATTTTATGTTTTGTAATTGCCATAGCGTCAGGCGCTGTTTCTGCCAATGACAGAGACAAGGTGGAGGCCGTACTCGATACACTTCACCAATCGGCGTCTACGGCAAGTTATCAGGCGTACTTTGACACGTTTGCTCCGAATGCCGTTTTCATCGGCACCGATGCCACTGAAAATTGGTCAATAAGCGAATTTAAAGCTTATGCAAAGCCATATTTTGATAAAGGGCAGGGTTGGACGTATGAGCCGAGAGAAAGACATGTTTATTTCTCGCAAGCAGGCAATGTAGCTTGGTTTGATGAGCTATTGGACAACGCCAGCTACGGGGAGACTCGCGGCACGGGCGTACTGGAAAACGTAAATGGTGAGTGGAAAATAACGCAGTATCATCTCACGATACCTATTCCTAATGCGCTTGCGAAACAATTCGCCGAAACGATTCAATCACAACCACATTAA	MIRILCFVIAIASGAVSANDRDKVEAVLDTLHQSASTASYQAYFDTFAPNAVFIGTDATENWSISEFKAYAKPYFDKGQGWTYEPRERHVYFSQAGNVAWFDELLDNASYGETRGTGVLENVNGEWKITQYHLTIPIPNALAKQFAETIQSQPH				NA	NA	NA	NA	NA
AK237_02901	642	yiaD	COG2885	putative lipoprotein YiaD	ATGAAAAAAGTATTTGCAGTAGGATTAATTACTGCCGCTTTGGTAGCAGGTGGCTGTGCAACTAGCCCGAATAACACCCAAAAAGGCGCCGGAATTGGTGCTGTGGTAGGCGCTTTACTTGGTAAAGCTACCGGGGATAACGATAAAAGTCGTTACGCATGGGGTGCAGTAGTTGGAGCAATTGCTGGTGGTGCTATTGGTAACTACATGGATCGCCAGGAAGAAGAGATGCGAGAGCAGCTTGCAGACACAGGTGTTCAAGTGGTTCGTGAAGGCGACAACCTGAGATTGATAATGCCTGGCGACATTACGTTCGCTACGAACAGCGCATCGATTAGCCCTAATTTTAATCCAGTTTTACAAGATGTTGCGAAAGTCGTTAATCAGTACGAAAAGACCGTTTTACTGATCGAAGGCCATACTGATGATACCGGCGCTGAGTCGTACAACCAAACGTTGTCAGAGCGCAGAGCCCAGTCGGTTAAGAACTTACTTACCACGTTTAACGTAAATCCTACGCGTGTAACTACTGTTGGATTAGGTGAGTATCAGCCTAAGGTACCCAACACGTCGGCTGAAAACCGTCAAATAAACCGTCGTGTGGAGCTTAAAATTCAGCCTGTAACGCAAGGCAATAGCTAA	MKKVFAVGLITAALVAGGCATSPNNTQKGAGIGAVVGALLGKATGDNDKSRYAWGAVVGAIAGGAIGNYMDRQEEEMREQLADTGVQVVREGDNLRLIMPGDITFATNSASISPNFNPVLQDVAKVVNQYEKTVLLIEGHTDDTGAESYNQTLSERRAQSVKNLLTTFNVNPTRVTTVGLGEYQPKVPNTSAENRQINRRVELKIQPVTQGNS				NA	NA	NA	NA	NA
AK237_02902	1197		COG2206	Cyclic di-GMP phosphodiesterase	GTGACCGACAGCGTATTTAAAACAATTACAATAGATGAGTTAGCGCCGGGCATGTATGTCAATGAAATCATTGAGCAGTCGGGAAAAATAAAAATCAAAAGTCAGGGGCGGGTGGCGAGGCAGGCCGTTGTTGAAGGCTTAAGACAGCGAGGTGTTTTAAAGCTCGTTATCGATCTATCCAAGCAGTTTGATCCTGACGAAGGGTCACCCAAACCTGTGGCTATTGACGAACCTGAAACAAAATCAAAAAAGCCCAAAGTAAGTTTTACTTCCGAGCTTACCCGTGCAGAGAACTTATACAAGCAGGGTAAAAAAATTCAAAAAACCTTGCTACAGGCTGTACAAAAAGGTTTGCCTTTTGACGATCGCATCCCGAGTGAGTTTTCCAAGAATCTTGTTGCTTCAGTAGAACGTAATCCTGACGCGTTGTTGTGTTTAACGCGTATCCGCGAGAAAGATGATTATTTGCTCGAGCATTCTCTAAACGTGGCAATCATCCTGGCGAATTTTGCACGGCATGTAGGGTTAGATGATGATCAGGTACAGGAGCTGGCCTTTTCGGGCTTTCTGCATGATATGGGGAAGATACGCGTTCCCGATGACATCTTACATAAACCAGGACGGTTAACCGATGACGAAATGGAGATCATGAAGAAGCACGTTGAATTTGGTATCGAAGCGCTTCACGAAGTTAACCTGCATCCAGAACTGTTACGCACCGTCAGCGAACATCACGAAAGACTGGATGGTCTGGGCTATCCTGCCGGTACGGCCGGCAGTGAAATTAGCTACAAGGGCAGAATGTTAGCTATTGCCGATATGTATGATGCGCTTACTGCTGACAGATGTTACAAATCTGGTATGCCGGCTCAGCGTGCTTTTCAGATTCTAATTGGCGAGTGTCCACATAAGCTAGACCAAACATTAGTTCAGCAGTTCATTAAATGCATGGGGGTCTATCCTGTGGGAAGTCTGGTGCTTCTGTCTAACGATAAAATAGCGATGGTGCTTACGCAGAATGATTCACCATTAACGCCAGTGGTGAAAGCATTTTATTCGTTAAAGGGTAATCACTATGTGACCCCTAAAGATATCGATTTAGCGCAAGATATGCGGATAAAAATAGAAAAGGCGGTTAAAGCCAGTGATTATAAAATCGATTTTAACCAATTTTTCGCGCAAAACATTTCGTCCTGA	MTDSVFKTITIDELAPGMYVNEIIEQSGKIKIKSQGRVARQAVVEGLRQRGVLKLVIDLSKQFDPDEGSPKPVAIDEPETKSKKPKVSFTSELTRAENLYKQGKKIQKTLLQAVQKGLPFDDRIPSEFSKNLVASVERNPDALLCLTRIREKDDYLLEHSLNVAIILANFARHVGLDDDQVQELAFSGFLHDMGKIRVPDDILHKPGRLTDDEMEIMKKHVEFGIEALHEVNLHPELLRTVSEHHERLDGLGYPAGTAGSEISYKGRMLAIADMYDALTADRCYKSGMPAQRAFQILIGECPHKLDQTLVQQFIKCMGVYPVGSLVLLSNDKIAMVLTQNDSPLTPVVKAFYSLKGNHYVTPKDIDLAQDMRIKIEKAVKASDYKIDFNQFFAQNISS				NA	NA	NA	NA	NA
AK237_02903	345			DNA base-flipping protein	ATGTCTGAAATCAACAAGGTGAAGCAAATTCTGGATACCGTTATGGTTATTCCCGAAGGTGTTGTAGCAACGTACGGACAAATCGCTGATCTCGCTGGGTTGCCTGGTCGCGCAAGATTAGTCGGAAGCTCGTTGCGAGGAGAGTTTGAAGGACATGCAGTCCCCTGGCAGCGTGTCTTGCGGGCTGATGGAAAAATTGCCTTTCCAGCGGGTTCTGAGAAAGCCGAAATGCAGCGACAGTTACTGGTAAGTGAAGGCGTTATGGTGAACGGGTATCGGGTTAATTTAACAAATTACCAGTGGCAGCCTGATATGGTAACTATACTTTCAAGACTAAAGTACTAA	MSEINKVKQILDTVMVIPEGVVATYGQIADLAGLPGRARLVGSSLRGEFEGHAVPWQRVLRADGKIAFPAGSEKAEMQRQLLVSEGVMVNGYRVNLTNYQWQPDMVTILSRLKY				NA	NA	NA	NA	NA
AK237_02904	582			hypothetical protein	ATGCGCCAATACTGCCCACAATGTTGCTACCCGCTAAAAACCTGCGTATGCGAGGCTGTACAGGTTGTTCATTCACCAGTTCAGTTTCTCATCATTCAGCACGAGAAAGAAGCAACTCATGCCAAAAATACGGTAAAGCTACTTAATCTTGCATTGACTCAACTTGTTACCGTGGTGCATAACAATCCGCATGCAGAATCATTACTAGTTGCACACCTTACACGGGCAAAATCACCAGCAATAATTTATCCAACCCAAACAAGCACTGGCTTCGAAAAAGCCGCCAACGACAAATTGCATCATGATTTATATGTGGTGTTAGACGGCAGTTGGCGACAAGCATTTGGTCTTTGGCAGCGCTTTACTCAACTGCATTCGTTACCGCAATACCATTTTGCAAATGCGCCTGAGAGTGATTATAGGATCAGGCACACGAAAATGACTGACAGCTTATCAACGCTTGAGGCAGTCGCTTATACGTTAGAAACGCTATCAGGTACTGATGTAGAGCCGCTTCGGTATTTACAAGCGCATATGCAGGAGATGTGGCAGGCACCGGCAGCGCATAGACGCCACCAGTAG	MRQYCPQCCYPLKTCVCEAVQVVHSPVQFLIIQHEKEATHAKNTVKLLNLALTQLVTVVHNNPHAESLLVAHLTRAKSPAIIYPTQTSTGFEKAANDKLHHDLYVVLDGSWRQAFGLWQRFTQLHSLPQYHFANAPESDYRIRHTKMTDSLSTLEAVAYTLETLSGTDVEPLRYLQAHMQEMWQAPAAHRRHQ				NA	NA	NA	NA	NA
AK237_02905	603	yfcG	COG0625	Disulfide-bond oxidoreductase YfcG	ATGCTGGTTTATGGAGATAGCCGTTCGGGCAACTGTTACAAAATACAATTGCTGATGTCGCTGTTAGGCAAACACGTTGATTGGGAAGAGCTTGATATTTTACAAGGCGCTACACAATCAGCAGCTTTCTTACAAAAAAATCCGAATGGCAAAATCCCTTTACTTGAAATGGAAGACGGGAGAACCCTTGCTGAGTCCAATGCGATCTTACACTTTCTCGCTCAAGGCTCTGTTCTTATTCCACAAAACGCCTTCGAACTTGCGAAAATGCTGCAATGGCAGTTCTTTGAACAATACAGCCATGAGCCATATATCGCGGTTGCCCGCTTTATTAATTTATACCTTGGATTACCAGACGATAGAAAAGCTGAATATGAAGCTAAGCAAGCAGGTGGACACAAAGCGCTTTGTGTTATGGAAGAGCAATTGTCAAAAACACCTTATCTGGTTGGCGCGCAACTAACTTTAGCTGATATCAGTTTATATGCTTATACCCATGTGGCGCATGAAGGGGGTTTTGACTTAACTGCTTATCCCGCCATTCAGAATTGGCTTAAACTGGTAGAAGATCATAAAGGTTATACATCAATGAAAACGGCTTAG	MLVYGDSRSGNCYKIQLLMSLLGKHVDWEELDILQGATQSAAFLQKNPNGKIPLLEMEDGRTLAESNAILHFLAQGSVLIPQNAFELAKMLQWQFFEQYSHEPYIAVARFINLYLGLPDDRKAEYEAKQAGGHKALCVMEEQLSKTPYLVGAQLTLADISLYAYTHVAHEGGFDLTAYPAIQNWLKLVEDHKGYTSMKTA	PGPT0013170_21346	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	DETOXIFICATION_OF_PEROXIDIZED_COMPOUNDS,PGPT0013170-gst-K00799	NA	NA
AK237_02906	966			hypothetical protein	ATGACGACTGAATATAATTATCCATCAACCTCTGCAGCACCTTTTTGGCAAATGCCAGTTTGCTATTTTATTTTATGCTGCGTTCTTAATTATCTGACCGGAGCGTTGGACTACCCTGCCAACGACGATTTTCGTGCCCAGCGAGACTTTAACGCCGCGATAGGCATGCCTTTGCTTACCACTTTCTTCTGGATATCGCTTCGTATTCAACAGCAGCAAATGGCGGGCGCAATTATGAGTTATTTGCTCGATAAAAATGCCCTGAGCTTATTTGCGCACCACCGCGCCAGGCTTGCCAGTAAGTTACGCCAACAGATCATCACATCAGCATCGCTGGCTATCGCTATGACAGCGATTTATATCATGAGCGAGGAGTTAGTGGCTTTCGATCTAAACGCGCAGGTGTTGCTTCTCGATCTTATCGCTGTGCCATTTTGGTTTTTCTTCTGGTTATTTCTTTTTCAGATGGTTTCATCAACACACTACATGATGAAATATTTTATCCACGTTTCTATTAATAATTTCAGTGAATTAAAAGCGCTCAAACGTGTATCAATGCTGTCTATAGAAAATGCACTGTTTAGCATTACAGCACTCATTATTATTCCGGTCTTCTGGTTCAAAAAGGATATACCTGCCATTGACTTAGCTATCTTAACGATTTTTTCGATGTCACTTAGTGTCTATTTATTCATGCCCGCGCTAAAAGTGTTTCGACTAATATCGAGTAAGAAGCAAGAGGTCGTCAATCAGCTAACCCAAAACCTTGCTGATATTTACAACGAGCCCACTATCGATAAGTTGAACCATGAGCGTCGCTATGCGCTCGAGCAAGAAATTGAAGAAGTCGCAAATTTATCCCCTACGCCAGTCACCTTCGATCAATGTAAGCGTATGGTGAGTGTAGTGCTTTTAATACCGGTGTCCTGGATGACACTATTTTATATTGAACACCTTGTGACCTAA	MTTEYNYPSTSAAPFWQMPVCYFILCCVLNYLTGALDYPANDDFRAQRDFNAAIGMPLLTTFFWISLRIQQQQMAGAIMSYLLDKNALSLFAHHRARLASKLRQQIITSASLAIAMTAIYIMSEELVAFDLNAQVLLLDLIAVPFWFFFWLFLFQMVSSTHYMMKYFIHVSINNFSELKALKRVSMLSIENALFSITALIIIPVFWFKKDIPAIDLAILTIFSMSLSVYLFMPALKVFRLISSKKQEVVNQLTQNLADIYNEPTIDKLNHERRYALEQEIEEVANLSPTPVTFDQCKRMVSVVLLIPVSWMTLFYIEHLVT				NA	NA	NA	NA	NA
AK237_02907	360			hypothetical protein	ATGAAAAATAAGTCGATAAATTATCTGGAATATCCTTCCGCATCGCTGGAAAAGACCAAAGCATTCTTCTCGTCCGTTTTCGGCTGGACTTTCACCGACTATGGTGAGGCCTATTGTGCCTTCTCTGTGGACAATGTCGACGGCGGCTTTTATGCCAGTGAAAAAATCAGTTCAGCGGCACACGGTGCGGCGCTTACCGTGTTTTACAGTGACGATTTAACCAGTCTGGAGACTGAAATCGTTGATGCGGGTGGAGTTATATCTCAGCCTGTATTTGCCTTTCCCGGCGGTCATCGGTTTCATTTTACTGAGCCGGGTGGCAGCGAGTTTGCTGTCTGGTCTGATTGTTATCACCCTTAG	MKNKSINYLEYPSASLEKTKAFFSSVFGWTFTDYGEAYCAFSVDNVDGGFYASEKISSAAHGAALTVFYSDDLTSLETEIVDAGGVISQPVFAFPGGHRFHFTEPGGSEFAVWSDCYHP				NA	NA	NA	NA	NA
AK237_02908	432			hypothetical protein	ATGTCAGATAAAGGATTAACCGGACGTTGTTTGTGTGGCGAAGTAGAAGTACATGCAACGCAGGTAGAAGAACAAGTCGGTGTATGTCATTGCGACATGTGCCGTAAATGGAGCGGAGGGCCTTTCTACAGCGCTCATTGTGGTGTTGCTGTTACTTTCAAGGGAGAAGATGCAATAACCCGCTTTTCATCGTCAGCGTGGGCTGACAGAGGTTTTTGCCATCGCTGCGGTACGCATTTGTTTTATCTGTACAAAGAAAGTGGCGAGTATTTTGTGCCTGCCGGTTTGTTTGACGAACATGCTTTTTCAATGGGAACAGAGATATTCGTTGATGAAAAAGGTCCTTACTACGAACTTCACCCCACCAGCAAGAAAATGACTGGAGCCGAAGTGATAGCGGCTTTTCAACAAGGAGGCGGTAATGAAAAATAA	MSDKGLTGRCLCGEVEVHATQVEEQVGVCHCDMCRKWSGGPFYSAHCGVAVTFKGEDAITRFSSSAWADRGFCHRCGTHLFYLYKESGEYFVPAGLFDEHAFSMGTEIFVDEKGPYYELHPTSKKMTGAEVIAAFQQGGGNEK				NA	NA	NA	NA	NA
AK237_02909	417	atpC	COG0355	ATP synthase epsilon chain	ATGGCAGCTATGACCGTTCACCTGGATGTAGTAAGCGCAGAAAAAGAGATTTTCTCTGGTCTGGTTGAAACATTACAGGTAACAGGAAGTGAAGGTGAGCTGGGTATCCACCCTGGTCACGCGCCACTTATTACTGCAATTAAACCTGGTATGGTGCGTTTGGTTAAGCAGCACGGTGAAGAAGAGATGATTTATGTGGCCGGTGGGGTACTTGAAGTACAACCTGGCACCGTCACTGTTCTTGCTGACACAGCTGTTCGTGCAGAAGATCTGGACGAGCAGTCTGCGGAAGAAGCGAAACGTCGTGCTGAAGAGCATATCGCCAACCCAGGCGCTGATTTCAACTATGCAGAAGCGGCACAAGAGTTAGCAGAAGCTATTGCTCAATTGCGTTTGATTCAAAAACTGCGTAAGTAA	MAAMTVHLDVVSAEKEIFSGLVETLQVTGSEGELGIHPGHAPLITAIKPGMVRLVKQHGEEEMIYVAGGVLEVQPGTVTVLADTAVRAEDLDEQSAEEAKRRAEEHIANPGADFNYAEAAQELAEAIAQLRLIQKLRK	PGPT0014295_1857	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-HALOTOLERANCE_RELATED_ENZYMES,PGPT0014295-atpC-K02114	NA	NA
AK237_02910	1383	atpD	COG0055	ATP synthase subunit beta	ATGAGTCAAGGTAAGGTCGTCCAAATCATTGGCGCCGTTGTGGACATCGAGTTTCCACAAGATGCGGTACCAAGAGTATATGACGCACTGAAAGTTACCGAAGGTGACTTATCCGGGCTAACCCTGGAAGTGCAACAGCAATTAGGCGGTGGCGTAGTTCGTTCCATCGCTCTGGGTACCACTGACGGTCTGCGTCGTGGCCTGGCAGTAGAAAATACGCAAGCACCTATCATGGTTCCGGTTGGTACAGCCACGCTGGGCCGTATCATGGACGTGCTGGGTAACCCAATCGACGAAGCAGGCCCAATTGGTGAAGAAGAGCGTATGTCTATTCACCGTGCAGCGCCTAGCTACGAAGATCAGTCAAGTTCAGTAGAACTGCTGGAAACCGGCATCAAGGTTATCGACCTGGTATGTCCGTTCGCGAAAGGTGGTAAAGTTGGTCTGTTCGGTGGTGCCGGTGTAGGTAAAACCGTAAACATGATGGAGCTTATCCGTAACATCGCTATCGAGCACAGTGGTTTCTCAGTATTCGCTGGTGTTGGTGAGCGTACTCGTGAGGGTAACGACTTCTACCACGAAATGAACGAATCAAACGTACTGGATAAAGTATCTCTGGTATACGGTCAGATGAACGAGCCACCGGGTAACCGTCTGCGTGTAGCTCTGACTGGTCTGACGATGGCAGAGAAATTCCGTGACGAAGGTCGTGACGTACTGTTCTTCGTAGATAACATCTACCGTTATACACTGGCAGGTACTGAGGTATCAGCACTGTTAGGTCGTATGCCTTCAGCAGTAGGTTATCAGCCTACACTGGCTGAAGAGATGGGTGTACTGCAGGAACGTATCGCCTCTACCAAAACAGGTTCAATCACGTCTATCCAGGCGGTATATGTACCAGCCGATGACTTGACTGACCCGTCACCAGCAACAACCTTTGCTCACTTGGATGCAACAGTTGTACTGTCTCGTGATATCGCGTCTTTAGGTATCTACCCTGCGGTAGACCCTCTGGATTCTACTTCACGTCAGCTGGATCCTCTGGTAATCGGTCAGGAACACTACGACACAGCGCGTGGCGTTCAAACTGTACTTCAGCGTTATAAAGAGCTGAAAGACATCATCGCGATCCTGGGTATGGACGAGCTGTCTGATGAAGACAAGCAGGTCGTATCACGTGCTCGTAAGATTCAGCGCTTCTTGTCACAACCCTTCTTCGTAGCAGAAGTATTCACCGGTTCTCCTGGTAAGTACGTTTCTCTGAAAGACACTATCAGTGGCTTTAAAGGCATTTTGGAAGGTGAATACGATCACCTGCCAGAACAAGCTTTCTACATGGTTGGTTCTATCGACGAAGCGTTGGAAAAAGCCAAGAAATAA	MSQGKVVQIIGAVVDIEFPQDAVPRVYDALKVTEGDLSGLTLEVQQQLGGGVVRSIALGTTDGLRRGLAVENTQAPIMVPVGTATLGRIMDVLGNPIDEAGPIGEEERMSIHRAAPSYEDQSSSVELLETGIKVIDLVCPFAKGGKVGLFGGAGVGKTVNMMELIRNIAIEHSGFSVFAGVGERTREGNDFYHEMNESNVLDKVSLVYGQMNEPPGNRLRVALTGLTMAEKFRDEGRDVLFFVDNIYRYTLAGTEVSALLGRMPSAVGYQPTLAEEMGVLQERIASTKTGSITSIQAVYVPADDLTDPSPATTFAHLDATVVLSRDIASLGIYPAVDPLDSTSRQLDPLVIGQEHYDTARGVQTVLQRYKELKDIIAILGMDELSDEDKQVVSRARKIQRFLSQPFFVAEVFTGSPGKYVSLKDTISGFKGILEGEYDHLPEQAFYMVGSIDEALEKAKK	PGPT0014296_4255	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-HALOTOLERANCE_RELATED_ENZYMES,PGPT0014296-atpD-K02112	NA	NA
AK237_02911	861	atpG	COG0224	ATP synthase gamma chain	ATGGCCAGCGGTAAAGAGATTAAAGGTAAAATTGGGAGTATCAAGAATACTCAAAAGATTACCAGTGCGATGGAAATGGTTGCTGCGTCGAAAATGAAAAAGGCGCAGGAACGTATGGCTCATGGCCGTCCATACGCGCAAAGCATGCTAAAAGTGATTGGTCACATTGCTAACGGTAACCTCGAGTACCGTCACCCTTATCTTGAAGAGCGTGATGTGAAACGGGTTGGCTTTATTGTGATTTCTACTGACCGCGGATTATGCGGCGGTTTGAACACCAACGAGTTCAAACTGGTAACCCAGAAAGCGAAAGCGTATCGCGAAAAGGGTGTCGAAGTAGATTTTGCAGCGTTAGGTTCGAAGGCTTGTGCATTCTTTAACCGTTTTGGTGGTAAGCTACTTGCCGCAGAAACCGGTTTAGGTGATGCCCCTTCAGTAAGCGATGTCGTGGGTGTGGTACGTGTTATGTTGCGTGCCTATGACGAAGGTACACTGGATAAAATTTATCTGGTTTACAATAACTTCGTGAATACCATGTCGCAAACGCCTGTGATGAATCAATTATTGCCTTTGCCAAAGTCAGAAGATGAGACATTGAAGCATCGTTGGGATTACATCTACGAGCCGGATCCAAGAGAAATTCTGGAATCACTGATGGTTCGTTACATTGAATCCCAGGTATATCAGGGTGTTGTGGAAAACGCAGCATCAGAACAAGCAGCGCGTATGGTTGCAATGAAAGCGGCAACAGATAATGCCGGCAACCTTATCGATGATCTGCAACTGGTATATAACAAGGCCCGTCAGGCTGCAATCACACAGGAAATCAGTGAGATTGTATCCGGCGCCGCAGCGGTGTAG	MASGKEIKGKIGSIKNTQKITSAMEMVAASKMKKAQERMAHGRPYAQSMLKVIGHIANGNLEYRHPYLEERDVKRVGFIVISTDRGLCGGLNTNEFKLVTQKAKAYREKGVEVDFAALGSKACAFFNRFGGKLLAAETGLGDAPSVSDVVGVVRVMLRAYDEGTLDKIYLVYNNFVNTMSQTPVMNQLLPLPKSEDETLKHRWDYIYEPDPREILESLMVRYIESQVYQGVVENAASEQAARMVAMKAATDNAGNLIDDLQLVYNKARQAAITQEISEIVSGAAAV	PGPT0014297_4079	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-HALOTOLERANCE_RELATED_ENZYMES,PGPT0014297-atpG-K02115	NA	NA
AK237_02912	1542	atpA	COG0056	ATP synthase subunit alpha	ATGCAACTTAATTCCACTGAAATTGCAGAACTGATCAAAAAGCGAATTGAACAGTTTAATGTAACCAGTGAAGCTCGCACCGAAGGGACTATCGTCGCAGTAACTGACGGTATTATCCGCATTCACGGCTTAGCCGATGTAATGCAAGGTGAAATGATTGAGCTTCCTGGTAGTCGCTACGCTATTGCACTGAACCTTGAACGAGATTCAGTTGGTGCAGTAGTTATGGGTCCGTATGCGGACCTGCAAGAAGGCACTAAAGTACAATCTACCGGCCGTATCCTTGAAGTACCTGTAGGCCCTGGCCTGTTAGGTCGTGTCGTAAACACCCTGGGTGAGCCTATTGATGGTAAAGGCGCTGTTGAAGCGGCAGGCTATGAGCCAGTAGAAAAAATCGCACCTGGCGTAATCGACCGTCAATCGGTTGATCAACCAGTACAAACTGGCTACAAGTCAGTTGATGCGATGATTCCTGTTGGTCGTGGTCAGCGTGAGCTTATCATCGGTGACCGTCAGTGTGGTAAAACAGCGATGGCTGTTGATGCCATCATTCAACAGAAAGATTCAGGCATTAAGTGTGTTTACGTAGCAGTTGGCCAGAAGGCTTCTACTATTGCTAACGTAGTACGCAAACTGGAAGAACACGGCGCGTTGGCTCACACCATCGTTGTTGCGGCTTCTGCTTCTGAATCTGCTGCTCTGCAGTACCTGGCACCTTACTCTGGTTGTACCATGGGTGAGTACTTCCGTGACCGTGGTGAAGATGCACTGATCGTATATGATGACCTGTCTAAGCAAGCTGTTGCTTACCGTCAGATCTCTCTGCTTCTGAAGCGTCCTCCTGGTCGTGAAGCCTACCCTGGTGACGTTTTCTACCTCCACAGCCGTCTGCTGGAGCGTGCTGCTCGTGTAAACGACAAGTACGTAGAGCGTTTCACTAACGGTGAAGTTAAAGGTCAAACAGGTTCACTGACAGCACTGCCTATCATTGAAACCCAGGCTGGTGACGTGTCAGCGTTCGTACCTACTAACGTTATCTCTATCACCGATGGTCAGATCTTCTTAGAAACTGACCTGTTTAACGCAGGTATTCGTCCTGCTGTTAACGCCGGTATCTCTGTATCACGTGTTGGTGGTGCTGCTCAGACCAAGATCATTAAGAAATTGGGTGGTGGTATCCGTCTTGCGCTTGCACAGTATCGTGAATTGGCTGCGTTCTCTCAGTTCGCATCTGACCTTGACGAAGCAACTCGTGCACAGCTTGAACACGGTGAGCGCGTTACCGAACTGATGAAGCAGAAGCAATATGCGCCTCTGTCAATCGCTGATATGGGTGTGTCTCTGTACGCCGTTGAGAAAGGCTTCTTAAAAGATGTAGAACTGGGCAAAATCCTTGATTTTGAATCAGCTCTGCACGCTTACATGAACAGCGAACACGCTGAGCTGATGAAGACTATCAATGCAACCGGCAATTACAACGACGATATTGATTCTCAGTTGAAAGACGCTTTAACGAAGTTCAAAGCAACTCAAACTTGGTAA	MQLNSTEIAELIKKRIEQFNVTSEARTEGTIVAVTDGIIRIHGLADVMQGEMIELPGSRYAIALNLERDSVGAVVMGPYADLQEGTKVQSTGRILEVPVGPGLLGRVVNTLGEPIDGKGAVEAAGYEPVEKIAPGVIDRQSVDQPVQTGYKSVDAMIPVGRGQRELIIGDRQCGKTAMAVDAIIQQKDSGIKCVYVAVGQKASTIANVVRKLEEHGALAHTIVVAASASESAALQYLAPYSGCTMGEYFRDRGEDALIVYDDLSKQAVAYRQISLLLKRPPGREAYPGDVFYLHSRLLERAARVNDKYVERFTNGEVKGQTGSLTALPIIETQAGDVSAFVPTNVISITDGQIFLETDLFNAGIRPAVNAGISVSRVGGAAQTKIIKKLGGGIRLALAQYRELAAFSQFASDLDEATRAQLEHGERVTELMKQKQYAPLSIADMGVSLYAVEKGFLKDVELGKILDFESALHAYMNSEHAELMKTINATGNYNDDIDSQLKDALTKFKATQTW	PGPT0014298_2091	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-HALOTOLERANCE_RELATED_ENZYMES,PGPT0014298-atpA-K02111	NA	NA
AK237_02913	534	atpH	COG0712	ATP synthase subunit delta	ATGTCTGAATTGACAACTGTCGCTCGCCCCTACGCTAAAGCTGCTTTCGATTTTGCTGTCGAGCACAACGCCGTTGCCAAATGGCAGGACATGTTGGTATTTGCCGGTGAAGTTGCAAACAACGACGACATGCATCAGTTAATGACTGGTGCTGTTGCCGCAGAACAACTCGCTGAAATATTCATCAATGTGTGTGGTGAACAGCTCGATGAACATGGTCAGAACTTTATTAAGGTTCTGGCTGAGAATAAACGTTTAGTTGCTCTGCCAGCTATTTCAGAGTTGTTTAATGCTCTGAAAGCGGATTACGACAAAGAAATTGAAGTCCAGCTGACTTCTGCTTCTGCATTGTCTGATGCGCAAACTGCTGAAATCAGTGCATCGTTAGAAAAACGTTTGGCACGTAAAGTGAAGCTTAATTGTAACGTGGACCCTGCCCTGGTTGCAGGCTTTGTAGTCAAAGCCGGTGATACAGTTATTGATGGTTCCGTGAAGTCGAAATTGAACCGTCTCGCAGACGCGTTGCAAGCATAA	MSELTTVARPYAKAAFDFAVEHNAVAKWQDMLVFAGEVANNDDMHQLMTGAVAAEQLAEIFINVCGEQLDEHGQNFIKVLAENKRLVALPAISELFNALKADYDKEIEVQLTSASALSDAQTAEISASLEKRLARKVKLNCNVDPALVAGFVVKAGDTVIDGSVKSKLNRLADALQA	PGPT0014299_3854	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-HALOTOLERANCE_RELATED_ENZYMES,PGPT0014299-atpH-K02113	NA	NA
AK237_02914	471	atpF	COG0711	ATP synthase subunit b	GTGAACATTAACGCCACTCTAATTGGTCAATTAATCGCGTTTATCGTCTTTGTGTGGTTCTGCATGAAGTACGTATGGCCACCATTACTGGGCGCGATTGAAGAGCGTCAGAAGAAAATTGCCGATGGCCTTGAAGCTTCTGTACGCGCTGAAAAAGACCTGGAACTGGCTCAGGAGAAAGCTACTGAGCAGTTGAAAGATGCGAAAGCGCAAGCAGCTGAAATTGTCGAGCAAGCCAAAAAGCGTGCTAGTCAACTTGAAGAAAGTGAAAAGCAAAAAGCTTACTCAGAGCGTGAGAAAATCATCGCTTCTGGTTATGCCGAAATTGAAGCTGAACGCAATCGTGCCAAGGAAGAATTACGTGCTCAGGTTGCAGCGTTAGCTGTTGCTGGTGCGGAACAAATTCTTCAACGTGAAATCGACGCTAACGCACAAAACGACATTGTTGAAAAACTTGTCGCTGAGCTATAA	MNINATLIGQLIAFIVFVWFCMKYVWPPLLGAIEERQKKIADGLEASVRAEKDLELAQEKATEQLKDAKAQAAEIVEQAKKRASQLEESEKQKAYSEREKIIASGYAEIEAERNRAKEELRAQVAALAVAGAEQILQREIDANAQNDIVEKLVAEL	PGPT0014301_4926	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-HALOTOLERANCE_RELATED_ENZYMES,PGPT0014301-atpF-K02109	NA	NA
AK237_02915	222	atpE	COG0636	ATP synthase subunit c	ATGTTATACATCGCTGTTGCACTACTGATCGGTCTTGGTGCCCTGGGTACCGCTATTGGTTTCGGTCTGCTGGGTGGTAAATTCTTAGAATCTGCTGCTCGCCAACCAGAACTGGCTCCTCAACTGCAAGTTAAGATGTTTATCGTAGCGGGTCTTATCGACGCCATCGCAATGATCGGTGTTGGTATCGCGCTATACCTTCTGTTCGCTGTTGGTGCTTAA	MLYIAVALLIGLGALGTAIGFGLLGGKFLESAARQPELAPQLQVKMFIVAGLIDAIAMIGVGIALYLLFAVGA	PGPT0014302_2715	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-HALOTOLERANCE_RELATED_ENZYMES,PGPT0014302-atpE-K02110	NA	NA
AK237_02916	861	atpB	COG0356	ATP synthase subunit a	ATGGCATCTGAGATTACAACACAAGAGTATATTCTCCACCATTTGACCAATGCCACCATGTGCGTCACAGACGACGGGGTGAAATTTAGTCACGGTGAAGAACTGGGTAACGTCGCTGAAGTCTGTGCTGACGCAGGTTTCTGGGTATGGAACATCGATACCATGGGCTGGTCTATCGGTCTGGGTATTCTGTTTTTGTGGCTATTCCGTCGCGTTGCAAAATCGGCAACCTCAGGTGTACCAGGAAAAACACAGGCGTTTATCGAACTGGTTGTTGAGTTTGTGAACGACAATGTGCGTGATACTTTCCACGGTAGAAATAATCTTATTGCCCCGCTTGCACTGACCATTTTCGTCTGGGTTTTCCTGATGAACCTGATGGATCTGATCCCCGTTGACTTCCTGCCTACTGCCGCCGGTCAGATAGCGAATGCAGCAACAGGTGTGGATCCGCACCACGTGTACATGAAAGTGGTACCTACCACTGATCTGAACATGACACTGGCGCTGGCGCTGGGTGTATTCTTCCTTATCTTATTCTATTCCATCAAAGTGAAAGGTATTGGTGGCTTTTTGAAAGAGCTGACGTTCCAGCCTTTCAATCACTGGGCTTTCATTCCGGTAAACTTCATTCTGGAAACTGTTACGTTACTAGCACGTCCGTTCTCGTTGGCGCTGCGATTGTTCGGTAACCTGTATGCCGGTGAACTTATCTTTATTCTTATTGCTACCCTGGGTGTATGGCAGTTGCCTCTGCACTTCCCTTGGGCGGTATTCCATATTTTGGTTATCGTGTTACAGGCCTTCATCTTTATGATGCTGACCATTGTATATCTGAGCCTGGCTCACGAAGACCATTAA	MASEITTQEYILHHLTNATMCVTDDGVKFSHGEELGNVAEVCADAGFWVWNIDTMGWSIGLGILFLWLFRRVAKSATSGVPGKTQAFIELVVEFVNDNVRDTFHGRNNLIAPLALTIFVWVFLMNLMDLIPVDFLPTAAGQIANAATGVDPHHVYMKVVPTTDLNMTLALALGVFFLILFYSIKVKGIGGFLKELTFQPFNHWAFIPVNFILETVTLLARPFSLALRLFGNLYAGELIFILIATLGVWQLPLHFPWAVFHILVIVLQAFIFMMLTIVYLSLAHEDH	PGPT0014303_955	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-HALOTOLERANCE_RELATED_ENZYMES,PGPT0014303-atpB-K02108	NA	NA
AK237_02917	387			hypothetical protein	ATGGTGAAAAGAGATTTGGCTGGTGACGGCAAAAAACTTGCCAAAAACGCCTTGCAGATTCAACTCCTTGTGATGGGTCTGTTAGTCATCATCAGCGCTTGGGGGATGTCCGTAGAAGCAGCAAAATCTGCTGCCATTGGCGCACTGATTAGTATCCTCCCAAACGTGGTTTTTGCGATATTCGCATTTCGATACTCCGGTGCCAGCAAAAATGAGTTGGTAGTAAGGAGCTTCAGCCAGGGGGCGAAATTACGCCTGGCTATAGCAGTAATTTTATTTGTGGTGGCTTTTAAACTGTTGCATGCGATACCTGAAGTGGTCTTTGCAGCATTCGCCGTCACTTCTGTCAGCTATTGGCTGGCAATGTTTCGTCAACAAAAACGATAA	MVKRDLAGDGKKLAKNALQIQLLVMGLLVIISAWGMSVEAAKSAAIGALISILPNVVFAIFAFRYSGASKNELVVRSFSQGAKLRLAIAVILFVVAFKLLHAIPEVVFAAFAVTSVSYWLAMFRQQKR	PGPT0030480_1143	PUTATIVE	PGPT	PUTATIVE_PGPTs	PUTATIVE_FUNCTIONS	PUTATIVE_FUNCTIONS-1	PUTATIVE-ENERGY_METABOLISM	PUTATIVE-ATP_SYNTHASE_ACITIVTY,PGPT0030480-atpI-K02116
AK237_02918	882	parB	COG1475	putative chromosome-partitioning protein ParB	ATGTCTGCAAAGAAAAGAGGACTCGGACGAGGTCTGGATGCATTGTTAGCAACCAGTCAATCTTCCGCAGCACGCCGTGAACAGGAAACTGAAAGCACTGCGGCGTCGCAAAGTGAATTGAGTAAACTGCCTGTTGAGTTTTTGAAGCCAGGTAAGTATCAACCTCGCAAAGACATGTCTCCTGAAGCATTAGAAGAACTGGCGTCATCCATCCGCTCACAAGGCGTAATTCAGCCTATCGTCGTTCGCACCCTGGGCAAAGATCACTATGAAATTATTGCTGGTGAGCGTCGTTGGCGAGCAGCACAACTCGCACAATTGGACGTGGTACCTTGCCTTATCAAAGATGTCCCTGATGAAGCGGCTGTTGCTATTGCTCTGATTGAGAATATTCAACGTGAAGATCTCAACGCAATGGAAGAAGCGCAAGCCCTTGAGCGATTAATGAACGAATTCGAACTTACTCATGCACAAACTGCAGAAGCGGTGGGTAAATCCCGGGCTACCGTCACAAATTTATTGCGCTTAAATAATCTAAATGACGACGTTAAAACACTTCTGGAACACGGCGACATCGAAATGGGACATGCCCGTGCGTTGTTAGGATTAACTGGTGAGCAACAATCTGAAGTCGCCCAAGTTGTTTCGGGTAAAGGATTGACGGTAAGAGACACTGAAAAACTCGTGCGCAAATGTCTTGAGCCCGCAAAGCCAAAACAAGAGAAAACCGTCGACCCGGATGTACAGAGCCTGATGACACGCTTGTCTGACAACCTCGGCACACCTGTTTCGATCGATCATAATGCCAAAGGTAAAGGTAAAATTGTTATAAATTTCAGTGATTTAGAGCAGCTTGACGGCATCCTTTCTAAGATTCATTAG	MSAKKRGLGRGLDALLATSQSSAARREQETESTAASQSELSKLPVEFLKPGKYQPRKDMSPEALEELASSIRSQGVIQPIVVRTLGKDHYEIIAGERRWRAAQLAQLDVVPCLIKDVPDEAAVAIALIENIQREDLNAMEEAQALERLMNEFELTHAQTAEAVGKSRATVTNLLRLNNLNDDVKTLLEHGDIEMGHARALLGLTGEQQSEVAQVVSGKGLTVRDTEKLVRKCLEPAKPKQEKTVDPDVQSLMTRLSDNLGTPVSIDHNAKGKGKIVINFSDLEQLDGILSKIH	PGPT0014815_6277	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	UNIVERSAL_STRESS_RESPONSE	STRESS_SIGNALLING_PROTEINS	STRESS_SIGNAL-CELL_GROWTH_SIGNALLING,PGPT0014815-parB|spo0J|yyaA-K03497	NA	NA
AK237_02919	792	soj_3	COG1192	Sporulation initiation inhibitor protein Soj	GTGGCGAAGGTAATCGCAATCGCGAATCAAAAAGGTGGTGTAGGTAAAACTACCACGGCAGTTAATGTTGCTGCGTCTATGGCGGCAACGAAGCGCAAAGTCTTACTAATCGATCTGGATCCTCAGGGCAATGCCACCATGGCAAGCGGCGTCGATAAATACGAGGCGGAATGCACGTGTTTTGAATTGCTTATTGAAGAGAAGCCTGTTGACGATGTGATCATCAAAAATACATCTGGCAAGTATGATCTTATTGCTGCAAATGGTGATGTAACTGCCGCAGAAATTAAGTTGATGGAAATGTTTGCCCGTGAAGTACGTTTGCGTACTGCACTCAAACCGGTGATGGATTACTACGACTTTGTGTTCATTGATTGCCCGCCTTCGCTAAACCAGCTCACGGTTAATGCATTGGCTGCGGCTGATTCAGTGTTGGTACCCATGCAGTGTGAATATTACGCTCTTGAAGGTTTGACCGCACTAATGGACACCATTCAGAAGTTGGCTTCTGTGGTAAATCCTGAACTGAAAATCGAAGGCGTATTGCGTACCATGTACGATCCGCGAAATCGTTTGGCCAATGATGTTTCTGAACAGTTAAAACGTCACTTCGGAGAGCAAGTCTATCGTACTGTTATTCCCCGTAACGTGCGATTAGCGGAAGCGCCAAGTTTTAGTATGCCAGCTATGTATTACGATAAGTCGTCGGCTGGTGCAAAAGCCTATTTATCCCTCGCCGGGGAGATATTGCGTCGGCGTGAGAAGACATTACAGCCCGCAAAAGCCAGTTAA	MAKVIAIANQKGGVGKTTTAVNVAASMAATKRKVLLIDLDPQGNATMASGVDKYEAECTCFELLIEEKPVDDVIIKNTSGKYDLIAANGDVTAAEIKLMEMFAREVRLRTALKPVMDYYDFVFIDCPPSLNQLTVNALAAADSVLVPMQCEYYALEGLTALMDTIQKLASVVNPELKIEGVLRTMYDPRNRLANDVSEQLKRHFGEQVYRTVIPRNVRLAEAPSFSMPAMYYDKSSAGAKAYLSLAGEILRRREKTLQPAKAS				NA	NA	NA	NA	NA
AK237_02920	642	rsmG	COG0357	Ribosomal RNA small subunit methyltransferase G	GTGAGTAACGTCGATACTACAAAACTCCGGGACATTTTGTTACAAGGCTGTGAGCGGTTAGCTTTGGATATCACCACCGAACAAGCCGACAAACTTGTAGGTTATGTTCAGCGTATCGACAAATGGAATAAAGCCTACAACCTGACATCCGTTCGTGATCCTGAGCAGATGATGGTTAAGCATATTCTCGATTCGTTAGCTGTTACTACCTGTGTGACCGGTAAGCGTATTATCGATGTTGGCACCGGTCCGGGTTTACCCGGAATGCCTCTGGCCATCATGTTACCGGCGCAAAACTTCACCTTGTTAGATAGTTTAGGCAAACGGGTGCGTTTTATGAAACAATGTGCCTTCGAACTTGGTTTGAACAATGTGTCTCCTGTTCATAGTCGTGTTGAAGCGCATCAGCCTGAGCAGCCATACGATATCGTGTTAAGTCGTGCGTTTGCATCGTTGAAAGATATGTTGCACTGGTGCCAGCATCTGGTAGATTCATCAGGAGTCTTTTTTGCTTTAAAGGGACAATTTCCTCAAAGTGAAATAGACGAAGTAAGTGATCACTTTCAGATCGAGTCCGTACAGGCGTTATCAGTACCGGATCTGATTGGAGAGCGTCATTTAGTAACCATTCGAAAAGTCTAA	MSNVDTTKLRDILLQGCERLALDITTEQADKLVGYVQRIDKWNKAYNLTSVRDPEQMMVKHILDSLAVTTCVTGKRIIDVGTGPGLPGMPLAIMLPAQNFTLLDSLGKRVRFMKQCAFELGLNNVSPVHSRVEAHQPEQPYDIVLSRAFASLKDMLHWCQHLVDSSGVFFALKGQFPQSEIDEVSDHFQIESVQALSVPDLIGERHLVTIRKV				NA	NA	NA	NA	NA
AK237_02921	1902	mnmG	COG0445	tRNA uridine 5-carboxymethylaminomethyl modification enzyme MnmG	ATGTTTTATCAAGAAGCATTCGATGTCATCGTTGTTGGTGGTGGTCATGCTGGTACCGAAGCTGCGTTAGCGTCTGCACGTATGGGTGCGAAAACACTGTTGCTAACCCATAACATGGAAACCATTGGCCAGATGTCTTGTAATCCCGCTATCGGTGGGATCGGAAAAGGCCACCTGGTAAAAGAGATCGATGCATTAGGCGGAGCGATGGCGCTGGCAATCGATCAGGGCGGGATCCAATTTCGCACATTGAACTCAAGTAAAGGCCCAGCAGTGCGTGCAACGCGGGCGCAAGCTGATCGTGCTTTGTATCGCCAGGCTATTCGCAACATGGTAGAAAACCAGCCTAATCTGTCTGTTTTCCAACAAAGTTGTGACGATTTGATCGTGGAAAACGATCGGGTAGCTGGTGTGGTTACGCAAATGGGGCTTAAGTTTAAAGCGCAAACTGTGGTGTTAACCGTAGGGACTTTTCTGGGTGGGACGATTCACATCGGTCTTGAAAACTACCGAGGCGGTCGTGCTGGCGATCCTCCTTCTCTGGCGCTTGCCGAACGTTTGCGCGCTTTACCTTTTCGTGTAGACAGACTTAAAACTGGTACGCCAGCTCGTCTTGATGCCAGAACACTCGACTTTAGTGTGATGCAAGCTCAGCCCGGAGACACACCTGTACCGGTTTTCTCGTTCATGGGAAGCCGGGAGATGCACCCTGAGCAGATCAGCTGTTACATCACGCATACCAACGAGAAAACCCACGATATCATTCGCGGAGGGCTGGATCGCTCACCGATGTTCACTGGTGTGATAGAAGGCGTCGGGCCACGTTACTGCCCGAGCATTGAAGATAAAATTACCCGTTTTGCAGACAAGACGTCACATCAGATATTTGTTGAGCCTGAAGGCTTAAACAGTATTGAAGTCTACCCTAATGGTATTTCGACCAGTTTGCCTTTCGATGTACAACAAGCGCTGATCCACTCCATTCGTGGCTTTGAAAATGCACATATCATTCGTCCTGGCTATGCCATCGAATATGACTTCTTTGATCCCAGAGATCTCAAACAAACCTTAGAAACTAAATTTATCGACGGTTTGTTCTTTGCCGGACAAATCAACGGCACGACGGGTTATGAAGAAGCCGGCGCACAAGGGTTGATAGCAGGAGCCAATGCCGCGTTACAGGTTCAGCAGAAAGATCCGTTGATTTTACGTCGCGATCAAGCCTACATGGGTGTGCTGGTGGATGATCTCGCCACCATGGGGACGAAAGAGCCGTACCGCATGTTTACGAGTCGCGCGGAATATCGCTTGCTTCTTCGTGAAGATAACGCCGATCACAGACTAACCGCCTTAGGCCGCGACATAGGTTTGGTTGATGATGCACGCTGGGCTGCTTTCAATACTAAAATGGAAGCGGTAGAGCAGGAATTACAGCGTTTACGAGGCCAATGGGTTCACCCTGAGCACAAAGCTGTTCCGTCGTTGAATGCACTGCTTAAAAATCCAGTCAGTCGTGAGCACTCGTTTGAAGAGCTTATTCGTCGTCCAGAAATGACTTACACTGCTTTGATGAATATTGAGGGAATAGGCCCAGGTATTTCAGATCCTATTGCTGCTGAGCAGGTTGAGATCCAAATTAAATACGCAGGTTATATCGCCCGTCAGCTGGATGAGATCGCAAAAGCGCAACGCCATGAAAATACGTTGCTGCCAATGGACTTCGATTACAGTAAAATATCCGGCCTTTCAAACGAAGTTGTGGCAAAACTGACAGAAGCGCGCCCAGAAACGATTGGTAAAGCTTCTCGTATTTCGGGTATTACCCCGGCTGCGATTTCGTTGTTACTGGTTTATCTCAAAAAGCATGGCATGTTACGTAAACAGGAATTAAAAACAGCGTGA	MFYQEAFDVIVVGGGHAGTEAALASARMGAKTLLLTHNMETIGQMSCNPAIGGIGKGHLVKEIDALGGAMALAIDQGGIQFRTLNSSKGPAVRATRAQADRALYRQAIRNMVENQPNLSVFQQSCDDLIVENDRVAGVVTQMGLKFKAQTVVLTVGTFLGGTIHIGLENYRGGRAGDPPSLALAERLRALPFRVDRLKTGTPARLDARTLDFSVMQAQPGDTPVPVFSFMGSREMHPEQISCYITHTNEKTHDIIRGGLDRSPMFTGVIEGVGPRYCPSIEDKITRFADKTSHQIFVEPEGLNSIEVYPNGISTSLPFDVQQALIHSIRGFENAHIIRPGYAIEYDFFDPRDLKQTLETKFIDGLFFAGQINGTTGYEEAGAQGLIAGANAALQVQQKDPLILRRDQAYMGVLVDDLATMGTKEPYRMFTSRAEYRLLLREDNADHRLTALGRDIGLVDDARWAAFNTKMEAVEQELQRLRGQWVHPEHKAVPSLNALLKNPVSREHSFEELIRRPEMTYTALMNIEGIGPGISDPIAAEQVEIQIKYAGYIARQLDEIAKAQRHENTLLPMDFDYSKISGLSNEVVAKLTEARPETIGKASRISGITPAAISLLLVYLKKHGMLRKQELKTA				NA	NA	NA	NA	NA
AK237_02922	819	dnaC_1	COG1484	DNA replication protein DnaC	ATGCAATCGTTAAAAGATAAACTTAATCACTTAGCCAAAGCAATGGGCAAGCCTGAGGTAAAAGACGGCTTTACAACGTACGAAACATTAAAAAAAGAATACGAACGCAAAGCCAACGAAGAAGTGCGTCAATTGCAGCAGGACAGCAAAAAACAACGCATTACTGATTTGCATGGCCGCTCAGATCTGAATCCCCGCTGGACCTTCTCTAATTTGCAAGAAGACAGTGAAGACGTCATTGAAGCGGTAAGTATTGCGCAGTCATTTATAGCCGCTCACAGCGACAAAGAGTGGCGTCAGGCGGGTTCTCACATGATGCTGTTCTATGGGGACTATGGCCGGGGTAAATCGCATATCGCCGGCGCGATTGCTCATGAATTGATTGAACAGTACGAAATTACTGTTTTATACCGCCAATTATCGACATTGATGGAAATGCGCCATTTTTCCTTCGATTTTGGTTCTCAGGACAATATAGGACAACGCTTCCGCGAAGCGCATCAGGAATTGTTAGATGTGGATCTGTTGATCCTCGATGAAGTTTGCGTGAATGAAACTATGTTGAAAAAAAATCAGCAAAGCTGGTTAGGTAATCTGCTCAGGCAACGCCTGGTAAACAAGAAAAACTGTATCTTGATCACCAATCACAACCTGACTGAATTAGAGCTTGCGCTAGGAAAGTACTGTTTTGAGTCAATTAAAGAGTATGACACCTACAAGGTGCGCTTTTCTGGCCCCAGCCGCCGTGATGGACTGGTTAATGATGAACAACCCTCAGAGACGCATCAGACGCGCTATCAGCCTAATCAGGTACGCTAA	MQSLKDKLNHLAKAMGKPEVKDGFTTYETLKKEYERKANEEVRQLQQDSKKQRITDLHGRSDLNPRWTFSNLQEDSEDVIEAVSIAQSFIAAHSDKEWRQAGSHMMLFYGDYGRGKSHIAGAIAHELIEQYEITVLYRQLSTLMEMRHFSFDFGSQDNIGQRFREAHQELLDVDLLILDEVCVNETMLKKNQQSWLGNLLRQRLVNKKNCILITNHNLTELELALGKYCFESIKEYDTYKVRFSGPSRRDGLVNDEQPSETHQTRYQPNQVR				NA	NA	NA	NA	NA
AK237_02923	663	dnaT		Primosomal protein 1	ATGTTTACCGAAGCAGAATATCATGCTCTCACCGCTCCGCTTTCCAATGATTGTAGAGTGCTGTATTGCATTGGCCTGAGGCCCACCGCAGATATCAATGCTGCCCGCTCTGACACCTTAAACTATAAGTTTTTAATTAATTTACTTAACGGCAACGATCATCAGGATGACAGTTACACCCGGGGGCAACAAATCAATGCTTTACTCAGCGAGCTGGATCAGGCGGGTTTAGTTGCATTAGAAGGTGAAGCTACTTTTGAAAACTCGCTAAGCGGACAACGGGTACTGCTACCTCTGTGCAAAAATGACCAAGAAGACTTTACTCATCTGCATCGTCAGTACACTGCAATTCATGGACGCTGGCGTCCGGATCCCCTCCTCTTCGAGGAAATGGCAAATTTGATTGGTTTAATTGATCGTGAATTTGGTGATGAAGATATCGGCGAGTTTGTTTCATATTGGTTAGGTCGTCCAGACGCCGTTTTTAGTCATTTTCAATGGACACAGAAGTTCGCCTACGCCATTAAACGAAAACGAATGACGGTAGGTCATACCACAACGAAAAAAGTAGGGTCACAAAGTGTTCCCGTTGCAGCAGGCATAGAAGCAGACGATAATGCCAAAAAGCTGGTGGAAAAATACGCCTCACAAAAGAAGGGCTGA	MFTEAEYHALTAPLSNDCRVLYCIGLRPTADINAARSDTLNYKFLINLLNGNDHQDDSYTRGQQINALLSELDQAGLVALEGEATFENSLSGQRVLLPLCKNDQEDFTHLHRQYTAIHGRWRPDPLLFEEMANLIGLIDREFGDEDIGEFVSYWLGRPDAVFSHFQWTQKFAYAIKRKRMTVGHTTTKKVGSQSVPVAAGIEADDNAKKLVEKYASQKKG				NA	NA	NA	NA	NA
AK237_02924	435	mioC	COG0716	Protein MioC	ATGGCTAAACATCTCTCTATTATTGTTGGCTCTGTGTTAGGTGCATCAGAATATGTTGCTGAAGCGCTAGAGCAAGTTGCGCAGGCGGCAGGATATACCACAACATTACAATTTGAGCCCGATCTCAATGCACTGGAACAAACGGGTGCATGGTTGATATGTACATCAACGCACGGTGCCGGTGAGCTGCCAGAAAACATTCAACCTTTTGCTGCGGCACTTTCAGATACCGACCTAAGCAATGTGAATGCCTGGATAGTTGGCCTGGGAGACAGTAGTTATGACACCTTTTGCTATGGTGCAATGGAAATGGAAAAACGCCTGACAGAAGCCGGCGCCACATTGGCCGCTCCGGCTCTTCATATTGATGTGTTAAATCATCCTATTCCGGAAGATGTCGCGGTAGAATGGTTTGAACAACAAGTTAACCCATAG	MAKHLSIIVGSVLGASEYVAEALEQVAQAAGYTTTLQFEPDLNALEQTGAWLICTSTHGAGELPENIQPFAAALSDTDLSNVNAWIVGLGDSSYDTFCYGAMEMEKRLTEAGATLAAPALHIDVLNHPIPEDVAVEWFEQQVNP				NA	NA	NA	NA	NA
AK237_02925	1389	mnmE	COG0486	tRNA modification GTPase MnmE	ATGCATTCAATGAGTTCCTCACAAGATACCATCGTTGCACAAGCCACGGCCCCGGGTCGCGGCGGCGTAGGAATTGTGCGCGTTTCTGGTCCTGCCGCAAAAGCGATTGCCAGCATCCTTGTGCCTGTGCAATTAACGCCGCGGGTTGCGACCTATACGCCATTTCACAACCAGCACGGTGAGGTAATCGATCAGGGCCTGGCACTGTACTTCAAAGGCCCGAATTCGTTTACTGGTGAGGACGTGCTTGAACTGCAAGGCCACGGGGGCCAAGTCGTCATGGATATGCTTATAGATGCGATTTTATCTTGTGGCAATGTACGGCTGGCAAGACCAGGCGAATTTAGTGAACAGGCGTTCTTGAACGATAAGTTAGATTTAGCACAAGCTGAAGCCATTGCTGATCTTATCGATGCGAGTTCTAAACAGGCAGCCAAAAGTGCGTTACGCTCGTTACAAGGTGAATTTTCGCAGACAATTTCCAATCTGTCAGAGCAAATTATTCATCTGAGAATGTATGTCGAAGCGGCTATTGATTTTCCAGACGAAGAAATTGATTTTCTGTCTGATGGAAAAGTAGAAGGTGATCTTGCGAGCATCGTGTCGTCTCTCGAACAGGTGCAACAACAAGCTAAACAAGGCTCATTGTTAAGAGAAGGCATGCAGGTGGTTATTGCCGGTCGCCCAAACGCGGGCAAATCGAGTCTGTTAAATGCCTTAGCAGGACGCGACAGTGCCATTGTAACCGACATAGCAGGCACGACGCGTGACGTATTAAAAGAGCATATCGATATTAATGGTATGCCTGTACACATCATCGATACGGCTGGCTTACGGGAAAGCCCTGACAAAGTAGAACAAATTGGTATTGAGCGAGCCTGGAAAGCGATTGAAGAGGCTGATCGTGTGCTTTTTGTGGTCGACAGCACCGACACATCTGTTATAGACCCTTATGAAATCTGGCCCGAATTTATGGCCAGATTACCGCAGAATATCCCAACCACGGTGATTCGTAACAAGGCGGATCTATCAGCCGAAACAGTGGGTATTCAACAGCTATACACGCAACATGGTGAAGTAAACGTTATCGGCTTATCAGCGAGTACAGGAGAAGGTGTAGCACTGCTTCGCCAGCATCTTGCCGACACAATGGGCTTAGATACTACCACTGAAGGCCAGTTTATAGCACGTCGCCGACATCTCGACGCGTTAGCAAAAGCTGCCGGGCACGTTGATAACGGCCAGCAACAATTGCTCGCTCATCTGGCCGGTGAGTTACTGGCGGAAGAACTACGTCTAGCCCATCAGGCCCTCACTGAAATTACCGGTGAATTCACTTCAGACGACTTATTAGGTCGCATTTTTTCTTCATTTTGTATCGGTAAATAA	MHSMSSSQDTIVAQATAPGRGGVGIVRVSGPAAKAIASILVPVQLTPRVATYTPFHNQHGEVIDQGLALYFKGPNSFTGEDVLELQGHGGQVVMDMLIDAILSCGNVRLARPGEFSEQAFLNDKLDLAQAEAIADLIDASSKQAAKSALRSLQGEFSQTISNLSEQIIHLRMYVEAAIDFPDEEIDFLSDGKVEGDLASIVSSLEQVQQQAKQGSLLREGMQVVIAGRPNAGKSSLLNALAGRDSAIVTDIAGTTRDVLKEHIDINGMPVHIIDTAGLRESPDKVEQIGIERAWKAIEEADRVLFVVDSTDTSVIDPYEIWPEFMARLPQNIPTTVIRNKADLSAETVGIQQLYTQHGEVNVIGLSASTGEGVALLRQHLADTMGLDTTTEGQFIARRRHLDALAKAAGHVDNGQQQLLAHLAGELLAEELRLAHQALTEITGEFTSDDLLGRIFSSFCIGK				NA	NA	NA	NA	NA
AK237_02926	483			hypothetical protein	ATGCCATCTTTTGACATCGTTTCTGAAATCAACATAGAAGAAGTCCGTAACGCTACGGAAAACACCCAACGCGAACTCGCTACCCGTTTTGACTTCCGTGGTGTAGATGCGAGCATCGAGTTCAAAGAAAAAGTCGTTACCATGAAAGCTGAGGGTGAATTTCAGGTTCAGCAGCTTGAATCAATGTTCCGCAACGCCTGTTCTAAACGTAACCTGGATACCAGTATTCTGGATTTAAAAGATTACGATCACCGCGGCAAAACGGTGACCCAGGTCATTACGTTCAAAGAAGGTATCGAGCAGGATACTGCAAAGAAAATTGTAAAGCTTATCAAAGACAATAAAATCAAAGTGCAGACAGCCATACAAGGCGATCAATTGCGGGTCACCGGCAAGAAGCGTGATGACTTACAGCAAGTTATCGCACTGGTGCGAAGCTCAGATTTAGGACAACCTTTCCAATTTAAAAACATGAAAGACTAA	MPSFDIVSEINIEEVRNATENTQRELATRFDFRGVDASIEFKEKVVTMKAEGEFQVQQLESMFRNACSKRNLDTSILDLKDYDHRGKTVTQVITFKEGIEQDTAKKIVKLIKDNKIKVQTAIQGDQLRVTGKKRDDLQQVIALVRSSDLGQPFQFKNMKD	PGPT0012210_2037	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	OTHER_COLONIZATION_RELATED_PROTEINS	COLONIZATION-HOST_INVASION_FACTORS	HOST_INVASION-HOST_INFECTION_MEDIATOR,PGPT0012210-yajQ-K09767	NA	NA
AK237_02927	1665	yidC	COG0706	Membrane protein insertase YidC	ATGGAATCGCAACGTAGTTTTCTGTTAATCGGCCTTGCCCTTGTGAGCTTTTTACTATGGCAACAATGGCAACAAGATTATGGCCCACAACCTGTTCAGCCGGCTGCGACTGAACAAAGCAGCGTGAATACAGGTAGCGATGGCGTACCATCCTCAATGCCTGCTAACGACGACGTACCGGCCTCGTCTCAAGAAGATGTACCGGTTATGGCGCAAGAAGCCAAACCAAATACAGGACGCACTATTCATGTAGTGACTGACACGCTGGACCTACATATAGATTTGGTCGGCGGTGACGTCGTGAAAGCCAACCTGGTGAAGTTCCCGTTAACGCAAGATTCGTCAGAAAACTACAGCTTATTACGTCCTCAGGATGGGTTGTATATCGCGCAAAGTGGTTTAGTCGGTCGCAATGGCCCTGATGGAAACCGTTCGGGTCGTCCTCGCTACGATGCTGCGCAACAAGAATTTATCATGCAAGGTGACACCTTATCTGTGCCACTTACCTGGCAAAATGCTGATGGGGTAAAAATCACCAAAACCTTTAACTTTACAAAAGGTAGTCATGATATTGCGTTAACTTATACCATCGACAATAACTCTGGTGAAGCAACTGCATACCAACAGTATGCACAGCTAAAACAAACGACCCAGGTACCAGATGGCGGTAACATGTTTATGCCAACCTACCGTGGGGCGGCTTACGGCAGTGAAGAAGATCGCTATGAAAAGTACACTTTTGATGACATTGAAGATAAAAATCTGAAAGTGTCGACAGAAGCAGGCTGGGTTGGCATGCTTGAACACTACTTTGTATCAGCGTGGATCCCGCCTGCGTCTCAGGTGAATAACCTTTACACCAAATTGGTTCAAAACCAATACGCCATTATTGGCTTTACTGGTACACCGGTAACGGTAGCAAGTGGTGAAACAGCCACTATCGGCGCAGAATTATACCTTGGCCCTAAAGATCAGGATAACTTAGCGCAATTAGCAAACGGCCTTGATTTGACCGTAGACTACGGCATTTTATGGTGGTTGTCGCAGCCCCTGTTTGCCCTGCTGCAATTCCTTCATAGCTTAGTTGGTAACTGGGGTGTGGCAATTATCCTCATCACGGTAATCGTAAAAGGTGCCATGTACCCGCTGACCAAAAAGCAGTATGAATCCATGGCTCGCATGCGTAATTTAGCCCCTAAAATGCAGCAGCTAAAAGACCGCTTTGGCGACGATCGCCAGAAAATGTCTCAGGCGATGATGGAGCTTTACCGCAAAGAGAAAGTAAACCCGATGGGTGGCTGTCTGCCAATCATTCTACAAATGCCTATCTTCCTGGCGTTGTACTGGGTATTACTGGAAAGTGTTGAATTACGTCACGCAGACTTCTTCCTGTGGATCACAGATTTATCAGTTAAAGACCCGTACTTTGTACTTCCGGTATTAACCGGTGCCAGTATGTGGTTATTGCAGAAGCTGCAACCCACAACCGTAACCGACCCTATGCAGCAGAAGATCATGCAGTTTATGCCGGTGGCGATGAGTGTATTCTTCCTGTGGTTCCCGGCCGGACTGGTACTTTACTGGTTAGTCAGTAACATCATTACCCTCATCCAAGCGAAATTGATTTATGCCGCAATGGAAAAGAAAGGGTTAAAATCTAAGTAA	MESQRSFLLIGLALVSFLLWQQWQQDYGPQPVQPAATEQSSVNTGSDGVPSSMPANDDVPASSQEDVPVMAQEAKPNTGRTIHVVTDTLDLHIDLVGGDVVKANLVKFPLTQDSSENYSLLRPQDGLYIAQSGLVGRNGPDGNRSGRPRYDAAQQEFIMQGDTLSVPLTWQNADGVKITKTFNFTKGSHDIALTYTIDNNSGEATAYQQYAQLKQTTQVPDGGNMFMPTYRGAAYGSEEDRYEKYTFDDIEDKNLKVSTEAGWVGMLEHYFVSAWIPPASQVNNLYTKLVQNQYAIIGFTGTPVTVASGETATIGAELYLGPKDQDNLAQLANGLDLTVDYGILWWLSQPLFALLQFLHSLVGNWGVAIILITVIVKGAMYPLTKKQYESMARMRNLAPKMQQLKDRFGDDRQKMSQAMMELYRKEKVNPMGGCLPIILQMPIFLALYWVLLESVELRHADFFLWITDLSVKDPYFVLPVLTGASMWLLQKLQPTTVTDPMQQKIMQFMPVAMSVFFLWFPAGLVLYWLVSNIITLIQAKLIYAAMEKKGLKSK	PGPT0024530_1955	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
AK237_02928	270	yidD		Putative membrane protein insertion efficiency factor	ATGGAAAAAGTTGGCAAAGCGCTGCGCAAAGTAACCATCGCCCTTCCTCTACTACTGGTAAAATGCTATCAGTGGTTTATTTCGCCGATTTTAGGACAAAGGTGTAGATTTCACCCAACTTGTTCATATTATGCTATTGAAGCATTAAATTCGCATGGATTGCTAATTGGCGGTTGGTTATCGATTAAACGCATATTAAAATGCCACCCTTTCAATCCGGGCGGATACGACCCTGTTCCGGAACCGCGGAATAATAAACACTCAGAATAA	MEKVGKALRKVTIALPLLLVKCYQWFISPILGQRCRFHPTCSYYAIEALNSHGLLIGGWLSIKRILKCHPFNPGGYDPVPEPRNNKHSE				NA	NA	NA	NA	NA
AK237_02929	405	rnpA		Ribonuclease P protein component	GTGCTAAAGGTCGCGCTCGCCTTTCTGCTTAAGAGTACTATCCTAAAAGTGGGTGAAAATCAGTTTTCCAGGGAGTTACGTCTGTTAACTCCCTCCCACTTTACTTATGTGTTTAACGACGCAATTCCTGCAGTATCCCCAGCTTTTACCTTACTTGCCCGAAAGAATGAATTAGCACATGCTCGTGTTGGTATTACTATTGCCAAAAAACGTGTGCGAAAAGCCCATGACAGAAACCGACTAAAGCGTCTTATCAGAGAAAGCTTCCGGCATCGTCGTCATGCCCTACCCGCAGTTGATATTATTGTGGTTGGAAAATCCGGCGCAGATAAACTCACCAATGACGAGATATTTTCAATGTTGGATAAACAATGGAAAAAGTTGGCAAAGCGCTGCGCAAAGTAA	MLKVALAFLLKSTILKVGENQFSRELRLLTPSHFTYVFNDAIPAVSPAFTLLARKNELAHARVGITIAKKRVRKAHDRNRLKRLIRESFRHRRHALPAVDIIVVGKSGADKLTNDEIFSMLDKQWKKLAKRCAK				NA	NA	NA	NA	NA
AK237_02930	135	rpmH	COG0230	50S ribosomal protein L34	ATGAAAAGAACATTTCAACCGAGCAACTTAAAGCGCAAGCGTTCTCACGGTTTTCGTGCTCGTATGGCGACTAAAAATGGTCGTAAAGTACTAGCAGCTCGCCGTGCTAAAGGTCGCGCTCGCCTTTCTGCTTAA	MKRTFQPSNLKRKRSHGFRARMATKNGRKVLAARRAKGRARLSA				NA	NA	NA	NA	NA
AK237_02931	1551	dnaA	COG0593	Chromosomal replication initiator protein DnaA	ATGTCTCTGTGGAATATGTGCCTTGAGCGCTTACGCCAGGAATTGCCGACCCAGCAATACAGTATGTGGATTCGTCCGTTAACGGCTCAGGAAGATGCGGGCGTATTAACGCTCTTCGCACCAAATCGTTTTGTTCTTGATTGGGTGAGAGATAAATATCGCGATAAGATTACGGAATTGTTTGTTGAGTTTTGTGGCGCTGAATCCCCTCAGCTGCATTTAGATGTCGCGGCGCGTACCGGGCGTCCATCCGCTGGTGTACCGAGCCGTTCTGTGCCCAGTACATCTGCCTCTGCGCCAAGTCGGCCACAGACTGCACATCATTTTTCTACTCCTGTTTCTTCTCATCAACAGCCTGGAAGCGGTGCCAGTCAATCGTATCAGGGCTCAGATGTGCAAAAGGCAGCGGTCAGTATGCCTGCACATTCATCTGTTAATGATGATTTAAAAGCAGCGTCTTCATCGCCTCAACGGGCTACTCAACAGACATCTGGACCAAACGTAGTGCCTATTCCTGAAGCGATGAAGCACAAGAGTAATATTAATCCCACTTACCAGTTCGACAACTTCGTTGAAGGTAAGTCAAACCAACTGGCGCGCGCGGCGGCCACACAAGTAGCCAACAATCCGGGTGGTTCGTATAACCCATTGTTTATTTACGGTGGCACCGGCCTGGGTAAAACTCACTTATTGCATGCTGTTGGTAACGGTATTATTAACAATCGTCCTGGTGCGAAAATCGTTTATATGCATTCAGAACGGTTTGTACAGGATATGGTGAAGGCACTTCAGAATAACGCCATTGAGGATTTTAAACGTTTCTATCGTTCCGTCGACGCGCTACTTATCGATGACATTCAGTTTTTCGCTAATAAAGAGCGTTCCCAGGAAGAGTTCTTCCATACCTTTAATGCATTGTTAGAGGGTAATCAGCAAATCATTCTGACTTCAGACCGTTACCCCAAAGAAATTGATGGGGTAGAAGATAGGTTAAAATCACGTTTTGGTTGGGGATTAACCATCGCAATCGAACCACCAGAACTGGAAACTCGCGTCGCAATTCTTATGCGTAAAGCGGCCGAAAATAAAATTCATTTGCCAGATGAAGTCGCGTTTTTTATTGCCAAGCGTTTACGCTCTAACGTTCGTGAACTCGAAGGGGCGCTGAATCGCGTTATTGCCAATGCGAATTTTACCGGGCGGCCTATCACTATCGATTTTGTACGCGAAGCATTGCGTGACCTGTTAGCTTTACAGGAAAAGTTAGTAACGGTAGATAACATCCAGAAAACTGTTGCAGATTATTATAAGATTAAGGTAGCTGACATCCTCTCAAAAAGAAGAAGTCGTAGTGTGGCAAGACCACGACAAGTGGCCATGGCGTTAGCCAAAGAGTTAACTAACCATAGTTTACCTGAATTAGGTAACGCATTTGGTGGTCGTGATCATACTACTGTACTGCACGCTTGCCGAAAAATAGAGCAGCTTAGAGAGGAAAGTCATGATATAAAAGAGGACTATAAAAACCTGATTAGAACCTTGTCCTCATAA	MSLWNMCLERLRQELPTQQYSMWIRPLTAQEDAGVLTLFAPNRFVLDWVRDKYRDKITELFVEFCGAESPQLHLDVAARTGRPSAGVPSRSVPSTSASAPSRPQTAHHFSTPVSSHQQPGSGASQSYQGSDVQKAAVSMPAHSSVNDDLKAASSSPQRATQQTSGPNVVPIPEAMKHKSNINPTYQFDNFVEGKSNQLARAAATQVANNPGGSYNPLFIYGGTGLGKTHLLHAVGNGIINNRPGAKIVYMHSERFVQDMVKALQNNAIEDFKRFYRSVDALLIDDIQFFANKERSQEEFFHTFNALLEGNQQIILTSDRYPKEIDGVEDRLKSRFGWGLTIAIEPPELETRVAILMRKAAENKIHLPDEVAFFIAKRLRSNVRELEGALNRVIANANFTGRPITIDFVREALRDLLALQEKLVTVDNIQKTVADYYKIKVADILSKRRSRSVARPRQVAMALAKELTNHSLPELGNAFGGRDHTTVLHACRKIEQLREESHDIKEDYKNLIRTLSS	PGPT0014800_569	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-MOTILITY|CHEMOTAXIS	MOTILITY-PILUS|FIMBRIAE_SYSTEM	MOTILITY-PILUS_SYSTEM,PGPT0014800-dnaA-K02313	NA	NA
AK237_02932	1104	dnaN	COG0592	Beta sliding clamp	ATGAAATTTACCATCAGTCGAGAAAAGTTTCTTCAACCGTTACAGTTAGTCTCTGGCGCTGTAGAAAGACGACATACCTTACCTATTCTTTCCAACGTATTGATTAAAGTGAGTGAAGACGCACTTTGGCTTACTGGTACGGATTTAGAAGTAGAACTTATTGCCAACACGCGGTTGGAAGGTGAGTTTGAAGAGGGTGAGATCACCGTTCCTGCTAAGAAGTTATTCGATATTATTCGAGGAATTGCTGATGGTACGGATATTCACTTCACTATTGATGGAAATAAAGCATTAATTCGCGCCGGTCGTGGTCGCTATACGCTTTCTACTTTGTCTGCGAGCGATTACCCTAATCTTGAAGATTGGGAAGGGGAAGTTGAGTTTGAAGTATCTTCGGCAGATATCAAACGCTTAATCAATAGCACGCACTTTTCAATGGCACAGCAAGACGTGCGTTACTACCTTAACGGCATGTCTTTAGAAACTGAAGACAATATTATTCGCACTGTCGCCACTGACGGTCACCGTTTGGCGTTATGTCGACTCGATTATGAAAGTGCTACTTTACCTTCTCGCCAGGTTATTATTCCACGAAAAGGTGTGCTGGAAATCTCAAGATTGATAGGTGACGACGATAAGTCGATTAAGGTACAAATAGGTGCGAATCATATTCGTCTATTCTCTACCGATTTTATCTTTACCAGTAAATTGGTTGACGGCCGTTTCCCTGATTATCGTCGCGTTCTGCCTCGCGATGGCGATAAAATCATTTTAGCGAGTAAAGCAGTGCTAAAAGACGCTTTCGCTCGGGCAGCTATTTTATCGAATGAAAAGTTTCGTGGAGTTCGGTTAAACCTTGCTAGCGGTGAGCTTAAAATTACCGCCAATAACCCTGAGCAAGAAGAAGCAGAAGAAATCGTAGATGTAAATTACGAGGGCGACGATTTAGAAATTGGGTTTAACGTTGCTTATTTAATTGATGTATTAAATGCACTCACTACCGAAGAAGTACAACTCACGTTGTCTGATTCTAACTCCAGTGCATTAATTCAAAATGCCAACGATGACGCCGCGTTGTATGTCATCATGCCTATGCGTCTTTAG	MKFTISREKFLQPLQLVSGAVERRHTLPILSNVLIKVSEDALWLTGTDLEVELIANTRLEGEFEEGEITVPAKKLFDIIRGIADGTDIHFTIDGNKALIRAGRGRYTLSTLSASDYPNLEDWEGEVEFEVSSADIKRLINSTHFSMAQQDVRYYLNGMSLETEDNIIRTVATDGHRLALCRLDYESATLPSRQVIIPRKGVLEISRLIGDDDKSIKVQIGANHIRLFSTDFIFTSKLVDGRFPDYRRVLPRDGDKIILASKAVLKDAFARAAILSNEKFRGVRLNLASGELKITANNPEQEEAEEIVDVNYEGDDLEIGFNVAYLIDVLNALTTEEVQLTLSDSNSSALIQNANDDAALYVIMPMRL				NA	NA	NA	NA	NA
AK237_02933	1089	recF	COG1195	DNA replication and repair protein RecF	ATGAAACTGGACAAAGTCCAGCTGACTGATTTCAGAAATATCAAACGTGCTGATTTTCAGCCTGCACGATCGCTTTCATTGATTAGTGGTAAAAACGGCAGTGGTAAATCGTCTCTGGTTGAGGCGTTGTATTACCTTGGTTATGGTCGTTCATTTCGAACTAATAAACACGAATCTGCTATCCAGCACGGAACCGATAAATTCAGCATTTTTACGCGCTGTACGGACGATAATGGCAAAACATCGTCTGTTGGCTTGCAGCGAAGCAGGCACGAGCAGTTCCTGTGTTCAATTGATGGCAATCATTCGCACCGGCTTGCTGATTTAGTGAGTTTAATTCCCATACAGTTGTTTACACCGCAAAGTACGGATTTAATTATTGGGTCTCCCGGAGAACGTCGCCGCTTTATCGACTGGGGACTGTTCCACGTGGAACATGCATTTAATTCGCTATTTCAAACATTTCAAAAGTTGCTGAAAACGCGCAATGCGTTGCTTAAAAGGCAAGCTAATTTGAATGCGCCTGAAAACGCATACTGGGAGCAGCAATTCGTGTCAGTAGGGGAACACCTCAATGAGAAGCGAAAAGACTATGTGAGTCGACTACAGCCAATATTTAATGCTATTTGTAGTGAATTTCTACCTGAGTTTTCTCTCGAAATCTCGTATTATAAGGGGTGGGAAAAAGACGCCTCATTGATAGAAAGCTTATCTCGAAAACGAGACTACGATAGCAAAGTTGGCTACTCGACATCTGGGCCGCACAAATCAGATTTACGGTTCAAGGTTGATGGTACACTGGCTCAAGAGATTCTTTCCAGGGGGCAATTAAGAATGGCTGTCGCTGCATTGCAGTTGTCTCAAACAACGCTGTTCCAACATGAAACGTCGAGACGCAGTATTTTTTTACTTGACGATGTTGGTGCAGAGTTGGATATAGAAAAGCGAGAGCGGTTTATAGATGGGTTGATAGCAATGGATACGCAACTATTTGTAACTGCAATAGAGCGTGAACAACTCGAATTTATAGACAAATACAAAGACAAAAAATTGTTTCACGTGGAACATGGCCACGTGAACGAGGAGTAA	MKLDKVQLTDFRNIKRADFQPARSLSLISGKNGSGKSSLVEALYYLGYGRSFRTNKHESAIQHGTDKFSIFTRCTDDNGKTSSVGLQRSRHEQFLCSIDGNHSHRLADLVSLIPIQLFTPQSTDLIIGSPGERRRFIDWGLFHVEHAFNSLFQTFQKLLKTRNALLKRQANLNAPENAYWEQQFVSVGEHLNEKRKDYVSRLQPIFNAICSEFLPEFSLEISYYKGWEKDASLIESLSRKRDYDSKVGYSTSGPHKSDLRFKVDGTLAQEILSRGQLRMAVAALQLSQTTLFQHETSRRSIFLLDDVGAELDIEKRERFIDGLIAMDTQLFVTAIEREQLEFIDKYKDKKLFHVEHGHVNEE				NA	NA	NA	NA	NA
AK237_02934	2421	gyrB	COG0187	DNA gyrase subunit B	ATGTCAGAGCAAAACAACTACGACTCGTCCAGTATTAAAGTCCTTAAGGGATTGGATGCCGTACGTAAACGCCCGGGTATGTATATTGGTGATACAGACGATGGAACCGGTTTGCACCACATGGTATTTGAGGTCGTAGATAACTCCATCGATGAAGCATTAGCAGGCTATTGCTCTGAGATAGTGATTCAAATTCACTCCGACGGATCAGTTTCTGTATCAGATAATGGCCGTGGTATTCCTACAGCCATGCACCCTGAAGAAGGTGTGTCTGCTGCTGAAGTTATCATGACAGTGCTACATGCCGGCGGTAAGTTTGACGATAATTCTTATAAAGTATCGGGTGGTCTGCACGGAGTAGGTGTATCGGTAGTAAATGCGCTTTCTAGCAAGTTGAAATTGAAAATTCGCCGCCAAGGAAAGGTTCATGAACAAGAGTACCAACATGGTGTTCCGCAAGAGCCGTTGGCCGTAACCGGTGATACTGACAAAACAGGAACGTCTGTTCGTTTTTGGCCGAGTAGTGATACCTTTACTGACACCTTGTTCCATTATGAAATACTGGCGAAGCGTCTGCGCGAACTGTCTTTCCTTAACTCGGGTGTTTCCATTCGCCTGAAAGACGAGCGAGATGGAAAGGAAGATCACTTCATGTATGAGGGCGGTATTCAGGCCTTCGTCGAATACCTGAACCAAAATAAAACACCTGTGCACAAGAAAGTGTTCCATTTTACTTCTGAAATGGAAGACGGTATTTCTGTTGAAGTTGCTATGCAATGGAACGATGGCTTCCAGGAAAGCATATTCTGCTTTACCAACAACATCCCACAGCGTGACGGTGGTACGCACTTAGCCGGTTTCCGTGGTGCGCTTACCCGTACACTGAATAACTACATGGAAAAAGAAGGCCTAAATAAAAAAGCCAAAACAAATGCCAGTGGTGACGACGCGAGGGAAGGTTTGACAGCGGTTATCTCGGTAAAAGTCCCTGATCCAAAGTTCTCTTCTCAGACTAAAGACAAGCTTGTTTCTTCGGAGGTGAAGTCTGCTGTTGAGTCTACGATGAATGAGAAGTTGGCTGACTTCTTACTTGAGAATCCTAACGAAAGTAAGATTATCGCCTCAAAGATTATCGATGCAGCACGAGCACGTGAAGCGGCCCGTAAAGCCCGAGAAATGACTCGTCGTAAAGGTGCTCTGGATTTAGCGGGACTACCTGGCAAACTGGCAGACTGTCAGGAAAAAGATCCAGCATTGTCTGAACTGTACATAGTGGAGGGTGACTCGGCCGGCGGTTCCGCTAAGCAGGGTCGTAACAGAAAGAACCAGGCAATTCTGCCGTTGAAAGGTAAAATCCTTAACGTAGAAAAAGCCCGTTTCGACAAAATGCTGTCTTCTCAAGAAGTCGCAACGCTGATTACTGCATTAGGTTGTGGCATTGGACGTGACGAGTACGACCCTGAGAAGCTGCGTTATCACAGCATTATTATCATGACCGATGCGGACGTGGATGGATCACACATTCGTACGCTGTTGCTAACGTTTTTCTATCGTCAAATGCCAGAAATTATTGAGCGCGGTTATGTTTATATTGCGCAACCACCGCTTTATAAAGTGAAGAAAGGCAAACAGGAGCAATACCTTAAAGACGAAGAAGCATTAACAAACTATTTAACGAATATTGCGGTAGACGGTTCGGCGTTGTTTACCAGTGAAGATGCTCCGGGCATCAGTGGTATTGCGTTAGAAAATTTGGTTAAGCAGTATCAGTCAGTCGAGAAAATGATTAAGCGTCTGCATCGACTGATGCCACCTGCTATTTTGTACCGTCTGATTTATTCTCCTACTTTGAGACACGAAGACTTGAAGAGCGAATCAACGCTTAACAGCGTGGCGGAAAGCTTCGTAAATAGCCTCAATGAAAGAGAGAATGATGGCGCTACTTATCGCTACGACATTCTGCCAGAAGATGAGGGCGACGAATTCTTCATTCAAATCACTATGCGTATGCACGGTATAGATTACTACTACAAGTTGAACCAGGAGTTCATTGATTCATCAGAGTACGCAAAAATTCGTGATCTCAACGAATCTATTAATGACATGATGAATGACTCAGCCTTTGTTCAGCGAGGTGAGAAGAAGCATCCAGTAGAGTCGTTCAAAGAAGCATTAGAATGGTTAATGGGTGAGGCCAAACGTGGTCAGTATATCCAGCGCTATAAAGGGTTGGGTGAGATGAATCCAGATCAGCTATGGGAAACGACCATGGATCCGGATAGTCGTCGCATGCTTCAGGTTACAGTAGAAGATGCAATTGCTTGTGACCAGTTGTTTACAACGCTCATGGGGGACCAGGTAGAGCCTCGAAGAGCATTCATCGAACAAAACGCACTGAAGGTGGAAAACCTGGACGTGTAG	MSEQNNYDSSSIKVLKGLDAVRKRPGMYIGDTDDGTGLHHMVFEVVDNSIDEALAGYCSEIVIQIHSDGSVSVSDNGRGIPTAMHPEEGVSAAEVIMTVLHAGGKFDDNSYKVSGGLHGVGVSVVNALSSKLKLKIRRQGKVHEQEYQHGVPQEPLAVTGDTDKTGTSVRFWPSSDTFTDTLFHYEILAKRLRELSFLNSGVSIRLKDERDGKEDHFMYEGGIQAFVEYLNQNKTPVHKKVFHFTSEMEDGISVEVAMQWNDGFQESIFCFTNNIPQRDGGTHLAGFRGALTRTLNNYMEKEGLNKKAKTNASGDDAREGLTAVISVKVPDPKFSSQTKDKLVSSEVKSAVESTMNEKLADFLLENPNESKIIASKIIDAARAREAARKAREMTRRKGALDLAGLPGKLADCQEKDPALSELYIVEGDSAGGSAKQGRNRKNQAILPLKGKILNVEKARFDKMLSSQEVATLITALGCGIGRDEYDPEKLRYHSIIIMTDADVDGSHIRTLLLTFFYRQMPEIIERGYVYIAQPPLYKVKKGKQEQYLKDEEALTNYLTNIAVDGSALFTSEDAPGISGIALENLVKQYQSVEKMIKRLHRLMPPAILYRLIYSPTLRHEDLKSESTLNSVAESFVNSLNERENDGATYRYDILPEDEGDEFFIQITMRMHGIDYYYKLNQEFIDSSEYAKIRDLNESINDMMNDSAFVQRGEKKHPVESFKEALEWLMGEAKRGQYIQRYKGLGEMNPDQLWETTMDPDSRRMLQVTVEDAIACDQLFTTLMGDQVEPRRAFIEQNALKVENLDV	PGPT0027710_896	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
AK237_02935	393			hypothetical protein	ATGTCGCCATTTTCTGAAAGCTTGGAAATTTTGAGAAGAAGCAGAGGGCTAACTCAAGCAAAATTGGCAGATATGGCAGGTGTCACGTCAAACTATGTCAGTCTCTTGGAGCGGGGCAAGAAGGGCCCACCTTCTGATAGCGTGTTACGCAGGATTATAAGGGCTCTTAAACTCAATGAGGAAGAGCGGGCGCAGCTGACATACGATGCTGAGTTGGCGCAATTCAGTCTGAAAATGCCTTCAACAGCTTCGCGAGATGAATACGAAATGGTATGTAAACTCCAGGAACATCTTGGATCACTGACGGCAAAGCAAGTTCAGTTAATCGAACTGGCTATGTCAGTAACAGGTGGAATTAAAAATAGCCGAAGGAGATTAAGAATGGGCACCTAG	MSPFSESLEILRRSRGLTQAKLADMAGVTSNYVSLLERGKKGPPSDSVLRRIIRALKLNEEERAQLTYDAELAQFSLKMPSTASRDEYEMVCKLQEHLGSLTAKQVQLIELAMSVTGGIKNSRRRLRMGT				NA	NA	NA	NA	NA
AK237_02936	738			hypothetical protein	ATGTCTAAAAATACAAGCGTGGCGCTGTTTGGCGCCTTGCGCAGGGTAGATTCACGCCACAAAAATGTAACCAGGCGGGTTAGAGAGCCTGTCTCACCATCGAAAGGGCGCGTTGTCGGCTACTACGCCTCTAAGAAGGTCAATCGACCGGTAGCCTGGGAGTCGCAGCTTGAGCTTAAAGCCTGTATGCGACTTGAGTTCTCTCCGACGGTGCTCACGTATCACGAACAACCAGCAACGCTGCATTTCCCGGCCTTGGGAAGAATGTGCAAATACACGCCTGACTTTGAGATTGAGACTACATCAGGTGACGTCCACTTTATTGAGGTTAAGCCGCATAGCAGGGTGGGAAGTCAACGTGTAAAACCTCTGCTGAATGCCGCCTCAGATTTTCTCCAAGAGCGAGGCTACGGCTTTATGGTTTTGACGGAGAAAGAGCTGGCTCATCCTGAGCTCCTACGTAACCTGACCATCCTCAAACCCTATTTGTGGCAAAAGCTGGAAAGGGCTGAAGTGTCATCCCTGAAAAGTTGGCTCACTGCAAACGGAACCGTCACGCTGTCAATGCTGGTAGAGGAAGTCGGCTCATTAAAGAAAGCCTACTCATTTATCGCACATGGGCATGCGGTAGCCGCCTTGGACGCGCCAATCTCACCAGACACCGAAATCAATCAAATCCCGGAGAATCATCATGAAACTTGCCTCTTTAAAGGTCGGGTTGCACCTGACTTTGCATAA	MSKNTSVALFGALRRVDSRHKNVTRRVREPVSPSKGRVVGYYASKKVNRPVAWESQLELKACMRLEFSPTVLTYHEQPATLHFPALGRMCKYTPDFEIETTSGDVHFIEVKPHSRVGSQRVKPLLNAASDFLQERGYGFMVLTEKELAHPELLRNLTILKPYLWQKLERAEVSSLKSWLTANGTVTLSMLVEEVGSLKKAYSFIAHGHAVAALDAPISPDTEINQIPENHHETCLFKGRVAPDFA				NA	NA	NA	NA	NA
AK237_02937	1947			hypothetical protein	ATGAAACTTGCCTCTTTAAAGGTCGGGTTGCACCTGACTTTGCATAACGTTCCTTATCGTATTAACCGAATCATTGAATCAGACTTGGTAGAACTCGAACGGGTTTCTGATCTGGGGCTGATCCGGTACTCAAAATCTGAAATGTTGGTGTTTCTGAGCAATGGAGCATTAACTCTAACTGGCGGAGAAGTGCCTGTTCAACTAATTGCCACTGAAGTAAGAGCTTCAATCGACGTCCAGTCTCTGCCACCAAAAGAGCAAAAATTGGTTATGCGGAAGTATGAATACGTTACCTCCTGCATCAAAGCAATGGGGACCCGCCCTTCGTGCACCAAAGACTTAGATTTTATAATCGAAAGGGTGGCAGAGCGACTAGATGATGAAAACAAGCCATCTAAGGGAACGGTTTACCGGTGGTGGAAGCAATACAGTTCTTCTTCACGAAACCTTATGGCGCTAGCTGACAAGAAGTCGGGAAAAGAGGGTTGCAGAGCCTTTTCGGACATCGTGCTAAATGAATTAAATGAACTTATCTACAACGTATATCTTAATGAGAATAAGCCCTGTAAACGGGAAGTCTATCGGCTGTTTAAACACCGAATGAACGAACTGAACCTCGCAAGAGTAGAACCCCTCCGCTATCCGAGCGAAGCACACTTTTACAGACTAATAGGCGGGCTCAACAAGTATGATGAAATGGCTGCAAGAGAAGGCAAGCGCGTTGCCGACGAATATTTTCGAACTTCGGGTGCCGGACCAATAGTTCGTCATATTCTAGAGCGGGTTGAAGTTGATCATACTCCATTGGATGTTATGGCCGTCAATCCTGAAACTGGTGAAGTGGAGGGTAGACCGAATCTTACATTGATTATCGATGTCTATTCGCGATTGATACTTGGTATCTACATAGGATTTGAGTCACCATCGCAGCTTTCGGTTATGCGAGCTCTGCGCAACGCCATCCTGCCAAAAAATATGGAAGATGATCTGTATGAAGGAGTAAAAAACGTCTGGTTAGCTCATGGACTGCCGACCACATTGATTTGTGACAATGGCTTGGAATTTCATTCTCACGCTTTGCAGCGGTTTTGCGGAGAACTAGGTATCGACCTACAATTCTGCCCAAAAAGTGAACCTAATCAAAAACCAGTTGTAGAGCGTGCTAATGGAACAATAAATCGACAGGTATGCCACAACTTGCCTGGTACCACTTTCAGCAACATCGAACACCGTGGTGACTACAAAAGTGAAGAAAAAGCCTGTTTGTCACTGGAGGAAATCAGAAATCTGATTTACCGGTGGATCATTGATATATACAACCAGCAGGTCCATTCAACGACCAAGCGTGTGCCAGCAAAACTCTGGAAGGAGGGCTTGCAGATTGTAGAGCCTATGCTTCCTGAGAGTATTCATAAACTTAATCTGTCACTGACGCTGGAAACTCAGCGAACTCTTACTCACAAAGGAATTGAGATATTTAATCAGTTCTACAATGCCTCATCTCTGAGAGCCATGCGGGAGCGCAAAGACCAAAACTATGAAGTGACTATTCGGTATGACGAGGAGGACATTGGCAGTGTATGGGTACATGACGAAGTCAATAATGATTTTATTCGGGTACCTAGTACCAATCCTGAATATGCCGGAGGCTTGTCCCTCAGACAGCATCGCTACATTCGCAAGAACCTAATAGACAAGGGTCTGGGCGAGCAGAATGAGAAGGCAGTGCTTGAGCACCGAGCCAAATTGAGGGAAGCAATCGAATTACTGAAAAGCGAAAAGCTTTTGAGAGAACGCCGAAAAGCAGCCAGGTTGGATCAACCACTTAAAGACAGAAAGAGCTCTATCTCATCAACAGACCGTGTGGCTGAAGCCGATGCCGAGATAGAGTTGGAGCTCTATGAGCTTGTGCCTGAGTTTGAGATCGACAACTTGGAGGCGTTATGA	MKLASLKVGLHLTLHNVPYRINRIIESDLVELERVSDLGLIRYSKSEMLVFLSNGALTLTGGEVPVQLIATEVRASIDVQSLPPKEQKLVMRKYEYVTSCIKAMGTRPSCTKDLDFIIERVAERLDDENKPSKGTVYRWWKQYSSSSRNLMALADKKSGKEGCRAFSDIVLNELNELIYNVYLNENKPCKREVYRLFKHRMNELNLARVEPLRYPSEAHFYRLIGGLNKYDEMAAREGKRVADEYFRTSGAGPIVRHILERVEVDHTPLDVMAVNPETGEVEGRPNLTLIIDVYSRLILGIYIGFESPSQLSVMRALRNAILPKNMEDDLYEGVKNVWLAHGLPTTLICDNGLEFHSHALQRFCGELGIDLQFCPKSEPNQKPVVERANGTINRQVCHNLPGTTFSNIEHRGDYKSEEKACLSLEEIRNLIYRWIIDIYNQQVHSTTKRVPAKLWKEGLQIVEPMLPESIHKLNLSLTLETQRTLTHKGIEIFNQFYNASSLRAMRERKDQNYEVTIRYDEEDIGSVWVHDEVNNDFIRVPSTNPEYAGGLSLRQHRYIRKNLIDKGLGEQNEKAVLEHRAKLREAIELLKSEKLLRERRKAARLDQPLKDRKSSISSTDRVAEADAEIELELYELVPEFEIDNLEAL				NA	NA	NA	NA	NA
AK237_02938	963			hypothetical protein	ATGAACAGCATAACAGAACAAGAGATGTTTCAGCGCATTGCGTCTATCAAGAAAACGGTTGTGCGGCATCCCAAATATGAGGAAGCCATGCTAACAATTGAAACCGCTTTTCGCATGCGAAATTCAACAGGCTTGTGCGAAAACTTATTTTGCATCGGGCCTTCGGGTACAGGCAAAAGCACGCTCAAAAGGCAACTGCGAGAGAAGTATCCAGCGGTTGAAACAGAAGACAGAATATTGATGCCGTACGTCTGTGGTGATACGCCCTCAAAACCCACTATTGGTAATATGGCTGAAGAGCTATTGAAAGAACTGGGAGAACCCAATTATTTCAAAGGCAGTGTCGCTCACAAGACCAATCGCGTACTGACTTTATTGAAGGACTTAGGTGTCAAGCTGGTCATCCTTGATGAAATGCAGCATTTCATTGATCACGGAAATAAACGGACTGCGATTGAAGTGTCGGATTGGTTAAAGCGCTTAATTGACAACTCCAGTGCCTGCTTTGTCTTAATGGGGCTAGAACGAGCTGGCCACATTCTCCAGTCGAATGAACAGCTCCGGCGGCGATTTAGCCATCAGATCAAACTCCCGCCCTTTGGTATCGGAACGAAAGTGGATGCCAGCACCTTTGCTAGGGTGGTTCTGCATCTGGACACTCAGTTGGGGCTGAGCCAGCAACTTGAACTTACGCCGAAACTGGTGAAGCAGCTTCATTACGCCACTAATGGCATCATGGACTATATGGTGAAGCTGTTAGTAGGTGCATTCACCTACAGCGTCAATAACAACCAGGAAGCGATCACCCTGGAGGCGTTAGAGGCGGCTTTTATCAAGTACATATGGGATAAAGGTACTGGCAAGCTAAATCCGTTCAGCGAGAAGTTTTGCTGGCTTAGGTTAGACAAGCCGGGCATGCCGTTTTACCGGATGTCAGTTCCAGAAGCTGACGTAGTGATGTAG	MNSITEQEMFQRIASIKKTVVRHPKYEEAMLTIETAFRMRNSTGLCENLFCIGPSGTGKSTLKRQLREKYPAVETEDRILMPYVCGDTPSKPTIGNMAEELLKELGEPNYFKGSVAHKTNRVLTLLKDLGVKLVILDEMQHFIDHGNKRTAIEVSDWLKRLIDNSSACFVLMGLERAGHILQSNEQLRRRFSHQIKLPPFGIGTKVDASTFARVVLHLDTQLGLSQQLELTPKLVKQLHYATNGIMDYMVKLLVGAFTYSVNNNQEAITLEALEAAFIKYIWDKGTGKLNPFSEKFCWLRLDKPGMPFYRMSVPEADVVM				NA	NA	NA	NA	NA
AK237_02939	1842			hypothetical protein	ATGAAAATCGTTAAACCCCCAATTCATCCCACAATCAAACAGGATGAGTCTCCGCTGGGCTATCTTAAACGGCTGACTCAGTTAAACCATTATGAAGGTCACCAATGGCTCATCCGTTCTGACAAGCATAAAACATTCGGAACCAAGGATCTTATCTTAGCCAAATGCTTTATGGATTATTTCTGGATTATCAGAGACGGTTTCAAACCTCTATGTGAAAGCGGTGAAGATATTCGGCATATTCATCTGGCTCAGGATATCAGGTATTGCCCATATTGCCTTAAGGAGGACCGTTACTGGAGAGGTGCCTGGGCGCTGAAGGTTTCTATATGCTGTTCAAAACACAAGGTCTGGCTTCTGGACCGTTGTCCGGGCTGTGGCAAAACCAATCGGCGAAGTGGTAATGCTCTTCTGAAGTGTGGTTGTGGTACGGCATTCTCAGAAGCAGAAGCCACTAGGTGCTCTGAAAGCTTGTGTACGATGCAGGCGTTTCTTGAGGGAGAAGATAATCTGCGAGCTGGTTTAATGCCAGCGAAGAATGGCCTATCCCTGCTTAAACGAATCAAGTTGCTGGAGTTTACGGCTCGCCGGGTGCCTAATTATGCCAAGTTCAGGAGGGGAACCAATATTCATCTAAACAATATTGAAACCGCTAAAGACGCTGCTATCGATACAGCGAATGCTTTATTTACTGGTACTGCTGGTTATATCGCCTTCCTAAAGACGCTTAAAGACATGGGGTGTGATGGCACTACTTCTCAGTTTGATCGTCTGACGTTGTTTTACAGGGGGTTTTACAATATTTGTGACGAGCCATGTTTCGTCAGGTACAAAGAGATTCTGGAGCAGTTTGTCAATGAGCATATTGACAGGCCACTTACACGCAGAAATAACCTGTTTAGTGAAAAAACAATTCGAGGGCATCAATGGGTAGCACTGCAGCAGGCGACCAAGGAGTATAAGTTGCCCAAATCTAAGCTTTTAGGTGCAATTAACTCTGGCTGGCTAGAAGCCAAAACTGAGAGGAAAGGCGACAGAGATTATACGCTACTTAGCAGGCCTCAGATTGAATCCAGGTTCCACTTTATCAATGAACAATTAACCGCCCTGGAAGCCAGGCTTAAACTCGGTGTCACTAAGGCTCAACTCTACCAGTTAATAGAGCATAGAGAGTTAAAGGAGGCTGTAGCTCCAGAGGAAGGGGTGTTTCCGACTTGGCGAATACCCGAGCATGAAGTAGAGCAATATCTGAATGAGCTGTTCCGCGTAAAACCAGCCGATATTGGAGATGTAAAGCCTATACAGGCCATTCTCCAGGCTTGGGGTGGAAAGTATCCCGATTTGCTCGTCTGCATTCTTCGAGGTATACGCGCTGGTTCCCTTATGTATCGGGTTAAGCCTGCGCCAAGAAGTATCAGAACGATTATGCTCAAAGAAAGCCAGGTTTTAGCACTTGTCGAATGCACTAATGCACCAAAGGCATTTACAGTGCCGCATATCGCTAAGTTACTTGGCATAAATGAAGAGTTTACTTATCAATTGATAAACGCCGAAGTGCTTGCCAGCGAAAAGGGTAGAAAAGAAAATACGCGAACTATTTATCACCAGCACATTAAGCTGTTCCAGGACGAATATGTCCTGCTATCAAAACTGGCTAACGTAATGGGGGTTGGTTCCAGAACGCTCATAACTTACTTGGAGGCAAGAGAGATCCACCCAGTAGATGAAACTGAAAGGAAGAAGTTAAGGCAGCGAGTTTATTGTCGCAGTGAGTTGATTAGTCTGCCTTTCCTAACGGATTTTCTTAAGGAAGGTTTAGATTGGGCTTACGCTTCTTTATAA	MKIVKPPIHPTIKQDESPLGYLKRLTQLNHYEGHQWLIRSDKHKTFGTKDLILAKCFMDYFWIIRDGFKPLCESGEDIRHIHLAQDIRYCPYCLKEDRYWRGAWALKVSICCSKHKVWLLDRCPGCGKTNRRSGNALLKCGCGTAFSEAEATRCSESLCTMQAFLEGEDNLRAGLMPAKNGLSLLKRIKLLEFTARRVPNYAKFRRGTNIHLNNIETAKDAAIDTANALFTGTAGYIAFLKTLKDMGCDGTTSQFDRLTLFYRGFYNICDEPCFVRYKEILEQFVNEHIDRPLTRRNNLFSEKTIRGHQWVALQQATKEYKLPKSKLLGAINSGWLEAKTERKGDRDYTLLSRPQIESRFHFINEQLTALEARLKLGVTKAQLYQLIEHRELKEAVAPEEGVFPTWRIPEHEVEQYLNELFRVKPADIGDVKPIQAILQAWGGKYPDLLVCILRGIRAGSLMYRVKPAPRSIRTIMLKESQVLALVECTNAPKAFTVPHIAKLLGINEEFTYQLINAEVLASEKGRKENTRTIYHQHIKLFQDEYVLLSKLANVMGVGSRTLITYLEAREIHPVDETERKKLRQRVYCRSELISLPFLTDFLKEGLDWAYASL				NA	NA	NA	NA	NA
AK237_02940	96			hypothetical protein	ATGGAGCTCAATAAGGCCCCCCTAGCACCAGCGCTTCATTTGCTTATCGAGCATTTATACCAAGAAGATAAGAATGAACGAGAGCAAGGGAACTAA	MELNKAPLAPALHLLIEHLYQEDKNEREQGN				NA	NA	NA	NA	NA
AK237_02941	363			hypothetical protein	ATGGCTAGACCTAAAAAAGACATTCAACTTAAGCGTGAGATGTGTCAGCGCCTACAAGTTCTGATTAAGGAATATGCTGCCTGTAGCTTATCCGAGTGCTCTAGCCAACTTGGATATGCCAACCCGACTGTGTTGAGAAAAGCTCTTGCTGGCAAAGTATTTTTGGATACGGAGAGACTCTACAAGCTCGCTAATTTGAAGACTAAGGATGGCCTTAGCCCTAATCTGCATTGGCTAATAACTGGCGAAGGCTCTCCTACATTGCTAAGAGAAAGTACATCTATACATATGCACGCAACTTCATTATTGCGCACTATGCCTGCAAACAAGTTGAAGAGTTTGGTGGATTTCCTTGAGACCTGA	MARPKKDIQLKREMCQRLQVLIKEYAACSLSECSSQLGYANPTVLRKALAGKVFLDTERLYKLANLKTKDGLSPNLHWLITGEGSPTLLRESTSIHMHATSLLRTMPANKLKSLVDFLET				NA	NA	NA	NA	NA
AK237_02942	1032			hypothetical protein	ATGAAAACCTCTGCTAACCCACATGTAATAGTTAAGCTCCAAAAGCCCAAGCCTTCAGTGGTATTCGATACATATTGGAAGTTTGCATGTAGAAGGCAAGAGGCGTTTTTTGCAAGATTAAGTTATCCATGCGGGCCATGGACAGAAGATCCAATACTAAAGACCTATAAGTTTACAAATGCGTATAGGGCTTCCGATAGGGTCAGTCAGTATTTAATAAAAAATGTTATTTATTCTCAAAAATGGTCTGTGAAGGATACAGTCTTTAGAACTCTTCTTTTTAAAATATTTAACAAGATCGAAACATGGGAATTACTTGAAAGCCAATTCGGAGAAGTGTCCATTGAAAGCTTTGATGTTAGTAAATATGACAGAGTATTGAGTAAGGCCATGCAAGCCGGTGGAGCCATATATTCAGCAGCTTATATTATGCCGTCAGGTCCGAAGTCTAAGTGCGCAGGCTTGCGGAAGCATCAATTTCATCTTTCCCTGCTCCAATCTCTTCTGAATGATGGGCTTGTAGAGCGCCTTCTAGCATGTACTTCAATGGAGCAGGCATACAAAGAAATACTAAAGATTGAATCTTTCGGAAAGTTCCTGTCATATCAATTTGTTACAGATTTAAATTATTCAAATGTCATGAATTTTAGCGAGACAGATTTTGTTGTACCTGGCCCTGGGGCTCTTGATGGTATTAAAAAGTGCTTCATAACTTTGGGCGACTACAGCGAACAAGACGTAATAAAAATGGTCATGAATGAACAGGAACACCATTTTGATAGGTTAGGAGAGAACTTTAAGTCCCTATGGGGTAGAAAACTTCAATTAATAGACTGCCAGAATCTATTCTGTGAAGTGGATAAGTATTCTAGAGTTGCTCATCCTGATATTGAGGGTATTAGTGGACGAACCAGAATAAAGCAAAAGTTTAAACCGAGGAACAGAGAAATATCTGTTTGGTATCCACCAAAGTGGAGAATTAACCACCTGATTAATGAACAACCTAAGGCCTTGGAAGCTCTTGCAATGTAA	MKTSANPHVIVKLQKPKPSVVFDTYWKFACRRQEAFFARLSYPCGPWTEDPILKTYKFTNAYRASDRVSQYLIKNVIYSQKWSVKDTVFRTLLFKIFNKIETWELLESQFGEVSIESFDVSKYDRVLSKAMQAGGAIYSAAYIMPSGPKSKCAGLRKHQFHLSLLQSLLNDGLVERLLACTSMEQAYKEILKIESFGKFLSYQFVTDLNYSNVMNFSETDFVVPGPGALDGIKKCFITLGDYSEQDVIKMVMNEQEHHFDRLGENFKSLWGRKLQLIDCQNLFCEVDKYSRVAHPDIEGISGRTRIKQKFKPRNREISVWYPPKWRINHLINEQPKALEALAM				NA	NA	NA	NA	NA
AK237_02943	1074			hypothetical protein	ATGAATGCGGTTGAGTATCAAGAGCAAGCTAAACGAACAGACAAAATTAACTGGGCCCATATGAATGGGCCTGATGTAGCAATACTAGGTGCAATGGGTGAGCTCGGTTCATTGGCTTCTGTAGTGAAAAAGAGACAGAGAGATCACGACGCCTATGTTGGATACGAAGAACACTTTACTGAAGAGCTAGGGGATGTTCTTTGGTATGTTTCCATTATCGCGTCAAGATTGGGTATCTGCATTAATGAATGGCCTCCTTTAAAAAACGATGGCGGTAGCGTTTTTAGTTGCATCTATTTGTTGTCAGAAAAAATGAACAAACTGAAGGATTTGAAATCCGCACTAGTAGCAGCCCACCAAGAACCTTCTCTTGATCAAAAAAATATTATTTACAGCATCTTGGAAGATTTACAAACTTTAGCCAGTCTGATTGGCAGTGAGCTATCTAGAATAGCCTTTAACGCTATTAACAAGACACTTTCCTATTGGTGCTCTCACGACAAAGCACCTGCGAGACAGTTTGATGAAAGCTTTCCTTTTTACGAACAACTACCAAGAAAGTTTCATATTGACTTTATCAGTGTAGAAGGAGGAAAAACCACTCTAATGACGATGAATGGTATGCAGCTTGGTGATCGGCTAACCGACAATTCGTACGAAGACGATGGATACAGATTTCACGATGTTTTTCATTTAGCCGGAGTTGCCACTTTAGGTTGGTCCCCTGTAATGAGGTCATTATTAAGAGTTAAACGAAAGAGCAATCCGCAGAAAGATGAGGTAGAGGACGGTGCAAGAGCAGCTATTATTGAAGAAGCTATAATCAATCACGTATATGATTTCGCAAGACCAAACTTTTTAGAAGGAGTGAAAAGGGTCGACCTAGACATCATTAAGCGGATTCAACGTCTTGTAAGGGGATATGAAGTCTCCGAGTGTGAACCGTGGGAATGGGAAGACTGCATCTTAAAAGGCTTTAAGGCTTTTCGGAACCTTAAAGAACAAGGTGAAGGACGCCTCGAGATAGATGCAGACCGTCGTATGATTACATTGCAAGAGCTTCCAAGGCCTTAG	MNAVEYQEQAKRTDKINWAHMNGPDVAILGAMGELGSLASVVKKRQRDHDAYVGYEEHFTEELGDVLWYVSIIASRLGICINEWPPLKNDGGSVFSCIYLLSEKMNKLKDLKSALVAAHQEPSLDQKNIIYSILEDLQTLASLIGSELSRIAFNAINKTLSYWCSHDKAPARQFDESFPFYEQLPRKFHIDFISVEGGKTTLMTMNGMQLGDRLTDNSYEDDGYRFHDVFHLAGVATLGWSPVMRSLLRVKRKSNPQKDEVEDGARAAIIEEAIINHVYDFARPNFLEGVKRVDLDIIKRIQRLVRGYEVSECEPWEWEDCILKGFKAFRNLKEQGEGRLEIDADRRMITLQELPRP				NA	NA	NA	NA	NA
AK237_02944	789			hypothetical protein	ATGAAGTTAATAAGCAGAGAGACTAGGGAATGCGCCTGGCTAGCGGCAGTTGAGCATTTAGCAAATGAAGCAATAGGAGGGCTTGAATACAACCTTATACTTGAAGTGAAGAATCCTTCACAATCAACACCAGAAGCTGTAGCAATTAGACATGATTTGGATGAACTCCTAAAGATAGCTAATAAATATACTGTTCATACGGTTGCTGAAACTATTTTTCCCGCCACTTTATACAAAAAGCATGGTTTAAAAGGCGTATACGAGATATATCCTAATGAGATATTTCCTACGCTGAAGAAGTGCAGAGGTAACAACAAAGGTACATATGCATATCGTATCGTCAGAGGAAAAGACCAGCATGGTAAGGATTGTAATCCCTTAGAAAAGATAGTTGATAGGATGAAAGGTCAATTGAATCGAGCGGGCGGCATAAGATGTGCCTTTGATATGTCAATCGACGAAGTAGATACAATCCCAATCAATAGGAATGACTCATTTATACAGGGATTTCCGTGCCTGAGTCACTTAAGCTTTAAGCTAAGCGCAGATAGAGAAGCGCTTCACTTAACGGCAATATATCGCTCCCAAGACTTCATACAAAAAGCACTCGGCAACCTTCTAGGATTGGCGAGACTTCAGAGCTGCGTAGCAAGGGAGGTAGGAGTGAAAGTTGGAACCTTGGTTTGTCACGCTACATTGGCTCGACTGGATAAACACACGGGCATAGGCAATAAACAAATTTCAAATATGATTGAGTCGCATCGGGAAAATTTCGATGAATGCGGTTGA	MKLISRETRECAWLAAVEHLANEAIGGLEYNLILEVKNPSQSTPEAVAIRHDLDELLKIANKYTVHTVAETIFPATLYKKHGLKGVYEIYPNEIFPTLKKCRGNNKGTYAYRIVRGKDQHGKDCNPLEKIVDRMKGQLNRAGGIRCAFDMSIDEVDTIPINRNDSFIQGFPCLSHLSFKLSADREALHLTAIYRSQDFIQKALGNLLGLARLQSCVAREVGVKVGTLVCHATLARLDKHTGIGNKQISNMIESHRENFDECG				NA	NA	NA	NA	NA
AK237_02945	651			hypothetical protein	ATGGGAAATAGTTTTCAAATGTTCCCAACTATTCATACTGATATGAGATCGAAGCTCCCCCAAGTTAGAGATCAAGGAACAAGGCCGCTCTGCCTTATCTTTGCTTCCAGTGATTTGAATTCATATATAAATGAAACAACAGCAGCACTATCCGTTGAGTACTTAGCTCATCATTCTTATAAAGCTGCTGGACATGAGAACTATCGCATTGGCTTACCTATACACAGTGTCCAAGCCGCGTTAAGAAACAATGGACAGCCTTTTGAAGCAGAACTTCCATATAGAAAAGACGCATTTGAACCACTTTGTTCTACAGGAAATTTCAATAATCTGTTTTTCGCTGAACTTTCTCAAAAAAGTGACTTTTTTAGTTACCTAATAGAAAAGATTACTAGCAATGAGCCGGCTGTTTTATGCATATCAATTCCCGATAGTTTCTTTTCTCCGCAACCCCCTTTCGTGTTTGATAGAGAAGATGGAGATGTAGGTGGACATGCTGTTGTAGCAGTTGGCTTGGGGAGTCTTGCCAATGGAGAACCTTGCATTTTGATAAGAAATAGTTGGGGAGAAGCATGGGGAGTAGGTGGTCACGCTTGGGTCACAATTACATTTCTGAAGCAAAGGCTCATAGGAAATCTAGGATTGGAATAA	MGNSFQMFPTIHTDMRSKLPQVRDQGTRPLCLIFASSDLNSYINETTAALSVEYLAHHSYKAAGHENYRIGLPIHSVQAALRNNGQPFEAELPYRKDAFEPLCSTGNFNNLFFAELSQKSDFFSYLIEKITSNEPAVLCISIPDSFFSPQPPFVFDREDGDVGGHAVVAVGLGSLANGEPCILIRNSWGEAWGVGGHAWVTITFLKQRLIGNLGLE				NA	NA	NA	NA	NA
AK237_02946	981			hypothetical protein	ATGAATGTAAGGGAAGCAAAGCTCAGGGGAATAAGGGGTGCATCTGAAGTCCTTTCCAAGCTCAAGCTGTATGAGAAGATAAAAGGTGGGTGCGAACAGGTAGACGTATTCAGTTGCATTAACGAACTTGGCATCCCAGTCCTATGCCGTCCCTTGAAAGGTTTATTGGGAGCTTACATTAGGGCTGGAGGTTCAGATGGGATACTTGTAACGAGCGAACGTCGCCCTCACATTCAAAGGTATACTGCCGCGCACGAGCTAGGGCATTATTGGCTCAAGCACTCTCAAAGCTTTGATACTGAAGCAGACATTAGACTCGCAAGGATGGGGGCTGCACAAGTTTCCCTGCAAGAAATAGAGGCTGAGGCTTTTGCGTCCGAGCTTCTCTTACCTAAGCAGCTTTTGGTTAGCGTATTAAGAAGGAAGAAGTGGTCAAAAAGTGATGTTAAAAAGCCAGAAAATATTTACCAACTTTCTCTAAGAGTTGGAGCAAGCTATGAGGCAACCTGGCGAGCGTTAGAAGAACACAAGATATTATCCCGAGCAGATACACACATATTTGAATCGACGCCACCAAGGCAACTAAAGAAAGCTCTGCTGTCAGGAATACAACTGCAACACTCTTGGGCAGATGTCTATCATCTTGATGAGACAGACTCCGGTACATCTCTAATTACAAGCCCCGAAGATACTATTCTAATAGACTTGGAAGAGCATGTAGGTAGTGGCTATGTTTGGACAGATGTCGCTAAATCATTACTCCCGATTCAAAAGCTAGGCGATCAAAGAACTGATATAGCAAATTCTCACGCTATTGGAAGCCCCAAGAGAAGGCAACAGTTCTTTATTGGCGAAGGTGAAGTGGAGCTGAGATTAGAGGAAAAAAGACCCTGGGATACTGATAAGCCTCCCAGCTCTAGCTTCAAAGTTTCAATACACTTTATGAAATCAGAGCTTGGGCTGCCAACGGTGGTTCGCTGA	MNVREAKLRGIRGASEVLSKLKLYEKIKGGCEQVDVFSCINELGIPVLCRPLKGLLGAYIRAGGSDGILVTSERRPHIQRYTAAHELGHYWLKHSQSFDTEADIRLARMGAAQVSLQEIEAEAFASELLLPKQLLVSVLRRKKWSKSDVKKPENIYQLSLRVGASYEATWRALEEHKILSRADTHIFESTPPRQLKKALLSGIQLQHSWADVYHLDETDSGTSLITSPEDTILIDLEEHVGSGYVWTDVAKSLLPIQKLGDQRTDIANSHAIGSPKRRQQFFIGEGEVELRLEEKRPWDTDKPPSSSFKVSIHFMKSELGLPTVVR				NA	NA	NA	NA	NA
AK237_02947	336			hypothetical protein	ATGAATTCTGACGAAAGAGTTAGGATTGGAAACCGCTTAAAAGAAGTAAGGGAATACCTAAACATATCTCAAAGTGAAGCTGCAGATATTATTAAAGTTTCTAGAAGTGCGATCTCATTGATAGAAAATGGTCAGCGAAAATTAGACTCCGTAGAACTTATGCGGTTAGCAAAACTCTATCAGCGTCCAATGGCTTATTTCACAGAAGATGATTACTCAGCTGAGCAAAATCCTCAAGCAGCGGTATTGGCAAGAAGTCTTTCAGGGTTATCTGACGACGACAAAAAGGAACTAATGAAGTTCGCTGAGTTCTTGAACATGAGAGCGAAGAAGTAG	MNSDERVRIGNRLKEVREYLNISQSEAADIIKVSRSAISLIENGQRKLDSVELMRLAKLYQRPMAYFTEDDYSAEQNPQAAVLARSLSGLSDDDKKELMKFAEFLNMRAKK				NA	NA	NA	NA	NA
AK237_02948	324			hypothetical protein	ATGACTAACGCCGCTACTGAAATTCTTGCTGATGAGTTCCTAGCCATCAAGGGTGAGCTGATAGATGCCCTAACGGTAAAGCTTAACGAAGAGATAGAACTGTCAGAGTTTGACACGGATGAGGACGAATTGTGGGGCACCCCATCTGTCGACTCAAAGACTATGATTAAACTGTCTCCAGTAGTGGAAGAGTATACAGGAAAGAAAATTAACCCTAAATGGTTAAAAGCAGGTGGGTACGAGACAGTTGATGAGGCTGTTGGAGACCTAGTTGAGCAGCTTGAATTTGACTTTAAAAAGGTGAGCTCTAGCAATGAATTCTGA	MTNAATEILADEFLAIKGELIDALTVKLNEEIELSEFDTDEDELWGTPSVDSKTMIKLSPVVEEYTGKKINPKWLKAGGYETVDEAVGDLVEQLEFDFKKVSSSNEF				NA	NA	NA	NA	NA
AK237_02949	255			hypothetical protein	ATGACAACTGGAAATAAGAAACTTTCATTGAATAAGTTTGCGAATGTACTTTTTTCGATTAAAGAGAGCATTTTTAAAGCACTTTATCCACTTAGCAATGGCCCGACGCTTTCAATTCAAGAAATAAAGCCGAAAGTTAGCTTTATAGGTGACAGTCATATTATGAGCTTTTCGGCTGAGTACGCTAATGCTGTATGCAGTGGCAAAGCCGCTGTTGATGATAAAGTAGTGACAAGTGTTTGTACTATCAAATAA	MTTGNKKLSLNKFANVLFSIKESIFKALYPLSNGPTLSIQEIKPKVSFIGDSHIMSFSAEYANAVCSGKAAVDDKVVTSVCTIK				NA	NA	NA	NA	NA
AK237_02950	564			hypothetical protein	ATGGCCACTCGTATAGCATTGATGGGGATTTCAGGCTCAGGGAAAGATTACCTTGGCTCTCTACTTGTTGAGAGTTATGGTTACAAACGATTCTCATTTAGCGATCAGTTGAAATCGCTTGCTCGAAAAATATATCCTTGGCTCGATCAGGACTACCCACCTCTTGTGAAGGAAAACCCGCTAGATATTAGGACAAGTACAGGCGAGATCATCCAAAAATCACCAAGAGAGATATGGCTTCACCTGAACTTTTTAAGAGAGGTTGAGAACAAGATTTTCATTAGGATGTTAGAAGAAAGTCTGGGTGACCATGAACGTTTGCACCCGGACAAAAAAGTCATGATATCTGACATTCGTTCTATAGATGAACTCAATTGGTGCAAATCTAATGGCTTTGTTGTCGTATATATCTATCCTCAGAAAAGGGTATATAAAGATTACGATATCGACAAACAAATTATTGAGAATAGTGGCTTGGCAGATTTTGAATTTGAGAACAATTTTAATGGCCAATCTGATTTTAAAGCTTTTCTGAATAGGGAAGTTTTTCTCTCTGAACGTTGA	MATRIALMGISGSGKDYLGSLLVESYGYKRFSFSDQLKSLARKIYPWLDQDYPPLVKENPLDIRTSTGEIIQKSPREIWLHLNFLREVENKIFIRMLEESLGDHERLHPDKKVMISDIRSIDELNWCKSNGFVVVYIYPQKRVYKDYDIDKQIIENSGLADFEFENNFNGQSDFKAFLNREVFLSER				NA	NA	NA	NA	NA
AK237_02951	678			hypothetical protein	ATGATATTCAAAGAGAGACTAGTTAAATTTGGTTTTCACGGGAATAAAGAGACACCATGTAGGATCGTTAAGTTCCTATTTATAGAATCCGAGAAAATAGTAAAGTGCAGCGCTACCTTAATCTATTCAGAATATTGGCAAGACCAAATTGGGTATCTTTTTAGTTGGTCCCTGTCTGTCGTAGGGAGTCAAAGGTTGAGCGTTCCTGTTGATACAGTCAGTCCATTAAGAGGTGCTGGAATTGGTACTTATTTGCGAGACCGGGTAGTAGCTAGGGTGAAGCATAAGTTTTCTGGATATAGTGTTGTACCTGCGAAGTTGAGCGTCCAGGACTCAGACCCTGAAAATTTCGAGCGACGTCATCGGTTTTATTGCTCAGCTGGATTCACTGTCGAGTATTCTGAGGGTTCTAACGGTGCAGGCAGAATATTCGCCAACGACGTTGATGAGTTAATTGAAACCCGTGAAGAGGGCGAATATGAGCATTTGGAATTGCCTAAGCTTTTGAAGGAATTGTACGCCGAAAACCAGGAACTCAAGAGAAAAAGTGAAAATTTTGATGAATACTATGATAGTACTCAGAGAAGAATAGATGCCTTGTACATAAAAATACTTCACCAGAAAATTCTGTGTACCATTCTAGTAATATTGGCAATAGTCCTGCTCTTCGTAACATAA	MIFKERLVKFGFHGNKETPCRIVKFLFIESEKIVKCSATLIYSEYWQDQIGYLFSWSLSVVGSQRLSVPVDTVSPLRGAGIGTYLRDRVVARVKHKFSGYSVVPAKLSVQDSDPENFERRHRFYCSAGFTVEYSEGSNGAGRIFANDVDELIETREEGEYEHLELPKLLKELYAENQELKRKSENFDEYYDSTQRRIDALYIKILHQKILCTILVILAIVLLFVT				NA	NA	NA	NA	NA
AK237_02952	711			hypothetical protein	ATGTCAGATAGTCCGTTAACTCCTGAGGCCAGAGAAGCAATTCGTAGTTTCATATACAAAATTACGATTCCTATAACTACTTTTCTGGCAATATTCACTGGTATTGTAGGATTCACAATTAAGGACTATACAGTATCCGAAGCAGTAAAATTGTCACAAAAAGACTTTCTTGCAAGTTTAGCGGAAGTCACCAAAGAAACGGCCAGAATTCAATCTAACGCTGAAGAGATTCTCAAAGATATAAACGAAAAGAAACAGGAGATAGAGGAACTCTCTAGTTTACTTAAGCAATATAGGGAAAATGCAAGATCTTTAGCAAGCGATACCGAGTTTACCCAAAAAGTAGCCGAGCTTGTAGAGGTAAATAACACTTTCAAGTGGCGCAAAGTAGAGTATCAGCCGAGAGGCAGCTTTAAAAATAATTGCGTATATATACTAAGAGAAAACTATTATCTAGAAGCAGCTGATGAACCTGGCTACCTATATGGCCCAGACCTAAGAACGACCATAGTGGCTCATCATGTATCTGCGCTCAATATACAATTTTTCGATAAAGAAAATAACTTGCAAAAATTAGATTATTTTGACCTAAAAGACCAGGAAATTGGTCAAGCAGCAAGAATAGCTGCTCCATACGTTGCGTATGAAGCTTGTTTTGTTGCAGAATCAAAACTGAAATTTAAAACAGTCTCTGTATCTTCAGAGAATTAA	MSDSPLTPEAREAIRSFIYKITIPITTFLAIFTGIVGFTIKDYTVSEAVKLSQKDFLASLAEVTKETARIQSNAEEILKDINEKKQEIEELSSLLKQYRENARSLASDTEFTQKVAELVEVNNTFKWRKVEYQPRGSFKNNCVYILRENYYLEAADEPGYLYGPDLRTTIVAHHVSALNIQFFDKENNLQKLDYFDLKDQEIGQAARIAAPYVAYEACFVAESKLKFKTVSVSSEN				NA	NA	NA	NA	NA
AK237_02953	2037	dapb3_2		Dipeptidyl aminopeptidase BIII	ATGGATCATGAGAACCCACACCAAAAGCCCGTGTATGAACACGGGCTTTTTTATAGGGAAAACTTAAAAGGAATTGAACGTGTTCTTAGGCAAAGGATTTTTGCTGTATTAACAGCGGCTTGCTGTTACTTACCTCTTTCACCTCTTTATGGTGAACCCCTTCCTGCGAGTGCTTTTAGCCAGCTACCTGTAGCTGAAAACGTCACTCTCTCTCCCTCAGGCCGTCATATTGCTTACCTGAATTCGGTAACCTTAGAAAAGAGCGGACAAGCCCTCACGCTACTGACTGTGTTTGATCTTTCTAATGGAAAATCTGAGCGACTTCTTACTTCTGATAACGAGGATACAAGGATTCGGTGGTACAAATGGGTTAACAACGACCAATTACTTGTTAGCGCAATGTTTGCTGATAAGCGTCCGAGTGGTTATACCTATACGAAAGTACTCGAAACCCGGCTACTTGTTTTGGACGCGAATAATGAAGAAAAGCCAAAACTTCTGATAAAGCCAAGGCGATTTCGGGATGAGCATATATCCCAAGTGCAAGACGACGTAGTGAGCTTTTTGCCTCATGACCCAGACCATATATTATTATTGATTGATGTGGATACGGCTTTGCTACCTTCTGTCTATAAGGTAAACACAAGAACGTTGGAAAGAACCCGACTCGAACGCGGCAAACAGCAGATAAGAACGTGGTTTGCCGATCAACAGGGCAAAGTCAGAGCAGGGATGAGCGTAGACTATAAAGATGGAGAAACGAAGATACTGGTGAGGCAGGTAGGTAAAGAGGCTTTCACTACACTGTTCAAGTACAACGCGCTTACTGAACCAGGTATCACTTTATTGGGTTTTGGAAAAGATCCCAATTTGCTTTATTACAAGGCGTATTTTCATGGCTTCCTGGCTCTCTTCAGGATGACACTGGATGATCAGAAATCTGAACTCGTACTGTCTAACGAAATGAGAGATATTGAAGGTGAGCTTATCTATTCACCTAAGCAGAATGAGGCGGTGGGCATAGCGTTCTCAGGCGCTAAGCATGGCACCTACTATTGGGACAAGTCTTCGCAAGATTTCGAAGATGCACTGTCATTGGCTCTACCCGATAGCGCGCTAACAGTGTCAGGTTTTGACGCGAAGGAAAATCGCTATGTGGTTTATTCAGAAACGGATTCTAAGCCTGGTGTCTATTTTGTTGGCGACAGAGAAAAGGGGGTGTTGCAGCCGCTCTTCAGCCAGTATCCTGATTTGACAGACCATCCACTGCCTAAACACCAGCTTATCACGTATAAAGCAAGAGATGGCGTAGATATCGCTGGCTACCTGACGCTTCCCTTAGGGCGTAAAAACAAACATCTGCCCACAATCATTTTCCCCCATGGCGGGCCGTCATATCGGGACTATGACGGATTTGATTATTGGACTGCTTTTTTTGCTGATCAAGGATATGCAGTGTTACGACCTAACTTTCGTGGTTCGTCGGGATATGGATATGACTTTAGTCAGGAAAGAATGAAGGGATGGGGCTTAGCGATGCAAGATGATATCACTGATGGTACCAAATGGCTGATCAAAGAGGGAATTGCCGACCCTGATAATATATGTCTTGTTGGCGCGAGTTACGGTGGTTATGCTGCCGCAATGGGCTTGGTTAAAGAACCCAATATGTATCGCTGTGGAATTAGTTTTGCGGGTGTTATGGACTTAAATAAACTTGTGTGGCGAGCCAAAAGATTTGTAACTAACAAGTTCGTAAGAAATGAAATAGGTGATGAGACCGAGGATCTCAAAAAGCGTTCTCCTTACTACAATATTGATAGGATAAAGGCGCCTTTGTTATTAATTCATGGCGAGGAAGACCGGATTGTGGATGTAAGCCATAGCCAGGCGATGTATGAGGCAATGCGTGATGCAAACAAAGACGTAAACTATATTGAATTAGAGAGTGGTTCACACCAATTAAGTATTCAGAGGAACCGACACCAGACTTTTGCGGCTATGCAATCTTTTCTGGCAACGCACCTTAAACATTAA	MDHENPHQKPVYEHGLFYRENLKGIERVLRQRIFAVLTAACCYLPLSPLYGEPLPASAFSQLPVAENVTLSPSGRHIAYLNSVTLEKSGQALTLLTVFDLSNGKSERLLTSDNEDTRIRWYKWVNNDQLLVSAMFADKRPSGYTYTKVLETRLLVLDANNEEKPKLLIKPRRFRDEHISQVQDDVVSFLPHDPDHILLLIDVDTALLPSVYKVNTRTLERTRLERGKQQIRTWFADQQGKVRAGMSVDYKDGETKILVRQVGKEAFTTLFKYNALTEPGITLLGFGKDPNLLYYKAYFHGFLALFRMTLDDQKSELVLSNEMRDIEGELIYSPKQNEAVGIAFSGAKHGTYYWDKSSQDFEDALSLALPDSALTVSGFDAKENRYVVYSETDSKPGVYFVGDREKGVLQPLFSQYPDLTDHPLPKHQLITYKARDGVDIAGYLTLPLGRKNKHLPTIIFPHGGPSYRDYDGFDYWTAFFADQGYAVLRPNFRGSSGYGYDFSQERMKGWGLAMQDDITDGTKWLIKEGIADPDNICLVGASYGGYAAAMGLVKEPNMYRCGISFAGVMDLNKLVWRAKRFVTNKFVRNEIGDETEDLKKRSPYYNIDRIKAPLLLIHGEEDRIVDVSHSQAMYEAMRDANKDVNYIELESGSHQLSIQRNRHQTFAAMQSFLATHLKH				NA	NA	NA	NA	NA
AK237_02954	489			hypothetical protein	ATGCTCAACATCATCCTGGTTGAGCATTTTTTTGGTGGAGTAACAGTGAATAAAAAGTTCGCTTTTTTGTTAATGTTTGTCTTCCTCTCAGGTTGTAGTAGCCGGAGTGTGGTTAGTCTTCCAGGCTTAATGGATCCGCCTGAAATAAAGTTTGAGAATTTATATTTAAGAGGTGTGTTTAATTGGTGGGAAGCCAATGCAAAATATCAGCTCAAGCAAGGCGCACAAGGATGGTACGTCGATGTAGACTTAATTGCTGATGGCCAGCCTTATGATTTCAGGCTATCTGATGGCTTTTGGACACCGGATCAAACATGCGGTGCACGCTATAGAGGACAAGTGGTACTCATTCAGTCTTCCATATATATGGTGTGCGGTACTGAATCAGAGAACCTCCAGTTTACGCCCGAATCTACCGGCGTTTATCGCTTCACTTTCACCCCTGCGAGTGGCGGCGAAGTGATGCTAACAGTCTCTCCCAAAGCATAA	MLNIILVEHFFGGVTVNKKFAFLLMFVFLSGCSSRSVVSLPGLMDPPEIKFENLYLRGVFNWWEANAKYQLKQGAQGWYVDVDLIADGQPYDFRLSDGFWTPDQTCGARYRGQVVLIQSSIYMVCGTESENLQFTPESTGVYRFTFTPASGGEVMLTVSPKA				NA	NA	NA	NA	NA
AK237_02955	2070	glyS	COG0751	Glycine--tRNA ligase beta subunit	GTGCGCACTGAAAATTTACTGGTAGAAATTGGAACGGAAGAACTGCCTCCAAAAGCCTTAAAGTCTCTGGGGCAAAGTTTTGCAGATAACATGCAAGCCGCTTTAGACAATGCAGAACTGGCTTATTCCGCGGTACACTGGTTTGCGGCACCTCGCCGTTTAGCTGTTACCGTGTCAGCATTGGCAGAATCGCAACAAGATAAAATTGTTGAAAAACGCGGCCCAGCAGTGTCTGCCGCATTCGATGCAGACGGAAATCCGACAAAAGCGGCACAAGGTTGGGCGCGAGGAAACGGTATTGATGTCGCTGATGCAGAACGACTCACTACGGACAAGGGTGAATGGTTATTGCACCGTGCAAAGGTAGAAGGACAAAACATCGGAGCACTCATTGAAAGCCTGGTCAATCAGGCAATCAGTAAACTGCCTATTCCTAAAGCGATGCGCTGGGGTAACTCCACTACGCAATTCATCCGTCCTGTCCATACTGTTACTGCATTGTACGGCGCCGAGCTGCTTCCTCTTACCGTTTTAGGCAAAGCTAGCAATCGCATCGTTCAGGGGCATCGCTTTCATGGAGAAGCAACGTTTGAGCTAGACCATGCTGACAACTACGCCGCTGCGTTAAAAACGCATTATGTCATTGCAGACTTTGCCGAGCGTGCTGAATATATTCGCAACGAGCTCGAATCGGCATCAAAGGCACTTGGATTGTCGGCGGATTACAGCGAAAGTTTATTGGAAGAAATTGCTTCACTCGTAGAATGGCCGGTTATCATGCAGGCATCTTTCGATGCCGCTTTCCTGGAAGTGCCTAAAGAAGCTCTCATCTACACCATGAAAGATGATCAGAAATACGTACCACTTCTTAACAATGACGGTGCGTTAGATAACCGCTTTCTGTTTGTCAGCAATATTGAGTCACAAGATCCCATTCAGGTTATCTCTGGTAACGAGAAAGTAATTCGCCCCCGTCTGGCTGATGCTGAATTCTTCTTCAATACCGATAAGAAAACAACGTTAGAGAGCCGGTTAGCTAGCTTAGACACCGTACTGTTCCAGAAGCAGCTTGGTACGTTGAAAGATAAATCTGACCGTATTTCTGCGCTGTCTTCTTTTATTGCCGAGCAAATAGGTGCAGATGTTGAAGCCGCCGCCAGAGCCGGACTGTTAGCGAAAACTGATCTCATGACACAAATGGTCATGGAATTCCCTGACGTACAAGGTGTGATGGGGAAATACTACGCTTTGAACGACGGAGAATCAGCCGACGTGGCTAATGCCCTCTATGAGCAATACATGCCCCGCTTTGCTGGCGATGCGCTGCCTGAATCAGGGGTCAGCTCAGCCGTATCACTTGCTGATAAGCTCGATACATTGGTAGGTATTTTTGGCATCGGCCAGTTGCCAAAAGGCGATAAAGATCCGTTTGCGCTTCGTCGTGCTGCCATTGGTGTCCTTCGGGTAATTACCGAGAAGGGCCTGGCGGTAGATCTTGATGTCTTAGTTGCAAAAGCAATTGAAGTATATGGCGACAAACTCACTAATAGTGATTGCCAAGAGCAGGTAGTTGATTTTGTGCTTGGCCGCTTCGTCGCCTTGTTACAAGATCAAGGTGTAAGTATCGACGTTATTCAGGCCGTTGCCGCTCGTCGCCCTACTCGTCCTGCAGACTACGCAGCGCGTGTTGAAGCAGTCTCTGCATTTAAAGCCAGAGAAGAAGCCGAAGCGCTCGCCGCTGGTAATAAACGGGTAGCAAACATTCTAGCTAAACACGACGGTAACGTTGCGACCACGGTAGATACTTCACTGCTAAAAGAAGCACCGGAAAAAGCCTTGTACGATGCATTAGAAGCGGTTCAGGCAGAGGTTAAAGCTGGGGTGGCGTCACAGGATTACCACGCCGTACTTAGCGCTCTGGCAACCTTACGGGAAGCCGTAGACAGCTTTTTCGATAATGTAATGGTAATGGCCGACGATGAATCTGTACGGAACAACCGTCTAGCATTGTTGTCTGTATTAAGACAACAGTTCCTTGAAGCGGCTGATATCTCATTACTGGCAAAGTAA	MRTENLLVEIGTEELPPKALKSLGQSFADNMQAALDNAELAYSAVHWFAAPRRLAVTVSALAESQQDKIVEKRGPAVSAAFDADGNPTKAAQGWARGNGIDVADAERLTTDKGEWLLHRAKVEGQNIGALIESLVNQAISKLPIPKAMRWGNSTTQFIRPVHTVTALYGAELLPLTVLGKASNRIVQGHRFHGEATFELDHADNYAAALKTHYVIADFAERAEYIRNELESASKALGLSADYSESLLEEIASLVEWPVIMQASFDAAFLEVPKEALIYTMKDDQKYVPLLNNDGALDNRFLFVSNIESQDPIQVISGNEKVIRPRLADAEFFFNTDKKTTLESRLASLDTVLFQKQLGTLKDKSDRISALSSFIAEQIGADVEAAARAGLLAKTDLMTQMVMEFPDVQGVMGKYYALNDGESADVANALYEQYMPRFAGDALPESGVSSAVSLADKLDTLVGIFGIGQLPKGDKDPFALRRAAIGVLRVITEKGLAVDLDVLVAKAIEVYGDKLTNSDCQEQVVDFVLGRFVALLQDQGVSIDVIQAVAARRPTRPADYAARVEAVSAFKAREEAEALAAGNKRVANILAKHDGNVATTVDTSLLKEAPEKALYDALEAVQAEVKAGVASQDYHAVLSALATLREAVDSFFDNVMVMADDESVRNNRLALLSVLRQQFLEAADISLLAK				NA	NA	NA	NA	NA
AK237_02956	906	glyQ	COG0752	Glycine--tRNA ligase alpha subunit	ATGCAGAAATACGATATTAAAACCTTTCAGGGTTTGATCCTCGCACTGCAGGATTACTGGGCACGCCAAGGTTGCGTGATTATCCAGCCTCTTGATATGGAAGTGGGCGCTGGTACGTTTCACCCTATGACATTCCTGCGTTCTTTAGGTCCAGAGCCGATTAGCAGTGCTTACGTACAACCTTGCCGACGCCCTACAGATGGACGCTACGGTGAAAACCCCAATCGTTTGCAGCACTACTATCAGTTTCAGGTCATGCTGAAGCCCTCCCCTGACAATATTCAAGAGCTCTACCTTGGGTCATTGAAAGAGTTAGGCTTTGATCCACTGGTACATGATATTCGCTTCGTCGAAGATAACTGGGAGTCGCCCACTCTTGGCGCGTGGGGTCTTGGCTGGGAAGTGTGGTTAAACGGTATGGAAGTTACTCAGTTTACGTACTTCCAGCAAGTCGGTGGACTTGAGTGTAAGCCAGTCACCGGCGAGATAACTTACGGGCTCGAGCGCCTGGCAATGTACGTCCAGGGCGTAGACAGTATTTATGATCTCGTTTGGACCGACGGCCCAATGGGCAAAGTGACCTATGGCGACGTCTTCCATCAAAATGAGGTAGAGCAATCTGCCTATAACTTCGAACATGCGAACGTGGCCTTTCTGTTTCAAACATTCGATGAGTGTGAAGCTGCCAGCCAATCACTTATCGAAAAGAATTTACCTTTGCCAGCCTACGAGCAGGTAATGAAAGCATCGCATGCTTTCAACCTGTTAGACGCTCGCCACGCGATATCTGTAACTGAAAGGCAGCGCTATATATTGCGTGTACGCACGCTGGCAAAAGCATGTGCTGAAAGCTACTATCAGGCCCGCGAAGCGCTTGGTTTTCCATTGTGTAATAAGGAGCAGTAA	MQKYDIKTFQGLILALQDYWARQGCVIIQPLDMEVGAGTFHPMTFLRSLGPEPISSAYVQPCRRPTDGRYGENPNRLQHYYQFQVMLKPSPDNIQELYLGSLKELGFDPLVHDIRFVEDNWESPTLGAWGLGWEVWLNGMEVTQFTYFQQVGGLECKPVTGEITYGLERLAMYVQGVDSIYDLVWTDGPMGKVTYGDVFHQNEVEQSAYNFEHANVAFLFQTFDECEAASQSLIEKNLPLPAYEQVMKASHAFNLLDARHAISVTERQRYILRVRTLAKACAESYYQAREALGFPLCNKEQ				NA	NA	NA	NA	NA
AK237_02957	591	tag	COG2818	DNA-3-methyladenine glycosylase 1	ATGAAAACGGGATCTGGCGTTATTCGATGTGGTTGGGTGTCTGATGACGAGGAGTATCAAGCGTACCATGATACCCATTGGGGACGCCCTGAATTGGATGACATTGCGCTGTTCGCAAAGCTTTGTCTTGACGGCCAGCAAGCTGGTTTGTCCTGGATAACCATACTGAAAAAGCAAAAAAACTATGAAGCGCTATTTCATCAGTTCAATCCCGAAAAAATTGCCGCTATGAACGAAGCTGACGTTGAAAGGCTGATGCTCGAACCAGGTATTATCCGAAACCGGTTAAAGATTAACGCGATTATCGCCAACGCCCGGGCTTATCTGTCTATCAAAGAGCGCATGTCTTTCAGAGACTACATTTGGCAGTTCACGGAACATAAAACCATTATTAACAGCTGGCAAAACTACAAAGACGCCCCAGTAAGTTCGGCAGAGTCGAAGCTAATGGCAAAAACGTTGAAGAAAGCGGGCTTTAAATTTGTTGGGGAAACCATTTGTTATGCCTACATGCAGGCTATCGGTATGGTGAATGATCATACCGTAACCTGCCATTGCTACCAGCCTTGTTGCGAACAAGCCAGGCGATAA	MKTGSGVIRCGWVSDDEEYQAYHDTHWGRPELDDIALFAKLCLDGQQAGLSWITILKKQKNYEALFHQFNPEKIAAMNEADVERLMLEPGIIRNRLKINAIIANARAYLSIKERMSFRDYIWQFTEHKTIINSWQNYKDAPVSSAESKLMAKTLKKAGFKFVGETICYAYMQAIGMVNDHTVTCHCYQPCCEQARR				NA	NA	NA	NA	NA
AK237_02958	468			hypothetical protein	ATGTGGCTAACCATTGCCATCATTGCGGGCCTGGCAGTTATTCTCGGGCTGGGATTTTATGCAGGGCGTTTGCTGTTTCAATTAAAGCAGCAAAACGCGCGTCAAAAAGCCGCTCGAGATGGTCGAATTGGAAACATTACAGAAAGCATAATTGTTATCAGTAAAGCCATGCAGCAGCAACAATGTGACTTATCGGAAGGGGCTATTCGCATCACCAAATTGCTTAATGCCCTGCCTCTGGAAACTCCGCCAGATTACCGGGCCGAATTTCCGCACATTCATGCTTTGTACGTCGAGATAAGTGGGTTTGCAATTCTCGAAGAGAGAAAAAAGCTGCCGTTACCAGAGCGTAAAAAGCAAGACAATGCACGAGAGCAAATCGAGTCTGAATTTGAATCACGCGTATTGAAAGAACTCGATAGCATCAGAAGCTGGAGCGAACAACTCGCACAGAAAACAGCGTCCTGA	MWLTIAIIAGLAVILGLGFYAGRLLFQLKQQNARQKAARDGRIGNITESIIVISKAMQQQQCDLSEGAIRITKLLNALPLETPPDYRAEFPHIHALYVEISGFAILEERKKLPLPERKKQDNAREQIESEFESRVLKELDSIRSWSEQLAQKTAS				NA	NA	NA	NA	NA
AK237_02959	510	yihI		Der GTPase-activating protein YihI	ATGTCGTCTCGTTCGAAGAAGACCCGTAAAGTCGGTCTGATTGGGGTCCGTAAAGACCCGGATTTCAACAATCCAAAGAAGAAAACCAAAGGCTCTACGACTCCTCCCAAGGCCAAAAAGCATAAGGGCAATCCGGCGGGGACGCGTAATGTCGTAAAATCAAAACCAAAGCAAGAGAAAGCGGCGTCAGCAAATAAAGATCCCCGTCACGGGAGCAAAAAGCCTATCCAATTAGTTAAGGCGCCAGTGACTAAAGCCGTCGTTAAAAAATACGCAACCCCTGCCGAAGAACTTGCTGCCTTAGAAGCAGATAATCGGTTATCCGCTTTACTAGATAAACTGGATGACGGCATCGCCATATCAAAAGCAGAGCAGCAATATGTTGATGAAAAAATGGCTCGTCACCGGATCCTCTGTGATTTGCTGGGTATCACAGAAAACGACGATGAAGAGGATGATGATCCGCTTTCAAAACTCGATGCCTTCCGTATGGACGAATTTAAAGACTAA	MSSRSKKTRKVGLIGVRKDPDFNNPKKKTKGSTTPPKAKKHKGNPAGTRNVVKSKPKQEKAASANKDPRHGSKKPIQLVKAPVTKAVVKKYATPAEELAALEADNRLSALLDKLDDGIAISKAEQQYVDEKMARHRILCDLLGITENDDEEDDDPLSKLDAFRMDEFKD				NA	NA	NA	NA	NA
AK237_02960	645			hypothetical protein	ATGCTAATTATTCCCTGCCCATTGTGCTCTTCTGAGCGTACCCACCCTTACTTTGAAGACGACCGTCGTCGTTATCAACAGTGTAGTGAGTGTGAACTTGTATTCGTGGAGCCCGCGTTTTTGCCATCTCATGCCAGAGAGAAACAAGAATATGATTTACACGAAAACCACTTTGATGATGAAGGTTACCGTCGGTTTTTACAGCGTGCTGCGCAGCCTGTTATAGACAGTGCTATACCGCCGTCATGTGGCCTTGATTTTGGTAGCGGACCATCGCCAGTATTAGCCGATATGTTGATCAAGCATGGGTTTGAGATGTCAGTGTACGACCCTATTTATGCGCAAAATACAGCTAACCTTGAAAAAAAATATCACTTCATCACCTGCACGGAAGCCATCGAGCACTTTCACAAGCCAGCCAGAGAAATTGCGATGTTGTATCAGATGTTGCTGAACAACGGTCTACTCGTCATCATGACAAAGCGTGTGGAAAATCGCGAGAAATTCTCCAACTGGCATTACAAAAATGACCAAACGCATGTGTCATTTTTCTCTGATCAAACTTTTCACTATATCGGTAAACAATATGGGTTTTCCGTGACTCTTTATAGCAAAGACGTTGTTTTGTTGAAGAAGCATCCATAG	MLIIPCPLCSSERTHPYFEDDRRRYQQCSECELVFVEPAFLPSHAREKQEYDLHENHFDDEGYRRFLQRAAQPVIDSAIPPSCGLDFGSGPSPVLADMLIKHGFEMSVYDPIYAQNTANLEKKYHFITCTEAIEHFHKPAREIAMLYQMLLNNGLLVIMTKRVENREKFSNWHYKNDQTHVSFFSDQTFHYIGKQYGFSVTLYSKDVVLLKKHP				NA	NA	NA	NA	NA
AK237_02961	624	cc4	COG2863	Cytochrome c4	ATGAAAAAACTGTGTTTGGTTGTTTGTATGGCGTTAGGTTTCACCTTGAATGTATCGGCAGCAGGCGATCCTGAAGCGGGTAAAGCGAAATCTGCTGTTTGTGCTGCTTGCCATGGCATGGATGGTAACTCTATGATTCCTATGAATCCGAAGATTGCCGGTCAGCACGCAGGCTATATTGAAAAACAACTGAAAGAATTCAAACTCGCTTCTCAAACCGGTGGTGAGGAAGGACGAAACAACGCTGTGATGAATGGTATGGCCGCTCCCCTTTCTGATCAGGATATGGAAGATTTAGCCGCCTATTTTGCGAGTCAGGAAGCGAAACCTGGCGAGACGCCGGAAAATTACGTAGAAGCAGGCCAGGCACTCTATCGAGGTGGCGATGCAGATCGCGGCATTCCATCATGCAGCGCTTGTCATGGACCTGATGGCAACGGCATGGGTTTAGCGGGATTTCCCGATATCAGTGGCCAACACACCGACTACATCGCATTACAACTTAAAGGGTTCAGAGAAGGACAACGCGCTAACGATATGAACGCGATGATGCGAGATATCGCAATGAAGCTGACCGACGAAGACATTGAAATTTTATCAAATTACCTGGCAGGCCTTCACTAA	MKKLCLVVCMALGFTLNVSAAGDPEAGKAKSAVCAACHGMDGNSMIPMNPKIAGQHAGYIEKQLKEFKLASQTGGEEGRNNAVMNGMAAPLSDQDMEDLAAYFASQEAKPGETPENYVEAGQALYRGGDADRGIPSCSACHGPDGNGMGLAGFPDISGQHTDYIALQLKGFREGQRANDMNAMMRDIAMKLTDEDIEILSNYLAGLH				NA	NA	NA	NA	NA
AK237_02962	615	engB	COG0218	putative GTP-binding protein EngB	ATGTCGTATTACACAAAAGCAAAGTTTCTAATGAGCGCACCCGATATCCGCCATCTTAAAGAAGATGAGGGGATTGAAGTTGCGTTTGCTGGTCGTTCCAATGCCGGTAAATCGAGTGCGCTAAATACACTGACCAGACAAAAGAACCTCGCCAGGACCAGTAAAACGCCGGGACGTACTCAGCTGATTAATATCTTCGAGCTGGATGAAGGCCGCAGACTTGTTGACTTACCAGGATATGGCTTTGCACAAGTACCTATTGCGATGAAAAAGAAATGGCAGGCCTCTTTGGGTGAGTACCTTCAAAAACGGAAAAGTTTACGAGGGCTTGTTGTGATGATGGATATTCGTCATCCATTCAAAGATCTTGATCAGGATTTGATTTATTGGGCTGTGGATGCAGGCTTACCGGTACTCGCATTATTAACTAAAGCCGACAAGTTAAAATCTGGTAAACGAAAAGAGGCATTAATGTTCGCAAGAGATGCTGCGCTAGCCTTTAATGGAGACGTTACTGTTCAGACATTCTCGTCATTATCTAAAATTGGGGTAAATGAAGCGGCTGCAATATTGGATAGATGGTTTGAACTCGATAGCAAAGATGAGCAAGCGTAA	MSYYTKAKFLMSAPDIRHLKEDEGIEVAFAGRSNAGKSSALNTLTRQKNLARTSKTPGRTQLINIFELDEGRRLVDLPGYGFAQVPIAMKKKWQASLGEYLQKRKSLRGLVVMMDIRHPFKDLDQDLIYWAVDAGLPVLALLTKADKLKSGKRKEALMFARDAALAFNGDVTVQTFSSLSKIGVNEAAAILDRWFELDSKDEQA	PGPT0003655_8	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_VITAMIN_PRODUCTION	PLANT_VITAMIN_RELATED_HEME_METABOLISM	PLANT_VITAMIN-HEME|SIRO-BIOSYNTHESIS,PGPT0003655-hemB-K01698	NA	NA
AK237_02963	2820	polA	COG0258	DNA polymerase I	ATGCTACGCTGTGGCATCCTTCACTCTTTATTGATGCCTGCGATACGAATCTCTATGTCTGAAAACAAAACTCCTCCCTTTATTCTGGTAGATGGCTCTTCTTATTTATTCCGCGCGTTTCACGGCTTGCCACCGCTAACGAACTCTAAAGGACAAGATACCGGTGCCATTTATGGCGTGATCAACATGTTAAGAAGCCTGATCCGCCAGTATCATCCCACGCATATGGCTGTCGTGTTCGACGCCAAAGGTAAGACGTTTCGCGATGATATGTATGCAGAGTACAAAGCTAACCGCCCTCCTATGCCAGAAGAATTGCGATCGCAAATAGCCCCACTGCACGACATTATTCGTGCAATGGGTCTGCCGATCATCGTTGAGGAAGGTGTTGAAGCAGATGACGTGATCGGTACGCTGTCTCGACAAGCTACCGAAAAAGGGATCGATACTCTCATCAGCACAGGTGACAAAGACATGGCTCAGCTGGTAAATGAGCATGTCACACTGATCAACACCATGAACAATCAAATCATGACCGTTGAAGGGGTTAAGGAAAAATTTGGCATTCCTCCTGAGCTGGTGATCGACTTTTTAGCGCTTAAGGGAGACAAAGTCGACAACATCCCGGGCGTACCCGGTGTGGGCGATAAAAGTGCTCAGGCGCTGCTAAATGGCATCGGCGGCATTGACGATATTTACAAAAACCTCGACGACATCGCCGGACTATCTTTCAGGGGTAGTAAAACCATGGCAGCAAAGATGAGCGAGTATGAAGAACAAGCGCGCTTATCCTATGAACTCGCTACCATTAAGTTAGATGTGAGCATGGACTTTACGCCCGAATCTCTTACCCCCGAGGCAGCAGACAACACTAAATTGGCTGAGCTCTTTGCTGAATACGAATTTAAACGTTGGTTCTCTGAAGTGTCCTCTGAGTCTGCGGCTCAAGTAGCTGAAGATCAAAATGAGACTCTTGAAGACGATGCACCTGCGTTATCTGATATAGATAAAAGCGGCTATGAAACAATTACCGACAAATCTTCTTTTGAGACGTGGATAAAGAAACTACAACACGCTGCACTGTTCGCCTTTGATACGGAAACGACCAGTCTTGACTATATGGAAGCTGAAATAGTCGGTGTGTCTTTTAGTACCAGTCCGGGAGAAGCGGCTTACGTTCCCGTTGCCCATGATTATCCTGATGCCCCTGAGCAACTCGAGCGCTCGTATGTTCTGGAAACACTCAAACCTATTCTCGAGTCGAATGAAATCAAAAAAGTTGGCCAACATTTGAAGTATGACAAGAACGTACTGGCTAACTATGACATAAATCTTCAGGGCATCGCCTTTGACACCATGCTTGAATCGTATGTGCTGAATAGTACCGCTACGCGCCATGATATGGACTCGCTCGCAATGGCTTACTTGAATCACAAAACCATTCATTTTGAAGAAATCGCAGGAAAAGGTGCAAAGCAGTTAACATTTAATCAAATAGATTTAAATGAGGCCGCACCTTATGCTGCAGAGGATGCAGATGTCACACTGCGTCTGCACGAAGTTATCTGGTCTCGCTTGCAACAAGAAGATGCGCTTAAAAACCTGCTCCTTGATATTGAGGTACCGCTGGCGAGTGTGTTATCTCGTATGGAACAACTTGGTGTATTAATAGATTCGCAAAGACTAAATCAACAAAGCCAGGATCTCGCTAAGCGGATCACCGAGCTCGAGGCTGATGTGCACGAGGCGGCCGGCGAGACATTTAATTTAGGTTCAACAAAACAACTACAGCAAATCCTCTTCGAAAAGCTTTCTTTACCCGTAGTTAAGAAAACCCCTAAAGGTGCCCCTTCTACATCCGAAGAAGTGCTACAGGAACTAGCCCTTGAGTACCCTATCCCGAAAATGATCATGGAGTACCGGGGACTCACTAAGTTGAAAAATACCTACACCGACAAACTGCCTAAGATGATTAATCATCGTACAGGCCGTGTACATACGTCTTATCATCAGGCTGTCACCGCCACAGGACGACTCTCTTCGACCGATCCTAACCTGCAGAATATTCCTATTCGTACGGAAGAAGGCAGACGAGTACGACAAGCGTTTGTGCCACGAGAAGGTTTTAAGATTGTTGCCGCTGATTACTCACAAATCGAATTGCGCATCATGGCTCACTTGTCAAAGGATCAAGGATTACTCAATGCGTTTTCTGAAGGCAAAGATATTCACAAAGCTACCGCTTCAGAAGTTTTTTCTACACCACTTGATGATGTTACCGCTGATCAGCGTCGTAGCGCCAAAGCAATTAACTTTGGTTTAATTTATGGCATGTCAGCGTTCGGTTTATCCAGACAACTGAACATCCCTCGTAACGATGCGCAAAAGTACATGGATTTATATTTCGAACGATACCCTGGCGTTCTCCGTTATATGGATGAAACCCGGGAACATGCCAAAGAGAAAGGTTATGTAGAAACCGTGCTCGGCCGTAGGTTGTACTTACCCGATATCAAGGCAAGTAACGGCGCAAGGCGTAAAGGCGCAGAACGCGCGGCAATTAATGCACCCATGCAAGGCACAGCCGCAGATATTATCAAACTGGCGATGTTGCGTGTTGACGAATGGATCCAAAAAGAAGCATCTGAAGACGTGTATATGATGATGCAGGTTCACGATGAACTCGTCTTTGAAATAAAGGAATCAGCTATTGATACGCTCGTCCCTAAGATCGTCACCCTTATGGAGCAAGCCACCACGCTGTCAGTGCCGTTACAAGTAGAAGCGGGCGTTGGCGAGAATTGGGACGAGGCACACTAA	MLRCGILHSLLMPAIRISMSENKTPPFILVDGSSYLFRAFHGLPPLTNSKGQDTGAIYGVINMLRSLIRQYHPTHMAVVFDAKGKTFRDDMYAEYKANRPPMPEELRSQIAPLHDIIRAMGLPIIVEEGVEADDVIGTLSRQATEKGIDTLISTGDKDMAQLVNEHVTLINTMNNQIMTVEGVKEKFGIPPELVIDFLALKGDKVDNIPGVPGVGDKSAQALLNGIGGIDDIYKNLDDIAGLSFRGSKTMAAKMSEYEEQARLSYELATIKLDVSMDFTPESLTPEAADNTKLAELFAEYEFKRWFSEVSSESAAQVAEDQNETLEDDAPALSDIDKSGYETITDKSSFETWIKKLQHAALFAFDTETTSLDYMEAEIVGVSFSTSPGEAAYVPVAHDYPDAPEQLERSYVLETLKPILESNEIKKVGQHLKYDKNVLANYDINLQGIAFDTMLESYVLNSTATRHDMDSLAMAYLNHKTIHFEEIAGKGAKQLTFNQIDLNEAAPYAAEDADVTLRLHEVIWSRLQQEDALKNLLLDIEVPLASVLSRMEQLGVLIDSQRLNQQSQDLAKRITELEADVHEAAGETFNLGSTKQLQQILFEKLSLPVVKKTPKGAPSTSEEVLQELALEYPIPKMIMEYRGLTKLKNTYTDKLPKMINHRTGRVHTSYHQAVTATGRLSSTDPNLQNIPIRTEEGRRVRQAFVPREGFKIVAADYSQIELRIMAHLSKDQGLLNAFSEGKDIHKATASEVFSTPLDDVTADQRRSAKAINFGLIYGMSAFGLSRQLNIPRNDAQKYMDLYFERYPGVLRYMDETREHAKEKGYVETVLGRRLYLPDIKASNGARRKGAERAAINAPMQGTAADIIKLAMLRVDEWIQKEASEDVYMMMQVHDELVFEIKESAIDTLVPKIVTLMEQATTLSVPLQVEAGVGENWDEAH				NA	NA	NA	NA	NA
AK237_02964	654	elbB	COG3155	Glyoxalase ElbB	GTGAAAAAAGTGGCTGTAATTTTAAGTGGTAGCGGAGTATTCGACGGGGCCGAAATTCATGAGGCGGTAATTACTTTATTAGCTATTCGTGAGCATGGCGCTGAATATCAATGTTTCGCACCTGATATTCCCCAATTACATGTTATCAATCATTTAACGGGTGAAGTGGCAGAAAATGAACAGCGTAATGTATTGGTTGAATCGGCGCGCATTGCTCGTGGTGAAATTAAACCGGTCACCGCATGTCAGCCCGATGAATTCGACGCTATCATTCTGCCAGGTGGTTTTGGCGCGGCCAAAAATCTCTGTACGTTTGCTGTGGATGGTCCTGAATGCAAAGTAAATCAGGATGTGCTTAACGTATGTAAAGCCTTCGCTGAAGCCAATAAACCAGCCGGATACGCGTGTATTGCTCCAGCGCTGGCAGCACTTGTATATGGCAGCCAACGCAAAGTTACCATTGGTAATGATGAAGATGCCGCATCAGGCATAAATGCAATAGGCGCAACACATGTCGAATGTCCGGTTGATGAAATTGTAATCGACACCGATGCGAAGTTGGTCACCACCCCAGCGTATATGTTAGCCACAGATATTCTGGAAGCAAAAGCAGGTATCGATAAGATGGTAGAAACGGTTTTATCGATGAACTGA	MKKVAVILSGSGVFDGAEIHEAVITLLAIREHGAEYQCFAPDIPQLHVINHLTGEVAENEQRNVLVESARIARGEIKPVTACQPDEFDAIILPGGFGAAKNLCTFAVDGPECKVNQDVLNVCKAFAEANKPAGYACIAPALAALVYGSQRKVTIGNDEDAASGINAIGATHVECPVDEIVIDTDAKLVTTPAYMLATDILEAKAGIDKMVETVLSMN				NA	NA	NA	NA	NA
AK237_02965	1452	trkH	COG0168	Trk system potassium uptake protein TrkH	ATGCACTATCGTGCAATCGTCAGGATTCTCGGATTACTTGTCGCGCTGTTTAGTGTCACGATGATCCCACCAGCACTCATATCTCTAATGTTTGAAGACGGTAGTGGTCTTCCCTTTATTATTGCGTTCATGCTCTGTGTGGGAACAGGCATGATGATGTGGTATCCAAACCGTTATCATCGTAAAGAATTACGGGCAAAAGAAGGTTTTCTTATTGTCGTCCTGTTCTGGACTGTACTGGCAAGCTTTGGTGCGATCCCGTTCATCTTGCTCGAACAGCCTAGTATGTCAGTTACTGACGCCTTTTTTGAATCGTTCTCAGGGCTTACCACAACAGGGGCCACGGTGATTGAAGGGATAGAATTCTTACCGCATTCCATTCAATTTTACCGGCAACAATTACAGTGGTTAGGCGGAATGGGTATCATTGTATTAGCCGTCGCTATTCTTCCAATCCTGGGAGTGGGGGGAATGCAGCTCTATCGCGCGGAAACCCCAGGGCCGGTTAAAGATTCAAAGATGACTCCGCGTATCGCAGATACGGCAAAGCATCTCTGGTACATCTATTTGTCGTTAACCATTGCGTGCATGGGAGCTTATTGGCTTGCGGGAATGGACTGGTTCGATGCTATTTGCCATGCCTTTGCCACCGTAGCAATTGGTGGATTTTCAACGCATGATGCTAGTTTAGGCTATTTCGATAGCCCCATGGTTAACGTGATTTGTTCGGTGTTTTTGCTTATTGCTGCACTTAACTTTTCCCTTCACTATGCAGCGGTAAGTTCGCGTTCGATAAAGGGGTATCTGCGGGATCCCGAGTTTAAAGCGTTTCTGTTTATCCAGTTCACGCTCGTTATGATTTGTTTCCTAGTGCTCACTTTATCTGGCTACTATGGGTCGGCTGAAGAGGCGCTGGATCAAGCGATGATTCAAGCGGTATCTATTAGTACTACCGCCGGTTTTGCTACCACAGATTTCTCATCCTGGCCTGCTTTCTTACCTATCCTGCTTATCTTCTCCAGCTTCATTGGCGGATGTGCGTCGTCAACAGGCGGAGGTCTCAAGGTCGTACGGGTTTTACTCTTGTTCTTACAGGGCAAACGAGAAGTAGACAGGCTAATTCACCCGAAAGCGGTTTATTCCGTAAAGCTGGGTGAGCGGGCCATGCCTGATCGCGTCGTTGAAGCGGTGTGGGGCTTTTTCTCTGCGTATGCCATCGTGTTTGTGGTGATCATGATTGGCATGATTGCAACAGGGCTTGATAATATCTCCGCATTCACTGCAACTGCGGCCTCACTTAACAATCTGGGACCAGGTTTAGGAAGTGTTGCCGGTACGTATTCTGAAGTCAGTGATGGGGGCAAATGGCTATTGGTATTGGCGATGGTTTTTGGTCGACTGGAAGTGTTTTCGTTGCTCGTCTTGTTCTCTCCAACCTTCTGGCGTAGCTAG	MHYRAIVRILGLLVALFSVTMIPPALISLMFEDGSGLPFIIAFMLCVGTGMMMWYPNRYHRKELRAKEGFLIVVLFWTVLASFGAIPFILLEQPSMSVTDAFFESFSGLTTTGATVIEGIEFLPHSIQFYRQQLQWLGGMGIIVLAVAILPILGVGGMQLYRAETPGPVKDSKMTPRIADTAKHLWYIYLSLTIACMGAYWLAGMDWFDAICHAFATVAIGGFSTHDASLGYFDSPMVNVICSVFLLIAALNFSLHYAAVSSRSIKGYLRDPEFKAFLFIQFTLVMICFLVLTLSGYYGSAEEALDQAMIQAVSISTTAGFATTDFSSWPAFLPILLIFSSFIGGCASSTGGGLKVVRVLLLFLQGKREVDRLIHPKAVYSVKLGERAMPDRVVEAVWGFFSAYAIVFVVIMIGMIATGLDNISAFTATAASLNNLGPGLGSVAGTYSEVSDGGKWLLVLAMVFGRLEVFSLLVLFSPTFWRS	PGPT0002735_2012	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_OSMOTIC_STRESS	OSMOTIC_STRESS-POTASSIUM_TRANSPORT,PGPT0002735-trkG|trkH|ktrB-K03498	NA	NA
AK237_02966	1380	trkA	COG0569	Trk system potassium uptake protein TrkA	ATGAAAATCATCATTCTTGGCGCGGGACAGGTTGGTGGCACCCTTGCGGAAAACCTGGTTGGTGAAAAGAACGAAATAACGGTAATTGATTCAGACCCTACTATTCTCAGAGCCCTTCAGGATCGTCTTGATTTACAAGTTGTAGAGGGCGTGGGCTCACACCCTGATATATTAAAAAAAGCAGGTGCTGAAGACGCCGACATGCTGATTGCCGTGACCAACAGTGATGAGAGCAATATGTTAGCTTGCCAGGTTGCCTACAGCCTGTTTAAAACGCCCACCAAAATCGCTCGAGTGCGCAGCGAACAATATATCATTTATCAAGAGCAGTTATATCAGGAACAGAATATACCGGTTGATCACATCATCGCACCTGAACAATTGGTTACCACCGCCATTAAGCGTCTTATTGACTATCCAGGGGCGCTTCAGGTCGTAGAGTTTGCTGAAGGTAAAGCCAGCCTTGTTGCAGTAAAAGCATACTACGGCGGCTTATTAGTAGGTCATGCATTATCGGCATTGAAAGAACACATGCCGAATGTTGAAACGCGTGTTGCGGCGATTTACCGTCGTGGCCGCCCTATTCGCCCACTTGGCACCACGGTTATCGAAGCAGATGATGAAGTCTTCTTTATTGCTGCAACAAAGCATATTCGTGCTGTAATGAGCGAACTTCAAAAGCTGGAATCGAGTTATAAACGCATTATGATCGCAGGCGGTGGACTAATTGGTGCGGGCCTGGCCAAGCGTCTTGAACACAAACATAATGTGAAACTTATCGAGTTTAGCCCTGAAAGAGCACAGTATCTGTCTGCCAACCTGGACAAAACGATTGTATTTTGTGGCGATGCTTCTGATCCTGAGCTTCTGAACGAAGAAAGTATTGATCAGGTCGATGCTTTTATCGCCGTCACGAATGATGATGAAGCCAACATCATGTCAGCGATGTTGGCCAAACGGATGGGCGCGCAAAAAGCCATGGTTCTCATCCAGCGAAGCGCGTATGTCGATTTGGTTCAGGGAGGCGAAATTGATATCGCCTTCTCACCTCAGCAAGCTACCATCTCAGCCCTACTCACGCATATTCGCCGTGGCGATATCGTCAACGTTTATTCGTTACGCCGGGGCGCTGCCGAAGCCATTGAAGCGATAGCTCATGGCGATGAAAATACTTCCAAAGTAGTTGGCCGCGAAATTGGCAGTATTAAGCTTCCACCAGGTACTACCATTGGCGCAGTCGTGCGGGAAGACACGGTGATCATTGCTCACAGTGACACAAAAATTGAAGCGAATGACCACGTTATACTGTTTTTAGTAGACAAAAAATATATCAGTGATGTGGAAAAGTTGTTCCAGCCCAGTGCGTTTTTCTTTGGCTAG	MKIIILGAGQVGGTLAENLVGEKNEITVIDSDPTILRALQDRLDLQVVEGVGSHPDILKKAGAEDADMLIAVTNSDESNMLACQVAYSLFKTPTKIARVRSEQYIIYQEQLYQEQNIPVDHIIAPEQLVTTAIKRLIDYPGALQVVEFAEGKASLVAVKAYYGGLLVGHALSALKEHMPNVETRVAAIYRRGRPIRPLGTTVIEADDEVFFIAATKHIRAVMSELQKLESSYKRIMIAGGGLIGAGLAKRLEHKHNVKLIEFSPERAQYLSANLDKTIVFCGDASDPELLNEESIDQVDAFIAVTNDDEANIMSAMLAKRMGAQKAMVLIQRSAYVDLVQGGEIDIAFSPQQATISALLTHIRRGDIVNVYSLRRGAAEAIEAIAHGDENTSKVVGREIGSIKLPPGTTIGAVVREDTVIIAHSDTKIEANDHVILFLVDKKYISDVEKLFQPSAFFFG	PGPT0002710_369	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_OSMOTIC_STRESS	OSMOTIC_STRESS-POTASSIUM_TRANSPORT,PGPT0002710-trkA|ktrA-K03499	NA	NA
AK237_02967	1329	rsmB	COG0144	Ribosomal RNA small subunit methyltransferase B	ATGGCATCCCCAATAACAATTCCTCTTCCCCGCCAAAAGAACTTGCGCGCCGATACCGCTTGGGTCATCTATCAAATTCTGGAGCAGGGAAGATCAAGCCGCGAGTGTTTAGCCAAAGTCCAGCGTCGACATCATGGGAAAGACAACGCATGGATTCAGGAAATGTCATTAGGCGTCATGCGCCAACTGCCAATTTTACAGTTCTGGTTACGCACTCTGCTTGATAAGCCACTGAAGGGAAACAAGAAAATACTTGAGCACCTAATGCTGCTCGGGCTTTATCAAATTGCCTTTAGTAGAGTATCTTCACATGCTGCGGTTAGTGAAACTGTGAATGCCGCCTCTTATCTCGGCGGCATGCCGCTTAAAGGGCTGGTGAATGCTATCTTGCGCAATTTCGAACGTCAGGACCTGGCAAACCAGCCAGTAAACGATCCGATCCTTTCAAGTGGCCTGCCTAAGTGGTTGTATAAGCGTATTAACGCTGCCTATCCCAAGAACTACGAACAGATTATCGAACAGACTAATGGGCAAGCGCCTATTTGGCTGCGCGTAAACACTCAGCAAGTTTCACGTGAAACCTTTTGTGATGCACTGACTGCCCAGTCAATTTCATTCGACATAGTTGCTGGTTACCCACAGGCGGTCAGATTAACAACGCGAACCGATATTACATCGTTGCCCGGCTATGAAAAGGGCTGGTTTGCGGTACAGGATGGTGCGGCACAATTAGCGGCGTACTATCTCGCCCCTCAGGTTGATGAAGTTGTATTAGATTGTTGCGCGGCGCCCGGGGGCAAAACGGGACATATTTTTGAAGTACAGCCTGGCATAAAACAATGTCTCGCCATAGACAGCGATGCCATGCGCCTAGAGCGTGTAAAAGAGAATATGCAAAGGTTAAGACATCATCCTGTCATTAAGGTAGGTGATGCGCTGCGTCCGGATGCGTGGTGGGATGGTGAACTATTCGATCGCATATTATTAGATGCGCCCTGCTCCGCAACCGGCGTTATCAGACGGCATCCGGATATTCGTTGGCTACGCCAGTCTTCCGACATTGCTGCATTAAGTGTACTTCAGGCAGATATTCTCGATGTGATGTGGTCTTTGCTTAAGCCCGGTGGCACGATGATTTATGCAACGTGTTCAATCCTACCGGAAGAAAACCGTGAACAGATTGCCAGGTTTTTAAGTCGAACTCACGATGCAGAGCTATCTCCAATATCTGAAGATGAAACACCAGAACAACCCGGCAGACAGATTTTACCCGGGGAAGAACAAATGGATGGTTTCTACTACGCGAGACTGATAAAGTCTCACCATTAA	MASPITIPLPRQKNLRADTAWVIYQILEQGRSSRECLAKVQRRHHGKDNAWIQEMSLGVMRQLPILQFWLRTLLDKPLKGNKKILEHLMLLGLYQIAFSRVSSHAAVSETVNAASYLGGMPLKGLVNAILRNFERQDLANQPVNDPILSSGLPKWLYKRINAAYPKNYEQIIEQTNGQAPIWLRVNTQQVSRETFCDALTAQSISFDIVAGYPQAVRLTTRTDITSLPGYEKGWFAVQDGAAQLAAYYLAPQVDEVVLDCCAAPGGKTGHIFEVQPGIKQCLAIDSDAMRLERVKENMQRLRHHPVIKVGDALRPDAWWDGELFDRILLDAPCSATGVIRRHPDIRWLRQSSDIAALSVLQADILDVMWSLLKPGGTMIYATCSILPEENREQIARFLSRTHDAELSPISEDETPEQPGRQILPGEEQMDGFYYARLIKSHH				NA	NA	NA	NA	NA
AK237_02968	954	fmt	COG0223	Methionyl-tRNA formyltransferase	GTGACAGCACCACTTCGTATAATATTCGCCGGCACTCCTGACTTTGCGGCCGACCACTTGCGCGCGCTACTTGCGACTGAACACCATATCGTGGCGGCCTACACGCAGCCAGACAGACCAGCCGGCAGAGGTAAAAAACTAACGCCAAGCCCGGTTAAAGTGTTAGCTGAGGAAAACAACATTCCGGTATACCAGCCTCAAACACTTAAGTCTGAAGAAGCTCAGGCCAGTGTGGCAGCTTTAGAAGCAGACGTAATGGTTGTCGTCGCCTATGGTTTACTATTGCCTAAGTCCGTGCTGGATATGCCTCGTTTCGGGTGTTTGAACGTTCACGGTTCAATTTTACCTAAATGGCGAGGTGCTGCACCTATCCAGCGCTCAATATGGGCAGGCGACGCCGAAACCGGCGTAACCATCATGCAAATGGATGTGGGTTTAGATACAGGTGATATGTTACATATCGCCACACTGCCTATTCATTCCGACGATACCAGTGCCACACTTTATACCAAGCTTGCTGAACTAGGTCCGGTAGCGCTGGTTGATGTATTAAGTGATCTTGAATCTCATATCGAGAAGGCGCAGAAACAAGATGATACTCTCGCGACTTACGCCAAAAAATTAAGTAAAGAAGAAGCGTTAATTAGTTGGCAAGACAGTGCCGAGCAGATCGAAAGAAATATTCGCGCGTTTAATCCCTGGCCTGTGGCGTGGATGCAATTAGGTAAGGACAACGTAAAAGTATGGTCTGCTACGGTGAGCAATTCTCCTTCAGTCGATGCGCCGGGCACCGTCGTGAAGGCCGATAAAAATGGCATTGTTGTCGCAACATCGACAAAGGATTTAGTCATAACACAATTGCAAATCCCGGGTAAAAAAGCCTTACCTGCTGCTGATGTTATTAATGCTCGTCAACACTGGTTTGAAGTTGGCCATCCTATTGGCGGGAAATAA	MTAPLRIIFAGTPDFAADHLRALLATEHHIVAAYTQPDRPAGRGKKLTPSPVKVLAEENNIPVYQPQTLKSEEAQASVAALEADVMVVVAYGLLLPKSVLDMPRFGCLNVHGSILPKWRGAAPIQRSIWAGDAETGVTIMQMDVGLDTGDMLHIATLPIHSDDTSATLYTKLAELGPVALVDVLSDLESHIEKAQKQDDTLATYAKKLSKEEALISWQDSAEQIERNIRAFNPWPVAWMQLGKDNVKVWSATVSNSPSVDAPGTVVKADKNGIVVATSTKDLVITQLQIPGKKALPAADVINARQHWFEVGHPIGGK	PGPT0008125_1829	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-VITAMIN_B9|FOLATE_METABOLISM,PGPT0008125-fmt-K00604	NA	NA
AK237_02969	510	def	COG0242	Peptide deformylase	ATGGCAATATTAGACGTATTAAGCTTCCCTGACGAACGGTTACGCACTGTAGCGAAGCCTGTTGAATCAGTGAACGATGAAATCAAACAGTTAATTTCGGATATGTTCGACACCATGCGTGACGAGAAAGGCATAGGCCTGGCCGCCACGCAGGTAGACAGACATGTCCAGGTAGTGGTGATGGACGTTTCAGAAGATCAGGACACGCCTCGTGTTTTTGTTAACCCTGAAATTATCAAGAAAGAAGGCTCAACCATTAGTGAAGAAGGTTGTCTGTCCGTTCCTGGTAACTACGCTAAAGTTGATCGCGCAGAGCGCGTGACAGTGAAAGCGTTAGATGGTGAAGGCCAGCCTTTTGAACTTGAAGCCGATGGCTTGCTGGCCATTTGTATCCAGCATGAATTGGATCACCTTAAAGGCACACTATTTATTGACTATCTGTCGCCACTTAAGCGTCAGCGTATTCGTAAGAAGTTAGAAAAAGAAGCCCGACTGGCTGCTAAAGCCTAG	MAILDVLSFPDERLRTVAKPVESVNDEIKQLISDMFDTMRDEKGIGLAATQVDRHVQVVVMDVSEDQDTPRVFVNPEIIKKEGSTISEEGCLSVPGNYAKVDRAERVTVKALDGEGQPFELEADGLLAICIQHELDHLKGTLFIDYLSPLKRQRIRKKLEKEARLAAKA	PGPT0008125_24	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-VITAMIN_B9|FOLATE_METABOLISM,PGPT0008125-fmt-K00604	NA	NA
AK237_02970	1086			hypothetical protein	ATGACAACCGGAAGCATAACAAAGCGCTTAACCGCTGCAATTACAGCAATTTTACTTATAGCCGGCAGCCTCTCTTCATTAGCTCAGGCTGTGATATTAAAAGAAGGCGCGCCGCAAACCTATACGGTAAAACGAAATGATACCTTATGGGATATCGCGAATCTTTTTCTCGACAAGCCTTGGCTTTGGCCTGAGTTATGGCGTAATAATACACAAATAATCAATCCTCACCTTATCTACCCGGGCGATGTGCTGGTTATACGCATCGTCGACGGTCAGCCTATGCTTGTGGTGCAACGAGATAAAAAACACATCACACTGGGTCCTTCATTGCGAAAACAAAGCAAACCGAACCCCATTAGTATGTTGCCTTGGACCGTTATTGCGCCCTATATCAACCAAAATGAATTACTGGGCGAAGAAGAGTACGAGAAAATGCCTCATATTTTGGGAAACCAAACCGGTGATATTCGTTTTGTTACTGATGATATTGTCATTAGTCGTAGTTACGGCCGATCTTCGGATCAGTATCGAATAATCAGAAGACAATCTACCATTGAGAATCTTGACGGTGATGTACTCGGCATCCAGGTTTATCACGTTGCAGACGCCAACATGATTGATGATACCGTGCCGTTTCAGTGGTTAGTAAAAGTATCCAAGTCTAATTTCGAAGCGTCCCGTGGCGACCGACTTTACGATGGCGAGTTTACTGGGCGACAAGACTTGGTTTTGCAGGCCGCAACACCACAGCAGCGTGGATTCGTGGTTGGTAACCTTCATCAGCACCAGCTGCTAGGGAAAGACGATGTCGTCATTATTGACCTGGGTGCAGAGCAAGTAGAGCCGGGTACCGTTATGGGGATTTATGCCCAGGGGCCAGATATTATCGATGGCGATGAGCCACATTATGCCGATGAAAATAACGCCTCGTACAGTGTGTTTAATGATGGCAGCACGGTACGACAACCCGCGATAAAGATTGGCGAAATTGTAGTTTTTAAAACGTTTGAAAAAGCCAGCTACGGCATCATAACGCGTGCAAGAGAACTGGTGAAAACCGGCGCTATCGTCGCCAACCCCTAG	MTTGSITKRLTAAITAILLIAGSLSSLAQAVILKEGAPQTYTVKRNDTLWDIANLFLDKPWLWPELWRNNTQIINPHLIYPGDVLVIRIVDGQPMLVVQRDKKHITLGPSLRKQSKPNPISMLPWTVIAPYINQNELLGEEEYEKMPHILGNQTGDIRFVTDDIVISRSYGRSSDQYRIIRRQSTIENLDGDVLGIQVYHVADANMIDDTVPFQWLVKVSKSNFEASRGDRLYDGEFTGRQDLVLQAATPQQRGFVVGNLHQHQLLGKDDVVIIDLGAEQVEPGTVMGIYAQGPDIIDGDEPHYADENNASYSVFNDGSTVRQPAIKIGEIVVFKTFEKASYGIITRARELVKTGAIVANP				NA	NA	NA	NA	NA
AK237_02971	1137			hypothetical protein	ATGCAAAACCCTTCTCAGAAAATTTCAAAACAGCAATGGCTCGCGTTGGCATCGGTGACAGCAATGTCTCCTGCGAAATGGGAGAGCCTTTTTCAGACACTAAACGTATCGCCTCAACATGTATTGTCTGCGCAGGTGGATAGAGATCTACACGGCAATCCACTATCGAAGTCGCACATGAACGTGTTGCAGGACTTAAGAGAGAAAGTGAACTGGTCCAGTGTGGAGGTCGCACTTGAGTGGGAATCCAGGCACAGTAACCATCATATTATTACCCGCAATTCTCCCGTCTGGCCAACCGGCTTTTTATCGTTAGATTCTGCACCGTTGGTACTTTTTGCCAGAGGTGACGTATCAAAATTAGCAGAACCGCAAGTTGCAATTGTGGGAAGTCGCATGGCGACGTCTTCTGGATTGGCCAATGCTAAATACTTTGCCGAGCAGTTAGCGTTGGCCGGCGTGACAATTACCAGTGGATTGGCCAGCGGTATAGATAGCGCAGCCCATAAGGGAGCAATGACTTACGAAGGGCGGACAATTGCATTTTTAGGGACTGGCCCTGATATTGTTTATCCTGCCCGGAATCGTGCTTTGGTAAACGATATGCTTGAGTCCGGTGCGTTATTGGTTTCGGAGTTCTTTCCGAAGACGCCACCGCGCCGCTATCATTTCCCCAGACGGAACAGACTTATCGCCGCCATATCAATGGGGACGCTCGTGGTTGAAGCGAGGATTAAAAGCGGCACCTTGATAACTGCAAATCTGGCCGCAGATCTAGGCCGTGAAGTATTCGCTATTCCGGGAAATATAGCTAATCCACAAAGTGAAGGTTGTCATGCACTTATTCAGCAAGGTGCTAAACTTGTGGTAACAGCAGAACACATCCTGGAGGAATTAAGCCAACTTGCCAGGCTAACAGCGACACCAGCAATATCTGTAGAAGAAAAAAGTGAAGATCAAAACTTGGCAACCGATAAATTATTAGATAGTGTGGAGTTCGATGTGACTGGCGTTGACATCATTGCCGAACGCAGCGCTCTGCCTGTTTCAGCGGTTATGGCGGCATTATTAGAATATGAGCTGCGTGGTCTCGTAGCCTCCGTTCCCGGTGGTTACGTCAAATTGAGGGGGAAATAA	MQNPSQKISKQQWLALASVTAMSPAKWESLFQTLNVSPQHVLSAQVDRDLHGNPLSKSHMNVLQDLREKVNWSSVEVALEWESRHSNHHIITRNSPVWPTGFLSLDSAPLVLFARGDVSKLAEPQVAIVGSRMATSSGLANAKYFAEQLALAGVTITSGLASGIDSAAHKGAMTYEGRTIAFLGTGPDIVYPARNRALVNDMLESGALLVSEFFPKTPPRRYHFPRRNRLIAAISMGTLVVEARIKSGTLITANLAADLGREVFAIPGNIANPQSEGCHALIQQGAKLVVTAEHILEELSQLARLTATPAISVEEKSEDQNLATDKLLDSVEFDVTGVDIIAERSALPVSAVMAALLEYELRGLVASVPGGYVKLRGK				NA	NA	NA	NA	NA
AK237_02972	477	smg		Protein Smg	ATGTTCGACATCCTCATGTATCTGTTTGAGAATTTCATTCATAGCGAAACGGAAATCCGCGTAGATCAGGACGAACTAACGGATGAGTTGATACGCGCTGGTTTTCATCACGACGAGATTTATAAGGCTTTAGCCTGGTTAGAAAAGCTAGCCGCACTGCAAGAAACGGACAACAAACCGTATTTCTGCAAGCGTATCTCTTCAGGTGTTAGCCGTATATACACCCAAGAAGAACAAATGCGTCTTGACGTTGAATGTCAGGGCTTCTTGCTGTTTTTGGAGCAAGTGGGTGTGCTTGATGCGTCAACTCGCGAAATGGTTATAGACAGAGTCATGGAAATTGACTCGCCAGAATTTTGTCTGGAAGATTTAAAATGGGTTGTATTGATGGTGTTATTCAATGTACCCGGTAAAGAAAATGCGTACGCACAAATGGAAGATCTTTTATTTGAAGAGTCTGACGGTACGCTGCACTAA	MFDILMYLFENFIHSETEIRVDQDELTDELIRAGFHHDEIYKALAWLEKLAALQETDNKPYFCKRISSGVSRIYTQEEQMRLDVECQGFLLFLEQVGVLDASTREMVIDRVMEIDSPEFCLEDLKWVVLMVLFNVPGKENAYAQMEDLLFEESDGTLH				NA	NA	NA	NA	NA
AK237_02973	549	topA_2		DNA topoisomerase 1	ATGTCAAAAATAGATCATTCATTATTCAGTGCTCATGAACATGCGCTTGAGCACGCCTTTGGTGACTGCCCTGAATGCGGCAGTCACTTGCAAGTCCGCAATAGTAAAAGCGGACCTTTCCTTGGCTGTACAGCTTACCCTAAGTGTCATTTCAGTAAGCCACTTCATGATCAGCAAACCACAACACTTAAAGAGATTGCTGGCACAAATTGTCCTGATTGTGGAAGTACCATGGCGATTAAAAAAGGTCGCTACGGCATGTTTATTGGGTGCACGAATTTTCCCGATTGTCACCACATCGAGCCCATCAAACAGCAGGAAGATACTCAGATAATTTGTCCGCAATGTAAGACAGGGCATATTATCGAACGGACGAATAAATACGGTAAGCGATTTTATGCCTGTAACCATTATCCCCAATGTCGATATGTGGTAAATTCCCCGCCCGTTGTGGGTAGCTGTCCAGACTGCGGTTGGGGCCTTCTTATTAATAAAAAAGGCAAAGTGTGCTGCCCTCAACCTCAGTGTGATTATCAGGCAGAGCAGTAA	MSKIDHSLFSAHEHALEHAFGDCPECGSHLQVRNSKSGPFLGCTAYPKCHFSKPLHDQQTTTLKEIAGTNCPDCGSTMAIKKGRYGMFIGCTNFPDCHHIEPIKQQEDTQIICPQCKTGHIIERTNKYGKRFYACNHYPQCRYVVNSPPVVGSCPDCGWGLLINKKGKVCCPQPQCDYQAEQ				NA	NA	NA	NA	NA
AK237_02974	561	tsaC	COG0009	Threonylcarbamoyl-AMP synthase	ATGAGCAACGAACAGCAAAATAATTCCGTCAAAAGCGCGTTTGATCAGGGCGCGCTTATTGTCTATCCCACTGAAGCGGTGATGGGAATAGGGTGCGATCCTGACAATGAAATTGCCGTGCATAAGTTATTGCAATTGAAACAGCGCCCCATTGAAAAGGGAATGATTCTAATTGCAGATTCATACTCCCGCTTACTCCCATATGTGAATGACAATGCAGTACCACCGGAGCGTCGTACTGAAATCTTTTCTTCCTGGCCCGGCCATAATACATGGCTATTGCCTAAATCCGCTTCTGCTCCATCATGGATTACAGGGCAACACACCAAAATTGCTGTTCGGGTAACTGATCACCCAGTGGTAAAAGCGCTGTGCGAAACGGTTGGCAAACCTCTCGTCTCCACAAGTGCAAACCCGTCCGGTAAAGCACCTGCTCTTACACAGGACGAAGCCAAAGCCTATTTTGCTGAGAGTGTAATTTACATCGACGGCGACGTTAAAACTAAAGGCAAGCCGAGCACCATTCGAGATTGTGACACCGGAAAGGTGATCAGAGAATAA	MSNEQQNNSVKSAFDQGALIVYPTEAVMGIGCDPDNEIAVHKLLQLKQRPIEKGMILIADSYSRLLPYVNDNAVPPERRTEIFSSWPGHNTWLLPKSASAPSWITGQHTKIAVRVTDHPVVKALCETVGKPLVSTSANPSGKAPALTQDEAKAYFAESVIYIDGDVKTKGKPSTIRDCDTGKVIRE				NA	NA	NA	NA	NA
AK237_02975	924	hemF	COG0408	Oxygen-dependent coproporphyrinogen-III oxidase	ATGCAATCAAAAACTATTCAAGATCCACAAATTGCCATTGAGAAAGTGAAAGCATTTTTACTGGCTTTACAGGACAACATTTGTCAGACCCTTGAGCTCGCTGACGGGAAAGGTCAATTTATCGAAGATACATGGCAGCGAGAACAAGGTGGTGGAGGCCGCTCCAGAGTACTCAAGAACGGTTGCGTTATCGAACAGGGTGGGGTCAATTTTAGCCATGTTTTCGGTGATGCAATGCCTGCATCAGCTACCGCCTCGCGACCAGAGCTCGCTGGCAGAAGCTTTCAGGCTATGGGCGTTTCTTTAGTCATTCACCCACACAACCCTTATATCCCTACGTCGCACGCAAATGTTCGTTTTTTTATAGCAGAGAAAGCGGGGGAGGCACCGATTTGGTGGTTTGGAGGCGGTTTTGATTTAACGCCTTTTTATCCATTTAAAGAAGATGTTCAACACTGGCATGATACGGCAAAGAAATGCTGTGCACCCTTTGGTAACGATGTTTACGCGACCTATAAAAAGTGGTGTGATGATTACTTTTATTTAAAGCATCGTGACGAAACCCGAGGTGTCGGCGGGTTATTTTTTGATGATTTAAATGACTGGGAATTTGATAAGTGCTTCGCTTTTATGCAGTCAGTGGGAAATGGTTATCTGGATGCTTACGTACCCATTGTTGAGCGCCGAAAAGGGCAATCTTTTGGTGAGCGAGAGCGACAATTCCAGCTTTACCGTCGCGGACGCTACGTCGAGTTCAATTTGGTTTATGACAGAGGCACATTGTTTGGACTGCAAACCGGCGGTCGTACTGAATCAATTTTGATGTCTATGCCTCCACTTGCCCGCTGGGAATACGGCTTCGAAGCACCCGCGGGAAGTGCTGAAGCGAAGCTGTCAAAATGGCTAAAACCTACCGATTGGTAA	MQSKTIQDPQIAIEKVKAFLLALQDNICQTLELADGKGQFIEDTWQREQGGGGRSRVLKNGCVIEQGGVNFSHVFGDAMPASATASRPELAGRSFQAMGVSLVIHPHNPYIPTSHANVRFFIAEKAGEAPIWWFGGGFDLTPFYPFKEDVQHWHDTAKKCCAPFGNDVYATYKKWCDDYFYLKHRDETRGVGGLFFDDLNDWEFDKCFAFMQSVGNGYLDAYVPIVERRKGQSFGERERQFQLYRRGRYVEFNLVYDRGTLFGLQTGGRTESILMSMPPLARWEYGFEAPAGSAEAKLSKWLKPTDW	PGPT0003205_1583	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_VITAMIN_PRODUCTION	PLANT_VITAMIN_RELATED_HEME_METABOLISM	PLANT_VITAMIN-HEME|SIRO-BIOSYNTHESIS,PGPT0003205-hemF-K00228	NA	NA
AK237_02976	675	ompW	COG3047	Outer membrane protein W	ATGAAAACAACCACTTTGGCTACCGTTATTCTCGCAGCACTCATTGCTGCTCCTGCCGCTCAAGCATATGAAAAAGGTGATTGGGTTGTACGTGGCGGACTCACAACAGTCGCGCCAGACGATGACAGTTCAAATATTCTTGCTGGTGGTGAAAGCCTTGGCGTTAACCTGTCTGTCGATAACAATACGCAGCTAGGGTTAAATGTTGCTTATTTTATTACCGACAACATCAATATTGAGTTATTGGCAGCAACCCCGTTTACCCACGACGTAAATTTCGGCGTTTCAGACCCATTGGGTACAGGAGACAAATTGGGTGAAGTAACACATCTTCCACCTACTTTGTCTGTTAACTATTACTTCAATGATCCGGCTGCCGTTTTCCAACCTTACATCGGTGCGGGCTTGAACTACACGTTCATTTTTGACGAGGAATTTACCTCAGCGAATGATGAGGCCGGGCTGACCGATCTTGACTTGGATAACTCTTTTGGGGTGTCTGCTCAGATTGGTGCTGACTACATGCTCAACAACAACTGGCATATCAATGCGTCAGTGCGCTGGATTGATATCGATACCGAAGCCTCTTTCAAGGTGGGTGATGCGCAAGGCCGCGTGGATGATATCCAAATTGACCCTTGGGTTTACACCATATCTGTTGGTTATACCTTCTAA	MKTTTLATVILAALIAAPAAQAYEKGDWVVRGGLTTVAPDDDSSNILAGGESLGVNLSVDNNTQLGLNVAYFITDNINIELLAATPFTHDVNFGVSDPLGTGDKLGEVTHLPPTLSVNYYFNDPAAVFQPYIGAGLNYTFIFDEEFTSANDEAGLTDLDLDNSFGVSAQIGADYMLNNNWHINASVRWIDIDTEASFKVGDAQGRVDDIQIDPWVYTISVGYTF	PGPT0022210_849	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-OTHER_CELL_MEMBRANE_REMODELLING_PROTEINS	OTHER_INTEGRAL_MEMBRANE_REMODELLING__PROTEINS,PGPT0022210-ompW|yciD-K07275	NA	NA
AK237_02977	435	yjbI	COG2346	Group 2 truncated hemoglobin YjbI	ATGGGTCTCTTTAGCTTATTAAACAAATCAAAGAAAACGTCTTCAGACACAACCCCCTCCACACCCTATGAAGCAATCGGGGGAGAAGAAACGGTAAAACTTATTGCCAACCGATTCTATGACATCATGGAACAAGATCCTATGGCTGAAGAGTTACTTGCAATACATCCGCAACCAATGGACAGAATAAGACATGTCTTTTTTCTTTATTTAACCATGTGGCTTGGCGGTCCCAATGAGTTTGAAAAGCAATTTGGTCATCCCCGCTTGCGTGCCAGACACCTGGGCTTTGCAGTAACACCCGTGCTTAAACGGCAGTGGATGTATTGCATGCGAAAGGCCATGCTGCAGTCTGTCCACGATATCGCGCTGGCAGAAAAATTACTAGCAGCACTGGATCAACTTGCGGAACACATGATTAATACAGAGCAATAA	MGLFSLLNKSKKTSSDTTPSTPYEAIGGEETVKLIANRFYDIMEQDPMAEELLAIHPQPMDRIRHVFFLYLTMWLGGPNEFEKQFGHPRLRARHLGFAVTPVLKRQWMYCMRKAMLQSVHDIALAEKLLAALDQLAEHMINTEQ				NA	NA	NA	NA	NA
AK237_02978	747	aroE	COG0169	Shikimate dehydrogenase (NADP(+))	ATGTTTGCAGATTTAACCGGTGAGACCATTCAGTATGAAAAAATTGAAGCGCCTATTGAAGGTTTCGAAGATACCGTTACGAATTTTTTTGCTGATGAGCAAGCTGTGGGATGTAATGTAACCGTCCCGTTTAAGGAAAGAGCGTTTAAATTAAGCGAAGCAAATTGCAATAAAGAAGCGGCAACTGCAAAAGCCGTTAATACCCTGCATAAAGTAAACGGCTGCCTGAATGGTTATACCACTGACGGCATGGGATTGGTTGCAGACTTACTCAATACAACAGGTAGTTTAAGCGGAAAGCGCATTTTACTTATTGGTGCCGGTGGCGCTACCCGTGGTGTAGTAGGGCCATTACTGAGAGAAAATCCGGAATCATTATTTATTGCTAACCGTACTTTTGCCAAAGCACAGGCGATTGTGTCAGATATAGCAAACCCTAAGTTTGAAGCGATAACGGCTAACGATCTTGTAAGCGTTGAAGCTGATATTATTATTAATTGCACATCAGCGAGTTTGACGGGCGAGCTGCCAGTTGTATCTGACAGTATGTTCGGTAAGTGTGAATTGGCATACGACATGGTATATAGCAGTCAGCCAACTCGCTTTATGCAGTATGCATCTGAGAACGGGGCTGCGGCAACCAAAGACGGATTTGGTATGCTGGTGGAACAGGCTGCTGCAGCATTTACTATCTGGACGGGGAAAACACCGGAGACTGCCGGTGTTATTGAGAAACTTCGTCCTTAG	MFADLTGETIQYEKIEAPIEGFEDTVTNFFADEQAVGCNVTVPFKERAFKLSEANCNKEAATAKAVNTLHKVNGCLNGYTTDGMGLVADLLNTTGSLSGKRILLIGAGGATRGVVGPLLRENPESLFIANRTFAKAQAIVSDIANPKFEAITANDLVSVEADIIINCTSASLTGELPVVSDSMFGKCELAYDMVYSSQPTRFMQYASENGAAATKDGFGMLVEQAAAAFTIWTGKTPETAGVIEKLRP	PGPT0012890_5277	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
AK237_02979	534	yrdA	COG0663	Protein YrdA	ATGCCCCTCAGAGAGTATAAATCCGTTTCCCCTACTATTGCTGATAACTGTTATATCGATGATTCAAGCGTGCTGGTTGGAGATATCGCCATAGGATCAGATTCAAGTGTATGGCCGCTGGTTGCAGCCAGAGGCGATGTTAATTATATAAAGATAGGCGACCGCACAAACGTTCAGGATGGTTCAGTGCTTCACGTCACTAGGAAATCTGCCGGTAATCCTGACGGTAACCCACTAATTATTGGTGATGATGTAACCATAGGACATAAATGCATGCTTCACGGATGCACACTGGGCAACCGTATACTCGTCGGTATGGGTGCCATCGTGATGGACGGTGCTGTTGTAGAAGATGATGTGTTTATCGGAGCAGGTACGTTAGTGCCGCCAAACAAACGCCTTGAGAGTGGCTACTTATATGTAGGCAATCCAATGGTGAAAAAGCGCCCGCTCAAAGAGAGTGAACAAACCTTTCTTAAGATATCGGCAGACAATTACGTGCGCCTGAAAGATGAATACCTTACACAAGGCTGA	MPLREYKSVSPTIADNCYIDDSSVLVGDIAIGSDSSVWPLVAARGDVNYIKIGDRTNVQDGSVLHVTRKSAGNPDGNPLIIGDDVTIGHKCMLHGCTLGNRILVGMGAIVMDGAVVEDDVFIGAGTLVPPNKRLESGYLYVGNPMVKKRPLKESEQTFLKISADNYVRLKDEYLTQG	PGPT0002425_587	DIRECT EFFECT	BIO-FERTILIZATION	POTASSIUM_SOLUBILIZATION	K-SOLUBILISATION-OTHER_ACID_METABOLISMS	K-SOLUBILISATION-CARBONIC_ACID_BIOSYNTHESIS,PGPT0002425-GAMMACA_like-K01726	NA	NA
AK237_02981	612			hypothetical protein	ATGAAAGCGAAATCTCTTCTTGCAACAGCTATTATTTCAGGTCTGTGTTTCTCACCACTTGCGCTGGCAAAGCATGACCATAAGCGAGACAGATATAATCAGGATAAAATCGTTCAAGGTACCTATACGGTTTCAAAAGGCGCTGTTGCTACCTTCGATATCACCACGGATCCAACGACGCTTGAGCAATTAGGCAAATTCGAGATCACATTGGAAAACACCGATTGGCATTCATTATCACGTGATCAAAAACGCGCAATTAAGAAAAAAGTGAAGATAAAAGGCATAGTTAAAGGCACCATCGATTTAACTAATTTGTATACTGTTGGGCCAGTTGTATCCCACGTGATGACAGACAATGAGAGAAGCTTTGTGCTTTATTCAGCCAATGATGTTTTTGTACCGGTTCAAGGCGACCTTTACTGTTCTACCGGCGAACCCATGCAAATCCAGGAGTATGTGAATCTGGTATCTGCAACTGGCGAGTTCGATAATTTAGCAGGCGGAACCATCGTATTGGAAGGTACTGTGAATAACTGTCCTCATTTAGCTGACTACGGCAAATATGATTTGTCTATTGTCGCTAACGAAAGTGCTATTGTTTTTGAGTAA	MKAKSLLATAIISGLCFSPLALAKHDHKRDRYNQDKIVQGTYTVSKGAVATFDITTDPTTLEQLGKFEITLENTDWHSLSRDQKRAIKKKVKIKGIVKGTIDLTNLYTVGPVVSHVMTDNERSFVLYSANDVFVPVQGDLYCSTGEPMQIQEYVNLVSATGEFDNLAGGTIVLEGTVNNCPHLADYGKYDLSIVANESAIVFE				NA	NA	NA	NA	NA
AK237_02982	1557			hypothetical protein	GTGAAAATCTCAATATTCGCTGCATTATCCGCGGCTATCGCCACTCTATTTCTTGGTTTATTTTCGATTCCTTTCTGGTGGGCAGCTATTGTTACTAGCGTGACTGTGTTTGGTACTGTGTTCATAGCAGGTAAATTGACCATATCAAAGAACATATCCGCTAAGCCTCAACATGACGACGATGAATATTCGTCTACACTGGGAGAAGCAATCAGTCAGTCTGCAAGTCGAATTGCAATAGGTGGCGCAACGGTTTCCCACTTTTTAGATCGTTTAGCTGACGTCTTTAAGCAACAAGCTGATAATGTGCAGGAAATTGCTTCCAGCATAAAGCATTTGGAAGAGGGAAATCAGCAGCTGGTAACCTATGCAACCGATGCGCAAACTAAAATTCAAACAGCAGATAATAAAACGCAGGAATGTAAACAAGCGCTGAACAAGCTTGTTGAGCAACAAGATCAGTTGCGACTTGAAATTGAAGCGTCAGCTCAAATGCTTTTCACTCTAAAGAGTAAGGCTGACTCGATCAGTGGAATTACTACCACCATTAATCAACTGGCAGATCAGACCAATATGCTTGCCCTCAACGCTGCCATTGAAGCCGCCCGAGCTGGAGAACAAGGGCGTGGTTTCGCCGTTGTTGCTGATGAAGTCAGGGATCTTGCACAAAAGACAACTAACGCTACGCAAGGTATCGATGATGTTTTAAATGAAATAAATCGGTACAGCCAAACCTCTGTCGATGCCATCGGTAAGGTTTCAGATGCTAACGGTTCGATGTCAGAGGTTGTGGAACAAATGTCGGCGTTAATTGAAGAAACCAGCATGATATCTACAGATGCTTCGAATTCGATGGGCCAAGTAGCGAGTACTGTGGAAATTCATGGGAATACAAATCGGGGAATTAGCGTTAATGCAGATAAGTTACATGAAAATACGCAGCATTTAGAAGGTGACCTTATTGATGTGTCAGAAAAAGTTCTCGCGTTGTGTTATCACACCGAGGGTATTTTCAGACAGCTTCAGCATTTACACGTTAATGACCGGAATGGTCAGGTACAACGTATAGCCACCGAAACCGCGGCGACCATTGCGCATATGTTTGAAGAAGCTATTCGCAGCGGGAAAATTAGCGAGTCTGATTTGTTTAATTTTAATTATCAGCCCGTTAGTGGTACCAATCCACAAAAATACACCACACCGTTCGATTCATTTACCGATAACTTACTCCCGGCAGTTCAGGAGCCCATCCTAACGCAGCACAACTTTATTATTTACGCCGGTGCGGTGGACATTAATGGTTATTTTCCTACTCATAACCAAAAATTTAGTAAGCCTATGACCGGCGACTATGATGTTGACCTGGCGAACAGCAGAACGAAGCGTATTTTCAATGACCCCACTGGCGCACGCTGTGGAAAAAACACAGAGTCTTTCCTATTGCAAACTTATAAGCGGGATACCGGTGAAGTCATGCACGATCTCTCTGCGCCCATCTATGTTAAGGGTCGCCATTGGGGCGGGTTTAGAATTGGTTATAAGGCAGAAGACGTTTGA	MKISIFAALSAAIATLFLGLFSIPFWWAAIVTSVTVFGTVFIAGKLTISKNISAKPQHDDDEYSSTLGEAISQSASRIAIGGATVSHFLDRLADVFKQQADNVQEIASSIKHLEEGNQQLVTYATDAQTKIQTADNKTQECKQALNKLVEQQDQLRLEIEASAQMLFTLKSKADSISGITTTINQLADQTNMLALNAAIEAARAGEQGRGFAVVADEVRDLAQKTTNATQGIDDVLNEINRYSQTSVDAIGKVSDANGSMSEVVEQMSALIEETSMISTDASNSMGQVASTVEIHGNTNRGISVNADKLHENTQHLEGDLIDVSEKVLALCYHTEGIFRQLQHLHVNDRNGQVQRIATETAATIAHMFEEAIRSGKISESDLFNFNYQPVSGTNPQKYTTPFDSFTDNLLPAVQEPILTQHNFIIYAGAVDINGYFPTHNQKFSKPMTGDYDVDLANSRTKRIFNDPTGARCGKNTESFLLQTYKRDTGEVMHDLSAPIYVKGRHWGGFRIGYKAEDV	PGPT0015710_23998	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
AK237_02983	393			hypothetical protein	ATGAAAGACGTAAAACATAGAATGGTTATAGGTGCTGTAAGCGCTGCAGTTTTAGGCGCAGGAGCAATTTCTTCACAGGCCGCTGCTAACCCGTTTGGGGTAACGCATTTGGGAGTTGGCTATATGCAAGCCGCGGCAGAAGGAAAGTGTGGAGAAGGCAAGTGTGGCGGCGAGAAAATGAAAGACAAGGCCAAAGTGGAAGGGAAGTGTGGCGAACATAAAATGAAGGACAAAGCCAACGCCGAGGGAAAGTGCGGTGAGGGTAAATGCGGTGGTGCTAAGACGAAAGAGAAGGTTGTCGCAGAAGGTAAGTGTGGCGGCGAGAAAATGAAAAAGAAAGATAAAGCCGACACAGAAGGTAAATGTGGTGAAGGTAAGTGTGGGAGTCGATAA	MKDVKHRMVIGAVSAAVLGAGAISSQAAANPFGVTHLGVGYMQAAAEGKCGEGKCGGEKMKDKAKVEGKCGEHKMKDKANAEGKCGEGKCGGAKTKEKVVAEGKCGGEKMKKKDKADTEGKCGEGKCGSR				NA	NA	NA	NA	NA
AK237_02984	843			hypothetical protein	ATGACAATCAGTGGGGCCGGTCTGGGATTACGGCGTGAAATGTTGTCTTCACTTTTACCTGATTTGCCTCAATCGGTCGACTTTTGGGAAGTTGCCCCTGAAAACTGGATCCCGGTGGGAGGAAAATTCAAAAAACAGTTTCAACAATGTACTGCTCAAGCTCGCTTCGCTACCCACGGTTTATCTCTTTCTATCGGCAGTACTGACCCAATAGATGTACCATTTATTAAACAAATTAAAGCTTTTCTTGATAGGCATAATATCGAACTGTATAGCGAGCATTTAAGTTTTTGTTCCGGGCAAGGTCATCTTTATGACTTACTACCCATTCCCTTTACGCCCGAAGCGGTTGAGCACGTGGCAAGCCGAATCAACGTTGTTCAGAATATTCTGGAACGTCGTCTTGTACTGGAAAACGTGTCGTATTATCTGGCACCAGAGCAACAAATGTCAGAATTGAACTTTCTACTTTCTGTACTTGAGCTGGCTGATTGCGATCTGCTTTTGGATGTGAACAACTTATACGTTAACAGCATTAATCATCGTTATGATCCGTATGCTTTTCTGGCCGCCTTACCGTCTGCACGTATTGTCTACGGACATATAGCGGGCCATTATGATGAAGCGGATGATCTGAAAGTCGATACTCACGGCAGCGATGTGATTGAACCAGTGTGGGCGTTGTTAAAACACGCTTACGAATTACATGGCGTATTTCCAACATTGCTGGAACGTGATTTTAATATTCCTTCCATAGACACACTGTTGGTAGAAGTCGAACGAATCAAAGAAATTCAGCGACAAGTGAAAAACGAAAGTAAAGTGACGTCATGTCAGGTATGA	MTISGAGLGLRREMLSSLLPDLPQSVDFWEVAPENWIPVGGKFKKQFQQCTAQARFATHGLSLSIGSTDPIDVPFIKQIKAFLDRHNIELYSEHLSFCSGQGHLYDLLPIPFTPEAVEHVASRINVVQNILERRLVLENVSYYLAPEQQMSELNFLLSVLELADCDLLLDVNNLYVNSINHRYDPYAFLAALPSARIVYGHIAGHYDEADDLKVDTHGSDVIEPVWALLKHAYELHGVFPTLLERDFNIPSIDTLLVEVERIKEIQRQVKNESKVTSCQV				NA	NA	NA	NA	NA
AK237_02985	762			hypothetical protein	ATGAGTGATTTTAAAACCAGACAGCAACAACTGGTTCGCGCGATGCGAGAGCCTGATTATCATTTCCATACTTTAGAGGCCGATGGGGAGAGACGCCTTGCGGTATACCAAAACCTCCTTTTCAACAATATTCGCTCGTTTATTACCTCGGGCTTTCCGGTCTTAAGAAGCATTTTGAACGACCCGGAATGGGATACTCTTATTCGGCATTTTTACAAAGAGCATAAGTGTACTTCGCCCTATTTTGTTGAAATAACTAAAGAATTTAATATCTATTTAAGTCAGTCTCCCAAGATCTTATCCCAATATCCTCCGTTTATGACGGCACTCGCTCACTACGAATGGCTAGAGTTGGATGTAAGTGTAAGAGACATACCCATGCAACCAGTTCAACAACGTCGTGAGGGAAGTTTTGTTATGTCAGACCTTGCATCCCTGGTGAGTTACGATTATCCGGTGCACTTGATTAGCAAGGATCACCAGCCTCAGCCTGAGGCCGGCGAAACGTATTCTTACGTTGTTTTTCGTGACCGCGTTGATGAAGTGCATTTTATCTTGCTCGCGCCTATGACAGCTTTGCTTTTATCTTTAATCACCGAAAGTGAATTGCCCCCAACCGAAGATGAGATATTGCATCAATTGAACGCGTTTATAACGAGTGATATTCAAGAAACAGCAAGTAGTAATTTACCCCGGACGCTAGCGCATTTCGTCGAGCAAGGTATTTTGATTAAAGCCTCATCACAAACCACGCCGGTTTAA	MSDFKTRQQQLVRAMREPDYHFHTLEADGERRLAVYQNLLFNNIRSFITSGFPVLRSILNDPEWDTLIRHFYKEHKCTSPYFVEITKEFNIYLSQSPKILSQYPPFMTALAHYEWLELDVSVRDIPMQPVQQRREGSFVMSDLASLVSYDYPVHLISKDHQPQPEAGETYSYVVFRDRVDEVHFILLAPMTALLLSLITESELPPTEDEILHQLNAFITSDIQETASSNLPRTLAHFVEQGILIKASSQTTPV				NA	NA	NA	NA	NA
AK237_02986	123			hypothetical protein	ATGGCTGATAACGGCGAGTTTAAAGAAGTGTTTAACTGGTGGTACTTTCTGGCAATCATTGTCACGTTGGTAGCTTTCCCTCTGTTGCATATCATAGCTGGCTGGTTCACGTTCTGGCTGTAA	MADNGEFKEVFNWWYFLAIIVTLVAFPLLHIIAGWFTFWL				NA	NA	NA	NA	NA
AK237_02987	537	apt		Adenine phosphoribosyltransferase	GTGACTGCTGAATATATAAAATCCGTAATAAAAACCGTACCCGACTATCCTAAACCCGGCATCATGTTTCGTGATGTCACCAGCGTGCTGGAAGATCACAAAGCATTTACGGCGTGTATCACGTTGTTGCTTGAGAAATTTCAGGGCATGCAGTTTGATAAAGTAGCCGGTACTGAAGCCCGTGGTTTCCTGTTTGGTGCGCCGCTGGCGCTTGAAATGGGCGTGGGTTTCGTACCGGTGAGAAAACCCAATAAATTACCCAGAGAAGTGGTAAGTGAATCCTACGAACTTGAATATGGTATGGACACACTTGAGATCCACAAAGACGCTATCAAAGAAGGTGAGCGTGTATTACTGATTGATGATTTGCTGGCAACTGGCGGTACAATTGGTGCGTCGGCCAAGCTTATCCGTTCTCTGGGCGGGATCGTAGACCATGCGGGATTTGTCATCGGACTACCAGATTTAGGTGGTTACGAGAAATTGGCTGCGTTAAATATCGAGTGTTATTCAATTTGTGATTTTGATGGTGAATAA	MTAEYIKSVIKTVPDYPKPGIMFRDVTSVLEDHKAFTACITLLLEKFQGMQFDKVAGTEARGFLFGAPLALEMGVGFVPVRKPNKLPREVVSESYELEYGMDTLEIHKDAIKEGERVLLIDDLLATGGTIGASAKLIRSLGGIVDHAGFVIGLPDLGGYEKLAALNIECYSICDFDGE	PGPT0021455_3179	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PURINE_METABOLISM,PGPT0021455-apt-K00759	NA	NA
AK237_02988	2580			hypothetical protein	ATGAGTTATCAGGTTCTGGCAAGGAAATGGCGACCACGAAAGTTTAGTGAACTCGTTGGTCAGGAACATGTTGTTACCGCCATCGCCAATGCATTAGATAACGACCGCTTACATCATGCTTATTTATTTACCGGTACCCGTGGTGTCGGTAAAACCACCATTGCCCGTATTTTCTCCAAGAGTTTGAATTGCGAAGAGGGGCAGGGTGCCAATCCCTGTGGTGTTTGTGACACCTGTCGTGAAATAGAGCAGGGCAATTATGTTGATTTGCTCGAAATCGATGCGGCGTCCCGCACCAAGGTTGAAGATACCCGCGAGCTGTTGGATAACGTGCAGTATAAGCCCACCCGTGGCCGCTTTAAAGTGTACCTTATTGACGAAGTACACATGTTATCTAAGCACAGCTTCAATGCGTTATTGAAAACACTTGAAGAGCCACCTCCTCATGTCAAATTTCTGCTGGCAACCACTGATCCGCAGAAACTGCCCATTACAATTCTGTCGCGCTGCTTACAATTTAATTTAAAAGCGCTGTCCCGTGAGCAAATTTCCGGGCAACTGACCCACATACTGCAACAGGAATCTATTCCGTTTGAAGCGCCCGCTTTGGCATTATTGGCACGTGCTGCCCAGGGCAGCATGCGGGATGCGCTCAGTCTGACTGATCAGGCTATTGCTCAGGGCGACAACCAGGTAGCGGCAGCCATCGTTACCGATATGCTTGGTTTGATGGACAGACATCAAATCCTGAAGCTGCTTTTTGCGTTGGTGAAAAAAGATGCTCAGGGTCTGTTAGATATTGTGGCATCAATGGCTGAGCAGGCACCGGATTTCGGTCAGGTACTGGCTGAGCTGTCCAGCTTGTTACACCAGATAGCGTTAACCCAGTGGGTGCCAGAAACCTGCAAGCTGGAAACCACGTCTGCCAAAGCGATTTTTCAATTAGCGAAAGCGTTACCAGCAGAGCAGGTGCAGCTGTTTTATCAGATTGCGCTGCAGGGCAGAAAAGATTTACCTCACGCTGTAGACGGCCGTTCCGCGCTGGAAATGACGCTGTTGCGAATGATGTCTTTTGCACCGGTTCCGTCCGATGACGATAATCTTGAGTTGATTGTCGATGCACAGGGCAGTGCGGAAACGCCTGTGTCGCAAGCGTCTGCACAATCTGTTTCCTCTGCTCCGTCTGTAGCCTTAGCGTCAAAGACGCAAGCTGCACCGGCTCTTCAGCCGTCACAGTCAGAAACGCCGGAACCAGAGGCGGCGTATACCCCTAAACCGGCGGAACATGAAACCGGTACTGAAACCGCTACAGGGCCAGCAGATACGGATGCTTCAGAAGAATTGCAAACGCTGAACGCTGAGCAGGCTGAAATTGAAAAAGCCGCGGCGGAATATCGTCAGCCTGCTATTTCTGAGCATGCGCCCACTGATTCGCCTGTTTTGGAGCAGCAACCTGTAAAGGTTGAACCTGTACAACAGCCTGAATCTTCGCAACAGGCTCAGCCTGCTGCGCAGGATGGTCCGCCCCAGTGGAACGACATCCCGCCGGCCGATTACGATGATATGCCGCCACCGTCTTACGAAGATGAACACTATGATGTACCGGCGGATCAAGCTGCACAGGCTCCTCAGGCAGACAGTACCGCCTCGTTGACGTCTATCGAAGAAATGTTAGCCCTGCGTCAGCAGTTAAAAACTGGACGTAAAGAGGCTGCAGAAGCACCCGGAAAAAAGTCTGAAGCGCAAAGCGATACCAGTGAACGTGTTCGCAAGCTGAGTCAGCGCGGCACGTCTGGGGCTCCTCCGGTTGCGGATAATGAGTCCGGTGAGGGGGCGTTATCAGTGCCGTCACAGGATGAATCGTCTTTGCCGCCTTGGGAAAATGATGCAGCGAAGGTTGCGCCTGAACCAGACGAACAGGCTGTCGACAAGCAGGGCGATAGTTTCGCGGTTCCTACTTCACAGGCTGAACTTACTCAGGAAACAGGGGTGAACGTTGCCTTTGAGGCGAGTCCTGTAGCGGACGAACAGGCTGACAGCAGTACTGACTTCGCGCACCAGAATACGCAGGCTCCTTCCGGTTACAACTATCCTGACGAACCATCAGACAACGTCGTGAATGCCCCACAAGCTAGCCGGGTTCAACGTGTTGATAGCAACGCTTTACCCGCTTATTTACCGGACGGCTCAAAATTATTACTCGGCCGCCAGATAGACAGCTGGAGCGAACAGGTTGCTGAACTGGGCTTGGTAGGTTTAACCAAACAAATCGTATTAAATGCCGCTTTTTCGATAAAAGATCAGGATGTGACGCTTGAATTAGATGAGAGTCAGAGCCATCTCATTAATGACAATGCCGTTGCACAACTGAACGAGGCGTTATCAAAAGCGCTGGGGCAGCCGGTTAATGTGAATATTATTTACGGGCAGCCAGCACAAACACCGCTGACGTTGCAGGCGCGTATCGATGAAATGCGTCGTGCTTATGCACATCAGGTGGTAAGCAACGATGAGAAATTTACAACATTACGGGATCTTTTCGCTGCCACAGTGCTTGAAGACACTGTACAGCCCCGGTAA	MSYQVLARKWRPRKFSELVGQEHVVTAIANALDNDRLHHAYLFTGTRGVGKTTIARIFSKSLNCEEGQGANPCGVCDTCREIEQGNYVDLLEIDAASRTKVEDTRELLDNVQYKPTRGRFKVYLIDEVHMLSKHSFNALLKTLEEPPPHVKFLLATTDPQKLPITILSRCLQFNLKALSREQISGQLTHILQQESIPFEAPALALLARAAQGSMRDALSLTDQAIAQGDNQVAAAIVTDMLGLMDRHQILKLLFALVKKDAQGLLDIVASMAEQAPDFGQVLAELSSLLHQIALTQWVPETCKLETTSAKAIFQLAKALPAEQVQLFYQIALQGRKDLPHAVDGRSALEMTLLRMMSFAPVPSDDDNLELIVDAQGSAETPVSQASAQSVSSAPSVALASKTQAAPALQPSQSETPEPEAAYTPKPAEHETGTETATGPADTDASEELQTLNAEQAEIEKAAAEYRQPAISEHAPTDSPVLEQQPVKVEPVQQPESSQQAQPAAQDGPPQWNDIPPADYDDMPPPSYEDEHYDVPADQAAQAPQADSTASLTSIEEMLALRQQLKTGRKEAAEAPGKKSEAQSDTSERVRKLSQRGTSGAPPVADNESGEGALSVPSQDESSLPPWENDAAKVAPEPDEQAVDKQGDSFAVPTSQAELTQETGVNVAFEASPVADEQADSSTDFAHQNTQAPSGYNYPDEPSDNVVNAPQASRVQRVDSNALPAYLPDGSKLLLGRQIDSWSEQVAELGLVGLTKQIVLNAAFSIKDQDVTLELDESQSHLINDNAVAQLNEALSKALGQPVNVNIIYGQPAQTPLTLQARIDEMRRAYAHQVVSNDEKFTTLRDLFAATVLEDTVQPR				NA	NA	NA	NA	NA
AK237_02989	327	ybaB	COG0718	Nucleoid-associated protein YbaB	ATGTTTAAAGGTGGAATGGGAAATATCATGAAGCAGGCGCAACAGATGCAGGAGCGCATGCAAAAAGCACAGGAAGACCTGGCGAAAATTGAAGTGACCGGTGAAGCCGGTGCGGGCATGGTGAAAGTTACCATGACGTGTAATCACAATGTGCGCCGTGTTGAAATTGATGAGTCGCTGATGGACGACGACAAAGACATGATTGAAGATCTGGTCGCTGCGGCCTGCAACGATGCTGTGCGCCGTGTACAGGAAACCAGTAAAGAGAAAATGGGTGATGTAACCGGTGGTATGCCATTACCTCCTGGCTTCAAAATGCCGTTTTAA	MFKGGMGNIMKQAQQMQERMQKAQEDLAKIEVTGEAGAGMVKVTMTCNHNVRRVEIDESLMDDDKDMIEDLVAAACNDAVRRVQETSKEKMGDVTGGMPLPPGFKMPF				NA	NA	NA	NA	NA
AK237_02990	600	recR	COG0353	Recombination protein RecR	ATGAAGTTCAGTCCGCTTCTGGGTGAGCTAATCGAAGCGCTCACCTGTTTGCCCGGTGTGGGTAATAAAAGTGCCCAGCGTATGGCGTTTCACCTGCTCGAACGAAACAGGGATGGCGCCATGAAGTTGGGCACGGTACTGCATAATGCCATGGAACACATTCAGCATTGCCAGCAATGCCGCACGTTTACTGAAGATGATGTGTGCGAAATCTGTCGTTCGCCGAAACGTCAGGAAGCCGGTGTGTTGTGCATTGTCGAAAGTCCGCAGGATGTGCTGGCTATCGAGCAGACCATGTCATTTACCGGTACATACTTTGTGTTGATGGGACATTTGTCGCCCATCGATGGTATCGGGCCGGCGGATATCGGGCTGACCGAACTGGAAGCGCGACTTAAAGCCTCTCCGGTCTCTGAAGTGATTCTGGCAACTAATCCAACGGTTGAAGGCGAAGCCACGGCACATTACATTGCGCAAATGTGTAATGGTCTTGAGATCACGGCAAGCCGTATAGCACATGGTGTGCCGGTAGGCGGTGAACTTGAATATATCGACGGCAGCACGCTAACCCACGCGTTTTCAGGTCGCCGCCAATTGTAA	MKFSPLLGELIEALTCLPGVGNKSAQRMAFHLLERNRDGAMKLGTVLHNAMEHIQHCQQCRTFTEDDVCEICRSPKRQEAGVLCIVESPQDVLAIEQTMSFTGTYFVLMGHLSPIDGIGPADIGLTELEARLKASPVSEVILATNPTVEGEATAHYIAQMCNGLEITASRIAHGVPVGGELEYIDGSTLTHAFSGRRQL				NA	NA	NA	NA	NA
AK237_02991	1923	htpG	COG0326	Chaperone protein HtpG	ATGGCTGAAGCAGCCCAACAAGAAAAACATGGTTTTCAGACTGAAGTAAAACAGCTTCTGCAACTGATGATTCATTCTTTGTATTCCAACAAAGAAATCTTCCTTCGTGAACTGGTATCGAACGCAGCCGATGCCGCCGATAAGTTACGCTTCCGTGCACTGGAAAATAACAGTCTGTACGAAGGCGACGGCGAACTGAACGTGAAGATCAGCACCGATGCTGATGCAGGTACCATTACCATTGCCGATAACGGCATTGGTATGACGAAAGAAGAAGTTATTGCGAATCTGGGTACTATTGCAAAATCCGGTACCAAGGACTTCTTCAGTAAGCTGTCTGGTGATGCGGCAAAAGACTCACAACTGATAGGTCAGTTTGGTGTGGGCTTTTACTCAGCATTCATTGTGGCTGATAAAGTGACAGTAAGAACCCGTGCTGCCGGCACCGACGCCAGTCAGGGCGTTGAGTGGATTTCTGACGGTGAAGGTGAATTCACTGTAGCAGAAATTAACAAACCTGCCCGCGGCACTGAAATTGTTCTGCACATCCGTGAAGAAGAAAAAGAGTTTGTTGATAACTGGCGTCTGCGCTCAATCATCAGCAAATATTCCGACCACATCAGCATTCCGGTGCAAATGTGGAAAGATGAGATTCCTGAAAGTGAAGGTCCTGACGGTGAAAAAACACCGGCTGTTCCCGGCGAATGGGAGAGTGTAAACAAAGCGACGGCATTGTGGACACGGGATAAGTCAGATATCTCTGAAGAAGAATATAAAGAATTCTATAAGCACATTTCTCATGACTTTGCTGATCCATTGGCATGGGCGCACAACAAAGTAGAAGGTAAGAGTGAGTACACCAGCTTACTTTACATTCCTTCTAAAGCGCCGTTTGATATGTGGAACCGTGATCAGAATCATGGTCTGAAGCTTTATGTCCAGCGTGTATTCATTATGGATGACGCTGAACAGTTTATGCCAACGTACCTGCGTTTCGTAAAAGGTCTGCTTGATTCCAACGACCTGCCGCTGAACGTTTCCCGTGAAATTCTGCAGGACAACAAAGTCACCCAGACGTTGCGTCAGGGTTGTACTAAGCGCGTATTGCAGATGCTGGAGAAAATGGCGAAGAACGACAGCGAAAAGTATCAGTCGTTCTGGGGTGAATTTGGTAACGTGCTGAAAGAAGGTCCTGCCGAAGACTTCAGCAACAAAGATAAAATTGCCGGTCTGCTTCGCTTCTCGTCAACACATGGAGATTCCGATGCGCAAACTGTGTCTCTGGATGATTACATTGGTCGCATGAAGGAAGGTCAGGACAAAATTTACTTTGTCACCGCTGACAGTCTGCAAGCTGCGAAAACCAGCCCGCACCTGGAGTTCTTCCGCAAGAAAGGCATCGAAGTGTTGCTGATGGGCGAGCGCATTGACGAATGGTTAATGTCTCACCTGACTGAGTACAATGAGAAGTCTTTCCAGTCTATTGCTAAAGGTGATTTAGATTTAGGTGACCTTGACGACGAGGAAACCAAAAAGGCGCAGGAAGAAGCAGAAAAAGAAGTGGAAGGTGTGCTTGAGCGCGCGAAAACTGCATTAGGTGACAAAGTTGTCGACGTGAAATTTACTCACCGTCTGACAGAATCACCTGCAGTGATCACGGCTGATGAAAACGGCATGACCACGCAGATGATGAAGCTGATGCAGGCTGCCGGTCAGACAGTACCGGATGTGAAATACCACTTCGAACTGAACCCTGAGCACCAGTTAGTGAAAAAGCTGGCTGATGTACAGGATGAAGCCTTGTTTAATCAGTGGGTAGGCGTATTGTACGATCAGGCAGCATTGTCTGAGCAGGGCAGTCTGAAAGACCCGTCCAGCTTTGTACGCAATTTAAACAGTCTGTTAATGAGTATGGCAAAATAA	MAEAAQQEKHGFQTEVKQLLQLMIHSLYSNKEIFLRELVSNAADAADKLRFRALENNSLYEGDGELNVKISTDADAGTITIADNGIGMTKEEVIANLGTIAKSGTKDFFSKLSGDAAKDSQLIGQFGVGFYSAFIVADKVTVRTRAAGTDASQGVEWISDGEGEFTVAEINKPARGTEIVLHIREEEKEFVDNWRLRSIISKYSDHISIPVQMWKDEIPESEGPDGEKTPAVPGEWESVNKATALWTRDKSDISEEEYKEFYKHISHDFADPLAWAHNKVEGKSEYTSLLYIPSKAPFDMWNRDQNHGLKLYVQRVFIMDDAEQFMPTYLRFVKGLLDSNDLPLNVSREILQDNKVTQTLRQGCTKRVLQMLEKMAKNDSEKYQSFWGEFGNVLKEGPAEDFSNKDKIAGLLRFSSTHGDSDAQTVSLDDYIGRMKEGQDKIYFVTADSLQAAKTSPHLEFFRKKGIEVLLMGERIDEWLMSHLTEYNEKSFQSIAKGDLDLGDLDDEETKKAQEEAEKEVEGVLERAKTALGDKVVDVKFTHRLTESPAVITADENGMTTQMMKLMQAAGQTVPDVKYHFELNPEHQLVKKLADVQDEALFNQWVGVLYDQAALSEQGSLKDPSSFVRNLNSLLMSMAK	PGPT0014640_1716	DIRECT EFFECT	PLANT_IMMUNE_RESPONSE_STIMULATION	TRIGGERED_IMMUNITY	PAMP|EFFECTOR_TRIGGERED_IMMUNITY|PTI	PTI-PR1_LIKE_PROTEINS,PGPT0014640-hptG-K04079	NA	NA
AK237_02992	645	adk	COG0563	Adenylate kinase	ATGCGAATCATTCTTCTGGGCGCACCGGGCGCCGGTAAGGGAACTCAGGCACAATTTCTGATGGGGAAATACGGTATTCCTCAAATCTCTACTGGTGACATGTTGCGTTCGGCCATCAAGGCCGGTACTGAACTTGGCCTTGCGGCCAAGCGTGTAATGGACGAAGGTAAACTGGTGTCTGATGACATCATTATTGGTCTGGTTAAAGAACGTATTGCCCAGGACGACTGCAAGCAAGGTTTCCTGCTTGATGGTTTTCCCCGCACTATTCCTCAGGCTGATGCAATGAAAGACGCAGGCGTATCTGTTGACCATTGTATTGAGTTTGATGTACCTGATGATGTTATCGTTGAGCGTATGGGCGGCCGTCGCGTGCACCCGGCCTCAGGTCGTGTTTATCATGTTGTTTACAATCCACCGAAAGTGGAAGGTAAAGATGATGAAACCGGTGAAGAGCTGATCATCCGTGATGATGACAAAGAAGAAACAGTACGTAAGCGTTTAGGCGTGTACCACGAGCAAACTAAGCCTCTGGTAAAATACTACTCCGCCGAAGCCGAAGCCGGCAACTGCCAGTACCACAAGCTGGATGGTACGAAGCCGGTAGAGCAGGTCAGTAAAGAGCTGGCTGAACTTCTCGGTTAA	MRIILLGAPGAGKGTQAQFLMGKYGIPQISTGDMLRSAIKAGTELGLAAKRVMDEGKLVSDDIIIGLVKERIAQDDCKQGFLLDGFPRTIPQADAMKDAGVSVDHCIEFDVPDDVIVERMGGRRVHPASGRVYHVVYNPPKVEGKDDETGEELIIRDDDKEETVRKRLGVYHEQTKPLVKYYSAEAEAGNCQYHKLDGTKPVEQVSKELAELLG	PGPT0009040_4823	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PURINE_METABOLISM,PGPT0009040-adk|AK-K00939	NA	NA
AK237_02993	396	yecN	COG3788	Inner membrane protein YecN	ATGAGTTTTCCAATCACTGCATTTTATGCAAGTTTACTTGCGCTCTGTTTTTTGTACTTGTCATTTTCCGTTATTACGCTTCGCAAGAAAAATCAGATAGGCGTAGGCGATGGCGGCAATGATGAACTTAGTCGTGCCATTCGTGTTCACGGAAACTTTAGTGAATATGTTCCAATTACCTTAATTTTATTGGCTTGTCTTGAAAGTTTACATCCTCAACACTGGTTAATACATGTAGGTGGCTGCGCTATCCTGTTTGGCCGTATCTTACATGCCTATGGCTTACGTCATCATGAAGGTGTTAGCTGGCAACGTTTATCGGGTATGATGCTGACATTCGTGTCGATGCTCTTTCTCGCTTGCTCCAATCTATTTATGATCCATTATTTGATTTAA	MSFPITAFYASLLALCFLYLSFSVITLRKKNQIGVGDGGNDELSRAIRVHGNFSEYVPITLILLACLESLHPQHWLIHVGGCAILFGRILHAYGLRHHEGVSWQRLSGMMLTFVSMLFLACSNLFMIHYLI				NA	NA	NA	NA	NA
AK237_02994	1134	dthadh		D-threo-3-hydroxyaspartate dehydratase	ATGTCTGAATTGTTATCTGATTTTTCTTCGTTAGTCACACCTGTTTGTTTAATTGATGAGACGAAATTAAAAGCAAACAGTGCACGGATGATAGAAAAATGCCGCGCTGCCGGTGTCACGTTGCGCCCCCACGTTAAAACGTTGAAGAGCAGGGAAGCTGCGGCGATTTATGCACCTTTACCTAGCCGAATCACTGTGTCTACCTTAGAGGAAGCGCGTTATTTTGGCGAGCATGGCTATAAGGATATCCTTTATGCAGTAGGTCTTACGCCTAATAAGTATGCAGCAGTCAATCAACTGCTGGAGCGAGGCGTGGATCTTATCGTCGTAGTGGATAATGCTGATGCCGTTGACATGTTAGTTAAAGCTAAGCGTGCCTTTATAGTGCCATTACGTGTCATGATTGAACTTGATGTGGATGATCACCGGGCTGGTGTGGCGCCAGATAGCGAGCAGTTAGTGACAATGGCAAGCAAAATTCATAACGCTTCGCATCTACGGTTTTGTGGTGTGATGGCACACGCGGGCGCCTCTTATGGATGTAACACGCCAGCGCTTCAGACGGAAATGGCTAAGCAAGAAAGCGAACGCTCGGTAGTTGCTGCAACGCGGTTAAAAGATGCAGGATTGCCGGTAGAAATTATTTCCGTAGGTTCAACGCCCACAGCGCTCTCAGAGTATAAACCAGAAGGTATTACAGAGATCCGTGCCGGTGTTTACGCCACTTTTGACCTGGTAATGGCAGATTTAGGCGTCTGTTCACTGCGCGATGTTGCATTAAGCGTGTTGACGACGGTCATTGGTCATCAATCTGAGAAAAATTGGGTACTGGTCGACGCTGGCTGGATGGGGCTGTCAAGAGACAAAGGTAACGGAGAACATGGTTACGGGCTGGTTGCTGATGTTGAAGGTAATGTACTGGATGGCTGGTATGTCAGCCAAACCAATCAGGAACATGGAATTATCGCCCATAAAGATGGCCTCCCTATTCCTCACGAGTGGTTCGCTTTTGGGAAGCAGGTTCGCATATTGCCAAACCATGCCTGCGCGACGGCGGGTCAGTACCGGCGTTACCACGTTACCCGTGACAACCGCACCGTCAGCGCTATCTGGCATAGTGCTGACGGCTGGTGA	MSELLSDFSSLVTPVCLIDETKLKANSARMIEKCRAAGVTLRPHVKTLKSREAAAIYAPLPSRITVSTLEEARYFGEHGYKDILYAVGLTPNKYAAVNQLLERGVDLIVVVDNADAVDMLVKAKRAFIVPLRVMIELDVDDHRAGVAPDSEQLVTMASKIHNASHLRFCGVMAHAGASYGCNTPALQTEMAKQESERSVVAATRLKDAGLPVEIISVGSTPTALSEYKPEGITEIRAGVYATFDLVMADLGVCSLRDVALSVLTTVIGHQSEKNWVLVDAGWMGLSRDKGNGEHGYGLVADVEGNVLDGWYVSQTNQEHGIIAHKDGLPIPHEWFAFGKQVRILPNHACATAGQYRRYHVTRDNRTVSAIWHSADGW	PGPT0020170_1	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_UTILIZATION	PLANT_DERIVED_ASPARTATE_DEGRADATION,PGPT0020170-dthadh-K20757	NA	NA
AK237_02995	852	qorB	COG0702	Quinone oxidoreductase 2	ATGATTGGTATTACCGGTACAACAGGTCAATTAGGCCAATTAGTAATTAAACATTTGCTCACCAACGTGCCCTCAGACAACGTAGTGTCATTAGTCAGAAATACTGAGAAGGCTAAAACGCTGTTCCCGGACGTGACTGCTCGCACCTTTGATTACAGCAACCCCGCTTCTCTTACAGAAGCGTTATCGGGTATTTCCACACTGCTTCTTATTTCTGGCAGCGAAATTGGTCAGCGAATCGAACAGCATAGTCATGTTATTAACACAGCCAAACAAGCCGGTGTAGCGACGTTGGTGTACACCAGCCTGTTGCGGGCAGACAGCTCATCACTGATGTTAGCGGAAGAGCACAAAGCCACAGAAGCGACTATTCGCAATTCCGGCCTGAATTTCGTCATTCTGCGAAACGGGTGGTATACCGAAAACTATACTCAGGGATTAAAAGCGGTGTTAGACGCCGGGGTGCTGGCTGGAGCAGCGGGCTACGGGCGGATTGATTCAGCAACCCGTAATGATTACGCAGAAGCAGCAGCGAATGTGCTCACAAATATATCAGAGCACCTGGGAAATATTTATGAGCTTGCCGGTGATGCGTCTTTCACCTTACAAGGATACGCAGACGCCATCAGCGCTGTGACGGGCCAAAGTATTCATTTTGAATCAATGGACTATGCAGGCTACAAGCAATTCTTGCAGGATGTTGCCGGTCTGCCGGAAGGCTTTGCTCATGTGCTGGCAGATTCAGAGCATCATGCTAAAGACGGAAGCCTTGCCGGCGAAAGTGACGCCTTGCACCGATTGCTGGGCAGAGCGACGCCTTCCCTTATTGAAGTAATAAAGCAGTCACTGTAA	MIGITGTTGQLGQLVIKHLLTNVPSDNVVSLVRNTEKAKTLFPDVTARTFDYSNPASLTEALSGISTLLLISGSEIGQRIEQHSHVINTAKQAGVATLVYTSLLRADSSSLMLAEEHKATEATIRNSGLNFVILRNGWYTENYTQGLKAVLDAGVLAGAAGYGRIDSATRNDYAEAAANVLTNISEHLGNIYELAGDASFTLQGYADAISAVTGQSIHFESMDYAGYKQFLQDVAGLPEGFAHVLADSEHHAKDGSLAGESDALHRLLGRATPSLIEVIKQSL	PGPT0009465_1563	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_VITAMIN_PRODUCTION	PLANT_VITAMIN_K_METABOLISM	PLANT_VITAMIN_K_BIOSYNTHESIS,PGPT0009465-qorB-K19267	NA	NA
AK237_02996	897	dmlR_9		HTH-type transcriptional regulator DmlR	ATGAGTACAATTGATTTTGCCTATTTGAGACATCTGGCCATTTTATGCGTGGTAGTTGACCAGGGGAGCTTTGCTGCTGCGGCGAGGGTCTTACATACCAGTCGTTCGCGAGTCAGTGAACAGGTTGCTGAGCTGGAGGGCGCGTTAGGCAGTCGGTTGTTGCAGCGCTCAACCCGTCAGCTTACGGTAACGGACGAGGGTAACCGGGTTTACGAGCGGGCAAGGGTGTTACAGGAGGTGCTGCAGGACATAGACAGCATCACTACAGCGGAGCGACCTGCAGGGCGGGTGGCTATTACTGCTAATCACGATATCGCCCATAAATTTGTGTTGCCTGCGCTGGTGGCATTTAAAAAGCTATACCCAGATATTTACATTGATTTTCTGGCAAGTGATGAACGCATCGATCTTATTCATGACAAAGTCGATTTGGCTGTACGTATTGGTATTCCCAAAGATGCATCGCTTATCGCTCGGGTATTACACGAAGAAACATTCGCCTTGTATGCGCAGCCCGAAATGTTGGCAACGTTCGGAAATCCGGAAACCGTAGAAGCGTTAGCGACATTTCCGTGGGTGCTACTGGATTTACCGAACTGGAATAATTCGGTGAGGTTGCATAATGAGTCAGTGACTAAAGTGATCACACCCACACGTTATCATCGCTGTAATTCTCCTATGATGATTCATCGTATGGCCGCCGCTGGTATGGGGGTAGCATCATTTTTACCTTCAACGGTAGTGGATGAGGTGAATGCTGGGTTGTTAGTACCTGTTTTACCTGCATGGCGCGGAGAGCGAATGGCATTTTCATTGGTATATCCGTCCCGTAAGCATATTCCTCAGCGAACGCGGGTGTTGATAGATTTCCTCGTAGGTTGCGGCATGTTCAGCTAA	MSTIDFAYLRHLAILCVVVDQGSFAAAARVLHTSRSRVSEQVAELEGALGSRLLQRSTRQLTVTDEGNRVYERARVLQEVLQDIDSITTAERPAGRVAITANHDIAHKFVLPALVAFKKLYPDIYIDFLASDERIDLIHDKVDLAVRIGIPKDASLIARVLHEETFALYAQPEMLATFGNPETVEALATFPWVLLDLPNWNNSVRLHNESVTKVITPTRYHRCNSPMMIHRMAAAGMGVASFLPSTVVDEVNAGLLVPVLPAWRGERMAFSLVYPSRKHIPQRTRVLIDFLVGCGMFS				NA	NA	NA	NA	NA
AK237_02997	249			hypothetical protein	ATGAAAAGTATCTTCTTTTTCGATTCAATGTTAACGCCCAAAATTATCACTATTGTCTACTGGTTGCTTCTGCTATCAGCAATTATTAGTGGTGTATCAACCATGTTCGTCGGCTACAACTCAAGTTTCATAGCAGGGCTTGGTATCATGATTGGTGGTTGTATAGGTGCGAGGATCTGGTGTGAGTTACTCATTGTCCTGTTTAAAATTAATGACAACCTACAAAAATTGTCTAATAAAGAGGGATAA	MKSIFFFDSMLTPKIITIVYWLLLLSAIISGVSTMFVGYNSSFIAGLGIMIGGCIGARIWCELLIVLFKINDNLQKLSNKEG				NA	NA	NA	NA	NA
AK237_02998	450	ibpA_2	COG0071	Small heat shock protein IbpA	ATGCGTACTATTGATTTATCACCACTTTATCGTTCATTTATTGGTTCAGATCGTCTGGCTTCGTTTATTGACAACGCTACACGGTTTGAAAGCCAAAGCGCATTCCCTCCGTACAATATTGAATTATTGGACGAGAATAAATACCGTATTGCCATGGCTGTCGCTGGATTTGCAGAAAGCGAAATTAGCATTGAGGTGCAGGAAAATACGCTTACTGTGACCGGCAAGAAAGCCGACGACGATAATGAATCTGACAGAAAGTTCTTACATAAAGGCATCTCCGAGCGCAATTTTGAACGTAAGTTCCAGCTTGGCGACCATGTAAACGTGTTAGGCGCAGATCTTGAGAATGGATTGCTAAGCGTCGAGCTTGAGAGAGTTATTCCTGAAGCTAAGAAGCCGCGTAAAATTGAAATTGCCTCAGCAGCCTTAGAGCACAAAGCTGAATAA	MRTIDLSPLYRSFIGSDRLASFIDNATRFESQSAFPPYNIELLDENKYRIAMAVAGFAESEISIEVQENTLTVTGKKADDDNESDRKFLHKGISERNFERKFQLGDHVNVLGADLENGLLSVELERVIPEAKKPRKIEIASAALEHKAE	PGPT0014641_995	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	HIGH_TEMPERATURE_TOLERANCE	HEAT_SHOCK_PRTOEINS,PGPT0014641-ibpA-K04080	NA	NA
AK237_02999	450	ibpA_3	COG0071	Small heat shock protein IbpA	ATGCGTACTATTGATCTATCTCCACTTTACCGTTCATTTATTGGTTCTGACCGCCTGGCGTCATTGGTTGATGCTGCGTCACGTACTGAAAGCCAAACGGCTTATCCCCCATATAACATTGAATTGCTTGGCGATGACAAATACCGTGTATCCATGGCAATAGCCGGATTTTCAAGTGACGACGTTGAAATTGTCTCGCAGGACAATACATTGACGGTCACCGGTAAAAAAGCAGCAACGAACAATGATGATTCCAGTAAGAAACAGTTCTTACATAAAGGCATTTCTGAACGCAGCTTTGAGCGTAAATTCCAACTTGGCGACCATGTAAAGGTCACCGGTGCGGACATGAAGCACGGTTTATTGCACATTGATCTTGAACGTGTTGTGCCAGAGGCGAAGAAACCCCGCCGTATCGAGATTGGCACCACGCTTAAAAGCGAGCAGTAA	MRTIDLSPLYRSFIGSDRLASLVDAASRTESQTAYPPYNIELLGDDKYRVSMAIAGFSSDDVEIVSQDNTLTVTGKKAATNNDDSSKKQFLHKGISERSFERKFQLGDHVKVTGADMKHGLLHIDLERVVPEAKKPRRIEIGTTLKSEQ	PGPT0014641_1080	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	HIGH_TEMPERATURE_TOLERANCE	HEAT_SHOCK_PRTOEINS,PGPT0014641-ibpA-K04080	NA	NA
AK237_03000	651	lepB_2	COG0681	Signal peptidase I	ATGACAATGAAAATGCAACAATCGATTAAACGAATCTGGAACGAAAATAAATCTTTTTTCCTGTTCATTGGTTTGATGTTATTCATGCGAGCCGGAGTTGCAGATTGGTATTATATTCCATCTGGCTCAATGGAACCGACCATACAAGTGGGCGATCGAATTTTCGTAAATAAGCTTGCTTACGATGTGAAGCTCCCCTTTTCTGAAACGACGATTGCGCATACCGGTACACCAGCACGTGGAGATATCGTGGTATTTAATAGCGAAGCGGCAGATGAAAGACTGATCAAACGTGTTATTGGTCTGCCCGGAGATACCCTTGCCATGCGCGACAATCAGTTGATTTTGAACGGAGAGCCCATATTGTATGAAGCGCGGGCTGATCTGGTCAGTGAATACATTGATGGGCAACACCATACGATTCAACTAGCTGGCAGATCCACTGCACTTTCAAGTTTTGACCCCGTGACTGTCCCTGAAAACCATTTATTGGTGCTAGGAGACAACCGCAACAACAGTGCAGACTCCCGGGTTTATGGATTCGTTCCACAGTCAGAAATTGTGGGCAAGGCTACGGGCATACTTTATTCTTTAGATGCCCAACACGCTTATCTGCCGCGGCTGGAACGCACCTTCAGCGCCCTGGAATAA	MTMKMQQSIKRIWNENKSFFLFIGLMLFMRAGVADWYYIPSGSMEPTIQVGDRIFVNKLAYDVKLPFSETTIAHTGTPARGDIVVFNSEAADERLIKRVIGLPGDTLAMRDNQLILNGEPILYEARADLVSEYIDGQHHTIQLAGRSTALSSFDPVTVPENHLLVLGDNRNNSADSRVYGFVPQSEIVGKATGILYSLDAQHAYLPRLERTFSALE				NA	NA	NA	NA	NA
AK237_03001	741			hypothetical protein	ATGCATCTCTCACTTCGTTTTTTTCTCGCTTTATTGGTCGTACCCCAGATTCATGCTGCTGACGTGAACGTGGTAACGGAGTCGTCTCCGCCGTATCATTTTCTGGACAAATATGGACGAGTTGCGGGACAAACTACCGATAAGGTGCGAGATATTCTGCGCGTAGCCAATGTAGACGGTGATTTTTCTTTGTACCCCTGGGCCCGCACCATTACTCTTGCCGAACGTCAGGCAAACACCCTGATTTACTCCATTGCCCGTACACCGGAAAGGGAATCACGATTTCATTGGTTGGCAGAGGTTTCTGCATTTCATCTTTATGTGGTGGGATTAAAAAATCAGGCAATTGTAGAAGATGAAATTAAGATGGATTATCTCACGAATTACACTTTTGCGGTTCAGCGTGACGACATTAGTTACCAATGGCTGCGGCAACAAGGGTTTAAAGAAGGTAAAAATATGTTGGTTTGTGCAGATATTCAATGTTCGTGGCAGTATCTTCTGCGGGGAATGGTTGATTTTATTATCGAAGATCCTTCCCTTATTTCTGCTACCGCGAAAAAAATGCATGTAGATGGCGACCAGTTGAAGCCGGTGTTAAATATTCCCGAGCTTGCCGTGACCGGCTATCTGGCCGCCAGTAAGGACACCGATCCCGCTGTTGTATCGCAACTCAGGGCGGCGGCACAACAGCTGGGCATGGGTATTACTTCTGGTGACGGGCGCGTAGCAAGGCAATAA	MHLSLRFFLALLVVPQIHAADVNVVTESSPPYHFLDKYGRVAGQTTDKVRDILRVANVDGDFSLYPWARTITLAERQANTLIYSIARTPERESRFHWLAEVSAFHLYVVGLKNQAIVEDEIKMDYLTNYTFAVQRDDISYQWLRQQGFKEGKNMLVCADIQCSWQYLLRGMVDFIIEDPSLISATAKKMHVDGDQLKPVLNIPELAVTGYLAASKDTDPAVVSQLRAAAQQLGMGITSGDGRVARQ	PGPT0020800_14935	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_TRANSPORT	PLANT_DERIVED_POLAR_AMINO_ACID_TRANSPORT,PGPT0020800-ABC_PA_S-K02030	NA	NA
AK237_03002	621	hisI		Histidine biosynthesis bifunctional protein HisIE	ATGATTATTACTAAAGACAATCTGACGCAGTTGGCGTGGGATAAAATGGATAACCTGCTTCCGGCTATCGTACAGGATGCAGTAACCGGTAAAGTACTGATGCAGGGTTACATGAACCCGGAAGCGCTGGAAGTCACACTAGACTCGAAAAAAGTCACCTTTTTCAGCCGCTCTAAACAGCGTTTGTGGATGAAAGGCGAGGAGTCTGGCAACGTTCTGAACCTTGTTGAAGTGGGCAGCGATTGTGATAACGACAGCCTGCTTATTCTGGCCCGTCCGAAAGGCCCGACCTGCCACACCGGATCAGAAAGCTGCTGGTTCGATAATCAGGTGCCAGCTTATACGTTCCTGGGTGATTTGGAACGGGTTCTGGCAGAGCGTAAGTATGCGGATCCTGAGTCCAGTTACACCGCTTCTTTGTACAGCAAAGGCATTAAACGCATCGCTCAGAAAGTGGGTGAAGAAGGCGTGGAAACCGCACTTGCTGCAACGGTGCAGGACAAAGAAGAGCTGAAGAACGAAGCGGCTGACTTGCTTTATCACCTGACCGTTCTGTTGCAGGCCAGCGACATGTCAATGAAAGATGTTATTGCCTTGCTACGCGCCCGTCACCAGAAGTAA	MIITKDNLTQLAWDKMDNLLPAIVQDAVTGKVLMQGYMNPEALEVTLDSKKVTFFSRSKQRLWMKGEESGNVLNLVEVGSDCDNDSLLILARPKGPTCHTGSESCWFDNQVPAYTFLGDLERVLAERKYADPESSYTASLYSKGIKRIAQKVGEEGVETALAATVQDKEELKNEAADLLYHLTVLLQASDMSMKDVIALLRARHQK				NA	NA	NA	NA	NA
AK237_03003	786	hisF	COG0107	Imidazole glycerol phosphate synthase subunit HisF	ATGTTGGCAAAACGGATAATTCCCTGTCTCGACGTACGCGACGGTAAGGTTGTTAAAGGCGTTCAGTTCCGCAACCACGAAATCATTGGCGACATTGTGCCGCTGGCCGAACAGTACGCTAAAGCCGGTGCTGATGAACTGGTGTTCTATGATATCACCGCGTCGTCTGATCAACGGGTTGTAGATAAAAGCTGGGTAAGCCGTATCGCCCGGGTCATTGACATTCCGTTCTGTGTAGCCGGTGGCATTAAATCGGTGGAAGACGCCGGACGCATTCTGGAAATGGGCGCGGATAAAATTTCCATTAACTCCCCTGCCCTGAGTAATCCGGACCTCATCAATGAACTGCATGACATTTATGGTCAGCAGTGCGTAGTCATAGGTATCGACAGCTTCTACAACGAAGCTAACGGCCGTTACGATGTGTACAAGTTTACCGGTGATGAAAGCCGCACTCAGCAAACTCAGTGGCACACCATCGACTGGATTAAAGAAGTGCAATCCCGCGGTGCCGGTGAAATTGTGCTGAACTGTATGAATCAGGACGGCGTGCGTAAGGGGTACGACATTGACCAACTGAAAGCGGTGCGCGATGTATGTAATATACCGCTGATTGCTTCAGGTGGTGCCGGTGCCATTGAGCACTTTACCGACGTATTCAAGCAGGCAGATGTGGATGGCGCGCTGGCAGCGTCGGTGTTTCACAAGGGCATTATTGATATGCATGAACTGAAAGATACGTTGGCTTCACAGGCTATTCCCATGTGTATCCGTCACGGCCGTTAA	MLAKRIIPCLDVRDGKVVKGVQFRNHEIIGDIVPLAEQYAKAGADELVFYDITASSDQRVVDKSWVSRIARVIDIPFCVAGGIKSVEDAGRILEMGADKISINSPALSNPDLINELHDIYGQQCVVIGIDSFYNEANGRYDVYKFTGDESRTQQTQWHTIDWIKEVQSRGAGEIVLNCMNQDGVRKGYDIDQLKAVRDVCNIPLIASGGAGAIEHFTDVFKQADVDGALAASVFHKGIIDMHELKDTLASQAIPMCIRHGR	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
AK237_03004	738	hisA	COG0106	1-(5-phosphoribosyl)-5-[(5-phosphoribosylamino)methylideneamino] imidazole-4-carboxamide isomerase	ATGATTATTCCAGCAATTGATTTAATCGACGGCGCCGTGGTGCGCCTGTTCCAGGGTGACTACAACCAGAAAACCCAATACCAGAAAGATCCGGTAGACATGGTACATGACTACGCCGATCAGGGTGCTGAGTGGCTGCACATTGTTGACCTCACCGGTGCCAAAGACACCAGCAAGCGACAGCTCACGCTTATCCGCAAAATGGTTGATACCCAACGCATGAAGTTTCAGGCTGGCGGCGGTATTCGCAGCGAAGAAGACGTGGCCCAACTGTTAGATTCTGGTGTAAGCCGTGTAGTTATCGGTTCTCTGGCAGTAAAGCAGCCTGAACTGGTGAAAGGCTGGATGCAGAAATACGGCGCAGAGAAAATTGTGCTGGCGCTGGATGTAAACATCAACGATGCTGGTGAGCGTATGATTGCCACCCACGGCTGGCAGGAAGACTCCGGCGTAGCCCTTGAGGGGCTGCTGAAAGACTTTCAGGAAGTGGGCGTGAAACACGTGCTGTGTACTGACATCAGCCGTGACGGCACCCTGCAAGGCAGCAACGTAGATTTATACACCGACGTATGTGCCCAATTCCCGCAAGTAAGCTGGCAAGCTTCCGGCGGCATTGGCGGCCTGGATGACATTCGTGCTCTTCGTCCTACCAATGTAGGCGGCGTGATCTTAGGCCGTGCCCTGCTGGAAGGTAAATTTACCGTTGAGGAGGCTATCGCATGTTGGCAAAACGGATAA	MIIPAIDLIDGAVVRLFQGDYNQKTQYQKDPVDMVHDYADQGAEWLHIVDLTGAKDTSKRQLTLIRKMVDTQRMKFQAGGGIRSEEDVAQLLDSGVSRVVIGSLAVKQPELVKGWMQKYGAEKIVLALDVNINDAGERMIATHGWQEDSGVALEGLLKDFQEVGVKHVLCTDISRDGTLQGSNVDLYTDVCAQFPQVSWQASGGIGGLDDIRALRPTNVGGVILGRALLEGKFTVEEAIACWQNG				NA	NA	NA	NA	NA
AK237_03005	603	hisH	COG0118	Imidazole glycerol phosphate synthase subunit HisH	ATGGCGCAAAAGATTGTTATTGTTAACACCGGCTGTGCGAATATCTCGTCGGTGAAATTTGCCCTTGAGCGCCTGGGCGTGACGGTTGATGTATCTGATGATTTCGACACCATCAAAGCGGCCGACAAAGTGTTTCTGCCCGGCGTGGGCAGTGCCTTTGCGGCAATGAAAAGCATCAACGGCAAGAACCTTACCGGCACCATTCGTTCACTGGAACAACCGGTGCTCGGCGTGTGTTTAGGTATGCAGCTAATGGTCGAAACCTCGGATGAAACCAGTAATGGCCAAATTGACTGCTTAGGCCTGATGCCGGGCCACGTTGCTCGCTTGCAAGCGGGTGATTTACGCCTCCCTCACATGGGCTGGAACACGGTAACGCCGCTTGAGAGCAATACCCTGTTCAAAGGCATTCCGGCTGACACCTATTTCTATTTTGTGCACAGCTTTGCGGTGCCGGTATACGACAAAACCCTGGCCACCTGTGAATACGGCCAAACGTTTTCTGCCGCCCTGCACAGTAACAACTTCTTCGGCGTGCAGTTCCACCCCGAGCGAAGCGGCGAAGCCGGCGCACAACTTCTGACTAATTTTGTGGAAATGTAA	MAQKIVIVNTGCANISSVKFALERLGVTVDVSDDFDTIKAADKVFLPGVGSAFAAMKSINGKNLTGTIRSLEQPVLGVCLGMQLMVETSDETSNGQIDCLGLMPGHVARLQAGDLRLPHMGWNTVTPLESNTLFKGIPADTYFYFVHSFAVPVYDKTLATCEYGQTFSAALHSNNFFGVQFHPERSGEAGAQLLTNFVEM				NA	NA	NA	NA	NA
AK237_03006	1071	hisB	COG0131	Histidine biosynthesis bifunctional protein HisB	GTGAGTCAGCAAGCTATTTTATTTATCGATCGAGACGGTACGCTGGTTGAAGAGCCGCCGGTAGATAAGCAATTAGACAGCCTGGAAAAGCTGGTATTTGAGCCAAACGTTATTCCTGTTTTACTAAAATTGAAAGCTGCCGGTTTCTCACTGGTCATGGTGTCGAATCAAGACGGTTTAGGCACTGACAGCTTCCCGCAGGAAGATTTCGACAAGCCGCACAATGCGATGATGGCGATTTTAGAATCTCAGGGCGTCACGTTTGATGATGTGCTGATTTGTCCGCACTTCGACCACGAAAATTGTGCTTGCCGCAAGCCTAACCTCGGGCTGGTTAAAGACTACCTGCAACAGGGCCGCATCGATTTTACACGCTCCTTCGTGATTGGCGATCGCATCACTGATGTGCAGTTGGCCGAAAACATGGGCATCAAATCGTTCCAGTACAATCCCGAAACCAACAACTGGAAAGATATCGAAAAAGCCTTACTGTCATCATCGCGCATTGCGGAAGTGGTGCGTAAGACGTCTGAAACTGATATCCGCGTGCGGGTGGATTTGGACTCTACGGCCAAATCACAAATTCACACCGGGATGGGTTTCTTCGACCACATGCTGGATCAGATTGCTACCCATGGCGGTTTCGAAATGCAGGTGTCGGTTGACGGCGATCTGCACATCGACGATCACCACAGCGTAGAAGACACGGCACTGGCCCTGGGCGACGCGCTGAAAAAGGCGTTGGGCGATAAGCGCGGCATTGGTCGCTTTGGTTTTGCACTGCCTATGGATGAATGTCGTGCAGAGTGCATCATGGACATTTCCAACCGCCCTTACCTGAAAATGGATGCAGAGTTCAGCCGCGATCAGGTTGGTGAAATGGCCACCGAAATGGTACCCCACTTTTTCTATTCACTTGCGCAGAGCATGGGCCTGTCCCTGCACCTTTCCACCAGCGAAGGAAACGCGCATCACCAGGTAGAGAGCCTGTTCAAAGTGTTTGGTCGTGCATTACGCCAGGCGATTACCCGTCAGGGCGATGCCTTGCCGAGCAGTAAAGGAGCTCTGTAA	MSQQAILFIDRDGTLVEEPPVDKQLDSLEKLVFEPNVIPVLLKLKAAGFSLVMVSNQDGLGTDSFPQEDFDKPHNAMMAILESQGVTFDDVLICPHFDHENCACRKPNLGLVKDYLQQGRIDFTRSFVIGDRITDVQLAENMGIKSFQYNPETNNWKDIEKALLSSSRIAEVVRKTSETDIRVRVDLDSTAKSQIHTGMGFFDHMLDQIATHGGFEMQVSVDGDLHIDDHHSVEDTALALGDALKKALGDKRGIGRFGFALPMDECRAECIMDISNRPYLKMDAEFSRDQVGEMATEMVPHFFYSLAQSMGLSLHLSTSEGNAHHQVESLFKVFGRALRQAITRQGDALPSSKGAL				NA	NA	NA	NA	NA
AK237_03007	1083	hisC_4	COG0079	Histidinol-phosphate aminotransferase	ATGAGCAGTCTGGTCGACCAACTGATTAATGACAACCTGATCCCGCTGAAACCTTATGAATCAGCGCGCCGCCTTTACGCCGGTGGTCAGGACTGGCTGAATGCCAACGAATCGCCGTTTGCTAACCACTACGACGTGGACAGCAGCCACTTCAACCGTTATCCGTCCTGTCAGCCTGACGGCGTGATTAACGGTTACGCGGCTTACGCTGGTGTTGCGAAAAGCCAGTTGATGGTGACCCGCGGCGCTGATGAAGGCATTGAACTACTCATCCGCACGTTCTGTACGCCGGGTAAAGACAGCATTCTGATTTGCCCACCTACCTACGGCATGTACGCCATTAGCGCAGAAACCTGCGACATTGGTGTGAAGAAGGTGCCACTTAAGCCAGATTTTAATCTGGATGTGAAAGGCATTTGCAACAATGACGACGTCAATGTGGTGTTTATCTGCGCGCCGAACAATCCTACCGGCACACAAGTCGCCAAACAGGATTTAGACACCGTACTGCGCCACTTCACTGATAAAGCGCTGGTGGTTGTGGACGAAGCCTATATTGAGTTTGATGCAGACAACACCTGGGCAAACAAGCTGGCTGATTACCCGAATCTGGTAATTCTGCGCACCCTGTCCAAAGCCTTTGCGCTGGCTGGTTTGCGCTGCGGTTTTACCATCGCTAATGACGACGTGATTGCCGCGCTGATGAAAGTAATTGCGCCCTATCCTATCCCGGATCCGGTGGCACAGATTGCTGCCGAGGCATTAAGCGAAGAAAACATCGGTCGTCTACATGCACAAGTCGATATACTCAACGCAGAAAAAGCCCGTCTCACGGAAGCACTGAATGTATTTGAAGAATTCGAAATGGTGGGCGACACCAAAGCCAACTACGTGCTGTTCCGTTACGCGCGCTGCAAAGAACTAATGGCATATTTGGTTGAGCGCGGCATGCTAATCCGCGACCAATCCAAACAGCTGAATCTGGAAAACTGCCTGCGCGTGACCATCGGCAGTCCGGAGCAGGACGACCGCCTGCTACAGCTGATTAATGATTATTTTTCCCAGACAGGAGCTTCCAAGTGA	MSSLVDQLINDNLIPLKPYESARRLYAGGQDWLNANESPFANHYDVDSSHFNRYPSCQPDGVINGYAAYAGVAKSQLMVTRGADEGIELLIRTFCTPGKDSILICPPTYGMYAISAETCDIGVKKVPLKPDFNLDVKGICNNDDVNVVFICAPNNPTGTQVAKQDLDTVLRHFTDKALVVVDEAYIEFDADNTWANKLADYPNLVILRTLSKAFALAGLRCGFTIANDDVIAALMKVIAPYPIPDPVAQIAAEALSEENIGRLHAQVDILNAEKARLTEALNVFEEFEMVGDTKANYVLFRYARCKELMAYLVERGMLIRDQSKQLNLENCLRVTIGSPEQDDRLLQLINDYFSQTGASK	PGPT0020305_5056	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_UTILIZATION	PLANT_DERIVED_TYROSINE_DEGRADATION,PGPT0020305-hisC-K00817	NA	NA
AK237_03008	1308	hisD	COG0141	Histidinol dehydrogenase	ATGATCAACTGGTCCTCACTTTCACCTGCCGGGCAGACAGAAGCCCTCGCCCGACCGGTAATGAAAAACTCAGACAGTCTGCGGGTGACCGTTGCAGACATACTCGCGGCAATTTGCCAACAGGGCGATGCAGCTGTGTTGGAATACACCCGGAAGTTCGACTGTGCTTCACTGAACAGTCTGCCCCTTTCTGTTGCCAAGCGGGACGAACTGGCAGCACGGGTTTCCACTGACGTTAAAGACGCCCTGTTGGTTGCGTTTAACAACGTAAAACAATTCCACGAAGCGCAGAAACCTCAGGATATTACCCTGACGACTACGCCGGGCGTCGTCTGCGAGCAGCGTTTTACCGCGCTGGACGCAGTCGGCCTTTATATTCCCGGCGGCAGTGCGCCATTACCGTCAACTGTGATGATGCTGGGCGTGCCCGCACTGGTTGCCGGATGCGAACGCAAAGTGCTGTGCACACCGCCTGACCAGGCCGGTGAAATCGCCCCGGAAATCGCCCTTGCGGCTTCACTGTGTGGCATTGAAGAAATTTACCTGTGTGGCGGTGCTCAAGCCATTGCCGCCATGGCGTTCGGTACAGAAAGTATTGCCAAAGTGGACAAAATTTTTGGCCCGGGCAACAGCTTTGTGACTGAAGCCAAACAACAGGTCAGTCAGCGCGCCGACGGTGCCGCTATCGACATGCCGGCCGGCCCTTCAGAAGTGCTGGTGCTGGCAGATGGCAATGCTAACGCGGCGTTTGTGGCCTCGGATTTATTGTCGCAGGCAGAACACGGTCCGGATTCCCAGGCTATTCTGGTTTCAGACAGTGAAGCGCTTATCGAAGCCACTAAAGCGCAGGTAGAAGTGCAATTGGCAAAACTGTCCCGCAACAGCATTGCTTCTCAGGCCATGGAAAATGCCCGTTATATCCTCACCGGCAACATTAGCGAGGCCGTACTGGTGAGTAACGCTTACGCGCCGGAGCACTTAATTGTGCAAACCGATAACGCCCGTGAACTTCTTGCTGACATCAAATATGCCGGTTCCATTTTCGTTGGCCAATGGTCACCGGAATCTGCTGGCGATTACGCCTCAGGCACTAACCACGTGCTGCCAACCTACGGCTATGCGCGTAACTATTCCAGTTTAGGTCTGCTTGATTTTATGCGTCGGTTCACCGTGCAGGAACTGTCTGCCGACGGCATGCGTAATCTTGGGCCCGCCATTATGAAGCTGGCCAGCGCAGAAGGACTTGATGCCCACGAACAGGCCGTTGCCCTGCGTATGGCTGAGCTTGAAAAGGGGAATGACCAATGA	MINWSSLSPAGQTEALARPVMKNSDSLRVTVADILAAICQQGDAAVLEYTRKFDCASLNSLPLSVAKRDELAARVSTDVKDALLVAFNNVKQFHEAQKPQDITLTTTPGVVCEQRFTALDAVGLYIPGGSAPLPSTVMMLGVPALVAGCERKVLCTPPDQAGEIAPEIALAASLCGIEEIYLCGGAQAIAAMAFGTESIAKVDKIFGPGNSFVTEAKQQVSQRADGAAIDMPAGPSEVLVLADGNANAAFVASDLLSQAEHGPDSQAILVSDSEALIEATKAQVEVQLAKLSRNSIASQAMENARYILTGNISEAVLVSNAYAPEHLIVQTDNARELLADIKYAGSIFVGQWSPESAGDYASGTNHVLPTYGYARNYSSLGLLDFMRRFTVQELSADGMRNLGPAIMKLASAEGLDAHEQAVALRMAELEKGNDQ				NA	NA	NA	NA	NA
AK237_03009	903	hisG	COG0040	ATP phosphoribosyltransferase	ATGAGTGACAGTAAACGTCTGCGTATTGCAGTTCAGAAATCAGGCCGTCTCAGCGATGACAGCATCGCGCTGCTAAAAGCGATTGGTATTAAATTATACATCCGTGACCGTCTCCTCATCGCCCATTCCACTAATGAGCCTATCGATTTACTGCGTGTACGTGACGACGACATTCCGGGTCTGGTCATGGACGGCATTGTCGACCTGGGTTTTATTGGCGAAAACGAATTAGAAGAGAAAATGCTGGAACGCAAAGCGGCCGGCAAAGCCTCTGATTTTGAAGTACTGCGTCGTCTGGATTACGGTGGTTGCCGTTTGTCTATCGCGGTACCGCAGGAAATGAAATACGAAGGTATTCAGTCACTGGAAGGTAAAAAGGTAGCAACGACTTATCCTTACCTGCTTGAGCGTTATTTCAAAGAAAATAATATCAATGCCCGCGCTGTGATGCTGACCGGCTCAGTAGAAGTTGCTCCCCGCGCCGGTGTGGCCGATGCGATTTGTGACCTGGTTTCAACCGGTGCCACACTGGAAGCTAACGGTCTTGTGGAAGAAGACGTTATCTTCCGTTCAAGAGCGGTACTGATCCAACGTGCTGACGGTGCGCTTTCAGAGCAGAAACAAGCGCTGGTGAATCGTCTTGTGCCCCGTATCGATGGCGTCATTCAGGCCAAAGAAAGCAAGTACATTATGCTGCACGCGCCGAAAGCTTATCTGGAGCAGGTAAAAAGCTTGCTGCCAGGTGCTGAGAACCCTACCGTACTGCCGCTTGCCGGTTCTGACGATGCGGTAGCGGTACACGTGGTCAGCCCTGAAGACTTATTCTGGGAAACCATGGAAAAGCTTAAATCCTTAGGTTGTCGTTCTATTTTGGTTATGCCAATTGAAAAAATGATGGGTTAA	MSDSKRLRIAVQKSGRLSDDSIALLKAIGIKLYIRDRLLIAHSTNEPIDLLRVRDDDIPGLVMDGIVDLGFIGENELEEKMLERKAAGKASDFEVLRRLDYGGCRLSIAVPQEMKYEGIQSLEGKKVATTYPYLLERYFKENNINARAVMLTGSVEVAPRAGVADAICDLVSTGATLEANGLVEEDVIFRSRAVLIQRADGALSEQKQALVNRLVPRIDGVIQAKESKYIMLHAPKAYLEQVKSLLPGAENPTVLPLAGSDDAVAVHVVSPEDLFWETMEKLKSLGCRSILVMPIEKMMG	PGPT0017400_593	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
AK237_03011	324			hypothetical protein	GTGAGCAACGACCTTATTTTTCCTATTCTGCCGAGAGAGGGCAAGGTGCCGGTTAAACCGGATGACCGCGTAAAGAAAGTCAGTAAGGAAGCGGAAACCAAAGGCCTGGGTGAAGATGAGCGTTATGAGCATGACGAGGAGCGTCGTGTGGCTGAAAAGCAACAACGTGACAGCGGGCATCATCAGGATAATAAAGCGGAGCAACAAGCTGAAAATGCTAAAGAAAATCAGGGGGGCAGTTCCGGACACAAGGCAGACAACAGTCAGGAGCCCTCTTCAGAGAATAAAGACAGTAAAATAAAGCATTTAGATATCTATATCTGA	MSNDLIFPILPREGKVPVKPDDRVKKVSKEAETKGLGEDERYEHDEERRVAEKQQRDSGHHQDNKAEQQAENAKENQGGSSGHKADNSQEPSSENKDSKIKHLDIYI				NA	NA	NA	NA	NA
AK237_03012	2718			hypothetical protein	ATGAAGAAATCACTGCTGCTGATTGCGATGGCAATTACGCATACCTGCCTGAACGCTGCGTCTTTAAACGTTGACGAGCTGGCTATCCCTCACACCCGTTATCAACTGGACAATGGCCTGACGTTACTGGTCCACGAAGATCACAAAGCGCCCATTGTCGCGGTTTCTGTTTGGTACAACGTGGGCTCTAAAGATGAGAAGCCCGGTAAAACCGGCTTTGCTCACCTGTTTGAACACCTTATGTTTAACGGGTCAGAAAACTACGATGGCGAATACTTCAAGCCCTTTGAACAGGTGGGCGCCACCGATATGAACGGTACTACCTGGTTTGATCGCACCAACTACTTCCAGAATGTCCCGTCTACGGCCGTCGATCTTGCGCTGTGGATGGAGTCCGATCGTATGGGGCATCTGCTCGGTGCCATCACACAGGAAAAGCTGGATAACCAGCGTGGCGTAGTGCAGAACGAGAAGCGTCAGGGTGACAACTCGCCGTACCGCAAAGCTGAATACAGTTTACTGGAGGGGATTTTTCCAGAAGGGCACCCGTATCGCTGGAGCACCATCGGTTCCATGGAAGATTTGAATGCTGCCAGTCTGGATGACGTAAAAGCCTGGTTTGAGCAGTACTACGGTGCTGCCAACACTGTTATCGTGCTCGCCGGCGATATCACGCCCGAAGTGGCAAAGCAGAAAGTAGAACATTATTTTGGTGATATCCCTCCTGGACCGCCTTTAAAACGTCTGAAGTCCTACGTGCCGGTCAAAGATGTCAACAGCTATGAAGAACTGTTCGACAAGGTGGCGGCCGAGCGCATCTACCGGGTCTGGCCGGTTGCAGGAAGGGTCTCAGATGAAAACGAAGCATTGAACCTGCTGGCTAAAGTGATGGGAGAAGGCAAAACCTCGCGCTTGTATCAGCGCCTGGTGGAAACAGAAAAGCTGGCAACCGGTATTGATGCGTATTTAGAAGAGCATACGCTGGCAAGTATCTTTACTCTCGAAGTGACGCTTGGTGCAAATGCTGACGAAGACAAAGTGTCAGCGATTATTGATGAAGAAGTTGCTGCACTGGTAGCCAAACCGGTGAGTAAACAGGAACTGGAAGGGGCGCGGATGCGCTCACTTTCCCGCACTATACGCGGTATGGAGAAAATCGGTGGCTTTGGCGGAAAGGCTAACGTTCTGGCAGAAGGCGAGTTATATGCCGGCGATTCAGACCACTATATGAAAAGCCTGAAGCGCTATTCAGAGGCCACACCAAAGCAGCTCAATGCCGTGGCTAAAAAATGGCTCGATCTTCCTTATCATCAGTTGATTGTCCGCCCGTTTCCGAATTATGCAGCAAGTACAGAAGGGGCTGACCGCTCTGCATTACCTGAGGTGACAGAAATGCCCGCGCTGTCGTTTCCTGAGGCAGAGGAATTTACCCTGGATAACGGGTTGCCGGTCTATTTTGTTAAGCGTGACGCCGTGCCTGATGTTTCTCTGCGTATTGTGTTCGACAGTGGTTATGCTGCCGACGCGTATGGCTATCCATTGGGTTCGTCATCAATGACCATGCGCATGTTGGAAGAAGGCTCCGGTAAAATTGATGGTGAAGCTTACAAAACGAAAATGGACATGCTGGGTGCTGCTAGCTATTTTGGCGGCTCGCTGGACAGTTCTTATGCACATCTACAATCCCTTACCGCGAACTTAAAACCTGCATTGTCACTGTTCAGCAGTGTGGTAAAAAATCCTGCCATGCGGGATGACGATCTGGAAAAACTGAAGCCGATCTGGCTGTCGGATATTGCCCAGGAAAAATCTCAGCCGGTACAGCTGGCGTTCCGGGAATTGCCGCCCTTGCTGTATGGAAAAGATCATCCATACGGTATGCCGCTAACAGGTTCCGGCACCAATGAATCGGTCAGTGAAATATCCACCAAAATACTCAAGGATTTCCATAGCACCTGGATACGCCCGGACAATGCGAAAATCATTGTAGTAGGTGACATCGAAAAATCAGCACTCCAATCCATGCTGAATGACAGTCTGGGTGACTGGAAAGTCAGTGGCAAAGCCGGAGAAAAGCGCATTGCTGATGTGCCGCAGGTGAAGGGCCGTACGTTTTACCTGGCCGACCGTCCTGATTCTCCCCAGTCGCTTATACTGGCCGGTAAACTTATCCCGTCTGTATCAGATAAAAACACACTGGCTATCGAAACGGCTAATGCCATTGTAGGCGGTAAATTTACCGCCCGCCTGAATATGAATTTGCGGGAAGATAAAGGCTGGGCTTACGGTGCACGCAGCCTTGCGATGACAACACTGGGGCAGCGTCCGTGGTTTGTGTACGCGCCGGTACAGAGTGACAAAACCGTCGAATCGCTTAACGAAATAGACCGCGAGATGAAAGAATACAATGGTGATAATCCGGCAACAGAAACGGAGCTGACTGAAACCGTTACGACTGAAATCCGTAAGTTACCGGGCTTATTTGAAACAAACGGTAGTGTGCTGTCAGAAATTGAGTCCAGTCTGAAAGAGGGTAAGCCGCTCAACTATCCTATGTTACTACAGCAGGAGTATGACAAGCTCACCCTGGAAGACGTGAGGGCGCAGTCCGGTTTGTTCACTACTGATAATGTCATTTATTTGATTGTGGGTGACGCTGCACTTTACAAGGAAGAACTGGAGACAATGGGTAAAGTGGTGATGCTGGAAATAGAGTAA	MKKSLLLIAMAITHTCLNAASLNVDELAIPHTRYQLDNGLTLLVHEDHKAPIVAVSVWYNVGSKDEKPGKTGFAHLFEHLMFNGSENYDGEYFKPFEQVGATDMNGTTWFDRTNYFQNVPSTAVDLALWMESDRMGHLLGAITQEKLDNQRGVVQNEKRQGDNSPYRKAEYSLLEGIFPEGHPYRWSTIGSMEDLNAASLDDVKAWFEQYYGAANTVIVLAGDITPEVAKQKVEHYFGDIPPGPPLKRLKSYVPVKDVNSYEELFDKVAAERIYRVWPVAGRVSDENEALNLLAKVMGEGKTSRLYQRLVETEKLATGIDAYLEEHTLASIFTLEVTLGANADEDKVSAIIDEEVAALVAKPVSKQELEGARMRSLSRTIRGMEKIGGFGGKANVLAEGELYAGDSDHYMKSLKRYSEATPKQLNAVAKKWLDLPYHQLIVRPFPNYAASTEGADRSALPEVTEMPALSFPEAEEFTLDNGLPVYFVKRDAVPDVSLRIVFDSGYAADAYGYPLGSSSMTMRMLEEGSGKIDGEAYKTKMDMLGAASYFGGSLDSSYAHLQSLTANLKPALSLFSSVVKNPAMRDDDLEKLKPIWLSDIAQEKSQPVQLAFRELPPLLYGKDHPYGMPLTGSGTNESVSEISTKILKDFHSTWIRPDNAKIIVVGDIEKSALQSMLNDSLGDWKVSGKAGEKRIADVPQVKGRTFYLADRPDSPQSLILAGKLIPSVSDKNTLAIETANAIVGGKFTARLNMNLREDKGWAYGARSLAMTTLGQRPWFVYAPVQSDKTVESLNEIDREMKEYNGDNPATETELTETVTTEIRKLPGLFETNGSVLSEIESSLKEGKPLNYPMLLQQEYDKLTLEDVRAQSGLFTTDNVIYLIVGDAALYKEELETMGKVVMLEIE	PGPT0001280_1917	DIRECT EFFECT	BIO-FERTILIZATION	POTASSIUM_SOLUBILIZATION	K-SOLUBILIZATION-ORGANIC_ACID_METABOLISM	K-SOLUBILISATION-GLUCONIC_ACID-PQQ_PATHWAY,PGPT0001280-pqqL|yddC-K07263	NA	NA
AK237_03013	1017	acr3	COG0798	Arsenical-resistance protein Acr3	ATGGGATTATTTGAACGCTTCCTCTCAGTATGGGTTGCACTTGCCATTGTTACAGGCTTGCTTGCTGGCAGTTTGTTTCCGGATCTGTTTGCTACTGTAGCAGGGCTTGAGTATGCACATGTTAATCTGGTTATCGCCGTACTCATCTGGCTGATGATTTACCCGATGATGGTGCAGGTAGATTTCACCTCTGTTAAAGATGTAGGGAAGAAACCCAAAGGCCTGGTTCTGACCCTTATCATCAACTGGTTGCTTAAGCCTTTTTCTATGGCTTTTCTGGGCTGGCTGTTCTTTAAAGGTATCTTTGCAGACTGGGTCGACCCGCAAACAGCGGGCGAATACATCGCTGGTATGATCCTTCTTGGTGTGGCCCCCTGCACTGCTATGGTGTTTGTATGGAGTCAGCTCACAAAGGGTGATGCCAACTATACTCTCGTGCAGGTTTCCGTAAACGATATCATCATGATTTTCGCCTTTGCGCCGTTAGCGGCATTTCTGCTGGGCGTTACCGATATTACTGTTCCCTGGAACACGCTGCTGTTATCTGTCGTGCTGTACGTTGTGATCCCTCTTGTGGCCGGTATGATTACACGGAAAGTACTGGACAGTAAGGACAACCACCAGCGCCTGACACAATTTCTCGCCACCATGAAGCCCTGGTCAATTATCGGGTTACTGGCTACCGTCGTACTGCTATTTGGCTTTCAGTCTAAAACTATCATCGCAGATCCACAGGCCATTGTATTAATTGCCATCCCGTTGCTTATCCAGACCTACGGTATTTTCTTTCTGGCTTACTGGCTGGCTAAGCGCATGGGATTGCCCCACAATGTTGCCGCCCCGGCATGCATGATTGGCACGTCAAACTTCTTTGAACTGGCTGTTGCTGTGGCAATTTCTTTGTTTGGTCTCCACTCGGGAGCCGCACTGGCTACTGTAGTCGGCGTGCTGGTTGAAGTGCCGGTGATGCTGTCGCTGGTAGGGTTTGCAAACAGAACGCGGCACTGGTTTGACTAA	MGLFERFLSVWVALAIVTGLLAGSLFPDLFATVAGLEYAHVNLVIAVLIWLMIYPMMVQVDFTSVKDVGKKPKGLVLTLIINWLLKPFSMAFLGWLFFKGIFADWVDPQTAGEYIAGMILLGVAPCTAMVFVWSQLTKGDANYTLVQVSVNDIIMIFAFAPLAAFLLGVTDITVPWNTLLLSVVLYVVIPLVAGMITRKVLDSKDNHQRLTQFLATMKPWSIIGLLATVVLLFGFQSKTIIADPQAIVLIAIPLLIQTYGIFFLAYWLAKRMGLPHNVAAPACMIGTSNFFELAVAVAISLFGLHSGAALATVVGVLVEVPVMLSLVGFANRTRHWFD	PGPT0004705_2522	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_ANTIMONY_RESISTANCE	ANTIMONY_RESISTANCE_SYSTEM,PGPT0004705-arsB|arsenite_transporter-K03325	NA	NA
AK237_03014	522	arsC		Arsenate reductase	ATGAAAATTCTGTTTATCTGCACCCACAACCGGTGCCGGAGTATCCTTAGCGAAGCCATCACCAGCCAGATTGGCCGCGGCATCATTGAAGCGCGCAGCGCCGGTAGTCAGCCGGTAGGTGAAGTACACCCGCTGTCTGTGAAATATCTGGAAGAATCCGGCTACAGTACAGCCGGATTGCAAAGTCAGTCATGGGACGAATTCGAAGAATTTAGCGCCGATGTTGTCATAACTGTATGTGACTCAGCGGCGGATGAGACCTGCCCGGTCTGGTTCGGTAACAGTATAAAAGTTCACTGGGGCCTGTCAGATCCATCAAAAGAAAGTGGCACCGATGAAGAGATCCGCACAGCGTTTTTAAACTGCATCCGCATCATTGAAGAAAGAGCAAAACAGTTGCTAACCATTGCTGAAAAAGCAGGTGATTCCGAAGCCCTGCGCAAGGCTCTCACGGATTTAGGAGTGCAACATTCGGAAAGTGCAGAGGCACTAAGCAAACGCGTTAATCAAAAATCGATTTAG	MKILFICTHNRCRSILSEAITSQIGRGIIEARSAGSQPVGEVHPLSVKYLEESGYSTAGLQSQSWDEFEEFSADVVITVCDSAADETCPVWFGNSIKVHWGLSDPSKESGTDEEIRTAFLNCIRIIEERAKQLLTIAEKAGDSEALRKALTDLGVQHSESAEALSKRVNQKSI	PGPT0004715_708	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	UNIVERSAL_STRESS_RESPONSE	STRESS_SIGNALLING_PROTEINS	STRESS_SIGNAL-TRANSCRIPTIONAL_REGULATION,PGPT0004715-arsC-K03741	NA	NA
AK237_03015	339			hypothetical protein	ATGAATGCGCTGCAACTGTTTAAATGTCTGGCCGACGATACCCGGCTGAAATCCGTTGTGCTTATCCATACGTTTGGTGAAGCCTGCGTGTGCGAGCTGATGGAAACCCTGAAATTGGATCAGCCCAAGACATCCCGTCACCTGGCATCACTACGTAAATGCAACATTTTGCTGGATGAACGCCGTGGCAAGTGGGTGTACTACCGCCTTCATCCCGAACTGCCGGCATGGGCAAAAACTGTGATTGCCAGCGCTAGCGAAAGTAACAGCGAAGACTTCGAAGCGTTATTGGCGACTTTTAAGCAATGCCAGCTTAACGGCAGCGATTGTTGTAATTAA	MNALQLFKCLADDTRLKSVVLIHTFGEACVCELMETLKLDQPKTSRHLASLRKCNILLDERRGKWVYYRLHPELPAWAKTVIASASESNSEDFEALLATFKQCQLNGSDCCN	PGPT0004735_2900	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_ANTIMONY_RESISTANCE	ANTIMONY_RESISTANCE_SYSTEM,PGPT0004735-arsR-K03892	NA	NA
AK237_03016	513			hypothetical protein	TTGCGGTATGCAGCTCTGCAAGCCGTAGCGGCTTTATCGTTACCGGACTGCTGGGTTGGCGCCGGATTCATCAGAAACCTCATCTGGGATCACACTCACCGGCGCAGCATTCCCACTCCCCTTAATGACGTGGATGTGGTGTACTTCGATACTGACGACCTCTCTGTCGAAGCCGAAACCGTGTACACAGGCCGGTTGAACGCCATCATGCCGGCACTGAACTGGGAAGTCCGTAATCAGGCGCGCATGCATGACAAACATGGACGTCCGCCATTTAGTAATGCCCGGGATGCGATTTCACACTGGATTGAAATTGAAACCACTGTAGCAGCCAGACTTCAAAACGAAAATATCGAAGTATTCAGTGCTTATGGATTAAATCACAACTACAACAATACCATCACCCGCAACCCGCTGGCAGCACAGGCAACCTTTGATTCACGGGTAAAAAATAAATCGTGGTTGGCTGAGTGGCCGGAGCTTAAAGTGCAACACGGGCAGATTCAGCGGTAA	MRYAALQAVAALSLPDCWVGAGFIRNLIWDHTHRRSIPTPLNDVDVVYFDTDDLSVEAETVYTGRLNAIMPALNWEVRNQARMHDKHGRPPFSNARDAISHWIEIETTVAARLQNENIEVFSAYGLNHNYNNTITRNPLAAQATFDSRVKNKSWLAEWPELKVQHGQIQR				NA	NA	NA	NA	NA
AK237_03017	588			hypothetical protein	ATGATAAATCTGAGAAGAATGATAAAACCACAGGTAAAGTACGGTGTATTAATTGGTGCACTGATGTTTCTTTCCGGCTGTGCATCAATGGGAGGCGGCACGACAGCAGAAAAGCGTGAAGCGATTTTAACCATGCAGGATGTAGCATTAGCCAAGCTGTATAACGAAAAGCCGGATGTGCAGGCTCAAATCGAAAATGCCCCCGGTTACGCGGTATTTAGTAATGCCAACGTGAATGTTATTTTTGTTTCTGCCGGCACGGGATACGGTGTGGTAAACAACAGTATTACCGGCCAAAAAACCTACATGAACATGGCAGAAGGCGGTGTTGGTGTAGGTATCGGAGCTAAAGATTACCGTATCGTAATGGTGTTTCATTCTCAAAAAGCCATTAACTACTTTATTGAGAACGGCTGGACCGCAGGCGGTAACGCAGATGCCACAGCAAAGGCTGGTCAAAAAGGTATGTCGGTTGAAGGTGAAGGGTATTTAGGTGATATTACCGTTTACACAATGACGGAATCCGGTCTTGCTCTGCAGGCTTCGGTAAAAGGCACCAAATTCTGGCCAGACAAACAACTCAACTAA	MINLRRMIKPQVKYGVLIGALMFLSGCASMGGGTTAEKREAILTMQDVALAKLYNEKPDVQAQIENAPGYAVFSNANVNVIFVSAGTGYGVVNNSITGQKTYMNMAEGGVGVGIGAKDYRIVMVFHSQKAINYFIENGWTAGGNADATAKAGQKGMSVEGEGYLGDITVYTMTESGLALQASVKGTKFWPDKQLN				NA	NA	NA	NA	NA
AK237_03018	1920			hypothetical protein	ATGTCAATAAAACGTAGGTTCCTCATCGCCATTTCCGTCGTGATAGCAGTGTTTACTGTCATTATCGGCGTTGTTACCTTCAGCGCAATAAAGTCTGATATCGACGATCAGATTAACGCGCAAATCACTCAAACATCGAAACGCCTAATCGATATCTTTAGTGTTACGGATACCATTATGTCCGAACGCGTAAAAAGCAGTATGGCGTTATTGAAGCAACGCGGACAAGCCATGGGCACACCAGCACAAGGTGGTGATGTGATGGTAAAAGATACACTTTCTACCCAGTTGCTGCTTGGTAGCGCTCCTCAAGCAAACGATTTTGCTCTGGTTGACGGTTTAACTGACATTATGGGCGGCACTGCTACGTTGTTTAGCCGCCGTGGTGACGACTTTATCCGCGTAAGCACTAACGTTATAAATGACGGAAAGCGGGCTGTTGGCACTAAACTCGCGCCCCAAGGCAAAGCCATGGCGCAAATCAAAAAAGGTCAGGCATATTATGGCGAAGTCGATATTCTGGGCAATCCATACCTGACAGGCTATGAACCCATGTTTAACGCCAACAATAAAGTGGTTGGTATCTGGTACGTTGGTTACTCAGCAGATTTAAAGCTGCTGGAAGAAGCTATTGCACAAAGCCATTTGCTTGAAAAAGGTTTTGTGGCATTACGCGATGCCAAGGGTAATATCCGCATGCACTCCTCTCATGTGAATATGTCCACAATTAATGATGCACTTTCGGGCGACGATGACTGGACATTGACCACCGTGCCTTTCTCACCCTGGGGCTATGATATCATTCTGGCTGAATCTAACAGTGAAAAAGCTGGCATGGTCAGCTCGGCACTGTTCCTTTTGCTCATAAAAGTTCTCCTGGCCAGTAGCGTCATTCTTATTAGTCTGGTGTTCTTAGTGACACGTTATGTGGGGCAACCCCTTGATGAATTTAATCAAGTGGTAACGGACTTATCCAGTGGCGAAGGCGATCTTACCTATCGATTTGAAATAAAAAATAACGACGAGTTCGGTCGCATGGCGCAAGCTTTTAATAAATTGCTGTCGCAACTGCAATCCACATTGCAAAACGTAGACAGTACTACGCAAGCGATGTTGTCACAGTCTAAAACGCTCGACAACACAGCCGTAAGTTCACAACAATCGGTAAACTCGTTGTCTGAAGAGACAGATGCCATCGCCCGTGCTATCGCCGAATTACACCAGAGCGCCGAAGTGGTTTCTGTAAACGTTCACCGTTCGAGTGATGCTGCAAATGCCGCAGACACCGACACCCGTCACAGTGTTGAAGTGCTCAAAGCCACAATTAAAGATATTGAGAAACAAGCACGCGAAGTCGATGCCTCTGTACAAGTTATCAGTGACTTAGCCCGTTCCAGCGAAGAAATCAGCGGCGTAATGGATGTCATCCGTAATATTGCCGAACAGACAAACCTTCTGGCGTTAAACGCAGCCATCGAAGCAGCCCGAGCAGGAGAACAGGGTCGTGGCTTCGCCGTGGTAGCCGATGAAGTGCGCTCGCTGGCAAGTCGTACACAGAGTTCGACAGAGGAAATTCGCGTGATGATCGAGCGATTACAACAAGGTAGTCGCGATGCGTCTGAGCGTATGCAATCAAACAAAGAAAATGCATTCGCGACAGTGGAAGTTACTCAAAATGCGGGAGAAACATTACAGAAAGCCTTGTCTGCAGTCGCTACCATTACTGCGTTGAATCAGGAAACCGCAGCAATGGCTACGCAACAAGCTGCCGTTTCACATGATGTTTCTGAACGTCTGACCAGTATTCAAAAAGTTGGAAGTGAGAACCGACAGCATGCGAAAAGTGTTACTGACAACTGCAAGGCACTTGTTCAACAAATTGCCCAGATGCAAGAACAGTTAAAACGCTATCGCTTCTAA	MSIKRRFLIAISVVIAVFTVIIGVVTFSAIKSDIDDQINAQITQTSKRLIDIFSVTDTIMSERVKSSMALLKQRGQAMGTPAQGGDVMVKDTLSTQLLLGSAPQANDFALVDGLTDIMGGTATLFSRRGDDFIRVSTNVINDGKRAVGTKLAPQGKAMAQIKKGQAYYGEVDILGNPYLTGYEPMFNANNKVVGIWYVGYSADLKLLEEAIAQSHLLEKGFVALRDAKGNIRMHSSHVNMSTINDALSGDDDWTLTTVPFSPWGYDIILAESNSEKAGMVSSALFLLLIKVLLASSVILISLVFLVTRYVGQPLDEFNQVVTDLSSGEGDLTYRFEIKNNDEFGRMAQAFNKLLSQLQSTLQNVDSTTQAMLSQSKTLDNTAVSSQQSVNSLSEETDAIARAIAELHQSAEVVSVNVHRSSDAANAADTDTRHSVEVLKATIKDIEKQAREVDASVQVISDLARSSEEISGVMDVIRNIAEQTNLLALNAAIEAARAGEQGRGFAVVADEVRSLASRTQSSTEEIRVMIERLQQGSRDASERMQSNKENAFATVEVTQNAGETLQKALSAVATITALNQETAAMATQQAAVSHDVSERLTSIQKVGSENRQHAKSVTDNCKALVQQIAQMQEQLKRYRF	PGPT0015710_10181	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
AK237_03019	879			hypothetical protein	ATGCGAAAAACCTTATCAGGGTTAATTTCTGCTACCGCGTTACTCACGTCTTTAACATTTAACACTGCGCAAGCGGCTTCGGTATGGGAAGTGACCGACGGCAACAACACCCTATACCTGGGTGGTACGCTACATATTCTTAGTCCTCAGGACTACCCACTGCCAAAAGAATACGATATCGCTTATGACAAAGCAGACACCCTGGTTTTCGAAACGGATTTATCTGCGTTGGATTCAGCGGACTTTGTACGTAAAACGTTGCAACTGATGACCTATCAGGACGGCCGGACCATAAAAGACGATTTGTCTGCAGAAACCTACCAGCAACTCTCGACCTTTCTCACTTCTCGCGGTGTCCCCATTGAACAAGTCAGTCATATGAAACCGTCTTTACTGGGGATTTCATTATCCATGCTGGAAATGCAGCGACAAGGGCTTACCAGCCAAGGTGTAGACAAATATTTCTTCGCCCGCGCTGAAGAAGACAAAAAGGTTATCGACTGGTTTGAAACCCCAGTAGAACAACTCACTATTTTGTCCCGGTTAGGGGAAGGTGAAGAAGATGTTTACATCCAGTATACATTAGATGAACTCGCAACAATGAAAGACTTACTCGGCCCAATGAAAAGTTATTGGTTAACAGGTGATATGAAAGGTCTTTACGATTCGTCCATGAACACCTTTAAGAGTGAGTATCCCGACGTGTATGCTGATGTGCTCACAAACCGGAACAACGCGTGGTTTCCAAAACTTAAAGCTTACTTGGGCACGCCCGAAACGGAATTTGTGCTCGTAGGCACTATGCACATGGCGGGTGAGGAAGGCGTACTTGCACTACTAAAAAAAGCAGGATTTATCGTCACTAAAGTTCATGATTAA	MRKTLSGLISATALLTSLTFNTAQAASVWEVTDGNNTLYLGGTLHILSPQDYPLPKEYDIAYDKADTLVFETDLSALDSADFVRKTLQLMTYQDGRTIKDDLSAETYQQLSTFLTSRGVPIEQVSHMKPSLLGISLSMLEMQRQGLTSQGVDKYFFARAEEDKKVIDWFETPVEQLTILSRLGEGEEDVYIQYTLDELATMKDLLGPMKSYWLTGDMKGLYDSSMNTFKSEYPDVYADVLTNRNNAWFPKLKAYLGTPETEFVLVGTMHMAGEEGVLALLKKAGFIVTKVHD				NA	NA	NA	NA	NA
AK237_03020	939			hypothetical protein	GTGGATTTTGTCGGCTATCTAATTGAGAAATTGTTATTTGTGTTCAGTATATTTCGTCGTCTTACCATTCCATCCATCCTGTTCGGTATATGGCTGCTTATCTTTTTATTGCAGCGGCAGCCATTAACACTGCTGGCAGACTATGGCCTATTTTCGCTGTTGGGGGTCGTTGGCGCGCTCTTTGCCAATGCTACCGGCGCTGGAGGCGGTGTAGTTTTCGTGCCGGTTTTCCATTATCTGGCCTTCTCGCCGCAACACATAGTGGCAACGAGTTTTGTGATCCAATGCTGTGGCATGACAGCGGGGGCATGTAGCTGGTGGGCATTGTACAAACGACATGAATTACTTAATCCCCAGTGGAGTGTGTTATCGCCCGCTTTGGCACTAAGCATACCGGGGTCGGTAGTGGGACTGTTGATGGCGCAATATGCCGTCGATACGATTCCGTTGTTGTCCTTGATGAAAGGCAACATTGACGATTTGCACGTCGGTTTTGGCTTATTTTCTATTTTTTTAGCGATAGTCATTTTCGCCAGCGTTCCCTTGCTTAAGAAAACGAAATTTCGCACCTCGCTCACACGGGTAGAAATACTCTTGTTGCCTTGCATCGGCTTTGTAGGTGGCGCGATTACTTCCTGGCTATCTGTGGGGGTGGGAGAGCTTGTCGCTGTATTGTTAATTCTTCGCGGCTTCAGTGTCACTATGGCCATCGCGGTTGCCGTTATTGTTACGGCGTTTTCGGTGTGGTTTGGCGTGTTTTACCATGTTTTGATCACCGAGGCGGTCGTGTGGCAAGTTGTATTATTTGCCGGAGCAGGCGCGATTGTGGGGGGGCGTTTGGCAAAGTATATGGTGCTGGCATGCTCTGTTCAAAAATTGAAAATTTTCTTTGGCTTTTGGGTGCTGTTGCTCGGATTGAGCGGGCTTCCGCTTTTCTAA	MDFVGYLIEKLLFVFSIFRRLTIPSILFGIWLLIFLLQRQPLTLLADYGLFSLLGVVGALFANATGAGGGVVFVPVFHYLAFSPQHIVATSFVIQCCGMTAGACSWWALYKRHELLNPQWSVLSPALALSIPGSVVGLLMAQYAVDTIPLLSLMKGNIDDLHVGFGLFSIFLAIVIFASVPLLKKTKFRTSLTRVEILLLPCIGFVGGAITSWLSVGVGELVAVLLILRGFSVTMAIAVAVIVTAFSVWFGVFYHVLITEAVVWQVVLFAGAGAIVGGRLAKYMVLACSVQKLKIFFGFWVLLLGLSGLPLF				NA	NA	NA	NA	NA
AK237_03021	1311		COG0366	Cyclomaltodextrinase	ATGGCGGAACCGTTTTTGCCGCAACCTACCTATCAGATGGCGCAGCCAGAATGGTCAAAAAATGCCGTAATTTATCAGGTAAATACTCGCCAGTTCAGCGAAGAGGGTAACTTTGAAGGTGTCCGCAAAGGGCTAGCCCACATCAAGGCATTGGGAGCTGACATTGTTTATCTGATGCCTGTACATCCTATTGGTATAAAAAACCGAAAGGGCGAGTTGGGCAGTCCGTACTCGGTTAAAGACTACTTTGCCATTAATCCTGAATTTGGAGATGCAGCCAGCTTCGAAGCGCTCGTGCACGACGTTCACGCTTTGGGAATGAAACTCATTTTAGACTGGATCCCTAATCACAGTGCCTGGGATAACCCGCTTACCTCGTCGCATCCGGACTGGTATGCCAAAGATTACCAGGGGAATTTTCGTCCATCGCCCTGGTGGGATTGGGACGATATTATTGAGTTTGACTATGCTGTGCCCGCGTTACGGCGTTATATGATTGAAGCCATGAGTTTTTGGGTGGATCGCTATGACATCGACGGTTTCCGGTGCGATGTCGCGGGCTATGTACCAAATGATTTCTGGTCCCAGGCGCGTGATGCTCTGGATGCCATTAAGCCAGTGTTTCTGTTGGCGGAATGGGAAAACCGTGACATGCATGAAAAAGCCTTCAACATGACATATGCGTGGAGTTGGAACGAGACCATGCACGAGATTGCACACGGCAGAGCACCCGTCGATCGTTTGCGCAAGTATTATTCCTGGAATGAGCGAAGCTGGCCTAAGTCGGCTTATCGTATGACCTTTGTGAGTAACCATGATAAAAACGCCTGGGATGGCACCATGCACGAGCAATTTTCTCAGGCGCTGGAGGCCGCAATTGTATTGTCTGTAGTAGGAGAGGGTATGCCACTCATCCATAACGGGCAGGAAGCCGGTGAAACGAAACGTCTGGCCTTTTTCGAGCGGGATCCCATTGAATGGCAACCCCATGCAATCGGCGAGTTATACACCCGGCTTATTGCGTTAAAGAAACGGGTGTCTGCTCTGTGGAATGGCGAGTTTGGTGCCACCATGCTGCAGGTAAATAGCAACGATCTGCACCGTGTATTTAGTTTTGTTCGCATGCAACACCACGAGAAAGTGTTGGTCATTTTAAACTTATCCGCAGATACGGTTTCGCCCACGTTTGATAGCACGCTATACAATGGTCGGTACAAAGACGTGCTCAATGATGATGTCATTACCCTTGATGCGTCGCATCCACCCATTTTAGCGCCCTGGGCGTATCGGGTTTATGAAGCTATAACGTGA	MAEPFLPQPTYQMAQPEWSKNAVIYQVNTRQFSEEGNFEGVRKGLAHIKALGADIVYLMPVHPIGIKNRKGELGSPYSVKDYFAINPEFGDAASFEALVHDVHALGMKLILDWIPNHSAWDNPLTSSHPDWYAKDYQGNFRPSPWWDWDDIIEFDYAVPALRRYMIEAMSFWVDRYDIDGFRCDVAGYVPNDFWSQARDALDAIKPVFLLAEWENRDMHEKAFNMTYAWSWNETMHEIAHGRAPVDRLRKYYSWNERSWPKSAYRMTFVSNHDKNAWDGTMHEQFSQALEAAIVLSVVGEGMPLIHNGQEAGETKRLAFFERDPIEWQPHAIGELYTRLIALKKRVSALWNGEFGATMLQVNSNDLHRVFSFVRMQHHEKVLVILNLSADTVSPTFDSTLYNGRYKDVLNDDVITLDASHPPILAPWAYRVYEAIT	PGPT0012200_1133	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES	CE-EPS-HYDROLASE,PGPT0012200-cd|ma|nplT-K01208	NA	NA
AK237_03022	1914	yoaA	COG1199	putative ATP-dependent DNA helicase YoaA	ATGCCTTCTGTTTCCTCCATTTTCACTGCTGACGGATTACTTGCTCAGGCCATTCCCGGGTTCCTGCCCCGTGCGGCTCAGACAGATATGGCATTGGCAGTAAAGTCGGCGTTAGACAATCAGCACTGCCTCATCGTCGAGGCCGGAACCGGCACTGGGAAAACGTTCGCCTACCTGGGCCCAGCCTTGTTGGCAGAAGGTAAGGCTATCATTTCCACAGGCACAAAGAATCTTCAGGAACAACTTTATCACCGGGATTTGCCGGTTATGAAAAAAGCCTTGGGGAGTCGTCGAAAAACAGCTCTGCTGAAGGGGCGGGCTAATTATCTTTGCCTGCACAGAATGGGGCAACACGGCGGCAACTCTATGCTGGTGGAAAAAGAGGTGCTTGGGCAGCTTTCTACCGTCAGGAGTTGGGCGGAAACAACAAAGACGGGTGATATCGGCGAGCTTAAGACGTTGCCAGAAGATGCCAAAGTGCTACCGCTCATTACCTCTACTGTCGACAACTGCCTTGGACGAGATTGCCCGGAATATGAAGATTGTTATTTGGTCAAAGCCCGCAGGAAAGCGTTAGAAGCAGATATCATCGTGGTCAATCACCATCTGTTTTTTGCGGATATGGCGTTAAAAGATACCGGCTTTGGTGAGTTAATTCCCGAAGCTGATGCCATTATTTTTGATGAAGCACACCAGATCCCCGATATTGCCAGTGATTATTTCGGTGAGTCATTATCCACACGGCAGTTACAAGAACTAGCCAAAGATATTAACGTGCTTTACCGCACCGTGTTGAAAGACGCTGAGCAGCTCGACAAAGCCGCAGAAAAATGCCGGGTGGCCGCTGCCGATTTACGTCTCTTATTTCCTGATAATCCGGAGCGGGGAAATTGGGCTGAAGCGTTATCCCGAGATGATGTGCAAACGCAGCTGTCGAGGTTGTCCGATGGTATGGGGATCTTGCACGAGGTGATTAAATTGCACCTGGGACGAGACAAAGATCTCGACAATATTTATGAACGTGTAGTACAAACCCGCGAGCAACTCGATGCACTGTGCGATGGCGAACAACAGGGGGTGAGCTTGTGGTATGAAACAACCCAGCGGCATATGATCCTGCACCTTACGCCGTTATCCATTGCCGCCAAGTTTCGCCGTTTTATCAATGCTGTGCCGCGAGGCTGGGTATTCACGTCTGCTACATTAACGGTTGATGGCGGCTTTACCCATTTCCAGAAACGCATGGGATTAGATGATGCCAGAACGCTTGAATTAGAGAGCCCGTTTAATTATCGCGAGCAGGCTATTTTGTGCGTGCCACGCTATTTACCCGAACCAAACAGTTTTGCCATGAAAGATACCTTATTTGAAACGGCAAAACGTTTAATCAAAGCCAGTAAAGGACGCTGTTTTTTACTGTTTACCAGCCATGCCATGCTGAGAGAAATTGCTAAGCGTTTGGAGTTCGAAGTAGAAAACACCTTGCTTGTGCAAGGCACTACGACCAAACAAGCGCTTCTGGACGCCTATTTAGCGGACGAAAGTGCAGTGTTATTGGGGACGGGCGCATTCTGGGAAGGGGTGGATGTACGTGGAAACGACCTCATTTGTGTCATGATTGACAAGTTGCCATTTGCATCACCGGATGACCCTTTACTCCAAGCGCGTATGGAGGACGTAAAAAAGCGGGGGGCCAATCCCTTTGCTGTTATACAAATTCCACAAGCTGTCATTACTCTCAAGCAAGGAGCAGGGCGGTTAATTCGCGACCCTACCGACAAAGGGGTGCTGGTAATTTGTGATAATCGTTTAGTCACTAAACATTATGCGCAAACGTTTGTTTCAAGTTTGCCAGATATGCAGCGAACACGTTCACTTGATGTGGTTGAGTCGTTTTTAAGTGCCATTGATTAA	MPSVSSIFTADGLLAQAIPGFLPRAAQTDMALAVKSALDNQHCLIVEAGTGTGKTFAYLGPALLAEGKAIISTGTKNLQEQLYHRDLPVMKKALGSRRKTALLKGRANYLCLHRMGQHGGNSMLVEKEVLGQLSTVRSWAETTKTGDIGELKTLPEDAKVLPLITSTVDNCLGRDCPEYEDCYLVKARRKALEADIIVVNHHLFFADMALKDTGFGELIPEADAIIFDEAHQIPDIASDYFGESLSTRQLQELAKDINVLYRTVLKDAEQLDKAAEKCRVAAADLRLLFPDNPERGNWAEALSRDDVQTQLSRLSDGMGILHEVIKLHLGRDKDLDNIYERVVQTREQLDALCDGEQQGVSLWYETTQRHMILHLTPLSIAAKFRRFINAVPRGWVFTSATLTVDGGFTHFQKRMGLDDARTLELESPFNYREQAILCVPRYLPEPNSFAMKDTLFETAKRLIKASKGRCFLLFTSHAMLREIAKRLEFEVENTLLVQGTTTKQALLDAYLADESAVLLGTGAFWEGVDVRGNDLICVMIDKLPFASPDDPLLQARMEDVKKRGANPFAVIQIPQAVITLKQGAGRLIRDPTDKGVLVICDNRLVTKHYAQTFVSSLPDMQRTRSLDVVESFLSAID				NA	NA	NA	NA	NA
AK237_03023	675	tsaB	COG1214	tRNA threonylcarbamoyladenosine biosynthesis protein TsaB	ATGAATCTTCTTGCAATAGATACCGCTACCGAAGCATGTTCAGTGGCTGTAAAAACAGGAGCTGGTGTATTTCATCAATTCGAGATATGTCCGCAGCAGCATAGTCAACGTCTTTTACCCATGGTGGATGATGTCCTAAAAGAAGCGGGTTTGACTTTACAGGATATCGACGGCCTCATTTATGGTCGCGGACCGGGTAGCTTCACCGGAGTACGTATCGCCACCGGTATGATTCAGGGCTTAGCGTTAGGTACAGACCTGCGCGTTGCCGGAGTAAGTACGTTGGCCGCCATGGCGCAGCAGGCGATTGAATGCCAGGGTGCAACGAATATTGTGTGCGCAATCGATGCACGAATGGGAGAAGTGTATTATGCTCACTATTCCCGGCAGGATGGGATTGCGACGCTAGTGACGGAAGAACAGGTGTGCCCTCCGGAACATGCTGCAAAAATCCTACCCTCTGATTTTACTGGTGTCGGAACCGGATGGGCGGCTTATCCAGCGCTAGCTGATAGGAACAATGCGACGATAGATGTACTTTACCCCAGCGCTTTATACATGCTTACATTGGGTGAACAATATTTCAGCGAGGGAAAGGTGACGGGTGTGGAAGACATTGAACCTGTTTATTTGCGTGACAAGGTAACGTGGAAAAAACTGCCAGGACGAGCGTAG	MNLLAIDTATEACSVAVKTGAGVFHQFEICPQQHSQRLLPMVDDVLKEAGLTLQDIDGLIYGRGPGSFTGVRIATGMIQGLALGTDLRVAGVSTLAAMAQQAIECQGATNIVCAIDARMGEVYYAHYSRQDGIATLVTEEQVCPPEHAAKILPSDFTGVGTGWAAYPALADRNNATIDVLYPSALYMLTLGEQYFSEGKVTGVEDIEPVYLRDKVTWKKLPGRA				NA	NA	NA	NA	NA
AK237_03024	306			hypothetical protein	GTGGAAATTCAGTCTAATTTTAGTATTGTTCGTCCAGAACAGTCGCCTCAGCGCGGGCAGACTGAACGTGTCGATGCAAAACAAAAAGACCAGACGACTTCTGTCGAATCAATTACTGAACTTGAGCCTGTCAGGGCAAGCAGCGCCGACGATGTTCTTAATTCGGCTAAGAAATTTCAGCAGCAAACCGGTTACGATCAGCCCGAAGGAAAAGGGCGCCAGGTCACAGCAGCCTATCAGAGTTTAGAAAGAGAATCGCAACGTGATGCCATTCGGCAAATGCTTGGCGTTGATATCTATGCTTAA	MEIQSNFSIVRPEQSPQRGQTERVDAKQKDQTTSVESITELEPVRASSADDVLNSAKKFQQQTGYDQPEGKGRQVTAAYQSLERESQRDAIRQMLGVDIYA				NA	NA	NA	NA	NA
AK237_03025	726			hypothetical protein	ATGTTTCGCAATCTATTTCTCTTGGTTGCAGTCGTACTCGCTACCGGTTGCACCATTGTACCAGAAGATATTCGCGTACCAGATGACACTAACTTAGTATCGTATAATAAGGCGGTGACTGGTGGTGATGCGGTAATCGGAAAAACGGCTCGCTGGGGGGGCGTTATCGTTGGCGTAGAAAATAAACCCAACGTCACCTATGTGGAAGTGGTTAATTTTCCATTGAATCATTATGGTCGTCCTAATTCGTATGAAGAAACCATTGGCCGCTTTAAGGTGGAGATGGACGGATTTGTTGACCCGATTAATTTTGAGAAAGGCCGTTCGGTCACGTTTGTGGGTGAAGTCCAGCGTCCCATTGCGGGGATGGTCGGGGAGCAACCCTATATGTACCCCCTTATTAAGGGCGACAACTTCCATATGTGGCGGGAAAATAATATAAATTATGTGCATCCTATGTTTTTCGACTATCGCATGGGCTGGTACTCACCGTTTTATTACTCGTTCTATCGACCTTACTACTCGCCGTTTACCTATGGCATTGGATTTTCGCAGCGTTATGGTTATCGAAACGCGCCGCCGGGGTTTGCACCTACACGGGTAACGTCGGGTCGCGGTCGCTCAATCTCCAACAGTGCGGGGGGCAAAGGAACAATACAACAGCCTCAACGTCGCGTCAGTGTGTCATCATCTCACTCGAAAATTTCGTCTAAGAATCTGAAATAA	MFRNLFLLVAVVLATGCTIVPEDIRVPDDTNLVSYNKAVTGGDAVIGKTARWGGVIVGVENKPNVTYVEVVNFPLNHYGRPNSYEETIGRFKVEMDGFVDPINFEKGRSVTFVGEVQRPIAGMVGEQPYMYPLIKGDNFHMWRENNINYVHPMFFDYRMGWYSPFYYSFYRPYYSPFTYGIGFSQRYGYRNAPPGFAPTRVTSGRGRSISNSAGGKGTIQQPQRRVSVSSSHSKISSKNLK				NA	NA	NA	NA	NA
AK237_03026	840	menH_5		2-succinyl-6-hydroxy-2,4-cyclohexadiene-1-carboxylate synthase	ATGAAAGAAACTGCGTTTCAGGCGGGTGAAGTAAAACTCGCTGGTTTTGACAATGAAGGAGCGGGTGCCGTAGTCATTGGACTGCATGGTTTTCTGGATAATGCCGCATCCCTGGTGCCATTGGCGCCGTATTTACAACGCTTCAGGTTTATCGCTATCGACTTACCGGGGCATGGGCAGTCTTCTCATCGACCACATGGCGCTCACTATCATCAACTCGATTTTATTCAGGATTTATACGCGCTGATAACAGATAATCAGTTTGAAGACGTTATTTTATTAGGACACTCGTTAGGGGGAATTTTAGCTACGCTGTATGCGGCTGTATTCCCCGAGCATGTAAAAGCGGTCGTCAGTATTGATGCGTGCGGACCGTTAACGCAAGATGAAATTACCAGCGCTGAGCAGATTAAGGCGTCGGTGTTAAGTCGTTATAAAAAACGTCGTAATAAGTTAAAGACCGTCGAGCTGGAGGCTGCAGTAAAAGCGCGCTGTGAAATTGCAGATATACAGCCTGACCATGCTCGCGCAATTTTATCCCGTAATCTGACGCAGGACGCATCGGGACATTGCTTTTGGGCAAGCGACCCCAAATTGCGTACCCGATCAACGTTACGACTAACAGAGCGACAGGCTGAAGCCCTGATGAAAAATATTAAGTGCCCCGTATGGTTTGCATCGGCATCAAACAGTTTTAAGCAGGTCGGTGACGTTTACGCCAAACGAAAAGAATGGTTTGCCCAGAGTCAGTGTGAATATTTTGAGGGCGGGCACCACATCCACATGGAAAAAACCGACGAAGTGGGAACGGCAATTCGCCAGTTTGTTGAGCAATTGTAA	MKETAFQAGEVKLAGFDNEGAGAVVIGLHGFLDNAASLVPLAPYLQRFRFIAIDLPGHGQSSHRPHGAHYHQLDFIQDLYALITDNQFEDVILLGHSLGGILATLYAAVFPEHVKAVVSIDACGPLTQDEITSAEQIKASVLSRYKKRRNKLKTVELEAAVKARCEIADIQPDHARAILSRNLTQDASGHCFWASDPKLRTRSTLRLTERQAEALMKNIKCPVWFASASNSFKQVGDVYAKRKEWFAQSQCEYFEGGHHIHMEKTDEVGTAIRQFVEQL				NA	NA	NA	NA	NA
AK237_03027	1653	fadD	COG0318	Long-chain-fatty-acid--CoA ligase	GTGGAAAAAATTTGGCTTGAGCATTACGACCCAAGTGTTTCGGCAGAAATTAACCCTGATCGTTATGCCTCTATCGTAGATATTTTTGAGCAGTCAGTGGCGACGTATGGCGATAAAACCGCTTATATGAACATGGGCCACAGCATGTCATTCAATGAATTGGATGCGTTGTCTGCACAGTTTGCGGCCTATCTGCAAAATAGTGGCCTGAAACGTGGTGATGCCGTTGCCATCATGATGCCAAATTTATTGCAATACCCTGTTGCGATGTTCGGTGTGCTGCGAGCTGGTCTTACTGTAATTAACGTTAATCCGTTGTATACCGCCCGCGAACTTAAGCATCAGCTAAACGACGCGAATGCACAAGCAATTGTCATTGTTGATAATTTTGCGGCGACACTAGAAAGTGTGATCGCCGATACACCCGTTAAAAAAGTGCTTCGTACCGCTTTAGGCGATATGTTGCCTGCCCCTAAGCGCTGGGTTGTGAACCTGGCAGTGAAGTATGTTAAGAAGTTAGTACCTGCGTTCTCGTTGCCTGATGCTGAATCATTTATGTCAGCAGTTAAACAGGGGGCTAAGTACCAGTACGTTCGCCCTGAAATCGGGGGAGAGGACATAGCGTTTTTGCAATACACCGGCGGCACAACAGGAATATCCAAAGGTGCGATGTTGACGCATCGAAATATGATTGCCAATTTGGAGCAGGTATCAGGCATTCTTGAAATTGTCATTGAGCCTGGCAAAGATGTAGTGGTCACCGCATTACCGCTTTATCATATCTTCGCGCTGCTGGCGAACTGCCTGCTGTTTTTGAAATTCGGTTGCCCTAATTTGCTCATTACTAACCCCAGAGACATGCCGGGATTTGTAAAAGAGTTGTCGAAACACAAATTTGCTATCCTGCCTGGTGTAAATACCTTGTTTAACGGACTGTTGAACACGCCTGGGTTTAGCGAGTTGGATTTTTCCGGCTTTAAGTTTGGTTTAGGCGGAGGCATGGCTGTACAGCGTCCGGTGGCAGAACGCTGGCAAAAGGTGACAGGAACCGTACTGCTTGAAGGATATGGCTTAACCGAGTGTTCGCCGGTTGTGGCGGTAAATTCCCCAACCATTGAGGCCTACAAAGGTGCGATTGGTATGCCTGTACCTTCGACAGAAATTAAATTACTGGATGATAACGGCGACGAAGTTGCGCTAGGAGAAGCCGGGGAGATGTGGGTAAAAGGCCCGCAGGTCATGAAGGGTTATCTGAATCGCCCGGAAGATACCGAAGAAATCCTGCAAGACGGATGGTTAGCCACCGGAGATATCGCCAGGTCAGACAATGACGGTTACTTATATATTGTTGACCGTAAAAAAGATATGATCCTTGTTTCCGGCTTCAATGTGTTTCCGAATGAAATTGAAGAAGTGGCAGCCATGCATGAAAGCGTTGCAGAGGCAGCTGCGATTGGGGTACCTCACGAGGTGAGTGGAGAAGTGGTGAAGTTGTTTGTTGTGGCAAAAGACAAAAGCCTCACTGCAGAAGCCGTTATCGCCCATTGCCGGAAACATTTAACGGGTTACAAAGTGCCCAAGCATGTTGTCTTCAAAGACGAACTGCCCAAAACCAATGTAGGCAAAATATTGCGTAGGGAATTGCGAGACTGA	MEKIWLEHYDPSVSAEINPDRYASIVDIFEQSVATYGDKTAYMNMGHSMSFNELDALSAQFAAYLQNSGLKRGDAVAIMMPNLLQYPVAMFGVLRAGLTVINVNPLYTARELKHQLNDANAQAIVIVDNFAATLESVIADTPVKKVLRTALGDMLPAPKRWVVNLAVKYVKKLVPAFSLPDAESFMSAVKQGAKYQYVRPEIGGEDIAFLQYTGGTTGISKGAMLTHRNMIANLEQVSGILEIVIEPGKDVVVTALPLYHIFALLANCLLFLKFGCPNLLITNPRDMPGFVKELSKHKFAILPGVNTLFNGLLNTPGFSELDFSGFKFGLGGGMAVQRPVAERWQKVTGTVLLEGYGLTECSPVVAVNSPTIEAYKGAIGMPVPSTEIKLLDDNGDEVALGEAGEMWVKGPQVMKGYLNRPEDTEEILQDGWLATGDIARSDNDGYLYIVDRKKDMILVSGFNVFPNEIEEVAAMHESVAEAAAIGVPHEVSGEVVKLFVVAKDKSLTAEAVIAHCRKHLTGYKVPKHVVFKDELPKTNVGKILRRELRD	PGPT0008380_11441	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-QSR-AUTOINDUCER_PERCEPTION	CE-QSR-DSF_BIOSYNTHESIS,PGPT0008380-fadD-K01897	NA	NA
AK237_03028	1161	rnd	COG0349	Ribonuclease D	ATGATGAAATATAAATTAATTACCGATGAAATTGCGTTAAAGCAAGTCTGTGAACAAGCTGCTCACGCTGATGCGGTGGCCATTGATACTGAATTTGTACGCACAAAGACCCTCACTCCACAGTTGGGATTGTTACAGTTGTTTGATGGCCAACAGCTAGTGCTTATCGACCCGATAGCGATTGACGATCTCTCCCCGTTTGTAAACCTGATGATGAATTCCAAAGTCATTAAGGTATTACACTCTTGTTCTGAAGATTTAGAAACCTTTCTGGCTGCTTTTGGTACAGTGCCGGCACCTATCTTCGATACCCAGTTTGCTGCAAGCGTGTTAGGCATGGGGCCGACGTTGGGCTATGCCAGATTAGTAGAGATGATGAGCGATGTCGTGTTGGATAAAGGTGAGTCGCGAACAGATTGGCTGGCTCGTCCGCTAAGAGAAAGTCAACTCGTGTATGCTGCCAACGACGTGCTGTATTTATTGCCTGTTTATCACCAGTTGGCTGACCGTATTCGTGAAAAAGGGAAATTCGAATGGGTGACCCAGGAAATTGCCGCCCTGGGGGATAAAAAAGCCGCCCGGTTACCGCTTGAACATGCTTATCTTCAGCTTAAAAATACGTGGCGTTTGAATAGCGAACAGCTCACTGTATTTCGACATTTGGCTGCGTGGCGCTTACAAACAGCGCGACAAAAAAATCTGGCGCTTAATTTCGTCGTGCGTGAAAGTCAGCTGTTCGATATCGCGGTTAAAATGCCGCTGAGCCGTTCTGCGCTGAGTCGTATTGATGGTTTACAACCACAAACGTTGCGCCGGTATGCAGAGACATTAACGAATCTTGTTCAGGAAGCCAAAGAGCTCTACGAGGATACGCCTCAGCATCAACGACTGAACAAAATTCACCGGCTTATTGACTACCCGGAGTATAAAAAGCACCTCGCTGCCGTTAAAAGGCTGTGTGCGGCGGTTGCCGCTGAACAAGGGGTATCAGAAGAGGTAGTGGCCTCTAAAAAACAAATCAATCAACTGTTAAAATGGCAGTGGTTTACTCAGGATGAGACCCGTGTGCAGGGAATATTACCTGACTTGCTAAGCGGCTGGCGCAGGCCGCTGTTGGAAAAAGGGCTGGCATCACTGCTAGGTCCGCTCGCATTCGACTAA	MMKYKLITDEIALKQVCEQAAHADAVAIDTEFVRTKTLTPQLGLLQLFDGQQLVLIDPIAIDDLSPFVNLMMNSKVIKVLHSCSEDLETFLAAFGTVPAPIFDTQFAASVLGMGPTLGYARLVEMMSDVVLDKGESRTDWLARPLRESQLVYAANDVLYLLPVYHQLADRIREKGKFEWVTQEIAALGDKKAARLPLEHAYLQLKNTWRLNSEQLTVFRHLAAWRLQTARQKNLALNFVVRESQLFDIAVKMPLSRSALSRIDGLQPQTLRRYAETLTNLVQEAKELYEDTPQHQRLNKIHRLIDYPEYKKHLAAVKRLCAAVAAEQGVSEEVVASKKQINQLLKWQWFTQDETRVQGILPDLLSGWRRPLLEKGLASLLGPLAFD				NA	NA	NA	NA	NA
AK237_03029	297	ycgL	COG3100	Protein YcgL	ATGCTTTGTGCTATTTATAAAACACGCCGAAAAGAAGGCATGTATTTATACGTACCAGGAAAAAACGCCTTCAACGATGTGCCAGACGTGCTAATGGAAAAATTTGGCACCCCTGAACTTGTCATGTTGATTTCCCTCGATAAACGTCCTCATCTGGCTGGTGTGGATAAAGACGATCTACTAACGGCGTTGAAAGAGAAAGGCTTCTATTTACAGATGCCGCCAAAAGCTGAAGATTTGTTGGCCTCGCATCGTATTGAACAAGGGTTATCACCGAACGTGGATGAGAAGCGCTAA	MLCAIYKTRRKEGMYLYVPGKNAFNDVPDVLMEKFGTPELVMLISLDKRPHLAGVDKDDLLTALKEKGFYLQMPPKAEDLLASHRIEQGLSPNVDEKR				NA	NA	NA	NA	NA
AK237_03030	996	mltB	COG2951	Membrane-bound lytic murein transglycosylase B	ATGAAAGCAAATGCATGGCGTAACACATCGCTGGCAATATTACTTTGCCTGGTAAGCTGCTTTTCATTTGCGCAAGAAAAAAGTGAAGCTGGCTTTTCACGTTATCTTGATGACATAAAAAAGGAAGCGGTGGAAAAAGGGTTTGATGCAGCGTTGGTGGAAAGTGCACTGGCTACCGCCACGTTTCGGCCTACCGTTGTCCGTGCTGATAAAAATCAGCCAGAGAAGAAGATCATGCTGGATGATTACCTTGCCACCCGGGTGCCTGACTGGAAAGTGCAGCAAGCTATAGACTTATATAACCAGCACCGGGATCTACTTGATGAAATTGGCGAAAAGTACGGTGTCCAGCCACGGTTCATCGTAGCGCTGTGGGGGAATGAGTCTAATTTCGGTAAAATACAGGGGAGTTACCCTGTGTTTTCTGCCCTGTTATCTTTGGCGTATGAAGGTCGGCGAGAAGCCTTATTCAAAAAGCAATTTTACGCCGCGTTAGAAATCATCCGTGATGGTCATATCACTGTTGATGAGCTTAAAGGCTCGTGGGCGGGTGCGATGGGGCAAAGCCAGTTTATGCCTACCTCTTTTTTAAACTACGCGGTTGATTACGATGGCGATGGTCGCAAAGATATCTGGCAAACACCGGCAGACGTATTTGCATCTATCGCTCATTTTTTATCTAGCGAGGGCTGGAATGATGAATATACCTGGGGGCGTCAGGTAAAGTTTGTTGATGGTTATCAAGGTAAAGAGGCGGGTTTAGACAAGTCACAGTTTGTTTCACTATCAACATGGCAAGCCCGTGGAGTGAGAAAGTTTGATCTGAGCGACCTGCCGGATGCTGACATCCGCGCTTCACTCATCATGCCCGACGGTCCGAACGGGCGACTCTATTTAGTCTACAATAACTTCCACACGCTGATGAAATGGAATCGTTCGTCGTATTTTGGTGTATCGGTAAGTTATCTCGCTGATCGTATCCGAAAGGGGAAATAG	MKANAWRNTSLAILLCLVSCFSFAQEKSEAGFSRYLDDIKKEAVEKGFDAALVESALATATFRPTVVRADKNQPEKKIMLDDYLATRVPDWKVQQAIDLYNQHRDLLDEIGEKYGVQPRFIVALWGNESNFGKIQGSYPVFSALLSLAYEGRREALFKKQFYAALEIIRDGHITVDELKGSWAGAMGQSQFMPTSFLNYAVDYDGDGRKDIWQTPADVFASIAHFLSSEGWNDEYTWGRQVKFVDGYQGKEAGLDKSQFVSLSTWQARGVRKFDLSDLPDADIRASLIMPDGPNGRLYLVYNNFHTLMKWNRSSYFGVSVSYLADRIRKGK	PGPT0023785_2225	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-PEPTIDOGLYCAN_REMODELLING	CE-PG_REMODELLING-MUREIN_TRANSGLYCOSYLASE_ACTIVITY,PGPT0023785-mltB-K08305	NA	NA
AK237_03031	663	ycgM	COG0179	putative protein YcgM	ATGTATCAACATCTCGATAACCTTGGACAGCCTATTGGTTTGCCCGTTACCCGCGCGGTGTGTATAGGTCGGAATTACCTCGATCATATTCAGGAATTGAACAACGCTGTGCCAGATGAGGCGTTGCTCTTCATGAAGCCCGCGCCCGCTTTGTGCGACATGTCTGAGCCGGTCATTATTCCTGATGATAAAGGCGCTTGCCACAATGAACTCGAAGTGGCCATCTTGCTGAAAAATAATCTGTGTAAAGCTGATGAAGAAGATGTGCTACCTGCCATTTGGGGTATTGGATTAGCATTAGATTTAACGTTACGAGATATACAAAGTGAATTGAAAGCACAAGGTTATCCGTGGGAACGTGCTAAAGCGTTTGACCGTAGTTGTCCTGTGTCGTCATTTGTACCTGTTTCGTTATTCAGAGACTTAACCGATATATCCTTTTCTCTTGCCGTTAACGGCAAAGAGAAGCAGCAGGGGCACACAGGAAAAATGATTCGACCCATTCTTGCGCTTATTGCTGACATGTCGCATGTCTTTACGTTGCAGGCAGGTGACGTGATCTTAACAGGCACACCAAAAGGCGTGGGCCCATTGGTTTCTGGCGACAGTATTCACGCATCATTAAGTGATAAGCTGACGATTGAAACAAAAGTGGTGGTGTAA	MYQHLDNLGQPIGLPVTRAVCIGRNYLDHIQELNNAVPDEALLFMKPAPALCDMSEPVIIPDDKGACHNELEVAILLKNNLCKADEEDVLPAIWGIGLALDLTLRDIQSELKAQGYPWERAKAFDRSCPVSSFVPVSLFRDLTDISFSLAVNGKEKQQGHTGKMIRPILALIADMSHVFTLQAGDVILTGTPKGVGPLVSGDSIHASLSDKLTIETKVVV	PGPT0001625_429	DIRECT EFFECT	BIO-FERTILIZATION	POTASSIUM_SOLUBILIZATION	K-SOLUBILIZATION-ORGANIC_ACID_METABOLISM	K-SOLUBILISATION-PYRUVIC_ACID_BIOSYNTHESIS,PGPT0001625-ycgM-K01557	NA	NA
AK237_03032	492			hypothetical protein	ATGACGCATTTCTGGGAAACCAAGTCGCTGGACGAAATGACCACCGCTGAATGGGAATCTTTATGTGATGGCTGTGCGAAATGTTGCCTGCATAAATTTATCGAAGACGATGATGTCGACGAGGCAGCGCCTACAGATCTCCTCAATCAGGGGGAAGAGATCCACTACACGAATATCGCGTGTTCGTTACTGAACTCGAAAACATGTGGCTGTACGCAATATGCTTCGCGTACCCAGCTCGTTCCAGACTGCGTTAAGCTGACCAAAGATAATTTAAAAGATATTTTCTTCATGCCGCCAAGTTGTAGTTATCGACGGTTGCAGGAGGGGCGGGGACTGCCTTCCTGGCACCCTTTGTTAAACAAAGGCAAGAAAGCAAAAATGCATCAGGCGGGTATGTCTGTGCGGGGGAAAACTGTTTTTGAAACCGATGTGGATTTAGAGGCTTTCGAGGATTATATTGCTTCGTGGCCGCTTAAGGATGTGGACTGA	MTHFWETKSLDEMTTAEWESLCDGCAKCCLHKFIEDDDVDEAAPTDLLNQGEEIHYTNIACSLLNSKTCGCTQYASRTQLVPDCVKLTKDNLKDIFFMPPSCSYRRLQEGRGLPSWHPLLNKGKKAKMHQAGMSVRGKTVFETDVDLEAFEDYIASWPLKDVD	PGPT0009760_190	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-QSR-AUTOINDUCER_PERCEPTION	CE-QSR-AI-1_ExpI|EsaI_PERCIPITATION|SIGNALLING|AHL|NAHL,PGPT0009760-ycgN-K09160	NA	NA
AK237_03033	555			hypothetical protein	TTGATCGATTTAAGTACACTTCCCTCACGGCTTCCCGCTATCGCCACCACCACCAGCCCAATAAATATTGAGCGGATAGGTTTAAAACATGTAGATATGCTCTGTGAAGCCTCACAAAAGGCGATTAACCACGTTCGTCCCTGGATGGGCATAGGCTTGTGTCCGGTAACACCTGCTCAGGCTCGTCAGTGTATTAATAACCTGGAACAGCAGCGTGAAAACGGCTATGGTATTACTTACCTGCTTATCATGGACGATCGATGCCTGGGAATGGGCTTAATTAATTATATTCACCCGCTTCACAAAAATGCCAACCTTGGTTTCTGGATCCGTCCGGAAGCCTGCGGTCAGGGGATTGCAGTTCAACTTTGTCACGCACTAAAAAAACTGGCGTTTGCCCAAATGGATCTATGTCGGTTAGAGCTATTTATCGAGCCCAATAACAAAGCAAGTTTACGGGTTGCAGAGAAAATTGGTGCAGAAAAAGAAGGTTACTGTCGTAAACGCGTCTGCGGTAGAAACGCGTTACTTTATGCCGTCACGAATGAAGAATGA	MIDLSTLPSRLPAIATTTSPINIERIGLKHVDMLCEASQKAINHVRPWMGIGLCPVTPAQARQCINNLEQQRENGYGITYLLIMDDRCLGMGLINYIHPLHKNANLGFWIRPEACGQGIAVQLCHALKKLAFAQMDLCRLELFIEPNNKASLRVAEKIGAEKEGYCRKRVCGRNALLYAVTNEE				NA	NA	NA	NA	NA
AK237_03034	522	dsbB	COG1495	Disulfide bond formation protein B	ATGAGTGTAATTCAATGGATTAGTCGCCAGGCAGAATATAAAGCTGCCTGGCTGCTTTTATTTTTATCTGCTTTTGGCTTATTAGCTACGGCACTCTATTTCCAGCACATTAACGGCTTAGAACCATGTGTAATGTGTATTTATCAACGCACAGCAGTCGTAGGTATCATGCTGTCTGGCTTATTAGTGTTAATCGTTAATCATGGGCTCACGCGCATGTTGGCGTTTGCAGGATGGGCAACGTCCTCCATTTGGGGCTTTCTCATCGCCCAAGAGCACTACAATATTATTCACAGCACGTCATTATTCGCCAGCTGTGAAATAGTGCCAAATTTTCCCGATTTCATGCCTCTGTACAAATGGTTACCTGCAATTTTTGAAGCCAAAGGTGATTGTTTAGACGACGGCTGGCGCATGTTCAGCCTGGGTATGGCTGAGTGGATGATGGTGATCTTCGGTATCTACGCTGCCGTATTTGTTGTAGTGTTTGGCTGCCGTTTACTGGACAAGAAACCCTTTTGA	MSVIQWISRQAEYKAAWLLLFLSAFGLLATALYFQHINGLEPCVMCIYQRTAVVGIMLSGLLVLIVNHGLTRMLAFAGWATSSIWGFLIAQEHYNIIHSTSLFASCEIVPNFPDFMPLYKWLPAIFEAKGDCLDDGWRMFSLGMAEWMMVIFGIYAAVFVVVFGCRLLDKKPF				NA	NA	NA	NA	NA
AK237_03035	1572	nhaB	COG3067	Na(+)/H(+) antiporter NhaB	ATGCAAACATCGCTACCTATGGCGCTTTATAAAAACTTTCTCGGACATGCGCCGGACTGGTACAAAAAAACAATTGTAGCGTTTCTTATTGTTAACCCCTTCCTTTTTATGATGGACCCCTACATCGCGGGCTGGGCTTTAGTTATCGAGTTTATTTTTACGCTGGCGATGGCATTAAAATGCTATCCGTTGCAGCCAGGTGGCTTGTTACTTATAGAAGCTATGTTTATTGGCATGACCTCGCCAGACCATATGATGCATGAAATAGAAGTTAACCTTGAGGTGCTCTTATTGCTTGTGTTCATGGTGGCGGGCATCCACTTTATGAAAGACTTACTGCTGTTTTTGTTCACGAAGTTAGTGATTCGCGTGAAAAACAAAATGGTGCTGTCTCTCGCATTCATTGCAGCATCTGCCTTTTTGTCAGCCTTCCTCGATGCGTTAACCGTTGTCGCCGTTATTATTGCCGTAGGCTTAGGCTTCTACACGATTTATCATAAAGTGGCTTCAGGTAAAGAATTCCACTCGGATCACGACCATACCGATGACGATCATGTATCGAACCTGGGCCGAAATGACCTTGAAGATTTTCGTGCATTTTTACGTAATCTGATGATGCATTCAGCTGTAGGCACAGCACTTGGTGGTGTAATGACCATGGTTGGCGAGCCACAAAACCTGATAATTGCTGACAAAGCAAGCTGGGACTTTGTTGAGTTCTTCACCCGCATGGCACCCATCACGATTCCTGTATTTTTCTGTGGCCTGCTTACAACGATGTTACTGGAGAAAACCAAACTCTTCAGTTATGGCGCTCAGTTACCAGCCGCCGTCAGAGATATTCTGGTTTCTTACGATAAACACATGGATGAAGGCAGAACAAACCGTGATAAAGCCCGGTTAGCTGTGCAGGCTCTTATCGGTGTATGGTTAGTTGTGGGTTTGGCCGGGCATTTCGCATCAGTAGGCTTAATCGGTTTATCTGTTATTGTTCTTGCGACGTCAGCGAGCGGCATTATTGAAGAGCACGCTTTAGGTAAAGCATTTGAAGAGGCTCTTCCCTTTACCGCTTTATTATGTGTGTTTTTTGGTGTAGTGGCCGTTATTATTGACCAGTCGTTATTCCAGCCGGTTATTCACTGGGTACTTTCGTTTGAAGGTGAAACCCAGCTTGTGATGTTCTATCTGGCGAACGGCGTGTTATCCATGGTAAGTGACAACGTGTTTGTTGGTTCGGTGTACATCACAGAGGTAATGGCAGCGTTACAGGAAGGCCAAATCACGCGTGATCAATTTGACCTCTTGGCCGTCGCTATTAACACGGGTACAAACCTGCCATCAGTCGCAACGCCCAATGGACAAGCCGCATTCTTGTTCTTACTCACATCAGCTATTGCCCCGCTTTTACGCCTGTCTTACGGCAAGATGGTTGTGATGGCCTTGCCGTACACAGTGGTACTCACCTTGGTAGGACTGGCAGCCACCTATTTTGGCTTGGCAGATGCCACGCAGGCACTTTACGATATGCACCTCATCGAGCACCATTCTGCCTTGCAATCAACCGGGGCATAA	MQTSLPMALYKNFLGHAPDWYKKTIVAFLIVNPFLFMMDPYIAGWALVIEFIFTLAMALKCYPLQPGGLLLIEAMFIGMTSPDHMMHEIEVNLEVLLLLVFMVAGIHFMKDLLLFLFTKLVIRVKNKMVLSLAFIAASAFLSAFLDALTVVAVIIAVGLGFYTIYHKVASGKEFHSDHDHTDDDHVSNLGRNDLEDFRAFLRNLMMHSAVGTALGGVMTMVGEPQNLIIADKASWDFVEFFTRMAPITIPVFFCGLLTTMLLEKTKLFSYGAQLPAAVRDILVSYDKHMDEGRTNRDKARLAVQALIGVWLVVGLAGHFASVGLIGLSVIVLATSASGIIEEHALGKAFEEALPFTALLCVFFGVVAVIIDQSLFQPVIHWVLSFEGETQLVMFYLANGVLSMVSDNVFVGSVYITEVMAALQEGQITRDQFDLLAVAINTGTNLPSVATPNGQAAFLFLLTSAIAPLLRLSYGKMVVMALPYTVVLTLVGLAATYFGLADATQALYDMHLIEHHSALQSTGA	PGPT0013940_123	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-H+_ANTIPORTER,PGPT0013940-nhaB-K03314	NA	NA
AK237_03036	711	fadR	COG2186	Fatty acid metabolism regulator protein	ATGATTTATAAAGCACAGAGCCCGGCAGGTTTTGCTGAAGAATATATTGTTGAGTCTATTTGGAGCGGTCGATTTCCTCCAGGCACCATCCTTCCTGCAGAACGGGAGTTATCAGAGCTAATTGGTGTTACACGCACCACATTACGCGAAGTGCTACAGCGACTCGCGAGAGACGGTTGGTTAACCATTCAACATGGTAAGCCTACGAAAGTGAATAACTTTTGGGAAACCTGTGGTCTCAATATTCTCGAAACCCTTGCTCGATTAGACCAGGACGGCATCCCCGAATTGGTCGATAACCTGCTTGCCGCGCGTACAAATTTGAGTGCTGTTTTTATTCGCATGGCTATCAGAAATAATCCGGAAGATTCTGCTGCAATTATTGCCCGTTACCTTTCTGTTGAGGAAAACGGTAAAGAGTTTGCACAATTCGATTACCAGTTAAATCATGATTTAGCCCTTGCCTCTGGCAACAAAGTCTTTGTCTTGATGATGAATGGCTTTCGCGGGCTGTATTCTCGTATCGGTGGATATTTTTTCGAACAACAGTCTGCCCGCGATGTAGCCAAAGATTTCTACGGCAAGTTGCTTGCGGCTGCTAAAACTGGTGATCATGAGAGTGTTCCCGCACTTATTCGCCAGTACGGTATTGCGTCCGGGAAGGTGTGGGCGCAAATTCGGGAAGATATGCCTAAAGATCTTGTTGATTAA	MIYKAQSPAGFAEEYIVESIWSGRFPPGTILPAERELSELIGVTRTTLREVLQRLARDGWLTIQHGKPTKVNNFWETCGLNILETLARLDQDGIPELVDNLLAARTNLSAVFIRMAIRNNPEDSAAIIARYLSVEENGKEFAQFDYQLNHDLALASGNKVFVLMMNGFRGLYSRIGGYFFEQQSARDVAKDFYGKLLAAAKTGDHESVPALIRQYGIASGKVWAQIREDMPKDLVD	PGPT0023500_435	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_CELL_WALL|MEMBRANE_DEGRADATION	PLANT_MEMBRANE_LIPID_DEGRADATION	PLANT_PHOPSHO-|LIPID_DEGRADATION,PGPT0023500-fadR-K03603	NA	NA
AK237_03037	381			hypothetical protein	ATGAACCTCAATCCCGTTGGATGGTTTGAAATATATGTCAGTGACATGGCAAGAGCACAAGCCTTTTATGAGTCGGTGTTTTTATGCGAGCTGGAAGCTATTGCCGACCCTTCAAATACAACAGTTCAAATGCTAGGTTTCGACGCTGATATGTCAAGCTACGGCGCCAGTGGCGCGTTAGTTAGCATGGATGGAATGGAGCCCGGCGGGAATAGTACCGTCGTTTATTTCTCCTGCGACGATTGTGCCACTGAATGCGCACGGGTACCAAAGGCGGGAGGCACTATTATCAAAGATAAATTTTCCATCGGTGAATTCGGTTTTGTTGCCCTGGTGCAAGATACAGAAGGCAATATGGTCGGCTTACATTCGCAAAAATAA	MNLNPVGWFEIYVSDMARAQAFYESVFLCELEAIADPSNTTVQMLGFDADMSSYGASGALVSMDGMEPGGNSTVVYFSCDDCATECARVPKAGGTIIKDKFSIGEFGFVALVQDTEGNMVGLHSQK	PGPT0013170_395	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	DETOXIFICATION_OF_PEROXIDIZED_COMPOUNDS,PGPT0013170-gst-K00799	NA	NA
AK237_03038	360			hypothetical protein	ATGTCTAAATCAGATACCATCAAAAGCAAATTAAACGATGCTGAAGATTTTGCACGTAAAGTATGGCTTGCGGGCCTGGGTGCTTATGGAAAAAGTGTTGAAGAGGCGCAGGGCCGGTACGAGAAGCTAAGTACTGAAACTTCTAAAATGTTCGATGAGTTAGTGAAAAAGGGGGAAAACATAGAAGATGACGCCCGTACTAAATTCAAAGAAACCACGGATGATGTAGAGAGTCGTGTTAACGATGTGCGTCAGAAGTTAGGTCTGGATACAGACAATACAGATCATCGTATTGATGAACTCTCAGCTAAAATTGATGCATTGACCGAAGCGGTCGCCAAGCTGGCTGCCAGTAAATAG	MSKSDTIKSKLNDAEDFARKVWLAGLGAYGKSVEEAQGRYEKLSTETSKMFDELVKKGENIEDDARTKFKETTDDVESRVNDVRQKLGLDTDNTDHRIDELSAKIDALTEAVAKLAASK				NA	NA	NA	NA	NA
AK237_03039	567			hypothetical protein	ATGGTACAGAAAACTAAGCCCAACGGTCCGCTCACCGGTTGGATTGAAGCAGGTACAGAGCTTATCGCAGAGCAGTTGTCCGGGATTACTCAGCACATTAATCAACAGCTTGATGCGCAGAAAAGTACGTTTGATGAGCTTCAGAAGAAAGGCGCTGAATGGGATGCAAAGTTAAAAGCATCGTTATCGCCGTCGGCTGTATTTTCTAATGTTGAACAGAGCGTTAAAGCAAACCCGTTATGGGCTTTTATGCCAACATTTACTCACAAGCGGGAAACACGCGCGCGACAACTTGACGCACTGTCTGTAAAAGTAGATTTATTGGTTGAACAAGTTGCGTTGTTAGCCGCAAAGCAGGCTAAAGAGAAGGCGCAAGAGGCTGTTAAGGCGTCTAAGGATTCAAAGACTAAAACAGAAAGCCCCACAGCAACCGTCGATAGCGCAAAAAGCATAGCCACGCCGGAAAAACCAACGCGACGACCTGCTACCCGCAAGAAAACGGTCTCAGCGTCGCCGAGAGGCCGGGCGCGAGCGGTATCGAGTGTGAAGCAGTCCCGAGGAAAATAA	MVQKTKPNGPLTGWIEAGTELIAEQLSGITQHINQQLDAQKSTFDELQKKGAEWDAKLKASLSPSAVFSNVEQSVKANPLWAFMPTFTHKRETRARQLDALSVKVDLLVEQVALLAAKQAKEKAQEAVKASKDSKTKTESPTATVDSAKSIATPEKPTRRPATRKKTVSASPRGRARAVSSVKQSRGK				NA	NA	NA	NA	NA
AK237_03040	1386			hypothetical protein	GTGAATCGTAATACCGTGCAAGCTGACAGCCAATACGTCAGTAAAGTCAAAAAGCTCATTGAATTGGTCGATCCGTTAGATTCCGCCAAGCCATCGATAGTGACCCACGCAAAACATTTCTTCGCAGTGAATGCAGATCTTAAATCACGCATCGCAAAGCTAGTGAGTGAGATAAAGGTTGTCAGTGAAACCCGGGCAAACCATGCGGCGCTTGAAGAGTTAAAAAAGCAACACCGTAAGTGCATTCAGCAACTGGAAAAAGAACAGGCAGAACGTCAGCGCTTACTGATCACCATCGTGTCACAAATCATCTCGTTAAGTGAGGGGGAAACCTATTACGAAACGCAGACCGCCAGCTCAAAATTTCTTGGCACGATTTTACTTATCACCCGGGGACAGGAAGGAAACTATGCGCGCCATCACCAGCGGCTAAAACCCATTTATAAGGCCATTCTCGCGTTACGGTTAACCGATAAGCTCCTTGCCGATCCTTCGGTAAAACACGCGTATTTATCAAAATATGCAGGTGTATCAGAACGCTTTACCGATGAGGAAAAAATGCGCGAGTGGGCCAACTTCATCGCCACACCGGTGATCGCCGCGGCTATTTTTCAGGATATCGGGTTGCATCATCCTGATGCACTGCAATTACTGTACGGCGAGGACGGCGAAGCCGATCCTTATCGCAATCTGGACGACGCCACGCGTAAACAATTGCTAAAAATCAATTATCAGCAAACCCTCACCTATTTGCGGGATGGCGTGTCGTTTATTGGTTGTGAACCGGGTAAAGGCGCTCATGGTTTTCTGATGGAAGTCATGCAAGACACCTTCGTGGGCAAATCAGGGATTGGGGATACCGTCAAAATCCCTCAGGTTTACTCGTCCATTGTACTCTCAACGAAACCCGGATATTGCCGCTCTTCCCTGCCCAAGGGTTACATGATTATTGAGCAAATGGCGAAACAAAAAAGCGTAAATAGCAGGCTCGCTGAACATTTCATCAATATTGTGGGGTACTTTCCACAAGGTTTTGGTATCTGCTTTATTCCCGTCAATGATAAGGGTCAGGAGAAAGACCAGTACGAATATGCCATTGTTTCACGCCTTAACCCCGAGCACCCTGCAGAGCCGGTGTGCAAGGTGGTTTCAAGAAATTTGACATTTTTCGCGGCGGGAAAAGAGGAACGGATTGCAAAAGACAGGAACCTCTTTTTCAACGCCACAAAACAAAAGTTAATGAAGATTGACCGGGCGCGTATGACGGAAATTATGAGCCAATTGAAAAAGAATTTTACCATCTCCGATGTGGACGAACATATTCCGGCGTTCTGGGAGCCACATGACTTTTTCTCAGATAGAAAAAACCAGTCAATATGGCGATAG	MNRNTVQADSQYVSKVKKLIELVDPLDSAKPSIVTHAKHFFAVNADLKSRIAKLVSEIKVVSETRANHAALEELKKQHRKCIQQLEKEQAERQRLLITIVSQIISLSEGETYYETQTASSKFLGTILLITRGQEGNYARHHQRLKPIYKAILALRLTDKLLADPSVKHAYLSKYAGVSERFTDEEKMREWANFIATPVIAAAIFQDIGLHHPDALQLLYGEDGEADPYRNLDDATRKQLLKINYQQTLTYLRDGVSFIGCEPGKGAHGFLMEVMQDTFVGKSGIGDTVKIPQVYSSIVLSTKPGYCRSSLPKGYMIIEQMAKQKSVNSRLAEHFINIVGYFPQGFGICFIPVNDKGQEKDQYEYAIVSRLNPEHPAEPVCKVVSRNLTFFAAGKEERIAKDRNLFFNATKQKLMKIDRARMTEIMSQLKKNFTISDVDEHIPAFWEPHDFFSDRKNQSIWR				NA	NA	NA	NA	NA
AK237_03041	1449			hypothetical protein	ATGGTGTTTTCCTTTAAGTTAAATGCGCTGGAAAAAGACATACAATCGGCAACGTCTTATGACGCATACCGTGACGCGTGCCTTGCCCACGATCTACTTACCGGGGCAGAAGAGTGGAAAGCAAAGGACGCCAGTAGAGACTACGATTACCGCCTTATTCGCAAACGGGTTCAACGCATGCAGTCTGCCAGAGCGCTACATGATGTACCTGGCCTGATGTCTATTTTGCATGAAGGATTGCACGGCAATTTAGGCAATATTGCCAACCCAGTGTTATTGACCAAATGTAAAATGGGTACGAAAACCCTTATTGAAACATTTATTCACGAAGTGGTATTGGCGTTAGCGGCAATCTACAATGCCGACGAATCAACAGTTGATCTGTTTGAGAAAAAAGACTTCTTTGAGGAAACTGCCCATGCATTTGGCCGTTCTTGTCTCATGCTGTCAGGGGGAGCAGGATTAGGCTTTTTCCATGCAGGCGTGGTGAAGTCGCTTAACGAGCATGGATTATTACCATCGGTTATTTCGGGAGCCAGCGCCGGCGCAATTATCGCCGCGATAATAGGCACCCATGACACATCATCGCTAAAGGATGCACTTTCCCCGGCTTTTATTTTCGAAAAATTCAGGTACTGGCGAAAATGGTCAGGTTTGGGCAATAAGTCACTGCTAGATAGCCGGGCGTTGGAAAATACGCTTATTTCGCTTTTCGATGTTATGACCTTTGAAGAGGCCTTTGCGAAGACAGGTCGTCACATCAGCATTTCCGTTTCACCGTCTGATCTGCATCAGCATTCACGTATTCTCAACGCAAAAACTTCTCCCAATGCCATCATTACACAGGCTGTTCGTGCCTCAACAGCCGTGCCGCTGTTTTTTAGTCCGGTACAGTTACGCGCAAAAAACGCAAAGGGCGATATCATCCCCTATATTCCTAATCGACGCTTTGCTGACGGCTCTTTGATGGCAGATTTGCCGTTTAAACAGCTTTCCAGGTTATACGGTGTGAACCACAGTATCGTTAGCCAGACCAACCCCCTTGCGGTGCCATTTCTTTCCTCTAACCGCGCCGAAGCAACCACTGTTACGGGTCTTACCTTTCGTCACCTCAGACAATTAGCGAAAGCAAATAGTGTTTTCGCTTTTGATGTAGTTGAACAATGGATAGACAATAAAGCGGCTAAATTAGCGATTCACAAAGCGCGCTCTATTATCGACCAACAGTATGTAGGAAACATTAATATCCTGCCCCACAAGCAATTACGATACTTAGGACAAATTCTCGCGAACCCAACTATCGACAGTATTACGACACTGGTCGAAACCGGAGAGAAAGCAACATGGGAACATATTGATGTTATTGAAAGAAATACTAAAATTAGCGAGACGCTGCGCCATTACTTAACTAAACTTAAGTTACGCGACGCTAGGGAATCCGGGCATTGA	MVFSFKLNALEKDIQSATSYDAYRDACLAHDLLTGAEEWKAKDASRDYDYRLIRKRVQRMQSARALHDVPGLMSILHEGLHGNLGNIANPVLLTKCKMGTKTLIETFIHEVVLALAAIYNADESTVDLFEKKDFFEETAHAFGRSCLMLSGGAGLGFFHAGVVKSLNEHGLLPSVISGASAGAIIAAIIGTHDTSSLKDALSPAFIFEKFRYWRKWSGLGNKSLLDSRALENTLISLFDVMTFEEAFAKTGRHISISVSPSDLHQHSRILNAKTSPNAIITQAVRASTAVPLFFSPVQLRAKNAKGDIIPYIPNRRFADGSLMADLPFKQLSRLYGVNHSIVSQTNPLAVPFLSSNRAEATTVTGLTFRHLRQLAKANSVFAFDVVEQWIDNKAAKLAIHKARSIIDQQYVGNINILPHKQLRYLGQILANPTIDSITTLVETGEKATWEHIDVIERNTKISETLRHYLTKLKLRDARESGH				NA	NA	NA	NA	NA
AK237_03042	1209			hypothetical protein	ATGGAATGGAACTGGGAAACGCTCAGCCTGCTGTCTATCCCGCTGATTAGCGCGCTGGTAGGTTGGGGCACCAATTATCTTGCTGTAAATATGATGTTTTATCCCATTGAGTTCAGGGGAATAAAACCTTTTTTAGGCTGGCAGGGTTTAATTCCTGCGAAGCGGCGCGAAATGGCTGAGATTGAAGTTGAGCTAGTGCTTGGTAAGTTGCTTAGCGTGGAGGAACTCGCTCAGCGGCTTGATGGCGAAGAGCTTGCTAAAGCAATTGAAAGGCGCTTGAAGCAGGTGTTGAAAAGCGTTGTTAATGAGGTGATGGAAACTTCAGCACCAGATTTATGGGCGGCCATTCCGGTGCAAGGAAAAAACGTCGTCTATCGCCGCATCGAAAACGACATGCCCCACGTTGTCAAAAAACTCGTGACCGACTTTCAGTTAAACATCAACGAAATTCTTAATATCAAAGAGTTAGTGGTAGGCCAGCTGGTCAACTCCCCCTCACTGATTAATGAGATTTTTCTTACCGCCGGCGCTAAGGAATTTCCGTTTATCGTTCGCTCCGGTTTCTATTTTGGGTTCTTATTCGGTTTACCGACCATGTTACTCTGGTACTACTATCAGGCTTGGTGGCTGTTACCGCTGGGAGGCCTTTTAGTCGGCTATGCAACGAACTGGATTGCGATAAAAATTATCTTTGAACCAAAGCGTCCCCGAAAATTTGGCCCTGTGACTGTGCAGGGAATGTTTTTGAAACGTCAGCAAGAAGTGTCGACTGTGTATGCGGATATCATCGAACAAAAACTCATCACGCCGCAAAATATTACCCATGTTATTTTACACGGTTCCGGTTCAGCGCAATTACTGGAGCTTATAGAGCTACACGTGAATGATGCAATAGAACGGTATGTCGCTATCGCACAGCCTTATTTTGCTTTGGGCGTGGGCTCGGAAAATTATTTCAACATGAAAGCCCTTGCCGTTCGACGTATTTTTGAACACTCAGACAAGTATTTGTTTTACGCCTATGACTATGCCCACCGGGCATTACGCGTCGGTGAGGACTTACGCGCTCGCATGCAGGCACTCTCGCCAGAAGAGTTTGAAGGCGTATTGCGTCCGGCGTACAAGCAAGATGAATGGAAGCTTATTCTTACCGGCGCGTTACTTGGCCTGGCTGCTGGGTTCGCTCAGCTTTATCTGGTCTTCCTCTAA	MEWNWETLSLLSIPLISALVGWGTNYLAVNMMFYPIEFRGIKPFLGWQGLIPAKRREMAEIEVELVLGKLLSVEELAQRLDGEELAKAIERRLKQVLKSVVNEVMETSAPDLWAAIPVQGKNVVYRRIENDMPHVVKKLVTDFQLNINEILNIKELVVGQLVNSPSLINEIFLTAGAKEFPFIVRSGFYFGFLFGLPTMLLWYYYQAWWLLPLGGLLVGYATNWIAIKIIFEPKRPRKFGPVTVQGMFLKRQQEVSTVYADIIEQKLITPQNITHVILHGSGSAQLLELIELHVNDAIERYVAIAQPYFALGVGSENYFNMKALAVRRIFEHSDKYLFYAYDYAHRALRVGEDLRARMQALSPEEFEGVLRPAYKQDEWKLILTGALLGLAAGFAQLYLVFL				NA	NA	NA	NA	NA
AK237_03043	666			hypothetical protein	ATGAAAACCGCAGATCGCATTCTTTACTCGGCGCTATCGCTGTTTAACGAGCGCGGCGAGAATGCTGTTACCAGTGTTGATATCGCGATGGAGTTAGAGATAAGTCCGGGTAATTTGTACTATCATTTTAAAGGGAAAGAGGTCATTGTTGACAAGCTCATTGCGCTGCATAAAAAGCAAATGTTGCAGGTGTTGCGCAGTGATATTCTGGCGCACCTGGAAGTGGAAGAGGTGTTTTACTACCTCTATGTCATCGTTGAAAAACTGCATCTCTTTCGCTTTTTCTATCGTAGCCCTGTCGATATTGCCGAGAAATACCCGCATAGCCATAAGGTGCGTAGTCATGTTGTTGATGCCCTCGAAAAGCAACTTAGCGCCGTATTAGTTAAGCTAAAACAAGAGCAGGCCTTAGCAATAGAAAAGGCTGAACTACCCCTTATGACAGAATTACTGGCGTTAATTCTGACGCAAACCTTTCAGTACGATCAATTGGGCAGAGCATTAGATGATGACGCACAGCGCTATCATTGTTTGTCATTGATAATGATGAGCCTGCTGCCGCGCCTGACCTTGTCAGAGCACGTACTGACTTCGTTAAAACAAGGCATTGAAACCCATAGCTTAGCCAATTTGCAGCAGCGCGACTGGTGGCAGGGAGAGAGGTAG	MKTADRILYSALSLFNERGENAVTSVDIAMELEISPGNLYYHFKGKEVIVDKLIALHKKQMLQVLRSDILAHLEVEEVFYYLYVIVEKLHLFRFFYRSPVDIAEKYPHSHKVRSHVVDALEKQLSAVLVKLKQEQALAIEKAELPLMTELLALILTQTFQYDQLGRALDDDAQRYHCLSLIMMSLLPRLTLSEHVLTSLKQGIETHSLANLQQRDWWQGER				NA	NA	NA	NA	NA
AK237_03044	1449	wax-dgaT		O-acyltransferase WSD	GTGGGCCGGTCGTTATCTTTTCTTGATAAATCGTTCTGGTTGGCAGAGTCTGATGCCAGCCCTAAACATGTGGGATGTTTACAGATCCTTGAAATGCCGGACAATGCAAATCCAGCAGATTACGTAACGGCGTTATATAACGAGGTTAAATCCCACACCAAAATAACGCCGCCTTTTAATTGTCGCGTGAAAGCCGTACTTGGTTACCCGCTTGGTTTGCAGCCAGTTAAACAGATGGACATGGATTATCATGTGCAAAGCCATCTTGTTGAGGATGTGTCAGACCGACAGGCTCTGGATGGATTGGTTGAAACCCTTCATGCCAGCAGGCTCGATCCTGAAAAACCGCTTTGGCAATTTATTTTCCTTCACGATGGCAACAGTAAACAGTTTGTGATTTACGCAAGAGTGCATCACCTTTATGGCGATGGCGCGACATTAGTCAGATGGTTTCAGGCGGGCTATACAGCCAGACCCAGCCATGCCGGGTTTGTACCCGTTTGGGCGCTAAAACGGTTACGGCACAAGCGAAAACCTCTGGTGCGTTGGCGAGACAGAGCATATGCGCTTTGGGAAGGAATGAGAACGTGCTGGCAATGCGCGATTATTTTGCTTCGTTTATTGATGAAGCTTTTGCGCATCAACACCCATTACATGCCTGTTCCGTTTTCTGGTACGCAAACGCCGTTAACCGGACAACTTAAACCCGGTAGAGCGGTGACAACAATGGACATCGACTTTGCAAAGGTGAAAGCGCTCGCGAAACGAACCCGCGCGTCGGCTAATGAGGTATTGCTTTGTGTTTTCGATATCGCCGTGCACCGCTTTTTGAAAGACCACGGACAACGCTTTACCCGGCCTCTTTACACCAACGTGCCTATCAACTTGCGAAAGCCCGGAGAGAAAACCACGGGAAATAAAATTGCAATTGTTCCTATTGAACTGGCTCATGGCGAACAGGATCCCTACTTACGCCTACGACAAATAATTGTCAATCACCGTATAGTGAAGCATGCCGCACAAAAGGCGACACCAGGTGCGTTCAAGGGCTACACAATAGGTATTCAGGCAGTATCGTTACTCTTTGAATGGTTACATCTGTCAGATTGGGTGAAGCCCATCGCTAATATTCTTATTTCAAATTTGCCTGGACCGAAACAATATCGCTATTTGAAAGACAGTAAACTACTGGCGTGCTATCCGGTCTCTACGATGACCCCGGGGGGCGGCGTGAATATTACACTCATGACATACAATGGTATCGCCAATATTGGGATGGTGTGTTGCAACCGCCATATTAAAACGCTGGAACCATTATCACTGTATGTGCACGACGCTTTGGACAAACTGGCTAGGTGTGTTGACGACCCGAGCATAGGAATCGAGGATATTGGTGAGGAAGTTCATCGGCATCCTGCGTCTATTGTCAGTGACGGCGAGGCGCAGTAG	MGRSLSFLDKSFWLAESDASPKHVGCLQILEMPDNANPADYVTALYNEVKSHTKITPPFNCRVKAVLGYPLGLQPVKQMDMDYHVQSHLVEDVSDRQALDGLVETLHASRLDPEKPLWQFIFLHDGNSKQFVIYARVHHLYGDGATLVRWFQAGYTARPSHAGFVPVWALKRLRHKRKPLVRWRDRAYALWEGMRTCWQCAIILLRLLMKLLRINTHYMPVPFSGTQTPLTGQLKPGRAVTTMDIDFAKVKALAKRTRASANEVLLCVFDIAVHRFLKDHGQRFTRPLYTNVPINLRKPGEKTTGNKIAIVPIELAHGEQDPYLRLRQIIVNHRIVKHAAQKATPGAFKGYTIGIQAVSLLFEWLHLSDWVKPIANILISNLPGPKQYRYLKDSKLLACYPVSTMTPGGGVNITLMTYNGIANIGMVCCNRHIKTLEPLSLYVHDALDKLARCVDDPSIGIEDIGEEVHRHPASIVSDGEAQ	PGPT0024415_589	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-GLYCEROLIPID_REMODELLING	CE-REMODELLING_GLYCEROLIPID_ACYLTRANSFERASE_ACTIVITY,PGPT0024415-tgs|wax_dgat-K00635	NA	NA
AK237_03045	729			hypothetical protein	TTGACACTGAATTGGCGCGATAAAATTAAGCTTGCTTTAACCGGACTGCTGATTAAGTTGGGCAAGATAAAGTTCGATGATTTTACCATCGACGAACTTCAGGCAGTCGCAGCGCCTTATTTTCCCCTGCATTATTCCTTTGACGTGCCTGCTGGAAGCGGACACCTGCGAATAACCGAAGCGCGAATACAATGCCAGGCTGACAAGAATCGCCTGGCTATTCAATGCTATTCGGACATAGACATTGCAGTATTGGATACCAGATTGTACCGTGCACACCTTATTCTTGTGATCAGTGCAATCCCCCGGTATGACGCTGCTAAAGCAACGCTGCATGCCGAAGATATCCAGGTTGATGTCATTCAGTTGGTTAATGACAGCTACGCGCTACTAAATGACACCCAAACACTGATAGAACAGGTGTTACCCGGTATCCGGCTTGGTAAATCACTCACCGACTTCATCACCAAACCGCTACTTAACGTGGCGAGTATTGCTACCACAGGGAAAACAGACAGACTGTTAGCCTACCTGCGCTTATATTTAAGTCATAACAAACAACGTATTTTAGACTACCATAAGCCACAAATTGCCAGTGCACTACTGCACCATCTGGACAATAACGACGTGGGTTACGCATTGCAGCATAGCTGGCGGGACGAATGCTTTCGCAGATGGGGAAAAAGTGTATATGTAGAAGAAAACACCCTGCGATTCAGCTTTACCTGA	MTLNWRDKIKLALTGLLIKLGKIKFDDFTIDELQAVAAPYFPLHYSFDVPAGSGHLRITEARIQCQADKNRLAIQCYSDIDIAVLDTRLYRAHLILVISAIPRYDAAKATLHAEDIQVDVIQLVNDSYALLNDTQTLIEQVLPGIRLGKSLTDFITKPLLNVASIATTGKTDRLLAYLRLYLSHNKQRILDYHKPQIASALLHHLDNNDVGYALQHSWRDECFRRWGKSVYVEENTLRFSFT				NA	NA	NA	NA	NA
AK237_03046	1656	alkJ		Alcohol dehydrogenase [acceptor]	GTGGTTTTCTTTAGTATGCCGAATGTGGTGCGAGAGATAGCTATGCGAAAAGAGATATTTGATTATGTGGTAGTAGGAGCGGGCTCGGCAGGCGCGGTTGTAGCGGCGCGTCTCTCAGAAAATCCGTCTTTCTCTGTGTGTCTTCTTGAAGCCGGTGGTAAAGATAGCAATCCGCTTATTCATATTCCTTTTGGTTTATCACTTCTCAGTCGTTTCGATAGCATAGGGTGGGGGTATTTCACTGCGCCGCAATCCCAGTTACATGACAGAGAATTGTTCTGGCCCCGGGGCAAAACGCTGGGCGGCAGTAGCTCGGTCAATGCAATGTGCTACATTCGTGGTCAGCGCGATGATTACGACCGCTGGGCTGACGAAGGTGCCGCCGGTTGGTGCTATCATGATGTGTTGCCATGGTTCAAAAAGGCGGAAGATTACTATCGTGGCGCCGACGCTTATCATGGCGCAGGAGGTCCCCTTCGCGTTGAGGCGCTTAAACATACTGATACGTTATCGCAATGCTTCGTTCAGGCAGCGCAATCCGTTTCATTACCCTATCAAACAGACTTTAATCGTGAGCAACGAGAAGGGTTAGGGTTTTACGACGTCACACAAAAAAATGGTCAGCGGTGGTCTACCGCCCAAGCTTATCTTAAACCCGCATTGAATCGGCCAAATTTAACGGTACTTACCCACACGACGGCTGAAAAAATACTTTTTCAAAGCGGGCGGGCAACAGGTGTGCAAGTGAGAACAAAGGGTAAAAGCCGGCGTATAAGCGTCGCCAGAGAAGTGGTGCTATGCGGTGGAGCCATTAATTCTCCTCACCTGCTTATGTTGTCTGGTGTCGGACCTGGTGAGATGCTTACCGACAATGGTGTGCATGTGTATGCGCATTTACCCGGTGTGGGGCAGAATTTACAAGACCATCTTGATGCCATCGTGCAATATAAAACGTCTACCCATCATGGCTATGCTGTGGCGCTCACGGCGATCCCCAAGTATATCAGGGCGGTAGGGCAATATGTGTTTGGCAGACGAGGACTGCTGTCTTCAAATATTGCTGAGGCGGGTGGTTTTGCCTCGTCGAGTTTAGCCAATCCAGGGCGCCCGGATCTGCAGTTCCATTTTTTGCCGGCGATACTCGCAGAGCACGGCAGGCGCTCGGTGTATGGGTACGGGTTTGGCGTGCATGTTTGCGGGCTTTATCCCAAAAGTCGAGGTTACCTTGCATTGCAAAGCAGTCATCCAAACGATCACCCACTCATACAACCAAATTATTTAACGCACCCGGACGATCGGCAAGTGCTGATAGAAGGCGTTAAAAAGGCGCAGGATATTGTAAATACTGCGGCGTTCGACAGGGTAAGGGGAACGTGTCTCTCGCTTACTGGTGAGGTTAACGACGAGACTCTTAACCACTTTATTTCTGAACACGCAGAGAGCATCTACCATCCTGTGGGAACGTGCAAAATGGGTGCGGCAAATGATGAAATGGCTGTGGTAGACAGTCAGTGTCGTGTCAGAGGATTAAGTGGATTGCGGATCGCTGACGCGTCGGTGATGCCATCGTTGATTGGGGGAAATACTAACGCGCCAACAATAATGATTGCCGAGCGTGTAGCTGACTTTATCATTCGGGGCGGACACCACTCTTAA	MVFFSMPNVVREIAMRKEIFDYVVVGAGSAGAVVAARLSENPSFSVCLLEAGGKDSNPLIHIPFGLSLLSRFDSIGWGYFTAPQSQLHDRELFWPRGKTLGGSSSVNAMCYIRGQRDDYDRWADEGAAGWCYHDVLPWFKKAEDYYRGADAYHGAGGPLRVEALKHTDTLSQCFVQAAQSVSLPYQTDFNREQREGLGFYDVTQKNGQRWSTAQAYLKPALNRPNLTVLTHTTAEKILFQSGRATGVQVRTKGKSRRISVAREVVLCGGAINSPHLLMLSGVGPGEMLTDNGVHVYAHLPGVGQNLQDHLDAIVQYKTSTHHGYAVALTAIPKYIRAVGQYVFGRRGLLSSNIAEAGGFASSSLANPGRPDLQFHFLPAILAEHGRRSVYGYGFGVHVCGLYPKSRGYLALQSSHPNDHPLIQPNYLTHPDDRQVLIEGVKKAQDIVNTAAFDRVRGTCLSLTGEVNDETLNHFISEHAESIYHPVGTCKMGAANDEMAVVDSQCRVRGLSGLRIADASVMPSLIGGNTNAPTIMIAERVADFIIRGGHHS	PGPT0013615_3530	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_OSMOTIC_STRESS	OSMOTIC_STRESS-GLYCINE-BETAINE_METABOLISM,PGPT0013615-betA|CHDH-K00108	NA	NA
AK237_03047	627			hypothetical protein	ATGGCTAATTCACCTTCTTATCACCACGGCGACTTGCGTACAGCACTGATAGACGCGGCAACGGTGATTATCGAAAACAATGGCATTGAAGCACTGTCACTGCGAAAGCTCGCTGAGGTTGTTGGCGTATCCCGCACTGCGCCGTACCACCATTTCAAAGACAAAAATGCACTGCTAAGCGCTATTGCCGCCAAGGGGTTTGACGACTGGCATGGTTCGGCTATGCATATCTTTGAACAAGAAGATTTAACATTGGCAACACGGTTTCGCAGATTTATCCATGAATATGTCGGTTACGCGGCGTCTCATCCTCAGGTTTACGAACTGATGTTCGGCCGAACCCTGTGGCATAACAATCAAGCGACAGAACAACTTAAAAATATCGCCTACCCTTGTTTTCAGTACCAACTCAAAATGACAAGAACATGGCAGGCCAATGGTTTATTACCCCACGATCAGGACGCGCTTCGACTCGCTCAGGTAACATGGAGCACATTGCATGGCATCGCCCGGTTATTGATTGATGGAATCTACGCAGACGAGGCGCATATAGCAGAGATGTGTGATTGCGCAGCAGATGTGTTTATCCGGTCAGCGAAACTAAACGACGAACCAGACTTAACTTAA	MANSPSYHHGDLRTALIDAATVIIENNGIEALSLRKLAEVVGVSRTAPYHHFKDKNALLSAIAAKGFDDWHGSAMHIFEQEDLTLATRFRRFIHEYVGYAASHPQVYELMFGRTLWHNNQATEQLKNIAYPCFQYQLKMTRTWQANGLLPHDQDALRLAQVTWSTLHGIARLLIDGIYADEAHIAEMCDCAADVFIRSAKLNDEPDLT				NA	NA	NA	NA	NA
AK237_03048	2025	fadH	COG0446	2,4-dienoyl-CoA reductase	ATGAGCACCACCACGTATCCGCACTTGTTTCGCCCCCTCGATTTGGGGTTCACCGAGCTTAAAAACCGCGTCATTATGGGATCTATGCACACTGGGCTTGAGGAAATGCCCGGTGGTCACAAGCACATGGCGGCATTCTATGCAGAGCGGGCAAGAGGAGGCGTTGCACTTATTGTTACAGGCGGTATCGGGCCAAATGAAGAAGGCTCAACGCATCCGATGACGCGCCGTCTTGATTCCGATAAGGCGGTGGCGCACCACCGTGAAGTAACCGATGCTGTGCATGCAGAAGGCGGTAAAATTTGTATGCAAATTCTGCATACCGGCCGCTATGCCTATTCGGAAAAATTGGTTGCGCCTTCCGCCATTCAGGCACCGATTAATCCTTATAAACCCAAGGCGCTGAGCGAAGAAGAAATCGAACAACAAATTCAGGATTTCATTTTTGCCGCCACCCAAGCGCAAAAAGCGGGCTACGATGGTGTAGAAATCATGGGCTCGGAAGGATATTTCCTCAATCAATTTATCGCTGCACGCACTAATCAACGAACGGACGAGTGGGGCGGCAGTTATGAAAACCGAATGCGCTTACCTGTAGAAGTGGTTCGTCGCGTACGTGAAGCTGTCGGGGAAGCCTTTATTATTATTTATCGCCTTTCTATGCTGGATTTGGTCGAAGGGGGCTCGACCTATGATGAAGTGGTGCAGTTAGGATTGGCCATTGAAAAAGCCGGGGCTAATTTAATTAATACTGGGATTGGTTGGCATGAAGCCCGAATTCCTACCATATCGACCCGCGTTCCCCGCGCTGCTTTTACCTGGGTGACAGCGAAGTTTAAAGCGGCATTGAACGTGCCTCTTATTACCTGTAATCGTATTAACACGCCGGAAGTTGCAGAAACCGTGCTTGCCAGAGGTGACGCAGACATGGTGTCTATGGCACGGCCGTTCTTAGCGGACCCTGAATTTGTTATAAAAGCTGAGCAAAACCGAAGTGACGAAATTAATACGTGTATCGGCTGTAATCAGGCCTGCTTAGACCATATCTTTAACGGTAAACTGACGAGTTGTCTGGTTAATCCCAGAGCCTGCCACGAGCTTCAGTTATCCATTACACCGGCGACTAAAAGTAAACATATTGCCGTGGTCGGTGCCGGGCCTGCTGGTCTTGCTGCTGCGACGACTGCCGCTCGCCGCGGCCATCAGGTAACGCTTTTTGACCGCGCAGAGGCTATCGGCGGGCAGTTCAACATTGCCCGGCAGATACCCGGGAAAGAAGAGTTTAATGAAACCCTGCGCTATTTTGCCAGGCAGCTTTCATTGACTGGTGTAGATGTGCGCCTGAACACCTCTGTTGACGCCGATATGTTGAATGAGATGATGGTTGATGAGGTGATTTTGGCAACCGGCATTACGCCACGTATACCGGACATTGAGGGTATTGATCATAAGAGCGTGTTGACGTATTTAGACGTTATTCGCGATAAGAAGCCCGTCGGCAAACGTGTCGCTATTATCGGCGCAGGCGGCATTGGCTTTGATGTTGCTGAATTTCTGTCTCATGGCAAGGATGCACCGAGCCTCGATATTCCCGTGTTTATGAAAGAATGGGGTGTGGATATGACCTTGAATGCCAGAGCCGGTGTTGAAGGCGTGAAACCACAGCCCGAGCCCGCTTCCCGAGAAATATTCCTGTTACAACGAAAAGCATCCAAGGTCGGCGCGGGATTAGGGAAAACCACGGGCTGGTCACATCGCGCAAACCTGATGATGAAGGGAGTAAAAATGCTCCCCGGCGTATCCTATGATCGCATCGACGATGCGGGTATCCACTGCACTATTGAGGGAAAACCCACGTTATTACCCGTTGATAACGTGATCGTGTGTGCCGGGCAGGAGCCATTACGCGCTTTACAAGCCGGACTTAACAAACCTTGCCACTTAATCGGCGGTGCGGATGAAGCCAGAGAACTGGATGCCAAAAGAGCCATTGAACAGGGCACCAAAGTCGCTGCATTACTGTAA	MSTTTYPHLFRPLDLGFTELKNRVIMGSMHTGLEEMPGGHKHMAAFYAERARGGVALIVTGGIGPNEEGSTHPMTRRLDSDKAVAHHREVTDAVHAEGGKICMQILHTGRYAYSEKLVAPSAIQAPINPYKPKALSEEEIEQQIQDFIFAATQAQKAGYDGVEIMGSEGYFLNQFIAARTNQRTDEWGGSYENRMRLPVEVVRRVREAVGEAFIIIYRLSMLDLVEGGSTYDEVVQLGLAIEKAGANLINTGIGWHEARIPTISTRVPRAAFTWVTAKFKAALNVPLITCNRINTPEVAETVLARGDADMVSMARPFLADPEFVIKAEQNRSDEINTCIGCNQACLDHIFNGKLTSCLVNPRACHELQLSITPATKSKHIAVVGAGPAGLAAATTAARRGHQVTLFDRAEAIGGQFNIARQIPGKEEFNETLRYFARQLSLTGVDVRLNTSVDADMLNEMMVDEVILATGITPRIPDIEGIDHKSVLTYLDVIRDKKPVGKRVAIIGAGGIGFDVAEFLSHGKDAPSLDIPVFMKEWGVDMTLNARAGVEGVKPQPEPASREIFLLQRKASKVGAGLGKTTGWSHRANLMMKGVKMLPGVSYDRIDDAGIHCTIEGKPTLLPVDNVIVCAGQEPLRALQAGLNKPCHLIGGADEARELDAKRAIEQGTKVAALL				NA	NA	NA	NA	NA
AK237_03049	1101			hypothetical protein	ATGAATAAAGTGCTGCTCACCGCTTTACTGTGTTCGTTAACACTAAATGCATGTCTGTTGTATTACTTGTTGCAGTTGCCTTCTCTTAACACACAGCAATCGGCCCCCACATCACCGGTGAAAATTGCGCAAACGGCAACACCTGCCATCGCGGGAAAGCCTTTACAGAATGCATCACCGGAACATCGTAACCAACAAACAGATATTGCACAGTTAACAGCGCTTTTCGACGCCGGCGATCCGCAATTCTATCCGTTATTAGTGGATGCCTTGCGTAATGCACCAAACAACTGGCAACTACTGCTATTAGAAGCTCGCTGGGTAAAGCAGGAAGAACCGTTAAGTGACGCCATCATTCAGTATTTTAAAATTTTAGATCGTCATCCACCGGCTGAAATTGAAAGAAGCATTCACGCAATCCTTACGCCAATGATAAATCAGGCAATTGAAAAGCTCCGTGTCGCCGGTGACTGGGATACCCTTGCAGCATTCTTAGAGCCGCTGTACCAATATTTACCTGATAACCGCGTGTTTATTATGTCACTTGCCGAAGCCTATGGCAGACAGCAAAAGTTTACCTTAATGGAAAACGTTTTAGCCTCTGTACTTGAAGATGATCCGGAAGCACAATCGATTAGACGTGCCGTGTATCCTCAGGAGAGCCAGCCGGAGCAAACTACCTCTTTACCACCCGACAGGCAGGTTTCCAGTCATGCCTATAAAATGCCGTTGCTACAAACCGGCGAGCACTTTTTAGCGCCCATACGCCTGAACCAGAGACAATCTCAGCTACTGGTTGATACCGGAGCCTCCATTACCACCATCACATCGGACGTGTTTGAGCAACTACAGCGACGAGGAAATTACCGGGATTTAGGCAATTTTTCAGTCAATACCGCGGGGGGAAAAGTAGAGGCCAGGATGATTACACTCGATGCTGTCGAATTTGGCCCCTACCAACTGCATCATGTGTCTGTACTTGTGCTGCCCCCCGATACCTTATCTGGCACCGAGGGGCTACTCGGAATGAATATTCTTAAGCGATTTCACTTTAAACTGGATCAGTTTGAAAGCGCATTGTTACTCGACCCTATTCACTGA	MNKVLLTALLCSLTLNACLLYYLLQLPSLNTQQSAPTSPVKIAQTATPAIAGKPLQNASPEHRNQQTDIAQLTALFDAGDPQFYPLLVDALRNAPNNWQLLLLEARWVKQEEPLSDAIIQYFKILDRHPPAEIERSIHAILTPMINQAIEKLRVAGDWDTLAAFLEPLYQYLPDNRVFIMSLAEAYGRQQKFTLMENVLASVLEDDPEAQSIRRAVYPQESQPEQTTSLPPDRQVSSHAYKMPLLQTGEHFLAPIRLNQRQSQLLVDTGASITTITSDVFEQLQRRGNYRDLGNFSVNTAGGKVEARMITLDAVEFGPYQLHHVSVLVLPPDTLSGTEGLLGMNILKRFHFKLDQFESALLLDPIH				NA	NA	NA	NA	NA
AK237_03050	459			hypothetical protein	ATGTCCCCACAGCCTGATCACCTCGTTGAATGGTGTCTACCGGCGCCATTTGTTCAACCGTGGCGCATTGAACAACAACATATCGACCATTATGAACACGTTAATAATGTGGCATATCTGTCCCAGCTCGAGTCATTGGCCTGGGCCCATTCGAATCATTTGGGATTACACTTTGCCGATTACAAAGACATTGGCAAAGGTATGGTGATCCGCCGTCATGAATTGGATTATTTACTGCCAAGTCATGTTAACGATGAATTGCTTTGTGCAACCTGGATAGTGGAATGCGATGGTGCCGTGACCCTCACGCGACAGTTCCAGTTTATCTGCCCCCGCCGTCGTAAAACTGTATTTGCGGCACGCACCCAATTTGTGTGCGTGAGCATGAAAACAGGCGCGCCCACACGTATGCCGCCACAGTTCAAAGAGATATACTGCAAAGCAGTGGTGAATGCATAA	MSPQPDHLVEWCLPAPFVQPWRIEQQHIDHYEHVNNVAYLSQLESLAWAHSNHLGLHFADYKDIGKGMVIRRHELDYLLPSHVNDELLCATWIVECDGAVTLTRQFQFICPRRRKTVFAARTQFVCVSMKTGAPTRMPPQFKEIYCKAVVNA	PGPT0001850_2386	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0001850-ybgC-K07107	NA	NA
AK237_03051	723			hypothetical protein	GTGAAGAAGTTGAACAGTGCGTCTGATATTGTTAAACACATACATCGGGTAAATGCCTTAAGAGGCCTGGCAGAATCAATGGGAGATATTCCCCGTATTCATGCGTTGCAGAAATGGCAGTGTGAACGTCTGTTGGTCACGCATGCAGAGTTAGCACAGCAACCCAGATACCAGCAAGCGATGGCTTTTTTTGTTGAAGAACTCTATGGGCCAAAGGATTTCAGTCAGCGCGATGCTGATATCGCCAGGGTCGTTCCCAAACTTTACAAAGTCCTGCCAGACACCGCAATGCAAGCCCTTGATGATGCGCTGGCGTTAAATGCCCTTTCTTTTGAACTTGACCATAAAATGGTAAGTGCACTTGGCGATAAACCGCTTAATCACCACACCTATGCGCTGGCGTACCGTGATGTTGGTGAAGCGCCAGCCCGAAAAGCCCAAATCGATATTATTAAGCATCTTGGACATCAACTTGCCAGCGTAATTGATATACGCGGTATCGGTATGCTTATCCGTTTGTCCCGCCGCCCGGCAAAACTGGCGGGATTAATCGCGCTTCATGAGTTTTTACATCGCGGTTATGAAACCTTCAGGCAGCTGGGTAATGTAAATAGCTTTATTGACCCGGTTATTGAACGTGAAGAGCAAATAATGATAAAACTGTTTGCTGAAGAATTTGATATTGATAAGGACAACCCTATCCCCCATGTCCCCACAGCCTGA	MKKLNSASDIVKHIHRVNALRGLAESMGDIPRIHALQKWQCERLLVTHAELAQQPRYQQAMAFFVEELYGPKDFSQRDADIARVVPKLYKVLPDTAMQALDDALALNALSFELDHKMVSALGDKPLNHHTYALAYRDVGEAPARKAQIDIIKHLGHQLASVIDIRGIGMLIRLSRRPAKLAGLIALHEFLHRGYETFRQLGNVNSFIDPVIEREEQIMIKLFAEEFDIDKDNPIPHVPTA				NA	NA	NA	NA	NA
AK237_03052	597	epmC	COG3101	Elongation factor P hydroxylase	ATGCAGCAAGGCGTTTCTGACATGAAAGTTGATGTAGTCGTGACACCGCAAGGTCACAGTGATGACGACGATCCTCAGGTTAATGAACTCATTCAGTTGTTTGATACGACATTTCGCAGCTCGTTCAACACACGTCTGATACGGGGTAAGGATGAGCCTGTTTACTTACCCGCTGACAGCGCGACGCCGTATCACCGCATTATTTTTGCTCACGGTTTCTTTTCCAGTGCCCTGCACGAAATTGCACATTGGTGTATAGCAGGGACAAAACGCCGGTTATTAGAAGATTACGGCTACTGGTATTGCCCTGATGGTCGCGATGCGTCGCAGCAAAAGGCATTTGAGCAGGTAGAAATTAAGCCTCAGGCTGTTGAGTGGGCACTGACATTAAGTGCAGGGCGACATTTTCGCGTCAGCACTGATAATTTAAATGGTGCAGAACCTGACAGAGAAGGATTTACGCGCGCGGTACATCAGCAGTTAATCACTTACATGAAGCAGGGATTTCCTGCGCGGGCACAAACACTCATGCAGGCACTACAACAACATTTCGGTACCTCCCCGGTGACTCTGGCACAGGTGGAGACATTGCTATGA	MQQGVSDMKVDVVVTPQGHSDDDDPQVNELIQLFDTTFRSSFNTRLIRGKDEPVYLPADSATPYHRIIFAHGFFSSALHEIAHWCIAGTKRRLLEDYGYWYCPDGRDASQQKAFEQVEIKPQAVEWALTLSAGRHFRVSTDNLNGAEPDREGFTRAVHQQLITYMKQGFPARAQTLMQALQQHFGTSPVTLAQVETLL				NA	NA	NA	NA	NA
AK237_03053	1128			hypothetical protein	ATGAGTAACGTGTTTCGACTTGGAGTGGTGGTCAATCCTTATGCGGGAATTGGCGGCGCGTTGGCGTTAAAAGGCAGTGATGGTGCGGCTATTCGTGCTCAAGCGCTTGCTGCAGGCGCCGAAAAGCGTGCGGGCAGTAAAATGGTAAAAGCGTTGCACAACGTTGCTGCGCTTGGGGAGCTCGTGGAGGTGATTACAGCAGCGGACGACATGGGCCAAACATGGGTACATCAAGCAGGGTTAGCCTGTTCCGTGGTGTATACACCGGCACATCAACAAACCGAAGCCGAGGATACCGAAGCAGCGGTTAACGCTATTTTGTCTTCGGGCGTTGATCTGCTGTTATTTGCCGGCGGAGATGGAACCGCCAGAAACGTGTGTCGTATTGTCGACGATAAAGTGCCCGTGCTAGGCGTACCTGCGGGCTGTAAAATTCATTCTGGTGTTTACGCTGTCACGCCAACTGCCGCAGGTGAAGTGGTGGCAATGATGGTGCGTGGAGAGCTGGTAAGCGAAACCGACGCAGAAGTCAGAGATATCGATGAAGACGCTTTTCGACAGGGAAAGGTGCTGGCCAAACATTTTGGCGAAATGCGCGTACCCAATGCCTTATCTTATGTACAGGCCGTTAAAATGGGTGGAAAGGAGAGTGACGAGCTGGTCCTCGAAGATATCGCTGCTTTTATCAGTGAAATCATTGATGACGAACCGGATACTTTTTTTGTGATGGGTTCGGGCTCTACCGTGGCAAGCATCATGGGCGTCCTTGGCCTGGAAAATACGTTGCTGGGTGTCGATATTATTAAGCGGGGCGAGTTAGTCGCCAGCGATGTAACGGCGTCACAACTTATCGCCCTTACTCAAGGTCACCCTACGAAAATGGTGATCACCGTGATTGGTGGACAAGGACACATTTTTGGCCGCGGCAATCAGCAATTGTCTCCTGATTTCATTCGCCAGGTGGGCAAAGAGAATATGTTGATTACTGCCACCAAAACCAAATTGCAGTCGCTGGAAGGTCGGCCATTACGACTAGACACCGGTGACGATGTATTAGATTTAGCACTCGCCGGGTATTTCCCGGTGATAACCGGCTACCGGGACAAAGTTCTGTATCCGGCAACGTAA	MSNVFRLGVVVNPYAGIGGALALKGSDGAAIRAQALAAGAEKRAGSKMVKALHNVAALGELVEVITAADDMGQTWVHQAGLACSVVYTPAHQQTEAEDTEAAVNAILSSGVDLLLFAGGDGTARNVCRIVDDKVPVLGVPAGCKIHSGVYAVTPTAAGEVVAMMVRGELVSETDAEVRDIDEDAFRQGKVLAKHFGEMRVPNALSYVQAVKMGGKESDELVLEDIAAFISEIIDDEPDTFFVMGSGSTVASIMGVLGLENTLLGVDIIKRGELVASDVTASQLIALTQGHPTKMVITVIGGQGHIFGRGNQQLSPDFIRQVGKENMLITATKTKLQSLEGRPLRLDTGDDVLDLALAGYFPVITGYRDKVLYPAT	PGPT0013490_1119	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	ROOT_COLONIZATION	ROOT_COLONIZATION-VITAMIN_B3|NIACIN_METABOLISM	ROOT_COLONIZATION-VITAMIN_B3|NIACIN_BIOSYNTHESIS,PGPT0013490-ppnK-K00858	NA	NA
AK237_03054	303			hypothetical protein	ATGGAATTTCCTGCAGCGGCCTCTACCGCTTTCATTGATAGTATTGGTCGTATTGAGGCCGCGCTTGACGGTGTTGTTGACCATGGCAGCGATGATGAACTGTTTATCGCCAGTTACCTGCAAGGGCATTTTGCGGTGATTGCCCGTCAGCAAGAAATGGAAACGCACGCGACCCTCAGCACGCTTGATGAGGCCATGATGGGAAGTTTGCAGTCGGCGTTTGATAACCAGGAACTCGACGCCAACGACCAACAGCGTGTCCTGGCGCTTTGGCGGCGTCTTTTAGGGCAGGCGCAAAACTAG	MEFPAAASTAFIDSIGRIEAALDGVVDHGSDDELFIASYLQGHFAVIARQQEMETHATLSTLDEAMMGSLQSAFDNQELDANDQQRVLALWRRLLGQAQN				NA	NA	NA	NA	NA
AK237_03055	645			hypothetical protein	ATGGGTAGAGCAATGGGTGTCGTACAAAACAAAGGTCGTATTTCAACCTTCGCCGTGGTATTTGGCTGCGCTGTATTTAGCAGCTTAGGCGGTTGTGCCAGTGAGAGCCAATCGGTCGTCATGCAAGAAGAAAACATGGCGTTACCTGCGTTGGGAAACATGGAGTATCACACCTATGTGTTAGCCAACGAGCTTTTTGCCCGGTTACGCCCGTCGCGCCAGGCGAAATACGCCGTTGTCGGTTTTGTGCCTGCTGACACGATGGATTACAACCGTGCAGACCACGACCCACTCATGATGCTCGGACATCAACTCGAAGAAGGGATGATCACCGAGGCAACAAAACGCGGTTTTACCACTCAAGAGTTTAAGCTTACAGACGATATAATCATGGGGGAGTATGCGGATCGTGTACTGACCCGCGATATTGACCAGCTACCTGGTATTGAACGCGTCGATTTTTATATCACTGGTACCATGGTCCGCCAACAGGCTGGGGCCATGGTGAACGCCAGAGTCATCAATGCCAGAACAAAAGACGTTGTTGCAGCCGCCACCCGCTTTTTTCCAGAGGGACTTTTCTGGGAACAGGAGCGAGTCACTACCCGAAACGGGCGACTGTACAGAACTGAAGATAAGGGGTAA	MGRAMGVVQNKGRISTFAVVFGCAVFSSLGGCASESQSVVMQEENMALPALGNMEYHTYVLANELFARLRPSRQAKYAVVGFVPADTMDYNRADHDPLMMLGHQLEEGMITEATKRGFTTQEFKLTDDIIMGEYADRVLTRDIDQLPGIERVDFYITGTMVRQQAGAMVNARVINARTKDVVAAATRFFPEGLFWEQERVTTRNGRLYRTEDKG				NA	NA	NA	NA	NA
AK237_03056	744			hypothetical protein	ATGACTATTCACCGTAACCTGGCAGGCAGTGCGTTACTGGTTGTCAGTTTATCCGGTTGTTCTTTACTGAGTGACGAGCAAACTGACACCGCTGAAACGACGACAACAGAGCCTGTCATGAATGTCATTGACGTGCGTGCGGAAGACCGTGCCCCCGCCATGAGTGCAGAACCTGACGACGTCGATAATTTTGGTGCGATAGGTCAACCTCCGCTTTACAGCAGTGTACAAGGTGCGTATCAAGGGCGACCGCTAAATAAGCATGTGGGTGACTATGTGAAAAACATGGCCCAGGATCTTATTTCAAACATGGAATACGTCACTAACAAAACGCCTGTGGCAGTTACCAACTTCGCTATGCTCGACTCAGACCTTCAGCACACCAACTTGTTGGGGCATCAAATGGCAGAGTCTTTCATGCATGAGCTTCACAAGTATCGTATTCCCGTGGTTGATTTCAAAGCGACTGATTACATTCGCGTAACCGATAGTGGAGACTTTCTGTTAAGCCGTGATTACCTCGACCTAAACAGCAGTTTGCCCATTGATTATGTGCTGACGGGAACCATGGCAAAGCATCAGGGCGGCGTGCTGGTTAATGCGCGCATACTGGGTATAGAAAGTCGCGCTGTGGTCGCGTCTGCCCAGTTACTTATTCCGTTTTATGTGGTAGATGCTCTTATTCCAAGCGACAGTAATGGTAAAAGCGGTATTCGTGACGGTGTGAAATTAACCCGGGGGTAA	MTIHRNLAGSALLVVSLSGCSLLSDEQTDTAETTTTEPVMNVIDVRAEDRAPAMSAEPDDVDNFGAIGQPPLYSSVQGAYQGRPLNKHVGDYVKNMAQDLISNMEYVTNKTPVAVTNFAMLDSDLQHTNLLGHQMAESFMHELHKYRIPVVDFKATDYIRVTDSGDFLLSRDYLDLNSSLPIDYVLTGTMAKHQGGVLVNARILGIESRAVVASAQLLIPFYVVDALIPSDSNGKSGIRDGVKLTRG				NA	NA	NA	NA	NA
AK237_03057	873			hypothetical protein	ATGCTCTCGTTACCGGGGTGTACAACCCTGGACGAGCACTATCATGCTTACATGGATAATGACCATAAGCATGCGATACCCGCAGACAAAAAGCAGGAAGCAGAACAACGCCCGGAAGGAGAGTCTGAAACGCCTGCCCGGCATGAAGACCACGTGGTTATCCAGGGTGCATCCGGCGATAACTCACAGCAAACGTCTTCAACTTCTGCGCCCCGCGAGGTGGAAGGCGTAGCGCTTGCTCCGGCTACGACGTTATCGTCTATCGAAACGTCTGCTGAGGATACCCGTTCTCAATGGCAATATCGCCCTGATTCGCGAGACAAAACGCAGGCGCTGGGTGATACCATGTCTTCTGAGCCCGAACAGAAAGAATGGCAGGATCCGCTGATAACAGGATATCAACCCGACCGTACACACAAGGCGTTGGCTGACTACGCCTCTCAGTTGGCCATGCAGCTTATGGATTCTGCCACACAGTTAAGTGGCAACGATTTAATTGGCGTTGCCAGTTTTGTGCGTTTAAATCGTTCTTTGCAAGAGCCTACGGTGATGGGAAATCAGTTATCTGAATTGCTCATTACTGAATTGCAAAGTTTTGGCGTAGGGGTTGTCGACTTTAAGATGGCAGACGCGTTAACGGTGACGCCGGTGGGTGATCTTGCGATGACCCGAGCGGCTGAAGCGCAGTCACGACAACTTCAAATGGATCATATTCTTACAGGTACACTCATCGAGGAACCGCGTGGGGTGCGTGTAAACGCGCGCATTGTGTCGACAAAAATGCATCAGGTTGTCGCAAGTACAACGCTGCTAATCCCCTCATTTATGGTTACACAGCTAAATTCAGTACAAAGTACAGAAAAAAAATCGTAA	MLSLPGCTTLDEHYHAYMDNDHKHAIPADKKQEAEQRPEGESETPARHEDHVVIQGASGDNSQQTSSTSAPREVEGVALAPATTLSSIETSAEDTRSQWQYRPDSRDKTQALGDTMSSEPEQKEWQDPLITGYQPDRTHKALADYASQLAMQLMDSATQLSGNDLIGVASFVRLNRSLQEPTVMGNQLSELLITELQSFGVGVVDFKMADALTVTPVGDLAMTRAAEAQSRQLQMDHILTGTLIEEPRGVRVNARIVSTKMHQVVASTTLLIPSFMVTQLNSVQSTEKKS				NA	NA	NA	NA	NA
AK237_03058	1989	mnmC	COG0665	tRNA 5-methylaminomethyl-2-thiouridine biosynthesis bifunctional protein MnmC	GTGAAATCCCAATCTGCGCAAGTTTATTTTAATGACAAGGGTACACCTGTTGCCGATCACTTCGATGATGTTTATTTTTCCAACGACAGTGGCATAGATGAGACACAACACGTTTTTATTGCAGGCAATGATTTACCTGCCCGATGGCTTAGTCATACCCGGCAGGATTTTGTTATCGCCGAAACGGGGTTTGGTACGGGTTTAAACTGCCTGGTAGCAATGAAAGCCTTTGCGCAATTCAGGGCGGCACACCCTGAACATCCCTTGCAACATTTATATATTCTTTCAACGGAAAAATTCCCTCTCGCTAAGGCCGATTTAGCGAAAGCGCTTAGCGCCTTTCTTGTCTTAGGCGATGTTGCTGACGCGCTGCTTACGAATTATCCGCTGTCCCTGCAGGGATGCCATCGAATGCATTTTGCGTCGTTTCATTCTACGTTAGATTTATGGATAGGCGATGTGCACACACTGTTACCCCAGTGGCACGTGCCGGCAGCCGGCTTGGTGGATGCGTGGTTTTTAGATGGGTTTGCCCCCAGCAAGAACCCGGACATGTGGACAGACGCCCTGTTCTCGCAAATGGCGCGGGTCTCCAGGCATACTGCGACCTTCGGTACATTCACAGCTGCGGGGATCGTGAAGCGTGGTTTACGCGATGCGGGATTTGATGTCGAAAAGCGAAAAGGCTTCGGTAGAAAGCGGGATATGCTGGCAGGCCGCTACCTCGGTGCGCCGTCTTCTCTCACCGCCCCGCCCTACGCGCGATACAACAATCCCCCTTTAGCGCAGCATGAACGGATTGCTATCATTGGTGGCGGTATTGCTGCTGCCAGCATTGCTTACAGTCTGAGTCGAATGGGGATTCAATGTAGTATTTTTTGCGCCGATGCGTCACTCGCCCAAGGGGCGTCTGGTAATCCTCAAGGCGGATTTTATCCTCAGTTGCACAGCGAGGCGAGTATTGCCAGCCAGATTCAGGCACACGCCTTTTTATATGCGCACCGGGTTTACAATACCGTTAAAACACCATTTCGTCACAAGAGCTGTGGCGTGTTACAACTGGGCTTCAGCCCTGTCGTGTCGCAGCGGCAGGACAAACTAAGCCAAAGTGGAGTATGGCCTGACGAGCTAGTTACGCCTGTTAATCAGACGCATGCCTGTGAACTGGCTGGTGTTTCCCTTCCAGTTGGCGGTTTGCACATTCCTCTGGGAGGCTGGATCTGTCCTCCCGAGCTGGTTGCAGCGATGATTCAGGACTGTGGTAATAAAGTAGATGTCAATACGTGCGCGCCCGTAACGGGCATCGTCGAAGACGAGGAAAAGGTTACCTTAACGGTAAATGGCCAGCCTGTTTATTGTGACCATGTAGTCATTGCCACAGGTGCCGACAGCATGAATATGCCGCTGATGAACAATTTGCCCCTTCGTCCGGTCCGCGGTCAGGTAGAGGCCATTCCCGAGCAGTCTTTATCTGCAGGGCTACGCACCGTGTTGTGCCACAAAGGCTATATGACACCGGCTATGGACAATCGCCATGCACTGGGCTCAACCTATGGTAAAGACGACACGAGCTGTGACGTTCGCGAGGTGGATACACTGACAAACCTTGCCACGCATCAAAAAGCATTGGGAGAAGACGCCTGGGTAGCCAACCTGCATCACGATGGCTCCGCCAGAGCTTCTGTTCGTTTAACGCTCCCTGATCATCAGCCGGCAAGTGGTCAGCTGTTTGATCAGGCCGCATTATCGGAAAGGTACGTACAATTAGGTGTCGGGAAACCGTTGCAAAGTCAGCTACCACCACCTGAAGGGCGCGTGTTCACACTAACCGGCTTAGGCTCCAGGGGATTAACTACTGCCCCGTTAATGGCAGAAATACTGGTAAGTCAACTCCTGCATACCCCGATGCCATTACCCGAAGCCTTGCTTCACGCAGTCGCACCGCAACGGTTTATTGTGAGGAATTGCATAAGAGGGGTAGCGCCCTGA	MKSQSAQVYFNDKGTPVADHFDDVYFSNDSGIDETQHVFIAGNDLPARWLSHTRQDFVIAETGFGTGLNCLVAMKAFAQFRAAHPEHPLQHLYILSTEKFPLAKADLAKALSAFLVLGDVADALLTNYPLSLQGCHRMHFASFHSTLDLWIGDVHTLLPQWHVPAAGLVDAWFLDGFAPSKNPDMWTDALFSQMARVSRHTATFGTFTAAGIVKRGLRDAGFDVEKRKGFGRKRDMLAGRYLGAPSSLTAPPYARYNNPPLAQHERIAIIGGGIAAASIAYSLSRMGIQCSIFCADASLAQGASGNPQGGFYPQLHSEASIASQIQAHAFLYAHRVYNTVKTPFRHKSCGVLQLGFSPVVSQRQDKLSQSGVWPDELVTPVNQTHACELAGVSLPVGGLHIPLGGWICPPELVAAMIQDCGNKVDVNTCAPVTGIVEDEEKVTLTVNGQPVYCDHVVIATGADSMNMPLMNNLPLRPVRGQVEAIPEQSLSAGLRTVLCHKGYMTPAMDNRHALGSTYGKDDTSCDVREVDTLTNLATHQKALGEDAWVANLHHDGSARASVRLTLPDHQPASGQLFDQAALSERYVQLGVGKPLQSQLPPPEGRVFTLTGLGSRGLTTAPLMAEILVSQLLHTPMPLPEALLHAVAPQRFIVRNCIRGVAP				NA	NA	NA	NA	NA
AK237_03059	1215	fabB	COG0304	3-oxoacyl-[acyl-carrier-protein] synthase 1	ATGAAAAGAGCAGTTATTACCGGTCTGGGTATAGTGTCCAGCATTGGTGTTAATCAGGACGAAGTCCTGGCCTCGCTGAAAGCCGGCAAGTCAGGTATTACATTTTCTGAACAGTTTGCTGAAATGGGTCTGCGTAGCCAGGTCTGGGGTAACGTCGATATCGATTTGTCTGAACACATCGACCGCAAAGCCATGCGCTTTATGGGTGATGCAGCTGCCTATGCTTACGTTGCCATGCAACAGGCCATCGCGGATTCAGGCTTAGAAGAGAAAGACATTTCAAACGAACGCACGGGGATTATTGCCGGTTCAGGTGGCGCCTCATCGATGAACCAGGTGTTGTCAGCAGATATTTTACGTGAAAAAGGCGTAAAACGCGTTGGGCCTTATATGGTGCCTCGTTGTATGGCGTCTACCGTCTCGGCCTGTTTAGCTACCCCGTTTAAAATTAAAGGGGTGAACTATTCTATCGCATCAGCTTGCGCTACCAGTGCGCACTGTATCGGCAACGCGTTAGAACTGATCCAGTTAGGCAAACAAGATGTGGTTTTCGCCGGTGGTGGTGAAGAATTGCATTGGTCGCTGTCAAGTCAGTTTGACGCCATGGGCGCGTTGTCCTCGAAATACAACGATAACCCTTCTGCAGCATCGCGTACTTATGATGCTCATCGTGATGGTTTCGTCAGTTCTGGCGGTGGCGGTATGGTGGTTGTGGAAGAACTTGAGCATGCGCTTGCTCGTGGTGCCACCATTTATGGTGAGGTTGTCGGCTATGGTGCCACGTCAGATGGTTACGACATGGTTGCGCCATCAGGTGAAGGTGCGGTGCGTTGTATGAAGATGGCGATGCAGAATGTAGCAGCGCCAATCGACTATTTGAATACGCACGGTACGTCAACACCCGTTGGCGATGTGAAAGAGCTGGCTGCGATTCAGGAAGTCTTTGGTCAGTCAGGCGTGCCTATCAGTGCAACAAAATCACTTACCGGACACGCCCTGGGCGCAGCGGGTGTAAACGAAGCGATTTATAGCTTGTTGATGATGAAGCATAACTTTATTGCCCCATCAATTAATGTTGAGACGTTAGATGATGCCGCAGCAGGGCTGGATATCGTGACATCTGCGCGTGAAGCAACCTTAAATACCATTATGTCCAACAGCTTTGGATTTGGTGGTACAAACGCCACGCTGGTCATGCAGCGCTACAATAGCTAA	MKRAVITGLGIVSSIGVNQDEVLASLKAGKSGITFSEQFAEMGLRSQVWGNVDIDLSEHIDRKAMRFMGDAAAYAYVAMQQAIADSGLEEKDISNERTGIIAGSGGASSMNQVLSADILREKGVKRVGPYMVPRCMASTVSACLATPFKIKGVNYSIASACATSAHCIGNALELIQLGKQDVVFAGGGEELHWSLSSQFDAMGALSSKYNDNPSAASRTYDAHRDGFVSSGGGGMVVVEELEHALARGATIYGEVVGYGATSDGYDMVAPSGEGAVRCMKMAMQNVAAPIDYLNTHGTSTPVGDVKELAAIQEVFGQSGVPISATKSLTGHALGAAGVNEAIYSLLMMKHNFIAPSINVETLDDAAAGLDIVTSAREATLNTIMSNSFGFGGTNATLVMQRYNS	PGPT0013310_1329	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	ROOT_COLONIZATION	ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_METABOLISM	ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_BIOSYNTHESIS,PGPT0013310-fabB-K00647	NA	NA
AK237_03060	1185	pdxB	COG0111	Erythronate-4-phosphate dehydrogenase	ATGCCGCCCTTAGTCATTCTGGCACTGTATTCTATGACCCGCATTTTATTCGAAGAAAGTATTCCTCAAGGAAAAGCGTACTTTTCTACGCTAGCCAATGCCTCATCGTTTCATGGCCCATCGCTGGACGCTCATGCATTGTCCGATGTGGATTATCTGGCTGTGCGCTCCACCACTAAGGTCAATGAAGCACTTCTCACGCAGTGCGACAAACTGAAGCTTGTGACCACCGCCACAGCAGGAACAAATCACCTGGATAAATCAGCGTTGGCACAAGCAAAAATACCCTGGCGTTCTGCGGGTGGCTGCAATGCCGTTGCGGTGGCTGAATATGTCTTGAGTGTGCTTATGCTGGCGCATCAGGCGGGTAAGGTTGATTTAAGCAGAATTACCGTAGGCGTTGTGGGTGCCGGCCACGTAGGCAGCGCGTTAGCGTCACGTTTGCAGGCACTTAATATTGCCTATTTGTTATGTGATCCGCCACTTCAGGATGCCGGCGACAGTCGACATTTTGTTGATATGGATGCCATTATGGCTTGCGATGTGATTACCTTACATGTGCCTTACGTCACAGAGGGTGAGCATACGACGACGCATTTACTTGACGCCACGCGTCTGCAGGCACTAAGCGAACATCAATTGTTGATCAACGCGTGTCGCGGAGAAGTGATAGACGAACCCGCTTTGCTGGCGCGTTTAACTCAGCCTGCGCCGCCAACGGTGGTGTTAGATGTGTTCTGGCACGAACCTGAGATTAATCAGGCGTTATTATCACATGTGTGGTTGGCCACGCCCCATATTGCCGGACACTCCGTAGAAGGTAAACTGCGCGGTACACAAATGGCTTACGAACATATTTGTGAAGCGATGGGGCGGGAGCCCACATTGACCATGGGGGATTTCCTGTCTTCGCCACCGGCACAGCATTTTCAGCCTCAGGATAGCACAGCAGAAGCACTGGACTGGGAAGCGGCAGCAGCACTTTTTTTGTCGGTTTACAATGTAAGTAATGATGATGCCCTGTTCCGTCAGGATACTGGCAAAGACGGATTTTTACACCTGCGTAAGCACTATCCCGCAAGACGGGAGTGCAGTGCCCATTTCCTTCGCATCCCCGCGCCTGTATCAGAGGGTATTATCGAGCAGCTCAGCGGGTTAGGCTTTCAATTTAATTTCGTTCGCTAA	MPPLVILALYSMTRILFEESIPQGKAYFSTLANASSFHGPSLDAHALSDVDYLAVRSTTKVNEALLTQCDKLKLVTTATAGTNHLDKSALAQAKIPWRSAGGCNAVAVAEYVLSVLMLAHQAGKVDLSRITVGVVGAGHVGSALASRLQALNIAYLLCDPPLQDAGDSRHFVDMDAIMACDVITLHVPYVTEGEHTTTHLLDATRLQALSEHQLLINACRGEVIDEPALLARLTQPAPPTVVLDVFWHEPEINQALLSHVWLATPHIAGHSVEGKLRGTQMAYEHICEAMGREPTLTMGDFLSSPPAQHFQPQDSTAEALDWEAAAALFLSVYNVSNDDALFRQDTGKDGFLHLRKHYPARRECSAHFLRIPAPVSEGIIEQLSGLGFQFNFVR	PGPT0009150_120	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_UTILIZATION	PLANT_DERIVED_ERYTHRONATE_UTILIZATION,PGPT0009150-pdxB-K03473	NA	NA
AK237_03061	1017	asd2	COG0136	Aspartate-semialdehyde dehydrogenase 2	ATGTCACAAGTGTTTGATGTGGCAGTACTGGGCGCTACAGGCCTGGTCGGACAAACAATGATCGAATTGCTCGAAGAGCGTAAGTTTTCAATTGGTACTTTATATCCGCTTGCCAGCGAGCGTTCGGCAGGAACAACAGTCAACTTTAAGGGCGAAGAAATTGAAGTACTCAACGCTGATGATTTTGACTGGACATTAGTGCAGTTTGGCTTCTTCTCGGCAGGTGGGGATATTTCGGCAAAAATAGCGCCGATAGCTGCGGAGGCAGGATGCATTGTGATCGATAACACCTCGCATTTCCGCTACGAGCCCGATGTACCTCTGGTTGTGCCCGAAGTGAATCCTCAGGCACTGGCTGATTTCAGAAACCGGAATATCATTGCTAACCCGAACTGCTCAACGATTCAGATGTTAGTTGCTCTTAAACCTATCCATGAAGCGGCAGGTATAGAGCGTATCAACGTTTGTACTTACCAGTCAGTATCCGGTGCGGGTAAAGGTGGTATGGAAGAGCTGGCGCTGCAGACCGCGAATTTACTGAATACGCGTCCGGTCAATCCAGAAGCATTTAGTCACCAAATTGCGTTTAATGCTATCCCGCAAATCGATGCGTTCATGGACAACGACTATACCAAAGAAGAAATGAAAATGGTGTGGGAAACGCAGAAAATACTCGGTGACAGCGACGTAATGGTTAACGCCACCGCAGTACGTGTGCCTGTATTTTACGGTCATGGTGAAGCGATTCATCTTGAAACCCGAATGCCAATTGATGCGGTTCAGGTTAAACAACTTCTTGCCCAGGCTCCCGGGGTGAAAGTGTATGAGGCTCGTGAAGCATTTCCCACGCAGGTAAGCAGCGCGAGCGGCAATGATTGGGTTCACGTAGGACGCATTCGTGATGATATTTCACATCCCAGTGGCTTGAACATGTGGGTAGTGTCCGACAATGTGCGTAAAGGGGCGGCAACGAACAGTATTCAAATAGCGGAAACGCTCATTCGGGATTACCTGTAA	MSQVFDVAVLGATGLVGQTMIELLEERKFSIGTLYPLASERSAGTTVNFKGEEIEVLNADDFDWTLVQFGFFSAGGDISAKIAPIAAEAGCIVIDNTSHFRYEPDVPLVVPEVNPQALADFRNRNIIANPNCSTIQMLVALKPIHEAAGIERINVCTYQSVSGAGKGGMEELALQTANLLNTRPVNPEAFSHQIAFNAIPQIDAFMDNDYTKEEMKMVWETQKILGDSDVMVNATAVRVPVFYGHGEAIHLETRMPIDAVQVKQLLAQAPGVKVYEAREAFPTQVSSASGNDWVHVGRIRDDISHPSGLNMWVVSDNVRKGAATNSIQIAETLIRDYL	PGPT0014045_4563	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-ECTOINE_METABOLISM,PGPT0014045-asd-K00133	NA	NA
AK237_03062	3840			hypothetical protein	ATGAAATCGCATGTTACGGGCTTGCTAATCTTTTTATTGCTGCTGGCCGCAGCGCCTGAATTCGGTCAGGCTCAGGAACGGGAAACCGTCATTCGCGGGCCAAAGGATGCAACCAGTCAATATTCCGGAAACGTTTACGGTCCTATCGATGACAACGACACCCTCTGGCGGATAGCAGATCGTTATCGCCAAAATAAAAACTTGTCCGTCTACCAGGTCATGGTAGCGATTTATGAGCTCAACCCGAATTCCTTCGAGCAAAATAATCTTAATTTGTTGGTGGATGGCGCCGTATTAAAGCTGCCTTCAGAACGCTATGTGGCGCGTATCGACCCTGTGCGGGCGAAACAACGGGCAGAGCAGGATGACAATAACTTTGCACGCATGGAAAGTCGTCCGGGTAGTAGTTTAAATAATCTCAAGCCGCCGGTGCCATTGGTGAATCAGGACGATCTTTCCATTACCCGTGACGCCATCGAAGACAAAATCACCCGCCTGGATAGTCAACAAACCCAACAGTTTGATGAGTTACGACAGCAATTTGCGGCTTCACTTGAAAACGTACAAGCCATTCTTGATGAAAACCGTAAGTTGTACGAGCGCGTAGAGCAGGTTAACGACGATCTCGCCTCGTTGCGCACACAGGTTGAAGGCGATGTGCAGAATCAAATGGACGAACAAACCGCATTGCAAAAGCAATTGCTGCAAATGATGCAGCAAGAGCAAGCGGAACGTCAGGTAGAAAAAGATGCCTCGTTTATGAACACGTTGATGCAGCCAATGAGTCTGATTATTGGTTCGGGTGTGTTGACGCTTCTGTTGGTCGGAGGATTCGTCGCGTGGTTCTTAAAACGGGGTAAGCAAGACGACGAAGATCCCATGCAACCAGTTGCGCAAGTGTCTACAGCCGACACTGCCCCCATCGCTCAGGCGCCTGCCGCTATCGTACCGGAATTAGATGACACCCCGGAATTGTCTGATGATGAACTGTTTAATGACGACGAGTTGCTGGATGATGTGTTATCGAATGAACTGGAAGAATCTCTTGATGATGACTTAGAGAGTTTTGCAGATTTAGATGACGACATGTTAGTACCTGATGACGATTTTGCTTTCGAAGATGGCAATACAGAGTTAGGTCAGGATGAACTTGATAGTCTGTTTGACGACGAACCGTTATCCGATGACACGGTTGTGCCTGATGATGATTTGGACGGCATCGATTTATCCGGTGAAGAAGAGAAACCTGCGGAAAGCAGTGAATCTGGAACAGAAAGTTCCGTTGTAGCTGATGACGATATTGATGCGTTGTTAGCACAAAACAGCAGCCCGGCAGAGCCTGCAGAAAGTAAAGATGATGCGGTAAGCGAAGATACCGCAGGCGATGATGACGTTGATATTGATGCATTACTAGAGGCCAACGCTGGTGGGGATGCCAGTGCAGAAGACTCATCAGGGGATGATGTTGACCCTGATGATATTCTTGCAGAGTTTGAAGCGCCAGCACCAGAAGAAGACGAAAAGCCAGAAATTGATATCGATGATTTGTTAGATGAACACCAGCCTGATTCGATGATGGCCGCTGATGAAGGTGATGTTGATGAAGAGCTTCTGGACAAAATTGACCGTGAAATCAACGACCAGAATCAGGAACTTGATCGGCTGACTGACAATATAATCAACGAAATGGACCAGCTGGATCAAATGGCTGACATGTTGGGCGACGATGATGATGATGACGACGAAGGTGAAATATCCACAGAGTCCACGCCGTCTCCACAAGCGATACAAGATTTAGATGCGTTTAGTGAGGATCTCGACGAAATTGATGTCGAGGATATGGAAAATGCAGATGAGTTTACTGATCCGCTTTCAGACGACCTTATTGCCGAGTTGCAGGGCGAGCAAGATGCCTCGTCAGACGATGTAACTGCAGACGATAACCTCGATTTAGACGTTCAGGACGATGAGAATGACGCTCTTTCTGACGAGTTGTTGGCCGAACTTGAAGCCGAAGACGATGGCGTTGATACCCTGTCTGATGAATTGTTAGCAGAACTCGAAGCTGAAGAACTGTCAGACGTCGACACTGATGATGATTTTCTTGATGAGGCTGGGAGTGAAACCCAAAGCGACGATGTCGGGTTAGATGATATTGATGATGATCTGACAAATGAATTACTGGCAGAACTGGAAAACGAGGCCGGATCGGTTTCAGAAGAAGATGTTGAGCCTGAGATTGATAACGCTGATGAGAGCAGCAGTATTGATGGTCTCGACGCTGATGATTCAGAAGATGCAGACATCGGTATTGACGCTGAAAACAACGAAGACACGACTGAACCTGAGCTTGATGATGTGTCAATCGAGGGATCTGGTGAGCAGGAAGACGACGCGCAAGCGTTCGAAAGTGATGTAGAAAAAGCAGCAGACGCTGTCGATAACGAGGCGACAGAGCAGGGTGACGAGGTTGAAGCGCCACAGGAGCCGCCGCTTTCAGATGATGCAGATGCACTTATTGCTGAAATTGAAAGTGGGAATGATGTTGTGGAACAACACGACAACCAAGACGATTCTCCAGAAACCGAGGCCCAAATTGAGGAAGAAAAATACGAGCCCGAGGAAGTTGATGCGCTTGCTGACGAGTTGCTGGCTGAACTAGAAGCGGATACAGAGCAAACAGGGGAAAGTGAACCCGAAGCACAGGGCGACAGCGAAGCATTGCCAGGTGAACAGGCTGAACCTGAATCAGACAACGTTCCACACGAGGACATGTCACTTGATACCGAACAAGAGGCAGAGGATTTACCTGAAGCACCTTTACAAGGCGATACCGAGGCTGAGGATGTTCTGGTTGATACTGAACTAAGTGACGACGATGTTGAAACTGACCATGTTGAGCCAGAATCAGAGCCGGAGCCAGAGCCAGAACCAGAGCAAGAGCCAGAACCAGAGCAAGAGCCAGAATCAGAACTGAAGCCTGAAGCCACAGACAGCAGCGAACTGACAGAAGACACCGACGCACAAGAAGAGCGGCAACAACAAGAAAGCGGAGACGCTTTGGACGACGCCCTTGCCGAATTTGATCGTCAATTAATGGACGATATCCCGTCTTTTGCCAGTATGGATACAGAGCCGGGCTCTCACGTTCCTGAGAAACACGAAGATGAAACGCCAGATGATAGCGTGCTGGACGATATTGATGACTTTAGTCTGGAACAAGAAATTGATGGTGAAGTGCCATCCAAGCCAATGTCTTCTCCTCAGTACGATGAACTGGAAGATTTGCCTGGTCTTGACGACTGGTTAACGAAGGACAACAGTGAAGACCACAAACTGCTTGATGAGCTGGAGCAGTCAGATTTTGACGATTTGCTCGGTGGGATTGAGACCGACTCACAAAACAATGATGCAGATGACGCGCAGGCGGATGCCGACGAGGCACCCTCAGAAAAGCCAGATATGTCGTTGGGGAATCCTGATCTTGACTTAGAAGCTCTGTTGTCAGATCCGGGGAGCGATAGCGTAGGAAACAATGATGATGATGACTATCTGGATGTAGAGTCAATCATCAACGAGGGGGATGAAGAGAGTGATATCGATGATGATGCGCCCCTCGATTTAGATGTGAGCCTGTCAGATTTCTCTGGTGTCGGTGATGATGACGATGTGATTGATATCGATAAAGACGCCGGGCAAAGTGCAAATCTTGATCTTGCCCGCGTGTATGTCGAAATGGATGATATTACTGCAGCCAAAGAACTGCTAATGGAAGTTGTCGAAAAAGGCAGTGACGACCAAAAAGAGGAAGCACAAGCCATTCTTGCTGATTTGCGCTAG	MKSHVTGLLIFLLLLAAAPEFGQAQERETVIRGPKDATSQYSGNVYGPIDDNDTLWRIADRYRQNKNLSVYQVMVAIYELNPNSFEQNNLNLLVDGAVLKLPSERYVARIDPVRAKQRAEQDDNNFARMESRPGSSLNNLKPPVPLVNQDDLSITRDAIEDKITRLDSQQTQQFDELRQQFAASLENVQAILDENRKLYERVEQVNDDLASLRTQVEGDVQNQMDEQTALQKQLLQMMQQEQAERQVEKDASFMNTLMQPMSLIIGSGVLTLLLVGGFVAWFLKRGKQDDEDPMQPVAQVSTADTAPIAQAPAAIVPELDDTPELSDDELFNDDELLDDVLSNELEESLDDDLESFADLDDDMLVPDDDFAFEDGNTELGQDELDSLFDDEPLSDDTVVPDDDLDGIDLSGEEEKPAESSESGTESSVVADDDIDALLAQNSSPAEPAESKDDAVSEDTAGDDDVDIDALLEANAGGDASAEDSSGDDVDPDDILAEFEAPAPEEDEKPEIDIDDLLDEHQPDSMMAADEGDVDEELLDKIDREINDQNQELDRLTDNIINEMDQLDQMADMLGDDDDDDDEGEISTESTPSPQAIQDLDAFSEDLDEIDVEDMENADEFTDPLSDDLIAELQGEQDASSDDVTADDNLDLDVQDDENDALSDELLAELEAEDDGVDTLSDELLAELEAEELSDVDTDDDFLDEAGSETQSDDVGLDDIDDDLTNELLAELENEAGSVSEEDVEPEIDNADESSSIDGLDADDSEDADIGIDAENNEDTTEPELDDVSIEGSGEQEDDAQAFESDVEKAADAVDNEATEQGDEVEAPQEPPLSDDADALIAEIESGNDVVEQHDNQDDSPETEAQIEEEKYEPEEVDALADELLAELEADTEQTGESEPEAQGDSEALPGEQAEPESDNVPHEDMSLDTEQEAEDLPEAPLQGDTEAEDVLVDTELSDDDVETDHVEPESEPEPEPEPEQEPEPEQEPESELKPEATDSSELTEDTDAQEERQQQESGDALDDALAEFDRQLMDDIPSFASMDTEPGSHVPEKHEDETPDDSVLDDIDDFSLEQEIDGEVPSKPMSSPQYDELEDLPGLDDWLTKDNSEDHKLLDELEQSDFDDLLGGIETDSQNNDADDAQADADEAPSEKPDMSLGNPDLDLEALLSDPGSDSVGNNDDDDYLDVESIINEGDEESDIDDDAPLDLDVSLSDFSGVGDDDDVIDIDKDAGQSANLDLARVYVEMDDITAAKELLMEVVEKGSDDQKEEAQAILADLR	PGPT0016075_94	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-SURFACE_ATTACHMENT	SURFACE_ADHESION	SURFACE_ADHESIVE_FIMBRIAE,PGPT0016075-fimV-K08086	NA	NA
AK237_03063	819	truA	COG0101	tRNA pseudouridine synthase A	ATGGCAAGAATTGCCCTAGGTGTCGAGTATGACGGCGCCGCACACTTTGGTTGGCAACGCCAGCGTGAAGTGCCCAGTGTGCAGGGATATCTGGAAAAAGCCCTTTCTACTGTTGCCAATAAACCTATTGATGTTCAATGTGCCGGTCGCACCGATGCGGGCGTCCATGCTACCGGGCAGGTAGTGCATTTTGATTATGATGAACATCGCCCCGAGCGAGCATGGACGTTAGGCGTCAATGCTAACCTGCCTGACTCTATCGCTGTCGCGTGGGCAAAAGAGGTGGACAGCGAATTTCATGCCCGCTTTTCAGCCACACATCGTCGTTACCGCTACATTATTCACAATGCACGTATGCGTCCTGCCATATTGGGCAGTGGTGTGACCCACGTATATAAGCCGTTGAACAGTGATTTGATGCACGATGCAGCCCAGGCGCTGCTTGGTGAGCAGGACTTTACCTCATTCAGGGCAGCACTTTGTCAGTCGAAAACCCCCTTTAGAAATGTCACCCATGTGCAGGTAACCCGGCAGGGAAGTTATGTCATTGTGGATATTCGCGCGAATGCGTTCTTGCATCATATGGTGAGAAATATCGTCGGTTCGCTAATCGAAGTGGGTTGTGAAGAGCAGCCGGTAAGCTGGATAGGCGAATTACTTGCCTTAAAAGACCGTACGAAAGCAGCGGCAACAGCCAAACCCAACGGGCTCTATTTGGTACATGTGACCTATCCTGATACTTTTGGCCTGCCAAATCGTCCTCTTGGGCCTTTATTTTTGCCCGACGATGACGCGTTTTCCGGTGGTCATGACTTCTAA	MARIALGVEYDGAAHFGWQRQREVPSVQGYLEKALSTVANKPIDVQCAGRTDAGVHATGQVVHFDYDEHRPERAWTLGVNANLPDSIAVAWAKEVDSEFHARFSATHRRYRYIIHNARMRPAILGSGVTHVYKPLNSDLMHDAAQALLGEQDFTSFRAALCQSKTPFRNVTHVQVTRQGSYVIVDIRANAFLHHMVRNIVGSLIEVGCEEQPVSWIGELLALKDRTKAAATAKPNGLYLVHVTYPDTFGLPNRPLGPLFLPDDDAFSGGHDF	PGPT0014045_1	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-ECTOINE_METABOLISM,PGPT0014045-asd-K00133	NA	NA
AK237_03064	846	accD	COG0777	Acetyl-coenzyme A carboxylase carboxyl transferase subunit beta	ATGAGCTGGATTCAAAAAATTCTGCCTAAAACTCAAACGTCCACTAAAGGCAACGTGCCAGAAGGCGTTTGGACAAAATGTTCTAGCTGCCAGGCTGTGCTTTACAAGCAAGAACTGGAAAAATTACTTGAGGTTTGCCCTAAGTGTGACAATCACATGCGTATTGGTGCCCGTAAGCGCATCGACGCATTTTTAGATACCGGTGATCGTAAAGAGCTGGGTGGCGATCTTGAGCCGCAGGATGTACTGAAGTTTAAGGATTCCAAACGCTACAAAGATCGTATTGTTGCTGCACAGAAAAGTACCAACGAAAAAGATGCCCTTATTGTCATGCAGGGCAAACTGAAAGGTATGCCGGTTGTGGTTGCCAGCTTTGAGTTTGCCTTCATGGGCGGTTCCATGGCGTCAGTCGTTGGTGCCCGTTTCGTTGCTGCTGTGAATGCGTGTCTTGAGCACAACATGCCACTTATTTGTTTTTCTGCATCGGGTGGTGCACGGATGCAAGAAGCATTGATGTCACTTATGCAAATGGCGAAAACATCAGCCGCACTGGCAAAAATGAGTGAAAAAGGTCTGCCTTACATTTCTGTGCTGACTGACCCTACAATGGGTGGTGTTTCGGCCAGTCTGGCTATGCTGGGTGATGTGAACGTTGCTGAACCTAAGGCACTGATTGGTTTTGCCGGCCCGCGGGTTATTGAACAAACTGTTCGCGAAACATTGCCAGAAGGTTTCCAGCGTAGTGAATTCTTACTGGAAAAAGGGGCAATCGATATGATTGTTGACCGTCGTAAAATGCGTGATAAATTACACGGCCTACTTGAAAAGATGCATCGCCCAAATTAA	MSWIQKILPKTQTSTKGNVPEGVWTKCSSCQAVLYKQELEKLLEVCPKCDNHMRIGARKRIDAFLDTGDRKELGGDLEPQDVLKFKDSKRYKDRIVAAQKSTNEKDALIVMQGKLKGMPVVVASFEFAFMGGSMASVVGARFVAAVNACLEHNMPLICFSASGGARMQEALMSLMQMAKTSAALAKMSEKGLPYISVLTDPTMGGVSASLAMLGDVNVAEPKALIGFAGPRVIEQTVRETLPEGFQRSEFLLEKGAIDMIVDRRKMRDKLHGLLEKMHRPN	PGPT0001710_3171	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
AK237_03065	1284	folC	COG0285	Dihydrofolate synthase/folylpolyglutamate synthase	GTGAACACACATTCATCAGATTTTACTGCGTCAGCCGATGATTCTCTGGCGCAGTGGTTGGCCTACCTTGAGTCTATACACCCTACAGCCATCGATATGGGGCTTACACGGGTTAAACAGGTTGCCGACAAGCTCTCCTTAGATTTTTCTCAGCAGACCGTTATTACGGTAGCGGGCACCAACGGTAAAGGCACGACGTGTCGCTTTATCGAACAAGCGTGCTTAGCGCAGGGGAAAACCACAGGTGTCTATTCATCTCCACATTTACTCGATTATCGCGAACGTATACGCATAAACGGTGATATCGACGTTGAGCAAAAATACTGCGATGCATTTTATGCCATTGAGCAAGCTCGTGGTGAGATCAGTTTAACGTACTTTGAATTTGGCACGTTAGCAGCCATGGTTATGATGCAATGGGCGCAGGTTGACATGGTGATTCTTGAAGTTGGCCTGGGTGGTCGCCTGGACGCGACTAATATCATTACCCCAGACATCGCCGTTATTACAACCATTGGTCTTGATCATATGGACTGGTTGGGCGATACCCGTGAAGCCATTGCGGTGGAGAAAGCGGGTATCATGCGAGATAACGGTATAGCGGTAGTGGGGGAGCGAGAACCTCCCCATACGCTGCGCGAATATGTTCAACAGCATAACGTGGATGCCTGGTGGGTCAGCAGTGACTTTTCGATTGAACAGGATGGCGCGCAGTGGCGCTGGTATGGTCAGGGTAACGAGACTGCGTGGATGTCACAGCCTCTTATTCCCCTTCAGAACGTCGCTACAGCCCTTGCTACGCTTAGTCGCTTGAATATCTTTCCTGATAACCACACATTAAAGACGCTGGTAGAAACCGTTAACGTGCCGGGACGTCGGCAAACTATAGCGACGTCACCTGAAGTGCTGGTTGACGTGGCGCACAATCCACAAGCGTGTGCGCTGATGCGCGACTGGGCAGACACAGACTTACAGGGCGCGTTGCATATTGTTGTGGGTATGCTGGCAGACAAATCGCTGTCCGCCACGCTGGATGAACTGGCAGGGGTGAAAGCGAAATGGTACCTTGGTAATACCAGTGGGCCCAGAGGCTTAAGTGGTGAGAAATTAATGTCTCATTTACAGCCTCATCAGCAAGCATCTGCTCAGGCTTACCACTCTGTCACAGACGCCTATAAGGCTGCACGACAACAAGCAAATGATAATGACCGTATATTGGTATTTGGATCTTTTCTTACCGTTGCGGATGTATTAACGTTTCACAAGGACAGTAGTATCCAATAG	MNTHSSDFTASADDSLAQWLAYLESIHPTAIDMGLTRVKQVADKLSLDFSQQTVITVAGTNGKGTTCRFIEQACLAQGKTTGVYSSPHLLDYRERIRINGDIDVEQKYCDAFYAIEQARGEISLTYFEFGTLAAMVMMQWAQVDMVILEVGLGGRLDATNIITPDIAVITTIGLDHMDWLGDTREAIAVEKAGIMRDNGIAVVGEREPPHTLREYVQQHNVDAWWVSSDFSIEQDGAQWRWYGQGNETAWMSQPLIPLQNVATALATLSRLNIFPDNHTLKTLVETVNVPGRRQTIATSPEVLVDVAHNPQACALMRDWADTDLQGALHIVVGMLADKSLSATLDELAGVKAKWYLGNTSGPRGLSGEKLMSHLQPHQQASAQAYHSVTDAYKAARQQANDNDRILVFGSFLTVADVLTFHKDSSIQ	PGPT0007975_3328	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-VITAMIN_B9|FOLATE_METABOLISM,PGPT0007975-folC-K11754	NA	NA
AK237_03066	576	dedD		Cell division protein DedD	GTGACCTCGGCGTTACACAACCGGCTGGTCGGCACCGTTATTCTCGTCGCCCTGGCAGTTATTTTTTTGCCAGATTTTCTCGACAGGAAAAAAGAAACAAACCAAGACGAGTTTGTGAGTGTGCCTGCAACACCAGCCAAAAAGCCCATTGTAGACCCTGAGCCTTTTCCCACTGAACGTGTGGCTAGCGTCACTCAGCGTCCGCTTGAAGTGGTTGATGAACCGGCTGTTGACGATGATGCGACAAACGTAGAACGTTCATCTGAGGGCGCGCAACAGGCCATCGACGACGATCTAGCCAAGCAAACCGTGGTTGAACAGCCTGTGGCGGAAGAGGGTAGTTGGGTCGTGCAATTGGGTAGTTTCCGACATCAGAAAAACGTCAGGCAGTTATTGGTAAAACTGGAGCAGGCCGGGTATCGGGCTTTTAGCCGTCCTATCGAAACCCGTTCAGGTCCATTAACGAAGGTCTTTGTAGGGCCTGATATTGACAAAGCAAAGTTGCAAAAAGCAATACCACATTTACAAGAGATCACCGGACTGAAAGGCAAGGTTGCTTCGTTTAATGCAGAGTAA	MTSALHNRLVGTVILVALAVIFLPDFLDRKKETNQDEFVSVPATPAKKPIVDPEPFPTERVASVTQRPLEVVDEPAVDDDATNVERSSEGAQQAIDDDLAKQTVVEQPVAEEGSWVVQLGSFRHQKNVRQLLVKLEQAGYRAFSRPIETRSGPLTKVFVGPDIDKAKLQKAIPHLQEITGLKGKVASFNAE				NA	NA	NA	NA	NA
AK237_03067	489	cvpA	COG1286	Colicin V production protein	ATGAATTGGGTCGATTTTTCCATTCTCGGTATTATCGTGGTTTCCACCTTGATAAGTCTGATGCGTGGCTTTGTGAAAGAAGCCATCTCCCTCGTTGTCTGGTTCGGTGCACTCTTTATCGCCAGTGAATTTCATGCCGACCTCGCTGTCTATTTCACGCAAATAGAAGATGAGGTGTTGCGCAATGGTGCCGCAATTGTTGTTCTCTTTATTGTTACGCTAGTACTGGGTGGTTTGTTTAATCACGTAGTGGGGCAATTAGTCCAGGCGTCGGGACTGTCTGGAACCGACCGTGCCCTGGGCGCAATTTTTGGTGCTCTGCGTGGCGTACTGATTGTAAGCGCACTATTGTTCTTTATGGATACATTTACAGATGCAGCAAAAGCGGGATGGTGGGGGCAATCACTGCTCATTCCCGAATTTGGTGTCATCATTGAGTGGTTTTTCACCTTTGTGAAAGGCAGCTCCAGTTTTCTAAAACCCGCTTGA	MNWVDFSILGIIVVSTLISLMRGFVKEAISLVVWFGALFIASEFHADLAVYFTQIEDEVLRNGAAIVVLFIVTLVLGGLFNHVVGQLVQASGLSGTDRALGAIFGALRGVLIVSALLFFMDTFTDAAKAGWWGQSLLIPEFGVIIEWFFTFVKGSSSFLKPA	PGPT0011655_2094	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BACTERICIDAL_COMPOUNDS|ANTIBIOTICS	BACTERICIDAL-BACTERIOCINS|COLICINS,PGPT0011655-cvpA-K03558	NA	NA
AK237_03068	1524	purF	COG0034	Amidophosphoribosyltransferase	ATGTGTGGTATTGTCGGAATTGTTGGTAAAACACCTGTTGCTCAGTCTCTTTATGATGGACTCACAGTGTTACAGCATCGCGGACAGGACGCTGCTGGTATCATTACGATCGAACAGAATCGATTCAATCTGAGAAAAGCAAATGGCCTGGTGCGGGATGTTTTCCACACTCGCCATATGAAGCGTTTGTCAGGCAACATGGGAATTGGTCACTGCCGCTACCCAACCGCTGGCACATCGAGTTCTGCTGAGGCGCAGCCTTTTTATGTTAACTCTCCTTACGGTATTGCGTTTGCCCATAACGGCAACCTTACCAATGCACACGAGTTACAGGATGAAGTGTTTCGTATTGCTCGTCGCCATATCAATACATCCTCAGATTCTGAGCTATTGTTGAATATTTTGGCGCACGAATTACAACACGTCGCCGATTTAACGGTAACCGCGAAAGATATCTTTAAGGTTGTTACAACAGTACACCAGAAAATTCGTGGTGCTTATGCGGTGGTTGCTGCCATTATCGGCCAGGGTTTAGTCGCGTTTCGCGACCCCCACGGTATTCGTCCGTTAGCGCTGGGTAAGCGTATTACCGAGATGGGTGAAGAGTACATGGTCGCTTCTGAAAGTGTCGCGCTTGACGCAGTTGGCTTTACCTTCATTCGTGACGTAGCGCCAGGTGAATGTGTGTACATCACTGAGCAGGGTGAACTGCATACACAACAATGTGCAGAGGCACCGACTACATCACCGTGTATTTTTGAGTTTGTCTATTTTGCGAGACCAGATACGTTTATCGACGGGATCTCGGTTTATGCCTCACGGGTAAATATGGGTCGTAAACTGGGTGAGAAAATCGCGCGTGAATGGGCCGACCTCGATATTGACGTGGTGATCCCTATTCCTGAAACGTCCATGGATGTGGCTTTACAAATTGCCAATACCCTTGAGTTGCCTTACCGTCAGGGGTTCGTTAAAAACCGCTACATTGGTCGTACCTTCATCATGCCCGGCCAGACAATGCGTAAGCAATCGGTACGTCGTAAGCTAAATGCGATTTCGTCAGAGTTTAAAGGCAAGAATGTCTTACTGGTTGACGATTCCATCGTACGCGGAACCACATCCGGTCAAATCATTGAGATGGCCAGAGAGTCCGGGGCGAAGAAAGTCTATTTCGCATCGGCGGCACCTGAAATTCGTTTCCCAAATGTATACGGCATCGATATGCCTTCGGCGAATGAACTGATTGCCTATGGCCGTGAGATTGACCAGATAGCCGATCTTATTCAGGCTGACGGCTTGATTTTCCAGGATATCGAAGATTTAGTTGAAGCAGTAAGAGAAGAAAATCCAGACATTAAACGTTTTGAAACTTCTGTGTTTGACGGCAATTATATAACCGCTGATATTGATCAGGATTACCTGGAACGTATCGATATTGCCCGGGGTGAAGCGTCCAAGAGTGGTCCAGTGGTGCAAGCTGAGTTGTCCAATCTGGAAATGCATAACATGGACTCTGACAATTAA	MCGIVGIVGKTPVAQSLYDGLTVLQHRGQDAAGIITIEQNRFNLRKANGLVRDVFHTRHMKRLSGNMGIGHCRYPTAGTSSSAEAQPFYVNSPYGIAFAHNGNLTNAHELQDEVFRIARRHINTSSDSELLLNILAHELQHVADLTVTAKDIFKVVTTVHQKIRGAYAVVAAIIGQGLVAFRDPHGIRPLALGKRITEMGEEYMVASESVALDAVGFTFIRDVAPGECVYITEQGELHTQQCAEAPTTSPCIFEFVYFARPDTFIDGISVYASRVNMGRKLGEKIAREWADLDIDVVIPIPETSMDVALQIANTLELPYRQGFVKNRYIGRTFIMPGQTMRKQSVRRKLNAISSEFKGKNVLLVDDSIVRGTTSGQIIEMARESGAKKVYFASAAPEIRFPNVYGIDMPSANELIAYGREIDQIADLIQADGLIFQDIEDLVEAVREENPDIKRFETSVFDGNYITADIDQDYLERIDIARGEASKSGPVVQAELSNLEMHNMDSDN	PGPT0020225_1677	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PURINE_METABOLISM,PGPT0020225-purF-K00764	NA	NA
AK237_03069	600	yohC_2		Inner membrane protein YohC	ATGATCTTAAATCACTTGCTCGGCATCTACACACACCCTCGTGAAGAATGGCAGGATATTGACCGACGACACGAAAGCTGTGTTTATGCACTTAGTCATATTGCGGTTATTGCCTTAATTCCGTCTCTGGTAACTTATTATTCAGGGGCGCATATCGGTTGGAGTATCGGTGCGGGCGATTTAATAAAACTTACCGATCAAAGTGCGGCAATGTTGGCAGTGGGTATGTACTTTGGCCTTATTGCGGGTGTACTCATTCTCACGTACATGATTCACGAATTAGCGAATGCCTTTGACGCGAAACCAAATTATACGGAATCGCTGGATTTGGCTGCCTACACGGCAACGCCTCTGTTCATGACAGGCTTTGCAGGTCTGTATCCGGAGCTATGGTTTGTGATGTCGGTCGGCCTGGTTGGCTTATCATATTCGGTATACCTGCTTTATTCCGGCACCCCGATAATGATGCATATTCCTGATGGAAAAGGATTTATTTACGCCAGCTCTGTGGTGACGTGTGGCCTGGTACTTTTGGCCATTCTTATGGCCAGCACAGTGATCGTGTGGAGTATGGGCTTCGGTCCTGTTTACGTGCATTGA	MILNHLLGIYTHPREEWQDIDRRHESCVYALSHIAVIALIPSLVTYYSGAHIGWSIGAGDLIKLTDQSAAMLAVGMYFGLIAGVLILTYMIHELANAFDAKPNYTESLDLAAYTATPLFMTGFAGLYPELWFVMSVGLVGLSYSVYLLYSGTPIMMHIPDGKGFIYASSVVTCGLVLLAILMASTVIVWSMGFGPVYVH				NA	NA	NA	NA	NA
AK237_03070	675			hypothetical protein	TTGAAATTTGCAGTCTCTCTCACCACCTTTTTCTTTGGCAGCGTCTTGTCCTTCGCCGTATTAGCGAAAAGCGTTTCGGTTAATGTTTTTGCAATACCCTCTGACAACATCGAGCATGCGGTAGCGAATGTCAGCGCGCAGCTTAAACAGGCCGATATGCAGAGCTTCTATGAAAAAGGATTTCCGGTTCATATCACACTTTATTTAACCTCATACGACGATTCACAGCTTTCAGAAATACTGGCAGATGTGGAATCTATCGCGTCGACACAGTCACCATTCCCGCTTACGGCAAAGGGGTTTACCGTTACGGCGGGAAACTGGGTCTTTGTTGATGCCATTGCCAGTCACCCATTACAACGTTTGGCAGACACGGTGACCCTTACCTTAGAACCCCGAAGAAATACGTCATCCTCGTTACCAGAATGGGTAAAGAGTTATCCCAATAAAAAAGCAGCATTTGAACGTTACGGAAGCCCGAATGTGTTTCAAAACTTCGAGCCACATATGACATTACTTGCCGCCGAAACATCGCCCCTGCTGCATAAAGTCGAACAGATGATGCATCGTAATCCCCCATTGGCCGAAGGTTCGGTACAAGCTATTGGTGTAGGTATTGCTGACGACAAAGGCCAGGTCAGTCGCATTTTAGGCGTTTTTCCTTTATCTCGCTAA	MKFAVSLTTFFFGSVLSFAVLAKSVSVNVFAIPSDNIEHAVANVSAQLKQADMQSFYEKGFPVHITLYLTSYDDSQLSEILADVESIASTQSPFPLTAKGFTVTAGNWVFVDAIASHPLQRLADTVTLTLEPRRNTSSSLPEWVKSYPNKKAAFERYGSPNVFQNFEPHMTLLAAETSPLLHKVEQMMHRNPPLAEGSVQAIGVGIADDKGQVSRILGVFPLSR				NA	NA	NA	NA	NA
AK237_03071	570	gpmB		phosphoglycerate mutase GpmB	ATGGAAAAATACTTTTTCTTGTGCCGTCATGGCCAAACTGAATGGAACCGTGACAAAAAGCTGCAAGGACAGTTAGACAGCCCGCTCACTGAGCAAGGTAAAGCGCAAGCCGCCCAGTTAGCGGGCAAGGCGGCGAATTGGGACATTGAACTGGTCGTCAGTTCTCATCTTGGGCGCGCCAAAACTACAGCGGCTATTTGTGCTGACACGCTACAGCAGACCCATAAAGTTTATCCAGGGTTTTGCGAACGTCATTTCGGTGAATGGCAGGGCAGGGAAACCAGTGATTTATCGGCTTATCAGGCATTCAAGCAACACCGCTACACCCGACCCGATTTAATGCCTGATAACGGCGGTGAAAGTGCCAATATGGTGGTGTCTCGATTTATGGAAACTTTCGAAACGTTGGTGAATGCTGAAACGGCTTCTCGCATTCTTATTGTAAGCCACGGCGATGCAATGGCGTGTATCGCACATCGTTTCTCAGAAGGTCGAATCATTGATAACTGTGGTGGTATGCAATTATGCTGGCGTGACAATAAACTGCACTGGCACGGGTGGATAGACTGA	MEKYFFLCRHGQTEWNRDKKLQGQLDSPLTEQGKAQAAQLAGKAANWDIELVVSSHLGRAKTTAAICADTLQQTHKVYPGFCERHFGEWQGRETSDLSAYQAFKQHRYTRPDLMPDNGGESANMVVSRFMETFETLVNAETASRILIVSHGDAMACIAHRFSEGRIIDNCGGMQLCWRDNKLHWHGWID	PGPT0018035_1387	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE-GENERAL_USAGE	PLANT_DERIVED_CARBOHYDRATES-GLYCOLYSIS|GLUCONEOGENESIS,PGPT0018035-gpmB-K15634	NA	NA
AK237_03072	753			hypothetical protein	ATGAACGAACTTCTTGCCCCCATTCACGCCTTTTTACACTGTGAAACCCCAGACGCATGGGTTGAAAAAGCTGCGGAAAAAGACAACCTGCCGGTTGTGCTTACCGATCACCTGGTATGTGAATTAAAAGCTGCACAGTCAGCTATGTTCCTGATCCGTAGATACGCGGTTGATAAAGAAAGCGGCGATGCCTTATTGGCCTGGTTAAAGCCCTTTGAAGATTTCACATACCGGATGGAAGGGGATTGGCAATCACTGTTAAAACGGAACACGCTTACCAAATCTATGTTGCCAAAGTCAGGCACCCCTTACGGACAAGATCTTATTGATAAAATGGTTCTGCTCATTAAAGAAGAGCTTCACCATTTCTATCAGGTGCTGGAGATCATGAACGAGTACAATATTCCGTATGAGAACATTGCCTCAAGCCGCTATGCCAAAGGATTGCTGCGCCATGTTCGTACTCATGAACCGGCAGCCCTTACAGATAAGCTTATTTGCGGCGCGTATATTGAAGCCCGCTCTTGCGAGCGGTTTGCCAAATTGGCGCCCCACGTTGATAAACGCCTGGGTGATTTTTATATCTCACTTTTACGCTCAGAGGCACGCCATTACCAGGATTACCTATCGCTAGCTGAAGAAATCGCAGGCGCTGATATTGCTGAACGCATCGCTTTTTTTGGTCGCGTTGAAGCGGATTTAATTTCCTCTGTAGATACCGATTTCAAATTTCATAGTGGTATGCCAGCATGA	MNELLAPIHAFLHCETPDAWVEKAAEKDNLPVVLTDHLVCELKAAQSAMFLIRRYAVDKESGDALLAWLKPFEDFTYRMEGDWQSLLKRNTLTKSMLPKSGTPYGQDLIDKMVLLIKEELHHFYQVLEIMNEYNIPYENIASSRYAKGLLRHVRTHEPAALTDKLICGAYIEARSCERFAKLAPHVDKRLGDFYISLLRSEARHYQDYLSLAEEIAGADIAERIAFFGRVEADLISSVDTDFKFHSGMPA	PGPT0007220_370	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PHYTOHORMONE-CYTOKININS|DERIVATE_PRODUCTION	PHYTOHORMONE-CYTOKININ_METABOLISM	PHYTOHORMONE-CYTOKININ_BIOSYNTHESIS,PGPT0007220-miaE-K06169	NA	NA
AK237_03073	1758	yqiK	COG2268	Inner membrane protein YqiK	ATGGAAACATACTCTGCGAATAACCTCCCCGCCGTGATGATAATTGGCTTAGTGGTTGTCATTGCGCTGTTAGCGATTGGTTTAATTTTTGCCAAGCTGTACAAACGGGCGACCAAAGAAACCGCCTTCGTCAGAACCGGTCTGGGAGGCGAAAAAGTTATCAAAGATGGCGGTGCCATTGTATTGCCGGTGGTACACGAAATTATTCCGGTCAACATGAATACCCTGCGCATCGAAGTAGAAAAAACGCAAAAAGATGCGCTGATCACCAAAGACCGCATGCGGGTAGATGTGAAAGCAGATTTCTATCTTCGTGTCGCGCCAAATGTAAGTGGTATTTCCATGGCTGCACAAACCCTTGGCACACGTACCACACGCGCCGAAGAAGTGAAAAAGTTGATGGAGTCAAAATTCGTTGACGTGTTACGCGCCGTCGCTGCTGAAATGACCATGACAGAAATGCATGAACAGCGGGCCGACTTTGTTCAAAAAGTGCAACAAAGCGTGGCTAATGATCTTGAGAAAAACGGTCTTGAATTGGAATCGGTGAGTTTAACGGGCTTTGACCAGACAGACCTTGAATTTTTCAACGAGAACAACGCATTCGATGCTGAAGGTCGCGCACGTCTGGCCAAAATTATTGAAGAAAAGCGTAAAGAAACTAATGATATCCAGCAAGAAAACCGCATCAAAATCGAAACCCGTAATTTGGATGCAGAGAAGGAATCATTAAACATTCAGCGCGAGGAAGAAGAAGCCCGTTTGATGCAGCAGCAAGTGCTGCAGTTTAAGCGCCAGGAGCAGAAAGCAGAAATAGCCAAACAGCGGGAACAAAAAGAGCGAGAGGAGCGTGAAGCGGCCATTGCCAAAGAGCGTGCGGTAGAAGCGGCTGAAATTGAGAAATCTCGCGAGCTGGAAACACAAGAGATAGCCAAGCGCAAAGCCCTTGAACAAGCCAGAATTCTGCAGCAACAAGAAGTTGAAGTTGCTGAGCAGATCAAACAGATAGCGGTGGCAACAAAGTCTGAGGAAGAATCAGCGGCACGTGCCAAAGCGGCTGAGGCTGAAAAAGCCAAAGTGGAAAAAGAAGAGGCCGTCACAACCGCCAGACAGGTAGCAGAAGCTAAACGTCGCATGGAAATTGAAGTTATCGACGCACGCAAAGAGGCGGAACGGGAAGCTGTAGGTATTACCGTTGAAGCACAAGCCAAGAAAGAAGCAGCAGAAAATGCGGCAGAGGCAATTCTTACAGAAGCGAAAGCCTCGGCTGACGCCAAAATGCTTCAGGCACAAGCTGATGAGAAAGTACTCGCTGTAGAAGCTGCCGGTAAGCAAGCACTATACGATGCAGAAAATACCCTGAAAAACGAACAGATCGAGCTTCAAAAAGCACTGGCGATATTAAATGTGCTGCCAGAAATTATTGCCAGTGCTGTTAAGCCGCTTGAGAACATCGAAGGCATTAAAATATTACAAGGCTACGGCGTAGGCAGTAATGCACATGGCGGCGACAATACGCTGAGTTCAGGTAATGGCAGTATGGCTGACCAAGTCACGCAAGCGGCTCTTAATTATCGCGCGAATGCTCCGGTGGTCGATGCTTTACTGAGAGAAGTCGGCTTGGTGGACAAAGCCGACGGCACGCTTACCGATTTACTCAAAGGTGATAATTCCCTGCTGGCCAGTGTTTCCAGTCAGGCCGTACAACCAACACCAGCGCCTAAAACCAATGGTGCTACGCCGCCTGTTGCAGAGTAA	METYSANNLPAVMIIGLVVVIALLAIGLIFAKLYKRATKETAFVRTGLGGEKVIKDGGAIVLPVVHEIIPVNMNTLRIEVEKTQKDALITKDRMRVDVKADFYLRVAPNVSGISMAAQTLGTRTTRAEEVKKLMESKFVDVLRAVAAEMTMTEMHEQRADFVQKVQQSVANDLEKNGLELESVSLTGFDQTDLEFFNENNAFDAEGRARLAKIIEEKRKETNDIQQENRIKIETRNLDAEKESLNIQREEEEARLMQQQVLQFKRQEQKAEIAKQREQKEREEREAAIAKERAVEAAEIEKSRELETQEIAKRKALEQARILQQQEVEVAEQIKQIAVATKSEEESAARAKAAEAEKAKVEKEEAVTTARQVAEAKRRMEIEVIDARKEAEREAVGITVEAQAKKEAAENAAEAILTEAKASADAKMLQAQADEKVLAVEAAGKQALYDAENTLKNEQIELQKALAILNVLPEIIASAVKPLENIEGIKILQGYGVGSNAHGGDNTLSSGNGSMADQVTQAALNYRANAPVVDALLREVGLVDKADGTLTDLLKGDNSLLASVSSQAVQPTPAPKTNGATPPVAE				NA	NA	NA	NA	NA
AK237_03074	627	yqiJ		Inner membrane protein YqiJ	GTGTCCGCATTCTTTTTTCACGATGCCAATTTCCTGTTCAGTGCAGCGGTTGGCATTGTCATCTTACTTTTCGTTATCGAATTGCTCGGTATGTTACTGGGTACTAGTTTGTTTGGTCTGTTTGACGACATTCCGGCTCTCGACACAGACATAGATAACCTCACTGGTTTGGCTGCCTTGACCAACTGGTTATCTCTTGATCGACTTCCCGTAATGATTTGGTTTATTTTGTTGTTAACGCTATTCGGCCTGTCCGGTTACGCGCTTAATCTTACCTATGCCAATATCGTGGATGGGCGCTTTGTACCAGCACTTGTTGGCGTGCCCGCCGCCTTTGTTTTCGCCCTGTTCCTCACTGGCCGGCTTGGCAGTGCATTAGCACGACTGCTCCCGAAAAATGAAAGTTCGGCCATTGGCAGCGACGAATTTGTCGGTGCGGTGGCAGAAATCACTATTGGTGTTGCGCGCAACGGCAGCCCTGCCGAGGCGAAATTTACCGACAGATACCGCCAGGTTCATTATGTACTGGTGGAACCCTTTGAAATCGACGATACCTTCTCCCGTGGCGACAAAATTATTCTGGTTAAGAAAACGCTGCAAAGCTGGCTTGCCACACGATATCTATAA	MSAFFFHDANFLFSAAVGIVILLFVIELLGMLLGTSLFGLFDDIPALDTDIDNLTGLAALTNWLSLDRLPVMIWFILLLTLFGLSGYALNLTYANIVDGRFVPALVGVPAAFVFALFLTGRLGSALARLLPKNESSAIGSDEFVGAVAEITIGVARNGSPAEAKFTDRYRQVHYVLVEPFEIDDTFSRGDKIILVKKTLQSWLATRYL				NA	NA	NA	NA	NA
AK237_03075	777			hypothetical protein	TTGCAGGTAAATAAATTCATGAAATCCATCCCACAATGCTTTATGCACGCCCTACTGACACTGCTCATTGTTTCATCCCCGCTCGCAATGGCAGACGCCGCATCAGCAGTTAACCAATGTGCCGCCGACGCAAACTGGGTAAAAGCAAACTATATCCTTACCGAAACCCGGGGCGATGATGTTCGCCGTAGATCGCTCATTCTGTGGCGCAAACCGAATGTGGTGGCGCATGAGTATCCAGCAAACCACATTACCCAAATGTGGGAACACGTTCATGAGCGAGTAAAACCCACGCGATTTTTTGATGCTCACCAACGTGCAATTGAATATCAGCCCGGTGAAATGATTAATGGTCGCATCGACAACGATTGGGAATATCGTAATCAGCTTGTGACACTATCGTTTATTGACAGTCTCGACAAAGGGGAAACCACTGGAGAAGGTTGCGAAACCACAACCCGTTATTACCTTAAAGACGATAAGCAGCACATTGAGCTTGTATGGCTCGAACGGCAACAGTTAATTGCCTCCTTTTCGGTAATAAAAGGCAACGAAAAGATGCAATGGCAACAGCAAAGCCTTTCCCATAGTCAGTCTGAAATTAACGCGTTCTTTGACCGTCGCGCCACATTTCAAACAACCGATTATGCTGATATTGGCGATGATCATACCGATCCATTTTTAACCAATATGGTGCACCAGGGCTTTATCGAAGCGGCAGCCAGCGGCTTTTACGATGCCAATGGAAATGCGCTTAAAGGCGGACATCACCACTAA	MQVNKFMKSIPQCFMHALLTLLIVSSPLAMADAASAVNQCAADANWVKANYILTETRGDDVRRRSLILWRKPNVVAHEYPANHITQMWEHVHERVKPTRFFDAHQRAIEYQPGEMINGRIDNDWEYRNQLVTLSFIDSLDKGETTGEGCETTTRYYLKDDKQHIELVWLERQQLIASFSVIKGNEKMQWQQQSLSHSQSEINAFFDRRATFQTTDYADIGDDHTDPFLTNMVHQGFIEAAASGFYDANGNALKGGHHH				NA	NA	NA	NA	NA
AK237_03076	1905			hypothetical protein	ATGAAAGTATTTAAATATAGCCTTTTAGCCGTGGCCATGGCTGGCCTGACCGCATGTTCTCTCGACGGTGATGATGGTGCTGACGGAACAGATGGCAACAATGGACTAAACAGCCTGACCGTACAAACTGAACTCGCGGTGGGCGACACAAACTGCCCTAACAGTGGGGTGCGCTTTGATTCAGGCTTAGATAGCAATGCCGACGGAACACTGGATGACGATGAAATTTCAGATACCAGCTATGTCTGTGTGCCGGCCAATGCCGGGGTCTCTGCTGATGAATTGCTTGCTAGCTTAAACAACGAATATTTTGTTGCTGGTCAGGCAGAAGTGGAAGCAGCCAAAACCACCTGGATGCAAGCCACAGGCACCGCCTCTGCCAATGCATTGCAAACCGTCACAAGCAACACAAATGTGACCAAACACGAATCGTTGCAGGCCGCGGTTGCCTCGTTAAATGGCAAAGCCAAAAACATAATTTTGTTTGTGGGCGATGGCATGGGTGTGTCTACGGTAACGGCGGCACGTATTCTTGAAGGTCAGCTAAATGGTGATGACGGTGAAGAAAACCAGTTAAGTTTCGATCGCTTTCCTTTTGCAGGGTTATCGAAAACCTACAATGTGGATGCCCAAACACCTGACTCTGCAGGCACCATGTCTGCCATGATGAGCGGTGTTAAAACTGACGTAGGTGTAATTGGCGTAAGCGAAGATATCGTGCGGGGTGATTGTAGCACCGTGTCCGGCAACGAACTGGTAACGGCCCTTGAATTAGCTGAGCTCGCGGGCAAGTCGACAGGCATTGTTTCAACCGCTCGTATTACTCACGCAACACCCGCCGCGACTTACGCCAAGTCTGCAGATCGCAACTGGGAAGATGATGGCGATATGCCAGCAGAAGCAATTGAAGCTGGCTGTACCGATATTGCCGCACAGCTCGTTGGCTTCGAAGCTGCCACCGAAGCGCGCTTTGGTGCAGATATTGACGGTATTGAAGTGGTTATGGGTGGCGGACGTCGTTCATTTCTGCCCAACGATGCAGCGTTCAATAGCCCGGATGCGGTAAGTACCGTTGAGGGAGACCGTACAGACGGACGTGATTTAACAGCGGAATGGTCTGCGTTGTATCCAAATGGCGTGTATGTTTACGACCAGGCTGGTTTCGATGGCTTGGATACTGAAACCACAGAACGTGTTTTTGGTCTGTTTAATGAATCACATATGCAATACAGCGAAGACCGCGACAACGATGTGGCGGGTGAACCTTCAATCAGCGAAATGACAGAAGCCGCCATTAAGATCCTTGACAATAACGATGACGGATTCTTTCTCATGGTTGAGTCGGGACGCATCGATCATGCCCATCACGCAGGCAACGCATACGGTGCCCTTACCGACACCATTGCACTGGCTGACGCCGTGGCGACTGCCGATGCATTAACCAGCGATGATGACACATTAATTATTGTTACCGCAGACCATGGTCACGTATTTACCATTGCCGGTTACCCTAAGCGTGGCAACCCTATTTTGGGTAAAGTGGTTAATGTGGGGGCAGAAGAAGCCGCGACAGCAGCTGATGGCATGCCTTACACCACCGTAGGTTATATGAACGGAAATGGTTACCGCGATCTTGGAGCTGAAACGGATGCAGATGAAGGCTACAACTATGAAATCGATGCCGGTCGCAAAGATTTAACAGATGTAGACACCACTAACCCGGGTTTCCACCAGGAAGCGCTTGTACCGCTTTCTTCAGAAACCCATTCGGGTGAAGACGTAGGTATTTATGCCAAAGGACCTGGCGCATTTTTAGTTAACAGCACCAACGAACAAAGCGTCATTTTCCATGTTATGGAATTTGCCGCCGACCTGGTCGATAAAGCAGAAGCGACTATCGAGTAA	MKVFKYSLLAVAMAGLTACSLDGDDGADGTDGNNGLNSLTVQTELAVGDTNCPNSGVRFDSGLDSNADGTLDDDEISDTSYVCVPANAGVSADELLASLNNEYFVAGQAEVEAAKTTWMQATGTASANALQTVTSNTNVTKHESLQAAVASLNGKAKNIILFVGDGMGVSTVTAARILEGQLNGDDGEENQLSFDRFPFAGLSKTYNVDAQTPDSAGTMSAMMSGVKTDVGVIGVSEDIVRGDCSTVSGNELVTALELAELAGKSTGIVSTARITHATPAATYAKSADRNWEDDGDMPAEAIEAGCTDIAAQLVGFEAATEARFGADIDGIEVVMGGGRRSFLPNDAAFNSPDAVSTVEGDRTDGRDLTAEWSALYPNGVYVYDQAGFDGLDTETTERVFGLFNESHMQYSEDRDNDVAGEPSISEMTEAAIKILDNNDDGFFLMVESGRIDHAHHAGNAYGALTDTIALADAVATADALTSDDDTLIIVTADHGHVFTIAGYPKRGNPILGKVVNVGAEEAATAADGMPYTTVGYMNGNGYRDLGAETDADEGYNYEIDAGRKDLTDVDTTNPGFHQEALVPLSSETHSGEDVGIYAKGPGAFLVNSTNEQSVIFHVMEFAADLVDKAEATIE	PGPT0002570_126	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
AK237_03077	1584	phoA_2	COG1785	Alkaline phosphatase 4	ATGAAATTTAACTGGAAAGCTTCTGTCAGCGTGCTTGCTCTGGCGGTTTCGTCTGGTTTGCAGGCGGATGTCCTCCCTGCTTATCAGTCTGAAAGTGCCTGGTTTACCGACGCGCAAACGAAAATCGCCGAGAAACTGGAAACAACAAATAACTTTAAAGCCAAAAACGTCATATTGTTTGTCGGTGACGGTATGGGGATCTCTACGCTAACTGCATCGCGTATTCGCAAAGGTCAGTTAGCGGGAAGCCCTGGTGAAGAAGGCTACTTGGCGTGGGAACGCTTTCCTGGTACTGCACTAGTTAAAACTTACAATGTAGACGCGCAGACACCCGATTCAGCCGGCACCATGACAGCAATGATGTCTGGCCTGAAAACGGATGTGGGCGTCATTGGCGTAGATGCTGACATAGAGCGTGGAGATTGCGCTACAGTTGCAGGTAATGAAGTAATTACAGCACTTGAGTTAGCAGAAATTAAAGGGTTGTCTACCGGTGTTGTGTCAACGGCGCGCCTTACTCACGCCACCCCTGCCGCTACCTATGCAAAATCGGCAGATAGAAATTGGGAAGACGTATCGGATATGCCAGAAGCGGCCGTAACAGCTGGTTGCCCTGATATCGCAGACCAACTGGTTCATTTCGAAGAATATCTGGAAAGCCGCTATACGGGTATTGATGTTGATGGTATTGATGTCGCCATGGGCGGTGGTCGCCGTCATTTCCTGCCGAATGATGCCGCTTACAACAGCAATGACGCGGTAAGTGAAACCGAGGGCGATCGTACTGATAGTCGCGACCTCACCGCAGAATGGCAAGACATGTACAGCGATGGTGTGTACGTGACTGACCAGGCCGGTTTCGACGCCGTTGATGCCACGTCCACAACACGTTTGTTTGGTTTATTCAACGAATCTCACATGCAGTACGAAGCCGATCGCGCCAACGATGTTGCCGGTGAGCCTTCCATCACAGAGATGACAACCAAAGCTATCGATATTCTCGATAACAACGAGAAAGGCTTCTTCCTGATGGTGGAATCCGGTCGTATCGATCACGCTCACCATGCAGGAAATGCATCTGGCGCGCTCTCTGAAACACTGGCTTTTGAAAAGGCTATTGAAGCCGCTGTTGCCAATACAGACCCTTCAGAAACACTGATCCTGGTGACTGCCGACCATGGACATGTTTTCACCATTGCGGGTTACCCGAAACGCGGAAACCCAATTTTAGGCAAAGTAGTAAATGTTGGCGCCGAAGAGCCGGCAACAGCATCTGATGGCATGCCATACACCACCGTTGGCTACATGAATGGCTTTGGCTTTAATGATTTAGGCGGTGAAACCGATGCTGATGCCATTTACAACGAAGACATCAATGCCGGTCGTATGGATATTACTAATGTCGACACCACGACAACAGGTTATCACCAGGAAGCACTTATCCCATTATCTTCAGAAACCCATTCCGGTGAAGACATTGCTTTGCATGGCACCGGTCCTGGCAGCCAGTTGATTCAGGGCGTCATTGAGCAAAGCGTTGTATTCCACCTGATTAACCAGTCTCTTGGACTACTTGAAGAATAA	MKFNWKASVSVLALAVSSGLQADVLPAYQSESAWFTDAQTKIAEKLETTNNFKAKNVILFVGDGMGISTLTASRIRKGQLAGSPGEEGYLAWERFPGTALVKTYNVDAQTPDSAGTMTAMMSGLKTDVGVIGVDADIERGDCATVAGNEVITALELAEIKGLSTGVVSTARLTHATPAATYAKSADRNWEDVSDMPEAAVTAGCPDIADQLVHFEEYLESRYTGIDVDGIDVAMGGGRRHFLPNDAAYNSNDAVSETEGDRTDSRDLTAEWQDMYSDGVYVTDQAGFDAVDATSTTRLFGLFNESHMQYEADRANDVAGEPSITEMTTKAIDILDNNEKGFFLMVESGRIDHAHHAGNASGALSETLAFEKAIEAAVANTDPSETLILVTADHGHVFTIAGYPKRGNPILGKVVNVGAEEPATASDGMPYTTVGYMNGFGFNDLGGETDADAIYNEDINAGRMDITNVDTTTTGYHQEALIPLSSETHSGEDIALHGTGPGSQLIQGVIEQSVVFHLINQSLGLLEE	PGPT0002570_1480	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
AK237_03078	1611			hypothetical protein	ATGAGTAAGCGTGTACTCCATAACGAATATATAGAAAACGGGCCGGGTAACACAAAATTTGCGCCACAATTGACTAAGGCATTCGATGCATTGGCACAAGGTGACATCAGACAAGTCGCCGCTATTGCGCAGGATATTTTAAGATCTGATGAAATGGTGCCTCAGGCACATTATCTGCTTGCCAGAGTTACCATAGTAACGGGACAACTCGATATTGCATTGAGAGGCTTTACAAGGGCAACTGAACTCGACCCGACGGTTGCTGATTACTGGGCATTTTTAGCACTTGTTCACAGCCTGACAGGTAATATGCCTGCTGCTGAAATATCGGTAAAAAAGGCACAGAGCCTTGTTAGCGAAAAAGCGCACGTTTTACGTCCCATGGCACATGTTTTGAGTCTTTTAGGGCAATTTGAAGAAGCGTCCAAGCTACTGAAGAAAGCGGCCGAAAAATCTCCTCAGGTAGCCATTTATCATCATGCCCTCGCAGTAAGTTTATTAAAGCTTGGTGATTTTCCAGAAGCACGAAAAGCAATAGAAAAAGCGATTGAGCTTAATCCTTATTATGCAGAATCCCGCTGGATTTTATCCTCTCTGATAAAGGCGAAAGACAATGTCATGGCAGAGGAATTAGTATCGTTGATGCGTTCCCCCAACGTCCCCGATAACGAGAAAGCGTATCTTGGTTATGCCGCAGGAAAGCTCTTTGAAGATACGCAACACTGGAAGCAGGCTTTTAATGCATTTGAACAAGGCGCCACGGCAAAACGTCGGCTGGTACATTATGATCATAACGAGGCCCGACGTACCTTTGATACGGTAATGCGTGTTTGCACAAAAGACTGGCTTAAAAGTAGTTCAAATATACAGAATGACCTCACCCCTATCTTTATTGTTGGACAACCGCGCACAGGTACGACACTGGTAGACAGGATTGTTTCAAGTCATAGCTTAGTTCATTCAGCTGGTGAACCAGTGCAGTTAGCGATGTCACTAAGGGCAATTAGCGGTGTGCGAACAAAAGAATTTATCTCTGCTGAATTAATAGAAAAATCTAAACACATTTCTGCTCAAGAATTAGCTCGTTCATACTTAACAGGTGTCGTAGAATTAAAAGGAAGTACCCCTTATTTTATCGATAAATTTCCGATGAACTTCATGTTGATCGGGTTTATTGTAAAAGCCTTTCCGAACGCCAAAATTATCCACGTAACACGCGATCCTATTGATACCTGTTTTGCCGTTTATAAGCAGCTTTTCGAGGAGGTTTATCCGCATAGCTACGACCAAACTGAGATGGCTGGGCATTACGTGATGTATCGACAATTAATGGCGCATTGGCACGCTATTATGCCGGGGAAAATATTTGATATTGCTTACGAAGATATTGTCCATGACAGTCAAACTTGTGCCCAAAATTTGATAGAACATCTTGAATTAGAGTGGGAAGAGGATTGTTTAGCGTTTGAAAAAAATAACGCCGCAGTAATGACTGCCAGTGCGGTTCAGGTGAGGGAAAAAGTCCATAATCGCTCATTGGGACGATGGAAAAACTACAAACAGCAACTTGCTCCTACCCTTAACGTTTTGCAAGACGCGGGTATTATTTGA	MSKRVLHNEYIENGPGNTKFAPQLTKAFDALAQGDIRQVAAIAQDILRSDEMVPQAHYLLARVTIVTGQLDIALRGFTRATELDPTVADYWAFLALVHSLTGNMPAAEISVKKAQSLVSEKAHVLRPMAHVLSLLGQFEEASKLLKKAAEKSPQVAIYHHALAVSLLKLGDFPEARKAIEKAIELNPYYAESRWILSSLIKAKDNVMAEELVSLMRSPNVPDNEKAYLGYAAGKLFEDTQHWKQAFNAFEQGATAKRRLVHYDHNEARRTFDTVMRVCTKDWLKSSSNIQNDLTPIFIVGQPRTGTTLVDRIVSSHSLVHSAGEPVQLAMSLRAISGVRTKEFISAELIEKSKHISAQELARSYLTGVVELKGSTPYFIDKFPMNFMLIGFIVKAFPNAKIIHVTRDPIDTCFAVYKQLFEEVYPHSYDQTEMAGHYVMYRQLMAHWHAIMPGKIFDIAYEDIVHDSQTCAQNLIEHLELEWEEDCLAFEKNNAAVMTASAVQVREKVHNRSLGRWKNYKQQLAPTLNVLQDAGII				NA	NA	NA	NA	NA
AK237_03079	939			hypothetical protein	ATGCCGCAAAAGTTTTTTTTATTGTTTTTTATTATATCAAGCAATGTCTACGCCGCAGACCTTGTTGTTGAAGTTCAAGCCAACCCGGAAAAAGGTTATTTCTTTCCTTTCTTTTTGAAAGTGCCTGAAGTAACGGAAACGAATTACTTAATTGTTGAAACGAACAATACTGGAGTCGTCTCGGACGACTTCAATATCCATCGAAATAGTGCACGTAACACCGTTCTCGGAAACGCTTTGGGGCCATGGGTCTCTAAAAAATTAAAAGCACCTATACTTGTTCCTGCTTTTCCTAGGCCAGAGATAGACTGGGAAACGTACACGCATGCGTTGGATAGAGATACAATGTTAGTAGAGTCAGGAATATTAAAGAGGATTGACCTTCAATTACTTGCGATGATTAAAGAAGCAAAATCTGTGTTGGAAACCCACTCTATTACTGTAAATGAGAAGGTTATTATGACGGGATTTTCTGCATCAGGAACATTTGCGAATAGATTTTCCCTTCTGCATCCCGAATCTCTCAAAGTTGTTGTCGCAGGCGGTTTGAACGGTATTCTTATGCTACCTGTAAACTCATTGAACGAAAAAGAACTCAACTATCCATTAGGCCTGAATGACTTTAAAGAAATAACTGGTAGCGCTTTTGAAAAAGAACAATGGAAGGCATTGCCTCAATTTCTTTTCATGGGTGAAGACGACACAAACGATTCAGCGAAGTTTGACGATGCCTACTCGGACTCAGAAAAGACGACTATCTACTCAGCTTTAGGAAAAATTATGCAGCCAACTCGCTGGGAAAGTTGTCAAAACGAATACTTAAAGCAAAACGTAAACGTTGTATTTAGGACCTATGAAAACATCGGTCATGGTACAGACTTAAGAATACATAACGAAGTTTTGGCATTTATCACTGATAACATCCACCAAACCAATTGA	MPQKFFLLFFIISSNVYAADLVVEVQANPEKGYFFPFFLKVPEVTETNYLIVETNNTGVVSDDFNIHRNSARNTVLGNALGPWVSKKLKAPILVPAFPRPEIDWETYTHALDRDTMLVESGILKRIDLQLLAMIKEAKSVLETHSITVNEKVIMTGFSASGTFANRFSLLHPESLKVVVAGGLNGILMLPVNSLNEKELNYPLGLNDFKEITGSAFEKEQWKALPQFLFMGEDDTNDSAKFDDAYSDSEKTTIYSALGKIMQPTRWESCQNEYLKQNVNVVFRTYENIGHGTDLRIHNEVLAFITDNIHQTN				NA	NA	NA	NA	NA
AK237_03080	402			hypothetical protein	ATGACTGATCATTTCGGTTCTTGTCTATGCGGCACCGTGAGTTTTGAGGTAAAAGGTGACTTCGACAGCTTTTACCTTTGCCATTGTCAGCATTGCCAAAAAGATACAGGTTCGGCTCATGCGGCAAATCTATTCTCGTGTTCAGCTAAATTAGTCTGGCTGTCGGGTGCAGATGCTGTGACTTCCTTTACGCTCGCTGACTCTCGTCATATCAAAAGCTTTTGTAAGTTGTGTGGTTCAGCATTGCCAAACACTCAGATCGCAGACTTGCTCGTCGTTCCCGCAGGGTGTTTAGACACTGAGATCACTATGTTGCCAACTGCGCATATCTTTTCATCCAGCAAAGCAGTTTGGGATGAGGGGTTAGGAGAGCTTCCAAAGTTCGAGGAACTTCCAGGTTAA	MTDHFGSCLCGTVSFEVKGDFDSFYLCHCQHCQKDTGSAHAANLFSCSAKLVWLSGADAVTSFTLADSRHIKSFCKLCGSALPNTQIADLLVVPAGCLDTEITMLPTAHIFSSSKAVWDEGLGELPKFEELPG				NA	NA	NA	NA	NA
AK237_03081	741	lpxH_2	COG2908	UDP-2,3-diacylglucosamine hydrolase	ATGCCATTTACTTACTTCATTGCCGATATTCATTTAAGCGAAGATCGCCCGGACATCACCCAGTGCCTCTTGCACTTTTTACAACATGACGCGCCGCACGCTGAAGCACTGTACGTACTCGGCGACCTTTTCGAAGTCTGGATTGGTGATGATAATAAAACCCCGTTTAACGATGCCATTGCCGCAGCATTTAAGCAGGTGAGCCTGCATATTCCCGTTTACTTTATTCACGGAAACCGCGATTTCGCTATTCGTCAGGGATGGGCAACGCAGGCCGGAATGACGTTGCTGCCCGAACAGGCCGTCATCGATTTATACGGCACCCCCACCCTCATCAGCCATGGCGATGAGTTGTGTACGAAAGACATTGCCTACCAGAAATTCCGTAAAAAAAGCCGCAGTTGGTGGTGGCCAAGACTTATGCTTGCACTGCCCCTCTCATACCGACGTAAAGTTGCCGCGAATGGACGTAAGCAAAGCAAGTTAAATCAGCAGGGTCTGAAACCGGAAATCATGGATGTAACGCCGGAAGAAGTGGTAAAAGCCATGGAAAAATTTAATGTGCAACGCATGGTTCATGGCCACACCCATCGCCCCGCCATTCATGAACTCGTGGCCAATGGCAAGCCCGCTACCCGTATCGTTCTGGGCGACTGGTACGATCAAGGTTCAGTATTGAAAGTCAGCGAAACTGACGTAGTGTTACAACAACGGGATTTTCTTACGTCTGATAGTGAATGA	MPFTYFIADIHLSEDRPDITQCLLHFLQHDAPHAEALYVLGDLFEVWIGDDNKTPFNDAIAAAFKQVSLHIPVYFIHGNRDFAIRQGWATQAGMTLLPEQAVIDLYGTPTLISHGDELCTKDIAYQKFRKKSRSWWWPRLMLALPLSYRRKVAANGRKQSKLNQQGLKPEIMDVTPEEVVKAMEKFNVQRMVHGHTHRPAIHELVANGKPATRIVLGDWYDQGSVLKVSETDVVLQQRDFLTSDSE	PGPT0022370_998	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-REMODELLINGLPS|LIPID|IVA_METABOLISM	CE-REMODELLING_LIPID_A_METABOLISM,PGPT0022370-lpxH-K03269	NA	NA
AK237_03082	495	ppiB	COG0652	Peptidyl-prolyl cis-trans isomerase B	ATGGTTACGTTAAAAACAAATCACGGTGATATCACGCTGGAACTTTTTGCAGACAAAGCACCATTGACTGTCGAGAACTTCTTAAACTATGTAAAAGAAGGCTTTTACGACAACACTATTTTCCACCGTGTTATTGACGGCTTCATGATTCAGGGCGGTGGCTTCACACCTGATATGGATCAGAAATCTACCAACGCACCCATCGCAAACGAAGCCAACAACGGCGTTGCCAATGAAAAAGGCACAATCGCTATGGCGCGTACGAATGATCCACACTCAGCCACGGCGCAGTTTTTCATTAATGTGAACAACAACGACTTCTTAAATCACACGAGTGAATCGGTAAACGGCTGGGGCTACTGTGCATTCGGTAAAGTGACTGAAGGCATGGATGTCGTTGAAAAAATCAAAGGTGTGAAAACCGGCACCAGCGGCTTCCATCAGGACGTACCTGCGGAAGCGGTGATTATCGAAAAAGCGATCATCGCTGAATAA	MVTLKTNHGDITLELFADKAPLTVENFLNYVKEGFYDNTIFHRVIDGFMIQGGGFTPDMDQKSTNAPIANEANNGVANEKGTIAMARTNDPHSATAQFFINVNNNDFLNHTSESVNGWGYCAFGKVTEGMDVVEKIKGVKTGTSGFHQDVPAEAVIIEKAIIAE	PGPT0015111_3721	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
AK237_03083	1377	cysS	COG0215	Cysteine--tRNA ligase	ATGCTACACCTTTACAACACACTGACCCGGGAAAAAGCCCCTTTTGTACCGCTGAAAGAAGGATGCGTGGGTTTGTATGTGTGTGGTATCACGGTGTATGACCTCAGCCATATGGGCCATGCCCGCACTTACTTAAGTTTTGATGTATTGGTGCGTTATCTTCGCCATTTGGGTTTTGATGTGAACTACGTGCGTAACATTACTGACGTAGATGACAAGATTATCGCCAGAGCGAACGAGAACGGTGAAACCACCGGTGAGCTTACCGCCCGTACTATCGCTATGATGCACGAAGATTTTGCGGCCATTAACTTACTTGAACCCGACATTGAACCACGCGTCACCACGCACATGGCGGAAATTGTGGATATCATCGAAAAGCTGTTGGAGAAAGGCTTTGCTTACGTAGCAGAAAGTGGTGATGTGCTGTTTGATGTCAGCAAGTTTGGCGACTATGGCAAACTGAGCAAACAAAACCTTGAGCAGTTACAGGCCGGTGCACGTGTTGAAGTGGCGGCGGGTAAAGATGATCCGCTGGATTTCGTATTGTGGAAAAAAGCAAAAGCCGGAGAGCCTTTCTGGACATCGCCATGGGGCGACGGCCGCCCGGGCTGGCACATCGAATGTTCGGCAATGAACCATAAGCACCTGGGTGCACATTTCGATATTCATGGCGGCGGCTCTGACTTAACATTCCCTCACCATGAAAACGAAGTCGCACAATCCTGCTGCGCGTTTGATACGCCGTATGTAAACACGTGGATGCATACCGGTATGGTGCAGGTGGACAACGAAAAAATGTCCAAGTCGCTGGGCAACTTCTTTACGTTGCGGGATGTATTACAAGAGCACGATGCAGAATCCCTGCGTTTCTTTCTGATGTCGGCTCATTACCGTAGCCAACTTAGCTACTCGCAGGACAACATTAGTCAGGCAAAATCCGCGCTGGAGCGCCTATATACTGCGCTTCGTGGTGTAGACATTAATTCGGCTACAGATTTGTCTTACGGCGGCTACCTTGAGCGTTTTGAAACGGCAATGAACGACGATTTAAACGTGCCTGAAGCGATGTCAGTTCTGTTTGATCTTGCCCGTGATCTCAACAAACAAAAATCAGATGCTGAAGAAGCCGGTAAACTGGCTGCGGTATTAAAAGGTTTGGGAGCGATATTAGGTATTTTGCAAACCGCACCGGAAACCTGGTTGCAGGGCGGCAGTAACAATGAGAGCGCTGAGATTGAAGCTCTTATCAAACAACGTAACGATGCCCGTGCCGCTAAAGACTGGCCGGCAGCCGATGCCGCCCGTGATGCGTTGGCGGCAATGAACGTTGTGCTGGAAGATGGCCCAAATGGCACCACATGGCGTAAAGGCTAA	MLHLYNTLTREKAPFVPLKEGCVGLYVCGITVYDLSHMGHARTYLSFDVLVRYLRHLGFDVNYVRNITDVDDKIIARANENGETTGELTARTIAMMHEDFAAINLLEPDIEPRVTTHMAEIVDIIEKLLEKGFAYVAESGDVLFDVSKFGDYGKLSKQNLEQLQAGARVEVAAGKDDPLDFVLWKKAKAGEPFWTSPWGDGRPGWHIECSAMNHKHLGAHFDIHGGGSDLTFPHHENEVAQSCCAFDTPYVNTWMHTGMVQVDNEKMSKSLGNFFTLRDVLQEHDAESLRFFLMSAHYRSQLSYSQDNISQAKSALERLYTALRGVDINSATDLSYGGYLERFETAMNDDLNVPEAMSVLFDLARDLNKQKSDAEEAGKLAAVLKGLGAILGILQTAPETWLQGGSNNESAEIEALIKQRNDARAAKDWPAADAARDALAAMNVVLEDGPNGTTWRKG	PGPT0002985_5504	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-H2S-VOLATILE_PATHWAY,PGPT0002985-cysS-K01883	NA	NA
AK237_03084	1053			hypothetical protein	ATGTTTCGAATTAACTGGGACAACTTACGGAAAAGTCATGAAACGCCCTGGTTAATTCTGGATCTGGTCATGCTGGGTTTATTATTAGTAAACCTGGCCTGGCTTCTCTTCGACGCGCTCTATGGCACGGCGGTCATCCACCAACAATTAGAAGTGCTGCTTCCCGGCTTCACTGACTCGTACGACCCCATTCATAAAAACTTCATTCTGGTCGATTTAGTCTTCATCGGTATCTTTTTCATTGAATTTTGTTTTCGCTGGATAGTATCTGTAGTTCGCAAAGAGCATTTACGCTGGTATTTCTTTCCCTTTTTGCACTGGTATGACATTGTCGGATTAATCCCCTTGGGGGCTACACGAATATTCCGTTTCTTACGTATTTTTTCGATTCTGCACCGGCTGCACAAGTTCGACATTATCGACCTAAACCGTACTGCGGTATTCCGCTTCTTCCGCTTTTACTACGACGTTTTCGTGGAAGAACTATCAGATCGCATTGTGGTGAAAGTTTTAAGCGATGCGCAAAAAGACATTTCTGCAGGATCACCGCTGGTTGACGATATTACCCGGCAGGTATTAGCGCCCCGCCGCCCTGTTTTAACCGAGTGGGTGGCTGGCGTGTTAAACCATTTTGGTCAGTCTATTAGTGATGGACACTATGGTGAAGTAATACGTGAACACGTGCGGCGCTCGGTCGGTAAAGCGGTAAAAAATAACGAACAGGTCTCTACCTTGCACTACATTCCGGTGGTGGGCAGAACCATAGAAAGTACGTTGGAATCTGCCGTCACGGATATTGTTACAGCCTCTATCATCAACCTGTTATCCGACATTGATGCCAAAAAAATTGATCATTTCGTGGAAGCGGGCATGCATGACTATACGCCCGTTTCGGACAATTTAGACAAAGAGGTGTTGGGTGTAATAAACGAGTGTCTGGAATTAGTGAAAGCCCATGTTGCCCAGCAGCGCTGGAAAACCGAACTGGCCGACAAGAACCGCCCTGTGCCCGATGCGGGAATAGAAAACCAAACAAAAGGCCCGATGGAATAA	MFRINWDNLRKSHETPWLILDLVMLGLLLVNLAWLLFDALYGTAVIHQQLEVLLPGFTDSYDPIHKNFILVDLVFIGIFFIEFCFRWIVSVVRKEHLRWYFFPFLHWYDIVGLIPLGATRIFRFLRIFSILHRLHKFDIIDLNRTAVFRFFRFYYDVFVEELSDRIVVKVLSDAQKDISAGSPLVDDITRQVLAPRRPVLTEWVAGVLNHFGQSISDGHYGEVIREHVRRSVGKAVKNNEQVSTLHYIPVVGRTIESTLESAVTDIVTASIINLLSDIDAKKIDHFVEAGMHDYTPVSDNLDKEVLGVINECLELVKAHVAQQRWKTELADKNRPVPDAGIENQTKGPME				NA	NA	NA	NA	NA
AK237_03085	1680	yneA		Cell division suppressor protein YneA	ATGAAATCAGCACTGAGCCTGATAGCCAGTATTGCACTGGTCGGCATGCTAAGTGGTTGTGAAACCACGGGAGAACAAGACATTGCCGACGAGCAGCTGCCTGAATATAACGAGCCACAAGATGCTGACACATGCGAAGTAGGCCAAACCACCATTGAAGATGAGCAAGATTGTCAAATTGCCAAAGAAGGGGTAATTGAAGTTGTTCACCCGGTTGAAGACGTTGACGAAGCACTCGATGAAGCCGTTGAACCTGAGGAGCCTGAAAACGTAGTCATCGATGACGTATGGGCAAGAGCCGCCAACCAGATGGTATTCGACATCCCCGACGACCGGCGTATCACCAGCCAGCGCAACTGGTATTTGAAGCATCCGGAATACATGGCTCGTGTGGTAAACCGTGCTCGTCCTTTCCTGTTTTATATTACTCAGGAAATCGAAAAGCGTGACATGCCTCTTGAGATTATCCTGTTACCAATTGTCGAAAGCGCGTTCGACCCCTTCGCTTACAGCCATGGCCGCGCCGCCGGCATGTGGCAATTCATCCCGGGCACGGCGAAACGGTTTGGTATACGCCAAACCTGGTGGTACGACGGTCGCCGCGACGTTGTCGCATCCACCGAAGGCGCACTGGACTACCTGGCCTATTTGAACAAGATGTTTGATGGCAACTGGTTACATGCTTTAGCCGCCTATAACAGCGGTGAGGGGCGCGTTTTACGTGCGATAAAACGTAACAAGCAGGCCGGTAAACGCACTGATTTCTGGTCTCTTGATTTACCCAAAGAAACCCGCGCGTACGTGCCCAAATTACTCGCGCTTGCCGACATTTTGAAAAACAGAAAAGACTATGGCTTCAAATGGCCTGAAATTGACAATGTAGAAGTGGTTAAGATTGTCGATATCGGCTCTCAGGTCGATCTCGCCTTTGCCGCGGATTTGGCTGACATGGAACTGGAAGAATTACATGCCCTCAACCCTGGGTTTAACCGTTGGGCAACCGATCCGGATGGGCCTCACCATTTATTATTACCGGTGGAAAAGGCCGACAGCTTTGTCGAGCAGCTGGCCTCAATCGATCGACATGATCGTTTAAACTGGGTACGCCATAAAGTGCGAAGCGGCGACAGCCTGCTGAAACTGGCGCATAAATACCATACCACAGCTGATATCATTAAACGGGTTAACAGTTTATCGGGCAATATGATCCGCATTGGCGATTACGTTATGATCCCTGTCGCGTTGAAAGAGTTAGACTCCTACTCACTCTCTCAGGACCAGCGCTTAGCGTCGTTACAAAATAAACCCCGAGCCTCAAAGAAGGTGTCGCATAAAGTACAATCCGGCGATACCTTGTGGGATTTATCGATGAAATACAAAGTGAGCACCCGTGATCTTGCCAAATGGAATGGCATGGCCCCCGCCGATCCATTAATTCCCGGTAAAACCCTGGTTATCTGGCAAGGCGGCGATGCACCCAAAGCTGATGAGTCGAGCATCATGCGCTCGTTAACTTACACGGTTAAACCAGGCGACAGCCTTTCCCGTATAGCCAATAAGTTCAGTGTAAAAGTGTCGGACATCACGAACTGGAACAACCTGAGCAAAAAGCGCTATTTGCAGCCAGGACAGAAGCTTAAGTTACACGTGGATGTGACGAGACTAAAAAATGTAGGATAA	MKSALSLIASIALVGMLSGCETTGEQDIADEQLPEYNEPQDADTCEVGQTTIEDEQDCQIAKEGVIEVVHPVEDVDEALDEAVEPEEPENVVIDDVWARAANQMVFDIPDDRRITSQRNWYLKHPEYMARVVNRARPFLFYITQEIEKRDMPLEIILLPIVESAFDPFAYSHGRAAGMWQFIPGTAKRFGIRQTWWYDGRRDVVASTEGALDYLAYLNKMFDGNWLHALAAYNSGEGRVLRAIKRNKQAGKRTDFWSLDLPKETRAYVPKLLALADILKNRKDYGFKWPEIDNVEVVKIVDIGSQVDLAFAADLADMELEELHALNPGFNRWATDPDGPHHLLLPVEKADSFVEQLASIDRHDRLNWVRHKVRSGDSLLKLAHKYHTTADIIKRVNSLSGNMIRIGDYVMIPVALKELDSYSLSQDQRLASLQNKPRASKKVSHKVQSGDTLWDLSMKYKVSTRDLAKWNGMAPADPLIPGKTLVIWQGGDAPKADESSIMRSLTYTVKPGDSLSRIANKFSVKVSDITNWNNLSKKRYLQPGQKLKLHVDVTRLKNVG	PGPT0023795_370	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-PEPTIDOGLYCAN_REMODELLING	CE-PG_REMODELLING-MUREIN_TRANSGLYCOSYLASE_ACTIVITY,PGPT0023795-mltD|dniR-K08307	NA	NA
AK237_03086	798	gloB	COG0491	Hydroxyacylglutathione hydrolase GloB	ATGAATAGCCATAGCGATGCTTTGCCTGACGGTGTGCAAATAAGCGCCATTCGAGCCTTTACCGATAATTATATATGGTGTCTTCACGACAGCACCCATGCTGTGGTGGTCGACCCCGGTGACGCAGAGCCAGTCTTACGCTTCTGCCGCGACCAACAATTGCAACTGGCCGCCATTTTAATCACCCACCACCATCAGGATCATACAGGCGGTATTGCCCGCCTGGCCTCAGCAAATCCGTCTGTTCCCGTTATTGGCCCGGCGGGCGGTCATATCAGGGGCATAACAAAAGCAGTCGATGAGGGTGACGATGTGCATTTACCCGTACTTGGCTGCCAGTTTGTGGTCATAGAGGTGCCAGGACACACTTTAGACCATATTGCTTTTTATGGACACGGACTGGTGTTTTGTGGCGATACGCTATTCTCAGGCGGGTGCGGCAGGCTGTTTGAAGGCTCTCCTGCGCAAATGCTCCACTCGCTAAACAAATTAAAGCGTTTACCGGACAACACAATGGTGTACTGTGCCCATGAATATACCCAGGCCAATATGAAATTTGCGTTGGCAGTGGAGCCGAACAATCACGACCTTCAACGTTACGCGAACCAAGTGGACGATTTGCGGTCTGATGACCACATCACCCTGCCCTCAACCCTGCTGAAAGAAAAGGCAATTAACCCTTTCCTACGCAGTCATGCGCCTGCCGTTATTACAGCAGCAAGCCAATTTCAGGGTGAAACATTACATGACGACACTGCCGTTTTTACAGCAATTCGTCGTTGGAAAGATGAGTTTTGA	MNSHSDALPDGVQISAIRAFTDNYIWCLHDSTHAVVVDPGDAEPVLRFCRDQQLQLAAILITHHHQDHTGGIARLASANPSVPVIGPAGGHIRGITKAVDEGDDVHLPVLGCQFVVIEVPGHTLDHIAFYGHGLVFCGDTLFSGGCGRLFEGSPAQMLHSLNKLKRLPDNTMVYCAHEYTQANMKFALAVEPNNHDLQRYANQVDDLRSDDHITLPSTLLKEKAINPFLRSHAPAVITAASQFQGETLHDDTAVFTAIRRWKDEF	PGPT0001770_2330	DIRECT EFFECT	BIO-FERTILIZATION	POTASSIUM_SOLUBILIZATION	K-SOLUBILIZATION-ORGANIC_ACID_METABOLISM	K-SOLUBILISATION-LACTIC_ACID_BIOSYNTHESIS,PGPT0001770-gloB|gloC-K01069	NA	NA
AK237_03087	762			hypothetical protein	ATGAGATTAGCATATCGGGCAAAAGCTCTGCGATACCCAGCATCATGGTCACAATTGCCAGGTGGGGACGCCATTCAACAGGCCGTTCAATCGGTTTGCAATAGTTTGTCTTCACGAATATTTGGCTATCACCTGGTTAAGCTGGGCACATTGAGTGCAGACATTGCGTTGGATAAATGCAATGTTTCTCATCACATCTGCCAAACTCCCCAGGTGTGCGATACGACATCGGTGGTGAGCCTGTCATCAGAACTACCCTATGTCGAAAATAGTATTGACGGTTTTTTGTTAGCCAATGAGTTGGACTTTTGCCAGGATCCTCACCAGGTACTCAGAGAAGTTGACCGCTGTATCACGCAGGATGGCTATATTATTTTAAGTGGATTTAATCCCTACAGTTTAACGGGCGTTGGGAAATACCTGCCGCTAAAGCGGGGTAACCTTCTTCACGATGCACGCTTTTTTTCTTCCGGCAGGGTAAAGGACTGGCTGCAATTATTAGGCTACGAAATTATCGATACTCGCCATATTTTATTCTCCATGCTGTTTATTAAAAAACAGTTTTCCATTCCCTTGCAGTGGCATAGTCGCATTACCCGTTACTTTCCCTGGTGCAGCTCTGTGTATGTCATTTTAGCGCGTAAGCGGGTTATTCCAATGACTACCATAAAGCCGAAGTGGAAACTTAAACCCCGGTTCTCTGCGGTGGGCGCGAGTATGCGGGTGCAAGACGCAACCACCGCAAAACGCAGCGCCCGGTAA	MRLAYRAKALRYPASWSQLPGGDAIQQAVQSVCNSLSSRIFGYHLVKLGTLSADIALDKCNVSHHICQTPQVCDTTSVVSLSSELPYVENSIDGFLLANELDFCQDPHQVLREVDRCITQDGYIILSGFNPYSLTGVGKYLPLKRGNLLHDARFFSSGRVKDWLQLLGYEIIDTRHILFSMLFIKKQFSIPLQWHSRITRYFPWCSSVYVILARKRVIPMTTIKPKWKLKPRFSAVGASMRVQDATTAKRSAR				NA	NA	NA	NA	NA
AK237_03088	1050			hypothetical protein	ATGCAATGCTTTAAAACGTCTGTCATATTGCTTTTAACAAGCGCCCTGCTACTTTCCGGTTGTGGCGCACTGTCTGTATCAAAAACAACTTATCCTCAACACGATGCGAACAGAAACGTAGCGTTTACAGTGATCCCATTAGGTACATTCGGTGGTCTGTACGAAGATAACTTATCGTCTTACCTGATTGCTGCCGGACGGGACAATCAGTACATTGTATTTGATGCAGGCTCTATTATGTCTGGGCTAAAGGTGGCAGCAGCCCACGGTACATTTTCTGACATAGTTAACGATTCCGCGCTTTCAACAGAAGGATACGTGCTTAGACACGCTATAAAAGGCTATGCGGTTTCCCACCCGCATCTTGACCACATTTCGGGGCTGGTCATTAATGCCACGGACGATACACCTAAACCCATTTATGCGCTTCCCGAGACAATTCAAACTCTGAAAGACCATGTATTTAACTGGGCTGTGTGGCCAAATTTTGCCAACGAGGGATCGGGATATACATTAAACCAGTACCGTTACAACGCGTTGTTACCTGCTCAACCACAGCAAACCGATGAGATAGATTGTCGTTTAACCGCATATCCACTGTCACATTCTGGCGGGTACACGTCGACGGCGTTTTTATTGCAATGCGACGACAATGCGGTGTTATACATAGGTGACACTGGCCCGGATGCGGTAGAAAACAGCGATCACTTGGCATCACCGTGGCAGACGATAGCCCCCATTATCAGAAATAACAATCTCAAAGGCATTTTCATCGAGGCGTCTTATCCCTCTGCCCGATCTGACGATGATTTATTCGGTCATTTAACCCCGGCATGGGTGATGGAAGAACTTACTGCACTTGCAAACTACGTCGACGACGCTAACCCAGACGATGCGTTGGAGGGCCTGAAAGTCATAGTCACGCATGTAAAACCTTCGTTGAGACAAGATGAGGATACCCTAAAGACCATTAAAAACGAGCTGGACACACTGAATAACCTTGGTGTGCACTTTGTGTTTCCTCAGCAAGGTAATGCACTCTACTTGTAA	MQCFKTSVILLLTSALLLSGCGALSVSKTTYPQHDANRNVAFTVIPLGTFGGLYEDNLSSYLIAAGRDNQYIVFDAGSIMSGLKVAAAHGTFSDIVNDSALSTEGYVLRHAIKGYAVSHPHLDHISGLVINATDDTPKPIYALPETIQTLKDHVFNWAVWPNFANEGSGYTLNQYRYNALLPAQPQQTDEIDCRLTAYPLSHSGGYTSTAFLLQCDDNAVLYIGDTGPDAVENSDHLASPWQTIAPIIRNNNLKGIFIEASYPSARSDDDLFGHLTPAWVMEELTALANYVDDANPDDALEGLKVIVTHVKPSLRQDEDTLKTIKNELDTLNNLGVHFVFPQQGNALYL	PGPT0021490_152	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PURINE_METABOLISM,PGPT0021490-cpdP-K01120	NA	NA
AK237_03089	1206	bcr_2		Bicyclomycin resistance protein	TTGAACAGCCACGATTCATCTGCCCTCCCCGGCCTCTCCCACCTTTCCATGTTACTTATTTTAAGTGCATTGATGGCATTTACCTCGTTGTCTACCGATGTCTATTTATCAGCTATGCCAGCCATGGCCGACGATCTTCAGGGCAATGTGGAACTCACCATTACCGGTTTCCTCATAGGCTTTGCGATTGCGCAATTAGTTTGGGGGCCCATAAGTGATCGCATCGGAAGAAAGCGTCCACTGTACATTGGACTGTTTCTTTTCATTATTGGCTCTGTGGGATGTGCTTTATCGCAAACGATTACCGAAATCGTCTGCTGGCGTGTATTCCAGGCAGTTGGTGCGTGTACGGCTCCCATACTGGCACGAGCCATCGTAAGAGACACCTTTGAGCGCACCCAGGCCGCCCATACCCTGACCACTCTCATGATGATCATGGCAATCGCCCCGATTGGTGGCCCCATCCTGGGAGGCATGATCGTGCACTACACGTCATGGCACTGGATTTTTTGGCTGCTCACAGCAATGGGGGTAGTAATGTTCGGAGCACTTTTTAAGCTGCCGGAAACCCATCCTGTTGAGAAGCGAATAACCGCGCCACTATCCCATGCCTTTGGTCATTACGCGACGCTGTTAAGAAACAAAGCCTTCATGCAGTTCACGCTGTGCTTAACGTGTTTTTACGTCTCTGCCTATGCATTTATCACAGGCTCGCCGCATGTGTACATACGCTATTTTAGCGTATCGCCAGACATCTATGGCTGGCTATTTGCCATCAATGTTGTGGGTATTGTCGGCGTCGGCTTTTTAAATCGAAAACTGGTGAAAATCTGGTCTTTGGAAAAGCTGCTTGTCAGTGCTGTCTCAGTAGCGGCCGTTGCCATGATAGTGTTAGGGCTCGGCGCAGTATTCTTTAACCCCTCCTTACCGTTTGTTATGGTAACCGTGTTTGTATTTTTCTCGATGAACGGCATTATCGCTGCCTGCGCTACCACCGCAGCGCTGGATTTAGTTCCCGAGCTTGCAGGTTCAGGGTCTGCGCTTATTGGTGCGTTACAATACGGAAGCGGCATTGTTTCATCGTTGCTGTTAGCCTGGTCAGGAAATGATAACACGGTACCAATGGCCGGTATCATGATGGTCTTCACCTGCGCCAGTGCAGCCTTTTTATTCTTGGGTGAAATGACAAAACGTCGTAAATCATAA	MNSHDSSALPGLSHLSMLLILSALMAFTSLSTDVYLSAMPAMADDLQGNVELTITGFLIGFAIAQLVWGPISDRIGRKRPLYIGLFLFIIGSVGCALSQTITEIVCWRVFQAVGACTAPILARAIVRDTFERTQAAHTLTTLMMIMAIAPIGGPILGGMIVHYTSWHWIFWLLTAMGVVMFGALFKLPETHPVEKRITAPLSHAFGHYATLLRNKAFMQFTLCLTCFYVSAYAFITGSPHVYIRYFSVSPDIYGWLFAINVVGIVGVGFLNRKLVKIWSLEKLLVSAVSVAAVAMIVLGLGAVFFNPSLPFVMVTVFVFFSMNGIIAACATTAALDLVPELAGSGSALIGALQYGSGIVSSLLLAWSGNDNTVPMAGIMMVFTCASAAFLFLGEMTKRRKS	PGPT0029005_5379	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
AK237_03090	2064	metG	COG0073	Methionine--tRNA ligase	ATGTCTGAAAACACGTCGACTTCTGTTGCACCAAAAAATGCGAAACGTCGCATTCTGGTAACCAGTGCATTGCCGTATGCAAACGGCTCAATTCACCTCGGGCATTTACTTGAGCACATTCAAACCGATATCTGGACGCGTTTCCAGCGCCTTCGCGGTAATGAGTGCTACAGTGTGTGCGCCGACGATGCCCACGGCACCCCTGTCATGTTAAAAGCCCAGGAACTGGGTATCACGCCAGAAGAAATGGTTGCCCGCACCCGAGCTGAGCACCACCAGGATTTACAAGACTTCTACGTAGATTACGACAACTATTATGTGACTCACTCGCCGGAAAACAAGGCGTTATGTGAAACCATTTATAACCGTCTTGATGAAGCAGGCTACATCAGCAAACGTACGATTAATCAATTGTACGATCCACAAAAAGAAATGTTCTTGCCCGACCGTTTCGTAAAGGGTACCTGCCCAAGCTGCAATGCAGAAGACCAAAACGGTGACAGCTGTGATGTTTGCGGTGCAACGTATAGTCCTACAGAAGTAAAAAATCCGCGCAGTGTGGTTTCCGGCGCGACGCCAATACTGAAGGAATCGGAGCACTTCTTCTTTGACCTGCCGCAATTTGAAGGCATGCTCAAGGAGTGGATCCGTTCCGGTGCGATTCAGGCTGAAATGGCGAACAAGCTGCAGGAATGGTTCGAAGACGGTTTACAACAATGGGATATCAGCCGCGATGCCCCTTATTTTGGTTTTGAAATTCCTGGCGCACCGAATAAATTCTTTTACGTGTGGGTAGATGCCCCGGTTGGTTATATGGCCAGCTTCCAGAATTTCTGTGATCAGAATAACGTTAACTTTGACGATTTCTGGAACAAAGACACCGACACAGAGTTGTATCACTTTATCGGTAAAGACATTACGTATTTCCACTGCCTGTTCTGGCCAGCCATGTTAGAAGGTGCCGGATACCGTAAACCTACCGGCGTGAACATTCACGGGTTTGTTACGGTTAACGGGGCGAAAATGTCCAAGTCCCGCGGTACCTTCATTAAAGGCCGTACCTATTTGGATCACCTGAACCCGGAATACCTGCGTTATTACTTCGCTTCCAAACTGGGCGATGGCGTGACCGATATCGACCTCAACTTTGCCGATTTCGCACAAAAGGTAAACTCTGATCTGGTTGGTAAGGTGGTTAACATTGCAAGTCGCTGCGCGAGTTTTATCACCAAGCGTTTTGATGGCAAGTTATCAGACACCGTACTTGACGAAGCGCTAATGGCTGAGTTTCATGCCGTGTCAGAAAGTATCGCCACGCACTTTGAAAACCGCAAGTATCATCAGGCCGTACGTGAAATTATGGCGCTGGCAGACAAGGCGAACCAGTTTATTGATGCTAACGCGCCTTGGGTCACCATTAAAGATGAAACCAAACAACAGTTTACCCATGACGTGTGTTCCCTGGGTATCAACATGTTCCGTATTCTGGTGGCTTACCTGAAGCCGGTATTGCCGGTGCTGGCAGAGAAAGCAGAAGCCTTCCTGAACGACACATTAACCTGGGAAAGCACGCAAACCGTGCTGACTGGTCATGAGATAAACAAATTTAAAGCCATGATGCAACGCATCGAAATGGACAAGATTGACGCAATGGTAGAAGACTCAAAAGAAAGTTTGGCGGCAGCGAATGCACCTAAGTTAGATCCTGAAAGCCCGCTGGCGAAAGATCCCATCAGCGAGGAAATCACCTTTGACGATTTCGCGAAAGTAGATTTTCGTATTGCTCGCATTGCAAACGCAGAGCACGTTGAAAAAGCCGACAAACTGTTACGCTTAGAGCTGGATTTAGGCGGTGAAACCCGTCAGGTATTCGCAGGCATTAAATCGGCTTATGCACCTGAAGATTTAATAGGAAAGCATACCGTCATGGTGGCTAACCTGGCACCACGAAAAATGCGTTTTGGTATGTCTGAAGGCATGGTACTGGCTGCTGGCCCAGGCGGAAAGGATTTGTATATTCTTGAGCCACACGAAGGCGCCAAACCGGGCATGCGAGTGAAGTAA	MSENTSTSVAPKNAKRRILVTSALPYANGSIHLGHLLEHIQTDIWTRFQRLRGNECYSVCADDAHGTPVMLKAQELGITPEEMVARTRAEHHQDLQDFYVDYDNYYVTHSPENKALCETIYNRLDEAGYISKRTINQLYDPQKEMFLPDRFVKGTCPSCNAEDQNGDSCDVCGATYSPTEVKNPRSVVSGATPILKESEHFFFDLPQFEGMLKEWIRSGAIQAEMANKLQEWFEDGLQQWDISRDAPYFGFEIPGAPNKFFYVWVDAPVGYMASFQNFCDQNNVNFDDFWNKDTDTELYHFIGKDITYFHCLFWPAMLEGAGYRKPTGVNIHGFVTVNGAKMSKSRGTFIKGRTYLDHLNPEYLRYYFASKLGDGVTDIDLNFADFAQKVNSDLVGKVVNIASRCASFITKRFDGKLSDTVLDEALMAEFHAVSESIATHFENRKYHQAVREIMALADKANQFIDANAPWVTIKDETKQQFTHDVCSLGINMFRILVAYLKPVLPVLAEKAEAFLNDTLTWESTQTVLTGHEINKFKAMMQRIEMDKIDAMVEDSKESLAAANAPKLDPESPLAKDPISEEITFDDFAKVDFRIARIANAEHVEKADKLLRLELDLGGETRQVFAGIKSAYAPEDLIGKHTVMVANLAPRKMRFGMSEGMVLAAGPGGKDLYILEPHEGAKPGMRVK				NA	NA	NA	NA	NA
AK237_03091	1089	apbC	COG0489	Iron-sulfur cluster carrier protein	ATGTTCTTTTCCCGAAAGGGTGACAAGCTGGCGCAAACCGCCGCGCAATCTCTGGCCGAGTATTATGCCTTAAGCACAGAGCAAACCCAACCGTGGTGTGAGGTTGATAACGGTTGCCTCTCTGTTACGCTGCCTTTTTGTGCGCATTCCCAACACGCCGCGATTCGCCAGGTTGTGACGCAAGCACTCACCGAGGCTGGTTTTCCGCTTGTTGAACTTGCGGTTTCCCAGCGCATTAAGGGGGCGCAAACCGCCTTACAACCGGTTAGTAATATACGTAACGTGGTTGCCGTAGCGTCAGGTAAGGGCGGTGTAGGAAAATCAACCACAAGTTTGAACTTAGCGTTTGCGCTTATGCAGGAAGGCGCGAAAGTCGGTATTCTTGATGCAGATATTTATGGCCCTTCGGTGCCCATAATGCTGGGAAATCCCGAGGAACATCCTTCAAGTAACGATAATAAACATATGCATCCTCTTAAAGCGTGGGGCATGGTTGCAAACTCTATTGGTTACCTGGTGCCCCCTGAAGATGCTGCAGTATGGCGAGGCCCTATGGCCAGTCGGGCTCTAAAGCAGCTTCTTGATGAAACCGTGTGGCCAGTGCTGGATTATCTCATTGTCGATATGCCGCCCGGAACAGGGGATATTCAGTTGACGATGGCACAGCAGGTGCCCTTAAGCGCCGCCGTTATTGTGACTACGCCGCAAGATTTAGCCGTCGCGGATGCCCAAAAAGGTATTTCCATGTTTAATAAGGTAAACGTGCCCGTGGCCGGTCTTATTGAAAACATGAGTTATTGCCAGTGTTCGTCGTGTGGGCATATCGATTATTTGTTCGCGCAGGATGGCGGAAAGGCATTGGCAGAACGTTACGGTTTGCCATTGCTGGGTGCACTGCCTTTAGATGTCTCTATTCGCGAACAAGCCGATTTAGGCAAGCCGTTGGTGGTAGACAAGCCCGATAGCGAGTTGGCTGGCATTTATCGTGAAGCTGCCAGGGCGTTGTCTATGCAAATGGCGTTATCATTGCCATCGCGCACGACAGAGCATTACATTCGTGGTGAAACGATAGGAATTAGTCAGGTATAA	MFFSRKGDKLAQTAAQSLAEYYALSTEQTQPWCEVDNGCLSVTLPFCAHSQHAAIRQVVTQALTEAGFPLVELAVSQRIKGAQTALQPVSNIRNVVAVASGKGGVGKSTTSLNLAFALMQEGAKVGILDADIYGPSVPIMLGNPEEHPSSNDNKHMHPLKAWGMVANSIGYLVPPEDAAVWRGPMASRALKQLLDETVWPVLDYLIVDMPPGTGDIQLTMAQQVPLSAAVIVTTPQDLAVADAQKGISMFNKVNVPVAGLIENMSYCQCSSCGHIDYLFAQDGGKALAERYGLPLLGALPLDVSIREQADLGKPLVVDKPDSELAGIYREAARALSMQMALSLPSRTTEHYIRGETIGISQV				NA	NA	NA	NA	NA
AK237_03092	591	dcd	COG0717	dCTP deaminase	ATGCGTTTATGCGATCGTGATATTTACGATTATCTCCAAACTGGCAAAATTTCCATCGATCCTACGCCCAGCTACGATCAAATTAGCGGTGTAACGGTTGATATTCGGTTGGGGAATAAATTCCGCGTATTTGAAGATCACCAAGCGCCCTATATTGATTTAAGTGGCCCTAAAGCAGAAGTGCAGGAAGCGCTGAATTCGGTCATGAGCGATGAAATTGAATTGCCTGAGGGCAAAGCGTTTTTCCTCCACCCGGGTGAGCTGGCACTGGCAATTACCCATGAGTCGGTGACGTTACCGGATAATATCGTTGGCTGGTTAGATGGCCGTTCCTCGTTGGCGCGCTTAGGATTAATGGTGCATGTTACCGCACACCGCATCGATCCGGGTTGGTCAGGTAATATCGTGCTTGAATTTTATAACAGCGGAAAGCTACCCTTAGCATTGCGTCCGTTAATGAAAATAGGAGCGCTGAGTTTCGAAGTACTTTCTCAAGCTGCTGAAAAGCCTTATAACGCCCGCGCCGACGCTAAATACAAGGGGCAGGCGGGAGCCGTTGCAAGCCGCATTACCTCGGATGATAATAAGTAA	MRLCDRDIYDYLQTGKISIDPTPSYDQISGVTVDIRLGNKFRVFEDHQAPYIDLSGPKAEVQEALNSVMSDEIELPEGKAFFLHPGELALAITHESVTLPDNIVGWLDGRSSLARLGLMVHVTAHRIDPGWSGNIVLEFYNSGKLPLALRPLMKIGALSFEVLSQAAEKPYNARADAKYKGQAGAVASRITSDDNK	PGPT0021225_831	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021225-dcd-K01494	NA	NA
AK237_03093	1371	sdcS_2		Sodium-dependent dicarboxylate transporter SdcS	TTGATAAAACGTACCGCTACCCTTGTCATTGCCGCCCTGGTTGCGTTGTTATTTGGTATAGGCCTACATATTGCTCAGCAACCGACCGATATTGTAGCCACTGCAGCCATTACTACATTTGTCGCTATTTTGTGGGTAACCGAAGCGTTACCTATTCCCGCCACATCACTCATTCCTTTTGCACTGTTTCCTCTTGCGGGCGTGCTTTCTCACGCTGAGGCCGCATCGTCGTTAGGCAGCCACGTCATCATTTTGTTGATGGCGGCCTTTATGCTTTCCAAGGGGCTTGAAAAAGCAAACCTGCACAAACGTTTCGCCATTTACATGCTCAAATTAACCGGTACGGGCAGTGGTATGAAACTGGTGTTGGGTTTTATGCTTACCACGGCCGTGCTGAGTATGTGGATAAGCAATACCGCTACTGTACTTATGATGTTGCCGATGGCTATGGCCATCATTAACGCAACGCAACATACACGTTTTGGTGTTGTATTGATTCTGGGTATTGCTTACGCAGCGAGTCTGGGGGGCGTTGGCACACCTATCGGTACTCCGCCAAATATCATCTTCATGAGTGTTTACGAAACGTCGCAGGGCGCAGAGTACAACTTCCTTGAATGGATGAAAACCGGGGTGCCGATTGTACTGTTTGCCATTCCAGCCATGGCATTGTGGTTAGGCAGAGGCCTTGGCAACATCGGCCATATCGATTTACCCGAACCTGGTGTGTGGACGAAAGCGGAAAAACGGGTGTTAGCGGTATTTGGTAGTGTAGCAATGGCCTGGGTGTTCAGGCCTTTCTGGACTGGCTGGCTTGGCATTACCACCGTGAGTGACAGCACCATCGCGGTGGCAGGCGTCGTCGCAATGTTCATGGTGAATAGCGGTAAGCCAAATAATGACAAATTGCTTGATTGGCCCACAGCAAACGATATTCCATGGGGAATGCTATTGCTTTTCGCTGGTGGCATTTGTATCGCTAAAGCATTTAAGGCGTCGGGTTTAAGTGTACTGATGGGAGAGTGGCTGACAGGTTTATCGACACTACCGGTTTTATTGCTGGTGTTTGGTATTTGCCTATTCGTCACTTTTCTGACTGAAATCACGTCGAATACCGCCACGGCCACGCTACTTATGCCCATCCTTGCGGCAGCAGGTACCGCAGTAGGTGTAGATCCTAAGCTTCTTATGATCCCTGCGGCGATTAGTGCAAGTTGTGCGTTTATGCTACCTGTTGCGACGGCACCCAATGCCATCGCCTATGCAAGCGGAAAATTCGATATTAAAACCATGGCGAGGGAAGGGATGGTGCTGAATGTTATCGTGGCGGGCGTGGTGACCATTGTGTGTTTTTTCACACTTCAGGGGTAA	MIKRTATLVIAALVALLFGIGLHIAQQPTDIVATAAITTFVAILWVTEALPIPATSLIPFALFPLAGVLSHAEAASSLGSHVIILLMAAFMLSKGLEKANLHKRFAIYMLKLTGTGSGMKLVLGFMLTTAVLSMWISNTATVLMMLPMAMAIINATQHTRFGVVLILGIAYAASLGGVGTPIGTPPNIIFMSVYETSQGAEYNFLEWMKTGVPIVLFAIPAMALWLGRGLGNIGHIDLPEPGVWTKAEKRVLAVFGSVAMAWVFRPFWTGWLGITTVSDSTIAVAGVVAMFMVNSGKPNNDKLLDWPTANDIPWGMLLLFAGGICIAKAFKASGLSVLMGEWLTGLSTLPVLLLVFGICLFVTFLTEITSNTATATLLMPILAAAGTAVGVDPKLLMIPAAISASCAFMLPVATAPNAIAYASGKFDIKTMAREGMVLNVIVAGVVTIVCFFTLQG				NA	NA	NA	NA	NA
AK237_03095	237			hypothetical protein	ATGAAATTTGTAGAAGTAACGGATATAGATAACCTTGAGCCCGGATCTTTTTACGCGGCGGTGCGAAAAGAAAATAAAGACGGTAGAAGCCCTGATTATCTCAAGGTTATTAGAATAAGCAAAGAAACGAAAAGCGGGGAGCTTGTTGTAACGCAAGGAGGCAACCGAGCTTTTTCAAATATGAGATGGTTTGGCCCATTCCCCGCCAGCTTAGAGCAACTTGAAAAATTTTTATAA	MKFVEVTDIDNLEPGSFYAAVRKENKDGRSPDYLKVIRISKETKSGELVVTQGGNRAFSNMRWFGPFPASLEQLEKFL				NA	NA	NA	NA	NA
AK237_03096	399			hypothetical protein	ATGATTGATGACCTGGAAGATTTACGAGCTGCATTAAAGTTCATGGATAATGGCGGGACGATTGAATCATTAATTTGCAGCTATGACTTTTCTCGGGCAATTAAAGCTGAGCATTTAATTAACGGGGTTTACGTAGATAAGCTGATTATTTTCTGCTTCCACAGAAATAAGGAAAAGTCAGAGGTATATTACCACGTTGACGTATTTGAAAAGTCCAATTCAACTGGCTTGTGCTTTCATGTTTGCAGTTACGATGATAGCTACCTTTCGACTTCTCACAATTACTCATGGTATGCGCTGCTGGCATACTACAAAGATCTTTTCGGCGGGAACGTAAATTTCGATGACGAATGTTTTGATAATGACCCAGAAGCAGTTCTGGCGTTCGGCCCCCTATAA	MIDDLEDLRAALKFMDNGGTIESLICSYDFSRAIKAEHLINGVYVDKLIIFCFHRNKEKSEVYYHVDVFEKSNSTGLCFHVCSYDDSYLSTSHNYSWYALLAYYKDLFGGNVNFDDECFDNDPEAVLAFGPL				NA	NA	NA	NA	NA
AK237_03097	486			hypothetical protein	ATGACACTAAGTAAAGAGTACGACCCAGAGTTAGAGTTTGAAAAATACTGCATTTATATTGAGAAATCATTAAAAGAAAAAAAGGAAAAAGATCCTACATTTCTAGGCATGAAAGACGCTGTTAAGGAGCACCTGAATTATTGCAAGAAAATAAATGGAATAAAAATATCTATCAGTTTATTCGACGAAGGTGTGCACCATTACTACATTACCCCATCATATCTGGATGATGAAGTGATTGATCATGCCTGCAATAGTGATAGGTACTTTTGCGAAACATTTAAACAGGCTGAGTCCGCAATCATTGATACGCTAGAAAATGAGTTTAAAGATGTTTTTGAATACTCAATTAGTCAAAATGAATCTCTCGGGATTACAGACGCTGAATCATTCATGGCAACAAGAGATAGACTGCCTTTAACTTCTGAAATATTTGAAGTAACAATAACTCCGAAGAAACCCTATACACACTCCAACAGAAAGTAA	MTLSKEYDPELEFEKYCIYIEKSLKEKKEKDPTFLGMKDAVKEHLNYCKKINGIKISISLFDEGVHHYYITPSYLDDEVIDHACNSDRYFCETFKQAESAIIDTLENEFKDVFEYSISQNESLGITDAESFMATRDRLPLTSEIFEVTITPKKPYTHSNRK				NA	NA	NA	NA	NA
AK237_03098	1128			hypothetical protein	ATGGCACCACGTAGAAGGATGAGCCAGAACAGTGACCTTCCAACTGGGCTGGGCGTGAAAACAGTTCGCGGTGTGAAGCGTTTCCGGTACCGGTATCCGAGCGGGAAAGATGTTTACTTTCCTGTCGGTACCACTCGTTTTGCTGCAATACAGGCAGCGGTGGCATTCAATGCAAAGCTGAGATCGCCCGAGAAGATGCAATTGCAGCGCGAGGATAAATACAATCATCCGCTTTCTTTCTGGTTACCGAAAGTAAAGCCAAGGATACTGAAAGACAAGCCACTGGGCAAAGATGCTGCCCGACAGTTCGAAACTGATTACGATTTGCTGATTAATAATTTTGGCGGTGTGTATTCAAAAACGGTTACGCTGGACACGGTGAACGATTACCTTGCCATCGCTGCTGAGGGTAAAAGCAACAACGTCTATAACCGGAAAATTGGCTTTCTGGAAAAGGTGTTCAAGTACCTGGTTGACGAATCAGCTATGGCCAGCAATCCTGCCGCTGTGAAAATACGCCGTGGCAAAGAAGTGAAGGAACGGCAGCGGCTGAAGCTTGAAGACTTCAAAAAGATGTTATCAGCTGCTGATAACAACCCTGAACTGCACTGGCTCAGTATCGCTATGCGCCTATCTATTCAGACAACGCATGCAACGCTGGAAGTTAGCCGGATGAAATACCGCGACATTAAAGACGGACATCTGCGGATCCATCGCCAGAAGGTTCATAAAACAGAAGCGTCCAGAGTTGAGATCCCTGTCACCAGTGAATTACAGAAAGTAATTGATGAAAGCCGGAAGCTGGCATGCCCTTACATCGTTCAGCGAATTGGACGGTACCGGCACCAACTTGGTGAAGGTTGTGATCACCCGTTTCAGGTTTCAAGCAAACAGATCAGCCGGGCATTCTCAGATTTGCGGGATGAACTCGGGATAGGTGCAAGCCTATTGAAAAAGCAGCGCCCAACGTTTCACGAAATCCGCGCTTTATCGATTCACCTGTTCGACAAAGCCGGTGTTGACCCGCAATCAAGGGCCGCACATAAAGACGCTGAATCAACCAAAGTTTACAAGGAAGGGCACGTTGAATGGGTACGTGTTCCGGCCGCAGAATTGAAGATAGGATAG	MAPRRRMSQNSDLPTGLGVKTVRGVKRFRYRYPSGKDVYFPVGTTRFAAIQAAVAFNAKLRSPEKMQLQREDKYNHPLSFWLPKVKPRILKDKPLGKDAARQFETDYDLLINNFGGVYSKTVTLDTVNDYLAIAAEGKSNNVYNRKIGFLEKVFKYLVDESAMASNPAAVKIRRGKEVKERQRLKLEDFKKMLSAADNNPELHWLSIAMRLSIQTTHATLEVSRMKYRDIKDGHLRIHRQKVHKTEASRVEIPVTSELQKVIDESRKLACPYIVQRIGRYRHQLGEGCDHPFQVSSKQISRAFSDLRDELGIGASLLKKQRPTFHEIRALSIHLFDKAGVDPQSRAAHKDAESTKVYKEGHVEWVRVPAAELKIG	PGPT0021997_19	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MOBILE_ELEMENTS	CE-BACTERIAL_FITNESS-INTEGRASES|RECOMBINASES,PGPT0021997-int|xerC|bacteriophage_integrase-K21039	NA	NA
AK237_03099	219			hypothetical protein	ATGATTACCTACACGCCGGTTGAGTATGCAGACAACGTTTATGGCGGTGCCGTTACCTGCAAAACAATCCGCAACTGGATTAAGGCTGGTAAGAAAATGAAGGGTGTCGATCATGTGGAGACTACGCCGACCAACCACTATATTATTTTCATGAAAACAGATGAAACGGATTCAGAGGTTGAGTCGCTTATGAAATTGCTTGAGTCTAAGGCAGTGTAA	MITYTPVEYADNVYGGAVTCKTIRNWIKAGKKMKGVDHVETTPTNHYIIFMKTDETDSEVESLMKLLESKAV				NA	NA	NA	NA	NA
AK237_03100	315			hypothetical protein	ATGAGTGAATTGAAGGCGTGCCCTAATCTACTTTGTGGCGGCACTAATATTGATGTTGACCCGGACCATGACTATGAAACAAAAGATCCTATCGTTGAGTGTATGGACTGTGGTGTAAGGGCTGAATTGAAAAAGTGGCAAGCCCCTCGCCCATCCGAAAACAAAATAAAGGCTGAGGGGATTATGGAGGCTATAAAACAATGCTCACCTTTGCCTATTGGATCACCAGATGATTTTAGCGAAGGTTATAACGGGTATTGTGAAGCGCTTTGTGCTCTTCAGGAATACGCCAACAAACTGGAGAAAGGCGAATGA	MSELKACPNLLCGGTNIDVDPDHDYETKDPIVECMDCGVRAELKKWQAPRPSENKIKAEGIMEAIKQCSPLPIGSPDDFSEGYNGYCEALCALQEYANKLEKGE				NA	NA	NA	NA	NA
AK237_03101	324			hypothetical protein	ATGATAACACTAACTAACTGCTGGCGAATTTGGTCTTCCGCAATTGATGGTGATTCACTTATCTACGGAACAGCTGAAGGGCATACCTTTTATTTAACAAGCCGAGTGCAACGTTATGAAGAGTTCGACGGCTATGCAATTGCACATACACTCGACGGTGAAGTAAAGCTCATCGGAAAAGTGACGCGACTCAAAGCAAGCGAGGCTGTGTTTCGGAAAATACAAACCGGTTTGACGCCGGAAGAAGCCATTAAAGTAGGCAAGACACGCACGCCTACGGAAGCTCGGATTAAGTTGGAAGGTTTGGGGGAAGATAATGAGTGA	MITLTNCWRIWSSAIDGDSLIYGTAEGHTFYLTSRVQRYEEFDGYAIAHTLDGEVKLIGKVTRLKASEAVFRKIQTGLTPEEAIKVGKTRTPTEARIKLEGLGEDNE				NA	NA	NA	NA	NA
AK237_03102	264			hypothetical protein	ATGACCCCACAACAATACAAACGCGAGTATCTTGGCGATTTCAGAGTGGATGAGCGGCAAATTTCCTTAGATAAAAGGCTTGCTCAATATTACCGGGATACGCCGTCAGAAATGGGAAATAAACAAGCCCTTTTTCATTGGAAGTTGTTCAGCAACTGGGCTTATAGAAATGGCTATTCCAGGGAGGAGGTTAACGCGGCAAAGCGCAGGGTTAATCCGGACAACCTGCCACCAGAGGACAAAGACAATGATAACACTAACTAA	MTPQQYKREYLGDFRVDERQISLDKRLAQYYRDTPSEMGNKQALFHWKLFSNWAYRNGYSREEVNAAKRRVNPDNLPPEDKDNDNTN				NA	NA	NA	NA	NA
AK237_03103	399			hypothetical protein	GTGAACGAACTAATAAACCAGCAGCGTGATGAGATAGCTCGACTAGAGAAGATTCTACAGCGCTATGAGACTCAGCAGCTTGAGCCGTGGAGACAGAGAACGCGTGACGCAGAGCAGCGGGTTAAGGAGTTGGAGAAAGAGCGCGACGACTACAATCAGGTTGCTGGAATCGCACTAGACGCAATCGGGTATCCTTTGAAAAAGCGATGGCCTTTCAATAAAGGCGAGTATGAGAATCATCTAAACAAATTCGCCATTGAGGCTCAGATTAAAGCGTTTGAATGGGCTATTCAGGAAAACTCTTTTAACAACGAAGATATAAACGCTGAAGTAATTTACGTGGATGATTTGAGGGTAGATATCGAACAACTCCGCGCAAAGCTGGGAGGTGAGTTGTGA	MNELINQQRDEIARLEKILQRYETQQLEPWRQRTRDAEQRVKELEKERDDYNQVAGIALDAIGYPLKKRWPFNKGEYENHLNKFAIEAQIKAFEWAIQENSFNNEDINAEVIYVDDLRVDIEQLRAKLGGEL				NA	NA	NA	NA	NA
AK237_03104	165			hypothetical protein	ATGAACCTATCCACAAACAACCAACAACGCTTAGCTGCCATGCTGGAAGCAGATTACCCGGCATGGGCTATAGCAGAGCGTTTAAGTATTAAATTAAGCGTGGCTAGAAAGATACGGGCAGAGTATCTGGAACAGAAGCAGGAATTAAAGGGGGATGTGGCGTGA	MNLSTNNQQRLAAMLEADYPAWAIAERLSIKLSVARKIRAEYLEQKQELKGDVA				NA	NA	NA	NA	NA
AK237_03105	801			hypothetical protein	ATGAGCCGCTTCAAGTACAGCATTGAGATGATAGCCTTTCTTGAAGTCGGCTATAAAAAATGGCGCATCCCTGAACTTACCAAACAGTTTAACGCATGGTTCAAATTGAAGAAAACAGAGGGGCAAATAAAGTCTGCTTTGACCAATAATGGTATCAAGGCTAATCGTCCCACTGGGCTTTCGTCATGTGAGCGCAAACTGAAATACAGTGAAGAGCAGATCGACTGGCTAAAGTCCACTTTCAAAGAAGTGTCTGTTAAAGAACTGGTGCCACGGTTCAATCAGGAGTTCGGCTTAAACGAAACATTTAACCAGGTAAAAGCATTTCTGAAAAATCACGGTATTACATCCGGGCGCACAGGACACTTCACCAAGGGGCATGAAAGCTGGAATAAAGGTAAGAAGGGACTAAGCACCGGCGGCGAAGCTGGCTGGTTTAAGAAAGGCTGCACGCCTCCAAACAGAAAGCCACTAGGTCATGAGCGTATTTGCTCAAAAGATGGCTATGTGATGGTAAAAGTCGCCGAAAAGAACCCGCACACAGGGCACGCTACCCGATTTAGGCAGAAACACCGCGTTGTTTGGGAGCAACACAACGGACCAGTACCTAAAGGCATGGCTCTGATCTTTAAGGATGGCAATAAACTTAACTGCGCCATCGATAATCTGATGCTCATCGATAGAGCGCAATTGGCGGTGATGAACAAAAGCGGGCTGATTTACGCGCCTGCAAAAATGAAAGAAATGGCGGCTCTTACTGCAAAGCTAATTATTGAAACAAATAAGAAGGCAGCAGCATGA	MSRFKYSIEMIAFLEVGYKKWRIPELTKQFNAWFKLKKTEGQIKSALTNNGIKANRPTGLSSCERKLKYSEEQIDWLKSTFKEVSVKELVPRFNQEFGLNETFNQVKAFLKNHGITSGRTGHFTKGHESWNKGKKGLSTGGEAGWFKKGCTPPNRKPLGHERICSKDGYVMVKVAEKNPHTGHATRFRQKHRVVWEQHNGPVPKGMALIFKDGNKLNCAIDNLMLIDRAQLAVMNKSGLIYAPAKMKEMAALTAKLIIETNKKAAA				NA	NA	NA	NA	NA
AK237_03106	240			hypothetical protein	ATGAGAAAGTTATCAGATTTAAATAACCACTTGTTTGCTCAGTTGGAGCGTATCGGTGATGAAGACTTGAACGGAGAGGAGTTGCAGGCTGAAATCGAGCGCTCAAAAGCCATGGCAGGCGTAGCTAAAGAAATCGTGAGTAATGCAAAACTGGCTTTCGATGTAGCCGTTAAGTATGACGAAATGAGCATGTCAGCAAAGCAACACGTTGACACAACGCTATTAGGTAACAAGCAATGA	MRKLSDLNNHLFAQLERIGDEDLNGEELQAEIERSKAMAGVAKEIVSNAKLAFDVAVKYDEMSMSAKQHVDTTLLGNKQ				NA	NA	NA	NA	NA
AK237_03107	702			hypothetical protein	ATGGATATCAAGGATTTTGCAAAACAGATTGATGGCTTTGAATACCCAGCGCGGGAGCTGAGTCAATTCGCCAGCCAAGCTAAAGAGCATGGCCTGCTTTTCATTTACGGAATGTCTGATGACCTATTGGAAATGCGCGGAATCATTGATGACGAAATTGACGCATGGGATGGGGTAAAAACCAAAGTCGGAACAAAGGGTGTAGACCTCGAACTGAAATGGTGTCCAGAAGATAAGTCAGGCGTATCTTGGGAGGTAATTATTGATTGCCCGCATGAGAAATTCACCATTGTCGAAGACGATGAGGTTTACTGTATTGGTGCCGTGGTTAGCCAAAACGAGTTAAACACCGCTCCCAACACTGAAGCTGCTATGAAAGAAAAAATCTTAGCGTGGTTTGTAAATGGGCGCGTTGGTTTATCAAGCAAGGCTATGGCTTCTGCTGCCTGCGGAATGACACCAAGCAGCACCTACCACCCGGCAGATCCGGACGATTTGAACAGATGCCTTCTACTGCTCGAAGTGGCTCCAGAAATACGCAACCACATGGATAAAGTTGCAGAGCTGAGCAGTACATGGGCGGCTTTGGTTGCCCGATGGGATGAAGTTGAAAGCGAATTCATCAACGAAGTTGGTCTGAACTGGGAGAACGGCAATCGAGCTCCAAAGACCTATGAACTCATGAAGTCAATTGGCTGCTGA	MDIKDFAKQIDGFEYPARELSQFASQAKEHGLLFIYGMSDDLLEMRGIIDDEIDAWDGVKTKVGTKGVDLELKWCPEDKSGVSWEVIIDCPHEKFTIVEDDEVYCIGAVVSQNELNTAPNTEAAMKEKILAWFVNGRVGLSSKAMASAACGMTPSSTYHPADPDDLNRCLLLLEVAPEIRNHMDKVAELSSTWAALVARWDEVESEFINEVGLNWENGNRAPKTYELMKSIGC				NA	NA	NA	NA	NA
AK237_03108	1536			hypothetical protein	ATGATCCTCTTAGATTTAGTTCAGGGTTCAAAAGAGTGGTTAGAAGCCCGCATGAAATATTTCACCGCATCGGAAGCCCCAGCCATGATGGGCGCTCACAAGAATATCAGCCGCACCAACCTGCTGGATCACAAAAAAGGCTGGACCACCATCGTTAACGATTACACGCTGCGCCTGTTCGAGAAAGGTCACCAAACCGAGGAAATGGCGCGCCCTCTGGCTGGCCAGATTATTGGTGAAGGGTTTAACCCGGCAGTTGGTGCAGATGAAGACGGCGTTTATCTGGCGTCGTTTGACGGCATTACGTTGCTGGAAGACGTCCTTTTCGAGCACAAGCTATACAACAAAGTGCTGGCCGAGAACGTGCTGAATAACGTGCTTGAACCACATTACTACTGGCAGCTTGAACACCAGTTGCTGGTATCCGGCGCTGAGAAAGTGCTTTTCGTGACCAGTGACGGCACCCCGGATAACTTCCAGCACATGTTTTACGAGTCCGTGCCTGAGCGTCGCGAGCAGTTAATTAAAGGTTGGGTTCAGTTTGCTGAAGATTTGGAAGCACACGAACCGCAGGCGAAGGCTGAGCAGGTTAAAGCGGCGGATCTGGTAAAGACAGAAACTACTTCGCCACAGTTGATTCCCGCTCTGGCAGTAGAGGCAAAAGGCCTGGTCTCTCACTCCAACCTGCACAGCTTTGCAGAAAAAGTCGCTGAGTTCCTGAACGGTATCAATGACAACCCGGAGACTGACAGCCAATTCGGTGAAGCGGAGCAGCAGGTCAAATATATCAAGTCAGTTGAAAACAAAATCGCCGAAGTCGAGAAGTCTATAAAAGACGGTACGCAGGATATTACCAACGCGCTTAACACTTTGAAGGCGGTGAAAAAGTCTCTGGCAGAAAAACGCCTCTTCCTGGATAAGCAGGTTAAAACGCGGAAAGAGGAAATTAAGCAAGAGATTTTCGAGGCTGCGCAAAAGACTATCGGGGATAAAGAAAAATGGGCTGAAGAAGCTACCGGCGCAATCTGCCCGCAGACTTCGGCTGACGTCGTGGAAGCAATGAAGGGTAAGCGAAATATTGATTCCCTGCAGGATGCCGCTGACAGCGAAGTAGCGAAAGCGAAGATTGAAATCAATGGATTTGTTGAACTGGCAGAGCAAAACAAAGCTTTACTGTCGCAACACCCAGACCACAAGTTCCTTTTCAACGACTGGTCACAAATCGCCTTCAAAGCGCCGGATGATTTTAAAGCCCTGGTTACTGCCCGTATCGCTGAATATGAGCAACAGAAAGCCGCAGAACTGGAAGCACGGGAAGACGAAGATGAAAAACCGGAAACGCAAACAGCGCCAGCAGCGGAACCAGTGGCTATTTCACATAGCGGTTCAAAAGCAACCGCACCGCGCAAGCTTGGAGTAATGGAAGTTAACGCCGTGGTGAGCTTCATTGCCTGGGCAAAAGTGGAAGACAAGTCCATCGCAGATACGCTGGACAACCTTTATTCGCAGTATTTAGAACAACGTGAGGCGGTGTGA	MILLDLVQGSKEWLEARMKYFTASEAPAMMGAHKNISRTNLLDHKKGWTTIVNDYTLRLFEKGHQTEEMARPLAGQIIGEGFNPAVGADEDGVYLASFDGITLLEDVLFEHKLYNKVLAENVLNNVLEPHYYWQLEHQLLVSGAEKVLFVTSDGTPDNFQHMFYESVPERREQLIKGWVQFAEDLEAHEPQAKAEQVKAADLVKTETTSPQLIPALAVEAKGLVSHSNLHSFAEKVAEFLNGINDNPETDSQFGEAEQQVKYIKSVENKIAEVEKSIKDGTQDITNALNTLKAVKKSLAEKRLFLDKQVKTRKEEIKQEIFEAAQKTIGDKEKWAEEATGAICPQTSADVVEAMKGKRNIDSLQDAADSEVAKAKIEINGFVELAEQNKALLSQHPDHKFLFNDWSQIAFKAPDDFKALVTARIAEYEQQKAAELEAREDEDEKPETQTAPAAEPVAISHSGSKATAPRKLGVMEVNAVVSFIAWAKVEDKSIADTLDNLYSQYLEQREAV				NA	NA	NA	NA	NA
AK237_03109	759			hypothetical protein	ATGGGTAACATGATAAAAAGCAGCGGTTTCGATTTAGCACCGCAAAACCTTAACCAGGCGATGGAACTGGCAAACATGATTTGCCGCAGTCAACTGGCCCCTAACAATTACAAGAACAAACCCGAAGATACGCTTGTTGCCATGATGATGGGTCACGAACTTGGCCTGAACCCGCTTCAATCAATTCAAAACATCGCGGTAATCAATGGCAAGCCTTCCATTTATGGTGATGCGTTAATGGCGCTGGTACAGAATCACCCGGCATTCGGTGGCATCAAAGAAAGCTTCGACGAAAGCACCATGACGGCAACGTGCACGGTATGGCGCAAAAAAGGCGAGCCTCATACCCAGACTTACAGCCGTGGCGATGCAGAAACCGCGAAGTTATGGGGCAAACAAGGCCCGTGGCAGCAATACCCTAAGCGCATGCTGGCAATGCGAGCCCGTGGCTTTGCACTGCGTAACCAATTCGCTGACGCCCTTGCAGGTCTCGTTACCCGCGAAGAGGCTGAGGACAGTGCGCCAGAGCGCGAAATCAATCCTGGCTATTCATCTGCACCGGCACAGCAAGAAAGCCGCCCTGCACTGCCCGAGTACACACAGGAGCAGTTTGACCAGTTTTCAGATAAATGGGCGAAAGGCATTTCTGCCGGAAAAATCACCCCGGCCGCAGTCATTGAGAACATCGAATCGACGTTCGTACTGCCAGCAGAAATCGCCACACAAATTAACGCATTAGGACAGGAGCAAGTCGCATGA	MGNMIKSSGFDLAPQNLNQAMELANMICRSQLAPNNYKNKPEDTLVAMMMGHELGLNPLQSIQNIAVINGKPSIYGDALMALVQNHPAFGGIKESFDESTMTATCTVWRKKGEPHTQTYSRGDAETAKLWGKQGPWQQYPKRMLAMRARGFALRNQFADALAGLVTREEAEDSAPEREINPGYSSAPAQQESRPALPEYTQEQFDQFSDKWAKGISAGKITPAAVIENIESTFVLPAEIATQINALGQEQVA				NA	NA	NA	NA	NA
AK237_03110	339			hypothetical protein	ATGGCTAATTTCACCCCAGGCCCTTGGGCAGCTGTAGAAGACATTAATGGAGAATTCAGTGTCGTTAAACAGCGTGTTAGGTACAAAGGAACAGAATGGGAACCTCATTACTGCGATGCCAGCGTTGTATTAAGTATTGGTGATCACACAGATCCAGAAACATCACTCAATAGCCGCGAGAATGCTTTTTTAATTGCTGCAGCACCAAAGATGTACGCCGCAATGCAAGATTTCATAAAGCGAGTTGATGACGGCGAAATTCGCAGCAAAAACACTTATGAAAATTTTAAATCAATTTTGCTAGAGGCACGTGGAGAGGAGGAACAGGTAAATGGGTAA	MANFTPGPWAAVEDINGEFSVVKQRVRYKGTEWEPHYCDASVVLSIGDHTDPETSLNSRENAFLIAAAPKMYAAMQDFIKRVDDGEIRSKNTYENFKSILLEARGEEEQVNG				NA	NA	NA	NA	NA
AK237_03111	288			hypothetical protein	ATGGAAGCACAAAATTTAAAACGACTGGTTTCCAGTCACATCGAAAATCTTGATCAAGTTGTGACCACGCTAAAAGAGCAAGGTCACGACATTAAGCTGACAAGGGCTGGCGATTGCATATTCCTTACCCACGTTAAACCAGGTCAGGTCATCAATGAAGCCTTCTATTTAGATAATATAGAAGCCCTTTCACGGCTGCGCAATTTTACAGTAAATCTCCGCACGCAGATTGTAGTGCCTTCCATTGAGCAAGGAAGCTCTTCTTTTCAAGGGGTGGCGCATGGCTAA	MEAQNLKRLVSSHIENLDQVVTTLKEQGHDIKLTRAGDCIFLTHVKPGQVINEAFYLDNIEALSRLRNFTVNLRTQIVVPSIEQGSSSFQGVAHG				NA	NA	NA	NA	NA
AK237_03112	363			hypothetical protein	ATGAGCATAGCAGAACAGATAAATAAAGCGGTAGAAAAGTGCCACGGCGCGGCTACTGAGGCAGGTTGGTGGAAAGGAGTAGATGTTTTTGCGCCCCACGTAGTACCGGCGAAGTTATGCCTTATACATTCTGAAATCAGTGAGGCTATGGAAGGTGACAGAAAGAGCTTAATGGACGACAAGCTGCCGCATCGGCAAATGATTGAAGTTGAGCTAGCTGATGCGGCAATCAGAATTTTCGATTTGGCGGGAGCAATGGAGTTAGACCTTGGCGCGGCGATTGACGAGAAAATGGCTTACAACCGAACTAGAGCAGACCACAAGATTGAAAATCGAGAGTCACTCAACGGCAAGAAATATTAA	MSIAEQINKAVEKCHGAATEAGWWKGVDVFAPHVVPAKLCLIHSEISEAMEGDRKSLMDDKLPHRQMIEVELADAAIRIFDLAGAMELDLGAAIDEKMAYNRTRADHKIENRESLNGKKY				NA	NA	NA	NA	NA
AK237_03113	594	ssb_2		Single-stranded DNA-binding protein	ATGGCAACCAGAGGTGTGAACAAAGTCATTTTAGTCGGCAACTTGGGGAATGACCCAGAAGTCCGGTATATGCCAAACGGCAACGCAGTAGCCAACCTGAGTCTTGCTACCAGTGAAAGCTGGAAAGACCAACAGGGCCAAGTCCAAGAGCGTACAGAGTGGCACAAACTCACTATGTATCGTCGGCTAGCTGAAATCGCCGGTGAATACTTGGCTAAAGGTTCTCAGATCTACGTTGAAGGCAAGCTACAGACGCGTAAATGGCAGGATAACAACGGCGACGACCGTTACACCACCGAAATCATCGTTGACCAGATGCAGATGCTTGGTGGTAACTCTGGGGGCGGCCAAAGTGCCGGAGGGTTTCAGAGGCAGCAGAGTGACACCGGAGGATATCGACAAGGCAATAGCCAAAACCGCGGAGCGCCTAGGGATCAGTCAGGCGGACGCAGCGGAGGCCTTGGTAACCAGACTTCGGCAAATGGCGGACAGCAAAACAAGCCGCCAATGACTGAGCCTGATTTTGACTTCGATGACGACATACCTTTCGCACCCATCGGGCTACAACACCCTAGCCTACTTGAGTGTATTTAG	MATRGVNKVILVGNLGNDPEVRYMPNGNAVANLSLATSESWKDQQGQVQERTEWHKLTMYRRLAEIAGEYLAKGSQIYVEGKLQTRKWQDNNGDDRYTTEIIVDQMQMLGGNSGGGQSAGGFQRQQSDTGGYRQGNSQNRGAPRDQSGGRSGGLGNQTSANGGQQNKPPMTEPDFDFDDDIPFAPIGLQHPSLLECI				NA	NA	NA	NA	NA
AK237_03114	216			hypothetical protein	ATGATCAACATCTTCCTAAAGAAAGACAGCTTTATAGAGCTAAACGGAGAGACCTATACAGATAGAGATTGTATATGGACTCGCATGAGTGAGCGTGAAGCAAGAGCATTGCTGGGTGATGCGGTAGAAAGCGTTTACGAAGAAAAGCGCTTTTTCCCCCAGGCACATGCTTACCGCTTTGACCAATACAAGCGATTGAATAAGGAAGCAGCGTAA	MINIFLKKDSFIELNGETYTDRDCIWTRMSEREARALLGDAVESVYEEKRFFPQAHAYRFDQYKRLNKEAA				NA	NA	NA	NA	NA
AK237_03115	282			hypothetical protein	ATGAGCGATGACAAAGTTTATTTCAACGGATTAGTGAGTGAGGGTAACTCACTGACAATGGGTGTGGAAGGTGGTCCGTGCCACGTCGTTATAGACGCCTTTGTAGGTGAGTTCATGAATTCTGGTGCGACTAATTTTTTAACAATGACCTTCACCCATGAAGAAAGTAAAGAAGAATTTGAGGTGACCATTCAGAAAGTAAGTGGCGAGTCTACGTGTAACCAGCTGGCTCGCTTAAAAGCAGAAAACGAGAAGCTTAAAGCGGAATTAGCAAAGTCATGA	MSDDKVYFNGLVSEGNSLTMGVEGGPCHVVIDAFVGEFMNSGATNFLTMTFTHEESKEEFEVTIQKVSGESTCNQLARLKAENEKLKAELAKS				NA	NA	NA	NA	NA
AK237_03116	618			hypothetical protein	ATGAGTAACGCGCTTTTCACCAGATTTAACCGCAAGTCAATTCAGGACAGGTCTATGGATACCTTAATAGGCTTGGCTAAAGGGATAACGGCCGACGGCAATGTAAACCAAGAGGAAGCCGAATTCCTTATGACATGGCTTATTCAAAATGCTGGTTCTGATAATCCTATTCTTCTAAATCTATTAGGGAAAGTTGAGTCAATTCTGGCTGATGGAGTAGTGGATAAAGATGAAGCCCAGGAGCTTCTCTGTATTTTGACAAGCATATCTGGCGGAAAATCAGAGATCGGTGAGTTAGCAAAATCAACAACACTTCCCCTTTGTTCTCCAGTGCCCGAAATAGCCCCTGAAGGTAAAACTTTTTTATTTACAGGTACGTTTGCTTTTGGAAGTAGAAAAGAATGCATATCCGCATTGGTCGAAGCTGGAGGTGTTGAGGCTAAATCTGTCAATAAAAAGCTTGGTTATTTAGTGATAGGAACATATGTCACAGACGCTTGGGCGCACGAGTCTTTTGGAAGAAAAATAGAAAAGGCTATGACATATAGAGATGAAGAAATGTTACCTATAGCAATTATTTCTGAAGAGTCTTGGCTAAAATCAATAGGTAGAATTTAG	MSNALFTRFNRKSIQDRSMDTLIGLAKGITADGNVNQEEAEFLMTWLIQNAGSDNPILLNLLGKVESILADGVVDKDEAQELLCILTSISGGKSEIGELAKSTTLPLCSPVPEIAPEGKTFLFTGTFAFGSRKECISALVEAGGVEAKSVNKKLGYLVIGTYVTDAWAHESFGRKIEKAMTYRDEEMLPIAIISEESWLKSIGRI				NA	NA	NA	NA	NA
AK237_03117	432			hypothetical protein	ATGGCGATAGAAAATATGCGTAAAATTGAATACGTAAATAGCTACTTCCCTATCCTTTCGGTCAAGGCAAATGACATCGAACAGTCGGAACTAATTGCAGAGCGCGAGCTAGATGTCAGAGCGCAAATCAGAAAGTCTACGGAAGAAAATTGCTATATAGTACTAGTTGACGTTGAAGAAACCTCTGAAGAAACACCTTACCAATTTCAAATTTTAGCCGTAGGCACATTTGAAGTTAGATATGAAGATGATGCGAAATCTGAGGTTACAGAGGCGCAAGAAGTAGCATTCAATGGGGCGCAAATATTGTATGGTCAAATAAGAGAGCAATTAGCTATGATGACCAGCCGCAGCGTGTATGGAACGTTATTCTTGCCTGCATATTATTTTTCGAATGAAAACTTTATTGCAGGCCAAGAGCTAGATGAATAA	MAIENMRKIEYVNSYFPILSVKANDIEQSELIAERELDVRAQIRKSTEENCYIVLVDVEETSEETPYQFQILAVGTFEVRYEDDAKSEVTEAQEVAFNGAQILYGQIREQLAMMTSRSVYGTLFLPAYYFSNENFIAGQELDE				NA	NA	NA	NA	NA
AK237_03118	423			hypothetical protein	ATGAAATTTAAAGAGCTTAGAGAAAAACTCCTATCAACTTGGAGTGGTAAAGCAGAAAATGCGAAGATGGATTTCGCATTTCAAATGACAGATCTGATGAAAGCAAAGAGCATCAGCAACAAAACGCTCGCTGAAAAATTAAAAACTTCAGCTGCGTACATAACAAAAGTATTAAGGGGCGATCAAAACCTCTCAATCGAAAGCATTTACAAGATTGCAGACGCATTAGACGCAGACGTACATTTAAAGATGGTCGATAAGCACAATCAAAGCCTACACACCCTGAATGCAAGAACTGGACAATGGATCGAATCGATTTCAAATCAAAAAAGTCATGTTTCTAGAAAAATAAACTTACGCCATAAAGGGCATGTAATAGACATTCGCGAATTCGCTAGCAATGGCGATAGAAAATATGCGTAA	MKFKELREKLLSTWSGKAENAKMDFAFQMTDLMKAKSISNKTLAEKLKTSAAYITKVLRGDQNLSIESIYKIADALDADVHLKMVDKHNQSLHTLNARTGQWIESISNQKSHVSRKINLRHKGHVIDIREFASNGDRKYA				NA	NA	NA	NA	NA
AK237_03119	396			hypothetical protein	TTGCGCCTTTTCCTACTCGAAGAGAGAAACTGGTCGGTTCTTTCTGCATCAACAAAAACTGATGAGAACTTGATTATTGATTACATATGCAATTGTAATGATAGCGCTGCGGCCGGTCTCTTCGCGATGTTTAGGCGGTTTGCAGAGCTTGGCCATGCTGGCTTTAACAGCAGTCAACTGCACGAGGTTGATAAAAGTGAAAGCATTTATCAGTTAAGTAAAGGTAGGCACCGTATACTTTTTTTTAATATGAATGGTAAAGCAATATTATTATCCTGTCCTCATATTAAAAAAGGCGCAAAAGTTGATAGCTCTGAAGTAAAAAAAGCTATCAAAATGAAGAAAGAGTATGAATACGCTCTGCAAAGGAAAACTGTGGAAGTTATCAGGGGGTAA	MRLFLLEERNWSVLSASTKTDENLIIDYICNCNDSAAAGLFAMFRRFAELGHAGFNSSQLHEVDKSESIYQLSKGRHRILFFNMNGKAILLSCPHIKKGAKVDSSEVKKAIKMKKEYEYALQRKTVEVIRG				NA	NA	NA	NA	NA
AK237_03120	768	prtR	COG2932	HTH-type transcriptional regulator PrtR	ATGGCAATAACTTCTATAAGTGATCGAATTATAAGTAGGGCAAAAGAGCTAGGCTTAACCCAAACAGATATCGTTAAAGCTACAGGTGCAAGTAAGGCCTCTGTGAGTAATTGGTTTGGTGGAAGGGATAATCCGACTAGGTTTATATTACCTCTATCTAAGGCGCTTATGTGTTCGCCTGAGTGGTTAATAAATGGCGAAGATTTAGATCATCTGAGACCTTCAGAAAAGCAGTTAGAAGATCTAAAGGAGGGTTTGCCGTATACCAACTTGAAGCCTAGCAAAGAGTTAGAGGCTTCCTATTTAGGTCATGTTGATGCATGGGACAGTAGTACACCACTGGATGAGGATGAAGTTGAATTGCCTTATTTTATGGATGTTGAGTTAGCGGCAGGAATTGGCGCTGATGCAGTAACAGAATCGAACGGCCCTAAGCTTAGATTTTCAAAGTCCACACTAAGGCGATGCGGCGTAGACGAGAGTTCTGCCGCTTGCGTAAAGGTTTCGGGTAATAGCATGGAGCCTCGGCTTTATGATGGTGACGTTGTGGGCGTCAACACGGCGGACACGTCGATAGTGGATGGTAAGACTTATGCAATAAATCATGATGGGCTGCTACGTGTGAAGCGACTTTACCGGCTACCAGGTGGTGGCGTTCGTGTTAACTCAATGAACTCTTCAGAGTACCCCGACGAAACCTACTCTTCCTATGACACAGCTCGTATCAAAGTGATTGGGCGCGTATTCTGGCATTCGAGTATTTGGTAA	MAITSISDRIISRAKELGLTQTDIVKATGASKASVSNWFGGRDNPTRFILPLSKALMCSPEWLINGEDLDHLRPSEKQLEDLKEGLPYTNLKPSKELEASYLGHVDAWDSSTPLDEDEVELPYFMDVELAAGIGADAVTESNGPKLRFSKSTLRRCGVDESSAACVKVSGNSMEPRLYDGDVVGVNTADTSIVDGKTYAINHDGLLRVKRLYRLPGGGVRVNSMNSSEYPDETYSSYDTARIKVIGRVFWHSSIW				NA	NA	NA	NA	NA
AK237_03121	186			hypothetical protein	ATGCGCAAAACAGACGCGATTAAACATTTCGGTAGCCCAAGCGCAATAGCGGACGCTTTAGGGGTTACAAAAAGCTCAGTTTCGCAATGGGGCGACAAAATCCCCTTGCTCCGTGCATACCAGATAGAGCGAATTACAAACGGCGCACTCAAAGTCCAAGAGCCTGAATACCAAAAAGCCAGTTAA	MRKTDAIKHFGSPSAIADALGVTKSSVSQWGDKIPLLRAYQIERITNGALKVQEPEYQKAS				NA	NA	NA	NA	NA
AK237_03122	198			hypothetical protein	ATGTACGAGAATCGAGACCATGTAAGGGACATTACTACCAAGGTGCGAAGTAGCTCTGTGGAAGACCAAAAAGCCCGATTTGTTGCTAACCGACTTGGGAAACAGAAGGCGTCTCTTTTTCATGATGCTATTAACGAATTTATTGACCGCGAATACGAACGCATCATGCAGCAAGAAACACAGCTAAAAAGGGGTTAA	MYENRDHVRDITTKVRSSSVEDQKARFVANRLGKQKASLFHDAINEFIDREYERIMQQETQLKRG				NA	NA	NA	NA	NA
AK237_03123	192			hypothetical protein	GTGAATAATTTCCAGAAATTTGAAGATGTGTGCTTTGAAGGTCTTGATGCAAAGCGTCAGCACGAATTAACAGTTATCGCAGAGGCGAGAGGGATGTCCGTCGATTCGCTTTTGGAATTCTATGCCCGCCAAGCGCAGGGCTACTGCATCCAAATAGAGGCCAAAAGTGGTCCCTGTAAATCTGTACAGTAA	MNNFQKFEDVCFEGLDAKRQHELTVIAEARGMSVDSLLEFYARQAQGYCIQIEAKSGPCKSVQ				NA	NA	NA	NA	NA
AK237_03124	417			hypothetical protein	ATGACCCCTCAAATTGAAACTATGAACGGAGTGCCAATGAGCATAAGCCCTACAGAGAAATCCGCTAAAGAAATGATTGAGAGAATGCTTGTCGGCAAAACCTTAGATGAAAGACGAGCCACGCTTGCGGTTTTAGAAAGCGCCATAGGCGACTTTGAAGCGAACATTGATAAGCAACAACAAGAAATTCGCTACAACCAGCGAAATGAAGAGTGGCGCTTAATCATAAAGGGTAATCGGGCCAGCTGGCAGCGATGGGCGGAGGGAGTGATTATTGAGTCCTACCGCCAGACCAGTATTGAAGATGCTGTTATAGATGCTGCGCTTATCGTTCGGGATTATCAACCCGCACGAAGCCTCCAGCGTCTAGATATACCTGTTCCTCGAATCTCACCTGAACAGTTGAAGAGTCGCTAG	MTPQIETMNGVPMSISPTEKSAKEMIERMLVGKTLDERRATLAVLESAIGDFEANIDKQQQEIRYNQRNEEWRLIIKGNRASWQRWAEGVIIESYRQTSIEDAVIDAALIVRDYQPARSLQRLDIPVPRISPEQLKSR				NA	NA	NA	NA	NA
AK237_03125	204			hypothetical protein	ATGCCAAAGAAAATACCAACCATTACCATTGCTGAACTTAAGCAACATCTTGAGCCGTACAGTGATGACACATTAATTTCCTTCTCTGGATTAACATTCAACATGATAAAACCTAGCGACTCTTCAACTGTTCAGGTGAGATTCGAGGAACAGGTATATCTAGACGCTGGAGGCTTCGTGCGGGTTGATAATCCCGAACGATAA	MPKKIPTITIAELKQHLEPYSDDTLISFSGLTFNMIKPSDSSTVQVRFEEQVYLDAGGFVRVDNPER				NA	NA	NA	NA	NA
AK237_03126	342			hypothetical protein	ATGAGCAAAGTAACAATTACTCCTGATGCGGGAGCTATTAACTCCCTTTTAGAAGAAATTTTGCAATTGGATGATTCAGAGTTTTCTCAACCCTTTGCCGAAAGACTTCAATTGCTTCTCGATGCTGGTAACGCTTTTGTTCCAGGAAGCCCTATCAATCGCACTGACGAAACCACAGGAGCAAGTGAGATTGTCATTCCTCTTGAGCCAACTGACACGCTTCTTTGTCTGTTTGCCGCATTTAGGGCAGGGGATGGGAATTTCGAGGTTTTCGATCATGCGCTTTCCTTGGCTGAAAATTCCAACAATACCCTAACGAGTGGAGCATGTGAATTGTCATGA	MSKVTITPDAGAINSLLEEILQLDDSEFSQPFAERLQLLLDAGNAFVPGSPINRTDETTGASEIVIPLEPTDTLLCLFAAFRAGDGNFEVFDHALSLAENSNNTLTSGACELS				NA	NA	NA	NA	NA
AK237_03127	177			hypothetical protein	ATGATTGAACGCCAAACATCAACACCACTATCACGCTACTACGCAAAGAAGTATTCAGAGATGAGTAGCGCACAAAAAGGACTGGTAGCACTCGCAGCGGGTTTCAGTATCGGCGTGGTGGCTACTTGTGGACCCCTGTTTTTTGTATTGCTGCAAGCGGGGCATTTACCAATTTAA	MIERQTSTPLSRYYAKKYSEMSSAQKGLVALAAGFSIGVVATCGPLFFVLLQAGHLPI				NA	NA	NA	NA	NA
AK237_03128	180			hypothetical protein	ATGAATATGAAGTTTTTTGATTATGAGCACCTTCCTGAGAAGCTGCAAAAAGTGAGCAAGCCGGTCGGAGACCTTGCTAGAACCATGAATGCCGAATTGCCTGATGGGGCTGAAAAGAGTGCTGGCCTGCGAAAACTTTTGGAAGCCAAGGACTGCTTAGTGCGAGCGGCTCTAGGTTAA	MNMKFFDYEHLPEKLQKVSKPVGDLARTMNAELPDGAEKSAGLRKLLEAKDCLVRAALG				NA	NA	NA	NA	NA
AK237_03129	792			hypothetical protein	ATGTCTCAAACAGCAGAAATAATCAAATTCGAAAGGCCGGTTGTGAAAGCAGAAATAGAAAATGGCTTTACGCGCATCGCAAATGAGCTCACAGAGGCTTTGATGCAAAACTGCGCCAAGTTGTCAGGCCGAGAGTTCCAAATTGTCCAGGCTATCATTCATAAGACATTTCGCTTTCACAAAAAGGCGGATTGGATTTCCAATTCTCAGATTTCAGAGCTAACCGGAATTGCTCAATCAAAGATTAGTGAGCTGAAAAAATCGCTGATCGCTAAGCGTGTCATTTTTGTCAGTGATAAAGAAATTGGCATCAACACAACCGTCTCAGAATGGCTAGATTACCCGAATACGGGTAAAGATAAAATTACCCGAAAAAGGGTAACGGATTACCCGAATACGGGTACGCCTTTACCCGAAAAAGGGGAAAAACTTACCCCAAAACGGGGTACACATAAGAAGACTACTAATACAAAAGAAACTATTACAAAAGAGGAAGGGCGCGCTAAACGCGCTACACGGATTCCCGACATCTTCGAAATATCTCCTGAAATGCTTGCTTGGGCTAAATCCAAAAACTTTTCTTTTGACCTAAATGCTGAAACTGAAAACTTCGTTCTCTACTGGAAGGGGTGTGGAAAACCAAAAGCAGACTGGAAAGCTACTTGGCAAGTCTGGATGAACCGCACGCAAGAAAAGTTTGGCGGATCCAACTCCCCGCGGCCGTCGGCCAGCAAAGCTCGCCCTGAAAACTTTAGCGGCAAAGACTACGGCAAAGATTTGGTGAGGTTCTGA	MSQTAEIIKFERPVVKAEIENGFTRIANELTEALMQNCAKLSGREFQIVQAIIHKTFRFHKKADWISNSQISELTGIAQSKISELKKSLIAKRVIFVSDKEIGINTTVSEWLDYPNTGKDKITRKRVTDYPNTGTPLPEKGEKLTPKRGTHKKTTNTKETITKEEGRAKRATRIPDIFEISPEMLAWAKSKNFSFDLNAETENFVLYWKGCGKPKADWKATWQVWMNRTQEKFGGSNSPRPSASKARPENFSGKDYGKDLVRF				NA	NA	NA	NA	NA
AK237_03130	759	dnaC_2	COG1484	DNA replication protein DnaC	ATGAATATCACTGAGGTTACAGTTAAATGCGATAAGCATGGTGAGTACCAGGCAAAGAAAATGGATATCGGAGGAAGGTCGACCCAAATAAGTCAGTGCCCACAGTGCGCAGTGGAGGCTCTTGAAGAGAAAAAGCGCCGTGAAGCTGAAGCTGCCGAGACAGCTAGGAGCTTACGCCTGACAAATGCAGTCAACAGCTTCGAGAATTCAATCCCTATGCGCTTCAAAAGTGCGACGTTGGAAAGTTTTGTGGCTAACACGCCCGCTAAAGCAGAGAAGTTAGCCAATATTGAGCGGTATGCGGATGCGTTTGGAAATCAGATTCAGGAAACGGGCGGCGGCTTAATCCTGACAGGTAATCCTGGTACTGGCAAAACGCACCTGGCCATTGGTTTAGGCCGTGAGTTGGCAAGCCTTGGATGGTTTGTCGTCTATCACAATCTCACCACCTTAATCCGGTCTATCAGATCTACATGGAAAGACGACACTAAAAGCGAAGATGAAATCATCCGTCGTCTTCAATTGGTTGACTTACTGATAATCGATGAAATTGGCGCGCAAGCTGGCTCGGACAACGAGAGAAATATCGTCTTTGAAATTGTCAACGGCCGCTACGAGAACGTTAAGCCCACGGTCATCATTTCGAACTACTCAGTGAAGGAAGTTGCAGACTTTATCAGTGAGCGAAGCGTCGATCGCATCACACAAGGTGGCGCAGTGCTGAACTTTACCTGGGAAAGCCACAGGGGGGTCGCATGA	MNITEVTVKCDKHGEYQAKKMDIGGRSTQISQCPQCAVEALEEKKRREAEAAETARSLRLTNAVNSFENSIPMRFKSATLESFVANTPAKAEKLANIERYADAFGNQIQETGGGLILTGNPGTGKTHLAIGLGRELASLGWFVVYHNLTTLIRSIRSTWKDDTKSEDEIIRRLQLVDLLIIDEIGAQAGSDNERNIVFEIVNGRYENVKPTVIISNYSVKEVADFISERSVDRITQGGAVLNFTWESHRGVA				NA	NA	NA	NA	NA
AK237_03131	519			hypothetical protein	ATGAGTATCACGTTGAGCGTAGCTGAGCATATGAAAGGTAAAGGCTTTTTCACCCGTCAGCAAATCCAAAACGAACTGAAACTGACCGGCGATAGAGCAGGGACGAGCCTTAGGAATATATGTCGCAGCAATTCGTATGTCACTCGACACAAGGTTAAGCCTGAATTGTCAGTGCAGGTAATTGATATAAACCACTCACCAGGCAACACAAGCAAGGGGCAGAGAAAGCCTGTAACTATGGCTGATAAGTTAGTTGATTTATCTAATGGTGAATGGGTTCAGGTTGATGTTGCCGAAAAAGCGCTAGGTGTCAAAAAATGCATAGTTAGCCAAATAAGCCAAATCTCACTTATGGGCGATTTCATTGTTCAGGTAATGGGCTCGCCACTAAAGCCTTTCGCATACAAAACGATTGCAATCAAAGGTATGGGCGCAATAGAGGTTGCGAAGCTCCGCAAATCACTAGGTTTCAGCATGGCGCCAGAGATGTTCAGTTTAGTTGGGGGTAAGGGATTATGA	MSITLSVAEHMKGKGFFTRQQIQNELKLTGDRAGTSLRNICRSNSYVTRHKVKPELSVQVIDINHSPGNTSKGQRKPVTMADKLVDLSNGEWVQVDVAEKALGVKKCIVSQISQISLMGDFIVQVMGSPLKPFAYKTIAIKGMGAIEVAKLRKSLGFSMAPEMFSLVGGKGL				NA	NA	NA	NA	NA
AK237_03132	537			hypothetical protein	ATGAGTAATGACACCTGGGCTACGCCGCCCGAAGTATTTAACGCCCTGGATAAAGAGTTCTGTTTTGGCTTTGACGTGTGTGCCGAGGATTCAACGGCTAAGTGCCCGGATTACTGGACTATCGAAGATGATGCGCTGACAAAGGACTGGGCGAAAGATGCACTTGCTCACTTTCCAGGGACACCAGGTATTCTGCTCGGCTGCCTATGGTGCAATCCACCATATTCTGGAATTAGCCCGTGGGTAGAAAAAGCCATTGAAGCACAGGCAGCTGGCCGCGCTACCGTGATGCTGGTTATGTGCGACCCGTCAGTGAAATGGTTCAGCAAAGCTCAGCAATACGCCAGTGAAATCAGGTTCGTTACCAATGGCCGGTTAGCTTTCTACAAAAATGGTGTGCCGCAAAAGGGCAATAACAAAGGTTCAGTGATATTCGTTTTCGACCCGCACCGCATTGGGGCCGGTCATGTTTCATTTATCGAGCGTGACCAGCTGCTGGCAAAGGGCGCTATCGACAGTAAGGAGCAAGCAGCGTGA	MSNDTWATPPEVFNALDKEFCFGFDVCAEDSTAKCPDYWTIEDDALTKDWAKDALAHFPGTPGILLGCLWCNPPYSGISPWVEKAIEAQAAGRATVMLVMCDPSVKWFSKAQQYASEIRFVTNGRLAFYKNGVPQKGNNKGSVIFVFDPHRIGAGHVSFIERDQLLAKGAIDSKEQAA	PGPT0020015_1177	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESTRICTION|MODIFICATION_SYSTEM	CE-BACTERIAL_FITNESS-TYPE_II_R-M_SYSTEM,PGPT0020015-dcm-K00558	NA	NA
AK237_03133	855			hypothetical protein	GTGAAAAAATCAGAAAAGTGGGGGCATGATCAGTTAGCAAGTGATTTGGCTGATCACCTCGAAACCCCAGAGAGAATGATTTGGACTGATATGCAGCTTGGCCCATCGGGTAGCGCTCGCCCAGACGTCTACTCAATGCGCAAGTCCTACAGTAACCCAATGCCTGTGACTTATGAAATAAAGGTTTCGCTGTCTGATTTCCGATCTGACATTACTTCAGGTAAGTGGCAGAAGTATATGGACTTCAGTACCGCCGTAGTTTTTGCGGTTCCTAAAGGATTGGTCACTAAAGATGATATCCCAAATGGTTGCGGGCTGATGACTCGGAGCGAGAAAGGCTGGACAACGGTTAAGAAAGCTACACGCCAAACTGTGACCTTGCCAGAGAAAGTAATGCTCAAGCTTTTAATTGATGGAATTGAGAGAGCGAGGCGCCCGAAGCCAGCTGAGTGGAAGCAATGGGAAACGGACAAAAAAATAAAGGCTAAGTTTGGTGAGGACGTGGCTACCGCAATAAACGACCTGGCGCGCCTGCGCCAAGAAGAAGCGAACATCAAGAATGTTATCGAGCAAAACACTTCAATTGCCAAAGCTAAAGCCGAACGGATTATTGAGGACGCCAAAGAATTCAGGGAGCGTCAGCAAGAGGTGTTTGGGAAGGTTTGTCGGGCCCTCGGTATGAAGACCGTCACTTCACGTACGTGGATGATTGAGCAAAGAGCCGCCGAGTTATTGGATATGGCTAACGAGAGCCATGTTATTCGACAGGCTTGCCGCGGTCTTGATAATGCAATTGATGCTCTGCAGCGTTACAAAAAAACACTACCCGAGATTTCAAAGGATGAAGCAGCGTGA	MKKSEKWGHDQLASDLADHLETPERMIWTDMQLGPSGSARPDVYSMRKSYSNPMPVTYEIKVSLSDFRSDITSGKWQKYMDFSTAVVFAVPKGLVTKDDIPNGCGLMTRSEKGWTTVKKATRQTVTLPEKVMLKLLIDGIERARRPKPAEWKQWETDKKIKAKFGEDVATAINDLARLRQEEANIKNVIEQNTSIAKAKAERIIEDAKEFRERQQEVFGKVCRALGMKTVTSRTWMIEQRAAELLDMANESHVIRQACRGLDNAIDALQRYKKTLPEISKDEAA				NA	NA	NA	NA	NA
AK237_03134	186			hypothetical protein	GTGAGCCCGGAACAACGAAAAGATGAGCGCAAGCGCCAAGACTTAATAGCAAGCCAAAGCCTGCGCCAGAAAAAGAAGAAGCAGGCAGCAGACGAGTACGAACGCCGCCAGATGGCAAAAGACATGGCTGGCGGTGATAAGTCAGCATTTGAATCACTATGGAATGAGTTAGGGGGCACAGCGTGA	MSPEQRKDERKRQDLIASQSLRQKKKKQAADEYERRQMAKDMAGGDKSAFESLWNELGGTA				NA	NA	NA	NA	NA
AK237_03135	210			hypothetical protein	ATGACCGCGATTATTATTACCACCTATCTGATTATCAGCATTGTTTTTACGCGCTGCATCATGAAAGGGGAAGATTTATCGACGGAAAGAAAACGTGAGGCTGCTGCATTAATGTGCGTCACCTTTCTAATGTTTGGGCCGCTATTTCTTGTCGCTCTGATACTCGGTAAAGCAGTAGAGAAAGTCACGGCATGGATGGCGAGGGGTTAA	MTAIIITTYLIISIVFTRCIMKGEDLSTERKREAAALMCVTFLMFGPLFLVALILGKAVEKVTAWMARG				NA	NA	NA	NA	NA
AK237_03136	414			hypothetical protein	ATGGCACAAGGGCAATGCTTTACCGTCAACTCTGAACACTCACTGAAATGTGCTCAGGAATACCTGGCTAAAACGTGGAATGAGAAGAAATGGCTCGAAATGCGTCTGAACACGGATAAAACCCGAAGCGGACTGCAAAACTCATCCCTGCATCTGTACTGCCAGCAGTTAGCCGATGCGCTGAATGATGCTGGCTATCACTACGTCATCGTCATCAATGGAAAAGAGACGGAGTGCAACTGGGACAAGGAAATGGTGAAGCGGTTCATGTGGAAACCTGTTCAAAAAGCTCTCACAGACAAGAAGTCAACGACCGAGGCGTCCACAGTGGAAGTGTCTGAGATTTACGAAACATTGAATCGTTTTACAGCTGATAAATTTTACCTGAGTGTCCCATGGCCATCGAGAAAATAA	MAQGQCFTVNSEHSLKCAQEYLAKTWNEKKWLEMRLNTDKTRSGLQNSSLHLYCQQLADALNDAGYHYVIVINGKETECNWDKEMVKRFMWKPVQKALTDKKSTTEASTVEVSEIYETLNRFTADKFYLSVPWPSRK				NA	NA	NA	NA	NA
AK237_03137	558			hypothetical protein	ATGGCCATCGAGAAAATAACCCAAGAGCAGTTAAAGGAACATTTAAGTTACGACCCGATCGAAGGCGTTTTTCGCTGGAGAAAGAACAAAAGCAAGGGGCGAACTTGGAATACACGTTTTGCAGGAAAAGTTGCTGGCACCAACTCTCCTCATGGTTACGTGATTGTTTCAATTAGCGGAAATAAATTGAGAGCGCACAGATTGGCGTTTCTTTACATGACCGGAAGACTGCCTTCTGAATGTGTTGATCACATCAACGGAGATAGCTTCGACAATCGGTGGAAGAATCTAAGAGAGGCTACTTATCAGGAAAACAATCAAAACCAAGCGCTTAAAGCGGGAAATAAAACGGGCGTCCCTGGGGTTAGATTTAAAAAAGAGAAAGGTAAGTGGGCTGCATCAATAAAGCATAAGTACAGGCTCATTTTTCTTGGTTATTTCGATGATTTCGAAGATGCGGTCGAGGCGAGGCGAAAAGCAGAAGGTGATTATGGATTTCATAAAAACCACGGAAGAGAAAGGATTGACAACACATCCTGGGGGAGAAAGGCAGCGTGA	MAIEKITQEQLKEHLSYDPIEGVFRWRKNKSKGRTWNTRFAGKVAGTNSPHGYVIVSISGNKLRAHRLAFLYMTGRLPSECVDHINGDSFDNRWKNLREATYQENNQNQALKAGNKTGVPGVRFKKEKGKWAASIKHKYRLIFLGYFDDFEDAVEARRKAEGDYGFHKNHGRERIDNTSWGRKAA				NA	NA	NA	NA	NA
AK237_03138	570			hypothetical protein	ATGAAATCCAGAAAGTGCGCCCACTGCGGAAAAAAGAATCCGTCTGACAAGTCATTCATAAATGGCCTGAAAGCGTTCTGCAGTCGTGAGCACTTCATTGAATTTGCAGCCACAAACAGAAAAGCACTGGCAAAAGAAGGGCGGAAGATTGAAAGAAAGCGCATCAAAGAGAAAAAGCAGAAGCTTAAAACCCGTAACGAGCACCTACGGGACGCACAGGCAGCGTTCAACGGCTTCATCAGGGCGCGGGATGCGAATGAGCCCTGTATCAGCTGCGGTCGCTATCATACTGGCCAGTGGCATGCAGGTCATTACAGAACGGTAGGGGCAAACCCTGAGCTCAGATTTGAAGAAAGCAACGTGCATCGTCAATGCGCCCCCTGTAACAATCACCTATCCGGGAATCTCGTTAACTACAGAATCAACCTGGTTAAGAAGATAGGAATCGAAAAAGTAGAATGGTTGGAAGGTAATCACCCGCCAAAACATTATCAAATATCCGAAATAATCGAATTAAAGTCCAGATATCGGGCAAAGACCCGGGAACTGGAAAAACAACAAGCGGCCTGA	MKSRKCAHCGKKNPSDKSFINGLKAFCSREHFIEFAATNRKALAKEGRKIERKRIKEKKQKLKTRNEHLRDAQAAFNGFIRARDANEPCISCGRYHTGQWHAGHYRTVGANPELRFEESNVHRQCAPCNNHLSGNLVNYRINLVKKIGIEKVEWLEGNHPPKHYQISEIIELKSRYRAKTRELEKQQAA				NA	NA	NA	NA	NA
AK237_03139	219			hypothetical protein	ATGGCATCAGTAACACAGGGCGGAATTATTGTCCGTTACGCAAGGAATGCCAGAGGCTATACACAAAGGGAATTATCAGAAAGAACAGGTTTTGCAGTGAACACAATTCATAACTGGGAAGCGGGTAAGGCTAGGCCGTCTTTCGATGATGTAGTGACCGTCATAAATTACCTTGGTTTCTCGGTGGGTGAAGCGTTGGAGTTAACTAATGAAAAATAG	MASVTQGGIIVRYARNARGYTQRELSERTGFAVNTIHNWEAGKARPSFDDVVTVINYLGFSVGEALELTNEK				NA	NA	NA	NA	NA
AK237_03140	687			hypothetical protein	ATGAAAAATAGACCAGATCCATATAGATATCAGATAGAAAGAGGGTCTTGTGAGTTTCACAAAGAAATGGAAAAACAGGAGCGCAATTTTTATTCACCGTATTTTCAGTTTTCAGATAAACCGAACGAAGATCAATCTTTGACGGTGAAATCCTCTCGTGAAACACAGTTTGAAGTGAGCAATTCCGAAGTTATGGAGCAAATCTTAAAAGTTCACTCAAATATTAGAAATCATGACAAGCGCCATCACTGCTATTACTCAACCAGTACTCGTACGGCACTTATTATATCGGCGCTTTCAAGCCAGGCACTACTCAAATCTGGATTAGAGGCCGACAAGGCTATTTATGACGAAGTTAGGATGGTAGCGAAAAACGCAAGGTGTATTTACTTCGTAGGTTGCGAAATAACAGGGCTTGTAAAGATTGGAATTGCGAAAGATTTGCACCATCGACTAGCAAGCTTGCAGGTTGGTTCGCCAACGAGGCTAACAATTTTAGGGGCCGTTGTTTTTCATCCTGAACTGGAAAAGCTTCTCCATAAATATTTTGAAGCATCACATTCGCACGGCGAGTGGTTCAGGCCTACTGCCCAGCTAGAAAACATGATTAAAAAACTCGAATCGGAAAGGGCGCTTTACTACATCCTTGACGAGATAGAATATTCGTTTAACGAAGCTCAAAAGTGA	MKNRPDPYRYQIERGSCEFHKEMEKQERNFYSPYFQFSDKPNEDQSLTVKSSRETQFEVSNSEVMEQILKVHSNIRNHDKRHHCYYSTSTRTALIISALSSQALLKSGLEADKAIYDEVRMVAKNARCIYFVGCEITGLVKIGIAKDLHHRLASLQVGSPTRLTILGAVVFHPELEKLLHKYFEASHSHGEWFRPTAQLENMIKKLESERALYYILDEIEYSFNEAQK				NA	NA	NA	NA	NA
AK237_03141	516			hypothetical protein	ATGGCTCACCCAATAAAAGAATTAGCACGATTAACGACCCGCAGTAAACAAATCGATGGTACCGGATTCGGCGGGGTAGTAGCTGATAATCTGGAAGTCGCCGGTGCGCTGGGCATGCCTGACCCCAATACGGGCAAAAAGCTTGCCCGAGAGCCTTACCAGCTTGCGAGACTTGTTTATTGCGATGACCATTCAACCCGCTTTCTCGTTAAGGCATCACTGCTTGCTGTCATTCGAACGTCCGATGCAGGAAAAATCACAGATGCGACACTTGGCAAAATGATTAATGCCGCATTATGGGAATTCTCACACCCTGCAACCAAGATAAATAAAAATGGCGAGCAGGAGCTCACAACCTACTCAAACAGGGAGCTTGCCAAGCGGATGGGGATAGATCACAAGTCACTTACTGAAAGGCATGAAACGCTGTATAAGCATCTAATAGAGACAATAAATATCTGGGCGAGTGATGCAATAAGGCATATTAATCTTCATTTGTCAGAAGTCGCAGGATAA	MAHPIKELARLTTRSKQIDGTGFGGVVADNLEVAGALGMPDPNTGKKLAREPYQLARLVYCDDHSTRFLVKASLLAVIRTSDAGKITDATLGKMINAALWEFSHPATKINKNGEQELTTYSNRELAKRMGIDHKSLTERHETLYKHLIETINIWASDAIRHINLHLSEVAG				NA	NA	NA	NA	NA
AK237_03142	417			hypothetical protein	ATGAATTACCAGAAATTAATTTCACAGTTAAAGCAGCACGAAGGCTTTAGTGCCAAGCCGTACTTTTGCAGCGAGAAAAAGCTAACAATCGGTTACGGCACCAATCTGGAAGATCGTGGTATTAGCGAAGATGAAGCAGAAGAGTTGTTATTAAACGACTTAAGCAACATCGAGCAACAACTTCAGCGGTACGGCCTGATAAAAGGTCATGATCATGTTCGGGTAACCGTTCTAATGAACATGGCCTATCAAATGGGTCTGACCGGGTTACTCAAATTTAAAAAGATGCTGGCAGCATATCGCGCAGGTGATTATGAACTGGCATCGAAGGAAATGCTTGATTCTCGCTGGGCTAAACAGACGCCGAGCAGAGCTAATGAACTAGCCGAACAAATGTTATCGGGGGAATTTCAATGA	MNYQKLISQLKQHEGFSAKPYFCSEKKLTIGYGTNLEDRGISEDEAEELLLNDLSNIEQQLQRYGLIKGHDHVRVTVLMNMAYQMGLTGLLKFKKMLAAYRAGDYELASKEMLDSRWAKQTPSRANELAEQMLSGEFQ	PGPT0019155_2246	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_CELL_WALL|MEMBRANE_DEGRADATION	PLANT_DEGRADATIVE_GLYCOSIDASES|GLYCOSYLHYDROLASES	PLANT_DEGRADATIVE_GS|GH-LYSOZYME,PGPT0019155-rrrD-K01185	NA	NA
AK237_03143	237			hypothetical protein	ATGACTGAGTTCCTGCTTTGCCTATATGAATTCTTTATTCCTCGCTTTGTGGAGGAGTGGGAGGCTCTTGAGGAGTCGGGCGATGAATTGGTGCCTGTTTGCTCTGCTGATGATCTTGGTGAAGATGAGTATTTTCCGTATTTCGCAAAGTTTAAGTCTTTTACATGGCTGAATATTGCATTTCCATTTAGCGCTGGCGAGCCGGTAACTTACCAACAATTTGAGGGTATGCAATGA	MTEFLLCLYEFFIPRFVEEWEALEESGDELVPVCSADDLGEDEYFPYFAKFKSFTWLNIAFPFSAGEPVTYQQFEGMQ				NA	NA	NA	NA	NA
AK237_03144	525			hypothetical protein	ATGAACTGGTCAGACGTAGGCGGTTGGTTAAAGGACAATGCTAGCAATTCAGCTGCATTGGTTGGCTCTCTGCTTACTGGGAATGTACCAGGCGCAGTGGCCGCAGGCGTATCAATGGTTTCTAGTGCAACTGGTACAGATGACCCAATGAAAGCGCTTGGAACACTCAAGATGAATCCTGAAGCACAAATTCAGTTGCAGCGCATCGCGATGGAAGAAGAGAAATCCATCCGCGAACACATCGCAACAATGAAGCGCCTAGAGCTGGAAGATCAGCAAAAGGCGCATGAGGAAACGCAAAAAACAATCCGCAATGGTGACAACGCAGAGGGAAATATCCGCTGGGTTCGTCCAATTCACGCCACTATTTCATTGATTGCCGGTATTACGTATCTGTTTTATTCAGATAGTCCGTCTGAGCTTGGCGTTGTAACGTTGTTTGGTTTGCCGTTTGCTTACTCAGGTTTGAGAGAGATTGGTAAGGGCGTAACTGCTCTCACGAATCGAAAGAAATCGACTAATTGA	MNWSDVGGWLKDNASNSAALVGSLLTGNVPGAVAAGVSMVSSATGTDDPMKALGTLKMNPEAQIQLQRIAMEEEKSIREHIATMKRLELEDQQKAHEETQKTIRNGDNAEGNIRWVRPIHATISLIAGITYLFYSDSPSELGVVTLFGLPFAYSGLREIGKGVTALTNRKKSTN				NA	NA	NA	NA	NA
AK237_03145	261			hypothetical protein	GTGCACACTTACTTTGAAGACTCGCGACCGAAAATGATTGATACAGCAAACAAAATCACTTATGCCGCTAGCGGGTTTACTGCTTTCTGGGGCTTTGTATCCGAGAACTGGATAGGTATAGGCGGGTTAGTGGTGGCCGTAGTCGGCTTAGCTATTCGCACTTACTTAGACCTTCGACAGGAAGCCAGGCGCATGGCGGAAGAAGAAAGAGCGCAAGAACTCCATACCGCAACCATGAGTCAGTTCAACACTGAAGACTAG	MHTYFEDSRPKMIDTANKITYAASGFTAFWGFVSENWIGIGGLVVAVVGLAIRTYLDLRQEARRMAEEERAQELHTATMSQFNTED				NA	NA	NA	NA	NA
AK237_03146	402			hypothetical protein	ATGATTGTGATATTCGGCAAAAACAACAGCTGGATATCACGGATAATCAGATTCAGAACACTAAGCAAATATTCCCATGTAGGCATTCTCTATGGAAATAGTGTTATCGAATCACTGGGGCCCAAAGGCGTTCAGCTTACACCGCTCAAAGAATTCAATAGCCGATACACTGAGACAGAACGCCGTTATCTCCCGGGCAATCCGGTGAAGGCACTTAAGCAAGTCGGTAAGCCATTCGATTTGCACGGACTCAGATTATTATTGTGGGGCATGCAATCAAGCAACATGTGTCACTGGTTCTGCTCTGACTTAGTCGCCTACGCAGCGCATCATATTCCTGACCACTCACGTAAGTGGGCAACGCCAGGCATTCTCTACAGATTGAGTACAAAGCTGCCATGA	MIVIFGKNNSWISRIIRFRTLSKYSHVGILYGNSVIESLGPKGVQLTPLKEFNSRYTETERRYLPGNPVKALKQVGKPFDLHGLRLLLWGMQSSNMCHWFCSDLVAYAAHHIPDHSRKWATPGILYRLSTKLP				NA	NA	NA	NA	NA
AK237_03147	627			hypothetical protein	ATGAGATTCGTTGTTACTGACCCAATCAAAGAACTGACCCGTGACCTAAAGGCTATTAAAGAGTCTGCGATACCTAAGGCTACCACTCAAGCTCTGAATAGAACTGCAACAGGCACGAAGACTGATGCAGTTAGAGAGGTCGCTAGAGTTACAAGTATTAAGCAGTCCGAGGTCAGGAAGGAAATCAAAGGGCCTAGTGACTTATTCAAATATAAAGCCACAAAGAACAGACAGATTGCCCACGTAAATGCCTCAACAGGTAGAGCAACAAACCTAATCAAGTCTGTGTCAGCTTCTAACCGAAAGCCAAACCACTTCAACTCTTCTAAAACCCTGAAGAGCGGTAAGCGTAAGTACAGAGCAAAAGGCGTACGCGCAAGAGCGTGGGGTAAGAGTAAGGTGTATGACGGTACATTCATCGGTACCGGCAAAGGCTCTAATGCAACACTGGTATTCGCTAGAACATCCAGCAAGCGTAAGCCACTCAAGTCTATCTCTGGCCCATCGATTAGAAATACATTCGATAGCAAGCCCGTTCAGGCAAAGCTTAAGAGTATGGCGTCAGTACGCTTCCAAAAGAATATGGCGGCGGCTGTCAACAACCAGATTCGACTTGCACTTAAATGA	MRFVVTDPIKELTRDLKAIKESAIPKATTQALNRTATGTKTDAVREVARVTSIKQSEVRKEIKGPSDLFKYKATKNRQIAHVNASTGRATNLIKSVSASNRKPNHFNSSKTLKSGKRKYRAKGVRARAWGKSKVYDGTFIGTGKGSNATLVFARTSSKRKPLKSISGPSIRNTFDSKPVQAKLKSMASVRFQKNMAAAVNNQIRLALK				NA	NA	NA	NA	NA
AK237_03148	516	nohA	COG4220	Prophage DNA-packing protein NohA	ATGACTTCGCATTTGCTGAACAAAAAGAACATGGCAGAGTCATGTGGGATATCAACGCAAGCCTTTGATAAATGGGGCGTGAAGCCTTACAAGAAAGAAGGTCGTCAGCAGTTTTATCGCGTTCAAGATGTGATTGAAAATCGCGTAGAGCATGAGCTCAAAAAAAACAACAACCGAGTTAACTTCGATGGCGAGACTATCGATCTTGAACTTGAACGGGCAATGCTTACTCAGCAGCAGCGTATTACCCAGCAGATCAAAAACGAAATTCTCGAAGGCAAGGCAATTCCTGTTGATGCTGCTCGTGATGTTTTGGCAAGAATATTATCTCAGGTTGGCGCAACGCTCGACTCACTGCCTCCTAACATAAAACGTCGCCACCCAGAAATAGAACAGCGGATTATCGATTTCATTAAGTCAGAGATTATCAAGCATCAAAACGAGGCGGCGAATCTCGATAATTACTTAGACGAAATCATAGACGATGTTATCACCCAGGCAGAGGCGAAAATTTAA	MTSHLLNKKNMAESCGISTQAFDKWGVKPYKKEGRQQFYRVQDVIENRVEHELKKNNNRVNFDGETIDLELERAMLTQQQRITQQIKNEILEGKAIPVDAARDVLARILSQVGATLDSLPPNIKRRHPEIEQRIIDFIKSEIIKHQNEAANLDNYLDEIIDDVITQAEAKI				NA	NA	NA	NA	NA
AK237_03149	1950			hypothetical protein	ATGTTATCACCCAGGCAGAGGCGAAAATTTAAAGCTTCCCTCAAGGAAGGTGCGCGAGTTCTCTATCGCTCTCCGCCACTTACTGGCGTGGAATGGGCTGATAAAAATTTCTACATGTCGCCCGAGTCTTCATACATTGAAGGCCCTTGGAAGACCGCACCTAGTCAGGTCGCGATACTTAACGCGATGTGTAATGACGACATCAAGGAAGTAAATTGGCCTAAGTCTGCTCGGGTTGGTTACACAAAACTAATCTGCGCGGCAATTGGTTACTTTGCCGAACACAAGAAACGCAACACTGGTGTCTGGCAACCAGATGATGGTGCTCGGGATGGGTTTAGTAAAAAACACATCGATCCGATGCTCCGCGATGTTGGCGTGATTAGATCGCTATTTCCTTGGCTGAATAAGAAACACAAAAACAACACCATTGAGAATAAAGCGTTCACCAATCGACGTGAACTGTTCTTGATGGGCGGTAAGGCTGCAAAGAACTACCGTGAAAAATCTCTCGACATTGTAATCTATGATGAGCTTTCAAAGTTCGACAGAGACATTGAGGGGGAAGGGTCTCCGACATTCCTTGGCGATAAGCGCCTTGAAGGTTCGGCTTTTGGCAAGTCTATTCGTGGTTCTACACCCACGATTAAGGGCGAGTGTCAGATCACCGAAGCAGCCGAAGAGGCTGAGCAGTATTTCAGAAGACACGTTCCATGCTGCCACTGCGGAAATCATCAAGAATTAACCTTTGGCGGTAAAGACGTAGATTACGGCTTAAGCTGGGATAGGAGTCTCGAAGGAACTGACAGGGCGCGTTCAGCGCACTATATATGCCGGCATTGCAAAGAGCCTTTTTATTACGCCGATTTCATCGAGTCTGATAAGGCTGGTTATTGGTTAAGCGAAAAGGGCTTGGCCACATACGACGGAATAACGTTTTATGAAAGTGAAGGCTTTCCAGAAGTTAAGCGTATAGCTGCAACGCCTGAGTCGGTTTCGTTTTTTCTCAATTCTCTATATTCAAACTTCTCTCCATGGTCTCGGATTGTATCTGACTGGTACAAAGCGCAAGGCAGTCCAGAGAAGCTGAAATCATTCGTCAACACTACACTTGGCGAAGCGTTTGAAGAGGTTGAGCGCGTTAAAACAGAGCCAGAGCACTTACTGGCCAGACGCGAGCACTACAACGCTGAGGTGCCTGATAGGGTTGTGTTTCTCACCATCGGCGGTGACATGCAAGATCACTGGGCAGAATTCACCGTTAAAGGGTGGGCTCCCGGAGAGGAAAGTTTCACCATCGATTCTTTCGAAGTTCACGGTGATCCGTCGACAGACGAATTCTGGAACATGCTTGAAAAGCCATTGCGGAAATCTTACCGCAAGGCGAATGGTCAGGTTATGAACTGGGCGACCGGTGTATTTGACTCGGGCGGACACTATACCGACGAAGTGTATAAATTCACTAAGCGTTTCGGTGTAATGCGGCTGTTCCCGGGTAAAGGGGCCAGCGAATACGGCAAGCCGATAGCTACCAAACCTAAGAAAAGAAATTCCCATGGGGTCTACCTGATCATGGTGGGCACGGACAACGCGAAAGATTTGATATACGACCGCGTGGCAATTGTTCCCGACGATCCGAATATCGCTAAGTCTGGGGCAATGCACTTCCCCATGAAAGAGTGGTGCAACCTCGAATTCTTCAGACAGTTATTGGCCGAGGTAAAGAAACCAATAATTTCTAAAGGGCAGAAATCTTACCGGTGGGTAAATCCGCCAGGCAAGCGCAATGAAAAACTAGATTGCGAGGTTTATAACCTTGCCGCGCTGCGTACCGCACAGCAATACCTTGGGCTGGATCTTGATTCGCTCGCGCCGATTGCGCAGGCGGAAACCAGTAGCCAGTCAACAAGCATCGAAGATATAGGCAGATTATTAAATGGCAACAGCTGA	MLSPRQRRKFKASLKEGARVLYRSPPLTGVEWADKNFYMSPESSYIEGPWKTAPSQVAILNAMCNDDIKEVNWPKSARVGYTKLICAAIGYFAEHKKRNTGVWQPDDGARDGFSKKHIDPMLRDVGVIRSLFPWLNKKHKNNTIENKAFTNRRELFLMGGKAAKNYREKSLDIVIYDELSKFDRDIEGEGSPTFLGDKRLEGSAFGKSIRGSTPTIKGECQITEAAEEAEQYFRRHVPCCHCGNHQELTFGGKDVDYGLSWDRSLEGTDRARSAHYICRHCKEPFYYADFIESDKAGYWLSEKGLATYDGITFYESEGFPEVKRIAATPESVSFFLNSLYSNFSPWSRIVSDWYKAQGSPEKLKSFVNTTLGEAFEEVERVKTEPEHLLARREHYNAEVPDRVVFLTIGGDMQDHWAEFTVKGWAPGEESFTIDSFEVHGDPSTDEFWNMLEKPLRKSYRKANGQVMNWATGVFDSGGHYTDEVYKFTKRFGVMRLFPGKGASEYGKPIATKPKKRNSHGVYLIMVGTDNAKDLIYDRVAIVPDDPNIAKSGAMHFPMKEWCNLEFFRQLLAEVKKPIISKGQKSYRWVNPPGKRNEKLDCEVYNLAALRTAQQYLGLDLDSLAPIAQAETSSQSTSIEDIGRLLNGNS				NA	NA	NA	NA	NA
AK237_03150	216			hypothetical protein	ATGGCAACAGCTGAACAAACTGCACAATTGAGTGAAGCGAGAGCGGCACGTCACAAGCTAATAACCGGGACAGCTGTAGTTCGCGTAACTCGCAACGGCATGGCCGTGGAGTATACCCGCGCAACGCTCTATGAATTGAATGCTTACATTCAGCAGCTAGAGCAGGTTGTCGAAGGTCAGGGCGCTCGACGCCCACCAGTTGGATTTAAATTTTAA	MATAEQTAQLSEARAARHKLITGTAVVRVTRNGMAVEYTRATLYELNAYIQQLEQVVEGQGARRPPVGFKF				NA	NA	NA	NA	NA
AK237_03151	1590			hypothetical protein	ATGAATGAAGTTAAAATTCTCGACCATAACGGCCAGCCAATGACCAATTCGTACAAAGGCGCAGCGGAAGGCTTTGGTGCTCAGCTTGTCGACTGGAATCCTTCGCTAAGGTCTGCAGACGCCAGTCTATTGCCTACCTTGCAATCAGGGAACGCCCGTGCAGATGATCTTGTGCGCAATCACGGTTTTGCTAACGGCGCAGTACAGATGCACGTTGATAACGTGGTAGGTTCGCTGTTTCGTCTGAGCTACAAACCGCTTTGGCGTACCCTTGGTATTACAGAGCAAGACGCTCGTTCGTTGGCAAACGATGTTGAGGCAGCTTTCAAAGAGCATGCGGAAGATCCTGTCGGATGCTATCTCGATGCGGAGCGCAAGCGCACATTTACCATGATGGTGAGAGAAGCAGTTGCGACGCACGTTAATCTTGGGGAGATGATGGCGGCGGCTGAATGGATACGCCGTCCTGGCTCACCGTTCAGAACTGCTATTAAAATGGTCTCCCCTAAGCGTGTTTCCAATCCTCACGGGATTACTGATTCACAGTTTCTTCGCGGCGGTGTTGAGCAAGATCGCCATAGTTGCGCAGTAGCCTACCATGTTCTGAATCCTCGCTATGGCATGAATGAAAACCTTAACGGTTACAGCTATGGGGAGTGGCGTCGTATTCCTCGTGAAACTCGATGGGGTCGGCAGCAATTTATCCATGTATTTGAGCCCCGCGAAGATGGACAGAGCCGCGGGGCTAACCAGTTCCTTTCGGTCATGGAACAGCTTTTCATGATCGATAAGCTGCAAAATACGAAACTGCAAAACGCTGTTGTCAGTGCAATGTATGCCGCTGTCATTGAGTCAGAACTCAATTCAGAGACCGCCAACCAAATGATCCTCGGGGCTGGCTCCGGTAACGAGCAGATGATGAAGGGATTAACTGAATTACTGGCTTTCTCTGGCAAGTACCATCAGGGCGCTAATGTAAAAATGAACGGGGTAAAGATCCCGCATCTTTTCCCTGGTGAATCTCTAAATCTTAAAACGCCTGGTAATGCCGACAATGGCTTTGCTGATCTCGAAGCCTCTATCTTGCGCTATACCGCTGCGGGGATGGGCGTTAGTTATGAGCAACTTGCCCGTGATTACTCGAAAGTAAATTATTCAAGCGCTCGAGCGTCAATGATGGAGTCGTGGCGCTACTTTATGGGGCGGCGCAAGGTTATTGCTTCGGGCTTCGCTTCCCGCGTTTTTGCGCTGTGGCTGGAAGAGGCGGTTAGCCGAAACATAATTACGCTGCCGCGTAACGCCCGTTATAACTTCTGGGAACGTAAGGCCGCATGGTGCAATGCTGAATGGATTGGTTCAGGTCGCCTTGCTATCGATGGTCTGAAGGAAGTGAAAGAGGCAGTGCTCAGAATCGAATCAGGCCTTTCTACCTACGAGAAAGAATTGGCCGTGATGGGCGAAGACTATCAAGAAGTGTTTAATCAGCAAATCCGTGAGACCGAAGAGCGCAAAGCTGCCGGTCTTCCGCCACCAAGCTGGGTGCAAGTTAATCAGTTTGCCAGTAACGAATCAGAAGGAGAGGCCGCTTAA	MNEVKILDHNGQPMTNSYKGAAEGFGAQLVDWNPSLRSADASLLPTLQSGNARADDLVRNHGFANGAVQMHVDNVVGSLFRLSYKPLWRTLGITEQDARSLANDVEAAFKEHAEDPVGCYLDAERKRTFTMMVREAVATHVNLGEMMAAAEWIRRPGSPFRTAIKMVSPKRVSNPHGITDSQFLRGGVEQDRHSCAVAYHVLNPRYGMNENLNGYSYGEWRRIPRETRWGRQQFIHVFEPREDGQSRGANQFLSVMEQLFMIDKLQNTKLQNAVVSAMYAAVIESELNSETANQMILGAGSGNEQMMKGLTELLAFSGKYHQGANVKMNGVKIPHLFPGESLNLKTPGNADNGFADLEASILRYTAAGMGVSYEQLARDYSKVNYSSARASMMESWRYFMGRRKVIASGFASRVFALWLEEAVSRNIITLPRNARYNFWERKAAWCNAEWIGSGRLAIDGLKEVKEAVLRIESGLSTYEKELAVMGEDYQEVFNQQIRETEERKAAGLPPPSWVQVNQFASNESEGEAA				NA	NA	NA	NA	NA
AK237_03152	1281			hypothetical protein	ATGCCTATGATGAATCAGTTAGCCAATCAGTTTTTGGCAATGGATCCTAAGTTTGCCCGCAACCTTATCGGCTCAATGTCCGCTAAAGGTGGGTATTCATTTTTCGATATGAACGGCCAGGTAAATGATGCAGAAAAACCCCGCATTACTGCCGCCTCTCTCGGTTACTTTGGTTCGGGTAGCTATGAACATAAGCCATTTCCATTTATCGATGGTATTGCCGTTATACCGGTTACCGGCTCATTGATCCATAAGCTTGGCTGGTCTAGCTCTTGGGCGACTGGTTACGACTATATTGTATCGATGTTTGACACTGCTAATTCAGATCCCGACGTAAAGGGGATCTTAATGATGGTTAATTCGCCAGGCGGAACAGTGGCAGGTTGCTTCGACGCCTGCGACCACATATTTGAAGCCAAGGGTGCCAAGCCTATTTGGGCAGTATACGACGATATGGCTTGTAGTGGTGCCATGTGTATCGGGAGCGCAGCCGATCGCCGATTTACCACACAGACCGCTATTTGCGGTTCTATCGGTGTCGTGCAGGCTCACGCAAGCTATGAGGGGATGTTGAGCGATGCAGGGGTAGAAATAACGCTTATTTATTCTGGTGCTCACAAGGTAGATGGTAACCCTTACAAAAACCTACCTGATGAAGTTTATGAATCATTCAAGGCTGAGTGCGACAGTCTTAAATTGCAGTTTGCTGAAAAGGTATCCCGAAATATCGGCATTTCTGTCGATGACGTTCTGGCTACCGAGGCAAAAACCTTTACCGGTCAAGCGGCCATTGAGGCTGGATTGGCTGACGAATTAATCAATTCTCACAACATCATTTCACATTTTCAACAATATCTGTCCGATCCGGACAGTACAACAGTACGGAGTGTCACCATGAGTGAACAAGCCCCAACCGTTGCAGCTGAGCCGGTAGCCACCGGTGCAGAAGTGACAAATGAACCACTTGCCACCGCTGAACAAGCAAATACGGTGGTTGATCACCAGGCACGTTGCGAAGCGATTATCACTGCAGAAGCTGCAGAAGGTCGCCGTGAACTCGCCCAGCACCTGGCATTTAAAACACAGATGAGCGTAGACGAAGCGTTGGCTGTTCTGGCGACTTCGCCAAAGCAGGAAGCCTCTTCTACCACTAACTCACTTGACGCTGCCATGGCGTCAACGGAGCAACCTAATATCTCTGCGATGGTCGAAGATTCTGAGCCTTCAGAAGCTGCATCTTTCGTTGAGTCTTACAACAAAGTAACTGGAAAAGGTGCGTAA	MPMMNQLANQFLAMDPKFARNLIGSMSAKGGYSFFDMNGQVNDAEKPRITAASLGYFGSGSYEHKPFPFIDGIAVIPVTGSLIHKLGWSSSWATGYDYIVSMFDTANSDPDVKGILMMVNSPGGTVAGCFDACDHIFEAKGAKPIWAVYDDMACSGAMCIGSAADRRFTTQTAICGSIGVVQAHASYEGMLSDAGVEITLIYSGAHKVDGNPYKNLPDEVYESFKAECDSLKLQFAEKVSRNIGISVDDVLATEAKTFTGQAAIEAGLADELINSHNIISHFQQYLSDPDSTTVRSVTMSEQAPTVAAEPVATGAEVTNEPLATAEQANTVVDHQARCEAIITAEAAEGRRELAQHLAFKTQMSVDEALAVLATSPKQEASSTTNSLDAAMASTEQPNISAMVEDSEPSEAASFVESYNKVTGKGA				NA	NA	NA	NA	NA
AK237_03153	360			hypothetical protein	ATGACTTCTGAAACTTATAACTACGACCACCCTATTAGCGGTAGTGATGAAATTGCTACTACTAGTGTGACCATTGCATCAGGTCAGAATCTGGCTGAGCTTTCTGTTATTGGTCAGGTGTCCTCTACGGGTAAATTCGTGTTCTGCGACCCTGCTGCATCTGATGGTAGTCAAACGCCGGTATATATTACCAACCTACCAATCGACGCCACTGGCGGCGATGTGCAGTCGCAAGTGATCAAGTCTGGCACCTATGACCCTGAGCAACTTACTTGGCATGGCGACTTTACTGCCGCGCAAAAACTTAACGCATTTGTGGGCACTCCTATCAGCCTGCAGTCGCAAGCAACCGCACTTTAA	MTSETYNYDHPISGSDEIATTSVTIASGQNLAELSVIGQVSSTGKFVFCDPAASDGSQTPVYITNLPIDATGGDVQSQVIKSGTYDPEQLTWHGDFTAAQKLNAFVGTPISLQSQATAL				NA	NA	NA	NA	NA
AK237_03154	1032			hypothetical protein	ATGTTTAACGCATTATCTACCAGCACTATGCTGGACATCGTTCGCACGGTCGGAAAATTCGATCCGTTTTTCCTTCGCATGTTCTTCCCGAATGTAATTACATTTGAAGATGAGAGTATTCACTTCGATAAAATCTCTGACGAAGTGGTGATGGCGCCATTCGTGTCACCTGTAATTGCCGGTAAGGTTCACAAGGAGCAAGGCGGTAAGTTGATGAAATTTACACCTGCATACTTAAAACCGAAGCATGCAGTGAAGCCATCCAATAATATGAAACGTCGCCCTGGGGAGTCTTACCTTGGCTCGCTCACTCCGACCCAGCGTAAACAGGCTACAGTTGTTGATCTGCTTGAAAAACAGGATAAGTCTATCACTTATCGTGAAGAGTGGATGGCTGCGCAAGCGGTATTGACTGGTCAAGTAACGGTGGATGGCGAAGACTATGAGCGACAGGTCGTTGATTTTGAGCGCTCTGCTGCAAACAATATTACCCTTAGCGGTGCCGCTAAATGGGATACCGTGGATCCCGAAACTTACGACCCTACTGGCGACCTTGAAAATTGGGCAGAGAACGCCACTGGCGCAATCAATACCTTCGTGATGGGTAAAAGCACTTGGGCTAAATTTAGCTCTTTCAAAGCCGTAGATAAAAAACTCGACACTCGCCGTGGAAGTTCCTCAGAAATTGAAACCGCCACTAAAGATCTTGGTCAGGTTGTCAGCTTTAAAGGCTGGTTTGGTGATGTCGCTATCTTTGTTTACACCGGCCAATACGCAGAAACAGCAGGCGGAACCAAATCTTACTACATGCCGGTAAACATGTTGCTGATGGGTAATGCATCTTATCAAGGTGCTCGTTGTTACGGTGCTATTCAGGATGTTGATGCAAGTGATGAAGGTGTTGCTGCCGCTTCCCGCTGGCCGAAAAACTGGAAGCAGCCGGATCCTTCTGTTGAATTCCTGATGACGCAATCAGCGCCTCTGATGGTAACACCTGATCCTGATGCTTTCGTAGCTATCACCACTCACTAA	MFNALSTSTMLDIVRTVGKFDPFFLRMFFPNVITFEDESIHFDKISDEVVMAPFVSPVIAGKVHKEQGGKLMKFTPAYLKPKHAVKPSNNMKRRPGESYLGSLTPTQRKQATVVDLLEKQDKSITYREEWMAAQAVLTGQVTVDGEDYERQVVDFERSAANNITLSGAAKWDTVDPETYDPTGDLENWAENATGAINTFVMGKSTWAKFSSFKAVDKKLDTRRGSSSEIETATKDLGQVVSFKGWFGDVAIFVYTGQYAETAGGTKSYYMPVNMLLMGNASYQGARCYGAIQDVDASDEGVAAASRWPKNWKQPDPSVEFLMTQSAPLMVTPDPDAFVAITTH				NA	NA	NA	NA	NA
AK237_03155	147			hypothetical protein	ATGTCCACCGCAAAGCAAACCGAAAAAGAAATTGAATTACTAAAAACGGTTCAAATTGAGCCCGGCAAAGAGCCTCTTAAGCCTGGTAAGCAGAAAGTGCCATCAGATGTTGCAGCGGAGCTCGTTAAGCAAGGATTGGCGAAATAA	MSTAKQTEKEIELLKTVQIEPGKEPLKPGKQKVPSDVAAELVKQGLAK				NA	NA	NA	NA	NA
AK237_03156	285			hypothetical protein	ATGTCAGCGTTTACCGATGCGATTTCAATGGCGTCACATGACGTCATTGAACATCTTGGTGAGACTATCATCATCAACGATAACGAGTTTCGCGCTATTTTTGATGATGCTGAGTTTTTAGACGAGACCGGAAGGCTCAGACAATCAACAATAACCCTGAGAAACGAGGACGCAAAATACGTCCAGAAGGGGCAAATTGTTATTGCACGAGGTAAGACTTTTAAAATCTCTTACGTTCCAGGCACTGTCGATGCTCTCATTGATATTGAATTAAAAAATGCATAA	MSAFTDAISMASHDVIEHLGETIIINDNEFRAIFDDAEFLDETGRLRQSTITLRNEDAKYVQKGQIVIARGKTFKISYVPGTVDALIDIELKNA				NA	NA	NA	NA	NA
AK237_03157	432			hypothetical protein	ATGCATAAAGCCCTTCAAATTCGAGATGTAATCGTAGACCTCGCAGAGCAAATAAAATCTGCTGGATTTGTTAATCAAGTATGTAAAGGCGCGGAGCCGCCAGTTTCTTTCCCGGCGATAATTGTCTCAATTGGTCAAGACACTCCAAGTTTAATTAATGGGAATTTTGTTGACTGGACGCTGACTATAAATACCGAAATTGAAGCGCGCTCAGTTGATGATGATCTTGACGCAGAAATTCAGGCGGTCAGAGAGCAGCTACATATCGCCATGATGTCTCAATATGATATTGGACTGTCATACGTTACACGGATTGAACCCGGGTCGCAGAGTGAGCCGGTTAGGAAATTTGAAAGCGACAGTTATTCGGTTTCAGTGAACATCACTTGGGATGTCCGCTACAGGACCGAACTATCAACACCCAGTATCTAA	MHKALQIRDVIVDLAEQIKSAGFVNQVCKGAEPPVSFPAIIVSIGQDTPSLINGNFVDWTLTINTEIEARSVDDDLDAEIQAVREQLHIAMMSQYDIGLSYVTRIEPGSQSEPVRKFESDSYSVSVNITWDVRYRTELSTPSI				NA	NA	NA	NA	NA
AK237_03158	135			hypothetical protein	ATGCCTGGTGAAACCATGACAAAACGAAAAACCTATACGCCGCGCAAAGGTGGCAGCAAGAAAGCGCCTGAAACAAAAGACACAAAAGACACAAAAGCGCTAGAGCAGAAATCAACTAAGAAAGGTGATGAATAA	MPGETMTKRKTYTPRKGGSKKAPETKDTKDTKALEQKSTKKGDE				NA	NA	NA	NA	NA
AK237_03159	924			hypothetical protein	ATGTTGACCACACGCGAAGCGATAGTGCTTAAAGTTCAAGATGCATATGGCACCGAGGCGACACCAGACCCGCAAGCGGACGCACTTCTATGCTCGGCACCGTCTGTTGCTAATGAAGGTTTGCGGATGTTGCAACGGAACAACGTTAAGCCGACGATTTCAACCGACCAGCATATTTTTGGCGGCACGATGTTAAAGCTCACCTTTACCTGTGAGTTAAAAGGCTCTGGCACCGCCGGTACTGTGCCAGAGATTGGTCAGGCGTTACGCTGTAGCGGACTGGATGAAACTGTATCTGCTGGCACGAGTGTTACTTACCAGCCTGTTTCAGAGGGGCATGAGTACGCCACTATCTATTATTTCCAAGATGGTCGGCGCTATAAGTTAGTTGACGCAATTGGCACATTCACCTTAACCGCGGAAGTAGGTAATTTCCCAACTGTGCAATTTGAGTTTACAGGCAAGGATGGGGGCTTGGTCGACGATTCATTCCCAACGATTAGCTACAACTCTACCGTTCCTAAAGCCTTTGTGTCCGTTCCTTTCTCGGTTGATTCGTACAACGCTGTTATTAACAGTCTGACAGTGAATGCCGGCAACACAATTACCACTCCCGGCGATTCTCGCGACACATGGGGGTTTGGACAAACCCGCATTACCCAGCGCGACCCTAACGGTACCGTCGATCCATTAGCAACAACCATTGCAGCGAAGGACTTCCGCACAGCATTTAAAGATGGGAAGAGAATGCCGCTTGATACTGGCGTAGTTGGTGATACTGCCGGTAATCGCTGGCGTTTTAGTTCCAGCATTGCGCTACGCGATATCGGCCAAGGCGACCGGGATCAAAACCGCACCGACGACCTGACCTTTGGTTGTCATGAGACGTCTGGTGATGACGAATACCAACTCATTTTCAGTTAA	MLTTREAIVLKVQDAYGTEATPDPQADALLCSAPSVANEGLRMLQRNNVKPTISTDQHIFGGTMLKLTFTCELKGSGTAGTVPEIGQALRCSGLDETVSAGTSVTYQPVSEGHEYATIYYFQDGRRYKLVDAIGTFTLTAEVGNFPTVQFEFTGKDGGLVDDSFPTISYNSTVPKAFVSVPFSVDSYNAVINSLTVNAGNTITTPGDSRDTWGFGQTRITQRDPNGTVDPLATTIAAKDFRTAFKDGKRMPLDTGVVGDTAGNRWRFSSSIALRDIGQGDRDQNRTDDLTFGCHETSGDDEYQLIFS				NA	NA	NA	NA	NA
AK237_03160	378			hypothetical protein	GTGAAAGCACTAATTTCAGAAATGTACTACCCCGATGACCAGTATGTAAGGCAGGAAGTTACAGGAGAAGATGGTTTGCCGGTGATAGGGGATAACGGCAAGCCATTAACAAAGCGCGTACTGCGCGATGGGGCGAAGGGATATTCTATTCGTCCACTCAAATCTATTCAGTTAACCGAAGTGTTCACCCTTGGAACCGCTTCATCTTCGGGCTTTGCTTTTAACCTCCAAGTCATTTTGCGCTTACTTCGATACGGCTTGGATTGTGAGAACATCGCGGAAGCCATCGACGAAATGCCTTCTTCGCATCATGCGTTGGTGTCTCGCGCGATTTTCGAGAAATCGAAACTCATGGATGAAGAAAGAAAAAACTCATAA	MKALISEMYYPDDQYVRQEVTGEDGLPVIGDNGKPLTKRVLRDGAKGYSIRPLKSIQLTEVFTLGTASSSGFAFNLQVILRLLRYGLDCENIAEAIDEMPSSHHALVSRAIFEKSKLMDEERKNS				NA	NA	NA	NA	NA
AK237_03161	2382			hypothetical protein	GTGAATAAGTACGAATTTATAATCAGTGCAAAAGACCGCACGACGCAGGCCTTTTCAACGATTAATAAAGGCTTAGGTGGACTCTCCGCTAAAGCTGGTGTTGCCTCGGTTGCTGTGGCTGGTGTATCTGCTGCTTTCGCTGCGCTTGTTACTACATCTTCACGTAATGCCAAAGAGCTATCATCGATGAGTCAGAAGGCAGGCATGACCGCTGAAGAATTTCAGGCCATGTCATTTGCTTTTGATCAGTTCAATATCTCGCAAGAGAAATTCGCAGACATATCAAAAGACGTTCAAGATAAGCTGGGTGACTTTATTGCCACTGGCGGCGGTGAGTTTGCAGATTTCTTCGAGAACGTAGCGCCAAAGGTCGGCTTAACGGTTGATTCACTTCGTGATCTCGCTGGCCCTGACGTACTAATTGCCGTTAAGAAGGCAATGGATGACGCCAATATCTCAGCCAAAGAGCAAGTATTCTACATGGAAAGCATTGCCAATGATGCGACCTTGTTATTACCAGCTCTCGAGAACAATGGCGATGCTATCAAGCGCTACGCAGATGAATTTCGCGGCCTGAACGCTGCGATGAGTCAATCTGAATTGGACACAATGAAGCAGGTCGCGACAGACTTCTCCCGCGTTGAAGCTGCTATCTCTGGTGTTACTAACCATATCGCTTTGGAGTTTGCGCCATACATACGCGCAGCAGCTGACTTAATAGTAGAAGCAACAAAAGAATCAGAAGGATTTACCGACGAAATCAAGGAAGGTTTTGAGGTAGCTGAAGATGTGATCATAAAAACAGCTTTTGCTCTCGGCACCGTTATTGAGTTGATGGGTGATGCTTACGATGGGTATCGCTCAATGCCTGTCTGGATGCAAGAGATTGGTCTGGCAGGGGCTTTCATTGGTGGCAAGAAAGGATTAGCGGTTATAGCTGCCGCTGGGAAGTCTGTTGATGGAGCTAAAACGACAGCTGAATGGTTCAGTGCTTTCATGGATGGAAATATCGGATTCACAGAGTGGTTAACAGCAAATAATGAAGAAGCTCGCGAAGCCCTTGACGGGATGCAGAAAGGTGTTGCAGACGTCGGTGAAGAAATTACCAATCTTCCAGAAATTAGCTTCGGCGGTGAAGGTGGCGAAAATGATTGGCTTGCCAGATTCAAGAAGAAAGTAGGGGAATATAAAAAGGAAAGGGAATCACTAAGCGAAGATGGTAGCTCCAAATCAAAAACGAATGGAAGGGATGTTGATGAGGATATCGAAAAGGCTGAGAGATTTCTTTCCATCGTTGATCTTTTAAAAGAGATTAATGGTGAAACCATTGTGGTTAACACCGAACTATCAGGCCTTGATACGAACTCAGATTTTCTACCGAAAGATCTGAACTTAAACCTTCCTGTCTCTGGTCGTTTCGATTTTGATGAATCATTCAAATCTTCAGCAGAAGACTTTTGGGCGGACATCAATGAAAACGGATTTTCAGACTTAAAGCCAACAATTGATCTGACCGAGGCTTCAGCAGCTAATCAGGCGCTGATTGACTCAACCGTCTCCACCTATCAAGCCATTCATGAAGAAAAGCTTCGCTATGCAGGAATGGACAGAGAGATCGAGGAAGAACGGTACAATCGGCAGATAGAACAAATGGAAAGGGAGTTAGAGCTACTTGAAACCAAAGGCTTACTAACTCAAGAAATTAGGGACCAATTCAACACGGCTGAAACAGAGGCCTACGAAGTACATGTTGAGCGCCTTAATGAAATAGATGCTGCTCGCGATCAAAAGATGGCTGAAGGATATCAAGCGCTACTAAGTGTAATGGGGTCTTACTACGATGGGATGGAGGGCAAGCAAGCCGCCTATGCCAGAGCAGCTATTCAATTAGGCTCTGTGATGCTCGACAAAGAGAAGCGAGAATCAATAGCTAGTATATGGTCAAACACCTACGAAACCGCCATGAAGGCATACAATGCCATGGCTGATATTCCAGGTGTAGGCCCGTTTTTAGGGGCGGCTGCTGCCGGTACCGTTATAGCTGCCGGCGCTGCCTATACCGCACAGGTTTCTGGCCTAGCCTCGTTCGATGGTGGTGGTTACACTGGCGACGGTCCGCGTTCCGGTGGTCTGGATAGAAAAGGCGGATATCTAGCCATGCTTCACCCTCAAGAATATGTATTCGATCTCACGAAAAACCAGCCTATCCAAAGTCCAAGGAAATCTGCTTCGCCTCAACAGTCAAGCTCTCCAAATTATAACGTCCAGATGGGTGACACTATTATTTATGGTGGCCTTGGTGAAGGGGCACAGCAATATCTTGATATGCGAGATAAAAGACAGATTCGACAACTGAAACGCATAATGGAGAAGCCAATATGA	MNKYEFIISAKDRTTQAFSTINKGLGGLSAKAGVASVAVAGVSAAFAALVTTSSRNAKELSSMSQKAGMTAEEFQAMSFAFDQFNISQEKFADISKDVQDKLGDFIATGGGEFADFFENVAPKVGLTVDSLRDLAGPDVLIAVKKAMDDANISAKEQVFYMESIANDATLLLPALENNGDAIKRYADEFRGLNAAMSQSELDTMKQVATDFSRVEAAISGVTNHIALEFAPYIRAAADLIVEATKESEGFTDEIKEGFEVAEDVIIKTAFALGTVIELMGDAYDGYRSMPVWMQEIGLAGAFIGGKKGLAVIAAAGKSVDGAKTTAEWFSAFMDGNIGFTEWLTANNEEAREALDGMQKGVADVGEEITNLPEISFGGEGGENDWLARFKKKVGEYKKERESLSEDGSSKSKTNGRDVDEDIEKAERFLSIVDLLKEINGETIVVNTELSGLDTNSDFLPKDLNLNLPVSGRFDFDESFKSSAEDFWADINENGFSDLKPTIDLTEASAANQALIDSTVSTYQAIHEEKLRYAGMDREIEEERYNRQIEQMERELELLETKGLLTQEIRDQFNTAETEAYEVHVERLNEIDAARDQKMAEGYQALLSVMGSYYDGMEGKQAAYARAAIQLGSVMLDKEKRESIASIWSNTYETAMKAYNAMADIPGVGPFLGAAAAGTVIAAGAAYTAQVSGLASFDGGGYTGDGPRSGGLDRKGGYLAMLHPQEYVFDLTKNQPIQSPRKSASPQQSSSPNYNVQMGDTIIYGGLGEGAQQYLDMRDKRQIRQLKRIMEKPI				NA	NA	NA	NA	NA
AK237_03162	600			hypothetical protein	ATGACTTTCCCAGCAAACCGTTTTGAAAGTGTCGAGTTTGAATTAATTCACGATACACGCGCATCGGATCCACGCTTAAAGCGCTTCAGGACTGAAGGTTCGAAAGAGCCGTACTTTATGTTCGCGTTAACCACTGACTTACTGGATTACGGGAATGGTATGGCGCTGGGCGCAGAGCTTGATGCTTATCAGGGAGAGCTTGAATTATTTGAGCTTCCTAATCCCATCTCAGCAATTCAATCACTGAGTTTTGCCGCGCTTGCCTACGACGCCAATAAAGGCGACAAGCAGATAACCCTGGCAACCGGAATAAATAACGGTGAGAAAGTTGTTGCAGCCGGAGACTTCCTGCAAATAGATGGCTCAAAGAAAGCCTATAGCCTGAGGCTGAATGGTGAGCAATATGACTCTGACGGTAGCGGTAATGTTGTCGTCACTTTAACGCAAGGCTTGATTCAAGATCATCCTGCAGGCTCAAGCATTAGCTACGGAGCAGATGTAGTGTTCCAGGTATGCCTTTCTAACAGAGACAGAACTGTGGTTAGCGGCAATAGAGCCCGACTTATTCAGCACGATGTGGAGTTGATTGAACAATTATGA	MTFPANRFESVEFELIHDTRASDPRLKRFRTEGSKEPYFMFALTTDLLDYGNGMALGAELDAYQGELELFELPNPISAIQSLSFAALAYDANKGDKQITLATGINNGEKVVAAGDFLQIDGSKKAYSLRLNGEQYDSDGSGNVVVTLTQGLIQDHPAGSSISYGADVVFQVCLSNRDRTVVSGNRARLIQHDVELIEQL				NA	NA	NA	NA	NA
AK237_03163	618			hypothetical protein	ATGATCGATCTCACTTCCGACCAATTCGCTCGACTACGCGCAAACAGTAATGCCGGCCGTCGTTCTGAGTACCTCATTAAAATGCTGATCTCTGGCAACTGGTACTACATTACCGATGCCGACACGCCGCGAGAATATGGTGGCGCCACATATCAACCCGGGTATCTCTACGACGATGATGTTGACGACATTGAAACCACATCAGAGCCAAAGACTAACGATATCAACATAAAGCTACAAGCCCATGAAAATTCATTTATGGGGCTTTTTCTTGGTGAAGGCTGGATGAACGGTCAGGTAACTATCTATGAACACCATAGAGATAGCCAGGGTGAGATATTTACTAAAAACGTTTATCAGGGGCTCATTGACGATTTTTCCGCAGAAGAGGAAGACCGCGCCATCGATGTAAACATTGCGTCCATATGGGCAGACTTTGAGAAAGTGGCCGGCATAAAAACCAATTCAAAATCACAGCAACGATTCTATCCAACAGACACCGCATTCGATCACGTATCTCGCGCAATGAAGAAGATTTATTGGGGTAAGGAAGCTCCGCGAGGAACCAGCACAGGCGTTGTCGGCGACAAGTTTAGTCCTCCAGCACACAAATTATAG	MIDLTSDQFARLRANSNAGRRSEYLIKMLISGNWYYITDADTPREYGGATYQPGYLYDDDVDDIETTSEPKTNDINIKLQAHENSFMGLFLGEGWMNGQVTIYEHHRDSQGEIFTKNVYQGLIDDFSAEEEDRAIDVNIASIWADFEKVAGIKTNSKSQQRFYPTDTAFDHVSRAMKKIYWGKEAPRGTSTGVVGDKFSPPAHKL				NA	NA	NA	NA	NA
AK237_03164	3840			hypothetical protein	ATGGGATGGTTATCTGATATAGGAGGTTTTCTCCTAGGCTGGCTTGTGCCTGAGCCAGAAACAAAGGTTTCGGGTACCGAGCTTTCTTCAGCAACGACAGAGGACTACATAAAAAAGGTATATGGCACGGTAAGAAAGATAAAGGGAACCATTATCTTCAAGCGTACCAATGATGCCGATTCGGACGATATCAAGAATGATCTTCTTCATATAATCATTGTTTGGTCAGAAGCTGCCGAAGACATAACCGAAGCGTATGTTGACGACTTGCCTATTTCTATCAACTCGTCACCTTTCATGAGCTCAGACGGCAAGCGCATGGTGCATGCCAGGCATTTTCCTAACGGCATGTCAGGGTATAACGATCCTCTGCTAACACAGGCTGGCTGGAGAGAAACCGACGAGGTGTTAGGTAAGGCGTGTACGTATTTTCGTCTGGAATATCACACTGGCGAAAACGCGATCACACAAGAGCCAGACTTCAAAGCCAATATTGAAGGCACATCTTCGTCTAACCCCGCCGTTCATCTTCGGGACTACCTGCAAGATTATATTTACGGTAAGGGGTTAAGTGATAGCTTCTTAGATCTTGCGGCCTTTTCTAACTGTGAGGCGCTCGCTGACATCGACGTTGAAACCAGAAGCGGAAGTGGTGTATATCGCCCTCTATTTTCATGCAACGTTGCTTTAGACACGTCTGATACGGTGCTGGCCAACACCAACAAAATACTTAAGTCCATGCGCGCTATGATGCCTGTACTTAACGGGAAACTGACTCCTATCATCGAAAAAGATGATCAGCCCGTTGATTTGCTCATTGCTGAGAAGGACATCATAAAGCTCGGCAGTATCAAAAACTCTTCTAAGTCCGGAAGATTTAACCGGGTCATTGTTGAGTATTACGATGATTCAGACGGCGAGGGAACTTTACAGCAAGCCGTTTATCCAGATCCAGATAGCGCTGAAGACTTGGCAATGCTGGCTGCAGACAACGGCTTTAGGCTGGAAAAAACCTTTAAGCGCGAGACTTGCCGCAACTATTACGAAGCTCTGGAAGAGGCAAAATCTTTGCTTCGCGTATCACGTGAGCAACTAAGGACAACCGTTGATTTGCCAAAATGGGCGACGGTGCTTGAAGTGGGTGACATTGTGCCCGTTCAGCACTCTTTCCCGGGCTGGAATGAAGAGTCTTTCCCTGACTATGGTGGAAAGCTATTTCGGATTGAGACCACAACGGAAAGTCGTGACTCGGTAAAATTAGGACTGCGCGAACACCAACCCTATATTTATGATTTCTTTGGGGAGGGTAATAAACCTGTTTTCCCTGATACCGGCATTGATGTTTCTGGTCCCGCTATACCCGTAGATCTTAGCGTTACCCCTTATTACGACAACTTTAAACAAGTTCGCGTTAACTGGGTGAGTGAGTCTCAGAATTTCCAATACCAGGTACTAAACCAAGCTGGCGACGTACTCGAAGCGAATAGCTCGGCAACTCATTACGTTGATATAAAGGGCTATGCTCTTGGTAACTACCGCTTTCGCGTACGGGCTATCGGTGGGCTGGGCCTTGTATCTGGCTGGGCAGAAACTCCGGTTATCATGCAAAAGCCTGGTGTACCTGACTCAATAATAATTAACCCCAGTAACTTTGAGATAGAAGTTATTCCCTCTTTGACTGGATCGAGCTCTTATACGCAGTATCGATTTTCAAAGACGGAGATTGACGCGACAGAGCCAGCAGAACCTTTCCGGGGGCCTGCACACGCTTACACCTTTGTAGGGCTTACCGCAGACACGGATTGCCGCATATGGGTGCAATCATTTAATCTGTTGGGGGAAAGCGCTTGGGTATATGTTGATACCAGAACAACCAACGAAAAAGCCGCATTAAGTGACTTGCTCGGTATCCCGGCAATTATTGAAAGGCTCGATACTTTCGACCCCGAAATTATCGAAGATTTGAGTGAGGAAGTTGAAGGGCTTTCTGATCTTCGTCCCGCATTAAACCAAGAAATCGCCGACCGAGAAGCGTTAGCGGAAATCGTGAGCACGAACGCTGGCAAGATAAATGCGGTTACCGAGGTAGATCCTGATACGGGTGAGATTGTCAGCTCTGCACAGGTTTATGCTGAAGCAGGGTTTACGCAAGTAGACCAAAGAATTTCAGCAGCTGAGCAAGAAATTTCCCAGCGTGTGACGACCGCTCAATTCGAAGATGAAGCGGTGACTTTCAGCAATGTCGAGCAGACTATTAATGGTATCGATTCCTTTATCAGTCTTGCTGCAACACAGCAGCAGATTAATGAAAACAACACTGTTGAAAAAGCGAATGCGTCAGAAGTCTTTATTGACGGCAACACAGGCACCATAACCCAAATAGTCCAGTCGTTTAATACCGATGTAAGCAATCTCAATACATCGATATACGATATTCAGCAACAGCTAGGCGAGCAGGGTATCAGCCAACAGATTGCCGGTTTAGCTTCGTCGCAGATACGCGATTACGATGCTGCCGCTGCGCTGCTAGACCAAATTGCCAGTGAAGGCACAAACATTCTCACCCAGTTTGAACAAAACGATAGCTACGCCCGTGCTATTGAGGAAGCGAAACTCGAGATCGATCCTCGCAGCGCCATGGCGAGAACGTTTAGTGAGCTACAGGCGGCATCATCTGAAAACGACCGTGTTATTTCATCGACGTTGCGCGACCTTCAGCAAGTCAAGGCCGACATCGAAGGTAACGCTTCAGCCATCAACTTTATACAGGGAAGTATCGAAAGTTTAGATGGTGACATAACCGCTAACTTTGCTCTTGCTCAAGAGGCAAAGACCACCGCTGACGGTGCCGTTCAGTCTGTCACGCAGATTAGTAACGAAGTTTCAACAGCGCAAGGCCAAGCGAGTTCTGCGTTGAATTTAGCGAGCGGCCTTGACGATGAACTCAATACACTGAGGGGCAGGGCGCAGCTTGCCGTTAACGCAGATGGCACGACCACGCTAATTCAATTAGACGCTACGCCCGATATTAGTCTCATCAAGTTTCAAGCGGGAAAGTACGCTTTCACAGACTCTGCGGGGAATATAAAAATTGGCTGGGATACGGGTAATAATCTCTACCAATTTAAAGATGGAGAAATCATTGCCAGCTTAATTACCAGTTCTGTCATAAGAGGCTCAAAGCACGAGTCGATCGGTAGTAACTATATGATTTTGACCTCTGGTGACAAGTTCGGGCCAGATGACTTAATCGAGTGGTACGGACCGAAAAATTCAACAACGTATGACGCTGGAAACAAGGAAGTTAGGTACGCAAACATCAGAAAAAATAACGCAGTATCGTGGCGCGATGATGATGGCAATGAGTACACGGCAGGCACCATCATTACGGGTACGCTGACGACCTCCAAGCAAAACACAAGCCTGGGTGAGTCTATGGAGGTAACGACAGGTTCTTTTGGTTCCAATGGTGGGCAGATTGCAATCAAATGCAGCTTCAGCATATACCGAGAAAAAACCACTAGTGGTGCGTCAGGCCAATGTCCGGCCAGCAATACCGCAAGCGCTACAATAAGGCTCTACAGAGAAAACGCACTTGGTAATTGGGTGGAAGTTCGAAGTGAAGCTATACCTCTTAACTATCAGTGTAACAACGCGTCGAGCAATACGTATTCCGCCAGCGTAAGCGGTAGCGGCAGCTTTACTTACTATGATGGCGATTACAGTACCACCCCACGAAACTACAGGGTTACGGCAGATGTAGCGACGCCAATTAATCACAGTTACTACAGCATCAATCAACTCAACACGCAGAGTTTATCAATTCTTACTCAGGAATAA	MGWLSDIGGFLLGWLVPEPETKVSGTELSSATTEDYIKKVYGTVRKIKGTIIFKRTNDADSDDIKNDLLHIIIVWSEAAEDITEAYVDDLPISINSSPFMSSDGKRMVHARHFPNGMSGYNDPLLTQAGWRETDEVLGKACTYFRLEYHTGENAITQEPDFKANIEGTSSSNPAVHLRDYLQDYIYGKGLSDSFLDLAAFSNCEALADIDVETRSGSGVYRPLFSCNVALDTSDTVLANTNKILKSMRAMMPVLNGKLTPIIEKDDQPVDLLIAEKDIIKLGSIKNSSKSGRFNRVIVEYYDDSDGEGTLQQAVYPDPDSAEDLAMLAADNGFRLEKTFKRETCRNYYEALEEAKSLLRVSREQLRTTVDLPKWATVLEVGDIVPVQHSFPGWNEESFPDYGGKLFRIETTTESRDSVKLGLREHQPYIYDFFGEGNKPVFPDTGIDVSGPAIPVDLSVTPYYDNFKQVRVNWVSESQNFQYQVLNQAGDVLEANSSATHYVDIKGYALGNYRFRVRAIGGLGLVSGWAETPVIMQKPGVPDSIIINPSNFEIEVIPSLTGSSSYTQYRFSKTEIDATEPAEPFRGPAHAYTFVGLTADTDCRIWVQSFNLLGESAWVYVDTRTTNEKAALSDLLGIPAIIERLDTFDPEIIEDLSEEVEGLSDLRPALNQEIADREALAEIVSTNAGKINAVTEVDPDTGEIVSSAQVYAEAGFTQVDQRISAAEQEISQRVTTAQFEDEAVTFSNVEQTINGIDSFISLAATQQQINENNTVEKANASEVFIDGNTGTITQIVQSFNTDVSNLNTSIYDIQQQLGEQGISQQIAGLASSQIRDYDAAAALLDQIASEGTNILTQFEQNDSYARAIEEAKLEIDPRSAMARTFSELQAASSENDRVISSTLRDLQQVKADIEGNASAINFIQGSIESLDGDITANFALAQEAKTTADGAVQSVTQISNEVSTAQGQASSALNLASGLDDELNTLRGRAQLAVNADGTTTLIQLDATPDISLIKFQAGKYAFTDSAGNIKIGWDTGNNLYQFKDGEIIASLITSSVIRGSKHESIGSNYMILTSGDKFGPDDLIEWYGPKNSTTYDAGNKEVRYANIRKNNAVSWRDDDGNEYTAGTIITGTLTTSKQNTSLGESMEVTTGSFGSNGGQIAIKCSFSIYREKTTSGASGQCPASNTASATIRLYRENALGNWVEVRSEAIPLNYQCNNASSNTYSASVSGSGSFTYYDGDYSTTPRNYRVTADVATPINHSYYSINQLNTQSLSILTQE				NA	NA	NA	NA	NA
AK237_03165	1026			hypothetical protein	ATGGCAACACACTGGACTGCTTCGGCAGTGACATTCACTGCCGGGCAAAAAACAGCAACGGTAAATACCGGTGACGATATTGGCAGTATCTTCCCGAATTCCGCGCTATTTGTCGGCGGATTTGACACCCCTTTTGAAGTTTCAAAGGCGTTTAATGATGGCGGCACGCAGAAGCTTGAGTTAACCAAAAACTGGTCTGGTACAAGCGGCCAGCGCTCTTGCATTATCATACCAAGCGCGGCAGCAGCTGCGCAGGCCGGTAAATCAGCGCAAGAGCTTAACAGCAGTATAGCGTCGTTGGTGAATGCAGCAAGCACTACGCCAGCCTCAAATAGCTTTGTTCTACGAGATTCAGGAGGCCGCGTTAAAACGTCAACCGCTTCAGCGGCCAATGATGCGGTGCCATTTGGACAACTTGGCGATAGCGCATTTCTTGAGAGCTACAAAGGCTATGGAATTAGTGATGATTCTGTTACCTCAAAAACGGACACGCAAAACATAAATTCCTCCGGGATTTTCCAGTTCGGTTCTAGTGCCGCAAACCTACCCGTTTCGGGGTTTTCAGGCCCATTACTGTCACTATCATTTAACGATGATGCTAACGCATTATTAGCGCTAAATAGAACGGGTTCCAGATCTGCTTATTTTACCAGTGCAAGTGGTGGAAGTTGGGATGGATGGAAGGAGTTTTACCACTCCAGCAATGTGAATTTTGATACCTTTGGGGGCAGTGTAAATGACTCTATCTCGATAGCGGTTGGTATTTCATCCACCACTGTTACCACTTTCCTGACAATCAATAAGGTCTCCCCTCCTATTTCAATTAACGTCAGTGGCTCGTGGTCTGTGAATGAGGTTTCTGGTGGAGCATCGAGAGGTACTGTATCAGGTGGTGATATAACCTTAACAGGACAGGCATCAAGTAGGGCGGCTAGGGTAAACATCACTGGACTCTCAGGTATCACAGTGGGTGAGGTTTATGATGTCAGGTGTGTTGACGCTAATAGTGTAATTACGGTGAATTAA	MATHWTASAVTFTAGQKTATVNTGDDIGSIFPNSALFVGGFDTPFEVSKAFNDGGTQKLELTKNWSGTSGQRSCIIIPSAAAAAQAGKSAQELNSSIASLVNAASTTPASNSFVLRDSGGRVKTSTASAANDAVPFGQLGDSAFLESYKGYGISDDSVTSKTDTQNINSSGIFQFGSSAANLPVSGFSGPLLSLSFNDDANALLALNRTGSRSAYFTSASGGSWDGWKEFYHSSNVNFDTFGGSVNDSISIAVGISSTTVTTFLTINKVSPPISINVSGSWSVNEVSGGASRGTVSGGDITLTGQASSRAARVNITGLSGITVGEVYDVRCVDANSVITVN				NA	NA	NA	NA	NA
AK237_03166	393			hypothetical protein	ATGCCACTAATCCTAGTCGAAGGCGAGTGGCAAAAACTCAACGGTGAAGTAGTTGAATTACCCGATGATGTCATTTGGCTCACCGAAGAACAAAAAGCCGCGACGTTAGCCGAAGAGCAAGCCGCACAAGCCAAGATTGAGCAAGAGCAATTAAAGCGCGAGGGTACCGAAATTGATGGCTACGTGGTTAGTCTCTGTGAGTCAAACCAGAACGGTTTAGCCTCCATAAAAGCTGGTGATGATTTAGCGCAGGAAGTTGGTTCGACCATCTTCCCCATTAACTTTCGTGCTCGATGTGCTGGCGGTGAAATTGATGTGCCATTAGCAGACCGTTCCGCTTTCAATTCCTTCGCACTTGCATTCATTCAAGCGCGACAACCTTTCTTTCAGTAA	MPLILVEGEWQKLNGEVVELPDDVIWLTEEQKAATLAEEQAAQAKIEQEQLKREGTEIDGYVVSLCESNQNGLASIKAGDDLAQEVGSTIFPINFRARCAGGEIDVPLADRSAFNSFALAFIQARQPFFQ				NA	NA	NA	NA	NA
AK237_03167	1203			hypothetical protein	ATGTCGGCTATTCCATTAAATGACAACACGGCCACCGAAGTAGTAAATGCACTGGGCGAAATAGCGCAGTTGAACACCAAGCACAGCCTTACAGCACAGGCGATCTCAGATGAGATTGAGGCGAGCAAGGCTAGCCGCAGACTGGTCAAGGAGCTTCCTTACCAAGCGAAACTAATTGGGTTCGGTAACAGTATCACTGCAGTAAGTTCTGGTGTCAGTTTCGCTCAGCAAATGGCTATGTATTCTAAGGGCATGTATTCATACGCTAAGAACGCCGGCGTAAATGGCAACACCACTACACAGATGGTTGCCCGTCTGTCTGATATCGACGGGGCAGATGCAGCCACAATTATGGAAGGCGCTAACGACGCTGAAAACGGCGTTACTCTTGATGAGCATCGAGACAATATCACCACCACATTCAACTACTGTTTTGATAATTACATCTTCCCTAACATGATTGCATCGCCAACTGCCGACAGCGATACGCGTGGCCAGTATATTCATGAAGCTAACATCATCGACTACATAACTTGTCGCAAGATGGGCGTTCCAATGTACGATCCTTGGTCTGGCATTGTAAGTGACGATGGTAGCGGCAACCAAGCTGCGCCTTACAATACTGACGGTGTACACCCCAATGACTTAGGCCATCAAGTGGCGGGGCTCGCGTTGTTGGAGCAGATTAAAAACCGAGACTTCTACACGCCTTTGCCTGTTTACAACAGCTTCACCAGACCTGATGCAATCCTGAACGATAACGCGCTATTCATTAATGCTACAGGCAATACCCCAGATAACTTCTCGACTTTTACTCCTACAAGCGAAACGTTAGCTGTGACTGAGCTGGGAATCGGAAACACGTACACCGTGAAGTACATCGACAACGCGATAAACTTCCGTTCTGATTTCTTCCCCGTGACCGTTGGCGATACTTACCTGGTGGTATTTAAACTGGCGGTTGACCTCATTTCTGGTGAGCCAGACTTGCTTATCAGAGCGGATTACGAGGGCGGTGCGCAGAACATCCTGATCCGCTCTAAGGGTATCTCTATTGACGATATGCTGGTGCAGAAGGAGTTTACTATTCCCGATGGTGTGACTGGCATCAGATTTGCCGCTTACGCTTTTGCCGGGACTTACGAGGTTGATATTAGTATTGCACAATTTCAGGTTTATAATCTTACGCATTATGGGCTGTAA	MSAIPLNDNTATEVVNALGEIAQLNTKHSLTAQAISDEIEASKASRRLVKELPYQAKLIGFGNSITAVSSGVSFAQQMAMYSKGMYSYAKNAGVNGNTTTQMVARLSDIDGADAATIMEGANDAENGVTLDEHRDNITTTFNYCFDNYIFPNMIASPTADSDTRGQYIHEANIIDYITCRKMGVPMYDPWSGIVSDDGSGNQAAPYNTDGVHPNDLGHQVAGLALLEQIKNRDFYTPLPVYNSFTRPDAILNDNALFINATGNTPDNFSTFTPTSETLAVTELGIGNTYTVKYIDNAINFRSDFFPVTVGDTYLVVFKLAVDLISGEPDLLIRADYEGGAQNILIRSKGISIDDMLVQKEFTIPDGVTGIRFAAYAFAGTYEVDISIAQFQVYNLTHYGL				NA	NA	NA	NA	NA
AK237_03168	831			hypothetical protein	ATGAGCTTATATCTACTTGAATCTTCACAATCTATATCTGTTAACGCTCCCCCCGTTGCTGATATATCAGTTAACGGGAAGCGTTATCTCACAAGTGTAGAGGATGGCACACCCACTGCGTTTGAGTGGGATGACGTCGCTGTCGTGACTGCAGGCGGTGAGCCTATAACATTGGGAAGTACCGCGCTAAGAGTTGAGTCGCCAATCGCTATTGCTACAGATGTTACGTCCAGCGCACAGGGCTTTTCTTTGTCCGGCTCTCAGGATCCAATAGACGCCATGACTGTTAATGGCAATGTATTGGATTTTACGGCCTACGTTAACTCTCTGTCAGACGTTGAAGCCGATACCGGACTTACATTAACTCTGTCCGGATTCTCTTCTGAGAGCGAGGCGTTTAATCTTGTTGCAACCAGCGTTTTACTGGATTTACTAGACACCAAGCACTTCACGTTAGTAAAAGATAAATCGGTTCAAATGTTCTCCGGCAGAAGTAACCGGGAAATATTCAAGTTCAAGATGGATGAGAACGATACGAATATTGTTACTGATGCAGGCAATCACATTGACTTCGAGCAACCTGGCATTGTTAAAGTCGAGATCCTTGGCAATAACGAGGATAAGATTGACTCCACCACGTCGGCTATTAAGTTGAGCGGCAGTGAATTGCTGGTGCGCCTAGGTGACTTAGATATTCCTGCCGCCTCATCAATGACACTCACGTTCATTCTTTATGTAGAGGGTGACGACAAGGGGATTGTATTAACGACCTCGGAGACACTTCCGAATACTACGGCAATGGTTTACCGGCCGTCTCTGCAGTCGTCTTGA	MSLYLLESSQSISVNAPPVADISVNGKRYLTSVEDGTPTAFEWDDVAVVTAGGEPITLGSTALRVESPIAIATDVTSSAQGFSLSGSQDPIDAMTVNGNVLDFTAYVNSLSDVEADTGLTLTLSGFSSESEAFNLVATSVLLDLLDTKHFTLVKDKSVQMFSGRSNREIFKFKMDENDTNIVTDAGNHIDFEQPGIVKVEILGNNEDKIDSTTSAIKLSGSELLVRLGDLDIPAASSMTLTFILYVEGDDKGIVLTTSETLPNTTAMVYRPSLQSS				NA	NA	NA	NA	NA
AK237_03169	192			hypothetical protein	ATGAACTTCAAGACTCACTTAAAACTTCGCGCTGCTAATGAACGTTTACCCGAGAACACTTTCTTTGCTTATGAAGGAAGAGAGATATACGACTTTAAGACAAAGCCAAAGGCCGGCCTTGAATTAACAGACGCTTCATTTGTATCCCTTCAAGATGTGAGGGATGAGGCGATCAGCTTTCACTTTGATTAA	MNFKTHLKLRAANERLPENTFFAYEGREIYDFKTKPKAGLELTDASFVSLQDVRDEAISFHFD				NA	NA	NA	NA	NA
AK237_03170	204			hypothetical protein	ATGATTTTCTCTCTACAATCATGGGGTGTCAGGGGTCGGAGGTTCAAATCCTCTCACACCGACCAATTCCTCCCCCCATTTTCAATAAGTTACAAATCTCTTTTTCTCCTTCATGTCGCACATAAGCACAATTTTCAAATCTGTGTTGCACCTGTGTTGGTCTTTCACGTGAAAAAATCTCAGATGTTATTTGCGCAGAAGTAA	MIFSLQSWGVRGRRFKSSHTDQFLPPFSISYKSLFLLHVAHKHNFQICVAPVLVFHVKKSQMLFAQK				NA	NA	NA	NA	NA
AK237_03171	975			hypothetical protein	ATGAAGCCTACCCACATACTATTTTCAGTTTCCATTTTTCTTTTTTTCGGCTTAGGGCTGGTTGGCTGTAAAGCAACAACAGTACCTGGTAGCCAAACGTCGCTGTCATCAGAGCCGGTATCAACACTTTATGATTACTCGCTTCAGCGTGCGGATGGTTCTGTGCTGTCTTTGGATGCACTGGTTGATGCTGTAAAAGAAGCTGATGTGGTGATGGTGGGAGAGTGGCACACGCATCCGGCGGTGCATCTGTTCCAGGCGCAACTTATGGCGCGATTGGTCGAGCAGGGGCGGCCGCTTTCTTTATCGATGGAGCATTTTACCCGCGAAGATCAGGCCGCGTTAAATCGTTATTTGGCCGGGGAGATAGGTGAATCGAGTTTACTTAATACCACGAAAGCCTGGGATAACTATAAGAGTGATTACCGCCCTCTTGTCGAGATAGCCCGGGAAAATCATCTTCCTGTTATCGCAGCCAATGCGCCCCGGGATATCGTAAAATGTGTAGGGCGCCAAGGTCCTGACTATATTAAGTCGCTCGATAAGCAGCGACAGGCGTTAGTGGCGCAAAATATCGATGTTAGTGATTCACCTTATCGTCAAAAATTTCTTAGCAACATGCACGGAATGACACTGCCTGAGGCACGTATCGTAAAGATGTTCGCTGCTCAGATGACGTGGGACGCCACCATGGCTGAATCTATTGCGAAGCATCTTGCTGATAACCCTGAACGTAAAGTGCTGCACGTTGCAGGTCGGTTTCATACCATGAGCGGCTTAGGCACGGGGGCTGAATTACTTAAACATAATTCAACGTTAAACATTGCTTATATCACCGCAGTTTCCGAAGGTGAGGCAGTGGCCGGTTCGGATTATCGGGTGGTGGTTGTTCCTTTACCGCCCATGTGGATAAGCGATGATGAACAACATGCTGCTATGGCAAGCCATGTTATGAGTGAAGTAAAGTGCAACTAG	MKPTHILFSVSIFLFFGLGLVGCKATTVPGSQTSLSSEPVSTLYDYSLQRADGSVLSLDALVDAVKEADVVMVGEWHTHPAVHLFQAQLMARLVEQGRPLSLSMEHFTREDQAALNRYLAGEIGESSLLNTTKAWDNYKSDYRPLVEIARENHLPVIAANAPRDIVKCVGRQGPDYIKSLDKQRQALVAQNIDVSDSPYRQKFLSNMHGMTLPEARIVKMFAAQMTWDATMAESIAKHLADNPERKVLHVAGRFHTMSGLGTGAELLKHNSTLNIAYITAVSEGEAVAGSDYRVVVVPLPPMWISDDEQHAAMASHVMSEVKCN				NA	NA	NA	NA	NA
AK237_03172	1527		COG3437	3'3'-cGAMP-specific phosphodiesterase 2	ATGTCGTTTTTTAAAAAGTCCGATATTGCTTTAAAATCCTCTACGTTGCCGCCCTGGAAAATCGCCATCATCGACGACGAAAGGGACGTTCATAAAGTCACGAAACTTACCTTACAAAAGTTTTCATTTGAAAATCGCCGCATTGAGTTTCTTTCTGCATACAGCGCCGCGGAAGGTTTAGCATTATTTAAAAACAACGATGATATCGCACTGGCTTTTGTTGATGTGGTAATGGAATCTGACGAAGCCGGACTCACACTTATCGATGCCATTAGAAATGAAATAAAAAATTTCACTACCCGTCTGGTGCTGCGCACGGGGCAGCCGGGTCAAGCGCCTGAAGAGGAAGTGATCAGGCGCTATGACATTAACGACTATAAGTCGAAAACAGAGCTTACCTCCGCTAAATTGAAATCGTGTGTTTATACTGCCATTCGCTCATACCGCGACATTCAAACTATTGAACTCGGCAAACGCGGGATGGAGGGCGTACTAAAGTCGTCATCCTCTATTCTAGAGAGTCAATCTTTGGGACAATTTGGCACCGCCGTTCTAAAACAGACACTTACGTTATTAAACCTGAATAATTCAGTACTTTACTTATCGACTCAACACACCGATTTATATGGCGACACCAAAATGACCGTGCTGGGCGCCAGCGGCGATTTAGTCGGATTGGGACAGCAAGGCATATCTGCAGAAATTCCTAAGGAAATTGAAGATAAAGTAAAAATGGTACTGAAACACAAAACCCATTTTCAGTCTGAGGAATTATTCATCGGGTACTACCCCACAAGCAAAGTGAGTCACAACATTTTGTATGTGGAGTTAACCCAACCATTGAGCAAGTTACAGCTTAAAACCTTAGAGATGTTTGCTTCGAATGTATCAGTTATTTTTCAAAACCTTATGCATAGAGAAGACATTCAACAAACACAAAAAGAATTGATTATGGTGCTAAGTGACGCCATTGAAATGCGAAGCAAAGAAACGGGCGGACACGTAAAACGCGTGATGCTGCTTTCTGAGTTTTTAGCTGAAAAATTATTTATGAGTGACGAGTTTATCGACACGATTCGTTACGCCTCGGCACTGCACGATGTGGGAAAAATCAGCATTCCTGAAACGATTCTTCATAAGCCAGGAAAGCTTGAGCCTGAAGAATGGGAAATCATGAAAACACACGCCCAGAAAGGCCACGATCTATTAGCTGGCTCAGATAAAATTGTTGCCAAAATGGGGGCGATTATCGCCAAAACCCATCATGAACGCTGGGATGGCCAAGGTTATCCTGCGGGGCTTGCTGGTGACGCAATCCCCATTGAGGGGCGGATTATGGCCATCGTCGATGTCGTCGATGCGTTATTGTCTAAACGCTGTTATAAAGCGCCTTGGACCGTAGAGGAAGTCAAGGCCTACCTCGCGGACAATGCCGGGAAACAATTCGACCCTCTCATTACCCATGTCATGCTAGAACATTTCGACAGCGTAGAAGCGCTCAGAGCGCAAGCGCCCGACGTTGAATAG	MSFFKKSDIALKSSTLPPWKIAIIDDERDVHKVTKLTLQKFSFENRRIEFLSAYSAAEGLALFKNNDDIALAFVDVVMESDEAGLTLIDAIRNEIKNFTTRLVLRTGQPGQAPEEEVIRRYDINDYKSKTELTSAKLKSCVYTAIRSYRDIQTIELGKRGMEGVLKSSSSILESQSLGQFGTAVLKQTLTLLNLNNSVLYLSTQHTDLYGDTKMTVLGASGDLVGLGQQGISAEIPKEIEDKVKMVLKHKTHFQSEELFIGYYPTSKVSHNILYVELTQPLSKLQLKTLEMFASNVSVIFQNLMHREDIQQTQKELIMVLSDAIEMRSKETGGHVKRVMLLSEFLAEKLFMSDEFIDTIRYASALHDVGKISIPETILHKPGKLEPEEWEIMKTHAQKGHDLLAGSDKIVAKMGAIIAKTHHERWDGQGYPAGLAGDAIPIEGRIMAIVDVVDALLSKRCYKAPWTVEEVKAYLADNAGKQFDPLITHVMLEHFDSVEALRAQAPDVE				NA	NA	NA	NA	NA
AK237_03173	1077			hypothetical protein	ATGCTAAACGTAAAAGCAATAATGCTTACTACCCTGTTACTCACTCTTTCTAACAACCTCTACGCGCTCGACCCGCCTACTTACTCTATTCGTGAAATAGGGACATTGGGGGGAGACTTTATTGAGGCGCACGACATCAATAACAACGGAATTGTCGTGGGTGCAAGTACCGATGCGAGCGGTACCCGGTATGCTTTTGTCTATTCGTATACTGACCAAACCATGACTAATCTTGGCGCGTTGACTGGCGTGTCATCTTCTGCTGTTAGTGTAAATAGTAGCGGCGATGTGCTTGTGGAGGTCGTAGATAGTTACGGCAACATCATCCCCGCTATTTATACCTCTGGAGTGCTCAGCCCTATCGGTGGCACCTTAGGCGTACTCGGCACCCTGAATGGCTTTTCACTTAAAAAGATTAACGACAACGGCGAAATTCTCGCATCGTACTTTGATGCAAGTGCTAACGTAGCCCACACATACGTGCGTGCAACAGATGGCAGCGTGTCTGACCTGGCAAGTATGGGTATTAATATGCACGGGATGGATATCAACAATAGTGGAACGATAGTGGGTTACATCGATGCAGAAGGCTCGGACAGTTACGGTAATCCTAAACCTATTACGAATACAGCCATTTACCAGGCGGGCGTAATGTCAAACATATTGAATGGTTTTACCCAAGCTACAGCGGTAAACAACGCAGATGTGCTGGTCGGCTCGGGAAAGCATGGCGCAGCCTTTGACTTTTACTATACATCAGCTTTTTATATAGAGAATGGATATCTTATTGAGGTAAGAGGGGGTGGCGCAAAAGCAAATGACATCAGCGATTCAGGCATAATTGTCGGGCAATATGTACGGGGTGCAGGTTCGTATCCACGTTTGGCCTATGTGTATCACGATGATTTTGGCTTTCAAAGTTTGATGGATCACAACCTTTATCTGAACGGCACCGAGGTATTTAAACGATTCGTTGAGGCTATTGCGGTAAATAATTCCGGTCAAATCGTTGGTCATGGTCCTGTCCGCACGGATCCTGGCTTTCCCAGCCGTGTTTTTATATTAACCCCAATGTAA	MLNVKAIMLTTLLLTLSNNLYALDPPTYSIREIGTLGGDFIEAHDINNNGIVVGASTDASGTRYAFVYSYTDQTMTNLGALTGVSSSAVSVNSSGDVLVEVVDSYGNIIPAIYTSGVLSPIGGTLGVLGTLNGFSLKKINDNGEILASYFDASANVAHTYVRATDGSVSDLASMGINMHGMDINNSGTIVGYIDAEGSDSYGNPKPITNTAIYQAGVMSNILNGFTQATAVNNADVLVGSGKHGAAFDFYYTSAFYIENGYLIEVRGGGAKANDISDSGIIVGQYVRGAGSYPRLAYVYHDDFGFQSLMDHNLYLNGTEVFKRFVEAIAVNNSGQIVGHGPVRTDPGFPSRVFILTPM				NA	NA	NA	NA	NA
AK237_03174	339			hypothetical protein	ATGAAAGCTTTAACAAAATCTTTGGCGGTTGTTGGTTTGTCGTTTGGCTTAATTGGTATGGCAAACGCAAGCTCTGAACTCATTGCCGCTGACGATACCGTGTCTACCAAACTGTGTATGACCGCCGCGACAGGCAGCAGATTACAAGTGCATAATGCCATGAAGGATGCGGGAGTTAGCCGCCAGTTCGTGGAAACAAAGGTATTCTGTAACGGCTTGCCAATTGTCGAATTTGTTGCTCAACACAGCTCCAAGGCCGATTCGGTTAACAACTACATCACCGGCGGTAAATATCAGGGCGAGAATTATATTGCGAATGTAAATAACCATAAGCAATAG	MKALTKSLAVVGLSFGLIGMANASSELIAADDTVSTKLCMTAATGSRLQVHNAMKDAGVSRQFVETKVFCNGLPIVEFVAQHSSKADSVNNYITGGKYQGENYIANVNNHKQ				NA	NA	NA	NA	NA
AK237_03175	2805			hypothetical protein	ATGAAAGTCTATCAAAAAACTGCTGTTTCAAAAGCGTGTCAGCTACTTGCTGGTGCCGTTATCTCCCCCTTATTACTAACAAGTGCCGCTTGCGCGGACCCTCACGACCGACAAATAACCTCCGGTGCGCCACACGTCCAAAGTACAGAAGTGATTATGGAAACCCTTGATCGCGGTCTGATTGTTATTCCTACTGAGCAGGGAAATGCGATTAGCTGGCGGTTACTGGGAACAGATCCTGATACGGTGACTTTCGATGTTCTGCGAAATGGTCATAAATTGAACAGCGAAAAGTTAGCCGGCGCGACGTTCTTTCTTGATGCACAAGGTGATAGTGATGACGTTTACGAAATTAGCGTATCGGGATTAAACAATAAAAATAAGCGCAAACACGCAGAAATGTCTGCCCCGGCGACAGCCTGGGATGATGTCATGTTGCGCATACCTTTAAATAAACCCGATGACGGGTGGGTGAATGGGCAAACATTTACCTATTCTGCCAACGATGGTTCGGTGGCGGATTTGACAGGCGATGGTCGCTACGAAGTTATCGTAAAATGGTACCCGTCGAATGCAAAAGATAACTCTCAGTCTGGGTATACGGGACATACGTACCTGGATGCTTACACACTGGAAGGGCAGCAGTTGTGGCGTATCGACCTTGGCAGGAATATTCGCTCTGGTGCGCATTACACCCAGTTTATTGCATACGACTTCGATCAGGACGGCCGCGCCGAAGTAGCAATGAAAACGGCGGATGGCACCGTGGACGGTGAGGGCACGGTAATTGGAGATGCAAATGCTGACTATCGTAATAGCCAGGGGTACGTGCTGGAGGGGCCTGAGTTTCTTACCATGTTCGATGGTTTATCCGGTAAAGCGTTGGATACCATCGATTACGTGCCAGAGCGGGGAAGTGTAGACAGTTGGGGAGACGGGTATGGCAATCGCGTAGACCGTTTTCTGGCTGGAGTGGGCTATTTTGATGGCACTACACCCAGCGCTTTTTTTGCCAGAGGGTATTACACCAGAGCCGTTGTTAGCGCGTTTGACTGGGTAGACGGACAGTTTGTGAGCCGATGGGTATACGATAGCAACAATGGTGGTGAAGATGCTGCTGGATATGGGCAAGGTGCACACAGCATTAGCGTCGGCGATGTTGACGGCGACGGCAAAGATGAGGTGGTGTATGGCGCGGCGACTATCGATGACGACGGTCATTTACTCTACAGCACGGACTTAGGCCACGGCGATGCCCTGCATATGTCCGATATTAACCCTGAACGCCCGGGACTGGAGATATATATGGTGCACGAATCACCTTCGGCATACACCAAAAACGGGGTGGAATATGGCGTAGAATTGCATGATGCAGCCACAGGAGAAATCTTATGGCATCGACCCGGCAATGGCACGGATGTGGGGCGGGGCGTAAGTGGCGATATAGATCCCGCTTACGTGGGTAACGAGAGCTGGGCAACACGAGGCGGGTTAGTGGCAGCCAACGGAACGGTTATTTCCGATACCCGGCCGTCGCAGGTTAATTTTTTATCCTGGTGGGATGGTGATTTGAATCGCGAGCTATTGGATGGCAACCGGATCTATAAGTGGCAGCCGGCCACGGAGACCTCTGAAGTAATTCTCGATGGAAACGAATGGGGAGCCGTATCTAATAATGGGACAAAAGCAACGCCAGTGTTATCCGCGGATATAATGGGTGATTGGCGCGAAGAAGTTATTTGGGCGAACAGTGACAGCAGTGCTTTACAGCTCTTTTCTACTACTGACGACACGGGATACCGTATTCCGACGTTAATGCACGATCCGCAGTATCGCACAGCGGTTGCGTGGCAGAACGTGGGATATAACCAGCCTCCGCACCCTTCCTTTTACTTAGGAAGTGATATGACTGTCATGCCTACCTACAACATTCAAACCCAGTCCGGCGATCTGTGGATTCGACCCGTCGCACGAGGAACCAAGGATGCTATCACGGTTACGGTACATGCCAATGGTTATCCCTATAAAGCAATAACGCTTTATAAAAGCACCTCTGATGATCCTGAAACCCGGGAATTGCTCACTACACTGGACAGCGGTGAAAGCCGTTTTGTGGATACTGATGTTGAACCGGATAACCGGTATTACTACTGGGGCAGTGTGAACAGTAAGCGTGGAGAGCCTGAGTTATTGCCTGTAACCGCTGCGGCATTGACCTCAAGCGACATACCGGACATCCGCACTTATCACCAAAGTTCCGCCAGCCCAGTAACCTTAAGCTGGTTCACTGCGAATATTGAAGTGAATAGTGTATTTGTGTTTCGGGCGGAGCGTGTGGAAGGTGAAGCTGAACCCATTTTTGACCAGGCATCAAAAATAGCTTCGCTTGCAGCTGATTCAACAGAGTGGACAGATGAAACATCCGTGCCCGGTACGTCCTATATTTACTGGCTGGTGTTTGATACTGCGACAAAAGGGCAGATAACCAGTGATCCGCTTAGAGCAGAGCGTCTGCTGGAGCCTAAAACACATTTGTCTGCGGTGCAAAACGGTGACGGTATTGTGGTCAGCTGGCAACTGGAAGATTTCCCGCAAGCTATTCGTGGTGTACAACTTTACCGGAACACCAAAGCAGAACTGAGCGGTCGCACGCGTATAAGCCCTTCAGCGCCTGTCAGCGGCAGCTTAACCGACACCCTGTCACTGGAAAGTGGGACAACCTACTGGTACATGTTCAAACTGACCATGGAAGACGGTTCAACGTACAACACCGACCCCGAAGCGGCTATCACCTACATGCAATAG	MKVYQKTAVSKACQLLAGAVISPLLLTSAACADPHDRQITSGAPHVQSTEVIMETLDRGLIVIPTEQGNAISWRLLGTDPDTVTFDVLRNGHKLNSEKLAGATFFLDAQGDSDDVYEISVSGLNNKNKRKHAEMSAPATAWDDVMLRIPLNKPDDGWVNGQTFTYSANDGSVADLTGDGRYEVIVKWYPSNAKDNSQSGYTGHTYLDAYTLEGQQLWRIDLGRNIRSGAHYTQFIAYDFDQDGRAEVAMKTADGTVDGEGTVIGDANADYRNSQGYVLEGPEFLTMFDGLSGKALDTIDYVPERGSVDSWGDGYGNRVDRFLAGVGYFDGTTPSAFFARGYYTRAVVSAFDWVDGQFVSRWVYDSNNGGEDAAGYGQGAHSISVGDVDGDGKDEVVYGAATIDDDGHLLYSTDLGHGDALHMSDINPERPGLEIYMVHESPSAYTKNGVEYGVELHDAATGEILWHRPGNGTDVGRGVSGDIDPAYVGNESWATRGGLVAANGTVISDTRPSQVNFLSWWDGDLNRELLDGNRIYKWQPATETSEVILDGNEWGAVSNNGTKATPVLSADIMGDWREEVIWANSDSSALQLFSTTDDTGYRIPTLMHDPQYRTAVAWQNVGYNQPPHPSFYLGSDMTVMPTYNIQTQSGDLWIRPVARGTKDAITVTVHANGYPYKAITLYKSTSDDPETRELLTTLDSGESRFVDTDVEPDNRYYYWGSVNSKRGEPELLPVTAAALTSSDIPDIRTYHQSSASPVTLSWFTANIEVNSVFVFRAERVEGEAEPIFDQASKIASLAADSTEWTDETSVPGTSYIYWLVFDTATKGQITSDPLRAERLLEPKTHLSAVQNGDGIVVSWQLEDFPQAIRGVQLYRNTKAELSGRTRISPSAPVSGSLTDTLSLESGTTYWYMFKLTMEDGSTYNTDPEAAITYMQ	PGPT0018715_22	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_CELL_WALL|MEMBRANE_DEGRADATION	PLANT_MEMBRANE_POLYSACCHARIDE_DEGRADING_FUNCTIONS	PLANT_MEMBRANE_RHAMNOGALACTURONAN_ENDOLYASE,PGPT0018715-yesW-K18197	NA	NA
AK237_03176	675	citT	COG4565	Transcriptional regulatory protein CitT	ATGCCCTACTCTTGTATTATCGTTGAAGATCAACCGCATGTTGCGCAGTACCTCGCTCAATATCTTATCCAGACCGGGCGCTACATGGTGATGGGCATGGCCAATAATGTCGCAGCGGCTGAAGCCCTGCTGGGTGCCATGCAGCCTGACTTACTTCTGCTGGATGTTTATCTGCCCGACGGCAATGGCCTTGAACTGATGAAAAGCCATCACGATAAATTGCAGAAGACAGAAGTATTTCTGCTAACGGCCGCAAAGGAAGTACAGGTATTGGAACAGGCAATGAAATTAGGCGTGTCTGACTTTCTGGTAAAACCGATTCTGCAAAGTCGTCTGGAACAGGCCCTGCAGAACTTTGAAAACCGCCATAAACAATTATCCGGTGCGTCAGAGCTCACGCAAACTGTTGTGGATCAATTCTTCAGCCGTCAGAGCGACGGAAAAGCACAGCGTTTGCCCAAAGGCGTTGATGGCTTAACCCTGCAAAAAATTCAACAGGTTTTTGTCGCCTCGCCTAAAGATAGCCTAAGTGCTCAGCAAGTGGGTGACACCGTTGGTGTAAGCCGCTCCACCGCCCGCCGTTATCTCGAATATCTGCTGGAAACTGAAGAGCTTGTTGCTGAGCAGGTATACGGCAACGTAGGCCGCCCCGAACGCTGCTATCGATTACGATAG	MPYSCIIVEDQPHVAQYLAQYLIQTGRYMVMGMANNVAAAEALLGAMQPDLLLLDVYLPDGNGLELMKSHHDKLQKTEVFLLTAAKEVQVLEQAMKLGVSDFLVKPILQSRLEQALQNFENRHKQLSGASELTQTVVDQFFSRQSDGKAQRLPKGVDGLTLQKIQQVFVASPKDSLSAQQVGDTVGVSRSTARRYLEYLLETEELVAEQVYGNVGRPERCYRLR				NA	NA	NA	NA	NA
AK237_03177	1608	dpiB	COG3290	Sensor histidine kinase DpiB	GTGGCAACAAGACGTTATTTCATTCGTAACAAGCTGGAATCCTGGGTAGTTGCCGCCATCGTTGTTATGAGCCTGCTACAGCTTGCTGTATTAGGCTTCGCCAGCCAGTATTTGCTGGCATCTGTCATTGAAGAAAAAACCGGGCAACAGGCGCTTGCCATTGCCCGCTCCCTCGCCAGTCGTCCTGACATCATTCATGCTGTGGAAGCGGAATCCGTTCCTGAACCACTTCAACGTGAACTTGCCCTGCTACAACACGGTTACGGTGCGAGTTACGTAGTAATTGGTAATGAAAGTAAAATTCGCTTATTTCACCCCGTTACAGAACGTGTCGGTCACCCCATGCAAGGGGGCGACAGTCAGGCCGCCCTTGAGGGCAACTACTACATTTCCTCTTCAACGGGTTCTATGGGTCCTTCGATCCGCGGTAAAGCCCCGGTCATCAACGCAAATGGCGACATAATCGGGTTAGTTTCGGTAGGGTTCCTTGAAAAGTCAGTAAGCCTGGCCATTGAGCAGCAAACCTGGCTGATCCTGGGTGTTATTTTTGTCATTCTTGCATTGGCAGTAATTGCCGCACGCTGGATAGGAAACCGCGTGCGAGGTCGCTTGTTTGGCTTGCAACCAGACGAAATTGGCCGCTTATATGCTGAACAGGAAGCCATTTTTAATACGGTGCGCACTGGCATCATTGCCATGACGCTGGACGGTAAAATTCAGCGCATGAATCAGCGCGCCAAAGTATTGTTATTTGCCGGAGAAAAAAACGATGGCACGATAAACGATATTCTGCCCCAGCACGCAGAGTTTCTGCTGAAAAACACCGATAAACACATCCGCGGTTTCGAACTGTTTGCCAATCAGCAATGGCTGGTATTATCCCGCGTACCTCTTCAGGTTCAGGGTCAGATGGCCGGATTGATGTTAACAATGCGTCCCGCAGACGAAGTGGAACATTTATCACAGCAACTGGCGCGGGTAGAAGCGTTTGCTGAACTACTACGAGTACAGACCCACGATTACTCGAATAAACTTAATACTCTCGGTGCCCTGCTGCAAATGGGGAACGTCGAAAAAGCGCTGGAAATAATCAGTAACGAAAGCCAGGTAGTGCAAACGCAAGTCCACAGTTTAGTAGGCCGTGTACAAACCCCGGTGCTCGCCGCGCTACTGTTTGGTAAATATCACAAAGCACAGGAAGGCAATGTGGCACTGGCAATCAGTCCTGACACTCACCTGTCTGTCATCAACGATAAACACTTACTCGAATGTCTGGTTTCTATCTTTGGCAACCTGATCGATAATGCCATCGAAGCATCGCTGCGCGCCACGAACAATCGCCCAGCGAAAGTCAATGTGAGCTTAGAAGAGATGGGCAACAACATAGTGTTTGATGTAGAAGACAGCGGCGACGGTATTCCGGCTGCTGAATACGAACGGATTTTTGCGCCATCGTTCAGTTCAAAACCTGATGCCCGACATGGTGTGGGCATGTATTTAGTCAAAACCCATCTCGAGGGATGCAATGGCAGCATTGAGATTGGTGAATCAGAATTAGGCGGAGCCCGATTCTCCGTGTACATTCCGAGAACAGAAGTGTCGAAATAG	MATRRYFIRNKLESWVVAAIVVMSLLQLAVLGFASQYLLASVIEEKTGQQALAIARSLASRPDIIHAVEAESVPEPLQRELALLQHGYGASYVVIGNESKIRLFHPVTERVGHPMQGGDSQAALEGNYYISSSTGSMGPSIRGKAPVINANGDIIGLVSVGFLEKSVSLAIEQQTWLILGVIFVILALAVIAARWIGNRVRGRLFGLQPDEIGRLYAEQEAIFNTVRTGIIAMTLDGKIQRMNQRAKVLLFAGEKNDGTINDILPQHAEFLLKNTDKHIRGFELFANQQWLVLSRVPLQVQGQMAGLMLTMRPADEVEHLSQQLARVEAFAELLRVQTHDYSNKLNTLGALLQMGNVEKALEIISNESQVVQTQVHSLVGRVQTPVLAALLFGKYHKAQEGNVALAISPDTHLSVINDKHLLECLVSIFGNLIDNAIEASLRATNNRPAKVNVSLEEMGNNIVFDVEDSGDGIPAAEYERIFAPSFSSKPDARHGVGMYLVKTHLEGCNGSIEIGESELGGARFSVYIPRTEVSK				NA	NA	NA	NA	NA
AK237_03178	1518			hypothetical protein	ATGTTTGATGCAATGATGATAGGCCTGGATGCCGCATTCCAATGGCACAATTTGATGTATGTTGTGATTGGCTGCCTGGTCGGTACCTTTATCGGTATGCTACCCGGGTTAGGACCCATTACTGCCATCGCATTAATGATTCCAATCACTTACAGTATCGGCCCCAGTTCAGGCATGATCCTGATGGCCGGGGTTTATTACGGTGCCATCTTTGGTGGCTCAACCAGCTCCATTTTGATTAACGCACCGGGTATTGCCGGCACCGTCGCCTCGTCCTTTGACGGTTATCCGCTGGCTATGAAGGGACAGGCCGGTAAAGCACTGGCCATCGCGGCCTGGGCCTCGTTTACCGGCGGTACCATTGGCGCGGTAATGCTGATGGTAGCGGCTCCCACGCTGGCAGAAGTCTCGCTGAGTTTCCATTCCGGCGACTACGTGATGTTAATGCTGGTAGGTTTAACCGCTATTGCAGCGTTCTCCAGCAACGGCGAATTTTTAAAAGCCATGATGATGACCGTATTTGGTCTTGCCCTGTCCACCATTGGTATCGACCCATCATCCGGTACAGAGCGCTTTACTTTCGGCCAGCCCGATTTGCTGGACGGGTTGAGCTTTCTGCTGATTGCTATGGCCACCTTCGCCTTGTCAGAAGCCCTGATGAATGTCATCAAGCCAGACAGCGCTAAAGACACCAGCATGGGCGGTAATCAGCTGGGCAGCTTTAAGTTAAGTAAAGACGAAGTGAAAGAGATTGCGCCGTCAGTAGGTCGTTCATCCATCCTTGGCTTTTTGATTGGTGTCTTGCCCGGTGCCGGCGCAACTATCGCCAGCTTTATGGCCTATGCCGCAGAAAGAAACCTGGCTCCGGCCCGTTTCAAAAAAGAGTTTGGCCAGGGTGCCAAGCGTGGTCTTGCGGCGCCTGAAGCGGCGAACAACGCGGCGTGTACAGGTTCGTTTGTCCCTCTGTTAACGTTGGGGATCCCGGGTTCCGGTACCACGGCAATTATGCTGGGTGCACTGATTGCTTACGGTTTACAGCCCGGGCCTTTATTGATGCAGGATAACCCGGATGTATTCTGGTCAGTGATTGTATCGATGTACTTTGGTAACGTTGTGTTGCTTATCTTAAACCTGCCACTTATTCCTTATTTGGCGAAAGTACTGGTATTGCCTAAATCACTGCTGACGATTTTTATTCTGTTCTTCAGCTTAATTGGTGTGTATCTGGTATCCTTTAACACATTCGATTTATATATGATGATCGGGTTTGCCTTCGTGGCGGTAGTATTACGTATTCTGCAATTCCCTATGGCACCGCTGTTACTGGGTTTTATCCTGGGCGACATGATTGAGCGAAACTTCCGTCGCGCCATGCTGATTTCAGACGGCTCCTATAGCTTCATCTGGGAGCGTCCGCTTACGCTGTCGATTCTGATTGTAGCCATTGTTGTTTTACTGGTACCGCTGTTAGGTTTTTTCAAAAACCGCCGGGCAAAAACAACGGCAACCCCGGACTAA	MFDAMMIGLDAAFQWHNLMYVVIGCLVGTFIGMLPGLGPITAIALMIPITYSIGPSSGMILMAGVYYGAIFGGSTSSILINAPGIAGTVASSFDGYPLAMKGQAGKALAIAAWASFTGGTIGAVMLMVAAPTLAEVSLSFHSGDYVMLMLVGLTAIAAFSSNGEFLKAMMMTVFGLALSTIGIDPSSGTERFTFGQPDLLDGLSFLLIAMATFALSEALMNVIKPDSAKDTSMGGNQLGSFKLSKDEVKEIAPSVGRSSILGFLIGVLPGAGATIASFMAYAAERNLAPARFKKEFGQGAKRGLAAPEAANNAACTGSFVPLLTLGIPGSGTTAIMLGALIAYGLQPGPLLMQDNPDVFWSVIVSMYFGNVVLLILNLPLIPYLAKVLVLPKSLLTIFILFFSLIGVYLVSFNTFDLYMMIGFAFVAVVLRILQFPMAPLLLGFILGDMIERNFRRAMLISDGSYSFIWERPLTLSILIVAIVVLLVPLLGFFKNRRAKTTATPD	PGPT0017350_1360	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_TRICARBOXYLATE_TRANSPORT,PGPT0017350-tctA-K07793	NA	NA
AK237_03179	471			hypothetical protein	ATGACACGTCAGTTACTCGGCCCTGCCCTGTTTCTCGTTTTTTTCACGTTCTACGGTATCTATGCATGGCAAATCCCTCTGCTACCGTTTGAACAATATGAAGCGGTGGATTCATCCACCATGCCAAAACTCTACGCTATGGCCGGCGTCCTGTTTAGTTTTTTAGCTATCGTGAGCCATGTTATGAAACGCAATGAACCACAAGGCGAACAAAAGTCGCTTGGGATCACTAAGCATACCGTTCGTCAGACCGCGATTGTTATGCTGCTGATGGTCATCTACAGCGCGCTGCTCGATCCGTTAGGGTTCATTGTGGCAACACTTATTTTTCTGATTTCCGGCTTTTGGGTTATGGGAGAAAGACGCGCCCGCATAGTGCTGTTCGCCTCAGTCCCTATGGTGGTGTTTTTCTGGCTCCTCATGACCCAACTTCTTGATATTTACCTGGCCCCCGGCAGCCTCTGGAGTTAA	MTRQLLGPALFLVFFTFYGIYAWQIPLLPFEQYEAVDSSTMPKLYAMAGVLFSFLAIVSHVMKRNEPQGEQKSLGITKHTVRQTAIVMLLMVIYSALLDPLGFIVATLIFLISGFWVMGERRARIVLFASVPMVVFFWLLMTQLLDIYLAPGSLWS	PGPT0017355_1620	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_TRICARBOXYLATE_TRANSPORT,PGPT0017355-tctB-K07794	NA	NA
AK237_03180	963			hypothetical protein	ATGCGTTCTGTTTTGATTAGTGCTGCAATATTGTGGCTGGTGAGTGCCAGTGCCTTCGCCAAGGATCACTTTCTGATCCCCGGCGGCCCCGGCGGCGGCTGGGACACTACCGGTCGTGGTATCGGCGAAGCGTTGATGAAGTCAGGTATTTCAGATAACGCCTCGTTTCAAAATATGTCCGGAGGTGGTGGCGGTCGCGCTATCGCTTATTTGATTGAATCGGGTAACAAACACGGCGATATGTTAATGGTTAACTCTACGCCTATTGTAATCCGGGCGTTAACCGGTCAGGTACCCTTCAGCTACCGTGATGTGAAACCCGTTGCCAGCATCATTGCCGACTACGGCGCCTTTGTGGTGAGAGAAGACTCACCCATCAAAAGTTGGGATGAAGCCATAGCAATCCTGTCCAAAAACGTCCGTGAACTGACCATCGCAGGCGGTTCTGCAAGGGGCAGTATGGATCATCTGGTGGCTTCACTGGCAGTTAATGCTGCAGGCCTTGACGGTGCCCGTATCCGCTACATTCCTTACGACGCAGGCGGTCAGGCAAAAGCCGGGCTGCTTTCAGGCGAAGTACAAATGCTTTCTACCGGATTAAGTGAAGCACTGGAAATTGCAGAAGGTGGTCAGGCACGCATTTTAGCCATCACAGCGCCTGAAACCGTGCCCGCCTACCCGGATATTCCCACCTTAAAATCGCTGGGCTACGACGCCACGTTCGTGAACTGGCGTGGACTGTTTGCAGCGCCAGATACATCTGATGAAAAAGTACAGGAATATATCGATAAGTACGCCGCGCTGCTGAAAACCCCTGAATGGGCAGCAGTTCGCGATAGAAACGGATGGATGGATTTGTTCCGTACCACGGATGATTTTGCTGCAGATCTGGCAGCACAGGAAGCACAAATTAAAACCCTGATGATTCAACTTGGCTTTATTCAACAGGAGCAACAACCATGA	MRSVLISAAILWLVSASAFAKDHFLIPGGPGGGWDTTGRGIGEALMKSGISDNASFQNMSGGGGGRAIAYLIESGNKHGDMLMVNSTPIVIRALTGQVPFSYRDVKPVASIIADYGAFVVREDSPIKSWDEAIAILSKNVRELTIAGGSARGSMDHLVASLAVNAAGLDGARIRYIPYDAGGQAKAGLLSGEVQMLSTGLSEALEIAEGGQARILAITAPETVPAYPDIPTLKSLGYDATFVNWRGLFAAPDTSDEKVQEYIDKYAALLKTPEWAAVRDRNGWMDLFRTTDDFAADLAAQEAQIKTLMIQLGFIQQEQQP	PGPT0017360_2727	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_TRICARBOXYLATE_TRANSPORT,PGPT0017360-tctC-K07795	NA	NA
AK237_03181	1254	oprP	COG3746	Porin P	ATGCATAAAACAACAATTGGCCTGCTGTGCCTGGCAGCCACCTATCAAGCATCGGCGCAAACACAACCCGCCGATAGTCAGTCTCTCGAAACCAGACTTTCCCAGTTAGAGCAACAGCTCGCATCGATGGAAGCGAAAGACGCCAGTGACGATAAGTGGGTGACGTTAGGCGGGCGACTTCAGATAGACGCTAACATCTTTGACGGCGCCTACAATGCAGACAACGAAGGCAACACGGGTTCCACTATTTTTCCACGCCGTGCGCGGTTGTCGGTAGAAGGCGAACGTAGCGATCTGGAATACAAAATGATTCTGGAATTCGCCGAAGAAACCATCGAAATCCTGTTACTCCGCTTCGAATATACTGGTTTTGAAAACGGTCCGACTATTAAGTTCGGTAAAATTCGCGAAGACATTACTCTGGATGCCCTGACCAGCTCTAAGCACATGGCGTTAATCGAGCGTGCGAGCATGGCAAATACTATGTCGCCTTATTTCCGTTGGGGTGTGGCTGCGTATCAATACTTTCCTTCAACGGGTTTGCGTTACGCTGTGGGTGTGCATAAAAACGATGCATTTGGCGCAGAAGGTACCGATGATGACTCCGCCATTTCACTGGCAACCACAGGACGCCTCACCTGGGCGCACGAATTTAAAGAAAACAATCTGATCCACCTGGGCTCATGGGGCTCGTACCGCAAAATGGATAACAGCCAGTTGTCAGCCTCTTTCGCCCGCGCGGAAGTCAGAGAGCCGAACGTGAGACTGGTAAATTATGCCGCAGGCGGTGACACCGTGCCACTTGACCACCTGAGTCAGTACGGTATTGAAGCCGCCTACCAGTACAACAGCTTACTGGTTCAGGGTGAAGTAGCCCGTCGCAATATCGCCACCAGCGATCCTGCATCGCTGCTCGACGACGAAAACTATGACGGCTATTACTTTCAGGCCAGCTACATGCTAACCGGCGAGAGCAAGTCATATTCCAAAGGCAGCGCACGTTTCAATCAACCCAAAGGTGTTGAAGACGCGTGGGAAATAGCCGCCCGCGTTTCGTCTATGGATGCCACCAGCCAATTTCAGGGTACCCGGGCCAAATCATTCACCGCGGGTGTGTCTTACTACATCGATGAAAATACAAAAATTATGCTAAACGGCGTGCACAGCAAAGTGTCAGGCCCCGGCACAGAAGCGCTTGTGGGTGATGAAACCAGCGGCAACGCCATCACCATGCGTTTCCATTACGACTTTTAA	MHKTTIGLLCLAATYQASAQTQPADSQSLETRLSQLEQQLASMEAKDASDDKWVTLGGRLQIDANIFDGAYNADNEGNTGSTIFPRRARLSVEGERSDLEYKMILEFAEETIEILLLRFEYTGFENGPTIKFGKIREDITLDALTSSKHMALIERASMANTMSPYFRWGVAAYQYFPSTGLRYAVGVHKNDAFGAEGTDDDSAISLATTGRLTWAHEFKENNLIHLGSWGSYRKMDNSQLSASFARAEVREPNVRLVNYAAGGDTVPLDHLSQYGIEAAYQYNSLLVQGEVARRNIATSDPASLLDDENYDGYYFQASYMLTGESKSYSKGSARFNQPKGVEDAWEIAARVSSMDATSQFQGTRAKSFTAGVSYYIDENTKIMLNGVHSKVSGPGTEALVGDETSGNAITMRFHYDF	PGPT0002640_560	DIRECT EFFECT	BIO-FERTILIZATION	PHOSPHATE_SOLUBILIZATION	P-SOLUBILISATION-PHOSPHATE_METABOLISM	P-SOLUBILISATION-PHOSPHATE_TRANSPORT,PGPT0002640-oprO-K07221	NA	NA
AK237_03182	1131			hypothetical protein	ATGTTGAAGAAAAACTATCTACAAGCCGTTGTCGCCACCAGCGTGGCACTGGGCAGCCTGTTTACTATTAATAACGCTTTAGCCAACGAGGTGTTAACCGATTGTGCTTTGCGTGATGTACCATTCTCAAGCTCTATGCCCGCGTACGATGTGGTCATGCGACCAAAAGCCAGAGCCATTGTCGAAAAACACTACCCCGGCGTACTGGCTAAAATTCCGGCGTGGATCTTAAGTGAATCGATGCCTTCTTTCAGTACATTGATCACTCTGGACCAGTTACTGGCCCGTGTGGATGTTGAAGACGATGCCAACGCTGCAGCTATGCGCAAAGAACTGGCTGCACTGCCGGTGACCCGTGAAGATAAGATTGCACGCTGCGCAAGGTTCGATGCAGAGCCGGTGGAATTTGAACTGGGTGATGAACCTGTCCAGGTGCTGATCTATCAGAAAATCAATGGCTATGACCACGGCGAATCGGTAACTGCTGCTACAGAAAACCTGAGCAAACTGGCAAAAGAAATGGGTTATGGGGTTTCTGTCAGCGCGAAAGGCAGCGCCTTTACCCCGGAAAACCTGTCTGAGTTTGATGTGGTGATCTGGAATAATGTCAGCGGTGACACCCTCACCCTCTCTCAGCGTAAAGCGTTTGAAGACTACATGGATAACGGTGGCGGCTTCCTGGGCATACATGCATCGGCCGGCGACTCGGTGTATTTCTGGGACTGGTATCGTGATGTGTTGATTGGTGCACAGTTTATCGGCCATCCGGGCGATGATAACTGGTTCCAGGACGCCTCCCTGGATGTTACCCGTCACGGTACCGGCGTGGCAGACGGGATCCCTGACCGCTGGGAACTGAATGATGAGTGGTATTCATTTTCAGACAGCGTGTCCTCTAAAGGTTACGATATCGTAATGGCCATAGATGAAACCACGTATGAGCCGGGTAAAGAACTGGAAATGGGTGAAGATCATCCACTGGTATGGACCCATTGCATCGGCCAAGGCCGGGCGATGTACAGCGCTATCGGTCACCGCAAAGAAGTTTACAACGCTGAATACAATATTAAGTTATTAAAAAACGGTATGAAGTGGACAGCGGGACAAGGTAACGACACCTGCAAGGAATGA	MLKKNYLQAVVATSVALGSLFTINNALANEVLTDCALRDVPFSSSMPAYDVVMRPKARAIVEKHYPGVLAKIPAWILSESMPSFSTLITLDQLLARVDVEDDANAAAMRKELAALPVTREDKIARCARFDAEPVEFELGDEPVQVLIYQKINGYDHGESVTAATENLSKLAKEMGYGVSVSAKGSAFTPENLSEFDVVIWNNVSGDTLTLSQRKAFEDYMDNGGGFLGIHASAGDSVYFWDWYRDVLIGAQFIGHPGDDNWFQDASLDVTRHGTGVADGIPDRWELNDEWYSFSDSVSSKGYDIVMAIDETTYEPGKELEMGEDHPLVWTHCIGQGRAMYSAIGHRKEVYNAEYNIKLLKNGMKWTAGQGNDTCKE				NA	NA	NA	NA	NA
AK237_03183	603			hypothetical protein	ATGGATCGTCGTGATTTACTAAAACTCATTGCAACCGCCACCGGTACAAGCTTTATCTGTTCTCCGGCCATGGCCGTCTGGCAGGAGCAACCGGCCCTGACCTCTGTAAAAGACTCAGGACTTGACGACAACACCGTCGCGCTGATTACTGAACTGTGTGAAACCGTATTACCGAGAACCGATACGCCGGGAGCGAAAGATGCAGGTTTACCGGCGTTCTTTATCGGCATGATCCGCGAATGCTACACGCCGGAACAACAGGCTCTGATGGAAGCAGGTTTTAAAGATGTGGATGCTCGCAGTCAGGAAGAATACGGTAAGCCTTTCGTTGGCTTAAGCCAGAAACAGAAAACGGCGCTGGCTACTAAGCTGGACAGCGAAGCGCTGGCGTTTAACCGTGGTGAAGACGCGCCGTGGGACGGCGGTGAACACACTGGCCTGCCACATTACTTTACCCTCTACAAGCAGCTGATGATATATGGTTTCTTTACTTCGAAGGTAGGTGGCACGCAGGTACTCCGTCATGTCGACATACCCGGCGACTACAAAGACATCCCCTACAAGAAAGGGGATAAAGCGTGGATGACAGTATGGCCTTCTTAA	MDRRDLLKLIATATGTSFICSPAMAVWQEQPALTSVKDSGLDDNTVALITELCETVLPRTDTPGAKDAGLPAFFIGMIRECYTPEQQALMEAGFKDVDARSQEEYGKPFVGLSQKQKTALATKLDSEALAFNRGEDAPWDGGEHTGLPHYFTLYKQLMIYGFFTSKVGGTQVLRHVDIPGDYKDIPYKKGDKAWMTVWPS				NA	NA	NA	NA	NA
AK237_03184	1692	mpdB_5		2-methyl-1,2-propanediol dehydrogenase	ATGTCAAAAAATACATATGATGCCATCGTAGTTGGCTCTGGTATCAGCGGGGGCTGGGCTGCTAAAGAGCTCACCGAAAAGGGCCTGAAGGTACTTATGCTTGAGCGCGGCGAAAATGTCGAGCACATCAAAGACTACACCAACATGAGTAAAAATTTATGGGACTATCCTCACCACGGTCGTCCCAGCCTGGAAGCACTGGCCTCTGAACCCAATATGGCCCGTGGCAAAGGATACCCATTCAATGAGCCCACAATGGGAGCATGGGCTTCTGCACAAACGTCGCCTTATGTGGAAAAAGAACCTTTCCAGTGGTTTCGTGCCTATCAGGTGGGTGGACGCTCTTTGTTGTGGGGTCGTCAGTCTTACCGCTTAAACCCAGAAGATTTCAAAGCAAACGGTAAAGAAGGCGTAGGTGTTGACTGGCCTATTCGCTATGAAGATGTGGCGCCGTGGTATTCGTATGTTGAAAAGTTCGCCGGTATTTCCGGTAACCGGGACGGTCTGGACGTGTTACCGGATGGTGAGTTCCTGCCGGCGTTTGCTTTTAATGCTGTAGAAAAAGATCTTCAGGCCCGTCTTAAAAAGCAATATAAAGGCAACCGCCACATTATTATGGGTCGCACCGCTCATATCACCGAGCAACGTCCTGAACAAGGCCGGGTGAAGTGTCAGCACCGCGACAAATGCTGGACGGGCTGTCCTTTCGGTGGCTATTTCAGTACCCAGTCTGCCACCCTACCCGCGGCACTGAAAACCGGCAATCTAACTCTACGTCCGCTCTCCATCGTAAAAGAGCTTATTTACGATAAAGACACCAAACGTGTTACCGGCGTCGAAGTAATTGATTCGGAAACCGGATTAACGGAAGTTTTCCACAGCAAAATTGTCTTCCTGAATGCCTCGGCACTGAACTCTGCCTGGCTACTGATGAACTCAGCCCGTGATGTATGGGATAACGGTCTTGGCTCAAGCTCAGGTGAACTGGGTCATAACGTCATGGATCACCACTACATGCTGGGCGGTATGGCAGAAATTGAAGGCCACCTCGACAAATACGTATATGGCCGCAGGCCAACAGGCTTCTACATCCCCCGCTTTGCCAACTGGGGCGATGACAAGCGTGACTTCCTACGTGGCTTTGGCTTCCAGGGCAATGCCTCCCGATCAGGTTTCAGCCGCGGCGCTGATGACTTAGGGATCGGAGCCGGATTAAAAGACGGTCTCAGTGAGCCGGGTCCGTGGAGCATCAGTACAGTTGGTTTTGGTGAAATTCTGCCGGATCACCGCAATAAGGTGAGTCTGAACCATGATGTGAAAGATGCATGGGGACTGCCGGTGCTGGAAATGGATGCAAAAATCCGTGACAACGAACTGAAAATGCGCAAAGCCATGAAAGAAGACATTGTAGAAATGTTTGACAGCATCGGTCTTAAAAACGCCACAGCCTGGGAAACCACTTACCATATGGGTAAAGGTATTCACGAAATGGGTACCGCGCGTATGGGCCGGGATCCTAAGACGTCCGTGCTTAACAAGCACAATCAGGTTTGGGATGCGCCGAACGTATTTGTTACCGATGGTGCCTGTATGACATCGTCTTCGTGTGTAAACCCTTCACTCACTTACATGGCACTGACAGCCCGTGCCGCAGATTTTGCAGTAGAAGAACTCAAGCGGGGTAATCTGTAA	MSKNTYDAIVVGSGISGGWAAKELTEKGLKVLMLERGENVEHIKDYTNMSKNLWDYPHHGRPSLEALASEPNMARGKGYPFNEPTMGAWASAQTSPYVEKEPFQWFRAYQVGGRSLLWGRQSYRLNPEDFKANGKEGVGVDWPIRYEDVAPWYSYVEKFAGISGNRDGLDVLPDGEFLPAFAFNAVEKDLQARLKKQYKGNRHIIMGRTAHITEQRPEQGRVKCQHRDKCWTGCPFGGYFSTQSATLPAALKTGNLTLRPLSIVKELIYDKDTKRVTGVEVIDSETGLTEVFHSKIVFLNASALNSAWLLMNSARDVWDNGLGSSSGELGHNVMDHHYMLGGMAEIEGHLDKYVYGRRPTGFYIPRFANWGDDKRDFLRGFGFQGNASRSGFSRGADDLGIGAGLKDGLSEPGPWSISTVGFGEILPDHRNKVSLNHDVKDAWGLPVLEMDAKIRDNELKMRKAMKEDIVEMFDSIGLKNATAWETTYHMGKGIHEMGTARMGRDPKTSVLNKHNQVWDAPNVFVTDGACMTSSSCVNPSLTYMALTARAADFAVEELKRGNL				NA	NA	NA	NA	NA
AK237_03185	1158			Cellobiose 2-epimerase	ATGGAAGAAATCCATCGTGACTTTATTGATGCCTATCACCGTTTTGATAACTGGCTTACACAAGCACTGTTTCCCAAGTGGGCGTCTCTTGGCTTTGCGAAAAATGGCGCAGCATTAGAGCGATTTGGTGAAGACGGCCTGCCCGATTGGCACGCTGACAAACGACTACGGGTGCAGGCACGCCAGATTTTTTCCGTAAGTTACGGCTATAAAAATGGATTTTTGCCACAAGGGAAATCGCTGGTGAAAGGGGTAAACCGATTTATCGACGAAGCCTGCCAAGGGTGCTTACCCGGCTATTACCCGATGTCTCTGGATGCCGAAAACAAAGTAAAAAACAGTCACTCAGATCTCTACGATATTGCTTTTTTCCTGCTCGCTTTTGCCTGGCAGAAGGACGCTTTCGACAACGATAAAGCACTTGATAATGCCAAAGCCTTAGTTGAGCACGTTAACATTACGTTAGGCAGTAAGACAGGTGGTTGGCAAGAAGGCACCTACGATCACAATTATCGTCGGCAAAATCCACACATGCACATGTTTGAAGCCTTTATTCACTTATATAAGGTAAGTAAAGACAGGTACTGGCTGGCACAATGCGAACGGGTATTTACGTTATTTGAAAAATATTTTTTCGATGCAAAGCACGGCGTTTTATTAGAATACTTCACCCTGGACTGGCAAGTTTCTTCTGATCAGGGTTTTGCCGTAGAGCCCGGCCACATGATGGAATGGGTTTGGTTATTAAACCAATATGAAGCGCTCAGCGGCGTGAATACCGAGCGGTATCAGAAAACCTTCTATGAAAATGCCAGGAAGATGGGGCTTGCGCCGGGTGGTCGTTGGTTAGTTGACACCGTCACCCCCGAAGGTAAGCCAGTATCAACAACGTTCAAAAGCTGGCCCATGACCGAATGGATTAAAGCTGCACTGGTACGAAGAGAAAAATCAGCTACCCCGCTAGCCGATATTGAAGACGCTACCTTCGCGATACATCAACTTATTGATGGATTTTCGCACCCAGAGCACGAAAACCACTATATGTACGTTATCGCCGCAGACGGCAGTCCTGTGGAAGGAATGATGCCGGCCAGTACGCTATACCATCTATGTATGGCACACTACGAATGTAAACGTCTCTACAACACATTACGCTAG	MEEIHRDFIDAYHRFDNWLTQALFPKWASLGFAKNGAALERFGEDGLPDWHADKRLRVQARQIFSVSYGYKNGFLPQGKSLVKGVNRFIDEACQGCLPGYYPMSLDAENKVKNSHSDLYDIAFFLLAFAWQKDAFDNDKALDNAKALVEHVNITLGSKTGGWQEGTYDHNYRRQNPHMHMFEAFIHLYKVSKDRYWLAQCERVFTLFEKYFFDAKHGVLLEYFTLDWQVSSDQGFAVEPGHMMEWVWLLNQYEALSGVNTERYQKTFYENARKMGLAPGGRWLVDTVTPEGKPVSTTFKSWPMTEWIKAALVRREKSATPLADIEDATFAIHQLIDGFSHPEHENHYMYVIAADGSPVEGMMPASTLYHLCMAHYECKRLYNTLR				NA	NA	NA	NA	NA
AK237_03186	993			hypothetical protein	ATGAAAGCACTGACTATAAACCTTGCTCTTCAAGGCGGCGGCGCGCACGGTGCATTCACGTGGGGTGTGTTGCTACGACTGCTGGAAGAATCATGGCTAAGCTTTGATGGATTAAGCGGTACCAGCGCAGGCGCGATGAACGCCGTCATGCTGGCAGAGGGTTGGCGAAAAGCAGGCCGACAAGGCGCTATCGCGCAGCTCAACCAATTTTGGGAGGCGATTGCCGACCAGGGTGTTCAGATGCCGATGCCAAAATCCCTGGAGCAGTCGTTAAGCAAGTGGTGGATGAGCATGTTTCAGCACTTCTCTCCTTACGATATTAATTCGATGGATATCAACCCGCTTCGCGATATGCTTGCGGATATCGTTGATTTCACTGCGTTACAGCATCACTCTCCATTTCGCCTTTATATCGCCGCGACGGAGGTCACTACAGGTAAACTTGAACTCTTTACTGAGCAAGAGCTGACGGTGAACCATGTGCTTGCCTCGGCCTGTCTGCCAAATATATATAAAGCGATTACTATTAATAAAAAACACTACTGGGATGGAGGTTATGCCGCTAATCCGGCCATATTCCCGCTCATCCATGGCTGTGATGCCAACGATCTGTTAATCGTTTTGCTGCAACCTTTGCAAAGGCTCTCACTCCCTACCCGCACAGAAGAAATCAGCGATCGCATAAATGAACTCACCTTTCATTGTGCCTTTCTCAGGGAAATGCGCTCGATGATAGACATTCAAACCTCATCACAGCGCTGGGGTTGGGTTTCAGGAGACTTCGAGAAGCGGATAAGAGCCACCCGTACACATATCATTGAAAACAGCGACTTAATGTCTACATTTGACCAGATGAGTAAGTTTGATAATTCCAGAGCATTTCTGCATACGCTGCGCAATGAAGGATATCAGACTACGGAAAAATGGCTGGAAACAACGACAGGAGACTTAGGTAAACGAGATAGTTGCGATTTGATTGGACTTTTCGGCTAA	MKALTINLALQGGGAHGAFTWGVLLRLLEESWLSFDGLSGTSAGAMNAVMLAEGWRKAGRQGAIAQLNQFWEAIADQGVQMPMPKSLEQSLSKWWMSMFQHFSPYDINSMDINPLRDMLADIVDFTALQHHSPFRLYIAATEVTTGKLELFTEQELTVNHVLASACLPNIYKAITINKKHYWDGGYAANPAIFPLIHGCDANDLLIVLLQPLQRLSLPTRTEEISDRINELTFHCAFLREMRSMIDIQTSSQRWGWVSGDFEKRIRATRTHIIENSDLMSTFDQMSKFDNSRAFLHTLRNEGYQTTEKWLETTTGDLGKRDSCDLIGLFG				NA	NA	NA	NA	NA
AK237_03187	1374			hypothetical protein	ATGATAACAAGAAGACAATTCACTTTCGGTCTGGCAGCATTGTCAGCAGGTAGCAGTGCATTTAGCGGTTTAGCACAGGCGGCATCGTCGTATGCCAACGCGTCACTTAAAACCAGCGAGGGCTTCGGCCCGTTAAAAGCCGATCCCGGCAAGCTACTGGATTTACCAGAGGGCTTTTCCTACCAGATTATTTCTCAGTTAGGCGATGCCATGTCAGATGGCCTCAACGTGCCGGACAAAGCTGACGGCATGGGCTGCTTACCTCTTGATAATGAGCGTGTGGCATTGGTTAGAAATCATGAACTAACTCCCCAGGACTTAACGCTTCAGTCGCCGAGTATCGCCACCCACAAGACCGATAAGGCATTTGATACAGCCCCATCTGGCGCTGCGCTACCGGGTGGCACCACTACCCTGGTGTTCAACCTGAAAACTAAAAAAGTAGAAAATCAATTTGTGAGTCTTTGCGGCACGATCCGCAATTGCGCTGGCGGCATCACCCCATGGGGTAGTTGGCTGACCTGTGAAGAAAGCGTCGCGACCCCTTCTGCATCGAACCACCAATCACATGGCTGGGTATTTGAAGTGCCTGCAGATGCGACTGCACTGATCTCGCCTGAACCTTTAAAAGCGATGGGGCGCTTCAATCATGAAGCTGCCGCTGTCGACCCGCGTACGGGTATTGTATACATGACGGAAGATCGCGGAGACAGCCTGTTTTATCGCTTTATTCCCAATGTGAGAGGCGATCTGAAGCAAGGCGGAACATTGCAGGCGTTGGCTGTTAAAGAAGTTCCCCAATTTGAAAGCCGTAACTGGGTAGAAGCGCACATGCCGGTTCAGCAGTGGTATGATGCGACCTGGATTGACCTCGATAACCCCGAAAGCCCGGATGATGATTTGAGAAAACGGGGCTACGCAGATGGCGCAGCCGTTTTTGCCCGGGGAGAAGGTATACATTGGGGCGATGGTGAGCTTTATTTTTGTTGTACTAACGGCGGTAAAAAACAGCTGGGACAAATCATGCGCTACCAACCCTCTTTGGTGGAAGGGCAAATGCAGGAAGACACGCAACCCGGCCGCATTCAGCTCTTCTTAGAAAGTACTGACAAAGCGCTGTTCAACTTCGGTGATAATCTTACTGTAGCACCTTTTGGTGACTTAATTGTGTGTGAAGATCAGTACACAGAAGTGGTAGACAATCATTTACGAGGTGTGACGCCGGCGGGCCATGTTTACCCGTTTGCTAAATTACATGCGCAGACCGAGCTTGCTGGCGCCTGTTTTTCACCAGACGGCTCTACCTTATTTGTAAATCTGTATTCGCCAGCTAAAACCCTTGCCATCACAGGCCCGTGGGCAATAAGAAGTTAG	MITRRQFTFGLAALSAGSSAFSGLAQAASSYANASLKTSEGFGPLKADPGKLLDLPEGFSYQIISQLGDAMSDGLNVPDKADGMGCLPLDNERVALVRNHELTPQDLTLQSPSIATHKTDKAFDTAPSGAALPGGTTTLVFNLKTKKVENQFVSLCGTIRNCAGGITPWGSWLTCEESVATPSASNHQSHGWVFEVPADATALISPEPLKAMGRFNHEAAAVDPRTGIVYMTEDRGDSLFYRFIPNVRGDLKQGGTLQALAVKEVPQFESRNWVEAHMPVQQWYDATWIDLDNPESPDDDLRKRGYADGAAVFARGEGIHWGDGELYFCCTNGGKKQLGQIMRYQPSLVEGQMQEDTQPGRIQLFLESTDKALFNFGDNLTVAPFGDLIVCEDQYTEVVDNHLRGVTPAGHVYPFAKLHAQTELAGACFSPDGSTLFVNLYSPAKTLAITGPWAIRS				NA	NA	NA	NA	NA
AK237_03188	2712			hypothetical protein	ATGAAAATAAAACACCTGTTTACAGCTTCGGTCATTGCCGCGGGCCTGTTTGTCCAAACGCAGTCGCACGCTGCGCCTCTCACTATTAACAATCCGCCTTCTTTTGAGATGTGGCCCGGAGCACAGTACGACAGTGCGATACCTTCTGTTAACGATGTGCTTGGCTACCATACGGGTGAACGAATAACCACGCATACCGATATGCTTCGTTACTTCCACGCACTATCTAAAGCCGCTCCACAACGAGTAAAGCTGGTAAAGTACGCAGAGAGCTGGGAAGGCAGAGATCTGATTTACGTGGCGATCGGCTCGCCACAACATATTGCAGGGCTAGCGCAATTCGCGGCAGATATGAATAAACTGGCAGACCCTCGCAAAATCAGCGAACAGGAAGCGAAATCGCTCATCGATACGCTCCCCGCCTCCGTATGGCTTGAGCACGGTGTTCATGGAAATGAAATCAGCAGTACTGATTCAGCCATGATGACCGCTTATCATTTGCTCGCTGCGCAAAATGACCCACTGGTGGGTAAGGTACTGGACAACACCCTCGTGTTCATCGATCCATTGCAAAATCCAGATGGTCGCACACGTTTTACTCACAACTATTACGCATCGGTTGGCCTGTTTGACAGTGCAGACAGACTCAGTGTGGATCAAAATGAGCCATGGCCGCGCGGCAGAAGTAACCATTATCTGTTTGATATGAATCGTGACTGGCTGGCCATCACGCAACCAGAAACTAAGGGCCGCGTTAACGTACTAAACCATTTCAAACCTACAGTAGTTATCGATTTACATGAAATGGGCGGTGATTCGACGTACTTTTTTGTGCCAGCTGCCAGCCCAATTAATCCTCACATGCAGCAGGGACAGTTAGATAACAATGACCTGATTGGCAGAAATAATGGTAAACACTTCGATCGTTTCGGTTTCGACTACTTTACCCGTGAGGTCTACGATGCCTTTTTCCCCGGCTACGGTGATAGTTGGCCGACCTTCTACGGTGCGTCCGCAGCTACCTATGAAGTCGCTTCCACCCGCGGCATGATGTACCGGGATCAGGATGGCAATACCCGTTACTATCGTGACCCCGTACAAAAACACTTTGTAGCCTCTCTCTCGACGCTGGAAGCTGCTGCCGACAACAGAAAGAAAATACTCACCGATTTTTATCAATATCAGGTTGATGCCATCGCCGCGGGTAAAGACGACGATGAACGCACCTTTATTCTTCCCGCCACACAAGACAGAGCTGGCAGTCATCGCCTGGCGACGCTGATGGCCACACACGGTGTTGAAGTCACTCAGGCGACAGAGAACTTCAAGGCCTGCGGTAACCGTTATCAGGCAGGATCGTACATTATTGATACCGCCCAACCCCGGGGACGATTTGTAAAAACCACGTTTACCCAACAAGTGGATATGGCAAAAGATTTTATTAAAGAACAGGAAAGACGCCGGGCGCGAAAACTGAACGACCAAATTTATGATGTTACTGCCTGGTCGCTTCCCTTGCTGTTCAACGTAGAAGCAACCCCTTGTGAAGATGGCCTGTCAGTGAAGGGAACATCAATCTCGCCAGACAGCCCCCTCATTGGCGGCGTGGAAAATAATGACGCCCGTGTTGCCTACCTGGTGCCGTGGGGCGACGCAGCGGCGGGCCGCTTCTTAACCGCTGCATTGCGGGCAGGTTTGTCGTTAAAAAGTGCTGATGAAGCGTTTACCCTGGCAGACAAACGCCAATTTCCTGCCGGCACCCTTATCATCGAGGTAAAAGGCAATAATGAGGGTATTCATCAAACCGTGAATGACCTCGCTCTGTCATCGGGTGCGTTAGTTACCGGTATCGATAGCAGTTGGGTAGTAGAGGGACCAAGTTTTGGTAGCCACAATACTCCCAAACTGGTAGCACCCAACATTGCACTGGCCTGGGACAGTCCAACGAGTTCATTAAGCGCTGGTAGCACACGCTTTATCCTTGAACGTCAGTTTAACTATCCTGTGACCGCTATTCGCAGCGACATGCTTGCCAGCCAAAACCTAAACCATTATCAGGTCATCATACTGCCGGATGGCTGGTATCAGGGTGCGCTGGGCCAGCATGGAGCGCAACATCTTAAACAATGGGTGGAGCAAGGCGGTGTGTTAATCACCTTCGCCCAAGCGACGGCCTTTGCAGCAGCACCGGATAACGAGCTGCTGGACGTAGCCTTAGAGTACAGTGTCAATAACGATGATACGGTAAAAGATGAAGAGGCAGACCACCGTGGCCACGTTGATGGCACATTAATTACCAATAAAACACAGCTTATTCAGCGTATTGAAAACAGTCAGCGATCACCTGACTACGTTGCCGGTATTTTAGCGAATGTTGATGTTGATCAGGAGCACTGGTTAACGGCTGGCGTTAATCCACACGTTGTCGCGTTGGTAACAGGTAACCATATTTTCGCCCCTATGAAACTGGATGCAGGGAAAAACGTTGCCTGGTATGCCGATGCAAAAGACGTGCTCGCCTCTGGATATTTATGGAAAGAAAACCAGCAACAGCTCGCCTACAAACCGTTTTTGATGGTACAGCCTGCGGGCGACGGCATGGTGATAGGCTTTACGCAGGATCCATCAAGCCGCGCGTATTTAGATGGTCTTAACGTTATGCTGCTGAACGCAATTTTCCGCGGTGCGGCGCACGCGACGCCCTATCGGTAG	MKIKHLFTASVIAAGLFVQTQSHAAPLTINNPPSFEMWPGAQYDSAIPSVNDVLGYHTGERITTHTDMLRYFHALSKAAPQRVKLVKYAESWEGRDLIYVAIGSPQHIAGLAQFAADMNKLADPRKISEQEAKSLIDTLPASVWLEHGVHGNEISSTDSAMMTAYHLLAAQNDPLVGKVLDNTLVFIDPLQNPDGRTRFTHNYYASVGLFDSADRLSVDQNEPWPRGRSNHYLFDMNRDWLAITQPETKGRVNVLNHFKPTVVIDLHEMGGDSTYFFVPAASPINPHMQQGQLDNNDLIGRNNGKHFDRFGFDYFTREVYDAFFPGYGDSWPTFYGASAATYEVASTRGMMYRDQDGNTRYYRDPVQKHFVASLSTLEAAADNRKKILTDFYQYQVDAIAAGKDDDERTFILPATQDRAGSHRLATLMATHGVEVTQATENFKACGNRYQAGSYIIDTAQPRGRFVKTTFTQQVDMAKDFIKEQERRRARKLNDQIYDVTAWSLPLLFNVEATPCEDGLSVKGTSISPDSPLIGGVENNDARVAYLVPWGDAAAGRFLTAALRAGLSLKSADEAFTLADKRQFPAGTLIIEVKGNNEGIHQTVNDLALSSGALVTGIDSSWVVEGPSFGSHNTPKLVAPNIALAWDSPTSSLSAGSTRFILERQFNYPVTAIRSDMLASQNLNHYQVIILPDGWYQGALGQHGAQHLKQWVEQGGVLITFAQATAFAAAPDNELLDVALEYSVNNDDTVKDEEADHRGHVDGTLITNKTQLIQRIENSQRSPDYVAGILANVDVDQEHWLTAGVNPHVVALVTGNHIFAPMKLDAGKNVAWYADAKDVLASGYLWKENQQQLAYKPFLMVQPAGDGMVIGFTQDPSSRAYLDGLNVMLLNAIFRGAAHATPYR				NA	NA	NA	NA	NA
AK237_03189	1305	fadL	COG2067	Long-chain fatty acid transport protein	ATGAAGCAACCTATTTTCGTTCGTACATCGTTGGCGCTTGCGCTGGCAGGTTTATTTTCTTCGTCTGCATTTTCAGCTGGTTTCCAGGTTAATGAGCACAGTGCAAACGGCTTGGGTCGAGCTATGGCTGGTCAGGCAGCAAAGCCTGAAAATGCCTCGATTCTCGCGACTAACCCGGCTGCTATTACGGCCTTTAAATCTGCGCAATTGAGTGGCCAGATCAGTTACTTAGACCCTGACGTTGACATTCGTGGTGATATGACAACCAGTGTCGGCGGCGCAACTATAACTAATGATGCCAGTGCAGAAGACATTGCTGACTCAGCGGTGATCCCTTCGTTATTTTATGTTGCTCCTGTTAACGACCAGTGGTCGTGGGGTGTGGGCTTGTTTACCAGCTATGGTTTGTCCACTGATTATGACGATGACTACAATGCTTTACACTATGCTGATGAAGCAGAGATCATTTCTTTTACGCTTAACCCTACGGTTGCTTATAAAGTAAACGATCAATTCAGTGTCGGTTTAGGCCTGAACGTCACTTACGCTGATGCGAAGATCAGTACGTCTATCCCACAGGTTTTCGGCAGTGTGATGGGTAACCCGGCATTAGGCAACCTGACCATTGTTGAAATGAAAGGCGATGATATTGGTTACGGTTGGAATGTAGGTGCATTTTGGCAGCCGGTAACCGGCACCAACGTTGGGTTAAGCTATCGAGCGGAAACACAGCTTAATTTAGAGGGTGATATTCGCTCTGACTTAGGCGTGCTGATCCCGGAAGTCGCTGAGTTATATAATCAGGGTGGTAGCCTTGATTTAAACTTTGCTGCGGTGACGGAACTCGCAATCGATCAAACATTGAACGATAAGTGGTCTGTGCAGGCTAGTGTGAACTATACCGATTGGAGTACGTTCGACAAGCTGGAAGCTAACCTCGATAGCGGTTATGACTTGTTGTTGAAAGAAGAAGACTTTGAGGACACATGGCGCTGGAGCGCAGGTGTTACTTACGCCTACAGCGAGCAATTAACATTACGTGCGGGTTATGCCTACGACGAAGGCGCGGTAAGTTATGCTCACCGCTCATTAAGCATTCCTGATACAGACCGTCACTGGGTTAGCGTAGGTGCGACCTATGCGTTAACAGAAGCAACAACTATTGATGCCGCTTATGTTTACATTAAGGGCCGCGAAGCTGATGTTTCTCAACAGCGTTCAATTGGATCTATTGTCAGTGATTTAACGGCAACTGAGCATGCGAAAGCGCAAATTCTCAGTGTGCAAATTAACACGGCATTCTAA	MKQPIFVRTSLALALAGLFSSSAFSAGFQVNEHSANGLGRAMAGQAAKPENASILATNPAAITAFKSAQLSGQISYLDPDVDIRGDMTTSVGGATITNDASAEDIADSAVIPSLFYVAPVNDQWSWGVGLFTSYGLSTDYDDDYNALHYADEAEIISFTLNPTVAYKVNDQFSVGLGLNVTYADAKISTSIPQVFGSVMGNPALGNLTIVEMKGDDIGYGWNVGAFWQPVTGTNVGLSYRAETQLNLEGDIRSDLGVLIPEVAELYNQGGSLDLNFAAVTELAIDQTLNDKWSVQASVNYTDWSTFDKLEANLDSGYDLLLKEEDFEDTWRWSAGVTYAYSEQLTLRAGYAYDEGAVSYAHRSLSIPDTDRHWVSVGATYALTEATTIDAAYVYIKGREADVSQQRSIGSIVSDLTATEHAKAQILSVQINTAF				NA	NA	NA	NA	NA
AK237_03190	750	copB		Copper resistance protein B	ATGATTAACCTGTCTCCACGCTACGGCATATTGGCAGGCGCCCTGCTGACGGCTACCTCCGCACTGGCTAGCAAAGCCGATTGGCCCTCACCAATGATGGAAATGTACACGGGCCAGATCATGCTCGACCGTCTGGAAGTCACGCGAAATACGGATAAAGTCAACAACGTGACCTGGGACGCCACAGCCTGGTATGGCGGAGACTATCACCGCGTAGTGGTAAGAACTGAGGGCGAGAATAACCAGAACGACGGCAATCCTACCGATTTAGAACGCACGGATGTCAGTTACAGTTATATGATTTCTCCATTCTGGTCAGTTCAGGGGGGGTTGGGCATTAAAGGCGATTTGTCGTCTGACAGTCACTTTGAGCACTATGCGGTTTTAAGCTTGACCGGACTCGCCCCTTACTACTTCGAAACCGATTCAAGTTTATTGATAAACGAAGATGGCGATGTGCAGTGGCTAAATGAGTTTGAGTATGATTTTTTACTCACTCAAACCAGTTATCTACAGCCGAGGTTGAGTATTACCACTAACCTGACAGATTCAAAACGGTTTAATCGGGAGGCAGCTGTGGGATCAATGCGCGTTGGCTTACGCTACCGACAAGAAATCGTGCGGGAGTTCGCCCCTTACGTCGGTATTTATTGGCAGAAACAACTAGGGCAGACCGCTAATACGGCTGTTCAAAATGGAGAAGATATTACGGAATTCGGCTTTATTGCCGGTGCGAGGATCTGGTTTTAG	MINLSPRYGILAGALLTATSALASKADWPSPMMEMYTGQIMLDRLEVTRNTDKVNNVTWDATAWYGGDYHRVVVRTEGENNQNDGNPTDLERTDVSYSYMISPFWSVQGGLGIKGDLSSDSHFEHYAVLSLTGLAPYYFETDSSLLINEDGDVQWLNEFEYDFLLTQTSYLQPRLSITTNLTDSKRFNREAAVGSMRVGLRYRQEIVREFAPYVGIYWQKQLGQTANTAVQNGEDITEFGFIAGARIWF	PGPT0004110_739	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_COPPER_RESISTANCE	COPPER_RESISTANCE_MEDIATION,PGPT0004110-pcoB|copB-K07233	NA	NA
AK237_03191	1881	copA_2		Copper resistance protein A	ATGAAAACGAATGATACGTCTCGTCGACGTTTCTTATGTGGTGCCGTTACGTCCATGTCAGCAATGGCCATGTATCACGCCGCACCAAGGTGGGCGCACGCCCAAGGCCTGTCAAAGGAAAAATCCCAGACAAGTCCGGTCTCGCTTCGGATTGATAAACAACGGTTTACCTTTGGTGATAAAACCAATGAAACCATTACGATAAACGGGCAAATGCCAGGTCCCCTCCTTCGCTTTACCGAAGGACAACGTGCCGTCATTGATGTGACCAATAATCTGGATGAAGATACCTCTATACACTGGCACGGTATTATTTTACCCGCCAATATGGATGGTGTTCCCGGCCTTTCGTTTGCTGGCATCAAACCTGGCGAAACCTTTCGCTACGCATACGATCTCCAACAAAGTGGCACCTATTGGTATCACAGCCACTCCGGGCTACAGGAGCAAATTGGACATTTAGGGCCTCTGGTCATCCATCCCGCCGATGGAGATATTGGCGCTGACCGCGAACACACCATTTTACTCTCTGACTGGACGTTTGAAGATCCCCACGATATCTATCGTAAACTGAAGGTGTCAGAAGGCTATTTCAATTATCAGAAGCGTACTATTTTCGACACCTTAAAAGAAGTAGAAGAGCAAGGGCTCGCTGATACATGGCATGTGCGCAGTATGTGGAACAGTATGCGGATGGATCCTCGCGACATTGCTGATGTTTCAGCCAGTGCATATACGTACTTAATGAACGGCCGGGACGCAGTCATGAATTGGGAAGCCCTGTTTACGCCCGGAGAAAAAATTCGTTTACGCCTGATAAATGGTTCAGCCATGACGTACTTCGACTTTCGTATTCCTGGTTTGGAAATGACGGTAGTCGCCGCCGACGGGCAACCGGTTAAGCCCGTCACTGTAGAAGAAATTCGCATTGCCATCGCCGAAAGCTACGATGTGATTGTGCAACCTAAACATCATAAAGCCTATACGTTGTTTGCTGAAAGCTTCGACCGCAGTGGCTTTGTGCGCGGTACGCTAACGCCTACTCCCGGCCTGTCTGCAGCTATTCCTGCCCGTCGTAAACTTACAGAACGGGGTATGAACGCAATGAGCATGGATCATGGCGACATAGAAAACATGGAGCATGGCAGTATAGAGCACGAAAACATGCACACTACGGTGGGTATGGATCACAACATGCACAACCCAAAACAATCATCGCCAAACCATGAAATGATGAACATGTCTCATGACCAACATGACATGATGGATCACAGCATGCACGCTACACCGCCCCATACCATGCCTGCCGATACCGGCAAGCCACTTCCGGTAGAAGAGATTGCTATTCACCACAATGAAGAAGGTCATGGTGCCGGTGCTGCGATGATTGCAGCCAACCCGCAACCCCGCTTAGATGAACCGGGCATCGGTTTAGGAAAAGATGGGCGTAAGGTGTTGGTATACAAAGATTTAATTGGCGCGATGCCATGGGGTGACGAGCGTGAACCGTCACGTAATGTAGAGCTACATTTAACCGGCAACATGCAACGTTACATGTGGTCGTTTGATGGAAAAAAATTCAGTGAAGTCGACGGTCCTATTGTCTTTTCTCATGGTGAACGGCTTCGATTGGTACTCGTAAATGACACCATGATGGATCACCCCATTCACCTTCACGGTATGTGGATGGAATTAGAAAACGGGCACTACCCGCGCCCCAGAAAGCACACCATTAGCTTAAAGCCGGCAGAAAAAGTGTCCTTGTTGATTACAGCGGATGCTTTGGGCGAATGGGCGTTTCATTGCCACCTTCTGTATCATATGGAAGCGGGTATGTTCCGGGTAGTCAGTGTGCTACACGGGGGACACCATCATGATTAA	MKTNDTSRRRFLCGAVTSMSAMAMYHAAPRWAHAQGLSKEKSQTSPVSLRIDKQRFTFGDKTNETITINGQMPGPLLRFTEGQRAVIDVTNNLDEDTSIHWHGIILPANMDGVPGLSFAGIKPGETFRYAYDLQQSGTYWYHSHSGLQEQIGHLGPLVIHPADGDIGADREHTILLSDWTFEDPHDIYRKLKVSEGYFNYQKRTIFDTLKEVEEQGLADTWHVRSMWNSMRMDPRDIADVSASAYTYLMNGRDAVMNWEALFTPGEKIRLRLINGSAMTYFDFRIPGLEMTVVAADGQPVKPVTVEEIRIAIAESYDVIVQPKHHKAYTLFAESFDRSGFVRGTLTPTPGLSAAIPARRKLTERGMNAMSMDHGDIENMEHGSIEHENMHTTVGMDHNMHNPKQSSPNHEMMNMSHDQHDMMDHSMHATPPHTMPADTGKPLPVEEIAIHHNEEGHGAGAAMIAANPQPRLDEPGIGLGKDGRKVLVYKDLIGAMPWGDEREPSRNVELHLTGNMQRYMWSFDGKKFSEVDGPIVFSHGERLRLVLVNDTMMDHPIHLHGMWMELENGHYPRPRKHTISLKPAEKVSLLITADALGEWAFHCHLLYHMEAGMFRVVSVLHGGHHHD	PGPT0004106_48	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_COPPER_RESISTANCE	COPPER_RESISTANCE_MEDIATION,PGPT0004106-pcoA-NA	NA	NA
AK237_03192	243			hypothetical protein	ATGCATGGCGATGCGTCGGCCAGTACAATGGACAACACAGTTCATCACCCGTCGTCAGCACAAGACTGCTGCAAACAGGAATGCCACTGTGATACCTCGCTTTGTCATGCCAGTGTGTTAATGCTAACGCCATTTAATGATTTGCAGATTGTTGCTGTTTCAGACAATGTAGCTAAATCTATTCCCGCCCCTCTTACCGCGCACGGCGGCCCCCTTTATAAGCCCCCTATCATCCTGAGTTAA	MHGDASASTMDNTVHHPSSAQDCCKQECHCDTSLCHASVLMLTPFNDLQIVAVSDNVAKSIPAPLTAHGGPLYKPPIILS				NA	NA	NA	NA	NA
AK237_03193	129			hypothetical protein	ATGAATAAACCGTTTAATAAAATGAAAGCTTACCTGAAAGACTGTGTGTCCGATCCGGTTCTTTATTGCTTTGCCGCAGGACTCATGATGTTACTTATCGTTGAAAACAACTTAGTTATCACGCTTTAG	MNKPFNKMKAYLKDCVSDPVLYCFAAGLMMLLIVENNLVITL				NA	NA	NA	NA	NA
AK237_03194	1224	entS		Enterobactin exporter EntS	ATGACAGCCCAGATAGCCCGTTTTCCCGTCGGTTTTTACGCCTTTCTCGTAGGGCGTGGTTTATTCAGTGTTATTGATTCTATCCTTGGCACGTCGATTGGCTGGCATTTGTACCAGGCCTCAAAAGACCCGTTTGATCTGGCTCTGGTCGGGTTGTTTCAAATTGCACCTGTCTATGTCTTTTTTATTCTTACCGGTTGGGTTGCCGACCATATGTCGAGGAAGAAAGTGCTTCAGACAGGTGCACTTTGTTGGCTGGGTATAGCCATCTGCATAGCCCTTGAAATGCAGTACGGCGATTTCAATAAGTGGACTTTACTGTCTCTTATCATGGCGCTGGGTACCGTGAAAGCGTTTATTTCTCCATCGATGCAAGCTATTGTGCCGAACCTGGTGCCCGCCCAAAAACTTGGTGCTGCAATAGCTGTCACCAGTACGGTCTGGAATTTGGCACTAACCGCTGGCCCTTTTTTCGCGGGCTTACTGATCGCATGGCTCGACTTTAAGGTCTATTGGGTAATTACGCTTATCTGCTTTGTCATCAGTATCACGTTTTTATTTTTACCCCGCATAGGCCCGGCGAATACCAAAGGGCAGCGAAGCTCCAGAGCCTTATGGGAAGGCGTGCATTTCATGCGTCGTAATCGTATCGTCTTAGGCAGTCTGGTGCTGGATCTACTTATTGTGCTGGGAGGCAGTGTCGTAGCCCTGTTGCCAATTTACGCAGCCGACATCCTTCATATCGGGCCGGAAGGGTTGGGTATGCTGAGAGCAATGCCCGCCATCGGTGCAGTTCTCATTGGTATCTATTTGTCAAAGTTCAAAACTGATTTTAATCACGCTGGCTATACCTTGTTTACCGCCCTGTTTGTATTTGCTGTGTCGATATTGATTTTTTCCATGACGGAGAGTTTGTGGATTGCCTGTGCCTGTTTATTTGTATACGGCGCATCGGACATGTTCAGCGTGGTGATCCGCGGCTCAGTAATTCAGCACAATACCCCGGACGCATTGAGAGGACGGGTTGGTGCGCTTAACGCTATCTTTATAGCGTCGTCGAATCAGTTAGGTGATTTCAGAGCAGGCACTATTGCCGCTGCGCTTGGTCCAGCCGGCGCGGCGCTGATTGGTGCGATGACCGCGTTTGGCGTTGTTGGCTGGGGAATATGGCAATTCCCCAGTTTACGGAAGCTGAAATCGACAGATATGAAGGGTAAAACGTGA	MTAQIARFPVGFYAFLVGRGLFSVIDSILGTSIGWHLYQASKDPFDLALVGLFQIAPVYVFFILTGWVADHMSRKKVLQTGALCWLGIAICIALEMQYGDFNKWTLLSLIMALGTVKAFISPSMQAIVPNLVPAQKLGAAIAVTSTVWNLALTAGPFFAGLLIAWLDFKVYWVITLICFVISITFLFLPRIGPANTKGQRSSRALWEGVHFMRRNRIVLGSLVLDLLIVLGGSVVALLPIYAADILHIGPEGLGMLRAMPAIGAVLIGIYLSKFKTDFNHAGYTLFTALFVFAVSILIFSMTESLWIACACLFVYGASDMFSVVIRGSVIQHNTPDALRGRVGALNAIFIASSNQLGDFRAGTIAAALGPAGAALIGAMTAFGVVGWGIWQFPSLRKLKSTDMKGKT				NA	NA	NA	NA	NA
AK237_03195	489			hypothetical protein	ATGGATTACCCCGTTCTTCCCCATGAAGCTGAACGATTAAAAGCCTTACACGATCTGAAGATACTTGATACTGAGCCAGATGCACGCCTCGATGCGATAACCAAGGCAGCACAAACCTATTTTGACTGTAGAATATGTCTGATTAGTTTAATCGCGGAAGATCGTCAGTGGTTTAAGTCCAGACAATGTCTGGACAAAGCAGAGACACCACGCAATGTATCATTTTGCACCTATGCGATTGCCGAAGAAGAATATTTGATTGTCCCCGATGCAACCAAAGATTATCGCTTTGCCGGCAGCCCACTCGTTAAGGGAGACCCCCATATTCGCGCTTACGCGGGTATGATTTTAAAATCGCCTGACGGATATGAACTCGGCACCTTATGCGTTATCCATGATGAACCCCGAACGTTCAGCCAACAAGATATCCAGGTATTGCGAGAGCTGGGTCAGCAAATAGAGAAGACCATCTACCACCATCTCCGGTAA	MDYPVLPHEAERLKALHDLKILDTEPDARLDAITKAAQTYFDCRICLISLIAEDRQWFKSRQCLDKAETPRNVSFCTYAIAEEEYLIVPDATKDYRFAGSPLVKGDPHIRAYAGMILKSPDGYELGTLCVIHDEPRTFSQQDIQVLRELGQQIEKTIYHHLR	PGPT0004750_25	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-QUORUM_SENSING_REGULATORS	CE-QSR-QUORUM_SENSING_REGULATED_FLS,PGPT0004750-aoxS-K20974	NA	NA
AK237_03196	2868	rcsC_10		Sensor histidine kinase RcsC	ATGTTTAACACTCAGTCGTTCGCTCAAAAGCTTCGCGTTACCCTGGTTATCTCAGCGGGCTATCTGTTGTTAGGTATGTTGAGTATCTGGGCTGCTATTCCGCCGGGGTATGCCACCGTGGTGTGGCCAGGTGCCGGCCTCGCGTTGCTGGCAACGTTGTTTGTTGGGCCTGTGGCAGTGTGGGGTGTGTTTATTGGCGCATCTGTACTCAATTTTATCATATCTACCAATTATCTTGGGGCTGAACCTTCTCCTTTGGTATCGATGATGATGGGGGCATTTGCTGCGGTGCAGGCTATTGTCGGGCGCGTACTCATTATGAGTACCATTCCATCTCCCGTTAACTTTGTTCGTCCAGGTGTAGTGGCTAAGTTTTTACTGTTGGGAGCCATCGTCAGCCCGCTGATAAACGCCACCTTGAGCAATATTTTCTTGTGGTCACAGGGCGTGATATCTGACCACGACTGGTTTAAAAACTGGACGAGCTGGTACATGGGGGATGCGATAGGCATCGTTTTCACGATTCCCTGGCTACTGGTGTTCACGCCTAAAACGCTCTCATCACATGTGTCAAAGGGACGCTTCGTATTTTATTCACTGATCGCTATTACCGCCTGTACCGCCATGTTGGGACTTTTGGTTACCAATACAGAAAAAGAAAAGCATCAGGTAGAGTTTTCAGTTAATGCAGATGTACTGGAGCGCTCGCTGTCAGGTCAGCTATCAAAGGTATCGGACATTTTACAGGCCTTAGCCGGATTTGTTCGTATACAGGAAGACGTGACGCCCACTGAATACCGGGTTTTCACATTAGATTTGCTAAAGCGAAATCCGGCTATTCACGGGTTGTCGTGGAATGAGCGTCTGATGGGGTATGAATTAGCTGACTTCGAAAAAAGCATGAACGAAAGCTATCAGGCATTTGATCCCACCATTCAGTTTTCGATTAAGGGATTGAATGCTCAAGAGGATCTGGTGGCGATAAACGACAGAGAGCGCCATGTAGTCGTGTCGCTTATCGAACCAATGACTGAAAATATCAAAGCGCTGGGATTAGATGTTTATTCCCAATCGTCCCGACGGGAAGCAATAGACAAAGCCTGGGCAAGTCATACACTTTTCCCCACAGCACCAATTAACTTAGTACAGGATAATCGCTCACAGCCGGGGGTGTTACTGTTTTTACCTGGAGGCAAAACCACCGGCTCAAATCATTCAGGTTTTGCCACGGCGGTCCTGAAAGCGCAGGACATGATTTCTACTGCTTTTGGCGCAGCGACCTTATCTACCATTGGTTTGGTTGTTTTCGACCCTGCAGCCTCACCAGAACAAGCCGTGTTGTTTAATCAGAATTTGTCCGACGACGAAGTGAATGGCTTAATCCGGACCTGGGCGTCAGGGCAGGAAAGTCGCCAGGCTTTTATTGAACAACACTATCCCCTGTATGAAATCAGAGAAATTCCGGTTGGCGGACATCACTGGATAATGCTGCAAGTGAGCCGCAGCAGCTTTCTTTACCAGCCCTGGGGTGTGCATTTATTGCTTGCCGGTGCAGTGCTGTTTGCGGGGCTGTTAGGGTGGTTCATCATCATTGTTGCAGGTCATACCGATGAAATTGAATTTCAGGTAAAACGACGAACCAGAGATTTAACAGAAGCTAATCAGCGGTTAGTAGCCTCTGAATATGCACAGGCAGAGGCAGTACGGGAGGCAGAGCGTTCTAACAAGGCAAAAAGTGAATTTTTGGCGAATATGAGTCACGAAATTCGCACCCCCTTAAATGCCATTTTAGGACTAAGCCGCCTGGGCCTTAATCAATCGCCACCCGCGAACTTTCGGGATAAGTTCGAAAAAATCAGCCATTCCGGCGAATTACTGCTGGCTATCATTAATGACATTCTGGATTTTTCAAAAATCGAAGCCCAAAAACTTGAGTTAGAAGATCGGGTTTTCTCGATTAAAGATATCATTAGCCAACTTAGAGATCTTTTTCAGGAACAGGCGAACGCCAAGGGTATTGAGCTCGCGTTTCGCTTTGAAGGAAAGTTGAAGCCATGGTTGAAGGGCGATTCACTCCGGCTCAGACAAATCCTGGTTAATTTAATGAGCAACGCGGTAAAGTTCACTGCAAAAGGCAGCGTAACGCTGGTTTGTCGATACGAAGAGGTAGCAGAGGACACGTGTTTGCTGGTTATTTCTGTGACGGACACGGGTATCGGTATGTCAGAAAATCAGCAAAAAGTGGTTTTCGATGCCTTCACGCAAGCTGATTCGTCTACCAGCCGCAAATTTGGCGGTACAGGGCTTGGAATGACAATCAGTCATCGTTTAGCCACCGCTATGAATGGTGACATTTCTGTTGCCAGCCGGCAGGGCGAGGGGACGACGTTTATCGTTAAATTACCTTTTGACTTACCGGAAAAAGCGGAGGTGGATGAGTGCAAAGCTGAGCGCGCGAGGGTGCGTGATAATCGTGAAGGCATGCTGTCCGGCCACATTTTGCTTGTTGAAGATAACGAAATTAATCAAGAAGTGGTGGGGGAGCAACTTCGCCATCTGGGTGTTGATGTGACCATGGCGGATAATGGCGCACTAGCGGTTGCTGCTACCCGACGACAGCATTTCGATGTCATTTTAATGGATATTCAAATGCCGGTAATGGACGGTTATGAGGCCACCAGACAAATTCGCGATGCCGGTGTCAACGTGCCCATTATTGCATTGACGGCCGCTGCAATGGTCGAAGATAAACGTAAAGCACTTGAATGCGGAATGAACGATCATCTGAGTAAACCGTTTCGTCAGCAAGAAATGTACGAGGCATTAACGAAATGGTTAAGCTTGTCAAAAGAAGGAAATCATTCTTAA	MFNTQSFAQKLRVTLVISAGYLLLGMLSIWAAIPPGYATVVWPGAGLALLATLFVGPVAVWGVFIGASVLNFIISTNYLGAEPSPLVSMMMGAFAAVQAIVGRVLIMSTIPSPVNFVRPGVVAKFLLLGAIVSPLINATLSNIFLWSQGVISDHDWFKNWTSWYMGDAIGIVFTIPWLLVFTPKTLSSHVSKGRFVFYSLIAITACTAMLGLLVTNTEKEKHQVEFSVNADVLERSLSGQLSKVSDILQALAGFVRIQEDVTPTEYRVFTLDLLKRNPAIHGLSWNERLMGYELADFEKSMNESYQAFDPTIQFSIKGLNAQEDLVAINDRERHVVVSLIEPMTENIKALGLDVYSQSSRREAIDKAWASHTLFPTAPINLVQDNRSQPGVLLFLPGGKTTGSNHSGFATAVLKAQDMISTAFGAATLSTIGLVVFDPAASPEQAVLFNQNLSDDEVNGLIRTWASGQESRQAFIEQHYPLYEIREIPVGGHHWIMLQVSRSSFLYQPWGVHLLLAGAVLFAGLLGWFIIIVAGHTDEIEFQVKRRTRDLTEANQRLVASEYAQAEAVREAERSNKAKSEFLANMSHEIRTPLNAILGLSRLGLNQSPPANFRDKFEKISHSGELLLAIINDILDFSKIEAQKLELEDRVFSIKDIISQLRDLFQEQANAKGIELAFRFEGKLKPWLKGDSLRLRQILVNLMSNAVKFTAKGSVTLVCRYEEVAEDTCLLVISVTDTGIGMSENQQKVVFDAFTQADSSTSRKFGGTGLGMTISHRLATAMNGDISVASRQGEGTTFIVKLPFDLPEKAEVDECKAERARVRDNREGMLSGHILLVEDNEINQEVVGEQLRHLGVDVTMADNGALAVAATRRQHFDVILMDIQMPVMDGYEATRQIRDAGVNVPIIALTAAAMVEDKRKALECGMNDHLSKPFRQQEMYEALTKWLSLSKEGNHS				NA	NA	NA	NA	NA
AK237_03197	528	regA	COG4567	Photosynthetic apparatus regulatory protein RegA	ATGACCCAAACTATTATGATTATCGATGACGATGCACGGTTATCAGATGTACTCGCCAGACGCTTTGAACATAAAACCTCGTTAAATGTGCTGTGCTACGCATCCGCCACCCAGGCGCTTAACGAAGCCTCCCCACCGGTATTTGCGATTTTGCTAGATATGATGCTCGAAGAGGAAGTCGGCATTGATTTTATTACGCAACTTAACGAGGTTTTCAGGCCACAACACCTTATCGTTATGACTGGCTACGCCAGTATCCCCACCACAGTAAAAGCAATAAAAAATGGAGCCACAGATTACCTCACCAAACCGGTGGCTTTTCAGACAATTTTACAACGATTGGGCATTGAGCAGCAGCTGGAAGAAAGCGACGAGTTGAGTCCTATGACACCCGCGCAAGCAGAGTGGGAGCATATTCAGCGTGCGCTACATGATAATAACAACAACATTTCAGCAACGGCAAAAGCATTAGGCATGCACAGAAGAACATTACAGCGCAAACTACAAAAGTTATCGCCGAAGCATTAA	MTQTIMIIDDDARLSDVLARRFEHKTSLNVLCYASATQALNEASPPVFAILLDMMLEEEVGIDFITQLNEVFRPQHLIVMTGYASIPTTVKAIKNGATDYLTKPVAFQTILQRLGIEQQLEESDELSPMTPAQAEWEHIQRALHDNNNNISATAKALGMHRRTLQRKLQKLSPKH	PGPT0000540_1114	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-ENERGY_METABOLISM	CE-BACTERIAL_FITNESS-AEROBIC_RESPIRATION|OXIDATIVE_PHOSPHORYLATION,PGPT0000540-regA|regR|actR-K15012	NA	NA
AK237_03198	1095			hypothetical protein	ATGGCAATTTATGTAAAATGTTCAACGGTCTCTATGCTACTTCTTTTACTTACACTTCTTTATGACAAAAAACGTTTACCTCTGGGTATTTCCCTGGGCGTAGTGCTCATAGAAGTGGTATCAGTAAACTGGCTGATTGGTTTAAACGGAGGGGCGAGTAACCCCTTTGCGATTATACTTCTGGTGCCACTGGTCGTCGGGCTTATCCAATTACCTTTGCCGGCGGCTGCGTGCGTGCTGTTTATCAGCATCAATGCTCAATTATTACAGCTTGCTGTGGCCCCGCCTCTTTCTCATCACGACATGATGCAACACGCTGCCAACATGGTGTGGAGCTTTGTAGGAACCAGTGTATTTATCGCCGCCGTCATTTTATATTACAGACAACAATTACGACAACGAAACAGCGCCATTTTTCAGCTTCGTGAAACGCAACTGAGAAATGAGCAATTACTCGCCATCGGCACCGCTGCAGCGCAACTTACCCATGATGCAGCTACGCCCATTCAAACCATTAATTTACTTTTAGAAGAGTGGCACGAAACCCACGACAACAAGCTTGTTGAAGAAGTCGATGAACAGGTTTCGCGCCTCAATGGTTTGTTGTCTGACTGGCGCGCGGTGGCCGATGATGTCCGTCAATCACGTACCACACGTTACAGCAGTACAGGACTTATCAAAGCCCTGAAACATAGCCTGGCACTCGCCCGCCCTGAGGCAAATATTCGCTGGCATCTGTCCGACATCAACGTTGACATAGACGCTGATCGTACACTATTACCCGCCTTGACCAATATTGTTGTCAATGCATGTGAGGAAACTGCCAAACGCGGTGCGCAAGCGGTAAACATTTACCTTAATGTGGCAGATAACAAATGGGCACTGGTGATCAGTAATCCCGTGGATCAATCGCCCCCCGCGTATCTCGATACGTTAGGCCGTCAGTTTGTTCAAAGCGAGAAAGGTAACGGCGTAGCAAGTGTGTTAACCAACGCCACCATCGAGAAATTTGGCGGCGATGTAAAATGGACACTACACCATAGCGGCGACACGCGCCTTCTCGAAACCACTATCACGCTTCCGGCAGTACCATGA	MAIYVKCSTVSMLLLLLTLLYDKKRLPLGISLGVVLIEVVSVNWLIGLNGGASNPFAIILLVPLVVGLIQLPLPAAACVLFISINAQLLQLAVAPPLSHHDMMQHAANMVWSFVGTSVFIAAVILYYRQQLRQRNSAIFQLRETQLRNEQLLAIGTAAAQLTHDAATPIQTINLLLEEWHETHDNKLVEEVDEQVSRLNGLLSDWRAVADDVRQSRTTRYSSTGLIKALKHSLALARPEANIRWHLSDINVDIDADRTLLPALTNIVVNACEETAKRGAQAVNIYLNVADNKWALVISNPVDQSPPAYLDTLGRQFVQSEKGNGVASVLTNATIEKFGGDVKWTLHHSGDTRLLETTITLPAVP	PGPT0000545_1184	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-ENERGY_METABOLISM	CE-BACTERIAL_FITNESS-AEROBIC_RESPIRATION|OXIDATIVE_PHOSPHORYLATION,PGPT0000545-regB|regS|actS-K15011	NA	NA
AK237_03199	2106			hypothetical protein	GTGAAATCATTTCCTTTTGCTGTTATTTCCACAGCCAGCTTACTCAGTCCAATCGCTTACAGTAACGATACATCTATTGAAACTATTGAAGTTACCTCGCATCACATGCACCTGCATGGTGATGAAACACTCACATCACAACTAGCTGACAAAGGGCTCAATTTTTCCAACGCTGGCGGCGTCTCCGCGCTACCGGTAATGAACGGAATGATGGGCGATCGTATACAACTACTCACCGATGGTGCACCGATTACTGCTGCATGTGGTAATCAAATGAATCCGCCACTTTCCTATGTATCGGCCAATCAGGTAAGTCAGCTGTCTGTATTTCCAGGGGTGTCCCCCGTCAGCGCTGGCGGAGACAATATTGCCGGTGTTATTGCATTATCTACGTTATCGCCAGGTTTTAGTGACAGCGGCGACTTTAGTCTTCAAAGCGCGAATGTGGGTTATGCTTATCAAAGCAACGATAATGGCAAAACGCTGTCTTTAGATGCGCTTGTAGCCAATAACAGCTGGTATTTACGTTACGCAGGTACGCGTACAGAGGCCGATAGTTATGAAGATGGCCATGGGGAGCTCGTACTCGATACGCTGTATAAGTCCACTAATCACGTGCTAACGAGTGGTTATCAAGATGACAAACAACGCGTACAACTCAGTTTGTCACACCAGTCCATTCCTTATCAGGGCTTTCCCAATCAATATATGGACATGACTGATAATAATAGCACCGGATTCACAACGCTTTATCAGCGTGACATCGGAGATATTACGCTTGACGCTACATTAAGCCTCAGACACACCACCCACGAAATGGGCTTTTTTACCCCAGAAAAAACCGGCATGATGCCGATGAATACCGACAGCCACGACTATACAGCCAAGCTGCAATGGACGCTGCCTATTGAAAACGGCGGGCAACTTTTGCTTGGGCAGGAATGGTACAAAAATACCCTTGACGATTGGTGGCCGGCTATTGAGGGTTCTGCCATGATGGGGCCGAATGATTACGTCAATATTAATGATGGCCGCCGTCAGCGCACTGCCGTGTTTGCTGAATGGTCATCCGCTGAAGATAAAACGTGGCACTATCAGGCGGGTCTTCGCGTAGAGCACGTCACCACAGATACCGGCGATGTGCAGGCCTATGCGGATAGTATGGCCTTGGACGACGGCATGTCTATGGGTGGCATGTCAGGCATGATGATGGATAACAACGTTGAAGCGGCCATGATGTTCAACGAAGCTGAACGTTCACAATCGGACACCTTAGCCGACGTGACATTGTTAGCCAGCCGCACATTACCTGACGACCAGAAACTGATTTTCGGGTTAGCGAGAAAGAACCGCGCCCCCAATCTTTATGAACGCTACAGCTGGGGCACGAGCGCCATGGCGACATCGATGATTGGTTGGTTCGGCGACGGCAACGGTTATATCGGAAAGATTGATCTTAAGCCTGAAACGGCCCATACCGTATCGGTAACCTATCAGAAGTCGGGCAGCGATTGGGCGGCTGACATCAGTGTTTGGTATACCGACGTAAAAGATTATATTGACGTAGAGATCGCAGGCTCTATCAATCGCGGAGAGGGTATGTCAGGTCAACGAAATATCCTCGCGTTCACCAATACCGACGCACAGCTGCACGGTGCGACGCTTAAAACATCCAAACGATTGGTAGACTCAGCATCAGGCAATATAACGCTATACAATACGTTTACCTGGCAGCAAGGAAAGCGTCAGCACGGCGAAGGTGACTTATACCAGATACTTCCAGTACAAAACACTATGAGCCTGGCTTACGCAAAAGAGTCCTTTACTGGCTCTGTTGACTGGCAGTGGGTAGGTAATAAAAACGATGTTGATCAACGGCGACTTGAAAATACCACGGATGCCTATTCTCTTATCAATCTGAAATCATCGTATCAATGGGAAACGGTTACCTTGCATTTCGATATTAATAACCTGCTTGATGCCTGGTATGAAGAACCGCTTGGCGGCGTTAGCATTGCGCAATACAACATGACGCCGGAGAATGGATTCTCCCAGCTAGCTGGACGCGGGCGATCATTTGATGTCGGGCTGACACTCGCATTCTGA	MKSFPFAVISTASLLSPIAYSNDTSIETIEVTSHHMHLHGDETLTSQLADKGLNFSNAGGVSALPVMNGMMGDRIQLLTDGAPITAACGNQMNPPLSYVSANQVSQLSVFPGVSPVSAGGDNIAGVIALSTLSPGFSDSGDFSLQSANVGYAYQSNDNGKTLSLDALVANNSWYLRYAGTRTEADSYEDGHGELVLDTLYKSTNHVLTSGYQDDKQRVQLSLSHQSIPYQGFPNQYMDMTDNNSTGFTTLYQRDIGDITLDATLSLRHTTHEMGFFTPEKTGMMPMNTDSHDYTAKLQWTLPIENGGQLLLGQEWYKNTLDDWWPAIEGSAMMGPNDYVNINDGRRQRTAVFAEWSSAEDKTWHYQAGLRVEHVTTDTGDVQAYADSMALDDGMSMGGMSGMMMDNNVEAAMMFNEAERSQSDTLADVTLLASRTLPDDQKLIFGLARKNRAPNLYERYSWGTSAMATSMIGWFGDGNGYIGKIDLKPETAHTVSVTYQKSGSDWAADISVWYTDVKDYIDVEIAGSINRGEGMSGQRNILAFTNTDAQLHGATLKTSKRLVDSASGNITLYNTFTWQQGKRQHGEGDLYQILPVQNTMSLAYAKESFTGSVDWQWVGNKNDVDQRRLENTTDAYSLINLKSSYQWETVTLHFDINNLLDAWYEEPLGGVSIAQYNMTPENGFSQLAGRGRSFDVGLTLAF	PGPT0003790_23343	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0003790-hutA|fatA|fct|foxR-K02014	NA	NA
AK237_03200	543			hypothetical protein	TTGTCAGCGAGCCAAGTAACAATTAAAACCCTCGATAAAGAGCAACTGAAGCAGGCTACTATTTTCTCAGGTATTAGCCCTAAAGCGATGCGTCGTGTTTTTTCCGCTTGGTGTATTTTCTGCGTGGTAGTGGCCATTATAGTTGTCATGGCACCCGATTTAAGCCAGGTATTTCAATTGACGGTGTTTGGTGTGCTAATTGCCTTTACCGTTGCAATGTTTGCCCAAAGTCGTATTGCCGAAGGCTGGCCGGCTGTGTTGTCTAACGATGATGAAATATGCGTTATTCGCGATCCACAGAAACGCGAGTTCATTTGTGTTCCTGCTACCCTAATCAAGGCTGCAGAGCCGACATTGATTAAGCCGAATAAAAAAGCGGTGGCACTTGTACTGGATACAACACAGTTAACGGATAAAGATGTCGACGTGTTAAACCTGGCGGTGTGGCCTCGTGACGATCGGTTACTCGCCATTGCACACTTTATATCCCGCGACAGAGCCTGTAATAAAATTCGTGCAGCGTTCCCTCATCTGACCCATTAG	MSASQVTIKTLDKEQLKQATIFSGISPKAMRRVFSAWCIFCVVVAIIVVMAPDLSQVFQLTVFGVLIAFTVAMFAQSRIAEGWPAVLSNDDEICVIRDPQKREFICVPATLIKAAEPTLIKPNKKAVALVLDTTQLTDKDVDVLNLAVWPRDDRLLAIAHFISRDRACNKIRAAFPHLTH				NA	NA	NA	NA	NA
AK237_03201	387	czcR		Transcriptional activator protein CzcR	ATGACCCCAAACGCAATATTGAAGATTTTAGTGGTAGAAGATGATCCTACTGTTGCAAGCCGGCTTACTAGCTTTTTAACCGGGTTAGGTTGGCACGTCGACTTCGCTGCGAGTGGTAAATTAGCAATTCGGCTCTGCCAGCGGAATCGTTATGATGCGGTTTTATTAGATGTTGCGATGCCTGATTTATCCGGCTCTGTTATTTTGCAACGAATTAAAGCTGTTGCGAATGTGCCCGTATTGCTGATGAGTGCCACAAACCATGACGATGCGTTGGTCGATTTTAGCGTTGCTGACGATGTGGTGCCCAACCCAACGGATTACCGTGACATCGTGTCTCGTTGCCAGCAATTTACCGCGCAAGAGACGTTAGCGATAACCGCGTAG	MTPNAILKILVVEDDPTVASRLTSFLTGLGWHVDFAASGKLAIRLCQRNRYDAVLLDVAMPDLSGSVILQRIKAVANVPVLLMSATNHDDALVDFSVADDVVPNPTDYRDIVSRCQQFTAQETLAITA				NA	NA	NA	NA	NA
AK237_03202	975			hypothetical protein	ATGACCTTTGCTATGATCGCTTGCTCTGTCTTATTTATGCTCAGTGCGATTATTCCTCACCTCCCCGGCCAACATTGGCTCATCCGCGTATGGGAATTCCCGCGCTTACAGCTCGCCTTTATTTTGCTGCTCCTCGCCGGAGGATGGACGATGTGGTATACAGACGCGCCGTGGCTGGCAATAGGCATGCAAACAGGCTGTGTTTTAGCATTACTTTATCATCTGGCGTGGGTAGTTCCTTATACACCACTATGGAAAACCGAAGTAGACAAAGCGTCATCACACGACAAAGAAAATACAATTAGCATATTGACCAGTAATGTACTGATGCCAAACGACAATTACCGTGCTTTGATTGACCTGGTAAACACGCACTCGCCCGATATCTTAGTAACCCTGGAAAGCAACAAAGCGTGGCAAGATGCATTAACGACGTTACATGACGACTACCCTTATCGAATGGCCTGCCCGTTGGAGAACCTGTACGGCATGCACCTTTACAGCCGAAAACCGTTTTCTGATGAGAAATTACGCTTTATGGTAGAAGACGATGTTCCCTCCATGGAAATCTGGCTCACGATAGCCAACCAATCAGTAAAAATTCACTTTGTTCATCCCAAGCCGCCCAGCCCGACGGAGAATGAATCTGCCGAACCAAGAGATATTGAACTCACGATAGTAGGTAAAGAAATGGCCAAGTTGTCCTGCCCCACCATCGTATCTGGTGATCTGAATGATGTGGCGTGGTCTCCCACCACCAGAGATTTTAGAAAAATCAGTGGTATGTTAGATCCACGACGAGGCAGAGGTTTTTACAATACGTTCCACGCAGACTATCCTCTTATCCGCTGGCCGCTGGATCACGTTTTTCACTCATCACATTTTGAATTGATCAAAATAGAACGCATGCCATCAATTGGATCCGATCACTTTCCCTTGCTTACCACGCTAAAATTAAAACAGGCGTCACGTTAG	MTFAMIACSVLFMLSAIIPHLPGQHWLIRVWEFPRLQLAFILLLLAGGWTMWYTDAPWLAIGMQTGCVLALLYHLAWVVPYTPLWKTEVDKASSHDKENTISILTSNVLMPNDNYRALIDLVNTHSPDILVTLESNKAWQDALTTLHDDYPYRMACPLENLYGMHLYSRKPFSDEKLRFMVEDDVPSMEIWLTIANQSVKIHFVHPKPPSPTENESAEPRDIELTIVGKEMAKLSCPTIVSGDLNDVAWSPTTRDFRKISGMLDPRRGRGFYNTFHADYPLIRWPLDHVFHSSHFELIKIERMPSIGSDHFPLLTTLKLKQASR				NA	NA	NA	NA	NA
AK237_03203	597			hypothetical protein	ATGAAACGTTCAATTCTTTCACTGTTAGTAGCTGGTACATTAACCACTTCTGCCTTTGCGGGTTCTATGGATTCTGCGAACAAGTGGGAGGAGGGTGCCAAGGACGCGTGGATTGATGGCAAAGCCGAAGCAACCTTGCTATTTAACGGTAACCTGAATTCATTTGATATCAATACAGATGTTAAGAATGGTCAGGTTATCCTGACTGGTAAAGTAAAAAATTCCGTTGATAAAAAGCTCGCCGAAGAACTCGTGGCGAATATCGACGGTGTAACGGAAGTTGATAACCAACTAACCATCGTCACTGAGACTGATGGCAAGATGACCACCGACACCGATTCAGATTCGGCCGCTGGTGAACTGACTGACGCAAAGATAGCGACAGTAATTAAAACCCGTTTACTGATGGACTCTGATATTTCCGGCTTCGACATTGATGTAGACGTTGAGAACGGTAACGTAACCTTAACTGGTACCGTCGACTCTGACGCAGAGCGCGACCTGGCTGTTGAGATTGCTAAAAACGCGAGCGATGTATCAGATGTTGAAGACAACCTGAAAGTCGTTGAAACCAAGACCGCGATGAAAAGTGAGTAA	MKRSILSLLVAGTLTTSAFAGSMDSANKWEEGAKDAWIDGKAEATLLFNGNLNSFDINTDVKNGQVILTGKVKNSVDKKLAEELVANIDGVTEVDNQLTIVTETDGKMTTDTDSDSAAGELTDAKIATVIKTRLLMDSDISGFDIDVDVENGNVTLTGTVDSDAERDLAVEIAKNASDVSDVEDNLKVVETKTAMKSE	PGPT0013305_364	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_OSMOTIC_STRESS	OSMOTIC_STRESS-GLYCINE-BETAINE_METABOLISM,PGPT0013305-osmY-K04065	NA	NA
AK237_03204	174			hypothetical protein	ATGAAATTCTTAAAGACCAAGCACCGTCCTTTACCGAGTACGTCTTTTGAACGGTTTATTCACTCTCAGCCAGTTTTCAATTGGTTTGACCGTTATGACCAGTCAGAAAAAAAGACAGCGACCAGTAACCGTACAGCGGCTCAGGTTATAACCGCGACAGCAGTGGGTAAATAG	MKFLKTKHRPLPSTSFERFIHSQPVFNWFDRYDQSEKKTATSNRTAAQVITATAVGK				NA	NA	NA	NA	NA
AK237_03205	342			hypothetical protein	ATGAATTACGTGAAAATTGCAGTAATGACAATGTTACTTCTAACCAGCCTTGTTGCACTAGGTTCAGGAAAACAACTCTCTACGTGGTTGGGTGAAACTAAACCCGTCTCAACATCTTCGGCGTCACTGTCGGAAGTGGAAACCGTTTTTGCCGATTTAGAATTTGAACCTGACAATCAAATACATCAGGTTCGCAAACAAAGGATTGAGCATTATCTGGATTTGGCGCGTAGTTATGAGAACAGTGATTGGGATTACAGTCGGGATGAAGCCCTTCAGCGAGCCCAGAATATAATGACTCACCACGAAAGGAAGGAAAGTGGTATTTATGCGAGCTTATAA	MNYVKIAVMTMLLLTSLVALGSGKQLSTWLGETKPVSTSSASLSEVETVFADLEFEPDNQIHQVRKQRIEHYLDLARSYENSDWDYSRDEALQRAQNIMTHHERKESGIYASL				NA	NA	NA	NA	NA
AK237_03206	903	mlaA_2	COG2853	Intermembrane phospholipid transport system lipoprotein MlaA	ATGCGAGCTTATAAGTCGGGTATTGCAGTACTCTTTATTTTAGCGCTGGGTGGTTGCGCCAGTGCACCAGAAAACGATGGGAATAATCACAGCAATCAAGTCGAGCACAACCAGGCAGATCCTCAGAATGCGCCTTCTGCGTTGTCTGATGATTTGGCAAAAGGACAGGCTGTAACGGTTAAAACCAGCCAGGGCAGTATTGACGTGGCGCCAACGGTTGTTGCGGTGGGCGACAAACCGGGATCGGGCGAAGCAGGAAGTGAACCTTACTACAATGACCCATGGGAAGGTTTCAACCGCGCCATGTTCAGCTTTAATAACGCTTCTTACCGCTATGTACTTCTGCCTTTATCAGACGGGTACCAGTATGTGGTACCCGGTGTTGTGAGGGATAAAATAGGCAATGCATTTGATAACCTGCGTGAACCCTTAAATCTGGTCAACAATACCTTCGCCGGAGAGTTTAGCGAAGCTGGCAGCAATTTAGGCCGTTTCCTGATTAATTCTACTGTAGGAATTCTGGGGCTGTTCGACCCTGCAGCAGACTGGTTCGATATTCAACCGCAAAAGCAAACCATTGCCAATACCTTACAACGTTATGACGTGGCTTCTGGTCCCTATTTAGTGCTTCCCATTTTAGGCCCCAGCGACTCCAGGGGAGCGTTTTCTACCCTGACCGAAGGTTTCATTCATCCAATCAACTACATTGCCGATCCACCGGAAAATTACCAGATAAGAATGGTTGACGGGTTCGATGATTTTTCCAATCAGTCTGACACCTACCGTAAGCTCTACGATCAGGCTGAAGACCCTTATATTTATTTCCGCAATCAGTACATTCAGGGACAGCGACGTGACGAACTCTTCGAACTCAGTGAACGCGAACAACAAGATAACGAGTAA	MRAYKSGIAVLFILALGGCASAPENDGNNHSNQVEHNQADPQNAPSALSDDLAKGQAVTVKTSQGSIDVAPTVVAVGDKPGSGEAGSEPYYNDPWEGFNRAMFSFNNASYRYVLLPLSDGYQYVVPGVVRDKIGNAFDNLREPLNLVNNTFAGEFSEAGSNLGRFLINSTVGILGLFDPAADWFDIQPQKQTIANTLQRYDVASGPYLVLPILGPSDSRGAFSTLTEGFIHPINYIADPPENYQIRMVDGFDDFSNQSDTYRKLYDQAEDPYIYFRNQYIQGQRRDELFELSEREQQDNE	PGPT0024485_431	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-OTHER_CELL_MEMBRANE_REMODELLING_PROTEINS	CE-REMODELLING_LIPOPROTEIN_METABOLSIM,PGPT0024485-mlaA|vacJ-K04754	NA	NA
AK237_03207	2466			hypothetical protein	GTGACGAACTCTTCGAACTCAGTGAACGCGAACAACAAGATAACGAGTAAGCTGGCACGAGCGATAATTGCCAGTCGCTGGGGTATCCTTGTCGTTTTTATCGGTGCACTGGCCGCCCTGGGGCTCCATATTAGTCAGTTTAGGATTGATGCTTCGGCTGACACGTTACTCGTAAAAGACAACAAACTGTACATTCAAACTGAGGTGGCAGACCAGACTTTTGCGCCACAGGAATTTATTTTACTCGCGTATGAGCCCAAAGATCATGCGTTGTACAGTCGCCAGACTTTTGATGATATCGCCGCTTTATCTCGGGAAATAAAGAAGATTCCTCGTGTAGAAGGTGTGACATCGATTATTACTGTTCCGCTTATTAACAACGCTGATGCATTGACCGGGGATACTGATGTCGCGTCTCTCTCGTGGGAAAAGCAACAGTATTCACCCGAGGAAATGGAAAAGCTGATCTCCGGTCATCCTATCTTTACTGATCTGCTGGTAAACCGGCAGGGTACCGCAACGGGTATTCAGATTGTATTCAAAGACAATCCTGAGCTGGCAAAAATTGACAAGCAAATCACAGACATTCAGGCGAAGGTTCTGCAAGGTGCATCGCTGAGTGAGGCTGATACCGCAGAAATTGAAGCATTGAAGCAGAAAGCTGATCCTATCCGCCAGGCCCTTACCCAGCAACGTAAAGAAGAAATCGCACAAATTGAGTCTATTACGGCTACGGTTTCAGACCGCGCTAATACTTATATGGGAGGCGCGTATGTTGTTGGCCAGCATCTTATTGATATCATCAAATCTGATCTCGTCACGTTTGGTAGTGCTATAGCGGCAGTGATCATTTTATTGTTGGCCGTGCTTTACCGATCATTTAAGTGGGTGTTTTTCCCCTTGCTTTCCTGTGCGGTTAGCGTGTTTCTTACCATGGGCCTATTCGGTTTGCTTGATATGCGAACCACGGTGATATCAGCAAACTTTGTTGCATTGCAACTTATACTTACGCTTGCTGTGATGATTCACCTGATAGGTAGCTATCGTGAAATCAGTCGCGACAACCCGGCTTTCTCCCAACGGGAACGCATTATTGCGACACTAACCGATAAGCTCTCGCCATGTTTTTACGCTACGCTAACGACTTCAGTGGGTTTTGGCGCTCTCATATTCTCTGGTTTACAACCTGTCGTGGCCTTCGGATGGATGATGCTGGCTTCTATGCTTATCACCATGGCCGTGAGTTTACTTTTGTTTCCTGCGCTACTGTCTTTTTTACCCGCGGCGAAAGAGAGTGAAGAATTTACTGTTATTCAACGGCTGTTGGCGAGTTTGCGACGTCTCTCTTTACACGCGCCACTTCGGGTAAGTGCATTCGTTTTACTGGTATTTGGTATCGCAGCGATGGGGATACCACGGTTGAATGTAGAGAACTCCTTTATTAATTATTTTGATAAAAACACACAGGTTTATAAAGAGTTGGCGTTCATCGATAAGGAGTTTGGCGGTTCGACTGCGCTTGATATTATTCTTAGCCTTGATGAAAAGAATACTTCTCAGGAGTTAGTGCTTACCGCAGATTCGGTGGCACAATTGCAACTGACTCAGGCGGCCGTTAAAGCATTTGAAGCGACAGGTAGTGTAACCTCGGTAGTGAATTTTACCGAGTTAGCCAAACAGCTAAATGGCGGAAAGCCGCTGACTGAATATGAATTAAATACTATTTATCATCTGCTTGATGAGAAAGTGGTGAACCAACTTGTTGGTGCTTATTTCTCGCCTGACGATAATGCATTTCGCATTTCCACCCGTATCCAGGACACAACGGAAGGACTGGACAGGCAGGTATTTATGTCGCAGCTCAAGTCAGACTTAGCAGCCGTTGGCCTTGAAGATTCTCAATATCAACTGACCAATTTGTTTGTGCTGTATCAGGATATACTGAGTCGCTTGTTCGATTCTCAAATTAAAACTCTGGGGATTGTTTATATTGTTCTGGCCGTTGTGCTGTTTGCTATTTTTCGCTCGATTAAGGTGACGCTAATTGCCTTGTTGCCGAACGTACTTACCACATTGGGGATCCTGGGCGTGATAGGATGGCTAGGCATATCGCTTGACATCATGACCATAACGATAGCGGCGATCGCGATGGGTATTGCGGTGGATGATACGATTCACTTTTTGCATAGTTATTTGTCTGGCATGGAAGATAAAGCAAGCGACAACGGTGCAAAAAACGGCAGTCGCGCCGCATTTGGACACTCCGGACTGGCTATTTTGTTTACGTCCACCATTATTGCGGCGGGCTTCTCCCTGTTCGGCTTTTCCGATTTTCTCCCTAGCGTCTATTTCGGATTACTGACGGCGCTGGCCATGCTGCTCGCGCTCTTTACCGACCTGACATTGCTACCCGCGCTGTTAAATAAATTTGTAGGTAAAGTACCTAAGGATCGACAGAGCGTGTAA	MTNSSNSVNANNKITSKLARAIIASRWGILVVFIGALAALGLHISQFRIDASADTLLVKDNKLYIQTEVADQTFAPQEFILLAYEPKDHALYSRQTFDDIAALSREIKKIPRVEGVTSIITVPLINNADALTGDTDVASLSWEKQQYSPEEMEKLISGHPIFTDLLVNRQGTATGIQIVFKDNPELAKIDKQITDIQAKVLQGASLSEADTAEIEALKQKADPIRQALTQQRKEEIAQIESITATVSDRANTYMGGAYVVGQHLIDIIKSDLVTFGSAIAAVIILLLAVLYRSFKWVFFPLLSCAVSVFLTMGLFGLLDMRTTVISANFVALQLILTLAVMIHLIGSYREISRDNPAFSQRERIIATLTDKLSPCFYATLTTSVGFGALIFSGLQPVVAFGWMMLASMLITMAVSLLLFPALLSFLPAAKESEEFTVIQRLLASLRRLSLHAPLRVSAFVLLVFGIAAMGIPRLNVENSFINYFDKNTQVYKELAFIDKEFGGSTALDIILSLDEKNTSQELVLTADSVAQLQLTQAAVKAFEATGSVTSVVNFTELAKQLNGGKPLTEYELNTIYHLLDEKVVNQLVGAYFSPDDNAFRISTRIQDTTEGLDRQVFMSQLKSDLAAVGLEDSQYQLTNLFVLYQDILSRLFDSQIKTLGIVYIVLAVVLFAIFRSIKVTLIALLPNVLTTLGILGVIGWLGISLDIMTITIAAIAMGIAVDDTIHFLHSYLSGMEDKASDNGAKNGSRAAFGHSGLAILFTSTIIAAGFSLFGFSDFLPSVYFGLLTALAMLLALFTDLTLLPALLNKFVGKVPKDRQSV				NA	NA	NA	NA	NA
AK237_03208	543			hypothetical protein	ATGAATGAGGTGGCGGGGCTCGGTAACAGGCAAGGTGCTGTGCAGGTATATATGGCCAACCGTCCATTGTTTCCGTTACCTGGCGGGCCACATGATATTCTTCCGGTAGATATTCATGCTATTTCTGCCATTAACCGGGCTTGCGGCAATGGTTGGCGAAAGGTGTTTAACGTCTACGCGAAGTGGATGTACGCATTTTATGACATGCTGGGGATGGATATTAACTTACCGGACTGGCAGTCCTACCGTGATGATCAATTACTGACTGCACACAGCGATACTGCGTTGTGGTTCGTTCCTCCCAATGCATTAGATAGTACGAAGCTAAATATTGTCATGGGAAAAACTTACGCGAAGACGCTACCTTTTAAGAACGCCCTTCATTGGATAGCGCCTGATTTTGCGTTATGGCCGGCAAGCCAACTGATAGTAACTCCGTATTTCGATTACCGGCAGTTAACCAACGATAAAATTGCTTTTTTAAATCATCTTATCAAGGCCGAACTTGGCATCACAGCAAGTCAATTATCATTGCATCAGTAA	MNEVAGLGNRQGAVQVYMANRPLFPLPGGPHDILPVDIHAISAINRACGNGWRKVFNVYAKWMYAFYDMLGMDINLPDWQSYRDDQLLTAHSDTALWFVPPNALDSTKLNIVMGKTYAKTLPFKNALHWIAPDFALWPASQLIVTPYFDYRQLTNDKIAFLNHLIKAELGITASQLSLHQ				NA	NA	NA	NA	NA
AK237_03209	195			hypothetical protein	ATGAAATTATCGAAATTAATGCTTAAGGCACTGTTAGTAGCAGGTTTTGCATTCTCACTGGCCGCTTGTGGCGACGGTGAAGCAGAAAACGCCGGTGAAAAACTTGATGAAGTGGCGACCGATGCGGGTAATGCTGTAGAAGATACTTGTGAAGACGTGAAAGAAGGCATGAATGCCGAAGATAAAGATTGTTAA	MKLSKLMLKALLVAGFAFSLAACGDGEAENAGEKLDEVATDAGNAVEDTCEDVKEGMNAEDKDC				NA	NA	NA	NA	NA
AK237_03210	177			hypothetical protein	ATGCTAGGTTGGGCAGTTACATTTTTCATTATCGCCATTATCGCAGCAGTTTTTGGCTTTGGCGGCATTGCCGGTGCAGCATCAGGCATTGCTCAGTTTTTATTCTTCGTGTTCGTAGCATTGCTTGTAATTTCGTTAATTGCAAATGCCTTGCGCGGTAAATCACCTAGAGTCTAA	MLGWAVTFFIIAIIAAVFGFGGIAGAASGIAQFLFFVFVALLVISLIANALRGKSPRV				NA	NA	NA	NA	NA
AK237_03211	645	yfbR_2	COG1896	5'-deoxynucleotidase YfbR	ATGACAAAGAATCACTCTGCCTTTATCGGCCTCATGCAGCGAGCGCGAAACGTTAAACGCTGGCCGCTCATGGCACAGTTTCAGGAAGAAATGCTCTCTACACATATTTATGAAGCCGCAGTGGTTGCCCATATGCTTGGGGCGATTGCAAAAGATGTCTTTAACGAAAATGTCGAGCCTGACAGAGTCGCCACCATGGCTATCTTTCATGAAGGCAGCGAAATTGCGGGCATGAGCGATATACCCAGTCCGGTGAAGTATCACGATCCGGAAACAACCATGGCGATTAAAAAACTTGAACGTCGTTTCGAAGCGATGCTGCTGCAAACGCTGCCAGACCCGTTAAGACAGCGCTATCAGCCTTTAATTGAACAGGATAAAGAAGACATTCATGTCGCACTAGCAAAAGCTGCTGACGTATTGTGTGCTTATCTGAAATGCGATTATGAGCTGTCGAAGTCGAATTCTGAGTTTTCAAATGCAATGCATGAAATGGAGATTCAATTGCAGAAGTATCGCGATACGTTTAAATGTGTCGATTATTTCTGCCAGGTATTTTTAGAAGATGCCAAGGGAACACTTGACGAGCAAACCCGTGATTTAGACTGGGTAGAGCGGGCGAATACCCTTAATATTAAAGACTAG	MTKNHSAFIGLMQRARNVKRWPLMAQFQEEMLSTHIYEAAVVAHMLGAIAKDVFNENVEPDRVATMAIFHEGSEIAGMSDIPSPVKYHDPETTMAIKKLERRFEAMLLQTLPDPLRQRYQPLIEQDKEDIHVALAKAADVLCAYLKCDYELSKSNSEFSNAMHEMEIQLQKYRDTFKCVDYFCQVFLEDAKGTLDEQTRDLDWVERANTLNIKD	PGPT0021375_23	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021375-yfbR-K08722	NA	NA
AK237_03212	462			hypothetical protein	GTGTCTTTTGTCACTTACCCCTCAGATAAAATTGCAGACCTACTTAAAGTCTTGCATAGCGGTATCGCATTTTATCAGGAAGGCATTGAGGCTGTCAGTTGCGAGAGTACACGTGCAATGTTTTCTCGCATGCTTAAGGAAAAGCAGCAAGCATGTATCGATTTAAAACCCTATGCAGATGAGAACGTAAAAGAGTCTGATTCTGCATTGTGCCTTGACGCAAGAAAGCTATATACATGTATTGTCAGCTCAATGACGAACGATGCAGAACATACTTTTATCGAGCAACTTACGTCTCTTGAACGCCGGGTGCTACAAAGTTTTGATGATGCGTTAAAAGAAGAGCAGAGCCAGCATTGTGCTCAGCTACTGCGAAGAGTAAGAACACGAATGCTGCAATGTTATGATGAGTTGCAATCGTTACAGCAATCTAAAAACCGTTTAGTCAGAGACCGGGCCTAG	MSFVTYPSDKIADLLKVLHSGIAFYQEGIEAVSCESTRAMFSRMLKEKQQACIDLKPYADENVKESDSALCLDARKLYTCIVSSMTNDAEHTFIEQLTSLERRVLQSFDDALKEEQSQHCAQLLRRVRTRMLQCYDELQSLQQSKNRLVRDRA				NA	NA	NA	NA	NA
AK237_03213	534			hypothetical protein	ATGATGAAACAGACCCCCTACCACGCTGGCTTTACCCTGATTGAACTGGTCATTGTGATCATAATTCTAGGTATTTTAGCAGTTACTGCAGCACCGCGATTTATTGATTTGTCGGATGATGCCAATGATGCAGTGACGCAGGGACAAATGGCTGCATTTAAATCCGGCGTGTCGCTACTACACGCAAAATATCAGGTTCGACAGACATCCCCCATTACCGTTGCAGGGCAAACCGTAGACTTTACCGATGATGGCTGGCCACAAGGTACAACAACTGACAGTGCAGGCTGTGCTGACTTATGGAATAAAATTTATTCAGATCCTGAACCTATTACGGTGGTGGCAAATTGGACTGATACTCTGTCGCCAGGGTGGAACGCGTTTTACTACGGACAAGTGTGCGGCTATATAAAAAGTAGTGGAGGAGACACGGTCTACGGCAGCCCCTCCCCTCACTTTGCCTATTACATGACAGACTTTAATGAAGGCGGATATACAGGCAATGCGGGTGAAGTGAAGATTTATAATCTTTAA	MMKQTPYHAGFTLIELVIVIIILGILAVTAAPRFIDLSDDANDAVTQGQMAAFKSGVSLLHAKYQVRQTSPITVAGQTVDFTDDGWPQGTTTDSAGCADLWNKIYSDPEPITVVANWTDTLSPGWNAFYYGQVCGYIKSSGGDTVYGSPSPHFAYYMTDFNEGGYTGNAGEVKIYNL	PGPT0029490_176	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-TYPE_II_SECRETION_SYSTEMS	CE-T2SS-MSHA_PILUS_BIOGENESIS,PGPT0029490-mshB-K10925	NA	NA
AK237_03214	567			hypothetical protein	ATGCGTTTTTCAGGATCCCCGATTTCTCGTAGCGTGGCATTGCTTTGTATTGGTTTAGGTATCGCATCGCTAACAGCGTGCAGTAGCGTGCCAGATACTGCGCCCACCCCGTACCGCGCAGCGAAATCTGAAAAGCAATATGGTTATTCCTCCGTCCAGCTCAGTGATTCGGAATATCGCGTTATGTTCAGAGCCACCGAAGCGACTGACGCAGCCATGGTCCAAGAGTACACCTTATACCGCGCAGCACAGATAGCACATGAAAATAGCTATCGTTATTTGACTATTGTAAAAACAGATGTCGAACGTAAGTCCACGGTAGGCAAGCGAGTGGTAAAAGAGCAAAATGCGTCTCAGATCCCAGTTCTTCAACAAGAACAGTGCACCATGTCGGGCTGCTCAGAGGTGGCACAACCGTTCCCCGGTCAAACTTCCGACATGACTGTGCAAACAGAAATGATGAAAGATGTGTATTACTCCATCCTGGTGCGGATGGGTAACGATAAAGCCGCACTTGGCGATCGCGCATTCAGTGTAGACAGTCTGCTTGCCAACGCGCCTCAATAG	MRFSGSPISRSVALLCIGLGIASLTACSSVPDTAPTPYRAAKSEKQYGYSSVQLSDSEYRVMFRATEATDAAMVQEYTLYRAAQIAHENSYRYLTIVKTDVERKSTVGKRVVKEQNASQIPVLQQEQCTMSGCSEVAQPFPGQTSDMTVQTEMMKDVYYSILVRMGNDKAALGDRAFSVDSLLANAPQ				NA	NA	NA	NA	NA
AK237_03215	258			hypothetical protein	ATGTCTATCTTTCTTAAGTCTTCACTTGTTGCGCGCGAAAAAGCGCGAGAAAACTACGAAATATCGCAATATGAAAGTGCGGTAGCGATTAACCATGCTAAAGTGACAGCGCGTTTGTTTGCAGCCAGGCCAGAAACCCTAATTGCCTGCTTCGGCGTGGGCGCCTATAAAGGCGCTACAACGGACAATCCGCCGAGTCGTCGAAGACAAGCATTGGTCACATTTGCGCGAACCGCACTTTTTAACTTTTTAGGATAA	MSIFLKSSLVAREKARENYEISQYESAVAINHAKVTARLFAARPETLIACFGVGAYKGATTDNPPSRRRQALVTFARTALFNFLG				NA	NA	NA	NA	NA
AK237_03216	555			hypothetical protein	ATGACTTCACGGGAAAATGCACATACCAGTGAAGAGATGGTCACTGGTCACGCCCCGGAAGGAGACCCGGTCAGCAATGCTGACCGGGCTTCGTCATATTCAAACGACACCCAAAACGCCTCCCCTGAAGCAAAAGGTGAAGACGTCCCGCCTGATGAAGCTGATCCGTCGTTGGATGATCTCATCAGCAATGCGCAGTGGGTATGGGTTCAGAAACAACAAGAATTACTTGCACTTACCGACTTAGCCGCTGCTGAAACTGATGTTGCTAAACAGTCAGTCGTGGTTACCGGTATTGCTACCCTTGCCGCCTTTGTTTTCTCTTGCTTTTGCTGGCTTATCGCCAATATCGGTATTGCACTGACGCTACACCATTTTGGTGTTCCAAACGGGGTAACGGCATTAATTGTTTTTATGCTTAATTTAGCGCTCGCTGTTGGTGCTTTTCTCATCGCACGTAATGCCTACCGGTATGTATCACTTATGCCCGCGATACGCGTTATTTTTAGTGGCATGGGAATTAAAAAGGAAAACGCTGAGACAGGAGAAAAATAA	MTSRENAHTSEEMVTGHAPEGDPVSNADRASSYSNDTQNASPEAKGEDVPPDEADPSLDDLISNAQWVWVQKQQELLALTDLAAAETDVAKQSVVVTGIATLAAFVFSCFCWLIANIGIALTLHHFGVPNGVTALIVFMLNLALAVGAFLIARNAYRYVSLMPAIRVIFSGMGIKKENAETGEK				NA	NA	NA	NA	NA
AK237_03217	327			hypothetical protein	ATGGCTACTGCAGCCCCTAAAACGGCCCCTACTGGTACTGCGCAAGCAAACGGTATCGAAGACTCAACGCACCCTTTCACAGATAAAGCGCAAGCATCTTTGCATTCATCTGTTGATAAGTTAGCTGAAAGCGCTGCACGCGCCGAACAGAACATTCGTTCAACGGCGTCAGATTCTGCTGACAACATGGCTGCCCGAAAAGCGCAAATGGATGCTAAGTGGAGAGCGTCCGGTGTACGTAAATATGCCATTGAGAATCCAGTAGCAGCTGCGGGTATCGCATTCGCCGCAGGCATGTTGGTAACGTCTTTACTTCGTAAAAAGTAA	MATAAPKTAPTGTAQANGIEDSTHPFTDKAQASLHSSVDKLAESAARAEQNIRSTASDSADNMAARKAQMDAKWRASGVRKYAIENPVAAAGIAFAAGMLVTSLLRKK				NA	NA	NA	NA	NA
AK237_03218	2052	rcsC_11		Sensor histidine kinase RcsC	GTGACTGAAGTTATTCGGGTCCTGCTGGTTGAAGACGATGAGGATGATTACTTTCTCACCGCAGACTACATGTCCCAATGTGAAGATCCCCGTTTCCATATAACATGGGTAACAAATGGGAAAGCAGCCATCGACGCCTTTCAGAAAAGAACGTTCGACATTTGCTTACTTGATTATATTCTGGGTGCTGAGAATGCACTCGATGTGCTGGCCACGTTTAAGTCGGCCGGCATTACTGTTCCAGTAGTTATTCTGACTGGACAAACCGATAGTCAGGTTGATGACATGGTCATGCGCGCTGGTGCGGCAGACTACCTGAATAAAAGTGAAATTGAGTCGCCACGTTTTATGCGCACCATGCGCTATGCCATGGTGCGACGTGAAATTGAAAACGAGCGTATCGAACGTCACAAGGTCGAACAGCAAAACAAAGCGAAAGATAAGTTTCTGGCCCATCTGGGCCACGAACTCCGTACCCCCCTCACATCAATTTTAGGCTACACCGAATTATTATTGGATGATAAAAATAACGCGCCGATGAATCAGGAGCTATCCATCATCCATACCAATGGTAAACATTTGCTCAGTTTGCTTAATGATCTGCTGGATATGTCCCGTATCATGGCAAACAAGTTAGAATTGTCAAAACGACAAGTTAACTTAAATGGTTTTCTCACCGACGTTCACTCCCTCATGAACCTGGCTGCCAAAGATAAAGGTTTGTCGATGGAGGTCTATTCGCAGACAGATATCCCTGACTTTATTCAGGCCGACCCTACCCGGTTGCGTCAGGTGCTCATTAATTTAATCAGCAACGCCGTTAAATTTACTGATAAAGGAACCATTAAGGTCTCTGTCGAAACACTCCCTCCCCGCAAATCCGATAACAAATCGCTGTTGCTGTTTCGCGTTATCGATTCTGGTATCGGCATGCCGCCTAATAAACTGGATGATATTTTCAGGCCCTTTGAGCAAATTGAAGATGTTATGCGGGCTAATCACGGCGGAGCCGGATTGGGGTTAGCAATCTGTCGGGAACTGGTCGCAAAGATGGGCGGCGAAATTAGCGTCGATTCGGTATTCGGTCGAGGAAGTACTTTTTCTTTTACCATCGACCCCGGTGACATCAGTGAACAACACTTTGATATGTTTAAGCTGACTGCACCATCCTTCGACGAGCAGAACAAAAAAAATCTACACGTCACCGGCCGGGTCCTTATTGTTGATGACCTTCGTGAACTAAGAAAACTCACCGGTCACATGGTAAGTCAGTGCCACGCCACCGTGTCATATGCCGAAAATGGAGTGAAAGCGCTGGAGGCAGTGTTACAAGCTGAGCAAGCTGGTAAGCCATATCATCTTGTGCTGATGGATATTCACATGCCTGTAATGAATGGTGTTGATGCACTTAAGGCTATGCGAAAGCATCAGTGTAATGTCGCGGTAGTAGCCATCACAGCGGCAAGCCGAAAAGGGCTAAAGCAATCGTTGCTGGACGAAGGGTTCGACGACGTATTGGGTAAACCTATCGAGAAAGCGGCGCTGTTCGATGTCCTCGACAGGTATTTAATAAGTACACCAGGTATTGCAAAACCCAGTGAAGAAGAGGCCCCCAACGTAAATAAAGCGCTGGAGAGCGTGCCTTATCTTTCCACATCGCATCACATCTCCCCCAACGTCAGTGATCCAGACACCAACGAGGATTCACCGTCAGAAACCAAATCTATTTTATTGGTTGAAGACGACCACGATGCAGCAGAATTAATGAAACTTCTTCTTAGTCACCTGGGCCATCATGTCGAGGTCGCTCACAACGCAAGAGATGCCAAGGCGCTGGTTGCTATAAAAAACTATGATGCAGCATTGCTTGATTTAACGCTTCCTGATTGCGACGGCATTACGTTAGCCAGCGATATTCAATCGCAGAAAGGCGACATTAAGATCTATATCGTAAGTGGCCGCGAACCCGATGAAAGCGAACTGCAATCGGTGAAAATTGCCGGCACATTACTAAAACCCGTAAACAGAAGCGACCTCGCTACACTGTTCTAA	MTEVIRVLLVEDDEDDYFLTADYMSQCEDPRFHITWVTNGKAAIDAFQKRTFDICLLDYILGAENALDVLATFKSAGITVPVVILTGQTDSQVDDMVMRAGAADYLNKSEIESPRFMRTMRYAMVRREIENERIERHKVEQQNKAKDKFLAHLGHELRTPLTSILGYTELLLDDKNNAPMNQELSIIHTNGKHLLSLLNDLLDMSRIMANKLELSKRQVNLNGFLTDVHSLMNLAAKDKGLSMEVYSQTDIPDFIQADPTRLRQVLINLISNAVKFTDKGTIKVSVETLPPRKSDNKSLLLFRVIDSGIGMPPNKLDDIFRPFEQIEDVMRANHGGAGLGLAICRELVAKMGGEISVDSVFGRGSTFSFTIDPGDISEQHFDMFKLTAPSFDEQNKKNLHVTGRVLIVDDLRELRKLTGHMVSQCHATVSYAENGVKALEAVLQAEQAGKPYHLVLMDIHMPVMNGVDALKAMRKHQCNVAVVAITAASRKGLKQSLLDEGFDDVLGKPIEKAALFDVLDRYLISTPGIAKPSEEEAPNVNKALESVPYLSTSHHISPNVSDPDTNEDSPSETKSILLVEDDHDAAELMKLLLSHLGHHVEVAHNARDAKALVAIKNYDAALLDLTLPDCDGITLASDIQSQKGDIKIYIVSGREPDESELQSVKIAGTLLKPVNRSDLATLF	PGPT0026350_501	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-ENERGY_METABOLISM	CE-BACTERIAL_FITNESS-OXYGEN_AVAILABILITY_SIGNALLING,PGPT0026350-arcB-K07648	NA	NA
AK237_03219	453	rcp1		Response regulator rcp1	ATGTCACTTAAACACGCAACACCCATCAATATTTTAATGGCAGACGATGATGAAGACGATCGCCTGTTAACCCTTGATGCATTAAAAGAAAGCCGCGTACTCAATAACTTATATTGTGTTGAAGACGGGGTGGAATTATTAGAGTTCTTACGCCGTGAAGGTAAATATACAGACCCTAAAGATGCTCCTCGCCCTAGCCTGATATTGCTCGATCTCAACATGCCGCGTAAAGACGGCCGTGAGGCATTACAGGAAATTAAGGCCGACCCGTCACTTCGCGGAATTCCCGTGGTGATCTTAACCACATCAAAAGAAGAAGAAGATATGTTAAAAGGTTACGACCTTGGCTGTGCTTCTTACATCACCAAACCGGTTAATTTTGAGGGCTTGGTCGATCTCATGCGCGCCCTTGGTCGCTACTGGATTGAGTTCGTAGAGTTGCCGCACGATTAA	MSLKHATPINILMADDDEDDRLLTLDALKESRVLNNLYCVEDGVELLEFLRREGKYTDPKDAPRPSLILLDLNMPRKDGREALQEIKADPSLRGIPVVILTTSKEEEDMLKGYDLGCASYITKPVNFEGLVDLMRALGRYWIEFVELPHD				NA	NA	NA	NA	NA
AK237_03220	1512	sasA_12		Adaptive-response sensory-kinase SasA	ATGTTTACTAGAGTGGTTCAGTCAGCGTACAGCTGGATAACCTTGGTTACCGTTGTTATTGTGATTATTACAGGCAATGCCTTTTATGTGGTAAGCACGTTGGACGAATTGGCTAAATTGGAAACCCGTTTGTTCAGCACCAATCGCGTGATTAACGCAATTAACGAGCTGCACATGGCTGTGCTCCGGGCAGAAAGTGGTCAGCGCGGTTATTTGCTGACAAAAGATGAAGCATACCTTACAGACTATACCGTTACCCTCAATAAGCTTAACGAATTACTCAAAGAAGTGGAGGCTGCCTCGTTACAGTCTGATTTGCCTACCCAGGAAGGTAATATTGATGAGCTTATTCTGCTAAGTAAAACCAAAATTAATGAGCTTATTAAAACCGTTGAACTCACACGTTCAGGCGAGTATTCAGAAGCATTATCCATGGTAAATACTGACCTGGGTTTAAGCCTTTACGACGAATTCGACAGACGTTACGACAACGTAGACGCCACCGAGCGAGAGGCACAACAAAAACACCTGACCAGTCTAATGCGGCTGCGGTCAGACTCCGTAAATACCCTCATTATTTCCGGGATAACTACGGGGCTGCTTATCATCGCGATTCTTATTTTACTGCGTCTTAATTTGCGCGAAAATATTAAGCATCAGCGTGACCTTGAAGACTATAACGAAGAGCTTGAAGATAAAATTGAGCAGCGTACGCAAGAGCTTAAACTCTATGCCGATGAGCTGACGAGAAGTAACCGTGAGCTCGAAGACTTCGCCTTTGTTGCTTCCCACGATCTTCAGGAACCGTTAAGGAAAATTCGTGCGTTTGGTAACCGGTTAGAAGCCGGATACGCTGACGTTATGGATGATCGCGGGCAAGACTTTTTACGTCGCATGCTTAACGCCGCCGAACGTATGTCGATGCTTATCAGTGATTTGCTTGCATTCTCACGGGTTACCACGCGTGGTAAAGACTTTGCAAGCGTAGATCTGAACGACGTTGTCACGAATGTGGTCAACGACCTGGAAATTGCCATCGAAGAATGTAAAGCCACAATAAACGTCAGTCCCCTGCCTACAGTAGACTGTGATAAAAGCCAGTTCGAACAACTGATGTTAAACCTTATTTCTAATGCGCTTAAGTTTCGCTCTGAAGACGCATCGCCTGTGGTGAATGTTTTCTCCTCCCCTGCTTCAGAAGAAGAGTTAGTATCAATATTGTTGAAAGATGATTTTGAATGGGTCACGATCACTGTGGAAGATAACGGTATCGGATTTGATCAATCTTTTGCCGAAAAAATATTTGCCCCGTTTCAGCGCCTCCATGGACGAAGTGCGTATAAAGGGACGGGAATTGGCCTTGCCGTATGTCGTCGTATCGTAGAACGCCATAATGGCGTTATTAAAGCATTCAGTGAACCAGGTAAAGGCGCGCGTTTTGTCATTACTATGCCCGTAGATGGCGAACCGTTTGCAACAAACAGTGAAGGAGTAGTAGAAAATGTCACTTAA	MFTRVVQSAYSWITLVTVVIVIITGNAFYVVSTLDELAKLETRLFSTNRVINAINELHMAVLRAESGQRGYLLTKDEAYLTDYTVTLNKLNELLKEVEAASLQSDLPTQEGNIDELILLSKTKINELIKTVELTRSGEYSEALSMVNTDLGLSLYDEFDRRYDNVDATEREAQQKHLTSLMRLRSDSVNTLIISGITTGLLIIAILILLRLNLRENIKHQRDLEDYNEELEDKIEQRTQELKLYADELTRSNRELEDFAFVASHDLQEPLRKIRAFGNRLEAGYADVMDDRGQDFLRRMLNAAERMSMLISDLLAFSRVTTRGKDFASVDLNDVVTNVVNDLEIAIEECKATINVSPLPTVDCDKSQFEQLMLNLISNALKFRSEDASPVVNVFSSPASEEELVSILLKDDFEWVTITVEDNGIGFDQSFAEKIFAPFQRLHGRSAYKGTGIGLAVCRRIVERHNGVIKAFSEPGKGARFVITMPVDGEPFATNSEGVVENVT				NA	NA	NA	NA	NA
AK237_03221	225			hypothetical protein	ATGACTGAAGAACGTATCGCTGTAATCGCTAAGTGGGTACATGACGCCCGGAAGCCATTGAACCGTATTTCAATGCAAGCCGAATTGGTAAAAATGGCACTTAACGGCGACATTCCTGTTGAAAAAGCCCAGGACGCGCTGGATAAAATCATAGCGAGCACGAAAGACTGTAGTCATGCGCTAACAGAAATGATGGAAGAATTAGCACATGGTCAGACGGAATAG	MTEERIAVIAKWVHDARKPLNRISMQAELVKMALNGDIPVEKAQDALDKIIASTKDCSHALTEMMEELAHGQTE				NA	NA	NA	NA	NA
AK237_03222	1335	zraR_2	COG2204	Transcriptional regulatory protein ZraR	GTGCTGACTGTTTTACTTGTGGATGATGACCCTGAATTTACCGAGGTTGCATGCACTATCATCGAGTTCCTGGGACATGATATTTTAACTGCTGGCAACCTTGCTGAAGCCCGCGAATGGCTTGAAAAGGAAACCTTTGATCACATTCTGCTGGACTTTATGTTACCCGATGGCAGCGGCGTGCACTTATTCGAAGAACTCGACGCCTTGCCTAAGCGTCCCAAGGTTACGTTGATTACCGGTCACCCATCGGTACGCGGAATTATAAAAGGCCTTTGTGGACCCAATATCGATTACCTTGTCAAACCCATTCAACGCGAAGATATCGAAGCAGCTCTGTCAGGTAAAAAAGAAAAGCCGGCTTCAGGCGGTGCAAAAATCAAAAAGCATTTTGGTCATTTGATTGGCGAATCTGCACCAATGAAAGAGCTGTATAAACTCATCGAGCGCGTCAGCCGCACCAGTGCTAACGTCATGCTTTTGGGCGAAAGTGGGGTAGGAAAAGAAGTCGTTGCTGAGTCCATTCATGCCGCGTCCGACGTCACGGGCCCCTATGTTGCAACAAACTGTGGTGCATTTTCTAAGGAACTCATCGGCAGCGAATTGTTCGGCCATGAGAAAGGCGCGTTTACCGGCGCCGTCAATCGAAAGGAAGGGGTATTTGAACAGGCAGAGAGCGGTACATTGTTTCTGGATGAAATTACCGAAATGCCAATCGATATGCAGCCCAATTTACTCCGCGTGCTGGAAAATAAAGTGGTTATTCGCGTAGGTGGAACAAAAACCATTCCGGTTAATTGCCGGGTTGTATCTGCGACCAACCGACGTATGGAAGAAATCGCTGAAAGTAAGGTATTACGTGAAGATATATATTTCCGGCTAGCGGTTTTCCCTATCACCATCCCTCCCCTGCGTGAGCGCAAAGAAGATATCCCTTTGCTGGCTACCCAATTTATTGAAGATTTCAATAAAGAAAACGATACGCGCTTTGAATGGGAAGAAACGCAACTTGACACGCTAATGTCTTATGACTGGCCAGGTAACGTACGTGAGCTACGCCACTTCGTGCATCGAGCTGGCATCATGAGCGATCCGGATAAAACCGCCATCGAATTGCCCAAAGCGATAGAATCGCCGTTTGCTAAAAAGCAATCTACCACCCCTGCCCTCGAAGCCGGCAGAACCATTGAGGATGTGGAAAAGGAACTTATCTACGCCACCCTTGAAAAAGTAAGCGGCAATAAAACACTGGCCGCAGAAATGCTGGGGATAAGCACCAAAACACTTTATAACCGCTTACACGCCTATGGCGATTTAAGCAAAGACGAGTCTTAA	MLTVLLVDDDPEFTEVACTIIEFLGHDILTAGNLAEAREWLEKETFDHILLDFMLPDGSGVHLFEELDALPKRPKVTLITGHPSVRGIIKGLCGPNIDYLVKPIQREDIEAALSGKKEKPASGGAKIKKHFGHLIGESAPMKELYKLIERVSRTSANVMLLGESGVGKEVVAESIHAASDVTGPYVATNCGAFSKELIGSELFGHEKGAFTGAVNRKEGVFEQAESGTLFLDEITEMPIDMQPNLLRVLENKVVIRVGGTKTIPVNCRVVSATNRRMEEIAESKVLREDIYFRLAVFPITIPPLRERKEDIPLLATQFIEDFNKENDTRFEWEETQLDTLMSYDWPGNVRELRHFVHRAGIMSDPDKTAIELPKAIESPFAKKQSTTPALEAGRTIEDVEKELIYATLEKVSGNKTLAAEMLGISTKTLYNRLHAYGDLSKDES	PGPT0004315_1163	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_ZINK_RESISTANCE	ZINK_RESISTANCE-ZINK_HOMEOSTASIS,PGPT0004315-zraR|hydG-K07713	NA	NA
AK237_03223	1848			hypothetical protein	ATGCCACATAAAGTTGAAATTCACCACAACAAGGCCAGCCTCAGAAAGCGGCTTCTTCTGGGCTCTGTCGGTTTATCTATGCTACTTATCGGCGTGCTGTGTTATTTAGGGCACGGTATTTTGGTCGAGTTAGAAACTGACTTTGAAAAACAGTATTTCGACAGCCAGGCTGAGTTTGTTGCAACCGTAGCGTTGTCTGAAAACAGCGATAAAAGCCTCCTCCCAGAGAGTGTTATCGCGGTAATCCAAAATAAACAAATAAAGTACCGCTCAGCCGACATCGCGAACGAGCGTGTTATGGATATTTTTGATGCTGACGATGCGGTATCATCGTTTAATAATCAGCGCTTCTATAAACACTACTATGTAGATGATGACGCTTTACATTCAGCAACCATCATCTGGCGCACAAAAGATCTGACAGTAATTTCCTCTCAAATTGTGAACACCTTGTCTGTGGCTGGGTTTGTCACGTTCTGGTTGGCCGTATGGGCAGCACTATTGATGTCGGCGTTTATTGCAAAGCGTTTCGAGCAAGCCAATCATGCGCTTGAGCGCCTGGCACTGGAAGATCCGCTAACCAAATTAGCAAACCGAAATGCCTTACTCGCCAGCAACGACTTCAATGTGAGTCGCGGCGCACTGTTTTTTCTTGATTTGGACCGGTTCAGAGAAATCAACGACGCTTTGGGTCACAGTATGGGCGACCGTATGCTGTTTGCATTTTCTCAGCGGCTAAACACCATTGCCGGTTCGACTGCGAAAGTATATCGCTACCGCAGTGATGAGTTTGTCATCTGGCAACCTGATTTGGCGCCCGATGAAATGTTATCAAGGGCATTTACCTTGCTTTACGACTGTCGGGAGCCGCTTTACATCGGGAACAGCGCATTTGAAGTCAGCTGTAGCATTGGTGCTGCATGTTTTCCAGAGCACGGGCATCATCCTGAAATGCTGATACGAAATGCTGAAAATGCCATGCATCGTGCTAAAAAACTGCGACTAGGCGTACAGGTATACAACGAAAGACTGGCTTACAACAGCACCATAAAAGTCACTCTACGAAGCCAACTTCGCTCCGCCTTGCACAACAAAGAATTTGTGCTGCACTACCAGCCTAAGGTCGATATTAATAGCAGCAGAATTGCTGGTGTCGAGGCGATAGTGCGCTGGCAGCACCCGGAGGAAGGACTATTACAACCTTCGCTGTTTATCGACCTGGTTGAACAAAGCGGTATTATCCACGCATTCACACGCTACACAGTAGAAATGGCGGTTAACCAGATTAAAACGTGGTCTGCCAGCGGGTTTACCCTGCCAGTTTCGGTGAATCTGTCAGCGTACAATCTGATGGACAACGCATTTATTCCATTTGTTAAGCGCTTGCTTGAGACGTCGGACATCCCCCCTGCGTTACTTGAATTTGAACTGACCGAAAGTGCCACTATGGTAGATATCTCAGTAAGCAGACGCATGTTGTCGGCGTTCAGGGAGATGGGAATCAAAACATCCATAGACGATTTTGGTACTGGAATGAGTTCATTCGCTTATCTGCGAGAGCTGGATATTCACACGGTCAAACTCGATCAGTCGTTTATACGGGGTATTCAACCTGACAACCGTGACGCCAAAATTATCGAGGGTATCGTCTCACTGTGCAGGAACCTGGGTATCGATATCATTGCCGAAGGCGTAGAAACTGCGCAACAGGCCTCCTTGCTTACCGCGTTAGATTGCCATATTGCACAAGGATATTTATATGGTAAACCCATGCCGGCTGAGCAAATCCTTGCCATCATGCGGGCAGACACCGCACTCCCCGTTCAACAGACCCAGGCCAATGTTTAA	MPHKVEIHHNKASLRKRLLLGSVGLSMLLIGVLCYLGHGILVELETDFEKQYFDSQAEFVATVALSENSDKSLLPESVIAVIQNKQIKYRSADIANERVMDIFDADDAVSSFNNQRFYKHYYVDDDALHSATIIWRTKDLTVISSQIVNTLSVAGFVTFWLAVWAALLMSAFIAKRFEQANHALERLALEDPLTKLANRNALLASNDFNVSRGALFFLDLDRFREINDALGHSMGDRMLFAFSQRLNTIAGSTAKVYRYRSDEFVIWQPDLAPDEMLSRAFTLLYDCREPLYIGNSAFEVSCSIGAACFPEHGHHPEMLIRNAENAMHRAKKLRLGVQVYNERLAYNSTIKVTLRSQLRSALHNKEFVLHYQPKVDINSSRIAGVEAIVRWQHPEEGLLQPSLFIDLVEQSGIIHAFTRYTVEMAVNQIKTWSASGFTLPVSVNLSAYNLMDNAFIPFVKRLLETSDIPPALLEFELTESATMVDISVSRRMLSAFREMGIKTSIDDFGTGMSSFAYLRELDIHTVKLDQSFIRGIQPDNRDAKIIEGIVSLCRNLGIDIIAEGVETAQQASLLTALDCHIAQGYLYGKPMPAEQILAIMRADTALPVQQTQANV	PGPT0026010_2208	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCAN_METABOLISM	CE-EPS-GALACTOGLUCAN_METABOLIC_PATHWAY,PGPT0026010-mucR-K21023	NA	NA
AK237_03224	879	yhaJ_2		HTH-type transcriptional regulator YhaJ	ATGTTTAAGGCGGTGGTAGACGCTGGCGGTTTCAATCAGGCGGCCCAACTGGTGCACAAAAGTCAATCGAGCGTGCACCACGCGGTGCAAAAATTGGAATCGGCGTTAGGCATCACCCTGTTTGAAAACGATGGCAGAAAAGTAAGACTTACCGAAGCTGGCGATCTCATGCTGCGGCGAGCTAATTTTCTCCTTGAAGAAGCCTATAAGTTAGAGGCGGTAGCGACAAATCTGCAAAGCGGCACTGAAACCCAGTTGCGCATAGCGGTTGATATCATCTTTCCGCCTACCCTGCTGTACAATGTGTTGAATAAGGTTTCCCAGGAATTTCCCTTGCTTCGTATCGAGCTGATGGAAACCGTATTAAATGGCGCAAACGCCTTATTAAAATCGGCAGAAGTAGACATTGCTATCTCGCCGTTTCCTGTGAAAAACGGATTCTCCGAAGATCTATGCGAAATAGAATTTGTCGCAGTTGCCCACCCCGACCATCCATTGCACAAACTTGCGCGCTGTTTAACCGTAGAAGATCTCAAATCTCATCGTCAGATTGTCGTACGCGACTCCTCCGCCGAACGTAAAGCTGAATCAGGTTGGCTTGGTGCCGACCAGCGCTGGACCGTAAGTCATGTGCGCACTTCAATAGACATAATATGCAAGGGTTTAGGGTTTGCCTGGCTTCCTCTTGCGATAATCAAACCACAGCTTAATCAAGGATTACTCAAACCTTTACCTATGGAGTCTAGTGGTGTCAGGAAAGGATTACTTTACCTCTGCTTTGAGGATGGTGATCGCTTGGGACCCGCCGCGCGTGCTTTTATCGGCGAATTGCGCTATCAATCTATGCGCTTACCCACAGCCGAAGCGGAGGGCTTTTAA	MFKAVVDAGGFNQAAQLVHKSQSSVHHAVQKLESALGITLFENDGRKVRLTEAGDLMLRRANFLLEEAYKLEAVATNLQSGTETQLRIAVDIIFPPTLLYNVLNKVSQEFPLLRIELMETVLNGANALLKSAEVDIAISPFPVKNGFSEDLCEIEFVAVAHPDHPLHKLARCLTVEDLKSHRQIVVRDSSAERKAESGWLGADQRWTVSHVRTSIDIICKGLGFAWLPLAIIKPQLNQGLLKPLPMESSGVRKGLLYLCFEDGDRLGPAARAFIGELRYQSMRLPTAEAEGF				NA	NA	NA	NA	NA
AK237_03225	354			hypothetical protein	ATGTTAAAAACATTACCGCAACGTATCGATGAGATTGAAACGCCTATTCGCGCTGTATCAGCACATGTCGCTGCAGCCGAGTGTGCAAGTAACCGAGGTATACTCATTGATGTACGCGAACCCGATGAATACAGACAAGAAGGCGTTTCACAAGCCACTAATATTCCCCGTGGGCTGTTAGAGATAAAGGTGCCTGAAAAGTTCAGGGACGCGAACCAACCAATTTATTTACATTGTGCTTCAGGCATAAGAGCAAAACTTGCCGCTGAGCAATTAGCCAGGATGGGGTATGAAAATATAACCGTTATTACCTGTAGCATCATAGATATCTGTAAACATTTTGACGGTGAATAA	MLKTLPQRIDEIETPIRAVSAHVAAAECASNRGILIDVREPDEYRQEGVSQATNIPRGLLEIKVPEKFRDANQPIYLHCASGIRAKLAAEQLARMGYENITVITCSIIDICKHFDGE	PGPT0014648_558	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-PHAGE_DEFENSE_SYSTEM	CE-BACTERIAL_FITNESS-PHAGE_SHOCK_PROTEINS,PGPT0014648-pspE-K03972	NA	NA
AK237_03226	318	hlyU	COG0640	Transcriptional activator HlyU	ATGACAGCAATTGCACAAGAAATTAACACAGAGGCGTTACTGGCGCATGCCGCTGACGCTGAACGATATCTAAAGCATTTGGCAAACAAAACCCGTCTTATGGTGTTATGTTCGCTTTTAAAAAATGAGTTTTCAGTTTCTGACTTATTAACACGCATTCCGGTCACTCAGCCCGTACTGTCTCAGCATTTGGCGCTTCTACGTGAAGCAAGTATGGTTTCGACGCGACGCGACGGACAAACTATCTATTACAGTTTGGCAGATGAAAGGGTAAAACAAACGATAGGGTTACTTTATCGTTTCTTTTGTGCTGAATAA	MTAIAQEINTEALLAHAADAERYLKHLANKTRLMVLCSLLKNEFSVSDLLTRIPVTQPVLSQHLALLREASMVSTRRDGQTIYYSLADERVKQTIGLLYRFFCAE	PGPT0016126_277	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-BIOFILM_REGULATORS	CE-OTHER_BIOFILM_REGULATORS,PGPT0016126-bigR-K22042	NA	NA
AK237_03227	750			hypothetical protein	ATGATTGCTTTTAATACGCTTAAAAAATTCGGTATTCATGCGACAGATGGCGATATAGGCCAATGTAAAGATGTGTTGTTTGACGACCAGGATTTCGTGCTGCGCTACTTCGTCGCAGATACCCATAAATGGTTGCCTATGGGAAGAAAAGTGGTGCTTTCTCCTATTTCATTAGGTGAGATAAACGAAACCGAAGAAAAGCTTTACGTCAACATGACCAAAGACGCTTTGAAAGAAAGCCCCTCTATTGATGATCACAAGCCGTTATCCCGGGAATACGAAGAGATTTTATTTAAGTATTTTGGATATGGATACTATTGGATAGGCCCCGGTGCCTGGGGCGACTTTTCCCATCCGACTGAGCTTGTGGACCAACAAAGTCTTCAGCAAGATATGGATAGTCTGGAAGACCAGCCACAAAACCACCTGCGTTCCTGTGATGAGGTAAACGGCTACGACATTTCCGCCCAGGGCGAAGATACCGGCCATGTATGTGATTTTGTCATCGATAAGCGTAACTGGGCTATTCAACTCTTTATTATAGATACCAGAAACTGGCTTCCCGGGGGAAAGAAAATTGCTATCTCACCGGCTTCTATCGAAGACATCGACTGGTCTACCCATAAAATCCATGTCCGCCTCAGTCACGAAGACTTAATGGCGTACCCCGAAGTCGATGAGGACAGGCTTGATGATGCAGACTATCTTGCCACACTGGTCAATAAGCCAATAAGTACCCATAATAGCTAA	MIAFNTLKKFGIHATDGDIGQCKDVLFDDQDFVLRYFVADTHKWLPMGRKVVLSPISLGEINETEEKLYVNMTKDALKESPSIDDHKPLSREYEEILFKYFGYGYYWIGPGAWGDFSHPTELVDQQSLQQDMDSLEDQPQNHLRSCDEVNGYDISAQGEDTGHVCDFVIDKRNWAIQLFIIDTRNWLPGGKKIAISPASIEDIDWSTHKIHVRLSHEDLMAYPEVDEDRLDDADYLATLVNKPISTHNS				NA	NA	NA	NA	NA
AK237_03228	357			hypothetical protein	ATGAAAACGTTTGATATTCGCCCTGCTCCAAAACCTTTTATCGATCGCGTTAAATTCCCATATGGATTCAAAAAGTCTGGGGACTTCAGTATTCCTGAAGCTGACATTCTGACTAAGTATGGTAAAACCTTGTGTGACCTGGAATCTGGCGCTATTGAGCCGGTATCAGAAGACGAGAAACATTTCGTTGCCTTTGTTTCGGGCACAACCCCTGCGGCTAACGGCTTAGAAAAGGCGTGGCAAAAGTACGTACACCTCGCACGAGGAAAACGTAACTTTTATACCCTACACAGCTCAGCAAGTAACGCTTCGGAATACGACGACGACTATTCTGACGAAACGTTCGACGTCGCATAG	MKTFDIRPAPKPFIDRVKFPYGFKKSGDFSIPEADILTKYGKTLCDLESGAIEPVSEDEKHFVAFVSGTTPAANGLEKAWQKYVHLARGKRNFYTLHSSASNASEYDDDYSDETFDVA	PGPT0030625_2645	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MOBILE_ELEMENTS	CE-BACTERIAL_FITNESS-TRANSPOSASES,PGPT0030625-tnpB-K07484	NA	NA
AK237_03229	165			hypothetical protein	ATGAGTAAAGACTATCGTTACCAGCGTGAAGAATGGGACTCGGTAGATGATGGTGAATTTCAAGGCAAAAAAAGCCAGGATCGTCGCCATCAGGTGAAGAGCAAGCAAAAACGTGACGTTCAACGTCGCGAAAAGCAACGCCGCCTGCACCAAGAAAGTTACTGA	MSKDYRYQREEWDSVDDGEFQGKKSQDRRHQVKSKQKRDVQRREKQRRLHQESY				NA	NA	NA	NA	NA
AK237_03230	825	hdfR_3		HTH-type transcriptional regulator HdfR	ATGGATATCCGCTTTCTCTCTACTTTTCTAGAAGTTGTAAAAACCCGTCATTTCGGTAAAGCTGCCGAGAATCTCTATTTGACCCAGTCAGCGGTCAGTGCGCGAATAAAATTATTGGAAGAGTATTTCCAGACAACACTGTTTATCCGTCACCGGAACAGTATTCAACTGACACCGGCGGGGGAGAAGCTGTTGCCCTTTGCCCACCAACTAACCGACACCTTAAAAGACGCAAAAAGAGAATTGCAGCTGGAGTCGGGGGAATACGTGGTATGCGCGGCAACGCAGCTAGCCAGTGAGATGGGCTTTACATCGGTACTGGGCAAAGTACATCAGGCATTTCCGGATTGGTCTGTAAAAGCCGAAGTGGTCACGTTAGAAAGTTTGTCTCGCCAATTGCATGAGCGCACCATTGATGTCGCGTTGTCGTCAGAGCCACTGAAGTCGGAAGAAGTGCAAAGCACGGAGTTATTGTGGGAGCCCCTTGCACTTTATGCCTACAACCACGATGCGCAAACGCCTGCCGCGAATAATTACGTCTCAGTAGAGTGGGGCACAAAAGTTCGCGACAAGTTACAAACTGTCTCACCGCAACTGCGGGATGCAAGGTTAAGTACAAATTCACTGCGCCTCGCAGCAAGTAGCCTTCTGGAAGAAGGGGGATTTGCCTTACTGCCTGTGTCAGTGGCGTCAAACCTACTGCCTAAAGAGAAATTACGTTGCGTCACGACCTTTGATGATTTATCTGCCACCGTTTACCTTAATACAATGAAAGCGGTGAAACGTCCCGGACTACCGGCATTACTTGCACTGTTAGTCGGGTAA	MDIRFLSTFLEVVKTRHFGKAAENLYLTQSAVSARIKLLEEYFQTTLFIRHRNSIQLTPAGEKLLPFAHQLTDTLKDAKRELQLESGEYVVCAATQLASEMGFTSVLGKVHQAFPDWSVKAEVVTLESLSRQLHERTIDVALSSEPLKSEEVQSTELLWEPLALYAYNHDAQTPAANNYVSVEWGTKVRDKLQTVSPQLRDARLSTNSLRLAASSLLEEGGFALLPVSVASNLLPKEKLRCVTTFDDLSATVYLNTMKAVKRPGLPALLALLVG	PGPT0015580_560	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-MOTILITY|CHEMOTAXIS	MOTILITY-FLAGELLUM_CONTROL	MOTILITY-FLAGELLUM_REGULATION,PGPT0015580-hdfR-K23773	NA	NA
AK237_03231	1425			hypothetical protein	ATGAAAAAAGCCATTTTAATAGGGATGTTGCTTACGGTAACTTCATGCGCTTACGAGCAGCGCAGTGCGGGAAACGCCGCTCCAGACACGACAGATTTAGTTTCATCTTCACCATCTACATCACTTCAGGTTCCCATTTTTTATCGCACCCTCGAGAACGGTTTAAAAGTCGTTATTTCTGAGGAACACACTGCACCGGTGACCGCCATTGGTGTGTATTACAACATTGGTTTTCGTATTGAACCGAAAAACAGAACCGGGTTCGCTCACCTGTTCGAACATATGATGTTTCAAGGCTCGACAAATTTACCCAAAGGTGAATTTGACAAATTGGTCAATGGAAACGGGGGCGTTAATAATGGTTCCACGCGCTTTGATTTCACCAATTACTACGAAATCGTGCCTTCACACACAACTGAGACCTTTGTTTGGGTTGAATCAGACCGTATGAGTGGGCTGAATATTTCCGATGCAGAACTTAAGAATCAGCAAGGTGTGGTGAAAAACGAAGTAAAAGTAAATGTCATTAATCAGCCCTATGGCGGCTTCCCCTGGCTGGATTTACCGCAAACGGCATTTTCAAACTGGTACAACGCGCACAATTTTTACGGCGATTTAGATGATCTTGATGCCGCCAGTTTAGATGATGTGAATACATTTTTTGATGAGTACTACGCCCCCAACAATGCGGTATTAGTGATAACCGGCGATGTAGACGTAGCGCAGACGTTTGAGTGGGTAAAGCGCTATTTCTCGGATATCCCCGCGGGCAAAAAAGTGGCGTTGCCTGATGTAAGCGAACCGGCGCAGCGCGCCCCTCGATATGGCTCGCGCGTTGATCCCCTGGCGCCTAAGCCTGCTTATGCCATTGGTTTTCGCATACCCCCACGTAACTCACCTGAATATTTTGCGATGGGGCTCATCGACCAAATTTTGCTTCAGGGCGATGACAGCTGGCTGTATCAGGCACTAATTGAACAGCAGAACATGGGGAGTGGAATTTATGGTGGCGTTAATCTGCTTGGCTCTATGTTTAACTATAAAGGCCCTATGTTGTGGTCTGCCTCAATGATTCATGACGAGTCAGTTTCCGGGCAAGCTATCACCCTAGCGGTGAACGATGTGATTAAAAGACTGCAAGATTCCCCGGTTTCTGAAGCAGAACTGACACGTGCTAAAACCAAAATGCGCTCCTCTCTGTATTCAATGATTGAAGAAGACTTTGGCGTTGGCAAAATCGATTTGTTAGCGTGTTTTGCGCTGTTCGATGACAATCCGGAAAAGATAAATTCGCTTGAGGCTGAGTTTGCGAAGGTTACCCCAGCACTCATACAGCGCACAGCCAAGCAGTGGTTGGTGGAAAATAACAGCACCGTTTTTACCATTTCGCCGACGTCTGACGATGCCGCCAGGGAAGGAGAATAA	MKKAILIGMLLTVTSCAYEQRSAGNAAPDTTDLVSSSPSTSLQVPIFYRTLENGLKVVISEEHTAPVTAIGVYYNIGFRIEPKNRTGFAHLFEHMMFQGSTNLPKGEFDKLVNGNGGVNNGSTRFDFTNYYEIVPSHTTETFVWVESDRMSGLNISDAELKNQQGVVKNEVKVNVINQPYGGFPWLDLPQTAFSNWYNAHNFYGDLDDLDAASLDDVNTFFDEYYAPNNAVLVITGDVDVAQTFEWVKRYFSDIPAGKKVALPDVSEPAQRAPRYGSRVDPLAPKPAYAIGFRIPPRNSPEYFAMGLIDQILLQGDDSWLYQALIEQQNMGSGIYGGVNLLGSMFNYKGPMLWSASMIHDESVSGQAITLAVNDVIKRLQDSPVSEAELTRAKTKMRSSLYSMIEEDFGVGKIDLLACFALFDDNPEKINSLEAEFAKVTPALIQRTAKQWLVENNSTVFTISPTSDDAAREGE	PGPT0001280_3331	DIRECT EFFECT	BIO-FERTILIZATION	POTASSIUM_SOLUBILIZATION	K-SOLUBILIZATION-ORGANIC_ACID_METABOLISM	K-SOLUBILISATION-GLUCONIC_ACID-PQQ_PATHWAY,PGPT0001280-pqqL|yddC-K07263	NA	NA
AK237_03232	1401			hypothetical protein	ATGAAATGTTTAATAAAAGCGTTATTTGCGGGTTGTTTACTTGCAAGCAGCAGTCAAACTGTCAATGCGGCACCCGTAGAAACACCACCCGTACCGGGTGAGGCCAAAAACTTTGTTGTGCCAGCAGGTACCCGGTTTATTTTAGATAATGGCCTTAACGTTACCTTGGTTCCCTATGGCTCTGTACCCAAAGCAACAATATATATGCATTTTGATGCAGGCAATTTATGGGATGACAAAGTGTGGGGCATGTCTGATTTGGTATTTGACATGATTACCCGGGGCACTGACACGGCAAGCGCGGGCGAGTTAGCCAGTCAGGCAGCGTCCATGGGGGGCCAGTTGCAATCTGGTGCCGGCTTTAATGCCAGTTCCCTGTCCATCGATGTACTCAGCGAGCATGCGCCAGAGGCCGTTAAGTTACTTGCAGATGTACTAACGCACTCCACATTCAACGCAGATGATTTAGAAAAAGTTAAAGCGACGCAGTGGCGAAATGTCGAAATTGCCCGCTCTCGTGCTCAATCGCAGGCATCCGAAGCGTTTATGCAAGCCCTGTACGGTGATACGACTTTAGGTCAGTATTTCCCAGAACATGATGCCTTTATGGCGGTTAGCCAACAACAGGTCAAAGACTATGTCGCGTCTACGTTGGTGGCAAAACGTGCCCATCTGTACGTCGCCGGCGTATATGATGAAAAAGCGTTAATGTCTTCCATTACCACCGCGTTTGCTCACATGCCGGCAGGGATGGCGGCAGAAAAAGTGGATGTATCCAAAACGGCAAACCAGCCTGCTTACACGCTAATTCCCCGGCAGAACGCGCCGCAATCCACTATACGACTGGGGCAGCGGGTTGTTCCTATTACTCATAACGACACGACTTCACTGGACGTGATGAACACGATGCTTGGCGGCATGTTTTCTTCCCGTATCACGCGGAATATTCGTGAGGAAAAAGGCTATACCTATTCGCCTTACAGTCAGCTCCGTGCGAATCGCGGGACGTCCTATTGGTATGAAGCGGCTGATATTCAATCAGAAAGTACAGGCGAGGCATTGAATGAGATTATTAAAGAGATAGCGACAATTCAAACTACGCCACCTTCCGCCGAAGAGCTTCAAGGTGTAAAAAACTATATGGCCGGTATTTTTGTTCTCAATAACAGCAGCAGGATGGGATTGATTTCCCAGTTAGTGAAACTTTCTGTTTATGACTTGCCTGGAGACAGTTTGACCCAATATATCAGCCATATTAATAACGTATCAGCTGAGCAAGTCAGTCAGGCGGCTAAAACCCATTTGGCATTGGATAACATGTCTTTGATTATCGTCGGCGACGAGGCGCAAATTGCTGAAGAACTCGAATCTGTGCACGGTTTACCGGTGCTAACGAACTAA	MKCLIKALFAGCLLASSSQTVNAAPVETPPVPGEAKNFVVPAGTRFILDNGLNVTLVPYGSVPKATIYMHFDAGNLWDDKVWGMSDLVFDMITRGTDTASAGELASQAASMGGQLQSGAGFNASSLSIDVLSEHAPEAVKLLADVLTHSTFNADDLEKVKATQWRNVEIARSRAQSQASEAFMQALYGDTTLGQYFPEHDAFMAVSQQQVKDYVASTLVAKRAHLYVAGVYDEKALMSSITTAFAHMPAGMAAEKVDVSKTANQPAYTLIPRQNAPQSTIRLGQRVVPITHNDTTSLDVMNTMLGGMFSSRITRNIREEKGYTYSPYSQLRANRGTSYWYEAADIQSESTGEALNEIIKEIATIQTTPPSAEELQGVKNYMAGIFVLNNSSRMGLISQLVKLSVYDLPGDSLTQYISHINNVSAEQVSQAAKTHLALDNMSLIIVGDEAQIAEELESVHGLPVLTN	PGPT0001280_3629	DIRECT EFFECT	BIO-FERTILIZATION	POTASSIUM_SOLUBILIZATION	K-SOLUBILIZATION-ORGANIC_ACID_METABOLISM	K-SOLUBILISATION-GLUCONIC_ACID-PQQ_PATHWAY,PGPT0001280-pqqL|yddC-K07263	NA	NA
AK237_03233	366			hypothetical protein	ATGTCTCTTTCACATCCTTTACTTGAAGTGAACGCTGAAAAGCGTATGCAGGCCACGATTGACGCAATTATCAGTAACAAGGAAGTGTGGATCTTAAAAGACGAAGATGGTTGTGTGATGCTAACCTCAGATGAGGAGGATGGCGTACCGGTATGGCCAGATCAAGCATTGGCGGCGCTATGGGCCACCGATGAATGGTCACATTGTGAACCATTGCGCATTACGCTGGAAGACTGGATGCAAAAATGGACGCCGGGCCTGTTAAAAGATGGATTGGTGGTAATGGTGTGTCCAGTGCCAGCAGAAGAGGGTGAAATCATTGAGCCGGATGATTTAGCAGAAAAGATTCTCGCTGCGAAAGGCTGA	MSLSHPLLEVNAEKRMQATIDAIISNKEVWILKDEDGCVMLTSDEEDGVPVWPDQALAALWATDEWSHCEPLRITLEDWMQKWTPGLLKDGLVVMVCPVPAEEGEIIEPDDLAEKILAAKG				NA	NA	NA	NA	NA
AK237_03234	234			hypothetical protein	ATGTTAGTTCAACAACCCACAATGAAAGATCTCTTCGTTCAATTGGGTCTTGATAACAGTGACGAAGCGATTGAACAATTTATTAGTGAACACCGTGGTCTGAACGACAGTCGACATATCGAGGACGCGCCGTTCTGGAACGACTCTCAGGCTACGTTTTTGCGCAGTGCATTATTAGAAGACGCAGAGTGGGTCGAAATTATTGATCAACTTAATGCCGAGTTGCATCACTAA	MLVQQPTMKDLFVQLGLDNSDEAIEQFISEHRGLNDSRHIEDAPFWNDSQATFLRSALLEDAEWVEIIDQLNAELHH	PGPT0004195_21	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	DETOXIFICATION_OF_SUPEROXIDE_ANION_RADICALS,PGPT0004195-chrR-K19784	NA	NA
AK237_03235	165			hypothetical protein	ATGTTAAGAAATGTGTCGGTGTTCCACACGAGGTTGTGGAATGCAGGAATGCCAGAGAACGAGGATTTTCCTTGTCATCCGGCATACCTTCATAAATGTAATCTGTTAGTGATGCAACTCGGCATTAAGTTGATCAATAATTTCGACCCACTCTGCGTCTTCTAA	MLRNVSVFHTRLWNAGMPENEDFPCHPAYLHKCNLLVMQLGIKLINNFDPLCVF				NA	NA	NA	NA	NA
AK237_03236	2166	dapb2		Dipeptidyl aminopeptidase BII	ATGTCTCGAAGACGCTGGTTAAGTGTTTCTCTTGCAATACTTTTTTCAACATCTGCTGCGCAAGCAAAAGAGGGTATGTTTACGCCAGAGCAATTGCCTGAAATTGCCGGGGACCTAAAGCAAACCGGGTTAGACATTTCGCCGGAGACGCTCAGTGATCTTACCGGCTTCCCAATGGGTGCTATTGTGTCGCTAGGAGGCTGCTCAGCCTCATTTGTTTCTGAGCAGGGGCTTGCGGTGACTAACCATCATTGCGCAAGAGGATCTGTGCAATACAACAGTACGCCAGAACATAACTATTTAAAGGACGGTTTTTTAGCGAAATCTGTCGCCGAAGAGCTACCGGCCGCGCCTGGAACCAGAATGTTCGTTACTGTGGACTTTGCTGATGTAACCGAGCGTGTAATTGGCGCATTGAGTGATGACATGCAAGGTCGCGAACGTTACGATGCCATTGAAAAGAATCGCAAAGCAATCATTGCTGAGTGTGAAGCCGAGCCAGGGTACCGATGCTCGGTATCTGCGTTTTTCCAGGGACTTGAATACAAGCTTATCAAGCAGATGGAAATCCGCGATGTGCGTATCGCTTATGCGCCGGCTGATTCTGTTGGTAAATATGGCGGCGATATCGACAACTGGATGTGGCCTCGCCACACAGGTGACTTCTCCTTTTATCGCGCTTATGTGGGCCAGGATGGTAAACCAGCGGATTACAACGAAAACAACGTACCTTATCAGCCAGACCATATTCTAAAGGTTTCAGCTGCCGGTCTTGATGATGGCGATTTTGTGATGGCGGCAGGGTATCCGGGCTCGACAAATCGCTACGCCCGTTTGTCGTTGGTGTCTTATACATTCGACTGGCTGTATCCTACTTACGTGGATTTGGTTGACCAGTGGATCAACACGATTAACCAAGCGTCAGAAGAAGGCAGTGATGCGCGCATAAAATATGAGTCGTTGCTGGCCTCGCTCAATAACTTCTTAAAAAACACCAAGGGACAGCTTGAGGGTGCAAAGCGCGTCGGACTAGTTGAGCGACGTAGTGAGCGCGAAACAGCGTTAACGTCGTGGTTGAACGAACAAGGCAAGTCGGAACTGGTTGATAATATCTCCGACCTTGATGATGTGATGGCGCAACGTATTCGCAATAATAAACAAAACTTCTGGTACAACAACCTCTCGCGCGCGCAGTTGTTGTCGGTAGCACAACAACTTTACCGCAATGCCATCGAAAGTGAGAAGCCTGATGCTGAGCGTGAGCCCGGATTTCAGGAACGGGATCGTTCTCGACTGGAAGAAGGCTTGTCGCGGGTAGATCGTCGCTTCGATGTTGCCGTGGATAAAGCGGTATGGAAGAAAATGATTTCGCTTTATCTGGCGCAGCCGGAAGAGGCACGCGTTGCCGCATTCGACAATGCCATTGGTCTGGATGAAAACCTGGATAAAGAGGGATTGGATAAAATTCTAGATCGTTTTTATCGTGAAACTACGTTAAAAGATAAGGAAATGCGGTTAAATTGGTTGAAAGCGTCTAAAGAAGACTTTGAAACCAGTAAAGACCCGTTTATTCAGCTAGCCGTGGCCTTAAGTGACACCGAAATGCATATTGAGGATCAAAATAAAGCCCTTCAGGGTCAGGCTGCTGCACTTCAGCCAAAATACATGGAAGCGATTATCGCGTGGCAAAAATCGAAAGGAAGCCTGGCGTACCCGGACGCGAATAGCACTTTGCGTGTTACATACGGCACCGTATTGGGTGGCTCACCTAAAGATGGCCTTATCTATGAACCGTTTACCCGTTTAGAAGGTATCTTAGAAAAAGATACGGGTGAAACACCGTTCGATGCACCGAAAAAGCAACTGGCGCTGATTAAGGACAAACAATATGGTCCTTATAAGTTAGATAGCATCAATAGTGTACCGGTTAACTTTCTGACAGATTTAGATTCCACGGGAGGAAACTCAGGTTCTGCAACATTAAATAGCAAGGCTGAATTGGTGGGATTACTGTTCGATGGAACGTTCGAGAGTGTGAATTCGGATTGGGATTTTGACCCACGGACAACTCGAACTATTCACGTTGATACGCGCTACATGTTGTGGGTAATGCAATATGTTGACGGCGCGACAAACCTCATTGATGAAATGACAATCGTGAAATAG	MSRRRWLSVSLAILFSTSAAQAKEGMFTPEQLPEIAGDLKQTGLDISPETLSDLTGFPMGAIVSLGGCSASFVSEQGLAVTNHHCARGSVQYNSTPEHNYLKDGFLAKSVAEELPAAPGTRMFVTVDFADVTERVIGALSDDMQGRERYDAIEKNRKAIIAECEAEPGYRCSVSAFFQGLEYKLIKQMEIRDVRIAYAPADSVGKYGGDIDNWMWPRHTGDFSFYRAYVGQDGKPADYNENNVPYQPDHILKVSAAGLDDGDFVMAAGYPGSTNRYARLSLVSYTFDWLYPTYVDLVDQWINTINQASEEGSDARIKYESLLASLNNFLKNTKGQLEGAKRVGLVERRSERETALTSWLNEQGKSELVDNISDLDDVMAQRIRNNKQNFWYNNLSRAQLLSVAQQLYRNAIESEKPDAEREPGFQERDRSRLEEGLSRVDRRFDVAVDKAVWKKMISLYLAQPEEARVAAFDNAIGLDENLDKEGLDKILDRFYRETTLKDKEMRLNWLKASKEDFETSKDPFIQLAVALSDTEMHIEDQNKALQGQAAALQPKYMEAIIAWQKSKGSLAYPDANSTLRVTYGTVLGGSPKDGLIYEPFTRLEGILEKDTGETPFDAPKKQLALIKDKQYGPYKLDSINSVPVNFLTDLDSTGGNSGSATLNSKAELVGLLFDGTFESVNSDWDFDPRTTRTIHVDTRYMLWVMQYVDGATNLIDEMTIVK				NA	NA	NA	NA	NA
AK237_03237	1425	rnj1		Ribonuclease J 1	ATGTACCAGGCCGTTTTTATTTGCAAAATCACCAGGAGAAGGTTTATTAGTTCACTCAATCCAGGTATTGATGATTTATGGTTTGTTCCTTTGGGCGGAACGGGTGAAATAGGCATGAACCTCAACCTCTATGGTCATGATGGCCAGTGGTTGATGGTAGATTGTGGCGTTTCATTTAATGAACCTCTTGATAACAAAGCGACAGAGCGGCTGGGCGAGACGCAAACGTTATTCTCAGTGGTTGCGCCAGATCCCCGCTTTATTGTCGAACGCAAAGATTCCCTCGCCGGGCTTGTCATTACCCATGCCCATGAAGATCATGTTGGCGCTGTACCTTATTTGTGGCAGCGTTTTAAGTGTCCTGTTTACACCACGCCTTTCACCGCTGAGGTACTAAGAAGAAAGCTGGCAAGAGAGAATCTGGCCGGCCGCGTGCCAATTATCGAAGTGGCTGGGGATACTACCGAAAATATTGGCCCTTTTTCCGTTCGCTGGTTGGCCACCACACATTCTATTCCAGACCCTTATGCGATAATCATTTCCACGCCAGCAGGGCGTGTTCTTCACACCGCAGACTGGAAAATTGATGCCCAACCCGTTGCCGGTGAGCCGTTTAAACGCGCGTTGTATCAATCGCTAAAACATGAACAGATATTAGCGTTGGTGGGCGACTCTACCAATGCACTAAAGCCCGGTTTTTCGTTGTCCGAGCGAAATTGTTACGATGGACTGCTTGCTACCATTAAGCCGCTCAAGGGAAGAGTTGTGGTAGCCTGTTTCGCCAGTAATATCGCCCGGCTTCTTTCTCTTGCCAGGGTTGCGCAAAAAACAGGGCGATACATGGCGCTACTGGGGCGCTCTTTAGTAAATATGGTTAGCATTGCGAAAACGCAGGGGATCTGGCCTGACGACATCGCGTTAGCTGAACCAAATCATATCGGCTATTTACCCCCCGAAGAGGTGCTGGTTGTGGCTACTGGCAGCCAGGGAGAGCCGCGGGCTGCATTGTCGCGTTTAGCGGCGGACAATCATCCTCAACTGGAGTTGGTGCCAGGTGACCATGTTATATTTTCGAGTATCGTTATTCCCGGTAATGAAAAGCCGGTTCAGCAGTTATTAAATCGCTTCTCTGCCAAAGGCGTAAGTACGCTACTCAGTGAAGATAGTCCGTTACCCATCCATGCAAGTGGTCACCCGTGCCAGGAAGAGCTCAAACTCATGTACCATTGGGTGAAGCCGACGATTGCCATCCCCGTGCATGGTGAAGCCGCGCATTTAGCTGCACACGCTGATGTAGCCAAAGCCTGCGGAGTACGCAAAACGTATGTGGGTGAAAATGGTGATGTGTATCGGTTAGCGCCTCAGGCCAGCATCAGGCGTAATGTTATCAAGGTAGGCAGAATACCGTTAAGGCAAAGTGAATGA	MYQAVFICKITRRRFISSLNPGIDDLWFVPLGGTGEIGMNLNLYGHDGQWLMVDCGVSFNEPLDNKATERLGETQTLFSVVAPDPRFIVERKDSLAGLVITHAHEDHVGAVPYLWQRFKCPVYTTPFTAEVLRRKLARENLAGRVPIIEVAGDTTENIGPFSVRWLATTHSIPDPYAIIISTPAGRVLHTADWKIDAQPVAGEPFKRALYQSLKHEQILALVGDSTNALKPGFSLSERNCYDGLLATIKPLKGRVVVACFASNIARLLSLARVAQKTGRYMALLGRSLVNMVSIAKTQGIWPDDIALAEPNHIGYLPPEEVLVVATGSQGEPRAALSRLAADNHPQLELVPGDHVIFSSIVIPGNEKPVQQLLNRFSAKGVSTLLSEDSPLPIHASGHPCQEELKLMYHWVKPTIAIPVHGEAAHLAAHADVAKACGVRKTYVGENGDVYRLAPQASIRRNVIKVGRIPLRQSE				NA	NA	NA	NA	NA
AK237_03238	4155			hypothetical protein	ATGCTGTTAATGGCATGGTGTTTTGGTGGCGTGCATGCCGCCCCGCTTATCGAAGATCCCTCATTTCTCCAGCTTGGTACCGCCGATGGGCTTGCACAGGACAAAGTGCAGGATATCGTTAGAGACCGGGATGGATTTATCTGGGTTGCCACCGAAGGGGGACTCAGCCGATGGGATGGCTATCGGTTTGTCAACCTGGAGGGGCCAAACGGCGAATTCGTTAACAACGTCATCAGTAATCTCTATGTAGATAATGCCAACCGATTGTGGATTTCAACCTACAATGAGGGCGTCTTTTATTTTGATTTAGACAACAACCAATATACGCAAGTAGCAAGACGCAGCTTTGTTAATCAACCGGAATGGATTCAAGGGGCTGACGCGTTCGAAGAACTGCCAAATGGCGACATGGTCATCGCCTTAGATCAAATCATCCTGTATTACGACCCGCAGAAGAATGTCTCCAGGGATCTCTACCGGCTTGACGAAATCGCGATCGAGAACGGGGAAATCATTCGTGATATCAAAAGCATCGGCGACCAACTCTTCATCGCCACAACCTATGGCTTAGAAGTGATTTCACTCACCAAAGGCATGAAGAGCGTTAAAACTATTGACTACATACCTGACGAAGATAAATCTCTCCTTACCGCCAACACAAAGACCTTTTTTACCGACGACCCAGGCACATTATTTATAGGCACAGTTGGCGGGCTATACTCTATCAACGTGGAAAACTTCATAGGATCTGCAACCGATACAGTAAAAGTAGCATCACAGCGCGTGGTCGACGACCGCAATATTTGGGTGATGCTGCCTGGTCTGCACGGCGAATACTGGCTGGGAACGGACCTGGGGCTTTTTAAGCTCACGCGGGAAGGGGGAAACTGGCAGGCCGCCCATGTACTATATCCCACATCCGGGGTGATAGAGTTGGCCGATAAAAGCATACGCACCTTGCTACCAGATGATCAGGGCAATCTATGGCTAGGCAGTGTGTACGGAGGATTATTATTCTGGTACGCCAAGCCTTTAGGCATAGAAACCTATCAAAATACTATCCGCTCAACAAAGCCCATTGTATCTGATAATACGATTTGGTCCTTTTTGCAACAAGAGGACACTTTATGGGTAGGTACAGAAAACGGCTTAACGGCATTTAACCTGAATACACAACAAAGTCAGCACTATTTACGAATGGATGATATCAGCGACAGAGACTTAGTGACTTCTGTCGAAGCCATCTACGCGGCACCTGACGATAAGCTCGTGCTGGAAACCTATCAGGGCTTACGTCAGTTTAATAAGCGTACAGGCGCGCTTGAACCGATGCCAATAAATTCTGAACTGGCCGAAGCTGTTTTTACCGATTGGAATTACGGCTCCGCCGTCGATCTTGATGGCCGCGTTTACTTCATTTCTCACGACTTTTATCGGTACGATCCTGATACGCAAATGCTGGAAAGGCTGCCGCTAAAAGAGAAAGGGATAAATCCCATTTTTGCATCCGGGTTTCTGGGGGCCGACCCGCATTATCCTAATAAAATCTTTCTCTCCATGCGGGATGCGGTTATACAAGTAGATGTTAACGACTTTTCGGTAACACCGGTATTCAGGTTTCCTGACGAAGTGCGAACTAACCAGAATTCTGTCACCAGTTTTGTAGTAGACAGCCATGATACATTATGGTTGGGTTTCCCCAGTTATGGGATTATCGCGTTAGATGCCGACAACTTCGCCTACAAACATCATTTGAGCAGTGCTGACACATTGTACTCAGATATCATTTATAGCCTGGTAGGTGATGAACAGAATAATATCTGGTTTACCTCCCATGGCTTTTTTGGGCGTTATTCTCCGCTTACCACCACCATCGAGCGATATCGCTATGGCGAAGATATCAAAGTGTCTGAGTTTAATGATGGGGCCGTGTTAAAGTTAGATGATGGTCGGTTGGCATTTGGCTCGACATCCGGGTTTATTTTATTCGATCCCGCGCGGTTAAATGAAGAAACCGCGGCGCGTACGCAAAATGTCAGGAAGATGGTGATCAGTTCGGTGCTACTGGACTCCAGAATGATCCACCGTCCTATGCGAAATCTAAGTGGTGAACATGTAACGTTCAATCACGACGACTACGGCATCACGATACAGTTTTCAGCCCTGTCATCGAGTTACAGTCGCGATGCCACGTTCCGTTATAAACTGGTGCGGGACAATGCTGTGGTGAGCGAATCTATTTCGAAAAATGGTAGTGTGACATTTGCCTTTCTGTCGCCCGGTGAATATCACTTCGACGTCTCTCCCTTAAAGCAAAGCGAAGATGTGCTGCTATTGCCAGCATCATTGTCATTCACCATTCCTTACCCGCCTTTACGCTCACCGGTGGCCTACGGTATTTATTTCTGCCTGTTTCTGGCGTTGTTAGGGAGTTACTTGTTCCATCGTCAACGGCAGCAAAACCGCCTGCATCAGGCACAGCATCAGGTGCGTTTATTCGGCGATGCGTTCCAGCATACCCGTGATTGGGTCATGATTTTTGACAGTACCTATGTGCCTGTTGCCGTTAATCCCGCCTGTTGCGCTGCATTTGGCATCGATAGCGAGAAAGGATTGGAGCGACAGCTTAATCGGATGTTCGAAAACTCGCCACGTTTAGGTCAAAAGCTGAAAGATAAAGTTTCATCGTTGCGAGCGGGTGAATTTTGGAAGAGTGAAGAGCGGTTAACCGGGGCTGACGGCAAGCATTACGATGTCCTGGTAGAAGTGTCTGTAACGGGGTCGATGACGGACGCCGGAAAAGTGGACCATTACCTCATCATTATGTCTGACATTACCGAGCAGAAAAATGCAGAGAGAAAGCTTATTAAGGTTGCCAACTACGACAGCCTCACTGGCCTGGTAAATCGCACCCTGCTATTAGAAAGACTTGAACAGGCTATCGAGCGAGCCAACCATCAACGTCAGGAAGTGGGCGTATTGTTTGTTGATTTAGATCGCTTCAAAGGGATTAACGATTCGTTGGGTCATGACTATGGCGATAAATTACTAAGAGTCGTAGCAAACCGTATGCTGAATCTGGCGTCCAGAGAAGATACCGTTGCCCGCCTCGGGGGTGATGAGTTTGTGATTGTTATGGAGAACGTTCGGGATAAAGGCAAAGTAGGCGACTTTGTCGACCGCCTTATTGAGTCTGTTGAAACGCCCATTGCACTGGGCAAGGAAGTGGTAAGGGTATCTGCGAGTGTGGGGATTTCATTTTATCCCGATGACGCCAGCGAGCCAGCAGAACTGCTCAAACAGTCTGATGTCGCCATGTATACCGCGAAAAAAGACACGGTTTCCGGGTTTAGTTATTTTACTAAGGAAATGAACGCCAAAGTGCGTGACCGGCTGTTACTGGAAAACCGGGTAAAAATGGCGTATCAGGAAGACTGTTTCTATAACCATTACCAGCCTATCATTAATGCAAAAACCGGCCGCACCGTAGGCGTTGAGTTACTGCTTCGTTGTTCATTGTCTGATCCACCCTTGTATCCGTCTGAGTTTATTTCGGTATTAGAAGAGTTACGTTACATCATAGATGTCACGCGGAGTGCTATGCAGCGTGCGATTGACGATCTGGTGGTGTGGTATGGCCTCGGATATGACGGCTATGTAGCGATTAACCTGTCAGCTTTACACTTTAAAACGGAATTTGACATAGACGGGGTAGTGCAGATGCTGGAAGACGCCGGTTTGCCCCGACATGCACTGCGCTTTGAACTGACAGAAGGTATCTTAATGGACGACGCAGAGGGCGCGCTGCGACAGGTGAATCGATTTATCGAGGCGGGGTTTGTACTGGCGCTGGACGACTTCGGAACCGGGTATTCATCGCTTAGCTATCTGCAGAAATTTCCACTGCAGGTACTTAAAATAGACAAGAGTTTTGTTGATGACATCGACACGGAAAAGCGTAACGACGCGCTTGTTCTGGCTACTATTGATATGGCCATGAATCTTAACCTCCGCTGCATAGCCGAAGGGGTAGAGCGAGAAGAGCAGGTTGCTTACTTATTAGATAAAGGTTGTATTTATCATCAGGGGTACCATTATTCCCGCCCCGTCGAGGCTAAATTTATTCCTGCGCTCATCGACAAACAATGGCATTAA	MLLMAWCFGGVHAAPLIEDPSFLQLGTADGLAQDKVQDIVRDRDGFIWVATEGGLSRWDGYRFVNLEGPNGEFVNNVISNLYVDNANRLWISTYNEGVFYFDLDNNQYTQVARRSFVNQPEWIQGADAFEELPNGDMVIALDQIILYYDPQKNVSRDLYRLDEIAIENGEIIRDIKSIGDQLFIATTYGLEVISLTKGMKSVKTIDYIPDEDKSLLTANTKTFFTDDPGTLFIGTVGGLYSINVENFIGSATDTVKVASQRVVDDRNIWVMLPGLHGEYWLGTDLGLFKLTREGGNWQAAHVLYPTSGVIELADKSIRTLLPDDQGNLWLGSVYGGLLFWYAKPLGIETYQNTIRSTKPIVSDNTIWSFLQQEDTLWVGTENGLTAFNLNTQQSQHYLRMDDISDRDLVTSVEAIYAAPDDKLVLETYQGLRQFNKRTGALEPMPINSELAEAVFTDWNYGSAVDLDGRVYFISHDFYRYDPDTQMLERLPLKEKGINPIFASGFLGADPHYPNKIFLSMRDAVIQVDVNDFSVTPVFRFPDEVRTNQNSVTSFVVDSHDTLWLGFPSYGIIALDADNFAYKHHLSSADTLYSDIIYSLVGDEQNNIWFTSHGFFGRYSPLTTTIERYRYGEDIKVSEFNDGAVLKLDDGRLAFGSTSGFILFDPARLNEETAARTQNVRKMVISSVLLDSRMIHRPMRNLSGEHVTFNHDDYGITIQFSALSSSYSRDATFRYKLVRDNAVVSESISKNGSVTFAFLSPGEYHFDVSPLKQSEDVLLLPASLSFTIPYPPLRSPVAYGIYFCLFLALLGSYLFHRQRQQNRLHQAQHQVRLFGDAFQHTRDWVMIFDSTYVPVAVNPACCAAFGIDSEKGLERQLNRMFENSPRLGQKLKDKVSSLRAGEFWKSEERLTGADGKHYDVLVEVSVTGSMTDAGKVDHYLIIMSDITEQKNAERKLIKVANYDSLTGLVNRTLLLERLEQAIERANHQRQEVGVLFVDLDRFKGINDSLGHDYGDKLLRVVANRMLNLASREDTVARLGGDEFVIVMENVRDKGKVGDFVDRLIESVETPIALGKEVVRVSASVGISFYPDDASEPAELLKQSDVAMYTAKKDTVSGFSYFTKEMNAKVRDRLLLENRVKMAYQEDCFYNHYQPIINAKTGRTVGVELLLRCSLSDPPLYPSEFISVLEELRYIIDVTRSAMQRAIDDLVVWYGLGYDGYVAINLSALHFKTEFDIDGVVQMLEDAGLPRHALRFELTEGILMDDAEGALRQVNRFIEAGFVLALDDFGTGYSSLSYLQKFPLQVLKIDKSFVDDIDTEKRNDALVLATIDMAMNLNLRCIAEGVEREEQVAYLLDKGCIYHQGYHYSRPVEAKFIPALIDKQWH				NA	NA	NA	NA	NA
AK237_03239	2247	iorB_1		Isoquinoline 1-oxidoreductase subunit beta	ATGACAGACTTAGCCCGTCGCAGTTTCCTGAAAAAAACGACCGCCACAGCCGGCTTGTCGCTATCGGTGTCGTTATTGCCTGTGCATCACGCCTTTGCCAGGACGGACGATGAAATTGGTGATGCCCTTGCACCGAATCTTTTTGTGATGATTGATAATGCAGGCCGCTTGCACATCACCTGTCACCGCTCAGAAATGGGACAGCAGATACGCACGGCAATGGCGCAAATTATTGCAGATGAACTGGATGCCGACTGGGCTCAGGTACACGTCCACCAGGCCACGGGCGATCCGAAATATGGCGACCAAAATACCGATGGTTCAAGAAGTATTCGTCGAAACATCGACCGCTTACAAGTAGCAGGCGCCACCGCGGCGCTAATGCTCAGACAAGCTGCGGCAAAAGGCTGGCGCGTCACCGCCGAAGAATGCGTGTGCGAAAATCACCATGTTATTCATCAGCCATCCGGTCGCAAAGTACCATTTGCCTCATTGGTCGCGGTAGCCGCGTCTTTGCCGGTACCCGATGAAGCGTCTGTTGTCGTTAAAAAGAAATCTGCTCGTAAGTTCGTTGGAAAGCCCATCGCGAGTGTTGATCTGCCCGACGTGATTGCCGGCACAACCACCTATGGGCAAGATGTGCAGTTACCTGGCATGTTAGTGGCGGTGATAGTGCGTCCCCCCGTCATGTTTACTTCTGCCAAATCGGTAGATGACAGCAAGGCTAAACAAATAAAAGGTGTTAAACACATTATCACGTTGCCTGAAGCATCAGCGCCCGCTATGTTCAACCCGTTAGGCGGCGTTGCAGTGGTGGCTGAGAATACCTGGGCAGCCATGCAAGGTGCGAAAGCGCTGGATATCGTCTGGAGCGAAAACGCCCATAGCCAATATCAATTTGAAGACGAAAAACGCGCATTAATTGCGTCAGCCACAAAAGGCGGTGAAGTTGTACGTCAAAAAGGCGATGCGCGAAGCGTGTTACAGCAAAGTGAGAGGGTCATAAAAGCGACGTACTTTGCTCCCCTACTTGCTCAGGCTCCTATGGAGCCACCCGCGGCAACTGCAATTGTTGAGGGTGACAACGTGCAAATTTGGGCCTGTACCCAAACCCCGCAGGCGACGCGTGGTAACGTAGCAGGCGCGCTGGGTATACCACCAGAAAACGTCACCGTAAATGTCACGTTATTAGGGGGTGGATTCGGCCGAAAATCCAAACCTGATTACGCTGCCGAGGCGGCATTGCTCGCAAAACAAGTGGGGGCGCCGGTAAAATTAATCTGGCGTCGTGAAGATGACATTCAACATGGATACTACCACAGTGTGAGCGCACAGCATTTACAAGCCGCCCTCGATAAAGACGGCAAAACGCTTGCCTGGCATCATTGCACAGCATTCCCTTCCATCTCCACGACGTTTTCAACGGGCGTTACTGCACCAAGCGAGAGCGAGCTGGGGCTGGGTTTCATCGACAACCCTTTTCATATCGACAATATGCTTCTGGAAAAAGGCCAGGCAACGAACCATGTGCGCATTGGATGGCTTCGCAGTGTGTGTAACGTATTCCATGCATACGCCATTCAAAGCTTTGCCGATGAACTCGCCCATGCAGCAAACATGGATAGCAAAGCTTACTTACTTTCCCTTATCGGGCCCGGTCGTATTGTCGATTTGCAGGCTGAAGGCGCTAAATACGGAAACTATGGCGATCCCATCGACATTTACCCTATCGACACCAACAGACTCATTAATGTTATTGAACGGGTTACCCACATGGCCAGCTGGGAGACGAGAAAAGCGGATAAACGCTTTTTAGGTCTGGCAGCGCATCGTTCCTTCTTAAGCTATACCGCAACAGTGGTTGAAGTTGACGTGCATGAAGATGGCACGTGGTCGATTCCACACTGCTATATTGCCATTGATGCAGGCACTACCGTAAACCCGGAACATGTGCGGGCACAATGTGAAGGTGGGTCGATATATGGGTTAAGTTGTGCACTGGGTAAGATATCGGCTACCGACGGTGCCATTGATCAGAGTAATTTCCATAATTATATTGTGGCACGCATGCAACACGCACCACAGCATATCGACGTTGACATTATCGACAGCGATGCGCCAGCTGCCGGTGTGGGTGAGCCTCCCACACCACCCTTTGCCCCCGCGCTGGCCAACGCCCTGTTTGCCGCCACCGGGCAACGCTTTAGGGAGTTACCACTTCCGCTGAAAATAAAAACAACGTCATAA	MTDLARRSFLKKTTATAGLSLSVSLLPVHHAFARTDDEIGDALAPNLFVMIDNAGRLHITCHRSEMGQQIRTAMAQIIADELDADWAQVHVHQATGDPKYGDQNTDGSRSIRRNIDRLQVAGATAALMLRQAAAKGWRVTAEECVCENHHVIHQPSGRKVPFASLVAVAASLPVPDEASVVVKKKSARKFVGKPIASVDLPDVIAGTTTYGQDVQLPGMLVAVIVRPPVMFTSAKSVDDSKAKQIKGVKHIITLPEASAPAMFNPLGGVAVVAENTWAAMQGAKALDIVWSENAHSQYQFEDEKRALIASATKGGEVVRQKGDARSVLQQSERVIKATYFAPLLAQAPMEPPAATAIVEGDNVQIWACTQTPQATRGNVAGALGIPPENVTVNVTLLGGGFGRKSKPDYAAEAALLAKQVGAPVKLIWRREDDIQHGYYHSVSAQHLQAALDKDGKTLAWHHCTAFPSISTTFSTGVTAPSESELGLGFIDNPFHIDNMLLEKGQATNHVRIGWLRSVCNVFHAYAIQSFADELAHAANMDSKAYLLSLIGPGRIVDLQAEGAKYGNYGDPIDIYPIDTNRLINVIERVTHMASWETRKADKRFLGLAAHRSFLSYTATVVEVDVHEDGTWSIPHCYIAIDAGTTVNPEHVRAQCEGGSIYGLSCALGKISATDGAIDQSNFHNYIVARMQHAPQHIDVDIIDSDAPAAGVGEPPTPPFAPALANALFAATGQRFRELPLPLKIKTTS	PGPT0009811_759	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-QUINOLINE_RESISTANCE,PGPT0009811-iorB-K07303	NA	NA
AK237_03240	453	iorA_2		Isoquinoline 1-oxidoreductase subunit alpha	ATGAAAATCACAATAAACGGCACAACGCACGATTACGATGGCGATCCCGCCATGCCACTGCTTTGGTACATCCGCGACGACCTCAGTATGACTGGCACTAAATATGGATGCGGAATGGCGCTTTGCGGTGCCTGCACCGTGCACCTTGATGGCCAGGCCACGCGTTCATGTCAACTTCCGATGTCAGCAGCCAGTGGGAAATCCATCACTACCATTGAAGGATTAGACAAAAACAATGCGCACCCATTGCAGATAACATGGGCTGAAGAACATGTCCCCCAATGCGGTTATTGTCAGAGTGGGCAGATAATGCAGGCGGCTTCGTTGCTTGCTACAAACGCTTCACCCACCGACGAAGACATCGAACGCGCAATGTCCGGAAATATTTGCCGATGCGGTACTTATCCTCGCATAAAGAAAGCCATCAAAAAAGCAGCGGGAGTGACCAAATGA	MKITINGTTHDYDGDPAMPLLWYIRDDLSMTGTKYGCGMALCGACTVHLDGQATRSCQLPMSAASGKSITTIEGLDKNNAHPLQITWAEEHVPQCGYCQSGQIMQAASLLATNASPTDEDIERAMSGNICRCGTYPRIKKAIKKAAGVTK	PGPT0009812_1644	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-QUINOLINE_RESISTANCE,PGPT0009812-iorA-K07302	NA	NA
AK237_03241	1671		COG1022	Long-chain-fatty-acid--CoA ligase FadD15	ATGTCTCTTGCCGTCGTTTCTGCGTCACAACAAGTTCAATATACCCCTTTGGCGATGTTATACCACTGGGAAAATACCCGTCCCGATGCGCGTTATTTAATTCAACCTGTTGATGGACGATATCAAACTTACACGTTTTCCCAGGTAGCAAACCTCGCAAGACGGGTTGCTCAACGTCTCATTGACTTATCATTGCCTAAAGGCAGCCGGATCGGTATTTTCGCGAAAAATTGTGCGGAATGGTTTGTCGTTGATCTTGGGATCATGATGGCTGGTCATATTTCTGTTCCTGTTTTCGCCTCTGCGGGCGGGGACACGCTGAATTTTGTTATTCGTCACGCCGACGTAAAACTCTTGTTTGTTGGCAAGTTAGACAAACCAGAGCAACAACTGCCAACCATTCCCGATGGACTGCAAACTGTGGCGCTACCGTATCCAAATATTCCAGCGTCGCAACAGTGGGCAGAGTTCATAGATTGTCAGCCCGTGGCAAGTTCACCAGACAGAGACTTAGATGATGTGATGACCATTATTTATACCTCCGGTAGTACAGGTGAGCCGAAGGGGGTTGTGCATAGTTTCAGAACGGCATGCTGGGCCGCTGCAAATTCGTTGGAAGCACTCACATTTTGTCAGACCGACAGGATGATGAGTTATCTACCGTTAGCGCATATTACAGAGCGTGTGCTCGTTGAGCTTGCGAGTTTCTATGCCGGTGGACAAATTTACTTTGTGGAATCGCTGGATACCTTTCAACGTGACGTTAAACACTGCCAGCCCACGCTTTTTATCTCAGTACCACGGCTATGGACCAAGTTCCAGCAGGGGATTTTAGCTAAAATGCCGCAGAAGAAACTATCTCTGCTGTTAAAAATTCCTTTTGTGAACGCTATGGTGAAAAATAAAATACAAGAAGGGCTCGGTCTTGCCCACGCTCGCTTGTTTGCAAGTGGCTCGGCACCTTTGGCGCCGGCTATTATCAGCTGGTTTAACGCCATTGGTATTCCTATTAGCGAAGGCTGGGGGATGACAGAAAACAGCGCGTACGGGTCGGCATGCGTTCCTTTCAGGAAAGATAAAATAGGTTGTATTGGTAAGGCTTACCGGGGTGTGGACGTTCGCATTAGCGACGAAGGCGAAATACAGGTGAAATCGCCGTGTAATATGGTGGAGTATTACCTTGATCCGCTTAAAACCGCTGAGGCGGTGACTGACGATGGCTATTTGCGCACGGGAGACAAAGGTGCCATTGATAATGAAGGCTATGTGAAAATTACCGGCCGTTTGAAAGACATTTTTAAAACAGAAAAAGGGAAATATGTTACGCCGGCGCCTATTGAAGCGCGAATTATGGAAAACGATCTGGTGGAACAAGTTTGCGTTGTAGGAACCGGTTTGCCACAGCCTATTGCACTGGTGGTATTGGGAGAAGAAGGCGCTAAACAACCGCGACTAACTCAGGAAACCCGCTTGCAAAGTACGCTTAATGCGTTGAACGCGAACCTTGAAAGCCATCAGAAATTAGATCATATCGTTGTTATCAACGAAGAATGGACGATAGAGAACGGACTACTGACCCCCACGTTGAAAGTGAAGCGTCACGTGTTGGAAGCGCGTTATCACAGTGTAATTCTGGCGCGTTATGCCAATCCGGTAGTCTGGATAGAATAA	MSLAVVSASQQVQYTPLAMLYHWENTRPDARYLIQPVDGRYQTYTFSQVANLARRVAQRLIDLSLPKGSRIGIFAKNCAEWFVVDLGIMMAGHISVPVFASAGGDTLNFVIRHADVKLLFVGKLDKPEQQLPTIPDGLQTVALPYPNIPASQQWAEFIDCQPVASSPDRDLDDVMTIIYTSGSTGEPKGVVHSFRTACWAAANSLEALTFCQTDRMMSYLPLAHITERVLVELASFYAGGQIYFVESLDTFQRDVKHCQPTLFISVPRLWTKFQQGILAKMPQKKLSLLLKIPFVNAMVKNKIQEGLGLAHARLFASGSAPLAPAIISWFNAIGIPISEGWGMTENSAYGSACVPFRKDKIGCIGKAYRGVDVRISDEGEIQVKSPCNMVEYYLDPLKTAEAVTDDGYLRTGDKGAIDNEGYVKITGRLKDIFKTEKGKYVTPAPIEARIMENDLVEQVCVVGTGLPQPIALVVLGEEGAKQPRLTQETRLQSTLNALNANLESHQKLDHIVVINEEWTIENGLLTPTLKVKRHVLEARYHSVILARYANPVVWIE	PGPT0008380_10734	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-QSR-AUTOINDUCER_PERCEPTION	CE-QSR-DSF_BIOSYNTHESIS,PGPT0008380-fadD-K01897	NA	NA
AK237_03242	657			hypothetical protein	ATGCTTAGCCAACAACAACTCGCCACCATGCTCTCTCTTCAAAATAAAATGAACACCAAAGTGAATCCGCAATGGTTAACTGCCGGATACGGCTATTTGCGCGCTGCCATGGTTGAATCAGTTGAAGCCATTGAGCACCACGGCTGGAAATGGTGGAAAGCCCAGCAAAAGGACTTACCACAATTACAAATGGAGTTAGTTGATATCTGGCACTTTGCATTGTCAGCAAGCATTATTGATTATCAGGGTGATATACAAGCCACAGCAAATGCATTGTCGGCACAACTGGCGCAGTCCAGTGCGCATGTGCACTTTGATGGCAACGACTATCATCCTGAACAACAAACTTTGTTAGATAATTTAGAACTCATGACGGGGTTATGTGCCGCTAAGCGCTTTAGTGTGCCACTGTTTATGAAGATTGTAGAGCAGTGCGACATGGCCAGTGATGAACTGTTCAGACAATACGTTGGCAAAAATATTTTGAATTTCTTTCGCCAGGACAACGGCTATAAAGCCGGCACTTATATAAAGGTGTGGGATGGCAGAGAAGATAACGAACACCTTGTGGATGTGTTATCTCAATTAGACATCAACCACGCCGACTACAGTGAACAGGTTTATGCTGGCCTGTCTGTTCGTTACCCTCAAGCCTGA	MLSQQQLATMLSLQNKMNTKVNPQWLTAGYGYLRAAMVESVEAIEHHGWKWWKAQQKDLPQLQMELVDIWHFALSASIIDYQGDIQATANALSAQLAQSSAHVHFDGNDYHPEQQTLLDNLELMTGLCAAKRFSVPLFMKIVEQCDMASDELFRQYVGKNILNFFRQDNGYKAGTYIKVWDGREDNEHLVDVLSQLDINHADYSEQVYAGLSVRYPQA				NA	NA	NA	NA	NA
AK237_03243	3348	recC	COG1330	RecBCD enzyme subunit RecC	TTGCTCGCTCTCTATCCCTCTAATAAGCTTGAACATCTTAGTTATTTGCTCGCCGCATTGTTGCAACAACAAGGTAACGCTGCGCAAAGTCAGCTTTCCCTGACCGAAACGCTTTTTCGGCCGCAAACCATTCTCGTAGAGAGTCCCGGCATGCAACACTGGCTGAATATGGCATTGGCTAACGACCGCAGTATTGCAATGAATCTTGCCTTTCCGTTGCCCGTTCGGTTTATGTGGGATACTGCACGACAAATATTAGGGGAAGAGCGGGTACCTAAGCAGTCGCCTTACCGGCGGGAAGTCTTAGTATGGCGCATCGATGCCATTATCCGCAGTAGCGCCTTTTGTCAGCGGGAAGAAGCGAAGGCGGTCAACCGTTACTGGCAATCTATCGATGATGAAGAAGAAGCCAGTGTACAACGGTTACAGTTAGCTACGTCACTGGCCGATGTTTACGAACAATATCTGTTATTTCGTCCCGAATGGTTATTTGCATGGGAGAAGGGCGAATCGGCCAATACCAATCACAACGATGAAGCATGGCAGAGTGCTATTTGGCGTGCACTTGTGGACGAAAATGCCGATCATCCCGCACGCTTGCATGCAGAGGCAATGGCTGCGTTAGCGAAAGATAAGGTAAGCGTAAATTTACCGCAAAATATTGTTGTATTTGCTATCAACACTATGGCGCCCCAATTAGTTCAGTTTTTAGATGCGCTAGCCAAACACACTGATATTCACGTGTTTCATTTAAATCCCAGTGTTAACTATTGGGGTGAGGTTAAGAGTAACAAAGAGCAAGCAAAACTGTTACGTGAGTCTGGGTTGTCACAATGGCAAGACGCGAAACAAGACAATCCGTTATTGGGTAACTTAGGGCAACAGGGGCGCGATCTTTTCAACTTACTTACACCGCTGGAAAGTTACGAGGTCAGTGCCTTTGACACGGATGCGTTCGATATGAGTGATTCCCCATTTACGCGTTTACAGGCCATGCAAGCCGATATTCTGGCGGCGATTGCACCGCAAACCGTGACTGATTTTGCTGAAAATGACAACAGTATTTCCATTGCAAGCGCGCATACAAGCCTGCGGGAAGTAGAAGCGTTACATGACTATTTACTGGGTTTGATGGAGCATGCAGCAGCGCAAAATGACGCGCTGAAGCCGTCAGATGTGGTGGTAATGTGTCCCGCTATAGAAGACTACGCTCCCTTCATTGAAGCTGTATTTCATCGTGTGGGTACTCCTGAAAGTGGAGAAGCGGAACCGCCGCGTATTCCTTGTTCCATAGCTGATCGCTCGCCGTTGGATGCAGAGCCAATGATTGCGGCATTTATGCGACTGCTTACGCTTCCCGATAGCCGGTTTGAAGTGAGTCAGATCATTGATTATCTTCGTTTGGAGCCGGTGCAGCGTAAATTCCAGTTATCCGGTGATGACATTGAAATCATGAGCCAGTGGTTACATGCCGCGCACGTACACTGGGGAAGAGATGAATCACATAAAGCCATGCTGTTATCACAAAAGACCAGCGAGACCTTTACATGGGCATGGGGTTTAAAGCGCTTGCTATTGGGCATGGCAATGGTCGATTCACCGCAGTTTGTCGATGATTTGCTTACCGTTCCTGATGTCGAGGGACAGCACAGCGTATTATTAGGTAAGTTAATTCATCTACTCGAACAGTTATCCGTTTTTGCGGGAGAACTGAAAACTGCACGCACCGCAGCACAGTGGCACACTTATTTAGATGAAATGAAGCAAGCGTGTTTTGACGCCACCCTTGAAGATATGGCAAGTTGGGAGGCCATCGCGAAAGCGACGTCAGATTTATCCGCTCACTGTGAGCAGGCGGGATTTGATGATGAACTTACGCTTTCACAAATCCGCACGGTGCTCGTCAAAAAATTTACCACGCCTGATGCCGCCAACCACTTTCTTACCGGACAGGTAACCTTTTGCTCCATGCTGCCCATGCGCAGTATCCCGTTTAAAGTGGTGTGTATTCTTGGCTTGAATGACGGCGAGTTTCCACGCCAATCATCGCCATTAAGCATTGATTTGATGGCAAAAACGCCTCGAAGAATTGGTGACCGTTCCCGGCGTCTGGAAGATCGCTATCTGTTTCTGGAAGCGTTAATTTCTGCCAGAGAAACCTTATATCTTAGCTATCAGGGGCGGCGCGGGAAAGATAATACCGAGCGTCAACCCAGTCTGGTGTTATCAGAGTTAATGGCCGTTCTAGGTGATGGTTACGGATTTACCAGCAAACACATCAGGCAGCTACCGCTGCATCCATTTAGTCCTTCCAACTTTTTGGGCGGGCAACCTGGCTTTGAGAGCGGTTGGTTCAGATTAGCCAATGCGTTGCACAATAAGCAAAGTCGGGGACAAAGTGCGTTCACTGCGACGGCGTCTGCCTTCTTTAACGAACATATTGCGGTGGATGAGCTGGCTCGCGTATTCGACAACCCGTTAAAAGCATTCGCCCACCAACGTTTAGGGGTGCGATTAGAACAAAACACGCCGTTGTTGAGTGATGAAGAACCGTTTAGTGAAAATAACTTATTGCGTTTTAATGCCCTAAAGCAGTTTGTCGAAGCGGATATCAGCCTTCAGGATAAATCTACCGTTAAAGCGGTTTTATTGAAAAGTGGCGAGTTGCCCGATACGCCCTTAACACCTGGATTATTGGATATCTGGGAGCAAGCCGGTAGCGCATTGTTTTCCAGTCTGGGGTTACATATGGCGGAGCAAAGCACAGCGTCAATTGTTGTTGACGAACAGCATGTTGAGGCGAGGGCGTGGCTGGGCAGTAATGGGCTGCAAATGCTGCATTATGGTTCGCAAAATGCTAAACGGCTTATCGAGCAATATCTCACATTATTGTGCTTTAACGCCAATGGCAACGCGTTGCCGCTAAACGTGCATTATTTGAAGTGGGTGAAAGGGCAACCTGAATTACGACAGGTGACATTTCAACCGGTGATGATGGAAGAAGCGCAACAGCGTCTTCAATATGTCATGTCGCTCTATAAGCACGTGCTGGTGGAGCCGGTGCCAGTGTTTGCCAATTTAGCGCTGACGCTAACCAGGCAATACACCGGTGGGCGTAAAAAAGCTGTGCCTGATATGATGTTCGATGAGTGGCTTTTAAGTGCGTCAGGTACGAAAGCCTGGGAAGACGCATTAGAGAGTGGATTTATGCAGGAAAGCATCGCCGACGATGCTTATGTGCGTTGGTTTTTCCCGCTTGGTTTACAGGCGGCGCAGTTTCCCGCACAGGCTGTAAGTCAGTTTTTCGTGCCATTGCACCTGAATCATAAGGATGCAAAATTCTCATGA	MLALYPSNKLEHLSYLLAALLQQQGNAAQSQLSLTETLFRPQTILVESPGMQHWLNMALANDRSIAMNLAFPLPVRFMWDTARQILGEERVPKQSPYRREVLVWRIDAIIRSSAFCQREEAKAVNRYWQSIDDEEEASVQRLQLATSLADVYEQYLLFRPEWLFAWEKGESANTNHNDEAWQSAIWRALVDENADHPARLHAEAMAALAKDKVSVNLPQNIVVFAINTMAPQLVQFLDALAKHTDIHVFHLNPSVNYWGEVKSNKEQAKLLRESGLSQWQDAKQDNPLLGNLGQQGRDLFNLLTPLESYEVSAFDTDAFDMSDSPFTRLQAMQADILAAIAPQTVTDFAENDNSISIASAHTSLREVEALHDYLLGLMEHAAAQNDALKPSDVVVMCPAIEDYAPFIEAVFHRVGTPESGEAEPPRIPCSIADRSPLDAEPMIAAFMRLLTLPDSRFEVSQIIDYLRLEPVQRKFQLSGDDIEIMSQWLHAAHVHWGRDESHKAMLLSQKTSETFTWAWGLKRLLLGMAMVDSPQFVDDLLTVPDVEGQHSVLLGKLIHLLEQLSVFAGELKTARTAAQWHTYLDEMKQACFDATLEDMASWEAIAKATSDLSAHCEQAGFDDELTLSQIRTVLVKKFTTPDAANHFLTGQVTFCSMLPMRSIPFKVVCILGLNDGEFPRQSSPLSIDLMAKTPRRIGDRSRRLEDRYLFLEALISARETLYLSYQGRRGKDNTERQPSLVLSELMAVLGDGYGFTSKHIRQLPLHPFSPSNFLGGQPGFESGWFRLANALHNKQSRGQSAFTATASAFFNEHIAVDELARVFDNPLKAFAHQRLGVRLEQNTPLLSDEEPFSENNLLRFNALKQFVEADISLQDKSTVKAVLLKSGELPDTPLTPGLLDIWEQAGSALFSSLGLHMAEQSTASIVVDEQHVEARAWLGSNGLQMLHYGSQNAKRLIEQYLTLLCFNANGNALPLNVHYLKWVKGQPELRQVTFQPVMMEEAQQRLQYVMSLYKHVLVEPVPVFANLALTLTRQYTGGRKKAVPDMMFDEWLLSASGTKAWEDALESGFMQESIADDAYVRWFFPLGLQAAQFPAQAVSQFFVPLHLNHKDAKFS				NA	NA	NA	NA	NA
AK237_03244	3588	recB	COG1074	RecBCD enzyme subunit RecB	ATGAGTGATCCAACCGTTCAACAGCAAAAGCTGGATGTCATTGCTATGCCTTTATGTGGGCGTCATCTCATCGAAGCCAGCGCGGGTACAGGAAAAACATTTAATATCACCCGTATTTACCTGCGGCTGTTGTTAGAAAAGCAATTGTCGGTTCAACAAATTCTGGTTATGACTTTCACCAAAGCTGCCACAGAAGAAATTAAAGGTCGTATTGGTGAGACGTTACGTGAAGCGGTGCAGCTTTGGCGTGACATTGCAGCTGATGGCGCCCGGTTGAATAAGGCCGATCCTATTTTTCAGCACTTGTACAATGCAGTGCCGGGAGAACAAGGCTTAACCTTGCTGGAAGCGGCACTTCTGGAGCTGGATGAAGCGGCGGTGTTCACCATTCATGGCTTTTGTAACCATGTGTTGTCGCAGCTGGCGTTTGCCAGCGGTTCGCCTATGTCACTGGCGCTGGAAACCGATACACAAGGGCTTTGGGAAGAAGCCACTGCTGACTGGATTAGAATAACAGCTCAGGACGCCGGGCTTTATACATTGTTAGCTGAAAAGGGCTGGCATGTACCCACGGTATTTCTCGAGGAATTTAACCAGGCTATCAAAAGCGACCTTATTCCCGTTTACTGCGACGATGCCACGATAGAAAAGCAATATGAGAAAGGGATAAACGCGCTATCTGCATCAACCCGCCATGCTTTTGTCACTATTTATGAAGCGTTGCGCCTTCATGCGCCACTGATCACTGAAAAGCTGATAACGAACAAAAAAGGGCAGGAGCGTGAGCAGCGCGAAGAAGAATGGCAGTCGTTGCTCGGCTGGTTGTCAGCACAGCAGGTGTGTCCGCCGCCTTCTGACGCCAAAAAATTTACCGATGGTAAACGTTTCGCCAGACAGCAAGACATTAAGGCCATTCTTGAGCCTGTTAAAACCTTAATTAAAGACATTGAAGATGCAGTTGGTCAGCTAAATAACGCCAGAGAAAAAAACCAACAGCAACAACCCCTCTTTCAACTTGTCTGTGACGGTTTTGGTTATATTCGCAGGCACGTAGAAAAGGCCAAACGCAGACTCGGCATCGTCGATTTCGATGACTTAATTCGTCTGCTGGCAGAGAAAGTAAACAGTGACGATACAAGGTTACGCCAGGCACTAAGAGATCTTTACCCGGTAGCGCTTATTGATGAGTTTCAGGACACTGATGCCTGTCAATACGGCATTTTATCTGCGGTTTATCCCCAAGGGCACCACGACCTTACCTTAATGATGATAGGCGATCCCAAACAAGCTATCTACGGATTCCGGGGGGGAGATATTTTTACCTATCTCGAGGCGGGAAAACACGCCGATTACCGCTGGGTAATGGATACCAACTGGCGTTCGGTGGCTCCTATGGTGAATGCTTACAACCGCTTGTTTTACGGCGCTCCTTTAGTGTCAGCACCCAGGGATGTGTTCGGCTACGGTATTCAATATGAACCCGTTAATGCAACAGAACATGCCAAGGCCGCAAAAGTGCCTCTCGTCGACCCTGAAACGCGACGGGCGTTAAACTATGTGGTATTGGAAGCACAAGAAGATGAACCCGCCAATGTCAGCTTTTTATCTCAACGACTAGCTAGCTGGATGAGTGCGGAAATTCAACGCTTACTGGCAGAAACCACTTTAGGTGGGGCGCCGTTACAGCCTGCCGATATTGCTATTTTAGTGCGCTCGGGGGGGGAAGCCGAGCAGGTTAAACGAGCACTTAAACAAGTTGGGTTAAGCGCCGTTTATTTGAGCACAAATACCTCTTTGTTCGCCTCACCTGAAGCGGCCGATTTATATCGGGTGCTTGATGGTATATGGCACAGCGAGCAGATACAGCGACTGTCTGCCGCATTGGCCAGCCCATTATTGGGCTATGAGCACGATAGTCTGGTGGCCATGCTGCATGACGAAGATGATGAATTGTGGGGCTCCTGTATGGCGCAAGTGTCCTCCCTTCGCCAGCTTTGGGTCAGGCAAGGTTGCATGGCGGTTGTCTTAACCTTGTTGCGAAAGCATTTTGCGGTAAACGATGAGGATACCGAGCGACACCTTACGAACTACATGCACTTAGCTGAAGTGTTAGAAAAACAGGCCTCTGCAACACCTCAGCCAGAACAATTACTGCTCTGGTTACATCGTCAGATCCATGATCCCCAGTATGGTGAAGAACAAATCCAGCGTTTGGAAAGCGATGCCAGGCTTATTCAGATCATTACCCAACATGGCTCCAAGGGCCTGGAATACCCTATTGTCTTTGTGCCCTTCGCCAGCAAATACAGAGACCCGGTTAAACAAGGTAATAAAGCACTTAGCATTTATAAATATTACGATGAACAAAAAGGCCAGCAAACGTTGTTGCTAGGCGAAACCGACGAGGCGATAGCACGTGTGCGTGCGGAAGGGGAAGCGGAAGCCATGCGGCTACTTTATGTCGCGATTACACGCGCCGCCCATCGCTGCTATTTGGGAGTGGCACCTTATAAAAATGCCGAGCGAAGCGCATTGGGGGCGGCACTGGCTATAGAAGCCGGCGATAGTTGGTATTTGCCTATTCACGAAATTGAAACTGAACCCGGTGCACATACGTGTTTCTTGTCGGTTAGTGAGATGCCTGCTTTCCATCAGGCAGTGGATGACACAACAGAAACTGCCGCCCTTTCGTTAAGTCATTTTTCAGGTACGGTGGAGGATGCGTGGCGACTTTATTCGTTTACTGCTCTAACCCGCCAACAGGTTGCAGTTAAACATACCACCCGCGACGAAGAACTTGATGAACCAACCCGACAAGACACAACTATCGATGAGGCGCTTCCCATCCGCTTTACACTTGAAAAAGGCGCATCAGCAGGTAATTTGTTGCATGATTTACTGGAAGTGACTGATTTTGCTGCACCGGATTGGCAGGGCCATCGGCAGTTGGCAAAACGCTTGAGTCTGACAGATGATGATTTTTCGGCGTTAACCGTGTGGTTAGATGAAGTGTTAGCCACTACGCTGTCCACTCCCGGTACGTCAGTATCTTTGCGTGAATTGCCGCTTACTCATACGCTTCGCGAAGCTGAGTTTTATTTTCCTGTAGAGCAGGCAAATTGGTGGGCGTTGAGTCGGATATTGCAGGCTCATCGCCAGACAGTAAACGGCGATGACGCACTGCCGGTGCCAAAATTATCACGCCCTATTCTTGAAGGTATGATGCACGGCTTTATTGATTTGATTTTCGAACACAACGGTCAATATTACGTGGCTGACTACAAGTCTACGCATTTGGGCAACTCTTTGACTGATTATTGCTTTGCGCAGCTTGCGCGAAATAACCAACACCACCTTTACGATTTGCAGTATTTATTGTACGGCGTTGCGCTACACCGTTATCTCTCTGTGAACTTGCCTGGTTACGACATCAATAAACATTTTGGTGGTGTGTTCTACCTTTATTTACGAGGCATGCACCCGGACAATACCGACAGTGAAGGTGTGTTTTACTCGCCGTTATCGGCTCAAACTATCGAAGCGCTAGATAGTGCGTTTAAGGGTGAATCTGTCGAGGTGTCATCGTGA	MSDPTVQQQKLDVIAMPLCGRHLIEASAGTGKTFNITRIYLRLLLEKQLSVQQILVMTFTKAATEEIKGRIGETLREAVQLWRDIAADGARLNKADPIFQHLYNAVPGEQGLTLLEAALLELDEAAVFTIHGFCNHVLSQLAFASGSPMSLALETDTQGLWEEATADWIRITAQDAGLYTLLAEKGWHVPTVFLEEFNQAIKSDLIPVYCDDATIEKQYEKGINALSASTRHAFVTIYEALRLHAPLITEKLITNKKGQEREQREEEWQSLLGWLSAQQVCPPPSDAKKFTDGKRFARQQDIKAILEPVKTLIKDIEDAVGQLNNAREKNQQQQPLFQLVCDGFGYIRRHVEKAKRRLGIVDFDDLIRLLAEKVNSDDTRLRQALRDLYPVALIDEFQDTDACQYGILSAVYPQGHHDLTLMMIGDPKQAIYGFRGGDIFTYLEAGKHADYRWVMDTNWRSVAPMVNAYNRLFYGAPLVSAPRDVFGYGIQYEPVNATEHAKAAKVPLVDPETRRALNYVVLEAQEDEPANVSFLSQRLASWMSAEIQRLLAETTLGGAPLQPADIAILVRSGGEAEQVKRALKQVGLSAVYLSTNTSLFASPEAADLYRVLDGIWHSEQIQRLSAALASPLLGYEHDSLVAMLHDEDDELWGSCMAQVSSLRQLWVRQGCMAVVLTLLRKHFAVNDEDTERHLTNYMHLAEVLEKQASATPQPEQLLLWLHRQIHDPQYGEEQIQRLESDARLIQIITQHGSKGLEYPIVFVPFASKYRDPVKQGNKALSIYKYYDEQKGQQTLLLGETDEAIARVRAEGEAEAMRLLYVAITRAAHRCYLGVAPYKNAERSALGAALAIEAGDSWYLPIHEIETEPGAHTCFLSVSEMPAFHQAVDDTTETAALSLSHFSGTVEDAWRLYSFTALTRQQVAVKHTTRDEELDEPTRQDTTIDEALPIRFTLEKGASAGNLLHDLLEVTDFAAPDWQGHRQLAKRLSLTDDDFSALTVWLDEVLATTLSTPGTSVSLRELPLTHTLREAEFYFPVEQANWWALSRILQAHRQTVNGDDALPVPKLSRPILEGMMHGFIDLIFEHNGQYYVADYKSTHLGNSLTDYCFAQLARNNQHHLYDLQYLLYGVALHRYLSVNLPGYDINKHFGGVFYLYLRGMHPDNTDSEGVFYSPLSAQTIEALDSAFKGESVEVSS				NA	NA	NA	NA	NA
AK237_03245	1857	recD	COG0507	RecBCD enzyme subunit RecD	GTGAATATGGTAAAAAGTCTGGCCGACTTCGCCGATATCGAGGCCATTGATTATTATTTTGCCCGCCAGTTTGCACAGGGCGTCGACAGTGCACTTTACGATACTGCATTTTACCTGTTGGTTGCTTTGTCCTGGCACTTGCGACAAGGACATACGTGCTTATCGCTAAGCGATATCGCTGGTCAACAATGGTTTAATGATGCTGAGAAAAAACGCGAAGGGGTAGCGTTTGGCGAGCTCACGGACTTAATCAAAGCGGCACGGGCAATCTGTGAGATCCAAGGCCGGACTGAACAAATTATCTATCATCGCGGAAAATTATTTACCGCTCGTTATTGGGCTTTCGAGCGCATTGTCGCAGAGGGTGTTGTACAACGATTGCACTCAAAATCGTTATCTGAAGACGATTACAAGAGACTGCATGATATCTGGCCATGCTTATTTTCTACTGAGCCCACCCTGGAGCAAGACTGGCAACAGGTGGCAACCGCCTGTGCGTTAACCCGCGAATTTGCGGTTATTAATGGTGGGCCGGGCACAGGGAAAACTTACACCGTGTCTCGCTTACTGTTGGCACTGCAAGCATCGTCAGAAAAGCCGCTTAGTATTAAGCTTGCGGCTCCCACGGGAAAAGCGGCGCAACGGCTCACAGAGTCTGTAGCAGACAGCCTTAAAGCTATTCAGGGCGATGAGGTGGAGGCCATAAAGAATCGGATTGCCACAGAGGCCAGTACGCTGCATCGATTGCTGGGAATGCGTCCTTTCCAAATCCAGCCACGTCATCATCAGGATAATCCTATTCATTGTGATGTGTTGATAATCGACGAAGCCTCAATGGTTGACCTTGCGTTAATGGCACGGGTGTTCAGAGCGTTGCCCGCCGAAGCAAGCGTCTATTTAGTGGGCGATGCCAATCAGCTTCCCTCTGTTGAGTCGGGCAATGTACTTGAAGCGCTGGCTGGTGATGATGACAGGGAGGTGCTTGCCGTCTCAGCGGGGCTGGCGAAGCACGTACATCAGTTATGCCCCCATCTTCCCGGACTCGTTGTTGATGAGTATAAACTTACCACCGTATTTCCACTAAAAGTAAGCCAGCGATACAGTGGAAAGTTAGCCGAAGTGGCGGTGGCCATGCGAGATGGTAACGAGGAAGCGGTAATTGATTGTGTAACGCACACCAGGCAACCGGTATCAGGTTTGCTGGCGTTAGAAGATGTGGTGCTGATGCCGCCTCCCAACAATAATGCGCTTAAAAAGCTGGTAACAGACAGCTTTGCGCCTTTACAGCAAGCGCAAGATGCTAAGTCTGCCCTGGCGGCGTTAAATCAATGTCGCTGGCTGACTCCTGTTCGCAATGGGCCAGCCGGTGTAACGAGTTTAAATACCGAAATAGAACGCATGTTACGGCCCCAGAGAATGATGGGGCGAACCGAGCACTACATTGGCCGGCCTGTCATGGTCATGGAAAATGACTATACCCAGCGGTTGTTCAATGGCGATACAGGCGTTATATGGCCAGATGAGCAAAACCAGCTGCGTGCGTGGTTTTATGATCATCGCGGTGAACTTCGCGCTGTGAGTTTGTCCCGTTTACCGGCGGTTGAAACGGTGTATGCCATGACCATTCATAAGTCACAAGGCTCTGAGTTTAAGCAAGTGGTAATGTGGTTGCCTGAAGCGTCTGGTAAAGCGGCTTCGTTGTTTACGCGCGAATTACTTTATACCGGACTGACCCGCGCCAAGAAGGGATGTTTGATGATCGGCTCCACCCAACGTGTCAAAGACATTATTGCCACGCGGGCGAAGCGGTTTTCCGGATTAAGTGAACGTATTGAGGAAGTATGGGCAGGAGACTAA	MNMVKSLADFADIEAIDYYFARQFAQGVDSALYDTAFYLLVALSWHLRQGHTCLSLSDIAGQQWFNDAEKKREGVAFGELTDLIKAARAICEIQGRTEQIIYHRGKLFTARYWAFERIVAEGVVQRLHSKSLSEDDYKRLHDIWPCLFSTEPTLEQDWQQVATACALTREFAVINGGPGTGKTYTVSRLLLALQASSEKPLSIKLAAPTGKAAQRLTESVADSLKAIQGDEVEAIKNRIATEASTLHRLLGMRPFQIQPRHHQDNPIHCDVLIIDEASMVDLALMARVFRALPAEASVYLVGDANQLPSVESGNVLEALAGDDDREVLAVSAGLAKHVHQLCPHLPGLVVDEYKLTTVFPLKVSQRYSGKLAEVAVAMRDGNEEAVIDCVTHTRQPVSGLLALEDVVLMPPPNNNALKKLVTDSFAPLQQAQDAKSALAALNQCRWLTPVRNGPAGVTSLNTEIERMLRPQRMMGRTEHYIGRPVMVMENDYTQRLFNGDTGVIWPDEQNQLRAWFYDHRGELRAVSLSRLPAVETVYAMTIHKSQGSEFKQVVMWLPEASGKAASLFTRELLYTGLTRAKKGCLMIGSTQRVKDIIATRAKRFSGLSERIEEVWAGD				NA	NA	NA	NA	NA
AK237_03246	468			hypothetical protein	GTGCGCGCACTGATGGGTATAACATTTTTGCTGATGCTGAGCGGTTGTTCAGATAACGAAGTGGGCGATGTCTCACTGGGTGTTTTCACCACAAAAGACATTAAACTGGATGCTTTCACCGACCCGGTGATTACCGGCGTGACTTGCCACGTGTCGAGTATTGAAGCCAATCTTGATTTTTCAGATCCGTCTGACAGCTCCATCGCGTGTCGCCAAACCGGCCCGATTACCGCGGCAATGGTAAACCAGATAGACAAAAGTAAAGATGGTGACGTGCTCTTTACCAAGTCCAAGAGCATCCTGTTTAAAGCAATGAAAATCAGACGTATTTATGATGCAAAAAGCCAAACGCTGATGTATCTCGCGTATTCAACGAAAGAAACATCAGGCAGCTTTAAACATAGTTTGTCCACGGTGCCACTTTACGGCACGCAGGCCTATAACAATGTGAAGCAAGAGACAAATTAG	MRALMGITFLLMLSGCSDNEVGDVSLGVFTTKDIKLDAFTDPVITGVTCHVSSIEANLDFSDPSDSSIACRQTGPITAAMVNQIDKSKDGDVLFTKSKSILFKAMKIRRIYDAKSQTLMYLAYSTKETSGSFKHSLSTVPLYGTQAYNNVKQETN				NA	NA	NA	NA	NA
AK237_03247	1026			hypothetical protein	ATGACTGCTGCATTTCGGGAATACAGTGTCGAACAAAATGGATTTTTTCATTTTTACGATGTCAGCCCCGAGATATTGCCACAAACACCAAGTGAAGTTATCGAGCATTTACCCGGCCCTTCGGTATTGCATATAAAAGGAAAAAACACGGGCTGCCGGGTTATTACAGCCCTTATTCATGGGGATTGTGCAAACAGCCTACGCGCGCTTCTCGCCACACTACTACACGGTGGTAGTCCGGCGGTAGACATGAAAATTGTCATCATCTCAGTGGAAGCCGCAAAATTAGCGCCTCTCTTTACCCATCCGTTTTTACCGGGCAAGCGTGATTTAAACCGTTGCTTCAGAGAGCCCTTTTTATATCAGTCAGATCATATCGCGAACAGACTGTTAAACTACCTGGAAGCCTGGCGTCCTGACGCACTGGTGGATATTCACGACAGTTTGTCACTGCCTCATACTTTCGCCCTATCGATGTCAGACAATCAGGCACACTGTATCCTGGCGTCGTACTTCACAGATCAACTCATTTATTCACCCATCAATATTGGTGCGATCACTGATTTAACGCTAGGCTGCCCCATTATTTCAGTGCACGCACCGACACAATTTGCCGGCATTCAGCAGTGTGAATTGCATAAAAGCCTTATGCGTTTCTGGCAAGCGAATAGTTTACGAAATCAGCAGATTGTGAATATCCTGCCGCAACCCCGTCGCCTCGAGCTACGTCGGAGTGCCGCACTGACCTATTCCGACAAACCGGTATTTGGCGTCAACTGTACATTACGTCAGGATATTGAAAGCAGCAGTTTCACGCAATTGAGGCCGGGAGATATATTAGGCTGGGTTGACCACAATAAACTGGACCATTTTCGCATTGTAGGCCGCAGTCCCCGTGAAAAAGTCGCATCATTTTTTTCCGCAGACGATAACTGTCTCACAGTAACTCAACCAATGACGGTATTTGTGTTAAGCAAGAATACCGACATTGCCAAGTCTGACTGTTTATTTTACTTCTGCACCTGA	MTAAFREYSVEQNGFFHFYDVSPEILPQTPSEVIEHLPGPSVLHIKGKNTGCRVITALIHGDCANSLRALLATLLHGGSPAVDMKIVIISVEAAKLAPLFTHPFLPGKRDLNRCFREPFLYQSDHIANRLLNYLEAWRPDALVDIHDSLSLPHTFALSMSDNQAHCILASYFTDQLIYSPINIGAITDLTLGCPIISVHAPTQFAGIQQCELHKSLMRFWQANSLRNQQIVNILPQPRRLELRRSAALTYSDKPVFGVNCTLRQDIESSSFTQLRPGDILGWVDHNKLDHFRIVGRSPREKVASFFSADDNCLTVTQPMTVFVLSKNTDIAKSDCLFYFCT				NA	NA	NA	NA	NA
AK237_03248	2472			hypothetical protein	ATGCTCGATTACCTGTTAGTTAAACAAATAGGGATCAGCTGCAGACGTTCAAGCACGACACTTGTTGAACTACAATTTGGAGAACTCACTTTGCGCAAATCCCTTACGCTGCTGCTACTTTTTGTTAGCAGTCATCTTTGGGCTGCACTGCCGTCGGTATCTGACTTTACTCAGGATATGACGCGCCGTGACGGCTACATTCCATTTTTCTACGACGCCAATACAGACAAAATCTACTTGTTGGTGAATAAACTAGACACACAAATGTTGCTGCAAACCAGCTTGCCACAAGGTGTCGGATCCAATGACATCGGTCTGGACAGGGGGCAGCTTGGCCTGGCGCACCTGATTGTTTTTGAACGTCACGGCAATAAAGTACTCATGAAAGAGTTGAATACCCGTTACCGTTCTGTGTCAGATAATGCGGCCGAACAGGCGAGTATCGATGAGGCATTTGCCGACTCGGTGTTAGCAGGGTTTACTGCTGTAGCTGCAAGTAAAGACGCTGTACTGATTGACTACACGGCGTACTTGTTAAGTGATGTGCATGGCGTTGCCGATCGTCTGGCAAGCCGAAAGCAGGGAAGTTACAAACCTGATGCTGCAAGAAGTGCGGTATACCTGCCTCGTAGCAAAGCTTTCCCCAAAAATACCGAGCTAGAGTCTATTGTGACGTTTGCTGGCACCCAACCAGGGGAATTTGTTCAGCAAGTCACGCCGACGGCCGAAAGCATTACCGTGCACTTACACCATGCTTTCGTTGCTTTACCTGAACCGGGTTATACCCCTCGGGCTTATAATCCGTATTCAGGGTTTTGGAAGCAGGGCTATTACGACTACGCCACCGATATTACCGAGCCCACAGAAGTTAAATATATTTCCCGCCATCGTTTACAGAAGAAAGATGTCAACGCCAAAATGAGCGAACCGGTCGAACCTATCGTCTATTACCTCGACCCTGGCATTCCCGAACCAGTCATGAGTGCGCTGAAGGAAGGTGCAAGCTGGTGGAATCAGGCTTATGAGGCCATAGGTTACAAGGACGCTTTTCAGGTCAGGGTGTTACCTGACGGCGCTGATCCGATGGACATCCGTTACAATATGATTAACTGGGTGCACCGGGCGACCCGTGGTTGGTCTTATGGCTATTCGGTGAAGGATCCGCGCACCGGTGAGATTATAAAAGGCAACGTAACCCTGGGATCACTGCGGGTCAGACAGGACTTCTTGATCGCGCTGGGGTTGACCAGTCCGTTCGATGGTAAGCAAACCACTGACGCGCAAAAAGAGATGGCGCTGGCTCGGATCCGTCAACTGTCGGCCCATGAAGTTGGCCACACTTTAGGTATCGCCCACAATTTTGCGGCCAGTGAGGAAGGGCGCGAGTCGGTGATGGATTACCCACATCCTCTTGTGTCTGTGAAAAACGGTAGCATTCATTTAGACAATGCTTACGATACCGGTATGGGGGAGTGGGACTTACACACTATCGCATACGGCTATCAGGATTACGCAACGCCTGAAGACGAAGCCGAGGGATTAAAGGCACTTATTGCCTCAACCCGTGACAAAGAGTTGCAGTTTAAAACCGATTGGGACACGCGCTCTGCTTATCATCCTTCCAGTAATGGTCATATGTGGGACAACGGCAGTGATCCACTCGAAGCGTATGATGAAACCGTAGGCATTCGCAGCCTGGCACTTAAGAATATAGGGCTAAACTCGATACCTGACAATGCCAGCTTGTCGTCTATTGAAGACGTGCTGGTGCCGATTTACTTATCTCATCGTTATCAGTTAGAAGCGGTGTCTAAACAGGTTGGTGGATTAAATTACGAATACGAGCGCAAAGGGGATTACAGCAAAGCCAAAGGCGTGCAGTTTGTTTCTGCTGAGCGTCAGAAGCGCGCAATAAAGCAACTTCTTGACGCAACATCAGCAGATTTTCTCCGTTTACCGGATGACTTACTGGCGCTTATTCCGCCAACCGCATTTGGTGACGATATTACCCGCGAGCAGTTCACGAGCCGAATGGGCTTAGCGTTCGACCCCGTTTCTGCGGCCGAAGCCGCTGCGAACTTCAGTTACAGCTTATTGCTGCATCCTGAGCGGTTAAACCGGTTGGCCTGGCAGGCCAGTCAGACCAAAGGCATGCCAACAGTGACACAGGTGGTTGAACGTATTTTTGCAATGCACTGGTATGATAAAAAGCAAGCCGACTATGGCCTGAATGCGCGATTACGTATGGTGGCTTTAAATGCCGTCATCCAGGCTGCAACAGCACCCGAGCTTGGTCCCGAGTCCAAATTAGCCATAAATGAAGCGATTATGTCGCTGGATGAATGGCTGGACGATAAAAGCAAATTACCCGGCTCAGAAGTATTGCATAAGCAGTTGAGCACCTATTTTGATACTGGCGTCTGGCCAGGTGCTTTTGACGTGAAGCCGTTGCCACCTGGCTCACCCATTTAA	MLDYLLVKQIGISCRRSSTTLVELQFGELTLRKSLTLLLLFVSSHLWAALPSVSDFTQDMTRRDGYIPFFYDANTDKIYLLVNKLDTQMLLQTSLPQGVGSNDIGLDRGQLGLAHLIVFERHGNKVLMKELNTRYRSVSDNAAEQASIDEAFADSVLAGFTAVAASKDAVLIDYTAYLLSDVHGVADRLASRKQGSYKPDAARSAVYLPRSKAFPKNTELESIVTFAGTQPGEFVQQVTPTAESITVHLHHAFVALPEPGYTPRAYNPYSGFWKQGYYDYATDITEPTEVKYISRHRLQKKDVNAKMSEPVEPIVYYLDPGIPEPVMSALKEGASWWNQAYEAIGYKDAFQVRVLPDGADPMDIRYNMINWVHRATRGWSYGYSVKDPRTGEIIKGNVTLGSLRVRQDFLIALGLTSPFDGKQTTDAQKEMALARIRQLSAHEVGHTLGIAHNFAASEEGRESVMDYPHPLVSVKNGSIHLDNAYDTGMGEWDLHTIAYGYQDYATPEDEAEGLKALIASTRDKELQFKTDWDTRSAYHPSSNGHMWDNGSDPLEAYDETVGIRSLALKNIGLNSIPDNASLSSIEDVLVPIYLSHRYQLEAVSKQVGGLNYEYERKGDYSKAKGVQFVSAERQKRAIKQLLDATSADFLRLPDDLLALIPPTAFGDDITREQFTSRMGLAFDPVSAAEAAANFSYSLLLHPERLNRLAWQASQTKGMPTVTQVVERIFAMHWYDKKQADYGLNARLRMVALNAVIQAATAPELGPESKLAINEAIMSLDEWLDDKSKLPGSEVLHKQLSTYFDTGVWPGAFDVKPLPPGSPI				NA	NA	NA	NA	NA
AK237_03249	1128			hypothetical protein	ATGACAACAATGACAAAATCCCACATGGTGGTAGCGCAGAACGCTTCAGGCAGAAGCATGAACGTGCCGATTTACCGATTTAAAGGTGCACAGCCCGGCCCCACTGTATACATTCAAAGTTCTATCCATGGTGCGGAAGTCCAGGGTAATGTGGTGATTTACCAGCTCATTCAGGCTTTGCAGGAACAGGATATCGCCGGTGAAATTATTCTGGTTCCGAATTGCAATCCCATTGGTACCAATATCAAAGCCGGAGAGTACACGCTGGGCAGATTTGACCCGGTCAACGGCACAAACTGGAACCGGGGATATTTTTACGATCAGGAAAAAGTGTTAGATTTTGCCCAGACCGTGCAGGCCGACGACACCATAGAAAAAATACGCAGCGATTTTCGTCACTATTGGGCAGCATGTATTACCGAGAAGCTGGCCTCGCCATGGGGTTTGGGATTAGCCCAGCAGCTTAATCTGAAGCTACAACAATTAGCGGTAAACGCCGATTTTGTGCTGGATTTGCACAACGGACCCGTCTCCACGCGTCATATTTATATTCCTGAATATGCCCGCGACGCGGCTTACCAGTTTAACTTTCCCCATTGCATTTTCATTCCTAATCACTTTGCCGGCGCCCTGGATGAGGCCACGTTTTGCCCTTGGTGGACATTACAAGATGCCTTACAGCAACGCTTTGATCGTGAATATGCGTTTGGAATAGAAGGGTTCACGTTAGAGATGGGGAGTCAGGAAGTTATCCAGTTTTCTGAAGGTAAAGTCGATGCCATCAGTATTTTGACGTACTTAACACAAAAATCCGTATTACCGCATTCATCGTTAACGCCAGCTAATATGACGCGTATTGGTGTGCCGCTGAAAGATTATAAAACCCTGTTCACACAATGGGGCGGCATGGTTGAATATTGCGTGAAGCCCGGCGAATGGGTGGAACAAGGTCAAACCATGGCCCGTGTGCTGAACATCGATGAATTAGACAATGAAGCAGGCTGCTTCACCGTAGATGCGCCCTGCGATCTTATCCCAATGTTGCACTTCCCCTCTGCATCAGTCTTAAGTGGCACTCAACTGTTTAAGGTGTTTACCCGGTATACCGTCCTCACAAACGAGACCTGA	MTTMTKSHMVVAQNASGRSMNVPIYRFKGAQPGPTVYIQSSIHGAEVQGNVVIYQLIQALQEQDIAGEIILVPNCNPIGTNIKAGEYTLGRFDPVNGTNWNRGYFYDQEKVLDFAQTVQADDTIEKIRSDFRHYWAACITEKLASPWGLGLAQQLNLKLQQLAVNADFVLDLHNGPVSTRHIYIPEYARDAAYQFNFPHCIFIPNHFAGALDEATFCPWWTLQDALQQRFDREYAFGIEGFTLEMGSQEVIQFSEGKVDAISILTYLTQKSVLPHSSLTPANMTRIGVPLKDYKTLFTQWGGMVEYCVKPGEWVEQGQTMARVLNIDELDNEAGCFTVDAPCDLIPMLHFPSASVLSGTQLFKVFTRYTVLTNET				NA	NA	NA	NA	NA
AK237_03250	738	moeB_2	COG0476	Molybdopterin-synthase adenylyltransferase	ATGCGATACAACCGCCATATCGTGTTGCCGCAATTCGATATTATTGGGCAAGAAAAACTGCTTAACAGCCGCGTACTCATTATCGGTCTTGGCGGCTTAGGCAATACTGTTGCACAAATAATATGCGCTAGTGGTGTTGGCACCCTGACCCTGGTGGATGATGATCGCGTTGAATCGCATAACTTGCCACGCCAAATTCTCTTCACGCCAGTAGATTGTGGTGAATATAAAGTAGATGCGGCGAAAGCGCGGTTATCCACCCAGTCACCAGACTGCACCATTCAAACCATACCAAAGCGTCTGGATGAAAATGCCTTGCTGGCGCAAGTTCAATGTCACGACATTGTAGTCGACTGCACAGATAACCTGGCGAGCAGGCAACAAATCAATCGGCTAAGTTGGCAAACTGGTACGCCTCTGGTAAGCGGCGCGGCGATTCGTTTTGAAGGTCAACTGTTTATCAGTGTGCCTGACAAGAAAAAGGCGTGTTACGGCTGTGTACAGAAGCGGTTTGCCATGACGGAACTCAGTTGTACAGAGGCCGGTATTCTGTCACCTGTAGTCAGTATTATCGGCGCGTCCCAGGCTCAACTGACGTTACAATTGCTCTGCGAGTTTGGCGAACCACCAGTAGGTGAGTTGCATTTGTTTGATGGACTCACCTTTCAATGGCAGACGTTTACTGTGCCCCCCCACCCCGCCTGTGAAATCTGCAATCCGCAAAGAGAGACAATATGA	MRYNRHIVLPQFDIIGQEKLLNSRVLIIGLGGLGNTVAQIICASGVGTLTLVDDDRVESHNLPRQILFTPVDCGEYKVDAAKARLSTQSPDCTIQTIPKRLDENALLAQVQCHDIVVDCTDNLASRQQINRLSWQTGTPLVSGAAIRFEGQLFISVPDKKKACYGCVQKRFAMTELSCTEAGILSPVVSIIGASQAQLTLQLLCEFGEPPVGELHLFDGLTFQWQTFTVPPHPACEICNPQRETI	PGPT0008935_566	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
AK237_03251	507	moaB	COG0521	Molybdenum cofactor biosynthesis protein B	ATGTCTTCAGCAGTATCTCTTAATATCGCCGTACTTACTATCTCCGACACGCGAACTCTGGACAACGACACGTCAGGTACGTATCTGGTGGAAGCGCTTGACAGTGCAGGGCACAACCTTGTGGCACGGGATCTTGTCAAAGATGATATTTATGCGCAACGCGCCATTGTGTCGGCCTGGATAGCAGATAGCAATGTGCAGGCAATTCTGGTGACAGGGGGGACAGGTTTTACCCATCGGGATTCTACCCCGGAAGCGTTATCTGTACTGTTCGATAAAACCGTGGATGGGTTTGGTGAGTTATTCCGTCATTTAAGTTTCCAGGAAATCGGCACGTCAACCATTCAAAGCAGAGCAATTGCAGGCTTCGCGAACAGAACGGCGATTTTCTGTTTACCCGGCAGCACGGGCGCGTGCCGCACCGCATGGGAAGGCATTATTCAGTGCCAGCTCGATGCAAGCTATAAACCCTGTAACTTTGTAAAGCATCTTACCGGAGCACTGTAA	MSSAVSLNIAVLTISDTRTLDNDTSGTYLVEALDSAGHNLVARDLVKDDIYAQRAIVSAWIADSNVQAILVTGGTGFTHRDSTPEALSVLFDKTVDGFGELFRHLSFQEIGTSTIQSRAIAGFANRTAIFCLPGSTGACRTAWEGIIQCQLDASYKPCNFVKHLTGAL	PGPT0008420_1675	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_VITAMIN_PRODUCTION	PLANT_VITAMIN-MOLYBDENUM_COFACTOR_METABOLISM	PLANT_VITAMIN-MOLYBDENUM_COFACTOR_BIOSYNTHESIS,PGPT0008420-moaB-K03638	NA	NA
AK237_03252	486	moaC	COG0315	Cyclic pyranopterin monophosphate synthase	ATGACAGGGTTTAGCCATTTAAACGACAGTGGTGAAGCCAACATGGTCGACGTGTCGGACAAACAAGTATCTAAGCGGGAAGCAACGGCAGAAGGCTACCTGTATGTGTCTGAAGCGGTAATTAAGGCAATTACATCGCAGACCGTACTAAAAGGCGATGTCTTTGCAGTGGCGCGGGTGGCCGGTATTCAGGGGGCGAAACGATGTGCTGATTTGATCCCGCTTTGTCATCCGTTGCCGTTAACCAAAGTGGATGTTCAGTTTAATGTTGATGCGGAAAATAACCGTATTCATACCACTTGCCTCTGTAAGGTAAACGGTAAAACCGGCGTTGAAATGGAAGCGCTTACCGGTGTTAACATAACGTTGCTGACGCTTTTTGACATGTGTAAAGCCCTTGATCCGGCAATGCGTATTGACGGCGTACGTGTACTACAAAAGCGCGGAGGAAAAACGGGAGAGTGGGTCGCGGAGACAAATTCATGA	MTGFSHLNDSGEANMVDVSDKQVSKREATAEGYLYVSEAVIKAITSQTVLKGDVFAVARVAGIQGAKRCADLIPLCHPLPLTKVDVQFNVDAENNRIHTTCLCKVNGKTGVEMEALTGVNITLLTLFDMCKALDPAMRIDGVRVLQKRGGKTGEWVAETNS	PGPT0008405_1818	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_VITAMIN_PRODUCTION	PLANT_VITAMIN-MOLYBDENUM_COFACTOR_METABOLISM	PLANT_VITAMIN-MOLYBDENUM_COFACTOR_BIOSYNTHESIS,PGPT0008405-moaC_-K03637	NA	NA
AK237_03253	249	moaD	COG1977	Molybdopterin synthase sulfur carrier subunit	ATGATAACCATCAAAACCTTTGCCCAGGTACGCGAAGTTACCCAGGAGGCAACACTCACGTTAGCGTTTGAAGATGCCTTCGATACGGTTGCAGACGTAAAGCAAGCCTTATCTCAACGGTCTGACCGTTGGGAACAAGTGATGGCAGATGGTGTACTGTGCGCCGTGAATCAAACACTGGGAGACGATACTTCGTTGGTAAGCGACGGTGATGAAGTGGCTTTTTTTCCACCTGTTACGGGAGGTTAA	MITIKTFAQVREVTQEATLTLAFEDAFDTVADVKQALSQRSDRWEQVMADGVLCAVNQTLGDDTSLVSDGDEVAFFPPVTGG	PGPT0008405_243	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_VITAMIN_PRODUCTION	PLANT_VITAMIN-MOLYBDENUM_COFACTOR_METABOLISM	PLANT_VITAMIN-MOLYBDENUM_COFACTOR_BIOSYNTHESIS,PGPT0008405-moaC_-K03637	NA	NA
AK237_03254	477			hypothetical protein	ATGTTTGCTTACATTACCGATACGCCGTTAACAGAGTCGCAATATGTTGATAAGATGCGCGAAGGCGCGCACAATGCTGGTGCGGTAGTGACGTTTACCGGCTTAGTGCGCGACTATAACGATGACGGTGCTATTGATGGTATTAGTCTGGAGCATTACCCCGGCATGACCGAAACGGCGCTGGAAACGTTGTTAGTTCAGGCTTCCAATAAATTTGTATTATTAAATGCTGCCATAGTCCATCGCGTCGGGTTTGTCGAGAATAACCAACCGATTGTATGGGTTGGCTGTGCAGCAAGTCATCGACGTGCTGCATTTGATGGTGCCGTTTTTATCATGGACATGCTAAAAAAATCGGTACCTTTGTGGAAAAAAGAACACAGAAACGGACAGGCGACGTGGGTCGCGGCAAAAGCAACAGATGAAGAAGCCGCCATGAAGTGGCTCAATCCCCAAAATAAATTAGGCAATGTATGA	MFAYITDTPLTESQYVDKMREGAHNAGAVVTFTGLVRDYNDDGAIDGISLEHYPGMTETALETLLVQASNKFVLLNAAIVHRVGFVENNQPIVWVGCAASHRRAAFDGAVFIMDMLKKSVPLWKKEHRNGQATWVAAKATDEEAAMKWLNPQNKLGNV				NA	NA	NA	NA	NA
AK237_03255	786	modA	COG0725	Molybdate-binding protein ModA	ATGATTAACAGGATGTATCGGGTCATTGTAAGGTATATTGGTTTCGCCATTATTCTCGCGGCACAGGTTGCTCATGCCAGCGATAACGTTGTGCATATAGCCGTAGCAGCTAACTTCGCTCAGCCAGTAAAGCATTTCGCCGAGGCGTTCGAAGCGAAAACGGGTGTGCATCCCGTTATTACCGTCGGTTCAAGTGGGACGTTGTTTGCGCAAATCCAACACGGTGCGCCTTTTGATGTGTTTTTATCGGCAGACGCAGAACGTCCGGAGCGGCTTGTTGCTGAGGGCATTGCAGATAAAAAGAATCTGCGAAGCTACGCCGTAGGGCGTCTTGCCCTTGTCACGCGGGACGCCGCACCAAATTCCCTTAGTGACTTTGTCACGAGAGCCTTTTCAAAGCCAGTGGCAATCGCAAACCCTAAACTTGCGCCTTATGGATTGGCGGCTTCCGAGGCGCTGGATTCATTGCCGGCGGAAACGACATTACCATTCAGGTTGGTGCAAGGAAAAAATATCCTTCAGGCCTATCAGTATTTCACCGCAGGGAACGTGGATAATGCTTTTGTAGCCTGGTCATTGGTAAAAAACAGCGATTTCCACTATCTGTTGTTACCCAGTAGCCTGCATCAGCCTATCGTTCAGAAGATGGTGATAGTAAAAGGTAACGAGCACCCTTATGCGGCACGCCGTTTTATGCAGTATCTCATGTCGCCTAAAGTACAAAAATCACTGAAAGATTGGGGGTATCAATCTGCCGTTTCCCACAAAGGGGACAGACGTGGCTAG	MINRMYRVIVRYIGFAIILAAQVAHASDNVVHIAVAANFAQPVKHFAEAFEAKTGVHPVITVGSSGTLFAQIQHGAPFDVFLSADAERPERLVAEGIADKKNLRSYAVGRLALVTRDAAPNSLSDFVTRAFSKPVAIANPKLAPYGLAASEALDSLPAETTLPFRLVQGKNILQAYQYFTAGNVDNAFVAWSLVKNSDFHYLLLPSSLHQPIVQKMVIVKGNEHPYAARRFMQYLMSPKVQKSLKDWGYQSAVSHKGDRRG	PGPT0008435_1356	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_VITAMIN_PRODUCTION	PLANT_VITAMIN-MOLYBDENUM_COFACTOR_METABOLISM	PLANT_VITAMIN-MOLYBDENUM_COFACTOR_TRANSPORT,PGPT0008435-modA-K02020	NA	NA
AK237_03256	678	cysT_2		Sulfate transport system permease protein CysT	GTGGCTAGTGACCTCGACGCTGTTTGGTTGACACTAAAACTCGCGTGCGTTACCAGCTTGTTGCTTATGCTAATTGCTACGCCGTTGGCGTGGAAATTGTCTCGCTGGCAACACAAAGCAAAAAATATTGTGCTAGCCCTCATTGCCTTACCCCTCGTGCTTCCTCCGACTGTGCTGGGCTTCTATTTACTGATCGTATTTTCTCCGGATGCGCTTGCCGGACAGTTCTGGCAGGCTACCACCGGGCAGCAATTAGCCTTTTCATTTTCAGGGCTGGTCATCGGCTCACTCATTTATTCGCTTCCGTTTGCCGTGCAGCCGCTTTATGCCAGTTTTATTCAGCTCGACAATCGATATATTGATGTGGCGCGTACGATGGGCATGTCAAAGTGGTCAAGCTTTCAGCGGATCGTGATGCCAATTTGTAAACCCGCTTTTGTCGTAGCATTGGGTCTGAGCTTTGCGCACACTATTGGTGAATTTGGCGTGGTACTAATGATAGGCGGCAATATTCCTGGTGAAACCCAGGTGCTGTCCATTGCCTTATTCGAGCACGTTGAAGCATTAGAATATGGGCAAGCACATGCATTGGCGTTTGGGTTATTGGTATTTTCTTTTCTTCTGATGGCGTTGCTTTACCGGTATAACCGAGAGGGAGTATCGACGTGGAAGTCGTAG	MASDLDAVWLTLKLACVTSLLLMLIATPLAWKLSRWQHKAKNIVLALIALPLVLPPTVLGFYLLIVFSPDALAGQFWQATTGQQLAFSFSGLVIGSLIYSLPFAVQPLYASFIQLDNRYIDVARTMGMSKWSSFQRIVMPICKPAFVVALGLSFAHTIGEFGVVLMIGGNIPGETQVLSIALFEHVEALEYGQAHALAFGLLVFSFLLMALLYRYNREGVSTWKS	PGPT0008440_3446	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_VITAMIN_PRODUCTION	PLANT_VITAMIN-MOLYBDENUM_COFACTOR_METABOLISM	PLANT_VITAMIN-MOLYBDENUM_COFACTOR_TRANSPORT,PGPT0008440-modB-K02018	NA	NA
AK237_03257	1014	btuD_5		Vitamin B12 import ATP-binding protein BtuD	GTGGAAGTCGTAGTCAAAGCGGATTGGGATAATCTTAATTTAAACGTTAAATTCGATTTTCCGGCGCGCGCGCGGTTTATTGGCTTAAGTGGACCATCTGGCGCAGGGAAGTCAACGTTGTTGCGGTGCCTGGCTGGGCTAAGTCATACCGCTACGGTGTCCGGCCAGTGGGAAGATTGCCGGGTAGGGCGAGTGAGAACAGGCCTCGTTTTCCAAGACAGTTTACTTTTTCCTCATCTGTCGGTGGGGCAAAACCTGTTACTTGCTGCCGATTTTGCCAAACAGCAAACCCACCATTTTGATGAAGTGGTGTTGGGTTGTAAGTGTAATCATTTAATGACACGGATGCCGGCAACCTTGTCCGGTGGAGAAGCACAGCGCGTTGCTATTGCCCGCGCAATTCTGAACTCGCCCCATATCCTTTTACTTGATGAGCCGGTAAGCGCGCTGGATAACACACTCAAGCATGACGTGCTGCGATATTTAGCCAAGTTGGCTACGAACGGGCTTAAAATCTTCATGGTATCCCACGACCTGAGAGAACTGGCACTATACAGTGAATATATGGCGTGGTTAGAGCATGGTTCAGTTATTCACCAAGGGTTATGTGATGATGTTATCGCGGAGTTAACCCAGGCCTTGCCTGGCTTTGAACAACGTTTTAGTGTGTTGCGAGGCAGTGTGGCCGCACATATGCCTGAGCAGTCCTGTTACCGTATTGAGTGCGAAGGGACATCAGTTTATGTCCGCCATCCGGTGGTAAACAATGGGCATGCTCTGGTAACCATCGATGCAAGAGATGTCAGTATCGACCGCGAAGAGGCCAGTGCGTCCTCTATCGTTAATGCATTACCGTGTACTATCCAGTCCATTTCTGAAAGTCGTGATGGACAGGTTATGGTGACGCTGCTAAGCGGGCGAACTCAGGTATTCGCCCTCATTAGTTTACTGTCGCAAGCCCGGCTGCAATTCACTGTCGGCGAGGCCGTCACCGCTCGCTTTAAGCTTAGATAA	MEVVVKADWDNLNLNVKFDFPARARFIGLSGPSGAGKSTLLRCLAGLSHTATVSGQWEDCRVGRVRTGLVFQDSLLFPHLSVGQNLLLAADFAKQQTHHFDEVVLGCKCNHLMTRMPATLSGGEAQRVAIARAILNSPHILLLDEPVSALDNTLKHDVLRYLAKLATNGLKIFMVSHDLRELALYSEYMAWLEHGSVIHQGLCDDVIAELTQALPGFEQRFSVLRGSVAAHMPEQSCYRIECEGTSVYVRHPVVNNGHALVTIDARDVSIDREEASASSIVNALPCTIQSISESRDGQVMVTLLSGRTQVFALISLLSQARLQFTVGEAVTARFKLR	PGPT0008445_2286	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_VITAMIN_PRODUCTION	PLANT_VITAMIN-MOLYBDENUM_COFACTOR_METABOLISM	PLANT_VITAMIN-MOLYBDENUM_COFACTOR_TRANSPORT,PGPT0008445-modC-K02017	NA	NA
AK237_03258	1371	hemN	COG0635	Oxygen-independent coproporphyrinogen III oxidase	ATGTCTATCAGCGAATTATTTGACCCGGCCCGGATGCAGAAATATAACATCAGTGGACCACGGTATACGTCCTACCCTACAGCACTTTCATTTGCTGACATTCAACACGTACAGCCTGTAGAACGTGCGCTGGCTCAGTCTACTGCCAGGGGAGTATCTCTTTATATTCACATTCCCTTTTGTCATAGTCTTTGTTACTACTGTGGCTGTAATAAAATAGTAGCGCGCCATACAGAGAAAGCAGACAGGTATCTGGATTACCTTGAAAAAGAAGTCTCAATGCGTTCAGCTGCGTTTCATCAAAGGCAGGTAGAGCAGATCCATTTAGGGGGTGGCACGCCCAGCTTTCTTACCGAGGCGCAACAAAGCCGGTTAATAACAATACTACGCCACGCCTTTATTATTTCACCTGATGTTGAGATGAGCATTGAAATTGACCCACGTCGGGTGAATACCCAATACCTGAAACACTTGGCCAGCCTGGGATATAATCGTTTGAGCATTGGTGTGCAAGACACGGACTATCAGGTACAGGAAGCGATAAACCGGGTGCAAAGCACCGCACATATCGCGCAATTGGTTAACGATGCCCGGGAAGTAGGATTCACCTCGGTTAATCTTGACCTTATCTATGGATTACCACATCAAACCCCAATGACATTTGCCACCACATTAGCCGCGGTCAAGGCCATGGCACCTGAGCGGATCTCGCTGTTTAGCTATGCGCATCTACCCTCTCGGTTTGCAGCTCAGCGTAAAATTAAAGATGCGTGGCTTCCTACACCGGCGGCAAAAACAGCGCTAATGAAACAAGCCATGCAACGCCTTACTCAAATAGGCTACGAATTGATTGGCATGGATCATTTTGCCTTACCTACAGACGAATTATCCATTGCGCAAAGAAACGGTAAACTGCACCGAAACTTTCAGGGCTACACCACCCGGGGCGACCTGGATTTGCTTGGACTGGGCGTTTCGTCTATCAGTGCCATTGGCAACGCATACTTACAAAACCCGAAAACGCTGAATGATTATTACGGCAAACTGGATGAAAAAGGAGAGACAATAACGCGAGGTGTTTACTTAACGACATCCGATCGCATACGCCAATATGTCATTAGCCAGCTGATGTGTAATTTATCAGTGTCTTTCAAGGATGTAGAGAACCGCTTTAACATCGATTTTCAACATTATTTTGCCGATGAATTACAGAGTTTAAGGGAATTTGAAAATGACGGGCTATTAACACTTTCCGGTACGCACATTCGGGTTTCCCCTTCTGCCAGACTCTTTATTCGTATTATTTGCATGGCGTTCGACGAGTATCTAAAAAGCACAGCACACCAGCACCGCTATTCACGGGTTATCTAA	MSISELFDPARMQKYNISGPRYTSYPTALSFADIQHVQPVERALAQSTARGVSLYIHIPFCHSLCYYCGCNKIVARHTEKADRYLDYLEKEVSMRSAAFHQRQVEQIHLGGGTPSFLTEAQQSRLITILRHAFIISPDVEMSIEIDPRRVNTQYLKHLASLGYNRLSIGVQDTDYQVQEAINRVQSTAHIAQLVNDAREVGFTSVNLDLIYGLPHQTPMTFATTLAAVKAMAPERISLFSYAHLPSRFAAQRKIKDAWLPTPAAKTALMKQAMQRLTQIGYELIGMDHFALPTDELSIAQRNGKLHRNFQGYTTRGDLDLLGLGVSSISAIGNAYLQNPKTLNDYYGKLDEKGETITRGVYLTTSDRIRQYVISQLMCNLSVSFKDVENRFNIDFQHYFADELQSLREFENDGLLTLSGTHIRVSPSARLFIRIICMAFDEYLKSTAHQHRYSRVI	PGPT0003200_1740	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
AK237_03259	2556	btuB_33		Vitamin B12 transporter BtuB	ATGTCGCAAGAAATAAGCAAACAGCGGTTTACGCTGTCGCTTCTTACTACGGCCCTGTTAGGCGCTTCAGGCACGCTCTGTGCCGAAGAAAGCAAGCAGAATAAACTGGAACATATCGAAGTTACCGCGCAAAAACGAAGCCAGGACATCCAGGATGTGCCCATCGCGATGACCGCACTCTCTGGCAAACAACTCACAGAAACGGTATCGCTGGACATCTATGATCTACAGGGCTACGTGCCCGCTTTTTCCGCATTCCAAAGTCAAAGCGCCACTAACGCCAGTTTTTCCATACGCGGCATTGGTACGTCATCACAAAATTTCGGTTTTGAATCGTCAGTAGGTTTATATGTTGATGGCATTTATCGCTCGCGACAAAATGCCGTAATAAACGATTTGGTAGATATCGACGCCGTTGAGATATTACGTGGCCCCCAAGGTACGTTATTTGGCAAAAACACCCCCGCTGGCGCAGTAGTCTTCAGAACGAAAAAGCCCTCTTTCGAAAATGGGGATGGCTTTGTCAGTGCTACGTTGGGTAACGACAACCTTGTTCAGTTAAGCGCCGCCAGCTCGTTTGTTCTCGTTGACAACATCCTTGCCGCACGTGTCTCAGGCTTTACCACTCAACGTGATGGCTTCGTAGATGACGTAAACTTAGGTGATAACGCAATGAACGACAGAGACCGTTCAGGTCTGCGTTTTCAAACACTTTATACGCCAAGCAAAAACCTGTCTGTCAGGATCATCGCAGATTATGCAGAATTAGATGAGCATTGCTGTGCAGCACTTACCTGGCAGGATAATCGCCAGGCAAACGCAATAGAAGGGAAATTCGGCACTGACACTTTACTGCTCATGCCGCCTTTTAACGCGACACTATTTACTAAAGACGATTTTTATCAATACAAAACCGCATTGTCTTCGTTACCCGTTTCTGAAATGCAGGATAAGGGAATTTCTGCTGAAGTAAACTGGCAGGCCAACGAGGCGCTTGCCATTACGTCTGTCTCCGCATGGCGCGGTTTTGATAGCATTGACATCACTGATACCGATTTCACCAACGTTGACCTCTTACTCACCACGAACAACGCAAAACAGCAGGCGTTTTCACAAGAATTACGCGCAACATTTTCTGGTGAGCATGCAACCACCATCGCCGGGATCTACTATTTTAGTCAAAATTTAGATTTAGACTTTGATATTACCACAGGCAGCGCTTTCCCAGCTTTTTTCTCGGCCTCCGCTGCTGCACTGGCACCGCTGGTTGATGGAATTAATGCACTCAGCGCAGCGACATCAGGACTTATTGCCCAGGCAGCAGACGCTGCTCCGGCAAATACCCAATTTGCGCACAATGCGTATCAACAACAAGACAGTCTCGCCGTTTTCGGTCAAACAGACTGGCAGTTTGCAGAACATTTTACCGCCACCTTCGGCTTACGCTATACCCGCGAGGAAAAGACGCTTGTTGGACACTACGACGAGCAGGGGCCGGGTATTGATGGCTTGTCCACCAATATAGCAGATTATCCCAACCCCGTAGCCGCAGCCACGGCCCTCGGCACCGTTGCACAAGACTTAGCAGGTGGTAACTTACCGGACAGCAATTCGCTTGCGGCAATTGCGCCGTTTCAACAAGCCGGCTGGGGGTATTACTTTTTAGGCACCGCTTCCGTCTTACCTCGCAGTGCTCTGGATGAAAAACGGGATGACAATCAGCTTACCGGCACGGTAAAACTCAGTTGGCAACCTTCCAGTCACTCACTTTACTATGCAAGTGTCGGCACCGGCTTCAAATCCGGAGGCATGAATACAGACAGAATTGCAGAGGGATTAAATCCACAATTTAATGCTGAAAAAGCCACCGCCTACGAGCTAGGGTTTAAACATGACTTTGAGCCTCTCGACTTAAGAGTTAACGGCGCACTGCACTACACCACCATTGAAGATTTCCAGGCATCTACCTTCACCGGCTTTGGATTTAATCTGCAAAATGCAGGCGATCTCAATACGAAGGGTTATGAAATTGAAGTCACGTGGTTTGCTACATCGAACACCCGTATCGGCGTAAATGTGGCCAGAACACTTGCCTCGTTTGAGCATTTTGAAAAAGGAACCTGCTGGGTGGCTTATCCGTGGCACACGGGTATGGATGATCCCGGCCGCCCGGCAGAGGATGCCCCTTATTGTTCACGAACAGGCGATCGGCTGGGCTTCGAACCTGAAACGTCGGCAAGTTTCAATATTCAGCACAATAACAGTTTGGGCAAGTACCCTGTCTTATTTGCGGCTGATTACCAGTACACCGGCGATCTTTATCTTGATGATACCAACGATCCCTACAAACATGTCGGTAGCTATGCCTTATTGAACGCGCGGGTGCAAGTGACGCTACCAGCATGGGAAACAGATATTACGCTGTGGGCAAGAAACATCACCGACGAAGAATATGTCGCGAGAAATGGCTTTGATGTTCCCGTACAAGCAGGAAAACTGATGGCTTACCCCGGCCAACCTGCCACCTACGGACTGAGCATCAGAAAAACATTTTAA	MSQEISKQRFTLSLLTTALLGASGTLCAEESKQNKLEHIEVTAQKRSQDIQDVPIAMTALSGKQLTETVSLDIYDLQGYVPAFSAFQSQSATNASFSIRGIGTSSQNFGFESSVGLYVDGIYRSRQNAVINDLVDIDAVEILRGPQGTLFGKNTPAGAVVFRTKKPSFENGDGFVSATLGNDNLVQLSAASSFVLVDNILAARVSGFTTQRDGFVDDVNLGDNAMNDRDRSGLRFQTLYTPSKNLSVRIIADYAELDEHCCAALTWQDNRQANAIEGKFGTDTLLLMPPFNATLFTKDDFYQYKTALSSLPVSEMQDKGISAEVNWQANEALAITSVSAWRGFDSIDITDTDFTNVDLLLTTNNAKQQAFSQELRATFSGEHATTIAGIYYFSQNLDLDFDITTGSAFPAFFSASAAALAPLVDGINALSAATSGLIAQAADAAPANTQFAHNAYQQQDSLAVFGQTDWQFAEHFTATFGLRYTREEKTLVGHYDEQGPGIDGLSTNIADYPNPVAAATALGTVAQDLAGGNLPDSNSLAAIAPFQQAGWGYYFLGTASVLPRSALDEKRDDNQLTGTVKLSWQPSSHSLYYASVGTGFKSGGMNTDRIAEGLNPQFNAEKATAYELGFKHDFEPLDLRVNGALHYTTIEDFQASTFTGFGFNLQNAGDLNTKGYEIEVTWFATSNTRIGVNVARTLASFEHFEKGTCWVAYPWHTGMDDPGRPAEDAPYCSRTGDRLGFEPETSASFNIQHNNSLGKYPVLFAADYQYTGDLYLDDTNDPYKHVGSYALLNARVQVTLPAWETDITLWARNITDEEYVARNGFDVPVQAGKLMAYPGQPATYGLSIRKTF	PGPT0003790_6497	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0003790-hutA|fatA|fct|foxR-K02014	NA	NA
AK237_03260	291			hypothetical protein	ATGAGAAAACTAAAAACGATAGCGATGGCGACAATACTTATCGCCACAAGCAGTTCTGCATTTGCGGTTGTTAACGAGACAACATCGCTTACACGTTCTTCTACCACTACGCTGTCTTTTTCACTCAAAAAGAAAGCGCGCTCTGGAAACGAAATCAATGAATCTATTGTTGATCCTCAAAGCCAGAACGATACTGCCTCTGCGCATACCCTGCTGACTGAGTTTAACGATACCAAGCGCACGTTGTTGTTCAAAAAATTACCAGACCATCTTGTTGCGGCAAACCCGTAG	MRKLKTIAMATILIATSSSAFAVVNETTSLTRSSTTTLSFSLKKKARSGNEINESIVDPQSQNDTASAHTLLTEFNDTKRTLLFKKLPDHLVAANP				NA	NA	NA	NA	NA
AK237_03261	396			hypothetical protein	ATGTTGAAAATTGTTAAGACTTCTCTCATCGTAGCGACAATGGGTTTAGTATTTACTGGCGTAGCGCAAGCTGATATCAATGATGACCTGGCGAACATTTGTACTATCGTACAAGCGGACGACAAGGGTGAACTGCGTAAAAAAATTCGCTTAGTAGAATCTGACTACCGCCTGAAGCTTCGTGATTACTACTCTGGCATTAGCTGTGGTGGCAACAGCTTGATCAGAACGGCGATTATAAGTAACGCTGTTGAAGCCGGTACCCTGCTGGTTAAAAAAATGCCGAAGAATGATTTAAGTGCCCCGGAAAACGACGGAAAAACATTACAAGCCTGGTTGACAGAAAGCGGCCATCAAGACAGCCCAATTGCGGATGTATTGGCGAAACGCCTGTAA	MLKIVKTSLIVATMGLVFTGVAQADINDDLANICTIVQADDKGELRKKIRLVESDYRLKLRDYYSGISCGGNSLIRTAIISNAVEAGTLLVKKMPKNDLSAPENDGKTLQAWLTESGHQDSPIADVLAKRL				NA	NA	NA	NA	NA
AK237_03262	396			hypothetical protein	ATGTTGAAAATTGTTAAGACTTCTCTCATCGTAGCTTCTATGGGTTTAGGTTTTACTGGCGTAGCACAGGCAGACATTAATGATGACCTGGCAAACATTTGCACAATTGTACAAGCAGATGACAAAGGTGAACTGCGCAAAAAAATTCGCTTAGTAGAATCTGACTACCGCCTGAAGCTGCGTGACTACTACTCGGGTATTACTTGTGGTGGCAACAGCTTGATCAGAACCGCCATTTCTAATAACGCGGTAGAAACTGGCACTTTACTTGTTAAGAAAATGCCTAAGAGCGACTTAAGCTCACCAGAAGCAGACGGTAAAACGTTGCAAGCATGGGTAACTGAAACAGGTAATCAAAACAGTCCAATTGCGAGCGTACTAGCAGAACGCCTGTAA	MLKIVKTSLIVASMGLGFTGVAQADINDDLANICTIVQADDKGELRKKIRLVESDYRLKLRDYYSGITCGGNSLIRTAISNNAVETGTLLVKKMPKSDLSSPEADGKTLQAWVTETGNQNSPIASVLAERL				NA	NA	NA	NA	NA
AK237_03263	306	phhB	COG2154	Putative pterin-4-alpha-carbinolamine dehydratase	ATGGCAGATAAATTAAATGAAGAGCAAATAGTAAAGGCGTTGGCAGAACTAAATGAGGGACTGGCAGAAGATAAGCAATGGAAAGTCGAGAACGATAAGCTAATTAAAACCTTCGTCTTCAGAAACTTTATTCGTGCCTTTGGCTGGATGAGTCAGGCTGCAATCTGGGCAGAAAAGTTAAAGCATCATCCTGAATGGTTTAATGTTTATAACCGTGTTGAGGTAGCATTAACGACCCATGATGCGGCAGGTATTACCGAGCTGGATTTTAAATTAGCCGGAAAAATGGAGAGTCTTTTACTGTAA	MADKLNEEQIVKALAELNEGLAEDKQWKVENDKLIKTFVFRNFIRAFGWMSQAAIWAEKLKHHPEWFNVYNRVEVALTTHDAAGITELDFKLAGKMESLLL				NA	NA	NA	NA	NA
AK237_03266	3321	rcsC_12		Sensor histidine kinase RcsC	ATGCTCGAATGGCTGATGTCGTTCTTTGTCATTCCTGAATCTTCTTTGATACTGACCGGACAATATTCTCCAATATTAGTTGCGATATCCATTGGTATTTCCATTGCGGCGTCCTACATGGCATTTCGTGTAGCCGGACAGGCGGCAAACTCCCAGGATAAAAACCGTCGTTTAATACTGCTGGCCCTGGGCAGTTTAGCACTAGGCGGGGGAGTCTGGGCCATGCACTTTATCGGCATGCTCGCATTCGAATTGTGTACGCCGGTGAGCTACGACCCACGAACCACGTTCCTCTCATTTATGCCGGGTATGTTGGCAGCCTTTGTGGCGTTACAAAGCCTCACCCATCAGCGGGTCAAATTTAGTCAGGTGTTCGTGGGCGGTATACTTGTCGGGGCGGGGATTGGTGCAATGCATTATACCGGCATGGCAGCCATGACGATGGCTCCTCTTCTTCGCTACGACATCGTGACCTTTGGTTTGTCTATTATCGTTGCTGTCTTGTTAGCCATGTTATCGCTGTGGATAAAGTTCGGCTTGAAGCAATTTGCAATATCAAGAGGATTCAAGGGGACGCGCGCGATTGCCAGTGTTGTCATGGGATGCGCGATAACTGCCATGCATTATACTGGCATGGCGGCAGCGCGGTTCGTGGCTCCCCCGGGACTGGAAACTGCTACACAAGATCTGGCAATTTCTTACATACTGGCTGGCTACGTGAGTTTCTTTACACTGCTTATTATTGGCGTTGTGATGGGCGTTACCATGTTATTCCGCTACATGGATATCTCGCAAAAGGCAGAAAACAGTCGTCGTACACAAGCTGCACTAATGGATACAGCGATTGATGGTATTTTAACTGTCAACGAACACGGCGTTATTCTCAACATGAACCAGGCAATACAGACTATCCTGGGCTGGAAAGAAGAAGAGCTGGTGGGACACGCTATTCATCGCATGATCCCGCATGAGATGCGGGATAAATACAATGAACAATTCTTTCGCCAGGAAATGGTGCCAATTAGTGAACAAATCATTGGCGTCAGCCGGGATGTAGAAGCGTTGAACAGTCGCGGTGAGCGGGTTCCCGTTCGAGTTGGCGTAGGCCACACACGTTTGGGTGAGCAAAATCTATTTGTTGTCATCATCGGGGACATACGAGAACGAAAAGAGATGGAGCGCGTTATTCGTGAAAATGAAGCGAAGTTTCGTTCTTTTTTCCACAATATACCCGGTATTGCTTACCGTAGTTATAACCAGCCCGGTTGGCCCTATGAGTTTGTTAGTGAAGCGGTAGAAGATATTACGGGGTTTCCGTCTTCCCGTTTCGTCACTCAGCAAAAGCCAATCACACTTACTGATCTTATTTACGAAGAAGACAGAGCGTCGTATCTGACAGCACGGCAATCCGGCGCTGAATTTAATGTTGAATATCGCTTGATGCATAAAGATGGCACCACGAAATGGTTACGTGAGTACGGAAATGTTGTGCTTAGTGACGATGGCGTTATGAGCTGGGTTGATGGTTTCATAATGGATATTACTTCGCGTAAAGAGATGGAAGAGCAACTACGTGATGCAAAAAACGAGGCTGAGCAAGCAGCTGCCGCGCGCGCCAGTTTCCTGGCAAATATGAGTCATGAAATACGGACACCGATGAATGCCATTATCGGATTTAGTGACATATTGCTTGATGAGAAACTCACTGACGGTCAGCATAAACATTTAACGACTATAAATCGTTCGGCGCGCTCTTTATTGCATTTGCTGAACGATATTTTAGATAGTGCGAAATTAGATAAAGGTAAATTGGATTTAGAGTACCGCGATTTTTCCATTACCGAAGAAGTCGACACCGTCATTTCAACTTATTGGCTGGAAGCAAAACGTAAAGGTCTCATGTTGGGCGTCAGTGTCTCGCCGTCCTTATCTGACTATTATTACGGTGCGCCTGAACGTATTCGTCAGGTCCTGAATAATCTGATTAGTAACGCTGTTAAATTTACCGCACATGGTGAAGTAGATGTTGAAGTTTATCCTGAAGCGGATGGCCTTATTGCATTTTCGGTGAGTGATAGTGGCATCGGTATGAATCCCGAACAAGTAGGGCGGGTATTTGACGCATTCGCCCAGGCTGATGCCTCCATGAGCCGCAAATACGGTGGCACAGGACTCGGTACAACCATCAGTAAACAACTGGTTGAGTTAATGGGCGGAACGATTTCCGTATCCAGCGAGCCGAGCCGCGGCACCAACTTTACCTTTACACTGCCTTTAACCCCCGTCGAGAAGCAGGAAAAGCAACCCCAATCTCACACGTTCGATTTACCCCCTTTACATATTCTGGTGGTAGATGATATCAGTCAGAACATTGACCTCATCAGTTTATTGTTGAACAGGGCGGGACATACCGTTGATATTGCCGATAACGGTGCAAAAGCCCTTGAGAAAATGAATAAAGGCAATTTTGATATTGTGTTAATGGACTTACAGATGCCGGTGATGGATGGTCTCACTGCCGCGATAAAACGACGTGAATGGGAACAGGAAAATAATCTGGCACAATTACCCATCGTCGCCCTAACAGCCAGTGTACTCGTGCAAGACAAACAAGATGCGCTTAATGCAGGCATGGAAGGTTTCGCCAATAAGCCCATTGATTTTCCCTTGCTGGTCAATGAAATTGCACGGGTTTTAGGATACAAAACGGATACCAAGACGACGCCTGCAGAGGTGGTATTTGAAGATTGTCCTGTCGATTATCGTCGAGGCGTTCAGCTATGGGGAGACAAGCAAACCCTTGAACGCGAAATTAAACAATTTCTCCACACCAGTACCGATACACTCACTAAGCTCGTTAATTTCTTAGCCGAAGATGACTATGAACAAGTGGTCAAATATCTCCATGGCATGAAAGGTGTCAGCGGAAATTTAGGACTGACCAAAGTAATGAATTTATCGGGTGAGTTCGAACGCAACGCCCGCAATGCTATGTTGTCCGCAGAAGATATCCCTACACTTAAGACCGCACTGCGTGAAGTGGAGAACGCATTGGGCAGGAATGGGGCCGAAAAAGTAGCAGATGAGAAGAAAATTGAAGTCGATAAGGCCGCATTGAAAAATACCCTGCTATCATTATTAGTATCTGCTGAGCAAAATCAGTTTGATGAGACTACTTATCAGTACTGTGAAGGGCAGTATTTTGGGCACTACAATGTGCAAGTCCAGAGCATCTTACAGGATATGGACGATTTTGAATTCGAAAGAGCCGTAGAACGCATTAAGCAATTAATGTCGAATCTTGAGCAAACAGAGGAGTAA	MLEWLMSFFVIPESSLILTGQYSPILVAISIGISIAASYMAFRVAGQAANSQDKNRRLILLALGSLALGGGVWAMHFIGMLAFELCTPVSYDPRTTFLSFMPGMLAAFVALQSLTHQRVKFSQVFVGGILVGAGIGAMHYTGMAAMTMAPLLRYDIVTFGLSIIVAVLLAMLSLWIKFGLKQFAISRGFKGTRAIASVVMGCAITAMHYTGMAAARFVAPPGLETATQDLAISYILAGYVSFFTLLIIGVVMGVTMLFRYMDISQKAENSRRTQAALMDTAIDGILTVNEHGVILNMNQAIQTILGWKEEELVGHAIHRMIPHEMRDKYNEQFFRQEMVPISEQIIGVSRDVEALNSRGERVPVRVGVGHTRLGEQNLFVVIIGDIRERKEMERVIRENEAKFRSFFHNIPGIAYRSYNQPGWPYEFVSEAVEDITGFPSSRFVTQQKPITLTDLIYEEDRASYLTARQSGAEFNVEYRLMHKDGTTKWLREYGNVVLSDDGVMSWVDGFIMDITSRKEMEEQLRDAKNEAEQAAAARASFLANMSHEIRTPMNAIIGFSDILLDEKLTDGQHKHLTTINRSARSLLHLLNDILDSAKLDKGKLDLEYRDFSITEEVDTVISTYWLEAKRKGLMLGVSVSPSLSDYYYGAPERIRQVLNNLISNAVKFTAHGEVDVEVYPEADGLIAFSVSDSGIGMNPEQVGRVFDAFAQADASMSRKYGGTGLGTTISKQLVELMGGTISVSSEPSRGTNFTFTLPLTPVEKQEKQPQSHTFDLPPLHILVVDDISQNIDLISLLLNRAGHTVDIADNGAKALEKMNKGNFDIVLMDLQMPVMDGLTAAIKRREWEQENNLAQLPIVALTASVLVQDKQDALNAGMEGFANKPIDFPLLVNEIARVLGYKTDTKTTPAEVVFEDCPVDYRRGVQLWGDKQTLEREIKQFLHTSTDTLTKLVNFLAEDDYEQVVKYLHGMKGVSGNLGLTKVMNLSGEFERNARNAMLSAEDIPTLKTALREVENALGRNGAEKVADEKKIEVDKAALKNTLLSLLVSAEQNQFDETTYQYCEGQYFGHYNVQVQSILQDMDDFEFERAVERIKQLMSNLEQTEE				NA	NA	NA	NA	NA
AK237_03267	1014		COG3437	putative cyclic di-GMP phosphodiesterase	GTGTACGGCGAAGTGGGGAAGCCCAGATTACTATTGGTTGATGACGAGCCGGTGAATTTGCGTGTATTGAAGCAACTTTTAGCTAAAGACTACACACTATACTTCGCTAAAAGTGGTGAGGAAGCGCTGAAGTTAGCAGAAAAGCAACGCCCGGATTTAATTCTAATGGATGTCATGATGCCAGAAATGACAGGCTTTCAAACGTGTACACATTTAAAGAAAAGTCCAAAGCTCAAATCTATCCCGGTAATCTTTGTGACGGCATTAAGCGATGCCACTGATGAAGCGGAAGGATTTGCCGTTGGTGGGGTAGATTATATTACCAAACCCATCTCGCCGCCGGTGGTGCTTGCCCGGGTGAAAACACACTTATCGCTGGTGCAGTCGGACGAACTGCGCCGTACACGTATGCAAGTCATCCAGCGTCTTGGCCGGGCGGCCGAATACAAAGACAATGAAACCGGCATGCATGTGTTGCGCATGAGCCATTTCTCAAAAATTATCGCATTAGCCTATGGTTTTTCCGAATCTCAGGCAGACATGTTACTTCATGCTGCGCCGATGCATGATATTGGCAAAATCGGTATTCCTGACAGCATCATGTTAAAGCCCGGACGATTGACCGATTCGGAATTCGAAGTCATGAAAACGCACCCGGAAATTGGCGCTGAAATTTTAGGGGATGCCGATTCTGAATTGATGAATTTAGCGCGAATCGTAGCGCTCACCCATCACGAGAAATGGGATGGAAGCGGCTACCCAAAGGGATTAAAAGGCGAAGATATCCCTATTGAAGGACGCATAGTGGCTATTGCTGATGTGTTCGATGCACTGACAAGCCGACGACCCTATAAAGAAGCATGGCCGGTCGATAAGACCCTCGAATTTATGCATTCTCAAAGTGGTATTCATTTCGATCCGGCATTGATTACCTTACTCGATCAGTGTCTCGATGATATCTTAGAAGTCAAAGAACGTTGGAAAGATGAAGACCCGATGCCTTTACTGAGTTGA	MYGEVGKPRLLLVDDEPVNLRVLKQLLAKDYTLYFAKSGEEALKLAEKQRPDLILMDVMMPEMTGFQTCTHLKKSPKLKSIPVIFVTALSDATDEAEGFAVGGVDYITKPISPPVVLARVKTHLSLVQSDELRRTRMQVIQRLGRAAEYKDNETGMHVLRMSHFSKIIALAYGFSESQADMLLHAAPMHDIGKIGIPDSIMLKPGRLTDSEFEVMKTHPEIGAEILGDADSELMNLARIVALTHHEKWDGSGYPKGLKGEDIPIEGRIVAIADVFDALTSRRPYKEAWPVDKTLEFMHSQSGIHFDPALITLLDQCLDDILEVKERWKDEDPMPLLS	PGPT0025615_199	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-QSR-AUTOINDUCER_PERCEPTION	CE-QSR-DSF_PERCIPITATION|SIGNALLING,PGPT0025615-rpfG-K13815	NA	NA
AK237_03269	459	rimP	COG0779	Ribosome maturation factor RimP	TTGGCAAAGCTTGAAGATAAACTGACCGAGATGCTTGAGCCGGGTGTTGAAGCCCTGGGTTACGAACTGGTAGGCGTTGAATTTGTACGTGCAGGAAAGCACTCGATTTTACGTGTATTTATTGACCATGAGAATGGCGTAACCGTGGACGATTGTGCTGAAGTCAGTTACCAGGCAAGTGCGATTCTTGATGTAGAAGATCCAATCAACACGGAATACAACCTGGAGGTCTCTTCTCCGGGCATGGATCGTCCTTTGTTTAAAGCCAAGCACTATGAAGAGGCTGTTGGTGAAGTTATCCAGGCGCGCTTGACTGTGCCTATGGATAACCGACGGAATTTCAAAGGAAAGCTGTTGTCGTGTGAGAATGGCATGATCAACATAGAAGTGGATGGCCAGCAGTTCCAGTTAGCTGTGGCGAATATCGAAAAAGCAAACATTGTTCCCACATTTGACTAA	MAKLEDKLTEMLEPGVEALGYELVGVEFVRAGKHSILRVFIDHENGVTVDDCAEVSYQASAILDVEDPINTEYNLEVSSPGMDRPLFKAKHYEEAVGEVIQARLTVPMDNRRNFKGKLLSCENGMINIEVDGQQFQLAVANIEKANIVPTFD				NA	NA	NA	NA	NA
AK237_03270	1503	nusA	COG0195	Transcription termination/antitermination protein NusA	ATGAATAAAGAAATTTTGTTAGTGGCAGAAGCCGTTTCAAATGAAAAACAAGTGCCTAGAGAAAAGATCTTCGAAGCACTGGAGTACGCGATTGCCAGCGCAACGAAAAAGAAAAACGAAGGCGAAATCGAAGTGCGTGTTAGCATCAATCGCACTACCGGTGATTTCGATACTTTTCGTCGCTGGCAGGTTGTTCCTGATGATCATGAACAGGAAAACCCTTATGCGGAAATGTCGCTGTCTGCCGCACAAGTTGACGATCCTGACGCACAATTGGGCGATTATGTTGAAGAACAGATTGAATCTATTGCTTTCGACCGTATTACTACGCAAACCGCTAAGCAGGTTATCGTACAGAAAGTACGTGAAGCTGAACGCGCGCAAATGGTTGCCGAATACGAAGATAAGGTTGGCGAACTGGTAACAGGCACTGTTAAGAAAGTTAACCGTGACAATATCATTATCGATTTGGGGAATAACGCTGAAGGCGTTATCTATCGCGACGACATGTTACCGCGCGAAACTTTCCGTCCTGGCGACCGCGTTCGCGGATTACTTTACGTTATTCGTCCTGAAGCGCGTGGTGCGCAATTATTTATCAGCCGTACCCATCCTGACATGTTGGTTGAGTTATTCCGCTTAGAAGTTCCAGAGATTGCGGAAGAAACACTGGAAATTAAATCTGCTGCCCGTGATCCGGGTTCACGCGCTAAAATCGCAGTGAAAACTAACGATAAACGTTTAGACCCTGTGGGTGCCTGCGTAGGTATGCGCGGTTCGCGTGTACAAGCCGTATCTGGTGAACTCGGTGGCGAGCGTGTGGATATCGTGTTGTGGGATGAAAATCCGGCACAATTCGTTATTAACGCCATGGCGCCAGCAGAAGTTGCATCCATTGTTGTTGACGAAGACAGCCACATGATGGATGTAGCCGTTGAGCAGGATAACCTGGCGCAAGCCATTGGTCGTAGTGGCCAAAACGTACGTTTAGCCAGCCAGCTTACCGGTTGGGAACTAAACGTAATGACTGTTGCAGACCTGAATAAGAAGCACGAAGAAGAAACGGCTAAAGTCCTTCAAGTGTTTGTTGACGGTCTGGACATTGACGAAGATTTTGCAGAATTATTGGCTAGCGAAGGCTTTAGCACACTCGAAGAAGTGGCTTACGTACCTGTTAGCGAACTGCTGGCCATTGAAGGCCTCGATGAAGACACTGTTGAGGAATTACGCAACCGTGCGCGTGCTGCATTAACAACGAAAGCTCTGGCGAATGAAGAATCGCTGGAGGGTGCAGAGCCTACGGAAGCGCTATTAAGCCTTAGTGGTATGAATAAACACATTGCCTATGTCCTTGCTAGCCGTGGAATTACTGACCTTGAAGAGCTGGCTGAGCAGGGAACAGATGATATCAGTGATATCGAAGGATTGACCGAAGAAGACGCCGGAAAACTCATCATGGCGGCACGGAATATTGTCTGGTTTGGTGAAGAAGAAGGTCAATAA	MNKEILLVAEAVSNEKQVPREKIFEALEYAIASATKKKNEGEIEVRVSINRTTGDFDTFRRWQVVPDDHEQENPYAEMSLSAAQVDDPDAQLGDYVEEQIESIAFDRITTQTAKQVIVQKVREAERAQMVAEYEDKVGELVTGTVKKVNRDNIIIDLGNNAEGVIYRDDMLPRETFRPGDRVRGLLYVIRPEARGAQLFISRTHPDMLVELFRLEVPEIAEETLEIKSAARDPGSRAKIAVKTNDKRLDPVGACVGMRGSRVQAVSGELGGERVDIVLWDENPAQFVINAMAPAEVASIVVDEDSHMMDVAVEQDNLAQAIGRSGQNVRLASQLTGWELNVMTVADLNKKHEEETAKVLQVFVDGLDIDEDFAELLASEGFSTLEEVAYVPVSELLAIEGLDEDTVEELRNRARAALTTKALANEESLEGAEPTEALLSLSGMNKHIAYVLASRGITDLEELAEQGTDDISDIEGLTEEDAGKLIMAARNIVWFGEEEGQ				NA	NA	NA	NA	NA
AK237_03271	2616	infB	COG0532	Translation initiation factor IF-2	ATGGCAGAAGTATCCATAGAAAAACTCGCCAGCGACATTGGAACAACCGTTGACCGACTGGTAACTCAGTTTAAAGATGCCGGTATTACGAAAGCTGTTGATGATTCCGTCACTGAAGATGAGAAACGCCTGCTTCTTGATCACTTGAGCAAGCAGCACGGAAGTGCTGGTTCTGGTGAACCAACACGCATGACGCTGAAGCGCAAGACAACCAGTACGCTGAGTGTAGGTAAATCCAAGTCGGTTAAAGTAGAAGTGCGTAAAAAGCGTACTTACGTTAAACGTAGCGAAGTTGACGAGCAAAAAGCGGCCGAAGAGGAAGCGCGTTTAGAAGAAGAACGCGCACGTTTGGAAGCTGAACAAAAAGCCGCTGAAGAAGCTGCCGTTGAAGCGGCTCGTAAAGCCGCCGAAGAAAAGGCACGTATGGAAGCAGAAGCAAAGAAAAAAGCAGAAGAAGAGCGTGCTCGCAAAGCAGCGGAAGAAAAAGCACGTAAAGATTCTGAAACGGTTGAACCTGAGCTAACGCCTGAAGAACTGGCCGAACAAGAAGCCGCTCGTCAGGAAGAAGAACGCTTGCGTAAGCAACAGGAAGAGGAAGCGAAGAAAAAGCTTGAAGAAGAAGCTAAACGCGCTGCCGAAGAAGCCCGTCGTCTTGCTGAAGAAAATGAGCGCCGCTGGAAGGAAGAAGAAGAACGTCGTAAGCGCGATGAAGCCGCTGACGTTCACATGCATTCCAACCGGTACGCCCAGGAAGCCGAAGACGAAGAAGATATGCAGGTAGAGCGTACTTCCCGTCGTCGTAAGAAATCGAAGAAAAATGCAGGCGAGCATTTAAAGCAAGGTTTCAACAAACCTGCTCAGCCCGTCGAGCGCGTTGTTAAGTTAGGCGCAACTATCACCGTGGGTGAGCTGGCTAACCGCCTGGCTGTTAAATCAAACGAAGTTATCAAGGCCATGATGAAAATGGGCGAGATGGCTACGATCAACCAGGTGCTGGATCAAGACACCGCAACACTTGTTATCGAAGAAATGGGTCACAAGTACGAGCTGGTTAACGATAACGCGCTGGAAGATGAACTGATGGCAGAATCTGGCCAGGGTGAAAAAATTACCCGTGCGCCGGTCGTTACTATCATGGGTCACGTTGACCATGGTAAAACGTCACTGCTTGATTATATTCGCCGCGCGAAAGTGGCGGCTGGCGAAGCCGGTGGTATTACTCAGCACATTGGTGCCTATAAAGTTGATACTGGTAACGGTGAAATTGCCTTCCTGGATACGCCGGGACACGCCGCGTTTACGGCAATGCGTGCACGTGGTGCAACCGCAACTGATATTGTAATCCTTGTTGTAGCAGCAGATGACGGTGTAATGCCGCAAACTAAAGAAGCGGTACAGCACGCGAAAGCGGCTGGTGTACCTCTGATTGTTGCTGTTAATAAAATGGATAAAGAAACAGCGGATCCGGATCGTGTTAAAACTGAACTGTCTCAGCTGGAAGTTATTTCAGAAGAGTGGGGCGGTGAACACCAGTTCGTCAACGTATCGGCGAAAACCGGTATGGGTGTTGATGACTTACTTGAAGCGATCACCTTACAGGCTGAACTGCTTGATTTGAAAGCGGTACCGAATGGTCCTGGCCGTGGTCTGGTCATCGAGTCGCGTCTTGATAAAGGCCGTGGTCCCATTGCATCGGTTCTCGTTCAGGAAGGTGAAGTACGTGCCGGCGATATCTTACTGTGTGGTGAAGAGTACGGTCGTGTTCGTGCCATGCGTGATGAGAACGGTATCGAGCTGAAAGTGGCTGGTCCTTCTACACCTGTTGAGGTTCTGGGGTTATCCGGTGTACCGGTAGCCGGTGAAGATGCGGTAGTTGTACAGGACGAGCGTAAAGCCCGTGAAGTTGCCGCCAAGCGTCATCAGAAGAAACGTGAACTGAAACTTGCCCGCCAGCAGAAAGCGAAACTGGAAAACATGTTTGCGAACATGGAAGCGGGTGACGTGAGCGAACTGAACATCGTGTTAAAAGCTGACGTTCAGGGTTCAGTAGAAGCCATCTCTGAGTCATTGATGAAGCTGTCTACTGCCGAAGTAAAAGTGAACATCGTAGGTAGCGGTGTAGGTGGTATTACAGAAACTGACGCCACACTGGCAGCGGCATCCGGCGCTATCATTCTAGGCTTCAACGTACGTGCTGATGCAACTGCACGCCGCGTGATTGAAGGTGAAGAAATTGATCTGCGTTACTACAGCGTTATCTATAACCTGATTGACGAAGTGAAAGCGGCAATGAGCGGTATGCTTGCCCCTGAATTCCGTCAGGAAATCATCGGTCTTGCTGAAGTTCGTGATGTGTTTAAATCACCGAAACTGGGCGCTATCGCAGGTTGTATGGTTACTGAAGGTATCGTGAAGCGCAGCAATCCAATCCGTGTCCTGCGCGACAACGTAGTAATTTACGAAGGTGAATTAGAATCACTGCGTCGTTTCAAAGATGACGTTCAGGAAGTGCGTAACGGTATGGAATGTGGTATCGGCGTTAAGAACTATAATGACGTTAAAGTTGGTGACCAAATCGAGGTCTTCGAAGTCATCGAGGTTGCCCGTCAAATTTAG	MAEVSIEKLASDIGTTVDRLVTQFKDAGITKAVDDSVTEDEKRLLLDHLSKQHGSAGSGEPTRMTLKRKTTSTLSVGKSKSVKVEVRKKRTYVKRSEVDEQKAAEEEARLEEERARLEAEQKAAEEAAVEAARKAAEEKARMEAEAKKKAEEERARKAAEEKARKDSETVEPELTPEELAEQEAARQEEERLRKQQEEEAKKKLEEEAKRAAEEARRLAEENERRWKEEEERRKRDEAADVHMHSNRYAQEAEDEEDMQVERTSRRRKKSKKNAGEHLKQGFNKPAQPVERVVKLGATITVGELANRLAVKSNEVIKAMMKMGEMATINQVLDQDTATLVIEEMGHKYELVNDNALEDELMAESGQGEKITRAPVVTIMGHVDHGKTSLLDYIRRAKVAAGEAGGITQHIGAYKVDTGNGEIAFLDTPGHAAFTAMRARGATATDIVILVVAADDGVMPQTKEAVQHAKAAGVPLIVAVNKMDKETADPDRVKTELSQLEVISEEWGGEHQFVNVSAKTGMGVDDLLEAITLQAELLDLKAVPNGPGRGLVIESRLDKGRGPIASVLVQEGEVRAGDILLCGEEYGRVRAMRDENGIELKVAGPSTPVEVLGLSGVPVAGEDAVVVQDERKAREVAAKRHQKKRELKLARQQKAKLENMFANMEAGDVSELNIVLKADVQGSVEAISESLMKLSTAEVKVNIVGSGVGGITETDATLAAASGAIILGFNVRADATARRVIEGEEIDLRYYSVIYNLIDEVKAAMSGMLAPEFRQEIIGLAEVRDVFKSPKLGAIAGCMVTEGIVKRSNPIRVLRDNVVIYEGELESLRRFKDDVQEVRNGMECGIGVKNYNDVKVGDQIEVFEVIEVARQI				NA	NA	NA	NA	NA
AK237_03272	399	rbfA	COG0858	30S ribosome-binding factor	ATGGCACGGGAATTTTCTCGTACAGACAGAGTGGCGCAACAGGTTCACAAAGAAGTTGCCAGCATTCTGCAAAATGAATACAAGCACCGCGTAGGCGACATGCCGCTGATCACCGTAGCAGACGTAGAAGTCTCCCGGGATCTTGCGCACGCTAAAATCTTTATTTCTATCTACGGCGCTGAAGAAGAAGAAGCAAAAGCGCAAACGGCACAGCTGGAAGAGTTTAAAGGCTTCATCCGTTCATTGCTGGCCAAACGTCTGCGCATGCGCAGTGTGCCGCATCTTCATTTCTTCCGCGATGAATCTCTCACTGAAGGTATTCGCATCTCCAATCTGGTTTCTGAAACCATTGCCAAAGATGAAGCGAAAAGTAAACAGCGGGACGAAGAGCAGGATTAA	MAREFSRTDRVAQQVHKEVASILQNEYKHRVGDMPLITVADVEVSRDLAHAKIFISIYGAEEEEAKAQTAQLEEFKGFIRSLLAKRLRMRSVPHLHFFRDESLTEGIRISNLVSETIAKDEAKSKQRDEEQD				NA	NA	NA	NA	NA
AK237_03273	981	truB	COG0130	tRNA pseudouridine synthase B	ATGGGCAGACGTCGTAAGGGCCGTAGTATCAACGGTGTTTTGCTGTTGAATAAGCCGACAGGCGGTTCATCCAATCAGATTTTGCAGAAAGTACGCTGGTGCTATAAAGCGGCGAAAGCCGGTCATACCGGCGCCCTTGATCCGCTGGCAAGCGGTATGCTGCCAATCTGCCTGGGTGAGGCCACCAAGTTTTCCCAGTTTTTGCTGGATGCCGATAAAACCTATGAAGTAACGATGCACCTTGGTGTTCGCACTACCACCTCCGATGCCGATGGCGAAGTGGTGGAAGAAAAGCCGGTGACAGTGACAGAAAATGAAGTGCGCCAGGCGTGTCTGAGTTTCCTGGGGGACAGTAAGCAAATCCCTTCCATGTTCTCGGCGCTGAAACACCAGGGCAAGCCACTGTATTACTATGCACGTCAGGGTATTACCGTTGAGCGTGAAGCACGGGATATTACCCTTTTTGAACTCGACATTACGCGTATGGCACTGCCGGATGTAGACATGCGTGTACGTTGCTCTAAAGGCACTTATATTCGTTCACTGGTTGATGACATTGGTCAACAGCTTGGTTGTGGCGGTTATGTTACCCGTCTGCACCGCACGGAGGTGGCAGATTATCCCACAGAAAAAATGGTAAGTCTGGACGAGGTCATTGTTATTCAGGAAAGTCTTGAAGAAGGTGACTTTGACGCGCTTGACAGGTTGCTTTTGCCTATGGATACCGCGGTACTGTCCTTACCCGCTATCTACCTTGATGATAAACAATATCAACGTTTTGAGCACGGGCAGAGTGTTACGGGGTCAACCGAACAGCCTTTGGAAGTACGCGCCCAGTATCGGGTTTATGCTAACCGGGCTGATGGAGAACTGTTTTTAGGTGTGGGTGAGGGGGTAGTGATGCCCAAAGATCAACCCAGGGCCAACCCCGATGAGATTTTCGTATCTCCCCGGCGCCGTGTGGTCTACGAGGCTGACTAG	MGRRRKGRSINGVLLLNKPTGGSSNQILQKVRWCYKAAKAGHTGALDPLASGMLPICLGEATKFSQFLLDADKTYEVTMHLGVRTTTSDADGEVVEEKPVTVTENEVRQACLSFLGDSKQIPSMFSALKHQGKPLYYYARQGITVEREARDITLFELDITRMALPDVDMRVRCSKGTYIRSLVDDIGQQLGCGGYVTRLHRTEVADYPTEKMVSLDEVIVIQESLEEGDFDALDRLLLPMDTAVLSLPAIYLDDKQYQRFEHGQSVTGSTEQPLEVRAQYRVYANRADGELFLGVGEGVVMPKDQPRANPDEIFVSPRRRVVYEAD				NA	NA	NA	NA	NA
AK237_03275	270	rpsO	COG0184	30S ribosomal protein S15	ATGTCACTAACTAAAGAAGAAACAGCACAAATCGTTGCTGATTACGGCGTAAAAGAAGGTGATACTGGTTCACCTGAAGTACAGGTTGCACTGTTGACGCATAACATCAACAAATTGCAAGGTCACTTCTCTGGCCATAAGAAAGATCACCACTCACGTCGTGGTCTTCTGCGTATGGTTAGCCAGCGTCGTAAACTGCTTGACTACCTGAAAGGTAAAAATGCAGATCGTTATCTTGAGCTGATCAAGCGTTTAGGTCTGCGTCGCTAA	MSLTKEETAQIVADYGVKEGDTGSPEVQVALLTHNINKLQGHFSGHKKDHHSRRGLLRMVSQRRKLLDYLKGKNADRYLELIKRLGLRR				NA	NA	NA	NA	NA
AK237_03276	795	smc_1		Chromosome partition protein Smc	ATGTCTAACGATTCGAGAAACGATGATTTTCCTACCATCAGACTGGATGATGAAGATCGCCGCGACTATCAGCAAAAAAAACACACTGCGGCACACACGATTAAAGCGGACACTAATTCATCGTCTGGCAGTTCAAAGCAGACCCCTCCATCAACTGAGAAAAGCAGTGGCGGCGGTGGTAACGGTTTATGGGTTGCACTCGTTGCTGTTGTGGCATTAGCCGGATGCGGAGGCTGCTATTACCTCTATGATCAGTTGCAAAAGCAACAAGTGGCTGTAGCTGATGCAGATTCTCGTATCGCCCAACTTGAAAGAAAATTGTCTGCTACAGGTGAAGAAATGGGTGAGTCTACCGTTGCCCTGCAGGTCAAAGTCAGTGAACTGACAGACAAAAGTAAGGAGCTATGGGATCAGATGGACAAGCTGTGGGCGTCGGCATGGCGACGTAACCAGCAAGAGATCACTGCGCTTGGCGATAAACTTAATGCAACAGAAAGCGGGCTGAAAAAGAGTATTTCTTCTGCGTCTGAGGATATAAAGGCGCAGCAGAATAAGCTTGCCTCGCTCAATAATCAAATTAGCGGCCTGGCTGATGAAATTCTGGCACTGAACGTTCAGCTAGAGCAAGCCGCCAGCGACAAATCGTCGCAAGCGCAAACAGTTAAAAGCCTGTCAGATAAAATTACGGTACTTGAAAATCGCAATAACAGCCTGGCGGGTCGTATCAGCGGAATGGAAAATGAAATCCGCGAAATCGCCACTAAGGTGGTTGTAAGCCAACCTCAGCCACAGTAA	MSNDSRNDDFPTIRLDDEDRRDYQQKKHTAAHTIKADTNSSSGSSKQTPPSTEKSSGGGGNGLWVALVAVVALAGCGGCYYLYDQLQKQQVAVADADSRIAQLERKLSATGEEMGESTVALQVKVSELTDKSKELWDQMDKLWASAWRRNQQEITALGDKLNATESGLKKSISSASEDIKAQQNKLASLNNQISGLADEILALNVQLEQAASDKSSQAQTVKSLSDKITVLENRNNSLAGRISGMENEIREIATKVVVSQPQPQ				NA	NA	NA	NA	NA
AK237_03277	1554			hypothetical protein	ATGAGTCAGGATATTCACCACAGCGAAGAAACAGAACATCATCTGGAACTGCGTAACCTTACGCTGGATGACTATGATGATGTCAAAGAACTGATGGATAAAGTGTACGTGAATGTAGGGGGCGCCTGGCCATTTAAGAACTACAAAGCACAGGTTACGACTTTTCCTGATGGGCAGATATGTATTGAAGACAAAGGAAAAGTCGTCGCATTTGCAATTTCTGTTATCGTGGATTATGACCAATTCGATGATAAACACACCTATGATGAAATTACCGGTGACGCTTACCTGACAACGCACGATCCTAACGGTGATGTGCTGTACGGTGTAGAAGTTATCGTGTGTCCTGAATACCGCGGACTACGCCTTGGCAGACGCTTATATGAAGCCCGCAAAGAACTGTGCAGAAATTTGAATTTACAGTCCATCATGGCTGGCGGTCGTATTCCTAATTACGGCAAGCACAGCCACGAGATGACACCGTATGAATATATCGAAGCGGTGAAATCGAAGGACATTTATGATCCCATCCTTACGTTCCAGCTGTCGAATGGTTTTGAGGTGAAGCAAATCCTTAAAGCCTACCTGCCGGAAGATGAAGCGTCCCGCGGGTATGCCACTTTGCTTCAGTGGCACAACATCTATTATGAGCCAGGTAATCCGCGTTTATTCGGCGGGAAAAAATCCAGCGCCCGCATAGGCTGCATTCAGTGGCAGATGCGTTACTTTGAAAACGTGGAAGAACTGTTACAACAAGTTGAGTATTTCGTCGATGCGTTGTCAGATTATGGTTGCGATGTTGCACTGTTCCCTGAATTTTTCAACGCGCCTTTGATGGGGCTGAGCGAGTCACAGGAGTCGATAGATGCTATTTGGCATTTAGCCAGTTATACCGATGAGATACTAACAGCCATTTCGCACTTAGCTGTCAGCTACAATATTACTATCATTGCGGGCTCTATGCCGGTTGTCGAAGATGAAGAGCTTTATAACGTAAGTTACATGTGTCGCCGTGACGGTACCATTGACAGCCAGTATAAAATTCACCCTACTCCGCACGAAAAGAAAGATTGGATCATGAAAGGTGGAAACGCCTTGAACGTCTTTGACACAGACTTTGGTAAAATTGGTATTTTGATTTGTTACGATGTGGAGTTCCCTGAATTAGCGCGTATTCAATCAGAACAAGAAATGCAAATCCTGTTCGTACCATTCTGGACCGATACCAAAAATGGGTACCTGCGGGTTCGTCGTTGTGCTCAGGCTCGCGCCATTGAGAATGAGTGCTATGTGGCGATTGCAGGAAGTGTCGGTAATTTACCTAAGGTGGACAATGTAGATATTCAGTATGGACAAACGGCTGTATTCTCTCCCTCTGATTTTTCTTTCCCGCACGATGCTATTGTGTCGGAGACTACCCCTAATACAGAAATGACACTTATTGTCGATTTGGATTTAGATAAGTTAACCAAACTACAAAACGAGGGATCCGTAAGAAACTATCTGGACAGACGAAGAGATCTCTATCGCGTTCAGTGGATTGGCGATAAATAA	MSQDIHHSEETEHHLELRNLTLDDYDDVKELMDKVYVNVGGAWPFKNYKAQVTTFPDGQICIEDKGKVVAFAISVIVDYDQFDDKHTYDEITGDAYLTTHDPNGDVLYGVEVIVCPEYRGLRLGRRLYEARKELCRNLNLQSIMAGGRIPNYGKHSHEMTPYEYIEAVKSKDIYDPILTFQLSNGFEVKQILKAYLPEDEASRGYATLLQWHNIYYEPGNPRLFGGKKSSARIGCIQWQMRYFENVEELLQQVEYFVDALSDYGCDVALFPEFFNAPLMGLSESQESIDAIWHLASYTDEILTAISHLAVSYNITIIAGSMPVVEDEELYNVSYMCRRDGTIDSQYKIHPTPHEKKDWIMKGGNALNVFDTDFGKIGILICYDVEFPELARIQSEQEMQILFVPFWTDTKNGYLRVRRCAQARAIENECYVAIAGSVGNLPKVDNVDIQYGQTAVFSPSDFSFPHDAIVSETTPNTEMTLIVDLDLDKLTKLQNEGSVRNYLDRRRDLYRVQWIGDK	PGPT0007175_5	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_SIGNAL-BRANCHING_STIMULATION	PLANT_BRANCHING-AUXIN|IAA_METABOLISM	PLANT_BRANCHING-IAA_METABOLISM,PGPT0007175-yhcX-NA	NA	NA
AK237_03278	660			hypothetical protein	ATGACAGCTCTTTTAGCTGGCGATATGCCAACAGATACCACGCTTTTTGCGCGCATTGCTGATGATATTTACGTTCAGGGATACAGTGTACAGGAATATGCACTTCCTGAAGCATTGGCGAATGCTTTATTTCTGCAAAATAATGCTATGAGCGGGGCAGAGTTTCAGGCCGCCGGTATAGGCCGGAGTAACGACTTTCAGGAAAACAGTTTCGTACGCCGGGATGAAATTTGCTGGATTGATGGCAGCTCGCCGGCGGGGGCCGACTGGCTATCGTGGACGGCACAGCTTAAACAGTACCTCAATCGTCATTTATTGCTCGGTCTGTACTCGTTTGAAAGTCACTTTGCTCAGTACCAACCCGGCGCATTTTACAAACGTCATTTTGATGCCTTCAAAGGGCAGGCAAATAGAGTGCTGTCTCTTGTTACCTATTTAAATCCTGAGTGGCAGGAGGCAGACGGCGGTCACCTTGTCATTTACACCAGTGAAGAAGACAAAACCGGCTTTCGCGTATTACCTAAATTCGGCACCGTTGTGGTGTTTCTGAGTGAAGAATTTCCACACGAAGTACTACCGGCTACCCGTAGCAGGTCGTCTATTGCTGGCTGGTACAGGGTTAACGGCACGATCGGTGACGTTATTGATCCTCCTCAGTAG	MTALLAGDMPTDTTLFARIADDIYVQGYSVQEYALPEALANALFLQNNAMSGAEFQAAGIGRSNDFQENSFVRRDEICWIDGSSPAGADWLSWTAQLKQYLNRHLLLGLYSFESHFAQYQPGAFYKRHFDAFKGQANRVLSLVTYLNPEWQEADGGHLVIYTSEEDKTGFRVLPKFGTVVVFLSEEFPHEVLPATRSRSSIAGWYRVNGTIGDVIDPPQ				NA	NA	NA	NA	NA
AK237_03279	3747	rcsC_13		Sensor histidine kinase RcsC	ATGTCCAGCATATTTGAAAATGTCTTACGCACCAACTTTATGCCACATGGCCACTGCTACCTGTGGAAACCAGAAATACTGTGGCTAAATGTCATCTCTGACTTGCTCATTGCCACAGCCTATTTCTCTATTCCTATCGCCCTTTTCTACTTTGTAAAACAGCGAACCGATCTTAAGTTTAAAGGGATATTTATTCTCTTCTCACTGTTTATCGCTTTATGCGGTTTAACGCACCTTATCAGTATATTCGTTGTTTGGCACGGTGCATATGGGCTTCATGGCATAGCAAAGCTAGTGACAGCTATCGTGTCGTGCATCACTGCTTATAAATTATATAGTTCGATTCCGCGTGCCCTGCAATTACCAAACGTCAATCAGGTGAAAAAAGCAGTAGAAGAAGCGAATCAGGCGAAAATTGAAAACATCCGGTTAGAGAATGAACGTCAGCAAGATCTTATCCTGAGAGAAAGCACTGACAGTGCGCATGTAGGCATACTGGTTATCGCCTCAGATGGCATTATTACCGTGGCGAACAGAGCGGTTTGCGATATTTTTGGTTATCAGAAAGAGGAATTGGAAAATCGCCATATAAACTTACTTATAGCCAGTGAGTTCACGCAAGAGCATGAAACGCTGATGCGTCGCTTTATCGCCAGCACTGAGCAGTCACGGGATATGGCCTTGAATCGTATTGTGACCGGTTTCAATAAAAGCGGCCACCCTGTACCACTGGAAATTCGCCTGAACAGAGCCAAACACGATAATGGCATTATCTTTGTGTCGTTACAGGATATTTCGGAACGTATTAACAATGAAAAGGCTTTGGCTGCCAGCAGGTCGACAACAGACAGTCTTATCGAACATATTCCCTTTGGCGTGCGCCTGTACAAAACCGAAGACAAGCACCTGACATTAGTTCAGCAAAACGCAATTTCTGAAGCATTTTTTACCGATACGCCGGACGACTGGTTTACCGCTGATCACAACCTGAACACCATGATGCAGAAGGTTGCACGCGAGGATGAGAAAGCGATAAAAACCGAGATAACGCTTCCCCATGCTACACACTGTAGTTTACAAATTTACTTGTTTCACACATCACCAGGTAAACTGGTATTGATGTTTGAAGATGTCACAAAGCAAAAGCAATTCGAAGGTAAATTAATAGAACGCGAAAATATTATTCGCCGGGCAATTAATGCATCGATAGCGGGTGTTTACATTTTTGATGTGCAATCCCGTAAAAACCGTTTTGTTAACGATCGGTACACCGCTATTACCGGATACACGCTTACAGAGTTAAATCAACTGGACGACGGCATCGGCTCATTAATTCACCCCGATGATGCTCCGAAAGTCAGAAACCATTTGCATCGTCTGCTTTCAGATCCAACGGAAGGCAATGTTTATACGATTCAGTACCGGGTTAAGCACCGTAACGGACAATGGCTGTGGTTGATGGCGCAGGATGTAGTGTTCGAGCGGGACATCAGAGGCATCGCTACCCAGCTTATCGGTTCCTTTCTGGACATCACGCCTTTAAAACGCATGCAAGAGAACTTGTTATCACTGAAAGACAAAGCGGAAGATGCCAATCAGTCAAAGAGCGACTTTCTTGCCAACATGAGCCACGAAATTCGTACCCCCATGAACGCCGTCATCGCCCTGACAGATATGGTATTGAAAATGGAAATGGGCAACAAACAACGGGAATACTTAAAGAAAGTGCAGGCGTCATCGCGCTCGTTACTGCAAATTCTTAACGACATTTTAGACTACTCCAAACTCGAAGCCGGTAAATTTGAAATCAACAATGAGCCCTTTGATTTGTATAAGATGCTGTCGAACAGTCTTCACCTGTTCTCCACCACTGCGACACAGAAAAACCTGTTTATCGATTCTGACATCAATAAAACGGTACCGCGATTTGTAATCGGTGATGCCGTCAGAATTTCTCAAATCATCAATAATTTATTGGGCAACGCCATAAAATTTACGGAGAAAGGCGAAGTAAACCTTGCAGTAAGCGCCGAGCTAAGCCCGATGTCCGGCACTTACATGGTTAAATTCACTGTAAAAGACACTGGCATAGGTATCGAAAAAGACAAGCTGGCCACCCTGTTCCGGTCGTTCTCCCAGGCAGACAGTTCCATTGAAAGGCGCTTTGGAGGCACCGGTTTAGGGTTAGCGATTTGCAAACGACTGGCGACGCTGTTAAACGGTTCACTTACGGTGAAAAGCCAGATAGGGAAAGGCAGCACCTTCACCCTGACTATTCCTCTGATTGCTGATGCGGCTAACAGCTCCACACTGGAGGGCAAGCTGTTAAATGCAAATATATTGATTGTCGGAAATAAAAGCCGCCATATTCCGCTAATTCAGCAGTATTTTGAAAACGTGGGCAGCCATGTCAACGTGGTGGGAGAGCACCACATATTGCAGCGAAAATGGGAGCACAGTACTGATATCGTAGTGGTCGACATGACGACCTTAAATGCTAACGACAAAGCATCTGTATTTGAAGCGCTCTTAGCCAATACGGCAAACAATCAAATTACGGCAGGCATAATATTTCTGAGTTCTGAAAGTCACTTTCATGAAAAAGCCAGCGACATTGTTTTAAACACCGCTTCAGCGTGGCTCGTCACCCCTTTCGTGCTGTCTGATTTAGAAGAATCGGTCATTGCGATATTAGACAGGCAGAAAACGTTAAAACAGGGCGATAACTCAAAGCCAGGACTGGCATTTAAAGACGCTTGCGTGTTACTGGTGGAAGACCATCCGACCAATCAGTTTGTTGCTACCGAATTACTCAATGCTGTTGGTCTGGATGTGGTTGTTGCAGAAGACGGTATAGAAGCAATTCAGCGCTTTCAAAAACAACATTTCGATATTGTGCTTATGGATTTGCAAATGCCAAATATGGACGGTTTTACCGCCGCACAAAAAATAAGAGCATTACCGGTGGGCAAATCCGTTCCTATCTATGCCATGTCTGCAGCCGTGATGGCCGCCGACAAATCAAAGGTAGCAACCGTTGGTATGGATGGACATATACCCAAACCTATCGTACGAGAAGAACTCTATGCTCTGTTAGAACGGGTTTTATGTAAACACATTGTCACGCACGATTCGCCTCAAAGCGAGAAAAACGACACAGATGATCACCAAGACTCAGAGATCCGTAAACTCTTAGCGTCTTCATTAACTGGTTTTGATTTAGACGCTGCCATTAATCGTTTAGGTGGAAATATCGCCACTTACATTGGACTACTGGAGAATTTCCACCTCCATTTTGCGCGCTTTAACGAAGAGCTGATAAACGACATCAGCACTGAGACAAGAGGCCGTAGGATCCACACCATGAAAGGACTGGCCATGTCCATTGGTGCCACTCGCCTGGAAACTTTGGTAAAAGAAGCCGAGCACTTTTTAAAAAATGACAAACCTTACTCACTTGACGACCTGGCTAGCGAATTTTCCACGGTATATGCCAATATCGAAAAGGCATTAACCGCCACCAAGCCCCTTGTTACCGGCGTGAAACAAGACGAGAGCCACAACATTGATGAACTGATAGTGAGGGTTAAGAATCATCAGTATTTACGGCAACCCGATGTGGAAAGGTTCAGAGCCGCGCTGAACCACGCTTACGGCACTGACGACAGTGATGCCATTATCACTGCCATTTTGAATCTGGATTATAAAGGTGCGCTTTCACTGCTTGCTACTGAGGAGGATCAATAA	MSSIFENVLRTNFMPHGHCYLWKPEILWLNVISDLLIATAYFSIPIALFYFVKQRTDLKFKGIFILFSLFIALCGLTHLISIFVVWHGAYGLHGIAKLVTAIVSCITAYKLYSSIPRALQLPNVNQVKKAVEEANQAKIENIRLENERQQDLILRESTDSAHVGILVIASDGIITVANRAVCDIFGYQKEELENRHINLLIASEFTQEHETLMRRFIASTEQSRDMALNRIVTGFNKSGHPVPLEIRLNRAKHDNGIIFVSLQDISERINNEKALAASRSTTDSLIEHIPFGVRLYKTEDKHLTLVQQNAISEAFFTDTPDDWFTADHNLNTMMQKVAREDEKAIKTEITLPHATHCSLQIYLFHTSPGKLVLMFEDVTKQKQFEGKLIERENIIRRAINASIAGVYIFDVQSRKNRFVNDRYTAITGYTLTELNQLDDGIGSLIHPDDAPKVRNHLHRLLSDPTEGNVYTIQYRVKHRNGQWLWLMAQDVVFERDIRGIATQLIGSFLDITPLKRMQENLLSLKDKAEDANQSKSDFLANMSHEIRTPMNAVIALTDMVLKMEMGNKQREYLKKVQASSRSLLQILNDILDYSKLEAGKFEINNEPFDLYKMLSNSLHLFSTTATQKNLFIDSDINKTVPRFVIGDAVRISQIINNLLGNAIKFTEKGEVNLAVSAELSPMSGTYMVKFTVKDTGIGIEKDKLATLFRSFSQADSSIERRFGGTGLGLAICKRLATLLNGSLTVKSQIGKGSTFTLTIPLIADAANSSTLEGKLLNANILIVGNKSRHIPLIQQYFENVGSHVNVVGEHHILQRKWEHSTDIVVVDMTTLNANDKASVFEALLANTANNQITAGIIFLSSESHFHEKASDIVLNTASAWLVTPFVLSDLEESVIAILDRQKTLKQGDNSKPGLAFKDACVLLVEDHPTNQFVATELLNAVGLDVVVAEDGIEAIQRFQKQHFDIVLMDLQMPNMDGFTAAQKIRALPVGKSVPIYAMSAAVMAADKSKVATVGMDGHIPKPIVREELYALLERVLCKHIVTHDSPQSEKNDTDDHQDSEIRKLLASSLTGFDLDAAINRLGGNIATYIGLLENFHLHFARFNEELINDISTETRGRRIHTMKGLAMSIGATRLETLVKEAEHFLKNDKPYSLDDLASEFSTVYANIEKALTATKPLVTGVKQDESHNIDELIVRVKNHQYLRQPDVERFRAALNHAYGTDDSDAIITAILNLDYKGALSLLATEEDQ				NA	NA	NA	NA	NA
AK237_03280	948	pleD_2		Response regulator PleD	ATGCCTATTCCACGTTCGCGCGTGTTAATTGTAGATGATGACATCACTACTATAAGACTCATTGCTGAGGCATTAGCGATGGATTACGAGGTGATTATTGCAACGGATGCAGAAGATGGCTTAGAGCAAGCCGTGACCATGGAGCCAGAACTTATTCTGCTCGATGTGTTAATGCCCAATATCAATGGTTTTTCGTTGTGCCGTAAGTTGAAGTCGGATGAAAAAACCAGGCGAATTCCGGTTGTGTTTGTTACGGGATTAACTGAAGTCAGTGATCAAGCCCGTGGTTTTGAAATTGGTGCAGTAGATTATATTACGAAGCCAATTGAAGTGCCCTTGCTGCGCGCACGAGTGCGCACGCACGTGAGGTTATACCGGCAAACCTTACAGTTAGAGTCGTTAGCGGCCACCGATCCGTTGACGGGGTTATCTAATCGCAGAAAATTTGATGAGAGTTTAGCGCACGAAATTGAACGTTGCCAACGCAGCCAAAGTGAACTTGCGCTATTGATGATAGATATTGATGACTTTAAAGCGTTTAACGATAACTATGGCCATGGTAAAGGTGATGATTGCCTTATTGCCGTGGCGAAGATTTTAAAGGATAACGCACGACGAGGAACCGATTTGTGCTGTCGTCTCGGCGGGGAAGAGTTTGGTATTATACTGGGTGAAACAGACCGTACAGGGGCGATGACCTTAGCGGAGCACATCATCAGTACATTTAACGATCTTAAAATAGAGCACCATAATGCAACAACCCATCCTTACCTTACCGTGAGTATCGGCGTTTCAGTTATGGATATGCGCAGTGCGTTGAAGAACCGCGTGTATGGTCGTGATCTCATCGATAAAGCGGATGAAGCATTGTATCGTGCGAAGTCGTTAGGTCGCAACAGAGCAGAGTTTTTGCCTCTGGCTTTGCCGATGGCGAAGAAAATCAGTTAA	MPIPRSRVLIVDDDITTIRLIAEALAMDYEVIIATDAEDGLEQAVTMEPELILLDVLMPNINGFSLCRKLKSDEKTRRIPVVFVTGLTEVSDQARGFEIGAVDYITKPIEVPLLRARVRTHVRLYRQTLQLESLAATDPLTGLSNRRKFDESLAHEIERCQRSQSELALLMIDIDDFKAFNDNYGHGKGDDCLIAVAKILKDNARRGTDLCCRLGGEEFGIILGETDRTGAMTLAEHIISTFNDLKIEHHNATTHPYLTVSIGVSVMDMRSALKNRVYGRDLIDKADEALYRAKSLGRNRAEFLPLALPMAKKIS	PGPT0015900_620	PUTATIVE	PGPT	PUTATIVE_PGPTs	PUTATIVE_FUNCTIONS	PUTATIVE_FUNCTIONS-1	PUTATIVE-CELL_FATE_CONTROL	PUTATIVE-CELL_FATE_CONTROL-1,PGPT0015900-pleD-K02488
AK237_03281	1677			hypothetical protein	TTGGAAAAATTTCCTCCTCTTGTCCCTGTTGATGAACTCAATGTATTAATTATTGATAATCAGGGACTCGTTCATGATGTCATCAGCAATGCATTGAAAGAAGTCGGGATACGCAAAGTCGACAGTGCGTTTAATGCCTTTCACGCTGTACGGCTCTGTGAACAGAAAACCTATGATTTTGTGATGATCGCGTTTAACGTGAGCAACGACAAAGATGGTTTTCATTTATTCGAAGAGCTAAAACATCATAAACATATCACTGACAAAACCACAGTTGTTTTTCTTAGTGCAGAAACAAGCCAGGCACTGGTAAATTGTATTGTCGAGTTACAGCCAGCAGATTTTTGGGTCAAACCGCTCGATAGACAGCGTATCGAGCAGCGTTTACTTTATCTCATCAATATTCGCAGCAAGCTACATAAGCTCCAGTGTTGCTTAAATCAACAAGACTACTCCACAGCGGTGTATTACGCCGAGCGTCAGTTGCTGGATAATACGGTAGCCGAATTTCATCCGCGCTTAAAACGCGTTATTGGTGAATGTTACTTGTCATTACGCGACTATGGCAGGGCGGAAGCGTATTATCGAAACTTGCTTACGCAGTATAACCATGCATGGGTTCATATGGGACTGGCCCGATCGCTTTTACGTCAGGATAAGCTGGAAGAAACCGAAGCCCTCGTCGACGAGCTGTTAACCAGAGACGATACACGATTTTTGACCTACGATTTACTTGCCCAGCATTACATCGAGAAAGAGCAATTCGACAAAGCCTATGAGCAGATGCGTGAAGCCAGTAAACTCGCGCCCCGCAATATTGAGCGAAACAAACGTCTGTGGGATCTTGCTCGTTTAAACCACGATAAGCCTGGCCAGTTAATGGCTGTGCAAAATATGGCGAAATATGCCAAGAATTCTATTCATGACTCTCCTGAACTGAGTTTACACGTGTTGCGGGCAACGTTGGATATGGCAACCACTGCGTCTGCTGCAGATGCAGAAAAGCTGGTTCGAAAAGTAGAACTAGACTTAGCAGAAATGTCTAAACAACAGGGCTTGGATAAACTGTTAGGAGAGCAATTTTCCATACTAAACGCCCGCGTTTTATGCCTGCGTAATCAAAAGAAATCAGCCGAAGCCATCATGAAAACCAAAAAGCCGGACACGGAAGGGTTTTCGATGGAAGATAACCTCGACAAAATGAAGGCTTTTCACGAACTTGGTATGAGAGAGCATTGCCTTGCCTTGCTTGAAAAATTGCATAAGCAAATTGCTGGCGATACGTTTAGTAGTCAGGTCGTTGATGAATACTTAAAACAAGAATCAATAGAACGTAAAGAGATAAACTTCACCACCCGTGAGCTTAAAGACATGGCGGCGGTGAATTACAAAGAAAGTCGGTTTATACCCGCATATAATAACCTTCAGCAGGCACTGAGACTTTCGCCAGAGAACAAACAAATAGCGTTAAGCCTGCTAAAGGTGCTGGTGCAATTAAACAAAAAAGAACCGTTGAATAATGAGCAGCTTCAGCAAGCTGTTAAGGCGGCGACAGCGCTTTCGGACGATGGCGTTGGTGGTGCTCAGGCTGAAAAACGAGACCAATATGTACAGCAATTAAATATTCAGCAAATCGTTGAAGAATCCAATGCGCCGTCCTCGTCGATGTTTAGCTGA	MEKFPPLVPVDELNVLIIDNQGLVHDVISNALKEVGIRKVDSAFNAFHAVRLCEQKTYDFVMIAFNVSNDKDGFHLFEELKHHKHITDKTTVVFLSAETSQALVNCIVELQPADFWVKPLDRQRIEQRLLYLINIRSKLHKLQCCLNQQDYSTAVYYAERQLLDNTVAEFHPRLKRVIGECYLSLRDYGRAEAYYRNLLTQYNHAWVHMGLARSLLRQDKLEETEALVDELLTRDDTRFLTYDLLAQHYIEKEQFDKAYEQMREASKLAPRNIERNKRLWDLARLNHDKPGQLMAVQNMAKYAKNSIHDSPELSLHVLRATLDMATTASAADAEKLVRKVELDLAEMSKQQGLDKLLGEQFSILNARVLCLRNQKKSAEAIMKTKKPDTEGFSMEDNLDKMKAFHELGMREHCLALLEKLHKQIAGDTFSSQVVDEYLKQESIERKEINFTTRELKDMAAVNYKESRFIPAYNNLQQALRLSPENKQIALSLLKVLVQLNKKEPLNNEQLQQAVKAATALSDDGVGGAQAEKRDQYVQQLNIQQIVEESNAPSSSMFS				NA	NA	NA	NA	NA
AK237_03282	1365			hypothetical protein	ATGATGACAGACAAGCTATACGCCTCGCTAAACCCGCGAAATCACTTCATCGAACAACAAATAAAACGCATTGATGGACGAGGCCCTGATCCCCTTTTGAGCAAACACGCGAAAATGGCTGGTTCTCCCTTTTTGTTTTATCGGGGCAGCGCACAACTTTTTTATGCCGATATGCAAGCGAGGCTTATTGCCTTGCCTGAAATACTCTTTTCGTTACCACTCACTTGCATAGTGGGTGACTGCCATATGAGTAACTTTGGCTTCATGACCGAAGAAGGCTCACATGGTGATACTGTCATCTTCTCTCCCAACGACTATGACGACGCATGTGTCGGTCATGCTGTCTGGGATCTCATGCGCTTCATGGTGTCTTTGATACTCGCGGGTGATCACTGTCAGGGGGTAAAAGAAAAGCGGTATCCGTCAGATAAAGCCGGGACATCCAAGCCTACAGTAGATGCCTCTCATGTCGATTTGGCGATGGATGCCTTTCTCGATGGTTATCTGATGGTGTGTGAGCGTGTTTCGCACGACCCCACTGCGCTTTACGACGCGGTTGATTGCATCACGCCCGGCACCCGGCTGCATAAATACTATCTGAAAGCCTGTGACCGTGCCGCTGGAGGCAATGACTTTTTAACCAAAAGCGCATTGGCAAAGTCTGTGCAAATGCGTGACGACGGTCTGGCCTTTCGTAAAAATAATGAAAAGTTTACCCCGCTGGCGCCGCACTACTATCGCGATGTACTTGATGCGTTTTCCCCTTATATGGATGAAGCCGTTATCGATATCGTGCAGCGCAACCAGGCCGGAACAGGCTCCAATAATCTTTCCCGCTTTTATTTCCTCGTTGGACCACAGAAGCCTCACAATGAGACAAGCTTTGCCCGATGCCATATCGTTGAAGTGAAACAGCAACGAGAAGCCGCCCCATTATATTATTTCCCCGGATTGACCCCGGTTAATCGACTCAACCCAGCCCACTTAACAGCAAGATGTCAGCGCAAAATGCAGCGACGCGCCGATCTTTTACTCGATGAGGCAGAATGGCAGGATGACCACTGGTTAGTGCGCTCTCGCCACCACGCCAGAGTAGGCATTTCTCCTGAAGATATTGGTATAGGCAATAAAAGTGTAGAAGGTGGCTTTGTTGACTTTGCTCAGTTGTGTGGTGAAGCGTTGGCATTTGCGCACGCCAGAGGCGACCGGCGCTCGGTAGAGTTTGAATTGGCCGCAGTGGCTATATTAGAAACGCATCGCAAAACGCTGAAAACCGCTGCAAGTGATTATGCCGCTCAGGTAAAATCTGATTTCTCTGGCTGGGTAGCGTATTTTACAGGCTCCGGCGACAAGCCAGCAAACTGA	MMTDKLYASLNPRNHFIEQQIKRIDGRGPDPLLSKHAKMAGSPFLFYRGSAQLFYADMQARLIALPEILFSLPLTCIVGDCHMSNFGFMTEEGSHGDTVIFSPNDYDDACVGHAVWDLMRFMVSLILAGDHCQGVKEKRYPSDKAGTSKPTVDASHVDLAMDAFLDGYLMVCERVSHDPTALYDAVDCITPGTRLHKYYLKACDRAAGGNDFLTKSALAKSVQMRDDGLAFRKNNEKFTPLAPHYYRDVLDAFSPYMDEAVIDIVQRNQAGTGSNNLSRFYFLVGPQKPHNETSFARCHIVEVKQQREAAPLYYFPGLTPVNRLNPAHLTARCQRKMQRRADLLLDEAEWQDDHWLVRSRHHARVGISPEDIGIGNKSVEGGFVDFAQLCGEALAFAHARGDRRSVEFELAAVAILETHRKTLKTAASDYAAQVKSDFSGWVAYFTGSGDKPAN				NA	NA	NA	NA	NA
AK237_03283	564	ahpC_2	COG0450	Alkyl hydroperoxide reductase C	ATGGCAATTATCAACACTGCTATCAAACCTTTTAAAGCGAACGCATTTAAAAACGGTGAATTTGTTGAAGTAAGTAGTGAAGACATCAAGGGTAAATGGGCGGTATTCGTATTCTATCCTGCAGACTTCACTTTTGTTTGCCCAACTGAGCTTGGCGACATTGCTGACAAGTACGAAGAGCTGCAAGCCCGTGGCGTAGAAGTATTCTCAGTATCAACTGATACACACTTCACTCACGCTGCATGGCACGCGTCTTCTGACACCATCGGCAAAATCAAATTTGCAATGATTGGCGACCCTACTGGTGAGATCACACGCAACTTCGATTGTATGCGTGAAAACATGGGTCTGGCTGACCGTGGTACGTTCGTGGTTGACCCTGACGGTATCGTGCAGGCGATGGAAATCACTGCTGAAGGTATCGGCCGTGAAGCAGACGACGTAGTACGTAAAGTTAAAGCAGCTCAATACGTTGCTTCTCACCCTGGTGAAGTATGTCCTGCCAAATGGAAAGAAGGTGAAGCGACATTAGCGCCTTCATTAGACCTGGTAGGCAAGATCTAA	MAIINTAIKPFKANAFKNGEFVEVSSEDIKGKWAVFVFYPADFTFVCPTELGDIADKYEELQARGVEVFSVSTDTHFTHAAWHASSDTIGKIKFAMIGDPTGEITRNFDCMRENMGLADRGTFVVDPDGIVQAMEITAEGIGREADDVVRKVKAAQYVASHPGEVCPAKWKEGEATLAPSLDLVGKI	PGPT0003260_980	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	DETOXIFICATION_OF_PEROXIDIZED_COMPOUNDS,PGPT0003260-ahpC-K24119	NA	NA
AK237_03284	1584	ahpF		NADH dehydrogenase	GTGTTAACTAAAGAAATTTTACAGGCATTGAAAGGCTACACCGCGTCAATGCAGAAAGAAGTAACATTCGTTGTCCAGACTGGCGAGCACAGCAAGCGTGGCGAATTGGTTGAATTTCTGTCTGGCGTAGCAAGTGTAAGCGACAACATTAAGTTGGAAGAACGTGATACAAATGGCGTTTTACGCAGCGCGACAAGCTTTCTGCTTGAAGCTGATGGTGAAGATACCGGTATTCGTTTCTCCGGTATCCCGGGCGGACACGAGTTTAACTCGTTAATCCTGGCTATCTTACATGCGTCAGGCACAGCGCTGAAAGTAGACGACAATCTGCAAAACATCGTTAAAGGTGTCAACGAGCCGCTGCACTTTGAAGTGTTCATCAGCTTAAGTTGCCACAACTGTCCGGATGTTGTGCAGGCGCTGAATCAGTTTGCATTGTTAAACCCTAACATCACATCTGAAATGATTGATGGCGGTGTTTATCCGAAACTGATTGAAGAAAGAGACATTCAGGGTGTACCGAGTGTTTACTTAAATGGCGAATTGTTCGCTAACGGCAAGGTAGATGCGTCTACACTGCTTGATAAACTGTTAGAGCGCGACCCGTCGCTGAAAGAAGCGAATAAGGGTAAAAGCATGCCGCTGCAGGACGTAACCGTAATTGGTGGCGGTCCGGCAGGTGTGAGTGCCGCAATCTACAGTGCACGTAAAGGCTTAAACGTGACCATCGTGGCCGACCGTTTTGGTGGTCAGGTAAAAGATACCATGGGTATCGAAAACTTAATATCAGTGCCGAAAACCACAGGACCCGAATTGGTGGGCAACCTGATGGAGCACATGAAAGATTATGACATCACGTTGAAAGAGCACGTGAAAGTCGAAAACATTGAACGTGGCGACATTAAAATCGTGGCGTTGTCATCCGGCGAAGAAATTCGTACCCGTTCAATCATTGTGGCCACAGGTGCCCGCTGGAGAGAACTGGGAGTTCCGGGTGAGAAAGAAAACGTAGGTAATGGCGTGGCGTACTGCCCGCACTGCGACGGCCCTTTCTTTAAAGGCAAAGACGTGGCTGTTATCGGCGGGGGGAACTCAGGCATCGAGGCTGCTCTTGACCTGGCAGGTATTGTGAAGTCTGTCACCGTGTTCGAGTTTATGCCAACGCTGAAAGCCGATGATGTACTGGTTAAGCAGGCAGAAAAGCGTGACAACATTACCATTCTGCGCAATGTAGCGACGAATCAGATTGTGGCAGAAAACGGCAAAGTAACGGCCATTGAGTACACCAACCGTGAAACGCAGGAAGTGACCACGTTACCGCTGGCAGGCGTGTTCGTCCAGATTGGTCTGGTACCGAACAGTCAGTTCATGCAAGGTGTCGTGGATATGACCAAACACGGTGAAATCATCGTTGATAATAAGTGTATTACTTCTGAGAAAGGCATTTTTGCAGCCGGCGACGTCACCACCGTGCCGTACAAGCAGATTGTCATCTCAATGGGTGAGGGCGCAAAAGCATCATTGTCTGCCTTTGAATACCTGTTGACTCACGAAGTCCCTGCAAGCGAACAGGCAGATGCATAA	MLTKEILQALKGYTASMQKEVTFVVQTGEHSKRGELVEFLSGVASVSDNIKLEERDTNGVLRSATSFLLEADGEDTGIRFSGIPGGHEFNSLILAILHASGTALKVDDNLQNIVKGVNEPLHFEVFISLSCHNCPDVVQALNQFALLNPNITSEMIDGGVYPKLIEERDIQGVPSVYLNGELFANGKVDASTLLDKLLERDPSLKEANKGKSMPLQDVTVIGGGPAGVSAAIYSARKGLNVTIVADRFGGQVKDTMGIENLISVPKTTGPELVGNLMEHMKDYDITLKEHVKVENIERGDIKIVALSSGEEIRTRSIIVATGARWRELGVPGEKENVGNGVAYCPHCDGPFFKGKDVAVIGGGNSGIEAALDLAGIVKSVTVFEFMPTLKADDVLVKQAEKRDNITILRNVATNQIVAENGKVTAIEYTNRETQEVTTLPLAGVFVQIGLVPNSQFMQGVVDMTKHGEIIVDNKCITSEKGIFAAGDVTTVPYKQIVISMGEGAKASLSAFEYLLTHEVPASEQADA	PGPT0013150_411	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	DETOXIFICATION_OF_PEROXIDIZED_COMPOUNDS,PGPT0013150-ahpF-K03387	NA	NA
AK237_03285	510			hypothetical protein	ATGCTCACTGATTATTTTCTTTATTCTGATGTTGTAATGATCGCCACGACACAGCGGCACCTGGTGAATATAGATATCCTTCTCAGTGATATCGAAATGCAGGAAAGCGGTTTTTACGCCGGTGCTGAACATCAAAAATACCTGAATGATTTACTCAGAGAACTGTCAGCGCTGGAAGGCATGATTGAGCATGAAACGGTGCACTCTTTCCAGCAGGCTGTGAGTAGTGCCGGACTGGAAAACGTATTTAAAGACAAAAGACTGGTGAGCATTTACCAGAAGCTTATCAGCAACGTTCTGGCGTACTGGCATACCGTAAATAAAATAGACGATATCCTCGCCAGCCGCTTCGACAGCCATTCGGAGAAACGCCTTGAACTGCTTCAGGCAAAAGCTTCACGGGCAAAGTCGGTATTTAAAACCGTTGCCATGGCGATGGGCAAAAACGATTACTCCCAGTTCATTAGCCTGCTGGGTTTGCAACATGCAGACTGGGCGTGGCGGGAATAA	MLTDYFLYSDVVMIATTQRHLVNIDILLSDIEMQESGFYAGAEHQKYLNDLLRELSALEGMIEHETVHSFQQAVSSAGLENVFKDKRLVSIYQKLISNVLAYWHTVNKIDDILASRFDSHSEKRLELLQAKASRAKSVFKTVAMAMGKNDYSQFISLLGLQHADWAWRE				NA	NA	NA	NA	NA
AK237_03286	561			hypothetical protein	ATGACTGAATCGAAAGCTGATACATCGAGACAACGAATATTAGATGCGGCTACCGATATTGCTGTGCAGGACGGGCCGAAATCGCTGACGCTGGACAACGTGGCGAAACGTTGTGGCATGAGTAAAGGCGGTGTGATGCATCATTTTAAAAATAAAGATGCGCTACTGGCAGGGATAGTGGAAAAAATGCTCAGTGTGATGAGTACAGTAATGTGCGAAGTGGAAAGTGCACACAGCGACGCCTTGCCTATTACGAATATGCTACGTACGCGTCAACGGGCACACCAGACATTAGCGCTTCATCAAGCAAAAATTTTACTGGTAGCGGCGGTAGAAAATCCTGATTTGTTGCTACCGATGCGTGAGATGTTAAAGGGTAAACGACAAGACATTGAGTGTCATGATGCGGTGGATGAAAGCACACTGTTGTGGCTAGCGGCAGATGGACTGAGTTTCCAGGAACTCATGGAAATCAGCCCATTTGATGAAAACGAGCGCACTGCCTTGCGCCAAAAATTAATAAACAAAGCAATCGCTTTAGAGGAAGCACAGAATGACTAA	MTESKADTSRQRILDAATDIAVQDGPKSLTLDNVAKRCGMSKGGVMHHFKNKDALLAGIVEKMLSVMSTVMCEVESAHSDALPITNMLRTRQRAHQTLALHQAKILLVAAVENPDLLLPMREMLKGKRQDIECHDAVDESTLLWLAADGLSFQELMEISPFDENERTALRQKLINKAIALEEAQND				NA	NA	NA	NA	NA
AK237_03287	1101	srpA		Solvent efflux pump periplasmic linker SrpA	ATGACTAACAGGACTCATCGATTATTGCAGGCTGCGTGGATTTGCCTGATTTCTGTGGTGGCACTGGCCGGATGTAGTGGCGAAGCGCAAGAGCAGAAGCAGGCTCCGGCACCGCTGGTACAAATTTTTGAAGTAGGTAATGATGATCAAACGGTTGTCCGCCACTTTGTTGCACGGGTAGACGCATTAAGCACCGTAGATCTATCGTTTCAGGTTGCGGGGCGAATCAATCAGTTAGCAGATAGACAGGGCGTTGTGGTACCTGAAGGCGAATTGCTTGCCGCGCTTGATCCGCAAGATTATGAGCTGGCGCTGAAGCAGGCTGAAGCAAGCTTCCGTAAAGCGAAATCAGACTTCGAGCGAGGTAAGCAACTTCAGAATGATAATTACATCAGCCAAAGTGAATTCGATGCGTTGGAAACAGCCTATGAGAACGCCGAATTAGCGGTAGAAAATGCCCGAATCAATATCGAATATACTGAATTGCATGCGCCCTTTGATGCATTGATTACTAATCGTTTGGTTGAGAAGTTTTCCTATGTGCAACCTAACCAATCGGTATTGCGTGTTCAAAACATTAACTTTTTACGGGTGCACGTGAATGTGCCTGAACAGCTTATGCGGTACGCCGTGGAAGAGAATCCGGTATATCAGGCCTATCTGGAAGATGAAGACGGTAATCTTATCACCGACGATGGGGGCAAGCCTGTAGTACTGAGTTATCTGGAGCACAAGACTGAAATTAATACCGCCACACAAACCTATCAGGTTACCTTCAAGTTACCGCGCTTAGATAATCTTGATTTATTACCGGGAATGGTTCTCACCGCGCGCATTGTGGTCGCCAATCCTATCGGGCCAAGTGGTGTGTGGGTACCACTGAGCGCCATTGATACGTCTGGCTCGTCAGAATTTGCAATTTGGCGGGTAGAGGGAGAGAAAGTTTTCTACCAGCCTGTGAAAGTGGGTCTGGTGCGTGATGATAAAGCGCAAATTATCAGTGGGCTTGATGTCAGTACCCGCTTGGTGGCAGCCGGGGTTGCTAATCTACAAGATGGTATGACAATACGGGAGTTTAATACGGAGAAGCCCGTATTATGA	MTNRTHRLLQAAWICLISVVALAGCSGEAQEQKQAPAPLVQIFEVGNDDQTVVRHFVARVDALSTVDLSFQVAGRINQLADRQGVVVPEGELLAALDPQDYELALKQAEASFRKAKSDFERGKQLQNDNYISQSEFDALETAYENAELAVENARINIEYTELHAPFDALITNRLVEKFSYVQPNQSVLRVQNINFLRVHVNVPEQLMRYAVEENPVYQAYLEDEDGNLITDDGGKPVVLSYLEHKTEINTATQTYQVTFKLPRLDNLDLLPGMVLTARIVVANPIGPSGVWVPLSAIDTSGSSEFAIWRVEGEKVFYQPVKVGLVRDDKAQIISGLDVSTRLVAAGVANLQDGMTIREFNTEKPVL				NA	NA	NA	NA	NA
AK237_03288	3048	swrC_3	COG0841	Swarming motility protein SwrC	ATGAGAATTGCCACGTATTCGATAAAAAATCCGCTCACTGTATGGTTGCTGATGATCATCTGCCTTATTGGCGGCGTGGTTGGTGTTGTTGCTATTGGTAAGTTGGAAGATCCGGCTTTTGCGGTTAAAACTGCCATTGTGACAACAAGCTATCCGGGGGCAACGGCCGAAGAGGTTGAGCAGGAAGTCACTGAGCCATTGGAATCGACGATTCAACAGTTGGCGCAATTGGGTGATATCACGTCGCGGTCTTTGCCTGGACAGTCTCAAATTACGGTTGAAATCCGCGATGACTTTAACAGTGACAACTTGCAACAAGCATGGGATGAACTCAGACGTAAGGTTTCTGCTGCGGCAATGCAGCTACCCTCTGGTGCCGGCTCACCGGTTGTGAATGACGATTTTGGTGACGTTTACGGCATGTTCTATGCGGTCGTCGCTGATGGGTTTTCAAATCGTCAAAAGCAAGAGCTGGCAACGAAGCTTCGTCGTGAAGTACTCACCGTACCTGGCGTTACTCAGGCGCAATTAGCTGGCGTGCCGGAAGAAACTATTTATGTTGAAGTCACACAGGAGAAACTCGCGAGCTTAGGTATTTCCATGTCCAGCATCGCAAGCGTTTTTCAAACGGAAAGTGATATCGCCAATGCCGGTAGTATGCGTTTAGGCGAGCGCAGAATTCGTTTAGTGTTGCCTGCTGGTGATGATTCAGAAGAAACCATCAAAGGATTAAAATTTGGTGTGCCCGGTACAACTGAGCAACTGCATATCGGTGATATTGCCAAAGTATATCGTGTAGAGTCAGAAACGCCGTCTCAGGTGGTGCGTCACAATGGCCATGAAGCCTTTACGCTGGCGATTGCCGGGCGAAGCGACCGCAATATTGTCGATATCGGCCATGCGGTAGAGGCACATTTAGATACCTTACGTTCTCAGCTGCCTTTGGGTGTAGATATCCTGCCTGTTTATGAGCAACACATTGTTGTTGATACCGCCATCAGCGATTTCCTTGTCAATCTGGCTGCTTCTGTGGCTATTGTTGTGGCAGTGCTGCTGCTGGTAATGGGCTGGCGCGTGGGCGTTGTGGTTGGCGGTACATTGTTGCTCACTGTACTGGGTACTGTGCTTACCATGTGGATATTTGAAATTCAGATGGAGCGTATTTCGCTGGGTGCTCTTATCATTGCTATGGGTATGTTGGTAGATAACGCCATCGTGATTGCTGAGTCCATGCTTTTGAATATGCACAAAGGTCAGGATTCCGTGTCGGCAGCTGAAGATGCCGCGCAGCAAACGCAGTACCCATTATTAGCGGCAACCGTTATCGGGATTTTGGCGTTTGCTGGTATCGGCTTATCTCAAGACACCACCGGCGATTTTATGTTCTCGTTGTTCGCGGTGATCTGTATTTCATTGCTGCTTAGCTGGATATTAGCCGTTACCGTGACGCCACTGCTCGGTCATTATTTGTTTACACAGAAAGAAGAAGGCGAAGGGCACGATCCGTATAACAGCCGTGGCTACCATTTTTATAAAGGGCTATTAGGTACAGCGCTGCGGTTTCCGCGCATTACCGTATTAATACTCATTGTGACAACGGCGGTGAGTGTGATGGGATTTGGCTTGGTCAAACAGTCATTTTTTCCGCCTTCAAATACGCCTATTTTCTATATTAATTATACTTTGCCGCAAGGCAGTGATATTCGTGCGACCGAGGCGGATATCACCGATATTGAATCTATTGTGATGTCACGGGAAGAAGTGGTGAATGTCACCAGCTTTGTGGGAATGGGGGCAAGCCGGTTTATGCTGACGTATTCGCCGGATCTACCTAATCCTTCTTTCGGGCAGTTAATCGTCAGAACGCACAATCGTGAGGAAATACCGCATGTGATGAACGCCTTGCGCGAGGAAATACGCGCGCGTCATCCACAAGCCGAGGTATTTACACAGCGCTTATTCTTTGGTCCATCCACCGGTGCAAAAATCGAAGCTCGCTTTAAGGGGAGTGATTCATCTGTGCTTAGAGAACTGGCGGCGCAAGCAGAAGCAATAATGCGAAAAGATGCGACAGTTACGGATGTACGCCAGGACTGGCGTCAGCGCGAGTTTACCCTGTATCCTGTTGTCGACGAGCAAAAAGCAAAAATTGTTGGGCTGTCGCGCACCGATATTGCTGATGCAACAGAGTTTGCAACGGTGGGTAAAAGCGTTGGGATCTACCGTGAAGACGACCGTCAAATTCCTGTGGTGATCCGTCCGCCAGTATCTGAAAGACAAAACATGGAGTGGCTAAAAGACCGCTTGATTTGGAGTGAAGTGCAACAGGACTTTATTCCCATCACCCAAGTGATTAAAGCGTTTGATGTACAAGCCCATGACGGCATTATTAAACGTCGTAACCGGGTAAGAACACTTACTGTTCAGGCCGAACCTGCCGACGGCTTCACCGCGGAAGAAGCGCGACGTAATGTTGCTCAGGCAATTGAAGCCATGCCGTTACCAGATGGTTATAGTTTTGAGTGGGGGGGCGAATTTGAAAGCTCTCGCGATGCGCAAAAGGCGCTGGGTCAACAGTTGCCATTAAGCTTTTTAAGTATGATCCTAATTACTGTGTTGCTGTTTAACGCGGTAAGACAAGCGCTGCTTATTTGGTTTATTGTGCCGATGGCGATTTGCGGTGTCACCGCAGGACTTGTCCTTACCGGCTTGCCGTTTAGTTTTACTGCTTTGCTAGGCTTGTTGAGCCTGTCCGGTATGTTGATTAAGAATGCTATTGTGCTGGTTGATGAGACTGATCTGCGTCGTAAGCAAGGAGGTACGCTTAGAGATGTGATCGTAGGGGCAAGTCTTAGTCGGGTAAGGCCGGTTATGCTTGCTGTACTTACCACTGTACTGGGAATGATACCGTTATTGTGGGATGCATTTTTTGCGAGCATGGCGGTGACAATCATGTCCGGGCTTACGTTTGCAACATTATTGACCCTGGTCGCGGTGCCGGTGTTGTACTCATTGTTTTTTAGTCAAAAAGACATGGGGCACGAGTAG	MRIATYSIKNPLTVWLLMIICLIGGVVGVVAIGKLEDPAFAVKTAIVTTSYPGATAEEVEQEVTEPLESTIQQLAQLGDITSRSLPGQSQITVEIRDDFNSDNLQQAWDELRRKVSAAAMQLPSGAGSPVVNDDFGDVYGMFYAVVADGFSNRQKQELATKLRREVLTVPGVTQAQLAGVPEETIYVEVTQEKLASLGISMSSIASVFQTESDIANAGSMRLGERRIRLVLPAGDDSEETIKGLKFGVPGTTEQLHIGDIAKVYRVESETPSQVVRHNGHEAFTLAIAGRSDRNIVDIGHAVEAHLDTLRSQLPLGVDILPVYEQHIVVDTAISDFLVNLAASVAIVVAVLLLVMGWRVGVVVGGTLLLTVLGTVLTMWIFEIQMERISLGALIIAMGMLVDNAIVIAESMLLNMHKGQDSVSAAEDAAQQTQYPLLAATVIGILAFAGIGLSQDTTGDFMFSLFAVICISLLLSWILAVTVTPLLGHYLFTQKEEGEGHDPYNSRGYHFYKGLLGTALRFPRITVLILIVTTAVSVMGFGLVKQSFFPPSNTPIFYINYTLPQGSDIRATEADITDIESIVMSREEVVNVTSFVGMGASRFMLTYSPDLPNPSFGQLIVRTHNREEIPHVMNALREEIRARHPQAEVFTQRLFFGPSTGAKIEARFKGSDSSVLRELAAQAEAIMRKDATVTDVRQDWRQREFTLYPVVDEQKAKIVGLSRTDIADATEFATVGKSVGIYREDDRQIPVVIRPPVSERQNMEWLKDRLIWSEVQQDFIPITQVIKAFDVQAHDGIIKRRNRVRTLTVQAEPADGFTAEEARRNVAQAIEAMPLPDGYSFEWGGEFESSRDAQKALGQQLPLSFLSMILITVLLFNAVRQALLIWFIVPMAICGVTAGLVLTGLPFSFTALLGLLSLSGMLIKNAIVLVDETDLRRKQGGTLRDVIVGASLSRVRPVMLAVLTTVLGMIPLLWDAFFASMAVTIMSGLTFATLLTLVAVPVLYSLFFSQKDMGHE				NA	NA	NA	NA	NA
AK237_03289	390			hypothetical protein	ATGGGAATTGTTATCGCAATTTGCTTGCCGGCTATCGCTGTTTGGCCCTTTATTTTGGTGAATCAGCAACATCTGCCTTTACCTAAAAATCTACCCGTGCCACGCCCGCTACGCTTTGTTCGAAAAGACGTGTTGCAACACATCGGGCACTACCTTGTTACCCTGGTGATATTATTGCTGGTGAGTTTGCTGTCTAGCCTGGCAATCAGTTTGGCAATGCCAACGGAAGTGACCGGACAATTAGCTACCTGTATTGTCTTACTGCCTGTTATTTGGGGCGGGTTGGCTTATCACTACTTCGCAGTGTCCTCAAAGGTAAAAGCTCTGGGACTTTACAGTGTATTTGCTGCAGTAAGTGTGGCGTACCTTCTTATTTTTCCAGCGTTTTAG	MGIVIAICLPAIAVWPFILVNQQHLPLPKNLPVPRPLRFVRKDVLQHIGHYLVTLVILLLVSLLSSLAISLAMPTEVTGQLATCIVLLPVIWGGLAYHYFAVSSKVKALGLYSVFAAVSVAYLLIFPAF				NA	NA	NA	NA	NA
AK237_03290	1410			hypothetical protein	ATGGATAAATTAACAAAACAAGCGGCGTTAAATGCGCATAGTTGGGTAGGCGTATTTTTAGGTGTGCTGCTGTTTCTGGTTTGCTGGTCGGGCACAGTGGCTGTCTTTCATCAGGAGTTCGAGCGTTGGGAGCAACCAGGCGTACCTGAAATGGGGGCTGTTTCTGGCGATACGATTGATAAAGCAATGGCCAACTTTCTGGCAGAGCATAACGAAGAGACACATCACCTTTTCGTCGTGCTGCCTACTTCGAATATCCCCCGGTTAGTGATAGAAAATGACCAGTCATCCTGGTTTGCCGACGAGAGAGGCGAACTGGTACAGGAAGAGTCAGTGTCGTTCACCAAGATGTTGGTGGATTTGCATTTGTACCTTAATTTACCCGCCAGTTGGGGAATGATTCTGGTCAGTGCGCTGGGGGCGATAATTGTCACCCTGGTGATCACCGGCATTGTTGCCCATAAACGTTTGAAGAAAGATGCGTTTCGGTTACGGCGGGGTGGAAACGGACAGCAATACCAGATTGATTTGCACAATCGCTTTGGTTTATGGGCATCACCTTTCCATCTTATCATTGGAATAACAGGTGCGTACTTCGGATTAGCAGGTCTGGTGCTGGTGTTAGTGGCACAACTGTATTTTGGTGGCGACCGCGATGCGGTGATGGAGAAAATTTTTACGCCAGACCCAGCGCTTTCCCAACCCATATCAACACCTGAAATTGGTAAGGCGGTTGATAAAATGGCCACAATTGCACCTGATAACCAGCTTATTTTTGTAACCGTTCACGAGGTAAATACGCCAGAACAGTTTATTGAAATTTACGCCAAAGTACCGGGTAAAATGATCTATTCTGAGAACTATCGCTTTGATAGTGCAGGTAATTATCTCGGTACAGCCGGTTATGCCGACGGCCATTGGGGCAAGCAGGTGGTTTATGCCATGTACCGCTTACACTTCGGTGATTTTGCCGGCATTCCTAGCAAAATACTGTACTTCGTGCTGGGTATTATGCTGACAGTGTTGTGTATTTCCGGTATGGAAATTTGGCTAGCTAAAAAGGCGAACCCGCCACTGGCCACCCGGTTATGGCAGTGTGTGGTGTGGGGAAGTGTGTCTGCATTAGCGCTAACTGCATTGGTAGATATGTTTGCTGCCATCCCGCTTATTCCTGTTTTCTGGGTTTTAATGGCGCTTAACCTGGTTCTAACGGTGGCAGTGAAGTTTTTGGACAAGTCCGCCTGGCTTGGGATCTCGGCGGTGTCTGTATTGGCAATGTTGGTGGCCTATATTATCCATCACGGTTCTGATGCTTTGATGCTGCCAGCATTACAATTAAACATTCCAATGCTGGCGTATGTTGTGTGGGCACTTATTCGATGTAAACAGCTAAAGCAAAACACTAACTAA	MDKLTKQAALNAHSWVGVFLGVLLFLVCWSGTVAVFHQEFERWEQPGVPEMGAVSGDTIDKAMANFLAEHNEETHHLFVVLPTSNIPRLVIENDQSSWFADERGELVQEESVSFTKMLVDLHLYLNLPASWGMILVSALGAIIVTLVITGIVAHKRLKKDAFRLRRGGNGQQYQIDLHNRFGLWASPFHLIIGITGAYFGLAGLVLVLVAQLYFGGDRDAVMEKIFTPDPALSQPISTPEIGKAVDKMATIAPDNQLIFVTVHEVNTPEQFIEIYAKVPGKMIYSENYRFDSAGNYLGTAGYADGHWGKQVVYAMYRLHFGDFAGIPSKILYFVLGIMLTVLCISGMEIWLAKKANPPLATRLWQCVVWGSVSALALTALVDMFAAIPLIPVFWVLMALNLVLTVAVKFLDKSAWLGISAVSVLAMLVAYIIHHGSDALMLPALQLNIPMLAYVVWALIRCKQLKQNTN				NA	NA	NA	NA	NA
AK237_03291	2184			hypothetical protein	ATGCAAGCTACCATCAAGGCTGACCGCGGCCTGTTTTCCTATCCCAAATACTGGGCGCACTGCTACGGTACTGCGCCCTTTTTACCCATGTCAAAGGAAGAGATGGACGAGCTCGGCTGGGACAGCTGCGATGTGATTCTGGTCACCGGTGATGCGTATGTGGATCACCCCAGTTTTGGTATGGCTGTTATTGGACGGGTACTGGAAGCCCATGGTTTCCGCGTGGGCATTATTGCTCAGCCTGACTGGACCAGCAAAGACGACTTCATGAAACTGGGGAAACCCAATCTGTATTTCGGCGTGACTGCCGGTAATATGGACTCGATGATAAACCGTTATACAGCGGATAAGAAAATTCGCCATGACGATGCCTATACCCCCGGCAATGTGGGCGGCAAAAGGCCTGATCGTGCGGTAACCGTGTATTCCCAGCGCTGCCGAGAAGCCTTTAAAGGCGTGCCGGTTATTGTAGGCGGCATTGAAGCCAGCCTTCGCCGTATTGCACACTACGATTACTGGTCAGAAAAAGTCAGACGTTCCGTGCTGTTTGACAGTAAAGCCGATATGTTGTTTTTCGGTAATGCCGAGCGCCCGCTGGTTGAAGTAACCCACAGACTGGCTGCAGGCGAGAACATTGCCGATATTCAGAATGTGCGTGGTACGGCGATTATCGTAAAAGAGGCGCTACCGGAATGGCAGGGTGTGGACTCCACGTCGCTGGATCGCCCGGGTAAAATTGACCCTATACACTCGCCTTATCAGGAATTACCTGAGTGCGATAAAGAAGATACAACGTCTACAGAAGCACCAGAATCAAAACCGATCGTTATCCAGCCGGTTGAACGCAGAAAGCCGTGGGAACATGTCTATGTAAAACTTCCCGCGTTCGAAGTGGTAAAAGACAACAAAGCGCTTTATGCCCATACTTCCCGTATTCTTCATCAGGAAGTCAACCCTGGCTGCGCCCGTGCGTTAATGCAACGCCATGGCGACCGTCATATCTGGATTAATCCGCCGGCCATGCCGCTGGAAACCGATGAAATGGACGCGGTATTTGATTTGTCGTACCAGCGTATCCCCCACCCGGTTTACGGTGATGCAAAAATACCGGCTTACGACATGATTCGTTTTTCCATTAATATCATGCGTGGCTGTTACGGCGGTTGTACCTTCTGTTCGATTACAGAACACGAAGGCCGCATTATTCAAAGTCGATCTGAAGATTCTATCATCCGTGAAATAGAAGAGATCCGCGATAAGGTACCGGGCTTTACCGGTGTTATTTCTGATCTCGGTGGCCCGACGGCAAATATGTACCGCCTGCGGTGTAAGAGTGCCAAAGCGGAAGCTACCTGTCGCCGTCCATCCTGTGTGTACCCGTCTATCTGTGCACATATGGATACCGACCATAAGCCAACTATCGACTTGTATCGCCGTGCACGGGAACTGCCAGGGATCAAAAAGATACTGATTGCTTCTGGCGTGCGTTACGACCTGGCGGTAGAAGACCCTGAATATGTAAAAGAACTGGCATTGCATCATACCGGTGGTTATCTGAAAATTGCGCCGGAGCATACCGAGGAAGGGCCGCTCAGCAAGATGATGAAACCCGGTATGGGCAGTTATTACCGGTTTAAAGAATTATTTGATAAGTATTCTGCCGAAGCCGGTAAGAAACAATATCTGATCCCTTATTTTATCGCCTCTCACCCGGGCACAACGGATGAAGATATGCTGAACCTGGCAATCTGGCTGAAAGAAAACCGCTTTAAGCTGGATCAGGTACAGAACTTTTATCCGTCGCCGATGGCGACAGCCACCACGATGTATCACACCGGGGTAAATTCGCTGCGTAAAGTCAATAAAGACAGCGAACAGGTGCCCTCGGCGAAAGGTGAAATTCACCGCCGTCTGCACAAGGCAATGCTGCGTTACCATGATCCGAAAAACTTTGCGCAAATCCGCGAAGCCTTAAAGAAAATGGGTCGTGAAGATCTGATAGGACGTGGTCCGCAACATCTTGTCCCACCAGAAACTGCCGGCGAAAAGCGCCAGAAAGCGCAAAAAGGCAAACGGGGCGAACGAGCGTTAACCAAACATACCGGTTTGCCGCCCAAGGGCTTCCGCGATAAAAAGTCTGGCAGCAAGGGAAAACCAGGCTCACGTCAACAAAGGGCTCGCTAA	MQATIKADRGLFSYPKYWAHCYGTAPFLPMSKEEMDELGWDSCDVILVTGDAYVDHPSFGMAVIGRVLEAHGFRVGIIAQPDWTSKDDFMKLGKPNLYFGVTAGNMDSMINRYTADKKIRHDDAYTPGNVGGKRPDRAVTVYSQRCREAFKGVPVIVGGIEASLRRIAHYDYWSEKVRRSVLFDSKADMLFFGNAERPLVEVTHRLAAGENIADIQNVRGTAIIVKEALPEWQGVDSTSLDRPGKIDPIHSPYQELPECDKEDTTSTEAPESKPIVIQPVERRKPWEHVYVKLPAFEVVKDNKALYAHTSRILHQEVNPGCARALMQRHGDRHIWINPPAMPLETDEMDAVFDLSYQRIPHPVYGDAKIPAYDMIRFSINIMRGCYGGCTFCSITEHEGRIIQSRSEDSIIREIEEIRDKVPGFTGVISDLGGPTANMYRLRCKSAKAEATCRRPSCVYPSICAHMDTDHKPTIDLYRRARELPGIKKILIASGVRYDLAVEDPEYVKELALHHTGGYLKIAPEHTEEGPLSKMMKPGMGSYYRFKELFDKYSAEAGKKQYLIPYFIASHPGTTDEDMLNLAIWLKENRFKLDQVQNFYPSPMATATTMYHTGVNSLRKVNKDSEQVPSAKGEIHRRLHKAMLRYHDPKNFAQIREALKKMGREDLIGRGPQHLVPPETAGEKRQKAQKGKRGERALTKHTGLPPKGFRDKKSGSKGKPGSRQQRAR				NA	NA	NA	NA	NA
AK237_03292	471			hypothetical protein	ATGGAACTCTCTCAGTTTAGTAGTGCATTACAATCCAGCGCATTAACCAGCGCTAATGGAACAACCAGCGTTAACAATATTAAAGCGCAAACTCCACCGCCACCACCGCCTTCACAAGATGAACTCTCAGATTTTATGGCAGAATCCGGTGGCGATGACGAAGTAAAAGCATTTATGCAAAGCATTATGGATATGGAAGCGTCCGGCGAATTTGACGCTCAAAGCCTTGCGAGTACGGCTCCTGCGTCAATGCAAGCATTCGCCGAAGAAAATAACATCGATTTGAAAAGCTTCTTCCAACAGAAGCATGACCAGCAGACCACAGGTTCTTCACCAAAACCTGGCCAGTCACCCATGGCGGCTGGCAATAACCAAACGCAGGCTTACGCAAACAATCAACAGTTAGGTTCAGCGTCTAGTTCATTGATGGAAAAGCTCACTTCCAGCGTAGGCGTTAACACCCTCGCCTGA	MELSQFSSALQSSALTSANGTTSVNNIKAQTPPPPPPSQDELSDFMAESGGDDEVKAFMQSIMDMEASGEFDAQSLASTAPASMQAFAEENNIDLKSFFQQKHDQQTTGSSPKPGQSPMAAGNNQTQAYANNQQLGSASSSLMEKLTSSVGVNTLA				NA	NA	NA	NA	NA
AK237_03293	471			hypothetical protein	ATGGCCTACTGGTTATTTAAATCTGAGCCTGACGCATTTGGTATTGATGATCTCGCAGGACGTCCCTCGCAGACTGAGCCCTGGGATGGGGTAAGGAACTACCAGGCGCGTAATTTTATGCGCGACGACGTGAAACGTGGTGATAAATTATTCTTTTATCATTCAAGCTGCAAGGAAGTAGGAATTGCCGGCGTTGCTGAAATCACCAGGACGGCTTATCCCGACGAGAGTCAGTTTAACCCGGAAAGCCGTTATTATGATCCTAAATCCACCAGGGAAGCGCCGCGTTGGGTCTGTGTGGACGTTACTTTTGTCGAGAAATTTGAAAAGGTACTGCCGTTGGCAGAAATAAAAGCCATGCCGGATATTGAGCAACTTGGCATAGTTAAAAAAGGAAACCGTCTTTCCATCATGCCCGTTGTCGACAGCGAATGGAATGCGCTTTATGCTCGCTGCAAAAAGAATAAGTAA	MAYWLFKSEPDAFGIDDLAGRPSQTEPWDGVRNYQARNFMRDDVKRGDKLFFYHSSCKEVGIAGVAEITRTAYPDESQFNPESRYYDPKSTREAPRWVCVDVTFVEKFEKVLPLAEIKAMPDIEQLGIVKKGNRLSIMPVVDSEWNALYARCKKNK				NA	NA	NA	NA	NA
AK237_03294	1485			hypothetical protein	TTGAGTCAATTTTCACTGTCTGACGTGCTGATGTGTATGCCTGCTTGTGCTTTCGGGTGTAATGGTCGCGATGGACTTATTTATATGAATCGTCTTTGCCAACAGGTCTTTGAGTTGGAAGACAATTATGTGTCTATCAATGAATTGGTATGTGGGAGTGATGCTTTTCTCAATGGCGAAACAGGCTTGTACGATTTAATCCAAACGTCTTTTTCCCTTCGCGATGCATCGCACCGTTCGCTAAACATCGCCCTTCGGATTTGCGGTAAAGTGCATCACGGGTTGCTGACAGTAAGTAACATTCAGCGCAACGATGAGAACTGGACTTTGTTCAGCTTTGTCCCCCAACTCCATGAAGCCACTAACCCACAAGCATTTCACTTTCCGCTTTACGATAATCAGCTGGCTTTTACCCGCTTATTGTCTCAGCTAACGTCGCAACTTATCAACGCATCCTGCGAGCAGTTAGATGATTTAATCGAACAGAATCTTGGCGCATATGGTGCGTTTCGCGGCGTCGATCGCTGTTACTTATTTAAGTTTTCAGACGATTATGAATCTATGAGTAACACTCACGAGTGGGTCGCCGACAACGTGGAACCCTACAAAGCACAGTTACAGCAGCTAAATTGTGCAGATTTACCGTACCTGACCCAGACGTTATCGACACATCGGATTTTTAAAATAGGCGACGTAGCTACATTGCCAGCGAGCGCCTTTAGAGAAAAGGCTGAATTTGAAAGAGAAAATATTCGTTCTATTTTATGTGTAGCGTTACACCTTAACGAGCAATTATACGGTTTTGTTGGTTGTGACATCGTGGGACGGACTTATACGTGGCAAGAATATGATGTGCAATATCTCAAGCTCATCGGCGATATTCTTAGCAACACGTTGGAAAGCCAGGCGAACCGATTAGCGTTGGAAAATGCCCGAAATGCGCTGGAGCAAGCGAATAAAAAACTGGAGAAACTCGCTCATTTAGACGGCCTTACGGAAATTGCCAACCGGCGGTTGTTTGATACGTTTTTAGCGCGCGCCATCAGACGTGCAGCCCGAAACCAAAAGTGTGTAAACTTACTGATGATTGATGTGGACTGTTTTAAGCTGTTTAACGATAGCTACGGCCACCTTAAAGGGGATGAAGCACTAAAAAAGGTAGCGGCCGCAATTAAAAAACACAGTAGGCGTCCTGATGATCTCGCCTCCCGGTTTGGCGGAGAAGAATTTAGCTTATTATTGCCAGGTATTGCTAAGTCTGAAGCCTACGACATCGCCACACGTTTGCACCAGGACATCCACGCGCTTGACATCGCTTTTTCGCACTCCACCATCGCGGAGGTGCTGACGGTGAGTATCGGCGTCGGCTCAATGTTTTGTTCTGCTGACTCTTCTAAAGACGACATTATCGCGCGCGCTGATAAAGCGTTGTATAACGCAAAACAAACAGGAAGAAATAAGGTAGTAGTAGCTGCAGATGAGTAG	MSQFSLSDVLMCMPACAFGCNGRDGLIYMNRLCQQVFELEDNYVSINELVCGSDAFLNGETGLYDLIQTSFSLRDASHRSLNIALRICGKVHHGLLTVSNIQRNDENWTLFSFVPQLHEATNPQAFHFPLYDNQLAFTRLLSQLTSQLINASCEQLDDLIEQNLGAYGAFRGVDRCYLFKFSDDYESMSNTHEWVADNVEPYKAQLQQLNCADLPYLTQTLSTHRIFKIGDVATLPASAFREKAEFERENIRSILCVALHLNEQLYGFVGCDIVGRTYTWQEYDVQYLKLIGDILSNTLESQANRLALENARNALEQANKKLEKLAHLDGLTEIANRRLFDTFLARAIRRAARNQKCVNLLMIDVDCFKLFNDSYGHLKGDEALKKVAAAIKKHSRRPDDLASRFGGEEFSLLLPGIAKSEAYDIATRLHQDIHALDIAFSHSTIAEVLTVSIGVGSMFCSADSSKDDIIARADKALYNAKQTGRNKVVVAADE				NA	NA	NA	NA	NA
AK237_03295	210			hypothetical protein	ATGAAAAATTGGTTAGCATTCTTTATGCTGTTGTTTTCAGCACCTTCTTTCGCCGCAACAGGTACCACCTTCATTGGTATGATCATTGTGGTCGTCTTCGTGACAATTATGCTTATCTTGTATTACCTGGTGGTATCGGAAGTGGGCAGTAAATCTAAAACACCCGCGGAAGAAGACACTAAAAATACTGCAGAACACACCGACAGATAA	MKNWLAFFMLLFSAPSFAATGTTFIGMIIVVVFVTIMLILYYLVVSEVGSKSKTPAEEDTKNTAEHTDR				NA	NA	NA	NA	NA
AK237_03296	891			hypothetical protein	ATGCGTTTCACGCCCCTCGTAGCTGTCACCTTCACTTTTCTTTCACATGCAACACAGGCAGATATTCTTTTTCAAGAATATGTAGTTGACAGTTTCAACGTCAGTTCATGGGGGAGTGAATTTTCGAATTTAATATTAGACGCACCGTCAGTCCCTTTAAGCTTTCAAGTTGCTCTGGACTTGGAGAATAGTAGTTCAGAGTTTGAAAGCCGTATTGATATGCAAGAGCCTGGTTTTCAATACATCTCAGCGCATACTTCACTCAGTCCCGGAACTTTAAATATTTATTCTAGCCTTCCAAGCTTGCAAAATGTTTTTAGCTACCAAAACCAGTCAGCAACTATCAGAGATAGCACCACTTTTTCAAATATTTTATTTGACTACTCAGGAGCACCGTATGCCGACATGCGCGAAAAAGGTGTTTTTCATAGCTACACCGAAAGTACAGTTGATAACATCACCGTTGAAGGGAATATCGAGACTGGTTATTTCACGGAGTTTAGAAGTATATACTCTTCTTCTCTGTCTATTTATGCTCATGAGACATTCTACGAGTTTGATGCTCCTGCACCATCTCCGGCGACAGTAGACGAGTTAGCTGCATTCATCAAAACTTATCCTCTAGAGTTTAGCTTTGGGGTACAGCACTATACTGAGATAAGAAGATATGAAGATGGTGAAATCATTCTCTTTGATGGCTACAGCGAGGTTGATGGTGTATCTCATGGAAGTTTTTCTGTCAGTGGTCTGGCTGATTTCGTATCAGAGAGTGTTATTCCGTCGTCGGTAGAAGTAGAAGAACCAGCAACTAGCGCACTTATTGCTATGACAAGCTTGCTATACTTAATGCGTTTTCGTAAACGAATTAATCCATCAATACGAGAGAAATAG	MRFTPLVAVTFTFLSHATQADILFQEYVVDSFNVSSWGSEFSNLILDAPSVPLSFQVALDLENSSSEFESRIDMQEPGFQYISAHTSLSPGTLNIYSSLPSLQNVFSYQNQSATIRDSTTFSNILFDYSGAPYADMREKGVFHSYTESTVDNITVEGNIETGYFTEFRSIYSSSLSIYAHETFYEFDAPAPSPATVDELAAFIKTYPLEFSFGVQHYTEIRRYEDGEIILFDGYSEVDGVSHGSFSVSGLADFVSESVIPSSVEVEEPATSALIAMTSLLYLMRFRKRINPSIREK				NA	NA	NA	NA	NA
AK237_03298	744	cah	COG3338	Carbonic anhydrase	GTGAAAAGAAGTTTACTTTCTGTTGTGGCACTGGGTCTGTTATCTGCAGCACCGGTTTGGGCGAACGAGCATCACCATTGGAGCTACGACGGACAAGACGGGCCCACGCACTGGGCAGAATTAGAAGGTGATTACGCAACCTGTGGAACAGGGCAAAATCAGTCCCCAATTAATTTAACCGGAATGGTAAGCAGTAAGCTTTCACCACTGGAGTTTGATTACCATCCGGGCGGTTTTGAGGTAGTTAACAATGGTCATGCGGTTCAGGTAAATTATCAGCCGGGCAGTACGCTGCGTATTGATGGTCACGAATACGAACTTAAGCAGTTTCATTTTCATTCGCCCAGCGAGAATACCATTGAGGGCGAATCGTTTCCTATGGAAGCCCATTTTGTTCATAGCGACGAGCAAGGCCACCTGGCGGTATTAGCCGTTATGTTTACGTCCGGAGACGAAAATAGCGAACTGGCAAAAGCCTGGTCAGTGATGCCTGCGGAAGAAAACGCGAGTGAACATACGGCATCGTTAGTTGATGCCAGTGCGTTGTTGCCGCACGACCACCAGTACTATCGCTTTAATGGTTCTCTTACCACACCGCCGTGCTCGGAAGGGGTAACATGGGTTGTTATGAAGCAGGCTGATGAGGCGTCTTCTGCACAAATTCATCATTTTCTGACAAATCTACACCATACCAATAACCGCCCTGTTCAGCCCTTGAACGCGCGGGTGGTCATGCAGGAATAA	MKRSLLSVVALGLLSAAPVWANEHHHWSYDGQDGPTHWAELEGDYATCGTGQNQSPINLTGMVSSKLSPLEFDYHPGGFEVVNNGHAVQVNYQPGSTLRIDGHEYELKQFHFHSPSENTIEGESFPMEAHFVHSDEQGHLAVLAVMFTSGDENSELAKAWSVMPAEENASEHTASLVDASALLPHDHQYYRFNGSLTTPPCSEGVTWVVMKQADEASSAQIHHFLTNLHHTNNRPVQPLNARVVMQE	PGPT0002420_1186	DIRECT EFFECT	BIO-FERTILIZATION	PHOSPHATE_SOLUBILIZATION	K-SOLUBILISATION-OTHER_ACID_METABOLISMS	K-SOLUBILISATION-CARBONIC_ACID_BIOSYNTHESIS,PGPT0002420-cah-K01674	NA	NA
AK237_03299	222		COG4628	DNA-binding protein	ATGCATCAGGCACAACCAAACAACCCCCTTCACGGCTTAACCCTGGAGAAAATACTCGTTCGCCTCCACGGACATTTCGGATGGGAAGGTCTTGATGAACGCATTCATCTGAATTGCTTCAGCAACGAGCCATCAATCAAATCATCGCTCAATTTTCTTCGCCGCACCCCTTGGGCGAGAGCGAAAGTAGAATCACTCTATGTTGATACGTTTTGTGATTAG	MHQAQPNNPLHGLTLEKILVRLHGHFGWEGLDERIHLNCFSNEPSIKSSLNFLRRTPWARAKVESLYVDTFCD				NA	NA	NA	NA	NA
AK237_03300	1233	namA_2		NADPH dehydrogenase	ATGGCAGACAAACATCTTCAGCCGGACCACGTGCTCTATGCGTTGTATCGTTATTGGGCACATGGTGGTGTTGGCATGATCATTACTGGCAATGTAATGATTGATGCAACCGCCATGACTGGTCCGGGTGGGGTGGTGATTCCGCTGGAAGGCCCGTTGGGCGCATTCGAAAAATGGGCCAAAGTCATTAAGTCTGGTGGCGCAAAAGCAGTCATGCAGCTTAATCACCCTGGCCGGCAAATGCCCAAAGAAATGGGCGAAGTGGCCTGGGCGCCATCTGATGTGCCTCTTAAGTTAGGCCGCCACTGCAAACGCTTTGCGAAACCTCAGGCGATGTCTTGTGAGCAAATTCATCAAATAACCCATCAATTTGCCCAGGCGGCAAAACGTGCGAAAGAAGCTGGCTTTGATGGTGTGCAAATTCACGCTGCCCATGGCTATTTGCTTAGCCAGTTTTTGTCTCCACGGGTAAATCAGCGACAGGACGAGTGGGGCGGTTCGTTGATCAATCGTGCCAGATTACTGCTAAATGTGGTGTGTCAGGTGCGCGCACTGTGCGGCAATCAGTTCATCGTTATGGTGAAACTGAACAGTGGCGATTTTCAGCGAGGTGGTTTTTCTGTAGATGAAGCATCGGAAGTGGTAAATCTGCTTTCAACGTTAAATGTCGATATTGTTGAGTTGTCTGGTGGGAATTATGAGTCGCCTGCAATGCAAGGAGTGGCAATGCAGCCTGATGGCCTAACGTCAGGAGCATACTTCAGCAAGATTGCCAGTGCCATTGCGAGTGAAACCAACGTGCCTGTAATGACGACGGGGGGTATTGTGCGTCAAGAGACCGCCCAAGAGGTAGTTGCGAGTGGCTGTGCGTTTGTCGGGATAGCCAGTGCGCTTGCTTTTACCCCTGATTTGGTAAAAAAATGGCAACAAAAACCGGACTATGTGGGTATCCAGCCACAGTGTGATTGGCGAGACAAAACACTGGCATCACTGGTAAAAATGGCAAAGGTGCGTCGTCAACTGCGGCGCCTGGGAAATGACTTAACAACTATGCACAACCCTACAGGGTTTTGGAGCCTGTTGTTGGATGTGTTACACCGCCGTAAAATGACGCGGCTTTATAAGGCATTTATCAGCGCAAAGATCAGAGAGACCATTGCGCCAATGCAGCCTGATGTTACACGCTATGTTTCATCACACGCTGTTTCTGACGTTCCCAGTCGCGATCTTTAA	MADKHLQPDHVLYALYRYWAHGGVGMIITGNVMIDATAMTGPGGVVIPLEGPLGAFEKWAKVIKSGGAKAVMQLNHPGRQMPKEMGEVAWAPSDVPLKLGRHCKRFAKPQAMSCEQIHQITHQFAQAAKRAKEAGFDGVQIHAAHGYLLSQFLSPRVNQRQDEWGGSLINRARLLLNVVCQVRALCGNQFIVMVKLNSGDFQRGGFSVDEASEVVNLLSTLNVDIVELSGGNYESPAMQGVAMQPDGLTSGAYFSKIASAIASETNVPVMTTGGIVRQETAQEVVASGCAFVGIASALAFTPDLVKKWQQKPDYVGIQPQCDWRDKTLASLVKMAKVRRQLRRLGNDLTTMHNPTGFWSLLLDVLHRRKMTRLYKAFISAKIRETIAPMQPDVTRYVSSHAVSDVPSRDL				NA	NA	NA	NA	NA
AK237_03301	489	smpB	COG0691	SsrA-binding protein	ATGGCGAGCATGAAAAAGAACAAATCGAACCAAAATTCCTCAGGCACGATAGCGCTAAATAAAAAGGCGCGTCACGATTATCACCTGCAAGATAAATTCGAAGCTGGTGTGTCATTACAAGGCTGGGAACTAAAAAGTATTCGCGAAGGTAAAGTGAACATTACCGACGCCTACATTATTTTGCAAAACGCTGAAGCCTATCTGGTAGGTGCGCGTATCACACCATTAAATCAAGCGTCGACGCATGTGATTTGCGAGCCGGAACGAGCCCGTAAATTATTGCTGAATAAGAAAGAAATCGACAGATTGATAGGCGGGCGCGAGCGTCAGGGCTACTCTATCGTAGCCACTGCTATGTATTGGAAAAAATGTTGGGTCAAATTAGAAATTTATCTGGCGAAAGGTAAGCAAGAACACGATAAGCGTGATTCGGTTAAAGATCGCGACTGGGAACGTCAGAAACAGCGTGTGATGAAACATAGCGTGTAA	MASMKKNKSNQNSSGTIALNKKARHDYHLQDKFEAGVSLQGWELKSIREGKVNITDAYIILQNAEAYLVGARITPLNQASTHVICEPERARKLLLNKKEIDRLIGGRERQGYSIVATAMYWKKCWVKLEIYLAKGKQEHDKRDSVKDRDWERQKQRVMKHSV	PGPT0014355_1341	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
AK237_03302	429	pasT	COG2867	Persistence and stress-resistance toxin PasT	ATGCCAAGTATCCAACGCAGTGCGTTAGTGGCATACAGTGCCAAGGCTATGTACGACTTGGTGAATGATGTTGCTGCTTACCCGCAATTTTTACCAGGCTGTACTGACAGTAAAGTGTTAGAACGAACAAACGATAAAATGAAAGCGTCTTTGCTGGTATCTAAAGCAGGTATCAAGCAATGGTTTACCACGCTGAACTCTCTTGATCATGCAAGGCGTATAGATATGCAGCTGGTAGATGGGCCGTTCAAACGGCTGTCCGGAGGCTGGACTTTTTCGCCTCTGTCAGACGATGCTTGCAAAATCGAGCTGAGTCTTGATTTTGAGTTTAGTAACCGGCTTACCGAAATGGCATTTGGAAAAGTGTTTAGTGGATTAGCAACCAGTATGGTGAATGCGTTTACGGAACGTGCACGGAGTGTGTACTAA	MPSIQRSALVAYSAKAMYDLVNDVAAYPQFLPGCTDSKVLERTNDKMKASLLVSKAGIKQWFTTLNSLDHARRIDMQLVDGPFKRLSGGWTFSPLSDDACKIELSLDFEFSNRLTEMAFGKVFSGLATSMVNAFTERARSVY	PGPT0027444_1	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-TOXIN-ANTITOXIN_SYSTEM	CE-BACTERIAL_FITNESS-RatA-RatB|YfjG-YfjF|RatAB-SsrAS_SYSTEM,PGPT0027444-toxin_ratA|yfjG-na	NA	NA
AK237_03303	348			hypothetical protein	ATGAGTGAACAAATTACGGTTGAGGTGGCTTATGCGTTACCGCAAAAGCAATCTCTGGTAGAAGTAACGGTACCGGCCGACAGTGATATTGAAAGTATCATCAAAGCGTCAGGTCTTTGCGAATTACACCCGGAAATCGATTTAAGCAACGCCAAGGTTGGGGTGTGGAGTCGTGTGGTAAAAATGCGCGATACAGTAAGTGATGGTGATCGAATCGAAATTTATCGTCCGCTTATTGCCGATCCTAAAGAAATCAGGAAACGTCGTGCTGAAAAGGCCGTCGAAGAGGGGCGTGCTGATAAAGTGACTGGTGGTCGGCCAAATCCGTTAAAAGCAAAGCCTGAATAG	MSEQITVEVAYALPQKQSLVEVTVPADSDIESIIKASGLCELHPEIDLSNAKVGVWSRVVKMRDTVSDGDRIEIYRPLIADPKEIRKRRAEKAVEEGRADKVTGGRPNPLKAKPE	PGPT0027445_186	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-TOXIN-ANTITOXIN_SYSTEM	CE-BACTERIAL_FITNESS-RatA-RatB|YfjG-YfjF|RatAB-SsrAS_SYSTEM,PGPT0027445-antitoxin_ratB|yfjF|pasI-K09801	NA	NA
AK237_03304	474			hypothetical protein	ATGAGAAAAGAAGAAGAACTGTTAGTTGCCTTACGTAAAGTCATCCGTGCCGTTGACTTACGAAGTAAACAGCTCAGTAAGGATGTGGGTCTCACCGGCCCGCAACTTTTAGTCATGCAGAATATTCAGGAGCGTCCCGGCATCATGGTACGCGAAATTGCAGAGAGTATTAATTTAAGCCCTGCCACAATTACGAATATTTTGGATCGCATAGAGGCCAGGGAACTTGTTACGCGGATCAGAAGTACAACCGACAAACGCAAAGTCGGCGTCTACCTTACTGAAAAAGGCGAAGCGTCTTTAGAAAACGCCCCCCGTCCGCTTCAAGAGCACTTCATTGAACGTTTCCACAACATGAAGGACTGGGAGCAAAGTCAGATGGTGGCAACGATGCAACGTATTGCCTCAATGATGGATGCAGAAGATATTGATGCTTCACCCTTTTTAGAAGTGGGTTCGCTACGCGACAAATAG	MRKEEELLVALRKVIRAVDLRSKQLSKDVGLTGPQLLVMQNIQERPGIMVREIAESINLSPATITNILDRIEARELVTRIRSTTDKRKVGVYLTEKGEASLENAPRPLQEHFIERFHNMKDWEQSQMVATMQRIASMMDAEDIDASPFLEVGSLRDK				NA	NA	NA	NA	NA
AK237_03305	1962		COG1292	Glycine betaine transporter	GTGACAGAAACTAAAAAGCCAGCATCGATGCTGAATAAACCTGTATTTATCTCATCTTCGCTGGCCATCCTTGTTTTGTTGATTTATGCAGCAAGTTATCCCGATCAAGCCAATTCGTTTTTCGAGTCGTTGCAGGACACCGTAGCGCAGAACGGCGGCTGGTTTTATATTCTTACCGTTGCCATTATCTTACTCACAGTAGTAATTTTAGGCTTCTCCCGTTATGGCGATATTCGCCTGGGACCTGATCACGCCACCCCCGAATTTAGTAAGCTTACCTGGTTATCAATGCTCTTCGCGGCGGGCATGGGTATCGGCCTTATGTTCTTTGGCGTTGCAGAACCCATAATGCATTTTCTTGCACCGCCAACGGCCGATCCGGGCAGTATTGCCGCGGTAAAAGAAGCCATGAAAACAACGTTTTTCCACTGGGGCGTGCATCCCTGGGCTATTTACGCGGCCGTTGCACTGGTACTGGGTTACTTTGCCTATCGCCACCAGCTTCCGTTAACATTACGTTCCGCGCTTTACCCCCTTATTGGCGATAAGATTTATGGATGGCCGGGGCATCTGGTCGATATCTTTGCTGTTACGTCAACCATTTTCGGCGTATCAACATCACTAGGCTTCGGCGCTGCGCAAATCAATGCTGGGCTGGCGTATGTTTTTGGCATTCCCTCAACCACCGGTGTGCAAATTGGTTTAATGGCCGGCGTTGTTGGTATTGCTATCATTTCTGTCACGACCGGTTTGGATAAAGGTATACGACGCCTCTCTGAAGCCAATATGCTGTTGGCTGTAGCCTTACTGGTATTCATTTTAGTGCTCGGCCCTACCGTATTTCTACTGCAGGCATACATCCAAAATATGGGTGCATATACGTCAGACATTGTCAGGAACACACTTAATCTGTTTGCCTATGCAAAAACTGACTGGATAGGCGGCTGGACCATTTTCTATTGGGGATGGTGGCTTGCCTGGGCACCGTTTGTCGGGCTTTTTATTGCACGGATTTCCTATGGCAGAACCATTCGCGAATTTGTTATGGGTGTGCTGCTAATTCCTACCGCATTTACCCTACTGTGGATGACGGTATTTGGTAATACTGCTATCGATATGGTGCTGGTACAGGGCAAAGAGGCACTTGCCACAATGGTGAACGAAGATACGTCTGTAGCCTTGTTTGTGTTTTTAGAAAACTTCCCGTTTAGTAGTGTACTCACGTTACTGGCCGTACTCATGGTAGTGATTTTCTTTGTCACGTCTTGTGACTCTGGCGCCATGGTTGTAGACATGTTGTGCTCGAATGGACGAAATGACACACCGCTGTGGCAACGCATTTACTGGGCAATTGCTGTCGGTGTAGTGGCCGCCATTCTGCTTTATGCCGGGGGGCTTGGTGCGCTACAGACGATGACTATTGTCGCCGCATTGCCATTCTCCATCATTCTGCTGGTGGCACTTTATGGATTAATGAAAGCGCTGAGGGTGGAAGATTATAAGCGCGAGAGTTTACAAATCAGTGGTTTTCAAACATCCACCGGCGACAGTGATAAGAACTGGCGCTCGCGTCTTGAAAACATCGTGTCTTTTCCCAACAAGAAAGCCGTTAACCGCTTTCTTGAAAAAACCGTACTGGTCGCTTTTAAAGATGTAAAAACAGAATTTGAAAATTTGCAGTTTGATGTGGATATCGAGCAAAAAGAAAAATTCATGATGCTGACAGTGAAGTTAAATGAGCAGCCGGATTTTGTTTACGCAGTGCATCTTACACCAACGGTACAGCCCGATTTAAACGGTACACTGGACATAGATAGTGATGAGACGTACTATCGCGCCGAAGTTCACCTCAGTGAAGGTGGCCAGGGCTATGACATTATGGGTTGGTCGCCGTTAGCGGTGATTAACGATGTCATCGATCAATACCATAAACACCAGCACTTTTTGCATCGGTTAGTGTGA	MTETKKPASMLNKPVFISSSLAILVLLIYAASYPDQANSFFESLQDTVAQNGGWFYILTVAIILLTVVILGFSRYGDIRLGPDHATPEFSKLTWLSMLFAAGMGIGLMFFGVAEPIMHFLAPPTADPGSIAAVKEAMKTTFFHWGVHPWAIYAAVALVLGYFAYRHQLPLTLRSALYPLIGDKIYGWPGHLVDIFAVTSTIFGVSTSLGFGAAQINAGLAYVFGIPSTTGVQIGLMAGVVGIAIISVTTGLDKGIRRLSEANMLLAVALLVFILVLGPTVFLLQAYIQNMGAYTSDIVRNTLNLFAYAKTDWIGGWTIFYWGWWLAWAPFVGLFIARISYGRTIREFVMGVLLIPTAFTLLWMTVFGNTAIDMVLVQGKEALATMVNEDTSVALFVFLENFPFSSVLTLLAVLMVVIFFVTSCDSGAMVVDMLCSNGRNDTPLWQRIYWAIAVGVVAAILLYAGGLGALQTMTIVAALPFSIILLVALYGLMKALRVEDYKRESLQISGFQTSTGDSDKNWRSRLENIVSFPNKKAVNRFLEKTVLVAFKDVKTEFENLQFDVDIEQKEKFMMLTVKLNEQPDFVYAVHLTPTVQPDLNGTLDIDSDETYYRAEVHLSEGGQGYDIMGWSPLAVINDVIDQYHKHQHFLHRLV	PGPT0021960_291	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARNITHINE_USAGE	PLANT_DERIVED_CARNITHINE_DEGRADATION,PGPT0021960-TC_BCT-K03451	NA	NA
AK237_03306	2703	btuB_34		Vitamin B12 transporter BtuB	ATGCAAAAGACACGTCTAAGCTGTGCCATTTTGGCAGCGCTAGCGTCAACGCCGTTGTATGCGCAAGAGACGCAAAGTAAAGCCAAGATCGAGACCATTGAAGTGACCGCCACGAAGCGAACTGAATCTATTCAGGATGTACCGGTAGCGGTATCAGCCCTTAGCGGCGACACTTTGAAAGATATGGGTATTGATAACTTTCAGGAATATGTAGAGTTCCTTCCGAACGTTGTATTCCAAGGGACAGGGCCGGGTCAAAACGAAATATATATTCGTGGTGCAGCGACCACTCAGTCAAGTATTACGCTGTCTTCGGTGCAAGCCTTGCAACCATCTGTAGCGTTCTATCAGGACGAAATGCCAGTGTCGATGGCAGGTCGAAACCTGGATATCTATGCAACAGATGTTGAACGTGTGGAAGTGCTTCCAGGTCCGCAGGGAACGCTATTTGGCGCCAGTTCACAGGCAGGTACGGTGCGCCTGATTACCCGCAAACCAGACCATTCAGGCTTTGCTGCCGGATTTAATACCAGCATTTCAACCACCCAGGGTGGCGAAATGAGTAATTCAGTAGAGGCCTATTTCAATATTGCGCCAACTGATGACCTGGCTTTACGCGTGGTGGCTTACAACGATAAACAAGGTGGCTGGATTGATAATATCGAAAATACGCCTGGAGAAGGTGGATATATCGGCAGTGCAGTGGTTATCGATCGGATTTCCAGCGGGTCATTGCCGGATCCAGTTGGTATGGACAGCCGTCGTGAAATTAACGGCTTTTCTCGCAGCGAGGCGGCGGTGGTGTCACCGCGCAATAGCGAACACGTAGAAGACGACTTTAACGATGCGGTGTATGCAGGTGCACGTTTCGGCTTGTCGTATCATATTAATCCGAACTGGGATGTGCTGGTACAGCATACCGCCCAGACTCTGGACACAGATGGTGTTTTCGCTTATGACCCGACAGTGGGTGAAGACAAAGCCATTCGTTTCCAGGCTGAAGAGAATAAAGACGAATTTGGTTTAACAACCTGGACAGTGGACGGTCGTCTGGACAAGCTGGATGTGGTCTACGCCGGTGGTTATCTGGATCGTGAGATTGATACGCTAACGGATTATACCGGTTATACCAATGGTGGTCTGTTCTCGGCCTATTACGTGTGTACTGATTACAACACCAATAATCCTCTGGATGCCCGTTGTTTAGATCCAACCAAGTTCTATAAAGAAGATACTACTACCACGCGTACGACCCACGAGTTACGCATGGATACTAAATTCGATGGTCCCTGGCACGTTACTGCCGGGCTCTTTTACGACGATCAGGAAGTGGCAACAGTCGGTCAGTTTAAGATCCCTAACACAGAGATTTTTGAGAATCTTGCCGGATCCTGGAACTCACTGGCTGGCAATAAAGGCATCAACAGTGATGGCGGACCGTTCTCTCCGGAAGTCGGCTTTGTCAATGATATTACCCATACCATCGAGCAGATTGCCGTGTTTGGTCAGGTTGACTATGACATCACCGATACGCTGACTGCCAGCTTTGGAGCACGCTGGTATGAGATAGAAGACGCTTATCGCGGTGCAACATCAACCCGTGACGTTACCAGCCGACTCGAAGCCTATGGGTCAGGCATCACCGATCCTGAAGTGTATGGTCCGGATGGGCTGAATGTCGGTGGCGCTGCAACTATCGATGAAGCGTTGCTGAATGGTGACCTCGATGTCAGCCTGCTGGATAGTGATGGCAAACTCACTGTTGACGATACCATCTTTAAATTTGGTTTAGACTGGAAAGTTAACGAAGATGTATTGTTGTTCGCTAACTATTCAGAAGGTTTCCGTCCACCGGTAACTAACCGCTTAGGCGGCGATACCGCAGCCGTACAAACCGGTGCCTTCGAAGGTTTCCGTGTACCGGTTTATTCTACTACCGATACGCTGGATAACTATGAACTGGGTCTGAAAGGCGATTTCCTGGATGGCATTCTGCGCGTCAATGCGACCGCATACTATTCAGAAATTACTGATTTACAAACCTCCCGGTTTGACCCGACGAATATCAGCTTCCTGGTATTTACCGATAATGTGGGTGATGCCGAGATTAAAGGTGTCGATGCTGATATCACGTGGCTGGCGACGGATGATTTGGTTATTAATGCCGCATTCAGCTGGCTGGATACTGAGCTTACCCGCATCAACGATGAGCTGGATGGGATTGCACCAGGTGTAGGTAGTCGTCTGCCATATTCGGCAGAGTTCTCCGGCAACATTAATGCTCGCTATTACTTCGAGCTGAAAGACGGCATGCAAGGCTTTGTTAATGCGTCGGTGGCTTACACCGGCGATCGTTTAGCGGGTATGGTAATGGATGCTTACGCCATGGAAGATGCGACTCAGCTCATTTATGGTCGCGGTTCAGGGCTTAAAATTGAAGACGAAGCTGACGTCTATGAGGGCGTTACGTACCAGGATGCGAATGGTGAAACCATCCGCGGTGGACGATACGTGCAGGAAAGTTACGTGATTAGCAACCTCTCAGTGGGCGTTTCTAAAGATAGCTGGAGAGCAGAGCTGTTCGTTGACAATGTGTTTGATGAATCTGCCATTCTGAATATCGACACCCAGCAATTTACTCCGAAGGTGGTGACAAATCGTCCTCGTACGTTAGGTGTACGTTTCTCTTTCGATTATTATTAA	MQKTRLSCAILAALASTPLYAQETQSKAKIETIEVTATKRTESIQDVPVAVSALSGDTLKDMGIDNFQEYVEFLPNVVFQGTGPGQNEIYIRGAATTQSSITLSSVQALQPSVAFYQDEMPVSMAGRNLDIYATDVERVEVLPGPQGTLFGASSQAGTVRLITRKPDHSGFAAGFNTSISTTQGGEMSNSVEAYFNIAPTDDLALRVVAYNDKQGGWIDNIENTPGEGGYIGSAVVIDRISSGSLPDPVGMDSRREINGFSRSEAAVVSPRNSEHVEDDFNDAVYAGARFGLSYHINPNWDVLVQHTAQTLDTDGVFAYDPTVGEDKAIRFQAEENKDEFGLTTWTVDGRLDKLDVVYAGGYLDREIDTLTDYTGYTNGGLFSAYYVCTDYNTNNPLDARCLDPTKFYKEDTTTTRTTHELRMDTKFDGPWHVTAGLFYDDQEVATVGQFKIPNTEIFENLAGSWNSLAGNKGINSDGGPFSPEVGFVNDITHTIEQIAVFGQVDYDITDTLTASFGARWYEIEDAYRGATSTRDVTSRLEAYGSGITDPEVYGPDGLNVGGAATIDEALLNGDLDVSLLDSDGKLTVDDTIFKFGLDWKVNEDVLLFANYSEGFRPPVTNRLGGDTAAVQTGAFEGFRVPVYSTTDTLDNYELGLKGDFLDGILRVNATAYYSEITDLQTSRFDPTNISFLVFTDNVGDAEIKGVDADITWLATDDLVINAAFSWLDTELTRINDELDGIAPGVGSRLPYSAEFSGNINARYYFELKDGMQGFVNASVAYTGDRLAGMVMDAYAMEDATQLIYGRGSGLKIEDEADVYEGVTYQDANGETIRGGRYVQESYVISNLSVGVSKDSWRAELFVDNVFDESAILNIDTQQFTPKVVTNRPRTLGVRFSFDYY	PGPT0003790_4206	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0003790-hutA|fatA|fct|foxR-K02014	NA	NA
AK237_03307	1962	bepA_7		Beta-barrel assembly-enhancing protease	ATGTCTCAACAATTCCAGTCTCAGCTACAGTCGATAAAACGTGCCCTACAAACTTCACAGTTCGCTGAAGCCAGTAACCAAATCAGGGAACTCATGGCTCAGTCACCCGCCACTTCAGAGCAGGTTGAACTGCTTTATCTGTCAGCGGTAACTCATCGGTTGTCCGGCCAGCATCAACAGGCAAGCGAAGACTTGTCTCAATTACTGGCGATACGGCCCGAGCATGGCCGGGCTTATCAGGAACTGGGATATAATTATCAGGCCCTTAACCAACCGAAAGAGGCCGCCAGTGCCTTCTATAATGCCACGCATTATAACCCTGCGCTGTTAACCAGCTGGAAGCAATTACTGGTGATTTATCAGCATCATCAGGATGACAGCGCCGAGCAACTGGCGTTACAGCAAATCGAGTTTCTTCAGCAACTGCCACCACCTGTCCTCGGCGCTTACGACCTGATGTATGAAAAGAAACTGGGCGCTGCCGAACAGGTCTGTCGGCAATTTTTGCAACAAAATAAACATCATCCCGAAGCCATGTTGTTGCTGGCCGAGCTTGGCGTTCAACTGAAGGTATACCACGACGCTGAGTTCTTGCTGGAGAGTTGCGTCAATCTTTATCCGGATAATCTGCGTGCGGTGATTGACTACTTGTCTCTAGAGACCAAACTGGGTAAGCATCAGAAAGTGGTCGATTTGTGTGAAGCCAAATTGAGTGTCTACCCTGAAAATATACAAATCCTGATGGCTTACGCTAACGCTTTGCTGGGGATAAATAAAACCGAAAGCGCCATTTCGATATTTAACCAGTTGCTCGAAAGCAATGACGATCGGCCCGCGGTCTGGTTGGCTCTGGGTCATGCTTACAAGACAATGGGCCACGCTGATAAGGCTACGCATGCCTATCAGCAGGCTGCTGGATGTCACCCCCAGTTCGGGGATGCCTACTGGAGCCTGGCCAACATGAAGTCATACCGGTTTGATGAATCGACCCTGAGCGAAATGGCGGGGATCGAATCCGCTCCCGGTATCAGTATCGAAGATAAAATTCACTTATGTTTTGCGTTGGGGAAAGGCTTTGAGGATCTCCAACAGTACGAGCGCGCTTTTACCTATTATGCAAAAGGTAATCAGTTAAAATTAAATTCAGTCCAGTTCAATATTGAACGTACTGAAGAAGCCGTTATGGCACAAATTAACGTGTGCCAGACTGACTTTTTCGCTTCAGCCCGGTATGGTTTTCCGTCACCTGATCCCATTTTTATAGTAGGCATGCCCAGGGCTGGTTCTACGCTACTGGAACAAATCCTGGCTTCACATTCTGATATTGACGGCACCATGGAACTGCACGACATTCTGAGCCTGGCGTTATCGGTGAACGGACAGAGTAAGCCTTATCCTTATATACTTCCTGATCTTAGTGATGAACAATGCTATAAGCTGGGCAAACAGTATATTGAACAGACCCGTTACTACCGCGGCTCTGCGCCATTTTTTATTGATAAGATGCCGAATAATTTCATGCACATTGGGTTGATTAAACGAATTTTACCTAATGCGAAAATTATCGATGCACGGCGGGATCCCATGGACTGTTGCTTCAGTAATTTTAAGCAGCTGTTCGGTGAAGGGCAGGAGTTTTCTTACGGCCTTGAAGAAATTGGCCGCTATTACCAGTCGTATGAGAAGATTATGGCGCACTGGGATAGCGTGTTGCCCGGCGCAGTACTGCGTGTGCAGCACGAAGATGTGCTGGATGATCTGGAGGGGCAGGTTAAACGGCTGCTGGATTACCTCGGGCTGCCCTTTGAGGATGCATGTCTTCATTTCCACCAAACTGAACGTTTGATAAAAACGCCTAGCGCCGAGCAGGTGCGTCAGCCGCTTAATCGCTCAGGCCAGGGGCGCTGGCAGCCGTTTGAGGCTAATCTTACCCCCTTACTGAAACGCTTTCAGCAACATTAG	MSQQFQSQLQSIKRALQTSQFAEASNQIRELMAQSPATSEQVELLYLSAVTHRLSGQHQQASEDLSQLLAIRPEHGRAYQELGYNYQALNQPKEAASAFYNATHYNPALLTSWKQLLVIYQHHQDDSAEQLALQQIEFLQQLPPPVLGAYDLMYEKKLGAAEQVCRQFLQQNKHHPEAMLLLAELGVQLKVYHDAEFLLESCVNLYPDNLRAVIDYLSLETKLGKHQKVVDLCEAKLSVYPENIQILMAYANALLGINKTESAISIFNQLLESNDDRPAVWLALGHAYKTMGHADKATHAYQQAAGCHPQFGDAYWSLANMKSYRFDESTLSEMAGIESAPGISIEDKIHLCFALGKGFEDLQQYERAFTYYAKGNQLKLNSVQFNIERTEEAVMAQINVCQTDFFASARYGFPSPDPIFIVGMPRAGSTLLEQILASHSDIDGTMELHDILSLALSVNGQSKPYPYILPDLSDEQCYKLGKQYIEQTRYYRGSAPFFIDKMPNNFMHIGLIKRILPNAKIIDARRDPMDCCFSNFKQLFGEGQEFSYGLEEIGRYYQSYEKIMAHWDSVLPGAVLRVQHEDVLDDLEGQVKRLLDYLGLPFEDACLHFHQTERLIKTPSAEQVRQPLNRSGQGRWQPFEANLTPLLKRFQQH	PGPT0030850_148	PUTATIVE	PGPT	PUTATIVE_PGPTs	PUTATIVE_FUNCTIONS	PUTATIVE_FUNCTIONS-1	PUTATIVE-ENERGY_METABOLISM	PUTATIVE-PHOTOSYSYSTEM_ASSEMBLY,PGPT0030850-ycf3-NA
AK237_03308	813	ppsR	COG1806	Phosphoenolpyruvate synthase regulatory protein	TTGCGTACCGCTTACTACATTTCGGATGGCACAGCCATCACTGCTGAGGTCTTCGGCCACGCCTTACTGTCTCTGTTCCCTATTCAGTTCAATCACACTACGATTCCTTTCGTGGAAACCGAGGAACAAGCTTATAAGGTGCTCGAAAAAATTTCTGAAAGTTTTCAAGATACCGGAGAAAGGCCGCTCGTTTTTTATACAATTGTGAATGTCGATGTGCGCAAAATTATCGCCCGATCAGTGGGTATTAATTATAATTTTCTCGACCAATTCGTAGCGCCTGTCGAAAAAGTACTCGGTGTTCCCTCTAAACCGGAGAAACATCGTACCCACAGTATTCACGAAACCACCTACGATATTCGTATTGAGGCGGTCAACTATGCACTGGCAAACGATGACGGTTCAAACATCAAAAATTACGATGAGGCAGATATCATTTTAGTTGGTGTGTCGCGTTCTGGCAAAACGCCAACGAGCTTATACCTTGCTCTGCAGTACGGGATTAAAGCGGCCAACTATCCCTTCACAGAAGAAGATATGGGAGATATGTTAAAGATGCCGGCGGCGTTACGACAATACAAACAAAAGTTGTTTGGGCTAACCATTCACCCCGAGCGCTTAAGTCAGATCCGTTCCGAGCGCAGAGCGAATAGCCGCTATGCCTCGCTACAACAGTGCCGGATGGAACTCAGGGAGGTTGAGAATCTTTATCGACGCGAGAAAATTCCGTTCCTCAATTCCACCCGCTACTCAGTAGAAGAGATTTCAGCGAAAATCCTTGCTGAGACCGGCTTACAGCGTCGTAAATATTAA	MRTAYYISDGTAITAEVFGHALLSLFPIQFNHTTIPFVETEEQAYKVLEKISESFQDTGERPLVFYTIVNVDVRKIIARSVGINYNFLDQFVAPVEKVLGVPSKPEKHRTHSIHETTYDIRIEAVNYALANDDGSNIKNYDEADIILVGVSRSGKTPTSLYLALQYGIKAANYPFTEEDMGDMLKMPAALRQYKQKLFGLTIHPERLSQIRSERRANSRYASLQQCRMELREVENLYRREKIPFLNSTRYSVEEISAKILAETGLQRRKY				NA	NA	NA	NA	NA
AK237_03309	2373	ppsA	COG0574	Phosphoenolpyruvate synthase	GTGCAAGAATACGTACTTTGGTACCAAGAGTTGGGGATGCATGATGTGGGTCGCGTAGGCGGCAAGAATGCGTCTTTAGGTGAAATGATTTCTAACTTGGCAAATGCAGGTGTGCAGGTGCCAGGCGGTTTTGCAACAACCGCGGATGCATTTAACGAGTTTCTTGAGCAAAGTGGTCTGGAAGCACGGATCCATGATGTACTGGATACCCTGGATGTCGATAATGTCACAGCATTGGCTGAGGCGGGGAAAAATATTCGTCAGTGGATCATCGACACACCATTCCAGCCTGCGCTGGAAAAGGCAATTCAGGAAGCATTTGCAACATTACAGGGCGATGCCGGTGACGAAGCGTCGTTCGCAGTTCGCTCTTCCGCTACCGCAGAAGATATGCCTGATGCGTCTTTCGCAGGACAACAGGAAACTTTCCTTAATGTGAAAGGTTACGATGCTGTGCTGGTCGCCATCAAACATGTATTCGCCTCATTATTTAACGACCGTGCCATTTCGTACCGTGTTCATCAGGGTTACGACCACAAAGGGGTGGCGTTGTCTGCCGGTGTACAGCGCATGGTACGCAGCGACATCGCGTCATCAGGTGTTATGTTCACTATCGATACAGAATCAGGCTTCGATGATGTGGTGTTTGTCACCAGCTCATTTGGCTTAGGTGAAATGGTTGTGCAGGGGGCGGTTAACCCTGACGAATTCTACGTACACAAGCCAACGCTGGCCAATGGCAAGCCGGCTATCCTGCGCCGTAATCTGGGCAGTAAGCTGACGAAAATGATTTATTCTGCAGATGAGTCTCACGGTAAACAGGTATCCATTGTCGATATTGATAAAACCGACAGCCTGCAATTCTCTCTGACGGACGATGAAGTACAGGAGCTGGCGAAACAAGCGGTTATCATTGAAAAGCATTATCAGCGTCCTATGGACATTGAATGGGCTAAAGACGGTACGGACGGCAAGCTGTACATTGTGCAGGCCCGTCCTGAAACGGTACGCAGTCGCGAAGACAGCCAGACAATTGAACGCTTCCACCTTAAAGATAAAAGTAGCATTGTGTGTGAAGGCCGTGCCATCGGACATAAAATTGGAGCCGGTGAAGCGAAAGTGCTCGGCTCAATTGAAGAAATGGACAAAATCCAGGCCGGTGATGTGCTGGTGACAGATATGACGGACCCTGACTGGGAACCCATCATGAAAAAGGCCTCCGCTATTGTGACCAACCGTGGTGGCCGCACGTGTCATGCGGCTATTATCGCTCGTGAATTGGGTATTCCTGCGGTGGTAGGGTGTGGAAATGCCACTGGGTCAATCGCCACCGGCGACAAGGTAACAGTATCTTGTGCAGAAGGTGATACGGGCTACATCTACAGTTCTGAACTGGAATTTGATGTGGTGACTTCTCGTATTGACGCTATGCCCGATTTACCGCTTAAAGTAATGATGAACGTGGGTAACCCTGACCGCGCATTCGATTTCGCCCGCCTGCCAAGCGCCGGTGTGGGACTGGCCCGTCTTGAATTTATAATCAATCGCATGATTGGAGTTCACCCGAAAGCTTTACTGAATTTCGATAGTCAGCCAGAGGAGCTGAAAGAAGAAATCGGTGAAATGATTGCCGGTTACGAGTCTCCGCGTGAATTCTACATCCAGAAACTCGTTGAAGGTATTGCCAGCATTGGGGCAGCATTTTCGCCTAAGAAAGTGATTGTGCGCATGTCTGACTTTAAGTCTAACGAGTACTTCAATCTGGTGGGTGGCTATCAGTACGAGCCCGACGAAGAAAATCCGATGCTCGGTTTCCGTGGGGCGAGCCGCTATGTATCTGAAGATTTCCGCGATTGCTTCGCGCTGGAATGCGAAGCCATTAAGCGGGTACGTAATTTGATGGGACTGACCAACGTTGAAATCATGATCCCCTTCGTCCGTACACTGGAAGAAGGCCGTCAGGTTATCGACATTCTGGCAGAGAATGGACTGAAACAAGGTGACAACGGGTTACGCGTTATTATGATGTGTGAATTACCGTCCAACGCCTTGTTGGCGGATCAGTTCCTGGACATCTTCGATGGCTTCTCCATCGGTTCAAACGACATGACACAGCTTGCGCTGGGTCTTGACCGTGACTCAGGCTTGATTGCTCACCTGTTTGACGAGCGGGACCCTGCCGTGAAAGCGCTGCTCTCTATGGCAATTCGTGCAGCAAAAGCCCGAGGCAAATATGTTGGGATTTGTGGTCAGGGCCCATCGGACCACGACGATTTTGCGGCATGGTTGGTAGAAGAAGGTATCGATTCGGTGTCGTTGAACCCGGACACTGTCGTTGAAACCTGGCTGTACCTGGCAGAAAAGCACGGATAA	MQEYVLWYQELGMHDVGRVGGKNASLGEMISNLANAGVQVPGGFATTADAFNEFLEQSGLEARIHDVLDTLDVDNVTALAEAGKNIRQWIIDTPFQPALEKAIQEAFATLQGDAGDEASFAVRSSATAEDMPDASFAGQQETFLNVKGYDAVLVAIKHVFASLFNDRAISYRVHQGYDHKGVALSAGVQRMVRSDIASSGVMFTIDTESGFDDVVFVTSSFGLGEMVVQGAVNPDEFYVHKPTLANGKPAILRRNLGSKLTKMIYSADESHGKQVSIVDIDKTDSLQFSLTDDEVQELAKQAVIIEKHYQRPMDIEWAKDGTDGKLYIVQARPETVRSREDSQTIERFHLKDKSSIVCEGRAIGHKIGAGEAKVLGSIEEMDKIQAGDVLVTDMTDPDWEPIMKKASAIVTNRGGRTCHAAIIARELGIPAVVGCGNATGSIATGDKVTVSCAEGDTGYIYSSELEFDVVTSRIDAMPDLPLKVMMNVGNPDRAFDFARLPSAGVGLARLEFIINRMIGVHPKALLNFDSQPEELKEEIGEMIAGYESPREFYIQKLVEGIASIGAAFSPKKVIVRMSDFKSNEYFNLVGGYQYEPDEENPMLGFRGASRYVSEDFRDCFALECEAIKRVRNLMGLTNVEIMIPFVRTLEEGRQVIDILAENGLKQGDNGLRVIMMCELPSNALLADQFLDIFDGFSIGSNDMTQLALGLDRDSGLIAHLFDERDPAVKALLSMAIRAAKARGKYVGICGQGPSDHDDFAAWLVEEGIDSVSLNPDTVVETWLYLAEKHG	PGPT0002035_2010	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
AK237_03310	420			hypothetical protein	ATGGCTGAACAACCTGCCTCCAATATCACTGAAGAACAACGACAGCAATGGCTGAACGAGCAATTCCGTAAGGGCGCCAAGCACTTAGCAGAAAATGGGATTGTTGTTTCGACTGTTGATGATGGAATGAGCCGCTTTTTTTACCCATTGTGGGCTGTGTTGAAAGTGACCTCTAATGAAAGTAAAGCGTATTGGGTGCTATGTGGGGATTTACCGTCGGATTTCATGGCAGCCTCAAATGCAAAAAACGGACGTGAAGCGCTAAGACACTTCGTTATGAGCTGGCAGCTTAAATCTGAAAATATTAAACGGTCAAATGTGTCCGATGACACCCAGCGCCATTTTGCCTCTATTATCCAGAACAGAGCAGAACAACTTTACAAATTTCTGGAGAAAGATGCGTTATGGGGAGAAGTTTGA	MAEQPASNITEEQRQQWLNEQFRKGAKHLAENGIVVSTVDDGMSRFFYPLWAVLKVTSNESKAYWVLCGDLPSDFMAASNAKNGREALRHFVMSWQLKSENIKRSNVSDDTQRHFASIIQNRAEQLYKFLEKDALWGEV				NA	NA	NA	NA	NA
AK237_03311	459			hypothetical protein	ATGCGTTTTCAGGTAGAAAGTGTTGATTGGACAAGCGGTAGAAATCGACTCGCGCAACTGCGTGAGCAAGTATTTGTTGTGGAATGGCGTATTCCAAGACAAGCCGAATTCGATGACAGAGATCCTGACGCTTATCACGTACTGGTACTGGATGACCAACACTCACCTATCGCTACTGGCAGAATAACGCAAGACGGCGAAATCGGCCGCATCGCCGTTCTGCAAGCGTATCGTACGCTGGAAGTTTACAAAATCTTATTTAACTCTTTGATTCGACTGGGTAAAACAGCTCGCGTCAGTAATATTAAGGTGGTATGTAATCTTGCCAGTGTCGATGCCCACAAAGCACGGGGCTTCACCCCGGAAGGCCCGGTTTTTATGGAAGCTGGCATACCACGCCAACGCATGTTATGCCCAGTCAGAAGCCTTACACTTCCCTTAATAAGCGAGTGTCACTAA	MRFQVESVDWTSGRNRLAQLREQVFVVEWRIPRQAEFDDRDPDAYHVLVLDDQHSPIATGRITQDGEIGRIAVLQAYRTLEVYKILFNSLIRLGKTARVSNIKVVCNLASVDAHKARGFTPEGPVFMEAGIPRQRMLCPVRSLTLPLISECH				NA	NA	NA	NA	NA
AK237_03312	1152	roxA	COG2850	50S ribosomal protein L16 3-hydroxylase	ATGTATACGTTAAATCCCTCTTTCAAACCACAGCGCTTCTTAGCCGAAAACTGGCAGCAGCAGGCGCTGGTTATCCGACAAGCTTTTATCGACTTTAATGATCCGCTGGATGAAAATGATCTTGCCGGTATGGCCATGGAAGATGAGGTGGATAGCCGTATTGTTCGCAGAACCAATGAAAAGTGGTACGTTAACCATGGCCCGTTTTCCGATTTTGAGTCGGTATGTCAGGGAGAGTGGACACTATTAGTTCAGGCGGTAGATCGCTATTTTAACGATGTAGATAAACTCATGGAGCCCTTTAGTTTTATTCCCTACTGGCGCATGGACGATGTCATGGTGAGTTTTGCGGTCGAAGGGGCCGGCGTGGGGGCACATACCGATCAGTACGATGTTTTCCTGATTCAGGGCAAAGGAAAAAGGCGGTGGCGTGTCGCGCCGCCAGGCAACGCACACACTGTAAGGCCGCATAAGGATTTACAACAAGTCGCGTCGTTCGCCCCAACCATTGATGTTGTGTTATCTCCGGGAGACATATTGTACATTCCTCCGGGATGGGCACATGAAGGCGTGGCGCTTGAGGATTGTCTTACCTACTCAATAGGTTTTCGGGCGCCTACACAGCAGGATTTGCTGCAACAGCTCGCAGACAATCTAGCCGCCAGCACTGTAGGGAAAGCAGACACGAGCCTTCGATTCGGCGATCCTTCGCGGGCACTTCAAAGCCACCCGGCAATGGTAAAAGCTGAGGCGCTTGAAGCATTGCGCTCATTACTTGTCGATTATCTGCAGCAACCTGAAAGTGAAGCCGCGTTGATGAGTATGTTAAGTCAACAACATCTGCCAGACGCCGCTGTGGACGAATCGTTTGATAGCGACGCCGTGCTTGACGCCTTGCATCAGGGATACAGCATTCATCGTTGCCCGGGATGCAAACCGCTGTTCTGTGAAAAGCAAGATACCGCCCTCTTTACGTTTTATGTGAACGGTGAGAAATTTCAGCTCGCTCAGAGCGACAACACCACATTATTGGCAATATTAGCAGGTGAGCCCTATTCGATAACTCAGCACCTGGCTGACGCAGGTAACATTGCGCTGCTAAACCTTTTGTCTATACTGATTAATAAAGGTTACTGGGAATTACGGAACTAA	MYTLNPSFKPQRFLAENWQQQALVIRQAFIDFNDPLDENDLAGMAMEDEVDSRIVRRTNEKWYVNHGPFSDFESVCQGEWTLLVQAVDRYFNDVDKLMEPFSFIPYWRMDDVMVSFAVEGAGVGAHTDQYDVFLIQGKGKRRWRVAPPGNAHTVRPHKDLQQVASFAPTIDVVLSPGDILYIPPGWAHEGVALEDCLTYSIGFRAPTQQDLLQQLADNLAASTVGKADTSLRFGDPSRALQSHPAMVKAEALEALRSLLVDYLQQPESEAALMSMLSQQHLPDAAVDESFDSDAVLDALHQGYSIHRCPGCKPLFCEKQDTALFTFYVNGEKFQLAQSDNTTLLAILAGEPYSITQHLADAGNIALLNLLSILINKGYWELRN				NA	NA	NA	NA	NA
AK237_03313	1173			hypothetical protein	ATGGTGACGTTGATCAGAACATTATCACTTACCTTATTAGCTGCCCTTGCAGTCTATACTGTGATAGTCGTATTGATTCTCAAAGATTTTTCAGTTTCCATCCTGCTACTTATTGCTACTCACGCTTTACTTTTCAGTAGCACCCTTGCCCTCACCTATCATCAGCATCCCGCCGCGGCAGACCGGGCCAGATTCATATTTGTCACCAGCTGTATGACGCTTATCACGCTGCTTTCACTGATGTGGGAAAAAGACACAGGTCTGCAACAATTGTTGTTGGTTGGCATGATCACCAGCGGTTTTATCTTCCCGCGTAGCGAGCAACGTCAGCGACGTTTTGCCGAATACACGTATGGATTGTTGTATATTATTGTTGAGGGAGTAATTGTGTTTAGTGAAACCCATACATGGGCAACACTACGTCTTTCTAATGCCCTTATCCTCGTAGTAGGCGGGCTCATCATGCTGCGCATGCTAAGAAATAAAATAGAGAATCAAGCTGAAGCATTGCTCTTGTCTGAGCGCAGAAACACGACGCTACTGAAGAGCATGCTTCCCAACGCCCCCAATGATCCAAACAAACACTGGCCGCTGGGACACACGGAAAAAATCAGCAATGTATCTGTGTTGTTTGCCGACTTACAAGGCTACACTAAACTTAGCGAACGTTATGATGACATTGAAATTGTAGCCATACTTGATGACCTTTATCGCTTATTCGATGCTCACGCACTACGCTTGGGCGTCGAAAAAGTGAAAACCAACGGCGATGAATATATGGCTGCCACTGGCATTCCGAGCACTCTTGATCAGCTCAACAATAAAGAGAATACCGTGCTCACTTTATGTACCTTTGCCAATGAAATTTTAGATAGTTTCAAGCTGTTATCAGAAGAAAAAGGGCTGGGCTGCAATATTCGTATCGGTATTGCCACCGGTTCGGTCACCGGCGGTATTATCGGTTCCCACAAACCTCATTTTGACATTTGGGGAAAAACCGTTAACCGGGCCGCCCGTCTGGAACAAGCCAGTAAACCCAATACCGTTACGGTCTGTGCCCGTACGCAAGGCTGTCTCGCTGATTCGAACACATCACCATTCGCCTTTTCGAATGGGTTCGTTGTTGGCGACAACCTTGTTGCACATACTTTGCTAACCCCCTCTGAATCATAA	MVTLIRTLSLTLLAALAVYTVIVVLILKDFSVSILLLIATHALLFSSTLALTYHQHPAAADRARFIFVTSCMTLITLLSLMWEKDTGLQQLLLVGMITSGFIFPRSEQRQRRFAEYTYGLLYIIVEGVIVFSETHTWATLRLSNALILVVGGLIMLRMLRNKIENQAEALLLSERRNTTLLKSMLPNAPNDPNKHWPLGHTEKISNVSVLFADLQGYTKLSERYDDIEIVAILDDLYRLFDAHALRLGVEKVKTNGDEYMAATGIPSTLDQLNNKENTVLTLCTFANEILDSFKLLSEEKGLGCNIRIGIATGSVTGGIIGSHKPHFDIWGKTVNRAARLEQASKPNTVTVCARTQGCLADSNTSPFAFSNGFVVGDNLVAHTLLTPSES	PGPT0021560_5265	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-OTHER_QSR|BF_RELATED_SYSTEMS	CE-QSR|BF-cAMP|VFR_SIGNALLING_PATHWAY,PGPT0021560-cyaB|gidA-K01768	NA	NA
AK237_03314	1374	purB	COG0015	Adenylosuccinate lyase	GTGGAACTGACTCAGTTAACCGCAATTTCCCCTGTCGATGGCCGCTATGCAAGCAAAAGTGCAGAGCTGCGCAGCATTTTCAGTGAATACGGCTTATTGAAGTACCGTGTTCAGGTAGAAGTAAGATGGTTACAAATGCTGTCTGAACAGGCTTCAATTTCTGAAGTCCCTGCTTTTAGCGATGAATCTCATGCCCTGCTGAACGACATTGTTGCTTCTTTTTCTGTTGATGATGCAATGCGCATTAAAGAGATTGAGCGCACAACGAATCACGATGTGAAGGCGGTTGAGTACTTCTTAAAAGAAAAGGTAGAAGGCAACAGCGAACTAAACGCTATCAGTGAGTTTATTCACTTTGCCTGTACCTCAGAAGATATCAACAATCTGTCTCACGGCCTGATGTTGACGGAAGCCCGTGACACCGTGCTTCTGCCTTACTGCGATAAGCTGATCAGTGAACTTACCCGTTTAGCGAAAGAATACAAAACCATTCCGATGATGGCCCGTACTCACGGCCAGCCTGCATCGCCTACGACTATGGGTAAAGAAATGGCGAACGTCGCCATGCGTTTACGCCGTCAGCGCGATCAAATTGCTGCGGTTACCCTGCTGGGTAAAATCAACGGTGCGGTGGGTAACTATAATGCTCACCTGTCTGCGTACGCTGATACTGACTGGCACGCCCTGTCGGAGAAATTTGTTACCAGCCTGGGCCTGACATGGAACCCGTACACCACACAAATCGAGCCTCACGATTACATTGCTGAGCTGTTTGATGCCGTGGCCCGTTTCAACACCATCGTGCTGGACTTCGACCGTGACGTCTGGGGCTACATTGCGCTGGGTCACTTCAAGCAAAAAACCATTGCCGGCGAAATCGGTTCTTCTACCATGCCGCACAAAGTCAATCCAATCGACTTTGAAAACTCAGAAGGTAATTTAGGTCTGGCTAACGCGATTTTTGACCATCTGGCCGCCAAACTGCCTGTATCACGCTGGCAGCGCGACCTGACTGACTCTACGGTTCTGCGTAATCTGGGTGTGGGTGTGGGTTATGCGGTCATTGCTTATCAGGCGACTCTGAAAGGGATCAGCAAACTGGAAGTTAACGAAGCCAGCCTGCTTGCTGAACTGGATAATAACTGGGAACTGCTGGCTGAGCCTGTACAAACCGTTATGCGTCGTTATGGCATCGAAAAGCCATACGAGAAGCTCAAAGAGCTGACCCGCGGTAAGAAAGTGAATGCAGAAGTCATGGCTGAGTTCATCGACGGTCTGGCACTGCCTGACGCCGTGAAAGCCGAATTGAAAACCTTGTCTCCTGCCAATTACATCGGTGATGCAATTCGCCTGGTAGATCAGTTGCCGGAATAA	MELTQLTAISPVDGRYASKSAELRSIFSEYGLLKYRVQVEVRWLQMLSEQASISEVPAFSDESHALLNDIVASFSVDDAMRIKEIERTTNHDVKAVEYFLKEKVEGNSELNAISEFIHFACTSEDINNLSHGLMLTEARDTVLLPYCDKLISELTRLAKEYKTIPMMARTHGQPASPTTMGKEMANVAMRLRRQRDQIAAVTLLGKINGAVGNYNAHLSAYADTDWHALSEKFVTSLGLTWNPYTTQIEPHDYIAELFDAVARFNTIVLDFDRDVWGYIALGHFKQKTIAGEIGSSTMPHKVNPIDFENSEGNLGLANAIFDHLAAKLPVSRWQRDLTDSTVLRNLGVGVGYAVIAYQATLKGISKLEVNEASLLAELDNNWELLAEPVQTVMRRYGIEKPYEKLKELTRGKKVNAEVMAEFIDGLALPDAVKAELKTLSPANYIGDAIRLVDQLPE	PGPT0021555_2218	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PURINE_METABOLISM,PGPT0021555-purB-K01756	NA	NA
AK237_03315	627	hflD	COG2915	High frequency lysogenization protein HflD	ATGCTGGATCCAAAAATAGAACAACATATTGCGCTGGCAGGCGTTTGTCAGGCTGCCTCGCTCGTTCAAAAAGTAGCACGAGCAGGCACAGTGGATACCGAAGCATGTGAAGCCAGCCTTTCCAGTATTTTAGTTACGGATCCTGAATCACCCCAACACGTTTTTGGGCAACTGAGTAACCTGAAGGTAGGTTATCAGAGCATTGTTTCTCAGCTCTCTGGCCGTAGCAATCATAAAGATGCAGAGTTAACCCGCTACGTGGCCAGTTTACTTGGCCTGGAAAGAAAGCTCAGCGCCAAACCGGCAGCTTTGAATGAATTAAGCCAACGTATTTCACACGTACAGCGGCAACTGGCACATGTTGATTTCGATAACAGTCAAATCATTGCCTCTTTAGCCAGTATTTACAGCGACATTATCAGTCCGCTGGCGCCCAAGATTCAGGTTGCCGGCAACACAGAACATTTAAGTCGCCCGCTTAATCAACAACGGGTTCGTGCCCTGCTGTTAGCGGGTGTGCGTGCTGCCGTCATGTGGCGACAAATGGGCGGCCGTCGCCGCCAGATACTCTTTAACCGCAAACAAATTTTACACAGTGCAACCCTTGCACTGAGATTAATCAATTAG	MLDPKIEQHIALAGVCQAASLVQKVARAGTVDTEACEASLSSILVTDPESPQHVFGQLSNLKVGYQSIVSQLSGRSNHKDAELTRYVASLLGLERKLSAKPAALNELSQRISHVQRQLAHVDFDNSQIIASLASIYSDIISPLAPKIQVAGNTEHLSRPLNQQRVRALLLAGVRAAVMWRQMGGRRRQILFNRKQILHSATLALRLIN	PGPT0021555_16	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PURINE_METABOLISM,PGPT0021555-purB-K01756	NA	NA
AK237_03316	1116	mnmA	COG0482	tRNA-specific 2-thiouridylase MnmA	ATGTCATCAAATTCAACACCTTCACCTGCTTCTCAAAAAGTCATTGTCGGTATGTCCGGCGGTGTGGATTCTTCTGTTTCTGCGTATCTTCTGCAGCAGCAGGGTTACCAGGTAGAAGGGCTTTTCATGAAAAACTGGGAAGAAGATGACAACGACGAATATTGTGCAGCAGCAGAAGATTTAGCGGATGCACAGGCAGTGGCTGATAAACTGGGCATTGAGTTACACACGATCAATTTTGCCGCTGAGTACTGGGATAATGTATTTGAATACTTCCTGGAAGAATACAAAGCCGGCAGAACGCCCAATCCGGATATTATGTGTAATAAGGAAATCAAGTTTAAAGCTTTCCTTGAGTTCGCCGCAGAAGACTTAGGTGCCGATTACATCGCTACCGGCCACTATGTACGCCGCCGTGAAAAAGACGGTCACTGGCAAATGTTGCGTGGCCTGGACGGTAATAAAGATCAGAGTTACTTCCTTTATACGTTGGGCGAAGAACATGTCGCTAAGACGTTGTTCCCCGTTGGCGAACTGGAAAAGCCCCGTGTCCGGGAAATCGCCGAAGAACAGGGTTTGGTGACTGCTGACAAAAAAGATTCCACCGGCATTTGTTTCATCGGTGAGCGTAAATTCAAAGATTTTCTCTCAAAGTACCTTCCTGCACAGCCGGGTGTTATCGAAACCGCTGAAGGCGAAGTCATCGGTGAACATGAAGGTTTGATGTACCACACCCTGGGTCAGAGAAAAGGCTTACACATTGGCGGTCTGGCAGCCCACGGCGACGACCCGTGGTATGTGGTAGATAAAGATGTCGAGCGCAACGTGTTAATCGTGGGTCAGGGTGCCGACCACCCTCGCCTGTATTCTCATGGCCTGGTGGCAAAACAGTTACACTGGGTGAGCAGAACGCCTGTCACTGAGGAAACCCGTGCTGTGGTTAAAACCCGTTATCGTCAAACGGACATCCCCTGCACTATTCGCCCGATTAATGACGATCAGATTGAAGTAATATTTGATACACCACAAAAAGCTGTCACACCGGGCCAGTCTGCCGTTTTTTACCAGAATGAAGTCTGTCTGGGTGGCGGCATTATTGAGAGCTATATACGCTGA	MSSNSTPSPASQKVIVGMSGGVDSSVSAYLLQQQGYQVEGLFMKNWEEDDNDEYCAAAEDLADAQAVADKLGIELHTINFAAEYWDNVFEYFLEEYKAGRTPNPDIMCNKEIKFKAFLEFAAEDLGADYIATGHYVRRREKDGHWQMLRGLDGNKDQSYFLYTLGEEHVAKTLFPVGELEKPRVREIAEEQGLVTADKKDSTGICFIGERKFKDFLSKYLPAQPGVIETAEGEVIGEHEGLMYHTLGQRKGLHIGGLAAHGDDPWYVVDKDVERNVLIVGQGADHPRLYSHGLVAKQLHWVSRTPVTEETRAVVKTRYRQTDIPCTIRPINDDQIEVIFDTPQKAVTPGQSAVFYQNEVCLGGGIIESYIR				NA	NA	NA	NA	NA
AK237_03317	543	rluE	COG1187	Ribosomal large subunit pseudouridine synthase E	ATGTCATCGGGTAAAATTCTTCTTTTCAACAAGCCGTTCAATGTACTTACCCAGTTCACGGATCAGGAAGGAAGACAAACACTCAAGGATTTCATCCCCGTTCCTGGCGTGTATGCGGCGGGCCGGTTGGATAGAGATTCAGAAGGATTACTTCTGCTTACCAATGACGGAAAGTTGCAGCACCAACTCGCGGATCCAAAAGCGAAAACCAGCAAAACCTACTGGGTACAAGTTGAAGGCGAACCTTCTGACGAAGCTATAAAGCGGCTGCGTGAGGGGGTGGAACTAAAAGATGGTTTGACGCGCCCGGCAAAAGTTAAGCGCATGCCCGAGCCCGATATATGGCCTCGACATCCTCCAGTCCGGTTTAGAAAACACATTCCGACGTCCTGGTTATCAATCACCATCACCGAAGGTAAAAACCGGCAAGTCAGACGCATGACGGCCCACGTCGGTTACCCCACCCTCCGCTTGGTTCGCTATCGTATCGGTAGCTGGACAATTGACGGGATTGCGAACGGTGAATACTTAGAAATTCAATAG	MSSGKILLFNKPFNVLTQFTDQEGRQTLKDFIPVPGVYAAGRLDRDSEGLLLLTNDGKLQHQLADPKAKTSKTYWVQVEGEPSDEAIKRLREGVELKDGLTRPAKVKRMPEPDIWPRHPPVRFRKHIPTSWLSITITEGKNRQVRRMTAHVGYPTLRLVRYRIGSWTIDGIANGEYLEIQ	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
AK237_03318	2226	icd_2	COG2838	Isocitrate dehydrogenase [NADP]	ATGACCAAAGCTAAGTCGACTATCATCTACACTAAAACAGATGAAGCGCCAATGCTGGCGACTTACTCTTTACTGCCAATCATTGAGAAATTTGCCAAATCTGCTGACATCGACATCGAGTTAAGCGATATTTCACTGGCAGCGCGTATTCTCGCCACCTTCCCGGAATACCTGAACGACGATCAAAAAGTGCCAGACGCACTGACTGACCTGGGTGAAAAAACACAGGATCCAGAAGCAAACATCATTAAACTGCCTAACATCAGTGCATCTATTCCCCAATTGCGTGCAGCAATCAAAGAATTAAACGCCAAAGGCTTTAACGTTCCTCCTTACCCTGAAGCGCCGCAAACGGACGAAGAAAAAGATATACGTGAACGTTACGGTAAAGTACTGGGTTCTGCTGTTAACCCGGTTTTGCGTGAAGGTAACTCAGACCGCCGTGCACCAACAGCGGTTAAGAACTTTGCGAAAAAACACCCGCATTCAATGGGTGAGTGGAGCCAGGCTTCACGCTCTCACGTTGCGCACATGCGCGGCGGAGACTTTTTCTCAAGTGAGAAATCGACTACGGTTGAGAAAGCAGGCCATGTAAGCATCGAATTTACCGGTAAAGACGGCAGTAAGAAAACACTGAAACCACGTGTTGACCTGCTGGCGGGCGAAGTTATCGACGGTATGTTCATGAGCAAGAAAGCCCTGTGCAAATTTTTCGAAGAACAAATCGAAGATGCGAAAGAAACCGGTGTCCTTTTCTCCTTACACGTAAAAGCGACCATGATGAAGGTGTCTCACCCGATCGTGTTCGGACACTGTGTAAAAGTGTTTTATAAAGAACTGTTCGACAAGCACGGCGATCTGTTCAAAGAACTCGGTGTTAACCCTAACAATGGTTTAGGCAGCGTTTACGACAAAATCGCTTCTCTGCCAGAATCACAGCGTTCTGAAATCGAAAAAGACATCAACGCCTGTTACGCTGACCGTCCGCCTATGGCAATGGTAAACTCAGACAAAGGTATTTCTAACCTGCACGTGCCTTCAGACGTTATCGTTGATGCGTCTATGCCTGCAATGATCCGTAACAGCGGTCAGATGTGGGGACCAGACGGAAAAGCGCACGATACGAAAGCGGTTATCCCTGAGTCAACTTATGCGACTATTTATCAGGAAGTGATTAACTTCTGTAAGACACACGGTGCGTTTGACCCAACAACCATGGGTACTGTGCCTAACGTGGGTCTGATGGCACAAAAAGCGGAAGAGTACGGTTCACACGATAAGACGTTTGAAATTGAAGCTGACGGTACTGTTCAAATCGTTGATCAGGACGGCACGGTTCTGATTGAGCACAATGTTGAAGCAGGCGATATCTGGCGTATGTGTCAGGCGAAAGACGCGCCAATTCAGGATTGGGTTAAACTGGCCGTTACCCGTGCCCGTAACTCAGGCATGCCGGCGGTATTCTGGCTGGACGATGAGCGTGCCCACGATGCACAGCTAATCAAGAAAGTTGAGAAATACCTGAAAGATCACGACACCAATGGCCTGGATATTCAGATCATGTCGCCTGTGCGTGCTATTCGTTTCTCAATGGAGCGTGCAATCCGCGGTCTGGATACTATTTCTGTAACAGGTAACGTTCTGCGTGACTACCTGACTGACCTGTTCCCGATTCTGGAACTGGGTACCAGTGCGAAAATGCTGTCTATCGTACCTCTGATGGCCGGTGGTGGTCTGTACGAGACCGGTGCGGGCGGTTCAGCGCCTAAGCACATTCAGCAGTTCGTTGAAGAGGGTCACCTGCGTTGGGACTCACTCGGTGAGTTCCTGGCGCTGGCAGTGTCTCTTGAAGAGCTGGCAATCAAGCACAGTAACTCTAAAGCGAAAGCACTGGCGGTTGCCCTCGATAAAGCGACAGAGAAGCTGCTGAACACTGGTAAGTCTCCTGAGCGTAAAGTGGGTCAGCTGGATAACCGTGGCAGCCATGTGTGGCTGGCGCTGTACTGGGCTGAAGCACTGACTGAGCAGACTGAAGACAAAGAACTGGCTGAACTGTTCAAGCCAACTCTGGAAGCGATGACGGCTAACATCGACAAAATCATTGCTGAGATTGATGCGACTCAGGGTCAGCCACAGGATATCGGTGGTTACTACTTCCCTGACGAAGACAAGCTGTATGCTGCGATGTCTCCGAGCAAAACGCTGCAGGAATCCCTGTCAAAGTAA	MTKAKSTIIYTKTDEAPMLATYSLLPIIEKFAKSADIDIELSDISLAARILATFPEYLNDDQKVPDALTDLGEKTQDPEANIIKLPNISASIPQLRAAIKELNAKGFNVPPYPEAPQTDEEKDIRERYGKVLGSAVNPVLREGNSDRRAPTAVKNFAKKHPHSMGEWSQASRSHVAHMRGGDFFSSEKSTTVEKAGHVSIEFTGKDGSKKTLKPRVDLLAGEVIDGMFMSKKALCKFFEEQIEDAKETGVLFSLHVKATMMKVSHPIVFGHCVKVFYKELFDKHGDLFKELGVNPNNGLGSVYDKIASLPESQRSEIEKDINACYADRPPMAMVNSDKGISNLHVPSDVIVDASMPAMIRNSGQMWGPDGKAHDTKAVIPESTYATIYQEVINFCKTHGAFDPTTMGTVPNVGLMAQKAEEYGSHDKTFEIEADGTVQIVDQDGTVLIEHNVEAGDIWRMCQAKDAPIQDWVKLAVTRARNSGMPAVFWLDDERAHDAQLIKKVEKYLKDHDTNGLDIQIMSPVRAIRFSMERAIRGLDTISVTGNVLRDYLTDLFPILELGTSAKMLSIVPLMAGGGLYETGAGGSAPKHIQQFVEEGHLRWDSLGEFLALAVSLEELAIKHSNSKAKALAVALDKATEKLLNTGKSPERKVGQLDNRGSHVWLALYWAEALTEQTEDKELAELFKPTLEAMTANIDKIIAEIDATQGQPQDIGGYYFPDEDKLYAAMSPSKTLQESLSK	PGPT0001170_952	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
AK237_03319	219	cspD	COG1278	Cold shock-like protein CspD	ATGGCGGTTGGTAAAGTTAAATGGTTTAACAATGCTAAAGGATTTGGATTTATCGTTCCTGAGGACGGCGGAGAGGACATTTTTGCCCACTACTCTACCATTCAGATGGAAGGGTATCGTTCTTTGAAGGCAGGCCAGGAAGTAACGTTTGATGTACAGCAAGGCCCTAAGGGTTTGCACGCAGAAAACATTGGTGTTGTCGAAGAACCTGAACGTTAA	MAVGKVKWFNNAKGFGFIVPEDGGEDIFAHYSTIQMEGYRSLKAGQEVTFDVQQGPKGLHAENIGVVEEPER	PGPT0014675_2632	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	LOW_TEMPERATURE_TOLERANCE	COLD_SHOCK_PROTEINS,PGPT0014675-cspA-K03704	NA	NA
AK237_03320	321	clpS	COG2127	ATP-dependent Clp protease adapter protein ClpS	ATGAGTAAAGACAACGCGATCAGTATAGACAAAGAAAAAGAAAGGCTTGCGGACCGACAAAAGACGCAACCGCCTCCGATGTATAAAGTGTTGTTGAACAACGACGATTACACGCCTATGGACTTCGTGGTCGAAGTACTCATGCATTTTTTTAATATGGATGCTGAGAAGGCCAATCAACTTATGCTCACTGTTCATTATCAGGGACGAGCTGTGTGTGGCATATTTACTGCAGAGATTGCAGAAACAAAGGTGATGCAGGTCAATCAGTACGCACGTAAGCATCAACACCCGCTTATGTGCACCATGGAGCAGGCATAA	MSKDNAISIDKEKERLADRQKTQPPPMYKVLLNNDDYTPMDFVVEVLMHFFNMDAEKANQLMLTVHYQGRAVCGIFTAEIAETKVMQVNQYARKHQHPLMCTMEQA				NA	NA	NA	NA	NA
AK237_03321	2277	clpA	COG0542	ATP-dependent Clp protease ATP-binding subunit ClpA	ATGTTGAATAAAGAATTAGAGCAAACGCTGAATGAAGCTTTCGTGTTTGCCAGAGAACATCGTCACGAATTCATGACGGTAGAGCACCTGTTGCTAGCGCTAATGGATAACTCTGCCGCCCGGGATGCACTTAAGGCGTGCGGTGCAAACATCGAGCAAATCAAGGGCGAACTGATTGAGTTTGTTAAAGATACCACGCCATTGATTATGGACGAGCAGGCTAATGACCGTGAGACGCAGCCAACGCTGGGTTTCCAGCGTGTACTTCAGCGCGCGGTTTTTCATGTGCAGTCATCAGGTAAAGACGAAGTAACCGGTGCGAATGTGCTGGTGGCTATTTTTTCCGAGCAGGAATCTCAGGCGGTTTATATTCTTAAGCGTGCTGACGTAACCCGTCTGGACGTGGTCAATTACATCAGCCACGGTGTCAGCAAAAATGAAGATGAAAGTCCGGCTGGCGCAGAAAGCGCTGAAGAGGCTGCTGACGGCGAAGAGTCAGGCTCGGCGTTAAGTAAATATTCCACCGATCTGAACCGTCAGGCGAAGGACGGTAAAATTGACCCGCTTATTGGCCGTGATGCTGAAGTTGAGCGCACCATTCAAATTTTATGTCGTCGTCGTAAAAACAATCCGTTGCTGGTGGGTGAGGCCGGTGTAGGTAAAACCGCTATTGCCGAAGGACTGGCGTATCGTATTGTTAATAACGACGTGCCAGAAGTCATCGCTGAAAGTACAGTGTATTCTCTGGACTTAGGCGGACTACTGGCCGGTACAAAGTACCGCGGTGATTTTGAGAAGCGCTTAAAAGCCATTCTCAAAGAGCTCAGCAAAGACGAAAACGCTATTTTATTCATTGATGAAATCCATACTATCATCGGCGCTGGTGCAGCATCGGGTGGTGTGATGGACGCATCTAACCTGCTGAAGCCAAAACTGAGCTCCGGTGAGTTGCGTTGTATCGGTTCTACGACGTATCAGGAGTATCAGGGGATTTTCGAGAAAGACAGGGCACTTGCCCGTCGTTTCCAGAAAGTCGACGTGGTGGAGCCCTCAGTAAGCGATACGACCAAAATTTTGCTGGGTCTTAAGTCCCGTTATGAAGAACACCATAGTGTGCGCTTTACGCAAAAGGCATTGCAGGCAGCGGCTGAATTGTCTGCCAAGTACATTAACGAGCGTCATTTACCAGACAAAGCTATTGATGTCATGGACGAAGCCGGCGCGAGCCAGCGTTTGCTGCCGGTGTCACGCCGCAAAAAAACCATCAATGTGGCCGATATCGAGCAAATCATCGCCAAGATGGCTCGTATTCCGGAAAAATCGGTTTCCGCCTCTGACCGGGCAGCGCTGAAACATCTTGGTCGTGACCTCAAAATGGTGGTGTTTGGCCAGGACAAGGCTATTGAAACGCTGACCGATGCGATTCATTTATCACGCGCCGGGTTGGGCAGTGAAGAGAAACCTATTGGTAGCTTCTTATTTGCCGGTCCTACCGGGGTGGGTAAAACAGAAGTAACGCAGCAGCTAGCCAAAATTATGGGCGTAGAGCTTATTCGTTTCGATATGTCGGAATACATGGAGCGCCATGCGGTTAGCCGTTTAATTGGTGCGCCTCCTGGTTATGTCGGATTCGATCAAGGTGGTTTACTGACTGATGCCGTGATTAAAAACCCGTATTCAGTGGTACTGCTGGATGAAATCGAAAAAGCGCACAGTGATATTTACAATATCCTGTTGCAGGTGATGGATCATGGCACGCTGACCGACAACAATGGTCGCAAAGTCGACTTCCGTAACGTGGTTGTGGTCATGACCACCAACGCCGGTGTGCAGGAAACGGTACGTAAATCTATTGGCTTTAAACAACAGGATCACAGTCATGACGCGATGTCGGAAATCAACAAGGTGTTTTCACCGGAGTTCCGTAACCGTTTAGACGGTATCATTTGGTTTAATCACCTGGGTACTGACATCATCCTGCAGGTTGTTGACAAGTTTATTATTGAACTTGAAGCGCAGTTGGATACTAAAGGTGTGTCGCTTGAAGTTACCCCGGCTGCCAGAGCGTATCTTGCCGAAAAAGGCTACGATAAGGCCATGGGCGCACGCCCTATGTCTCGCTTGATTAAGGAAGAGATCAAGAAGGAACTGGCGAACGAGCTGTTATTTGGTGAGCTAAGCAAAGGTGGCAGTGTGAAAGTCGATTTGGGAGAGAATAAACTGGAGTTTGCTTTCTCTGGCATCGAAGCGCAAAACGAAGAGGCGGAATCTAACTGA	MLNKELEQTLNEAFVFAREHRHEFMTVEHLLLALMDNSAARDALKACGANIEQIKGELIEFVKDTTPLIMDEQANDRETQPTLGFQRVLQRAVFHVQSSGKDEVTGANVLVAIFSEQESQAVYILKRADVTRLDVVNYISHGVSKNEDESPAGAESAEEAADGEESGSALSKYSTDLNRQAKDGKIDPLIGRDAEVERTIQILCRRRKNNPLLVGEAGVGKTAIAEGLAYRIVNNDVPEVIAESTVYSLDLGGLLAGTKYRGDFEKRLKAILKELSKDENAILFIDEIHTIIGAGAASGGVMDASNLLKPKLSSGELRCIGSTTYQEYQGIFEKDRALARRFQKVDVVEPSVSDTTKILLGLKSRYEEHHSVRFTQKALQAAAELSAKYINERHLPDKAIDVMDEAGASQRLLPVSRRKKTINVADIEQIIAKMARIPEKSVSASDRAALKHLGRDLKMVVFGQDKAIETLTDAIHLSRAGLGSEEKPIGSFLFAGPTGVGKTEVTQQLAKIMGVELIRFDMSEYMERHAVSRLIGAPPGYVGFDQGGLLTDAVIKNPYSVVLLDEIEKAHSDIYNILLQVMDHGTLTDNNGRKVDFRNVVVVMTTNAGVQETVRKSIGFKQQDHSHDAMSEINKVFSPEFRNRLDGIIWFNHLGTDIILQVVDKFIIELEAQLDTKGVSLEVTPAARAYLAEKGYDKAMGARPMSRLIKEEIKKELANELLFGELSKGGSVKVDLGENKLEFAFSGIEAQNEEAESN	PGPT0014575_1295	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	HIGH_TEMPERATURE_TOLERANCE	HEAT_SHOCK_PRTOEINS,PGPT0014575-clpA-K03694	NA	NA
AK237_03322	219	infA	COG0361	Translation initiation factor IF-1	ATGGCAAAAGAAGATTCTATCGAAATGGAAGGAACCGTGGTTGACACACTTCCAAGCACACAATTCCGCGTTGAACTTGAGAACGGTCACGTAGTGACTGCGCACATCTCTGGAAAAATGCGTAAGAACTATATTCGTATTCTTACTGGTGACAAGGTAACCGTAGAGATGACGCCTTACGATCTCACTAAAGGTCGTATCGTTTATCGTGCAAGATAA	MAKEDSIEMEGTVVDTLPSTQFRVELENGHVVTAHISGKMRKNYIRILTGDKVTVEMTPYDLTKGRIVYRAR				NA	NA	NA	NA	NA
AK237_03323	714	bpt	COG2935	Aspartate/glutamate leucyltransferase	ATGAAGTTTGGGCTTACGCAGTCTTTCGCCTGCAGTTATTTACCGAATAAAAATGAGCAACTGTTAGTTTTTGCTGAAACAGAACAGGATCTCAAATACCGTTACGGGCAGCTGATTCAAGCTGGATTCCGGCGTAGCGGCGATCAAATATATCGCCCTCACTGCCCTACTTGCGAAGCGTGTCAGTCTATCAGGATCCCCGTAGATGACTTCTACCCATCCAGAAGCCAACGTCGTATTTTAAAACGAAATGCGCACCTGACAACGGTTCTGTCGACCGAACCCAAGCCGGATTATTTTCCGCTGTATGAAAGATATATTAACGAGCGACACACCGACGGTAGTATGTATCCTGCGGACAGAGCGCAATATGACAGCTTCATATTTTGTAGCTGGAACCCGCCAGTTTTTGTTGAAGCCTACGACGGCGATACGTTGGTAGCTGTGGCTGTCACAGACGATATTGACCATTGTGACGATACCTCTTCGTTTTCGGCTCTGTACACATTTTTTGCACCCGAATTATCATCCTCCTCCATGGGCACCTGGATGATATTGCAACAACTTGCCCACGCCAAACGCCAAGCGCGACGTTTTTTGTACCTCGGTTATCAAATCGATGAGTGCAATAAGATGAATTACAAATCGAAATTTTTGCCCCATGAACGCTTATTTGACATGAAATGGCAAAAATTCATCTCAAAAAAGGCCTGA	MKFGLTQSFACSYLPNKNEQLLVFAETEQDLKYRYGQLIQAGFRRSGDQIYRPHCPTCEACQSIRIPVDDFYPSRSQRRILKRNAHLTTVLSTEPKPDYFPLYERYINERHTDGSMYPADRAQYDSFIFCSWNPPVFVEAYDGDTLVAVAVTDDIDHCDDTSSFSALYTFFAPELSSSSMGTWMILQQLAHAKRQARRFLYLGYQIDECNKMNYKSKFLPHERLFDMKWQKFISKKA				NA	NA	NA	NA	NA
AK237_03324	750	aat	COG2360	Leucyl/phenylalanyl-tRNA--protein transferase	ATGATTGAATTACCCTATCTTAACGTTGAAACCCCCTTTCCTCCCGTTTCGACTGCATTAACGGAACCTAATGGCTTATTGGCCTATGGCGCGACACTCGACGCTCCTCGTCTTTTCCAGGCCTATTCTAACGGTATTTTCCCCTGGTTTAGTGACGATGAACCCATTTTATGGTGGTCGCCCGATCCAAGAGCAATTATCGATCTTGACGATTTTCACGTTTCCCGTTCGCTCAGAAAATTAGCTAACCGACAACAATACCGCGTCACGATGAACCAGTGCTTTGACGAGGTAATTCGCGCGTGTTCTGCCATTCCACGTTTTCACCCAAATAGTAAAGAATTGTCTACCGATACGTGGATCACCGAAGACATGATTATCGCTTACCAACGCCTTCACCAGGCAGGTATCGCGCACTCTGTAGAGGTGTGGAACAGTGAGCAAAAATTGGTAGGTGGTCTTTATGGTGTCGCGGTAGGAGGCGTATTTTGCGGTGAGTCCATGTTCCATCAGGAACCCAACACGTCCAAACTAGCGATGCTCGCGTTAGTTAAGCACATGAAAAGTCATGAATTAGCCTTTATCGATTGTCAGCTTCCCACTGAACACCTTAGTTCTTTAGGCGCAAAAGCGATTTCCCGAAGCACATTTATTAACCGCTTGCGTGAACATAATGCTACAATAGACGAAGACGGCAGAATTACTGCCCACTATCGCAGATGTTGGCAAGGTGGAAATATAACGCCATGA	MIELPYLNVETPFPPVSTALTEPNGLLAYGATLDAPRLFQAYSNGIFPWFSDDEPILWWSPDPRAIIDLDDFHVSRSLRKLANRQQYRVTMNQCFDEVIRACSAIPRFHPNSKELSTDTWITEDMIIAYQRLHQAGIAHSVEVWNSEQKLVGGLYGVAVGGVFCGESMFHQEPNTSKLAMLALVKHMKSHELAFIDCQLPTEHLSSLGAKAISRSTFINRLREHNATIDEDGRITAHYRRCWQGGNITP				NA	NA	NA	NA	NA
AK237_03325	966	trxB_1	COG0492	Thioredoxin reductase	ATGGCAGAAAGCAGACACGTCCGTCTACTTATTCTGGGTTCTGGCCCAGCAGGATATTCAGCAGCAGTTTATGCAGCCAGAGCAAACCTTGAACCCGTTTTATTAACGGGTATTCAGCAAGGTGGCCAACTTACCACAACCACTGAAGTCGAGAACTGGCCGGGTGATCCTGAAGGATTAACGGGTCCTGATTTGATGGTGCGTATGCAAAAGCATGCCGAAAAATTCAATACTGAAATCATTTTTGACCACATCAATAAAACTGATTTCAGCAAGCGGCCGTTCACCCTTTACGGTGACTCAGGCACCTATACCTGCGATGCTCTGATTATTGCTACTGGCGCATCTGCTAAATACTTAGGCTTAGAGTCTGAGGAAGCGTTTAAAGGCAAAGGTGTTTCTGCCTGTGCCACTTGTGACGGTTTCTTCTACCGAAATCAAAAAGTGGCGGTTGTCGGTGGCGGTAATACGGCTGTTGAAGAGGCGTTGTACTTATCTAACATTGCATCAGAAGTGCATGTTATTCACCGTCGCGATAGTTTCCGTAGTGAAAAAATTCTCGAACAGCGTCTGTTGGATAAAGCGGAAAATGGCAACGTCGTTTTACATCTCAATAAAACGCTGGATGAAGTGTTAGGCGATGAGATGGGCGTAACTAAAATTCGCATCGCCGATACCCAGTCTGACGCCAAAGAAGAAATTGATGTTATGGGCTTGTTCATTGCCATAGGACATAAACCTAATACAGACATTTTCGAAGGCCAGCTGGAAATGAAAGACGGCTATATCGTTGTGCAAAGTGGGCTTCAAGGAAACGCCACGCAGACCTCGGTAGAAGGTGTATTTGCTGCCGGAGACGTGAGCGATCATATCTATCGTCAAGCTATTACCTCAGCCGGCACAGGTTGTATGGCAGCACTGGACGCAGAAAAGTTTCTGGACGGTGTTCGCCCGGAGCAAGGCTAA	MAESRHVRLLILGSGPAGYSAAVYAARANLEPVLLTGIQQGGQLTTTTEVENWPGDPEGLTGPDLMVRMQKHAEKFNTEIIFDHINKTDFSKRPFTLYGDSGTYTCDALIIATGASAKYLGLESEEAFKGKGVSACATCDGFFYRNQKVAVVGGGNTAVEEALYLSNIASEVHVIHRRDSFRSEKILEQRLLDKAENGNVVLHLNKTLDEVLGDEMGVTKIRIADTQSDAKEEIDVMGLFIAIGHKPNTDIFEGQLEMKDGYIVVQSGLQGNATQTSVEGVFAAGDVSDHIYRQAITSAGTGCMAALDAEKFLDGVRPEQG	PGPT0013060_4958	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-THIOREDOXINES|THIOESTERASES,PGPT0013060-trxB-K00384	NA	NA
AK237_03326	450			hypothetical protein	ATGTCACAATCTGTTTTCACGTTACTTCGTGATGGCCAGGACTACATGAACACCTGGCCTGTCAAACGTGAGCTTTATGCTTTTTTCCCCGAATGCAGGGTAGTGAGTGCCACTAAATTGGCCATTAAAACGATGCCTCCTCTGGCTATTGTTGCCGCAGGCATGATGCTAAATGTGCAGGGTGGGGTTTATCTGCCTCAAGCCCTGGCGATTGGCTTTTTTTTCCTGAGTTTGCCTTTGCAGGGTTTACTCTGGCTTGGGCATCGGTCAAACCAGGCGTTACCACCGCAAATTAAAAACTGGTATCAGGAAGTGCATCGTAAAATGGTTGCAGAGGGTTGCCAATTGCAAGCCATGCGCTCACAACCCAGATACAAAGAGCTCGCCGCTACGTTGAAAACAGCATTCAGTGAACTGGACCGTGTGTTTACCCAAAAGTGGTTTAACTAG	MSQSVFTLLRDGQDYMNTWPVKRELYAFFPECRVVSATKLAIKTMPPLAIVAAGMMLNVQGGVYLPQALAIGFFFLSLPLQGLLWLGHRSNQALPPQIKNWYQEVHRKMVAEGCQLQAMRSQPRYKELAATLKTAFSELDRVFTQKWFN				NA	NA	NA	NA	NA
AK237_03327	501	sprT		Protein SprT	GTGACAATCAGTAGTCAAGATAAAGAGGCGGTGACCGACGAGGTCAACCGCCTTATTCATATCGCTAACCATTATTTTGATCGCACATTTCCTCAGCCTGCGGTGACATTCCGACGCAGCGGCAAGAATGCAGGTACAGCATTTTTACAGCAAAACCGCGTTAATTTTCATCCCATTCTGTTCGTAGAAAATAAAACCGCATTCTTTGATGAGGTGATACCGCACGAAGTCAGTCATCTGTTAACTTATCAGTTATTCGGTCGCAAGAAACGGGTTAAGCCCCACGGGATAGAGTGGCAGGCAGTAATGCGGGATGTGTACGGTGTATCGCCATCCACAACCCATAGTTTCGACTTAACCAGCCTGAAGATTAAATCGTTCCAGTATCGTTGTGGCTGCGATCGTATTGCACTATCAGTTCGCCGCCATAACAACGTTCTCAAAGGCATGACATATCGCTGCAGACGATGTAATGAAATATTGCAATATGATGAGGTGTAG	MTISSQDKEAVTDEVNRLIHIANHYFDRTFPQPAVTFRRSGKNAGTAFLQQNRVNFHPILFVENKTAFFDEVIPHEVSHLLTYQLFGRKKRVKPHGIEWQAVMRDVYGVSPSTTHSFDLTSLKIKSFQYRCGCDRIALSVRRHNNVLKGMTYRCRRCNEILQYDEV				NA	NA	NA	NA	NA
AK237_03328	1860	sppA	COG0616	Protease 4	ATGGCAGCAAAAGGAAGCTGGGCGAAATCACTTTTTGTGGGTCTATGGACAGTACTCAATTTCGCCAGAAAATTGGTTTTCAATTTCATTTTTTTGGTTCTGATCATCGGCATAATCGTTGCCATAAGCAGCAGTGAAGATCCTATTTCCGTCAAACCAGACAGTGCACTCTTATTGCAGCTGGACGGTGAATTGGTCGTCGAGAAAGAGCAGGTTGAGCCCTTCGCCCAATTCATGCAAGAAGCATTTGGCGAAGAACCTGAGCATCCGGAAGTGCTGGTACGTGATGTTGTTAAAGTGCTCGACAATGCAAAACAAGACTCACGTATTAAAGCATTAGTACTCGATTTATCTGGCTTACAAGGTGGTGGATTAGACAAGCTACGTTCGGTCGCGCAAGCCATTGACGATTTTAAAACTGAGAAGCCTGTTTATGCCATCGGCGACTATTACAGTCAAAACCAGTACTACCTGGCTGCACATGCTGACCATATCTACCTGAATCCGATGGGCGGCGTAATGTTTGAAGGCTACGGGCGCTTTGGCCTCTACTTCAAGGATATGCTCGAAAAACTTCGTATCACCACCCACATATTCAGAGTGGGGACGTATAAATCGGCTGTTGAACCGTTTATTCGAAATGACATGTCCGATGCGGCGAAAGAAGCCAATAAGCTGTGGCTGGACACCTATTGGGCGCAATATAAAACAGATGTCTCGGCAGCACGTGGTATTGATGAGGCAAACTTCGATGAAAAGCTGGATGTATTGCTGAATAAGTTTGAGGAAGCTGGTGCTGATTTTGCCCAATATGCCTTAAAAAATGGCTGGGTGGATGCATTAAAAACCCGTGAAGACGTCAGGGAAGAGTTAGTGGCGCTTGTCGGCTCAGACGAAAACAAACTCGGTGTAAATGTCACGCCTTTCAATACGTACCTCAAAGCGGTAAATCCCCCGCTTCCTCACATATCTAACCTTAACGATAAAGTAGCGATTGTCGTTGCTAAAGGTGAAATTCTTGATGGCATCCAACAGGCAGGAACAATCGGTGGCGACAGCACTGCCCGGCTTCTTCGCCAGGCAAGACTGGATGATACTGTTAAAGCAGTGGTTATGCAGGTAGATTCACCAGGAGGCAGTTCATTTGCTTCTGAAATTATTCGTCAGGAAGTGCTTGAGTTGCAAAAAGCCGGCAAGCCTGTTGTTGTGTCAATGAGTACCTACGCCGCCTCAGGTGGTTACTGGATTTCCGCCCCAGCAGATAAAATTATCGCTTCTCCCAGCACGATCACTGGTTCAATTGGTGTTTTCGGTATGTTTATGACGTTTGAAGACTCTCTTGAGTACCTGGGCGTTAATACTGACGGTGTGGCATCTACCGAAATTGCAGGAATGTCAGCAATGCGCGAACTGGACCCACGTTTTGGTCAAATTTTGCAGCGTAATGTAGAGAGTGCCTATTCGCAGTTCATTACCATGGTTGCTGAATCCAGAGGGATGACGCCTGAAGCGGTTGATAAGATCGCCCAAGGACGGGTATGGATCGGTAGTCAGGCACTTGAACTGGGGCTGGTTGATGAATTGGGCGATATTAACGATGCCATTGCCTCGGCAGCAGAACTTGCCGGCATGGACAATTACGAGACATTTTACGTGGAAAGATTGTTATCACCCCAAGAACAATTCTGGAAAGAATTCTTTGGTCAGGCACTGGTATGGGGCGCGAAAATACAATTCGCCGATAACGACAGCCAATTGCTGAAAATGGTTAAGCACCTACTTTCCGAAACCACGACAGTGACAAACTTAAACGATCCACGTGGTGTTTACACACTGTGTTTGCAATGCAAAGTAAATTAA	MAAKGSWAKSLFVGLWTVLNFARKLVFNFIFLVLIIGIIVAISSSEDPISVKPDSALLLQLDGELVVEKEQVEPFAQFMQEAFGEEPEHPEVLVRDVVKVLDNAKQDSRIKALVLDLSGLQGGGLDKLRSVAQAIDDFKTEKPVYAIGDYYSQNQYYLAAHADHIYLNPMGGVMFEGYGRFGLYFKDMLEKLRITTHIFRVGTYKSAVEPFIRNDMSDAAKEANKLWLDTYWAQYKTDVSAARGIDEANFDEKLDVLLNKFEEAGADFAQYALKNGWVDALKTREDVREELVALVGSDENKLGVNVTPFNTYLKAVNPPLPHISNLNDKVAIVVAKGEILDGIQQAGTIGGDSTARLLRQARLDDTVKAVVMQVDSPGGSSFASEIIRQEVLELQKAGKPVVVSMSTYAASGGYWISAPADKIIASPSTITGSIGVFGMFMTFEDSLEYLGVNTDGVASTEIAGMSAMRELDPRFGQILQRNVESAYSQFITMVAESRGMTPEAVDKIAQGRVWIGSQALELGLVDELGDINDAIASAAELAGMDNYETFYVERLLSPQEQFWKEFFGQALVWGAKIQFADNDSQLLKMVKHLLSETTTVTNLNDPRGVYTLCLQCKVN	PGPT0030320_552	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-Type_V_SECRETION_SYSTEMS	CE-T5a_AUTOTRANSPORTER_SECRETION,PGPT0030320-pspA-K04773	NA	NA
AK237_03329	552	ydjA	COG0778	Putative NAD(P)H nitroreductase YdjA	TTGGATGCACTGGAACTTTTATTGAATCGACGTTCTCAACCCAGGTTAAAGTCTCCGGCACCCGAGGGCCAGCAGCTGGAGAATATCATGCAAGCGGCGTTACGCGCGCCGGATCACGCGTCATTGACGCCTTGGCGCTTTATTGTATGTGAAGGGCAGGGGCTTGTTCGTTTGGGCGCTATATTTGAGCAATCTGCAATCGAAAATGATAAGTCTGAGAAAGAAATTGAACGTGCTCCACAACTGCCATTGCGCGCGCCTTTGATTATTGTTGCTATCATGCAATATCAGGAACATGAAAAAGTACCCAGAGTAGAACAAATCGCATCTACGTCCTGTGCGGTGATGGCGATGCAAATGGCGGCACAGGCACAAGGATTTAATGGGATCTGGCGAACCGGCGCGTACGCGCACTGTGATTTAGTCAAAAGTGCGTTGTCTGTGGGGGAAGAGGACGAAATTGTAGGCTTCTTGTATTTGGGCACGCCTGCCATTACGACCCCTGATAAGCCAGCTGTTAAAAGCGCTGACTACTTTACTTACTGGCAGTAA	MDALELLLNRRSQPRLKSPAPEGQQLENIMQAALRAPDHASLTPWRFIVCEGQGLVRLGAIFEQSAIENDKSEKEIERAPQLPLRAPLIIVAIMQYQEHEKVPRVEQIASTSCAVMAMQMAAQAQGFNGIWRTGAYAHCDLVKSALSVGEEDEIVGFLYLGTPAITTPDKPAVKSADYFTYWQ				NA	NA	NA	NA	NA
AK237_03330	1437	pykA	COG0469	Pyruvate kinase II	ATGACTAGAAGAACGAAGATACTTGCCACATTAGGACCAGCAACCGATACATTAGAACGTATAGAAGCCATCATTGCAGCAGGTGCGAACACAGTGCGAATGAACTTCTCTCACGGTCAGGCTGAAGATCATATAGAACGTGCGAACAAAGTACGTCAGGCTGCAAAAAATCTGAATAAATATGTTGCCATTTTAGGCGATCTCCAGGGGCCGAAAATCCGCGTAGCCCGCTTCAAAGAAGGTGCGGTTCACCTGGATGTTGGTGCACCCTTTATCCTGGATGCTGAATTAGGTAAAGAAGAAGGCGATATCAACGCTGTAGGTATAGATTATAAAGCGCTGCCTGATGATGTCGTCGCCGGCGACATCCTGTTACTCGACGATGGTCGTATTCAGCTGGAAGTGACAGAGGTGATTGGCCGCAAAGTACATACCAAAGTGACTGTAGGCGGAAAGCTATCCAATAACAAAGGTATCAACCGCCAGGGCGGTGGTCTGTCTGCTGAAGCGCTTACAGCAAAAGATAAAGAAGATATTAAAACAGCCGCCAAAATCGGTGTGGATTATCTTGCCGTGTCGTTCCCTCGCTCTGGTGCAGATTTAAATTATGCCCGCGAACTTGCTCGCGAGGCCGGCTGCAATGCCATGATATGTGCTAAAGTTGAGCGCGCAGAAGCGGTAGCGTCAGACGAAGCAATTGACGACATTATCAGCGCATCAGACGCCGTGATGGTTGCTCGTGGTGACCTTGGTGTAGAAATTGGGGATGCTGAACTTGTCGGTGTGCAAAAGAAACTGATTGCTCGCTCTCGCCAGTTAAACAAGGTTGTTATTACCGCCACGCAAATGATGGAATCGATGATTAACAGTCCGATGCCAACGCGTGCAGAAGTAATGGACGTTGCTAACGCCGTACTTGATGGCACAGATGCCGTGATGTTGTCCGCAGAAACCGCAGCAGGTAACTTTCCTGTTGAAACGGTAAAAGCAATGGCGCGTGTATGTGAAGGTGCAGAGACGCACCCAAGTGTCAAACTGTCTAAGCACAGAATGGACGACATATTCTCCACAGTAAGTGAAACCGTAGCACTATCTGCTGTATACGCTGCAAATCACTTGCCTAGCATTAAAGCCATTGTTGCCTTAACGGAAAGCGGCAACACGCCTAAGCTGATGTCACGCATTACATCTTCACTACCCATTATTGCTATGTCGCGCCATGAAGCAACCTTGAATGCGATGGCTTTGTATCGTGGTGTTAAACCGGTTTTCTTCGACTCACGGGACAGTGAGCCAGGTCAGCTTAAGCACGATACCATGGCGGCTTTAAAAGCCATTGGTTTGCTGCAGGAAGGTGACAGCGTCATCATGACCTACGGCGACGAAATGGAGAAAATTGGCGCAACTAACGCGCTAAAAATTGTGCAGGTTGACTAA	MTRRTKILATLGPATDTLERIEAIIAAGANTVRMNFSHGQAEDHIERANKVRQAAKNLNKYVAILGDLQGPKIRVARFKEGAVHLDVGAPFILDAELGKEEGDINAVGIDYKALPDDVVAGDILLLDDGRIQLEVTEVIGRKVHTKVTVGGKLSNNKGINRQGGGLSAEALTAKDKEDIKTAAKIGVDYLAVSFPRSGADLNYARELAREAGCNAMICAKVERAEAVASDEAIDDIISASDAVMVARGDLGVEIGDAELVGVQKKLIARSRQLNKVVITATQMMESMINSPMPTRAEVMDVANAVLDGTDAVMLSAETAAGNFPVETVKAMARVCEGAETHPSVKLSKHRMDDIFSTVSETVALSAVYAANHLPSIKAIVALTESGNTPKLMSRITSSLPIIAMSRHEATLNAMALYRGVKPVFFDSRDSEPGQLKHDTMAALKAIGLLQEGDSVIMTYGDEMEKIGATNALKIVQVD	PGPT0002020_5248	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PURINE_METABOLISM,PGPT0002020-pyk-K00873	NA	NA
AK237_03331	852	hexR	COG1737	HTH-type transcriptional regulator HexR	ATGAATATTCTTGAAAAAATCACGCAAAACAAAGCCGCTTTCAGCAAATCTGAACGAAAAGTTGCCGAAGTTATCCTGGCCAACCCGCAAACGGCGATTCATTCGAGTATAGCAACGCTCGCTAAAATGTCTGACGTTAGCGAACCCACGGTGAATCGATTTTGTCGTCGGTTAGACACCAAAGGTTTTCCCGACTTCAAACTGCATTTGGCCCAAAGCCTCGCTAACGGCACACCATACGTTAACCGCCACGTAGATGAAAGTGATGGTCCGGGTGAATACACCAATAAGATTTTCGAATCGACCATGGCTTCACTGGAAGTCGCTCGTCAATCAATTGATGTTAATACTGTTAATCGGGTCGTTGACCTGTTAACCCAAGCCCAAAAAATCTCTTTCTTTGGCTTAGGTGCATCCGCCTCCGTCGCGCATGATGCGTTAAACAAGTTTTTCCGCTTCAACGTGCCGGTTGTCTATTTTGAAGATATCCTGATGCAACGGATGAGCTGCATGAACTGTACCGACGGCGACGTAGTGGTGCTTATCTCGCACACAGGCCGCACCAAGAGTCTGGTAGAGATAGCACAAATAGCGCGTAGTAACGATGCCACTGTCGTTGGCATTACCTCTGCAGACAGCCCCCTGTCGCGTGAATGCAGTTATGTGTTATCTCTTGAGGTACCGGAAGACACAGACATGTACATGCCCATGGCAAGCCGTATTGCCCAGCTCACGTTAATTGATGTACTGGCCACCGGGTTCACCTTGCGTCGTGGCAACAAGTTCAGAGAGAACCTCAAGCGCGTTAAAGACACGTTGCGAGGGTCGCGCTTCGATAAAAGAGATCTCTAG	MNILEKITQNKAAFSKSERKVAEVILANPQTAIHSSIATLAKMSDVSEPTVNRFCRRLDTKGFPDFKLHLAQSLANGTPYVNRHVDESDGPGEYTNKIFESTMASLEVARQSIDVNTVNRVVDLLTQAQKISFFGLGASASVAHDALNKFFRFNVPVVYFEDILMQRMSCMNCTDGDVVVLISHTGRTKSLVEIAQIARSNDATVVGITSADSPLSRECSYVLSLEVPEDTDMYMPMASRIAQLTLIDVLATGFTLRRGNKFRENLKRVKDTLRGSRFDKRDL	PGPT0017985_1046	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
AK237_03332	1497	zwf	COG0364	Glucose-6-phosphate 1-dehydrogenase	ATGGTAATGGATAATTCCTTTGAACCCTGTGATTTTGTGCTTTTCGGTACATTAGGGGATCTCTCACGACGGAAACTATTGCCGTCCTTGTATCAGTTGGAAAAAGCTGAACTCATTCACCCTGATACCAAAATTATTGGTGTAGCGCGTCAGGATATGAGTATCGAGGACTACAAAAAAGAAGTCCGTAGTAATATTGAAAAATTTGGTGCCAAGCAAGTTTGTGAAGAAACCTGGGGCCGGTTAGAAGCGCGTTTGCAATATGCGTGCGTTGATATGAAAGATACGGAAAGCTATCGTATCTTTGACAGCGTGGTAGACGCTGACCGCGTTATGGTTTGTTACTTAGCAACGCCTCCCTCTATCTACGGTGATATTTGCCGTGGTTTACACAGCTGCGACATCATTGACAGTTCTGTCCGCGTGGTACTGGAAAAGCCCATCGGCCACGACTTAGAATCATCCAAAGTGATTAATGATCAGGTTTCCGAATACTTCAACGAATCGCAAATTTATCGTATTGACCACTATCTGGGTAAAGAAACCGTTCTTAACCTAATCGCATTGCGGTTCGCTAATTCAATTTTTGCCACAAACTGGGATCATAACTCCATCGACCACGTGCAAATTACAGTTGCCGAGTCGGTAGGTATTGAAGGCCGCTGGGGCTATTTTGATGATGCCGGTCAGATGCGTGACATGGTACAAAATCACCTGTTGCAAATCCTGAGCTTGATTGCCATGGAGCCGCCAGCGAATCTGAGCGCTGACAGTATCCGTGATGAGAAATTAAAAGTATTGAAGGCATTACGACCAATTAATCTGAGCAATATTAACGAATCAACCGTTCGTGGCCAGTACACAGCTGGATTCGTGAAAGGCGAAGAGGTGCCGGGTTACCTGGAAGAAGAAGGGGCAAATACTCGCAGCCGTACCGAGTCATTTGTTGCGATTAAGGCCGATATCGATAACTGGCGTTGGGCAGGCGTGCCTTTCTATCTAAGAACCGGTAAGCGATTGCCGACGAAAGTGTCAGAAGTGGTTATCTACTTTAAGCGCCAGCCGCATAACCTGTTTGGGGACAGCTTCCAGAACCTGCCGCCTAATAAGCTGGTTATTCGCTTGCAGCCTGACGAAGGCGTAGAAATTACCGTGATGAACAAGGTGCCGGGTTTAACCAGCTCCGGCTCGATGGATCTACAGAAGTCCAAACTGGACTTGAGTTTCTCTGAAGCTTTTGGCGAAGAGCGTATCCCGGATGCCTACGAGAAATTATTGCTCGAAGTCATGTTGGGCAATCAGGCGCTATTCGTTCGCCGTGACGAAATTGAACAAGCCTGGAATTGGGTGGACTCGATTCTTGAAGCGTGGAAGCAAACCAACGAACCGCCAGAGCCGTACCAAGCTGGTACGTGGGGTCCTGTTGATTCCATCGGTTTGTTGGCCCGTGCTAACCGCAGTTGGTACGAAAGTAAGACAACGCGGAAGAAAAAATAA	MVMDNSFEPCDFVLFGTLGDLSRRKLLPSLYQLEKAELIHPDTKIIGVARQDMSIEDYKKEVRSNIEKFGAKQVCEETWGRLEARLQYACVDMKDTESYRIFDSVVDADRVMVCYLATPPSIYGDICRGLHSCDIIDSSVRVVLEKPIGHDLESSKVINDQVSEYFNESQIYRIDHYLGKETVLNLIALRFANSIFATNWDHNSIDHVQITVAESVGIEGRWGYFDDAGQMRDMVQNHLLQILSLIAMEPPANLSADSIRDEKLKVLKALRPINLSNINESTVRGQYTAGFVKGEEVPGYLEEEGANTRSRTESFVAIKADIDNWRWAGVPFYLRTGKRLPTKVSEVVIYFKRQPHNLFGDSFQNLPPNKLVIRLQPDEGVEITVMNKVPGLTSSGSMDLQKSKLDLSFSEAFGEERIPDAYEKLLLEVMLGNQALFVRRDEIEQAWNWVDSILEAWKQTNEPPEPYQAGTWGPVDSIGLLARANRSWYESKTTRKKK	PGPT0017380_2751	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_SUGAR_ACID_UTILIZATION	PLANT_DERIVED_GLUCONATE_METABOLISM,PGPT0017380-zwf-K00036	NA	NA
AK237_03333	693	pgl	COG0363	6-phosphogluconolactonase	ATGGCTTTGAAAATTAATGCTTATGACAACGCAGATGCACTGACCAGTGCATTTGCGGACACCCTTATCGGCTTACTGGAAAAAGGTATTGCCGAGCGGGGCAGAGCGAGTTTGGTAGTAAGTGGAGGGCGGACTCCACTGGCATTGTTCAAACAACTTAGCCAAACGGATCTGGCTTGGGAAAAGGTTGACATCACGCTGGCAGATGAGCGCTGGGTTGATGAGAACGATGATGCCAGCAATACAAAACTTGTTCGCGAGAACCTTATTCAGAACAAGGCGGCTGCAGCGAATTTTGTCACATTAAAAACGCATGATGCCGACGCTAACGACGGTATTGCCGAAGCGGAGAACCGTTTGTCCAGCTTCAGCCAGCCCTTCGATGCACTCATTCTTGGTATGGGCGAAGACGGTCATACTGCATCTTTGTTCCCTTGTTCGGAACAAATCGCTGAAGGCTTAGATTTAGCAAGTGGCAAGATTTGCATTGCCACACAACCTACCACTGCACCACACCAACGTATATCACTGACCCTGCCAGCGCTGTTAAACAGTCGCAATATTTTTATTCACTTAACCGGTGAGAAGAAAAAAGCGGTTTTAGAAGATGCCATTGCCAATGCAACTGAGCTACAAAAACCAATTACGGCAGTCGTCAATCGTGCTGATGTCACGCTGATGTGGGCACCTTAG	MALKINAYDNADALTSAFADTLIGLLEKGIAERGRASLVVSGGRTPLALFKQLSQTDLAWEKVDITLADERWVDENDDASNTKLVRENLIQNKAAAANFVTLKTHDADANDGIAEAENRLSSFSQPFDALILGMGEDGHTASLFPCSEQIAEGLDLASGKICIATQPTTAPHQRISLTLPALLNSRNIFIHLTGEKKKAVLEDAIANATELQKPITAVVNRADVTLMWAP				NA	NA	NA	NA	NA
AK237_03334	1830	edd	COG0129	Phosphogluconate dehydratase	ATGAATTCTCAAATTGCTGAAGTAACACAGCGAATTATTGAACGTAGTAAAGCTACCCGCAAAGCGTATTTAGCAAAAATTGATAAGGCTCGTCGTCAGGGGCCCCATCGCGGCGAGTTGTCGTGTGGTAACCTTGCTCACGGTTTTGCAGCGTGCGGTAGCGAAGAAAAATCTGATTTACGCTCAATGACAAAAGCTAACATTGCGATTATTTCGTCCTACAATGACATGCTTTCTGCACACCAGCCTTACGAAGCGTATCCGGCTATTATTAAAGAGGCCATACGTCAAGTGGGTAGTGTAGCCCAGTTTGCCGGCGGCGTGCCTGCGATGTGCGACGGTGTCACGCAGGGTAACCCGGGCATGGATCTAAGCTTAATGAGCCGTGATGTAATTGCACAAGCCACCGCGGTTGGTCTGTCACACAATATGTTTGACGGTGCTGTAATGCTTGGCATCTGCGATAAAATTGTCCCCGGCTTATTGATGGGCTCACTTGCATTCGGTCACTTGCCTACGGTATTCATCCCCGCTGGCCCAATGCCATCGGGCTTACCAAACAAAGAAAAAGCACGGGTTCGTCAAGAATTTGCACAGGGCAAAGTAGGGCGCGACAAGTTGCTTGAAGCCGAATCGCAATCCTATCATTCAGCCGGAACATGTACTTTTTATGGTACAGCAAACTCAAACCAGCTAGTGGTTGAAACCATGGGCTTACACTTACCTGGCTCTTCCTTTGTAAATCCGGGTACGCCGTTACGTGATGCGTTAACAAAAGCCGCTTCGGTGCAAGCGACCCGTTTGACAGATTTAGGTGATAATTACACACCTATTGGTCATATTGTTGATGAGAAAGCCATCGTAAACGGGATTGTTGCGCTTTTGGCAACGGGTGGTTCTACTAACCACACCATGCACCTTGTCGCCATCGCACGAGCTGCTGGTATCCTGATAAACTGGGATGATTTCTCAGATATCTCTGATGCGACACCATTAATTACCCGCATTTACCCGAACGGCTCTGCAGATATCAACCATTTTGTTGCAGCCGGTGGTATGTCGTTACTGTTCAAACAGCTACTGGATGCAGGCTTGCTGCACAACGACGTAAAAACCATTTGTGGTGATGGTCTTGAGCTTTACACTAAAGAGCCAATTCTAAAAGATGGCGAACTTGAATGGCGGGACGGTCCAACAGAGTCTCATGACAAAGAAGTGTTTGCATCTGTTGAACAGCCGTTTAAACCTGATGGTGGTGTATGTGTACTGCGCGGCAATCTGGGACGCGGTGTAATCAAAACATCAGCACTCAAATCGCCTGTTTGTAAAATTAAAGCACCTGCTGTTGTATTTGAAGATCAATTCGAACTTGATACGGCGTTCAAGTCTGGTGAACTGGATAAAGATTGTATCATCGTTGTCCGTTTCCAGGGCCCTTCAGCGATTGGTATGCCAGAACTGCATCGACTTACACCGCCTCTTGGTGTATTACAGGACCGTGGCTTTAAAGTCGCGCTGGTCACCGACGGACGTATGTCTGGTGCGTCGGGTAAAGTGCCTGCGGCGATTCACGTTACCCCGGAAGCTTATAAAGGCGGCATGCTCGCGAAGGTCGAATCAGGCGATATTGTTGAACTGAATACCGAGACGGGCCAATTAACCCTTCATGTTGATGACGAGACGTTAGCAAATCGTACTGCAAAAGAAGCCGATTTAGCCCATCACCAGGAAGGCATGGGACGTGAACTTTTCTCTGGTTTCCGGAACATTCTTTCTGGTGCTGAAGAAGGCGCGTGTTCACTGTTTTTTACCCAGGAGCAGGCACTATGA	MNSQIAEVTQRIIERSKATRKAYLAKIDKARRQGPHRGELSCGNLAHGFAACGSEEKSDLRSMTKANIAIISSYNDMLSAHQPYEAYPAIIKEAIRQVGSVAQFAGGVPAMCDGVTQGNPGMDLSLMSRDVIAQATAVGLSHNMFDGAVMLGICDKIVPGLLMGSLAFGHLPTVFIPAGPMPSGLPNKEKARVRQEFAQGKVGRDKLLEAESQSYHSAGTCTFYGTANSNQLVVETMGLHLPGSSFVNPGTPLRDALTKAASVQATRLTDLGDNYTPIGHIVDEKAIVNGIVALLATGGSTNHTMHLVAIARAAGILINWDDFSDISDATPLITRIYPNGSADINHFVAAGGMSLLFKQLLDAGLLHNDVKTICGDGLELYTKEPILKDGELEWRDGPTESHDKEVFASVEQPFKPDGGVCVLRGNLGRGVIKTSALKSPVCKIKAPAVVFEDQFELDTAFKSGELDKDCIIVVRFQGPSAIGMPELHRLTPPLGVLQDRGFKVALVTDGRMSGASGKVPAAIHVTPEAYKGGMLAKVESGDIVELNTETGQLTLHVDDETLANRTAKEADLAHHQEGMGRELFSGFRNILSGAEEGACSLFFTQEQAL				NA	NA	NA	NA	NA
AK237_03335	960	glk	COG0837	Glucokinase	ATGACGGCACTTTTCGTTGCTGATGTAGGTGGGACGAACATTCGTCTCGCCCGTGTGACAGATAACGGTGTTGAAAACATCATTAAATATCAATGCCGTGATTTTGCGAGCATTGATCTTGCTATTGAACAGTATTTTACTGATCTGCCTCAGTTCACCTTTACTTCTGGCTGCATTGCGATAGCGTGCCCTGTTTTAGGTGATCATGTCGAAATGACTAATCATAGTTGGGCATTTTCACAAACCGCATTACGCAATCAGTTAAAGCTTACCAACCTGTTTGTCATTAATGATTTTACCGCTGTCGCGCACTCGTTGCCTGTTCTGGGTGACAACCAAGTGGTTCAGATTGGCACGGGTACAGCAAAAGAAAATGGCAATATTGCTGTATTTGGTCCGGGTACCGGGCTTGGTGTTGAGCATATCACCATGACATCCTCAGGGTGGCAAACGCTTGACGGCGAGGGCGGACATGTAGACTTTGCACCGGTTGACGAAACTGACGTTGTTATCTGGCGTTACCTGCAAAATCAATACGGTCGCGCATCAGCTGAAGAAGTCATGTCTGGTCGCGGTTTGATGAATATCTACAAAGCGCTGGCACTTAACAGCCATGTAGCAGTGTCATTAACCGAGCCGTCTCAGGTAACAGAGCAAGCATTGTCGGGAGAATGCGATGTGTGCGTTAGAACGCTCACTCAGTTTTGCCGCATCATGGGCAGTTTTGCTGGAAACCTGGCACTGAATATGGCCACAACGGGTGGTATTTTTATCGGTGGAGGTATTGCTAATCGCTTTGCCGAATTCCTGAAAGACAGTGATTTCCGTGCACGTTTCGAAGCCAAAGGGCAGATGAAACATTACGTGAAAGATATTCCCACCTACCTTATTGCGGAGCCAGACCACGGATTATTGGGCGCTTCTGCATATTTGAAACAACATACTGCGAGTGAACTATGA	MTALFVADVGGTNIRLARVTDNGVENIIKYQCRDFASIDLAIEQYFTDLPQFTFTSGCIAIACPVLGDHVEMTNHSWAFSQTALRNQLKLTNLFVINDFTAVAHSLPVLGDNQVVQIGTGTAKENGNIAVFGPGTGLGVEHITMTSSGWQTLDGEGGHVDFAPVDETDVVIWRYLQNQYGRASAEEVMSGRGLMNIYKALALNSHVAVSLTEPSQVTEQALSGECDVCVRTLTQFCRIMGSFAGNLALNMATTGGIFIGGGIANRFAEFLKDSDFRARFEAKGQMKHYVKDIPTYLIAEPDHGLLGASAYLKQHTASEL	PGPT0017730_1883	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE-GENERAL_USAGE	PLANT_DERIVED_CARBOHYDRATES-GLYCOLYSIS|GLUCONEOGENESIS,PGPT0017730-glk-K00845	NA	NA
AK237_03336	645	eda_2	COG0800	KHG/KDPG aldolase	ATGACAACAAACGCTAATTACACGCCAGCGGACATTTTTGCTGCCGGCCCAGTCGTACCGGTACTGGTAATTAAGGAACTTGATAAAGCCGTACCGTTAGCAAAAGCGTTGATTGCTGGTGGTATAAAGGTATTGGAAGTGACCTTACGCACCCCTGTCGCGCTTGACGTGATTAAAAAAATCGCGGAAGAAGTGCCCGAAGCAATTATTGGTGCAGGTACCGTTACCAATGCGCAGCAGTTGAAGCAGGTTGTAGAAGCCGGTGCAAAATTTGCGATAAGCCCGGGTTTAACCGAAGCTTTGCTTGAGGCAGGAAAAGGATACGATATCCCTCTTATTCCGGGGATTTCTTCAATTTCAGATCTTATGACAGCGAAAGATGCAGGGTATGATCACCTTAAATTTTTCCCTGCGGAAGCCTCTGGTGGCGTTAAAGCACTGAAATCTATCGGTGGACCATTCCCTGATGTTGCATTTTGTCCAACGGGTGGTATCGGGCCTGCGAACTATAACGATTACCTTGCACTTTCAAATGTGCGCTGTGTAGGTGGATCGTGGGTTGCGCCGGACGATGCGATCGATAGCGGTGACTGGGATAAAATTACTCAATTAGCAAAGCAAGCGTGCGAAGGCGCTAACGCGTAA	MTTNANYTPADIFAAGPVVPVLVIKELDKAVPLAKALIAGGIKVLEVTLRTPVALDVIKKIAEEVPEAIIGAGTVTNAQQLKQVVEAGAKFAISPGLTEALLEAGKGYDIPLIPGISSISDLMTAKDAGYDHLKFFPAEASGGVKALKSIGGPFPDVAFCPTGGIGPANYNDYLALSNVRCVGGSWVAPDDAIDSGDWDKITQLAKQACEGANA	PGPT0002060_1625	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
AK237_03337	852	yeaD	COG0676	Putative glucose-6-phosphate 1-epimerase	ATGAGTATTCCTGACTCTATGACTGTAGAAGAATCTGCAGGCATTACCTTTTTGAACATCGACAATGCGTTTGCTACATGCCGGATAAGTCTATTCGGAGCGCATGTACTCTCTTTTATTCCCAAATCAGATAATAAAGACAGATTATGGCTTAGCCCCCATGCTTTTCTGACTGGTGAACGCCCTATTCGTGGCGGTATTCCTATCTGCTGGCCATGGTTTTCAGATGATCACGGTCGTGAAAAAGGCGACTTGCCGTCTCACGGTTTTTTACGTACCCAGGTATGGCAAATTCACTCCTCACAGGAAACCGATGAAGGCACACGAATTATTCTTACTCCCACTTTTAGTCGCGGGGAAGGCTTTGAATACGATTGTCAGGTAAGCTATGAAGTGTTGGTCGGCAAAACCCTCTCTGTCACCCTGAAGACAGAAAATACGGGCATCGTGCCTTTTACTTTTAATGCTGCCATGCACACCTATTTCTCAGTAACTGACATTAGCCATACCGAAATTACCGGTATAGAGGGCGATTACAAAGATAAACTGGAAAGTTGGGCATTAAAACCTACCCCAACGCCTTATTTATTTTCTGGCGAAACGGACAGAATTCATCAGCATGCTTCACCTGATGTAACGATTTTGGCAGACCAGCATCCTACAACGCGGGTCACGTCTATGGGGCACGATTCGATAGTGGTATGGAATCCCTGGCAAGGTGCAGCCTCCATTGCTGACATGGATGCATTCGGTTTCAGGCACATGCTATGTATCGAAACTGCGCTCACTAATGGAAAGACCATTACACCGGGCGAATCTCATAGCGTGACACAAATCATCTCGCCTCTTTAA	MSIPDSMTVEESAGITFLNIDNAFATCRISLFGAHVLSFIPKSDNKDRLWLSPHAFLTGERPIRGGIPICWPWFSDDHGREKGDLPSHGFLRTQVWQIHSSQETDEGTRIILTPTFSRGEGFEYDCQVSYEVLVGKTLSVTLKTENTGIVPFTFNAAMHTYFSVTDISHTEITGIEGDYKDKLESWALKPTPTPYLFSGETDRIHQHASPDVTILADQHPTTRVTSMGHDSIVVWNPWQGAASIADMDAFGFRHMLCIETALTNGKTITPGESHSVTQIISPL				NA	NA	NA	NA	NA
AK237_03338	996	gapA	COG0057	Glyceraldehyde-3-phosphate dehydrogenase A	ATGACTATTCGCATCGGTATCAATGGTTTTGGACGCATTGGTCGTTTGGTAATGCGCGCTGCACAAAAGCGTGACGACATCGAAGTTGTTGCTATCAATGACCTGCTGGACACAGATTACATCGCTTATATGCTGAAGTATGATTCAACCCATGGCATTTTTGATGGTGAAATAAAGGTAGACAATAACCAGCTGGTAGTAAATGGCAAAACTATTCGTGTTACATCAGAAAGAAATCCTGCCGATCTGGCCTGGAACGATGTAAATGTAGACGTAGTAGTTGAATCTACAGGTTTATTCCTGACTAAAGAAACAGCAGCGGCGCACTTAGAAGCGGGCGCTAAGAAAGTTGTTATGTCAGCGCCGTCTAAAGACGATACCCCTATGTTCGTAATGGGTGTTAACCATGGCGAATATGACGGTCAAACTATCGTCTCAAATGCCTCTTGTACAACGAACTGTCTTGCACCACTGGCGAAAGTATTAAACGACAAGTTTGGCATTGTAGATGGTTTGATGACAACCGTTCATGCTACGACAGCAACACAGAAAACCGTTGACGGTCCATCTCATAAAGATTGGCGTGGTGGTCGTGGTGCGAGCCAAAACATCATCCCTTCTTCAACCGGTGCGGCAAAAGCAGTAGGAAAAGTTATCCCAGCCCTGAACGGCAAGTTAACAGGTATGGCGTTCCGTGTACCTACACCAAACGTATCTGTGGTTGACCTGACGGTAAACCTTGCCAAGCCTACGACTTACGAAGCAATCTGCGAAGCAATGAAGGAAGCTTCTGAAGGCGAACTGAAAGGCATTTTAGGTTATACCGAAGATGCCGTTGTATCTAACGACTTCCTGGGTGATGCCCGTACGTCTATTTTTGACGCAGATGCAGGTATTGCGCTAACTGACACGTTCGTAAAAGTGGTATCGTGGTACGACAACGAATGGGGTTACTCAAACAAAGTATTAGACCTGGTTCAACATATCTCCAAGTAA	MTIRIGINGFGRIGRLVMRAAQKRDDIEVVAINDLLDTDYIAYMLKYDSTHGIFDGEIKVDNNQLVVNGKTIRVTSERNPADLAWNDVNVDVVVESTGLFLTKETAAAHLEAGAKKVVMSAPSKDDTPMFVMGVNHGEYDGQTIVSNASCTTNCLAPLAKVLNDKFGIVDGLMTTVHATTATQKTVDGPSHKDWRGGRGASQNIIPSSTGAAKAVGKVIPALNGKLTGMAFRVPTPNVSVVDLTVNLAKPTTYEAICEAMKEASEGELKGILGYTEDAVVSNDFLGDARTSIFDADAGIALTDTFVKVVSWYDNEWGYSNKVLDLVQHISK	PGPT0018000_7803	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
AK237_03339	2205	malQ	COG1640	4-alpha-glucanotransferase	ATGACAAATCCCGTTTTACAACAACTGGTTGAGATGCGAGGCATAGAAACCCACTATGTAGATGCATGGGGTAATCCAGCCACTATTTCTGAAACGAATCAGGCCAAACTTTTAAATGCACTGGGTTATGACACCAGCAATGAAGCTGCAATAGAACAACAGCTTACAGAAGAAGCCAAAAAAATCTGGCAGACTCCGCTTAACCCGGTACAAGTACTACGCCAATCGGATACCGTATCTTTCTCAATTCGGTTACCGATAGAGCTGGTAACCGACTCGTATACTGTAGCGCTCTCTTGTGAAGATGGACAGACATTCGTCCACAGTTTTACGCCGGTTGACGAAACCCTTGTGAATGTGGCGCAAATTGAAGACGTGGAGTACCACGAATATTTCATCACATTGCCCGACAACGCGCCATTAGGTTACCACACCCTTACTTTGTCTGTTGAAAACGACGATGAACCGCTATGTGAAATGCGAATTATCGTTGCGCCACAGGCTTGTTATATCCCTGAGACCATTGCCAATGGAAAGAAAATTTGGGGCTTAAGTGTCCAGCTTTACTGTGTGCGCAGTGAGAAGAACTGGGGGATGGGGGATTTCTCTGATCTTGCGCAGCTCACCCAGAAAGCGGCAGCGACGGGTGCTGAATTTATTGGATTAAATCCAATTCATGCTTTATATCCTGCCAATCCTGATGCGTGCAGCCCTTATGGCCCCTCATCGCGTCGATGGCTGAACTATTTGTACCTCGATGTCACCGTTATGCCGTGCTATCAGGAAGAAACGGTACAGGCAGTGGTTAATGACTCCGGTTTTCAGGATAAGTTACGTGCTGCAAGAGCAACGGATTATGTCGATTATGCCAGTGTAGCGGCGCTAAAGTTACCCGCGTTAACGGCAATATTTGATGAGTATCATAAGCAGTTTCTGACTAAAAATACCAAACAAAATCAAGCGTTCAAAGCGTTCGTTGAGGCGGGCGGCGAAAGTTTAGATATGCTGGCAGTGTACGACACGCTACAGGAAAAGCTGGCGGAAGAAGGTAAGCCGTCATGGGGATGGCCGGTATTTCCGGATGAATTCAAAGAGTACCATAAGCCTGCCATAGCAACCTTTAAAGAAAAGAACAAAAAGAGAGTCAGCTTTTATTTGTTCTTACAATGGCAAGCTGCACTGCAGCTCCAGGCGGCGAGTGATATTGCTACCCAAGCGGGTATGACTATTGGCCTTTATCGTGACCTGGCGGTTGGCGTGAGTGAGGGCAGTGCGGAGATTTGGGGTAATAAAGATCTCTATTGTACTGGTGCATCTGTCGGTGCGCCCCCTGATATTCTCGGGCCGTTGGGACAAAACTGGGGTTTACCGCCAATGGATCCCTACAAACTTTACGAGCAACAGTACCAACCCATTATTGATTTGTTTTCCTCTAATATGGCAGGTTCGGGCGCGCTGCGAATCGATCATGTCATGGCCTTGTTAAGACTGTGGTGGGTAACAAAAGGCGACAATGCAAAAGACGGGGGATATGTTTATTATCCAGTGGATGATTTGCTAGCCATTCTGGCATTGGAGAGTCATCGACATCAAAGTCTGGTGATTGGTGAAGATCTCGGTACCGTACCGGAGGAAATCAGAGAAAAGCTGGCTGATAATGGCGTACATTCGTACCGTGTATTCTTTTTCGAGCAAGCGGAGGATGGAGGCTTTTTCTCACCCTCGCATTACCCAGTCCAATCTATGTCCACATTGACTACCCATGATATGCCTACACTAACTGGCTTCTGGCACTGCCTTGATCTTGAATTAGGCAAAACCCTTGGGCTTTATCCGACCGATGAAATTCTGTCTGTGCTCTATGAAGACAGACACAAGAATAAACAGGCAATACTGGATACGTTGCATGGCCATCATTCCATCAGCGACAACATTAGCCGCGATGTCAATGTGACGGGCATGACGACAGAACTAAACCGTGGAATGCAAGTGCATATGGCCGGAGGGTCGAGTGCGTTGTTAAGTCTGCAATTAGAAGACTGGTTGGAAATGGATAAGCCTGTTAATGTACCTGGTACCTTTAACGAATATCCTAACTGGCGCAGAAAGCTATCGCAAACGTTGGAGAATATTTTTGATAATCAGGACATTGTTAATCTGGCCAATCGACTTACCGATGTGAGAAAGCAAGCCAGCAAAAATTAA	MTNPVLQQLVEMRGIETHYVDAWGNPATISETNQAKLLNALGYDTSNEAAIEQQLTEEAKKIWQTPLNPVQVLRQSDTVSFSIRLPIELVTDSYTVALSCEDGQTFVHSFTPVDETLVNVAQIEDVEYHEYFITLPDNAPLGYHTLTLSVENDDEPLCEMRIIVAPQACYIPETIANGKKIWGLSVQLYCVRSEKNWGMGDFSDLAQLTQKAAATGAEFIGLNPIHALYPANPDACSPYGPSSRRWLNYLYLDVTVMPCYQEETVQAVVNDSGFQDKLRAARATDYVDYASVAALKLPALTAIFDEYHKQFLTKNTKQNQAFKAFVEAGGESLDMLAVYDTLQEKLAEEGKPSWGWPVFPDEFKEYHKPAIATFKEKNKKRVSFYLFLQWQAALQLQAASDIATQAGMTIGLYRDLAVGVSEGSAEIWGNKDLYCTGASVGAPPDILGPLGQNWGLPPMDPYKLYEQQYQPIIDLFSSNMAGSGALRIDHVMALLRLWWVTKGDNAKDGGYVYYPVDDLLAILALESHRHQSLVIGEDLGTVPEEIREKLADNGVHSYRVFFFEQAEDGGFFSPSHYPVQSMSTLTTHDMPTLTGFWHCLDLELGKTLGLYPTDEILSVLYEDRHKNKQAILDTLHGHHSISDNISRDVNVTGMTTELNRGMQVHMAGGSSALLSLQLEDWLEMDKPVNVPGTFNEYPNWRRKLSQTLENIFDNQDIVNLANRLTDVRKQASKN	PGPT0018570_576	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_COMPLEX_SUGAR_UTILIZATION	PLANT_DERIVED_MALTOSE_DEGRADATION,PGPT0018570-malQ-K00705	NA	NA
AK237_03340	2169	glgB_2	COG0296	1,4-alpha-glucan branching enzyme GlgB	ATGGTAGTAGAGCAGCAACTGGCACAGGCTCGATGTCATCAGCCTTTTTCCGTATTAGGCCCTCAACAAACGGATGCGGGCGTCAGGGTTACCGCGTATATACCGGACGCGAAAACAGTGGCAGTGCGCTGTTTAACCACGCACAAAGATATTGTTAAACTGCAACAACAAGAGGACACCGCACTTTTTTCTGCGGTATCTAAAACACTTACGCTATCTCAGCGTTACGAATTGATAGTGAATACTGAGCAAGGTGAGCATTCTGTTATCGATCCTTATCAGTTTCAGGATCACGCTTTTCATGCAGTGCATTTCATCGATCACGAACCGCAAAACCTTTATCGGCAGGGTGGAGCGCAATTAGTTACTATTGATGGCGTGAGCGGCACCCGTTTTGCTGTGTATGCGCCTAATGCTTCGGCAGTATCAATCATTGGCGATTTTAATCGCTGGGATGGGCGAACGCATCCCATGCAGCAAACTGACATCGGTTATTGGGTATTGTTTATACCGCAACTGGAAGAAGGTGAGCGGTACAAATACCAGCTTAAGGATGCGTGGGGCAACGATTTACCTCACAAAGCAGACCCACTGGGCTATGCCGCAGAGCAATATCCTTCGCATGCATCAAAAATATTCAATCATGACGCGTATACCTGGCAAGACGCCAGGTGGATGGAGAAGCGAAAGGCAGATAAATACGCTGCGCCAATGAGTATTTATGAGGTACATCTTGGTTCGTGGCGCCGCCCTGATGAGGCCAGTGGCAAGCGTTATCTGTCGTATCAGGAACTGGCTGAGTCACTTATTCCATACGTGCAAGATATGGGATATACCCATATCGAACTGCTACCTGTCTCGGAATTCCCATTTGATGGCTCGTGGGGCTATCAACCGGTGGGCTTGTTTGCGCCAACGAGTCGTTTTGGCTCGCCAGATGAATTTAAACAGTTTGTTGATGCCTGTCACCAAGCTGACATTGGCATTATTATCGATTGGGTTCCGGCTCATTTTCCTGAAGATGCGCACGGACTGGCCCGCTTTGACGGAAGCCACGTATACGAATATGACGATCCCCGACGTGGTTGGCATCCAGATTGGAATTCGTGTATCTATGACTTTGGGAAAGATTCCGTTCGTCAATTCCTCGTTGCCAACGCCCTGTTTTGGTTAGATAAATTCCATATAGATGGCTTGCGTGTAGACGCAGTAGCTTCTATGCTTTATCTCGATTATTCACGCAACGACGGCGAGTGGATCCCGAATATTCATGGTGGCAATGAAAACTATGAAGCCATCAGTTTGCTTAAGTGGATGAATGAGGAAGTTTACAAGCATTTCCCAGGAGCGATGACCATTGCTGAGGAGTCTACTTCGTTTCCCCGGGTATCAAGACCAGTGAGCGAAGGCGGGCTTGGATTTGGTTTTAAATGGAACATGGGATGGATGCACGATTCGTTGCATTACATGAACAAAGATCCTGCCTATCGTCGTTATCACCACGGTGAAATCACCTTCTCTATGGTGTATTCCTTTGATGAAAACTTCGTATTACCGATTTCCCACGATGAGGTTGTGCATGGTAAAGGAAGTCTGCTTGGTAAAATGCCCGGCGACGAGTGGCAACAAGCTGCTAACCTTCGCTGCTACGCAGGCTTTATGTTCGCCCACCCGGGTAAAAAACTTAATTTCATGGGGAATGAGTTTGCGCAATCCAGGGAGTGGAACCACGACAGCGAACTAGACTGGTGGTTACTGGACTTTGAAAAGCATAAAGGTATTCAGACGTTATATCGTAAACTTAACAGTCTGTACCGTACGTTGCCGGCGTTATACGAACTGGACCATCAGTATGAAGGGTTCAGTTGGATCGATCATAATTATGCTGAGCTCAGTATGCTTTCTTTTATGAGGAAAGCGAAAGAAGGCAGGCAAAAAGTCTATGTCGTCAATAATTTCACGCCCTCGCCACGGGATAATTTCCGCGTTGGCGTGGATGACGCCGGTGAATATAAACTGGTATTGAATACCGACAGCAGTGAATTCTGGGGAAGTGATTATCCTGTGCCCGTTAGTGTGCAATCCGATGCTGTGCCCTGGAATGACAAACCGTATTCCATCGAAATTAACTTGCCGCCTTTGGCGACATTGTATTGGGTTTATGAATAG	MVVEQQLAQARCHQPFSVLGPQQTDAGVRVTAYIPDAKTVAVRCLTTHKDIVKLQQQEDTALFSAVSKTLTLSQRYELIVNTEQGEHSVIDPYQFQDHAFHAVHFIDHEPQNLYRQGGAQLVTIDGVSGTRFAVYAPNASAVSIIGDFNRWDGRTHPMQQTDIGYWVLFIPQLEEGERYKYQLKDAWGNDLPHKADPLGYAAEQYPSHASKIFNHDAYTWQDARWMEKRKADKYAAPMSIYEVHLGSWRRPDEASGKRYLSYQELAESLIPYVQDMGYTHIELLPVSEFPFDGSWGYQPVGLFAPTSRFGSPDEFKQFVDACHQADIGIIIDWVPAHFPEDAHGLARFDGSHVYEYDDPRRGWHPDWNSCIYDFGKDSVRQFLVANALFWLDKFHIDGLRVDAVASMLYLDYSRNDGEWIPNIHGGNENYEAISLLKWMNEEVYKHFPGAMTIAEESTSFPRVSRPVSEGGLGFGFKWNMGWMHDSLHYMNKDPAYRRYHHGEITFSMVYSFDENFVLPISHDEVVHGKGSLLGKMPGDEWQQAANLRCYAGFMFAHPGKKLNFMGNEFAQSREWNHDSELDWWLLDFEKHKGIQTLYRKLNSLYRTLPALYELDHQYEGFSWIDHNYAELSMLSFMRKAKEGRQKVYVVNNFTPSPRDNFRVGVDDAGEYKLVLNTDSSEFWGSDYPVPVSVQSDAVPWNDKPYSIEINLPPLATLYWVYE				NA	NA	NA	NA	NA
AK237_03341	2076	glgX	COG1523	Glycogen operon protein GlgX	GTGCAGCACGATTCACTCGTAAGCTATTCTGTGAAGGCCGGTGTGCCTTCACCTCTTGGCGCAACGCTCACGGCTACTGGATGTAACTTTGCTGTGCAAAGCCCTGATGCCAGGGCTGTTGTGTTGTGTTTGTTTCAAAGCGATACCGAAGAGCCGCTCGCTGAAATTATTATTCCCGCGAAAACGGGCGCGGTATGGCATTGTGAAATTGAGGGCATTGAAGAGAATCAACATTATGCTTATCGGGTAGAGCGGGGCGAAGAAGCGCTTCATCATGTGCCTACCGATAAGCTGCTTATCGATCCCTATGCGCATAAACTCAGTCGCCCCATCCATTGGAATGCGAGACATTACGAGCACGACTCCCAGTTTATGGTGCCTAAATGTGTAGTGGTTAACCATGACACCACTGCTCGCCCCCCAAAACCTTGTTATAAACCTTATCAACGTATTATTTACGAAGCGCATGTGAAAGGCATGACCAGGCTTCACCCTTCCGTCGCGGAAGAAGATAAGGGTAAGTACACTGGTGCGATGCATCCTGAGGTTATTCAGCATCTTGTTGAGTTGGGTGTGACCACCATTCAGTTTATGCCATTGTGCGCGTTTATGCCTGAACCGTACATTACCGAAAAAGGCATGACGAACTATTGGGGATATAACCCCGTTAACTACTTTGCCGCAGAACCGCGATACGCAAAAACTGATGCCGTTCGAGAACTAAAAGCGATGGTAGATGCTTATCATCTGGCTGGCCTGGAAGTTGTCGTGGATGTGGTCTTTAACCATACGGCAGAGGGCGGCGATGGTGGTCCCGTTTTGTCGTTTAAAGGCTTATTCCCTCATCAGGCGTACCTTTACGAACAAAGCAAAACCGGAGAAATTGTTTACAGTAACCATTCTGGTTGCGGTAATACAGTAAATACCTCCAGTCCAATCATGTCGACTATGATCATGGACGCTATGCGTTATTGGGTAAATGAAATTGGTATTGATGGTTTTCGTTTTGACCTGGCGGTTTGTCTGGGGCGTGATCCACAGCAATTCACTCCCCAATCAGGCTTGTTGAAGGCTATCTCGCAAGATCCCGTATTGAAAGACATCGTACTGGTTGCCGAACCCTGGGACATTGGCCCCGGGGGGTATCAGCTAGGCGCTTTTTCGTATCCGTGGATTGAGGTGAACGACCGGTACCGGGATACCACAAGGGCCTTCTGGCGCGGCGATCATGCTATCACCGGAGAATTTGCCACACGTCTTATGGGCTCAACGGACATTTTTCATAAAGGCCTGCGACCCATTTATTCCTCTGTAAACAATGTGACGTATCACGATGGCTTCACGCTGCATGATTTGGTCAGTTATGTTGAGCGCCATAATGAAGCAAACGGCGAAAATAATCGTGATGGACACGGTCATAATTTGTCTGCGAACTATGGTGTGGAAGGAGAAACTCAAAACGACGCTATTTTACACCTACGAGAGCGACAAAAGCGCAATATGTTTGTGTCGTTGCTATTGTCTCAGGGCGTTCCTCACATTCTCGGTGGTGATGAACTAAGTCGCACGCAAAACGGTAATAATAATGCGTACTGTCAGGACAACCCACTAAACTGGTACGATTGGGACTTAAATAAACGTCAGGCCGACTTTTTACATTTCTGCCAACATGCAATTGCATTACGTAAAAGCAGTCGGTTATTGTCGCATTTATTGATGGAAGACGACCTTTTTCAGCTCGATACCAACGTATCGGCTATCCGCTGGTATAAACCTGATGGGCAGGACAAGGAGTCTGAAGACTGGCAGTCGCCCAATAGTCAATCGTTTGGTGTTGAGATCCGTGGCACCACGAAAGATGATAATGACGCAGAACATTGGTTTATGTGTTTCAATGCCAGTGAACAGGACAAGCGGTTTAATTTACCCAGTTTGTCTCCCAAAACTGCCTGGCAGCTAATGTTAGATACTCGCTATGGTTCGCTCACGGAGCAACCAGACATATGTATTCAGCGAGTATTCTTACAGGCGTCCCGTAGCGTTGCCGTATTTAAACTGACACCCATTGTGCCCTAA	MQHDSLVSYSVKAGVPSPLGATLTATGCNFAVQSPDARAVVLCLFQSDTEEPLAEIIIPAKTGAVWHCEIEGIEENQHYAYRVERGEEALHHVPTDKLLIDPYAHKLSRPIHWNARHYEHDSQFMVPKCVVVNHDTTARPPKPCYKPYQRIIYEAHVKGMTRLHPSVAEEDKGKYTGAMHPEVIQHLVELGVTTIQFMPLCAFMPEPYITEKGMTNYWGYNPVNYFAAEPRYAKTDAVRELKAMVDAYHLAGLEVVVDVVFNHTAEGGDGGPVLSFKGLFPHQAYLYEQSKTGEIVYSNHSGCGNTVNTSSPIMSTMIMDAMRYWVNEIGIDGFRFDLAVCLGRDPQQFTPQSGLLKAISQDPVLKDIVLVAEPWDIGPGGYQLGAFSYPWIEVNDRYRDTTRAFWRGDHAITGEFATRLMGSTDIFHKGLRPIYSSVNNVTYHDGFTLHDLVSYVERHNEANGENNRDGHGHNLSANYGVEGETQNDAILHLRERQKRNMFVSLLLSQGVPHILGGDELSRTQNGNNNAYCQDNPLNWYDWDLNKRQADFLHFCQHAIALRKSSRLLSHLLMEDDLFQLDTNVSAIRWYKPDGQDKESEDWQSPNSQSFGVEIRGTTKDDNDAEHWFMCFNASEQDKRFNLPSLSPKTAWQLMLDTRYGSLTEQPDICIQRVFLQASRSVAVFKLTPIVP	PGPT0019225_2691	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES	CE-EPS-ISOAMYLASE,PGPT0019225-ISA|treX-K01214	NA	NA
AK237_03342	1548	gndA	COG0362	6-phosphogluconate dehydrogenase, NADP(+)-dependent, decarboxylating	ATGCAAAAAGAAGATGGAAAACAGACTGATTCTAAATGTGATATCGGTTTTATAGGTTTAGGCGTCATGGGCGCAAATTTAACGCTTAACCTGGTTGACCACGGTTATCGCGTAGCATGTTTCGACTTAGATCAAACCAAGGTCGATGCCATTATTGCCAAAGACGCTGAAGAGCGCGGTGATGCTCCATCTCGGGTTGAAGGGTGTAGTTCATACACTGAGTTGCTCAGTAAACTTAAGTCACCTCACATGGTTATTCTGTCAGTGCCTGCTGGCGAACCCGTTGACCATGTGTGTTCGCATTTAATTGATGCAGGTATTCACGCAGACGATATCGTTGTCGACACCGGTAACAGCTTGTGGACTGACTCGGTAGAACGGGAAGAAAAGTACAAAAGTAAGTTTATCTTTTTCTCTACCGCGGTGTCTGGTGGTGAAGTGGGCGCGCGCTTTGGCCCTTCTTTAATGCCGTCTGGCAATCCTTATGCGTGGACGCGTCTTGAACCTGTTTTGAAAGCTATCGCGGCAAAAGTCGACGCTGAAACCGGCCTCCCTATTGAATCTTTCACGCCTGGTAAACCTGTGCTTGAAGGCGAGGCGTGTGCCACCTATATCGGCCCTGTGGGTGCAGGTCATTACGTAAAAATGGTGCACAACGGTATCGAATATGCCGATATGCAATTGATATGTGAAACCTATCAGGTCATGCGTACCGCGTTACACATGTCTGCGGGGGAAATTGCGGAAGTCTTTCGTCGCTGGAATAAAGGCAAGCTAAACAGTTACCTGATGGAAATCAGCGCAGAGGTGTTAGAACAGCTGGATCCCGAAACCGGTGTGCCTCTTGTTGATGTCATTCTTGATAAAGCAGGGCAAAAGGGCACGGGCTTGTGGACTGCTGTAAGCGCATTACAAGTGGGTAGCCCAGCGCAAACCATTACATCAGCGGTATTTGCCCGCAGTTTATCAAGCCTTAAAGAAGAGCGTGTAGCTGCCAGCAAGGTTTTACAAGGTCCAGACGTTAACGTTCTGTCAGACGAAGAAAAGTTTGCTGCGATTGATAAACTCGAATACGCCCTTTATTGCTCTAAAATTTGCGCCTACGCGCAGGGTTTCCAATTGATGGCGGTGGCGTCTAAAGAGCACGGCTGGGATCTCGACTTTGGTGGAATTGCTCGCATTTGGCGTGCAGGCTGTATTATTCGTGCGGTATTCTTGCAGTCTATTGCAAAAGCGTATGAAAACAACGAAGACCTCGCCAACTTACTGTTAGATCCTTTCTTTGCTGATCAGATAACGCAATATCAGTCTGCGTGGCGTGAGTCTTTGGCACAGGCTGCATTGGCAGGCATTCCATGCCCTTCAATGATGTCTGCGTTAAGTTATTACGATTCTTATCGCACGGCAGTATTACCTGCAAACCTGTTGCAGGGCCAGCGTGACTACTTTGGCGCGCATACCTATCAGCGTGTTGATAAACCCGCGGGTAAGAAGTTCCACCTTGATTGGAGTGATCCCGCGCGCCCACAGGTTGCTATCAAAAAGTAA	MQKEDGKQTDSKCDIGFIGLGVMGANLTLNLVDHGYRVACFDLDQTKVDAIIAKDAEERGDAPSRVEGCSSYTELLSKLKSPHMVILSVPAGEPVDHVCSHLIDAGIHADDIVVDTGNSLWTDSVEREEKYKSKFIFFSTAVSGGEVGARFGPSLMPSGNPYAWTRLEPVLKAIAAKVDAETGLPIESFTPGKPVLEGEACATYIGPVGAGHYVKMVHNGIEYADMQLICETYQVMRTALHMSAGEIAEVFRRWNKGKLNSYLMEISAEVLEQLDPETGVPLVDVILDKAGQKGTGLWTAVSALQVGSPAQTITSAVFARSLSSLKEERVAASKVLQGPDVNVLSDEEKFAAIDKLEYALYCSKICAYAQGFQLMAVASKEHGWDLDFGGIARIWRAGCIIRAVFLQSIAKAYENNEDLANLLLDPFFADQITQYQSAWRESLAQAALAGIPCPSMMSALSYYDSYRTAVLPANLLQGQRDYFGAHTYQRVDKPAGKKFHLDWSDPARPQVAIKK	PGPT0017385_142	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
AK237_03343	402	msrB	COG0229	Peptide methionine sulfoxide reductase MsrB	ATGACAGATCACAAAGATTGGCAGAGTGAATTAAGCGCAGAAGAGTATCGTGTTACACGGCAGGCTGGTACAGAACGTCCTTACACCGGCGTCTTACTGGATGAGAAACGCCCAGGCGTTTATCTCTGTAAATGCTGCGGTGCTACGCTATTTAATTCTGACGCTAAATTTGATTCTGGTTGTGGCTGGCCTTCGTTTGATCAACAAACGGATGACGGCAATGTCGAGTACCGGGAAGATAATAGTCACGGTATGCGCAGAGTGGAAATTGTATGTCAGTCTTGTCATGCCCACTTAGGCCACGTGTTTCCCGATGGGCCTACCGATACCGGCCAACGTTATTGTGTTAACTCGGTATCATTGACATTTAAGTCGGACGATAACGATGAAATTCGGGGGTAG	MTDHKDWQSELSAEEYRVTRQAGTERPYTGVLLDEKRPGVYLCKCCGATLFNSDAKFDSGCGWPSFDQQTDDGNVEYREDNSHGMRRVEIVCQSCHAHLGHVFPDGPTDTGQRYCVNSVSLTFKSDDNDEIRG	PGPT0013070_4731	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-SULFOXIDE_REDUCTASES,PGPT0013070-msrB-K07305	NA	NA
AK237_03344	927			hypothetical protein	ATGGAACAACAACATTCTAAAAAACAAATCAGGAAGACCAAACTGTTGAAAAATTTCAATATTTCAGACTTACCCCATGGTTTTGGCCATTTCTTTAGTAATTTTTCCACAAAATACACTCTGTCATTCGTCGCGATTTCTTTAACATTAACGCTCGTTGGGTGCGGTGATATTTTTGCACCTAAGGTGGCTTCAATTTGTAAGGATGATGTAAAACTTTGCGCCGATCTAAACACCGATGAGTGGTGTAGAGCAGAAAAAGCAGACATCATTAAACATCGCTATCGTCACCCTGAAGATGGAAACGCAGAGGAAACCTATGCTCTCATGCTCATGTTTGAGGACTATCAGCGCTGTATCACTAATGCGTCAGGGCTTACGCATAAAAAATACAGAGACAAAGAAGCAGACCGTATGAAAGGCGTTCTGACCGCAAGAAATGAACTTGATAGACTGAAAAGAAAAACCCGTGACAATCCTGATCCCCTACTCTCCTATTATCACTGGTCTAGATTTGGTGACGAATCGGCGCTGGAGCGCTTCATGATTGCCGCGAATAGTAATCGGCTCGATAGCCCGGAATTGCAAATTGCGCTAGCTTCTATGCAAGCAAAAAAAGACACAAACCTCACAAAGGCTACCTTATACCGCGCTTTGAGCATGTACGAAAATGATGAAAACATCAATGTCTCGGTGTTTTATACGCTATCGACAATCGGCATTGAACAAGGCAATTTTAAACTTGCTTATATTTGGTCTCTCGTGGCTAGCCATTACGGGGAATTGATCAATTTACAGCAGCTGGACGCCATGGCAACACAACACCAACTGCCAGTCACACTAATGGATGAAGTAGCCGATGAAATTATAGACGCGCTTGAAGACGGTGCTTTTGATGCTGAGAAATTAGGGTTAACGGGGCTGTAA	MEQQHSKKQIRKTKLLKNFNISDLPHGFGHFFSNFSTKYTLSFVAISLTLTLVGCGDIFAPKVASICKDDVKLCADLNTDEWCRAEKADIIKHRYRHPEDGNAEETYALMLMFEDYQRCITNASGLTHKKYRDKEADRMKGVLTARNELDRLKRKTRDNPDPLLSYYHWSRFGDESALERFMIAANSNRLDSPELQIALASMQAKKDTNLTKATLYRALSMYENDENINVSVFYTLSTIGIEQGNFKLAYIWSLVASHYGELINLQQLDAMATQHQLPVTLMDEVADEIIDALEDGAFDAEKLGLTGL				NA	NA	NA	NA	NA
AK237_03345	1446	gap2		Glyceraldehyde-3-phosphate dehydrogenase-like protein	ATGAACCAACAGTTTGAACAGGAATTGCAAAACAGCTGGCAAGAGCGTCAGGAATACGCGGAAATGATGATGCCCTTAATCGGCAAGCTATACAGGAACCACTCCGTAGAAGTTTCCGTGTACGGCCGGTCTTTATTAGGCGCTAGCGTCATCGATATCGTCAAAGCTCACCGTAAAGTGCGTCTGCATGAAGGCGTTAAACTGCGGCTTCGTGAAAGCTTTCCTATCCTTGAAGTATTAACCACCATGTCACTCGCACCGGCGCAAATTGATATTGGTAAACTAGCGTTCGATTTTCATTACGGAACAGCGGTTGAGCAGACTGATCTTGATGCTTATCTGAAAAACAAACTAGCCTCAGTTGTCGACAAAGCCGACGAGCAGGCGGCACAAGATGTAGTGCTGTATGGTTTTGGCCGGATTGGCAGGTTGCTCGCACGTTTGCTTATTGAACGCCAGGGCAAGGCAAATAAACTGCGCCTGCGCGCCATTGTTGTGCGTGGAGGAAAAGACGGCGACTTAGAAAAACGCGCAAGCTTGCTACGTCGTGATTCTGTACATGGGCCGTTTAACGGTAGCATCACCATCGATCACGAGCGTCAGGCAATAAAAGCGAATGGCTCGTTTATTCAGATTATTTATGCTAACAGTCCGGATGAAGTAGATTACACGAAGTACGGCATCGACAATGCAATTGTTGTGGACAATACAGGAATGTGGCGCGACCGGGACGGACTCGGTTTGCACTTAAAAGCAAAAGGTGCAGCAAAAGCACTATTGACGGCGCCAGGAAAGGGCGACATTAAAAACATCGTGCATGGCGTAAATCACGAAGATATTCATGCAAACGATACGATCCTTTCGGCTGCCAGTTGTACCACCAATGCGATTACTCCTGTACTTAAAGCGCTTGATGAAGAGTATGGTATCGATTCCGGGCATGTTGAAACGGTACACAGTTTTACCAACGATCAAAACCTGATCGACAACTACCATAAAGCAGACCGCCGTGGACGTAGTGCGCCATTAAATATGGTGATTACTGAGACCGGTGCTGCTAAAGCAGTCGCAAAGGCGTATCCAAAGCTGGCCGGTAAATTAACCGGAAATGCGATTCGTGTGCCTACGCCTAACGTGTCCATGGCCATTCTTAACCTGAATCTTAAGACGGTTACCGATAAGCTCGCTGTAAATGAATTTTTACGTGATACAGCGCTGTTTTCAGGACTGCAACATCAAATCGATTACACCGCAAGCAAAGAAATTGTGTCAACAGACCTGGTGGGATCCCGCGCTGCCAGTGTGGTTGACTCGCAGGCAACCATCGTTGCCGGGAATCGTCTTACGCTGTATGTATGGTACGACAACGAGTTTGGTTACAGTTGTCAGGTTATGCGTGTGGTTCGTGACATGGCAGGGATCACTTTCCCAACGTTACCTGCATAG	MNQQFEQELQNSWQERQEYAEMMMPLIGKLYRNHSVEVSVYGRSLLGASVIDIVKAHRKVRLHEGVKLRLRESFPILEVLTTMSLAPAQIDIGKLAFDFHYGTAVEQTDLDAYLKNKLASVVDKADEQAAQDVVLYGFGRIGRLLARLLIERQGKANKLRLRAIVVRGGKDGDLEKRASLLRRDSVHGPFNGSITIDHERQAIKANGSFIQIIYANSPDEVDYTKYGIDNAIVVDNTGMWRDRDGLGLHLKAKGAAKALLTAPGKGDIKNIVHGVNHEDIHANDTILSAASCTTNAITPVLKALDEEYGIDSGHVETVHSFTNDQNLIDNYHKADRRGRSAPLNMVITETGAAKAVAKAYPKLAGKLTGNAIRVPTPNVSMAILNLNLKTVTDKLAVNEFLRDTALFSGLQHQIDYTASKEIVSTDLVGSRAASVVDSQATIVAGNRLTLYVWYDNEFGYSCQVMRVVRDMAGITFPTLPA	PGPT0018000_559	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
AK237_03346	1128			hypothetical protein	ATGCATATCTCCAGTCAGTTTGACAGCGGTAACATCCGCGTAATCGAAGCCAACTCTCCAGCGAAAATTGTGCTGGGCATCAACAAAGACAATCAATCCGATTTTTATCAATGGTTTCACTTTCGCCTCTTCGGCGACGTTTTCGAAACCCACCATATCACGCTAACCGACCTCGCTAAATCCGCTTATCCAGATGGTTGGAAAGACTATAACGTTGTGGCGTCTTATGACCGCCAAAACTGGTTTCGCGTGGAAAGTGAATTCGATGGCGATAATTTGTCTTTTAGCTTTACGCCTGAGCAACCAGCCGTCTATTTCGCCTATTTCATCCCTTATAGCTATGAGCGTCACCTAGATCTCGTACACGATGCGCAAATGTCACTGCGCTGTGAGCACCGCTTACTCGGTGAAACTTTAGATGGCCGCGACATTAACTTACTGGTTATTGGTGACGAAGAGCCTGCAAAAAAGAAAATCTGGATCACCGCGCGGCAACATCCAGGTGAAACCATGGCAGAATGGTGCGCAGAAGGCCTGCTTTACCGGTTACTCGATGAGCAGGATGGTCTTGCCAGACAGTTGCTTGATGAAGCTGTATTTTATGTTATCCCTAACATGAATCCTGATGGCGCAGCCAGAGGACACTTACGTACCAACGCGGTAGGAACGAACCTTAACCGTGAATGGGCGACGCCGAGTGCAGAAAAGAGTCCGGAAGTGTTACACGTATTAAACGCCATGACAGAGATTGGTGTTGATATGTATTTAGATATTCACGGTGATGAAGCATTGCCGTACAATTTTCTAGCAGGAAGCGAGGGCATACCTTGTTATTCTGATCGTCTGAAAGACCTGGAGGACACGTTTAAGGCTGCGTTAATTGCAGCTACGCCAGAGTTTCAGGATGAGTTTGGTTATCCAAAAGACAAGCCAGGTGAAGCAAACCTTACCGTTGCATCAAATGCAGTAGGGGAAAAGTTTGACTGTCTGGCGTATACCTTGGAAATGCCATTTAAAGATAATAATAATTTACCTGATCCTGTGTATGGCTGGTCAGTTCAACGCTGCCGCCAACTCGGTGAAGATCTTTTGATTGCCGTGCGTGCGGTAGTGTCAAAACTACGATAA	MHISSQFDSGNIRVIEANSPAKIVLGINKDNQSDFYQWFHFRLFGDVFETHHITLTDLAKSAYPDGWKDYNVVASYDRQNWFRVESEFDGDNLSFSFTPEQPAVYFAYFIPYSYERHLDLVHDAQMSLRCEHRLLGETLDGRDINLLVIGDEEPAKKKIWITARQHPGETMAEWCAEGLLYRLLDEQDGLARQLLDEAVFYVIPNMNPDGAARGHLRTNAVGTNLNREWATPSAEKSPEVLHVLNAMTEIGVDMYLDIHGDEALPYNFLAGSEGIPCYSDRLKDLEDTFKAALIAATPEFQDEFGYPKDKPGEANLTVASNAVGEKFDCLAYTLEMPFKDNNNLPDPVYGWSVQRCRQLGEDLLIAVRAVVSKLR				NA	NA	NA	NA	NA
AK237_03347	1665			hypothetical protein	TTGGAAGGCTTGTATAATTTTCTTGTGTCACTTGATGGCATGCTTGGGGGAGCGCCTTGGTTCCCCTTTGTATTGCTTGGTGTTGGTCTGTTCTTTACCGTCTATCTGAAATTTCCGCAAATCCGATTCTTTAAACACGCCTGGCTGGTGGTTACTGGCAAGTATGATAAAGATGGGGAGGAGGGAGATACCACCCATTTTCGTGCGTTGACTACCGCGTTATCCGGCACCGTAGGAACAGGGAATATCAGTGGTGTGGCTTTTGCTATTTTCCTCGGAGGCCCTGCTGCGTTGTTCTGGATGTGGGCAACGGCGTTCCTGGGTATGACGACGAAGTTTGTCGAAGTAACGCTCTCACATAAATATCGTGTGAAAACAGAAGACGGAACCATGGCGGGTGGGCCTATGTATTATATGGACCGTCGTTTGAACATGAAGTGGCTTGCGGTGGCGTTTGCCATTGCGACGGTTATCAGTTCGTTTGGTACCGGAAACCTGCCTCAAAGTAACGGTATTGCACAAAGTATCGAAGCGACGTTTGGTATTGAGCCCATCATCGTGGGAAGTGTACTGGGCATTTTACTGGCGTTGGTTATCTTAGGTGGTATCCAGCGTATTGCAGCCTTCACCGCGAAGATTGTTCCCATTATGGCAATGATTTATTTGATTGGTGCTTTAGCGGTTATTTTTGCAAACGCTGAGAACATTGGTCCCGCTTTCTCCGCTGTTATTGGCGATGCGTTTACAGGTTCCGCTGCGGCCGGAGGCTTCTTAGGTGCCTCTTTAGCCTACGCATTTAACCGTGGCGTAAACCGTGGGCTGTTCTCTAACGAGGCCGGCCAGGGTTCGGCGCCTATTGCCCATGCTGCTGCAAAAACCAGTGAGCCTGCGTCTGAGGGTATGGTGTCGCTGCTGGAACCATTTATCGATACCATCCTCATTTGTACAGTAACTGGTTTGGTTATTTTGTCGTCTGGCGTGTGGAAAGAAAAGCACGAAAACGTCTTTGATCGCGCCGATATGTACTTTGTGCAAGGCAGTTATACGGATGACCAGGAACAAGATCGTGAGGCGTTATACAAGTATCTCAATGGTATGGACGGGAGCGGGGTAGAGGCCTATACCGGTCCGATTTCGGTGGTAAACGGTACGGCGGTTAGTGATGGTTTTACCCTCATTAATGCCCGCTCTATCGCCGAAGATGTTACGTATTCTCTGGGCGACGATGATGCCTACACCGGCACACTGCAAATCAAGAGCGGGAAACCGGTTAAAGATAACCTTGAGGTAGAAGGTAAGTCATTAGTACACTCAGCAGCACTTACCACCATTGCGTTTACGCGTGGTTACTTCGGCAACTTTGGTCAGTATATCGTGTCGATTGGGTTGATGCTGTTTGCCTTCTCAACGGCAATAGCATGGTCTTACTATGGTGACCGCGCAATGACATACTTACTTGGCCCGCGCTCGGTAATGCCATACCGTGTTATTTATGTGGCTGGTTTTGTATGGGCGTCATTTTCTGATACCACGCTGGTATGGGCGTTATCCGCTGTCGCAATTGTTGTTATGACACTACCCAACCTCTTTGGTATAGTGATGTTGAGTAAGGAAATGAAGCAGACTGTTAACGATTACTGGGCAAAAGTTCGGGACGATAAATAA	MEGLYNFLVSLDGMLGGAPWFPFVLLGVGLFFTVYLKFPQIRFFKHAWLVVTGKYDKDGEEGDTTHFRALTTALSGTVGTGNISGVAFAIFLGGPAALFWMWATAFLGMTTKFVEVTLSHKYRVKTEDGTMAGGPMYYMDRRLNMKWLAVAFAIATVISSFGTGNLPQSNGIAQSIEATFGIEPIIVGSVLGILLALVILGGIQRIAAFTAKIVPIMAMIYLIGALAVIFANAENIGPAFSAVIGDAFTGSAAAGGFLGASLAYAFNRGVNRGLFSNEAGQGSAPIAHAAAKTSEPASEGMVSLLEPFIDTILICTVTGLVILSSGVWKEKHENVFDRADMYFVQGSYTDDQEQDREALYKYLNGMDGSGVEAYTGPISVVNGTAVSDGFTLINARSIAEDVTYSLGDDDAYTGTLQIKSGKPVKDNLEVEGKSLVHSAALTTIAFTRGYFGNFGQYIVSIGLMLFAFSTAIAWSYYGDRAMTYLLGPRSVMPYRVIYVAGFVWASFSDTTLVWALSAVAIVVMTLPNLFGIVMLSKEMKQTVNDYWAKVRDDK	PGPT0014405_147	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
AK237_03348	330			hypothetical protein	ATGGCATTAACCGATTGTCCATCTTGTAACAAGAAAATTTCAGATAAATCTGAAGAATGCCCACATTGCCATTTCCGGGTGGGTGATGCGTCAGCCGACGATGTGCTGAGAAAACAGAATATGCAGCGCTATAAGAAAACGCAGAGTATACAGACTCAGTCACTAGTGGCCGTACTGCTTTTTGTAGCAGGTTTTGGATTTATGTATTGGGGCGGTACACGTCCCGGAGAGATGCAACATAATCTCGCAATTCTAGCCGCCGCGGTTGGCTTTATGTGGTATGTTGTAAACCGTGTCAGATTAGTCATTATTAAACGTTTTTCCTCATGA	MALTDCPSCNKKISDKSEECPHCHFRVGDASADDVLRKQNMQRYKKTQSIQTQSLVAVLLFVAGFGFMYWGGTRPGEMQHNLAILAAAVGFMWYVVNRVRLVIIKRFSS				NA	NA	NA	NA	NA
AK237_03349	291			hypothetical protein	ATGAATATAGATGCGTTACTCGCAGCGATGACGCCAGATGTGTATGCACGTCTGCGTCAGGCTGTCGAAACCGGCAAATGGCCGGATGGTACAGTACTGTCTGAAGAGCAACGGGAAAGTTGCATGCAGGCAGTGTTGTTGTACCAATCAAAAATCGAGAAATCCTCCGAGCACATGACCATCAACGAACACGGTGAAATTGTGCAAAAAAGTAAAAGAGAGTTCCGTGATGCATTGCAGGCGGAGCAAGATGAAAACACCATAGCCCGGTTTAAACAGGATGATATTTAG	MNIDALLAAMTPDVYARLRQAVETGKWPDGTVLSEEQRESCMQAVLLYQSKIEKSSEHMTINEHGEIVQKSKREFRDALQAEQDENTIARFKQDDI				NA	NA	NA	NA	NA
AK237_03350	2799			hypothetical protein	ATGATATTTAGTCGTATATTTTCCCCTGCGCATGCAAGTGCTGACCCTGAAAAACGGATACAGGCCATTGCAAAGCTGTCTGCTGATAAAGCCGGGGAACGTTCAACGCTGCATGAATTAGCGTTCAATGATAGCAGTAGTGCAGTCAGTCTCGCGGCTTTAGAAAAACTCAATTCTTTTCCACTTTGGCTAAAAGTGGCGCAAACAGCAAAAGATGCAAAAGTGCGTCGTCGTGCGGTAGCCAGAGTAGAAGAGGCCATCATTCATGGCCAGAGTGACGAAATATCCCCACACGAAAAGCAAGAGTATTTGCTCAGGCAAGCTCCCGTAGAGTTGGTGAAAAAAGCGTTAGAGTCTGATGCCAACGCCTCGATTTCAGATGAAGATATTGTGGCACTTCTGGATAAAGTAGGTCGTTCTGATTACACGCAAAAGTACTTCGCTAAACATGCCTCGGCTTCAGTGCAGTTGGCATTAATCTGCAACTGCAGCTCGCTTTCTCTGCTCAATCGTTTTGCTAAGAAGTGTCGAAGTGATGCTGTTTCCGCTGCGCTACAGGAAAAGATTACTCGCTTAAAAGAACAAGAGGAAAGGCCAAAAGCGCTTGAACAAGCCTACACCCTCGTATTGTCGAAATTGCAGGCTATTACTGAGCGCCAGGATTATGAAGATGTTGTATCGCGCTTGCAGGATAGTGTCAACGAGTTAGAAATACTCGATAAAGATTTCTCAGTGTTGCCTGACGATATTGCAACCGTTATCCGCGAGAAGCAAGTGCGGCTTATGGAAAAGGCCCAACAGCATCAGGCTCGCCTGCAAGTACAGTGGCAGGCAAATGCACAACAACGCGATGCCGAAAGGAAGTGGGATGCGTTAAAAACCGTGGTGCGCCAGGCTGAAGAAAAAGTAAACTGGCTTTTTACTGAACGACTTTGTGAAGCGACGTTAGCCGATGTAGAGTCTGTCAATGCGTCCGTTCGGGATCTTGAAGCTGAGCTGGAAAATATCACTGTCGTCAAAGACAAAAAAGCGCTTGCGCAATACCGGCAAGTCGTGAGTACACTTATCCAACAAATAGATGCTTTTTCTGCACAGCAACAGCTTGCACTTAGATTGGTCTCCACATTAGAGAACACCGAACAGCTATTACAGGACAGCGAAAACGGTGAACTCAATGAGAACGAATGGCAGGATGCAGCGCTAAAATGGTCTGAGCATAAGCAACTGTTGTTTGGGTTGCCGAAGGACTGGAAACATCGATGGTCTGTTATCGAGCGCACTCAGAAGCAAAAACAAACGCAGATTAAACTTGCTAATGAGCAGGCATTAAAAGCATGTCGTCGCTTACTGTCGATGGTGTCTAATCTCATCAGTAATGGCCGGTTCCGTGGCGCCATGGCTCGCTTCGGTGAACTTGACGCTATTTTTAACGAACTTACCCCGCAGGGACAGGCTCAATTGTCCCGTCGTTATGAACAAATCAAAGCGGATATTGAAAAGCTGGAAGGGTGGCAGAGCTATCTGGCGGCGCCAAGAAAACCAGCCTTGCTTGAAGAGGCAAAATCACTGGCGGCCTCGGCTGCTGACGATATTCCCGCGCGGGTTAACGCCATTAAGTTGCTGCGTCAACAGTGGCAGTCCCTATCGGTCAACCAGAACAAAGGTGAAATTGATATCGCTTTTGATGAGGCGTTAGAACAAGCGTTTTTGCCTTGCAGAGTGTTTTTTGCAGAACAAGAACAACAACGGGAAGCCGCATTAGCGGTAAGAGAGTCGTTGATCAATGATGTCTCTGCAGTCAATATCGAAAATGAAGATTTGTCTGCGCTAGCCAAACAACTGGACAAGTTTAAACAGCGTTGGCGTGATGCCGGTGCTGTAGAGAAAGATAAATACCAGGTGGTCAAGCAGCGCTGGGACAACGCGATTTCGCCTTTAAATCAAGCGGTGAATGGTTGGCACAATGAAAATCGACGTCAAAAGCAGGCAATCGTAAACGAGGCTAAAGCCTTATTGTCGGACGAGGACCTCAACGCCAGCGCAAGCAAAGCACAAGCCTTGCAGCAGCAGTGGAAAGACATAGGGCATGCCGGAAAGCGCTATGAAACAAAGTTGTGGCAGGTATTTAAAGAAACCAACGATAAAATCTTTGCCCGGGTGAAAGCACAGCGTCAAAGCGAACAACAACACCAATCTCTGGTGGTAGACGAAATCCTTGAGGAAATTAAGGGGATCAGTCGTACTGTGAAGCAGCAGCCGGAAGCGGTTGATGCTGCCTTGGTGCCTGTATTGGAAAAAGCCAGGGCGCTGGACAGTAAAAAACAAAGCGTCATTCACCAGCGTATTGACAAGCTTCGCCGTAATGTACAAAACCAATTACAGGAAGCAGAGCTTGATGACCGTCGTTCAGGCATTCAGGCGTTGGCAAGTGTGATTGCCCTCTGGCGGGATACGCCGAGCTTAGATGTCGCTACTACCGACGAATGGCAAACGTTACCAAAGTTATGGAAAGCCGCCATTTCTGATGGTGCTCAGCTACCTCAAACGAGAAGCTGGTATGCCCACGTACTGGAGATCATGCTGGGTATTGACGCGCCGGCAGAGCGGGTCGCTGAACGTCGAGATGTACAGCTGGCGTTAATGACAGCGAAGCTGGAAAAAGGCGATGATTTTACTTTTGCTGAAGCGGTCGCGTACTGGTTGTCTTTTGGGGAACCTTCTGACAGCGAGAGTGAGAGGATGCTACGGATCCTTACGCAAGTTCAGGATAACGCTACGCTGCTAAAGGGAGTGATGTGA	MIFSRIFSPAHASADPEKRIQAIAKLSADKAGERSTLHELAFNDSSSAVSLAALEKLNSFPLWLKVAQTAKDAKVRRRAVARVEEAIIHGQSDEISPHEKQEYLLRQAPVELVKKALESDANASISDEDIVALLDKVGRSDYTQKYFAKHASASVQLALICNCSSLSLLNRFAKKCRSDAVSAALQEKITRLKEQEERPKALEQAYTLVLSKLQAITERQDYEDVVSRLQDSVNELEILDKDFSVLPDDIATVIREKQVRLMEKAQQHQARLQVQWQANAQQRDAERKWDALKTVVRQAEEKVNWLFTERLCEATLADVESVNASVRDLEAELENITVVKDKKALAQYRQVVSTLIQQIDAFSAQQQLALRLVSTLENTEQLLQDSENGELNENEWQDAALKWSEHKQLLFGLPKDWKHRWSVIERTQKQKQTQIKLANEQALKACRRLLSMVSNLISNGRFRGAMARFGELDAIFNELTPQGQAQLSRRYEQIKADIEKLEGWQSYLAAPRKPALLEEAKSLAASAADDIPARVNAIKLLRQQWQSLSVNQNKGEIDIAFDEALEQAFLPCRVFFAEQEQQREAALAVRESLINDVSAVNIENEDLSALAKQLDKFKQRWRDAGAVEKDKYQVVKQRWDNAISPLNQAVNGWHNENRRQKQAIVNEAKALLSDEDLNASASKAQALQQQWKDIGHAGKRYETKLWQVFKETNDKIFARVKAQRQSEQQHQSLVVDEILEEIKGISRTVKQQPEAVDAALVPVLEKARALDSKKQSVIHQRIDKLRRNVQNQLQEAELDDRRSGIQALASVIALWRDTPSLDVATTDEWQTLPKLWKAAISDGAQLPQTRSWYAHVLEIMLGIDAPAERVAERRDVQLALMTAKLEKGDDFTFAEAVAYWLSFGEPSDSESERMLRILTQVQDNATLLKGVM				NA	NA	NA	NA	NA
AK237_03351	222			hypothetical protein	ATGCAAGTACAGGTCGAGTTCGCGTTCGACACCGAACCTGACGCGTATCGATTCTTAAATACCGTTAAGAACTTTGACGCAAAAGACGTTATCGCTAAGCGGGGGAAAAACGCCCAACACGTTTTGGTTAAATACCAGTATACGGCGGGCGAATTTGATGACACCGCCTCAACGCTTGATGATTTAGCTAGAGAGATGGGCGGTAGTGAATATTCGGGGTAG	MQVQVEFAFDTEPDAYRFLNTVKNFDAKDVIAKRGKNAQHVLVKYQYTAGEFDDTASTLDDLAREMGGSEYSG				NA	NA	NA	NA	NA
AK237_03352	837			hypothetical protein	ATGAACCAATTTAACGGCGCATTGGGCAAGATGAATGTCAGTGTAAACGACGACAATCTTGTTCAATATTCCCTGGCCCTGGGTGACGATGTCATCAACATGAATGACCTCTTGGGCACAGAAATCACCATCACCAGTCAGGGTGAAATTCGTTGCGTACATTGCAATAAAAAGACAAAGAAAAGTTTTAACCAGGGTTATTGTTACCGCTGCTTAATTACACTTGCACAGTGCGACAGTTGTATTATTAAACCTGAACTTTGCCATTATCACGAGGGAACATGCCGCGAGCCTGAATGGGGCGAAAAGCACTGTCTTAGTGAGCACTACGTCTATTTAGCCAATACCGGAAATGTGAAAGTGGGAATAACCCGGCATGTAACTAAGGCCGTGTCGAGCCGCTGGATGGATCAAGGTGCCAGTCAGGCCATGGTGTTTCTTCGGGTAAAAAACCGATTAACCAGTGGCTTGGTAGAAACATTATGCAAAGCACATATTGGCGATAAAACCAATTGGCGAACAATGCTAAAAGGAAGCCCGGAGCAACATGATTTGCAGGCGTTAAAAATGTCGTTGCTGGAAAAAATTGAAACGGGTCTACAGGCTATCCGTGAACAACATGGCCTGGATGCCGTCAGTGAGGCCACACCGGAAGCCGTCGATATCCACTACCCGGTAGCGCAATATCCTGTAAAAATTAAGTCGATTAATCTGGATAAGACGCCGGCATTCACCGGCGTTCTGCAAGGTATTAAAGGACAATATTTAATGCTTGATGGCGACCGCGTAATCAACATAAGGAAATACGCGGGATATCAGGCAACATTAACCTACTGA	MNQFNGALGKMNVSVNDDNLVQYSLALGDDVINMNDLLGTEITITSQGEIRCVHCNKKTKKSFNQGYCYRCLITLAQCDSCIIKPELCHYHEGTCREPEWGEKHCLSEHYVYLANTGNVKVGITRHVTKAVSSRWMDQGASQAMVFLRVKNRLTSGLVETLCKAHIGDKTNWRTMLKGSPEQHDLQALKMSLLEKIETGLQAIREQHGLDAVSEATPEAVDIHYPVAQYPVKIKSINLDKTPAFTGVLQGIKGQYLMLDGDRVINIRKYAGYQATLTY				NA	NA	NA	NA	NA
AK237_03353	1008	ansA	COG0252	L-asparaginase 1	ATGCGAAAACACATCTACATTGCCTACACAGGCGGCACCATCGGCATGAAGCCATCTAAGCAAGGTTACGTGCCGGCAGCAGGATTTTTAGGAAAAACGCTGGCGAATATGCCTGAATTTCATCGCGCAGAAATGCCGTTATACACCCTGCATGAATACGACAATTTGATCGATTCTTCAGATATGAACCCGTCTGACTGGCAACGTATAGCAGATGATATCGCAGCGAATTACGACAAGTATGACGGTTTTATTATTCTCCATGGCACGGACACCATGGCATATACAGCTTCTGCATTAAGCTTCATGCTTGAAAATTTAAGCAAACCGGTAATTGTCACTGGTTCGCAGATCCCACTGGCGGAATTACGTTCAGACGGCCAGGTAAACTTACTAAATGCACTTTATGTAGCGGCAAACTTCCCCATCGCGGAAGTAAGCTTATTTTTCAACAACCGCTTGTTAAGAGGCAACCGCAGTAGAAAAGTCGACGCTGACGGATTCAATGCTTTTGATTCACCTAACTTTCCTCCTTTATTAGAGGCAGGCATTAATATCCGACTTAAAGCAGGCGAACTGGCCACTCCCTCACCACATCCCCTTTCGGTGTGCCGGGTCTCATCGCAACCTATTGGTTTGGTCAGCCTGTATCCGGGGATTGCCCCGGAAGTTATTAAAAATACCTTACAACAACCGGTTAATGCACTTATTCTGCTAAGCTACGGGGTGGGCAACGCACCGCAGCATCCTGCTCTCTTGGAACAACTAAAATACGCGGCTGACAGAGAAATTGTCGTTTTAAATTGCACACAATGTATGCGCGGACGCGTGAATATGGGTGGCTATGCAACGGGCAACAGTTTACGCGAAGTAGGTGTGTTATCAGGCAGTGACATGACCCCCGAAGCGGCACTCGCCAAATTGCACTATTTGCTAAGTCAGTCGTTTACCTACGAAGAAATCAAAGCCAAGCTCACCACAAGCTTGCGTGGCGAATTAAGCGCATAA	MRKHIYIAYTGGTIGMKPSKQGYVPAAGFLGKTLANMPEFHRAEMPLYTLHEYDNLIDSSDMNPSDWQRIADDIAANYDKYDGFIILHGTDTMAYTASALSFMLENLSKPVIVTGSQIPLAELRSDGQVNLLNALYVAANFPIAEVSLFFNNRLLRGNRSRKVDADGFNAFDSPNFPPLLEAGINIRLKAGELATPSPHPLSVCRVSSQPIGLVSLYPGIAPEVIKNTLQQPVNALILLSYGVGNAPQHPALLEQLKYAADREIVVLNCTQCMRGRVNMGGYATGNSLREVGVLSGSDMTPEAALAKLHYLLSQSFTYEEIKAKLTTSLRGELSA	PGPT0020180_2183	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
AK237_03354	783			hypothetical protein	ATGCAAAATAATAAAGGAAGTTTGGTATGTGTTGGTCCGGGGATGACATTGGGCGCCCACATGTCTTCTCGTTGTCGAAGCCATATTGAACATGCTGATGTGGTTTTTACCAATTGTCATCCAATAATGGAACAGTGGCTTGCAACGATGCATAACGACACCCGCTCACTGCAACCGTTGTATGCTGAAAATAAAGATCGCCGAATCACTTACCGTGAAATGGTTGATGCCATTATGACTGAGGTGCGTGACGGTAAGCGTGTGGTGGGGGCGTTCTATGGTCACCCCGGCGTGTTTGCGCAAGTCCCTCACACGGCAATTTCAGTCGCTCGTCAAGAAGGGTTTGCTGCGCACATGGAGCCCGGTATTTCTGCCGAAGATTGCTTATATGCAGACATGGGCATTGATCCTGGCGCATACGGTTGCCAGCATTTTGAAACCAGCCAGTTAATGATGTTTGAGCGCCAGATTGATAATACCGCCTATCTCTTTCTCTGGCAGGTGGGGTTAGCGGGGGATTTAACGATTTCCAAACGTGAAACCAGTCAGGCGCAGCGCAAAGTGCTGGTTGATATGTTAATAGAGGATTTTCATTATCCGCCCCAGCATAACGTTGCCATTTATGAATGCCCGACGCTTATTACTGATAAGACGCGAATTGAATGGCTTCCATTAGATGAATTGCATGCTGCGGAGCTTACTTTGGTTTCGACTTTAGTCGTACCTCCGTGTGCCCGGCTTAAGAAAAATAACAAGATACTTCAAAAACTCGGTAAACTGTAA	MQNNKGSLVCVGPGMTLGAHMSSRCRSHIEHADVVFTNCHPIMEQWLATMHNDTRSLQPLYAENKDRRITYREMVDAIMTEVRDGKRVVGAFYGHPGVFAQVPHTAISVARQEGFAAHMEPGISAEDCLYADMGIDPGAYGCQHFETSQLMMFERQIDNTAYLFLWQVGLAGDLTISKRETSQAQRKVLVDMLIEDFHYPPQHNVAIYECPTLITDKTRIEWLPLDELHAAELTLVSTLVVPPCARLKKNNKILQKLGKL	PGPT0026200_2	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-OTHER_QSR|BF_RELATED_SYSTEMS	CE-QSR|BF-cAMP|CRP_SIGNALLING_PATHWAY,PGPT0026200-yedQ-K21085	NA	NA
AK237_03355	207			hypothetical protein	ATGACAAAAACCATCGAAATATTAGCCTCTCTCGCTGAAGACGTGACGCAATCAGTTGATAAGCTGTCCCCGCAAGAGATGGCGAGCATCGCTAAGCTTAAAGCTGAAGCGGCCAGCATGAGCCCGATTATGGCGATTGTTGAACCTACGGATCCGTCTGAGCCCGATCCAGACAGAGAGCCTGAGAAAAACCCCGTAGTAGCTTGA	MTKTIEILASLAEDVTQSVDKLSPQEMASIAKLKAEAASMSPIMAIVEPTDPSEPDPDREPEKNPVVA				NA	NA	NA	NA	NA
AK237_03356	1719			hypothetical protein	ATGCGCTGTATCGTTGTTTTATTGTTGTTCGTCTGCACCACTGTTTTAGCCGTGGACGATCATGAACGATTGCAGCGCATTGAGTCTTTAGCTTTATCCGATTGGCACACTTCTCAAATTTTACTCTCTGACATCGATGTGGATCTGTTGGATCCAGAGAATAAGCAGTATTTCCGCTATTTAACCGTCTATTTGTCTACAAAAGATACACCGCTGGAAACGGTGTCGCGAAACTACAAGCAGCTATATCGTGACTTGCCTGACGGTGCCGTAAAAATCAAGACGGCGAAGTCTTTGTTGGCCTTATCGGCTTATTTGAGTGAGTGGGATTTTGCTTTCAGCTTATCAAAAGAACTTGAAGCTCAAATTACTGCGTTAAATGATCCGCTCATCAGCCTTTCTGCCTGGAAAGGCCTGTTAGTGCTGTATAGCCAGGCAGGGCTGAATGATATGGCGCTTAAGCTCGCGGACAAAATACTTAATAGTCCAAAAGCCGATGACGCTATCCAGTGTTTTGCTAAGTCGATGGCTGAAGAAATCAGGTTGTCCGAAGCGTTGGCGACAGAGCAGGGGTTTAATCAAGCCATCGAGTTGTGTAAGCGTGCAGGCCAAAGCTACTACGTGACGTTTAACTATGTGCATCTGCTTGATTTGTTTGTGACAAATAAAGCATTTAATAAAGCCAAAATTATCGAAAAAGAAGCAAAGTGGCGAGTAGATGACAGCCAGTTTGTTCATATGACATCCAGTTTTAAGATATCGCAGTCGCTGATGCGTATGAGCGAAGGCAAAATAGACGAAGCAGAAGCATTTGCATTAGAAGTGATCAAACTAGATACCCATGAAGAGTTTAAGGCCGGTTTGTCAGCGGCTTATGACATCCTTGTCACGATCACATCAGGTAAAAATGAGTTTGATAAAGCTTTCTCCTATCTTCAGAAAAAGCAAAAAATTGAGCAAGCGTTAACAACTGAAAACAGTATAAAAGAATTGGCATATCAAAAAGCTATGTTTGATTTGTCTAACAAAGAAAGTGAAATTTTACTTTTAGATAAACAAAACAAATTGTTGCAGGCCGAAGCGAAATATAATGGTCAGAAAATGAAGACCACCATTCTTGCGCTGTCTATGGTATCTGTCATAGGTGTTGCACTTTTACTGTGGAGTTATCGCAGCCGGAAACTTGCCCGTAAGCTGCGCTACCTGGCAACGCGGGACAGTCTGACAGGTCTGTATAATCGTGGCTATTTCACTGATTTGGCCAATGATATGTTAAAACGCGCGCAAAAAAATAAATCATCCGTCACCATGCTGTTGTTAGATTTAGACCTATTCAAAGGTTTGAACGACACCTATGGTCATCAAGTCGGGGATTGGGTGCTAAGAGAAGTCGCACGCACACTTCAGCGGTGTTGTCATAAGCAAGGTGTTGTGACACGCATGGGAGGGGAAGAATTTGGCTTGCTGGTTGAAAATATGACGGTCGAGCAGGGTTTTGAATTGGCAGAAACGTGTCGTCAAGCCATCGAAAATATCGATTCCAACATTTCCGGGCACAAATTTACCGTCTCTGCCAGTTTTGGCGTAAGCGGTACTCAGCAGGTAGGCTATAGCCTGGATAATCTGTTTTCCGCGTCGGATCTCGCGCTCTATCAATCCAAGCGTTTTGGCCGCAATCAGGTTTATGAGTACAACAAAACCATGAGTCCACTAGGCTAA	MRCIVVLLLFVCTTVLAVDDHERLQRIESLALSDWHTSQILLSDIDVDLLDPENKQYFRYLTVYLSTKDTPLETVSRNYKQLYRDLPDGAVKIKTAKSLLALSAYLSEWDFAFSLSKELEAQITALNDPLISLSAWKGLLVLYSQAGLNDMALKLADKILNSPKADDAIQCFAKSMAEEIRLSEALATEQGFNQAIELCKRAGQSYYVTFNYVHLLDLFVTNKAFNKAKIIEKEAKWRVDDSQFVHMTSSFKISQSLMRMSEGKIDEAEAFALEVIKLDTHEEFKAGLSAAYDILVTITSGKNEFDKAFSYLQKKQKIEQALTTENSIKELAYQKAMFDLSNKESEILLLDKQNKLLQAEAKYNGQKMKTTILALSMVSVIGVALLLWSYRSRKLARKLRYLATRDSLTGLYNRGYFTDLANDMLKRAQKNKSSVTMLLLDLDLFKGLNDTYGHQVGDWVLREVARTLQRCCHKQGVVTRMGGEEFGLLVENMTVEQGFELAETCRQAIENIDSNISGHKFTVSASFGVSGTQQVGYSLDNLFSASDLALYQSKRFGRNQVYEYNKTMSPLG	PGPT0026200_51	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-OTHER_QSR|BF_RELATED_SYSTEMS	CE-QSR|BF-cAMP|CRP_SIGNALLING_PATHWAY,PGPT0026200-yedQ-K21085	NA	NA
AK237_03357	963	lipA	COG0320	Lipoyl synthase	ATGAGTAACGCACGTCCTAAAGCCGGAGTTAAGCTCCGCGATGATGAGAAAGTAAAACACATTCCAATTACAATCGTTCCTACCGAAAAGGCAGAAATGCTGCGTAAGCCCTCATGGATAAAAATCAAGCTTCCTCGCACGACGGATCGTATCGACGAGATTAAGCAGACTTTGCGTAAAAATAAACTTCACTCGGTGTGTGAGGAAGCATCCTGCCCTAACCTGGCAGAGTGTTTCAATCACGGTACTGCCACATTTATGATTTTAGGCGACATCTGTACCCGTCGCTGCCCGTTCTGCGATGTTGCCCACGGAAAACCGTTACCTCCCAGTGCCGAAGAGCCTGAAAAGTTAGCTAAGACCATTGCTGAAATGAAGTTAAAGTATGTGGTTATTACGTCGGTTGACAGAGACGACTTGCGAGACGGTGGTGCCCAGCACTTTGTCGATTGTATTAACGCCATTCGCGAACATAGTCCTTCCACCACTATCGAAGTGTTAGTCCCTGATTTCCGGGGGCGGATGGACAGGGCATTGGAAATATTCAAAAATGGCGTGCCTGATGTGTTTAATCATAATTTAGAGACCATTCCACGCTTGTATCGCGAATGTCGACCAGGCGCGAATTATCAATGGTCTCTGGATTTACTCAAAAAGTTTAAAGCACAACATCCCGACGTTAAAACCAAATCTGGCTTAATGATGGGCATGGGTGAGGAAAATGAAGAGATCCAAGGGGTATTACGTGACTTACGAGCTCACGATGTTGATATGCTGACGTTAGGGCAGTATCTACAGCCGTCTCGTCATCATTACCCGGTTAAGCGTTACGTTCACCCTACTGAGTTTGATGCGCTAGGCGATTACGCCAAGGACATCGGCTTTGTCCATGCGGCATGCGGACCGATGGTTCGCTCCAGCTACCATGCTGACCAACAGGCAGCAGGTAAAGAAGTTAAATAA	MSNARPKAGVKLRDDEKVKHIPITIVPTEKAEMLRKPSWIKIKLPRTTDRIDEIKQTLRKNKLHSVCEEASCPNLAECFNHGTATFMILGDICTRRCPFCDVAHGKPLPPSAEEPEKLAKTIAEMKLKYVVITSVDRDDLRDGGAQHFVDCINAIREHSPSTTIEVLVPDFRGRMDRALEIFKNGVPDVFNHNLETIPRLYRECRPGANYQWSLDLLKKFKAQHPDVKTKSGLMMGMGEENEEIQGVLRDLRAHDVDMLTLGQYLQPSRHHYPVKRYVHPTEFDALGDYAKDIGFVHAACGPMVRSSYHADQQAAGKEVK	PGPT0003935_2696	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
AK237_03358	657	lipB	COG0321	Octanoyltransferase	GTGGCATCCACAAACACGCCGGTCATTTTAAGGCAACTAAACCGACAGTCGTATTTGCCAACATGGCAAAAGATGCAACGCTTCACCGATGAACGTGATGTCGACACACCAGATGAAATCTGGCTCGTTGAACATGATCCCGTATTTACGCAAGGGCAAGCAGGTAAAGCTGAACATCTTCTTATGCCCGGCGACATCCCGGTGGTAAACGTAGATCGGGGCGGACAGGTCACCTATCATGGCCCCGGCCAACAAGTCATCTATCTGATGTTAAATATCAAACGTCGCAAGCTGGGCGTGCGTGAATTAGTGACCGCAATGGAAAATGCGGTAGTCGCTCTTCTTGCAGACCACGATGTAAAAGCCTATGCGAAGAAAGATGCGCCCGGCGTATATGTCGACGAACGTAAAGTGTGTTCTTTAGGGTTACGAATTCGTAAAGGTTGCTCATTCCATGGGCTGGCGCTGAATGTTAATATGGACTTAGCGCCTTTTAATCGAATTAATCCATGTGGGTACGCCGGCATGGAAATGATAGACACCGCGCGCCTGGGTGGACCTGATACATTGCACACTGCAGGTCCTGCTTTAGCGCAACACCTCCTCGATATTTTAGGTATCACTGAGGTCATAAACAAAGAAGGTTTTGATGAGTAA	MASTNTPVILRQLNRQSYLPTWQKMQRFTDERDVDTPDEIWLVEHDPVFTQGQAGKAEHLLMPGDIPVVNVDRGGQVTYHGPGQQVIYLMLNIKRRKLGVRELVTAMENAVVALLADHDVKAYAKKDAPGVYVDERKVCSLGLRIRKGCSFHGLALNVNMDLAPFNRINPCGYAGMEMIDTARLGGPDTLHTAGPALAQHLLDILGITEVINKEGFDE	PGPT0003925_2673	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-ADAPTION_TO_PLANT_IMMUNE_SYSTEM	ADAPTION_TO_PIS-PLANT_LIPOIC_ACID_INTERFERRENCE	PLANT_LIPOIC_ACID_BIOSYNTHESIS,PGPT0003925-lipB-K03801	NA	NA
AK237_03359	264			hypothetical protein	ATGGATACCCGTTTCGATGAGTTGCTGGACTTTCCTTGTTTCCAGACATTTAAAGTCATGGGCGTAGCCCATGAAGATTTGCCACAATTTGTGGTGACATGTTTACAAGAGCATGCTCCGGGTGACTATACCCCCACAGTGAAGCCAAGTGCTAAAGGTAACTATCATTCTGTATCAGTGAGTGTAAAAGTGACCAGTAAAGAGCACATGGAAACCATTTATAAAGAACTGGCTAAAATAGATTTGGTCAGGGTCGTACTGTAA	MDTRFDELLDFPCFQTFKVMGVAHEDLPQFVVTCLQEHAPGDYTPTVKPSAKGNYHSVSVSVKVTSKEHMETIYKELAKIDLVRVVL				NA	NA	NA	NA	NA
AK237_03360	1188	dacA	COG1686	D-alanyl-D-alanine carboxypeptidase DacA	ATGCATAAAATTATAAATCGCGCTAAACCGTCTTTCATGAACGCCATGCTAATCATGATGTTCATGGCATTTGTTGCCAAAGTACAGGCGAATGTCGTCATTCCTCCCCCGCCCAATGTTGCAGCTGAAGGCTTTGTTTTAATGGACAATGAAACTGGCCAGGTCATTGCAGAAAAAAATGCTGATATGCAATTACCACCAGCCAGTTTGACGAAAATGATGACAACCTATGTTATCGGTAAAGAACTGGAAGCCGGCAACATCAGTATGGACGACGAAGTCACCATTTCTGAAAATGCCTGGGCGAAGAATTTTCCAGAATCCTCAAAGATGTTTATTGAAGTGGGTACAAAAGTTAAGGTGGCCGACCTTATCCGGGGTATTATCATTCAATCCGGTAACGATGCCTGTGTTGCGATGGCAGAACATATTGCGGGCTCCGAAAGTGCGTTTGCCAGCATGATGAATGCGCATGCGCAAGCGTTAGGTATGTCTTCTTCGCATTTTGTGAACAGTCATGGCTTGCATGATCCTGACCACTACGTAACACCCCGTGATATGGCGCTATTATCTCAGGCGTTGGTGGCTGAAACGCCGCAAATTTATGCAATTTATAGCGAAAAAGAATACACCTATAACGGTATTAAACAGTACAACCGTAACAGCCTGTTATGGGATCAGAGCCTGAATGTAGATGGGATCAAAACCGGCCATACTTCAGATGCAGGCTACAGCCTGATTACATCGGCCAAGCAAGGCGACATGCGCTTAATCTCTGTGGTCATGGGTACAGACAGCGAGCGAGCCAGAAAAGAAGAAAACAAGAAATTACTGCGCTACGGATTCCGTTTTTATGAAACAGTAACGCCGTATAAAGCGGGAGAAAGCTTTGTTGCCCATCGCATTTATATGGGTGACCGAGAAACTGTAGACCTTGGAATTAATCAATCTACCCCCATTACCATTCCTCGCGGACAAGCAGGTAATTTAGAAGCAAGCTTTGAGCTGGACAAGAAGCTGGAAGCGCCTCTCGCAAAAGGTCAGGTTGTAGGTACACTTTATCTGCAGCTTGATGGTAAGGACGTGGCAAACTATCCGCTTGTTGCACTGCAAGAAGTTAACGAAGGTGGCTTCTTTGACCGCATGGTTGACTACGTAATGCTACAACTTGGTTGGGACGATGAATAA	MHKIINRAKPSFMNAMLIMMFMAFVAKVQANVVIPPPPNVAAEGFVLMDNETGQVIAEKNADMQLPPASLTKMMTTYVIGKELEAGNISMDDEVTISENAWAKNFPESSKMFIEVGTKVKVADLIRGIIIQSGNDACVAMAEHIAGSESAFASMMNAHAQALGMSSSHFVNSHGLHDPDHYVTPRDMALLSQALVAETPQIYAIYSEKEYTYNGIKQYNRNSLLWDQSLNVDGIKTGHTSDAGYSLITSAKQGDMRLISVVMGTDSERARKEENKKLLRYGFRFYETVTPYKAGESFVAHRIYMGDRETVDLGINQSTPITIPRGQAGNLEASFELDKKLEAPLAKGQVVGTLYLQLDGKDVANYPLVALQEVNEGGFFDRMVDYVMLQLGWDDE	PGPT0024040_3476	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-PEPTIDOGLYCAN_REMODELLING	CE-PG_REMODELLING-CARBOXYPEPTIDASE_ACTIVITY,PGPT0024040-dacC|dacA|dacD-K07258	NA	NA
AK237_03361	861	rlpA		Endolytic peptidoglycan transglycosylase RlpA	ATGTGCGCTAAATACTGGTTATTGCTTGCCTTGGCCCTGTTGATCAGCGGCTGTCAGTCATCAAGTCGCTATGCTCAGCATAGCGATTCCGCCCCCACGTTTGTCCATGACGAGCCCGATTATTCCGATGCGGCGCCGCAGTATGAGCCTTATCGTGAATGGAATAGCCGACCTTATGAAGTACTCGGTAAACGTTACTTTCCTATGCAATCAGGGAAAGGCTACGTCGAAACCGGCCTGGCATCGTGGTATGGACAAAAGTTTCACGGACACCTCACCTCTAACGGCGAAACCTACAACATGTTCGCCATGACGGCAGCGCACAAAACATTACCGCTGCCTTCATTCGTAAAAGTGACCAATTTAAGTAACGGTAAAACCGCCATAGTGCGGGTTAATGACCGGGGGCCGTTCCACTCAGACAGGATCATCGATTTATCTTACGCCGCGGCAAAAAAGCTGGATTACCAGCAACACGGCACAGCGAAAGTAAAGCTCGAAGTAATACACTTTGACGAAGATAACCAGGTAACGGTAGGAAATCAGCCCACCGTATCTTACGAACAATATGCCGGCATCGTGCCACTTCCCGGTAAGCCAGAACCCGAAGCTACCGTTGCAGATCAGCAAGATGAGGAACTTTACATTCAGGTCGCCGCAGTCAGTGATCCTCAAAGGGCAAAGTCCGTATCCACGGTGCTGTCACAGCTCTACCAGGTGCCTGCAGAAATACCGCTTATTGATAACATTTATAAACTTCGCCTTGGGCCTCTCGCCGACCGTTTTCAGGCACAAATGCTACTCGATGACCTTAAACAAAACGGCTATCCCGGCGCTTATACAGTAGGTGGAAACCTGTAA	MCAKYWLLLALALLISGCQSSSRYAQHSDSAPTFVHDEPDYSDAAPQYEPYREWNSRPYEVLGKRYFPMQSGKGYVETGLASWYGQKFHGHLTSNGETYNMFAMTAAHKTLPLPSFVKVTNLSNGKTAIVRVNDRGPFHSDRIIDLSYAAAKKLDYQQHGTAKVKLEVIHFDEDNQVTVGNQPTVSYEQYAGIVPLPGKPEPEATVADQQDEELYIQVAAVSDPQRAKSVSTVLSQLYQVPAEIPLIDNIYKLRLGPLADRFQAQMLLDDLKQNGYPGAYTVGGNL	PGPT0024465_1475	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-OTHER_CELL_MEMBRANE_REMODELLING_PROTEINS	CE-REMODELLING_LIPOPROTEIN_METABOLSIM,PGPT0024465-rlpA-K03642	NA	NA
AK237_03362	1116	mrdB	COG0772	Peptidoglycan glycosyltransferase MrdB	ATGAAGCGCACTACGCTAAAGCAAAATCAATTAACCTTGCTCGAACGCTTGCACATTGATGGCTGGTTGCTACTTGGCTTACTTGTATTGATGACGGTGGGCTTATACACATTGTACTCCGCATCGGGTCAGGATCCGGGTCAAATGGAACGTCAGTTTGCTCGTCTGGGCATTGCCTTGGGCGTAATGTGCGTAATGGCGCAGGTTCCGCCCATGGCGTACCGACGCCTCTCTACTTACGCCTACATTCTCGGACTGTTAATGCTAATAGCAGTACTGCTTTTCGGTGATGTGGGCAAAGGCGCCCAACGATGGCTCGATCTTAAGTTTATACGCTTTCAGCCTTCTGAGCTCATGAAACTGGCCGTACCTATGATGGTGGCCTGGTATATCAGTAAATTTACCCTCCCCCCTCGCCTCATACAAATAGGTATCGGGTTTACATTGGTTATCGTACCAACCATATTAATCGCTAAGCAGCCCGATTTGGGCACGTCCTTGCTGATAGCCAGTTCAGGCATCTTCGCTATTTTTCTTGCCGGTATGAGCTGGCGTCTTATCGCGTTTGTAGGTGCAATGGGAGGCGCATTTGCCCCTATTATGTGGTTTTTCCTTATGCAGGATTATCAAAAGCAGCGCGTTACCACTTTCCTTAACCCGGAATCGGATCCGTTAGGCTCGGGTTATCATATCATTCAATCGAAAATTGCTATTGGCTCTGGCGGGCTGGAAGGTAAAGGCTGGTTGTTAGGCACGCAATCCCAGTTAGAATTTTTACCTGAACGACACACAGACTTTATTTTCGCCGTATTCAGCGAAGAATTCGGCTTAATAGGCGTACTCGGCCTTCTCGCCATCTATTTATTCATTATTATTCGCGGGTTGATTATTGCCAATCGCGCCCAGGATGCCTACAGTAAATTACTGGCAGGTTCGATAACGCTCACGTTTTTCGTTTATGTGTTCGTGAACATGGGCATGGTGTCGGGTTTGCTTCCTGTCGTCGGTGTGCCTTTACCTCTCGTAAGTTTTGGTGGAACTTCCATGGTGACTTTGATGGCAGGTTTTGGCATTCTGATGGCAATCGGAACACAAAAAAGATTCTTATCCCGATAA	MKRTTLKQNQLTLLERLHIDGWLLLGLLVLMTVGLYTLYSASGQDPGQMERQFARLGIALGVMCVMAQVPPMAYRRLSTYAYILGLLMLIAVLLFGDVGKGAQRWLDLKFIRFQPSELMKLAVPMMVAWYISKFTLPPRLIQIGIGFTLVIVPTILIAKQPDLGTSLLIASSGIFAIFLAGMSWRLIAFVGAMGGAFAPIMWFFLMQDYQKQRVTTFLNPESDPLGSGYHIIQSKIAIGSGGLEGKGWLLGTQSQLEFLPERHTDFIFAVFSEEFGLIGVLGLLAIYLFIIIRGLIIANRAQDAYSKLLAGSITLTFFVYVFVNMGMVSGLLPVVGVPLPLVSFGGTSMVTLMAGFGILMAIGTQKRFLSR	PGPT0023885_26	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-PEPTIDOGLYCAN_REMODELLING	CE-PG_REMODELLING-PENICILLIN-BINDING_PROTEINS,PGPT0023885-mrdA-K05515	NA	NA
AK237_03363	1914	mrdA	COG0768	Peptidoglycan D,D-transpeptidase MrdA	ATGTCGCGTAAACGTCAGGCTATTCGTGATCATACAGCCGAAGCCAATCTCTTTGCTCGCCGGGCAGCAATTTCACTACTTATTGTCATCGCCATGCTAGGCATCGTGGTAAGTAACCTGTATGTGCTGCAAGTAGAGCAACACGATGCTTACCAGACGCGCTCTAATGGTAACCGTATCAAGGTACTGCCAATTGCGCCAAACCGCGGGTTAATTTACGACCGCAATGGTATTTTGCTTGCCGAGAATCGTCCGGTTTTCAGTCTTGAGGTCATTCCAGAGGAAGTGGACGATCTCGACGCCACATTAGACAGATTATCTGAACTGATGGGAATTACCGAAGAAGAGCGGGACAACTTTCTCAAGACATATCGCGGTCAGCGCCGATTTAAACCTATTGCCCTGCGCACCCAGCTGGATGAACAAGAAGTAGCGTTATTCTCAGCACAACAGCACAGGTTTCCCGGCGTATCTATCGAAGCGCGCCTATCACGCTATTATCCTTATGGTGAAACCTTAACCCATGTATTGGGATATGTTGCCAAAATTAACCGCAATGATCTGCAAAAGCTGCAGGAAGCCGGTCAGGAAGACAACTACGCAGCCACGTACGATATTGGCAAACTCGGCATTGAGAAATATCATGAAGAAGAGCTGCATGGCCAGGTTGGCTATCAACAAGTTGAAGTAAACAGCCAGGGCCGAATCATTCGTACTTTGAGTATTGACCCGCCAGTGCCGGGCAAAGACATTGTGCTAAATATTGATTTAGCTTTGCAACTGGCGGCGAAAAAATCCCTTGATGGCAAACGAGGTACTGTGGTTATTTCATCGCCCGAAACGGGTGGCGTACTTGCCATGTACTCAAGCCCGAGTTACGACCCTAATCTTTTCGTTCATGGCATCAGCAGTAAAAACTACAGTGCACTGTTAAATTCGCCAGACCGACCGCTGATTAATCGGGCTACCCAAGGTCAATACCCGCCGGCATCTACGATAAAACCACTGCTTGGCCTTGTCGGCCTGGAAGACGGCGTCATTACGCCTAAAACTACCATTAATGATACCGGAAGATACAAATTACCGAACGTAAGTCACGTTTGGCGCGACTGGAAGAAATGGGGACATGGAAAAGTTAACGTAGAGCGCGCCATCATGCAGTCCTGCGACACCTTCTATTATGACCTTGCGTATAAACTTGGTATCGACCGCATTAGTGATGCGATGTCAGAATTTGGCTTTGGTGACTACACAGGTGTCGATCTCTACGAAGAATCTGATGCAAACATGCCAAGCCGAGGTTGGAAGCGAGCACGTTTTAACCAGCCGTGGTACATTGGCGATACCATTCCCGTAGGTATTGGACAAAGTTACTGGACGGCAACACCTATCCAACTCAATCAAGCCATCAACACGCTAATAAATCATGGAGAACGATTTGTCCCGCAAATTATTCTCGGGTTTATGGACGAGTCAGGCCATGTAGTGGAAGAGCCATTAAAAACCATGCGCCCGATTACCATAAAAGATCGCAAAAACTGGGATCTGATGCTTAAAGCGATGCATGAAGTCAATCACAATGAGGAAGGCACGGGCCGTAAATCGTTTGCCGATGCGCCTTATCAATCCGGAGGTAAATCCGGCACAGCGCAGCTATTTTCTGTTGGCCAAAATGAGTCATATAACGCAGAAGATGTATCAGAGCATCTGCGCGATAATGCAATGTATGTAGCATTTGCGCCTTACAAAAAGCCTGAGGTATCCGTGGCTGTTGTGGTTGAAAACGCAGGGGGCGGCAGTTCTAATGCAGCTCCCGTTGCCAGACAGGTTATCGACTTCTTTTTCCGCGAGAGAGATTTTATGCAGCCGGACTACGTTCCCCCTGAAGACGCGGCGAAGGAACAAGCAGAATGA	MSRKRQAIRDHTAEANLFARRAAISLLIVIAMLGIVVSNLYVLQVEQHDAYQTRSNGNRIKVLPIAPNRGLIYDRNGILLAENRPVFSLEVIPEEVDDLDATLDRLSELMGITEEERDNFLKTYRGQRRFKPIALRTQLDEQEVALFSAQQHRFPGVSIEARLSRYYPYGETLTHVLGYVAKINRNDLQKLQEAGQEDNYAATYDIGKLGIEKYHEEELHGQVGYQQVEVNSQGRIIRTLSIDPPVPGKDIVLNIDLALQLAAKKSLDGKRGTVVISSPETGGVLAMYSSPSYDPNLFVHGISSKNYSALLNSPDRPLINRATQGQYPPASTIKPLLGLVGLEDGVITPKTTINDTGRYKLPNVSHVWRDWKKWGHGKVNVERAIMQSCDTFYYDLAYKLGIDRISDAMSEFGFGDYTGVDLYEESDANMPSRGWKRARFNQPWYIGDTIPVGIGQSYWTATPIQLNQAINTLINHGERFVPQIILGFMDESGHVVEEPLKTMRPITIKDRKNWDLMLKAMHEVNHNEEGTGRKSFADAPYQSGGKSGTAQLFSVGQNESYNAEDVSEHLRDNAMYVAFAPYKKPEVSVAVVVENAGGGSSNAAPVARQVIDFFFRERDFMQPDYVPPEDAAKEQAE	PGPT0023885_1748	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-PEPTIDOGLYCAN_REMODELLING	CE-PG_REMODELLING-PENICILLIN-BINDING_PROTEINS,PGPT0023885-mrdA-K05515	NA	NA
AK237_03364	471	rlmH	COG1576	Ribosomal RNA large subunit methyltransferase H	GTGAAAATTCAAATTGTTGCAGTCGGTACAAAAATGCCGGATTGGGTCTCAAGGGGCGTTGATGAGTTTATCCGCCGATTCCCTGCCGACATGCCCGTGCATTTTACTGAAATCCCGGCAGGAAAACGGGGAAAGAACGCGGATATCCCCCGCATACTGCAAAAAGAAGGTGAGGCGACACTCGCGGCTATCTCCAAAGGAAATCGTATTGTCACGCTGGAAGTGACTGGTAAGGCCTGGGATACCCCGCAACTGGCCAAACAACTTGATGTCTGGAAAATGGATGGTCGTGATGTCAGCTTACTCATCGGCGGTCCGGAAGGCTTAGCGCCAGAATGCATATCGGCGTCAGAGCAGCGTTGGTCGTTGTCAAACCTTACCCTCCCTCACCCTTTGGTGAGAATTATCGTAGCTGAAAGTCTTTATCGGGCTTGGTCAGTCACGCAAAATCACCCCTATCATAGAGAGTAG	MKIQIVAVGTKMPDWVSRGVDEFIRRFPADMPVHFTEIPAGKRGKNADIPRILQKEGEATLAAISKGNRIVTLEVTGKAWDTPQLAKQLDVWKMDGRDVSLLIGGPEGLAPECISASEQRWSLSNLTLPHPLVRIIVAESLYRAWSVTQNHPYHRE				NA	NA	NA	NA	NA
AK237_03365	318	rsfS	COG0799	Ribosomal silencing factor RsfS	TTGGACAGTAATCAGTTCAAACAATTCGTGTTGGATAAAATCGACGATATGAAAGCGCGCGATGTTATCCAGTTAGATGTAAAAGGTAAGTCAACCATTACTGATCTAATGGTTATCTGTTCGGGCAATTCAAAGCGTCATGTCGTAGCTATTGCAGATAATCTGCATGTAGAAATGAAACAGGCAGGCCATCCACCACTCAGTATTGAAGGTAAAGATACTGGCGAATGGGTGTTAGTCGATTTAGGCGAAATTATTGTTCACGTCATGCAAGATGAAGCACGCGACTTCTATCAATTGGAAAAGCTTTGGGGCTAG	MDSNQFKQFVLDKIDDMKARDVIQLDVKGKSTITDLMVICSGNSKRHVVAIADNLHVEMKQAGHPPLSIEGKDTGEWVLVDLGEIIVHVMQDEARDFYQLEKLWG				NA	NA	NA	NA	NA
AK237_03366	1035	holA	COG1466	DNA polymerase III subunit delta	ATGCAAGTTTACCCCAATCGATTTGAACAAGAGTTAAGTAAAGGTCTCAAACCTTGCTATTTGCTATTTGGCGATGAGCCTCAGCAAAAATTTTCAATGATTGAAGGGGTCAGGCATCTTGCGAAGCAAGCGGGCTTTACTGAGCGCACGGTTTTTGTTGCTGATAGCAGCTTCAGTTGGAGCCAGCTGATTGAAGCAACGCAGTCTCTTTCATTGTTCGCGTCGCAACAAATCATTGAACTGGAACTCCCTACAGGAAAACCCGGTACCGAGGGCAGCCAAACGTTGCAATCGGTAGCGAATAACCTTGGGCAGGATATTATTCTTCTGATCCACGGGCCACGAATTGGTAAAGATGTGCAAAAAGCCAAGTGGTTCAAGGTGCTCGATGAAATTGGCGTGCATTCCATTTGTTATCCGCTTGAAGGCAATAACTTAAATGCGTGGATCCAACAAACGATGCAACAGGCGGGACTGCAAGGCGATGCTGCGTGTGTGCGGCTTATCGGTGATATGTGTGAAGGCAACATGTTGGCTGCGCATCAGGAGATTCAAAAGTTATCATTGGTCTACGCTGGCCAGACGATTACACCCGATCAGGTTGAGGCTGCTATTGTCGACCAATCACGTTTCAACGTTTTCCAGTTGGTAGACGTGATGCTTAGCGGTGATCAACAGCGCTGTATTAAGATGCTCTATCGTTTGGAGAGTGAAGGGATTGAGCCCAACATTATTATTTGGGCTTTAATTCGTGAGTGGCAAACGCTCTCTCAACTTCAGGAAACCCTTACAGCAGGCCAGCAAATTCAATGGATGAAGCTGGGTATATGGAAGAACCGACAAGGTGTATATCAATCGGCATTAAATCGATTAACACCTTCTCGTATCAAGCAAATTCGTCAGGCCCTCGAACAAGCAGATTTTGCTTTTAAGCAAAATACGGTGGAGCGTCCCTATATAAAACTTGCCCATTTATGCATGTTATTTATGGGAATAGAGCTAAACGGCATTGCCTTAATGGTTGACGCCCACTAA	MQVYPNRFEQELSKGLKPCYLLFGDEPQQKFSMIEGVRHLAKQAGFTERTVFVADSSFSWSQLIEATQSLSLFASQQIIELELPTGKPGTEGSQTLQSVANNLGQDIILLIHGPRIGKDVQKAKWFKVLDEIGVHSICYPLEGNNLNAWIQQTMQQAGLQGDAACVRLIGDMCEGNMLAAHQEIQKLSLVYAGQTITPDQVEAAIVDQSRFNVFQLVDVMLSGDQQRCIKMLYRLESEGIEPNIIIWALIREWQTLSQLQETLTAGQQIQWMKLGIWKNRQGVYQSALNRLTPSRIKQIRQALEQADFAFKQNTVERPYIKLAHLCMLFMGIELNGIALMVDAH				NA	NA	NA	NA	NA
AK237_03367	519	lptE	COG2980	LPS-assembly lipoprotein LptE	ATGGTATTTACTTTCCGATTTATCGCTGTTCTTACTGCCGCACTGGTACTTACCAGTTGCGGCTTCCACTTACGCGGGAATGAAGCGCTTCCCGCGTCGGTTAATTACGTAGCGGTATCATCAGCGCAAGCTCATGCGCCGCTGGCCCGGGCATTGAAAAAACAGCTAGCTGTTTATGATTTGCAAGGCGGAACCTTAGCGGATAGCCCTAACCCGGAAGCCTCTGTCGTCATCTATATTCAACCTGAACAACTGGAAAGACGTTTACTGTCAGTATTCTCTACCGGACAAGTTGCTGAATACGAATTGATTTACGGCGTAAGATATACTGTTACCTTTCCGGGGAAGGCACCTTTACCAGCTTACTTCGAAGTGCTGCGGGATTATCAGGATGATCCAGAGCAAGTGCTGGCAAAATCCCGTGAATTGGAGCTGGTCTTAAACGAGATGAGAAAAGAAGCAGCCGACAATATTATTCGCCGTATTGCCAGCCAATCTTCCCAAGCTGTTCCTGAATAA	MVFTFRFIAVLTAALVLTSCGFHLRGNEALPASVNYVAVSSAQAHAPLARALKKQLAVYDLQGGTLADSPNPEASVVIYIQPEQLERRLLSVFSTGQVAEYELIYGVRYTVTFPGKAPLPAYFEVLRDYQDDPEQVLAKSRELELVLNEMRKEAADNIIRRIASQSSQAVPE	PGPT0023297_1184	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-REMODELLINGLPS|LIPID|IVA_METABOLISM	CE-REMODELLING_LPS_TRANSPORT,PGPT0023297-lptE|rlpB-K03643	NA	NA
AK237_03368	2607	leuS	COG0495	Leucine--tRNA ligase	ATGGCCGAAAATCAGTATAACCCGAAACAAATTGAACAAGATGTCCAGCAATACTGGGATACAAACCAATCTTTTAAAGCTGTAGAAGACGCGTCTAAAGAAAAATTCTATTGTCTGTCTATGTTCCCCTACCCAAGTGGTCGACTTCATATGGGGCACGTGCGTAACTACACCATTGGTGATGTAATCAGTCGTTTCCAACGCATGCAGGGCAAAAATGTGCTGCAACCTATGGGCTGGGATGCATTCGGTTTACCTGCAGAAAACGCGGCAATTAATAATAATACGGCGCCAGCAAACTGGACTTACGCCAACATTGAATACATGAAAGGCCAACTGAAATCTTTAGGATTTGGCTATGACTGGAACCGTGAAGTTGCTACCTGTAAGCCGGATTACTATCGTTGGGAGCAATGGTTTTTTACCCGTCTTTACGAGAAGGGACTGGTATATAAAAAAAATGCCACGGTTAACTGGGATCCGGTAGATCAAACCGTACTTGCCAATGAGCAAGTTATCGATGGGCGCGGCTGGCGCTCTGGCGCGCTCGTTGAACAAAAAGAAATTCCGCAATGGTTCATCAAAATTACTGATTACGCCGAGGAATTACTAAGCGACCTTGAACAGTTAGAAGACTGGCCTGATCAGGTACGTGCCATGCAGGCAAACTGGATTGGCCGTTCTGAGGGTGTCGACATTACGTTTAAGTTAACAACACCGGCCGGCGACGTTGAAACATTAACCGTGTACACCACCCGCCCTGATACGTTCTTCGGTGTGACGTACGTGGGCGTTGCGGCGCAGCATCCGGTTGCCGACTTTGCAGCGAAGCACAACCCTGCCCTCGCTGCATTTATCGATGAATGTAAAAATACTAAAGTGGCTGAAGCAGAATTGGCCACCATGGAAAAGAAAGGATGCGACACGGGACTTACCGTAATCCACCCATTAACAGGTGAAGAACTGCCCGTTTGGGCGGCTAATTTCGTTTTAATGGGCTATGGCTCCGGTGCAGTCATGGCCGTGCCCGGTCACGACCAGCGAGACTGGGAGTTTGCAACAAAGTACAACTTGCCTGTCAAACAGGTTATTGCCCCCATTGAAGATAGCAACGACGTATGTGACTTAACATCTTCAGCCTTTACCGAAAAAGGCACATTAATTCACTCTGAGGAATTTGACGGGCTCACTTTCAACGACGCGTTCAATGCTATTGCAGAGAAGTTATCATCCTTAGGCGTCGGCACCAAAAAAGTAAATTACCGCCTGCGTGACTGGGGTGTAAGTCGCCAGCGCTACTGGGGTGCGCCGATACCGATGCTGAACCTTGAAAACGGTGACTCTGTGCCTGTACCGGCAGACGAACTCCCCGTTATTCTCCCCGAAGATGTAGAAATGAACGGGGTGACATCACCTATCAAAGCAGACCCCGAGTGGGCTAAAACCACCTTTAACGGCATGCCGGCCCTGCGCGAAACCGATACCTTCGATACCTTTATGGAGTCGTCCTGGTACTACGCACGATACAGCTGCGCGCAAAACGGCGATGCTATGCTGGATCCTACGCAAGCAAATTACTGGCTGCCCGTCGACCAGTATATTGGCGGTATCGAGCATGCCATATTGCACTTACTGTACTCCCGTTTCTTCCACAAATTGTTACGCGACGAAGGATTAGTGGACTCTGATGAACCGTTCAAGCGATTACTCTGCCAAGGGATGGTGCTTGCCGACTCTTATTTCAGTGAAGATGAAAATGGCAAGAAAACATGGTACTCGCCCCTCGCCGTTTCTACCGAGAAAGATGACAAAGGTCGCATCGTTAAGGCATGGCTGACTAAAGACGGCACGCCAGTTGAGCATGGCGGCATGACAAAGATGTCAAAATCAAAGAATAACGGTATCGATCCACAGGCGGTTATTGATCAATATGGTGCCGACACTGTTCGCTTGTTCACAATGTTTGCTGCGCCCCCGGAGCAAACATTAGAATGGGTCGATTCAGGCGTTGAGGGTGCGAACAGGTTCTTAAAACGTATCTGGAAGCTGGTGAACGACCATATTGAAGCTTGTGATACACCTTCTGCAATTGACGTGAAAGCGTTGTCTAAAGACCAACAAGCTTTACGTCGCGAAGTGCATAAAACAATTGCCAAGGTTACTGATGACCTGGCACGCAGACAAACGTTTAATACGGCTGTTGCTGCCATTATGGAGCTTTTAAACCACTTACAAAAAGCACCACAAGAAAGCAGTGAAGACCATGCCATTATGCGTGAGGCTGTTGAATCTGTTTTACGCTTACTTAACCCTATCACGCCTCATATCTGCCACCATTTATGGCAAGCACTGGGTCATGAAACTGCCGTTGAATATGCTGGTTGGCCCGAAGCCGATAAAGCCGCATTGGTAGAAGATGAAAAACTGATCGTGGTTCAGGTGAATGGTAAAGTACGCGCTAAAATGACTGTTGCTGCTGATGCCACAAAAGAAGCGGTTGAAGCTGACGCGCTGGCACAAGCAAATGTGCAGCCTTTCATTGAAGGTAAGACGGTTCGCAAAATCATCGTCGTACCCGGTAAACTTGTCAACATTGTAGCGAACTAA	MAENQYNPKQIEQDVQQYWDTNQSFKAVEDASKEKFYCLSMFPYPSGRLHMGHVRNYTIGDVISRFQRMQGKNVLQPMGWDAFGLPAENAAINNNTAPANWTYANIEYMKGQLKSLGFGYDWNREVATCKPDYYRWEQWFFTRLYEKGLVYKKNATVNWDPVDQTVLANEQVIDGRGWRSGALVEQKEIPQWFIKITDYAEELLSDLEQLEDWPDQVRAMQANWIGRSEGVDITFKLTTPAGDVETLTVYTTRPDTFFGVTYVGVAAQHPVADFAAKHNPALAAFIDECKNTKVAEAELATMEKKGCDTGLTVIHPLTGEELPVWAANFVLMGYGSGAVMAVPGHDQRDWEFATKYNLPVKQVIAPIEDSNDVCDLTSSAFTEKGTLIHSEEFDGLTFNDAFNAIAEKLSSLGVGTKKVNYRLRDWGVSRQRYWGAPIPMLNLENGDSVPVPADELPVILPEDVEMNGVTSPIKADPEWAKTTFNGMPALRETDTFDTFMESSWYYARYSCAQNGDAMLDPTQANYWLPVDQYIGGIEHAILHLLYSRFFHKLLRDEGLVDSDEPFKRLLCQGMVLADSYFSEDENGKKTWYSPLAVSTEKDDKGRIVKAWLTKDGTPVEHGGMTKMSKSKNNGIDPQAVIDQYGADTVRLFTMFAAPPEQTLEWVDSGVEGANRFLKRIWKLVNDHIEACDTPSAIDVKALSKDQQALRREVHKTIAKVTDDLARRQTFNTAVAAIMELLNHLQKAPQESSEDHAIMREAVESVLRLLNPITPHICHHLWQALGHETAVEYAGWPEADKAALVEDEKLIVVQVNGKVRAKMTVAADATKEAVEADALAQANVQPFIEGKTVRKIIVVPGKLVNIVAN				NA	NA	NA	NA	NA
AK237_03369	2406	lon_2		Lon protease	ATGACCGACCTCAGTTCCATGCGCGCGTCCTTCGCGCTTTCTCCAACGGCACTGACTCCTGGTTTGAATCGAAGACAAATTAATCAAGCGTTAAAAGACGACGAGGCGATAAATACATCGTTTATCGGTCAGGAACGCGCTCGTGAAGCGCTCTCATTTGGTCTTGGTGTTCAAACCCGGGGCTACAACCTGTACGTGATGGGGGAGCCTGCAACAGGGCGTTTCACGTTGGTGAAAGATTATATCGAACGTCAGGTTGCGAGCCTCCCAGCGCCCGAAGATTGGGTGTACCTTAATAATTTCGATGAAGAGCGTGAGCCCGTTGTATTAAGAATGAACCCCGGTGAGGGTAAAGAACTGGTGAAAGACATCAGTGGATTAATTGATGATCTTCTCGATACTTTTCCTGCGGCTTATGATAACCCGGGCTATCAACGACAGAAGTCAGCTATTTCCAGGGAATTTGAAAGACGTTATGACGAGGCTATCGACGCCGTTGAACGCTATGCGCAAGCTCACGATGTGGCGCTGTATGACGAGTCTAACGCGATTACTTTTGCCCCCATTGTTAATGGCAAACCGATTACCGACGAAGAGTTTGCTGTGCTTGACGACGAAAAGCGCCAGTATTTCTACGATCTCATCGCTGATTTGGAAAATCGCTTGAGTGAAAGTTTACTGGGCTTGCCTGTCTGGAAACGGGAAAGTTCTGAACGGGTGCGTCAATTAAATAAAAAGACGGCGGAGCAGGGCATAAGACCACTACTCAAAGTGCTTGAACATAAGTATGCCGGCCATTTGGGGATCTTAAAAACGCTTAGACGAATGCGTTCCCATCTGGTTAATACCATTGTTTCCTTGTTGGCGGAGGAGAATAAAGAAGACAAGCCGGATGAACTAGACAGACGGCTTTATCTTGAAGAATTATACCTGCCCAATGTATTGGTTGGACACCAGTTGCAAGATGGGGCGCCGGTGGTATATGAACCCAATCCCACCTATCAGAATTTATTTGGCAAGATTGAATACACCAACCTTCACGGCAGTGTGTATACCAACTACCGCATGATCCGCGCCGGCGCCCTGCATCGCGCAAATGGGGGATACCTGTTGCTCGATGTGGATCAAGTGATTGAACAACCATTCGTTTGGGATGCGCTGAAACTTGCCATTAAATCCGGCTCTTTGAAAATGGATTTACCCCAGCAGGATGTGGGCATGGTGAATGCGATAACGCTCACGCCGCAGCCAGTGGAACTAAACGTAAAAGTGATTTTACTGGGCTCACGGGATCTTTATTACACATTGCAAGATTACGATAACGAATTTGATGAACTATTTCGTGTTTTGGTAGATTTCGATTATGAGATCCCGGTGACCCGTCAGTCTACATTCGATTTTGTAGGCAAAGTTCGTCACCAGGTTGAACAGGTTGGGCTACATGGTATTTCTTCTAAAGCGATGCAGCGGCTAGTCGAATATTCCCTGCGTATGGCCGAGCACCAACAAAAGTTTTCTGCACATTTTGCTGAAGTTATCGAACTAATCAATGAAGCGCGCTACTTTGCGTTACAACACGACGATAGCCATCTCGATATAGCGCATATCGAGGTGGCATTGAGCGCTAAAAAACGCCGAACAGGGCGCGTTAGTCATGCCTTACTGAACGACATAAAAGAAGGCCATGTATTGATTGCCACTGAAGGTAAAGCGGTCGGTAAAGTTAATGGGTTAACAGTCCTCGAGGTGGGAGGAACGGCGTTTGGTACACCTGCACGAATTACGTCTACAGTGTACGCAGGCGCGAGCGGCGTTGTCGATATTGAAAGAGAAGTTGAGCTTGGTCAACCGATCCACTCCAAAGGCGTAATGCTGCTGACAGGTTATCTGGGCAACAAGTATGCACAACATTTCCCGCTTACATTATCGGCCAATATCGCCCTGGAACAATCATATGGACATATCGACGGTGACAGCGCATCACTTGCCGAACTCATTGCGCTGATTTCCGCGTTAACCGAAATCCCGGCAACACAATCGTTAGCTGTCACCGGGTCAATAAATCAGTATGGTGAAGTACAGGCGGTTGGCGGCGTAAATGAAAAGATTGAAGGCTTTTTCGATCTTTGTCAGCACCGGGGGCTTAGCGGTAAGCAGGGCGTGGTTATTCCCAAATCTAATGCGATTAACCTGGTGTTGGATAAAGCCGTGATTGATGCAGTGAAAAAAGGGTTATTCCACATTTTTACTGTAGAAACGGTTGATGATGCCATTGGTTTATTAATGGAGAAAGAAGCTGGTGTAATGACTTCACGCGGACGTTATCCTAAAAATTCAGTGAATTATCATGCGGTAAACAGACTTTATAATATCGCGTTAATTGTAAATGGTGGTGATGATGAATAA	MTDLSSMRASFALSPTALTPGLNRRQINQALKDDEAINTSFIGQERAREALSFGLGVQTRGYNLYVMGEPATGRFTLVKDYIERQVASLPAPEDWVYLNNFDEEREPVVLRMNPGEGKELVKDISGLIDDLLDTFPAAYDNPGYQRQKSAISREFERRYDEAIDAVERYAQAHDVALYDESNAITFAPIVNGKPITDEEFAVLDDEKRQYFYDLIADLENRLSESLLGLPVWKRESSERVRQLNKKTAEQGIRPLLKVLEHKYAGHLGILKTLRRMRSHLVNTIVSLLAEENKEDKPDELDRRLYLEELYLPNVLVGHQLQDGAPVVYEPNPTYQNLFGKIEYTNLHGSVYTNYRMIRAGALHRANGGYLLLDVDQVIEQPFVWDALKLAIKSGSLKMDLPQQDVGMVNAITLTPQPVELNVKVILLGSRDLYYTLQDYDNEFDELFRVLVDFDYEIPVTRQSTFDFVGKVRHQVEQVGLHGISSKAMQRLVEYSLRMAEHQQKFSAHFAEVIELINEARYFALQHDDSHLDIAHIEVALSAKKRRTGRVSHALLNDIKEGHVLIATEGKAVGKVNGLTVLEVGGTAFGTPARITSTVYAGASGVVDIEREVELGQPIHSKGVMLLTGYLGNKYAQHFPLTLSANIALEQSYGHIDGDSASLAELIALISALTEIPATQSLAVTGSINQYGEVQAVGGVNEKIEGFFDLCQHRGLSGKQGVVIPKSNAINLVLDKAVIDAVKKGLFHIFTVETVDDAIGLLMEKEAGVMTSRGRYPKNSVNYHAVNRLYNIALIVNGGDDE				NA	NA	NA	NA	NA
AK237_03370	1122			hypothetical protein	ATGAATAATGCTGTAAGCATAAAAAAGGGGTGGTTAACTCGCTTGCCCAAGATGGTGTGTAAAGCTGTTGTTTTATTAACAGTTGGCACAACGGCGGCTTTTGCAAAGTCGCCCACGTTAACCCTTGAAGAGGCGAATCGGCTGGTCGCCATGCCACTTCACTGCGCCCAGGTAGAGTATCCGAATAAGCTTAACCAAGTGCTGGCAGACAGCCAGTATTTAAAGGGACCAAAAGCATTGCACCCGGCCTTTTATGGGTGCTTTGACTGGCATTCCAGCGTGCATGGGCATTGGATGATGGTGAATTTGCTTCGTCATTTTCCTGCCTTAGACAATAAAGCAGAAATTCTGTCTGTACTAAAAAGCAATATAAGCAAAGACAATATTCAACAGGAAGTCGCTTATTTTCATATGCCACAAAACAGTAGTTTTGAACGCACTTACGGATGGGCATGGCTGCTGGCATTAGCCGAAGAGCTAAGAAAATGGGACGATCCAATTGCAGCGTCGCTTTCTGCGAACCTGCAGCCGCTAACCGACCTGATGGTAGAAAAATACATGACGTTTCTACCGAAGTTGATTTATCCCATTCGCACTGGCGAACACCCAAACACGGCCTTTGGTTTATCCATGGCGTGGGATTACGCAAAGGGGGCGAATAATACTGCGCTGGCTTCTCTTATTGCCTCTCGCGCACATGATTGGTACGGCAATGACAAACAGTGTCCATTGTCATGGGAACCTAACGGGTTTGACTTTCTATCGCCCTGCCTTGAAGAGTTGGATCTTATGCGAAAGGTACTGGATAAATCGGCGTTCCTGACATGGGCTGATGCATTTTTACCCGCGTTATCTTCGCAAGACTTTGCGCTGGACGTTGCACAAGTCAGCGACAGAACGGATGGAAAATTAGTGCATCTGGACGGATTGAATTTTAGTCGGGGCTGGGTGTTATATGGGTTGGCGAATACCTATCCCGAAGAGTATGGCCACCTGACCCCTCTTGCTGACACACATGTTCGCCACTCATTACCTGCCATAGTAGACAATAATTACGAAGGTACGCATTGGTTAGGCACCTTCGCAGTGTATGCGCTGCAACATCAGGCAGGTAACAACTAA	MNNAVSIKKGWLTRLPKMVCKAVVLLTVGTTAAFAKSPTLTLEEANRLVAMPLHCAQVEYPNKLNQVLADSQYLKGPKALHPAFYGCFDWHSSVHGHWMMVNLLRHFPALDNKAEILSVLKSNISKDNIQQEVAYFHMPQNSSFERTYGWAWLLALAEELRKWDDPIAASLSANLQPLTDLMVEKYMTFLPKLIYPIRTGEHPNTAFGLSMAWDYAKGANNTALASLIASRAHDWYGNDKQCPLSWEPNGFDFLSPCLEELDLMRKVLDKSAFLTWADAFLPALSSQDFALDVAQVSDRTDGKLVHLDGLNFSRGWVLYGLANTYPEEYGHLTPLADTHVRHSLPAIVDNNYEGTHWLGTFAVYALQHQAGNN				NA	NA	NA	NA	NA
AK237_03371	795			putative oxidoreductase	ATGCAATCTACAGATACATTTAGTCAGCCGCTTAATTCCTTTTACGCGGTTGTTACCGGTGCGAGTTCAGGCTTAGGTTTTGCTACCGCCCAGTACCTGGCCCAGCAAGGTGCAAAGGTAGCACTTTTTGATATTGATACTGCCAAGGGCCAGGCGGCGAGCGATAAAATCGGTTCCAATGCCCATTTTTTCAACGTAAACGTCTGTAACGAGCAACAGGTTCTCGACGGTTTAAATCAGTTCAAAGCGCAAGTGGGACGAATTCATTTATGTGTCAATTGTGCAGGTATCGCCCCCGCAGCCCGAACACTCGATAAGGCTGGAAATGCTGCACCACTAGACCCGTTCCAACGTGTAATTGATATTAACCTGGTCGGTTCATTTAATGTGGCACGCCTGGCCGCGCAAACCATGGCAGAGCAAACGCCAAACGAATCCGGCGAGCGAGGTGTCATCATCAATACAGCCTCGATAGCCGGATATGAAGGGCAAATCGGGCAGGCATCTTACGCCGCGAGCAAAGCCGGTATCATAGGCATGACACTCCCCATGGCAAGAGATTTGGCTCCGTTAGGGATCCGCGTGAATGCTATTGCGCCTGGCGTAATGGGTACACCTTTGCTTCTTGCAATGCCACAAAACGTGCAAGACGCGTTAAGCGCAAATGTCCCCTTCCCTAAAAGGCTTGGTTTGCCAGAAGAATTTGCCAGGTTAGTCGCGCACATACTGGCAAACACATACATTAATGGTGAAACTATTCGCCTTGATGGCGCATTACGTATGCCACCGAAATAA	MQSTDTFSQPLNSFYAVVTGASSGLGFATAQYLAQQGAKVALFDIDTAKGQAASDKIGSNAHFFNVNVCNEQQVLDGLNQFKAQVGRIHLCVNCAGIAPAARTLDKAGNAAPLDPFQRVIDINLVGSFNVARLAAQTMAEQTPNESGERGVIINTASIAGYEGQIGQASYAASKAGIIGMTLPMARDLAPLGIRVNAIAPGVMGTPLLLAMPQNVQDALSANVPFPKRLGLPEEFARLVAHILANTYINGETIRLDGALRMPPK	PGPT0002265_65	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_UTILIZATION	PLANT_DERIVED_ACETATE_UTILIZATION,PGPT0002265-acs-K01895	NA	NA
AK237_03372	297		COG1534	RNA-binding protein	ATGAAACTTTCAAATAAACAGAAACAATTCCTCAAGGGCCTAGCCCACTCATTGAAACCCGTAGTTCAGCTGGGTGCAAACGGCCTGACCGAGGGTGTTGTGGCTGAGATTGACAGTGCGCTGGACCACCATGAATTGTTAAAAGTTAAAGTGCCTACCGACGACAAAGAAGAAAAAGCACTCATAATGGACGCCATTGTGCGTGAGACTGAATCAATGAAGGTTCAGGTCATCGGGCACACACTGATAATTTACCGTCCAAGTGAAGATCGTAAAATACAGTTGCCAAAGCAATAA	MKLSNKQKQFLKGLAHSLKPVVQLGANGLTEGVVAEIDSALDHHELLKVKVPTDDKEEKALIMDAIVRETESMKVQVIGHTLIIYRPSEDRKIQLPKQ				NA	NA	NA	NA	NA
AK237_03373	1941	ftsH	COG0465	ATP-dependent zinc metalloprotease FtsH	ATGGCAAAAAATTTAATCTTATGGTTGGTTATCGCCGTTGTGTTGATGTCGGTATTCCAAAGTTTTTCACCGGGTGAGTCGACTAGGGCACAAACGGATTACACAACTTTCTTGAAAGAAGCAAATCAAGGCAATGTTCGTGAAGTTCGCATTGATAGTGAATCAAGAGAAATTCGTGGCACAAAGCGTAACGGCGAATCGTTCGTTACTTATATCCCTTATTTTGATGATCAACTGATCTCAGATCTGGTGAAAAAAGACGTCCGTGTACTGGGCGAACCGCCAGAAAAGCCTTCCATTCTTACATCTATTTTCATTTCATGGTTCCCGATGTTACTGCTCATCGCCGTATGGATTTTCTTCATGCGTCAAATGCAGGGCGGTGGCGGCCGTGGTGCAATGTCCTTTGGTAAGAGTAAAGCACGATTACTTGGCGAAGATCAGATAAAAACGACCTTTGCTGACGTGGCAGGTTGTGATGAAGCCAAAGAGGACGTTGTCGAGTTGGTTGATTTCCTGCGCGACCCGTCTAAATTTCAGAAGCTTGGTGGTAAAATTCCAAAAGGCGTGTTAATGGTTGGTCCTCCGGGGACCGGTAAAACACTTCTTGCCAAGGCGATTGCAGGCGAAGCGAAAGTACCTTTCTTTACCATTTCAGGTTCTGACTTTGTTGAAATGTTTGTTGGTGTAGGTGCGTCACGTGTTCGCGATATGTTTGAACAAGCTAAAAAAGCCGCACCATGCATTATCTTTATCGACGAAATCGATGCCGTAGGTCGTCAACGCGGCGCCGGTTTAGGTGGTGGTCACGATGAGCGTGAGCAAACCCTTAACCAAATGCTGGTCGAAATGGATGGTTTTGAAGGTCATGAAGGTATCATCGTAATTGCTGCGACCAACCGCCCAGACGTACTTGACCCTGCATTGCTGCGTCCAGGCCGTTTCGACCGTCAGGTTGTTGTGGGCTTGCCGGACATTCGTGGTCGTGAGCAGATTTTAAAAGTGCATATGCGTAAAGTGCCAATTGGCGACAATGTAGAGGCATCTGTAATCGCTCGTGGTACGCCAGGCTTCTCAGGCGCCGATCTTGCTAATTTGGTGAACGAGGCAGCGTTATTTGCAGCTCGTGCTAATAAACGACTTGTATCGATGGAAGAGTTTGATAAGGCGAAAGACAAGATCATGATGGGTGCAGAGCGCAAGTCCATGGTGATGTCGGAAAACGAAAAAGCGATGACGGCTTATCACGAAGCAGGTCACGCCATCGTTGGTCGCTTAGTGCCAGAGCATGATCCGGTTTATAAAGTATCGATTATCCCGCGTGGCCGTGCACTTGGCGTGACAATGTACCTGCCCGAACAGGATCGCGTGAGCCATTCAAAACAGCATTTAGAAAGTATGATTTCCAGCTTGTTTGGTGGACGAATCGCAGAGCAAATTATCTATGGCGATGACATGGTGACTACGGGGGCCTCTAACGATATTGAGCGTGCTACAGAAATCGCGCGTAAGATGGTTACCCAGTGGGGGCTGTCGACCAAGATGGGGCCAATGTTGTATGCAGAAGATGAAGGTGAGGTGTTCCTTGGCAAGTCGATGTCAAAAGCGTCACACATGTCTGATGATACAGCGCGCGCCATTGATGCTGAGGTGAAATCTTTCATCGATTCTAACTACGATCGAGCATATAAGATCCTCGAAGAAAACATCGATATCCTGCATTCAATGAAAGATGCGTTGATGAAGTATGAAACCATCGATGCTAAGCAGATTGACGATTTAATGGCGCGTCGTGACGTTCGTCCGCCAGCCGATTGGGACGATCGCGCACCGAAAGGTGGAGACAACCCGCCAGGTGGAAAGCCTTCCCGAGAGGGCGAAATTACTGACGATGGCATAGACAAGCCATCGGTAGGAAAGCCCGGCGACCTGCCTAGCTAA	MAKNLILWLVIAVVLMSVFQSFSPGESTRAQTDYTTFLKEANQGNVREVRIDSESREIRGTKRNGESFVTYIPYFDDQLISDLVKKDVRVLGEPPEKPSILTSIFISWFPMLLLIAVWIFFMRQMQGGGGRGAMSFGKSKARLLGEDQIKTTFADVAGCDEAKEDVVELVDFLRDPSKFQKLGGKIPKGVLMVGPPGTGKTLLAKAIAGEAKVPFFTISGSDFVEMFVGVGASRVRDMFEQAKKAAPCIIFIDEIDAVGRQRGAGLGGGHDEREQTLNQMLVEMDGFEGHEGIIVIAATNRPDVLDPALLRPGRFDRQVVVGLPDIRGREQILKVHMRKVPIGDNVEASVIARGTPGFSGADLANLVNEAALFAARANKRLVSMEEFDKAKDKIMMGAERKSMVMSENEKAMTAYHEAGHAIVGRLVPEHDPVYKVSIIPRGRALGVTMYLPEQDRVSHSKQHLESMISSLFGGRIAEQIIYGDDMVTTGASNDIERATEIARKMVTQWGLSTKMGPMLYAEDEGEVFLGKSMSKASHMSDDTARAIDAEVKSFIDSNYDRAYKILEENIDILHSMKDALMKYETIDAKQIDDLMARRDVRPPADWDDRAPKGGDNPPGGKPSREGEITDDGIDKPSVGKPGDLPS				NA	NA	NA	NA	NA
AK237_03374	843	folP	COG0294	Dihydropteroate synthase	ATGCATTTCAAACATACCGAAGTTGACCTTTCTCACGCCCATGTTATGGGTATACTCAATGTCACCCCAGATTCTTTTTCTGATGGAGGTTTGCACAATACAGTGAGCTCAGCGATTGAGCATGCTCAACGTATGGTAGACGCTGGCGCGACGTTTATTGACATTGGCGGCGAGTCAACGCGCCCTGGTGCGCCAGAGGTATCCGAACAGGAAGAAATAGACCGCGTGGTACCCGTGGTGGAAAAACTTTCCCAGCTTACCGACGCAGTTTTATCCATTGACACCAGTAAAGCAGTGGTCATGCGTGAAAGCGCAAAGGTAGGGGCTGGGCTCATTAATGATGTACGCGCTCTACAAGAACCAGGTGCGTTAGAGGTTGTTGCCGAAGCCGGTTTACCCGTTTGCCTGATGCATATGAAAGGGCAACCAAGAACCATGCAGGCCGATCCTGCGTATGACGACATTGCCGACGAAGTTATTAACTTTTTATTAGCGCGTATTGATGCGTGTAAACATGCAGGTATCAGCGAAAATAGCATTTTGCTCGACCCCGGATTTGGCTTTGGCAAGAGTCTTGACCACAATTATCAATTGTTGGCAGAGATGGGCCGCGTACAACATTTGGGCTTTCCATTATTAGTTGGAATGTCCAGGAAGTCGATGATAGGGCAATTATTGAATAAACCTACGGGCGAGCGGCTGGCAGGTAGTATTGCGTTAGCAACCATTGCGGCGCAAATGGGCGCAAAAATTATTCGCGTACACGACGTAGAAGAAACCGTGGATGCAATGAAAATTGTGAATAAGATTCAACATATTAAAGAAACAATGCAAGGAGCCTGA	MHFKHTEVDLSHAHVMGILNVTPDSFSDGGLHNTVSSAIEHAQRMVDAGATFIDIGGESTRPGAPEVSEQEEIDRVVPVVEKLSQLTDAVLSIDTSKAVVMRESAKVGAGLINDVRALQEPGALEVVAEAGLPVCLMHMKGQPRTMQADPAYDDIADEVINFLLARIDACKHAGISENSILLDPGFGFGKSLDHNYQLLAEMGRVQHLGFPLLVGMSRKSMIGQLLNKPTGERLAGSIALATIAAQMGAKIIRVHDVEETVDAMKIVNKIQHIKETMQGA	PGPT0007915_3382	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-VITAMIN_B9|FOLATE_METABOLISM,PGPT0007915-folP-K00796	NA	NA
AK237_03375	1344	glmM	COG1109	Phosphoglucosamine mutase	ATGGGTCAGCGCAAGTATTTTGGGACAGATGGTATTCGCGGTAAAGTTGGAGAAAGCGCGATAAACCCTGAGTTCGTCACCAAGTTGGGCTGGGCAGCCGGCAAAGTTCTGGCAGGTCACGGTACAAATAAAGTATTAATTGGTAAAGATACGCGTATTTCTGGTTACATGCTGGAATCAGCGTTAGAAGCAGGGCTCTCCGCCGCTGGGATCAACATTGGATTATTGGGCCCTATGCCAACGCCGGCTATTGCCTATTTAACGAAAACATTTCGTTCTGAAGCGGGTATTGTAATATCCGCTTCTCATAACCCTTATTATGACAATGGCATCAAATTCTTTTCGTCTGACGGCTTCAAATTAGATGACGACATTGAAATTGCCATTGAGTCTATGCTTGACGAGCCGATGACGTGTGTTGCATCAAACAAACTCGGGAAGGCGACGAGAATAAACGATGCCGCGGGTCGTTATATTGAGTTCTGTAAGGGTACTTTTCCTTCTGATTTATCGCTGAAGGGCATGAAGATCGTTGTTGATTGTGCGCATGGCGCCACCTATCACATTGCGCCAAATGTCTTGGCTGAATTGGGCGCGGATGTAATTGAAATCGGTACGTCCCCGGATGGCTTGAACATTAATGACAAAGTGGGTGCAACATCCATGAAGGCCACAGTCGAAAAGGTACTTGAGACCGGTGCAGACATGGGCTTTGCGTTAGATGGTGATGGTGACCGGATCATGTTGGTTGATCACCTCGGTAATGTACTCGATGGCGACCAGATTATTTATATTATTGCACGGGATGCGTTGAAATCAGGGCGGTTATCAGGCGGTGTAGTGGGGACGCTAATGAGTAACCTGGGACTCGAAGTTGCATTAAGCAAATTGAGTATTCCTTTTGCCCGTAGTGCGGTTGGCGATCGTTATGTAATGGAACTTCTGCAGCAGAAGGGATGGGCGATTGGTGGTGAGAACAGTGGACATGTGCTGAATCTTAATATCGCTTCCACAGGTGATGGTATCGTCGCCGGCTTACAGGTAATAACTGCTATGTTGCGTTCTGGAATGGATTTGCATGATTTGAGTGGAGGATTTGAAAAATTCCCGCAAAAACTCATCAACGTGCGTTTTGAGGCAAGTTCTGAAGATCCTCTGAATAAAACAGAGGTGACGCTTGCCGTTAAAGAGGCTGAAGCATCCTTAGGAAAAACTGGCCGCGTTTTACTGCGTAAGAGTGGTACTGAGCCCCTTATTCGGGTTATGGTTGAATCGGACGATGAAATGCAATCTCTGAGATGGGCTGAATTTATTGCTGATGCTGTACGCAAAGTGGCCAATTGA	MGQRKYFGTDGIRGKVGESAINPEFVTKLGWAAGKVLAGHGTNKVLIGKDTRISGYMLESALEAGLSAAGINIGLLGPMPTPAIAYLTKTFRSEAGIVISASHNPYYDNGIKFFSSDGFKLDDDIEIAIESMLDEPMTCVASNKLGKATRINDAAGRYIEFCKGTFPSDLSLKGMKIVVDCAHGATYHIAPNVLAELGADVIEIGTSPDGLNINDKVGATSMKATVEKVLETGADMGFALDGDGDRIMLVDHLGNVLDGDQIIYIIARDALKSGRLSGGVVGTLMSNLGLEVALSKLSIPFARSAVGDRYVMELLQQKGWAIGGENSGHVLNLNIASTGDGIVAGLQVITAMLRSGMDLHDLSGGFEKFPQKLINVRFEASSEDPLNKTEVTLAVKEAEASLGKTGRVLLRKSGTEPLIRVMVESDDEMQSLRWAEFIADAVRKVAN	PGPT0018950_2715	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
AK237_03376	702	tpiA	COG0149	Triosephosphate isomerase	ATGAACGGAAGCCGTTCGCTGGTACAGGCATTTATTACATCTTTTGATGTGCAGACTTTAACAAATGTTCAAGTCGCGTTATGTCCTCCTAGTATACTTATTTCCGAATTTGCGGAAAGTGAGATTCCACTAGGCGCACAAGATGTCAGCGCATGTGATAATGGTGCACATACTGGCGATTTATCGGTAACAATGTTGGCTGAATTTGGTTGTCAGTATTGTATCGTTGGTCACTCAGAACGCCGCGAAGATCACGGCGAGTCTAGTCAACTGGTTGCACAAAAAGCACTAAAGTTGATTGAAGCGGGGATTACGCCCATTATTTGTTGTGGTGAGCCGTTATCTGTTCGTGAAGCAGGTGAGGTTAATCAGTTCGTACAAGATCAGCTAAAGGCGGTTTTCGACCTGATTCCAACAAATCTGCTTGCAAAAGCAGTCATTGCTTATGAGCCCATCTGGGCAATTGGCACTGGTAAGACGGCCTCCCCACAGGAAGCGCAGGATGTACATAAGTTTATTCGCGAGTACATAGCTTCATATGATGGTTCACTTGCGGCGTCTATGCAGATATTATACGGCGGCAGTGTTAAACCAGATAACGCAAAAGAGTTGTTCAGTCAGCCCGATATTGATGGTGGGTTAATTGGCGGAGCAAGTCTTAAAGCGTCAGATTTTAATTCAATCTGCCAGGCGGCAAATTGA	MNGSRSLVQAFITSFDVQTLTNVQVALCPPSILISEFAESEIPLGAQDVSACDNGAHTGDLSVTMLAEFGCQYCIVGHSERREDHGESSQLVAQKALKLIEAGITPIICCGEPLSVREAGEVNQFVQDQLKAVFDLIPTNLLAKAVIAYEPIWAIGTGKTASPQEAQDVHKFIREYIASYDGSLAASMQILYGGSVKPDNAKELFSQPDIDGGLIGGASLKASDFNSICQAAN	PGPT0017995_4730	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
AK237_03377	387	secG	COG1314	Protein-export membrane protein SecG	ATGTTATACGAAGTGCTTTTAGTCGCTTACCTTATTGTAGCGTTGATGCTTATTGGTTTCGTACTTATCCAGCAGGGTAAAGGCGCAAACATGGGCGCTTCATTTGGAAGTGGTGGCTCAAATACCGTTTTCGGTTCATCTGGTTCTGGTAATTTCATGACCAAAACCACGTCTATACTGGCAACGTTATTTTTTGTACTAAGTTTGTTTTTAGGCAACATTACAGCAAATACAGAGAAAGCCGAAGATGGCTGGCAGGATCTTGAAGTGCCTGTCGAGCAAGAAAGTGCGCCTGTTGTTGATGATGTCCCAGCTGTCGAATCTTCAGATGTTCCAGCATCAGATGTTCCAGCGTCGGATAACGCAGAGAGCGATATCCCTAATTAA	MLYEVLLVAYLIVALMLIGFVLIQQGKGANMGASFGSGGSNTVFGSSGSGNFMTKTTSILATLFFVLSLFLGNITANTEKAEDGWQDLEVPVEQESAPVVDDVPAVESSDVPASDVPASDNAESDIPN	PGPT0025720_837	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-SEC-SECRETION_PATHWAY	CE-SEC-SRP_CORE_COMPONENTS,PGPT0025720-secG-K03075	NA	NA
AK237_03379	159			hypothetical protein	ATGGATATTATTCGCATTTTATTGTCAATTTTACTACCGCCACTGGGTGTTTTTCTTCAAGTGGGTATCGGGCCGCAGTTCTGGATTAATATCCTACTGACGCTCTTAGGATATATTCCTGGTATCGTTCACGCTGTCTACATTATCGCTACGCGTTAA	MDIIRILLSILLPPLGVFLQVGIGPQFWINILLTLLGYIPGIVHAVYIIATR				NA	NA	NA	NA	NA
AK237_03380	1308		COG4325	putative protein	ATGATTAAACCTATGGCGAGTTTTGCGAGCGCTAAATGGCAAGGCATAAGGGCAAGCTATTGGTTTATTCCCGTATGCATGATGTTTGTAGCATTTCTTCTGGGCTACACCTGTATTTACTTTACACCGGACTTGGTGACGGAGGCCTTTTTTAAGGACTATATTCCAGCTATTCCTGCAGATGAAGCAAGCGACCTGATATCCGCGATAGCAACCGCCATAATTACTGCAACCAGTATTGCCTTTTCAATGACATTAGTGGCGCTGACGATGGCATCTTCGCAATTTGGTCCGCGCTTATTACAGACGTTTATGGACGATAGAGGCACCCAATGTGTATTGGGGATCCTTACGGCCACCTTCATTTTTTGTTTAAGTGCCTTACACCGCATTAGCGTGAGCGATACGGATATCATTATCTCGTCTGTGCTCTCTTTGCTGGTGTTGATTATAGGTATTGGCGACACCTTAGTTCTTATTTACTACATTCACCATATTGCGAGATTTATTCAGGTAGATGAGATTATCAGTCGTTGCTACGAAGAGTGCATCAGCAGTTTATCAACCCTGTTCACACTTACCGAATCGCAACCGAACCACCACGCACTTGCAAAGCCACTAATAAATTCGTCACACAACACAACAACGATAGCCGTAAGTAAAGGCGGCTACATTCAAACTATTGATTACGAGAACCTGCTTACACAGAAAGAGGTAGATGGTGTTGTTATACCTGTAAGGGCTGGCGACTATGTTGTACCTGGCGAAATCGTATTACACCTTCATGCTAATACAGACATTTCAGAGGAAACACGGAAATACTGTTTGTCATGTATTGTCGTTGGGAAAAGAAGAACTTCATTGCAGGATCCAGAATTCTCTCTGACGCAATTAGTAGAGGTAGCACTACGCGCCCTTTCTCCAGGCATCAACGATCCCATTACCGCCATGACCTGTGCCGATAGATTAACCGGCGTTTGTGTGCTTATGGCCGATTGCCAGTTCCCCACCGAAGCAATCATTAATACCGAGACAAACAATTGGATGATAAGGCGCACCTACACGCTGGAGTCTGTACTAAATACCGCATTTGATCAGATTCGACAAGCTGGCGCCACGCATGTCGACGTGATGATTCACTTGCTAGGGTGTTTAAAAACCCTGAAGTTGCAGCTGGATGGTTCACACCATAAAGTGCTCAATGCACAAATTGCTGCTATCAATGATTTGGTGAGTGCTCATGCCCATTGTGAAAAGGACAAAAAAGATGTCGCGGCTGCCGTTACAGCAGCCGCTGCTGCTCACTAG	MIKPMASFASAKWQGIRASYWFIPVCMMFVAFLLGYTCIYFTPDLVTEAFFKDYIPAIPADEASDLISAIATAIITATSIAFSMTLVALTMASSQFGPRLLQTFMDDRGTQCVLGILTATFIFCLSALHRISVSDTDIIISSVLSLLVLIIGIGDTLVLIYYIHHIARFIQVDEIISRCYEECISSLSTLFTLTESQPNHHALAKPLINSSHNTTTIAVSKGGYIQTIDYENLLTQKEVDGVVIPVRAGDYVVPGEIVLHLHANTDISEETRKYCLSCIVVGKRRTSLQDPEFSLTQLVEVALRALSPGINDPITAMTCADRLTGVCVLMADCQFPTEAIINTETNNWMIRRTYTLESVLNTAFDQIRQAGATHVDVMIHLLGCLKTLKLQLDGSHHKVLNAQIAAINDLVSAHAHCEKDKKDVAAAVTAAAAAH				NA	NA	NA	NA	NA
AK237_03381	1620	yegS		lipid kinase YegS	GTGAAAATGGTGAAGTATTATTTGTTGGCGACCTTGCTTTGTATTGCTCTTGCCATTTGGTCTCCGTATTGGATCATTTCAATATTACTCTGGTGGACTGCATTTTCTCTTTCGGCCGTGTCTTTCGCCTACATTTTCAACTATCCCAGTTTGTTTCGAAAACGTGAAGATGGCGCTATCCCCTTCTATATTAGATGGCTGTTCATTCCTTTTTTGTTAGGTAGCGGCGCTTACAATACCTGGGCGAGAAAATACGATAAAGTGCCCGCTATCCAGAAAATCGATGAACAACTCTACTTAGCCTGTCGACTTTTCGGTAAAGATGTCGAAGCACTAAAAGCAGAAGGGGTAGATGCGATTTTAGATGTAACGGCTGAATTTGATGGCTTAGACTGGTCGGCGTATCAATATGACTGTGCTTACCTCAATATCCCGGTTCTTGACCACACCAGCCCCACGCCGGAACAGCTCAATACGGCAATAAACTGGATGCAGCAACAAATCTCAGAGGGTAAAAAAGTTGTTGTACATTGTGCGCTCGGACGAGGACGCTCTGTGCTGACAGTCGCGGCGTATTTGTTAGCTAAAGACAGTACGCTTTCTGTCATGGACGCGATGAATCAAATTCAATCGATAAGAGCCACGGCAAGGCTGAACAAAAAGCAGCTCACAGCGCTTAAATCCATAAAAGCGGGTGGTAGATTAAAACTCACTAAAAGTCTGACTCTTGTTGCTAACCCCGTGGCAGGGGGCGGTAAATGGCAACAAGAGAAACAAGATATTCTTGCACAGCTTAACCCTCATTTTATTGTAACAGTGCTTGAAACAACGCCGGAAATCACCGCTATACAGCTTGCGCAGCGAGCGTTGAATAACGGCGCAGACATCATCGTGGCTTGTGGAGGCGACGGCACAGTAACGGAAGTAGCGAGTGTTTGCACAGACAACCGAGCAATACTGGGAGTCATCCCACTGGGTACTGCTAACGCGTTAAGCCAGGTTTTTCACGGCTATATTAGCAAGCTTATTCCGATTCAAACCGCCTGCGACGTTATTATCGAAGGCTTCACTCAAAATATTGATACAGCTACATGCAATGGTGAACTCATGTTACTTGTGTCGGCTGTGGGTTTCGAGCAAGAAATGATTGCATCAGCAGATCGGGAAGAAAAAAATCAGGGTGGTCAGTTCGCTTATTTAAGGGGCTTATGGGAAGCCATTTCAGCGAACCGTACCATGGAACTTCATGTTCAGTTTGACGATGAACCCCAAACCACGATTACCACGCCCAGTTTTGTCATTGCCAATGCAGCGCCAGTCACCACTGCCCTCGCGCAGGGTGGTGATGAACCGGATGTCACTGATGGCAAGCTGGATATTACATGGCTAGCCGCTCAACAAGATAGTGAAACCCAATTTTTATCGTTAGCGGAACTGGTGTTCACCACAAAGGATAGTAAACAGAATTCGGCACGTATACGCCACAAACAGGTGAAAAAAGTCACAGTTACGCTACCCGAACATGCCAGCTATGCTATTGATGGAGAAATAAGAGAAGCAGAAAAGCTGGAGATATCGGTAGTACCCGGCAACCTTACCGTTCTAACCAGCAAGCAATGA	MKMVKYYLLATLLCIALAIWSPYWIISILLWWTAFSLSAVSFAYIFNYPSLFRKREDGAIPFYIRWLFIPFLLGSGAYNTWARKYDKVPAIQKIDEQLYLACRLFGKDVEALKAEGVDAILDVTAEFDGLDWSAYQYDCAYLNIPVLDHTSPTPEQLNTAINWMQQQISEGKKVVVHCALGRGRSVLTVAAYLLAKDSTLSVMDAMNQIQSIRATARLNKKQLTALKSIKAGGRLKLTKSLTLVANPVAGGGKWQQEKQDILAQLNPHFIVTVLETTPEITAIQLAQRALNNGADIIVACGGDGTVTEVASVCTDNRAILGVIPLGTANALSQVFHGYISKLIPIQTACDVIIEGFTQNIDTATCNGELMLLVSAVGFEQEMIASADREEKNQGGQFAYLRGLWEAISANRTMELHVQFDDEPQTTITTPSFVIANAAPVTTALAQGGDEPDVTDGKLDITWLAAQQDSETQFLSLAELVFTTKDSKQNSARIRHKQVKKVTVTLPEHASYAIDGEIREAEKLEISVVPGNLTVLTSKQ	PGPT0024345_45	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-GLYCEROLIPID_REMODELLING	CE-REMODELLING_GLYCEROLIPID_KINASE_ACTIVITY,PGPT0024345-dagK-K07029	NA	NA
AK237_03382	540			hypothetical protein	ATGACGAGTACTGTTAAAGCAAAGATCATAAATTTTGTGTGGTTTCAAACCATTTGGTTTCTTGCCATTCTTTTCCAGTATGAGTATCTGTGGCTAATTGTTGCATTACTCGTCTGTCATTTCTTACTGAGCGCTACGCCAAAAATTGACGGAATTATGGGCTTAGGTGTCGCGCTGTACGGCTCATTAATTGATGGCGTTTTTCACGCACTTAATTTCTACGCGTTCTCAGCGCCGATACTATGGGTAATTCCGCTTTGGCTTGTATCGTTATGGATCGCGTTTATCTGGATGTTACGAGTGAGCTTAGATTATCTTAAAGGCAGGTATTGGTTAAGCGCTGTACTCGGAGCAATATCGGGGCCACTGAGCTATTGGGCGGGCGTCAGGTTTGGTGCAGTGGCATTTCCACAAGCCGATGCACTCACCCTTGGCCTGATTGCAGGAGCCTGGGCGGTTACGGTGCCGCTTTGGCTGTGGCTCGATAACAAAATTACGACACACTTCGACGAAGAGGCGACTACAGAATCGCCTCGGTAA	MTSTVKAKIINFVWFQTIWFLAILFQYEYLWLIVALLVCHFLLSATPKIDGIMGLGVALYGSLIDGVFHALNFYAFSAPILWVIPLWLVSLWIAFIWMLRVSLDYLKGRYWLSAVLGAISGPLSYWAGVRFGAVAFPQADALTLGLIAGAWAVTVPLWLWLDNKITTHFDEEATTESPR				NA	NA	NA	NA	NA
AK237_03383	552			hypothetical protein	ATGGCTAACAACGCTACATTGACGGACATTCATGCAATCGTACATGCTGAACATACGCAAGTAGCAGCGGTATTTGATTCGCAGCAGGAAGCACAGGCACTGATGACATCGGTATCAGAGAACGTCGGAATAACCAGTCAGCAGATGACGCTTATTCACCCTATGGATGGGCAATTCAGCGAAAAATTAGAACAAGCAAGCAAAAAAATTGGCAAAACACTTTGGCAGTCTCACTTGATCCTGGGGTTTGCCGGTTTACTGATAGGGCTCACCGTGGCGATGTTTCTTGTCTTCTTTGGTCCGGCGCTTACACAAAATAACCCTATGTTCACCTTTATAGCGCTCATTAGCCCGGGCATATTTATCGGTTTATTTATCGCCGGTCTTTTTGGGTTGCGTCCCGACAGACACGAAATTGTTGAGACGGTGCGTTCAGCAATTAAGCGAAACAAATATGCATTAGTGATTAACTTTAAAAAAGGTCAACCGGTATCGAAGGTTAGACAGCTGCTTTCAACAAAGAGCAGTAAAGTTACCGAGGCGATTCTGTAG	MANNATLTDIHAIVHAEHTQVAAVFDSQQEAQALMTSVSENVGITSQQMTLIHPMDGQFSEKLEQASKKIGKTLWQSHLILGFAGLLIGLTVAMFLVFFGPALTQNNPMFTFIALISPGIFIGLFIAGLFGLRPDRHEIVETVRSAIKRNKYALVINFKKGQPVSKVRQLLSTKSSKVTEAIL				NA	NA	NA	NA	NA
AK237_03384	999			hypothetical protein	ATGCACGAAGACACACTGCGGATCCTACGAAAGAAGAAGGGCAAAACCTTTACGTACTTTTATTCGTCAGGTCGCCCGGTCAAAGATAAACGGATCCTTAAACGTATTGAAAAACTTGTTATTCCACCGAATTGGTCGGATGTACGCATCGCCGATTCTGCGAGCGCTAATTTGCAAGCTATTGGATCTGATGCGAAAAACCGGAAGCAGTATATATATCACGATAACTGGCATAAGCTGAGGCAGGAAGAGAAATTCGCAAAGCTTATTGATTTTGCAGACGGACTCCCTGATTTTCGCCGCTACTGTTGGGATGCCGTCGATGCACCGGGGTGGCGAAAAGAGAAAAGTTTAGCGCTCGTGTGTTTAATGCTTGATCACACCGGATTACGGGCGGGCAACAAGATTTATTCACAGCAAAACAGCACATTTGGACTTACAACGCTGCGACGGCAACACCTTGAAACCGAGGGTAAAGCTGTATCACTAAGTTTCACAGGAAAGCACGGAAAAGAGCGACACGTCGATATTACTGACCACAAACTGGCGCATCTGGTATGTGACAGCGCCCAGGCGCAAGGGTACGCAATTTTCAGATACAAGGACAGCAGTGGTCACTGGCAAGATGTAGACAGTGGCGATGTGAACGCTTTTATTCATTCCCATTTTGGGGAGCAATACTCCTGCAAAGACTTCCGGACGTGGGGCGCCTCTCGTTTTGGCGTAGCGTCACTCCCAGACGTGGAATCGCTTTATAACGCCAACAAACGGCGTCGCTGGGATACCACATTTGTAAAACACATTGCAAAAATGCTGGGAAACACACCTTCTGTATGTCGACAATATTACATTCACCCGAAACTAATTAGTAGCTGTTCAAAAGACGATTATCGATTGGCGACTCTGCAAGAAATAGAAGCCGTAGCGAAGAAACATAAGACACACGGTTCGCTTACGTCTGCGATAGAAAGGCAGCTGACTCGAATTATCTCATCATAA	MHEDTLRILRKKKGKTFTYFYSSGRPVKDKRILKRIEKLVIPPNWSDVRIADSASANLQAIGSDAKNRKQYIYHDNWHKLRQEEKFAKLIDFADGLPDFRRYCWDAVDAPGWRKEKSLALVCLMLDHTGLRAGNKIYSQQNSTFGLTTLRRQHLETEGKAVSLSFTGKHGKERHVDITDHKLAHLVCDSAQAQGYAIFRYKDSSGHWQDVDSGDVNAFIHSHFGEQYSCKDFRTWGASRFGVASLPDVESLYNANKRRRWDTTFVKHIAKMLGNTPSVCRQYYIHPKLISSCSKDDYRLATLQEIEAVAKKHKTHGSLTSAIERQLTRIISS				NA	NA	NA	NA	NA
AK237_03385	1500	opuE_2	COG0591	Osmoregulated proline transporter OpuE	ATGCAAATTGAAGGCTACATTTCATTAGCCCTTTATTTTTTAGCCATGTTGGGCATTGGGTTATTTGCTTACAGGCAATCCACCAGTGATATATCAGGCTACATTCTGGGCGGGCGTCAGGTTAGCCCGCAGGTAACAGCACTGTCAGCCGGCGCGTCAGACATGAGCGGTTGGATGCTGATGGGGTTACCGGGTGCAATGTACCTGTCAGGATTCGATGCACTTTATATTGCTGTTGGCTTGGTTGTAGGGGCGTTAGCGAATTATTTGCTTGTGGCGCCAAAATTGCGCGTTTACACAGAGGTTGCTGATGACTCTTTGACGGTTCCTGAGTTTTTTGCGAAACGATTTGGTCAATCTGACGCGACAGTAAGAATGGTTTCTGCCGGAATTATTGTCCTGTTTTTTACACTGTATACATCTGCAGGCCTGGTAGCCGGTGGCAAGCTGTTTGAAAGTGCTTTTAATGTTCAGTACCAATGGGGACTTCTTATCACACTTGGTGTCGTTGTGTCCTATACTTTACTCGGTGGCTTTTTAGCAGTGAGCATGACTGACTTTGTTCAGGGTTGCATTATGTTCGTTGCACTGGTGTTGGTACCTGTTGTGGCGTTCTCTGAATTCGACAGTATCGCTCAGATGAACAGTGCGGCGTATGAATCCATCCCAAGCTTAACGCAAAGTTGGGAGAGCGTAACCGTAATCGGTCTCGTATCAAGCCTTGCATGGGGGTTAGGGTACTTCGGACAGCCACATATTATTGTCCGGTTTATGGCTATCCGCTCAGTAAAAGCGATTGGTACAGCCAGAAATATCGGTATGTCATGGATGATGGTGACGATAGTCGGTGCGCTTGCGACTGGGTTTGTGGGCATAGCGTACGCCAACCAGTTTGGATTAGCAGTAGACGACCCGGAAACAATATTTATCGTGTTTTCTCAGTTGTTATTTCACCCTCTTATCAGTGGGTTTTTAATGGCTGCAATTTTGGCCGCGATTATGAGTACGATTTCGTCACAATTACTCGTCTCGGCTAGTTCGTTAACAGAAGATATTTATCGCGTTATGTCGAAAAAAGAGATCGACGAAGCGCAGACAGTGAAAATTGGTCGGTTTGGTGTTGCAGGTGTGGCGATTGCTGCGCTACTTCTTGCGCTTGACTCGTCTAACACGATTTTGTCGTTGGTGAGTAATGCATGGGCAGGATTTGGTGCAGCGTTTGGTCCTTTGGTGTTGTTTTGTTTGTATAAGCGTGATCTTACTCACAAAGCAGCATTGGCGGGCATTATAAGTGGTGCGGTTACCGTACTGTTTTGGATTTACGCACCCGTTTTACCAGACGGCGAGACACTAAGTAGTGTCATTTATGAAATTATCCCCGGATTTGCTGTTAGCACAGTAACGCTGTGGTTGTTCTCCGCATTGGGCAAGGCCCCATCATCTGCCGTGCAGACGATGTTCAGCGAAGCAAACCGGGAATTAGCGAATCAACAATCTTAA	MQIEGYISLALYFLAMLGIGLFAYRQSTSDISGYILGGRQVSPQVTALSAGASDMSGWMLMGLPGAMYLSGFDALYIAVGLVVGALANYLLVAPKLRVYTEVADDSLTVPEFFAKRFGQSDATVRMVSAGIIVLFFTLYTSAGLVAGGKLFESAFNVQYQWGLLITLGVVVSYTLLGGFLAVSMTDFVQGCIMFVALVLVPVVAFSEFDSIAQMNSAAYESIPSLTQSWESVTVIGLVSSLAWGLGYFGQPHIIVRFMAIRSVKAIGTARNIGMSWMMVTIVGALATGFVGIAYANQFGLAVDDPETIFIVFSQLLFHPLISGFLMAAILAAIMSTISSQLLVSASSLTEDIYRVMSKKEIDEAQTVKIGRFGVAGVAIAALLLALDSSNTILSLVSNAWAGFGAAFGPLVLFCLYKRDLTHKAALAGIISGAVTVLFWIYAPVLPDGETLSSVIYEIIPGFAVSTVTLWLFSALGKAPSSAVQTMFSEANRELANQQS	PGPT0013955_3555	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
AK237_03386	1110	proB_2	COG0263	Glutamate 5-kinase	ATGATACGTAAAAATTGGAATCGCATTGTCATTAAAGTCGGTAGTGCTTTAATTTCACCGAACCGCAAAGGCTGTAGTAGTCATTATTTACTTAGTATTGCGCAGTTCATTGTGAAGTGCCGTGCGATGGGAACGCAAGTGGTGTTGGTTTCGTCTGGCTCAGTGGCAGCGGGCGCGCATCAGTTTCCTGATGGAGAACGTACAGATATTACAGTAAAAAAAGCAATGGCCGCAGCAGGTCAAACTGAAATGATGGCAACGTGGGACAGATTATTCGATTTTCCTTCGGCGCAAATGTTGCTGACTCACGCAGACCTGCGCGACCGCGAACGGTATATCAGTATTCGTGATACGATTTTCAGTCTGTTAGATCACAACATTCTGCCTATCGTAAATGAAAATGACACGGTAACAACCGACAAACTGAAAGTCGGCGACAATGACAACCTATCTGCTATGGTTGCAGCAGCGGCGGATGCTGATGCGTTAATAATTTGTTCAGATGTGGATGGTCTTTATGACAAAAATCCACATACAAATGACGATGCGTCATTGCTGGCGGAAGTAGAGCATATTGACCAGTCTATTTATGAAATGGCTGGTGGCGCAGTTGAAGGTGGTGTGGGTACCGGAGGAATGCGCACTAAAATCGAAGCGGCAGAAAAAGCGGTTTCGCATGGTATAGACACTTTCATTATTAATGGTTTTACCGAACTATCATTTAATATGTTGCTAGACGGTAAGAATCCGGGTACCCATTTCGTTGCTCACGAGAAGCCCATGGCAGAAAACGAGCATTGGATGCGACATACCACCCGTGCTCAGGGTGAAGTAATTGTTGAAAGTGAGTTTGCACCGATTTTATCTGAAGATGCAGAATCACTGACAAGTAAAGAAATTGTAGACGTTAAAGGGGAGTTCTCCGTAGGAGACACCATCATCGTACGTAAAGACGATGGAACAAAGCTGGTGAAAGCGCGCTCAAATTATAGCAGCTGCTTGCTTAACTTTATCGCCAATCAGGAAAATGATGAGTTTGCGTCGGAGTTTGAAGAGAAAACCGGCCCCATCATTTCGAAAAAGAATTTAGCAAATTTGGAGAAAGAATGA	MIRKNWNRIVIKVGSALISPNRKGCSSHYLLSIAQFIVKCRAMGTQVVLVSSGSVAAGAHQFPDGERTDITVKKAMAAAGQTEMMATWDRLFDFPSAQMLLTHADLRDRERYISIRDTIFSLLDHNILPIVNENDTVTTDKLKVGDNDNLSAMVAAAADADALIICSDVDGLYDKNPHTNDDASLLAEVEHIDQSIYEMAGGAVEGGVGTGGMRTKIEAAEKAVSHGIDTFIINGFTELSFNMLLDGKNPGTHFVAHEKPMAENEHWMRHTTRAQGEVIVESEFAPILSEDAESLTSKEIVDVKGEFSVGDTIIVRKDDGTKLVKARSNYSSCLLNFIANQENDEFASEFEEKTGPIISKKNLANLEKE	PGPT0014220_2612	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-PROLINE_METABOLISM,PGPT0014220-proB-K00931	NA	NA
AK237_03387	1248	proA		Gamma-glutamyl phosphate reductase	ATGAGTTTAATTACGACATTAGCAAAAAACGCCAAGCAAGCCGCACAAAAACTCGCGGTACTGGACGAAAGCACGAAAAACGCTGTGCTTAAAGACATGGCAGCGGCTATTCGAGCTAATAAAGCGTCAATTAAACAAGTCAATGTTAAAGAAGTAGCCCGGGCTAAAGAAAATGGCCTTGATGCTGCAATGATTGACCGCCTGACGCTTAATGACGAACGACTTGAAGCAATGGCCGAGGGCATTGAAGTGATTATCTCACTTGATGATCCGGTAGGTCAGGAACGGGTGGTTGGCACACGTCCGAATGGCATTGAAATTAAAAAAATGCGTATTCCTTTAGGCGTGGTGTGCATGATTTATGAAGCACGTCCTAATGTGACGGCCGATGCCGGTGCACTGTGTTTCAAATCCGGTAATGGCGTCATTCTGCGTGGTGGTAAAGAGGCACTGGATACCAGTCTGGCAATTGCCGGTTTGCTGCAGGATGTACTTGAAAAACATGGTTTACCGAAAGAGTTGATCAGTGTGGTTCCAGATCCGGATCGTGCGTTGATGCAAGAGTTGATGGAGCAGAGGGATTACATTGACGTTATCATTCCGCGCGGTGGTGAGGGTCTTATCAACTATGTAACCGACAATGCTAAAGTGCCTGTTATCCAGCACTTTAAAGGTGTGTGTCATTTATATGTTGATAGAGATGCCGACCTTGATAAAGCGTTGGGTCTGTTGCTTAACGGTAAAACGCAGCGTACCGGTGTGTGTAACGCGCTGGAAGGTCTGGTGGTTCACCAAGCCGTTGCAGGTGACTTTTTACCAAAGGTTGCACAAGCATTTACTGAACACGGTGTAAAGGTGCATGTGAATCAATTGGGCGCACAGTACTTTAACGATGCCGATGTGATTGCAGATGACGCCTATGGTGAAGAATACCTGGGACTGGAGATCGCCGTACGCGTGGTAGAAGATTATGATGCGGCTATTCAGCATATTGCTGACTTCGGGAGTAACCACACTGAGGTTATTTGTACCGAAAATGCAGAAGCGGCAAGCTATTTCCAACGTGCGGTAGACGCATCGGTGGTAATGGTAAATGCGTCTTCACGTTTCTCTGACGGCAGTCAGTTAGGTTTGGGGGCAGAGATAGGCATCGCTACCACCAAATTACACGCCTACGGGCCAATGGGGCTTGAGTCGCTGACGGCTGAGAAGTTCTTGGTTAACGGAACCGGCCAGGTTAGAGAGTAA	MSLITTLAKNAKQAAQKLAVLDESTKNAVLKDMAAAIRANKASIKQVNVKEVARAKENGLDAAMIDRLTLNDERLEAMAEGIEVIISLDDPVGQERVVGTRPNGIEIKKMRIPLGVVCMIYEARPNVTADAGALCFKSGNGVILRGGKEALDTSLAIAGLLQDVLEKHGLPKELISVVPDPDRALMQELMEQRDYIDVIIPRGGEGLINYVTDNAKVPVIQHFKGVCHLYVDRDADLDKALGLLLNGKTQRTGVCNALEGLVVHQAVAGDFLPKVAQAFTEHGVKVHVNQLGAQYFNDADVIADDAYGEEYLGLEIAVRVVEDYDAAIQHIADFGSNHTEVICTENAEAASYFQRAVDASVVMVNASSRFSDGSQLGLGAEIGIATTKLHAYGPMGLESLTAEKFLVNGTGQVRE	PGPT0014215_3969	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-PROLINE_METABOLISM,PGPT0014215-proA-K00147	NA	NA
AK237_03388	894			hypothetical protein	ATGATAGACATCAGCATGGACTTTCAAGCTTGGTGGCAGCAAGTCGTCGACTTTTCTCAATCGCACAAATTGCCGGCATCGGCGATTTTGATCATCGTGTTTCTTATCGTAAAACGCGCAGTGTTACGCCTACTTAAAAAGCGCAGTAAAAAGACCGGAGAGGATAGACGGCATTCAATCAACATTATTGAGCAACTTGGAAATGCCACGTTGCTCATTCTTATCGTCATGGTGTGGTCGTCTGAAATTCAGAGTCTGGCTATCTCTATAGCTGCATTCATGGTTGCTATCGTGTTGGCCACACGCGAATTCATTCAGTGTTTTATGGGATTCATTTACTATCTTGGTGCGCGTCCGTTTCGTGTGGGTGACTGGATTGAGATGAATAATATTCGTGGTGAGGTAGTCGAGATGGATTGGGCAAAAACCGCGTTACTCGAGGTCGATCCCGAGTCCCATACCTACACCGGGAAGCATTTGTATATTCCAAACAGCCAGCTGGTTACCCAGCCGGTACGTAATTTAAACTTCTTGCGCCGATATACTTTACATAGTTTCACCCTGGTGATGGAGCCAGAGACTAATCCCTATACGATTCTGCCGGACTTCAGAACCAGAACCCTTAAACACTGTGAGCACTTTCGGGAAGTCGCCGGGCGATATAAAAGCTTAATAGAACGTCACATGGAAGCTGATTTTATTGATATTGATCCGGACATTGCGATCGAGACAAACCAGTTTGCCAAATTAAAAGTAACGGTTTCTTTGTTTTGTCCGATAGACGAAGCGCATAAACTTCAGCAAAAAATTTCGGAAGATTGGATGGCGCTGTGGCATAACGCAGTAGCCACTGCGCAGCGGAACAACGGTAAAACCGTTTCTGAAGAAGACTGA	MIDISMDFQAWWQQVVDFSQSHKLPASAILIIVFLIVKRAVLRLLKKRSKKTGEDRRHSINIIEQLGNATLLILIVMVWSSEIQSLAISIAAFMVAIVLATREFIQCFMGFIYYLGARPFRVGDWIEMNNIRGEVVEMDWAKTALLEVDPESHTYTGKHLYIPNSQLVTQPVRNLNFLRRYTLHSFTLVMEPETNPYTILPDFRTRTLKHCEHFREVAGRYKSLIERHMEADFIDIDPDIAIETNQFAKLKVTVSLFCPIDEAHKLQQKISEDWMALWHNAVATAQRNNGKTVSEED				NA	NA	NA	NA	NA
AK237_03389	552			hypothetical protein	ATGCTGGTACTACGACTCAACAAAGCAGGTATGCCTCAGGAATGGGTGTTGCCTGAAGAAGCGGCACGATTATATTGTCAGGACAAGGTACTTTTTGAGCTGGGTGAAGCTGCCTGTACATTGCGAGGCGGCTGGAATAATGACGGTATTCGCAGCAAATTAACGTTATCAAGCATTATCGCCTGCGACGGAAAAGTAACGGATGTAAGCGGCAAAGTCGCATTGTGCAATCGATATTTATTTCGACGAGACAATCACTTATGTCTTTACTGCGGACAGCGCTTTGGTCCTGGCCAACTGACCCGTGACCATATCATTCCCCGCTCTCGCGGCGGTCAGGATAAATGGACAAATGTCGCAACGGCATGCTCCAGATGCAATCACGCAAAAGGCGCTTGCACACCCGAGGAAGCCAACATGCCCCTACTTGCTGTACCTTTCAGACCAAATCTCTACGAGCGATTTTACTTAATGAACCGGCGTATTCTTGCAGACCAAATGGCCTTTTTAAGTAGCCATTTTTCACGGCAGAGAAACTGGGCTAACGAATAG	MLVLRLNKAGMPQEWVLPEEAARLYCQDKVLFELGEAACTLRGGWNNDGIRSKLTLSSIIACDGKVTDVSGKVALCNRYLFRRDNHLCLYCGQRFGPGQLTRDHIIPRSRGGQDKWTNVATACSRCNHAKGACTPEEANMPLLAVPFRPNLYERFYLMNRRILADQMAFLSSHFSRQRNWANE				NA	NA	NA	NA	NA
AK237_03390	2124	pnp	COG1185	Polyribonucleotide nucleotidyltransferase	GTGACTCCTATTACTCATTCTTTTCAGTATGGTCAGCATACTGTAACTCTGGAAACTGGCGTTATCGCACGTCAGGCAACTGCAGCCGTCATCGCCAGCATGGACGATACCTCTGTGATGGTAACTGTAGTTGGTAAAAAAGAAGCGAAAGCCGATCAGGATTTCTTCCCGTTAACGGTTAACTATCAGGAAAAAGCGTATGCTGCCGGTAAAATCCCGGGTGGCTTTTTCAAACGTGAAGGTCGTCCTTCAGAAGGCGAAACACTGACAGCCCGTCTGATCGACCGTCCAATCCGTCCACTGTTCCCGGAAGGTTTTTTCAATGAAGTACAGGTTGTTGTTACCGTACTTTCTGCGAACCCTGAAATCCCGACTGACATCATTTCACTGATTGGTACGTCTGCGGCACTGGCTATCTCCGGTATTCCTTTCAACGGTCCTGTTGGTGCAGCCCGTGTAGGTTACAAAGATGGCGAGTACATCCTGAATACACGTTTCTCTGAGCAACCTGAAAGCCAGCTTGATCTGGTTGTTGCCGGTACTGAAAGTGCGGTTCTTATGGTTGAATCTGAAGCCAGCGTACTGTCTGAAGACGTTATGCTGGGTGCGGTAATGTTCGGTCACGAACAGTCGCAAGCGGTTGTTGAAGCTGTTAAGTCTTTTGCTGCTGAAGTAAATACGCCGGCATGGGACTGGGCGCCTAAAGCTGAAAACACTGAACTGAAAGCGAAAGTAAAAGAACTGGCTGAAAGCGGCATGACTGCGGCTTACCAGATCTCTGACAAGCTTGAGCGTAAAGATGCAGTAACTAAGGTTACTGAAGAAGCGCTGGCAAAAATTCTGGAAGAAAACCCAGAGCAAGATGCAAAAGAAGCCTCTGATCTGTTACACGACCTGGAAAGTGATGTAGTACGTTCACGCATCCTGGCCGGTGAGCCGCGTATTGACGGTCGTGATCCTGCTATGGTTCGTGCCCTTGACGTTGCGACTGGTGTGCTGCCACGTACTCACGGTTCTGCTGTGTTCACCCGTGGTGAAACCCAGGCACTGGTTGTTGCTACTTTAGGTACAGAGCGTGATGCACAGATGATTGACGAATTGCAGGGCAAGCGTGACAGCAAGTTCATGCTACACTACAACTTCCCTCCATACTGTGTAGGTGAGACCGGCATGATCGGCTCTCCTAAGCGTCGTGAAATCGGCCACGGCCGTCTGGCTAAGCGTGGTATTCAGGCAGTTATGCCTTCTGATGAAGAATTCCCGTACGTAGTACGTGTGGTTTCTGAAATCACTGAGTCTAACGGTTCATCTTCAATGGCGTCTGTATGTGGTACATCTCTCGCCCTGATGGATGCCGGTGTACCGATTAAAGCGTCTGTTGCGGGTATCGCAATGGGTCTGGTTAAGAGCGACGAAAACTTTGTGGTTCTGTCTGACATTTTGGGTGACGAAGATCACCTGGGTGACATGGACTTTAAAGTAGCCGGTACGACTGACGGTATCACTGCACTGCAGATGGATATCAAGATCGAAGGTATCACCAAAGAAATTATGCAGATTGCACTTAAGCAGGCAAAAGAAGCCCGTTTACACATTCTGAGCGTAATGGATAAGGCGATCACCGGTCACCGTGAAGAGCTGAGCGAATTTGCTCCGCGTATCTACACTATGAAGATTGATCAGGACAAGATCCGTGACGTAATCGGTAAAGGTGGTGCGATGATTCGTTCTATCACTGAAGCGTCTGATACCAACATCGAAATCGAAGATGACGGTACTATCAAGATCTTCGCCACTGAGCGTGCTAAAGCAGATATTGCTATCGGCATGATTGAAGGCGTAACGGCTGAAATCGAAGTAGGCAAAACCTACAACGGTAAGATCACCCGTATCGTAGACTTCGGTGCATTCGTAGAAGTACTGCCTGGTAAGGAAGGTCTGGTTCACATTTCTCAAATCGCTCACGAGCGAGTGAATAAAGTGACCGACTACCTGAAAGAAGGCGAAATGGTTGACGTGAAAGTGATGGAAATCGACCGTCAGAACCGCGTACGTCTGAGCATCAAAGAGCTGCTTGAAAAGCCGGCTCCAGCGGAAGCAAAAGAAGAAGATAAAGGCGAATAA	MTPITHSFQYGQHTVTLETGVIARQATAAVIASMDDTSVMVTVVGKKEAKADQDFFPLTVNYQEKAYAAGKIPGGFFKREGRPSEGETLTARLIDRPIRPLFPEGFFNEVQVVVTVLSANPEIPTDIISLIGTSAALAISGIPFNGPVGAARVGYKDGEYILNTRFSEQPESQLDLVVAGTESAVLMVESEASVLSEDVMLGAVMFGHEQSQAVVEAVKSFAAEVNTPAWDWAPKAENTELKAKVKELAESGMTAAYQISDKLERKDAVTKVTEEALAKILEENPEQDAKEASDLLHDLESDVVRSRILAGEPRIDGRDPAMVRALDVATGVLPRTHGSAVFTRGETQALVVATLGTERDAQMIDELQGKRDSKFMLHYNFPPYCVGETGMIGSPKRREIGHGRLAKRGIQAVMPSDEEFPYVVRVVSEITESNGSSSMASVCGTSLALMDAGVPIKASVAGIAMGLVKSDENFVVLSDILGDEDHLGDMDFKVAGTTDGITALQMDIKIEGITKEIMQIALKQAKEARLHILSVMDKAITGHREELSEFAPRIYTMKIDQDKIRDVIGKGGAMIRSITEASDTNIEIEDDGTIKIFATERAKADIAIGMIEGVTAEIEVGKTYNGKITRIVDFGAFVEVLPGKEGLVHISQIAHERVNKVTDYLKEGEMVDVKVMEIDRQNRVRLSIKELLEKPAPAEAKEEDKGE				NA	NA	NA	NA	NA
AK237_03391	291			hypothetical protein	ATGACAGAAGATCAACAGACTCGTATTGAAGCCGCGACCTTTCGGCGGCTGTTGGAACACCTGGACGATAACAAACAGGTGCAAAATATCGATTTGATGATACTGGCGGACTTCTGCCGGAATTGTTTGGCTAAATGGTACAGTAAAGCCGCGGCAGATGAAGGTGTTGACGTAGACTACGAGGCGGCCAGGGAAGCGGTTTACGGTATGCCTTACAGAGAGTGGAAGGAAAAACACCAGTTGCCGGCTACCGCTGAGCAGCTAGCAGCCATGGAAGCGAAGAAAAAATAA	MTEDQQTRIEAATFRRLLEHLDDNKQVQNIDLMILADFCRNCLAKWYSKAAADEGVDVDYEAAREAVYGMPYREWKEKHQLPATAEQLAAMEAKKK	PGPT0008420_5	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_VITAMIN_PRODUCTION	PLANT_VITAMIN-MOLYBDENUM_COFACTOR_METABOLISM	PLANT_VITAMIN-MOLYBDENUM_COFACTOR_BIOSYNTHESIS,PGPT0008420-moaB-K03638	NA	NA
AK237_03392	423	cdd	COG0295	Cytidine deaminase	ATGGAAAATAACAGAATAACACAACTTAAAGAATCTGCCCAAGCAGCAAAACGCAACGCTCATGCCCCCTACTCCGGTTTTCATGTCGGTGCCGCCGTATTAACCACCGGTGACAGTATTTTTGCCGGCTGCAATGTAGAGAACGCGGCATATCCACTAGGTCAGTGTGCAGAGGCCACAGCCATCGGTGCGATGATTGCAGGTGGCGCACGACAGATTAAAGCCATTGTGATTGCCAGTCCCAATAACAGCTTTTGCTTCCCCTGCGGCGGATGCAGGCAGAAAATTGCAGAGTTTGCAGGCGATGACACACCGGTGATTCTGGTGACTGACGACGGTAAAACAGAAACCTATACTGTTGGCGATTTACTCCCCCATGCTTTTCGTTTCAGTAATTTACAGGCAGATAAAGAACACGCATAA	MENNRITQLKESAQAAKRNAHAPYSGFHVGAAVLTTGDSIFAGCNVENAAYPLGQCAEATAIGAMIAGGARQIKAIVIASPNNSFCFPCGGCRQKIAEFAGDDTPVILVTDDGKTETYTVGDLLPHAFRFSNLQADKEHA	PGPT0021360_2013	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021360-cdd-K01489	NA	NA
AK237_03393	972	nlpI	COG4785	Lipoprotein NlpI	ATGGTGTTTGCCATCGAAAGCTGTCATGACGACAGATTGCCCGCGCCACTTTTTTTCATAGCGAGTGATACCATTTTTAACATGCGTAAAGTCATTAGTCTCATCTTTTTTTCTTATCTTGTTTTTTCTCTTTCCGGATGTGCAAGCGTGCCTGCTTCGCAGCCCAAAGCCGAAATGGGAAACTTATTACTTGCCGAGCCAGCACCGGTTAATCCTCGCTCACAAATGGCCATTGCCCGATACAATCAAGTATTAGCCAATGCCACGATTCCCGATGCGGACAGGGCGGAATTGCTTTACCAACGCGGTATGTTGTATGACAGCGTCGGTTTGGCCGGATTAGCACAGTATGATTATACACAGGCATTGCAACTCAAACCTGATATGGCCGAAGCGTATAATTCAATTGGTATACACTTTGTACAGCAACTGGATTTTATTCAGGCCTACGAAGCCTTTGATTCTACACTGGATATCGATCCTGAATATGATTTTGCGTTTTTGAATCGTGGAATAGCACTTTACTATGGTGGGCGTTCAGATTTAGCTGTCGATGATTTAGCAACCTTCCAAAATAAAGATGAGTCCGATCCGTTTCGCGTTTTATGGACCTATTTTGCTAAAACGGATATCAATCCTATTGATGCACAAGCTTATCTTATCGCAGTGCGCCCCAAACTAAATCAGGATCACTGGGCAGTCAGGTTAGTCGATTTGTTTCTAGGCACAGCCACTGAAAACGATTTGCTGAATTCACTGATTGAAGGCATATCCAGTCAGAAGGAACTTACTGACCGTTTGTGCGAAGCATATTTCTACCTGGGTAAGTATCACACCGCACTTGGCAATAAGGGAATTGCTTCCAATTATTTCAAGTTGGCGCTAAGCACGAATGTTTACGATTATGTGGAGCATCGCTACGCCAGAATTGAGCTGAATCGCTTACGTCATCCTACTGACGAAACCGAATAA	MVFAIESCHDDRLPAPLFFIASDTIFNMRKVISLIFFSYLVFSLSGCASVPASQPKAEMGNLLLAEPAPVNPRSQMAIARYNQVLANATIPDADRAELLYQRGMLYDSVGLAGLAQYDYTQALQLKPDMAEAYNSIGIHFVQQLDFIQAYEAFDSTLDIDPEYDFAFLNRGIALYYGGRSDLAVDDLATFQNKDESDPFRVLWTYFAKTDINPIDAQAYLIAVRPKLNQDHWAVRLVDLFLGTATENDLLNSLIEGISSQKELTDRLCEAYFYLGKYHTALGNKGIASNYFKLALSTNVYDYVEHRYARIELNRLRHPTDETE	PGPT0024495_182	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-OTHER_CELL_MEMBRANE_REMODELLING_PROTEINS	CE-REMODELLING_LIPOPROTEIN_METABOLSIM,PGPT0024495-nlpI|yhbM-K05803	NA	NA
AK237_03394	1494			hypothetical protein	ATGCGTGGACTTATTGCTGCCCTGCTGGCAATTTTGCTGGTGGGGTCTGATACCGGGCGCGACACTCAACAGCTTCTTCACAACGCTGAGTTAGCGTCTGACCCATCGCCGTTATTGTGGGCGGCGGCAAAAAATGGGAGTCAAGTGGCAGAGAGCCGGTTAGTGGCGTTCGCTTCTCTTCAGGGCTCGGAATATTGGCTGAATAAACTGGTTGCGCTTGATAACGCCGATGCCGCTTGGGCGCTCTATCAACTTATCGGTGACGATGTAAAAAGTGACAGGCTTATGGGCCTTGCCGCTATCGGCAACGTTCCGGAAGCACAGTTAGCGTTTGCCATGTCAACTGACGACCCGGTCAAGCGAGAAACCTGGTTAAAGCGCGCTGCCAATCAAGGTTATCTTCCCGGACAGGCTGCATTGGCTGATTGGTACTTGTTACATGCTCAGCCAGAGGAAGCCAGACCATGGCTTCGGGTTACGGCTAATGACTACCCGCAAAGTGCATTTCAGTATGGTCGTTTATTGTGGGATGACGGTAAACGCAAAGCTGCTAAAAAATGGATTGAACAGGCTGCAACCGGTGGTCATGTTATGGCGAGCAAAGTTCAGCGCATCCTTGCTGACTATATTCCGTACAATACAGCAAGTGTTCCCGGGAAATCGCGAGAGGGTGACACCTGCGCACAAAAAATTGGTTTTTTTGCTACCTCGCTCTCTACCATTGTCAAAGCTGATGAGCTTGTGGGAGCCTTCCGCAAAGACCGTCGTCTTCAGTCTTTATCGATATGCATTGATAAACCTGTCTGGTTAACTAACGATAGTTTGCACTGTGGAGCCGACTGGAAAGGACAGGGGCGTTTAGGATGCGATATACGGCCGTTGGCAACCAGCGTGGAAAGAAGAGGATTAACCCACGCGGTAGTGATTTCCGAACTAGGCAAAGCCAATGTGAATAACGGGGTGATGTTTTTGGATCTCACCGATTCGTATGCCGTATTTGTGCATGAACTTGCTCACTTTGCCGGCTTCGTTGATGAGTACGCGCTTGGCAAAAATGCCGCCGAACGTTATTGCAAAAGTGCTGACGCACCGAACTTAATTTTTGATGGCAAGTTAACTTACTCACCGCTAAGTACATTGGAGAATTGGCAATCACTGCAACCGGGTGTTGGCATTTGGCCTGCACAAAGTTGTGCGCGAAGCGATGTGCGTGCCTATAAGCCCTCAGGGCACATTACATTTCTTGAACATCACGATAGCGGTGATATCCCACCCATTTATATGGCGTTATGGCGTCAACAGTTAACACGCCCGAATGCTCAGCGCCCCATCTTTATGAATTTGTTTCAGTCATTTCAGAAAGCGGGGCAAACCAAAAAGGCGGGGCTTTGGTTAGAAAAGTACAATGCTTTTTTAGGAAAAGACAACCCGAATAAAGGAAACCCTGATGAAACGGCACCGCCTCCCGATGAAGACGTGCCGTTACAGTTCTAA	MRGLIAALLAILLVGSDTGRDTQQLLHNAELASDPSPLLWAAAKNGSQVAESRLVAFASLQGSEYWLNKLVALDNADAAWALYQLIGDDVKSDRLMGLAAIGNVPEAQLAFAMSTDDPVKRETWLKRAANQGYLPGQAALADWYLLHAQPEEARPWLRVTANDYPQSAFQYGRLLWDDGKRKAAKKWIEQAATGGHVMASKVQRILADYIPYNTASVPGKSREGDTCAQKIGFFATSLSTIVKADELVGAFRKDRRLQSLSICIDKPVWLTNDSLHCGADWKGQGRLGCDIRPLATSVERRGLTHAVVISELGKANVNNGVMFLDLTDSYAVFVHELAHFAGFVDEYALGKNAAERYCKSADAPNLIFDGKLTYSPLSTLENWQSLQPGVGIWPAQSCARSDVRAYKPSGHITFLEHHDSGDIPPIYMALWRQQLTRPNAQRPIFMNLFQSFQKAGQTKKAGLWLEKYNAFLGKDNPNKGNPDETAPPPDEDVPLQF				NA	NA	NA	NA	NA
AK237_03395	744	cysZ	COG2981	Sulfate transporter CysZ	ATGCAAAGTAGAAGTGGCCTGAGTTATTTTCTTTTAGGCTTTTCTCTCATAAGAACTAAAGGGTTGAAACGGTTTGTTTTTATCCCTTTAACCGTTAACCTGCTTTTGTTTTCGGTGGCATTTTATTTTCTGTTTGGAGAAATAGAAGTTGCCATTACCTGGCTAATTGGTTTGATCCCGGACTGGCTTGACTGGCTGAAGGGCGTTATTGGCTTTTTCCTTTGGCCTGTTGCCGTCTTATCAGTGCTTCTTATTTTCGCCCTCATATTCGGCACGTTAGCGAACTGGATTGCAGCTCCTTTCAACGGATTACTCGCGGAAAAAGTAGAACAGCATTTAACGGGTCAGGCCATTGGTGACGACGGTGTGATGTCGCTCATAAAAGATGTACCGCGCATGTTAGGCAGAGAATTCGCCAAACTCGTCTGGTATGTGCCCCGCGCCATCATTTTCCTGCTGCTTTTCTTTTTTGTTCCTCTGATTGGCCAGATACTATGGTTTATGTTTAACGCATGGATGATGGCAATCCAGTACTGTGATTATCCCTATGACAATCACAAGATACCTTTCAAAGTGATGCGGTTCCATCTTGGAAAACATAAAACCAGGTGCTTTTCATTTGGCGTGGGCGTGAGTCTCTTTTCGCTTATTCCGCTGGTGAATTTTATCGTTATGCCCGTGGCGATTTGTGGCGCTACGGCGATGTGGGTAGATAAGCTGAAACCCGATTTAGAACAGCGATAA	MQSRSGLSYFLLGFSLIRTKGLKRFVFIPLTVNLLLFSVAFYFLFGEIEVAITWLIGLIPDWLDWLKGVIGFFLWPVAVLSVLLIFALIFGTLANWIAAPFNGLLAEKVEQHLTGQAIGDDGVMSLIKDVPRMLGREFAKLVWYVPRAIIFLLLFFFVPLIGQILWFMFNAWMMAIQYCDYPYDNHKIPFKVMRFHLGKHKTRCFSFGVGVSLFSLIPLVNFIVMPVAICGATAMWVDKLKPDLEQR	PGPT0003010_1008	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-H2S-VOLATILE_PATHWAY,PGPT0003010-cysZ-K06203	NA	NA
AK237_03396	3471	smc_2		Chromosome partition protein Smc	GTGCGTTTAAAGAAAATCAAGCTGGCGGGTTTCAAATCATTTGTTGATCCAACGTCTATTCCTTTCCCCGGTGACATGACAGCTATTGTCGGACCCAATGGTTGCGGAAAATCGAATGTTATAGATGCTGTACGCTGGGTTTTAGGGGAAAGTTCAGCCAAAAACCTTCGTGGCGATGCCATGACGGACGTTATATTTAATGGATCTTCGGCGCGCAAGCCGGTGGGTCAATGCTCGGTTGAATTGGTATTTGATAATTCATCAGGGCGAATTGGTGGCGAGTTTGCACAATACAATGAATTAGCGGTAAAGCGTTTAGTTACCCGTGATGCGCAGTCGCACTATTTTTTGAATGGTACTAAGTGCCGTCGTCGGGATGTCACCGATTTATTCCTCGGTACCGGACTAGGGCCGCGTAGTTACGCCATCATCGAGCAGGGGATGATCTCTCGTCTTATTGAATCTAAGCCCCAGGAATTGCGCGTATTCATAGAAGAAGCGGCAGGGATCTCTAAGTACAAAGAACGGCGCAGAGAAACCGAAAACCGCATTCGTCATACGCAGGATAACCTTGAACGGCTGGAAGATGTGCGCGGAGAATTGGGCCGTCAGTTGGAAAAGTTGCAGCGTCAGGCCGCAGCTGCACAACGTTATAAAACACTGAAAGCCGCAGAGCGCAAATACAAAGGTGAACTATCGGCGCTGCGTTGGTTAAAGCATAGTGACCACATCGAGAAACTCGAAGTTGAACAGGCGCAATTGCAAAATGAGTTAGACGCTTTATTAGCCCAACAACGTGGCGACGAAGCCGGAATTGAAACATATCGTAGTCAGGCGGCTGATATCAAAGGGCAACTCGATGAATTACAACAGTCGCTTTTTACCGTTTCAACACAAATTACCCGTATAGAACAGAACACATTGCACAGTCAGCAACGTGAGGCGCAGATCAATAAAGAACTGGAATCGCTGATAGAACGTCGGGATGTGCTGTCTGCATCATTAGCAGAGGCGGTACAGGCGCTGGAAATGAGTGAACATGCACTGGATGCTTTTGCGCCAGAGTTACTGCTAATTCAAGAAACTATTGAACAAGCAGAAGACAAAGCGGAGCTTGCTGATACGACCTTACGTCAATTTAATCAAAAACGACGAGAGCAAGAGCACGCTTATCACGGGCTAAAGCAGAAAGTACAAACGTTGCACAGCCAAATTCAATCTACGACCAGCATGCAGCTGCGTACTACACAACGTATTGGTGAGCTGGATGATGAGCTGGCTGAACTCGATGATCCCACACTTCATCAACGTCATGCTGACCTGAGCGATGAAGAAGCGGTATGTGCTGAAAAAGTGGCTATCGCCGAAGATGAAGTGGCACTCAGTCACTCCTATGCAGATACCTGCTTGCAACAGGCACAAACGGCACAAGCGCGCTTGAACGGCGAACAGCGTCTGTTACATCAGGCAGAATCAAAATACGCAGCCTTGGCGTCGCTGCAGGATATAGCCGATGCCCAGGCTAGTGCATTGCCTGAAGGGGTAGAGGAGTTATGGAAAAGCATTGCTGTTAAACCCGGTTACGAGGCGCTCATTGAACGGGTAACGATATGGTTAAACGAACCGCTTGTTGCCAACACGTACCCGCTTGAAACCATTCTTGCCTCATTGTCTTACTTTCCTACGGGACACCGACTGTTACCGCTAGTGTCAGATGCATTACAAGGTGAAGGAACATTGGCCGCATGCTGCGATGGTGATTATATTCCTGCGCTGTTTTATCAAATTCGGCTGGTACCAACTCTTGAAGATGCGAAAGCTCTCTTGCCTGTACTTAAGCAAGGTGAATCGGTGGTAACGGAGTGTGGAGCGTGGCTTTCCAGTTGTTGGGTGTTACACGGTACCCAGCAGGAAGAAAGTGCCGGTGCATTACAACGCCAGGCACAAATGCAAGCACTCGAGCTTGAGATTGAACATTTAACAGCCCAAACGGAAGAAGCAGAGAGTCAGGCTGATCAGGCTGTTGAGGCGCAAACACGTGCAAATGAAAAACTCGACGCCGCGAAGCAGCATTTGGTTGTCGCTCAGCAACAACAGCAGCAACACAAACATCAGTTGGCGTTAATCGAGCAACACATCGCGCAGTTAGACGATCGCAAAGCCAAAATAGCGCAAGAGCGAGGGCGCCAGCAAGCAACCCTGATGCAGGATGATGAACAGCTGGCTATTTATACTGAACAATTAGAAGTGCTTGAAGTCTCATTAATGAACGCAGAGGAAGAAGAGCACAGCGCACAGTCTCATCGTGAAACTTATGAACAACACGTGCAAGATGCACGGCAACGTGTTGACCAGTTGAAATCGCGCAAGCATCAACTCGACCTGTCTGTACAACAACAGCAAAATCAGCGGGAAATGTATCAGCAACAGGTCACGCGTAACCAATCCCAGTTGGCGGAGTACAGGCAGAGAGAAGCAGTGTTGTCCGAGGAAAAACAATCACTTAGACAACCCAAGGCGCTTCAGGAAGAGCAGCTTCAACAATTACTCGACAACAGAGAAGACATAGAAGCAAAACGGATTGCGATGCAAAATGCATTAAGTGAAGTGGAGACACTTCTACGCGAAGCACAGCAAGGCCATCAAGGTGTTGCAACGAAAATACAGCAACGACAGTCGGTGGTTGATGGTCTTAAAATTGATATTGAAGGTGCGCGTGTGCGTGCCATGTCGGTACTGGAGCAGTTGCAAGAAACCGGGCAGTCTCTTAAAGACATTTTGCCCCAATTAAACGATGATGCAGATGAAAAAATCTGGCAGCAGGAACTGGATAAAACCTCCGCAGCGATTAGTCGACTGGGCGCAGTGAATTTAGCCGCTGTAGAGGAATACGAAACCCAGGCTGAACGAAAGCTGCATCTTGATACCCAATTTGACGATTTGGTTGCAGCGCTGGATACGCTGCAAAGTGCAATTCGTAAAATTGATAAAGAAACCAAAACCCGTTTTTCTGCTACGTTTGAGCAGGTCAACGAAGACTTAAAACAACTGTTTCCGAAAGTTTTTGGCGGTGGTTCTGCTTATCTCGCGCTAACGGATGATGATTTACTGGAAACCGGAGTGACAATTATGGCCCGTCCCCCCGGAAAGAAAAATAGTACAATTCATCTGTTAAGCGGTGGAGAAAAAGCGTTAACCGCTTTATCATTGGTGTTTGCAATTTTCCGGTTGAATCCGGCGCCCTTCTGTTTGCTTGATGAAGTGGATGCGCCGCTGGACGATGCCAACGTGGGGCGTTTCTGTAAACTGGTATCAGAAATGTCTAAATCGGTACAATTTATTTATATCACCCACAACAAGATTGCGATGGAAATGGCAACGCACCTCACTGGTGTGACAATGGCTGAACCTGGCGTGTCACGCATGGTGGCGGTGGATGTTGATGAAGCCATGGCCTTCGTCGAAGCATAA	MRLKKIKLAGFKSFVDPTSIPFPGDMTAIVGPNGCGKSNVIDAVRWVLGESSAKNLRGDAMTDVIFNGSSARKPVGQCSVELVFDNSSGRIGGEFAQYNELAVKRLVTRDAQSHYFLNGTKCRRRDVTDLFLGTGLGPRSYAIIEQGMISRLIESKPQELRVFIEEAAGISKYKERRRETENRIRHTQDNLERLEDVRGELGRQLEKLQRQAAAAQRYKTLKAAERKYKGELSALRWLKHSDHIEKLEVEQAQLQNELDALLAQQRGDEAGIETYRSQAADIKGQLDELQQSLFTVSTQITRIEQNTLHSQQREAQINKELESLIERRDVLSASLAEAVQALEMSEHALDAFAPELLLIQETIEQAEDKAELADTTLRQFNQKRREQEHAYHGLKQKVQTLHSQIQSTTSMQLRTTQRIGELDDELAELDDPTLHQRHADLSDEEAVCAEKVAIAEDEVALSHSYADTCLQQAQTAQARLNGEQRLLHQAESKYAALASLQDIADAQASALPEGVEELWKSIAVKPGYEALIERVTIWLNEPLVANTYPLETILASLSYFPTGHRLLPLVSDALQGEGTLAACCDGDYIPALFYQIRLVPTLEDAKALLPVLKQGESVVTECGAWLSSCWVLHGTQQEESAGALQRQAQMQALELEIEHLTAQTEEAESQADQAVEAQTRANEKLDAAKQHLVVAQQQQQQHKHQLALIEQHIAQLDDRKAKIAQERGRQQATLMQDDEQLAIYTEQLEVLEVSLMNAEEEEHSAQSHRETYEQHVQDARQRVDQLKSRKHQLDLSVQQQQNQREMYQQQVTRNQSQLAEYRQREAVLSEEKQSLRQPKALQEEQLQQLLDNREDIEAKRIAMQNALSEVETLLREAQQGHQGVATKIQQRQSVVDGLKIDIEGARVRAMSVLEQLQETGQSLKDILPQLNDDADEKIWQQELDKTSAAISRLGAVNLAAVEEYETQAERKLHLDTQFDDLVAALDTLQSAIRKIDKETKTRFSATFEQVNEDLKQLFPKVFGGGSAYLALTDDDLLETGVTIMARPPGKKNSTIHLLSGGEKALTALSLVFAIFRLNPAPFCLLDEVDAPLDDANVGRFCKLVSEMSKSVQFIYITHNKIAMEMATHLTGVTMAEPGVSRMVAVDVDEAMAFVEA				NA	NA	NA	NA	NA
AK237_03397	1164	zipA		Cell division protein ZipA	ATGGATGAACTACGTTTATCACTCCTTATTCTTGGCACGTGTTTTATCATTGCAGTGTTAGCGCACGGTATTTGGAAAATCAGAAAAAACAACAGTGCTGAAAAAAAAGAACGCATAGAACCGGGTCAATGGCAGGACGACAATGCGTCCGCATCGGCTAACAGGTTGAATGATAGCGACAATGATACTGCTGATAACGGCTATGATGATTTGGGTCTTGGCGCCGTGCGCGTTGTGTCATCAAACAAACAGCAGCCCGCAGAGGAAAGTGACTTCGCATCAGCTAGAGATGAAGAAGAGGAGGTAACGAAGGCGACGGAAGAGCAGTCTACTCAACCTGTTGAGCCTCCTGCCAAGTTGTATGGCTCAGTGGTGACCAACCCTAAGCCTCATATGCAGCAAGGGCGTGTGAATACTCCTGAAAGCGCCGACGATGATCCTATTCCTGATCCTCCTGAGTTCCTGATCCGAAAGGAGCAAAAATCAGCGCCGGAAGCGCCAGCATCTGATGACTTTAAGTTAGACTCGCAACCGATGCCAGCATCAGCTTCATCCGATGAGAGCGATAATGATGACCATGAATCGAAAAGATCCATGAAGAAACGGTCACTTATCCGTCGTCGTCAAGAGCCAAATTTTGGCGATGATCAGATGAACATAGACTTTGATGATCGTCAAAAGGCGTCTGCGCCAGCGCCGGAAGCGGCCTCGGCGGATAATATGCAGGATGTCGAGCAGGAAGTGCTCGTTGTTAATGTCAGGGCGCAGGATGACGATCCGATTTCAGGTGCAGCACTGTTGCCTTTACTGCTTACCCTCGGATTTAAATTTGGTGACCAGGATATTTTTCATCGCCATGTTAATTCAAACGGTAAAGGGCCGGTACTATTCAGCCTGGCTAATATGTTTAAACCCGGTGTTTTTGACATTGATAACCTCGAAAATTTCTCCACACAAGGTGTGTCATTATTTATGATATTACCTATTGAGGGCGATGCACATCAGGTATTTAACATGATGCATAATGCCGCCCGCAAAATTGCTGATGAGTTTAATGCACAGATACTCGACGGCCGTCGAAGTGTACTGACTAAACAGGGATTACAGCAGTATATGGAGAAAATACGGGAATTCGAACGTAAACGAATGATCCCGCGCAACTGA	MDELRLSLLILGTCFIIAVLAHGIWKIRKNNSAEKKERIEPGQWQDDNASASANRLNDSDNDTADNGYDDLGLGAVRVVSSNKQQPAEESDFASARDEEEEVTKATEEQSTQPVEPPAKLYGSVVTNPKPHMQQGRVNTPESADDDPIPDPPEFLIRKEQKSAPEAPASDDFKLDSQPMPASASSDESDNDDHESKRSMKKRSLIRRRQEPNFGDDQMNIDFDDRQKASAPAPEAASADNMQDVEQEVLVVNVRAQDDDPISGAALLPLLLTLGFKFGDQDIFHRHVNSNGKGPVLFSLANMFKPGVFDIDNLENFSTQGVSLFMILPIEGDAHQVFNMMHNAARKIADEFNAQILDGRRSVLTKQGLQQYMEKIREFERKRMIPRN				NA	NA	NA	NA	NA
AK237_03398	2046	ligA_2	COG0272	DNA ligase	ATGTCAACTGATAACGCCTCCGTTGCCAATCGTATTGACGTGTTACGCGCAACTATCAATGAATACAACCAACAATATTATGTGCAGGATGCGCCCTCCGTCCCTGATGCTGAATACGACAGACTCATTAACGAACTCAAGTCGCTGGAAGCGTCACACCCTGAGTTACTTACCCCTGATTCACCTACGCAAAAAGTGGGGGGCGCGCCTCTCTCTGCGTTTGAACAGGTGGCGCACGAAGTACCGATGTTGTCACTTGATAATGCGTTTGATGAAGCGTCGTTAAATGCCTTTGAGAAACGGATTGGTGACAGGTTAAAAGACCATAAAAAACTGGACTACAGCTGCGAACCAAAGCTGGATGGTCTGGCAGTAAGTATCTTGTATGAAGAAGGTGTTCTGGTTCAGGCCGCAACCCGTGGCGACGGGCAAACCGGCGAGAACATCACGCAAAACGTTAAAACCATCAGTAATGTGCCGCTTCGGTTGCGCGGTGACAATATACCCGCGCGCATTGAAGTACGCGGCGAAGTCTTTATGCCTAAGGCCGGGTTTGACGCCCTTAACCGTCGTCAGCGTGATAAAGGTGATAAAGTCTTTGCTAATCCGCGCAATGCTGCAGCGGGAAGTCTACGACAGTTAGACAGCCGTATTACCGCTAAACGTCCGCTGATGTTTTACGCCTATTCACTTGGCATTGTAGCGCCGGATGATACAGCATTAGCCGACACGCACAGTGCGCGTCTGCAAATGCTGGGGGCATGGGGATTACCGCTTTGCCCGGAAATTTCAGTGGCAACCGGAGCCTCAGGCTGCCTGGCGTACTATCATGACATATTAGCTAAGCGAGATAACTTGCCTTACGACATAGATGGTGTGGTGTTTAAGGTTGATGATATTGCCTTACAACAGACCCTCGGCTTCGTTGCCCGGGCGCCGCGTTGGGCGATAGCACAAAAATTTCCGGCTCAGGAAGAAATAACGCGATTAGTCGATGTTGAATTCCAGGTGGGGCGTACCGGAGCGATTACTCCCGTGGCCCGGCTGGAGCCTGTTTTTGTGGGTGGTGTAACAGTCTCTAACGCCACCTTGCACAACCAGGATGAAATTGTTCGCCTGGGTGTAAAGATTGGTGATTACGTGACTATTCGCCGCGCGGGTGACGTTATTCCGCAAGTGGTCTCTGTCGTAGAAGCGAAAAGACCTGAAGATTGCCGTGATATTGTTTTTCCATCCATGTGCCCGGTATGTGACTCTCACGTTGAAAAACTGGACGATGAGGCTGTCGCGCGCTGTACTGGCGGATTGGTCTGTGGGGCACAGCGTAAACAAGCACTGAAACATTTTGCGTCCCGTAAAGCGTTCGATATTGACGGGCTTGGCGATAAATTAGTTGACCAATTGGTGGACGCGGACTTAGTCAAAAGTCCGGCTGATTTCTTTAAGTTATCGTTGGGCGAGTTAATCAGTTTAGAAAGAATGGCGGAGAAATCAGCGTCGAACTTACTGACGTCCTTAGATAAAGCTAAAACAACCACGTTCCCACGCTTTCTCTACGCATTAGGTATACGGGAAGTGGGTGAAGCGACAGCTGCGAACTTAGCAAATCATTTTTTCACCCTTGATAACCTGTTTGCTGCAGATATCGAAGGGTTAAAAGCCGTTCCCGATGTCGGTGAAATCGTGGCCACGCACATTTTCAACTTTGTACATGAAGCGCATAATCGAGCCATTATCGACGATTTATTAGCGGTTGGCATAAACTGGCCGCAAATTGAAGCAGTCGACAGTGATGATCTGCCATTCGATGGCCAGACTTGTGTGCTGACAGGTACCATGACGGCGATGGGAAGAAATGACGCAAAGGCATTATTACAGCAGTTAGGTGCCAAAGTGGCTGGCTCGGTGTCTGCAAAAACAGATTTTCTGGTAGCAGGCGAAAAAGCGGGCTCAAAATTAACCAAAGCGCAGGATTTAGGAATCGCTGTGTGGGATGAAGAAAAGCTGCTTAGCGTGCTTGCAGAGCACGGTTTGTATAGTGGATAG	MSTDNASVANRIDVLRATINEYNQQYYVQDAPSVPDAEYDRLINELKSLEASHPELLTPDSPTQKVGGAPLSAFEQVAHEVPMLSLDNAFDEASLNAFEKRIGDRLKDHKKLDYSCEPKLDGLAVSILYEEGVLVQAATRGDGQTGENITQNVKTISNVPLRLRGDNIPARIEVRGEVFMPKAGFDALNRRQRDKGDKVFANPRNAAAGSLRQLDSRITAKRPLMFYAYSLGIVAPDDTALADTHSARLQMLGAWGLPLCPEISVATGASGCLAYYHDILAKRDNLPYDIDGVVFKVDDIALQQTLGFVARAPRWAIAQKFPAQEEITRLVDVEFQVGRTGAITPVARLEPVFVGGVTVSNATLHNQDEIVRLGVKIGDYVTIRRAGDVIPQVVSVVEAKRPEDCRDIVFPSMCPVCDSHVEKLDDEAVARCTGGLVCGAQRKQALKHFASRKAFDIDGLGDKLVDQLVDADLVKSPADFFKLSLGELISLERMAEKSASNLLTSLDKAKTTTFPRFLYALGIREVGEATAANLANHFFTLDNLFAADIEGLKAVPDVGEIVATHIFNFVHEAHNRAIIDDLLAVGINWPQIEAVDSDDLPFDGQTCVLTGTMTAMGRNDAKALLQQLGAKVAGSVSAKTDFLVAGEKAGSKLTKAQDLGIAVWDEEKLLSVLAEHGLYSG				NA	NA	NA	NA	NA
AK237_03399	537			hypothetical protein	ATGCCAAAGAAATTTATAAGACGCTTTTTACCCGACCATCAAACGATAAAGCACAATCGTGCGCTACGGATCTTTGGCACAGTTTTACACGAGCCTAACTTATGGCATCTTAATCGCCGATCTGCGGCAAACGCGTTCGGTATAGGATTATTTTTTGCTTTTTGGCCTGTCCCCTTTCAAATGTGGCTGTCTGCTGCCACTGCTATCCCATTCAGAGCAAACCTGCCACTCTCTGTTGCTACGGTATGGATCACTAATCCATTTACAATGCCGCCTATTTTTTACGGCGCATATAAAGTAGGTACAACGGTTTTAGGTACACAGCCACGACATTTCGAACTGCAATTCAGCTGGAAGTGGGTCATCGAAAGTATCAGTACTATTGGCCCGGCTTTCCTGGTGGGCTGTGCGATATGTTCGGTGGTATTTGGCCTGGTGGGGTATTTCGGTCTTAACTGGGTATGGCGGTTTTCAGTGAAGAAGTCGTGGAAAGCCAGAAAAGAAGCACGCCAACAACGTGCTTCGCAAGGTCATTAA	MPKKFIRRFLPDHQTIKHNRALRIFGTVLHEPNLWHLNRRSAANAFGIGLFFAFWPVPFQMWLSAATAIPFRANLPLSVATVWITNPFTMPPIFYGAYKVGTTVLGTQPRHFELQFSWKWVIESISTIGPAFLVGCAICSVVFGLVGYFGLNWVWRFSVKKSWKARKEARQQRASQGH				NA	NA	NA	NA	NA
AK237_03400	2385			hypothetical protein	ATGCAACACCACACCGTAATTTGGTTAATGGCGTTTTGTCTTACCGCGCTGTCAGCCCGTTTCTGGCCATTCCTGCCGGGCAAACCCTGTATCGTGCTTCTTGCCTGTATCGTCATCACTATCTACCTGTTTCAAATATGGCTTAAAGTAAGCACGAAGCGTAAGCTTCATCGCAAACTACGTGGTGTCACATTTTTGTACGCACAAAACCAAGAACAGATTACTACGGTAACGTGCTTACTCGGTGGGATAATGACCGGAATGATTTGGATGGCAAGTGTAGGGCATTGGTACTTGGCTTGGCAACTCCCGACCAGCAAAATTCAACAAGATGTCATAGTTACGGGGCAGATAACCAAAACTGCCACGAAACAGGACGGACAACTGGTTTATTTATCGACAGCGACCTTAGACGACCGCACATTTTGGTTCAGTCCGACACTTGCCTTACATGTTTCGTTGAACGTTGGCACGTTTTCAATCCATCAGCAAGTGCGATGGATGGTGTCGGTTAAACCTGCTGGCAGTATATTGAATCCAGGTGTCGATCGTCGCAGTAAACTGGTTAGCGACAGGGTTATTGCCACCGGTCATGTTAAATCTTCTGCTTTAAATGAATTAATCACACCTGCGTCGTCCCTGCATTATCGAACGAAAATGCGGCTGAGATCGTTGGGGTATTCGCGATGGCTTATTGCACTGTTAACAGGGTCAAGAGAATATCTCACCGGGGCAGACTGGTTATTGCTTCAACGAACGGGGACCGGGCATCTTTTTTCAATATCCGGCTTGCATGTGGGCATGGTCGCTATGTGGGCGGTCGGGCTATCTGTGCTTCTGCTGACGGCGGTGGTGCTGCTAACAACTCAGCATAACGCAGTGAATCTTCGCGGTTTGATAGTGCTAAGTGTGGTAGTTCTCACTGCGGCGTACTGTTCTCTTGCCGATTGGCAGGTGCCAGTCAGTCGTGCATGGTTGTTAGTGTGCTTATGCAGTGTATTGGCGGGTTGTCGATTATACTGGTCATGGTTTCAGCGCTATGTGTTGATGATTGCGCTTTGTATTATCGTGTTTCCGTTCAGTGTATTCAGCGATAGTTTTTACTTAAGTGCCGGGGCTGTCGGTTTATTACTCTTTCTTGGCTGGCGATTAAAAAAGCCTGCACCCACCTTTTTCAGCAAAGTGTGGTTTGCGGTAAAACTGCAAATGGCGATGTCCATCCTCATGGTGCCCATGACATTAGTATTTTTCCATTCGGCGTCTTTATTTACTGCGGCCATTAATTTCGTTGCGATTCCCCTGGTTACACTTTTCGTTCCAATAGGCCTTGTAGGCATAGTCTTCAATGCGTTCACTGAAGAAAAACACTTTTTGTTAGATGCGACAGATACTGGGTTACAGTGGCTGATTTCGTGCCTTACAGCGAGTGAAGATTACATGGTTTATCTGGGGGATACACACATTGCCACTTCTGCTGCATGCCTTTTCTTCTTTACGTTAGTGTTATTATTTATGCCGCCTTTCCGTTATCGTAAGCGATGTAGCGTATTATGTTGCGTTCCGATAATGAGCAGCGCAATTCCCGCAAACCCCGCGGTGTGGATGTTGCACGTATTCGATGTCGGACAGGGTACGGCTATCGCTATTTCTCGCGGCCAGCATGCCACGCTAATTGATACGGGTCCTTCATTCACGGAAGGTGATGCATTTAGTGCCTGGGTAATGCCTGCTTTGCACCACGTGGGCATAAAACAGGTGGACATGGTTGTCGTTTCTCACGGTGATGACGACCACGCTGGCGGGCTGAATGGGTACTATCGCGCCAGTCAGGACAGCACATTACGCCTGCTTAATCATGTCGTCACTAACACCTCGCGGTGTCAGCGTGGATATCACTGGCAATGGCAGGGGTTGTCTTTCGAGGTATTATGGCCGAAGGATAATGCCGGTATAGATGATAATGCACACTCCTGTGTCATACGGGTATCTGATGGCACACACAGTATTCTTTTTCCCGGCGATATCGACAAATCGACTGAATATGCCTTGCTATATGGTTATGACACACTAAATTCAGATATTCTCATTGCGCCGCATCATGGCAGTGATACGTCTTCCAGCAACGCGTTTCTTACCGCCGTTTCCCCTCAGCTTGCGATTTTTACCACCGGCTTTTTGCACCGGTGGCGCTTACCAGAACAAACCGTAATTTCCCGCTACCGACACCAGGGCGTTGATTTGTTTACGACGGGAAATAACGGCTATATACGCATTGAATTCGATGGCAAGACGAAACGGATTTACCGGTATAACCGGGAGGTTGCGCCACGCTGGTACGATATAAGGTACTATTTCGGTGATCACTCTGCCTCAACGAAGTATTGA	MQHHTVIWLMAFCLTALSARFWPFLPGKPCIVLLACIVITIYLFQIWLKVSTKRKLHRKLRGVTFLYAQNQEQITTVTCLLGGIMTGMIWMASVGHWYLAWQLPTSKIQQDVIVTGQITKTATKQDGQLVYLSTATLDDRTFWFSPTLALHVSLNVGTFSIHQQVRWMVSVKPAGSILNPGVDRRSKLVSDRVIATGHVKSSALNELITPASSLHYRTKMRLRSLGYSRWLIALLTGSREYLTGADWLLLQRTGTGHLFSISGLHVGMVAMWAVGLSVLLLTAVVLLTTQHNAVNLRGLIVLSVVVLTAAYCSLADWQVPVSRAWLLVCLCSVLAGCRLYWSWFQRYVLMIALCIIVFPFSVFSDSFYLSAGAVGLLLFLGWRLKKPAPTFFSKVWFAVKLQMAMSILMVPMTLVFFHSASLFTAAINFVAIPLVTLFVPIGLVGIVFNAFTEEKHFLLDATDTGLQWLISCLTASEDYMVYLGDTHIATSAACLFFFTLVLLFMPPFRYRKRCSVLCCVPIMSSAIPANPAVWMLHVFDVGQGTAIAISRGQHATLIDTGPSFTEGDAFSAWVMPALHHVGIKQVDMVVVSHGDDDHAGGLNGYYRASQDSTLRLLNHVVTNTSRCQRGYHWQWQGLSFEVLWPKDNAGIDDNAHSCVIRVSDGTHSILFPGDIDKSTEYALLYGYDTLNSDILIAPHHGSDTSSSNAFLTAVSPQLAIFTTGFLHRWRLPEQTVISRYRHQGVDLFTTGNNGYIRIEFDGKTKRIYRYNREVAPRWYDIRYYFGDHSASTKY	PGPT0029415_1092	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
AK237_03401	1749	msbA	COG1132	Lipid A export ATP-binding/permease protein MsbA	ATGCAAAATTCCGATCCAGCGGCGAGTAATCAACGCCGTTTTTTTACGTATCTACGAAGCTACAAACTCGCTTTCTTCGTGGCCGTAATTGGTATGATTGGTTACTCAGCGTTAGATACATACGTTATATCCAATTTAAAACCTCTGATTGATGATTCTCTTGGTAATGGTGACAGTGATTTTCTACGAATTGCAGCCATTGCCATTGTCCCTTTATTTATCCTTCGCGGTATTTTTAATTTTATGGGGACCTATACATTAACCTGGATAGGTTCGCAGGTTGTGATGACCATGCGTCAACAGTTGTTTGAAAAGTATATGCACCTGCCGGTCTCATTTCATGATCAACAAGCGGTGGGCGGATTGATCAGTAAAGTGACGTACGATACTGAGCAAGTGGCAAATGCGGCCAGTAAGGCTTTGCTGACTATTGTACGGGAAGGCGCGCTGGTCATCGGGCTATTGGTTGTGATGCTTTATCAGTCCTGGCAATTATCGCTTATCTTTCTCGTTATTGGCCCCGTCGTGGCTATTATTGTCGCGGTAGTAAGCAAGCGTTTTCGTAAAGTCAGCCGCAATATTCAACAGAGTATGGGCAGCGTTACCGCTGCGGTAGAGCAGGCGGTCAAAGGACACAAAGTCATACTTATGTTCGGTGGCCAGGACTTCGAGCGGAACCGTTTTGCGAAAAAGAATAACCACAACCGCCAGCAAACCATGAAGTTGGCCGTTACGCAGATATTGAGTGTTTCCTCGATACAGGTAATTGCTTCAATTGCACTTGCTGTTGTTTTGTTTATGGCCAGTTTACCCAGCATCATGGAGAACCTTACAGCGGGTACGTTTATCAGCGTTGTGTTTTACATGGTGATGTTGCTTAAACCCTTAAAGCAACTGACGACGGTAAATAATGAATATCAACGCGGTATGGCGGCATGTAACAGCATTTTTGAAATTCTCGATGAAGACGTCGAAATGAACACCGGCAAGACAGTACTCGAGCGTTCAGAAGGAAATATTGCTTTCAATCATGTGACCTTTAGCTATCCGGGAAAAGAGCGGCCAGCGCTTACCGATATCAGTTTTTCTGCCAGGCCGGGTGAAACCGTTGCATTGGTAGGCAAATCGGGAAGTGGCAAATCAACGATATCTTCTTTGCTAACTCGTTTTTACTTACCCCAACAGGGGGAAGTGCTGCTGGATGGCAAGAACATCAATGACGTGGAACTTCGCTCGTTGCGTAAGCAGTTCGCTACCGTGTCTCAACACGTGACGTTATTTAACGATACTATTGCGAACAACATTGCTTATGGCGTGACGGACAAGGTCAGTCGCGAGGAGATTGAAAAAGCCGCTGACATGGCCCACGTTACTGAATTTGTCAGTCAACTCGAACACGGCCTCGACACCGTTATTGGTGAAAACGGGCTGATGCTCTCCGGTGGGCAAAGACAGCGTATCGCTATTGCCCGCGCCATTCTGGCGAAGGCTCCTGTACTCATCCTCGATGAAGCAACCTCTGCATTGGATACAGAATCAGAAAAATTAATTCAAGACGCGCTGGAAAAACTACAGAAGTCCTGTACTTCATTGGTGGTTGCTCACCGGTTATCAACCATTGAGAAAGCCGACCAAATTATTGTGATTGACCAGGGACGTATTCTTGAGCAGGGACGTCATGACGAGTTACTCGCCAGGAAGGGGCACTACGCGCAACTTCATGCACTACAATTTGGTGAAACGAAATAG	MQNSDPAASNQRRFFTYLRSYKLAFFVAVIGMIGYSALDTYVISNLKPLIDDSLGNGDSDFLRIAAIAIVPLFILRGIFNFMGTYTLTWIGSQVVMTMRQQLFEKYMHLPVSFHDQQAVGGLISKVTYDTEQVANAASKALLTIVREGALVIGLLVVMLYQSWQLSLIFLVIGPVVAIIVAVVSKRFRKVSRNIQQSMGSVTAAVEQAVKGHKVILMFGGQDFERNRFAKKNNHNRQQTMKLAVTQILSVSSIQVIASIALAVVLFMASLPSIMENLTAGTFISVVFYMVMLLKPLKQLTTVNNEYQRGMAACNSIFEILDEDVEMNTGKTVLERSEGNIAFNHVTFSYPGKERPALTDISFSARPGETVALVGKSGSGKSTISSLLTRFYLPQQGEVLLDGKNINDVELRSLRKQFATVSQHVTLFNDTIANNIAYGVTDKVSREEIEKAADMAHVTEFVSQLEHGLDTVIGENGLMLSGGQRQRIAIARAILAKAPVLILDEATSALDTESEKLIQDALEKLQKSCTSLVVAHRLSTIEKADQIIVIDQGRILEQGRHDELLARKGHYAQLHALQFGETK	PGPT0029415_4	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-TYPE_II_SECRETION_SYSTEMS	CE-T2SS-COMPETENCE-RELATED_DNA_TRANSFORMATION_TRANSPORT,PGPT0029415-comEC-K02238	NA	NA
AK237_03402	1002	lpxK	COG1663	Tetraacyldisaccharide 4'-kinase	ATGGATATTCAACGCCTTTGGTATTCACGTAATGTTGTTGTGTGGCTGCTTTGGCCGTTTTCGCTGTTATTCGGGCTGTTAAGTGCCATCCGCCGACGTTTATTTGTGCTCGGCGTTAAGAAAAGCCGTGGTGTCGATGCATTCGTCATTGTCGTTGGCAACATTACGGTGGGCGGGAATGGCAAGACGCCGGTGGTATTGTCCATCGTTGAGCATTTTAAGGCAAAGGGTATTGAGGTAGGCGTGTTAAGCCGTGGCTACGGTGGCAGTATGGCCACGTTTCCTCATGTCGTAGACGCTGGTAATAGCGCTGCACTGGTTGGTGATGAACCAAGCCTTATTGCACGGCGAACCGGGGTGCCGGTGGTTATCGACCCCGTACGCGCTCGCGGAGCAGCCCATTTGGCCGATAAGCTTAACTGCAAAGTCATTGTGTGCGACGACGGTCTGCAACACTACGCCCTGCGACGGGATATGGAGCTGGTGGTGATGGATACAAGGGGAGTGGGCAATGGTCATTTGTTGCCAATGGGGCCGTTGAGAGAAAAATCATGGCGATTGTCGACAGTAGATGGCGTGATTTTAAACGGGAACGTTGAGCTTAACGGCATTAAGTCAAAGCATGCGTTGCCAGAGCGTTTTCCACTTGCCCTGCAAGGCCGTGAATTTTATCAGGTGAATGGCGAAAGCAAACCTGAGCATGCCGCAGCGTTTCAGGGCCGGCCGGTTACTGCCATTGCCGGGATTGGTCATCCTCAGCGATTTTTTCAGCAATTAAAGGCAATGGGGATAGCGGTAGACAAGCAGATCCCATTTCCCGACCACCACACATTTACTCAGGATGATATACCTGAAGGCATTGTTATTATGACAGAAAAAGACGCGGTAAAAGTACATACGTTTGCTCACGCGCAGTGTTGGTACTTGCCCGTAGATGCCGTTTTGCCTCCGTCTTTTTATCAGTTACTCGACACCCATTATCAGTATCGCTTCAAGGAATAA	MDIQRLWYSRNVVVWLLWPFSLLFGLLSAIRRRLFVLGVKKSRGVDAFVIVVGNITVGGNGKTPVVLSIVEHFKAKGIEVGVLSRGYGGSMATFPHVVDAGNSAALVGDEPSLIARRTGVPVVIDPVRARGAAHLADKLNCKVIVCDDGLQHYALRRDMELVVMDTRGVGNGHLLPMGPLREKSWRLSTVDGVILNGNVELNGIKSKHALPERFPLALQGREFYQVNGESKPEHAAAFQGRPVTAIAGIGHPQRFFQQLKAMGIAVDKQIPFPDHHTFTQDDIPEGIVIMTEKDAVKVHTFAHAQCWYLPVDAVLPPSFYQLLDTHYQYRFKE	PGPT0022380_1326	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-REMODELLINGLPS|LIPID|IVA_METABOLISM	CE-REMODELLING_LIPID_A_METABOLISM,PGPT0022380-lpxK-K00912	NA	NA
AK237_03403	195			hypothetical protein	ATGAGCTTCGATATTAAATTACTAGATGTACTCGCCTGTCCTGTATGCAAAGGCAAAGTGATCCTGTCGCAAGATAAACAAGCATTATTGTGCCGGTTTGATCGTTTACGTTACCCGGTCGAAGACGGTATTCCTGTGCTGATAGAAGCAAAAGCGACGACGTTATCGATGGATGAACTGGAAGCTGCAAGATAA	MSFDIKLLDVLACPVCKGKVILSQDKQALLCRFDRLRYPVEDGIPVLIEAKATTLSMDELEAAR	PGPT0022380_102	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-REMODELLINGLPS|LIPID|IVA_METABOLISM	CE-REMODELLING_LIPID_A_METABOLISM,PGPT0022380-lpxK-K00912	NA	NA
AK237_03404	759	kdsB	COG1212	3-deoxy-manno-octulosonate cytidylyltransferase	ATGGATTTCACAGTTATTATTCCAGCCCGGTATGGTTCATCCCGTTTTCCGGGAAAGCCGCTGGCCGATATTAACGGTAAGTCGATGATACAACATGTTGTGGACCGGGCTAACGAAGCTGGCGCTGCCGCCGTTATCGTCGCCACGGATGATGAACGTATCGCCACAGTGGCTGAAGGTTTCGCGTCGGTCGTGATGACCGCCTCGACACATGAATCGGGAACAGAGCGTTTATCGGAAGTTATATCAAATCAAGGTATTAATGCAGGGGCACTTATCGTTAATGTTCAGGGCGATGAACCTTTTGTACCCGCTGCCAATATTCGACAGGTAGCACAAAATTTAAATGCTCGAAGTGATGTTGCAATCGCTACACTGGGCACATCAATCGGTTCTCCCGAGGATGTATTGAATCCTAATATGGTGAAGGTTGTGCGAAATGCACAAGGTGAAGCGCTTTATTTTTCGCGTTCTGCAATTCCTTTTCACCGTGACACGATGATGAACGATCCGCAGCAAACTGATCCTGCGCTTTATTTACGTCATATTGGTTTATACGCCTATCGGGCAGGTTATGTAAATCAATATGTCAATTACGCGCCAACTGCACTTGAGCGTATTGAATCGTTAGAGCAGTTAAGGGCGTTGTGGTACGGCGACAAAATTCATGTGGATGTGGCGGTTGAGCCGCCTCCCGTGGGCATTGACACGCCCCACGACTTAGCGCGTTTGTTGGCATCGCTTAAAGAAGGAAAGTAA	MDFTVIIPARYGSSRFPGKPLADINGKSMIQHVVDRANEAGAAAVIVATDDERIATVAEGFASVVMTASTHESGTERLSEVISNQGINAGALIVNVQGDEPFVPAANIRQVAQNLNARSDVAIATLGTSIGSPEDVLNPNMVKVVRNAQGEALYFSRSAIPFHRDTMMNDPQQTDPALYLRHIGLYAYRAGYVNQYVNYAPTALERIESLEQLRALWYGDKIHVDVAVEPPPVGIDTPHDLARLLASLKEGK	PGPT0023065_1440	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-REMODELLINGLPS|LIPID|IVA_METABOLISM	CE-REMODELLING_LPS-8-AMINO-3|8-DIDEOXY_D_MANNO-OCTULOSONIC_ACID_MODIFICATION,PGPT0023065-kdsB-K00979	NA	NA
AK237_03405	660			hypothetical protein	ATGAATGTGGTAATTACAGGTGGAAACCGAGGAATCGGACTCGCGCTTGTGAAAGCGTATTTAGCCAAAGGCGATAATGTTTATGTGACGTGTCGAAACAGTTCCGATGCCTTAAATGCGACCAATGCAACTGTATTTACCGGCGTAGACATCTCTAACCCAGACAGCTTAATGCAAGCGTTAGCGCCACTGCTTGATATTTCTATCGATCTGCTTATCAATAACGCAGGCGTGCTGGCGCGGGAAAACCTTGAAGACTGGCAGCCTCATACTATCGATTACCAGTTTCGTGTGAATGCACTTGGTCCGTTGTTAGTGACCCAGACTCTGCTACCTGCTTTAAACGAAGGCAGTAAAGTGGGTTTAATTACCAGTCGTATGGGATCAATGGCTGACAATAGCTCTGGTGGATATTACGGCTATCGTATGTCCAAAGCGGCGTTGAATGCCGCTGGGGTTTCACTGGCCAACGATTTAAAACCCCGGGGGATTGCAGTGGCACTGCTTCACCCCGGTTTCGTACAAACTGAAATGGTCAACAATGCAGGGGATGTTGACGCGGATACTGCTGCTGGCGGGCTTATCGAGCGGCTGGATGCGCTCTCGCTCGACAACACAGGATGCTTTGTTCATGCAAACGGAGACGCCTTACCTTGGTAA	MNVVITGGNRGIGLALVKAYLAKGDNVYVTCRNSSDALNATNATVFTGVDISNPDSLMQALAPLLDISIDLLINNAGVLARENLEDWQPHTIDYQFRVNALGPLLVTQTLLPALNEGSKVGLITSRMGSMADNSSGGYYGYRMSKAALNAAGVSLANDLKPRGIAVALLHPGFVQTEMVNNAGDVDADTAAGGLIERLDALSLDNTGCFVHANGDALPW				NA	NA	NA	NA	NA
AK237_03406	975	nanM_2		N-acetylneuraminate epimerase	ATGGCAGGCCTGATCAGTAGTCCTTCAGGGTTTGCTGCCAGCGATTACCATTGGTCACTTGGTCCCTCACTGCCTGCTCCGGTACAAGAGATTTATCCTGCGGTACATGATAATGCAATTTATGTTGCTGGTGGTTTAACCGCAGGGGAGACCTCATTTACTGTCTCGGATAAAGTGTACAGATTGGAAGAGGGAGCAGACGAGTGGCAGGTGCTACCTGCGTTCCCGGTTCCTACTCATCATGCAATGCTGGTTTCGGCAGGCGGTACCTTATGGGCCTTCGGCGGCTTCACTGAAAGTGATGACGGACAGTGGAATAATTCTGCTGCCGTGTTCGCATTCAATGACGACGATAATACGTGGACCAAACGGAATCCAATGCCTGTCAGGCTATCGGAAAGTATTTCGGCGGTTATTAACGGTAAAGTGCATCTTGCTGGCGGCCGTACTACCAATAGCGATAACTTTCGCTGGCAACATCACATGGATTCTGACTGGCATGGAGTCTTCGATCCAAAAACTTCGGTTTGGCAGTCAGCGACCCCAATCCCCACACCGCGCAATAGCGCGTGCAGTGTAGTGTATAAGCAAAAATGGCATGTGATTGGTGGAAGAACGGTCGAAAATGGTAACACCAATGTGCATGAAGTCTTTGACATTGAAAAGGACGCCTGGGTTACCGAAAAGCCGATGCCAGAGCCTGAAGCAGGTATGGGATGCGCAGTCCTTGACGGTAGCATTTATGTTTTTGGTGGTGAATATTTTGATGCGCAGGGTGGGGGCGTTTACCACAAGGTATGGCGCTACGAGATAGAGCGAAAGCGTTGGTCTGAGGCTGCTGTTATGCCGGTTCCTCGTCATGGGCTTGGTGTTGTTACGTTTGACAATGCGATATGGCTGATGGGCGGCGCCGCTGAAGCGGGAGCCAGCGACACCCGCCATACGGTGAGTAAATTTACTGTGGTGGCAGACTAG	MAGLISSPSGFAASDYHWSLGPSLPAPVQEIYPAVHDNAIYVAGGLTAGETSFTVSDKVYRLEEGADEWQVLPAFPVPTHHAMLVSAGGTLWAFGGFTESDDGQWNNSAAVFAFNDDDNTWTKRNPMPVRLSESISAVINGKVHLAGGRTTNSDNFRWQHHMDSDWHGVFDPKTSVWQSATPIPTPRNSACSVVYKQKWHVIGGRTVENGNTNVHEVFDIEKDAWVTEKPMPEPEAGMGCAVLDGSIYVFGGEYFDAQGGGVYHKVWRYEIERKRWSEAAVMPVPRHGLGVVTFDNAIWLMGGAAEAGASDTRHTVSKFTVVAD				NA	NA	NA	NA	NA
AK237_03407	1449	rimO	COG0621	Ribosomal protein S12 methylthiotransferase RimO	ATGTCTGTAGAGAAGTTTACGCCGAACGGCACCACCACCCTCAGCACTCCCGTCAAAGTTCTTGAGGCGCAACGCGAAGACAATAACCGCGTTAGTATTGACAATCCAATAGCAAAAATTGGTTTCGTAAGCTTAGGTTGTCCAAAAAACCTTGTCGATTCAGAACGGATCTTAACACAGCTGCGCACCGAAGGTTATGATGTTGTGCCAACTTACGACGACGCTGATCTTGTTATTGTTAACACCTGCGGATTTATCGATTCGGCAGTGCAGGAATCTCTCGATACGATTGGTGAAGCACTGACAGAAAACGGCAAAGTAATTGTCACTGGTTGCTTAGGTATAAAAGAAGACGACATACGAGAAGTCCACCCCAACGTTTTGGCTATCACGGGGCCTCATGCCTACGAAAGTGTGGTAGAACAAGTTCATACTCACCTTCCCAAACCGACTCATAATCCATTTGAACATCTTGTACCCGATCACGGTGTTAAATTAACTCCAAGACACTACGCCTATCTGAAAATTTCTGAAGGGTGTAACCATCGCTGCACGTTCTGTATTATTCCCTCGATGCGAGGCGATCTGGTAAGTCGTCCTGTCGGTGAAGTGCTTGATGAAGCCAAACGTTTGAAAGCTGCTGGCGTTAGCGAACTACTTGTCATTTCGCAAGACACAAGCGCTTACGGCGTCGATGTTAAGCACCGTACTGGTTTCTGGAATGGAATGCCGGTGAAGGCTCATATGCAGCAATTGTGCGAAAAGCTGGGCGAGCTCGATATGTGGGTGCGTTTGCATTATGTCTATCCTTATCCCCACGTTGACGATTTGATCCCGCTGATGAATGAAGGTCGGATTTTGCCGTATCTGGATATTCCCTTCCAGCACGCCAACAAACGCATCTTACGACTGATGAAGCGCCCTGGCAGTGCAGAACGCACCATCGAGCGTGTAAAAGCCTGGCGGGAAGCGTGCCCTGAACTCATTATCCGCTCTACGTTCATAGTGGGTTTCCCCGGCGAGACAGAAGAAGAATTTGAAGAACTACTGACATTCTTGCGTGAGGCTCAACTTGATCGCGTGGGCTGTTTTGCCTACAGCCCTGTTGAGGGTGCTAAAGCTAACGATCTGCCCGATCCGGTTCCGGAAGAGGTAAAGCAAGACAGACTCGCTCGCTTTATGGAAGTTCAGAGTGAAATTAGCGCTCAACGCCTGAAGTCTCGCATTGGGAAAGAATATCTCGTGGTTATCGATAGTATCGATGCAGAAGGTGCTGTTGGCCGCACTTACGCAGACGCACCAGAGGTTGATGGTGTCGTCCATTTAAATGGTGTTTACGATGTAAAACCAGGTGATCGAGTCTGGGCCGAAATTATCCATGCCGATGAACATGACATCTGGGGTGTGTTAAGTCCTGAAGACGAAGAAAACGGCTCAGAGACAGAGTAA	MSVEKFTPNGTTTLSTPVKVLEAQREDNNRVSIDNPIAKIGFVSLGCPKNLVDSERILTQLRTEGYDVVPTYDDADLVIVNTCGFIDSAVQESLDTIGEALTENGKVIVTGCLGIKEDDIREVHPNVLAITGPHAYESVVEQVHTHLPKPTHNPFEHLVPDHGVKLTPRHYAYLKISEGCNHRCTFCIIPSMRGDLVSRPVGEVLDEAKRLKAAGVSELLVISQDTSAYGVDVKHRTGFWNGMPVKAHMQQLCEKLGELDMWVRLHYVYPYPHVDDLIPLMNEGRILPYLDIPFQHANKRILRLMKRPGSAERTIERVKAWREACPELIIRSTFIVGFPGETEEEFEELLTFLREAQLDRVGCFAYSPVEGAKANDLPDPVPEEVKQDRLARFMEVQSEISAQRLKSRIGKEYLVVIDSIDAEGAVGRTYADAPEVDGVVHLNGVYDVKPGDRVWAEIIHADEHDIWGVLSPEDEENGSETE				NA	NA	NA	NA	NA
AK237_03408	408			hypothetical protein	ATGCAACAAGCAGAACTCGAAACATTGATGGAAGAATGCTCCGCTGACGCCATCCGTACCGCACAGGAAGAATTTGGCGTAGCGCTCGATTACACTGCCGAGAGCGTCAGCAACGTGGACAATATCTTATTGTCGTTTCTGGACAAGTATCACGACCGGGCACTGGAAGATTCAGCAGTGTTTACTATCTGTAATATTTACGGGGCGTATCTTGGTGAGGTTTATCGAAAAATGGCCGGCGGTGAGTGGCGCTATGACGATTCAAACCCGGAAGCGCCATTTGTGGTTCTCGATGTTGGTGAGAATTCTTACGCCTTCGCCGGGATCTGCTATGAGCGACTCGTCAATGACAGCAATATTAGCGTGGCATTGTACTTCGAGCAGGCTTTGTCCCATCATCTTCAGTAA	MQQAELETLMEECSADAIRTAQEEFGVALDYTAESVSNVDNILLSFLDKYHDRALEDSAVFTICNIYGAYLGEVYRKMAGGEWRYDDSNPEAPFVVLDVGENSYAFAGICYERLVNDSNISVALYFEQALSHHLQ				NA	NA	NA	NA	NA
AK237_03409	774	tcdA	COG1179	tRNA threonylcarbamoyladenosine dehydratase	ATGAGCGAAAAACAACGATTCGGTGGTATCAGCCGTTTATACAGTGATAGCGGCTTGAACAAATTACATGCCGCCCATGTTTGTGTGGTTGGCGTTGGTGGCGTAGGAGCCTGGTGCGCCGAAGCACTAGCACGTAGTGGCGTGGGTGAACTTACGCTGATTGATCTGGATGATGTGTGCACCACAAATATCAATCGTCAAATTCATGCGCTGGACGACACAGTCGGCCAGCCTAAAGTAGACGTGCTTGCCCAGCGTATAAAGCAAATCAATCCGGCATGTGTGGTAAACGCCGTGGAGGACTTCGTCACCCCGGATAACGTAAAGACACTGCTCACAGCCGACATGACCAGTGTTATAGAGGCCACCGATAGTGTAAAAGCCAAAGCGGCTATCATTGCGTGGTGCAAACGGCAGAAATGTCATATCGTTACCATTGGTGGTGCGGGCGGCCAGATAGACCCTACACAAATTACCAAAGGCGATTTAGCCAAAACGATTCAGGATCCACTGGCTGCAAAAGTGCGCAGTGACCTGAGACGCTTTTATAATTTCAGTAAAAACCCTAAACGGCGTTTTGGCGTAGAGTGCATCTATTCAACGGAACAACTCAGATACCCACAGCCAGACGGTAGCGTTTGCCATAATAAGTCAACGCTTGAAGGGGGAACTCGTCTTGATTGTGCGGGCGGGTTTGGGGCAGTTGTCACCGTCACGGCTACTTTTGGTATGTTCGCAGCTGCAAGTGTCATCAATAAAATTACTACAAAATAG	MSEKQRFGGISRLYSDSGLNKLHAAHVCVVGVGGVGAWCAEALARSGVGELTLIDLDDVCTTNINRQIHALDDTVGQPKVDVLAQRIKQINPACVVNAVEDFVTPDNVKTLLTADMTSVIEATDSVKAKAAIIAWCKRQKCHIVTIGGAGGQIDPTQITKGDLAKTIQDPLAAKVRSDLRRFYNFSKNPKRRFGVECIYSTEQLRYPQPDGSVCHNKSTLEGGTRLDCAGGFGAVVTVTATFGMFAAASVINKITTK				NA	NA	NA	NA	NA
AK237_03410	969	yqjG	COG0435	Glutathionyl-hydroquinone reductase YqjG	ATGGGTTTGCTGGTTGATGGTGTGTGGCAGGATAAGTGGTATGACACCGATAAAAATAACGGGAAATTTAAACGTGAACAATCTGTGTTCAGGCATTGGGTAGAAAACAAAGACGGCGCTACTTATACGCCCGAAAGTCAGCGCTACCATCTTTATGTGTCGCTTGCTTGTCCGTGGGCGCACCGAACCCTCATTTTCAGGCAAATCAAGGCGCTTGCGCCTCACATTGGCGTATCTGTTGTGTCGCCCGACATGTTGGATAAGGGCTGGAGTTTTGATAAAGGCGCGCACAGCAGCGGGGATGCGTTATATGACTTGTCGTTTCTGCATCAGTTGTATACCAAAGTCGATTCGACAATTACGACGCGCGTAACGGTTCCTGTGTTGTGGGACAAGCATACGCAAACCATTGTGAGTAACGAATCGGCTGACATTATCAGGATGTTTAATTCTGCGTTTAATGGCATTACTGAGAATTACACCGACTTCTATCCGAATACGTTACGTGACACCATCGATGATATTAACGACGTGGTGTACAACAACATCAATAATGGGGTGTATAAGTGCGGCTTTGCGACAACACAAACCGCTTATGAAGAGGCATTTCATGCGCTGTTTGATGCGCTGGATTTTGTTGAAGACCGGCTCCAGCAGCAGCGTTACCTTTGTGGCGACACGTTAACCGAGGCTGATTGGCGATTATTTACCACGCTAATTCGGTTCGACCCTGTTTATTTTGGTCACTTTAAATGTAATCAAAGGCGAATAGCCGATTATCCTCATTTATTTGATTATATGCGCGAACTTTATCAGTATCCTGACGTGTCGGACACCGTAGATTTTTTTCATATCAAGAGACACTATTATTACAGCCACACCATGATTAATCCCACGCAGGTGGTGCCTGTTGGCCCTGAACAAACATTGAGCGTGCCACATACCAGAGAAAGAAATTATGAAAACTAA	MGLLVDGVWQDKWYDTDKNNGKFKREQSVFRHWVENKDGATYTPESQRYHLYVSLACPWAHRTLIFRQIKALAPHIGVSVVSPDMLDKGWSFDKGAHSSGDALYDLSFLHQLYTKVDSTITTRVTVPVLWDKHTQTIVSNESADIIRMFNSAFNGITENYTDFYPNTLRDTIDDINDVVYNNINNGVYKCGFATTQTAYEEAFHALFDALDFVEDRLQQQRYLCGDTLTEADWRLFTTLIRFDPVYFGHFKCNQRRIADYPHLFDYMRELYQYPDVSDTVDFFHIKRHYYYSHTMINPTQVVPVGPEQTLSVPHTRERNYEN	PGPT0013050_2226	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-GLUTATHION_METABOLISM,PGPT0013050-yqjG-K07393	NA	NA
AK237_03411	834			hypothetical protein	ATGAAAACTAAACACGTATTGTCTCTTCATCAAGGCAAACCGACCCAGGATGGTGCAGGTGTGTCGTTAACAAGAATAATTGGTCAACCTACATTGCCGCGATTAGATCCATTTCTGATGTTAGATTTTTTTGGGTCTGACAATCCCGGGGAATACATCGCGGGCTTTCCGCCACATCCTCATCGTGGGTTCCAGACGGTTACCTATATGTTAGCCGGTAAAATGCGTCACCGTGATTCGGTCGGTAATGAAGGGGTGATAGATGCAGGTGGCATTCAATGGATGAACGCCGGCAAGGGGCTTATTCATGAAGAAATGCCTGAGCAGGAATCAGGATTGCTGCAAGGCTTTCAATTGTGGGTTAATTTACCGGCAGCGGAGAAAATGTCAGCGCCGGGATACGAGGATATTTCTCCACGAGACGTGCCCACTGTCTCTTTGGGGCAACAGGTGAAGGTGAAAATTCTGGCCGGAGAGTTACTCGGTGTATCGGGACCGGTAAAAAGTCACTCTGTTGAGCCATTATTTATTGATGTGCAGAGTCTATCTTCTGAGGATATAGCGTTAGATCTACCTGAAAATCACAATGCATTTTTGTATTGCTATCAGGGTGGCCTGCAAATTGCTGGCACTGACGTTGGAGAAGGAAAGCTCGCAGTGTTAAGCCAGGGCAATAAAATTGAACTCGCTATGCTTGCAGATACCAGATGTATTCTTGTGTCAGGTGCGCCTATCAATGAACCTGTGGTTCAGTATGGGCCATTCGTAATGAACACAGAAGCAGAAATCCATCAGGCAATTAAAGATTACCAAAGTGGGGTGTTTGCAGGTTAA	MKTKHVLSLHQGKPTQDGAGVSLTRIIGQPTLPRLDPFLMLDFFGSDNPGEYIAGFPPHPHRGFQTVTYMLAGKMRHRDSVGNEGVIDAGGIQWMNAGKGLIHEEMPEQESGLLQGFQLWVNLPAAEKMSAPGYEDISPRDVPTVSLGQQVKVKILAGELLGVSGPVKSHSVEPLFIDVQSLSSEDIALDLPENHNAFLYCYQGGLQIAGTDVGEGKLAVLSQGNKIELAMLADTRCILVSGAPINEPVVQYGPFVMNTEAEIHQAIKDYQSGVFAG	PGPT0019980_3685	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_FLAVONOID_UTILIZATION	PLANT_DERIVED_QUERCETIN_DEGRADATION,PGPT0019980-yhhW|pirA-K06911	NA	NA
AK237_03412	1422	manC1	COG0662	Mannose-1-phosphate guanylyltransferase 1	ATGAAACCAGTTATTTTAGCCGGTGGGACAGGTAGTCGTCTATGGCCTAAATCCCGCGCTGCATTACCAAAGCAATTTCTCGCACTCACTTCAGAACAAACGATGTTGCAGGAAACCGTAACACGTTTGAAGGGCACTGACGCCGAGAGTCCAATATTCATCTGTAATGACGCCCATCGGTTTCTAGTGGCGGAGCAACTGCGCGTACAGAATATTGCTCACGACGGAATTTTACTTGAGCCGGTGGGAAGAAACACAGCCCCGGCCATCGCTCTGGCTGCGTTACACGCTACGCAAAAAGGTGATGATCCAATCTTATTAGTGTTGGCCGCAGATCACCTTATCAAGAATACGCACGCGTTCCATAGTGCTATAGAGAAAGCAGAAGTGCTAGCAAGAGCTGGTAAGCTCGTAACGTTTGGAATCGTCCCTGATCAACCTCATACAGGTTACGGCTATATCAAGGCGGGCGATACAATCGACAATGGCTTTGTTGTCAGCGAATTCGTTGAAAAGCCCGACCTGGCGACGGCGGAGTCCTACGTGTCTTCTGGCAAGTACTTCTGGAACAGTGGCATGTTTATGTTTAAAGCGAGCCGCTATCTTGAAGAACTGGAAAAGTTTAATCCTGACATCTTGTCGGTTTGCCGTGAAGCTATCAGTACTGAATCGCCGGATCTAGATTTTATTCGTGTAGATGCCGATGTCTTCGCAACGTGCCCTGATGATTCCATTGACTACGCTGTGATGGAAAAAACAGATAGCGCCGCCATGGTCCCCCTTGATGCCGGTTGGTCTGATGTGGGAAGTTGGTCTTCGCTATGGGAAACGGCTGAAAAGGATACGCGTGGCAATGTGGTGGTGGGCGATGCCATCCTTGAAGGTGTTAGCAACAGCTATATCAATGCAGAGCAGCGCTTAATTTCGGTCATTGGGTTAGACGATGTGGTTGTGGTGGAGACCAAAGACGCCATCATGGTTGCCCATAAGGACAAAGTGCAAAACATTAAAAACGTTGTTAATCGCCTTAAAGCTGAGAAGCGTCCGGAATTTGAATTCCATCGTGAAGTCTTCCGTCCATGGGGAAGCTACGATTCTATCGACAACGGTGCTCGTTTCCAGGTTAAACGCATCACCGTGAAACCAGGCGAAAAATTGTCTGTGCAAATGCATCACCACAGAGCGGAACACTGGATTGTAGTCAGTGGCACTGCGAACGTGACCATTGGTGAGAAAACTCAATTGGTTACTGAGAATGAGTCAACCTATATTCCAATTGGCGAAGTTCACGCCTTGGAGAATCCGGGTAAAATTCCACTGGAACTCATCGAAGTGCAATCCGGTGGCTACCTTGGTGAAGACGATATCATCCGTTTTTCTGACCGTTACGGCCGTACAGAAAAAAAGGATGAGAAAGCGTGA	MKPVILAGGTGSRLWPKSRAALPKQFLALTSEQTMLQETVTRLKGTDAESPIFICNDAHRFLVAEQLRVQNIAHDGILLEPVGRNTAPAIALAALHATQKGDDPILLVLAADHLIKNTHAFHSAIEKAEVLARAGKLVTFGIVPDQPHTGYGYIKAGDTIDNGFVVSEFVEKPDLATAESYVSSGKYFWNSGMFMFKASRYLEELEKFNPDILSVCREAISTESPDLDFIRVDADVFATCPDDSIDYAVMEKTDSAAMVPLDAGWSDVGSWSSLWETAEKDTRGNVVVGDAILEGVSNSYINAEQRLISVIGLDDVVVVETKDAIMVAHKDKVQNIKNVVNRLKAEKRPEFEFHREVFRPWGSYDSIDNGARFQVKRITVKPGEKLSVQMHHHRAEHWIVVSGTANVTIGEKTQLVTENESTYIPIGEVHALENPGKIPLELIEVQSGGYLGEDDIIRFSDRYGRTEKKDEKA	PGPT0022660_327	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-COLANIC_ACID_METABOLISM	CE-EPS-COLANIC_ACID_RELATED_PROTEINS,PGPT0022660-manC|cpsB-K00971	NA	NA
AK237_03413	1461	algC	COG1109	Phosphomannomutase/phosphoglucomutase	GTGAGTCAGCCTATTACCTGTTTCAAAGCGTACGATATACGCGGTGAACTAAATACTCAGCTATCTGAGGAAGTGGCATACCGGATAGGGCGTGCTTTTGCCACTGAACTCAGTGCGAAATCGGTTGTTGTGGGGGGAGATGTCCGCCTCACATCCGGCCCGTTAAAGCTAGCGTTAGCCGCTGGATTAATTGACGGTGGTGCTAACGTCATTGACCTGGGCATGACAGGTACCGAAGAGATTTACTTCGCGACTAAGCATTTGGGTGTTGATGGTGGTATCGAAGTGACAGCCAGTCACAACCCGATTAACTATAATGGGATGAAGTTAGTTAAAGCTGGATCGGTTCCCATTAGTGGCGATACAGGTTTGCACGCGATTAAAGAGTTGGCTGAAAAACTTGATGACGCAGACGTTAACGCACGACTGGCGCATTACTGTGATGATGCGGCTATCGACGCTGACGCGTTTTATCAGGGCCATGCCCATATCGTTACTGCAAAACTTGTTGCATCAGGCCTTTACCAGCAAAAAGATTGTTTACCTGAGTACGCTAAACACGTTATCTCTTATATTAATACGGCCAACCTGACGCCGCTTAAGATTGTTGCCAACGCGGGTAATGGCGCTGCAGGCAAGGCGTTGGATGCTATTGAAGCCTTGTTTAAAGACCAAAGCGTACCCGTTGAATTTATTAAGGTGCATCATCATCCTGATGGCTCGTTCCCTAACGGGATACCCAACCCTCTGTTACCTGAAAACCGCGCAGATACCGCAAAAGCGGTGGTTGCCTCAGGCGCAGATTTCGGTATCGCATGGGACGGCGATTTTGACCGCTGTTTTCTGTTTGATGCGAAGGGTGACTTTATCGAAGGTTACTACATCGTCGGTCTTCTTGCGCAAGCATTTATTGACAAAGAAGCACACGCCAAGATTATTTATGATCCTCGTGTGTTTTGGAATACAGAAGATATTGTTAAACAGTCTGGTGGGACACCCATTAAATCGAAAACTGGCCATGCATTCATAAAAGAGCGTATGCGCAAGGAAGATGCTGTTTATGGTGGCGAAATGAGTGCCCACCATTATTTCCGGGACTTTGCTTATTGTGACTCGGGTATGATCCCATGGTTGCTGGTTGCAGAATTACTGTGTACTAAGCAGATGTCCTTGGCTGATATGGTTGCTGCTCGTATAGAAGCGTTTCCTTCATCAGGCGAAATCAATAGTGTGTTGAAAGACGCGGATGCTGCGCTGGCACGTGTTCAGGCTAAATACGAGTCGCAGGCTGTTATTATTGATGATACAGATGGTATTGGCTACGAATTCGATAACTGGCGTTTTAATTTGCGTAAATCGAACACTGAACCTGTTATTCGATTAAACGTGGAGTCGCGTGGTGACATTCCTTTAATGGAAGAGAAGACACAAGAATTGATCACGCTTATTCGATCTGAATAG	MSQPITCFKAYDIRGELNTQLSEEVAYRIGRAFATELSAKSVVVGGDVRLTSGPLKLALAAGLIDGGANVIDLGMTGTEEIYFATKHLGVDGGIEVTASHNPINYNGMKLVKAGSVPISGDTGLHAIKELAEKLDDADVNARLAHYCDDAAIDADAFYQGHAHIVTAKLVASGLYQQKDCLPEYAKHVISYINTANLTPLKIVANAGNGAAGKALDAIEALFKDQSVPVEFIKVHHHPDGSFPNGIPNPLLPENRADTAKAVVASGADFGIAWDGDFDRCFLFDAKGDFIEGYYIVGLLAQAFIDKEAHAKIIYDPRVFWNTEDIVKQSGGTPIKSKTGHAFIKERMRKEDAVYGGEMSAHHYFRDFAYCDSGMIPWLLVAELLCTKQMSLADMVAARIEAFPSSGEINSVLKDADAALARVQAKYESQAVIIDDTDGIGYEFDNWRFNLRKSNTEPVIRLNVESRGDIPLMEEKTQELITLIRSE	PGPT0017865_1161	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-COLANIC_ACID_METABOLISM	CE-EPS-COLANIC_ACID_RELATED_PROTEINS,PGPT0017865-manB|yhxB-K01840	NA	NA
AK237_03414	420			hypothetical protein	ATGCCCTACTCTGTAGTATTTCTCGGTATTGCGGGCCTCATTCCCTTCTTATTTTTTCCGTTGGCAGCAAGTTTACACATGATGCCACTGTCAGAGTGCGCACGATATTTCACTCAGTATTCAGCTGTGCTTTTATCGTTTTTTGGCGGTGTATATTGGTGGGATGCGTTGACTAAACGGGATTTTGGCGTGCAGCTGTATGTCGCCATGCTACCTACCATTGTCGGTTGGATGTGCTTAGTGTTTGCCGGGTCTTCTTTACAGCTAGGCGTGCTGTCACTCACGTATTTGTTGATTTTATTTTACGATAAACACGTTCTCAGCTTGGAAAAATCAGCGATAGTTAGCTACATCACACTGAGAATGGCGCTGACAACGGTTGTCGTGTTGGGACATGCCTGGATGATTTTCATTCTCTAA	MPYSVVFLGIAGLIPFLFFPLAASLHMMPLSECARYFTQYSAVLLSFFGGVYWWDALTKRDFGVQLYVAMLPTIVGWMCLVFAGSSLQLGVLSLTYLLILFYDKHVLSLEKSAIVSYITLRMALTTVVVLGHAWMIFIL				NA	NA	NA	NA	NA
AK237_03415	1281	gltA	COG0372	Citrate synthase	ATGGCAGATCAGAAGGCCATTCTGAAAGCCGGTGATAAAGAAATCGAACTACCGATTTTGTCCGGCACCGAGGGTCAAGATGTAATTGATGTACGTTCATTAGGCGCGAACGGGTATTTCACGTTCGACCCTGGCTTCATGGCGACAGGCTCTTGTGAGTCTGCAATCACGTACATCGACGGTGCAAAAGGTGTGTTGTTGCATCGTGGCTACCCTATTGAAGAGCTGGCACGTGATGCGTCCTACCTCGAAGTGTGCTACATGCTGTTAAACGGCGAAGCACCTAACAAAGAAGAATACGAAGAATTTCGTGCAACTATTACGCGTCATACAATGGTTCACGAACAAATCAACATGTTCTTCCACGGTTTCCGTAACGACGCCCACCCTATGGCTATGTTGTGTGGTACCGTTGGCGCAATGTCTTCTTTCTATCACAGCGATTTGGACGTTTCTAACGCTGAAGAGCGTATGCGTAGTGCACATCGTTTGATTGCGAAAATGCCTACGCTTGTTGCGATGTGTTACAAGTACAACATCGGTCAGCCGTTTGTTTATCCACGCAACGACTTAAGCTATGCAGGTAACTTCCTGAACATGATGTTCTCTGTTCCAGCTGAAGAATACAAAATCAGTCCAGCCGTTGAATTAGCGATGGACCGTATCTTTACGCTTCACGCTGACCACGAACAAAATGCTTCTACGTCTACTGTTCGTCTTGCAGGTTCATCAGGTGCAAACCCTTATGCGTGTATCGCTGCGGGTGTTGCTTCTCTGTGGGGCCCTGCTCACGGTGGTGCTAACGAAGCATGCCTGACAATGCTGGAAGAAATCGGCAGCGTTGATCGTATTCCTGAGTTCATTGAGCGAGCTAAAGACAAGAACGACCCGTTCCGTCTGATGGGCTTCGGTCACCGTGTTTACAAAAACTACGATCCTCGTGCAACGGTAATGCGTGAAAGCTGTCACGAAGTACTTAAAGAGCTCAACGTTCAGGATCCATTGTTAGACGTGGCAATGGAGCTGGAAAAAATTGCGCTTAACGACCCGTACTTCGCAGAGAAGAAATTGTTCCCTAACGTGGATTTCTACTCAGGTATTATCTTAAAAGCGATTGGTATTCCTACCAACATGTTCACGTGTATCTTCGCCCTGTCTCGTACAGTAGGCTGGATTTCACACTGGCATGAAATGATGAGCGATCCTAAACAAAAGATCGGCCGTCCTCGCCAGATGTACACAGGTTACAGCAAACGTAAATTCACACCTCTGGGTGAGTAA	MADQKAILKAGDKEIELPILSGTEGQDVIDVRSLGANGYFTFDPGFMATGSCESAITYIDGAKGVLLHRGYPIEELARDASYLEVCYMLLNGEAPNKEEYEEFRATITRHTMVHEQINMFFHGFRNDAHPMAMLCGTVGAMSSFYHSDLDVSNAEERMRSAHRLIAKMPTLVAMCYKYNIGQPFVYPRNDLSYAGNFLNMMFSVPAEEYKISPAVELAMDRIFTLHADHEQNASTSTVRLAGSSGANPYACIAAGVASLWGPAHGGANEACLTMLEEIGSVDRIPEFIERAKDKNDPFRLMGFGHRVYKNYDPRATVMRESCHEVLKELNVQDPLLDVAMELEKIALNDPYFAEKKLFPNVDFYSGIILKAIGIPTNMFTCIFALSRTVGWISHWHEMMSDPKQKIGRPRQMYTGYSKRKFTPLGE	PGPT0001455_4026	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
AK237_03416	375	sdhC	COG2009	Succinate dehydrogenase cytochrome b556 subunit	GTGAAAAAGCAAAGACCAGTAAATTTAGACCTCAAGACAATTAAATTTCCTCCCTCTGCTGTTTCTTCAATTCTCCACCGCGTCACCGGCGTAGCCATGTTTTTCGCACTTTTATTCGTCATTTGGGCATGGGCAGTCTCTGTTTCATCGCCAGATGGCTTTGCAAATGTGCAAACAATCATGGATGGAGTAATTGGAAAACTGATAGCTATCGGAACAGCTTCCGCACTGACCTACCACATTCTCGGCGGCATTCGTCACGTTATTATGGATATGGGTCACTGGGAAGAATTAGAGTCAGGTAATATCAGCGCCCGTGCAATCATCGCACTATGGGTTGTTCTTACTGTCGTATTGGGAGTCGCACTATGGTAA	MKKQRPVNLDLKTIKFPPSAVSSILHRVTGVAMFFALLFVIWAWAVSVSSPDGFANVQTIMDGVIGKLIAIGTASALTYHILGGIRHVIMDMGHWEELESGNISARAIIALWVVLTVVLGVALW	PGPT0001595_3412	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
AK237_03417	348	sdhD	COG2142	Succinate dehydrogenase hydrophobic membrane anchor subunit	ATGGTAACTAACCAGGCAAGCATCAAGCGCGACGGTGTACAAGATTACGTTACACTGCGCACAACCGCCGCAATCATCACAGCATTTTCGTTTTTCATGGTGTGGTTCTTTATCACCACTGATGAATTGACCTATGAAATTTGGCGTGGCCTGTTTACTGGCTTAGGCATGAAGGTTTTCACTTTTGCAACCCTGGTTGCCATTATGTTCCACGTTCGCGTCGGTTTGTGGCAAGTGCTCACCGATTACGTTAAAGCGCCTGGGCTGCGCGCTGTTATCCAGTTCGTACTGAACCTTATTGCGTTTGTATACGTTCTTGTTGGCCTGTTTGTTTTGTGGAGTATCTGA	MVTNQASIKRDGVQDYVTLRTTAAIITAFSFFMVWFFITTDELTYEIWRGLFTGLGMKVFTFATLVAIMFHVRVGLWQVLTDYVKAPGLRAVIQFVLNLIAFVYVLVGLFVLWSI	PGPT0001590_1770	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_UTILIZATION	PLANT_DERIVED_ORGANIC_ACID_USAGE-TRICARBOXYLIC_ACID_CYCLE,PGPT0001590-sdhD|frdD-K00242	NA	NA
AK237_03418	1773	sdhA		Succinate dehydrogenase flavoprotein subunit	ATGAATCTACCAGTACATGAATTTGACGCCGTTGTTATCGGCGCAGGCGGTGCGGGTATGCGTGCCGCATTACAAATTTCTCAGTCAGGTAAATCCTGCGCCTTATTATCTAAGGTTTTTCCTACCCGTTCTCACACTGTATCTGCCCAAGGTGGTATCACTGTAGCGCTGGGTAACTCCCATGAAGATAACTGGGAGTGGCACATGTACGATACGGTGAAAGGTTCCGATTATATCGGTGACCAGGACGCCATTGAATATATGTGTAAAACTGGCCCGGAAGCCATTATTGAAATGGAAAACATGGGGTTACCATTCTCGCGCTTCGAAAACGGCAAAATTTATCAGCGTCCTTTCGGTGGCCAGTCTAAAAACTTCGGCGGCGAGCAGGGTGCTCGTACAGCAGCTGCAGCAGACCGAACTGGTCACGCACTGCTTCACCTTCTGTATCAACAGAACGTGAAAAACAAGACCAAAGTATTTTCTGAGTGGTACGCACTGGATCTGGTTAAGAACCAGGACGGCGATGTAGTAGGTTGTACCGCTATCGACATCGAAACCGGTGAAGTGGTTTACTTTAAGTCACGTGCTGTTGTACTGGCTACCGGTGGTGCAGGTCGTATTTACGCTTCTACTACTAATGCTCACATTAATACTGGCGACGGTGTTGGTATGGCATTACGTGCCGGTGTTTCCGTACAGGATATGGAAATGTGGCAGTTCCACCCGACAGGTATTGCCGGTGCCGGTACGCTGGTAACGGAAGGTTGTCGTGGTGAAGGTGGTTACCTGCTTAATAAAGACGGCGAACGCTTCATGGAACGTTATGCACCTAACGCGAAAGATCTTGCTGGTCGTGACGTTGTTGCCCGTTCAATGATGACTGAAATCCGTGAAGGTCGTGGTTGTGAAGGCCCGTGGGGTACTCACATTAAATTGAAGCTGGACCACCTGGGTAAAGACGTACTTGAGTCTCGTCTGCCTGGTATCCTTGAGCTCTCACGTACATTTGCTCACGTTGACCCGGTTAAAGAACCTATTCCGGTAATCCCAACTTGTCACTATATGATGGGTGGTATTCCCACTAACGTTCATGGCCAGTGTCTGACTGTTGATGAAAACGGTAACGACTCTGTAGTGAACGGTTTGTTTGCCTGTGGTGAGATCGCTTGTGTATCTGTGCACGGTGCAAACCGCCTGGGTGGTAACTCACTGCTTGACTTGGTGGTATTCGGTCGTGCGACCGGTCTGCACCTGGGTGAAAAGCTGTCTGAAATCGCGCCTACCCGTGATGCGTCTCAATCTGATCTTGATGCGGCAATGGCCCGCTTCAATCGTTGGGAGTCTTCTGAAAAAGGTAAGGGTGAAGATCCGGTTCAAATTAAAAAGGACCTGCAGCAATGTATGCAACTTAACTTCTCGGTATTCCGTGAAGGTGATGCAATGGCTGAAGGTTTACAACAACTTAAAGAAATCAGAGAACGCCTGCAACACGCTCGTCTTGATGATAAGAGTTCAGACTTTAATACCCAGCGTATTGAGTGCCTTGAGCTTGATAACCTCATGGAGACAGCTTACAGCACTGCAGTGGCTGCGAACTTCCGTACGGAAAGTCGTGGTGCACACAGCCGTTTCGACTTCCCGGACCGTGACGATGATAATTGGTTATGCCACAGCATCTATCGCCCGCAAACCGAGTCTATGTTGAAACGTGACGTCAATATGGCGCCAAAATTACGGGAAGCATTCCCGCCTAAAGTGCGTTCGTATTAA	MNLPVHEFDAVVIGAGGAGMRAALQISQSGKSCALLSKVFPTRSHTVSAQGGITVALGNSHEDNWEWHMYDTVKGSDYIGDQDAIEYMCKTGPEAIIEMENMGLPFSRFENGKIYQRPFGGQSKNFGGEQGARTAAAADRTGHALLHLLYQQNVKNKTKVFSEWYALDLVKNQDGDVVGCTAIDIETGEVVYFKSRAVVLATGGAGRIYASTTNAHINTGDGVGMALRAGVSVQDMEMWQFHPTGIAGAGTLVTEGCRGEGGYLLNKDGERFMERYAPNAKDLAGRDVVARSMMTEIREGRGCEGPWGTHIKLKLDHLGKDVLESRLPGILELSRTFAHVDPVKEPIPVIPTCHYMMGGIPTNVHGQCLTVDENGNDSVVNGLFACGEIACVSVHGANRLGGNSLLDLVVFGRATGLHLGEKLSEIAPTRDASQSDLDAAMARFNRWESSEKGKGEDPVQIKKDLQQCMQLNFSVFREGDAMAEGLQQLKEIRERLQHARLDDKSSDFNTQRIECLELDNLMETAYSTAVAANFRTESRGAHSRFDFPDRDDDNWLCHSIYRPQTESMLKRDVNMAPKLREAFPPKVRSY	PGPT0001605_3090	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
AK237_03419	711	sdhB	COG0479	Succinate dehydrogenase iron-sulfur subunit	ATGCAATTACATTTTTCAGTTTATCGCTACAACCCTGACGTAGACGACGCACCTAAAATGCAAGACTACAAAATGGAAGTGGAAGAAGGCCAGGATATGATGGTGCTGGATGCACTGCTGCTTCTTAAAGAACAGGATCCTACGCTGTCTTTCCGCCGCTCTTGTCGTGAAGGTGTATGTGGTTCAGACGGTATGAACATGAACGGCAAGAACGGCCTGGCATGTATTACGCCGTTATCTGCATTGGGTAAAGGTAAAATCGTTATTCGTCCGCTTCCGGGATTACCGGTAGTACGGGATTTAGTTGTAGACATGACGCAGTTCTACAACCAGTATGAGAAGATTAAACCGTTCCTGATCAACGACAGTAAGCAGCCGCCTGCACGTGAACATTTGCAGTCGCCTGAAGACCGCGCAAAACTGGATGGCCTGTACGAGTGTATTCTATGTGCTTGTTGTTCAACGTCTTGTCCGTCGTTCTGGTGGAATCCTGATAAGTTTATCGGACCAGCTGGTCTGCTTCATGCTTATCGATTCTTAATCGATAGTCGTGACACTGCTACCGAAGCGCGACTTAACGATTTGGATGATGCATTCAGCGTCTTCCGCTGCCACGGTATTATGAACTGTGTCAGTGTATGTCCGAAAGGATTGAACCCGACAAAGGCTATCGGTCAGATTAAATCGATGCTTTTACAACGGGCTGTTTAG	MQLHFSVYRYNPDVDDAPKMQDYKMEVEEGQDMMVLDALLLLKEQDPTLSFRRSCREGVCGSDGMNMNGKNGLACITPLSALGKGKIVIRPLPGLPVVRDLVVDMTQFYNQYEKIKPFLINDSKQPPAREHLQSPEDRAKLDGLYECILCACCSTSCPSFWWNPDKFIGPAGLLHAYRFLIDSRDTATEARLNDLDDAFSVFRCHGIMNCVSVCPKGLNPTKAIGQIKSMLLQRAV	PGPT0001600_3503	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
AK237_03420	2823	sucA	COG0567	2-oxoglutarate dehydrogenase E1 component	ATGCAAGAAAGCGTGATGAAAGCGTGGTGGGATTCCTCGCATATGGCGGGCGCCAATGCTGCCTATGTGGAAGAGTTGTACGAAATGTACATCGACAATCCACAGAGCGTTTCAGATACATGGCGTCAAATCTTCGATTCCCTACCGAAAGTTGACGGCGTAGAACTGGAAAGTAACCATACGTCAATTCGTAATCAATTCAGGCAGCTCGCTGCCCTCGGACCAACAGCTCGGATGTCATCATCTGCTAGTCAGGAAGGTTCCGCGCCTTCTGACGACCGTCAGGTTAAAGTCCTACAGCTGATTAACGCATACCGTTTTCGTGGTCACCAAAATGCTAATCTCGATCCACTTGGACTTTGGAAACAACCCAAAGCAAGAGATTTAGATCTTTCTCACCATTCACTGACTGATTCAGACCTTGATGTTAATTTTAACGTCGGGTCATATGCGATTGGTCAGGACAGCATGTCGCTACGTGATTTGTTCAAATCGTTGAATCGTACTTATTGCGGTTCTATCGGTGCAGAGTACATGCACATTACTGATACTGAACAAAAGCGCTGGTTACAACAACGTATTGAATCTGTAGAAGCGGGCCCGCAAATTTCTAAAGAAGAGAAAATTGCGATTTTGAAAGCGCTCACCGCTGCAGATGGCATGGAAAAATATCTAGGTGCAAAATTTCCCGGCGCGAAACGATTCTCGCTAGAAGGGGGCGATGCACTTATTCCTATGCTGAAAGGCCTGATTACTGAAGCCGGTACTGTTGGCACAAAAGAAGTCGTAATCGGTATGGCTCACCGTGGCCGTTTGAACGTACTTATTAATGTATTGGGTAAAAACCCGTCTGTACTGTTTGACGAATTTTCTGGTAAGCACGATAACACGCTGGGTTCTGGTGACGTTAAGTACCACGCTGGTTTTTCATCAGACTTTGCAACGCCAGGCGGCAACGTGCATTTGGCGTTAGCCTTTAACCCGTCTCACCTGGAAATCGTTAATCCAGTTGTCATGGGGTCGGTGCGCGCCCGTATTGATCGTCGTAACGATGACTTTGGTAAAGTCTTGCCTATTACTATTCACGGTGATTCGGCTATTGCTGGTCAAGGGGTTGTGCAAGAAACCTTTAACATGTCGCAGACACGTGGTTTCGCGGTTGGCGGTACAGTACGTATCGTAATCAACAACCAGGTTGGCTTCACAACGTCTAAAACGGAAGATACGCGTTCTACGCAGTATTGTACTGATATTGCGAAGATGGTTCAGGCACCAATTTTCCATGTCAACTCTGACGATCCAGAAGCGGTGATGTTTGTCACTAAACTGGCATTGGAATACCGCAACAAATTTAAGAAAGATGTTGTGATTGATTTGGTATGTTATCGCCGCCATGGACACAACGAATCTGACGAGCCGAACGCTACGCAGCCGTTGATGTATCAAAAGATCAAAAAGCATCCTGTACCTCGCCAAATCTATGCTGATCAATTAATCGCTCAGGGTACTATTGAGAATCGTGACGCAGAACGTTTCATTGAGGAATATCGCGCTGCGCTGGACCATGGTGCTTGTGTGGTTGAAGAGTGGCGTCCAATGACAGAACATTCTGTAGACTGGACACCGTACATCGGTCATGACTGGGATGCACCATATGATGGTAGCCTCTCAATGGAGAAACTGAAGTCTCTTGCTGAAGGTATCAGCAGTTATCCTGAAGACTTCAAACTGCATTCACGTGTTAATAAGGTCTATCAGGACCGCAAGGCTATGGCGGCAGGCGAGAAACCTCTCGACTGGGGTATGGCTGAAAATCTGGCTTATGCCTCGATTGTAGATGATGGCAGCAGTATCCGTATGACAGGTCAGGACTCAGGCCGTGGTACTTTCTTCCACCGTCATGCCGTTCTGCACAACCAAACTGATGCTTCAACCTATATGCCTTTACAGAACATCCGTGAAGGTCAGGGCGAAATCGAAATCTTCGACTCGGTATTATCAGAAGAAGCCGTTATGGCGTTCGAATACGGTTTTGCTACCGCTGAACCCGGCACGCTGACTATCTGGGAAGCGCAATTCGGTGACTTTGCCAACGGTGCTCAGGTGGTCTTTGACCAGTTCTTAAGCTCCGGTGAAGCAAAGTGGGGCCGGTTATGTGGTCTGACTGTGTTACTTCCACACGGTTATGAAGGGCAGGGACCAGAACACAGTTCTGCACGTCTCGAACGTTTCCTGCAATTATGTGCTGACCATAACTGGCAGGTATGTGTTCCTTCTACACCGGCACAGGTGTTCAACATGATTCGTCGTCAGGTTGTTCGTCCTATGCGTAAACCACTTATTGTGATGTCGCCTAAGTCTCTGCTGCGTCATCCTATGGCTGTATCTTCGTTGGAGGAGTTGTCTGAAGGTGTGTTTAAAAACGTTATCGGTGAGATTGATGACATCGATCCCGCTGGCGTGAAACGTGTGGTAATGTGTTCAGGTAAAGTGTACTACGACCTGCTTGACCAGCGTCGTAAGAATGAACAAACCGATGTGGCTATCATCCGTCTTGAACAGTTGTATCCGTTCCCTCAGGAAGAAGCAGCAAAAATCGTTGCCGAATACAGCCATGTTAAAGACTGGGTGTGGTGTCAGGAAGAGCCTCAGAATCAGGGCGCCTGGTACAGCAGCCAGCATCACTTCTGGCAAGCCATCCCTGATGGTGCAAAATTATCATATGCGGGACGTGAAGCATCGGCTTCTCCTGCCGTAGGCTATCTATCCGTTCACAACCAGCAACAGAAAGCCCTGGTTGAAGACGCACTCACGATTAAATAA	MQESVMKAWWDSSHMAGANAAYVEELYEMYIDNPQSVSDTWRQIFDSLPKVDGVELESNHTSIRNQFRQLAALGPTARMSSSASQEGSAPSDDRQVKVLQLINAYRFRGHQNANLDPLGLWKQPKARDLDLSHHSLTDSDLDVNFNVGSYAIGQDSMSLRDLFKSLNRTYCGSIGAEYMHITDTEQKRWLQQRIESVEAGPQISKEEKIAILKALTAADGMEKYLGAKFPGAKRFSLEGGDALIPMLKGLITEAGTVGTKEVVIGMAHRGRLNVLINVLGKNPSVLFDEFSGKHDNTLGSGDVKYHAGFSSDFATPGGNVHLALAFNPSHLEIVNPVVMGSVRARIDRRNDDFGKVLPITIHGDSAIAGQGVVQETFNMSQTRGFAVGGTVRIVINNQVGFTTSKTEDTRSTQYCTDIAKMVQAPIFHVNSDDPEAVMFVTKLALEYRNKFKKDVVIDLVCYRRHGHNESDEPNATQPLMYQKIKKHPVPRQIYADQLIAQGTIENRDAERFIEEYRAALDHGACVVEEWRPMTEHSVDWTPYIGHDWDAPYDGSLSMEKLKSLAEGISSYPEDFKLHSRVNKVYQDRKAMAAGEKPLDWGMAENLAYASIVDDGSSIRMTGQDSGRGTFFHRHAVLHNQTDASTYMPLQNIREGQGEIEIFDSVLSEEAVMAFEYGFATAEPGTLTIWEAQFGDFANGAQVVFDQFLSSGEAKWGRLCGLTVLLPHGYEGQGPEHSSARLERFLQLCADHNWQVCVPSTPAQVFNMIRRQVVRPMRKPLIVMSPKSLLRHPMAVSSLEELSEGVFKNVIGEIDDIDPAGVKRVVMCSGKVYYDLLDQRRKNEQTDVAIIRLEQLYPFPQEEAAKIVAEYSHVKDWVWCQEEPQNQGAWYSSQHHFWQAIPDGAKLSYAGREASASPAVGYLSVHNQQQKALVEDALTIK	PGPT0001530_2446	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
AK237_03421	1506			hypothetical protein	ATGACAATTGAGATAAAAGTTCCGGTTCTGCCTGAATCAGTTGCCGATGCGACCATTGCAACTTGGCATGTAAAAGCCGGTGATGCAGTTAAGCGCGATCAAAACCTGGTTGATATTGAAACCGATAAAGTGGTTCTGGAAGTGGTAGCACCCGCAGATGGTGTTATCGGTGAAATCCTGAACGAAGAAGGCGCGACTGTATTGGGTGAGCAAGTCATTGCGAAGCTGAGCGAAGGCGGTGAAGCACCGGCTAAATCAGAAAGCAAATCTTCTGAAGCGAAAGCGGAATCTAAAGAAGCAGCTCCGGCAGCTTCCGGTAAAACCAGCGATGTTAAAGTGCCTGTGTTGCCTGAGTCTGTCGCTGACGCAACTATCGCTACATGGCATGTTGCTGTGGGTGAAGCCGTAAGTCGTGACCAGAACCTGGTTGATATCGAAACCGATAAAGTGGTTCTGGAAGTGGTTGCACCTGCAGACGGCTCTCTGGCAGAAATTCTGGCGGAAGAAGGCGCGACTGTAACTGCTGAAGAAGTGATTGCTAAGTTTGTTGAAGGTGCGGCTTCTGGTAAAGCGGCCCCTGCCGCGTCTGAAGAAGCTGACGACAGCGATGATGGCGATGCATTAAGCCCGTCAGTACGCCGACTGCTGGCAGAAAAAGGCGTTGACGCGTCTAAAGTAAAAGGTACCGGCAAAAACGGTCGCATTACTAAAGAAGATGTTGAGCAGCATCTGAAAGGCGGTAGCGCTGCACCTAAAGCTGCATCGGCGGCTTCTTCAGACAATACAGCGAATTTGCCTACTGGTGACCGCAGCGAAAAACGTGTCCCTATGACTCGTCTTCGTAAGACAATCGCTACCCGTCTGCTGGAAGCAAAAAATTCAACGGCGATGCTGACCACGTTCAATGAAGTGAACATGAAGCCCATTATGGATCTGCGTAAGCAGTACCAGGAAAGCTTCGAGAAGCGTCACGGTATTCGTCTTGGTTTCATGTCTTTCTACGTGAAAGCGGTAACTGAAGCACTGAAGCGTTTCCCTGAAGTAAATGCATCTCTTGACGGCGATGACATTTGCTACCACAACTATTTTGATATCTCTATCGCGGTTTCTACTCCGCGTGGTCTGGTAACGCCAGTGTTGAAAGATACTGATAATCTGGGCATGGCAGGTATCGAAAAAGGCATCAAAGATTTGGCTCTGAAAGGTCGTGACGGTAAACTGTCAATGGCTGACCTGCAGGGCGGTAACTTCACCATTACTAACGGTGGTGTGTTTGGTTCTCTGTTGTCTACGCCAATCATTAACCCGCCACAAAGCGCGATTCTGGGTATGCACAAAATCCAGGAACGTCCAATGGCAGTGAATGGCAAAGTAGAAATTCTTCCTATGATGTACCTGGCCCTGTCTTACGACCACCGTATTATCGATGGTAAAGAGTCAGTTGGTTTCCTGGTTACTGTGAAGGAAATGCTTGAAGATCCAACACGTCTGTTACTGGACGTATAA	MTIEIKVPVLPESVADATIATWHVKAGDAVKRDQNLVDIETDKVVLEVVAPADGVIGEILNEEGATVLGEQVIAKLSEGGEAPAKSESKSSEAKAESKEAAPAASGKTSDVKVPVLPESVADATIATWHVAVGEAVSRDQNLVDIETDKVVLEVVAPADGSLAEILAEEGATVTAEEVIAKFVEGAASGKAAPAASEEADDSDDGDALSPSVRRLLAEKGVDASKVKGTGKNGRITKEDVEQHLKGGSAAPKAASAASSDNTANLPTGDRSEKRVPMTRLRKTIATRLLEAKNSTAMLTTFNEVNMKPIMDLRKQYQESFEKRHGIRLGFMSFYVKAVTEALKRFPEVNASLDGDDICYHNYFDISIAVSTPRGLVTPVLKDTDNLGMAGIEKGIKDLALKGRDGKLSMADLQGGNFTITNGGVFGSLLSTPIINPPQSAILGMHKIQERPMAVNGKVEILPMMYLALSYDHRIIDGKESVGFLVTVKEMLEDPTRLLLDV	PGPT0001535_291	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
AK237_03422	1167	sucC	COG0045	Succinate--CoA ligase [ADP-forming] subunit beta	ATGAATTTGCATGAATACCAAGGTAAGCAGCTATTCAAAGAATACGGTTTACCTGTTTCTGAAGGATACGCATCAGACACACCAGAAGGTGCTGTAGAAGCGGCCGACCGCATCGGCGGTGACGAGTGGGTTGTGAAATGTCAGGTACATGCCGGTGGTCGCGGTAAAGCGGGCGGCGTTAAACTTGTAAAAGATAAAGAAGACATTCGCGCATTTGCAGAGAAGTGGCTTGGCAAGAACCTGGTAACTTTCCAAACTGATGAGAAAGGTCAGCCAGTAAGCAAAATCTTAGTTGAATCTTGCACTGATATCGCAAACGAATTGTACTTAGGCGCGGTTGTTGACCGTGGTACACGTCGCGTTGTTTTCATGGCATCTACTGAAGGCGGTGTTGAAATCGAGACCGTTGCAGAAGAAACGCCTGAAAAAATCCTGAAAGCTGAAATCGACCCAATCGTTGGTCCTCAGCCTTATCAGGCACGTGAAATGGCATTCAAACTGGGTCTGGAAGGCGTACAGGTAAAACAATTTACGCAAATCTTCCTGGGTCTGGCGAAAATGTTCGAAGACCTTGATCTGGCGCTGATCGAAATCAACCCGCTGGTAATCAAGACTGACGGTAACCTGCACTGCCTTGACGCCAAACTGGGCGTAGACGGTAACGCACTGTATCGTCAGAAGAAAGTGAAAGAAATGCACGATCCTTCACAGGAAGATGCCCGTGAAGCACACGCTGCCTCTTTCGAGCTGAACTACGTTGCACTTGACGGTAACGTTGGCTGTATGGTTAACGGTGCAGGTCTGGCCATGGGTACCATGGACATTGTAAACCTGCACGGCGGTAAGCCTGCAAACTTCCTGGATGTTGGTGGCGGCGCGACTAAAGAGCGTGTAGCTGAAGCATTCAAAATCATTCTGTCTGACAGCAATGTTAAAGCAGTACTGGTAAACATCTTCGGTGGTATCGTGCGTTGTGACATGATCGCTGAAGGTATCATCGGCGCAGTAAAAGAAGTAGGCGTTGAAGTACCGGTTGTTGTACGTCTTGAAGGTACAAATGCTGATCTTGGCCGTGACGTTCTGGCGAACTCAGGTCTGGATATCATCGCTGCTGAATCGCTGACTGATGCAGCAGAAAAAGTTGTTGCTGCAGCGGAGGGCAAATAA	MNLHEYQGKQLFKEYGLPVSEGYASDTPEGAVEAADRIGGDEWVVKCQVHAGGRGKAGGVKLVKDKEDIRAFAEKWLGKNLVTFQTDEKGQPVSKILVESCTDIANELYLGAVVDRGTRRVVFMASTEGGVEIETVAEETPEKILKAEIDPIVGPQPYQAREMAFKLGLEGVQVKQFTQIFLGLAKMFEDLDLALIEINPLVIKTDGNLHCLDAKLGVDGNALYRQKKVKEMHDPSQEDAREAHAASFELNYVALDGNVGCMVNGAGLAMGTMDIVNLHGGKPANFLDVGGGATKERVAEAFKIILSDSNVKAVLVNIFGGIVRCDMIAEGIIGAVKEVGVEVPVVVRLEGTNADLGRDVLANSGLDIIAAESLTDAAEKVVAAAEGK	PGPT0019515_1967	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
AK237_03423	873	sucD	COG0074	Succinate--CoA ligase [ADP-forming] subunit alpha	ATGTCAGTTTTAATTAATAAAGACACCAAAGTAATCTGTCAGGGTTTCACTGGTGGTCAGGGTACTTTCCACTCTGAACAGGCTATCGCTTACGGTACGCAAATGGTTGGCGGTGTAACGCCAGGCAAAGGCGGTACTGAGCACTTAGGTCTGCCAGTATTCAACACTGTACGTGACGCGGTAGAAGCGACTGGTGCAACTGCATCTGTCATCTATGTACCAGCACCTTTCTGTAAAGATTCAATCGTTGAAGCTGCTGATGCTGGCATCGAGCTGATCGTTTGTATCACTGAAGGTATTCCTACGCTGGACATGCTTTACGTTAAAGAATACGTAAATGCAAAAGGCGTTCGTATGATCGGTCCTAACTGTCCGGGTGTTATCACTCCGGGTGAGTGTAAGATTGGTATCATGCCTGGTCACATCCACAAGCCTGGTAAAGTAGGTATTGTTTCCCGCTCTGGTACGCTGACGTACGAAGCGGTTAAACAAACTACTGACGAAGGTTTCGGCCAGTCTACCTGTGTTGGTATCGGTGGTGACCCAATCCCTGGTTCTAACTTCATTGATATCCTGAAAATGTTCCAGGACGATCCACAGACTGAAGCGATTGTTATGATCGGTGAAATCGGTGGTACTGCTGAAGAAGAAGCGGCTGCGTTTATCAAAGAAAACGTAACTAAGCCGGTTGTTTCTTACATCGCGGGTGTTACTGCTCCTCCGGGTAAGCGCATGGGCCACGCCGGTGCGATTATCGCAGGTGGTAAAGGTACTGCAGACGACAAATTCGCAGCCCTTGAAGCAGCAGGCGTTAAGACTGTTCGCTCACTGGCTGACATCGGTAAAGCACTGCGCGAGCAGACTGGCTGGTAA	MSVLINKDTKVICQGFTGGQGTFHSEQAIAYGTQMVGGVTPGKGGTEHLGLPVFNTVRDAVEATGATASVIYVPAPFCKDSIVEAADAGIELIVCITEGIPTLDMLYVKEYVNAKGVRMIGPNCPGVITPGECKIGIMPGHIHKPGKVGIVSRSGTLTYEAVKQTTDEGFGQSTCVGIGGDPIPGSNFIDILKMFQDDPQTEAIVMIGEIGGTAEEEAAAFIKENVTKPVVSYIAGVTAPPGKRMGHAGAIIAGGKGTADDKFAALEAAGVKTVRSLADIGKALREQTGW	PGPT0001540_3120	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
AK237_03424	2799			hypothetical protein	ATGACACATTTTAAACCTAATCTTATTCAAATGGCGTTTATCGCCACCGGATTATCCCTTACTTCTGTACCTACTTTTGCTCAAACAGATGACACGCAAGCAGACGATAACGTCGAAGTTATTCAAGTCTCGGGTATTCGTGGCAGCTTACAACGAGCCCAGGCAATTAAAATGGACAGCACATCTATTGTTGAAGCGTTGTCAGCTGAAGATATAGGTAAATTGCCTGATACCAGCATCGCCGAATCTTTATCTCGTTTGCCGGGTCTTTCTGGTGAGCGAAGAAATGGCCGTACAAGCGGCATTTCCGTTCGTGGTTTTAACGAAAACTACGTGGGTACATCGTTAAATGGTCGGGAGTTACTCGGAATGGGTGACAACCGGGGCGTTGAGTTCGACCTGTACCCAACCGAAATCATCTCCAACATTCTGGTGTACAAAACACCTGAAGCGGGTATGACGACACAAAATATTGGCGGTTCAATTGATTTACAAACCGTTAAACCACTGAGTGCCGATAGTACGTTTACCGTCAATGGTATCATCGAGAAAAACAAAGAAGACTCTGCGAACCCTGATTTTGATAACCAGGGCCATCGTTTATCTTTTAACTACGTTGACCAATTTCTCGACGACACGCTAGGTGTTGCGTTAACAGTAGCGACAATGGAGTCGCCCAGACAGGAGCAGCAATTCCGCGCATGGAGTTATTCAGAAGCGGATCCAGCTAGCGCTGCTGATGGCGTGGTTGTGCCAGAGGGAACGCTAATTCTGGATGGTCATGACTCGTTTGCCCGTTCTGCCATGATGAATCGTGATTCCATCGCGGCGGTTATTCAATGGGCGCCTAACGACAACCTGAATGTGCAATTCGATGCGCTTTATATCGACTTTCTTGAAGACGATGCTCGCCGGGGCTTGGAAGAAGGTGGTGCATCTAACAGTGATTACACTATCACTGGTGTGGAAGACGGACTTGTAACGTCAGGTTACTACGACGGTTTTTACAGCGTGATCAGAAACGACGTTCGCAGCCAGGACGCAGAGCTTAAGACCTTTGGTCTTAACATCGAGTATCTGTTAAACAATGACTGGAGTGTAACTGCTGACGTGTCAACGGGTTCTGTTGACAAATCTATCACCGATGTTGAAAGTTACTCTGGCGTTGGTCGAACTGGTACAGAAGGACGTCCGTTAACTGCACGTTCATGGAATATGACTTCGACAGGTGCTACCTATTCAGATCACCCCACCATTGCGCCTGTTGATTTAACTGATGCAAGCCTGATTAAACTCGCGGGTCCGCAAACCTGGGGTGCGCCTATCGTGGGTGGTGATGCGCAAGATGGCTTTGTGAACCAACCGGTATTTGAAGAATCATTAACGACTTACCGCTTGTCTACCGAAGGGTTTGTCGAGTGGGGCCTGGTAAGTGGCGCTGAGTTTGGTGTGATTTATTCAGATCGTGAAAAATCAAAAGTGAATAATGGCGCTTATCTTACTGCTCCAACTTATCCGGGCGATGATGTTATCCCTGAAGTGCTGGGTGTTGTACCGATGGACTTTGTTGGTATCAACGGCATTCTGGCGTATGATTCACTTGGCTTATATAACAGCGGTTATTACACAGCGACCGATGCAGCATTAGTCGATGCTGGCCGTCTCGGTGACACGTATGTCGTTAATGAAAAACTCACGACCTTGTACGGTAAGTTGGATCTCGATACCGATATCGACGGAATCTACATCCGCGGTAACGTGGGCCTTCAGGTTGTGCATGCTGACCAATCTTCAACAGGTTTCAGCACTTCCGTCGATCAGCAAGGGTTAGTTGAAGCGGTGCCGGTCAGTGGAGGCACTGATTACACCGATGTATTGCCAACATTAAACCTGAGTGCAGAGTTTGCCGAAGGGCAATTCTTACGTTTGGGTATGAGTAAGGTGCTTTCTCGCCCTAGAATGGACGACATGCGTCCTAATACCCAGGTTACGTTTTCTTATAATAATACCAATATTCTTTCGGACAATATTGAACGTAGTCCGTGGGGAGGCAGCTCAGGTAATCCAAACCTGAAGCCTTATGAGGCAAATCAACTCGACCTCGCTTATGAGAATTATTTTGCGGATACCGGGTATTTTGCGCTTTCTTACTTTTTCAAAGACATAAAAAACTGGCATCGTGAAAATGGTATCGTTGCTGATTTCACCCAAGATTACATTCCAGAAATCCACCATACCCAGGACGACGCGGAACTGCCTCCGGTGTTATTCGAGGGGTACAAGACCGCTCCTCAAGACGGCTTTGAAGGGTTTGTTCGAGGATATGAGTTCCAGGCTAGTATCCCGGGAGAAATCTTCTTGGATGCGTTAGAAGGTTTTGGTGTATTTGCGAGTGCTACCTTCATGGATGGAAAGGCCGATGCCGCAGAAGAGGGAGGGGAAACCCGAATTCCGGGTCTGTCTGATGAGAACTACAGTCTTACTGTTTTCTATGAAAAGGCAGGTTTTGAGATCCGCGTAGCCGGCACAAAGCGTTCACAATATCTTAGTGAAGCGCGGGGCCTGAGCTTAGCGTTATCTGATACCACTAACCAAGGCGGAACGTTTATCGATGCGCAAATCGGTTATGATTTCAGTGAATCTGGAATTCAGTCTCTTGAAGGATTACGTGTCACACTGCAAGCACAGAACCTGACTGAAGAAGACGATATACAGACTGATGGTTCAGACCCGCGTCAGGTATTGTTGTACCAAGCGTACGGCGCCAACTACTTGCTAGGGTTTAATTACACCTTCTAG	MTHFKPNLIQMAFIATGLSLTSVPTFAQTDDTQADDNVEVIQVSGIRGSLQRAQAIKMDSTSIVEALSAEDIGKLPDTSIAESLSRLPGLSGERRNGRTSGISVRGFNENYVGTSLNGRELLGMGDNRGVEFDLYPTEIISNILVYKTPEAGMTTQNIGGSIDLQTVKPLSADSTFTVNGIIEKNKEDSANPDFDNQGHRLSFNYVDQFLDDTLGVALTVATMESPRQEQQFRAWSYSEADPASAADGVVVPEGTLILDGHDSFARSAMMNRDSIAAVIQWAPNDNLNVQFDALYIDFLEDDARRGLEEGGASNSDYTITGVEDGLVTSGYYDGFYSVIRNDVRSQDAELKTFGLNIEYLLNNDWSVTADVSTGSVDKSITDVESYSGVGRTGTEGRPLTARSWNMTSTGATYSDHPTIAPVDLTDASLIKLAGPQTWGAPIVGGDAQDGFVNQPVFEESLTTYRLSTEGFVEWGLVSGAEFGVIYSDREKSKVNNGAYLTAPTYPGDDVIPEVLGVVPMDFVGINGILAYDSLGLYNSGYYTATDAALVDAGRLGDTYVVNEKLTTLYGKLDLDTDIDGIYIRGNVGLQVVHADQSSTGFSTSVDQQGLVEAVPVSGGTDYTDVLPTLNLSAEFAEGQFLRLGMSKVLSRPRMDDMRPNTQVTFSYNNTNILSDNIERSPWGGSSGNPNLKPYEANQLDLAYENYFADTGYFALSYFFKDIKNWHRENGIVADFTQDYIPEIHHTQDDAELPPVLFEGYKTAPQDGFEGFVRGYEFQASIPGEIFLDALEGFGVFASATFMDGKADAAEEGGETRIPGLSDENYSLTVFYEKAGFEIRVAGTKRSQYLSEARGLSLALSDTTNQGGTFIDAQIGYDFSESGIQSLEGLRVTLQAQNLTEEDDIQTDGSDPRQVLLYQAYGANYLLGFNYTF	PGPT0003790_3010	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0003790-hutA|fatA|fct|foxR-K02014	NA	NA
AK237_03425	831			hypothetical protein	ATGAAAAAAGCATTGGTGGTGGAAGGGGGCGCCATGCGAGGCATCTTTGCCGCAGGCGTGTTGGATAAATTCATGGAAGACCAGTATTATCCGTTTGATTTTGCTATTGGGGTCTCTGCTGGTGCAACCAATTTGTCTACGTACGTTTCTGGTGCACATGGCCTAAGTAAGAAAATCATCACAGAGTTTGCTACCAAAACTGAATTCTTTAGTCCCCTGCGTTTTATTAAAGGTGGGCACATGACAGATGTGCACTGGTTATGGCACCACGCTAAATCCACCCTTGGTATCCCTTCACCAGAAGCTCGCTCTTCCGTCCCCTTGTACGTGGGTGTTACCAACGTCACTACCGGACAGTGTGAGTATCACCTCGCAACCCGAGAGACCGTTGACGATTTAATGGTAGCGTCCTGCGCTATTCCCACCGCGTACCGCATGCAACCCGTTATCAATGGCATTCCTTACGTCGATGGCGGGGTAGGTGATTCTATTCCCGTCAAACAAGCTTACGAAATGGGGGCGCGTGATATTACGGTTGTGTTGTCCCAGCCCCGGGGATTCACTAAACCCGCGTTAAAGAGCAAATGGCTGTTACACAAGATGTACGGAAGCCAACCTGCATTGCTCGAAACCATGATAAATCGCGCACAGATTTATAACGAGACATTGTCGTTTTTAAATCACCCTCCTGAAGATTGCGAGATCACCGTTATTGCGCCCGATGAAGCTTTCTGTGTAAAACGCCTTACAATGGACAAGCGAAAGCTGCTCAAAGGCTATGCGCAGGGGCGCAGAATGGCGCGTCGTGTGCTGATACAACAGGCCGCATAA	MKKALVVEGGAMRGIFAAGVLDKFMEDQYYPFDFAIGVSAGATNLSTYVSGAHGLSKKIITEFATKTEFFSPLRFIKGGHMTDVHWLWHHAKSTLGIPSPEARSSVPLYVGVTNVTTGQCEYHLATRETVDDLMVASCAIPTAYRMQPVINGIPYVDGGVGDSIPVKQAYEMGARDITVVLSQPRGFTKPALKSKWLLHKMYGSQPALLETMINRAQIYNETLSFLNHPPEDCEITVIAPDEAFCVKRLTMDKRKLLKGYAQGRRMARRVLIQQAA				NA	NA	NA	NA	NA
AK237_03426	522			hypothetical protein	ATGTGTGTTAGTGCTATGCGTGACGTTGCTGAATCTTCTATTGGGTTAATTAATCCTAAAAGCCCCACCAATGTGGCCTCTGTGCTGAGAGCTGCCGGTTGCTATGGTGTGAGTAGTGTGTACTACACCGGCGAACGATACGCCCGAGCGAAACAATTTCACGCAGACACTAAGTCAATGCACAAGCAAATCCCTAACGAAGCTGTTTCCGATTTGCAACACCACGTACCTGATGGCGCAAAATGTGTTGTGGTAGAGTTGGTTGAGGGGGCGATTCCTCTGCCAGAATACGACCATCCGGCTCATGCTTTCTATATTTTTGGGCCTGAAGATGGCAGTGTGCCGAAGTCAGTACTGGATTGGGCTGACGATGTGGTATACATCCCAACAAAAGGGTGTATGAACCTTGCTGCGACGGTAAACGTCGTGCTTTACGACAGGTTGTCCAAAAGCAATTATGAGTATGGTGACGCCCTTATACGTGCATCACGGGATCGCAATAATCAGCATTCGGTGCGTTAA	MCVSAMRDVAESSIGLINPKSPTNVASVLRAAGCYGVSSVYYTGERYARAKQFHADTKSMHKQIPNEAVSDLQHHVPDGAKCVVVELVEGAIPLPEYDHPAHAFYIFGPEDGSVPKSVLDWADDVVYIPTKGCMNLAATVNVVLYDRLSKSNYEYGDALIRASRDRNNQHSVR				NA	NA	NA	NA	NA
AK237_03427	807			hypothetical protein	ATGAATAAAGCCGTTGATGCCGCAGCTAGTCATTTTTTTGAACACTTCACCCTCATTGTCGCTAATGAAGAAAAAGATCAAAGAGCTTGTTTCCGAACGCGCCATCAGGTGTATTGTGAAGAAATGGGCTTTGAACAAGTTCGTCAGGCGAAAATGGAGTTTGATGATTTTGATGAATACGCAATCAGTTGTTACATACAACATAAGGCAACAGGTGATTGTGCCGGAACAATAAGAGTGGTGATGCCACAACATAGTGGCCAGATGCTCCCCATCGAACAAAATTGTCCTGAAGCGATCCGAATGGGTGAAAATAGTCCCTCCCGCTTACCGCGACACTCTGTTTGTGAGATATCCAGACTCGCTATCCCCAAGCGGTTCAGGCGGCGAGAGACAGATACAAACCTTTCTCCAGTGACGGGCAAGTCACTCGACAAGGGTTTCAAGAAGACCAAACCCGATCGTAACTTCCCTTATCTCACTTTAGCGCTCTATTTCTTCGCAGCAACTATTTGTGTACTACGTGACATAGAAAATGTGTATGTGATGATGGAACCTAAATTAGCAAGAAGTCTGCGCATGCTTGGCATTGAGTTTCATCAGCTCGGTCAGGTAATTGAATATCACGGTGAGCGAGCTGCATACCGGTTATCTCCCGAGGAATTTTTCCACCAAATTTCTCCTTCGTTACACCGCTTCCACCGTAAAATCCTGAAAGAGCTCGAGGGTGTCCCGAATTTCGGTTCGATCCACAAACCGAATCCGTCTTCATTAACGGGAAAGGGTCAAAAAACTCGCGCAGCATAG	MNKAVDAAASHFFEHFTLIVANEEKDQRACFRTRHQVYCEEMGFEQVRQAKMEFDDFDEYAISCYIQHKATGDCAGTIRVVMPQHSGQMLPIEQNCPEAIRMGENSPSRLPRHSVCEISRLAIPKRFRRRETDTNLSPVTGKSLDKGFKKTKPDRNFPYLTLALYFFAATICVLRDIENVYVMMEPKLARSLRMLGIEFHQLGQVIEYHGERAAYRLSPEEFFHQISPSLHRFHRKILKELEGVPNFGSIHKPNPSSLTGKGQKTRAA				NA	NA	NA	NA	NA
AK237_03428	1788	tvaII		Neopullulanase 2	ATGGCGGTTAACACCCACGTTGACGAAGAAGACGATAAAGTTGTTATCTACCAGGTGTTCACCCGACTCTTCGGTAACAAAAATCAAAATAATAAGCCATGGGGAACGATAGAAGAAAACGGTGTTGGAAAATTTAGTGATTTTACTGAGAAAGCCCTCAATGAAATTCATGCTTTGGGAGCTACCCACGTATGGTTTACGGGTATCCCACATCATGCCTCGGTAACGGACTATTCCGACTATGGCATTCCCGTAGATGATCCCGATGTAGTGAAAGGACGTGCAGGTTCGCCTTACGCCGTGCGGGATTATTACAATGTAGATCCGGATCTCGCCACCGATCCGACCAATCGGTTAACCGAGTTTGAGGCGTTAATTGACCGCACCCATAACGCCAACCTTAAAGTTATCATTGATATTGTGCCCAACCATGTGGCGCGCCGGTATCATTCATTGACCAAACCTGAAACCAGCTTTGGTTTACGGGATAACATTCATGTCGCTTACGCAAAAAATAATGACTTTTACTATGTACCCGGACACGCGTTTGCGGTGCCGGATTTTAATGACGCAACACGCCCGTTAGGCGGAGAAGCACATCCATTAGCAGATGGCTTTTTCGATGAAAACCCTGCTCGATGGACGGGGAATGGCGCAAGAAGTCCAAAACCAGACGTCAACGACTGGTATGAAACCGTAAAGATAAACTATGGCGTCAAACCCAACGGCGAAAATGAATTCCCGGCATTACCAGACGAATTACTCCGACACGCCTCCACGGAAGCTCACTACCAGTTCTGGCGTGACAAGGATGTTCCTGCGTCCTGGGTAAAGTTTAAAGATATCGCCTTATACTGGCTCGACAAAGGAGTGGATGGTTTTCGGTACGACATGGCTGAGATGGTGCCGGTGGCTTTTTGGTCCTATTTGAACAGTCAGATAAAGCACGTAAATAATGAGGCTTTGCTGTTAGCAGAAGTATATCAACCGGCTTTATACCGAGACTATATTCAATTAGGCCGGATGGATTACCTTTACGACAAAGTGGACTTCTACGATTCAATCAAGGCTGTGATGCAAGGAACAGGGGATACTGCCTCGCTGGTTTCTATACAGAACCAATATGCAGATATTCAAGCGCATCTACTGCATTTTTTAGAAAATCATGACGAGCAACGCATTGCAAGTCCTGAGTTCGCCGGGGATGCCAACTCTGGCAAACCAGCTCTGGTTGTTTCAGCGCTGATTAGCGAAGCGCCAATGTTGATTTATTTCGGTCAGGAAGTGGGCGAAGACGGCAGCGAGCAACTAGGCTTTGGTCAACCTTCACGCACGTCTATTTTCGATTATGGTGGTGTGCCTGCGCATCAGCGCTGGATGAATAATGGGCGATTCGATGGTGGCCAGTTAGATGTGGAAGAAAAGCAATTAAGAGACTACTACAAAAAGGTTCTGAATATTGCCCACAGCACTAAGGCGGTAACAGGAGACTACATGTCGTTAATGGAGTATGCAGACACGCGTATCGCCGCCGATAAGTCGAAAATTCTCGCGTTCGCCCGGTGGAGCAAACAGGATAAATTAGTTAGTGTCAGTAATTTTTACACTGATAAAAGCGTGGAAATCGTTTTAACACTGCCATCGGCTTTGGTGGACGCCTGGCAACCAGACACGTCTACTTATTTTATTGATGCGTTAACGGGGATGAATATCAGACCGCAAAACAAGGACGGCGAATGGGTTGTAGAGATTAAGCTGGACCCGTTACAGTCGGTTATTTTGCAATAA	MAVNTHVDEEDDKVVIYQVFTRLFGNKNQNNKPWGTIEENGVGKFSDFTEKALNEIHALGATHVWFTGIPHHASVTDYSDYGIPVDDPDVVKGRAGSPYAVRDYYNVDPDLATDPTNRLTEFEALIDRTHNANLKVIIDIVPNHVARRYHSLTKPETSFGLRDNIHVAYAKNNDFYYVPGHAFAVPDFNDATRPLGGEAHPLADGFFDENPARWTGNGARSPKPDVNDWYETVKINYGVKPNGENEFPALPDELLRHASTEAHYQFWRDKDVPASWVKFKDIALYWLDKGVDGFRYDMAEMVPVAFWSYLNSQIKHVNNEALLLAEVYQPALYRDYIQLGRMDYLYDKVDFYDSIKAVMQGTGDTASLVSIQNQYADIQAHLLHFLENHDEQRIASPEFAGDANSGKPALVVSALISEAPMLIYFGQEVGEDGSEQLGFGQPSRTSIFDYGGVPAHQRWMNNGRFDGGQLDVEEKQLRDYYKKVLNIAHSTKAVTGDYMSLMEYADTRIAADKSKILAFARWSKQDKLVSVSNFYTDKSVEIVLTLPSALVDAWQPDTSTYFIDALTGMNIRPQNKDGEWVVEIKLDPLQSVILQ	PGPT0018610_1303	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_COMPLEX_SUGAR_UTILIZATION	PLANT_DERIVED_MALTOSE_DEGRADATION,PGPT0018610-glgE-K16147	NA	NA
AK237_03429	1488	rebH_2		Flavin-dependent tryptophan halogenase RebH	ATGGCGTCACAAGTTCGTAAGTTAGTTATCGCCGGAGGCGGTACAGCTGGCTGGATGGCCGCAGCGTTATTGAAAAAAGTGCTGGCGGAAAATATAGAAATCACTCTTATCGAGTCACAGGACATCGGTATTATCGGCGTGGGTGAAGCAACCATTCCCCCTATTCAAACCTTCAACCAATATTTAGGGTTGGATGAAAAGGCTTTTATTAAAGAAACACATGCGACCATTAAACTGGCCATACGGTTTGAAAACTGGAAGGAAAAAGGTAGCCACTATTACCACACCTTTGGCGCACCCGGCGCAACACTTGGTTTTGTAGGCTTTCAACATTATTGGCTACGGGCGAAACAAGCGGGTTTGATGCATTCGTTGTGGGACTTTGACCTGAATTATCTCGCTTGTGAAGCAGGTAAATTTAATAAAATTCAAACTGATAATCCGGTTTACCAAGTGCCCTACGCGTATCATTTTGATGCCACCCTTTATGGCCAGTTTTTGCGGCGTATCGCTGAAAAAGCCGGTGTTAAAAGAACTGAAGGCGTAATAGAACACGTAAAACAAAACAGCGAAACAGGCTTTGTTGAAGCGCTTCAACTTAAGAGCGGTGAACAAATTAGCGGCGATTTCTTTTTAGATTGCACAGGCATGCGCGGGCTATTGTTGCAAAAAACGTTAGGTGTAAATTACGACGACTGGTCGCACTGGTTATGCGCAGACTCAGCCATTGCAGTTCCTTCCGAACGTCATGAACATACTGCACCGTACACCCGCAGCATTGCCCATGAGGCGGGCTGGCAGTGGCGTATTCCATTAACGCATCGCAACGGTAACGGCATTGTTTATAGCAGCAAGTTCCTCGATGATGAGGCAGCCAAACAAATTTTACTTTCAAACCTCGACACGCCGGCGCTGGATGAGCCGCGTAAAATTAACTTCAGAACCGGGCGCACTGTGAAGCAATGGCATAAAAATGTAGTGGGTATCGGGTTATCCAGTGGATTTTTAGAGCCGTTAGAATCAACAAGTATTCACCTCATTCAAAGCGGCATTGTTCGCTTTTTGAAAATGTTTCCTAATCGGGGAATTCATCCCTCCATGGAAGCACTTTACAACACTGAATCAAAAGACGAATTTGAAACAGTTCGCGACTTCATTATTTTGCATTATTACGTAAATGAACGAACGGACTCTGAGTTTTGGCGAGCAATGCGAAATATTACCTTACCAGAACGCTTGCAACAGAAAATTGCCGCCTTTCGCGATACCGCGACGATATTCAACGAACAGAACGATATTTTCCGTGATTCGTCGTGGGTGCAGGTAATGCTGGGGCAAGGGATCTTACCGCGTGATTTTCATCCTGCAACCCACACATACTCTGATGAACAAATCCTGGAAGTGATGCAAAAAGTCTATACCGCCAAACAACAGCCGTTAACGCAAATGCTTGCTCACGACGAATTTCTTAGTCGGTTTACTGCATAA	MASQVRKLVIAGGGTAGWMAAALLKKVLAENIEITLIESQDIGIIGVGEATIPPIQTFNQYLGLDEKAFIKETHATIKLAIRFENWKEKGSHYYHTFGAPGATLGFVGFQHYWLRAKQAGLMHSLWDFDLNYLACEAGKFNKIQTDNPVYQVPYAYHFDATLYGQFLRRIAEKAGVKRTEGVIEHVKQNSETGFVEALQLKSGEQISGDFFLDCTGMRGLLLQKTLGVNYDDWSHWLCADSAIAVPSERHEHTAPYTRSIAHEAGWQWRIPLTHRNGNGIVYSSKFLDDEAAKQILLSNLDTPALDEPRKINFRTGRTVKQWHKNVVGIGLSSGFLEPLESTSIHLIQSGIVRFLKMFPNRGIHPSMEALYNTESKDEFETVRDFIILHYYVNERTDSEFWRAMRNITLPERLQQKIAAFRDTATIFNEQNDIFRDSSWVQVMLGQGILPRDFHPATHTYSDEQILEVMQKVYTAKQQPLTQMLAHDEFLSRFTA	PGPT0011765_1029	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	FUNGICIDAL_COMPOUNDS|ANTIBIOTICS	FUNGICIDAL-PYRROLNITRIN_METABOLISM,PGPT0011765-prnA|rebH|ktzQ-K14266	NA	NA
AK237_03430	2916			hypothetical protein	ATGACCAGAAAACAATTATTTAAACCAGCGGTGCTTACCATAGCGGTTAGCTCAGCGCTCTACACCGGTGCAATTAATGCGCAGGCAACCCAAAATAAAGAAGCACAGGATGTAGAGGTAATTGCGGTTAAAGGGATTCGGGGCTCGCTGATGAGAGCACAGGCCATCAAGATGGATAATTCATCCATCGTTGAAGCCATCTCCGCGGAAGACATCGGCAAACTCCCCGACTCATCCATTGCAGAATCACTTGCCCGGCTGCCGGGCATGGCTGGTGAGCGCGTTGGCGGTCGCACATCAGGCATTTCTGTACGTGGTTTTAAAGAAGATTTCACCGGCACATCATTAAATGGCAGAGAATTAATAGGAATTGGTGACAACCGTGGCGTTGAATACGACCTCTATCCCTCTGAAATAATGACGGGGGCGACGATATACAAAACCAGCGATGCATCTCTCCTTGTACAAGGTATAGGTGGTACGGTTGATTTACAAACCGTACGCCCCTTGTCAGCACAAGAGACATTAACATTTACTGGGGTGTACGAAACAGGCGGTAACGATTCAGACAACCCGGAGTTCGACAACACGGGTAAACGCTACGCGCTTTCATTTGTCGAAAAATTTGCAGACGACACCATAGGGATAGCCGTGGCACTTGCCACAACAGAATCGCCCCGTAACGAAAGAAAATACGGAGTATGGGGTTACGGCGATAACAACGGTGCATTACTGCCCTTTGGTCTTGACTCACAAGCGATCAGTAGAGTGCTGGAACGGGATACAGTATCGGGTATTTTTCAATGGCGTCCGACCGATAGTCTGGACATTGTGGTAGACGTATTGAGTATCGACTATTCAGACTCAGGGGTTATACGCGGATTCATAGAACCTTTCGAATTAGACGTAGACTCGTTGAGTGGAAGTGGCTTGTCGTCCACAGGCACACAAACCAATGCAAACTCCGTACTACGTACCGATCCGGCACAAAAGGATGGCGAACTCACCGCCGTGGGATTAAATATCGATTATCAGTTAAACGATAATTGGTCAGTGAAATTAGATGTTGCTGACAGTAGCTCAAGTAAGCGGGATTTACGGGGAGAATCCTATGCCGGTCTGGCCAGAAGTGGTGCTGAAATTGCAGCTGGCGATGAACGAACTCGCGATTTTATCATGAGCGCCGATGGGATTTATTTCACCGGTTCCACAGGCTTAGACGCGTTTTCAGATCCGGCCCTGCTGCAATTAACCGGTCCCCAGCAATGGGGTGGCGGCATGGCCGCACTTGCTAATCAGTTCGAAACTGATGTGCTTCGTGCTGACGGCACGCCCTATACGTTTATTAATGCCCAGGATGGTTTTTTAAACTACGCAGATTTTGAGGAAGAGTTAACGACCGTTCGCCTGGAAACAGAGGGTTTTGTTGAATGGGGGATCATAAACAAAGTCAATGTGGGCGTGGCCTACAGCGATCGCTATAAGTCCAAGGATAACAAGGGATTTTTTGCAACCGCGTCAAGTTACCCACTATCAGAATCGATACCTTCCAACTACCTCTATAACGGTTTAGCTGATTTGACGTGGGCGGGAATGGGACATGTTGTCGCTTATGATGGATTTGCTCCCTACTACGATGGAGAATATGAATTAAATGACGCAGGCCTGCTAGAACCTGATCGTCTCGGTGATACCTACAAGGTGTACGAAGAAGTCACAACGCTCTTTGCTAAATTTGATTTTGAGACGGAAGTGGGTGATTTTCCGGTAATGGGTAACATTGGTGGCCAATATGTGCAAACCGATCAACGTTCAACAGGTTATATTGGCGTGGTTGGTGCAAACTTTAAAGTGTGCGATGCGGATGATAACGGCGTTATCGATGCCGATTGTGAGCAAGATATTTCAGATGATTATTCTCACTTTTTACCCAGCCTGAACGTCACTGTCGAAGTTGGCGATAACAGGTTTTTACGCTTGGCTGCGAATAAAACCATTAGCAGGGCCCGTATTGACCAGATGAAAGCGTCTGGTTTCGTCAAGTTCGATCAAAATATCAATCTTATTGCCATTCCAAACAACCAGGCAGCCGTCGATGAATATGGCTCTCCGTGGTCGAAATTTCAGGGAAATCCTCGTTTGCGCCCGCTAGAGGCTAACAACTTTGATTTATCTTTTGAAAACTATTTTGAAGACGAAGGCTATGTGTCTGTTGCACTGTTCTATAAAGATCTCGTGAACTGGACGCGGGACGGCAATCTCACCATCGATTTTACCAGCGACCCAACGAATGAAGGCGCTGATTATTTCATACCTGGCTTCCACGACAGAACTGTCGGCGCGGATGGACTCGTAGGGCCTGATGGTACCGTTTATGCGCCAGGTACATACATTACGCCTCCCGATACTGGTACGTTCTCATTCTTCGAAGACGGATTATCCGGTGAAGTGAAAGGTGCAGAAGTTACGGCCCAAATTCCATTACGAATGGTTTCAGACGCGCTTGATGGTTTTGGTATTGCCGGTTCTTACACTTATATCGATGCCAGTTTGGAAGATGGTTCACCGATACCCGGGCAATCAGATAAAGTTATCTCCCTCACGGCGTATTATGAAATGGAAGGCTTTGAAATACGGTTGGCAGCGACTGATCGTGGTGAGTTCTTTACCTACCAACGCGGCGGTTCAAACAAAATTGAGGGGGCAACCCGGGATGCCATCACCCAGCTAGATGCCCAAATTAGCTATGACTTCGAAGGCAGTGGCATTGAGTACTTAGAAGGTCTACGCATCTCTTTACAGGGCACCAATCTCACAGACGAAAAAGAGGAAACACGAGATAGCAATGGTATCGTCACATTGCGCCGGGAATTCGGCCCCTCCTACATGCTCAACGTCAACTACTCATTCTATTAA	MTRKQLFKPAVLTIAVSSALYTGAINAQATQNKEAQDVEVIAVKGIRGSLMRAQAIKMDNSSIVEAISAEDIGKLPDSSIAESLARLPGMAGERVGGRTSGISVRGFKEDFTGTSLNGRELIGIGDNRGVEYDLYPSEIMTGATIYKTSDASLLVQGIGGTVDLQTVRPLSAQETLTFTGVYETGGNDSDNPEFDNTGKRYALSFVEKFADDTIGIAVALATTESPRNERKYGVWGYGDNNGALLPFGLDSQAISRVLERDTVSGIFQWRPTDSLDIVVDVLSIDYSDSGVIRGFIEPFELDVDSLSGSGLSSTGTQTNANSVLRTDPAQKDGELTAVGLNIDYQLNDNWSVKLDVADSSSSKRDLRGESYAGLARSGAEIAAGDERTRDFIMSADGIYFTGSTGLDAFSDPALLQLTGPQQWGGGMAALANQFETDVLRADGTPYTFINAQDGFLNYADFEEELTTVRLETEGFVEWGIINKVNVGVAYSDRYKSKDNKGFFATASSYPLSESIPSNYLYNGLADLTWAGMGHVVAYDGFAPYYDGEYELNDAGLLEPDRLGDTYKVYEEVTTLFAKFDFETEVGDFPVMGNIGGQYVQTDQRSTGYIGVVGANFKVCDADDNGVIDADCEQDISDDYSHFLPSLNVTVEVGDNRFLRLAANKTISRARIDQMKASGFVKFDQNINLIAIPNNQAAVDEYGSPWSKFQGNPRLRPLEANNFDLSFENYFEDEGYVSVALFYKDLVNWTRDGNLTIDFTSDPTNEGADYFIPGFHDRTVGADGLVGPDGTVYAPGTYITPPDTGTFSFFEDGLSGEVKGAEVTAQIPLRMVSDALDGFGIAGSYTYIDASLEDGSPIPGQSDKVISLTAYYEMEGFEIRLAATDRGEFFTYQRGGSNKIEGATRDAITQLDAQISYDFEGSGIEYLEGLRISLQGTNLTDEKEETRDSNGIVTLRREFGPSYMLNVNYSFY	PGPT0003790_1767	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0003790-hutA|fatA|fct|foxR-K02014	NA	NA
AK237_03431	1848	glgB_3		1,4-alpha-glucan branching enzyme GlgB	ATGAAGATTAAAGGAATCGTCATCAGCCTGGCGATGAGCGGGTATTTGTCAGCCATCAATGCACATGCGGTAACCGTTTCGCCACCAAGCTGGTGGGTAGGAATGAAAGACAATCATCTTCAGTTAATGATTAATGAAAACGCTATAGGTAATGCGACACTGTCTACAAAGTATGAGGGTGTCGAGATTGAAAGTATTTCACCTTCGTCCAATCCCGATTATTTATTTGTAAATTTACTTATCCGGGAGGGGGCATTACCCGGTACGGTAACTTTCGATTTAACCGGTGAAGGCCTCGCTACTTCGACGTTTGACTTTGAACTTTCGCAACGCCAGGTAAATGCTGACCAACAACGGGGTTTTAATGCGACGGACACGATTTACCTCATCACTCCGGATCGTTTTGCTAACGGCGACCTGTCAAATGACTCGGTGGAAGGTTATGTAGACAAACTCTCTCGTAACAATAAAGGTGGACGTCACGGCGGGGACATTCAGGGGTTTATTGATCACCTCGATTACATCAACCAAATGGGTTTTACCCAAATTTGGAGTATGCCTTTACTTGAAAACGCAATGGACAGTTATTCGTATCATGGATACGCCATTACTGATTATTATCAGATAGATCCGCGATACGGTTCAAATGAACAATATAAACAACTAAGCGAAGCCGCGAGCCAACAAGGTATTGGCCTTATTATGGATATGGTATTAAACCATATAGGAAGCGGCCATCCCTGGTTGGCAAATCCGCCGGACAAAGACTGGATACATCACAACGGGGAATTTTCAGCGACCACACATATTCGCGAAGCGTTGCATGATCCCCATGGAACCGACTACGATAAGCGTGCTTTCAGTGATGGATGGTTTGTTCCTTCCATGCCAGATCTCAATCAAAGTAACGACAAGCTTGCAACGTACCTTATTCAAAATGCAATATGGTGGGTTGAGTATGCGCAGTTAAGCGGTATCCGTGTCGACACATATTCTTATTCAGATAAAGCGTTTCTATCAGCGTGGACTGCGCGCTTAACCGAAGAATATCCTAACCTGAATATCGTGGGGGAGGAGTGGTCGGTTAACCCAATTATCACTTCGTATTGGCAGGCTGGCACCGCGCGCAAGGACGGCTATGTGTCGTCGTTACCCAGTGTAATGGATTTCCCTTTCCAACAAGCCCTGGTAAAAGGATTAAATGAGAAGGAATCATGGTCTGATGGCTTAAAGAAACTCTATGAGCTATTTGCCAGCGACTTTATTTATGGAGATGCAGGTAATCTTGTAATCTTTCCTGATAATCATGATATGAGTCGCATTTTTACCCAGCTGGATCAAGACGTCACACTGTGGAAAATGGCGATGACCGTCGTTCTTACCACAAGAGGGATCCCACAAATATTTTACGGCACCGAAATACTCATGGACAATGCGGGTACGGAAGACCATGGCGTTATCCGTCAGGATTTTCCGGGCGGCTGGGAAGGTGATGAGGTTAATGCATTCAGCGGCCAACATTTAACTGACGCGCAGCGTGACGCACAGAGTTTTGTAAAATCTCTGTTGTCTCTGCGTAAAGCGTATCCTGCACTGATGGCCGGTGAAATGACGCAATATGTACCTTTTGACGGCACCTATGTTTATTTCAGACATGCAGAAAACAGTGATACCCAAATAATGGTTGTAATAAATAAAGACGAAGAAAAAGAAGTTGACTTACAACGCTTTGCTGAACGTTTGGAGAATGCAAAGCAAATCCAGCAATATGGAACAACCGACACGACTGCGTTAGGTCAGTCGCTGATTTTGCCTGGTAAACAAGCATCAGTGTGGCTTATAAAATAA	MKIKGIVISLAMSGYLSAINAHAVTVSPPSWWVGMKDNHLQLMINENAIGNATLSTKYEGVEIESISPSSNPDYLFVNLLIREGALPGTVTFDLTGEGLATSTFDFELSQRQVNADQQRGFNATDTIYLITPDRFANGDLSNDSVEGYVDKLSRNNKGGRHGGDIQGFIDHLDYINQMGFTQIWSMPLLENAMDSYSYHGYAITDYYQIDPRYGSNEQYKQLSEAASQQGIGLIMDMVLNHIGSGHPWLANPPDKDWIHHNGEFSATTHIREALHDPHGTDYDKRAFSDGWFVPSMPDLNQSNDKLATYLIQNAIWWVEYAQLSGIRVDTYSYSDKAFLSAWTARLTEEYPNLNIVGEEWSVNPIITSYWQAGTARKDGYVSSLPSVMDFPFQQALVKGLNEKESWSDGLKKLYELFASDFIYGDAGNLVIFPDNHDMSRIFTQLDQDVTLWKMAMTVVLTTRGIPQIFYGTEILMDNAGTEDHGVIRQDFPGGWEGDEVNAFSGQHLTDAQRDAQSFVKSLLSLRKAYPALMAGEMTQYVPFDGTYVYFRHAENSDTQIMVVINKDEEKEVDLQRFAERLENAKQIQQYGTTDTTALGQSLILPGKQASVWLIK	PGPT0012205_260	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES	CE-EPS-PULLULANASE,PGPT0012205-susA-K21575	NA	NA
AK237_03432	1434			hypothetical protein	ATGAATAAAACTCAGCCTACATTACCTTTTTGGCAGATATGGAATGTCAGCTTCGGCTTTCTGGGTGTGCAGTTTGGCTTTGCGCTACAAAATGCAAACGTGAGCCGAATTCTATCGGATTTAGGCGCTGATCTTCACTCGTTGGCCCTGTTTTGGTTGGTTGCACCTATCATGGGGTTAATTATTCAACCGATCGTTGGTGCGGCGTCAGACCGGACGTGGAATCGTTTAGGTCGTCGTCGTCCCTTCATTCTGGCGGGCGCGGTTGCAGCAGCAATCGGCATGTTTTTAATGCCCAATGCGCCATTGTTTGTAACATTAATGGCGCCTATGCTGTTCGGAGCAATGATGCTGGCTCTCATGGACGCCTCGTTCAATGTGTGTTTCCAGCCGTTTCGCTCTCTGGTGTCGGATATGGTACCCGCCTCGCAGCGTAATGTTGGCTATTCAGTACAATCGCTGCTCATTAACATCGGGGCGGTGATTGGCTCGTTGTTGCCATTTATCCTGACCAACGTCGTGGGGCTGGATAATACCGCGCCCATGGGCGAAGTCGCTCCTTCAGTCGTATGGGCATTTTATATTGGTGCAACCGTGTTGCTGGGATCTGTCATTTGGACAGTGTGTCGCACGAAAGAATATGAACCTGAGGATTACGCTGCTTTCAAAGGCGTCGAGGCGAACGATAGAACACCGAAAATGGGCTTTTGGGCGCTGGTGGCATCGATGCCTTCAACCATGAAGCAATTAGCCGTTGTGCAATTTTTCTCATGGTTCGCATTATACATTATGTGGGTTTACACCATGCCAGCTATCACTCAGCATATCTGGGGCATCGATAAACAATGGTTCGACCCTGCTTTTATCGCTTCTGTCGGCACGGTACCTGAGCATATCGTCGCAGCAAAAGGCGCAGCAGGGGACTGGGTGGGTATTTTGTTCGCGGCATACAGTATCTTTGCGGCAGTGTTTTCTGTTTTCCTGGCTCGATTAGCCGATACGTTTGGCCGCAAAACGATTTACGCGGGTTCATTGACACTGGGCGGTTTGGGCTATATCAGCTTTCTTTTCTTCCAGAATTTTGAAGCGGTTCATGTCAATTTATTCATTACCGAAGTGACCGTGCCTCAGGGAGCTGTCAATCTGGTATTACCGATGATTGGAGTAGGCATTGCCTGGGCAGCCATTCTTGCCATGCCTTACGCCATGTTAGCTGGTGCGCTGCCGGCAGACAAAACCGGTGTGTATATGGGAATTTTTAATTTTACCGTGGCTATTCCGCAAATCGTTGCAGGCCTTACTGCCGGATGGATCTTAAGTCATGTCTTCGATAATGACGCAATCAATATCATTCTCATTGCAGGTGTGTCGATGTTATTTGGTGCGGTTGCCGTGATGTTTGTAAAAGAAAAAGAAGTGCAGGAGACAGCATAA	MNKTQPTLPFWQIWNVSFGFLGVQFGFALQNANVSRILSDLGADLHSLALFWLVAPIMGLIIQPIVGAASDRTWNRLGRRRPFILAGAVAAAIGMFLMPNAPLFVTLMAPMLFGAMMLALMDASFNVCFQPFRSLVSDMVPASQRNVGYSVQSLLINIGAVIGSLLPFILTNVVGLDNTAPMGEVAPSVVWAFYIGATVLLGSVIWTVCRTKEYEPEDYAAFKGVEANDRTPKMGFWALVASMPSTMKQLAVVQFFSWFALYIMWVYTMPAITQHIWGIDKQWFDPAFIASVGTVPEHIVAAKGAAGDWVGILFAAYSIFAAVFSVFLARLADTFGRKTIYAGSLTLGGLGYISFLFFQNFEAVHVNLFITEVTVPQGAVNLVLPMIGVGIAWAAILAMPYAMLAGALPADKTGVYMGIFNFTVAIPQIVAGLTAGWILSHVFDNDAINIILIAGVSMLFGAVAVMFVKEKEVQETA				NA	NA	NA	NA	NA
AK237_03433	1692		COG0366	Beta/alpha-amylase	ATGTTCGATAAAACTAAAATTGCTATCGCAATCTCTGCCCTTAGCGTTCTGGCAGGTTGCCAGTCAACAGGGGGCGTTTCATCGTCAGCCACCGCCGAGCAGTCTGCGTTTCACATAGCCGGTACCGAAGAGCCATTTAGTGCAGAAGCTATTTACTTCATTATGACCGATCGCTTTGTGGATGGCGACCCGTCTAATAACTACGAAATGCAGGGAGGAGAGCATCCTACCTGGCAGCTGCCTTTACAAGGCCTCGATGGTCAGGTTGCTAACGTCGGTTATATGGGGGGGGATTTGCAAGGCGTTGTGAATAACATTCCCTACATTCAGAACATGGGCTTTACGGCCGTTTGGCTAACACCTGTGGTGGATAATCCTGATGAAGCATTTACGGGCAGCCAGCCAATTGAATTTGGTGGGCAGTTCAAAGACGGCGGGAAAACCGGTTATCACGGGTATTGGGCGACCAACTTTTATAAAGCTGATGAACATTTGATCAGTGACTCGTTATCTGTCAAAGACTATACAACAGCGATGCATAACGCTGGCCTTAAAACGGTGTTTGATATCGTTGCAAACCACGGCTCTCCGAGTTTTAGCATGCCTGTAGATCAGCCCGGGTACGGTGAAATTTACGATGCCGATGGTAAACTTGTCGCCGATCACCTTAATAAAGTGCCAGATGAGTTAGATATTACTCAACCGCTGCAGGCTTTTTTCCATAACTATCCTGATCTCGTAGAGCTATCTAACCTTAATGAAGCGAACCCCGACGTTCAGGATTATCTGATCAATTCTTACCTGTATTGGATTGAGCAGGGGGCTGACGCATTTCGTATTGATACGATTCGCCATGTGCCACACGCGTTTTGGCGAATCATGTCAGACCGTATTCGTCGTGAACACCCCGACTTTTTTATGTTTGGTGAAAGCTTCCAGTACGATGCTAACTTTATTGCCCAACACACATTGCCAAAAAATGGCAATATCAGCGTACTCGATTTTCCTATGCAAAAAGCCATGGTCTCCGTTTTTGGTGAGGAACAACAAGGCTTTGAATCGTTAGAAGACGTGCTTTACCTTACGCATGGCCCTTACGACAACCCGTACGAGCTTACTACGTTCTACGACAATCACGATATGCCACGAATGATGGCGTCAGACAGTGGGTTTATCGACGCACACAACTGGTTATTTACCTCACGTGGGATCCCCGTGGTGTATCAAGGTTCAGAGATAGGCTTTATGCGCGGGACGGCTGAGCACAGTGGTAACCGCAATTACTACGGTCAGGAAAATATCGATACCGCACCTGCACATCGTATTTATCAGTCTTTAGTACCAGTTGCCAAAGCAAGGCAACAAACGCCCGCTTTACAACGTGGTTTACAGTACATGATAACCCTGAAAGGCGACCGTGCTGCCTTTTATCGTGTCGTGCAAGACGACTCTGCGCAGCAAACCGCATTAGTTTTGTTAAACAAAGGCGATCAAGACACCACGTTTACAATTGACGAGTTCGTTCAAAACGGAGAGTGGGTAGAAGCACTGAGCAAAGAGCGCTTAACGGTTTCTGATAACCAGGTTAAACAAAACGTTGCGCCACACAGTGTAAAGGTATGGGTGCTGGAAGGAACATTAACAGACAAGCAGTTCATTCACGCGCTAGAAGCGCAAATGGATAACCAGTAA	MFDKTKIAIAISALSVLAGCQSTGGVSSSATAEQSAFHIAGTEEPFSAEAIYFIMTDRFVDGDPSNNYEMQGGEHPTWQLPLQGLDGQVANVGYMGGDLQGVVNNIPYIQNMGFTAVWLTPVVDNPDEAFTGSQPIEFGGQFKDGGKTGYHGYWATNFYKADEHLISDSLSVKDYTTAMHNAGLKTVFDIVANHGSPSFSMPVDQPGYGEIYDADGKLVADHLNKVPDELDITQPLQAFFHNYPDLVELSNLNEANPDVQDYLINSYLYWIEQGADAFRIDTIRHVPHAFWRIMSDRIRREHPDFFMFGESFQYDANFIAQHTLPKNGNISVLDFPMQKAMVSVFGEEQQGFESLEDVLYLTHGPYDNPYELTTFYDNHDMPRMMASDSGFIDAHNWLFTSRGIPVVYQGSEIGFMRGTAEHSGNRNYYGQENIDTAPAHRIYQSLVPVAKARQQTPALQRGLQYMITLKGDRAAFYRVVQDDSAQQTALVLLNKGDQDTTFTIDEFVQNGEWVEALSKERLTVSDNQVKQNVAPHSVKVWVLEGTLTDKQFIHALEAQMDNQ	PGPT0018540_123	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_COMPLEX_SUGAR_UTILIZATION	PLANT_DERIVED_STARCH|GLYCOGEN_DEGRADATION,PGPT0018540-cgt-K00701	NA	NA
AK237_03434	1071	cytR_4	COG1609	HTH-type transcriptional repressor CytR	ATGAAGCATGATGACAATAAAGTGTCCCTACTCCCTTGCATGAAAGAAAAAGCGACCTCCTTTGATATTGCGCACATGGCCGGCGTTTCGCAGTCCACTGTATCCAGAGCGCTGAGCAACAGCCCTTTGGTCAATAAAGAAACCCGTGAGCGTGTCCAGCGTATTGCCAAAGAGCTTAATTACAAGGTGGACAAAAACGCAAGTAATCTACGCAAGCAAAAAAGCAACACCATAGCCTTGCTACTATTTGAAGACCCGACGTCAGATGACTCAATGATTAATCCGTTTTTCCTGAACATGCTTGGAAGCATCACCAGGGCAAGCGCAGCCGCCGGTTATGATCTACTCGTGTCTTTTCAGAATCTGGACAATGACTGGCATGCGGAGTATGAAGACTCCAAGAAGGCTGACGGTATCATATTGCTGGGTTACGGCGACTATACAGCTTACCGTGACAAACTTGCTCAACTCGAAGAACAAGGTACGCATTTCGTCCGCTGGGGCGCAAAAGATTCCGATCATCCCGGAATTAGCATAGGCTGCGATAACTTTCAGGGTGGCTATGATTTAACGTGTCACCTGCTGGCACATGGGCGCAAGCATTTTGCGTTTATTGGTGATGCCGGAGGGCATGCGCCGGAATTTTTTGCCCGGTACCAGGGCTACGCAAAAGCGTTGTCAGATGCAGGAATCGATTGTACGCATCTGGCACGTTTAGATGCCAATTCCACCGAGGAAGCGGGATTCAATGCAATGAAACATATCATCGCCAGCGGGTCACTACCGGATGCAATAGTCTGTGCCTCGGATCTCATCGCTACCGGCGTACTTCAATCACTCAGAGAAACAGATATTCGCGTACCGGAAGACGTTTGCGTGACAGGTTACGACAACATCACAATATCTGCTTACACAACACCAGCATTAACCACTGTGCAACAGGATACGCGCCTGGCCGGAGAATTATTGGTCACGAGTCTGTTAAAAGCGATCAATAAGCAACCGGTAAGCGATTACCTTATGCCTGCAGAGTTGATTGTGCGAGGTTCGTGTGGTGCAAAAGTAAGATAG	MKHDDNKVSLLPCMKEKATSFDIAHMAGVSQSTVSRALSNSPLVNKETRERVQRIAKELNYKVDKNASNLRKQKSNTIALLLFEDPTSDDSMINPFFLNMLGSITRASAAAGYDLLVSFQNLDNDWHAEYEDSKKADGIILLGYGDYTAYRDKLAQLEEQGTHFVRWGAKDSDHPGISIGCDNFQGGYDLTCHLLAHGRKHFAFIGDAGGHAPEFFARYQGYAKALSDAGIDCTHLARLDANSTEEAGFNAMKHIIASGSLPDAIVCASDLIATGVLQSLRETDIRVPEDVCVTGYDNITISAYTTPALTTVQQDTRLAGELLVTSLLKAINKQPVSDYLMPAELIVRGSCGAKVR				NA	NA	NA	NA	NA
AK237_03435	1665	glnS	COG0008	Glutamine--tRNA ligase	ATGGCGGAAACGGAACATCATCCGAGCAACTTTATTCGGCAGATTATTGAAAAAGATCTTGCCGCGGGTGTACATGATTCGATCAAAACACGCTTCCCACCAGAACCAAATGGCTTCTTGCACATTGGTCATGCAAAATCTATTTGCCTGAACTTTGGTGTTGCTGCAGATTATAACGGTACGTGCAATCTGCGTTTCGACGACACGAATCCTGCAAAAGAAGACATCGCGTTCGTTAATTCAATCCAGGAAGATGTCAATTGGTTAGGCTTCCAATGGAATGGCGACGCGCGTTATTCGTCAAACTATTTTGACCAATTACATGGTTATGCCATGGAGTTAATTGATAAAGGTTTAGCGTACGTCGATTTCTCTACGCAGGAGACCATGCGAGAGTTACGCGGTACCCTTACCGAGCCTGGAAAAAATAGTCCTTACCGTGATACTGACCCGGCAACTAACCGTGCTGAGTTCGAAAAAATGACTGCAGGTGAATACGCAGAAGGTCAGTGTTCGCTACGTGCCAAAATAGACATGGCATCGCCTTTTATGTGCATGCGCGACCCTGTTATTTACCGGGTGAAATTTGCTCATCATCACCAGACAGGCGATAAGTGGTGTGTTTATCCCATGTACGACTTTACCCACTGTATTTCAGATGCCATAGAAGGGATTACCCATTCTTTGTGTACATTGGAATTTCAGGATAATCGTCGTTTGTACGATTGGGTTATCGAAAACATTTCTATTGAAAGTACGCCACGGCAGTACGAGTTTTCCCGTCTGAATCTCGAATATACCGTACTCAGTAAACGTCGTCTTATTCAGCTTGTGGAAGAAAATCACGTGAGTGGTTGGGACGACCCTCGCATGCCTACTATTGCTGGTTTGCGTCGCCGTGGTTATACGCCTGCCTCCGTGCGCGAATTTTGTAAACGCATTGGCGTAACGAAAATGGATAACATGGTCGAGATGGGTATGCTTGAAGCATGTATCCGCGATGACTTAAACGTCAATGCGCCTCGTGCCATGGCCGTATTAGAACCGGTAAAATTGATCATTGAAAATTATCCGCAAGAGGGCGGTGAAAGTCTGCAGGCGCCAAATCATCCCAATGATGAAAGTATGGGTAGCAGAACCATTCCGTTTAGCAAAGAAGTGTGGATTGAAGCTGATGATTTCCGTGAGGCGGCAAATAAAAAGTTCAAACGCCTGGTTCTCGGTAAGGAAGTGCGCCTGCGAAATGCATATGTGATTAAAGCCGAACGTGTTGAGAAAGACGCGCAAGGCAATGTAACCACTATTTATTGCACCTACGACGCTGATACATTAGGTAAAGATCCTGCCGATGGCCGCAAAGTAAAGGGTGTAATTCACTGGGTTGACGCTGCATCGGCGAATAAAGCCGAATTCAGACTGTACGATCGTTTGTTTAACGTGCCAAACCCTGCAGCAGAAGAAGACTTTGTTGATGCAATCAATCCTGAGTCGTTACAGGTAAAACAAGGCTTTGTTGAACCAGGTCTCGATGAAAACCCCACAGCAGGTGGCTGGCAGTTTGAGAGAACCGGTTACTTCTGTCTGGATAAGGATAGTACGCAAGCGATCAAGGTGTTCAACCGTACGGTTGGGCTTCGGGATTCCTGGGCAAAAATTGCCGATTAG	MAETEHHPSNFIRQIIEKDLAAGVHDSIKTRFPPEPNGFLHIGHAKSICLNFGVAADYNGTCNLRFDDTNPAKEDIAFVNSIQEDVNWLGFQWNGDARYSSNYFDQLHGYAMELIDKGLAYVDFSTQETMRELRGTLTEPGKNSPYRDTDPATNRAEFEKMTAGEYAEGQCSLRAKIDMASPFMCMRDPVIYRVKFAHHHQTGDKWCVYPMYDFTHCISDAIEGITHSLCTLEFQDNRRLYDWVIENISIESTPRQYEFSRLNLEYTVLSKRRLIQLVEENHVSGWDDPRMPTIAGLRRRGYTPASVREFCKRIGVTKMDNMVEMGMLEACIRDDLNVNAPRAMAVLEPVKLIIENYPQEGGESLQAPNHPNDESMGSRTIPFSKEVWIEADDFREAANKKFKRLVLGKEVRLRNAYVIKAERVEKDAQGNVTTIYCTYDADTLGKDPADGRKVKGVIHWVDAASANKAEFRLYDRLFNVPNPAAEEDFVDAINPESLQVKQGFVEPGLDENPTAGGWQFERTGYFCLDKDSTQAIKVFNRTVGLRDSWAKIAD				NA	NA	NA	NA	NA
AK237_03436	903			hypothetical protein	ATGCGCTTTTCTTTGTTGCTGCTGTGCGGAATGTATTCGGCCATATCGTTGGGGGCTACATATCCTGTTTATTTCCTTGGTGGACAGTCCAACATGGAAGGCTATGGCTTCAGTAAAACCCTCGAACCTTTACTACAAACGCCTGCCGAGAATATTTTCCTGTTTGCGGGGGCACCTGCCTCAGATGATGATCCTAAAGGTGGGGCGGGAGTCTGGGCGCCGTTGCAGCCTGGTACCGGGAAAGGCTTTAAGTCGAATGGTAGCGTTAGTTTGTATAGTGACCGATTTGGTCCGGAAGTGTCATTCGGGCATAAAATGTATGCGCTTAATCATCATCAGCCTATGGCAATTATTAAATATGCAAAGGGTGGTTCAGGTATTGCCAAAGGCGTTGGACATGGAAGTTGGTATCCCCATTATCGGGATAATACAGGTGTAAACCAATATGATTTTTTTCTGAAAACTCTTCGTACCGCATTTGCCCCACAGGATATTGACTTAGATGGCACTATTGACACCCTGGTACCGACTGGCATTGTTTGGATGCAAGGAGAGTCTGATGCTCATGAAAGCCAGCAGGTTGCCGATGCCTACCAACGTAATTTAACAGAATTGATGTCACTTATCCGTGCAGCATTGCACGACGACTCGCTGCCCATTGTAATTGGTAAGATTACCGACTCGGGGAAAGATGAAGACGGAAAGTTAATGGACTACATCGACACGGTACAGCAAGCGCAGAAAGCATTTGTTGAAAACGATACATGTGCCGCGTACGTCACGTTGCTGGATAACGAACAGCATATTGAAGATGGCTGGCATTACACGTCCGGGGGATATGTGCGGTTAGGCGAGGGCTTCGCAGGTGCTATGCATAAGTTGCAGCAGTCCTGTCATGAGTAA	MRFSLLLLCGMYSAISLGATYPVYFLGGQSNMEGYGFSKTLEPLLQTPAENIFLFAGAPASDDDPKGGAGVWAPLQPGTGKGFKSNGSVSLYSDRFGPEVSFGHKMYALNHHQPMAIIKYAKGGSGIAKGVGHGSWYPHYRDNTGVNQYDFFLKTLRTAFAPQDIDLDGTIDTLVPTGIVWMQGESDAHESQQVADAYQRNLTELMSLIRAALHDDSLPIVIGKITDSGKDEDGKLMDYIDTVQQAQKAFVENDTCAAYVTLLDNEQHIEDGWHYTSGGYVRLGEGFAGAMHKLQQSCHE				NA	NA	NA	NA	NA
AK237_03437	747	yciK	COG1028	putative oxidoreductase YciK	ATGCCCAATCAGTACCAAGCGCCAGAAGATCTTCTGCTCGATAAAACCCTTTTAATCACCGGTGCCGGTGACGGAATTGGGGCAGAAGCAGCCCGCACCTACGCTAAATATGGAGCGACGTGCATTTTACTGGGTAAAACCGTGTCTAAACTCGAGGGTGTTTATGACAGCATAGTCGAAAATGGCGGGAAGCAACCAGCAATTGTCCCACTCGATCTTAAGGGCGCGACCCTTAAAAATTATCAAGATCTGGCGCAAACCATCATTGACCAGTTTGGAAAGTTGGATGGCGTTTTACACAACGCGTCAATGCTAGGCCACTTAAGCGCCTTTGCCGACATACCGGAATCAGAATGGATGGATGTGATGCAGGTTAATGTCAATAGTACAGCGCTTATGACTCAAGCCCTTATTCCCGCTCTGCGTAAGGCGGAACATGCATCAGTTATTTTTACCAGCTCAGGGGTAGGTAAAAAGGGTCGAGCATTTTGGGGAACCTACGCGGTATCAAAATTTGCTACCGAAGGCATGATGCAAGTGCTGGCCTCGGAATATGAAAACCGGGGCGTGCGTTTCAACTGTGTTAATCCAGGCGCCACAAGAACAAAAATGCGGGCTAGCGCCTACCCGGCTGAAAATCCGGAAACACTAAAAACGCCATCGGAAATTATGCCTGCTTATCTTTATTTAATGGGTGATGACAGCGTCAATGTGAACGGCCAATCCATTGATTGCCAGCCAAAGTAA	MPNQYQAPEDLLLDKTLLITGAGDGIGAEAARTYAKYGATCILLGKTVSKLEGVYDSIVENGGKQPAIVPLDLKGATLKNYQDLAQTIIDQFGKLDGVLHNASMLGHLSAFADIPESEWMDVMQVNVNSTALMTQALIPALRKAEHASVIFTSSGVGKKGRAFWGTYAVSKFATEGMMQVLASEYENRGVRFNCVNPGATRTKMRASAYPAENPETLKTPSEIMPAYLYLMGDDSVNVNGQSIDCQPK				NA	NA	NA	NA	NA
AK237_03438	2598	volA	COG1073	Lysophospholipase VolA	ATGAGAAAACTCTTTATCAGTACCAGTGTTGCTCTGGCACTGGGTTTAACGGGTTGCGGTGGCTCCAACGAAACGCTGGATGACATCCAGGCCGATACGCCCGTTCAGAAGCCTTTCTCTCGCATCGTTTTTGACCCATCCAACGGCAATCTTAACATTCCTAACGATTTGTTAATGTTACCCGGTGACGACGGTTTCTTTGACTACACACTTAATATTCCCGTTGATGACCCTACAGATTTCACAGACCCGCAAAATGCATTAAATGTCCTGGATGGCTGGTCCACTCAACATCCTTTTGTGATTGATGTGACGACACCTGCAGGTGTAACGCTGGACGAAACTACGTTGTCAGCAGGTATTATGCTTTATGAGGCGACACTGGGCCTGGACCAAAGCGATCCTGACTGTGCCACTGCTGCCATTCCTTCTTCGGGTTGTAAAGTAGGGGATCAACTACAATACGGTGTTGATTTCGTTTTATCACTCGTGGATGGCGATACAATTTCTGTTGTGCCGTTAAAGCCGCTTAAACCTGCGCATGGTTACATGCTGGTAATGACAACCGACTTAAAAGACAGCGCCGGGAACGGCGTCATGGGCTCCACTTCCTGGGAACTGGTTCGCCAGGATGTCGATACGTTGCCGCTGAGTTCTCCTGCGCAGCTGCAGTTGCAAACACTGGTCAACTCACTGGTGGACCCTATAATCGATTTGGGCTATGACAGAGAAGACATCAGTTATGTCTCTGCGTTCACGACACAAAGTACGGATATGTCTCTGCAATCCATCAAGAAAGTAATGGTTGCTGAATTCGCCGCTCGCTTCGCAGCGGGTGATGCTACCGCACCTCAGGCGTTACCTGTTGTTACTGTTAATGACCCTGAAGGGGCAACCAATGCCATGGAGGCGCTCAACCTCGTTGACGATACAACGCTAGCCGGCGCGATTCAGTCAGGTATTAACGCATTACCGCCAGAAGCAGAAAGTTTTATTCCAACCATTGAAGCAACATTAAGTGCTGGCGGTTTCGATAGCTTGCAAACTTGTTCAGGTTTATTAGGCACTGCGTCTGGTGCGATGGCAGGAACATGGGGAGCGCTGAATGATTTTGCGGTGGGCGTGTCCACGGGTATTTTAACGCAGGTAGGCCCATTCTGTGCGGCTACCCGTTACGAAGGGAATATCAGCCTGCCGTATTACCTGGCTTCGCCATCGGCAGAAGATCCGCTGGCGCCTACAACGACTTTCTGGCATGCAGCATGCGATAGTGGCATTGTTCTGGCCGGAGCACCGGATGAGGCATTAGCTGCTGCAACGCCTGGACCTAACTATACGTTGTGTGAACAAATTGGTTTGGCAGATTTACGGGTAAATGGTGAAATGCTGGACACGGCGCGTAATATCACTAAATTTAACCCGGTGCCACAAACCCAGTCTACACAAACACTGGAAGTTCAGGTTACCGTGCCTAACCCTTCTGTTGCGGCTGGTCTTAATATTTCCATTTCACAACCTGAAGCTGGCTGGCCTGTCGCTATCTTAATGCACGGCATTACAAGCAAAAAAGAAGACATGTTAGCGATTTCAGGCGCGTTGTCGTTAGTTGGCATTGCAACCGTTGCCATCGATCACCCACTTCACGGTAGCCGGGGCTTTGACGTTAACGGTGACGGTACCGATGATATTAATGCAACCACCGTTAGCGCCACGCATTATATGAATTTGCAGTCTTTGCCGACGGCTAGGGATAACGTGCGACAAAGCGTCGCCGATTTATTAGGGCTTCGCTTGGGGTTAAATGCAGTTAACGACCAAACAACAGGCAGCGCTGCACAATTTGATTTAAGCCGTGTTTACTTCATGGGCGTGTCTTTGGGCGCAATTACAGGGGCAGACTTTGCTGCTGTTACTAATTCAACCATGGGCGATGAACTTGCTGCACTCGATAGCATGTATAGCGTGCAAGCAGCATCTTTAGAATCGCCTGGTGGTGGTTTAGCGCAGTTCTTAATCGAGTCGCCAAGATTTGGGCCATTAATTCAAGGGTTGTTGTTATCTCAGGCATCACAGGATTTTCAGGGCTTGCTTGTGCAACTTTACGAAACCACCGATGTCACTCCGGCACAATTAGTGGCGGCAGTTGACGTTTTCCTGGCTAATCTCACCGAAGCGCAAGCTGCTGAAGTACAGTCAGTACTTAGTCAGTTTGCTTTTGCCGCTCAAACCGTATTGGATGCAGGAGATCCCAATAATTACGCGGTGACAATGAGCGAAACAACGCCTGTACATATGATGACGGTAGTGGGTGATGGTGCGGATAACCTGTCCGATCAGGTCATTCCGGTTACCACTACCTTGCCATTATCCGGGCAGTTACCGTTTTCACAAATTGCGGGTTTGGAGCAGATAAGCGCGACGGCAACGGGGGATCCGGTAACTGGAATCGTGATGTTTACAGAAGGGGCGCATGCGTCTAGCCTAAGTCCGGATGCCAGTGCAGCGGCAACAACAGAAATGCAAAAAGAGGTGGCTGGTTACTTGTCTACAGGTGCTACGGTTCTACCTGTTTCCGATACCTCTGTAGTGAAAAACTAA	MRKLFISTSVALALGLTGCGGSNETLDDIQADTPVQKPFSRIVFDPSNGNLNIPNDLLMLPGDDGFFDYTLNIPVDDPTDFTDPQNALNVLDGWSTQHPFVIDVTTPAGVTLDETTLSAGIMLYEATLGLDQSDPDCATAAIPSSGCKVGDQLQYGVDFVLSLVDGDTISVVPLKPLKPAHGYMLVMTTDLKDSAGNGVMGSTSWELVRQDVDTLPLSSPAQLQLQTLVNSLVDPIIDLGYDREDISYVSAFTTQSTDMSLQSIKKVMVAEFAARFAAGDATAPQALPVVTVNDPEGATNAMEALNLVDDTTLAGAIQSGINALPPEAESFIPTIEATLSAGGFDSLQTCSGLLGTASGAMAGTWGALNDFAVGVSTGILTQVGPFCAATRYEGNISLPYYLASPSAEDPLAPTTTFWHAACDSGIVLAGAPDEALAAATPGPNYTLCEQIGLADLRVNGEMLDTARNITKFNPVPQTQSTQTLEVQVTVPNPSVAAGLNISISQPEAGWPVAILMHGITSKKEDMLAISGALSLVGIATVAIDHPLHGSRGFDVNGDGTDDINATTVSATHYMNLQSLPTARDNVRQSVADLLGLRLGLNAVNDQTTGSAAQFDLSRVYFMGVSLGAITGADFAAVTNSTMGDELAALDSMYSVQAASLESPGGGLAQFLIESPRFGPLIQGLLLSQASQDFQGLLVQLYETTDVTPAQLVAAVDVFLANLTEAQAAEVQSVLSQFAFAAQTVLDAGDPNNYAVTMSETTPVHMMTVVGDGADNLSDQVIPVTTTLPLSGQLPFSQIAGLEQISATATGDPVTGIVMFTEGAHASSLSPDASAAATTEMQKEVAGYLSTGATVLPVSDTSVVKN				NA	NA	NA	NA	NA
AK237_03439	1086			hypothetical protein	GTGAAGTTTGAATACACGTTTGCAAACGAAGATAGTTATACCGAACAACGTGTGCTAAGCCCTGAAGCGAAACATGTTTTAGCTATCGCCGGAAGCGGTGCACGCGTCATTCCTTTATTCGTTAAAAAGCCGAAAAAATTGACCTGTATTGACTCATCGGTACAGCAACTTTATTTAACAGAATTACGAATAGCTGCCCTTAAAGCACTTACCTACACAGAATATTGCAAATTGTTAGGCTACCAGGATTCCCCGCCCGAGGAACGCAAAACGTTATTTGAGAAGTTAACGCTTAGCGAACTAACGAGAAAAAGCATGAATGCGTTTTTCGAACAATCAGGTTGGAAAAGTTTACTATTCACCGGCGTGTGGGAAACAAAATTGGCAAACTCAGCGCGCCTGTTTTGTTTGTTGTACCCTGAGCTAAGGGAAAAACTCAGTAAATGCGACTCTGTGGAAGAGCAAAAGAACATTTATCGCTCACTGCAGCGCAAGCTTAAATTAATGGCGCTCTGCCTTACATTGTCGGTAACGATAGCGGTTCTGGGTAAAAAGCTGCTGCTTAGACGTACCCATTTAACGTTCTCTACCCCTTTGTATTTCTATGGCTTTTTTACTCGCTCAATCAAAAATGCATTTGAGAATTTCTTAATAAAAAATAGTTTTTATTACAGCGCTCTGCTAACTGGTTCGTATAACAGCGCCAAAGCGCCGACGGCAGAAATCGACGAGAAAAACTTTACTCGTTGTAAACAAGCTGCCATAGCGTGCGAAGTGAAGTATATAAATCAAGATATCGTTCAGCATTGCGCGGAAGTCGACAATGAATATGATTTCGTCTCACTGTCTAACGTGCCGGATTATCTGAAAAAAAGTGAAAAGCTCGTGTTCATGACTGAGTTAGCAAAAGCCTTCAAAGACAATGCACTCTTGGTTTATCGCAGAAGCATCACTTCTCAGATTGAAAATAAAACAACACACTTTGTTCCTGTTTCAGATAAATATAAAGCCATACTACAACGCGACGCCACCCCCTTCTATGATACCTACATCTACAGCAAATCTTCTAGCGGTTCTGGTCAGTAA	MKFEYTFANEDSYTEQRVLSPEAKHVLAIAGSGARVIPLFVKKPKKLTCIDSSVQQLYLTELRIAALKALTYTEYCKLLGYQDSPPEERKTLFEKLTLSELTRKSMNAFFEQSGWKSLLFTGVWETKLANSARLFCLLYPELREKLSKCDSVEEQKNIYRSLQRKLKLMALCLTLSVTIAVLGKKLLLRRTHLTFSTPLYFYGFFTRSIKNAFENFLIKNSFYYSALLTGSYNSAKAPTAEIDEKNFTRCKQAAIACEVKYINQDIVQHCAEVDNEYDFVSLSNVPDYLKKSEKLVFMTELAKAFKDNALLVYRRSITSQIENKTTHFVPVSDKYKAILQRDATPFYDTYIYSKSSSGSGQ				NA	NA	NA	NA	NA
AK237_03440	225			hypothetical protein	ATGATTGAATTGAAAGAGGCAGAGATAAGCGCAGTGGGTGGCGGTGCAATGAGTGTCACTGAGTCTGCGGTCGTCGGTGGCATCGGCGGATTCGGTGGCGGTATGACGTTGGGTGCCACCGTCGGTGCCGTCGGTGGCCCTCCGGGCATTTTGATCGGAGGTTTGATTGGCGGCATGTTAGGTACAATCAGCGGAACTTACGCCGCTGCTGTGCTTTCGATGTAA	MIELKEAEISAVGGGAMSVTESAVVGGIGGFGGGMTLGATVGAVGGPPGILIGGLIGGMLGTISGTYAAAVLSM				NA	NA	NA	NA	NA
AK237_03441	231			hypothetical protein	ATGAAAGTGCTGAATACTAACGACGTGGAAAAAATTTGTGGCGGTAGCAATACCGTAGCATGGTCAATCACTGGCGCAACTGCAGGTACAGGTGTTGGCGCCGGTGCTGGCACATTGGCAGCGGTTATGAACGGTGCAGCCACAGGAGCAAGTTGGGGCAGATGGGGCGGCTTCGTAGGGCTTGCCGCGGGCGCGTTAATTGGCGCCGGCTACGGTTACTTATCAGCGTAA	MKVLNTNDVEKICGGSNTVAWSITGATAGTGVGAGAGTLAAVMNGAATGASWGRWGGFVGLAAGALIGAGYGYLSA				NA	NA	NA	NA	NA
AK237_03442	1035	sohB	COG0616	putative protease SohB	ATGTTGGAGTTTTTGTACGAATACGGATTATTTTTAGCGAAGGCCGTGACGTTAGTTGTCGCTATCGTTGTGGTGTTAATTGCTATCGTAGCCAGTGCCAGTCGCCAAAAACCAGGTAAGGGCCATCTGGAAATTGTGTCGCTCACAGAACAGCTCAACGATATTAAGCATTACGCGCACTCTGTTCTTTTAGACAAAGCAGCACAAAAAAAGCTCGCTAAAGAACAAAAGAAAGAAAACAAACAGAACAAATCTGACAAGAAAAAAGACGAACAGGAAGCGCCTGCAGCAAAGCTATTTGTTGTAGACTTCGACGGTTCGATGGATGCCCACGAAGTCGGGCATTTAAGAGAAGAAATTACCGCGATATTGTCGATTGCTGAAAAGCAGGATGAGGTACTTATTCGTTTAGAAAGTGGCGGCGGTGTAGTGCATGGGTACGGTTTAGCGGCATCCCAGTTACAGCGCATTAAAGACAAAGGGATAAAACTGACCATAGCGGTAGACAAAGTGGCAGCCAGCGGTGGTTATATGATGGCTTGTGTCGCTGACACATTGTTGTCTGCACGTTTTGCCTATATCGGTTCTATCGGTGTAATCGCCCAGGTACCAAACGTAAACAAGTTACTAAAAAAACATGATGTCGAGTTTGAACAGCATACAGCAGGTGACTATAAACGTACGCTAACGGTGTTTGGTGAAAATACCGATGAAGGTCGTCAAAAGTTTAAGCAGGATCTTGAAAATATTCATGTTCAATTTAAAGATTGGGTAAAGTCTCAGCGTGAGGGATTGGACATCGAACGTGTTGCCACCGGCGAGGTGTGGTTGGGAAATGAAGCCAAAAACCTGGGTCTGGTAGATGACATTATGACGTCTGACGACTATATTTTATCTCATCATCCTAAACGCGACATATACTCCGTAAAATACGCAATGAAGAAAAGCATGGCAGAAAAATTAGGCTTCTCTGTTAGTGCTGTTATCGAACGTACTGTTATACGCATGATGTCTAAATCGCGTCAGTGGTTCTAA	MLEFLYEYGLFLAKAVTLVVAIVVVLIAIVASASRQKPGKGHLEIVSLTEQLNDIKHYAHSVLLDKAAQKKLAKEQKKENKQNKSDKKKDEQEAPAAKLFVVDFDGSMDAHEVGHLREEITAILSIAEKQDEVLIRLESGGGVVHGYGLAASQLQRIKDKGIKLTIAVDKVAASGGYMMACVADTLLSARFAYIGSIGVIAQVPNVNKLLKKHDVEFEQHTAGDYKRTLTVFGENTDEGRQKFKQDLENIHVQFKDWVKSQREGLDIERVATGEVWLGNEAKNLGLVDDIMTSDDYILSHHPKRDIYSVKYAMKKSMAEKLGFSVSAVIERTVIRMMSKSRQWF				NA	NA	NA	NA	NA
AK237_03443	633			hypothetical protein	ATGGCGAAAGATACCAAAGTTAGAATTCTTGATGCGGCAGAAGCCCTGTTTGCCGAGCAGGGCTATGCGCAAACGTCAATGCGGGCAATTACCGCGCGGGCAGACGTTAATCTTGCCTCTGTTAACTATCATTTCGGTAGCAAGAAGAACCTTATCCAGTCAGTATTAAAACGTTATTTTGATGTGCTGATGCCACAAATCGATACCATGCTGAAGCACCATCAACCGTCTACCGGTGCAGATGGCGTCGAAGCGTTGCTGCTAGCCCTTGTCCCACCCATGATGACGTTATCCGAAGTGCGTCCAAAAGGTACGGCGCGGTTTGTGCAGTTATTAGGACGTGGCTACAACGAGACTCAAGGCCATTTACGCCGGTTTATTATGCACGATTATGGGGGCACGGTAGCGCAGTTGATGGCAGCGCTGCACGCTTGTTTACCCCACATCGAAGATGATGAATTATTCTGGCGGTTGCATTTTGCCATCGGTAGTTTTGTTTTTTCTATGGCATCCAGCCAAGCGCTGACAGAGATTGCTGAGGCTGACTTCAATCAGAAAGTAGATATTAAAGCCGTGATCCTGCATCTCGTCCCCTTCGTTTCACAAGGTATTGCCGGGCGCACTGCCTGGTAA	MAKDTKVRILDAAEALFAEQGYAQTSMRAITARADVNLASVNYHFGSKKNLIQSVLKRYFDVLMPQIDTMLKHHQPSTGADGVEALLLALVPPMMTLSEVRPKGTARFVQLLGRGYNETQGHLRRFIMHDYGGTVAQLMAALHACLPHIEDDELFWRLHFAIGSFVFSMASSQALTEIAEADFNQKVDIKAVILHLVPFVSQGIAGRTAW				NA	NA	NA	NA	NA
AK237_03444	762		COG0327	GTP cyclohydrolase 1 type 2	ATGGCGATCAGCAGGCATGAATTAGTGTGCGCTCTCGACACGCTCTTACGTCCACAAGATGTACAAGACTATAGTCCGAACGGATTGCAGGTGGAAGGTACAAATAAGATTACCAAAGTGATCACAGGAGTGACGGCGTCACAGGCCCTGATTGATGAAGCAATTCGCAGGGAAGCTGATGCTATTGTTGTTCATCACGGCTATTTCTGGAAAGGCGAAGATCCCACGATCACCGGTATGAAAGGTAAGCGCATCGGACACTTACTTAAAAATGACATTAACCTGATTGCCTATCACCTGCCTATCGATATCCATGCAAAGTACGGCAACAATGTCCAGCTCGGACAGAAAATGGGGTTGCGTAATCTGGCGCCGGCAAAAGGGGTCAAGCCTGAAGGGATCATCTATACCGGTGAAACGACTGAGCCCACGACGGGGTCCGCATTACAGCAATGCCTGGAGAAACAACTCGGCCGCGCAGTTTTACACGAAGGAAACCCAGCTAAACAAATTGAGCGCGTAGCGTGGTGCACAGGAGGCGGTCAGGGCTACATTGAAAAAGCGGTAGCGCTTGGCGCTGATGCGTTTGTGTCGGGTGAAGTCTCTGAACAAACCATTCATGTGGCCCGAGAGCTCGATATTCACTTTTTCGCAGCCGGGCACCACGCGACTGAGCGTTATGGTGTTAAAGCGGTCGGAGAGTGGCTTTCTGCGTCATTTGATATCCGTGTCGACTTCGTTGATATCGATAACCCAGCTTAA	MAISRHELVCALDTLLRPQDVQDYSPNGLQVEGTNKITKVITGVTASQALIDEAIRREADAIVVHHGYFWKGEDPTITGMKGKRIGHLLKNDINLIAYHLPIDIHAKYGNNVQLGQKMGLRNLAPAKGVKPEGIIYTGETTEPTTGSALQQCLEKQLGRAVLHEGNPAKQIERVAWCTGGGQGYIEKAVALGADAFVSGEVSEQTIHVARELDIHFFAAGHHATERYGVKAVGEWLSASFDIRVDFVDIDNPA				NA	NA	NA	NA	NA
AK237_03445	753	cmoM	COG0500	tRNA 5-carboxymethoxyuridine methyltransferase	ATGAAATCTACCGACCAGTATTTTAACGGTATTGCCCAGAAGTTTGCGACAAACATCTATGGCACCACAAAAGGCCGTTTAAGGCATTTGTTACTGCTGGAAGCCTTAAACCCATTTATCAACGACGTGCCGGCTATGAAAGTCGTTGATTTAGGGGGGGGCACAGGGATAATGTCCAAAGATGTGGCATCTCACGGACATGAAGTCACTTTGGTCGATGCGTCTGAAGACGTGTTGACGTTAGCTAAGGAATATTTGCGTGACGTGCCTCTCGTGCAATTTTGCCAGGGTACGATTCAGTCGCAATCGTCCTTACACGCGTATGATTTTCTTATTTGCCACGCCGTGCTGGAGTGGCTGGCAGAGCCATTAGCTGCTCTCACTCACCTTTATGAGGGGATGAAAAACGGGGCGACCTTAAGTTTAACTTTCTTCAATCGCGATGCCGCGTTATTCGGCAACGCCGTGTATGGTAACTTTGACTATATTGCGCGAGGGATGAAAGTTAAAAATCAGGTCAGACTCAACCCCAACAATCCGCTGGTACCGAAAGAGGTACTGTCGCACGCAAAATCCCTCGGGTTTACCGTTAAATCTTTGGCGGGTATTCGTTGCTTTCATGATTACATGAAAGATAACCACATCGATGATGAACAATTTGAAGCGTTGTTAGCGCTGGAAAAGCAATATATGCATACCGAGCCATTTTGTTGGCTCGGCAAATATGTGCATGTGATGTTACATAAGCCTTAG	MKSTDQYFNGIAQKFATNIYGTTKGRLRHLLLLEALNPFINDVPAMKVVDLGGGTGIMSKDVASHGHEVTLVDASEDVLTLAKEYLRDVPLVQFCQGTIQSQSSLHAYDFLICHAVLEWLAEPLAALTHLYEGMKNGATLSLTFFNRDAALFGNAVYGNFDYIARGMKVKNQVRLNPNNPLVPKEVLSHAKSLGFTVKSLAGIRCFHDYMKDNHIDDEQFEALLALEKQYMHTEPFCWLGKYVHVMLHKP	PGPT0023655_577	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	OTHER_COLONIZATION_RELATED_PROTEINS	COLONIZATION-HOST_INVASION_FACTORS	HOST_INVASION-SAM|QUEUOSINE|LIPID_METABOLISM,PGPT0023655-smtA-K06219	NA	NA
AK237_03446	1002	ldhA	COG1052	D-lactate dehydrogenase	ATGACAATAAAACTCGGTGTGTTTAGCTGTAACCCTTACGATGAAAACTCGCTGGCAGCGCATACCGGGGAGACAATATCGCTGCACTGTTTCCCCGTGCATCTTGACGAGCAAACTGTGCCGATGTGTCAGGGGTTAGATGCAGTCTGTGTGTTTGTGAATGATACCGTGTCTGAGAATGTGTTACATACACTCTGCGAGTTTGGAGTGAAACACGTGGCACTGCGCTGCGCCGGCTACAACAATGTTAATTTAGAGGTGGCAAAACAATTAGGCATCGCCGTGTCGCATGTACCTGCGTACGCACCTGAAGCAGTGGCTGAGCATGCCGTGGCACTGATGCTGACGCTTAACCGACGAATGCACAAAGCGTACAACCGGGTCAAAGAGGGAAACTTCGATTTAAACGGATTATTAGGCTTTAACATGGTGGGTAAAACCGCTGGTATTGTAGGAACAGGACATATTGGTAAGGCAACAGCCCGTATTCTGTTGGGCTTTGGATGTAAAGTGCTCTGCTTCGACCCCTACCCTGACCGCCAACTTCAGGACGCAGGCGCTGAATATGTCACGATGGATACGTTACTCAGTCAATCTCATATTATCAGCTTACATTGCCCGTTGAATCAGCAAAGCTATCACTTAATTAACCAACAGAGTATCGAGAAGATGCGCGATGGCGTTATGCTTATCAATACGTCCCGTGGAGGCTTAGCAGACACTCAGGCGCTTATTGATGGGCTTAAATCTCACAAAATTGGCTATCTGGGGTTAGATGTTTATGAAATGGAATCAGAACTGTTCTTCAAAGACCATTCTTGCGAAGTGATTCAAGATGATGTGTTCGAGCGCTTGTCTACTTTTCATAACGTATTGATCACTGGTCACCAGGGATTTTTCACTCAGGAAGCGCTCCATCAAATTGCACAGACAACGTTAGCTAACGTGCGCGCTTGCGATGACCACACCATGGATACCACCACATTTCTGGTAAAACCCTAA	MTIKLGVFSCNPYDENSLAAHTGETISLHCFPVHLDEQTVPMCQGLDAVCVFVNDTVSENVLHTLCEFGVKHVALRCAGYNNVNLEVAKQLGIAVSHVPAYAPEAVAEHAVALMLTLNRRMHKAYNRVKEGNFDLNGLLGFNMVGKTAGIVGTGHIGKATARILLGFGCKVLCFDPYPDRQLQDAGAEYVTMDTLLSQSHIISLHCPLNQQSYHLINQQSIEKMRDGVMLINTSRGGLADTQALIDGLKSHKIGYLGLDVYEMESELFFKDHSCEVIQDDVFERLSTFHNVLITGHQGFFTQEALHQIAQTTLANVRACDDHTMDTTTFLVKP	PGPT0001755_446	DIRECT EFFECT	BIO-FERTILIZATION	POTASSIUM_SOLUBILIZATION	K-SOLUBILIZATION-ORGANIC_ACID_METABOLISM	K-SOLUBILISATION-PYRUVIC_ACID_BIOSYNTHESIS,PGPT0001755-ldhA-K03778	NA	NA
AK237_03447	486	bsaA		Glutathione peroxidase BsaA	ATGGCATCTGTTTACGACTTCACTGTCAACCTGAACTCTGGCGAATCACTGCCTTTAAAAAAACTTGAAGGGCACGTCATTGTGTTTGTGAATACAGCTAGCCGCTGTGGGTTTACCCCACAATACGAAGGCTTAGAAAGACTTTCAAGTCGATACGAGCCTCAGGGAGTGACGTTTATTGGCTTTCCCTGCAATCAATTTGGCGGACAAGAACCGGGCAGCGATACGGAAATCCAACAGTTTTGTGATCTGAATTATCATGTTTCATTCCCCATGTCGGTTAAAGTTGATGTAAATGGTGAGCACGCGGATCCCCTGTTCACCTTTTTGAAAGATAAGGCTCGTGGCGTACTTGGCACCAAGGGCATAAAGTGGAACTTTACAAAATTTGTTGTTGATCGTGACGGTAAAGTTGTCCATCGATTCGCGCCAACAACTAAACCGGAAGAACTGGAAAAGGCGCTCATCCCTCTTATTCGCGCCTAA	MASVYDFTVNLNSGESLPLKKLEGHVIVFVNTASRCGFTPQYEGLERLSSRYEPQGVTFIGFPCNQFGGQEPGSDTEIQQFCDLNYHVSFPMSVKVDVNGEHADPLFTFLKDKARGVLGTKGIKWNFTKFVVDRDGKVVHRFAPTTKPEELEKALIPLIRA	PGPT0013115_4264	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	DETOXIFICATION_OF_PEROXIDIZED_COMPOUNDS,PGPT0013115-bsaA|gpx|btuE-K00432	NA	NA
AK237_03448	861	garR	COG2084	2-hydroxy-3-oxopropionate reductase	ATGGCAAACAAAAAAATCACCTTTCTTGGCTTAGGTGTAATGGGTTACCCCATGGCCGGGCACTTACAAAAGGCAGGATATGCCGTAACGGTCTTCAACCGTACCACAGAAAAAGCCGCTCGTTGGGCATCTGAATTCTCCGGTAAATACAGCGCTACAATCAACGAGGCTGTGGCCGATGCTGATATTGTATTTATGTGCGTAGGAAACGACAAAGATGTAATGGAAGTAGCGCAAGCGGCTGTCGCCGGAATGCAACCCGGTAGTATACTGGTTGATCACACCACTGCATCAGCCACTGTAGCACGTGATCTGGCTGCAAAATGTGAGGCGGCGTCACTCGGGTTTCTTGATGCCCCGGTTTCTGGTGGTCAGGCAGGTGCAGAAAACGGTGTATTAACGGTTATGGTTGGCGGAGAACAAAATACCTTTGCGATTGCCGAGCCAGTGATGGATGCTTACGCGCGTCATAGTCAGTTATTAGGCGGCGCAGGGAGTGGCCAGCTGGCAAAAATGATGAACCAGATTTGTATTGCTGGCATTGTCCAGGGTCTGTCAGAGGCCTTGCACTTCGGTCAACAAGCCGGTTTAGATTGTGCAGCCGTAATTGATGTTATTTCAAAAGGTGCCGCTCAGTCGTGGCAAATGGAAAACCGTGCGCAGACTATGCTGTCTGGTAAATATGATTATGGTTTTGCCGTAGATTGGATGCGAAAAGATCTTGCGATAGCCCTCGACGAAGCCCGCCGGAATGGCTCAACCCTCGCGCTTACTGCGTTAGTTGATCAATACTATGCCGATGTGCAAAAAGGCGGGGGTGGACGCTGGGACACGTCGAGTTTACTGACGCGGCTGTCCTGA	MANKKITFLGLGVMGYPMAGHLQKAGYAVTVFNRTTEKAARWASEFSGKYSATINEAVADADIVFMCVGNDKDVMEVAQAAVAGMQPGSILVDHTTASATVARDLAAKCEAASLGFLDAPVSGGQAGAENGVLTVMVGGEQNTFAIAEPVMDAYARHSQLLGGAGSGQLAKMMNQICIAGIVQGLSEALHFGQQAGLDCAAVIDVISKGAAQSWQMENRAQTMLSGKYDYGFAVDWMRKDLAIALDEARRNGSTLALTALVDQYYADVQKGGGGRWDTSSLLTRLS	PGPT0018170_906	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
AK237_03449	1701			hypothetical protein	ATGACAATGTTCGTACTTATTTTCAGCATACCGGTGTTCGTCATGCCCTATCGTTTGGCCATTATTGAAGACAACGCGACAGCCCGCTCAGCGCTTAGAAGCCACCTGTTACCCATGGGTGAATTCGAGATAAGTAGTTTCAGCAACGGCACGGAATTAAAAAGTGCGTTGCGCAGGCAGCACTTTGAAATCATTCTGATGGATTTTCACCTCGGCCAGGGCAAAAATGGGGTTGAGTGGGTGCATCAACTCAGACAAAGCCAATTTATCCGCCCCAGCACCGGCATCATTTTTATTACCGCAGACAGACTACCTCAAACTGTGGGTCAAATAATTGATGCACAACCCGATCTACTTATCATCAAGCCCTATAATATCGCGACACTTTCCCGGGGGTTGGCTCACTACCTGAACTACAGAGCATACGTCAAGCAGGCATTAAACGCGTTAGATAATCATGATAACGAGACAGCACTTTCAGTCATCGAAAGCCTCAACAATGGCAAGACACCCGGGAAACTAAAAAATGACGTGCTAAAGTTGCACGCCCGCATCCTTTTTCAACACGGAAAGTTACTTCAGGCCAAGCAGCTTTATGAGTCAGTGCTGGCACAGTCTGACCGGGTACTATGGGCACAATGGGGTAAAATAAAATGTGAGTACCTGGCTGGCAATTGGGCGGATTGCAGGGAGGAGTTGACCGATTTAATGACTAACTCGCTCGCCAGGGATAAAGCCTTTGAATGGCTAGCCTGTTTGTGCTTTGAACAAGAAGCGTGGGCACAGGCCGAGTTTTATTTAGACCACATAAAAACCAGTGAGTTAAGTGTACCCGCAACCCGTCTTAAATCGCTTACATACCAGAAACAAGACAAAATTGTTGAAGGCATAGAACTGCTGCAAAAAAAACGTGATTACAACCGCAGTACGCGTGAGCGCTTTAACGAATTTACGTTTGAGTTAGCTGAGTTTTATTTATCCATCGCTGAGCATCAACCTAAAACAAACCGTGATGAAAGTCTCACGCAGGCGCGGCGATTGGTCGGGGTAGCAGGACGAAGCCATAACGATCAGCAGCAAGTTCAAAAGAAAGATTATCTGTTGGCACATGCAGCATGTCTGGAGGGAGACACTGACAAGGCTAAACAGATACTCGAGCAAGAACACATGGATATGTTTGTGCGTACCGACCCGGCCACATTAATCATAGCCGCGAAAATCCATAATGCACTGGGCAACATGGATAAAGCGAAGGCTCTCCTCACCCTGGCTCATGAACGAAACCATCACGATGACGACTTATCAGCACAGACGTTAAACGAAAACGTCCTCACAAATGCCGAAAAAAGCATGGGTATGGCAGAAGAGCGCGCCATTGAACTGAACGAAACTGGCATGCGAATGTTTATCAGCGGAGATTATGTGCGTGCGATGTATTATTTCTATCAAGCGTATCAAATGATGATGAGCACGGCAGCTTTCGGATTAAATTTGCTGCAATGCATGCTGGAGTCCCGTCATCATAGCTATCGCGATTTCACCGTTGCAGTTCTGATCGACAAACTCGACACCGGCGCCCTTAACAACGCCAACCGAAAGCGTCTTCAACGTCTGCAACAACAGGCTAAATCCGAGGCTGATTACTTTCTTACCGCCACGACACTAACGCCGGTAGCAGAAGAGCCACCACCGGCGCTGTAA	MTMFVLIFSIPVFVMPYRLAIIEDNATARSALRSHLLPMGEFEISSFSNGTELKSALRRQHFEIILMDFHLGQGKNGVEWVHQLRQSQFIRPSTGIIFITADRLPQTVGQIIDAQPDLLIIKPYNIATLSRGLAHYLNYRAYVKQALNALDNHDNETALSVIESLNNGKTPGKLKNDVLKLHARILFQHGKLLQAKQLYESVLAQSDRVLWAQWGKIKCEYLAGNWADCREELTDLMTNSLARDKAFEWLACLCFEQEAWAQAEFYLDHIKTSELSVPATRLKSLTYQKQDKIVEGIELLQKKRDYNRSTRERFNEFTFELAEFYLSIAEHQPKTNRDESLTQARRLVGVAGRSHNDQQQVQKKDYLLAHAACLEGDTDKAKQILEQEHMDMFVRTDPATLIIAAKIHNALGNMDKAKALLTLAHERNHHDDDLSAQTLNENVLTNAEKSMGMAEERAIELNETGMRMFISGDYVRAMYYFYQAYQMMMSTAAFGLNLLQCMLESRHHSYRDFTVAVLIDKLDTGALNNANRKRLQRLQQQAKSEADYFLTATTLTPVAEEPPPAL				NA	NA	NA	NA	NA
AK237_03450	1491	mmsA	COG1012	Methylmalonate-semialdehyde dehydrogenase [acylating]	ATGAAACACGTTCCAATGTTGATTAACGGAGAGTGGGTGGCTGGCCAGTCTGATGACAAAATAACGGTTACCAACCCTGCTACAAATGCCGTCATTGGTGAAATCCAATGCGCTTCTCAGAGCGATATGGATGCCGCGGTGCATGCTGCAGCAGAAGCGTTTAAAACCTGGCGTGATGTGCCTGTTACCGAACGCGCCAGATTGATGATGCGCTATCAGGCGCTTTTGAAAGCAAACCATGATGAGTTGGCGACTATCCTTGCCAGCGAAACAGGAAAGACGTTCGAGGATGCAAAGGGGGATGTATGGCGGGGCATTGAAGTGGTTGAACAAGCCATGAATATTCCTTCACTTATGATGGGGGAAACCGTTGAGAACGTGGCGCGAAACATCGATACCGCGAGTTATATTCAACCTTTGGGGGTATGTGCAGGTATCACACCATTTAATTTTCCTGCGATGATCCCGTTATGGATGTTTCCCCTGGCGGTTGCCTGTGGCAACACGTTTGTACTAAAGCCATCTGAACAGGATCCCCTCACGCCTAACCGCTTAGCTGAACTCTTTATCGAGGCCGGCGCGCCCGCGGGAGTGTTGAATGTAGTGCACGGAGGTAAGGCGCAGGTCGATCATCTGCTGCACCATGACGAAATTAAAGCTGTATCGTTCGTCGGATCAGTTAGTGTAGGGCAATACATTTACAAAACAGCCACCTCCAACCTTAAACGTGCTCAATGCTTTGCCGGGGCGAAAAATCATACCGTGGTAATGCCAGACGCAAATAAAGAGCACGTGCTGAATAATCTCGTGGGTGCTTCTGTTGGCGCCGCTGGTCAGCGCTGCATGGCGATATCAGCCGCTGTCTTTGTGGGTGACGCGAAACATTGGGTGCCCGAGCTTGTCGAGCGTATCGCTAAGGTGAAACCCGGCGTGTGGAACGATCCTAAAGCAGGCTTTGGTCCACTTATCTCCGCCACGGCGAAACAGCGGGTTATTGGTCTTATCGCTCAAGGAAAGGAGGAAGGTGCAAGCTGTTTACTCGATGGCTCACATGCTTCTGTTGACGGCTGTGAAGAGGGGCATTGGGTAGGCGCAACCGTTTTTGATGAGGTCACGCCTGACATGACCATTTACAAAGAAGAAATCTTTGGTCCGGTGTTGTCATGTATGCACGTAAGCTCGTTAGATGATGCGTTAACCCTGGTCAACAACAACCCTTATGGCAATGGCACGTCGATATTTACCAGCAATGGTGCCGCCGCAAGAAAGTATCAACGAGAAGTTACCGTCGGGCAGGTTGGCATCAATGTTCCCATTCCCGTGCCGTTGCCGTTTTTCTCGTTCACCGGATGGAAAAATTCTTTCTATGGCGATTTACATGCTTATGGGAAACAAGCGATACGCTTTTATACCGAGACCAAAACGGTAACCAGTCGCTGGTTAGATGACGATATTCCCGGTGGGCCCAATTTAACCATCTCGATGGAGTGA	MKHVPMLINGEWVAGQSDDKITVTNPATNAVIGEIQCASQSDMDAAVHAAAEAFKTWRDVPVTERARLMMRYQALLKANHDELATILASETGKTFEDAKGDVWRGIEVVEQAMNIPSLMMGETVENVARNIDTASYIQPLGVCAGITPFNFPAMIPLWMFPLAVACGNTFVLKPSEQDPLTPNRLAELFIEAGAPAGVLNVVHGGKAQVDHLLHHDEIKAVSFVGSVSVGQYIYKTATSNLKRAQCFAGAKNHTVVMPDANKEHVLNNLVGASVGAAGQRCMAISAAVFVGDAKHWVPELVERIAKVKPGVWNDPKAGFGPLISATAKQRVIGLIAQGKEEGASCLLDGSHASVDGCEEGHWVGATVFDEVTPDMTIYKEEIFGPVLSCMHVSSLDDALTLVNNNPYGNGTSIFTSNGAAARKYQREVTVGQVGINVPIPVPLPFFSFTGWKNSFYGDLHAYGKQAIRFYTETKTVTSRWLDDDIPGGPNLTISME	PGPT0002295_3589	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
AK237_03451	1155	acdA	COG1960	Acyl-CoA dehydrogenase	ATGGATTTTAATCTTAATGAAGATCAACGGGCTTTTGTTGAAACTGCCCGCCAATTCTCTGATCAGGCACTGGCGCCGTTTGCCGCACAGTGGGACAAAGCGCATATGTTTCCTGTCGAGACAATTAAACAAGCAGGTGAACTGGGTTTTTGCGGATTGTATGCATCCCAGGATGCTGGTGGATTAGGGCTTTCACGGCTTGATTCGTCATTAATATTTGAACAACTTGCGAGGGGCTGCACGACAACCACTGCTATGTTAACCATACACAATATGGCAACGTGGATGATTGCCAGGTGGGGGACACAAGCAGTTAAAGCGCAGTGGTGTGAGGCGTTAGTAGCGGGTGAAAAGCTTGCATCTTACTGCTTAACCGAGCCAGGTGCGGGCTCCGATGCTGCTTCACTTAAGACCAGGGCTCAGAAAACAGCCAACGGTTATCTCATTAACGGTTCGAAGGTGTTTATTTCCGGAGCCGGTGCGACGGATGTCCTTGTGGTCATGGCAAGGACGGGGGAGGCCGGATCTGGAGGGATTTCCGCTTTCGTGGTGCCTGCGGATGCCGAGGGGATCAGCTACGGCAAACCAGAAGAGAAGATGGGCTGGAATGCCCAGCCCACCAGAATGATTACCTTTGATAATGTGACTGTAGAAGAAAATCAGTTGCTTGGCTGCGAGGGCGAAGGGTTTTCATTTGCTATGCAAGGTTTAGATGGTGGGAGAGTAAATATTGCTACATGTTCCATTGGTACTGCACAACAGGCATTAGAAACCGCAGCGCACTATGTGCAGGAACGGGAACAATTCGGTAAGCCTATCGCCGCCTTTCAAGCCATACAATTTAAGCTTGCAGACATGGCAACTGAACTGGTCGCAGCAAGGCAAATGGTGCGCCTGGCCGCCTTCAAGCTGGATAACCAGGAGAGTGACCGAACTACTTACTGCGCCATGGCTAAACGTTTTGCCACCGATGTCGGTTTCCAGGTGTGCAATGAGGCTCTTCAAATTCACGGCGGCTATGGCTATATCAAAGAGTATCCCTTAGAACGCTATGTCAGAGATGTACGCGTGCATCAAATTCTTGAAGGGACGAATGAAATTATGCGTGTGATTATTGGCCGCAGAATGATGCGCGATGTCGCCGATATACTATGA	MDFNLNEDQRAFVETARQFSDQALAPFAAQWDKAHMFPVETIKQAGELGFCGLYASQDAGGLGLSRLDSSLIFEQLARGCTTTTAMLTIHNMATWMIARWGTQAVKAQWCEALVAGEKLASYCLTEPGAGSDAASLKTRAQKTANGYLINGSKVFISGAGATDVLVVMARTGEAGSGGISAFVVPADAEGISYGKPEEKMGWNAQPTRMITFDNVTVEENQLLGCEGEGFSFAMQGLDGGRVNIATCSIGTAQQALETAAHYVQEREQFGKPIAAFQAIQFKLADMATELVAARQMVRLAAFKLDNQESDRTTYCAMAKRFATDVGFQVCNEALQIHGGYGYIKEYPLERYVRDVRVHQILEGTNEIMRVIIGRRMMRDVADIL	PGPT0002285_345	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_LIPID_METABOLISM	PLANT_DERIVED_FATTY_ACID_DEGRADATION,PGPT0002285-bcd-K00248	NA	NA
AK237_03452	1131	fadB_1		Fatty acid oxidation complex subunit alpha	ATGACCCAAGAAGTTGAAGCTAAAATTGTTGTCAGAGAATACGAAACCGCCTGTGGACAGTGTTTTGGGCGTATTACGCTGAATAAGCCCAAAGCGCTCAATGCCTTAGATTTAGATATGGCGACGGGTATGCTTACCCAGCTAAAAGCGTGGTCTCTACGCAAAGACTTATTATTTGTTGTGGTAGACGGTGCGGGCAAAAAGGCTTTTTGCGCCGGAGGCGACATTGTCTCTATGTACAATGCAATGAAGGCGCACCCTCAAACCGTGCCCACTTTTGTTCAGCAGTTTTTCACTATTGAATATGAGTTGGATCATCTTCTGCATACCTACACTAAACCTGTTGTGGTGTGGGGAGACGGAATTGTCATGGGCGGTGGCATGGGACTTCTGCAAGGTGCAAGCCACCGGGTTGTCACGCCAGCCAGCCGTTTGGCGATGCCCGAAATAACCATAGGGCTGTTTCCTGATGTGGGAGGTAGCTATTTTCTGCCACGGCTACCACATCGGTTAGGACTGTTTCTGGGCCTGACAGCGGCCCAAATCAACGGTGTAGAAGCGAAAACCTATGGGCTTGCCGATTATCTGTGTAACGCAGAAGGATTCAATACCTTGCTAGATAATTGGAAAGACTGTAGCTGGCCACATGAGGGCTGTACTCAGGTTTCGGAACAATTAGCATCGACCCTGCACGCAACTCCTCCTGAAGATGACGGGGATAACCGTGTTGCGCCCTGGATAGGCGTTATCGAGAAAAGCTGTGGTGATAGTGATGCGGCTGACATCGTCAACAACATTCTCAGCATTCAACCAAACGGCGATGCGTGGATGGAACGTGCGCAACAGGCGTTACGTTCCGGCTCACCGATTACTGCAAAGTTATTTCATACCCAATTTCACGCAGGTAAAGAAAAAAAACTGTCCGGGTGTTTCCAAATGGAGCTGATTTTGGCGTGTCGTTGTGCGCAGTTCGGTGAATTGCAAGAAGGCATACGTGCTTTATTGATTGATAAAGATGGTAAGCCCCAGTGGCGCTTTGGTCACCTCAGTGACGTACCCGATAGCCTTATTGAGGATTTTTTTGTTCCTCCGTGGCAAGGCGGCCACCCATTGGCGCATTTAGGAGAGTAA	MTQEVEAKIVVREYETACGQCFGRITLNKPKALNALDLDMATGMLTQLKAWSLRKDLLFVVVDGAGKKAFCAGGDIVSMYNAMKAHPQTVPTFVQQFFTIEYELDHLLHTYTKPVVVWGDGIVMGGGMGLLQGASHRVVTPASRLAMPEITIGLFPDVGGSYFLPRLPHRLGLFLGLTAAQINGVEAKTYGLADYLCNAEGFNTLLDNWKDCSWPHEGCTQVSEQLASTLHATPPEDDGDNRVAPWIGVIEKSCGDSDAADIVNNILSIQPNGDAWMERAQQALRSGSPITAKLFHTQFHAGKEKKLSGCFQMELILACRCAQFGELQEGIRALLIDKDGKPQWRFGHLSDVPDSLIEDFFVPPWQGGHPLAHLGE				NA	NA	NA	NA	NA
AK237_03453	882	mmsB	COG2084	3-hydroxyisobutyrate dehydrogenase	ATGAAAAACATCACGTTTATTGGTTTGGGCAATATGGGCTCTCCCATGGCAACTAATCTGCTCAAGGCAGGCTTTGCTGTAACCGTTTATGATCTTGTCCCTTCTGTGGTGCAGGCTATGGTCAGCCAAGGAGCTAAAACAGCTGGCAACGTTAATGACGCCGTTCGGCATGCGGATGTAGTGATTTCGATGTTGCCAGCGGCCCAACACGTAAAGTCACTATATCTGGGCGATAACGGTGTTTTGTCTCATCTGAGTCCACGCTGTCTGGTCGTAGATTGCAGTACCATTGATGCCGATACTGCCAAAGAGGTAGGTCAAGCAGCTTGCCAGGCTGGACACGGATTTGTTGATGCGCCGGTGTCCGGTGGCGTCGCCGGAGCGAGCGCGGGCACACTGACATTCATCATGGGAGGCGAAGCGAACCACGTTGAAAGCGCAAAAACAGTTCTAAAGGCAATGGGACAAAACCTGTTCCATGCCGGTGAGGTGGGAGCAGGCCAAATTGCCAAAATCTGTAATAACATGCTGCTAGCGGTATTAATGGCGGGCACATCCGAAGCGTTGCAAATGGCCATCGACAATGGTCTCGATCCAAAAGTTATGTCAGACATCATGTTGCAAAGTTCCGGGTGCAACTGGACGCTGCAAAAATACAATCCATGTCCGGGCGTAATGGAGAACGTGCCAGCCAGTAAACAATATCAGGGTGGCTTTATGGTAAAATTGATGAACAAAGATTTAGGGTTAGCTATGGATACCAGCGCGAAAACAGGTAGTGCAACCCCAATGGGGGCGGCAGCACAACAGCTCTATCGGTTACACCAGAAACATGGCAACGCCGATCTCGACTTCTCAAGCATCTTTACGCTATTTAAATAG	MKNITFIGLGNMGSPMATNLLKAGFAVTVYDLVPSVVQAMVSQGAKTAGNVNDAVRHADVVISMLPAAQHVKSLYLGDNGVLSHLSPRCLVVDCSTIDADTAKEVGQAACQAGHGFVDAPVSGGVAGASAGTLTFIMGGEANHVESAKTVLKAMGQNLFHAGEVGAGQIAKICNNMLLAVLMAGTSEALQMAIDNGLDPKVMSDIMLQSSGCNWTLQKYNPCPGVMENVPASKQYQGGFMVKLMNKDLGLAMDTSAKTGSATPMGAAAQQLYRLHQKHGNADLDFSSIFTLFK				NA	NA	NA	NA	NA
AK237_03454	402			hypothetical protein	TTGAATGCTGAACAAAATACGAGCACCTTTTTAAGAGAAAATTATTTAACACGTATCGTTGTAGCAATCCTTGTTATGGCATTCTGGATATATATGTATGGCTATAAAGACGAGTCAGACTTTATACCTGAGACAAGGTGGAAGTATAATTTCGGTTACTATTCAACACCTTTGATTATTTATTATTGCATTTATGAAGCATGGAGAACGCTAACCTACCCCTATAGGTTATCTTTGGACAGGCATAAAAAAAGGATTATTCTTAACTATTTTTTAGGTTCTCAAGAGTGCTTTTTTGAGCAATTAGAAGAATACAAAACCAACAAAGGCACAATATTTTACATCACTACCAATACGGGGAAAGAGGTTAAAATCAAAGGGAAATATAGAATTGTTGCCTAA	MNAEQNTSTFLRENYLTRIVVAILVMAFWIYMYGYKDESDFIPETRWKYNFGYYSTPLIIYYCIYEAWRTLTYPYRLSLDRHKKRIILNYFLGSQECFFEQLEEYKTNKGTIFYITTNTGKEVKIKGKYRIVA				NA	NA	NA	NA	NA
AK237_03455	831	rlmA	COG0500	23S rRNA (guanine(745)-N(1))-methyltransferase	ATGTGGCGTTGTCCGTTGTGTCAGTCTGGTTTGCAGCTAGGTAATCCTTGGCGCTGTGAGAATAATCATAGCTTTGACGTCTCAAAACGAGGTTATGTGAACTTATTGCCCGTACATAAGAAAGGCAGTAAAGCGCCAGGTGACAATAAAGATATGCTTGCGGCCAGGCAGTATTTTCATCAGTGCGGTGGTTATGAACCGTTGATGCAAAAAATGGCAGAGATATTGTGCCTACGGTTTCGGGATGCCAAGAACACAGCACTTTCGCTCTATGATGCCGGGTGCGGAGAGGGTACTTACCTGAACGTCATTTATCAGGCATTGTCAAAAAAGGGGCTTGATGTACAGAGTGCCGGAAGTGATATTTCTAAAGACGGCATTGACTTTGCGTCACGGCAATACAAAGCATCACAGTTTGTCGTCGCCAGTAGTTTCGACTTACCGCTGTCAGACGATTCTGTTGACGTACTGTTACAAGTCTTCGCGCCGGGAGACGATAGTGAGATCCAGCGGGTATTAAATCACCATGGCTATTTACTGCACGTTGCGCCGGGTCCTGAACATCTTATGACCATAAAACAAGCGGCCTATCGGACACCAAAGCCTCACACGTTGCCCGAAGAGACAAAACCTGGCTTTACGCTTATTCAACGTGAAAATCTTCGTTATACGTTGTCGCTTAGTTCAACGCAGCAAACTCAGTCATTACTGACAATGACGCCTTTTGCATGGCGATTGTCAGAAGCATCACAGCAACAACTGACGTCGACACTAAAAGCGGTAGAAATCGATTTTGTCATTTCGTTATGGCAAGTAAATTCCAGGATATAA	MWRCPLCQSGLQLGNPWRCENNHSFDVSKRGYVNLLPVHKKGSKAPGDNKDMLAARQYFHQCGGYEPLMQKMAEILCLRFRDAKNTALSLYDAGCGEGTYLNVIYQALSKKGLDVQSAGSDISKDGIDFASRQYKASQFVVASSFDLPLSDDSVDVLLQVFAPGDDSEIQRVLNHHGYLLHVAPGPEHLMTIKQAAYRTPKPHTLPEETKPGFTLIQRENLRYTLSLSSTQQTQSLLTMTPFAWRLSEASQQQLTSTLKAVEIDFVISLWQVNSRI				NA	NA	NA	NA	NA
AK237_03456	1518			hypothetical protein	ATGATTTTAGCTGAATCGCCACGTCGACAGCGAGTCACGCGTCTGGTTAATTGGGGGCACTGGTTCGCCTTTGCTAACATTGCCATCGCCATGGTCATTGCGTCGGTGTTTATTTTCTCGTCGCCCTCTCCGGGCACAGCACTAGGCGGACTCTACTTACTTTTCAACTGGTTTGGTCATATTGGTTTTATGACCTTCTCCGGTTTCGTCATATTTGTGTTGCCACTTTGCTATTTAGCGACGAATCCACGCATTATTAAGTTTGCCGCCTCGACCATTGCTGCAGTGGGCCTTGCGTTAATGGCTTTTGATGCGCTGCTGTTTAACCGCACCGGGTTTCATTTGAGTTTTAGTTCAGCCGATTTGCTGCGAAACGAAGCCCACAACAAAATCAGCGAGTTTGGTGTACAACAATGGATGTACCTGTTGTTACTTTTTGTGGTTTGGCTGGGTTTTCAACTGGTACTCGCTAACGCGATATGGAAACGGGTAGAACGGCTGCAACAACACAAGATTGGCGCACCGGTTACAGGCTTTTTCCTGACGTGTTTTGTGGCTAGCCACGCCATTCATGTGTGGGCGGATGCTGAGCTATACCAACCCATTGTTAAGCAAGACAATATGTTTCCACTGTCTTATCCTGCCACGGCAAAGACAACCATGTCCCGTTACGGATTACTTGATTTAGACCGGTATCAAGAGCGCAAGCAATTGCAGTTCGATCCACAAATTCACCGCGTGACGTACCCCACCGAACCGGTATATTGCAACATCGATTCAACCCGTACGCTTGCATTAGTCGTACAAACCGACTCTGCACCGTTACCTGAATTGCCGCAATTTGACTTACGTGAAATGGATGATTATTTCACCACGGCTTCGTCACTTGATGGCCTCATTATGACAACCCTTTTTGGGGTGCCGGAGATTTATCAGGGTACGTTAGAAAACAAACGTCCGGTTCTCCTCGCGCTGCCCGTAGGGTTAGGTATGCCAGTATCCATTCACGTTGATGAAACACTGCCGACAAGCATGTTAGATGGATATAAACAGCCAATATCGAACAATCATGACGGCTTACACATCGCTTTCTTACCATCAGACAAAATCGCCGACCTGCTGAATAACGACGTGTTCACTGACAGTGACGTCATCATAGCAACGGGTTATCAGGCAAATGGCGGGATAAGCCGGGGCAAACTGTATACAACGTTGGATGTACAAGGCGATCTGGCCAGTACGGAAGATTTAGCACCAACGCTACTGAACGCGTTAGGCTGTAAAGCCCCCAGTACGTTTTATTCAACCGGGCAGAACTTATTGGCTCCTCAGCGAAACTGGCTTGTGAGTACATCTGGTGAAAAAGTGGTCGTTGTTCATAACGAACAAATGATTGAAGTATTAAGTAACGGCAGTTTCGAAATATCGGACGTAGACACACGCAAGCGAAGCAACGATCCGCTTAACGTTGATTTATTAAGTCGTGCAATCAAGCATCTAACGCACTTTTCAAAATAA	MILAESPRRQRVTRLVNWGHWFAFANIAIAMVIASVFIFSSPSPGTALGGLYLLFNWFGHIGFMTFSGFVIFVLPLCYLATNPRIIKFAASTIAAVGLALMAFDALLFNRTGFHLSFSSADLLRNEAHNKISEFGVQQWMYLLLLFVVWLGFQLVLANAIWKRVERLQQHKIGAPVTGFFLTCFVASHAIHVWADAELYQPIVKQDNMFPLSYPATAKTTMSRYGLLDLDRYQERKQLQFDPQIHRVTYPTEPVYCNIDSTRTLALVVQTDSAPLPELPQFDLREMDDYFTTASSLDGLIMTTLFGVPEIYQGTLENKRPVLLALPVGLGMPVSIHVDETLPTSMLDGYKQPISNNHDGLHIAFLPSDKIADLLNNDVFTDSDVIIATGYQANGGISRGKLYTTLDVQGDLASTEDLAPTLLNALGCKAPSTFYSTGQNLLAPQRNWLVSTSGEKVVVVHNEQMIEVLSNGSFEISDVDTRKRSNDPLNVDLLSRAIKHLTHFSK				NA	NA	NA	NA	NA
AK237_03457	216			hypothetical protein	ATGCCCCAACAAAGCCGTTATTCCGATTCGGATTTTGAAGCGCTAATGAACAAAGTTATCCTCACTCTGGAGGAAAACAAGGCCAATCGTGATTTACAACTCATGGTACTCGGTAATGTGATCACTCACATTTTAAACACCCAGGTGCCAGCAAGCAGTCGAAAAGCCATGGCAGAGCAATTTGCTTCTGTATTGGTAAAAAGTGTCAACGAATAG	MPQQSRYSDSDFEALMNKVILTLEENKANRDLQLMVLGNVITHILNTQVPASSRKAMAEQFASVLVKSVNE				NA	NA	NA	NA	NA
AK237_03458	1056	yejK	COG3081	Nucleoid-associated protein YejK	ATGAGTGCACTGATTCATCATTTTGTCGTTCACCGACTAGTGGTAACCGATGAAGGTAAGTTGTCTATCATCCCACGCGATAAATGCCTTGCCGTGACACCGGAAATCGAATCACTCGCCCACCAAATTAATCACAGCTTTAATAGTAAGCCCGGAAAAGGTGTCGGCCATTTTTCAGAAACGCTGGAACAAGAAGGCGATGAAACACCGTTTAAGGTGTCATTATCAGAATTTATGCATGCGCAAAAAGAACGCGTAGATAATCTGGAAGATATCTTTCATCAATTTACGCTGTCATCCGGGGACAAATTAATCAAAGCCCTTGCTGACACGGGAACCGTGCAAACCGGCTTTTTAATCTTTTGTCAGTATGAGTTTCTGGCAACCCAGTATTTGATGATTACATTGCTAAATACCCGTTCCCACGTTGAAATAAATCAGGCTCTTGAACTTAACGCCCGTGAGCACCTTGACTTAGCAAAGATGCAATTAGCGGTAAGAATCGATCTGACGCAATTAGATATCCAGCCAGAGCAGAAGCGCTACGTGAGCTTTATCAAAGGCTTGATGGGCCGGAAAGTGTCAGATTTCTTCATGGATTTTATTGGCTGTGAAGAGCTGGTGGATATCAAGCAGCAAAACAAACAGCTCATCTCGTCTGTAGATGCCTATCTGGCCAGTGAGAACCTGGATAGGGAAGAGCAACAGCAACACCGGGATGAAGTAAAGTCGTATTTTAAGGAAAAAATCGATAGTGGTGAGAGCTTGTCCATCAAAGAGCTCTCTGGGCGACTTTCGCCAGACAATGATAGTGAACACAGCTTTGAAGCGTTTACGCAAACCCTGGAAGCGCCGCTGGAAGAGAATATTCAGCCGGATCCTGCTGCACTGCGTCAGCTGGCTAAATTTACCGGACAGGGCGGCGGTATATCGTTAAGCTTTGAGCGTAAACTGCTGGGTGAAAAAGTGATTTACGATCCCGTTTCCGACACGCTTACCATCAAAGGGATCCCGCCTAATTTGAAAGACCAGTTGACCAGACAGTCAAAAAATTAG	MSALIHHFVVHRLVVTDEGKLSIIPRDKCLAVTPEIESLAHQINHSFNSKPGKGVGHFSETLEQEGDETPFKVSLSEFMHAQKERVDNLEDIFHQFTLSSGDKLIKALADTGTVQTGFLIFCQYEFLATQYLMITLLNTRSHVEINQALELNAREHLDLAKMQLAVRIDLTQLDIQPEQKRYVSFIKGLMGRKVSDFFMDFIGCEELVDIKQQNKQLISSVDAYLASENLDREEQQQHRDEVKSYFKEKIDSGESLSIKELSGRLSPDNDSEHSFEAFTQTLEAPLEENIQPDPAALRQLAKFTGQGGGISLSFERKLLGEKVIYDPVSDTLTIKGIPPNLKDQLTRQSKN				NA	NA	NA	NA	NA
AK237_03459	876			hypothetical protein	ATGCAATTATTTGTCAACGACCTCACCGTCATGGATTTTTCTTACTTGTGTCCAGAACGTGGCATGGTAGGTGAAAGCTGGATAGTCGATGTTGTGCTATCCGGCGATCTGAACGATGAGAGTATGATTCAGGATTTTGGAAAGGTTAAGAAAAACCTGAAACGCCTGATCGACGATTACGTCGACCATAAATTGCTGGTACCTGCCGATTACGAAAAGGTCACTATTGTTCATCAACAAGACAGTGAACACGTGGATGTGCGTTTTACCTGTGAAGACAACCGTGTATTGCAGTTATTCTGTCCGGCAGAAGCGTATGCGTTTATCTATGGTGAAACGGTGACAAAAGCGTCAGTTGGCCGTTATCTGCGGGAAGTGATTGCGACCCATTTGCCGGAAAACGTAGATAATCTTGAATTAATATTGCGAACAGAAGTGATAAATACACCGTTTTATCACTATACCCACGGGTTAAAAAAGCACGATGGGAACTGCCAGCGTATCGCACACGGCCATCGCTCAAAAATAGATGTTTTTGTTAATGGCGAGAACAGCACTGAAAGTCAGCAGTACTGGGCGTCACGGTGGGAAGATATTTATATTGCTTCAGAAGAAGATCGGTTAGCCTTTACTGCACGTCAGGCAAGTGGTGTTATTCCCTCAGACCGTGATTATTGCTGTTTTGCCTACGAATCTTCACAAGGGTACTTTGAAATAATGTTGCCCGCGTCAGATTGTGAAGTGATTACCACTGACTCAACGGTAGAGTGTTTAGCACAATTTATATTTGACCAGGAAAAAGCCAGACAGAACGGTGCGCCGGTAAAAGTGCTGGCGTACGAAGGGGTAGGAAAAGGTGCTCTGGTGTGCGACTGA	MQLFVNDLTVMDFSYLCPERGMVGESWIVDVVLSGDLNDESMIQDFGKVKKNLKRLIDDYVDHKLLVPADYEKVTIVHQQDSEHVDVRFTCEDNRVLQLFCPAEAYAFIYGETVTKASVGRYLREVIATHLPENVDNLELILRTEVINTPFYHYTHGLKKHDGNCQRIAHGHRSKIDVFVNGENSTESQQYWASRWEDIYIASEEDRLAFTARQASGVIPSDRDYCCFAYESSQGYFEIMLPASDCEVITTDSTVECLAQFIFDQEKARQNGAPVKVLAYEGVGKGALVCD				NA	NA	NA	NA	NA
AK237_03460	774			hypothetical protein	ATGGTGCTTACCCTTTCGGCTCATGCTGCTGAATTAGTTTTAAATGGCCAGTTTACGCAAGGTAGTTTGTTTCGTGGTCAGTTGCCACCGGGCAGTACCGTAGCCTTAGATGGCGATACGTTGACAGTTAATTCTCAAGGCAAATTTGTATTTGGGTTTGCGCGCGACGCAAAACTCAACCATGTTCTTACCTGGACGTTGCCTTCTGGTAAAACTGGCTCTCGCCGTTTTTCGCTAGAGAAAAGAGCGTACGATATTCAACGCATTGATGGATTAAAGTCGTCCATGGTGTCGCCCCCCAATGAAACTTTGCAGCGAATCCGTCGAGATAGCACGGCCGTTGCTAATGCGCGTTCAGGGAAATCGTCTTTAGATGCTGTCTTTACCGGATTTATTTGGCCAGCTGAAGGCCCAATAACAGGCGTGTATGGTAGCCAACGGGTGTTAAATGGTATCCCCAAAACGCCGCACTACGGTGTCGATGTTGGCGCGCCAACAGGCACAGCAGTGGTGGCACCTGCAGAGGGAACCGTTACTTTAGTCGACGATCTTTATTACAGTGGCAACACTATCGTTTTAGATCACGGTATGGGTGTGTTCTCCACGTTTCTGCATTTGGATTCTACAGCCGTTAAAGTAGGAGACAAGGTAGAGCAGGGAGCGCAACTAGGCACGATTGGTGAGACTGGGCGAGCAACAGGACCACATTTAGACTGGCGGTTAAACCTGGGAACTATGCGGCTCGACCCTGCGTTAATTGTGCCTGCACGCTAA	MVLTLSAHAAELVLNGQFTQGSLFRGQLPPGSTVALDGDTLTVNSQGKFVFGFARDAKLNHVLTWTLPSGKTGSRRFSLEKRAYDIQRIDGLKSSMVSPPNETLQRIRRDSTAVANARSGKSSLDAVFTGFIWPAEGPITGVYGSQRVLNGIPKTPHYGVDVGAPTGTAVVAPAEGTVTLVDDLYYSGNTIVLDHGMGVFSTFLHLDSTAVKVGDKVEQGAQLGTIGETGRATGPHLDWRLNLGTMRLDPALIVPAR				NA	NA	NA	NA	NA
AK237_03461	1773			hypothetical protein	ATGATGTCTTTACGCTACGATCTAGCAATTCAATCCCGCTCTCAACATACGTTTTCGGTTACATTAACCATACCAGCAACTGACCATGATGTGTTGACGCTTTCTTTACCCGCGTGGATCCCGGGCAGTTACATGGTGAGGGATTTTGCGCGCAATATTATCACGTTATTGGCTTATGACGGTGAAGGACATCAGATTTCTGCAGTCAAATCAGACAAGCAAACATGGTCAATTGCTGCTAAGAAACAAGCTGTCACAATAAAATATGTCGTCTACGCATTTGATTTATCGGTACGTGCAGCTTACCTGAACGACGAATACGGTTTTGCCAACGGCACCAGTGTGTTTTTACAAGTCGATGAAATGAAAGATTCAGCCTGCGAAGTCACCGTGAATCTTCCCGAGAGTTTGTCTCACTGGCATGTTGAAACCGGTATGACACCAACAGATAAGAATGGCGCGCACTTTTTGTGTGATAGCTACGCCAAACTCATAGATAACCCCATCTTTATGGGCGAATGTGTGCTGGACAGTATTACTGTAGACGGCGTAGAGTTCGTTTTTCTCTTTAGTGGTTCTACGCCCGTATTTACCAAACGCATTTGTGAAGACATGGCGCCTGTCTGTCAGCACCATTTGTCTTTGTTTGGCAAACCTTATCCCATTTCCCGCTATGTCTTCATGACACTGCTTAGTGACAGCGGCTTTGGCGGACTGGAACACCGCAACTCTACGGCGCTTCTTTACCCACGCTTTGATTTACCTCTTGAACGTGAAGGTGGCGCGAAAACAGACCAATACGTGACATTCCTTAGCTTATGTTGTCACGAACTGTTTCACACCTGGCATGTTAAACGGTTGCGTCCTGAGGTATTGCTTTCACCTGATTTACGTCAGGAAGTCTACACGCCTCAATTATGGATTTATGAAGGGTTTACCAGCTTTTACGACGATGTCACCCTAGCAAGAACGGGGCTGATTAACGCTGAAAAATACCTTGAAATTGTTGGGCAGAACTTAACCCGGTTACAGGTTACCGCAGGCCGCTTTAAGCAGTCTGTCGCGGAGTCAAGTTTCGATGCCTGGACCAAATTTTATAAACAGGATGCCAGCGCGCCAAATAATATCGTCAGCTACTACACGAAAGGCGGGATTATTGCCTTTGGATTGGATTTGCTGTTACGCAGAGAATCGGCAGGCAACGTGTCGCTTGATAATCTCATGCAGGCGTTATGGAAGGAATACGGCATTAATGAGAGTGGTACACCCGATAATGTCATTGAAACCGTTTGCAAGAATGCTTTCGGTATCGATGTCAGCGGTTATTTAAACGCAGTGGTGTATGGCAAAGAAGATGTACCGCTTAACGATTGGCTGGGTGATATTGGGGTGACGCTTCATACCCGGCCTAAAAATGCGGCATCCGATCGGGGAGGCGTACCTCAGGCGTCGGCCTATCAAAGGCATCCACTTGGCGCAGCCATAAAAGCCGCAGAGACCGGCGTAGCCGTTCAGGTTGTATTTGAAAATGGCGCCGCAGATCAAGCGGGTTTACAAGTGAACGATAAGATTATCGCCGTGGACAATTATGTGGTGAATGATGTGTTGTTACAGCGTTTACTTAATCAAACCGAGAAACCAGCGCTGCCGTTGACAGTGATTCGGGATGGGCGATTACTCACACTTTCATTACCGGTTTTACCGCCGCAGCACGAAGCCTGTTACTTCACCATTGAGGATCAGGAAAAATTTGCCTCGTGGTTAGGCCACTAA	MMSLRYDLAIQSRSQHTFSVTLTIPATDHDVLTLSLPAWIPGSYMVRDFARNIITLLAYDGEGHQISAVKSDKQTWSIAAKKQAVTIKYVVYAFDLSVRAAYLNDEYGFANGTSVFLQVDEMKDSACEVTVNLPESLSHWHVETGMTPTDKNGAHFLCDSYAKLIDNPIFMGECVLDSITVDGVEFVFLFSGSTPVFTKRICEDMAPVCQHHLSLFGKPYPISRYVFMTLLSDSGFGGLEHRNSTALLYPRFDLPLEREGGAKTDQYVTFLSLCCHELFHTWHVKRLRPEVLLSPDLRQEVYTPQLWIYEGFTSFYDDVTLARTGLINAEKYLEIVGQNLTRLQVTAGRFKQSVAESSFDAWTKFYKQDASAPNNIVSYYTKGGIIAFGLDLLLRRESAGNVSLDNLMQALWKEYGINESGTPDNVIETVCKNAFGIDVSGYLNAVVYGKEDVPLNDWLGDIGVTLHTRPKNAASDRGGVPQASAYQRHPLGAAIKAAETGVAVQVVFENGAADQAGLQVNDKIIAVDNYVVNDVLLQRLLNQTEKPALPLTVIRDGRLLTLSLPVLPPQHEACYFTIEDQEKFASWLGH				NA	NA	NA	NA	NA
AK237_03462	678			hypothetical protein	GTGAGTAAAGCTGACAACACCGCCTTGAATAAAGATGATCTTGCCGCTTTGAGAAGTTTGGCGCCCGGCACGCTGGTCGATTTACAAATCGAAACGCCCACCGCGCCTCAGCGATTAAAAACACACTATGTGGGAATGGATATTCCGAACGCTTTTATTTTTCAGGTACCTAATAGCCACAAGTGGGCCAATATTCGCGACCATCTCGTGCCGGGTAACGAAGTCGTTGTCCGCTTTGTCATTGAAGGTGGGCTAGGCCAGGTGATTGCTTTTAAAACCGAAACCCTTAAATTTTTCAGCAAGCCTATCAGTATACTTATCACCGGCTTCCCCAAAAAAATTCAAACCTTAGGTTTGCGTGCCGATCGCCGCGCACTACCGGGCATTCCGGTCAGTGTGTGTTTAGATCAGGAAGAGCAGGAGAAAGTACGTGGTCTCATTATTGATGTGTCCAAAACCGGTTGCAAACTTGCGGTTAAAGTTGGAAAAGAAGACGCCAGGCTGGAAGTTAACAAAAATATAACATTAGGCTGTAAATTGGACGGAGAAACGATTAGGATGCAAAGTACAGTGCGAAATGTGGCTGAGGTGAAAGGGTATTACTATTATGGTATTCAATTCACCAACGGGCAAAAGGCCGTGGAAACACTCATCGACCGTTATATTCTGGCGATGTGA	MSKADNTALNKDDLAALRSLAPGTLVDLQIETPTAPQRLKTHYVGMDIPNAFIFQVPNSHKWANIRDHLVPGNEVVVRFVIEGGLGQVIAFKTETLKFFSKPISILITGFPKKIQTLGLRADRRALPGIPVSVCLDQEEQEKVRGLIIDVSKTGCKLAVKVGKEDARLEVNKNITLGCKLDGETIRMQSTVRNVAEVKGYYYYGIQFTNGQKAVETLIDRYILAM				NA	NA	NA	NA	NA
AK237_03463	462			hypothetical protein	ATGCGACAAATAGAAACCTTGTTATTGCAGTACGGTGAAAGCCATCAAAACAAAACCAATATCTTAATCCACGCCATTGCTGTTCCTGCTATATACCTGGTTACTTTAGGCCTGGTGTGGAGTATTCCGCTGCCAGCGTTTCTTGCCTCAACAGATATTACGTGGGCACACATTTTAGTTATTCCTGTACTTTATTATTATTTCAGCTTGTCCGGCCCCATCGGAGCCGCTATGACATTACTAACCATCGCTAGTTTTGCTGTGATTAATTTTATCGATAGCTCTGCTGTCGCGGTGTGGGAATTTTGTTTGGCGTTGTTTGTCGTGATGTGGATCCTGCAATTTGTCGGTCACAAAATTGAAGGTAAAAAGCCGTCATTTTTTCAAGACATTCGATTTCTGCTTATTGGCCCCGCCTGGTGGTGGACACACTGGTTTAAGCGTTTAAATATTACTTATTAG	MRQIETLLLQYGESHQNKTNILIHAIAVPAIYLVTLGLVWSIPLPAFLASTDITWAHILVIPVLYYYFSLSGPIGAAMTLLTIASFAVINFIDSSAVAVWEFCLALFVVMWILQFVGHKIEGKKPSFFQDIRFLLIGPAWWWTHWFKRLNITY				NA	NA	NA	NA	NA
AK237_03464	1065			hypothetical protein	GTGAGTCGTTGGCAGCAATTATTCGAAAGTAATGAACGCTTATTCTGGACGTTGCACAGTGTTGGCTGGGCAGGGTTTGCGTTAATTTACTATATCGGTTCCTTTCTTCATGATGTCCGGCCTATTTGGGTGTTTATTATACTGCTCAACGCCTACGCCGGCTGGTTGCTGACTATTCCTTTACGTTACGTGTTTCGTTGGGCCCGCAAGTTATCACCACTAAAAATGATCTCCACGGTAATTCTGGCGTGTTACGTCGTGGCGCTGGTATGGGCAGTGGTTAAAAATGTGAACTACTGGGAAATTTACAAGCATGGGTATCGTCCTGATGCGTGGTACCTCTATTTTACCAATACCATTAACTCGTTAATCATGGTGGGATGTTGGACGGGAACGTATTTCGGCATTAAGAACTTTCAGATGCTGCAAAAAGAGAAGCAAAATGCGCTTAAGGCGAGCACCATGGCGCACCAGGCTCACATCAAAATGCTTCGCTACCAACTCAATCCGCACTTCTTGTTTAATACGCTAAATGCGATTTCTACGCTAATATTGTTAAAAGAGAACGATATTGCTGAGGCCATGGTGTCTCGATTATCAGATTTTCTCCGTTACTCTCTTGATAATGATCCCATTAAACGGGTAACGTTGGGAGAAGAAATTAAAGTATTAAGATTGTATTTAGAGATAGAAAAAGTACGATTTGATGACAGATTAGATGTAGTATGGGATATTGAATCGAGTTGCGAATCGGCGTTGGTGCCGAGTATGATTTTGCAACCTCTCATTGAAAATGCGATTAAGCACGCCATATCTAAGATGGAGAATGGCGGTCAAATTTCAATTTCTGCACGCACCTTCGGCAATGATCTGTTAATGGATGTTGCTGATAACGGGCCGGGTGCAGACATTAAGGATGGTCAACTGCGGCGTGAAAACGGCGTGGGGTTAGTCAATATAAAGGAACGTTTGCAATCCTTATATCAGCGTAATTTTGCCTTTTCGGTTGAACATAACCAACCCTCGGGCGTACGCGTAAGATTGCGGATCCCTTACGAAGTATAA	MSRWQQLFESNERLFWTLHSVGWAGFALIYYIGSFLHDVRPIWVFIILLNAYAGWLLTIPLRYVFRWARKLSPLKMISTVILACYVVALVWAVVKNVNYWEIYKHGYRPDAWYLYFTNTINSLIMVGCWTGTYFGIKNFQMLQKEKQNALKASTMAHQAHIKMLRYQLNPHFLFNTLNAISTLILLKENDIAEAMVSRLSDFLRYSLDNDPIKRVTLGEEIKVLRLYLEIEKVRFDDRLDVVWDIESSCESALVPSMILQPLIENAIKHAISKMENGGQISISARTFGNDLLMDVADNGPGADIKDGQLRRENGVGLVNIKERLQSLYQRNFAFSVEHNQPSGVRVRLRIPYEV	PGPT0026305_2134	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
AK237_03465	828	btsR_2	COG3279	Transcriptional regulatory protein BtsR	ATGAGTGATCGTAAAATTAAAACTGTCGTGGTAGACGACGAGCCGTTGGCTAGGAAGGGGTTGCGCACACGTTTAGAACGTCATGCGGATGTGGAAGTGGTTGCTGAATGTCAAAATGGCCTGGATGCCGTCAGTGTTATTTCGAAGCATCGTCCCGACCTTGTGTTTTTAGATATACAGATGCCTGGTTTAAATGGCTTTCAGGTCATTCACAAGTTACGTGAATTGAATCAGCCAATCCCAATGATAGTGTTTGTCACTGCGTATGACAGTTACGCCATTAAAGCATTTGACATTCACGCTGTAGATTACCTGCTTAAACCAGCAGATGACGCGCGTTTATCAGACGCCTTGGTTAAAGTACGTGAGTATTGTTCAAATCAACATCAGGACGAACAATCACGCAAGTTGGTGAACCTGGTTGCTGAACTCACCGGTGATGATACCGAGGAAATCTTGCGCAAACTTGCCAGCGGCGAAGCCATCGAAACGAATCCATATCCTGAAGTGCTTGCTATTAAAGACGGTTCTGAGGTAACACGTGTTGCCGTGCAGGATATCCAGTGGATTGACGCTGCGGGTGACTATATGTGCGTTCATGCGTTAGACGGTATGCATATTATGCGCAAAACCATGAAGGAACTAGAGCAAGAGCTCAACCCGCAATGGTTTGTTCGGGTGCATCGTTCAGCTATCGCCAATATCCGTTTTGTGAAAAAGTTAGTCAGCCACATCAGTGGTGAATACCACCTCATTTTACAAAATGACACTGAATTGAAAGTGAGTCGCAGCCACAGAGACAAAGTGAAAGCGGCAATGAAGATGTAG	MSDRKIKTVVVDDEPLARKGLRTRLERHADVEVVAECQNGLDAVSVISKHRPDLVFLDIQMPGLNGFQVIHKLRELNQPIPMIVFVTAYDSYAIKAFDIHAVDYLLKPADDARLSDALVKVREYCSNQHQDEQSRKLVNLVAELTGDDTEEILRKLASGEAIETNPYPEVLAIKDGSEVTRVAVQDIQWIDAAGDYMCVHALDGMHIMRKTMKELEQELNPQWFVRVHRSAIANIRFVKKLVSHISGEYHLILQNDTELKVSRSHRDKVKAAMKM	PGPT0026304_277	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
AK237_03466	999	pfkA	COG0205	ATP-dependent 6-phosphofructokinase 1	GTGAAAAAGAAAGTAGCAATTCTGACTTCTGGCGGTGATGCCCCTGGTATGAATGCGTGCATTCGGGCTATCGTGTTGGTGTGTGAGCGGGCTGGTCACGAAATCATTGGATATTTGCATGGCTATAACGGCCTGCTGGCGCAGGAATACCAGACGCTAAATAGCAAACAAGTGCACAATCTCGCTCAGCGCGGGGGGACGATTCTGCATAGTGCACGTTGTAAGGCTTTTAAATCAGATGAATCTGGCCAACAGGCTGCACACAACCTAGAGGCACTAGGCGTTGATTGCTTATTCGTAATTGGCGGCGATGGCTCTTTTAGGGGGGCAGTACATTTAAGCCAATTCTGGCAAGGTCAAATCATTGGGCTTCCCGGCACAATAGACAACGATATAGTAGGTACAGATGCCACCATCGGCTATTTCACTGCCATCGAAACCGCTGTCCAGTCAGTAGATAAAGTACGTGACACTGCTGATGCCTTTGAGCGCATTTTTTTAGTGGAAGTCATGGGTCGTCACGCAGGGTTTCTTGGCCTGAACGGCGCCCTGGCTTCGGCTTCAGACTATGTGATTTTACCCGAGTTATTCGAAACCGAAGCAAAAACACTTACGGATATTTTGACGCAACTTGACGAACGCCGACAGCAACGCGGAAACGTCAGCTACATTATCATTCTGGCAGAAAATCTATGGCCGGGCGGAATTAACGACTTAGTCGATAAGCTACAGGCGAAGACCGAAACGGAAGTAAGACCCGTCATTCTGGGGCATGTACAACGCGGTGGGTCGCCGGTCTCCCAGGATCGATTATTAGCATTAAAGTTAGGTGCTTATGCAGCTACCCTGGTAGGCAAAGCGATAACGGGTGTAATGATTGGCGAGCAACACGGCAATGCCGTAAAAGTGCCACTAAAAGACACCTGGGCTGAGCGTAAGCCCTTAGATGCGCTGTCGGTTGATACAATGAAGCTATTAATGAACAACCGTTACGCGTAA	MKKKVAILTSGGDAPGMNACIRAIVLVCERAGHEIIGYLHGYNGLLAQEYQTLNSKQVHNLAQRGGTILHSARCKAFKSDESGQQAAHNLEALGVDCLFVIGGDGSFRGAVHLSQFWQGQIIGLPGTIDNDIVGTDATIGYFTAIETAVQSVDKVRDTADAFERIFLVEVMGRHAGFLGLNGALASASDYVILPELFETEAKTLTDILTQLDERRQQRGNVSYIIILAENLWPGGINDLVDKLQAKTETEVRPVILGHVQRGGSPVSQDRLLALKLGAYAATLVGKAITGVMIGEQHGNAVKVPLKDTWAERKPLDALSVDTMKLLMNNRYA	PGPT0017595_2118	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
AK237_03467	846			hypothetical protein	ATGAAAAAAGGAATTATTGCCTTATTTTTTCTACTCCTGGCAGGGTGTAGCAGTAAACTGGCCTACAACAATCTGGATTGGTTAGTGTCTTGGTACATGGATGACTACGTAGAACTTAATAATCGTCAGGAGGCTATTTTCGATAAACAACTGGAACAGTGGATTTCCTGGCATAGAAGTGAGGAATTGCCTAAATATATCGCGCATTTACAATCGGTAAGACATGATCTGGAGGCTAACTTGCTCACAGAGGCGCGGTTATTAACCCATTACGAAAAAGCCACAGAACACTGGCAGCGGCTTCGCGCAGAAATTACCCCTCAACTGGCTCAAATGGCGAACGACTTAAACGAAGAACAAGTCGTGCATCTTTTTGCCGTACTGGAAAAAGACAATAAGGAAACAGAAGCATCGATAGAAGATTACCAGGCGTTATCAAAAGAAGAGCAGCTAGCGTCCCGTATTGACGATCTTGAAGAAGATATGGAAGAGCGGATAGGGGAGCTTACACCCGAACAGAAAGATATCGTTGAAGCGTTTGCGCCAACATTTTTGTCTTCACGCCCCTTGTGGCTGGCCTACCGCCGCGACTTACAGCAACGTGCCCGCAGTTTGTTTGCGAGCAAAGCGAAAAACCCTGACTTCATTGCCGATTTAACTGCACTGATGTTAAACCCGGAGCAGTACCGCAGTGATGCATTTTTAGCGGTGTGGGCAAATAACCGGCAACAACACGCAAAACTAGCATCCGCTATTGCAAAAACACTAACAGATAAGCAAAAACGCAAGCTTCTCGAAGAAATCGACGATATGATTGCCGACCTGCAGGACTTACTAGACGATTAA	MKKGIIALFFLLLAGCSSKLAYNNLDWLVSWYMDDYVELNNRQEAIFDKQLEQWISWHRSEELPKYIAHLQSVRHDLEANLLTEARLLTHYEKATEHWQRLRAEITPQLAQMANDLNEEQVVHLFAVLEKDNKETEASIEDYQALSKEEQLASRIDDLEEDMEERIGELTPEQKDIVEAFAPTFLSSRPLWLAYRRDLQQRARSLFASKAKNPDFIADLTALMLNPEQYRSDAFLAVWANNRQQHAKLASAIAKTLTDKQKRKLLEEIDDMIADLQDLLDD				NA	NA	NA	NA	NA
AK237_03468	960	yhbE	COG0697	putative inner membrane transporter YhbE	TTGGACGCACAGTTTCGCCCCGTTTATGGCTTTTTCCTTTCGCTCCTCACCGCCTTTTTGTGGGGAGTATTACCCGTAGCGCTAACGCTGTGTCTGGCAGTGATGGACAGCCCAACGATTACTTTTTACCGCTTTGTTGTGGCGGGAGCGGTGGTACTTTTTATTCTTTGGCAACGTAATGCCATCCCAGCTCCACGTTCCTTGTCGAACAAAGCGTGGTATTTGGCCATCGGCGCTACCATTATGTTGGTAACTAACTATGTGACTAACGTGATGGGCCTACGATTTCTGAGTGCTTCTAGTGCGCAGGTGCTGATGCAAATTGCGCCGTTTGTGCTCATGGTTGGTGGTGTGTGGATTTACAAAGAGTCGTTTACGCGTGTTCAGACAGTTGGTGCACTCCTGCTTATCGCAGGCTTAGGATTGTTCTTCAATCAGCGCTTACCACAGATATTTGTTTCTGAAACGGAAAGTGTAGCTGGGCTATTTATTATTGCGGGTTCAGCGGTAGCATGGGCGATCTATGCGTTAGCGCAGAAGCCATTACTAAAAACATTGTCTGCGCGCCAGCTCACGTTGATTATGTATAGCTTAGGGAGTGTGTTGCTTATTCCCTTAAGCGCACCTTTAGAAATAACAGACATGAATGCGCTGCAAATAGGGGCATTAGTGTTTTGTTGCCTGAATACCCTGGTTGCCTACGGTGCTTTTACAGAAGCAATGCGTGTATGGTATGCGTCTAAGGTGAGTGCGGTATTAGCCGTACAACCCGTGTTTACGTTTTTGAGTATGTCTGTTGCTGAACGGGTGATGCCAGACACTTTTCATCAACCCGATCTTGATCACATTGCCTATTTAGGAGCGCTGTTAGTGGTGACAGGATCAATGTTAGCAGCACTTGGTAAGAAAAAGACCAAAACAGTGTTATCAAGCCGCCTTTCCGCTGGTGAGTCCAGCTAA	MDAQFRPVYGFFLSLLTAFLWGVLPVALTLCLAVMDSPTITFYRFVVAGAVVLFILWQRNAIPAPRSLSNKAWYLAIGATIMLVTNYVTNVMGLRFLSASSAQVLMQIAPFVLMVGGVWIYKESFTRVQTVGALLLIAGLGLFFNQRLPQIFVSETESVAGLFIIAGSAVAWAIYALAQKPLLKTLSARQLTLIMYSLGSVLLIPLSAPLEITDMNALQIGALVFCCLNTLVAYGAFTEAMRVWYASKVSAVLAVQPVFTFLSMSVAERVMPDTFHQPDLDHIAYLGALLVVTGSMLAALGKKKTKTVLSSRLSAGESS				NA	NA	NA	NA	NA
AK237_03469	1644	rssB_3		Regulator of RpoS	ATGAGATATGCAGATAAACGTGTACTGATCATCGAAGATCAGCGCCCTTTTCTGCTGGTGTTACGAGGTTTGTTACACTCAATGGGTGCAACAGAAGTGGTGACGAAGTCTTCTGCGGAACAAGCTCTGACGTTATGTAAAAAGCGTAAATTCGACGTTATTATCAGCGATCTGCATTTAGGATCGGACAAGAAAAATGGCTTTGAGTTAATCGAAGAATTGCGCAGCAGAAAGCTGGTTAAGCCCTCTTCTATTATAATGCTTATCAGTGCAGATAGTACTCGCCCCTTCGTATTAGGCTCGTTAGAACGCTCGCCGGACGACTACCTCATTAAGCCTTTTTCGCAAAGCCAGTTAAAAACGCGGTTAGAACGCGCCTGGAGAAAACGACAGGCGCTTTTGCCTATTTATCAGGCTCTGTTCGACGATAACGTACCTCAAGCACGACGAAAAGCAGAACAGTTGCTCGATTCTAACAAAGTGTATCGAGGCTCTGTCGCACAGCTTCTGGTGGATATTTATTGGCGTCAAAAAGATTATCAGGCAGCGTTGTCGTTGCTAAATGGCTTCGATCACGACCGTCCTGTACCCTGGCTTCAAATCGCGTTGGCTAAAAACTGGTTGAAATTAAATGACTGTCATAAAGCAAAAACCACTGCTGAAGCTGTCGTACAGCGCAATCGATTTAGCGCCGAAGCGTACGACGTAATCGCCGAATGCCAACATCTTAACGATGAAGGTGAATTAGCCGTTGAAACCATCAAACACGCCATCAAAATCTCCCCTTATTCTGTAGAGCGCCACGAAATCGCTTGCAACATCGCGCGCAAACAATCAAATTTCGCGATGATCAGTGAAAGTGCGCATGCTATCTGGATGCTGTCACGAAAAACGGTCAAAGAACACGCTGAGGTGTGGTGCACGTATATTCGCAGTATTTTAGAAGTTGCAGAAAACGCCGAAGACAAAAAAACACGCAACCGTTTTCAGCAGGAAGCACATTTAGCGATGCAACGGGGTAAATTTGACGACTACCTTAATCGCAACAACGAAACTTTCGATTTTGTTATTTACGAACAACTCTTTAATGCCCGTCTTTACAGTCTTGAAGGTAAACTGGTTGAGGCCAAACGTGCGCTAAATTCCAGTCAGGAAGCCATTGACCATAAATATGAGTCTTATCCGTTGGCGTATGCGCCCGATAGTTTAAAAGTCATGTATGCCATTGGTGAATACGACGATGCCGATGCACTGGTCAACAAGATCAACTGTCACGATATTCAACGTACGATTCAGCAAACGATCCAATCAGATAAGCTAAAAGCTGCAGAAAGACAGCAGATGTACTCAATGCATAACAAAGAAGGTATTGATTACTACCAACAGGGTAACTTCCTGGCGGCCCGCATGTCGTTTACCAAAGCTTTGCAATTTGCCCCGGTTAATACCGGTGTGGCACTTAATCTGTTGCAGTGTGTTATTAAGCTCCTGAATGGCGATACCAAACAAGAGCCCGCGTTGATAACAGAAAGCCGCCGACTCTTAAAACTGCTTGATGGCATGTTGATGAAGACACAGTATCAGCAAAAGTTCGACGAGCTAAAGCAAGAGTTAGCTGGACTCACCAGCGGAAAGGCGGCTTGA	MRYADKRVLIIEDQRPFLLVLRGLLHSMGATEVVTKSSAEQALTLCKKRKFDVIISDLHLGSDKKNGFELIEELRSRKLVKPSSIIMLISADSTRPFVLGSLERSPDDYLIKPFSQSQLKTRLERAWRKRQALLPIYQALFDDNVPQARRKAEQLLDSNKVYRGSVAQLLVDIYWRQKDYQAALSLLNGFDHDRPVPWLQIALAKNWLKLNDCHKAKTTAEAVVQRNRFSAEAYDVIAECQHLNDEGELAVETIKHAIKISPYSVERHEIACNIARKQSNFAMISESAHAIWMLSRKTVKEHAEVWCTYIRSILEVAENAEDKKTRNRFQQEAHLAMQRGKFDDYLNRNNETFDFVIYEQLFNARLYSLEGKLVEAKRALNSSQEAIDHKYESYPLAYAPDSLKVMYAIGEYDDADALVNKINCHDIQRTIQQTIQSDKLKAAERQQMYSMHNKEGIDYYQQGNFLAARMSFTKALQFAPVNTGVALNLLQCVIKLLNGDTKQEPALITESRRLLKLLDGMLMKTQYQQKFDELKQELAGLTSGKAA				NA	NA	NA	NA	NA
AK237_03470	564			hypothetical protein	ATGTTTTTTTGTACCGATCACGCTTCACTTATTCACATTCATGCCGATACAGGGGCTATGAAGGAAGAGAATACCGTAGCCCACACAGCGAATAGTACGCAAATTCAATTACCTGACCGTGAATGGTCGGGAGAGATTGGTCGTGCGACAAGTCAAGGGGCGTTATTTTCGCTTTACCTTTCTATTCATTGTCAGCCCGGCGCACAGACGCTTAAATTTGAGGAAACACGCGATCCTGCTCCTGTAGATGCAAGTTTTCCCGAACGGCTTAATCATTATAAACGTGCGCCACTAAAAGCGACCGATAGTGACTATACCAATCTTGCGATAACTTCCCGGATGGCAAACGCTGGTCAGCATGCCGCATTGTCGTTATGGCAAGCAATGCATCCCGACCCTTTAAGTGCGCATGACGACGCTATGTTGATTTCGCCTGAAGTGAGACAAAACTGTAGCCTGGCAACCCAGCTTCGCTTAAAGCAACATCGTTATGAGGTCAAAACAGTAGATGAAACCCTGCTCGACGATGTTATAGAAGGTTCACAACGATTGTTAACCGCATAG	MFFCTDHASLIHIHADTGAMKEENTVAHTANSTQIQLPDREWSGEIGRATSQGALFSLYLSIHCQPGAQTLKFEETRDPAPVDASFPERLNHYKRAPLKATDSDYTNLAITSRMANAGQHAALSLWQAMHPDPLSAHDDAMLISPEVRQNCSLATQLRLKQHRYEVKTVDETLLDDVIEGSQRLLTA				NA	NA	NA	NA	NA
AK237_03471	993			hypothetical protein	ATGTCTCAATATATCGTTTGCGCGATGTACAAATTCGTTGCGCTTGAAAACTACGAAGCGATGCGTCAGCCTCTTTTAGCCAAAATGGAAGAGGAAAGCATTAAGGGTACATTACTTCTTGCAAAAGAAGGTCTCAACGGTACGGTATCCGGTTCCCGAGAGGGCATCGATAACTTACTGGCCTACCTGAACAGTGATACACGCATCAATCCGATCTCTTTTAAAGAATCACTTCATGATGAACAGCCTTTTTATCGTACCAAGGTAAAATTGAAAAACGAAATCGTAACGATGGGGGTTGAAGGTATTGACCCACGTCATACGGTGGGTACCTACGTCAAGCCACAAGACTGGAATGCTTTGATAAGCGACCCGGATGTGTTGGTTATTGATACACGTAACGATTATGAAATTGAAATTGGTACGTTCAGGCATGCTGTCGATCCTAAAACGAAAACGTTTCGCGAGTTCCCCGATTACGTAAAAGAAAACATGGATCCACAGCAACATAAAAAAGTGGCTATGTTTTGCACCGGCGGTATTCGCTGTGAAAAATCCACCGCATATTTAAAAGAGCAGGGGTTCGATGAGGTTTATCATCTTGAAGGTGGAATACTGCAATACTTGCAGGATGTGCCGAAAGAAGAATCCTTGTGGGAAGGCGACTGCTTTGTTTTTGATAACCGCGTAGCGGTAAATCATGACCTCGAAAAAAGTCAGTATGATGCCTGTTATGCGTGCCGGTTACCGATTACTGAAGAAGACAAAGCGTCTGACAAATACGAAGCCGGAGTGAGTTGCCCGCATTGCTTTGGCACGCATACCGAAGAACAAATTGCCCGTTTCCGTGAACGGGAGAAGCAGGTGCAGCTCGCGAAAGCCCGCAGCGAGGAACATGTCGGTAGCGATGCGAGACTGGCAATGGAAAAGCGTCGGCAGCAAAAGGCTGAAGAGCAAAGACAGCGGGCGTTAGCGGCAAAAGAAAGCCAGTAA	MSQYIVCAMYKFVALENYEAMRQPLLAKMEEESIKGTLLLAKEGLNGTVSGSREGIDNLLAYLNSDTRINPISFKESLHDEQPFYRTKVKLKNEIVTMGVEGIDPRHTVGTYVKPQDWNALISDPDVLVIDTRNDYEIEIGTFRHAVDPKTKTFREFPDYVKENMDPQQHKKVAMFCTGGIRCEKSTAYLKEQGFDEVYHLEGGILQYLQDVPKEESLWEGDCFVFDNRVAVNHDLEKSQYDACYACRLPITEEDKASDKYEAGVSCPHCFGTHTEEQIARFREREKQVQLAKARSEEHVGSDARLAMEKRRQQKAEEQRQRALAAKESQ	PGPT0013330_609	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0013330-UPF0176_protein-K07146	NA	NA
AK237_03472	243			hypothetical protein	GTGAGCACCCAACTTTCTGAAGAAAAAATTGCTGAAATTAAAAGTGATTTCAGCTTCTTTGATAAAGACGGAAATGGTCAGATTGATCTGCCTGAATTTATTGAGTTGCTAACTGTTTTATCGCCTAAAACCAAGGCGAGTCATGTTGAAGAGGGGTTTAAACTCATCGACGATAATGACGACGGTTATATTGATTTTGAAGAGTTTCTCGCCTGGTGGCAAGAAGCTTGGTGGGAATACTAA	MSTQLSEEKIAEIKSDFSFFDKDGNGQIDLPEFIELLTVLSPKTKASHVEEGFKLIDDNDDGYIDFEEFLAWWQEAWWEY				NA	NA	NA	NA	NA
AK237_03473	1272	srmB_3	COG0513	ATP-dependent RNA helicase SrmB	TTGGAGACACTGACAGACGTTCAGGAACAAACTATTTTGCCTGCCCTTCAGGGCAAGGACATTATGGCGTCTTCAAAAACCGGTTCAGGTAAGACCTTCGCTTTTTTAGTGCCATTAATTCACCGGTTAATGACAACTAAAGCGCTAAGCAAGCAAGACCCGCGCGCACTGATACTTGCTCCTACCCGTGAGTTAGCCAAACAGGTATTCACCGAGCTACGCAGTTTAGCTAACGGCGTAGGCATACAAAGCGCGTTAATTGTTGGCGGCGAGAACTATAACGACCAAACCAAAGTGCTGCGCCGTAACCCTCATGTTATTATTGGAACGGCAGGTCGTGTCGCTGACCACCTGGAAGACAAATCGTTTTTTATTAACGGCTTAGAACTACTCATTTTTGATGAAGCAGATCGTATGATGGATCTAGGCTTCGCAGAGCAACTAAACCTGATTAATCGTTATGCAGACCATAGAAAACGTCAAACCATGCTATTCTCTGCGACGCTGGATAATATTGCCCTTACGCACCTCACCCGTGACCTGTTGAAAGCACCGGTTCGCGTGGCAGTGGGTGAAGCAACCGCCGCTCACCAGGACATAGAACAATCGTTATTCTTTGCAGATAATGTAGAGCATAAAGATAGTTTGTTGCTTACCGTGTTAGGCGAACAAAGCTATAACCAGGCTGTGGTGTTTACCGCAACACGGGAAGACACAGACCGCATCGCCGCTATCCTTAACGAGCACCATCTTGAAGCTATCGCTTTGCGCGGCGATCTGCCTCAAAATCAGCGGGCCGCCATCATGAGCAATTTCAGTCGTGGGCAAAATAGCGTACTGGTGACAACCGATTTGGCATCCCGTGGACTGGATTTACGTAAAGTCGGCCTGGTCGTTAATTTTGACTTACCAAAACAATCCGATGAATACATTCACCGTATAGGCAGAACCGGACGTGCCGGTGACAAGGGTGTGGCAATTTCGTTTGTTGGGCCCCGGGATTGGACAAGCTTTTTAAATATCCAAAGCCATGTTAGCTATGAAATTACGTGTACCGCCCACGACAGTTTACCTGCACGTTTCAGCGGAAAGAAACCAGCCAGAGCACAACAGTCGAAAACCAGACAGCATGCAGGCAACGAAACAGAAAACGATAAGCGTAACAAACCGTTAGCTAAAAAACGGGTTAATACCATGAAAGGTGACGAGGCCGGACACATGCCGGTAATGAGAAAAAAACGCACCGACGTTGTCGATGACGAAGAGGAATAA	METLTDVQEQTILPALQGKDIMASSKTGSGKTFAFLVPLIHRLMTTKALSKQDPRALILAPTRELAKQVFTELRSLANGVGIQSALIVGGENYNDQTKVLRRNPHVIIGTAGRVADHLEDKSFFINGLELLIFDEADRMMDLGFAEQLNLINRYADHRKRQTMLFSATLDNIALTHLTRDLLKAPVRVAVGEATAAHQDIEQSLFFADNVEHKDSLLLTVLGEQSYNQAVVFTATREDTDRIAAILNEHHLEAIALRGDLPQNQRAAIMSNFSRGQNSVLVTTDLASRGLDLRKVGLVVNFDLPKQSDEYIHRIGRTGRAGDKGVAISFVGPRDWTSFLNIQSHVSYEITCTAHDSLPARFSGKKPARAQQSKTRQHAGNETENDKRNKPLAKKRVNTMKGDEAGHMPVMRKKRTDVVDDEEE	PGPT0013740_2989	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_OSMOTIC_STRESS	OSMOTIC_STRESS-OTHER_REGULATORS,PGPT0013740-rhlE-K11927	NA	NA
AK237_03474	657	scoB	COG2057	putative succinyl-CoA:3-ketoacid coenzyme A transferase subunit B	ATGGCATTAACCAGAGATCAAATCGCAATGCGTGTGGCGCAGGAATTTCAGGACGGCAGTTACGTAAACCTCGGTATCGGTATTCCTACTCTGGCCGCTAACTATGTGCCAGAAGGCATAGAAGTCATGCTGCAATCAGAAAATGGTCTTTTAGGCATGGGCCGCTATCCTAATGAAGACGAAATTGATGCAGACATGATCAACGCCGGTAAAGAAACCGTGACGGCTATCACCGGCGCATCTATTTTCAGTTCTGCTGACAGCTTCGCCATGATCCGTGGTGGGCACGTAGATTTTACTGTACTGGGCGCATTTGAGGTCGATGTAAACGGTAATATCGCCAGCTGGATGATTCCCGGCAAACTCATCAAGGGCATGGGCGGTGCCATGGACCTGGTGGCCGGTGCAAAAAATATTATTGTTACCATGACTCACGCTGATAAACACGGCAACTCAAAATTACTGGATGAATGTACGCTTCCCCTCACAGGTGTGAACTGCATAACCCGCATTATTACTGATTTAGCGGTACTGGAAGTTGCAGACGGTGCCTTTCATCTTTGTGAGCGTGCGCCCGGTGTTAGCGTTGATGAAATTCGGGAGAAAACAGCAGGTAAGTTAATTGCCGCTGATGATGTACCGGAAATGCAATTTTAA	MALTRDQIAMRVAQEFQDGSYVNLGIGIPTLAANYVPEGIEVMLQSENGLLGMGRYPNEDEIDADMINAGKETVTAITGASIFSSADSFAMIRGGHVDFTVLGAFEVDVNGNIASWMIPGKLIKGMGGAMDLVAGAKNIIVTMTHADKHGNSKLLDECTLPLTGVNCITRIITDLAVLEVADGAFHLCERAPGVSVDEIREKTAGKLIAADDVPEMQF	PGPT0008330_727	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BIOTIC_STRESS_RESISTANCE-VOLATILES	BIOTIC_STRESS_RESISTANCE-ALCOHOL|KETONE_VOLATILE_METABOLISM,PGPT0008330-scoB-K01029	NA	NA
AK237_03475	708	scoA	COG1788	putative succinyl-CoA:3-ketoacid coenzyme A transferase subunit A	ATGTCAGGTTTCGATAAAGTCGTTACCAGTTATGAAGCAGCACTGGAAGGTCTGTCAGACAACATGACCGTTGTGGCCGGCGGCTTTGGACTGTGTGGTATTCCGGAAGGATTAATTGCACAAATCAAAACAGCGGGTGTAAAAGGCCTGACTGTGGTATCAAATAACTGCGGTGTCGACGGCTTTGGTCTCGGTATTTTGCTTGAAGACCGCCAAATCAAAAAAATGGTGTCTTCTTATGTTGGTGAAAATGCCCTGTTTGAAAAACAGTTGCTCGACGGCGAACTTGAGGTCGAACTGACCCCGCAAGGCACACTGGCTGAAAAACTGCGCGCCGGTGGCGCCGGTATTCCCGCGTTCTACACGGCAACAGGCTACGGCACACCTGTCGGTGAAGGAAAAGAAGTCAAGGAATTCAACGGTCGTCCTTATATTCTTGAAGAATCCATTGTCGGCGACTTCGCCATTGTTAAGGCCTGGAAAGCCGATCGCTACGGAAACTGTGTCTACCGGCACACTGCACAAAACTTTAATCCCATGGCGGCTACCGCAGGTAAAATCACCGTGGTTGAAGTTGAAGAAATTGTAGAGCCCGGTGAACTTGAGCCCTCTCAAATTCACACCCCCGGCATTTTCGTTGACCGCGTGATTAAAGGTACATTCGAAAAACGTATTGAGCGTCGCGTTACCGCGAAGAAGGAGGCGTAA	MSGFDKVVTSYEAALEGLSDNMTVVAGGFGLCGIPEGLIAQIKTAGVKGLTVVSNNCGVDGFGLGILLEDRQIKKMVSSYVGENALFEKQLLDGELEVELTPQGTLAEKLRAGGAGIPAFYTATGYGTPVGEGKEVKEFNGRPYILEESIVGDFAIVKAWKADRYGNCVYRHTAQNFNPMAATAGKITVVEVEEIVEPGELEPSQIHTPGIFVDRVIKGTFEKRIERRVTAKKEA	PGPT0008325_895	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BIOTIC_STRESS_RESISTANCE-VOLATILES	BIOTIC_STRESS_RESISTANCE-ALCOHOL|KETONE_VOLATILE_METABOLISM,PGPT0008325-scoA-K01028	NA	NA
AK237_03476	906	cynR_2		HTH-type transcriptional regulator CynR	ATGAGTATCTCTTATCGCAACATGCAGGCGTTCATACAAGTTGCCGAGTCGGCGACTTTTGCCGAGGCTGCCGAAAAGCTTCATCTTACACAGCCCGCTTTGTCTTCTGCGATTAAAAAGATGGAAGCGCAACTCGGCGGTAAACTGTTCAGCAGAAGTACACGCCGGGTGTCGTTAACGCCCGAAGGTCAAACGTTACTGCCTAACGCCAAGCGTTTGATCAATGAATGGGACGAAACCTTCCATGACATGCAAAACCTGTTTGCCATGCAGCAGGGTAAACTCACTATAGCTGCAATGCCTTCCTTTGCCGAGAGTAAACTTCCGGCGTTACTGAATGATTACCACCGCACGTTTAATAACATCCGTCTGAGGGTTCTGGATGTTGTGATGGAGGCAACGATTGATAGTGTGTTGCAAGGAAACGCCGAAATTGGCTTTACGTTTGAGCCAGAAATAGCAGATGGTTTGATTTTTAAGCCTTTGTTTACCGATGAGTTTATTGCGGTGGTGTATCCGGCTCATCCTCTGGCTGCGCGGCGTGCTGTACCGTGGCACGAATTACTGTCGTATCCGTTTATTGCCATGAACCGGGGCTCTGCGGTGCGCCGCTGGACTGAGCAGGCGGCGCAGAATACCGGCCAGTTAAACATTATCGCGGAAACCGGTCAGTTGGGATCTGTCGGTCAGTTTATCGCCCAAGGCATGGGCATCTCTGTGGTGCCGGCTATTTGTAGGCAGCAAATGGAAAGTCGCGGGCTGGTGTGTTGTGCTATTGAGGATAATCCGCTTAAGAAACCGGTGGGCATGATCCGTAGTCAGCGGGGCGGCTTGTCGGTTGCGGCCGGCGAATTCTGGCAATTATGTGAGCGAGCTTATGCCCTGTCAGGGAAAAACTCACTATAA	MSISYRNMQAFIQVAESATFAEAAEKLHLTQPALSSAIKKMEAQLGGKLFSRSTRRVSLTPEGQTLLPNAKRLINEWDETFHDMQNLFAMQQGKLTIAAMPSFAESKLPALLNDYHRTFNNIRLRVLDVVMEATIDSVLQGNAEIGFTFEPEIADGLIFKPLFTDEFIAVVYPAHPLAARRAVPWHELLSYPFIAMNRGSAVRRWTEQAAQNTGQLNIIAETGQLGSVGQFIAQGMGISVVPAICRQQMESRGLVCCAIEDNPLKKPVGMIRSQRGGLSVAAGEFWQLCERAYALSGKNSL	PGPT0021950_326	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARNITHINE_USAGE	PLANT_DERIVED_CARNITHINE_DEGRADATION,PGPT0021950-dhcR-K17737	NA	NA
AK237_03477	366			hypothetical protein	ATGGAGCTACTTACTCAGCAAGATAATCCAGCGATTCAAAAGATTACCCAGGCCATGCCATCACTAAACATGCCCGACATCCCAATTCCTGAACTTCCGGATATATCTGAATTTACATCTGTGGAATGGTCTTTACTCACTAGCTCCATCAGCAGTGAAGACTCCGCAGATAATGTTACCCGCGATAAAAACAGCACCCGACAAACAACTAAAGCTGGTAACATTTGTGGCGGCGCCGGCTCTGGTCTAATTGCAGGAGGCAAAACGCTGTATCGCTGGCAAGACGAAAGCGGCATGGTACATCTGTCAGATACGCCGCCTGAAAATCGCTCACTTACCGTCACCACACTCAATACATGCGATTAA	MELLTQQDNPAIQKITQAMPSLNMPDIPIPELPDISEFTSVEWSLLTSSISSEDSADNVTRDKNSTRQTTKAGNICGGAGSGLIAGGKTLYRWQDESGMVHLSDTPPENRSLTVTTLNTCD				NA	NA	NA	NA	NA
AK237_03478	765			hypothetical protein	ATGTTTTTTACAATAATAATAATACTCATCGTAGTACTGATCATTGCTGCCATTTTTGTAAATGCATTCCAGCAACATCGTGCCAAACAAGAAGCAGAAAGAAGAAACGAAGTATCAAAGCACCGCAATATCATCGATGAAACAGAAAACGTGATAATGGCCTGCTCCAATATGCCGGTGTCACAAAAGCTGATGCAGATTCTACATGCTCGTGTTCATAATGCACTAAAAGCAATGGCTGAATTAGGTGCGGGCACGCCGGATATCAAGCAGCGCATAGCCGATGCCGAAAATGCCAGGAATGGTGCCATGTCATTAGAGTCAGGCTCGGTTGCCGAATTCAACCTCCCTGACAACGATAAGCTGATTATCCAGTATATTCAGGCCGTGAAGAAGCTACGCATTCTGCTGCGTTCAGAGCATTCAAAGGGAAAAATTGAAAGCAGAACATTTGCAGAAGAAGACAAGCATCTTGAACGCTTACAGCTGAAAGTGAATATAGAAACCCTCATCAAGCGAGGTCGTGGAGCTATGCAATCCAATATGCTGGGTTCCGCGCGGCAGTATTTCGAGAAGGCAATAAAAGCGCTGGAAAGCCAGTCACAACCCGATGAATACGTGGTGTCTCGCACCGCGACGCTCAAAGAGTGGCTCACTTCTATTCAAGACGACTTAAAAAATGCTAACGCGGAAGATAGAGAGCGACGTCGTGAAGCTGAGCGGGATGAACTGGATGAGTTGTTCGCACCGAAGAAAAAGTGGTAA	MFFTIIIILIVVLIIAAIFVNAFQQHRAKQEAERRNEVSKHRNIIDETENVIMACSNMPVSQKLMQILHARVHNALKAMAELGAGTPDIKQRIADAENARNGAMSLESGSVAEFNLPDNDKLIIQYIQAVKKLRILLRSEHSKGKIESRTFAEEDKHLERLQLKVNIETLIKRGRGAMQSNMLGSARQYFEKAIKALESQSQPDEYVVSRTATLKEWLTSIQDDLKNANAEDRERRREAERDELDELFAPKKKW				NA	NA	NA	NA	NA
AK237_03479	699	kinB	COG5000	Alginate biosynthesis sensor protein KinB	ATGTCAGACAGTCATCCTTCACAGACAATAGACTTTTCTTCCGTGCTGGCGGCGGCCGTGCATGATATGAAAAATTCTTTGTGTTTACTTATCCAATCTATCGAATCGCTAGCGGCGTTGATTCCGCAGGACAACGGTGAAGCCAATGACCAGGTAGCCACCGTGCACTATGAAGCCACACGGTTAAATACGAATCTCGTGCAGATACTTTCACTGTACCGGGTTGAGTTAGACAAGCTACCCATCACAGTAGACGAATGTTTTATCGACGATTTATTTGACGATGTGATGTCATCTGTGCGTATCTACATGGAACAAAAAGACCTGTTGGTCACCATAAATGTAGAGGATGAAATAAGCTGGTATTTAGATCGTGAGTTAATCTTCATGCTCATTAACGATGTGCTGATTAACGCGATGCGGTATGGCACATCGCAGATTCAGCTTAACGCAAAAATAACGGACAACAAATTAGTTATATCAGTAGAAGATGATGGCGCTGGTTATCCCCAATCTATGCTGGACAGAAGTACTGAAGATTTGGCGGGTTTTGATGTCAGCCAAGGACGCACCGGTTTAGGCCTTTATTTCGCTCGACTAATCGCTAGCGCTCATGGAAAAGATGACCAATGCGGGGAGATTTCACTACGCAATGGTGGTAATCTGGGCGGCAGTGTTTTTGAAGTAAAATTGCCTTAA	MSDSHPSQTIDFSSVLAAAVHDMKNSLCLLIQSIESLAALIPQDNGEANDQVATVHYEATRLNTNLVQILSLYRVELDKLPITVDECFIDDLFDDVMSSVRIYMEQKDLLVTINVEDEISWYLDRELIFMLINDVLINAMRYGTSQIQLNAKITDNKLVISVEDDGAGYPQSMLDRSTEDLAGFDVSQGRTGLGLYFARLIASAHGKDDQCGEISLRNGGNLGGSVFEVKLP				NA	NA	NA	NA	NA
AK237_03480	975	cysB		HTH-type transcriptional regulator CysB	ATGAAATTACAGCAGCTTCGCTACATAGTAGAAGTGCAGAACAACAATCTAAATGTATCCGCTACAGCAGAAAGTCTCTACACCTCACAACCCGGTATAAGTAAGCAGGTACGCATGCTGGAAGACGAGTTGGGTGTGCAAATTTTCGGCCGCAGCGGAAAGCATTTAACCCATGTCACCGATGCTGGGAACGACGTTATTAATATTGCTCGTGAAATACTGGCTAAGGTTGAAAGCATAAAGTCGGTTGCCCGTGAGCATACCTTGCCCGATCAGGGTAAGTTAAATATTGCTACTACCCATACGCAAGCCCGTTACGCGTTACCTGATGTCATTAAAGGTTTCATGAATAAGTACCCCAAGGTGTCATTACATATGCACCAGGGCACGCCTTCTCAGATATCTGATCTGGCAGCAAAGGGTGAGGCGGATTTTGCTATCGCTACCGAAGCGCTGCACCTTTATAACGACCTGGTTATGTTGCCTTGTTATCACTGGAATCGCAGCGTCATTGTGAATAAAGATCACCCGTTGTCCAAGAAAGGCTCTATCGATATTGCAGATATCGCCAAGTATCCATTGGTTACCTATGTCTTTGGCTTCACCGGCCGGTCTGAATTAGATCAGGCTTTCGAACGCGCAGGGTTAACACCTAAAATTGTTTTTACAGCTACAGATGCTGATGTCATTAAAACTTATGTCCGATTAGGTGTTGGCATAGGTGTGATTGCTTCTATGGCAGTAAGTGAAGAACTCGATGATGATTTAGTGAAAATTGATGCGTCGCATTTGTTTGACTACAGCACCACTAAAATCGGGTTCCGCAAAGGCTCGTTCTTGCGTACCTATATGTACGACTTTATCGAGCGTTTCGCCCCGCATCTGACTAAAGATAAAGTCGAAAAAGCGATGATGCTGAAAAACAATGATGAAGTAGAGAAAATGTTCAGAGGGATAACCCTGCCGGTGAAGTAA	MKLQQLRYIVEVQNNNLNVSATAESLYTSQPGISKQVRMLEDELGVQIFGRSGKHLTHVTDAGNDVINIAREILAKVESIKSVAREHTLPDQGKLNIATTHTQARYALPDVIKGFMNKYPKVSLHMHQGTPSQISDLAAKGEADFAIATEALHLYNDLVMLPCYHWNRSVIVNKDHPLSKKGSIDIADIAKYPLVTYVFGFTGRSELDQAFERAGLTPKIVFTATDADVIKTYVRLGVGIGVIASMAVSEELDDDLVKIDASHLFDYSTTKIGFRKGSFLRTYMYDFIERFAPHLTKDKVEKAMMLKNNDEVEKMFRGITLPVK	PGPT0002965_501	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-H2S-VOLATILE_PATHWAY,PGPT0002965-cysB-K13634	NA	NA
AK237_03481	1374	sdaA	COG1760	L-serine dehydratase 1	ATGATTAGTGTTTTTGATATGTTCAGCGTCGGCATCGGCCCTTCGAGCTCCCATACTGTTGGCCCCATGCGAGCAGGCGCAGAATTCGCGAGTGAACTAGCCAGCAGCCATTTGCTAGGTGATATTTCGACGGTACGCGTTGAATTATATGGTTCCCTGGGCCAAACAGGAAAAGGTCATGGCACAGGTAAAGCTGTGATACTGGGCTTATTAGGCGAATTACCGGAGTCGATTGATGTCGACGCCATTGATGGTATGTTAGACAACATTCATCAGACACAGCAATTGCTGGTAAATGGTCAACAAAAAGTAAGTTTTCCTAATAAAAACGCAATCGTCTTTCATCGTCGCAAGACATTACCCAAGCACGCCAATGCACTGACTTTTTTTGCTTACGATGACAAAGATACACTGGTGAAAAGCCAGACTTATTACAGCATCGGCGGCGGTTTCATTATTAAAGATGAAGATTTTGACGCCACGAAAACTCTTGCCATCGCCACACAAGCTTCCGTGCCCTATCCGTTCAAAACCTCAGAACAGCTATGTGGGCAATGTAACGCCAACGGATTACGCATTAGTTCGCTGATGTTGAAAAATGAAAGCGTTTTACGCCCTGCCAGCGAAGTAAAACGCATGTTGTTTGATATTTGGCTGGTAATGAAAGCCTGTATTGACCGCGGTATTGATAATGAGGGTATTTTGCCCGGAGGCCTGAAAGTAGTGCGTCGAGCACCGGGGTTATATCGCCGTTTGCAATCTGAGCGCTCGGCCGATCCAATGCAAACAATGGATTGGGTAAATTTATTTGCCCTGGCAGTAAACGAGGAAAATGCGGCCGGTGGACGTGTGGTGACAGCACCAACCAATGGCGCGGCCGGCATTATTCCTGCGGTACTGGCGTACTTTGATAAATTTATCCGTCCTGTTGATGAAGAAACTGCCGCGCGCTTCTTATTAACCGCGGGCGCTATCGGCATTTTATATAAAGAAAACGCCTCCATCTCTGGTGCCGAAGTGGGCTGTCAGGGTGAAGTGGGCGTTGCGTGCTCTATGGCCGCAGGTGCATTGGCTGAAATTATGGGTGGTACGGTGGCCGCGGTGGAAAATGCCGCAGAAATTGGTATGGAACATAACCTTGGCTTAACCTGCGATCCTGTTGGCGGGCTGGTTCAGGTGCCGTGCATTGAGCGCAATGCCATGGGCGCCATCAAGGCCATCAACGCCAGCCGTCTGGCGCTTCGCGGTTCCGGTGAGCATAAAGTATCACTGGATAAGGTGATAAAAACCATGCGTGATACCGGTAATGACATGAAGACCAAATACAAAGAAACCGCCAGAGGCGGTCTTGCGGTCAATATTATCGAATGCTGA	MISVFDMFSVGIGPSSSHTVGPMRAGAEFASELASSHLLGDISTVRVELYGSLGQTGKGHGTGKAVILGLLGELPESIDVDAIDGMLDNIHQTQQLLVNGQQKVSFPNKNAIVFHRRKTLPKHANALTFFAYDDKDTLVKSQTYYSIGGGFIIKDEDFDATKTLAIATQASVPYPFKTSEQLCGQCNANGLRISSLMLKNESVLRPASEVKRMLFDIWLVMKACIDRGIDNEGILPGGLKVVRRAPGLYRRLQSERSADPMQTMDWVNLFALAVNEENAAGGRVVTAPTNGAAGIIPAVLAYFDKFIRPVDEETAARFLLTAGAIGILYKENASISGAEVGCQGEVGVACSMAAGALAEIMGGTVAAVENAAEIGMEHNLGLTCDPVGGLVQVPCIERNAMGAIKAINASRLALRGSGEHKVSLDKVIKTMRDTGNDMKTKYKETARGGLAVNIIEC	PGPT0001975_2118	DIRECT EFFECT	BIO-FERTILIZATION	POTASSIUM_SOLUBILIZATION	K-SOLUBILIZATION-ORGANIC_ACID_METABOLISM	K-SOLUBILISATION-PYRUVIC_ACID_BIOSYNTHESIS,PGPT0001975-sdaA|sdaB|tdcG-K01752	NA	NA
AK237_03482	576	nudL		putative Nudix hydrolase NudL	TTGAATCGTAGTGAATTTTTACAACGCTACCATCATATACGCCAGATAAACTATGAAGCGGACTATCCGCTGCGAAAAACCGGACGCGCCGCGGGTGTGTTAATTCCTCTTATCGACCATGCTGATGGATTAACCGTATTACTTACCGAACGTGCTCATCACCTACGGCATCATCCCGGTCAGATCAGTTTTCCTGGCGGTGGCGCAGAGCCTCAGGATAATACACTTATCGATACCGCACTCAGAGAAGCGCAGGAAGAAGTAGGCTTGCTATCCGCAGACATAGATATCGTAGGCGCCCTGCCCGAATATCGCACCATCAGCGGGTATGCAATGACGCCGGTAATTGGCTTTGTAAAACCTGCTCCACTGTTACGCATTGACGAAAACGAAGTTGCGTCAGCGTTTGAGGTACCGTTAGCATTCCTTATGGATAGGCAACGTCATCTTAAGCATTACATCGAGCGCCATAAGCAACGTTATCCGGTTTATTTTATTCCCTGGAAGAACCGCCTGATATGGGGGGCAACGGCAGCAATCTTACGAAACCTTTCGGCCCACCTCTGTAATGATTAA	MNRSEFLQRYHHIRQINYEADYPLRKTGRAAGVLIPLIDHADGLTVLLTERAHHLRHHPGQISFPGGGAEPQDNTLIDTALREAQEEVGLLSADIDIVGALPEYRTISGYAMTPVIGFVKPAPLLRIDENEVASAFEVPLAFLMDRQRHLKHYIERHKQRYPVYFIPWKNRLIWGATAAILRNLSAHLCND				NA	NA	NA	NA	NA
AK237_03483	1413	pabB	COG0147	Aminodeoxychorismate synthase component 1	ATGAGTTATCATCTGTATACCCCCGCTTCGACCACAGTGACCATTTCAGAGTTAAACAGTCAGAAATCCCTGGCTGAGTTATTTCAGGCAATCGAAGCTTTGCCTTTTGCGATGTTGTTAGATACAGCCGGCACATCCAACTTTGGACGCTATAGCATTGCGGTATGGTCTCCTGATCTAACAATTACCAGTAGTGCGGGAAAAACCCATGTTACGTGTCAGGCAAGCCGTGATAAAACTCAGGTTGACCAACAACCGTTGGCCGTCGTCGATACCATTCAGCGTGCTTATTTCAACAATCTGTCGATTCAATCGTCCTTGGGCGATGCCGTTATTGAGGCACTCCCGTTTCTGATAGGCTGCATGGGATTAGCAGGCTACGATTTAGGCCGCTATTACGAAAATTTGCCCAGCGAGGCTATCAACCACTATGCATGTCCCGACATGGCCGTTGGTGTATACCCTCAGTCAATTATTGAAGATACACAAACTGGCACTTTGTATTATTGCCGGCTCAGTCATTTGCCGGAGGTGCCGCAATTTATGCATACGGCGTCTCGCGAAAAACCGTTTTCGCTAACAACACCATGGCAGTCTAATTTAAGCCGGTCATCTTACGTTGATTCGCTGCACCGTATTCATGAATACCTGCTTTGCGGAGATTGCTATCAGGTTAACATGGCGCAACGGTTTAGTGCTGGTTATTCCGGTAGTGAATGGGAAGCTTATAAAACACTTCGCCATACAAATAAGGCGCCATTTTCTGCCTTTATCCGCTTACCAGAAGCAACGCTGCTAAGTATTTCGCCAGAGCGTTTTTTATCAGTCAAAAACGGAAAAGTTGAAACAAAGCCTATCAAGGGCACGCGACCTCGTTTCGAGGATGCAGAGGCAGACAAGGCAAGCGCCGATGACTTACTCGCAGCCGAAAAAGACCGGGCTGAAAACCTCATGATTGTCGACTTATTACGGAATGACTTAAGCAAGCACTGTAAACCGGGCACAGTTGATGTTCCGTCCTTATTTGCGCTTGAAAGTTATGAAGCCGTACACCATATGGTAAGTACGGTAGTGGGCGAATTAGATGACAGAGCAAGCCCGCTGGATTTACTTGCTGGCGCATTTCCCGGCGGCTCGATTACCGGTGCGCCCAAGATCCGCGCGATGGAAATCATAGATGAGTTAGAGCCCCATCGGCGCAACATTTACTGCGGTAGCGTATTTTATCTTGGGTTTCGACAGGACATGGACTCAAGTATTCTGATCCGCAGCCTGTTGGCTGAAAACGGTCAGATGCACTGTTGGGCGGGTGGTGGTATCGTTATCGATTCGAAGCCTGAAGACGAATACCAGGAAACATTGGACAAGGTATCCAGAATTTTACCCGTATTGGAGCAGCAGATTGAATCGTAG	MSYHLYTPASTTVTISELNSQKSLAELFQAIEALPFAMLLDTAGTSNFGRYSIAVWSPDLTITSSAGKTHVTCQASRDKTQVDQQPLAVVDTIQRAYFNNLSIQSSLGDAVIEALPFLIGCMGLAGYDLGRYYENLPSEAINHYACPDMAVGVYPQSIIEDTQTGTLYYCRLSHLPEVPQFMHTASREKPFSLTTPWQSNLSRSSYVDSLHRIHEYLLCGDCYQVNMAQRFSAGYSGSEWEAYKTLRHTNKAPFSAFIRLPEATLLSISPERFLSVKNGKVETKPIKGTRPRFEDAEADKASADDLLAAEKDRAENLMIVDLLRNDLSKHCKPGTVDVPSLFALESYEAVHHMVSTVVGELDDRASPLDLLAGAFPGGSITGAPKIRAMEIIDELEPHRRNIYCGSVFYLGFRQDMDSSILIRSLLAENGQMHCWAGGGIVIDSKPEDEYQETLDKVSRILPVLEQQIES	PGPT0008005_326	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-VITAMIN_B9|FOLATE_METABOLISM,PGPT0008005-pabB-K01665	NA	NA
AK237_03484	1530	fumB	COG1838	Fumarate hydratase class I, anaerobic	ATGACCGTTATCCGTCAACAAGACTTCATCGATAGTATTGAAGATGCGCTTCAATTTATTTCCTACTATCACCCGCTGGATTATGTCAAAGCCGTAGAACAGGCCTACCTTAAAGAGCAAAGCCAGGCCGCGAAAGATGCCATGGCGCAAATTCTTATCAACTCCCGTATGTCTGCCGAAGGTAAACGTCCTCTGTGTCAGGATACCGGTATTGTTACGTGTTTCGTTAAAATTGGTATGGGTGTCACCTGGGACAAAACCGACCTCACTGTTCAGCAAATGGTTGATGAAGGCACACGCCGTGCGTATACCAATCCGGATAACCCGCTGCGGGCATCTATTGTTGCAGACCCGGCCGGTGCACGTAAAAACACCAAAGACAACACGCCGTCAGTGGTACATATCGATATGGTTGCCGGTGATAAGATTGAAGTGATGATCGCGGCCAAGGGTGGCGGTTCTGAGAACAAGTCTAAAATGGTCATGCTGAACCCGTCTGACGATATCGTGGAATGGGTTGTTAAGACGCTTCCAACCATGGGCGCAGGCTGGTGTCCGCCGGGTATGCTGGGTCTGGGTATTGGCGGTACGGCTGAGAAAGCCGCGGTACTGGCGAAAGAAAGTTTGATGGATCCTGTAGACATTCAGGAACTCATCGAACGCGGTCCTGAAACTACGGATGAGAAACTGCGTGTTGATATTTTCAATGCAGTGAACAAGTTAGGTATTGGCGCACAGGGCCTGGGCGGTTTAACCACGGTTGTTGATGTGAAAATTAAATCAGTAGCCACTCACGCTGCCTCCAAGCCGGTTGCTATGATCCCCAACTGTGCCGCTACCCGTCACGCGCACTTCTACCTTGATGGCAGCGGTCCTGCTGATCTGAAAGCGCCTAAGCTGGAAGAGTGGCCGGAAGTTACCTGGGAAGTGAGTGAGAATACCCGTCGAGTAAACATGGATGAAGTCACCAAAGAAGATATTCAGGAATGGAAAGTTGGTGAGACTGTTCTGCTGTCAGGCAAAATGCTGACAGGCCGTGATGCGGCGCACAAGCGCATTCAAACCATGCTCGAAAACGGTGAAGGTTTACCGGAAGGCGTAGATTTAAATGGTAAGTTCATTTATTACGTAGGTCCGGTTGATGCGGTAGGTGATGAAGTGGTAGGCCCAGCGGGCCCAACTACCGCTACCCGTATGGATAAATTCACTGATATGATGCTGGAAAAAACCGGCATCGCTGGCATGATTGGTAAAGCTGAGCGCGGCCCTGCAACTGTGGACTCTATTGCCAAACATAAGTCCGTTTATCTGATGGCTGTTGGCGGCGCGGCGTACCTGGTATCCAAAGCCATCAAGAAAGCCGGTGTTGTGGCCTTCGAAGATCTGGGTATGGAAGCAATCTACGAATTTGAAGTTGAAGATATGCCGGTTACCGTTGCGGTAGACAGCACCGGTGCCAACGCGCACAAAACGGGTCCGGCGATCTGGAAAGCGAAAATTGAAGAGCTGGACAAAGAACTGGCTAAATAA	MTVIRQQDFIDSIEDALQFISYYHPLDYVKAVEQAYLKEQSQAAKDAMAQILINSRMSAEGKRPLCQDTGIVTCFVKIGMGVTWDKTDLTVQQMVDEGTRRAYTNPDNPLRASIVADPAGARKNTKDNTPSVVHIDMVAGDKIEVMIAAKGGGSENKSKMVMLNPSDDIVEWVVKTLPTMGAGWCPPGMLGLGIGGTAEKAAVLAKESLMDPVDIQELIERGPETTDEKLRVDIFNAVNKLGIGAQGLGGLTTVVDVKIKSVATHAASKPVAMIPNCAATRHAHFYLDGSGPADLKAPKLEEWPEVTWEVSENTRRVNMDEVTKEDIQEWKVGETVLLSGKMLTGRDAAHKRIQTMLENGEGLPEGVDLNGKFIYYVGPVDAVGDEVVGPAGPTTATRMDKFTDMMLEKTGIAGMIGKAERGPATVDSIAKHKSVYLMAVGGAAYLVSKAIKKAGVVAFEDLGMEAIYEFEVEDMPVTVAVDSTGANAHKTGPAIWKAKIEELDKELAK	PGPT0001635_1508	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_UTILIZATION	PLANT_DERIVED_ORGANIC_ACID_USAGE-TRICARBOXYLIC_ACID_CYCLE,PGPT0001635-fumA|fumB-K01676	NA	NA
AK237_03485	1437			hypothetical protein	ATGGACGCGCTACTTTCCTCAACCTATTTTCCCGTTATTGCAGCCATAATCACTGCGAGTATTACCTGGCTCTATGCGGCACTGCGCTCAAACCAGCGCCGGTTACAGGATGATCTTCAGATTAAACAGCTGCAGGACAAACTTGAAGAAAAGCAACAGCAGTGTGAGCAACTTGATGATGAACTGGCTGAATACCGTGAACGTCTGTTTAACAATCAGGCGCAACTGGGTGAGCTGAGTCAGAAGGCTGCACTGCTGACACCTTTAAGAGATGAAATTAGTGAACTGAAATTGCAGTGCCGTGAAGAACAGCGTACCAATGCCGCGCTGACTGCGCAATTGCAATCTCAGCAGGCGCAGTTTGATGAGGCCAGTAAAGCCAGTACGGAAAAATTAGCTTTAATGGAAGCGGCAGAGAAAAGACTGCAGGAACAGTTTGAAAATTTAGCCAACCGTATATTCGAACAAAAAAGTGAGCGTTTTACACAAATAAATCAGACCGGCATGAATGCGTTACTGGAACCCCTGAAGCAGCAAATCGATACGTTCCGCAAGCAAATGGGCGAACAGCACAGCCGTGAAGGGCAGGAGAGAGCATCCCTTAAAACTGAAATCCTCACACTGAAAGAACTGAACAAGCGCATTACCGAAGAAGCTGCGGCGCTGACCAAAGCACTAAAGGGAGATAACAAGCAGCAGGGCAACTGGGGCGAGGTGGTACTGGAACGTATTTTAAAACAGTCAGGTTTACGTGAAGGCCATGAATTTGAGACGCAGGTATCGGCCAAAGATGCACAGGGAAGATTACAACAACCCGATGTGGTTGTTCACCTGCCTAACGAAAAAGACGTCATCATCGATTCTAAAGTGAGCCTGCGCGCCTACGAACAATTTTTCAACTGTGATGACGACGCATTGCGGGCACGCTTTCTTACTGAACACGTGAATTCACTGAAATCTCACGTGAAAGGCCTGGGTAATAAGCGCTATCAGGATTTAAAGTCGCTACGCACGCTGGATTACGTGCTCATGTTTATTCCCGTTGAGCCTGCATTTTTACTTGCCGTTCAGGAAGATCCGTCACTGGTGTCGCTGGCACTGGACAACAACATACTGTTAGTCAGCCCCACCAATCTACTGGTGGCGCTGCGTACAATCAACAACATTTGGCAGTACGAATACCAGCACCAGAATGCTCAGCACATTGCCGAACACGCGGGCAAGTTGTACGACAAATTCGTCGGCTTCGTAGGTGATTTGGATAAAATCGGTAAAAGCGTCGAGAGCACACAAAAAGCCTATGAATCTGCTATGAATAAACTTACTGACGGGCGGGGTAATTTAGTGCGACAGGTCGAATACTTTAGAGAACTTGGCGTGCAGCCAGGAAAAAGATTACCTACGGGTTTACTTTCTGAAGGTGAAGAGACACAGTAG	MDALLSSTYFPVIAAIITASITWLYAALRSNQRRLQDDLQIKQLQDKLEEKQQQCEQLDDELAEYRERLFNNQAQLGELSQKAALLTPLRDEISELKLQCREEQRTNAALTAQLQSQQAQFDEASKASTEKLALMEAAEKRLQEQFENLANRIFEQKSERFTQINQTGMNALLEPLKQQIDTFRKQMGEQHSREGQERASLKTEILTLKELNKRITEEAAALTKALKGDNKQQGNWGEVVLERILKQSGLREGHEFETQVSAKDAQGRLQQPDVVVHLPNEKDVIIDSKVSLRAYEQFFNCDDDALRARFLTEHVNSLKSHVKGLGNKRYQDLKSLRTLDYVLMFIPVEPAFLLAVQEDPSLVSLALDNNILLVSPTNLLVALRTINNIWQYEYQHQNAQHIAEHAGKLYDKFVGFVGDLDKIGKSVESTQKAYESAMNKLTDGRGNLVRQVEYFRELGVQPGKRLPTGLLSEGEETQ				NA	NA	NA	NA	NA
AK237_03486	897			hypothetical protein	ATGAAGTATAAACTTAACGCATTATTGTCATTGTTCATTTTTATCTCGCCCTTTGTCAGGGCAGATATGGACAGCATTCATCTTGAGCGCACAGAAACCGGACACTTCATGATGGATGCTTCCATAAACGGAAAAGCGGGTCAATTCATCCTCGACACGGGAGCAACCGGGTCAATCGTTGATTTAAATAAGCTCTCTCATTTTAATATTCCAATACCCAATCGCGCCATAAACGGTGTGACGATTGGTGATGAAGAGAAAGGTCAGCAAGAAACGTATCCTGTTAATATTGAATCGTTTATGGTGGAAAATCATGTTCTTTCACTTACTAATATTTTCTCAAATTCAACGTCTCAGTTGGGAGCGAATATAGACGGAATCATAGGTTACGATGCGTTAGCCGAACTGAACGGGTTAATTGATGTAAGCCATCATACATTGCTCATTCCAGATTCGGCTGATGATGTAAAAGCCTTTATCGAGAGTGCAGGCGCGCACTATTCAGCCATATCGCTGATAAAAACCGATATGGGGTTTACTCTGGTAAAAGCTAAATTAGGACAGCAAGATGTTGTTCTACTGGTCGATTCGGGCGCCTCACAAACTGTTTTAGATACAAAGACAGCTGACAGTTTAGGATTCAAACTGGTAAATCACCCTAAAGCGAAATCCATTTTACACGACGGTACAGAAGTTCCGATGAAGGTGATTCAAGAGACGCGACTAGAAATAGCGAACGTCAACGTAGAAGGGGATTTTTTCACCACAGATTTCGGCGCGCTTAAACAAATGTTGGGTAATAAATACGGTGTTTTCATAGGCATCCTGGGTAACAAAGAGTTAGCTGCGATGAATGGAATTATTGATGTTTCCAACCAAGCTATTTATTTGCGCTAG	MKYKLNALLSLFIFISPFVRADMDSIHLERTETGHFMMDASINGKAGQFILDTGATGSIVDLNKLSHFNIPIPNRAINGVTIGDEEKGQQETYPVNIESFMVENHVLSLTNIFSNSTSQLGANIDGIIGYDALAELNGLIDVSHHTLLIPDSADDVKAFIESAGAHYSAISLIKTDMGFTLVKAKLGQQDVVLLVDSGASQTVLDTKTADSLGFKLVNHPKAKSILHDGTEVPMKVIQETRLEIANVNVEGDFFTTDFGALKQMLGNKYGVFIGILGNKELAAMNGIIDVSNQAIYLR				NA	NA	NA	NA	NA
AK237_03487	879			hypothetical protein	TTGAAATTTTTAATTAACGGCTTATGTGTTGTTTTTCTATTTATGGCATATCACAGTTTTGCAAAAGACGCAGATAAATTAGTCGAATTTATTCACCAAGACTTTTATACGGCTGTGAACGATAGCGAACTTAGTACTTTCTTTTCTTCGTATCCACTTCAAACGTCTTTGGAGCCCTCCTTAGCAAATACCTTAAAAGCACTAAACGATCCGCATACTTACATAGAAATCAAAAGCAGCGGTCAAAGGGTATACTCAGCTCCGAAAATCTGCAAAAGAACAGAAATAGCATCTTTTGCAGAGGCCAAAGAACAATACAATTATATTCAATTGAAAAGCTTTTCGGGCAGCGATAAAGAAGCAGCGACGTATGTTAACCACTACAGAAAACGTCTCGCGAGCTTTCCCGAAGAAAAGCCTCTTATTGTTGACTTAAGAGGAAACAACGGTGGCAAATTATGGCTAATGCTTGGAGCTATAGCCCCTATTTTCAGGGAAAATAGTAACATTCTGATGTTTAGCTATCGGCAATATAGTAAGCCGATATTTGTCACTAAAGAGGGGATATTGTTTGGTAATAAAGTCCACCCAAATGGTGATTATCCAATTAGTAAATTTAAAAAAGTCAGTACTCTGTACGTGATAATTGACGGCTCAGTGGCGAGTTCTGCGGAAGGCGTGGCGATTTCTCTCATGAGCCAAAATGCCATTTTGGTAGGGAAACCGACCTGCGGGTTAGCTACAGTGGTTCGTCCTTATGAAACAGAGACTTTGCGCTTGATGCTTACAGTAGCGCAGTTTACATCGACGGATAACAAAGTGTTTCCGAAAGGTATTACGCCCCACTATTCGTTCCAGGAATTTGTTGGGAAGAAGTGA	MKFLINGLCVVFLFMAYHSFAKDADKLVEFIHQDFYTAVNDSELSTFFSSYPLQTSLEPSLANTLKALNDPHTYIEIKSSGQRVYSAPKICKRTEIASFAEAKEQYNYIQLKSFSGSDKEAATYVNHYRKRLASFPEEKPLIVDLRGNNGGKLWLMLGAIAPIFRENSNILMFSYRQYSKPIFVTKEGILFGNKVHPNGDYPISKFKKVSTLYVIIDGSVASSAEGVAISLMSQNAILVGKPTCGLATVVRPYETETLRLMLTVAQFTSTDNKVFPKGITPHYSFQEFVGKK				NA	NA	NA	NA	NA
AK237_03488	2124	fpvA_2	COG4773	Ferripyoverdine receptor	ATGTTTATCAGAAACGCCCTCAACCTGGCAGTTTTCAGCGCTATCTCTTCGTTTGCGGTTGCCCAAACCAATGAATCTGAAACAAACGACAGTGAAGTTAAAGAGAAAATCTTTGAACACATTGAGGTCACGGGAAGCCCTCTTGACCGGGCTACCACTGCTACCGGATTGCCTTTAACGTTGCGTGAAACGCCGCAATCCATTTCTATCATTGACAGAACGTTTATCGATAGCTTTGCACTTGATACTGTGGCCGATGTAATGTTGTTTGCGCCGGGTATTCAGGCTCAACAAGCGGAAACTGACCGCTTTTTCTTTCGCTCCCGGGGGCGTGATGTAACAAATTTCCAATTTGATGGTGTACCCATTGCTTACAATAGCTTTTTCAGCGAGGCGTTAGCTGACTCGGTGGTTTTCGAACGTGTCGAGGTGGTGCGCGGGGCTACAGGTTTGCTAACCGGAGCAGGCGAGCCGTCAGCAGCGATAAATTTGATTAGAAAGCGGCCGACCCTCGACAATCAGGGCTATGCGTCCGCCAGTTATGGGTCGTGGGGAAATGTGCGTCTTGAAGCTGACCATTCACAGAATTTAAGTGAAGATGGCGACGTGCGGGCCCGGGTTGCGGTTGCGCATGAAGAGGGTGATAGCTATGTTGATTTGTCAGAGAAGGATAATACACAAATCTACGCCGTATTTGCCGCAGACGTCACAGAGAGTACACGAGTGACAATCGGCGCCGATTATAGCGAGCGAAATCCTCAGGGTAGCATGTGGGGCGCGCTGCCGCTGTTTTACGCTGATGGTTCCCAGGCCGACGATATCCCCGTTAGTACCACCACTGCATCGAGCTGGAACAGATGGACGCGAGAAAGTACCAACGCATTTGTTCAGGTAGAGCATGCTTTTGATAACGGATGGGATATTCAGGCTGACATTGAACGCCGCGAGGGCGATATGGACGGTTACTTGCTTTACTTCTCAGGCTTCCCGGATAAAAACACCGGTGACGGGCTTGCGGCCTCACCGAACCATTACGTCTCTGATCGTGAACAAACATCTTTTCGTTTTCTGGCATCAGGCCCTTTTGAATTATTCGGACGTGAGCATCAACTCACCGCAGGGGCGTTACATGCGAAACAGGATGTCGCCGCTTCATCTTTTAGCACCTTAGACACTATAGCGGTACCAGGTTTATTTGATTGGGGGCAGGGTGTCCCCGCCTTGAACTTTTCTGACACACCGCAATACTCTACCACCGACTCGCATACTCAAACCGGTTTTTATGTCGCCGCAAAGCTGAGTGTTACCGATACCCTGACAGCGATACTGGGCAATCGCATTACACAATATGAAACAGAAGCAATATCACCATGGGCGACCAGCAAATACGAAAACGATGATGTAAACACACCGTATGTTGGCATTGTTTACGACGTGTCTGACATCATTTCGGCTTACGCGAGTTATACGGAAATCTTCCAGCCCCAGGACGCGCGTGATGTAAACAACGCACTTATAGGGCCAATTGAAGGCTCGAATATGGAACTAGGTCTAAAAGGGGATTTCTTCAACGAAGCGCTAAGTGCCAGCGTGGCCGTGTACAAGGTTGAAGAGGATAATCTGGCCATTGCAGACCCCAACAATACTGCGCCTATTCCAGGTACAACTATCTTTCCTTCTATTGGCGTAAAAGGAGCGGAAAGTACTGGATATGAAGTTGAATTAACGGGTAACCCCTCTGACGTTATTACCGTCTTTGTGAGCTTCACCCACAATGAAGCAGAAAGCGCAGATGGCAGTAACTACGCGCCGTATCTTCCGGAAAGTATGATAAAAGCGAGCATGCTTTACGACTACTCACCGAGTTTACGGTTTGGATTTAATGCAAACTGGCAAAGTGAGATGACAAATCCTGGCGCAGGACCAAATGGCGAGACGTTTACACAAGACAGCTATATGGTGCTGAATTTAATGGCAAGGTATCAGCTGTCAGATGACTGGGTGTTATCTGCAAACCTCAACAACGCCTTTGATGAAAAATACTATTCAAGTATCGACTTTTACAACCAGGGCTTTTTTGGCGCACCAAGAAACGCCCAGGTTAGTATCCGCTATGACTGGTAA	MFIRNALNLAVFSAISSFAVAQTNESETNDSEVKEKIFEHIEVTGSPLDRATTATGLPLTLRETPQSISIIDRTFIDSFALDTVADVMLFAPGIQAQQAETDRFFFRSRGRDVTNFQFDGVPIAYNSFFSEALADSVVFERVEVVRGATGLLTGAGEPSAAINLIRKRPTLDNQGYASASYGSWGNVRLEADHSQNLSEDGDVRARVAVAHEEGDSYVDLSEKDNTQIYAVFAADVTESTRVTIGADYSERNPQGSMWGALPLFYADGSQADDIPVSTTTASSWNRWTRESTNAFVQVEHAFDNGWDIQADIERREGDMDGYLLYFSGFPDKNTGDGLAASPNHYVSDREQTSFRFLASGPFELFGREHQLTAGALHAKQDVAASSFSTLDTIAVPGLFDWGQGVPALNFSDTPQYSTTDSHTQTGFYVAAKLSVTDTLTAILGNRITQYETEAISPWATSKYENDDVNTPYVGIVYDVSDIISAYASYTEIFQPQDARDVNNALIGPIEGSNMELGLKGDFFNEALSASVAVYKVEEDNLAIADPNNTAPIPGTTIFPSIGVKGAESTGYEVELTGNPSDVITVFVSFTHNEAESADGSNYAPYLPESMIKASMLYDYSPSLRFGFNANWQSEMTNPGAGPNGETFTQDSYMVLNLMARYQLSDDWVLSANLNNAFDEKYYSSIDFYNQGFFGAPRNAQVSIRYDW	PGPT0003775_1556	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_IRON_RESISTANCE	IRON_RESISTANCE-IRON_COMPLEX_RECEPTOR,PGPT0003775-fptA|fhuE|fpvA|C_FEV_OM1|fauA-K16088	NA	NA
AK237_03489	1254			hypothetical protein	TTGGCACATTTTACTTTAACGCGCATTCAGCATCTCACCCAATTACTCGGCCCTGGCATTTTAATGGCTACTGCGGCGATCGGCGGCAGCCACCTTGTTGCTTCAACACAAGCCGGCGCTAAGTATGGCTGGCAGCTCGCTCTCCTGGTTTTCGCGGTTAATATTTTGAAATACCCGTTTTTCCGCGCAGGGGTAAGCTACACCATCAGTACCGGTGAAACGCTTCAACACGGCTACTTACAGTTAGGTAAAGGCTATCTCATTACAGCGCTTTTACTGAATGTAGTGTCATCAGTTGTCAATGCCGCGGCACTGCTTATGTTTGCCGCTAGTTTGCTTGGCTACTTCATTCCATTTACCACCAGTATTCCTCTTTTAAGTGGCATTGTATTAGCTGCTATTTTGTTTATTCTTATTGCAGGCCATTATTCTGCGCTTGATAAAGTATCCAAACTCATTATGGTTACCCTGGTTGTCGCCACATTGGGGGCGACAATAATGGCGTGGCAAAATGGTGCAGTAGCACCATCAGATTATCAATCTCCGTCTCCCTGGACCCTGGCTGCAGTAGGCTTTTTAGTGGTAACGATGGGATGGATGCCAGCTCCCATCGAGATTTCAGGCATTACGTCACTCTGGCTGAAGAAGCAAAAGCAGACGCAAGACGTCACACCGAAATCAGCATTATTTGATTTTAATTTAGGTTATTTTACCACCATGCTATTGGCGCTCGTGTTCCTGGCGCTGGGCGCACTTGTATTACATGGTGGCGAAAGTACGCTGGCATCTGGCGGCATTGGCTTTTCAAAGCAGCTGGTAGATTTATACGCCAGCACAATTGGCGAGTGGGCCAGATGGCTCATCGCGATAGTCGCATTTTTATGCATATTCGGTTCTGCCCTCACGGTTTACGACGGTTACTCCCGCGTGGTAGCAGAAGCGGTAATGTTGCTAAAGGGTAAGAAAGAGACGCCGGAGAAGGTATTTGTGTGGGTATTGAGTTGCGTAGCTGTGATCAGCTTTGCCATTGTACTTTTCTTTAAGTCTGCACTGCTGGCCATGTTGGGATTTGCCATGACGTTAGCGTTTATGACCACCCCCATGTTTGCGCTACTTAATCACAAGCTGGTTAAGCAAGCCGCACTTCATGAGGAAGCAAAAGCCTCCCGTTTGGTTAACGTGCTCAGTTACTTCGGTTTACTCTATTTATTTGGATTTTTGGCGCTTTTCGTCGCCTGGAAATGGTTTCTATAG	MAHFTLTRIQHLTQLLGPGILMATAAIGGSHLVASTQAGAKYGWQLALLVFAVNILKYPFFRAGVSYTISTGETLQHGYLQLGKGYLITALLLNVVSSVVNAAALLMFAASLLGYFIPFTTSIPLLSGIVLAAILFILIAGHYSALDKVSKLIMVTLVVATLGATIMAWQNGAVAPSDYQSPSPWTLAAVGFLVVTMGWMPAPIEISGITSLWLKKQKQTQDVTPKSALFDFNLGYFTTMLLALVFLALGALVLHGGESTLASGGIGFSKQLVDLYASTIGEWARWLIAIVAFLCIFGSALTVYDGYSRVVAEAVMLLKGKKETPEKVFVWVLSCVAVISFAIVLFFKSALLAMLGFAMTLAFMTTPMFALLNHKLVKQAALHEEAKASRLVNVLSYFGLLYLFGFLALFVAWKWFL				NA	NA	NA	NA	NA
AK237_03490	471			hypothetical protein	ATGGCCAGATTGAATAAAAAGAAAGCGTCGAAACGTTATTGGTTAAATGCACTGCTCCTCATTTTACCCTTAGTGTTTATTTATCAGTCATTTAATCCAACGTTTCCCGATAGTCTGGGTGAAACTAAGGTGGGCGACTTTACTCTGACCGCAATGCCCTATGACGAGAACGAACCCTATCAGCATGATGGCCTGTTCGTTAAAGATTTTTTGGTGTTATTCAACGACGGCGGAATTGAAAATGTGCGCCAAGGCTTTTTAAACATTGGCGATAAGCCCCTGACGCTCGAAGAAGCACAACAGCACGAATTAGGTATTTTGCATGGCACACGTCATGGCCAACATGTTCACGGTTTGGTCACTGATACGATATCCGCTGAGCACAAAATTTGGGTCACACTGCAAACGTGGGATGGTAAAATCCATCAGGGCGCCTGGGATGTGCCAGCTCATCTTATCAGCGACGTTTAG	MARLNKKKASKRYWLNALLLILPLVFIYQSFNPTFPDSLGETKVGDFTLTAMPYDENEPYQHDGLFVKDFLVLFNDGGIENVRQGFLNIGDKPLTLEEAQQHELGILHGTRHGQHVHGLVTDTISAEHKIWVTLQTWDGKIHQGAWDVPAHLISDV				NA	NA	NA	NA	NA
AK237_03491	1152			hypothetical protein	ATGGCGCTGGTGTCTAATCGCTTTCTCTTTCAACTACACGGCTGGTTTTCCCTACCGGTGTGGCTGTTGTTTAGTTTTGTCTGTCTCACCGGTACTGTTGCCGTGCTAAGTCATGAATTCGCCTGGCTGACAAACGCCGATATTCGTGCAACAAACCCCGATAACCGCCCCGCTCAATCTGTCGCACAATCTGTCGACACGGTTATTAAGGCTTATCCGGACGCGGGCGTAACGGGGGTGAGTGTACGTGAGAATTATATGGCACACGAAGTTATGTTTACCGCAAAAGATAAACCGTTTGCGATTGCATATGTGAACCCGTACACCAACAAAATCCAGGAAGTAAACGACGGGGTAACGTTTATTGGTTTTATGCGTACCCTGCACGGATGGCTTTATTTCCCATGGCACGGCAGTTACAGCGTTGGCTATTATCTTGTCGCTGCCATGTCGATAGTGATGCTAGGCGCGCTGGTGACTGGCCTGTTGGTCTATAAAAAGTTTTGGCAGGCCTACCGCAATCCTAAGGTCCGAAGCCACCAGGGTCCTCGCACTCTTACCGCAGATTTGCATAAACTCGCTGGTGTCTGGTCAATTTGGTTTCTCATCATTATGAGTGCCACCGGACTTTGGTATTTAATTCAATCAGTGATGTGGCATAACGACATTGAAGTGGATCCCTGGCCTGCGCAACTCGAAGCACACACGCTCCCCACTTCTTCTGATGGCCCGGTTTCACAACCGGTGACACTTTCCCAGGCAATTACCCGAGCTGAATCCACGTTTCCTGAATTTCAAACGACATACGTGATGCTGCCCGAACATAACCGCGACACATTTAAATTGTATGGCGGAGGCTCCAACCCGTTTTATGACGGCGCAAGTTATCAGTTAGCAATAAACCCGTGGAACGGTGAAACCACTCAAACCATCACGCCTGAGACCATGGGTGGCTTACAAACCGTTATGCATATAGCTGATCCGCTCCACTTTGGCACAATAGGCGGGCTGTGGACCAAACTATTATGGTTTGTATTTGGCATTATCCTATCGGCAATGTCAGTGACCGGTTTCGTTATGTGGTACTTGCGCTTGCATAAAGCAAAAGCCGCTACGAAAAAACACGCAACAACACGCTTCCAGGAGGCATAA	MALVSNRFLFQLHGWFSLPVWLLFSFVCLTGTVAVLSHEFAWLTNADIRATNPDNRPAQSVAQSVDTVIKAYPDAGVTGVSVRENYMAHEVMFTAKDKPFAIAYVNPYTNKIQEVNDGVTFIGFMRTLHGWLYFPWHGSYSVGYYLVAAMSIVMLGALVTGLLVYKKFWQAYRNPKVRSHQGPRTLTADLHKLAGVWSIWFLIIMSATGLWYLIQSVMWHNDIEVDPWPAQLEAHTLPTSSDGPVSQPVTLSQAITRAESTFPEFQTTYVMLPEHNRDTFKLYGGGSNPFYDGASYQLAINPWNGETTQTITPETMGGLQTVMHIADPLHFGTIGGLWTKLLWFVFGIILSAMSVTGFVMWYLRLHKAKAATKKHATTRFQEA				NA	NA	NA	NA	NA
AK237_03492	4098			hypothetical protein	ATGAGTCATCGAATCGCCCTAGCGGTTTCATGTGCGCTAGGCTGTAGTCTTACCTTTATGCCTATCCATCTTGCAGAAGCAAAGCAAGCCTCAAAAGGTGCGGTTTACATTGTCGAGCTTAATGAAGCGCCTGTTGCGACTTATCAGGGTACGATTGAAGGTTACGCGTCAACCACAAGTAAAACTAAGCGTCATAAACTTAACCTGCAGTCTTTGCCGGTAAAACAATATCGAAAGTACCTGACAAGCCGACAGGACGACATTTTGTCCGTTCTCGGCGATGATAAGAGCAGACCTGTGCCACTTGCCAGCTATCAACTGGCGACGAATGGTTTTGCTATTAAACTCTCTGCCCAACAAGCCAAAACACTCGCTAACGCCGCCGGTGTCAAAAGCGTAAAAAAGGATACCATTCATACCTTGAACGCCTACGTAGGGCCAGCAACGATTGGCGCACCAGCTATGTGGGATGGTTCAGAAAGTGTGACCCAATCAGATATTCTTGGCGAGGGCATGGTAGTTGCCATTTTAGATACGGGGATCAGCACCGACCATCCCTCCTTCGCGGATATCGGTGGCGATGGCTATAACCATACTAATCCGCTGGGCACCAATAACTATCTTGGTGATTGTGCCGGTGCTTACCCCGGCCTGTGTAACGATAAGCTAATCGGTGTTTATAGTTACCCGGCTATTGTTAACGCCTATTCTGATAGTGATGTATTTTCATCGTCTGTTCCCGCAAATGGCGAGGATTACAACGGGCACGGTTCTCACGTGGCCGCCACTGCGGCCGGTAATATTTTATATAACGTCGCAGAAGTTATTCCTGACTACGATCAGACAGCAAGCAGTGGCGTGGAAACCGGGTATGTGTTCGACGAAGTATCAGGCGTGGCCCCTCACGCCAATATTATCTCCTATCAGGTGTGTTACCCGGGTGAGGACGAAGATACTTACACAGGTTGTCTTGAGTCAGTTATTTTAGAAGCGGTTGAAGATATTATCGATAGTGGCGTCGTTGACGCAGTTAACATGTCCATATCTGGTGGAGATTTTCCGTGGGATACAACACTGAATCAAGCATGGTTAAATGCCCACGCTGCGGGGATCTTTCTCGCCCAATCTGCAGGTAATGATGGCCCTTCCGCTGCCACCACGGACAAACATGCACCGTGGCTCACCGCTGTAGCGGCAACGACACACGGTATTACGGTGGCGTACGAAAAAAACATTACTGGATTTTCTGGTGGTACCTATACTCCCGCAAGCATAACCGGTTTCAGCAATACAGGTAGCATCACTGCGCGTATCGTCTATGCCCGTGATTACGCCAATGGAAACGACCCTGGCGGCGATCCTGCGCAATGCCTTGAACCCTATCCTGCCAACACCTTTAACGGTGAAATAGTGATTTGTGACAGAGGTGAAATCGCTCGTATTCAAAAAGCGCAGAATGTGGCTGATGGGGGCGCAGGAGGATATGTGCTGGCGAACGTACAAGGAGGTGACACGTTTTTAGCCAACGATGCGTATGTTATTCCCGGTATACACATTGACGCAGATTCAGGCGATGCATTAAAACAATGGCTAAACACCGGTAGTAATCATAGTGTGACCATTACTACTGCCACAGCAGACGTCATCGTAGATGAGGACATAGCCGACAACATAGCTGATTTTTCTTCACGGGGCCCGAACGATTCCGTTAGTACGTTAACGCCGATGATTTCTGCGCCGGGAGTAGAAATCTACGCTGCGTGGGCAGATGAACACTATGGACACGACCAGTCGGGGAATGCCCCTGCCGACTACGCCTATTCGTCCGGTACATCCATGGCAAGTCCACACGTGGCAGGTGCCGCCCTGCTCATCAAACAGGATCATCCTGACTGGACACCTGACAATATACGCTCTGCCATGATGCTGACAGCCGTAACCAGCGTCAGCCTCTCTGATCAACAAACTGCAGCAAACTGGTTTGATATGGGGGCTGGCCGAATTCAGATAGATGCTGCCACGCAATCCGGGCTAATCATGGAAGAAACTACCGCCAATTACGAAGCGGCTAACCCAAGAACTGACGGCGAGCCACGTAGTTTAAATATCCCCGCCGTGGTGGATGAAAATTGTGTCACCAACTGCAGCTGGACACGAACAGTGACCGCAACAAAAACAGGAAGCTGGCAAATCACGTCTAACGCTATCACGTCGGGACTTTCAATCAGCGTTTCTCCGAGCAGTTTTACCCTTAATGCGGGCCAATCTCAAACACTCACCTTCTCTGTTGATACTTTAAGCGTACCGAATTACGCCTGGGCCTATGGCAACGTAGCGCTAACCAGTGAGGTATCGCCAGATTTGCATATTCCGGTGGCTGTTTATGCGTCAAACGGTAACATCCCTCAATTTGTTGAACTGACGGCACACAGAGATCAGGATAGCCGTATTTTAAAAGATGTTACTGCCGCAGAAATAGAGTCATTTAATTTCACCTCCTACGGCCTGACACCCGTCTCAACTGATGTGGTTACGATTGAGGCTGATCCTACTCCTGATGATTTGTTCGATTCAAATACCGGCTTAATTATCACTCCAATCGAAGTTCCGGCAGGTGCCTTACGATTGTATGCGCAGATTTATGACGCAACAGCCAATGATCTGGACTTATACCTGGCTTATGACGCCAATGACGATGGCGCACCAGATATTGATGAAATACAGGCAGAAAGTACCTCATTTACCGCTAATGAAACAGTAGATGTGTTACTTCCACAAGCAGGTAACTGGTTTATCGTGGTGCAAAACTGGGAAGCGTCGTCGGCAAGTACCGATACGTACCTTATTGATACAGTGCTTGTTGATGCCGACGATGAAGAAAATCTAAGTGTGGCAGGCCCTGACAATAACCCTGCACTTACACCATTTGACTTACGCATCATCTGGGATCTGGACGACAGTGCGCCGGGAGACAGGTTCTTTGGCGCCTTTGCTTTGGGTTCTTCCGCGAATGAGCCGGATAACATGGGCGTAACCCATGTGATTATTGAACGTGATGAAGACGATGTGTACCTTTCAGCGCCCGACGATGGACGTGTGGCAAAAGGGGGTCAGCAAACCGTGCAGGTAAATATCATCAATAATACCACCGGCGAAGATCGTGATTACTCTGTGGGCGTTACTCTGCCTGACACGGTAACACTCGTCACAGGGTCGATATCTGATAACGGCAGCGTCATTGGCAATCGTGTCTTTTGGGAAGTTACTCAGCCAGACACTGAAGTGATTGACGAAGGCCCTCAGACTGATGCAGCCGCTACGTTATCCTTTACGGTGAACGTAGAAGACAATGCACCGGTTGGTCCTATTGCATTTCAAACCACCTCTACAGTAACGAATATTCCGGGCGCGGGTACACAAAGTGCTGACGCGTATGACGGCATTCAGGTAGAAGGCGCACCTACCGTTACTATTGCAGGTGGACGCACAGCAACGGCGGTAGTGACATCGGGGAACTCCACTTCAATTACCGCAGAAGCCGTAGAGCCAAACGGGGATAGTGTAACCTATTTTTGGGAACAACTGTCCGGCACTGCGCTGACCTTAAGCAACCCAACAAGCGCCACCGTGACGGTTACCGGCCCGACTGTACAACGTGAAACCTCAGCAGTATTACAAGTGACAGTAACAGACCCTTCTGGCAATACAGCCACCGCCACGGTAACTGTCACGGTTTCCCCGAATCAAGCCCCTACGCTCACAATTACCTCGCCCTCGTCGGTGAGTGCAGGAAGCACTATCACCATTCGTGCAACCGCCACTGATCCTGAAAATGACACATTGACCTTTACGATTAATGATGTGCCCGGGTCTGTATTTAGCACGCAAGCGCCAACCTCGGCCGTCGGTTCTACGGTAAGTTTCGCCGTCACGGTTTCCGACGGCATTAATACGGTAACTGACAGCGTCAGCGTCTCTGTGACAGAGCGTCAGAGTAACGGCGGTGGCGGCGGAAGCCTGGGCTGGCTAACTTTGGGCCTCTTACCTGTTATCTGGGCCCGTCGTAGAAGCATCCAGTGCACACGACGGCACATGTAA	MSHRIALAVSCALGCSLTFMPIHLAEAKQASKGAVYIVELNEAPVATYQGTIEGYASTTSKTKRHKLNLQSLPVKQYRKYLTSRQDDILSVLGDDKSRPVPLASYQLATNGFAIKLSAQQAKTLANAAGVKSVKKDTIHTLNAYVGPATIGAPAMWDGSESVTQSDILGEGMVVAILDTGISTDHPSFADIGGDGYNHTNPLGTNNYLGDCAGAYPGLCNDKLIGVYSYPAIVNAYSDSDVFSSSVPANGEDYNGHGSHVAATAAGNILYNVAEVIPDYDQTASSGVETGYVFDEVSGVAPHANIISYQVCYPGEDEDTYTGCLESVILEAVEDIIDSGVVDAVNMSISGGDFPWDTTLNQAWLNAHAAGIFLAQSAGNDGPSAATTDKHAPWLTAVAATTHGITVAYEKNITGFSGGTYTPASITGFSNTGSITARIVYARDYANGNDPGGDPAQCLEPYPANTFNGEIVICDRGEIARIQKAQNVADGGAGGYVLANVQGGDTFLANDAYVIPGIHIDADSGDALKQWLNTGSNHSVTITTATADVIVDEDIADNIADFSSRGPNDSVSTLTPMISAPGVEIYAAWADEHYGHDQSGNAPADYAYSSGTSMASPHVAGAALLIKQDHPDWTPDNIRSAMMLTAVTSVSLSDQQTAANWFDMGAGRIQIDAATQSGLIMEETTANYEAANPRTDGEPRSLNIPAVVDENCVTNCSWTRTVTATKTGSWQITSNAITSGLSISVSPSSFTLNAGQSQTLTFSVDTLSVPNYAWAYGNVALTSEVSPDLHIPVAVYASNGNIPQFVELTAHRDQDSRILKDVTAAEIESFNFTSYGLTPVSTDVVTIEADPTPDDLFDSNTGLIITPIEVPAGALRLYAQIYDATANDLDLYLAYDANDDGAPDIDEIQAESTSFTANETVDVLLPQAGNWFIVVQNWEASSASTDTYLIDTVLVDADDEENLSVAGPDNNPALTPFDLRIIWDLDDSAPGDRFFGAFALGSSANEPDNMGVTHVIIERDEDDVYLSAPDDGRVAKGGQQTVQVNIINNTTGEDRDYSVGVTLPDTVTLVTGSISDNGSVIGNRVFWEVTQPDTEVIDEGPQTDAAATLSFTVNVEDNAPVGPIAFQTTSTVTNIPGAGTQSADAYDGIQVEGAPTVTIAGGRTATAVVTSGNSTSITAEAVEPNGDSVTYFWEQLSGTALTLSNPTSATVTVTGPTVQRETSAVLQVTVTDPSGNTATATVTVTVSPNQAPTLTITSPSSVSAGSTITIRATATDPENDTLTFTINDVPGSVFSTQAPTSAVGSTVSFAVTVSDGINTVTDSVSVSVTERQSNGGGGGSLGWLTLGLLPVIWARRRSIQCTRRHM				NA	NA	NA	NA	NA
AK237_03493	1188	pdhA		Pyruvate dehydrogenase E1 component subunit alpha	GTGCAAGACAGAAATCATCTCGCCAGCGTAAAAACAACTCATCAGGTAAAAATTATAGAAAATGGCCTGATAGATATTCCTATGCTGCAAATATTGCAACCAGATGGCACAGTACATAGCGACGCAGAAACGCCTGAAATTGACCAGCAGACGGCTGAGAAAATCCTCGAAGTCATGCAGTTCATACGTATTCTTGATGAACGGATGGTTGCTGCACAGCGCCAAGGCCGGATTTCGTTTTATTTAGCTTCAACGGGCGAAGAAGCCGCGGCTGTGGCAAGCGCCGCGGCCCTGTCTGGCGATGACATGATCATGTCACAATATCGCGAACAAGGCGCATTGGCCTGGCGAGGCTATACAACTGAGCAATTTATGAATCAGATGTTCAGTAACGAAAAAGATCCTAACAAGGGCCGACAAATGCCCATTCATTATGGTGATAAAGCGCTAAACTTTATGACTATATCGTCTCCTCTGGGCACGCAAATTCCGCAAGCGTCCGGTTATGCCTATGGCCAGAAGATGGCAGGCAAAGAGGCGCTGACGATATGTTATTTTGGTGAAGGTGCGGCGTCAGAAGGCGATTTCCATGCCGGACTTAATATGGCGGCCGTGCTTCACTGTCCCGTGATCTTCTTTTGTCGTAACAACGGTTACGCCATTTCAACGCCCGCTGAGGAGCAATTTGCCGGAGATGGCATCGCGTCCCGCGGCATTGGCTATGGTGTGAAAACAATTCGGGTGGATGGAAACGATCCGCTCGCGATCTATTCCGCCACACGTCAAGCGCGAGAAATTGCATTAAAAGCGTCCTGTCCGGTACTTATCGAAGCCATGACTTATCGTTTGGCAGCGCATTCTACTTCTGACGATCCGAGTGGCTATCGCTCAAAAAATGAAGAAGAAAAATGGCGTCAGAAGGATCCAATTCTACGACTGAGTAAGTGGTTAGACAGCAAGGGATGGTTAGACAGCGACGCAATAGAAAAACGCCAGACACAAACTCGTGAAGCCGTTTTAAAAGCGCTAAAAGAAGCTGAAAAAGTACCGGTCAATCCAATTGATGACCTGGTTACTGACGTTTATGACCATGTGCCCTGGCACTTGAAAGATCAACTTGCTGCGCTAAAACAGCATATTGCGAAATACCCTCAGGCATACCCTAAAACAGCAGGGAGAGTAAAATAA	MQDRNHLASVKTTHQVKIIENGLIDIPMLQILQPDGTVHSDAETPEIDQQTAEKILEVMQFIRILDERMVAAQRQGRISFYLASTGEEAAAVASAAALSGDDMIMSQYREQGALAWRGYTTEQFMNQMFSNEKDPNKGRQMPIHYGDKALNFMTISSPLGTQIPQASGYAYGQKMAGKEALTICYFGEGAASEGDFHAGLNMAAVLHCPVIFFCRNNGYAISTPAEEQFAGDGIASRGIGYGVKTIRVDGNDPLAIYSATRQAREIALKASCPVLIEAMTYRLAAHSTSDDPSGYRSKNEEEKWRQKDPILRLSKWLDSKGWLDSDAIEKRQTQTREAVLKALKEAEKVPVNPIDDLVTDVYDHVPWHLKDQLAALKQHIAKYPQAYPKTAGRVK	PGPT0008861_1239	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_UTILIZATION	PLANT_DERIVED_LEUCINE_DEGRADATION,PGPT0008861-bkdA1-K00166	NA	NA
AK237_03494	978		COG0022	2-oxoisovalerate dehydrogenase subunit beta	ATGGCTAAAATGAATCTCCTTCAGGCAATCAACAGCGCACTGATTACTGTAATGACAGAAGATGAGCGTGTCATGGTATTTGGTGAGGATGTGGGTCATTTTGGTGGTGTGTTTCGAGCAACAAGCCATCTTCAGGAAAAATTTGGCAAAGGGCGCTGTTTCAATACGCCGCTTACTGAACAAGGCATTATAGGGTTTGCCAACGGCCTTGCCGCGCAAGGCTCTGTTCCGGTAGCTGAAATTCAGTTTGGCGATTATATCTTTCCCGCTTTTGACCAAATCGTCAATGAGACGGCTAAATTCCGCTATCGTTCCGGCGGGCAATTTAGCTGCGGAACACTCACAATACGTACCCCGTACGGAGGGGGTATATCAGGAGGTCATTATCATAGCCAGTCTCCTGAAGCGTTCTTTGCACATTGTCCGGGCCTGCGTATAGTGGTGCCGCGTAACCCATATCAGGCTAAAGGGTTGTTACTTGCATCTATCAGAGATGACAACCCGGTGTTGTTCATGGAGCCTAAGCGTCTTTACAGAGCATCGGTGAGCGACGTACCGGAAGACGATTACGAACTGCCTCTTGGCAAAGCAGATGTGGTACAGGAAGGTAAGGATATCACGCTGGTGGGTTGGGGCGCGCAAATTGAAATATTGCAAAAAGCAGCGGAAAAAGCGCTGGAAGATGGCATAGATTGCGAAATCATTGATTTACGCAGTATTGCACCCTGGGATGCAGAAACCATTGCCCAGTCTGTGATGAAAACCGGCCGTCTTCTTATTAATCACGAGGCGCCGTTAACGGGTGGTTTTGCCAGTGAAATTTCGGCCACGATTCAGGAAAAGTGCTTTCTGTATTTAGAAGCGCCAATTTCACGAGTATGTGGTTTGGATACGCCTTATCCGCTTTCCCACGAAAAAGAATACATGCCGGATGAACTCAAAACATACGAAGCCATTCTTCGTACCATGCATTATTAA	MAKMNLLQAINSALITVMTEDERVMVFGEDVGHFGGVFRATSHLQEKFGKGRCFNTPLTEQGIIGFANGLAAQGSVPVAEIQFGDYIFPAFDQIVNETAKFRYRSGGQFSCGTLTIRTPYGGGISGGHYHSQSPEAFFAHCPGLRIVVPRNPYQAKGLLLASIRDDNPVLFMEPKRLYRASVSDVPEDDYELPLGKADVVQEGKDITLVGWGAQIEILQKAAEKALEDGIDCEIIDLRSIAPWDAETIAQSVMKTGRLLINHEAPLTGGFASEISATIQEKCFLYLEAPISRVCGLDTPYPLSHEKEYMPDELKTYEAILRTMHY	PGPT0008862_2183	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
AK237_03495	1575			hypothetical protein	ATGACGACAGAATTTATTTTGCCAGATATTGGTGAAGGCATCGTTGAATGCGAATTGCTTGAATGGCTGGTGGCGGAAGGCGATATCATTGAAGAAGATCAGCCCGTAGCTGAAGTGATGACAGATAAAGCTACGGTGCAAATTCCTGCAATGCATGCGGGTAAAGTGGCGAAACTCCATTATAAACCGGGTGATATTGCCAAGGTTCATGCTCCATTGTTTGCGATGCACATCGATAGTACCGGGAGTACTGAGCCTGTTGCGCCGACATCGCCAGGATCTAAGGCGCCAATACCAGCGAGTTCAGGGAACATCAAAACGGTAAACGATGATGATTTCTTATTGCCCGACATAGGCGAAGGTATTGTCGAATGTGAAATCGTCAAATGGCACGTTGAGGAAGGAAATACCGTAGAAGAGGACCAAATTGTTGTCGAAGTGATGACAGACAAAGCAGTTGTGGAGATCCCGGCGAAGCATGCCGGGGTGGTGTCGCGTTTGTACTACCAGCAAGGCGATATCGCTAAAGTCCATGCGCCGCTGTTTGCGCTTCAACACGACGGAGATGCGTCGTCACCGTCGGTAACCCACAGTGAAACAGCACCTGAAACCAGGCCCGTTAATGATGTGGATTCTTCCCGGGAAGGCGAATTTGAACCTCCGGTGGTTATTCCGGGAAAAGTGCTCGCCAGTCCCGCCGTTCGACGTGTAGCCAGAGAAAAAAATATCGATTTACGTCATGTGAAAGGTAGCGGGAAAAAAGGGCGAATTCTTAAGCAAGATGTTATGCAAGGCGGAGCTGAAACACAGAAAAATGCGCCATCTGCATCGATTGAAACGTCATCGCAAAGCACTTCGCACCCGTCAGGCAATGTACGAAGCGAAAAAGTACGCGGTGTCCAGGCGGCGATGGCGCGGCAGATGCAGCGCTCGGTGCAAACTATACCGCATTTTACCGTCAGTGATGAACTGGTAATGGACCGCCTAATCGATTTGCGTAAAGAGCTTAAGCCGTATTTTGAACAACAAGGAATTAAACTGAGCTTCCTGCCTTTCTTTATTAAGGCGATGTCTTTGGCTTTGACAGAGTTTCCAATCATTAATAGCCAGTTGTCTGAAGATGGCACGTTACTTCATTACTTTGATGATCATAATATTGGCTTCGCGGTGGACAGTAAGATTGGCCTGCTGGTACCGAATATAAAAGGGGTACAGCGACTCAGTTTATTTGATATTGCAAAGCAATTGCAGCAATTAATCGAGCAGGCACGCGAGGGTAAACTCCCATCCGACTCGCTAAAAGGCGGCACAATATCGCTCTCTAATATCGGTGCGCTGGGAGGAATTACTGCTACGCCAGTTATTAACTTGCCTGAGGCGGCCATCGTCGCGTTAGGTAAAACGCAAAAGCTCCCTCGTTTTGATGATAACGGGAATGTATTTGCTCAACATATCATGCATGTAAACTGGTCTGGGGATCATCGCATCATTGATGGTGCTACCATGGTGAAGTTTAATAATTTATGGTGTGATTACTTACAAAACCCGTCCAAAATGTTGCTGCACCTGTCCTAG	MTTEFILPDIGEGIVECELLEWLVAEGDIIEEDQPVAEVMTDKATVQIPAMHAGKVAKLHYKPGDIAKVHAPLFAMHIDSTGSTEPVAPTSPGSKAPIPASSGNIKTVNDDDFLLPDIGEGIVECEIVKWHVEEGNTVEEDQIVVEVMTDKAVVEIPAKHAGVVSRLYYQQGDIAKVHAPLFALQHDGDASSPSVTHSETAPETRPVNDVDSSREGEFEPPVVIPGKVLASPAVRRVAREKNIDLRHVKGSGKKGRILKQDVMQGGAETQKNAPSASIETSSQSTSHPSGNVRSEKVRGVQAAMARQMQRSVQTIPHFTVSDELVMDRLIDLRKELKPYFEQQGIKLSFLPFFIKAMSLALTEFPIINSQLSEDGTLLHYFDDHNIGFAVDSKIGLLVPNIKGVQRLSLFDIAKQLQQLIEQAREGKLPSDSLKGGTISLSNIGALGGITATPVINLPEAAIVALGKTQKLPRFDDNGNVFAQHIMHVNWSGDHRIIDGATMVKFNNLWCDYLQNPSKMLLHLS				NA	NA	NA	NA	NA
AK237_03496	858	rlmJ	COG2961	Ribosomal RNA large subunit methyltransferase J	GTGCTAAGTTATAAACATGCCTTTCACGCCGGAAATCACGCTGATGTGATTAAACATATTTGTTGGCTGGGCGTCATTCAATATCTTAAGAAAAAAGAAAAACCTTTCACACTGTTTGATACACATGCCGGGGCAGGTTGTTATCCGCTCAATAGTGAGCAAACCCAGAAAAATCGTGAGTATGAATCAGGCATCGATCCCCTTGCAGATGTTGAGCCGCAAAGTGATTTACTCGCTCACTATCTGCAAGTTATGCGCGGACACTGGGAGCAACAGCAATATCCAGGCTCACCACTAATTGCAACCAAAGCGCTTCGACTTCAGGATAGCGCTCATCTGATGGAATTACATCCGAGCGAAGCTGATATTCTCAGCGATGTGATTCGTGGTGTTGGCAAAGGTAACGCGCATGTTCACCATCGTGATGGATTAGAAGGGCTGATTGCCATGACACCACCGAATCCGAATCGTGGTGCCGTGTTAATTGATCCGCCCTACGAGCGATTTGACGAATATGATGAAGTGTCACGTACCATCATTAAATTATTGAAGCGTTGGCAAAATGCTCAGGTGGTTTTATGGTATCCGCTCCTGTCAGCTCGCGCAGAACGAAAAGCCGGGGCGAGTGAAGCCATGGTTGATGCGCTTAAGGATGCAGCCAAAACCGCCTTTACTGCTGAATTACGTGTTGAATCAAAAGAAGCTGATTCAGGCATGTATGGTTCAGGTGTGATGGTATTTAATCCCCCCTGGCAGCTGGACAAGCAACTCGATTCAGCATTAGCAGAAGTATGCCAGCATTTAGGTGAGCACGCGCAACATCGCCTGCACTGGCTGAAAACAGAGACCAGTGAGTGA	MLSYKHAFHAGNHADVIKHICWLGVIQYLKKKEKPFTLFDTHAGAGCYPLNSEQTQKNREYESGIDPLADVEPQSDLLAHYLQVMRGHWEQQQYPGSPLIATKALRLQDSAHLMELHPSEADILSDVIRGVGKGNAHVHHRDGLEGLIAMTPPNPNRGAVLIDPPYERFDEYDEVSRTIIKLLKRWQNAQVVLWYPLLSARAERKAGASEAMVDALKDAAKTAFTAELRVESKEADSGMYGSGVMVFNPPWQLDKQLDSALAEVCQHLGEHAQHRLHWLKTETSE				NA	NA	NA	NA	NA
AK237_03497	1857			hypothetical protein	GTGACAGCGCCCCGCGAGTTAAAGCATTTTTATATACCAGAAGATCAGTCTATTTATCTGCTGGCGCACAAAGATGCTGAAAAACTCAGGAATTGGGTAGAGCTATGCACCCAGCAGCTTCAGCATCTTGGGTACCGGGACATTGCGTTAATTGGTAAGGGAGCCTTCGGTTTCGTTTTTGCCGGCGTGGCACCCGATGGCGACCAACTCGTATTTAAGTTTTCACGAATTAACTTACCGCAACATGTGCAAGACCGCCTGGAAGAGGAGGCTTTTATGCTTTCCCAGGTCAGTCATCCTCATGTACCTGCACTTAGGGAGTTTCAGCAGGTAGGAAAGCAAGCCATTTTGGTGATGCAGCGTGCTGACGGGGACGATTTAGAACAGGTGAGTTTGCGCAAGGGAATATTGTCACCCCGCGTGATCGTAAAAATAGCCGTGCAGTTGGGCGATATACTTTCCGTACTACGTGGTCATAAGGTCGGGCATGCGTTACGGCCATTAGTGCATGGCGATATTAAGCCGTCCAACTTAATGTGGGAGCCGGATTCGGAAACCTTACGATTAATCGATTGGGGGTCGTCGGTCTACGCGCAATTAGACGAACACGGCCAGCATGTGGGCAATAACGTTATGGATCTCATGTCCGGGGATCTGCAACAAACCAATGCAAGACTTGGCGATGTCTATTTTATCGGTGATGAACAGCTCAATGGGGCGCTGTCATCGCCACGCTTTGACGAGCAGGGCTTAGCGAGCACACTTTATGCGCTGGCGTCCGGGCAATCCAGCCGCTATGGACGAAAAGTTATCACGCCGCAATCCTTAGGGTTACCCAAAATGTTGGCTAATATCCTGGCGTATATGCTCAGTGACGATGTAGAAAAGCAGCGCCAGGGTGGTGACTATTTTTTTAACAACCTGCATGTACTGCGTACTATGGTGTTCACGCAGGATTCACCCGCAGATTACAAGGCGATGATCCCTTGTTGGTGCGCGCCCCACGATAAAGATATCGAAACGGTGGTGTACAGCTCGCGTAAGTCGTTTTTAAGAGAAGCGGTCGTTGATGCAGATACCAGCTTACGCTATATCAACGATGCCCAGTTTGATCGCTATTACAAAAACTATCTTCAAGGAATGGGAGAAACCGAGAAAGGGTTTATTTCTGCCATTAGCCGTTTGGGGCGTTTTCCCGTCGTTGGCGGCATTGCTATTCGATGGATGCCTGATGGCATTTATGTGGATTCGAGTTTAAATCTTTACGGTGACGCGCTAAAAGTATCCTTCGAGCAAGCGGTAAATAACGTGATAACCCTCGCTCGGGCGATACATCGCAAAGGTATCTTTAAATGCTGTCTGTTTAACGCAAAAGATACCTTACACATCGAACGGCGCGACGAATCCGAACCTTTTATGCCCGGGTCAGATTGTGAAATACCCTTCGAACTATCCAGACAGCCGGTCTTACAGGACAATAGCCGAACGCACTCTTATTTCGAAGATGGTGATGATCCCGATGAACTTTTGCGGCTACCGGCAAGTATTATGTCCGTGCTGGAAGAATTAAACACCATTCACCACACCGGTTGCGTGATTTTTGAAGCATTGCCCACACATTTAAAAATTCATAGTTATTATACTTTGCTTGATCATGGACAACAGGACAGGTTCAGGCAATTACTGGCTGCGCTGGTGTGTGCGGTGCCCGATATTAACGGGCTTGGCATTTCGGGCTTTATGAAATTACCCTACAAAGACACGCGATATTTCGAACACAGAGCGCAAGCCCCTGAAAAGTATTACCCTCGAAACCCGAAGCAAACAAATATGGAGACGACAGACGTACATGGCTGA	MTAPRELKHFYIPEDQSIYLLAHKDAEKLRNWVELCTQQLQHLGYRDIALIGKGAFGFVFAGVAPDGDQLVFKFSRINLPQHVQDRLEEEAFMLSQVSHPHVPALREFQQVGKQAILVMQRADGDDLEQVSLRKGILSPRVIVKIAVQLGDILSVLRGHKVGHALRPLVHGDIKPSNLMWEPDSETLRLIDWGSSVYAQLDEHGQHVGNNVMDLMSGDLQQTNARLGDVYFIGDEQLNGALSSPRFDEQGLASTLYALASGQSSRYGRKVITPQSLGLPKMLANILAYMLSDDVEKQRQGGDYFFNNLHVLRTMVFTQDSPADYKAMIPCWCAPHDKDIETVVYSSRKSFLREAVVDADTSLRYINDAQFDRYYKNYLQGMGETEKGFISAISRLGRFPVVGGIAIRWMPDGIYVDSSLNLYGDALKVSFEQAVNNVITLARAIHRKGIFKCCLFNAKDTLHIERRDESEPFMPGSDCEIPFELSRQPVLQDNSRTHSYFEDGDDPDELLRLPASIMSVLEELNTIHHTGCVIFEALPTHLKIHSYYTLLDHGQQDRFRQLLAALVCAVPDINGLGISGFMKLPYKDTRYFEHRAQAPEKYYPRNPKQTNMETTDVHG				NA	NA	NA	NA	NA
AK237_03498	864	tesB	COG1946	Acyl-CoA thioesterase 2	ATGGCTGATGTAAAACTCGCTTCCCTGATGGAACTGGAAACAATTGAACAGGGAATTTATCGTGCTCAGAGCTGGGATTTAGGCTTCAGAGCATTGTTTGGTGGTCAGGTGTTAGGACAGGCATTATCTGCCGCTTACAAAACCGTAGATACAGGGTTTGTCGCACACTCATTTCATTCTTATTTCTTATTGCCGGGCGATGCTAAAAAGCCCGTCATGTATGACGTAGAAATTGTCCGTAATGGCCGGAGTTTTTGTACTCGCCGGGTAAAGGCTATTCAAGAAGGACGTAATATTTTTTACATGACTGCGTCTTTCCAGTTACCCGAGTCCGGGATGGAGCACCAGTTTGCGGTGATGCCTGATGTGCCGCCCCCTGAAGATATCACTCCTGATATTGCCTTTTACGAAGCAAACTATGAAAAGTTAGCTCGCCCCATGCAAGAGGCGTTGAGTTATCATAAGCCCGTCGACATTCGCACCGTTGATGCAGTGAATTCTTTTTCTGCTAAAAAGCGCGATCCCCAGCGCTATATCTGGTTACGAGCACAGGAAAACATGGACGCCGAACCGCAGATTAATCAGGCGTCGTTAGCTTATGCCTCGGACTACCATTTTTTAAGCACAGCACTGCAACCGCATGGCGTGTCCATGGCAGATAAAGCGCTGCGCATTGCAACTATTGACCACGCGATGTGGTTTCATAAGCCAGTAAACTTCAATGAATGGTTGCTCTATGTGGCCGAAAGCCCGTTTAGCGGTAACGCAAGAGGTATCGTCAAGGGACAAATCTTTAACCAACAAGGCGAGTTGGTCGCGTCGACCATGCAAGAGGGCTTAATGCGGAAGATTGATACGCAATAA	MADVKLASLMELETIEQGIYRAQSWDLGFRALFGGQVLGQALSAAYKTVDTGFVAHSFHSYFLLPGDAKKPVMYDVEIVRNGRSFCTRRVKAIQEGRNIFYMTASFQLPESGMEHQFAVMPDVPPPEDITPDIAFYEANYEKLARPMQEALSYHKPVDIRTVDAVNSFSAKKRDPQRYIWLRAQENMDAEPQINQASLAYASDYHFLSTALQPHGVSMADKALRIATIDHAMWFHKPVNFNEWLLYVAESPFSGNARGIVKGQIFNQQGELVASTMQEGLMRKIDTQ	PGPT0001835_1904	DIRECT EFFECT	BIO-FERTILIZATION	POTASSIUM_SOLUBILIZATION	K-SOLUBILIZATION-ORGANIC_ACID_METABOLISM	K-SOLUBILISATION-BUTYRIC_ACID_BIOSYNTHESIS,PGPT0001835-tesB-K10805	NA	NA
AK237_03500	1122	pucG_2	COG0075	(S)-ureidoglycine--glyoxylate transaminase	ATGACAACACCATCAACGTTTATTCCGCCAGAGCGCACCTTGATGGGGCCTGGTCCTTCGGATGTATCGCCACGAGTGCTAAACGCCATGTCACGTTCTACGTTGGGGCATCTTGATCCGTTATTTGTCCAACTGATGGATGAAACTAAAGCGCTTCTTCAGTATGCCTTTAAAACGCAGAACGCACTGACTATGCCAGTATCCGCGCCCGGTTCCGCGGGAATGGAAGCGTGCTTTGTAAACTTAGTTGAACCCGGTGACAAAGTCATTGTGTGTATTAACGGTGTATTCGGAAACCGTATGGTTGAAAACGTCGAACGTATCGGCGCCCAGGCAATCAAAATCGAAGATGACTGGGGTAAGCAAACTGACCTTAACAAAGTTGAAGCAGCGTTAAAGGCGCACCCTGATACTAAAATTGTCGCTTTCGTCCATGCTGAGACATCAACCGGTGTCAGAAATGACGCAAAGGCGTTATGTGCGCTCGCCCAGCAGTATGACTGTTTAACCATTGTTGATGCGGTAACCTCTCTTGGTGGTATTGAGGTGGATGTGGATGGCTGGGGCGTAGATGCCATTTATTCCGGTTCTCAGAAGTGCCTGAGTTGTGTGCCGGGGCTATCGCCTGTTTCATTTAGTGATAAAGCGGTAGAGGTTATCCGTAATCGCAAAGTTCCTGTACAAAGCTGGTTCTTAGATATGAACCTCATTGTGGGTTATTGGGGGCAGGGCGGTAAGCGGGCTTATCACCATACTGCGCCGGTAAACAGTATTTACGCGTTGCATGAATCGTTGGTTATGCTTAAGGAAGAAGGCTTGGAGACATCCTGGCAGCGTCATCGCCAGGGCCATGAAAAATTAGTCGCAGGTTTAGATAGGTTGGGCCTGTCTATGGCGGTAGATGCCTCTTACCGTCTGCCACAACTTAATGCTGTCACGATACCGCAGGGTGTTAATGACGCTGATGTTCGCGCACGCTTGCTTAACGATTTCAATTTAGAGATTGGGGCGGGCCTGGGAGCGCTGGCTGGCAAGGTCTGGCGTATTGGCTTGATGGGTTATGCGTGTAAGGATCGTAATATTGATCACTGCCTGGCGAGTCTGGAAAAAGTAATGCGTTAA	MTTPSTFIPPERTLMGPGPSDVSPRVLNAMSRSTLGHLDPLFVQLMDETKALLQYAFKTQNALTMPVSAPGSAGMEACFVNLVEPGDKVIVCINGVFGNRMVENVERIGAQAIKIEDDWGKQTDLNKVEAALKAHPDTKIVAFVHAETSTGVRNDAKALCALAQQYDCLTIVDAVTSLGGIEVDVDGWGVDAIYSGSQKCLSCVPGLSPVSFSDKAVEVIRNRKVPVQSWFLDMNLIVGYWGQGGKRAYHHTAPVNSIYALHESLVMLKEEGLETSWQRHRQGHEKLVAGLDRLGLSMAVDASYRLPQLNAVTIPQGVNDADVRARLLNDFNLEIGAGLGALAGKVWRIGLMGYACKDRNIDHCLASLEKVMR	PGPT0001920_1770	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_UTILIZATION	PLANT_DERIVED_GLYCINE_DEGRADATION,PGPT0001920-sgaA-K00830	NA	NA
AK237_03501	726			hypothetical protein	ATGATCTTATTTTTGTTACTCCTCGCCGCACACTTTATTGGTGACTTTTACCTACAGCCAACAAAATGGATTCAGTGCAGAAATGAAAATGGCGCGCAATCTCCTGCTCTTTATATGCATGCAGGTGTACACGCTATTCTTGTTCTCTTTGCGGTATGGCTCGCAAGTGTTCCTGTATATCAAGGCTTAGCCGCTGCGGGCGTAATTACATTAAGCCACTTTCTGATAGATTGGGCCAAAGCGGGAAGACAAAGTCCGGCAGCGTTCGCCATTGATCAAATGGCCCATTTTTTTGTGCTGGTACTTGTTGCGCTATCATTTCAACAAACCTCGCTGTGGGAGCTTGTTACCCACACAGAGACCTACCTCACCAAAGACAATTTACTCTATGTGGTCGGTTATTTAATGATCTTTAAGCCCGCAAGTATTCTAATCGGGCAATTATTGTCACAACATACAGAAAAACTGAAAGAGGCTGACGGACAAAGTTTAGGCAATGCAGGAAGATGGATTGGCTACGTTGAACGCCTTCTGGCTCTGTCGTTTATTCTGGTCGATGAGTACACCGGCTTGGGTTTTCTGGTTGCCACAAAAACCGTATTTCGCGTGGGTGACTTGTCCCGGCAACGGGACATGAGGCTTACCGAATATATGATGCTGGGTACATTGATGAGTTTCGCGACTGCTCTGATCGTAGGGTGGACGTTGGTCGCGCTCAAAGGGTAA	MILFLLLLAAHFIGDFYLQPTKWIQCRNENGAQSPALYMHAGVHAILVLFAVWLASVPVYQGLAAAGVITLSHFLIDWAKAGRQSPAAFAIDQMAHFFVLVLVALSFQQTSLWELVTHTETYLTKDNLLYVVGYLMIFKPASILIGQLLSQHTEKLKEADGQSLGNAGRWIGYVERLLALSFILVDEYTGLGFLVATKTVFRVGDLSRQRDMRLTEYMMLGTLMSFATALIVGWTLVALKG				NA	NA	NA	NA	NA
AK237_03502	624			hypothetical protein	ATGATAGCGGTGGTAACCGGCGACATTGTGCGCTCGACGAAGCTCACTTCTTCCCAATATCAGACCACAATAGCTGCACTAAAAGCGCTGTTATGCGAATTGACGACCGGGAAAAACAGCACTTATGAGCTGTATCGTGGGGATGGATACCAAATCGTATTCCCCCACTACCGTGACGCATTACCGGCATTACTGGAAATCAAACTCTATCTCAATAGCCAAATTCCGGATCTCTCAGTGAATTGCACCCAATCATTGGCTTACGGCCACGACGCCGTCATCAACGATACACCAGGCACCTCAACGGGTCAGGTGTTTATACAATCGGGCCGCGCACTAGACGAAGCGAAAAGCGGTGAAATCGTCATTTCAATGTTAAACGATGCGCAACAATGCGCGACAGATATCATGTGTAGTCAGCTGAGTTATGTGCTAAACCGGCTCAGTAAAAAACAAGCTGATTTGTTGTATCAATATGTCAAAATGGATTTTCCTCTGCATCAGGTACTGGCAGATAAAAATAAAACCTCCCGACAAAATATTAGTGAGCGTTTAAAGGCGGCCGGCGGAGACCTCATTGCCCCATTTATTGAATACATTCATGCACAACAGGATGACGCATAA	MIAVVTGDIVRSTKLTSSQYQTTIAALKALLCELTTGKNSTYELYRGDGYQIVFPHYRDALPALLEIKLYLNSQIPDLSVNCTQSLAYGHDAVINDTPGTSTGQVFIQSGRALDEAKSGEIVISMLNDAQQCATDIMCSQLSYVLNRLSKKQADLLYQYVKMDFPLHQVLADKNKTSRQNISERLKAAGGDLIAPFIEYIHAQQDDA				NA	NA	NA	NA	NA
AK237_03503	1230			hypothetical protein	ATGCTACATCGAATTTGGCTCTCATTCATCGTCTTTGCTTTCTTTGCTACGGTTTGGCAAGCATTTTTTGGCGATGCGCCAGGTGGCTTTCAGGACGTCATGCAATCGGTCACCAGCATGGCGCAACTTAGCGTTGACATTGCTATTGGGCTCATCGGTGTACTGGCTTTTTGGCTTGGGATCTTTGAAGTCGCCGAAAAGGCCGGTTTAATTGGAAAGTTTTCACGTATTTTAGCGCCATTTCTATGCCGCATCATGCCAGATATTCCCAGAAACCATCCCGATCTTGGTAGTATTACCATGAATATGTCAGCCAACGTTCTTGGGTTGGATAACGCGGCGACACCGTTTGGTATTAAGGCCATGCAAGATATGCAAACCTTAACAAACGATAAAGAAACCCTCACTAACAGCCAAATACTCTTTTTGGTACTTAACACCTCATCGGTGACATTATTTCCTATTGCAGTGTTCCTTTACCGGGCCGAGCAGGGGGCTGCACAACCGACGGACGTCTTCATTCCTATTTTACTTGCCACCAGCGCATCGACATTAGCCGGTCTGATCATTACCTGTTTGGTACAAAAGGTTAATTTGTTTAACCGTGTTGTTGTTTTGTATTTGGTAGGCATTTTCGGATTGTTAGGCGCTGTTATCGTGTATTTTTCCAATTTAGCAGCGAACGAACTGGCCGAGCAGTCTGCGGTAGTTGCCAACTTTCTGCTCTTCACTTTCATTGTTGTAGTGTTGGTCACCGGTTGGCGCAGAAACCTGAATACCTACGAGCTATTCATTGATGGTGCGAAAAAAGGGTTTAATGTAGCCATTTCGCTCATTCCATTCTTATTGGCCATGTTAGTTGCTATCGGCATGTTAAGGGCGAGTGGTATTCTGGATATGGTGGTAAATGGTATCGGATATGCAGTAACCGCTTTAGGTGGCGACCCACGTTTTGTAGAAGGTTTACCCACCGCTATTATGAAACCGCTTAGTGGCAGTGGAGCCCGGGCATTAATGATAGAGACCATGCAGCACCATGGTGCCGATTCTTTCGCAGGTAGGTTGGCATCGGTGCTACAAGGCTCTACAGAAACTACGTTCTATGTTCTGGCGGTATATTTGGGCGCTGTGGGCATAAAGCATTCCCGTTATGCCGTGGCATGTTGTTTAGCCGCCGATTTTGCTGGTATTTTTGCAGCAATTTTAGTCAGTTACTGGTTTTTTGGTTAA	MLHRIWLSFIVFAFFATVWQAFFGDAPGGFQDVMQSVTSMAQLSVDIAIGLIGVLAFWLGIFEVAEKAGLIGKFSRILAPFLCRIMPDIPRNHPDLGSITMNMSANVLGLDNAATPFGIKAMQDMQTLTNDKETLTNSQILFLVLNTSSVTLFPIAVFLYRAEQGAAQPTDVFIPILLATSASTLAGLIITCLVQKVNLFNRVVVLYLVGIFGLLGAVIVYFSNLAANELAEQSAVVANFLLFTFIVVVLVTGWRRNLNTYELFIDGAKKGFNVAISLIPFLLAMLVAIGMLRASGILDMVVNGIGYAVTALGGDPRFVEGLPTAIMKPLSGSGARALMIETMQHHGADSFAGRLASVLQGSTETTFYVLAVYLGAVGIKHSRYAVACCLAADFAGIFAAILVSYWFFG				NA	NA	NA	NA	NA
AK237_03504	690		COG2968	26 kDa periplasmic immunogenic protein	ATGACATTCAAAAAATTCTCCGCAGCTTCTGTCTTCCTGTTATTCGCCAGCATCGCGAATGCACAAGCGATGGATCCAATAATTCAAGTCAGTGGGAAGGGTTCTTTCTCCGTCGTGCCTGATGCTTACACGCTAACGTTCGTGATGGAAGAGAAAGGTGAAACGGTATCAAAACTCAATACACAGATGCAGGCAGATATGAAGTCTGTGCTTACATTTTTGCTCGATAATGGTATTGAAGAAAAACACGTTCAATCGATGCAGGTCAACTTAAACCCATACTATGAATCAACTTCGGCAGGAAGAGAACAGCGTGGTTTTGTATTAAGTCGGGAAATTCAGGTAACTGATACGAATATAAATAACTATGACCGTATCATTGATGGTGCTTTATCTCGCGGTATAGATCGTATACAAGGTTTTCAATTTATCGCTAGTCAGCAAAATAATGCCTACGAAAAGGCCTTGATAAATGCAGTTAAAGACGCAAAATTACGCGCCAGCTTATTAGCAAAGGAACTGGGCGTAAAAGTCGGTAAAGTAGTTGCTGTATCAGAAAGTGGTAACAGCTATCCTATGCCGGTGATGCGCATGGAGATGTCAGCAAAAGCAGACAGCTTCTCCTCGGCAATGCCCGGTGAACAGGTTGTGGAAGCTCGCGTAAATGTGAGTTTCTCCATAGAAGAATAG	MTFKKFSAASVFLLFASIANAQAMDPIIQVSGKGSFSVVPDAYTLTFVMEEKGETVSKLNTQMQADMKSVLTFLLDNGIEEKHVQSMQVNLNPYYESTSAGREQRGFVLSREIQVTDTNINNYDRIIDGALSRGIDRIQGFQFIASQQNNAYEKALINAVKDAKLRASLLAKELGVKVGKVVAVSESGNSYPMPVMRMEMSAKADSFSSAMPGEQVVEARVNVSFSIEE	PGPT0012980_2009	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	NITROSATIVE|OXIDATIVE_STRESS|ROS_REGULATORY_PROTEINS,PGPT0012980-yggE-K09807	NA	NA
AK237_03505	456	msrC	COG1956	Free methionine-R-sulfoxide reductase	TTGAAAAGCACGTTTTATGCTGAGCTTCTGGCTCAGGCAAAAGGCCTGATGAGCGGTGAGACTGATCTCATCGCTAATATGGCAAACCTCAGTGCGTTAATGTTTAATCGCATGGAAGACGTTAACTGGGCAGGGTTTTATCTGTATAAAGAAGACCAATTAGTATTGGGGCCTTTTCAGGGACAACCTGCCTGTATCCGTATTCCCATGGGACGCGGTGTTTGTGGTACTGCAGCAGCAGAACGCCAAACGCAGTTGGTAGAAGATGTGCATGCATTTGATGGCCACATTGCTTGTGACGCCGCGTCGAACTCTGAAATTGTTATCCCCCTGACCTTTAATGATACGCTCATTGGGGTACTGGATATCGATAGTCCTCTCTATCGTCGCTTTGACGAAGAGGATAAACTAGGACTCGAGGCCTTAGCAGAGGCCTTATTGGCTACTCAACGATGA	MKSTFYAELLAQAKGLMSGETDLIANMANLSALMFNRMEDVNWAGFYLYKEDQLVLGPFQGQPACIRIPMGRGVCGTAAAERQTQLVEDVHAFDGHIACDAASNSEIVIPLTFNDTLIGVLDIDSPLYRRFDEEDKLGLEALAEALLATQR				NA	NA	NA	NA	NA
AK237_03506	291			hypothetical protein	ATGAAAGAGTATGTCGATATTCATGTTGTGCTGGCCACGCCGGCTGACATGGAGGATAATTTTGACGACCCCGAGGAAGCTGCAGAGCGAATAAATTTCATTCTGCATTGCGTTTACGATCGTGCCGACGAAGATGTCGATACGCACTGGCTTGAACGTTTATTGCACTATACTTGGGAAACATGGCATCAAACAGGTAATTTATTGGACATAGAGGACGATGAATTGCTTGATTGGGTTGACCACACGCTGGCAACTTGGGATGATGCTGACAATGAAGATTATTATTAA	MKEYVDIHVVLATPADMEDNFDDPEEAAERINFILHCVYDRADEDVDTHWLERLLHYTWETWHQTGNLLDIEDDELLDWVDHTLATWDDADNEDYY				NA	NA	NA	NA	NA
AK237_03507	660	proQ	COG3109	RNA chaperone ProQ	ATGGAATCACCAGAGAAGTTTTCAAACAGTAAAGAAGTCATCGCCTTTTTGGCAGAAACCTTTCCCAACTGTTTTTCCACCGAGGGCGAAGCACGGCCTCTGAAAATTGGCATTTTTCAGGATCTGGCGCAGCGTCTTGAAGACGAAGAACGCGTAAGTAAAACCTTATTACGTTCGACGTTAAGACATTACACCAACAGCTGGCGTTATTTGCACAGCATCAAAGAAGGCGCACATCGCGTAGACTTAGATGGCAACCACGACGCACAGATTGAAAAAGAGCATGCTGATCATGCTAAGCAGCAGTTGGATGAAAGCAAAGCGAAGGCTGCTGAAAAGCGCAAAGCGAAGCAAAAAACCACTGGCGAAAAGCGCCCGCCCCAGCGCAAGCCGCGTAGCGACAATGGTGATAAACCTCAGCATCGCGCTAAAAAGGGAACTAAATTCAATTCTGATAGACCAAATAAAACACCCCCGGCAAAACTCACCGATGCTGATTGCCAACCAGGTACTTCAGTCACCGTTAAATTAGGTAAAGCACCTATGCATGCGGTTATTACTGAAGTCGCCAAAGATGGTATTCATGTTCAGCTTGATTCGGGTATGGTGGTAAAAGTCAACGCAGACGCTTTACGTTTGGCGAATTCCAAGAGGTCGTAA	MESPEKFSNSKEVIAFLAETFPNCFSTEGEARPLKIGIFQDLAQRLEDEERVSKTLLRSTLRHYTNSWRYLHSIKEGAHRVDLDGNHDAQIEKEHADHAKQQLDESKAKAAEKRKAKQKTTGEKRPPQRKPRSDNGDKPQHRAKKGTKFNSDRPNKTPPAKLTDADCQPGTSVTVKLGKAPMHAVITEVAKDGIHVQLDSGMVVKVNADALRLANSKRS	PGPT0013650_465	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_OSMOTIC_STRESS	OSMOTIC_STRESS-GLYCINE-BETAINE_METABOLISM,PGPT0013650-proQ-K03607	NA	NA
AK237_03508	2040	prc	COG0793	Tail-specific protease	ATGAAAGAAATCCTTCGCATTTCCATAGCCAGTGCATTCTTAACCGTTGGCATAGGCGCAGGTGCAACTACCACTACTGAACAAGTAGAAGATTTACCCATTCTTCAGCAAGAAACACAGCACAGTGTTGCTGCAAAAAGGGTAAGTGCTTTGTTCACCAGAGCGCACTATAAGGAAATAGCGTTGGATGATGCGTTATCTGAAAAGATTTACGATCGCTTCCTTCGTTCTCTCGATAATAACAAACAAGTGTTGTTAAAATCGGATATCGACAGTTTTGAGAAGTATCGTGACGCATTCGATGAGGCATTAAGTCGCGGCAATTTGTCTATTGCTTATGACATGTATAATCAAAGTGCTAAACGCCGTGTTGAGCGCTTTGAATATGCGTTAAGTTTGCTGGATAAGCCTTTCAACTTTGAGAAAGCCGACGACAAATTCTATTACGACCGTGAAGATGCTGCATGGCCCACCACGGAAGCGGAACTGGATGAATTATGGCGTCAACGCGTGAAGTACGATGCCCTGAACCTCATCCTGGCTGATAAAACCTGGGACGAAGCCAAAGACCTTCTCACTAAGCGCTACAATCGTGCGATTAAGCGGCTTAAGCAAGCTGAGAGTGAAGACGTTTTCCAAACAGTAATGAACTCGTTTGCGCGCAGCGTTGAAGCTCACACCAGTTATTTGTCTCCTCGGAACGCAGATCGTTTCCAAATGGAAATGAATCTGTCTTTTGAGGGAATTGGTGCCGTACTGCAAAGTGAAGATGATTTCACCGTTATTAAAAGCATTGTACCAGGCGGCCCGGCAGATAAATCTAACGCCCTGAAACCTGAAGATAAAATCATTGGTGTTGCGCAAGACGACGATGAGTTTGTTGACGTGATTGGCTGGCGTTTGGATGAAGTTGTTGATCTGATTAAAGGGCCAAAAGGCAGCACCGTGCGTCTGCAAGTGCAAAAGGGCGCTTCTGACACCAAGGCGATGTCTGTTGTCAGCTTAACCCGTGACAAGATTAAACTGGAAGATCGCGCCGCCAAATCTGAAGTGTATGAACCAGAAACTGGCCCTTACGCTGGCGAGAAATTGGGTGTGATCACCATTCCTAGCTTTTATAACAACTTGCATACTGATGTGAAAAAGGAACTTGATTCACTAAAAGCGCAAGACGTTAAAGGTGTTATTGTTGACCTACGTGGTAATGGTGGTGGTTCACTGACTGAAGCTACGTTACTAACAGGGCTGTTTATTGAAAAAGGACCTGTGGTACAAATTCGCTACGGCGAAGGCAAGGTAAGTGTTAATCGGGATACTGACGGCGTGGTTACTTATGACGGTCCGTTAACAGTACTGGTTGACCGTTACAGTGCGTCAGCCTCAGAGATTTTTGCCGCTGCCATGCAGGATTACAGCCGCGCGCTCATCGTCGGTGAGCAGACCTTTGGTAAAGGCACCGTACAACAACACCGCGGTTTAGGTCGTATTTACGACTTGTACGATAATCCGCTGGGTAGCGTGCAATTTACCATTGCAAAATTCTATCGCATCGATGGTGGCAGTACGCAGCACAAAGGCGTAGTACCTGATATCAAATATCCATCCCCAATTGACCCGGCAGACTGGGGTGAAAGTCAGGAAGAGAACGCACTTCCCTGGGACAGTATCGACCGCGCAAACTACACCACTTTTGGTGATAGTCAGAGTGCACTGGATGTGTTGGCAGCCAAGCACAATGCCCGGGTATTGAAAGATCCTGAGTTTATGTACTTAGCCGAAGATATCGATGAGTACAAAAAGAACAAAGACAAGAAATATATCTCGTTGGTTAAGTCTGAACGCGAGGCCAAAAAAGAAGAAGCCCGCGAACACGACCTGAAACGTGCAAATGAACGTTTAGCAAGAATGGGTAAAGAGAAGGTTGAATCATTAGATGATTTGCCCGACGAACTCGAAGAGTTGGACCCATTCCTGGACGAAGCCGCTAACATTACCTTTGATATGTTAGATACCGGAAAGTACGCAATACACCAACAATAA	MKEILRISIASAFLTVGIGAGATTTTEQVEDLPILQQETQHSVAAKRVSALFTRAHYKEIALDDALSEKIYDRFLRSLDNNKQVLLKSDIDSFEKYRDAFDEALSRGNLSIAYDMYNQSAKRRVERFEYALSLLDKPFNFEKADDKFYYDREDAAWPTTEAELDELWRQRVKYDALNLILADKTWDEAKDLLTKRYNRAIKRLKQAESEDVFQTVMNSFARSVEAHTSYLSPRNADRFQMEMNLSFEGIGAVLQSEDDFTVIKSIVPGGPADKSNALKPEDKIIGVAQDDDEFVDVIGWRLDEVVDLIKGPKGSTVRLQVQKGASDTKAMSVVSLTRDKIKLEDRAAKSEVYEPETGPYAGEKLGVITIPSFYNNLHTDVKKELDSLKAQDVKGVIVDLRGNGGGSLTEATLLTGLFIEKGPVVQIRYGEGKVSVNRDTDGVVTYDGPLTVLVDRYSASASEIFAAAMQDYSRALIVGEQTFGKGTVQQHRGLGRIYDLYDNPLGSVQFTIAKFYRIDGGSTQHKGVVPDIKYPSPIDPADWGESQEENALPWDSIDRANYTTFGDSQSALDVLAAKHNARVLKDPEFMYLAEDIDEYKKNKDKKYISLVKSEREAKKEEAREHDLKRANERLARMGKEKVESLDDLPDELEELDPFLDEAANITFDMLDTGKYAIHQQ	PGPT0015095_1182	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	UNIVERSAL_STRESS_RESPONSE	STRESS_SIGNALLING_PROTEINS	STRESS_SIGNAL-CHAPERONE|PROTEASES,PGPT0015095-prc|ctpA-K03797	NA	NA
AK237_03509	1335			hypothetical protein	ATGGCAATGCGAGGTGAATTTTCATCGCGGATCGGATTTATACTGGCTGCTGCCGGATCCGCCGTTGGTCTCGGAAATATCTGGGGCTTTCCTACGCAGGTCGCCACCAATGGCGGCGCAGCATTCGTACTCGTTTACCTTCTTTTAGCATTCGTATTAGCTTATCCTGTGCTGATGGCTGAACTTATTATCGGCCGATCAAATCGTGCGAATATGGTAGATGCATTAACTAATATTTCTGGTAATGCCTCAGGCACGCTCACAGGGCTTTGGGGATGCGTGACCGTCTCGATGATATTGGCGTTCTACGGTATCGTTGGTGGGTGGATGCTAGCGTATTTCGCCGATGGACTCGTTCAGACCGTGGGCATGGATAGCGCATCCGCATGGTTAATGGGGTTTTCAGATAGCCGTAACATGATCTTTTGTGGCTTGTTCATGTTGTTAACGGCTTCAATCGTACTTGGCGGGGTTAAATCAGGAATAGAAAAGTGGTCTGTTCGTCTAATGCCCACGTTAGTCATCATTATTCTTGCCCTTATTGTCTACGTTAGCTTCCAACCCGGCGCCATTGAGGGCTGGACCGCCTATCTGTTACCTGATTTCAGTCGCATTCTTGATCCTGACTTATTAATCAGTGCCATGGGCCAGGCGTTCTTTTCAATGTCATTAGGGGTAGGAACCATGTTGGTCTACGGTTCTTATTTGTCGAAGCAAGAAAATCTTCCAGCTATTGGCGCATGGGTCGCCTTGGTTGATATTGGTGTTGCGATTATTGCGGGTATGCTCATCATCCCGGCTATGTATGTTGCACTCAATAATGGCGTGGAAATTTTCACCGAAACGGGTGCATTGATGGATGGTGATCAACTTATCTTCAATGTACTGCCGGCGCTGTTTGAATCTATCGGGCCTGTTGGCGTATTTGTCTCCATTGCATTTTTTGCACTTATGGTTATTGCCTCTGTCACGTCTTCGATTTCTATGCTTGAAGTTCCGGTTGCTTATTTGGTTGAGAATCGCAAACAACAGCGAGGCCGTGCGGTGTGGATCATGGCCGCTATTATCTTTATATGTAGCTGCATTATCATACTTAACTTTGAAGCATTGTTTGGGTTAGTCATTGCAGCAACAACACAATACAGCCAGCCTTTGCTTGGATTTGCTTTGTGTATATTTGCTGGCTGGGTATGGCGCAGAGACACGATCCTTAGTGAACTAAAAGAAGGATTTGATGGCGCAGAGCACAGTATATTCTGGAAAATCTGGCCGTGGTACGTGAAATTCGTTTGCCCGGTAGTTATCCTATTGATGTTCGTTCGTTCAGTCTTATAA	MAMRGEFSSRIGFILAAAGSAVGLGNIWGFPTQVATNGGAAFVLVYLLLAFVLAYPVLMAELIIGRSNRANMVDALTNISGNASGTLTGLWGCVTVSMILAFYGIVGGWMLAYFADGLVQTVGMDSASAWLMGFSDSRNMIFCGLFMLLTASIVLGGVKSGIEKWSVRLMPTLVIIILALIVYVSFQPGAIEGWTAYLLPDFSRILDPDLLISAMGQAFFSMSLGVGTMLVYGSYLSKQENLPAIGAWVALVDIGVAIIAGMLIIPAMYVALNNGVEIFTETGALMDGDQLIFNVLPALFESIGPVGVFVSIAFFALMVIASVTSSISMLEVPVAYLVENRKQQRGRAVWIMAAIIFICSCIIILNFEALFGLVIAATTQYSQPLLGFALCIFAGWVWRRDTILSELKEGFDGAEHSIFWKIWPWYVKFVCPVVILLMFVRSVL	PGPT0013950_2862	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-SODIUM_TRANSPORT,PGPT0013950-TC_NSS-K03308	NA	NA
AK237_03510	1476	mleN_2	COG1757	Malate-2H(+)/Na(+)-lactate antiporter	ATGAAAAAAACGATTAAAGACCCCTCATTAGCCGATGCGCTCATTCCCATCATTGCACTTGTATTAATGATGGGGGGCGCCGTTTACCTTTTTTCAGATAACTCCTCATTTGGGCCTAACCAGATAGCGCTATTGCTAGGCACAGGACTGGCGGCGATTATTGGCATGAAAAACGGCCACACCTGGAAGGAAATAGAAGCCGGTATCGTCAAAGGTATATCTATGTCTTTAGGGGCATGTCTTATTTTATTAGCCGTTGGCTCGCTAATAGGTACATGGATGCTCGCTGGTACCGTTCCCACACTTATCTATTACGGTTTAGAACTGCTGAATCCTTCGTTTTTCTATGCCGCTACCTGTTTGATTTGTGCCGTGGTGGCGATGAGTATCGGCAGTTCATGGACAACGGCTGCCACTGTGGGGGTGGCGTTAATGGGCGTTGCATCTGGCATGGATATGTCTGCAGCCATTACCGCAGGGGCCGTGGTGTCCGGAGCGTATTTCGGCGATAAAATTTCACCATTATCCGAGACGACAAACCTAGCGCCCGCCGTTGCTGGGACTGATTTGTTCGAGCATATTCGCTATATGCTTTGGACTACGATACCCAGTTTTGTCCTTGCTCTCATTTTATTTGTCATTTTGGGCTTTAGCGAGTCAGACGCGGCATCGCTTGATCGTATCGAACAAATGCAAACCTTGCTGGGCAACTCCTTTGATTTAGGGTGGTACTTACTTATTCCACTCATCGCATTGCTGACATTAGCGGTAAAGAAAATGCCAGCATTTCCTGCCGTTTCAATTGGTGCATTATTAGGTGGTTTGTGGGCCGTCATATTCCAGGGTGACGTGGTAATGAGCATGGCGAACCCTGACGACAGTGAAGCGATTGGTACATTAAAGGTTGTATGGACAGCGTTGTTTGATGGCGTGAGCTTTTCTACCCCGGATGAAAACTTAAATGCGTTGTTAAGCCGCGGCGGCATGTCTTCTATGCTTAATACTATTTGGCTGATTATCTGTGCTATGTCATTTGGTGCGGTTTTAGAGCGTGTTGGTCTGTTAAAACGCGCAGTAAGTGCAATCCTTTATGGCGCAAAATCAGCCGGAGACATGATCAGTCGTACCATTCTTACATGCCTGGGCACGAACTTAGTGACGGCTGACCAATACATGTCAATTGTCATGCCTGGACGCATGTACAAACAAGAATTTGAAAAGCGCGGCTTAAATCAACTTAACTTATCTCGTAGTTTAGAAGATGGCGGAACACTTACATCGCCGCTGATCCCATGGAATACTTGTGGCGCCTATATGCAAGGCGTTTTAATGGTGCATCCGTTTGAATACATCTTCTATACTTTCTTTAACGTAATTAATCCAATCCTCGCGATTATCTATGCATACTTAGGCATAAAAATTCTTCGCCTAGATCCTCCCTTTGAGCGTAATGAAGAAAAAGGGGAGCGCGCATAG	MKKTIKDPSLADALIPIIALVLMMGGAVYLFSDNSSFGPNQIALLLGTGLAAIIGMKNGHTWKEIEAGIVKGISMSLGACLILLAVGSLIGTWMLAGTVPTLIYYGLELLNPSFFYAATCLICAVVAMSIGSSWTTAATVGVALMGVASGMDMSAAITAGAVVSGAYFGDKISPLSETTNLAPAVAGTDLFEHIRYMLWTTIPSFVLALILFVILGFSESDAASLDRIEQMQTLLGNSFDLGWYLLIPLIALLTLAVKKMPAFPAVSIGALLGGLWAVIFQGDVVMSMANPDDSEAIGTLKVVWTALFDGVSFSTPDENLNALLSRGGMSSMLNTIWLIICAMSFGAVLERVGLLKRAVSAILYGAKSAGDMISRTILTCLGTNLVTADQYMSIVMPGRMYKQEFEKRGLNQLNLSRSLEDGGTLTSPLIPWNTCGAYMQGVLMVHPFEYIFYTFFNVINPILAIIYAYLGIKILRLDPPFERNEEKGERA	PGPT0013945_288	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-H+_ANTIPORTER,PGPT0013945-nhaC-K03315	NA	NA
AK237_03511	2595	pepN	COG0308	Aminopeptidase N	ATGAGCGTCAATATTAAACGTCGGCTGGATTACCAGCCGCCGTTATTCACAATTACTCACGTGTCGATGAATGTGCAGTTGCATCCCACTGCTACACGCATCGTCACGAAAACCAGCGTTAAACGTTTAGGTAATCATAGTCAGGGACTGTTTCTTGACGGCGAAAAGCTTGAGCTAAAAGCCGTACAGATTGATGGCGAGGCTTACACTGCGTTTGAAATCAGCGATGCAGGCTTACTGCTTAAAGATGTGCCTGATATCTTTGAGTTAATGATTGAAACTATTGTCGATCCGCAAAATAACAAAGCACTGGAAGGTCTGTATCTGTCTAACGGTGTGTATTGCACACAGTGCGAAGCGGAAGGATTTCGACGAATCACCTACTTTTTAGACAGACCCGATGTGCTTGCAGAATACGAGGTAACCGTATCTGCTGATAAGGCGACATATCCGACACTCATGTCCAATGGAAACCCCATTGCTTCTGGTGAAGAAGCAAACGGTACGCATTGGGTAACCTGGCATGACCCACACCCAAAACCAAGCTATCTGTTCGCGTTAGTAGCAGGGGACTTCGATTTACTTGAAGATACTTATACCACATCAAGCGGCCGGAACGTGAAGCTTGAATTGTATGTCGATAAAGGCAAACAAGCCCGTGGCCATTTCGCATTGGCATCGCTTAAGCGCGCCATGAAATGGGATGAAGATACCTTTGGGTTAGAATACGACCTTGATATCTACATGATTGTCGCCGTTGACTTTTTTAATATGGGCGCAATGGAAAATAAAGGCCTCAACATTTTTAACAGTAAGTTTGTTCTGGCCGATCAGGACAGTGCCACAGATGAAGATTTTTTCAATGTGGAATCAGTTATTGCACATGAATACTTCCATAACTGGACAGGAAACCGTGTTACCTGTCGGGATTGGTTTCAGTTAAGTCTAAAAGAAGGGCTTACAGTTTTCCGCGACCAGCAGTTCAGTGCCGATATGACCTCAGCACTAAGTAACCGCATTAAGCACGTAAGAGTAATGCGGGAACACCAGTTTGCCGAAGATGCCAGTGCAATGAGTCATCCTATCAGACCCGACGAAGTAATAGAGATGAACAACTTCTATACGGTCACTGTGTATGACAAAGGTGCAGAAGTCATTCGCATGTTTCATACCTTACTTGGGGCGGACGGCTTCAGAAAAGGTATGGATGAATATTTTCGTCGGCACGATGGACAAGCCGTAACCTGCGACGACTTTATCGCTGCGATGCAAAGTGCTACCGATCGCGATCTTACCCATTTTGCGCGATGGTACAGCCAATCCGGTACCCCGCAATTAAGTGTTGAGCGTGTTTACGATAAACAAAAACGTACGTTACACATTACTTTGTCGCAATATACGCCGCCAACGGCAGATCAGGCTGAAAAGCAACCGCTTTATATACCTGTAGCCTTTGAATGTATCGATGATGAGGGCAATCACTACATTGATGATGACAGCGCTATTCAAAATGGCTTGGTGATTGTCGATAAGCCTGGTGTATCCCTGACGTTTTCTGATGTCCCCGAATCCTGTTTGCCTGTGGTACTGGGAAACTTCTCTGCGCCAGTGAAAGTTGATAATCCCCTGGCAGCAAAAGAGTTGCTACAAATATTTCGCTATGCAAATGATCCCTTCAACCGCTGGGATGCAATGCAATCATTGTATGATTGGTGTATCGGTGAAATAGAGCAGGGTAAGACTATCCCTGATACGGTTTGGCAGTACCTTCGTGATGTGCTGTTAGCAGAAGGGAGTAATCACGAATTACTGGGTGAGTGCTTGTCAATTCCCAGCTTCGAAACACTATGCCAAAACCGTCGCCTTGTTGATGTACCGAAATTAGCAGCAGCGCGCGACCTGTTTTGCCAGCAATTTGCATCCGAACTGAAAACAGAATTAGTCAGTATCTGGCAGCAAATTGACACCGTCGCTTATGAATACGAACAATCTCGTGTTAATGCACGCCGCTGTAAAAACGTAGTATTGATGCACCTGGCTCGCACCGATGCGGGCGAACCTGCTATTTCAGAGCAATTCGCTAATGCTGACAACATGACAGACACACTTGGGGCATTAAAAGCCGCGCAGCAATGTAATGAAAGCGTGTTTGCTAAGCTTATGAGCGCGTTTGAAGAGAAATGGAACCACGACCCTCTGGTGTTAGATAAATGGTTTGCGTTACATGCCACATCAGAGCGGGACGACATTCTTGCGCATCTGACGATGTTGAAGTCACACCCTCAGTTTACTATGGGCAACCCAAACCGGGTGAGAGCACTTATTGGCAGTTTTGCATTTTACAATTCGACCGGCTTTCACAAACCAGATGGCAGCGGCTATGCCTTTGTGACTGACTATCTGCTGGAGCTCGACAAGCATAATCCGCAAGTTGCTGCGAGAATTGTCACACCACTTACACAGTGGCAAAACTATGCACCAGCTCACCAAGCCCACATGAAATTACAACTAAATCGCTTGCTTGCCCATGACGGACTAAGCAAAGATGTTTTTGAGAAAGTCAGTAAAAGCCTGGCTTACGAGAAACGTGACTAA	MSVNIKRRLDYQPPLFTITHVSMNVQLHPTATRIVTKTSVKRLGNHSQGLFLDGEKLELKAVQIDGEAYTAFEISDAGLLLKDVPDIFELMIETIVDPQNNKALEGLYLSNGVYCTQCEAEGFRRITYFLDRPDVLAEYEVTVSADKATYPTLMSNGNPIASGEEANGTHWVTWHDPHPKPSYLFALVAGDFDLLEDTYTTSSGRNVKLELYVDKGKQARGHFALASLKRAMKWDEDTFGLEYDLDIYMIVAVDFFNMGAMENKGLNIFNSKFVLADQDSATDEDFFNVESVIAHEYFHNWTGNRVTCRDWFQLSLKEGLTVFRDQQFSADMTSALSNRIKHVRVMREHQFAEDASAMSHPIRPDEVIEMNNFYTVTVYDKGAEVIRMFHTLLGADGFRKGMDEYFRRHDGQAVTCDDFIAAMQSATDRDLTHFARWYSQSGTPQLSVERVYDKQKRTLHITLSQYTPPTADQAEKQPLYIPVAFECIDDEGNHYIDDDSAIQNGLVIVDKPGVSLTFSDVPESCLPVVLGNFSAPVKVDNPLAAKELLQIFRYANDPFNRWDAMQSLYDWCIGEIEQGKTIPDTVWQYLRDVLLAEGSNHELLGECLSIPSFETLCQNRRLVDVPKLAAARDLFCQQFASELKTELVSIWQQIDTVAYEYEQSRVNARRCKNVVLMHLARTDAGEPAISEQFANADNMTDTLGALKAAQQCNESVFAKLMSAFEEKWNHDPLVLDKWFALHATSERDDILAHLTMLKSHPQFTMGNPNRVRALIGSFAFYNSTGFHKPDGSGYAFVTDYLLELDKHNPQVAARIVTPLTQWQNYAPAHQAHMKLQLNRLLAHDGLSKDVFEKVSKSLAYEKRD				NA	NA	NA	NA	NA
AK237_03512	276			hypothetical protein	ATGTTTTTGAGAAAGTCAGTAAAAGCCTGGCTTACGAGAAACGTGACTAACGCTGAACAGCAATATTTTTTCTCCTTATCCATTTCATATACACAATGTCAGGCGCTCTATCAGAGCGCCGGGCAATCTGTTGTACTCACCAGTGAATCAGGCAAACGGATACAAATTCCGGTTAATCGCCTTCGTCCTTTTATCGACAGCCGCGGTCTCATCGGCCGTTTTCGCATGCTAATAAATGCTCAAAATAAGATTAAATCCTTCGAACGATTAAGATAA	MFLRKSVKAWLTRNVTNAEQQYFFSLSISYTQCQALYQSAGQSVVLTSESGKRIQIPVNRLRPFIDSRGLIGRFRMLINAQNKIKSFERLR				NA	NA	NA	NA	NA
AK237_03513	2061			hypothetical protein	ATGACAATTGGGCATAGCACATTTAAAAAGACACCAGTTGCCGCTGGTATCATAGCCTTACTTGGTGCCGCCTCTCCGGCTTTAGCCGCTAACTGGCAATTTGGAGATGTTTCAGTATCACTGGATTCCACATTTACGTTAGCGACCAGTATTCGCACGGAAGACAGAGATTACAAACTGATTGGTAACAGTAACCACCCGCAATTCGACTGGACTGGTTATAATGCAGCCACGAACGTTATTTACCAACCAGCGGATGTATGGGCGCAGGCTAATGGCGATTATTCTGCAAACAATGACCAGGGGGATTTATCCTGGGATCCAGGCAAAGCTTTTTCGACCCAAATATCAGGTAACCACGATCTGGACATCAATATGGGAGACTGGGGTTTCTTCACCCGAGCCTTCTGGTTTTACGACTTTGTGCAGAATGACAACGACAATGTTGCGGCAAACCCAATCACGGGAAGAACGCCTGACCTTTGCGCAGCGCCTGAAGCAGATGACTTGCTGTGTAAAGATTTCCGTATTTTAGATGCATACTTTTATGGCGATTTCTGGATAGATGATAAACCACTTTCCATACGTGTAGGCGACCAGGTCATCAGTTGGGGTGAAAGCACGTTTATACAGCACGGTATTAATACCACTAATCCTGTAGACGTAAACCGCGCCCGTGCGCCTGGTGCAGAGTTGAAGGAAGTATTCATTCCTGTAGGTATGGTGTACGCGTCACTCGGTTTAACCGATACCGTAAGTGTGTCAGCTTATTACCAGTATCGTTGGGAAAGAAGCTGGTTACCTGTCGCGGGGAGTTATTTCGCGACTAACGACTTCGCCGGCGAAGGTGGCCAGGCTAACAATATCCAGTTGGGCTTTACCGGTAATCCGGACATCGATCTTGATTTTCTACTCAGTTCATTAAACGGATTGGGTGATGCGCTAAGGGCAGGCGGTGACCAAAGTGCTATCGCGCAAGCCTATCTGGCGTATCCTACTAAAGTTGCGGTACGTGGATATTCAGATGCCGCCCACGAAGATGCGGATGATCAAGGCCAGTATGGTATTCGCTTAACGTGGTTTTCTGAACTGTTGAATGACAGTGAGTTAAGTTTTTATCACATCAACTATCATAGCCAACGCCCGCTTATTTCGGGTATTACGTCGGACTTCACCGACGAAGGTATAGCCAGTGATTTAGCATTAATTGCTACCACCGAAATTACCAAAGACAATATTACGCAGCTTGATGCATTCACCGAAGCACGCTTCTATTACCCAGAAGACATTAAGCTATACGGCTTCAGTTTTAATACGAATATTGAAAGCTGGGCATTAGCGGGTGAATTTGCTTACCGTGTAGATGAACCTTTGCAAATCGACGATGTTGAACTGCTTTACATGGGGATGCCTGAACAGCTCGCAAATACGGGTTATCGTGATGACTTGTCGGGTATTTCTCAACTCAATAACATCGGCAGGGCCGTAGGGCCGGGTGAAACAGCTGAAGGTTTCGTTTTCTCTGATACATGGCAGGCTCAGTTCACCTTGTCACAAGTGTTCGGTCCAACGTTAGGCACTGATAACCTGATAGTTTTAGGTGAAGTAGGCTATGTGAATATTGTTGATTTTCCAGACCCTAATATACTGCGTTTAAACGCTCCGGGAACCGGAAGAACACCGTCTCTTGAGCCTACCGCAGATGGCAATCCTCGTTATGGTTTACACACCGGCTTATCCAATGGTCCTGAAACGAACCCATTTGCAACAGAGGATGCCTGGGGCTATCGTTTACTCGCAGTGGCGGATTTTAATAATGTGTTTTCCGGTGTGAACCTGCAAACCCGTGCTACATTCTCTCATGATGTGAAAGGGACTACACCTGATCCATTATATGTGTTTCTTGAAGATTCAAAATCAGCCAGTCTGGCATTTACGTTCAACTACCTGAGCAGTTGGTCAGCTACCGCATCGTACAGCGCCTTTTGGGGCGGTGTAGGAACGTCAAATCAATTGTCTGATCGTGATTTCGTATCTTTCAACATCAAGTATTCGATTTAA	MTIGHSTFKKTPVAAGIIALLGAASPALAANWQFGDVSVSLDSTFTLATSIRTEDRDYKLIGNSNHPQFDWTGYNAATNVIYQPADVWAQANGDYSANNDQGDLSWDPGKAFSTQISGNHDLDINMGDWGFFTRAFWFYDFVQNDNDNVAANPITGRTPDLCAAPEADDLLCKDFRILDAYFYGDFWIDDKPLSIRVGDQVISWGESTFIQHGINTTNPVDVNRARAPGAELKEVFIPVGMVYASLGLTDTVSVSAYYQYRWERSWLPVAGSYFATNDFAGEGGQANNIQLGFTGNPDIDLDFLLSSLNGLGDALRAGGDQSAIAQAYLAYPTKVAVRGYSDAAHEDADDQGQYGIRLTWFSELLNDSELSFYHINYHSQRPLISGITSDFTDEGIASDLALIATTEITKDNITQLDAFTEARFYYPEDIKLYGFSFNTNIESWALAGEFAYRVDEPLQIDDVELLYMGMPEQLANTGYRDDLSGISQLNNIGRAVGPGETAEGFVFSDTWQAQFTLSQVFGPTLGTDNLIVLGEVGYVNIVDFPDPNILRLNAPGTGRTPSLEPTADGNPRYGLHTGLSNGPETNPFATEDAWGYRLLAVADFNNVFSGVNLQTRATFSHDVKGTTPDPLYVFLEDSKSASLAFTFNYLSSWSATASYSAFWGGVGTSNQLSDRDFVSFNIKYSI				NA	NA	NA	NA	NA
AK237_03514	1362			putative protein	ATGTTAAGAAAAGTAGGATTAATTGCTGCCGCGTTAACGGTAGCAATGTCATCGCACTCGATGGCAGCGGTGTCGCAAGCTGACGCTGATAAATTAGGAAATAGCTTAACGCCATTAGGTGGTGAAACGGCGGCGAATGCTGATGGCAGTATTCCAGCATATACAGGGGGAATTACTTCTGCGCCGGCGGGATATGCCGTAGGCGACCATCACCCGGATCCATTTCCTAACGATAAGGTATTATTTGAGATCACCGGCCAGAACTATAAAGAATATGCCGACTTCCTCTCCGATGGGCAGAAAAAGCTCTTCGAAACTTATCCGGATACGTACCGCATGCCGGTTTACGAAACACGTCGGTCAGCCTCTAACCCTCAGTTCGTTTATGATGCGACAAAAGCCAATGCGACCAGAGCATCACTCATTGAATCCGGTAACGGTATCAAAGGCGCGGCAACGGGAATTCCTTTCCCCATCCCGCAAAATGGCTTAGAAGCAATCTGGAATCATATTTTGCGTTATCGCGGACAAGCGGTACAACGTTTTGGCGGTCAAGCCGCAGTCACCTCTTCAGGCGACTATAACCTAATTGGCTTTGATGAGAAGTTGCTTATTAAGTATTCCAATAAAGACGCCAAGCCCAACGAACTGGAAGAAGACAATATTCTGTTCTTTTTTAAGCAGAAGATCACAGAGCCAGCCCGTCTTGCCGGAGACATTCTGTTAGTAAAAGAAACGGTTGATCAGGTAAAAGAGCCTCGTGAAGCGTGGAAATACAATACGGGTCGAAAGCGCCTTAATCGCGTTCCGCAAATTGCCTACGACACGCCTGGAACAGAAGCAGACGGGCTTCGTACTACTGATGATTTCGATATGTACAACGGTTCACCAGATCGCTATAACTGGGAACTGAAAGGCAAAAAAGAAATGTATGTTGCCTACAATAACTATGCACTGCACAGCGACCAGGTAAAATACGAGGATATCTTAAAGCCTAATCATATTAATCCTGATTTAACGCGTTGGGAAAAACACCGCGTGTGGGTTGTCGAAGCGACGTTAAAAGAGGGTCTTCGCCATATTTATCAAAAGCGTGTTTTCTTCTTGGATGAAGACAGCTGGCAGATTCAGGAAGCAGACATGTACGATAAAAATGGTGAACTTTATCGTGTGGCGATGACTTACGGTATTAATTACTACGATGTGCCTACTCAATGGTCTACACTGGATGTTTATCACGATTTAAACTCTCGTCGTTACCTGGCCATTGGTTTAGATAACGAGGAAAAAATGTACGATTTTACTATCCAGCCTCGTGAAGCAGAATTTACCTCACAGGCATTACGACGGGAAGGCCGTTAA	MLRKVGLIAAALTVAMSSHSMAAVSQADADKLGNSLTPLGGETAANADGSIPAYTGGITSAPAGYAVGDHHPDPFPNDKVLFEITGQNYKEYADFLSDGQKKLFETYPDTYRMPVYETRRSASNPQFVYDATKANATRASLIESGNGIKGAATGIPFPIPQNGLEAIWNHILRYRGQAVQRFGGQAAVTSSGDYNLIGFDEKLLIKYSNKDAKPNELEEDNILFFFKQKITEPARLAGDILLVKETVDQVKEPREAWKYNTGRKRLNRVPQIAYDTPGTEADGLRTTDDFDMYNGSPDRYNWELKGKKEMYVAYNNYALHSDQVKYEDILKPNHINPDLTRWEKHRVWVVEATLKEGLRHIYQKRVFFLDEDSWQIQEADMYDKNGELYRVAMTYGINYYDVPTQWSTLDVYHDLNSRRYLAIGLDNEEKMYDFTIQPREAEFTSQALRREGR				NA	NA	NA	NA	NA
AK237_03515	1032	hcf136_2		Ycf48-like protein	ATGAAATACACACTGGCGGCGATTGTTGTGTTGTCAGCATTGTTCTCAACTCATGCTCAAGAGGCTTATCAGGCACCTCTGGTGACTAAATCAGTGCTACTGGACATCGACAGCACAGACTTTGTTGTTGTTGTCGGAGAAAGAGGGCACATACTCACGTCTTCTGATGGGATTCATTTCGAACAACAAGCGGTGCCGACGACGGCAACGTTAACCGCAGTTTCCATTGTTGGCGATGAAGTGTGGGCAGTAGGGCATGATGCAACCATTCTTCATTCTGCAGATAAAGGCAAAACGTGGTCAATTCAATTGGAAGCACCTGAACTGGAAAAACCCTTTTTGGACGTACTTTTCTTTGATAACCAGCACGGTATTGCAGCCGGCGCATACGGCTTGTTTTTCCGCACGCGTGATGGTGGCAAAACATGGAACCGGAAACTACATGCCACATTGCTTAATCCATACGATCAAGAGTATTTAGACGAAGTAAAACGGGACACGCCGGAATACTACGAAGAAGAATTACGCGCTATTTTACCTCACCTGAATAAAATGCGGCTTGTCGGCGACACCTTATACATGGTGGGCGAAGCAGGTTTAGTCGCGCAAAGTAATAATTTTGGTGAAACCTGGACACGTATGGACACCACCTATGAAGGCTCATTCTTAGATATTGCTGCTATCAATGAGTCAACCATGGTTATTGCCGGTTTACGAGGGCACACATTTGTTCGCCACGGTGAAGGTGAATGGGAGAACGTACCTACGTGCTTATCAAGCTCACTGAATGTCATCATGGCAGAGAAACAACACGTCAGACTTTTTGGCAATAACGGAATGATGATTTCCTTACCTCGCCCCTTAGAAACCCGGGAGTTTGATCCCTGGGCACCGGCTAACGAGTGCCGTTCAGTGGCGGGATTTTCCTCGACCCAATTAAAAGATAAAGCCAGCATCGTCAACGTGGCCCACTTTAAAGGGCATTTGATAGCCGTTACGGCAAATGGCATTAAACAATTAGATAGGGATTAA	MKYTLAAIVVLSALFSTHAQEAYQAPLVTKSVLLDIDSTDFVVVVGERGHILTSSDGIHFEQQAVPTTATLTAVSIVGDEVWAVGHDATILHSADKGKTWSIQLEAPELEKPFLDVLFFDNQHGIAAGAYGLFFRTRDGGKTWNRKLHATLLNPYDQEYLDEVKRDTPEYYEEELRAILPHLNKMRLVGDTLYMVGEAGLVAQSNNFGETWTRMDTTYEGSFLDIAAINESTMVIAGLRGHTFVRHGEGEWENVPTCLSSSLNVIMAEKQHVRLFGNNGMMISLPRPLETREFDPWAPANECRSVAGFSSTQLKDKASIVNVAHFKGHLIAVTANGIKQLDRD				NA	NA	NA	NA	NA
AK237_03516	2328	mdtC_4		Multidrug resistance protein MdtC	ATGGCTAGTTTAACTTCGTTTTTAGAAAGGCTTATTTTCGGAAACCGAAAAGTCGTAGTGGGTCTTTTTCTGCTGGCAACGGTATATCTGGGCTTCCAGGCTTCAATGATGCACTTAGATGCTGGTTTTGAGAAGAACGTACCTTTAAACCACGACTACATGAAAACCTATATGGCACATCGCAGCGACTTTGGCGGCGCCAATAGCGTGCTTGTGTCTGTGTGCGACGAAAGTGGCAATATCTATAATCAGAACTTTATGGATACGCTACAACAAGTGCACGATGCGCTGTTTTTTATCAATGGCGTTGACCGATCGTTGGTGATAAGTCTATTCGCGCCGTCAACCCGATTTACTGAAATCGTGGAAGGGGGCTTTTCCGGCGGCCCTGTTATTCCCGCTGATTTTGATTCTTCTCGTCCGCAAGCTTTAGAGCAAGTGGCTGCAAACGTTGAAAAAGCAAAAATTGTAGGTCGCCAGGTTGCTAACGATTACAGCTGCGCCATGGTCACGGCCCAGCTATTAGACTTAGATCCTAAAACCGGCAAGCCATTAGATATGCTAACCGTGGCCGATGATTTAGAAAATAAGATAAGAGGCCAGTTCGAATCGGACAATGTGTCTATCCATATTATCGGTTTTTCAAAAATGATCGGCGATGTAGCGAACGGTGCGAAAGATGTGGTGCTGTTTTTTGCCATCGCTTTGGCCATTACGGCAGTGATGGTGTACTTCTTCTCAAGAAGTATCATGATGACCATCTTACCGCTTGTGTGTTCAGTCGTCGCCGTTGTATGGCAGTTGGGCCTGCTAACCGTGCTTGGCTTTGGTCTCGATCCTATGTCTATTCTTGTACCGTTCCTGGTCTTTGCAATTGGGGTCAGTCATGGCGTGCAAATGATTAATGCGGTGGAGAAGAAAGTGGTTGCGGGCATGGGCGCACAACACGCCGCCATGAGCGCGTTTCGCGCCTTGCTGGTACCTGGTGGTATTGCCCTGTTGTCGGATACGGTTGGCTTTATGACCCTATTGGTTATTGATATCGGTATTATTCGCGAACTGGCTATCACGGCAAGCATGGGTGTTGCCGTTATTATTCTGACCAATCTGATTTTGCTTCCGGTATTAATGAGTTTCCTTAAACTGAACGATAAGTACGTTCAACAGTTTAATAAGAAGGAGCAGCGGAATAGCGCATTCTGGCGCGCCATTGCGGCCTGTACTCACAAAAAGCCTGCAATCATCATCATGGCAGTAACAACCTTACTCTTTGTATTGGGATTGATTCAGTCTCAACAAATGAAAATTGGCGACTTACATGCAGGGGCACCGTCGTTACAAGAGAGCTCACGTTACAACCAGGATACTTTCCTGATCACCGACAAATATTCTGTAACCGTGGATTATCTTTCTGTGGTTGTTGAATCGACACCTGAGGCGTGTACGTCTTACAGCGTCATGCGCGCGATGGATGATTTTCAATGGAAAATGATGAATGTAGAAGGTGTTCAGTCTGCGGTGTCTCTGGCATCTGTCGCTAAAGGGGTAAATGCGGGTTACAACGAAGGCAATGTCAAATGGCAGGTTTTGCCCCGCAACCAACAAACGTTGGCGCAGGATATTTCATTGGTTCCAACGTCGTCAGGCTTGCTAAATGGCGATTGTTCAGTCATGCCCGTCATTCTGTTTATGGAAGATCACAAGGCTGAAACTATCTCTCATGTGGTGGATGCTGTTAAAGCGTACAGAAAAGACTACGAAACCGATGATATGAAGTTCTCACTTGCATCCGGGCCGGTAGGTGTTATGGCTGCCACCAACGAAGCGGTTGAAGCAGCGCAAGGACCAATGATGGTATATGTGTTTGGTGCAGTGATCATTTTGTGTCTCATTAGCTTCCGTTCAGTGCGCGCCACATTGTCAGTTGTGTTACCACTTTATGTCGTGTCAGTGTTGGCGCAAGCGCTCATGACATACCTGCAAATAGGGCTGACCGTGTCTACACTACCAGTGATCGCATTGGGTGTTGGCATTGGCGTAGATTATGGTATTTACATCCTGTCCACCATGAGTCATAAACTCAAATCCGGTGAAACGGTGCAGCAAGCTTACCTTGACGCACTTAAAGAGCGCGGAAGTGCCGTGTTGTTTACAGGAATAACGCTTGCTGTTGGCGTGAGTACCTGGGTATTTTCCTCGCTTAAATTCCAAATGGATATGGGTATTTTGCTTACGTTTATGTTCCTGGTGAACATGTTGGGAGCAATAATTGTGCTTCCAGCGCTGTCCAGATTCCTCTGGTTAAGCAAAAACGCCCCTGATGCATAA	MASLTSFLERLIFGNRKVVVGLFLLATVYLGFQASMMHLDAGFEKNVPLNHDYMKTYMAHRSDFGGANSVLVSVCDESGNIYNQNFMDTLQQVHDALFFINGVDRSLVISLFAPSTRFTEIVEGGFSGGPVIPADFDSSRPQALEQVAANVEKAKIVGRQVANDYSCAMVTAQLLDLDPKTGKPLDMLTVADDLENKIRGQFESDNVSIHIIGFSKMIGDVANGAKDVVLFFAIALAITAVMVYFFSRSIMMTILPLVCSVVAVVWQLGLLTVLGFGLDPMSILVPFLVFAIGVSHGVQMINAVEKKVVAGMGAQHAAMSAFRALLVPGGIALLSDTVGFMTLLVIDIGIIRELAITASMGVAVIILTNLILLPVLMSFLKLNDKYVQQFNKKEQRNSAFWRAIAACTHKKPAIIIMAVTTLLFVLGLIQSQQMKIGDLHAGAPSLQESSRYNQDTFLITDKYSVTVDYLSVVVESTPEACTSYSVMRAMDDFQWKMMNVEGVQSAVSLASVAKGVNAGYNEGNVKWQVLPRNQQTLAQDISLVPTSSGLLNGDCSVMPVILFMEDHKAETISHVVDAVKAYRKDYETDDMKFSLASGPVGVMAATNEAVEAAQGPMMVYVFGAVIILCLISFRSVRATLSVVLPLYVVSVLAQALMTYLQIGLTVSTLPVIALGVGIGVDYGIYILSTMSHKLKSGETVQQAYLDALKERGSAVLFTGITLAVGVSTWVFSSLKFQMDMGILLTFMFLVNMLGAIIVLPALSRFLWLSKNAPDA				NA	NA	NA	NA	NA
AK237_03517	4839	gdhB	COG2902	NAD-specific glutamate dehydrogenase	ATGACAGTCACCTCACAGCGGCAGTCGGTGCTGCTTGATAATGTTTTCTCACTCATTGATAAGAAAGTCGATGCGAAGCAAAATGCGCTAGTTAAACAATTCGGCCAACATCTTTTTCAAACTATTTCAAATGATGACTTAGAAGATCGCAACGACAGCGATCTCTACGGCGCGACACTGAGCCTATGGAATGTATTTTCATCGTTTGATCCAACGTCACCCTACATCAGGGTATTTAACCCGGAAATCGCAAAGCATGGTTGGCATTCAAGTCATACCATCGTTGAGATTATTGTGCAGGATATGCCGTTTTTAGTCGATTCAGTTCGCATGTCACTGAATCGTTTAAATATCACTTCTCATTTAATGCTACATAGCCCGATTTGGCTAAAGCGTGATAGTAAAGGGCAGGTTGAGGCATTTTTAGAAAGTGGCAAGAAAACCAAGGGGGCGGTGAAAGAAACCGTCCTTCTCATCGAAATCGACAGACAAACGGCGAAGAAAGATATCGATCAACTAACCAAAGAGTTGCGCTCTGTCGTCGATGAAGTTTCTCTGGCGGTAGAAGACTGGCAATCTATGTCTGGTAAGCTGGACAATGTCATTAACGATGCCGATACGCTAAATTGGCCTGTGGAAGCAGACAAGAAAGCGCAGACAATTCAGTTTTTAAGCTGGCTTGCAGATCACAATTTTACCATGATGGGGTATCGTTATTATGATGCCAAAGCTATCGAAGGGGATTACCGCTGGATCCCGGATAACGATAGCAGTTTGGGATTGATGAAAAAGTCAGTCAGTGATCGTGAACGCCTGATTTCAAATTTGCCTTCCTCTGCACGCGCCGAAGCGCTAAGTCAAAACCCGTTAATGCTGACGAAAACGAACTCACGCTCTCGGGTGCATCGTCCGGCATACATGGATTATGTAGGCGTAAAAGTGTTCAATAGCGACGGGGCCGTTGTGGGTGAGCACCGTTTCTTAGGGTTATTTAGTGCCTCATTCTATAACTCGAGCGCCACTGAAGTGCCGGTGCTGGCTTCCAAAATTAAAGAAATCTGTACGCTATCAGGCTACGAGCCTGGTACCCATGCTTACAAAGCATTTGTAAATATTATCGAAACCTATCCTCGTGATGAGTTATTGCAAACACCAGCCAATGAAATGGCCCAAATTATTATGGGCATTTTCCAGATGCAAGAGCGCGGCATCACTCGCTTGTTTGTTCGCAAAGACGTGTTTGGACGCTTTATCTCATGCATGGTTTTTGTACCCAGAGAGCGCTACAACACCCAGCTACGTAAAGATACACAGAGCTTATTGCAGCGATCGTTTGGTACAGAAGAAGAAATCGAGTTTACCACGTTCTTCTCTGAATCGGTTTACGCCAGAACGCACTATATCGCCCGCGTCAAAAACAACAATGTGGAATACGATGTGAAGGAAATCGAGCAAAATATTATTGAGCTCACCAAAACTTGGAATGACCGCTTAGCGTCAGCCATTAAAGCCGCCCATGGTGAGGCGTCAGGTAAAGCGTTGGAACGTAAGTACACCAATGCATTTTCGCGCAGCTACATGGAGCAGAATTTACCGAGTGCGGCGCTTATCGATATTGAAAAATTACAGCTGTTAAGCGATGAACACATGCTGGACATGTTGTTCTATCGGCCGCAGGAAGAGAATGCCGATAGCCAGGTGGTTAAGCTTAAGCTGTTTCATCGTGCTGAACCTATTCACTTGTCTGACGTGCTGCCCATGCTTGAAAACTTTGGGTTACGAGTCATTGATGAAAGCCCCTACAAAGTAAATTGTGCGGATGGCTCACTCAATTGGGTGATGGATTTCACCATGCTTCATAAATCGGGTAAAGATCTCGATATGGAGCAAGCGCAAGCATTGTTCCAGGATGCGTTCGCCAAAGTATGGGCAAATACCTTAGAAGACGATGCGTTTAACCGTTTGATCCTTGGTGCCGGTATGACTGGCCGAAAAGTGACGGTGTTGCGCGCGTATGCAAAATATATGCGTCAGACAGGCAGTTCATTTAGCCGTGACTACATTGCTAACACGTTATCTGCGTACCCGGACATCGCTAAAAAGCTCGTTGAATTTTTCGACCAGCGTTTCAACCCGTTGAAGAAACGCAGCAAGAAGAAAGAAGAAAGCATTCTGGAGTCGATTAAAGGTGCGCTTGATAATGTGAGCAATCTGGATGACGACCGCATTATTCGCCGTTACTTGGACATCATGTTGGCGACACTGCGTACCAACTTCTATCAATGTGATGACGCAGGTAATGAAAAGCCGTACGTTTCTTTCAAGTTGATGCCGGAAATGATTCCTGCCATGCCACTCCCATTACCGAAATTTGAAATTTTCGTCTACAGTCCACGGGTTGAAGGGGTGCACTTACGGGGTGGAAAAGTTGCTCGGGGTGGTCTGCGTTGGTCGGACCGCCAGGAAGATTTCCGCACCGAAATTCTCGGCTTGGTAAAAGCACAGCAAGTTAAAAACACGGTTATTGTGCCAGTTGGTGCCAAAGGTGGGTTTGTTTGTAAAAAGCTGCCTACAACCGGAGGACGCGCTGCGTTTCAGGCTGAAGGGCAGGCTTGTTACCGTACCTTCATTCGCAGTTTATTAGATATTACCGATAACATCGTTAACGGCGAAATCGTGCCGCCCAAGGACGTGGTGCGTCTTGATGAAGACGACCCGTACCTGGTTGTGGCTGCCGATAAAGGTACGGCCACCTTTTCAGATATCGCCAACGGTATTTCCGAAGAATATAACTTCTGGCTCGGCGATGCTTTTGCCTCTGGTGGAAGCGTTGGGTACGATCATAAGAAAATGGGGATCACCGCACGCGGAGCCTGGGAGTCGGTTAAACGCCACTTCCGTGAAATTGGTATCGATTGCCAAACCACCGACTTTACCGCTGTGGGCGTAGGCGATATGGCGGGTGACGTTTTTGGTAACGGCATGCTGTTGTCTAAACATACGCGTTTGGTGGCAGCCTTTAACCATTTGCATATTTTCTTCGACCCGAACCCAGATGCAGAATCAACGTATAAAGAGCGTCAGCGTTTGTTCGAAAACCCAAGTTTAAGTTGGGAAGATTACGATACAAAACTCATCTCCAAAGGTGGTGGTATTTTCAGCCGAGCCAGTAAATCCATTAAGCTGTCTCCTGAAATGAAAAAATGGTTAGGCACACGACAAGTCACCATGACGCCAAACGAGCTTATTCATAATATTCTTAAAATGCCGGTCGACCTTATCTGGAACGGCGGAATTGGTACTTACATCAAGAGTACAAAAGAATCCCATGCAGAGGTTGGCGACCGCGCTAACGATGATTTACGCGTAAATGGTAAAGACGTTAACGCTAAAATTGTGGGCGAGGGTGGTAACTTAGGATTAACCCAGTTAGGCCGTGTTGAATATGCTGCCAACGGTGGTCGTGTCAACACTGACTTCATCGACAATGTGGGTGGTGTAGACTGCTCGGATAACGAAGTTAACATCAAAATCCTGTTAAACAGTCTGGTCAGCAATGGCGACCTCACTATCAAGCAGCGCAACAAATTACTGTATGATATGACCGACGACGTCGCTAAGATTGTTATCGAGGATTGCTATCGCCAGACCCAGTCGATTTCAATTACTGAACGTGCCGGTGTGTCGCAGTTAAAAGAGCAGTTACGCTTTATCCACGGACTTGAGCGCGAAGGCCGGTTAAATCGCGAGTTGGAATTTATTCCCACCGACGACGAAATTTCAGACCGCGTAGCGAAAGATCGCGGCCTCACACGCCCTGAGCTGAGCGTACTGATAGCCTATGGAAAAATGGTATTGAAAGATGCCTTTAATATTCCTGAAATTACCGACAACCCTTATCACGGCAAACTGTTGGTGAATGCATTTCCGCCAGTTCTGCGGGATAAATACCCAGAGCAAATGGAACAGCATCCGCTTCGTGGAGAGATTATTGCCACCAAATTAACCAATAATATCGTTAACGATATGGGGCTTAATTTTGTATTCCGTATGCAGGAAGAAACCGGCGCTACGGTAGATGAAATCGCTGATGCCTACGCCGTTGTAAAAGGGATATTCAATATTGACCCGCTATGGCGTCAGGTGGAAGCGCTGGACAATGTGATTGATGCCGACTTACAGCTGAAAATTCTGGAAAGCGCGCGTCGTATTATGCGCCGTACTGCGCGCTGGTACATCCGCCATGGGAATAAGTCTTTGGGTATCCATTCAGCCATTGAAGCTTATCGCGCTACCTTCGAAAACCTTGCACAAAACATGCAGAGTTACCTCGTAGAGGACGAGTACGCCGCGTTACAAAAAGAAACGGCTAAATTGGTGGAAAAAGGCGTACCTCATGATATTGCAGCGCAGGTTTCCCGTTTCTCAAACTTGTTCTCAAGCTTAGACCTGGCGCAAATTGATGAAACTGATAACCATGAAACGTCGGTGATTGCGAAACTGTACTTCCAGTTGGGCGCAAAACTTGAGTTACATTGGTTCCTGGCTCAAATTACTAATCAAAATGTGAGTAACCATTGGCAGGCACTTGCTCGTGCATCTTATCGTGAAGAGCTTGATTGGCAACAGCGTTCGATCACGTTGAACTTGTTGCAGTCTCGTCCTGACAGTAATGACGCTGATGAAATCCTCCAGTCATGGATGGACAATAATCAAGCGTTACTGAAACGCTGGTACCATATGATGTCGGAGTTTAAGACCAGTTCTACCCACGAATTTGCGAAATTTTCTGTGGCTTTACGTGAATTGATGCTTTTAAGCGCCAAGTCTAGCCATTAG	MTVTSQRQSVLLDNVFSLIDKKVDAKQNALVKQFGQHLFQTISNDDLEDRNDSDLYGATLSLWNVFSSFDPTSPYIRVFNPEIAKHGWHSSHTIVEIIVQDMPFLVDSVRMSLNRLNITSHLMLHSPIWLKRDSKGQVEAFLESGKKTKGAVKETVLLIEIDRQTAKKDIDQLTKELRSVVDEVSLAVEDWQSMSGKLDNVINDADTLNWPVEADKKAQTIQFLSWLADHNFTMMGYRYYDAKAIEGDYRWIPDNDSSLGLMKKSVSDRERLISNLPSSARAEALSQNPLMLTKTNSRSRVHRPAYMDYVGVKVFNSDGAVVGEHRFLGLFSASFYNSSATEVPVLASKIKEICTLSGYEPGTHAYKAFVNIIETYPRDELLQTPANEMAQIIMGIFQMQERGITRLFVRKDVFGRFISCMVFVPRERYNTQLRKDTQSLLQRSFGTEEEIEFTTFFSESVYARTHYIARVKNNNVEYDVKEIEQNIIELTKTWNDRLASAIKAAHGEASGKALERKYTNAFSRSYMEQNLPSAALIDIEKLQLLSDEHMLDMLFYRPQEENADSQVVKLKLFHRAEPIHLSDVLPMLENFGLRVIDESPYKVNCADGSLNWVMDFTMLHKSGKDLDMEQAQALFQDAFAKVWANTLEDDAFNRLILGAGMTGRKVTVLRAYAKYMRQTGSSFSRDYIANTLSAYPDIAKKLVEFFDQRFNPLKKRSKKKEESILESIKGALDNVSNLDDDRIIRRYLDIMLATLRTNFYQCDDAGNEKPYVSFKLMPEMIPAMPLPLPKFEIFVYSPRVEGVHLRGGKVARGGLRWSDRQEDFRTEILGLVKAQQVKNTVIVPVGAKGGFVCKKLPTTGGRAAFQAEGQACYRTFIRSLLDITDNIVNGEIVPPKDVVRLDEDDPYLVVAADKGTATFSDIANGISEEYNFWLGDAFASGGSVGYDHKKMGITARGAWESVKRHFREIGIDCQTTDFTAVGVGDMAGDVFGNGMLLSKHTRLVAAFNHLHIFFDPNPDAESTYKERQRLFENPSLSWEDYDTKLISKGGGIFSRASKSIKLSPEMKKWLGTRQVTMTPNELIHNILKMPVDLIWNGGIGTYIKSTKESHAEVGDRANDDLRVNGKDVNAKIVGEGGNLGLTQLGRVEYAANGGRVNTDFIDNVGGVDCSDNEVNIKILLNSLVSNGDLTIKQRNKLLYDMTDDVAKIVIEDCYRQTQSISITERAGVSQLKEQLRFIHGLEREGRLNRELEFIPTDDEISDRVAKDRGLTRPELSVLIAYGKMVLKDAFNIPEITDNPYHGKLLVNAFPPVLRDKYPEQMEQHPLRGEIIATKLTNNIVNDMGLNFVFRMQEETGATVDEIADAYAVVKGIFNIDPLWRQVEALDNVIDADLQLKILESARRIMRRTARWYIRHGNKSLGIHSAIEAYRATFENLAQNMQSYLVEDEYAALQKETAKLVEKGVPHDIAAQVSRFSNLFSSLDLAQIDETDNHETSVIAKLYFQLGAKLELHWFLAQITNQNVSNHWQALARASYREELDWQQRSITLNLLQSRPDSNDADEILQSWMDNNQALLKRWYHMMSEFKTSSTHEFAKFSVALRELMLLSAKSSH	PGPT0014290_959	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-HALOTOLERANCE_RELATED_ENZYMES,PGPT0014290-gdhB-K15371	NA	NA
AK237_03518	1008	pyrD	COG0167	Dihydroorotate dehydrogenase (quinone)	ATGCAATCCATCGCTCAAAAACTTTTACTGCAATGTGAACCTGAAAATAGCCACGATTTTGCGATTAAATGGCTACACAGAACGCAACATACGCCGCTTAAATTGCTGTATAGCAATGAGACCATTAATAAGCCCGTAAAAGTTGCAGGCATTACCTTTCCCAATGCGGTAGGTCTTGCAGCCGGTTTAGATAAAAACGGCGAGTGTATTGATGCATTTGGCAGTATGGGATTTGGTTTTGTTGAGGTAGGCACGGTAACGCCACGCCCTCAGCCAGGAAATCCTAAACCCCGCCTGTTTAGATTGCCTGAGAAAAAAGCGATAATTAATCGCATGGGATTTAACAATCTCGGTGTTGATCACCTCGTTAGTCAGGTTAAAGGGGCTAAATTTACGGGGCCTGTTGGCATCAATATCGGTAAAAATAAAGACACCGAAGAAGCCAATGCGATTGATGACTACCTGATATGTCTTAATAAAGTGTATCCTTACGCGAGCTATGTGACGGTGAATATTTCTTCACCGAATACGCCGGGATTAAGAAACCTGCAATATGGCGAAGCACTGGACAAGTTACTCAATGGACTTAAAGTGGCGCAAGATAAGCTCTGTCAGTCTCACGGAAAATATGTGCCTTTATTTATCAAAATTGCGCCAGATCTGGCAGACAATGAAATAGACAGCATCGCGCGCTCCTTGATTAACAGTAAAATGGATGGCGTTATTGCCACCAACACAACATTGAGTCGCGACAGCGTGCAGGGGTTGAAACATGCTGACGAAGCTGGCGGTTTAAGTGGTGAAGTGCTGACGGAAATGAGCTTAGATGTCACAAGTAAATTATCGACCGCATTAGACCGCGCTATTCCCATTATCGGTGTAGGGGGAATACACGATGCGCAAACGGCAAAAGATCGGTTAGCAGCAGGTGCTTCGCTGGTACAAGTGTATTCCGCATTTATTTATCAAGGGCCGCCCCTTGTGAAAAATATCGTAAAGGCGCTGTAA	MQSIAQKLLLQCEPENSHDFAIKWLHRTQHTPLKLLYSNETINKPVKVAGITFPNAVGLAAGLDKNGECIDAFGSMGFGFVEVGTVTPRPQPGNPKPRLFRLPEKKAIINRMGFNNLGVDHLVSQVKGAKFTGPVGINIGKNKDTEEANAIDDYLICLNKVYPYASYVTVNISSPNTPGLRNLQYGEALDKLLNGLKVAQDKLCQSHGKYVPLFIKIAPDLADNEIDSIARSLINSKMDGVIATNTTLSRDSVQGLKHADEAGGLSGEVLTEMSLDVTSKLSTALDRAIPIIGVGGIHDAQTAKDRLAAGASLVQVYSAFIYQGPPLVKNIVKAL	PGPT0021190_3801	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021190-pyrD-K00254	NA	NA
AK237_03519	2100	rlmL	COG0116	Ribosomal RNA large subunit methyltransferase K/L	ATGAATCAAATTATTGTTACAACCAGTCGTGGTTTGGATGAACTGCTAAAAGCGGAAATTGAGCGTTTATGCCCCGAAGCTACGTGTAAATTATCTCCGGGTACGGTGTCATTCACCGGCGATTTGAAAAATGCTTATACCGTGTGCTTATGGTCACGATTGGCTAACCGTGTTATCTGGGTGTTGGCTGATGGGAAGTGCGATTCAGCAGAAGCCTTGTACGAAACCGCCTCCAGCGTTGACTGGCAACAGCATTTGCGTGCGAGTGACACGCTCAGTGTGCAATTCAATGGCACAAATCAAGCCATTAAAAACTCTCAATTCGGGGCCGTACGTATAAAAGATGCCATTGTCGACCAATTCATGGAAGAGCTGGATCAGCGCCCGTCTGTAGAAAAGAAATTTTCTGACTTTCCCATTTGGGCTCGCTGTCACAGAGACAACGTGACTATTGGTTTGGATTTGTCCGGTAACAGCTTGCATCAGCGCGCCTATCGCACCAAAACGGGTGAAGCTCCATTAAAAGAACATGTTGCATGCGCCATGCTTATTCGTTCTGGTTGGACACAGAACACTGACAAACCACTGACCGACTTGTTTTGTGGTTCGGGTACCATTGCCATCGAAGCAGCCTATATCTCCCGTAATATCGCACCGGGAATTAAGCGCAGTTACTGGGGATTCAATCGCTGGTTACAGCATAACCAAGTGATGTGGGATAGGTTAAACGATGACGCGTTAGCCTCGCAAACCTCTTGTAAAGCACGTATAACCGCAACGGATATCGATAGAAAACTGATTAATATTGCGCGAAAAAATGCCGACCAGGCAGGCGTATTCAATGATATCCACTTTGATGTGAGTGACGCTTTAAAAGCAGCGCCTGCGTCTAAAGAAACGGGCTATGTAGTAAGCAATCCACCTTACGGTGAACGCCTTGGAGAGCTGACCGATTTAATCCCTACCTTTGCCGAACTGGGTAAACAGCTTAAAGCAGTGTGGGCAGGGTGGCAGGTATCGTTACTAAGCAGTAACCGTGACCTGCTGCGCATTATGAAACTTCGCTCGGCTAAAGATTACGCAATGAATAACGGTAAGTTAGAATGCCGTTTAGTGAATTACGTATTAGACGAAGAGAATTGTCGTCAGTATGGTGATGATGGCACTAACCATGAGTTTGCGAATCGCCTTAAGAAGAACCTTAAAAAAATCAAAAGTTGGGTAAAGCAGCAAGATACCAATTGCTATCGCATTTATGATGCGGATTTACCTGATTACAATGTGGCAATTGATGTCTATGCTGACTGGTTGGTGGTACAGGAATATGCGCCACCCAAAACCGTATCAGAAGACAAAGCCCGTCGACGTTTGCAGGAAGTACTTCTACATCTGCCGGCAGTCACTGGTGTAAACGCCAAGAAAGTTGCGCTTAAAGTGCGTAGCCAGCAAAAAGGTAAAGCACAGTACGAGAAAATGGATCAGAAGGGCGACCGGCTTACGGTGTTCGAGAATGGTGCTAAGTTATTAGTAAACCTCACCGATTACCTCGATACCGGATTATTTCTTGACCATCGCGATACCCGAAAGCTTGTCTCCCAGAGAGTGAAAGATAAAGATGTGCTCAACCTTTTCTCTTATACGGGTAGCGTGTCGGTGCACGCGGCATTAGGCGGTGCACGTTCTGTGACAACGGTAGATATGTCCAAAACGTACCTCGACTGGGCGAAGGACAATATGTCGTTGAATAAAGTGAAAGGCGCTAACGCATTTATTCAGGCCGACTGTACGACATGGCTGAAAACGCATCCTGGCAAGTACGACTTTATCTTCATCGACCCGCCTTCATTTTCAAATTCAAAGCGAATGCAGGACACCTTTGATGTGCAACGTGATCACGTGGCATTGCTAAAAGATGCTTATCGCTGCCTGAACGAGGGTGGGGAAGTAATGTTTTCAAACAACCGACGTGGCTTCAAGCTTGACGTTGACGCACTCAACGATGCCGGGTACAAAGATATTGAAGATATCTCCTCAAGTACGATCCCGGAAGACTTCGCTCGCAACGCCAATATTCATAAATGCTGGACGTTAAAGAAGTGA	MNQIIVTTSRGLDELLKAEIERLCPEATCKLSPGTVSFTGDLKNAYTVCLWSRLANRVIWVLADGKCDSAEALYETASSVDWQQHLRASDTLSVQFNGTNQAIKNSQFGAVRIKDAIVDQFMEELDQRPSVEKKFSDFPIWARCHRDNVTIGLDLSGNSLHQRAYRTKTGEAPLKEHVACAMLIRSGWTQNTDKPLTDLFCGSGTIAIEAAYISRNIAPGIKRSYWGFNRWLQHNQVMWDRLNDDALASQTSCKARITATDIDRKLINIARKNADQAGVFNDIHFDVSDALKAAPASKETGYVVSNPPYGERLGELTDLIPTFAELGKQLKAVWAGWQVSLLSSNRDLLRIMKLRSAKDYAMNNGKLECRLVNYVLDEENCRQYGDDGTNHEFANRLKKNLKKIKSWVKQQDTNCYRIYDADLPDYNVAIDVYADWLVVQEYAPPKTVSEDKARRRLQEVLLHLPAVTGVNAKKVALKVRSQQKGKAQYEKMDQKGDRLTVFENGAKLLVNLTDYLDTGLFLDHRDTRKLVSQRVKDKDVLNLFSYTGSVSVHAALGGARSVTTVDMSKTYLDWAKDNMSLNKVKGANAFIQADCTTWLKTHPGKYDFIFIDPPSFSNSKRMQDTFDVQRDHVALLKDAYRCLNEGGEVMFSNNRRGFKLDVDALNDAGYKDIEDISSSTIPEDFARNANIHKCWTLKK				NA	NA	NA	NA	NA
AK237_03520	252			hypothetical protein	ATGCTGGACGTTAAAGAAGTGAAGCTGGCATTTTATACGGGGCCAAACTGTCATTTATGTGAACTTGCTGACGATGTACTTGCTCGCACGCGACAGGCGTCATCGTTGGCAATTACAAAATTTAACATCCGCGACGATGCAAAGCTGTATCATCTTTATGCGGTGCGTATTCCGGTGATTAAACGCATGGATACCGGCACTGAACTTGGCTGGCCTTTTGACGTAGAACAGGCAGAATCCTTTTTATCATGA	MLDVKEVKLAFYTGPNCHLCELADDVLARTRQASSLAITKFNIRDDAKLYHLYAVRIPVIKRMDTGTELGWPFDVEQAESFLS				NA	NA	NA	NA	NA
AK237_03521	1926	uup	COG0488	ABC transporter ATP-binding protein uup	ATGAGTGTAATTCAGTTAAAAAATATTACCGTTACCTACGGTAACCCACCACTACTGGATGGGATTGAGTTGGTCGTGCAACCCGGCGAGCGCGTCTGCTTGGTGGGTCGAAACGGCAGTGGTAAATCCACATTAATGAAAGTGCTCGCTGGCGACATCATTGCTGACGACGGGCAACGTATTATTGATGGTAAAACTATCGTTGCGCGCCTGGAACAAGATCCACCGCAAACCGTCGATATATCGTTGTTCGACTACGTCGCTGAAGGGCTGGCTGACGTTGGCGATATTCTAAAACAGTATTTCCATCAAACCCGTAAAGTATCGGACGATCCCTCCGAAGCAAATTTAAATAAGTTACAGCATTTACAAGAAGCGCTGGAAAGTCGTGACGCCTGGCAATTTGAACAGCAAATTGAGCAGACACTTACCATGCTTAAACTGGATGCAGATATGTCGTTATCGACATTATCCGGAGGATGGCGAAGAAAAGCAGCATTGGCTCGCGCGCTTGTACGTCAGCCTGATTTATTGCTTCTGGATGAGCCTACTAACCACCTAGACATTGAAATGATTCGCTGGTTGGAACAAAGCTTAACAGCATTTCGCGGTGCCATTGTTTTCATTAGCCACGACCGCGCATTTATTCGCAATATGGCAACGCGTATTATCGATTTAGATCGCGGCGGCTTAACCAGTTATCCGGGTAATTACGCGACTTACCTGGAGAAAAAGCAGCAAGATTTGGACATCGAAGCTGCGCAAAATGCTGAGTTTGATAAAAAGCTCGCCCAAGAAGAGGTGTGGATCCGACAAGGAATTAAAGCGCGTCGTACCCGCAATGAGGGTAGGGTGCGCGCACTTAAAAAATTACGGGAAACCCGTAAAGCGCGCCGCGAAACCCAAGGCAATGCTGTTGTGGCGCAACATGCGGCAGCCCGCTCAGGTAAAATGGTTTTCGAAGTGACCGACGCCAGTTACCATTATGGTGATAAGCCTATCGTCAGGGATCTTAATCTGAATTTGATCCGCGGTGACAAACTTGCGCTAATCGGTCCAAACGGCAGCGGTAAGTCTACGCTCATCAAACTGCTTCTAGGCGAATTGTCTGCGCAATCCGGTACCGTGCGCCAGGGCGTCAACTTAGAAGTCGCTTACTTTGACCAGCATCGTCATGGCCTGGAACTCGATAAAACGGTGATAGATGCAGTGGGTGACGGAAAACGGGATTTGATGGTTAATGGCCATCCACGCCACGTGATCAGTTATCTCCAGGATTATTTATTCACACCTGAAAGAGTGAATGCCCCGGTTAAATCATTATCTGGCGGCGAGAAGAACCGGTTAATGCTCGCTAAGCTTATGCTTAAGCCAAGTAACGTCCTGGTGCTTGACGAACCGACTAACGATCTTGATGTAGAAACACTGGAAATGCTCGAAACCTTACTTAATGAATATGAAGGTACCGTGTTATTGGTCAGCCACGACAGAGAGTTTGTCGATAATGTGGCGAACAGTTGTCTGGTGTTCGAAGGAAACGGCGAACTAAAAGAGTTTGTTGGCGGTTTCAGTGACGTAGAAAATTGGTATAAGCACCATGCCACGCACAAAACCAATGAGGCTAAGGTAAATAATGAAACTAAAACGGTTTCTGACAGTCCTAAGCCAAAGTCTTCTACGCGCAAGACGAAAAAGTTATCATATAAAGATCAACGTGAGCTAGACGCATTGCCTGCTGATATTGAGAGGCTGGAGAACCGCGTCGCTGAGTTGCAAGAACAGGTGAATGATCCTGAATTCTTTAAGCAACCCGCTGATAGCACAGCTGATATATTGGCCACGTTATCAGACACAGAAGAATCCCTGTCCCAGAAATATGCGCGCTGGGATGAATTGGAAAGCATGCTGGAAGACACTCAGCAGTAA	MSVIQLKNITVTYGNPPLLDGIELVVQPGERVCLVGRNGSGKSTLMKVLAGDIIADDGQRIIDGKTIVARLEQDPPQTVDISLFDYVAEGLADVGDILKQYFHQTRKVSDDPSEANLNKLQHLQEALESRDAWQFEQQIEQTLTMLKLDADMSLSTLSGGWRRKAALARALVRQPDLLLLDEPTNHLDIEMIRWLEQSLTAFRGAIVFISHDRAFIRNMATRIIDLDRGGLTSYPGNYATYLEKKQQDLDIEAAQNAEFDKKLAQEEVWIRQGIKARRTRNEGRVRALKKLRETRKARRETQGNAVVAQHAAARSGKMVFEVTDASYHYGDKPIVRDLNLNLIRGDKLALIGPNGSGKSTLIKLLLGELSAQSGTVRQGVNLEVAYFDQHRHGLELDKTVIDAVGDGKRDLMVNGHPRHVISYLQDYLFTPERVNAPVKSLSGGEKNRLMLAKLMLKPSNVLVLDEPTNDLDVETLEMLETLLNEYEGTVLLVSHDREFVDNVANSCLVFEGNGELKEFVGGFSDVENWYKHHATHKTNEAKVNNETKTVSDSPKPKSSTRKTKKLSYKDQRELDALPADIERLENRVAELQEQVNDPEFFKQPADSTADILATLSDTEESLSQKYARWDELESMLEDTQQ				NA	NA	NA	NA	NA
AK237_03522	1773			hypothetical protein	ATGAAATTAACACAGCTTGCCGCTGCCATAGCAATGACCACTGCGTCAGCTTCCGTTATGGCCGCTACCTATTCAGTCACGCCTGTTCCTGTAACAGACGTCAGCATTAACAATTTTGGTCAGTCCATTGATGAGTCTGGCCACATGGTGACAATTACCTCCTCAGAGTTTAATCCTCCTATTGATCTGGATTTCCTTGAAGAGACAGGGTTTATTGACACCAATTCTGTTTATTTTGAGAACGAAGATGACGTGCGCCAGGGGATCTTTTCTGACGCCGATTATACTACCATCGTTTCACTTCTATTAAGCCACAGTAGTTCGGCTCGAAATTATTATTCTTATCAGCATCTGGCTGCTTATCGCTCATACATTGGCGACACTGTTGACGCAAATCTTATTGTTGGCCTGGACGAATATTCAGACGATTTTGAAGACTACGAACACGCAGTCAATACCTATGCGCGGGATAGTCTGAATGGTGATTATGTAGTGGGTGCGACTGAAGGAGCCTATTACCGTCTGGATTATGAAAACGAAGATGGTGATGACCTTATTCTGGTCTTAAATGACTTAAAAGAAAGTGCATTTGTCAGTGTAGATGGCGTCGCCAAATTATTACCCTCCGAAGATGACACGTTAAACGGCTTAAGCCAGGCCTTCGCTATCAACAGTAACTTGCAAGTTGTTGGTAATAGCATGGTTGATCACATTGAAGAGATTGATGATGCAATTGAAGCGTGTGATGACGACGAAACCCGTGGCGATGTACCTGTCGAATACTGCTATCAAAATATAAGAAACTATCAGTCTTCAGGCGACACAAACTATGGTTTCTCTATCCCTGAAGTTGGCAGTACTTCAGTCCCGGGTGCTCATATACGTGCTACGACGTGGCAGTTAGATGCAAATGGAGACGTCATTTCTTCAGATACCTATCCATTAGTGTTTGAACCTGAGGCCGACGATGACGCCGCCTACTGGAGTTTAGCGCGTGACATTAACGATCAAGGGGTTGCCGTTGGCGCATCTTCGCTGGACGAGCGCATTTATGTGCGTGTTCCGACGACAACATCTATCTCGTATGCAAACTATATCGTAAACGTCGCCGTGAGTTATGCGAATGGCGAAACGAACGAAATTCTGCCCAGGGATGAGAATCTGCTGTCAGAAGCTGTGGCAATAAACAATAACAACTGGGTGACGGGTTATGCGTTACGTGCGCCTAACGACACCGCTCGCAATCGTTTATTCGTTTACAATCTGGATACCGGTGAGGCCGTTTATCCCCAAGGCTTCTTCACCAACGCGGGCGCCGAAGGCAGAAGCATTAACAACAATAATATCGTTGTCGGTGTGTCTGAATATGACTCCACAGTTGACTACAATCGCGAAACGCATGGCTTCATGTATGACATTGATTCGGGCGAAATGACCGATCTTAACGATTTGTTACCCTGTGATAGCGAATACACCATCGTTGATGCTATCGATATTAACGACGCCAATGAAATCATCGCCAACGCTCGTATCCGTACACCAGAACGTTACGTTACTGGTGCAGAAGTGATTGACGATGAGGGTGAGACAACCATTGATGATACGGTGATTGCTGTTAAATTATCGCCTATTGAGAACGGTTCAGTTGAAACCTGTGAGATCCCTGAAGAAGAAGTAGATGATGTCGCCTACGAGCGTAAAGGCGCTGCAATGTCACCGCTGTGGCTGTTTTTGACTGCGGGCCTGCTCGCTTTCAGACGCAGAAAAGCATAA	MKLTQLAAAIAMTTASASVMAATYSVTPVPVTDVSINNFGQSIDESGHMVTITSSEFNPPIDLDFLEETGFIDTNSVYFENEDDVRQGIFSDADYTTIVSLLLSHSSSARNYYSYQHLAAYRSYIGDTVDANLIVGLDEYSDDFEDYEHAVNTYARDSLNGDYVVGATEGAYYRLDYENEDGDDLILVLNDLKESAFVSVDGVAKLLPSEDDTLNGLSQAFAINSNLQVVGNSMVDHIEEIDDAIEACDDDETRGDVPVEYCYQNIRNYQSSGDTNYGFSIPEVGSTSVPGAHIRATTWQLDANGDVISSDTYPLVFEPEADDDAAYWSLARDINDQGVAVGASSLDERIYVRVPTTTSISYANYIVNVAVSYANGETNEILPRDENLLSEAVAINNNNWVTGYALRAPNDTARNRLFVYNLDTGEAVYPQGFFTNAGAEGRSINNNNIVVGVSEYDSTVDYNRETHGFMYDIDSGEMTDLNDLLPCDSEYTIVDAIDINDANEIIANARIRTPERYVTGAEVIDDEGETTIDDTVIAVKLSPIENGSVETCEIPEEEVDDVAYERKGAAMSPLWLFLTAGLLAFRRRKA				NA	NA	NA	NA	NA
AK237_03523	177	rmf	COG3130	Ribosome modulation factor	ATGAAACGACAAAAAAGAGATAAATTGACGCGTGCTCATTCAAAAGGGTATCAGGCTGGTATCAGTGGTCGTTCAAAAGAGAACTGTCCATTTCAGGCTAACGACGCGAGGTCACAATGGCTAGGAGGTTGGAGAGAAGCTGTTGAAGACAGACAGTTAGGATTCAACGTGCGTTAA	MKRQKRDKLTRAHSKGYQAGISGRSKENCPFQANDARSQWLGGWREAVEDRQLGFNVR				NA	NA	NA	NA	NA
AK237_03524	519	fabA	COG0764	3-hydroxydecanoyl-[acyl-carrier-protein] dehydratase	ATGTCCGACAAACAAAATAGTTTTAACCGTGAAGACTTACTCGCCTGTAGCCGCGGTGAAATGTTCGGGCCAGGTAATAGTCAATTGCCGGCTCCCAATATGCTGATGATGGATCGCATCAGTCATATCAGCGAAGAAGGTGGCACGTTCGATAAAGGTGAAATCGTTGCCGAACTCGACATTTCTCCTGACCTGTGGTTTTTCGATTGTCACTTCCCTGGCGATCCGGTAATGCCAGGCTGTTTGGGTCTGGACGCTATGTGGCAGCTGGTTGGCTTCTTCTTAGGTTGGAGCGGCGGTCCGGGTAAAGGTCGGGCTCTTGGTGTGGGTGAAGTGAAATTTACCGGTCAGATCCTGCCGACTGCCAAGAAAGTAACTTATCGCATCACCATGAAGCGGGTAGTAAAACGTAAACTGTTCATGGGACTCGCTGATGGTCAGGTTGAAGTAGATGGACGCGTAATCTATACCGCGAAAGACCTTAAAGTCGGTCTTTTTCAGGATACCTCTAAGTTCTGA	MSDKQNSFNREDLLACSRGEMFGPGNSQLPAPNMLMMDRISHISEEGGTFDKGEIVAELDISPDLWFFDCHFPGDPVMPGCLGLDAMWQLVGFFLGWSGGPGKGRALGVGEVKFTGQILPTAKKVTYRITMKRVVKRKLFMGLADGQVEVDGRVIYTAKDLKVGLFQDTSKF				NA	NA	NA	NA	NA
AK237_03525	261			hypothetical protein	ATGACTGAAAAGAAAAAAGCAAATCCGAATGCAAATGCCGAAAAGCAGCGTCGATTTCGTGAACGTCAAAAGGCTGCCGGCAAGAAGATGGTACGCGGTTATGTCAGTCCCGAAGCGATGCAATGTTATGATGAAATTCGGGATAAAACTGGCTGGAGTGACAGCGACGTGTTATCCAATGCGTTACGCATAACCTATGCCGCGTATAAATGCGGACAAATTAAGCTTTTAAACCAGTGGCTTAAAGATAAAAAGCGCTAA	MTEKKKANPNANAEKQRRFRERQKAAGKKMVRGYVSPEAMQCYDEIRDKTGWSDSDVLSNALRITYAAYKCGQIKLLNQWLKDKKR				NA	NA	NA	NA	NA
AK237_03526	1524	cry2	COG0415	Cryptochrome-like protein cry2	ATGGTGCAAGTGAAACAAGATATCGTTGTCGTTTGGCTGAAGCGAGACTTACGACTGCGGGATCATCAGCCACTTAAACGCGCCGTCGAAAGTGGCCTTCCCGTGCTGTTGTTACATTGCTATGAGCCACGGTTACTGCAAGACTCACACATGGATACCCGGCATTGGCGTTTTGTCAGCCAGAGTATTCAGGACCTCGACGACCAGTTACCGCCTGATATTCGGGTATTTTGTGCCCAAACCGAAGCTGAAACCTGCTTTACGTGGCTTACCCGACAATACAATGTAAAGGCGGTGTTTAGTTACGAGGAAATTGGGTTATACGTGACCTACCAACGCGATATCGCCATGAAAGCATGGTTTACGTCACGGAAAATAGATTGGCAAGAGAGCCGTTATGGCGCAGTCACCCGGGGACGAGTCAACCGCAACAACTGGGAAAAACACTGGCATGCCGTTATGACGATGCCTACCGATGATGTGACGCTATCGCAGGTAAATTGGCTTGACTGGGAATCAGGCCCCCTTCATGTTCATTATTTCCGATACCAGAGCGACCATCAATCAGCCATGCAACCTGGCGGAGAAAGGCGCGCGTGGCAGGTACTGAAAGACTTTTTTAAGGCGCGAGGTAAACATTATCATAAGCATATATCGAAACCAGATTTGGCGAGGCTTTCGTGTACCAGACTAAGCCCGTATCTGGCCTGGGGAAATCTATCAGTAAAACAACTCTATCACTACATAACCATCCAGCAGGAGACACGGGCTCATTCCAACGAGCCAGATCGCGCCATTTGGAAGGCCGCGCTCAATGCTCTGCAATCTCGAGTGCATTGGCATTGTCACTTTATTCAAAAATTTGAAAGCGAACACCAAATGGAATGGCGGGCGCAAAATGCTGGTTACAATCAGTTTCCGTTTATCGACGGGCCCGAGGCGTCGCGACGTGTGTGGTTATGGACTGAAGGTAAAACGGGTTACCCGCTGGTAGACGCGTGTATGCGTGCATTAGCGAAAACAGGATATTTAAATTTCAGAATGCGCGCGATGGTGACGAGCTTTCTATGCCACCACCTCAACGTACACTGGCGTCACGCAGCGGAGTATCTGGCTACGCAATTTCTTGACTTCGAACCAGGCATTCACTTTCCACAAATTCAAATGCAAGCCGGTGTGACGGGGATTCACACGATAAGAATGTACAACCCGGTGACACAGTCTGCCAAATTAGACCCCGACGCCAATTTTATTAAAAAGTGGGTGCCTGAACTGGAGCCTCTGCCTCATTCACTGTGCCATGCTCCATGGGCGATTCCTCCCCTTGAAGCGGCAATGCTAAATTTTGATATCAACACACATTACGTGCAGCCGGTTGTAGATATACAACGCAACAGCCGTCATACAGCCAAGCGCCTGTGGGATTTCAAATCCCGACCTGATGTTCAGGCGGAGGCAGAACGCATTATTTTGCGACACACAACAGCCAAAAGTCCCAGTAGACAGCTGTTGGGCCACCGTTAG	MVQVKQDIVVVWLKRDLRLRDHQPLKRAVESGLPVLLLHCYEPRLLQDSHMDTRHWRFVSQSIQDLDDQLPPDIRVFCAQTEAETCFTWLTRQYNVKAVFSYEEIGLYVTYQRDIAMKAWFTSRKIDWQESRYGAVTRGRVNRNNWEKHWHAVMTMPTDDVTLSQVNWLDWESGPLHVHYFRYQSDHQSAMQPGGERRAWQVLKDFFKARGKHYHKHISKPDLARLSCTRLSPYLAWGNLSVKQLYHYITIQQETRAHSNEPDRAIWKAALNALQSRVHWHCHFIQKFESEHQMEWRAQNAGYNQFPFIDGPEASRRVWLWTEGKTGYPLVDACMRALAKTGYLNFRMRAMVTSFLCHHLNVHWRHAAEYLATQFLDFEPGIHFPQIQMQAGVTGIHTIRMYNPVTQSAKLDPDANFIKKWVPELEPLPHSLCHAPWAIPPLEAAMLNFDINTHYVQPVVDIQRNSRHTAKRLWDFKSRPDVQAEAERIILRHTTAKSPSRQLLGHR				NA	NA	NA	NA	NA
AK237_03527	1302	cry1	COG0415	Cryptochrome DASH	ATGAATGATTTATCACGTACAAAAAATGACACAGCAAACTCGAGCAAAGGTCTTTTTTGGTTTCGAGATGATTTACGACTACATGATATGCCTTCGTTGCTGACACTTTGTCAAAATGTCTCGGCGTTAGCGCTGGTTTATGTCAAAGATACTCGCAGAATAAAGACCAACCAATTTGGTGTCCCGGGGATAAGCAACCATCGACGTCACTTTGTAAATGAATGCCTGATTGATCTCGAGTCCCGTTTGGCCAGTTTCGGACAGCGACTCATTATTCTTGAAGGTAACCCTGTCGATGCAATTAACGATTTTATTTCGCAGCACGGTATCACACATTTATCGAGTCATTTCTCGCCGGGCTTAGATGAACAACGTGATTGGTTAGCCATTACCCGACGTAACGCACATTTAATTATCGAGCAATCAGACGCAAACTCGCTCTTTTCCCGCGATGATTTGCCATTCTCGCTTGACGCCCTGCCCGGACAATTTACTGAGTTCAGGAAACAAATTGAAAAGCATGTCAGGCCATCACGCTCACTGGAAGGCCCCGGTTCATTTCCTCCCCCTATTAACTGTAAAGCGCAGTACAACAACAAAACCGCTTTAGCGACAGAAGCGTTGTCTTCGCTTTTTATCGGCGGTGAGACGTCAGGAAAACGGCACGTTGAGCGATATTTTTTTGAGACGCAACATGTAGCCCACTATAAACAAACACGAAATGCGCTCGATGAGTGGTCTGCCAGTACGAAATTCTCTCCGTGGCTGGCTAGTGGCGCGATTTCAGCGCGATGGGTGTATCACCAACTCAAACTGTTTGAGTCAAGCGTGCTAAGTAATGATTCAACCTATTGGGTATATTTTGAACTTCTTTGGCGAGAGTTTTTCTTTTGGGCACAACTTCCGCGGGGTACTGCGTGGTTTGATCAGTCAGGTTTGCGCGATTCTCCCCGACCATTTGACGTCGATGCATCTGCCATTGAGAAATGGCAATACGGTAATACAGGCTACCCCATAGTGGATGCTTGCATGAGACAACTTTTACATACCGGATTTATGTCGAATCGGGGGCGACAAATTGTTGCCAGCTGCCTTGTTCACGAATTAAAGCAAAACTGGCAATACGGTGCTGCGTGGTTTGAATACCAGTTGATAGATTACGACGTGGGAAGTAACTGGGGTAACTGGCTCTACTTAGCCGGAGTGGGTCATGATCCGAGAGGTCACCGGCAATTCGATTTAGCGAAGCAAACCGAGTTATATGACCCCCAGCGACGGTTCATTAGTAAATGGTGCAAGTGA	MNDLSRTKNDTANSSKGLFWFRDDLRLHDMPSLLTLCQNVSALALVYVKDTRRIKTNQFGVPGISNHRRHFVNECLIDLESRLASFGQRLIILEGNPVDAINDFISQHGITHLSSHFSPGLDEQRDWLAITRRNAHLIIEQSDANSLFSRDDLPFSLDALPGQFTEFRKQIEKHVRPSRSLEGPGSFPPPINCKAQYNNKTALATEALSSLFIGGETSGKRHVERYFFETQHVAHYKQTRNALDEWSASTKFSPWLASGAISARWVYHQLKLFESSVLSNDSTYWVYFELLWREFFFWAQLPRGTAWFDQSGLRDSPRPFDVDASAIEKWQYGNTGYPIVDACMRQLLHTGFMSNRGRQIVASCLVHELKQNWQYGAAWFEYQLIDYDVGSNWGNWLYLAGVGHDPRGHRQFDLAKQTELYDPQRRFISKWCK				NA	NA	NA	NA	NA
AK237_03528	1425	phrA	COG0415	Deoxyribodipyrimidine photo-lyase	GTGTCGGTACCCGTTAGCATCGTTTGGTTCAGACAAGATTTACGTGTGAAAGATAACCCAGCCCTTAACGCAGCGTGTGATCTTGGGAAAATTATTCCTATCTATATTCACGATACAACTACGCCTGACAACCATGCTGTAGGTAGTGTAACGAAATGGTGGTTACATCAGTCATTAAACTCTCTTAATGATAGGCTTAACGACCACCTTCAAGTCTTTAGCGGGGACCCTTCAGCGCTGTTGCCAAAATTGATTAAATCATTTGATGTGAAGCACATATTCTGGAATCGGTGTTATGAGCCATGGCATGTTAAACGGGACAAGGCCTTAAAATCATCACTTAAAGATGCAGGGGTGACGGTAAAGAGCTTCAATGGCAGCTTGCTGTGGGAACCCTGGGAAATCGAAAATAAGTCCGGCTCCCCCTATAAGGTATTTACGCCTTTTTATCGCAAAGGATGTTTGCAAGCCGTTGCTCCACGATATCCCCAGGCGCCAGCAGCCCGTATTACCTATGCAGATGTAAATGACGAGGGGCAATCTGTATCGTCGCTATCATTAATGCCGGAAATCGACTGGTATGAGGGTATTAAAAACACCTGGAAGCCCGGCGAAGAAGGGGCGGCAGACAGACTGGCAACCTTTATCGATGAAGCGGCAACACGTTACAAAACAGACCGCGATTTCCCTGCCGTTAATGGTACGTCCATGTTGTCGCCACACTTACATTTCGGCGAAATCTCTCCTAACCAGATTTGGTACGCGATTAAGGATAAGTTCGGCGATGGTGACAATACCCATATTGATACTTATTTGAGTGAACTTGGGTGGCGGGAGTTTGCTCATCACCTTATTTATCATTTTCCATCGTTTCCCGACAAAAACTTCAACGACAAGTTTGATAAGTTCCCATGGCGAACCAGCAAAAATGATCTTCATGCCTGGCAACGAGGGCAAACAGGGATCCCCATTGTTGATGCGGGCATGCGAGAACTCTGGCATACCGGCTATATGCACAACCGGGTACGCATGATTGTCGGGTCGTTTCTGGTAAAGAACCTGCTCATTGACTGGCGAGAAGGAGAAGCGTGGTTTTGGGACTGTCTGGCAGATGCAGACGTGGCCAACAATTCCGCTGGTTGGCAATGGGTAGCTGGCTCAGGAGCAGATGCGGCACCGTATTTTCGCGTGTTTAACCCGGTACTACAGGGAGAGAAATTCGATAAACAGGGCGAATATGTACGTACCTGGTGCCCAGAACTTAGCAAATTGCCGAATAAGACGATTCATAAACCGTGGGATGCCGATAAGCAAACGCTTAAACAGGCGGGCATTACTTTAGGTGAAGACTATCCCGAGCCTCTTGTGGACTTAAAGGCTTCCAGACAACGCGCATTGGACGCGTTCGCTGAAATAAAAGGTTAA	MSVPVSIVWFRQDLRVKDNPALNAACDLGKIIPIYIHDTTTPDNHAVGSVTKWWLHQSLNSLNDRLNDHLQVFSGDPSALLPKLIKSFDVKHIFWNRCYEPWHVKRDKALKSSLKDAGVTVKSFNGSLLWEPWEIENKSGSPYKVFTPFYRKGCLQAVAPRYPQAPAARITYADVNDEGQSVSSLSLMPEIDWYEGIKNTWKPGEEGAADRLATFIDEAATRYKTDRDFPAVNGTSMLSPHLHFGEISPNQIWYAIKDKFGDGDNTHIDTYLSELGWREFAHHLIYHFPSFPDKNFNDKFDKFPWRTSKNDLHAWQRGQTGIPIVDAGMRELWHTGYMHNRVRMIVGSFLVKNLLIDWREGEAWFWDCLADADVANNSAGWQWVAGSGADAAPYFRVFNPVLQGEKFDKQGEYVRTWCPELSKLPNKTIHKPWDADKQTLKQAGITLGEDYPEPLVDLKASRQRALDAFAEIKG				NA	NA	NA	NA	NA
AK237_03529	1542	phrB	COG3046	(6-4) photolyase	ATGGGAAAAACCGTCAGGCTGATACTGGGCGATCAACTCACCGAGACCCTGCCCATTCTTAAAGAGGCAAATAAAAGCCACGACATTATCGTGCTCGCAGAGGTAAAAGAAGAAGCCACGTATGTAAAGCACCACAAAAAGAAAATTGCCTTTTTGTTTTCCGCTATGCGCCACTTCGCACAATCGCTAGAAAGTGGCGGGTACCGCGTACAGTATTATCAGTACGACGGAGAAGATAACCCAGGCAGTCTGCTTAATGCGGTAAAAACGACGCTTGCCAGGTACAAATCCGAAAACGTGATGGTTACTGAGCCCGGTGAATATCGACTTCTAAAAAGTATGCAGCAATGGGAGCATCAGCTGAACGTGCCGGTAACACTGCTACCTGATACCCGTTTTTATGCATCTCCCAAGGATTTTTCAGACTGGGCAGAAGGGCGTAAATCACTTCGAATGGAGTTCTGGTATCGTGAGATGCGTAAAAAAAACGGTATTTTGATGGAAGATGGCGCCCCGATAGGCGGGCAATGGAATTACGACGCAAAAAATCGCGAGCCTTTACCCGCAAGCGTGCAGCCTCCCTCGCCATCTTCATTTACTCCCGATGCAATCACACAATCTGTCATTGAGCTTGTTAAGAATACCTTTACTGACCATTTTGGCGACATCGACGAGTTTCATTATGCTGTCACACGTCAACAAGCGCTTGAGGTACTTAACACCTTTATCGCCGAACGACTTCCGGATTTCGGAAAGTATCAGGATGCGATGCGACATAACGCTGTTTGGCTGTTCCATTCCCATCTGTCGTTTTACATTAACTGTGGTTTGCTTAGCCCTCAGGAAGTGGTTGAACAAGCCGAGTCTGCTTATCACGCAGGCGAAGCGCCCTTAAATTCAGTAGAGGGATTTATCAGACAAATTTTAGGCTGGCGTGAATTTGTCAGAGGGTTTTACTGGCACTACATGCCCGGGCTTAAAACCGACAATTACTTTAATGCCTCGCGGGATTTACCGGACTTTTACTGGGATGGATACACCAATATGAATTGCATGCGACAGTGTATCACCGATACCAAAAAGCATGCTTATGCTCATCATATCCAGCGTCTTATGGTTATTGGCAATTTTTCGCTGCTGTGCGAACTTGCGCCCCAGCGCGTGCAAGAATGGTATTTACTGGTTTATGCCGATGCCTATGAGTGGGTTGAATTGCCCAACGTTGCCGGAATGATTTTATTTGCCGATGGCGGCAACCTGGCAAGTAAGCCTTATGTCGCCAGCGGCAGCTATATCAATAAAATGTCTGATTATTGTAAGCATTGCGGTTATAGCGTAAGTAAAAAGACAGGCGAGGGGGCGTGCCCGTTTAATTACCTTTATTGGCGCTTTTTAGATGCCCATCAAAGCAAGCTGCGGAAAAATCCAAGAATGGCCTTGGTTTATAAAAGTTATGACAGAATGAATGACGATAAAATTCAGTCAATGAAAAAGGATGGTGAGCAATTCCTGCGTAAGCTGAGTCGTAATGAAGAAGTCTGA	MGKTVRLILGDQLTETLPILKEANKSHDIIVLAEVKEEATYVKHHKKKIAFLFSAMRHFAQSLESGGYRVQYYQYDGEDNPGSLLNAVKTTLARYKSENVMVTEPGEYRLLKSMQQWEHQLNVPVTLLPDTRFYASPKDFSDWAEGRKSLRMEFWYREMRKKNGILMEDGAPIGGQWNYDAKNREPLPASVQPPSPSSFTPDAITQSVIELVKNTFTDHFGDIDEFHYAVTRQQALEVLNTFIAERLPDFGKYQDAMRHNAVWLFHSHLSFYINCGLLSPQEVVEQAESAYHAGEAPLNSVEGFIRQILGWREFVRGFYWHYMPGLKTDNYFNASRDLPDFYWDGYTNMNCMRQCITDTKKHAYAHHIQRLMVIGNFSLLCELAPQRVQEWYLLVYADAYEWVELPNVAGMILFADGGNLASKPYVASGSYINKMSDYCKHCGYSVSKKTGEGACPFNYLYWRFLDAHQSKLRKNPRMALVYKSYDRMNDDKIQSMKKDGEQFLRKLSRNEEV				NA	NA	NA	NA	NA
AK237_03530	795			hypothetical protein	ATGCGCTTTCACCACGCAACATTACTTTTATTCTGCTCTCTTCTCGCTACGTTATTAATCGGATGCTCCTATCAGTCGACACCACATCAAGACGAATGGAAAAACCTACTGGAGGACGGTCTTACAAACTGGACAGTCAAAATTAACCATCATGAGGTGGGTAATAATTACGCGAATACATTTCGTCTGAAAGATGATTTGCTTTTAGTTCGCTACGAGGGCTATGAGGATTTTAACGAGCAATTTGGGCATATCTTTTATAACCAGCCCCTACGTAATTTTGTATTGAAATTTGATTATCGTTTCACGGGGGACTTTTTGTCTTCGGCCCCCAGTTATGCGAACAGAAACAGTGGTGTGATGTTTCATAGCCAGTCGCCAGAAACAATGCTAAAAGATCAAAACTGGCCTGTTTCAGTAGAAATGCAACTTCTCTCACAACGAGAAAAGAACACACCTAGACCTACTGGCAATATGTGCTCTCCTGGTACGGACATCACTTACGCCGGGCAGCTTTACCCTGAGCACTGCCTCAATTCAACTTCGCCTACGTTCCAAATGAATGAATGGGTACATGGCGAACTGTCCGTTCATAACGGCCACGTCATCCAGAAAATTAATGGCACTGCAGTACTTGAGTATGACTTAGCCGGCGCTAAAAAAGACGATTTAGTAACAGGCGAGTCAGCCGATATCTGGGATAAATTAGCGCCGTTAGACGGCGGTTACATCGCCTTTCAAAGTGAAGGACAACCTATAGATTTCAAAAATATCTATCTGAAGGTTTTAAAATAA	MRFHHATLLLFCSLLATLLIGCSYQSTPHQDEWKNLLEDGLTNWTVKINHHEVGNNYANTFRLKDDLLLVRYEGYEDFNEQFGHIFYNQPLRNFVLKFDYRFTGDFLSSAPSYANRNSGVMFHSQSPETMLKDQNWPVSVEMQLLSQREKNTPRPTGNMCSPGTDITYAGQLYPEHCLNSTSPTFQMNEWVHGELSVHNGHVIQKINGTAVLEYDLAGAKKDDLVTGESADIWDKLAPLDGGYIAFQSEGQPIDFKNIYLKVLK				NA	NA	NA	NA	NA
AK237_03531	2700			hypothetical protein	ATGAAATTGAAGAAACTGTCACTCTCCATTATTACCTTATTGCATGCCGGCTTAACGACAAATGCGCTCGCTCAGGACAACACACAGGAGAACGCTACCGGTGATCAGTTAGAAGTTATCGAAGTAAAAGGCTTTCGAAGCTCACTGAACAAATCCCTGCTGACGAAGCGCGCTAACGTGAATTCCATGGAGTCCATATCCGCCGAAGATATTGGTAAGTTCCCTGATCTAAACTTAGCCGAATCGCTGCAACGCATTTCAGGTGTCTCAATTAGCCGCGAAGGCGGCGAGGGCAGACGTATCACACTGCGGGGCCTCGGCCCGGACTTTACCCGTGCAACACTGAACGGTATGGAAATACCGGCGGAAACCGATCAGCTGGACTCGTCAATTTCTGCTCTGAGCGGCGGGCGTGCATTTGACTTCAACGTATTTGCGTCTGAATTATTTAATCGCGTGGACGTGCAAAAATCTCCCACTGCATCAATGGAAGAAGGTGGTATCGCGGGTTCTGTCAATCTATATACCGCCAAGCCTTTTGATAATCCCGGGTTTCATTATGCCGGTTCAGCGCAGGCGAACTACAACGATGTCTCTGAGGAGACCAACCCCCGCACGGCGGTAATGGTGAGCAATACCTTTGACGATGATAAGTTTGGTGTCCTTTTCTCACTGGCTTATTCAACCCGTAACGTTAACCAGCAAGGCTTCGGAACTGTAGGCTGGCAAACGCCGGTTAACAATAATATGACTTACGCGGATACCAGCAGTACAAACGTGACTGGCTCGCCGTCCGGTGCTGATTGTCAGTTAAATGGTGCGGATGTAGACGCCATCAATTGTTTATATGCGCCCCGGATCCCGCGGCCGGATTATTTCGGTAACGAGCAGACCCGCCTGGGTATTACTTCTTCATTTCAGTATGCGCCGACTGATAATGTGTTACTTACCTTCGACTACTTACATTCTCAGCTGGAAAATGAGCGCTCGTACTATCACATGTACGCTATGTTCAGAAATTACTTCAATCAAATCACGCCAACGTCGGTTACCGTAGCGCCCAATGGCCAGCAAATAATTGCCGGCGAATTTGATGGCGTAACCAACCGGGTTGAGAGCCGCGAAACCACCAGTGATACGGCATTTAATCAGTATGTGTTATCGGGAGAGTTTGGCTTAACAGACCGGTTCATCGTGGATGCCATGGTTGGATATGCAGAAATCGATTTTTCCCGTGATGAATTTCGTCACATTATGGACAGCACTGAGCCGCATAGTTTTGGTTTCGATTTTACGGGTAACCCCAATGCTGCGCTGCTCGACTTCCAGTTCGATTATAACGATCCTGCTCTGTACAACTTGTCCTCATATGATTTGCAGGATCAGACTGATAAAGAAAACCTGACCGCTAAATTTGATGGAAAATATGTGGCGGATAGGGTCGAAGTTAAGGCCGGTGTGGCGTACAACAACCGCAAAGTCTCCCGCCAATATTTCGGTCTGCCAACCTTTTCAACGGACTCTGCAGAAGGCTTAACAGAAATGTTGCCCATCAGTAATTTTGGCGACGGCTTCGACGGAAATTTGTTTCCTTTTGTAGTGGCTGATTTTGATGCAGTAAAAGATGCCATCGGCCCGCTTAACTGGCAATCTCAGGATCAGAAAAATACCCAGGTAGAAGAAGAGACCATGGCCGTTTATCTGGAGTTTAATACGGACTTCGATATCGCTGATATGATTTTGCGTACCAACTTTGGTATGCGTTATGTTGATACCACCGCCACGTCAACGGGATATACTCGCCTGGAAGATTCGGTAGAAACCATCGTCGCTGAACATGACTATAAGAACTTTTTACCGGCTCTGAATCTGGCACTGGAGCCCGCAGATGATCTCATCGTGCGTTTAGGGCTGACGCGGTCAATGACACGCCCGAGTTTAAATACGCTGAACCCGGGTAATCCTGCCTTTCGCTACATCGAAGGATTCGTGACGGTGGGTAATCCGTACCTTGATCCCTATGTGTCAAACAATGTGGACTTTGGCGTAGAGTGGTACTTTGACGAAGAGTCGTTATTGTCTGCCACACTGTTTTATAAAGACATAGAAACCTACATTCGCAGCACACAGGAAGAAAAACTTGTCGACAGTATTTATTACACGGCAATCAATAACGATCCGGTTTATGATCCCGCGATAACGGTTAATCCGTTCAGCGAACCTTATACCCATTATTCCTATGACAATGGCGACGGTACAACCATAAACGGCTTTGAAATCAGCTACCAGCAGCCATTTAACTTCCTGCCCGCGCCGTTTGATAATTTTGGTACTGTAGCGAACTATACTCGTGTAAGCTCCGGCGAAATCGTGGGTGTTTCCGAGAATTCCTACAACTTCACCTTGTACTACGAAACAGAAAAATATGGTGCCCGCGTGTCGGCAAACAGCAGGGATGACTATTTTATCGAAGTACCGGGCATCACCGGCAATGCTGAAAATGGGGTAACGGGTCCTACTAATATCGACTTTTCGTCGTTTTATAACTGGTCGGAAAAGCTAACGTTCTCCTTTGAAGTCATCAACCTGACTGATGAGTATTCACGGCTGTTCGTCACCGGCGACGGTTCGCTGGACATGGTGCGGGAATATAACAACACGGGAAGACAGTTCTTCCTTGGCTTGCGCTATCACAACTAG	MKLKKLSLSIITLLHAGLTTNALAQDNTQENATGDQLEVIEVKGFRSSLNKSLLTKRANVNSMESISAEDIGKFPDLNLAESLQRISGVSISREGGEGRRITLRGLGPDFTRATLNGMEIPAETDQLDSSISALSGGRAFDFNVFASELFNRVDVQKSPTASMEEGGIAGSVNLYTAKPFDNPGFHYAGSAQANYNDVSEETNPRTAVMVSNTFDDDKFGVLFSLAYSTRNVNQQGFGTVGWQTPVNNNMTYADTSSTNVTGSPSGADCQLNGADVDAINCLYAPRIPRPDYFGNEQTRLGITSSFQYAPTDNVLLTFDYLHSQLENERSYYHMYAMFRNYFNQITPTSVTVAPNGQQIIAGEFDGVTNRVESRETTSDTAFNQYVLSGEFGLTDRFIVDAMVGYAEIDFSRDEFRHIMDSTEPHSFGFDFTGNPNAALLDFQFDYNDPALYNLSSYDLQDQTDKENLTAKFDGKYVADRVEVKAGVAYNNRKVSRQYFGLPTFSTDSAEGLTEMLPISNFGDGFDGNLFPFVVADFDAVKDAIGPLNWQSQDQKNTQVEEETMAVYLEFNTDFDIADMILRTNFGMRYVDTTATSTGYTRLEDSVETIVAEHDYKNFLPALNLALEPADDLIVRLGLTRSMTRPSLNTLNPGNPAFRYIEGFVTVGNPYLDPYVSNNVDFGVEWYFDEESLLSATLFYKDIETYIRSTQEEKLVDSIYYTAINNDPVYDPAITVNPFSEPYTHYSYDNGDGTTINGFEISYQQPFNFLPAPFDNFGTVANYTRVSSGEIVGVSENSYNFTLYYETEKYGARVSANSRDDYFIEVPGITGNAENGVTGPTNIDFSSFYNWSEKLTFSFEVINLTDEYSRLFVTGDGSLDMVREYNNTGRQFFLGLRYHN	PGPT0003790_4404	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0003790-hutA|fatA|fct|foxR-K02014	NA	NA
AK237_03532	2418			hypothetical protein	ATGCTCACACGTTGCTTTCTTTTCGTTGTTCTGTTGTCTGCGTCACATGCCGTATTTTCTTCCGGAGAGCGATTCACTATTTCGGTCGATGAACCGTCTGTGCGTTTTATTGTTGTACAAAGCCGTGAACCGCTCATTGAATGGGCCGCCAAAGATGTGGCGGATGATTTATCTGTGCGCACCGGTTCGACTTTCGTTGTGGTCAAAAGCGATGACGAGGCGGCTTCAACACCATTTATTCGCATAAACGTTGATGGTTCATTACCGCTACTCAATGCCAGTGCATTCCCTCATGGAAGTCATGAAGCCTTTGCCATTCACACAAACCAGGACACTCTGGTGATCACCGGTGCTGATGTTAGGGGCACGGTATACGGGCTTTTTACGTTAGCCGAAAAAATGGGCATTTCACCGTGGCAATGGTGGGCGGATGTGCCGGTGAAAAAAGCCAACGTGCCGCTAACGCTGGACAAGTTACCGGTTGTTGAAGGTCCTGCTGTGAAGTACCGCGGTATTTTCATTAACGATGAAGACTGGGGCTTACTGCCATGGGCGTCTCAAACATTCGAGCCGGATACTGCCAATATAGGGCCCCGGACTTATGAAAAAATTTTTCAGTTACTGCTCAGATTAAAAGCCAATACTATCTGGCCTGCTATGCATCCGGGTACCCGTGCCTTCTTCACTGTGCCGGGCAACAAGGAAATGGCACAGCGCTACCGCATTCATGTAGGCAGTTCTCATGCCGAACCCATGTTGAGAAACAATGTGGATGAATGGGACAAGCAGCAATCAGGTGATTTCAATTACACGAATAATGCCGCCAGGGTCAATGATTATTGGCGAAGCCGTGTTGAGCAGGTCAGTGATATGTCTGGTCTTGCGATGTTTACCTTGGGTATGCGTGGCATTCATGATAGCGGAATGGAAGGTATCAATTCACAGCAGCAAGCCAAAGACACTTTACAGCAGGCTATCAATACCCAGCGTGCTCAACTTGAAGCGGTTTTTGGAAAGCCCGCTGAAACGCTTACGCAAATGTTTACGCCTTACAAAGAAGTACTCTCACTGTACGAAATGGGATTGTCTGTGCCTGACGATGTCACACTGGTGTGGCCTGATGATAACTACGGTTATATCCGCCGGCACAGCAACCATGCTGAACAAACGCGGTTAGGCGGAGCAGGGGTGTACTACCATTTAAGCTATTGGGGCAGACCCCATGATTACCTGTGGCTGAGCAGTACCCATCCCGCGTTAGTACACTTTGAAATGCAACGTGCATTTGAAAATGGTGCTGACCGTATCTGGATAGCCAATGTGGGTGACATCAAACCCCTTGAATACAATATGGAATGGTTCTTACATCTCGGGTGGTACGGGCCGGATAAAGTATCTGACGCAAAGACGTTCGCTTCTTATCAGTTGGGCAGAGACTTTGCGATTTCTGAACCACGATATGCCGCAGATCTGTTATTTGACTATTACCATCTGGCCTTTATCCGTCGTCCGGAATTCATGGGATGGAGTCAAACCGAACCCACGACACAAACCCAATTATCCGGCTGGAACGAAGAAACCATTGAAAACCGTCTGAAGCAGTACCAAAAGCTTGAGACATCCATTTTTGAACTGAGCAAAGGCATTCAACCAAAAGAGCAATCAGCCTGGTTTCAACTTATGAGCTATCCGGTGCAGGCGTCCTCAGAAATGAATAAAAAATGGCTGTTCAGGCACAAAGCTGCTTTTGCAGCTTCACAGCCTCTAGCTGATAAGCTGATGGAAAAGGCACTGGATGCACATAGCACTATCAACCGGCTAACTCAGCAATATAACAAATTGTCTGAAGGCAAATGGGCCGGCATGATGGATGCTGCACCTCGCAAGCTGCCGGTTTTTAACAAGCCGGCATTGATTACGTTGACGGATGACGAAAAGCAAAAGCGTGAAAGAGTGAACAACGAATCTCAAAGTAAGCAAATCAAACCGGCATCAGTAAAGTTCATTTCACCTGAGGGTTACAGCTGGCAGGAAGTGAGAGATCTGGGCTATTCCGGCAAAGCATTAACACTTTATCCGCTGAAGCTACAACACTTCTCGGAAAAGGCCGCTGTTACCTACCAGTTTACTCTTGATGTTGCTCAGCATGTAACGTTAAACGTTGCCACGTTACCTGTGCATTCCAATGATTTTTCTCATGAGATCGCTATATCTCTGGCACAACAAAAGCCAGTTACGATATTTACGCTAAATACCAAAGGACGAAGCGAGCAATGGAAGCAGGGCGTATTGAATAACCGCATTCACAATAGTGTAGACCTGGGAAGGCTGAGTAAGGGAACGCACAATGTGACCCTTTCAGTGAATCAAAACGGTATTGTTATTGATGAGGTCTGGCTATCTGAACGTGGTTCTTAG	MLTRCFLFVVLLSASHAVFSSGERFTISVDEPSVRFIVVQSREPLIEWAAKDVADDLSVRTGSTFVVVKSDDEAASTPFIRINVDGSLPLLNASAFPHGSHEAFAIHTNQDTLVITGADVRGTVYGLFTLAEKMGISPWQWWADVPVKKANVPLTLDKLPVVEGPAVKYRGIFINDEDWGLLPWASQTFEPDTANIGPRTYEKIFQLLLRLKANTIWPAMHPGTRAFFTVPGNKEMAQRYRIHVGSSHAEPMLRNNVDEWDKQQSGDFNYTNNAARVNDYWRSRVEQVSDMSGLAMFTLGMRGIHDSGMEGINSQQQAKDTLQQAINTQRAQLEAVFGKPAETLTQMFTPYKEVLSLYEMGLSVPDDVTLVWPDDNYGYIRRHSNHAEQTRLGGAGVYYHLSYWGRPHDYLWLSSTHPALVHFEMQRAFENGADRIWIANVGDIKPLEYNMEWFLHLGWYGPDKVSDAKTFASYQLGRDFAISEPRYAADLLFDYYHLAFIRRPEFMGWSQTEPTTQTQLSGWNEETIENRLKQYQKLETSIFELSKGIQPKEQSAWFQLMSYPVQASSEMNKKWLFRHKAAFAASQPLADKLMEKALDAHSTINRLTQQYNKLSEGKWAGMMDAAPRKLPVFNKPALITLTDDEKQKRERVNNESQSKQIKPASVKFISPEGYSWQEVRDLGYSGKALTLYPLKLQHFSEKAAVTYQFTLDVAQHVTLNVATLPVHSNDFSHEIAISLAQQKPVTIFTLNTKGRSEQWKQGVLNNRIHNSVDLGRLSKGTHNVTLSVNQNGIVIDEVWLSERGS				NA	NA	NA	NA	NA
AK237_03533	354			hypothetical protein	ATGTCTTTCAGTAGTGTTGAAGCGTTAACCTCTCAACTGACCAGCGCCCCGGATGAAATGGTATTCAGCGATGTGATTTCATTTGTTGACGATAACTACATTTTTACGCCTTCGGCTTTTAGCAATGGCACAGTAAACAATGAAGCGAATCAAAATAACGGGTCTTGTAAACTGTTGGCCCTCGGCCAGCTATTAGGGTTAACACAAGCGCAGACACTCGCACTTTTTGGCAGTTACTACCGTGATGATGTGCTTAAGCACCCTGAAGGAACCGACCACGCGAATATTCGCAATTTCATGGTCTCAGGATTCGACGGTTTGCAGTTTGATACGTTTCCCTTAGCGGAAAAATAA	MSFSSVEALTSQLTSAPDEMVFSDVISFVDDNYIFTPSAFSNGTVNNEANQNNGSCKLLALGQLLGLTQAQTLALFGSYYRDDVLKHPEGTDHANIRNFMVSGFDGLQFDTFPLAEK				NA	NA	NA	NA	NA
AK237_03534	1062	xerC_2		Tyrosine recombinase XerC	ATGAAGTTGCCGGCATCTCAGCAGTTACAGTTTACAGACTGTTACCGCGATGCTGTGAATCAGTACTTCAATGATATTTTCTCACGGTTACCCCGTAACACGCAGCGTGCCTACATCAGCGATTTCAACGAGTTTGTTATATTCTGTGAGCAATCCGGATTGAGCGGTTTTAATGCGTCGTTTGAAAATAACGAACTCTGTGTCAAACGTTATGTAGAGATGCTATGTCAGTCGCCTCTGGCTTACCGCACCATCAAACGCAGGCTCAGTGCGTTGAGTAAATTCCTGGGTATTGCCAAATTGCCGAACCCCATTGTGCAGTCTGTCTATCTTAAAGACTTCATCCGGCTGTCGCTGGCTGAGAATGAAAAATACCAGTTCAGTCACCATCAGGCGGTACCGCTGACACTGGATTTACTGGAAAAAATTAATGAGCGCGTGATCCCGGACACGCTGCTGGAAATGCGCGATTTGGCCATGATTAATCTGATGTTCGATGCACTGCTCAGGGCTGATGAAGTAGTACGTGTTTGTTTATCTGACATTAATAAACGTACTAACGCCCTGCTCGTCTTAACATCAAAAAGTGACCAGACCGGCAAAGGCCAGTACCGCTACATTTCTCCCAATACGCTGGATATGATTGACGAGTATGTTGCTGAAGCGAATTATGACCCTCAGCAAAAAGGTGAGCGAAATGAAGATGATCCGCGAAGAATAAACAAAGGAGTGTTGTTTCGCCGGGTCTCAAACAAAGGCCACGCTCTGTTGCCTTATGATGAAGGTGCGAATTTCAAACAGGCCCCGAAGCTTGAATACTCGAGCATTTATCGCACCTGGAAACGCATTGCTGCACTGGCTGGCATTCAGGAAAATATCACCCCTCACAGCGGCCGTGTGGGTGCGGCTGTTTCGCTGGCAGAAAATGGCGCCACGCTACCTGAAATGCAGCTTGCCGGAGGCTGGCGCTCTCCGGAAATGCCCGGTCACTATGGCCAGCAGGCGGCTGTTAAACAAGGCGGCATGGCCAGATTAACCAAGAGACAAAAGCGCCGGGGTTAA	MKLPASQQLQFTDCYRDAVNQYFNDIFSRLPRNTQRAYISDFNEFVIFCEQSGLSGFNASFENNELCVKRYVEMLCQSPLAYRTIKRRLSALSKFLGIAKLPNPIVQSVYLKDFIRLSLAENEKYQFSHHQAVPLTLDLLEKINERVIPDTLLEMRDLAMINLMFDALLRADEVVRVCLSDINKRTNALLVLTSKSDQTGKGQYRYISPNTLDMIDEYVAEANYDPQQKGERNEDDPRRINKGVLFRRVSNKGHALLPYDEGANFKQAPKLEYSSIYRTWKRIAALAGIQENITPHSGRVGAAVSLAENGATLPEMQLAGGWRSPEMPGHYGQQAAVKQGGMARLTKRQKRRG				NA	NA	NA	NA	NA
AK237_03535	2808			hypothetical protein	TTGCAGCATCTCGTCATTCAATTTATGCGTTCACCCATAGTGTTAATGTGCGCTTCTATTCTGTTGTGGATGCTCTATCCGCCGGTGGTTAACTACCTGATAGACCGCTCCAGCCCAATCTTTGTCGCTGCGACTTCTCATACGCTGGCTGCTATTTCTACGCTTGTGGTCGTCATGATCATGTTTGCAAAGCGGCAACAAGCCTTTCTCTCCGGTATCGCAGTCCATTTCAAATCACCGGCGCTGCTTGTACCCACGCTGTTTTCCGGAGCCCTGATCTGCGCAAACCATCTCCTTTTGTATGCGGCACTGAACATGTCGCAGGAATTTGATGTTATTGCCATTCTCATATTCGAAGCCTGGCCAATTGTATTTTTCTACATAGACAGCACGTTGCGCAAAAAGCACAGAACCACCACGGCTAACGATTATATTTTCTCCGCAGCAGCGTTTGCCGGTTTCATCGTTCTGATGAGCCCGAATCTGGATATTGCAGACTGGCTGCTGCTGGAAAGTCCGATGATAAATACCATTTTGCTGGCAGCATCAGGCGGGCTTGCTATGGCAATCAACTGCTATATGCGCATGAAATGCATGGACGCCTGGTCTGCAATCGCAGATAAAAATGATCTTAAGCTCAGCTCATTGAATAAAGCTTTACTGACGGAATCAGGTGTTCGCTGTGTGGCTGCTCCCGGTATGCTCGCCATTCTGTTTTTGTTTGGCGATACAGCAAATCAGTTTGATTATATGGATTATGCGCTGGTGGCCTTTGCCGGTATCGCTATTCTGGCGCTGGGAAGTTTGCTCTACGATTTATCCGTATTTTCAGCGACGAATGCGTCTGTCAGCGTGTTCTGGTATTTCATGCCTGTCGGCGCGGTAGTGATCCTTGCTCTGTTACAGGGCAGATTACTCAATCAGTATGAAGCGGTTGCATCAGTTCTTATTGTGTCGGCTAATATTTTTCTCGGGCTGCGCTTTCCTCTGCGTTCATCGCTGCTCATTCTTTTCAGTACCGTGTGTCTGGTGGGGATTTGGGTGTTATTCGCGCCAACTTATCCCATTGACTCATATTACGATTTACTCGCTGTATCCACTGTCTTTTTTGTCCTGTTGGGTACTTTTGCTCTCGAGCGGACAACATCCCTTAACAGGGAACGGGAACGTTTGCTGGTAGAGTTTAATGATTCGGTGATGCAACTCCCCTCCTCTTCACCGGCCAGCGGCGTATCTGCTGAGAAGTACAAGGCACTGATAAATAATTATATCGTTAAACATTTATACGTGTTCTTACGGGCTTTTAACGGCGCAAAGGATATGCGCAATGCTCAGCTGGAAATTCAGGACATTAAGAAAGTACTGATTGCCGGCACCGAAAACACTCCGTTATATCGTGAGCGTTTGCTGGAGAATTTCCAGGTAGGTCAGAAACTCATGACCATGGAAAGTGACAGAATTCCACCGGAAGAACTGGTCATTCTCATCTTACTTGGCGCAACGAACGTTTTCTTCTCGCTCATTTTCCGTCCTGAAAGTTTCTCCACGGCCTTGTTTGCGCTTATTCTGGCTACTTCGGTTATATTTCTCATTCTGGTTATTAATGAACGGAATCAGTATATACAGATCCGTCACGATCACGCGCTGGTGTGCCGTGACTTACTGGAATATGCAGACGAATTTAAGCAAAAATCAGACGCCCCGGAGTTTGACGGGCAGTATGACGCTGTAGAGCGTAGTTTGAGCATGAAAACGGTCGGGCCCGAAACCGTGAGTCACAGTTACTGGATTTTCAGTATTTTTGTGTTTTTGTTTTGTGGATTCGGCTACGGCTTTTTATATGAAACGCTGGATGATGTGAAACGGGATGAGTCAGCGCCCATTCTGTCGAAGCGCGATTTAAATAATGCCGAACTGAATATCGCCTTACTGGACTGGCCGACCGCTCAGGTAAAGGCGCATATTCTTGCCACGATTATTAATGAACACACCGAATCGCGGGCACAACTCGTCAACGTTACTCATGAGCAAGCCTTTAAACAGATGGGCCAGCACGACGGCGACATTGATGTGCATCCGGATATCTGGTTGGCTAACAATGCTGACTTGATCCGCCGGTATGTGCGGGCGTTCGAAACGGTTAAGTTGGGTGAAAGCGCCGGCATGGGAAAACAAGGTCTCTGTTATACCGATTTTACAGCGCCTACGACGTTAGCAGTAAACGATCTGGTTACTCCGGAAAACGCTTCACGTTTTGACTTGTCCGGTAATGGTCGCGGTGATATTTGGGTGGGAGCCAAAGGCTGGGCATCCGTGGCAATTGAGAAGCGACGCCTTAATGCCTATGGTCTGGATGCGTATTATGACTATCATGTGTTCGACCTGGACTTGCTGGAACAACTGATTAGCCGCAACAATCAGAATGAACAGCCGGGCTTATTCTTCTGCTATTACCCTGATGCATTGTTTGGAAACCGCCATGTACATTTTGTGGAAGAACCTGCACATAACGGTACAACATGGCAAGCTATTTTCAAAGCTCAGGGACTCGATGAACTCACCACAGGCACCTCCTGGCCGCAAAGTGAAATTAAGCTGGGTTTTCGTTCGCAACTGGAAGAGCGTTCCCCCGAGCTGCTGAAACTGTTAAACCGGTTTGTGATTGATGACGCGGAACTGGTAGCAATGCTCTCCGCAGTAGAAAATGGTGAGGATATTGAAACCGTGTCTCAACAATGGGCAGACAACCATAAAGATCTAATCCTTGAATGGCTGACGGGTTTTACTTTACGGGATAACGCTGAATAG	MQHLVIQFMRSPIVLMCASILLWMLYPPVVNYLIDRSSPIFVAATSHTLAAISTLVVVMIMFAKRQQAFLSGIAVHFKSPALLVPTLFSGALICANHLLLYAALNMSQEFDVIAILIFEAWPIVFFYIDSTLRKKHRTTTANDYIFSAAAFAGFIVLMSPNLDIADWLLLESPMINTILLAASGGLAMAINCYMRMKCMDAWSAIADKNDLKLSSLNKALLTESGVRCVAAPGMLAILFLFGDTANQFDYMDYALVAFAGIAILALGSLLYDLSVFSATNASVSVFWYFMPVGAVVILALLQGRLLNQYEAVASVLIVSANIFLGLRFPLRSSLLILFSTVCLVGIWVLFAPTYPIDSYYDLLAVSTVFFVLLGTFALERTTSLNRERERLLVEFNDSVMQLPSSSPASGVSAEKYKALINNYIVKHLYVFLRAFNGAKDMRNAQLEIQDIKKVLIAGTENTPLYRERLLENFQVGQKLMTMESDRIPPEELVILILLGATNVFFSLIFRPESFSTALFALILATSVIFLILVINERNQYIQIRHDHALVCRDLLEYADEFKQKSDAPEFDGQYDAVERSLSMKTVGPETVSHSYWIFSIFVFLFCGFGYGFLYETLDDVKRDESAPILSKRDLNNAELNIALLDWPTAQVKAHILATIINEHTESRAQLVNVTHEQAFKQMGQHDGDIDVHPDIWLANNADLIRRYVRAFETVKLGESAGMGKQGLCYTDFTAPTTLAVNDLVTPENASRFDLSGNGRGDIWVGAKGWASVAIEKRRLNAYGLDAYYDYHVFDLDLLEQLISRNNQNEQPGLFFCYYPDALFGNRHVHFVEEPAHNGTTWQAIFKAQGLDELTTGTSWPQSEIKLGFRSQLEERSPELLKLLNRFVIDDAELVAMLSAVENGEDIETVSQQWADNHKDLILEWLTGFTLRDNAE				NA	NA	NA	NA	NA
AK237_03536	3072	bepE_2		Efflux pump membrane transporter BepE	ATGGCCTTTACCGATATTTTCATCAAACGACCGACTCTGGCAGTGGTGATCAGTCTACTGATCCTGCTGATCGGTGTCAGCGCGTTTTATAATCTGCAAATCCGCCAGTATCCGAAAATGGAAAGCGCGACGATTACTATCGATACATCGTTGCCCGGTGCTACGCAGGATATGATGCAGGGTTTTGTTACCCAACCCATCGCACAGGCTATTGCTACCGCCAGCGGTATCGAATATCTGTCCTCAACCTCCCGTCAGGGCAGCAGCCACATTTCAGCCAAACTGGTGCTGAATGCCGATGCCGACCGCTCAATGACGGAAATTCTGGCCAAGGTCCAGACCGTTAAGTACAAACTGCCGGAAGGCGTTACCGACCCGGTAATCAACAAAATCACCGACGGTGCTTCGGCCATTCAGTATGTAGCGTTTACCAGTGACGTACAGTCTCCGTCTGAAATTGCGGATTTCGCCACCCGGGTGGCACAACCGCTCGTGACCGCCGTGCCTGGTGTGGCGTCTGCCGACATTGCCGGTGGTGCGCCACTAGCCATGCGCATCTGGGTCGATCCGGTGAAGCTGGCGGGACGAAATCTGAGTCCGTCCGATATTGCCACTGCGCTACAGCAAAATAACGTCCAAGCCGCCCCCGGCCAGCTAAAAGGCGGCGGCACAGCGGTAAGCATCACTGCGGATACCGATCTCACCAGCGTAGACGCCTTCCGCAACATGATTATCCGTGAATCCGGCAACGACATAGTGCGACTGAAAGACGTGGCGACAGTGGATATCGGTGGTCAGAATACCAACAGCGTAGCGCTGAGTTCAGGTAAACGCTCCGTTTTCATGACCATCTCTCCCACCCCAGACGGTAACCCGCTGGAAATCGTGGCAAGTGTGAAAGCGCTGATCGAAGACATCCAGCATGTGGCCCCTCCGGGTCTGGTGATCACCAATCAGTTTGACGTTGCTCACTTTGTCGATGCCTCTATCGAAGAAGTGCAACACACCCTGATTGAAGCTATTGCTATTGTTATCGTGGTGATATTCCTGTTCCTCGGCACTTTTCGCGCGGTAATTATTCCGGTGGTGACCATCCCGCTATCGCTGCTCGGTACTGCCGCGCTGATGGTCATGTTCGGCTTCTCCCTGAACCTGCTGACACTGCTCGCCATGGTACTGGCCATTGGCCTGGTAGTGGACGATGCCATCGTGGTGGTGGAAAATATTCACCGTCACATTGAAGAGGGTCACTCGCCGTTTCAGGCTGCACTAATCGGAACCCGTGAAATTATCGGGCCGGTTATCGCCATGACCATCACGCTGGCAGCGGTATACGCCCCAATCGGCATGATGGGTGGTCTCACCGGTGCGCTATTTAAAGAGTTTGCTTTTACGCTGGCAGCATCGGTTGTGGTATCCGGTGTTATCGCGCTGACCCTGTCACCGATGATGAGCAGCCAGTTACTGGACTCTAAACTGACCGAATCGAAAATGGCCCAGCGGGTTGAACACACCATGGAAAGCCTGACCAACGGTTATACCCGTCTTCTCGACGGCACGCTGGCTAACCGCCCTGCTGTACTGTTGGTTGGTGTGGCGATCCTGGCAACCATTGTGGTGTTTTTCATGAGTGCCAAACGGGAACTCGCGCCCCAGGAAGACATGGGTTATGTGTTCGTGCAAACCAAGGCGCCTCAGCATGTGAGCGTGGATTACACCGAGAAATACAGTGCCGGTGTAGCCTCGCAGTTCACTGAGTTACCGGAATTTGAGGACAGCTTTTTCGCAGTCGGTCTGGAAACGGAGAATGTGGGTTTTGGCGGGGTTATCCTGAACGAATGGAGTAAGCGCAGCCGCACCGCTGACGATATTCAGGGTGAACTGATGGGTCTTACAGCGGGTATCACCGGTGTGTATTCGTCAGTGTTCCAGGACAGTCCACTGCCTGCCAGTACCGGAGGCTTGCCGTTCCAGATGGTGCTGCGTTCGCCAGACGATTTCAACAGCCTGTTCCAGACTTTACAGGGCGTAAAAGGCGCAGCATGGGGCAGTGGTCTGTTTGCGTTCGTGGACAGCGATCTGGCCTTTGACAGCCCGCAGGCACATATCACAGTGGATAAAGACAAAGCCGGTCAGCTTGGCGTAAACATGACTGAAGTCGCTAATGCGCTGGCCATTCTGGTGGGCGAAAACTACGTGAACCGCTTTAACTGGTTCGATCGCTCCTACGATGTGATTGTGCAGGCGAATCAGCAGGACCGTCTGACCGCCGAAGATCTGGGTGAAATTTATGTACGTGCCAACACAGGCCGTTTGATTGCCCTGTCGACGTTCATCGATGTGGATATGCGTTCGCAGGCGAATCAGTTGCCGCAGTTTAACCAGATGAATTCAGCCACAGTTTCAGGAGTGCTCCTGCCCGGCGTGACCATGGGACAGGCGGTGGACTTTATGCGTCAGCAGCCCCTGCCGGATAACGTCACCATCGACTGGCTGTCGAACAGCCGTCAGTTCGTGCAGGAGGGGAATCGCCTGACGGTGTCCTTCATCTTCGCGCTGATCGTGATTTTCCTTGTGCTGGCAGCGCAGTTCAACAGCTTCCGCGATCCACTGGTTATCCTGATCACCGTACCGCTGGCAATATGCGGCGCATTGGCTCCGCTGTACCTCGGGTTCACCACGCTGAACATCTATACCCAGATTGGTCTGGTCACTCTGATAGGGCTGATCTCCAAACACGGGATCCTGATGGTAAGTTTTGCTAACGATATGCAACAGCACGACGGTGTCAGCAAGCTCAAGGCTATTCGCCATTCAGCGGCCGTGCGGATGCGTCCGGTACTGATGACCACTGCCGCCATGGTGGCAGGTCTTATCCCGCTGCTGTTTGCTGCCGGAGCTGGTGCCTCCAGCCGCTTCGCGCTGGGCATTGTAGTGGTGATGGGCATGCTGGTAGGGACTTTCTTCACCTTATTTGTACTGCCAACCCTGTATGTACTGCTCGCAGGCGATCATCGTGTAAAACAGCAGGACGACGCGCCTGCTGCACCAAAGGAGCTGGCTCATGACTAA	MAFTDIFIKRPTLAVVISLLILLIGVSAFYNLQIRQYPKMESATITIDTSLPGATQDMMQGFVTQPIAQAIATASGIEYLSSTSRQGSSHISAKLVLNADADRSMTEILAKVQTVKYKLPEGVTDPVINKITDGASAIQYVAFTSDVQSPSEIADFATRVAQPLVTAVPGVASADIAGGAPLAMRIWVDPVKLAGRNLSPSDIATALQQNNVQAAPGQLKGGGTAVSITADTDLTSVDAFRNMIIRESGNDIVRLKDVATVDIGGQNTNSVALSSGKRSVFMTISPTPDGNPLEIVASVKALIEDIQHVAPPGLVITNQFDVAHFVDASIEEVQHTLIEAIAIVIVVIFLFLGTFRAVIIPVVTIPLSLLGTAALMVMFGFSLNLLTLLAMVLAIGLVVDDAIVVVENIHRHIEEGHSPFQAALIGTREIIGPVIAMTITLAAVYAPIGMMGGLTGALFKEFAFTLAASVVVSGVIALTLSPMMSSQLLDSKLTESKMAQRVEHTMESLTNGYTRLLDGTLANRPAVLLVGVAILATIVVFFMSAKRELAPQEDMGYVFVQTKAPQHVSVDYTEKYSAGVASQFTELPEFEDSFFAVGLETENVGFGGVILNEWSKRSRTADDIQGELMGLTAGITGVYSSVFQDSPLPASTGGLPFQMVLRSPDDFNSLFQTLQGVKGAAWGSGLFAFVDSDLAFDSPQAHITVDKDKAGQLGVNMTEVANALAILVGENYVNRFNWFDRSYDVIVQANQQDRLTAEDLGEIYVRANTGRLIALSTFIDVDMRSQANQLPQFNQMNSATVSGVLLPGVTMGQAVDFMRQQPLPDNVTIDWLSNSRQFVQEGNRLTVSFIFALIVIFLVLAAQFNSFRDPLVILITVPLAICGALAPLYLGFTTLNIYTQIGLVTLIGLISKHGILMVSFANDMQQHDGVSKLKAIRHSAAVRMRPVLMTTAAMVAGLIPLLFAAGAGASSRFALGIVVVMGMLVGTFFTLFVLPTLYVLLAGDHRVKQQDDAPAAPKELAHD	PGPT0009805_100	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE	CE-BACTERIAL_FITNESS-OTHER_MULTIDRUG_EFFLUX_GENES,PGPT0009805-toxH|mexI-K18307	NA	NA
AK237_03537	1083	mdtA_8		Multidrug resistance protein MdtA	ATGGCTGCTAAATTACGTGGATTAATCATTACTGCAGTGGTGCTGGCTGTACTGCTGGGCGGTCTGTATTACTGGCGACAGGCGGCGCAGCCTCAGGGCGGCGGCTGGCAACAGCAGGCGGTGCCGGTGGAAGCCATCACCGTGCAGCCTCAGCCGGTAACCGATACCATCACTGTAGTAGGTGAACTGCGTGCCATTCACGAAGTGATGCTGGCACCGGAAGTGGCCGGTCGCGTGACCGCGATTAATTTCAGTTCGGGTGAGAAAGTAAAAGCCGGTAGCACCCTGGTCAGCCTGTTCAACGGTGAAGAGAAAGCCGCACTGCAAGCCGCTAACGCCAGTTTGCAGCTGGCGGAAACCCAGCTTCAGCGCACCCGCGAACTGGCGCCGCTGGGGGCAGAATCCAAAGAGCTGCTGAATCAGCGTGTCGCTGAATATGAGCAGGCAAGCGCTGCGGTGGAACAGGCACAGGTTCGTCTGATACTGAAGTCCGTAAAAGCCCCCTTCTCCGGCACTTTGGGTATCCGCCAAATCAACGAAGGCCAGTATCTGAATCCGGGCGACGAGATTGTCAGCCTCACCGATCTTTCCACGCTTTACGTGGACTTCGCGGTGCCTCAGCAACGGCTGTCACTGCTAAAAGCCGGCGCGTCGGTGTCGGTATCCGCCGATGCCTATGCAAACACCACCTTCACCGCGACTCTCGACACCATTGACCCGCAACTTGATCCACAGACCCGCAACGTAAGAGTACGGGCAACGCTGACTAACGACGACAAGCTTCTGCGTCCGTCCATGTACGTGAAAGCCAGCATTAGCGCCGGAGACGAAATGCCAGCTATCCTGCTGCCGGTAACTGCAGTGATGTACACTGCACAGGGCAACAGCGTGGCTGTGGTACGTGGTGACAACGCGGCACAGAGCGGCAGTATTGAGTTTGTCGGTGTGAAAACCGGTCGCCGTATTGGCAACGAAGTGATTATTGAATCCGGTCTGTCTGCTGGTGATGTTGTAGTGACCGCCGGTCAGAACCGACTGCAGCCACAGGCGCCGGTGACTGTGGTTCCGGCACAGGAGCATTGA	MAAKLRGLIITAVVLAVLLGGLYYWRQAAQPQGGGWQQQAVPVEAITVQPQPVTDTITVVGELRAIHEVMLAPEVAGRVTAINFSSGEKVKAGSTLVSLFNGEEKAALQAANASLQLAETQLQRTRELAPLGAESKELLNQRVAEYEQASAAVEQAQVRLILKSVKAPFSGTLGIRQINEGQYLNPGDEIVSLTDLSTLYVDFAVPQQRLSLLKAGASVSVSADAYANTTFTATLDTIDPQLDPQTRNVRVRATLTNDDKLLRPSMYVKASISAGDEMPAILLPVTAVMYTAQGNSVAVVRGDNAAQSGSIEFVGVKTGRRIGNEVIIESGLSAGDVVVTAGQNRLQPQAPVTVVPAQEH	PGPT0009800_98	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE	CE-BACTERIAL_FITNESS-OTHER_MULTIDRUG_EFFLUX_GENES,PGPT0009800-toxG|mexH-K18306	NA	NA
AK237_03538	345	soxR_2	COG0789	Redox-sensitive transcriptional activator SoxR	ATGAATAAAAATTTAACCGTGGGCGAGGTGGCTAAGCGGGCTGGTGTGGCAATTTCAACCCTGCATTTCTACGAGCAGGAAGGGCTGATAAAAAGCTGGCGTACGACAGGAAATCAGCGTCGTTACGATCGTAGCGTTCTGCGCCGGGTAGCGATTATCAATATTGCCAAGCGTACCGGCATTCCGCTGAAACAGATAAAACATCATCTGGATAAATTGCCCAACGGACCTGTCAGTCCGCAGCAGTGGCAAATACTCAGCGCTGAGTGGCACGCGCTGCTCAACGAGCGTATTCACCGGCTGGAACAGTTACGGGATGTATCGGCTGTGGATGTCTGTCGCTGA	MNKNLTVGEVAKRAGVAISTLHFYEQEGLIKSWRTTGNQRRYDRSVLRRVAIINIAKRTGIPLKQIKHHLDKLPNGPVSPQQWQILSAEWHALLNERIHRLEQLRDVSAVDVCR	PGPT0012955_127	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	NITROSATIVE|OXIDATIVE_STRESS|ROS_REGULATORY_PROTEINS,PGPT0012955-soxR-K13639	NA	NA
AK237_03539	963			hypothetical protein	ATGAACAGCCATTCTGAAGACAGAAACGCCATAAAAGCGCTGATAAACCGCTTTGCAGAAAGCTGGATGAACGGCACCGGCCAGTTTCACGCTGCTGATTTTAGTTCTGTCTGTCATTTCTACAGTAGCCACCATGGTAATGCCACTGGCTTTAACGCCCTTTCGGCCGCACTTGCAGAGGACACCCGATCATGCCCGATGCAAGGGCGCCTCAGTAATGTGTACGTTGGTGTCCGTAACGATAAAGCGGTGGCCAGCTTTTATGCATTCGGCCTGCTGGGTCAGGACAACCGGAACCTTTTCCTGTTCGGCAGTACGCAGGTTCTGCAACTATCCAGAATCGAAAACCGCTGGCAGATTGACGAGATAAGGCTGGTGATTAACTGGTCGAAGGGTAACCCGGTTCATGTGCCTCACTGGCAGAATTTGCCCGTGCAGAGTGGCTGGCAAATGGGTTTTGACGCGCCGGCCATGATCAGTGAGTTACATGCGCCCTGGGTGGTGCTGCCGGATATCCCCCCTCCCGATAATTTGCAGGAAGCCCTGGAAAAACTTTATTACCGCTACGCTTTCTCTGTTGATCAGAACGATATGATGTTGCTGAAGTCATCATACAGCGAAGATATCGCCGGTGGTTTTGCTCCTGTGGGGAATCTCTCCGGCCGGGATCAGGTTATTGGCACGCTGAAAAACTTCCGTCATATCGCGCCCTACTGGCAGCATTTTGCCGAGGTAGTACGGTTTGAGGAAGAACCAGATGGCCAGCATGTGAAGTTGATTGTCGCGAGAATTATTCCCGAGCACCCGGTTGATGATGCAGGTAATACCGTTTACGGCGCCCACTATCAGTTGCGGGCGCGAAAAACGTCCACGGGATGGCAGTTTTGCTGGACCGATTACCGTCCCGGCTGGTTCACTGAGCACAGCCTGCCGGAATTTGATATCGGTAATGCAACGGCCTGA	MNSHSEDRNAIKALINRFAESWMNGTGQFHAADFSSVCHFYSSHHGNATGFNALSAALAEDTRSCPMQGRLSNVYVGVRNDKAVASFYAFGLLGQDNRNLFLFGSTQVLQLSRIENRWQIDEIRLVINWSKGNPVHVPHWQNLPVQSGWQMGFDAPAMISELHAPWVVLPDIPPPDNLQEALEKLYYRYAFSVDQNDMMLLKSSYSEDIAGGFAPVGNLSGRDQVIGTLKNFRHIAPYWQHFAEVVRFEEEPDGQHVKLIVARIIPEHPVDDAGNTVYGAHYQLRARKTSTGWQFCWTDYRPGWFTEHSLPEFDIGNATA				NA	NA	NA	NA	NA
AK237_03540	957	fgd_1		F420-dependent glucose-6-phosphate dehydrogenase	ATGAAATCATTACCACAAACCGGAGCCTGGAAACGGGTATTCAGCCCCGGCAAACTCTCTATAGGTCTGTTAACGCCCATTGAAGCCTACCCTGATTCGCCGTTTCCCACGCTGGAAGACCATCAGATGATGGCAAAACTGACTGAAGATTCCGGGTTTGCCAGTATATGGATACGGGATGTACCGTTTTATGATCCGAATTTCGGTGACGCGGCGCAAATGCTCGACCCGTTCGTGTACGCGGGCTATCTCGCAGCATCCACCAGCAACATAGCGCTGGGAACCGCCGGTATTGTTACACCGCTGCGAGAACCCATTTCCCTTGCCAAACAGGCGGTGACGACCGATGTACTCACCGGCGGGCGTTTTATGCTGGGACTGTCTACCGGCGATCGCCCGGTGGAATATCCGGCGTTCGGCGTTGACTTTGAAAGTCGCGGTGCACGTTACCGGGAATCCGTTGCGCTGATCAACGAACTGCATCAGAAACGCTTTCCACGGGTGCAGACTGAAAACTTCGGCACCCTGTCCGGAAACCTCGACATGTACCCGAAACCGGTAAACGGCCGCTTGCCCATCATTGCGATTGGACGTTCCCGTCAATCATTGGAATGGCTGGCTAATAACGTCGACGGCTGGATTTGGTCGGTGGACAACGAACAGGCGATAACTGAGATTGTATCAACGCTTAAGCAGGCGACCACCGATGGTGACGCGCCGGGCTACGGCTATTCCACCTTCTTTGATTTAGACAACAATCCCGATGCCCCCTACCAGCGCTTTTACAATGTGGTCAGAATTGGTCGCAACGCGCTGCTGGATCGTTTGCGCCATCATCGCGAACTCGGCGTCCAGCATATCGCACTGAATCTGAAACCCTCTTCCCGGTCTGCACAGGCTGTGATTGAAGAGTTCGGCGAATACATTCTGCCTGAGCTCAGTAAGGAGCAGCAATGA	MKSLPQTGAWKRVFSPGKLSIGLLTPIEAYPDSPFPTLEDHQMMAKLTEDSGFASIWIRDVPFYDPNFGDAAQMLDPFVYAGYLAASTSNIALGTAGIVTPLREPISLAKQAVTTDVLTGGRFMLGLSTGDRPVEYPAFGVDFESRGARYRESVALINELHQKRFPRVQTENFGTLSGNLDMYPKPVNGRLPIIAIGRSRQSLEWLANNVDGWIWSVDNEQAITEIVSTLKQATTDGDAPGYGYSTFFDLDNNPDAPYQRFYNVVRIGRNALLDRLRHHRELGVQHIALNLKPSSRSAQAVIEEFGEYILPELSKEQQ				NA	NA	NA	NA	NA
AK237_03541	459			hypothetical protein	ATGACAACAGAACGTCAGCAACAACGAATCCACGCATTGCTCGATAAAGAAGAAATACGTGCACTACGCCACCACTACAGCGAGTTACTCGACAGCGGTGAAGCAGACAGAATGGGCGAAGTGTTTACGTTGGATGCGGAAGTAAAAGTCACCGTTGGCAGCATGAAGGGCCTGACGGAAATCAGTCACAGTCTGAAAGAAGCTTATCGCTCGTTCGATACACGGGCGCGGGAACATTTTCCGTTTATGCATGCGGTTACCAATCATCAAATTACCCTGACGGGCGAAAATACAGCAACCGGTAGCTGCTATCTGCTCGACTTTGTCACCGACCGTCCGCAGCAATCCCACCCGGTACTGCTGCTGGGACGATACCTCGACAACTATGTGAGGGTTGAGGGTGAATGGCGAATTGAAAAAACCGAGCTGGATGTTGTCTGGCCGGCCGAAAATGCATAA	MTTERQQQRIHALLDKEEIRALRHHYSELLDSGEADRMGEVFTLDAEVKVTVGSMKGLTEISHSLKEAYRSFDTRAREHFPFMHAVTNHQITLTGENTATGSCYLLDFVTDRPQQSHPVLLLGRYLDNYVRVEGEWRIEKTELDVVWPAENA				NA	NA	NA	NA	NA
AK237_03542	1080	nemA_2	COG1902	N-ethylmaleimide reductase	ATGCATTTGTTCGATAAACTCAATACGCCGGCGCTTGCACTGAATAACCGTATTGCGATGGCACCCATGACGCGATCCCGGGCGAAGACGGGTATCGCCGATGAGATGACTGCGAAATATTATGCTCAGCGCGCAAGCGCGGGATTGCTGATCACTGAAGGCACTCCGGTATCACCGCAGGGTAATGGCTATCTGTTCACCCCGGGAATTTATTCCGATGAGCAGGTCGCTGGCTGGCAAACCGTTACCCGCGCCGTGCATCAACAAGGCGGCCGCATTTTTGCCCAGCTCTGGCACGTAGGCAGAGTGTCCCATGCCTCCATTCAGCCTGATGGCAAAGCGCCGGTCAGCAGTGTGGATATTCAGGGGGGTACCGCCTTCGCCTATGATGATGACGGCAATCCAGCCCGCTTATCTGCAACGCGACCAGAAGCGATGAATGAACAGGAAATTCACGACATCGTTGAACAGTTCCGTCTGGCAGCTGCGAACGCCGTCAAGGCTGGCTTTGACGGTGTGGAAATTCATGGGGCCAACGGGTACTTGTTCGAGCAGTTTCTTAATGGCGGTTTGAATACCCGTACGGATAGTTATGGTGGTCTTCAGGTGGAAAACCGCGCCCGGTTATTACTGGAAACCGTCGATGCCGTAATCGACGAAATCGGTGCGGAAAAAACAGGTGTTCGTCTGTCACCGTTCCACCGCAACCTCGATATGCCGTTTCAGGCAGATACCGAAGAAACCTATCTTTACGTTGCGAAAGCACTAAATGAAAGAGGCTGTGTGTACCTTCACATCAGTCTTGAAAATGACACTATCCCATCCGGCCTGCTTAACAAAATCCGCCAGGTTTATCGTGGCGTGCTCATTGCTGCGGGCGGACTAACCCGGGACAGCGCAGAATGCTTACTAGGGGATAAACTCATTGATGTCGCCGCTTTTGGTACCCCTTACATTGCCAATCCGGACCTCGTGGAACGCATTTGTCTCGACTGGCCGCTCACCCAGGTCACCCGTGAAGCCTTTTACGGCGGTGGCGCTGAAGGTTATGTCGATTTTCCCCCTTACCAGCCTGAATAA	MHLFDKLNTPALALNNRIAMAPMTRSRAKTGIADEMTAKYYAQRASAGLLITEGTPVSPQGNGYLFTPGIYSDEQVAGWQTVTRAVHQQGGRIFAQLWHVGRVSHASIQPDGKAPVSSVDIQGGTAFAYDDDGNPARLSATRPEAMNEQEIHDIVEQFRLAAANAVKAGFDGVEIHGANGYLFEQFLNGGLNTRTDSYGGLQVENRARLLLETVDAVIDEIGAEKTGVRLSPFHRNLDMPFQADTEETYLYVAKALNERGCVYLHISLENDTIPSGLLNKIRQVYRGVLIAAGGLTRDSAECLLGDKLIDVAAFGTPYIANPDLVERICLDWPLTQVTREAFYGGGAEGYVDFPPYQPE	PGPT0005930_2165	DIRECT EFFECT	BIO-REMEDIATION	XENOBIOTICS_BIODEGRADATION	XENOBIOTIC_TOLULENE|DERIVATE_DEGRADATION	XENOBIOTIC_NITROTOLULENE_DEGRADATION,PGPT0005930-nemA-K10680	NA	NA
AK237_03543	996	fgd_2		F420-dependent glucose-6-phosphate dehydrogenase	ATGCAAAGTAAAAATATTCCTCTTTCCGTACTGGACCTCATTCCCATCGGCGAAGGTTTCTCAATCAGCGAGGCTATTGCTAACAGTACCCGCCTTGCGCAGGCGGCTGAAGCGGCCGGTTTTAACCGTTACTGGGTTGCTGAACACCATAATCTGAAGGATATCGCCAGTGCGGCAACCTCCGTCATTCTGAGTCACATTGGCGCAAAGACCTCGAAAATCAGACTGGGCTCGGGCGGCATCATGCTACCTAACCATGCGCCACTGGTAGTTGCCGAACAGTTCGCTACGCTGGATTCGCTATATCCGGGCCGTATCGATCTCGGCCTCGGCAGAGCCCCGGGCACGGATATGGAGACCGCCCGCGCACTGCATCGGGATTTAAAAACCAAAGGCACAGACTTCCCCGAAATGCTCGAAGAGCTGCAATATTTCTTTTCTGCAGAAAGCGCCAACAAGCGCATTAAGGCGGTGCCTGGAGCAGGATCGTCGGTGCCGGTCTGGTTATTAGGCTCCAGCACATTCAGCGCACAGTTAGCCGCGAAAAAAGGCTTACCTATGGCCTTTGCTGCCCACTTCGCCCCGCATGCCATGCAGGCGGCCATCAGCCATTATCGTGAAAACTATCAGCCGTCGGCGCAGTTCCCCGAACCCTATGTGATTGTGTGCATTAACGCTGTGGGTGCAGATACGCAGGAACAGGCTGATTACCTGGCCACTACTGAACTGCAGAAATTCCTGTCGCTGGGGCGTGGTACAGAACAGTATCTGCCAAAACCGGTTGACGACATGAATGTAATCTGGAGCCCATCCGAGGCGATCCGCGTTAAGAGCCAGCTGAGAGAATCCATCTGGGGTACCCGCGAGGTGATTCGCCAACGTCTTACCGCTCTGGTGAACCGCTCCGGCGCCGACGAAGTGATGGTCAATTCCTGGATCCACGATCCTGAAGCGCGTATTTACTCGCATCAGGTCATTGCTGACGCATGGGTTTAA	MQSKNIPLSVLDLIPIGEGFSISEAIANSTRLAQAAEAAGFNRYWVAEHHNLKDIASAATSVILSHIGAKTSKIRLGSGGIMLPNHAPLVVAEQFATLDSLYPGRIDLGLGRAPGTDMETARALHRDLKTKGTDFPEMLEELQYFFSAESANKRIKAVPGAGSSVPVWLLGSSTFSAQLAAKKGLPMAFAAHFAPHAMQAAISHYRENYQPSAQFPEPYVIVCINAVGADTQEQADYLATTELQKFLSLGRGTEQYLPKPVDDMNVIWSPSEAIRVKSQLRESIWGTREVIRQRLTALVNRSGADEVMVNSWIHDPEARIYSHQVIADAWV	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
AK237_03544	720			hypothetical protein	ATGAGCATAAAAACCGGCGGTGCAAACGTGCATCCAGCCATAAAAGAAATCATCCATCACTGGTTTGCCTTTTTCGAAGGCGAGACGGTGCCAGCCGGGAAGCAGCTGGATATTTTTGAAGACGATATTCAACTGGTGCATGCCGGGCAGCACATGCTGGCCAGGGGAAAACAACAAATGCTGTCCTGGCTGAAGTCGGTGCCGCCGGAGGTCAGCTCTCACTTTGTTGAAGCGATCGAAGCTGAGGTGGTGCACGAGCGAACGTTTAAAGTGAGCTGGCAAACGCCGTATCAGGCAAAGCGCGATGAAGGCAGCCTGGCCGGCGCCATTATTCGTTACCACACGCTGGTAACGCTGGATAGAAATGGCCGGGCACGGTTTGCATTTATCCAGAAAACACCGGTGAGCAGCAATCCAGAGACCATATTCCGCAGTAGCTTCAGTGAGCACCGGGCGGGGGCGCTGAGTTGTTACATTCAGGCAAGCATTCAGCAGGGTAAAAGTACGTTATCGTCTGAGCTGTTCGCCACAGGGCAATGCGCTGAACAGGTCAACGATCTGCTATCAGCGCCGGGGGACAAGCATTGCTGTTTGCTCCGTTTCAGCTGCGGAGAATCTCCGGACCTGTTGCTCATAACGGAAGCCAGCCAGTACAGGCTGTCGCTGGCACCGCGAAATGGATGGTATCCGTTGATAGAGAAAATCGTGCGTGTTGAATAG	MSIKTGGANVHPAIKEIIHHWFAFFEGETVPAGKQLDIFEDDIQLVHAGQHMLARGKQQMLSWLKSVPPEVSSHFVEAIEAEVVHERTFKVSWQTPYQAKRDEGSLAGAIIRYHTLVTLDRNGRARFAFIQKTPVSSNPETIFRSSFSEHRAGALSCYIQASIQQGKSTLSSELFATGQCAEQVNDLLSAPGDKHCCLLRFSCGESPDLLLITEASQYRLSLAPRNGWYPLIEKIVRVE				NA	NA	NA	NA	NA
AK237_03545	912	dmlR_10		HTH-type transcriptional regulator DmlR	ATGCAGAATTTAAATAATATCGGCAGTATTACCGCCTTTGTGACCACTGCAAAAAGCGGCAGTTTTACCGCCGCAGCTGAGTTGCTCGGGCTGACAAAATCAGCCGTGGGAAAATCGGTGGCGCGGTTAGAAGGGCATCTCGGTATTACGCTTTTCCATCGCACCACAAGGCGGCTGAGCCTGACGCCGGAGGGTGAACGTTATCTGGAAAGCTGCCAGAATGCATTGGATATTCTGCAGCATGCCGAACAGGAGTTAACGTCGCGGATAGCCCGTCCATCAGGCCGTTTGCGGGTAGATTTACCTGCCGCATTCGGTCGTAAACGATTACTGCCGGTGCTGCTGGAAATCGCCAGACGCTATCCGGAACTTACCCTGACATTGTCGTTCAGCGAGCGTTTTGTTGACCTGATTGATGAAGGTATTGATCTGGTGGTGCGTATCGGCGAACTGGATGACAGCAGTACGCTGGTTGCCCGTAAACTCACTACACAAAAGCTGGTGGTCGTCGCCTCGAAAAGCTACCTGAATTATCACGGTATACCCGAAACACCGGATGATCTGAGTCATCACCGGACCGTGGTCGGCTTTCGTCGCAATCAGCCGGTGTCGTGGATCCTGAAAGATACTGCAGGTGTACTGAGCCGAATCACGCCGCCAGCCACGCATGAGTTTGCTGACGGGGATGCCATGTTAACCGCCGTACTCAACGACGCCGGTTTGTCTCAGTTACCGCTGTGGCTGGTGGGAGAGCACATTGCCAGCGGCGAGCTTATCACCGTGCTGGACAATTATGCCGGCGGCGAAATGCCTATTAATGCACTGTGGCCGAAAAGTCGCCAGTTGCTGCCTAAAATCCGCTATGTGGTGGATGAACTTGTACATTGTGCCGCAGACGGTAGATTCGGCTAG	MQNLNNIGSITAFVTTAKSGSFTAAAELLGLTKSAVGKSVARLEGHLGITLFHRTTRRLSLTPEGERYLESCQNALDILQHAEQELTSRIARPSGRLRVDLPAAFGRKRLLPVLLEIARRYPELTLTLSFSERFVDLIDEGIDLVVRIGELDDSSTLVARKLTTQKLVVVASKSYLNYHGIPETPDDLSHHRTVVGFRRNQPVSWILKDTAGVLSRITPPATHEFADGDAMLTAVLNDAGLSQLPLWLVGEHIASGELITVLDNYAGGEMPINALWPKSRQLLPKIRYVVDELVHCAADGRFG	PGPT0031690_1	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_IRON_RESISTANCE	IRON_RESISTANCE-MALLEOBACTIN_METABOLISM,PGPT0031690-mbaP-NA	NA	NA
AK237_03546	354			hypothetical protein	ATGTTACGAATAAAGCTGATTTTCGCTAAATCAGAATTGAACGCAACCCTTGAAAATACAGTCGTAGCGCGACAGTTTTGTGAGCTTCTTCCTTTAACGCTTTCTCTGGAAGATTTTGCCACAACAGAAAAGATTGCTTACCTCACGGAAAAGCTGGATACGTCATCAACCTCGCCTGGTTACGCTGCTATGAAGGGTGATATTGCCTACTACGCACCATGGGGTAATCTTGCGCTATTTTATAAAAATGGCAGCTTCGCAAAAGGTTTAGTTAAACTCGGCAAAATCGATTCTGGCATCGCGCAGTTAACCGGATATGAAAAGATAGATGTTAAAATTGCTTTAGTAGATTAG	MLRIKLIFAKSELNATLENTVVARQFCELLPLTLSLEDFATTEKIAYLTEKLDTSSTSPGYAAMKGDIAYYAPWGNLALFYKNGSFAKGLVKLGKIDSGIAQLTGYEKIDVKIALVD				NA	NA	NA	NA	NA
AK237_03547	1317			hypothetical protein	GTGTTTCTGGAATATGCACCTCACGCGAGTCTCTGGTTTCCTCCTGCCGGACTTACCTTTGCTGCATTCTTACTGATAAACCGCAGGGCTGCGACGCTGGCTGTCTGGCTTGCCTGTATGCTCTCTACGTTCTGGGAAAACAGCTTATTTAATACAGCTAGGGATACCGCTGAACTGTTAACGTCCGGCGGTATCTTCGCTACCTTACACACGTTCTTGTATGGTGGAGGTGCGTTACTGCTTAAGCGCCAGATGGCGCTGGCAACGTCTTATAATTTGGTTACTATTGTGATCAGATTTTTGCTGATAGCCGCTGTCAGCAGCCTGATTCTGGCGGCAAGTGGTTTAACGCTTATTTATGCCTACGATGGTATTGACAGCCTGCTTGCCTGGTGGATTGGTGATATGACAGGCGTAGTAGTTATGACACCAATCTTTGTGGGCATGGTAAACCGTTTATCACCACGTCATGCATTGATGCCCAGTATTAATTTTTATGATCGCCCTAACGCCCTTTCAACGTTCGTCTGGAAATTGGTACTGACAGGAATGCTCTTGAGTGTAATTTTAATTACCGCAGAGTGGCTTAACTCAGAGGAAATAGCCTGTTTCATTTTTTTCCTCGCTATTCCTATCACTTGGATCGTATTTACAGAGACGCCTTTCAGAGCCAGTATCAGCCTGGCTGTGGTGAGTGTTTTAACTGCGGGAATAGTGGCGATTATTGGTGTAGATACCCAAGCTTATATTTATCAGTTTGGTATAAACGTACTCGCTTGTAGTGCGTATTTTGCTATGTGTGTTCCTGCGCTGGCGGCTGATAATCGGGCTCTGTTTGAAAAAGTACATATAGATTATCTGACGCAGGCCGTAAACCGTGAATACTTCACGGCTCTGGCAGAACAGCAGCTTAAATACGCGGCACGTTACGACAAGCCGGTCAGCCTGATTGTGTTTGATGTGGACAAGTTTAAAGTAATTAACGATACCTACGGCCATTCTTTAGGTGACACAGTACTCAGAGAGATTGCCATTTGTGTGCGTCAAAAGTTACGCAAAAGTGATGTGTTCGGGCGGTTTGGCGGAGACGAGTTTGTATTGCTTTTGCCACAAACGAATGCGGAGAAGGCCAGGCAGGTTGCCGCTATGTTAAAAGAAAACATCTCACAACTTTCGTTTGCTGGTTTTGAATTTACTGCCACTTGCAGTTTCGGCGTTGCAGAAGCAACCCCGGGCGCTCCGTTTGAGCATACTTTTGATGAGGCTGACAGAGCACTTTACGATGCAAAAAAAGCCGGCCGGAACCGCATTAGGTAA	MFLEYAPHASLWFPPAGLTFAAFLLINRRAATLAVWLACMLSTFWENSLFNTARDTAELLTSGGIFATLHTFLYGGGALLLKRQMALATSYNLVTIVIRFLLIAAVSSLILAASGLTLIYAYDGIDSLLAWWIGDMTGVVVMTPIFVGMVNRLSPRHALMPSINFYDRPNALSTFVWKLVLTGMLLSVILITAEWLNSEEIACFIFFLAIPITWIVFTETPFRASISLAVVSVLTAGIVAIIGVDTQAYIYQFGINVLACSAYFAMCVPALAADNRALFEKVHIDYLTQAVNREYFTALAEQQLKYAARYDKPVSLIVFDVDKFKVINDTYGHSLGDTVLREIAICVRQKLRKSDVFGRFGGDEFVLLLPQTNAEKARQVAAMLKENISQLSFAGFEFTATCSFGVAEATPGAPFEHTFDEADRALYDAKKAGRNRIR				NA	NA	NA	NA	NA
AK237_03548	318	trxA_2	COG0526	Thioredoxin	ATGTCCGTAACTTCTATTAGTAACAAAAATTTCGAATCGTTAGTCAAAGCACCCGGCGTAAAGCTGGTTCGTTTCTGGGCATCATGGTGCCCGCCATGCATGATGATGGCCCCGATGTACAAAAATGCTGCTGCAGATATTGGTGACAAGGCACTGCTTGGTGAAGTAGATGTGGTATCTGAACCGGAAATTGCCAATATGCACAATATTCGCAGCATCCCAACCGTGGTTGTTTATAAGAACGGTGAGATTGTTGACCGGATTTCCGGCGTGATGAATGAATCTGAAATTCTGCAGCTAATCGATGCTGTAGTCTGA	MSVTSISNKNFESLVKAPGVKLVRFWASWCPPCMMMAPMYKNAAADIGDKALLGEVDVVSEPEIANMHNIRSIPTVVVYKNGEIVDRISGVMNESEILQLIDAVV	PGPT0013055_4559	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-THIOREDOXINES|THIOESTERASES,PGPT0013055-trxA-K03671	NA	NA
AK237_03549	1194	ydhP_2	COG2814	Inner membrane transport protein YdhP	ATGCCTATTGCACTTTATGCCCTCGCCGCTGCCGCATTCGCCATTGGAATGGCGGAATTTGTAGTAGTCGGGATCCTTCCGGCCATTGCCGCCGACATGCATGTTGACCTGCCTACCGCAGGTCAGCTCGTATCCCTGTATGCCCTTGGGGTTGCCATCGCTGCCCCCGTTCTGACTGCCGCCACTGGCAGGATAAACCGACGCACTTTATCTGTGGGTCTGATGATCGCTTTTGTTGGCGCTAACCTGATTGCCTGGAAGGCAGAAAGCTATTTCATGCTGCTGATAGCCAGAGTGCTGGCGGGCATGGTTCAGGGTGTGTTTTATTCCATGGCCACAGTGCTGGCAGCCGGGCTGGTTAAAAAGGAGAAATCCGGACAGGCAATAGCCCTGGTTTTTGCTGGCCTCACAGTGGCCCTGGTTTCCGGCGTGCCGCTGGGTACCTTCATTTCCGATATGTTTGGTTGGAGAGCCACTTTTCTGTTTATCAGTGCTCTCGGATTAGCTTCGGCTATTGCGCAATGGTTCCTGTTACCGGCTCAGATAGAACGTCCGGAGCCTGCCAGTCTGATGAAACAGCTCAGCGTGGTTCTGGTGCCTCGCATGATGCTGGTATTTGCCATTACCTGTCTGGGTTATGGCGGCGCTTTTATTGCCTTTACCTATCTGTCTGAAATTCTGCAGTCCGTTACTGGATTCACTGTCAGTGAAGTCAGTGCCGTTCTTATTATCTATGGTGCAGCGGTAGTTTTCGGAAACATCTACTGCGCCCGACTTGCCGCCTCACAGGGGCCAATTAAGGCGCTGGTCATTATGTTTGCCATTCTGAGCATTGTATTAGCGCTGATAGAACCCGTTGCTATTAATCCCTATCTTATGGTGCCTCTGCTGATGGTGTGGGGCGCAATGGCTTTTGGCAGTATTCCGGTTTTGCAGCTTTATGTGGTTCAACAGGCTGAACACCATGCTCCTGAGTCTGTGGATGCTGCCTCAGGTATGAATATCTCTGCCTTCAATGCCGGCATTGCCCTTGGCGCGTCGGTTGGCGGAATAGTCGTGGCACAGTTCGGTCTGCTCGCTACAGGAATCGCGTCAGCCGTTGTTGTTGCGTTCAGTATCCTGCTGGTTCTTCTCAGCGGCTACCTGGATAAAAAGCAAAGCTATACGGGAGCTGCAACTGCCTCGTCTCAGTAA	MPIALYALAAAAFAIGMAEFVVVGILPAIAADMHVDLPTAGQLVSLYALGVAIAAPVLTAATGRINRRTLSVGLMIAFVGANLIAWKAESYFMLLIARVLAGMVQGVFYSMATVLAAGLVKKEKSGQAIALVFAGLTVALVSGVPLGTFISDMFGWRATFLFISALGLASAIAQWFLLPAQIERPEPASLMKQLSVVLVPRMMLVFAITCLGYGGAFIAFTYLSEILQSVTGFTVSEVSAVLIIYGAAVVFGNIYCARLAASQGPIKALVIMFAILSIVLALIEPVAINPYLMVPLLMVWGAMAFGSIPVLQLYVVQQAEHHAPESVDAASGMNISAFNAGIALGASVGGIVVAQFGLLATGIASAVVVAFSILLVLLSGYLDKKQSYTGAATASSQ	PGPT0028991_1816	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
AK237_03550	600	comR_2		HTH-type transcriptional repressor ComR	ATGGCAAAAGCAGGTCGACCAAGACAATTTGATAAAGACACGGCTATTGATGTGGCGATGAACACATTTTGGGAGAAAGGCTTTGAAAGCACGTCTCTGGCTGATCTGAGGGAGGTACTAAACCTCTCATCAGCCAGCTTCTATGCAGCCTTCGGCTCAAAGAAAAAGTTATTTGAAGCCTGCATTGAACGCTATGCACAGACGTGCGGGGAGATGACTTCCTATCTCGATGACACAACCGTTTCCGCCCGGGAAGCGATGCAAAATATGCTGAGCGCGACTATTCGTGTTCAGACATCCAGCACTTCACCCTTAGGATGCATGGCGGTGTTGTCCGGGCAAAATTGTCTGGATAGCAATAAAGACGTCGAGGCCCTGTCTTCGAAGGTAAGACTGGAAACCAGGGAGGCGATGTCACGATGCATCAGTCGCGCAGTGAGCCTGGGAGAACTGCCTGAGTCCACAGATATTGAAGCGATGACGATGATGTTCGACTGTTTTGTGAAAGGGATATCCGTTCAGGCCCGGGACCGGATCAGTGAGCAGTCACTGCTCAATGCCGCTGACTGTCTGATGCAATGCTGGCCACCCTGTCATTGA	MAKAGRPRQFDKDTAIDVAMNTFWEKGFESTSLADLREVLNLSSASFYAAFGSKKKLFEACIERYAQTCGEMTSYLDDTTVSAREAMQNMLSATIRVQTSSTSPLGCMAVLSGQNCLDSNKDVEALSSKVRLETREAMSRCISRAVSLGELPESTDIEAMTMMFDCFVKGISVQARDRISEQSLLNAADCLMQCWPPCH	PGPT0004136_310	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_COPPER_RESISTANCE	COPPER_RESISTANCE_MEDIATION,PGPT0004136-comR|ycfQ-K22041	NA	NA
AK237_03551	426			hypothetical protein	ATGAATATTAAACTGAATTCTGTCTGGTCTGATGGCAAAGCGGGTACCGGTAATATCCGCAGTGAAGGTCTTGATGCGACCGTCTCTATTCCTGCAGAGTATGGCGGTGCAGGCACTGATTCGAATCCGAAGGAGTTGTTCGTTGCCTCTACCGTGGCATGTTTTATCTCAACTCTCACGGCCATGATTGCCGGTAAGAAACTTGAGATCGTTTCACTCAGCGTGGATACACAGGCAAAAGCCGATGATGATGATTTCAATATCGTTCATGTGGCGCATGTGAAACTCCCTGCAGGAGCACCAGAAAGTGATATTGAGAAAGCTGAAGGGCTGATTAGCAAGGCGGATGAAATTTGTATCGTCGGCAATCTGGCAAGAAAAGCCGGTGTCAAAATTAAAGCCGGGGCAGATGTTTCAGTAGTCTGA	MNIKLNSVWSDGKAGTGNIRSEGLDATVSIPAEYGGAGTDSNPKELFVASTVACFISTLTAMIAGKKLEIVSLSVDTQAKADDDDFNIVHVAHVKLPAGAPESDIEKAEGLISKADEICIVGNLARKAGVKIKAGADVSVV	PGPT0013160_1661	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
AK237_03552	483			hypothetical protein	ATGGACATAATCGGGTTTTGTTTATTTGTCGGCATTGGCTCTACTATCGCGCTGGATATATGGGTACTGTTGGTGGAGAAGTTAACAGGGATCTCTCCAACTAACTGGGGAGTGGTCGGGCGATGGATAGCAGGAATGCCGTCAGGTCACCTAGTGTTACGTCAGTCAGATAAGCCAATCAGCGGAAGTGAGAAAGTGATTGGGTGGCTATTTCATTATGTCGTGGGTATCGCCTATGCCGGCCTGATTTTGTTGTTATTCGGAACAGGCTTTATTGAAAACCCTGAGTGGTTTCCGGTCATCATCGTGGGATTAGTGCTTTCGACCTTTGCCGGGCTCGCGATTCTGATGCCCGGCCTTGGCGGTGGCTTGTTTGGCAGATTAATGCCGGATAAGCTGATTACCTATGGCTATCTCGTTATTGCTCATGGCGTTTTCGCCATTGCACAATATTGTTTTAGCCATGTGGTTTTGACACTATAG	MDIIGFCLFVGIGSTIALDIWVLLVEKLTGISPTNWGVVGRWIAGMPSGHLVLRQSDKPISGSEKVIGWLFHYVVGIAYAGLILLLFGTGFIENPEWFPVIIVGLVLSTFAGLAILMPGLGGGLFGRLMPDKLITYGYLVIAHGVFAIAQYCFSHVVLTL				NA	NA	NA	NA	NA
AK237_03553	825		COG1082	L-ribulose 3-epimerase	ATGAGCAGCAATAACGAATTAATAGCTGGCGTTTGTTCGTGGACTCTCGGCATTAATGATCTTGAAACATTGATGGCGACTACTGCAGAAATGGGTTTTAACGGTATCCAGTATTGCGAGTCTATTGGTTTGCACTCTGCGGCGTCTGTAAAAGCTATGGCAAATAAATATCAATTAGCGTTAATTATTAACGATCCATTTGATTGTGGCCCGGGGGGTGAAAATGGCTTTGCATCCTTTACTAACGCGGTAGCATATTTCAAGCGTGCGATTGATTTCGCTGCGGAGTTGGGGTGTGGGCAGACCTTACAAGGATTGGGAGCCTGGACGAAAAACTGCAAATCACAACAGGAAGGTTGGGACTTCATTGTCAGTGCTGTACGGGAACTATCGGCATACGCCAAAACACGTGGAGTCAGCCTGAGTTACGAACCCTGCAATTTATATGAGGTACCTTTTATTCACACAGCAGCAGAATACGAGCAACTCGTTCAAGATACTGGTACTCATGATTTAAAGATTTTACTCGATAGTTTTCACATGAACATTGGCGAGCGGGAGCCGTTTAAAGTTGTGGAGCAATTCGCCTCCCGCAACTCCGTTTTTCATGTTTCAGGTTCAAATCGGGAAGGTATAAAGCAAGGACATATTGATTTTCACCGTTATTACAACACACTGAAGGCTGCTGGCTTTAGTGGCCCCATTGTCTTCGAATGTGTTTTAAGTGGCAACCCGGTGAATACACCACCCCGAAATGAAGGTGAAATGACGCGCTTAAAAAGTATTCTTACGGAAAGTCTTTTAATTTGGCAGAGTTACGCTTAG	MSSNNELIAGVCSWTLGINDLETLMATTAEMGFNGIQYCESIGLHSAASVKAMANKYQLALIINDPFDCGPGGENGFASFTNAVAYFKRAIDFAAELGCGQTLQGLGAWTKNCKSQQEGWDFIVSAVRELSAYAKTRGVSLSYEPCNLYEVPFIHTAAEYEQLVQDTGTHDLKILLDSFHMNIGEREPFKVVEQFASRNSVFHVSGSNREGIKQGHIDFHRYYNTLKAAGFSGPIVFECVLSGNPVNTPPRNEGEMTRLKSILTESLLIWQSYA				NA	NA	NA	NA	NA
AK237_03554	861	dnhA		2,4-dinitroanisole O-demethylase subunit alpha	ATGCGCTTATATTCAACTATTTTCCTGATACTGATATTCATATCGGGAAATGGCCTTACAGAAGAAACCAGTGACTACTCACTTGAGCCGGTAAGTGACAATGTCTACCGCTATGTGGCCGGTAACTATCGTGCTTTAGTTATCGTTACTCGGGACGGCATTGTGTTAGTCGATCCGCTGAATTCCGACGCCGCAAAGTGGCTAAAGAGAAAAATTAAAGAACGTTTTAACAAACCGGTTAAATATGTAATTTACAGCCATAGTCACCATGATCATAGTTATGGCGGCGAAGTCTTTGACGATGGTAATACTGTTTTTATCAGCCATGAACGGGCCCGGGACAACCTGGTTCGAACTCAGGCAGAGACAACAATACCATCTTTGGTGTTCACCGATACGTTTACCTTACATGCAGGAAATAAACGGATTCAACTTGAGTACCTGGGACCCAATAACGGTTATGGCAATGTTGCAATACGTGTGCTGCCAGACAATTTATTAATGGTTGTAGACTGGATAACACTGGGAAGACTGCCATATAAAGACCTGATGGGATACGATATCGAAGGCATGCTGACATCCACGAACATAGTATTGAATGAGCCTTTCGACCTTTTTATCGGTGGTCATGCTGACATAGGCAGCTATGAAGATGTGGAAAACTACCGTAATTATCTGGTTACGCTGCATCAAACCGTTCTTGACGGTATTATCGAAGGGAAGAGTTTGCAGGAAATCCAAAAGACAAGTGCGTTGGAGCCGTGGTCTGATCTGAAAATGTATGACGAATGGATAGCACTTAATATTGAAGGCGTTTACAACCAGCTGATATCCCAATCTTATTTGAAAATGCGCAAGTAA	MRLYSTIFLILIFISGNGLTEETSDYSLEPVSDNVYRYVAGNYRALVIVTRDGIVLVDPLNSDAAKWLKRKIKERFNKPVKYVIYSHSHHDHSYGGEVFDDGNTVFISHERARDNLVRTQAETTIPSLVFTDTFTLHAGNKRIQLEYLGPNNGYGNVAIRVLPDNLLMVVDWITLGRLPYKDLMGYDIEGMLTSTNIVLNEPFDLFIGGHADIGSYEDVENYRNYLVTLHQTVLDGIIEGKSLQEIQKTSALEPWSDLKMYDEWIALNIEGVYNQLISQSYLKMRK				NA	NA	NA	NA	NA
AK237_03555	588			hypothetical protein	ATGACAGATCTACAATCTCAAGCCGCCTTCATTCGCGAACTCGATCATCTTAAAGCCGTTAAACGTCAGGTTCGACTGCCCAGCGATAATGACAGACAGGAAAACAGCGCTGAACATAGTTGGCACGTGGCATTGATGGCATCTGTACTGGCGCCTTATGCGGAGCAAGAGGTTAACATTCATCGCGTGATCCAGATGATTCTTATTCATGACCTGGTAGAAATTGATGCTGGCGATATGTTTGCTTTTGCTGAAGCGGCCCACCATGCAGAGCAGGAAGAAAAAGAGTTCGCCGCCGCAGAAAGAATTTTCGGATTACTGCCCGACGCACAAGGCAAAGCACTGCTAGCGTTATGGCACGAGTTCGAAGCTGCTGAAACCCCGGATGCAAAATTTGCCAAAGCCATGGACAGAGTACTACCCGTTTTTCAGAACATGGCCGCCGAAGGTGGAAGCTGGGTACGTCATGGCGTGGCGAAAGAGAAAATTCTTGCCCGCAACGCGCATTTGCAGCAAGCCGCCCCGAAACTGTGGTCCTACGTCAATGAACAACTTGATTTAGCCGTTGAGAAAGGATGGCTTAAGTAA	MTDLQSQAAFIRELDHLKAVKRQVRLPSDNDRQENSAEHSWHVALMASVLAPYAEQEVNIHRVIQMILIHDLVEIDAGDMFAFAEAAHHAEQEEKEFAAAERIFGLLPDAQGKALLALWHEFEAAETPDAKFAKAMDRVLPVFQNMAAEGGSWVRHGVAKEKILARNAHLQQAAPKLWSYVNEQLDLAVEKGWLK				NA	NA	NA	NA	NA
AK237_03556	624	dsbA_1	COG0526	Thiol:disulfide interchange protein DsbA	ATGAAAAAATTTGCTTTATTTCTGTTGGCTGCCCTGCTTATTCCCTTGCAGGCCTGCGCAGATGACGTTAAATGGAAAGAAGGTACGCACTATAAAGTGCTGGATGAACCGGCGACAGCCAAACCGGAAGTGTATGAATTCCACTCATTTTGGTGTGGCCACTGCTACCGCTTCGAACCGGTGGTTGCTGAAATCAAAAAAGATTTACCAGAAGGTACCAAGTTTACGAAAGTACACGTGAACTTTATGCCAGGCGCATCTGAAAACGTACAAAACGACGCAACACGTGCGATGATGATAGCCCGGGCAATGAAAGAAGAAGATAAGTTAAATACTGCTATCTTCAAGTACATTCACGAACAGCGTGCCCCGGTAACTGGTTTAGCAGATTTGAAAAATTTGTTCGTGGTTAACGATGTTGACCCGGCTGAATTTGACAAACTGGCCAGCAGTTTTGGTGTGAACAATATGGTTGCTAAAAACATCAAAATTCAGGATCAGTATCGTGAATATGTTCGCGGTACACCATCATTTATTGTTAATGGACGATATCAAGCGACCTTTACTAAAGATATGACGATGGACGACGTGAAAGACTTAATTGTTTGGCTGACCAAACAATAA	MKKFALFLLAALLIPLQACADDVKWKEGTHYKVLDEPATAKPEVYEFHSFWCGHCYRFEPVVAEIKKDLPEGTKFTKVHVNFMPGASENVQNDATRAMMIARAMKEEDKLNTAIFKYIHEQRAPVTGLADLKNLFVVNDVDPAEFDKLASSFGVNNMVAKNIKIQDQYREYVRGTPSFIVNGRYQATFTKDMTMDDVKDLIVWLTKQ	PGPT0015115_1208	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL_PEPTIDES,PGPT0015115-dsbA-K03673	NA	NA
AK237_03557	1008	rdoA	COG2334	Serine/threonine protein kinase RdoA	ATGAACCAACAAAATTCCTCTATCGATAGCGCATCTGCAAGTGATTTCGCCTTTTCCGGTTTAAGTCCGGATACAGTGCTGGATGCCTTAGAATCCTGCCGGATTTACCCTGAATCCGGCTTACTGGCACTAAACAGCTATGAAAACCGTGTGTACCAGTTTAAAGCTGAAGATGGTCAACGGTTAGTCGTAAAATTTTACCGCCCCGGACGCTGGAGCGATGAACAAATATTAGAAGAACATCAGTTTGCTCTGGAACTCGCCGCCGCTGATATTCCCCTGGTAGCGCCCATGGCTATCGCAGGTAAAACGCTGCAACAGGCATGCGGTTTTCGTTTTGCGGTTTTCCCTTCGGTTGGCGGACGACAATTTGAAGTTGATAACCTCGACCAATTAGAATGGATGGGACGTTTTATTGGGCGCATCCACCGCGTTGCACAATCAAAACCTTTCCAATATCGCCCCGAACTTAACATCGCTAGTTTTTTAGACAAGCCCAGAGAAATACTCACGAGCAGCCGCTTGTTGCCCGGCCATTTGGAAACCGCCTTTTTTGCCATACTCGACCCACTGATAAAAGAAACCCGTCAACGGTATGCGACGTCGACGCACATTCGTCTTCATGGCGACTGCCACCCCGGCAACATCCTGTGGCGAGATGGCCCCATGTTTGTTGATCTGGATGACTGCAGAATGGGACCTGCAATTCAGGACTTATGGATGATGCTTTGCGGCGACAGACAGCAGCAACTGCTGCAGTTAGACGTACTTATTGAAGCCTATGAAGAATTTAATCCTTTCGATAATAGTCAGTTGGCACTCATCGAGCCGCTACGCGCAATGCGGATGGTGCACTATATGGCGTGGCTGTCCCAGCGCTGGGAAGATCCCGCCTTCCCCCGCGCATTTCCCTGGTTTGCAGAAGATAAATATTGGGAGGGTCAAATTTTAGCGCTTAAAGAACAACTCGCGGCCTTACACGAGCCGCCGCTAAAATTGGGTTATTAG	MNQQNSSIDSASASDFAFSGLSPDTVLDALESCRIYPESGLLALNSYENRVYQFKAEDGQRLVVKFYRPGRWSDEQILEEHQFALELAAADIPLVAPMAIAGKTLQQACGFRFAVFPSVGGRQFEVDNLDQLEWMGRFIGRIHRVAQSKPFQYRPELNIASFLDKPREILTSSRLLPGHLETAFFAILDPLIKETRQRYATSTHIRLHGDCHPGNILWRDGPMFVDLDDCRMGPAIQDLWMMLCGDRQQQLLQLDVLIEAYEEFNPFDNSQLALIEPLRAMRMVHYMAWLSQRWEDPAFPRAFPWFAEDKYWEGQILALKEQLAALHEPPLKLGY				NA	NA	NA	NA	NA
AK237_03558	1434			hypothetical protein	ATGAGCGAACAAATTCAGGTAAAAAATGTGTCTCCTGTTAAAGTCCACCAGCCTGCGGGAGGAACGGGTAAAAAACGCCAGTCTTCACGCAGTCAGATATACGTGCGCGCTGTAAAGGGGCCTATCGAAACCTTCCGTCGCTTATTTGGCTTTATTTTTCTTGGTCTTTTTGCCGTTATTCCCTGGATCCGCTACGACGGGCATCAGGCCATCTTGCTGGATATTATGGAGCAACGGTTCACCATTTTCGGACTCACATTGTGGCCGCAGGACCTGACATTACTCGCTTATATTTTTATTGTTGGTGCATTTGCCCTGTTTTTCGTGACCACATTCGCGGGCAGAGTATGGTGTGGCTTCATGTGTCCCCAAACCACCTGGGTATACATGTACATCTGGTGTGAAGAAAAAATCGAAGGGCCGCGAAACAAGCGTATAAAATTAGACGAACGGGAGATGGACTTTGATAAATTCTGGCGCAAAACGTTAAAGCATGCAGCGTGGATAGCCATTGCGCTACTGACATCGCTGACTTTCGTTGGCTATTTCACGCCTATCGCCGAATTATTCGTTGATTTCTTCACCTTCAATGCTGGCTTCTGGGCAGTTTTCTCAATCTTGTTTTTCACGTTTTGCACCTATGGCAACGCCGGATGGATGCGTGAAATCATGTGTACTCACATGTGCCCTTACGCCCGGTTTCAATCGGCAATGTTCGACAAAGACACCTTTACGGTTTCTTACGATTACAATCGCGGTGAAAAACGCGGCCCTCGCCCACGCAAATTAAAACACGAAGCGCTGGCTACACAAGAACTGGGCGACTGTATTGACTGCAATTTATGCGTTCAGGTTTGCCCCACTGGCATTGATATACGCAATGGGCTGCAGTACGAGTGTATTAACTGTGGTGCTTGTGTAGATGCCTGTAATGGTGTCATGGAGAAAATGGATTACCCTAAAGGGCTAATCAGTTTTACATCAGAAGAACGACTATCCGGTGGTACCACCCATATCGTACGCCCCAAGCTCATTGGTTATCTGGTGGTTTTACTGGTCATGGTAGGACTGCTGGTTGCCGATATCGCTACCCGCACGCCGCTTCAGGTTGATCTCATTCGCGACCGCAACTCGCTCTACCGTGAGAATGGCCGTGGCAATGTAGAGAATGTTTATACCATTAAAATTTTGAATAAGTCTCAAGACACACATACCTACAGCATAAGTGTTGACGGATTGGCCGATTACACCATTTTAGGCGAAACAACCGTGACTGTGGGTGGCGGAGAAGTCTTCAGTATGCCAATATCTCTGGAAACCTCTCCGAAGAACCTGAGTGAAGCGGTAACCGAAATATCATTTCGGGTAACCACACAAGATGCTCAGGGCAATGTTGTGGAAGTCAATGAACCAACAAAATTCCTCTATCGATAG	MSEQIQVKNVSPVKVHQPAGGTGKKRQSSRSQIYVRAVKGPIETFRRLFGFIFLGLFAVIPWIRYDGHQAILLDIMEQRFTIFGLTLWPQDLTLLAYIFIVGAFALFFVTTFAGRVWCGFMCPQTTWVYMYIWCEEKIEGPRNKRIKLDEREMDFDKFWRKTLKHAAWIAIALLTSLTFVGYFTPIAELFVDFFTFNAGFWAVFSILFFTFCTYGNAGWMREIMCTHMCPYARFQSAMFDKDTFTVSYDYNRGEKRGPRPRKLKHEALATQELGDCIDCNLCVQVCPTGIDIRNGLQYECINCGACVDACNGVMEKMDYPKGLISFTSEERLSGGTTHIVRPKLIGYLVVLLVMVGLLVADIATRTPLQVDLIRDRNSLYRENGRGNVENVYTIKILNKSQDTHTYSISVDGLADYTILGETTVTVGGGEVFSMPISLETSPKNLSEAVTEISFRVTTQDAQGNVVEVNEPTKFLYR				NA	NA	NA	NA	NA
AK237_03559	366			hypothetical protein	ATGTGGCGCAGTTTTGTGGTTTTTTCAGAGATTGTCGTATTAATCTTTGTACTCCGTTTACCTTTCGTCCAGTACATATTTAAAGATGCACAGGAAGTGGTCAGTGAATGGTATGAATATGTTGCAACGTGGCAAGACAGGAAGGAGTTAAGTGAGCTTACTGCATTCAGTTTGCATCAACGAGACCAGTTACGCCCTTTCCAGCAAGAGTATATGGACGGCGTGATGAAAAGCCGTCACACGGTACAGGTTTTCCACAGAAAATTTTGTCACACCGACAATATTAATCCTTATATTCACGGCACCGAGCTTGCGCAGTTCTGCCATGCAATTGAAAGAACGGCGTTGCTTTCCAGCAAAATGTAA	MWRSFVVFSEIVVLIFVLRLPFVQYIFKDAQEVVSEWYEYVATWQDRKELSELTAFSLHQRDQLRPFQQEYMDGVMKSRHTVQVFHRKFCHTDNINPYIHGTELAQFCHAIERTALLSSKM				NA	NA	NA	NA	NA
AK237_03560	531			hypothetical protein	ATGAATATTCTAACGAAAGCTGCATGGGTTTCGTTGGCTGCAAGTAGTCTGGTGGTATCGTCACTGGCTTATTCAGCGACAACGGAAATTACGTGGCAGCAACCCGAAAAATATACCGATGTGCGACCCACTAACGAAAGTCGTGTGAAATTTCGTGAACGTACCTTCAACGCATTGGATGAATATTTCAATAAGCTTGCAGAAGCGTTACCGGAAACAGATAAGCTGTCTATTACTGTGACTAACCTGGATTTGGCCGGTCAGGTATGGCCAAGTAGTTTTGTTTTCGGCAATGCGACAGGGGCCGATGTGCGTATTATTAAGCGTGTGGATATCCCGCGCATTAAATTCAGTTACACCCTGACCGATGCGTCTGGCAAAGTACTGAAAAGTGCTGATGTCGATTTAAAAGACATGGGCTTTTTGGATAACCCATCAATGCGTTTGCAAAACACAAACCTGGGGTATGAAAAAGCCATGATAAAAGATTGGTTTAACGAAGAAATGGCCGACGCACTGGCCCGTAACTAA	MNILTKAAWVSLAASSLVVSSLAYSATTEITWQQPEKYTDVRPTNESRVKFRERTFNALDEYFNKLAEALPETDKLSITVTNLDLAGQVWPSSFVFGNATGADVRIIKRVDIPRIKFSYTLTDASGKVLKSADVDLKDMGFLDNPSMRLQNTNLGYEKAMIKDWFNEEMADALARN				NA	NA	NA	NA	NA
AK237_03561	4473			hypothetical protein	ATGAAAGCACCAATCCTGCTTCCACTCGTACTGGGAATGTCAGCCTCTGCCTTTGGCAGTGACTTACTGATCTCGCAGTACGTAGAAGGGAGTAGCAATAATAAAGCGATAGAAATCTATAACCCGACAGAGCAAGCGGTGTCGCTAAGCGGTTATACATTGTCTTTCTATTTCAACGGCGGCACATCTGCGAACTCGAACATTGCGCTAACCGGCAGTTTAGCTGCAGGTGAAACGCTGGTTATCGCCGATGATAGTGCAGAGGAAACCTTATTAGCCCTTGCCGATATTGCGGCAACACAAGGGTTCTTTAACGGTAACGATGCGATTGTACTGACTGATCTTGAAGGCAATGTGCTGGACAGTATCGGTCAGGTCGGCGTGAACCCGGGAACGTCCTGGGGAAGTGGCGATGTAACCACCGCGAATGACACGCTCATCAGAATGAGCTCAGTGGCCGGCGGCGATACCGATCCCTTCGACAGCTACGACACGACTGAGTGGAATGGCTTACCGCAAGATGACTACACCGGCTTAGGTAGCCACGAATATAATGGTGGCGGTGATGATGGTGGTGATGACGGAAGTGGCGACGATGATGATTTAAGCAACGTCTGCACGAACTGTCCTGACCTTGATAAAGTAGCCGATGCCAGTACCTTCGATGCGGCAGCGTATTATGCTGCTGTTCAATCTGAAATTGATGCAGGTTCAGATACCTCGGTAATTCGTCAGGTGTTAAGCGAAACGATTTCTGGTCAGCGTGTGCTGACGTATTCAGAAGTCTGGACAGCCCTCACCGAGACAGACGAAGATCCCGGAAATTCAAACAATATCATTCTTATTTATTCTGGTAACTCAATCCCTAAATCTGAGAACGGATCGGGAGAGTATTCAAGCCAGCCTGATTTTTGGAATCGCGAACATAGTTGGCCGAAAAGCCACGGTTTTAATAGCTCAAGCTATGAAGCGTATACCGACATTCAACATTTACGCCCCTCTGACATTACCGTTAATAGCAGTCGTGGCAATCTGGATTTCGACAATTCAGACTCTCCATTAGCAGAAGCGCCGGCCAACCGCGTTGATGGTGATTCCTTTGAACCTCGCGATCAGGTCAAAGGTGATATCGCGCGCATGATGATGTATATGGACATGCGTTATGAAGGTGCGGGCAGTGATGCAACACCAGACTTAGTCTTGGTGAACCGCATTACCAGTACCAGCGAACCAGCACTGGGTAAGCTATGCACCTTGCTTGCATGGAGTGAGGCTGATCCGGTTGACGAAACAGAGGTAAATCGTCAAAACGCGATTTATGAATATCAGGGTAACCGTAACCCATTCGTTGACCATCCTGAGTGGATTAGCATGTTTTATGATGCGAACAGCTGTGACGATGTGGTTGAGCCTGAGCCCGATCCAGAGCCTGAACCAGAGCCAGAACCGGAACCTCAGCCTCCGGGTAGTGGTGCGTTAATGCTAACTGGTGTATTCGATGGTCCGCTATCTGGTGGTACACCGAAAGGTATCGAACTGGTGGTGACGCAAAACATCGACGACCTGAGCGTGTGCGGTGTTGGCGGCGCCAACAACGGCGGTGGCTCTGACGGTCAGGAATTCACATTCCCTGCTGTTTCTGCACAAGCTGGCGACTTTATTTATGTGGCCAGTGAATCTGCAGGTTTTGAGGCTTTCTTCGGATTTGCGCCTGATTACACCAGTGATGCGATGTCTATCAACGGTGATGATGCCATTGAAGTGTTTTGTGATGGTGAAGTCGTCGATTACTACGGAGACCGCGATGTCGACGGTACGGGAACCGAATGGGATTACCTTGATAGCTGGGCTTATCGCGTAGGTGGTAGTGCGTCTGCAACATTCTCGCTAGCGGACTGGCAGATTGCCGGCACCAATGTCTTCGACGGTGAGACAACAAACGCGTCTGCGGCGATGCCTTTCCCTATTGGCTCGTATGTAGCGCCAGCGACAGAGCTGTTTTTCTCTGAGTACATTGAAGGTGGTTCAAACAACAAGGCGGTTGAGATTGCTAACCTGACGTTGTCTGAAATTGACCTGAGTGTTTACGATGTTCAGATTTTCTTTAATGGCTCTGAATCTCCCGGACAAACCATCAGCCTAACTGGCACGATTGCGCCGGGAGATGTATTTGTTTTGGCTCACACCTCTTCTGAAACCCCTGTGTTAAACGTAGCAGACCAAACCTCGGGTAGTTTGCAGTTTAATGGTGATGACGCTGTGGTACTGCGTAATAACGGTATCATCGTGGATAGCATTGGACGTATTGGCGAAGACCCGGGGTCATACTGGTCAGGTGGCGATGTGCGTACACAAAATCGTACGTTAGTGCGTAAGTCATCTGTCACTGAAGGTGATGTTGACGCTTACGATACCTTCGATCCAAGTGTTGAATGGGACGCCTACGAGCAAGACACATTTGATTATCTGGGCTTCTACGGAAGCGGTGATAACGGTGGTGGCGAAGAGCTGGGCATGTGTGGTGATGTTGCGACTTACATTAGCGCTGTACAGGGTGATGGCGACGCGTCTCCACTTTCTGGCCAAAGTGTTATTGTAGAAGCTATCGTTACTCATGTAACGCCTGCGTTGGATGGTTTCTGGATCCAGGAAGAAAGTGGCGATTACGATGCTGACGAAAATACCTCAGAAGGTGTGTTCATAGCGGGCGCTGCGTTGGTTAATACAGTAGCTGAAGGTGACGTGGTGCGCTTAGCTGGTACCGTAGGTGAAGACTACGGACGTACGCTTATCACCGCTTCTTCAGATGCACTGATTTGTGGTTCAGGTTCTGTTTCACCAGTAGCTATCTCTCTGCCTATGGCCGATGCAACTGCCTTTGAGAAATACGAAGGCATGTTGGTCACCAGTAATGAAAACTGGGTGGTGAGTAACATCTATCCATACGCCGATTTTGGTGAAGTCTGGGTGTCGACTGAGCGTTTATTCAACCCAACACAGTTGTATTTACCTGGTACGCAGGAAGCGGCCGATTTAGCGGCAAGTAATGCGCTGGATAAGCTGATTATCGACGATAATGCCGATGGCTATGCCACAGAGTGGCTGCTGCCTGAAGGTGGTTTTAGTCCATACAACACCATTCGTTCTGGTGACTTGATCACCGGTATGACGGGTGTGATGGATTATGGTTTTTCTGCTTATCGTATTCGTCCTACACAGGCACCTGCCTTGTTAGCCAATAATTACCGTGAAGATGCGCCGACGGTATCAGAAGGTAATTTGAAAATTGCCAGCTTCAACGTACTGAACTTGTTCAACGGTGATGGTAACGAAGGTGGTTTCCCCACAGAGCGCGGTGCGGATTCTTACGCTGAGTACCAGCGTCAGCTTGCTAAGATAGTCAACGCATTGGTGGCTATCAATGCTGATGTATTAGGCTTACTGGAGCTAGAAAACGATGGTTACAGCAGTACAAGTACCATTGCCCAGTTGGTCGATGCGCTGAATGTCGAATTTGGTGAAGGCACGTACGACTACGTCAATGTAGGCGGTGAGCAATTAGGTACTGATGCGATTACCTCAGGCATTATTTATCGCCCTGCGGTAGTGACGCCAAACGGTGGCGCGCAAATCTTAATGGAAGCAAACAGCCCGGTTGATGAAGAAGGTCCATTATTTGTGGATTACGGTAATCGTCCTTCCTTGTCGCAGTCGTTTACGCACGTTGAAAGCGGTAAAACCTTTGTTGTGGATGTCAACCATTTGAAAGCGAAGGGCGAGAGCTCCAGTTGTCAGGAAGATGGTAATTTAGAGCAAGGTTACTGTAATCGTAAGCGCACACGTGCAGCGATGGCGATCGCCCAGTGGTTGCAAGCAACGTATCAGGACACGCCGATGATCCTGTTAGGTGACTACAATGCTTATGCCAAGGAAGATCCTGTTCAGGTGCTGACCGCAGCCGGTTTCGCAGACTCTGTGTCTGAAACCAAAGGTGCGGCATCTTACAGCTACTCTTACGATGGTTTAGTCGGTACGCTGGATTACATGTTCACGAACGCTGCCGCTATGGAGATGCTGGTGGATGTGACCGAATGGCATATCAACAGTGACGAACCCGAAATCATGGATTACAACGAGGAGTACAAGCCAGAGTCGTTCTTAAACGAGCTGCCTTTCCGTGCCTCTGACCACGATCCTGTTATCGGTACGTACTTGTTGGAGTCTGACGTTGAAACTGTGCCTGGTGATTGGGATGGTGATGGCGACATTGACAACGACGATATCAAAGCATTTATGCTGGCATTGTTTGCCCGCGAAGACATCGATATGTCTTTCGACTTAAATAGCGATGGTAAAGTGAACAGTCGTGACATTGCTACCATGCGTAGAATGTGTACTCGTACAAGCTGTGCAACTGAAGATGCAGCGGTGAACAGTCGCGGCAACAGCCGGGCATCATTGCTTAGCAGATAG	MKAPILLPLVLGMSASAFGSDLLISQYVEGSSNNKAIEIYNPTEQAVSLSGYTLSFYFNGGTSANSNIALTGSLAAGETLVIADDSAEETLLALADIAATQGFFNGNDAIVLTDLEGNVLDSIGQVGVNPGTSWGSGDVTTANDTLIRMSSVAGGDTDPFDSYDTTEWNGLPQDDYTGLGSHEYNGGGDDGGDDGSGDDDDLSNVCTNCPDLDKVADASTFDAAAYYAAVQSEIDAGSDTSVIRQVLSETISGQRVLTYSEVWTALTETDEDPGNSNNIILIYSGNSIPKSENGSGEYSSQPDFWNREHSWPKSHGFNSSSYEAYTDIQHLRPSDITVNSSRGNLDFDNSDSPLAEAPANRVDGDSFEPRDQVKGDIARMMMYMDMRYEGAGSDATPDLVLVNRITSTSEPALGKLCTLLAWSEADPVDETEVNRQNAIYEYQGNRNPFVDHPEWISMFYDANSCDDVVEPEPDPEPEPEPEPEPQPPGSGALMLTGVFDGPLSGGTPKGIELVVTQNIDDLSVCGVGGANNGGGSDGQEFTFPAVSAQAGDFIYVASESAGFEAFFGFAPDYTSDAMSINGDDAIEVFCDGEVVDYYGDRDVDGTGTEWDYLDSWAYRVGGSASATFSLADWQIAGTNVFDGETTNASAAMPFPIGSYVAPATELFFSEYIEGGSNNKAVEIANLTLSEIDLSVYDVQIFFNGSESPGQTISLTGTIAPGDVFVLAHTSSETPVLNVADQTSGSLQFNGDDAVVLRNNGIIVDSIGRIGEDPGSYWSGGDVRTQNRTLVRKSSVTEGDVDAYDTFDPSVEWDAYEQDTFDYLGFYGSGDNGGGEELGMCGDVATYISAVQGDGDASPLSGQSVIVEAIVTHVTPALDGFWIQEESGDYDADENTSEGVFIAGAALVNTVAEGDVVRLAGTVGEDYGRTLITASSDALICGSGSVSPVAISLPMADATAFEKYEGMLVTSNENWVVSNIYPYADFGEVWVSTERLFNPTQLYLPGTQEAADLAASNALDKLIIDDNADGYATEWLLPEGGFSPYNTIRSGDLITGMTGVMDYGFSAYRIRPTQAPALLANNYREDAPTVSEGNLKIASFNVLNLFNGDGNEGGFPTERGADSYAEYQRQLAKIVNALVAINADVLGLLELENDGYSSTSTIAQLVDALNVEFGEGTYDYVNVGGEQLGTDAITSGIIYRPAVVTPNGGAQILMEANSPVDEEGPLFVDYGNRPSLSQSFTHVESGKTFVVDVNHLKAKGESSSCQEDGNLEQGYCNRKRTRAAMAIAQWLQATYQDTPMILLGDYNAYAKEDPVQVLTAAGFADSVSETKGAASYSYSYDGLVGTLDYMFTNAAAMEMLVDVTEWHINSDEPEIMDYNEEYKPESFLNELPFRASDHDPVIGTYLLESDVETVPGDWDGDGDIDNDDIKAFMLALFAREDIDMSFDLNSDGKVNSRDIATMRRMCTRTSCATEDAAVNSRGNSRASLLSR				NA	NA	NA	NA	NA
AK237_03562	1761	dmdC	COG1960	3-methylmercaptopropionyl-CoA dehydrogenase	ATGCCGCAATATCAGGCGCCACTTGCCGATTTTCAGTTTCTTTTACGCGACTGGCTGAACGTTGATCAGCACTATCAGTCGGTAAACTTAACCGACTTTGACTTTGCGTTAGCCAGCGAAGTACTCAATCAGGGTGCGAAATTCGCTCAGGATGAGGTAGCACCGTTAAACCGGGAAGGCGACGAGACAGGGTGTACCTTTCACAATGGTAGCGTGACGACTCCCCCGGGGTTCGCTGACGCTTATCAAAACTATGTGGCGAACGGCTGGAATGCCATGCTTGGTCCTGTTGAATTCGATGGTCAGGGACTGCCTTACACCATGGCGGTGCCAGTTCATGAAATGCTAAATGCTGCCAATTTAAGCTGGCGCTTAACAACCATGCTTACGGAAAGTGCGGTTTTGGCTGTCAGTCGCCACGCCAGTGAGGATTTGAAAAACCAATATTTGTCCAGGCTTGTCACGGGTGAGTGGACCGGCACGATGAACCTGACCGAACCACAAGCAGGCACCGATTTAGCCTTGCTAAGTACCAAAGCTGAGCCTCAGGATGACGGTAGCTTTCGTATCACCGGCAGTAAAATTTTTATCACCGGCGGCGATCACGATTGGACAAATAACATCGTGCATATGGTGCTCGCGCGGCTACCAGACGCTCCCAAAGGGGTAAAAGGCATAAGTCTGTTTCTGGTACCTAAGTTTTTGTTAGACAGTAACGGCGAGCCAGCCGATGCGAATGCATTGTCCGTAGGCAGTATTGAACACAAAATGGGGATCAAAGCGAGCCCAACCTGTGTAATGAACTTTGACGGTGCTACAGGTTGGCTGGTCGGCGAAGCGAACCAGGGCCTGGCGTGCATGTTCACCATGATGAACGACGCTCGTTTTCAAGTGGGATTACAAGGATTAGGCGCAGCGGAAGCCTCTTTCCAAGGCGCTCTGGCGTATGCCAGAGAAAGGTTACAAAGCCGTGCGCCGCAAGGCGTGCAGCAGCCTGACAGCAAAGCAGACCCAATCGTCTTTCAGCCTGATGTAGCGCGCATGCTGCTCACGCAAAAAACACTTACTGAAGGCTGCCGGGCGCTATCAATGCTGTATGCCCAGCAAATGGATATCGAACACCACGGCGATGACAGTGCAAAACACCAGGCTAATCAGGTTGTTCAGTTCTTAACGCCAGTGTGCAAAGCATTCTTCACCGACATGGGGCTGGAAACTACCAGCTTAGGTATTCAAGTGTTCGGGGGTCATGGCTATATTCGCGAATGGGGCATGGAACAACTTATGCGTGATGTGCGTATCGCTCAGTTATATGAAGGTACCAATGGTATTCAGGCATTGGATCTTATTGGCCGTAAACTAACACGGGATGGCGGCAACATGCTTCGTGCAACCCACACGGTATTTGCCAACCTTATTGCCAATATGAATGAGGGCGACGCAAAAGCACGCGCCACTGCGCTGCTTGATAGCTGGATGTCGGCGTCGACATCATGCCTGGAGAAAACGCCTGTAGATGTTGCAGCAGCGGCTTGTGACTATCTGGCGTACACCGCTTATTCTCTGCTGGGCGTGTGCTGGTACAGTATGGCGGACAGTGCACAGCGTGCAAACAACGCCGTGTTAGCGTCGGCAAAACAAAAATGCGCAGATTTTTATATCGCGCGTATTCTGCCGCGACGGGACGCGCATCTGCGTGCCGCCGAGAGTGGTGCAGAGTCGGTATTGGCGATATCAGGAAGCGAATTCGATTACCAATAA	MPQYQAPLADFQFLLRDWLNVDQHYQSVNLTDFDFALASEVLNQGAKFAQDEVAPLNREGDETGCTFHNGSVTTPPGFADAYQNYVANGWNAMLGPVEFDGQGLPYTMAVPVHEMLNAANLSWRLTTMLTESAVLAVSRHASEDLKNQYLSRLVTGEWTGTMNLTEPQAGTDLALLSTKAEPQDDGSFRITGSKIFITGGDHDWTNNIVHMVLARLPDAPKGVKGISLFLVPKFLLDSNGEPADANALSVGSIEHKMGIKASPTCVMNFDGATGWLVGEANQGLACMFTMMNDARFQVGLQGLGAAEASFQGALAYARERLQSRAPQGVQQPDSKADPIVFQPDVARMLLTQKTLTEGCRALSMLYAQQMDIEHHGDDSAKHQANQVVQFLTPVCKAFFTDMGLETTSLGIQVFGGHGYIREWGMEQLMRDVRIAQLYEGTNGIQALDLIGRKLTRDGGNMLRATHTVFANLIANMNEGDAKARATALLDSWMSASTSCLEKTPVDVAAAACDYLAYTAYSLLGVCWYSMADSAQRANNAVLASAKQKCADFYIARILPRRDAHLRAAESGAESVLAISGSEFDYQ	PGPT0008385_210	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_LIPID_METABOLISM	PLANT_DERIVED_FATTY_ACID_DEGRADATION,PGPT0008385-acd-K00249	NA	NA
AK237_03563	1869			hypothetical protein	TTGCAATTTCGTAAAGACATAAACGGACTTCGGGCGCTGGCGGTGATTGCCGTGGTGCTCTTTCACTATCAACCTCAGTACTTACCGGGCGGCTTTGCTGGCGTTGATGTGTTTTTTGTTATATCTGGTTTTTTGATGACCTCGATTATCAGCCGGGGGTTAGACAAAAACACATTCGGTACCTGGCGGTTTTATTGTGCGCGGGCAAAACGCATTGTCCCTGCGTTGGCGGTGGCGAGTTTGGTTTTGCTGGTTTTCGGCTGGTTTGCTGTCACGCCAATCGACTACGCTGCGCTGAGTAAACATATTGCTTCCAGCCTGACGTTCATCTCTAACATCGTGTATTGGCAGGAAGCGGGCTATTTTGATGCTGCTTCCACGCAAAAATGGCTGTTACACACCTGGTCGCTGTCTGTTGAGTGGCAGTTTTATTTACTTTATCCCCTCATATTAATTGGGTTACGAAAGCTATTCGGGCACGCAATGCTCAGGCACGTGGTACTTACGCTTACCATTGTGGCTTTTCTTGCTAATTTATGGCTGTCTTCTGCATATCCCTCAGCCAGTTACTTTTTAATTTCAGCCCGTGCCTGGGAGATGCTGGCCGGTGGAGTTGCCTTCTTCTATCCATTAAACGTTTCGGACAATGCTCGACGTTACCTTACCTGGGTCGGCCTGGCACTGATCGCCATCACTTACTTTGTGATAAGTGAGGATAATCTTTGGCCCGGCTATCTGGCATTTTTCCCCGTCGCCGGTACGTTTATGGTTATTCAGGCTCGCGATGAAAGCAGTCTGGTCACAACCAATTTTGTCAGTCAGAAACTCGGGTTGTGGTCTTATTCTATCTATTTGTGGCATTGGATTATTGTGGTGGCGAACACTATTTACCACCTCAATATGCCTTTCTGGGTTTTTGTTTCCCTGACGACACTAGCGGGCTGGCTGTCTTATCAGCTCGTGGAGCAACATCATCGCCCACGAAGTTACTGGTTTATTTTTATTATAACCCTTGCGGGTAGCTTGTGGGTGTTTTACCTGCAGGGCGCGCCGGAACGCGTCCCAGAGAAGTTTCGTCACGATGCGCTGTCTTATCATGAAACCTATTATGGCGGAGCCGGTTACAGTGCCGATGAATGGATTCACTTTCATGCACAGGATGATAACTATGAGTTTATTCTTATTGGTGACAGCTACTCACTTCAATACGGTCGTACCTTGAACGACAGCAAGATCCCCGTTATCGGGCGCTTTTATCATGGCTGTCCGTTCTTTCCAACGCTGGCTAAATACGAGGAAGGCGGTGAACTTGAGGCCTGCTCAGATCAATTTGGCGAGGTACGACAACGAATACAGGATAACGACAAGCCTCTGGTGCTGGCCCAGTCCTGGGATAGTTATCAGGAAAAAATCATGAAAAAGGACAGCAACAGCAAGCTGGAGCTAACGGAGTCAGAATATAACGATAAGGTTATTGCCGAAATGGAAACCTTTGTCGCCAGGTTGGGAGAGCGAAAGTATTTCCTGATTGGCGTGCCGCAGAAAGCCTGGGTAAATGCCTATGAGTGCCTGGCCCGGCAGTCGCTTCCCGGAGCAAGCTTTTTCCCAACATGCAGCAACACGCAGCCTAAACAGCATTATACGGTGAACGAACGGTTGAAGCGTTTCGCTGATGAGCATAAGAATGTGTGGTACGTGGATCCTGACGCGGCCCTTTGTGAGGGCGAAACCTGTACCATCATTGACGATGGTGAACCTGTACATTCGGACCGTTCTCATTTGGCCGTGCACGGGGCAGAAAAAGTCTGGCAGGAATTGATGCAGGTAATGGCCTCGGCAAGGGTAAACCTGTCAGTTGAAAAGCCTTAA	MQFRKDINGLRALAVIAVVLFHYQPQYLPGGFAGVDVFFVISGFLMTSIISRGLDKNTFGTWRFYCARAKRIVPALAVASLVLLVFGWFAVTPIDYAALSKHIASSLTFISNIVYWQEAGYFDAASTQKWLLHTWSLSVEWQFYLLYPLILIGLRKLFGHAMLRHVVLTLTIVAFLANLWLSSAYPSASYFLISARAWEMLAGGVAFFYPLNVSDNARRYLTWVGLALIAITYFVISEDNLWPGYLAFFPVAGTFMVIQARDESSLVTTNFVSQKLGLWSYSIYLWHWIIVVANTIYHLNMPFWVFVSLTTLAGWLSYQLVEQHHRPRSYWFIFIITLAGSLWVFYLQGAPERVPEKFRHDALSYHETYYGGAGYSADEWIHFHAQDDNYEFILIGDSYSLQYGRTLNDSKIPVIGRFYHGCPFFPTLAKYEEGGELEACSDQFGEVRQRIQDNDKPLVLAQSWDSYQEKIMKKDSNSKLELTESEYNDKVIAEMETFVARLGERKYFLIGVPQKAWVNAYECLARQSLPGASFFPTCSNTQPKQHYTVNERLKRFADEHKNVWYVDPDAALCEGETCTIIDDGEPVHSDRSHLAVHGAEKVWQELMQVMASARVNLSVEKP				NA	NA	NA	NA	NA
AK237_03564	750	bacC		Dihydroanticapsin 7-dehydrogenase	ATGCAACAATCATCACCTGTTTGCGTAGTCACCGGCGGCAGTTTAGGCATTGGTTTAGCCGTCTGCGAGAAGTTCGCGGGCAATGGTTATCAGGTCATCAATTTAGATATTCGCGATTTCGATAACCCGCCGGAGCATGCGCAATGGATGCGGTGCGATGTCACCAGTGCTGCAGCGGTCAGCGAATGTATCAGTGACATTGCGGCACGTTTGGGGCGTATTGATTGTTTGGTGAGTAACGCAGGTATGCATTTCTCAGCCACCATCGAAGACACCACACCGGAAGACTTCGATAAGGTATTCTCACTGAACGTTAAAGGCGCTTATCACGCAGTGCGTGCGGTATTGCCGGTAATGAAACAGGCAAACAAAGGCGCGATTATTATCATGGCATCGGATCAGGCAATTATTGGCAAGCGAAACTCCTTTGCTTATAACCTGAGTAAGGCTGCGTTAGCATCGATGGCGAAAACAACGGCGCTGGATTATGCTTCATGGAATATCCGCGCAAATGCAGTGTGCCCGGGCACCATCGAAACGCCTTTGTACCACAACGCGATCAATAAATATGTGGCTGCCAGCGGGGCAGATAAATCACAAGTGCACGCGGAAGAAGCGGCGGCGCAACCGCTGGGTCGATTGGGGCAACCAGAAGAAGTGGCTGCGCTGACTTACTTTCTTGCCAGTGACGACGCTGCCTTTATCACCGGCAGCCTGCAAAGTATTGATGGCGGATATACTACACAGTAA	MQQSSPVCVVTGGSLGIGLAVCEKFAGNGYQVINLDIRDFDNPPEHAQWMRCDVTSAAAVSECISDIAARLGRIDCLVSNAGMHFSATIEDTTPEDFDKVFSLNVKGAYHAVRAVLPVMKQANKGAIIIMASDQAIIGKRNSFAYNLSKAALASMAKTTALDYASWNIRANAVCPGTIETPLYHNAINKYVAASGADKSQVHAEEAAAQPLGRLGQPEEVAALTYFLASDDAAFITGSLQSIDGGYTTQ	PGPT0012770_42	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	OTHER_BIOTIC_STRESS_RESISTANCE_GENES	BIOTIC_STRESS_RESISTANCE-BACILYSIN_METABOLISM,PGPT0012770-bacC-K19548	NA	NA
AK237_03565	867			hypothetical protein	ATGACGAAGATTATTGATTCACATCTTCACTTGTTTGATTTGCAGGCAGGCAAGTATCACTGGCTGTCGCCTGATAACCCGCCGTTCTGGCCGGATAAATCTCATATTGCTCACAGTGTCGCAGAGCGCGATCTTGTGCTGCCGCCGGCTTACGAACTCGCCGGTTTTGTGCATATTGAGGCCGGGTTCGATAACGAGCAGCCATGGCGCGAAGTCGATCATCTATTAAAGCATTGCCGATTACCTTTCGCAGCTGTGGCGGGGTTTGATTTACTTGCCCATAATCACACCGAAATTCTTGCACAATTTGACAAGCGCCCTTGTATAACGGGCGTCAGGCATATTTTAGATGATCAAGCTGCCGCTATCCTCAACCACCAACACGCGCGGGTAAGCTTCGCCCGGTTAGATAACGCTGGTTTAAGTTTTGATGCACAGCTTTCACTTTATGATGACCAGGGCGTTAACGCGCTGGCGCGGGTGGCTGACGCGTTTCCTGAACTGATGATAGTGCTCAATCACGGAGGATTCCCACTTTCCCACGCCGATGCCAGTCGATGGAAAGACAATATCAATGTGCTAAGTGATAAAAAGAATATTGCGATGAAATTTTCAGGCTGGGAAATGGATAGACGTCAGTGGCAGCCAGCCGACATTGAGCCCTTCATCGACTTCGTTTTACGTCGTTTTGGGGCAGATCGCATCATGTTAGCCAGCAACTTCCCATTATGTACCTGGCGGTACAATTATGCAGACTATTGGTCTGTGATGATGCAATGTGTGCCAGTGTCTCTTCATGAGCAACTGGCACACAATAATGCCGTCAGATGGTATCGCCTGCCTTCGGTGCAGCCGTCTAGCCTATAG	MTKIIDSHLHLFDLQAGKYHWLSPDNPPFWPDKSHIAHSVAERDLVLPPAYELAGFVHIEAGFDNEQPWREVDHLLKHCRLPFAAVAGFDLLAHNHTEILAQFDKRPCITGVRHILDDQAAAILNHQHARVSFARLDNAGLSFDAQLSLYDDQGVNALARVADAFPELMIVLNHGGFPLSHADASRWKDNINVLSDKKNIAMKFSGWEMDRRQWQPADIEPFIDFVLRRFGADRIMLASNFPLCTWRYNYADYWSVMMQCVPVSLHEQLAHNNAVRWYRLPSVQPSSL				NA	NA	NA	NA	NA
AK237_03566	1365	ktrB	COG0168	Ktr system potassium uptake protein B	GTGAAGCGCTGGCTACCGGGCAATCGCCCGCTGGAAAGAAAACCGAAAGGGGCACGAAAAATCCAGGCCGCTCCGCCCCTTATTCTGTCATTAAGCTTTATCAGCTTTATTGGCTTAGGCACCTTGTTACTTAAGCTGCCATTTGCCACCACCTCGCCCATTTCCTGGGTAGAAAGTTTGTTCACTGCCACGTCCGCCGTTACGGTTACCGGCCTTGCCGTTGTCGATACGGGCTCAGGCTTTACCACCTTCGGTCAACTTGTTATCGCCGGCCTTATACAGTTTGGCGGTTTAGGGTTAATGACGTTTGCGGTCGTTACCCTGGTGGCAGTGGGAAGTAAGATCAGCTTTTTACAGCAAAGTGCAGTGAAAGAGGCTTTCAATGAAACGGATACGTCCTCCCTTGTAAGCACCGCCAAAGCCGTCGTTTTGTTCGCCTTGGCCGTTGAAGCATTCGGGATGCTTATTTTGACCTGCTACTGGCAATTTGAACTCGGCTGGTCGAAAGCTGCCTACGAGGCGTTTTTCTACACAATATCGGCCTTTAATAACGCTGGATTCGCGTTACAACCGGACAGTTTATCGCGTTATGTCAGTGATCCCGTGGTTAACCTCACCATTACCGCATTATTCATTACCGGTGGCCTGGGCTTCTCAGTATGGATTGATTTGGTTAAAAAGAAAAAATGGCAAACGCTGACGCCCTACAGCAAAACCATGATTTTAGGCACCGTGGTTATCAATATCACTGCCCTCTTTCTTATTTATATTATTGAATTTGATAATCCGGAAACATTAGGCAAATTAGACGCGGCCGGAAAGTGGTGGGCATCGTGGTTTCAAGCCGTAACACCGCGCACGGCTGGGTTTAATGCACTGGATATCACCGCCATGGAAGATGGTTCTGTCACGCTGATGTTGCTATTGATGTTTATCGGTGGTGGTTCGATGAGTACGGCCAGCGGTATTAAAGTTGTCACCTTTGTTGTGCTGCTTACCGCCACTTATAACTATTTACGTCGTGATCATGCGCCGACGCTTTTTCAACGTACTATTCGTCCCGAAACCGTATCAAAAGCCCTGGCGCTTACCGTCATCTCCGGTGGCGTGACATGGATAGCGATTTTTCTGTTAACCATCACAGAAAAAGCACCATTTTTAGACATCGTTTTTGAAGCCGTATCGGCACTGGGCACCGTTGGCCTTTCCAGGGGGCTTACCGGCAATTTATCAGCTTGGGGAGAAGGTATCATTATTGTGCTGATGTTTTTAGGACGGCTTGGCCCCCTTACTCTTGCATACTTACTCGCCAGCCCAAGGCAACGACGGGTTCGCTATCCTGACAGTCGCTTATCTATAGGCTAG	MKRWLPGNRPLERKPKGARKIQAAPPLILSLSFISFIGLGTLLLKLPFATTSPISWVESLFTATSAVTVTGLAVVDTGSGFTTFGQLVIAGLIQFGGLGLMTFAVVTLVAVGSKISFLQQSAVKEAFNETDTSSLVSTAKAVVLFALAVEAFGMLILTCYWQFELGWSKAAYEAFFYTISAFNNAGFALQPDSLSRYVSDPVVNLTITALFITGGLGFSVWIDLVKKKKWQTLTPYSKTMILGTVVINITALFLIYIIEFDNPETLGKLDAAGKWWASWFQAVTPRTAGFNALDITAMEDGSVTLMLLLMFIGGGSMSTASGIKVVTFVVLLTATYNYLRRDHAPTLFQRTIRPETVSKALALTVISGGVTWIAIFLLTITEKAPFLDIVFEAVSALGTVGLSRGLTGNLSAWGEGIIIVLMFLGRLGPLTLAYLLASPRQRRVRYPDSRLSIG	PGPT0002735_3837	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_OSMOTIC_STRESS	OSMOTIC_STRESS-POTASSIUM_TRANSPORT,PGPT0002735-trkG|trkH|ktrB-K03498	NA	NA
AK237_03567	657	ktrA	COG0569	Ktr system potassium uptake protein A	ATGGCGCATTTTACTGTCATTGGCTTAGGCCGCTTTGGCATCACCACCAGTCTAGAACTTATCCACCTTGGACACACCGTTACCGGAATAGACAGCGACGAAAAGCTTGCTGAACAATACTCTTCCGATTTGACACAAACGCTCATTTGCGATGCGACCGACGAAAGGGCAATGGCAGAGCTGAGTTTACACGACAGCGATGCGGTACTTGTTGCCATCGGCGAAGATATGCAAGCCAGTTTACTGTGCGTACTAAACCTGAAAAACGAAGGTGTGCAAAACATATGGGTAAAAGCAAATAGTAAAGCCCATCACACCATTCTGTCGAAGCTTGATGTAAGTCGCATTATTCATCCGGAAGAAGAAATGGGTGTGCGCGTCGCGCAAGCGCTAAATTACCCCATGGTTAGCGATTACCTGAGTTTGGGACATGGGCACTACATTGTTGAGGTAGTGGTGCCAGAAACAAAGCAACCTATGACCCTCGACACAGTGATTAACGGATACAAAGACACAATTCATTGCCTGATGGTCAAGCGCAAACATGAAATTAACTGTACGCCGGGTATGGACTTTGCGCTGAAACCTGAAGACCAACTGGTGTTAAGTGGCCCACGGGAAATATTAGTTAAAATTGCACCGAGACTAAAACGGTGA	MAHFTVIGLGRFGITTSLELIHLGHTVTGIDSDEKLAEQYSSDLTQTLICDATDERAMAELSLHDSDAVLVAIGEDMQASLLCVLNLKNEGVQNIWVKANSKAHHTILSKLDVSRIIHPEEEMGVRVAQALNYPMVSDYLSLGHGHYIVEVVVPETKQPMTLDTVINGYKDTIHCLMVKRKHEINCTPGMDFALKPEDQLVLSGPREILVKIAPRLKR	PGPT0002710_4906	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_OSMOTIC_STRESS	OSMOTIC_STRESS-POTASSIUM_TRANSPORT,PGPT0002710-trkA|ktrA-K03499	NA	NA
AK237_03568	123			hypothetical protein	ATGACAAGCAATAAGGGGGATTTATTCAATGATACAAAAGGTTGTATTGTTAATGTGCCGCGCACAGTGATGTACGCGGCAATAACTGATTCGCCAGTTGCAGGAACTATTTCAGTGCAGTAA	MTSNKGDLFNDTKGCIVNVPRTVMYAAITDSPVAGTISVQ				NA	NA	NA	NA	NA
AK237_03569	1185	rspA_2		D-galactonate dehydratase family member RspA	ATGAAAATTACCAAAGTTGAAATATTTGATATTGAGTGCCCGGAACGTCCGCCATGGAATCCGGTTTTCGTGCGTATTTACACCGATGAAGGTATTACCGGTGTGGGTGAAGCAGGCCTGGCTTATGACTGGGGACATTCTGCCGCGGCACATATGATTAAAGAAATCGCCGAGACAATGCTGATTGGCTGGAACCCGTTTAATACCGAAGGTCTGTGGGCGAAAATGCTTCGTGAAAGCTTCTGGGGCTTAGGTGGCGGTCCGGTTATTTATGCTGCCATGAGTGCCGTTGACACAGCACTGTGGGACATAAAAGGCAAAGCGTTAGGTTTGCCGGTTTACGAACTGCTTGGCGGTAAAACAAATGGCAAACTTCGCTCCTACGCCAGCCAGTTACAGTTCGACTGGGACAAAGAAGTGACTAAACTGATTAAGCCCGAAGAGTATGGTCGTGCCGCCGAAAAAGCGATGGCAGAAGGCTATACTGCGGTAAAAGTCGATCCTATCGTTTACGACATTAACGGTAATACCCATTTTGATCGCACGAAAATCATTTCTAAAGCTGAGATGAAATTGTTCCGCGCTCGTCTGCAAGCCATCCGCGATGCCATGGGTGACGAAGGTGATATCATTTTTGAATGTCATAGCTTACCAGGCGTGACAACGGCCATTCAGCTGGGCGAGTTGGTTGAAGAAATTGGCTGTATGTATTACGAAGAGCCGGTGAACTACTTAAATTCAAAGCTGCACGATAAAGTCGCACGCAATGTGAAAGCGCCAATTGCTGGCGGCGAACGTTTGTATAACCGCTGGGGCATTCGCCCTTACCTTGAAGACCAATCGCTTGATGTACTGCAACCCGATGTGGGTTTATGTGGCGGCTTCACCGAAGCGAAAAAAGTGTGCGACTACGCCGATATTTACGATGTGCGCATTCAGGCCCACGTGTGTGGTGGTCCGGTGGCAACAGCAGCCAGCCTGCACCTTGAAACGGCCATTCCGAACTTCCTGATCCACGAGCATCACACTTACGCTACGAAATCCTGGAACCGTGAATTGTGTATTCAGGATCCTCAACCAGTTAACGGCTTTATTGAAGCGCCGGATACGCCGGGAATTGGTATCGAGCTGAATGATGAAGTGGTTTACCGCTCACCGAATATGGCGGTTACTGCACTGAAATAG	MKITKVEIFDIECPERPPWNPVFVRIYTDEGITGVGEAGLAYDWGHSAAAHMIKEIAETMLIGWNPFNTEGLWAKMLRESFWGLGGGPVIYAAMSAVDTALWDIKGKALGLPVYELLGGKTNGKLRSYASQLQFDWDKEVTKLIKPEEYGRAAEKAMAEGYTAVKVDPIVYDINGNTHFDRTKIISKAEMKLFRARLQAIRDAMGDEGDIIFECHSLPGVTTAIQLGELVEEIGCMYYEEPVNYLNSKLHDKVARNVKAPIAGGERLYNRWGIRPYLEDQSLDVLQPDVGLCGGFTEAKKVCDYADIYDVRIQAHVCGGPVATAASLHLETAIPNFLIHEHHTYATKSWNRELCIQDPQPVNGFIEAPDTPGIGIELNDEVVYRSPNMAVTALK	PGPT0002220_503	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_SUGAR_ACID_UTILIZATION	PLANT_DERIVED_GALACTONATE_DEGRADATION,PGPT0002220-dgoD-K01684	NA	NA
AK237_03570	768			hypothetical protein	GTGTTTGAACTTGAACATTTCAGTTTAAAAGGCAAGGTGTCGCCAGAAGAATGGCAAACCCGCGTAGATCTCGCCGCCTGCTACCGACTGGTAGACAACATGCGTTGGGGCGATTTAATTTATACGCACATATCGGCTAAAGTACCGGGCACCCAGGATTATCTGGTCAACCCGTTTGGTCTGGCCTTTGACGAAGTCCGTGCTTCGAATCTGGTAAAGGTAGACTTAGACGGCAACATCCTCGACGGTTCTCCCTATCAGATAAATCCAGCCGGGTTTACCATACACAGTGCTATTCATGAAGTGCGCGAAGACGCGAAATGCGTTATTCATCTCCACACTAAGGCAACCATTGCGGTGGCATCAGTCAAGGGCGGCTTAAAACCGTGGAGTCAGTACTCGCTGTTTTCGTTGCCTTCACTGAGTTACCACAGCTATGAAGGTCTGGCCGTAGACAATAACGAACGAAAACGTCTTCAGGACGATTTAGGCGATACTAACCACATGTTACTGCCCAATCACGGCGGCTTAACACTGGGCCCTACGGTAGGCGACGCATTTATGCGCTTTTATGATCTGGAACGCGCCTGTGATATACAAATGTCACTGATGCAATCTGGCCAGGAAATTATTGAAATACCGGAACCTATCGTTCAGGGCATTTATGATCAGGCGAAAATTGTTCACTCAGGCGAAACCGGCGGTCAGAAAGCCTGGCCAGCCATGCTGAGAAAAGCCTGGAAACTCGACCCGACATTCTGCGAATAA	MFELEHFSLKGKVSPEEWQTRVDLAACYRLVDNMRWGDLIYTHISAKVPGTQDYLVNPFGLAFDEVRASNLVKVDLDGNILDGSPYQINPAGFTIHSAIHEVREDAKCVIHLHTKATIAVASVKGGLKPWSQYSLFSLPSLSYHSYEGLAVDNNERKRLQDDLGDTNHMLLPNHGGLTLGPTVGDAFMRFYDLERACDIQMSLMQSGQEIIEIPEPIVQGIYDQAKIVHSGETGGQKAWPAMLRKAWKLDPTFCE				NA	NA	NA	NA	NA
AK237_03571	1059	mdtA_9		Multidrug resistance protein MdtA	ATGTCGAAAAAATCCTTGTTGTCCCCGTTGCTGCTGGGCGTTGTTGCCCTGGGTGCGTTTCTTGTTTACATAAATCTACCACAGGAAGTGCAAGAGTCAGGGCAAGGCCGGTTACCCGCGCCTGTACGTACCACCTTTGTATCAGAGCAAACTTTCCCCGTGACCATAGAGGCTTTGGGCACAGCCAATGCCAATGAGTCTGTCACCATTACCGCGCAACAAACCGACCGTGTCACCCAGGTGCTATTCGACGATGGTGATACCGTTGATGCTGGCCAGTTACTCGTTCAGCTTAATAACGACGAAGAATCAGCCCGCATTGCTGAACTGGAAGCTAATATTGTTGAAGCCCAGAGTCAGTACGAGCGTGTAGTAAATCTGGCAAAGACACGTGCTGCGTCGCAACAGATTCTGGGGGAACAGCAAGCCAAAGTAAAAGGGCTTGAGGCGCAGCTCGATGTAGCCCGGTCACAATTAGATGAGCTACAAATTCGCGCGCCGTTTGCAGGGTTACTCGGTATTCGAAATATTAGTAAAGGGGCGCTTGTGCAGCCTGGTGACGCTATTACCACCCTTGATGACATCAGTGTGATTAAAGTGGATTTTAGTGTGGCGGAAGGGCAGTTGGCGAGCTTGTCGCCTGGACAGCGTGTTATTGCACGGTCGGTAGCGTATCCGGGGGAAGCGTTTGAAGGCACTATTGCCACCATCGGGTCGCGTATTGATCCTGTATCGCGCTCGGTGCTTGTGCGCGCCCATATTGACAACGAACCGGTGAAAATTCGCCCTGGTATGTTGCTGCAAATTACCTTGGAAAAGCAGGTGCTGCAAACCCTGGTCATTCCTGAAAAGTCGCTTGTACCCATTCAGGACAAACAGTTTGTATTTGTTGTGAGTGGCGGTGTGGTTGAGCAGCGGGAAGTGACCATTGGCGAACGTAAGCCCGGTATCGTGCAAATTGTCGACGGCCTTGAAAGTGGCGAGCAAATTATCACCGAAGGGACATTGCGCGTGCAACAAGGTTCAGAGGTGCGTGTGCTTGACGCAGAGGGAGTGTAA	MSKKSLLSPLLLGVVALGAFLVYINLPQEVQESGQGRLPAPVRTTFVSEQTFPVTIEALGTANANESVTITAQQTDRVTQVLFDDGDTVDAGQLLVQLNNDEESARIAELEANIVEAQSQYERVVNLAKTRAASQQILGEQQAKVKGLEAQLDVARSQLDELQIRAPFAGLLGIRNISKGALVQPGDAITTLDDISVIKVDFSVAEGQLASLSPGQRVIARSVAYPGEAFEGTIATIGSRIDPVSRSVLVRAHIDNEPVKIRPGMLLQITLEKQVLQTLVIPEKSLVPIQDKQFVFVVSGGVVEQREVTIGERKPGIVQIVDGLESGEQIITEGTLRVQQGSEVRVLDAEGV	PGPT0003275_6035	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE	CE-BACTERIAL_FITNESS-MULTIDRUG_TRANSPORT-EFFLUX_PUMP_MexAB-OprM,PGPT0003275-acrA|lir|mtcA|mexA|adeI|smeD|mtrC|cmeA-K03585	NA	NA
AK237_03572	3108	ttgB_2	COG0841	putative efflux pump membrane transporter TtgB	ATGTGGTTATCTGATGCTTCTGTAAAAAGGCCGGTGTTCGCATCGGTTATTAACCTGCTTGTGGTGATATTTGGCATCGTCGCCATCAGTATGTTGTCGCTGCGGGAATACCCCGATATCGATCCGCCTATTGTTTCTATTAATACGAATTACGACGGTGCCTCGGCAAATATTGTCGAAACCCGTATCACTCAGCTGCTGGAAGACCGTATTAGTGGTATTGAGGGCATAAAGAACATTACGTCTACCAGCCGTAACGGACGTAGTTCGATTTCCATTGAATTTAAACTTACCCGTGATATCGACGCGGCTGCCAACGACGTCAGAGAGCGGGTAAGTCGCGCACTGAACAACCTGCCGGAACAAGCTGATCCACCGGAAGTGTCAAAAGAAAGTTCGGATGAGGATGTGGTGGTGTGGTTTAACCTTCGCAGTACAAACCTCGATACCATGGAATTAACGGATTACGCAGAACGCTTTTTGGTAGACAGGCTGTCCATAGCCGATGGCGTGGCGCGTGTGCAATTAGGTGGTGCGAGAACCTATGCCATGAAAGTCTTCCTCGACAGAAACGCCATGGCAGCGCGGGGCATTACGGTCACCGACGTAGAAGATGTGATACGGTCTGAAAACGTTGAACTGCCAGCTGGTGAAGTAGAATCGACAGACCGGGATTTTGAAGTGCGGGTGGCGCGCTCGTACCTTACACCTGAAGACTTTGCCCAGCTTACTGTTGCCGTAGGATCCGACGGGTATCTGGTGCGTTTGGGGGAAATTGCCAAAGTGGAGCTGGCGCCGGAAGACGATGAAAGTGAATTTCGTGGTGATGGCGTGAATATGATTGGGCTGGGTATTATTAAACAGTCTAAAGCCAACACACTCGATGTGGTGCGTTCGGCAAAACAGCAAATAGCCAACATTGAAGAAACCCTGCCAGACAACATTTTTATCGTACCCAGTTACGACTCGTCTGTCTTTATCGAAGAATCAATCAACGAGGTCTACAACACCTTAATCATCGCTATGATGCTCGTCGTCGTGGTGATTTATTTATTCCTGGGGAATGTGCGCGCGACACTTATTCCCGCGGTTACTGTGCCAGTGTCGATGATTGGTGCATTTATCGTCATGTACATGCTGGGCTTTTCAATCAACCTGCTAACGCTGCTGGCCATGGTGCTCGGTATTGGGCTGGTGGTGGATGACGCCATTGTTGTGCTGGAAAACATTTACCGTCGGATTGAAATGGGTGAACCGCCGTTGCTGGCGTCTTACCGCGGTGCCAAAGAAGTGGGGTTTGCCGTTATTGCAACCACGTTGGTTCTGATTTCTGTTTTTGTGCCGCTGATTTTCCTTGAAGGAAATATCGGTCGTCTGTTTACCGAGTTTGCGCTTGCCATGGCTGCAGCAGTAGCGTTTTCGAGCTTCACGGCCTTGTCGTTGTCACCCATGATGTGTTCGAAACTGCTGAAGAAAAAGTCCCGGAATAAAGGGTTTGGCAGTTGGCTGGATAAGCGCTTTAAAACCATTGAATCCCGGTATTACAACACGCTGGGTACCACCATACATCAACCTTGGCTGATGGCGTTGTTGTTTCTGATCACGCTGGTACTGATTTGGCAGCTATTCGGCAAAATCCCAAGTGAATTCACGCCAAAAGAGGACCGCGGTACTTTTTATATAATGGTGAAAGGTCAGGAAGGGGCGTCCTTTGAAGACAGCGCTGCCAATATGAAAAAGATTGAGGCGATTTTGATGCCTTATCGTGAGGAAGGAAAATTCGATCGCCTGCTTGTACGTGCGCCGGGTCGCGGTACGATGGCGGGCCTTGCCGTCGTTGGTGTGGTGCCATGGGATCAACGGGACTTTACGTCGTTTGAATTAATGGAAGAGGTGACGGAAAAATTGGAAGCCATTCCGGATGTGACCGCATTCGGCGTGATGAGAAGCGGGATCAGCGGCGGTACGGGTCGCCCGGTACAATTTGTGTTGCAGGGGGATACTTACGAAAATCTGGTGGCGTGGCGGGATATTGTCATGGAAAAAGCCAGAGACAATCCCGGGCTCGTCAGACTGGATTCTGACTACAAAGACACATCTCCACAGTTACTGGTAAACATCGACCGGGATCGGGCCGCCGATTTGGGGGTGTCTATTTCTGATATTGGCCGTACACTGGAAGTGATGCTGGGTCAGCGACGGGTGTCTACTTACCTCGATAGAGGCGAAGAATACTACGTGATTATGGAGGGCATTGAGTCTGACTATCGCAGCCCGAGCAGCATTGACAACTTGTATGTCCGTTCGCAGCGCACCGGCCAGCTTATTCCAATGGACAATCTGTTAAAAGTTGATGAACAAGCAACGTCTGCATTGCTAAATCGATACAACCGTATGCGTGCTATCACTATCGAAGCCAATCTTGCGGAAGGTTACACGCTCGGAGAAGCGCTGGCTTATCTTGAAAATATTGTGGCTACAGAGCTGCCAGACGCCGCTTCTATTGATTATAAAGGCGAATCTCAGCTTTATCATGAAGCCGGAAATTCATTTATTTTCGTGTTTATTCTGGCGTTAGCGGTTACCTACCTTATCCTGGCCGCCCAGTTCGAAAGCTGGATCCATCCGATGGTGATCATGCTTACCGTGCCGTTAGCGCTGGTTGGTGCATTCATCGGGCTGTATCTGGCAGGGATGACCATGAATATCTACAGCCAAATCGGTCTGGTCATGTTAATAGGGTTGGCGGCAAAGAACGGTATTCTAATTGTCGAATTTGCCAATCAGTTGCGCGATGCCGGCGTGGCATTTGAAGAGGCGTTAAAGCGCGCCGCCGCACAGCGTTTACGCCCTATTGTTATGACGGGATTCACCACGGTATTTAGCGCATTGCCGTTGGTCATCGCAAGTGGCCCTGGTTCTGAAAGCAGAATGGTTATTGGTATGGTGATTTTTGCAGGGGTGATCGTATCCGCGTTTATGACACTGTACATCGTGCCAACAGCCTATGCAGCGTTTGCCCGCAACACCGGCTCTCCTGAGGCGCGGGAAAAAGCGCTGTCGGAACAAGATGCCGCGATTCCTTACCGAAAAGGTGAATTAGAGTAA	MWLSDASVKRPVFASVINLLVVIFGIVAISMLSLREYPDIDPPIVSINTNYDGASANIVETRITQLLEDRISGIEGIKNITSTSRNGRSSISIEFKLTRDIDAAANDVRERVSRALNNLPEQADPPEVSKESSDEDVVVWFNLRSTNLDTMELTDYAERFLVDRLSIADGVARVQLGGARTYAMKVFLDRNAMAARGITVTDVEDVIRSENVELPAGEVESTDRDFEVRVARSYLTPEDFAQLTVAVGSDGYLVRLGEIAKVELAPEDDESEFRGDGVNMIGLGIIKQSKANTLDVVRSAKQQIANIEETLPDNIFIVPSYDSSVFIEESINEVYNTLIIAMMLVVVVIYLFLGNVRATLIPAVTVPVSMIGAFIVMYMLGFSINLLTLLAMVLGIGLVVDDAIVVLENIYRRIEMGEPPLLASYRGAKEVGFAVIATTLVLISVFVPLIFLEGNIGRLFTEFALAMAAAVAFSSFTALSLSPMMCSKLLKKKSRNKGFGSWLDKRFKTIESRYYNTLGTTIHQPWLMALLFLITLVLIWQLFGKIPSEFTPKEDRGTFYIMVKGQEGASFEDSAANMKKIEAILMPYREEGKFDRLLVRAPGRGTMAGLAVVGVVPWDQRDFTSFELMEEVTEKLEAIPDVTAFGVMRSGISGGTGRPVQFVLQGDTYENLVAWRDIVMEKARDNPGLVRLDSDYKDTSPQLLVNIDRDRAADLGVSISDIGRTLEVMLGQRRVSTYLDRGEEYYVIMEGIESDYRSPSSIDNLYVRSQRTGQLIPMDNLLKVDEQATSALLNRYNRMRAITIEANLAEGYTLGEALAYLENIVATELPDAASIDYKGESQLYHEAGNSFIFVFILALAVTYLILAAQFESWIHPMVIMLTVPLALVGAFIGLYLAGMTMNIYSQIGLVMLIGLAAKNGILIVEFANQLRDAGVAFEEALKRAAAQRLRPIVMTGFTTVFSALPLVIASGPGSESRMVIGMVIFAGVIVSAFMTLYIVPTAYAAFARNTGSPEAREKALSEQDAAIPYRKGELE	PGPT0003280_2847	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE	CE-BACTERIAL_FITNESS-MULTIDRUG_TRANSPORT-EFFLUX_PUMP_MexAB-OprM,PGPT0003280-acrB|acrE|mexB|adeJ|smeE|mtrD|cmeB-K18138	NA	NA
AK237_03573	609	sodA		Superoxide dismutase [Mn]	ATGTCACATACCTTTCCAGAATTACCTTATGCTTATGACGCGTTAGAACCATATATCGATGCCAAAACCATGGAAGTGCATTATTCAAAACACCATAAGACCTATTTTGATAAGTTCGCGGCTGCTGTAAAAGGGACGGACTTAGAGAACCAGTCTATGGAAGACATCTTCGCGTCCATTTCTCAACACAGTAAAGCTGTGCGCAATAACGGCGGCGGCTATTACAATCACATTGTCTATTGGAACTGCATGTCTGCGAACGGCGGCGGCGAGCCTGAAGGCGAAGTGGGGGCGGCTATTAAAAAGAAATACGGTAGCTTCGAAAAATTCAAAGACGAATTTGCCCAAGCGGCAATTAATACCTTCGGATCAGGCTTTGCCTGGCTCATCGTGAAAGATGGCGATATTGTTATCACCTCTACCAGTAATCAGGATAATCCTTTAATGGATGTTGCCGAAGACAAAGGCGAGCCTATTCTGGCGCTGGATGTATGGGAACATGCTTACTACATCAGCTACCAGAACCGTCGCCCTGATTATATTGAAGCGTGGTGGAACGTTGTCGATTGGGCAGCGGTAGAAGCGAACTATCAAAAGGCTATTTCGTAG	MSHTFPELPYAYDALEPYIDAKTMEVHYSKHHKTYFDKFAAAVKGTDLENQSMEDIFASISQHSKAVRNNGGGYYNHIVYWNCMSANGGGEPEGEVGAAIKKKYGSFEKFKDEFAQAAINTFGSGFAWLIVKDGDIVITSTSNQDNPLMDVAEDKGEPILALDVWEHAYYISYQNRRPDYIEAWWNVVDWAAVEANYQKAIS	PGPT0004190_4484	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
AK237_03574	627	tpm		Thiopurine S-methyltransferase	ATGGATCCACAATTTTGGCTATTAAAATGGCAGAATAATGAAACGGGATTTCACGAGCCTGAGGCAAACCCAAACCTGACTGCCAATATTCAACATCTCTCGCTAAAACGCGGCAGCCGTATTTTTGTCCCACTGTGCGGTAAAACACTGGATATCGCCTGGTTGCTGTCGCAAGGCTACGAGGTTGTCGCAGCGGAATTAAGTCATCTGGCTATCATCCAATTGTTCGATCACTTGAATATCATTCCTGACTCGGAAAAACTAGGAAACGTCACCCGTTACGACTGCCCCAACTTTACTTTATTCGGTGGAGATATTTTTGATATTAGCGCAGACATGCTGGGTAAAGTGGACGCCATCTATGACCGCGCAGCACTCGTTGCACTTCCCTTCGAAATGCGTGTCCGCTATAGCGCGCACTTGCGCGAAATAACACGCACCGCGCCGCAGTTATTGATCACCTTTGACTACGATCAGCAACAACTGGACGGCCCGCCGTTTTCTGTTATCAGTAATGAAGTAGAGCAGCATTATATCGACCATTACAGTATTACCTTACTGCACGGCCAACACATCAATTTGAAAGGCAAAGTTTCCGCTCAGGAAAATGTCTGGCTGTTAAAATAG	MDPQFWLLKWQNNETGFHEPEANPNLTANIQHLSLKRGSRIFVPLCGKTLDIAWLLSQGYEVVAAELSHLAIIQLFDHLNIIPDSEKLGNVTRYDCPNFTLFGGDIFDISADMLGKVDAIYDRAALVALPFEMRVRYSAHLREITRTAPQLLITFDYDQQQLDGPPFSVISNEVEQHYIDHYSITLLHGQHINLKGKVSAQENVWLLK				NA	NA	NA	NA	NA
AK237_03575	1560	sglT_5		Sodium/glucose cotransporter	ATGACGTGGCTGGACTATTCCATCGTAGGTATTTATTTACTGGGCTTACTTCTTTTAGGGCTCAAATTCAGGCATCAGCACTCCGGGCAGGAATATTTTTTAGGGGGACGCTCCCTCGCCTGGCCCACGTTAACATTGTCCGTAATGGCTACACAGCTTTCTGCCATCAGTTTTATTTCAGCGCCAGCCTTTGTCGGGCTGCGTGAAGGTGGCGGCCTTATATGGCTTAGCTACGAATTGGCACTGCCGCTTGCGGTAATCGTCATGCTATGGCGGCTGCTGCCCACGCTACATAACGCAGGCGTGGTCAGCGTGTATGATTATCTGGAACAACGGTTCTCCCGCTCAACCCGATTGCTGATCAGCTTTGTCTTTCAGATCAGCCGTTCGTTTGCTACCGCCATAATGATTTATGCCATCAGTTTAATACTGCAAGGCACAATGGGATTAAACCAGTTTCATGCGATTCTTGTTATCGGCGTTATTACCTTAATTTATTCCGCCATGGGCGGCATGAAAGCGGTTGTCTATGGCGATGCTATTCAAATGGTACTTATTGTTGCGGGAGCAGGGCTATGCCTGTGGGCTGGCCTGGATGCCGCCGGTGGCTGGCAGCAGGTCTTCGAGATTATCCCCGCCGAGCGTTTACAGGCAGCCAATACCGAAACGGCGGGTTTACACGGTAGTGATTTTGGCTTGCTACCTATGTTGTTCGGGGGGCTCGTGCTGTATGCCTCTTACTATGGATGTGACCAATCTGAAGCGCAACGATCGCTTTCCAGTCACAGTATCGGCGATTTAAAAAAGATGCTGTTGACTGTGGCGTTCCTGCGCTTTCCGGTCACATTACTGTATTGCGCTGCGGGATTGGTGATTGGTGCACTGGTGTTATCTACGCCCGCGTTGCAGGAGCAAATTCCTGCCGGTGAGCCAGACTGGATGATGCCCATTTTTATCATTAATTATCTTCCGTCAGGTATTGTGGGTATTTTAGTTGTTGCCATTCTGGCTGCTGCTATGTCATCACTCAGCTCCGCAATCAATAGCTTAGCGGCAGTAACAACCGAAGACATTTGTCGTATTACCGGCGCAAAACCCGACGACGAATCGTATTTAAACCGAGCCCGTATTGCCGGTGTAGTGTGGGGGATCATTACACTGGTGCTATCGCTGTATGCAGGCAATATTGCACCAACCGTTATCGAGGCTATCAATAAAATAGGCTCGGTATTTTACGGGCCTGTACTTGCCACATTTCTGGTGGGTATACATAGCCGAAAAGTTTCCCCTGCGGCGGCGAACATCGGCTTACTCGCCGGCGTAGCCATTAATGTGTTTCTCTGGCTAAGTGATAATTCACTATTCTGGTTCTGGTGGAACCTGATAGGCTTTGTCGTTACCGCCTCTGTTGCGTTTATAAGCGCGATATTTCTTCCCAACGATGCAGCCCATAAGCTTCCGTCGGTTCGGGGGATCAGTTACAAAGCTGCCGCCTTGCTCGTTGTATGGACAATAGCACTAACGCTTATTGTCATTTACCTCCCTGAACTGTTGCGATAA	MTWLDYSIVGIYLLGLLLLGLKFRHQHSGQEYFLGGRSLAWPTLTLSVMATQLSAISFISAPAFVGLREGGGLIWLSYELALPLAVIVMLWRLLPTLHNAGVVSVYDYLEQRFSRSTRLLISFVFQISRSFATAIMIYAISLILQGTMGLNQFHAILVIGVITLIYSAMGGMKAVVYGDAIQMVLIVAGAGLCLWAGLDAAGGWQQVFEIIPAERLQAANTETAGLHGSDFGLLPMLFGGLVLYASYYGCDQSEAQRSLSSHSIGDLKKMLLTVAFLRFPVTLLYCAAGLVIGALVLSTPALQEQIPAGEPDWMMPIFIINYLPSGIVGILVVAILAAAMSSLSSAINSLAAVTTEDICRITGAKPDDESYLNRARIAGVVWGIITLVLSLYAGNIAPTVIEAINKIGSVFYGPVLATFLVGIHSRKVSPAAANIGLLAGVAINVFLWLSDNSLFWFWWNLIGFVVTASVAFISAIFLPNDAAHKLPSVRGISYKAAALLVVWTIALTLIVIYLPELLR	PGPT0013955_2717	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
AK237_03576	528	azoR		FMN-dependent NADH-azoreductase	ATGAAAGTTGTTGCATTTGGCGCAAGCACGAGCAAAAACTCAATTAATAAAGCATTGGCAACCTACACAGCCAAACTGGTAGAAGGTGCTGATGTAACGGTTCTGGACATTAACGACTATGAAGTGCCAATGTTCAGCGAAGACAAAGAAAAAGAAATTGGCCAGGCAGAAGGCGCGCAGAAGTTTTTGAATGACATCGCAGCCGCAGACGCGCTGGTTATCTCTTTTGCAGAGCATAACGGTCACTACCCGGCAGCCTTTAAAAATCTGTTCGATTGGGCAACGCGCATCAACCGTACTGTTTACGGTGATAAGCCTGCGATTTACTTATCTTCATCGCCAGGCCCTGGTGGTGCCAAATCAGTGTTGGCAGCGGCAACAGGTTCAGCGGGTTTCTTCGGTGGAAATGTGAAAGCGTCGGTATCTGTCGCGAATTTCTACGACGTGTTTGACCTCGAATCAGGCAACGTGAAAGACGATACTATTGCTAATGAATTGCAAGCAGCAGCAGCGAGATTAACCGCATAG	MKVVAFGASTSKNSINKALATYTAKLVEGADVTVLDINDYEVPMFSEDKEKEIGQAEGAQKFLNDIAAADALVISFAEHNGHYPAAFKNLFDWATRINRTVYGDKPAIYLSSSPGPGGAKSVLAAATGSAGFFGGNVKASVSVANFYDVFDLESGNVKDDTIANELQAAAARLTA	PGPT0004195_2699	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	DETOXIFICATION_OF_SUPEROXIDE_ANION_RADICALS,PGPT0004195-chrR-K19784	NA	NA
AK237_03577	1143	ybjJ		Inner membrane protein YbjJ	ATGTCATCATCTTTTGCAGGCCCTTTATTGCCTGCACAAAAAAAAGCCACACGCTTAGCTTTCTTTAGTGCCGGATTTATCACTGCAGCGTGGGCCGCCATCATTCCATTTATTAAATTAAACTTGTCTATTGGTGATGGCACCATGGGGTTGCTGCTTCTGTGTCTTGGCGCGGGCGCACTTATTGGTATGCCGCTGGCAGGAAAATTCTCGTCGCAGTTGGGCTGCAAACCGGTGTTGATAGCCGCGATGACAGGCTTTTCATTATTGTACCCAGGTTTAATCTGGCTTGATTCGGTAACTACCTTAGCTATTTTTCTCATCATATTCGGATTGTGTGTAGGAACGACTGACTGCGCCATGAATATTCAAGGCGTCGCCGTTGAAAAAGCTGCTAATAAGCCATTAATGTCAGGTTTTCATGGGTTTTACAGTTTAGGCGGCATGTGCGGTGCCATCCTGATGACAGCGATACTGTCCGTAGGGGTAAACATTGACACCGCGAGTATCATTGGGGCATTGGCCTCGTTAGGCTTTTTGGCGTTGGCGGTGAATGGGTTCAGAACTGACAAATCTCAGGAGCCTGCGGCATTTTTTGCCATACCCAAAGGTGTGGTAGTACTTATTGGCGTTGTGTGCTCTATCATATTTTTAGCCGAAGGCACGGTACTGGACTGGAGCGGTATTTATCTTACTGAATACCGTGGCTTTGATACCCAAAACGCCGGATTAGGCGTTGCGTGCTTTTCTGTTGCCATGACACTCGGACGACTTGTGGGCGACAAGGTTACCAGCATACTCGGACCCCGGTTCATGGTGCTTGGTGGCGGAAGTATTGCAATAATTGGTTTTGCGTTATCGCTTTCGGTTCCATTTCCGGTTGCGACGTTAGCCGGTTACGTACTTATCGGAACAGGGTGCTCGAACATTGTACCTATTATGTTTTCTGCCACAGGAAAGCAAACCGTCATGAGTGAGGCGTCGGCGGTGACGGCGGTGTCTACACTCGGATACGTAGGCGTACTGGCAGGGCCTGCGCTGGTGGGGTTTGGTGCGCAAGTTTATGGCTTGCCGGCAGCCCTGGGTGTGGTTGCTTTACTGCTTTGTTTGGCAACAGGGTCGGCTAGTCGGGTAAAAGTGTAA	MSSSFAGPLLPAQKKATRLAFFSAGFITAAWAAIIPFIKLNLSIGDGTMGLLLLCLGAGALIGMPLAGKFSSQLGCKPVLIAAMTGFSLLYPGLIWLDSVTTLAIFLIIFGLCVGTTDCAMNIQGVAVEKAANKPLMSGFHGFYSLGGMCGAILMTAILSVGVNIDTASIIGALASLGFLALAVNGFRTDKSQEPAAFFAIPKGVVVLIGVVCSIIFLAEGTVLDWSGIYLTEYRGFDTQNAGLGVACFSVAMTLGRLVGDKVTSILGPRFMVLGGGSIAIIGFALSLSVPFPVATLAGYVLIGTGCSNIVPIMFSATGKQTVMSEASAVTAVSTLGYVGVLAGPALVGFGAQVYGLPAALGVVALLLCLATGSASRVKV				NA	NA	NA	NA	NA
AK237_03578	1404	yejF	COG4172	putative ABC transporter ATP-binding protein YejF	ATGATGCCTACACTTAAAATAGACAATTTGCGTATTTGCTCTCATCACGACACGCTGGTCGACGGCCTCAGCTTAACCGCTTATCCTGGTGAACCGATCACTATTCTCGGCGAGACGGGTTCAGGAAAAAGTTTGCTCGCCCATACAATTATGGGTGATTTACCGCCAAACTTAACCGCGACAGGCAGTGTGGTTACAGCGGGTAAAGACATGCTGCAATCAGAACAGCGCTTTACGCCATCATCACTGTGGGGCCAAACCATTGTTATGCTGCCGCAAGAGCCGACTAAGGCGCTCAGTCCGCTCATGAGACTGCGCCAACAGGTGCGTGAGGTATTTCATTTTGTAAAGGGTCTTACCGGAGCGCCGCTACAGACTGCGTCTCACCAGGCTTTACAGCAAGTACGGCTGGATGACGCTGGCGATAAAGTACCATCACAACTTTCAGGTGGCATGGCGCAGCGCGCAGCGTTTGCTTGTGCAGCGGCCTCGCCCGCCGCAATAATGATTGCCGATGAGCCCACAAAGGGCCTTGATAGCCACACCCAGGCCGAACTGGGCAAAGCGCTGGGTCAATTTGCCCAAACGGGTACCTTACTCACCATCACGCATGACATTGCTCTGGCCCGCTCTCTTGGCGGCAAGGTTATTATTATGCAACAGGGAAAGGTTGTTGAGTCGGGCGCAGCTGACACACTGCTAAACACACCACAATCGGCGTACGGACAAGCGCTGATTAACGCTCTTCCGGAGAACTGGTTGGCTTCGCCAGCAAGAAAGACGGATTTTCCGCCACTGATCACGCTGCAGCACGGCCGGATAACACGTGGGAGTGCGGAGTTATTTAAAAATGTAAGTATCACCCTGGGGAGAGGCGAAATTGTTGGTCTTTATGGCGCAAGCGGAAGCGGTAAATCAACATTAGCAAATGTATTACTAGGCTTACTACCCGTAGAAGGTACTGTTGAACTAGCCGAACCTTTAGCTCGCCATCAAATGTTGAAGATATATCAGGATCCACCTAATGCGTTTGCTAAAGGCGTCGCACTGATAACCCTGTTGGAGGAGCTTATCGCCCAACATCGCCTTGATCCAACACCACTTGATCCACTGATAACCAGGCTGGGGCTGTCGCGTTCGTTGCTTGAACGTGATGCAGACAGTGTCAGCGGAGGCGAACTACAACGGGTAGCATTATTACGTGCCCTCCTGCTTAAACCGGCTTTTTTAGTCGCAGACGAGCCGACATCCAGACTTGACCCTGTCACAAGCCAACGCGTTTGTGATCTTCTGGTATCAACCTGCCGTGAACGCCAGTGTACATTGCTGTTTATAAGCCACGACAAACAGCAACTAGCGAAACGCTGTGACAGAATTATCGATATTGAAAGTTTACAACGCTAG	MMPTLKIDNLRICSHHDTLVDGLSLTAYPGEPITILGETGSGKSLLAHTIMGDLPPNLTATGSVVTAGKDMLQSEQRFTPSSLWGQTIVMLPQEPTKALSPLMRLRQQVREVFHFVKGLTGAPLQTASHQALQQVRLDDAGDKVPSQLSGGMAQRAAFACAAASPAAIMIADEPTKGLDSHTQAELGKALGQFAQTGTLLTITHDIALARSLGGKVIIMQQGKVVESGAADTLLNTPQSAYGQALINALPENWLASPARKTDFPPLITLQHGRITRGSAELFKNVSITLGRGEIVGLYGASGSGKSTLANVLLGLLPVEGTVELAEPLARHQMLKIYQDPPNAFAKGVALITLLEELIAQHRLDPTPLDPLITRLGLSRSLLERDADSVSGGELQRVALLRALLLKPAFLVADEPTSRLDPVTSQRVCDLLVSTCRERQCTLLFISHDKQQLAKRCDRIIDIESLQR	PGPT0004435_6480	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
AK237_03579	792	gsiD	COG1173	Glutathione transport system permease protein GsiD	ATGGTTATTTTCACTCAGGCTAATTCTCGCCAACGAACGGGCATTGCCATATTACTGTGTCTCGCACTGTTTGCATTTTGTGCGCCGCTGGCAGGGCTCGATCCTAATCAGCAGGATTTGCGAAATGCTTTTGCCTCACCCGGCTCGGTACATCTGCTTGGCACCGACCATTTTGGCCGCGATATGTTTGCCCGTCTGGCTGGCGGTATGCGGATTTCCTTTACTCTCGCGATAATCTGCGTAACCAGTGCCGCCATAAGTGGTGTGCTCTGTGGCGTTGCTGCTGCGTGGTACCGGCGCTGGCTGGACACGGGACTAAATTTTCTCGCCAATACCGTTCTGGCGCTCCCCGGGCTGGTACTTATTCTCGTTTTTGCGGCCATTGTGCCTGGCTCATTTTTAATGATCTATGTCGCTATTTCTCTTGTTCTGTGGGTAGAGTACTTTCGTCTCGTCAGGGCCATCACTCTGCCCGTTGTCCACGGAGAAGAGCTGGAGTCATCAAGATTACTTGGCTTCGGCAAAGGATACTTATTTAAACGTCATATTTGGCCGGCCATCGCCCAGGATGTGTACTCGCTGTCGGCATTTGGCGCAGCCACGTCAATTATCGCCATGTCTTCAGTAGGATTTGTTTACGTTGGTCTTAAACCACCCAGCCCAGAGCTAGGGTTGATGATTGTCGAACTTTTTCCTTATTACTACAAAGCGCCCTGGCTGCTCATGGAACCCATCATTGCGCTGTTCTTCATGGTGTTTGCCTTTCAACTATTGGCAGGTAAACGGCAATGA	MVIFTQANSRQRTGIAILLCLALFAFCAPLAGLDPNQQDLRNAFASPGSVHLLGTDHFGRDMFARLAGGMRISFTLAIICVTSAAISGVLCGVAAAWYRRWLDTGLNFLANTVLALPGLVLILVFAAIVPGSFLMIYVAISLVLWVEYFRLVRAITLPVVHGEELESSRLLGFGKGYLFKRHIWPAIAQDVYSLSAFGAATSIIAMSSVGFVYVGLKPPSPELGLMIVELFPYYYKAPWLLMEPIIALFFMVFAFQLLAGKRQ	PGPT0004450_14926	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
AK237_03580	939	gsiC	COG0601	Glutathione transport system permease protein GsiC	ATGCTAAACATCGTGCTATTCAGGCTTGGCCAATGCCTTATGATGGCCTGGAGCGTAGGCTCGCTCACCTTTTTACTAACCCGACTCTTGCCCGGTGATATGGCGTACAAAATTGCCGCCGGGCGGTATGGCGATGACGCCGTAAGTACAGCGGCCGCCAACGCTGTTAGTGTTGAATTAGGATTAGATCGCCCCGTGTTCCAGCAGTATCTCGCGTGGCTTGGCAACTTGCTTACTGGCGACCTGGGCACCAGCTTAGTAACCGGCGCGCCTGTCATTCATGAATTACAAAATCAGATAAGCTTTACCTTCGTATTGGCATTTTGGGCCATTCTCGCCGCCGCGCTCATCGCCTTCCCGATTGGATTGTTATGCGGTGCAAAAGCCGACGCTGGTGCAGACAAAGCGTCATTGATAGCCTCGTCGTTTATTCGGTCACAACCGGTATTTTGTCTCGGGCTGCTGCTCATATTTGTCTTCGCCATGGAGCTCAACTGGTTTCCGGTTGCTGGTTTTGGCAGACCTGAGTACGTGGTGTTGCCGGTGCTTACCCTTGCGCTCAGTCTGGCCGCGGTGTCCAATCGCGTGGTACGAAACAGCACTCAGCGCGCCGTTTCAAGCGCTTACTTTCATTTCGCTCGAACCAAAGGGTTAACTTATCGTCAGGCTTTCACACGCCACGTCCTGCCCAACGTGATGCTGCCGAGCCTGGCTTTTATGGGAATTCAACTTATCGGTCTTATTGAAGGTGTGATTATGGTTGAAAGTTTGTTTGCATGGCCTGGTATTGGCCACGGACTGTCCCATGCAGTGTTTGCCCGTGATATTCCTATGCTGCAAGGAACGGCGCTGGTGATGGGAGTGCTGTTTGTGCTGATTAACGCGCTGGTTGATATCAGTCAGCATCTCCTCGACCCCAGAACCAGACAGGGCGCGTAA	MLNIVLFRLGQCLMMAWSVGSLTFLLTRLLPGDMAYKIAAGRYGDDAVSTAAANAVSVELGLDRPVFQQYLAWLGNLLTGDLGTSLVTGAPVIHELQNQISFTFVLAFWAILAAALIAFPIGLLCGAKADAGADKASLIASSFIRSQPVFCLGLLLIFVFAMELNWFPVAGFGRPEYVVLPVLTLALSLAAVSNRVVRNSTQRAVSSAYFHFARTKGLTYRQAFTRHVLPNVMLPSLAFMGIQLIGLIEGVIMVESLFAWPGIGHGLSHAVFARDIPMLQGTALVMGVLFVLINALVDISQHLLDPRTRQGA	PGPT0004445_12943	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
AK237_03581	1530	nikA	COG0747	Nickel-binding periplasmic protein	GTGATCCCTCGCGTTTTTATTTTTAGTTTTCTTGCACTCTTTCTGGTGTCTTGTACGCCCGAGCCAAAGGACAATACGCTGCATATCAGCGGCCCTTTTGAACCGGTTAATCTTGATCCGGCAACGGCGGGTTATATTTTTACCCGCATGCAAATTATTGAAACCCTGGTTGATGTGGACGACGAAGGTCACTTAAAGCCCGCACTGGCGACCTCGTGGAAAAGCAATGCGGATTTAACACAATGGACCTTTCAGCTCAGACCTAACGTAAAATTTCACGATGGCACCCTTATGGATGCCGAAGCGGTTCGCAAAAGCCTTGCCGTAGCGCTAGGTAAACCCACGCCCTTTCCCGGCGATATTGTTACCAACATAGAAATTATCGACCCGCAAACAGTAAAATTCACATTAAAAAACACCTACCGCCCCTTTCCGTCCTTGCTGACCAACTACACCACGGCGATTTTATCGCCGGCTTCATTTGGTAAATTTAACCGGATGAAGGCGCTGATTGGCACCGGCCCTTATGAAATCACTCAATTTCTGCCCCCTCACAATATCGAAGCGAAACGTTTTGAGGGGTACTGGAAAGGCCCGGCAGCCATCGAGTCAGTGGAATATGTTACCGGGCATCGCTCAGAAACACGCGCGCTGATGGTGAGAACGGGTCAGGCAGACATCGTGTTTAATCTCGATCCACCTGCGGTGGACATGTTGCGACAAGAACCGAATGTCAACGTCCATACCCAATTCATCCCCAGGACGACGCTGATAAAACTCAACATGGGTAATGAAAAGCTCAGCGATGTACGAGTCCGGCAAGCTTTGAGTCTGGCTATTGACCGTGAGGCCATCGCAGAGGGTATTTTGCATGTTGATGGGGCGCAGGCCAATCAACTCTTCGGCCCCGCCATGGGTAGATGGCACAACGCGGGGTTACCGCCAGCCAAGAGCAACAAAGAGCAGGCGCAAGCGCTGCTCACACAAGCGGGCTGGCTGCTTGAGGAAGACGGCCTGCGATATCGCAATGGCCAGCCACTTAACTTGTCTATGATAACCTACGCTAACCGGCCTGAGCTTATCACTATTGCCACAGCTATTCAGGCACAGTGGCGAAAAATAGGCATACAATTGGCGGTGCACATGGAAAATGTCAGCGCTATACCGTCTGGTCACGCTGATGGTTCGTTAGAAACCGCTCTGATGGCAAGAAATTTCGCCAATATCCCGGATCCACTGGGTATTTTACTGGCGGATTTCTCTTCCCCGTCTGGCGGAGAATGGGGCCCGATGAACTGGGATAACAGCGAAGCATTCTCTATTGTCAACACCATGGCAACCACAACTCGTGATGCGCAGTTTGATACGCTGCAACGAAAAATGATCGATATACTCAATACAGACATGCCACTTATTCCTGTAACGTTTTACGTGCAACAATCGGCCACATCATCACGGGTGAAGCACTTCAGTTTCGACCCTTTTGAACGCTCGTTCAGAATTGATCAGATGCGCTTGCAGAGCCAGTAA	MIPRVFIFSFLALFLVSCTPEPKDNTLHISGPFEPVNLDPATAGYIFTRMQIIETLVDVDDEGHLKPALATSWKSNADLTQWTFQLRPNVKFHDGTLMDAEAVRKSLAVALGKPTPFPGDIVTNIEIIDPQTVKFTLKNTYRPFPSLLTNYTTAILSPASFGKFNRMKALIGTGPYEITQFLPPHNIEAKRFEGYWKGPAAIESVEYVTGHRSETRALMVRTGQADIVFNLDPPAVDMLRQEPNVNVHTQFIPRTTLIKLNMGNEKLSDVRVRQALSLAIDREAIAEGILHVDGAQANQLFGPAMGRWHNAGLPPAKSNKEQAQALLTQAGWLLEEDGLRYRNGQPLNLSMITYANRPELITIATAIQAQWRKIGIQLAVHMENVSAIPSGHADGSLETALMARNFANIPDPLGILLADFSSPSGGEWGPMNWDNSEAFSIVNTMATTTRDAQFDTLQRKMIDILNTDMPLIPVTFYVQQSATSSRVKHFSFDPFERSFRIDQMRLQSQ	PGPT0004430_17069	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
AK237_03582	2127	cntO_5		Metal-pseudopaline receptor CntO	GTGAAGTCGCCAGCCTCTTCTGTTTCAAAACTCACCGCGTTAGCTATTCTTATCAGTACCAGTTTTTCGTCTTACTCGCAAACCTCACCGACGTCAGAAGATGACGTTGAGCATGTCGAAGTCTCCTCTTTAAGACAAGCTTATCGTGGTAATGTGCCATTGAAGTCTCTCCCGCAAGCGGTCACTGTATTGTCCGATGAAACCCTGGCTTCATTAGGCGTCACTGATTTACAAAGCGCGTTGTCGCTCTCTGGTGGTATCGCTAGTCAAAACAATTTTGGCGGATTATGGGACAGTTTTGCTGTGCGTGGTTTCGCCGGTGATGAAAATTCACCGTCAGGGTATCTCGTTAATGGATTCAACGTTGGTCGTGGGTTTAGTGGTCGCCGTGATGCATCCAATGTTGAAGCTATCGAGATCTTAAAAGGGCCAGGCTCAGCGCTTTATGGGCGAGGAGAGCCGGGTGGTACCGTCAATATCATCACCAAAAAGCCAGAATTTGACGCCGAAGGCTACATCGGCGCGACGGTAGGTAGTTATGATTTATATCGCCTGGAAGGTGATTATACCAATGCGATGACCTCTGACTTAGCGTTTCGCGTTAATGGTGCTTATGAAGATGCGGGAAGCTTCCGTGACACGGTTGAAAGCAAAAAGCTAATTGTCACACCATCGGTTCTTTATAAAATTAGTGACAGCACTAACCTGGTTTATGAGCTTGAAGTTATCGATCAGGAGGCGCCTTTCGACCGTGGTATCGTTGTGCCTGATTATGATTTTTCTGCCGTACCCAAAGAGACATTTTATGGTGAGCCAGCCGACGGCCCTATGGATGTTGAAGCTGTCGGTCACCAGTTATCGTTACAAACATCAATTAATGACAACTGGGATTTGAACGCGGGTTTGAGTTACCGCGATTCTTCTTTTGAGGGCTATTCCACAGAAGTTGAGCAATCTGCAAGCCGCCAACTGCTGAGTGCTGACAACCCCGTAGTTTCACGCCAGCGCCGTTATCGGGACTATGACACCACGGACGTATCGGGTCGGGTGGAACTCAGTGGCAGCGTGCAATATGGCGCAATGACACACCATATTTTAGTTGGGTTGGATGCGTATGATTACACCTTCAATCAATATGTACAGCGCTGGCGCGTGACGCCTGGTGACTCAACCTATTCAGTTGATCTCATTAACCCGGAATACGGTCAGCCCCTGCCTGATCTGTCACTGTTAACCGATGTAGAAGAAAAACAAAGTGCACAAGGCATTTATGTTCAAGATCAAATCGACTTGTCTGCACAGTGGAAAATGTTGCTCGGCTTCCGGTTTGATGACTTTTCTCAAGATATTGAAAATTTCATCAGCGATACAGCCTCAACACAGGACAGAACCGCAACAAGTCCGCGTGTGGGGCTGGTATTCGAAGCAAATAGAAATTACACGTTTTATGCGAGCTTCTCTGAAGGTTTCCGGCCTAACAGTGGTACGGATGTAAACGGTAATTCTTTTGAACCGGAGGAAAGTGAATCGTATGAGCTGGGCGTGAAATTTGCCACTGATGATGAAGCTATTAGCGGTACACTTGCTCTGTACGAAGCCGATAAATCAAATATTCTGGCGGCCGATCCAGCTAATGCGGGATTTACTGCTGCGTTGGGGGAAGCTGAGAGCCAAGGGGTTGAATTAGATGTAACCGCGTATTTGACGCCGACGACTTCTCTGGGTTTATCTTACGCGTATACCGATGCACAAACGTCTAATACTGTTACCAATCCGGATTGGGGCGTAGACATCGCTGCGGGTACGCGCTTGTTAAATATTCCCAAGCACAGCCTGGTACTTACTGCGCAACAAGCGTTTAACTTGTCGGGTAAAGAGGCTGCGGTGTTAGCTTCTTTGCATTACGTGGGCGATCGCGCAGGTGAGCTTATCAACCAGGATTACGTATTGCCTGACTACACCTTAGTTAACCTGGCAGGCCACGTTGATATTACCGACAATATGACTGTTAAGGTGTTCATTGATAATCTCTTTGATAAAGCATATTTCGATAACTCGTATTCTGCTTTATGGACACAACCGGGTACGCCAAGAACCATAAATGTAAGTGCAACTTACCAATTTTAA	MKSPASSVSKLTALAILISTSFSSYSQTSPTSEDDVEHVEVSSLRQAYRGNVPLKSLPQAVTVLSDETLASLGVTDLQSALSLSGGIASQNNFGGLWDSFAVRGFAGDENSPSGYLVNGFNVGRGFSGRRDASNVEAIEILKGPGSALYGRGEPGGTVNIITKKPEFDAEGYIGATVGSYDLYRLEGDYTNAMTSDLAFRVNGAYEDAGSFRDTVESKKLIVTPSVLYKISDSTNLVYELEVIDQEAPFDRGIVVPDYDFSAVPKETFYGEPADGPMDVEAVGHQLSLQTSINDNWDLNAGLSYRDSSFEGYSTEVEQSASRQLLSADNPVVSRQRRYRDYDTTDVSGRVELSGSVQYGAMTHHILVGLDAYDYTFNQYVQRWRVTPGDSTYSVDLINPEYGQPLPDLSLLTDVEEKQSAQGIYVQDQIDLSAQWKMLLGFRFDDFSQDIENFISDTASTQDRTATSPRVGLVFEANRNYTFYASFSEGFRPNSGTDVNGNSFEPEESESYELGVKFATDDEAISGTLALYEADKSNILAADPANAGFTAALGEAESQGVELDVTAYLTPTTSLGLSYAYTDAQTSNTVTNPDWGVDIAAGTRLLNIPKHSLVLTAQQAFNLSGKEAAVLASLHYVGDRAGELINQDYVLPDYTLVNLAGHVDITDNMTVKVFIDNLFDKAYFDNSYSALWTQPGTPRTINVSATYQF	PGPT0003790_21803	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0003790-hutA|fatA|fct|foxR-K02014	NA	NA
AK237_03583	1047			hypothetical protein	ATGCGCAATTTTCGACAGCGAGTTTTCTCTTCAACCGGGTTTGTCATCCTTGCATGCTTATTTAGCATCAATGTTTTCGCCAAGGACACATTTGAACTGGCAGGCGTAACGATAAAAGCGGGTGAGAAAAAATCATTTATGGCGACCCGTGGCGATGTTGCTTTGCCTGTTACGGTGGTTAACGGTGCTCAGGATGGTCCAGTTCTGTTATTAGCCGCAGGCACACACGGTGATGAATTTCCATCTATGTTCGCTCTGCAAAAAGTTCGGGATGAGGTAAAGGCCGATGAGCTATCAGGTACACTCATTTTGCTACACCTTGCTAATATCGAAGGTTTTCATGCAAATCGCATTGCGCTAAACCCCAAAGATAATAAGAACCTCAATCGCGAATTTCCGGGTAGCCCCGATGGCACACCCACAGAGCAAATCGCGGACTTTTTAACCCACGCGTTTATTGAAAAGACGGACTACTTCATCGACATGCATTCAGGCAGTGCTAATCAACAGTTGCTCGACCATGTTTATTCGCCTTTTGTGGGTGACAAGACACTTGATGATCGTACCTTTGCGTTTGCTAAAGCTACTGGTATGCAGCACATAGTAATGTATGGCGACAGACCACGTGATCCTGAGAATTCCATCTCGTTCCCGAACACTGGCATGACAAGAGGCGTACCGAGTCTTACTACGGAAATCGGGCACTTGGGGCAGTATACCGACGCGTCTGTCAGTAAGGCTGTACAGGTATCGCGAAATGCATTGTATTTTCTGGGCATGTTACCCGGTGAAGCGCATCCTCATGCAGAACCTGTCATTTATGACACATTAACTTCGGCCAAGAGCCATCACGACGGCTTCTTTTTGCCTGGCGTAAAGATTGGCGCGAGGGTTAAGAAAGATGCGCCTCTGGGCAAGGTCACGGATTATTTTGGTAATGTAGTAGAGACAATTTCTGCGCCGGTAGCGGGCACAGTAATGATGATTAACGAAATGCCAGCCATTCAGGACGGGCAATCAGCCGTGACGCTCGGCATCGAGCAATAA	MRNFRQRVFSSTGFVILACLFSINVFAKDTFELAGVTIKAGEKKSFMATRGDVALPVTVVNGAQDGPVLLLAAGTHGDEFPSMFALQKVRDEVKADELSGTLILLHLANIEGFHANRIALNPKDNKNLNREFPGSPDGTPTEQIADFLTHAFIEKTDYFIDMHSGSANQQLLDHVYSPFVGDKTLDDRTFAFAKATGMQHIVMYGDRPRDPENSISFPNTGMTRGVPSLTTEIGHLGQYTDASVSKAVQVSRNALYFLGMLPGEAHPHAEPVIYDTLTSAKSHHDGFFLPGVKIGARVKKDAPLGKVTDYFGNVVETISAPVAGTVMMINEMPAIQDGQSAVTLGIEQ				NA	NA	NA	NA	NA
AK237_03584	813	dkgB_2	COG0656	2,5-diketo-D-gluconic acid reductase B	ATGGAATCCCATTCAGCCATGCCTCAGTTAGGCGCGGGCACTTTCCGGTTAAAAGACGACGTGGCATACAACAGTGTGAAAGACGCACTGGAAGTCGGTTACCGTCATATCGATACCGCACAAATTTATGAAAATGAAGAAGCGGTAGGCCGTGCATTGAAAGACAGCGGCATTAACAGAGACGAATTATTTGTCACTACCAAAGTGTGGAATAACAAGCTGAACAGCAAGGACTTCCTGCCTAGTGTGAAGGAAAGTCTGGAGAAATTACAGCTCAGTTATGTTGATCTGCTGCTGATCCACTGGCCTTCTCCTGAGAACGGTGAGTCCATGGAAGAGTATTTAGGTGAACTGGCGAAAGCCAAAGCGCAGGGCCTGACCAGACATATCGGGGTATCTAACTTTACTATTGCCCACCTGGAAGAAGCGCAGCAGATTTTAGGAAAAGGGGAAATCTTTACCAATCAGGTAGAGGTGCACCCGCATTTAACTAACGACAAGCTGCGTGCATACTGTACGGTAAATGATATTCATATCACGGGTTATATGCCGTTTGCTGTGGGCAAAGTGTTAAAAGACGAAACGGTGATACAAATTGCTGATAAGTATGAAGTGTCACCCGCTGAAGTGGTGATTGCATGGGAGCTGGGGCACGGCCTGGCGACCATCCCATCATCGACAAAGCGGGAAAATCTGGCGACAAACCTTAAAGGGGCATCGCTGAAACTCACCATTGAAGACATGGATGCCATCGATAAACTAAACCGTAATGAGCGTGAAGCTACACCGGACTTTTCACCCGAGTGGGACTAA	MESHSAMPQLGAGTFRLKDDVAYNSVKDALEVGYRHIDTAQIYENEEAVGRALKDSGINRDELFVTTKVWNNKLNSKDFLPSVKESLEKLQLSYVDLLLIHWPSPENGESMEEYLGELAKAKAQGLTRHIGVSNFTIAHLEEAQQILGKGEIFTNQVEVHPHLTNDKLRAYCTVNDIHITGYMPFAVGKVLKDETVIQIADKYEVSPAEVVIAWELGHGLATIPSSTKRENLATNLKGASLKLTIEDMDAIDKLNRNEREATPDFSPEWD	PGPT0001325_197	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_SUGAR_ACID_UTILIZATION	PLANT_DERIVED_GLUCONATE_METABOLISM,PGPT0001325-dkgB-K06222	NA	NA
AK237_03585	291			hypothetical protein	ATGACTGTATGTGTAATTGCCACCGCAAGGGCATCGCTGAGTGATGCAGCGAAAGTGACTGCGTTGTTCGAAACGTTGCAGGAACACTCGCGAAAGGAAGAAGGCTGTATTCAGTATGATCTTGGCTTGCGCGAAGTTGACGAAGAAGTCGAAGTGCTGGTGATGGAACAGTGGACGTCTCAGGCGGTTTTGGACGACCACATGACTCTGCCTCATTTCACTGCCTTTCAGGAAGTGTCGGAAGGCCTTGTTAAAGACGTCAGTATGCAGGTGTATGCGCTGCATTCGTAA	MTVCVIATARASLSDAAKVTALFETLQEHSRKEEGCIQYDLGLREVDEEVEVLVMEQWTSQAVLDDHMTLPHFTAFQEVSEGLVKDVSMQVYALHS				NA	NA	NA	NA	NA
AK237_03586	993	ycjG	COG4948	L-Ala-D/L-Glu epimerase	ATGGCATTAACAATTACAATTAAACACGAACGCTTTCCGCTGGCGCAGGTGTTTCGCATTTCCCGGGGAGCCAAAACGGCAGCCGATGTGATACATGTATCAGTGGGTAACGGCAAGCATACCGGATATGGCGAGTCTGTGCCCTATGGCAGATACGGCGAGTCCATCGAATCGGTTACAGCCCAGTTAGAACAGGTCAGCGCCAGCATTGTCAGTCTTGAAGATCATGCAGCACTGCCAGAATTACTGCCAGCCGGCTCTGCCCGCAATGCACTGGATTGTGCCCTGTGGGACTTAACCGCCAAAGTAACCGGCAAACCGGTGTCTGAACTGCTTGATTTACCCGTTACGCCACATTGCTTTACCGCACAAACTATCAGTGTGGATACTGTCGAAAATATGCAGGCGTCTGCGCGTAAACTCAAAGGCGCGCCGATAATCAAGGTGAAGCTGGACCCCGATGCCGTCGTTGACAAGATCCGCGCTATTCACGAAGTCACGCCGGAAAGCCGGCTGATTGTGGATGCTAACGAAGGCTGGACCATCGAAGACTTGAAAGCCGTGGCTGAACCGCTGAAAGCCTGTAATGTTGTACTCATTGAGCAACCCATACCGGCAGAAAACGATGAAGTGCTTGAGCATTATGAATGCCCTATTCCGCTTTGCGCAGATGAGTCCTGCCATACGTCAGCCGGGCTGGACGTATTGCGTAAACGCTATCAGAGCGTCAACATCAAGTTAGATAAAACTGGCGGCCTCACCGAAGCTGCCGCTCTGTACAAAGCCGCAAGAGCAATGGATTTCTCAGTCATGGTAGGTTGTATGGTAGGCACGTCGCTGGCAATGGCGCCAGCTTATTTGCTGTGTGACGGCGCTGACTTTGTCGACCTCGACGGCCCTATCCTCATTGCACAGGACAGAGAAAACGGTTTCTGTTTCGACAACGGCAAAATGTGGCAACCCGATACGTTTTTGTGGGGTATGGCAAAATAA	MALTITIKHERFPLAQVFRISRGAKTAADVIHVSVGNGKHTGYGESVPYGRYGESIESVTAQLEQVSASIVSLEDHAALPELLPAGSARNALDCALWDLTAKVTGKPVSELLDLPVTPHCFTAQTISVDTVENMQASARKLKGAPIIKVKLDPDAVVDKIRAIHEVTPESRLIVDANEGWTIEDLKAVAEPLKACNVVLIEQPIPAENDEVLEHYECPIPLCADESCHTSAGLDVLRKRYQSVNIKLDKTGGLTEAAALYKAARAMDFSVMVGCMVGTSLAMAPAYLLCDGADFVDLDGPILIAQDRENGFCFDNGKMWQPDTFLWGMAK	PGPT0020045_1621	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_UTILIZATION	PLANT_DERIVED_ALANINE_DEGRADATION,PGPT0020045-ycjG-K19802	NA	NA
AK237_03587	996			hypothetical protein	ATGGTACTCACTCCTCCTTATTTACTTTTCATCGGCAACGCTACCGATCCGTTAAGCATAAAAATGGCGAAAAGCGTGGCCGACTGGAACCCTGACGCCTGCATCGGTGAATACCGCCTGCCGGGTTGCGAGGTTACCACCGGCTGCCCGTCAATGACTATTGATGAGGCGGTTGATGCCGGCGCCAACACTTTTGTATTGGGCTTTGCAAACAGCGGCGGTTTTATTGATGAAGCGTGGGTTCCCACTATCGTAGAAGCCATTGAAGCCGGCATGCATGTTGTTAGCGGCCTGCACGATAAACTCAACAGCATCCCCGCCGTGGTGGAAGCCGCGCAACGTTGCGATCGCCAGCTTATTGACATCCGTCATCCCACAGCCCGCTTCAAAACAGGAAAAGGCATCAAACGCACAGGCAAGCGCCTGCTAACGGTTGGCACCGACTGCTCGGTGGGCAAAATGTACACTTCACTGTGCCTGACCAGAGCACTAGAAGAAGCGGGTCAGAAAGCCACTTTCCGGGCCACCGGGCAAAGCGGTATTCTGGTTGCCGGAGAAGGCGTCGCTATCGACTGTGTGGTAGCAGACTTCATATCCGGCGCAGTGGAAACACTCAGCCCTGACAACGACGAAGACCACTGGGATATTATCGAGGGACAAGGCTCCCTGTCCCATCCGGCCTTTGCAGGTGTCAGTTTAGGGCTGCTGCACGGCTCCCAACCTGATGCTCTGGTGATCTGCCATGCGCTGAACCGTTCACACATGCGGGGATTACCTCACTATCCCCAACCAACGCTGGAAGCCGTCATTGAAATGACTGTAAATGCTGCCAGATTAACGAATCCTGACGTGAAAGTTGTTGGCATTGCGGTGAACACATCCAGTGTCAGTGAAGCTGAAGCAAAGGCGTATTGTGAAGAAACGTCTTCAAAACTCGGCTTACCGTGTACCGACCCGGTACGTTTTGGTGTCAGTGAAATTATCGGGAACCTCTGA	MVLTPPYLLFIGNATDPLSIKMAKSVADWNPDACIGEYRLPGCEVTTGCPSMTIDEAVDAGANTFVLGFANSGGFIDEAWVPTIVEAIEAGMHVVSGLHDKLNSIPAVVEAAQRCDRQLIDIRHPTARFKTGKGIKRTGKRLLTVGTDCSVGKMYTSLCLTRALEEAGQKATFRATGQSGILVAGEGVAIDCVVADFISGAVETLSPDNDEDHWDIIEGQGSLSHPAFAGVSLGLLHGSQPDALVICHALNRSHMRGLPHYPQPTLEAVIEMTVNAARLTNPDVKVVGIAVNTSSVSEAEAKAYCEETSSKLGLPCTDPVRFGVSEIIGNL				NA	NA	NA	NA	NA
AK237_03588	888			hypothetical protein	ATGCGTTTGCGCCATATTGAAGTATTTCACGCCATTTACACCACCGGCTCTATCACCGGCGCTGCCAATTTACTGTACGTGTCTCAGCCATCGGTGTCCAAAGTGCTGGCCCATGCTGAGCAACAACTCGGCTTTGACCTTTTTCATCGCAACAAAGGTAAGTTAACCCCCACCGCGGAAGCAGAAATGATGTTTCCGGAAATCAGCAAAATTTATAAGCAACTCAACACTGTTAAGCAGCTTGCCAATAACATTCAACGGGGACGCAGTGGCATCATCAATATAGCCGTCACTCCTGCGCTGGGTTTCAACGTACTTCCCCAAACCATGGCAATGTTCCGCCAGCAGCATCCTGATGTGGCCCTGAATATTAAAACCGTACATAACCAGGAAGCGCTGCAAACCCTGCTGGCGCACAAGTGCGATGCCGCCGTACTGTTTTCATCTCCCGAATTGCCCGGTGTGGCAGAACGTCCGTTATGCGAACAGGAAATGGTGGTGATGTATCCCAGACAAGCTTTCAGCGAAGCGCCGGAAACACTGACCATCATTGATTTACAAAACCTGGACATTATCGGGATCTGGGAAAGTGGACCGCTAGGAGAAATGGCGTGGCGCCACATTGAACAGTCGGGTCTGGATATCAAAACGCAAATTCAGGTGGATACCTATTACATTGCCGCGCGGCTGGTTGATGCCGGTCTCGGATGTTGTATTGTTGACAGACTGACCGCTGAAGGCAACCAAACAGAAAAAACCGGTATCGCCCGGTTCGCACCGTCACTAACGTTCACCGTAAAAGCTTTATCTCTGGATAGCCGCCCGGTATCCAAACTGTGTGAAAGTTTTCTCGACACACTGGCAGACACGATAGGACAAATAACCTGA	MRLRHIEVFHAIYTTGSITGAANLLYVSQPSVSKVLAHAEQQLGFDLFHRNKGKLTPTAEAEMMFPEISKIYKQLNTVKQLANNIQRGRSGIINIAVTPALGFNVLPQTMAMFRQQHPDVALNIKTVHNQEALQTLLAHKCDAAVLFSSPELPGVAERPLCEQEMVVMYPRQAFSEAPETLTIIDLQNLDIIGIWESGPLGEMAWRHIEQSGLDIKTQIQVDTYYIAARLVDAGLGCCIVDRLTAEGNQTEKTGIARFAPSLTFTVKALSLDSRPVSKLCESFLDTLADTIGQIT				NA	NA	NA	NA	NA
AK237_03589	726			hypothetical protein	GTGAACAAATTTCTATCGGCTTGTCTGATCCTTGCAGGTTTATCTCTGGGAGGTTGTGCCACCTGGAATCCGCCCTCACCTATGCTGGAAACAGAGGTATTCAAAAAGCTCGTGAGTATAAAGCCTGTGGAGCCGCAGGAAAAAATTTACCGGCAGTACGTGAGCGACGGTATATACCTACAATTCGAGCGCATGGACGAAAATAATATTATTTACGGCTGGTATACCTGTACCAACTGTAACTGGACTCGTTCTAAATTTCTCGCGCTGTATGACGGCAGTTACCTGTATATGACATACGGACATCATGAGGAGTTTTTCCTCGAATCCCCTAAAAATGTTCGTCATCATCCGGAAAATTCACACTGGTCCTGGAGCGTGATTGAGAAGTACCAGCTGGAAGGCCGCAACCTGATAAAACTGGGACAAATTCGTAAATGTGCGTCTGACAGCCCTCAGATCAAAGAGTGGTCTAACGTGCCATGGGCCTACGATGGTGAAACAGATTGCCAATTTGAAGCAAACGGTAGATACAGTAAGATTTTTGTCGCGACGATTGATGAAACCTTAACGGGTAAACGCAGCTCTATCGTTGGCGAGGCAGCCGACACGATATCAACAGAAGTTCGTGCCAAACTGGCTACACTTAAAGAGCTTTTCGAAGAAGGGCTTATCAGTGACGCAGATTATGAAGAAAAGCGAAAGGCGCTGTTAGACCAACTTTGA	MNKFLSACLILAGLSLGGCATWNPPSPMLETEVFKKLVSIKPVEPQEKIYRQYVSDGIYLQFERMDENNIIYGWYTCTNCNWTRSKFLALYDGSYLYMTYGHHEEFFLESPKNVRHHPENSHWSWSVIEKYQLEGRNLIKLGQIRKCASDSPQIKEWSNVPWAYDGETDCQFEANGRYSKIFVATIDETLTGKRSSIVGEAADTISTEVRAKLATLKELFEEGLISDADYEEKRKALLDQL				NA	NA	NA	NA	NA
AK237_03590	1842	rpoD	COG0568	RNA polymerase sigma factor RpoD	ATGGCTCAAAGCAAGCAGTCTCAGATTAAACTCCTGATTGCAAAAGGTAAAGAACAAGGTTATTTAACTTTTGCAGAAGTAAACGACCACCTGCCTCAAGATATCGTCGATTCAGATCAAATCGAAGATATCATCAGCATGATCAATGACATGGGTATTCAGGTTTCAGAATCCGCTCCCGATTCTGATGAATTACTCATGCAAGAAACCACCGCTGACGAAGATGCTGCAGAAGCAGCAGCTCAAGCGCTGGCAACCGTAGAAAGCGAAATTGGCCGCACCACTGACCCGGTTCGCATGTACATGCGGGAAATGGGTACCGTTGAACTGTTAACTCGTGAAGGCGAAATCGAAATCGCTAAACGCATCGAAGACGGTATCAATCAGGTGCAGTGCTCCGTTGCTGAATACCCGGAAGCTATCACTTACCTGTTAGAACAATGGGACTTGTTCGAAGCGGAAGAAATTCGCCTTGGCGACATTATCTCTGGTTTCGTAGATCCTAACGAAGAGCAGGATCTCGCGCCCACCGCTACCCATATCGGTTCAGAATTGTCTGCTGAAGAGCTGGACGACGAAGATGATGACGATGATGACGACGACGATGATGACAGCGATGAAGATGATAGCGGTGTAGATCCGGAACTTGCCCGTGAAAAGTTCGGCAAGCTTCGTGAACAATACCTGAAAACTCGCGCTGTAATCGAAAAACATGGTCGTTCTGACAAAAAATCTCGTGAACAAATTGGCGTACTCAGCGAAGTCTTTAAAGAGTTCCGCTTAGTACCTAAGCAGTTTGATCGCATGGTTAAAAACATGCGTGACATGATGGACAAAGTTCGTATTCAGGAACGTCTGGTCATGAAATACTGCGTGGTAAACGCGAAAATGCCGAAGAAAGATTTTATCAAGGCATTTGCAGGCAACGAGACCACCACTGACTGGTTAGAAGCCACATTGTCTTCTGGTGCAGCCTATACTGATATGCTGCTGAATTACAAAGAAGACATCGAGCGTTCAGTATCGAAAATGAATGGTGTTGAGCAAGAAACCGGTCTGGTTATCGCTGACATCAAAGACATCAACCGTCGTATGTCCATCGGTGAAGCGAAAGCCCGCCGTGCGAAGAAAGAAATGGTTGAGGCGAACTTACGTCTGGTTATCTCAATTGCGAAGAAATACACCAACCGTGGTCTTCAATTCCTGGATCTGATCCAGGAAGGTAACATCGGTCTGATGAAAGCCGTTGATAAGTTTGAATACCGTCGTGGTTATAAGTTCTCAACCTATGCAACATGGTGGATTCGTCAGGCGATCACGCGTTCAATTGCTGACCAGGCACGAACTATCCGTATTCCAGTTCATATGATTGAAACCATTAACAAACTGAACCGTATCTCTCGTCAGATGCTACAGGAAATGGGTCGTGAGCCAACGCCGGAGGAATTGTCAGAACGTATGGCAATGCCGGAAGACAAAATTCGTAAAGTGCTCAAGATTGCGAAAGAGCCAATCTCAATGGAAACTCCAATCGGTGATGATGATGATTCGCATCTGGGTGACTTTATCGAGGACAGCACCATTATTCAGCCCCTCGATTCAGCAACCGGCGGCAGCCTGAAAGACGCAACTCAGGAAGTCCTGGCCGGTCTGACAGCCCGTGAAGCGAAAGTGCTGCGTATGCGTTTCGGTATCGACATGAACACCGACCACACGCTGGAAGAAGTAGGTAAGCAGTTCGACGTTACCCGCGAGCGTATCCGTCAGATTGAAGCGAAAGCATTGCGTAAACTTCGCCACCCCAGCCGTTCAGAACAGCTTCGCAGCTTCCTGGACGAGTAG	MAQSKQSQIKLLIAKGKEQGYLTFAEVNDHLPQDIVDSDQIEDIISMINDMGIQVSESAPDSDELLMQETTADEDAAEAAAQALATVESEIGRTTDPVRMYMREMGTVELLTREGEIEIAKRIEDGINQVQCSVAEYPEAITYLLEQWDLFEAEEIRLGDIISGFVDPNEEQDLAPTATHIGSELSAEELDDEDDDDDDDDDDDSDEDDSGVDPELAREKFGKLREQYLKTRAVIEKHGRSDKKSREQIGVLSEVFKEFRLVPKQFDRMVKNMRDMMDKVRIQERLVMKYCVVNAKMPKKDFIKAFAGNETTTDWLEATLSSGAAYTDMLLNYKEDIERSVSKMNGVEQETGLVIADIKDINRRMSIGEAKARRAKKEMVEANLRLVISIAKKYTNRGLQFLDLIQEGNIGLMKAVDKFEYRRGYKFSTYATWWIRQAITRSIADQARTIRIPVHMIETINKLNRISRQMLQEMGREPTPEELSERMAMPEDKIRKVLKIAKEPISMETPIGDDDDSHLGDFIEDSTIIQPLDSATGGSLKDATQEVLAGLTAREAKVLRMRFGIDMNTDHTLEEVGKQFDVTRERIRQIEAKALRKLRHPSRSEQLRSFLDE				NA	NA	NA	NA	NA
AK237_03591	1776	dnaG	COG0358	DNA primase	ATGTCCGGAAGAATTCCACGCGATTTTATTGATGATCTGTTAGCCCGAACTGATGTTGTCGACATTGTAGACAGCCGCGTAAAACTCAAAAAAGCCGGTAAAAACTATCAGGCATGCTGCCCTTTTCATAACGAGAAGACGCCCTCTTTCACCGTTAGCCAGGATAAGCAGTTTTATCACTGTTTTGGCTGCGGCGCCCACGGCAACGCTATTTCCTTTATCATGGAATTCGACAGACTGGAGTTTGTGGAAGCTATTGAAGAATTAGCACGTCTTCACGGCCTGGAGATCCCCAGAGAACAAGGTAGTCGCCCTGCAATGACGGAAGAAAAACGTCAGCAACAGCAAGACGACTATACCCTGATGGAAAGTGTCACCCGCTATTTTCAGCAACAACTGCGACAACACGCCAACAGCGCCAAAGCCATAGAATATTTAAAAGGCCGGGGGCTGTCGGGAGATATTGTTAAGCATTGGGAAATTGGCTACGCCCCGTCAGAATGGGATGGCGTACTAAAAACCTTTGGTACCGATCAAGCGCGAATTCAGCAACTCCTTGATCTGAAATTAGTCAATAAGAACGATCGCGGCAAAACTTATGATTTCTTTCGCGATCGGATCATGTTTCCTATTCGGGATCGCCGGGGCCGGGTTATTGGTTTTGGCGGCCGGGTACTGGATGACGGTGGCCCGAAATATTTAAACTCCCCCGAAACCCGTATTTTCCACAAAGGCTATGAACTATTCGGCTTTTATCAGGCGAAACAAAGTCAACGACACTTAGACAAAGTCATTATTGTAGAAGGCTACATGGATGTGGTGGCGTTAAGCCAGTTCGATATTACAATTGCCACTGCGGCGTTAGGAACCGCCACAACGCCAGAGCATTTGAGCATGTTGATGCGCACCACTTCCCACATTGTGTGCTGTTACGATGGCGACAGAGCAGGTCGGGAAGCGGCATGGCGAGCGCTGGAAAATGCGCTGCCTGCATTAAAGGATGGTGTAAAACTCACGTTTCTGTTTTTACCTGATGGGGAAGATCCCGACACCATGGTACGCAAAACGGGCAAAGACGCTTTTATGGCCTTGCTTGATGATGCCATGCCATTATCCCGTTTCTTCTTCGAGTCATTGCTAAAACAACATGAAGTGGGCACGCCAGAAGGCAAAGTCGCCCTGAAAGCCGCAGCGCAACCTTTGATAGACCAGGTACTGGGAGAGAGCCAGAAAGCCATGTTGCAGGAAGAACTGGCAAAACACGTGGGTGAGTACGACCGCTTCCGTTTGCAGCAGGATATGCAACAGGCAAATCAGGCGTCGTCTAAACCAAAACACTCCCATTACACCCAGCAGAAAACCCAGATATCGCCCGTACGTACCATGGTTCGCCTTTTACTGGACAACCCGGCTCTGGCGGCGAAACATACCCATTGCTCACCTCAGGTGTTAGCGCAAAGTGGTGTCGCCGGTATCAATGTGCTCATCGACATTCACGGTTACTGTTTAAATAATCCACAATCCACAACGGCTCAGGTACTTGAAAACTTCCGTGACCATCCCCATTCTCCTGTCATCGCGAAGTTGCTGTTACAGGAACACCTGATTAAGGAAGATGACGCAGATACCGTGTATTGCGACAGTTTTGCAAAGCTGCTCGACTGGCATTTCGACAGCAGAATTGAAACGTTAATTTCCCGGTCGCGTATGCAGCCACTCTCTCAGGATGAGAAAACAGAGCTAACCTTATTGATGAAAGAACGTCAGAAGTCGTAG	MSGRIPRDFIDDLLARTDVVDIVDSRVKLKKAGKNYQACCPFHNEKTPSFTVSQDKQFYHCFGCGAHGNAISFIMEFDRLEFVEAIEELARLHGLEIPREQGSRPAMTEEKRQQQQDDYTLMESVTRYFQQQLRQHANSAKAIEYLKGRGLSGDIVKHWEIGYAPSEWDGVLKTFGTDQARIQQLLDLKLVNKNDRGKTYDFFRDRIMFPIRDRRGRVIGFGGRVLDDGGPKYLNSPETRIFHKGYELFGFYQAKQSQRHLDKVIIVEGYMDVVALSQFDITIATAALGTATTPEHLSMLMRTTSHIVCCYDGDRAGREAAWRALENALPALKDGVKLTFLFLPDGEDPDTMVRKTGKDAFMALLDDAMPLSRFFFESLLKQHEVGTPEGKVALKAAAQPLIDQVLGESQKAMLQEELAKHVGEYDRFRLQQDMQQANQASSKPKHSHYTQQKTQISPVRTMVRLLLDNPALAAKHTHCSPQVLAQSGVAGINVLIDIHGYCLNNPQSTTAQVLENFRDHPHSPVIAKLLLQEHLIKEDDADTVYCDSFAKLLDWHFDSRIETLISRSRMQPLSQDEKTELTLLMKERQKS				NA	NA	NA	NA	NA
AK237_03592	447	yqeY	COG1610	putative protein YqeY	ATGGCTTTAATCGACGATTTAAAAAACGCACAAAAAGATGCCATGCGCGCCAAGGACAAACTGAAACTTGGTACTATTCGCATGGCCCTCGCTGCCATCAAGCAAAAAGAGATTGATGAGCAAATTACGGTAGACGATACAGCAATACTGGCTATCCTGACCAAAATGGTTAAGCAACGTGCCGACGCGGCCGCCCAGTTCGATCAAGCAAATCGTGACGATCTAGCCAGTAATGAACGTGCGGAAATCGTTGTATTAGAAACCTTTATGCCTCAGCCTCTGACCGACGATGAAGTAAACACGCTTATCGACGAAGCCATGGCTGCCACAGGCGCTAGTGGTATGCAGGACATGGGTAAAGTCATGAGTACACTCAAGCCCAAGGTTCAGGGCCGCACAGATATGGGCGCCTTAAGCGGTAAAATCAAAGCACGTTTAAACGCCTGA	MALIDDLKNAQKDAMRAKDKLKLGTIRMALAAIKQKEIDEQITVDDTAILAILTKMVKQRADAAAQFDQANRDDLASNERAEIVVLETFMPQPLTDDEVNTLIDEAMAATGASGMQDMGKVMSTLKPKVQGRTDMGALSGKIKARLNA	PGPT0030490_2183	PUTATIVE	PGPT	PUTATIVE_PGPTs	PUTATIVE_FUNCTIONS	PUTATIVE_FUNCTIONS-1	PUTATIVE-TRANSAMIDASE_ACTIVITY	PUTATIVE-TRANSAMIDASE_ACTIVITY-1,PGPT0030490-gatB|yqeY-K09117
AK237_03593	216	rpsU	COG0828	30S ribosomal protein S21	ATGCCTATCGTTAAAGTTAGAGAAAACGAGCCGTTTGATGTCGCTCTTCGTCGTTTTAAACGCTCTTGTGAAAAAGCAGGTGTATTGTCTGAAGTTCGTCGTCGTGAGTTCTTCGAAAAACCTACTTGGGAACGTAAGCGTAAGAAAGCGGCTGCTAAGAAGCGTCATCTGAAAAAGCTGGCTCGCGAAAACGCGCGTCGCGTAAAACTCTACTAA	MPIVKVRENEPFDVALRRFKRSCEKAGVLSEVRRREFFEKPTWERKRKKAAAKKRHLKKLARENARRVKLY				NA	NA	NA	NA	NA
AK237_03594	1014	tsaD	COG0533	tRNA N6-adenosine threonylcarbamoyltransferase	ATGCGAATTCTGGGTATCGAAACATCCTGCGACGAAACGGGCATCGCGGTTTATGATGACGAAAAAGGATTGTTGTCCCATGAATTGTACAGCCAGGTAAAGTTGCATGCCGATTACGGTGGTGTTGTACCTGAGTTGGCTTCGCGCGATCACGTTCGCAAGATCATACCACTGATCCAAAAGGCAATGCACGATGCTGACACGCAACATACCGATTTAGACGGTATTGCATTTACCCAGGGCCCCGGTCTGGTGGGCGCATTACTTGTGGGATCCTCTGTCGGACGCGCATTATCCTACGCGTGGAATATTCCGGCGGTTGGTGTGCATCATATGGAAGGGCATTTACTTGCCCCAATGCTAGAAGACCATGCGCCTGAATTTCCTTTTGTCGCGTTATTAGTATCCGGTGGTCATTCGATGTTGGTGAATGTGCAGGGTATTGGTCAATATGAAGTACTGGGTGAGTCTATCGATGACGCAGCAGGTGAAGCATTTGATAAAACGGCAAAGCTGCTGGGATTAGATTATCCGGGGGGACCTTTGTTGGCCAAACTCGCAGAAAAAGGGGAAGGGGGACATTACAAATTCCCTCGTCCGATGACCGACAGGCCCGGGCTGGATTTTAGTTTTAGTGGCTTAAAAACCTTCGCTGCCAATACCATCCGCGATGCCGATGATACCGAGCAAACCAAGGCCAACATTGCTTATGCCTTTCAGGAAGCCGTGGTCGATACGCTTATTATTAAGTGTAAGCGCGCGTTAAAACAAACCGGCCTTAAGCGATTGGTCATTGCCGGCGGAGTGAGTGCAAACACCTACTTACGCGCTTCAATGCAACAATTGATGAGTGAAATGCGAGGAGAAGTCTTCTATCCCAGTCTGGCATTTTGCACCGACAATGGCGCCATGATTGCTTATGCGGGCATGCAGCGCTTAAAAGCCGGACAGTTTTGTGATTTATCAGCCGCTGCAAAACCACGCTGGCCATTGGATTCTTTGCCCGCAGTGTGA	MRILGIETSCDETGIAVYDDEKGLLSHELYSQVKLHADYGGVVPELASRDHVRKIIPLIQKAMHDADTQHTDLDGIAFTQGPGLVGALLVGSSVGRALSYAWNIPAVGVHHMEGHLLAPMLEDHAPEFPFVALLVSGGHSMLVNVQGIGQYEVLGESIDDAAGEAFDKTAKLLGLDYPGGPLLAKLAEKGEGGHYKFPRPMTDRPGLDFSFSGLKTFAANTIRDADDTEQTKANIAYAFQEAVVDTLIIKCKRALKQTGLKRLVIAGGVSANTYLRASMQQLMSEMRGEVFYPSLAFCTDNGAMIAYAGMQRLKAGQFCDLSAAAKPRWPLDSLPAV				NA	NA	NA	NA	NA
AK237_03595	1224			hypothetical protein	ATGAAACGTAAAGGAATGTGGGCCGCGCTGCTTGCAGTAATGTTCACCGGTAGTGTGCTGGCAAAAGAACCGTCTCCCTATGTGGTGATGATTTCGCTTGATGGTTTTCGTCACGATTATGTCGAGAAGCATAATGCCACCCATATTGCACAAATTGCTGAAGATGGCGTGCGTGCAGAAAAAATGATCCCGGTTTATCCTTCCAGCACTTTCCCCAATCATATCTCGCTTATTACAGGGCTGTTACCCATTCATCACGGCATCGTGAATAATGCGTTTTATGATAAATCCCGTCCTAAGGACGATGGCTATGCACGTTACTCGATGGGTAAAGGCTACGGCGATTCCACTTGGCTTTCCGGCATGCCATTCTGGAACCTGGTGGAGTTTAACGGATTAAAAGCTGCCACCTATTTCTGGCCCGAATCTGACGCCAGAATTAACGGCGCATTACCCACTTATCACTATCACTATTCTAAATACGCAGACTACCAGGGCCGTATCGATCAAATTATCGAGTGGTTAACCTTACCTGAGATTTCCCGACCACACTTCATCGCCGGCTATTTTTCGCTAACCGATACCATGGGACATAAATATGGGCCTGACGCAAAGGAAACATATGACGCCGTGCAACAGGTAGATAGCTTAATTGGACAGCTTTATGCTCGCTTAAAAGCGCTGCCAATTCCTGTCAATCTGGTGATCGTTTCAGATCATGGTATGGCTACTATTGAGCAAGAGAAAAGAATCGATGTCTCAGAGTTGTCCATCCCCGATGATTTTATTGTCGAAACCCGGGGTTCCCAGGTACTGATTTATGCCAACGCTGACGTATCTTCGAAAGGAAATGAAGCACTTAAACGTGACTTAGCAGAAGAAAGCGAAGGCCGCTATACCGTTATGAGTGAAGCTCGACGCCAAGCCGTAAGCATGCCAGTCACCGACCGAACAGGCGATATTATGCTTGAGACCCAACCGCCACGTTATTTTGTGAAAGATACCGATCACGATGGTAAAGGCGCGCATGGGTTTGAGGCTTCTTTAGATGACATGGGCGCTACGTTTATTGCCGCCGGGCCTGCATTTAAGCAAGGCACTACACTTCCACCTATGAAGAATCTTGAGGTGTATCCTGGTTTAGCCAAACTTATGGGATTTGAATATGTGCCGAAAACAGACAGTGGAAGCGATATTTTTGAACAAGGGCTAAAGAACCACTAA	MKRKGMWAALLAVMFTGSVLAKEPSPYVVMISLDGFRHDYVEKHNATHIAQIAEDGVRAEKMIPVYPSSTFPNHISLITGLLPIHHGIVNNAFYDKSRPKDDGYARYSMGKGYGDSTWLSGMPFWNLVEFNGLKAATYFWPESDARINGALPTYHYHYSKYADYQGRIDQIIEWLTLPEISRPHFIAGYFSLTDTMGHKYGPDAKETYDAVQQVDSLIGQLYARLKALPIPVNLVIVSDHGMATIEQEKRIDVSELSIPDDFIVETRGSQVLIYANADVSSKGNEALKRDLAEESEGRYTVMSEARRQAVSMPVTDRTGDIMLETQPPRYFVKDTDHDGKGAHGFEASLDDMGATFIAAGPAFKQGTTLPPMKNLEVYPGLAKLMGFEYVPKTDSGSDIFEQGLKNH				NA	NA	NA	NA	NA
AK237_03596	1167	ynfM		Inner membrane transport protein YnfM	ATGCTTTTTCAAGCGCAATTTCGCTTGCAACTTATCATCTTTGCACTTGTTTGCGCAGCCTTCACGAATATCTATATTACTCAACCGGTTCTGCCGATACTGCAAGACGACTTTGCCACCGACCTTGTCATGGTCTCTTTTACTGTATCGGCGGTTGTGCTTGGCATTGCTCTGGCGAACCTTCCCTTTGGATTAATATCTGACAAATTTCCTATTCGCCCCATTATCGGTATTGGTAGTGCGGCACTAGCAGGATGTGGGTTTATTTGTGCCGTAACAGAAAGCATCTCGATATTAATTGCAGCTCGATTTGTTCAAGGCTTGTTCGTGCCATCGTTGACAACCTGCATCGTTGCATACCTTTCTAAATCGTTACCGCCTGATAAGCTCAATGTCGTAATGGGATCTTATGTTTCCGCTACGGTGGCAGGCGGGTTAGGTGGGCGATTATTAGCTGGTTGGGCTTTCTCACCAGAGCACTGGCGATATGCCTTCGTCGCAACCAGCCTGCTTACTCTGCTTGCTTGCTTCTTTGCACTGTTTGGATTACCTCACGCGAAAACAGCGAAGAAGACAGTCCTTACGACGCCCCCCCGTTATCTTGCACTACTTCGTCAATGGCCATTACTAAGGCTTTTTATGTGTGCATTAAGTGGTCTCGCCATATTTTCTTCGATATTCAATTTTCTTCCCTTCCATCTCGCGGAGCGCCCTTTTCACTTTTCAACGGAAGATACTACCCGCTTATATTTAGTTTATCTGGTTGGAGTGATGATAGGTCCAGTGACAGGCAAAATTAGCAATCGTGTAGGAAGTGGCAATACGCTTATTGCTGGCGCATCAATTTTGCTAACGGCGCTATTAACATTGCTCATCCCCTCGACTTCCGCCATGGTAACGGGACTTGTTTTATTATGTGCTGGATTTTTTACGATTCATGCAGCTGCTGTCGGTGCATTAAATAGCAAACTAACAGGCGGGCAAGGACGCGCCAATGCACTGTACACCTTGTTCTATTACGTAGGAGGTTGGGTGGGTATTACCGTGTCTAGCGTGATATATAAACACTGGGGCTGGGAAGCACTTATTTTAACATTGCTCACGTTGTTGTTGGTACCGGCTATCGCCGGATTTTATGAGCGCCGCACTTCCCAATCCCACCAATGA	MLFQAQFRLQLIIFALVCAAFTNIYITQPVLPILQDDFATDLVMVSFTVSAVVLGIALANLPFGLISDKFPIRPIIGIGSAALAGCGFICAVTESISILIAARFVQGLFVPSLTTCIVAYLSKSLPPDKLNVVMGSYVSATVAGGLGGRLLAGWAFSPEHWRYAFVATSLLTLLACFFALFGLPHAKTAKKTVLTTPPRYLALLRQWPLLRLFMCALSGLAIFSSIFNFLPFHLAERPFHFSTEDTTRLYLVYLVGVMIGPVTGKISNRVGSGNTLIAGASILLTALLTLLIPSTSAMVTGLVLLCAGFFTIHAAAVGALNSKLTGGQGRANALYTLFYYVGGWVGITVSSVIYKHWGWEALILTLLTLLLVPAIAGFYERRTSQSHQ	PGPT0017201_1574	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
AK237_03597	600	plsY	COG0344	putative glycerol-3-phosphate acyltransferase	ATGATCGCCCTTATCATTTTAATGGTTTGTATCGCGTACCTTATCGGGTCGCTGTCCAGCGCTGTGGTCATTTGCCGCCTTTATCAACTTCCTGATCCGCGCACCGCGGGGTCAAATAATCCAGGCGCGACGAACGTGTTTCGGCTTGGCGGCCGCGTTCCGGCTTCTTTAGTGTTGTTTATGGACGTGTTTAAAGGAACGGTGCCGGTTTATTGCAGTTACTGGATGGGTATTGAGCCTATCGCTTTAGGATTTATCGGCGTTGCAGCCTGTCTGGGCCATATCTTCCCGTTATATTTTGGCTTCAAAGGTGGCAAGGCGGTCGCCACGGCTTTTGGCGTACTTTTACCGTTAGGTTTAGAGTTAGCCGGTCTTCTCATTCTCACATGGCTGCTGGTTATGTTTATTTGGGGTTACTCATCACTCGCCGCCATTGTTGCCGTAAGTTTAGCCCCGGTATTTACCTGGTTTATCAAACCCATGTATACCATTCCCGTGGTAATGCTGTCTGTGCTCATTATCTTTCGCCACAAAGACAATATATTCCGCTTACTTAAGGGCGAAGAAAGTAAAGTCTGGGACAAGGTGCGTTTGAAATAG	MIALIILMVCIAYLIGSLSSAVVICRLYQLPDPRTAGSNNPGATNVFRLGGRVPASLVLFMDVFKGTVPVYCSYWMGIEPIALGFIGVAACLGHIFPLYFGFKGGKAVATAFGVLLPLGLELAGLLILTWLLVMFIWGYSSLAAIVAVSLAPVFTWFIKPMYTIPVVMLSVLIIFRHKDNIFRLLKGEESKVWDKVRLK	PGPT0024375_2816	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-GLYCEROLIPID_REMODELLING	CE-REMODELLING_GLYCEROLIPID_ACYLTRANSFERASE_ACTIVITY,PGPT0024375-plsY-K08591	NA	NA
AK237_03598	372	folB	COG1539	Dihydroneopterin aldolase	ATGTCATTGTCCCACATGCAACAAATTATCCTGTCCGGATTAAAGGTCGACACCCTGATTGGTGTATACGATTGGGAACGAACCCGAAATACAACGTTATTGTTCGATGTGACGGTACACGCCGATTTAACTGCTGCGATGCAAAGTGACGATGTAAAAGACACCATTGATTACGCGTTGCTGGCCAAAAGTATTCAGGACGCAGCTGCGGATCAAACGTTTGAATTACTGGAAGCCCTGGGGGCACACATCATGCATGTAATTATGCGTGATTTTCCGGTTGCAAAAATTAAGCTGGCGATTACCAAACCTGATATTTTACCCGACGTAAACACAGTGACTGTGGTATTTGAGAAGAGTCGTAGTTATTAA	MSLSHMQQIILSGLKVDTLIGVYDWERTRNTTLLFDVTVHADLTAAMQSDDVKDTIDYALLAKSIQDAAADQTFELLEALGAHIMHVIMRDFPVAKIKLAITKPDILPDVNTVTVVFEKSRSY	PGPT0007905_2077	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-VITAMIN_B9|FOLATE_METABOLISM,PGPT0007905-folB-K01633	NA	NA
AK237_03599	495			hypothetical protein	ATGCATCACATTACCATTAGTCTTGGTACAAACATTCAACGAACGTACTATGCCAGACGGGGCGTTGAATATTTGAATCGTCATTTTACCGCCGTAAAATGCTCGCGAATGTTTGAAAGTGAAGCCGTTGGTTTTCGAGGCTCTCCCTTTTACAACTGCGTGATTGCGGCAGAAACGTCATTGGATTTAAACGATGTGATTCGTACCCTGAAAGCCATTGAACTTGAAAATGGCCGGACTCACAGTGAAAAAAAGTTTTGTGCTCGCACTCTCGATTTAGATCTATTAACCTACGACCACGTAGTGACAACGCAACCTGTTACGTTGCCGCGAGCAGAAATTTTGTTCAACGCATTTGTGCTGCAACCCCTTGCAGAGCTGGAGCCTGACCTAAAGCATCCCGTTACAGGAAAAACCTACCGGCAGTTGTGGCAGGAATACGATAAAACTTCCCAACGGCTTTGGCCTATCGATTTTATATGGAGTGATTCTTAA	MHHITISLGTNIQRTYYARRGVEYLNRHFTAVKCSRMFESEAVGFRGSPFYNCVIAAETSLDLNDVIRTLKAIELENGRTHSEKKFCARTLDLDLLTYDHVVTTQPVTLPRAEILFNAFVLQPLAELEPDLKHPVTGKTYRQLWQEYDKTSQRLWPIDFIWSDS	PGPT0007910_2657	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-VITAMIN_B9|FOLATE_METABOLISM,PGPT0007910-folK-K00950	NA	NA
AK237_03600	801	uppP	COG1968	Undecaprenyl-diphosphatase	ATGACGCTTTTTGAAATTATCATTCTTGCTCTTATCCAGGGCATTACCGAATTTTTGCCTATCAGTAGTTCCGGACATTTGCTGTTACCCGCAGCGTTATTAGGCTGGGACAGTCAGGGGTTGGCGTTCGATGTCGCTGTGCACGTGGGAAGTTTACTTGCTGTTATGCTGTATTTCCGCCAGGAAATTGCACGAATGACAGTGGCATGGCTGACGCGTGGATTTACTAAAAATCAAAATACCGACAGCAAGTTAGCATGGTACGTGATTTTGGCTACCATCCCTGCCGTATTAGTTGGCTTGGCGTTAGATGACTGGATTGAAATGAATGCCAGAACGGCGTTAGTGATTGCGGCAACAACCATTATCTTTGGGTTGTTATTGTGGTACGCCGATGCCAAAGCAAAGCATACTCAGAAGCTTGAAACGATTACCTTTAAACAGGCAATGATTATTGGTGTTGCACAGGTTATGGCACTGATCCCCGGTACATCTCGTTCGGGTATTACCATGACAGCAGGCTTAATGTTAGGTCTGGATCGCGAAAGTTGTGCACGATTTTCATTCTTACTGTCGATTCCGGTTATTCTGGGTGCCGGTACGTTGAAAACTTTTGATTTACTTGACGCGTCTGATGCTGTTGATTGGAGCGCCTTATTATACGGGGCGGCGTTCTCGTTTATCAGTGCATACTTGTGTATCTTTCTGTTCCTGAGCTGGATTTCCCGCATTGGTATGTTGCCTTTTGTTATCTATCGCATGCTATTAGGCGCGGTGCTACTTTGGTTCGTGTTTGCTTAA	MTLFEIIILALIQGITEFLPISSSGHLLLPAALLGWDSQGLAFDVAVHVGSLLAVMLYFRQEIARMTVAWLTRGFTKNQNTDSKLAWYVILATIPAVLVGLALDDWIEMNARTALVIAATTIIFGLLLWYADAKAKHTQKLETITFKQAMIIGVAQVMALIPGTSRSGITMTAGLMLGLDRESCARFSFLLSIPVILGAGTLKTFDLLDASDAVDWSALLYGAAFSFISAYLCIFLFLSWISRIGMLPFVIYRMLLGAVLLWFVFA	PGPT0024165_4042	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-PEPTIDOGLYCAN_REMODELLING	CE-PG_REMODELLING-UNDECAPRENOL_MODIFICATION,PGPT0024165-bacA-K06153	NA	NA
AK237_03601	372		COG0537	Purine nucleoside phosphoramidase	ATGTCAGAGACTATCTTTACCAAAATTATTAATCGCGAAATCCCTGCGGACATCATTTATGAAGATGATCTTGCCCTGGCGTTTAAAGACATTAATCCTCAGGCACCTATTCACTTTCTGGTGATCCCGAAAAAGCCCATTGCGACGATAAATGATATTTCCCAAGCCGACCGTGAAGTCGTGGGACACTTAAGCTACGTTGCGGCTAAAGTTGCAGCCGAGCAAGGGTTTGCCGAAGAAGGTTTTCGTACGGTGATGAATTGTAATGAATTTGGCGGACAAACGGTTTATCACATTCATTTGCATGTATTGGCCGGTAAGCCGCTGGGCTGGCCGCCGTATACAGATAAAGTGAAGCAGGTACTGGAATAA	MSETIFTKIINREIPADIIYEDDLALAFKDINPQAPIHFLVIPKKPIATINDISQADREVVGHLSYVAAKVAAEQGFAEEGFRTVMNCNEFGGQTVYHIHLHVLAGKPLGWPPYTDKVKQVLE				NA	NA	NA	NA	NA
AK237_03602	1698			hypothetical protein	ATGACAACAAAAGCAAAAAAAGCCCGCCTGAGCTTGGCTGTAGCAGCCTCAATACTTGCGCTCTCTGCGTGCTCAAAAGCGCCTGAGACCACTTCAACGACCCCAGAACCCAAAGCCCAATCTGCGGCGAAAACTGACAATCAGCTTCTTGTAGATAAAAGTCGCCTTTCTATTTATCAACCCGTTGAGCTAACCAGCGATTTGTCTCGCTTTTCTGACGATCAGAAGGCCATGCTTGGCCTGCTAATTGATGCCGCCGGGATCATGGATCAACTCTTCTGGAAGCAGGCTTTTTCCGGTGACAAAACGACGTTCCTGGCGCGTTTCAGCAACCAGGATGTTAAGCAATTTGCTGACATTAATTATGGACCATGGGACAGGCTAAATGGCGACGCCCCCTTTTTGAAAGGCTACGACAGTAAGCCTGCCGGCGCAGAATTCTATCCTCATGACATGACAAAAGAAGAATTTGCTGCCGCCGACTTTGATGATAAAGAAGGTCTGTATTCGTTAGTTAAGCGAAAAGAAGACGGCAGTTTGTATAGCGTACCGTACTCTGACGCATACAACGCAGAACTTACCCAAGCTGCTGAACTATTGCGAAAAGCAGCAAAATTAGCCGGTAACGAGTCTTTCGCCAACTATTTAAATCTGCGTGCAGATGCACTGCTAAGCAACGATTATTATGCCTCTGATATGGCATGGATGGACATGAAGACCAATCCTATAGAATTGGTCATTGGCCCCATCGAAAGTTACGAAGATCAATTGTTTGGTTATCGCGCAGCGTTTGAAGCCTATGTGCTGGTAAAAGATATGGCGTGGAGCGAGAAGTTATCAAAATACGCGCAGTTTTTACCAGAGCTGCAAAAAGGTCTGCCGGTACCAGAAGCATACAAAGCCGAAATGCCTGGCTCTGACGCCGACTTAAACGCTTATGATGTTATTTTCTATGCAGGGCACTCTAACGCCGGAAGCAAAACCATAGCAATCAACTTGCCGAATGACGAACGGGTTCAGCTTGCCAAAGGCACGCGCCGCTTGCAGCTTAAAAATGCAATGCGTGCCAAGTTCGACCAAATTCTGATGCCCATTGCTGACGAACTTATCGACCCCGAACAACGCAACCACATTACCTTCGACGCATTTTTCGCAAATACCATGTTTCACGAAGTCGCTCATGGTCTTGGTATTAAAAATACACTGGATGGCAGTGGCACTGTAAGGGCAGCCCTGAAAGAGCACGCTTCTGCGCTAGAAGAAGGTAAAGCTGATATTCTCGGCCTCTACATGGTGCAGAACCTTTTGGAGAAGGGTGAAATCACCGAAGGGGTACTTGAGGATTACTATGTGACCTTCCTGGCCGGTATTTTCCGCTCGGTGCGTTTTGGAGCATCCAGTGCCCATGGCAAAGCCAACATGATTCGCTTTAACTTCTTCGCGCAACAAGGCGCATTTACCAAAGATGAAGACGGTTATTACAGTGTAAACATGGAAAAAATGGGCGCAGCGGTGGAAGCACTTTCTCGCTTGATTCTGACCTACCAGGGTGATGGAGATTATGACGGTGTCGCCAAGTTAGTGAACGACATGGGCGTTATCAAACCAGATCTTGCTGCTGATCTGGCAAAACTTGAAGCCGCCAACATTCCGGTAGACATCACCTTTAAACAAGGTAAAGACGTACTGGGCCTTTAA	MTTKAKKARLSLAVAASILALSACSKAPETTSTTPEPKAQSAAKTDNQLLVDKSRLSIYQPVELTSDLSRFSDDQKAMLGLLIDAAGIMDQLFWKQAFSGDKTTFLARFSNQDVKQFADINYGPWDRLNGDAPFLKGYDSKPAGAEFYPHDMTKEEFAAADFDDKEGLYSLVKRKEDGSLYSVPYSDAYNAELTQAAELLRKAAKLAGNESFANYLNLRADALLSNDYYASDMAWMDMKTNPIELVIGPIESYEDQLFGYRAAFEAYVLVKDMAWSEKLSKYAQFLPELQKGLPVPEAYKAEMPGSDADLNAYDVIFYAGHSNAGSKTIAINLPNDERVQLAKGTRRLQLKNAMRAKFDQILMPIADELIDPEQRNHITFDAFFANTMFHEVAHGLGIKNTLDGSGTVRAALKEHASALEEGKADILGLYMVQNLLEKGEITEGVLEDYYVTFLAGIFRSVRFGASSAHGKANMIRFNFFAQQGAFTKDEDGYYSVNMEKMGAAVEALSRLILTYQGDGDYDGVAKLVNDMGVIKPDLAADLAKLEAANIPVDITFKQGKDVLGL				NA	NA	NA	NA	NA
AK237_03603	1839	btuB_35	COG4206	Vitamin B12 transporter BtuB	ATGCAAACCAGCAAACTGGCGCTTGCCATTGCATTAGGCTGCGCGTCTACCACTGCTTTTGCAGCTGATACCCAAGGGAAAGACAGCGATATCGAGCACGTTGTCGTATCAAGCCGAATCGCCACTCCATTACGTGAACTCGCGACTTCTGTGTCCGTAGTTACCCAGGAAGATATCGAGCTTCGTGGCTATGCCAACCTTGCTGACGTACTTCGCGTTCAGCCATCTATTCATGTGACAGACAGTGGCGGCATCGGTTCTACTTCTGCACTTAGAATTCGTGGTGAAGAAGGTTACCGTACACTTATTCGTATTGATGGCGTGGATATTTCAGACCCGACAGGCACGCAGGTTCAACCCCATGTTGGACAACTGCAAAGTGCAAACGTATCGCGGGTGGAAATTCTCCGTGGTACACAAGGTTTAATGTATGGCGCAGATGCCGGTGGTGTGATTAACATTCAGACTGGCCGCGTAAAACCGGGTGTATATGGCAGCGTTAGCGCATCTGCCGGCGCATACGACACCAACAACATTGCCGGTGAGATTGGCGCAAGCAACGAGCAGGTTGATGCCTACCTCTCGGTTTCAGACTATTCAACGGAAGGGTTTAACGCCCGACTCGACGATACCACGCTACAAGACGATGATGGCTATGAGAACACCACCGTTCACGCCCGCGTGAATGTACGTGCAACTGATGCGCTCTCTTTTGGTTTCGTCGCCCGCAATAACGATGGCGAAGGTGAATTTGATCACTGTTACAGCGATGAGTATGTGGATGACTGCCAGAGCAATTTTGAGCAAACTAACTTCCGCGTTAACGCTAACTACGACTTGCAATCTGGCAGCCAACAACTGGCTTACTCAAAAAGCCTGGTAGAGCGTGAAAACCTGACACTCGGTGAGCAGAGCTACTTTACCAAAGGTAACATTGAGCGCATCGAGTATCTGGGTAATACTCAGGTTAATGACGCCCATAACGTAGTATATGGTATCGACTGGGAAGAAGAGAGCATTACTTCAACGAACGAAAGCCGCACGCAAACCGGTTACTACGCCGAACTACAAAGTGAGTTTGCAGAAAACCTCTACACCACTGCCGGTGTGCGTTACGACGACAATGAAGACTTCGGTGAACACGTAAGCTTCCGCCTCAGTTCAGCCTATATCTGGGCGTTACAACAAGGTGATTTAAAATTGCGTGGCTCATACGGTACAGGCTTCCGTGCGCCTAGCTTATATGAAATTCAATACAACCGTGACTCAGCCACGCCACCTGCTTCAGACATTGATCTGAAAGAAGAAACGTCAAAAGGTTACGAAATTGGCTTGCAGTTCACCCCTTCACAGGGAACCTCTATTGAGGTGGTTTACTTCGATCAGCAAATTGAAGATGCCATTTCATACGATCTTGCTACCTATTCAGGTTATTTACAGGAAGAGGGTACCTCGTATTCAGACGGCGTAGAGTTAATTGGTCAATGGGCAATTGACGATGCCTGGGCACTGAAAGCGAATTATACCTACAATGACACAGAAGACGCCGCGGGTGCACAACGTAGCCGCCGTCCTCGCCAGTTGGGTTCTTTGGGCATCATGTACCAGTACGATGCAATTACCGCGGAAGCGAACGTGCGTTTAGTTGCAGACGCCGTAGACAGTGGCGTGAAGCTTAAAGACTACGCATTGGTCGATGTGAGCGCACGTTATAGCGTTGATGATCACCTCACCCTGTTCGGTCGCATTGAAAACGCATTGGACGAAGACTACCAGGGGGCATCGGCTTTCCGCTCCAGAGGCAGAGCTGCGCATTTCGGTTTACAGTACGCGTTCTAG	MQTSKLALAIALGCASTTAFAADTQGKDSDIEHVVVSSRIATPLRELATSVSVVTQEDIELRGYANLADVLRVQPSIHVTDSGGIGSTSALRIRGEEGYRTLIRIDGVDISDPTGTQVQPHVGQLQSANVSRVEILRGTQGLMYGADAGGVINIQTGRVKPGVYGSVSASAGAYDTNNIAGEIGASNEQVDAYLSVSDYSTEGFNARLDDTTLQDDDGYENTTVHARVNVRATDALSFGFVARNNDGEGEFDHCYSDEYVDDCQSNFEQTNFRVNANYDLQSGSQQLAYSKSLVERENLTLGEQSYFTKGNIERIEYLGNTQVNDAHNVVYGIDWEEESITSTNESRTQTGYYAELQSEFAENLYTTAGVRYDDNEDFGEHVSFRLSSAYIWALQQGDLKLRGSYGTGFRAPSLYEIQYNRDSATPPASDIDLKEETSKGYEIGLQFTPSQGTSIEVVYFDQQIEDAISYDLATYSGYLQEEGTSYSDGVELIGQWAIDDAWALKANYTYNDTEDAAGAQRSRRPRQLGSLGIMYQYDAITAEANVRLVADAVDSGVKLKDYALVDVSARYSVDDHLTLFGRIENALDEDYQGASAFRSRGRAAHFGLQYAF	PGPT0003740_2201	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_IRON_RESISTANCE	IRON_RESISTANCE-VITAMIN_B12_RELATED_FERROUS_UPTAKE,PGPT0003740-butB-K16092	NA	NA
AK237_03605	1032	hisC_5		Histidinol-phosphate aminotransferase	ATGAATGATGCTCTCAATCACGGCGGCCGCCTTCAATACATCGCGAAGAAATACGGTCGTCCCGTTTCGCAGTGGATTGATTTATCAACGGGCATTGCGCCAACGAGCTACCCTATTCCCTGCATTGATCCATCGGTTTATCGACGATTACCGGAAGTAAACGACGATTTTCTGCAGGCCGCGGCGCACTATTATGGTTCCAGCGAATTACTGCCCATCGCCGGGTCGCAGAGTGTTATCCAGCGCTTGCCCGAGTTGCTGCGTCAAGGCGGCGTTGTGCCCGGGCGCGTTTGGCTGCCAGAGGTAGGTTACAAAGAACACGAGAAGGCGTGGCGCGATAGCGCCGTGACGCTGGCGTTTTATCAAACCTTACCCGCCGTTGACACGCTATGTCCGGGAGATGTGGTCATCATCATCAATCCCAATAATCCAACTGGCTTCATCGCGTCCTCTGGGCAGTTGCAGCGCCTTCAGCAAAAACTGCAGCAACTGGGCGGCATGCTGATTGTGGATGAAGCCTTTATGGATTGCACACCCCATCACTCGTTATTAAGCCACTCATTACCTGAGCATGTAATGATACTGCGATCTGCGGGAAAATTTTTTGGCCTTGCCGGTATACGGGTCGGTTTTTTATTTGCCAACGCGGTATGGCGTGACCGGGCCAATAGCCTGTTAGGACCCTGGCAGGTTAACGGGCCCGCAATATACATTCTTCAGGCCGCACTGGAAGATGAGGCATGGCAACAACACCAAATAAAGCGACTGTGTAGCCTGAGTAGCTCGCTTCACACATTACTACTGCGCTATTTCAACGTAAAATCGACAGGTACGACGCTCTTTCGAACCGTCTCGCTGCCACACGCCAACTCGCTATTTGAAGCGCTGTGCGAGCAAGGACTTTACGTGAGGCTTACCGATGAAAACGATGCATTACGCTTCGGCCTTCCAACAGAAGAAGCGCTACCGCGGGTCGAACAGGCCATCGTAAGCGGGTTGTCGTTGATGAATGTCAACGAATATCCAGAGTAA	MNDALNHGGRLQYIAKKYGRPVSQWIDLSTGIAPTSYPIPCIDPSVYRRLPEVNDDFLQAAAHYYGSSELLPIAGSQSVIQRLPELLRQGGVVPGRVWLPEVGYKEHEKAWRDSAVTLAFYQTLPAVDTLCPGDVVIIINPNNPTGFIASSGQLQRLQQKLQQLGGMLIVDEAFMDCTPHHSLLSHSLPEHVMILRSAGKFFGLAGIRVGFLFANAVWRDRANSLLGPWQVNGPAIYILQAALEDEAWQQHQIKRLCSLSSSLHTLLLRYFNVKSTGTTLFRTVSLPHANSLFEALCEQGLYVRLTDENDALRFGLPTEEALPRVEQAIVSGLSLMNVNEYPE	PGPT0004655_41	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_VITAMIN_PRODUCTION	PLANT_VITAMIN_B12|COBALAMIN_METABOLISM	PLANT_VITAMIN_B12|COBALAMIN_BIOSYNTHESIS,PGPT0004655-cobC1|cobC-K02225	NA	NA
AK237_03606	963	cobD	COG1270	Cobalamin biosynthesis protein CobD	ATGAACGAGTGGCTGCTAACGGCTTTATCCCTCTGGTTTGCGCTTTTACTCGACCGCTGTATTGGCGAGCCGACACGTTTTCACCCCTTAGTCGCTTTCGGTTCGCTTGCTGCCTGGTTCGAAAAACAACAAAACGACCAACCCGGCGAAACGCACAGTAAGCGAAAAGGCGCCATATCGGTGCTGTGTGTTACGCTTCCTTTTGTTGCGCTGTTTGGGTGGTTGCATATTCATCTTGACGGGTATGCTAAATGGGCAATGGATACCTTTGTGCTTTACCTGTGCGTAGGCCATCAAAGTTTGCGACTTCATGCACAACAAATCGCCCAGCCACTTATGTATGGAGATTTGTCTTCTGCCCGCCACTTTACGAGCTATATGGTATCAAGAGATACCCGGCAACTGAGTGAACAGGACATTTCGCGAGCAACCGTTGAGTCAGTGCTTGAAAATGGCAACGATGCCGTTATCGCCAGCTTATTTTATTTTGCGATAGGCGGGCCAGCACTGGCTGTGCTTCACCGCTTAATTAACACCCTCGACGCCATGTGGGGCTACAAAAATGCGCGCTTTTTGCATTTTGGCTGGGCTGCCGCAAAAGCTGACGACATCCTGGCGTGGCCAACGGCATGGCTCACTGCACTGCTCTATGCGATACAATCGACCTCAATGGGCATCACTGAAAACCTGCAACGCAGTGTGAAGCAATCGCGGCATTATAAAAGCGCCAACGGTGGACTCGTGATGGCCGCCGGTGCCCATACACTCGCGATTCAACTGGGTGGGGGCACGTCAAAATATCATGGCCAGACGTTAACAATTCCTCATCTGGGTAAGGGGATACCGCCAGCTTCCTGCCACATTGCCCAAAGTCTGCGCCTTGTCAGCTTGGCAGCATACGGGTTTTGCCTGATTGTAAGTATCGCAATACCTCTTTTTTTCATTAAGCGCGTATTACTATGA	MNEWLLTALSLWFALLLDRCIGEPTRFHPLVAFGSLAAWFEKQQNDQPGETHSKRKGAISVLCVTLPFVALFGWLHIHLDGYAKWAMDTFVLYLCVGHQSLRLHAQQIAQPLMYGDLSSARHFTSYMVSRDTRQLSEQDISRATVESVLENGNDAVIASLFYFAIGGPALAVLHRLINTLDAMWGYKNARFLHFGWAAAKADDILAWPTAWLTALLYAIQSTSMGITENLQRSVKQSRHYKSANGGLVMAAGAHTLAIQLGGGTSKYHGQTLTIPHLGKGIPPASCHIAQSLRLVSLAAYGFCLIVSIAIPLFFIKRVLL	PGPT0004660_1256	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_VITAMIN_PRODUCTION	PLANT_VITAMIN_B12|COBALAMIN_METABOLISM	PLANT_VITAMIN_B12|COBALAMIN_BIOSYNTHESIS,PGPT0004660-cbiB|cobD-K02227	NA	NA
AK237_03607	855	btuF	COG0614	Vitamin B12-binding protein	ATGGTAAGAGCCTGGCTGTTATTACTGACAACGCTGGTCATTACAAAACCGGTATTCGCGGATGACGTGGAAAAACAAAAGCTACGTTTGATAGTACTGGCTCCACACCTTGTGGAATCCATGTATGAAATTGGCGCAGGTGCACAAATTATAGCAACAACCGATCACTCTGATTACCCCGAAGCTGCCAGGGATATTCCTCGAATAGGTAATTACGCTCGCTTGCAAATTGAGAAAATACTGCAGTTAAGACCGGATATCGTTGTTGCCTGGCGCACTGGCAATCCGGCGGAAGATTTACAGCGTCTGGAAAAGTATCAGGTGAAGGTGGTTTACACCCAACCTAAAACCCTGCGCGATGTGGCAAAAGAAATTCAATTGCTTGGCGAGCTAACCGGTCGGGAATCTTCTGCCAAAACAATTGCTAACCGTTATTTACAACGATTGGCAACGCTCGAAAACACCTATCAACATGCCACACCAGTCAGCGTATTTTACGAACTCTGGGCGAGGCCGCTTCGCACCGTGGCTGGCGAATCATGGCTACAACAGCAAATTGCCTTATGCGGTGGAGAAAACATCTTTGCCCACGTAGATGATGATTACCCGCAAGTTAGCCTGGAACAGGTACTGGACGCCAAGCCGCAAGCGATTATTCAACCGTCTACCCATGGACGCGGTCAACCCGATAAACTGGACTGGCAAAAGTGGCCTGATATTCCTGCGGTGAAAAACGCATTTATCTTAACGCCCAATGCTGACAAAGTGCACCGTATGACTACCCGCATGCTCGATGAAGTGACACTCATGTGTCAGCAACTCGATGACGCCCGTCAGTTTTATCAACAAAAATAA	MVRAWLLLLTTLVITKPVFADDVEKQKLRLIVLAPHLVESMYEIGAGAQIIATTDHSDYPEAARDIPRIGNYARLQIEKILQLRPDIVVAWRTGNPAEDLQRLEKYQVKVVYTQPKTLRDVAKEIQLLGELTGRESSAKTIANRYLQRLATLENTYQHATPVSVFYELWARPLRTVAGESWLQQQIALCGGENIFAHVDDDYPQVSLEQVLDAKPQAIIQPSTHGRGQPDKLDWQKWPDIPAVKNAFILTPNADKVHRMTTRMLDEVTLMCQQLDDARQFYQQK	PGPT0004685_119	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_VITAMIN_PRODUCTION	PLANT_VITAMIN_B12|COBALAMIN_METABOLISM	PLANT_VITAMIN_B12|COBALAMIN_TRANSPORT,PGPT0004685-btuF-K06858	NA	NA
AK237_03608	594	btuR	COG2109	Corrinoid adenosyltransferase	ATGAGTGATAAAGATAAACATAAGCAGCGTATGCAGGCGCAAAAAGCCAAAGTAGACGAGCGAATTGCACAGGCCACAGAAGAACGTGGGGTCCTCATTGTTATCACCGGTAACGGTAAGGGGAAATCGACATCCGGGTTTGGCACTGTGACACGCGCTGTAGGGCACGGACTGAAAGCAGCGGTTGTACAATTTGTGAAAGGCACGTGGCCTTGCGGTGAGCGCGATCTGTTGCAGCAAGTCGGCGTGCCGTTTCACGTGATGGGAACGGGATTTACCTGGGAAACGCAAGACAAAGACACCGACATAAAAGCCGCAACCACAGCGTGGGAACAAAGCAAAAAATGGTTGAAGGATGACACCATCGATGTCGTGCTACTGGATGAAATCACTTACATGCTTACCTATAAATATCTCGATGTAGAGGACGTAGTAAATGCGCTATCCAGCCGCCCTGCTCATCAAAGCGTAATCGTTACAGGCCGGGCTTGTCACCGGGCGCTTATTGATATTGCCGACACGGTAAGTGAGGTTCGCTCACAAAAACACGCTTTCGACGCAGGCATAAAAGCACAAAAAGGGATAGATTGGTGA	MSDKDKHKQRMQAQKAKVDERIAQATEERGVLIVITGNGKGKSTSGFGTVTRAVGHGLKAAVVQFVKGTWPCGERDLLQQVGVPFHVMGTGFTWETQDKDTDIKAATTAWEQSKKWLKDDTIDVVLLDEITYMLTYKYLDVEDVVNALSSRPAHQSVIVTGRACHRALIDIADTVSEVRSQKHAFDAGIKAQKGIDW	PGPT0004645_1707	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_VITAMIN_PRODUCTION	PLANT_VITAMIN_B12|COBALAMIN_METABOLISM	PLANT_VITAMIN_B12|COBALAMIN_BIOSYNTHESIS,PGPT0004645-cobA|btuR-K19221	NA	NA
AK237_03609	1497	cobQ		Cobyric acid synthase	ATGACATTTAGCAGTCAAACCACACTTATGGTGCAAGGCACATCATCGGATGCCGGTAAAAGCATGCTGGTGGCGGCACTATGTCGATGCCTGAAAAGGCGTGATGTGCGTGTAGCGCCCTTCAAGCCGCAGAATATGGCACTAAATAGTGCGGTTACCGCCGAAGGGGGCGAAATTGGACGGGCACAAGCGGTACAGGCGCAAGCCGCCGGTATCGAACCGCATGTTGACATGAACCCCATTTTGCTTAAACCCAGCTCAGACACCGGAGCGCAGGTTATTGTACACGGGAAAGCTATCGGCAATATGCAGGCAGCGCCATACCATCAATATAAAACCATCGCGATGGAGGCGGTACTCGCCTCTCATCGGCGCTTAGTTGCCGCTTATGACAGAGTTATTGTTGAAGGTGCAGGCAGCCCGGCTGAAATTAATTTGCGGGACAGAGATATCGCCAATATGGGGTTTGCCGAGGCCGTGGACTGCCCTGTTGTGCTAATTGCAGATATCGACCGCGGCGGTGTATTTGCCCAGCTTGTCGGCACGATGGCACTGTTGTCTGAAAGTGAGCGAAACCGTATTGTCGGCTTTGTTATTAATCGCTTTCGTGGCGATATTAGCTTATTAACATCAGGGCTTGAGTGGTTAGAAAAGGAAACCGGCAAGCCCGTACTGGGCGTGCTACCTTATTTGCACAATTTACAACTGGCGGCTGAAGATGCCATTCAGGCCAGCCAGAACCTTGACTGCACAACATCGACACTGAACGTTGTCGTACCGGTATTCAGCCGTATCAGCAACCACACCGATTTTGACATGTTGCGCACGCATCCACGGGTTAATTTGCAATTCGCACCACAAGATAAGCCGCTGCCACCCGCAGATCTTATTATCTTGCCCGGCAGCAAGAATGTGCGTGCAGATTTAGCCCTTATGCATCGCTGCGGATGGGACAAAGATATCCAAAAGCACCTTCGTTACGGAGGAAAAGTCCTCGGTATTTGCGGTGGCTACCAAATGCTGGGTAGTGATATACACGACCCTCACGGCATTGAAGATACAGCAGGCAGCAGCAAAGGGCTGGGCCATTTACCAGTAACTACCGTTTTGGAAGCGGAAAAGCAACTTACTCGCGATAGCGGGATGCTATGCCTGAATGGAGCCAGCCAAATCACAGTATCGGGATATCAAATTCATGTAGGTAAAACCACCTCGCCCACACATAACAGCCCGTTTTCGTTGTTGGCCAACGACACAAAAGACGGCTGTATAAGTGAAGATAACCAGGTAGCAGGCACTTACTTACACGGTATATTTGATAGCCCCGAAGCATTACGCCATATCATCCAATGGGCAGGCGTAGACACTGACCGGGTAGACGATTACGACACGCAACAAGAACGCGAAATAGACCGTATTGCTACAATGTGCGATGCACATTTAGACTGGAATAAACTCAACCACCTATTAAACCTGAAAGAGCCGAATGATGAGTGA	MTFSSQTTLMVQGTSSDAGKSMLVAALCRCLKRRDVRVAPFKPQNMALNSAVTAEGGEIGRAQAVQAQAAGIEPHVDMNPILLKPSSDTGAQVIVHGKAIGNMQAAPYHQYKTIAMEAVLASHRRLVAAYDRVIVEGAGSPAEINLRDRDIANMGFAEAVDCPVVLIADIDRGGVFAQLVGTMALLSESERNRIVGFVINRFRGDISLLTSGLEWLEKETGKPVLGVLPYLHNLQLAAEDAIQASQNLDCTTSTLNVVVPVFSRISNHTDFDMLRTHPRVNLQFAPQDKPLPPADLIILPGSKNVRADLALMHRCGWDKDIQKHLRYGGKVLGICGGYQMLGSDIHDPHGIEDTAGSSKGLGHLPVTTVLEAEKQLTRDSGMLCLNGASQITVSGYQIHVGKTTSPTHNSPFSLLANDTKDGCISEDNQVAGTYLHGIFDSPEALRHIIQWAGVDTDRVDDYDTQQEREIDRIATMCDAHLDWNKLNHLLNLKEPNDE	PGPT0004580_1525	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_VITAMIN_PRODUCTION	PLANT_VITAMIN_B12|COBALAMIN_METABOLISM	PLANT_VITAMIN_B12|COBALAMIN_BIOSYNTHESIS,PGPT0004580-cobQ|cbiP-K02232	NA	NA
AK237_03610	639	gpmA_2		2,3-bisphosphoglycerate-dependent phosphoglycerate mutase	ATGACAACGACCATAGATTTACTCAGACACGGACAAGTTGCAGGTAAGCCCGCTCTGTACGGTAAGACGGATGTTGCGTTGAGCCAGTATGGCTATCGCCAGATGCTCTCTCAGGAGCAGCATGCCGGTAACATAGACTGCATTATTTCATCACCGCTACAGCGTTGCCTGAAAGGCGCATCAGCCCTCGCGGAGAAGAAAAACATAGCCGTTTATCAAGAACCTGACATTGCCGAATGCAACTTTGGCGATGTTGATGGCATTCCCTATGATGACGCAGGCGATAGCTGGCCTGCAATGGAGGCGTTTTGGCATGCTCCTGCTGTTAATACCTTACCAAGTGGGGAAACGTTGTCCGCCTTTCATCTCAGAGTGATTAACGCCTGGTCTGATATACTGAGCGAGCACAAGGGCAGACACTGCCTGATGGTTACCCATGGTGGTGTAATAAAACAAATTATTGCCCACGTACTTGCAATAGATTGGCGGCAAGCCACCGTTTATCAACATTTGACAATAGGCTATGGCAGCCTGACCCGGATCACACTCGCAGCGCACGCGGATGCGCAACCAGCCCTTCAGTTTATTGGTATTCCGCCTCCCATTGATGACAATGCAAACCGTGGTGGAGAGGCATAA	MTTTIDLLRHGQVAGKPALYGKTDVALSQYGYRQMLSQEQHAGNIDCIISSPLQRCLKGASALAEKKNIAVYQEPDIAECNFGDVDGIPYDDAGDSWPAMEAFWHAPAVNTLPSGETLSAFHLRVINAWSDILSEHKGRHCLMVTHGGVIKQIIAHVLAIDWRQATVYQHLTIGYGSLTRITLAAHADAQPALQFIGIPPPIDDNANRGGEA	PGPT0004650_456	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_VITAMIN_PRODUCTION	PLANT_VITAMIN_B12|COBALAMIN_METABOLISM	PLANT_VITAMIN_B12|COBALAMIN_BIOSYNTHESIS,PGPT0004650-cobC|phpB-K02226	NA	NA
AK237_03611	534	cobP		Bifunctional adenosylcobalamin biosynthesis protein CobP	ATGATGCACTTCATTATTGGCGGTGCGCGCTCTGGTAAGTCCCGCTATGCGCAGCAGCTTTCAACCTTTGCCGCCAGTAAACATCAATGTGGTGTGCATTATGTTGCTACAGCAACCGCACTGGACGCTGAAATGCAAAAACGCATTACCCGCCATCAGCTCGATCGTCCCGAACACTGGCAAACTGTTGAAGCGCCTCTTGCCCTAACGCAAGCCATTACATCTCTACCCGAAAATGATGTCGTGCTTATCGATTGCCTCACTTTATGGTTAAACAATCATTTATTTGAAAGTCCGGAGCAAGACTTCCCCGGGTTGTTTGCACAACTAGCTAATGTACTGTCAGCGCGTAAAGGCGACACCTTTGTCGTCGCCAACGAAGTCGGCTTAGGAGTCATACCAATGGGAGAAGTCAGTCGTCAGTTTGTCGACCTTGCAGGCTGGTTAAACCAAGCCATGGCGGGCGTAGCGGATCACGTTAGCTTTGTTGCTGCAGGATTACCTGTGCCGCTAAAAGGGGGGAGCATTGCATGA	MMHFIIGGARSGKSRYAQQLSTFAASKHQCGVHYVATATALDAEMQKRITRHQLDRPEHWQTVEAPLALTQAITSLPENDVVLIDCLTLWLNNHLFESPEQDFPGLFAQLANVLSARKGDTFVVANEVGLGVIPMGEVSRQFVDLAGWLNQAMAGVADHVSFVAAGLPVPLKGGSIA	PGPT0004585_1560	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_VITAMIN_PRODUCTION	PLANT_VITAMIN_B12|COBALAMIN_METABOLISM	PLANT_VITAMIN_B12|COBALAMIN_BIOSYNTHESIS,PGPT0004585-cobP|cobU-K02231	NA	NA
AK237_03612	798	cobS	COG0368	Adenosylcobinamide-GDP ribazoletransferase	ATGAGTCATCGTGTTTCTCGATTTAACCGACATACTGCCAGCTTTCTACTGGCAGTAAGCTTTTTTACCCGCATTCCCGTAGGTAAATACGTTGCGTATAGCAATCAGGCAATGCACGAGGCGGGCAAATACTTTGCAATAGTCGGCTGGCTGCTGGCCGCCTTACTGTGGCTAAGTTACGGTATATTTTCGTTGGTGTTTCCGCCAGAGATCGCAGTATTTTTACTCATGATACTTAGTGTCTTACTCACCGGCGCGTTTCATGAAGACGGCTTAGCCGACACCGCCGATGCATTAGGTGGTGGACGAGACCGGGATCATAAACTCACGATTATGAAAGACAGCCGGCTGGGTACTTACGGTGTGTGCAGTCTGGTAGGTATACTAGTGGGCAAATGGCTGGTGTTATCTACCCTGGCGTCGCAGTCACAGTTATTCTCGGCGTTAATGATTGGCTATCCGCTCTCACGGGCCTTCGCATTAAGTCATGTTCAGCACCTCGCTTACGCTACCGGCGACAGCAGCGGCAAGCCGAGTAAAAGCATGCCTTCCGCCATTCCCTATTCATTGCGTGAATTAAGCTTCTTATTTATTTCCGCCGGCTTGATGCTGCTGTTCATCCCGGTTACCCACAGCATAGCGCTGTTATTGGTGTGCTTTATTGTACGCAGCGTTTTGCACCAACGCATGCACAAGCATATTCAAGGGTTTACCGGCGATACCCTCGGCGCAGCCCAGCAGATTCAAGAACTGGCAATATACTTCACTTTGCTCGCTTTGACAGGAGCTGACCTATGA	MSHRVSRFNRHTASFLLAVSFFTRIPVGKYVAYSNQAMHEAGKYFAIVGWLLAALLWLSYGIFSLVFPPEIAVFLLMILSVLLTGAFHEDGLADTADALGGGRDRDHKLTIMKDSRLGTYGVCSLVGILVGKWLVLSTLASQSQLFSALMIGYPLSRAFALSHVQHLAYATGDSSGKPSKSMPSAIPYSLRELSFLFISAGLMLLFIPVTHSIALLLVCFIVRSVLHQRMHKHIQGFTGDTLGAAQQIQELAIYFTLLALTGADL	PGPT0004590_578	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_VITAMIN_PRODUCTION	PLANT_VITAMIN_B12|COBALAMIN_METABOLISM	PLANT_VITAMIN_B12|COBALAMIN_BIOSYNTHESIS,PGPT0004590-cobS|cobV-K02233	NA	NA
AK237_03613	1074	cobT		Nicotinate-nucleotide--dimethylbenzimidazole phosphoribosyltransferase	ATGTCGATTTTCAAAAGTAACTTTTGGTCAATATCACCGTTAGATAACGCGCCTCAGCCGGTCATCCAGGCGCATATTGACGGTAAAACCAAGCCTCCGGGTTCGCTAGGCCAACTTGAACAACTTGCTATGCAATTAGCGCTAACCCAGTGGCAAGGAAGTGTACAGCCGGTATATCTTACCAAGCCGACCATGTTGGTGTTTGCTGCTGACCATGGTATTGCCACACATAATATCAGTATTGCCCCACAGGCCGTGACACAGCAGATGGTGTTGAATTTCCTGAATGGTGGAGCCGCTATCAATTGTCTTTGTGCGACCAACGGCATGGCGCTTAAAGTGATAGATTGCGGCATGATTAGCGCTTTGCCGGTATCTCACAGCGACTACCTGGTAAAACGTGTTGCTTCTGGCAGCAAAGACATATCAGAGCAGCCTGCGATGACTGCCATGGAAGCAGAGCTGGCTATCTTACACGGCGCGGATGTCGCGAAAGCGCTTATCGAAACGGGCAGCAATATACTCGGTTTTGGCGAAATGGGGATCGGCAATACCAGTGTCGCCGCCGCCTTAATTAGTGCGTTAACCGGCGAACCCGTAGCTAACCTCACCGGCGTTGGAACGGGTATCAACAGCGAGCAACTCAAACAAAAACAACAGCTATTAGCGAAAACCCTTGCCCGGGTTGAGGCTTCCTGTGGTAAGGGTACGCTTGAAGCAGATGTCGCTCTGCAACAGGCTGGTGGATTTGAAATTGGTCAGATCGCCGGTGCCATGTTAGCCACCGCCCAAGCAAGAAAAATCATTCTGGTTGATGGTTTTATTGTGTCAGCCGCCGCCCTTTTAGCCACGTTTATTGCCCCGGAAGTACGTGACTACATGGTATTTTGTCACTGCTCAGCCGAGCGAGGCCATCAGTTTGTACTTGATAAACTAAAGGCCACTCCCCTATTAAATTTGGGTTTACGGTTAGGCGAAGGCACCGGCGCCGCGTTAAGTTTACCCTTGCTGAAAGCGGCTGCTGCGTTCTATAACGATATGGCGTCCTTTGAAAGTGCCAATGTGGTGTTATAA	MSIFKSNFWSISPLDNAPQPVIQAHIDGKTKPPGSLGQLEQLAMQLALTQWQGSVQPVYLTKPTMLVFAADHGIATHNISIAPQAVTQQMVLNFLNGGAAINCLCATNGMALKVIDCGMISALPVSHSDYLVKRVASGSKDISEQPAMTAMEAELAILHGADVAKALIETGSNILGFGEMGIGNTSVAAALISALTGEPVANLTGVGTGINSEQLKQKQQLLAKTLARVEASCGKGTLEADVALQQAGGFEIGQIAGAMLATAQARKIILVDGFIVSAAALLATFIAPEVRDYMVFCHCSAERGHQFVLDKLKATPLLNLGLRLGEGTGAALSLPLLKAAAAFYNDMASFESANVVL	PGPT0004595_714	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_VITAMIN_PRODUCTION	PLANT_VITAMIN_B12|COBALAMIN_METABOLISM	PLANT_VITAMIN_B12|COBALAMIN_BIOSYNTHESIS,PGPT0004595-cobU|cobT-K00768	NA	NA
AK237_03614	1011	feuC	COG0609	Iron-uptake system permease protein FeuC	ATGAATAAAAAATGGCTGGTATTACTGCTCTTAGCTGTGTCCGCGCCGCTGTTATCATTATTTTTCGGCGCTGCAACCTTATCAACAGACACCATCATGCAGTGTGTGGTGTCGAAATGTCATGATCCCATCGACAATGCGATATTTTGGGAAATACGTTTCCCTCGCGTCATGGTTGGTTTCTTAGTCGGTGCAGGGCTTTCCGTTGCCGGTGCCACATTGCAGAACGTTACACGCAACGGCTTAGCTGACCCGTATTTGTTTGGTGTCGTGGCGGGGGCCGGCCTTGGCGCTGCTGTAGCCGCATTACTTTTTAACAGCCCTGTAGGACAAAGCTTCGGTTTCCCTGAAGCCCTGTACAGCTTAGCCCTACCCGCTTCGGCGTTAATCGGTGCCATTTTTGCGGTACTGCTTGTTCAGGTATTGTCTCATACTACGTTCGGTCGACGTATCGAGCATATGCTACTTGCTGGCGTAGCGGTGTCTTTCATGTTAAGCGCATTAAGCCAGTTTCTGTTATTTGTTGGCGACCCGTTTGCTGCCAATCAGGTAGTGTTTTGGCTAATGGGAAGTTTAGCCCGGGTAGAAAGCTGGTATGCCTGGGTAATGTTAATTGTGGTGCTAATAAGTATTGCGGTGCTTTACCTTTATGGTCCGCAAATTGATGCGTTATTACTAGGTGATGACAGTGCTCGCACACTCGGCGTGAACGTAAACCGCATGCGCGTACTTTGCTTATTGCTCTGCGCTACGCTCACCGCCGCCATTGTATCTTATTGCGGCGGAATAGGGTTTGTTGGACTAATGATCCCACATATCGTCAGACACTGGCTTGGTGTAACAAGCCGAACACTTTTTGTTGGCTGCGCACTACTCGGTGGCTTCTTCATGGTGTGGGTGGACGTATTTGCCCGCACGGCATTCACTGGTAGAGAGATCCCCATCGGTATCATAACCTCTGCTATTGGTAGTATTTTTTTCCTGTTCGTGATGCGTCAGCGTCAAGCGTAA	MNKKWLVLLLLAVSAPLLSLFFGAATLSTDTIMQCVVSKCHDPIDNAIFWEIRFPRVMVGFLVGAGLSVAGATLQNVTRNGLADPYLFGVVAGAGLGAAVAALLFNSPVGQSFGFPEALYSLALPASALIGAIFAVLLVQVLSHTTFGRRIEHMLLAGVAVSFMLSALSQFLLFVGDPFAANQVVFWLMGSLARVESWYAWVMLIVVLISIAVLYLYGPQIDALLLGDDSARTLGVNVNRMRVLCLLLCATLTAAIVSYCGGIGFVGLMIPHIVRHWLGVTSRTLFVGCALLGGFFMVWVDVFARTAFTGREIPIGIITSAIGSIFFLFVMRQRQA	PGPT0003770_7169	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
AK237_03615	831	hmuV	COG4559	Hemin import ATP-binding protein HmuV	ATGACCATGAATGCGGGTTTGCATTTAGAAGCCATTCAACTTCACATACAGAATAAAGCCATTCTTGATGATGTGACGCTGTCGTTACACAAAGGGCGGTTTCACGGTATTTTAGGCCCCAATGGTGCGGGAAAGACCAGCTTACTTAAAGTAATGACCGCTCAACGACAGGCCCGGGGCAAAGTCAGTTGGCTCGGCACGTCTCTATCGCATTTTTCGCCTCAAGCGCTGGCCCGACAGATTGCCGTGGTCAATCAGGTTAACGACACCGTGTTTGCGCTTACCAGCCGACAGGTTGTTACCATGGGATTATTGCCTCATAAGCAACTGTTATCCCGCTACACCAGAGACGATCGCATCGCTGTGGAACAAGCCCTGGATGACGTTGGCCTGATAGATAAAAGCGAACAGTTTTTCAGTGAACTTTCAGGGGGAGAACAACAACGCTGTTTGATTGCCAGAGCGTTGGTACAAAAGGCTTCATTGTTGGTACTCGACGAACCCGTCAATCATTTGGATGTTTATTATCAACACCAGATATTGCATTTACTTCACAGCCTTTGTCAGCATCAGCAAAAGACCGTCGTTGTGAGTTTGCACGACTTAAACCTTGCTGCCGCTTACTGCGACAATGTGGCGTTGCTCAATCAGGGTAAGCTCATAGCTCACGGCTCCCCCGATGACGTACTGGAAGCAGAGCGTTTAACAGCAACCTTTAACCTGCCTTGTACTGTTCATCGTGGCGATGCTCCCCGCTCTACCCGCGTGGCCTTTACGCCTCATAACGCAGAATACCAGTGGCAGCATGTACAAGGGCAAAACCATGAATAA	MTMNAGLHLEAIQLHIQNKAILDDVTLSLHKGRFHGILGPNGAGKTSLLKVMTAQRQARGKVSWLGTSLSHFSPQALARQIAVVNQVNDTVFALTSRQVVTMGLLPHKQLLSRYTRDDRIAVEQALDDVGLIDKSEQFFSELSGGEQQRCLIARALVQKASLLVLDEPVNHLDVYYQHQILHLLHSLCQHQQKTVVVSLHDLNLAAAYCDNVALLNQGKLIAHGSPDDVLEAERLTATFNLPCTVHRGDAPRSTRVAFTPHNAEYQWQHVQGQNHE	PGPT0003760_1373	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
AK237_03617	837			hypothetical protein	ATGTCAACACAAAACGCGCTTCTCACTATACTTGTAGAAAAAATCAATAATGACACCCTTGTGTTACCGACACTTCCGGCCATTGCACTGAAAGTGCGAAAAGCGGCTGACGATCCTAACGTTAACCTGAACTCAATGGGCGATGTTATTGGCAAAGACCCGTCTTTAAGTATGCGTATGATAAAAATTGCTAACAGTGCTTACCTGGGACGTACTGTTAAAGTGACATCTATCAGCCAAGCGGTCACGCGCATCGGGTTACGTCAAATTAAAAATATCTCTACAGCCCTTGCCATGGAGCAGTTGTTCGTTTCGAAAAACGATGTGGTGGCGAAGCACCTTAAAAAAGAGTGGGCGTCTACCGTTAATGTGGTGGCTTATTCTATGGCCGCATTGCAAATGTACATCAACAGAACCAAGCGTCGCGATTTAAGTTTGGATACCATGACCCTGGCGGCGTTGGTACACAATATTGGTGTGCTGCCGATCCTGACAGAAGCTGAACGTCACGAAGAGGTATTCGCCAATCCGACATTCCTTAATGTTGCTATCGATAAACTTTCTGGCCGTATTGGTGGCAGTATCATGCGAGCCTGGGACTTTAGTGACGACTTCACGATGATCGCAGAGCAGTGGCGTGATTTATCTGTTATCCCGGACAAATTATCTTATATTGACTTTGTTCGTGTCGGCGCTGCTCTTGCGGGCAAGATGGACGGTCAAAAGGATGCAGTGTTGAACTTAGCCATCCAGCGTGGTGTGATTGAAGACATCAAAGAGTTCACCACTGACGAGTTTAAAGAGATGTGCGTAAACGCCAAGCAAGTGTTTGCATAA	MSTQNALLTILVEKINNDTLVLPTLPAIALKVRKAADDPNVNLNSMGDVIGKDPSLSMRMIKIANSAYLGRTVKVTSISQAVTRIGLRQIKNISTALAMEQLFVSKNDVVAKHLKKEWASTVNVVAYSMAALQMYINRTKRRDLSLDTMTLAALVHNIGVLPILTEAERHEEVFANPTFLNVAIDKLSGRIGGSIMRAWDFSDDFTMIAEQWRDLSVIPDKLSYIDFVRVGAALAGKMDGQKDAVLNLAIQRGVIEDIKEFTTDEFKEMCVNAKQVFA				NA	NA	NA	NA	NA
AK237_03618	1185	ydcO	COG3135	Inner membrane protein YdcO	GTGTCTTTAAAAGCGCTGCCACAACTAAGCCATATTGCTGCAGGTTGTACTGCGGTTGTCGTGGGGTATAGCAGTGCTGTGGTACTTGTTATTGCCGCAGCACAGGCTTCTGGTGCTGACGCACAGATGATTGTGAGCTGGCTTCTTGTACTTGGACTCGGTATGGGCGCAACCAGTGCCTTTTATTCATGGTTTTATAAGGTGCCGGTTGTCACTGCGTGGTCTACGCCCGGCGCTGCATTTTTAATCGGCGCGGTAGCGGGTTTCCCGCTCGCGGAAGTTATCGGCGCCTTTGTCACTGCCGCCGTCATGTCATTGCTCGCCGCGCGGAGCCGGTTCCTCACCCGGTATATAGAGCGCATTCCTGCCGCTATTTCGTCGGCCATGCTCGCCGGTATATTGCTTCCCATATGTTTAGGCGTATTTGTTGATGCGCAAACCCACCCGCTAATGGTGTTGAGCTTTGTTGCCATGTACGTACTTGGGTCGGTGTGGTTTCCTCGCTATCTCATGTTAATTTTACTGTGCGTAGCGTTGTTTATCGGACTGAGTAGCAATGAGCAGTCACCAGACAGTTTTACCTGGGAATGGCCGACATTTGTATGGGTAATGCCTGAGTTTTCTTTTTCTGCAACCATCAGCTTAGCCATCCCTTTGTTTCTCATTACATTGCTTTCTCAGAACTTGCCGGGTATCGCTATTTTAAAAAGTTACGATTATCAGCCCAATGTCAGAAATGTGCTCACGGGCGTAAGCGCCATGAATATTGTTGCAGCCCCATTTGGTGGGTTCGCTTTCAACTTAGCCGCAATAACGGCAGCAATTTGCATGGGCGAAAATGCCGGAGAAGAGAGAGCGCAACGCTATCGGGCAGGTATGGTGGCCGGTGTTGGCTATATGCTTTTTGGTATATTGGCGTCAGTTGTGGTGTACCTGTTTAGCCATATGCCTGAGGTTGTTGTGCATTTGCTGGCAGGGCTTGCGCTTATCGGAACCTTGCAGGCATCGATATTGCGTAGTCTGGAACAACCTGCCCAGCGTAAAGCGGCGATGCTGACGTTACTGTGTGCCGCATCAGGCATGTCGGTAGCCCAGTTAGGTGCACCGGTATGGGGGCTGCTTGCAGGACTTTGTGTGTTAGGGCTGGATAAACTTCATGCCCGTTTGATGGTAAAACAGGCATGA	MSLKALPQLSHIAAGCTAVVVGYSSAVVLVIAAAQASGADAQMIVSWLLVLGLGMGATSAFYSWFYKVPVVTAWSTPGAAFLIGAVAGFPLAEVIGAFVTAAVMSLLAARSRFLTRYIERIPAAISSAMLAGILLPICLGVFVDAQTHPLMVLSFVAMYVLGSVWFPRYLMLILLCVALFIGLSSNEQSPDSFTWEWPTFVWVMPEFSFSATISLAIPLFLITLLSQNLPGIAILKSYDYQPNVRNVLTGVSAMNIVAAPFGGFAFNLAAITAAICMGENAGEERAQRYRAGMVAGVGYMLFGILASVVVYLFSHMPEVVVHLLAGLALIGTLQASILRSLEQPAQRKAAMLTLLCAASGMSVAQLGAPVWGLLAGLCVLGLDKLHARLMVKQA	PGPT0005385_1496	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-H+_SYMPORTER,PGPT0005385-benE-K05782	NA	NA
AK237_03619	906	rdgC	COG2974	Recombination-associated protein RdgC	ATGTGGTTCAAAAATCTTAAGGCCTATCAGCTTACTCAACCACTTTCTTTGGACGACGACGACCTCAGCCGTATGCTGATGGACAATGCATTCCGTCCGTGTGGTAAACAAGATACGGCAACGATGGGCTTTGCATCGCCTTTTTCGCAGGCAGGTAAAGAAGGCGTGATGTTCCACAAAGTGCAAGAGCGCTACTGGATAACGGTAAAAAAACAGGAAAAAATTCTCCCCTCTTCTGTAGTGAACGCCGAACTAGCAGATAAAGTTGCGCATATCGAAGCCGAGACGGGCTCGCCGGTTGGCAAAAAACAACAGCAAGATTTAAAACAGGAAATCATGTTCCAGTTGTTGCCCCAAGCATTCGTTCGTAATACCTATACACACGGTTTTATTTCAATTCCTGAAAAACTGGTTGTGGTAGATGCGTCGGCAGATGGTAAAGCAGAGGCTTGGCTGGCACTGGTACGAAAAGCCATTTCGTCGTTACCGGTTGTCCCACTCGCGCGCCGTAGCCTGCAGTCTGAATTAACACATTGGTTAACTGAAGGTGCGCCAGAAGGCATCGAATTACTGGAAGAGGCGGAACTTAAGTCGACGGACGATTTAGAAAGTGTCATTCGCTGCAAGAACCAGCCTCTTGATAGTGACGAAATCACGATGCATCTCGATAACGGCAAACTGGTACAAAAAGTGGGTTTTGCCTATCAGGAAGTACTCACCGCCACCATTTCAGAAGACGGCTCTTTTAAACGCGTGAAGTTTACTGATCGATTAAAAGAAGAATCGGAAGATATTCCCAAAGATCAGGTGGAAGCACGTTTAGACGCAGAGTTTGCCCTGATGTCAGCAGAACTCTGTCAGTTCCTCGACTTTATGCGCACCACACTGAATTTGGTCGACGAATAA	MWFKNLKAYQLTQPLSLDDDDLSRMLMDNAFRPCGKQDTATMGFASPFSQAGKEGVMFHKVQERYWITVKKQEKILPSSVVNAELADKVAHIEAETGSPVGKKQQQDLKQEIMFQLLPQAFVRNTYTHGFISIPEKLVVVDASADGKAEAWLALVRKAISSLPVVPLARRSLQSELTHWLTEGAPEGIELLEEAELKSTDDLESVIRCKNQPLDSDEITMHLDNGKLVQKVGFAYQEVLTATISEDGSFKRVKFTDRLKEESEDIPKDQVEARLDAEFALMSAELCQFLDFMRTTLNLVDE				NA	NA	NA	NA	NA
AK237_03620	1731	rcsC_14		Sensor histidine kinase RcsC	ATGGCAACGGTAAAGACAGGATTGTCACGCAAGCTACTCACAAGAGTGCTGTCGGTTTATTTTATCCTGACGCTTATTGTTACTATCGGGCAAATTTTCACTGAATACCTCAGCACTAAGAACCACATCGAAAGCGAGCTTCGCACGCTTAAAAACACATTCGCCGAGAGTCTCACCCGTGCCAACTGGGAATTAAACAAAGTACAGGCCCGTATTATCTCAGAAGGACTGACCAAGCTTCCAATCATAGAAGGCGTGCAGGTTCGGGATGAAAACGGCGACCTTATCGCTGATGAAGGGAAAACCATGCCCAGTGATGGCCAGCCTGTTCAGGCAGGAATGATGGAAGACCATCCTGGCGGCGTGTTCAGTTACAGTTTCCCGCTTATTTTTGAATTTTCCGGCCGTCAATCATTCGTTGGCGATGTCACCCTCTATTCCAGTTTCGATATTATTCTTGGCCGTATCGAAGTGGGTATATTCTTTTTAATTGGCAATGCCATTATCAAAACTGCCTTTCTGGTATTCTTGTTCATGACCGCATTCAAACACATGCTGTCGGAGCCGCTGTCTGAATTAACCGAACAGATGACCACATTTGACCCTGAGCATCCCGAGGAGTCCAAGATACAGGTGACGGATGGTGAAGACAACGAACTGCGCATGCTGCAGCAGTCATTCAATCAGGTCATTGATGATTTCATCGCCTCTCAAAATAACCTTAAAGGCACACAAGAAGCCTTACGACTGGCCAATAAAAAACTCGATGATCAGAACCTGATTTTAGAACAGGAAGTCGCGAAGAAAACCGCTTCTTTATCGCAGATTATGCTGGATTTAGAACAGCAAAAAGACGAGCTGATTGCTAATCAAAGAGAACTGCGTCAAGAGAACGAAAACCGCCAGTATATTGAGGATGAGTTACGCAAGCGCAACGCTGAACTGGCAAAGAACATGGAAATGCTTAACCTCATTAAAGACCAACTGGTGGAGTCAGAGCGCATGGCGTCGTTAGGTGGTCTGGTGGCGGGCATTGCCCACGATGTGAACACGCCGCTTGGCGTTAGTGTTACCGCAGCAAGTTACTTAAACGAACGCCTTGAAGCATTACGCATGTCTTTTGAGGATAAAACCCTGTCCACGAAAGCAATGAACACCTTTATTGACGAAGCTGATCAATCTGCAACGCTATTATTGAGCAATCTGAATCGCGCATCTGACTTGATTGCCAGCTTCAAACAGGTAGCCGTTGATCAAACCAGTGAGGCCGAGCGGTTATTTAACTTAAACAGCTACCTTCACGAAATTCTGCAATCACTTAAGCCCACTTTTAAAAACACTAAGCATCAGGTGAATATTCAATGTCCTGCCGATTTAGAGATATTATGCGCGCCCGGCGTGATAGCCCAAATCGTGACGAATATGATGATAAACTCTTTGATGCACGGCTTTGACAATAAACAGGAAGGTCACATTTCACTGGTCGTTTCCAAAGACAACAACCATATTGTTTTTGAATACAAAGATGACGGTAAAGGCATGGATAAAGAGGCGTTATCGCATTTATTTGATGCTTTTTATACCACCCGCAGAAATCAGGGTGGCAGTGGCCTGGGCACGCATATCGTGTATAACTTAGTCACCCAAACCCTGGATGGATCTATCCAGGCATTCAGCGAACCTGATGCCGGGCTGCGCTACGTCATACGCTTTCCTCACAAACACGCCTGA	MATVKTGLSRKLLTRVLSVYFILTLIVTIGQIFTEYLSTKNHIESELRTLKNTFAESLTRANWELNKVQARIISEGLTKLPIIEGVQVRDENGDLIADEGKTMPSDGQPVQAGMMEDHPGGVFSYSFPLIFEFSGRQSFVGDVTLYSSFDIILGRIEVGIFFLIGNAIIKTAFLVFLFMTAFKHMLSEPLSELTEQMTTFDPEHPEESKIQVTDGEDNELRMLQQSFNQVIDDFIASQNNLKGTQEALRLANKKLDDQNLILEQEVAKKTASLSQIMLDLEQQKDELIANQRELRQENENRQYIEDELRKRNAELAKNMEMLNLIKDQLVESERMASLGGLVAGIAHDVNTPLGVSVTAASYLNERLEALRMSFEDKTLSTKAMNTFIDEADQSATLLLSNLNRASDLIASFKQVAVDQTSEAERLFNLNSYLHEILQSLKPTFKNTKHQVNIQCPADLEILCAPGVIAQIVTNMMINSLMHGFDNKQEGHISLVVSKDNNHIVFEYKDDGKGMDKEALSHLFDAFYTTRRNQGGSGLGTHIVYNLVTQTLDGSIQAFSEPDAGLRYVIRFPHKHA				NA	NA	NA	NA	NA
AK237_03621	690	phoB	COG0745	Phosphate regulon transcriptional regulatory protein PhoB	ATGTCTCGAACTGTCCTGATAGTAGAAGACGAAGCGCCAATTCGCGAAATGCTGAAATTCGTTCTTGAGCAATCCGGGTTTGATACCGTAGAAGCTGAAGACTTCGATGTGGCACAACAAAAAATCTGCGAGCCGTACCCAGATTTGATATTGCTTGACTGGATGTTACCAGGTGGATCTGGTGTTCAGCTTGCCAAAGGATTGAAGCAGCATGAATTTACCCGTGATATTCCCGTTATTATGCTAACGGCACGCGGTGAAGAAGAAGATAAAATTCGCGGATTGGACGCCGGTGCGGACGACTACGTCACCAAACCGTTTTCGCCAAAAGAACTGATTGCCCGGATTAAGGCTGTCATGCGTCGTGTTACGCCAACCTCCAGTGAAGAGCCTATCGAGTTTAACGGCCTGAAATTAGAGCCGATATCTCATCGTGTCATGGCAAATCACGACCCATTGGACATGGGGCCAACAGAATTTAAACTGTTGCACTTCTTCATGACCCACCCAGAGCGGGTTTACAGTCGTGAACTGTTGCTGGATAACGTATGGGGAACCAACGTGTACGTTGAAGATCGTACTGTTGATGTGCATATTCGTCGTTTGCGCAAAGCCATTTCCAGGCATGGTCACGACGCGATGATTCAAACCGTACGAGGTGCAGGTTACCGTTTCTCCACTAAGCTATAA	MSRTVLIVEDEAPIREMLKFVLEQSGFDTVEAEDFDVAQQKICEPYPDLILLDWMLPGGSGVQLAKGLKQHEFTRDIPVIMLTARGEEEDKIRGLDAGADDYVTKPFSPKELIARIKAVMRRVTPTSSEEPIEFNGLKLEPISHRVMANHDPLDMGPTEFKLLHFFMTHPERVYSRELLLDNVWGTNVYVEDRTVDVHIRRLRKAISRHGHDAMIQTVRGAGYRFSTKL	PGPT0002660_1356	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCAN_METABOLISM	CE-EPS-GALACTOGLUCAN_METABOLIC_PATHWAY,PGPT0002660-phoB-K07657	NA	NA
AK237_03622	1299	phoR		Phosphate regulon sensor protein PhoR	ATGTACTATCCATTTTCCTGGCTGAGAAGCGCAATTCGCCTTTTTGCGTATTTGCTTGTCTTCGCGCTGGTAGGGTTGTACGTGGACGATATGCTCTTTGCTATCGCGCTAGGGGCAATTGGCTTGCTCATCATCAACTATTGGCAGCTGTTTAAACTAAACCGCTGGCTGTGGCATAGCCGGAAGATGTCTCCGCCGACGGTGAGTGGCGTGTGGGAGCATATTTACGAAGGCATTTATTACCTTCAGCGTCGCAACCGCAACAAGCGCAAGGAATTAGGTGAACTGGTTAAGCGATTCCGCGAGGGGTCGGAAGCCTTACCTGATGCAGCCGTGGTTGTTGATGCCCGTGCATGTATTATTTGGTGTAACCGGCTGGCCAGGCTAGAACTGGGGCTCAAGTGGCCGGGAGACGCCGGGCGACGCATTGATAACCTGCTTCGTCATCCGGAATTCATTGAGTATTTTCACGCCGGCAATTTTCATCATCCCATTGAAGTACCTTCGCCGACGAATCCTAGCAAGACGTTCGAATATCGCATTATGCCCTATGGAGAGGAGCACCTTTTGCTTATTGCCCGTGATGTGACCCGGGTGTCTCAATTAGAGGAAATGCGTAAAGACTTCGTGGCTAACGTGTCACACGAACTTCGTACACCGCTGACGGTTATTTCCGGCTACCTGGAATTACTGCCGGAGGAAGAAGACAACCCGCTGATGACAAAAGCGGTAAAAGAGATGACAGCGCAAACCCAGCGCATGCAAAGTCTTATTGAAGATTTGCTTGTGCTATCGCGAATAGAAGCGAGTTCAGAGCGCATATACGAAAACAAAGTGAACATGCCGGCCATGCTAAAGCAGCTTGAAAAAGAGGCACAGACCTTAAATGCAGATAAAGGGCACACCATTACGTTTCATATCGACCCAACCTTGTGGGTGTTTGGTGTAGAAACGGAATTGCGTAGCGCGTGTTCAAATCTCGTGTTCAATGCGGTGCATTATACCCCCGGCGGTGGCGACATAAATGTGTACTGGCGTAGCGAAGAGCACGGAGCGCTGTTTGCGGTTGTCGATAATGGTGACGGCATAGAGCAAAACCATCTTGCTCGTCTTACCGAGCGATTTTATCGCGTGGATAAAGCGCGCTCGCGGAAAACCGGCGGATCGGGTCTTGGATTATCTATTGTTAAGCACGTGCTTAGCCATCATAATTCGCAGCTCGATATTACCAGCACGGTGGGAGAGGGAAGTCAGTTTTCTTTTCTGCTTGATGAAGAGTTGATCACGGAAAAGCCATGA	MYYPFSWLRSAIRLFAYLLVFALVGLYVDDMLFAIALGAIGLLIINYWQLFKLNRWLWHSRKMSPPTVSGVWEHIYEGIYYLQRRNRNKRKELGELVKRFREGSEALPDAAVVVDARACIIWCNRLARLELGLKWPGDAGRRIDNLLRHPEFIEYFHAGNFHHPIEVPSPTNPSKTFEYRIMPYGEEHLLLIARDVTRVSQLEEMRKDFVANVSHELRTPLTVISGYLELLPEEEDNPLMTKAVKEMTAQTQRMQSLIEDLLVLSRIEASSERIYENKVNMPAMLKQLEKEAQTLNADKGHTITFHIDPTLWVFGVETELRSACSNLVFNAVHYTPGGGDINVYWRSEEHGALFAVVDNGDGIEQNHLARLTERFYRVDKARSRKTGGSGLGLSIVKHVLSHHNSQLDITSTVGEGSQFSFLLDEELITEKP	PGPT0002705_3104	DIRECT EFFECT	BIO-FERTILIZATION	PHOSPHATE_SOLUBILIZATION	P-SOLUBILISATION-PHOSPHATE_METABOLISM	P-SOLUBILISATION-PHOSPAHTE_HOMEOSTASIS|REGULATION,PGPT0002705-phoR-K07636	NA	NA
AK237_03623	969	pstS	COG0226	Phosphate-binding protein PstS	ATGAGTCGTTTGCTGACGGTTGTTATTTTAACGATGAGTCTGTTTACCTTATCTGCCCTGGGCGAAGACACTGTGCCTGATTACCAGCGCAGTCCGGGTGTCGCGGGCAAAATCACCTCAGTGGGGTCGGATACATTAGCAAACCTGATGACCTTATGGTCACAGGAATTCATGGAAATGTATCCGCAGGTGAAATTTCAGATCCAGGCTTCAGGTTCTTCTACCGCACCGCCCGCGCTAACAGAAGGCACCGCAACCATCGGACCTATGAGTCGTGAGATGAAGCCTTCTGAAATTCGTGAGTTCGTGCGCGAACATGGCTATCCTCCTACGGTGTTGAAAGTGGCGATGGATGCCATTGCCATTTTCGTAGAACGGCGCAACCCTATTGATGGTCTGACACTAAAGCAAGTTGATGCGATTTTCTCTGAAACCCGATACTGCGGTGCCCAGCGTCCCATCACTGACTGGTCAGAACTTAACGGCGTTGGAGAAATGGGGATGTCGCCCATTCGGCTGTTCGGTCGTAACTCTGTCTCCGGTACTTACGGATTGTTTAAATTAATGGCGCTGTGCGACGGTGATTTTCGGTCAACGGTAAATGAACAACCCGGTTCTGCGTCTGTCGTACTATCCGTTGCCACCAGTAAGCACGGGATGGGTTACGCAGCGTATGGCTACAAAACCGCAGGCGTGAAAGCCCTCTCAATTGGTAAGGACGCCGAACAATTAGTACCTCTTACTACCCAAACAGTACGCGATGAAACCTATCCCTACGCCCGCTTTCTCTATTTGGTGGTGAATAAAGCGCCGGGCAAGCCGCTACCCACGCTGGAGCGTGAATTTTTGCGTTATGTGTTATCACGCCAGGGACAGGTCCAGGTGCAGCGAGACGGCTATTTTCCTGTACGTGAAGACGTACTGTTACGACAGCGTCGCTTATTGGATGACGTGGTAAATGTGCCATAA	MSRLLTVVILTMSLFTLSALGEDTVPDYQRSPGVAGKITSVGSDTLANLMTLWSQEFMEMYPQVKFQIQASGSSTAPPALTEGTATIGPMSREMKPSEIREFVREHGYPPTVLKVAMDAIAIFVERRNPIDGLTLKQVDAIFSETRYCGAQRPITDWSELNGVGEMGMSPIRLFGRNSVSGTYGLFKLMALCDGDFRSTVNEQPGSASVVLSVATSKHGMGYAAYGYKTAGVKALSIGKDAEQLVPLTTQTVRDETYPYARFLYLVVNKAPGKPLPTLEREFLRYVLSRQGQVQVQRDGYFPVREDVLLRQRRLLDDVVNVP	PGPT0002625_5103	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
AK237_03624	2757			hypothetical protein	ATGGAACTTAAGCACTTATTTCAAGCTTCAGCAATCGCAGCTGCGCTTGTTTTAGCTGGCTGTGGTGGCGACATCAATATCAGCGAAGGCGACATCGATAATAGCGTAGACAATAACTACGGCAATGGAGGCGATTCTGGTTCAGGTGACGGCGAGACTGATACAGCCCCTGGAGAAGTAAGCTCTGGTCTAAGCACGCAAGTTTCAAATGCATTTGGCAGCAACGTAACGGTTCGTGTACTGTCGGGTACTTTATCGGCTGACGATGCAGACGACAGCGGTAACATTACTCTGACTAACGATACTGTTTGGGCGTTAGACGGTGCAGTTTTCTTCGGTAACGACAACGCAGACAGCGTAAACCTGGTTATCGAGCCGGGTACAACAATTTTTGGCCGCAGCGGCACCGACTACATGGCTGTTAGACGTGGTTCAACCATTGAGGCAAATGGTACTGCTGAAGCTCCTATCATCTTAACATCCATTGAGGACGTGGTTGGCGGCGATGCACAACCAGGTCAGTGGGGCGGTCTTATTCTGCTAGGTAATGCACCTTCTAACCAGTGTCCTGCTGAAGGTGCTTGTTCTTTACAAATCGAAGGTGCTGAAGAAGGTGCCGTATTCGGTGGTACAGACGATACAGACAGCTCTGGTTCAATCAGCTACATGGTTATCAAATACTCTGGTTTCGAACTTTCACCAGATAACGAGCTGCAAGGCTTGACCATGGGCGGCGTTGGCTCTGGTACATCGGTTGACCATATCCAGGTGCATGGGTCATCAGATGACGGTATCGAATTCTTTGGTGGTAGCGCGCAATTAAAGTATGTGCTTATCACTGGTTCTCAGGATGACTCATTAGACTGGGATAACGGCTTTACGGGTAAAATTCAGTATGCCTATCTCGAGCATGCGCAGGATAACTCAGATGCGGGCCGCGGTATCGAGGCTGACAACGACGGCGCCGACCCGGCTAACGAGCCACAATCTAACCCAATGATTTCTAACCTCACGATTGTGGGGAATACCTTTGACGGTGACGATGACTCAGAAGGTGTTTACCTGCGTGAAGGTACAGGCGCACAGATCTACAACATGGTAGTGACTGGTCCTGCTGGAATGGGCGAATGTTTCGAAGTTGAAAACGTGACTGAATCTCAGGCTAACCTGGCTGACGGTACCATCACTATTCAAAACTCTGTTATGGCTTGCCGTAACGGCGAAAACTTTAAAAGCGACGACGGAGCCGTTGACCTGGAAGACTGGTTCCTGAACACCATGACTGGTAACTCTGTATCTGAAGCTATTGCATTGAACAGTGACGGTTCTCCTACTTCAGGCAGCCCGCTGTTAGGCGCAGGTGCTGACGCATCTCAAATCGATGGTTTCTTCGATGCGACTGACTACATCGGCGCATTAGACGGAACAACTGACTGGCGTCAAGGCTGGGCTTTTGGCTACGGCGGCGGTGAAGTAACTGGCGTAGTACAACCTGTTGAAGGTTGCCCCACAGGCACGACTGAAATCGATTCTGTAGATGGTACTACGACTACCTGTGAACTGGCCGGTCGCATCACTTCTGACCTGACACTGACAGAAGGCAACATGTACGCCATCTCTGGTGCAGTATTCATCGGTAACGACAATGCAGATAGTGCAACGCTGACAATTGAAGACGGCGTAACGTTATACGGCGCAAACGGCAAAGATTATCTGGTAATCAGCCGTGGCTCTAAGATTGATGCGCAAGGTACTGCGTCAAACCCTATCACTTTTACCTCAGAAGCTGATGTAGCGTCTGACGCCGGTGAGCCAGGACAATGGGGTGGTCTGGTTATGTTGGGTAACGCACCTTCTAACCAGTGTCCTGCTGAAGGCGCATGTTCTCTTCAAATCGAAGGTGCAGAAGAAGGCGCGGTATTCGGTGGCACAGACACTGCTGATAACTCAGGGACTATCCGCTACGTGCGTATCATGTATTCCGGGTTTGAACTTGCCCCTGACAACGAGCTGCAAGGTTTGACTATGGGTGGTGTAGGTTCTGGTACTGATATCAGCTACGTGCAAATCCACAAATCTTCAGACGATGGTGTTGAGTTCTTCGGTGGAAACGTTGACATGAAGTACGTGGTACTGACTGACAACCAGGACGACAGCATTGACTGGGATAACGGTTTCCAAGGGCGTATGCAGTATGTACTTGTTCGCCAGGCGACAGATAACTCTGATGCTAACCGCGGTATCGAGGCTGATAACGACGGCGCCGACCCGGCTAATGAGCCACAATCTAACCCTGTGCTGTCTAACGTGACTATCATTGGTAATACCTTTGACGGTGATGACGATTCAGAAGGTGTTTACTTACGTGAAGGTACCGGCGCTCAGCTGTCTAACTTCATCGTAACAGGCCCTGCAGGCATGGGTGAGTGTTTCGAAATTGAAAACGTTGCTGAATCACAAGCTAACCTGTCTGACGGTACAACAACTTTCACCAACTCTGTTATCGCATGTGAAAACGGCGAGAACTTCAAATTTGATAGCGGTGCGGTTGACCTGGAGAACTGGTTCTTAAACACCATGACCGGCAACGCAGTTGTGGCTACGCAAGCTGAAGTGGTTAACGGTATTTACAGCATCACTGATGCAGTAACGCCAAAAGACTGGACTGGCGACACGTTCTTCGACAATGCTGGCTTCGTAGGCGCAGTATCCGAAGACAACGACTGGACTGCTGGCTGGACTGTTGGTCTGGAGTAA	MELKHLFQASAIAAALVLAGCGGDINISEGDIDNSVDNNYGNGGDSGSGDGETDTAPGEVSSGLSTQVSNAFGSNVTVRVLSGTLSADDADDSGNITLTNDTVWALDGAVFFGNDNADSVNLVIEPGTTIFGRSGTDYMAVRRGSTIEANGTAEAPIILTSIEDVVGGDAQPGQWGGLILLGNAPSNQCPAEGACSLQIEGAEEGAVFGGTDDTDSSGSISYMVIKYSGFELSPDNELQGLTMGGVGSGTSVDHIQVHGSSDDGIEFFGGSAQLKYVLITGSQDDSLDWDNGFTGKIQYAYLEHAQDNSDAGRGIEADNDGADPANEPQSNPMISNLTIVGNTFDGDDDSEGVYLREGTGAQIYNMVVTGPAGMGECFEVENVTESQANLADGTITIQNSVMACRNGENFKSDDGAVDLEDWFLNTMTGNSVSEAIALNSDGSPTSGSPLLGAGADASQIDGFFDATDYIGALDGTTDWRQGWAFGYGGGEVTGVVQPVEGCPTGTTEIDSVDGTTTTCELAGRITSDLTLTEGNMYAISGAVFIGNDNADSATLTIEDGVTLYGANGKDYLVISRGSKIDAQGTASNPITFTSEADVASDAGEPGQWGGLVMLGNAPSNQCPAEGACSLQIEGAEEGAVFGGTDTADNSGTIRYVRIMYSGFELAPDNELQGLTMGGVGSGTDISYVQIHKSSDDGVEFFGGNVDMKYVVLTDNQDDSIDWDNGFQGRMQYVLVRQATDNSDANRGIEADNDGADPANEPQSNPVLSNVTIIGNTFDGDDDSEGVYLREGTGAQLSNFIVTGPAGMGECFEIENVAESQANLSDGTTTFTNSVIACENGENFKFDSGAVDLENWFLNTMTGNAVVATQAEVVNGIYSITDAVTPKDWTGDTFFDNAGFVGAVSEDNDWTAGWTVGLE	PGPT0022155_4306	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-Type_V_SECRETION_SYSTEMS	CE-T5c_TRIMERIC_AUTOTRANSPORTER_ADHESINS-SECRETION,PGPT0022155-ata|sadA|emaA-K21449	NA	NA
AK237_03625	2652			hypothetical protein	ATGAAAAAGCCTGCAATCAGGTTTCCTGTCAAACCACTGAGTCTGGCTGTACTGGCAACCTTAGCTGCCAGCGCTGTGCCTGCCGTTGCTCAGGAAACAGATGACGAAGAAGTCATTGAAGAAGTGGTTGCCACCGGCACCCGTTTAAAAGGTACGGCAACTGCCGTAATGGAAGAACGTAAAAACCAGGCGTTCGTTGCAGACATCATGGGTGCTGAGCAAATCTCACGTACCGGTGACTCAGATGCAGCATCGGCTTTGCGTCGTGTAACAGGTTTGACCCTGGTTGACGGCAAGTTTATTTACGTTCGTGGTTTAGGTGAGCGTTATTCATCTACCCAGTTAAATGGCCTGGCGGTACCTAGCCCTGATCCAACGCGTAACGTTATTCCACTCGATTTATTCCCGTCTTCTATCATCGAAAGTTTATCGGTGCAAAAAGCCTATTCGCCTTCTATGCCGGCGTCGTTCGGTGGTGGTAACGTGGATATTCGCTTGCGCACTATTCCTTCCGATTTTGTGATGAGTGTGCAGGGCCAGTTAGGTTCTAACACCAATAACTTTGACGACGCCTATATGTACAATGGCGGCAGCGATGACTGGATGGGCAAGGATGACGGTACCCGCGCCATGCCTGCAGCGATTGCCGCGCAGTATGACAGCAAAGAGTTTCTGGATGATTTAAGCCAGGAAGAGTCTGTGGCGTTGTTCAAGCAACTAAATCGTGACTACGACCCCGTACTGGAAAGTGTTGACCCTGACATGAAGGGCAACTTCTCGATTGGTAATAGTTTCGATTATAACGACGACTGGCGATTAGGTTTCCTGGTCGCCACCGGTTATGACCGTTCTACCAATGTGAGTGAAGAGTATATTGGTGAGCAGCCACTGCGTAACGGCGAAGAAATCCGTATGGTACGTTTTTACGACGACGTGAACACCACAGAGAAATCTGTGAAGTGGTCATCGTTGTTTAACGTGGGTATCGATTACAAACGCCAGCACCGTGTGGATTACAGTGTCATTGTATTAAGTGATACCCGCGATCAAATTCGCGACATGATCGGTAACACGGCGAACATTACGCTATCGGATAACCAGCGTGTGCGTAAGTACGAAGTACAGTACGAAGAACGTAAACTGTTTACCAATCAAATTCGTGGTACCCATACGTTCCCTGAACTAGGTTTCTTAGGGTTTGACTGGAAATACTCATTAGGCCGTTCACTGCGTGACGCACCGGGTAATATGGAAGCCCGCTTCCTGCTGGAAGATGAAAACCTGGATGGTATTTACGATCGTGAAACCGAAAGCAGCGTGAGTAACTCTACCGTTGCCGGACGTTATTCATTCCAGGGTCTCCATGACCGCGTAGAAAACTATGCCTACAACTTCAACTATCCGCTGATGGTGGATAAGTGGGAGATGGAGTTCAAAGCGGGTGGTAATTTCCTGACTAAAACCCGTACTGCAGAAAACCGTCGTCTTGATGTGAGCTCGCGGGCGTTCTCTGATACGTCGTTGTTGACAGGTTATAAGTTTGGCGACGTACTGAGCGATGAAGCAATAGATAACGCCAGTTACACGACACAAAATCTGTTACGTGATACCACCGTGGCCGGTGATGATTACGCTGCCGGTCAGAAGGTCGACTCGTACTATTTCGAGGCTGATTTATTCTGGAACAACCTGTGGCGTTTCAGCGGTGGTGTGCGTTATGAAGATTTCCGTCAGGCCGTAGTGCCGTTCGATCCGCGTACTAATCAGTTTGACTTAACTGATGAAGCCGATCGCTCGCAGCTGGCATTTGCTGAAGATGATTTTTATCCGTCACTGGCGGTCACATACTTCCTTGAAGCCGATATGCAGTTACGCTTCAGCTACGGTAAAACGGTGGTTCGCCCAGACTTGCGTGAAGTATCTTCAGCAACCTACATCGATCCACTGACTGAAAACCCTGTGGGTGGTACGCCGGGCCTTGAAACAACATCTATCAACAACTTTGATATTCGTTGGGAATGGTACCGCGAAGCAGGTAACAACCTGTCCGTAGGCCTATTCTATAAAGACATGGATACGCCAATTGAATCGGTGCAGTCTCCTGCGCAGGACGGTCCGCCGCTTATTCGTATTGCGAATGCGGAAACCGGCAAAATGTATGGGATGGAAGTTGAGTTCTTACAAGGTTTAGACATCATCGGCGATGGCGTTTGGGACAACATGTTCTTGTCTGGAAACCTCACGCTGAGTGATTCTGAGATCACCCTTGATCCAACGGCTATCGAGCAGCAAACCGGTGTATCGACGTCAATTACCAACACCACGCGTGCAATGACAGGTCATTCTAAATGGGTAGTCAATACGCAGTTAGGTTACGACTCAGATAACGGGGAACACTCTGCATCTTTAGTCTATAACGTGTTTGGTCCGCGCATTCTTATTCCTGGCATCGATGGGTTCGATGACAGCTTCGAGCAACCGTTCCACTCTTTGGATGTGGTCTATAAGTGGTACCCTGATTTTAATACCACTGTCACATTGAAAGTGCAGAATATGCTTGATCAGGAAAAGAAAATTGAGTTTGAGGACACACTCCTAAGGTCCGAAACCGTGGGAACGTCTTTCAGTCTGGCTTATCGCTACGACTTCTAA	MKKPAIRFPVKPLSLAVLATLAASAVPAVAQETDDEEVIEEVVATGTRLKGTATAVMEERKNQAFVADIMGAEQISRTGDSDAASALRRVTGLTLVDGKFIYVRGLGERYSSTQLNGLAVPSPDPTRNVIPLDLFPSSIIESLSVQKAYSPSMPASFGGGNVDIRLRTIPSDFVMSVQGQLGSNTNNFDDAYMYNGGSDDWMGKDDGTRAMPAAIAAQYDSKEFLDDLSQEESVALFKQLNRDYDPVLESVDPDMKGNFSIGNSFDYNDDWRLGFLVATGYDRSTNVSEEYIGEQPLRNGEEIRMVRFYDDVNTTEKSVKWSSLFNVGIDYKRQHRVDYSVIVLSDTRDQIRDMIGNTANITLSDNQRVRKYEVQYEERKLFTNQIRGTHTFPELGFLGFDWKYSLGRSLRDAPGNMEARFLLEDENLDGIYDRETESSVSNSTVAGRYSFQGLHDRVENYAYNFNYPLMVDKWEMEFKAGGNFLTKTRTAENRRLDVSSRAFSDTSLLTGYKFGDVLSDEAIDNASYTTQNLLRDTTVAGDDYAAGQKVDSYYFEADLFWNNLWRFSGGVRYEDFRQAVVPFDPRTNQFDLTDEADRSQLAFAEDDFYPSLAVTYFLEADMQLRFSYGKTVVRPDLREVSSATYIDPLTENPVGGTPGLETTSINNFDIRWEWYREAGNNLSVGLFYKDMDTPIESVQSPAQDGPPLIRIANAETGKMYGMEVEFLQGLDIIGDGVWDNMFLSGNLTLSDSEITLDPTAIEQQTGVSTSITNTTRAMTGHSKWVVNTQLGYDSDNGEHSASLVYNVFGPRILIPGIDGFDDSFEQPFHSLDVVYKWYPDFNTTVTLKVQNMLDQEKKIEFEDTLLRSETVGTSFSLAYRYDF				NA	NA	NA	NA	NA
AK237_03626	759			hypothetical protein	ATGAAGCTTTTCAACTCGTTGCTGCTGGCGAGCGCCCTGACGGCCACTACCGCCATGGCACAAGACGATAGCGTCTTGAAACCCGTTGTCGATGAGGCTGCAAAAATTAATGAAAGTGCAGCTAAATCACAAGACAAAATCAACAATATCGCTGACCAAATCGATAATAAACTTCAAACGTTCAAAACGTTGAATAAAGAAATCGAAGGGCTGGAAGTGTACAACAACCAGCTGCGCAAACAGATTGCCAACCAGGAACAGGAAATGGCCGATCTGAACGCATCTATCGACGAAGTCTCTGTTATCGAGCGTCAAATCACGCCGTTAATGATTCGTATGATTGACGGTCTTGAGCAATTCGTTGCCCTGGACGTCCCTTTCCTGGAAGAAGAGCGTGCTAAGCGCATCGCTGATTTAAAAGACATGATGGATCGTGCTGACGTGGCGCCTTCTGAAAAATTCCGTCGTGTTATGGAAGCCTACCAGGTTGAGATGGATTACGGCCGCACCATGGAAGCTTACACAGGTATCCATGAAATTGACGGTACAGAGCGTGACGTTGAGTTTTTACGTCTGGGCCGTACTGCACTGATTTACCAAACCCGTGACGCTGGTAAGCAGGGTGTTTGGAACAAACAAACACGTCAGTGGGAAGAACTGGACAGCAGCTACCGTACACAGATCACCAAAGGTCTGCGCATGGCGAAGAAACAGCTTGCACCAGACCTGTTAATGCTGCCTGTTGCAATCACGGACTAA	MKLFNSLLLASALTATTAMAQDDSVLKPVVDEAAKINESAAKSQDKINNIADQIDNKLQTFKTLNKEIEGLEVYNNQLRKQIANQEQEMADLNASIDEVSVIERQITPLMIRMIDGLEQFVALDVPFLEEERAKRIADLKDMMDRADVAPSEKFRRVMEAYQVEMDYGRTMEAYTGIHEIDGTERDVEFLRLGRTALIYQTRDAGKQGVWNKQTRQWEELDSSYRTQITKGLRMAKKQLAPDLLMLPVAITD				NA	NA	NA	NA	NA
AK237_03627	1365	tolQ_6		Tol-Pal system protein TolQ	ATGTTAAAGCAGATTAAATTTTTAGCAGCTGGTCTTACCGCTGCAACATTAAGCTTCGGTGCGATGGCACAAAACGACCGCGCACTGGATCTTGATGCCCTGTTGAAGCAACTGGAAGAAGGCCAGTTCGCCCAATCACAACAGAATAAGCAACGTGAACAAGAGTTTATGCAACAGCGTGCGCAGCAGGATCAGATCCTGGCTGATACCCGCAAGAAGCGTGATCAGGCGCTGGCGAACTCAGAAAGTCTGGAAACTCAGTTTGAAGAAAATGAATTCAAACTGGCCGACTTAAATACTGCTCTGGATACCCGTTTAGGTTCGTTAAAAGAGCTGTTCGGTGTACTGCAGCAGGTAGCTGGCGACACTAAGAGCAAATTTCAGAACTCTGTAGTTTCTGCGCAAATCCCCGGCCGCGCTGAGTTTCTTGACAACATGGCGCAGTCAATGGGTAAGAGCTCAAAGCTAGCTTCTATCGAAGAGATTGAGCGCGTATGGTTTGAAATGCAGCGTGAAATGACTGAGTCAGGCAAAGTGACTAAGTTCGACACGTCTGTTGTTGAAGCCGGCGGCGAGAAAGTTAACAAAGAAATCGTACGAGTTGGTCCGTTTGCACTGGTTGCTGACGGTAAGTACCTCGACTTCAACGGCATCACCGGCACTGTAGCTGAACTGGTTCGCCAGCCAGCTGACCGTTACGGCGATTCTGCACAGGCGCTGCAAAACTCTAACGGCGAACTGGTTGAGTTTGGTATCGACCCGACAGGCGGTTCTATCCTGGGTCTGCTGGTTCAGGCACCTGATCTGAAAGAGCGTGTAGAGCAAGGCGGTGAAGTGGGTTACATCATCCTTATCGTCGGTGCTATTGGTCTGCTACTGGCCCTTGAGCGCTTAATTAGCCTGACGCTGATTAACGCAAAAGTGAACAAGCAGCTGAAGAGCAAAGAAATCAAAACCGACAACCCGCTGGGCCGTGTACTGAAAGTACGTGAAGATCACCCTAATGCGGATGTTGAAGCGCTGGAACTGCACTTAACAGAAGCGATTTTAGGTGAAGTACCAAAACTGGGTCGTAACCTGACCATAATCAAGATCATCTCAGTGGTTGCGCCTCTGATGGGTCTGTTAGGTACAGTAACCGGTATGATTAACACCTTCCAGGCAATCACCCTGTTTGGTACCGGTGACCCGAAACTGATGGCCGGCGGTATCTCCACCGCACTGGTAACTACAGTACTGGGTCTGGTTGTAGCAATTCCTATGACATTGTTATACGCCATGCTGAATACCCGTAGTAAGAATATCGTGTACGTGCTGCAAGAGCAGGCGTCTGGTGTTATCGCAGAGCGCGCTGAGCGGGGCTAA	MLKQIKFLAAGLTAATLSFGAMAQNDRALDLDALLKQLEEGQFAQSQQNKQREQEFMQQRAQQDQILADTRKKRDQALANSESLETQFEENEFKLADLNTALDTRLGSLKELFGVLQQVAGDTKSKFQNSVVSAQIPGRAEFLDNMAQSMGKSSKLASIEEIERVWFEMQREMTESGKVTKFDTSVVEAGGEKVNKEIVRVGPFALVADGKYLDFNGITGTVAELVRQPADRYGDSAQALQNSNGELVEFGIDPTGGSILGLLVQAPDLKERVEQGGEVGYIILIVGAIGLLLALERLISLTLINAKVNKQLKSKEIKTDNPLGRVLKVREDHPNADVEALELHLTEAILGEVPKLGRNLTIIKIISVVAPLMGLLGTVTGMINTFQAITLFGTGDPKLMAGGISTALVTTVLGLVVAIPMTLLYAMLNTRSKNIVYVLQEQASGVIAERAERG	PGPT0003750_434	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	OTHER_HEAVY_METAL_RESISTANCE_SYSTEMS	HEAVY_METAL_RESISTANCE-TonB-ExbB-ExbD_TRANSPORT_SYSTEM,PGPT0003750-exbB-K03561	NA	NA
AK237_03628	525			hypothetical protein	ATGATCGCATTTCTCGAAGCCATTCGTGATTTTACAGAGACAGGGGGCCAGGTTCTCCTGGTCATCGGTCTGCTGATTTTCATCATGTGGTTACTTATTCTCGAGCGTGCGATGTACCTGCTGATTTGGCACAAGAACTTTAAGAAACAGGCCGTAGCTGAGTGGAAAGCCCGCAGCGATCGTTCCTCCTGGTTTGCTGAGCAAGTACGCCAGAAAACGATTTCTGCACTGACCATTCGTTTACGGGGCAGTATTCCGATTATTCAGGCGCTGGTGGCATTGTGTCCGCTGCTGGGTCTGATGGGTACGGTTACCGGAATGATTGAAGTTTTTGATGTAATGGCCATCTCCGGCTCGGGTAACGCCCGCTCTATGGCATCTGGTGTATCTAAAGCCACTATCCCGACAATGGCGGGTATGGTTGGCGCGTTGTCAGGCGTATTCGCCTCGACCTGGCTGAACCGTATGGTGAAGACCGAACGCACACACTTAGAAGACGCCTTGATTATTGATCGCAAAGGCTAA	MIAFLEAIRDFTETGGQVLLVIGLLIFIMWLLILERAMYLLIWHKNFKKQAVAEWKARSDRSSWFAEQVRQKTISALTIRLRGSIPIIQALVALCPLLGLMGTVTGMIEVFDVMAISGSGNARSMASGVSKATIPTMAGMVGALSGVFASTWLNRMVKTERTHLEDALIIDRKG	PGPT0003750_5648	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	OTHER_HEAVY_METAL_RESISTANCE_SYSTEMS	HEAVY_METAL_RESISTANCE-TonB-ExbB-ExbD_TRANSPORT_SYSTEM,PGPT0003750-exbB-K03561	NA	NA
AK237_03629	408	tolR_4		Tol-Pal system protein TolR	ATGAAGCAGCATTTTCAAAATCTGATTGACGAAGAAGAAGCCACAATTGATATGACGCCCATGCTGGACGTTGTTTTCATCATGCTTATCTTCTTCATTGTAACGGCGTCTTTCGTGAAAGAAGCCGGTATCGATGTAAACCGTCCTGAAGCGGCCACCGCAGTAAAACAGGATCGCGCTAACATTCTTATCGCGATTTCTGATACCGGTGAAATCTGGATCAACAAGCGTCGTGTTGACGTACGTGCGGTACAGGCCAACATCGAGCGTCTGCATGCTGAGAACCCGCAGGGTACTGTGGTTATTCAGGCAGATCAGAAGGCCACCACCGATACGTTGATCAAAGTTATGGATGCCTCCCGTGCGGCGGGTGTTTACGAAGTTTCAATCGCAGCACAAGAGCCTTAA	MKQHFQNLIDEEEATIDMTPMLDVVFIMLIFFIVTASFVKEAGIDVNRPEAATAVKQDRANILIAISDTGEIWINKRRVDVRAVQANIERLHAENPQGTVVIQADQKATTDTLIKVMDASRAAGVYEVSIAAQEP	PGPT0003755_3652	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	OTHER_HEAVY_METAL_RESISTANCE_SYSTEMS	HEAVY_METAL_RESISTANCE-TonB-ExbB-ExbD_TRANSPORT_SYSTEM,PGPT0003755-exbD-K03559	NA	NA
AK237_03630	609			hypothetical protein	ATGCCACGATTTATCATCGCATTTGTCATTTCGCTGGCGATTACGCTCGGCCTGTTTTTCTTGATGCAATCACTCATCAAGATGGGCGGCAGTGCGTTAACAGAGCCACCAAAAGGCAGTGTGCTTGACTTTGTGCGGGTGAAGAAAGAGGAAACGGTTGAACAAAAAGACCGTAAGCCCCGGAAGCCACCACCGCCAAAAGAGCCACCGCCGCAAATGAGTTCACCGCAAATGGATTCGCCTTCGCCTGACGCCAACGGTACGTCTATGGACTTCGGTGGTGATGTTGGCGCTGACGTAGCCCTGGACGGCGGCTTAGCACTTGAATCCGGAGACGGTGAGTATCTGCCTATCGTTAAGGTTGCGCCGGTCTATCCCCGTCGTGCATTGCAGCGTGGTATCGAAGGTTTCGTTATCGTAGAGTTTACGGTAACCAAGCAAGGTACAGTGCGCGATCCGATAGTGGTAGAAGCTAACCCTTCGGGCATATTTGAGCAGGCAGCGATGGATGCCGCCATGAAGTTTAAATATAAGCCTCGCGTTGTAAACGGTGAAGCGACTGAAGTGTCCGGCGTGCAAAACCGAATCACCTTCCAGATTGACGGGTAA	MPRFIIAFVISLAITLGLFFLMQSLIKMGGSALTEPPKGSVLDFVRVKKEETVEQKDRKPRKPPPPKEPPPQMSSPQMDSPSPDANGTSMDFGGDVGADVALDGGLALESGDGEYLPIVKVAPVYPRRALQRGIEGFVIVEFTVTKQGTVRDPIVVEANPSGIFEQAAMDAAMKFKYKPRVVNGEATEVSGVQNRITFQIDG	PGPT0003745_6643	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	OTHER_HEAVY_METAL_RESISTANCE_SYSTEMS	HEAVY_METAL_RESISTANCE-TonB-ExbB-ExbD_TRANSPORT_SYSTEM,PGPT0003745-tonB-K03832	NA	NA
AK237_03631	1308			hypothetical protein	ATGAAGAATCATTTATCCAAACGTTTGGTATGCGCTTTTTCTCTGGCCTTAAATCTGGCTGTTGTGCCAGCCGTTGTTATCAGCGCGCAGGCACAGGCTCAGGAAGTGAAAGCCAGTGATAAGAAAACCCGCAAAGTACCGACTTTGCGTGGCAAAGTTTACGAACAGTTAGCCCGCGCTCAGGCGGCCGGCGATGAAGGAAATATTCCTGAAGCCATTGCCATTCTGGATGAGGTGCGGGACAAAGACAGTTCGATGAACAGCTACGAAAAAGCCATGATGTATAACTTTTACGGTTTCATCTATTACAACGATGAACAGTACGAGAAGGCTTTAGATAGTTTTGCGCAGGTAGTTGAGCAGCAGCCAATTCCAGAAAAGTTTGAGATGACGACCTTGTTCAGTCTCGCTCAGTTAAACCTGATGCAGGGCAACTACGATAAGAGTATTGCCTATCTTGAACGCTGGGAAGCATTGAACGATGGCGTCGTTCCGCCTAAGAATCTGATTTTAAAAGCGCAGGCTTATTATCAGAATAAGGAATACGCTAAAGCCGAGCCGTTCATCACTAAAGCTATTGCTGATCATGAAGCTGAGGGCATGCTCCCTGATGAGAACTGGCTGATTCTGCAGCGGGCCATTTACTATGAACTGAAACAGCCTGAAAAGGTGAAGAATGTTCTGATTAAACTGGTGAAGTTGTTTGACGAGCCCAAGTACTGGATCCAACTTGCCGGCATGTACGGTGAACTGGGTGAAGAACGCAAGCAACTGGCAATCATGGAATCAGCTTATCAGCAAGGTTATGTAGAATCGTCTGCCGACATCTTCAACCTGGCACAGCTTTATTACTATCACAAAGTTCCTTATAAAGGCGCTTTGCTGATGGAACAGGCGATGAAAGACGGTACGCTGGAAAAGAACCTGCGTAACTTACGTTTCCTTGGCCAGAGCTGGACCCTTGCTAAAGAGCAGGATAAAGCCATTCCGGTGATGCAGTCTGCCGCTGAATTGTCAGAAGACGGCGAACTGGATGCCCAGCTCGCGCAGGTATTGCTGAATGCTGAGCGTTGGGATGATGCCATTACCGCTGCTGACCATGCGATTGAAAAAGGTCAGTTACGGAATCCGGGTATTGTGCATCTGATTAAAGGCATGGCGCTGTATAACACCAAGCAGTACGCCAAAGCACTGGAGCAACTGGCTGAAGCTGAAAAGCACCAGAAGAGCAAAGCCATGGCGCAGCAATGGAAGCGCTTTGTCGAAACGGAAAAGACACAGCAAGAACGTTTAGCTTCAGAAATATAG	MKNHLSKRLVCAFSLALNLAVVPAVVISAQAQAQEVKASDKKTRKVPTLRGKVYEQLARAQAAGDEGNIPEAIAILDEVRDKDSSMNSYEKAMMYNFYGFIYYNDEQYEKALDSFAQVVEQQPIPEKFEMTTLFSLAQLNLMQGNYDKSIAYLERWEALNDGVVPPKNLILKAQAYYQNKEYAKAEPFITKAIADHEAEGMLPDENWLILQRAIYYELKQPEKVKNVLIKLVKLFDEPKYWIQLAGMYGELGEERKQLAIMESAYQQGYVESSADIFNLAQLYYYHKVPYKGALLMEQAMKDGTLEKNLRNLRFLGQSWTLAKEQDKAIPVMQSAAELSEDGELDAQLAQVLLNAERWDDAITAADHAIEKGQLRNPGIVHLIKGMALYNTKQYAKALEQLAEAEKHQKSKAMAQQWKRFVETEKTQQERLASEI				NA	NA	NA	NA	NA
AK237_03632	654	COQ5		2-methoxy-6-polyprenyl-1,4-benzoquinol methylase, mitochondrial	ATGGCAGATACAGATAATAGCAATATTAACGAAAACAGTTACAACCTCACTCCCATGCTCTATGACGTGCGTGGCTTTTTTATTCTCACCTTCGCTTATCGCAATACGCTGTCTTCCCAAGTGAAATTTTTCGCTGAAAATCTTAAGGGTAAACATCTGGAATGCGCCATCGGCACGGGCACATTTACCCAGATATGCATGAAACATGCGCGTAAAAAGCAGAAAGATCAGCCATTCACTCTCGTGGGGGTGGATTACTCAAAGGCATTAATGGGCGCTGCGAAGAAAAAACTAAAAGATGCTGAACTTGCTATCGAAGATCTGCGCAATATGAGTTACGCCGATAATACGTTCGATTCTGCGAATTTACCCAATGGGTATCACACTATTGGTGATATCGATAAGGCTATGGTGGAGATCGTACGCGTGCTCAAAACGGGCGGTACACTTTATATGAATGTGCTGTTATATCCCGGCGATGGTTTCATGGATAAGATTAGCACTAAAGTGAACGAGTACGGCCAGCGCATCGGGATCCTTAATCGGCCCTACACCCGGGAAGAAGTGTTGGAGAGTCTGCCGACGTATGGTTTACGTCTGGACAGTGAACACACCAGTCAAAACTGCATTTTTCTGAAAACGACGAAATTGTAA	MADTDNSNINENSYNLTPMLYDVRGFFILTFAYRNTLSSQVKFFAENLKGKHLECAIGTGTFTQICMKHARKKQKDQPFTLVGVDYSKALMGAAKKKLKDAELAIEDLRNMSYADNTFDSANLPNGYHTIGDIDKAMVEIVRVLKTGGTLYMNVLLYPGDGFMDKISTKVNEYGQRIGILNRPYTREEVLESLPTYGLRLDSEHTSQNCIFLKTTKL				NA	NA	NA	NA	NA
AK237_03633	1113			hypothetical protein	ATGGTTCGTTTCACCAAACTCACCCTTGCGACACTCCTGTCGTCATCGCTTCTGTCAACGTCATTATTCGCTGACGCGTTCAGCGACGCCTATCGGGCCTTTCAAAAAGCAGTTCAAGACAAAGATGTGGAACAAAGCATTTCACTATCGAAAGAGGCATGGCGCCTTGGACAAGAGAAATTTGGTGTTGCCAGTGAAAATGCCGTTAAGCTTCATCATTCCTATGCGAATATGCTCGCCCTGCATGGCGATGTACAGGATGCCGTTGAACATTTCAACGATGTGATAGCACGATATGACTCGCTATACGAGGATAGACCTCAAGCTTTACTTACGGCGTATATAGATGTGCAAAGCTCCATCAATGAAATACTGGAACCTGAAAAACGCAAACATCAACTCACCGAGCGAATTACCCGTTATATTATATTGAACATTGATGAAACGCCGTTTGAAGATGATTTTACCAAAGCGTTTACCTATTATTCCGCAGCTACGGTAATCGCGCGGGCAGGAATGATAAATGTAAGTCGTTCAACAACGCGTGATTTCTATAACGATAACCTGCGAATTGCCACGGAAATGTGGGGTGATGAAGATCTTCGCGTTTTAGAGTCTCGTCTGTATTTTGCCTATGCCGAAGAAAGCATGAAGCATCGTGAGAGTGCCATTGAGAACTATGAATTCGTTGCAAATATGTTTGTTACTTATCTTGAGTTTTCACACCCTTATGCGTTAAATGCTCATGCAAAGCTTGTGGGTCTCTATGAGAAAGCCGGGAAGTCTGAGAAAGCGACAAAGCATTGTCAGGCTATCGGGAAAATGAAACCCTGGGACGAAAACCAAGAGCCGGAACCGTTGTACAGAGTTGATCCTGCTTTTCCAAAAAGCTACTTAACCCAGGGCAAAAGCGGTAGCGCAAAGCTGTTGTTTACCATCGACAAGCAGGGCTTTGTTCGCAATATCGAAGTGATAGAAACACAAGGGGGCGGCCAATTTGGTTTAGAAGCGAAAAAAGCGGTGAAACACTGGCGCTATGCGCCCCAGTTTCGTGAGGGGACTGCCGTCGATTCAGAAAACCAGTTAGTCGTCATCGATTTTAAAATAACGTAG	MVRFTKLTLATLLSSSLLSTSLFADAFSDAYRAFQKAVQDKDVEQSISLSKEAWRLGQEKFGVASENAVKLHHSYANMLALHGDVQDAVEHFNDVIARYDSLYEDRPQALLTAYIDVQSSINEILEPEKRKHQLTERITRYIILNIDETPFEDDFTKAFTYYSAATVIARAGMINVSRSTTRDFYNDNLRIATEMWGDEDLRVLESRLYFAYAEESMKHRESAIENYEFVANMFVTYLEFSHPYALNAHAKLVGLYEKAGKSEKATKHCQAIGKMKPWDENQEPEPLYRVDPAFPKSYLTQGKSGSAKLLFTIDKQGFVRNIEVIETQGGGQFGLEAKKAVKHWRYAPQFREGTAVDSENQLVVIDFKIT				NA	NA	NA	NA	NA
AK237_03634	435			hypothetical protein	ATGCCTTTAGCTACCGCGAAATCGTTTATTCTGGCATTGCTACCCAGTTGGTTAATCTCGTATTTGTTAGCCAGTATATGTCACACCCAGATGGTGTTATACGCGCTATCTGACATTGGGGTGACGATTCCTGTTGCCGACAGATTGCGAACCACCGTTGACGATGTCGTCGGGCTACTGGCCATCTATGGCAGTGCGACAGGTCTCTCGTTATTTCTGGCATTCTTGCTGGTAACCTGGTTAAACAGCAAATTTCGACTGCCTGTTATTTTCTATCCTGTCGCCGGTGCCATGGCCATATTTATCATGTTAATGGCTATGTACCCCATTATGCATGTCACCCTCATTGCAGGGGCTCGCTCATCCACTGGTTTAGCCTTGCAGTGCCTGGCAGGTTTTATCGGCGGCATTGTATTTATAAAACGATATAAGTAA	MPLATAKSFILALLPSWLISYLLASICHTQMVLYALSDIGVTIPVADRLRTTVDDVVGLLAIYGSATGLSLFLAFLLVTWLNSKFRLPVIFYPVAGAMAIFIMLMAMYPIMHVTLIAGARSSTGLALQCLAGFIGGIVFIKRYK				NA	NA	NA	NA	NA
AK237_03635	1098	yliI_2	COG2133	Aldose sugar dehydrogenase YliI	ATGTTAAGACGTGTGTTTATAAGCATATGCATTTTACTTGTGTTGGGTTGTTCGTTTGCTAAGGCTGATGAGATGCGTTATCAGGCTAAGCGCATTGCACCGCGAAACTTGCAGAATCCATGGGCATTAACTGGCCTTCCCGATGGTCGATGGTTAGTCACAGAGCGGTCGGGGAATGTGGTTATTCTTGGTGGTGAGGCGCGCCTCGTACGCCTGCCGCTGGCATTGCCCGATCTCTATGTAGCAGGACAGGGCGGGTTACTCGACCTGGCCCTGGCACAGGATTTTGCGTTATCCGGCAGAATAGTGCTGACCTTTTCTGAGGGAACAGCTGCACGTAATCATCTGGCGGTAGCGACAGCGACATTTCGCAACGATTCCATTAGTGATATCAAGGTTGTTTTCCGCGTTTCGCCAGACAAAGATACACCTGTGCATTATGGCGGCAGACTGGCTGTGATGAATGACGGCACATGGCTGGTTACCGTGGGAGACGGATTTGATTACCGGGAGCATGCCCAGCGACTCGACAGCCAGCTTGGTAAAATACTACGCATACGGGAAGATGGCGCGGCGCCGGTAGACAATCCTTTTTACGAAAAGGCCCCTTATATTTTCTCGCTGGGTCATCGAAACCCTCAAGGTATGGTCATAGATAGTCATAACGGTAAAATTTATGCCCATGAGCATGGCCCGAACGGGGGCGATGAACTGAATGCAATCAAACCCGCTGCAAATTATGGCTGGCCAGTGGCGACCTATGGTATCGATTACTCTGGAGCTCGCATCTCTCCCTTCACTGAATATGCAGGCATGGTTTCGCCTATGGTAAACTGGACACCATCGATTGCACCGTCCGCGATGGCGCTTTATGAGGGCGATTTATTTCCCTCATTAAAAGGAAACTTTCTGATCACCACACTGAAAGACCAATCACTTATCGCAGTAGATATTGCGACAAAGCCTATTCAGAAAAGAGAATTGTTTGCTACTATTAATCAGCGTTTGCGAGACATTGAAGTTGACCAGGACGGCGCTATCTATGTACTCACAGATGGTGAAAACGCGACAGTTTTACGTATTGCACCCTCTAAATAA	MLRRVFISICILLVLGCSFAKADEMRYQAKRIAPRNLQNPWALTGLPDGRWLVTERSGNVVILGGEARLVRLPLALPDLYVAGQGGLLDLALAQDFALSGRIVLTFSEGTAARNHLAVATATFRNDSISDIKVVFRVSPDKDTPVHYGGRLAVMNDGTWLVTVGDGFDYREHAQRLDSQLGKILRIREDGAAPVDNPFYEKAPYIFSLGHRNPQGMVIDSHNGKIYAHEHGPNGGDELNAIKPAANYGWPVATYGIDYSGARISPFTEYAGMVSPMVNWTPSIAPSAMALYEGDLFPSLKGNFLITTLKDQSLIAVDIATKPIQKRELFATINQRLRDIEVDQDGAIYVLTDGENATVLRIAPSK	PGPT0017700_1969	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE-HEXOSES_UTILIZATION	PLANT_DERIVED_ALDOSE_DEGRADATION,PGPT0017700-yliI-K21430	NA	NA
AK237_03636	2613	acnB	COG1049	Aconitate hydratase B	GTGTTAGAAGACTATCGCAAACACGTTGAAGAACGTGCTGCTGAAGGCATCCCCCCGAAACCCCTCAATCCAGAACAAGTTGCAGGCTTAGTTGAATTACTGAAGAACCCGCCTGCAGGCGAAGAAGCATTTCTGTTAGAACTGATTTCCGAGCGTGTTCCTCCGGGTGTGGATGAAGCAGCTTACGTAAAAGCTGGCTTCCTGAGTGCCATTGTAAAAGGTGAAGACAGCTGCCCGCTGATCGATAAAGAAAAAGCGGTAGAACTGCTGGGCAACATGCACGGTGGTTATAACATCGCAACGTTAGTTGAGTTACTGGATGACTCAGCGTTAGCACCACTGGCAGCAAAAGAATTAAAGCACACGCTGCTGATGTTTGATGCATTCCACGACGTAGACGAAAAGCGCAAAGCAGGCAACGAGTTCGCTGCTGACGTCATGAAATCATGGGCAGAAGGTGAGTGGTTCACTGGTCGTAAGCAAATGGACGACAAAATCACTTATTCAGTGTTCAAGGTAACCGGTGAAACCAACACCGATGACTTGTCGCCTGCACCAGATGCATGGTCTCGCCCGGATATCCCTCTGCACGCACTTGCGGCTTACAAAATGACCCGTGATGGTTTAGAGCCAGAAGAGCACGGCGTGAAAGGCCCGATGAAGCAAATCGAAGACGTGAAAGCACAAGGCTACCCGGTAGCGTTTGTGGGTGACGTTGTGGGTACTGGTTCTTCACGTAAGTCAGCCACTAACTCTGTACTGTGGTTCTTCGGTGAAGATTTGCCTGGCGTACCTAACAAGCGTGGTGGCGGTGTATGTATTGGTTCTAAAGTTGCGCCAATCTTCTTCAACACCATGGAAGATGCCGGTGCGTTGGTATTTGAAGCTGACGTAGAAAAAATGAACATGGGTGATGTTATCGACATCTATCCGTTCGAGGGCAAAATCACGAACCACGAAACCGGCGAAGTACTGGCTGAGTACAGCTACAAGTCTAAAGTGATTCTGGATGAGGTACGTGCTGGTGGCCGTATTAATCTGATCATCGGTCGTGGCCTTACTGAGCGTGCACGTGAAGCGCTGGGCATGGGTCCTTCTGACCTGTTCCGTAAGCCAGAACAACCTGCTGACAGCGGTAAAGGTTTCTCACTGGCCCAGAAAATGGTGGGTAAAGCCTGTGGCGTAGAAGGTATCCGCCCGGGTACTTACTGTGAGCCTAAAATGACTACGGTTGGTTCTCAGGATACCACTGGTCCTATGACCCGTGACGAACTGAAAGACCTGGCGTGTCTTGGCTTCACTGCTGACCTGACCATGCAGTCTTTCTGTCACACAGCTGCTTATCCTAAGCCTGTAGACATCGAAACTCAGCACACCCTGCCTGACTTCATCATGAACCGTGGCGGTGTTAGCTTACGTCCTGGTGACGGTATCATCCACAGCTGGTTGAACCGTATGTTGTTGCCTGACACAGTAGGTACGGGCGGTGACTCTCACACCCGTTTCCCTCTGGGGATTTCATTCCCGGCAGGTTCTGGTCTGGTTGCTTTCGCTGCAGCTACCGGTGTTATGCCTCTGGATATGCCTGAATCAATCCTGGTTCGCTTTAAAGGCGAGCGTCAGCCTGGTATCACCCTGCGTGATCTGGTACACGCGATTCCTCTGTACGCTATCAAACAAGGTCTGCTGACTGTAGAGAAGAAAGGTAAGATCAACCAGTTCTCTGGTCGAATCCTTGAAATCGAAGGTCTGGAAGACTTAACCGTTGAGCAGGCATTCGAACTGTCTGACGCCTCTGCCGAGCGTTCTGCAGCCGGTTGTACTATCAACCTGTCTGAAGAGTCTATCGCCGAGTACCTGCGTTCTAACATCACCATGCTACGTTGGATGATCAATGAAGGCTACGGTGATCCTCGTACACTGGAGCGTCGTGCGCAGAAGATGGAAGAATGGCTGGCCAGCCCAAGCCTGATGCGTGCTGATGCCGATGCAGAATATGCAGAAGTGATTGAAATTGACCTGTCAGAAATCAAAGAGCCAATCGTTTGCTGCCCTAACGATCCTGACGATGCGAAAACATTGTCTGACGTTGCCGGTGATAACGTTGATGAAGTATTCATCGGTTCTTGTATGACTAACATTGGTCACTTCCGTGCTGCGGGTAAATTGCTGGAACAGTACAACAAAACTATTCCTACCCGTCTGTGGATTTCTCCGCCTACTAAGATGGATAAAGCCCAGCTGATGGAAGAAGGTTACTACAACATCTACGGTCGCGTAGGTGTGCGTACTGAAATGCCTGGCTGTTCACTGTGTATGGGTAACCAGGCTCGTGTTGACGCCGGTACCACTGTACTGTCTACCTCTACCCGTAACTTCCCTAACCGTCTGGGTGATGGCGCGAATGTTTACCTGACTTCAGCTGAACTGGCTGCGGTTGGCGCAATCATTGGCCGTATTCCTACTGCGGCGGAGTACATGGAGTATGCCGGTAAGATCGACTCAATGGCAGCCGATGTTTATCGCTACCTGAACTTCGATAAGATGGAAAGCTTCAAGAAAGCGGAAGAAGATGCTAAGGCTAAGATCATTCCAACATTGAATGTTGCCTGA	MLEDYRKHVEERAAEGIPPKPLNPEQVAGLVELLKNPPAGEEAFLLELISERVPPGVDEAAYVKAGFLSAIVKGEDSCPLIDKEKAVELLGNMHGGYNIATLVELLDDSALAPLAAKELKHTLLMFDAFHDVDEKRKAGNEFAADVMKSWAEGEWFTGRKQMDDKITYSVFKVTGETNTDDLSPAPDAWSRPDIPLHALAAYKMTRDGLEPEEHGVKGPMKQIEDVKAQGYPVAFVGDVVGTGSSRKSATNSVLWFFGEDLPGVPNKRGGGVCIGSKVAPIFFNTMEDAGALVFEADVEKMNMGDVIDIYPFEGKITNHETGEVLAEYSYKSKVILDEVRAGGRINLIIGRGLTERAREALGMGPSDLFRKPEQPADSGKGFSLAQKMVGKACGVEGIRPGTYCEPKMTTVGSQDTTGPMTRDELKDLACLGFTADLTMQSFCHTAAYPKPVDIETQHTLPDFIMNRGGVSLRPGDGIIHSWLNRMLLPDTVGTGGDSHTRFPLGISFPAGSGLVAFAAATGVMPLDMPESILVRFKGERQPGITLRDLVHAIPLYAIKQGLLTVEKKGKINQFSGRILEIEGLEDLTVEQAFELSDASAERSAAGCTINLSEESIAEYLRSNITMLRWMINEGYGDPRTLERRAQKMEEWLASPSLMRADADAEYAEVIEIDLSEIKEPIVCCPNDPDDAKTLSDVAGDNVDEVFIGSCMTNIGHFRAAGKLLEQYNKTIPTRLWISPPTKMDKAQLMEEGYYNIYGRVGVRTEMPGCSLCMGNQARVDAGTTVLSTSTRNFPNRLGDGANVYLTSAELAAVGAIIGRIPTAAEYMEYAGKIDSMAADVYRYLNFDKMESFKKAEEDAKAKIIPTLNVA	PGPT0001470_391	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
AK237_03637	447			hypothetical protein	ATGAAACTGGTAATGGTACTAAGAAACGTGCTCCTCATGTCCTGGGTAGCGCTGACTGCTTGTCAAAGCGCTGCACAAGAGCCTATTGACTTCGACACGGCAACGGTTCAGGTGGCGGATAAGTCGCTGTCGGTAGAATTTGCTAACACACCCGAGCAGCGGGCACGTGGATTAATGTATCGCAAGTCTCTGTGTGAAGATTGCGGTATGCTTTTTCAGTTTGTGCCAGTTCGGCAAGCCAGCATGTGGATGAAGAATACGTTTGTACCTCTGGATGTGGCATTTATCGACGGAAATGGCGTGATTACAGATATAAAACCACTGGCACCTCACGATTTAACATCGGTTGGGGCGTCAAAAGCGGTGATGTACGCGCTGGAAATGAATCAAGGGTGGTTTGCTGCGAATAACATTCGTGTTGGCGACCACATTAGTGTCAAACTTTAA	MKLVMVLRNVLLMSWVALTACQSAAQEPIDFDTATVQVADKSLSVEFANTPEQRARGLMYRKSLCEDCGMLFQFVPVRQASMWMKNTFVPLDVAFIDGNGVITDIKPLAPHDLTSVGASKAVMYALEMNQGWFAANNIRVGDHISVKL				NA	NA	NA	NA	NA
AK237_03638	1350	lysC	COG0527	Lysine-sensitive aspartokinase 3	GTGACGAATTCTCTTAATATCGCTAAATTTGGCGGTACGAGTGTAGCTACTTATCAGGCCATGCAAAACTGCGCCCGCATCGTCGCAGGTAACGAAGCAACACGCATTGTCGTTGTAAGTGCACAGGCGGGTGTCACCAATCACCTGGTGAATATTGCCCACACCCCGCTGACCAGCGAACAAATTAAAGATACCTGTCAGGCCATTATCGATATCGAACAGGCTGTGCTGGAACAGATCAGTGACAAGGCAGCAATCAGTGAGAAACTGGAAGATTTGTTCGATGAGTTACGTGGTTTAGCGTACCACGAAGAAATTTTGCATCGCGATGACTTAAAAGATCAGCTGCTGTCCATGGGAGAGCGTATGTCGTCTCTGCTATTCAGCGCAGTACTGGCCGAACATGTAAAAAGCACATTAAACTTTGATGTACGTAAAGTATTGCGCACTGATAGTGAGTTTGGTGAAGCGGTGCCGCAACTTGACGATATCGAACGTTTGTCTGAACAATTGCTCCGCCCTGAGATGAGCGACGCTATTGTAGTAACGCAAGGGTTCGTAGGTGCCAATGAAGAAGGAAAGACCACCACGTTAGGACGTGGAGGCTCTGACTTTACCGCAGCACTGCTGGCAGAGGCACTGAAAGCAGATACCTGCGAGATTTGGACTGATGTGACAGGTGTGTACACCACCGATCCCCGTATCGTTTCTACGGCTTATCCGTTGCCGGAACTGAGCTTTGAGGAAGCCGCTGAAATGGCAACATTCGGTGCCAAAGTGTTACACCCGGCAACAATGGAGCCTGCGTTGCGAAAAGATATCAAGGTGTTCGTAGGTTCAAGTAAAGCACCGGAAAAAGGTGGCACGTGGATCATGCGAGACTGCGAAGTAGAGCCGCCATATCGTGCAATTACACGCCGTAAAGAGCAGGTGATGGTCACGGTGAAAACGCCGAAGATGATGTATGCACAAGGCTTCTTACAACAAGTTTTCGCTATCATTGCTAAACACAAACTGAGCGTAGATCTTGTCACTACCTCAGAAATATCGGTCTCTTTTACGCTGGATAATCCGGCCAATTCGGTAGCGTCTCGCTTGAATAAAGAGACCATCGCGGAGTTGGAAACCATTTGTGATGTGACGGTGGAAAAAGGTTTCGATTTAGTCACCGTGGTAGGTAACCACATGCAAACCGCAAAGGGCGTTTCAAGCCGTATTTTTGCCGCGGTGCATGATTACAACTTACGCATGATTTGCTTTGGCGCGAACCCACATAATCTCTCGTTTCTGGTGAACGAAGAAAACAGCTCTGATATTGTGCAGAAACTGCATAAAGAGTTATTCGAATAA	MTNSLNIAKFGGTSVATYQAMQNCARIVAGNEATRIVVVSAQAGVTNHLVNIAHTPLTSEQIKDTCQAIIDIEQAVLEQISDKAAISEKLEDLFDELRGLAYHEEILHRDDLKDQLLSMGERMSSLLFSAVLAEHVKSTLNFDVRKVLRTDSEFGEAVPQLDDIERLSEQLLRPEMSDAIVVTQGFVGANEEGKTTTLGRGGSDFTAALLAEALKADTCEIWTDVTGVYTTDPRIVSTAYPLPELSFEEAAEMATFGAKVLHPATMEPALRKDIKVFVGSSKAPEKGGTWIMRDCEVEPPYRAITRRKEQVMVTVKTPKMMYAQGFLQQVFAIIAKHKLSVDLVTTSEISVSFTLDNPANSVASRLNKETIAELETICDVTVEKGFDLVTVVGNHMQTAKGVSSRIFAAVHDYNLRMICFGANPHNLSFLVNEENSSDIVQKLHKELFE	PGPT0014040_1979	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_UTILIZATION	PLANT_DERIVED_ASPARTATE_DEGRADATION,PGPT0014040-lysC-K00928	NA	NA
AK237_03639	708	araC		Arabinose operon regulatory protein	ATGACAAATTCGCTTTCAATCCGATCTTACAGCAAGCAAACCGTAGGACACACTCATGCTTTTCATCAGCTGGTGTTACCCCTTCGCGGCGTGATTAATATTGCCGTTGGTAATGTGAATGGTAAGGTTGCACCCGGCGAATGCGTAGTCATCCGGGAAGGATGTGAGCATCATTTTACCGCAGAAGAAGAAGCGCGCTTTGTGGTTGCTGATCTGCATACTTTACCTGGTAACCTCTCTAATGACGCAGCAAGCGTTTTTTCGGTCACCAAGCCTATGAGTGACCTGCTAACGTTTATTGCTTCTCAGCTTGAGTACAGGGTGAGTGAGGCGGTAGAAAGTGCCATGATGACCACCTTTATGGCGGTACTGAGCGAACAGACCCAGGGGGTAAGTTTAGATGCCCGGATCCGCAATGTAGTGGAGTATATCGATGATCATCTGCAAACCACATTGGACATTGAGCACTTAGCGAAAATTGCCTGTATCAGTCCTACCCAATTCAAGAAGCAATTCCGACAGCAGTTAGGCAAGCCACCGGCGCAATACATTACTGCACTAAGAATGGAAAAAGCGAAAGCACTGCTTATTCACACCGACATGCCTATGATGCACATTGCTGAGGCGGTGGGTTACACTGACTTCTCTGCGTTCAGTCGCCGTTTTACACAATTCTACGGGTTACCGCCTTCTAAAATACTGCAGTGA	MTNSLSIRSYSKQTVGHTHAFHQLVLPLRGVINIAVGNVNGKVAPGECVVIREGCEHHFTAEEEARFVVADLHTLPGNLSNDAASVFSVTKPMSDLLTFIASQLEYRVSEAVESAMMTTFMAVLSEQTQGVSLDARIRNVVEYIDDHLQTTLDIEHLAKIACISPTQFKKQFRQQLGKPPAQYITALRMEKAKALLIHTDMPMMHIAEAVGYTDFSAFSRRFTQFYGLPPSKILQ				NA	NA	NA	NA	NA
AK237_03640	930			hypothetical protein	ATGTCTGAACAGCAGTTTGTTGTGCGGTGTGTCGCTGCCATTATTATCGCCAGTTTTCTTTGGGGGACCACCGGCACCGCCGCCAGCTTTGCGCCTGACGTCAGCCCACTAGCCATCGGGGCAATTGCCACCGGCGGTGGTGGCTTTCTCATGTTACTTCGGTCTCTCAGTCCATTGCTAAAGCAACGTGCATTACTGATTTCGCACAGCAGGCTGGTGATTGCGGGAGGGCTGAGTGTTGCTGTCTATCCATTGGCTTTTTACTCGTCCATGCGCTTGGCCGGTGTGGCAATTGGCACTGTGGTCTCCATTGCCAGTGCCCCTTGCTTTGCCGTGTTACTTGAAAAACTAATCAATGGTAAAGCGATATCCGTGAAGTGGGTAACAAGCTTTTTGTTAGGGGCAATCGGTATTTTTTGTCTGTCCATTGCAAAGCCTCACACCGATGTGCCCATCGGCAACGGGCATGAAAGAGAGTGGGGAATCGCGTTAGGATTATTAGCCGGTTTAACATACGCGGCTTATTCCTGGGTCGCAAAATCCCTTATAACTCACGGAGTGCGTTCGAACGTATCTATGGCGGTACAATTTGGGGTCGCAGCCTGCTTACTGTTACCTTCACTCGCCGTTACTGGCGAAAACGTATTGGCCAGCACCACTAACATTTCTGTCGCCATGTATATGGCCGTCATTCCGATGTTTGTTGGCTATTTGCTATTTGGCTATGGGCTACAACGAACAGATGCCAGTACCGCCACACTCATCACCTTGTTAGAGCCGGTCGTAGCAACGTTGTTAGCCATTTGGCTACTGGGTGAGCGGTTTAGCATGATAGGTTGGGCTGGCATTGGTTTAATTGGGGCCTGCATTTCGGTGCAAATGATAAAGTGGCCTAAGAAACAACCGGCTAAGAGGGTAGTGGGTTTGTAG	MSEQQFVVRCVAAIIIASFLWGTTGTAASFAPDVSPLAIGAIATGGGGFLMLLRSLSPLLKQRALLISHSRLVIAGGLSVAVYPLAFYSSMRLAGVAIGTVVSIASAPCFAVLLEKLINGKAISVKWVTSFLLGAIGIFCLSIAKPHTDVPIGNGHEREWGIALGLLAGLTYAAYSWVAKSLITHGVRSNVSMAVQFGVAACLLLPSLAVTGENVLASTTNISVAMYMAVIPMFVGYLLFGYGLQRTDASTATLITLLEPVVATLLAIWLLGERFSMIGWAGIGLIGACISVQMIKWPKKQPAKRVVGL				NA	NA	NA	NA	NA
AK237_03641	1605			hypothetical protein	ATGATAAAAGTTAACACGCTACGCACCCAGCTTATGCTAGGCATTTTACTCGCGTGCATGACCATTCTTACAACCCAAACCCTGATCAGATACTACTGGATCTTACCCGCTTTCGAAGCCATGGCAGAGGAAGGCGACGCCCAAGATCTTGAGCGCGTGGCTTCGCAGGTCAAGCAAGAACTTGAATCTTTACATAAATTAGTCTACGACAGCGCTGTTTGGGATGCGATGTATGACGCTACACTGACCAAGGATAGCGAATGGTTCGAAGAAAATTACCTGATCCCTGAGTCTTACCATCGTATTCATATCAACGGTTGGTATCTTTATGATAATCAAGGCGAACTCATCAGTGGTCGTAGTTACCGGAATAACAGTGTAGCCATCGCCCCAAAACAATTGGCTTCAGCTACAGCCTTGCAACTGGATCAACATGCAAAATCAGCTTCAGAATTGAACACATCAAATAATAAAACTTTATTTACCAGCATACTTGGCGAGCCTGCCGTCGTCATTTTTCATCCGGTTCTTCCCTCCGATGAGTCGGGAAAGCCGTCGGGCATATTAGTATTATGGCGTTTCATTAATAACCAGTTTGTTGAGTCACTCACGCCGGGGATCAGTGACGATATCATGTTTCATCCTTACGCTGCTATGCAGGGTGATTTACACGCTTTTTCAATGGTCTATGGTCAGCATCGCGCCATGAACACACACACATTTGACGGCAGATTGTATCTGGCAGTTAATACTCCACAGGGTCTTCCACTTTTTGCACTTTCAATTGCCCCGCGTCCGCGGCAATTTGACAATGCGTTGTTCGATGCCAGCCTTCTGGCAGGAATTCTAATTACGTTAAGTGTCATTGCGCTGTTTTATTTATGGGTAAATAAACAGCTTATCGCCCCCATCTCGACGATTCACGACAATGTAAGTTATGCCATGCGCAACCGCGACTTTTCTCACTACTCCCAGTTTACAGGGCGAAATGAGGCATTCAGATTAGGCAGAAAACTCAATGAAATGTTTGCGCTTATCACCCACCAGCGCAACGAAGTCATGCATCATAACAAACAACTGGAAAAAATGAGCAACACCGATCCTCTGACCGGGCTTGCTAATAGACGGCATTTGGATACGTATCTTCGTAATCTTCCAGTGACGGCCAAAACAGGTAACACAGCGCTGGCAATACTCATGGCAGATGTTGACTATTTTAAGCGCTACAACGATCACTACGGCCACGCCGAAGGCGATAAGGCTTTGGTGCAGGTAGCCAATATATTGCGTCGTAATACGCGTTCGGCCAGCGATCTTGTCGTGCGCTATGGGGGCGAGGAGTTCGTTATCGTATTACAAGGTGCCACCCTTGATGCTGCGGTTCGTGTAACTGAAACATTACTGCGTGAAATCAGAAAAGCCAGCATCCCTCACGAGAGCAGAGACGATAAAAAGCACATTGTCACCCTGTCTGTCGGCGTTGCATGCCAACCGGCGGGCGCCAACCTTACGCCAGAGCAATTACTCAAACGTGCTGACGATGCCCTTTATCGCGCCAAATCGGAAGGACGGGATCGTTTATCTACAAACCCACTACCCTCTTAG	MIKVNTLRTQLMLGILLACMTILTTQTLIRYYWILPAFEAMAEEGDAQDLERVASQVKQELESLHKLVYDSAVWDAMYDATLTKDSEWFEENYLIPESYHRIHINGWYLYDNQGELISGRSYRNNSVAIAPKQLASATALQLDQHAKSASELNTSNNKTLFTSILGEPAVVIFHPVLPSDESGKPSGILVLWRFINNQFVESLTPGISDDIMFHPYAAMQGDLHAFSMVYGQHRAMNTHTFDGRLYLAVNTPQGLPLFALSIAPRPRQFDNALFDASLLAGILITLSVIALFYLWVNKQLIAPISTIHDNVSYAMRNRDFSHYSQFTGRNEAFRLGRKLNEMFALITHQRNEVMHHNKQLEKMSNTDPLTGLANRRHLDTYLRNLPVTAKTGNTALAILMADVDYFKRYNDHYGHAEGDKALVQVANILRRNTRSASDLVVRYGGEEFVIVLQGATLDAAVRVTETLLREIRKASIPHESRDDKKHIVTLSVGVACQPAGANLTPEQLLKRADDALYRAKSEGRDRLSTNPLPS				NA	NA	NA	NA	NA
AK237_03642	2025			hypothetical protein	ATGAAAATCACGGTAGCAATGCGCATTATTGGTGGATTTATTACGATAAGTCTGCTGTTAATTATCATCAGTGTGTCGTCACTGATTAACCTCAATTCTGTAGGATCAGCAGTCGATGAAGTTAATCGTGTGGCTGTTCCCACCCTTTCAAGCAGCAACTCGCTGAAAGCAAGTTTTCTCAACATGAGCCGCGTCACCTTCGAAGCGTATATCGAAGAAGAAGTGTCCGGCCTGGAAGACAAATACGTACGCTTTACTGAAAGCAAAACCAATTTTGACGCTGAGCTGAAAAAGCTGAATGCCGTGTTGGCAGATGATAGCACCATGCAAAGCAGCTTAACGGGCGTTCGCGAAGCATATGACGAATATGTCACTAACGTCGAGGCGATGTACTCTAACCATCGCCAATCGATGGAAATGCGTAATGCGATTTTCGATAAAGTGGGTGAAGTAGAAGACAATGCAGACGATGCATCAACCTATCTGCTCGATTTCTCCGAATCGGATGCTGTAGCCCGCAACCCTGCATTGCAACAAGCATCGGAGATTGGCGGTGAATTAGAAAGCACACTGCTAAGCTTAATTACCGTAGCGAATGAATATGCCAAAACACAAACGTTAGTTCGTGCGCAGGTGCTAGGCAACGAAGTTGAATTAACCGTCGGTAAGGTCCGCGAGTTAATGAATAATATGCAGGGTACGGCAGCAGGCAGTGACAGCAGCGGTACGCTGGATGAAATTTCAAGTTTGGTCGACGATGCGATTGATGCGATTACCGGCGCAAACGGTGCACTAGAGCTTCAAAAAGCACGATTAGAGTTCCGTAACGCTGCCGAACAAGCGTTAACGCGCTCAGATGCAAACGGCCGGGAAGGTATTTCGGCCCTGGAAGGCTTATTAAAGCAAGCCGACCAAAAAGCTGATGATATTGATGAGCAGGTATCTTCAAAAGTGACTGCCGGGAATACCATCGTTATTATCGTGGCGCTCGGCTCGCTCGCAGCCGCGATTGTCATTGGTTACTGGACGGTTATCGCTATTACCCGCCCGCTAAATCGCGTGAACGAGTTACTGAACGTAGCGTCTTCCGGTGATCTTACCCGTCGTCTGGATGACTCCGCAGAAGACGAGTTTGGACAACTGGCGAAAAACTGTAACAAACTGATTGGTAACCTGAAATCGCTCATCGCTGGTATTAATACCCGTGCAGAGCAACTTGCGGCGGCCTCAGAGCAAACGTCTACGGTTACAACGCAAACCACCCACTCTATTCAAAATCAGAAGTCACAAATTGCTCAGGTAGCCACCGCCACCACAGAAATGCACAGCACTTCTCAACTTGTCAGCCAGAGTGCGGAAGATACCTTAAATGAAATACGCCATGCAGACAGCGAAGCAGAGAAAGTGCGTTCTATCTCGCTAGAGAATAAGCGTACCATTGAGGTTCTTGCGCAAGATGTACAGCAGGCAGCTGAAGTTATTAACAAGCTTCATCAGGATAGCGCGAGTATTGGCGGAATCCTTGATGTTATCCGCGGTGTTGCAGACCAGACCAACCTATTGGCACTGAACGCCGCCATCGAGGCAGCCCGTGCCGGTGAGCAAGGACGTGGCTTTGCGGTAGTCGCCGACGAAGTTCGTACGCTGGCATCACGCACACAGCAATCTACGCAAGAAATCAATTCTATGATTGAAATGCTGCAGGCCGGTGCGGAAAAAGCCGTAGCGGTAATGAACCAGGGTAAAGAACAGACTGCCGTGTGTGTTGAGCAAACCGACAATGCCACCAGAGCACTTGACGTTATTTCCGATGCGGTTCGTAAAGCATTTGATGTAAGTACTCAAATTGAGCAATCTGCACGAGAACAGAATACGGTCTCTCAGGAAATTAGTGAGAAGCTGGAAACTATCGTAGGTATCGCTGAAGAAACCACGATTGGCGCACAGCAGACCTCCGAGTCCAGCTCTGAAGTTGCGCGTCTCGCAGAAGAACTACAACAGTCTATTCGTCAGTTTAAAGTGTAA	MKITVAMRIIGGFITISLLLIIISVSSLINLNSVGSAVDEVNRVAVPTLSSSNSLKASFLNMSRVTFEAYIEEEVSGLEDKYVRFTESKTNFDAELKKLNAVLADDSTMQSSLTGVREAYDEYVTNVEAMYSNHRQSMEMRNAIFDKVGEVEDNADDASTYLLDFSESDAVARNPALQQASEIGGELESTLLSLITVANEYAKTQTLVRAQVLGNEVELTVGKVRELMNNMQGTAAGSDSSGTLDEISSLVDDAIDAITGANGALELQKARLEFRNAAEQALTRSDANGREGISALEGLLKQADQKADDIDEQVSSKVTAGNTIVIIVALGSLAAAIVIGYWTVIAITRPLNRVNELLNVASSGDLTRRLDDSAEDEFGQLAKNCNKLIGNLKSLIAGINTRAEQLAAASEQTSTVTTQTTHSIQNQKSQIAQVATATTEMHSTSQLVSQSAEDTLNEIRHADSEAEKVRSISLENKRTIEVLAQDVQQAAEVINKLHQDSASIGGILDVIRGVADQTNLLALNAAIEAARAGEQGRGFAVVADEVRTLASRTQQSTQEINSMIEMLQAGAEKAVAVMNQGKEQTAVCVEQTDNATRALDVISDAVRKAFDVSTQIEQSAREQNTVSQEISEKLETIVGIAEETTIGAQQTSESSSEVARLAEELQQSIRQFKV	PGPT0015710_5734	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
AK237_03643	816	apaH	COG0639	Bis(5'-nucleosyl)-tetraphosphatase, symmetrical	ATGAGTGAGCCACAAACACTAATCGTTGGCGATATTCAAGGTTGTTATGGCGGCCTTATGGCCCTTCTTGAAAAAGCCAGTTTTGATGAGCAGCGTGACACCCTTTATGCGGTGGGCGATATTGTGGCCCGGGGTGAAGACTCTTACGCTACGGTAAGATACCTGATGGATTTAGGCGATCGTTTCAGCACGGTGCTGGGTAACCACGATCTGCATTTTCTCGCGGTGTCCCAAGGCATTAAAAAAGCCAAAAAAAGTGACCGCATCGATCCGCTTTTAAAAAGCCCTAAACTTGCTGATTATGTGGATTGGTTTCGCCAGTTTCCATTAGCAAAAGCAATTGACGCCGAAACGGTGATGGTACACGCGGGGCTGTACCCCAGCTGGTCACCGGCTAAATTATTAGCACTAAGTGATGAAATCAGCGATTTACTGAAAGGCGCCGATTGGCTAACGTTACTCAGGAATATGTACGGAAATGGCCCCGCCGAATGGAAAGATTCGTTAAAAGGCATCGCAAGACAACGCTTTATTATTAATGCCTGCACCCGAATGCGCTTTATCGAAGATAATCGCTATTTAGAATTTGCCTGTAAAAATCATCCTGACGATGCTCCCGCGTCGCTAAAACCGTGGTTCCAGGTCGAAAACAGTCTGTTAGCGCCAAAAGAAAAAGTTATATTTGGTCACTGGGCTGCATTAGAAGGTGAAACGGGTCATCCGCGCTTCATTGGCCTGGACACAGGCTACGTATGGGGAAATTCGTTGACAGCCCTTCGCCTCCCATCAAATACCCTCCTGAACGTATCAGCTTAA	MSEPQTLIVGDIQGCYGGLMALLEKASFDEQRDTLYAVGDIVARGEDSYATVRYLMDLGDRFSTVLGNHDLHFLAVSQGIKKAKKSDRIDPLLKSPKLADYVDWFRQFPLAKAIDAETVMVHAGLYPSWSPAKLLALSDEISDLLKGADWLTLLRNMYGNGPAEWKDSLKGIARQRFIINACTRMRFIEDNRYLEFACKNHPDDAPASLKPWFQVENSLLAPKEKVIFGHWAALEGETGHPRFIGLDTGYVWGNSLTALRLPSNTLLNVSA	PGPT0021535_1273	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PURINE_METABOLISM,PGPT0021535-apaH-K01525	NA	NA
AK237_03644	378	apaG	COG2967	Protein ApaG	GTGGAAGCCGCATCCAGCATCCTTGTTTCCGTTTCGACGAAACACTTACCCGAGCATCCAGCCAGCGGTTCTGATAAGTTCGCATTTGCGTATCACATCACGATTCGCAATCAAAGTGATGCGCGTGTACAACTTATCAGCCGCTATTGGTTAATTACCGATGGCAACGGTAAAAATACCGAGGTCCAGGGAGAAGGGGTCGTAGGTAAACAGCCTCACATCGATCCCGCAAGCGAGTACCAGTATACCAGCGGCGCTTTGCTGGATACACCGGTAGGCAGTATGCAAGGCTATTATGAGATGGAAAGCGACAGTGGTCAGCGCTTCAGGGTACCTATCAATATATTCAGCCTGAGCGTTCCCAACGCCCTCAACTGA	MEAASSILVSVSTKHLPEHPASGSDKFAFAYHITIRNQSDARVQLISRYWLITDGNGKNTEVQGEGVVGKQPHIDPASEYQYTSGALLDTPVGSMQGYYEMESDSGQRFRVPINIFSLSVPNALN	PGPT0004665_1209	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_COBALT_RESISTANCE	COBALT_RESISTANCE-RELATED_ROTEINS,PGPT0004665-apaG-K06195	NA	NA
AK237_03645	822	rsmA	COG0030	Ribosomal RNA small subunit methyltransferase A	ATGAGCAAAACACATTTAGGCCATACCGCACGCAAGCGGTTTGGCCAGAACTTTCTGCATGACGATTACGTTATTGGCAATATCGTTAGCGCTATCAACCCGGTTGATGGTGAAAACCTCGTCGAAATTGGTCCGGGTTTAGGGGCGCTTACCGATCCGGTATGCGAAGAAGTATCTAAACTTACCGTGGTAGAACTCGACAGGGATCTGGCTGAACGTCTTCGCCACCACCCTTTTCATGGCAGCAAACTGAACATCGTCGAAAAAGATGCGTTAAAACTCGACTTTTTAACACTTCTTCCCGACATGCCAAACCCGGAAGGCAAGTTGCGTGTTTTTGGCAATTTACCTTACAACATTTCAACGCCACTTATGTTCCACTTGTTTAGCTTTACAGGCAAAGTGCAAGACATGCACTTTATGCTGCAAAAAGAAGTGGTGAATCGACTGGCAGCAGGGCCAGGTTCAAAAAATTATGGCCGACTCTCTGTCATGGCGCAGTACTACTGTGCAGTGGTGCCGGTATTACATGTACCACCCGGTGCATTTAAGCCGCCTCCGAAGGTTGATTCCGCAGTAGTAAGACTGATCCCTCACACTAAACCTCCTGTAGAAGTGACATCGGTTACTGTGTTGGAAAAGGTCTGTTCAGCAGCATTTAACCAGCGCCGTAAAACTATTCGCAATAGTTTAGGAGATTGGGTGAGCGAAGAAGAGATCGTCGCACTGGGGTTAGTACCTACCGCCAGAGCTGAAACGCTGTCACTGGCTGACTTCGCTGCAGTTGCTAATTTTGTCGTTGAACGCGATGGAGACAACTAG	MSKTHLGHTARKRFGQNFLHDDYVIGNIVSAINPVDGENLVEIGPGLGALTDPVCEEVSKLTVVELDRDLAERLRHHPFHGSKLNIVEKDALKLDFLTLLPDMPNPEGKLRVFGNLPYNISTPLMFHLFSFTGKVQDMHFMLQKEVVNRLAAGPGSKNYGRLSVMAQYYCAVVPVLHVPPGAFKPPPKVDSAVVRLIPHTKPPVEVTSVTVLEKVCSAAFNQRRKTIRNSLGDWVSEEEIVALGLVPTARAETLSLADFAAVANFVVERDGDN				NA	NA	NA	NA	NA
AK237_03646	984	pdxA	COG1995	4-hydroxythreonine-4-phosphate dehydrogenase	ATGAACCCCATTCGAATCGCAGTAACGCCAGGTGAGCCTGCAGGCATTGGCCCTGATCTCATCATTGAACTGGCGCAAGAGCAATGGGACGCACAGCTTGTCGTCTACTGCGACGGCAAGATGTTAGCAGCGCGGGCAAACCAACTGGGTTTGCCCTTAACGCTTATTCCATACGACCCCAATAACACAGCCCTGCAAGCGCCAGGGTCGCTTTATTTGCAACAAATCGATACCGCAACCGATGTTATTCCCGGCGAACTGGACAGTGACAATGGCCACTATGTGGTAGAAACACTGCGTCAGGCTTGCCAGGCAAACATGGAAGAAGGATTCGATGCGGTAGTTACAGGCCCGGTAAACAAAAGTATCATCAACAAAGCTGGCGTATCGTTTAGCGGCCATACGGAGTACTTTGCACACCAGTCAAATACCATGGACGTGGTCATGTTGCTGTCGACCGAAGGGCTTAACGTTGCACTGGCAACCACACATATCCCGTTGGAATATGTGTCAAAGGCCATCACTAAAGATCGATTGAATAAAGTTATTCATATTATCAATACTGATCTGACGCTGAAGTTTGGTATTCAAAAGCCCCGTATCTACGTGTGTGGTTTAAATCCTCACGCTGGAGAAGGTGGGCATTTAGGTACCGAGGAATTAATTACCATCATTCCTGCTCTGGAAGAGCTGCGTGAAGAAGGCCTGGATCTGACAGGTCCATTACCAGCAGACACCATCTTCCAGCCTAAATATCTGGACAACGCCGATGTTGTCTTAGCGATGTATCACGATCAAGGCCTGCCTGTACTAAAATACAAAGGGTTCGGTGCTTCTGTGAACATTACACTCGGCCTGCCTTTCATTCGTACATCTGTTGACCATGGCACTGCATGTGACTTAGCAGGAACAGGTCTGGCAGATGCCGGCAGCTTTCGAAAAGCAATGCAAAAAGCTATTGAATTAGCGAATAAACAACAATGA	MNPIRIAVTPGEPAGIGPDLIIELAQEQWDAQLVVYCDGKMLAARANQLGLPLTLIPYDPNNTALQAPGSLYLQQIDTATDVIPGELDSDNGHYVVETLRQACQANMEEGFDAVVTGPVNKSIINKAGVSFSGHTEYFAHQSNTMDVVMLLSTEGLNVALATTHIPLEYVSKAITKDRLNKVIHIINTDLTLKFGIQKPRIYVCGLNPHAGEGGHLGTEELITIIPALEELREEGLDLTGPLPADTIFQPKYLDNADVVLAMYHDQGLPVLKYKGFGASVNITLGLPFIRTSVDHGTACDLAGTGLADAGSFRKAMQKAIELANKQQ	PGPT0009165_2055	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-VITAMIN_B6|PYRIDOXINE|PYRIDOXAL|PYRIDOXAMINE_BIOSYNTHESIS,PGPT0009165-pdxA-K00097	NA	NA
AK237_03647	1281	surA	COG0760	Chaperone SurA	ATGAAGTTCATTATTCGCGCGATCTGCATCAGTGCCCTGTTCTCTTTTATGAGCCTGGCCCAACCCGTGTCTTTAGACCGTGTCGCCGTTATTGTTGACCAAGGGGTTATCCTTGAAAGTGAAATACAAGCTTTGGTAGACGATGTTAAACGTAATGCTGAAGCACAGAACCAAGCCCTGCCCTCTGACCGCGTGTTGCGTACTCAAGCTATTGAGCGACTAATCACGAAAAGTTTGCAAATGCAGATGGCCGACCGTATGGGGGTTCAGGTAAGCGATCCTCAGTTAGAACAAACCATTTCAAACATTGCACAACAGCAAGGTGCTACGGTTGAAGAACTGCGTAACGAATTATCGCAACAAGGCATCGCTTATGATGACTATCGTGAAGACGTACGTGAAGAACTGATTGTGGGTGAAGTTACCCGTGCGAATGTTCGCCGCCGGGTTTATGTCACTGCGCAAGAAATTGATAACCTGGTTAAGCTCATGGATCAGCAAGGTGCTGAACAGGCAGAATACGAACTGGGCCACATTTTGATTGGCTTGCCCTCAAGCCCTACAGATGAAGACGTTGCCAGCGCGCGCTCGCGGGCTGATAAAGTTATCGAGTTGCTTGAAGGTGGCTCTGACTTTGCCAAAATCGCTATTACATCGTCTTCTGGCTCCAATGCACTTGAAGGCGGAGACATGGGGTGGTTAAACATTAACTCTATGCCTACCCTTTTTGCCGAAGCCGTTCAGGGTAAAGAAAAGGGCGAACTCGTCGGCCCAATCCGAAGCGGCGCGGGGTTTCACATACTGAAAATCAAAGATACACGCGGTATTGAAAAAGTGACCGTTGAAGAAGTCAACGCACGACACATCCTTATCAAACCGTCTATTATTTTAAGTGACGAAAAAGCCAAAGAGATGTTGGTGAAATTCCGTAAACAAGTTATTGACGGCGAAGCAGACTTTGCTGAACTTGCTAAAGAATACTCAGAAGATCCGGGCTCTGCGTTAAAAGGCGGTGCTCTTGGCTGGGCAGACCCTAGCAGCTATGTGCCGGCTTTCCGTGACGCACTTGCAGGTCTGGAACCTGGCGAATACAGCGAACCGGTACGCTCTCAGTTTGGGTGGCACTTGATGCAACTTATTGATCGTCGCTTTGACGACGCCACCGAGAAGCGTAAAGAAGACAAAGCATATCAGCTTCTGTTCAACCGTAAATTTAAAGAAGAGTCTGAAACGTGGTTGCGCGAAATGCGTGATACCGCTTACATTGAAGTACTCGAATAA	MKFIIRAICISALFSFMSLAQPVSLDRVAVIVDQGVILESEIQALVDDVKRNAEAQNQALPSDRVLRTQAIERLITKSLQMQMADRMGVQVSDPQLEQTISNIAQQQGATVEELRNELSQQGIAYDDYREDVREELIVGEVTRANVRRRVYVTAQEIDNLVKLMDQQGAEQAEYELGHILIGLPSSPTDEDVASARSRADKVIELLEGGSDFAKIAITSSSGSNALEGGDMGWLNINSMPTLFAEAVQGKEKGELVGPIRSGAGFHILKIKDTRGIEKVTVEEVNARHILIKPSIILSDEKAKEMLVKFRKQVIDGEADFAELAKEYSEDPGSALKGGALGWADPSSYVPAFRDALAGLEPGEYSEPVRSQFGWHLMQLIDRRFDDATEKRKEDKAYQLLFNRKFKEESETWLREMRDTAYIEVLE	PGPT0014978_1966	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-HALOTOLERANCE_RELATED_ENZYMES,PGPT0014978-surA-K03771	NA	NA
AK237_03648	2247	lptD	COG1452	LPS-assembly protein LptD	ATGAAAAAAACTTGTGCCTCCTTTCTGCTTTTTGCAATGAGCAGTACTGCCGCGCTGGCTCAACAAATTCAGTCATCAAATGAAAAGAATGACGACGCGCCCGGATTTTGTCCCGCTTCGCCAGTCAGCTTCTCCAGCAAAAAGTTGATGCCTGCCGGCCAGGTAAAGGTTGAGGCTAATCGTACTGAAATTATAGAGCGTCAGGTCGCGCTGTTTTCTGGCAATGTTGATATTATCTCTGACTCGGCGACCATTCGTGCGGACCAGGCTCAAATTAATGATAATGGTCAGCAGCTTTATGCCAAAGGCGATGTTGAGTACGCAGACAAACAATTACATGTTGCGTCAGACAGCGTGGATATTGATTCTGTCGACGAAAGCCTGACGATGGCGAATACTGTCTATCACCTGAATGGCTCAAGCGGTCGGGGCGACGCCAGCACAATCGCGTTAAACACACAGGATGGTTTGGTGTTGCGCGATGTTAGCTTTACCACTTGCCCGGAAGGTGAGGAAGAGTGGTTGATTAAGGCCTCAGAAATCAGCATTCGCCGTGGCAAAGCGTGGGGTGAAGCCAAACATACACGTTTTTACCTGGGCAATGTGCCAGTATTTTATTTGCCGTATTTTGCCTTTCCGATTACCAACCAGCGTCAAACGGGCTTCCTGTTTCCCAAGATCTCCAATTCATCGAATACGGGCGTTGATTACGAACAGCCATTTTACTGGAACATGGCACCTAACTACGACATGACTATCTCTCCACGCTTTATGACGGCGCGTGGCGTTCAGCTAAAAACTGAAACCCGATACATGTCCCAAAGTAGTTATAGTCAGTTGAATGTGGAATTCCTGCCACAAGATAACGATATGGTGGATAACCCGGACCGCTATTTTTACCGTGTTTATCACGAAGGCAATTTTGCCGACAACTGGACGGCGACATTAAATGTAAACGGCATTAGCGATGATAACTATATCGTCGATTTAGGCAGCGATTTTTACAACCGGGCGGATACCCATTTATTCAGAACAGGTACGTTACGTTACAGCTCAGATGCGTTGTTATTTTCATTAAATGTTCGTGACTTTGAGATCATTGGTGATTACCCGGACACTTACCGTGCGCTGCCCGAAGCCAAACTGAATTACGACGTGCCGCTTGCAAAATACATAGACTTTCGTTTCGACTCTGAACTTGCATGGTTTGACAGTAAGTCAGGTACTGCACCAAACGCCATGCGTTTCCATGCAGCTCCTACCATAGCGATTCCATTTCAGCGTCAATGGGGTGAGTTTTCTGCCGAAGCCAGTTTGTTAAACACGTATTATCGTCAGGAAAATATTGAAGGTACAAACCTGGAAAAAGAAGTCACCCGTACCCTGGGACAAGGAAAGCTATACGGCGCACTGTACTTTGAGAACGACAGCAGCTGGTTTAGTGATGACATGTCAATGACACTGGAGCCCCGGGTACAATACCTTTACACCAGTTATCAGAATCAGAAAAACATCGGTTTTTACGACACCACTTTGTGGTTAACCGACGTGGAAGGTCTGTTCCGCGGGCAAGAGTTTACCGGATTAGACCGTATTAGCGATAATAACCAGGTTACCGTTGCCCTGACCAGCCGCCTGTTAGATAAGACCAACCGGGAACAATTCGTGTTCAGTGTTGGTCAGATATTCTATCTCGACGAGAACAAAGTGATTGCGGCCACAAAAGAAGGCGACCGTTCTGCCCTCGCGGCGGAAATGGATTGGCGTATGAGCGACGACTGGTTTTTTCACACAGATTTCCAAGTCGCCACAGAAACCGATAAAGTAGAGCGCGCAAGTACCACGTTCGAGTATCGCGAGAGCAACAGTAAATTAGTTCAGTTAACTCACCGCTATGTGAGGGAACTCTCTGGCGAAACCATTGACCAAGTAGGACTGTCTGCGGCTTGGCCTATATCCGACCGATGGCAATTTGTAGGTCGAACCTACCGTGACTTAGACAGAAACCGAAGTGTTGAAAACTATTTTGGCGTGCAATATGAATCGTGCTGTTGGGCAATTCAAATCGTTGCTCAGCGTCAGTTAAGCAACCGATTCACCGCTGATGGTGCCCAATCTGTGGACGAATTCGACTCTGGTATCTCAATGAACTTCATTTTCAAAGGAATGGGTTCAAGCAGTAGTACTGGTAGTAACATGTTGTCGAACGGATTATTTGGCTACCGACAGCCATATAGTTTAAATTAA	MKKTCASFLLFAMSSTAALAQQIQSSNEKNDDAPGFCPASPVSFSSKKLMPAGQVKVEANRTEIIERQVALFSGNVDIISDSATIRADQAQINDNGQQLYAKGDVEYADKQLHVASDSVDIDSVDESLTMANTVYHLNGSSGRGDASTIALNTQDGLVLRDVSFTTCPEGEEEWLIKASEISIRRGKAWGEAKHTRFYLGNVPVFYLPYFAFPITNQRQTGFLFPKISNSSNTGVDYEQPFYWNMAPNYDMTISPRFMTARGVQLKTETRYMSQSSYSQLNVEFLPQDNDMVDNPDRYFYRVYHEGNFADNWTATLNVNGISDDNYIVDLGSDFYNRADTHLFRTGTLRYSSDALLFSLNVRDFEIIGDYPDTYRALPEAKLNYDVPLAKYIDFRFDSELAWFDSKSGTAPNAMRFHAAPTIAIPFQRQWGEFSAEASLLNTYYRQENIEGTNLEKEVTRTLGQGKLYGALYFENDSSWFSDDMSMTLEPRVQYLYTSYQNQKNIGFYDTTLWLTDVEGLFRGQEFTGLDRISDNNQVTVALTSRLLDKTNREQFVFSVGQIFYLDENKVIAATKEGDRSALAAEMDWRMSDDWFFHTDFQVATETDKVERASTTFEYRESNSKLVQLTHRYVRELSGETIDQVGLSAAWPISDRWQFVGRTYRDLDRNRSVENYFGVQYESCCWAIQIVAQRQLSNRFTADGAQSVDEFDSGISMNFIFKGMGSSSSTGSNMLSNGLFGYRQPYSLN	PGPT0023298_2023	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-REMODELLINGLPS|LIPID|IVA_METABOLISM	CE-REMODELLING_LPS_TRANSPORT,PGPT0023298-lptD|imp|ostA-K04744	NA	NA
AK237_03649	846	djlA	COG1076	Co-chaperone protein DjlA	ATGACATTTTGGGGAAAAATCCTTGGGTTTGTGTTTGGGTTTATGTTCCTGAAAATACCTGGTGCCATTCTCGGGTTAATAGTAGGTCACTTTTTTGATAAGGCCTACAGCCAGGATTTTAATCAGTTAGGTGGGTTTGGACGCTTTTTCACCGACCAATCTGGCATGAAGCAACAAGCGGTATTTTTTCACGCACTTTTCTCATCGTTAGGGCATCTTGCTAAATCAGACGGGCAGGTGACAGAGCGGGAAATTAAAATTGCCACCTTGCTCATGGATGATATGCAGCTTGCCGGAGATGCACGTCGTGAAGCACAACAAGCATTCCGTGAAGGGAAGTCGTCGTCTTTTCCGTTAGCCGATACATTAAAAGGATTGGTGGAATCGTGTCATGGTCGACGGGACATTCTGCAAATGTTTCTTGAGATCCTGATACAGGCGGCGTTCGCAGACGGCACGCTTTCAACGCCTGAGTATAAAGTACTTGAAAAAGTAGCAATGGCGCTGAACTTTAAGCGCAAAGATCTGGATTTCCTGATTTCTGCCTATGAAGCCGAAATTCGTTTTCGTCAGCGTGGCGGACAGGACGGCTCACAGGGTCATCAGCAACGTGCACAATCTTATTCTGATACCCAGTCTTTAGATGACGCTTACAGTATTCTTGGTGTCACGGCTTCTGATGACGAAAAAACTATCAAGCGTGCTTACCGTAAACGTATGTCTGAGCACCACCCGGATAAACTGGTGTCTAAAGGATTACCGCAACAGGCGCTGGATATCGCTAAAGCAAAGGCACAGGATATTCAGGCCGCGTATGAGCTTATTAAAGAGAAACGTGGGTTCTAA	MTFWGKILGFVFGFMFLKIPGAILGLIVGHFFDKAYSQDFNQLGGFGRFFTDQSGMKQQAVFFHALFSSLGHLAKSDGQVTEREIKIATLLMDDMQLAGDARREAQQAFREGKSSSFPLADTLKGLVESCHGRRDILQMFLEILIQAAFADGTLSTPEYKVLEKVAMALNFKRKDLDFLISAYEAEIRFRQRGGQDGSQGHQQRAQSYSDTQSLDDAYSILGVTASDDEKTIKRAYRKRMSEHHPDKLVSKGLPQQALDIAKAKAQDIQAAYELIKEKRGF	PGPT0014550_210	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	HIGH_TEMPERATURE_TOLERANCE	HEAT_SHOCK_PRTOEINS,PGPT0014550-djlA-K05801	NA	NA
AK237_03650	915	xerD	COG4974	Tyrosine recombinase XerD	ATGGGCAAAGCGGTATTGAGTGAGACGAACCAGGAGCATATCGATGAATTTATCGATATGCTTTGGCTGGAAAAGGGGTTAAGTGAGCACACCCAGCAAAGTTACCGTACGGATCTGACGAAGCTGGCTCTCTTTTGTCAGGATAAAGAAAAGACAGACGACATCAGCGTGTTATACACCGAGTCTATACAAGCTTACTTACACCACCGTCACGAGGCGGGTTTGTCGGCAAGAAGTACTCAGCGCGCTATGTCAGCAATGCGTGCTTTCTATATCTATCTGATTGGTAAGCACGTACGTACCGACAATCCCGTTACACAGCTTGCCAATCCTAAATTGCCCAAAAAACTGCCTTCGTCATTGAGCGAGGCGCAGGTGGATGACCTGCTCAATGCCCCTAATCCCGAAGAGCCCGTAGAGTGCCGCGACAGATGTATGCTCGAGGTGCTTTATGCGACGGGGCTCAGGGTGAGCGAGCTGATAAGCTTACGCATGGATCAGGTAAGTATTCAGCAGGGGGTGGTTCGGGTTACCGGAAAAGGAAACAAAGAACGGCTTGTGCCGCTTGGAGAAGATGCCGTCGACTGGATTGAGACTTATTGTAAAACTGCCCGGCCAGCGCTGTTAAAACATCAAACCGATGTCTTGTTTGTCAGTTTGCGAGGTGTACAAATGACACGGCAAACTTTCTGGCATCGCATTAAATGTTACGCCACGGTAGCAGGTATTACACAGCATTTGTCACCGCATACCTTACGGCATGCTTTTGCTACGCATTTATTGAATCACGGTGCCGATTTACGGGTAGTGCAAATGCTTCTTGGTCATAGTGATCTCTCCACCACACAAATCTACACCCATGTTGCGACCGAGCGGCTACAAAACCTTATTCATACGCATCATCCCAGGGGATGA	MGKAVLSETNQEHIDEFIDMLWLEKGLSEHTQQSYRTDLTKLALFCQDKEKTDDISVLYTESIQAYLHHRHEAGLSARSTQRAMSAMRAFYIYLIGKHVRTDNPVTQLANPKLPKKLPSSLSEAQVDDLLNAPNPEEPVECRDRCMLEVLYATGLRVSELISLRMDQVSIQQGVVRVTGKGNKERLVPLGEDAVDWIETYCKTARPALLKHQTDVLFVSLRGVQMTRQTFWHRIKCYATVAGITQHLSPHTLRHAFATHLLNHGADLRVVQMLLGHSDLSTTQIYTHVATERLQNLIHTHHPRG	PGPT0022000_4917	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MOBILE_ELEMENTS	CE-BACTERIAL_FITNESS-INTEGRASES|RECOMBINASES,PGPT0022000-xerD-K04763	NA	NA
AK237_03651	858			hypothetical protein	ATGAAACGCACCTTTTTACTATCTACAAGGCCAGGAGGACTGCCGTTTTTGTGCTTCTTATCCTCTTTTTTTGCAATCACCAGCGCGCTGGCTGCAGATACGTCTCAGATCCCTGATGTCCCCACACAGTCGATTTCGTTATTAGACAATGAAACTTACGACTTTGGCGGACGAACCATTGACGGAAGTAACATCGTAAACGATGGGCTGTTCCGTTGTATGAACAGACGCGGCGTGACGATTAAAAATGTGACCGTAACGGGCAGCCCGCGTTACGCTATCTTCGCCAGAGGTTGCAGCAGTTTCACCATCGAAAATTTCTCAATGATAAATAATCCGAACAGTGTAGGTGGTATTCGTTTCGACCAGGGTACAGAGAACCTAAGTGTTACCATCGACAACGTTAATGCCGACAATCAAGGGGGTCACGCCCTCGAACTTTGGGATGTCAATGGCTTTGAAATTGGTGAAGTGTTTGCCCGTGATACCGGCGGCTGTGGTGTATTAGTGAACCGGAGTCGCAATGGATCGATTTTCCGTGTAACAGGGTACAACAACGATGAAGACGGAGGCTATGCCACCATGCGCTTTGCCAATAATGCCGGTCCCAATTTGTTTGTAGAGAAAGTATTCTCCAGAGACTCAGGCCGCGGCTTTTTTACCGTATCGGGAAGTTATGGCATTGAAGTAAATACGGTTGATATATACCGCGCCAATAAAGAAGGAATTTATATCCAGGATGGTAGCGATGTGCAGGTAAACAAAGGCATATCGCGGGGTAGCACCAACTGTAGAATTCGAAACAGTCCTAATTCTTCGATTAACGCAGTGGATTGCGACGGTGTCGTAGCGAATTAG	MKRTFLLSTRPGGLPFLCFLSSFFAITSALAADTSQIPDVPTQSISLLDNETYDFGGRTIDGSNIVNDGLFRCMNRRGVTIKNVTVTGSPRYAIFARGCSSFTIENFSMINNPNSVGGIRFDQGTENLSVTIDNVNADNQGGHALELWDVNGFEIGEVFARDTGGCGVLVNRSRNGSIFRVTGYNNDEDGGYATMRFANNAGPNLFVEKVFSRDSGRGFFTVSGSYGIEVNTVDIYRANKEGIYIQDGSDVQVNKGISRGSTNCRIRNSPNSSINAVDCDGVVAN				NA	NA	NA	NA	NA
AK237_03652	1683			hypothetical protein	ATGTCATTTTTCACAAAAAGCGTGTTTAAGAAAACAACTATCTGCCTCAGTTGGCTTATTGCCTTACTGCTTCCACACTGCGCACTGGCAAGTTTTACACTAACATCCACCACAGATTTTTATACCGTAGACACGAATGCCGGCGTCGTCTTCAGTATCCGGCGAACAGACAATGGTTCAAGCACACAATCACCGGGAGATTTGGCTTCTCTAAAAATCAATGGTGTAGAATTTCAGAATGGCTCCCGGGGGTCACAAATAAACTCTGGATTCGACTGGTTATATAGCAATACATCATCGGTTTCCGTCTCAGCACAAGTTGTCGATACTGATTACATTAAAATAACGGTTCAAGCTGGCAACCTGACCCACTATTACATGGCAAGAAATGGCTACCCGCATATCTATATGGGAACTTATTTTACCCAGGAACCCGATATACATGGCCACGTGCGTTATATCCTGCGCATGCAACGAGCACAACTTCCCTATGGCCCTGAGCCATCGGATATCTCTCAAACGGTATCTACCATTGAAGCCAGTGATATATTTGGTTTAAGTAACGGTGAAACCCGCTCCAAACATTACTCCAATATGCGCGCTATAGACTGGAAATTTATCGGTGCGACAGGGGATGACGTGGGAATTTGGTTGTACAGAGATAATCAGGAAGGAAGTTCTGGCGGCGCTTTTTACCGTAGTTTGCTGAATCAAGGAAGTGCGACCGATCAGGAAATTACCTATATCGTTAATTATGCTCAAGCCCAAACAGAAGCCTATCGCACACACATTCTAAATCACTACACCCTAATGGTGACTGACGGCAGTGAGCCGGCCTCTCCCGACACCAGCTGGTTTTCTCAGATGGGATTATCGGGCTATTTGTCCGACCCCGAACGTGGCAGAGTAGCGGGCGTGGGTATTTTTAATATGGACAGTAACGTCGACTACACCGTCGGTTTTGCCAACGACACCGCACAATACTGGACGCGAAGCGAGCCTGGCAGCGGATACTTCAGCAGTAGCAATATGCGTCCGGGTACATACACAATGACAACGTATAAAGGCGAACTCGCCGTTGATACAAGGCAAGTCTCCGTGCAAGGTGACACAACCACCATTTTGAATTCATTCACCATTAATAATGATCCCAGTGACGCAAGTGCGATATGGCGCATTGGCAACTGGGATGGTTCACCTCAGGAGTTTTTAAATGGTGATAAATTAACAACAATGCACCCTTCAGATGTTCGTATGAGTAATTGGGACCCCAGCAACTACATTGTGGGCACTTCGGGTTCAGCGTCTTTCCCGGCCTATTTATGGAAAGATATAAACAATGACCATATTGTTTATTTTAAATTATCGTCCAGTGAGCTAACGCAGTCTCACCAACTGAGGATAGGTATTACCTGTGCTTTTGCGGGCGGTCGTCCCAATATCACCGTGAATAACTGGACATCGACATTCCAGTCTGCCTCAAGTCAGCCGGGCACACGAAATATAACAACGGGTAGCTATCGATGTAACAACACCACGTTCACTTATACCATCCCGGTAAGTGCCTGGAACACCAACCCGTCCGAGTGGAACGCATTAACAATCAGTGTGATTAGCGGCACGACCACAACCGGATATCTCTCACCCAGCATCAGCGTAGACGCCATTGACTTACTTAATTAG	MSFFTKSVFKKTTICLSWLIALLLPHCALASFTLTSTTDFYTVDTNAGVVFSIRRTDNGSSTQSPGDLASLKINGVEFQNGSRGSQINSGFDWLYSNTSSVSVSAQVVDTDYIKITVQAGNLTHYYMARNGYPHIYMGTYFTQEPDIHGHVRYILRMQRAQLPYGPEPSDISQTVSTIEASDIFGLSNGETRSKHYSNMRAIDWKFIGATGDDVGIWLYRDNQEGSSGGAFYRSLLNQGSATDQEITYIVNYAQAQTEAYRTHILNHYTLMVTDGSEPASPDTSWFSQMGLSGYLSDPERGRVAGVGIFNMDSNVDYTVGFANDTAQYWTRSEPGSGYFSSSNMRPGTYTMTTYKGELAVDTRQVSVQGDTTTILNSFTINNDPSDASAIWRIGNWDGSPQEFLNGDKLTTMHPSDVRMSNWDPSNYIVGTSGSASFPAYLWKDINNDHIVYFKLSSSELTQSHQLRIGITCAFAGGRPNITVNNWTSTFQSASSQPGTRNITTGSYRCNNTTFTYTIPVSAWNTNPSEWNALTISVISGTTTTGYLSPSISVDAIDLLN	PGPT0018710_845	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_CELL_WALL|MEMBRANE_DEGRADATION	PLANT_MEMBRANE_POLYSACCHARIDE_DEGRADING_FUNCTIONS	PLANT_MEMBRANE_RHAMNOGALACTURONAN_ENDOLYASE,PGPT0018710-rhgB|rhiE|rglA-K18195	NA	NA
AK237_03653	786			hypothetical protein	GTGAAGAATATTCGTTATGCCGTTATGATGGCGTTAGGCATTGTGCTTTCAACTGGGTGCTCGGCTGAATCTGAAGCATCACAAAAGTCATCTAACCAGGCAGTAAGTCAGCAGTCTTCAAGCGTCAACGATGGCGCAGAACAAGTCGTGAACGAAAAAGTGAAGAGTATTGTGGGTGTTGAACCCGATGCTATTGCCAATTCTCCTATTGACGGATTGTTAGAAGTCACTGCGGCGAACCAGGTATTTTATGTGACTGAAAATGCTGACTACATGATGTTTGGGCATGTGTATGACGTGAATGCCGGCATGAAAGACCTCACCGAAGTGGCGCTGGGTCAGGTGCGTCTCGACGCAATCGCGCCGTTTGCTGATCAGGGTATTGAATTTAAAGCTGAAAACGAAAAGCATGTGATGACGGTGTTCACCGATTACACCTGCGGTTACTGTAAGAAATTACACCGCGAAGTGGATGAATTAAACGAAGCCGGGATCACCGTGCGTTATCTGGCGTGGCCCCGTGCAGGCCTGGGCACAGAAAACTACGAAAACATGGTGTCTATCTGGTGTGCCAAAAATCCACAGGAAGCCTTAACACGGGCTAAGTCTATAGCGAATCCGACTTTTGCCAAAGAAGATTGCGACAATACCGTAGCAGAACAATTTGTCGCCGGACGCAAATTGGGCATTCGCGGTACGCCTGCCATTATTTTTGATAACGGCACCATGTTACCGGGTTATAAGCCTGCTAAAGTCCTGATAGAAGAAATCGCACAAACTGAATAA	MKNIRYAVMMALGIVLSTGCSAESEASQKSSNQAVSQQSSSVNDGAEQVVNEKVKSIVGVEPDAIANSPIDGLLEVTAANQVFYVTENADYMMFGHVYDVNAGMKDLTEVALGQVRLDAIAPFADQGIEFKAENEKHVMTVFTDYTCGYCKKLHREVDELNEAGITVRYLAWPRAGLGTENYENMVSIWCAKNPQEALTRAKSIANPTFAKEDCDNTVAEQFVAGRKLGIRGTPAIIFDNGTMLPGYKPAKVLIEEIAQTE	PGPT0030050_499	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-TYPE_IV_SECRETION_SYSTEMS	CE-T4SS-CONJUGAL_TRANSFER_PILUS_ASSEMBLY_PROTEIN,PGPT0030050-dsbC-K03981	NA	NA
AK237_03654	1731	recJ	COG0608	Single-stranded-DNA-specific exonuclease RecJ	ATGTCGTTACCCATTGTAAGACGTGAGCTTTGCACGGCGTCTTGTTTAAGTGCTGAACTACACCCTGTGCTAGACAGGGTGTACCGCGGACGGGCTATCCAGACCATCAGTGAACTGGACAATGCCGTTAAACAACTTTCTCATTTTAATCTGCTAAAGGGTATCGACGCTGCGTCGGCTTGCCTGGTAGATGCCATTGTTGCGCAAAAACGTGTCACCATCATTGGTGACTTTGATGCTGATGGCGCTACATCTACGGCACTGTGTGTATTGGCGCTGCGCCAGTTAGGCTTGCAACAGGTGAGCTATCTGGTGCCAAACCGGTTTGATTTTGGTTACGGCTTGAGTGAACAAATTGTCGATGTGGCTTACGAGCAAGGCACTGACATCTTACTCACCGTCGACAACGGTATTGCCTGTTTAGCGGGAGTTAAACGGGCAAAGGCGCTCGGCCTGACCGTTATCGTTACTGATCACCATTTACCGGGCAATACCTTGCCCGAAGCTGATGCTATCGTAAATCCCAACCAAACTGGTTGTACCTTCCCGTCGAAAAACCTGGCGGGGGTTGGTGTGGCATTTTATTTGATGTTGTCGTTACGCTCTGCATTACAGCAACGTGGTTGGTTTGCTGATAAACAAGCGCCGAACCTGGCTTCACTGCTGGATATCGTTGCCGTTGGAACCGTTGCCGACGTTGTCGCACTGGATAAGAATAATCGGGTGCTGGTGTATCAGGGCCTGCAGCGTATTCGCAGTGGACACTGCCGGCCGGGTATTCAGGCGTTGTTCGAAATTGCCAACCGTAACAAGCCTCTGGCTTACCTCACCAGCACCGATCTGGGGTTTGTTATTGGGCCGAGGCTAAATGCAGCAGGGCGGATGGACGACATGGCACTGGGGATAGAATGCTTACTTTGCGATGATCCGTTGCAGGCACGCCACATGGCAGCAGAGCTCGACCGGTTGAATTTACAACGACGTGCCATTGAGACAGAAATGAAAGAAGAAGCCGAAGCGGCGCTGGCGTCTGTTTCGGTGGGCGAAGATTTACCGCCTGCGCTAGTGATGTATCAGCCCCATTTTCATCAGGGCGTGATTGGCATTGTGGCAGGACGCTTAAAAGAAAAGCATCACCGGCCGGTTATTGTCTTTGCTAATCAGGACGACAGCACCATCAAGGGTTCGGCACGGTCTATTCCAGGTTTGCATATTCGCGATATGCTCGATGAAGTAAATACTGGATGGCCGGGCGTTATCGATAAGTTTGGTGGTCACGCCATGGCCGCGGGATTGAGCCTGTCAACGGATGCCCTGCCACAGTTTGAAAAGGCTTTTCACCTTGTTACGTTGCGCCATCTGGCCAACATCGATACCGAGAGAAAAATACTGTCAGACGGCGAGCTCGATGCTGAGGATATGGATTTGAGTTTGGCCCATGCACTGCGTCAGGCGGGTCCATTTGGTCAGGGTTTTGATGCGCCAAAATTTGATGGAGTATTGGATATTGTTGACCAGCGCATGGTGGGAGAGAATAAAAATCACTTGAAATTGGTGTTCCGTAAAGCCAATGGCGAAGAAGTCGATGGCATTGCCTTTGGCGTGGATACTTCGGTGTGGCCCAATGCCGGTATTTTGCGCGCGCAAGTAGTGTATCAACTGGACATCAACACCTTCCGCGGGCGAGAATCGGTGCAATTACTTGTTGAAGAGATTGCTCCTGGTGACTGA	MSLPIVRRELCTASCLSAELHPVLDRVYRGRAIQTISELDNAVKQLSHFNLLKGIDAASACLVDAIVAQKRVTIIGDFDADGATSTALCVLALRQLGLQQVSYLVPNRFDFGYGLSEQIVDVAYEQGTDILLTVDNGIACLAGVKRAKALGLTVIVTDHHLPGNTLPEADAIVNPNQTGCTFPSKNLAGVGVAFYLMLSLRSALQQRGWFADKQAPNLASLLDIVAVGTVADVVALDKNNRVLVYQGLQRIRSGHCRPGIQALFEIANRNKPLAYLTSTDLGFVIGPRLNAAGRMDDMALGIECLLCDDPLQARHMAAELDRLNLQRRAIETEMKEEAEAALASVSVGEDLPPALVMYQPHFHQGVIGIVAGRLKEKHHRPVIVFANQDDSTIKGSARSIPGLHIRDMLDEVNTGWPGVIDKFGGHAMAAGLSLSTDALPQFEKAFHLVTLRHLANIDTERKILSDGELDAEDMDLSLAHALRQAGPFGQGFDAPKFDGVLDIVDQRMVGENKNHLKLVFRKANGEEVDGIAFGVDTSVWPNAGILRAQVVYQLDINTFRGRESVQLLVEEIAPGD				NA	NA	NA	NA	NA
AK237_03655	273			hypothetical protein	GTGACTGACGGTAAAGCTCTCACAGAAAAGCACCATGCATTGATACATAGCGAAAATTGTAAGGTGGTATCGCACGTGCAGCGCGAGGAAGGTGACTGGGTGCGCCACACATTAATGCTTGAAGGCATAGATGTGCCGTTTATTTTCCGTCGTAAACAGCAATACCAGTCTTTAAAAGGTGCACGAGTCAATCTTACCTATTACCGTCAGCTGGAAGAGGTCGCCGGGATTGAATTTGAATCAATGAAAGTGGTTCGAATCAAGCGGAGTTAG	MTDGKALTEKHHALIHSENCKVVSHVQREEGDWVRHTLMLEGIDVPFIFRRKQQYQSLKGARVNLTYYRQLEEVAGIEFESMKVVRIKRS				NA	NA	NA	NA	NA
AK237_03656	699	recO	COG1381	DNA repair protein RecO	ATGATAAATCAGCCAGACTGGTTAGATGCTTATGTGCTTCATCGTCGTCCCTATCGGGAAACCTCTTACATTGTGGACTTTTTTACTCTGCAGACAGGTAAAGTCAGCGCCGTCGCCAAAGGAGTGAGAAGTAGTAAAAACGACCGCAAAAGTTTGCTACAGCCATTCCGCAAAGTGCGTATTCAACTTAGCGGTAAAACCGAACTTAAAAATCTCAAGTTAATTGAAAGTGATGGTCCGGTATCTATGCTGGCGGGAAACGACCTCTTTTGCGCCATGTATCTGAATGAAATTCTTAACCGTGTTATGCCGGTAGGGCTTGCAAGCGACACAGTGTATGACCAGTACGAACATGCGTTGCACTCATTAAAGATAATGCCTGATATTGAGAAAACATTACGGGAGTTTGAGTTTTCTCTGTTAGATGAAATGGGTATGCTCGCAGACTGGTTTACCGATGGGCTTAGTGGCGAGGCAATCGAGCCTGACAGCTGGTATTTGTATTCGCCGGAGCAGGGGTTTGTCGCGTGCCATCAGCGCGATCATAAATACCGGTTGCCGGGTACAGCGCTTATCGAGTTGGGTAATGGTGAGTGGACGGCGTTATCGCGCCGCGCCGCGAAACTGATCAATCGTCAGGCGTTACACCAAATGTTAGGTGGTAAGCCGTTAAAAAGCAGAGAATTATTTCGCGTTTAA	MINQPDWLDAYVLHRRPYRETSYIVDFFTLQTGKVSAVAKGVRSSKNDRKSLLQPFRKVRIQLSGKTELKNLKLIESDGPVSMLAGNDLFCAMYLNEILNRVMPVGLASDTVYDQYEHALHSLKIMPDIEKTLREFEFSLLDEMGMLADWFTDGLSGEAIEPDSWYLYSPEQGFVACHQRDHKYRLPGTALIELGNGEWTALSRRAAKLINRQALHQMLGGKPLKSRELFRV				NA	NA	NA	NA	NA
AK237_03657	744	pdxJ	COG0854	Pyridoxine 5'-phosphate synthase	ATGAACGACATCTTATTGGGCGTCAATATCGACCACATTGCTACGCTGCGAAACGCCCGTGGCACGAATTATCCTGATCCTGTGCATGCTGCTGATGTTGCTGAACGCGCTGGCGCAGACGGCATTACGGTGCATCTGCGCGAAGACCGTCGTCATATTAAAGACCGCGATGTGGATTTGCTCGCGCAAACTATTAACACACGCCTGAACCTGGAAATGGCAGTAACGGATGAGATGCTGCAAATAGCATTAAAAACCCAGCCTGCCTTTTGTTGCTTAGTACCCGAGAAGCGAGAAGAGCTGACCACAGAAGGCGGCCTGGATGTTGCCGGTAATTTCGATGCAGTCAAAAACGCTTGCACCGTATTAGGGGAAGCAGGCATTCAGGTCTCACTGTTTATCGACGCCGATGAGAAACAAATTGATGCGGCGGTAGAATGTGGCGCGCCCTATATTGAAATTCATACCGGACAGTACGCTGAAGCAAAAAATGAACGTGAACAAGACGTTGAACTGGCACGCCTGAAAAAAGGTATTCATTACGCCGCAAAAAAAGGGCTGAAAGTGAACGCTGGTCACGGGTTGCATTATCATAATGTGAAGCCGATAGCCGCCATTCCAGAACTCATTGAACTGAATATCGGCCACGCCATTATTGCCAGAGCCGCCTTCGATGGCCTGGCAAAAGCCGTAGCGGACATGCGCGCGTTGATGCAGGAAGCGCGCGCGGGTAAAGCAGGCTAA	MNDILLGVNIDHIATLRNARGTNYPDPVHAADVAERAGADGITVHLREDRRHIKDRDVDLLAQTINTRLNLEMAVTDEMLQIALKTQPAFCCLVPEKREELTTEGGLDVAGNFDAVKNACTVLGEAGIQVSLFIDADEKQIDAAVECGAPYIEIHTGQYAEAKNEREQDVELARLKKGIHYAAKKGLKVNAGHGLHYHNVKPIAAIPELIELNIGHAIIARAAFDGLAKAVADMRALMQEARAGKAG	PGPT0009170_1120	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-VITAMIN_B6|PYRIDOXINE|PYRIDOXAL|PYRIDOXAMINE_BIOSYNTHESIS,PGPT0009170-pdxJ-K03474	NA	NA
AK237_03658	378	acpS	COG0736	Holo-[acyl-carrier-protein] synthase	ATGGCGATTGTAGGCATGGGTACTGACATCGTTGAGATAGCCCGTATTGAAGAGGCGCTGTCTCGCTCAGCGCGGCTGGCCAGCCGTGTATTAACCGCACCAGAAATGGCGTTGTTTGAAGCCAGCGCCGAGCCAGTCCGTTATCTCGCGAAGCGTTTTGCGGTAAAAGAAGCCGCAGTAAAAGCGCTGGGTACAGGAATAGGACGGGGAATTGGCTGGCATCACATTACGGTTAACAACGATGAATTCGGCGCGCCCTTCCTGACATTCAGCGATGAATTCGCAAGGCGTTGTGAAGAAAAAGGCGTGCTCCGTAGTCACGTGTCAATTTCCGACGAGCAGCACTACGCTACCGCTACAGTTATTTTAGAATCGTAA	MAIVGMGTDIVEIARIEEALSRSARLASRVLTAPEMALFEASAEPVRYLAKRFAVKEAAVKALGTGIGRGIGWHHITVNNDEFGAPFLTFSDEFARRCEEKGVLRSHVSISDEQHYATATVILES	PGPT0008840_2348	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0008840-acpS-K00997	NA	NA
AK237_03659	1335	rlmD	COG2265	23S rRNA (uracil(1939)-C(5))-methyltransferase RlmD	ATGGTCAGCTTTTACAAACCCGCAAAGTCGCCGAAAAAGGCGCAAGCTAACAAAACACTTACCGTACAATCCTGGGATATGACAGGACAGGGGGTCTGCAGCGAACACCAGCCGGTGTTATTTGTCGAGGGGGCCTTACCGGGTGAGCGGGTGGAAGTGGTACTTACTCAACAACAGAAACGTTTCGCCAGAGGGCGGGTTAAAAAAGTGTTGTCTCCCAGCGATAAGCGGGTGAAGCCTTTTTGTGAGTTAGTTAATCGCTGTGGTGGTTGTCAGCTGCAACATGCTGACGCAGATGCTGCACTTGCTTTTCGGCAAGAAGCCATGGATGCCTATTGGCGTATTCAATTTAATGTCGACCACATTCCTTGGGCTGCACCGCTTACTGATATTCGTGAAGGTTATCGAAGAAAAGCGCGGTTAGCTGTCGATGCGCGTAATGAAAAGCAGCTCAAAGTGGGCTACCGGGAAGAACAAGGTAAGCAGATTGTTGATGTCGAACAGTGTCCGGTTCTACAGCCCGCGCTATCTGCACTTATTTCTCCGCTAAAAGCGTTACTTGCTCACCAGTCATCACGAAAGCATATTGGCCATATTACCCTGTTGGCAGGCGACAATGTGAATGCTGTGTCTATTCGCCTTACCAAGCCCCTTCAGCCCGCGTTTGCCGACGCATTAACCGCGTTTGCTGTTGAACATCAAATCAACATGACGGTGGAAGGCCATGAAGGTAATCTGACCTTGCACAAACAGGCCGATTTGGTCTGTGCAACCGAAGATGGACTGACCTTATCACCTTCTGCAGAAGACTTTATTCAGGTCAATGCCACGGTAAATAAACAAATGGTGAGGCAGGCCATGGACTGGTTGCAGCCTCAGCCGGGTGAGAACATTGCTGACTGGTTTAGCGGGCTGGGTAATTTTTCGTTGTCTTTAGCGAAACGTGGTGCCAGGGTTCAGGCCGTAGAAGGCGTGGCAGAAATGGTGCAGCGCGCGCGGGAAAATGCGTCAAAACAGGGCGTAAAGAATGTGAACTGGTTGCATCTTGATTTGTCTGATGAAAACGCTGTCACAGAAGCTATTGCTACAGGTTTCGACAAAGTCCTGCTTGACCCGTCCCGGGAAGGTGCTTATGTGGTTTGCGAAGCCCTTACTCGTCATCGGGTGAAATCAATTTTGTATGTTTCTTGCAATCCGAGTACGCTGACAAGAGATGCGCAGTGTCTTCTGGCTTCCGGGTATGCAATCGAACGCGTGGGGTTGATTGAGATGTTTCCCCAAACCCGACATCTGGAAGTTATGATGTTATTAACCGACCACAAGAGCAAAGCATAG	MVSFYKPAKSPKKAQANKTLTVQSWDMTGQGVCSEHQPVLFVEGALPGERVEVVLTQQQKRFARGRVKKVLSPSDKRVKPFCELVNRCGGCQLQHADADAALAFRQEAMDAYWRIQFNVDHIPWAAPLTDIREGYRRKARLAVDARNEKQLKVGYREEQGKQIVDVEQCPVLQPALSALISPLKALLAHQSSRKHIGHITLLAGDNVNAVSIRLTKPLQPAFADALTAFAVEHQINMTVEGHEGNLTLHKQADLVCATEDGLTLSPSAEDFIQVNATVNKQMVRQAMDWLQPQPGENIADWFSGLGNFSLSLAKRGARVQAVEGVAEMVQRARENASKQGVKNVNWLHLDLSDENAVTEAIATGFDKVLLDPSREGAYVVCEALTRHRVKSILYVSCNPSTLTRDAQCLLASGYAIERVGLIEMFPQTRHLEVMMLLTDHKSKA				NA	NA	NA	NA	NA
AK237_03660	2184	relA	COG0317	GTP pyrophosphokinase	ATGGTATCAACACGAAAAGTACACGAGCCTGACAGACCTTCCTTTGAGGCCTGGTTAAACAGCCTGTCGTTGAGTGATACAACGAAAGACAAGCTAAAAGCAGTTTCCCATATGCCTGATCGCCTCTTGGTGGGACAGGAAATGGTGGAAATTCTTCATCAGTTAAATATGGACGATGCCACCTTGCAGGCGGCATTGGTGTATCCGTATTGTGAGAAGCACAGCCTGACAGAAGCAGATGTACTGGCCGAGTTTGGTGAAGAAATCAGCGACTTAATTAATGGTGTCCGACGCATGGACGCTATTAAAACCTTGCATAGTCGCCGCCGTAATGAATCATCGTTGTCTGTGCCCGACGAGCAGCACATTGACAGCATTCGTCGCATGCTGTTAGCCATGGTGGAAGATGTTCGCGCCGTAGTAATAAAAATGGCCGAGCGTATTTGTGCACTTCAACAAGTTAAAAAAGCGGATGAAGAAACCCGTGTATTAGTAGCCAGAGAATGCGCCACGATTTACGCGCCTTTGGCTAACCGTTTGGGTATTGGTCAACTTAAATGGGAACTGGAAGATCTGGCCTTTCGCTATCTGCATCCGAAAACCTACAAAGATATTGCTCAGCAGTTAGATGGTAAGCGCAAGGAGCGGGCAACCTACATTCAGAACGTGGTGTCTGATTTGCAGGCGCTGGTGGATAACGAGCATATCAAAGCGGAAGTGTACGGCCGCCCCAAGCATATTTACAGCATCTGGAAAAAGATGCAGAAAAAGCATCTTACGTTCGAACAACTTTTTGATATTCGTGCTGTGCGCATCATCGCTGAGCGACTACAGGATTGTTACGCCGCGCTGGGAACGGTTCACGCTAATTACAAACACATTCCCAATGAGTTTGATGATTATATAGCCACGCCGAAGCCGAATGGCTACCAATCTATTCATACCGTTATTGTTGGACCAGAAGGCAAGCCGGTTGAAATTCAGATACGTACCCACCAGATGCACCAGGACGCAGAATTGGGTGTAGCGGCGCACTGGAAATACAAAGAAGGGTCGACAGGGAAAGCGTCCGGGTACGATGAGCGCATCAACTGGTTACGACGCATTTTGGCCTGGCAGGAAGAAATCGCCGAAAGCGGTGATTTGGTTGAAGAACTGCGCAGCCAGGTATTTGATGACAGGGTGTATGTGTTTACGCCTAAAGGAGACGTGGTCGATCTGCCCCAGGGCGCAACGCCGCTCGATTTTGCTTATTATATCCACAGTAACGTGGGGCACCGCTGTATTGGTGCGAAGGTTAACGGACGTATCGTGCCATTCACGTATCAATTGCAAAGTGGCGATCAGGTAGAAATTCATACGGGCAAAGCGCTCAACCCCAGTCGTGACTGGATGCACCCGGGGTTAGGTTATGTTCATTCCTCTCGTGCCCGGGCTACTATTCATTCTTTCTTTAAGAAGCAAGATAAAGAAAAGAATCTACTCGCCGGAAAAGAAATGCTGGAGCGTGAACTTGCCCGAGCTCACTTGCCGGTGAAAGTGCCTGTAGAGGCATGTGAAAAGTATAACCTCCAGCATGTAGACGATCTCTACGCCGCCATTGGTGTGGGTGACATTCGTGTGATGACGGTGGTGAATCACATTCAACATCTCCTGGAGCCTGAACCGGCTGAAGAACCTGAAATCAGCCCGAAGGTGAAAACCCGTCGGAACGCCGGTGCAAAAGGCAAACAAGATACCGTTGTTATCGAAGGTGTTGGACACTTAATGAGCCAGCTGGCGAACTGCTGCAAACCTGTGCCGGGTGAACCTATTATGGGATATATCACCATAGGGCGGGGCGTGAGTGTACACAAAGAAAGTTGTGACCAGTTGCAGCACCTCTTAGAGCAGCACCCCGAGCGTCAGATTGAGGTGAGCTGGTCCACCGATTTGAATGTAGGTTTTGAAACCGGTATTGATATTTTCTGTTCCGACCGAACCGGTCTGCTTAGAGATATCACCACCGTGTTAGCGAATGAAAGCGTGGCATTGCTGGGTGTGAATAGCTTAAGTGATAAAACCCGTCAAACGGCATTGATTTCAATTTCTGTTGAAGTGCCTAATCGTCAGGTGCTGTCTAAAGTAATGGCGCGCCTGCTGCAATTAAAGGGTGTGGTAGATGTCAAACGTAAAACAGGATAG	MVSTRKVHEPDRPSFEAWLNSLSLSDTTKDKLKAVSHMPDRLLVGQEMVEILHQLNMDDATLQAALVYPYCEKHSLTEADVLAEFGEEISDLINGVRRMDAIKTLHSRRRNESSLSVPDEQHIDSIRRMLLAMVEDVRAVVIKMAERICALQQVKKADEETRVLVARECATIYAPLANRLGIGQLKWELEDLAFRYLHPKTYKDIAQQLDGKRKERATYIQNVVSDLQALVDNEHIKAEVYGRPKHIYSIWKKMQKKHLTFEQLFDIRAVRIIAERLQDCYAALGTVHANYKHIPNEFDDYIATPKPNGYQSIHTVIVGPEGKPVEIQIRTHQMHQDAELGVAAHWKYKEGSTGKASGYDERINWLRRILAWQEEIAESGDLVEELRSQVFDDRVYVFTPKGDVVDLPQGATPLDFAYYIHSNVGHRCIGAKVNGRIVPFTYQLQSGDQVEIHTGKALNPSRDWMHPGLGYVHSSRARATIHSFFKKQDKEKNLLAGKEMLERELARAHLPVKVPVEACEKYNLQHVDDLYAAIGVGDIRVMTVVNHIQHLLEPEPAEEPEISPKVKTRRNAGAKGKQDTVVIEGVGHLMSQLANCCKPVPGEPIMGYITIGRGVSVHKESCDQLQHLLEQHPERQIEVSWSTDLNVGFETGIDIFCSDRTGLLRDITTVLANESVALLGVNSLSDKTRQTALISISVEVPNRQVLSKVMARLLQLKGVVDVKRKTG	PGPT0014820_1303	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PURINE_METABOLISM,PGPT0014820-relA-K00951	NA	NA
AK237_03661	453	mazG	COG1694	Nucleoside triphosphate pyrophosphohydrolase	ATGTCAAACGTAAAACAGGATAGCACTCTCCCCGATGCTTTTTTCGACGGTGTTACGCCATCTTTGCCTGCGCTCAGGTATGCGCAAGCACTTCAGCAACGCTGTCACGACGTGGGTTTTGATTGGCAAACTTCTCAACCGGTGCTGGATAAGGTAAAGGAAGAAGTAGAAGAGGTGCAGGAAGAACTTAACCTTTCGCCTTTAAATAAAGCGCGTATGGCGGAAGAGATCGGCGATGCTTTTTTCGCGTTGGTTAATTTAGCCCGCCATATGGATATTGATGCCGATCAGGCGCTACGTGATGCCAGCAATAAGTTTAAGCGCCGCTTTGAACATGTCGTTTCACTTGCCAGCGCAGAAGGGAAACCGGTATCTCATTACGAACTGCGAGAGCTCGAACAGTTTTGGGTTCAGGCTAAAGAGGCTGAGCTTCCAACGAAGAAATTTCGTTAA	MSNVKQDSTLPDAFFDGVTPSLPALRYAQALQQRCHDVGFDWQTSQPVLDKVKEEVEEVQEELNLSPLNKARMAEEIGDAFFALVNLARHMDIDADQALRDASNKFKRRFEHVVSLASAEGKPVSHYELRELEQFWVQAKEAELPTKKFR	PGPT0008820_1517	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	ROOT_COLONIZATION	ROOT_COLONIZATION-VITAMIN_B3|NIACIN_METABOLISM	ROOT_COLONIZATION-VITAMIN_B3|NIACIN_BIOSYNTHESIS,PGPT0008820-mazG-K04765	NA	NA
AK237_03662	918			hypothetical protein	ATGGGAAATTTAACTCGCTGGCTGTTATTCGGCATGTTTTTACTGTGCAATTTTTTGTGCAGCGGCCAGGTGATGTCGCAAACCTACACGTTTACCCAGTCCTTTGCTGGCCCTACATATGGTGTCTATCATATTGAAGTATTGCGCGCCGCGTTGCGTGTTACAGAAGATGATTACGGCGCCATTACCTTAGAGCGCCACCCGTTTCCCATGCCTCAGGGCCGACAGATACTTACTTTACTGCGTGGCGAAAGTGACGTTATGTGGAGCGTTACCACAGATGCACTTGAAAAACAGCTACTCCCCGTTCGCTTTCCGTTGCTTCAGGGGCTGGGCGGCCATCGTATTTTTGTTATTAATAAAAACAAGCAAAACGCTTTTGGCCCTAACCAAACCCTCGATGCCATCAAGCACATGACTTCTGTACAAGGAAGTGACTGGCCGGATACAAAAATACTGCAACACCATCACTTCACGGTGAACAGCGTAACCTGGAGTGATTGGTACACCACAATGTACCGCACCTTAGAAGAAGGATTTATCGATTATTTTCCCAGAAATGTGGTGGAGGTATATCGTGATCTCTCCTATCACAATAAAGAAAAGCTCACTATAGAGAAAAATCATCTTTTGATTTACCCAAGCTACGAATATTTCTTTGTCGCGCCTCATGCACCGGAGCTACAAGCCCGGTTACAGGAAGGCTTGACGAGATTACTGAAAAGCGGCGAGTTACAACGCATTTTTGATCGCTATCCAGAGCACCGAAAAGCGTGGGATATGGTCAATAAAGAAAATCGTGTCGTACATTATCTTGAATCAAACGTACTGTCTTATACGTTCAGCAATGCGAACTGGAGTGTCGCTCCTTATGCCCTGCTTAACGAAATTTCTTCGTTGGAAGCTCAGCCTCTTTAG	MGNLTRWLLFGMFLLCNFLCSGQVMSQTYTFTQSFAGPTYGVYHIEVLRAALRVTEDDYGAITLERHPFPMPQGRQILTLLRGESDVMWSVTTDALEKQLLPVRFPLLQGLGGHRIFVINKNKQNAFGPNQTLDAIKHMTSVQGSDWPDTKILQHHHFTVNSVTWSDWYTTMYRTLEEGFIDYFPRNVVEVYRDLSYHNKEKLTIEKNHLLIYPSYEYFFVAPHAPELQARLQEGLTRLLKSGELQRIFDRYPEHRKAWDMVNKENRVVHYLESNVLSYTFSNANWSVAPYALLNEISSLEAQPL				NA	NA	NA	NA	NA
AK237_03663	429	rplM	COG0102	50S ribosomal protein L13	ATGAAAACGTTTGTTGCTAAACCAGAAACGGTACAACGTGACTGGTACGTGGTAGATGCCACTGACAAAACTTTAGGTCGTCTTGCGACTGAAATTGCACGCCGTCTGCGTGGTAAGCATAAAGCTGAGTACACTCCTCACGTTGATACTGGCGATTACATCGTTGTTATCAATGCAGAGAAAGTAACTGTAACCGGTAATAAAGCGAAGGGCAAAATGTACTACGCGCACACTGGTTACCCTGGTGGTCTGAAAGAGACAAACTTTGAAAAACTGATTGCTCACAAGCCAGAAATGGTTATCGAGAAAGCAGTTAAAGGAATGTTACCAAAAGGCCCTCTGGGTCGTGAAATGTTCCGTAAAATGAAAGTTTACGCTGGTGCAGAACACAAGCACGCAGCTCAGCAACCACAAGTTTTGGACATCTAA	MKTFVAKPETVQRDWYVVDATDKTLGRLATEIARRLRGKHKAEYTPHVDTGDYIVVINAEKVTVTGNKAKGKMYYAHTGYPGGLKETNFEKLIAHKPEMVIEKAVKGMLPKGPLGREMFRKMKVYAGAEHKHAAQQPQVLDI				NA	NA	NA	NA	NA
AK237_03664	393	rpsI	COG0103	30S ribosomal protein S9	ATGGCAGATACTCAATATTACGGCACAGGCCGCCGCAAAAGTTCTACTGCTCGTGTGTTCCTGCGTCCAGGTACAGGCAGCATCGTAGTTAATCAACGCGCTTTAGACACATACTTCGGTCGTGAGACTGAGTGCATGGTCGTTCGTCAGCCACTTGAGCTGGTTGAAATGACTGAGAAGTTTGACGTTTACATCACTGTTAAAGGTGGTGGTTCAAACGGTCAGGCTGGTGCGATTCGTCACGGTCTGACTCGTGCTCTTATGGAGTATGATGAAGCGTTGCGTCCTGCGCTGCGTAAAGCTGGCTTTGTTACTCGTGACGCTCGTCGCGTTGAACGTAAGAAAGTTGGTTTGCATAAAGCACGTAAGAAGCCACAGTTCTCCAAGCGTTAA	MADTQYYGTGRRKSSTARVFLRPGTGSIVVNQRALDTYFGRETECMVVRQPLELVEMTEKFDVYITVKGGGSNGQAGAIRHGLTRALMEYDEALRPALRKAGFVTRDARRVERKKVGLHKARKKPQFSKR				NA	NA	NA	NA	NA
AK237_03665	630	petA	COG0723	Ubiquinol-cytochrome c reductase iron-sulfur subunit	ATGAGTAACGTATCAGTAGATGCAAAAGACTCTGCACTCAACGGAGGTCAACCGGACAACACCCGTCGCCGTTTTTTAACGGTCGCGACGTCGGTAGTTGGGGCGGTGGGCGTTGTTGGAGCTGCGGTACCTTTTGTTACTTCCTGGAATCCTAGTGCGAAAGCCAAAGCGGCAGGGGCTGATGTTGAAGTTGATATCAGTGGTATCGAGCCGGGCCAGCTTATTCGTGTTATGTGGCGAAGCAAACCGGTTTGGATTGTGCGCCGCACCCCGGAAACCCTCGAAGAGCTTGCATCACATGAAGATAATCTTCGTGATCCCAATTCTGATGCTGAACAACAGCCTGCATTTGCAAAGAATCGCTATCGCTCGCTGAAGGAGGAATATCTCATCTTAGTGGGTATTTGTACCCACCTTGGTTGTTCTCCGCAATACCTTAAAGACGGTGCTTTTGAAGAGGCGGTTGAAGGTGTTCCAAATGGCTTTTTCTGCCCTTGTCACGGCTCTAAATTTGATATGGCGGGACGGGTGTTTCAGGGCGTGCCTGCGCCATTAAACCTGGTTGTTCCTCCTTACCAGTATGTTAACGACACCACCGTTATTATTGGTTCAGAAGCGGAGGCAGTATAA	MSNVSVDAKDSALNGGQPDNTRRRFLTVATSVVGAVGVVGAAVPFVTSWNPSAKAKAAGADVEVDISGIEPGQLIRVMWRSKPVWIVRRTPETLEELASHEDNLRDPNSDAEQQPAFAKNRYRSLKEEYLILVGICTHLGCSPQYLKDGAFEEAVEGVPNGFFCPCHGSKFDMAGRVFQGVPAPLNLVVPPYQYVNDTTVIIGSEAEAV	PGPT0030835_794	PUTATIVE	PGPT	PUTATIVE_PGPTs	PUTATIVE_FUNCTIONS	PUTATIVE_FUNCTIONS-1	PUTATIVE-ENERGY_METABOLISM	PUTATIVE-PHOTOSYNTHESIS_ELECTRON_TRANSFER,PGPT0030835-petA-K00411
AK237_03666	1266	fbcH	COG1290	Cytochrome b/c1	ATGAATGCTTTTTTAAACTGGATTGAAGCACGTATTCCAATGATGCGTGTGGCGAACATGCACGCCATTCAATATCCTGCACCTCGCAATATGAATTTCTGGTACGTGTTTGGATTTCTGGCCACTATCGTACTGGTTAATCAGCTTGTCACCGGCATTTGGTTAACCATGAACTTTAACCCGACTGCAGAGGGCGCGTTCTTCTCGGTTGAGTACATCATGCGTGAAGTCGACTTCGGTTGGATCATCCGATACATGCACAGTACCGGCGCATCAGCGTTCTTCATTGTGGTATACATGCACATGTTCCGCGGCATGATTTACGGCTCCTATCAGAAGCCCCGCGAGTTACTGTGGGTGTTCGGCATGTTCATCTATCTGGCACTTATGGCCGAAGCCTTTATGGGCTACGTACTCCCCTGGGGACAAATGTCATACTGGGGGGCGCAGGTTATCGTGTCTCTGTTTGGTGCGATTCCGGTAATAGGCCCTGATTTGGTTATCTGGATCCAGGGCGATTATGTTATCTCCGGTGCTACGCTGAATCGCTTCTTTGCGTTGCACGTTATCGCGTTGCCACTGGTTATCGTTATTCTGGTGTTCCTGCATATTATTGCATTACACGAAGTGGGCTCAAATAACCCTGATGGTGTTGCTATCAAGCACAAAAAGGGCTCATTGCCTGAAAGTGAAAAGACTAAATACGAAATCCACGAGTACTACACCAGCAAATATGACATTGCTGATGATGTGGTGCCGTTCTTCCCGCACATCGTACTTAAAGATTTAGTGGCGTTTAGTATCTTCCTGTTTGTATTCTGCTACATCATGTTCTTCGCCCCGGAGATGGGCGGGAAGTTCCTTGAACATCCAAACTTTGAAATTGCTAATCCGCTGAAAACGCCGGAGCATATTTTCCCTGTCTGGTACTTCACACCTTTCTACGCCATCCTCAAGGCGGTGCCGGATAAGCTGTTTGGTGTTATTGCAATGTTTGGCGCTATCGCGGCTCTGTTTGCTCTGCCTTGGCTTGACCGTGGACGGGTGAAATCATGGCGCTACCGCTGCGGCCTGCATAAAGTTAATCTGTTGTTGTTTGCTGCAGTATTCGTCTTCTTAGGTTACTTAGGCGGTACCCCGCAAGAAAACTGGAAAATTATTGCTTCTCAAATTGCCACCGTATTGTACTTCGGTTTCTTTGTCGCGCTGTTTTTATACAGCAAAAATGAAACGACTAAGCCTGTACCAGCGAGGATCCCGAAATGA	MNAFLNWIEARIPMMRVANMHAIQYPAPRNMNFWYVFGFLATIVLVNQLVTGIWLTMNFNPTAEGAFFSVEYIMREVDFGWIIRYMHSTGASAFFIVVYMHMFRGMIYGSYQKPRELLWVFGMFIYLALMAEAFMGYVLPWGQMSYWGAQVIVSLFGAIPVIGPDLVIWIQGDYVISGATLNRFFALHVIALPLVIVILVFLHIIALHEVGSNNPDGVAIKHKKGSLPESEKTKYEIHEYYTSKYDIADDVVPFFPHIVLKDLVAFSIFLFVFCYIMFFAPEMGGKFLEHPNFEIANPLKTPEHIFPVWYFTPFYAILKAVPDKLFGVIAMFGAIAALFALPWLDRGRVKSWRYRCGLHKVNLLLFAAVFVFLGYLGGTPQENWKIIASQIATVLYFGFFVALFLYSKNETTKPVPARIPK	PGPT0030840_890	PUTATIVE	PGPT	PUTATIVE_PGPTs	PUTATIVE_FUNCTIONS	PUTATIVE_FUNCTIONS-1	PUTATIVE-ENERGY_METABOLISM	PUTATIVE-PHOTOSYNTHESIS_ELECTRON_TRANSFER,PGPT0030840-petB-K00412
AK237_03667	735	petC	COG2857	Ammonia monooxygenase gamma subunit	ATGAGAAAACTAATGTTGTTACTGGCTTTCCTCATCCCGGGAATGGCGATGGCTGCCGGTGGAAATGTTCATTTGGACAAAGCGCCGGTCGATTTAACCGATAAAGCCTCTTTGCAGCGCGGTGCCAAAATCTTTATGAATTACTGTTTGGGTTGCCATTCCATGCAATACCAGCGTTATCAGCGTACCTTTACCGATTTAGGTATTCCTGATGAAATTGGTCAGGAAAACCTGCAGTTTACCGGTGAGAAGGTGACGGATTACATCACCCGCTCCATGCCTGAAGAAGCAGCAGCCACCTGGTTTGGTGCCGCGCCGCCTGACCTGACGCTGGTGAACCGCGTTAGAGGCTCCGACTGGATTTATACTTACCTGCGCAGCTTTTATGTTGATGAAAGCCGTCCGTTTGGTGTTAACAATGTGGTATTTAAAGATGTAGGTATGCCACATGTCCTTCAGCCGCTTCAGGGCACACCCCGTTTAACCCATGAAGAAACCATGGTGGATGGTGAAATGAAAGAACAGTTTGTTGGTATTAAGACCGATGGCGACGGTGCGCTGAGCACAGAGGAATATGACCAGGCGATTGCTGATCTGGTCAACTTCCTGGCTTACAGTGGCGAACCATTCAGATTGCAATCTGAAGCTATCGGAAAGTGGGTGTTAGTCTTTATTGTGGTGCTGTTCATCTTTGTTTTTCTGCTGAAGAAAGAATACTGGAAGGAAGTGCACTAA	MRKLMLLLAFLIPGMAMAAGGNVHLDKAPVDLTDKASLQRGAKIFMNYCLGCHSMQYQRYQRTFTDLGIPDEIGQENLQFTGEKVTDYITRSMPEEAAATWFGAAPPDLTLVNRVRGSDWIYTYLRSFYVDESRPFGVNNVVFKDVGMPHVLQPLQGTPRLTHEETMVDGEMKEQFVGIKTDGDGALSTEEYDQAIADLVNFLAYSGEPFRLQSEAIGKWVLVFIVVLFIFVFLLKKEYWKEVH	PGPT0030845_2093	PUTATIVE	PGPT	PUTATIVE_PGPTs	PUTATIVE_FUNCTIONS	PUTATIVE_FUNCTIONS-1	PUTATIVE-ENERGY_METABOLISM	PUTATIVE-PHOTOSYNTHESIS_ELECTRON_TRANSFER,PGPT0030845-petC-K00413
AK237_03668	633	sspA	COG0625	Stringent starvation protein A	ATGGCCGTAGCCGCGAATAAGCGTTCAATCATGACGTTGTTCTCAGATACTATCGACATATACAGTCACCAGGTTCGTATTGTTTTGGCGGAAAAAGGTGTGGGTGTTGAAATTAGCTACACTGATCCTACTAACCTGCCTGAGGATTTGATTGATCTGAACCCGTACGGTACTGTGCCAACCCTCGTTGACAGAGAGTTAGTGTTATACAAATCACATATCATCATGGAATACTTAGATGAGCGTTTTCCTCATCCTCCACTGATGCCTGTATACCCGGTATCACGTGGTCAAAGCCGCCTGATGATGCACCGCATCGAGCAAGACTGGTATTCGCTGGCCGCACGTATTTTCCGTAATGAAGGTGATGTAGAAGCTGCCCGTAATGAATTACGTGAAGCGTTACTTTCATTAGGTCCTATTTTCGCTGAAATGCCATTCTTCATGAGTGAAGAGTTCAGTCTGGTTGATTGCTATCTGGCTCCGCTGTTATGGCGCTTACCAGCATTAGGTATCACCCTGACAGGAAACGGCAGTAAAGAAGTGAATGCGTATATGAACCGTATTTTCTCTCGTAGCTCATTTAAAGCTTCTCTGACGGATCAGGAACGCGAAATTCATAATCCGTTATGA	MAVAANKRSIMTLFSDTIDIYSHQVRIVLAEKGVGVEISYTDPTNLPEDLIDLNPYGTVPTLVDRELVLYKSHIIMEYLDERFPHPPLMPVYPVSRGQSRLMMHRIEQDWYSLAARIFRNEGDVEAARNELREALLSLGPIFAEMPFFMSEEFSLVDCYLAPLLWRLPALGITLTGNGSKEVNAYMNRIFSRSSFKASLTDQEREIHNPL				NA	NA	NA	NA	NA
AK237_03669	459	sspB	COG2969	Stringent starvation protein B	ATGAGTAAAATGACATCCAATCAGCCGTATTTGCTGCGTGCATTTTACGAATGGATTGTAGATAACCAGTTAACGCCTTACATTGTGGTTGATGCCACTGTGGAGCGCGTAGATGTGCCGCAGGAATTCATTAAAGACGGTCAAATCGTCCTGAATGTGTCTCCTGCTGCATGCGTGAACTTCTCGCTGGATTTGGACGCCATTTCGTTTCAAGCGCGTTTCGGTGGTCAACCCCGCCAAATTTATATGCCTTGTTATGCTGTACTGGCAATTTATGCGCGAGAAAACGGCGCTGGTACCGTGTTTGCCGTTGAAGATGAATTACATCCACCTGAACAAGTGGGCGATGATGATCCTGATACGCTGAACGGACCGTCTTCCGACGTTACCGAAGGCGATTCCGAAAATGCGCCGGTGCCGCCGAAGAAAGGCAAACCCACGCTGAAAATCATTAAATAA	MSKMTSNQPYLLRAFYEWIVDNQLTPYIVVDATVERVDVPQEFIKDGQIVLNVSPAACVNFSLDLDAISFQARFGGQPRQIYMPCYAVLAIYARENGAGTVFAVEDELHPPEQVGDDDPDTLNGPSSDVTEGDSENAPVPPKKGKPTLKIIK				NA	NA	NA	NA	NA
AK237_03670	1359	mgtE_2	COG2239	Magnesium transporter MgtE	GTGGCAGAAGCACTCGAAAGCAAATCAGCACAAAGCCAACTCTGGGCACTTAATGCCGCATTAAATGATGGGCGTTTTGTTTCTGTGCGTAAAATGTTGCACGAGTTGCCGCCCAGTGACGTTGCGTTAATTCTGGAATCCAGCCCAACAAAAACCCGGCACGAATTGTGGGATCTCATCGATGGCGATTTTCACGGCGATATCTTAGAGGAATTGTCGGAAGATGTTCGTAACGGGATCATCAGCAAGATGGTGCCCGAAAAGGTTGTCGATGCGCTTGAGGAAATGGACACCGATGATCTGGCAGAAACCCTGAGCAGCCTGCCGGATGAAGTATTGCAGGATATTTTGCAATCCATGGACACTCAGGACAGGCTCCGGGCGGAACAGGCGCTTTCTTACGGTGAAGAAACCGCCGGCTTTATCATGAATACCGACACCATCACATTGCGTCCTGATGTGACTGTAGATGTAGTGTTGCGTTATCTCAGGCTGAAAGGCGATTTACCGGAAAACACAGATACCTTTTATGTGGTTAACCGTACAGACAACCTGGTCGGTATCGTACCCGTAGCTCGCTTATTAACCGCTGATCCAGAAGACAAAGTGTCAGAGGTAATGGATGATGACCCTGAAGCTATTCCCGTCAACATGCCAGATGGTGAAGTTGCCAGCTTATTTGAACGTTACAACTGGTTGTCCGCCCCGGTAATCGATGAGAAAAACCGTCTCGTCGGACGAGTTACCATTGATGACGTAGTCGATATTATTCGCGAAGACGCAGAACACTCAATGATGAGTATGGCCGGTTTAGACGACGAAGAAGATACCTTCGCGCCGGTATTGCAATCGACGCAGCGCCGTTCCGTGTGGCTGGCAGTGAATCTGGTTACGGCGTTGCTCGCGGCAGCGGTCAGCGATTTATTTGAAGCAACGCTAAGCCAAATGGCCGTGCTTGCCATCCTGAATACTATCGTTCCCAGTATGGGGGGTGTAGCCGGTAATCAGACGCTCACCCTGGTTATCCGTGGTATGGCTCTGGGCCATGTTAATGGCAGCAATGCAAAGTGGCTGGTTAACAAAGAGCTGGCTATCGGTCTGTTAAACGGCATGATGTGGGCGCTACTCATTGCCTCTGTGATTGGGCTGTGGAAGCAGGATCTCATGCTGGGCCTCGTTATCGCCTTTGCCATGCTCATTAATATGATTGCCGCCGCGCTATCCGGTGCAACCTTACCTATGATCATGAAACGTCTGAAAATTGACCCGGCGTTGGCAGGAAGCGTGATCCTGACAACCATTACTGACGTCGTTGGCATATTTGCGTTTTTAGGCACTGCGACATTATTACTGACCTGA	MAEALESKSAQSQLWALNAALNDGRFVSVRKMLHELPPSDVALILESSPTKTRHELWDLIDGDFHGDILEELSEDVRNGIISKMVPEKVVDALEEMDTDDLAETLSSLPDEVLQDILQSMDTQDRLRAEQALSYGEETAGFIMNTDTITLRPDVTVDVVLRYLRLKGDLPENTDTFYVVNRTDNLVGIVPVARLLTADPEDKVSEVMDDDPEAIPVNMPDGEVASLFERYNWLSAPVIDEKNRLVGRVTIDDVVDIIREDAEHSMMSMAGLDDEEDTFAPVLQSTQRRSVWLAVNLVTALLAAAVSDLFEATLSQMAVLAILNTIVPSMGGVAGNQTLTLVIRGMALGHVNGSNAKWLVNKELAIGLLNGMMWALLIASVIGLWKQDLMLGLVIAFAMLINMIAAALSGATLPMIMKRLKIDPALAGSVILTTITDVVGIFAFLGTATLLLT	PGPT0013995_2508	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-MAGNESIUM_TRANSPORT,PGPT0013995-mgtE-K06213	NA	NA
AK237_03671	756			hypothetical protein	ATGAAGCAGATTAAGCAAGTTGTTAGCACCTTAAAACGAAGCCTCAAACAACGGGGCTTTACCTACAAATCACTTGCAGATGCGTTGGCGTTAAGTGAGGCCAGCATTAAACGATGTTTTGCACAGGAGTCATTTACTTTAGAGCGACTCGCTCAAATTTGCGACGCGATGGATATGACTCTTCACGACCTCTTTCAGTTGAGCGACAAAGAACAACCTACCCTTTCTCAGCTTTCCGAAGAACAAGAACAGGAATTACTTGCCAATCCCAAATTGCTGCTAATGGCCGTACTGGTCAGAGATGGCTGGGATTTTGACGACATCATTAATCACTACGACATAGAAGCATTGGAGGGTATAAGGCTTCTGGCCAAGCTAGATAAACTCAGGCTAATTGAATTGCTACCCGCAAATCGCTATCGTCTCCGGATTGGACAAAACTTTCGCTGGATCCCCGGCGGGCCACTCGAACAGTTTATGGAACAAGAAGTCATGGTGAAATTTATGGCACCGAAACGAGGTGAGCCCTGGCTTTTCAGATTGTATTTACGAGGGCGCTATTCAGACGACTCTATCCGCATTATCGAAAAACGGCTCAAACAACTGTCTACCGAGGCGGCAGAACTCAACGATGCAGACTCATCTTTACCAATTTCTGAACGCCAGCATATTGGGATGCTACTTGCCATGCGACCGTGGGAGCCCTCGTTATTTGAGAATATGCGACGGGAGGACATCGCCAACGCGCAGCAGTAA	MKQIKQVVSTLKRSLKQRGFTYKSLADALALSEASIKRCFAQESFTLERLAQICDAMDMTLHDLFQLSDKEQPTLSQLSEEQEQELLANPKLLLMAVLVRDGWDFDDIINHYDIEALEGIRLLAKLDKLRLIELLPANRYRLRIGQNFRWIPGGPLEQFMEQEVMVKFMAPKRGEPWLFRLYLRGRYSDDSIRIIEKRLKQLSTEAAELNDADSSLPISERQHIGMLLAMRPWEPSLFENMRREDIANAQQ				NA	NA	NA	NA	NA
AK237_03672	120			hypothetical protein	ATGAAACATGGAATTGCATTAGGTGTAACGTTAATTACTTTGAGTGGGAACGTAGTGGCAGACGACTCGATGACCCACACTCGTCAGGCAAGTAAACACTCTACGCCGGCCAGTCAGTGA	MKHGIALGVTLITLSGNVVADDSMTHTRQASKHSTPASQ				NA	NA	NA	NA	NA
AK237_03673	396	yiaA	COG4682	Inner membrane protein YiaA	ATGATGACCGTAAATAAACCTACTAACGCCTTTTTTATAGCTTCCGTTGTGGCGCTGTTAACTGGATTCGCTGCTTATCTTATCGGACTATATAATGCTGATATGGCGCTGAATGAAAAAGGCTACTACTTCGCTGTTTTCTTGTTTGGCCTTTTTGCCGCGGTATCTGTGCAAAAAACAGTAAGAGACAACATGGAAGGTATACAGACTACAAAGATATATTTATTGCTGTGTTGGATTGGACTCGGTGCTGCAATTGCATTACTCGTTATTGGGTTGGTTAATGCTAACTTGATGCTGAGTGAAAAAGGCTTCTACGGGATGGGGTTTGCGCTGAGCTTATTTGCTGCCATTACCGTGCAGAAAAATGTGCGGGATAACGCCGCTGTAGAATAA	MMTVNKPTNAFFIASVVALLTGFAAYLIGLYNADMALNEKGYYFAVFLFGLFAAVSVQKTVRDNMEGIQTTKIYLLLCWIGLGAAIALLVIGLVNANLMLSEKGFYGMGFALSLFAAITVQKNVRDNAAVE				NA	NA	NA	NA	NA
AK237_03674	741	yxeM	COG0834	putative amino-acid-binding protein YxeM	ATGATTCGTTATGCTTTCTTCATATTATTCTTTGCTGTTTTATTGCCAGATACTGCGCACAGTGCTGAGTATAAGCACGTGCTCGGTATTGGAGGGAGTCAATGGCCTCCTTATCTTTACGAAAATGATGCCAAAGAACTCACCGGCGAAGATTATCTACTTCTTAAAAACGTACTCGAAGAGCTCGACTACGCGTTAGACAGGCAATTCCTGCCGGAGAAACGCGTGGGGTTACAAATCGCCAATGGCAGTATAGATGTCGTGTTAGGCGCGGCGTATAACTCGTTGAGGGCGCAAAACAATCATTTTTCGGTGCCCTATCGACAGGAAGTCATTACCTTTGCTTACATGCCCTCTCACCATGATGAATATGCACATAAAAGCCTCGATGAGTTACTTCAGGCTGGTAAAACTCTGGCACTGAACACCAGTGGATGGTATGGAAAATGGTTCGCCGACAACATCACCCGGAAATACTCCTCGCAGCTCGTTCATTTAGATAGCGTAGACCGACGGCTGCGTTTTTTAGGCCGTGGGCGTGTCGACCTGGTACTTGACGACGAGCGTGTTATTGAGTTCAACGCACAGCATTTAGGGCTGGAACTGGAAGTCAGCCCAACACCGGTGGAGCATCAACCTGTTCATTTTATGTTTAGTAAACGGGTAGTCAATAAAGCATTTATTGAAGAGTTCAACGAGGCGCTGTTAAAGCACCTCGTCACTGAAAAGCCTGATACCTAG	MIRYAFFILFFAVLLPDTAHSAEYKHVLGIGGSQWPPYLYENDAKELTGEDYLLLKNVLEELDYALDRQFLPEKRVGLQIANGSIDVVLGAAYNSLRAQNNHFSVPYRQEVITFAYMPSHHDEYAHKSLDELLQAGKTLALNTSGWYGKWFADNITRKYSSQLVHLDSVDRRLRFLGRGRVDLVLDDERVIEFNAQHLGLELEVSPTPVEHQPVHFMFSKRVVNKAFIEEFNEALLKHLVTEKPDT	PGPT0020800_15116	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_TRANSPORT	PLANT_DERIVED_POLAR_AMINO_ACID_TRANSPORT,PGPT0020800-ABC_PA_S-K02030	NA	NA
AK237_03675	273	ptsO	COG1925	Phosphocarrier protein NPr	ATGCGTGTAGAGAAGTCGCTGACGATTGTGAACAAACTTGGCCTACATGCCAGAGCCGCAACACAGTTGGTACAACTTGCTAATCAGTTTGACGCCGAAGTACTGCTTCAAAAAGGCGACAAGCAGGCCAACGCTAACAGTGTATTAGGCTTAATGATGATGGAGAGTCATCAAGGTGAGCAGGTCACGGTGATATCAGAAGGACCAGATGCAGAAGCCGCGATGGATGCGGTTGAAGCGCTTATTGCAGGCAAATTTAACGAAGACGAGTAA	MRVEKSLTIVNKLGLHARAATQLVQLANQFDAEVLLQKGDKQANANSVLGLMMMESHQGEQVTVISEGPDAEAAMDAVEALIAGKFNEDE	PGPT0016875_1760	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
AK237_03676	846	rapZ	COG1660	RNase adapter protein RapZ	GTGAAGTTAATCATCATCAGTGGCCGCTCTGGTTCAGGTAAATCTGTCGCCCTTCGGGCGTTAGAAGATTTAGGCTACTACTGTGTCGACAATATTCCAGTTAACCTGCTTCCCGCACTGACTCATACCGTCGCCGACGAGTATGAGCAAGTTGCGGTTAGCATTGACGTACGAAACCTTCCCAAAGATCCCTCTGAACTAGTGGAGATCCTCGATTACCTGCCAGAGTCCTGGACGGTGACTATTGTCTACATCGACGCCAGCGACGATATGCTGGTTCGACGATTCAGTGAAACCCGCCGACTCCACCCTTTGGCGAAACTGAATAAGTCCTTATCAGATGCCATTCAAACAGAGAAAGAGCTTTTAGCACCGGTTGCAGAACGAGCTGACTTAAATATTGATACCGACTCACTCAGCATCCATCAACTCGCAGAGCTTATCCGTGAACGTATATTGGGTAAGAAAAGCTCTCGTTTGGTATTGGTATTTGAGTCTTTTGGCTTTAAACATGGCATCCCAAAAGATGCAGACTACGTGTTTGATGCCCGGTTCTTACCCAACCCTCATTGGGAGCCAGATCTGAAACACCTTACTGGTTTAGATACACCCGTGCAGGTTTTCTTGAGCTCTCAGCCAATCGTGACTAAATTTATATGGCAGATCCAAAATTTGATCACGACGTGGCTGCCACATTTAGAACGTAATAACCGTAGCTATGTCACCGTTGCCATTGGATGTACCGGCGGACAGCATCGGTCTGTCTATGTTGCTGAATCGTTGGCGAAGAATTTTCGCGAGAGTCATCCTGATGTGCAAATTCGTCACAGGGAGCAAAGTAAGTAA	MKLIIISGRSGSGKSVALRALEDLGYYCVDNIPVNLLPALTHTVADEYEQVAVSIDVRNLPKDPSELVEILDYLPESWTVTIVYIDASDDMLVRRFSETRRLHPLAKLNKSLSDAIQTEKELLAPVAERADLNIDTDSLSIHQLAELIRERILGKKSSRLVLVFESFGFKHGIPKDADYVFDARFLPNPHWEPDLKHLTGLDTPVQVFLSSQPIVTKFIWQIQNLITTWLPHLERNNRSYVTVAIGCTGGQHRSVYVAESLAKNFRESHPDVQIRHREQSK				NA	NA	NA	NA	NA
AK237_03677	444	ptsN	COG1762	Nitrogen regulatory protein	ATGGATATACAAGCCATCGTTAGCCTGGACCGCACTGAATGTGCGGTCCAGTGCAATAGCAAAAAACGCATTCTCGAAATTATCAGCGGGATTGCGGCTAAAAATAACCCCGATATAGACGAAGCCACCGTATTAAGTAGCCTGATGGCCCGTGAGCGCATGGGCAGCACAGGTATCGGAAACGGTATTGCACTTCCCCATGGCCGTTTAGCCGGACTGGAAAAAGTGATAGCGATTGTTGTCACCAGCTCCCCTGCTATCGATTTCGATGCCATTGATAACAAACCGGTAGATATCTTCTTCACCCTGCTCGTACCTCAGGAACAAACCGAAGGTCACTTACAAACCCTGGCTACCGTTGCCGGCAAGCTAAGTGACAAAGAGACAATAAAAACTATCCGAAAAGCTCAGACAAGTGATGATATTATTCGCGCATTACAGTAA	MDIQAIVSLDRTECAVQCNSKKRILEIISGIAAKNNPDIDEATVLSSLMARERMGSTGIGNGIALPHGRLAGLEKVIAIVVTSSPAIDFDAIDNKPVDIFFTLLVPQEQTEGHLQTLATVAGKLSDKETIKTIRKAQTSDDIIRALQ	PGPT0000135_2072	DIRECT EFFECT	BIO-FERTILIZATION	NITROGEN_ACQUISITION	N-AQUISITION-ATMOSHPHERIC_NITROGEN_FIXATION	N-FIX-OTHER_NITROGEN_FIXATION_REGULATORS,PGPT0000135-ptsN-K02806	NA	NA
AK237_03678	288	hpf	COG1544	Ribosome hibernation promoting factor	ATGCAAATCAACCTTTCTGGTCATCACATTGAGATCACTGATTCTTTGCGTAATTATGTCGATACCAAGTTCAGCAAGTTAGAACGCCACTTTGATCACATATCAAATGTGCACGTTATTTTAAATGTTGAAAAGCTTAGCCAAAAAGCAGAAGCAACGGTTCACCTTAGCGGCGCGGAAGTCTTCGCCTCTTCCGAAAATCAGGACATGTATGCGGCCATCGATAGTATGGTTGATAAACTCGACAGACAAGTCCTGAAACACAAGGAAAAGCTGAAAAAGCACTAA	MQINLSGHHIEITDSLRNYVDTKFSKLERHFDHISNVHVILNVEKLSQKAEATVHLSGAEVFASSENQDMYAAIDSMVDKLDRQVLKHKEKLKKH				NA	NA	NA	NA	NA
AK237_03679	1443	rpoN	COG1508	RNA polymerase sigma-54 factor	ATGACGCCGCAGCTTCAGCAGGCGATTAAGCTATTGCAGTTGTCTACGCTAGACTTACAACAAGAAATTCAGGAAGCGCTGGATTCCAATCCATTGTTAGAAGTGGACGAAAGCTCTGATAACGACATTATCGAGAAAAATAATATCGATAACGATGACAGTATGCAGGAATCAGCATCTGCATCATCTTCCGATAACATGGATACCGGTGAAGCGTTAGAGAAAAACGATTTACCTGATGAACTGCCTATCGACAGCACATGGGATGAGTACATTTCTGCGTCTTCTGCTCCTGCTCCGGGCCCTTCAGGTGGCGACGACGAGCAAATATTCCAGGGTGAAACCACCGAGAACATACAGGATCATTTGCTATGGCAAATGCGCCTCACGCCGTTTTCTGATACTGACCGCGCGATTGCGCTTGCCATCATTGATTCAATTGACGAATCAGGTTACCTCACCGTCACCGTTGAAGACATTCTGCAAAGCGTGAACAGTGACGACATGGAAGAGCCCGTTGAAGAAGACGAAGTAGAATGCGTGTTGAAACGTATTCAGCTTTTTGACCCTTTAGGCTCAGGCTCACGCACACCACAAGAATGTTTGTTGGTGCAACTGGCACAATTTGCGCCTGACACGCCGTGGCTGGAAGAAGCGAAGCTGCTGCTTAGAGAGCATTCTGATTTACTTGGCAGCAAAGATTACCGTACCTTAATGCGCAAAACACGTTTGAAAGAAGATCAGCTTCGTGAAGCGATGCGCTTGCTGCAAACGCTTAACCCTCGTCCGGGCAGTGCGTTAATTACAAAAGAACCGGAATATGTCATTCCTGACGTATCAGTAGCAAAGAAAAATGGTCGTTGGGTGGTTGAATTAAACCCAGATAGCTTGCCTAAGCTCAGTGTTAATCAGCAATATGCCGCAATGAGCCGTAAAGCAAGAAACAGCAGTGACTCTCAATTCATTCGCTCTCACATGCAAGAAGCGAAATGGTTTATTAAAAGTTTAGAGAGCCGAAACGACACACTGCTAAAAGTCGCAAATTGTATTGTTCAGCAACAAATGGGCTTTTTTGAGCATGGCCCTGAAATGATGAAACCAATGGTGCTGAATGATGTCGCAGAAATGGTAGATATGCACGAATCTACTATTTCCAGGGTAACGACGCAGAAGTATATGCACACCCCTCGTGGTATTTTTGAATTGAAGTATTTCTTCTCAAGCCACGTTGCCACTGAATCTGGCGGTGAGTGTTCTTCTACGGCAATTCGCGCCCTGATTAAGAAGCTGGTTGCCGCTGAAAAGCCAAGCAAGCCGCTGAGTGACAGCAAGATTGCTTCGTTGTTGGCCGATCAAGGCATAATGGTTGCCCGGCGAACAATAGCAAAGTACCGGGAATCCTTGTCGATCCCGCCGTCTAACCAACGCAAAAGCCTTATTTAA	MTPQLQQAIKLLQLSTLDLQQEIQEALDSNPLLEVDESSDNDIIEKNNIDNDDSMQESASASSSDNMDTGEALEKNDLPDELPIDSTWDEYISASSAPAPGPSGGDDEQIFQGETTENIQDHLLWQMRLTPFSDTDRAIALAIIDSIDESGYLTVTVEDILQSVNSDDMEEPVEEDEVECVLKRIQLFDPLGSGSRTPQECLLVQLAQFAPDTPWLEEAKLLLREHSDLLGSKDYRTLMRKTRLKEDQLREAMRLLQTLNPRPGSALITKEPEYVIPDVSVAKKNGRWVVELNPDSLPKLSVNQQYAAMSRKARNSSDSQFIRSHMQEAKWFIKSLESRNDTLLKVANCIVQQQMGFFEHGPEMMKPMVLNDVAEMVDMHESTISRVTTQKYMHTPRGIFELKYFFSSHVATESGGECSSTAIRALIKKLVAAEKPSKPLSDSKIASLLADQGIMVARRTIAKYRESLSIPPSNQRKSLI	PGPT0000795_960	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
AK237_03680	726	lptB	COG1137	Lipopolysaccharide export system ATP-binding protein LptB	ATGGCAACCCTTAGCGCGACACATTTGGCAAAGTCGTACAAATCTCGCCAGGTTGTACGGGACGTAAGCTTATCAGTATCTACCGGGCAAATTGTTGGCTTACTTGGGCCGAACGGCGCGGGTAAAACCACCACGTTTTACATGATTGTCGGTCTGGTGCCTTTGGACAAAGGCCAGATCCTTATTGATGAGCAAGAATTGACTCACCAACCGATGCATGAAAGAGCACGGCGGGGAATTGGTTACTTACCCCAGGAAGCGTCCATCTTTAGAAAGCTCACTGTTCACGAAAATATTATGGCGATTTTGCAAACTCGCAAAGACTTAAAAAGCCACCAACGTGAACAAGAAGCGGATGCCCTACTTGATGAATTTAATATTAACCATATACGTAATAGTACAGGGATGAGTTTGTCAGGGGGAGAACGTCGTCGTGTAGAGATCGCTCGCGCCCTTGCTGCTAACCCACAATTTATTTTGTTAGATGAACCCTTCGCCGGAGTTGACCCAATTTCGGTTAATGATATAAAGAAGATCATTCAACATTTGCGAGACAGAGGTATAGGTATACTCATTACCGACCACAATGTCAGGGAAACCCTTGATGTGTGCGAGGAAGCCTATATCGTCAGTCATGGAGAACTGATTGCTCAAGGCACAGCGGAACAGGTTTTAAGTAATCAAAAAGTTCGGGATGTATACCTGGGTGAGCAATTCAGGCTATAG	MATLSATHLAKSYKSRQVVRDVSLSVSTGQIVGLLGPNGAGKTTTFYMIVGLVPLDKGQILIDEQELTHQPMHERARRGIGYLPQEASIFRKLTVHENIMAILQTRKDLKSHQREQEADALLDEFNINHIRNSTGMSLSGGERRRVEIARALAANPQFILLDEPFAGVDPISVNDIKKIIQHLRDRGIGILITDHNVRETLDVCEEAYIVSHGELIAQGTAEQVLSNQKVRDVYLGEQFRL	PGPT0023300_1970	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-REMODELLINGLPS|LIPID|IVA_METABOLISM	CE-REMODELLING_LPS_TRANSPORT,PGPT0023300-lptB-K06861	NA	NA
AK237_03681	579	lptA	COG1934	Lipopolysaccharide export system protein LptA	ATGTTCAAACGATTTATTCCCCTGGCAGCTAGTTTAATAAGTGCAGCTGGCCTTGTGCTTTTACCTTCCATTGCCCTCGCCGACTCCAGCGATTTTGACAAGCCCATTAAGGTGGACGCCAAATCGCAATTCATCGATGGCAAAAAGAAGAAGTCAGTGTTTAAAGACGATGTAAAAATCACCCAGGGATCGTTAATTATCGCCGCCGATGAAGTGGAGGCGATTGCTACAGACGGTGAAGGGAAAGAAATATTTATTGCGCGTGGCAAACCGGCGAGTTACTCCCAATCTATGGATGATGGCAGTAAAGTAAAAGCAAGCGCCAATGAAATTCGCTATGAGGTCGCTAAACAGCTTATATCCCTGCAAGGTAGCGCACAAATTCAGCAAGATACCAGCATGGTGCAGGGAGACAGTATCACTTATGATATGGCGAAAGAGCAACTGTTGGCCACCGGCGGAGAAAGCAATAATAACGGCCGGGTTACAACCGTTTTCCGTCCTGACACCGTAAAAGGGCTCGCAGAAGGTGAAGAGAAAGACACCAGCGGTGACAAAAACGAGGACAAGCAAAAGTAA	MFKRFIPLAASLISAAGLVLLPSIALADSSDFDKPIKVDAKSQFIDGKKKKSVFKDDVKITQGSLIIAADEVEAIATDGEGKEIFIARGKPASYSQSMDDGSKVKASANEIRYEVAKQLISLQGSAQIQQDTSMVQGDSITYDMAKEQLLATGGESNNNGRVTTVFRPDTVKGLAEGEEKDTSGDKNEDKQK	PGPT0023301_814	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-REMODELLINGLPS|LIPID|IVA_METABOLISM	CE-REMODELLING_LPS_TRANSPORT,PGPT0023301-lptA|yhbN-K09774	NA	NA
AK237_03682	564	lptC	COG3117	Lipopolysaccharide export system protein LptC	ATGAACCGACTTGGGATAAGTATATCGGCGCTGTTTGTTATGGCGCTATTAATGTACTTACCAGTTTGGATGGCTGACGAAGAAGCACCAGCGAAAAAAGGTGGTGCAGATGCGTTACGCCCTGCTTATAAAGCTAAAAACCTTACCACTACCTTGTACAATGAAGAAGGCAAGGTAAATCACGAAGTATTCGCCGCGTCGATGGAACATTACGATCAACTAGGCTTTGTGTTATTTAACCAACCCAAATACACTGTCTATGTAAATGAAGATGAAGCACCTTGGCAGGTCACCGCTGATGAGGGTACGTTGTACAACGACGACCTGATTCAACTAGAAGACAATGTGCTGATAAAGAGCTTGAATCCGGAAGAGTTTATTCAATCCATCACAACGAATTTTATTAAAGTCAATTTGGATGATAAAACCATGACCTCGGATCAACCGGTAGACATACGCGGTGTCCAAACCATCATTAAAAGTAATGGTTTCAATGCGAACCTACGTACCCAACAATATGAGTTGATTGATCATGTTCAAACGATTTATTCCCCTGGCAGCTAG	MNRLGISISALFVMALLMYLPVWMADEEAPAKKGGADALRPAYKAKNLTTTLYNEEGKVNHEVFAASMEHYDQLGFVLFNQPKYTVYVNEDEAPWQVTADEGTLYNDDLIQLEDNVLIKSLNPEEFIQSITTNFIKVNLDDKTMTSDQPVDIRGVQTIIKSNGFNANLRTQQYELIDHVQTIYSPGS	PGPT0023299_1671	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-REMODELLINGLPS|LIPID|IVA_METABOLISM	CE-REMODELLING_LPS_TRANSPORT,PGPT0023299-lptC|yrbK-K11719	NA	NA
AK237_03683	555	kdsC	COG1778	3-deoxy-D-manno-octulosonate 8-phosphate phosphatase KdsC	ATGGGACATGAAGTCACCTTTTATGGCGTGATCAGTGAAGAGCGATTTGAAAAGCTAAAAAACCTCAGGTTATTGGTGTGTGATATCGATGGGGTGTTTTCAGACGGCCGGATTTATTTAGGTAACGATGGCGAGGAGCTTAAAGCTTTTCACACCCGGGACGGGTATGGAATTAAAGCACTCATCAATAGTGGGGTGGATGTAGCGGTGATTACCGGCCGCGAATCGGCTATTGTTAAAAACCGCATGACAGCCTTGAATGTTAAGCACATTATCCAGGGGCAGGAAGATAAAGCCTCTGCGATTGCAGCGCTGTGTAAAACGCTGGAGCTGAATGCCTCTGAAGTTGCAGCCATCGGCGATGATATGCCTGATCTTGGCATGTATAAACACGCCGATACGCGCATCGCAGTGAAAGATGCCCACCCTGCCGTTACCCGCGAAGCCAACTGGATTACAACCAAGCCCGGTGGCTTTGGTGCAGTGCGCGAAGTATGTGATGTTATCATGCAAGCGTTGGGCACCCTCGAAACCATTCACGGAGCCAGTGTATGA	MGHEVTFYGVISEERFEKLKNLRLLVCDIDGVFSDGRIYLGNDGEELKAFHTRDGYGIKALINSGVDVAVITGRESAIVKNRMTALNVKHIIQGQEDKASAIAALCKTLELNASEVAAIGDDMPDLGMYKHADTRIAVKDAHPAVTREANWITTKPGGFGAVREVCDVIMQALGTLETIHGASV	PGPT0023070_676	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-REMODELLINGLPS|LIPID|IVA_METABOLISM	CE-REMODELLING_LPS-8-AMINO-3|8-DIDEOXY_D_MANNO-OCTULOSONIC_ACID_MODIFICATION,PGPT0023070-kdsC-K03270	NA	NA
AK237_03684	972	kdsD	COG0517	Arabinose 5-phosphate isomerase KdsD	ATGAAGAATTCAACGTACATTGCATCCGCAAAGCGGGTCATCGCCATCGAAACTGAGGCTGTTAACGCCCTTTCACACCGCTTAGACAGCACTTTTGAAAAAGCATGTGAATTACTTGCGGCATGCAAAGGAAAAGTGGTGGTTTGTGGTATGGGTAAGTCAGGTCATATTGGCCATAAGATTGCCGCCACCCTGGCCAGTACAGGCACGCCAGCTTTTTTCATGCATCCGGGCGAAGCCAATCATGGTGACCTTGGCATGCTGAGTGAAAACGATGTGCTATTAGCAATTTCAAACTCGGGTGAAACAGCAGAACTACTGAACTTGCTTCCTGTGGTTAAACGCTTAAATGTCCCCGTGATAGCCATGACGAACAGTACAACCAGTACGTTAGGGCAACATGCCGATGTCGTTCTGAACATTAGCGTAGAAAAAGAAGCCTGTTCGCTAGGCTTAGCGCCGACATCAAGTACAACAGCCACGTTAGTGATGGGCGACGCACTGGCTATTGCTTTGCTGGATGCTAAAGGTTTCACCTCCGATGATTTTGCGCTGTCTCACCCCGGTGGCAGTTTGGGGAGAAAACTCCTTTTAAAAGTGCGCGATATCATGTTAGCTGATGACGCCCTGCCGCTGGTTAATGCTACTGCCACAGTATCTGAAGCCTTATTGGAAATATCCACCAAAGGATTAGGCATGACAGGTATCACTGACGATGCAGGAAAACTAATTGGTGTATTCACCGATGGCGATTTGCGCCGAATCTTAGACGCGCGCATCGATATCCATGCCACCGCCGTTGAAAAAGTCATGACCCGGGGCGGCAAAACAACCCGTGCTGAGACACTGGCAGTAGAAGCGCTCAATAGCATGGAGAAACATAAAATAAGTGCACTTATGGTGATTAACGAACACGACATTCCCATTGGTGCGTTCAACATGCATATGCTGTTAAAAGCAGGAGTTCTCTAA	MKNSTYIASAKRVIAIETEAVNALSHRLDSTFEKACELLAACKGKVVVCGMGKSGHIGHKIAATLASTGTPAFFMHPGEANHGDLGMLSENDVLLAISNSGETAELLNLLPVVKRLNVPVIAMTNSTTSTLGQHADVVLNISVEKEACSLGLAPTSSTTATLVMGDALAIALLDAKGFTSDDFALSHPGGSLGRKLLLKVRDIMLADDALPLVNATATVSEALLEISTKGLGMTGITDDAGKLIGVFTDGDLRRILDARIDIHATAVEKVMTRGGKTTRAETLAVEALNSMEKHKISALMVINEHDIPIGAFNMHMLLKAGVL	PGPT0023075_2058	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-REMODELLINGLPS|LIPID|IVA_METABOLISM	CE-REMODELLING_LPS-8-AMINO-3|8-DIDEOXY_D_MANNO-OCTULOSONIC_ACID_MODIFICATION,PGPT0023075-kdsD|kpsF-K06041	NA	NA
AK237_03685	957	yrbG_2	COG0530	Inner membrane protein YrbG	GTGATACTTTCTATCTGTATTTTCCTGCTGGGACTTGCTGTACTTAGCTGGAGTGCCGACCGCTTCGTATATGGCGCTTCCGCACTGGCGAAAAATATCGGAATCTCCCCCATGATGATCGGTTTAACGATTGTTGCTATGGGTTCTTCAGCACCAGAAATTGTTGTTTCAGCGATTGCCTCATCAAACGGAAATATGAATACCGCGGTGGGCAACGCTATCGGCTCTAATATAACGAACATTGCTCTCGTTCTGGGTATTACTGCGCTGGTAAAACCCTTAGTCGTGTCTTCCTCCACACTGAAACGTGAATTTCCTGTGCTTCTGGCAGTGACCGTATTGGCTATGTTCTTTTTAAATAATGGCAAATTAGCCCATTTCGAAGGCATGGTACTGTTCGGCTTATTCGTATTTGTGTTAGCCGGTATGGCCTGGATTTCTATGCTGGTCGATAAAGAAGACCCATTGGTAAAAGAAACCGACAGTGAAATTCCTGACGGCGTTAATACCGGTTCAGCTGTACTTTGGGTTGGCGTAGGTATTGTGTTGTTGCCGTTAAGTGCCCATTTTATGGTAGACGCCGCGGTCAACATTGCACACTACTTTGGCGTGTCTGATTTAGTGATAGGCCTTACCGTCATTGCACTAGGTACCAGTTTGCCAGAGCTTGCTGCGAGCGTTGCAGGTGTTCTGAAGGGCGAAAGTGACTTAGCACTTGGGAATGTCATTGGCTCAAATATTTTCAACCTGCTGGCGGTATTAGGTATGCCGGGTTTGATTGCACCGGGCTTCCTTGATGAGAACGTTTATAACAGAGACATGTGGGTAATGTTTGGCCTCACTGTACTGTTATTCTTTTTAAGTTTTAATTTTATTGGTAAGCGTCAATTAGGTCGCCTGGAAGGCGGAATTTTTGTACTTTGTTTCATTGCTTATCAATTCTGGCTATTTGGTTAA	MILSICIFLLGLAVLSWSADRFVYGASALAKNIGISPMMIGLTIVAMGSSAPEIVVSAIASSNGNMNTAVGNAIGSNITNIALVLGITALVKPLVVSSSTLKREFPVLLAVTVLAMFFLNNGKLAHFEGMVLFGLFVFVLAGMAWISMLVDKEDPLVKETDSEIPDGVNTGSAVLWVGVGIVLLPLSAHFMVDAAVNIAHYFGVSDLVIGLTVIALGTSLPELAASVAGVLKGESDLALGNVIGSNIFNLLAVLGMPGLIAPGFLDENVYNRDMWVMFGLTVLLFFLSFNFIGKRQLGRLEGGIFVLCFIAYQFWLFG	PGPT0014400_2506	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-H+_ANTIPORTER,PGPT0014400-yrbG-K07301	NA	NA
AK237_03686	801	mlaF	COG1127	Intermembrane phospholipid transport system ATP-binding protein MlaF	ATGGGAAATTTAGTGGAAATAGACAACATGACCTTCCGGCGCGGCCAACGCGTTATCTACGATGGAGTGTCTATTGTTGTTCCCAAAGGCAAGATTACTGCGGTAATGGGCCCAAGTGGGATAGGTAAAACCACCTTATTGAAATTAATTGGTGGTCAGTTAACGCCTGATGAAGGGGATATTCGCTTCGACGGCGATAGTATCGTGTCAATGAACCGCAGCGAATTGTATAAAACCCGCCGTCGTATGAGCATGCTCTTTCAGAGCGGTGCATTGTTTACCGACATGTCTGTGCGGGACAATGTAGCGTTTCCGCTGAAAGAACATACAAAATTAACTGACGATATTATCAACACCATTGTCGCACTTAAGCTACAGGCTGTCGGGTTACGCGGTGCTGCAGACATGATGCCCAGTGAATTGTCAGGTGGTATGGCGAGACGTGCGGCATTGGCGCGGTCGATTTCCCTCGACCCTGACCTCATTATGTACGATGAGCCGTTTGCCGGACAGGATCCCATTTCAATGGGGGTGCTGGTTAAACTCATCCGCGAATTAAACGATGCACTGGATGTTACCAGTATCGTGGTTACCCACGATGTAACAGAAGTGCTTACCATTGCTGATTACATCTACATATTGGCCGACAAGCGCATCATTGGGCAGGGTACAGCAGAAGAGATTAAAAATAGTGATTCTGCGCTGGTGCAGCAATTCCTTAAAGGGGAAGCTGATGGTCCGGTGCCTTTCCATTATCCGGCAAACGGGTTAGCGGAAAGTTTGTTTGGAGGTAATGCATGA	MGNLVEIDNMTFRRGQRVIYDGVSIVVPKGKITAVMGPSGIGKTTLLKLIGGQLTPDEGDIRFDGDSIVSMNRSELYKTRRRMSMLFQSGALFTDMSVRDNVAFPLKEHTKLTDDIINTIVALKLQAVGLRGAADMMPSELSGGMARRAALARSISLDPDLIMYDEPFAGQDPISMGVLVKLIRELNDALDVTSIVVTHDVTEVLTIADYIYILADKRIIGQGTAEEIKNSDSALVQQFLKGEADGPVPFHYPANGLAESLFGGNA	PGPT0007015_2205	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_LIPID_METABOLISM	PLANT_DERIVED_PHOSPHOLIPID|CHOLESTEROL_TRANSPORT,PGPT0007015-mlaF|linL|mkl-K02065	NA	NA
AK237_03687	777	mlaE	COG0767	Intermembrane phospholipid transport system permease protein MlaE	ATGAAGTTTCTCCAACAGAGCGGTGCAAATACTATCGGCAAAGTTGCAGCAATTGGCCGTGCAGGTGTCATGCTATTTGGCGCACTATTCGCCGCACCAAAATTAAAGAATATTCCGCTTACCATCCGCCAGGTTTATGTGGTGGGTGTGCAGTCGTTGCTTATTATTGTTGTGTCCGGTTTGTTCATCGGCATGGTGATGGCGTTGCAGGGATACACAATCTTAGTGGGATATGGCGCTGAAGGTAGTTTGGGCCCCATGGTCGCATTGTCACTGTTGCGCGAGTTGGGCCCCGTTGTTACGGCGCTTCTTTTCGCTGGTCGGGCAGGCTCTGCACTTACTGCGGAAATAGGCCTCATGAAAGCGACCGAGCAGTTATCCAGTTTAGAAATGATGGCCGTTGATCCTTTACGTCGTGTTGTTGCACCGCGTTTTTGGGCGGGCATGATTTCAATGCCTTCTTTGGCACTGATTTTCAGTGCAGTGGGTATTTTAGGCGGACATTTGGTTGGCGTCGATTGGTTGGGCGTTGACGGCGGTAGTTACTGGTCATTAATGCAATCAGCGGTGGAATGGCAGAAAGATGTCATAAATGGGGTGATAAAAAGCCTCGTGTTTGCCTTGGTTGTGACCTGGATTGCCATATTTAAAGGTTATGATTCGGTTCCGACTTCAGAGGGCATTAGTAAAGCCACAACGGAAACCGTTGTTTTTTCATCGTTAGCTGTATTGGGGTTGGACTTCGTACTCACTGCCCTGATGTTCGGAATTGAGTAG	MKFLQQSGANTIGKVAAIGRAGVMLFGALFAAPKLKNIPLTIRQVYVVGVQSLLIIVVSGLFIGMVMALQGYTILVGYGAEGSLGPMVALSLLRELGPVVTALLFAGRAGSALTAEIGLMKATEQLSSLEMMAVDPLRRVVAPRFWAGMISMPSLALIFSAVGILGGHLVGVDWLGVDGGSYWSLMQSAVEWQKDVINGVIKSLVFALVVTWIAIFKGYDSVPTSEGISKATTETVVFSSLAVLGLDFVLTALMFGIE	PGPT0007010_4681	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_LIPID_METABOLISM	PLANT_DERIVED_PHOSPHOLIPID|CHOLESTEROL_TRANSPORT,PGPT0007010-mlaE|linK-K02066	NA	NA
AK237_03688	486	mlaD	COG1463	Intermembrane phospholipid transport system binding protein MlaD	ATGAATAAGTACAAAACGGAACTTATGGTAGGTGTATTTGTGGTGCTGACAGTGGCAGCGATTTTATTGCTGGCATTAAAAGTAGCTAATCAAACCATGACGAATGCGGGTGATACCTACAACCTCTATGCCAAGTTCGACAATATTGGTGGCTTGAAAGTGCGCTCAGCGGTGAAAGTGGGTGGTGTAACCATTGGTCGTGTGACAGATATCCATTTGGACAAAGACGATTACACACCTGTTGTGACCTTAAGTATTTCGACCAGCTACGAAGGCTTTCCTGATACCAGCTCGGTGTCTATTTTGACGTCTGGCTTATTGGGGGAGCAATACGTCGGATTCCAGCCCGGATTTTCCTTTGATGGGGTTGAAGAGTTAAAAGAGGGTGACTACTTACAGGATACGAAGTCAGCGCTGGTACTTGAAGATCTTATCGGGCAATTCTTGTTTAATCGCGGCGGAAGCAACAGTAACAGCGACGAATAA	MNKYKTELMVGVFVVLTVAAILLLALKVANQTMTNAGDTYNLYAKFDNIGGLKVRSAVKVGGVTIGRVTDIHLDKDDYTPVVTLSISTSYEGFPDTSSVSILTSGLLGEQYVGFQPGFSFDGVEELKEGDYLQDTKSALVLEDLIGQFLFNRGGSNSNSDE	PGPT0007005_9247	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_LIPID_METABOLISM	PLANT_DERIVED_PHOSPHOLIPID|CHOLESTEROL_TRANSPORT,PGPT0007005-mlaD|linM-K02067	NA	NA
AK237_03689	663	mlaC_2	COG2854	Intermembrane phospholipid transport system binding protein MlaC	GTGTTGAAAAAGCTTTTATTAATTGCAGGCTTATTAGTGGCTAGCGTGACCGGCGGGGTACAGGCCCAGGAAGTCAACGAACAAAATCCCTATGCGTTGGTGAAAGATGTGGGTCAGAAAACGTTTGACCGCATTAAATCAAGCCAGGCAGAGATTCAGAAAAATCCTGAAGAATTGCGCACTATCATGAAAGAAGAGTTGTTGCCGCATATCGATTACCAGTTTGCTGCGTTTAAAGTGTTGGGTAAGTACTTTAAATCAGTACCAAAAGACAAATTATCTGAGTACGTTCAAGTTTTCAGACAGTACCTGATCACTACCTATGCCGTAGCCATGGGGTACTACGATAATCAAACCGTAACGTTTGAACCAGAAGCAGATTTTGCTGATAAGAAATCGGTAACGGTTCGCGCTGTTGTTCAGGATCCTGCCCGCCCGGATATTAAAGTGGCGTTCCAGGTTCGTAAAGACAGCCGTACTAACGAATGGAAAGCATACGACATGGTTGCAGAAGGTATCAGCTTGTTAGACAGCAAACGTAGTGAGTTCGAACCCATCTTACGCCAGGAAGGTATCGACGCTGTACTGAAGTTAATGCGCGAAAAAATCGAACAGCCTGTCGGTGAGCAAGTGAAGAAGGCACAAGAAAAGGATGCCGCGTGA	MLKKLLLIAGLLVASVTGGVQAQEVNEQNPYALVKDVGQKTFDRIKSSQAEIQKNPEELRTIMKEELLPHIDYQFAAFKVLGKYFKSVPKDKLSEYVQVFRQYLITTYAVAMGYYDNQTVTFEPEADFADKKSVTVRAVVQDPARPDIKVAFQVRKDSRTNEWKAYDMVAEGISLLDSKRSEFEPILRQEGIDAVLKLMREKIEQPVGEQVKKAQEKDAA	PGPT0007670_347	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_LIPID_METABOLISM	PLANT_DERIVED_PHOSPHOLIPID|CHOLESTEROL_TRANSPORT,PGPT0007670-mlaC-K07323	NA	NA
AK237_03690	309			hypothetical protein	GTGAGTCTATTCCAACTAGGTGAAAATGGTATTGTGCATATTCACGGTCACCTTGACCGTGATACACTCGCTAAAAATTGGTGGGACATGTTGAGTTCTGCCGACAAGTCCTCTTTGGCTAAACAGGGGCGTTGCGTTCTCGATTTAGGAGACGTAGAGCGAATCGACAGTGCCGGCCTTGCCTGGTTGATCAATGCCGTTCGTGACGGCAAAGGTAACCATGTCGATGTAGTGTTGGCGCAAGTGCCGGAAAAGCTACTTAAACTGGCTAAAATCAGCGATGTCGATACCCTGTTACCCGTTGAGTAA	MSLFQLGENGIVHIHGHLDRDTLAKNWWDMLSSADKSSLAKQGRCVLDLGDVERIDSAGLAWLINAVRDGKGNHVDVVLAQVPEKLLKLAKISDVDTLLPVE	PGPT0007675_394	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_LIPID_METABOLISM	PLANT_DERIVED_PHOSPHOLIPID|CHOLESTEROL_TRANSPORT,PGPT0007675-mlaB-K07122	NA	NA
AK237_03691	258	ibaG	COG5007	Acid stress protein IbaG	ATGGAATTTTCAGATATCGAAACCTTGCTGAAAGACAAACTCGGTCTTACCGAAGTGCATGTTAAAGGCGAAGGTTCTCACTTTACCATCATCGCAGTGAGTGACAGCTTTAATGAAATGAGTCGTGTACAGCGCCAACAGGCGGTGTACGGCCCACTTCAGGATAAAATCGCTGATGGCTCAATGCATGCTATTTCAATTAAAACCTTCTCAGAAGCAGACTGGCAGCGCGAGCGTCAGTTCCACTTACCTCAATAA	MEFSDIETLLKDKLGLTEVHVKGEGSHFTIIAVSDSFNEMSRVQRQQAVYGPLQDKIADGSMHAISIKTFSEADWQRERQFHLPQ				NA	NA	NA	NA	NA
AK237_03692	1263	murA	COG0766	UDP-N-acetylglucosamine 1-carboxyvinyltransferase	GTGGATAAACTCGTAATTAAAAAGAGCCCACCGCTAAATGGTGAAGTACGTATTAGCGGTGCGAAAAATGCGGCGCTTCCGCTGTTATTTACCCCTCTTCTCACCGATGATGCTTGTCGTTTTACTAATGTGCCTGCGCTGCGGGATATCAATACCACTACTGCGTTATTAAAAGAACTCGGTGCTGAGGTATCGCGCCCGCATACAAACGAAGTCGTCATTTCTTCGGCTTCGCTTAATAGTGTGACGGCGTCCTATGAATTAGTTAAAACCATGCGGGCATCTATTTTGGTGCTAGGGCCACTATTGGCAAAGCAAGGGAAGGCTAATGTGTCGTTACCTGGCGGCTGTGCAATTGGTGCAAGACCTGTGAATTTACATTTATCGGGGCTTGAACTGATGGGTGCGAAAATCGAGGTGGATGAAGGGTACATTCGTGCTGAAGTGGATGGTCGCTTAAAAGGCGCACGCATATTCATGGACATGGTCAGTGTTGGCGCTACGGAAAACCTGATGATGGCAGCGGCGCTGGCGGACGGTGTGACCGAGCTTGAGAATGCTGCGCGTGAACCCGAAATTGTTGACCTGGCGAATTGCCTGAATCAAATGGGCGCGAAGGTAACGGGCGCAGGAACTGATCACATCACCATCGAAGGTGTAGAACGTTTGTCGGGATGCGATTACCGTGTTTTGCCAGACCGCATTGAAACAGGTACCTTTTTGGTCGCTGCTGCGGTCTCAGGCGGTAAGGTGAAATGTTTAGATGCAGCGCCAGATACATTAGAGGCGGTGTTGAATAAACTTCGTCAAGCCGGTGCAGTTATCACCACGGGTGATGATTGGATTGAGCTGGACATGAAAGGTCAGAAGCCTAAAGCGGTTCAGGTAAAAACGGCCCCGCACCCAGCATTTCCAACCGACATGCAAGCACAGTTTGTCACGCTGAACTGCGTAGCGGAAGGCTCAGGTGTGATCACCGAAACCATTTTCGAAAACCGTTTTATGCACGTACCTGAATTGCAGCGTATGGGCGCGGAAATCGCTTTGGAAGGGAACAGTGCGTTGACCAAAGGGGCATCCCGACTAAAAGGTGCACCCGTAATGGCAACAGACTTACGGGCATCTGCGAGTTTAGTTATCGCGGGATTAATCGCCGAAGGTGAAACCCATGTGAGTCGGATCTATCATCTTGACCGAGGCTATGAAGGCATTGAGGAAAAGCTCAGTGGCTTAGGAGCGAACATAACCCGTGAAAAAGAGTAG	MDKLVIKKSPPLNGEVRISGAKNAALPLLFTPLLTDDACRFTNVPALRDINTTTALLKELGAEVSRPHTNEVVISSASLNSVTASYELVKTMRASILVLGPLLAKQGKANVSLPGGCAIGARPVNLHLSGLELMGAKIEVDEGYIRAEVDGRLKGARIFMDMVSVGATENLMMAAALADGVTELENAAREPEIVDLANCLNQMGAKVTGAGTDHITIEGVERLSGCDYRVLPDRIETGTFLVAAAVSGGKVKCLDAAPDTLEAVLNKLRQAGAVITTGDDWIELDMKGQKPKAVQVKTAPHPAFPTDMQAQFVTLNCVAEGSGVITETIFENRFMHVPELQRMGAEIALEGNSALTKGASRLKGAPVMATDLRASASLVIAGLIAEGETHVSRIYHLDRGYEGIEEKLSGLGANITREKE	PGPT0024090_4261	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-PEPTIDOGLYCAN_REMODELLING	CE-PG_REMODELLING-N_ACETYLGLUCOSAMINE_MODIFICATION,PGPT0024090-murA-K00790	NA	NA
AK237_03693	1227	rstB		Sensor protein RstB	GTGACCCGTTTATTCATCAGTTTATATGTATTCATTGCGCTGGCTCTGGTAGGTTTGAGTGCAGCCCTTGAGCCGTTATTTTTCTCCTCAGATGACGGACTGACTGATGATGCGCGCCTTATAACCAAAACGTTAGAAAGTACGGCGAAGTCACCAGAAAAGCGCGCCGCTTTCCTGGCCCGGATATCCCCTGAGCCGCGAATTATTCCTTCCGCGTCATTAGCCTTTAGTCCCTCTTCTGTTCAAGCGCTTGATAAGGGTGAGGTTGTGCCTTTGTTCTATCAGGATTCGGTACAACTGTATGCCAAGGCCGACGCAGAAAGTTACTATGAACTTACATTCCCGGTTAGTCACTCGGTGCCAAGGGCTGGCCTCTATACCACGGTGTTTTACAGCCTGCTTGGTGTACTAATCGCATTGTGGATTTGGCCTTTATGGCGAGATTTAACCACTATCACTAAAGGGCTTAACCATGTGAATGACGATGGCTCTTTTGAGAAAATTCGTTTATCTAAGCGGTCAGTCGTGGCTCCGATTGCCAAAGCGTTAAATCAACTTAGCGCACAAGTAACCGAACTTTTTACCCGTCATAAAGAAATGACAGGAGCAGTAGCCCACGAATTGCGCACGCCTCTCGCCCGATTAAAATTCGCGTTAGCCTCAGACTCACCAACGAACGTTGAGGGGTGGCAGGGTATGCGTGAAGATGTCAATGAGCTGGAACGGATGGTACAGGAAATGTTGGATTATTTGCGCAATGACGGCAGACCGCCGGAGCTGAATGTGAGTCAGATCCCCTTGTGCGCAATGCTCGACAGTATCATTGAGCGCTCTGACCAAAGCCGGGCGCCGCATGTTGAGGTTAGCGTACAGCGTAATAGTGCGATGATACTTGGGGATGGATACTACATAGAACGGGCCATAGAAAACTTATTATTGAATGCATTACGTTACGCGAAAACCCGTGTATTTATACGCATCGACGAGTCAAAAAACAGCATAACCCTTCATATTGAGGATGATGGGCCAGGTGTCAGTGAAGATAATAAGGAAAAGATTTTTGCGCCATTTTATCGCCCCGACCCGTCAAGAAGCCGTGAGCGTGGCGGAGCAGGTTTAGGGCTGGCAATTGTACGCCGCATTGTGCTCTGGCACGACGGTGAATGCGGGGTACAAAAAAGTCAGCTGGGAGGCGCTGACTTTTTCTTAACATTTCCGCGAGTTTAA	MTRLFISLYVFIALALVGLSAALEPLFFSSDDGLTDDARLITKTLESTAKSPEKRAAFLARISPEPRIIPSASLAFSPSSVQALDKGEVVPLFYQDSVQLYAKADAESYYELTFPVSHSVPRAGLYTTVFYSLLGVLIALWIWPLWRDLTTITKGLNHVNDDGSFEKIRLSKRSVVAPIAKALNQLSAQVTELFTRHKEMTGAVAHELRTPLARLKFALASDSPTNVEGWQGMREDVNELERMVQEMLDYLRNDGRPPELNVSQIPLCAMLDSIIERSDQSRAPHVEVSVQRNSAMILGDGYYIERAIENLLLNALRYAKTRVFIRIDESKNSITLHIEDDGPGVSEDNKEKIFAPFYRPDPSRSRERGGAGLGLAIVRRIVLWHDGECGVQKSQLGGADFFLTFPRV	PGPT0004100_4483	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
AK237_03694	705	rstA	COG0745	Transcriptional regulatory protein RstA	ATGCCGCATATCATTTTAGTTGAAGACGACACCCGTCTTCGCACATTGGTGAAGGATTTTCTTATTCAGCATCACTTCGAAGTCACGGCAATGGCAGATGGAAGCCAACTTATCCCGGCGTCCAAGATGAACAAACCTTCTCTTGTGATTTTAGATGTCATGCTACCCGGTGATGATGGCTTTACGTTGTGCAAGCAATTGCGCCGGCACTACGATGGCCCACTACTGTTTATGACAGCCAAAGATGACGATTTCGACCAGGTATTGGGGCTGGAAATAGGCGCAGATGATTACATTACAAAACCTATCGAGCCTCGTGTCTTATTAGCGCGGATCCACGCGTTACTGCGCCGTATTGACCATGCCGAACGGTTTAACGATCAACAGCAAAGTAGCGTGCTGACTTACGGAAATTTAACGGTTGATAAAGCAGCACGCCAGGTGATTTTAAATGGCGAAGAAATTGTATTGACGAGTCACGAATTCGACATGCTTTGGTTACTTGCCAGTAACCCATCAACGGTAGTGGACCGCAATACCATTTATGAAGAGATCATTGGACGAGAGTACGACGGATTGGATCGCTCCGCCGATGTGCGTGTATCGAGATTACGTAAAAAATTACAAGACAACCCAAGCAATCCGTATCGTATAAAAACGATTTGGGGAAAGGGTTTCTTCTTCGTGGCTGACGCCTGGGAATAA	MPHIILVEDDTRLRTLVKDFLIQHHFEVTAMADGSQLIPASKMNKPSLVILDVMLPGDDGFTLCKQLRRHYDGPLLFMTAKDDDFDQVLGLEIGADDYITKPIEPRVLLARIHALLRRIDHAERFNDQQQSSVLTYGNLTVDKAARQVILNGEEIVLTSHEFDMLWLLASNPSTVVDRNTIYEEIIGREYDGLDRSADVRVSRLRKKLQDNPSNPYRIKTIWGKGFFFVADAWE	PGPT0015035_485	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-BIOFILM_REGULATORS	CE-BF-RST_PH|TEMPERATURE|STARVATION_SIGNALLING_SYSTEM,PGPT0015035-rstA-K07661	NA	NA
AK237_03695	384			hypothetical protein	GTGTCAGGGAACGTCATTAAACTACTTACCTTATCACTGTTTTTGCTTACGCTCCCTTCACTTGCTGAAGACTGGAAAGTGATGCCACAGATTTGCATTGCTAAAAATACCGGGGAAGCATGTGAAATGACGATCACCGTTTCAGAGCCTGTCCCACCACTCTCTTCGCACACGCAAGATACATTTTGTGCCTTTATCGATGACCGTCAGCAGGTATGCTGGTCAACTACACCGCCGCCACCGCAAACCATTAAGTTACAGGGTGACAGCTGGATATTTATCAAAAACGCCAACGGCGATATCGTGTTTTCCCAAAAGCTACTCGTGAAATGGGAACGTAACGAAAAACGCCGGCGTGTGCGTGATCCATGGAGTCTTTTCTAA	MSGNVIKLLTLSLFLLTLPSLAEDWKVMPQICIAKNTGEACEMTITVSEPVPPLSSHTQDTFCAFIDDRQQVCWSTTPPPPQTIKLQGDSWIFIKNANGDIVFSQKLLVKWERNEKRRRVRDPWSLF				NA	NA	NA	NA	NA
AK237_03696	861			hypothetical protein	TTGAAAGCCTGGTTGTTTATTTTCATCAGTTTATTGGTTGTGCTGCCCGTGCAAGCAGCATCGGGCTGCAATAACAAAGGTGAATGTATTGATACTGGCCAATGGCGTATTGGTGCCGCTGTAGGTGTCGGTGGACGCACCAATCCGCTGCGTGGTGGAGATACCCAGTCACTGGTATTAATTGGCGATGTCGCCTGGTATTCTGACGCCTTCTATTTTGATAACTTTGAATTGGGGTACCAATGGCAAAGTGAACAATCCACCACTACCGTGGATGCTTATATCGTGCTTGACCGCGAGGCCCGTCCGTTTTTCTCATATGAAGGCTTTGACGCCTCACCCTTCGAATTACTTTCAGCTGAGCAGCTGGCAGCGGTGTCAGACGAGGACACGAGAAAGGCCATATCTGTCGATGACATTGCAGACAGGCGCAATGGCGGGCACATTGGGTTACGTTTTCATATTGGGAAAAGCCAGGCAAGTGAATGGCAATTTTCAATTGAACAGGACGTAGCCAACGTGCACGAAGGCGCAAAAGCGCGAATAGCCTACCGATACAGTACGCGCTGGCATAAATGGCTTTTTAGCATTAGCCCCCAGCTTGTGTGGAATAATGCCACGTTTAATAATTACTATTACGGCGTGGATCGCAGAGACACTGCTGACAGGCGACTGTGGTATCGTGCAGGCAGTGGATTCCGTCCAGGCATGAACGCGGCACTTAGCCAACAACTTAGCGAACATTGGGGCTTATTGTTGTTTACCCGCTACCAGTACCTGCCGGATGCGATAAGAAACAGTCCTCTTGTGACTGGTGATGATATCATCACGGCTTTTGCAGGCCTGACGTATCAGTTTTAG	MKAWLFIFISLLVVLPVQAASGCNNKGECIDTGQWRIGAAVGVGGRTNPLRGGDTQSLVLIGDVAWYSDAFYFDNFELGYQWQSEQSTTTVDAYIVLDREARPFFSYEGFDASPFELLSAEQLAAVSDEDTRKAISVDDIADRRNGGHIGLRFHIGKSQASEWQFSIEQDVANVHEGAKARIAYRYSTRWHKWLFSISPQLVWNNATFNNYYYGVDRRDTADRRLWYRAGSGFRPGMNAALSQQLSEHWGLLLFTRYQYLPDAIRNSPLVTGDDIITAFAGLTYQF				NA	NA	NA	NA	NA
AK237_03697	147			hypothetical protein	ATGCCTGTTTGGTCAAAAAAGCGGTTGAAAAGTGTCTTAATTCATACTGAATTATGTGCACTTGCTACCAATTTTTTGCGATATGTGGTAAATATTATTCCGTCGGAATTGGAGATAAACGACAATAGTCACTCGGTTTCACGGTGA	MPVWSKKRLKSVLIHTELCALATNFLRYVVNIIPSELEINDNSHSVSR				NA	NA	NA	NA	NA
AK237_03698	225			hypothetical protein	GTGAGTAATGTATTTTCAATTCGTCAGCAGTTTCGGCGTGTGGTAAGCACCGATCCGAAAGACACCATACCTGCTGTGTTATTCAGCCTAATGGTTGCCACCATTGTGTTTATTGGTGAACCACCTTATGCCTTGGCTAAAGAGCCAAAAGTGGAAAAGACTGCTCAGGCAGAACGGCCTTGCGTAGACAGGCTTCAATGTCGGATGCAAAAAAACCGGAGTTAA	MSNVFSIRQQFRRVVSTDPKDTIPAVLFSLMVATIVFIGEPPYALAKEPKVEKTAQAERPCVDRLQCRMQKNRS				NA	NA	NA	NA	NA
AK237_03699	1074	degS	COG0265	Serine endoprotease DegS	GTGGCAGGCAAGCAATTCTTTTTATTTATCATCAAATCTATTGTTCTGGGCTTAGTGGTAGCAGCATTAATGCTGGTGTTTCTACCTAACTTAAGAAGTGGTACCGGCTTTGGTGAAAGTTTCTTTTCGGGTAATGCAGCTCAGCCTGCGCGAGAATCCCATTATACAGCGTTAAGTCGTTCCGCCCCTGCAGTAGTCAATATCTATAGTGTGAGTATTGAAAACGACACCGGTCTTTTCCGTAATCGTGCGCGTGAACGGGCGAGTTTAGGTTCTGGGGTCATCATGACAGAGAACGGCTACCTGCTTACCTGCAATCACGTGGTAGAAAACGCTGACAGTATTTTTGTCGCCGTTCAGGACGGTCGTGTATTAGAAGCGCAAATTGTGGGCACAGACCAACTCACCGATTTAGCCGTATTAAAAGTCAATGCCGACAGCTTGCATGTGATCCCTCAAACACAAGAGCCAAACTTACACGTTGGCGATATGGTCATGGCCATCGGTAACCCCTTCGATTTAGGACAAACCATAACCCATGGCATTGTAAGCCGCGCAGGCCGCAACGGACTATCCAACTACGTAGATTTTATTCAAACCGACGCTGTACTGAATCAGGGTAATTCAGGAGGTGCATTGGTAGACAGCAATGGCATGTTAGTGGGTATAACTAACGCCAACTTCCAGGTCAGAGATTCGCGCAATGGCGTGAGAAATGTAGACGGTATTAATTTCGCTGTACCCTACGAGCTGGCAAAACGCGTGATGGACGATATCATTCAAAACGGTAAGGTGATTCGGGGACAGCTTGGCTTCGTTGGCAGCGAGTATCGCGGTACACCAGGTATTGAAGTGACCGCTGTTGCAAACGGAAGCCCGGCAGATAAAGCCGGATTACGTGCTGGTGATGTCATTATGGCGATTGACGGTATCCAATTAGAAAGCGCTTCGAAAACCCTTGATATGATTGCCGAGACCGATCCGGGTACTACGCTGGAGTTAAACGTCAGTCGTGGGGGCGAGAACATGATGATTTCTGCCACTGTTGCAGAACTGGGGCAACCCGCTTCATAA	MAGKQFFLFIIKSIVLGLVVAALMLVFLPNLRSGTGFGESFFSGNAAQPARESHYTALSRSAPAVVNIYSVSIENDTGLFRNRARERASLGSGVIMTENGYLLTCNHVVENADSIFVAVQDGRVLEAQIVGTDQLTDLAVLKVNADSLHVIPQTQEPNLHVGDMVMAIGNPFDLGQTITHGIVSRAGRNGLSNYVDFIQTDAVLNQGNSGGALVDSNGMLVGITNANFQVRDSRNGVRNVDGINFAVPYELAKRVMDDIIQNGKVIRGQLGFVGSEYRGTPGIEVTAVANGSPADKAGLRAGDVIMAIDGIQLESASKTLDMIAETDPGTTLELNVSRGGENMMISATVAELGQPAS				NA	NA	NA	NA	NA
AK237_03700	1371	degQ	COG0265	Periplasmic pH-dependent serine endoprotease DegQ	ATGAAGAAATCTCTACGCCAGATGTTGGTAGTCTCTAGTGTTGTCGCCAGTACTTTGGGTATGTCTGCTACTGCAGGCGCGGCGTTACCTTTTTTCAGCGATGATAAAAAGCAAGAAGTGCCGTCACTGGCACCGATGCTTGAAGAAGCAATGCCGGCCGTTGTTAGCATTTCTGTTGAGGGCACCCAGACTGCTACCCAACGCGTTCCGGAAATGTTCCGATACTTTTTCGGTGGGCCGCAGGAGCAGGTGCAAGAGCGTCCTTTCAGAGGGCTGGGCTCAGGTGTCATCATTGATGCAGACAAAGGTTACGTGGTGACGAATAATCACGTTGTCGAAAATGCCGATGAAATCACAGTTAAACTTAGTGATGGTCGCGAGTTTCAAGCGAAAAAGCTAGGCTCGGATGAGCAAAGTGATATCGCGCTACTTAAAATTGACGCAGAAAAACTCATCGATCTTCCGTTATCTGATTCTGACGAAATGCGTGTAGGTGACTATGTCGTTGCTATCGGTAACCCATTCGGCCTGTCGCAAACGGTGACGTCCGGCATTATTTCTGCCATGGGACGTTCAGGTTTGAACATCGGTGGTTATGAAGACTACATTCAAACCGACGCCGCCATTAACCGCGGTAACTCGGGTGGTGCGCTTGTTAACCTTCGTGGTGAACTGGTAGGTATCAACACTGCGATATTCGGCCCCAACGGTGGCAACGTCGGTATCGGGTTTGCCATTCCTAGCAATATGATGAAGAACCTCATCGATCAAATTGCTGAGTTTGGTGAAGTACGCCGAGGGCTGTTAGGTATTACGGGTAACGACGTGGACGCAGGTCTTGCAAAAGCCATGGGTGTTAGCTCAAATCGCGGCGCGTTTGTACGTGAAGTGACACCAGAATCTGCGGCTGAAAAAGGCGGGTTGAAGGCCGGTGATATCATCACAGAAGTGAATGGTCGTGGTCTCCACAGTTTCCGTGAGATGGCTGCTAAAATCGCCAGCATGGGGGCAGGTGCAGAAGTAGAACTGACGATTATTCGCGAAGGTGAGGAAAAAACCGTTAACGTAGTGCTCGACGATGCTGCTGACAGTAAAGTCACCGCTGCCACTATTCACCCTGCTTTAGAAGGCGCAACATTGGTGAACGGTAAAGACGAAGCCGGTAATGATGGTGTGAAAGTATCTGAAATTGAGGGCAATACGCCAGCAGCGCGTATCGGTCTGCAACCGGATGACGTCATTATTGGTGTAAACCGTCAGCGCGTAACTACCGTTGCTGAATTCCGTGAAAGACTGGATGAATCAGGCGAAAACGTTATCGCTCTGAATGTACGACGCGGAAGTGCCACTATTTACTTAGTGATCCGCTAA	MKKSLRQMLVVSSVVASTLGMSATAGAALPFFSDDKKQEVPSLAPMLEEAMPAVVSISVEGTQTATQRVPEMFRYFFGGPQEQVQERPFRGLGSGVIIDADKGYVVTNNHVVENADEITVKLSDGREFQAKKLGSDEQSDIALLKIDAEKLIDLPLSDSDEMRVGDYVVAIGNPFGLSQTVTSGIISAMGRSGLNIGGYEDYIQTDAAINRGNSGGALVNLRGELVGINTAIFGPNGGNVGIGFAIPSNMMKNLIDQIAEFGEVRRGLLGITGNDVDAGLAKAMGVSSNRGAFVREVTPESAAEKGGLKAGDIITEVNGRGLHSFREMAAKIASMGAGAEVELTIIREGEEKTVNVVLDDAADSKVTAATIHPALEGATLVNGKDEAGNDGVKVSEIEGNTPAARIGLQPDDVIIGVNRQRVTTVAEFRERLDESGENVIALNVRRGSATIYLVIR	PGPT0014286_305	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS_SIGNALLING,PGPT0014286-degQ|hhoA-K04772	NA	NA
AK237_03701	441			hypothetical protein	ATGGACGTTTTAATTCCACTTGCCCTGTTAGTTGTTGGCCTGGTCATTGGCTTTTTTGTAGCTCGCTATATGTACACCCGTGATGGCGCCTCTAAATCAGCCAAGCAAGCAGAGCAAAACATCAAGGAATTGATGTCACAACAAGCGGTTCACCACGTTCATCAGACTCGCCAGGCGGTTGAGTCTATCGAGAAGCAATGTCAGGCGCTCAAACAGCAGGTTGCTGATTACGAAGCCTTATTAAATCAGGGTGATGATGAAGATGCGCCGAGCGTGCCATTCTATGGTGAGCAAGCTACAACCTATTTACGTAACAATATGCAAGGCAGAGAGAAGACGAAACCTGTGGCAGTCTCCGAAACCCAGCCTAAAGACTTTGCGAATGCGAGTTCAGGGCTGTTTGTCGGCAACTCCGGTCGATCTACCGCAGAGAAAGACTAA	MDVLIPLALLVVGLVIGFFVARYMYTRDGASKSAKQAEQNIKELMSQQAVHHVHQTRQAVESIEKQCQALKQQVADYEALLNQGDDEDAPSVPFYGEQATTYLRNNMQGREKTKPVAVSETQPKDFANASSGLFVGNSGRSTAEKD				NA	NA	NA	NA	NA
AK237_03702	1101	zapE	COG1485	Cell division protein ZapE	ATGACGCCATGGGAAAAATACCAGCAAGATCTGCAGTTGCCCACGTTCAAACACGATCCTGCGCAGGAAAACGCAGTAAAGGCGCTTCAACGTTTATACGATGATTTAATCAAAGCCCGGGACAATGCGGGGGGATTAGGTGCCAGCATAAAAAAACTATTTGGCAAGCAACCAAAAAAAGAGCCCGTGATGGGGATCTATTTTTACGGTGGAGTGGGCCGGGGAAAAACCTACCTGGTTGATACCTTTTATGAGTGTTTACCTTTTAGCAAAAAGTCACGGGTGCATTTCCACCGTTTTATGCATCGCGTTCATGATGAGCTAAAAACCTTACCTAACGAACCGGACCCATTGAAAATCGTTGCAGACCGCCTGGCCAGCGAAGCGCGTGTTATTTGCTTTGATGAGTTTTTTGTTTCTGACATTACCGATGCCATGATTTTAGGCACACTCATGGAGGAATTATTCGCTCGAGGAATAACGCTGGTCGCCACATCGAATATTGTGCCCGATGAACTGTACAAAAATGGATTGCAGCGTGCGCGTTTCTTACCTGCTATCGATTTAATCAATAAATACACTGATGTAATAAATGTAGACAGTGGCGTAGATTATCGTCTTCGAACACTGGAGCAAGCAGAAATTTTTCATCACCCTTTAGATGCTGATGGCGACAAGCATTTGCATCAATATTTTGAATTGCTTGCCCCTGAAAACTTTCAAACTGGCGAAATGATTGAAATCAATAATCGCAAAATACCTACCCGCCGCAGTGCGGAAGGGGTGTTGTCTATTGAGTTCTCTGCTTTATGCGAAGGGCCGCGCAGCCAAAGTGACTATATAGAGTTAAGTCGTTGTTATCACTCAGTGCTGGTGGCAAACGTAAAGCAAATGGGCGCCAACAACGATGATACCGCACGCCGTTTTATAGCCATGGTAGATGAGTTTTACGAACGTCACGTTAAACTTATAATGACGGCTGAAGTTGAACTGGAGCAACTTTACACAGACGGACGACTGAATTTCGAGTTTCGTCGCTGTTTAAGCCGCCTGAAAGAAATGCAGTCCAGAGAATACCTGGCGAGGGAGCATTTGCCCTGA	MTPWEKYQQDLQLPTFKHDPAQENAVKALQRLYDDLIKARDNAGGLGASIKKLFGKQPKKEPVMGIYFYGGVGRGKTYLVDTFYECLPFSKKSRVHFHRFMHRVHDELKTLPNEPDPLKIVADRLASEARVICFDEFFVSDITDAMILGTLMEELFARGITLVATSNIVPDELYKNGLQRARFLPAIDLINKYTDVINVDSGVDYRLRTLEQAEIFHHPLDADGDKHLHQYFELLAPENFQTGEMIEINNRKIPTRRSAEGVLSIEFSALCEGPRSQSDYIELSRCYHSVLVANVKQMGANNDDTARRFIAMVDEFYERHVKLIMTAEVELEQLYTDGRLNFEFRRCLSRLKEMQSREYLAREHLP				NA	NA	NA	NA	NA
AK237_03703	723	yeeN	COG0217	putative transcriptional regulatory protein YeeN	ATGGGCAGAGCATTTGAAGTAAGAAAGAACGCCATGGCCAAAACGGCTGGCGCAAAAACCAAAGTTTATTCTAAATACGGTAAAGAAATTTACGTGTGCGCGAAGAACGGTGGTCCTGACCCGGATACCAATCTGTCGCTCAAGCGTCTGATGGAAAAAGCGAAAAAAGATCAGGTGCCAAGTCACGTTATCGAAAAAGCCATTGATAAAGCCGTAGGTGGTGCCGGTGAAGATTTTGTGCCTGCACGTTACGAAGGCTTCGGTCCGGGTAACTGCATGGTGATTGTAGACTGTCTGACTGACAACAATAACCGCACTATTACCGACGTTCGTAATTGCTTCACTAAAACCAATGCCAAAATCGGTGGTCCTGGTGCAGTAGCCCACATGTTCGATCATCAGGCTATTTTCCAGTTTGCCGGTGATGATGAAGATGCCGTGCTGGAAGTATTAATGGAAGCCGATGTAGATGTTACTGAAGTGGAATGTGAAGACGGTAAAATTACCGTGTATGCTCCCCATACAGAGTTCTACAGTGTGAAAACTGCATTGACAGAAGCCTATCCTGATATCACTTTAGATGCTGAAGAAATCAGTTTTATTCCGCAGACTGAAGTAGAGATCAGTGAAGAAGATATGCCTATGTTTGAAAAATTCATGGACATGCTGAACGACTGCGATGACGTGCAGGACGTTTACCACAACGCGATTACGCCAAACTGA	MGRAFEVRKNAMAKTAGAKTKVYSKYGKEIYVCAKNGGPDPDTNLSLKRLMEKAKKDQVPSHVIEKAIDKAVGGAGEDFVPARYEGFGPGNCMVIVDCLTDNNNRTITDVRNCFTKTNAKIGGPGAVAHMFDHQAIFQFAGDDEDAVLEVLMEADVDVTEVECEDGKITVYAPHTEFYSVKTALTEAYPDITLDAEEISFIPQTEVEISEEDMPMFEKFMDMLNDCDDVQDVYHNAITPN				NA	NA	NA	NA	NA
AK237_03704	243			hypothetical protein	ATGCCACACACTGTTACCAGTGGCGCGGTGCGCTCTTACCGCACCCTTTCACCCTTACCGGCGCTTGCGCGCTTAGGCGGTTTACTCTCTGCTGCACTTGTCGTCGGCTCACGCCGCCCAGACGTTATCTGGCACCCTGCCCTGTGGAGCCCGGACTTTCCTCCCCTCTCTTGCGAGAGCAGCGATTGCCAGGCCAGCTCCGGCGCGCATTCTACAGAAGTTTTTACGCTTAAGCGACAATAA	MPHTVTSGAVRSYRTLSPLPALARLGGLLSAALVVGSRRPDVIWHPALWSPDFPPLSCESSDCQASSGAHSTEVFTLKRQ				NA	NA	NA	NA	NA
AK237_03706	1620			hypothetical protein	ATGGGAAAGGCAAAGTTAAGTATTCTCGCGACCGCCGTGGTATTAGGATTAACCGGCTGTGGTGGTGGTTCAAGTTCGAGTGTTGACAGAGACGACTCTACAAACCGGGCGCCTGTTGCAAATGCAGGGAGTGCACAAACCGTTGAAACGGGTACTGAAGTGACTTTGTCAGGGGCGTCAAGCTCTGATGCAGACGGTGATTCACTCACCTACTTGTGGGCGCTAACCACATTACCTGCCGGAAGCGATGCAACCCTTTCAAGCACGTCAGCAGCATCCCCTACTTTTACTCCCGATGTTGACGGTGAATACGTTGCACAACTGGTTGTTAACGATGGCTTGACCAGCAGCAGCGCGGTAACCGTTACTATTACTGCCGAGTCAGCAAATGGCGAGCCTGTTGCGAATGCCGGTGCCGATCAAAACGTTTCTACTACATCGCTGGTAACGTTAAACGGTGCGGATAGTTCGGATCCGGAAGGCGACGCCCTGACTTATTCATGGTCTGTCACATCCCAGCCCCAAGGCAGCGATATTTCCTTAAGCAGCTCGACAGCTGTGTCCCCTACATTTACACCAGAAGTAGACGGTGAGTATAACTTTTCGTTAACCGTAAACGATGGCCAGGCAGAAAGTCAGCCAGACGATGTGCGCGTTGTAGCGTCTTCTGTTAATTCTGCGCCTATCGCTGAGGCGGGTCCGACACAGAACGTCCCGGCTGATCAGGTGGTAACACTCGATGGTTCGGGAAGTACTGATGCTGACGGTGATGAACTGACATATAGCTGGACATTTGGTGCGGTTCCCGATGGTAGCACCGCGGAGCTCACCGGTGCAGACACCAGTATGCCTTCTTTCACTCCCACGGTAGAGGGAAGTTACACGGTGTCGTTAATGGTTAACGATGGCACGATAGGCAGTGAACCCGATACAGTGACCATAAATGTCACACGTGGAAACTCAGCACCGGTAGCAAATGCGGGTGACGATCAACGCGTGATTGTTGGCGATTCAGTTCAGTTAATGAACATGAGCACTGATGCAGATGAAGACTTGTTAACGTACGAGTGGGCGTTTGTGTCAGTACCGGAAGGTAGTTCGGCTGCCTTAAGTGACCCTACAGCAGAATCACCGTCGTTTACCGCCGATGTGGAAGGTAACTATGTGGTTTCATTGGTCGCTAACGATGGCACGGTAGACAGTGAGGCTGATAACGTATTGGTTGAGGCTGTACCGCCAGGCGTTCGCTTCTTCCGTAAGAGTGGCTCTTCTAATAACTATGCGGAATTCTCCTTGTCGTTTATTACAGCCGGCAACTTCTCTCGCGAAGTGACACAAGATCCATTACCTGAATCGGTGGTGCTTTATACTTACAAACTTCAGGCAGAAGGTCAGGACTTCACCATCAGTAACCTGTATGCCACTGGCACTAACGGTATCACACCGTTCTTCTCCGGTTTGGCTGATGGACAAGTGCTGGAAGAAGGTGAGGAAGTGATTTTCACTATTAACTCTCCGCTGACAAATGGCCAGCCTACGTCGCTACGTTTCCATTTCGAAATTGAAGAAACGGGCGAACAGTATGATGGACAATATCAGTTCAGTACTACGACGCCTTAG	MGKAKLSILATAVVLGLTGCGGGSSSSVDRDDSTNRAPVANAGSAQTVETGTEVTLSGASSSDADGDSLTYLWALTTLPAGSDATLSSTSAASPTFTPDVDGEYVAQLVVNDGLTSSSAVTVTITAESANGEPVANAGADQNVSTTSLVTLNGADSSDPEGDALTYSWSVTSQPQGSDISLSSSTAVSPTFTPEVDGEYNFSLTVNDGQAESQPDDVRVVASSVNSAPIAEAGPTQNVPADQVVTLDGSGSTDADGDELTYSWTFGAVPDGSTAELTGADTSMPSFTPTVEGSYTVSLMVNDGTIGSEPDTVTINVTRGNSAPVANAGDDQRVIVGDSVQLMNMSTDADEDLLTYEWAFVSVPEGSSAALSDPTAESPSFTADVEGNYVVSLVANDGTVDSEADNVLVEAVPPGVRFFRKSGSSNNYAEFSLSFITAGNFSREVTQDPLPESVVLYTYKLQAEGQDFTISNLYATGTNGITPFFSGLADGQVLEEGEEVIFTINSPLTNGQPTSLRFHFEIEETGEQYDGQYQFSTTTP	PGPT0012130_1899	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
AK237_03707	543			hypothetical protein	ATGTCAAAACAAGTAATCGCAGTGGTTATTCATGGCCTTCATGAGCATGAAAAAGTAATAGCAAGTAACATTGCTGAAAACGTTAAACAGACCTATAGCCAATCTGACACGCCCAGCCCTGTCACTCACTGGGTGGCGGTACACTGGGAATGGTTAACGTCATTGCCCGTTCACATCATACCGGAGGCAGGCTCACCGTTTAATTACCATGTTAACCGCCGTGATGTGGAACACTTCCTTCAGAGCGCGCGCTTTTTCACTAAAGGCGTGACAAAGAGCAATAACTCATATGCGGCCCTCCTACAGCAGTTATTAACCTACAAATTAGCCACCGTCGCGTGCGAATTAGGCCCGAATGCATTTGCCGACGCCGACATCATCCTGGCAGGCTTTGCGAATGGCGAATACTTCCAGACTACAGTCACACTTGCTCCAAAAGCAGCAACTGTAAGCAATCGGCTATTGCGCATTATCAACCCATCACTCGGGCTAAATAGTCAAAGCGCGAATGACACCTTCATTCTGCACCAAAAGTTTCAATAA	MSKQVIAVVIHGLHEHEKVIASNIAENVKQTYSQSDTPSPVTHWVAVHWEWLTSLPVHIIPEAGSPFNYHVNRRDVEHFLQSARFFTKGVTKSNNSYAALLQQLLTYKLATVACELGPNAFADADIILAGFANGEYFQTTVTLAPKAATVSNRLLRIINPSLGLNSQSANDTFILHQKFQ				NA	NA	NA	NA	NA
AK237_03708	744			hypothetical protein	GTGACGCAGGCCGCCGCACTGATTGAACAAATTGTTCAGGGTGACAAACATGCAGAAAAGCAGCTCGTAGAGACGTACTACCAAGGGCTGCTTTTCATCTTGTATCGTCAATGCGATTCCATGTCATTGGCGGAAGATCTCACCCAGGATAGCTTTGTCGTAGTGTTGCGCAAGCTCAGAGAAGGGGATTTGCGCAACCCTGATGCCCTTGCTGCGTTTATTCGTCAAATTGGTATCAATACCCTCATTGCTTATCGGCGCTTACAGTCGCGCAGACAAACCGATACCTCCGACCTCGTCGATACGTTCACTGACGTTCAGTCGAACCTGTTGCAGCATTTGCATAGCCGCAATGCTTCAGAACTGGTCTCTCAACTACTTGCCGAGCTCAGTACCGAGCGGGACAGAGATGTTCTCATCCGTTTTTATCTTCTCGACGAAGAAAAAGCGAGTATTTGCGATAGTTTATCGCTTACGCCGGCGCATTTTGACAGGGTGTTGTTCAGGGCCAGACAACGTTTAAAAGCGCTCGTTGATGGCAATAGCCAGCATGCCAGTAATGTCCGCCATATTGTTGATGGGGTCATTGTGTTGGCATTAATCCTTCCCCTTAAAGAAGGAGAGCCAGTGGTTAGTGCCGAATTACATAAGTTAATAACTGAAGTGAGAGAAACGGCGTTGGTGGCACACTTTAATGGTCACAATGGTGTGGTAGATAGGGCTGCATCAAGCAAACTATTATGA	MTQAAALIEQIVQGDKHAEKQLVETYYQGLLFILYRQCDSMSLAEDLTQDSFVVVLRKLREGDLRNPDALAAFIRQIGINTLIAYRRLQSRRQTDTSDLVDTFTDVQSNLLQHLHSRNASELVSQLLAELSTERDRDVLIRFYLLDEEKASICDSLSLTPAHFDRVLFRARQRLKALVDGNSQHASNVRHIVDGVIVLALILPLKEGEPVVSAELHKLITEVRETALVAHFNGHNGVVDRAASSKLL				NA	NA	NA	NA	NA
AK237_03709	606			hypothetical protein	ATGAGCACTATGGCTGAACACATCACTGATGACGCGCTACAGCGATACCTGGCGAAAAAACTGTCGCCGGAGGAAGAAATCGCCTTTGAAACTGCCATGCTGGACGATCCGGTACTGAGCGAAAAGGTGATACTCTCCCATACGCTTAAATCAGGTATATCCGAAGGTGCTTTGAGTAAAAAAAGTAAGCATCCTGGCTGGTATCACGGCGTTAAAATTGCGACGGCGCTGGCTGCCGGGGTGGTGGCCTGGTTGTGGTTGCCAGCGGCGTTTGTTACCTCAGGCACAAACGTTAGCCCGGATATCGTATATCTGGAAGACTTCAGAAGCCATGTTACTGAATCAGTGACGTTAACCTACAAAGAAGGTGAAGCATTTAAGGTTATTGTCAGTGATGCTCCCCCAGGGTTTGACGGCACCATCCACGCCATTATTACTGCCGAAAGTGGCGATGTCGTGGACAACATGGCGCTTGAGCCAAACAGTAACAACGAAATTACGCTTCTCATCCATGCTGATAGCGTTTCAACAGGTCGGTATCAGCTAACATTATTAAATAAACAAACTGAGATAAATCTTTTCTCTCTGGAAGTTATAAAGGATTAG	MSTMAEHITDDALQRYLAKKLSPEEEIAFETAMLDDPVLSEKVILSHTLKSGISEGALSKKSKHPGWYHGVKIATALAAGVVAWLWLPAAFVTSGTNVSPDIVYLEDFRSHVTESVTLTYKEGEAFKVIVSDAPPGFDGTIHAIITAESGDVVDNMALEPNSNNEITLLIHADSVSTGRYQLTLLNKQTEINLFSLEVIKD				NA	NA	NA	NA	NA
AK237_03710	1467			hypothetical protein	ATGGCGGTAAAAGATAAGGAGTATCTTTTTGGGAAAACCACACGGAAGCAGCCCTCAGCAGACGAACTTGAAGCGATGGTTATGGGCATTATTCCCTGGTCTTCGCCTATTTCAACGCAACCCGATGCGGCGTTTACGCTGGCAGGAATGGCAAACCTTCTTTCTCCCGCGCCATTAGCAGTTGCACAGGAACCTCAATACGAAGAAGACGCTCCTAAATTACGCCTTCCCCTCAATGAGGGTAAATTACCCGCTGGTTATACTTACTGGGGACAATGGATAGCACACGATATTATTCCGCCTACGCATCCGGCACAAAATCACTTTTCTGCCCGCCAGGTAACACCCTCGCTCAATATGGACAGTTTATACGGCGACATTCAGGATTTGCCGTCTCATATTTATATCAATGAAGAAGGGTTCTTTCGCTTACCGGACAATGAATGGGACTGCTTGCGCGATAACTGCACCAGCCCTATCTTGCCCGAACCAAGAAATAACGACAACGCGATTATTTTACAATTTCACAGCCAATGGCAGCGAATTCATAATAATGTTTTATCACAAATTCGTAGCGAGACATTGCCGCACTTGTGTGAAAACAGCGATTACTTTCATCAGGCACGCCAGATCACCGTAGCGTTATTTCACCGCTTAACCGTGCAGGAGTGGTTAAAAGCTGTGCTGGAAAAGCCCGTTTTTGACTATTACTTCGGTAGCGAAGCTGTAGAAGATACGCTACTTGATATTCACGATGAGCTTACTCGTGTACCGTTGGAGTTCAGTCATGCGGCGTTTCGTTTCGGCCACAGCATGGTGCGGGAGACCTATAAGCTACGGGGTACAGACAGCTTTAATTTACATGCCCTGTTAACGCATCAACCGTTTAATGGTAAGCCGATCCCGCCCATCGATTGGTCACTGTTTTTTGGCGAGTTTGCCCAGGAAGTGCAACCCATTAATCTTATTGTGGTCGCCGGTATGGGAGGCATCCCGGTTTCTCGTAATATCGCTGAACGTAATATTGTGGCAGGTATGAAAGCAGAATTGATGACAGTGCAAGAGTGCAAGCTCTACCTTGAAACCCATCATCCGGCTTTATTTAAGTTCGTGGGTCTTACGCTGGACGATTCAGAGGCCCTGCTCACCGAGCTGAAGATAGACACAATGAATCAGGATTCTTTGTTCTACACCTTACACCGTGAAGGTCGTTTGCCTTTATGGCCTTATATTCTTACAGAATCGGCGGTGCAGGAGGACAATCCCGGTCATCGCCTGGGGACGCTGGGCAGTATCATCGTCGCCGAAGTCATGCGTTACGCCCTGCATCAAGCCAGGCAGATGCTGTTTAGTTCTGAGCAGGCACAGCAGCAAATACAACAATACGAAGAAGCGCTTTGCGCTTCACTTGGGCTGCCCTCGCCCGATTTACTTACAATGTCAGATTTACTGTGTAAAAGGAGTTGA	MAVKDKEYLFGKTTRKQPSADELEAMVMGIIPWSSPISTQPDAAFTLAGMANLLSPAPLAVAQEPQYEEDAPKLRLPLNEGKLPAGYTYWGQWIAHDIIPPTHPAQNHFSARQVTPSLNMDSLYGDIQDLPSHIYINEEGFFRLPDNEWDCLRDNCTSPILPEPRNNDNAIILQFHSQWQRIHNNVLSQIRSETLPHLCENSDYFHQARQITVALFHRLTVQEWLKAVLEKPVFDYYFGSEAVEDTLLDIHDELTRVPLEFSHAAFRFGHSMVRETYKLRGTDSFNLHALLTHQPFNGKPIPPIDWSLFFGEFAQEVQPINLIVVAGMGGIPVSRNIAERNIVAGMKAELMTVQECKLYLETHHPALFKFVGLTLDDSEALLTELKIDTMNQDSLFYTLHREGRLPLWPYILTESAVQEDNPGHRLGTLGSIIVAEVMRYALHQARQMLFSSEQAQQQIQQYEEALCASLGLPSPDLLTMSDLLCKRS				NA	NA	NA	NA	NA
AK237_03711	471			hypothetical protein	ATGGCAACATATAAAGATGGATATTGGCAAATCAGCAAGGCGAGTGTGAATTATGTCAATCATCGCAGCATCATTCCCTCGTTAAGTAGTTATCACCCGGAAGGGCTGGGGCAAAACTATCCGGTGAAGTTTACCTACAATGCAAAAGACAATACTTATTCTGTGTCGCTAGGTGGTTTGTGGAATGGTACGGCGCAGGCAATAATGAAACATAGCGTTTTTCAGGTCATCGACCCTTCAGGTATTTTTGTGTCGAACTGTATTCCTTTGAACGCATCGCTTGGTACAGACGTGGCAGGCTTTAAAGATGTACGCGTTTCCATCGTGGCTTATGAGTATAAAGATGGCGATGATACAGTAAAGGAATACACCTCAACATTAGCATGGCTTCGAGATGGGCCGTCCATCAACGATGGCGACGATAACGAGTTAATCATGACAAGCTATCGCTGGAAGCACGTCGAGACCTAA	MATYKDGYWQISKASVNYVNHRSIIPSLSSYHPEGLGQNYPVKFTYNAKDNTYSVSLGGLWNGTAQAIMKHSVFQVIDPSGIFVSNCIPLNASLGTDVAGFKDVRVSIVAYEYKDGDDTVKEYTSTLAWLRDGPSINDGDDNELIMTSYRWKHVET				NA	NA	NA	NA	NA
AK237_03712	2952			hypothetical protein	ATGATAAAATCCACGATAGTTTTGCTGGCGTCATTATTCACCGGGCAGCTTTTTGCTGCAACGGGTGAGCAGTGCGCATCATTTACCTCATCGTGGCAAAGTTACTATCCTGTGTACCAGCAGGGAGGGCAGTACTTTCAGTGCCTCCCTGCTGGTTCTGTACCTATTGAACTCACCGAGGCGTTAGACGCCGAGCGCCTCGCGTTATTCGCGCAATTCGATAGCGCCTACCTGGCACAACGTGACACCCCTGACGCATCCTTTATAGAAGCCTTTGAATTAGCTGGATTGGTTGAGTCTGAATTTACAATAGCGGATGAAACAAATAACTCAGGGCGTGCCAATCTTCATAACATTGCAGAAGAAGAAATAGCGATTCGCATGCTACTAGCCATGTTTTCAAATCTTGATTATGAAACCAGTGCGCAACTAGCCGACGAGTATTTGTCTGGGAAGGTCTTTTCCCGGCCGGATTATTTGCGTACTGCGGTGTTGATTAGTATGCAAAGCGCTTTCTCTTCGCAGCAGTTCGCGCTACTGCGTCATCATTGTTCAACAAACTCTGTGCTTACGGCTTATTCGCCAGCGCAACAAGCGGTTATGTTATCGCTTTGCGGTTTTGGTGATGTGGTATCCGGTGATCAACAAGAAACACTGCGGGCGGGATTAGCTAAATTGCAACAAGCTCAACAGTTATCTGCTGGGCTGCATGACCCCTTACTCTGTGCCCAGGTTAATAATGGGTTGGCAAGTTACTATCTGGCAACTGATGACGTCGCCACAACCGGACAATACCTTGAGGCAGGTATGCACTGTGTCCTGACGCCTCACGGATTAATGGAAGAGGAAATGCTGGACGATTTAACCAGTAATCTGGCCTGGGTGTATCGTCAGCAAGGTAATTTGCCCGGATATTTGTCGATGTTGCGGGCCTCTGTTTACCAGCATACCCACCACCTTGCGCCCCAGAAGTTACTTATCAGTCATAGTAATCTTGGCAAAGCTTACCTGCTGGTGGGCGACGCGCAGAAATCAGAACGCTATTATCAGCAAGCGCTGGCTGTGGCAGAAACGCATAACATTCCTGACGAAATTGATGCGCTATTAGCATTAGCAAGATTGCGGATTGGCAAACACGATTATCAATCTGCGCAATCTTATTTGCAACGTGCGGAAAACTTGTCTTTGACACCTTACCAGCAGGCTCAGGCCGATGTGCTTTTCATGCAAATTCGTGTTTCCCTGTCGCCCCACGACTTTGACGAAAGGGGGTTTCTCACTCACCTCGATACTATTCAACATCACTTTTCACCCCAACGTAAGTATCATCTCTACAGTGATTGGCTCACCGTGCTGCAAATCCTTCATCGGTTCGATCTCGCCTTGCCAATTATCGGGGATCTTGAGCAGGCTGATCGCTACCCGCTGTCGGTAAAACTGGCACTGGCGAATACAAAACTGCAGATGGTACTGGAGCATAAAGACGCCTTAGCCAATGCGCCGCTTCAGCGTGAACAGGTAGAGGCCATCTTTAACGATGCATTTGCTCACATTATCGAAGCGTCAACGCAATTTAAAAGTACCGAAGTGGGCATGAGCTGGTTGAGCCAGTCTCACACGCTGATTAATCATTATTTGTCGTGGTTGTTACCCTCCAAAGATGACGCAGTCATTGAAAGGGCATTGATGGTGTCTGAGCAATTTGCCAGTATCATTTTTAAACGTCACCGCATGGCACTGATCCAGCCTGATGAAAGTGAAGAAAAGACGGCACTTTGGGAAGAGTGGGCACTGGCTAATACCGTGATGGTCGACCCTTCTACATCAACCGGGCCTGCGGCACTATTACAGCAAGACAAAATCTGGGAGCAGATCCAGCTGTCAGGCACCGGCAAAGACGACATGCAGTGGCAAAGCAGTGACTTCTCATTGGCTGATATTCGTGCTCAGTTAGGTAAAAAACGTGTGCTGTTGAAAATATTCGCATTGGAAAACAAAAATTGTGCGTACCTGATAGCCAAAATGTATATCGACCAGCAATGCACGCTGAGCCCCGATGCGCTTACTAATTGGATTACCACGCAGTTATTTCAGTTTCACGGGTTTAAAACTGTTTACCTGATGCCAGAGGGGCAATGGCGTAATATGTCATTTGCTGCATTGACTGATTTGACTGGCAAGCGCTATCTGGGGTTTGAGATGTCGGTGGTGCGTGTTATGTCGTTACTAGACTATTTCGCCGATATAGACAACGACAATCAAAACGACAGTATTGTAGCCTTTACCAACCCTGCAAATCCGCCCACGAATGCATTAGATAATCAGGCAGCGTTGCAATGGCGGGCTGGTTTTCCGCCATTGCCTTGGACAGCTCAAGCTTCCAAGGCGATAGCAAATGCATTTCCCCATTCGCCTTTAACGGTATTTACAGACCGAGAAGCAAGTAACACCAATCTCGTTTCTGCCGAAGCCAGGCATGCGGCATTACTGCATGTAGGGAGCCACGCTTATTATTTGCCTGAATCTCCTGAAACCGTTGGATTAGTTACCGCGGTAAATCATCCAGACGACCCCGGTGATGGGTTTATCGCCTACGAAAATCTGTTTTCGAACCGGTTTCAAAACCGACTCGTGGTGATTAGCGCTTGTGAAACTGAAATGGGAAAATCCTATCAAGGCATTGGAATGCGAAGTCTAAGTCATGGCTTTCTGTATCAGGGGGCGGGCGCGACCATTTCCACACTCTGGAAAGTACCAGACAGAGCAACAGCTGAGTTTATGGGACTGTTTTACCAGGCATTGGCTGTGTACCGCGGTGATATAGGCAGGGCTATGCTTGAAGCGCGTGTGGGCTTAGCAAGCAAACGTCGCTTTCGTGATCCGCGTTACTGGGCCGGGTTTGTGTTTACAACGACAGGGCCTACCTATGAAAGGTTGGCTTTAACGCAGTAA	MIKSTIVLLASLFTGQLFAATGEQCASFTSSWQSYYPVYQQGGQYFQCLPAGSVPIELTEALDAERLALFAQFDSAYLAQRDTPDASFIEAFELAGLVESEFTIADETNNSGRANLHNIAEEEIAIRMLLAMFSNLDYETSAQLADEYLSGKVFSRPDYLRTAVLISMQSAFSSQQFALLRHHCSTNSVLTAYSPAQQAVMLSLCGFGDVVSGDQQETLRAGLAKLQQAQQLSAGLHDPLLCAQVNNGLASYYLATDDVATTGQYLEAGMHCVLTPHGLMEEEMLDDLTSNLAWVYRQQGNLPGYLSMLRASVYQHTHHLAPQKLLISHSNLGKAYLLVGDAQKSERYYQQALAVAETHNIPDEIDALLALARLRIGKHDYQSAQSYLQRAENLSLTPYQQAQADVLFMQIRVSLSPHDFDERGFLTHLDTIQHHFSPQRKYHLYSDWLTVLQILHRFDLALPIIGDLEQADRYPLSVKLALANTKLQMVLEHKDALANAPLQREQVEAIFNDAFAHIIEASTQFKSTEVGMSWLSQSHTLINHYLSWLLPSKDDAVIERALMVSEQFASIIFKRHRMALIQPDESEEKTALWEEWALANTVMVDPSTSTGPAALLQQDKIWEQIQLSGTGKDDMQWQSSDFSLADIRAQLGKKRVLLKIFALENKNCAYLIAKMYIDQQCTLSPDALTNWITTQLFQFHGFKTVYLMPEGQWRNMSFAALTDLTGKRYLGFEMSVVRVMSLLDYFADIDNDNQNDSIVAFTNPANPPTNALDNQAALQWRAGFPPLPWTAQASKAIANAFPHSPLTVFTDREASNTNLVSAEARHAALLHVGSHAYYLPESPETVGLVTAVNHPDDPGDGFIAYENLFSNRFQNRLVVISACETEMGKSYQGIGMRSLSHGFLYQGAGATISTLWKVPDRATAEFMGLFYQALAVYRGDIGRAMLEARVGLASKRRFRDPRYWAGFVFTTTGPTYERLALTQ				NA	NA	NA	NA	NA
AK237_03713	1494			hypothetical protein	ATGAAAAACATAGTACTTTGTTGTGACGGCACATGGAATGATGCACTGAATGAGGATGATGGACATCCTGCACCGACCAATGTCCGAAAAATATTTGAGGCTGTTGACCTTACGTCTCTACCGGTTAAACAACTATCGCGCTATCAAGCAGGTGTGGGCACGGAAGGGGGAATTGATAAACTCGCTGGCGGACTATTGGGAATTGGTCTCGCAGAGGACATCAAAGATTGTTATCAGTGGCTTTCAGATAAGTTCGCGCCTGGCGACAGACTTTATCTGTTTGGGTTTAGCCGGGGCGCGTATACAGCCAGAAGCCTGGCTGGCATGATTGGTCAATTTGGCCTTTTGTCGTTTTCCGGTACTTCAGGCATTGGGCGAAGCGCTCAAGTGCAGAAAGTTTATCAGGCTTATCGGGAGAAAAGTGGTAATCCGTCTGACCTGACGTTTCATGACGACTCCAAAGAGGTGTACTTCGTCGGAGTATGGGACACCGTTGGCGCTTTGGGAATACCCGATGATAAAGCAATAGCTGACATTGTTGATAATCCTGATAAACATCGTTTTCACGATACCAAGCTTGGTGTGCATATTGTTAATGGTCGACATGCTGTAGCTATTGATGAAAAGCGAGGCAGTTTCAGCCCTACCTTGTGGACCAACAATCGTACCGATGACACTATCAAACAACAATGGTTTCCCGGGGTGCATTCCGACGTGGGAGGTGGCTACAAAGAGACAGGGTTATCCGATTGTGCGTTGAAGTGGATGCTGGATGAAATTGCAACGCTGACTTACCCCATACAGTTCAAGTCTTCGATTGGACAGGTTCAACCCGATCCTCATGGCTTGCTGCACGAGTCGTATGAAGGGGCAATGAAGATTCTGCGTACCGTACCCCGGGCGATGCCAAACCTGGACACAGCGCCAACGATTAGTCACTACGCCAAAGCGCGCAGGGAAAACCCTCCTGTGTCTCAAGGCTTGTATCGCGAAACCCGACAGTTCAGCAACGGGCAATGCGAAATAGATATTTATGCCAAACATCGATGGTATTGGACGGGGTTGTATCTGGAAGCCGGTACCTATCAGTTTGATGCTGAAGGCGAGTGGATAGACAGTACGATTACGTGTCCGCCGTCAGGCACGAACGATGGTAATTTTCAGTTTGGCGAAATCGTACAGATTGCGGCATCGGGGTTAGGCTATTTAGAGCGTGCCTGGAACGCTATGCGAGGCAAACCGGTAGAGCAAGACTGGCTCGGATATACCAAGCGACATGAAGCCTATCCGTGGTTTGCATTAACAGGTGTAGTGGCCAATCACAGTAACCCGAACCCGGATGGAACCTATTTACCTCCGGAAACCTTTCTTATAGGCGATAGCGCGACGTACACCGTAGCAAAGTCAGGATATTTATACTGTTATGCCAACGATGCATGGAATTTGTATGGCAATAACCGGGGTTATGTCACGCTTACCGTACAACAGCAATAG	MKNIVLCCDGTWNDALNEDDGHPAPTNVRKIFEAVDLTSLPVKQLSRYQAGVGTEGGIDKLAGGLLGIGLAEDIKDCYQWLSDKFAPGDRLYLFGFSRGAYTARSLAGMIGQFGLLSFSGTSGIGRSAQVQKVYQAYREKSGNPSDLTFHDDSKEVYFVGVWDTVGALGIPDDKAIADIVDNPDKHRFHDTKLGVHIVNGRHAVAIDEKRGSFSPTLWTNNRTDDTIKQQWFPGVHSDVGGGYKETGLSDCALKWMLDEIATLTYPIQFKSSIGQVQPDPHGLLHESYEGAMKILRTVPRAMPNLDTAPTISHYAKARRENPPVSQGLYRETRQFSNGQCEIDIYAKHRWYWTGLYLEAGTYQFDAEGEWIDSTITCPPSGTNDGNFQFGEIVQIAASGLGYLERAWNAMRGKPVEQDWLGYTKRHEAYPWFALTGVVANHSNPNPDGTYLPPETFLIGDSATYTVAKSGYLYCYANDAWNLYGNNRGYVTLTVQQQ				NA	NA	NA	NA	NA
AK237_03714	1356			hypothetical protein	ATGATTAAACCCGTCTCTTCGTTTTTTGCTTTTTCACTGCTGGGTTGTATCTTTCTCTTCTTTCCGTGGCTTCACGGCATCGATTTGATATGGGAACAGTTGTCTCTTGCCGCGGTAGTTGCCATTGTATTTGGGCTAGCCATCCTGCTTTCCCCCGGTTATTTTACGGTTAACACGCAGCGTGTTGGCTTGCTGCTCGTTGTATGGTTAATCTATTGTGCGCTTTATCTCCTTCCCTGGCCAACCAGCGTTATTACATTCATCTCGCCTAAAATATTAACCTGGTACGGGTTAAACCACGTCGAGGCCCAGCCGTACCTTACGGTGTACCGTCAAGCGAGCACGATTGAATGGGTGAAGTTTTTAACCCTGGGATTGCTATTCGCGTCAGTATGGCTTCTTTGTACAATGCGCTCCCGGGTAACGCTGCTAACCCAGCTTATTGCACTTGGTTGCGCCATTACGGCAGTTTACTCGCTTATAAACTTCGCCACAGAAGGAGCAATGGAATGGATATCGAGTATTCAGCCCTGGGATTTAGCCTGGAAAGACGGTATTCGCGGCACATTTAGCTACAAGAACCAGTACGCACTCTATATTGCCCTTGCCATGGCTTTGTGCATCGGCTTAATTATCGAAGGCTTTCGCCAGAAGACGCCCCGGCCGCAGTTAGTATTACTTGCAGTGACGTTACTCGTACTGGCTATTACCCTAATCAACACCAGTAGCAGGGGGGTTATCGTTGCATTAGTCGGCGGATTAGCAGTATCTACCGCAGTCTACTTACTACGAAAACGGGATCAGTTAAAACGTTGGCTAACGCCGAAAACACTTTCTTTGTCTGCTGCTGGTTTTCTGGTGATATTCGTCGCTTTCACTCAGTCGTCAGTGTACGAGCGTTTTACTAACCAAAAGCTGGCAGATAACGGCCGAACATTGCTACGGGAAACCGCTATGGCGGTTATCACGGATCATCCTGTCATGGGCACGGGCCCGGGTACTTACCCCTATATTCAACATGTTTACAAGCCAATGGCGCTGGGTATTTCTAAAATGTCTAAGCGGGCCCACAACGATTATTTAGAAACGGTCGCCACAACAGGCATTGTTGGCTTTGTGCTGCTTGCATTGCCCTTGGGTTACATGTTGGTCCGGGTGTTTAGTAATGTGTCTACACAGTTAGATGGATTGTTATTCGGGGTGCGAGCTGCAATTATAGCGTTTCTGATCCAGTCAACGTATGACACAAACACAGGCATCTTCTTTTTACCCGTGTTGTTTATAACAGTGCTAACGTTAGGCTTTGTTATTGTAGAACGATTCGATTTACACGCACCGGGTACAGATACCGCATAG	MIKPVSSFFAFSLLGCIFLFFPWLHGIDLIWEQLSLAAVVAIVFGLAILLSPGYFTVNTQRVGLLLVVWLIYCALYLLPWPTSVITFISPKILTWYGLNHVEAQPYLTVYRQASTIEWVKFLTLGLLFASVWLLCTMRSRVTLLTQLIALGCAITAVYSLINFATEGAMEWISSIQPWDLAWKDGIRGTFSYKNQYALYIALAMALCIGLIIEGFRQKTPRPQLVLLAVTLLVLAITLINTSSRGVIVALVGGLAVSTAVYLLRKRDQLKRWLTPKTLSLSAAGFLVIFVAFTQSSVYERFTNQKLADNGRTLLRETAMAVITDHPVMGTGPGTYPYIQHVYKPMALGISKMSKRAHNDYLETVATTGIVGFVLLALPLGYMLVRVFSNVSTQLDGLLFGVRAAIIAFLIQSTYDTNTGIFFLPVLFITVLTLGFVIVERFDLHAPGTDTA				NA	NA	NA	NA	NA
AK237_03715	753			hypothetical protein	GTGAATTCACCAGGCACTGCCAGCAGTAATACATTAAAGAACAAAGCGTTAGTTCTTTCTTTGCCGAAAGTAGCAACGGCTGTGTGCGCATTTTGTTGTGCTATCTGGTGTCTGCAACTGGCCATAAATTACAAATCTATCGATAAATTAAGCGCAGATATCGCGCCTGTTTACTCCCTTGCTCTTGCAAAAGGCGCGCAGCCTGACAAGCAGATGTTAGAAAATTACAGTGAGTCGCTGGTAGAACTTAGCCTGGCTATGCCGTCGGAAGCGCAAATCCCCTTACTTCAGGCTAAGCTGGCAGCCATCAGCACCAGGCAAGAAAGTTTGTCCGAGGATGAATTAGCAGCGAACTTTATTCATTCTTATCTTGAGCAGGTTTACACATTGCAACCTACTCATTATCAAGGCTTCCCTATCGATGTAGCCTATGCGTCGCTAAATGACATTGCGCCAGAAAAACTGTTTGATGCCCTTCGCACACGCTTGCCCCTGGCCATAAATGAACAAGAGCCTCAGGAGATCATAGGCGTCTATCTTATTGCACACTGGCTTGCGCTTCCCCCTGATATTCAGCAATTGGCTATGCCAGTAATTGAAAGCGGCCTGCGTCAACAACCAACAAGGAATATACTGCTGCATACCATGGACTTGTATAATCGCGTAACCCCTTTTTACGCGCTCTCGCCTAATCGTGCCACGTCAGAGATAATGCGAAACCTTGCTGCAAACGTGAAGCCCTCGAATGATTAA	MNSPGTASSNTLKNKALVLSLPKVATAVCAFCCAIWCLQLAINYKSIDKLSADIAPVYSLALAKGAQPDKQMLENYSESLVELSLAMPSEAQIPLLQAKLAAISTRQESLSEDELAANFIHSYLEQVYTLQPTHYQGFPIDVAYASLNDIAPEKLFDALRTRLPLAINEQEPQEIIGVYLIAHWLALPPDIQQLAMPVIESGLRQQPTRNILLHTMDLYNRVTPFYALSPNRATSEIMRNLAANVKPSND				NA	NA	NA	NA	NA
AK237_03716	1398	wcaJ_1	COG2148	UDP-glucose:undecaprenyl-phosphate glucose-1-phosphate transferase	ATGGGAAACGGCTTTGTTAGAAATAACATTAACCAGTTCGCTGTTGTTTACCGCTTCATTGACTTCTTGATCATTCAACTCACGCTGCTGGCTGCATGTTCTTTATATGACGTGAAAATTGATGTGCACTATCACCTTCTCGGGTTAATCGGTAGCACCACTTATCTTTTGTCCGCTGAGTTATTCTGGTTGTATCGATCGTGGCGAGCGGGGACGTCGAAAGAACTCATCTTTTATACGTTAATCAGTTGGTTCGTTAGCACTGTTGTGGTGCTATCTTATTTATTTTTATCTAAAACATCCGGTGATTATTCTCGTATAGCATTATCATCGTGGGTAGTTGTCGCCCCATTATTTTTATGTGCCTGGCGCATGTTTATGCGCACATTTCTCTATCATGTACGAAAGAAAGGTTTCAATAGCCGCTCTGTTGGTATTATTGGTATGAACGAGAATGCTGTTGCATTAGCCAACGAACTTAAGCGTAATCCCCATACCGGATTTCGCATCGATGGTATTTTCGACGACAGAGAGTCCGACAGACTTGCTATTCCAGACGGGATGACGGTGGAAGGGACGATCGCTGATGCAATCTCAGCAGTTCGTAATGGTGAATTTGATCAAATATTTATCACGCTCCCCATGACGGCGAATAAGCGTATCGAGCATATCCTGCATCAACTCGGCGATACCAATGCAGAAGTGCACTTTGTACCAAATTTCTTCATGTATAACATGGTGCATTCCCGGTTGTGTAACATCGGAAATTTACAGACAATCAGTGTGTTTGATACGCCCATGCGTGGTGCAACAACGGCAATAAAACGTGCAGAAGATATCTTACTTGCAAGCTGTATCTTATCTGTTATTGCTATTCCTATGCTCTTCATTGCAGCAGCGGTAAAGCTCACATCTAAAGGCCCCATTATTTTCAAGCAGAACCGGTATGGGGTGGATGGTAAGAAAATTAAGGTGTGGAAATTTCGCTCAATGACGGTGACGGAAGACGGCGACAAGGTGACCCAAGCGACCAAAGGTGACGCGCGCATTACCAAGGTGGGGGCATTCTTACGCAAAACTTCCCTGGACGAACTTCCACAGTTTATTAATGTGCTGCAAGGAACTATGTCTGTTGTCGGGCCTCGCCCACACGCAGTTGCGCACAACGAGATGTACCGCAAGACCGTTAAATATTACATGCTGCGCCATAGAATTAAGCCAGGTATCACGGGATGGGCGCAAGTAAACGGCTGGCGCGGCGAAACCGATACTGTAGAGAAAATGCAGATGCGGGTTCAGTTCGATCTTGAATATATTCGTAACTGGTCGTTGTGGCTGGATTTCAAAATAGTTGTATTTACCTTCTTCAAAGGTTTCGTTGGTAAAAACGTATACTAA	MGNGFVRNNINQFAVVYRFIDFLIIQLTLLAACSLYDVKIDVHYHLLGLIGSTTYLLSAELFWLYRSWRAGTSKELIFYTLISWFVSTVVVLSYLFLSKTSGDYSRIALSSWVVVAPLFLCAWRMFMRTFLYHVRKKGFNSRSVGIIGMNENAVALANELKRNPHTGFRIDGIFDDRESDRLAIPDGMTVEGTIADAISAVRNGEFDQIFITLPMTANKRIEHILHQLGDTNAEVHFVPNFFMYNMVHSRLCNIGNLQTISVFDTPMRGATTAIKRAEDILLASCILSVIAIPMLFIAAAVKLTSKGPIIFKQNRYGVDGKKIKVWKFRSMTVTEDGDKVTQATKGDARITKVGAFLRKTSLDELPQFINVLQGTMSVVGPRPHAVAHNEMYRKTVKYYMLRHRIKPGITGWAQVNGWRGETDTVEKMQMRVQFDLEYIRNWSLWLDFKIVVFTFFKGFVGKNVY	PGPT0023345_477	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-COLANIC_ACID_METABOLISM	CE-EPS-COLANIC_ACID_BIOSYNTHESIS,PGPT0023345-wcaJ-K03606	NA	NA
AK237_03717	2853	rcsC_15		Sensor histidine kinase RcsC	GTGAGTAACCGCCCCTCGCTGTATACACAGCTTCAACGTACTATTCTGCCAAGGTTACTTATTGCACTCATTGCAGTGAGTATTATTTTGTGTCTGTGCATTTTCTATTTCGCTAAAAAGCAAATAGCGGCCGAACAACACCTTTATATCAACCATCTGAAAGCCGACTTAACTTACACGTTAGATAACACCCAGCAACTTATGGAAGGTATTGCTGCGAACGATTTGCTCATCAATAGTTTTATTGATATTCAACAGCGGCAAAACTATTTACCTATCTTTTTTGAGTCCTTACGGTTTACCCGCGCGAGGGAATTTAGCCTGGGGTTGTTCCAGTTTAATGGCGAACCGCTTATCACCAACAACTGGGAGGGACGCGTTCCTGACACGCTTAGTGGAACCTGGCAAGAACCGGTTTTGAATGAGTCTCGTGCGTTTCATACCGTCTCTGAAGAGGGCGCACTTATCGCCGTGCCTATTTTACTGGCTGACTATGCAGAGGGTGCGCTTGTGTTATATACCCCTGCCCTGCAAGCTCTGATTTACGAACGTGACAGCGATGCATTTCAGTTAATTCTGAATAGCGAGGGTAAAGTGCTTTATTCCAGTCAGCCTAAAGTCTTTGCCGTAAACAGCCTATTTGAACATGAGCGTTACAGCACGTGGGTTAGCGAAACCGAACAATGGCGCGGCCTGACCCTGATCAGTCAGGCTCCTGCCTTAGACGCATTCTCAAGTGTACTTTGGCTTATTCCCGCAATCCTTATTACCTTCGCGTTTGCTGTTATCGTCAGCGTTTATGCCTCAAACCATGCAGCACGTCTTAGTGCCACAACCCTGCGGCAACTGCACGACGATTTAAAACTCAGTGCAGGAAAGAAAAATCGCATTACCCGTGAAGGATTAGAAAACGAAGCTGAAGAACTGAATGAAATCCGCACCGCTTTCAACCAGCTTATCACTAATCTGTCCACGGTTTCGTTGTCAAATCAGCAATTTTCTAACGTCCTGGATTCGCTGGAAGAAATTCTTGTGGTGTTAGATGAAAATAATAACCAGCTGTTGGTCAATCGTGCATTTAAGCGCTATACCCTTTACTACGATTTATCCAACAACAAAGTATTAGATATTAAGCAGCACTTATCGCAGGATCCAAGCGACTTTGTTGGTCATTACGCTTCATTGAGTGACAAACGCCCCATCACACTTAGATGGAAAATGCTGCCACTTATTGACGAGGAAAGAAAACAAACCGGTTGCATTTTAGTGGGTAACGACATGACTCACCGTCGGGATCTGGAAAACCGTATAAATGTGATCAGTCATGCGATGAAGTCTGCAACAGTCTCGATTCTTATTGTTGATGCAACACAAGATGGCTTCCCCGCTATTTACGTGAATCCACATTTTGGTCTGGTTACTGGTTTCAGCGAAGAGGAGGTGCTCGGCCGGTCTTTTCTCATGTTGCGTGAAATGGATGCCGAAGCGGAAAAAGTTCATCATATTAAATATGCACTGAGAAATGGTGCAGCGTTCAATGAAACATTGTTATGTCACCGCAAAAACAAAACCCCGTTTTACAACCAGCTTATTCTTACACCGGTTTACACAGAAAACGAACTTACGCATTTTGTAGCATTTTTCCAGGACGTGACCGAACGGGAACAAACTCAGCAATATTTAGAAGATGCACGTGCCAAAGCAGAAGAATCCGCACGATTAAAATCCGGCTTTCTGGCCAGTATGAGTCATGAAGTAAGAACGCCTCTGCATGGCGTGTCAGGCGCTTTACAACTGGTAAACAAAACGCCCTTGAGTGACACGCAAAAGCGCTATGTTGATTTGGCCAAAGACAGCCTCAAAAACCTGCAGCACATTGTGGATGACATTCTCGATTTTTCGAAAATAGAAGCTGGCCAGCTTAATCTGGAATCCATTCCCTATAATTTAGAACTACTGCTAAAAACAATTTATGAGCAATTCTGTATTAGTTGCGCACAAAAAGAACTGACCTTAAAACTCGAAACCGATCTGCAGGCACAAACCATGGTGGTCGGCGACCCCGTGCGTTTACGTCAGGTATTGGGTAACTTACTGAGCAACGCGGTGAAATTTACCCACCAAGGCAGTATTACCTTGCTTGTAAAACTTGCGCCATGGAGCAATGGCGACTGGCAACTCACCGGCGCAGTTATCGATACGGGAATCGGCATCGCGCAGGAAAACATCGACAGTATCTTTGAGGTATTCCGCCAGGAAGATGTATCAACCACGCGGAAGTTTGGCGGCACAGGGCTTGGCTTATCTATCAGCCGCCAGCTTTGCCAGTTAATGGGCGGCAACCTGACGGTTACCAGCGAAAAAGAAAAAGGCAGCCGATTCGATTTCGAAATGACCGTGGGACGCGTATCAGCAAACCAGGAAGCCGCGAACGTAACCTTGCCTGACGCAAAGAAACATTCAGCAACGCCCAAAGACGTCACAGCCAAAATTCTCATCGTGGAAGACAATGAAATTAACCAACTTATTGCCAGAGAACATCTAAGCCTGCATAAAACCATGACGGCGAGAAACGGTAAAGAAGCCTTAGAAGCGCTTAACCGTATGAAGCTAAAGTTTGATATGGTGCTGATGGATTGTCATATGCCAGAAATGGATGGATTTGAAACCACGCGACGTATTCGCAATGGTGAAGCGGGCGAAAGCTATCGCAACGTGCCCATTGTGGCACTAACCGCCAACGCGATGAAAGGCGACAGAGAACGATGCGAAGCGGCCGGCATGGATGATTACATCAGCAAACCCTTTACAGCAGAAGATTTACTTGCTGCCGTGGTACGACATGTAGGCTAA	MSNRPSLYTQLQRTILPRLLIALIAVSIILCLCIFYFAKKQIAAEQHLYINHLKADLTYTLDNTQQLMEGIAANDLLINSFIDIQQRQNYLPIFFESLRFTRAREFSLGLFQFNGEPLITNNWEGRVPDTLSGTWQEPVLNESRAFHTVSEEGALIAVPILLADYAEGALVLYTPALQALIYERDSDAFQLILNSEGKVLYSSQPKVFAVNSLFEHERYSTWVSETEQWRGLTLISQAPALDAFSSVLWLIPAILITFAFAVIVSVYASNHAARLSATTLRQLHDDLKLSAGKKNRITREGLENEAEELNEIRTAFNQLITNLSTVSLSNQQFSNVLDSLEEILVVLDENNNQLLVNRAFKRYTLYYDLSNNKVLDIKQHLSQDPSDFVGHYASLSDKRPITLRWKMLPLIDEERKQTGCILVGNDMTHRRDLENRINVISHAMKSATVSILIVDATQDGFPAIYVNPHFGLVTGFSEEEVLGRSFLMLREMDAEAEKVHHIKYALRNGAAFNETLLCHRKNKTPFYNQLILTPVYTENELTHFVAFFQDVTEREQTQQYLEDARAKAEESARLKSGFLASMSHEVRTPLHGVSGALQLVNKTPLSDTQKRYVDLAKDSLKNLQHIVDDILDFSKIEAGQLNLESIPYNLELLLKTIYEQFCISCAQKELTLKLETDLQAQTMVVGDPVRLRQVLGNLLSNAVKFTHQGSITLLVKLAPWSNGDWQLTGAVIDTGIGIAQENIDSIFEVFRQEDVSTTRKFGGTGLGLSISRQLCQLMGGNLTVTSEKEKGSRFDFEMTVGRVSANQEAANVTLPDAKKHSATPKDVTAKILIVEDNEINQLIAREHLSLHKTMTARNGKEALEALNRMKLKFDMVLMDCHMPEMDGFETTRRIRNGEAGESYRNVPIVALTANAMKGDRERCEAAGMDDYISKPFTAEDLLAAVVRHVG	PGPT0004750_62	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-QUORUM_SENSING_REGULATORS	CE-QSR-QUORUM_SENSING_REGULATED_FLS,PGPT0004750-aoxS-K20974	NA	NA
AK237_03718	1197			hypothetical protein	ATGCTGAGAATGTCCATTTTGACATCGCTGGTTGGTTGCTTCTTGCTGATTTTCAGTAAGTTAGTCGTAGCTAATGAGGCTTCTGCTAAGCCAACGCTTGCGCTGGCACTGGATGCCGATCTCAGCGCGGTTGCCATTGAAGGTGGCACGGCCATCCAACGTGGAATGGAAATCGCTATCGATGAAATTAATCAGCAAGGCGGATTGCTCGGCCACAAGTTAACGCTGATTACCGCCGATCACCGCGGCAATCCCGCTCGTGGTGTTCACAATATCCAACAATTCGCTAAACGCAGTGATATTTTGGCCGTTTTTGGCGGAGTACATACGCCGGTAGCACTTGCAGAGTTAGACGTAATTCACACGAATAATATGTTGTTTATGAGTCCGTGGGCTGCGGGTACTACGCTGGTAGATAATCACTATTCACCCAACAACGTTTTTCGTGTGTCTATTCGTGACGAGCAAGCGAGCAAAGTATTGATCAGCGCCACAAAGCGTCGAGGCGTTCAACGAGTAGCGCTTGTATTAGAGCGCACCGGCTGGGGGCGCTCTAATCACTCCTCACTATCAAAAGCTGCGGGCGAGGCCGGCCTGCACATCGTTTCTACCCAATGGATTAATTGGCGACAAGCTGACTTCAACACTGAAATGGCTGCGATTATGCAGTCAGGTGCTGAAGCGATAATCATGGTGTCGAATGCACCGGAAGCGGCGGTCGTGAGCAAAACATTGCTAAAACTAGAAGCCGCTGACACGCCTATTATTGCTCACTGGGGATTGGCTGGCGGCGACTTTGTTTCCGAAATGGGATTAGCAGACCTGGCGAAGCTTGATTTGTCAGTTATCCAAACATTTAGTTTCTTACGACAGAACAATGCCCGCACGCAATATTTGCTTAACAGCTACAAAGCGCATTATGGTGATGTGGCACCGGAAACGGTACCGGCGGTGGTAGGTTTGGCACACAGTTACGATTTAGTGCATTTGCTGGCTGCAGCGGTAAAACAGGCGCAGAGCACAGATACAGATAAAATTAGACAGGCGCTTGAAAATCTGCCAGCTTTAGAAGGTGCAGTGAAAACCTACGCACCCGCGTTTACAGATACAATGCACGATGCACTCATGGCGGAGGATTACTTTATGACCACTTTTAATCAAAACGGTAACTTAGTCCCAGTTTCTTACTTACAGTGA	MLRMSILTSLVGCFLLIFSKLVVANEASAKPTLALALDADLSAVAIEGGTAIQRGMEIAIDEINQQGGLLGHKLTLITADHRGNPARGVHNIQQFAKRSDILAVFGGVHTPVALAELDVIHTNNMLFMSPWAAGTTLVDNHYSPNNVFRVSIRDEQASKVLISATKRRGVQRVALVLERTGWGRSNHSSLSKAAGEAGLHIVSTQWINWRQADFNTEMAAIMQSGAEAIIMVSNAPEAAVVSKTLLKLEAADTPIIAHWGLAGGDFVSEMGLADLAKLDLSVIQTFSFLRQNNARTQYLLNSYKAHYGDVAPETVPAVVGLAHSYDLVHLLAAAVKQAQSTDTDKIRQALENLPALEGAVKTYAPAFTDTMHDALMAEDYFMTTFNQNGNLVPVSYLQ	PGPT0020765_8465	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-QSR-AUTOINDUCER_PERCEPTION	CE-QSR-GABA_PERCIPITATION|SIGNALLING,PGPT0020765-livK-K01999	NA	NA
AK237_03719	516			hypothetical protein	GTGAGAAATCAAAATCCTCCTACCATCTTAGATGTCGAGGCCAGTGGATTTGGCAGTGACAGCTTTCCGATAGAAATTGGCGTAAAGCGGGCAGATGGTGCGCGTTTCTGCCGATTAATTAAACCCTATGTATCGTGGACACACTGGAACGTGGAAGCCGAGTCTTTACACGGTATTACCCGACAGCAACTGGAAAAATATGGTGTAGAAGGCAAAGAAGTGTGCAGTCAGTTAAATGCTTTTTTGCAAAAAGATACTGCGTATTCTGATGGTTGGGTGGTTGATTACCCCTGGCTGATTAAGCTGTATGCGGCAGCCGGCATGGATATGTCGTTTAAACTTACAGCGCTGGAGTATTTACTCTCGGAAGTGCAAATGCAAAACTGGCATCAAGTCAAACAATCGCTCATTACGCAACAAAGCGTATCGCGACATCGCGCCAGTGTGGATGCAGAGCTTATTCAGCAAACCTTTATTGCTACCTCATCGGTTACTCAGGCTGAATTAGCACGGTAG	MRNQNPPTILDVEASGFGSDSFPIEIGVKRADGARFCRLIKPYVSWTHWNVEAESLHGITRQQLEKYGVEGKEVCSQLNAFLQKDTAYSDGWVVDYPWLIKLYAAAGMDMSFKLTALEYLLSEVQMQNWHQVKQSLITQQSVSRHRASVDAELIQQTFIATSSVTQAELAR				NA	NA	NA	NA	NA
AK237_03720	690	ygeA		L-aspartate/glutamate-specific racemase	ATGAAACAAGTCGGTATTATTGGAGGGATGAGCTGGGAGTCTTCAGCAACCTATTATCGCCTTATCAACGAAGGCATTAAGCAGCGTTTAGGGGGCCTCCATAGTGGGCGCATTCTGCTTAACAGTGTGGACTTTGCACAAATTAGCCAGTGGCAACACGATGATGACTGGAGCGCGTTAACAACAGCGATGATAGAGGCGGCAAAGCAACTTGAAGCCGGTGGCGCTTCGTGTATTGCGATTGCCACCAATACTATGCATAAGGTAGCACCCCAAGTAGAGAGCGCTATTAACATACCACTTATTCACATTGCCGATGCGACGGCAGCGGCCTGCGCCAGCCACGGAGCGAGTAAGGTGGGTTTGCTTGGTACGCGTTTCACCATGGAGCAACCTTTTTACACAACGCGCCTGGAAGCAAAAGGAATTGACGTTGTAACTCCTGAACTTACCGGAAGACAGGCTATACACGACATTATTTACAATGAACTTTGCAAGGGAGAGGTACGTGCTACATCACGCACTCTTTACCAGCAAATTATCGAACAAATGGCAGTGGAAGGCGCACAAGCGGTTGTTTTGGGATGTACTGAAATAGGTATGTTGATTGGCCCCAGCGATGTGAGTATACCGGTATTGGACACAACACCCATTCACTGTAACGCGGTTATCGATTTTGCCTTGGGGTAA	MKQVGIIGGMSWESSATYYRLINEGIKQRLGGLHSGRILLNSVDFAQISQWQHDDDWSALTTAMIEAAKQLEAGGASCIAIATNTMHKVAPQVESAINIPLIHIADATAAACASHGASKVGLLGTRFTMEQPFYTTRLEAKGIDVVTPELTGRQAIHDIIYNELCKGEVRATSRTLYQQIIEQMAVEGAQAVVLGCTEIGMLIGPSDVSIPVLDTTPIHCNAVIDFALG				NA	NA	NA	NA	NA
AK237_03721	498			hypothetical protein	ATGAATCGATTCTGGCTAATGAGTTGTTTGACAATATTGAGTGCGCTGGCTCACGCCAAAGACGCAGACTTTCTAAAAAAAGCAGACACACGTTCTGCTTATGTGGCATCGCCGTATCAGTCTGAAATTTCGTTTCAAAGCCAACGATTGCCTGCCTGGCAATTTGGGGTTCGTTACGACAGGAAAATGCCCTACCACGATCAATGGGTCGATAGCATTGATACTTACCATTCGGTGGACTCTGTGAAGGTGTCAGCCAGCCGCGTTATTCTTAATAACTCCAGTCAACGTATCTTTGCGGCGTTGCAAACCAGTAACGATGAGCAAGCGGCTTACTCTGATTGGCTCTATCTACCGGCCAATGCCGGCACAGCGGCCAGTTTTGGTTGGCAAATTGGTGAACTTAACACGGTTAAAATGGCTGTAGAATATCAGTATCGAGAAGTAAGCGACAAAGACATCAATTCCTTGCTGCTTGGCGTGCAATATTACTTCTGA	MNRFWLMSCLTILSALAHAKDADFLKKADTRSAYVASPYQSEISFQSQRLPAWQFGVRYDRKMPYHDQWVDSIDTYHSVDSVKVSASRVILNNSSQRIFAALQTSNDEQAAYSDWLYLPANAGTAASFGWQIGELNTVKMAVEYQYREVSDKDINSLLLGVQYYF				NA	NA	NA	NA	NA
AK237_03722	1146	metK	COG0192	S-adenosylmethionine synthase	ATGGCCGCACACCTATTCACATCGGAATCTGTCTCTGAAGGACATCCGGATAAAATTGCCGACCAGATTTCAGATGCAGTGCTTGATGCCATATTAGAACAGGATCCCAAAGCACGGGTAGCCTGCGAAACGTACGTCAAAACCGGCATGGTTTTGGTAGGTGGTGAAATCACTACATCTGCATGGGTCGATATTGAAGAGCTGACCCGTCAAACGGTAAAAGATATTGGTTATACGCATTCAGACGTAGGCTTTGACGCCGACTCATGTGCAGTATTAAACGCTATCGGTAAGCAGTCGCCTGATATCAACCAGGGTGTCGACCGTGCTCGTCCTGAAGAACAGGGTGCTGGCGACCAGGGGCTGATGTTCGGCTATGCCAGTGACGACACTGACGTACTGATGCCTGCGCCGATTACTTATGCGCATCGTTTGGTGCAAAAGCAGGCTGAAGTGAGAAAGTCTGGTCAATTAGACTTCCTGCGTCCTGACGCGAAAAGTCAGGTTACCTTCATCTATGAAAACGATAAGCCAGTGGGTATCGATGCTGTGGTGCTGTCTACTCAGCACAACGAAACCGTTACCACTGAACAACTTCGTGAAGCCATCATGGAAGAAGTCATCAAGCCAGTACTGCCGGCTGAATGGCTAACCAAAGATACGCAATTCCACATTAACCCCACTGGCCGTTTCGTTATCGGCGGCCCCATGGGCGACTGTGGTCTAACAGGTCGTAAAATTATCGTAGACACCTACGGCGGCATGGCTCGTCATGGTGGTGGTGCGTTCTCTGGTAAAGATCCGTCGAAAGTAGACCGCTCAGCGGCTTACGCCGGTCGATATGTGGCGAAAAATATCGTCGCAGCCGGTCTGGCGAAACGCTGCGAAATTCAGGTGTCATACGCAATTGGTGTGGCAGAACCAACATCAATCAGTATCGAAACCTTCGGTACGGGTGTGGTTGATGAAAAAACCCTGGTGGCGTTGGTGCGTGAGCACTTCGACTTACGCCCATACGGCCTCATCAAAATGCTTGATTTAGAGCGCCCTATTTATCGTCCAACAGCGGCTTACGGCCACTTTGGTCGCGATGAATTCCCGTGGGAAGCAACCGATAAAGCTGACGCGCTGAAAGCCTCTGTCTAA	MAAHLFTSESVSEGHPDKIADQISDAVLDAILEQDPKARVACETYVKTGMVLVGGEITTSAWVDIEELTRQTVKDIGYTHSDVGFDADSCAVLNAIGKQSPDINQGVDRARPEEQGAGDQGLMFGYASDDTDVLMPAPITYAHRLVQKQAEVRKSGQLDFLRPDAKSQVTFIYENDKPVGIDAVVLSTQHNETVTTEQLREAIMEEVIKPVLPAEWLTKDTQFHINPTGRFVIGGPMGDCGLTGRKIIVDTYGGMARHGGGAFSGKDPSKVDRSAAYAGRYVAKNIVAAGLAKRCEIQVSYAIGVAEPTSISIETFGTGVVDEKTLVALVREHFDLRPYGLIKMLDLERPIYRPTAAYGHFGRDEFPWEATDKADALKASV	PGPT0020000_6354	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
AK237_03723	1995	tktA_2	COG0021	Transketolase 1	ATGCCTACTCGTCGCGAACTCGCGAATGCCATCCGTGCACTCAGCATGGACGCTGTTCAGCAAGCCAAGTCAGGTCACCCAGGTGCCCCAATGGGAATGGCGGATATTGCCCAGGTCTTGTGGTGCGATTATCTGTCTCATAACCCTTCAAACCCTAACTGGGCGAACCGTGACCGTTTTGTGCTTTCAAACGGACACGGCTCAATGCTGCTCTATTCATTGCTGCATTTATCAGGTTACGAATTGCCGTTAGAAGAACTGAAGAATTTCCGGCAGTTGCACTCTAAAACACCTGGTCACCCGGAATATGGTTATGCGCCTGGCGTCGAAACGACCACAGGCCCGTTAGGCCAAGGTATCAGTAATGCTGTGGGCATGGCGCTGGCTGAGAAAGTACTGGCTGCACAGTTCAACCAGGATGGTCATGATATTGTCGATCACTACACTTATGCGTTTTTAGGTGATGGTTGTTTGATGGAAGGTATTTCTCATGAAGTGTGTTCACTCGCTGGTACGTTAGGTCTTGGCAAGCTGGTGGCATTTTACGATGACAATGGCATCTCAATTGACGGCGAAGTAGAGGGCTGGTTCACGGACGATACCGTTAAGCGCTTCGAATCTTACGGCTGGCACGTTATCTCTGGTGTAGATGGCCATAACCCTGAGCAAATTCGTAACGCGGTAGATGAAGCCCGCGGGAATACCACCCAACCAACGTTGATTTGCTGTAAAACCATTATCGGTTTCGGTTCCCCAAACAAGCAGGGCAAAGAAGACTGTCACGGTGCGCCGTTGGGTGATGATGAGATTGTCGCAACCCGCAAAGCGCTGGACTGGAACTACGGTGCGTTTGAAGTACCTGATGACATCTATGCGCAATGGAATGGCAAAGAGAAAGGTAGTGCAGCAGAGGCGAGCTGGAACGAAGCGTTTGCTGCCTATGAAAAAGCTTTCCCTGAACTGGCAGCAGAATTTAGCCGCCGTGTGAAAGGTGACCTTCCTACCGATTTCGTTGAAAAAGCCGATGCGTATATCGCAGGTTTACAAGCTAACCCTGACGCCCCTGCAACGCGCAAAGCATCGCAGAATGCATTGAATGCATATGGTCCATTGTTGCCCGAGTTATTGGGTGGTTCTGCTGACCTGGCTGGCTCTAACCTTACCATTTGGTCAGGTTCAAAAGGTGTCGATGCAAAAGATGCATCGGGTAACTACATTTACTATGGCGTGCGTGAATTTGGTATGTCGGCAATGATGAACGGCATCACCTTACACGGCGGCTTCAAAGCATACGGCGCAACCTTCCTGATGTTTATGGAATATGCTCGTAACGCTGTGCGCATGGCGGCGCTGATGAAAGCGCCGTCAATCTTTGTGTATACCCACGACTCTATTGGTTTGGGGGAAGATGGCCCCACGCACCAACCGGTTGAGCAACTGGTAGCATTGCGCTCTACGCCTAACCTTGACAACTGGCGACCCTGTGACCAGGTTGAGTCTGCGGTAGCCTGGAAAGAAGCGATCTTGCGCAATGATGGTCCTACCACACTTATTTTTACTCGCCAGGGTTTGCCGCAGCAGGAACGTTCAACAGCGCAAGTTGCTGACATCGCAAAAGGTGGTTACATCTTAAAAGATACAGATGGCACACCGGACGTATTACTTATCGGAACAGGCTCAGAAGTACATTTAGCGGTTGAGGCAAGTGAAAAACTTGCTGAGAAAGGTATTAAAGCACGTGTGGTTTCTATGCCCTGTACTGACAAATTTGACCGTCAGGATGCCGATTACCGCGAAGCGGTTCTGCCAGCCAGCGTAACTAAGCGCGTAGCGGTGGAAGCGTTAGCCAAAGATTCTTGGTATAAATACGTAGGTTTCGGCGGCGCAATTGTGGGTATGGATACATTTGGTGAATCCGGCCCGGCAGGAGAACTGTTCAAACACTTCGGCATCACTACTGATGCAGTGGTAGAGGCAGCGCTGTCTTTAAAATAG	MPTRRELANAIRALSMDAVQQAKSGHPGAPMGMADIAQVLWCDYLSHNPSNPNWANRDRFVLSNGHGSMLLYSLLHLSGYELPLEELKNFRQLHSKTPGHPEYGYAPGVETTTGPLGQGISNAVGMALAEKVLAAQFNQDGHDIVDHYTYAFLGDGCLMEGISHEVCSLAGTLGLGKLVAFYDDNGISIDGEVEGWFTDDTVKRFESYGWHVISGVDGHNPEQIRNAVDEARGNTTQPTLICCKTIIGFGSPNKQGKEDCHGAPLGDDEIVATRKALDWNYGAFEVPDDIYAQWNGKEKGSAAEASWNEAFAAYEKAFPELAAEFSRRVKGDLPTDFVEKADAYIAGLQANPDAPATRKASQNALNAYGPLLPELLGGSADLAGSNLTIWSGSKGVDAKDASGNYIYYGVREFGMSAMMNGITLHGGFKAYGATFLMFMEYARNAVRMAALMKAPSIFVYTHDSIGLGEDGPTHQPVEQLVALRSTPNLDNWRPCDQVESAVAWKEAILRNDGPTTLIFTRQGLPQQERSTAQVADIAKGGYILKDTDGTPDVLLIGTGSEVHLAVEASEKLAEKGIKARVVSMPCTDKFDRQDADYREAVLPASVTKRVAVEALAKDSWYKYVGFGGAIVGMDTFGESGPAGELFKHFGITTDAVVEAALSLK	PGPT0011200_4348	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
AK237_03724	1014	epd	COG0057	D-erythrose-4-phosphate dehydrogenase	ATGGTCCGAGTTGCCATAAATGGTTTTGGCCGCATTGGTCGTAACGTACTGCGCGCCCTGTATGAAACAGGGCGCAATCAATTGATTAAAGTGGTTGCGATTAACGATCTGGCAGAACCACAAGGCATTGCGCATCTGCTCAAATACGACACAGCACATGGTCGGTTTGGGTTTGATGTGGCACTACAAGGTGAACAGTTAATGGTGGCGGGTGACAGTATCCGTTTGTTAGCTGAACCTGATATCGACAATTTACCCTGGGATTCTCTGGGTGTAGACATCGTACTTGAATGTACTGGCGTATTTTCTGATCGGCTTGCTGGTCAGGCCCACCTGAATGCCGGTGCAGGAAAAGTTTTATTTTCACAACCCGGTAGCACCGATTTAGATAACACCGTTATTTTTGGCACCAACGAAGAATCGTTGCTTCCTGAACATAAACTGGTGTCCAATGGGTCGTGTACCACAAACTGTATTGTTCCTGTCATTCAAGCGCTGGATAATGCCTTCGGCGTGTTAAGCGGCACTATTACTACCATTCATGCATCGATGCACGATCAGCAGGTGATAGACGCGTATAACAAAGATCTCCGCCGTGCCAGAGCGGCAAGTCAGTCCATCATTCCTGTTGATACACGGCTTGCTGCTGGTATTGAGCGTATCCTGCCTAAGTTTGCAGGTAAGTTTGAGGCTATCGCCGTGCGGGTGCCAACGGTTAACGTGACGGCGATGGATTTGAGTGTCACGTTGGACACCCAAGTGAACATTACTGATGTAAACAATGCATTGAAAAAAGCGCGGGAAGGGCGGCTTTCCGGTATATTAGGTTATTCGGAAGCGCCGTTAGTCTCGGTCGATTTCAATCACGATCCGCATTCATGCATTGTTGATGGTACACAAACCCGGGTAAGTCACCGCCAGCTGGTGAAAACGCTGGTGTGGTGTGACAATGAGTGGGGTTTTGCGAATCGAATGATTGATACCACGCTGGCCATGTACCAGTCGGGGTGTTGA	MVRVAINGFGRIGRNVLRALYETGRNQLIKVVAINDLAEPQGIAHLLKYDTAHGRFGFDVALQGEQLMVAGDSIRLLAEPDIDNLPWDSLGVDIVLECTGVFSDRLAGQAHLNAGAGKVLFSQPGSTDLDNTVIFGTNEESLLPEHKLVSNGSCTTNCIVPVIQALDNAFGVLSGTITTIHASMHDQQVIDAYNKDLRRARAASQSIIPVDTRLAAGIERILPKFAGKFEAIAVRVPTVNVTAMDLSVTLDTQVNITDVNNALKKAREGRLSGILGYSEAPLVSVDFNHDPHSCIVDGTQTRVSHRQLVKTLVWCDNEWGFANRMIDTTLAMYQSGC	PGPT0009145_565	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-VITAMIN_B6|PYRIDOXINE|PYRIDOXAL|PYRIDOXAMINE_BIOSYNTHESIS,PGPT0009145-epd-K03472	NA	NA
AK237_03725	1176	pgk	COG0126	Phosphoglycerate kinase	ATGGCAATTCCAAGCATGCAGGATTTTGCGCTGAATGGACAGCGCGTGTTGATCCGTCAGGATCTCAACGTACCGGTTAAAGACGGTAAAGTCACATCAGATGCACGTATTAAAGCATCGATCCCTACCATCAAAGCAGCCTTAGAAGCGGGCGCGGCAGTTATGGTGATGTCTCACCTTGGTCGTCCCGAAGAAGGCAACTACGAAGAAGAATATTCACTACGACCGGTCGTTGATTACTTAAATGGTGCACTGGATGTATCTGTGTCGCTGGTTAAAGACTATTTAGACGGCGTTGAGGTTAAGCCTGGCGAGTTAGTTATCCTGGAAAACGTCCGCTTCAATAAAGGTGAAAAGAAAGACGACGAAACCCTGTCAAAGCAATACGCCGCGCTGTGCGACATCTTTGTTATGGATGCCTTCGGTACAGCACACCGAGCCCAGGCGTCGACACATGGTGTCGCTAAATTTGCGCCTAAAGCGTGTGCTGGCCCGCTGCTTGCAGCAGAACTGGACGCATTGGGCAAAGCATTAGATAACCCTAAGCGACCGATGGTTGCTATTGTGGGTGGCTCCAAAGTCTCAACGAAGCTCACGGTGCTTAAAACGTTGGCTGAGAAAGTGGATCAGCTTATCGTGGGTGGTGGTATTGCTAATACCTTTATTGCTGCGCAAGGACACAACGTTGGCAAGTCGTTGGTGGAAATGGACTTAGTCGATGAAGCGAAAGAGCTTATTGCTCAAGCGCAGGCAAACGGCGGTGATATTCCGGTACCTACTGACGTGGTCACCGGTACTGAGTTTTCTGAGTCCACGCCAGCTACATTAAAAGCTGTGGATCAAATCGGCGATGACGACATGGTGTTCGATATCGGTCCTGATTCGTCGGCAGCATTAGAAACCATTTTGAAAAATGCGGGCACAATAGTGTGGAATGGCCCTGTAGGTGTATTTGAATTTGATCAGTTCGCTGCAGGTACAAAAGCGCTAGCGCAAGCTATTGCCGACAGTGACGCATTCTCTATTGCAGGTGGCGGTGACACGTTAGCTGCAGTAGATAAGTATGATATCGCAGATAAGATATCTTACATTTCTACCGGCGGTGGTGCGTTCCTTGAGTTTCTGGAAGGCAAAACCCTGCCAGCGGTCGCTGTTTTAGAAGAAAAAAACCAATAA	MAIPSMQDFALNGQRVLIRQDLNVPVKDGKVTSDARIKASIPTIKAALEAGAAVMVMSHLGRPEEGNYEEEYSLRPVVDYLNGALDVSVSLVKDYLDGVEVKPGELVILENVRFNKGEKKDDETLSKQYAALCDIFVMDAFGTAHRAQASTHGVAKFAPKACAGPLLAAELDALGKALDNPKRPMVAIVGGSKVSTKLTVLKTLAEKVDQLIVGGGIANTFIAAQGHNVGKSLVEMDLVDEAKELIAQAQANGGDIPVPTDVVTGTEFSESTPATLKAVDQIGDDDMVFDIGPDSSAALETILKNAGTIVWNGPVGVFEFDQFAAGTKALAQAIADSDAFSIAGGGDTLAAVDKYDIADKISYISTGGGAFLEFLEGKTLPAVAVLEEKNQ	PGPT0018015_5230	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
AK237_03726	900	fda	COG3588	Fructose-bisphosphate aldolase class 1	ATGGCATCACAAGCGCAGCAGGCTATGCTGGATAAAATTAAGGTCCAAAAAGGTTTCATTGCCGCTCTTGATCAGAGTGGAGGTAGTACGCCCAAAGCATTGAAACTCTACGGTATCGACCCATCTGCTTACAGCACAGATGAAGAAATGTTCGACATGGTTCATGCCATGCGAACCCGCATTATCACCAGCGATGTGTTCAGTGGTGAACGCGTTCTGGGAGCCATTTTGTTTGAAAATACTCTTGATCGGGAAATTGAAGGCATGCCTTCTGCAAAATTCCTGTGGGAGAAAAAGCGTGTGGTTCCTTTTCTCAAAGTAGATAAAGGTCTTGAGGATGAGGCAAACGGTGTTCAGCTGATGAAGCCTATTCCTACTCTGGATACCCTGCTTGCTAAAGCCGTGGCGCAGGACGTATTCGGTACCAAGATGCGTTCAGTGGTGAAGTTGGCTAACCATCAGGGTATCAAGGCGGTTGTAGAACAACAGTTCGAGATAGGTAAACAGATCCTTGCTGCCGGTTTAGTGCCTATCATTGAGCCTGAAGTGGATATTAACAGTCCTGAAAAGGCAGAAGCAGAAGCATTGCTTAAGCTGGAAATCATGACGCAACTAAACCTGCTCAATGAAGGGCAGGAAGTCATGCTGAAATTAACGCTGCCTACACAAGATAATTTCTATAAAGAGCTGGTGGATCATCCCAAGGTTATTAAAGTGGTCGCGTTGTCGGGTGGCTATTCCCGCGAGGACGCTAACGCTAAGTTAGCTGAAAACCCGGGCATTATAGCGTCGTTCTCACGTGCGTTAACCGAGGGCGTTAGCGCTCAACAGTCGCAGGAAGAATTCGACAGCACGCTGGACAGTGCTATCGAATCGATTTACCAGGCGTCAAAATCATAA	MASQAQQAMLDKIKVQKGFIAALDQSGGSTPKALKLYGIDPSAYSTDEEMFDMVHAMRTRIITSDVFSGERVLGAILFENTLDREIEGMPSAKFLWEKKRVVPFLKVDKGLEDEANGVQLMKPIPTLDTLLAKAVAQDVFGTKMRSVVKLANHQGIKAVVEQQFEIGKQILAAGLVPIIEPEVDINSPEKAEAEALLKLEIMTQLNLLNEGQEVMLKLTLPTQDNFYKELVDHPKVIKVVALSGGYSREDANAKLAENPGIIASFSRALTEGVSAQQSQEEFDSTLDSAIESIYQASKS	PGPT0017635_1988	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE-HEXOSES_UTILIZATION	PLANT_DERIVED_FRUCTOSE_METABOLISM|DEGRADATION,PGPT0017635-fda-K01623	NA	NA
AK237_03727	1161			hypothetical protein	GTGAGCGATTTAGAGCACATTTACTTTTTGATTGGCATACAGAGTATGCTGGTTTTAGTGGGTGTGGTATTTACCTTCGCGCTACCTGTGCCAAATCATAGGTTAAAAGCGCAATCTCCTGTCTTCGCCCGTCTTTTCCTAATCTCTATCTGGTTCGCTTTTCTGGCCATATGCTTGGAACCGTTAGGTTTCGCGCTTGCCAGTGCCGCCACATTGAACTTATGTATATTATTGTCGATGTACATGTTGTTTATGGTAGTTGTGCGCCGGTATGGATTGCCGTTACGGCGGTTCGAAGTTGTAGCTATTGCTCTTCACCTTACATTATGCGAAACCGTGTCGTTGTATTTCTACCTGATAGACGATCAGGTGCTGGTACGAGAGTTAATGGTGTCTTTTTGCGTGCTGGTTCCACTTGGGATGGCGCTACGCATGATCTATCGGCATATTCCGCAAAATAAGGGCGGAGACGAGATGATTTTCGTTATCGTGGCCATCACCACTATCGGCGTTGTGCTTGGCGTACCAGCCTATTTATCCACTCTTGACGCGGGTGAACCGGTCAGTACTTCTGCTGCCTTTGTGGCAATATTCTTTCTTACGATTCTGTTCATGCTTGGTTTTCCAACCAGCCTTATGCAGTCGTTGTTTCATCGTCTAAAAACCCAGGTTTACATTGATGCCCTTACGGGAGCCAAAAACCGGCATTTTTTGTATCGGGAATCGCCTAAAATGCTTTCTCACACCCGCCGGCACCACCAGCCTTTTTCAATGGTGGCTTGTGATATTGATTATTTTAAAGCGGTGAACGATAAATTTGGGCATCCGGCAGGAGACAAAGCACTTAAGCAATTTACCCAGGTTATTGAAGAAGAGCTTCGTGATGGCGATATGATGGTGAGAATGGGCGGAGAAGAATTTCTGATTTTATTACCAAACTGTAAGTTAATTGAAGCCAGCATCATGGCGGAAAGACTGTGTGAAGCCGTTCGAGACAACCAGATAGAACTCGAAAAAGCCACTATTTCCCTTACTGCTTCGTTCGGCGTGGCAAGCATTGATAACGAAGAGAGTGTGTTTGACGGTATTCGCCGGGCAGACGAAGCATTATACCGGGCTAAAGCATCCGGAAGGGATCAGGTTAAGCGCGCACAATGCTGA	MSDLEHIYFLIGIQSMLVLVGVVFTFALPVPNHRLKAQSPVFARLFLISIWFAFLAICLEPLGFALASAATLNLCILLSMYMLFMVVVRRYGLPLRRFEVVAIALHLTLCETVSLYFYLIDDQVLVRELMVSFCVLVPLGMALRMIYRHIPQNKGGDEMIFVIVAITTIGVVLGVPAYLSTLDAGEPVSTSAAFVAIFFLTILFMLGFPTSLMQSLFHRLKTQVYIDALTGAKNRHFLYRESPKMLSHTRRHHQPFSMVACDIDYFKAVNDKFGHPAGDKALKQFTQVIEEELRDGDMMVRMGGEEFLILLPNCKLIEASIMAERLCEAVRDNQIELEKATISLTASFGVASIDNEESVFDGIRRADEALYRAKASGRDQVKRAQC				NA	NA	NA	NA	NA
AK237_03728	1536	ppx	COG0248	Exopolyphosphatase	TTGAGTCCATCCGAATCCGTTTTTGAAGCTGTTGAAAGCCGCGACACCACCAAGGTCGCGGCGCTTGATATTGGCTCTAACAGCTTCCACCTTGTGGTGGCCCGCATTAATGCGGGCTCCGTGCAAATCCTTCATCGCTTAAAAGAAAAAGTACGCCTGGCAGCGGGTTTAGGTGACGACAACGTATTGTCTGATGAAGCGATAGAGCGTGGTTTAAAAATGCTGCAATTGGTGGCTGATAGTTTAAAAGGCTTTGAACCGGACTCGGTGCGTATTGTTGCAACTCATACCTTACGCCGGGCCGTTAATGCCCGTGCCTTTATTAATGCCGCGAAGGAAGTGCTGCCCTACCCTATTGAAATAATTTCCGGGGTGGAAGAAGCCCGCTTAATTTATCAAGGCGTTGCCCACACCAATCATAGCGATGGCCGACGGCTTGTAACGGATATTGGTGGCGGCTCAACTGAGTTTGTTATTGGCGAAGGGTTCGACCCCCTTATTTGTCGTTCTTTGCAGATGGGATGTGTCAGTTACACCAACCGTTTTTTTGCTGATGGCGAATTAAAAGCAAAAGCCTTTAACGGGGCAATTACCGCGGCTAAACAAGAGCTGGAAATGATTGAGAACCGCTATAAGCAGTTAGGCTGGTCTCAGTGTATTGGTACATCAGGTACCATCAAAACCTTATTCAGCCTTGCTCAGCGGGACAAGTCTAACGGCCATGACGAACCCGTTACATTAAAAAGTTTGCGTAATGTGATGAAGTCTTTTGTCGATGCAGGCCATGTAGACAAGCTCACCATGCCGGAAATCAGTGAAGACCGACGCGGTGTGATTGCCGGTGGATTAGCTATTCTTATCGGTATCTTTGAAGCATTAGGCATCGACACCCTGCAGTATTCTCCCGCAGCCCTGCGTGAGGGCGTGTTGTATCAGATGGAAGACGAACTTAAACACACCGACATTCGTGAGCGCACTGCGAAAAGCCTTGCCACCCGGTATGATGTCGATACCAATCAGGCAAACATGGTGTTAACCACCACGCTAAGTTTGTTTGATCACGCTGCCGGCGATTGGAAGTTTAAGAACAGAGATTTCCGCGCCATGCTGGGGTGGGCAGCTCTCCTCCACGAAGTCGGTTTGCAGATAAACTCACGTGGTGTGCAGCGCCATTCCGCTTACATTTTAGCAAATGTGGACATGCCGGGTTTCACTCAAGAGCAACAGGACTTGCTGGCGACTTTGGTGCGTTTTCATCGTAAAAAGATTAAAGTGGGTGAAATCCCCGAATTTCAATTGTTCGATAGCAATGCCGTGAAACGCGCGATTTGTTTGATTCGCCTGGGTGCGTTACTAAACATTAAGCGTCAGGAAGCTTTTCTGCCAGAGATGAAAGTCAGCGCCACTAAACACGCGCTTACCATTACTTTCCCGAAAGGCTGGCTGGAAAGCAAGCCGATCATGTCTGCCGATCTGCAACAAGAGACTGTGTACTGGAAAACGCTGGATCTGGAACTGGTTATTCAGGAAAGTTAA	MSPSESVFEAVESRDTTKVAALDIGSNSFHLVVARINAGSVQILHRLKEKVRLAAGLGDDNVLSDEAIERGLKMLQLVADSLKGFEPDSVRIVATHTLRRAVNARAFINAAKEVLPYPIEIISGVEEARLIYQGVAHTNHSDGRRLVTDIGGGSTEFVIGEGFDPLICRSLQMGCVSYTNRFFADGELKAKAFNGAITAAKQELEMIENRYKQLGWSQCIGTSGTIKTLFSLAQRDKSNGHDEPVTLKSLRNVMKSFVDAGHVDKLTMPEISEDRRGVIAGGLAILIGIFEALGIDTLQYSPAALREGVLYQMEDELKHTDIRERTAKSLATRYDVDTNQANMVLTTTLSLFDHAAGDWKFKNRDFRAMLGWAALLHEVGLQINSRGVQRHSAYILANVDMPGFTQEQQDLLATLVRFHRKKIKVGEIPEFQLFDSNAVKRAICLIRLGALLNIKRQEAFLPEMKVSATKHALTITFPKGWLESKPIMSADLQQETVYWKTLDLELVIQES	PGPT0002595_1043	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PURINE_METABOLISM,PGPT0002595-ppx|ppx_gppA-K01524	NA	NA
AK237_03729	2070	ppk	COG0855	Polyphosphate kinase	ATGGATCACAACGAACTGTATTACCCCAAAGAACTTAGCTGGCTGGCCTTTAACGAAAGGGTGCTGCAAGAAGCTGCCGACAAAAATAACCCGGCGGTAGAACGTATTCGCTTTTTGGGCATTTATTCAAATAACCTCGATGAATTCTATCGGGTTCGCGCTGCCGACGTAAAACGCCAAATCACCATTGCTGAAGATAACGGCAGTGAAGAGGAAGCCAATAAGCTGATGGCGTTAATGGCGGAAATTCAAAAGAAGGTCGTCCACCTTTCGAACAAATTTGATGACATTCACAAAGATGTTCTTAAAGCTCTTGCGCGTTATAATATTTTCATTCTGCGCAAAGACGAACTGAACGATTACCAGCGCGTTTGGCTGCGTAATTTGTTTGTGAACAAAATTCTTCGCCACATTGCCCCCATCCTTATCGATAAGAAAACCGATTTATTAAGTCGCCTGAACGGCACGTCGGTATACCTGTATGTGGCTCTGCGCCGTGAAGGAAGAAGTACTCGTTACGCAGTAGTGCAGGTTCCTACGTCAGAAACCTCGCGCTTTATCGTTATTCCGCCGGAAAAAAGTCGCAAGAAAAAGCACATTATATTGCTCGATGACGTCATTCAGCTTTGTTTGGAAGAAATCTTCCGTGGGTTTGTAAAGTACGATTCTTTGGAAGCGTATTCTTTCAAAATGACCCGCGACTCGGAATACTCCATCAATGACGAAATTGATGAAAGCTACATGGACAAAATGTCCGAAAGTATGAAGCAGCGTTTGATTGCCGAGCCGGTACGCGTTATCCATGATTACTCCATGCCCGAAGACATGGTGCTGGATCTGCGCAAGCGCTTGAAGGTTACCAAGCTGGATACCATGCATGCAGCCGGTCATTATCGCAACTTCAAAGACTTCATCGGCTTTCCGAATGTAGGTCGCGAATATCTCGAAAACCCCAAGCTGCCGGCCATCGACAGTAAAATGTTTTCCAAATACAACACTGTGTTTGATGCGATCACCGCACACGATATTTTGCTGTATTACCCATACCACCGCTTCCTGCACTTTACCGAGTTTGTTCGCCAGGCCGCCTTCGACCCCAGCGTAAAATCTATTCGCATCAATATTTACCGTGTTGCCAGTAACTCTCGTATTATCAACTCGCTTATCGATGCGGTAGATAACGGGAAGAAAGTCACCGTGGTCGTGGAATTGCGTGCCCGTTTTGACGAAGAAGCCAACATTGAATGGTCTCGTAGAATGACTGATGCGGGTATTCGTGTTGTACTCGGTGTACCCACACTGAAGATTCACAGTAAGTTGTGTTTGGTCAGCCGGGAGGAGCGTGGCTCACTGGTAAACTACGCGCACTTCGGTACTGGTAATTTCAACGAGAAAACAGCGAAGATCTACACCGACTTCAGTTTGTTTACCCGTAATCAGGAACTGGCAGAAGAAGCCGCCAGCGTCTTCGATTTGATTCAGTATCCGTATCGCCGTTACAAGTTTCAGCACCTGCAAATTTCGCCGCTGAATAGTCGCAATAAGATCCAGTCACTGATCCGCCAGGAAATTCAATATTTGAAGGAAGGCCATAAGGCGCAAATCACGTTCAAAATTAATAACCTGGTAGACAAAGAACTCATTGACGACTTATACCGCGCAAGCCAGGCGGGCGTAAAAATTCGCGGTATTGTGCGCGGTATGTGCTCATTGGTGCCGGGCTTACCGGGGATCAGTGAAAACATTACGATAACCAGTATTGTTGATCGTTTCTTAGAACACCCCCGTGTAATGGTGTTTGAAAGCGGTGGAGACAGAAAAGTGTTTATCTCGTCGGCAGACTGGATGACCCGGAATATGGACAACCGCATTGAAGTTGGTTGCCCCATCTACGATAAGCGTTTACAACACCAAATCATTGACGTACTTGAACTACAATTCAAAGATACGCTTAAAGCTCGGGTGATTGACAAGGAACAGACGAATAAGTACGTTCGTAGAGGTAACCGTAAAAAATTGCGCTCGCAGATAGAAATCTATGACTATCTCAAGCGTCTCGAAGATGAGTAA	MDHNELYYPKELSWLAFNERVLQEAADKNNPAVERIRFLGIYSNNLDEFYRVRAADVKRQITIAEDNGSEEEANKLMALMAEIQKKVVHLSNKFDDIHKDVLKALARYNIFILRKDELNDYQRVWLRNLFVNKILRHIAPILIDKKTDLLSRLNGTSVYLYVALRREGRSTRYAVVQVPTSETSRFIVIPPEKSRKKKHIILLDDVIQLCLEEIFRGFVKYDSLEAYSFKMTRDSEYSINDEIDESYMDKMSESMKQRLIAEPVRVIHDYSMPEDMVLDLRKRLKVTKLDTMHAAGHYRNFKDFIGFPNVGREYLENPKLPAIDSKMFSKYNTVFDAITAHDILLYYPYHRFLHFTEFVRQAAFDPSVKSIRINIYRVASNSRIINSLIDAVDNGKKVTVVVELRARFDEEANIEWSRRMTDAGIRVVLGVPTLKIHSKLCLVSREERGSLVNYAHFGTGNFNEKTAKIYTDFSLFTRNQELAEEAASVFDLIQYPYRRYKFQHLQISPLNSRNKIQSLIRQEIQYLKEGHKAQITFKINNLVDKELIDDLYRASQAGVKIRGIVRGMCSLVPGLPGISENITITSIVDRFLEHPRVMVFESGGDRKVFISSADWMTRNMDNRIEVGCPIYDKRLQHQIIDVLELQFKDTLKARVIDKEQTNKYVRRGNRKKLRSQIEIYDYLKRLEDE	PGPT0002685_3156	DIRECT EFFECT	BIO-FERTILIZATION	PHOSPHATE_SOLUBILIZATION	P-SOLUBILISATION-PHOSPHATE_METABOLISM	P-SOLUBILISATION-PHOSPAHTE_HOMEOSTASIS|REGULATION,PGPT0002685-ppk-K00937	NA	NA
AK237_03730	507			hypothetical protein	ATGCAACCTCTGATCATTACTATCATGGGCAAGGACAAACCCGGTCTGGTTGATGCCCTTGCCAAGTGTGTTTATCGTCATGATGCCAACTGGTTGGGCAGTAGCTTTGCTCACATGGCAGGCCTGTTTACTGGATTTGTCGAAGTACATGTGCCCAGCGAAAAACATGATGATTTAGTGTCGGCCCTGGACAGTTTGCCAGATTTAACGGTGCAGTCTGTCACCGTTGCTGACAAAGTCGATGCGTTCAGCGACACCCTCAAAGTTGAAATCATGGGTAACGATAAGCCCGGCATCGTACAGGAACTGACAAATATTCTAAACCAGTTCAACCTGAATATTGTATCTTTTGACTCCCGTTGCGAAAGCGCGCCCAATTGGGGCAGTCTTATGTTTAAAGCCAACGCTGTTATCGCGGTACCAGAAGCATTCGATGACAGTGCTTTGCAAACTGCTCTGGAAGGTATTGCCAACGACCTGGTCGTAGACATTCACACCAGCGTATAA	MQPLIITIMGKDKPGLVDALAKCVYRHDANWLGSSFAHMAGLFTGFVEVHVPSEKHDDLVSALDSLPDLTVQSVTVADKVDAFSDTLKVEIMGNDKPGIVQELTNILNQFNLNIVSFDSRCESAPNWGSLMFKANAVIAVPEAFDDSALQTALEGIANDLVVDIHTSV				NA	NA	NA	NA	NA
AK237_03731	2172			hypothetical protein	ATGAAGTCACCTGCGGACAAACAAATTAAAAAAAGGCAGCGTAAAGACAAGCGCCTGACATTCATCGTGACACTGTTTGGTGGCATGGTGCTATTCACGTTAGTTTTGCTGATCACTCATCTAATTTCTCAAGCGTTACCCTTGGCGATGCGACCGGATTTGGTCAACGTAGCGGATGTATCTTTGTCAAAAGCGCAGCTTGCCGAAGGGCAAGAGGTGCTTGCCAGTGGCGATTTAAAGGCAGGGCAGCCTTTGCTTGCCCGTTCAAATCAGTGTCGGGTAAAAATGCTGGCGCTTAACAGTGCACAGAACAACTTACAATCGTTTCACGATTATATTCGACCATGCGACCATGAAACAAAGGTCGTCAGTGAGCTTGAACAACATTACATTGTAGATGTTTCCGGTAACGGGCAGGTACGCGTAGTGGAAGTGCAGTCCTTAGCCTTGCCGCAAGAAGCGGCGTTTAACGCGAATGAGCCGAAAGCGCTGGGAGCGGGGCTAATTAGCTTTGCGTTGCCAGAAGCTATCTGGCAACAGCGTGTACAGTGGCAGGTTGCCTTGGGTGAGCATTGGGTTGTGGCGATGATCCACACGCCTGACGACGTGTTTGTACGCTGGGTGAATCGACGACAACCCACTCAAATAACCGACCAGCACTATTCCCGGGATGCTGCAATATTACCGCTCCCGGGGAGTGGCATGACGCTAGTTTACGAACATGGCGTGTTAAGCCAGTACCCCGTGAAAGGAACGCCAGTCGAGGCGTTAACACGGTTACCCATTAGCTGGTGGCACAGTTTGCCTAAAGATCGCACAGTATTAACGGCAACAGACGATGGGCAATTAACCCGCTGGGTGCTACAGAACAAAAAGGGGAAATTGGTTTATCAACCTACCTGGACGGTGCCCGTTATTCATCAGCATACCCCTTTGGACGTAGCTGCCCATGCCACGTCAAACGCGCTGGCGCTGCTAACTAAACAACAAGACGTGTTATTGATCAACCGGGTGACGGGGGAAACCGTAAGTGCATTTACGTTACCGCATCACCGACAGCAAATCAGCTGGTACGGCAGACGATTGTATCTCACATCGCCAGAAGGTGTCTCTATTGAGAAAGTCGAGTGGTTGACGGGCATCACGACCTGGGCATCACTGTTCAGTCCTCAGCAGTACGAAGGTTATAAAGAGACTGACACCGTGTGGCAAACAACCAGCGGCTCTGACTACCAGGAAACCAAATATAGTTTGATACCACTGTTGATTGGTAGCCTGAAAGCGTCGGTATTAGCGCTTATTATTGCAATTCCGGTGGCGGTAGGTGCGGCCATTTATTCGGCATATTTCTCTCAGGCACGATTACGACACTGGTTAAAGCCTGCTTTAGAGTTGCTTGAAGCGGTACCCTCAGTGCTCATTGGTTTTGTTGCCGCAATTTGGCTTGCGCCAATGGCAGAGCGGGTTTTGTTTTCCTTTGCGTTCTTCCTTGTTGTTGTACCTGTTATATTGTTCGGCGCAGCGTTTATTCAACACCGTGTATCCCGAAAATTACCTGCCATGCTGCGCAGGGGGTCAGAGCTTGTGGTGTTACCATTGATGGTGTTCTGTCTGGGCTACGTGAGCATGCAATGGGCGCCAGAATGGATATTCAGTCTCTTCAGCGTTGATGGTTTCGAGGCACTGTCAGCCTCATCGAATACACCTGTCGGCAAGACTACCATTGTCGTGGCGCTGGCATTGGGCGTGGCAATTTCTCCCACGATTTATTCCCTTGCTGAAGATGCGATAAGTGGTGTTCCTGACTATCTCAAACATGCTTCTTTTGCATTAGGCGCGACCCGACTGCAAACCCTTCACCACGTAGTATTACAAATGGCCATGCCAGGTATTTTAGCCGCAATTATGCTGGGCTTTGGCCGCGCCTTTGGGGAAACTATGATTGTGTTGATGGTAACGGGGAATACGCCGGTATCCGACTGGAGCCTGTTAGAAGGCTTGCGTGCTTTAACTGCCAATCTGGCTATCGAGTTACCTGAAACCGATGTAAAAAGTGTGCATTATCAAATCTTATTTTTTACCGCTTGTATTTTGTTCGGTTTTACCTTTGTGGTGAATACGCTGGCCGAGCTGTTACGTCAGCGTTTGCGGGTGAATGCGCATCATGATTAA	MKSPADKQIKKRQRKDKRLTFIVTLFGGMVLFTLVLLITHLISQALPLAMRPDLVNVADVSLSKAQLAEGQEVLASGDLKAGQPLLARSNQCRVKMLALNSAQNNLQSFHDYIRPCDHETKVVSELEQHYIVDVSGNGQVRVVEVQSLALPQEAAFNANEPKALGAGLISFALPEAIWQQRVQWQVALGEHWVVAMIHTPDDVFVRWVNRRQPTQITDQHYSRDAAILPLPGSGMTLVYEHGVLSQYPVKGTPVEALTRLPISWWHSLPKDRTVLTATDDGQLTRWVLQNKKGKLVYQPTWTVPVIHQHTPLDVAAHATSNALALLTKQQDVLLINRVTGETVSAFTLPHHRQQISWYGRRLYLTSPEGVSIEKVEWLTGITTWASLFSPQQYEGYKETDTVWQTTSGSDYQETKYSLIPLLIGSLKASVLALIIAIPVAVGAAIYSAYFSQARLRHWLKPALELLEAVPSVLIGFVAAIWLAPMAERVLFSFAFFLVVVPVILFGAAFIQHRVSRKLPAMLRRGSELVVLPLMVFCLGYVSMQWAPEWIFSLFSVDGFEALSASSNTPVGKTTIVVALALGVAISPTIYSLAEDAISGVPDYLKHASFALGATRLQTLHHVVLQMAMPGILAAIMLGFGRAFGETMIVLMVTGNTPVSDWSLLEGLRALTANLAIELPETDVKSVHYQILFFTACILFGFTFVVNTLAELLRQRLRVNAHHD	PGPT0002620_412	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
AK237_03732	1581			hypothetical protein	ATGCGCATCATGATTAAAAAGCTTGAAGCCATCATGAATCCAGCCCAACGACAATCCTTTGTGATCAGTTTCACGGCGTTTCTTACCACATTACTGTTACTGGCGTTAGTGAGTATTCTGTCTCTTATCGTGTATCGCGGCGTAGCGTATTTCTGGCCAGCACCCATCTATTCACTTACGTTTGTTGATGAAGATACCGAGCAAGCGCAAGCTGTTTATGCTCAGGTTTTCAGTAAGTTTGAAGAAGATGACGAGACGGTACGCTGGGTGGTGTATTCGTCTGCTGCCAACCCTCATGGCACACAGGTGTTGGTCGACCAGCGTCGTATTCTCACTCTTGTAGAGTCTTTAAATAGTGCTGATATTACCTTAAACGACGGATTATCCGTGCTAGGTGTACCTGTTCAGATAACCGCAAATAAAACGATACCTTACAGTGAGGGCGCCTATGAGCAGGTCAGGCAGGATGTTGCCAAGTCAGAAGATGAAATAGATCGTATCCGTACCCGCTGGTTGTCAGGTATTCATCAAAAGTTGGCTGAACTGGATGTGCGTGGCGTAGAGCTCGATGCGCCCGCAAGGGAAAAACTGAATGACGCGTTCGAGCAGTGGCAGACAAAGATCATTGCGCTGGAACAGCAGCGGGACAGCTACCGTCTGCATATAGCGATGGCAGATGGTTCAGTTGTCAACATACCTGTTGCAAGCATTCAGGGAATGGTGTTTCCCGGTCAGTTAGGGGTAATGGGTAAGTTAGGAGTGACGTTTACGCACATTGGACAATTTCTGGTGCAGGCGCCGAAACAGGCCAATACGGCAGGTGGTGTGTTTCCTGCTTTATTCGGTACGGTGCTGATGGTATTCATCATGACCATCATTGTCACGCCCTTTGGTGTGCTCGCAGCGGTATACCTGAACGAATACGCACCAAATAACCTACTTACTGCGACCATTCGGATCAGTGTGTCGAACATGGCCGGCGTGCCTTCTATTGTGTATGGCGTATTTGGTTTGGGCTTTTTCGTTTACATTGTGGGCGGCAATGTCGATGCCTTATTCTTTTCCGACACCTTGCCAGCGCCTACCTGGGGAACGCCAGGTTTATTCTGGGCAGCCACTACCATGGCCATTTTGACATTGCCTGTTGTCATTGTTGCCACCGAAGAAGGATTGCGTCGTGTACCACAGGGGTTAAGAGCAAGCAGCTATGCGTTAGGCGCAACCAAAGCAGAAACCATCATGCATACAGTGTTGCCGATGGCGTCGCCGGGGATCATGACCGGTGTGATTCTGGCTATTGCGCGTGCTGCGGGGGAAGTGGCCCCCTTGATGCTGGTAGGAGCGGTAAAATTTGCCCCCAATTTACCTATCGATACCGATTTTCCCTATCTTCACTTAGAACGACAATTTATGCACTTAGGCGTGCTAATTTACGATGGCGCTTTTCATAGTCAAACAGATGCCGAGGGCGCATCAATGATGTTTGCCACTTGTTTACTGTTATTGTTAGTTGTGATGATTCTGAATATTCTGGCTGTGGTGCTACGTGCCCGGTTACGCAAGCGATATTTAACGAGCTAA	MRIMIKKLEAIMNPAQRQSFVISFTAFLTTLLLLALVSILSLIVYRGVAYFWPAPIYSLTFVDEDTEQAQAVYAQVFSKFEEDDETVRWVVYSSAANPHGTQVLVDQRRILTLVESLNSADITLNDGLSVLGVPVQITANKTIPYSEGAYEQVRQDVAKSEDEIDRIRTRWLSGIHQKLAELDVRGVELDAPAREKLNDAFEQWQTKIIALEQQRDSYRLHIAMADGSVVNIPVASIQGMVFPGQLGVMGKLGVTFTHIGQFLVQAPKQANTAGGVFPALFGTVLMVFIMTIIVTPFGVLAAVYLNEYAPNNLLTATIRISVSNMAGVPSIVYGVFGLGFFVYIVGGNVDALFFSDTLPAPTWGTPGLFWAATTMAILTLPVVIVATEEGLRRVPQGLRASSYALGATKAETIMHTVLPMASPGIMTGVILAIARAAGEVAPLMLVGAVKFAPNLPIDTDFPYLHLERQFMHLGVLIYDGAFHSQTDAEGASMMFATCLLLLLVVMILNILAVVLRARLRKRYLTS	PGPT0002610_720	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_ANTIMONY_RESISTANCE	ANTIMONY_RESISTANCE-PUTATIVE_PST-PHO-PIT_TRANSPORT_SYSTEM,PGPT0002610-pstA-K02038	NA	NA
AK237_03733	807	pstB3	COG1117	Phosphate import ATP-binding protein PstB 3	ATGTTGAAGTTATTTGAACACGAAACCCTCGATGTCCATCACCTCGATGAAGAGGACACAGCTATACGGGTAGAAAAGCTGAATCTGCGCTTCGGGCAAAAGCATGTGCTGCACGATATCAGCATGCGTATTCCCAAACATCGTATTACTGCGCTGATCGGGCAGAGTGGATGTGGCAAATCCACACTCATTAGCTGCTTTAACCGCATGAACGACTTAGCCTCCGATTGCCACTACGATGGCAGCATTTTTATTGGTGGCCGGGACATCAATGGGCGAAAAGAGAATGTCTCTCAGCTGCGTACCAAAGTCGGTATGGTATTTCAGCGCCCCAATCCCTTTCCCATGAGCATTTACGATAATGTGTGTTACGGATTGCGTCTGCAAGGTATTCGCGTCAGACGTTTCCTGGACGATGCCGTAGAACAATCGTTGAAAGAGGCGGCGCTATGGGATGAGGTCAAAGACAGATTGTTTGAATCGGCACACATTTTATCTGGCGGTCAGCAGCAACGTTTGGTTATCGCCAGGGCATTGGCTCTGAAACCTGATATCTTACTGCTTGATGAGCCTACGTCGGCGCTGGATCCGCTTACTACGTTATTTATTGAAGAGCTTATGGCTGGGCTAAAGAAGCGCTGTACTATCGTGATTGTTACGCACAATATGCAGCAAGCGGCGCGGGTGTCTGATTACACCGCGTTTCTACACCAGGGAAAGCTTATTGAATATGCCGATAGTGACAGCTTGTTTACCATGCCAGAACACAAGCAAACCGAAGATTACATTACCGGCCGTTACGGTTAA	MLKLFEHETLDVHHLDEEDTAIRVEKLNLRFGQKHVLHDISMRIPKHRITALIGQSGCGKSTLISCFNRMNDLASDCHYDGSIFIGGRDINGRKENVSQLRTKVGMVFQRPNPFPMSIYDNVCYGLRLQGIRVRRFLDDAVEQSLKEAALWDEVKDRLFESAHILSGGQQQRLVIARALALKPDILLLDEPTSALDPLTTLFIEELMAGLKKRCTIVIVTHNMQQAARVSDYTAFLHQGKLIEYADSDSLFTMPEHKQTEDYITGRYG	PGPT0002615_1983	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
AK237_03734	720	phoU	COG0704	Phosphate-specific transport system accessory protein PhoU	ATGCCACGCCAGGTTGCATTAAACACACACATTTCCGGTAAGTTTAATATTGAGTTAGAAAACTTGAGAAACTCAGTGTTAACCATGGGCGGAGAAGTAGAGCTTCAGCTTGTCGATACATTAAAAGCGATAAAGCAGAATAACGCCGGGCTGGCGGAAAAGGTCATTTTGAATGATCTGAAAATCAATGCCATGGAAATGCAAATCGACGAGGAATGTTTGCGAATTATTGCGAAACGCCATCCCACGGCCTCCGATTTACGTCTGGTGATGATGGTGTCTAAAGCCATCACTGACATTGAAAGAATGGGCGACGAAATAGAGCGAATAGCGCGTTTGGTTACCAAAAATAAGCTTCCGGCGTCTGAAACCATAAAAAGCAGCATGCTGCTGATTGGGGAGAGGGTCGTGCAAATGATGCGCGGAACCTTCGATGCGTTAGCACGACAGGATGAAAACTCGGCGCTGGAAGTGTATGAGCAGGATAACCGCATCGATGCTGAATATAAAAAATTGCTTAAATATACCACCAGTGAAATGCAGAAAAGTACCGAAGACATGCAAGACTGGTTGGAAGTGCTTTGGGCACTTCGTTCCCTCGAGCGAATTGGCGATCGGTGTAAGAATATTTGCGAATATGTTGTTTATTTATCGCGCGGAACCGATGTGCGACATTCTCCTCTGGAGAACATGCAGCAGAAATTAAAGCACCTTAGCTAG	MPRQVALNTHISGKFNIELENLRNSVLTMGGEVELQLVDTLKAIKQNNAGLAEKVILNDLKINAMEMQIDEECLRIIAKRHPTASDLRLVMMVSKAITDIERMGDEIERIARLVTKNKLPASETIKSSMLLIGERVVQMMRGTFDALARQDENSALEVYEQDNRIDAEYKKLLKYTTSEMQKSTEDMQDWLEVLWALRSLERIGDRCKNICEYVVYLSRGTDVRHSPLENMQQKLKHLS	PGPT0002630_873	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_ARSENIC_RESISTANCE	ARSENIC_RESISTANCE-PST-PHO-PIT_TRANSPORT_SYSTEM,PGPT0002630-phoU|phoY-K02039	NA	NA
AK237_03735	1272			hypothetical protein	GTGGAACTTCTGCAAAGTTATGGCATGACGCTTATAATCCTGGCCGCGGTAGTCGGCTTCGTGATGGCATGGGGAATCGGTGCCAATGATGTAGCCAATGCAATGGGTACATCCGTAGGATCAAAAGCGTTAACCATTAAACAAGCAATTATTATTGCGATGATTTTTGAATTCGCCGGTGCTTACCTGGCCGGTGGCGAAGTAACAAGTACGATCCGTAAAGGCATTATCGACCCGATGTTCTTTACCGACAGGCCAGACTATCTGGTGCTCGGTATGATTGCGTCGTTGTTTGCTGCCGGTATCTGGCTGGGCCTCGCGTCCTGGTTAGGTTGGCCCGTATCAACCACACACTCTATCATCGGTGCGATTATTGGTTTCACGGCGACAGGCGTGAGCATGGATGCCGTTGAGTGGGATGCGGTTGGTGGCATCGTGGGCAGTTGGGTCGTTACTCCCGCTATTTCCGGTATCATCGCGTATCTGATTTTCATCAGTGCACATAAGCTGATTTTCGATACAGCCACACCGTTTAAAAATGCCAAGCGCTTTGTACCCTTCTACATGGGCCTGGCCGGTTTCGTGATGTCGCTGGTAACTATCAAAAAAGGCTTGAAGCACGTCGGCTTAACACTGTCGCCGGAAATGGGCTATGTATTGGCTGTTGTGATTGCAGTGCTGTTGGGCGCCGTCGGCCGCTATGCCATCTCTCGCATGAAGTTTTCAGAAAATCAGAGTGCCGATATTCAAAGCGCCAATATCGAAAAGATTTTTGCGATGCTCATGGTTGTTACAGCGTGCTGTATGGCATTCGCTCATGGTTCTAACGACGTAGCTAACGCCATTGGTCCTTTGGCTGCTGTGGTCAGCGTAGTGACATCGGGCGGCGAAATTAATACCAGCTCAGAACTGGCACCCTGGATTTTGCCGTTAGGCGGTTTAGGTATTGTGGCGGGTCTGGCGCTATTTGGTCACCGGGTTATCAAAACCATCGGCCAGGGGATTACCCATTTAACACCAAGTCGCGGCTTCGCTGCAGAGTTAGCGGCGGCCTGTACGGTGGTTATTGCCTCGGGCACAGGGTTACCTATTTCGACTACGCAAACACTGGTAGGTGCGGTATTGGGTGTTGGAATGGCCAGAGGTGTTTCAGCGCTTAATCTGGGCATTGTCCGGAACATTGTTGTGTCGTGGGTTATTACTTTACCCGCGGGTGCCATATTAGCCATTATCTGTTTCTTTGGCTTAAAAGCCTGGTTTGGCGTTGCGTAA	MELLQSYGMTLIILAAVVGFVMAWGIGANDVANAMGTSVGSKALTIKQAIIIAMIFEFAGAYLAGGEVTSTIRKGIIDPMFFTDRPDYLVLGMIASLFAAGIWLGLASWLGWPVSTTHSIIGAIIGFTATGVSMDAVEWDAVGGIVGSWVVTPAISGIIAYLIFISAHKLIFDTATPFKNAKRFVPFYMGLAGFVMSLVTIKKGLKHVGLTLSPEMGYVLAVVIAVLLGAVGRYAISRMKFSENQSADIQSANIEKIFAMLMVVTACCMAFAHGSNDVANAIGPLAAVVSVVTSGGEINTSSELAPWILPLGGLGIVAGLALFGHRVIKTIGQGITHLTPSRGFAAELAAACTVVIASGTGLPISTTQTLVGAVLGVGMARGVSALNLGIVRNIVVSWVITLPAGAILAIICFFGLKAWFGVA	PGPT0002655_1288	DIRECT EFFECT	BIO-FERTILIZATION	PHOSPHATE_SOLUBILIZATION	P-SOLUBILISATION-PHOSPHATE_METABOLISM	P-SOLUBILISATION-PHOSPHATE_TRANSPORT,PGPT0002655-TC_PIT-K03306	NA	NA
AK237_03736	993	uspE_2	COG0589	Universal stress protein E	ATGAAAGGACAGTTTAAAAATATACTTTGCGTGTTGCACGATACGCACGATCAGGATGGGTTAGTTGCTCGTGCTATGCAGGTTGCCAAACATCATCAGGCAAAACTTACCATTATGTTGGCCCTTGAGTCACTGCCCCCCAATGCACGTATGATTATGCAGTCATTTGAGTATCTGGAATCAGAATCTTCCCTGTCTCAATCTGCACAAACCTGGCTGGATGAACAAATTAAAGTATGGAGTGCACACTATCCGGCAACGGGCGTGGTGTCGATTGGCCATCGTTTTATAAATATTATTCAGCGTGTGGTCATGCACAAACATGACGTGGTAATGAAGCTGAATGAAAACACGTTTGCTTATGCTATTACCGGCAGCGACGATCGCCATTTATTGCGCAAATGCCCCTGTCCCGTGTGGATAATGAATAAAGCGCAAACCACGAATATAAAGCAAGTGCTTGCCGCGGTGGATGTGAACTATCACTATCCCCAGCACGAGGTAGCGATAAGAAAACAGCTTGCTTTGGACATTCTTAGCTCGGCCTGGCGCATTGCTTCTTTAGAACATGCAAAGCTACACATTGTGCATGTGTTTGACGCGGTGCCTGAAAATATCTTGCGCCAGGGGTTTATCAGTGTTGATGAAGATGCTGTACAACACGACTTAACCACCCTGCATGAAGAACGGGAAGAAGAAATTAATCGTCTTCTGGGCGTGGTGGCACTGGAAGTGGGCGAAGACGCCTATAACGAGTTGTTACCGCAAGTTCATCTGGTACGCGGGTATCCGAGACGGGATATAGCCGCAACCGCAAAACAATGCCAAGCCGATATAATTATTATGGGCACATTGTCACGTTTAGGCGTACCCGGTTACATCATGGGCGGCACGGCAGAAGAAACCATTGAACAACTTGACTGTGCGGTAGTGGGATTAAAGCCGGATGGCTTTGTTACCCCGGTAGATTTGCCAGACGATGCGAAACCTTAA	MKGQFKNILCVLHDTHDQDGLVARAMQVAKHHQAKLTIMLALESLPPNARMIMQSFEYLESESSLSQSAQTWLDEQIKVWSAHYPATGVVSIGHRFINIIQRVVMHKHDVVMKLNENTFAYAITGSDDRHLLRKCPCPVWIMNKAQTTNIKQVLAAVDVNYHYPQHEVAIRKQLALDILSSAWRIASLEHAKLHIVHVFDAVPENILRQGFISVDEDAVQHDLTTLHEEREEEINRLLGVVALEVGEDAYNELLPQVHLVRGYPRRDIAATAKQCQADIIIMGTLSRLGVPGYIMGGTAEETIEQLDCAVVGLKPDGFVTPVDLPDDAKP	PGPT0014995_37	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	UNIVERSAL_STRESS_RESPONSE	STRESS_SIGNALLING_PROTEINS	OTHER_STRESS_RESPONSE_PROTEINS,PGPT0014995-uspE-K14055	NA	NA
AK237_03737	909	oxyR_2		Hydrogen peroxide-inducible genes activator	ATGAAATGGCCAAACCTTAAACATTTGCATTACCTGGTAACACTGCACCAGGAGCAACATTTTCATCGCGCAGCGCAGCGATGCAATGTCAGCCAATCGACGTTAAGTACAGCTATCCAAAACCTTGAAGAGCACTTCGGTAGCCAGTTGCTGGAACGAGAGCATAAAACATTCGTCTTCACCTCGTTGGGTCTGGAAATTGTCGAGCGAAGTAAAGTGCTGTTGCAGGAGGCGGGCGAGTTAGTGGAGTTCGCGCAAAATGCCGGTAACTGGGAAAAGGGAAAACTGAAGTTAGGTGTTATTCCCACCATTGCGCCGTTTATGTTTGAGGGCATGATTGGCGCATTTAAAACTTTTTTGCCAGAAATAAGTCTTGAATTACAAGAAGATACTACACACAATTTGCTACAACAGTTAGCCGATGGAAAGCTTGATCTTCTTATCTTAGCTTTACCAATGGAGACGCCGGGCTGCAAACAAATGGTGTTAGGGCACGATCCGTTTCATTTGATTGCACACGAAAGCCTGGCTAGTTCGTTACCAGAACCGTTTGATATTACTACGTTGCCAAATAACAGTATTTTCCTGCTTCAGCAGGAACACTGTATGACTGGCCATGCAGTTAGTGCGTGTAATTTACAGCATCGCGAACAAGTGAGCAGTCTGGCTGCCAGTAGTCTGTATACATTGGTGCAATTAGCAAACAGCAAACTGGGATACACCTTCTTACCAGAGTTGGCGCTGAACCAAAATATTATCAAGAATACCGAACTAAAAGCACTTCCGGCGGAAGATAACGCCTATCGCGAAATTGGCCTGGTATGGCGTTCAGGCACCACGCGTATGCGACTATTCCGTCGCATAGGCGAAGTACTCTCTCCATTATTACCTATTCCTGCCTTGAAATAA	MKWPNLKHLHYLVTLHQEQHFHRAAQRCNVSQSTLSTAIQNLEEHFGSQLLEREHKTFVFTSLGLEIVERSKVLLQEAGELVEFAQNAGNWEKGKLKLGVIPTIAPFMFEGMIGAFKTFLPEISLELQEDTTHNLLQQLADGKLDLLILALPMETPGCKQMVLGHDPFHLIAHESLASSLPEPFDITTLPNNSIFLLQQEHCMTGHAVSACNLQHREQVSSLAASSLYTLVQLANSKLGYTFLPELALNQNIIKNTELKALPAEDNAYREIGLVWRSGTTRMRLFRRIGEVLSPLLPIPALK	PGPT0012965_2217	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-ENVIRONMENTAL_QSR|BF_SIGNALLING	CE-QSR|BF-OXIDATIVE_STRESS_SIGNALLING,PGPT0012965-oxyR-K04761	NA	NA
AK237_03738	1458	wcaJ_2	COG2148	UDP-glucose:undecaprenyl-phosphate glucose-1-phosphate transferase	ATGAAATTCAATTTACTGCAAAGTCAGACGCTAAATGGCAACGCCACGAAAATGAGCGATGAGCGCAGTGGTATTTCAGGCTCCTACCAGAGCAGCTTTTCTACCATTTATCGTTTGGTAGATTTATCAGCTATTACACTGTGCTTCTACATTGCTATGTTTTACTACATGCAGCCAGTCACTACTGGTGCTCTGATCTTATTATTCATCAATGTAGTCGCTTTTCAGGTTTCCGCTGAGGCGTTAGATTTGTATCGTTCCTGGCGTTCAAGTAATACCAGCGCCATGATGAAAATGGCAGCGGTGGCCGGCATTATCAGTTTTGCTGCAACACTCACCTTCGCCTTTGCTTTCGCTCACACATTGTCGACGACCGTAGCGGTTACCGGTATGTGGTTTGGTGGTTCTCTGGTTATGCTTACCAGCTGGCGATTCGTTATGCGTCAGTTCCTGTTCAAAGTGCGCCGTAGCGGGTTAAACAGCCGTTCAGCCATTATCATTGGTGCCACTGAAGCGGGTTACAATATGGCTGTGCAAATGATGGAAAATGATCAACTGGGTATCCGTTTTGAAGGTGTTTATGATGACCGTCCTCAAGACCGCGTTGCCGGAGAGTTTCGCCATCAAATTAAAGGCAGCATAGACGAAGCAATTGAACTGGCGAAGTTACACAAAGTGGATTATATCTACATTGCACTGCCTACCGCAGCAGAAGACCGCATCAAGGCGATTCTGGAAAAGTGTAGTGATACGACAGCCAATGTGTATTTAATTCCCAACTTCTTTATGTACACGCTGTTAAATTCCCGCTGGCAGAGCGTAGGCAACGTACAAGCGTTGAGTATCTATGATACGCCTTTCCAGGGTGCGAACAATGTGCTTAAGCGTATTGAAGATATTGTGGTGAGCACGGGTATCCTGACGATTCTGGCCATTCCGATGTTGTGCATCGCTGCGGCAGTTAAATTAAGTTCGCCTGGCCCAGCCATTTTCCGTCAAAAGCGTTATGGCCTGGATGGTAAAGAAATTACCGTGTATAAGTTCCGTTCGATGTCGACGCAGGACAATGGCTCGGTGGTTAAGCAAGCCACGAAGAATGATCCGCGTGTTACCAGATTAGGTGCCTTTTTACGTCGCACTTCGCTGGACGAATTGCCACAGTTTATCAACGTGTTACAAGGCCGCATGTCGATTGTGGGCCCGCGTCCGCACGCCGTAGCGCACAATGAAGAGTACCGCAAGCTTATCACTGGCTATATGTTACGTCACAAGGTTCGCCCGGGTATCACTGGCTGGGCACAGGTAAACGGTCTGCGTGGTGAAACGGATACTCTGGATAAAATGGCTAAGCGCGTCGAGTACGATCTGGATTACATGCACCGTTGGTCAATCCCGTTCGATTTAAAGATCATCTTACAAACAGTAGTAGGTGGTTTTAGTGATAAAAACGCGTATTAG	MKFNLLQSQTLNGNATKMSDERSGISGSYQSSFSTIYRLVDLSAITLCFYIAMFYYMQPVTTGALILLFINVVAFQVSAEALDLYRSWRSSNTSAMMKMAAVAGIISFAATLTFAFAFAHTLSTTVAVTGMWFGGSLVMLTSWRFVMRQFLFKVRRSGLNSRSAIIIGATEAGYNMAVQMMENDQLGIRFEGVYDDRPQDRVAGEFRHQIKGSIDEAIELAKLHKVDYIYIALPTAAEDRIKAILEKCSDTTANVYLIPNFFMYTLLNSRWQSVGNVQALSIYDTPFQGANNVLKRIEDIVVSTGILTILAIPMLCIAAAVKLSSPGPAIFRQKRYGLDGKEITVYKFRSMSTQDNGSVVKQATKNDPRVTRLGAFLRRTSLDELPQFINVLQGRMSIVGPRPHAVAHNEEYRKLITGYMLRHKVRPGITGWAQVNGLRGETDTLDKMAKRVEYDLDYMHRWSIPFDLKIILQTVVGGFSDKNAY	PGPT0023345_40	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-COLANIC_ACID_METABOLISM	CE-EPS-COLANIC_ACID_BIOSYNTHESIS,PGPT0023345-wcaJ-K03606	NA	NA
AK237_03739	1203			hypothetical protein	ATGTTTAAACGGACTTCAAGTGCCATTCTTATTTCTATATGCGCTGGGAATACAGCCTACGGCCAACAAGAGGGAGCGATTCAGGTTGGCAAGTTCGACGTAAAACCTATCCTTACCACGGATTTTCTGCACATCGATAACGTGACCTATGCAAGCCAAAGCGAAGATGAGATCAGCAGCTGGGTGTCTGTCATCTCGCCTGAAATAGACGCTTACACAGAGTTCAATGGCCACGAAGTTTCTATGGGATACCGCTTGGCGCGGGGGGATTATTATTCCACAAGCGCTGATGATTACACCGACCATTTCGCCCATCTCAAAGGCGATTTCGAAATTAACGACCGTAATCGGATCAAAGGCGTGGCAAAGTTTGAGGCGGGTCATGACGAGCGGGGGCGGCGCTATTCAAATGGTGAAGGAAATACGTTAACCAGCGTAGATACCTATAAAAACTCGGAAGCTGATGCTATTTATTCTTACGGTGCGCTTTCTGCCTTTGGACAAGTTAATTTGTCAGTAGGCTATGAGAAGATGAACTACGATGGAGACACAGAAGCGTATCTAATTCGCGACAGAGACACAATGAAGTATGGTGCTGAGTTCTTATATAGAATTGCTGGTGGTACTAATTTGGTATTGGATGCCGATCGTAACGAGATCCGTTACGACTACGACGCCAATCCCGAAAACCCGTTAGACAGTATTGAGAACCGACTTCTTGCTGGTTTGAGTTGGGATGTAAACGCTGTGACACAAAGTTATGCGAAATTGGGTTATAAGGAGAAGTCTTTCGACTCCGCATCCCGTGATGACTTTTCCGGACTTGCCTGGGAAGTGGGTATGAGCTGGTTACCCTATTCATATTCCGAGTTTACGTTACGCACCAAGCAAGATACCCGCGAAACGAATACTACCGGCGCTGACTACATTCGCAGTACAGACTATTCCGCGAGTTGGCAACACAGCTGGGTTCAACGCTTTTCTACCACAGCAACCGTGGCATTTATGAACGATGATTTCGTTGGCGACGTAGAAGGTTTAAGAGAAGACGATACAACACAACTGACCTTGTCCGCAGATTATGCGTTCAGACGTTGGTTAACGTTCGGGCTTTACTACTCAATGAACGAGCGAGACAGCAATCGCACCGATATTGAGTATGATAGAAACGTTTATGGTTTAACAGCAAGGGTAACTCTGTAA	MFKRTSSAILISICAGNTAYGQQEGAIQVGKFDVKPILTTDFLHIDNVTYASQSEDEISSWVSVISPEIDAYTEFNGHEVSMGYRLARGDYYSTSADDYTDHFAHLKGDFEINDRNRIKGVAKFEAGHDERGRRYSNGEGNTLTSVDTYKNSEADAIYSYGALSAFGQVNLSVGYEKMNYDGDTEAYLIRDRDTMKYGAEFLYRIAGGTNLVLDADRNEIRYDYDANPENPLDSIENRLLAGLSWDVNAVTQSYAKLGYKEKSFDSASRDDFSGLAWEVGMSWLPYSYSEFTLRTKQDTRETNTTGADYIRSTDYSASWQHSWVQRFSTTATVAFMNDDFVGDVEGLREDDTTQLTLSADYAFRRWLTFGLYYSMNERDSNRTDIEYDRNVYGLTARVTL	PGPT0026172_150	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RUGOSE_PHENOTYPE	CE-BACTERIAL_FITNESS-RUGOSE-EXOPOLYSACCHARIDES,PGPT0026172-vpsM-K20920	NA	NA
AK237_03740	549			hypothetical protein	ATGAATGTAATCGCGAAAAGGATATTTGCCGGATTTTTTCTTCTTGTGTTGGCAACGTTTGTGCAAGCACAGGAAGGAAACGCGAATATGAGCTCTTATCGTCTGGGAGTGGGCGATAAGGTGCATATAAACGTATTCGGACAAAGTGACTTGTCGATGGAAACGCGTTTACCGGATGTGGGAAAAATAAATTACCCGTTCCTGGGCGAGCTCAAACTAGTGGGTTTGACGCTCTCTGAAGTAGAAAAGCTCATTTACAATGGGCTTGAAGGGGATTACCTCGTCAATCCTTCGGTTGCAGTTTCTATCGTAGAATACCGTCCCTTCTTTATTGATGGTGAAGTTAAGCATCCTGGCGGCTACCCCTATCAGCCAGGGTTATCAGTCAACAAAGCGGCAGCGCTTGCGGGTGGCTATACCGAGCGGGCTTCTCGCTCCGATATTCAAATTGTACGAGAGCGTGACGGCGAACAAGAAACGATTGAAGTGAACGTCAGTCACCTTATTCAGCCAGGTGACATCATCACCATACCGCAGCGCTTTTTCTGA	MNVIAKRIFAGFFLLVLATFVQAQEGNANMSSYRLGVGDKVHINVFGQSDLSMETRLPDVGKINYPFLGELKLVGLTLSEVEKLIYNGLEGDYLVNPSVAVSIVEYRPFFIDGEVKHPGGYPYQPGLSVNKAAALAGGYTERASRSDIQIVRERDGEQETIEVNVSHLIQPGDIITIPQRFF	PGPT0026173_216	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RUGOSE_PHENOTYPE	CE-BACTERIAL_FITNESS-RUGOSE-EXOPOLYSACCHARIDES,PGPT0026173-vpsN-K20988	NA	NA
AK237_03741	2217			hypothetical protein	ATGTCGTTGAAAATGAAGGAGTCGCTGCAAGCGAACATCCTGGACGATGAAACCATCGACTTTGCACACTATTGGCAGGTGTTCAAACGCTACTTTGGCCGTATCATCACACTGGCCATTGTTTTTACTGCACTGGTCGCGATTGTAGTAATGAAAATGACGCCGATTTATTCGGCAACCGCAAGCTTACTTATTGAATCGCAGCCTGCGAATGTAATGTCTATCGAAGAAGTGTACAAATCGGACACGACGCGTAAAGATTATATGCGCACCCAATATCAAATTATCCAGTCCCGTCAGGTAGCAGCCCGTGCGGTGGATGAACTGAATCTGGCGAATGATCCCGTTTTCATGCCACCTTCTGATGGTAATAACTCGGTAATCAGCCAGGCGAAAAATTGGGTAATGGCTCAATTACCTTTTATTGAAAAAGTTGAGAAAGAGCCGCTTTCTGAAAGCGAACGGGAAGAAAAGCGTCGTCAGGCAGCCATCAATAAGCTGATGAAATCGATTAATGTTTCACTGGTTGAAAACACGCAGGTTATTAATATCACTGCCACCAGCGACTCGCCGCAATTGGCGGCTGCCATCGCCACCACAATGGGTGATGTGTATGTTGAGAACTATCTGCAAGCCAAAGTAGAAATGACGACCAAAGCAACGTCTTTTTTGACCGAGAGCATGGACGGTTTACGAGACAAGTTAGCAAAAGCAGAAAAAGACTTGTCTGACTTCTACGAAAGAAATCAACTGGTTAACTTGAGTAACGGGGTAGTAGGGCTGGCAGCAGAAGAGCTGGAACAGTTAAGTGACCAACTATTAAAAGCGCAAACCACATTAAAGCAAAACCGGACTATTTATCAGCAAACCCAGCAAAATGGAGCTGACTACAGCGCATTGGCCCGTTTGCCTGAGGTATTAAACCACCCCAGTATTCAAAGTGTGCGCCGCCAGGAAGCAGAAGCCATGAGCCGCGTGTCGGAGTTGAGTAAAGTGTTTGGCCCTAAGCATCCGCAAATGATTGCCGCCAATGCTGAGTTAACGTCCGTGCGTGATACATTGCAAACGCAGATCCGCGACTTGATTTCCAGTATCACCACGCAGTACCGCGCCTCGCAAGAACGCGTGGCTACCTTACAAGAAGAAGTGTCGGCGGCCAAATCGGAATATCGTCAGCTTTCTAATCTGGAAAATACCCGCCGTTCGCTACAGCGCGAAGTGGATATTAACCAGCAACTCTACAACTCTATGTTCACGCGGTTGAAAGAAACCAGTGAGATGGGCGGTTTTGAATCGGCTAATGCGCGCGTGCTTGATCCTGCACCTGTTCCTAATAACCCTACAGCACCGAATAAAACACTGCTAATCGTGGCAGCCTTTATTGCCAGTTTTGGTTTTGGTGTACTGCTGGCCTTTGTGCTGGAAGCAATGAACAGTGGTGTGCGCTCTGTCGATGACGTTGAGAAAAAACTGGGTCAGCGCATGTTGGGTCTCATACCGCAAATTGCAGTGAAACGTCGTTCAGAGCTGTCGTTACGCGCTTTCTTCGATAGCAAGTATCACCAGTTTAGTGAAGCGGTGAGAACGTTACGTACCAGCTTGTCCCTGATAAATCTGGAAAAGCAGAATCAGGCGATACTGGTGACTTCGTCAGTACCTAAAGAAGGTAAAACCACTGTCTCTATTAACTTGTCGTTCGCGCTCGGGCAGTTAGACAAAACCATTTTGATTGATGCCGACTTACGTCGCCCAGCCGTTGGTAAGCGCTTTGACGTACCGAACTATCAACCTGGACTGTCGAATTTGATCATGAAAACACACTCATTAGAGGAGTGTCTGGTTCATGATGAACAATCAGGTATCGATATCATCTGCGCCGGCAGTATTCCTTCAAATCCTCAAGAGTTGCTGGCGGGAAGTGGCTTTAAAGCGCTGATCACATATTTGAAGAAAACTTACAAATATGTGGTGGTTGATACTGCACCCACCCAAGCCGTTTCAGATGCGATGGTTGTATCGAAAAGCTGTGATTCGGTCATTTATGTTGTTCGGGCTGACAGCACCAGTGAGAAGATGATTAAGAACGGCTTAGGCCGGTTCCTGCAAGTAGGGCACCGTGTCGACGGCGTAGTGCTTAACCACGTCGACCTTAGAAAATCTGACGTCTCTGAACGCTACGGTGGCTTCTATGACCAATACGGTTACAATGCTAACTAA	MSLKMKESLQANILDDETIDFAHYWQVFKRYFGRIITLAIVFTALVAIVVMKMTPIYSATASLLIESQPANVMSIEEVYKSDTTRKDYMRTQYQIIQSRQVAARAVDELNLANDPVFMPPSDGNNSVISQAKNWVMAQLPFIEKVEKEPLSESEREEKRRQAAINKLMKSINVSLVENTQVINITATSDSPQLAAAIATTMGDVYVENYLQAKVEMTTKATSFLTESMDGLRDKLAKAEKDLSDFYERNQLVNLSNGVVGLAAEELEQLSDQLLKAQTTLKQNRTIYQQTQQNGADYSALARLPEVLNHPSIQSVRRQEAEAMSRVSELSKVFGPKHPQMIAANAELTSVRDTLQTQIRDLISSITTQYRASQERVATLQEEVSAAKSEYRQLSNLENTRRSLQREVDINQQLYNSMFTRLKETSEMGGFESANARVLDPAPVPNNPTAPNKTLLIVAAFIASFGFGVLLAFVLEAMNSGVRSVDDVEKKLGQRMLGLIPQIAVKRRSELSLRAFFDSKYHQFSEAVRTLRTSLSLINLEKQNQAILVTSSVPKEGKTTVSINLSFALGQLDKTILIDADLRRPAVGKRFDVPNYQPGLSNLIMKTHSLEECLVHDEQSGIDIICAGSIPSNPQELLAGSGFKALITYLKKTYKYVVVDTAPTQAVSDAMVVSKSCDSVIYVVRADSTSEKMIKNGLGRFLQVGHRVDGVVLNHVDLRKSDVSERYGGFYDQYGYNAN	PGPT0026560_881	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-EXOPOLYSACCHARIDE_TRANSPORT	CE-EPS-EXOPOLYSACCHARIDE_TRANSPORT-1,PGPT0026560-exoP|vpsO-K16554	NA	NA
AK237_03742	723	ywqE	COG4464	Tyrosine-protein phosphatase YwqE	GTGATAGACATACACAGCCATATTATTCCGGGTATCGATGATGGTGCCCGGACAATGGAGATGTCACTGGACATGGCACGGCAAGCTGTCGAAGCCGGGGTAACGCATTTAGTTTGTACTCCCCATGTCCATTGGGGCACATTTGACAATACTCAGGAGATCATTGAATCGGGCTTTCAGTCGTTGGTTCAGGCCGTTAAAGACGCGGGAATTCCGCTGTCTCTTTCCTGGGCTGCCGAAGTACGGGTAAATGAGATGGTACCTGTTTGGTTCAAACAGGATAAATTACCTTATCTGGGCGAGCATGAAGGCAAAAAGGTGTTATTGCTTGAAATGCCTCACAGCAATATGCCGGCGGGGCTGGATCAACTTTTCCGTTGGTTACTGAATGCCGGTGTTCAGCCGGTTGTTCCGCATCCGGAACGTAATCGTGATGTGTGGAAACGGCCGGAAAAAATTCAGTGGTTGCGAAATCAAGGGTGCTTGCTTCAGGTTACTGCTGGCGCATTCATTGGCCGCTTCGGTGAACATGTGGAAGCGATTGCGCTTGATATGCTACGCGATAATCAAATTGATATGGTAGCGTCTGATATGCATGACATAAACCGACGTCCCAATGATATGGGTGAGGCGTATAAAGTGGTGTGTAAGCACGCCTCTGAAGAGGTGGCTGAACGGCTATTTAAAATCAATCCGGCGCGTATTGTGGGTGTTGCGCTATAG	MIDIHSHIIPGIDDGARTMEMSLDMARQAVEAGVTHLVCTPHVHWGTFDNTQEIIESGFQSLVQAVKDAGIPLSLSWAAEVRVNEMVPVWFKQDKLPYLGEHEGKKVLLLEMPHSNMPAGLDQLFRWLLNAGVQPVVPHPERNRDVWKRPEKIQWLRNQGCLLQVTAGAFIGRFGEHVEAIALDMLRDNQIDMVASDMHDINRRPNDMGEAYKVVCKHASEEVAERLFKINPARIVGVAL	PGPT0014530_3082	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
AK237_03743	411			hypothetical protein	GTGAAAAATACCCCACACCCTGTCCATGAGTCTCAACTCATCCAACGTCTGCTAGGCAAGATGTCGCCAGAAATTGCGGAGACCTTCACCGAAGAACAACTTATCGCAATTAATAAAGCTATTGGGGGCAGAAGCTGGGCCCGCCATAAAGTGGATTTAAGGGGCACCATTAATATTTGGCGTTCCAGCTTCTATTTTGTGGTGTTAGCAGGTAAAAACCGCCGTGAACTGTCCAGGCTTGAACAACAACTTGGCCGGATATCACTCGCGCTGATGGTAGCGCTATTTTTTACCTTTAGTACATTAGTTGGATTACTTGTTCTTTATCTGCTCAAATCTGCGTTAGGCATCAATATTTTTGATGATTTTTCATTGGGAATTTGGGGTTGGTTTAAAGCTAACGTCTTTTAG	MKNTPHPVHESQLIQRLLGKMSPEIAETFTEEQLIAINKAIGGRSWARHKVDLRGTINIWRSSFYFVVLAGKNRRELSRLEQQLGRISLALMVALFFTFSTLVGLLVLYLLKSALGINIFDDFSLGIWGWFKANVF				NA	NA	NA	NA	NA
AK237_03744	1170	pglJ	COG0438	N-acetylgalactosamine-N,N'-diacetylbacillosaminyl-diphospho-undecaprenol 4-alpha-N-acetylgalactosaminyltransferase	ATGCAACAGCCAAGAACTAATATCGCCTTTATTATCAACTCCCTCGAAGGGGGCGGTGCAGAGCGTGTTATGTGTAAGCTGCTTTCGATCATGGAGCAAGATTTTCAAGCACTTAACTACCACGTTCACCTTATCTTATTGGACGACTTGCCACAGGAACAGCAATGTCCTGACTACGTAACCAAGACAGTTCTGGACACCAAAGGCAGTTTACATGCTGGCTACGGCGCTTTGAAAAAGGTGCTTGAGACGATTAAGCCTGAAACTTGTGTAAGCTTTCTAACCCGTGCCAACATGCTGAATATTACCTTGGGCAAGCGATTAGGGTTTCGTGCGGTGATCAGTGAGCGCGTGAACACCTCAAGCCATCTGTCCGGTGGTCTGAAAGACTTTATTTCAAAATGTCTTGTAAAGGTCACATACCCATCCGCCGACCTGGTGATTGCCGTTAGCGAAGGCGTAAAAGCGGACCTTGCGGATAACTTTGGTGTCGATGCAAAACGCATTCAAACTATCTATAACCCCTACAATATCGCTACTATTAACGCAATGGCTGAGCAAGAGGTGGCTGATTTACCTGCCAATCCTTATATCGTAGGCACGGGCCGGTTAGTTAAAAACAAAAATTTCGATTTATTGTTACAGGCTGTCGCTGCATCTTCTATTCAACACGATATTGTGATCCTTGGACAAGGGGAAGAGAAAGACGCGTTATTACAGCGTGCCAAGGCGCTTGGCCTTGATAAACGCCTACACTTGTTAGGTTTTAAATCTAACCCGTATCCTTATTTGAAGGCGGCAGATTTTTTCGTTTCCACCTCAAACGCAGAGGGGTTTCCTAACGCGATTGCCGAAGCCATGTGCTTAGGTAAAGCGGTGGTTGCAACAAACTGCGAATCTGGTCCGGCTGAAATTCTAACCGGCGAGTATCCGTATACTGTTAATGGTTTCAAAGCGGAGTCGTACGGTGTTATTTGTGAAGTGAATAATGCTGATGGCGTGGCTGGCGCGCTTGATTACATGGCACAAGATGCTCACAAAGCTCACTACGCAGAACGCAGCGCCCAACGGGCCACAACCTTCAGTAACACCGTTTTCCGCGAGCGCTTGCTGATTGCGCTAGGGTTAACCGAGAGACTGGTGGAGCAAGATCATGTTCCTTGCAGTTAA	MQQPRTNIAFIINSLEGGGAERVMCKLLSIMEQDFQALNYHVHLILLDDLPQEQQCPDYVTKTVLDTKGSLHAGYGALKKVLETIKPETCVSFLTRANMLNITLGKRLGFRAVISERVNTSSHLSGGLKDFISKCLVKVTYPSADLVIAVSEGVKADLADNFGVDAKRIQTIYNPYNIATINAMAEQEVADLPANPYIVGTGRLVKNKNFDLLLQAVAASSIQHDIVILGQGEEKDALLQRAKALGLDKRLHLLGFKSNPYPYLKAADFFVSTSNAEGFPNAIAEAMCLGKAVVATNCESGPAEILTGEYPYTVNGFKAESYGVICEVNNADGVAGALDYMAQDAHKAHYAERSAQRATTFSNTVFRERLLIALGLTERLVEQDHVPCS				NA	NA	NA	NA	NA
AK237_03745	1320			hypothetical protein	ATGTTCCTTGCAGTTAAACTTGTCTTTAGCCTGATCAGTGCGTATTTGGTTTGGCAGACAATTCGTCAACACTGTAACAAGTACCTTGCCTTTGTCGTTGTCGCCGTTTGGTTACGCTTTTTCTTATCCGCGTTTCATCAAATCACTTACGACCCACTCATCGCTGGCTTTTCTATTAATGCGCTAGCCTCGATAGGTATCGCTGCCACTGGCTTACTGATGTTACCGCCCAAGGTGTATCAGTTGCGTGTGATGCTGCCTCTTTACGCTTTTTTCGCCGCTATTGTGGCAAGTGGCATTATAAATGGTGGCATAGGTGGACTGATTAACGTCATGGTTAAGTGGATGTTTTTCTTAGCTATTGCGGGAGCCATGTTTATGGCTATCAGAAAAACAGATAAAGATTTTGTGCTTAGAAAGCTCTTGGTAAGCTTTTTCCTGCCCGTATCACTCGCAGTTATGTCGGTATTGCTCGGAGAGGTAAAAGCCACTGAAGCTGACGGTTCAGCAAGTTATATCGGCGGTTACAATCACGAAGCTGCATTCTCGATGATTATTGCAGGCTACATTCTCGTAGTTGGTTTGTTATCACCCGGCGCTATTCGCTTTCGCGGCGCACTTTTCGCATTAGGGTGCGTAGTGCTTGTGCTGGTAAATTACCGAACCTCGGTATTGGCGATTTTGCCGCTGGCCGCCATCTTCGTCTACACCGCAATGTCTGCGAAAATTGCGCCCCGTTATAAAACCGTGTTTTTTCTGGCCGCTTTTTTCGGCATGGGAATGCTGTTCTTACTGGCTTCATACACCATGCAAGACCGTTTTGCCGACGTATTTGTGTTCTTAACCAGTATCGATGACTTAATTAAGGCTCCGTTCTACTACTCAGAAGCTGAGAAAGACATTTTCTCTGCTCGCGTCTACTTGTGGAGCTTATATCTCTACGAATATGTAAACGGCTCTTTCATTCATCAATTGGTGGGGTGGGGACCAGAGTCCTGGTCTGGCGTGTTTCCAAAATATGCGCACAACACTTATGTGTCTTATCTGTACGAGTACGGCCTGGTGGGTGTACTCGCGTTTCTGTTCGCCGCAGCAAGTTACGTTATGCATGCGATCAAAATAAAGAACAAGCAATTTGCCTGGATGCTTTGTTCGTCAATGGTGGGATTTCTAATTATGAACTTCGCCACCATGCCTCTATGGAACATTGAGGGGCTGATTTTATTTGCCATATTAATTGGCAACGCCATCGGACCGGTGAAATTACCACGCAAAGAGTGGACGGCTTTACCTGCCTTTGCGTCACGTTTGGCGAATTGA	MFLAVKLVFSLISAYLVWQTIRQHCNKYLAFVVVAVWLRFFLSAFHQITYDPLIAGFSINALASIGIAATGLLMLPPKVYQLRVMLPLYAFFAAIVASGIINGGIGGLINVMVKWMFFLAIAGAMFMAIRKTDKDFVLRKLLVSFFLPVSLAVMSVLLGEVKATEADGSASYIGGYNHEAAFSMIIAGYILVVGLLSPGAIRFRGALFALGCVVLVLVNYRTSVLAILPLAAIFVYTAMSAKIAPRYKTVFFLAAFFGMGMLFLLASYTMQDRFADVFVFLTSIDDLIKAPFYYSEAEKDIFSARVYLWSLYLYEYVNGSFIHQLVGWGPESWSGVFPKYAHNTYVSYLYEYGLVGVLAFLFAAASYVMHAIKIKNKQFAWMLCSSMVGFLIMNFATMPLWNIEGLILFAILIGNAIGPVKLPRKEWTALPAFASRLAN	PGPT0026585_238	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCAN_METABOLISM	CE-EPS-SUCCINOGLYCAN_METABOLIC_PATHWAY,PGPT0026585-exoQ-K16567	NA	NA
AK237_03746	1128		COG0438	Glycogen synthase	ATGAAACTATGTGCCGTTGGATTAAGAGGGATCCCTGATGTGATGGGCGGGATTGAATCGCACTGTCAGCAGTTGTATCCGCGACTGGTGAAATCAGGCATGGACGTTACTGTTATTTGCCGTTCACCGTATGTAGATCAGTCTGTTGAAGAGTATAAAGGCGTGAAGCTGCGTTCGGTATGGACATTGAAACACAAATTTATCGAGACGTTTTTACACACTTTCTTAGCTATTTTTTACGCTCGCTTTGTCGTTAAACCTGATGTGCTTCACATTCACGGTATTGGACCGGCACTGTTTACGCCGCTGGCAAAGCTGCTGGGTATGCAGGTTATGGTTACGCATCACGGTGCAGACTATGACAGACAAAAATGGAATCAGTTTGCTAAGAACGTGTTGATGTTCGGCGAAACCATGGCGGTTAAATTTTCTGACCGCGCTATTGTGGTCGGTCGTTCGTTAACCGGTGTGCTGAAAAACAAATTTGCTAAAAAATCTAACCGTATTCTGTTTGTACCCAACGGGGCTAAAACAGATATGGATACACAGCTGAGTAGCGAATCGTTACCAAAAGATTTAGATATTGAACCAGGTAAGTATGTACTTACTGTTGGCAGATTAGTTCCTGAAAAGGGGTTTCATGATTTGGTTGAAGCGTACAAAAAAGCAGATACTGATTTGAAACTGGTTATCGTTGGTGGGGCGGACCATGAAGATGAGTACTCTTCTAAGCTGAAAAATCAAGCCAGTGATAACATCATTTTTGCTGGCCGTCGTCAGGGTGATGAACTGAATGCGCTGTATAAGTTTGCCCGGGTTTTCGTATTGCCTTCTTACCACGAAGGTCTGCCAATCGTAGCGCTTGAAGCAATAAGTGCGGGCACCGAGGTGTTAATCAGTGACATCACACCAAACGCGGACATTGGCTTACCAGAAGACGCTTATTTCAAAGTGGGTGACACGGACGCTTTGGCACACAAAATTACACACGTAAATGAGTTGAAACTCGCTATCAACAGAGAAGCGTTTCTTAACACCTTTAACTGGGATGCTATTTCTGACGATACCTATGTGATTGCTAACAACCTGGCACTGGGCGTGCCTGCTCAACCACGAACGGCGGCCTGA	MKLCAVGLRGIPDVMGGIESHCQQLYPRLVKSGMDVTVICRSPYVDQSVEEYKGVKLRSVWTLKHKFIETFLHTFLAIFYARFVVKPDVLHIHGIGPALFTPLAKLLGMQVMVTHHGADYDRQKWNQFAKNVLMFGETMAVKFSDRAIVVGRSLTGVLKNKFAKKSNRILFVPNGAKTDMDTQLSSESLPKDLDIEPGKYVLTVGRLVPEKGFHDLVEAYKKADTDLKLVIVGGADHEDEYSSKLKNQASDNIIFAGRRQGDELNALYKFARVFVLPSYHEGLPIVALEAISAGTEVLISDITPNADIGLPEDAYFKVGDTDALAHKITHVNELKLAINREAFLNTFNWDAISDDTYVIANNLALGVPAQPRTAA	PGPT0017715_789	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE-HEXOSES_UTILIZATION	PLANT_DERIVED_GLUCOSE_DEGRADATION,PGPT0017715-glgM-K16148	NA	NA
AK237_03747	990			hypothetical protein	ATGACGGAAAAACGTAAGCTGTTTTTGTATCCGTTTGTACACAGCAATGGATTTGTCGAAAGAATAAAAGGTGCATTTAATGAACTGGGTTATGACATACACCCATTCAAGCACCTTTTCCGCCCAGCCAATTTGCTACGTCGAAAAGACAATTGGCTAGTGCTCAATTGGTATGAAGATCAACCTTTTAGAAAAGGCATGCAAGGCCCCAAACGCTGGGCCTTTTTGTGTGCCTTTTTCCTTACCGTTTGCTCGATTCGTTTATTCAGTAGTAAGGTCATTTGGGTACGTCACAATTACAAACCACATAATGTGGCAGAGCAATCCGCGCTTTATACCTTCATTTTAAAGTTACTTTCGTTAGTGGCTGATAGGGTTGTGACGCTTGAAATGACCGACCGGATCGAATCCAGCGTAGTGAAACACCCCCTTTATTTTAACGATAGGGATTTATTTCAATTCTTTGAGGCGATTGGAGATACCCAAAAAGGTATCGACTTCCTGTATTTTGGGTCAATTAAGCCCTACAAGCGTCTCGACAAGTTGCTAGAGGCGTGGCCACAGCAACAGAAGTTGCAGGTTATGGGCTTTTGTTCCGACAAGGAATATGCGGCCAAGTTGTATCGGATTATTGATCAGAGAGGTTTGCAAGTGGACTGGAATAATGAGTTTGTCAAAGAGGAAACACTTGAAGACGCGGTTTCCGACACTCGATTCGTTATCATGGCACACGATGATAACGCAATGATTTCCTCAGGGACGTTTTACATGGCCATGAGCCTGGGGGCTAATATATTGTGCTTTGATTCTGCATTTGCACGTATGAAAGCCAGAGAGTTCCCTTTCGTAAAGATTATCGAGCCTGAAAATCTTGAATCTCAGCTCGCGAATTTAGAATATGTCGATTCAAGTGTCGTTATCGATCAAGCGGTAGACCGGTATGGAGAAGAAGCTATTCGCGAGTCGTGGCGTGTGGTACTCACCACCTGA	MTEKRKLFLYPFVHSNGFVERIKGAFNELGYDIHPFKHLFRPANLLRRKDNWLVLNWYEDQPFRKGMQGPKRWAFLCAFFLTVCSIRLFSSKVIWVRHNYKPHNVAEQSALYTFILKLLSLVADRVVTLEMTDRIESSVVKHPLYFNDRDLFQFFEAIGDTQKGIDFLYFGSIKPYKRLDKLLEAWPQQQKLQVMGFCSDKEYAAKLYRIIDQRGLQVDWNNEFVKEETLEDAVSDTRFVIMAHDDNAMISSGTFYMAMSLGANILCFDSAFARMKAREFPFVKIIEPENLESQLANLEYVDSSVVIDQAVDRYGEEAIRESWRVVLTT				NA	NA	NA	NA	NA
AK237_03748	810			hypothetical protein	ATGCAAGAAATCTTAAAGCAGCAATCAGAAAAGTATCTCGCCCGTTATCCGAAGATTTTTTTCTGCCATGTCCCTAAATGTGCTGGCGTATCTTTGTCCAATGCGATTTACCAATCTGTTTATCCATCGCTGCTAAAAGCAACGCGCTTTACTGGTCACATCGATCTGAAAGCCAGCAGGGAAGCCGAAAAGTTGTTAGGTGTAGACATGATGACAGCGCGTGAGACCCAACTGGCGTTTCAGTTGAGTAGCAAGCATCAGGTATTCACTACCGGTCACTGCGTGGCTCGCCCTGAGTTAGTCAGTAACTTTTACAAAGACTGGCACTTTTTGACGATCTTACGCAAACCTGTTGACCGGTTTATTTCCGAATACGTCTACAACCGCTTTAAAGAATCTGAATGGCAGAAACACGAGACGGACATTGAAGAATATCTCGAGTCTGACAAGGCTCTCAATTCAGCCGTGACATACGCGAGATATTTTTCTGGCTATCGCAACGCGAAAGAAATTATGGCTAACGCTGATGACGTGATCGCGAAATCTGTTGCTAATTTGCGTCATTTCTCAGTGTTCGGCACGCTGGAGCAAATGGATAAATGGCAGGAAGATTTCAATCAGCGGTTTAGCACTCGCATTAATATCGCCAGTAAAAATACCAGTCCTAATCGTGGTGCATCGTCTGCAATTACCAGTAATCCAACACTGATGGGAACTATCTCAGAGCTTAACCGAATTGATCAAGCCATATATGATGAGGTGTATGGGATGGTAGCCAATCGCCAGTCTGCGCCAGCCAAGGTAGGTTGA	MQEILKQQSEKYLARYPKIFFCHVPKCAGVSLSNAIYQSVYPSLLKATRFTGHIDLKASREAEKLLGVDMMTARETQLAFQLSSKHQVFTTGHCVARPELVSNFYKDWHFLTILRKPVDRFISEYVYNRFKESEWQKHETDIEEYLESDKALNSAVTYARYFSGYRNAKEIMANADDVIAKSVANLRHFSVFGTLEQMDKWQEDFNQRFSTRINIASKNTSPNRGASSAITSNPTLMGTISELNRIDQAIYDEVYGMVANRQSAPAKVG				NA	NA	NA	NA	NA
AK237_03749	864			hypothetical protein	ATGAGCGATAAATTCAGCGTTGTAATTACAACATTCAATCGACCTGCAGAACTCAAAGAAGCGCTGGATGGTGTATATGCACAAATTGAGCAGCCGCTTGAGGTGATTGTGGTGAATGATGCATCTTCCTTGCCATATGATGACATTCTCTCTGAATTTTCAGAAAAACCGAATTTTCACTATCACTTTCTCAAAGAGTCATCAGGGGCAAACAAGGCAAGAAATATTGGTGTGGATGCAGCTAAAGGCGACATTATCGCCTTTCTGGATGACGATGATGTGTGGTTGCCTGAGTATTTGTTGGAACACAAAAATGCTTATGAAAAAGGCGCTGATGCAGTAGTAAGTGGTTACCAGGTATTAGGTAAGGACGACCAGCTCTACGTGCAACCGTCCAGACGGGTTGAAGTTGATGTACTTCGCACCGGAAATCAATATTGTGGTATGAGCGGTTTTAGTATTAAACGTGATATCGCCTTAAAGGAGCGCTTTGACGAAACGCTTCCCAACGGACAGGACTGGGACATGTATGTGCGCTTGTTTCAACAAGGCTATGCGTTATGGAATATTCCAAAGCCCATTTTCCTCTATCGCTTTATGAATATGGATGGCATCGGCGCTAAAGTTGCCAAAATGACGCCAGACGAGGCCGTCATTCGTTTGCGCTCAGCCGATAAGCATCGACAATTTCTGGGCGACCAGAATTATCGTAAGCGTGTGGCGGCGCAGTTATTGGTTTATTTACCCCTTAAGAAAGACAAACTGAAGTGGGTAATGAAATCTGTGCACATGGCAGGGTTATCGACCACGTTAAACCATCTGGCTGCAGTGACGGTAAAAAAGGTACGACAGCGAGTTAGCTAA	MSDKFSVVITTFNRPAELKEALDGVYAQIEQPLEVIVVNDASSLPYDDILSEFSEKPNFHYHFLKESSGANKARNIGVDAAKGDIIAFLDDDDVWLPEYLLEHKNAYEKGADAVVSGYQVLGKDDQLYVQPSRRVEVDVLRTGNQYCGMSGFSIKRDIALKERFDETLPNGQDWDMYVRLFQQGYALWNIPKPIFLYRFMNMDGIGAKVAKMTPDEAVIRLRSADKHRQFLGDQNYRKRVAAQLLVYLPLKKDKLKWVMKSVHMAGLSTTLNHLAAVTVKKVRQRVS				NA	NA	NA	NA	NA
AK237_03750	792			hypothetical protein	GTGGAACTTTATCAGGATCAGTTTTCTTCAGAGCACGATTATCAACATCAAACGGAAACCCAAAAAACGCTAGTTATTGCTTCTACTGTGCGTTCAGGCAGTCATATGCTTGGTCATGTGTTGCATCAAACTGACGCTTTTGGTTTTCCGCTTGAATACGTGAATAAAAAGAATTTGGAAGAATGGAAGGCGCGGCTCAATTGTCGCACCTTACCTGAAGTACTGGATGCACTGCGTGCTCGTCGAACGTCGCCAAATGGTGTGTTTGGCATCAAGGTGCATTATTCACATATCGAAGAGTTTGGTGGCTTTAACGCCATGTGCAAACTATTGCCAAATCCACATTTCGTGTTGTTAACCCGCGAAGACGTGATGGCACAGGCGGTATCGCTTGCCGTGGCGAAACAAACCGGCGCCTGGATTGCGAAGCAGGGCAACGCCACTATCGATCCTACCTACCGTTTTGAAGATATCGAAGCGGGTTTACGTCGGGTAAGTTTAGAGAATGCGTCATGGCGATACACCTTAGCGGCAACGGGAAGCAAATATATGGAATTAAATTTTGCTGACGTAAAAGCTAACACTGTCAACGCCGTACTGAGAATTGCCGATTTTATGGGGTTGGCCGTGGATAGCCACCGTATACCTGCAACACCGGTAACGAAAAGACAAAGTAGCGAGTTGAACAAACAGTGGTTAAGTCGCTTTCAGCAAGAGTTTAACGGTGATGATGAGCTGCTCAGATTCAATCGCGAGAGCTTTTGGCACAAACTCACAAAAAAGTTGCCCTGA	MELYQDQFSSEHDYQHQTETQKTLVIASTVRSGSHMLGHVLHQTDAFGFPLEYVNKKNLEEWKARLNCRTLPEVLDALRARRTSPNGVFGIKVHYSHIEEFGGFNAMCKLLPNPHFVLLTREDVMAQAVSLAVAKQTGAWIAKQGNATIDPTYRFEDIEAGLRRVSLENASWRYTLAATGSKYMELNFADVKANTVNAVLRIADFMGLAVDSHRIPATPVTKRQSSELNKQWLSRFQQEFNGDDELLRFNRESFWHKLTKKLP				NA	NA	NA	NA	NA
AK237_03751	804			hypothetical protein	ATGTTAAATCAATGGGCAGAAAAGCAAGCACTGGCGGAAGAGAAAAAGCGAGTGTATTGGTGGCAGTCAAAGAAAGATGATCGCCCGAATATTGGTGACTATGTCGCTTACGACTTGGTAAAGCGCATGTTGGCCATGAAGGGTAAATTAATCAAAGACAAGCTAAACCCTGACAATAAGTTAGTGAGCGTAGGGTCGGTGCTACATTTCGCCAGAACGGGCGACACCCTGTGGGGAACGGGCTACAACCAAAAAATGGGTGATAAAGTTATTCAGTTTGATGATCTGGATGTTCGCGCAGTACGTGGCCCGCTTACTCGTGAATACCTGATGAATCGCGGTATCAAGGTACCAGAAATTTACGGTGATCCTGCGTTACTGTTGCCTTATTTCTATGCCAAACCGTTGATGGAGAAGCCAAATAAGAAAGAATACATCATCATTAATCATATGAACGATGATATGGCACAGTATGCTGGATATGAAAGAGATCTGGTGACACCTATGCAATATCCTGGTTCGTTTATCGAAGCCATTGTGAACAGTAAACGTGTTATTTCCAGTTCACTGCATGGTGTTATCATCGCAGAAGCCTACGGTGTGCCGGCTATATTTTACGATTCTGGTAGCGGTGAATCGATGTTTAAGTATGAAGATTATTATCAGGGAACCGGCCGCACTGAAATTCCTAAGGTCACCAGCCTGGAGGAGGGCATATCAATGGCGCTCACTACGCCGCCTGACTTCACGGAAATCACCAACAAGCTTTATCATGCCTTCCCTTTTGATTTGTGGGGCGCATAA	MLNQWAEKQALAEEKKRVYWWQSKKDDRPNIGDYVAYDLVKRMLAMKGKLIKDKLNPDNKLVSVGSVLHFARTGDTLWGTGYNQKMGDKVIQFDDLDVRAVRGPLTREYLMNRGIKVPEIYGDPALLLPYFYAKPLMEKPNKKEYIIINHMNDDMAQYAGYERDLVTPMQYPGSFIEAIVNSKRVISSSLHGVIIAEAYGVPAIFYDSGSGESMFKYEDYYQGTGRTEIPKVTSLEEGISMALTTPPDFTEITNKLYHAFPFDLWGA				NA	NA	NA	NA	NA
AK237_03752	1269	sasA_13		Adaptive-response sensory-kinase SasA	ATGACAAACAAAATAAATCAAGTAGAACAGCCGATAGAATGTCAGCTGCCCAACCACGATGCGTTGTTTGCCGCTTTTATTGCAGACTCCGTTGACGGTACGCTTCTTCTTAAAGATGGATTTATAATAAGCAGCAACCATAGCGTCCAAACATTGCTTCAATACAGTCAAGATCAATCACTTAATGGACTAACTCTGTTAGACATTTCTGTTGAACACCAGTCAAACAACGTATCAGCACAAGCAATGTTAGACAGCATAAAAGCAGATAATGTTACCAATGCCAGCTACAAGTTTGACTGGTGTTTTCAACGAACGGATCAGACCGTTTTATGGTCTGAGATTACCGCGACACGGATTGGGCAGAAAAGTGATGACTTATTGTTATTAGTCGTTCGCGATATCTCCGAACAAATGGAATTAGAAAAGGAGATCCATAATCGTAATCAGGCATTAGAGGCATCAAATGTAGGCCTAAATTTTTTACTTGATAACCTAGCAGAAACACAAGAGCAACTTGTCCAGTCAGAGAAAATGGCTAGTCTTGCAATACTTGTTGCTGGCGTTGCTCACGAAATAAACACTCCCGTGGGAATAAGCCTGACAGGTATCACGCAACTCCTCAAAGAAAGTACGTTAATACAGAAACGCTACGAAAGCGGTAACTTGACCGAAAATAGCTTTGAAGAATTTATAACTATCGCGAACGAATTGTCTGAGATGGTAAAGAGTTCACTTGATCGAATTTCTCATCTTGTCAGCAGTTTCAAAAAAATTGATATCTCGCAAAGCGCGGATACTGAACAAACTATCAATTTAAGAAACCATATTGAAGAAGCGTTATTTTGTCTTGAAAATGCGCTGCAAACGTCGAAGATTACGTGTGAGCTAATTTGTCCGGATGATTATGAAGTTGTCGTAAAACCTGAGCTTATATCCCAAATTATTACGAATCTTACAGTAAATTCGATTCAGCATGGCTTTTCGGACAATCAACACGGAAGAATAACCATCTCGGTAACAAAAGCGTCTCCTGGCATCTTCATTTTTCAATATCAGGATAATGGCGTTGGTATAGATCCGGAGCAGAGCGAAAAGATTTTTTCGCCGTTTTTCACCACCAATAGAAAAGATGGCCATATGGGACTGGGGCTGAGCATCGTGTACAACATAGTAACCCAAGGTCTCGACGGGCTGATCGAGTATAACGGAAACAAAACTGAAGGCGCTCGTTTTACGATTAAAATGAAACTAGAAGAAGCAGAGTAA	MTNKINQVEQPIECQLPNHDALFAAFIADSVDGTLLLKDGFIISSNHSVQTLLQYSQDQSLNGLTLLDISVEHQSNNVSAQAMLDSIKADNVTNASYKFDWCFQRTDQTVLWSEITATRIGQKSDDLLLLVVRDISEQMELEKEIHNRNQALEASNVGLNFLLDNLAETQEQLVQSEKMASLAILVAGVAHEINTPVGISLTGITQLLKESTLIQKRYESGNLTENSFEEFITIANELSEMVKSSLDRISHLVSSFKKIDISQSADTEQTINLRNHIEEALFCLENALQTSKITCELICPDDYEVVVKPELISQIITNLTVNSIQHGFSDNQHGRITISVTKASPGIFIFQYQDNGVGIDPEQSEKIFSPFFTTNRKDGHMGLGLSIVYNIVTQGLDGLIEYNGNKTEGARFTIKMKLEEAE				NA	NA	NA	NA	NA
AK237_03753	840	yafJ	COG0121	Putative glutamine amidotransferase YafJ	GTGTGTGAATTGCTAGGCATGAGTGCTAATACGCCAACGGATTTGTGTTTCAGCTTTACCGGACTTACTCGCCGGGGAGGCGAAACCGGACCACATAAGGATGGATGGGGGGTCGCGTTTTACGAAGGTAAAGGCGTTCGCTTATTTCACGATCCTGAACCCTGCGCAACCTCACAAATTGCCGAATTTGTATCAACCTTGCCTATCAAAAGCAAAACTGCAATTTGTCATATCCGGCAAGCCAATGTGGGCAATATCAATTTATCGAATACCCATCCATTCACCCGCGAGCTGTGGGGACGGTGCTGGGTGTTTGCGCATAACGGTCAAATTCCTGGCTTTGTGCGCCGTGTCGGTATGTATGAAGCCATTGGCGATACTGACAGTGAAGAACTTTTTTGTGATTTAATGAATCAAATCAGGCAGAACTTGCCCCGCGATGCTATGCCAGAACAACTGGCTTCTACGTTGGTGGCATTGTCTCAGGAATACGCACAGCAAGGGGTGTTTAACTGTCTGCTGAGCAACGGCGATTGGCTTTTTACATTCTGTAGCACCAAGTTGGCGAGTATTACTCGCCGCGCGCCTTTTGGCCCTGCTTGCTTAAAAGATGTAGAAGTGGAAGTGGATTTTGCGTCTGAAACGACACCACAGGATATTGTTAGTGTTATCGCAACAGAACCGCTTACCCACGATGAAACCTGGGATATCTATGAGCGTGGTGAATGGAAGCTTTGGCAGTCAGGTGAAGTGATCGCTTCTGGCAAAGTAGAGGTGCCTGTTCATAAGTCAGAGCAAGACATGGTGAGCCCGAAAGATCTGCCGAGGGATTGCGGGTAA	MCELLGMSANTPTDLCFSFTGLTRRGGETGPHKDGWGVAFYEGKGVRLFHDPEPCATSQIAEFVSTLPIKSKTAICHIRQANVGNINLSNTHPFTRELWGRCWVFAHNGQIPGFVRRVGMYEAIGDTDSEELFCDLMNQIRQNLPRDAMPEQLASTLVALSQEYAQQGVFNCLLSNGDWLFTFCSTKLASITRRAPFGPACLKDVEVEVDFASETTPQDIVSVIATEPLTHDETWDIYERGEWKLWQSGEVIASGKVEVPVHKSEQDMVSPKDLPRDCG				NA	NA	NA	NA	NA
AK237_03754	1455	wzxC	COG2244	Lipopolysaccharide biosynthesis protein WzxC	ATGTCGTTAAAAGCTAAATCCCTGAAGGGCGCGTTTTTTAATTTGTCAGCCAATGGCGCAGGCCAACTGGTAAATTTTGTGGTCTACGCCATCATGGCGCGCATTTTAGGTGTGGAAGAATTTGGTCTGGTCGCTATCTGTTTGATGGTGGTGGACTTCTGTAATTTATTTGTCACCGTAGGCGTGTCGCAAAACCTCATTCAACGTAAAGAATGGGACAACGACTTTGCCAGTTTATCATTCTGGTTTTTGATGGCCGTGTCGCTGGCTATCGCCGTCCTGATGTTTGCCGTAGCGGTGCCTGTTGCCTGGTACACCTATTCTGAATTGGCTGCGCAACTTATCGCGGCTCTTGCCATCATTCCCCTTGCCAATGGGCTTCGCCTTGTTCACAAGGCGAAAATGGAGCGGGACTTTGCCAACAAGCGACTGGCAGCGTACGACACCGCGGGCGTATTAGTGGGTGGCGTAGTGTCGGTGGCAACAGCGCTCACCGGATTCGGAGCGTGGGCAATTATCTTCGGAAAAATTATCCAGGCCTTCGTATCTACAGTACTAACCTGGCATGGTTCAACCTTCCGACCGCACAGAGTCAAAGACAAAACCCATTTACCGGAAATTATCCAATTCGCCAAGCCATTGATTGCGATGTCGTTTATGAATTTCTTTTCGCAACGTACATCAAATATCGTGATCGCCGCATTTTTAGGAGCCGCAACCTTCGCGTATACATCGGTAGCCAGACAAGGCTTCTCGGTGCTGAACAACCTTACTTTCCAACCGCTAAACCGTATTGCCCTTGCTGGGCTGGCGCGTGTAGAAGATGACAAGCTACCCTCAACGTTTGCCAGAGTGGTTAGCATGACGGCTATCTTCGTAACCCCCGTTTATTTTGGTGTTGGCGCGGTGGCCCATCCATTTATTGACGTGATTTTCGGTGATAAGTGGGTAGACAGCGCCTACTTATTGTCTATCTTAGCGCTACAAACGCCCTGTAATGTCATGGCCTATTATTTACCGAACTTGCTTATTGCCAGAGGATTGCCCGGCCAGGCATTCAAACTGAACCTGATAAATCTGACGTTCAATTTCCTTTTCCCTCTTGCAGCCGTACCATGGGGCTTGTACGCGGTGATCAGTGCACTGGTTTTCGCCAACTTTGTTACCCTGGTGCTGAAGTTTATGCTGGTGAAAAAATCACTACATATTGGCCTTGGCGATGCGTTCAAAGAAACCTGGATGTTCACCCTGATGGGGCTCATCATGTACGGCGTGGTGCTTTATTTAGAACGCTTTCACGTATTGGGGCTCGACAATGTATTCATAGAGTTACCCGTATTGGTAGGCATTGGGGCAGCCATTTACTGTGGCGGACTGATGCTGTTTTTCCGTAAGAAAACACTCGCAATAGCGAAAGAATTTAAATCGGGAAAGAAAAAGAAAAAAGTTATCTGA	MSLKAKSLKGAFFNLSANGAGQLVNFVVYAIMARILGVEEFGLVAICLMVVDFCNLFVTVGVSQNLIQRKEWDNDFASLSFWFLMAVSLAIAVLMFAVAVPVAWYTYSELAAQLIAALAIIPLANGLRLVHKAKMERDFANKRLAAYDTAGVLVGGVVSVATALTGFGAWAIIFGKIIQAFVSTVLTWHGSTFRPHRVKDKTHLPEIIQFAKPLIAMSFMNFFSQRTSNIVIAAFLGAATFAYTSVARQGFSVLNNLTFQPLNRIALAGLARVEDDKLPSTFARVVSMTAIFVTPVYFGVGAVAHPFIDVIFGDKWVDSAYLLSILALQTPCNVMAYYLPNLLIARGLPGQAFKLNLINLTFNFLFPLAAVPWGLYAVISALVFANFVTLVLKFMLVKKSLHIGLGDAFKETWMFTLMGLIMYGVVLYLERFHVLGLDNVFIELPVLVGIGAAIYCGGLMLFFRKKTLAIAKEFKSGKKKKKVI				NA	NA	NA	NA	NA
AK237_03755	2082			hypothetical protein	ATGCGACATTTGCCGCGCACTATTCCTGTCTCTTTGATCAAGAAAGTCACACTGGCCGCCAGTATTCTTGTTGGTGCAACGGCGATTAGCGCCTGTTCCGATGCGCAATCTCAAGTCGGCACCACTGGTCTGCTGCCTGGTCAACCTGGCGTGATCGCGCTTGAAAAAATCGCCGAACAAAATGTGTCAGATTTACAATCTGCCGAAACCCTCGTACAAGACTTATCCGATACACGGGCCTTCGGACGTATCCTGAACTTGCTTAAAGACGACTATATGGAAGAGGCGGGAAAGGTACTGCTGCTTATTGCGAATGGCCAGCCCCTTGAAGAAGCCACGTTACAACTCGCCAGGTCTGCCGATTCAGAAACGGACATGGGTCATTATGTCAAAGCAGCATTCATTATGTTTCCTCTGGAACAGGCGAACCTGTATCACTACCTACAGAAAAACCTCGGGATCCGCACGACACTATTGGACAAATGGGCAGAAAACGCAGGTATTCTGACCGACCCTACCATGCCCGCTCCCGACAAAAACGGCTTATTTATTCAGCCGCTTATTGAGTCTGCGAGTATTTCGGTATTTGATGTCACAGATGACATGCGCGGAGAAGTATTTTTCAAACCTCAAGGCAGTGAAGATTGGCAGCAAGGCAGGGATTTAGTCTGGGAGCCTGTAAACGGTATACTCACCGGGCCTATCGTTCACTTGTCTGCTGGCACCCGTTACGACGTGAAGCTTGTTCTGTCAGGCGCGCAGGAAAACGATCGCGAAGTGCTTACTCAGTTTTCTACCCGTGCCGATAAGCCCACTATTGACCAGACAAAAGTGTACAAGCTTTCAGACATCTACAAAGGCGGCATGTTGGATTTAGAAGCCATGGGCATTGAAGGCAGTAAAGACGGGTACGTCAAAATTGTCGGCGATGAAAACACCGTTATCACGCCCAATGAGGACGACAAGTACGCTATTTATGTAGGCGACAACAGCTATATTTATTTTGAAAATGTGACCGTTAAAGGCGGTCGGGTACACGCGTTTTACGGTGAAGAAGCCCATGACATCTGGATTAATCAATGTGACATATCCGGCTGGGGTCGAGCGCCAAACGTCATGAAAAAAGGCATTGCCTTTGAAATGGAAGATGCCCAACCGATAAATTACGATTCGGCCATTTATTTCCGTCAGTCTGGCGTCATTACCGTGGAAAACTGTTTCGTACACGATCCTCGCGCCATCGCCAATGATTGGTCTGTGGGCCACCCGAAAGGTCCCAATGCCTTCTTAGCCCACGCCAATCATCCGGATCCGGCGTTTAAAGGGCAAATTATTGTGCGTAACAACCGGTTCGTTGGCGCTGAGTCACATCGTTTCAATGATATTATTGAAGGGCGCAAAAATGCAGAGCCACTCGGCGGGTTCGTGCGTGATTCAGCCATTTATAATAATGAACTGGCATATTCGAACGACGATGCTATTGAAGTGGATGGCGGACAACAAAATGTGCTGGTTTACAATAATGATATCTCCCACACTTATTCGGGCATAAGCATCACTCCTGTTCGGGTAGGGCCAAGTTATATCTTTAACAATTACATTCATGATTTAGGCGATCAAACCGGGAAACAGTGGGCGTCGATAAAAATGGGCGGACTACTTACCAGTCCATCCGGACAGAGCGTGCTTATGCACAATCTCATCACCACTGACAGAAACGGACTGACCGCCTCGCGTTTTAAGGATGACGAGACCTTTTGGACCCATGCGCAAAACAATATTGTCATTACAAAAAAGGATGCTAATAAGGTAGGCTATGCGGTACTTGATCCTCAGGCATTCGCCGGATCGCAATACATTAATAATTACTTTTTTAATCTATCCAGTGGCGCTCCGAAGATAGATGCCACCATCACTGAACCATACGTGTTTAATGAGTCGAAGCTGAATGAACAAATTGCTGAAGCGCTATTTAACGGTGGAAAAACAGTGATGCTCCCTAAATGCGATAAATACCGTATAAATAATTTTACCCAGCGTAATGAAGACGGCACACAAGCATTGTACGGAATCGTTGAGTAG	MRHLPRTIPVSLIKKVTLAASILVGATAISACSDAQSQVGTTGLLPGQPGVIALEKIAEQNVSDLQSAETLVQDLSDTRAFGRILNLLKDDYMEEAGKVLLLIANGQPLEEATLQLARSADSETDMGHYVKAAFIMFPLEQANLYHYLQKNLGIRTTLLDKWAENAGILTDPTMPAPDKNGLFIQPLIESASISVFDVTDDMRGEVFFKPQGSEDWQQGRDLVWEPVNGILTGPIVHLSAGTRYDVKLVLSGAQENDREVLTQFSTRADKPTIDQTKVYKLSDIYKGGMLDLEAMGIEGSKDGYVKIVGDENTVITPNEDDKYAIYVGDNSYIYFENVTVKGGRVHAFYGEEAHDIWINQCDISGWGRAPNVMKKGIAFEMEDAQPINYDSAIYFRQSGVITVENCFVHDPRAIANDWSVGHPKGPNAFLAHANHPDPAFKGQIIVRNNRFVGAESHRFNDIIEGRKNAEPLGGFVRDSAIYNNELAYSNDDAIEVDGGQQNVLVYNNDISHTYSGISITPVRVGPSYIFNNYIHDLGDQTGKQWASIKMGGLLTSPSGQSVLMHNLITTDRNGLTASRFKDDETFWTHAQNNIVITKKDANKVGYAVLDPQAFAGSQYINNYFFNLSSGAPKIDATITEPYVFNESKLNEQIAEALFNGGKTVMLPKCDKYRINNFTQRNEDGTQALYGIVE				NA	NA	NA	NA	NA
AK237_03756	522			hypothetical protein	ATGAGTTCATCGGATAAGCCTTCTTTTTCTCAATTGATGTTGGGTAACGCTACTGTCACCGTCGGCGAAGCCCCTACAACCGACTCAATTCGCAATTTAAAACGCCATGGTGTAACGCATATTGTCACGTTACTTGGTTCAGAAATGTCATCCAATGGCGATGCAGACGACGCAGTGGCATCGCGAGGCCGGGAAATAGAGTCGCTGACCACATCTGCAGGATTACACTGGCGCTGGTTTCCCTATACCAATACCCTTGATAGCACTGACACTGAACTTGAGTTATTGCGTCAGTATGTTCAAGAGCTTGCCAAACTGGTAACCGAAGGCAAACATCTGTATATACATTGTGATGCCTCACAGGCTCGCTGTATGTTGCTTGTACTTGCATTACTGGTTCACCGGCGCATTCCTGTGTGTAGCGCTTATCCTATGCTTCACGGCCTTACCCGGGGACAAGCCAATTCCCTGAGTCGTGCAGAACTGCAATGGGCAATATCTTTGGGTGGATCTGTTCGCTGA	MSSSDKPSFSQLMLGNATVTVGEAPTTDSIRNLKRHGVTHIVTLLGSEMSSNGDADDAVASRGREIESLTTSAGLHWRWFPYTNTLDSTDTELELLRQYVQELAKLVTEGKHLYIHCDASQARCMLLVLALLVHRRIPVCSAYPMLHGLTRGQANSLSRAELQWAISLGGSVR				NA	NA	NA	NA	NA
AK237_03757	651			hypothetical protein	ATGACAAATATCACGAAACAACCCGCGACCATCAAAGCCTATTCTGTTTTAGAGGAATGGTTAAACAGCGTTAGCCATGGCGTTGGATTTGTGGCGGCCATCGTTGGCCTCGTCTTTTTGTTGTTACGCGCCGAACATTCTATTGCCGTCACGGCTGCCGCTATTTACGGCGCGACGTTAATTTTAATGTTTTTGAGTTCTACCCTTTATCATGCTATTTCTCACAAAAAAGCCAAGGGCATGTTAAAGCTGTTCGACCACAGTGCCATTTATTTGCTTATTGCTGGTACTTACACGCCACTCTTGTTGGTGAGTATTGGCGGCTGGCTTGGTATTACCATGACCGCCGTAATCTGGACCCTCGCCGTTAGTGGCGTAGCATTTAAACTGGTGGCTCAGCACCGTTTTCCGAAAGTATCTGTGGCCACCTATTTGCTTATGGGTTGGATTGCTCTGGGTCTCATTTATCCACTCTACATGGCCTTACCCGGCGCAGGACTGTGGTTAATTGTTGCCGGCGGATTATTTTTTAGTATTGGCGTAATATTTTACGTCGCAAAGTCGAAGCGTTACACTCATGCTATCTGGCACTTATTCGTTTTAGGCGGATGCAGTTGTCACTTTTTTTCTATTTACTACTTTGTGGTGTAA	MTNITKQPATIKAYSVLEEWLNSVSHGVGFVAAIVGLVFLLLRAEHSIAVTAAAIYGATLILMFLSSTLYHAISHKKAKGMLKLFDHSAIYLLIAGTYTPLLLVSIGGWLGITMTAVIWTLAVSGVAFKLVAQHRFPKVSVATYLLMGWIALGLIYPLYMALPGAGLWLIVAGGLFFSIGVIFYVAKSKRYTHAIWHLFVLGGCSCHFFSIYYFVV				NA	NA	NA	NA	NA
AK237_03758	1764			Putative beta-glucuronidase	ATGTTAAAGACGGTAACTTTATTTTTATTGGTCGTGCTCTCAACAAACCTGGCACGTGCAGATGGGCTGGTACAGAACATATCAGCCAGAGCGCAAATTTCCCTTAACGGACAATGGAACGCCGTCATCGACCCTTATGATGTGGGAGACAAACGGCAATTCTTCACTTATCAGGGGCCTGCCAGTAAAACAGTCCTGTCGGAATTCGATTTCGAAACGGCCATGAAGTTACAGGTGCCTGGAGACTGGAACACCCAAAATCCTTCTTTATTTTTCTACGAAGGTAGCGTGTGGTACCAACGTTACTTTACCACTGATGTAAAGCAGGATAAGCAATATGTACTGTACTTTGATGCGGTTAATTACCTTACTCAGGTTTATGTGAATGGCGTAAACGTTGGTGAGCATGAGGGTGGCTTCACGCCATTTCAGTTCGATGTTACCGAGCACCTGAAAAAGGGAAGGAACTCGGTGGTCGTTAAGGTAAATAACCGCAGGGAGCCCGACTATATTCCCACGATGAGCACGGATTGGTGGAATTACGGTGGGATTACCCGGCCGGTGCGCCTCGTTGAGCTTGATGAAACTCATATCCAGGATTACGCCATTACCTGGCAAGACGACAACATTCATATAGATATCGATGTGGAAGGCATGCAGAAAGCGGGCGCAGCGGTGACATTGGCAATCCCTGAGCTCGGCATCAATAAAACCCTCAGCACAAATAATAAAGGCAGGATCAGCACCCATATACAGGCATCACCCGTACTGTGGACGCCACAAGCGCCTCGCCTTTACACCACAACACTTTCGCTAAACAACACAGAAGTTGTTGATAAAATTGGCTTTCGATCTATAGCCGTTAAGGGTAACGACATAATTTTGAACGGCAAACCGGTTTTCTTACGTGGTATAGCCATCCACGAAGAAAAACCAAGCGGAGATGGTCGCGCCTGGAGCGAGGAGGATGCCAGAACCCTGTTAGGCTGGGCGAAAGAGTTGGGGGCAAATTATGTTCGTCTCGCCCATTACCCGCATAACGAAAATATGGTTCGCCTGGCAGACGAACTGGGTTTGCTGGTATGGGCTGAAATTCCGGTTTACTGGGACATACAATTCGACAATCAAAGTGTCTTAAAGAAAGCCATCACACAATTCGATGAAATGTTGGAGCGGGATAAAAATCGCGCCGCGATCATTCTCTGGTCCATTGCTAACGAAACACCGAACACACCCGTTCGCACTGATTTTCTCTCGACACTGGCAGACAGTGTTCGCGCTAAAGATCCCCACAGACTCATTACCGCAGCCATTAATACCCAAAGCACCACTGAGCACGGTCGTAAAATTGAAGAAGCGTTTGCCAATGTGGTGGATGTAATTGGTATTAACACATACTGCGGCTGGTATGGCGATGATACACCAGAAGAATGCGCCGAGTTCACCTGGGAGACGAGCTACAATAAACCCATTATAGTCAGTGAATTTGGGGCGGGTGCCCTGCAAGGAAATCACGGGAGTGAGGAAGCGTTCTTCACAGAAGAATATCAAGCAAGAGTATTTAAAAACAATATTGCAATGCTTGAGAACATGGAAAACCTTCGTGGTGTATCGCCCTGGTTACTGAAAGACTTTCGCTCGCCCCGCCGACCCTTATCAGGGGTACAAGACTACTGGAACCGAAAAGGTCTCATGAGTGAACAAGGTATTAAAAAAGAGGCCTGGTACATCATGAAAGCCTGGTATACCCAAAAGCAAAATTAA	MLKTVTLFLLVVLSTNLARADGLVQNISARAQISLNGQWNAVIDPYDVGDKRQFFTYQGPASKTVLSEFDFETAMKLQVPGDWNTQNPSLFFYEGSVWYQRYFTTDVKQDKQYVLYFDAVNYLTQVYVNGVNVGEHEGGFTPFQFDVTEHLKKGRNSVVVKVNNRREPDYIPTMSTDWWNYGGITRPVRLVELDETHIQDYAITWQDDNIHIDIDVEGMQKAGAAVTLAIPELGINKTLSTNNKGRISTHIQASPVLWTPQAPRLYTTTLSLNNTEVVDKIGFRSIAVKGNDIILNGKPVFLRGIAIHEEKPSGDGRAWSEEDARTLLGWAKELGANYVRLAHYPHNENMVRLADELGLLVWAEIPVYWDIQFDNQSVLKKAITQFDEMLERDKNRAAIILWSIANETPNTPVRTDFLSTLADSVRAKDPHRLITAAINTQSTTEHGRKIEEAFANVVDVIGINTYCGWYGDDTPEECAEFTWETSYNKPIIVSEFGAGALQGNHGSEEAFFTEEYQARVFKNNIAMLENMENLRGVSPWLLKDFRSPRRPLSGVQDYWNRKGLMSEQGIKKEAWYIMKAWYTQKQN	PGPT0018200_394	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES	CE-EPS-GLUCURONIDASE,PGPT0018200-uidA-K01195	NA	NA
AK237_03759	594	yigZ	COG1739	IMPACT family member YigZ	ATGAGTTATTCCATTCCCCGGCAGCGCTACGAGACCCTGCTGGAAATTAAAAAGAGTAAATTCTATGCCTGTGCTGGCTTCGTGGATTCTCGCGAAGCCGCCATGCAAATGCTTGCCGACATCAAAACCCAGTATCCAGACGCCCGTCACCACTGTTGGGCGTACCTACTCGGCGATCCTGTGCAACCCACCAGCGCTGCAATGTCAGACGATGGCGAGCCCTCGGGTACGGCGGGAAAGCCCATTCTCAATGTTCTTCAGCATAAAGATGTGGGCGATATTATGCTGGTTGTCACCCGATATTTTGGCGGCATAAAGCTGGGTGCAGGTGGTCTGGTTCGCGCTTATTCTGGTGCAGCCCAACAAACCATGGAAACCTTACCTGTAATTAAACAGGTGCAATTAGCGCAATTCACCGTCAACACAGATTTTGCCCAGGAGCAGTTTATTCGCCATTGGGTAGACACGGCCAAGGGAAAAATTCTCGACTGCCAATATTCGCAACATGTTACGCTTCAAATCGCTATTCCACACGACGCGGTGCCTCAACTCAATGCGTATGCCGGGAGTCTGGGGCTGGATATCCAATCGTAA	MSYSIPRQRYETLLEIKKSKFYACAGFVDSREAAMQMLADIKTQYPDARHHCWAYLLGDPVQPTSAAMSDDGEPSGTAGKPILNVLQHKDVGDIMLVVTRYFGGIKLGAGGLVRAYSGAAQQTMETLPVIKQVQLAQFTVNTDFAQEQFIRHWVDTAKGKILDCQYSQHVTLQIAIPHDAVPQLNAYAGSLGLDIQS				NA	NA	NA	NA	NA
AK237_03760	1215			putative peptidase	ATGGCAGTAAACGGGATCGGCGGTAAAACGCAGGATGAAGCATTAGCAACGCTACATGATATGACCACAGACACAGTGGCGATCGGCGAACAAGAATATGCATCCCGTATTCAACGTGCCCAGGCCTTCATGCAGCAAAAAGGTATCGCTGCAATCTATTTAAATGCCGGCACCAATCTAAGCTATTTCACAGGATTAGAATGGTATGCCAGCGAACGCCTGGTGGGCGCAATTATGCCTGCAAAGGGTCCCATTGTGTTTATTGCACCAACCTTTGAGATTGGCTCATTATCGGAAAGACAAATAATTGCCGGCGATATTGTTGGCTGGCAGGAACATGAAAGTCCTTATGAATTATTCGCGACAATGCTAAAGAAAGTTGGCGTGAGCACCGGCGACAAGGTGGGTATTGATGAATCCACCGCATTTTTTATTGTCGATGGATTTCAAAAAGCGGTGTCGGGCATTCAGTTCATTAACGCCAGCGTGGTGACGGCTCATTGTCGCATGCATAAGAGTGACGCCGAGTTGGCGCTTATCCAACGCGCGATGGACATGACGCTAGCCGTGCACAAAGCGACTGCTAGCATTTTGTATGAAGGCATTACCACTACAGACGTTGAGCACTTTATCCATGCAGCACACAAAAAAGTGGGCGCGCCGGCGGGTTCTTACTTCTGTATTGTGTTATTCGGCAAAGCCACCTCTTTCCCTCACGGTGTCAAAGATCCACAGTCGTTAAAACCTAACGACATGGTACTTATCGATACCGGCTGCAAATTAAAGGGCTATTTGTCGGACATTACTCGCACGTACTGTTTTGGCACACCAAGCGACACGCAAGCGGTGTTGTGGCAAGCTGAGAAAGAGGCGCAAATTGCCGCATTCAACGCCGCGCAAATTGGCGCGCCGTGTGGCAACGTGGATGCTGCAGCGCGCGCTTGTCTGGAACAATACGATTTAGGCCCCGACTACCAGTTACCGGGATTGCCTCATCGCACCGGACACGGGATCGGCATGGATATTCATGAATGGCCCTACTTATTGAAAAACAATCCTCAACCGCTGGCAGAAGGCATGTGTTTCAGTAACGAACCGATGATTGTTGTTCCCAACGAATTCGGTATTCGTCTGGAAGACCATTTCTATATGACAGAGCAAGGCCCGGTGTGGTTCACAGAACCGGCTAACAGTATAGAGAATCCGTTCGGCTAA	MAVNGIGGKTQDEALATLHDMTTDTVAIGEQEYASRIQRAQAFMQQKGIAAIYLNAGTNLSYFTGLEWYASERLVGAIMPAKGPIVFIAPTFEIGSLSERQIIAGDIVGWQEHESPYELFATMLKKVGVSTGDKVGIDESTAFFIVDGFQKAVSGIQFINASVVTAHCRMHKSDAELALIQRAMDMTLAVHKATASILYEGITTTDVEHFIHAAHKKVGAPAGSYFCIVLFGKATSFPHGVKDPQSLKPNDMVLIDTGCKLKGYLSDITRTYCFGTPSDTQAVLWQAEKEAQIAAFNAAQIGAPCGNVDAAARACLEQYDLGPDYQLPGLPHRTGHGIGMDIHEWPYLLKNNPQPLAEGMCFSNEPMIVVPNEFGIRLEDHFYMTEQGPVWFTEPANSIENPFG	PGPT0006760_1085	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
AK237_03761	1779			hypothetical protein	ATGGGAACATTCAAGCGATCCGCTCGTCTTTTATCATTATCTATTGCCCTGGCGTGTGCAGGTACAACGGCAACAATTGCAGCGCCTGCCACACAAGCATCGCAACGGGTTGATAGCCAGTTTGAAGATCTCTATACGCAAGAATGGGACTGGCGAAGAAATCAGCATAGTGTTGATGAGAACAGCGATACGCAAGCCGCCCCCAGTGCGTTGCCAGATGTCAGTGTGGCAACGCAGAAGAAGCGTCTGGCACGTTGGAAAGCTGTTTTACAAACGCTGAACACTATTGATGTGGCATCGCTGTCGCAGGAAAACCAGACCAACTATGCGGTATACCGAAATCAAATAGAAACCCTGATCATGGATCAGGAATATAAAACCTATGAGAAGCCACTTTCAGGCGATACAGCATTCTGGAGTGATTTGACTTACCTGGCTCGCGAGACCTTTCACTCAGAGCAAGATTATGTGAACTACATTGACTGGCTTAACGATATGCCACGTTATTTCGCGCAACAAGTGGATAATATGAAACTGGGTCTGGCCAGAAGCTTTACGCTTCCGAAGATTTCGCTGGTAGGTCGTGAGTCGTCGGTAACCTCTGTGATCGATGCGGCCGGTGACGACAATGTATATTTTCAGCCTTTTACCAAATTTCCTGCCAAAATCAGCGAATCGCGTCGGGACGAATTAAAAGCGCAGGCAAGGGAGGCTATCGCAAAGTCAGTCATCCCCGCCCATAAAAAGCTACTGGCATTCCTTATGGATGACTATATTCCTAACGCCCAGCCGTCCATTGCCGCCTACGATTTACCTAACGGCAAAGCGTATTATCAAGCGCAAGCAAAAAAATACACCACCCTCGATCTCACGCCGGAAGAAATTCACAATATAGGTCTGCAAGAAGTCGCTAAAATCCGCGATCGCATGCAGCAGATCATGAATGAAGTGAACTTCGATGGCGACTTAGCGGCTTTTCTAACCTTTCTTCGCACTGATCCACAATTCTATGTGAAAACGCCACAAGCATTGTTAGATCGTGCCGCATGGACGGCGAAAGAGTTTGATGCGGTTGCCGGCGACTGGTTCGGGCACTTGCCTCGCGCCCGGTTTGCCATTATTCCGGTGCCAGACGACATTGCGCCGTTTTATACCGCAGGACGCGGTGGTCCGGGCGTTTATCTGGTGAATACCTACAATTTGCCTTCCCGTCCCCTTTATTCATTACCGGCCTTGACGTTACACGAGTCTGCGCCGGGTCATGCTTTCCAAATGCCGCTGTCACTGGAAAATACCGATATTCCTGACTTCCGTCGTGAAAGCTATATTTCTGCCTATGGTGAAGGGTGGGCGTTGTATACCGAAAAACTGGGTGAAGAAATGGGGATTTACCACACGCCCTACGAGCTATTCGGTATGTTGAGTTATCAGATGTGGCGTGCTGCCCGTTTGGTCGTTGACACCGGTATTCATGCGAAAGGCTGGTCCCGCGAGCAAGCGCAAAACTTCATGAAAGATAATACAGCATTATCGGTACATGAAATTACCACCGAGGTAGACCGCTACATCGCGTGGCCAGGGCAGGCTCTGTCTTATTACTTAGGGCAGATGGCCATGGAGTCAAACCGCGCAAGAGCTGAAAAAGCACTGGGTGACAAGTTTGATATTCGACACTTCCATGACACTGTATTGCAACTTGGTTCGGTGCCACTTTCCGTACTTGAGCAACGTATTGATCGCTTCATTGAAGAGGGGGGCAAGTCACCGTATTCGTCTTAA	MGTFKRSARLLSLSIALACAGTTATIAAPATQASQRVDSQFEDLYTQEWDWRRNQHSVDENSDTQAAPSALPDVSVATQKKRLARWKAVLQTLNTIDVASLSQENQTNYAVYRNQIETLIMDQEYKTYEKPLSGDTAFWSDLTYLARETFHSEQDYVNYIDWLNDMPRYFAQQVDNMKLGLARSFTLPKISLVGRESSVTSVIDAAGDDNVYFQPFTKFPAKISESRRDELKAQAREAIAKSVIPAHKKLLAFLMDDYIPNAQPSIAAYDLPNGKAYYQAQAKKYTTLDLTPEEIHNIGLQEVAKIRDRMQQIMNEVNFDGDLAAFLTFLRTDPQFYVKTPQALLDRAAWTAKEFDAVAGDWFGHLPRARFAIIPVPDDIAPFYTAGRGGPGVYLVNTYNLPSRPLYSLPALTLHESAPGHAFQMPLSLENTDIPDFRRESYISAYGEGWALYTEKLGEEMGIYHTPYELFGMLSYQMWRAARLVVDTGIHAKGWSREQAQNFMKDNTALSVHEITTEVDRYIAWPGQALSYYLGQMAMESNRARAEKALGDKFDIRHFHDTVLQLGSVPLSVLEQRIDRFIEEGGKSPYSS				NA	NA	NA	NA	NA
AK237_03762	1989			hypothetical protein	GTGAATCACAAGGAATCGCAAACGTCGGGGATGACATCGTCTGGCGATGTGAGTGACATACTCATTCAACTTAACGATGGTTTTACCGCTTTTTATGACCAGCAAATGATGCTGTGTAAAACGACACCTCCTATTTCTCACTTTGCCTATAATGCACTAGTGCCGCCGTCGCTGAGTCATCTGGAACTGTCTTCAGATTCTCTCCCGCAAGTGATTACTTTTGATAATTTATTAGGCTATCACTGCGTTCTGTCTTCAACGGGGGATGCGTTTTTTCCCTGGGCGCTTTCTGTTATTGCCGATAATAAGAGTATTTCGAAAATCGCCCACGATTTACCTATTGGCGTGCTGAATGTAGACAGAAACTGGAATGCGGTTTTCATTAACGCCCGGTGTGCTGACATGATGAAAACGTCCATTGATGAGTTGTTTGGCAGAGGATGGATAGATTATCTGCCTGCGTCAGTATCGCGTGAATTCCAGGCTCATATTATGGATAAAGAACGATGTCGGGAGTTGTACAAAACCCGTGTCGAATTTATCACTCCCCTTGGTAGCATTTTCGTTTTTTCTGTGCAGCTGGCTGCCTATTTCGATTCTCGTGATAATTTCATGAGTGCATCGATTACCTTAAATGATGTTACTAACGAATTTAAGGCCGAAAGTAAGCTGCAATATATGGCTGAGCATGATTCCCTGACGGAATTGTATAACCGCTCAGCCTTCATTCGAAAAATTGAAGAAATGGACTCCAGTCGCTTTTCCCGTTCGTTGTTTGTCTTCGTGGATCTCGACCGTTTCAAAGAAATTAACGACACCATGGGTCATAAATTTGGTGATGCAGTTTTAAAATATGTGTCACGTAAGATCTCTTCAATTATTCGGGAGCAAGACCTGGCGGCGCGCTTCGGTGGCGATGAGTTTGTTATATGCATGCCGTCTGTTCATTCCGATAAAACCGTTGAAAAGATTGCTAAGAAAATCGCGTCAGCGTTGAACAGTGCATGCAATATAGATGGCCGTGAAATGCATATCCGTTGCAGCATCGGCATTGCCTGGACGCCCACCATTCAATTTGAGGATCATCAAAGCCGCTCTGAAAAAGTACAAGCGGTACTCGATGCAGCAGATCAGGGGATGTATGAGGTGAAGCGTGGCACGCTTACCGCAGAGCACTTCAAAATATATGACGTAAATTTGCGTGAGCAACGTAAGTGGCTACGTAATCAGAAAAAAGAGTTACAGGACGTACTTGAGAACGATCAATTAATAAGCTTTTTCCAGCCTATCTACGATGTGCACGGCCATATTAAGTCCGTTGAGGCACTGGCCCGCTTTGCGAATCCATTTCAGTATTTTAAAGGCATTGAATCGGTAATTGGCTTCGCCAAGCGCCATAACCTAGAGCTCGACTTATTAGACAATGCGCTTGTCCAGGCAGTAAAGGGCTTTGCCACGTTGCGCCAATATCAATCAGATTTAACGCTTAATTTAAACGTGGATGTCGCTCAACTTGAAGAAGAAAATTTCAGTAAAGTGATTACTAATTTGTGCTTAGAACACGAAATCCCATTGCCCAAAGTGTGTATTGAAATAACCGAAATGATGTTGGAGCGAAACAGTGCGCGCGTGCAACAACAAATCAGGCAATTGCTGCGCAGGGGGTTTTTAATCTCAATGGACGATTTCGGTACCGGTTACAGTTCTTTTAAACGGTTGATGAACTACGATTTTAACGAATTGAAAATTGACCGCTACTTTGTTGAAAACATCACCACTAACGATAAGTATAGAAAAACGCTCAAAGCGATGATTGCTATGGGAAAAAGTTTAGATTTACAAATTCTTGCTGAGGGAATTGAAACTGAAGAGCAGTACCAGCTCTGCAAAAAAATGGGCGTACATCTTTTCCAAGGGTTTTATTTCTCTAAGCCTGTTGATTCAAGTACACTGATAGAAAAGCTAAAAAGTCATACGGCGATAGTCTGA	MNHKESQTSGMTSSGDVSDILIQLNDGFTAFYDQQMMLCKTTPPISHFAYNALVPPSLSHLELSSDSLPQVITFDNLLGYHCVLSSTGDAFFPWALSVIADNKSISKIAHDLPIGVLNVDRNWNAVFINARCADMMKTSIDELFGRGWIDYLPASVSREFQAHIMDKERCRELYKTRVEFITPLGSIFVFSVQLAAYFDSRDNFMSASITLNDVTNEFKAESKLQYMAEHDSLTELYNRSAFIRKIEEMDSSRFSRSLFVFVDLDRFKEINDTMGHKFGDAVLKYVSRKISSIIREQDLAARFGGDEFVICMPSVHSDKTVEKIAKKIASALNSACNIDGREMHIRCSIGIAWTPTIQFEDHQSRSEKVQAVLDAADQGMYEVKRGTLTAEHFKIYDVNLREQRKWLRNQKKELQDVLENDQLISFFQPIYDVHGHIKSVEALARFANPFQYFKGIESVIGFAKRHNLELDLLDNALVQAVKGFATLRQYQSDLTLNLNVDVAQLEEENFSKVITNLCLEHEIPLPKVCIEITEMMLERNSARVQQQIRQLLRRGFLISMDDFGTGYSSFKRLMNYDFNELKIDRYFVENITTNDKYRKTLKAMIAMGKSLDLQILAEGIETEEQYQLCKKMGVHLFQGFYFSKPVDSSTLIEKLKSHTAIV				NA	NA	NA	NA	NA
AK237_03763	2514	cheB_6		Protein-glutamate methylesterase/protein-glutamine glutaminase	ATGGAAAATAAGGAAGAACAGGGAGCCGTTCCCTATATTGTGGGAATTGGCGCGTCAGCTGGCGGGTTGGAAGCCTTGCAAGAGCTATTCAGCGTGTTGCCAACGGATTTAGGTGCCTCATACGTTATTGCGCAACACCTGTCACCTGACTTCAAGTCCATGATGGACGAGTTGCTTGGCAAAAATACAGCCATGGCGGTGCATCAGGCTGTGGAAGGTGAATCGCTAAAACCGAATACGGTTTATTTAATCCCGGCGGGAAAGTTAATGCGCATCGCCGAGGGCTGTATCTATTTGTCTGATTTGCCTCCCGATAATCGCATCAACCTGCCTATTAACGAGCTTTTTCGCACCATGGCCGAAGATGTTCAAAACCGTTCAATTGGTATTATTCTTTCCGGAACTGGCTCCGATGGCAGTCGCGGCATATTGTCGCTTAAAGAAATGGGCGCCATGGTTATCGCGCAAGATCCCGAAGAAGCCCGTTTCGATGGCATGCCATTAAATGCCATTAACACCGGGTCGGTGGACTTTGTGCTTAGTGTGCGCGATATGCCTGAGCAAATTCGCCGGTTCATTCAGCATCCGCTGGTTAGAGAACAAAGTAGTAAATTTCGTGAACATTTGTCCAAGAATTCTAAAATTTTAGATGACATCCTTGCGTTAATTAACGAACGCACGGAACTGGATTTTCGCGCTTATAAAGAGTCTACGGTGTCTCGCAGAATCGAGCACCGGATGAGTATTAATAGTAAACACACGCTACACGAATACTGGGAGTATTTAAATAATACACCGGAAGAGGTCGAGCTGGTTAAGCAAGATCTCCTTATTGGCGTCACGCAATTTTTCCGTGACGTAGAGGTGTGGGAGCGAATATACGAAGACGTCGTTAAGCCTATGGTGTTGGAAACGGCTAAAGATGACACCATCCGGGTTTGGGTGCCTGGTTGTTCCACAGGTGAAGAAGCCTATTCTTACGCAATATTATTTTCTGAAGCAATGCGTGAGCTACAAGTGCAACGTCAGGTTACGCTTTTTGCCAGCGATATTGACCAGTCTGCTGTGGCTTATGCCGGAAACGGTATCTATCCTAGCAGCATCACGTCCGAAATTTCCTCTGAATTTATTAGCCGGTACTTTAATCTGCTTGCCGACAATAATTATCAGGTAACAAAAGAAATCCGCAACATGGTGGTGTTTGCCACCCATAATCTTATTCAGGATCCGCCGTTTTCAAACATGAATCTGGTGAGTTGTCGCAACACCCTTATTTACTTACAAAATGCCGCCCAGCAAAAAGTAATGGCCTTCTTCCACTTTGCCTTAAAGGTGAAAGGCTATTTGGTGTTAGGGAGTGCCGAGTCGCCCGGTAGTTTCAGTATTTATTTTGATTTTACCGACCAGCGAAATCGCATCTATCAAAAGTCCAAAGATATCAAAGTGCCATCGTCCCAAATTCATGCGGCGAAGTCTTTACAAAATCGGTACTACAAACCTAAGTCAGTATCGAATTATCTTAATTCGCCGAATAAGCGCATCGAAGTCGATCGTAAGTCAGCAACAGTGGGGCGTCAGGCGATGATGGATGAATACATTCCGCCCACCCTGATCACCGACAACAAGCTTCGCGTTATTTATAGCTATGGCGATACCACAGCTTTTACAGCACCACTGAGACCGGGTCTTGTAACCCATGATTTGTCTGATGTGCTAAAAGATGATTTATCCGGGCAGGCGATTTCTGCTGCACACCAGGTGTTGCGCGACAATGTGTCGGTGTCTATGGAAGATATCCGTGTTACTGAAACGGAGCGTTGGTCACTACGGTGTTTTAGTTTTAATGAGAACGGGCCTGACAATGTTTTCATCGCATTGAGTTTCCTGCCTGGTACAAGCAAGCAAGCTCGCAAGTCAGATATTTCCTATCAGCGTAGTGAACAGACAGTCAAGCGTATTGAAGAATTAGACAATGCGTTAATCGAGTGCCAGAAATTGTATCGGGAAGCGCTAGAAGACTTAGATACCACCAGCGAAGAATTGCAATCCAGTAATGAAGAGTTAATGGCGGCCAACGAAGAGCTTCAGTCCACAAACGAAGAGCTGCAATCGGTCAACGAAGAGTTGTATACGGTAAATAGTGAATATCAGCAAAAAATTGTTGAACTGACAGATATCAATAACGATCTTGAGAATCTGATGATCGCCACTCATCTGGCGGTGCTGTTCCTTAACAGTGATTTGAAAATACGACGCTTTACCCATGCAATGAAGCAGTATGTCAATATTATCGATTTTGATATTAACCGCGATTTCAGGGATTTATCCTTTAAAAAACCTCTTACATCACTGGACGAGTTAGTATCGCAAGTTAATCGCGGCCAAAAATCCATCGTGAAGGAAGTGTTCGAAGACGACACAACGTCACAACGCTTTGAAGTGACGGTTAGCCAGTACAAAATAGGCGATAGCGCTAAAGGCGTGATTATCTCCATTATAGAACTACTTAAATGA	MENKEEQGAVPYIVGIGASAGGLEALQELFSVLPTDLGASYVIAQHLSPDFKSMMDELLGKNTAMAVHQAVEGESLKPNTVYLIPAGKLMRIAEGCIYLSDLPPDNRINLPINELFRTMAEDVQNRSIGIILSGTGSDGSRGILSLKEMGAMVIAQDPEEARFDGMPLNAINTGSVDFVLSVRDMPEQIRRFIQHPLVREQSSKFREHLSKNSKILDDILALINERTELDFRAYKESTVSRRIEHRMSINSKHTLHEYWEYLNNTPEEVELVKQDLLIGVTQFFRDVEVWERIYEDVVKPMVLETAKDDTIRVWVPGCSTGEEAYSYAILFSEAMRELQVQRQVTLFASDIDQSAVAYAGNGIYPSSITSEISSEFISRYFNLLADNNYQVTKEIRNMVVFATHNLIQDPPFSNMNLVSCRNTLIYLQNAAQQKVMAFFHFALKVKGYLVLGSAESPGSFSIYFDFTDQRNRIYQKSKDIKVPSSQIHAAKSLQNRYYKPKSVSNYLNSPNKRIEVDRKSATVGRQAMMDEYIPPTLITDNKLRVIYSYGDTTAFTAPLRPGLVTHDLSDVLKDDLSGQAISAAHQVLRDNVSVSMEDIRVTETERWSLRCFSFNENGPDNVFIALSFLPGTSKQARKSDISYQRSEQTVKRIEELDNALIECQKLYREALEDLDTTSEELQSSNEELMAANEELQSTNEELQSVNEELYTVNSEYQQKIVELTDINNDLENLMIATHLAVLFLNSDLKIRRFTHAMKQYVNIIDFDINRDFRDLSFKKPLTSLDELVSQVNRGQKSIVKEVFEDDTTSQRFEVTVSQYKIGDSAKGVIISIIELLK	PGPT0015655_899	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-MOTILITY|CHEMOTAXIS	CHEMOTAXIS_PROTEINS	CHEMOTAXIS_TWO_COMPONENT_SYSTEM_PROTEINS,PGPT0015655-cheBR-K13924	NA	NA
AK237_03764	1014			hypothetical protein	ATGAGTGAAGCAGACGCCGGCCATCCGCAGCAGCCGTTGACGCAAGGGCAGCACTATCTGGAAAAAGAGCTCTTCAACTTACTACAAAATGATAAGTTGATGTTTGAGTTCTTTCAGGACGATGTCGTTGACGGGCTGTGGTATTGGGATCTTACTGAGCCAGAAAATGAGTGGATGAGTCCTAAATTCTGGCGTCTGTTCGGTTATGACCCTGAATTTAAGCAGCACAAAGTTACGGAATGGCAAGACATCATCTTTGCCGAAGATCTTGCCATTGCCAAGCGTAATCTCGAGCTTCATTTAAAAAATCCTAAGCATCCCTACGATCAGGTTGTACGTTATCGACACAAAAATGGCACGGTAATTTGGGTGCGGTGTCGCGGTATTGCTATTTATTCAAATGATGGCATACCAGTCAGGTTGCTGGGATGCCACCTCGACATGACCCGGGTGATGGAGAAACAGCAGGAACTGCTTGGCTTACAAATTCAACACGATCATTTGTTAAGAAGATTAGATGAAGTGCACGCTGAACTTGTGCAGGTGAAAACACTAAACGAGTCATTGCTTCGTCGTGCCAACAACGAACGAATGCATGATGACTATGGATTTGCCGGCAAACAATTTTTTGTCGAACAAACACGGTTGCTGGCACAAACCGCAAACCATCTTCAGTTACCACTTACCACTCTGCGCTTTTCAGTGAATCATATGCAAGGCGATGTCACGCAAATAGATGAGCTTAAAACATTCCTGACCCGTGCTATTTTTCCGCAAATTCCAGGGGGCGTTCCCTACCAGTTTTCGGAAGAGCTTATTGGTGTTATCGCCGTAGGTTTTTGTGAGCAAGATGTCAGTGACTTGAATGAAAATATGGCTCACAGAATTGCGCAGCACAATTGGCTTGCGGGTCGACCAGTAGTGTCACTGCAGCACCGCATTTTGGATGTGAAAGTTGAGATGCTGGATAAGTATCTCGATTTGTCTTATATCCTCGACATGTTTTTCAAATAA	MSEADAGHPQQPLTQGQHYLEKELFNLLQNDKLMFEFFQDDVVDGLWYWDLTEPENEWMSPKFWRLFGYDPEFKQHKVTEWQDIIFAEDLAIAKRNLELHLKNPKHPYDQVVRYRHKNGTVIWVRCRGIAIYSNDGIPVRLLGCHLDMTRVMEKQQELLGLQIQHDHLLRRLDEVHAELVQVKTLNESLLRRANNERMHDDYGFAGKQFFVEQTRLLAQTANHLQLPLTTLRFSVNHMQGDVTQIDELKTFLTRAIFPQIPGGVPYQFSEELIGVIAVGFCEQDVSDLNENMAHRIAQHNWLAGRPVVSLQHRILDVKVEMLDKYLDLSYILDMFFK				NA	NA	NA	NA	NA
AK237_03765	12396			hypothetical protein	ATGTTAAATGTCACGAATGTCTCAGGCGATGTATTTATCCGTCTGCCTAATGGTGAAGAATTTCCAGTTTCTGCAGGAGATACCATCCCTTCTGACGCAGAAATCATTGCCGAAACTGGTGGTCAGATTATTACGCAGGAGCAAGGAGCAATAGATTTAGCACCCGGTACTCCTCAATTAGTCGCTTCTGTAGAATCTTTTGAACCTGCTACCACAGACGATGAATTTGTGGTTTATGACGACTCTTTAGATGACATGCTCGCAATGGTAGATGGCGATTTCGCTACTGCTGCTGAAAATCCTGCCGTTACGGATATTGATGCGTTGCTGGCAGGAGATGGTGACATTCTTGATGCGTTAGAAGAAACCGCAGCGGGTGGCGCTGGCGGTGCCGGAGGCGGCGGGGCCTCTTTTGTTCAGTTAAGTCGTATCGCAGAAGATGTTGATCCGCTCGCATTTGATTATGAACCTACGACCACAGACCCTCTGACTATTGAAAATGATCCTAACGGCGCGGTAGCTGAGGATGCAGAACCAACCACATTAGATGATGTGACCATTTCAGATGATTTTCCGCCTACCGTCTCAGGGCAATCCAACCTTGAACCCGGCACGCCAATCACCGTTACGGTTATAGACGAAGCCGGTAACGAGACGGTTATCGATGTCATTGTCGCAGATGATGGCAGTTTTTCTACCACACTGCCGGATACGCTTGAAGATGGTACTTTCGATATTGTAATAGAAGCTCCGGATCCGCAGGCAGGTACCATTACCGTTTCAGAAACATTTGTTGTCGATACCACGCCGCCCTCTATCGAAATTGATCCCATAGAGGTAAGTAACGATCAATTCCCCGATATTAGCGGGACGTCGGATTTACCTGCGGGCAGCGAAGTAGCTATTACTATCGTCGATGCTGATGGTAATGAACAAACCATTACGGCCATTGTGCTGGAGGATGGTTCATTCTCTGCTACTCCCGTTACTCCACTTGCGGAAGGTGCATTTGAGGTAAGTGTGACCGCGAGTGATCAGGCAGGAAATACTACGTCAGTGAGTGCCAACGGCGAGACAGACTTCACCCCACCAGCACTCGCCTTTGACGTCAACAGCACCGCCGGAGAAGCGCCAGTTGTCAGTGGTACGACAGATCTTTCTGCGGGTAGTACGGTTGAGATAACTGTGACGGATGCTAGCGGTAATGTACAAACTTTCAGTGCCGACGTACTTGCCGACGGAACCTTCTCTCTTACTTTGCCAAATGAATTGGCGGCAGGTGATTATACGGTAGGCGTGACGGCAACTGACGCCGCCGGCAATCAGACACAAAGTGAGAGCGCCTTCACGCTGACTGCGGCAGAAGCAGAACCCGAAGAAGAAACCGTTGAGCCTACGCCACCAGGTGAAACCGGCGAAACGACCACTCCGGGTGAAACAGGCGAAACAACCACTCCGGGTGAAACCGGCGAAACAACCACTCCGGGTGAAACCGGCGAAACAACGACGCCGGGCGAAACTGGCGAACCAACGACGCCGGGTGAAACCGGCGAAACAACGACGCCGGGTGAAACCGGCGAAACAACGGCACCAGGTGAAACCGGCGAAACAACGACACCAGGTGAAACCGGCGAAACAGCGACGCCGGGTGAAACCGGCGAAACGACGACGCCGGGCGAAACCGAAACGCCTACTGATACAACAGCGCCGACGTTAACGATTGATGGTCCGGAAATAGGCGCAGACACTACGCCTGTAATATCAGGCACAACGGATTTGCCGGCGGGTGAAACTGTTTCACTTACTGTAACCGACGCCAACGGCGATGAGCAGATCATTACTGCCACCGTGCAGCCTGACGGTACATTTAGTGTAGAAGTTCCTGCGGATCTTGCTGAAGGCGAATTCACAGTTGAAGCAACGGTAACTGACAGCGCAGGAAACACCACGACCGTTACGGCTACAGGCGGCGAAATAGATACCACTGCCCCTACTGTCACACTGGATGCACAAGGTACAGGCAACGATACAACCCCCACTATTTCGGGTACGACTGATCTGCCAGCCGGTGAGTCTGTAGTTTTAACGGTAACCGATGCCAACGGCGATAGCCAAACCGTTACGGCTACCGTACAACCCGACGGTACGTTCAGCGCCGATGTGCCTGCGGATCTGGCTGAAGGCGGTTATACAGTAGAAGCCACTGCCACTGACGAAGCGGGTAACACGACGACAGCAACGGCAACGGGCGGTGATATTGACACCACAGCCCCAACCGTAACATTGGACGCACAAGGTGCAGGCAACGATACAACGCCGACTATTTCGGGTACGACTGATTTGCCAGCCGGTGAGTCTGTAGTTTTAACGGTAACCGATGCCAACGGCGATAGCCAAACCGTTACGGCTACCGTCCAACCTGACGGCACGTTCAGTGCTGATGTGCCTGCGGATCTCGCGGAAGGTGGTTACACAGTAGAAGCTACTGCCACTGACGAGGCAGGTAACACGACGACAGCAACGGCAACGGGCGGTGATATTGACACCACAGCCCCAACCGTAACATTGGACGCACAAGGTACAGGCAACGATACGACGCCGACTATTTCGGGTACGACTGATCTGCCAGCCGGTGAGTCTGTAGTTTTAACGGTAACCGATGCCAACGGCGATAGCCAAACCGTTACGGCTACCGTACAACCCGACGGTACGTTCAGCGCCGATGTGCCAGCGGATCTGGCTGAAGGTAGTTACACAGTAGAAGCTACCGCCACTGATGAGGCAGGTAATTCAACGACAGCAACGGCAACGGGCGGTGATATTGATACCACTGCCCCAACAGTCACATTGGATGCACAAGGTACAGGTAACGATACAACGCCGACTATTTCGGGTACCACTGATTCGCCAGCCGGAGAATCAGTAGTCTTAACCGTAACCGACGCTAACGGAGACACCCAAACCGTTACGGCTACCGTACAACCCGACGGCACGTTCAGCGCCGATGTGCCAGCGGATCTGGCTGAAGGTAGCTACACAGTAGAAGCTACTGCCACTGACGAGGCCGGTAACAGCACAACGGTGTCTGAAACAAGCGGTGAAATCAATACTGCCGCACCAACATTAGTCGTCAATAGCCCCGGCGAGGGGAGTGATGCTACACCCTCCATTTCGGGGTCAACTAGTTTGACGCCGGGAGAATCTGTCACGATAAATGTGACAGACTCTAATGGTGATGTGCAAACGTTTACTGCGTCAGTTCAGCCTGATGGCACCTTTAGTGCGGATGTGCCTACAGACCTGGCAGAAGGCCAATTCACTATTGAAGTGACAGCTACTGACGGTGCTGGAAATACTGCGACAACAAACTCTAACGGAACGTTAGACACCACAGCACCAACGGTCACGTTGGACGCACAAGGTACAGGTAACGATACAACGCCGACTATTTCGGGTACTACTGATTTACCTGCGGGTGAATCAGTAGTCTTAACCGTTACCGACGCTAACGGCGATGCACAAACGGTCACGGCTACTGTACAACCTGACGGTACGTTCAGCGCCGATGTACCAGCCGATCTGGCGGAAGGAAACTTTACCGTGGAAGCCGAAGCCACTGATGCAGCAGGCAACACCGGTACGGCTTCTGCTAGCGGTAACGTGGATACTACAGCGCCGACCGTCACGTTGGACGCACAAGGTACAGGCAACGATGCTACACCGACTATTTCGGGTACCACCGATCTGCCAGCCGGTGAATCAGTAGTGTTAACCGTTACCGACGCTAACGGCGATACCCAAACCCTTTCTGCTACGGTACAACCTGACGGTACATTCAGTGCCGATGTCCCTGTCGACTTGGCGGAAGGAAACTTTACCGTAGAGGCCGAAGCCACTGATGCAGCCGGTAATACGGGTACTGTTTCAACCTCCGGCACCGTTGATACCACTGCGCCAACGGTTACGTTGGATGCACAAGGTACAGGTAACGATACAACGCCGACCATTTCGGGTACCACTGATTTACCTGCGGGTGAATCAGTAGTCTTAACCGTAACCGACGCCAACGGCGATAGCCAAACGGTTACCGCTACAGTACAACCAGACGGCACGTTCAGTGCCGATGTGCCAGCGGATCTGGCTGAAGGTAGTTACACAGTAGAAGCTACCGCCACTGATGAGGCAGGTAATTCAACGACAGCAACGGCAACGGGCGGTGATATTGATACCACTGCCCCAACCGTCACATTGGATGCACAGGGTACAGGTAACGATACAACGCCGACCATTTCGGGTACTACTGATTTACCTGCGGGTGAATCAGTAGTGTTAACCGTTACCGACGCTAACGGCGATACCCAAACCGTTACCGCTACCGTCCAACCCGACGGTACGTTCAGTGCCGATATGCCTGCGGATCTCGCGGAAGGTAACTTTACTGTCGAGGCCGACGCCACTGATGCGGCTGGTAATACGGGCACAGCTTCTACAAGCGGTACAATTGACACCACTGCCCCAACGGTCACGTTGGACGCACAAGGTACAGGTAACGATACAACGCCAACCATCTCTGGTACCACTGATCTGCCAGCAGGAGAATCGGTAGTATTAACCGTAACCGATGCTAACGGCGACGCGCAAACGGTTACTGCGACAGTACAACCAGACGGTACGTTCAGCGCCGATGTACCAGCGGATCTCGCTGAAGGTGGTTACACAGTAGAAGCCACTGCCACTGACGAGGCGGGTAACACGACGACAGCAACGGCAACGGGCGGTGATATTGATACCACAGCACCAACGGTCACGTTGGACGCACAAGATACAGGTAACGATACAACGCCGACCATTTCGGGTACGACTAATCTGCCAGCAGGAGAATCGGTAGTCTTAACCGTTACCGATGCTAACGGCGATGCACAAACGGTCACGGCTACTGTACAACCTGACGGTACGTTCAGCGCCGATGTACCAGCCGATCTGGCGGAAGGGAACTTTACCGTAGAGGCCGAAGCCACTGATGCAGCCGGTAACACCGGTACTGTTTCAACCTCCGGCACCATTGATACCACTGCGCCAACGGTCACGTTGGACGCACAAGGTACAGGCAACGATACAACGCCGACTATTTCGGGTACTACCAATTTACCTGCGGGTGAATCAGTTATATTAACCGTTACCGACGCCAACGGCGATACACAGACGGTCACGGCGACCGTACAACCAGACGGCACATTTAGTGCCGATGTCCCAGCCGATCTGGCGGAAGGGAACTTTACCGTAGAGGCCGAAGCCACTGATGCAGCCGGTAACACCGGTACTGTTTCAACCTCCGGCACCATTGATACCACTGCGCCAACGGTCACGTTGGACGCACAAGGTACAGGCAACGATACAACGCCGACTATTTCGGGTACCACCGATCTGCCAGCCGGTGAATCAGTTGTATTAACCGTTACCGACGCTAACGGCGATAGCCAAACGGTTACTGCGACAGTACAACCAGACGGTACATTCAGTGCCGATGTACCAGCGGATCTGGCGGAAGGAAACTTTACTGTCGAGGCCGAAGCCACTGATGCAGCCGGTAACACCGGTACTGTTTCAACCTCCGGCACCATTGATACCACAGCACCAACGGTCACGTTGGACGCACAAGGTACAGGTAACGATACAACGCCGACTATTTCGGGTACTACTGATTTACCAGCCGGTGAATCAGTAGTCTTAACCGTAACCGATGCCAACGGCGATGCACAAACGGTTACCGCTACCGTACAACCAGACGGCACATTCAGTGCCGATGTCCCTGCCGACTTGGCGGAAGGAAACTTTACCGTAGAGGCCGACGCCACTGATGCAGCAGGCAACACCGGAACTGTTTCAACGTCCGGTACCGTTGACACCACAGCCCCCACTGTCACGTTGGATGCACAAGGCACAGGTAACGATACAACGCCAACTATTTCGGGTACCACTGATTTGCCTACCGGTGAGTCTGTAGTTTTAACCGTTACCGATGCCAACGGCGATGCGCAAACGGTTACTGCGACCGTACAACCTGACGGCACGTTCAGCGCCGATGTCCCTGCTGACCTGGCTGAAGTCAATTATACGGTAGAAGCTTCTGCGACCGATGCAGCAGGCAATACCGGTACGGCTTCTACAAGCGGCACTGTGGATACCACTGCGCCAACGGTTACGTTGGACGCACAAGGTACAGGTAACGATACAACGCCGACTATTTCGGGTACGACTGATTTACCTGCCGGTGAGTCTGTAGTTTTAACCGTTACCGATGCCAACGGCGATGCGCAAACGGTCACGGCTACTGTACAACCTGACGGTACGTTCAGCGCCGATGTACCAGCGGATCTGGCTGAAGGTAACTTTACCGTGGAGGCCGCCGCCACTGATGCAGCAGGCAACACGGGTACGGCCTCTACATCAGGTACGGTAGATATGACAGCGCCAACGGTGACTCTGGACGCACAAGGCACAGGAAACGATACAACGCCCACTATTTCGGGTACGACTGATTTACCTGCGGGTGAATCGGTAGTATTAACCGTAACCGATGCTAACGGCGATGCGCAAACGGTCACGGCGACAGTACAACCAGACGGCACATTCAGTGCCGATGTCCCTGCGGATCTCGCGGAAGGGAACTTTACCGTGGAAGCCGACGCCACTGATGCAGCCGGTAACACCGGTACTGTTTCAACCTCCGGCAGCGTTGATACCACTGCGCCAACGGTTACGTTGGATGCACAAGGTACAGGCAACGATACAACCCCGACTATTTCGGGTACGACTGATTTACCTGCGGGTGAATCGGTAGTATTAACCGTAACCGACGCTAACGGCGATGCGCAAATGGTCACGGCTATTGTACAACCTGACGGCACGTTTAGCGCCGATGTGCCTGCGGATCTGGCGGAAGGTAACTTTACTGTCGAGGCCGATGCCACTGATGCAGCCGGTAACACGGGGACAGCTTCTGCAAGCGGTACAATTGACACCACTGCCCCAACGATCACGCTTGATGCACAAGGTACAGGTAACGATACTACGCCGACTATTTCGGGTACTACCGATCTGCCAGCCGGTGAATCGGTAGTCTTAACCGTAACCGACGCCAACGGCGATGCGCAAACGGTCACGGCTACTGTACAACCTGACGGTACGTTCAGCGCCGATGTGCCTGCGGATCTCGCGGAAGGGAACTTTACCGTGGAGGCCGACGCCACTGATGCAGCCGGTAACACCGGTACTGTTTCAACCTCCGGCACCATTGACACCACAGCGCCGACCGTCACGTTGGACGCACAAGGTACAGGCAACGATACAACGCCGACTATTTCGGGTACCACCGATCTGCCAGCCGGTGAATCAGTAGTGTTAACCGTTACCGACGCCAACGGCGATGCACAAACGGTCACGGCTACCGTACAACCAGACGGCACATTCAGTGCCGATGTACCAGCGGATCTGGCGGAAGGTAACTTTACTGTCGAGGCTGACGCCACTGATGCGGCTGGTAACACCGGTACTGTTTCAACCTCCGGCACCATTGATACCACTGCGCCAACGGTGACTCTGGACGCACAAGGTACAGGCAACGATGCGACGCCGACTATTTCGGGTACCACTGATTTACCTGCGGGTGAGTCTGTCACGCTGACGGTGACCGACGCCAACGGCGACGCGCAAACGGTTACTGCGACAGTACAACCAGACGGCACGTTCAGTGCCGATGTACCAGCGGATCTGGCTGAAGGTAATTATACGGTAGAAGCTTCTGCGACTGATGCAGCAGGCAATACGGGTACTGTTTCAACCTCCGGCACCGTTGATACCACAGCGCCAACGGTCACGTTGGACGCACAAGGTACAGGTAACGATACAACGCCCACTATTTCGGGTACGACTGATTTACCTGCGGGTGAATCGGTAGTCTTAACCGTTACCGATGCTAACGGGAACACCCAAACCCTTTCTGCTACAGTACAACCAGACGGCACGTTCAGCGCCGATGTCCCTGCCGACTTGGCGGAAGGTAACTTTACCGTAGAGGCAGAAGCCACGGATGCAGCCGGTAACACGGGAACAGCTTCTGCAAGCGGTACCGTTGATACCACAGCGCCAACGGTGACTCTGGACGCACAAGGTACAGGCAATGACGCGACGCCGACCATTTCGGGTACGACTGATCTGCCAGCAGGAGAATCAGTAGTCTTAACCGTCACCGACGCTAACGGCGATACACAGACGGTCACGGCTACTGTACAACCTGACGGTACGTTCAGCGCCGATGTACCAGCGGATCTCGCGGAAGGAAACTTTACTGTCGAGGCTGAGGCCACTGATGCGGCTGGTAATACGGGTACGGCCTCTACATCAGGTACGGTAGATACGACTGCCCCGATAATAACTCTGGATGCAGAGGGATTAGGGAACGATGCTACACCAACCATTTCTGGCACCACCGATCTGCCAGCCGGTGAATCAGTAGTTTTAACCGTTACCGACGCCAACGGCGATGCACAAACATTTACCGCCACAGTACAACCTGATGGTACATTCAGCGCCGATGTCCCTGCTGACCTGGCTGAAGGCAATTATACGGTTGAAGCTGCTGCGACCGATGCAGCTGGCAACACCGGCACTACTTCAACAGCGGGAGAAGTAGATACAACAGCACCTACTGGAAACATTGTAGTAACCACATCGTACGACGATGCTACGCCAATGATCACCGGCACATTGGATATTCCTGAAGGAGATATTGTCACCCTTGTAATCACTGATGCGGCTGGTGCCGAACAAACGCTCACGGTTCCTGTTGGGGCAGATGGCTCATTTAGTATTAAAGTACCCACAGACCTTGCTGAAGGAGAATTCACCGTTCTTGCGTCTGCGACCGATAGCGCAGGGAATACAGCTTCAGCAACATTGACTGCAACCATTGATATGGCCGCTCCCAGCTTAATAATCGATCCAATCGATATTACCAACGACAATTCTCCGACGATATCGGGTAGTACCGACGTTGGTATCGGAACTATCGTTCTGTTAACAGTGACTGACTCTAACGGTGTCGAGTACAACCTATCGGCAGTTGTACAAGCAGACGGTAGCTGGAGCTCAGATGCTCCGCTCTTGCCTGACGGCTCTATCACTGTTGAGGCACAAGTGCTGGATGATTCAGGCAATATAGTAAACGTAAGTGCCGCAGGTACTATTGACACAGCAGATCCAGGCATCACATTGGATACCTTTGTCGACACCAATGATATTCGTCCAACAATTTCGGGTACTTCTGACGAACTCGGGGCGGATGTAGAAATTGTATTGGTTGATGGACTAGGCGTTGAACAAACCTTAACGGCCACAGTGCAACCTGATGGTACTTGGTCAGTCAACGTACCTTCAGATCTTAACGAAGGATTGCTTACTATTAACGCATCGGTTATCGATGATGCTGGAAATGTGGCAACGGTAAGCACGTCGGGCTTAATCGACTTAACGCTGCCTATTTTGAATATCAACCCGATCACCGATCTGGCCAGCGATACGCCGTTGATTAGCGGTACGTCCGATGAAATTGGCGCGCTGGTTACTATCGATGTGACTGACGGCAACGGCGATACCCAAAGCTTTACTACCACAGTGTTGGGTGACGGCACTTGGTCTGCCAATATTCCAACGGCAATTTCTGAAGGCTTACTGGATGTAAACGTGTCTGTGCTGGACGGTGCCGGCAATTTGGCAACGGTAAGCACGTCGGGCTTAATCGACTTAACGCTGCCTATTTTGAATATCAACCCGATCACCGATCTGGCCAGCGATACGCCATTGATTAGCGGTACGTCCGATGAAATTGGCGCGCTGATCACCATTGATGTGACCGACGGCAACGGCGATACTCAAAGCTTTACCGCGACTGTGTTGGGTGACGGCACCTGGTCAGCCAATATTCCAACGGCAATTTCTGAAGGCTTACTGGATGTGAACGTGTCTGTGCTGGACGGCGCAGGCAATCTGGCAACGGTAAGCACGTCGGGCCTGATTGACCTCACGCTGCCTATTTTAAATATCAACCCGATCACCGATCTGGCCAGCGATACACCATTAATTTCAGGTACGTCCGATGAAATTGGCGCGCTGGTTACTATCGATGTGACCGACGGCAACGGCGATACCCAAAGCTTTACCGCGACCGTGTTAGGTGACGGAACGTGGGCCGCCAACATTCCAACGGCAATTTCTGAAGGCTTACTGGATGTGAACGTGTCCGTGCTGGATGGCGCTGGCAATCTGGCAACGGTAAGCACGTCAGGCTTAATCGACCTCACGCTGCCTATTTTGAATATCAACCCGATCACCGATCTGGCCAGCGATACGCCACTGATTAGCGGTACGTCCGATGAAATTGGCGCGCTGGTTACCATTGATGTGACTGATGGCAACGGCGATACCCAAAGCTTTACCGCGACCGTGTTAGGTGACGGAACGTGGGCCGCCAACATTCCTACGGCAATTTCTGAAGGCTTACTGGATGTGAACGTATCCGTGCTGGACGGCGCAGGCAATCTGGCAACGGTAAGCACGTCGGGCTTAATCGACCTCACGCTGCCTATTTTGAATATCAACCCGATCACCGATTTGGCCAGCGATACGCCTTTAATTAGCGGTACGTCCGATGAAATTGGCGCGCTGGTTACCATCGATGTGACCGACGGCAACGGCGATACCCAAAGCTTTACCACGACTGTGTTGGGTGACGGCACCTGGTCTGCCAATATTCCAACGGCAATTTCTGAAGGCTTACTGGATGTGAACGTGTCCGTGCTGGATAGCGCTGGCAATCTGGCAACGGTAAGCACGTCGGGCCTGATTGATCTCACGCTGCCTATTTTGAATATCAACCCGATCACCGATTTGGCCAGCGATACGCCTTTAATTAGCGGTACGTCCGATGAAATTGGCGCGCTGGTTACCATCGATGTGACCGACGGCAACGGCGATACCCAAAGCTTTACCACGACTGTGTTGGGTGACGGCACCTGGTCTGCCAATATTCCAACGGCAATTTCTGAAGGCTTACTGGATGTGAACGTGTCCGTGCTGGATAGCGCTGGCAATCTGGCAACGGTAAGCACGTCGGGCCTGATTGATCTCACGCTGCCTATTTTGAATATCAATCCGATCACTGATTTGGCCAGCGATACGCCACTGATTAGCGGTACGTCCGATGAAATTGGCGCACTGGTTACTATCGATGTGACCGACGGCAACGGCGATACCCAAAGCTTTACCGCGACCGTGTTAGGTGATGGTACCTGGTCTGCCAATATTCCAACGGCAATTTCTGAAGGCTTACTGGATGTGAACGTGTCCGTGCTGGACGGCGCAGGCAATCTGGCAACGGTAAGCACGTCAGGCCTGATTGACCTCACGCTGCCTATTTTGGATATCAACCCTATTGTCGATCTCACGAGCAGTACGCCACTGATTTCAGGAACATCAGATGAAGTCGGTGCGCTGGTGAGTATTGCCATTACAGACGGAAACGGCGACACCCAGAACTTTAATGCTACAGTCTTGGGCGATGGTACCTGGGCTGCCAATATTCCAACGGCAATTTCTGAAGGCTTACTGGATGTGAACGTGTCCGTGCTGGATGACGCGGGTAATCTGGCAACCGTAAGTACGTCCGGGCTGATTGACTTAACACTGCCGCTCTTAACGGTCGATGCTATTGGTTTCACTAATGACCTTACACCAACAATTTCGGGTACATCCGATGAAATTGGTGCAACCGTGACTATCGAGACCGAAGATGCGCTGGGTGCAACGCAGTCACTGACCACAACAGTAGCCGGTGATGGCACCTACACGCTGGACATCCCCACTGATGTAGCGGAAGGGATTTTAAATGTCAATGTGTCGGTATTGGATATTGCCGGTAACTTAAGTCAGGTAGCACTGAGTGGTGAGGTAGATATCACGCCCCCCAACCTCTCTGTTACGCATGTTCCGACCATAACAGAACCTTTTATTTCTGGTACTGCAGACCCTGAACTGGAAGGCTTAGCGGTGAATATTGACTTAACGGCAAACATCCTTGGTATCGAACAAACAGTATCCGTCACTGCAACAGTTGCAGAAGATGGCACATGGAGTTATGGCCCATTCCTTGACCTCGGTGTGGGGCCGTTATCACTAACGGCTTCCATCACGGACGCTGCCGGTAACGTGACCAATGTGTCGGATAGTGGGAGCTTATCAATTCTTGAAGGTTTCTTAAGCGGTCCAAGTGACTCAGGAGATTCCGGTGATTCGGGTTCGCTTATTTCACTGAACTTAGGGCCACTTAGCATCGATATTTAA	MLNVTNVSGDVFIRLPNGEEFPVSAGDTIPSDAEIIAETGGQIITQEQGAIDLAPGTPQLVASVESFEPATTDDEFVVYDDSLDDMLAMVDGDFATAAENPAVTDIDALLAGDGDILDALEETAAGGAGGAGGGGASFVQLSRIAEDVDPLAFDYEPTTTDPLTIENDPNGAVAEDAEPTTLDDVTISDDFPPTVSGQSNLEPGTPITVTVIDEAGNETVIDVIVADDGSFSTTLPDTLEDGTFDIVIEAPDPQAGTITVSETFVVDTTPPSIEIDPIEVSNDQFPDISGTSDLPAGSEVAITIVDADGNEQTITAIVLEDGSFSATPVTPLAEGAFEVSVTASDQAGNTTSVSANGETDFTPPALAFDVNSTAGEAPVVSGTTDLSAGSTVEITVTDASGNVQTFSADVLADGTFSLTLPNELAAGDYTVGVTATDAAGNQTQSESAFTLTAAEAEPEEETVEPTPPGETGETTTPGETGETTTPGETGETTTPGETGETTTPGETGEPTTPGETGETTTPGETGETTAPGETGETTTPGETGETATPGETGETTTPGETETPTDTTAPTLTIDGPEIGADTTPVISGTTDLPAGETVSLTVTDANGDEQIITATVQPDGTFSVEVPADLAEGEFTVEATVTDSAGNTTTVTATGGEIDTTAPTVTLDAQGTGNDTTPTISGTTDLPAGESVVLTVTDANGDSQTVTATVQPDGTFSADVPADLAEGGYTVEATATDEAGNTTTATATGGDIDTTAPTVTLDAQGAGNDTTPTISGTTDLPAGESVVLTVTDANGDSQTVTATVQPDGTFSADVPADLAEGGYTVEATATDEAGNTTTATATGGDIDTTAPTVTLDAQGTGNDTTPTISGTTDLPAGESVVLTVTDANGDSQTVTATVQPDGTFSADVPADLAEGSYTVEATATDEAGNSTTATATGGDIDTTAPTVTLDAQGTGNDTTPTISGTTDSPAGESVVLTVTDANGDTQTVTATVQPDGTFSADVPADLAEGSYTVEATATDEAGNSTTVSETSGEINTAAPTLVVNSPGEGSDATPSISGSTSLTPGESVTINVTDSNGDVQTFTASVQPDGTFSADVPTDLAEGQFTIEVTATDGAGNTATTNSNGTLDTTAPTVTLDAQGTGNDTTPTISGTTDLPAGESVVLTVTDANGDAQTVTATVQPDGTFSADVPADLAEGNFTVEAEATDAAGNTGTASASGNVDTTAPTVTLDAQGTGNDATPTISGTTDLPAGESVVLTVTDANGDTQTLSATVQPDGTFSADVPVDLAEGNFTVEAEATDAAGNTGTVSTSGTVDTTAPTVTLDAQGTGNDTTPTISGTTDLPAGESVVLTVTDANGDSQTVTATVQPDGTFSADVPADLAEGSYTVEATATDEAGNSTTATATGGDIDTTAPTVTLDAQGTGNDTTPTISGTTDLPAGESVVLTVTDANGDTQTVTATVQPDGTFSADMPADLAEGNFTVEADATDAAGNTGTASTSGTIDTTAPTVTLDAQGTGNDTTPTISGTTDLPAGESVVLTVTDANGDAQTVTATVQPDGTFSADVPADLAEGGYTVEATATDEAGNTTTATATGGDIDTTAPTVTLDAQDTGNDTTPTISGTTNLPAGESVVLTVTDANGDAQTVTATVQPDGTFSADVPADLAEGNFTVEAEATDAAGNTGTVSTSGTIDTTAPTVTLDAQGTGNDTTPTISGTTNLPAGESVILTVTDANGDTQTVTATVQPDGTFSADVPADLAEGNFTVEAEATDAAGNTGTVSTSGTIDTTAPTVTLDAQGTGNDTTPTISGTTDLPAGESVVLTVTDANGDSQTVTATVQPDGTFSADVPADLAEGNFTVEAEATDAAGNTGTVSTSGTIDTTAPTVTLDAQGTGNDTTPTISGTTDLPAGESVVLTVTDANGDAQTVTATVQPDGTFSADVPADLAEGNFTVEADATDAAGNTGTVSTSGTVDTTAPTVTLDAQGTGNDTTPTISGTTDLPTGESVVLTVTDANGDAQTVTATVQPDGTFSADVPADLAEVNYTVEASATDAAGNTGTASTSGTVDTTAPTVTLDAQGTGNDTTPTISGTTDLPAGESVVLTVTDANGDAQTVTATVQPDGTFSADVPADLAEGNFTVEAAATDAAGNTGTASTSGTVDMTAPTVTLDAQGTGNDTTPTISGTTDLPAGESVVLTVTDANGDAQTVTATVQPDGTFSADVPADLAEGNFTVEADATDAAGNTGTVSTSGSVDTTAPTVTLDAQGTGNDTTPTISGTTDLPAGESVVLTVTDANGDAQMVTAIVQPDGTFSADVPADLAEGNFTVEADATDAAGNTGTASASGTIDTTAPTITLDAQGTGNDTTPTISGTTDLPAGESVVLTVTDANGDAQTVTATVQPDGTFSADVPADLAEGNFTVEADATDAAGNTGTVSTSGTIDTTAPTVTLDAQGTGNDTTPTISGTTDLPAGESVVLTVTDANGDAQTVTATVQPDGTFSADVPADLAEGNFTVEADATDAAGNTGTVSTSGTIDTTAPTVTLDAQGTGNDATPTISGTTDLPAGESVTLTVTDANGDAQTVTATVQPDGTFSADVPADLAEGNYTVEASATDAAGNTGTVSTSGTVDTTAPTVTLDAQGTGNDTTPTISGTTDLPAGESVVLTVTDANGNTQTLSATVQPDGTFSADVPADLAEGNFTVEAEATDAAGNTGTASASGTVDTTAPTVTLDAQGTGNDATPTISGTTDLPAGESVVLTVTDANGDTQTVTATVQPDGTFSADVPADLAEGNFTVEAEATDAAGNTGTASTSGTVDTTAPIITLDAEGLGNDATPTISGTTDLPAGESVVLTVTDANGDAQTFTATVQPDGTFSADVPADLAEGNYTVEAAATDAAGNTGTTSTAGEVDTTAPTGNIVVTTSYDDATPMITGTLDIPEGDIVTLVITDAAGAEQTLTVPVGADGSFSIKVPTDLAEGEFTVLASATDSAGNTASATLTATIDMAAPSLIIDPIDITNDNSPTISGSTDVGIGTIVLLTVTDSNGVEYNLSAVVQADGSWSSDAPLLPDGSITVEAQVLDDSGNIVNVSAAGTIDTADPGITLDTFVDTNDIRPTISGTSDELGADVEIVLVDGLGVEQTLTATVQPDGTWSVNVPSDLNEGLLTINASVIDDAGNVATVSTSGLIDLTLPILNINPITDLASDTPLISGTSDEIGALVTIDVTDGNGDTQSFTTTVLGDGTWSANIPTAISEGLLDVNVSVLDGAGNLATVSTSGLIDLTLPILNINPITDLASDTPLISGTSDEIGALITIDVTDGNGDTQSFTATVLGDGTWSANIPTAISEGLLDVNVSVLDGAGNLATVSTSGLIDLTLPILNINPITDLASDTPLISGTSDEIGALVTIDVTDGNGDTQSFTATVLGDGTWAANIPTAISEGLLDVNVSVLDGAGNLATVSTSGLIDLTLPILNINPITDLASDTPLISGTSDEIGALVTIDVTDGNGDTQSFTATVLGDGTWAANIPTAISEGLLDVNVSVLDGAGNLATVSTSGLIDLTLPILNINPITDLASDTPLISGTSDEIGALVTIDVTDGNGDTQSFTTTVLGDGTWSANIPTAISEGLLDVNVSVLDSAGNLATVSTSGLIDLTLPILNINPITDLASDTPLISGTSDEIGALVTIDVTDGNGDTQSFTTTVLGDGTWSANIPTAISEGLLDVNVSVLDSAGNLATVSTSGLIDLTLPILNINPITDLASDTPLISGTSDEIGALVTIDVTDGNGDTQSFTATVLGDGTWSANIPTAISEGLLDVNVSVLDGAGNLATVSTSGLIDLTLPILDINPIVDLTSSTPLISGTSDEVGALVSIAITDGNGDTQNFNATVLGDGTWAANIPTAISEGLLDVNVSVLDDAGNLATVSTSGLIDLTLPLLTVDAIGFTNDLTPTISGTSDEIGATVTIETEDALGATQSLTTTVAGDGTYTLDIPTDVAEGILNVNVSVLDIAGNLSQVALSGEVDITPPNLSVTHVPTITEPFISGTADPELEGLAVNIDLTANILGIEQTVSVTATVAEDGTWSYGPFLDLGVGPLSLTASITDAAGNVTNVSDSGSLSILEGFLSGPSDSGDSGDSGSLISLNLGPLSIDI				NA	NA	NA	NA	NA
AK237_03766	1944	pal_3		Peptidoglycan-associated lipoprotein	ATGGAAGTTAGTCACATCAAGTGTGTAAATGGGGTGCTCATGCTGAATCGTTTAGTGGCTGGAGGAATAGCTGCATGCTGGATATTTTCTGGTACTTGCGCACTAGCCGAGCCTGTAAGCCTGACGGACGTAGTTAAAGAGGCAATCGACACGAATCCAGACATTCAAGCGGCCTGGCAAGAATTTTTGGAAGCCGAACAGAACGTTAAAGTTGCAGCGGCAGGGTATCGTCCAAAAGTTGATGCAACGGCAAGTTCGAGTTTTGTAAGACGAAACTACGGACAAGATCAAAGCTATTCGTCCAGCGAAGCACGTATTTCTGTTACCCAGATGCTTTACGACGGATTTTTCACCTCGTCGGAAGTTAAAAGGTTGGAAGCCGCTAAAAAGGTTCGCTATCTCGAGCTCCTGAATCAAATTGAGCAAATATCCTTAGAAGTGTCGTCAGCCTACGCAGACGTATTGCTCTATCGGGAACTGTTACTGGTTGCTGAAGATAACTTAAAAACCCACGTAGATGTGTATAAGCAGATTGAGAAAAGTGCTCAGGCAGGCGTGGCCAGACGAGCTGATCTGGAGCAGATAAGCGGTCGTTTGTACCTCGCAGAATCGAATGTGATGACTGAGCAGTCAAACTTGCACGACGTCACGGCTCGCTTCCTTCGCCTAACGGGTTTTAGGCCACCAAACGAGCTAATGCCTGTCGATAATTTATTAAATGCAGATATGCCGGCGAACATGGAAGAAAGTTTGCTCGAAGCATACAAGAAAAATCCAGGCTTCTTAGCGGCATGGTACAACGTAAACTCAACCAATTTCGGTATCGATTCTGCAAAAAGTCGCTACCACCCAACCCTTAACCTCGTTGGGAGCTATGGAACGCAAACGCGAGATGATGCAGGTTTGGACAACACCCAGACTGAGGGACAAATTGGCCTGCAGTTTAATTACAACTTATATAACGGTGGAGCGGACAGGGCGTCGATAAAAGCGGCGTTAGCCGTGACCGATCAGGCGAAAGATCTGCGCGATAAATCTTGTCGTGATGTGCGCCAAACCGTGCAAATTGCCTTTAATGATATTCAAAATCTTGATCGGCAGATCCCTGCACTGAACGAACACCGATTATCCTCTAGCCGGGTACGCACAGCTTATCTGGATCAATTTAAAATTGGCGACCGCACGCTTTTGGACCTGCTCGACTCAGAAAACGAAGCGTACCAGTCAGGACGTGCCTATACCGAGGCCGTGTACACCCAATACAAAGCGATTCTTCGACTCATGGCGGGCGGCGGTGAGTTAGCTGAATATCTGACTGTTACTAAAACGGGTGTGGATATCACAAAATTTGCGCGCTTATCTGAAGCGGTGTACGACCCTAAATATGTCTGTCCTGCAGAAACTATTGATGTGATGTCACAAGAGACCAACATCTTAATCAGAGATTCCGATGGCGATGGTATCACTGACCTTTGGGACGAATGTCCTGACACCGCACCTGGCGTAACCGTAGACGATTTCGGGTGTGCTGTTGCGCAACAAAATACCGGCGACATTATTGGGGTGCAGCATCAGTCTGAGGTTGTTATTCCATTTGGTGCAGATTCGGCGGACATCGACCCGCAGTATCTCGCCCGGCTGGCTCCTATGCTGGAAACGCTCGATCGCGATCCATCGTCTGGCGTTATTGTTTACGGGCACGCATCGTTAGAGGGCGAGTCGATGTATAACATGCAGTTATCGGTTCGTCGTGCGAATGCGGTTGCTGACTGGTTAAAAGTGCAATCTGGCAGTGACGAAGCCCGCATTTCGGCTATCGGCCTTGGCGAAGGTCAGCCATTGATAAACGACGAATCTCCCGAAGCCAACACCATGAATCGCCGGGCTGAGGCGGTTGTTGTGGTGCTGAATACATCGGTTGAAGAGCCGGAGTATTTTAATTAA	MEVSHIKCVNGVLMLNRLVAGGIAACWIFSGTCALAEPVSLTDVVKEAIDTNPDIQAAWQEFLEAEQNVKVAAAGYRPKVDATASSSFVRRNYGQDQSYSSSEARISVTQMLYDGFFTSSEVKRLEAAKKVRYLELLNQIEQISLEVSSAYADVLLYRELLLVAEDNLKTHVDVYKQIEKSAQAGVARRADLEQISGRLYLAESNVMTEQSNLHDVTARFLRLTGFRPPNELMPVDNLLNADMPANMEESLLEAYKKNPGFLAAWYNVNSTNFGIDSAKSRYHPTLNLVGSYGTQTRDDAGLDNTQTEGQIGLQFNYNLYNGGADRASIKAALAVTDQAKDLRDKSCRDVRQTVQIAFNDIQNLDRQIPALNEHRLSSSRVRTAYLDQFKIGDRTLLDLLDSENEAYQSGRAYTEAVYTQYKAILRLMAGGGELAEYLTVTKTGVDITKFARLSEAVYDPKYVCPAETIDVMSQETNILIRDSDGDGITDLWDECPDTAPGVTVDDFGCAVAQQNTGDIIGVQHQSEVVIPFGADSADIDPQYLARLAPMLETLDRDPSSGVIVYGHASLEGESMYNMQLSVRRANAVADWLKVQSGSDEARISAIGLGEGQPLINDESPEANTMNRRAEAVVVVLNTSVEEPEYFN	PGPT0022235_61	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-TYPE_I_SECRETION_SYSTEMS	CE-TSS1-ADHESIN_TRANSPORT,PGPT0022235-lapE-K12543	NA	NA
AK237_03767	2166	ltxB	COG2274	Leukotoxin export ATP-binding protein LtxB	ATGGCCCACCCAAAGCTGTCTGACTCTGAAATCGAGCAATTAGAGCAAACGTCTACTATTCAGGGCGGTTGTTTAATGGCGTGTTTGAAGTCAATTTGTGACTATCACGGTATTACCCTCGTGCCTGATGCAGTAATGGCTGGATTGCCGATGGATAAAGGAGAGTTATCTCCCTCGGTAATGCCCAGGGCTGCAAGTAGGTTGGGATTAAACTGTAAAGTTGTTAAAAGAGAATTAGCAGATATAAATCCTGCGCTCTTACCTGCCATTTTAGTGTTATCAGAGCAACGCTCTTGTGTATTGGTTTCTTACGAAATCGAGCGTGGCCAAGCCGTCGTCGTTTTTCCGGAAACCTCAGAAACCGTCGAAGTTGTTGATATTGAAGACATCGAAAAGGACTACACCCGCTTTGTGATGTTTTTGCGCCCGGACAGGCGTATTGGCCGACCTGCCTCAGTGTCGAATCGGCAGAAAAACGTACATTGGCTGTGGGGCACGGTTTCTTCTGCGATCTCGCTGTACAAAGATGTGCTGCTTGCGTCTGTTTTTATCGGCTTGCTGTCCTTGGCCATGCCTCTATTTGTTATGAACGTTTACGACAGGGTCGTGCCCAATGGCGCTATCGAAACGCTCTGGGTGCTAGCGATTGGCGCTGCACTGGTATTATTTGCCGAGTTTTCTTTGCGTATGCTCCGCCATTTTTTCGTGGAACTTGCCGCTAGCCGCATCGACATCACGTTAACCGCCAATTTAATGCAAAAAGTGCTGGGTTTTTCGTTCAAAGAAAAGCCTGCCTCGACCGGTGCATTTGTCAATAATTTGCAGTCGTTTGAAGCCATTCGGGGGTTTAGTAATTCACTTACCCTGGTTGCCTTGGTCGATTTGCCTTTCGCGGTAGTGTTTATCGTTATTATCGCAATAATAAATGGCTTCCTGGCTTTACCTATTCTTGTGGGAGGAGCGCTGCTTATTCTTTACGGGTTATACGCACAGCGCAATATGGCTCGACTGGCCACTAATGCCAGTGAAGCAAGCTCTGCCAGAAACGGACTGGTTACAGAATCCGTCAACATGTTCGATGATGTGAAGTTTTTCAACGCCGGGCATCACATTCAGCACGAGTGGGAACAGCATTCCATCTATCTTGCAAAAATCAATGCAAAGTTACGCATTGCAGGTACGTCAGTAAGCAGCGCAGCGTTATGGATCCAGCAAACTGTTGGTGTATCGATGATTGTGGTAGGCGTGTTCCTGATTGTAGACGGCGAACTCACCCAAGGAGCTTTGATTGCTTCTTACCTGCTTTCATCGCGCGCGATGGGGCCTCTCTCTCAGGCTGCAAGTTTGTTATCGCAATATCATCATGCGAAAACGGCGTATGAGACCTTATCTGAGTTGATGAACAAAGAAGACGAGTCAAAAGCTGAACAAAAGTGGACGCAGCATACGCGTATTAATGGGCGTCTTCATTTGGATAAGGTGTCGTTTGCTTACCCTAATCAGCCGAGTCATGTGATTAGCCGTATGTCACTGACCATAGAAGCCGGCGAACGCGTGGCTATTCTGGGTAATAATGGGTCGGGAAAAACGACACTTCATAAGCTTCTGCTTCATGCTTACGCCCCTACCAGCGGACTTATTACGTTAGACAATATCGACTTACAGCAATACGAGCCCAGCACACTTCGTAATCAAATAGGTTATGTTCCGCAAGACATCAATCTGTTCACAGGAAGCTTGCGCGACAACATTACCGTTTTCCAGGAAGACTACGACGAGGATTTCATCTGGGAAGTCTTACAAGCCTGCGGGCTAACGGATTTTGTGAACCATCATCCAGACGGTTTAAATCTCAGTGTAGGCGAGGGCGGAAAGTTGTTGTCGGGAGGTAAGCGTCAGTCTGTGGCTTTGGCTCGCGCGCTGATACGCCGCCCTTCGATGTTTTTGATGGATGAGCCTACCTCTGCCATGGATGCTACGGCAGAGCAACGCATTAAAGAATTGTTGGAGCGAGAAACAAAAGGAAAAACCCTTATTCTTAACACCCACAGGCACTCCCTGCTTACTTTGGTCGATCGTATTATCGTTATTGATCAAGGACACATTCTGGTTGACGGGCCTCGTCAGGAAGTCATTAAGCGCCTTGCGGCAGCGGTAAAAGGATAG	MAHPKLSDSEIEQLEQTSTIQGGCLMACLKSICDYHGITLVPDAVMAGLPMDKGELSPSVMPRAASRLGLNCKVVKRELADINPALLPAILVLSEQRSCVLVSYEIERGQAVVVFPETSETVEVVDIEDIEKDYTRFVMFLRPDRRIGRPASVSNRQKNVHWLWGTVSSAISLYKDVLLASVFIGLLSLAMPLFVMNVYDRVVPNGAIETLWVLAIGAALVLFAEFSLRMLRHFFVELAASRIDITLTANLMQKVLGFSFKEKPASTGAFVNNLQSFEAIRGFSNSLTLVALVDLPFAVVFIVIIAIINGFLALPILVGGALLILYGLYAQRNMARLATNASEASSARNGLVTESVNMFDDVKFFNAGHHIQHEWEQHSIYLAKINAKLRIAGTSVSSAALWIQQTVGVSMIVVGVFLIVDGELTQGALIASYLLSSRAMGPLSQAASLLSQYHHAKTAYETLSELMNKEDESKAEQKWTQHTRINGRLHLDKVSFAYPNQPSHVISRMSLTIEAGERVAILGNNGSGKTTLHKLLLHAYAPTSGLITLDNIDLQQYEPSTLRNQIGYVPQDINLFTGSLRDNITVFQEDYDEDFIWEVLQACGLTDFVNHHPDGLNLSVGEGGKLLSGGKRQSVALARALIRRPSMFLMDEPTSAMDATAEQRIKELLERETKGKTLILNTHRHSLLTLVDRIIVIDQGHILVDGPRQEVIKRLAAAVKG	PGPT0022225_1294	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-TYPE_I_SECRETION_SYSTEMS	CE-TSS1-ADHESIN_TRANSPORT,PGPT0022225-lapB-K12541	NA	NA
AK237_03768	1332	prsE		Type I secretion system membrane fusion protein PrsE	ATGATCATGACCTGGGCCAAAAGCTGGCTATCGCCACCACCAGAAAATGACTGGGTGCTGGAAGCGGAATGGGCACGAATTCAGCAGCGCCCGTTGCGAGCAAAAGCATTACTTTATGTGGTGGTATTGACCATTACCGTGTTAATCGTATGGGCGTGTTTTGCGCCTATTGATGAAGTGGCCAGAGGCGAAGGCAAGGTCGTGCCTTCCAGTCAGCTGCAAGTGTTGCAGTCTTACGATGGTGGGATAGTTCAGGCTATTCAGGTGCGTGAAGGGCAAAAAGTACAACAAGGGGACGTGATTTTAAAAGTTGACCCTACCCGCTACTTGTCGTCTTTGCAAGAGAACAGTTCAAAGATGAATGCTGTCGCGGCAAAAGTGCATCGGCTGACCGCACAAACCCGCGCTCAGGCGCTTAGTTTTCCTGCTGAGCTACAAACCGCTGCACCAGAAATTGTTGCGAATGAAACCGCTCTCTATTTCTCAAGCATCAAAGAAATGGAGGAAACCCAGTCTCGTTTCGAAAGCCGTATTGCTCAACGTAAGCAAGATTTGGCTTCGTCGAAAGCAGAGCTACAACAATACCAGGACACCCTTTCTATCGCACAAAGAGAGCTAACGGTTACCCGACCATTAATGGCATCTGGTGCGGTGTCCGAGATTGATATTTTGCGGCTTGAAAAACAAGTCATTGAAAATCAGGGGGCGATTCAGCGTACCAGAGCCGCTATCTCGCGAAGCCAGGCGACTATTGAAGAAGAACAAAATAACCTCAGAGAAGCACAGCTAAAAGTGCAGAACCGCTGGAACGAAGAGTTAAACGAAGCGGTGGCGACGATGCAATCGTTACGAGAGTCCCAAACGGGGCTGGAAGACGTGGTTAAACAGTCTGAAATCCGGGCCCCTGTGGCCGGTACCGTACAGCGTTTGCTTGTTAATACGGTGGGAGGCGTGGTGACGCCGGGTAGTGCGGTGGTTGAAATTATACCGGCTGACGATCGCCTGATCGTTGAAGCCAAAATACCGCCCAAAGACATCGCGTTTTTAAAACTGGGCCAACCCGCGATTTTAAAATTCAGTGCTTACGACTTTGCGATTTATGGCGGTATGGAGGCCAGTGTTGAGCACATCAGTGCTGATACCGTGACTGACGATCAGGACAGAACCTATTATCTGGTGAGGCTATCAACAGAAGACTCCAGCGTGCTGAGCATGGACATTTTGCCAGGCATGATGGTGCAGGTCGATATCATTACCGGTAAGCGCACGGTAATGGAATATCTGTTAAATCCACTTATTCGCGCATCTGCGTCGGCGCTGGGAGAGCGATAA	MIMTWAKSWLSPPPENDWVLEAEWARIQQRPLRAKALLYVVVLTITVLIVWACFAPIDEVARGEGKVVPSSQLQVLQSYDGGIVQAIQVREGQKVQQGDVILKVDPTRYLSSLQENSSKMNAVAAKVHRLTAQTRAQALSFPAELQTAAPEIVANETALYFSSIKEMEETQSRFESRIAQRKQDLASSKAELQQYQDTLSIAQRELTVTRPLMASGAVSEIDILRLEKQVIENQGAIQRTRAAISRSQATIEEEQNNLREAQLKVQNRWNEELNEAVATMQSLRESQTGLEDVVKQSEIRAPVAGTVQRLLVNTVGGVVTPGSAVVEIIPADDRLIVEAKIPPKDIAFLKLGQPAILKFSAYDFAIYGGMEASVEHISADTVTDDQDRTYYLVRLSTEDSSVLSMDILPGMMVQVDIITGKRTVMEYLLNPLIRASASALGER	PGPT0022230_604	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-TYPE_I_SECRETION_SYSTEMS	CE-TSS1-ADHESIN_TRANSPORT,PGPT0022230-lapC-K12542	NA	NA
AK237_03769	591			hypothetical protein	ATGAGATCTTTTGTGTTAGGTCAAGCGCTAAAGGAGTATGCACCGCTGGCAGATGCAGAAGCATGGCACGGGGTTTCTTTTTCATCTTTAGCAGAAGGTGGGGTGTGCTGGATTGATACGCGCGAAGAAAACTGGCTTCACATCGTACGCGAGAGCAGTGCGATGGGGGTACAGCCGGTAGTGATCAGCCACGCGCCAGACATCAAAGAAATGCAACGTAGCTTACTTGTTGGGGCAAGAGGCTACTGCAATGTCACGGAAGTTTTGCGTCATTGTGAAGAAATCAAGCGCGCCTTAACGGCTGGCGGAATGTGGATCCCCGGCGGTTTAGTTACGGCGATGGTGCATCGGTTAAGTGAACATCCTGACTATGAATTAAAGGAACAGCAAACCGAAATATTAACGGATAGAGAAAGAGAAGTGTTGCAGTTATTACTGAGCGGCGATTCTAACCAGGATATGGCTGAGAAACTAAATATTACCGTCAGGACAGTAAAAGAACATATGTCGTCTATTCTTAAGAAGTACCGGGTGAAAGACAGGGTGGCCTTACTGCTGAAAATCGGCCAGTTCAAAAAGGCAGCCTTCTAA	MRSFVLGQALKEYAPLADAEAWHGVSFSSLAEGGVCWIDTREENWLHIVRESSAMGVQPVVISHAPDIKEMQRSLLVGARGYCNVTEVLRHCEEIKRALTAGGMWIPGGLVTAMVHRLSEHPDYELKEQQTEILTDREREVLQLLLSGDSNQDMAEKLNITVRTVKEHMSSILKKYRVKDRVALLLKIGQFKKAAF				NA	NA	NA	NA	NA
AK237_03770	1662	spoIIAB		Anti-sigma F factor	GTGAATCTGATAATTCAAAAAAACGTCATAACATTCCTGTGTGTGCTTTTCAGTATTCTTTGTACTTTTGGCGGCTATACCGTTTATATCAAGCTTTCAGAGCAAGAGCGGGCGGCTGCATTTGACGGGCCGGTTAAAGAGTTTAATGACCACTTTAATGAAAACCTGGAGGATCTTGAGTATACCTTACATTCTGTCAATCAGTTGTTTGATTCCTCTGAAAACGTTGACGGAGACGAATTTGACTCGTTTACGCGTTTAATACTGGAATACAACTTGTCCATTGGCGGGATAGGCGTATTCGAATTTGATCCCCGGGAGATGGGAGCAAAAACACAGGCATTAGCGCCTAAATACTGGATTCATTCAGACCTTCATCCTGAATTTACCCGCGAAACGGTCACAAATGCGGTGAAGCAAAATATTGACCTGGAAGATGCGGCGGCGATTAGAAATTACGCCTCTGACTTGTTCGGCGTTGACGATAGTCAGCAGAAATACGTTTTGCTCACCAGAGCCATGCCTAATCATCGTCTGTTAATTGTGATGGTCGTTGACCTGCATCGAGCCGCAAGATTAACGATCAGTAATCGAATCGTTAGCAACTTCATTGTTTATAAAGAAGGGGATGGCAGAAAAGAGCTTGCTTTTTCCGACGTGAAATATTCCGCCACCCTGGCCAAACCTTTTGATGGCGAAATCTTTTTGTTCAATCGAGTTTGGCCGATGGTCATATACCCACCGCCCAATTTGTTTAATCAGTTTTACGTGGCGATTCCGGTTATCGCATTCCTTTTCAGCTTGATGGTGCTGTACTTGGTTTACTTTGCATTTAAATTGCACAAGCTCAGTGATGACCGACAGCTGGCGTTGCAAGATCTCAAATTTGCACAAAGCAAGATGCTCGAAGCGGAAAAGATTGATGCGATGGGCGGACTGGTGGCGGGTATTGCGCATGAAGTAAATACCCCTTTGGGGATCAGTATTACCAGCTGCTCACATGTCAGTGATCTTATTCGTGATTTGAAAGAGGATTTTGAGCGTGGTGAGTTAGATCAGGAAAAATTCGAGGAGTTTATTTCTTCAGGTAAAGAAATGATTGAAATGGCTCTGGAAAACATGGGCCGAGCTTCTAAGCTTATATCATCTTTCAAGAAAATCGATGTTATCAATGCCGATGATGCGACAAAGACCGAGCTTATTGATGTCGCTGAAATTGTTGAAAACTTCGTCGATCATTTTCAGCAGAATGCCATGTCTACGAAAATCAAATTCAATGTGGAGGTTGGCAAACGGGCACAAATTTATACGTACCCTACTGTTATTGCGCAGGTACTGGATAGCCTGGCGTCGAACGCTCAAATTCATGCATTTGGTAATAAGCAGGAAGACTGCGTTATTACCATTCGCGTGTCGGCCTTCGGCAATTCTGTACTGCTCAAGTTTTCCGACAACGGCGATGGTGTGAAAAAGAAAAATCTGGCCAAGATTTTTGACCCCTTTTATACCACTAATCGCGGAGCCGGTAATGCAGGTTTAGGCTTGAGCGTGGTGTATAACCTGGTGAAAAGCAAGCTTAAAGGGGAGCTGAACCATGGCGCAGTGCCCGGTGGTGGCTTGTGGATTTCACTTAGAATTAAAGACTTAGAAGAGAAGGAGTAA	MNLIIQKNVITFLCVLFSILCTFGGYTVYIKLSEQERAAAFDGPVKEFNDHFNENLEDLEYTLHSVNQLFDSSENVDGDEFDSFTRLILEYNLSIGGIGVFEFDPREMGAKTQALAPKYWIHSDLHPEFTRETVTNAVKQNIDLEDAAAIRNYASDLFGVDDSQQKYVLLTRAMPNHRLLIVMVVDLHRAARLTISNRIVSNFIVYKEGDGRKELAFSDVKYSATLAKPFDGEIFLFNRVWPMVIYPPPNLFNQFYVAIPVIAFLFSLMVLYLVYFAFKLHKLSDDRQLALQDLKFAQSKMLEAEKIDAMGGLVAGIAHEVNTPLGISITSCSHVSDLIRDLKEDFERGELDQEKFEEFISSGKEMIEMALENMGRASKLISSFKKIDVINADDATKTELIDVAEIVENFVDHFQQNAMSTKIKFNVEVGKRAQIYTYPTVIAQVLDSLASNAQIHAFGNKQEDCVITIRVSAFGNSVLLKFSDNGDGVKKKNLAKIFDPFYTTNRGAGNAGLGLSVVYNLVKSKLKGELNHGAVPGGGLWISLRIKDLEEKE				NA	NA	NA	NA	NA
AK237_03771	1548		COG3437	3'3'-cGAMP-specific phosphodiesterase 2	ATGGGAAACCCATTATTTGCCAAGCAGAAAGCTGCGCCCACTGAGTCGCAGGATGAAGCTGTCGAGCAAAAAGATACTTCGCCATTAAAAGTACTGATTATCGATGATGAAACTGAAGTACATCGTGTCACTGACTTAACCTTGAAACGCTTTCGTTTCGATGGCAAAAAAATCCAGTTCCTTCATGCATACTCCGGAAAAGAAGCGAAAGAAATCTTTGAAAGAGAAAAAGACATCGCCCTGGCGCTTGTCGATGTTGTGATGGAAACCGATCATGCCGGACTTGATGTGGTCCACTATGTACGAAAAGATTTACTTAATAACGCGTGCCGGTTAGTACTTCGTACCGGTCAGCCCGGACAAGCCCCCGAACACGAGGTGATTGAAAAGTACGACATCAATGATTACAAAGAAAAAACTGAATTAACCAGTCAGAAGCTAAAAACCCTGATGTACACCGGTTTACGCTCTTATCGGGATATATCCACTATCGAAAGTCACCGTAGAGGGCTGCGGCAGGTTATCGAAAGCACAACGAAAATGTTGCAAACCCATGCACTGAATGAGTTTGCGTCGGCAGTGCTTAAAGAGATTATGAACTTGTTGCAGTTGGACTCCAGTGCCATCTACTGCTCTACATTTCCCATTACGGCAGAGGCTCGCCAAGGCACGCGGGTGTTAGCTGCAACAGGCAGCCTGGCAGATATTAAAGAAAGCCAGGAAGCCACCGTTCCTGAAGACGTGGACAAGTGCTTTCAGGAAGTGCTGGCAAACAAAAAATCTCAGCATTTTGATAATGGATACGTGTTCTACACCTGCACAGATAAAGGCTACGAAAATTTACTGTTTATTGATACCAAAGGCCTCCTGACAGAAGCGCAAAAAGAGTTTTTAGAGATTTACTGCATTAACGTGTCACTGGTCTATGAAAATCTCATGATCAGCAATGAAATTTCCGACACGCAAAAAGACATCATTCACATGCTCGGCAACGCGGTGGAACTGCGCAGTAAAGAAGTGGGATCTCACGTTAAACGGGTGGCTGAAGTTACCTATAAATTAGCGTGTATGGCGGGGCTATCTGAAGATGAAGCAGAAAATTTAAAACGTATTGCTCCCCTTCATAATTTAGGAAAGGTGGCCGTACCCGACACCATTTTGCATAAGTCCGGGGAACTTACCCCTGAAGAATGGGACATCGTCAGGACCCACCCTCAGGCGGGATACGATATTTTGAGCTTATCGAACAAACCGCTAATTAAACAAGCCGCAGAGATATGTTATGCCCATCACGAAAAATGGAACGGTGAAGGGTATCCAAAAGGACTGAAAGGGACGGATATTCCCATTGGATCCCGTATCACTGCGCTGGCCGACGCGTTCGATTCCCTGGGCTCTAAACGAAGTTACAAAGAGGCTTGGCCTAAAGAGGACATTATTAAAGAAATAGAAGCCCAAAAAGGGGAGCAGTTCGATCCTCAGCTTGCTGAAATCCTGCTGGAACACTTTGATGAATTTTGGGCCCTTCGCGCCAAGTATCCTGATTGA	MGNPLFAKQKAAPTESQDEAVEQKDTSPLKVLIIDDETEVHRVTDLTLKRFRFDGKKIQFLHAYSGKEAKEIFEREKDIALALVDVVMETDHAGLDVVHYVRKDLLNNACRLVLRTGQPGQAPEHEVIEKYDINDYKEKTELTSQKLKTLMYTGLRSYRDISTIESHRRGLRQVIESTTKMLQTHALNEFASAVLKEIMNLLQLDSSAIYCSTFPITAEARQGTRVLAATGSLADIKESQEATVPEDVDKCFQEVLANKKSQHFDNGYVFYTCTDKGYENLLFIDTKGLLTEAQKEFLEIYCINVSLVYENLMISNEISDTQKDIIHMLGNAVELRSKEVGSHVKRVAEVTYKLACMAGLSEDEAENLKRIAPLHNLGKVAVPDTILHKSGELTPEEWDIVRTHPQAGYDILSLSNKPLIKQAAEICYAHHEKWNGEGYPKGLKGTDIPIGSRITALADAFDSLGSKRSYKEAWPKEDIIKEIEAQKGEQFDPQLAEILLEHFDEFWALRAKYPD				NA	NA	NA	NA	NA
AK237_03772	1245	sasA_14		Adaptive-response sensory-kinase SasA	GTGTCTAAATCTGTAACTGAAGCGATGGCGGCTTTGTTAAGCCCGGATTTGTTACGGGCGCTCCCTGTACAATCGCAATTCCCGCTTCTTGGCCAAGCGGTGTATATCGGCGCGGAATGTTTTCATGTTTCCAGCTGGCACGTGAGTGATGATGCCAGTATTGCAGTAGATAGCATGGGGTGTATTCCCGCTCGTCAGCTTGAAAATAAAGATATATCGCGTTTGCTTTCATGCACGGGGGGCAATAAATGGGTTGATGCCACCATCGTTTCTGAATGTTTTTCTCCCTGGATGAAAGATGCCGGCATGGCAGACAAAACCTGTTCGGTTTACGTGATAGCTGATGAACAACACGTGGGGGGCTTTGTTGTGTTGGTTACGCAATCAGCGGTTGATGAAGCAGACGAAGGCCTCATTAAATTGTTGAATGAATTTACCCCGCTACTTATTGAAGGTGATTATCTTAAAGAGAAAAAAGAAGCCGCTATTGAGACAGAAAAGCTTTGTAACTTAGGTGGCATGGTGGCGACCGTAGCCCATGAAGTGAATAACCCATTGGGCGTGGCCATTACGTCGTTGTCGCATTTAAAAGAAAGCGTGGATGATCTCGATAAGAGTTTCAAAGACGGTACGCTAACCGAAGAGTATTTTGCCGATTTTATCGACGACAGCAATGAGGTAAGTGACTTGCTGTCGTTTAATTTAGGCCGGGCAGCAAAACTGATCAGGGACTTCAAAACCAACGCGGTTAATCAAAGCGCGGATGTACTGATGACATTTCCGCTCCTGGGTACCATTCAGAGTGTGCTAAGTAGCGTTAAACCTCAACTGAAAGCGAAAAGCATAGAGATTAATCTCGAATGCCTGGTACCGGAGACCTTCATCATGAAGGGGTTCCCTGGTGCACTGTCGCAGGTACTCACCAACCTGCTTTTTAATGCGTCTATCCACGCATTTGATAAATCAATATGCGCACCGAAAATTACTATCAAAGCACAAGCGGCTGACGATAAAGCGACCATCACATTTACTGACAACGGGAAAGGCATTCCGGAGGCTTTTCGCGAAGTAATGTTTGAACCTTATTTCACGACGCGCCGCGAGGAAGGTGGTAGTGGGCTGGGTCTGCATATTGTAAAAAGCCTGACAGAGAAAAAAATGCAGGGACAATTATCCGTGCACAGTGAAGTAGGCAAGGGCACACAGTTTGTGATGGTTTTGCCGGTAGAAATCGAAGCTGAGTAG	MSKSVTEAMAALLSPDLLRALPVQSQFPLLGQAVYIGAECFHVSSWHVSDDASIAVDSMGCIPARQLENKDISRLLSCTGGNKWVDATIVSECFSPWMKDAGMADKTCSVYVIADEQHVGGFVVLVTQSAVDEADEGLIKLLNEFTPLLIEGDYLKEKKEAAIETEKLCNLGGMVATVAHEVNNPLGVAITSLSHLKESVDDLDKSFKDGTLTEEYFADFIDDSNEVSDLLSFNLGRAAKLIRDFKTNAVNQSADVLMTFPLLGTIQSVLSSVKPQLKAKSIEINLECLVPETFIMKGFPGALSQVLTNLLFNASIHAFDKSICAPKITIKAQAADDKATITFTDNGKGIPEAFREVMFEPYFTTRREEGGSGLGLHIVKSLTEKKMQGQLSVHSEVGKGTQFVMVLPVEIEAE				NA	NA	NA	NA	NA
AK237_03773	1920			hypothetical protein	ATGACCTTAAATAAACAATTGTGGCTTGCCATTCTCACTATTATTGCTATCAACAGCGTGGTGAGTTTTTTGGTGCTGTTTTTCTCTACTCAGAAAAACACAGAAGAGCAGTTGTATTTAAAAAACATCGACGATGCCAACTCGCTGGCTCTGGTACTGACGCAGGCAGAAAAATCGCCAGCCAGTGTCCGTCTTATGTTGTCAGCTAAATTCGATTCGGGACATTATTCACGCATCCGTCTGGAAGGCACTGATGGCAAAGTAATTGACGAAATCTATTTTGAAGGTGAAGCATCAAGCGCACCGTCATGGTTTCAAAGTATGGCTGAGCTGACAGTGCCTCCCGGAATTTCACAAGTGAGTGACGGCTGGGACCAGTTTGGCACGTTGTATGTCGAAAGCCAAACTGCCTTTGCCATGGATACCCTGTGGTCAAAATTCAAAAGTTTCGTTCTGAGTATCGTGATCCTCACGGTGGGAATTGGTGTTATCGGGTCGCTCATTTTAAGGGTGATATTAAAACCCTTAGGCACCATCGTGAATCAGGCCAACAGTTTCTCTGAACGTAAATTTATCAAAATTGCAAAACCCTGGACGGCGGATTTCGCCCGGGTCGTGAATGCCATGAATTCGCTGGCAGACCGGTTTAAAGCGAACCTGGTGGAAAATAACCGTCGACTGGAATTGGCACGAGAGCGGGAACAGCACGATCCCGTCACTAATTTGCCGAATATAAATGCGTTTTTTACCTTGCTGGAATCGCAGTTGCGGTTCAGGGATAAAGACGGGCAAAACGTGTTAATTATGCACAGTTTAATGAAAGAAAAAGGTGATATCCAAGCCTTTGCGCCAGAGATTTTTAACCAGTTTGTCAAAGAGTTTGCCGATCGTTTACGTGGTTTCTATAAAGAACATAGTGAACTTTACACCGACTTTCGCATGGCACGTATAAACGAAACCGATATCTGTGTGTTGCTTACAGAATGTATTGCGTTAGAAGGATTTCAGGCGACGTTTCTGGAAGACAATCCTCTGGAGCACAGTCCCGATTTTGCTGATCTCAATATTCACTGCGTTACCGCCGGGGTGTATTTACGTCCCGATGAAGCAAGTTATGAACTACTCGATCGGGTTGATGATCTTCTCGAAGACGTGCAGGAAAGTGAGGCGGTGTTTGGTTTTAACCTTCAGCCGCTGCCTGACACCCATTACCGGTGCGAGACAAAAGCGCAATGGCTTGAGGAATTCGAAGCCGCGAAAGCGAGTGCGAACATTGCCACCGTTAATGTATTTGGTCTCTCAGGAAAAACCCTTCATTATCAGGCTTTCTTGTTATACGACGACGGTGAGGAAACGCGAGGATTCGGGCGATTTGCCGAGGCTGCGCGCCGGTTCGGGACAATAGATAAACTGGATGGGCTCACTGTCGAAAAGGCCATTGAGTGGTTAAAAGACAATCCGGATAAACGATGTGCAGTACTGCTTTATCAGGAGTCAATTCTAACCGCCCAAGCGCGCGATCAACTGGCTGCATTACTTAAAGCCAACACAGAAATAGTCACCCGCTTATCTTTAGAGTTGCGAGAGCATACAGCAGCAAATCATCCTAAATCGTTTCGTCAGTTCTGTGAGTTAGCTGATTTCTTTAAAATCGATACCGGATTAAAGCGGGTGGGAGAAAGCTTTTCGAAAGTGGCGGATGTACACGAGTTCGGTTTGAAATATCTGAAAGTCGATAGCACATACGTTTATGACGTGGTCAACAACCGATCCAATCAGGTCTATTTAAACGGTTTGGCTGACCTGGCGCACTCTCTCGGGATGGTAGTGATAGCAGATGGCGTGGTGTCTGAAAAGGATGAAGAAATATTACTCTCTCTTGGGTTTGATGGCGTCGCGCGCCTGAATGCAGATAAATAG	MTLNKQLWLAILTIIAINSVVSFLVLFFSTQKNTEEQLYLKNIDDANSLALVLTQAEKSPASVRLMLSAKFDSGHYSRIRLEGTDGKVIDEIYFEGEASSAPSWFQSMAELTVPPGISQVSDGWDQFGTLYVESQTAFAMDTLWSKFKSFVLSIVILTVGIGVIGSLILRVILKPLGTIVNQANSFSERKFIKIAKPWTADFARVVNAMNSLADRFKANLVENNRRLELAREREQHDPVTNLPNINAFFTLLESQLRFRDKDGQNVLIMHSLMKEKGDIQAFAPEIFNQFVKEFADRLRGFYKEHSELYTDFRMARINETDICVLLTECIALEGFQATFLEDNPLEHSPDFADLNIHCVTAGVYLRPDEASYELLDRVDDLLEDVQESEAVFGFNLQPLPDTHYRCETKAQWLEEFEAAKASANIATVNVFGLSGKTLHYQAFLLYDDGEETRGFGRFAEAARRFGTIDKLDGLTVEKAIEWLKDNPDKRCAVLLYQESILTAQARDQLAALLKANTEIVTRLSLELREHTAANHPKSFRQFCELADFFKIDTGLKRVGESFSKVADVHEFGLKYLKVDSTYVYDVVNNRSNQVYLNGLADLAHSLGMVVIADGVVSEKDEEILLSLGFDGVARLNADK				NA	NA	NA	NA	NA
AK237_03774	726			hypothetical protein	GTGTTCCTTCTGAAGTCTCCGAGGATAAGCCATTTACTCGACTCTGCGAGTTCCCGCCGGTTATGGGTGATGTGTCTGGCGTGTTTCTTTACGTTCAATGCGGTTGTTACACAGGCATTAGTCGACATCAATTTCACGCAGTTCTGGCAAGCTGTAGCCCGTCATGGCGGTAAAGTAAATGCTGCGCGCCAGGCTTCCCTTGAGGCCATGTTCAGTGAAGCAGACAAGCTGCCCGAAGATCAGCAGTTGGTACTGGTTAATGCGTATTTTCGTGATGAAGTGACATATAAAACTGACGATATCGTGTGGAAGCAAAGCGATTATTGGGCCTCGCCGGCAGAGTTTCTGGCCAAAGAGTTAGGAGATTGCGAAGATTACGCTATTGCTAAATACATCTTCCTGCTCAAGCTGGGCGTACCTGAAGAAAAACTTCGCCTCATTTACGTAAAGGCCAAAGTAGGTGGTCGTCGCAGCACGGTTACCCAAGCGCATATGGTATTAGGTTACTATGCCACGCCAACCAGCCAGCCAATGATTTTAGATAGCCTGATTGCTGAGGTATTACCTGCCCGACAACGTACCGATCTTATTCCTGTGTTTAGTTTTAACAGTATGGGGATTTGGTCTCCGGGACAAAAAGAGTCTTCAGGTTCGCCGTCGGCAAGATTGTCCCGCTGGCGCAACGTATTGGACAAAATTACGTCAGAAGGTATTACGGTTCGTTAA	MFLLKSPRISHLLDSASSRRLWVMCLACFFTFNAVVTQALVDINFTQFWQAVARHGGKVNAARQASLEAMFSEADKLPEDQQLVLVNAYFRDEVTYKTDDIVWKQSDYWASPAEFLAKELGDCEDYAIAKYIFLLKLGVPEEKLRLIYVKAKVGGRRSTVTQAHMVLGYYATPTSQPMILDSLIAEVLPARQRTDLIPVFSFNSMGIWSPGQKESSGSPSARLSRWRNVLDKITSEGITVR				NA	NA	NA	NA	NA
AK237_03775	1233	sbcD	COG0420	Nuclease SbcCD subunit D	ATGAACATCCTTCACACCTCTGACTGGCATCTGGGTCAAAGTTTCTTTACGCAAAACCGCAAAGACGAACACCAGCAATTTCTCGACTGGTTACTGAAGGCCGTACATACCCACAGCGTCGATGTCATTATCGTGGCCGGTGACATTTTCGATACCGGCACGCCTCCCAGCTACGCGCGGGAAATGTACAATCGTTTTGTGGTAGCACTGCAAGGTTATTCCTGTACCCTCATTGTGTTGGGTGGAAACCACGATTCCGTGTCGGTGCTAAACGAAACCAAAGGGCTTCTGTCGTGCCTGAATACCCATGTTATTGCCTCTACGTACGCAGATCCTGCCGAGCAACTGGTTGAAATAAAAGCGGCAAATGGTGACACCTCCGCTTTAGTCTGCGCCATTCCTTTTATTCGTCCCAGAGATGTCTTGTCCAGTATAGCGGGACAGACCGGTGAGGATAAAAAGCAAAGCCTGGGCGAGGCGATTAAGCGGCACTACAGTGAGGTTTACTCGTTAGCAGAGGCCCGCCGCCGCGAACTGAATAAACCCATACCGATTATTGCAACGGGTCACTTAACCGCTCTGGGTGTTTCTTCTTCCTCCAGCGTGCGGGACATTTATATTGGTACGTTAGATGGCTTTTCTGCCGATGGCTTTCCTCCGGCGGACTACATTGCGTTAGGTCACATTCACCGGCCTCAGAAAGTCGCAAAATCAGAGTACATACGATATTGCGGTTCACCCATCCCGTTAAGCTTCGACGAGTTAAACACACAAAAGCAGGTATTACTGATGTCGTTTGATGTACCCACCCGGGGATTGGTGCCCGAAGTCACTGCATTGCCCGTTCCCCGTTTTCAGCAGATGGCCGTTATTCAAGGAGATGTAACCCACATCGCAAACGCACTGCAACGATTTAAAGACGACACGAAGATTACCTGGCTGTGTATTGAAGTGACCACTCAGGGATATTTGTCTGACTTGCACCAGCGTATTCAAGCCCTGGTAGAGGGGCTTCCCGTTGAAGTATTGCAGCTTCGGCGGATGAACGGACACGCTACGGCGAGCTTGTCTGCTGATCACGAGCAGGATTTATCCGAGTTGTCGCCAGAGGACGTGTTTGAGCGGCGCTTAGCGCTCATTGAGGGAGAGGAGAACGATGCACTGAAACAGCAACTTCGTATTCAGTTTCAGCAGATCCTTTCGTCGTTGAATGAGCAGGAAGATGTATCATGA	MNILHTSDWHLGQSFFTQNRKDEHQQFLDWLLKAVHTHSVDVIIVAGDIFDTGTPPSYAREMYNRFVVALQGYSCTLIVLGGNHDSVSVLNETKGLLSCLNTHVIASTYADPAEQLVEIKAANGDTSALVCAIPFIRPRDVLSSIAGQTGEDKKQSLGEAIKRHYSEVYSLAEARRRELNKPIPIIATGHLTALGVSSSSSVRDIYIGTLDGFSADGFPPADYIALGHIHRPQKVAKSEYIRYCGSPIPLSFDELNTQKQVLLMSFDVPTRGLVPEVTALPVPRFQQMAVIQGDVTHIANALQRFKDDTKITWLCIEVTTQGYLSDLHQRIQALVEGLPVEVLQLRRMNGHATASLSADHEQDLSELSPEDVFERRLALIEGEENDALKQQLRIQFQQILSSLNEQEDVS				NA	NA	NA	NA	NA
AK237_03776	3708			hypothetical protein	ATGAAGATCCTTACCCTACGTTTAAAGAACTTAAATGCGCTGAAGGGGGAATGGAAACTCGACTTCACACAGGCGCCCTTTACTGACAACGGGCTATTTGCTATCACAGGGGCCACCGGCGCGGGCAAAACTACCTTGCTCGATGCGATTTGTCTGGCTTTGTATCATCAAACCCCACGGCTGGGACAGTTATCTGCTACGTCGAATGAAATCATGACACGGGGAACCGCTGATTGCCTGGCTGAAGTGGAATTTTCAGTGAAAGACAAGGCTTACCGTGCATTCTGGAGCATGCGTCGTGCGCGGGGCAATGCAGACGGTAACCTGCAACCCGCAGAAGTAGAACTGGCTGAGGTGACATCAGGAAAAGTGCTCGCCACGCAAATCAGGCCAAAGGCGGATGAGATTGAACGGATAACCGGGCTGAATTTTGCCCGGTTTACCAAATCCATGATGTTGTCGCAGGGGGATTTCGCCGCGTTTCTGAATGCACAGGAGAATGAGCGTGCCGAATTACTCGAGGAACTAACAGGAACAGAAATTTACGGCGACATATCACGTCGGATCCATGAGCAATACAAATTAGCCGAGCAAACCTTAACTATGCTGCGCGGCAATCAAAGCAGTGTTTCTGTATTAGATGATGATGCACGCAAGACACTGGATGATACCCTGATGTCGATGGACGAGGCCTTGAGTGTTGCTCGCCAGCAATGTGAACACTGGCAGCAAGGGCTAAGCTGGTGGAACGAGACTACACAGCGACAGCAACAGGTGTCATTGGCCGGCGCCGCGTTGCAACAGGCTAAAGAGGCCGTGAATGCATTTTCAGCGCAGGCAGAACAACTTGCTGCAGCAGAACATGCACAGCAGTGCCGCCAAACGTGGCTCTACTTGCAAACTGCCCGGCAGGATGTGGAAAAGTGCCTGGAAACAATCTCACAACTAACCCGGCAGCGGGACGCGTCAGAAGAAGCTGTCAGCACACATCAACATTGTTACGACGAGCAAGCAGCATCGTTTTCAAAGGCAGATGCAGATGCAAAAGCAATGTTAGAGCTGGTTCATCAACAGGTTATTCCGTTAGATAAGAATATCAGTCGTCTTGAGCAAGACATGCAGGCATTGCAAATACAGCAGCAAAGTCAGCAAGCCGCTTTTGATGAACAAGCAGCAAAGTGCGCAGAACAGACACAGGCGCTTGAAGATATCCTTTGTGCCCGAAAGGAAATCGAAACGTATTTGAGCGCCCATAAGGCGGACAGTGGACTAGCCACTGAAATCTCTGCCTGGCGCGGGCAGGTGACCCGGCTAATTCAGTTGTCACAACGGCAAACTGAACTTACTCAGCAAGCTGCGTCGTCGCAGCAGCAAACAGATGCACAGCTCTCGCTCATATCACAAAGTAATGAAGATATTGCCGCCCGTGAATCTCAGTTGGCGGTACATCACGCTGCTTTAGCAGAAAAACAGCAGGCGTTATTGTCGCTAACACAAACCATAGATGAAGCGACTATCGAGCAGCGCTTAATTGACATTGAGCAATTGTGGGCACCGATTAGTCGCGCGAGCGCCGTGCAACAACAGTTGACGCAGCTAACCCGGAAAAAAACAGACACCGATAACGCTGTTGTGGCTGTCGCAGCTGAAAGCCAACAGGCACAACAGCTGCGTCTGGTATTACGTGATGCTTATGCCCAAACCCGGCAATCCCTGAAAGATGTCACGCAGTTATTAAAGCAGGAAGAAGCACTGGCTGAATACCGGATGGACTTAACAGATGGCGAAGCGTGCCCACTTTGCGGCGCAACTTCACACCCTGCCATAGACGAGGACAAACTTGATGTGCCAGACACGCTTAAGCGTAAACGTGCATTAGAACTTCAGCTTGAAGAGGATGAGAAAAAAGGCAAAGCTCACGCCGAACATTGTGCCAACCTTACCGCCAAACACACGCAATTAATCCATACTCAGTCTGAATTAGCGCAAGAGCTGTCGAGCCTGCAGCAGCGATGGGAAAGTGATATTGCAGCATTGCCACGCTCATTTGCCCTGGAAGATAAAGATGGCCTGGCGCAATGGGAGCAAGCATTAAAAGACGAAGCGCAGCAACTTCGCTTACAGCGTACATCCGTCCAGCAAATCAAATCTGCTATTGAAGCGTTGCAGCAGGATTTGTCGGCAGCGCAGCAGCAAGTTGAGCAGGCGAAAAGTGAACTTGCCTTACAGCAAGAGCGACTTTCACAGTATCAGCAGCAATGTGTAAACACTGAACAATCCCTTGTGAGTGTGGGGGAAGAGCGTCGCGCGTTAACCGACAGTTTGCGTGAGGAGGTGGCAAAGGCTGGCCATACGTTGCCCGACGAGAATCTTAGTGACTGGCTGGCCAACACAGAAAAACAAGCTGAGCACTGGCGAGAAGCACAGCAAAAAGCAGCCGGGTACGATAAGGAAATTGAGCAGCTTCGTATTGCTATTGCACCGCTACAAGCCAATCTTGAGAACATGGCGGCTAACGTCACGGCTGTAACGGAAAAGCGTAATAGTCTGGCTGAGCAGTGCAAAGAGGATCGTGCTAAACGTGAAAGTTTGATAGGTACAGAAAGTGCAGGGTCGGTTATCACGTCTTTTGAAGCGGCTGTTCAGGCGCGCAAAGGACAACTGGAAGAGACATCGCGGGCTTTGCAAGAAGCAAAAGAAAGACGCACCACCATAGCCATTTCGCTGCAAGAGAATGAAAAAACACGGCGTGGCTTACAAGAAAAATGTCAGGCCGTTACATTACAGTGGCAAGAAGAACGGCAAGCGGCAGGGTTCGCCAGTGATGATGCTTATGAACAAGCCGTGATGCCTGATCCGCAAAGGCACGCACTTAAACAGAAAAAACAAGCTCAGGAAAGTGAACGTAATAACCAGCAAGCTTTATATGACAAGGCTAGACAGCAACTATCTGAGTGGCGGGAAAACGCCTTGGCTGATGTATGGCAGAATGTGCCACCAGACGAGATAAAGCCAGCATTAGAAAGTGCAGAGCAAAACCGGGACAATCTGCTGACACAGCGTGGTGAATTCGCTGCACGTCAGCAGGCAGATGATGAACAAAAGCAAAAACGACAACGCTTGGCTGCCGATATTAAAGAGAAAGAAGATGCCTTTGATATTCTCGCTGCGCTTCACGGCTTAATAGGTTCAGCGAACGGGGACAAGTTCAGAAAATTTGCCCAAGGCCTTACGCTCGATAATCTTATTGTGCTGGCGAACCGGCAATTGGTGCGTCTGCACGGCCGTTACCGGTTAACGCGCAAGCAAGCTGACGGCCTGGCTATTTTGGTTGTCGATACGTGGCAGGGCGATATTGCGCGGGACACCCGCACATTGTCGGGTGGTGAGAGCTTTCTGGTTAGCTTGTCGCTGGCATTGGCACTATCCGATTTGGTGAGTCATAAGACCAGCATCGACTCACTGTTTTTAGATGAGGGATTTGGAACGTTGGATGCACAAACGCTGGATGTTGCTTTAGACGCTCTGGATAATCTGAATGCCTCCGGCAAAATGATAGGCGTGATAAGTCATATTGAAGCAATGAAAGAGCGAATCCCCACACAAATTCGCGTGAACAAGCGTAGCGGGCTGGGAACCAGTGAGCTGGATAAATCCTTCCAATACGATCCCGGCAATGAGGTTTTAACGCCGGCAGGCGCAAGCTAA	MKILTLRLKNLNALKGEWKLDFTQAPFTDNGLFAITGATGAGKTTLLDAICLALYHQTPRLGQLSATSNEIMTRGTADCLAEVEFSVKDKAYRAFWSMRRARGNADGNLQPAEVELAEVTSGKVLATQIRPKADEIERITGLNFARFTKSMMLSQGDFAAFLNAQENERAELLEELTGTEIYGDISRRIHEQYKLAEQTLTMLRGNQSSVSVLDDDARKTLDDTLMSMDEALSVARQQCEHWQQGLSWWNETTQRQQQVSLAGAALQQAKEAVNAFSAQAEQLAAAEHAQQCRQTWLYLQTARQDVEKCLETISQLTRQRDASEEAVSTHQHCYDEQAASFSKADADAKAMLELVHQQVIPLDKNISRLEQDMQALQIQQQSQQAAFDEQAAKCAEQTQALEDILCARKEIETYLSAHKADSGLATEISAWRGQVTRLIQLSQRQTELTQQAASSQQQTDAQLSLISQSNEDIAARESQLAVHHAALAEKQQALLSLTQTIDEATIEQRLIDIEQLWAPISRASAVQQQLTQLTRKKTDTDNAVVAVAAESQQAQQLRLVLRDAYAQTRQSLKDVTQLLKQEEALAEYRMDLTDGEACPLCGATSHPAIDEDKLDVPDTLKRKRALELQLEEDEKKGKAHAEHCANLTAKHTQLIHTQSELAQELSSLQQRWESDIAALPRSFALEDKDGLAQWEQALKDEAQQLRLQRTSVQQIKSAIEALQQDLSAAQQQVEQAKSELALQQERLSQYQQQCVNTEQSLVSVGEERRALTDSLREEVAKAGHTLPDENLSDWLANTEKQAEHWREAQQKAAGYDKEIEQLRIAIAPLQANLENMAANVTAVTEKRNSLAEQCKEDRAKRESLIGTESAGSVITSFEAAVQARKGQLEETSRALQEAKERRTTIAISLQENEKTRRGLQEKCQAVTLQWQEERQAAGFASDDAYEQAVMPDPQRHALKQKKQAQESERNNQQALYDKARQQLSEWRENALADVWQNVPPDEIKPALESAEQNRDNLLTQRGEFAARQQADDEQKQKRQRLAADIKEKEDAFDILAALHGLIGSANGDKFRKFAQGLTLDNLIVLANRQLVRLHGRYRLTRKQADGLAILVVDTWQGDIARDTRTLSGGESFLVSLSLALALSDLVSHKTSIDSLFLDEGFGTLDAQTLDVALDALDNLNASGKMIGVISHIEAMKERIPTQIRVNKRSGLGTSELDKSFQYDPGNEVLTPAGAS				NA	NA	NA	NA	NA
AK237_03777	1161	nagK		N-acetyl-D-glucosamine kinase	ATGCCCGTACACATACAAACGAGTCAGCGCCTACAACAGCAAGGTCTGGCATTGGATACAGACAGACAATTCTTCCGCTGTCTTCGCGAAAATGGCCCAATGAGTCGAGCGGCCATCTCGCAGCTGACAGGTATTTCCCGGCCAACCATTTCTGAGGCCGCACAACGTCTTACCGGACAATCTTTGGTTATTGAAACCAAAAGAAAGACGCAGAACAAGCAGGGCCGCGCCGGTATTCTTTACGAAATCAATGCCAGCCGAGGCGTTACGCTCGCCGTGGCGTTAGACAGCGAGCACATACAGATGCGCTTAACGGACTTGTCTGAGAACGTTGTGTTAGAGCGACAGTACAAACTTGCTTCACTCTACGGCCAGAGCGATATGGAAGAAGTAGACTTCACCGAACACCACCCCATGGATGACATCAACACCAGTGAAGCGTTCTTTGAAAAGCTGACCTCCATGGCAGAAGACATGGTCGCATCGACAAAAAGCGCGGTGTTAGCGGTGGGTATTTCTATTGCCGACCCGGTAAATTCAGAAACCGGCCAGGTGCTTCCTCTGCATGGTGCCCCCTTCCCGCTGGCTCACGACATCAACTTCCCGTCACTGTTTGCCAGTATGTTTCATTGTCCTATCACCATCGACAACGACGTTAACTGGGCTACCATGGCTGAACGTTCACAAGGTAATGCCGTGGGCGAAAAACATTTTATCTTTTTCTATTTCGGGCGTGGGATCGGGGCCGGTATTTATATCAATGGCCATTTGATCCGGGGAAGTTCAGGTATTGCTGGCGAGGTGGGTTACTTCAAAGTTGAAGGCAAGATGAACCTGCAGGACTATGTTGTGAAAAAGCGGTTAGGTAAAGCGCTGCTGGAGAATCAGGATCTAAGTGACCATCCTGCCATGGAAAAAGTAATTCATGTAATTGCCTCCACCGCCATTTTGGTAAATCCTGATCTTGTAGTGATTGGCGGCCCACTCTCTCGCCACGAAGCCTTTATGAAAACGTTGAAGGACACGATTCCAAACCAGACGCTGATGCCGACTCGCGTAGTCTCCAGCGCTATGCCCGAAACCGCACCGTTGTGCGGTGCGGCGTCTGGCGCGCATGAGTTAGCACTTGCATCATTGGGATTAATTCCACAACCCGATTAA	MPVHIQTSQRLQQQGLALDTDRQFFRCLRENGPMSRAAISQLTGISRPTISEAAQRLTGQSLVIETKRKTQNKQGRAGILYEINASRGVTLAVALDSEHIQMRLTDLSENVVLERQYKLASLYGQSDMEEVDFTEHHPMDDINTSEAFFEKLTSMAEDMVASTKSAVLAVGISIADPVNSETGQVLPLHGAPFPLAHDINFPSLFASMFHCPITIDNDVNWATMAERSQGNAVGEKHFIFFYFGRGIGAGIYINGHLIRGSSGIAGEVGYFKVEGKMNLQDYVVKKRLGKALLENQDLSDHPAMEKVIHVIASTAILVNPDLVVIGGPLSRHEAFMKTLKDTIPNQTLMPTRVVSSAMPETAPLCGAASGAHELALASLGLIPQPD				NA	NA	NA	NA	NA
AK237_03778	3066	btuB_36		Vitamin B12 transporter BtuB	ATGTTTACAAAAACAAAGCTATCTTGCGCAGTGTCAGGGGCACTCTGCGTAATGGTTGCAACACCTGTATTTGCTCAGGACGCACCAGAACAAGTAGAACAGATCGAAGTACGCGGTGTTCGCGGAAGTTTATCTCAATCAATGAACGTTAAACGCCAGTCCACAGGTGTTGTAGACGCTATTTCCGCAGAGGACATGGGTAAATTCCCGGACACCAACCTGGCAGAATCTCTGCAACGTATCACCGGTGTGTCTATTAACCGCGTAAACGGCGAAGGTTCAGAAGTTACTGTTCGTGGTTTTGGTGGTAACTTTAACCTTATCACGCTAAACGGTCGCCAAATGCCTGCGGCGAACGTTGCATCTATTACCGGTAACCCGCTGGATCAGGGCGCATCTGGTACTACCCGTTCTTTCGACTTCTCTAACCTGGCATCTGAAGGTGTAAGTGGTATTGAAGTATACAAAACCGGTCGTGCAGCCGTACCATCTGGTGGTATCGGTGCAACAATCAATATCAATACATTAAAGCCACTGTCACAAGGTGAAAACCGCGCGTCTATCGGTGCAAAAGCGATGAAAGACGAAAGTGGTGATGGTGTCACACCAGAATTAAGTGGTGTAGCAAACTGGTCAAATGACGACAACACATTTGGTTTCGCGGTATTTGGTTCATATCAGGAACGTGACTCTGGTAGCCGCCACATGAGTGTTGAGAACTACCAGCTGTACAACTGGGATTCAACATCTCCCGGCACATTCGGTTTAGTTGACGGTGCAAACGTAACCAACGCACCTGAAGAAGGTCAGTTAGTTGCTATGCCTTCAAACCTGGGTTTAGGTTTGAATGAAGATAACCGCGAACGTGTAAACGGTATGGTGACATTTCAGTTTGCACCTTCTGAAACATTAACACTTACTGCAGACGCGACGTACGCCAGCAATGAAATTAACTCAACGTCAATCGTTGATGGTATTTGGTTTGCTCGTCAGTTCACTGACATGGAATTCGACGGAAACCCTGTTGTAGCAACACCGATTCGTTTTACCGAAGACATTGACGGCGGTAAAGACTTCTTCTTCCAAAACCTGGTCATGGCAGCAAAAGATGAATTGACCTCGTTTGGTTTCAATGCCGACTGGTGGGCAAGCGACTCACTAAACCTGCGTTTCGATGCAAACGTAGCAAATGCCAAATCCGGTGGTGCAGGCCCTTACGGTAAAAACGTTATTCGTTTCAACGTGGCGGGTGCAACAGCAGGTTGGCAAAGCATGGACTTCGGTAAGGATATGCCGCAAGCAAGCATTGTTGTTGATGACTCTGTTAAAGGGAACAACAATGGTGTGTTCGACCTCGCCGATGTAGGTCCTCAGGTAACCCGTGCGATTTCTTCTGATCAAGAGTCTGACGTTCAGCAATTCCGTTTCGACGGTACGTGGGACGAAGGTTCTGACGTGAAGATTGATTTCGGTATCGGCTACATGGCGACAGAAATGAATCAGCTTCGTTATGAAACAGAAGCGCAGCTGGGTGGCTGGGGCGTTGCTGACGTTGGTAATATTCCTGAAGGCCTGCTAGATGTAACGTGTACCGCTTGTGCCTTTGAAGATCATGACATGAGTGGTGTAGATGGTGCCGATGCGAATGCCATTCCTGCTGGCGCGACCACTATTCCGTTAGGCAGTGTGTCATTCCGCGGTAACGCTGTTGATTTGCTTAACGCTATTGCCCCTGCTTATGGTTATACGCCAGGCGACTTACCGTCTGTAGGTGCGCAAGACAACACGGTGAAAGAAGACATCCTGTCTCTTTATGCCATGGCGACAATGGATGGTGAAATCGGTGGTTTTGAAGCGAATTTAGTTGTAGGTGCGCGTTACGAGAAAACCGACGTAGAATCTGTGTCGATTCAGTCTATTCCAGAGGAAATCATCTGGTTGTCAGATAACGACTTCACAATCAGCTATGGCGACAATACAGAAGCGCTGTCTCAGGACCACTCTTATGAGGCGTTCCTGCCTAATATCGACTTTTCAGTTAATCTGACTGACGATTTAAAAGCACGTGCTTCATACAGCATGACCTTAGCGCGTCCTGCGTATAACCAAATGTATACCGCTACCAGTATTGGTGCGCCAGGTCGTCCGACTTACTTAGGTGGTGTAGCCTCAGGTAGCCGCGGTAACGCAGCGCTTGATCCACTGGAGTCAAACAACTTCGACCTGTCATTGGAATACTACTACGGTGATTCCAGCATGGTGTCTGTAGGTTACTATCGTAAAGACGTAGATAACTTCGTGGGTACGCAACAGGTTTCACAAACGCTGTTTGGTTTGCTTGATGCTACCTCAGGTGCAGCAGGTACAACCTCAGCTGAAGCCATTGCAGAGTTAGAAGCGCGTGGCATTGAGGTGACCGAGCGTAACTACTTCACCATGACGGCGTTACTTGCCAACCCGGATGCATTCCCGGGTGGTGCCGATGAGTTCCAGGAAGGTCAGGCATTTGCCGATGACGTGTTTGCAAACAATAATGTATCTCCTGAATCAGGCGATCCAGAGATGCAGTTTGAAGTGACCCAGCCGGTAAATAATCAAAGCGCCCGTATCTCCGGTTACGAGTTTGCATGGCAGCACTTCTTCGGTGACAGTGGCTTTGGGTATCAAGCTAACTTTACTATCGTAGACGGTGATATCGGCTACGATGTAGGCGCCGATCCTGCCATCGACCAGTTCGCACTGGAAGGGTTGAGTGACTCTGCGAACCTGGTTCTGATTTACGAGAAAGAAGGGCTTTCTACTCGTATCGCGTACAACTGGCGTGATTCGTTCCTGGCAGAAGTTAACCGTGGTGTGTCTTCTGTTCGTAACCCATTGTTCATCGACGAGTACGAGCAGTTAGATGTAAACGTAAGCTATGATTTCACTGAAGACTTCACGATGAGTCTTGATGTTATCAACTTGCTGGAAGAAGGTACGCGTCAATATGGCCGTAGCTACAACAACACGTTCTTCATCCAGGAACTGGACAGACGTTTCGTTCTGAGTGCACGCTACAGCTTTTAA	MFTKTKLSCAVSGALCVMVATPVFAQDAPEQVEQIEVRGVRGSLSQSMNVKRQSTGVVDAISAEDMGKFPDTNLAESLQRITGVSINRVNGEGSEVTVRGFGGNFNLITLNGRQMPAANVASITGNPLDQGASGTTRSFDFSNLASEGVSGIEVYKTGRAAVPSGGIGATININTLKPLSQGENRASIGAKAMKDESGDGVTPELSGVANWSNDDNTFGFAVFGSYQERDSGSRHMSVENYQLYNWDSTSPGTFGLVDGANVTNAPEEGQLVAMPSNLGLGLNEDNRERVNGMVTFQFAPSETLTLTADATYASNEINSTSIVDGIWFARQFTDMEFDGNPVVATPIRFTEDIDGGKDFFFQNLVMAAKDELTSFGFNADWWASDSLNLRFDANVANAKSGGAGPYGKNVIRFNVAGATAGWQSMDFGKDMPQASIVVDDSVKGNNNGVFDLADVGPQVTRAISSDQESDVQQFRFDGTWDEGSDVKIDFGIGYMATEMNQLRYETEAQLGGWGVADVGNIPEGLLDVTCTACAFEDHDMSGVDGADANAIPAGATTIPLGSVSFRGNAVDLLNAIAPAYGYTPGDLPSVGAQDNTVKEDILSLYAMATMDGEIGGFEANLVVGARYEKTDVESVSIQSIPEEIIWLSDNDFTISYGDNTEALSQDHSYEAFLPNIDFSVNLTDDLKARASYSMTLARPAYNQMYTATSIGAPGRPTYLGGVASGSRGNAALDPLESNNFDLSLEYYYGDSSMVSVGYYRKDVDNFVGTQQVSQTLFGLLDATSGAAGTTSAEAIAELEARGIEVTERNYFTMTALLANPDAFPGGADEFQEGQAFADDVFANNNVSPESGDPEMQFEVTQPVNNQSARISGYEFAWQHFFGDSGFGYQANFTIVDGDIGYDVGADPAIDQFALEGLSDSANLVLIYEKEGLSTRIAYNWRDSFLAEVNRGVSSVRNPLFIDEYEQLDVNVSYDFTEDFTMSLDVINLLEEGTRQYGRSYNNTFFIQELDRRFVLSARYSF				NA	NA	NA	NA	NA
AK237_03779	723			hypothetical protein	ATGTCTACACCAACCGTATTAAATAACGTGGATCATAAAGACGTAAAAGTGGATACACGTCCCACGGCATCCTCTGGTCACCATGTTAACCGAACCCGCATATTCGCCTCGGAAATTAACGAACTGCATAAAGAGTTTCCACTGGTATTTTTCAAAGACAGTGATTCTGGCGAACTACAAATTCACAGCATTTTAGGTCTTAGCAAAGATGAAAATTTGTTTTTAGACGAGAACGGCTGGACGACTCGCTATATTCCCGCAGTACTGGGACGAGGGCCTTTTAGCATAGCCTACCGTGAAACTGATGATGCGCCACCACAGCCATTTATTTGCATTGATATGGATGATCCGCGGGTCAGTGAAGAACAAGGCGAAGCAGTATTTTTGCCCATGGGCGGAGAGTCGGGTTACCTGAATTACGTTAAAAAAGCACTCCAGACCATTGAAGCGGGAGCGCAATATAACAAAACACTGTTTGCCCTGGTTGAGGAAATGGATTTACTGGAACCTGTTAATATTGAAATAAAACTCAGCAACGTTGAGCAAGTTAATTTCTCTCATTATTACTCGGTAAATCAAGAAAAATTAGCGCAACTGGATGGCGAAAAGTTAGCAAAGCTCAGCCAGTTTGGCATGCTTGGGCCGTTATATTTTGTTTTATCGTCATTAGGCAATTTTCAACGTTTAATTGATCTGAAAAACGCAAAATCAGCTGTCATTTAA	MSTPTVLNNVDHKDVKVDTRPTASSGHHVNRTRIFASEINELHKEFPLVFFKDSDSGELQIHSILGLSKDENLFLDENGWTTRYIPAVLGRGPFSIAYRETDDAPPQPFICIDMDDPRVSEEQGEAVFLPMGGESGYLNYVKKALQTIEAGAQYNKTLFALVEEMDLLEPVNIEIKLSNVEQVNFSHYYSVNQEKLAQLDGEKLAKLSQFGMLGPLYFVLSSLGNFQRLIDLKNAKSAVI				NA	NA	NA	NA	NA
AK237_03780	1035			hypothetical protein	ATGGCAAACGAGGTGCAGCAACACGTTACAGTGTGGGAAGGCATTACGCCCGATACCATTCCATTCGATGATTTATTTGCCCTTAACCAGCCCGTTATTCTAAAAGGGCTGGTAAAAGACTGGCCATTGGTTAAAGCAGGGCAATCATCGGCCTTAGACGTAATGACAACCCTGGAAAACAATTACAGCAACAAACCCATGCTGGTTTATCGAGCGCCATCTGAAATTAAGTCGCGCTTTGGGTATAACGAAACGTGTACCGGATTTAACTTTACCGCTGAGCGCTCCACCATTCCTGCTGTGTTTGACACTATTCGCAGTGAGTTGCCTAACGAAGAGCACGAGTATTTGTATGTCAACTCTCTCGTGCTTCGGGACGGCTTTCCTGCTCTGGCTGATACTCATACCTTGCAGTTTGACCACCCTGAATTTCGCAATAATCCGGTGATGGCGAAAATTTGGTTGGGCACCGAGTCTGTAGCCGCTGCCCATTTCGATCAACCGAAAAACCTTGCTTGCTGCGTGTTGGGCAAGCGTCGCTTTATGTTGTTCCCTCCCGAGCAGGTGGAAAACTTATACCCCGGGCCTTTGCACCCGACACCAGGCGGTCAGGTTGTTACGCTGGCGAATCTGGCCGAACCAGATTATCACCAGTTCCCGCGCCTAAAAGAGGCGATGGACAATGCCTGGATTGCTGATTTGTCACCGGGTGACGGCTTGTACTATCCCAGCATGTGGTGGCATGAAGTGACAGCTTATGACCGTTTTAATGTGATGGTGAATTTCTGGTGGATGACCACCGAGCGCTTTAAGGGAAATCCCATGGATGTGTTATTGCACGGCATGATGAGCCTGCGTGAAAAGCCAGAGCAGGAAAAACAAGCTTGGAAAGCGTTATTCGACTACTACGTGTTTGGTGAGGGCGAGCGAGTAAGAGAGCACTTGCCTGAGGCATGTCGTGGGGCATTAGGTGAAATGGATGAAACTAACGCCCGTCGTTTACGCGCTATGTTAATCAGTAACCTGAATCGTTAA	MANEVQQHVTVWEGITPDTIPFDDLFALNQPVILKGLVKDWPLVKAGQSSALDVMTTLENNYSNKPMLVYRAPSEIKSRFGYNETCTGFNFTAERSTIPAVFDTIRSELPNEEHEYLYVNSLVLRDGFPALADTHTLQFDHPEFRNNPVMAKIWLGTESVAAAHFDQPKNLACCVLGKRRFMLFPPEQVENLYPGPLHPTPGGQVVTLANLAEPDYHQFPRLKEAMDNAWIADLSPGDGLYYPSMWWHEVTAYDRFNVMVNFWWMTTERFKGNPMDVLLHGMMSLREKPEQEKQAWKALFDYYVFGEGERVREHLPEACRGALGEMDETNARRLRAMLISNLNR				NA	NA	NA	NA	NA
AK237_03781	1497	prnA		Flavin-dependent tryptophan halogenase PrnA	GTGACAACGACAAAAAGAACCCGCGTAGTGGTTGCTGGCGGTGGAACGGCAGGCTGGCTGACAGCATTTAGCTTAATCACCCGTTTGGGCAATTTATTAGACATCACGCTGATTGAATCAGACCAGATAGGTACCGTAGGCGTGGGCGAAGCCACCATTCCTACGATGCGTTCTTTTCACCAGTTAATGGGTATTGATGAACGCGAATTTATGTCAGCTACTCAGGCGACCTTTAAACTCGGAATTCAGTTTGAAAACTGGGGGCAAAAAGACGAGCGTTATATTCATTCCTTTGGTGAGATTGGACAGCGGGCATGGATGGCAGAATTCCATGCATTTTGGATGGCAGCCAAAGAAAATGGATCGTCAGATTCGTTAGATGATTATTGCCTGGAACTGAATGCGGCAAAAGCCGGAAAGTTTGCACTTGCTGTCGGCAAGAAGCCGTTAAACTACGCCTTTCACCTCGACGCTACTGCTTATGCGGCGTGGCTTCGAACAAAAAGTGAAACGAAAGGGGTTAAGCGCGTTGAGGGTAAAATCGCCCGCGCGGATATCTGTGAGAAAAGCGGAAATATCACGGCTTTGCATTTGGAAAACGGGTTGCGTGTCGACGGCGATATTTTTATCGACTGTACAGGCTTCCGTGGACTACTGATAGGCGATTATCTTGGTGTAGCGTACGAAGATTGGAGCCATTACTTAGCCGCTGACAGTGCCATCGCTGTGCAAACGGAGTCAACAGAGCCGCCGGTGCCGTATACCCGCGCCATCGCACACGATGCCGGCTGGCAATGGCGTATACCTTTGCAAAGCAGAACCGGAAACGGCATAGTTTATTCCAGTCAGTTTCTTTCTGATGATGAGGCCGAAAACACACTCCTGGCCAATTTGAGTGGCAAAACCATTACTTCGCCACGCAAGCTGAAGTTTAAGACCGGACGTCGGGTGAAATCATGGCATAAGAACTGTATCGCCATTGGCCTGGCCAGCGGCTTCCTTGAACCGCTGGAATCTACCAGTATCCACCTTGTGACCACCGCCTTAATTCGTCTTATGAAGTTATTTCCGTTTTCCGAAAACTTTGGAATATTAGCCGAAAGGTTTAACCAGGAATCGACGGTTGAACTTGAAACTATCCGAGACTTTATTATTCTTCATTATCATCAGACTGCACGTGATGACAGCCCGTTTTGGAATCATTACCGGACAATGGAAGTGCCCGATTCCCTTAAGCACCGGCTGGCAATATTTCGTGAAAATGGTTACGTATGGCCAGATGACGTGGCGCTGTTTAGAGTGGACTCCTGGGTTCAGGTGATGATGGGGCAAGGATTGATGCCCAGGCAATTCCATCATGCCGGTAAGTTGCTGCCTGCGGACGGACTTAAACAACAATTAGCAGCCCTGAAAAATCAAATAAATAATCATGTGGCACAATTACCGCCACACGAACAATTCATTGAAAAATATTGCCCGGCAGGGAAGGTGGGTTAA	MTTTKRTRVVVAGGGTAGWLTAFSLITRLGNLLDITLIESDQIGTVGVGEATIPTMRSFHQLMGIDEREFMSATQATFKLGIQFENWGQKDERYIHSFGEIGQRAWMAEFHAFWMAAKENGSSDSLDDYCLELNAAKAGKFALAVGKKPLNYAFHLDATAYAAWLRTKSETKGVKRVEGKIARADICEKSGNITALHLENGLRVDGDIFIDCTGFRGLLIGDYLGVAYEDWSHYLAADSAIAVQTESTEPPVPYTRAIAHDAGWQWRIPLQSRTGNGIVYSSQFLSDDEAENTLLANLSGKTITSPRKLKFKTGRRVKSWHKNCIAIGLASGFLEPLESTSIHLVTTALIRLMKLFPFSENFGILAERFNQESTVELETIRDFIILHYHQTARDDSPFWNHYRTMEVPDSLKHRLAIFRENGYVWPDDVALFRVDSWVQVMMGQGLMPRQFHHAGKLLPADGLKQQLAALKNQINNHVAQLPPHEQFIEKYCPAGKVG	PGPT0011765_915	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	FUNGICIDAL_COMPOUNDS|ANTIBIOTICS	FUNGICIDAL-PYRROLNITRIN_METABOLISM,PGPT0011765-prnA|rebH|ktzQ-K14266	NA	NA
AK237_03782	1563	rebH_3		Flavin-dependent tryptophan halogenase RebH	ATGACAAACCGTGTTGTAGTTGTAGGTGGTGGCGCAGCAGGCTGGTTGACGGCGGGTCTGTTAGCGGCAAAAAACGGAGAAAAGTCGGGCTGTACCCATCCGATCCGCATTGAACTTGTGGAATCCCCCAATGTAAAGAATCTCATGGTAGGCGAGGGAACGTGGCCTACCATGCGTGACACCCTCCGCCAGATTGGTTTGTCTGAACAAGACTTCATGCGTTTTTGCAACGCAGGGTTTAAGCAGGCTTCAAAGTTCGTAAATTGGCAATACGGGAACGGCGAGCATTATTATCATCCGTTTACCGCCCCTGCCGGGTATGGTGCGGTTAATCTGTCGCAATATTTTCTAAAGAACCGGCCGGGTTCAGATTTTGAATCGTTAGTGTGCGCGCAGGGCGCTGTCTGTGAACAGTTTCTTGCGCCTAAAACGCTAACTACGCCTGAATATGCCTTTGCCATGAACTATGGTTATCACTTAAACGCAGGCAAATTCACTGAAATGCTGCGTCTTCACTGTACGCAAAAGTTAGGCGTTATACATACTTTGGGGCACATTGAGCGTGTTAACGGTGCTCCCAATGGCGACATCGCTTCGGTGTCGCTCTCTGATGGCAATACCATCGAAGGCGATTTATTCATTGACTGTAGCGGCTTTAAAGCCTTGCTTCTCAATGGGTTTTATAATGTTCCGATGATAGATAAGCGTAGCCAGCTGTTTAATGACGCCGCACTTGCCATGCAAGTTCCCTATCGCGATGAAGCCTCTCCCATCGCATCAGCGACGGTCGCTACGGCACAGCAGCATGGTTGGATTTGGGATATTGCGTTGTCTGGCCGCCGGGGTATTGGCCATGTATTTTCACGTCAACACTGCTCGGTTGAACAGGCGCAAGATGCGTTAATGCGCTACGTAGACAACGATCCCCATCTGGATGCCACAAATAGCGAGCCGCGCCTCATTACTTTTGAACCGGGCCACCGTGCCACATTCTGGCATCGTAATTGTGTCGCCATTGGTGTTTCTGCTGGTTTTGTTGAGCCCCTTGAGGCAACAGCGTTAGTGCTAGTGGAAAAGTCCGTAGAGTGGATCAGTCACCAGTTTCCGCGATGTCGCAGCGCCATGACTATATTAGCCAAGCGATACAATGAGCTTACTCATAGTCGCTGGCAAGAAATAATCGATTTTATTAAGCTTCACTACGTATTGTCGTCTCGCGATGACAGCGAATTCTGGCGTGCCCACCGTGATATGGCCACGGTACCGCAAAGTTTGCAAGAGTCATTGGCTTTGTGGCAAACCCAGCCGCCATGGTTGTATGAAAGTGACAGGCGACTTGAGTTATTTTCTTCTGCCAGTAAGCAATACGTACTTATGGGCATGCAGTCAAGCTTTGCCGATAATTGCGTAGGATTGACACAACATGAGATGCGACTGGCAGATAAAGCGCTGAACGATGTAAGACGTGCTACCGAGCAGCTATTAAGCGGGCTGCCAACTAACCGCGACTACTTATCGCGGTTAGCTGGTAAAACAGATAAGGGCAAACGGGCGAGCGCTTAA	MTNRVVVVGGGAAGWLTAGLLAAKNGEKSGCTHPIRIELVESPNVKNLMVGEGTWPTMRDTLRQIGLSEQDFMRFCNAGFKQASKFVNWQYGNGEHYYHPFTAPAGYGAVNLSQYFLKNRPGSDFESLVCAQGAVCEQFLAPKTLTTPEYAFAMNYGYHLNAGKFTEMLRLHCTQKLGVIHTLGHIERVNGAPNGDIASVSLSDGNTIEGDLFIDCSGFKALLLNGFYNVPMIDKRSQLFNDAALAMQVPYRDEASPIASATVATAQQHGWIWDIALSGRRGIGHVFSRQHCSVEQAQDALMRYVDNDPHLDATNSEPRLITFEPGHRATFWHRNCVAIGVSAGFVEPLEATALVLVEKSVEWISHQFPRCRSAMTILAKRYNELTHSRWQEIIDFIKLHYVLSSRDDSEFWRAHRDMATVPQSLQESLALWQTQPPWLYESDRRLELFSSASKQYVLMGMQSSFADNCVGLTQHEMRLADKALNDVRRATEQLLSGLPTNRDYLSRLAGKTDKGKRASA	PGPT0011765_202	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	FUNGICIDAL_COMPOUNDS|ANTIBIOTICS	FUNGICIDAL-PYRROLNITRIN_METABOLISM,PGPT0011765-prnA|rebH|ktzQ-K14266	NA	NA
AK237_03783	1224		COG0701	Putative two-component membrane permease complex subunit SMU_747c	ATGAATGACATTACGCTTTTACTTACCAACTTCTTTGGCTTATTCATGGAGTCAGCGCCGTGGCTTCTCATGGGGTTACTGGTTGCAGGCATCATGCACGAACTGGTGCCTGTGAGTTTGCTACAAAAACACATGGGTAAAAACAGCGTTGGCGCTGTGGTGAAATCGGCATTTATTGGCGCACCATTGCCGTTATGTTCGTGTGGGGTCATTCCCGCCGCACTTGGATTAAGAAGAAGTGGCGCATCAAAACCTGCCACGGCTTCGTTTCTGGTATCAACGCCAGAAACAGGGGTAGACTCCATTACGGTGTCCTACGCGTTACTTGGTCCGGTGTTTGCCATCGTTCGCCCCGTCGCTGCAATTTTCAGTGCTATTTACACTGGGTTGATGGTGAAGTGGTTTGTGAAAGACAATGCCAGCGCGCCCCCGACAACCCCATCAAGCTCATCTTCATGTTGCAGTACAAAAACGGCAGCACCTGTTCCCGCAGCAACGTCCTGTTGCAGCTCGGCGAAATCGCAACCTGCAGAGCCTGAAAGCAGCTGTTGTAGCGCTACCAGTCAGGTTGAACACACTGCGACAACCAGTGCTGCGTCGTGTTGCAGTTCGACACCATCGGCAAAGGCAGAAAAAGAGAACAAAGTCGTACAAATCTGGCAGTTTGCTACCGGTAAATTACTGGAAGATATTACATTGTGGTTGCTTATTGGCCTTGGGCTTGCCGCCGCCATTCAAACCTGGGTGCCGGTATCGTTCTTAACGCAATGGGGCGACGGATTTCTGGCCATGCTGGTCATGGCGTTAATCGGCATTCCTATGTATATCTGTGCCACAGCGTCAACGCCACTTGCTGTTGGTTTTCTGTCTGCCGGATTATCGCCCGGTGCCATTCTGGTATTTTTATTAGCGGGCCCAGCCACCAATATCTCCACCATGGGCATGATTGGTCGCGAACTTGGCCGCCGCGCCCTGATCATTTATTTATTCTGCATACTCACAGCCAGCATTGGGCTGGGTTATTTGCTTAATGCATTGGTAGAGGTGTTTAACTGGCAGTCTTTCATCCCTACCGGCGAGGGCGCTCATCATCATGGAGAAACAGCCAACGCTTTCTACGCCTTATGCGCCGTTGTGCTGGGGGCGTTAATGATTAGAAACGTGTGGCAAGCCATTAAAGGAAAATGGCTCACCAACGGCAATGTACAAAGTAGCTGTCATTAA	MNDITLLLTNFFGLFMESAPWLLMGLLVAGIMHELVPVSLLQKHMGKNSVGAVVKSAFIGAPLPLCSCGVIPAALGLRRSGASKPATASFLVSTPETGVDSITVSYALLGPVFAIVRPVAAIFSAIYTGLMVKWFVKDNASAPPTTPSSSSSCCSTKTAAPVPAATSCCSSAKSQPAEPESSCCSATSQVEHTATTSAASCCSSTPSAKAEKENKVVQIWQFATGKLLEDITLWLLIGLGLAAAIQTWVPVSFLTQWGDGFLAMLVMALIGIPMYICATASTPLAVGFLSAGLSPGAILVFLLAGPATNISTMGMIGRELGRRALIIYLFCILTASIGLGYLLNALVEVFNWQSFIPTGEGAHHHGETANAFYALCAVVLGALMIRNVWQAIKGKWLTNGNVQSSCH				NA	NA	NA	NA	NA
AK237_03784	426	zntR_2	COG0789	HTH-type transcriptional regulator ZntR	ATGAAAAATGCTGATATGTTCAAAATTGGCGATCTCGCCACGCTAACCGACTTAAGTGTCGACACAATTCGCTTCTATGAAGAGAAAGGTCTGCTGATACCCAGCGCTCGCTCCGCAGCAGGCTACCGCCTGTATTCACAGCAAGATGTCGACAAACTGTTATTTATTCAGCGCACGAAAAGTGTTGGGTTCACGCTCAGTGAGATCAGTGAATTAATGGAATTAAAGCTGCATCCCGACGCCCACACGTGCGACGAAGTAAAAACCGTGACCGAACAGAAGCTTGAGCAGGTCACAGCAAAGATCAACGAACTGGAACGCATTCGCCAATCGCTACAACAAATGAATCAAATTTGTGACGGCGGCCCCAGCAGTGCGCAGCATTGTACGATATTACAACTCCTGGACTCAGAAAAACCGTTATGA	MKNADMFKIGDLATLTDLSVDTIRFYEEKGLLIPSARSAAGYRLYSQQDVDKLLFIQRTKSVGFTLSEISELMELKLHPDAHTCDEVKTVTEQKLEQVTAKINELERIRQSLQQMNQICDGGPSSAQHCTILQLLDSEKPL	PGPT0004215_414	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_ZINK_RESISTANCE	ZINK_RESISTANCE-ZNT_TRANSPORT_SYSTEM,PGPT0004215-zntR-K13638	NA	NA
AK237_03785	855			hypothetical protein	ATGTCTGTATCAAGAATATTCCCCAAGCAAATTGTGCCCATTCTTTCAGGTGGTGGCACGCGCCTGCCTGCACATATTGGTATTTTGCAGGCTCTGAACGACCTCAACGTACGCCATGACACCATCGTAGGTGTGTCAGGTGGTTCTATCATCGCCGCCATGTATGCCAAGGGCTTTTCCATCACTGAAATGAAGCATTTAGCGTTAAACACTGACTTTCGTCAATTCGCTGATTTTTCGCTGTGGCGGTTATTACGGGAAGGAGGTCTGGCATCTGGCGATATATTTGAACAGTGGTTAGACGAACAACTCGATGGCATCACTTTCAGCGACTTGCACTACCCCCTTCATATTCTCGCCACCGACGTCAACGGTGGTGGTCCCGCTTTATTTAATGCCAGGGAAACGCCGCAAGTGAAAGTTTCCGCCGCGGTGCGCGCCTCAATGTCCATTCCACTTATTTTTGCTTTCAAGCAGTTTGAGGACAAGTTGCTCGTCGACGGCGCGATTTTATCTGAAGATGCGCTTTTCCGAGACTGGCAAGGTGATGGCACACCCTCTGTGTGCTTCCGCCTGCAGAGCCGACAGAAAAAAGAAAATCTGGGTAAGAAAGTGCGCTTTGCACTGCCCACTTACGTGATGCTATTAATTCGCACCTTCATGTCGGCACTGGCAAGAGAATATGTTCACGCCGAATTCTGGCAACGCACGATATTAGTAGACACGGGGGAAGTTTCTGCTGTCGATTTTGATGCCAATGGCGCAGATAAAGAAACCCTCTTCGATATCGGATACTCAACGACCATGACATTTTTGCCTGAAAAGTTGAGAAAGCAATACACACAAATCAGCTAG	MSVSRIFPKQIVPILSGGGTRLPAHIGILQALNDLNVRHDTIVGVSGGSIIAAMYAKGFSITEMKHLALNTDFRQFADFSLWRLLREGGLASGDIFEQWLDEQLDGITFSDLHYPLHILATDVNGGGPALFNARETPQVKVSAAVRASMSIPLIFAFKQFEDKLLVDGAILSEDALFRDWQGDGTPSVCFRLQSRQKKENLGKKVRFALPTYVMLLIRTFMSALAREYVHAEFWQRTILVDTGEVSAVDFDANGADKETLFDIGYSTTMTFLPEKLRKQYTQIS				NA	NA	NA	NA	NA
AK237_03786	1593	ybiT	COG0488	putative ABC transporter ATP-binding protein YbiT	TTGATCACCACCGCCAATATCACCATGCAGTTTGGCTCTACGCCTCTCTTTGAAAATATCTCCGCTAAGTTCGGGAACGGCAATCGCTATGGCCTGATTGGCGCGAACGGCTGTGGTAAGTCAACCCTCATGAAAATTTTAAGCGGCAAGCTCACCCCTTCTGCCGGCAACGTATCACTCGCGCCCGGCACCAAACTCGGGATCTTAAGTCAGGATCAATTTGCGTTTGAAGACATGTCAGTTGTCGATGCGGTGATCATGGGCGACCGCGAGCTGTGGGAAGTAAAGCAAGAGCGGGATGAGATTTACAGCAAAGCGGAAATGAGCGAAGAAGACGGCATGCGTGTTGCCGATCTGGAAACCCGCTTTGCAGAGATGGACGGGTATACCGCCGAATCGCGCGCGGGCGACATTCTCAGTGCTGCAGGCATTGAAGAAAGCTATCATTTTGGTCTGATGAAAGAAGTCGCACCGGGTAAAAAAGTACGCGTGCTATTAGCACAGGCGTTGTTTGCCGACCCGGATATGCTGCTGCTTGACGAACCAACTAACAACCTGGATATCTACACCATCAATTGGTTGGCAGAAGAGCTCAACAAGCGTAAGTCCACCATGATCATTATTTCTCACGATCGCCATTTCTTAAACTCGGTGTGTACTCACATGGCCGATATCGATTACGGTGAATTACGTATTTATCCTGGTAATTACGATGATTTCTCTGCAGCTGCGGCAGCAGCGCTGGAACAGCTTCACCATGAGAATGATAAGAAAAAGGCAGAGATTGAAGAGTTGCAAAGCTTCGTAGCGCGCTTCTCAGCGAACGCATCAAAAGCAAAGCAGGCAACGTCGCGGGCCAAGCGATTAGAGAAAATCGAGTTAGCAGAAGTTAAAGCGTCCAGTCGCCGTAAGCCATACATTATTTTTAAACAGCACAAAAAACTGCACCGTTTAGCGATTACGCTTGAAGAGCTGGGTCATGGTTTTCCAGAACTTCCCCTGTTCAGCAACGGTAATTTGCTGTTAGAAGCAGGGGCTCGTCTTGCGATTATCGGCGAGAACGGCGCAGGTAAAACGACACTGTTGAAATGTTTAATCAACGAACTTGAGGCCAACGAAGGCACAGTGAAATGGGCAGAAAATGCCGAAGTCGGATACGTTCCTCAAGACAGTAACCGCGACTTTGCTAACGACTTAACCTTGTTCGAATGGATGTCTCAATGGCGCGGACCAAAGCATGACGATCTGCAGGTTAAAGCCATGCTGGGTCGTCTGTTATTTACCTCTGATGACTTTAATAAAAAGGTCAGTGTGTGTTCAGGCGGTGAGAAGAACCGCCTGCTATTTGGTAAATTAATGCTGCAAGACATCAACGTACTGGTGATGGATGAACCGACCAACCACCTGGATATGGAATCGATTGAAGCGCTGAACAATGCGCTTGCTAACTACGACGGCACCGTTATTTTTGTCAGCCACGACCGTGAATTTGTGTCTTCACTGGCCACCCAGGTCATTGAGATCAAAGATAAAAAAATCAATCACTTCGAAGGTAATTACGAAGAGTTTTTGGCTCACACCGCCGCTTCCTGA	MITTANITMQFGSTPLFENISAKFGNGNRYGLIGANGCGKSTLMKILSGKLTPSAGNVSLAPGTKLGILSQDQFAFEDMSVVDAVIMGDRELWEVKQERDEIYSKAEMSEEDGMRVADLETRFAEMDGYTAESRAGDILSAAGIEESYHFGLMKEVAPGKKVRVLLAQALFADPDMLLLDEPTNNLDIYTINWLAEELNKRKSTMIIISHDRHFLNSVCTHMADIDYGELRIYPGNYDDFSAAAAAALEQLHHENDKKKAEIEELQSFVARFSANASKAKQATSRAKRLEKIELAEVKASSRRKPYIIFKQHKKLHRLAITLEELGHGFPELPLFSNGNLLLEAGARLAIIGENGAGKTTLLKCLINELEANEGTVKWAENAEVGYVPQDSNRDFANDLTLFEWMSQWRGPKHDDLQVKAMLGRLLFTSDDFNKKVSVCSGGEKNRLLFGKLMLQDINVLVMDEPTNHLDMESIEALNNALANYDGTVIFVSHDREFVSSLATQVIEIKDKKINHFEGNYEEFLAHTAAS				NA	NA	NA	NA	NA
AK237_03787	2667			hypothetical protein	ATGACAAAACCATTTTTGCAATTATCCCGGCTGGCGGCCGCGATATCGGTCACAACCCTTATGGGATGTGGCGGCGGGGCCACCACCACAACGGATGTGAATATTGTTGAACCAACAGCACCGGTATCAGACTGGGAGTTGGTATGGAGTGATGACTTCGATGGGACGAGCATCGATGAGAACAATTGGACCCACGAAGTAAACTGTGCGGGCGGTGGTAACAACGAACAGCAATGCTATACCGACAGCCCTGATAATGCGTTTGTGTCTGATGGCACATTAAAAATTGTTGCATTACCTGCAGAAGAGGGGGCTGAAAAGCCTTACACCTCAGCAAGACTTATTACCCAGTACAAAGCTGATTTTAAATATGGCCGCTTTGAGATGCGGGCCAAATTACCGTCAGGACAGGGAAGCTGGCCTGCGTTCTGGATGATGCCTACCGACTCTGTTTATGGAGGCTGGCCTCGTTCTGGTGAAATCGACATCATGGAAGCGGTAAATCTAAAAGCCATGGATGAAGACGGCAATCCTGAGTCCCATACTCACGGTACGTTGCATTATGGCAGCGAATGGCCGAACAACAAAAGTTCGGGTAAAGAGTATAAACACCCCGAAGGTATGAACCCGGCGGATGATTTCCACACGTATGCGGTGGAGTGGCAGGAAGGCGAAATTCGTTGGTACGTCGACGATTACTTGTTTGCTACCCAACGCAAATCGGTAGCGCGCTACAACGATGAAGGTCAGCCAACCGGCTTAGTTCACAGAGGTTGGTACACCGAGTACTTCGATCAGGTATCTGGCGAGCTCACTACCCACTACGACAACGCGCCTTACGACCAGAAATTTTTCATGATCCTCAACTTCGCTGTTGGGGGAGATTGGCCAGAAAATGTCAATGAACTGGGTGTCGATGCCGCAGCATTTGCGGATGGTCAAACTTACGAAATCGATTATGTACACGTGTACCAGTGTTCCACCAATCCTGATACCGGTAAGGGTTGTGAAACGGTTCGTCCGGGATATGCGTCGCCAGATGATGCACTCGTCGAGGGCGAAGCGCCCATCCCCACGCCGCCTTCTTCCGGCGTTGTTCAAAACCTGACAGTTTTTGATGGCACAGCCAATCCCAACTGGCCAGCATGGGATTGCTGTGGCGGCTCTACGCCAACCATAGTGGAAGATGAGGAAAAGGGGAGCAGTTATGCGTTCACTATCGGTGGTGAGCCCACCGTTATGGGGTTTGTCAGTCGAGAGGAATTTATAACGGACGAGGCTGGAACACCTTCACCGTTCGATGCTTTTCCCATGTTAGAAGCGGGCAGTATTAAGTTTGATCTCAAGGTAACTTCACTGCCCAACGACGCCAGTGCTGCATGGTTGTTTAAGGTGGAGTCTGTCGGTGCATCGGACTATGCCGAACTGCCGCTTTCAGAGGGCTATGTCGGCCCTCGCGACACGGCGGGTGATTCACCAGAGGTGGGCGTGTGGGAATCCTATGCGTTCCCTTTGTCTGCGCTGGCCGATGCCGGACTTAATGTCAGTGCAATTGATGCCATCATGGTGTTTCCAGCATGGGGAGCCGGAGAGGGCGCAACCTACCGCATGACAAATGTGGAAATTTCCCAACCGTCAATGTATCCGGAGTTAGTGATTTTTGAAGATACAGTGAATCCAAATTGGCCAATGTGGGATTGTTGTGGCGGTTCCACACCCACTGAAGAAATGGACGACGAAGCTCACGGTCTCACGGCCGAATTTCGTATCGGCGCTGAACCCACTGTTATGGGGTTCACTACCCGTTCTGACAGTGGCGGTGGCGAAACCCCATTCGATGCAACGGCGCTAACAGAAGGTGGTTTGCTGCAGTTCGATATGCGGGTAACCAGTTTGCCTGCTGATGCCAGTGCAGAATGGTTATTGAAAGTGGAGTCTGTAGGCGCGTCTTCATTTGCTGAATTACCCCTCACTGCAAGCCGCGAAGGTGTGGCTCCCGTCGAAGGCGAATGGCAAACCTATACGTTCCCCGTTGCTGATTTACTGGGAGCCGGCCTCGATATCAGTGCCATTGATGTCATCATGGTTTTCCCCGCCTGGGGAGCCGGTGATGGTGCGGTCTATCGCATCGATAACCTGAAGATTTATCACCCTGATGCAGGCATGGCTGCGGGACTGACTCTTTTTGCTGATGCTGCGGCTGAACAATGGTCTGTCTGGGACTGCTGTGGAGGCTCAACGCCTACCATAGAAGCTGATGACGATGCCCATGGAAACGTTGCTGAATTTCGCATTGGCGGCACACCTACTGTCATGGGGTTCTTAGCAGACGAAGAAGTGTCATTTGACGCATCAGCGCTATTAGCCACTGGCGTTATACGCTTCGATATGAAAATCACCTCTGCTCCCAATGATGCCTCTGCACCCTGGCTATTCAAGGTTGAATCCACAGGGGCCGCTACGGCTGTAGAGCTGCCATTGTCTGAAAGTGAAGAAGGTGCGGAGCCCGTACCCGGTGAATGGCAAACCTACACATTCACGTTGCAAACCCTGAATAACCTCGGCTTAGACATCACAGATATTAATGTGGTGATGGTTTTTCCAACCTGGGGACAAGGCGAGGGCGCGGTTTACCGTATCGATAACGCAGAAATTGCTGCGCAATAA	MTKPFLQLSRLAAAISVTTLMGCGGGATTTTDVNIVEPTAPVSDWELVWSDDFDGTSIDENNWTHEVNCAGGGNNEQQCYTDSPDNAFVSDGTLKIVALPAEEGAEKPYTSARLITQYKADFKYGRFEMRAKLPSGQGSWPAFWMMPTDSVYGGWPRSGEIDIMEAVNLKAMDEDGNPESHTHGTLHYGSEWPNNKSSGKEYKHPEGMNPADDFHTYAVEWQEGEIRWYVDDYLFATQRKSVARYNDEGQPTGLVHRGWYTEYFDQVSGELTTHYDNAPYDQKFFMILNFAVGGDWPENVNELGVDAAAFADGQTYEIDYVHVYQCSTNPDTGKGCETVRPGYASPDDALVEGEAPIPTPPSSGVVQNLTVFDGTANPNWPAWDCCGGSTPTIVEDEEKGSSYAFTIGGEPTVMGFVSREEFITDEAGTPSPFDAFPMLEAGSIKFDLKVTSLPNDASAAWLFKVESVGASDYAELPLSEGYVGPRDTAGDSPEVGVWESYAFPLSALADAGLNVSAIDAIMVFPAWGAGEGATYRMTNVEISQPSMYPELVIFEDTVNPNWPMWDCCGGSTPTEEMDDEAHGLTAEFRIGAEPTVMGFTTRSDSGGGETPFDATALTEGGLLQFDMRVTSLPADASAEWLLKVESVGASSFAELPLTASREGVAPVEGEWQTYTFPVADLLGAGLDISAIDVIMVFPAWGAGDGAVYRIDNLKIYHPDAGMAAGLTLFADAAAEQWSVWDCCGGSTPTIEADDDAHGNVAEFRIGGTPTVMGFLADEEVSFDASALLATGVIRFDMKITSAPNDASAPWLFKVESTGAATAVELPLSESEEGAEPVPGEWQTYTFTLQTLNNLGLDITDINVVMVFPTWGQGEGAVYRIDNAEIAAQ				NA	NA	NA	NA	NA
AK237_03788	2955			hypothetical protein	ATGAAGAACATGACATTTAATAAAACCCGCCTGGCCACGTCAATGGCTTTGCTAATGGGCTCGGTGTGCATGACAAGCGCATACGCACAAGAAGCGGATACCACAACAGCAGACGATGATGTGGAAGTTATTCAGGTAAAAGGGATCCGTGGCAGTTTAATGCGTTCACAGGATTTGAAACGCAATTCCAGTGGTGTGGTCGATGCCATTTCTGCGGAGGAGCTCGGTAAGTTTCCGGATACCAACCTGGCGGAAGCATTGCAGCGAATCACCGGGGTTACGATTAGCCGTGCAAATGGTGAAGGCAGCCAAATTACCGTACGTGGTTTTGGCCCTGACTTTAACTTGGTGACATTAAACGGGCGTCAAATGCCGGGCACCGGCTTCACCCGTTCATATAACCTGGAAAATTTGTCGGCAGAGGGGGTCAAAACCCTTGAGTTGCACAAAACCGCCCGGGCAGAAAATCCCAGCGGCGGATTGGGTGCCACGGTAAATATTCTGACAATGCGTCCTCTGGAAAATCCGGGTCAGCAATTTTCGGTTTCAGCCAAGGGCATCATGGATACATCCAATGTGGAAGGTAGTGACATTACGCCCGAAGTCGCTGGGGTGTTCAGTAACACCTTTGCAGACGATATGTTTGGTGTAAGCGTATCGGTTTCACATCAGGAACGGGATTTTCAGCAGCAAAACGCCAGTATTCAGGGGTGGGTATTAGTCCCTCAGGCTGACCTGGATAACCTCACAATTAGCGATGACAAAATAGTTGATAATCGTTCTAACATTACTGATGCGGCGTTTTTCCCAAAAGACATGAACTACAGTTACAGTGATGTTGAGCGAGAAAAAACCAATGCTCAGGTGACTTTCCAATTCCGTCCTGTTGATAATTTTACCGCGACAGTGGACTACACGCTTACTAACGCGGTAACCGGCACGAATACCGTGGGGTGGGGTATATGGAACAACTTCGGCGCAAACATTAACGCCTATGAGCTTGATGCAAACGGCACCGCGCGTTATGCCGATATCGCTGGTGATGACGGCTCATTTACTGCCAGCCGCGATACTACTGAAGTCGACGCCCGATCTGTAGGGGTAAATCTGGAGTGGCAGATCACCGACAATTGGGAAGTATCCCTGGACTACCACGATTCCTACAACGAAACCGATAATGGTAAAGACAAAGGGATAAATGCCAGCGGGCAGGTCATTCTCGGCTCCAATCAGCTTAGCTCTAAAGTGTATGACTTTCGAAATGGCGACATTCCGGGGTTTTATATCAACTGGAATAATGGCACCAACGAGCTGGCACCAGAGGAAATCGATTCTAACTTTAGCCAGTTCTTCCATGATCGTGGTCGTTCGGAAATTCAGCAGTTACAGCTAGATACCACCTGGTACAATTCAGTGTTTGATAGTATTCCTCTGGTTAAAGTGGACTTTGGGGTTGCCCGTACCAAACAATCGCTGATGGGCTTTAATGCCTGGAGCGGATTGCGTGGTGGTCCCGGATTTAGTCCGTCATACACGGAAATTTTCCCGGACAGCATGTTTGAGTATCACGAAACCGGCGATTTTCTCGATGCATTCAACGGCGGCGGTTCAGATCTTAAACCTAGCTATTACTACACCTACAGTTACGATGAAGCGATTGCCCGTCAGTTAGCTTACCTTACCCCAGAGGTGACAGGTGAAAGCAACGCGTATTCTGTTGACCCTTACTTCACAGGCGTTCCCACAACTAACGCTGTAGAAGAAACCACAGACTCGATTTATGTTCAAACCGAGTGGGATTTCGATATCAGTGACTTCTATGTGCAAGTCAACGCGGGTGTTCGTTATGAAGAAACGGAAGTGCCGAGTAGTGCAGAAGTACGCGTACCGGTGCAGGTAAATTGGGTTGCATCATCTGAATGGATCACGCAATTCCAGCCTGATTTGGTGTTACAGGACTTTACCGGCAAATACGATATCGTATTGCCCATGTTTGATGTGAAAGTGGACGTGACTGACGATGTCGTGGCTCGCTTTTCCTGGGGTAAGTCGATCACCCGGGCGCCGATAGGTTTCCTGCAAGGTGGGCGCGCATTCACTGGCAGCCCTAAGCTGGATGCAAGAACCGTTTCGGAAGGGAGCACGGATCTGCTACCGTATGAATCTACCAATATTGATTTGTCGTTAGAATGGTATTACGACGAATCCAGCTACGCGTCCGTGGGGCTGTTCCGTAAAACCGTTAAAAATTACATCGAGACATCGGGTCGGGACGAAACGTTTGAAGGCTTAAACGATATCTTCCAGGGCCCCCGCTGGAATGAAGCCGTCAGTGCTTTAGAAGCCGACGGCGTGCAGGCCACCGACAGTGCAATTTATGATTATTTTGTGGCAAATGGCTATGCCGATGCTGAAGGCGTAGTAGAGCCGGAAGCTGGCGATCCACTTATTACCTGGCGAGTGACTAAACCCAGAAACCTGAGCGATAAGCGCACGGTGGACGGTATCGAAGTGGCGGTGCAGCACACATTTGGCGACACCGGTTTCGGTGTAGGTGTTAACGGCACCATGGTAGATGGTGACGTAACTTACGATCCCTACATTCTGGAAAGTGGTCAGAACCCGCTGGTGGGAATAGGCGATTCAGCCAACTTCCAGGTATTTTACGAGAAAAACGAATTGTCAGTGAAGGTTACTTACGCCTGGCGCGACGGTTATCTGATAGGCATGGGGCAGGCGCAAGGTTCGTCCGACGTTCCGCCTACTCAGGCTGCCTCTTTTGGCCAATGGGATGCCAGCATTAACTACGACTTTAACGAACACTTCACGATATTCGTTGAAGGGGTGAACATAAACAATGAAACAGAGCGCGGTTATGGTCGCTTTGAAGAACAGTTCTTGTTTGCCCGTCAATATGGTCCGCGTTATACCCTGGGTGCCCGGTATACGTTCTAA	MKNMTFNKTRLATSMALLMGSVCMTSAYAQEADTTTADDDVEVIQVKGIRGSLMRSQDLKRNSSGVVDAISAEELGKFPDTNLAEALQRITGVTISRANGEGSQITVRGFGPDFNLVTLNGRQMPGTGFTRSYNLENLSAEGVKTLELHKTARAENPSGGLGATVNILTMRPLENPGQQFSVSAKGIMDTSNVEGSDITPEVAGVFSNTFADDMFGVSVSVSHQERDFQQQNASIQGWVLVPQADLDNLTISDDKIVDNRSNITDAAFFPKDMNYSYSDVEREKTNAQVTFQFRPVDNFTATVDYTLTNAVTGTNTVGWGIWNNFGANINAYELDANGTARYADIAGDDGSFTASRDTTEVDARSVGVNLEWQITDNWEVSLDYHDSYNETDNGKDKGINASGQVILGSNQLSSKVYDFRNGDIPGFYINWNNGTNELAPEEIDSNFSQFFHDRGRSEIQQLQLDTTWYNSVFDSIPLVKVDFGVARTKQSLMGFNAWSGLRGGPGFSPSYTEIFPDSMFEYHETGDFLDAFNGGGSDLKPSYYYTYSYDEAIARQLAYLTPEVTGESNAYSVDPYFTGVPTTNAVEETTDSIYVQTEWDFDISDFYVQVNAGVRYEETEVPSSAEVRVPVQVNWVASSEWITQFQPDLVLQDFTGKYDIVLPMFDVKVDVTDDVVARFSWGKSITRAPIGFLQGGRAFTGSPKLDARTVSEGSTDLLPYESTNIDLSLEWYYDESSYASVGLFRKTVKNYIETSGRDETFEGLNDIFQGPRWNEAVSALEADGVQATDSAIYDYFVANGYADAEGVVEPEAGDPLITWRVTKPRNLSDKRTVDGIEVAVQHTFGDTGFGVGVNGTMVDGDVTYDPYILESGQNPLVGIGDSANFQVFYEKNELSVKVTYAWRDGYLIGMGQAQGSSDVPPTQAASFGQWDASINYDFNEHFTIFVEGVNINNETERGYGRFEEQFLFARQYGPRYTLGARYTF	PGPT0003790_1475	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0003790-hutA|fatA|fct|foxR-K02014	NA	NA
AK237_03789	507	ygjP	COG1451	UTP pyrophosphatase	ATGCCACAGTCATTGACGTATTTATCCCACTATCCGCAACACCTTCAGGATCATATCCAACAACTCATCGATAAAAATCAGCTGGGAGACTGGCTACGCGCTCGCTATCCTTCTGTGCATAACATCAATAATGACCGTGATTTACGCGACTACGCCATGGACATTAAAAATCAGTTCATGAAGAAAACCCAGCCCTTGAGTAAGGTGGTTTACGACAGCAAAATTCACATTGTCAATCATGCGCTTGGTTTACATTCTTATGTGTCGAGAAATCAGGGCGGGAAGTTGAAAAGTAAGAATGAATTGCGAATAAGCGATTTATTCAAAAATACGCCGGAGCCTTTTTTAAATATGATTGTGGTGCACGAACTGGCGCACCTGAAAGAAAAAGACCACAACAAGGCGTTCTATCAGCTTTGCCGCCATATGCAGCCGGATTACCACCAGATAGAGTTTGATGTAAGAGTCTATCTTACCGAGAAAGACGCTCATGGTGAGGTTTTCTGA	MPQSLTYLSHYPQHLQDHIQQLIDKNQLGDWLRARYPSVHNINNDRDLRDYAMDIKNQFMKKTQPLSKVVYDSKIHIVNHALGLHSYVSRNQGGKLKSKNELRISDLFKNTPEPFLNMIVVHELAHLKEKDHNKAFYQLCRHMQPDYHQIEFDVRVYLTEKDAHGEVF				NA	NA	NA	NA	NA
AK237_03790	2412			hypothetical protein	ATGGGTGGTAGACTGTGCGCCGGGCATTATGGGAAGCGAAGTATGAATTGGTTTAGTAAGGGAAAAGCGGCATTGGTGCTGGCTGTGTTGATTGCCGGTGTTGCTGTTTGGCACTGGTCTGCGGCAGAAGCCCCATTATTTGATAACCCTGACACGGTGATGAAGACAGAGCCTTTACGTGCACAATTCTTTGAGCATGAGGTCAGCCCGGTTTTAACTAAGCGTTGCGTGGTGTGTCACGCCTGCTACGACGCACCCTGTCAGCTGAAAATGACAGCGCCGGAGGGTATTACCCGTGGAGCAAATAAAGAAAAAGTGTATGAAGGCACCCGTTTAACCGCCGCGCAACCTAACCGCTTATTTATCGATGCCCATTCTGAAGACGCCTGGCGCAAGCGTGGTTTCTTTTCTGTTTTGCCTGACGAAGACAGCGACGTTGTGCAGGAGACACAAACTTCTGTGCTGGCGCAGATGTTGTTATTAAAGCGTGCCAATCCGCAACCTGATACTACCCATTTGGGTGACGGTTTCGATATCAGCTTAAACAGAGCGCAGCAGTGCCCGACCCTTGACGAAATGGGGCGCTATATTGCAGATCAGCCCCTCGGCGGCATGCCCTATGCCCTACCGAACCTGAATGCTGAAGAAGAGCTGACTTTGCTAAGATGGCTGCAACACAATGCGCCTTTACCTGAATCGCCTTCGTTAGACGATAAGGCTGTCGCTAAAGTGTCGGAACTGGAAACATGGCTGAATGCCGATAACAACAAAGCGAAATTGTCAGCGCGATACATTTACGAGCACTTGTTTACTACTCATTTGTATTTCGACGGTATCACGCCAGAAGGCGAAACACCGCAGTTTTTTAATTTGGTACGTTCAACCACGCCGCCGGGAAAACCGCTTTCGGTCATCGCCACCCGCCGGCCCTTCGATGATCCTGGCGTTGAGCGGGTGTGGTACAGACTGCAGCCTGTGTTCTCAACCATTGTCAGTAAAACCCATCAGCCTTATGTGATTGATGATGATTTACGGGCCAAATGGCAGGCCTGGTTCGTGGATGCGGAATTTGACGTGCCGGCTTTACCTTCTTATCAACCCGATGTGGCGGCGAATCCCCTTACGGCGTTCACCTTGTTGCCGGTGAAAACGCGTTACCGGTTTATGCTGGAACGGGCACAAAATACCATTATGGGGTATATCAAAGGGCCGGTATGCCGTGGACAGGTAGCATTAAACGTCATTAACGATCGCTTCTGGGTGTTCTTTGTCGATCCCGAGGTGGCGGCATCAGAAAAGCTTAATGATTTTTACGCCTCTCAACAGGAAAACCTGCATCTGCCAGCAGAAAAAGACAGTAGTGCATTAGCGGTAAGCTGGGTGAAATACGCCCGTCGCCAAGGCGAATACATGCGCGCCAGAACGGCATTTCTTAATGAAGCGTTTAAGCAGGGCGAACATCTGAGTTTACAAAGTGTCTGGGCCGGCGACGGCAAAAACACTAATGCCAGCCTGACGGTATTTCGTCATTTCGACAATGCCACTGTGGTGAAAGGCATGGTAGGTAACCCCCCGAAGACCGCCTGGGTGATTGATTACGCGCTACTGGAACGCATTCACTATTTGTTGGTGGCTGGGTTTGACGTATATGGCAATTACGGCCATCAACTGATGACACGACTCTATATGGATTTCCTGCGGATGGAAGGGGAGTCGAATTTCCTGACATTACTGCCACCGGAAACCCGCCATACGCAATTAGCTGACTGGTATCAGCACGCTGGCCCGGAACTGACGGAGTATATTGAGGGTGACATCAACAGCTTTGAGCAGGATACCGGTATTGAATACGACACCAGCAAACCGAAAGGGGAGTTGTACCGCCTTCTGGCTTCTCATCTTAAGCATGTTCAGCCGGATAGCAACGGATTACACAGTGATGTACTTAATAAAGCGCAGCTTGATGCGTTAGCTACCATCGACGAATTACCTGCACAGCAAGCCACAATCTTGCCGGAAATTACCATGATCATGGTGCGAAGTGACGATAAACCGGAAGACTTCGATATGTTTACCGTACTACGAAACAGCGCACACTTTAACGTAAGCAGCTTGTTTGAAGAAGATAAGAATCGCGACCACGCCAACGATTCACTGACATTGGTTCAGGGCTTTTTAGGCAGCTACCCTGATGTGTTCTGGCAGATTAATGCCTCGGACATCCCGCAAGTAGTAAGGCAACTAAGTGAAGTAAAAAGTGAAAGCGACTATCAGCGTCTGTTAGATAAAGTGGGGGTACGCCGCACCAACCCTGAGTTCTGGTCATTCAGCGATGAACTTATCAGATGGTCTGAGGCCCGCTATCCTGTTGACGGCGGTCTGCTGGATTACAACCGGTTAGAGGACAGGTAG	MGGRLCAGHYGKRSMNWFSKGKAALVLAVLIAGVAVWHWSAAEAPLFDNPDTVMKTEPLRAQFFEHEVSPVLTKRCVVCHACYDAPCQLKMTAPEGITRGANKEKVYEGTRLTAAQPNRLFIDAHSEDAWRKRGFFSVLPDEDSDVVQETQTSVLAQMLLLKRANPQPDTTHLGDGFDISLNRAQQCPTLDEMGRYIADQPLGGMPYALPNLNAEEELTLLRWLQHNAPLPESPSLDDKAVAKVSELETWLNADNNKAKLSARYIYEHLFTTHLYFDGITPEGETPQFFNLVRSTTPPGKPLSVIATRRPFDDPGVERVWYRLQPVFSTIVSKTHQPYVIDDDLRAKWQAWFVDAEFDVPALPSYQPDVAANPLTAFTLLPVKTRYRFMLERAQNTIMGYIKGPVCRGQVALNVINDRFWVFFVDPEVAASEKLNDFYASQQENLHLPAEKDSSALAVSWVKYARRQGEYMRARTAFLNEAFKQGEHLSLQSVWAGDGKNTNASLTVFRHFDNATVVKGMVGNPPKTAWVIDYALLERIHYLLVAGFDVYGNYGHQLMTRLYMDFLRMEGESNFLTLLPPETRHTQLADWYQHAGPELTEYIEGDINSFEQDTGIEYDTSKPKGELYRLLASHLKHVQPDSNGLHSDVLNKAQLDALATIDELPAQQATILPEITMIMVRSDDKPEDFDMFTVLRNSAHFNVSSLFEEDKNRDHANDSLTLVQGFLGSYPDVFWQINASDIPQVVRQLSEVKSESDYQRLLDKVGVRRTNPEFWSFSDELIRWSEARYPVDGGLLDYNRLEDR				NA	NA	NA	NA	NA
AK237_03791	408	dgkA	COG0818	Diacylglycerol kinase	ATGCCAGTAAATAAATCTACCAGCAATATTGCTTACTTCAACAACACGAAAAAGCCAGGCGGTATACGCCGCATCATACTTGCAGCCGGTCACTCCTTGCGGGCTTTTAAATGGCTTGCGGCGAACGAAGCCGCATTCAGACAAGAGCTACTGCTTCTGACAAGTGCGCTTATAGTACTGGCAGTGTGGAACATCTCCATTCAGGAGAAAGGTTTATTACTGATTTCCATTCTGTTCGTACTGTTCGCGGAAATCGTTAATACCGCCATTGAGGTCACCATTGACCGTATCGGGCTGGAGTTACACCCCATGTCGGGACTCGCTAAAGATCTCGCTTCAGCAGCTGTCATGGTTGCTATTGCGATAGCTGCTGTTACATGGAGTGTGACAGTAATTGGCTGGATATAA	MPVNKSTSNIAYFNNTKKPGGIRRIILAAGHSLRAFKWLAANEAAFRQELLLLTSALIVLAVWNISIQEKGLLLISILFVLFAEIVNTAIEVTIDRIGLELHPMSGLAKDLASAAVMVAIAIAAVTWSVTVIGWI	PGPT0024340_3432	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-GLYCEROLIPID_REMODELLING	CE-REMODELLING_GLYCEROLIPID_KINASE_ACTIVITY,PGPT0024340-dgkA|DGK-K00901	NA	NA
AK237_03792	1605	eptA	COG2194	Phosphoethanolamine transferase EptA	ATGCGTATTTTCGCTTTACTAAAATTCAGGCTGACCCCGGCACAAACGCTGGTGTCTTCCTGCTTACTCATTACCCTGCTTTTTAACGCTCCCTTTTTAAGCACAGTATGGGCGGCTGTGTCGCCTGACAGCGTGAAAGATTATGCGTTTCTGGCCACGGTTCCTGTATTGCTTTTCAGCCTGCTCATACTTTTTACCACTCTGAGCGGGGGATTAATTTTTCCGCGGATGATTTCCGCGTTACACATCATTATTGCGTCACTGATATTTTACGGCATGACTGCATACGGCCTGTTGTTCGATAAAAGCATGATTCAGAACCTGATAGAAACGAATTCAGGAGAAGCATTTTCTTATCTCAACGCGAGCTTTGTTTTGTTCTTCTGTGTACTGGGCATTTTGCCTGTGTTCGCACTGTGCAATATGGAAATCAAAACGGCGTTCAGTAAAAGTATTAAACATATTCTGATGATTAATGGCATTGCCATTGTGGCAATTGCACTTATCGCAGCACTTTTTTACAAAGATTATGCGGCAGTTGGCAGAAACAACCGGAACATCATCAAACAGATTACGCCACTCGCTTTCTACGATGCTGGCTATAAATATCTGCGCGACAATTATTTATCTCCCCCTTTGCCATATCGTATTTTAGACAGCCACCCCACCCTCACTGAAAGCACCCGGGACTTACCGGACACCATCGTCATGGTGGTGGGCGAAACAGCCAGAGCCGATCGTTTTAGTTTGAATGGCTACAGCAAAAATACCAATCCTCTTTTATCCGGGGAGAAAGTGGTCAGTTTTACTCAGGTCACTTCCTGCGGCACAGCAACTGCCGTAAGCGTTCCTTGTATGTTTTCCCGTTTAAACCGCGACGACTATGACAGTCGCATTGCCCACAGCCAGGACAATGTATTGGATATTATTCATCGCGCGGGTTACTCCGTGACCTGGATTGACAATAACAGCACCTGCAAAGGGGTATGCAGCCGCATTGAGACCATTCCATACGACCCAAAGCGGGATGAGCGTTTCTGCGACGGCGATTATTGTCTGGACGCTATATTGCTCAGCCAACTGAAAGAAACGCTTAAACAGAACACACATAATAAACGCTTAATTGTCTTACATATGATCGGGTCCCACGGGCCAACTTACTATCGCCGGTATCCTGGAGATTTCAGCGGCTTCGCGCCTGATTGCCCCAGAAGCGATATTCAAAATTGCGACACAACGCAGCTATCGAATACCTACGACAATACCATTTTATATACTGACTTCGTTTTAAGCCACATCATCGAACAGCTTAAACCCGTGGAACGCGCACAGTTACTTTACCTGTCTGATCATGGTGAATCGTTGGGAGAAAAAGGCTTATACCTTCACGGTTTTCCATACAGTTTGGCGCCTGAAGAACAAACCCACGTCCCCATGCTTTACTGGCGAAACGGCGATGATATGACGGCTAAGTTAAGTTGCGCAAAATCACTGAAAGATCGGCCTTATTCTCAGGATAATTTATATGACACGCTTCTGGGCTTAACCGGCGTAGTCAGCACTACCTACCAACCGGAACAGGACATATTCGCCTCATGCCAGTAA	MRIFALLKFRLTPAQTLVSSCLLITLLFNAPFLSTVWAAVSPDSVKDYAFLATVPVLLFSLLILFTTLSGGLIFPRMISALHIIIASLIFYGMTAYGLLFDKSMIQNLIETNSGEAFSYLNASFVLFFCVLGILPVFALCNMEIKTAFSKSIKHILMINGIAIVAIALIAALFYKDYAAVGRNNRNIIKQITPLAFYDAGYKYLRDNYLSPPLPYRILDSHPTLTESTRDLPDTIVMVVGETARADRFSLNGYSKNTNPLLSGEKVVSFTQVTSCGTATAVSVPCMFSRLNRDDYDSRIAHSQDNVLDIIHRAGYSVTWIDNNSTCKGVCSRIETIPYDPKRDERFCDGDYCLDAILLSQLKETLKQNTHNKRLIVLHMIGSHGPTYYRRYPGDFSGFAPDCPRSDIQNCDTTQLSNTYDNTILYTDFVLSHIIEQLKPVERAQLLYLSDHGESLGEKGLYLHGFPYSLAPEEQTHVPMLYWRNGDDMTAKLSCAKSLKDRPYSQDNLYDTLLGLTGVVSTTYQPEQDIFASCQ	PGPT0022420_962	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL_PEPTIDES,PGPT0022420-eptA-K03760	NA	NA
AK237_03793	678	qseB		Transcriptional regulatory protein QseB	ATGAGAGTATTGCTGATTGAAGATTCCGATGCGCTCAGACGTAATATCACCATCGGGCTTAAAAAGTTAGGCTATGCCGTGGACAACGCTGCTACCGGTACGGATGGGCTGAACATGGCGCTATTGGGTGAATATGACATCGTGATCCTTGATCTCATGTTGCCTCATCTTGATGGTATGGAAATTCTGACGGTATTAAGGAAGAAAAATATCGATACCCGGGTAATAATCTTATCGGCCCGGTCTGAACCTGACGATAAAGTTAATGGGATCATTGCCGGTGCAGATGATTATCTGGCAAAGCCTTTTTCCTTCGATGAATTATGTGCCCGTATGGTTAACCTGATGCGACGGGGAAAGCTCGTTCACAGTGATGACAAAGTGGTGGTGGGAGACTTTACGTTAGATCTGCAAAGTAAGCTTTTACTGCTGAATCAAACACCGGTAGATCTGACTCCAAATGAATATCGGATTGTGGAGTGTTTGTTCCATAACAAAAACCGTATAGTGACATCAGAGCGTCTGAGTGAGTCCATTGCAGGGAGCTACGACATGGTGTCTAAAAACGCCATTGAAGCCCATTTGTCTGCGGTAAGAAAGAAAGTGCGTAAACTGGGCGGCGAATTACCGGTTAAAAATAAGCGGGGATTCGGCTATATGGTCGCAGAGGAACTATGA	MRVLLIEDSDALRRNITIGLKKLGYAVDNAATGTDGLNMALLGEYDIVILDLMLPHLDGMEILTVLRKKNIDTRVIILSARSEPDDKVNGIIAGADDYLAKPFSFDELCARMVNLMRRGKLVHSDDKVVVGDFTLDLQSKLLLLNQTPVDLTPNEYRIVECLFHNKNRIVTSERLSESIAGSYDMVSKNAIEAHLSAVRKKVRKLGGELPVKNKRGFGYMVAEEL	PGPT0003915_210	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-POLYMYXIN_RESISTANCE,PGPT0003915-pmrA-K07666	NA	NA
AK237_03794	1416			hypothetical protein	ATGATCTCTATTCGCAAAACACTCACCCGACGCTTATCTGTAGCTATTTCATTGCTGATCGTAACCGCCTTGTTGATTACAGATATTGCTGTAGATGGTTGGGTAGAACGTCAGTTCAATCATGCGGTACATGACAAAATTGGCTTATTAGAAACGCTGGTGGATGAAGACACTACCGGCGTCGAATTTGAGTTTGCCGGTGAGTATTATCCGGAGTTTACCGGTACCAATGATCCTGAGTATTTTCAATTATGGTACGACGGGGAGACGTTCGAAAAGTCAGCCACTCTGCACATGCACAGTATGAATGCCTTGCCATTTAAGGCTGTTAGGGAAGGCGAAACGGTATTGGAAGATATCGTCTTGCCAGATGGCAGGAACGGGCGTATAGCTTACACCCGGTTCATTCCTCAAATCGATACCGAAAACAGAGAGGCCTATTTCGCCACAAAACAAAAAGGCGAGCGTAAACCGATGACACTGGCCTACGCGGTTTCGATTGAGCAATTACAGTATTCACTTTGGCTCATCGACGCCGCTTTCATTCTGGCACTCATCATTGTTCCATTAACGGTGCGCTTTACCGTGAAAAACACAGTGGCTTATGCATTAACACCTTTGGATGCCTTCATAGGTCAAATTCGTAATACGCGGTTAATCGATAAACCTGAACCGATGCAAATGAAAGTACCGGTTGAGGAATTACTTCCCGTGGTGGAGAGCCTTAATTACTTTATTGCAGAAAACAGTAAGCATTATCAACGGGAAAGAAGGTTAACGTCTGATATTGCTCATGAGCTGAAAACTCCCGTGACTGAACTTATCACCATGGCTGAAATAGCGACCCGGTTCCCGGGCGATGAAGAGTTAGAAGCTCACTTTAAACCCGATGTCTTAACGATTGGTTTAAGGATGAAAAGTATCATTTCAGGGCTAATGCTTCTGCACAAATACTCTAATCAGAAATTGGCTTGTGCAGACATCATCGATGTTTGTGATTTGCTTACAAAAGTGATTGATTCTGAGGGAAGTGGAAGGGTACATCTGGTCATTGACGAAACTACTGACGCAACCGTGAAAAGCAATTTATTTGCGCTGGAGTCCGTGTTTACCAACCTGATAGCCAACGCATTACAGTACAGCCCGACTGACTCGCAAGTGACTTGTAATATTGAAAAGCTTACCGGTGATACTCTGGATGTTGTGGTAAGTAATACCATGCAAAAACCGGTGAGCGACGAAGAGTTGCAATTGATGTTCGAGCCTTTATGGCAACACGATCCCGCCCGTACGTCGACAGAAAACTTTGGTCTTGGACTTGCTATAGTTAAAACGCTGCTGAACGCTGTGGATGCCGGAATAAAGGTGAGTGCTGATAAGGGCGATATCTCTTTCCGGGTTAGTTTGCCGGTGTAG	MISIRKTLTRRLSVAISLLIVTALLITDIAVDGWVERQFNHAVHDKIGLLETLVDEDTTGVEFEFAGEYYPEFTGTNDPEYFQLWYDGETFEKSATLHMHSMNALPFKAVREGETVLEDIVLPDGRNGRIAYTRFIPQIDTENREAYFATKQKGERKPMTLAYAVSIEQLQYSLWLIDAAFILALIIVPLTVRFTVKNTVAYALTPLDAFIGQIRNTRLIDKPEPMQMKVPVEELLPVVESLNYFIAENSKHYQRERRLTSDIAHELKTPVTELITMAEIATRFPGDEELEAHFKPDVLTIGLRMKSIISGLMLLHKYSNQKLACADIIDVCDLLTKVIDSEGSGRVHLVIDETTDATVKSNLFALESVFTNLIANALQYSPTDSQVTCNIEKLTGDTLDVVVSNTMQKPVSDEELQLMFEPLWQHDPARTSTENFGLGLAIVKTLLNAVDAGIKVSADKGDISFRVSLPV	PGPT0004980_569	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-BETA-LACTAM_RESISTANCE,PGPT0004980-cusS|copS|silS-K07644	NA	NA
AK237_03795	2505	nagZ		Beta-hexosaminidase	ATGCGAAAGACTCTGCTCTCAACGGTTGTTGCTTCCGTTCTGTTAACCGCCTGTGCGGCCTCCCCGGAAAGCACACAAGGTGCGTCAGTGTGGCCACGCCTCGATATAGCCGTCAAGCCGGACCGGACTATGGAAGACAGAATTACCGCGTTGCTAGCGTCGATGACTGTAGAGCAGAAAGTCGCACAGGTGATCCAGCCTGAAATCGGCAGTATTACCCCGGAAGATATGCGTCAATACGGCTTCGGCTCTTATCTTAACGGTGGAGGCTCGTTTCCCGGCACTAATAAACATGCAACGCCACAAGAATGGATAGATTTGGCAGAAGCCATGTATCAGGCTTCTGTTGACGACAGTAAAGACGGCTCAACGATTCCAACCATGTGGGGAACAGATGCGGTACACGGTCATAATAATGTGATTGGTGCTACGCTGTTTCCCCACAATATTGGTCTTGGCGCTGCGAAGAATCCGGCGTTGATGGAAAAAATAGCTAATATCACGGCGCAGGAAGTCATGGCCACCGGTATCGACTGGGTATTTGCACCAACGGTTGCCGTAGTCCGTGATGATCGCTGGGGCAGAACCTATGAAAGTTACTCGGAAGATCCCGCCATCGTAAAAGCCTATGCAGCGGCTGTGGTTAAAGGTCTGCAAGGCCATGCTGATGCCGGTGATTTCCTGGGTGACGAGCGTGTGATCAGCACAGTAAAACACTTCGTTGGTGACGGCGGTACAGTAAAAGGTGACGATCAGGGCGACAACATTGCTTCTGAGCAAACCCTGTTTGATATTCACGCTCAAGGATATGTTGGCGGCTTGTCCGTTGGTGCGCAATCAGTGATGGCATCGTTTAACAGCTGGCATGGTAAGAAACTACATGGTCATAAGTACTTACTTACGGATGTGCTCAAAGATCGTATGGGTTTTGACGGCTTCGTAGTAGGCGACTGGAACGGACACGGTCAAATTAAGGGCTGTACCAACGACAACTGCGCGCAGGCGATTAACGCAGGTCTTGATATTTATATGGTGCCGTCCGACTGGAAAGCGCTATATCACAATACAGTGGCGCAGGTGAAAGACGGCACCATCAGCAGCGCCCGGTTAGACGATGCGGTAAGACGCATTCTGCGGGTAAAAATGCGGGCAGGACTTTTTGATAAAGCCAGCCCTGCACAGCGCCCGCTTTCGGGTAAACAGTCTCTTATTGGCAGTGAAGAACACAGAAAAGTCGCCCGGCAGGCCGTTAAGGAATCTCTGGTTTTGCTGAAAAACAAACAAAGCCTGTTACCGCTATCTGCAAGCGCGAACATTCTGGTGGCCGGTGATGCGGCTGACAACATTGGTAAACAATCCGGCGGCTGGACAATTACCTGGCAAGGTACCAACAATACCAACGACGATTTCCCCGGCGGCACGTCGATATTCGATGGCATCTCAAAGTACGCAAAGCAAGCTGGCGGTAATGCCACTTTATCGGTTGATGGCAGCTATAGCAGCAAACCCGATGTGGCCATTGTCGTATTTGGTGAAGAGCCCTATGCAGAAGGTGTGGGCGACAGAGAAACGCTCGCCTACCAGCCAGGTAATCAGAAAGATTTAGCCTTACTGAAGAAACTGAAAGAAGACGGGATCCCTGTGGTATCGGTGTTTGTTTCTGGCAGGCCGATGTGGGTGAATGCTGAACTGAATGCTTCAGATGCGTTTGTTGCTGCCTGGCTTCCGGGATCCGAAGGTGCGGCTGTGGCAGAGGTATTATTCGGCGATGATGATTTTAAAGGTAAACTGCCCTTCTCATGGCCGGCATCACCCCTGCAGATAGCCAATGTGGGAGATGATGATTACGCCCCTCTCCTGCCCTATGGTTTTGGTTTAACCTTCAGCGACAAGAATGTTCTGCCGGACAACCTGAACGAACAAGATGAAAGCCTGAAGCAACAATCTGCAGAGTCTGTTGCCATTTTACAGGGCGGCGTCCGCGCGCCATGGTCATTACAGCTTACCTCCGGTGATGACCACAAAACTGTTGCCGCAAGCGCTGAATCCTTCGGAAGCATTGCTTACCGCACCAGCGACAAAGTGGTACAGGAAGATGCGATCACTGTCACCTTCGATGGAAAGGCGCGGGCTGGTGTTGCTTTCACGCGCACTGAAAAAGCTGAATTAGTTGCATCGAATGCGCATGCAGAAAACCGTGCGCTGGTTTTCAGTGTCAATGTCTCGCAACCTTTTTCAGATGATGTTTTCGTTACCTTGTGTTCTGAACAGCAAGACGGCGATGAAGCCTGCCCGTCCGGCGTCAACATCGCACCGGCGCTGTCGGGCTTCGAGGGTAACAGCTGGCAGTCACTGGCGTTGCCCCTTAAATGTTTCGCCTCCCCTGACATAAACACACTGACAACTGCCTTCGTTCTGCGCACATCGGGCATCGGTACGTTAAGCCTTGCCGATGTATTTATTCAAAAAATGCCTGCGCACTCAACGGTGCTGACTTGTGAGTAA	MRKTLLSTVVASVLLTACAASPESTQGASVWPRLDIAVKPDRTMEDRITALLASMTVEQKVAQVIQPEIGSITPEDMRQYGFGSYLNGGGSFPGTNKHATPQEWIDLAEAMYQASVDDSKDGSTIPTMWGTDAVHGHNNVIGATLFPHNIGLGAAKNPALMEKIANITAQEVMATGIDWVFAPTVAVVRDDRWGRTYESYSEDPAIVKAYAAAVVKGLQGHADAGDFLGDERVISTVKHFVGDGGTVKGDDQGDNIASEQTLFDIHAQGYVGGLSVGAQSVMASFNSWHGKKLHGHKYLLTDVLKDRMGFDGFVVGDWNGHGQIKGCTNDNCAQAINAGLDIYMVPSDWKALYHNTVAQVKDGTISSARLDDAVRRILRVKMRAGLFDKASPAQRPLSGKQSLIGSEEHRKVARQAVKESLVLLKNKQSLLPLSASANILVAGDAADNIGKQSGGWTITWQGTNNTNDDFPGGTSIFDGISKYAKQAGGNATLSVDGSYSSKPDVAIVVFGEEPYAEGVGDRETLAYQPGNQKDLALLKKLKEDGIPVVSVFVSGRPMWVNAELNASDAFVAAWLPGSEGAAVAEVLFGDDDFKGKLPFSWPASPLQIANVGDDDYAPLLPYGFGLTFSDKNVLPDNLNEQDESLKQQSAESVAILQGGVRAPWSLQLTSGDDHKTVAASAESFGSIAYRTSDKVVQEDAITVTFDGKARAGVAFTRTEKAELVASNAHAENRALVFSVNVSQPFSDDVFVTLCSEQQDGDEACPSGVNIAPALSGFEGNSWQSLALPLKCFASPDINTLTTAFVLRTSGIGTLSLADVFIQKMPAHSTVLTCE	PGPT0019110_1775	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES	CE-EPS-GLUCOSIDASE,PGPT0019110-bglX-K05349	NA	NA
AK237_03796	1011	galR_2	COG1609	HTH-type transcriptional regulator GalR	ATGGCAACCATTTACGAAGTTTCTAAAGCGGCAGGTGTTTCGCTGGCCACAGTCTCCCGCGTGATGAACGGAAACGCTAAAGTCAGTGATCGAACCCGGCAGAAAGTGGTAGATGCCATGGAGGCATTGGGGTACAAACCTAACGCTATTGCCCAGTCTCTCGCATCTAATCGTACGAACAGTGTCGGGTTGCTCGTGTCTGAGTTGCACGGCTCTTACTTCGGTGATTTGATGAGCACGATAGAGCTCATCTTTAAGAAGCATGGTAAGCATGTGATCATAACTGCCGGCCATGTTGATGAAAGCCGAGAAGTAGATGCTATCGATTTTCTGACCAGTCGGCGCTGTGATGCCCTGATCGTGCATGCTGAAGCGGTGTCCGATGATTACCTTGTTTCATTAAGCCAGTCTTCGGTGCCTGTGGCTGTTGTAAACCGCAAAGTGACAGGGCTTGAGGGCAATTGCTTTGTAGCTGATAACGTCGATGGTGGCTATCTAGCGACTAAAGCGGTAGTGGACAACGGACACCGGAATATCGGCTACATCAGCGGGCCGCTTTTCAAAAAAGATGCCTGCGATCGTTTAGCTGGCCATAAAAAAGCGCTGGCAGAGGCGGGGCTACCATTTGAACCGTCATGGGTATTTGAGGGTGATTATCATGAGTCATCCGGTCAGGAAGGTTTTTCCAGCTTACTGGCGCAGCACCCGAACGTGTCTGCACTGGTGTGTGCCAACGATGAGATGGCCTCGGGGGCAATGAACGCGGCCAGAGAAGCGGGGTTTGCACTGCCAGAACAACTGTCGGTCGTCGGGTTTGATAATGCGCTGTTTTGTCGTTATCTCTACCCTAAGCTAACTACCGTGAGTAACCCTGTTCGAGCCATGGGTGAAATGGCCGCGTACTGGGTATTGGAACGTGTTTACGATATAAAATGCCCTCAGCCTATCGCACATATTTTTGAGCCAGAATTGATAATACGCGACTCGCTCGGACCGGCAACCGATGCTTAA	MATIYEVSKAAGVSLATVSRVMNGNAKVSDRTRQKVVDAMEALGYKPNAIAQSLASNRTNSVGLLVSELHGSYFGDLMSTIELIFKKHGKHVIITAGHVDESREVDAIDFLTSRRCDALIVHAEAVSDDYLVSLSQSSVPVAVVNRKVTGLEGNCFVADNVDGGYLATKAVVDNGHRNIGYISGPLFKKDACDRLAGHKKALAEAGLPFEPSWVFEGDYHESSGQEGFSSLLAQHPNVSALVCANDEMASGAMNAAREAGFALPEQLSVVGFDNALFCRYLYPKLTTVSNPVRAMGEMAAYWVLERVYDIKCPQPIAHIFEPELIIRDSLGPATDA	PGPT0017992_10568	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
AK237_03797	1557	csbC		putative metabolite transport protein CsbC	ATGCTTAAGCCGTTGTCGCCCTCACTTCGCTATACCATGATTGTAGCGTTGGGCGGATTTATTTTCGGCTTTGATGCCAGCGTGATCTCCGGTGCAATCGGTTTTATCGATATCGCATTCGGCCTGTCCGATTGGCAGCAGGGATTCGTTGTTAGCTCGCCCACCTTAGGGGCGCTGATAGCCATGTGCTGTGCTGGCGCCATCAGTGACGCCATTGGCAGGCGTAAGACGCTTATTATTATTGCCGCGTTATATCTTGTTTCCTCACTGGCGTCAGCCTTGTCGGTAAATTACTGGATGTTAGTTTGCGCACGGTTTGTGGGGGGCATGGCGTTTTGCTCGTTGCTGATAGCGCCCATTTACATAGCTGAAATCAGTGCGCCGGAAAACCGTGGCAAAATGGTGTCAGTGAATCAGCTTTATATTGTGTTAGGTTTGGCGCTGTCTTACTTCAGTAATTACGCCTTCTTACAGCTAAGCGATAGTGATGCATGGTGGGTGAGTAAGCTGGGCATAGACAACAATTGCTGGCGCTATATGCTAGGGCTGGAAGTCGTTCCTGCTGCCATCTGGTTTATGCTACTTTTTACCATTCCCCGCAGCCCGCGCTGGCTTATGCTTAAAAATCGCCAACAGGAAGCAGAGCAAGTAGTCAGAAAGCTCTTTAACCCGCAGCAGGCAAAGAGACAATTGGCGGCCATCGGGCACTCGCTGGACCAGCAAAACTGGCGCTGGCAACAACGTTTACGCTTTTTGGTGGCACCACGTATGCGGTTTCCTCTTATCGTCGGGTTAATACTGGGCGTGTCGCAACAAATCACCGGAATTAACGTAATATTTTTCTACGCCCCGACCATTTTCGAGCACAGTGGTGTCGGTACTGACGCCGCTTTCATGCAGGCTATCTGGATTGGTTTAATCAACATTGTTTTTACGATTATTGCCATGGTAACCATTGATCGATGGGGAAGAAAGCCGCTGCTTGTCACCGGACTTTGTGGTGTGCTGATAAGCATGGCGATGTGCTCCTGGGGTTTTAAGCAAGCCACGTATCAACTCGATTCTGTCGAAGTTGCAGAGATTTCTATTGGTGATCCAACCCTGGCGACGCAGTTAGCGTCGCTTACAGACCAGAAATATTCTTCGGATGTGTCTTTCAAGCAATCCTTGATCGCAGCGTTAGGCGAAGAGCAATACAGTCAACATCAGCGCGTGCTATTGAGCAAGGGCATTAATATGAATGCACCGTTAGTGCTCGTTGGGTTGCTGGCGTTTGTTGCTTCTTATGCCATGTCATTAGGGCCGGTAATGTGGGCAATGTTATCAGAAATATTTCCTAATCAGAGCCGGGCGCTTGCTATCTCTGTGGTAGGGGTTGCTAATTCGCTTTCCAGTTTTCTGGTGCAGTTTTTGTTCCCCTGGGAGCTCATGCACCTTGGTGCCGCTATCACCTTTGCCTCGTATGGCTTATTCGCATTGATTAGCCTGGTGCTGGTGGTCAGGCTCTTTCCGGAAACCAAAGGGCGCTCGTTGGAGCAAATTTCGGAAGGGTTGTAG	MLKPLSPSLRYTMIVALGGFIFGFDASVISGAIGFIDIAFGLSDWQQGFVVSSPTLGALIAMCCAGAISDAIGRRKTLIIIAALYLVSSLASALSVNYWMLVCARFVGGMAFCSLLIAPIYIAEISAPENRGKMVSVNQLYIVLGLALSYFSNYAFLQLSDSDAWWVSKLGIDNNCWRYMLGLEVVPAAIWFMLLFTIPRSPRWLMLKNRQQEAEQVVRKLFNPQQAKRQLAAIGHSLDQQNWRWQQRLRFLVAPRMRFPLIVGLILGVSQQITGINVIFFYAPTIFEHSGVGTDAAFMQAIWIGLINIVFTIIAMVTIDRWGRKPLLVTGLCGVLISMAMCSWGFKQATYQLDSVEVAEISIGDPTLATQLASLTDQKYSSDVSFKQSLIAALGEEQYSQHQRVLLSKGINMNAPLVLVGLLAFVASYAMSLGPVMWAMLSEIFPNQSRALAISVVGVANSLSSFLVQFLFPWELMHLGAAITFASYGLFALISLVLVVRLFPETKGRSLEQISEGL	PGPT0014420_8	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-H+_SYMPORTER,PGPT0014420-araE-K02100	NA	NA
AK237_03798	765			hypothetical protein	ATGATGAACACGAAGAAAACATTAGCTGCTGTATTTGTTTCTGCGACATTATCCAGCGTAGCTGGCGCGGCTGCTGCCAAACAAGTTGAATCGCAAACTGATGCGATGCAACCAGTGAAAATGGAAAACCAGCAGCAAACCAATGCTCGAGATCGCATGACCAAAGCGTCAATGCAGGCGCATGATTCCAGTTCGGGGGCGCGCATGGCAGACATGCCTGACACGTGGATCACGCTAACTGGCGAGGTGACAGATGTTGATTCGAAGTTCTTCACGCTGGACTACGGCGAAGGCTCTATTTTCGTTGAACTCCACGATACCGATCTTGATGCTCATGCCTACGAGCAACTAGAAGGTAAAGACGTGATGGTAACGGCGCAGCTTGACGACGGTTTATTTACTGACTCGCGCATTGTGGCACAAAGCGTTTTCGTTGATGAGTTAGAAACGACTTACCTGGCTGATAACGTCGATCAGCATTCGGCTGACATGTATCTTAGTGCTGCGAACTCTCTTGATATGGATGATGAAGAAATGGTGCTGGTGGGCACTGTTCAATCCATCGGCAAGCAGGCTTTGCAGTTAAAAGTGGGTGACTCTACTTTAACGGTAGAGCTTGATGACCTTGATGAAATGCCTCTTGACGAAGCAGGCAAGCTAACGCTGGTGAAAGGCGAGCGTGTTCGGGTAACGGGTGAAATGGAAGAGGCGTTTTTCAACACCTTTACCGTAGAGGCCGAAGGTCTGATGAAAATGAAAAGTTAA	MMNTKKTLAAVFVSATLSSVAGAAAAKQVESQTDAMQPVKMENQQQTNARDRMTKASMQAHDSSSGARMADMPDTWITLTGEVTDVDSKFFTLDYGEGSIFVELHDTDLDAHAYEQLEGKDVMVTAQLDDGLFTDSRIVAQSVFVDELETTYLADNVDQHSADMYLSAANSLDMDDEEMVLVGTVQSIGKQALQLKVGDSTLTVELDDLDEMPLDEAGKLTLVKGERVRVTGEMEEAFFNTFTVEAEGLMKMKS				NA	NA	NA	NA	NA
AK237_03799	189			hypothetical protein	ATGAACCCCATAGCAAACATGTCTGGTTTAAAAACAGCTATCGCCAACGGTGAAGAAGACAGAGTTAAGCAGCTTCTGGCGGGGCAAACATTAGATGAGCTACAAAAAAGTTATCTGATTGAATTAGCCGATCTGGCAGGAAATCAGTCTATTAAATCACTGTTAAAAGACGCACCCGAAAAGCCCTGA	MNPIANMSGLKTAIANGEEDRVKQLLAGQTLDELQKSYLIELADLAGNQSIKSLLKDAPEKP				NA	NA	NA	NA	NA
AK237_03800	1308	fdhC		Fructose dehydrogenase cytochrome subunit	ATGAAAGCACTTAAGTGGCTGTGTGCTACAGCCGTTGTAATAGCCGTGATACTGGGTGGCATGGTGATATGGACAAAGGTTGCCCCGCAAGGTAGCGATCCGCAGCCTCCCATTGCGGGTATTCCTGATGACTTACATGACAGCGTGTCGCGGGGAGAATACCTCACTCGCGCCGCAGACTGTTTTGCTTGTCATACACAAAAAGGAGGTGAGCCTATGGCCGGCGGGCGTGCGTTTAAACTGCCTTTCGGTACCATTTACGCCACCAATTTAACGCCAGACAAGAACACTGGTATAGGCAACATGACTGACGATGCTTTTATTGCGGCAGTGCGCGACGGCATAGGTTCGAAAGGTCATGAGTACCCGGCGATGCCCTACACGACTTACACGCAATTGAGCACGCAGGACGTGTTAGATATAAAAGCTTATCTTATGTCGCTCGCGCCGATAAAGCAGCCAACACCAGAGAATGATCTGGCCTTTCCGTTCAATCAGCGCTGGGGAATGGCCTTTTGGAATGCGTTGTTCTTCGATAATCAGCGTTTTGAAGCCGATGAAGAGAAAAGCGAGCAGTGGAATCGCGGCGCCTATCTGGCAACCGCATTGGGACATTGTGGCGAGTGCCATACGCCACGAAACATCGGTTTTGCCACCCAATCCAGAGAGTATTTATCTGGCACCAAAGTGGAGGGCTGGAAAGCCTTTAACACCACTTCTGATGGTACCTATGGCATTGGTGACTGGAGCGAAGCACAATTACGAAGCTACCTGTCTACAGGCCATGCGCCGGGCAGAAGCTCAGCATCCGGCCCCATGGCTGAAGTGGTTGAACTGAGCTTACAGCATCTCACCGATAGCGACATGGACGCACTGGTTTACTACCTGCGCGCTGTAGAACCTGAACAAGGCGACACAGCCACCGTCGTTAATCTCGACCCTGCGACATTAAATCAAGCGTCGGCCGTGTTGCCCAACAACCTGTTGGCTGAGCATTCGCGTGGGAAAGCGCTGTTTGAGGGAGACTGTGCGGGCTGCCACCAATGGGACGGACAGGGTCGTCAGACACCATACGCATCACTAAAAGGAAGCAGTGCAGCTAACGATGCGGAAGGCTTAGCGATCACTCAGGTGCTCCTGCACGGCACAGAAATTACGATTGATGGTAAGCACCAATTCATGCCAGGATTCGGCGCAATTTACTCTGATAGTGATGTCGCGGCGCTTGCCAACTATGTACTCGCGCATTTTGGCGATAAGCAAGGCACGGTCACAGCGCAGCAAGTGCAAGAAGCAAGGCACCTGTAA	MKALKWLCATAVVIAVILGGMVIWTKVAPQGSDPQPPIAGIPDDLHDSVSRGEYLTRAADCFACHTQKGGEPMAGGRAFKLPFGTIYATNLTPDKNTGIGNMTDDAFIAAVRDGIGSKGHEYPAMPYTTYTQLSTQDVLDIKAYLMSLAPIKQPTPENDLAFPFNQRWGMAFWNALFFDNQRFEADEEKSEQWNRGAYLATALGHCGECHTPRNIGFATQSREYLSGTKVEGWKAFNTTSDGTYGIGDWSEAQLRSYLSTGHAPGRSSASGPMAEVVELSLQHLTDSDMDALVYYLRAVEPEQGDTATVVNLDPATLNQASAVLPNNLLAEHSRGKALFEGDCAGCHQWDGQGRQTPYASLKGSSAANDAEGLAITQVLLHGTEITIDGKHQFMPGFGAIYSDSDVAALANYVLAHFGDKQGTVTAQQVQEARHL	PGPT0017695_125	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE-HEXOSES_UTILIZATION	PLANT_DERIVED_FRUCTOSE_METABOLISM|DEGRADATION,PGPT0017695-fdhC-K23275	NA	NA
AK237_03801	2241	iorB_2		Isoquinoline 1-oxidoreductase subunit beta	ATGATCACTAAGCCTGAAAATCAGCAAGATGAAACCACCGGCCACTCTGGGATCGCGATTACACGCAGACAGTTTCTCGCCGGACTAGGCGCGCTGACACTAGCCGTTAACTTTAAAGGTCACATTGCACTGGCTGCTGAAAATACGTCCAGCGATTTATTTGTGCCTAATGCATTTATTCAAATCGACAAAACCGGCTTCGTAACCATCATTTCCAGCTACATTGAGATGGGCCAGGGCACATTTACAGGCCTTGCTACATTGGCTGCGGAAGAATTAAACATCACCCCCGAACAACTTCGTGTGGTTGGATCACCCGCCGACCTGGAAAAATACGGAAACCCGGTACTCGCAGCAGTAGGTTTTAACGTACAAGGCACGGGTGGAAGCACGGCTATGGCCGGCGCGTGGAACGTGATGCGAACAGCCGCCGCCTCTGCCCGACATATGTTGCTTCAGGCCGCTGCGCTGCAATGGAAAGTGCCATTAAAAGAACTGTCTGTGGAAGATGGTATTATTACGCACAAAGCAACGGGCAAGCGTGCGGGCTACGGCACGTTCATTGATGCCGCGGCTACCCTACCGGTTCCTGACACTGAAACACTTAGCTTTAAAAAGCCAGACGCGTACCAACGGATAGGTAAAGCGGACGGCATGCGCCGGGTAGACATTCCTGAGAAAGTAAACGGCAAAGCCATTTTTACGCAAGACATTAAATTACCCGATATGTTAGTGGCAGTGATTGCCCACCCACCAAGAAAGTTTGCCAAACCTGCCAGTGTAGATAAAGCCCCAGCCATGGCTGTACCGGGCGTGTTGGCTGTTCTGGATATCCCCGGTGATGACGTTATACAAGGTGGTGTAGCCGTACTCGCCAAAAACACCTGGATTGCCAAAAAAGGTCGCGATGCACTTAAAATTCAATGGGACGACACTACCGGTACGCAGGCCGACTCTGAAACCTTGTTTGAGGAATTCAGGCAATTGGCTGCCACGCCAGGACTTGAAGTGGCTAACACTGGCCCGCAATTAACTGATGTCCCCGAAGGCGGTTACGAAATTGATGCCGTTTTTGAATTGCCCTATCTGGCTCATGCGCCAATGGAGCCAATGAATGCACTCATCCACCTTAAGGATGACAGCTGTCACATGTGGAATGGTGAGCAGTGGCATACCAACGATCAAGCGGCCATTGCAAAAGAAGTCGGGTTACCAAAAGAGCGCGTTCAAATTACCCAGCTATACGCAGGGGGCAGCTTCGGCCGCCGTGCCGGACCAAGTTGTGATTACGTTATCGAAGCAGCACGCATTGCAAAAGTGGCACGGGCGCAAGGGTTTGGGGTTCCAATTAAAATGGTCTGGATGCGTGAAGAAGACATGGGCGGCATGCAATACCGTCCTATGACCGTGCACAGCAACAAAATCATGATCAATGCCGATGGCAGCGTTGCCTCGTGGCGCTGGCGTGTTGTGGGCCAGAGCTTCTTTCCTATGCCGGCCGATCAGGTTGATCATACCTTAATGGAAGGCGCGCACGGTTTACCCTACGCGATAAACAATATGCTGGTTGAACAGCATTTGTATAAGGGCGATATCCCTACCTCCTGGTTACGCTCCGTAGGGCATACTCATTCAGCATTCGTCGGCGAAGTTTTAATTGATGAAATAGCCAGTAAGACTGAACAAGATCCCTATCAATTCAGACGCAAATTACTGGCCGATGCCCCCGCTTTTTTGAAAGTACTGGATCTTGTTGCAGAAAAATCTGGTTGGAATACACCACTTCCACAAGGAGAAAATGGAGACAAACGAGCCCGGGGTATAGCGATACGCCAGTCGTTTAATACCATTGTTGCACAGGTAGCGGAAGTAACCGTGCGCCCTGACAACACCTATAAAGTTGACAAAGTGTATTGCGCTGTTGATTGCGGGCAAGTAATTAATCCCATCAATGTTGCCACGCAGGTTGAAGGTGGAATTGGATTTGCGATGTCGTTCCTGAAACAAGAGATCACCCTTAAAGATGGCGTGGTAATGCAAGGCAACTTTAATACTTATCCCGTTTTACGCATTAACGAAGCCCCCGCTGTGGAGGTATTTACAGTCGATTCTACTAACCCACCAACAGGTATAGGCGAACCCGGTGTACCGCCCGCCGTACCAGCAATTTTGAACGCCATTAGTCGTATTACCGGCAACGTTGTGCGTCGATTGCCGTTAGGTTCTCAAGTACTGGTGTAG	MITKPENQQDETTGHSGIAITRRQFLAGLGALTLAVNFKGHIALAAENTSSDLFVPNAFIQIDKTGFVTIISSYIEMGQGTFTGLATLAAEELNITPEQLRVVGSPADLEKYGNPVLAAVGFNVQGTGGSTAMAGAWNVMRTAAASARHMLLQAAALQWKVPLKELSVEDGIITHKATGKRAGYGTFIDAAATLPVPDTETLSFKKPDAYQRIGKADGMRRVDIPEKVNGKAIFTQDIKLPDMLVAVIAHPPRKFAKPASVDKAPAMAVPGVLAVLDIPGDDVIQGGVAVLAKNTWIAKKGRDALKIQWDDTTGTQADSETLFEEFRQLAATPGLEVANTGPQLTDVPEGGYEIDAVFELPYLAHAPMEPMNALIHLKDDSCHMWNGEQWHTNDQAAIAKEVGLPKERVQITQLYAGGSFGRRAGPSCDYVIEAARIAKVARAQGFGVPIKMVWMREEDMGGMQYRPMTVHSNKIMINADGSVASWRWRVVGQSFFPMPADQVDHTLMEGAHGLPYAINNMLVEQHLYKGDIPTSWLRSVGHTHSAFVGEVLIDEIASKTEQDPYQFRRKLLADAPAFLKVLDLVAEKSGWNTPLPQGENGDKRARGIAIRQSFNTIVAQVAEVTVRPDNTYKVDKVYCAVDCGQVINPINVATQVEGGIGFAMSFLKQEITLKDGVVMQGNFNTYPVLRINEAPAVEVFTVDSTNPPTGIGEPGVPPAVPAILNAISRITGNVVRRLPLGSQVLV	PGPT0009811_1071	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-QUINOLINE_RESISTANCE,PGPT0009811-iorB-K07303	NA	NA
AK237_03802	459	iorA_3		Isoquinoline 1-oxidoreductase subunit alpha	ATGATTAAGCTTACCGTAAACGGTCGCCCCGAAACTTTCGAGGGAGACGCAGAAATGCCATTGCTGTGGTATTTACGCGATGAAATCGCACTTACCGGCACAAAATTTGGCTGTGGCATGGCACTTTGTGGCGCATGTACAGTGCACGTAAACGGCAAACCAGCCAGATCGTGCGTCACGCCCATGCGCGCCCTTGAAGGCGCAACAATCTCAACCATTGAAGCTGCTCAAACCGACAGAATTGGCGCGATTGTGCAGGCTGCCTGGGTAGAAGAGCAGGCTCCACAATGCGGCTACTGCCAGTCTGGTCAGATTATGTCTGCGGTTGCTTTACTGTCAGAAAAGCCCGCTCCCACTGATGATGACATTGATGCAGCAATGAGCGGTAATATCTGCCGTTGTGCAGCATACCCCCGAATTCGAAGTGCTATTCACCGTGCAGCAAGGGAGCTGAAATAA	MIKLTVNGRPETFEGDAEMPLLWYLRDEIALTGTKFGCGMALCGACTVHVNGKPARSCVTPMRALEGATISTIEAAQTDRIGAIVQAAWVEEQAPQCGYCQSGQIMSAVALLSEKPAPTDDDIDAAMSGNICRCAAYPRIRSAIHRAARELK	PGPT0009812_1416	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-QUINOLINE_RESISTANCE,PGPT0009812-iorA-K07302	NA	NA
AK237_03803	465			hypothetical protein	ATGCAGGCATTTACGGCCACACTCAGTTCGGCGTGTTTATTCGCGCTGTCTTTTTTCTCTTCGGCTCAATCTATGGAAATCACCCCCAATGGCAGCCAGCAAGCTATTACCGGTTCGACGACATATTTCACCGGTACCAGCATCGTCAATCCATATTTCAGTAACACGGAAGCGGGCGTATCTGGCGCAAGTGTTACCTTTGCCCCAGGTTCTCGCTCTGCGTGGCATACCCATCCTAAAGGCCAGTATCTGGTGGTAACCGAAGGCACCGGCTATGTGCAGGAGTGGGGAAAGGCGAAGAAAACGATTAAACCGGGAGACGTTGTCTGGACACCTCCGGGTGTTAAGCATTGGCACGGCGCTGCGGAAAATTCCATGATGTCGCACATCGCTATTCAACAATTTGGTGAAGGCAAAAACGTCGTGTGGATGGAAAAGGTCAGTGATAAAGAGTACCAGAAGTAG	MQAFTATLSSACLFALSFFSSAQSMEITPNGSQQAITGSTTYFTGTSIVNPYFSNTEAGVSGASVTFAPGSRSAWHTHPKGQYLVVTEGTGYVQEWGKAKKTIKPGDVVWTPPGVKHWHGAAENSMMSHIAIQQFGEGKNVVWMEKVSDKEYQK	PGPT0005005_49	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-HYDROXYCINNAMIC_ACID_RESISTANCE,PGPT0005005-pcaC-K01607	NA	NA
AK237_03804	789			hypothetical protein	ATGGGGTTATATTTAGTGAAAAATACGTCGTTAGTTGTGCTCGTTGTGACGTCGTTGTGTGCTTCTACAGTTTTTGCAAAGGAGACATCATCAATGAATCAGCGTAATAGTAGTCAGCGTGTTGCACCACAGGTTGAAGAAAATTTGTCTACCGTCATTGCCAGTGACTTATGGAAACGAAAAGCACTTTCTGTACGTGACAGGAGCATCGTGACGCTGTCCGGGCTAATCAGTCGGGATCAGCTTGCGGCCATGCCTGAAATCGTTGAAAAGGCATTAGACAGTGGCGTAACGCCCGAAGAAATTGCTGAGATTGTTAATCATTTAGCATTTTACACTGGCTTTGCGAATGCAAAAGCGGCGATTGATGTGATCGCCCCAATTTACGTTGAAAGAGGCATTACGGCTAAACAGCTTCCCTCTTCAGAACTTGACTTACTTCCTTTAGATAAAGACGCTGAGGATAAGCGCGCCCGCACAGTGATGGATAACTTCGGCGATGTGTCTCCCGGCACCGTTCAGTTTACCACCGACGCCTTATTTTTAGATTTATGGCTTCGGCCGGGACTTGAACCCCGGGATCGAAGCTTAGTAACTGTTTCAGCACTCGTTGCAACGGGGCAAGCCGAGCAAGTGACCTTTCATCTAAACAAAGCAATGGACAACGGGTTGACGCAAGAGCAAGCCGGCGAAGTGCTTACCCAACTGGCATTCTACAGTGGTTGGCCAAAGGTCTTTTCTGCTATGCCTGTGTTTAAGCAGGTGTTTTCTGAGCGTAAAGCTCGCTGA	MGLYLVKNTSLVVLVVTSLCASTVFAKETSSMNQRNSSQRVAPQVEENLSTVIASDLWKRKALSVRDRSIVTLSGLISRDQLAAMPEIVEKALDSGVTPEEIAEIVNHLAFYTGFANAKAAIDVIAPIYVERGITAKQLPSSELDLLPLDKDAEDKRARTVMDNFGDVSPGTVQFTTDALFLDLWLRPGLEPRDRSLVTVSALVATGQAEQVTFHLNKAMDNGLTQEQAGEVLTQLAFYSGWPKVFSAMPVFKQVFSERKAR	PGPT0005005_177	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-HYDROXYCINNAMIC_ACID_RESISTANCE,PGPT0005005-pcaC-K01607	NA	NA
AK237_03805	435			hypothetical protein	ATGAGTGAATCGTATTCCAATGATGATATGACGCTGCTTCGGGCCAGCGATTTTGAGGCACTGAATGGGCCGGCAGAAACCTTTACAGGTCGCGTGCACTTGTCAGGCTTGTTTACGGCACCTACTCCTTCGAACGTGGGGGTGGGAATTGTAAACTTTGATGTGGGCGCGCGATCTAATTGGCACACCCATCCGGTAGGTCAGATATTGGTGGTCACCCGGGGGGTAGGCTGGCATCAATGTGAAGGTGGCCCGAAACATGAAATTCGTGAGGGCGATATTATTTGGTGTCAGTGCGGTCGTCGTCATTGGCATGGCGCTACAGACAAGACGTCAATGCAGCATATTGCTATCACTGAATCGAAAGATGGCAGTGTTGTTGAATGGATGGAGCCAGTTACCGACGAAGAATATTTGCAAACGCCGGTTAGTTAA	MSESYSNDDMTLLRASDFEALNGPAETFTGRVHLSGLFTAPTPSNVGVGIVNFDVGARSNWHTHPVGQILVVTRGVGWHQCEGGPKHEIREGDIIWCQCGRRHWHGATDKTSMQHIAITESKDGSVVEWMEPVTDEEYLQTPVS	PGPT0005005_33	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-HYDROXYCINNAMIC_ACID_RESISTANCE,PGPT0005005-pcaC-K01607	NA	NA
AK237_03806	237			hypothetical protein	ATGTCTGCAATACACATCAACGCATTAAACAAAGCGGAAAAAGGCAATTGGGATGAGGCACACGCGCTGGTTGAAGATCTCAATGATGAATATTCATGCCTTATCCACGGCTATCTTCATCGTGTAGAAGGCGACAAATTCAACGCCCGTTACTGGTATACGCGTGCAGGCCACAGCATGCCAAATAACAGTCTTGACGATGAATTTGTGCGACTTTACACACTCGTGAGCGAATAA	MSAIHINALNKAEKGNWDEAHALVEDLNDEYSCLIHGYLHRVEGDKFNARYWYTRAGHSMPNNSLDDEFVRLYTLVSE				NA	NA	NA	NA	NA
AK237_03807	909	trxB_2	COG0492	Thioredoxin reductase	ATGCGTTACGATGTCATTATTGTAGGTGGAAGTTTTGCCGGGCTTGCAGCAGCAATGCAACTGGTTCGCGCACAACGACACGTGTTGGTGATAGACGCCAACTTACCAAGAAACCGATTTGCAACGGCTTCACACGGCATTTTTTGTTTAGATGGAAAGAGCCCTGCTGAAATCCGCAGAACGGCATTGGAGCAACTTTTCGCTTACCCTACTTTCGAATTTTGGCAAGACACCGTCATAGCGGCGGAAAAACAAGAAAGTCAGTTTGCAATTCAAACCAAACAAGACATTCGGGCCACCGGTAAGCGGTTAATCCTGGCAAGTGGCATTACCGACAAGCTCCCAGCAGTACCTGGGCTGGAAAAATACTGGGGGAAGAATGTGGTGCATTGCCCGTACTGTCATGGCTACGAATTACGCAACACTGAACTGGGAGTACTCGCCACGTCGGATATGTCTTTACACCAAGCCGCCATGCTCCCGGACTGGGGCGTCACCACCCTGTTCACACAAGGGAAGTATGAACCCGATCCTGCGTTCGAAGCATTTCTGCGCGCTCGTGCCGTAAACCTTGAGCACTCGCCAATTGTGGCAATTACAGGCGATGATGAAAAAATGGAAGCGGTAACTCTCGCTGATGGCAGAACGTTATCGCTGGGAGGTTTATACGTTGGTCCGCAAATCCATATTGCATCCCCTCTGGTCAGTAAACTGGGTCTTAACCTTACCGACACAGCGCTCGGACACGTAGTAGAAGTAGATGCATTCAAGGAAAGTTCAGTGAAGGGAGTGTATGTTGCCGGCGATCTCTCCAACCCAATGCAAAGCGGTACATTAGCGATAGCGTCTGGGACAATGGCCGGCATTACAACCCATCGCTCTTTAATTTTTGAGGGCTTTGAAATGTAA	MRYDVIIVGGSFAGLAAAMQLVRAQRHVLVIDANLPRNRFATASHGIFCLDGKSPAEIRRTALEQLFAYPTFEFWQDTVIAAEKQESQFAIQTKQDIRATGKRLILASGITDKLPAVPGLEKYWGKNVVHCPYCHGYELRNTELGVLATSDMSLHQAAMLPDWGVTTLFTQGKYEPDPAFEAFLRARAVNLEHSPIVAITGDDEKMEAVTLADGRTLSLGGLYVGPQIHIASPLVSKLGLNLTDTALGHVVEVDAFKESSVKGVYVAGDLSNPMQSGTLAIASGTMAGITTHRSLIFEGFEM				NA	NA	NA	NA	NA
AK237_03808	423	ywnA	COG1959	Putative HTH-type transcriptional regulator YwnA	ATGAGAAAAGACAGTCGGCTTTCCCGTGTACTGCATGTGTTAATTCATTTGGATGTGCATGAGCATCCTGTTACCTCGGACACCATTGCCACCATGCTCACCACCAATCCTGTCGTGGTACGACGCACTATGGCGCTTTTGCGCGAATGTGGGTATGTCGAATCAATTAAAGGGCACAAAGGCGGATGGTCGTTGAAGAGGTCATTGGCCGATATTACGTTGCTTGATATTCACCGGGCGTTAGGCGAAAGCAGTGTGTTTACCATCGGACTGACTGACGAGCACAACAATTGCGCGATAGAGCGTGCGGTAAATCGTGCGCTTGCTGATGCCATGAATGACGCTGAAGCATTGCTGCTTCAGCGGTTTGGTGAGGTCACGTTAGCCGATTTAGGCAAGGACTTCGCACGTCACTTTGCTTAG	MRKDSRLSRVLHVLIHLDVHEHPVTSDTIATMLTTNPVVVRRTMALLRECGYVESIKGHKGGWSLKRSLADITLLDIHRALGESSVFTIGLTDEHNNCAIERAVNRALADAMNDAEALLLQRFGEVTLADLGKDFARHFA				NA	NA	NA	NA	NA
AK237_03809	576			hypothetical protein	ATGCTGAATAAATTGATTTTACTCCCGGTGAAGGGGCTGATTACCATTCTGCCCTTTGCCATCACCATTTATTTTCTTGTTTGGTTGGTAAGCACAACTGAAGCGCTTTTATCTCCCTTTTTACCTGCTGATTATTATTTTCCCGGATTAGGCGTAGTGACCGTTATTCTCGCTTTAACGGCGGTAGGAATACTGATCAATGCGTATTTATTCAACTGGATAATTTTACTGGGTGAACGCATTTTTGCGCGCGTACCTGTGGTAAAAACCCTGTTTGGGGCCGTTCAGGATGCGGTGGAACTTTTTGAGGTGAAACCCGATGAAGAAAGTAGAAAAGCCGTGGCGGTGGAAATGGAAAATGGCATTAAGCTAATTGGCTTTATGACCAATGACAAAGTCGCCAATAAACTGTTCCCGGACGAAGATAAAGTAGCAGTGTATTTGCCTATGAGCTACCAAATAGGAGGCTACACCCTTTACCTGCCCCGCGATAAAGTGACCCCACTTGATATAGACGTTGAAACGGCAATGCGCATTGCCGTTACGGGCGGTAACTCGATAGAAAAAGACAGCTAA	MLNKLILLPVKGLITILPFAITIYFLVWLVSTTEALLSPFLPADYYFPGLGVVTVILALTAVGILINAYLFNWIILLGERIFARVPVVKTLFGAVQDAVELFEVKPDEESRKAVAVEMENGIKLIGFMTNDKVANKLFPDEDKVAVYLPMSYQIGGYTLYLPRDKVTPLDIDVETAMRIAVTGGNSIEKDS				NA	NA	NA	NA	NA
AK237_03810	822	cysQ_3		3'(2'),5'-bisphosphate nucleotidase CysQ	ATGATAAATACCGAACAGATTCACCAGTTAGCGGCTATCTGTAAAGCCGCCTCCGTAGCCGAAATTATGCCCCGGTTCAGGCAGCTGGAACGTGGGCAAATTGAAGAAAAGCGTAGTCATCACGATTTAGTGACTGTGGCTGACCAAGCGGCCGAAGCCTTTATTCTATCGAAGCTTCAGGAGCTGTATCCTGACGCACTGCTTATTGGTGAAGAAAGTGTGTATGTGGGCCCTGCATCGTTGGAAAGCTATAGTGACGCACCGCTCAGCTTTGTCTTAGATCCTATTGACGGAACGTGGCATTACGCGAATGGATCTGTGAATTTTGGCGTGATGCTGAGCATTGCCAGCTATGGCGAAACCGTCGGTGGCATTATTTATGAACCCGTTACTGGCGATTATCTGTGGGCAATTAAAGGGCTGGGCGCGTTTGAGCGTATTAATGATGTTGATCATCCCTTGTCGGCGGGACGTCATCAGGCATTGCCACTGAAGGAAACCATGTGTTGCTATTCCTTTGGTGTGACCAAAGAGGCAGATCGGGAGCAGGCTATTAAAGCGGTAACGCAAATGGGCCGTGTTATGGATTATCGTTGTGCTGCCGCTGAATACCGTTTGCTTAACACGGGAGCCGTTTCGTTTGTCCTATTCCAAGGCACGTTAAATGTGTGGGATCACGGGGCAGGTTTACTTATTACCGAGGAAGCCGGCGCCGTTGCCCGTATGATAGACGGCGCGTCTTATCAGCCGCAAATTACGGGAAAACTGTTAGTTGCTGAAAGCGAAGCGCGTTGGCAGGAGGTGGCGGCTCTCTTTCTTTAG	MINTEQIHQLAAICKAASVAEIMPRFRQLERGQIEEKRSHHDLVTVADQAAEAFILSKLQELYPDALLIGEESVYVGPASLESYSDAPLSFVLDPIDGTWHYANGSVNFGVMLSIASYGETVGGIIYEPVTGDYLWAIKGLGAFERINDVDHPLSAGRHQALPLKETMCCYSFGVTKEADREQAIKAVTQMGRVMDYRCAAAEYRLLNTGAVSFVLFQGTLNVWDHGAGLLITEEAGAVARMIDGASYQPQITGKLLVAESEARWQEVAALFL				NA	NA	NA	NA	NA
AK237_03811	2328	dap4_1		Dipeptidyl aminopeptidase 4	ATGATGAAAAAACGCAATGCTATTCTGCTGGCAGGGCTTGGGCTTATCAGCCTTGCAGGTTGTTCTTCAGCAACTGCACCGTCAGCAGCTTCCGCCATGACCAAAGAGGCCTCAGTGACCACACCGCTTACTCTTGATCGAATATACAAAGATAATGAATTTAAAACGGAACGCGCACCCTATTTCCGGTGGCTGGATGATGGTTCTGGTTATACCGTGCTTGAAGCCCGGGACAAAAAGGACGCGGAATTAGACGACGATGAACACGGCGTAAAAGGCAATGATATTGTTTTTTATCAGCCTGATGGTAATGGTCGGAAAGTGCTGGTTACCGTGGAGCAATTAACGCCAAAAGGTGCTGACGACGCGCTGGAAATTGAAGATTACCAATGGTCTGAAGACGGCAAATGGTTGATGATATTTACCAATGGCCAGAAAGTATGGCGAAGCCGGAGCCGCGGAGACTTTTGGGTGTTAAACCTGCAAACGGATGCACTTTATCAGTTGGGTGGAGAGCAACCCGAGCCAACGAGTTTGATGTTTGCCAAGTTTTCGCCGGACAGCCAGCGAGTGGCGTACGTACAAAATAACAACATCTATACTGAATCGTTAGGCAGTACGAATAGAACCGCGCTGACAAACGATGGTGGCGAAAATACCGTAAACGGTAATTTTGACTGGGTGTATGAGGAAGAATTTAGCATTCGCGACGGATTCCGCTGGAGCCCGGATAGTCAGAATATTGCCTACTGGCAATTAGATACTCACGGTGTGAAATACTTCACCATGATCAACAACACTGATGATCTTTATCCTGCGTTAACGCAATTTCCGTATCCCAAGGCGGGAGAGCAGAACGCCGCGGTGAAAGTTGGTGTGGTGTCTTTAGCGGATAAGCAAACCCGCTGGGCGCCGCTCGAAGGCGATAATCACGACCGCTATATACCGCGTATCAGCTGGGCTGGCACCAGCAGTGAGTTGTTGATTCAAGATGTTAATCGTCCGCAGAATACCAACGTATTGCGCCTGTTTAACTGGCAGAACGAAAAAATCACCACGATTTACACCGACCACGATGATGCATTTTTAGAGTGGTACTACGCGGCGGAGTGGGAGAATGATGGCAGTCATTTTATATGGCACAGTGAACGGGATGGATGGCGTCATCTCTATCGCATAAGCCGGGACGGCAAAAGCATTGTGGATTTGACTCCCGGTGAGTACGATATCGTTGATTTAGTCGCCCTGAACGAAGACACGAATAGTCTTTTCTTTACGGCAGCACCTGATCAACCCGAGAAGCGTTTTCTGTTTAAGGCCACCCTCGATGGCTCTGCGCCTGTTGAGCGTGTAACGCCGGAATCATTTGCTGGTAATAACGCCTACAAAATGTCTAAAGATGGCAGTATGGCCATGCACACGTTCAGCACCTTTGACACACCACCGATGAGTGAAATCATCAACGTGGCGGAGCATACGCCAGTTAAATCGCTGGTGACGAACGATGCCCTTAAGGCAAAACTGGCTGAAGAAAGCTTGCCGCGCCATGAATTCTTTCGCGTAGAGGCACGAGATGGCGTACCACTAGACGGGTGGATCATGTTTCCGCCGAATTTCGACAAATCTAAGAAATACCCCATTATTTTTTATGTGTACGGCGAACCCTGGGGATCTACTGTACAAGATGCGTGGACCGGCAATAGTTACCTGTGGAACAGCATGATGACACAACAAGGTTTCATCATGGTATCGGTGGATAACCGCGGCACTCGCGCACCAAAAGGGCGTGACTGGCGTAAATCGATTTATAAAAAAATTGGCAGCATTACGGTACGGGATCAAGTTGATGCCCTCGATGCAATCGCCGCGCGTTGGCCACAAATTGATACTGAAAACGTTGGAGTGTGGGGACATTCCGGTGGAGGCAGCTCAACCCTAAACCTGCTATTCCGTCATGGCGATAAATTTAAAGTTGGTGTGGCGCAAGCACCGGTTGCTGATATTCGTCTTTACGACAGTATTTATCAGGAGCGCTATTCCGGTAATCCGAACACCGATCCGGACAGTTATACGCAAACGTCTCCTATTACCTTCGCAAAAGACTTAACCGGTGACTTGTTGCTTGTACACGGCACTGGCGATGACAACGTGCATTATCAAGGCACCGAAGCACTGATTAACGAACTGGTGAAGTACAATAAGCAGTTTGACTTTATGTCGTACCCAAACCGTAGCCACAGTCTGCGCGAAGGCGAGGGAACAACACTGCATTTAATGACAATGAAGACGAATTTCTTTAAATCGCATTTGCAGAAAGACAAACAGTAA	MMKKRNAILLAGLGLISLAGCSSATAPSAASAMTKEASVTTPLTLDRIYKDNEFKTERAPYFRWLDDGSGYTVLEARDKKDAELDDDEHGVKGNDIVFYQPDGNGRKVLVTVEQLTPKGADDALEIEDYQWSEDGKWLMIFTNGQKVWRSRSRGDFWVLNLQTDALYQLGGEQPEPTSLMFAKFSPDSQRVAYVQNNNIYTESLGSTNRTALTNDGGENTVNGNFDWVYEEEFSIRDGFRWSPDSQNIAYWQLDTHGVKYFTMINNTDDLYPALTQFPYPKAGEQNAAVKVGVVSLADKQTRWAPLEGDNHDRYIPRISWAGTSSELLIQDVNRPQNTNVLRLFNWQNEKITTIYTDHDDAFLEWYYAAEWENDGSHFIWHSERDGWRHLYRISRDGKSIVDLTPGEYDIVDLVALNEDTNSLFFTAAPDQPEKRFLFKATLDGSAPVERVTPESFAGNNAYKMSKDGSMAMHTFSTFDTPPMSEIINVAEHTPVKSLVTNDALKAKLAEESLPRHEFFRVEARDGVPLDGWIMFPPNFDKSKKYPIIFYVYGEPWGSTVQDAWTGNSYLWNSMMTQQGFIMVSVDNRGTRAPKGRDWRKSIYKKIGSITVRDQVDALDAIAARWPQIDTENVGVWGHSGGGSSTLNLLFRHGDKFKVGVAQAPVADIRLYDSIYQERYSGNPNTDPDSYTQTSPITFAKDLTGDLLLVHGTGDDNVHYQGTEALINELVKYNKQFDFMSYPNRSHSLREGEGTTLHLMTMKTNFFKSHLQKDKQ				NA	NA	NA	NA	NA
AK237_03812	243			hypothetical protein	GTGACGTCGCTGCACCGGCAGATTGATGCACTGGAACAGGCGGCTGAACACGCCGAACTGGCTTACAAGCTCACTAACCTGAGTAAAATCGCCGGTGCCCGTTCCTACCGGGACGTGCTGGAAACCCAGCGCGACTGGCTACTGGCAAGACAAGCTTTTTTGAATGTCAGTCAGCAGCAAGTCGCCGAAAGGGTAGTGTTATTCAAAGCATTGGGAGGCGGCTGGGATGTCCCTCATCGTTGA	MTSLHRQIDALEQAAEHAELAYKLTNLSKIAGARSYRDVLETQRDWLLARQAFLNVSQQQVAERVVLFKALGGGWDVPHR				NA	NA	NA	NA	NA
AK237_03813	237			hypothetical protein	ATGCTGCGTCGTCGCCCGGATCTTCGCGAAGCCGAGCAACAGCTGCGCAGCGATACCGCGCTGAACAGTCTGGCCATTGCGGAGCTTTACCCCAGCATCTCTGTGGGCGGCAGTATCAATTACTTCGACAGCCGTCAGACCACGGGCGACAACTGGTCGTTTTCCGTCGGTCCGCTTATCAGCTGGCAGGCCGCGCCAGAGTCCGTCAGGCTGAGGCTCAGGTGGAGTCGTCCGTAG	MLRRRPDLREAEQQLRSDTALNSLAIAELYPSISVGGSINYFDSRQTTGDNWSFSVGPLISWQAAPESVRLRLRWSRP	PGPT0028880_278	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE	CE-BACTERIAL_FITNESS-MULTIDRUG_TRANSPORT-EFFLUX_PUMP_MexEF-OprN,PGPT0028880-oprN-K18300	NA	NA
AK237_03814	618	oprJ	COG1538	Outer membrane protein OprJ	GTGGGTAATGTGGCGGATATGCTGCGTCGTCGCCCGGATCTTCGCGAAGCCGAGCAACAGCTGCGCAGCGATACCGCGCTGAACAGTCTGGCCATTGCGGAGCTTTACCCCAGCATCTCCGTGGGTGGCAGTATTAATTACTTCGACAGCCGTCAGACCACGGGCGACAACTGGTCGTTTTCCGTCGGTCCGCTTATCAGCTGGCAATTCCCCAATCAGCTGGCAGGCCGCGCCAGAGTCCGTCAGGCTGAGGCTCAGGTGGAGTCGTCAGTAGCCGCATTTGAAGGCCGGATCATTCAGGCATTGCAGGAAGTGGAAACCGCCCTCACCCGGGTGACGTCGCTGCACCGGCAGGTTGACGCGTTGGAACAGGCGGCTGAACACGCCGAACTGGCTTACAAACTCAGTAACCTGAGTAAAATCGCCGGTGCCCGTTCCTACCGGGACGTGCTGGAAACCCAGCGCGACTGGCTACTGGCAAGACAAGCTTTTTTGAATGCCAGACAGCAGCAGGTAGCACAACGCGTCACCCTGTTCAAGGCATTAGGCGGCGGTTGGGAAGATCTTCCGCTGACTGCCAGTCAGGACAATACGGCCAGCCCGACGCATCAGCCCTGA	MGNVADMLRRRPDLREAEQQLRSDTALNSLAIAELYPSISVGGSINYFDSRQTTGDNWSFSVGPLISWQFPNQLAGRARVRQAEAQVESSVAAFEGRIIQALQEVETALTRVTSLHRQVDALEQAAEHAELAYKLSNLSKIAGARSYRDVLETQRDWLLARQAFLNARQQQVAQRVTLFKALGGGWEDLPLTASQDNTASPTHQP				NA	NA	NA	NA	NA
AK237_03815	288			hypothetical protein	ATGAGCGAAGATTTAAAAAATAAAGATTTTGAAATAGTACGTGCCAGCGACTTTAAAGCGATGGACGGCGGTGATAAAAATTTTACCGGTCGCGTGCATATCTCCGGTTATTTTGCGGCCCCTGAGCCATCAAAAGCCGGTGTGGGCATCGTGAACTTTGATGTGGGCGCACGCACTAACTGGCACACCCATCCGGTTGGTCAAATCCTGGCTGTTACCCACGGTGTGGGCTGGCATCAGTGTGAAGGAGGCCCGAAACACGAAATCCGTGAAGGTGACATTATCTAG	MSEDLKNKDFEIVRASDFKAMDGGDKNFTGRVHISGYFAAPEPSKAGVGIVNFDVGARTNWHTHPVGQILAVTHGVGWHQCEGGPKHEIREGDII	PGPT0005005_32	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-HYDROXYCINNAMIC_ACID_RESISTANCE,PGPT0005005-pcaC-K01607	NA	NA
AK237_03816	795			hypothetical protein	ATGACCCGTTTTATGTTGAGGACCTATTGTAACCCTGCAAAGTTTAAGTTGTTGGCGGCACTCTTCTCATTCTCATTTTATGCAACAGGACAAACTACCGTGACACAGTCTGATTATGCAGAAATCGTTGCGCCTCAGGTGCAGCGAAACCTCGATAACGTTATCGGCGATGATCTCTGGAAGCGCAAGGCGCTGTCTTCCCGTGACCGCAGTATCGTGACCCTTTCCGGTCTGATTGCCCGTGGCCAGCTTGACGCTATGCCTGAGATTGTAGGCAAAGCCCTGGACAGCGATGTGTCTCCTGAAGAAATTGCTGAAATTGTAAATCACCTCGCGTTCTATACCGGTTTTGCTAACGCAAAAGCCGCTATCGCTGTTATCGGGCCCGTTTATGCGGCTCGCGATATTAAAGCGAAGCAGTTACCGTCTTCTGAGCTGGAATTACTGCCACTGAATGAAGAGCAGGAAAAACAGCGTGCGAATTACGTCGGCAGCACCTTCGGTGACGTCTCGCCAGGTACGGTTCAGTACACTACCGACGCGCTGTTCCGTGACTTATGGTTACGCCCTGGTCTTGAACCCCGCGACCGCAGCCTGGCAACTGTTGCAGCGCTGGTTGCTACCGGCCAGGTTGAGCAGGTTAATTTCCACCTGAACAAAGCCATGGACAACGGTCTGAGCCAGGAAGAAGCCGGTGAAGTGCTAACCACCCTGGCATTCTACAGTGGCTGGCCAAAAGCATTCTCTGCGTTATCTGTATTTAAAGAAATCTTTGAAAAGCGTAACGAAAAATAA	MTRFMLRTYCNPAKFKLLAALFSFSFYATGQTTVTQSDYAEIVAPQVQRNLDNVIGDDLWKRKALSSRDRSIVTLSGLIARGQLDAMPEIVGKALDSDVSPEEIAEIVNHLAFYTGFANAKAAIAVIGPVYAARDIKAKQLPSSELELLPLNEEQEKQRANYVGSTFGDVSPGTVQYTTDALFRDLWLRPGLEPRDRSLATVAALVATGQVEQVNFHLNKAMDNGLSQEEAGEVLTTLAFYSGWPKAFSALSVFKEIFEKRNEK	PGPT0005005_321	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-HYDROXYCINNAMIC_ACID_RESISTANCE,PGPT0005005-pcaC-K01607	NA	NA
AK237_03817	594	mobA	COG0746	putative molybdenum cofactor guanylyltransferase	ATGGGTTTGGATCGGCGCGAAATTCTAAGTCATGAAACTGCAGGGTTAGTACTCTGCGGCGGCAAGTCATCCAGAATGGGGCGGGATAAATCCCGCCTGACACTGAATGGTTTGACGCTGCTGGACACTACCCGGCAAACATTGTCAGGTGTTTGTGAGATGGTTTACACCCTTGGCAAAACAGACTGCGATTTTACCGATTTATACGAAGATAAAGGCCCGGCTATGGCTCTTTTCAGTATGCTCGAACAAGCTAGTATTCAGGATGGTGCCAGATTGCTGGTTATGCCGGTAGACATGCCCCTTTGTACTGCCGCGTGCCTGCAAGCAATTCTGCAGGAGAGCTGCCAGCGTGAGACCAGCGTATATACCAGTGATGCTATTATGCCACTGGTGATCTGCTATTCGAAGCAGGGTATGAAAAAGCTGAAGCAATGCGTTAAAGATCAGTCGTCAATATCGCTGCGCCGATTACTTAACCGTTTCGGCTGTGAAGCGGTAGCTCTGCCGCAATTTGCAGACGAGTTGATGAATGTGAATAACCCTGATGACTGGCAGCGGGTTCTTGATATTTCGGCCTGCGAGAAGCGTTAA	MGLDRREILSHETAGLVLCGGKSSRMGRDKSRLTLNGLTLLDTTRQTLSGVCEMVYTLGKTDCDFTDLYEDKGPAMALFSMLEQASIQDGARLLVMPVDMPLCTAACLQAILQESCQRETSVYTSDAIMPLVICYSKQGMKKLKQCVKDQSSISLRRLLNRFGCEAVALPQFADELMNVNNPDDWQRVLDISACEKR				NA	NA	NA	NA	NA
AK237_03818	1203			hypothetical protein	ATGAAACTAACTGCAAAGTACCCGCGCACACTGCTTGCTGTTGCGCTCACAGGTGTCTTTTCCCCGGCAATGGCTGCCGACTGGTATGACGCAATGAAAGAAACCACTGCCACGGCAGCGTTTAATTTGCGTTACGAAGGTGTGCAACAGGATAACGCGCTGGCTGACGCCGATGCCCTGACGTTACGTACGATGGTGGGAATCACATCCGGCAGCTACAAAGGTTTTTCTTTCACTGCTCAAATGGAAGATGTGCGAATTGCCTTAGGGCAGGGCGATTACTCAGTGCCACCGGCCGGTTATCAGGCGGGAGAATATTCCGTTATCGCAGACCCTGAAACCACCGAGCTGCACCAGGGGTTTGTGCAATATAAAAATGAAGGGCTGACCATCAAAGGTGGTCGCCAGATCATTGCGCTGGACGGTCACCGCTTTGTCGGCCACGTGGGGTGGCGTCAGGACTGGCAAACCTTCGATGCTGTCACGGCTAACTACACGTCAGGGAATATGTCTGCGTTTTACGGTTATGTTACCCAACGTAACCGTATTTTCGCTGAAGCGGCAGATCTGGACAGTAAAGATCATCTGCTGAACCTGTCTTACAGCAGCGATATCGGAAAGTTCACGGCGTATGCTTACTTACTGGAAGTGGATAACGGTATTGATAACGGACTCGATACCTACGGCATCAGCTATGCCGGCAGTACCGCTACGGATCCCGTGAAATGGATTTATAATGCTGAATATGCCACGCAAACCAGCGATACCCCGGCGGCCAGCTATGATGCCGATTATTACATTGTAGAAGGTGGCGCAGTGGTTTCCGGCATCACGGCCAAAGTGACTTATGAAGTGCTGGGCTCAGACAATGGCATGTACGGCTTCTCTACACCACTGGCAACCTTGCATAAGTTTAATGGCTGGACGGATCAATTTCTTGCCACGCCGGCACAGGGTCTTGAAGACCTGGCTTTTACCGTTAGTGGCGGTCTGGCAGGTGGTAAATGGCTGGCAGCTTACCACGCGTTTGATGCAAATGAAGCCACTGAAGGGGTCAGTGATCTCGGTAGTGAAATCAATGTACAATACGTCACAACTGTAGCTGAGCATTTCACACTGGGTCTGAAATACGGTACGTATTCTGCCGGTGATATTAACGTGGACACTGACAAAGTATGGGTTTGGATCGGCGCGAAATTCTAA	MKLTAKYPRTLLAVALTGVFSPAMAADWYDAMKETTATAAFNLRYEGVQQDNALADADALTLRTMVGITSGSYKGFSFTAQMEDVRIALGQGDYSVPPAGYQAGEYSVIADPETTELHQGFVQYKNEGLTIKGGRQIIALDGHRFVGHVGWRQDWQTFDAVTANYTSGNMSAFYGYVTQRNRIFAEAADLDSKDHLLNLSYSSDIGKFTAYAYLLEVDNGIDNGLDTYGISYAGSTATDPVKWIYNAEYATQTSDTPAASYDADYYIVEGGAVVSGITAKVTYEVLGSDNGMYGFSTPLATLHKFNGWTDQFLATPAQGLEDLAFTVSGGLAGGKWLAAYHAFDANEATEGVSDLGSEINVQYVTTVAEHFTLGLKYGTYSAGDINVDTDKVWVWIGAKF				NA	NA	NA	NA	NA
AK237_03819	858	nrtD	COG1116	Nitrate import ATP-binding protein NrtD	ATGACTGCAAAACATCTTGAACTGACGCAGGTAGGTATCGATTTTCCTACCCCGAAAGGCCCGTTCACTGCTTTACGGGACGTAAACCTGAAAATCAGCAAAGGCGAATTCGTATCATTAATCGGCCACTCAGGGTGCGGTAAGTCCACCGTACTGAACATCGTTGCCGGTTTACATCAGGCAACTTCCGGCGGTGTCATTCTGGACAACGCAGAAGTGAAAGAGCCCGGACCGGAACGGGCGGTAGTATTCCAGAACCATTCTTTGCTGCCCTGGCTGACCGTTTACAAAAACGTAGAGCTTGCCGTTAAGCAAACTCTGCGTGGTAAGTCTAAAGCCGAAATCAAAGACTGGGTGATGCACAACCTTGAGCTGGTGCATATGACCCATGCGATCGACAAGCTGCCTTCGGAAATTTCCGGCGGGATGAAACAGCGTGTTGGTATTGCCCGCGCACTGGCTATGGAGCCCAAAGTACTGCTCATGGACGAACCCTTCGGTGCCCTTGATGCACTGACCCGTGCCCATTTGCAGGATTCACTGATGGACATTCATGCTGACCTTGGTAATACCGTCATCATGATTACCCATGACGTGGATGAAGCCGTTTTGTTGTCTGACCGCATTGTGATGATGACCAACGGTCCGGCAGCAACAGTGGGTGAAATTCTGGATATTAATCTGCCAAGACCACGGGATCGTCTGGTGCTGGCAGATAACCCGGAATACAACCATTACCGGCATGAAGTACTCACCTTCCTGTACGAAAAACAGAAAAAAGTTGAGCCGGTAAACAGCCGTCAAAAAGATTCAAAAAACACTAAGGCTACATCAGCAAAAAAGTCTGATGCTGCCTGA	MTAKHLELTQVGIDFPTPKGPFTALRDVNLKISKGEFVSLIGHSGCGKSTVLNIVAGLHQATSGGVILDNAEVKEPGPERAVVFQNHSLLPWLTVYKNVELAVKQTLRGKSKAEIKDWVMHNLELVHMTHAIDKLPSEISGGMKQRVGIARALAMEPKVLLMDEPFGALDALTRAHLQDSLMDIHADLGNTVIMITHDVDEAVLLSDRIVMMTNGPAATVGEILDINLPRPRDRLVLADNPEYNHYRHEVLTFLYEKQKKVEPVNSRQKDSKNTKATSAKKSDAA	PGPT0000575_402	DIRECT EFFECT	BIO-FERTILIZATION	NITROGEN_ACQUISITION	N-AQUISITION-DENITRIFICATION|NITRATE_USAGE	DENITRIFICATION-NITRTATE|NITRITE_TRANSPORT,PGPT0000575-nasD|nrtC-K15578	NA	NA
AK237_03820	990	cmpB	COG0600	Bicarbonate transport system permease protein CmpB	ATGAGCAAGTCAGCGTCATTAGTCACATCCATTGGATTAAAAGAAGGCAATATGGGAAAGGTCATATTATCAAACCTGCAAGCGTTGTTGTTGCCAGTCATTGGTTTACTGCTTTTCCTCGCCGTCTGGAACGGGGTAGCAAAAACCATCGATACGTCACTGGGCCAGTTCCCTGGTCCGGCACAGGTATGGACGCAGGCGCTGACCCTCATGGACGAACACAATGCGCAACGTGAAAAGGCTGACGCATTTTACGAGCGTCAGGAAGAACGTAATGCTGCGCGGGTAGCAAAGGACCCGGACTATGTGCCGAAAATTCGTCCTTTTACCGGCGCACCAACCTTCTTCGATCAAATCTGGACAAGCTTGTACACCGTTATGGTCGGCTTTTTTATTGCGTCGGTCATCGCTGTACCGGTAGGGATCATGTGCGGACTAAGCAAGTCTGCTTACACCGCGATTAACCCTCTTATCCAGCTTTTCAAACCCGTGTCTCCGTTGGCCTGGCTGCCATTAGTAACGATGGTAGTCAGTGCCCTTTATGTGTCAGACGACCCGATGTTTTCCAAGTCCTTTGTCACTTCTGCATTCACGGTATCACTGTGCTGTTTGTGGCCAACACTGATCAATACGGCTGTGGGTGTATCTAACATCGACAAAGACCTGGTGAATGTAAGCCGCGTACTGCGTCTCAAGCCGCCTACGCACCTGACTAAAATTGTTTTACCTGCCTCAATTCCGATGATCTTTACCGGTTTGCGCTTGTCGCTGGGTATTGGCTGGATGGTGTTGATTGCCGCAGAAATGCTGGCACAAAACCCGGGGCTGGGTAAATTCGTGTGGGATGAGTTCCAGAACGGCAGCTCAGAATCACTGGCCCGAATTATGGTTGCTGTACTGACTATCGGTGCCATCGGTTTCGTACTGGACCGCATCATGCTGATGTTTCAGCGCATGGTGAGCTGGGACAAAAACAGCGTATTACGCTAA	MSKSASLVTSIGLKEGNMGKVILSNLQALLLPVIGLLLFLAVWNGVAKTIDTSLGQFPGPAQVWTQALTLMDEHNAQREKADAFYERQEERNAARVAKDPDYVPKIRPFTGAPTFFDQIWTSLYTVMVGFFIASVIAVPVGIMCGLSKSAYTAINPLIQLFKPVSPLAWLPLVTMVVSALYVSDDPMFSKSFVTSAFTVSLCCLWPTLINTAVGVSNIDKDLVNVSRVLRLKPPTHLTKIVLPASIPMIFTGLRLSLGIGWMVLIAAEMLAQNPGLGKFVWDEFQNGSSESLARIMVAVLTIGAIGFVLDRIMLMFQRMVSWDKNSVLR	PGPT0000580_207	DIRECT EFFECT	BIO-FERTILIZATION	NITROGEN_ACQUISITION	N-AQUISITION-DENITRIFICATION|NITRATE_USAGE	DENITRIFICATION-NITRTATE|NITRITE_TRANSPORT,PGPT0000580-nasE|nrtB|cynB-K15577	NA	NA
AK237_03821	1404	nrtA	COG0715	Nitrate/nitrite binding protein NrtA	ATGAAAGCGTCAAAACCGTTATTTGGTCTGACAAAGAAAGTAAAAGCGCTGGCATCTACGCTGGCTCTGTCGTTGACAATGGCAGGCACAAGCGTCTGTGCTGTTACAGCACAGGAAATTGACTGGCCCGAGAAAGAAGAACTTAAATTCGGCTTTATCAAACTGACTGATATGGCACCTCTGGCTATTGCTTATGAGAAAGGTTTCTTCGAAGACGAAGGTTTGTATGTCACGCTGGAAGCGCAGGCAAACTGGAAGGTTCTGCTCGATCGTGTCATAGACGGTCAGCTGGACGGTGCACATATGCTGGCCGGACAGCCTTTGGGGGCAACCATCGGTTTCGGTACTGAAGCGCACATCATTACTGCATTCAGCATGGACTTAAACGGTAACGGTATCACCGTCTCCAACGACATCTGGAAGGAGATGGAAAAGCACATCCCTCAGGAAAACGGTCAACCGGTTCACCCGATTAAAGCGGATTACCTGAAGCCGGTAGTCGACAGTTACCGTGAAGCAGGCAAGCCTTTCAATATGGGCATGGTATTCCCGGTATCTACCCACAACTACGAGCTGCGTTACTGGCTGGCGGCCGGCGGTATTCACCCGGGCTTCTATGCACCGCACAAAGGTGACACATCCGGTCAGATTGATGCCCAGGCGCTGCTATCTGTGACACCTCCGCCGCAAATGCCGGCCACGATGGAAGCGGGTACCATTTACGGTTATTGCGTAGGTGAACCGTGGAACCAGCAAGCCGTGTTTAAAGGCATTGGTGTACCGGTTATTACCGACTATGAAATCTGGAAGAACAACCCGGAAAAAGTATTCGGTGTCAGCAACGAATGGGCAGAAAAGTACCCGAACACGCATCTTCGTGTTGTAAAAGCGATGATCCGTGCAGCGATGTGGCTGGATGAAAATAACAACGCTAACCGTCCTGAAGCAGTAAAAATCCTCTCTAAATCTTCTTATGTAGGTGCAGACGAAGCGGTTCTGGCGAACAGCATGACCGGTACGTTTGAATACGAAAAAGGCGACAAGCGTGAGGTGCCTGATTTCAACGTATTCTTCCGCTACAACGCTACTTACCCGTACTACAGCGATGCAATCTGGTATTTAACACAAATGCGTCGTTGGGGTCAGATCTCTGAAGCGAAACCTGACAGCTGGTATATGGACATGGCAAAGAAAGTGTATCGCCCTGACATCTACGCCGTTGCTGCGAAAGCGCTAATCGCGGAAGGTAAAGCGAAAGCGGCAGACTTCCCTGATTTCGACTCAGAATCTGGTTTTAAACCACCTCAATCAGAATTCATTGACGGCGTAACGTACGACGGTACTAAGCCCAATGCTTATCTGGAAAGCTTTGGTATCGGCCTGAAAGGCGACACCGTACTTTAA	MKASKPLFGLTKKVKALASTLALSLTMAGTSVCAVTAQEIDWPEKEELKFGFIKLTDMAPLAIAYEKGFFEDEGLYVTLEAQANWKVLLDRVIDGQLDGAHMLAGQPLGATIGFGTEAHIITAFSMDLNGNGITVSNDIWKEMEKHIPQENGQPVHPIKADYLKPVVDSYREAGKPFNMGMVFPVSTHNYELRYWLAAGGIHPGFYAPHKGDTSGQIDAQALLSVTPPPQMPATMEAGTIYGYCVGEPWNQQAVFKGIGVPVITDYEIWKNNPEKVFGVSNEWAEKYPNTHLRVVKAMIRAAMWLDENNNANRPEAVKILSKSSYVGADEAVLANSMTGTFEYEKGDKREVPDFNVFFRYNATYPYYSDAIWYLTQMRRWGQISEAKPDSWYMDMAKKVYRPDIYAVAAKALIAEGKAKAADFPDFDSESGFKPPQSEFIDGVTYDGTKPNAYLESFGIGLKGDTVL	PGPT0000585_176	DIRECT EFFECT	BIO-FERTILIZATION	NITROGEN_ACQUISITION	N-AQUISITION-DENITRIFICATION|NITRATE_USAGE	DENITRIFICATION-NITRTATE|NITRITE_TRANSPORT,PGPT0000585-nasF|nrtA|cynA-K15576	NA	NA
AK237_03822	999	trpD		Anthranilate phosphoribosyltransferase	ATGTCGCAGGAATTTAGTCAGTACATCAAAATAATAGGAAAGGGTCAGAAAGGCAGCCGCAGTCTGACCCGCGAAGAAGCATTCACCGCGATGAGAATGCTGCTGGCCGGCGAAGTGACCGGTGATCAAAGGGGCGCATTTTTAATGTTGCTCCGCACCCGCGAAGAAACACCCGAAGAAGTCATTGGCTTTGTTCAGGCATGCCATCAACTTATCCCGCAAGATTTAGCCATACTCAAACCGGACGTAGATATTGGTTGTTATGCCGGTAAAAGACGCCAGTTGCCCTGGTACCTTTTATCTGCAGCTTTGCTGGCAAAAACAGGCAAACGGGTTTTTCTGCACGGTGCCCATGAACCCGGTTCCGGTCGGTTATATGCCAGCCACGTGCTGCCAACGCTGGGTTTACAGGCTGTGACATCAATCAGCGAAGCGAAGTCTCAACTGGACAGCTTCAATGCCAGCTATCTGGATTTAGGCGTGGTTCTGCCGCCGCTGAATACGTTAATAAAGCTCCGCGAAGTTTTTGCGCTGCGTTCCTGTGCGAATACGCTGGCGCGGTTACTGAATCCTACGGTAGCCCCGTATTGTGTGCAGGGTGTTTATCACATGCATCTTGACCACAAACACCGGCACGTCAATGAGGCCTTCACGGCGTGGGATTCATTGTGTTTCCGCGGGGATGGTGGCGATCCGGAAGTGAATAGTGAAAGGCCTACGGATTTGTTTATTACCCGAAAAGGTGAAACGGAAACGGCGGTGTTACCTGCTTTTACGGAAAAGTGGGCTATGAAAGACAGGGACATGGACATTGCTGATATGCTGGCTTTCTGGCGCGGCGATATTCAGCATCAATATGGTGAGCAGGCCGTTCATGCGACACTGGTGGTGTATCTGATGCTCACAGATTCCTTGTCATCAGAGGAAGCCGCGAAGCAGGCTGCTACGCTCTGGAAAAGCAGAGACAAGCAAGCTTTACCTTTCAGTCAGTCTTTATAA	MSQEFSQYIKIIGKGQKGSRSLTREEAFTAMRMLLAGEVTGDQRGAFLMLLRTREETPEEVIGFVQACHQLIPQDLAILKPDVDIGCYAGKRRQLPWYLLSAALLAKTGKRVFLHGAHEPGSGRLYASHVLPTLGLQAVTSISEAKSQLDSFNASYLDLGVVLPPLNTLIKLREVFALRSCANTLARLLNPTVAPYCVQGVYHMHLDHKHRHVNEAFTAWDSLCFRGDGGDPEVNSERPTDLFITRKGETETAVLPAFTEKWAMKDRDMDIADMLAFWRGDIQHQYGEQAVHATLVVYLMLTDSLSSEEAAKQAATLWKSRDKQALPFSQSL				NA	NA	NA	NA	NA
AK237_03823	891	cysG_1	COG0007	Siroheme synthase	ATGATTAATTCAGCCATCGCAAAACTGCCGCAAATGTTCTTCCGTAAGCTGATGACCGGTCAGCAACGTCACCGCGTCATGCAGCCTGCGACGCCGGCATCCGTGACGGGTGAGAAAAAACAAGGGCAGGTATTTATTGTCGGCGCCGGTCCGGGCGATGCAGAGTTGCTGACCATTAAAGCATGGAAGTGCCTGCAGCAGGCCGATGTGGTGTTATTTGACTGGCTGGTAGATGAGTCTGTCATTGCAGAAATTCCCCGTCATGTAAAAACGGAATTCGTGGGTAAGCGGGCTGGCAAGCATTCAATGGTGCAGGGTGATATTTGCAAGCGGGTGGTTGAGCTGGCGCAGTCAGGACTAAATGTGGTGCGGTTGAAGGGCGGGGACCCGGCTGTTTTTGCCCGTACCTGTGAAGAAACCGCTGCGCTTGAAGCCGCTGACATCCCGTTTGCCATTGTGCCCGGGATCACTGCCGCTTCAGGGGCTTCGGCCTATACCGGCATTCCTTTGACAGAACGCAACTGCGCGCAGTCGGTGACATTAACCACCGCCAGTTTTAAAGATAAAAACCAGATGCCCGACTGGGCAACGCTTGCAGATACCATGCAGCGTCAAACTGTTGTGGTGTACATGGGATTGTCCCGGTTGAGCAAAATCACGTCTGAGCTGGTTGATGCCGGTATTCGTGAAACCCTTCCGGTGGCGGTGATTGAGAACGCTTGCACTCCCAACCAGCGAGTGATCACCGGCACTGTTTCTTCTATCGCTGAACAGGTAACGTCAGCAAACCTGCAAGGTCCTGCTTTGTTGATCTTCGGAGAGGTGGTAAAGTCTCGCCAACAGGTCTCCACAGCGCTGCTTCAGCAGGTAACCCATGTCGCAGGAATTTAG	MINSAIAKLPQMFFRKLMTGQQRHRVMQPATPASVTGEKKQGQVFIVGAGPGDAELLTIKAWKCLQQADVVLFDWLVDESVIAEIPRHVKTEFVGKRAGKHSMVQGDICKRVVELAQSGLNVVRLKGGDPAVFARTCEETAALEAADIPFAIVPGITAASGASAYTGIPLTERNCAQSVTLTTASFKDKNQMPDWATLADTMQRQTVVVYMGLSRLSKITSELVDAGIRETLPVAVIENACTPNQRVITGTVSSIAEQVTSANLQGPALLIFGEVVKSRQQVSTALLQQVTHVAGI	PGPT0003685_392	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
AK237_03824	2772	nasA		Nitrate reductase	ATGAATCACGCCCGCGCCACAGTAATTTCAGTACAGTCTGCCCCTAAGAGTGTTGCCAGGACACCAACGCTTGCGCAGACAACGTGCCCTTACTGTGGCGTTGGTTGTGGTGTGGACATCACGCTGGAAACAGCAGGCAATAAAACAACGCTTAAATCCCTTACCGGTACGCCTGAACATCCGGCCAACTTCGGCAGATTGTGCGTGAAAGGCACCAACCTGCTTGAAACCAATGATCTTAATGGCCGCCTGACTCAGCCTCAGATGGGCGGCAAGCCGGTATCCTGGGACACTGCAACCAGCGCCATTGCTAAAAAAATGCAACAGGTGATTGATGAGCATGGCCCGGATGCTGTGGCGCTGTATGTGTCAGGACAACTGCTCACTGAAGACTACTACGTCGCCAATAAGTTTATGAAGGGGTATGTTGGCAGCGCGAACATCGACACCAACTCACGACTTTGTATGTCTTCTGCGGTTGCCGCGTATAAACGCGCTTTCGGGGAAGATATCGTACCGTGCAACTACGAAGACCTGGAGCAGACGGATTTGCTCATCCTTACAGGCAGCAACGCCGCCTGGACACATCCGGTGCTGTTCCAGCGTATGGAGCGGGCAAAACGACAAAATCCGGATATGAAAGTGGTTGTGGTTGACCCGCGGGCAACAGATACATCCACGCTGGCCGATTTACACATTCCGTTAAAACCGGGCACTGATGCAGTGCTGTTTAACGGTCTGCTGCATTTTCTGGCACAAAACGGTGGCCTGGATACTGATTTTATCGCCGCTTCAACCAGTGGTTTTGAGGCGGCACTGTCCAGCGCGGCAGAATATTCGCTGAGCCGTGTGGCTGAAGAATGTGACGTGCCGGAGCACGATATACTGGCACTGTTCACGCTTTTCCTCGAACGTCAGCGGGCCATTACCTTTTTCTCTATGGGCATCAATCAGTCCACCAGTGGTGTAGATAAAGGTAATGCCATTATCAACTGCCATCTGGCAACAGGCAAAATTGGCAAAACAGGCAGCGGACCGTTCTCCATCACCGGACAACCTAATGCCATGGGCGGCCGCGAAGTAGGCGGACTGGCGAACATGCTGGCTGCTCACATGGATATTGATAACGCGCAGCACCGTGAGCGGGTACAACGTTTCTGGCAATCGCCCCGTATGGCCGAAAAGCCGGGATTAAAAGCGGTTGATCTGTTTAAGCGCATTAATGAAGGCAAAGTGAAGTTTGTCTGGATCATGGCCACCAACCCCGTGGTGAGCATGCCAAACCGCTGTGAAGTCGAAGCGGCACTGAGCAAATGCGATATGGTTGTGGTATCGGATATGGTGACTAAAAACGATACTCTGAAGTTTGCTCATATCGCGCTGCCGGCATCCGGCTGGTCAGAAAAAAACGGTACAGTAACCAATTCAGAAAGACGTATTTCACGCCAGCGCGGTTTACTGAAACCGGCAGGTGAATCCAGACATGACTGGCAGGCATTATGTGCTGTGGCTGCAAAGATGGGGTTTGCAGAACATTTTGATTACCAGCACCCGGCTGAAATCTTCGATGAACATGCCCGCCTGACCGCTTTTGAGAATCACGGCGACCGTGCTTTGGATTTGGGCGGCCTTAGCGGCTTAACAATTGCTGAATACGATAACTTCCGTCCTGTGCAGTGGCCGGTGCCGGAAAAAACAGTAGCCGGCGCGACGCGCTTGTTTGCTGATGGCGCATTTTTTACCCCAGATAAAAAAGCCCGTTTTATCGCGATTTCCCCCCGGTTGCCCGAACAGCAAACCACAACAGCATTTCCGTTTGTGCTTAATACCGGTCGCAGTCGTGACCAGTGGCATACCATGACCCGTACCGGTAAAGCAGGGAAGTTACTTAAGCATGCACCGTATTCTCAACTGTCTTTGCACCCTGAAGACATAAAAGCGCTTGGACTGTCAGTACAGGAACTGGTTGCTGTGAACAGCGCCTGCAATACCGGTGAGCCGGTTATTTTACCGGTGGTTGAAGACAAACAGCTGCGTAAAGGCAATTGCTTTGCACCTATTCACTGGTCTGCTACCTGGGGCTCGAACCTGACTCTCGGTGCGTTATTTAATGGCGCACACGACCCCTTATCCGGACAGCCTGAACTGAAACAGGGCGCGGTGAGTGTTGCCGCAGTCAGTTTCAATTTACACGGACAAATGATTATCAGCGACGTTGATGTGGCAGCGGCTCTGTCTCCGGCTTTTGATTACTGGGCGAAAACCACCACCGACGGCGGCACGGCCTTCCGCATCGCCAGCAATAACGACACCGGGAGTCTGTTCAGCAATTTGAAAAGCGTGCTTCCCGCGCACTGGTTACTCGTTACCCGTCAGCATGAAAAAGGTCTGACGGTCATCGCAACCAGTGAGAATCGTTTTGTTTTTGGTTTATGGCTGGAAAACAGCTACCGGGCTTTACCTGATGAGTGGCTGGACAGTTGTCTGCAACAGGACGACATCTCTTCAGAGCTGCTGGCTAATCTGTTGCGCGGTACACCTGATGAAGCGTTCCTCAACGGAAAACTGGTATGCAGTTGCTTCTCCGTGCGGGAAAAAACCATTGAAACTGCCATTCAGGCAGGTTGCTCATCTGTCGACAGACTGGGCAATGAACTTAAATGCGGTACTAACTGCGGTTCCTGCAAACCGGAACTGCAGAAGATGCTCGACAGTTATTCTTCTACTCAAACTGCAAAAGCAGTGACACCTGAGGTGATTCTCCATGATTAA	MNHARATVISVQSAPKSVARTPTLAQTTCPYCGVGCGVDITLETAGNKTTLKSLTGTPEHPANFGRLCVKGTNLLETNDLNGRLTQPQMGGKPVSWDTATSAIAKKMQQVIDEHGPDAVALYVSGQLLTEDYYVANKFMKGYVGSANIDTNSRLCMSSAVAAYKRAFGEDIVPCNYEDLEQTDLLILTGSNAAWTHPVLFQRMERAKRQNPDMKVVVVDPRATDTSTLADLHIPLKPGTDAVLFNGLLHFLAQNGGLDTDFIAASTSGFEAALSSAAEYSLSRVAEECDVPEHDILALFTLFLERQRAITFFSMGINQSTSGVDKGNAIINCHLATGKIGKTGSGPFSITGQPNAMGGREVGGLANMLAAHMDIDNAQHRERVQRFWQSPRMAEKPGLKAVDLFKRINEGKVKFVWIMATNPVVSMPNRCEVEAALSKCDMVVVSDMVTKNDTLKFAHIALPASGWSEKNGTVTNSERRISRQRGLLKPAGESRHDWQALCAVAAKMGFAEHFDYQHPAEIFDEHARLTAFENHGDRALDLGGLSGLTIAEYDNFRPVQWPVPEKTVAGATRLFADGAFFTPDKKARFIAISPRLPEQQTTTAFPFVLNTGRSRDQWHTMTRTGKAGKLLKHAPYSQLSLHPEDIKALGLSVQELVAVNSACNTGEPVILPVVEDKQLRKGNCFAPIHWSATWGSNLTLGALFNGAHDPLSGQPELKQGAVSVAAVSFNLHGQMIISDVDVAAALSPAFDYWAKTTTDGGTAFRIASNNDTGSLFSNLKSVLPAHWLLVTRQHEKGLTVIATSENRFVFGLWLENSYRALPDEWLDSCLQQDDISSELLANLLRGTPDEAFLNGKLVCSCFSVREKTIETAIQAGCSSVDRLGNELKCGTNCGSCKPELQKMLDSYSSTQTAKAVTPEVILHD	PGPT0000390_229	DIRECT EFFECT	BIO-FERTILIZATION	POTASSIUM_SOLUBILIZATION	K-SOLUBILISATION-OTHER_ACID_METABOLISMS	K-SOLUBILISATION-NITRIC_ACID_BIOSYNTHESIS,PGPT0000390-nasA|nasC|narB-K00372	NA	NA
AK237_03825	354	nirD	COG2146	Nitrite reductase (NADH) small subunit	ATGCAAGCATCTGTAGAAATTATGCCGCGCTGGCACGACATCTGTGAACAAAGTGATCTGGTTGCCAACAGTGGCGTTTGCGCCCTGATCGACGAACAACAGGTTGCGATCTTCGCCCTGAATACAGCCGGCGGCACCAACCTTTACGCAGTCTCAAACTGGGATCCGGTAGGTAAAGCCAATGTGATGTACCGCGGCATTGTCGGTTCTGTTAAAGGTGAAGCCGTGATTGCCTCTCCTTTGTATAAAGAGCATTACTCTCTGGTGACGGGGAAATGTGTCGAGAATGAAGCAGTCAGCCTGTCTGTGTACGATGTCCGTCTTGAAGACGGCCGCGTACAGGTTGCACTGTAA	MQASVEIMPRWHDICEQSDLVANSGVCALIDEQQVAIFALNTAGGTNLYAVSNWDPVGKANVMYRGIVGSVKGEAVIASPLYKEHYSLVTGKCVENEAVSLSVYDVRLEDGRVQVAL	PGPT0000455_808	DIRECT EFFECT	BIO-FERTILIZATION	NITROGEN_ACQUISITION	N-AQUISITION-DENITRIFICATION|NITRATE_USAGE	DENITRIFICATION-NITRATE_REDUCTION,PGPT0000455-nirD-K00363	NA	NA
AK237_03826	2544	nasD	COG1251	Nitrite reductase [NAD(P)H]	ATGACAACATCAACAACACATCCAAAAGTACTCGTTATCGGTAACGGGATGGTTGGTCACCACTTTGTCGAACAACTGGTTGCCAGTGAGTACCCCTGTGACATTACAGTGTTAAGTGGCGAAAACCGTCTGGCATATGACCGTGTTTATCTTTCTTCGTGGTTTACCGGCGCAACGGCAGCCGATCTGGCCATGACAGATGAAGAAACTTATACCAAGTGGGGCGTTAACTTTAAGCTGAATGCCTGGGTCGAAAGCATTGACCGTAAGAACAAAACCGTCAGCACGAAAACTGACACCTTTGATTATGATGTGCTGGTGATGGCAACCGGTTCATATCCGTTTGTTCCACCTATTCCGGGTAACGACCAGCCTCATTGTCTGGTCTATCGTACCATTGAAGATCTGCAGGCCATTGAAGCTTCAGCAGCAGAAAGCAAAACCGGTGTGGTTGTCGGTGGTGGTCTGCTGGGCCTTGAAGCTGCAAATGCATTAAAGCAAGCCGGTGTAGAAACACATGTGGTTGAATTTGCGCCTCAGTTGATGGCCGTTCAGCTGGACGGGCAGGGCGGTGATCTGCTGCGCACTAAAATTGAAGATTTGGGCGTAACAGTACATACGCAAAAAGCTACCCAAGTGATTGAGGCCGGTGAGCAAAGCCGCTACCGCATGGTGTTTGCCGACGGCTCACACTTAGAAACCGACATGATTTTATTCTCTGCCGGTATCCGTCCGTCGGATGCCCTGGGCCGCTTAGCTGAGCTGGCAGTGGGCGAACGTGGTGGTATTGTCATTAACAATCAGTGCCAGACATCAGACCCCGACATTTACGCTATCGGTGAATGTGCGTTATGGGACAACCGTATTTTTGGTCTGGTTGCGCCGGGCTACACCATGGCCCGTGCGGTTGCAGCAAACATCGCCGGTAAAGAAGGTGAGTTTGCCGGTGCAGATATGAGTACCAAACTTAAACTGATGGGCGTAGAAGTTGGCTCTATCGGTGATGCACATGCCAGAACCCCGGGCGCACTGAGCTATACCTATCACAACCAGCCAGACGGCGTATATAAAAAGCTGGTGGTTGATGCGGCACAAAAGCAGGTTATCGGTGCAGTGCTGGTAGGTGATACCAGTGATTACGATACCTTATTGCAATATGCATTAAACGGCATTGAACTGCCTGAGCACGCTGAATCTCTTATTTTGCCTTCATCGTCAGACAAGCCTGCTCTGGGCGCTGACGCGCTGCCGGACACGGCGACTATTTGTTCCTGTCACAACGTAGCGAAATGCGATATTTCGGCAGCCATCGACGGCGGTTGCTGCAGTGTTGGCGACGTGAAGTCAGCGACCAAAGCGGCAACGGGGTGCGGTGGTTGTGCGGCACTGCTTAAAAATGTGGTGGACAGCGAGCTTGAGAAACGTGGTGTGGAAGTGTCGAAGGCTATTTGTGAGCACTTCAACTTTACCCGCCAGGAGCTTTACCACATGGTCAAAGTGGAAGGGATTCGAAGCTTCGATGCATTGCTGGAAAAGCACGGTACCGGTTTGGGCTGTGATGTGTGTAAGCCGGCAGTGGGCTCTATTCTGGCTTCAGTATGGAATGACTACATTCTTACGCAAACAAACCTGCCGTTGCAGGACACCAACGATACCTACCTGGGTAACATGCAAAAAGACGGGACTTATTCCATTGTACCCCGTGTACCCGGCGGTGAAATTACCCCTGAAGGTCTTATCCTGATTGGTGAAGTGGCGAAGAAATATGGTCTGTATACCAAAATTACCGGTGGTCAGCGTATCGATTTATTCGGTGCCCGTGTAGAGCAGTTACCTGATATCTGGCAGGAACTGGTCGACGGTGGTTTTGAAACCGGCCATGCCTACGCCAAAGCACTGCGTACGGTTAAATCCTGTGTGGGCAGCACCTGGTGCCGCTACGGTGTACAGGACTCTGTAGGTCAGGCTATTGATTTGGAAAATCGTTACAAAGGCCTGCGTGCACCTCACAAAATCAAGTTTGCAGTATCAGGTTGTACCCGTGAATGTGCAGAAGCACAGGGCAAAGACATTGGCGTAATTGCAACAGAAAAAGGCTGGAACCTGTATGTGTGCGGTAATGGCGGTATGAAGCCCCGTCACGCCGATTTATTCGCCACCGATATTGATGATGAAACGCTGGTGAAATATATCGACCGTGTACTGATGTTCTACGTGAAAACTGCTGACAGATTACAGCGCACATCGGTGTGGATGGAAAACCTCGAAGGCGGGCTCGATTATCTTAAATCTGTCGTGATTGATGATGCGCTGGGTATTTGTCAGGAGCTGGAAGATCAGATGCAGGCTGTGGTCGATGCTTATCAGTGCGAATGGAAAACCACACTGGAGTCGCCTGAATCACGGAAGCGTTTCCGTCAGTTTGTGAACAGTAAAGAAAGCGATTCAAACATTCAGTTTGTAGACGAGCGTGGTCAGATCCGCCCTGCCACAGAGGCAGAGAAAATTGCGGGTACATCGCGTATTCCGGTAGAACTGGTTTAA	MTTSTTHPKVLVIGNGMVGHHFVEQLVASEYPCDITVLSGENRLAYDRVYLSSWFTGATAADLAMTDEETYTKWGVNFKLNAWVESIDRKNKTVSTKTDTFDYDVLVMATGSYPFVPPIPGNDQPHCLVYRTIEDLQAIEASAAESKTGVVVGGGLLGLEAANALKQAGVETHVVEFAPQLMAVQLDGQGGDLLRTKIEDLGVTVHTQKATQVIEAGEQSRYRMVFADGSHLETDMILFSAGIRPSDALGRLAELAVGERGGIVINNQCQTSDPDIYAIGECALWDNRIFGLVAPGYTMARAVAANIAGKEGEFAGADMSTKLKLMGVEVGSIGDAHARTPGALSYTYHNQPDGVYKKLVVDAAQKQVIGAVLVGDTSDYDTLLQYALNGIELPEHAESLILPSSSDKPALGADALPDTATICSCHNVAKCDISAAIDGGCCSVGDVKSATKAATGCGGCAALLKNVVDSELEKRGVEVSKAICEHFNFTRQELYHMVKVEGIRSFDALLEKHGTGLGCDVCKPAVGSILASVWNDYILTQTNLPLQDTNDTYLGNMQKDGTYSIVPRVPGGEITPEGLILIGEVAKKYGLYTKITGGQRIDLFGARVEQLPDIWQELVDGGFETGHAYAKALRTVKSCVGSTWCRYGVQDSVGQAIDLENRYKGLRAPHKIKFAVSGCTRECAEAQGKDIGVIATEKGWNLYVCGNGGMKPRHADLFATDIDDETLVKYIDRVLMFYVKTADRLQRTSVWMENLEGGLDYLKSVVIDDALGICQELEDQMQAVVDAYQCEWKTTLESPESRKRFRQFVNSKESDSNIQFVDERGQIRPATEAEKIAGTSRIPVELV	PGPT0000450_1011	DIRECT EFFECT	BIO-FERTILIZATION	NITROGEN_ACQUISITION	N-AQUISITION-DENITRIFICATION|NITRATE_USAGE	DENITRIFICATION-NITRATE_REDUCTION,PGPT0000450-nirB-K00362	NA	NA
AK237_03827	1566	bicA_3	COG0659	Bicarbonate transporter BicA	ATGTTTGATTTGATTAATAGCAAAGACAGCAATGTTAAAAACGACGTGCTGTCTGGCATTACTGTCGCACTGGCTTTAGTACCTGAAGCCGTGGCGTTTGCCTTTGTTGCCGGTGTAGAACCTATGATTGGTTTGTATGCGGCCTTTATGATGGGCCTCATTACGTCTGCCATCGGTGGTCGTCCGGGCATGATTTCCGGCGCAACAGGCGCGATGGCCGTTGTTATGGTGGCACTGGTTGCAGAGCATGGCGTGCAGTATCTTTTTGCTGCTGTGGTGCTGGCAGGTTTGCTGCAAATACTGTGCGGAGTATTCCGTCTGGGTAAGTTCATCCGGCTGGTGCCCTATCCGGTGATGCTGGGCTTTGTAAATGGTCTGGCTATCGTTATATTCCTTGCCCAGTTAGGTCAGTTTAAAGTGCAAAATGCGCTGGGCTCACTGGAATGGATGCAGGGCACTATGCTTTACATCATGCTGGGGCTGGTCGGGCTGACAATGGCAATCATCTATCTGTTGCCTAAACTAACAAAGGCTGTTCCTGCCTCGCTGGTGGCTATCGTCACCATTACGCTGCTGGTGCATGGCCTGGATTTAGAAGCCCGTACGGTTATCGATTTTGTCCGTGATTTATTACCGGCAGATCAAAAAGCCACGGCGACACTGGCCGGTGAGCTGCCAACCTTCTCTATCCCTATGGTGCCGTTCACCTGGGATACGCTGATGATTATCCTGCCAACTTCAGTCATTTTATGCCTGGTTGGTTTAATTGAGTCACTGTTAACTCTCACACTTATCGATGAAATGACAGATACCCGTGGTCGTGGAAACAAAGAATGTATCGGTCAGGGTGTGGCAAACACCGTGAACGGTTTCTTCGGTGGTATGGGCGGTTGTGCCATGATTGGGCAGTCGATGATTAACATCAACTCCGGTGGCCGTGGCCGCTTGTCAGGGATTACCGCAGCGGTTGTGCTGTTGGGCTTTATCCTGTTTGCAGCGCCGCTGATTGAAATGATTCCTCTTGCTGCACTGGTAGGCGTTATGTTCGTGGTGGTAATTGGTACCTTCGAATGGGCATCGTTCCGCATAATCCGTGGTGTGAATAAGGAAGATGCATTCGTGTTGTTTTTGGTAACTGCGGTAACCGTTATCTCTGACCTCGCCATTGCTGTGGTTGTTGGCGTGATTGTGTCGGCTCTGGTATTTGCCTGGAAAGCAGCGCGCTACATTGAAGCAAAAACCTACATCGATGACGATGGCTGGAAGGTTTACGAGCTGCGCGGACCGGTTTTCTTTGGTTCAATTCACCACTTTAAAGAGATGTTTGATGTAGCCAATGATCCGAATGACGTGGTGATTGATTTCAATAACAGCCGTATCTGGGATTCTTCCGGTATCGATGCGCTGGATAGTTTAGCGAGTAAATACGAAGAGCAGGGTAAAAAGCTGCATATTCGCCATATCAGCTCTGAATGTCGTGGTCTGCTTACAAAGGCCGACAAGTTTGTTGAAATTAATGTCAATGAAGATCCACGCTATCACGTAGCAACGGATAAATTAGGTTAA	MFDLINSKDSNVKNDVLSGITVALALVPEAVAFAFVAGVEPMIGLYAAFMMGLITSAIGGRPGMISGATGAMAVVMVALVAEHGVQYLFAAVVLAGLLQILCGVFRLGKFIRLVPYPVMLGFVNGLAIVIFLAQLGQFKVQNALGSLEWMQGTMLYIMLGLVGLTMAIIYLLPKLTKAVPASLVAIVTITLLVHGLDLEARTVIDFVRDLLPADQKATATLAGELPTFSIPMVPFTWDTLMIILPTSVILCLVGLIESLLTLTLIDEMTDTRGRGNKECIGQGVANTVNGFFGGMGGCAMIGQSMININSGGRGRLSGITAAVVLLGFILFAAPLIEMIPLAALVGVMFVVVIGTFEWASFRIIRGVNKEDAFVLFLVTAVTVISDLAIAVVVGVIVSALVFAWKAARYIEAKTYIDDDGWKVYELRGPVFFGSIHHFKEMFDVANDPNDVVIDFNNSRIWDSSGIDALDSLASKYEEQGKKLHIRHISSECRGLLTKADKFVEINVNEDPRYHVATDKLG	PGPT0003020_3906	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-SULFATE|THIOSULFATE_TRANSPORT,PGPT0003020-TC_SULP-K03321	NA	NA
AK237_03828	432	osmC	COG1764	Peroxiredoxin OsmC	ATGTCTATTGTAAAAACTGGTTCTGCGCACTATCAGCCACTGGGTAAAGAAGGCAAAGGTCATGTGAGCACTGGAAGTGGTGCTTTATCTGATCAGCCATATGGCTTTAATACTCGCTTTGAAGACAAGAGCGGCACGAATCCTGAGGAACTGATTGCGGCAGCTCACAGCAGTTGCTATGCCATGGCGTTGTCGTTCGCGCTATCAGACGCGGGTTATCAAAAAGGTGAATTAAAAGTTGATGCAGAAGTCACGCTGGAAAAAGACGGTGATGGCTTTACAGTAACGAAATCTGCACTAACCCTTGAAGCGAAAGTGGATGGTATTGATGAAGATAAGTTTGCAGATATCGCGAAAGGCGCAAAAGAAAACTGCCCGATTTCTAAATTACTGAAAGCCGATATTACGCTGGAATATTCGTTAGAAAGTTAA	MSIVKTGSAHYQPLGKEGKGHVSTGSGALSDQPYGFNTRFEDKSGTNPEELIAAAHSSCYAMALSFALSDAGYQKGELKVDAEVTLEKDGDGFTVTKSALTLEAKVDGIDEDKFADIAKGAKENCPISKLLKADITLEYSLES	PGPT0013160_1131	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
AK237_03829	270			hypothetical protein	TTGATTGCATATCTTCTGGCAGGTGTAGCCATTGTTGTTGCCTTTATCGTGAACTGGTTCATGCCAAGGCCACTCTGGCGCGCCACGCTTACCTCAGCACTTTGTATTTTCATCGTTACATCTGTGGGGTTAATGTACCTGCCACTCGGCGTCGAAGCTGAACCTGACGAAGTTCGCCGCTGGGTTTTCTCGATTTTGCCATTGCTAGGTTTTTTCGCGATTCTGATTTCAGTGTTCGTAGGCTGGTTTCTTTACGTGGTGCGTAAGTAA	MIAYLLAGVAIVVAFIVNWFMPRPLWRATLTSALCIFIVTSVGLMYLPLGVEAEPDEVRRWVFSILPLLGFFAILISVFVGWFLYVVRK				NA	NA	NA	NA	NA
AK237_03830	450	cynS	COG1513	Cyanate hydratase	ATGATTACTGACAGACAGCAAGTTACCGCAATGATTATGAGCGCAAAAGTGACTAAAGGCATTAAATGGTCACAGGCCGCAGAAGTGATTGGCGAGTCGAAAGAATGGAGTACTGCAGCATGCCTGGGCCAGATGGCAATGACCAAAGCGCAGGCTGAAGCCACCGGTGAACTATTCGGGTTAACTGAAGAAGCCGTCGCCTGGTTGCAGATTGCACCTTACAAAGGCTCTCTGCCAACGGCTGTACCTACTGATCCGTTAATTTACCGCTGGTACGAACTGGTGAATGTGTACGGCACTACATTAAAAGAGCTTATTCACGAAGAGTTTGGCGACGGTATTATGAGTGCCATTGATTTTGAAATGGACTTAACCCGTGAACCTGATCCTAAAGGCGACCGTGTGAAAGTGGTGATGTCAGGTAAATTCCTGCCGTACAAAACCTACTGA	MITDRQQVTAMIMSAKVTKGIKWSQAAEVIGESKEWSTAACLGQMAMTKAQAEATGELFGLTEEAVAWLQIAPYKGSLPTAVPTDPLIYRWYELVNVYGTTLKELIHEEFGDGIMSAIDFEMDLTREPDPKGDRVKVVMSGKFLPYKTY	PGPT0000615_567	DIRECT EFFECT	BIO-REMEDIATION	XENOBIOTICS_BIODEGRADATION	XENOBIOTIC_CYANATE_DETOXIFICATION	XENOBIOTIC_CYANATE_DEGRADATION,PGPT0000615-cynS-K01725	NA	NA
AK237_03831	1725	pknD		Serine/threonine-protein kinase PknD	TTGGACAGACTTAGTTTATCCATCGGACAATATTCCAGTGCAGGGGAAAAGCCGCTGAACCAGGACAGTTACGGTTTCAGGCTTCCCGAAGATGATTTGCTCACATTTAAAGGTGCTGCGGTGGCACTGGCAGACGGCATCAGTACCAGTTCAGTGAGTCACATTGCCAGTCAGGTATGTGTTAAACAGTTTCTCGAAGATTATTTTTGTACCTCAGATACCTGGACGGTCCCCCGTGCGGCTACGCAAGTTATTACCGCAGTAAACCGCTGGTTACTCGGCCAGAGTCGCAACAGTCCCTATGCCGGCGAACCGGACAAAGGTTACGTTTGCACATTCAGTGCACTGATATTTAAACACCATCGTGTACACGTATTCCATCTGGGGGATGCCAGGGTGTACCGGCTGCGGGGCAGGGTGCTGGAAAAACTTACCCGTGACCACCGCCAGATGATAAATGGTGAAAAGCACTATTTATCCAATGCCATGGGCATTAATGAATTGCTACAACTGGATACAGACAGCCACTCTCTGAAAGAGCAGGACTGCTTCCTTCTGCTCACCGACGGTGTGTATGAGTTTATTGATGAGGCCAGCCTTTGCAGTGTAGTGACAGAATATGAGCATGATCCGGATGAAGCAGCTAAGAAGCTGGTGGAAGTGGCCTTTGCCAAGGGCAGTAACGATAACCTGACTGCTCAGATTATCAGGGTAAATACCCTGCCTTCAGTTAATACCGGTGCCGCTGGGTCTGAAGAAGAATTACCCATTCCCGGCGTGCTGCAAAGCGGCGATTTTCTCGATCAGTTTAAAATTGTCCGCACAATTTATCACAGTGCCCGCAGCCACGTTTACCTCGCTCAGAACACAGCAGATGGCAGCCAGGTGGTGCTGAAAGTGCCATCTGTGGAAATGGCACACGAACTGGCCCATCTTGAAGCATTCAGGATGGAAGAGTGGATAGCAAGGCGTATTCATAGCCAGCATGTGGTGAGCGCTCCCGAGCAGCAGGCTGCTAAAACGGCATTGTATACCGTGACGGATTTTGTGCCGGGACAAACACTGGCCCAGTGGCTGAATGATAACCCGCAGCTGGATTTGGAAACTGTCCGCATGATCATTGAGCAGGTCGCCAGGGGATTGATGGCATTGCATCGCAAAGATGTTCTCCACAGTGATATCCGGCCTGAAAATATCATGATTGATAATAATCATCACATCACACTGGTGGATTTGGGGGCGGCTTCTGTTGCCGGCATTAATGAATTTGCCGGGGAGAACGATGATATTCCCGGTACCGCTATTTATGCAGCACCAGAGTATTTTCTTGGTCAGGGTGGCAGTGAGCAGTCTGAGCAATTTTCGCTGGCGGTGCTGACCTACTATTTGCTCAGTGGCCGCTTCCCTTATGGCACGCAGGTTGCCAAATGCAGAAGCGTGACATCACAGCATAAATTGAAATATGAAAGCGTGTTAGATCCGAACCGGAGCATTCCCTTCTGGCTTGATCACACTTTAAGAAAAGCACTGCATCCCAATCCGCTCAAGCGCTATGACGCACTTTCAGAGTTTGTGTATGCCCTGAGACATCCCGATGCAAAATTTCTCAGCAGCGAGAGGCCGCCCTTACTGGAGCGTAATCCCGTTGCTTTCTGGCAGGGAGTCAGCGGTTTACTCCTTTGTCTTATTCTCGTTCTGTTACTGGAGCGATTTTCACTTATCTAA	MDRLSLSIGQYSSAGEKPLNQDSYGFRLPEDDLLTFKGAAVALADGISTSSVSHIASQVCVKQFLEDYFCTSDTWTVPRAATQVITAVNRWLLGQSRNSPYAGEPDKGYVCTFSALIFKHHRVHVFHLGDARVYRLRGRVLEKLTRDHRQMINGEKHYLSNAMGINELLQLDTDSHSLKEQDCFLLLTDGVYEFIDEASLCSVVTEYEHDPDEAAKKLVEVAFAKGSNDNLTAQIIRVNTLPSVNTGAAGSEEELPIPGVLQSGDFLDQFKIVRTIYHSARSHVYLAQNTADGSQVVLKVPSVEMAHELAHLEAFRMEEWIARRIHSQHVVSAPEQQAAKTALYTVTDFVPGQTLAQWLNDNPQLDLETVRMIIEQVARGLMALHRKDVLHSDIRPENIMIDNNHHITLVDLGAASVAGINEFAGENDDIPGTAIYAAPEYFLGQGGSEQSEQFSLAVLTYYLLSGRFPYGTQVAKCRSVTSQHKLKYESVLDPNRSIPFWLDHTLRKALHPNPLKRYDALSEFVYALRHPDAKFLSSERPPLLERNPVAFWQGVSGLLLCLILVLLLERFSLI				NA	NA	NA	NA	NA
AK237_03832	858	focA	COG2116	putative formate transporter 1	ATGGCTTACTTACTTCCCAATGAATTTGTAACCAAGATGGTGGATGCGGGTGAATCCAAAATTTACATGTCTACCCGCGATACACTTATTCGCGCTTATATGGCCGGTGCTATTTTGGCATTAGCCGCTGTATTCGCAATTACAATTGCCGTGCAAACCGGCGTATTTTTGATTGGAGCCATTCTTTTCCCTGTGGGTTTTTGTATGCTTTACCTCATGGGATTTGATTTATTAACTGGTGTATTCGTATTAACCCCACTGGCATGGCTGGCAAAAAGACCTGGCGTAACCTGGTCACAGATTTTCCGTAATTGGGGACTGGTATTTTGTGGGAACTTTGCCGGTGCGCTTACGGTTGCCTTCATGATGTCTTTTATCTTTACCATGGGCTACAACACTGATGGTGGTGCTATCGCCACAAAAGTTGCCGGCATCGGTGAAGCACGCACACTGGGATATGCGCAGTATGGTATGGAAGGCTGGCTGACCATTTTCATCCGCGGCATGTTATGTAACTGGATGGTGTCAATGGGCGTTGTGGGGGCAATGATTTCTACCCACGTGAGCGGGAAAATCTTTGCCATGTGGATGCCAATCATGCTGTTCTTCTTCATGGGTTTTGAACACTCTGTGGTAAATATGTTCTTGTTCCCGTTCGGTCTGATCATGGGCGGTGACTTCTCTGTGATGGATTATTTCTTCTGGAATGAAATCCCCACCGCATTGGGCAATCTGGTTGGAGGGTTAGCCTTCACGGGATTAACCTTATACAGCACGCACTACCGTACAGCGCCAAAACGTAAATTAGCAGCGCAATCAGCACCTGTTTCGTCTGAATCAAAACCCGCCGCAGTATAA	MAYLLPNEFVTKMVDAGESKIYMSTRDTLIRAYMAGAILALAAVFAITIAVQTGVFLIGAILFPVGFCMLYLMGFDLLTGVFVLTPLAWLAKRPGVTWSQIFRNWGLVFCGNFAGALTVAFMMSFIFTMGYNTDGGAIATKVAGIGEARTLGYAQYGMEGWLTIFIRGMLCNWMVSMGVVGAMISTHVSGKIFAMWMPIMLFFFMGFEHSVVNMFLFPFGLIMGGDFSVMDYFFWNEIPTALGNLVGGLAFTGLTLYSTHYRTAPKRKLAAQSAPVSSESKPAAV	PGPT0017240_208	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_TRANSPORT	PLANT_DERIVED_FORMATE_TRANSPORT,PGPT0017240-fdhC-K21993	NA	NA
AK237_03833	1416	nasR		Nitrate regulatory protein	TTGCCAGGAAAACCAAAACTCTGCGTTTTCAATGAGTTAAAAATATGGAATATCCTTTGCTGTTTGAAACGTACAGGTAACGTCGCAATCGACAACATGACAGTGGGCACCACAACCACAATGGCAGTATTTAGCGAAGCAACAAAGCGATTTCTATTGGCGGCGAAGCACGCCGAAATTCACGCTCTTAACCAGTTAGCCTCTAACTGTAAATTGGTCACGTCTGTAAAAGATATGATTCATCAGTTACAACGGGAGCGCGGGATCAGCAATGTCTATTTAGCCTCAAAGGGAGAGCGCTTTGCGCAGCAACGCGAAGTGCAAATTACCGACAGCCACTATGCAGAACAAACCCTCCGTAGCCAATTGAAGTCGCTGTACCTGACCGGAAACGAAAACGCTGCAAACATGCGTTTGTTAGTCAGTATCACCATGGCGCTCCAGGGATTAGATAATCTCTCCACCTTAAGAGAACACGTTAGCGCACATGAACTTACGTCTTTGCAATCAACACAAGCATACTGCCGCTTAGTTAGCGGACTACTCTCGGTTATCTTTGAAGCAGCAGATGTCGCCAGTGATCCTGATATTACGCGCTTGTTAGTCGCACTTTTTAACTTCCTCCAGGGTAAGGAGTTTGCAGGTCAAGAACGTGCCTGGGGGGCAATTGGTTTTGCTGAAACACATTTCAATACACAGCTATGCGATAAATTAGAGCAGTTACAACACGATCAGCAGCACAGCTTTGACGTGTTTTCAACATTTGCTGATACAGACATTCTGGCCCAATGGCATGCCATATCGCAAAGTGATGCTCAAGCTGATTTGACGCGCTTACGCGGAATGATAAAACAGCTTGCAGACGGCAGCCCGATAGACGGTCAGATAAGCGAAGTGTGGTACGACATTGCCACAACACGCATTGATGCCATGCAGGCGATAGAAGAAGCACTTACCGATAAACTAATCACATTAGCATCGGCTTTAGTAGACAAAGCCGACGCAGAATTAAAGAACCACCGTCAACGAGTTAAATCGCTCGAACAACATCCCACCCCAACAGGCACACCGCTAACCATGCTGTTTGACCCTCAAATGCCGGGATTACGGGGCTCCGACACATTAAGTCAGGAGACCATTTCTAATGCCGAAAGCTTATCCGCGCACCGCTCATTCTACGATTTGTTGTGTGACCAATCAGAACACATTAAAAATATGTCAATTGCACTTGAAGAAGCACGCCAGGCAATTACCGATCAGAAATGTATCGATAGAGCGAAATTACTCATCATGCAGCAATGGAAACTTACCGAAGATCAAGCCTATCGGCGATTACAGAAAACAGCCATGGATCAAAACTGCCGTTTGGTTGATGTTGCCGAGCGCGTGGTGAAAACAACAGCGCAGGTTAAATAA	MPGKPKLCVFNELKIWNILCCLKRTGNVAIDNMTVGTTTTMAVFSEATKRFLLAAKHAEIHALNQLASNCKLVTSVKDMIHQLQRERGISNVYLASKGERFAQQREVQITDSHYAEQTLRSQLKSLYLTGNENAANMRLLVSITMALQGLDNLSTLREHVSAHELTSLQSTQAYCRLVSGLLSVIFEAADVASDPDITRLLVALFNFLQGKEFAGQERAWGAIGFAETHFNTQLCDKLEQLQHDQQHSFDVFSTFADTDILAQWHAISQSDAQADLTRLRGMIKQLADGSPIDGQISEVWYDIATTRIDAMQAIEEALTDKLITLASALVDKADAELKNHRQRVKSLEQHPTPTGTPLTMLFDPQMPGLRGSDTLSQETISNAESLSAHRSFYDLLCDQSEHIKNMSIALEEARQAITDQKCIDRAKLLIMQQWKLTEDQAYRRLQKTAMDQNCRLVDVAERVVKTTAQVK				NA	NA	NA	NA	NA
AK237_03834	663	pgpB	COG0671	Phosphatidylglycerophosphatase B	ATGTCCCATCACCAGGCCTCACAACCAACCAATACATTACTCATAAAATGGGGGATGTGCTGCGCGTTATTTTTCGTCATCCTTGCTGCCTGGGTAAATATGCAGCCCATTCCGGCCCTTGATAGCGCCATTATGATGAGTTTCAGACGTGCCGACGACCTCACGTTATCTGTTGGGCCAGCGTGGGTGGCTGTTCATTTCCGGGATATTACAACCCTGGGGAGTAACTGGTTTTTGCTTGTTATTACAGGTTTGGCGAGTATTGCTTGTGTAAAAACCGGTCATCGCCGGTATGCTGTATTTCTGCTTTTAACTGTTATCAGCGGTATGGTGCTTAGCTTTGCGCTAAAGTACGGGTTTCATCGTCCCCGGCCAGCGCTTGTGCCTCATATTACAAAGGTCTATACCAGTAGCTTTCCTTCCGGACACGCCATGATGTCAACGTTAACCTATATGAGTCTGGCCTATGTTGGCAGTCGCATCATTGGGTCACCGTCTTTGGTTCGCTGGTTTTGGGGCACAGCATTCACGGTAGTCATTTTTGTGGGAGTCAGCCGCGTATTTTTGGGTGTGCACTGGCCCACTGATATTATGGCGGGATGGTGTGCCGCGTTTGTATGGTTGGCACTGTGTTTGTGCGTTATGCAAAAACGCGCTCGATAA	MSHHQASQPTNTLLIKWGMCCALFFVILAAWVNMQPIPALDSAIMMSFRRADDLTLSVGPAWVAVHFRDITTLGSNWFLLVITGLASIACVKTGHRRYAVFLLLTVISGMVLSFALKYGFHRPRPALVPHITKVYTSSFPSGHAMMSTLTYMSLAYVGSRIIGSPSLVRWFWGTAFTVVIFVGVSRVFLGVHWPTDIMAGWCAAFVWLALCLCVMQKRAR	PGPT0024170_472	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-PEPTIDOGLYCAN_REMODELLING	CE-PG_REMODELLING-UNDECAPRENOL_MODIFICATION,PGPT0024170-bcrC-K19302	NA	NA
AK237_03835	933			hypothetical protein	ATGTTCTCTTTTATCACTGAAACCTTATTTCCTGTGCTCATATTATTGCTCATGGGCTGGTTATTTTTTCGTATTAAATGGCTGAACGAAGGTTTCGTCGAAGCCGGTTCGAAGCTGGTATTTAACGTAGCGCTTCCCGCACTGTTATTCCTGTCAATCAGTCAGGCCGACTTCTCCCACGCTGCGAACCTTCCCCTTATCGGCGTAGGTATTGCCGGTACACTGCTGATGTGTTTAATGCTCGTACTTACCGCAAGGTTAACTGTTACGCCCTATCAGTCCAGGGGTGTGGTAGTACAGGGCGGATTCAGGGCTAACATGGGGATCATCGGTTTAGCTTATTGCGCAAATACGTACGGTGCAGATGGATTAGCGGCGGCGTCCGTTTATTTAGGCTGTATCACGATTTTATTCAACGTACTTTCAGTGATTGTGCTGAATTTCTATCAGCCCGGTAAGCGCTCCGTAAGCCAGCAAATCAAAGGGATAGCAAAAAATCCACTCATTATTTCCATCGTTCTGGCACTCCCCTTCTCCTATTATTCATGGACATTACCCGATGCCATTCTCAGAACAGGAGAGTATTTCGCCCAGTTGACCCTGCCACTCGCGCTGATTTGTACTGGCGCGTCATTACAGTTTCGCTCGTTTTCCACTGACTGGTACAACATTACATTAAGTACGGTGAGTAAGTGCGTTATTTATCCGGCACTGATGGTGGGATTGGCTTACATGGCTGGTTTTACGGGTATGAGTCTGGGTATTGTGTTGCTACTTTCTATTGCGCCCACGGCCGCGGCAAGTTATGTCATGGTACGCAGTATGGGGGGCGATCACAGATTAGCGGCCAGCATTATTGCGGTGTCGACCCTGGCGTCCCTACCTGTCACCGCTCTGGCATTTGGTACGCTGACCGCTTTTCATCTGGTGTAA	MFSFITETLFPVLILLLMGWLFFRIKWLNEGFVEAGSKLVFNVALPALLFLSISQADFSHAANLPLIGVGIAGTLLMCLMLVLTARLTVTPYQSRGVVVQGGFRANMGIIGLAYCANTYGADGLAAASVYLGCITILFNVLSVIVLNFYQPGKRSVSQQIKGIAKNPLIISIVLALPFSYYSWTLPDAILRTGEYFAQLTLPLALICTGASLQFRSFSTDWYNITLSTVSKCVIYPALMVGLAYMAGFTGMSLGIVLLLSIAPTAAASYVMVRSMGGDHRLAASIIAVSTLASLPVTALAFGTLTAFHLV	PGPT0001720_1909	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
AK237_03836	1620		COG2272	Carboxylesterase	ATGAAAACACGTTTATTTGCTTTATCCACGGTGGCGACGTTTATGCTATCTGCCTGTGGTGAAAAGCCTGTCGACTCAGTTGTTGAAGACAAGCCTGAAGGCCCGCCTCAGGTAACGGTACAAAACGGCGCACTGGTTGGGGTGCAGGACGGTGATATTCGTGTTTTCAAAGGCATTCCTTACGCCAAACCACCCGTGGGAGAGAATCGTTGGCGTTCGCCGCAACCTGTCGCAGACTGGAACGGCGTAAAAGAAGCCCTGGATTATGGCAATGATTGCATGCAAAAGCCGTTTCCCAGTGATGCGGCGCCGCTCGGCAAAGAGCCGGCAGAAGATTGCTTATATGTGAATGTGTGGGCGCCTCAGGCTGACGATATCAAGCGGCCTGTCGTAGTATGGATCCACGGCGGTGGCTACGTGAATGGCGGTGCTTCACCTGCTACTTACGATGGAAGTGAATTTGCGCGATCGGGTGTGATCTTCGTGAGCTTTAACTATCGTCTTGGCCGCTTTGGTTTCTTCGCACATCCTGCACTATCCGCTGCCAACGAAGGGCCTTTGGGCAACTATGGATTTGAAGACCAAATTGCAGCAATGCAGTGGGTGCAAGCCAACGCAGAGGCTTTCGGCGGTGACAAAGACAATGTGACTATTATGGGGGAATCTGCTGGAGGTGGCTCAGTACATAATCTTATGCAAACTCCTGATGCGCGGGGCACGTTTCAGCGTGCCATTATCATGTCAGGTGGTGGCCGCTCGCTGACAGGTGAGCGCAGTTTAAAGGCGTCAGTAAATGGTCAGCCATCAGCTGAACAGATTGGTATCAACTTCGCCGAAAAGAACGGCATCGCTGGCAATGATGCTGAGGCGTTAGCAGCACTACGCGCACTACCCGCCGCCAAAGTGGTTGATGGATTAAACCTGATGGCACTATTCCAACCAGCTGGCGGTGCGCCAACTTATGTTGGCGGCCCTATCGCTGATGGTGACATTGTGCGCGGCAGCACTCAAGATCTGTTAGCGCAGGGAAACGTGGCGAAAGTGCCCGTTATGGTCGGCACCACCAGCCAGGATATTGGCTTTAATATGTTCCCCACCAAAGATGCGTTGTTTAACTCTTTCGGTGAGTACGCGCAGGCGGCGAAAGATGCGTATGACCCGGACGGAAACGGTGATTTGCAGGAAGTGGGCACTGATGTTGCACAAGACCGCATGATGCAAGAGCCTGCTCGTTTCGTTGCAGAAAGGATGACAGACTTAGACGAAAACGTGTATATGTACCGATATGGCTATGTGGCAGACAGCGCTCGAAATGGAAAAGGTGCGCCCCATGCCAGTGAAATACCGTTCTTCTTTAAAACCGCCGATGTAAAATACCAAGAAGCCAGTGAGCAGGATTTAAATGCTGCCGAATTAGTCTTCAATTATGTCGTCAGCTTTATTGAAAATGGCGATCCTAACGTCACGCGTTTACCTGAGTGGAAGCCGTACGATAATGAAGCACACAATATTATGACATTCACAATGGACGCGACAGCGGTGCATGGTGAAGATCCCTGGACCGAGCGTTTAGACGTGGTTCAGCGCGCAACTGAGGCTGCACAGGCAGCTGCCCGTTAG	MKTRLFALSTVATFMLSACGEKPVDSVVEDKPEGPPQVTVQNGALVGVQDGDIRVFKGIPYAKPPVGENRWRSPQPVADWNGVKEALDYGNDCMQKPFPSDAAPLGKEPAEDCLYVNVWAPQADDIKRPVVVWIHGGGYVNGGASPATYDGSEFARSGVIFVSFNYRLGRFGFFAHPALSAANEGPLGNYGFEDQIAAMQWVQANAEAFGGDKDNVTIMGESAGGGSVHNLMQTPDARGTFQRAIIMSGGGRSLTGERSLKASVNGQPSAEQIGINFAEKNGIAGNDAEALAALRALPAAKVVDGLNLMALFQPAGGAPTYVGGPIADGDIVRGSTQDLLAQGNVAKVPVMVGTTSQDIGFNMFPTKDALFNSFGEYAQAAKDAYDPDGNGDLQEVGTDVAQDRMMQEPARFVAERMTDLDENVYMYRYGYVADSARNGKGAPHASEIPFFFKTADVKYQEASEQDLNAAELVFNYVVSFIENGDPNVTRLPEWKPYDNEAHNIMTFTMDATAVHGEDPWTERLDVVQRATEAAQAAAR	PGPT0030515_726	PUTATIVE	PGPT	PUTATIVE_PGPTs	PUTATIVE_FUNCTIONS	PUTATIVE_FUNCTIONS-1	PUTATIVE-TANNIN_DEGRADATION	PUTATIVE-TANNIN_DEGRADATION-1,PGPT0030515-pnbA-K03929
AK237_03837	957	iolE_3		Inosose dehydratase	ATGACATCGTCTTTAACTCGCCGTCATTTTCTTAAAGCCGGCTTAGGTATTGCTGGCGTGTTAGCCGCCCCAGGTCTTCTCGCCAACACTGTGGCATCCGGGTGTGCGTCATCTTCCCGACATCCCTATGGCATTCAGCTTTACATGGTAAGAGACATGCTTGCCGCCGATCCTGCCGGCACGATTAAAAAGTTAGCACAAGCAGGTTTCACGCAATTGGAGTTGTTCGGTGTTGGAGGATCTGTCAATGCTGCAGGTGCCCCTTTATTTGGGATGAGCATTGATGAAATGGCCGAATTGATGGCCGAGCATAAACTGACAGTTCCGTCAGTTCATATTAACTCTGACCTGGAAGATATTGACTACATAAAGTCGTTGGGAAGTAAGCTTAATATTGATTACTTCATCGAACCCATGGCCGGTGAGTTTCTCAGTTTTGCGGACGGTAAAGTTACCCTTAATACGCCGCAAACCGTGGATGAAGTGAAAGCCATTGCCGCGCGTTTAAATAAACGTGGACAATCGATGAAAGATCATGGGTTTAAGTTCGCTTACCACAATCATAATTTTGAGTTTGGTAAGGTAGACGGGCAGGTCATTTTTGACATTATGATGGAAAATACCGATCCGGATTTAGTGAAAATCGAGCTTGATTTAGGCTGGGTTGCCGCAGCAGGACACGATCCTGTCGCCTTGTTGAACAAGTACAAAGGGCGCGTCATTGGTTGCCACATGAAGGACTACGACGGCGCATTACCGTTAACGGACGACCCCCGTTTTATCATTCCTGAAATGGCAAGGATCAGTACGCCTGGTGATGGTAAATCTGACTTTGCAGCCATTGTTAAGCACTTGAACGACAACAACGTGAAGTATCGCTATGTTGAGGTTGACGTTACAGATACACCGTTTGAGGACGCTGTCCGTGGTTTGTGCTATTTAAGTTCATTGGGCTAA	MTSSLTRRHFLKAGLGIAGVLAAPGLLANTVASGCASSSRHPYGIQLYMVRDMLAADPAGTIKKLAQAGFTQLELFGVGGSVNAAGAPLFGMSIDEMAELMAEHKLTVPSVHINSDLEDIDYIKSLGSKLNIDYFIEPMAGEFLSFADGKVTLNTPQTVDEVKAIAARLNKRGQSMKDHGFKFAYHNHNFEFGKVDGQVIFDIMMENTDPDLVKIELDLGWVAAAGHDPVALLNKYKGRVIGCHMKDYDGALPLTDDPRFIIPEMARISTPGDGKSDFAAIVKHLNDNNVKYRYVEVDVTDTPFEDAVRGLCYLSSLG				NA	NA	NA	NA	NA
AK237_03838	318	bolA	COG0271	DNA-binding transcriptional regulator BolA	ATGTTAGATGTGAAACTGTTCATCGAACAACAACTGGTTGACGCGCTGGCGCCGGTCTATCTTGAGGTACTTGACGAAAGTCATATGCATAATGTGCCACCAGGCGCACAAAGTCACTTTAAGGTAACGGTGGTGTCTTCCACCTTTGAAGACATGCGCCGTGTGCCACGCCATCAAAAGGTTAACGGATTACTGGCAGAAGCCTTACAAGGCCCTGTTCATGCGCTGGCTTTACACACGTATACGCCCGGGGAATGGGAAGCCAGAGGCGGAACTGTTGTCGCCTCACCTCAGTGTCTGGGTGGCTCAGCACGCTAG	MLDVKLFIEQQLVDALAPVYLEVLDESHMHNVPPGAQSHFKVTVVSSTFEDMRRVPRHQKVNGLLAEALQGPVHALALHTYTPGEWEARGGTVVASPQCLGGSAR	PGPT0014930_212	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	UNIVERSAL_STRESS_RESPONSE	STRESS_SIGNALLING_PROTEINS	STRESS_SIGNAL-TRANSCRIPTIONAL_REGULATION,PGPT0014930-bolA-K05527	NA	NA
AK237_03839	630			hypothetical protein	ATGCAATTTTCTTTATTTGACGACCCCAATAACAAGCAGGATAAGGTTCAGCAATTGCCATTACCTGGTGCTGATATACGTTATTTTCCTGGCTGGCTTGATGAAGCTGAAGCGACATCGCTTTATGCTTTTTTAGCATCGTCGTTGAACTGGTCACAGGATACCATCAAATTATATGGTAAGCCGGTGAAAATTCCCCGACTGCAAGCATGGTATGGTGATGACACGACTACCTATACATACTCAGGTCTCACTATGGCTCCGAAACCCTGGACGCCGGAGCTTCTCGCGTTGCGTGAGCGATGTGAATATCAGGCGCAGTGTCGGTTTAATAGTGTGTTAGCAAATTGGTACCGGCACGGGCAAGACAGCATGGGTATGCATGCCGATGATGAGAAGGAGCTGGGTGTTCAGCCTGTCATTGCTTCTATAACACTTGGCGAGGCGAGGCCATTTTTGTTTCGTCACAAACAACAAAAAACATCGCAGCGTATCGTATTAGAGCATGGTTCGCTGTTACTCATGCAAGGCGATACGCAGCGTAACTACGTGCACGGCATTAACAAGACGATGAAAACCATTGGTGGTAGAATTAACCTGACGTATCGCTATATCTATCCAGCCATTTAG	MQFSLFDDPNNKQDKVQQLPLPGADIRYFPGWLDEAEATSLYAFLASSLNWSQDTIKLYGKPVKIPRLQAWYGDDTTTYTYSGLTMAPKPWTPELLALRERCEYQAQCRFNSVLANWYRHGQDSMGMHADDEKELGVQPVIASITLGEARPFLFRHKQQKTSQRIVLEHGSLLLMQGDTQRNYVHGINKTMKTIGGRINLTYRYIYPAI				NA	NA	NA	NA	NA
AK237_03840	1194	rlmG	COG2813	Ribosomal RNA large subunit methyltransferase G	ATGAACGACAACACCGTTTTTGCCTTTCGCGATCGCGAACTAACCTTAATTCGCCATCCCGCCAAACATCAACATATCAGCCTGCAAGCCTGGGACAGCGCCGACGAGTTAATTATCGATCATCTTGCCGACGTCTCCCCTGACGCTTTGGGCAAATGTATCATACTTAACGATGACTTCGGAACGCTTGGATGCTGGTATGCATCGGCGTCGCCTCAATGGGTATCAGACTCCTGGATTTCTCACCGCTCACTGGCAGAAAATTTAGCCACCAACGGGAATGAGGTTACACTGAATGATATGCAGCTCGTTGCTGCTCCCCTTCAGGCTATTGATTGTCTGGCTCCACTTGCAGGCAATCCAGACACGGTAATTTTAAAAATTCCCCGCACCCTTGCCTTGCTGGAACACCAATTGATTATGTTGCAGCAGGTGGTCACTTCTGACACACGCATAGTCGCGGGTGCAAAAGTGAAAGCCATTACGAAAAACGTGCTCGAATTATTTGAAAAATACCTCGGTCACACCACCACGTCATTGGCAAAAAAGAAATCGCGCTTAATCTTTTGTGAGTTTGATGAGGTCAAGCGAGCGGCGCCCGACACTTCCCCCTACCCCAGTACGTGGTCGATGCGTTGTCAGGACGGACGAGAATTAAAAATCTCAAACCATGCTAACGTATTTTCGCGACAATCATTGGATATTGGCGCGCGTTTTATGCTGAATCACATGACAGTGTCTAACAATGAACGGATTATCGATCTGGGTTGTGGAAATGGCGTATTAGGATTACATGCTCTGGCATTAGCGCCAGAAGCTCATGTTACGTTTGTCGATGAGTCGTTTATGGCCCTGGCCTCTGCTCGCCAAAATGTGGCGGATAATTTTCCGGGGCAGTTGGCACAGTGTGCGTTCGTTCCTTCTAACTGTTTAGACGCGATTAAAGCGAAGGGAGAGCATGGCTTTAGCAAAGTGTTCTGTAATCCCCCTTTTCACCAGCAAAATGCAATCACCGACCACATCGCGTGGCAAATGTTTACTGACTCAAAAGATTGTCTGGCACGTGGTGGACATCTGGTTGTGGTGGGCAACCGCCATCTCGATTACCATGTAAAGTTAAAACGTGTATTCGGTGGAGTCTCGCAAATAGCCAGCCACCAAAAGTTTGTTATTTTAAGTTCCGCAAAACGTTAA	MNDNTVFAFRDRELTLIRHPAKHQHISLQAWDSADELIIDHLADVSPDALGKCIILNDDFGTLGCWYASASPQWVSDSWISHRSLAENLATNGNEVTLNDMQLVAAPLQAIDCLAPLAGNPDTVILKIPRTLALLEHQLIMLQQVVTSDTRIVAGAKVKAITKNVLELFEKYLGHTTTSLAKKKSRLIFCEFDEVKRAAPDTSPYPSTWSMRCQDGRELKISNHANVFSRQSLDIGARFMLNHMTVSNNERIIDLGCGNGVLGLHALALAPEAHVTFVDESFMALASARQNVADNFPGQLAQCAFVPSNCLDAIKAKGEHGFSKVFCNPPFHQQNAITDHIAWQMFTDSKDCLARGGHLVVVGNRHLDYHVKLKRVFGGVSQIASHQKFVILSSAKR				NA	NA	NA	NA	NA
AK237_03841	600			Peptidyl-prolyl cis-trans isomerase cyp18	ATGCTTCGTTCTTTGTTTCTGGCACTGTTGCTTGTAACAACTTCTGTTGCCGCTGCCAAGCAAAAAGATGATGGCTCACAAGTCCAACCGGACAATTATTATCCTCGGGTGAAAATGGAAACCAGTATGGGAGATTTTGTCGTCGAGCTATACCGCCGTCGTGCGCCCATCACGGTGAACAATTTTCTTCGTTACGTCGATAAGAAAAGCTACAACGGCACAATTTTTCATCGCGTCGTGCCTGGCTACATTGTACAGGGTGGAGGTTACACCGTGGATTTTGATGAGAAGCCTGATTACGGCACCATCTTTAATGAATCCGGTAGTGGAATGAAGAATAAGCTTTATACCATTGCGATGGCGCGCCAGAATGATCCCCACTCCGCTAATCGCCAGTTCTTTTTCAACATGAATGATAACACTAACCTGGATCCCGGCAGAGATTGGGGATATGCGGTATTTGGCATGATTGTGGAAGGCGAAGCGGTGGTCGAGAAAATGATGGAGGTTGAGTTAGACTACCAACAAGCGTTGGGCGAGCCTAACTCTCCTAAAACACCGATTATTCTCGAAAAAGTCACCGTACTGCCCGCACTGTAA	MLRSLFLALLLVTTSVAAAKQKDDGSQVQPDNYYPRVKMETSMGDFVVELYRRRAPITVNNFLRYVDKKSYNGTIFHRVVPGYIVQGGGYTVDFDEKPDYGTIFNESGSGMKNKLYTIAMARQNDPHSANRQFFFNMNDNTNLDPGRDWGYAVFGMIVEGEAVVEKMMEVELDYQQALGEPNSPKTPIILEKVTVLPAL	PGPT0015110_980	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL_PEPTIDES,PGPT0015110-ppiA-K03767	NA	NA
AK237_03842	522		COG1670	Acetyltransferase	TTGAAACTCACCACTTCCCGATTGACCCTTCGTTTACCGCATCAAGAGGATCGTAATTGGATTTTTGCGCTAAATCACGACCCGTTATGGTTACGGTTTATTGGTAATCGGGGTGTGCATACATTGAAAGATGCAAAAAGTTATATCGACAATGCGCAGGCGCACTTCGATTCGAATGGATACGGTTTATTTGCGGTTGAAGATAAGCTGACAGGAAAGCCGCTTGGTATGTGCGGATTAATTAATCGCGGTATATTCACTGCGCCAGACTTGGGGTTTGCCCTGTTGCCAGAGGCGCGGGGGCGGGGCATTGGCCTGGAAGCCGGGAAGGCTGTTGTTTCGTTTGCCAAAGAAACGCTGCAAGAGCCATATCTGACGGCAATGACCCATGTGGATAACACAGACTCACAGAATTTACTGAAAAGACTTGGCTATAGAAAACGCGGGAAAGTATTTATGTCCGGCGTGTTTCCGCAGCAATTTTTCTGGCTGTCGCTGCAAGCCTGGCAACCTGAACCGTAG	MKLTTSRLTLRLPHQEDRNWIFALNHDPLWLRFIGNRGVHTLKDAKSYIDNAQAHFDSNGYGLFAVEDKLTGKPLGMCGLINRGIFTAPDLGFALLPEARGRGIGLEAGKAVVSFAKETLQEPYLTAMTHVDNTDSQNLLKRLGYRKRGKVFMSGVFPQQFFWLSLQAWQPEP				NA	NA	NA	NA	NA
AK237_03843	630			hypothetical protein	TTGTTTGTTAATGAAGTAAAAGCGTGGTGTGACGCCGCTCGCGACCAGCCATTAATGCTGGGGTACGGAAGTTTAATGAGCCGGGATAGCCGTACCCGTTTTTCAAATATTGAACATGACGGCATGATGGTCACTGTAAAAGGCTATCGTCGGGGTTGGATAACGCGGAGTTTGCAGGAACAGCAAACTTACGTGGGTGCATTGCCAGATCCTGACGGCGTGTTAAATGCGCAGATTGTGCCAGTGAGGCTTGATCCTGCATTAGCGAACCGAGAAAAAGACTACCAGTTCGAACGCGTCTCAAGCTGTCAAATTCATACAGCGCTTAACCAACAAGAAGACAGTTTCCTGCACGAGTGGTTAGCCCAAAAAGAGGTTTATATTTGCCGTTCGTTGCAGGCTTATCCTGCCGATCAGGATTTTCCAGTGCACCTTTCCTATGTTGATACCTGCATGGCTGGTTGTTTAGAAGCCGGTGGAGAGGGGGCCGCTATTGACTTTGTAAAACAGACCGGGAACTGGAGCGCGCACCTTATTGACGATCGGGACAAACCAAAGTATCCCAGAGCGGCAAAAACAGACCATACTGTACGCAAAACAATGGACCGTATCCTAAGAGAGCACCTTTGA	MFVNEVKAWCDAARDQPLMLGYGSLMSRDSRTRFSNIEHDGMMVTVKGYRRGWITRSLQEQQTYVGALPDPDGVLNAQIVPVRLDPALANREKDYQFERVSSCQIHTALNQQEDSFLHEWLAQKEVYICRSLQAYPADQDFPVHLSYVDTCMAGCLEAGGEGAAIDFVKQTGNWSAHLIDDRDKPKYPRAAKTDHTVRKTMDRILREHL				NA	NA	NA	NA	NA
AK237_03844	2403		COG1629	putative TonB-dependent receptor	ATGCATACCCCCTCCATTCTTGCTGTCGCCGTTATGACAGCATTCAGCGGTAGTGCGCTTGCAACTACCATTTCCGGTAAAGTGACAGATGAAGCTGGCAACCCTATCCCGGGCGCGCAAGTGTCAGTAGAAGGTTCTCGTCGTGTTGTCGTGACCGATAACAACGGCATGTACACCATGGATAACGTAGCCGCTAAAGACGTGCATATTCACGTCTCCAGCGCAAAATACCTTCATGGTGATAAAGATCTTGGCAATGTTGATGGCGATCACCAGGTTGACTTTTCTTTGGCCCCGGCCTCTATGGAAAACATTACTGTTACTGCTTCGGCAATGCAGAATTCTGTTTTAGAAAGTGTCACGCCTGTTTCCGTTATGGATGCCGAAGCGTTGCGCCGCAAACAGCAACCTACGTTAGGTGAGACACTGAAATCGTTGCCTGGTGTGCATTCCAGCTATTTTGGTCCGGTTTCCAGTAGCCCGGTTATTCGTGGAGCGAGCGGTCCACGGGTGAAAATCGTACAAAACGGACTCGATGTATCAGATGTGTCCCGTATTGGTCCTGATCACAACGTCGCGACAAGCACATCCAGTGCTACTCAGGTGGAAGTGTTACGTGGCCCTGCTACGCTTCAATATGGTTCTGGAGCCATTGGTGGCGTGGTAAATGTCGTAGACAAGCGTATTCCTCAGGAAATGCCGTATGGCCTGGAGGGCGAGGCTGAAATGCGCTATTCCACCGTTGATAACGGTAAGTTCGGCAAAGTTGATGTTACAACTGGTGCAGACAATCTTGCTGTGCATTTTGATGGCTTTGCGCGTAAGACCGACGATATTGATATTCCGGGTTATGCAGAAAGTGAACCGGACGGTGACGAGGGCCCGGGAACGCTTGGAAGTAGTGACATCGACACCACTAACTTCAATGCTGGCGTGAGTTATATTAAGGATGAAGGTTATATTGGATTGTCTATAGAGAAGCTGGATAACCTTTATGGCGTGCCAGGTCATCACCACCATCACGATGAAGAAGAAGAGGCAGAAGAAGCTGAAGGCGCCGAAGAAGGCACAAAAATCGATGTGGATATGACGCGCTATCAATTAGCCGGAGAATGGCATTCGCCCACTGATGGCATCGATAATATCCGTTTTGCCGCTGCTTATACTGATTACACCCATGTGGAAATTGAAGACGGCGCAGTAGGTACTGAGTTTAATAACGAAAGCAGCAATGCGAAGTTAACCATTGCGCACACGGGCATTCAGGGGTGGCACGGCGTATTTGGTTTCCAGTTGGCAACCAGCGACTACGAAGCTATCGGCGAAGAAGCATTCTCTCCCCCCACAACCACTGACACCCAGGCCTTATTTTTGATTGAGCAAAAGAAAGTTGGTGATGTCACATTTGAGTTAGGTGGTCGCGTAGAGCAAACTTCGTACGATGCAGATGATGCGAATGTCGAACTGCACGTCGAGCACCTTGATGAAGAAGAGCATGAAGGTGAGGAGCACGAACATGAGGAAGAGGCACTAACCTTTAACTTCCCGGACTACGACTTTACCAGCGTCTCTTTATCTGCCGGCGCGAATTGGGAATATCAGCCTGGCTATTCTGTGGCCTTAACGTTATCTCGAAACGAGCGTGCACCGAGTCAACAAGAGTTGTTCTCTGGCGGTCAGCATATTGCCACCCGCACGTATGAAGTTGGTTTAGTTTATCAACTTGATGAAGACGGCGAGCTCTCTGATACTCTGCGCGATGTAGAAGAGGAAGTGAGTACTAACCTTGACTTAACGTTCCGTAAATTTAACGGCAACTGGGGTTACACCGCCTCACTGTTTTACACTCAGGCTGACAATTATATCTACGAAAGTGGAACCGGTCTGATTGCCGTGTCAGAAGAACACGAGCATGATCACGAAGAAGCGGAAGGTGAGGCTCATGAAGAAGAAGGCACACCGGTTTATTATTTCCAGCAATCAGATGCTGATCTTTACGGGATGGAAGCGGAAGTGTTCTACAACATTTCTGACGAATGGCGTTTAGATGTATACGGTGATTATATTCGTGCTAAGTTAGACAACGAAGATTTGCCTCGTATTCCTCCCTTACGTATCGGTTCATCTATTCGTTATCAAGGGCAGTCGCTCTCTGGCGAAGTGGGTGTGGAATGGTACGACGATCAAACGAAAACGGCACCTTATGAAACCGCTACCGACGGTTACACGATGCTAAACGCCAGTGTTGAATATGATATTGCGTCTGCAGGAGTCGATTGGGTTTTATTTGCTGCGGCAGATAACATTACCGACAAGGAAGCGCGTGTACATACTTCCTTCATTAAAGATCTCGCGCCGTTACCTGGCCGTAACTTCTCGGTAGGCGTACGTGCCGTGTTTTAA	MHTPSILAVAVMTAFSGSALATTISGKVTDEAGNPIPGAQVSVEGSRRVVVTDNNGMYTMDNVAAKDVHIHVSSAKYLHGDKDLGNVDGDHQVDFSLAPASMENITVTASAMQNSVLESVTPVSVMDAEALRRKQQPTLGETLKSLPGVHSSYFGPVSSSPVIRGASGPRVKIVQNGLDVSDVSRIGPDHNVATSTSSATQVEVLRGPATLQYGSGAIGGVVNVVDKRIPQEMPYGLEGEAEMRYSTVDNGKFGKVDVTTGADNLAVHFDGFARKTDDIDIPGYAESEPDGDEGPGTLGSSDIDTTNFNAGVSYIKDEGYIGLSIEKLDNLYGVPGHHHHHDEEEEAEEAEGAEEGTKIDVDMTRYQLAGEWHSPTDGIDNIRFAAAYTDYTHVEIEDGAVGTEFNNESSNAKLTIAHTGIQGWHGVFGFQLATSDYEAIGEEAFSPPTTTDTQALFLIEQKKVGDVTFELGGRVEQTSYDADDANVELHVEHLDEEEHEGEEHEHEEEALTFNFPDYDFTSVSLSAGANWEYQPGYSVALTLSRNERAPSQQELFSGGQHIATRTYEVGLVYQLDEDGELSDTLRDVEEEVSTNLDLTFRKFNGNWGYTASLFYTQADNYIYESGTGLIAVSEEHEHDHEEAEGEAHEEEGTPVYYFQQSDADLYGMEAEVFYNISDEWRLDVYGDYIRAKLDNEDLPRIPPLRIGSSIRYQGQSLSGEVGVEWYDDQTKTAPYETATDGYTMLNASVEYDIASAGVDWVLFAAADNITDKEARVHTSFIKDLAPLPGRNFSVGVRAVF	PGPT0003790_10755	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0003790-hutA|fatA|fct|foxR-K02014	NA	NA
AK237_03845	1032	epmA	COG2269	Elongation factor P--(R)-beta-lysine ligase	ATGTGGTGTCTTCACAGCCCATGCTTAGCAAGTTTTTACCTGACGTCTGATCTCATGTCATCAATGCACCTCTGGCGACCTACCGCTCCTGTCGACAATCTGCGCGTACGCGCTGAATTACTTCGCACTATTCGATATTTCTTCGCACAGCGGGACGTGCTTGAAGTGGATACGCCATTATTGAGTCACGGTACAGTAACCGATGTTCACCTGGCCGCATTTGCCAGCACGTTCGAGCATAGCGAATCGGGCAACCAGGAAACGCTGTATCTGCAAACGTCCCCAGAGTACGCCATGAAACGGCTATTGTGTGCAGGTTACGGATCGATTTATCAGATCTGCAAAGCATTCAGGCATGAAGGGGCGGGCCGGTATCATAACCCGGAGTTCACGATGCTTGAATGGTATCGTGTGGGTTTTAATCACCATCAGTTAATGGCAGAAATGGACACGCTGTTGCAGGCCACACTGGCAACCTCTGAAGCAGAAAAAATCAGCTATCAAGCGGTGTTTATTCGTGAATTGAATATCGATCCGCTTAGCGCCTCTTTGGATGCACTACAGAAAAAAGCGAAAGTCTGTGGGTTAGATATGCATGCCGGGCTTCCCAACGATATCGATACGTTACTTCAGTTGCTCTTTAGTTTGTACATCGAGCCGAATATTGGCCAACAGGTACCATGCTTTGTTTTTGGTTTTCCAGCTTCGCAGGCGGCACTGGCTAAAGTGAATGAAGACGACCCTCGTACTGCCGATCGATTTGAGGTGTATTTTAAGGGTGTCGAACTGGCTAATGGGTTTTATGAACTGGCTAACCCAACAGAACAGCGCCAGCGTTTCGAGCGAGACAACGCACATCGGGTGTCGTTAGGATTGCCGGCGTTACCTGTAGATGAGCATTTCCTTAGTGCGCTGGAAAACGGTTTACCAGAGTGCGCAGGCGTAGCGTTGGGTATCGACCGGCTGCTGATGTTAAAATTGGGTGTTTCTCACATTCAGGAAGTCATGCCTTTTCCTGTTTCTCGCGCATAA	MWCLHSPCLASFYLTSDLMSSMHLWRPTAPVDNLRVRAELLRTIRYFFAQRDVLEVDTPLLSHGTVTDVHLAAFASTFEHSESGNQETLYLQTSPEYAMKRLLCAGYGSIYQICKAFRHEGAGRYHNPEFTMLEWYRVGFNHHQLMAEMDTLLQATLATSEAEKISYQAVFIRELNIDPLSASLDALQKKAKVCGLDMHAGLPNDIDTLLQLLFSLYIEPNIGQQVPCFVFGFPASQAALAKVNEDDPRTADRFEVYFKGVELANGFYELANPTEQRQRFERDNAHRVSLGLPALPVDEHFLSALENGLPECAGVALGIDRLLMLKLGVSHIQEVMPFPVSRA				NA	NA	NA	NA	NA
AK237_03846	570	efp	COG0231	Elongation factor P	ATGGCTTTTTACAGCACTAACGAATTCAAAGGCGGCCTCAAGATCATGCTTGACGGCGAACCTTGTAACATTCTGGAAAACGAATACGTAAAACCAGGAAAGGGTCAGGCATTTAACCGCGTTAAAATCCGTAAACTTATTTCCGGTAAGGTACTTGAAAAAACGTTCCGCTCTGGTGAAACCGTGGAAGGCGCTGACGTCATGGATACGGAACTAGCCTACCTGTACACCGACGGCGAATTCTACCACTTTATGAATAACGATACATTCGAACAAATCGCTGCAGACGAAAAAGCGGTTGGCGAAAATGTTAAGTGGCTGAAAGAGAATGATGTGTGCACAATCACATTATGGAACGGTTCTCCTATCACGGTAACGCCACCTAACTTTGTTGAGCTGGAAATTACCGAAACCGATCCTGGCCTGAAAGGCGATACTGCCGGTACGGGTGGCAAGCCAGCTACCTTATCTACGGGTGCTGTTGTTCGCGTACCTTTATTCGTTCAAACCGGTGAAGTTATCCGTGTGGATACCCGCTCCGGCGAGTACGTATCACGGGCGCAGAAATAA	MAFYSTNEFKGGLKIMLDGEPCNILENEYVKPGKGQAFNRVKIRKLISGKVLEKTFRSGETVEGADVMDTELAYLYTDGEFYHFMNNDTFEQIAADEKAVGENVKWLKENDVCTITLWNGSPITVTPPNFVELEITETDPGLKGDTAGTGGKPATLSTGAVVRVPLFVQTGEVIRVDTRSGEYVSRAQK	PGPT0016205_1148	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-MOTILITY|CHEMOTAXIS	OTHER_MOTILITY_REGULATING_FUNCTIONS	MOTILITY-SWARMING_REGULATOR,PGPT0016205-efp-K02356	NA	NA
AK237_03847	1026	epmB	COG1509	L-lysine 2,3-aminomutase	GTGGCGCAAATAATACCTAAAAATCGGCTGTCTGTAGAGACAAACTGGCAAAAAGATCTTGCAATGGCGTTTACCCGCCCGGAAGACCTGCTGGACTACCTGGATCTCGATGTTGATCAGTTGGGTCATCACGGCGCTGCCAGACGATTATTTCCCATGCGCGTCCCCCGCCATTTCGCCTCATTGATGGAAAAAGGTAACTGGCACGACCCGCTGCTCCGTCAGGTAATGCCTTTGTCTCAGGAATTTGAAGCCGCTCCCGGCTACAGCACCGATCCGCTGGATGAACACGATACGGCCGGTAAAGGTTTATTACATAAGTATCAAAGTCGCGTACTGCTGATTGTAAAAGGCGGGTGCGCGGTAAACTGCCGCTACTGTTTCCGTCGTCATTTTCCCTATGCCGACAATGCGGTGAGCAAGCAGGAATGGGAAAACGCTATCGCCTACATTGCTGCCGATCCGGCTATTAACGAAGTGATTTTTTCCGGTGGTGACCCGCTGATGGCCAAAGATAGTCATTTATCATGGTTGGCTACCGAAATCGCTACGATTCCTCACATCAAACGTTTACGCATTCATACCCGGTTGCCCATTGTACTGCCACAACGTTTGGACAATGCATTTAGTGATTGGATTACCGCCCTGCCCGTGAAAACCATTGTGGTATTGCATGCCAATCATGCAAACGAGTTTAGCCCCGCGCTGTCAGATCGACTGGCACAGCTTCGAAAAGCGGGAGTAACCTTATTAAATCAAGCGGTCTTGCTAAAAGGAGTGAATGACTCGGTGGAGGCGCTGGTAGATTTGCAAGAAGCGACCTTTGAAGCGGGCGTCATGCCTTACTATCTTTACTTATTAGACAAAGTGCAGGGCGCTGCACACTTTGAAGTGTCCGATGACGACGCACGTGCATTGATGGCGGAAGTAATAAAGCGCTTACCGGGCTTTCTGGTTCCCAAACTCACCAGGGAGATCGGAGGCCAACCCGGCAAAACGCCTGTCGATTTACACATTCACCCATGA	MAQIIPKNRLSVETNWQKDLAMAFTRPEDLLDYLDLDVDQLGHHGAARRLFPMRVPRHFASLMEKGNWHDPLLRQVMPLSQEFEAAPGYSTDPLDEHDTAGKGLLHKYQSRVLLIVKGGCAVNCRYCFRRHFPYADNAVSKQEWENAIAYIAADPAINEVIFSGGDPLMAKDSHLSWLATEIATIPHIKRLRIHTRLPIVLPQRLDNAFSDWITALPVKTIVVLHANHANEFSPALSDRLAQLRKAGVTLLNQAVLLKGVNDSVEALVDLQEATFEAGVMPYYLYLLDKVQGAAHFEVSDDDARALMAEVIKRLPGFLVPKLTREIGGQPGKTPVDLHIHP	PGPT0020325_419	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_UTILIZATION	PLANT_DERIVED_LYSINE_DEGRADATION,PGPT0020325-empB|yjeK-K19810	NA	NA
AK237_03848	192			hypothetical protein	ATGGATCTACAAGGTGCAAGTGCCTCTGGAACGTCCGGTGCGTCGCTTGAGTTGGCCTCTCTTAAGTTGGCGAAAAACCAACAAAAACAAGAGGGACAAGCAACGCTTCAGCTGCTGGAATCAGCCGCTGACGTACCAAAACCATCATCCGGGAATCCGTCGTTGGGTGCCAACGTTGATACCTACGCGTGA	MDLQGASASGTSGASLELASLKLAKNQQKQEGQATLQLLESAADVPKPSSGNPSLGANVDTYA				NA	NA	NA	NA	NA
AK237_03849	312			hypothetical protein	ATGCAGGCAATTAACGAACAACTTCAAGACACCTTGCAAACACTCTATCGAAAAGCGATAGATGCGGACGCCGTTCTTGATCAGTTACAACAGGCGCAAAAGGGTAAATTTCAAACCATCTTCACCGAAGAGAGTGGATTCGACACTAAATCGAAACGCTTCTCGCCTTACGTAGAAGAAATTGCCAGAGACTGGCAGGCGATTAAAGATCAGGACGAAGCCACCTTCAAAGCAGGATTAGCTCCACTGGTGAAAAAAATCGAATTAGCGTTAACTACGCTTTCCCAGTTTCAGGCAGTGGGTAAAGCGTAG	MQAINEQLQDTLQTLYRKAIDADAVLDQLQQAQKGKFQTIFTEESGFDTKSKRFSPYVEEIARDWQAIKDQDEATFKAGLAPLVKKIELALTTLSQFQAVGKA				NA	NA	NA	NA	NA
AK237_03850	1290			hypothetical protein	TTGCGTATACTACGTGGTGTCATCATAGCGCTGTTGTTGTGTTTTTTGTTTGCTGTCGGACTTGTCGTACTGATGATCGAGAGCGAACCAACGGTAGATGTAAAAGCGGCTGAACAAGTTGCCGATGCAGATACCGTGCATGATTTGCTCACGCAATTAGAGTCAAGCATTACTGACCGCCATCAAGGCCACACCATCACTGTTAGTAAGCAGCAATTTGATTCGATTGTGGGTTTTCTGCAGCGCGCAAAATCAGATTTTCGCGGTAAAGTTTCTGTGAACCCCGATGCCACCCGTTTACAAGCCAGTGTGGCCATTCCCGTGACGTTGTTCGACGGTTTTCTCAATATTGATGCCACTCTGTTGCCTGCGAATCGACTTTTACTGGAAGAAGTCAAAGTGGGAGATTTGCATATTCCGGGGAATATTGCGGTAGGTTTGGCTGAGTGGATGGTGAACCGATGGACACAAAGTGACATCGCCACTCAGGCCAGAAAGCAAATTGAAAAGGTGAGTATGACCAACAATGAAGTGATGGTGACACTCCGCCCTATGGACGGTTTTCTTCGTCAGTTGAATGAAGTCAAAAACGGGCTTTCAGTGGATCAGGATGACGAACTTCGCGATTTAACGGCTTATTACTTACGCTATATTTCATTTCAGGATATCACGCTGGCGGAAACGCCTCAGCCCGCCATTGATTTTATCCGTCTGACAATGAAGCGCGTAGTTCAGCGCAGTACGCCTGAAACAGCCGTCGAGCATAATAAAGCTGCTATTCTCGCACTGGCCATTTTCATCGGTCATCATCGTGTTGCGAACTTTGTGGGTGACGTACAGCCTAATGCCGACAAAGCGCTGAAACCGCTCACGCCGCCGTTGTTACGGGGACGGAATGATTTAGCGCGTCACTTTCTGATTTCTGCGGCATTAAAGGTGCTTAGCGAGCAAGGTATTACGCTGGCCATTGGTGAATTTAAAGAGCTGATGGATCGTGCGATGGGCGGTAGTGGTTACTCGTTTGTAGATTTAACGGCGGACATGGCGGGAATAGAATTTGCCCGCGTGGCCACGTCACCAGAGCATGCTGTTGAAGTACAAAGAATCCTTGCTGATATGACTGACGATAGTGTACTCATGCCATCGGTGGATGGGCTGGTGGAAGGACTATCGAAAGAACAGTTTATCGATGAGTTTGAGCAAGTCGACAGTGACAGGTACCTTGAAGAGGTTGCACGTATCAAAGCCAGACTTGCCACGATTTCGCTATATCAGCTGGAGAATCAATAG	MRILRGVIIALLLCFLFAVGLVVLMIESEPTVDVKAAEQVADADTVHDLLTQLESSITDRHQGHTITVSKQQFDSIVGFLQRAKSDFRGKVSVNPDATRLQASVAIPVTLFDGFLNIDATLLPANRLLLEEVKVGDLHIPGNIAVGLAEWMVNRWTQSDIATQARKQIEKVSMTNNEVMVTLRPMDGFLRQLNEVKNGLSVDQDDELRDLTAYYLRYISFQDITLAETPQPAIDFIRLTMKRVVQRSTPETAVEHNKAAILALAIFIGHHRVANFVGDVQPNADKALKPLTPPLLRGRNDLARHFLISAALKVLSEQGITLAIGEFKELMDRAMGGSGYSFVDLTADMAGIEFARVATSPEHAVEVQRILADMTDDSVLMPSVDGLVEGLSKEQFIDEFEQVDSDRYLEEVARIKARLATISLYQLENQ				NA	NA	NA	NA	NA
AK237_03851	672	yqaB_2	COG0637	Fructose-1-phosphate phosphatase YqaB	ATGTCAAAGCCTCGCGCAATTAGCCAAGCCACTAAAGCCATTTTATTTGATCATGATGGCACTCTGATCGACTCCGAGCAGGCGCACTTTGAAATTTGGCAAAGCGTGCTTGCTAAATATGGAGTGGCAATCGATGAGACTTTTTACAGTGAGGTGATGGCGGGGATCCCTGTTGCCCAAAATGCGATTGATGCCGTTGAGGCGTTCTCGATGTCCGTATCGCCGGAAGTGCTGGCGCAGGAAAAGCATGAAAAAACACGTCAGTACCTTGCTGAGCAACCTTTCCCGCTTATGCCTCACGCTGTGGAGACCATTAAGAAGTGCTACGACAGCGGCTATCAGCTTGCCATCGTCACAGGAGGTAGTCGGTTGTCGGTCGAACGTACATTGGATGCACGGGGTCTGCGCCATATGTTTTCAGCCACGGTTGCGGTTGAGGACGTTGAAAAGAGTAAACCGGCGCCCGATTGTTACCTGCTCGCAATGCAATATCTTGGTCGTAAACCTGAAGAATGTGTGGCCGTTGAAGATACCGAACACGGTATGCGCTCTGCGCTTGCAGCAGGCGCAGCGTGTGTTGTGATCCCCACCGCTCACTCCGCGAAACACGATTTTTCAAAGGCAACAGCACAATATGCATCGTTACAGGCATGGTGGATGTTGGAGGCTTAA	MSKPRAISQATKAILFDHDGTLIDSEQAHFEIWQSVLAKYGVAIDETFYSEVMAGIPVAQNAIDAVEAFSMSVSPEVLAQEKHEKTRQYLAEQPFPLMPHAVETIKKCYDSGYQLAIVTGGSRLSVERTLDARGLRHMFSATVAVEDVEKSKPAPDCYLLAMQYLGRKPEECVAVEDTEHGMRSALAAGAACVVIPTAHSAKHDFSKATAQYASLQAWWMLEA				NA	NA	NA	NA	NA
AK237_03852	1179			hypothetical protein	ATGGATTTGCTGACACTCACTATCAGTACTGTGTTTCTCAGTGCAATGATGGCGATAACGCTTGGTGCGCTTTACTTAACGAACAAAACAGATAACGCTATGCGCGACTGGTCAATGGCCGGCGTGTGTTTTTTGTTTTGTAGCGCCTTACTTTTATTCGCTTCTGTTCACCCCATCCCGTGGATAATTTCACCGGTTCTCTCCAACACGTTTTACGTTATCGCACATGGTTTTATCTTAAGTGGAATCACTCAGCAAACCCGCAAGGTAAACAGTTATACATCGATTTCTGTTTTCGCAGCCTTTGTCTTTGCTCTTCACTTTAATGCTGTTTTTGCTAACAACGTGGAATATCGCATAGTAGCCATATACCCTGTCATCATTACGCTTAATGTCCTTTCTCTGGTTCAGTTATGGCGATTCAGACATTCTGCGTTTGGCAAAAGCTATTGGGCAGCCATTATCATTATTGCCCTTTATATTGTTCACTGTGTCATTAATGCAATTGCCACATTATGCTTTCCTGAAGAACTCGCATTCCTGGGGAGTGATATTGTACAGACAACGAATACACTGGTATGTATGCTTTACGTCACCAGCATTACACTGTGCCTAATCTTCATTCACTGCTGGAAGCGTGAAGTTGCGTTAAAAACAATTTCCAGAACAGACGCACTAACGGGTTGGCTCAATCGCCACGCCCTGAACGATTCTGCAAGCAGAGAATTTTCTCGCTGTCAGCGAAGCAGGTTATCGTTCGCATTTATTACCTTTGATATAGATTACTTTAAAGCCGTCAACGACAACTATGGCCATATTATTGGCGACCATGCGCTACAACATATTGCGAGTGTGGCCAAAGAAGCTACGCGTGAATACGATTACCACTTCCGTCTCGGGGGGGAAGAATTCGTCATCATGGTAGCCGGGCTCAAAGTTTGCGATATAAAAGTGGTGGCGGAGCGGGTGCGAAAGTCCATTCAGACGACCCCCTTTAGGCTTGGGGCCGAATCGTTACCGCTCTCGATCAGTGTGGGCATGGCGACCATGGAAGCTAACGATGCAGACTGGCACGTTGTGCTAGAGCGCGCTGACAATGCCCTCTACGCCGCTAAAAAGGGCGGCCGAAATAAGACTCGCTATTTCAGTACAAATACATTGTCGCTGGTTAAAGGGTAA	MDLLTLTISTVFLSAMMAITLGALYLTNKTDNAMRDWSMAGVCFLFCSALLLFASVHPIPWIISPVLSNTFYVIAHGFILSGITQQTRKVNSYTSISVFAAFVFALHFNAVFANNVEYRIVAIYPVIITLNVLSLVQLWRFRHSAFGKSYWAAIIIIALYIVHCVINAIATLCFPEELAFLGSDIVQTTNTLVCMLYVTSITLCLIFIHCWKREVALKTISRTDALTGWLNRHALNDSASREFSRCQRSRLSFAFITFDIDYFKAVNDNYGHIIGDHALQHIASVAKEATREYDYHFRLGGEEFVIMVAGLKVCDIKVVAERVRKSIQTTPFRLGAESLPLSISVGMATMEANDADWHVVLERADNALYAAKKGGRNKTRYFSTNTLSLVKG				NA	NA	NA	NA	NA
AK237_03853	1623	kinA_2	COG0642	Sporulation kinase A	ATGGCAGCGCTAATTGAACACGCAAATGGCTTCGAAGCCGTTTTTCGGGCATCAAAAGATGGCTTGGGCATTTTCAAAGATGGCATCTTCTTCGATTGTAATCAGTCGATGCTTGATTTGGTTGGTTTGGAAAGCAAGGAGAAGTTTATTGGACTGACCCCATTTGATTTTTCCCCAACGTACCAACCTGATGGGCAATTGTCTGCCGAAAAGGGACAGGTCCTCATCGAGCGTTGCATGGCCGAGGGGAGTTTGCGTTTTGAATGGTTGCATTCGAAATATAATGGAGAGCCTTTTTGGGCTGAAGTCATCATCACTAAAATGATGATGAATAATGAGATTGTGGTGCATGCAAACTGGCGGGATATTTCAGAAAAGAAAAGGCTCGAACTTGAAATTGCAGCTCAAAAAGACACCTTTGAGACGCTTTTCAATGAGTCGGTAGACGGTCTTTGTTTGCTTACCAGCAAGGTTTATCTGGACTGCAATAAAGCCTTTTTATCCCTATTGGGATTCACCGAAAAATCGCAAATTATCGGTCTGACGCCCATGGATATTTCGCCTCAATTTCAAGCCGATGGACGCGCGTCGGCAGATGCCGCGAAAGAGATCATTGAAAACGCTTTTACTGTAGGCAGTGTGCGCTTTGAATGGGTTCATAAGAAGTCTGATGGTACTGAATTCTGGTGCGAAATTATCGTGACGAAAATTACCCTGAATGGTGAAGATGTGTTGTATGCCATTACGCGGGATATTTCAGAAAAGAAAAAACTAGAGCTTCAGATTGTAGAACGAAACGCCGAGTTGCACGCTTCGAATGCACATCTTGAGGAGACCATTAATAACTTAAAACTAACTCAAGACAAACTTGTTGAGTCTGAAAAAATGGCAAGTTTAGGATCGCTCGTGGCGGGAGTCGCTCATGAAATCAATACGCCTGTCGGCATTGGGCTAACTGGAGTGACGCAACTGATGGAAGAGTGTATCGATATTCGTCAGCGCTACAATGAAGGTAATTTAACCGAAGATGACTTCGAAGAGTTTCTGGGTAGTGCTAATGAGATTTCAGAGATCGTCAAAAAGAATTTGGTGCGAACCGCTCATCTTGTAAGAAGTTTTAAGCAGGTCGCAGTAGACCAAACCAGCGAAGAAGATAGAGAAGTTAACCTTAAATATTACTTTGACGAAGTGGTATTTAGTCTTGCGTCGGTACTACGTAAGGCCCACGTGGTGGTGAATTTATCGTGTCCGGACGACGTGAATGTTTTAACCAATCCCGGATTGCTTTCTCAGGTACTCACCAATCTTATTGTTAACTCGGTGAATCATGGTTTTAGCGAAAAAGATGCTGGCACCATTAATATTGTGGTGGAAGAAAAAGCGGAAACCACCTTCTTGCTTACCTATAAAGATGACGGAAAAGGAATAAGCAAAGAGAACATCGCAAAAATTTTCGACCCCTTTTTCACAACGCGACGAGGAACCGGAGGTACCGGGCTGGGGCTTAATATTACTTACAACATTATTACCAACGCTCTGGGTGGCTCGATTGTGTGTAACAGCACTGAGGGCCAGGGCGTTGAGTTTATTATACAGTTTACCGTGTCAGACCGGCTGGGTTAA	MAALIEHANGFEAVFRASKDGLGIFKDGIFFDCNQSMLDLVGLESKEKFIGLTPFDFSPTYQPDGQLSAEKGQVLIERCMAEGSLRFEWLHSKYNGEPFWAEVIITKMMMNNEIVVHANWRDISEKKRLELEIAAQKDTFETLFNESVDGLCLLTSKVYLDCNKAFLSLLGFTEKSQIIGLTPMDISPQFQADGRASADAAKEIIENAFTVGSVRFEWVHKKSDGTEFWCEIIVTKITLNGEDVLYAITRDISEKKKLELQIVERNAELHASNAHLEETINNLKLTQDKLVESEKMASLGSLVAGVAHEINTPVGIGLTGVTQLMEECIDIRQRYNEGNLTEDDFEEFLGSANEISEIVKKNLVRTAHLVRSFKQVAVDQTSEEDREVNLKYYFDEVVFSLASVLRKAHVVVNLSCPDDVNVLTNPGLLSQVLTNLIVNSVNHGFSEKDAGTINIVVEEKAETTFLLTYKDDGKGISKENIAKIFDPFFTTRRGTGGTGLGLNITYNIITNALGGSIVCNSTEGQGVEFIIQFTVSDRLG				NA	NA	NA	NA	NA
AK237_03854	456	elaA	COG2153	Protein ElaA	ATGATTCAATGGCAATGCCTGCCCTTTTCAGCACTTTCTACCCACCAGCTTTATGCCGTATTGAAAGTAAGAGTAAATGTATTTGTGGTGGAGCAGCGCTGCCCCTATCCAGAATTAGATGACAAAGATTGTCATCCGGAAACGTTACATCTGATGGGGTATGAGGACGACAATGTGGTTGCCTACGCCAGGCTATTGCCCCCAGGCGTAAGCTATCCCTCTGTGAGCATTGGTCGGGTGTTAACTGTCAGCACGCACCGCGGGACAGGATTAGGGTTTACTTTAATTGAAAAAGCCCTGGCTGCATGCGAGCAATATTGGCCAGCGCAGGACGTAGAGATTGGCGCCCAGGAACACCTGGCCGGATTTTACGGTAAATATGGTTTTAAACCGACGTCAACCATGTACCTTGAGGACGATATTCCTCATATAGATATGAAACGTAGCCAGGGCTGA	MIQWQCLPFSALSTHQLYAVLKVRVNVFVVEQRCPYPELDDKDCHPETLHLMGYEDDNVVAYARLLPPGVSYPSVSIGRVLTVSTHRGTGLGFTLIEKALAACEQYWPAQDVEIGAQEHLAGFYGKYGFKPTSTMYLEDDIPHIDMKRSQG				NA	NA	NA	NA	NA
AK237_03855	1971	parE_2	COG0187	DNA topoisomerase 4 subunit B	ATGATGCCTGCTAACATCGATGAAAACCATGGCACGCCCGTGCCTATAATAAGTAGCGTCTCAGAAATAAGCAGCATTATGTCTAACCAATATAATTCCGAAGCGATAGAAGTTCTTAATGGCCTTGAGCCGGTTAAACGCCGCCCCGGCATGTACACCGACACTATGCGTCCTAACCATTTGGGACAGGAGGTCATTGACAACAGTGTGGATGAGGCACTTGCAGGCCATGCAACCAACATCAAGGTGATCTTGCACGAAGATCAGTCTCTTGAAGTTATCGACGATGGTCGGGGGATGCCTGTAGATATTCACCCGGAAGAAAAGATTTCCGGGGTTGAGCTGATTATGACCAAGCTGCACGCCGGTGGTAAGTTTTCAAATAAAAACTACGCGTTCTCAGGTGGTTTGCACGGTGTAGGTATTTCGGTGGTCAATGCATTATCAACCCGCGTGGAAGTGGTTATCCGGCGCGACAGTAATGTGTATCAGATTGATTTTGCTAACGGCGATAAACTGGAAGAATTGCGGGTAATCGATACCTGTGGTCGTCGGAATACAGGTACTCGCGTGCGTTTCTGGCCAGACCCCCAATACTTTGATTCAGCAAAATTCTCTGTTTCGCGTTTGGTGCATAACTTGCGAGCGAAAGCCGTGCTATGTCCGGGGTTACGCATTCGTTTTGACAATAAGGTCAGTGGCGAAACTATCGAATGGCACTATGAAGATGGGTTGCGGGATTATCTTTACCAGTCGGTGAAAGAATTCGAAACCCTGCCCAGTGATACTCCCTTTGTGGGAACGTACTCTGGCAACGGTGAAGCAGCCGATTGGGCGGTGATGTGGTTGCCGGAAGGCGGGGAGTTGGTCACGGAGAGTTACGTTAACCTTATTCCCACTGCGCAGGGCGGTACACATGTAAACGGATTGCGCCAGGGCTTATTAGAATCTATGCGCGAGTTTTGTGAATTCCGCAATTTGATGCCCAGAGGGGTAAAGCTGTCTCCTGATGATATTTGGGATCGATGCGCGTACATTTTGTCTACCAAGATGCAAGATCCTCAATTTGCGGGTCAAACCAAAGAGCGCTTATCAAGTCGCCAGGCATCTGCTTTTGTCTCTGGCGTGGTAAAAGATGCTTTCAGTTTATGGCTGAATCAGCACACCGACATAGCCGAAGCGCTGGCGGAAATGTGTATCAACAACGCCCAGCGTCGCCTACGCCAAAATAAAAAGGTTGCCCGTAAAAAGGTGACTCAAGGCCCGGCACTTCCCGGCAAGCTTACCGATTGTTCCTCACAAGATATTACGCAATCTGAACTGTTTCTGGTTGAAGGTGACTCTGCGGGCGGGTCTGCCAAGCAGGCGCGAGACAGAGAGTTTCAGGCTATCATGCCGCTGCGCGGGAAAATACTGAACAGTTGGGAAGTCGACTCTTCACAAGTGTTGGGATCGCAGGAAATTCACGATATTTCTGTTGCCTTGGGCATCGATCCGGATTCATCTGATCTCTCCGGGCTACGATACGGCAAAATTTGTATTCTTGCTGATGCCGACTCAGACGGACTTCACATTGCCACGTTGCTGTGTGCTTTATTCGTACGCCATTTCAGAGCGCTGGTTGATGCAGGCCATGTGTATGTTGCTATGCCACCCCTCTTTCGAATTGATGTGGGGAAAGAGGTATTCTATGCGCTGGATGAAAGCGAAAAACAGGGAATACTCGATCGTATCGAAGCTGAAAAGAAACGCGGTAAAGTTAATGTACAGCGCTTTAAAGGGCTGGGTGAGATGAACCCCATTCAACTGCGTGAAACGACGATGGATCCTAACACTCGCCGTCTTGTGCAATTAACTATCGATGACAGCATTGAAATGCTTGAAATGATGGATATGCTTTTGGCCAAGAAACGCTCGGGCGATCGCAAAACCTGGTTGGAAAGCAAAGGGAATATGGCTGAGGTGGTATAA	MMPANIDENHGTPVPIISSVSEISSIMSNQYNSEAIEVLNGLEPVKRRPGMYTDTMRPNHLGQEVIDNSVDEALAGHATNIKVILHEDQSLEVIDDGRGMPVDIHPEEKISGVELIMTKLHAGGKFSNKNYAFSGGLHGVGISVVNALSTRVEVVIRRDSNVYQIDFANGDKLEELRVIDTCGRRNTGTRVRFWPDPQYFDSAKFSVSRLVHNLRAKAVLCPGLRIRFDNKVSGETIEWHYEDGLRDYLYQSVKEFETLPSDTPFVGTYSGNGEAADWAVMWLPEGGELVTESYVNLIPTAQGGTHVNGLRQGLLESMREFCEFRNLMPRGVKLSPDDIWDRCAYILSTKMQDPQFAGQTKERLSSRQASAFVSGVVKDAFSLWLNQHTDIAEALAEMCINNAQRRLRQNKKVARKKVTQGPALPGKLTDCSSQDITQSELFLVEGDSAGGSAKQARDREFQAIMPLRGKILNSWEVDSSQVLGSQEIHDISVALGIDPDSSDLSGLRYGKICILADADSDGLHIATLLCALFVRHFRALVDAGHVYVAMPPLFRIDVGKEVFYALDESEKQGILDRIEAEKKRGKVNVQRFKGLGEMNPIQLRETTMDPNTRRLVQLTIDDSIEMLEMMDMLLAKKRSGDRKTWLESKGNMAEVV	PGPT0027710_2412	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
AK237_03856	582			hypothetical protein	ATGAGTCACGTGTTGTATCTGCACGGTTTTTTAAGTTCGCCGCAGTCGGTGAAGGCGCAGCAAACGTTGGCCTGGTGTCAGGCGAATCGTCCGGATATTACCTTGCATATCCCCCAGTTATCCAACTTTCCGTCGCAAGTCGGGCCACAGCTGGAAGATTACTTACAAAGTCACCCCGCCTTAACAGAAAATGGTTTGCGTGCCATAGGAAGCTCAATGGGCGGCTATTTATCTACCTGGCTGGTGGAAAAGTATGGTGGTAAAGCCGTGCTTATTAACCCTGCCGTTCGGCCATTTGAGTTGTTGTTGAAATACATTGGCGATCACGTTAACCCGTATACCAACGAACCGTTTAAAATTGTGCAGGACGATATGTCGATTTTAAAAGCTATGCACAGCGAGAGCTTGTCCGTACCAGAGCACTACAAGGTATTACTGCAAACCGGCGATGAAACGTTGGATTACCGGCAAGCCGAACACAAATATGCTAAAAGCCAATTGCTGATTGAACAAGGTGGTAATCACAGCTTCGTCGGGTATGAAAAGCATTTACCAGCGATTTTTCGTTTTCTCGATAACTAA	MSHVLYLHGFLSSPQSVKAQQTLAWCQANRPDITLHIPQLSNFPSQVGPQLEDYLQSHPALTENGLRAIGSSMGGYLSTWLVEKYGGKAVLINPAVRPFELLLKYIGDHVNPYTNEPFKIVQDDMSILKAMHSESLSVPEHYKVLLQTGDETLDYRQAEHKYAKSQLLIEQGGNHSFVGYEKHLPAIFRFLDN				NA	NA	NA	NA	NA
AK237_03857	735	cpdA	COG1409	3',5'-cyclic adenosine monophosphate phosphodiesterase CpdA	ATGCGGCTGGCCCACATTTCCGATTGTCATTTATTTGCAGATAAAGCGCAGTCGGCGTATCAGGTAAATCCGTACCAATCGCTTTGCCGGGTGTTGGCGCAAGTGGCCTCTGAAACCCCTGACGGATTATTGATAACCGGAGATATCAGTGGTGATAACAGCGCACAAAGTTATGAGCACTTCCATGGGGCTATTGCGCATTACTTACCTGCATGTCCCTGGCGCGTGATTGCTGGCAATCACGATAATAATCCCCATTTTCAGTCAGCGTTTTCGCATCATTATATTCAGGCCGGTGAACCATGGACATTAGGAGATTGGTGTGTGCATGGTATGGATACCCGATTTCAGGGTGCCCGGGGGCAAATTCTTATTCACGAATTAACCGCGTTGGAAAAGCGCATCGAGGAATCGAAAAGCGCCTTTCATATTCTGGCGTTGCATCATCATATTCAACCTTCTAATAGTTGGATGGATAAGCACTCGCTGGAAAATCCTGATGACTTGCTTGCCTGGCTTGAGCAATCTCAAAACATCGCGTTTGCACTGCATGGACACATTCATGCAGAGCGGCAAACGCAAGTGGGCGTGATGCCCGTGTATGCTGTACCGTCGACGTGTTGGCAGTGGCAGCTTTCGCCTGAATTTGCGGTAGCTGAAGAGGCCGCGGGCTATCGTATTTTTGACTTAATGCCAAATGGCAAATGGACGAGTTCTGTAAGGAGAGTGGTATGA	MRLAHISDCHLFADKAQSAYQVNPYQSLCRVLAQVASETPDGLLITGDISGDNSAQSYEHFHGAIAHYLPACPWRVIAGNHDNNPHFQSAFSHHYIQAGEPWTLGDWCVHGMDTRFQGARGQILIHELTALEKRIEESKSAFHILALHHHIQPSNSWMDKHSLENPDDLLAWLEQSQNIAFALHGHIHAERQTQVGVMPVYAVPSTCWQWQLSPEFAVAEEAAGYRIFDLMPNGKWTSSVRRVV	PGPT0021595_2719	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-OTHER_QSR|BF_RELATED_SYSTEMS	CE-QSR|BF-cAMP|VFR_SIGNALLING_PATHWAY,PGPT0021595-cpdA-K03651	NA	NA
AK237_03858	438			hypothetical protein	TTGAGTCAAGCCACGCGAAAATATGTACCACATCTACCAAGCATGCAGGCGCTGTGTGAGCTGAATTACAGCCGTTTTCTGCGTTTGTTGCCAGATTGTGATACCGAATCGTTGGTTTACCAGTTCTGCGTGGCGGAGCAATTCACGTATCAGGTAACAATTGATGAGGCCGCGCGCTACACCACAACCTTAACGGTAGAGCAAAACAGCGTAGGCACACCTTTGTACCTTAAGCCGTCTATGTCTGTGCGTTTATATCATGATGCGAGAATGGCTGAAGTGATCACTAGTCAGAATACCGGCGCGTTTGCGCCTTCCTATGACTACCCCAACAGCAAAATGCGCCAGCGTAACGAAAAGTTAATGATCAATATCTTTTTAGCCGAATGGTTACAGTTTTGCCTGAAAAATAAGCCTACTGTATCGGCTCCCGCGTAA	MSQATRKYVPHLPSMQALCELNYSRFLRLLPDCDTESLVYQFCVAEQFTYQVTIDEAARYTTTLTVEQNSVGTPLYLKPSMSVRLYHDARMAEVITSQNTGAFAPSYDYPNSKMRQRNEKLMINIFLAEWLQFCLKNKPTVSAPA				NA	NA	NA	NA	NA
AK237_03859	621	nudF_2		ADP-ribose pyrophosphatase	ATGAGCAAAAAAATCGAGACGTTTAACTCAAACGATATAAAGATTGAAGCAAAAACCCCGCTTTATCAGGGGTTTTTCAACATGGTGAAATATGATTTCCGCCATCGATTATTCGCCGGAGGATGGAGCGACACGGTAAGCCGGGAAATTTTTGAACGTGGGCATGCCGTCGCCGTTCTTCCTTATGATCCTACATTAAAAGAATTTGTACTCATTGAGCAAGTGCGAATTGGTGCGTTAGCAACCAGTGAGTCGCCCTGGCTCATCGAAGTGATTGCGGGCATCATTGATGAGGGCGAGACCGACGTAGCGGTGTGCCGCCGCGAAGCACAAGAAGAAGCCGGTATCGAGTTACAAAACGTGACTCGCGCCACGAGTTATTTAGCCAGTCCCGGCGGCACCACCGAGCGTATTCATATTTTTATGGCAACCACAGATGCAACCAGGGCCAGTGGTATCCATGGACTGGATCACGAAGCTGAAGATATTCGTGTTCATCGTGTTTCTGAGGCAGAGGCACTTGAATGGTTGGAAAATGGCCGCATTGACAACGCTGCAACCATAATTGCGCTACAATGGTTCTTCATGCATAAAGAAACGCTACTACAAAACTGGAGTTAG	MSKKIETFNSNDIKIEAKTPLYQGFFNMVKYDFRHRLFAGGWSDTVSREIFERGHAVAVLPYDPTLKEFVLIEQVRIGALATSESPWLIEVIAGIIDEGETDVAVCRREAQEEAGIELQNVTRATSYLASPGGTTERIHIFMATTDATRASGIHGLDHEAEDIRVHRVSEAEALEWLENGRIDNAATIIALQWFFMHKETLLQNWS	PGPT0021525_774	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PURINE_METABOLISM,PGPT0021525-nudF-K01515	NA	NA
AK237_03860	1380	tolC	COG1538	Outer membrane protein TolC	ATGAAACGAACACTCTTATCGTTGATGGTTGGATTAGGTGTTACCGCAGGTGTACCAGCAACGGCATTTGCAGACGACCTTTTGCAAGTTTATCAACAAGCGCTTGCGAACGATCCGGTTGTTAACCAGGCCAAAGCGCAACGCGACGCTGCATACTCTGGCATCACCATCAGTCGTGCCTCTTTATTACCACAGATTTCAGGTACGGTTGGTTACACCACCTCTTCATCTGAAAGTGCGCAGTTTCTTGGTGACGGTATCACCACCTTAGACTCTGACAGAGATACTACGAGCTATGGCTTGAATCTGAGCATGTCTTTGTACGATCATGCAAACTGGGTAGGTCTTGACCGTGCGGAAAAAGTTGCCGAGCAAAGCGATGCATCCTACGCGTCGGCCTTGCAGGAACTGATTGTGCGCGTGACCACCGCGTATTTTGATGTACTGCGCGCTAAAGACAGCCTAGAGTTTGTTAAATCACAGAAAAAAGCCATTGCCCGTCAGCTGGAACAAACGAAACAACGTTTTGAAGTAGGCTTAACCGCTATCACTGACGTGCATGAAGCGCAAGCCAACTATGACAACACTATTGCGCAAGAGATCCAGGCTGAAAACGCAGTAGAACTTGCTTTAGAAGCGCTTCGCGTAATCTCAGGCAAATATCACGATAAACTGTTCGAGCTAAATACAGACAGTTTTTCTGCAACCATGCCTCAGCCTGCCACGCCGGATGAGTGGTTAGAAACAGCAGAAGAAAAGAACTTATCTTTACTGGTTAACCGCTTAGCCATGGATATCGCGAAAGAAGATATTGCTTCAGCACGCGCAGGTCACTTACCAACGCTAGACCTAACCGGCTCTGTTGGTAAAGACAAAACACACAGTACAACCACTGTCGATGGTGAAGTAATCGATAATACTACACCATACCTGGACAGCTACAGTGTTGGCGTGCAGTTGAATATTCCTATTTTCCAGGGCTTGCAAGTATCAGGGCAAACCGAACAGGCAAAATTCAACTATATTTCAGCCAGCCAGGATCTCGAACTGACTTACCGTCAAACCGTGCAGTCAGTTAGAAGCTCATTTAATGATGTGAAGGCATCGATGTCCACAATCAGAGCGTTGGAGCAGGCTGTAGTTTCAGCAAAGAGTGCACTTGAAGCCACCGAAGCGGGTTTTGACGTAGGTACCCGTACCATTGTAGACGTGCTGGATAGTACACAGAATCTGTTTGATGCACGCCGCAATTTAGCCGGCGCACGCTACGACTTTATTCAAGGCGTGGTGAACCTGAAGCAAGCAGCTGGTACGCTGACGGCGCAAGATCTTGAAATGATAAATAAAGGCCTTCGCCCAGTAGACACATCTGACAGCTAA	MKRTLLSLMVGLGVTAGVPATAFADDLLQVYQQALANDPVVNQAKAQRDAAYSGITISRASLLPQISGTVGYTTSSSESAQFLGDGITTLDSDRDTTSYGLNLSMSLYDHANWVGLDRAEKVAEQSDASYASALQELIVRVTTAYFDVLRAKDSLEFVKSQKKAIARQLEQTKQRFEVGLTAITDVHEAQANYDNTIAQEIQAENAVELALEALRVISGKYHDKLFELNTDSFSATMPQPATPDEWLETAEEKNLSLLVNRLAMDIAKEDIASARAGHLPTLDLTGSVGKDKTHSTTTVDGEVIDNTTPYLDSYSVGVQLNIPIFQGLQVSGQTEQAKFNYISASQDLELTYRQTVQSVRSSFNDVKASMSTIRALEQAVVSAKSALEATEAGFDVGTRTIVDVLDSTQNLFDARRNLAGARYDFIQGVVNLKQAAGTLTAQDLEMINKGLRPVDTSDS	PGPT0003600_2356	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-TYPE_I_SECRETION_SYSTEMS	CE-TSS1-AlgE-TYPE_MANNURONAN_C-5-EPIMERASE_TRANSPORT,PGPT0003600-tolC-K12340	NA	NA
AK237_03861	168			hypothetical protein	ATGGATGACTCGTTAACGCGCTTGCAAGGAAAATTGCTGGATACCAGTGAAAAACTGGAGAATTTTGTGCCTACTTCAGAGCACGCGTCATCGTTAAAAAATGACCTGCACGAATTGCTTTCCATGTTAAATACGGTGCAGTCTCGCGAGGCAGAGATCGGTCGCTAA	MDDSLTRLQGKLLDTSEKLENFVPTSEHASSLKNDLHELLSMLNTVQSREAEIGR				NA	NA	NA	NA	NA
AK237_03862	819			hypothetical protein	ATGAAAGCCACCGAACTGCAAACCCGTTTTGAGCGCATTCGTTCAAACAAAACGTTTGAGATATTTGTTATCTCAGTCATCATTATTTCCGCCTTGCTCGTAGGTGCAAAAACTTACGATATGCCGCGAGGATTTGCCTCGATAACCTTGATCCTGGACTGGTTTATCAGCGCATTCTTCCTGACCGAAATCACCATTCGTTTTTTGGGAGAAAAGAATAAGCGACATTTCTTCAAAAGTTTCTGGAATTGGTTCGACACTATCATTGTTATTGTGAGCCTTATTCCCGCAGAGAGCACTGACCTGGCGCTTGTCGGGCGTTTAGTCAGAGTATTTCGTGTGCTACGAATGATTTCTATCATTCCAGAGCTTCGTATATTGTTGGTATCACTGGTAAAAGCCCTTCCCCAACTGGGTTACGTCATGTTGCTGATGTTCATTATCTTCTACATCTATGCAGCTGTCGGCAGCACGTTGTTTGAACAAATCAATAGCGAATTATGGGGCGATATCACGATATCCATGCTGACATTGTTCAGGGTGATGACCTTTGAAGACTGGACAGATGTCATGTACGAAACCATGGCGGTTTACCCGCTTAGCTGGCTGTACTATTTAACCTTTATATTCTTTACGGCGTTTGCCTTCTTAAATATGGTGATAGGCATCGTGGTAGGCGTGATGGAACAGGAGAATGCCGCCGCGCGTCGCGAGGCCGCTGCTGAGAATAACGAACCAACCATGCATGATATTATGGCCGAACTGCAAGCGCTAAAAGCGTCCGTAGCTGACATCCAGCACAAAAAGCAAGATGAATGA	MKATELQTRFERIRSNKTFEIFVISVIIISALLVGAKTYDMPRGFASITLILDWFISAFFLTEITIRFLGEKNKRHFFKSFWNWFDTIIVIVSLIPAESTDLALVGRLVRVFRVLRMISIIPELRILLVSLVKALPQLGYVMLLMFIIFYIYAAVGSTLFEQINSELWGDITISMLTLFRVMTFEDWTDVMYETMAVYPLSWLYYLTFIFFTAFAFLNMVIGIVVGVMEQENAAARREAAAENNEPTMHDIMAELQALKASVADIQHKKQDE				NA	NA	NA	NA	NA
AK237_03863	2781	bepA_8		Beta-barrel assembly-enhancing protease	ATGAATTACAACAAACCAGGAAAACACTTTTTAGTGCCATTAGCTGTAGCAGCGTGTTTAACTGTCAGTTTGAGTGCTTGTAGCAAGAAGTCCACAGAGGAACACCTTGATGCAGCACAGCAATTTGCCAGTGCGAATAATCAGGATGCCGCACTTATAGAATTTAAAAATGCGATAAAAAGTAATCCCCAAGCCCCCAAGCCTCGCTACGAACTCGGCAAATATTATCTGCAAATTGGTGACTTCACCAGTGCCGAGAAAGAACTGAACAAAGCCATTGATTTGGGTCACCCTGCATCGGAAGTTATTCCGTATTTATCGGTAGCTTATCAAAACACGGGGGCGGAAAACGCACTTGCCGATGTAGATTACCGGTTGGAAGGTATGTCAGCCGTTGAATCTGCTGAAGTGGGTTTTTATAAAATGCAGGCACTGGCTAAATTAGATAAAAAAGATGACGCCCTCGCCATTATTGACGATCTGGAAACGTTGGACACCACATCGGTATATCGGGGGTTAGCGCTCGCGTATCGCGACATACTTAACGAGGATCTTGATGCCGCGCTCGCTGGATTAAAATCTCTGCGAGAGCAGGCGCCGACGAACAAGGATGTGTTACAGCAATTAGGTAAGTTAGCGCTGGCTGCGGGTGATAAGCCACTAGCTATGGAAGCATTTGCTGCCTATGTCGAAGGTAATCCAACTGATTTAACTACAAAATTCGCGTACATCACGTTGCTCATTGAATCGGGACAAACTGAGAAAGCAGCCCCGATGGTAGAGGAGTTGTTAGGGGCGAATCCTCGTCATCCGCTGCTGAATCAATATAAAGGTTTGATTGACGCTAACGCTGGTAATTATGAAAGTGCCATGAACCATCTGGAAGTGGCAATGCAAAATGGCAATGATAATCCTGCGCTTCGCTTAGTGGCAGGGTATGTTGCCTATCAAATGCAGGACTTTGCGGCTGCTAATGAGTATTTGTCAGAAATTGCGCCTAAACTCCCGGCTGATCATCCGGCGCTTCGTATGCTCGCAGATAGTTTACTACAGCTGGGGCAGGGAGAAGGCGCATCAGAAATTCTGCACCGGGTTGAAGTAGAGGGTGAGGCCGGCGCTTCACTGTTTTCTAAAGCAGGCTATCAGTTATTACGCCAAGGTAATATCGTTGATGCGAAAGCTATGATTGAGAAATCCAGCGAGTTGAGTGAAACCGCAGCTGATCTGGAGCGATTGGGTGTGCTTCAGTTGTCGGTTAACGACATTGATGGATTAGTTAATTTGGAAGCTGCAGCGGAAAAAGCACCCGAATCTGTTGCCATGCAGCGCACCTTACTTACTGCATATCTGACGACAAATAAACTCGATAAAGCACAAGCCAGCGCAAAAGAATGGGCTGACAAAGAGCCAGACAGCTATTTACCTCACCTGTTTTTATCGGAAATTGCCTTTAAGCAAGGCGATAAAGAGGCGGCTTTAGCACAGATAGAACAAGCTAAATCATTGGCACCAGATGAAAGCGAAATTGATCTAGTAGCGGCGCGGTTGCAGTTGGCTGACAATAACACCGATGAGGCAGTTAGCATCCTCAATGATGTACTGAGTAAAGACCCGTCAAACGTACAAGCGTTAAATACCTTGTACACCATTGCGTTGCAAACTGACGCATTGTCGGCGAGCGACATCGCAACGCGTGTTTACGATCAGGTAAATACCAACAGTGACAACGAAGCGCTGAGATTACTGGCAGGTCGCATTGCCTTTTCTCAAAAAGCGTTTGATAAAGTGCTGGATTTACTCGCCCCCATAAAAGAAAGCGCCAGCACGCCGAAAGTGTATTGGAATCTGAAAGGCCAGACATTGGTGCAAATGAACGATGCTGAAGGCGCAAGTGCCCACTACAAAGCATGGTTAACGTTATATCCTCAGGATAAAACGGCGGTATTAGGCATGTTGTTACTGCTTGATGCACAACAGCAGTACCAACAAGCATTAACGCTGATAGATAACTTTTTGGTCAAACAGCCTGATAGCCAGGTAAAGCTGTTAAAAGCCCACTTTCTTGCAATGACGCGGCAACCTAAACCCGCCAATACTATTTTACAGTCGATGCCGGAGAATGTCAGGGCATTGCCCTTTGTTCGCAGCATCCACGCCCGTATTTTGTTACTTGAAGGGAAAGGCTTAGCCGCACTCGACGACGCTAAAGCAGCCTATGCAGCAAATCCTAATAGCCAGAATGCTATATTGGTGATGGCGACTTATGAAAATGGCGGAAGCAGACAGGACGCAATGGCATTTTTAGACGAACATCTCGCTGCGCATCCAGACGATATTCGTATCGCGATGATGAAAGCCGAGCGATTAATCGGAACGGATAAGCAGGCTGCGAAAAAGGTCTATGCGGATATTTTAGCTCAAATGCCAGATAACTTTGTGGTACTGAATAACCTTGCTTATTTATATTACGAAGATGGCGAACTCGCCAAGGCCATGCCGCTGGCACGCAAAGCCGTTGGCTTACAACCGAAAAACGCAGACTCCGTGGATACGCTGGCACAAATCCTAATCCAGCAAGATAAACGTCAAGAAGCGCTGGCTTCTTATGAAGGCGTCGTCAACGATAGGGACGTGTCAGATATGGTTTATTTAAATTATGTGCAGTTGCTACTGGATATGGGGCAAAAGGAAGTTGCTATACGGAAACTCCGGGGGCAGGATTTCACCACCCCGGAAGGTCAGCAGCGTGCTGATAAATTACGTACCCGATACGACTTGTAA	MNYNKPGKHFLVPLAVAACLTVSLSACSKKSTEEHLDAAQQFASANNQDAALIEFKNAIKSNPQAPKPRYELGKYYLQIGDFTSAEKELNKAIDLGHPASEVIPYLSVAYQNTGAENALADVDYRLEGMSAVESAEVGFYKMQALAKLDKKDDALAIIDDLETLDTTSVYRGLALAYRDILNEDLDAALAGLKSLREQAPTNKDVLQQLGKLALAAGDKPLAMEAFAAYVEGNPTDLTTKFAYITLLIESGQTEKAAPMVEELLGANPRHPLLNQYKGLIDANAGNYESAMNHLEVAMQNGNDNPALRLVAGYVAYQMQDFAAANEYLSEIAPKLPADHPALRMLADSLLQLGQGEGASEILHRVEVEGEAGASLFSKAGYQLLRQGNIVDAKAMIEKSSELSETAADLERLGVLQLSVNDIDGLVNLEAAAEKAPESVAMQRTLLTAYLTTNKLDKAQASAKEWADKEPDSYLPHLFLSEIAFKQGDKEAALAQIEQAKSLAPDESEIDLVAARLQLADNNTDEAVSILNDVLSKDPSNVQALNTLYTIALQTDALSASDIATRVYDQVNTNSDNEALRLLAGRIAFSQKAFDKVLDLLAPIKESASTPKVYWNLKGQTLVQMNDAEGASAHYKAWLTLYPQDKTAVLGMLLLLDAQQQYQQALTLIDNFLVKQPDSQVKLLKAHFLAMTRQPKPANTILQSMPENVRALPFVRSIHARILLLEGKGLAALDDAKAAYAANPNSQNAILVMATYENGGSRQDAMAFLDEHLAAHPDDIRIAMMKAERLIGTDKQAAKKVYADILAQMPDNFVVLNNLAYLYYEDGELAKAMPLARKAVGLQPKNADSVDTLAQILIQQDKRQEALASYEGVVNDRDVSDMVYLNYVQLLLDMGQKEVAIRKLRGQDFTTPEGQQRADKLRTRYDL	PGPT0022285_1214	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-CELLULOSE_METABOLISM	CE-EPS-CELLULOSE_BIOSYNTHESIS,PGPT0022285-bcsC-K20543	NA	NA
AK237_03864	1743	deaD	COG0513	ATP-dependent RNA helicase DeaD	ATGACCAATACTGTCGAGCTGACATTTAAAGACCTCAACTTACCCGAAAGCATCTTACAGGCTCTGGAGAAAGTTGGCTATGAAAAGCCATCCCCTATCCAGGCTGAAAGTATCCCGCTACTCCTCGAAGGCCACGACCTGCTGGGTCAGGCGCAGACAGGGACAGGTAAGACTGCGGCCTTTGCTTTACCAATGCTCGCAAATATCGACCCCGAAGCGAAGTTACCGCAATTGCTGGTACTTGCGCCGACCCGCGAACTCGCCATACAGGTGGCCGAGGCATTTCAGGTTTATGCCAGTTTCTCAAAGAAAATTAAGGTACTTCCTGTATACGGTGGTCAGTCGTACGATAACCAAATTCGTCAGCTTAAGCGTGGCGTACAGGTTGTTGTCGGTACGCCAGGTCGTATCATCGACCACATTAACCGTAAAACATTAAACTTAAGTGAACTGAAGTTTCTGGTTCTCGACGAAGCCGACGAAATGCTGCGCATGGGCTTTATCGACGATGTAGAAACCATCTTAAGCCACTCTCCGGAAGAGAAGCAGACCGCGCTGTTCTCGGCTACCATGCCTGGACCAATCAAAAAGATTACTCAGCGTTATCTGAAAAACCCGAAGCACATTAAAATTGAATCTAAAGTATCGACGGCCAGCACCATTCGTCAGCGATATTGTCAGGTTGCACCGCATCACAAGCTGGAAGCACTGACACGTATCATGGAAGTCGAGCCTTTCGATGGCATGATCATCTTCGTGCGCACGAAAACAGCCACCGTTGAACTGTCAGACAAACTGTCTGCCCGTGGTTACGACGTTGAACCGCTAAACGGTGATATTCCACAGAATGCCCGTGAACGTACGGTTGAGAAACTCAAGCAAGGCGCTATCGACATTCTTGTTGCGACTGACGTAGTAGCACGTGGTCTGGACGTAGAGCGCGTAAGCCATGTTGTCAACTTCGACATTCCTTACGATACAGAATCTTACGTTCACCGTATCGGCCGTACTGGCCGTGCCGGCCGAACTGGTGACGCCATTCTGTTTATTTCTCACCGTGAAAAACGTTTGTTATTTGCGATTGAGAAAACCACCCGTCAGCCTATTGAACGCATGCCTATCCCGTCAATCAACGAATTGAACGAGACACGGTTGAGCAAATTTAAGCATGCGGTACGTGAAGCAACGTCAGACGATAGCTTAGAGTCATTAATGCCCATCGTTGAGTCTTTACAGCAAGAAACTGAAGCCTCGCCAGAGCGTCTGATAGCTGCACTGATCAAGCTTGCTCAAGGTGACGAGCCGTTGTTACTGAAAGAATCTGACCGTCCGGACTTACACAGTAAGCCACAGCGAGAGGATCGTGGCGATCGTCGTAATGATCGCGGTGACCGTGGTCCACGCGGAGATCGTGGTGACCGTGGAGAGCGCGGTGAACGTCGTCAACGACGAGGTTCAAGCAAGCCGGAATCCGGCATGCAGCGCTATCGCATTGATGTGGGTCACACTCACGGCGCCAAACCAGGTAACATTGTTGGTGCGATTGCTAACGAAGGTAATATTAACAGTAAGCACATTGGTGCCATTGAAATCTACGATAAGTTCAGCACGGTAGATTTGCCTGAAGGTATGCCGCGGGAAACGAAAGAGTTGCTGCAAAATACCCGGGTTGCAGGTCAAAGGCTTTCGCTTCGCGAATGGTCTGACACACCGCCTAAGCGTCGGGCTCCCCGCAAAAACTAA	MTNTVELTFKDLNLPESILQALEKVGYEKPSPIQAESIPLLLEGHDLLGQAQTGTGKTAAFALPMLANIDPEAKLPQLLVLAPTRELAIQVAEAFQVYASFSKKIKVLPVYGGQSYDNQIRQLKRGVQVVVGTPGRIIDHINRKTLNLSELKFLVLDEADEMLRMGFIDDVETILSHSPEEKQTALFSATMPGPIKKITQRYLKNPKHIKIESKVSTASTIRQRYCQVAPHHKLEALTRIMEVEPFDGMIIFVRTKTATVELSDKLSARGYDVEPLNGDIPQNARERTVEKLKQGAIDILVATDVVARGLDVERVSHVVNFDIPYDTESYVHRIGRTGRAGRTGDAILFISHREKRLLFAIEKTTRQPIERMPIPSINELNETRLSKFKHAVREATSDDSLESLMPIVESLQQETEASPERLIAALIKLAQGDEPLLLKESDRPDLHSKPQREDRGDRRNDRGDRGPRGDRGDRGERGERRQRRGSSKPESGMQRYRIDVGHTHGAKPGNIVGAIANEGNINSKHIGAIEIYDKFSTVDLPEGMPRETKELLQNTRVAGQRLSLREWSDTPPKRRAPRKN				NA	NA	NA	NA	NA
AK237_03865	1386	cysG_2	COG0007	Siroheme synthase	ATGCGTTACTTCCCACTTTTTTTAGACACGAAAGGCTCACACTGCTTAATTGTTGGTGCCGGAGAAGTGGCCGCCAGAAAACTCGAATTGATTTTAAAATCAGAAGTAAGCGTAACGGTTGTCGCGCCATGGATGTGCGACACCGTAAAATCGTATGCAGATAATCCCCGGGTCACACTGATTGAACGTGAATTTGCAGATACTGATCTGACTGATCAGCAAATGGTATTTGTGGCCACCAGCGAAAGCGATATCAACCAACAAGTTCATGATCTTGCCCGCGCCAGGGGCATATTAGTTAACGTGGTAGATAACACACCACTATGCCAGTTTATTACGCCCTCTATTATTGACCGTTCACCCATTGTTATTGCAATGAGTAGCGGTGGCGTGGCTCCCGTATTACTGCGCTATTTACGTCAGAAGCTGGAGTCAGTAATACCGGCAAATATTTCCCGCCTTGGTGCTTTTTCAGAGAAATTCCGCGAGAAAGTGAAGTCCTCACTGAAGGGCGTGACGGCCAGACGGTATTTCTGGGAAGACGTATTAGACGGTGATATCGCTGAACTGGTGGAAAAAGGCCAGCCGGAGAAAGCTGATGCACGTTTTCTTGAAGCCTTGTCGGCAGCGCAAAGCGAGCAAAAAATTGAAGGACAGGTATATCTGGTGGGTGCCGGCCCCGGTGATCCGGACTTACTGACCTTCCGCGCACTTCGCCTTATGCAAAAAGCAGATGTCGTGGTTTACGACCGTCTTGTGTCCCCTGCTATTTTAGAGCTTGTGCGTCGCGATGCAGAAAAAATCTATGTGGGGAAAGCCAAAAGCAACCATACATTACCACAAGATCAAATTAACCAACTGATGGTGGATGAAGCGAAGAAAGGCAATCGCGTAGTGCGATTAAAAGGCGGCGATCCCTTTATTTTTGGCCGCGGCGGCGAAGAAATTGAGAAGCTGATTGAAGCCGGTGTCGAGTTTCAGGTCGTGCCTGGGATCACAGCCGCGACAGGAGCAAGTACGTACGCCGGTATTCCACTTACTCATCGCGATCATGCCCAGTCAGTCACCTTTGCCACCGGCCACCTAAAGAACGGGACGATAGACTTAAACTGGCCAGCGCTTGCCCACAAAAACCAAACATTGGTGTTTTACATGGGCCTTACCGGCTTGCCTGTTATTTGTGAGAAACTGGTACAACATGGATTAGATAGCGAAACGCCTATTGCGCTCGTGCAAGAGGCAACCCATGAATCACAAAAAGTAATTACGGGCACATTGTCTTCGATTACGACGCATCCCAAGCTGGCAGAAATGAAGCCTCCCACATTAATCATTGTTGGCACTGTTGTTTCACTTCATAAGCAATTGGATTGGTTCACCGCATAA	MRYFPLFLDTKGSHCLIVGAGEVAARKLELILKSEVSVTVVAPWMCDTVKSYADNPRVTLIEREFADTDLTDQQMVFVATSESDINQQVHDLARARGILVNVVDNTPLCQFITPSIIDRSPIVIAMSSGGVAPVLLRYLRQKLESVIPANISRLGAFSEKFREKVKSSLKGVTARRYFWEDVLDGDIAELVEKGQPEKADARFLEALSAAQSEQKIEGQVYLVGAGPGDPDLLTFRALRLMQKADVVVYDRLVSPAILELVRRDAEKIYVGKAKSNHTLPQDQINQLMVDEAKKGNRVVRLKGGDPFIFGRGGEEIEKLIEAGVEFQVVPGITAATGASTYAGIPLTHRDHAQSVTFATGHLKNGTIDLNWPALAHKNQTLVFYMGLTGLPVICEKLVQHGLDSETPIALVQEATHESQKVITGTLSSITTHPKLAEMKPPTLIIVGTVVSLHKQLDWFTA	PGPT0003690_1159	DIRECT EFFECT	PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION	PLANT_VITAMIN_PRODUCTION	PLANT_VITAMIN_RELATED_HEME_METABOLISM	PLANT_VITAMIN-HEME|SIRO-BIOSYNTHESIS,PGPT0003690-cysG-K02302	NA	NA
AK237_03866	966			hypothetical protein	ATGGCAGAAAGCATACATCGCTGGTTTATATATTGGTTTTCTATCGCTTTTTTTATTGTCAGCGCCTCTGCCTATGCCCAGCAACTCTCGTTCAAAAAATCCGCCGGGAAGGATAAACTTACCTATCGGTACGCCTGGCAAGATGCTAATGATAACCAGCAATCAATAACCTTCAGCCTGGATGCAAAAAAACTCGCCGCCTCGCCTTCAGAGCAAAAAAACTATCGTCCACAATTGGCCATGCGATACGTCACTGTAAAGTTAGTGAATATTGCTCGCCAATTTGATCCTCGCGACGCCAATATAAAAATAAAGCAGCAAGGTGACAACGTTGCGATTAAGGTAAAATCGAGGAACCAGGAAAAGCTGAATATGATTCAGGGGCAGTTAGCGCAAGCTAAAGAGGACGCATTTGATGAATACCTTCACAAGTATTACTACACCCGTTATCGCACATCCTTTAATGCGAAGGCTATCAAGCCTGATCACGTTCGCTACGTACACGAATTAACCGACACATTAATCCCTTTATCCCAGGCGTTTTACGAAAAGGTAAACGCACAAGCTGACGCCAGAGATTATTTCAATTTACTCTTAAGCTGGGTACAAAGTATTCCCTATGACGCTCTGGATAACCGTGCGCAAAGTAATGGTTCTGGTTTTGCGCCCCCCGCACAACTTCTGTCAAATAACCGGGGAGACTGCGACAGCAAATCTGTACTAACCGCCTCTATCGCCCGCGCCTTCCTGCCAGACACGCCCATGGTGTTAGTGTTGTTACCCGACCATGCCCTGCTAGGGATTGCGCTGACACCACGCAAAGGCGAAGAAACGTTAAAAGCCCAAGGGAAAACCTATGTTTTAATCGAACCCACGGGCCCCGCGCTGTTCGAATTTGGACAGATTGCAGAAACATCTAAATTTGCGGTTGCGCAGGGAAAATACACGTTGGAGAAGATACAATAA	MAESIHRWFIYWFSIAFFIVSASAYAQQLSFKKSAGKDKLTYRYAWQDANDNQQSITFSLDAKKLAASPSEQKNYRPQLAMRYVTVKLVNIARQFDPRDANIKIKQQGDNVAIKVKSRNQEKLNMIQGQLAQAKEDAFDEYLHKYYYTRYRTSFNAKAIKPDHVRYVHELTDTLIPLSQAFYEKVNAQADARDYFNLLLSWVQSIPYDALDNRAQSNGSGFAPPAQLLSNNRGDCDSKSVLTASIARAFLPDTPMVLVLLPDHALLGIALTPRKGEETLKAQGKTYVLIEPTGPALFEFGQIAETSKFAVAQGKYTLEKIQ				NA	NA	NA	NA	NA
AK237_03867	1146			hypothetical protein	ATGAGATATCCCGCACCAATCAGGCACTTTCCTGCACTCACCTTGCTTTGTATGGTAAATACACACTGCTTCGCCGAAGAAACTACTCAAATAAAAGGTTATCAAGCACTGTGGAAAGATGGCATAGCACTGAGCAATCAACCGGAGCGCGAAGGGAATTTCAATGTACCAGCCCAAGGCTATGTCGTAATAAAAGATACCCTGCCAGATAACTTCTCACTTAGTTTCGAACTGGTTGGCTCAATGATGCCTGGCGTGGCTTTCAGAGCTGACGACGCCCTTAACAGTTATGAATACATCTATTTTCGGGTTTACCCGGGTGCAGATGAGAAGGAAACCGTTCAATACATTCCCACCTTTAATGGTGAAATGAGTTGGCAACTCTACAACTATCCCGACTATGAAGCGCATGCTGAACTTCAGGAGAATGTACCTTTTAACGTAAGGCTGGTAGTTGTTAAAAATAAAGCGGCACTGTATCTGAACGATAGTCAGTCTCCAGCGATGGTTATTGATCCTCTGCTAACGGGACGGAAAAGTGGGCATCTACTATTCACGAGCATTTCCAAAGCCGCGACAGTACGAAACGTTGTTGTCCAACCTGTATCTGAAAATACTGAAATGCCTGTCGCGCAAGGTAATAGCACGGCGCCTTCAGGAACATTAACTGACTGGCTTATTTCCGGACAATTTGAATGTGAGAATAGCAGCTTTATCTTCGAATGTGCGAATGCCTTAAAGTCTTCTGAGAAAGCCAGACACGTAAAGTCCAACGAACAGGGCGTAGTGAATCTTAGCCGTTATTTTCAATTCCCAGGCAAGTGGGTACGTGCATCGACAACGATAAATGCAGAGAGAAACAAGCACATTTTATTAGAATATGACTACACCCATGAAGTCGCAATTTTCCTGAATGGAAAGCCTGTTTTTACAGGAAAAGAAATTGATAGAGAGAATGGTAACTTCGGACGAGTTATACCTGGCGAAGAAAATATTACCTTACCGCTGGTTGAAGGAGAAAATACCGTAAGTTTTTTTGTGCATGGAGATGACCAACTCGCCCAACATTTCAATGCTCAACGCTTTGGTAGATTTCAAGCACGAAACTGGGGTTTTACGGCAAGAGTCGCCTCAACAGATGAATAG	MRYPAPIRHFPALTLLCMVNTHCFAEETTQIKGYQALWKDGIALSNQPEREGNFNVPAQGYVVIKDTLPDNFSLSFELVGSMMPGVAFRADDALNSYEYIYFRVYPGADEKETVQYIPTFNGEMSWQLYNYPDYEAHAELQENVPFNVRLVVVKNKAALYLNDSQSPAMVIDPLLTGRKSGHLLFTSISKAATVRNVVVQPVSENTEMPVAQGNSTAPSGTLTDWLISGQFECENSSFIFECANALKSSEKARHVKSNEQGVVNLSRYFQFPGKWVRASTTINAERNKHILLEYDYTHEVAIFLNGKPVFTGKEIDRENGNFGRVIPGEENITLPLVEGENTVSFFVHGDDQLAQHFNAQRFGRFQARNWGFTARVASTDE				NA	NA	NA	NA	NA
AK237_03868	1398			hypothetical protein	ATGCCAAGAAAAAAGTCCACAGATACAAAGATCTATGTTTTAGATACCAATATCCTGCTACACGAACCCCTTGCATTTCTATCATTCAAAGAAAACGACGTTGTCGTGCCGATGACCGTTCTTGAGGAACTCGATTACATCAAAGACAGCAAAAAAGATGTTGCCCGTGATGCCAGAGTGTCCATCCGTTCTATGGAGGATTTACTGCACGACGCTACGCCAGAAGACATGCTAGCGGGTGTGTCCCTTGAAGGGCTTGGCGCAGGAGAAAATAAACCCACAGGTGCGCTGTCTATTTTCGCTGATTTGAATATGGCTGAATCCCAGCAAATATTTACCAGCAATGAAAATGATAACCGCATTATTAATGTTGCCCTTCATTTACAGAAAACCTATGCACCACAGCAAGTTGTGCTGGTAACCAAAGATCTCAACATGCGCTTGAAAGCGAAAGGTGCTGGCCTCGCCCATGTGGAAGATTACCGGACCGACCAACTTATCACCGATATTAAATATCTATCAAAGGGTTACCATAAATTTGAAGGCAATTTTTGGGAAAAGATGAAGTCTGTAGAGAGTCGTTCAGAAGGGAGGGATACTATCCATACTGTTCCCCGAAACGTGATGGATGACCCGTATATCAACGAGTATTTACTTGATGATTCGAATCATTTTGCTGGTTTAATCGAAGACATTACCCCGGACACGTTAGAAGTGCTCGACTTAGGTTATGAACGATTGATGAGCCGACACGCCTGGGGAATTTCTCCAAAAAATATCGGCCAGGCGATGGCGCTTCATTCGTTACTCGACCCACATATCGATTTGGTTATTTTGACTGGCCCTGCGGGAAGCGGTAAAACCTTACTGGCACTTGCCGCAGCGTTGGAAATGGTGGTTGAGAAAAACATGTACGATAAGATTATCGTCACGCGCTCAACCCCGGAAATTGCCGAATCAATTGGCTTTTTACCGGGTACTGAAGAGGAAAAAATGGCGCCCTGGTTGGCAGCAATTACCGATTCGCTGGAAGTGCTGCATAAGCATGACGAAAACGCGAAAAGCTCGATGAATTACATCATGGAGAAAGCCAATATTCAGTTTAAGTCGGTGAACTTCATGCGCGGAAGGAGTATCCAAAATGCTATCGTGATTCTGGATGAATCGCAAAACCTTACTGCCGCGCAGTTAAAAACCATCATCACTCGCTGTGGCGAAGGCACCAAATTGATTTGTTCGGGTAACCTTGCGCAAATAGACAGTAATTATCTTAGCGCAGTCACATCCGGTTTAACCTATCTGGTTGAACGTTTTAAAAACTTCTCAGGCAGTGCCACCATTAACCTCGATGGTGTTGTACGCTCTCGTTTAGCTGAGTTCGCTGAGCAAGAGTTATAA	MPRKKSTDTKIYVLDTNILLHEPLAFLSFKENDVVVPMTVLEELDYIKDSKKDVARDARVSIRSMEDLLHDATPEDMLAGVSLEGLGAGENKPTGALSIFADLNMAESQQIFTSNENDNRIINVALHLQKTYAPQQVVLVTKDLNMRLKAKGAGLAHVEDYRTDQLITDIKYLSKGYHKFEGNFWEKMKSVESRSEGRDTIHTVPRNVMDDPYINEYLLDDSNHFAGLIEDITPDTLEVLDLGYERLMSRHAWGISPKNIGQAMALHSLLDPHIDLVILTGPAGSGKTLLALAAALEMVVEKNMYDKIIVTRSTPEIAESIGFLPGTEEEKMAPWLAAITDSLEVLHKHDENAKSSMNYIMEKANIQFKSVNFMRGRSIQNAIVILDESQNLTAAQLKTIITRCGEGTKLICSGNLAQIDSNYLSAVTSGLTYLVERFKNFSGSATINLDGVVRSRLAEFAEQEL				NA	NA	NA	NA	NA
AK237_03869	2826	rapA	COG0553	RNA polymerase-associated protein RapA	ATGAGTTCTATTAATACATTTTCGGTAGGTCAACGCTGGTTGAGTAACACTGAGTCTGAATTAGGGTTAGGTGCTGTTTTAAGCGTAGATTTCCGTTCTGTTGAGGTGTTATACCCGGCAACCGGAGACAGCCGAATGTATACAAAGGACAATGCGCCGCTCACCCGATTGGTGTTTGCAGAAGGGGACACCATCGCCTGTGTCGATGGTTGGCAACTGCAGGTACAACGCGTTGAAGAAGCCAACGGCGTACTGATTTATCACGGGTTACGCGAAGACACAAAAGAAACCGCCAAACTACCAGAAACCTTTCTGGATCATCACATCAGGTTAAACCAACCTGAACAACGTTTGTTTAATTTCCAGATTGATGCCCCCAAGTGGTTTGATTTACGAGAAAAAGCCCTCCACCATCAACATGCTTATTTGCAATCCAGTACCATTGGTTTCTCTGGCGCTCGTATTGAATTGATCCCCCACCAGCTACACATCGCTTCTGAAGTGGGTAACCGTCATGCGCCTCGCGTGTTACTGGCCGATGAAGTCGGATTGGGTAAAACAATCGAAGCCGCGCTGATCATTCATCGCCAACTGAAAACAGGCCGCGCCCAGCGTGTACTTATTGTGGTGCCAGACTCACTGGTTCACCAATGGCTCGTTGAAATGCTCAGACGGGTTAACCTGGCTTTTGCTATTTTTGACGAGAGCCGCTGTGATGCGCTGGATGAATCTGGCGGCAATCCGTTTGACAATGATCAGCTGGTACTGTGTAGCATTAGCTTTTTAACTGCAAATCCGAAACGACATCAGCAAGCGCTGGCAGCAAGTTGGGATCTGCTTGTCGTCGACGAGGCTCACCACCTGGCCTGGTCGAGCGACGCTCCCTCTGAAGAATACCAGTGTATTGAGGCATTGGCAGAAAAGACCGCCGGGGTTCTGCTGCTTACCGCCACACCGGACCAACTTGGGCATGAAAGCCACTTTGCCCGCTTACGTTTGCTCGACCCTGCCCGATTCCACAACTATCAGCAGTTCCTGGAAGAAGAAAGCAAATACAGCGCCTTAGCGGATGCCGTTGCACCGTTATTAGACGATGCGCCTCTGGAAGCTAATGCCATCAAGACGCTGACAGCCCTCGCGCCTGACATCGTTGGCCGCTTTAGCGATCTGGATGAACCTGCAACCCGCCAGGCCGTGTTAAGCCAGCTAATCGACACCCACGGTACCGGACGTATCTTATTTCGCAACCGTCGCGCGGGTATCGAAGGTTTCCCTGTTCGCTTGTTAAATGCACATCCACTGCCCTTACCAGAAATGTACGACAGCGCCGTATGTGGCGGTGAGCTTTTCGATGCCCTGTACCCTGAGCGTCAAAGTGCGCTGGTGAATAGCTGGTTTGACAATGATCCCCGCGTTGACTGGTTACTGGAGTTCCTGCCGTCAGTACGCCCAGCGAAAGTACTTCTTATTTGCGCCGACAAACGTACTGCGCAACAACTCGGCGAAGTCATTCGTTCACGCAGCGGTATTCGCCATAGTGTGTTCCATGAAGGCATGAGTATCGTAGAACGGGACAAAGCCGCACATTACTTTTCTGACCCTGAAGAAGGCGCGCAGATCTTACTGTGTAGTGAAATTGGAAGCGAAGGGCGAAATTTCCAGTTTGCCCATCATCTGGTGTTATTCGACTTGCCGCTCACGCCTGATTTACTTGAGCAACGCATTGGTCGACTCGATCGTATCGGTCAAACGAAAGACATTCAAATTCACGTACCTTATTTACAAAACAGCGCTCAGGAAGTGTTACTAAAGTGGTATCGTGACGGATTAGATGCATTTACCCACACCTGCCCGACCGGATCTGGCGTGTTTGCTGACGTGCAAACACAACTGGTTGGCGCGTGTTTAGATCCTGAAAACGACACATTGGTGTCAGAATTGGTGACCGCAAGTAAAACGTTAAACGACGAGTTAAAAGCCCAGCTTGATGCAGGACGCGATCGCCTGCTGGAGCTTAACGCCTCAGGCGAGGGGCGAGTTGACCAACTCATCGAAGACATCGTCGAGCAGGACACATCCGTTGAACTTTCCCGCTTTATGGGACGACTCTTTGATGCATTAGGGATTAATCAGGAAGAGAAAGGTAACGACTGTTTTATCCTAACGCCATCCGAGTCAATGGTAAGCCATTTGCCAGGGCTTGATCCTGAAGGAATGACCGTCACCTACAGACGTCGTATTGCAACAACGTTAGAACACGTGCATTTCTTAAGTTGGGACCATCCACTGGTACATAACGCCATCGACATGGTACTTACCGATGTATTGGGCAAAGCCAGTGTCGGTTTCATTGCCGACAAAGCGCTACCTAAAGGTGCATTTTGGTTGGAAGCCTTATTTGTTTTACAAGCTAGCGCAGAAGTTACATTGCAACCCGGACGCTTTATGCCCGCGACGCCGGTTCGCGTTTGTATGGATGGACACGGCAAGCCTGTTGATTTGTCATTTGATATGGCTCGCAAAGCCAACCGGAAAATCGCTCAGCAACTGATTCAAGCGCTTCAACAACCGCTGACTTTGCATATCGAAAAAGCCACGCATCTGGCTCAGCAGCAGGCGAATCAAATCCAGCACGATGCCATTGAAGGTATGCAAAGTACGTTAAAAGGTGAAATCCAACGGCTACGCGATCTTCAGGCTCAAAACCCTGCCGTGAGAGACAGCGAAATCGAGTTTATCGAGCATCAGCTAAATGGGCTAACGCAAGCCTTGCAGTCAGCAACCGTGCAGCTGGAAGGCTTACGCATTGTGGTGAATAATCCATGA	MSSINTFSVGQRWLSNTESELGLGAVLSVDFRSVEVLYPATGDSRMYTKDNAPLTRLVFAEGDTIACVDGWQLQVQRVEEANGVLIYHGLREDTKETAKLPETFLDHHIRLNQPEQRLFNFQIDAPKWFDLREKALHHQHAYLQSSTIGFSGARIELIPHQLHIASEVGNRHAPRVLLADEVGLGKTIEAALIIHRQLKTGRAQRVLIVVPDSLVHQWLVEMLRRVNLAFAIFDESRCDALDESGGNPFDNDQLVLCSISFLTANPKRHQQALAASWDLLVVDEAHHLAWSSDAPSEEYQCIEALAEKTAGVLLLTATPDQLGHESHFARLRLLDPARFHNYQQFLEEESKYSALADAVAPLLDDAPLEANAIKTLTALAPDIVGRFSDLDEPATRQAVLSQLIDTHGTGRILFRNRRAGIEGFPVRLLNAHPLPLPEMYDSAVCGGELFDALYPERQSALVNSWFDNDPRVDWLLEFLPSVRPAKVLLICADKRTAQQLGEVIRSRSGIRHSVFHEGMSIVERDKAAHYFSDPEEGAQILLCSEIGSEGRNFQFAHHLVLFDLPLTPDLLEQRIGRLDRIGQTKDIQIHVPYLQNSAQEVLLKWYRDGLDAFTHTCPTGSGVFADVQTQLVGACLDPENDTLVSELVTASKTLNDELKAQLDAGRDRLLELNASGEGRVDQLIEDIVEQDTSVELSRFMGRLFDALGINQEEKGNDCFILTPSESMVSHLPGLDPEGMTVTYRRRIATTLEHVHFLSWDHPLVHNAIDMVLTDVLGKASVGFIADKALPKGAFWLEALFVLQASAEVTLQPGRFMPATPVRVCMDGHGKPVDLSFDMARKANRKIAQQLIQALQQPLTLHIEKATHLAQQQANQIQHDAIEGMQSTLKGEIQRLRDLQAQNPAVRDSEIEFIEHQLNGLTQALQSATVQLEGLRIVVNNP				NA	NA	NA	NA	NA
AK237_03870	711	rluA	COG0564	Dual-specificity RNA pseudouridine synthase RluA	ATGAGTATGCCGGCGGGCAAAAAGCCGTTTGTTTATCAGCCTCCAATGACCCCCTACTTGTCATTAGTGCACTACGATAATGATATTGTTATTGCTAATAAACAAAGTGGACTCCTTAGTGTGACGGGTATTCAGCCCGCCCACAAGGACGCGCTTATTAGCCGTGTTCAAAAGGTGTTGCCCACGGCGACCGTTGTTCACCGACTGGATATGGCTACGTCAGGCATCATGGTTATGGCGCTGAATAAAGAGGCGCACCGGCATCTTTCGCGACAATTCCAGGAGCGTCTGACCAGAAAACGTTACTTCGCCCGCGTTGATGGTATTGTGGCTGAAGATGAAGGCAGTATTACTTTGCCGCTGATTGTCGATTGGCCCAATCGCCCCAAGCAGAAAGTAGACTTCGAGAATGGTAAGCCCTCACTAACACACTATAGGGTGATCCAGCGGCTTGAGCGTGAAACCTGGGTAGAGTTATCGCCTGTCACCGGGCGCTCCCATCAACTTAGGGTGCATATGTTGTCGTTAGGCCACCCCATTTTAGGGGATCGTCTTTACGCTCACGACGACGCGCGTTTACGCGCGCCACGTTTGCAATTGCATGCCGAAACGTTGATTTTACAACACCCTTCCACAGGCGATTGGCAGCGATTTGTGAGCGATATTCCTTTTATGGATCACCGGCCATCCCTGCTCCCTTTCCCGGAATGA	MSMPAGKKPFVYQPPMTPYLSLVHYDNDIVIANKQSGLLSVTGIQPAHKDALISRVQKVLPTATVVHRLDMATSGIMVMALNKEAHRHLSRQFQERLTRKRYFARVDGIVAEDEGSITLPLIVDWPNRPKQKVDFENGKPSLTHYRVIQRLERETWVELSPVTGRSHQLRVHMLSLGHPILGDRLYAHDDARLRAPRLQLHAETLILQHPSTGDWQRFVSDIPFMDHRPSLLPFPE				NA	NA	NA	NA	NA
AK237_03871	855			hypothetical protein	GTGTATCGTTTACTGCTCATCTTCACGCTTTTGCTACCGCAGGCAGCGACAGCCAATATCGTAGCTGACGATATTCGTCAGCAGTATTTACCGTCTGAATACAACGCAATCCTGGTAGGAGAAGAAGATATACCGGTGTTTGCTGGCGAACCTACCACTGCGCTAAGCCGTGGTGTGGCCATTATTTTTATTGATGCAGGTTACCAGGGCCTCACCTTACAAAATGCGCAACAATTAGCCTCTCGCCTTAACCGCTGGGGATGGCATACCCGCATTGTACCCTCGCCTATCACCGCGCCGGCGTCGTTAACAACCCAAGCTACGCCGGATGCCGGAGAAGAAACCACTGAAGCAGACATGTCAGCATTACTGCATCCCCGTGTTTGGGTGGGAACCACTGAGGCAGACGCAGGCACCAGCCAAACCAAAATGGCCATGTTAGCCGGTGCCGTGTTTCGTGATACAGAAAGTATCCCGGGCTTTCGGCTGGTCATTAGCCAGGGAATGGGCGCCGTTCAATTTCTTGCGTTGGCAGTAACTGAAAACGTTCCATCGCCAGATGGACTGGTCGTGATTAGTCCGTACTGGCCTAAAACTAACGTTAATCAAACCATATCTGAACAATTAGCCAGCACGTTATTTCCCGTGTTAGATCTTCAACTCCCAACATCCACACCGTGGACACGCAATGCCCCCCAGCAGCGTCAGGTAGCTGCAACCAAAGCCATGAAACTACATTATCGCCAAAAGACGTTGGGGCCCTCGATTAACCTGGCAAGTACGTTTGGCGATTCCGCATTCAGCAATAATGTAAGCAAAGAAATCTACAGCTGGATAAATTATCTGGGCTGGTAA	MYRLLLIFTLLLPQAATANIVADDIRQQYLPSEYNAILVGEEDIPVFAGEPTTALSRGVAIIFIDAGYQGLTLQNAQQLASRLNRWGWHTRIVPSPITAPASLTTQATPDAGEETTEADMSALLHPRVWVGTTEADAGTSQTKMAMLAGAVFRDTESIPGFRLVISQGMGAVQFLALAVTENVPSPDGLVVISPYWPKTNVNQTISEQLASTLFPVLDLQLPTSTPWTRNAPQQRQVAATKAMKLHYRQKTLGPSINLASTFGDSAFSNNVSKEIYSWINYLGW				NA	NA	NA	NA	NA
AK237_03872	321			hypothetical protein	ATGCTTTTGTCATTTGTTGATACCAAAGCCGCGCAGTTGTGCTTTTATATTCGCGGATTTTGGCAAGACAACGTCCCGCATTCAGAGCTTGAGATATTCTTCTGGGATACAATGGAAGAATGGAGTTTGGTCAATTATGACCTCGACCAGCCTTATACCCAAAGAGAACGAGTGTTCTGGCACGTATTACACCAATTGCATTTCTGGTCTGAAGAAAAGTTAAAATACGATCCGTTTCTTATCGAAGAACTCACCTCCTGCACTGCATTCTTAGAAGGGAAAGGTTCCTGCCCGTTAGACTGCGTAGGCGTTCGCCCTTAA	MLLSFVDTKAAQLCFYIRGFWQDNVPHSELEIFFWDTMEEWSLVNYDLDQPYTQRERVFWHVLHQLHFWSEEKLKYDPFLIEELTSCTAFLEGKGSCPLDCVGVRP				NA	NA	NA	NA	NA
AK237_03873	1341	ampG	COG0477	Anhydromuropeptide permease	ATGCGTTTTCTCCAGTCCTTTCTAGACAGACGACTTTTCAGCATTTTCATATTTGGGATCGCCAGCGGTTTTCCGTGGGTTATGATTAGTTCGGTGATGACCGCCTGGCTAAAAGAAGAAGGTTTATCCCGCACTGACATTAGTTTGTTCGGTAGTATCTTTGCGGTGTATGCAATTAACTTTCTGTGGTCTCCACTGCTGGATAGATTACGGTTACCTCTGCTGGGACAACGCAAGGGGTGGATTTTTGTCATGCAATGCATCATTGTGCTGTGTTGCATCATGATGAGTACACTGGATGCCGCCTATTCACTGTTCTACGTTGCCGCTTTTGGTCTTAGCATTTCCCTTTGCTCTGCGACACAAGATATCGCGATTGACGCGTATCGTATCGATATAATCAATGACGATGAGAAAGAAAAACTTGCAGCAGGTTCCTCCATGGCAACCGCAGGTTGGTGGACAGGATATGGCGGCCTCGGTGCGCTTCCCTTTTTCGTTGCCGATTGGACCGGGTGGGCGTGGAACGATATATATCTCTTACTGGCCGCGATAATGGGTGTTATCACCTGCTTCACTTTATTTGCCAAAGAACCACAGGTAGATCGCTCAGAACAGCTACGTGCAGCAACGGCCTATTACGAAAACGCCATGGGCAGCGACGCCGCTTCTGCTACGCTTATGCAGAAAATAGCTGCGTGGTTTTTCGTGACACTGGTAGAACCGTTCCGGGAGTTCTTTGCACGCAACGGTATCAAACTCGCGTTATCGCTATTGCTGTTTATCTTTCTGTTTAAAATTGGCGAAGCATTTCTCGGTAGAATGAGCCTGCAGTTTTATATCGAACTGGGCTTTACAAAAAGCGAAATTGGCGGCTACTCAAAACTGCTGAATTGGTGGGTAACCATCCTGTTCTCGGTTATCGGCGGCATGGTGACCATCCGTTATGGTATTTACAGGGGGCTATTCATTGCGGGCATTGCCATGGCGGCGAGTAATTTAATGTTCTCATTAATGGCGCACGTTGGGCCCGATAAAACCCTGTTTGCGCTGACCATTATCGTTGACGGATTCACGGCAGCCTGGAGCACCGTGGCGATGGTCGCGTTTATTTCACTGATGTGTAACCGCACCTTTTCAGCTTCTCAATATGCGCTCATGGCGTCACTCAGTGTGGCAGGTAAAAATCTCCTGGCATCAGGCAGCGGCTACATCGTAGACCAGTTAGCAGGCGATTGGTCTACATTCTTTATCATCACAGCATTGATGGTTATCCCAAGCTTGCTATTTCTACGCGGTATCAAACACCACATAATAAGCGCGGAACAACAAGCGAAGTAG	MRFLQSFLDRRLFSIFIFGIASGFPWVMISSVMTAWLKEEGLSRTDISLFGSIFAVYAINFLWSPLLDRLRLPLLGQRKGWIFVMQCIIVLCCIMMSTLDAAYSLFYVAAFGLSISLCSATQDIAIDAYRIDIINDDEKEKLAAGSSMATAGWWTGYGGLGALPFFVADWTGWAWNDIYLLLAAIMGVITCFTLFAKEPQVDRSEQLRAATAYYENAMGSDAASATLMQKIAAWFFVTLVEPFREFFARNGIKLALSLLLFIFLFKIGEAFLGRMSLQFYIELGFTKSEIGGYSKLLNWWVTILFSVIGGMVTIRYGIYRGLFIAGIAMAASNLMFSLMAHVGPDKTLFALTIIVDGFTAAWSTVAMVAFISLMCNRTFSASQYALMASLSVAGKNLLASGSGYIVDQLAGDWSTFFIITALMVIPSLLFLRGIKHHIISAEQQAK	PGPT0028125_1216	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-BETA-LACTAM_RESISTANCE,PGPT0028125-ampG-K08218	NA	NA
AK237_03874	2184	rcsC_16		Sensor histidine kinase RcsC	ATGCTAACTATTGACACTCTAAAGGAAAAAATTCGGCGTACTTACCTAATGGCGCTATGTGCCATAGCGCTGTTAATGACAGTGTATTTTGCCTGGACGCAACAATATCTTGTATCGACGCAAATTCAACCTCAGGTCATCAACATTGCAGGTAAGCAGCGCATGCTGTCACAGCGTATTGCGTTTGTGCAAAACCTGTTGGTCAATGAGTCGGATAACGTACAACGCCAGGCTCTGAAGGATGAATTAATCGCCCGTACGCGGGAATTCATGAAAAGCCACGAAATCCTGGTTGGCAGACAATCTCTGGATGGACATTTCACCCCGTTGTCGCCTCCGTTGGAGCATCTTTATTTTGCAGCAGAAAGTGACTTAGACAGCCAGGTTATTCATTATGCAGAAGACGCACTAAATTTAGCGAACGAGCCCTCGAACAGATCATATTCTTCGCCCGTCTCACTCTCGCAGGCCTCCCTGTTACTTGCCGAGCTGGATACAGCGGTACACCTGTTTGAGCAGCAACTTTCTAAGGAAATCCGCTTTAATCAATGGATGCTTTTGGGTATTTGGCTAGTTACCTTAGGGCTGGCACTACTGACGGTACTTTTACTCTTCAGGCCTTTACGAGTGCTAGTGTTAGAGCAATTTAATCTGGTGCAGGAAGCCAGACAGGATATCCTCTACGAGCGCGAACTCGTCAGTAAAGCGGTATCAACCAAAGAAGAGTTTCTTGCCAGCATGAGCCATGAGTTTCGCTCTCCCATTTCTGCCATTATCGGGGCGCTGGAGCTGATGCCTAACATGCAATCCCGACAAGATCACCTTATTCATAAAGCCGAACAATCCTGCTATCGCTTGCTGATGCTAACCAGTAATCTGGTCGATAGTATGCAATCAAAACAGATTGACGACGAAGTCAAGCCAGAAGAATTCGACCTGATTCGCTTACTGGACGACGCTTTCAGTCAGTTTTTTTATAACTGTCAGCAGAAGAACCTGCATTACCAGATCATTAACGAAAGCACGCTTCCCCATCTGGTAAAAGGCCACCCTAATTCTATTGTAAAAGCGCTGAAGAATGTCTTGGACAATGCGGTCAAATTTACCAACGAGGGCACTATATCGGTTTACAACCGTTTAGCTGTGAGCGAAGGTAAGCTCATTCTTTCCATCAGAGTGGTAGATACCGGCATTGGGATTTCGCAAAACCATATTGAACATGTTTTCCAACGCTTCTACAAAGCTCATGACAAACCTCGCTTATACAGTGGTGCAGGTGTAGGGCTTTATGCAACAAGAACACTACTGGAACAAATTGGTGGCACGATATCGGTAACCAGTTCACTACACAATGGTTCCGAATTTACATTGATGGCACCACTCTCTACGGCAGACAAATCACCGTTGAAGGAAAAGAAACCGCTTTCTGCTTCCAAGTTTGCCATTGTGGATGATCAGGAAATAACCCGTATCCATCTGTCCTATATGATAGAAAATGAAGGGTTTTCTGTAGACACCTACGAATCAGGCGCAGATTTACTCGCCAATCAGGAAAAGCTTAAAACTTACGATGGTATTATCACGGATTACTATATGCCGGGTATCAACGGGGCAGAGCTGGCCAATTACCTTCAGGCGATGTTAGGAGAGCGAATGCCACCTATCATTATGGTGTCAGCCGCACCACAGATAGCCAACCTTATCGCTAACTCGAATATTCCCGCCTGGCAGGTATTCGTTAAGCCCATCGATAAGAACCGTTTTATCGACTCCGTCCGTCACTTAAGTGTGAACAAAGGAAAAACATTTAGTTTAACGGATAAAGTGTCAGTTCTCATCGTAGAAGACGAACCGATAAATGCTGAAATACTACGAGACATGGTGGAGAACTTAGGGTACGAAGCAAGTGTTGCTGAAGACGGCGAGCGTGCGTTATCAAAGGCAGGCGAAGAGCACTTTGATATCATCTTATTAGATTTGAACCTGCCGGATATGAGTGGCTTTGAAGTAGCGAACATATTAAAAGAACAGGGCTGTAAATCCCATCTTGTGGCTGTAACAGCAAGTGCTTATGAAAGTGACAGGCAACAGTCTATGGCTGTCGGCATACGCTACCATCTTGTAAAACCGGTTGCATATCAAGAATTAAAAAACACACTGAAGTTACTGCTGGCAATGCCTTAA	MLTIDTLKEKIRRTYLMALCAIALLMTVYFAWTQQYLVSTQIQPQVINIAGKQRMLSQRIAFVQNLLVNESDNVQRQALKDELIARTREFMKSHEILVGRQSLDGHFTPLSPPLEHLYFAAESDLDSQVIHYAEDALNLANEPSNRSYSSPVSLSQASLLLAELDTAVHLFEQQLSKEIRFNQWMLLGIWLVTLGLALLTVLLLFRPLRVLVLEQFNLVQEARQDILYERELVSKAVSTKEEFLASMSHEFRSPISAIIGALELMPNMQSRQDHLIHKAEQSCYRLLMLTSNLVDSMQSKQIDDEVKPEEFDLIRLLDDAFSQFFYNCQQKNLHYQIINESTLPHLVKGHPNSIVKALKNVLDNAVKFTNEGTISVYNRLAVSEGKLILSIRVVDTGIGISQNHIEHVFQRFYKAHDKPRLYSGAGVGLYATRTLLEQIGGTISVTSSLHNGSEFTLMAPLSTADKSPLKEKKPLSASKFAIVDDQEITRIHLSYMIENEGFSVDTYESGADLLANQEKLKTYDGIITDYYMPGINGAELANYLQAMLGERMPPIIMVSAAPQIANLIANSNIPAWQVFVKPIDKNRFIDSVRHLSVNKGKTFSLTDKVSVLIVEDEPINAEILRDMVENLGYEASVAEDGERALSKAGEEHFDIILLDLNLPDMSGFEVANILKEQGCKSHLVAVTASAYESDRQQSMAVGIRYHLVKPVAYQELKNTLKLLLAMP				NA	NA	NA	NA	NA
AK237_03875	987			hypothetical protein	ATGATCTCTGATGATCTCGCCCAGATGCATTGGCAACAGGATTTACTGAGCTCAATTGAGGTCGGCATTGTTGTAATAGATAGATCGTTCTCAATTGAGGTATGGAACCAGTTCATGGAGAATCACGCGGGGTTGCGCCCAAGTGAAGTAACGGGTAAATCGTTATTTTCCCTGTTCCCTGAGATAGACGAAGGTTGGCTGCGCAGTAAAGCCGAACCGGTGTTTAATTTAAGAACTCCTGTATTTATTATCTGGGAGCAACGCCCTTTTTTGTTTCAGTTCGGCACAAATCGTCCTATCACTTCTGATGCTATCCACATGTTTCAGAATGTCACCATGTTCCCATTGTCCTCGCCTAATGGTGAGGTTAATAAGCTGTGTATGCTGGTCTATGATGTTACCGATCAGGCGCTGGGGAAGCTTAGGGTGGAGCGGTTAAATGATGAACTAAAACATGTCAGCCGTATTGATGGTCTTACTGGTCTGTACAATCGTCGCTACTGGCAGGAAAGGTTTGATTCGCTTTTCAAACTTTCGCGTCGCAGAGACTCGCTATCTACCGTTATGATGCTGGACATCGATCACTTTAAACAAATCAATGATACCTATGGACATCAGGCCGGTGATGAAGTGATACGTACTCTGGCCAGAGTCATTCAAAAGAGTATCCGCGAGACCGATTTGGCCGGTCGCTATGGTGGTGAAGAGTTTGCGATACTGTTGGTCGATTCAAACGTACAAAACGCCGCTCGTGTGGCAGAACGAATTCGCCGTCTGGCCGAAGCCATGGTTGTAGAATATGAGGGGCTGCAAATTAATTTCACGGTGAGCATTGGCTTAAGTGAATACCGCGGAAAAGTAAAGTCAGCCATGATGTGGCTTGAAGAAGCCGATCAGGCATTGTATATGTCTAAGCACAATGGCCGGAACAAAGTAACGGTAAGCAATGTCGTCCCGTCCGAAGAAATTGAAATGCTGGACGATTAA	MISDDLAQMHWQQDLLSSIEVGIVVIDRSFSIEVWNQFMENHAGLRPSEVTGKSLFSLFPEIDEGWLRSKAEPVFNLRTPVFIIWEQRPFLFQFGTNRPITSDAIHMFQNVTMFPLSSPNGEVNKLCMLVYDVTDQALGKLRVERLNDELKHVSRIDGLTGLYNRRYWQERFDSLFKLSRRRDSLSTVMMLDIDHFKQINDTYGHQAGDEVIRTLARVIQKSIRETDLAGRYGGEEFAILLVDSNVQNAARVAERIRRLAEAMVVEYEGLQINFTVSIGLSEYRGKVKSAMMWLEEADQALYMSKHNGRNKVTVSNVVPSEEIEMLDD	PGPT0026210_445	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-CELLULOSE_METABOLISM	CE-EPS-CELLULOSE_BIOSYNTHESIS,PGPT0026210-adrA-K18968	NA	NA
AK237_03876	1023	cheB_7		Protein-glutamate methylesterase/protein-glutamine glutaminase	ATGACAACGCCTGTATTGATTTGCGACGATTCGACTTTTGCACGCAAACAAATGGCCCGCTCCATACCCGACGGTTGGGACGTCGACATCTCTTTTGCGACAAATGGTAAAGAAGCACTCGACGCTATCCATGCTGGAAAAGCCGATGTAATGTTTCTCGATCTTAATATGCCGATTATGGATGGTTACCAAACCATGCAAGCTATCCGGCAGCAGGACTTACCTTGTTTAGTTATTGTCGTATCGGGAGATGTTCAACCCGAGGCGCGTGAACGCATGGTGTCAATGGGGGCATTAGACTTTATTCGCAAGCCAATTGATAATCAAAAGCTTACGAATCTTTTGCGCCAGTACGGTATTTATAGCGGCGAATCATCTTCTGTAAAGCGAATTCAGCAGGTAGAGGGAACGCGCAAGAATTCTGTTGATGAGCAGCTGGATGCCTACCGCGAGCTTGTCAACGTCGCCATGGGACGGGCCGGCGAAAACCTAGCGCGTCTACTCGGTGAGTTTATCGATTTGCCCATCCCGAATGTCAATGTCATTGAAGCGACAGAGCTGCACATGGCGTTAGCCGAAGCGCATCAAAATCAACGGGTTTCTGCTGTGTCGAAGGGCTTTACCAGTGCAGGTATTAAAGGTGAGGCGTTGGTCATCTTTAGTGACACGAAGATGGAAAACATCGTGCGTTTGCTGAACTACAGTGACGGTTCAAATAGTGAAGATCAGCAACTTGAAGCGCTCATGGATGTCTCTAATATTCTTACTGGCGCGTGTTTGAATGCACTGTCGACACAATTGAACGTAAATTTTAGTCATAGTCATCCCATCTTACTGGGACAGCACAGTGGATTTGTTACCCTTCTGAACAATAATGCAAGTCGGTGGGGGAAGGTTATGGCGATAGAAATTGCGTTCGCGATAAAACGTCGGGATATCAGCTTTGATTTATTGCTACTGTTTCCAGAACAATCAATGAATAAGATTTACGCTCGCCTGGTCGACGAGGAGGACGTGGCATGA	MTTPVLICDDSTFARKQMARSIPDGWDVDISFATNGKEALDAIHAGKADVMFLDLNMPIMDGYQTMQAIRQQDLPCLVIVVSGDVQPEARERMVSMGALDFIRKPIDNQKLTNLLRQYGIYSGESSSVKRIQQVEGTRKNSVDEQLDAYRELVNVAMGRAGENLARLLGEFIDLPIPNVNVIEATELHMALAEAHQNQRVSAVSKGFTSAGIKGEALVIFSDTKMENIVRLLNYSDGSNSEDQQLEALMDVSNILTGACLNALSTQLNVNFSHSHPILLGQHSGFVTLLNNNASRWGKVMAIEIAFAIKRRDISFDLLLLFPEQSMNKIYARLVDEEDVA				NA	NA	NA	NA	NA
AK237_03877	834	thyA	COG0207	Thymidylate synthase	ATGAAAGAATATTTACAGCTAATGCGTCATGTGAAAGAGCAGGGTGTGAGAAAAGAAGACCGCACCGGAACCGGGACATTAAGCGTGTTTGGATACCAAATGCGTTTTGATTTGGCGGAAGGTTTTCCTCTCGTGACGACGAAAAAATGCCATCTTAAGTCTATCATTCACGAGCTGCTTTGGTTCCTCAAAGGCGAAACCAATATCCGTTATTTGAAAGAAAACGGCGTCTCAATCTGGGATGAATGGGCAACAGATGACGGTGAGTTAGGACCGGTTTATGGTCGTCAGTGGCGAAGCTGGGATGCCGGTGATGGTTCATCAATCGACCAAATCAAAGATGTTGTTGAGCAAATTAAAACGAATCCGGATTCTCGTCGTTTAATCGTAAGTGCCTGGAATCCAGCTGTGCTGCCTGACACATCCGTTTCGCCAAAAGAAAACGCTGCGAATGGTCGCCAGGCACTACCGCCGTGTCATACCATGTTCCAGTTCTATGTGTTAGATGGCAAACTGTCGTGCCAGCTTTATCAGCGCAGTGGTGATGTGTTTCTGGGCGTACCTTTTAACATTGCCAGCTACGCATTGCTGACATTAATGGTGGCGCAGGTATGTGACTTACAGCCCGGTGAGTTTATTCATACGTTAGGCGATGCACACTTGTATTCAAACCACCTTGAACAAACTGAAACCCAATTGGCAAGAGAGCCCTTTCCTCGTCCTAAGATGAAGATTAATCCTCAGGTGAAAGATTTGTTTGCGTTTACCTTTGACGACTTTGAATTAGTCGATTATCAATCCCACCCCCACATTAAAGCGCCAGTCGCTATTTAA	MKEYLQLMRHVKEQGVRKEDRTGTGTLSVFGYQMRFDLAEGFPLVTTKKCHLKSIIHELLWFLKGETNIRYLKENGVSIWDEWATDDGELGPVYGRQWRSWDAGDGSSIDQIKDVVEQIKTNPDSRRLIVSAWNPAVLPDTSVSPKENAANGRQALPPCHTMFQFYVLDGKLSCQLYQRSGDVFLGVPFNIASYALLTLMVAQVCDLQPGEFIHTLGDAHLYSNHLEQTETQLAREPFPRPKMKINPQVKDLFAFTFDDFELVDYQSHPHIKAPVAI	PGPT0008145_2059	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0008145-thyA-K00560	NA	NA
AK237_03878	813	lgt	COG0682	Phosphatidylglycerol--prolipoprotein diacylglyceryl transferase	ATGACAGAAAGTAGTTATATGGTCTTTCCGAATATTGACCCGGTCATATTCAGTGTCGGGCCACTAAGCGTGCGTTGGTACGGTATGATGTACCTGGTAGGATTTGTTGCCGCTTACATGCTTGCACAAAAACGTTTGTCGCAAACCAATTGGACAAGGGATCAGCTTAGTGATCTGCTTTTCTGGGGATTTGTCGGGGTGATTCTGGGAGGACGTATTGGTTATGTCCTGTTTTACCAGTTCGGTATGTTTCTGGAAGATCCTACTTATTTATTCCGGATCTGGACGGGCGGGATGTCTTTCCATGGAGGATTACTCGGCGTACTTGTAGCGTTGGCATGGCAGGCCAAAAGAATGAACGCCACGTTCTTACAGATTGGTGATTTTGTTGCTCCTTTAGTGCCAATTGGTTTAGGAGCAGGGCGTATAGGTAATTTTCTTAATGCAGAGTTATGGGGTCGCCCTACCGATGTACCGTGGGCAATCATTTTCCCGGGGGCAGGAGACCAGCCCCGCCATCCCTCCCAATTATACGAATTTGCTTTAGAGGGCGTGCTGCTGTTTATCATTCTCTGGTTGTTTTCAGCTAAACCTCGTCCTACTGGTGCGGTGGGTGGCTTGTTTATGCTGGGTTACGGATGTTTCCGGTTTATCGTTGAATACTTCCGCGAACCTGACCAGCATTTAGGTCTCTACTCTGTGGGCCTGAGTCAGGGGCAATTATTGTGTATTCCTATGATTTTGCTTGGTATCGGGTTGATGATTTGGGCCTATACCCGCAACACTCCAGTACAAAAATCAGAAAAAGCGTAA	MTESSYMVFPNIDPVIFSVGPLSVRWYGMMYLVGFVAAYMLAQKRLSQTNWTRDQLSDLLFWGFVGVILGGRIGYVLFYQFGMFLEDPTYLFRIWTGGMSFHGGLLGVLVALAWQAKRMNATFLQIGDFVAPLVPIGLGAGRIGNFLNAELWGRPTDVPWAIIFPGAGDQPRHPSQLYEFALEGVLLFIILWLFSAKPRPTGAVGGLFMLGYGCFRFIVEYFREPDQHLGLYSVGLSQGQLLCIPMILLGIGLMIWAYTRNTPVQKSEKA				NA	NA	NA	NA	NA
AK237_03879	807			hypothetical protein	ATGGACCCTTTTCTAATCATTTTTTTCTGCTGTATGGCCCTCGGCCTGGTCGTTGGGTTACTGGCTGGCATGTTAGGTATCGGTGGTGGATTGATCATCGTGCCTTGTTTGTCTTATTTAATGGTGCATTTTCTTGGCATTAACACCGACATGGTTATGCCTATGGCGGTGGCTACATCATTATCAACAATCATATTCACCGGGTTTTCTTCAGCCCTGGCACACCATAAGCTCGGTAATTTAAATAAACATATCGTTTTTTGGACCAGCATAGGTATTGCCGCAGGCGCAGTGGTGGGCGCACACATTGCCAGTGCTATTTCCGGACATACCCTAAAGAATATTTTTGCCGTACTGGTGATGCTGGTCGCTGCACAAATGGTGTTTGGTAAACGGCAAGCATCAGCTTATAAGGCGGGCAAGCCTGCCCTGGTGTCTGTGGGAGCGGGAACCGGTTGTATTAGTGCACTGATGGGAATTGGTGGTGGAGCGTTATTGGTGCCGGCACTGGTGTGGTTTCAGGTAAATATACGTCAGGCCATCGGGTGTGCGGCATTTAGCGGTTTAGTGATTGCGTTGTTTGGTACTGCCAGTTTTGTCTTTACAGGCATGAATGTCGACGGACTTCCACAAAACTCGATAGGCTACGTGTATTGGCCTGCAACTTTAGGTATTGTGTGCACATCGGTATTTACGGCCAATCTGGGTGCCCGCTTAGGGCAAAAAATGAATACTGCCTTGTTGAAAAAAATATTGGCTTGCTTGCTTGTGCTGGTAAGTATCAGAATGATTGTAGGAATTGAATAA	MDPFLIIFFCCMALGLVVGLLAGMLGIGGGLIIVPCLSYLMVHFLGINTDMVMPMAVATSLSTIIFTGFSSALAHHKLGNLNKHIVFWTSIGIAAGAVVGAHIASAISGHTLKNIFAVLVMLVAAQMVFGKRQASAYKAGKPALVSVGAGTGCISALMGIGGGALLVPALVWFQVNIRQAIGCAAFSGLVIALFGTASFVFTGMNVDGLPQNSIGYVYWPATLGIVCTSVFTANLGARLGQKMNTALLKKILACLLVLVSIRMIVGIE				NA	NA	NA	NA	NA
AK237_03880	1293	bdlA_3	COG0840	Biofilm dispersion protein BdlA	ATGATGTTTGGAAAAAAGCGTGCCGCTACCTCACCGGTAATCCCGCCAGAATTAGAAGAAAAAGCCATGGCTTTACGGGCCATCGAAGACAATATCGGCATGATAACTTTCACGCCAGATGGATATGTGGTGTCCACCAACGCGTTGTACGAATCAATGCTTGGCGTTAACGAGCGAGATGTCGTTGGCAAACATCATCGTATATTTTGTCCTACAGAAATTAGTGAGTCTGATGACTATCAGCGTTTTTGGCGTAATCTGGCAAGCGGCCAGGCAAACCGTGGGCGTTTCGAACGCCGCAAGGAAAATGGCCAACCAGTATGGTTAGAAGCTACCTATTTTCCAGTAAAAGACAAGTCTGGTGAGGTCGTCAAAATTGTCAAATTGGCAAAAGATGTCACAGAAAGTCACATTGAATGGCAAAACAAAGAAGCTTTATTTGCTGCACTTAACCGTTCTATGGCTGTCATTGAATTTTTACCCGATGGCACGGTAGTGACAGCAAATCAGAATTTTCTGGATGCGATGCATTATCGACATGAGCAAATTGCCGGTCAGCATCATCGTATGTTTTGTGATGACGGTTTTTATCGGTCACACCCAGACTTTTGGTCTCGGTTAGCGGGGGGCGCGTTTCAGTCTGGCAAGTACAAACGCATTGATGGTCTGGGAAATGAAATTTGGTTAGAAGCCACCTATAACCCGGTTCTTAATAAACACGGCCAGGTCGAAAAGGTCATTAAATTTGCTACTGATATTACTCAACGCGTAACGTCTGCACACAATACCGTTTTGCTCGCATCACAAATTTCTGACAAAACGTCGAAAGCGTCTGATGAAGCAACGTCGGGTTTACAGAATTCCGAAGCGCTGTCGGTTCAGATCTGTGAGCGCGTTGTTGAAGCGTTAAGTAGTAGCGCTAAATTGAGTGGGCAAGCAAATGATATCAGAAACATTGTAAGCACCATTCGCTCTATCTCTGAGCAGACAAACTTGCTTGCACTTAATGCGGCCATCGAAGCTGCCCGGGCAGGAGAAGCAGGGCGGGGGTTCGCAGTGGTTGCTGACGAAGTCCGCTCGTTAGCTGCGCGTGCAAGCCAGGCCACCGGCGAAATTGAAAATGTGGTAAACAATAACAACGCATTGATTGAACAAATTACATCGCAGATGTCACTGATCGATAGCAGCGCTACCGACGAAAAAGAAGCGTTAAATAAAATCTCGGCAAACCTGCATGAAGTCACGCAAAGCCTGCAAGAACTCGTGGCCGCGGTAACTCAACTAGAGGAATAG	MMFGKKRAATSPVIPPELEEKAMALRAIEDNIGMITFTPDGYVVSTNALYESMLGVNERDVVGKHHRIFCPTEISESDDYQRFWRNLASGQANRGRFERRKENGQPVWLEATYFPVKDKSGEVVKIVKLAKDVTESHIEWQNKEALFAALNRSMAVIEFLPDGTVVTANQNFLDAMHYRHEQIAGQHHRMFCDDGFYRSHPDFWSRLAGGAFQSGKYKRIDGLGNEIWLEATYNPVLNKHGQVEKVIKFATDITQRVTSAHNTVLLASQISDKTSKASDEATSGLQNSEALSVQICERVVEALSSSAKLSGQANDIRNIVSTIRSISEQTNLLALNAAIEAARAGEAGRGFAVVADEVRSLAARASQATGEIENVVNNNNALIEQITSQMSLIDSSATDEKEALNKISANLHEVTQSLQELVAAVTQLEE	PGPT0015710_27150	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
AK237_03881	2310	ptsP	COG3605	Phosphoenolpyruvate-dependent phosphotransferase system	GTGGCTGGCACCGGGAATATACTCACCACGTTAAAACGCATCGTTCAGGAAATGAATCAGATCCCCGAGTTGGATCAGGCTTTATTTCGCCTCGCTTCCCGTGTCAAACAAACGATGCGGGTAGATTCCTGCTCTATTTATCTCGCCGATTACGAACAACAGGACTTTGTGTTAAAGGCCACAGACGGCCTTCATCCCGATGCCGTCGAATTAGTCAGGATTGGTTTTTCTGAAGGCTTGATTGGCCTTGTAGGGCAGCGCGAAGAGCCGTTGAATATTGAAAACGCGCACAAACACCCTCGTTTCAAACATTATCCGGAAGTTAAAGAAGAAAGCTACAATGCTTTTTTAGGTACGCCCATCATTCACCAACGCAAGGTGCTGGGCGTTATTACCATGCAGCAAAAAGCGATGCGCCGCTTCGGTGAGGATGAAGAAGCGTTTCTGGTAACCCTGGCGACTCAGTTGGCACTAGAAATTACCAATGCCGACATTCGAGGCGCGTTAAGCCACGCTTCTTCACTGGAGTCGACACCTCGCCAGAAAAATGTACGTGGTATCGCCGGCTCCCCCGGGCTGGCTATTGGGACAGGTTATTCAACCGATAGCAGCATTTCTCTTCGTAATTGGGCCGTTAAGCGTTGCTCAGATAAAGAGCTTGAAATTCGTTTGTATCGACGTGGCGTAGAGCTTACGCGTAAGCATGTTGATGATCTCTCAGGACGGTTAGACGAAGCCATTCCCGATGACGTAAAGTCTATTTTCCAGCTTTATCACCACCTGTTAGACGCCAACAGTTTGGGCAGAGAAGTAGAAGCGAAAATTCGTGAAGGATGGGATGCCGCATCGTCATTAAAAATGGTGGTAGAAGACTACGCTGCGCGCTTCCAAAGTATGGAAGATCCCTACATGCAAGAGCGGGCTATCGATATTGTGGATTTGTCGAACCGCATTTTGCTCAACATCCTTTACGACAATAAAGGCGATTCGCCAGCCAGGAAAGAAATCACAAGCGATAGTATTTTGGTTGCCGAGGAGGTAAGCGCCTCAATGCTGGCCGAATTCCCACGCGCGCACCTGAAAGGTATTATTTCAATTCGTGGGTCGAATAACTCCCACGCTGCCATTCTCGCCCGGGCGATGGGCGTGCCCGCGGTGATGGGCTGCCAGAACGTGTCGCCGGCGTTATTGAGTGGAAAAGAGCTGTTGTTGGATGGCTATTCCGGTGAGGTTATTATCTCGCCTGAAAAAACTATCCGTGCTGAATTTGTACAGCTCATCGAAGAAGAGTCAACACTTTCTGCCCGCATAGACTCAGAAGCCAATCAAGCCTGTAAAACCCAGGACGGGTGTAGAATGGCGCTTTACGTGAATGCCGGATTATCCGCGGAAATTGAAGCGACACAGTTCGCAAACGCCGATGGAATTGGGTTATATCGAACTGAAATTCCCTTTATGTTACGCGAGCGTTTTCCGTCAGAGCAGGAACAAGTCGAGCTTTACCGCCAAATCCTTATGGCGTCGCCAGAACAGCCTATTACAATGCGAACGCTCGACGTTGGCGGCGATAAACCTCTGCCGTATTTTCCCATCAATGAAGAAAACCCGTTCCTGGGTTGGCGGGGCATTCGATTAACGTTAGATCATCCCGAAATTTTTCTCGTACAGGTGCGAGCGATGCTGCGCGCCAGTATTGGATTGACGAATCTGCAAATAATGCTTCCGATGATTTCATCTGTGGCAGAAGTGCAGGAAGCCCGACGTCTTATCGATCAGGCTTTCTTTGAAATCAGTGATGAAGTCAAAGACATGGATGTACTGCTGGAACGTCCCAGGCTTGGCATCATGCTGGAAGTGCCTTCTGTGCTATACCAGTTGCCACAACTTGCAAAGCAAGTCGATTTTTTCTCTGTAGGTAGCAACGATTTAACCCAATATTTGTTGGCGGTAGACCGCAACAATACCCGCGTCGCTTCGTTATACAACAGTTATCATCCCGCCGTGTTAAGTGCGTTATACGATATCGTGAAACAGGCAGACGCCAATCAGGTGCCCGTTACGGTATGTGGCGAAATAGCGGGTGAACCAGGTGGCGCAATATTGTTAATGGGAATGGGCTATCGTAAGCTCAGTATGAATGCTCATAACTTGCGAAAAATAAACTGGGTTATTCGTAATGTCTCTTTGGAAGAGTCTCGTCAACTTCTCATGAAAACGCTGACTGCTCACACCCACGAAGAAGTGTTTGTCTATATTAATCAATACCTCGAACATCGCGGACTGGGTGGTTTGGTGCGTGCAGGCTCTTAA	MAGTGNILTTLKRIVQEMNQIPELDQALFRLASRVKQTMRVDSCSIYLADYEQQDFVLKATDGLHPDAVELVRIGFSEGLIGLVGQREEPLNIENAHKHPRFKHYPEVKEESYNAFLGTPIIHQRKVLGVITMQQKAMRRFGEDEEAFLVTLATQLALEITNADIRGALSHASSLESTPRQKNVRGIAGSPGLAIGTGYSTDSSISLRNWAVKRCSDKELEIRLYRRGVELTRKHVDDLSGRLDEAIPDDVKSIFQLYHHLLDANSLGREVEAKIREGWDAASSLKMVVEDYAARFQSMEDPYMQERAIDIVDLSNRILLNILYDNKGDSPARKEITSDSILVAEEVSASMLAEFPRAHLKGIISIRGSNNSHAAILARAMGVPAVMGCQNVSPALLSGKELLLDGYSGEVIISPEKTIRAEFVQLIEEESTLSARIDSEANQACKTQDGCRMALYVNAGLSAEIEATQFANADGIGLYRTEIPFMLRERFPSEQEQVELYRQILMASPEQPITMRTLDVGGDKPLPYFPINEENPFLGWRGIRLTLDHPEIFLVQVRAMLRASIGLTNLQIMLPMISSVAEVQEARRLIDQAFFEISDEVKDMDVLLERPRLGIMLEVPSVLYQLPQLAKQVDFFSVGSNDLTQYLLAVDRNNTRVASLYNSYHPAVLSALYDIVKQADANQVPVTVCGEIAGEPGGAILLMGMGYRKLSMNAHNLRKINWVIRNVSLEESRQLLMKTLTAHTHEEVFVYINQYLEHRGLGGLVRAGS	PGPT0002030_146	DIRECT EFFECT	BIO-FERTILIZATION	POTASSIUM_SOLUBILIZATION	K-SOLUBILIZATION-ORGANIC_ACID_METABOLISM	K-SOLUBILISATION-PYRUVIC_ACID_BIOSYNTHESIS,PGPT0002030-ptsP-K08484	NA	NA
AK237_03882	546	rppH	COG0494	RNA pyrophosphohydrolase	GTGATAGATGCCGACGGATTCCGTGCGAATGTGGGCATAGTGATTTGCAACAAAATGGGTCAGGTGTTTTGGGCAAGACGTTATGGTCAGCATTCATGGCAGTTTCCACAAGGCGGAATTGATGAAGGGGAAACTGCAGAACAAGCTATGTACAGGGAGTTGCACGAGGAAGTAGGGTTAACCCAAAAAGACGTTACCGTTTTAGGTGTTACCCGCAACTGGTTGCGCTATAAATTACCCAAGCGGTTAATACGCCCGGGAAGTTCACCTGTATGTATAGGGCAAAAGCAGAAGTGGTTTTTACTTCAGTTAGATTGCCATGAAAAAGATGTCAACGTTCTCAAAACCGGTCACCCCGAGTTTGATGACTGGCGCTGGGTGAGCTATTGGTATCCCATCCGCAATGTGGTGTCTTTTAAACGCGATGTTTACCGCAAGGTGATGAAAGAGTTTGTTGGCGTGGCAATGCCTGCAGGACAGCGCATGCAAAGCAGTCAGCCCAATAAGCCGGGTAAACGCAACCGCAAGCGCAGACGTAACGGTTAA	MIDADGFRANVGIVICNKMGQVFWARRYGQHSWQFPQGGIDEGETAEQAMYRELHEEVGLTQKDVTVLGVTRNWLRYKLPKRLIRPGSSPVCIGQKQKWFLLQLDCHEKDVNVLKTGHPEFDDWRWVSYWYPIRNVVSFKRDVYRKVMKEFVGVAMPAGQRMQSSQPNKPGKRNRKRRRNG				NA	NA	NA	NA	NA
AK237_03883	675	mutH	COG3066	DNA mismatch repair protein MutH	TTGCAGCCACCCGATACAGCCCCCGCCACACCTGAAGAACTCTTAGATCGCAGCTATCAAATTGCCGGGCTGACTTTAGGAGAGCTGGCCGAACTGGCAGAGGTTGCCATACCCGAGAACTTACAGCGTCACAAGGGATGGCCAGGCATGCTTATCGAAAAATGGCTGGGTGCGACTGCGGGCTCTAAGCCCCAACAGGACTTTCCTGAACTTGGTGTTGAATTAAAAACCATTCCTATCGACGCACAGTTCAAGCCGCTGGAAACCACTTATGTCTGTTATGCGCCGCTAATGAGTAAACCCGGCATCACGTGGCAAACTTCAAATGTGCGCAATAAGCTCCAGCAAGTGTTATGGGTTCCCTTAGAAGGTGACCGTGCCATTCCCCTTGCGCAGCGACGGGTGGCTACGGCTTTCTTTTGGCAGCCAAGTGTGCAGGAAGACGCCATATTGCAGAAAGACTGGGAAGAGCTCACTGAAATGATTGTACTTGGTGAGGTAGAAAAAATTACCGCGCGGTTAGGCCAGGCGCTGCATATCAGACCAAAAGCGGCGAGCGGAAACGTACTGACCGATGCTCTGGACGCAGATGGCCAGCGCATTAAAACCCGTCCCCGTGGATTTTATCTTCGCACATCGTTTACCGGTATGGTTCTGCATCGCCACTTTGCTTGA	MQPPDTAPATPEELLDRSYQIAGLTLGELAELAEVAIPENLQRHKGWPGMLIEKWLGATAGSKPQQDFPELGVELKTIPIDAQFKPLETTYVCYAPLMSKPGITWQTSNVRNKLQQVLWVPLEGDRAIPLAQRRVATAFFWQPSVQEDAILQKDWEELTEMIVLGEVEKITARLGQALHIRPKAASGNVLTDALDADGQRIKTRPRGFYLRTSFTGMVLHRHFA				NA	NA	NA	NA	NA
AK237_03884	246	yfhL	COG1145	Ferredoxin YfhL	ATGGCATTAAAAATTACTAACCAATGCATAAACTGCGATATGTGCGTGGCAGAGTGTCCTAATGAAGCAATTGCGATGGGAAAGGCTGTTTACGAAATCAATAGCAGTCGATGCACCGAATGTATCGGCCACTATGACACACCAAGCTGTGTAGACGTATGCCCGATTGATTGCATTATTCCTGATCCTGCACATCGGGAAACCATAGAACAACTTGCCGACAAATACGCGTCATTACATTACTAA	MALKITNQCINCDMCVAECPNEAIAMGKAVYEINSSRCTECIGHYDTPSCVDVCPIDCIIPDPAHRETIEQLADKYASLHY	PGPT0003976_111	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_IRON_RESISTANCE	IRON_RESISTANCE-BACTERIOFERRITIN-ASSOCIATED_FERREDOXIN,PGPT0003976-yfhL-NA	NA	NA
AK237_03885	1065			hypothetical protein	ATGTTGCATCGCTATACCCTTTTTGTGTTGGGTTTACTTTACCTGGTTTTATTGGTTCAGTTTTTTCGCGAAAAGCATCGTGTAGCCGGAGCGCCGTGGGTGTTGGCCGCCATGGCTGTGTGGCCGCTCATTCTCACTGACGAATGGTTACGTGCGTATGGACAGGAATATGCTTATTTTTCTGTGTTAACGGTATTTGCCCCGCTTTTATGTTTAAGTTTGCTGTACCGTAGTGTCAAACTGCTGGTTATCGATAATCCACCTCCCTCTAAGTTGCTTCTCTGGCTTCCTACTGCCCTGGCGCTACTTGCTGAGATCCCGCTTTTATTCGTCAGTGGGGAAGAAAAAGCGCAATGGCTCGTATCTTCACCTGTGGGTCATCCGCTGGATAACTGGCATATCTATCTAGTTTACATGTTAACGGGTTTTGGCATATTAGTGCTGGGTATTATCATCACCGAGTTAATCCAGAACTATCATCGTTATCTCTCCTCCCAGGTTGTTGATGTGCGCGAATTCAAAGTGCGCTGGATTGGCGGGGCAATGGGCGTAACCGTAGGTTTAGCGTTCTGCTGCATCCTGCTGGTAACTGCAGGAGCATTTGGGTTTTTTAATATTCACTTCTGGCAATCGTTGTTCAATGTATTGTTTGCGATTGCTTTGTTGCAGGTATTTATTGCTGTTATCAGACCGCAGCACACGTCGCCTTCTCCCCTTGATTATCGCCGACTTGACGAGCTAAAAGCCGAGCAATGCATCATGCGAGAAGCAATGGTTAAAGCTGAGCAAACAATGTCTGAAGCGCAAACATTCAAAGTACCTGGCTTGCAACTTAAACATTTTGCTGAGGATTGCCACGTTGACCCTACAACACTCGTTATTGCTCTGAGGTTGCTGGAAAAACGGGATTTCAGAAGTTTTGTCTATCAGTACAGGCTGGCATATGCAAAAAATGAGCTTATCGAGGCAGACGCTGCAATAGCGGCACAGGCTAAGCGTCTCGGTGTGCACTCAGAACAGTTTCTCAGTGGCGTAATGGTAAATCATTGGCGAAAGCAGAACTGA	MLHRYTLFVLGLLYLVLLVQFFREKHRVAGAPWVLAAMAVWPLILTDEWLRAYGQEYAYFSVLTVFAPLLCLSLLYRSVKLLVIDNPPPSKLLLWLPTALALLAEIPLLFVSGEEKAQWLVSSPVGHPLDNWHIYLVYMLTGFGILVLGIIITELIQNYHRYLSSQVVDVREFKVRWIGGAMGVTVGLAFCCILLVTAGAFGFFNIHFWQSLFNVLFAIALLQVFIAVIRPQHTSPSPLDYRRLDELKAEQCIMREAMVKAEQTMSEAQTFKVPGLQLKHFAEDCHVDPTTLVIALRLLEKRDFRSFVYQYRLAYAKNELIEADAAIAAQAKRLGVHSEQFLSGVMVNHWRKQN				NA	NA	NA	NA	NA
AK237_03886	1506			hypothetical protein	ATGTCGGAAATAGAAATAAAATTTGTTACTCGCGACAATGCGTTACCAGCATTTGTTGAAAAAGTGCTGCCTGCCTTTGAGCGAGCAGGGTACCGTGTTTCCAGAGAACCGGAAATGCGCTTACAAAACGATTATTACGACACCGCAGACCATCTTTTCCAGCAGGAGAAAATGGGTTTTCGTGTGCGGGGAAATAATAATCAATTTGAGCAGACTATTAAAACCCACGGCAAAGTAAGTGGTGGGTTACATGAACGTGCTGAATACAATGTTCAATTAGACGGCGCAGAGCCTGACTTACGGTTATTTCCACAGGAAATATGGCCAGATGAATGGCACATTGATACCGTCAATAGCAAGTTGCAACGACAATTCAGCACACACTTTGTCCGCACCGCTTTTGATGTTGAGTGGGGCGAGGCTTGTGTAGAGGTAGTGGTTGACGAGGGTGAAGCGACAACGGGTAAAAATAGCTCACCCATTCACGAAATAGAGCTTGAGCTAAAACGGGGCGAGGTCGCAGATCTGTTTACCCTGGCGCAGTTAATCGTTGAAAATATGGTCGTGCGGTTAAGTGACGTGTCAAAAGCGGCGCAGGGATATCAATTGCTTAACGGGTTGTCGCCGGTCATTTCGCCTATGAAACCATACCTGACGCTAGAAGAAGGTACTTCTACGGAAGAGGCGTTCTGCCGCGCAGCACAGTACGCGTTATCGCACTGGCAGAAGCATGAGCATCTGTATTTCGAAACCGGTTCGGTAAAAATGCTGGGTGAAATTGTGAAAAGTGCTCGTTTGCTGCTGCAAACCGTGTCGCTGTATTTACCTGTCTTGCAGTGCCCGCAACTGTTGTCTGTTCATCAACTTTTGATGAAGTATATGCAGATATGGTTATGGCAGGATGACTTACAAAGTCTTCGTTACCTGTTGTCGAAGAAAAGTTTGTTTAATAAGTCTTTAAGCCGGCATCCGGCGTTAACGAGTTACCTGCAAGGTAGAAAAGCAGGGTTAATTCATGCGCATACGCCCGATGAGTTATTGTACAGTAAGCAAACCAATACATTAAAAGTATCAGTTTCACAAATACTCCATGAGAAGCCCTGGCGGCAACATTCCACGGCCTTCAGTGTGCCGGTAATGGAGCATGCTCAGGGGTGGTTGTCGCAGGGATGGCAAACGGTGCAGCAAACCATGCCCGGAGCCCGCAGCATGACGCCTGAGAATTATTTGGCTATTGGTGTGCTGTTGCGACAAACCTTATGGAACGGCTTCTTGTTGGCAGATTTATTTGATGAGGAGCGCCATCACTTCCGTGCGCCTTGGTTAGATATCTTAACGGGTATTGATGAACTAAAAGCGCTAATGATGTTGCGAGCGCTGGCCGCCGAGTCAGAGCTGGATGATACCTCTGAAGTGTTTGGTTGGGTGGAAGACAAAATTACACGTTTGATGCATGTCATGGAAAGGACCAGACAGGCCGGTATGCAAGGCGACGTATACTGGTAA	MSEIEIKFVTRDNALPAFVEKVLPAFERAGYRVSREPEMRLQNDYYDTADHLFQQEKMGFRVRGNNNQFEQTIKTHGKVSGGLHERAEYNVQLDGAEPDLRLFPQEIWPDEWHIDTVNSKLQRQFSTHFVRTAFDVEWGEACVEVVVDEGEATTGKNSSPIHEIELELKRGEVADLFTLAQLIVENMVVRLSDVSKAAQGYQLLNGLSPVISPMKPYLTLEEGTSTEEAFCRAAQYALSHWQKHEHLYFETGSVKMLGEIVKSARLLLQTVSLYLPVLQCPQLLSVHQLLMKYMQIWLWQDDLQSLRYLLSKKSLFNKSLSRHPALTSYLQGRKAGLIHAHTPDELLYSKQTNTLKVSVSQILHEKPWRQHSTAFSVPVMEHAQGWLSQGWQTVQQTMPGARSMTPENYLAIGVLLRQTLWNGFLLADLFDEERHHFRAPWLDILTGIDELKALMMLRALAAESELDDTSEVFGWVEDKITRLMHVMERTRQAGMQGDVYW				NA	NA	NA	NA	NA
AK237_03887	615			hypothetical protein	ATGTTACGAAAATGGCTGACCATCGCATTAATCGGTCTTTCTTTCCATGTTTTCGCACAGGAAGATTCCATTGAAGAATCTCTGCAGCTGGAAGCTTCCTCTTCAAATTATATTCGCGACGATCTTTTTGTATTTCTGCATACAGGGGCGGGCCGGAACTATCGTATTCTGGGCTCTGTAGCAGCCGGTACGCCGATAACTGTGCTGGACAGGAATAACGAGACAGAGTTTACGCAAATTAAAGATAACGAAGGCCGTACAGGCTGGGTTGAGACACGCTTTGTCACTAACGAGATGTCGCTGGCTGAGAAAATTCCTCTGCTAACACAGCGCCTGGCCGATAGTGAAGCCAGCGTACAAGGCTTACAATCAGAAAACGATCGTTTAAAGCAGCAGTTAAACAGTACCCGTCAGGAATTGAAGCAACTGCAAGACGCAACGGGTGACCAAACGTCACAAATTACCCGGCTGACAAACGAACTCGACGAGCAAAGTAAAGATGAAATGATTAAGTGGTTTACCTGGGGCGGCATTGTAGCTGGCGGCGGTGTGCTACTGGGCGTTATTCTTACCTTTTTACCCAAGAAGCGTCGTCGTAACGACGAGTGGATGTAA	MLRKWLTIALIGLSFHVFAQEDSIEESLQLEASSSNYIRDDLFVFLHTGAGRNYRILGSVAAGTPITVLDRNNETEFTQIKDNEGRTGWVETRFVTNEMSLAEKIPLLTQRLADSEASVQGLQSENDRLKQQLNSTRQELKQLQDATGDQTSQITRLTNELDEQSKDEMIKWFTWGGIVAGGGVLLGVILTFLPKKRRRNDEWM	PGPT0023725_482	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	OTHER_COLONIZATION_RELATED_PROTEINS	COLONIZATION-HOST_INVASION_FACTORS	HOST_INVASION-HOST_INFECTION_MEDIATOR,PGPT0023725-ygiM|htrG-K07184	NA	NA
AK237_03888	3801	putA		Bifunctional protein PutA	ATGCTCACTAATGACAATCTAAATACGCTGCCTTCTATACGCCAGCGCATCCGCGACCACTATCGTATTGATGAGTCTACTGCGATAGACCAAATTCTTCCCGTTGCAGAAGTGAATCCACGAGCCCGAAGCAGGGCGTGGGAACGTGCCCGTAAAATGGTACTGCAAATTCGTCGTGAACAAGAGAGTCACGGTGGTGTTGATGCCTTATTAAATGAATACTCGCTGTCGACGGCCGAAGGTGTGGTATTGATGTGTTTGGCAGAAGCGCTGCTACGGGTGCCTGACAAGGCGACGCAGGATGAGCTTATCCGGGACAAACTTTCTAAAGGTCAGTGGACGCCACATTTAGGCAATTCTGATTCGATGTTTGTAAATGCGTCAGCGTGGGGTCTGTTACTCACTGGTAATATGGTCAATTATGCGGACAAGCGCCGCAAAGAACAATTTGGCCTGCTTAAGCAAACACTGGGCAGATTGGGTGAACCCGTTATTCGCCGTGCAATGAACATTGCCATGCGTGTCATGGGTCGTCAGTTTGTTATGGGTGAAACCATTGCTGATGCGGTAGAGCGAGCTAAAGAGAAAGAAAAGAAAGGCTACGTTTATTCCTATGACATGCTGGGCGAAGGTGCCCGTACCATGAAGGATGCCGACCGTTATTACGACGCGTATGTCAAAGCAATCAAAGAGATAGGCAAAGCCGCAGCAGGACGTGGACCAAAGCGTTCACCGGGCATTTCTGTGAAGTTGTCTGCAATCCATCCGCGCTATGAGTTTTTACATGCAGAGCGAGTGATGGCGGAGATCCCACCAAAGCTGAAAGCGCTGTGTATGATGGCCAAAGAATATGACATTGGCCTGACTGTTGATGCAGAAGAAGCCGATCGTCTTGATATTTCACTTGATGTGATAGAGACCGTGTTCCGTGATCCTGATTTAGAGGGATGGACGGGGTTCGGCCTGGCGGTGCAAGCTTACCAAAAACGTGCGATCCACGTTATCGAATGGCTACGGACGCTTACGCTGGACGTTGGTAAAACCATGATGGTGCGCTTGGTTAAAGGTGCTTATTGGGACACCGAAATTAAGATGACCCAGCAAGCGGGTGTTGATGGGTTCCCGGTGTTCACCCGTAAATCATCTACAGACGTTTCTTATCATGCCTGTGCAAACCGTTTGTTAGATTATCGCGACTCTATTTATCCACAGTTCGCTACTCACAATGCCTATACTGCATCGGTAATTATTGAGCTGGCGGGTGATGATAAAGACGGATTTGAATTCCAGTGTCTGCACGGTATGGGCGACACGTTATATGATCAGGTCGTTACGCAGGAAAAAATTCAGTGCCGGGTTTACGCCCCTGTGGGTGAGCATGAAGACTTACTCGCTTACCTGGTTCGTCGTTTATTGGAAAATGGCGCCAACTCATCATTTGTAAATGCCATTGTCGATGATGAAAAGCCGGTTGAATCACTGCTCGAAGATCCTGTTGAAAAAACGCAGCGTCTTAAAATGCGTTATAACAAGCAAATCAGCGCACCTCGTAATTTATATGCACCAGAGCGGGATAACTCCCGGGGGCTGGATCTTACCGACGTAAATGCCGTGCATGCGTTACAGCACGAACTGGCGCGTTGGAAAAACTACTATGTGGTTACTGACGGCAAGCTGCCTGAAGGCGCGACTGCGGTGCAAAACCCTGCCAACAAGTCTGACGTGGTCGGTTTCCATCATTATGCAGAGCAAAAGCAAATGACCGAAGCATTGGACAAGGCTCACGCTGGTTTTGCGGCCTGGTCCAAGCGTTCTGTAGAAGAACGTGCTGACATTCTCGAGCGTACTGCCTTTGCCCTTGAACGTCATATGGGTGAACTTATTGCTATCTGTATCCGTGAAGCGGGTAAAGTTACCCAGGACAGCATTGATGAAGTGCGTGAAGCCGTCGACTTCTGTCGATATTACGCCGTACGTGCCCGGGAGCTGGATGAAGATCAGCGTTTTGTTCCTCGTGGTGTGGTGCTGTGTATTAGTCCGTGGAACTTCCCGCTGGCGATTTTCCTGGGTCAAGTGGTGGCAGCGTTGGCAACCGGTAATACCGTGGTTGCCAAACCGGCAGAGCAAACCAGCATGATTGCAAAACGCGCGCTGGAGATTATGCATACCGTCGGACTGCCAGAAGATGCATTGCAATTAATTGTTGCGCCGGGTAAACACGTGGGTAGCACGTTGTTACCTGACGAGCGTATTAAAGCGGTAATGTTTACCGGTTCAACGCAAACCGGAACGTTAATCTCGCAGTTACTGGCCGAACGTGGTGGTGAGCAGGTTCCACTGATTGCCGAGACAGGTGGCCAGAACTGTATGATTGTTGACTCGACCGCCTTGCCAGAGCAGGTGGTAGATGATGTTGTACATTCTGGCTTCCAGAGTGCCGGGCAACGCTGTTCAGCTTTGCGCGTGTTGTACGTGCAAGAAGACATTGCAGACGATTTAACCGACATGTTAATTGGTGCAATGAAGGAACTGAGCATTGGCGATCCTGGCCTGCTGAGCACTGATGTTGGCCCTGTTATCGATGAAAAGGCATTCAACAGCTTAAAACAGCACGAAGAGTATATGCAGGATAATGGCAAGTTACTTTATCAGTGCGAAGTGCCAGACGCCTGTGCCGATGGGTACTTCTTCCCGCCAACGCTTTACGAGATCAAGAGCATTGATGTGCTGGAGCGCGAAGTCTTTGGCCCGGTTATTCACATCGTCCGTTTTAAAGGGAAAGAAATCGGCGAGGTGGTAGATAAGATCAATAGCACTGGTTTCGGCCTTACCATGGGGATCCACTCGCGTATTGAAGAGCGAGCCAATGAGTTAGCGGCCCGCAGCCGCGCCGGTAACGTGTATGTAAACCGGAATATGATTGGCGCTATTGTCGGTGTGCAGCCATTTGGTGGCCGCGGACTGTCAGGAACAGGCCCTAAAGCCGGTGGACCAAACTACTTGCGCCGACTCATGCAAGAGCGTGCTACACCGAAACCTTCACACGTTGAAGATATTGATAATCTGGATGCTGCCTTATCTGGCGAGAAACAAGATGCTGAAGCGGCAACGCGTCTGATGAATCAGGGTGTGAGTGTGGAAGCTCAATGGCGTCACACACCGTTAAATGACCGTATTTCGATGGTGCGCCAACTGCTGGCAAAACTGGCTAAAGTCGATATTGTCGATGAATTGGCCGATGACTTAAACCGCACACTGGCAACGGCTCGTCAGCAGTTGACCACCATCGAGCGGACATTGTCTAAGCCAAAACAGTTGCCCGGACCAACAGGAGAGTCGAATAAACTCTATCTTGAACCGCGCGGCGTGCTGGTGTGTTTTGCTGATAAAGGCGTAACGTTCGAGTATTGGACCTTGTCCATTGTAACGGCGTTGGCGACGGGTAACATTGTTGTTTCGGTTGTGTCCGATTTATTTTATGAAGAAGCCTTGGAATTCCAAAAGCACTTCAATAAAACCGGCGCATCTGAAGGCGTGTTTCAGGTAGCGAAGCTCAGTCACTTAAATGACTTGCTGATGCATGAGCATCTGGCGGGTGTGGTTGTTGACTCGCACACAGAACGTACAGCTCAGATTGCAGCGATGCTGTCCTCTCGGAAAGGCGCTATATTGCCGGTTATTACGGCTGAATATAACGACAATCTTATCCAACGATTGCTGACTGAGAAAACCATCAGTATCGATACTACCGCATCGGGAGGAAATACCTCGTTGATGACACTGGTAGAGGATGATGAGTAA	MLTNDNLNTLPSIRQRIRDHYRIDESTAIDQILPVAEVNPRARSRAWERARKMVLQIRREQESHGGVDALLNEYSLSTAEGVVLMCLAEALLRVPDKATQDELIRDKLSKGQWTPHLGNSDSMFVNASAWGLLLTGNMVNYADKRRKEQFGLLKQTLGRLGEPVIRRAMNIAMRVMGRQFVMGETIADAVERAKEKEKKGYVYSYDMLGEGARTMKDADRYYDAYVKAIKEIGKAAAGRGPKRSPGISVKLSAIHPRYEFLHAERVMAEIPPKLKALCMMAKEYDIGLTVDAEEADRLDISLDVIETVFRDPDLEGWTGFGLAVQAYQKRAIHVIEWLRTLTLDVGKTMMVRLVKGAYWDTEIKMTQQAGVDGFPVFTRKSSTDVSYHACANRLLDYRDSIYPQFATHNAYTASVIIELAGDDKDGFEFQCLHGMGDTLYDQVVTQEKIQCRVYAPVGEHEDLLAYLVRRLLENGANSSFVNAIVDDEKPVESLLEDPVEKTQRLKMRYNKQISAPRNLYAPERDNSRGLDLTDVNAVHALQHELARWKNYYVVTDGKLPEGATAVQNPANKSDVVGFHHYAEQKQMTEALDKAHAGFAAWSKRSVEERADILERTAFALERHMGELIAICIREAGKVTQDSIDEVREAVDFCRYYAVRARELDEDQRFVPRGVVLCISPWNFPLAIFLGQVVAALATGNTVVAKPAEQTSMIAKRALEIMHTVGLPEDALQLIVAPGKHVGSTLLPDERIKAVMFTGSTQTGTLISQLLAERGGEQVPLIAETGGQNCMIVDSTALPEQVVDDVVHSGFQSAGQRCSALRVLYVQEDIADDLTDMLIGAMKELSIGDPGLLSTDVGPVIDEKAFNSLKQHEEYMQDNGKLLYQCEVPDACADGYFFPPTLYEIKSIDVLEREVFGPVIHIVRFKGKEIGEVVDKINSTGFGLTMGIHSRIEERANELAARSRAGNVYVNRNMIGAIVGVQPFGGRGLSGTGPKAGGPNYLRRLMQERATPKPSHVEDIDNLDAALSGEKQDAEAATRLMNQGVSVEAQWRHTPLNDRISMVRQLLAKLAKVDIVDELADDLNRTLATARQQLTTIERTLSKPKQLPGPTGESNKLYLEPRGVLVCFADKGVTFEYWTLSIVTALATGNIVVSVVSDLFYEEALEFQKHFNKTGASEGVFQVAKLSHLNDLLMHEHLAGVVVDSHTERTAQIAAMLSSRKGAILPVITAEYNDNLIQRLLTEKTISIDTTASGGNTSLMTLVEDDE	PGPT0020210_715	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_UTILIZATION	PLANT_DERIVED_PROLINE_DEGRADATION,PGPT0020210-putA-K13821	NA	NA
AK237_03889	1632	mcpP	COG0840	Methyl-accepting chemotaxis protein McpP	ATGAAGCTACGAAATTTTAGCGTTGTGCAACGATTAGCGTTTTTAGTGCTGTTAGTAGCAGGTATTCTGGTATTGATGACGGTTGTTGTGCTACAGCAGCATTATCAGGCGCAAAAAGAGAAGGCGTACGAAGAAACGAAGCATATAGTTGAGTCGGCATATTCTGTGTTTGAACACTTCGCTGCGCTTGCTGAAAACGGTGACATCACGCAAGAAGAGGCGCAGGCGCAAGCCAGAGCAGTGGTCTCGAGTATTCGCTATGACGATGGCAATTATCTGTGGATACAGGACGATACGCCAAGCATGGTCATGCATCCCATCAAACCGGCGCTGGACGGGCAGGATTTAAGAGAATTTAAAGATGCCAATGGCGATAAATTCTTCGTGACCATGTCTCGTCTTGTACAGTCCAAAAATGAAGGGTTTGTACCCTATGTATGGCCGTTGCCAAATTCGGAAAAAGCGGTAGATAAAATCTCCTTCGTGAAGCGTTTTGCCCCATGGAAATGGACAGTGGGCACGGGTATTTATCTCACCCGATTAGATGCCGCTTTTGCCCATATTCGAAATATATTTATTGGATTGGGTGTGGTGTGTCTCATCTTTGTCATTCTGTTTGCGTGGTTGATAGGGCAAAGCATCATTAACCCGCTAAAAGCCACAACAGAGCGAATGAAAGATATTTCGCAAGGTCAGGGAGATTTAACGCAAGAACTACCGACCAATGGCAACGATGAAATTGCGCGCTTAAGCCGCCATTACAACTCTTTTGTAGCCAAAGTCAGGGATTCTTTGCAGCTGCTACATAGTGCGATTGAACAAGTTGCATCAGAAGGTAGTCGCCTTGCTGATATACGACAATCCAGTGAAAGTCAGGCACAAACGCAGAGCAGCAACGCAGAGCAGGTTGCGTCAGCCATGGAGCAAATGACTGTAAATATCGGTGATGTAAGCCGTCATGCTGCCGAGGCCAACCAATCCACTGAGTCGGCCGGGCAAAGTGCGAATCAAGGCATTCAAGCAGTTAATCAGTCGGTGCGTGACATTCAGTCTCTTAACAAGAGCATTGATTCGGTGGTCAATACTGTCAGCCAGTTAGCGCAGCAAAGTGACAAAATTGGTAGCGTGTTAGACGTGATACGCGGTATTTCCGAACAAACCAACCTGCTTGCCCTCAACGCTGCAATTGAGGCCGCTCGCGCAGGTGAACAAGGCAGAGGTTTTGCCGTTGTTGCCGACGAAGTACGTACTTTAGCGAGTCGAACAGGCCAAAGTACCGATGAAATTCAGCAAATGATACAGGAACTGCAAAGCGGCTCTTCCGCTGCGGTAAACGCAGTTAAAACGAGTCAAACCGCCGTTGACAGTACTGTCGCCAACGTTAAACAAGCCGATGAAACATTGCGTACGTTATTAGGTATTATGTCGGACATCGCCGCCAAGAACCGTCATATTGCTGAAGCAACTGAACAGCAAAATGATGCTGCACAAGAAGTGAACTTACGCATAAATGAACTTTCTGAGTCTGCAAAACATACTGTATCTAATGTAGAAAAAATGACGCATACCAGTATTGCCCTTGCAGATCACGTGGAAAAAGCGAGGCAAGCAATGCGTAAATTCCAATACTGA	MKLRNFSVVQRLAFLVLLVAGILVLMTVVVLQQHYQAQKEKAYEETKHIVESAYSVFEHFAALAENGDITQEEAQAQARAVVSSIRYDDGNYLWIQDDTPSMVMHPIKPALDGQDLREFKDANGDKFFVTMSRLVQSKNEGFVPYVWPLPNSEKAVDKISFVKRFAPWKWTVGTGIYLTRLDAAFAHIRNIFIGLGVVCLIFVILFAWLIGQSIINPLKATTERMKDISQGQGDLTQELPTNGNDEIARLSRHYNSFVAKVRDSLQLLHSAIEQVASEGSRLADIRQSSESQAQTQSSNAEQVASAMEQMTVNIGDVSRHAAEANQSTESAGQSANQGIQAVNQSVRDIQSLNKSIDSVVNTVSQLAQQSDKIGSVLDVIRGISEQTNLLALNAAIEAARAGEQGRGFAVVADEVRTLASRTGQSTDEIQQMIQELQSGSSAAVNAVKTSQTAVDSTVANVKQADETLRTLLGIMSDIAAKNRHIAEATEQQNDAAQEVNLRINELSESAKHTVSNVEKMTHTSIALADHVEKARQAMRKFQY	PGPT0015710_20365	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
AK237_03890	1710			hypothetical protein	ATGTCAGGGGTTAGAGTGAAAAAGCGCTACATTCCAATTATTCTTGTACTGTTACTGATTGCTGGCTATTGGCTATTTGCCAACGCAATCATCAAATCGGTTCTGGAATCGCAGCTTTCCCAATCCTATGGGGCAGAAGTCAACATCGGCCAGTTTGACCACTCACTCTACCCAACCACGTTTACAATTGAGAACATTCAACTCACTGACGCGACAAAGCCTATGCGCAATCAGGTTGTAGTAGGTAAAGCCTTTGGTGATGTCGCGTTACTGCCGTTACTTTCAAATGAGGTCATCGTTAATAAGCTTTCGGTACTTGATTTGGCCTTCGACCAGCCCCGTGCCTCAGAAGGTAAAGTGTATCGTCAGCCCACCCAAAGTCTGACTTTTGACGAAATAAAGCAAAAAGCCAAAGAGGCGATCCCTACTGTTGATGAATTGCTGGCACGCTCCCCGCTAAAAACCACTGCAGCGGTAGAGCAAGCGCAGCAAACCTATTCCACGTATTCAGAAGATTTAAGAGCGAACTACAAAGCGCTACCGGATAAATCGAGAATCGAGTATTACAAAACACAAATAAACGCGTTAAAAAATACAGATTACAAAGACCCGCAAACGTTGCTTTCAGCAAAGGAAAAACTTGACTCACTAAAAACAGAAATCCAGTCAGATCGGGCTCGCATTCAAACCTTTACCGATAAAGCGGGTGACGCCAGAACAGCCTTGTCGGAAAGTTTGAAAGCGTTGAAAGCGGCGCCGCAGCAAGATTATCAGTTTATAAAAGGTGTAATTGCAGGTGACGACGCCGCCATGCAACAAGTGACTCAACTGGTATTTGGCGATAAAGCCGCAGAATACACCCAGTACTTAATGTCAGCGGTTCAAATCGTGCTGCCTCTCATTCAGGGTGAAACCAACAAAGACGAATCCGCGCCGTCTGATTTACCTTCTATTTTGGTAAAAGATGCTGAAGTGTCTGTTAAATGGCAAAACGACACCATTGGCAGCGTGTGGAAAAACATCACCAATACCCATGCTGTTTTTGGACAGCCGACCACCTTTACCATTTCCGCTGCGGGTGAACGGTTAAAACAGTTTGAATCGTCAGGACAGTTTTGGATTGATGACGAGGGCGTAGATGCGTCGCAGCAGTGGTCGTTATCGGGCATCAATCTCGCCAATATTCCAATGATAAGCAGCGAGAAATTGTCAGCGGCATTAGAAAAGGCGTTAATGAGTACAACGGGAAGCTTTTCTATTAAGGATGATCAACTAAACGGCAGTGGCAACATCGACTTGGCCAGTCTGGCAATGGAAGCAGCGGGCACGAATCAATTAACCACCGCCATCGCCAACGCGCTGAAACAATTATCATCGTTAGACATGAAGATGTCGCTTGCAGGGTCGCTGAGCGATCCATCGTTTTCCATTAAATCAGATCTGGACAATAAACTCGCGCAAGCAGCCGTTACTGAGTTGACGGCCAGTCAACAGGACAAACTTGACGAGGCAATGCGTAAACTTAACGGCATGGTAAGTGGTGTGCAATCTGACACGCAAACCGAGTTAGTGAGCGTCGAAAGTATGGTCAGTGCGGCGCAGGGAGACAGCAGCGAACTGGAAGGTTTACTTAAGACACAACTCAACAGTGTAATTGACAAGCAAAAGAATAAACTACTCGATAAGCTTAAAAGCAAGCTTGGTCAGTAG	MSGVRVKKRYIPIILVLLLIAGYWLFANAIIKSVLESQLSQSYGAEVNIGQFDHSLYPTTFTIENIQLTDATKPMRNQVVVGKAFGDVALLPLLSNEVIVNKLSVLDLAFDQPRASEGKVYRQPTQSLTFDEIKQKAKEAIPTVDELLARSPLKTTAAVEQAQQTYSTYSEDLRANYKALPDKSRIEYYKTQINALKNTDYKDPQTLLSAKEKLDSLKTEIQSDRARIQTFTDKAGDARTALSESLKALKAAPQQDYQFIKGVIAGDDAAMQQVTQLVFGDKAAEYTQYLMSAVQIVLPLIQGETNKDESAPSDLPSILVKDAEVSVKWQNDTIGSVWKNITNTHAVFGQPTTFTISAAGERLKQFESSGQFWIDDEGVDASQQWSLSGINLANIPMISSEKLSAALEKALMSTTGSFSIKDDQLNGSGNIDLASLAMEAAGTNQLTTAIANALKQLSSLDMKMSLAGSLSDPSFSIKSDLDNKLAQAAVTELTASQQDKLDEAMRKLNGMVSGVQSDTQTELVSVESMVSAAQGDSSELEGLLKTQLNSVIDKQKNKLLDKLKSKLGQ				NA	NA	NA	NA	NA
AK237_03891	291	ftsB		Cell division protein FtsB	GTGTGGCAGGATAAGTGGGTAACAATCGTACTCGTTGTGTTATTGGGGTTACTCCAATACCGCTTATGGTTCGGTAAAAACTCACTCCCCGACTATATTGCGCTTCAAGAAGAAGTTCAGCAGCAGTCATTGCAAAACGATAATCTCGCTCAGCGTAATAACCTTTTAAAGGCCGATATCAGTGATTTGAAAATTGGCCTTGAATCAATTGAAGAAAGAGCGAGAAACGAGTTAGGGCTGATTAAACAAGGCGAAACCTTTTACCGGATCCTTCCTGCGGATAACGAATAG	MWQDKWVTIVLVVLLGLLQYRLWFGKNSLPDYIALQEEVQQQSLQNDNLAQRNNLLKADISDLKIGLESIEERARNELGLIKQGETFYRILPADNE				NA	NA	NA	NA	NA
AK237_03892	702	ispD	COG1211	2-C-methyl-D-erythritol 4-phosphate cytidylyltransferase	ATGTCTCATCCTTCTGTAGTTGCTGTGGTACCGGCAGCAGGTGTCGGCAGTCGCATGCAAGCTGACAGGCCCAAGCAATATCTCATGCTGGGTGACAAAACCGTTTTAGAACACACCTTGCTGACGTTACACGCGCATCCTGCAATTGACCGGGTGGTGGTTGCAATCAGCGCCGGCGACCCGTATTTTTCTAAGCTGTCTGTTGCCAACGCCCCTTGGCTTTCTGTTGTTGATGGCGGCGCGCAGCGTGCCGACTCGGTGTTTGCGGGTCTTGCTACACTCGACGAGAACGATTGGGCACTTGTACACGACGCAGCCAGGCCCTGTGTATCTTTGAGCGATATCGATTTATTGTTAGCGGTGCGTGAACGCGACGATGTTGCCGGCGGTATTCTTGCCACCCCCGTGAAAGACACGATGAAGCGTGAAATGGTTGATAAAAACGGCGTTATTTCTCATACCGAATGCCGAGAGCAGCTTTGGCATGCGCTCACGCCACAACTTTTTCGAGCCAATCAGTTACAACGTGCACTGACGAAGGCGCAGGCTGACGGCTTAACGGTCACAGACGAAGCTTCCGCCATGGAGGCTGCGGGTTACCAGGTCGCACTAATTGATAGTAACCCCGCGAACATTAAAATAACACGCCCTGCCGATATGCCCCTGGCGGCATTTTATCTGCAACAAACTCAAATAAATTAA	MSHPSVVAVVPAAGVGSRMQADRPKQYLMLGDKTVLEHTLLTLHAHPAIDRVVVAISAGDPYFSKLSVANAPWLSVVDGGAQRADSVFAGLATLDENDWALVHDAARPCVSLSDIDLLLAVRERDDVAGGILATPVKDTMKREMVDKNGVISHTECREQLWHALTPQLFRANQLQRALTKAQADGLTVTDEASAMEAAGYQVALIDSNPANIKITRPADMPLAAFYLQQTQIN	PGPT0007590_1933	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	UNIVERSAL_STRESS_RESPONSE	STRESS_SIGNALLING_PROTEINS	OTHER_STRESS_RESPONSE_PROTEINS,PGPT0007590-ispD-K00991	NA	NA
AK237_03893	474	ispF	COG0245	2-C-methyl-D-erythritol 2,4-cyclodiphosphate synthase	ATGCGCATTGGTCATGGTTACGACGTTCATAAATTTGGTGGAGAAGGCCCTATTATTGTGGGCGGCGTAAGTATTGAGTATGAACAAGGTTTGTTAGCCCATTCTGATGGAGACGTGCTAATTCATGCTTTGTGCGATGCCATCTTAGGTGCCGCCGCTATGGGCGATATCGGTAAACACTTTCCCGACACCGACGATGAATGGTCTGGTGTAGACAGCCGCTATCTACTGCGTCATGTAGTGGGATTAGTCAAAGAAAAAGGCTATGAGCTCGGGAACGCTGACATGACGATCATTGCACAAGCCCCTAAAATGGCACCGCATATCCAATCGATGCGAGCCATTCTGGCCAGTGATTGCCAATGTGCAGTAGAGGATATAAACGTAAAAGCCACCACGACAGAAAAACTTGGCTTTACGGGTCGAAAAGAAGGCATTGCTGCCCATGCCGTTGTGCTATTGAAGGTAAAATAA	MRIGHGYDVHKFGGEGPIIVGGVSIEYEQGLLAHSDGDVLIHALCDAILGAAAMGDIGKHFPDTDDEWSGVDSRYLLRHVVGLVKEKGYELGNADMTIIAQAPKMAPHIQSMRAILASDCQCAVEDINVKATTTEKLGFTGRKEGIAAHAVVLLKVK	PGPT0007595_2794	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	UNIVERSAL_STRESS_RESPONSE	STRESS_SIGNALLING_PROTEINS	OTHER_STRESS_RESPONSE_PROTEINS,PGPT0007595-ispF-K01770	NA	NA
AK237_03894	1071	truD	COG0585	tRNA pseudouridine synthase D	GTGAATAAACTGAGTACGCAGCATTGGTTATTTAGCGGCCAACCGCCTTCTTGCACCGCCACGTTTAAAACCAAACCAGAAGATTTCGTGGTCACCGAAGACTTAGGCTATACGTTTAGCGGTGAAGGAGAACACCAATTTATTTGGGTTGAAAAAACGCTAGCCAATACCGCCTGGGTTGCGGAGCAACTCGCCAAATTTACGGGGTTACCGTTACGTAATGTTACATACGCCGGACGCAAAGATAAATACGCTGTCACGCGCCAATGGTTCGGCCTGCATGCACCTGGTAAAGCTGACTTTGACTTTAATGATCTGCAGCTTGATGGCGTAAAGATTCTGGCGCAGCATCGACACAATAAGAAGCTACGCACAGGCCAGCTAAAAGGCAATCACTTCACTATTACACTGCGCGACGTCAGCGACCCTGAGACCCTGCTTGCAAACATAAAAAATGCGGAAATTCACGGTGTGCCAAACTACTTTGGCGATCAGCGATTCGGCAATATTCGCCTATCAGAAACCGGAGAAAAGTTAGAAGGCGGAAACCTTCAACTTGCAGAAAAAATGATTGCTGGCGAAACCATCCGAAATCGCAACAAGCGTAATATGGCACTATCGGCATTGCGTAGCTGGTTATTCAACAATGTTATCAGTGCACGTATTTCTCAAGGTTATTTGCATCATGTCATTGAAGGCGATGCGCTCATGTTAAGTGGTTCGCACAGCTTTTTTATTGATGACGGTCAGGACAGCACACTGCAGGCGCGTTACGAGGCCAAAGATTTATCACCAACCGCGCCGTTGTGGGGTAAAGGTGAAGTGCCATCAACAGGTTTGGCTGCCAGTATCGAGCAAGAGGTAGCTCAACAATCTCCTGACGTAGCTTCTTACCTGGCCGAGGCAGGGCTAAAGCAAGAGAGACGACCAATAAAAATCTGGCCTTCGCAACTTGAATGGCAACATATCGGTGATACAGTAATTCTTTCTTTCAGCTTACCTTCCGGGTGCTATGCCACCACAGTACTGCGGGACTGTGTTGATGTAGACGCTACGGCAGCCCCGAAGTAA	MNKLSTQHWLFSGQPPSCTATFKTKPEDFVVTEDLGYTFSGEGEHQFIWVEKTLANTAWVAEQLAKFTGLPLRNVTYAGRKDKYAVTRQWFGLHAPGKADFDFNDLQLDGVKILAQHRHNKKLRTGQLKGNHFTITLRDVSDPETLLANIKNAEIHGVPNYFGDQRFGNIRLSETGEKLEGGNLQLAEKMIAGETIRNRNKRNMALSALRSWLFNNVISARISQGYLHHVIEGDALMLSGSHSFFIDDGQDSTLQARYEAKDLSPTAPLWGKGEVPSTGLAASIEQEVAQQSPDVASYLAEAGLKQERRPIKIWPSQLEWQHIGDTVILSFSLPSGCYATTVLRDCVDVDATAAPK				NA	NA	NA	NA	NA
AK237_03895	750	surE	COG0496	5'-nucleotidase SurE	ATGCGTATTCTTTTGAGCAACGATGACAGTGTATTTGCCAAAGGCATTGCTGTTCTTTTTGAAACCCTTGCCAGCGAACATGATGTGACCGTCATCGCACCGGACCGTAATTGTAGCGGTGCAAGCAATGCTCTGTCATTGCACAGTCCACTGCGCATCCAACAACTGGACAACGGTTTCTACTCGGTCAACGGTACGCCGTCAGACTGCGTGCATCTGGGCGTTAATTGCTTTTTAGAAGAAGATCCTGAACTGGTTGTATCGGGCATTAACCATGGCGCTAACCTGGGTGATGACGTAATCTATTCTGGCACGGTGGCCGCTGCAACAGAAGGTCGTTACATGGGGTTGCCTGCTATCGCGGTGTCGTTAACCAGCCATGAAGGAAAACATTTTGAAACAGCAGCCCGAGTTGTTTTAGATATTATAAGAAAGCTTCAGGCGCATCCGTTACCGGCGAATCAAATTTTAAATGTGAACGTGCCCGATGTGCCCTACGAAGACTTAGCTGGTATCAGGGTCACGCGCCAGGGCAGACGCCATCGTGCGGAAGCCATGGTAAAAGCAAAAGATGCATTTGGCCGTGAGATTTATTGGTATGGACCTGCTGGCGCCGAGCAAGATGCTGGCTCTGGCACCGATTTTCATGCCATTGCGAACGGTTATTGCTCTGTCACTCCTTTAAGTGTCGATATGACCGCACACAACAGCCTGGCAACCATGGAAGACTGGCTGAATAAAAAACTCTAA	MRILLSNDDSVFAKGIAVLFETLASEHDVTVIAPDRNCSGASNALSLHSPLRIQQLDNGFYSVNGTPSDCVHLGVNCFLEEDPELVVSGINHGANLGDDVIYSGTVAAATEGRYMGLPAIAVSLTSHEGKHFETAARVVLDIIRKLQAHPLPANQILNVNVPDVPYEDLAGIRVTRQGRRHRAEAMVKAKDAFGREIYWYGPAGAEQDAGSGTDFHAIANGYCSVTPLSVDMTAHNSLATMEDWLNKKL	PGPT0013405_3477	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	ROOT_COLONIZATION	ROOT_COLONIZATION-VITAMIN_B3|NIACIN_METABOLISM	ROOT_COLONIZATION-VITAMIN_B3|NIACIN_BIOSYNTHESIS,PGPT0013405-surE-K03787	NA	NA
AK237_03896	636	pcm	COG2518	Protein-L-isoaspartate O-methyltransferase	ATGAGAACATTGAAAAAAGGTGAAATGCTCGCTGAGCTTCTATTCAGTGAAGGCGTGCGAGATCAAAAAGTACTAACGGCGATCGCCGCTACGCCCAGAGAACTATTTTTACCTGATGCCCTCAAACATAAGGCTTATCAGAATACTGCACTTCCCATCGGACAGGGACAAACCATTTCGCAACCTTATATAGTCGCTAAGATGACCGAGCTGCTGTTGAAGGCACAGAACAATCCGAGAAAGATCCTGGAAATTGGTACAGGTTCGGGTTATCAAACGGCAATTCTGGCGCAACTATTTGGTCATGTTTTCACTGTGGAACGTATTAAGTCGCTGCAGTTCCAGGCGAAACGACGCATGAACCAACTTGACCTGCACAATATTTCTATGAAACACGGAGATGGCTGGAAGGGTTGGCCAAGCAAGGGGCCTTACGATGCCATCTTAGTGACCGCCGCGGCAAGCAGTCTGCCACAAGACTTATGTGATCAGCTTGAAGAAGGAGGTCGCTTAATCATTCCTGTCGGCAGTGAGCAACAAAATTTGTTATGTGTAGACAGAATAGATGGTGAACTGAAAACGGAGACCATCGAAGCTGTTCGTTTTGTACCACTGGTTGCAGGAGAGCTTCAGTGA	MRTLKKGEMLAELLFSEGVRDQKVLTAIAATPRELFLPDALKHKAYQNTALPIGQGQTISQPYIVAKMTELLLKAQNNPRKILEIGTGSGYQTAILAQLFGHVFTVERIKSLQFQAKRRMNQLDLHNISMKHGDGWKGWPSKGPYDAILVTAAASSLPQDLCDQLEEGGRLIIPVGSEQQNLLCVDRIDGELKTETIEAVRFVPLVAGELQ				NA	NA	NA	NA	NA
AK237_03897	579			hypothetical protein	GTGAAAATTTTTCAGCCATGCTATGACATGGCGCTCAAATGGGCACGCCACAAGCACGCAAATCGATACCTTGCGGGGTTAAGCTTTGCAGAATCTATGTTCTTCCCTATTCCACCAGACGTTATGCTGGCGCCCATGTCCATGTCGCAACCTCAGCGAGCCTGGTTTTTTGCCGCGTTAACCACTCTGGCCTCAGTGCTTGGCGGTATGGCAGGCTATGCGCTGGGCTTCTTTACCTTCGAAGCGTGGCTGGAGCCCTTTATCGTATCAGCCGGCTATGAGGAAAAGCTCTCAACGGCTATGGGCTGGTTTGAAACCTATGGAGTGTGGGTAGTATTCCTGGCCGGGTTCTCCCCTATTCCCTACAAAGTGTTTACCATCAGTGCGGGCGTGCTCAACATGGCACTCGTTCCTTTTATCATTGCTTCAGCCATTGGCCGGGGCGCGCGTTTCTTCCTGGTGGCAGGCCTCATGAAATGGGGTGGTGCTGCAATGGAAGCCAAACTTCGTGATTACGTAGAAATTCTAGGCTGGTTAACAGTTGGACTGGCTATTCTTGCGTATTTACTACTTCACTAA	MKIFQPCYDMALKWARHKHANRYLAGLSFAESMFFPIPPDVMLAPMSMSQPQRAWFFAALTTLASVLGGMAGYALGFFTFEAWLEPFIVSAGYEEKLSTAMGWFETYGVWVVFLAGFSPIPYKVFTISAGVLNMALVPFIIASAIGRGARFFLVAGLMKWGGAAMEAKLRDYVEILGWLTVGLAILAYLLLH				NA	NA	NA	NA	NA
AK237_03898	870	nlpD		Murein hydrolase activator NlpD	ATGGGCGAAATGCGAGCAAAAGCTGCGTTAATTGTCTGCATTTTCGCCATTTTTTTGACGGGTTGTAGTAGCCGAACTGCCCCTGCCCCGGTCACATTACTCAATAGTCAGACCGAATATTCTGAAAAAGGGTCAAACAGCCAAAATTACCTAGTACAAAAGGGTGACACACTGTTTGCCATCGCTTGGTTTACCGGAAATGACTATAGAGATCTTGCCAAATACAATGGTCTTTCAGCACCTTATGATATTTATCCTGGTCAATCTTTACGGTTGCACCCCAAACCTATGACAGCGTTGACAGGGAACACTTCTAATCCAAAAGTTCAAGAAAAAACTGGTACGACCAGAACAAATTACGACAAAAGGAGTGTTGACCGCGATAAACCACAGGCGTACAGTGGTCGTGAAATTAATGTTAACAACCAAGAAGTTACTTCCGTCAAACCTTTGACGAAAAGTGACAGAAATTCAGCTAGGAGGGGTTTCCCCGAAAGAGTGTCAAAATGGACATGGCCTAGCAACGGTAACATAACGTTAACATTCAGCAACGCTGAATCAGGCAATAAGGGATTAGATTTCAGTGCACAAAGAGGCACACCAATCCTTGCCGCCGCAGAGGGCAAAGTGGTCTATGCGGGCAGTGCATTGCGCGGCTACGGTAACTTAATAATTATAAAACACACCGATGCCCTGTTAAGTGCATATGCACATAACGACAAGCTGCTGGTAAATGAACAAGACTGGGTCGCAGCAGGGCAGCAAATTGCGACAATGGGGGATAGTGGAACAGATTCGGTAAAACTTCATTTTGAAGTGAGATATCGGGGTAAATCGTTAGATCCGCTCAGGTATCTGCCAAAAAGATAA	MGEMRAKAALIVCIFAIFLTGCSSRTAPAPVTLLNSQTEYSEKGSNSQNYLVQKGDTLFAIAWFTGNDYRDLAKYNGLSAPYDIYPGQSLRLHPKPMTALTGNTSNPKVQEKTGTTRTNYDKRSVDRDKPQAYSGREINVNNQEVTSVKPLTKSDRNSARRGFPERVSKWTWPSNGNITLTFSNAESGNKGLDFSAQRGTPILAAAEGKVVYAGSALRGYGNLIIIKHTDALLSAYAHNDKLLVNEQDWVAAGQQIATMGDSGTDSVKLHFEVRYRGKSLDPLRYLPKR	PGPT0023860_1020	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-OTHER_CELL_MEMBRANE_REMODELLING_PROTEINS	CE-REMODELLING_LIPOPROTEIN_METABOLSIM,PGPT0023860-nlpD-K06194	NA	NA
AK237_03899	996	rpoS		RNA polymerase sigma factor RpoS	GTGGGTCAGACAAAAGCCGCTGTAATCGAATCAAAGTCTCGGGAAGAGTTGAACGAGATGGACATGCCAGTTGAGATAAAAGCTGGTGAAGCAATCAACAATGATCTGGATGATACTGATGATGCAGTGTTTGTTCAGGACGATCTACCCAAAAACCTAGACGCCACCCAACTTTATTTGGGAGAAATTGGCTTCTCACCTCTACTTACTGCTGAAGAAGAAGTGTATTTTGCCCGTCGTGCACTGAAAGGCTGTGAGGCCTCTCGTAAGCGCATGATTGTGTCAAACCTTCGTTTAGTCGTAAAAATCGCCCGACGGTACAACAATCGTGGTTTAGCACTTCTCGATCTTATCGAGGAAGGCAATCTGGGTCTCATTCGCGCAGTTGAGAAATTTGACCCTGAACGTGGTTTCCGCTTTTCTACTTATGCAACCTGGTGGATCCGACAAACCATTGAGCGTGCGATCATGAATCAAACGCGCACCATTCGTTTACCCATTCATGTGGTAAAAGAATTAAACGTGTATTTACGCTGTGCGCGCGAGTTATCGCAAAAGCTCGACCATGAGCCGACTGCAGAAGAGATTGCAACAGAATTAGACAAGCCTGTAGATGAAGTTAGCCGTATGCTTCGCCTGAATGAGCGCATCACATCGGTAGACACTCCCATAGGCGGCGAGAACGACAAAGCCTTGTTGGATATACTCGCGGACCACAACGAATTTGGCCCTGAGGAAAACCTTCAAGATACCGATATGAAAACGAATATCGTTAAATGGCTTGAAGAGTTGAATCCTAAGCAGCGTGAAGTACTTGCGCGTCGTTTCGGTTTGCTTGGCTACGAACCGTCTACCCTTGAAGATGTGGGCGCTGAAATTGGGTTAACCCGAGAGCGCGTCAGACAGATTCAGGTTGAAGCACTTCGTCGCTTACGCGATATGCTCGGCCACCAGGGGTTATCGCTGGAAAGTCTGTTTGATCAAATGGGTGAATAA	MGQTKAAVIESKSREELNEMDMPVEIKAGEAINNDLDDTDDAVFVQDDLPKNLDATQLYLGEIGFSPLLTAEEEVYFARRALKGCEASRKRMIVSNLRLVVKIARRYNNRGLALLDLIEEGNLGLIRAVEKFDPERGFRFSTYATWWIRQTIERAIMNQTRTIRLPIHVVKELNVYLRCARELSQKLDHEPTAEEIATELDKPVDEVSRMLRLNERITSVDTPIGGENDKALLDILADHNEFGPEENLQDTDMKTNIVKWLEELNPKQREVLARRFGLLGYEPSTLEDVGAEIGLTRERVRQIQVEALRRLRDMLGHQGLSLESLFDQMGE	PGPT0014685_1324	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-ENERGY_METABOLISM	CE-BACTERIAL_FITNESS-OXYGEN_AVAILABILITY_SIGNALLING,PGPT0014685-rpoS-K03087	NA	NA
AK237_03900	504	dhfrIII		Dihydrofolate reductase type 3	ATGAAGATAGCGATGATTGCCGCCATGGCACAAGACCGTGTCATTGGGGCTGATAACGATATGCCCTGGCATTTACCTGCTGATTTGAAGCATTTTAAAGCGGTCACGTTGGGTAAACCTGTCATTATGGGCAGACGCACCTACGAGTCCATTGGACGACCTTTACCAGGTAGGCCAAACATTGTTATCACATCAGCCCCGAAAGCGCAGTTTCCAGAATCTGTAACGGTGGTGGCAAGCCCTGAAGCCGCGCTCGCAGCGGCAGCAGAAAGAGCAGGCGATGACACTGAGGTCATGATTATCGGTGGTGGAAAAATTTACGAGGCGTTTCTACCGCGCGCCGATAAGTTATACCTTACTGACATCGCTCTCTCGGTTGACGGTGATACACGGTTTCCTGACTACCATGCACAAGGTGAATGGGTAGAGTCTGACGTATCATCGCATCAGGCTGATGACAACAATCCTTACAACTATCGCTTTTTTACCCTGACACGCAAATAA	MKIAMIAAMAQDRVIGADNDMPWHLPADLKHFKAVTLGKPVIMGRRTYESIGRPLPGRPNIVITSAPKAQFPESVTVVASPEAALAAAAERAGDDTEVMIIGGGKIYEAFLPRADKLYLTDIALSVDGDTRFPDYHAQGEWVESDVSSHQADDNNPYNYRFFTLTRK	PGPT0007945_2875	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-VITAMIN_B9|FOLATE_METABOLISM,PGPT0007945-folA-K00287	NA	NA
AK237_03901	1164	cgtA	COG0536	GTPase Obg/CgtA	ATGAAATTTGTTGATGAAGCTGAAATTCGTGTTGAAGCCGGCGATGGCGGTAACGGCACAGTTGGCTTTAGACGTGAAAAATATATCCCGAAAGGTGGTCCTGACGGCGGTGATGGTGGTGATGGCGGTTCTGTGTATCTGCAGGCCGATGAGAACCTGAACACCCTCATCGATTATCGCTTCGAGCGTTTCCATCGCGCAGAGCGCGGCCAGAACGGCCAGGGTGGTAACTGTACTGGGCGCGCAGGAGAAGACCTTACTGTTATGGTGCCTGTGGGTACGCGTGCCACTGATGTGGAAACGGCAGAGGTACTGGGTGATCTGACCAAACATGGCCAGCGCCTTAAAGTGGCTCAGGGAGGCTTTCATGGTCTGGGTAACGCCCGCTTTAAAAGTAGCGTAAACCGTGCTCCTCGCCAGAAAACCAATGGTACGCCGGGTGAAATCCGTAATTTGAAACTCGAGCTGATGCTGTTAGCCGATGTTGGCTTGTTAGGTATGCCAAATGCCGGTAAATCGACCTTCATCCGCTCTGTATCTGCTGCTAAACCTAAAGTCGCTGATTATCCCTTTACCACACTGGTACCTAATCTTGGGGTGGTGAGACAGGATTCACAGCGCAGCTTTGTTATTGCAGATATTCCTGGCCTTATCGAAGGTGCGGCCGACGGTGCGGGTTTAGGTATACGCTTTTTGAAGCATCTGGAGCGATGCCGCGTATTGCTGCATATGGTAGATCTGCTGCCAGCGGATCAAAGCGATCCTGCTGAGAACGCGAAAAAGATCGTTGAAGAACTTGAGAAATACAGTCCTAAACTGGCGGCCAAGCCACGCTGGTTAGTGTTTAATAAAGTCGATCTGCTCCTCGAAGAAGAAGTGGAAGCCTTGTGTAAAGAGATCATCGGGAAACTGGAATGGGATGGTCCGGTCTATCAAATTTCTGCTTTCCAGAAAATGAACACACAGGATCTTTGCCACGACATCATGAATTACATTGAAACCCTGCCTGCCGGCATCGAAGAAAACGATGAGAAAGAAGCGGTAGAGTTTAAGTGGGATACTTACGATCGTGAGACCACGCAGGGTGAGCTGGATGATGATCTCGACGATGATGATGATTGGGACGAAGATGACTACGACGTGGAAGTAGAATACCGTCGATAA	MKFVDEAEIRVEAGDGGNGTVGFRREKYIPKGGPDGGDGGDGGSVYLQADENLNTLIDYRFERFHRAERGQNGQGGNCTGRAGEDLTVMVPVGTRATDVETAEVLGDLTKHGQRLKVAQGGFHGLGNARFKSSVNRAPRQKTNGTPGEIRNLKLELMLLADVGLLGMPNAGKSTFIRSVSAAKPKVADYPFTTLVPNLGVVRQDSQRSFVIADIPGLIEGAADGAGLGIRFLKHLERCRVLLHMVDLLPADQSDPAENAKKIVEELEKYSPKLAAKPRWLVFNKVDLLLEEEVEALCKEIIGKLEWDGPVYQISAFQKMNTQDLCHDIMNYIETLPAGIEENDEKEAVEFKWDTYDRETTQGELDDDLDDDDDWDEDDYDVEVEYRR				NA	NA	NA	NA	NA
AK237_03902	258	rpmA	COG0211	50S ribosomal protein L27	ATGGCACACAAAAAAGCTGGTGGTAGTACCAAAAACGGTCGTGATTCAGAAAGTAAACGTCTTGGTGTTAAGCGCTTTGGCGGTGAATCAGTGCTTGCTGGTAACATCATCGTAAGACAACGTGGTACGCGTTTCCACGCTGGCGACAACGTAGGTATCGGTAAAGATCACACGTTGTTTGCTCTGAAAGACGGTAAAGTTCAGTTCGACGTAAAGGGCAAGAACAACCGTAAATTCGTGAGCATCATTGGCGAGTAA	MAHKKAGGSTKNGRDSESKRLGVKRFGGESVLAGNIIVRQRGTRFHAGDNVGIGKDHTLFALKDGKVQFDVKGKNNRKFVSIIGE	PGPT0019510_13	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_UTILIZATION	PLANT_DERIVED_ORGANIC_ACID_USAGE-TRICARBOXYLIC_ACID_CYCLE,PGPT0019510-icd2-K00030	NA	NA
AK237_03903	312	rplU	COG0261	50S ribosomal protein L21	ATGTACGCGGTTTTCCAAAGTGGCGGTAAACAGCACCGTGTGGCTGAAGGCCAGACCGTTCGTCTAGAGAAGATCGAAGTCGCGCCAGGCGAGACTGTTGAATTCGATAACGTATTAATGGTTAGCAACGGTGACGATGTTAAAATCGGCACACCTTTAGTTGCTGGTGGTAAAGTAACTGCTGAAGTTGTACAACACGGTCGTGGCGATAAAATTACTATCGTTAAGTTCCGTCGTCGTAAACATTCTCGCAAACAAGCGGGTCACCGTCAGTGGTTCACAGAAGTGAAAATCACTGGTATCAACGCATAA	MYAVFQSGGKQHRVAEGQTVRLEKIEVAPGETVEFDNVLMVSNGDDVKIGTPLVAGGKVTAEVVQHGRGDKITIVKFRRRKHSRKQAGHRQWFTEVKITGINA				NA	NA	NA	NA	NA
AK237_03904	975	ispB	COG0142	Octaprenyl diphosphate synthase	ATGGACATAAATGCGATCCGCGAGCTTGCAGCTCCGGACATGAAAGCTGTTAACGCGCTTATACAGCAGCAAGTCGATTCCGATGTTGCACTAATCAATCAGCTCGGTTTTTACATCGTTAATAGCGGTGGAAAGCGTTTGCGCCCATTACTTTCGGTCCTTGCGGCACGATCTATGGGGATCACATCAGATCAACATCACACGCTTGCTGCGATCATCGAGTTTATTCATACCTCAACGTTACTTCACGACGATGTTGTGGACGAATCCACGTTGCGACGTGGTCAACAAACGGCGAACGCCATTTTTGGTAATCAGGCTAGTGTTTTAGTAGGCGATTTTCTGTATTCACGGTCATTTCAGATGATGGTAGATTTGCAGAGCATGCGCGTAATGGAGATTTTGTCTGACGCGACAAACCGTATCGCAGAGGGCGAAGTGTTGCAGCTCATGAACTGTAACGACCCTGACACTACCGAAGAGCGTTATTTCGATGTTATCTACGGTAAAACCGCGCGGTTATTTGAGGCCGCCACACAGCTTTCTGCCGTGTTGACAGCGCAACCACAGCATATCGAACAGGCCATGCAAGATTACGGCAAGCACTTAGGCACAGCTTTTCAGCTTGCTGATGATATTCTCGATTATGCTGCTGATGCAGATGAAATGGGTAAAAACACTGGCGATGATTTGGCTGAAGGTAAACCTACTCTGCCGCTTCTCTACGCCATGTGGCATGCAGATAACGAAGAGGATAAACACCTCATTCGAGAGGCTATCGAAAAGGCAAACGGCTTACCGCATCTGGCTCGTATTCAACGCATCATGACGGATACCGGGGCACTTGAGTACACAAAACGTTGTGCTCATGAAGAAAAAGAAAAAGCAATTAAAGCGTTAGCGCCTGTGCCGGAATCAGATTATAAACAGGCACTTATCGCTCTTGCATCAATTGCTGTAGAACGCACAAAGTAA	MDINAIRELAAPDMKAVNALIQQQVDSDVALINQLGFYIVNSGGKRLRPLLSVLAARSMGITSDQHHTLAAIIEFIHTSTLLHDDVVDESTLRRGQQTANAIFGNQASVLVGDFLYSRSFQMMVDLQSMRVMEILSDATNRIAEGEVLQLMNCNDPDTTEERYFDVIYGKTARLFEAATQLSAVLTAQPQHIEQAMQDYGKHLGTAFQLADDILDYAADADEMGKNTGDDLAEGKPTLPLLYAMWHADNEEDKHLIREAIEKANGLPHLARIQRIMTDTGALEYTKRCAHEEKEKAIKALAPVPESDYKQALIALASIAVERTK	PGPT0007525_1646	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-TERPENOID_DERIVATE_PRODUCTION,PGPT0007525-ispB-K02523	NA	NA
AK237_03905	717			hypothetical protein	GTGACAGATCCCAATGTGATCAGTGTGATCGTTATTGCACTGATTGCAGGGCTGGCGATGCCCTTAGGTGCTATTCTCGCGTTTAATGACCGTATTCAGCCCAATTGGTTAGAGCAGGAAATTCGCCATGGCATCATGGCGCTTGGTGCTGGCGCACTACTGTCTGCAGTCGCGCTTGTATTGGTGCCAGAGGGCATTGAGGCGCACAGTCCTCTCACCGCCAGTTTGTGTTTTATTGGTGGGGCGCTGGCGTTTATGGGTCTTGATATTTATTTGGCCAAACGCAATACGCCCGCGAGTCAATTGGCGGCGATGCTCAGCGATTTTGTTCCTGAATCTTTAGCGCTTGGCACCACGGCTGCATCAGGTGGTGGCACTTTATTGTTAGGTTTATTGATTGCTATTCAGAATTTGCCGGAAGGCTTTAATGCCTATCGGGAAATGGTTTCAGGTGATAGTCGCCATCCTAAAAAGCACATTTTTCAATTTGCTGCTATGGCCTTGCTGGGACCTCTTATGGCAGCCGCGGGATATTTTTGGTTGGCGGATTATCCCATGCTGATTGGCGGTATCATGTTGTTTGCGGCGGGGGGAATTCTCTACTCCGTTTTTCAGGATATGGCACCGCAGATTTACGTGGAAAAACAATGGCTACCGCCCTTAGGCGCGATAGCCGGTTTTCTGATTGGAATGATTGGCTTTATGGTAGAGTCGTAA	MTDPNVISVIVIALIAGLAMPLGAILAFNDRIQPNWLEQEIRHGIMALGAGALLSAVALVLVPEGIEAHSPLTASLCFIGGALAFMGLDIYLAKRNTPASQLAAMLSDFVPESLALGTTAASGGGTLLLGLLIAIQNLPEGFNAYREMVSGDSRHPKKHIFQFAAMALLGPLMAAAGYFWLADYPMLIGGIMLFAAGGILYSVFQDMAPQIYVEKQWLPPLGAIAGFLIGMIGFMVES	PGPT0004250_2982	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_ZINK_RESISTANCE	ZINK_RESISTANCE-ZINK-NICKEL_TRANSPORT,PGPT0004250-TC_ZIP|zupT|ZRT3|ZIP2-K07238	NA	NA
AK237_03906	1320	pepQ		Xaa-Pro dipeptidase	ATGACCACACTTACTGAGTCCTACCGGGCACATATTGCCACACTTCAATCCCGAACCAAGGAAGCGTTATTACGGGAAGGTCTGGATGGACTGGTCATCCATGCCGGACAAAGTAAACGATTGTTTTTAGACGACAATGATTATCCTTTTAAGGTTAATCCTCATTTTAAAGCCTGGGTGCCGGTGGTTGACAATCCGCACTGTTGGCTGGTGGTAAACGGTGAGGACAAGCCGAAACTTATTTTTTACCGTCCCGTGGATTTTTGGCACAAAGTGCCGCCCGAACCCAATGACTTTTGGACGGATTCTTTCGATATTGTCATGTTAAAACATGCGGACGCGGTTGAAAAACACCTGCCTTACGATAAGAAAAATTACGCCTATGTCGGTGAGTATATTGAAGTTGCTAGTGCACTTGGGTTTGAGAATGTAAACCCTGACCGCGCATTAAACTATCTGCACTTTCAACGTGCCTATAAAACGGACTATGAAATGCTGTGCATGCGCAAAGCGAACAAGCTTGCTGTACAGGGACACCGCGCCGCGCGCGATGCATTTATGGCTGGCGAGAGTGAGTTTGCTATCAAGCAGGCCTATAACAGTGCCGCACGACACGGCGACAATGATTTGCCCTACACCAGCATTATTGCTTTAAATGAGCATGCTTCAATTTTGCATTACATGCACTGCGATTTGGACGCGCCTTCGACGTCCCGTTCTTTTCTTATTGATGCGGGGGCGTCTTATCACGGCTATGCCGCCGATATTACCAGAACATACAGTCACTCAGATACACTGTTCGCTGAATTGATAGACCAGGTTGATAAGGTAACCGTGACGTTGGGCAATGCGCTGAAACCCGGTGTGGCTTATACCGACATTCATATTCTTGCCCACGATGGCATCGCACAGATTCTGCATGATGTGGGACTCGTCAACTTGAAGCCACAGGACATGGTCGAGAAAAATATTACGCGTACCTTCTTCCCTCACGGTATCGGCCATTTTCTTGGTTTGCAGGTGCACGATGTGGGTGGGTTGGTAGCAGACGATCGCGGCACGCCGAAACCTGCGCCCGAAGAGCATCCGTTCTTACGTTGTACGCGCGTTGTGGAGGCGCGGCAAGTATTTACGATTGAACCTGGCCTTTACTTTATCGACAGTTTGCTAGCCGATCTGAAAGCCAGTGATAACTCAAAATATATTAATTGGGATGTGGTCAGCCAATACAAACCATTCGGTGGTATACGCATTGAAGATAATATTATTGTGCACCGCGACAAGAATGAAAATATGACCCGCGATCTGGGCCTCAATTAA	MTTLTESYRAHIATLQSRTKEALLREGLDGLVIHAGQSKRLFLDDNDYPFKVNPHFKAWVPVVDNPHCWLVVNGEDKPKLIFYRPVDFWHKVPPEPNDFWTDSFDIVMLKHADAVEKHLPYDKKNYAYVGEYIEVASALGFENVNPDRALNYLHFQRAYKTDYEMLCMRKANKLAVQGHRAARDAFMAGESEFAIKQAYNSAARHGDNDLPYTSIIALNEHASILHYMHCDLDAPSTSRSFLIDAGASYHGYAADITRTYSHSDTLFAELIDQVDKVTVTLGNALKPGVAYTDIHILAHDGIAQILHDVGLVNLKPQDMVEKNITRTFFPHGIGHFLGLQVHDVGGLVADDRGTPKPAPEEHPFLRCTRVVEARQVFTIEPGLYFIDSLLADLKASDNSKYINWDVVSQYKPFGGIRIEDNIIVHRDKNENMTRDLGLN	PGPT0006760_556	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
AK237_03907	2031	slt	COG0741	Soluble lytic murein transglycosylase	ATGCAAGTATTTGCGGTCGCTTCCGTAAAGCGTATTTCGGTGTCTTTTCTCGTAGCCAATCTCTGGTTAGGTGTGTTGAGTGTTGCCGGAAATGTGCAGGCTCAGCCAACGCCTTCTTCTCCCGAATTAGAGCTAAAGCGGGCACAGTTTACTGAGCTCGAAAAACAGCTTGGCCGTGCGAGTCGCAAAAAAGTAGCTGCACTCGAAGGGGATGTCGCGGCGTTATCTGATTACCCCTTGTACCCGTATCTGTTGCGTCAGCAAATCGACCAGCGAATGGACATGGCGCATCGCGAAGATATCGAGTCGTTCCTGTTGACCTACCACAACCAGCCTTTTACTTATGGGTTGCGTGGCCGCTGGTTACGATATCTGGCTACGCATGGTGAAAAAAAAGCGTTTCTGGCTAATTATCGTGACGGTATGGGGGCAACCATTACATGTCAGTATCTTCAATATCAGCTGGAAGACGCGAGTCAACCCGAATATTGGCTGGAAAAGGTCGAGCCAATCTGGCTGGCAGGCAGTTCACAACCGGACGAATGTGACCCTGTTTTCCGAAAATGGCAGCGTGCCGGCATGATGACTGATGCGTTAATACTTGGACGTATCGAAAAAGCGGCATTGTCTGGCAACCCCAAATTAATTCCCTATTTAAAGCGCAAGTTACCCACAAAGCAGCAATATTTGGCTGATCTGTGGCAAGGTATCCGTACCTCATCCTCTTTGGTACTGAAGAGGTCTAAGTTTCCGTTAAAAGACAAGACGACAGAAGGGAAAATTCTTGCTTACGGTATGGAGAATCTGGCATGGCGCGATCCTGCTGATGCTATCAAAGCCTGGTATTTATGGCAGCCTGCCGACGTGTTCTCGCAGCAACAGCAAATAGACGTGAGCAGGGCCATTGCTTTAAGTCTTGCTATTGATGATAAGCCAGAAGCGGATGAGTGGTTAAAAAGGGCAGACATTACCGGTGCCGACGATGATGTAAAGCGTTGGCATATGTCTTACTTGTTACGTCATGAGAAGTGGCAGGATGTGCTCGACCTCATCGCGGCGGCACCGGAATATGTGCAGCAGGACGAAGCATATCGTTACTGGCAGGCGCGAAGCTTAGAGGCGATAGGATTGCAGGAACAAGCTGCAAAACGTTATCGAGAGCTTGCTCAGGAAAGAAATTACTATGGCTTTATGGCAAGTGCGAGAGTCAATGAAAGGCCTTCGTTAAAACATACTGCTACGCCACGCAGTGATGAAACGATGGCGATGATTGCACAACGACCAGCAGCGAAGCGAGCTCAAGAGTTTTTGGCGTTAGGTCGGCTAATTGATGCCAGGCGAGAATGGCGTTATCTGGTGAATTCCCTCGATAGCGCACAAGTAAAAGATGCCGCATTACTGGCAAGTGAATGGGGCTGGTTTGATCAAGCGATCATCAGTTTTACCCAAAGCGGCTTTCTGGATGATGTCGAGCGACGTTTTCCAATGGCTTATGCAGATCAATTCAATAATGTTGGGCGTACCTACGATATTCAACCGGCTTTCGCCATGGCGATAGCCCGGCGCGAAAGTTCATTCATGGTGGACGCTGTGTCGCCTGCTGGCGCAAGAGGATTGATGCAGTTAATGCCTGGTACGGCAAGATACGTTGCAGAAAAGCGGGTTTCTACCGATGAATTATTCGATGCGAATCAAAACGTAGAGTTTGGTGTGCAGTATTTACGGTATTTGATGGACAAAATGGGAGATAACCCCGTGTTAGTTTCTGCATCGTACAATGCCGGTTGGCAGCGCGTAATGCAATGGTTACCTGCAGGGCGTAATATCGAAACCGATGTTTGGATAGAAACCATCCCATATAAAGAAACGCGTAGTTATGTCAAAGCGGTTATGGCTTATCGCTATATTTACGAACATCAACTGGGTGAATCTTCAGGTTTGTTCGAGCAACTGGCAAAATCAGCAATTCCTTCTGCATCTACCTTATCATCACCAGGCGGAAGGGTAGGCGGAACCTACGCGCCAAAATAA	MQVFAVASVKRISVSFLVANLWLGVLSVAGNVQAQPTPSSPELELKRAQFTELEKQLGRASRKKVAALEGDVAALSDYPLYPYLLRQQIDQRMDMAHREDIESFLLTYHNQPFTYGLRGRWLRYLATHGEKKAFLANYRDGMGATITCQYLQYQLEDASQPEYWLEKVEPIWLAGSSQPDECDPVFRKWQRAGMMTDALILGRIEKAALSGNPKLIPYLKRKLPTKQQYLADLWQGIRTSSSLVLKRSKFPLKDKTTEGKILAYGMENLAWRDPADAIKAWYLWQPADVFSQQQQIDVSRAIALSLAIDDKPEADEWLKRADITGADDDVKRWHMSYLLRHEKWQDVLDLIAAAPEYVQQDEAYRYWQARSLEAIGLQEQAAKRYRELAQERNYYGFMASARVNERPSLKHTATPRSDETMAMIAQRPAAKRAQEFLALGRLIDARREWRYLVNSLDSAQVKDAALLASEWGWFDQAIISFTQSGFLDDVERRFPMAYADQFNNVGRTYDIQPAFAMAIARRESSFMVDAVSPAGARGLMQLMPGTARYVAEKRVSTDELFDANQNVEFGVQYLRYLMDKMGDNPVLVSASYNAGWQRVMQWLPAGRNIETDVWIETIPYKETRSYVKAVMAYRYIYEHQLGESSGLFEQLAKSAIPSASTLSSPGGRVGGTYAPK	PGPT0024070_889	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-PEPTIDOGLYCAN_REMODELLING	CE-PG_REMODELLING-SOLUBLE_LYTIC_MUREIN_TRANSGLYCOSYLASE_ACTIVITY,PGPT0024070-slt-K08309	NA	NA
AK237_03908	2151	fadB_2	COG1024	Fatty acid oxidation complex subunit alpha	ATGATATACGAAGGCAAGAGTCTGACCGTTACGTTGTCAGATGATGGTATTGCTGAACTGGTTTTTGATGCACAAGGTTCAGTCAACAAATTTGACCGCCAGACCGTAGCTGAACTGGATGAAGCCACCGCAGCCATGGCTGCCCATGGCGGAATTAAAGGCGCAGTAGTAAGAAGTGGCAAACCGGCTTTCATTGTAGGCGCAGATATTACCGAATTTACCGCCATGTTTGAGCAACCTGAAGAAGAAGTGCTTGCATGGGTTGGTAAAACATCACAGGTATTCGATCGCTTTGAAGATCTCCCCTTCCCCACCATCGCAGCAATAAATGGCTTCGCGCTGGGCGGTGGCTGTGAGATGGCACTGGCTTGTGATTTCCGCGTTGTTGACACTACCGCTTCTATTGGCCTGCCGGAAGTCAAACTGGGCCTGATGCCGGGCTTTGGTGGTACAGTTCGCCTCCCCCGCCTGATCGGTTCCGATAACGCTCTGGAGTGGATGACCACCGGCAAAGACCGAAAAGGCCAGCAAGCGCTTGACGAGGGCGCGGTAGACGCAGTCGTCGCACCAGAAAAGCTCCTGAGTGCAGCAAAGACTATGGTTGGCGACGCCGCTGCCGGCAAGCTGGACTGGGAAACCCGCCGTGCAAATAAAAAAGCACCGTTAAAACTGAATCAAAATGAAGCAATGATGAGTTTTTCCACGGCGCAAGCATTTGTGGCAGCCAAAGCAGGTAAACATTATCCGGCTCCCCACATGATGGTAGAGACCGTTAAAAATGCCGCCGGACTGGATCGCGACGGCGCGTTGAAACTGGAAAACCAGGGCTTTGTTAAACTGGCCAAAACCGACGCGGCACAAGCGCAAATCGGTATTTTCCTGGCTGACCAACTGGTGAAAGGCAAAGGCAAGAAAATGGCCAAAGCCGCTACCAAAGACGTCAAACTTAATGCGGTTCTCGGCGCCGGCATCATGGGCGGCGGTATCGCTTATCAGAGCGCATCCAAAGGCTTACCGGTGGTGATGAAAGACATCAACACTCCGGCGCTTGATTTGGGCTTGAGTGAAGCGGCCAAAATTCTGAATAAAGGCATGGAGCGCGGCAAAGTCGACGCGAAGAAAATGGCTGCTACGTTAAATGCCATTACCCCGACTCTCGAATACAGCACGCTGAAAGATGCAGACGTTGTCATTGAAGCGGTTGTCGAAAATCCGAAAGTAAAAGGCATTGTACTGAAAGAAGTGGAAGGTGTAGTGGCAGATGACGCCATCATATGTTCAAACACCTCGACCATTTCCATTAACCAGCTGGCTGAAAACCTCGACAAACCAGAGCGCTTCTGTGGCATGCATTTCTTTAACCCGGTACATCGCATGCCGTTGGTTGAGATCATCCGTGGTGAGAAGACCACTGACGACACAATTAATGCAGTGGTTGCTACCACGCTGAAAATGGGCAAAACCCCCATTGTGGTCAATGATTGCCCCGGCTTTTTAGTGAACCGTGTATTGTTCCCTTACTTTGCCGGCTTCAGCAAACTGGTACTCGACGGAGCCGATTTTGTTGCGGTTGATAAGGTCATGGAGAAAGACTTCGGCTGGCCAATGGGGCCTGCTTACCTGCTGGATGTGGTAGGTATGGATACCGCCGATCACGCTGCGGGCGTGATGGCTGAAGGTATTCCGGAGCGCATGGCGAAACTTGAGAATGATCCGGTCACTTTGCTGTACGAAGCGAAACGCCTGGGCCAGAAAAACGGCAAGGGTTTTTATAACTTCGGTACTGACAAACGTGGACGTCCCAGTAAAGAGGCTGCAGAAGAGGCTTACAGCCTGATCAACGCAAACAGTGCAGAAACCAAAGCCTTTGATAAAGAAGAAATCATTGCACGCCTGATGATTCCAATGGCAAACGAGGCCATCCGTTGCCTGGAAGAAGGTATCGTAGCCAGTGCTGCAGAAGCGGATATGGCGCTGCTTTACGGGCTGGGCTTCCCTCCTTTCCGTGGTGGAATTTTCCGTTACATTGAAACACTGGGCCTTAAGCAATTTGTTGCTCTGGCAGACAAATATGCCCACTTAGGTCCGATCTATCAGATTACCGACGGCGTGCGCCAAATGGCCGCTGAAGGTAAATCTTATTTCGCGTAA	MIYEGKSLTVTLSDDGIAELVFDAQGSVNKFDRQTVAELDEATAAMAAHGGIKGAVVRSGKPAFIVGADITEFTAMFEQPEEEVLAWVGKTSQVFDRFEDLPFPTIAAINGFALGGGCEMALACDFRVVDTTASIGLPEVKLGLMPGFGGTVRLPRLIGSDNALEWMTTGKDRKGQQALDEGAVDAVVAPEKLLSAAKTMVGDAAAGKLDWETRRANKKAPLKLNQNEAMMSFSTAQAFVAAKAGKHYPAPHMMVETVKNAAGLDRDGALKLENQGFVKLAKTDAAQAQIGIFLADQLVKGKGKKMAKAATKDVKLNAVLGAGIMGGGIAYQSASKGLPVVMKDINTPALDLGLSEAAKILNKGMERGKVDAKKMAATLNAITPTLEYSTLKDADVVIEAVVENPKVKGIVLKEVEGVVADDAIICSNTSTISINQLAENLDKPERFCGMHFFNPVHRMPLVEIIRGEKTTDDTINAVVATTLKMGKTPIVVNDCPGFLVNRVLFPYFAGFSKLVLDGADFVAVDKVMEKDFGWPMGPAYLLDVVGMDTADHAAGVMAEGIPERMAKLENDPVTLLYEAKRLGQKNGKGFYNFGTDKRGRPSKEAAEEAYSLINANSAETKAFDKEEIIARLMIPMANEAIRCLEEGIVASAAEADMALLYGLGFPPFRGGIFRYIETLGLKQFVALADKYAHLGPIYQITDGVRQMAAEGKSYFA	PGPT0001865_564	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_LIPID_METABOLISM	PLANT_DERIVED_FATTY_ACID_DEGRADATION,PGPT0001865-fadB-K01825	NA	NA
AK237_03909	1164	fadA	COG0183	3-ketoacyl-CoA thiolase	ATGAAAGATGTAGTAATTGTTGATGCGATTCGCACACCTATGGGTCGCTCCAAAGGTGGCGTATTCAGAAATGTCCGCGCAGAGACTTTATCTGCTCACCTGATGACCGCATTACTGAAAAGAAACCCGAACCTCGATCCGGCTGAGATTGAAGATATTATCTGGGGTTGTGTTCAGCAAACAAAAGAGCAGGGTTTTAACGTTGCCCGCAATGCGCAGTTACTGACTGACGTACCCCGCTCCACAGCGGCAGTGACGGTGAACCGTTTGTGCGGCTCTTCTATGCAAGCCCTGCACGATGCCACCAGCGGCATTATGAGCGGCCGCGGTGATGTATACATGATAGGCGGCGTTGAGCACATGGGCCACGTTCCCATGACCTTCAACGTCGATTTCCATCCTGCTCTTGCTAAATATACCGCTAAAGCATCGGGCAATATGGGGATGACTGCCGAGCTGCTCGGACGTCAAAACGGCATTAGCCGTGAGATGCAGGATGCGTTCGGCGCCCGCTCGCACCAGTTGGCCCATCAGGCCCACCTTGAAGGTCGCTGGGCAAATGAAATTGTGCCTGTTGAAGGCCACGATGCAGACGGCGTGCTGACGATGGTTGATTACGACGAAGTTATTCGTCCCGAGACGACCGTCGAAACCTTATCCGGCTTGCGCCCGGTATTTGATCCGGTAAATGGCTCTGTAACCGCCGGTACCGCTTCAGCTATTTCAGATGGCGCATCAGCCATGCTTGTTATGTCTGCTGAGAAAGCTAAAGCGCTGGGCTTAACGCCACGGGCGAAAATCCGCTCAATGGCGGTGGCAGGTTGTGACGCTGCGATCATGGGTTACGGCCCTGTACCAGCCACTAAAAAGGCGTTACAGCGGGCGGGGCTGAGTATGGATGACATTGAAATTGCCGAGTTCAACGAAGCTTTCGCTGCACAGGCTTTGTCGTGCATCAAGCAACTGGGCTGGCTGGAAAAATACGATGACCACGTCAACCTGAACGGCGGTGCCATCGCACTTGGTCACCCGCTGGGTTGTTCAGGTTCACGTATCAGCACCACCCTGCTGAACCTGATGGAAGCGAAAGATAAAACTCTGGGCCTTGCCACCATGTGTATTGGCTTAGGCCAGGGTATTGCTACCGTCTTCGAACGTGTTTAA	MKDVVIVDAIRTPMGRSKGGVFRNVRAETLSAHLMTALLKRNPNLDPAEIEDIIWGCVQQTKEQGFNVARNAQLLTDVPRSTAAVTVNRLCGSSMQALHDATSGIMSGRGDVYMIGGVEHMGHVPMTFNVDFHPALAKYTAKASGNMGMTAELLGRQNGISREMQDAFGARSHQLAHQAHLEGRWANEIVPVEGHDADGVLTMVDYDEVIRPETTVETLSGLRPVFDPVNGSVTAGTASAISDGASAMLVMSAEKAKALGLTPRAKIRSMAVAGCDAAIMGYGPVPATKKALQRAGLSMDDIEIAEFNEAFAAQALSCIKQLGWLEKYDDHVNLNGGAIALGHPLGCSGSRISTTLLNLMEAKDKTLGLATMCIGLGQGIATVFERV	PGPT0001565_4404	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
AK237_03910	540	xerC_3		Tyrosine recombinase XerC	ATGAAGTCAAAACTCATCAGCCATATCTATAGCTTTATGATGCTAAAGCGGTATGCAAAGCGAACTATCCAAACTTATTTGTATTGGATAAATGATTTTCACCGCTTCCATCAATTTACTCATCCGAACAATTTAGATGTCTTACATGCTGAAAGTTATCTGACTCACATTGCTGTCAAGCGTAAGTCCTCTCAGTCAACCCAGGCAACGGCACTGAATGCACTGGTTTTCCTCTATGGAAAATACCTTGAGAAACCGCTTCCTGATAACCTTGGCTTTGTGGGGAGCGGTCGCGAGCGTAAATTGCCGGTTGTGCTTACGCAGTCTGAAGTAAAGGCATTGCTTACACGAATAGGACAACATCATTATCTGGCGACGGCGATGTTGTATGGTAGCGGGTTGCGACTGATGGAATGTGTCCGTTTTAGGGTGGGTGATATCGACTTTGATTACAAATGTGTGCGCATCTGGTTTGGTAAGGGAGGAAAGCAGCAGGGCGCTAGCGGGGTCGTTAGTCCGCTGTCTAACCTCATTCTGTAA	MKSKLISHIYSFMMLKRYAKRTIQTYLYWINDFHRFHQFTHPNNLDVLHAESYLTHIAVKRKSSQSTQATALNALVFLYGKYLEKPLPDNLGFVGSGRERKLPVVLTQSEVKALLTRIGQHHYLATAMLYGSGLRLMECVRFRVGDIDFDYKCVRIWFGKGGKQQGASGVVSPLSNLIL				NA	NA	NA	NA	NA
AK237_03911	480			hypothetical protein	ATGGATGTAGTATCAGCTGTTTTTGCTACTTATTTGGATGCTGTATCAAATTCTGTTCATGACAGGCTAACTGATCAGTTCAATACAGTAGAACAAGCGAAGGTTGTTAAATACGGTGGGTTCGAAATACCTTACTCTTACCAGATTTGGAAAATTAAAGATAAATCAGTTTGCGAAACTTACTCGCACAACCTAAATGACAAGTCACTCTGCTCTCAAGCCGCCAAACGCATGTTCAGAGAAATGTGTCTGTATCTTCAAGAAAATCCGCAATCAGGCCCCAAATATGGAAAGACAAAAAATATGTACTGTAATGCGGCAACAAATTATAAGCCTCTTGTTGCAACAGTATCTTTCGACGAAAAGTCACAAAACGACAAGGCTAAACAGGCATGCAGTGTTGCAATCTTGAAGGTTATGGAAAGCCCCTCAAAAAATAACATTGCAGCGCGAAAAGAAGCTTGCTCTGAAAACGATTAG	MDVVSAVFATYLDAVSNSVHDRLTDQFNTVEQAKVVKYGGFEIPYSYQIWKIKDKSVCETYSHNLNDKSLCSQAAKRMFREMCLYLQENPQSGPKYGKTKNMYCNAATNYKPLVATVSFDEKSQNDKAKQACSVAILKVMESPSKNNIAARKEACSEND				NA	NA	NA	NA	NA
AK237_03912	420			hypothetical protein	ATGCAAAGATTACTTCTTTTTTCTATCTTGGCTTGCTTCTCGCACTTTACTCTAGCGGATCAAGTTGCCTATGAGCTTGGTTCTTACAGGGATAAAACGCTACTCACGTACTCTGAAAGCTCGCTAAAACTGACTACTATCAAAAATGGGAGTAAAACTGTTGTCTGCTCCAGTTTGATTTCAAAAGATACGCTTGCTCACTCGTTAGAATTTTTCAGGGAAGCAGATATCATTAGCTGGGAACCAACGTATTTTTCCAAAGGCAAAATGGACGGAGTAATATTTAAACTATCTGCCGAGGTCAATAATGTTAGTATTTCAAGTACGGGACATTATGAAAGTGCTCCAGAAAAGCACTGGCAACTAGTAAGATACTTTAACCAATTATTGGTAGTAAATGGCTGCACAGAAAGTATATAA	MQRLLLFSILACFSHFTLADQVAYELGSYRDKTLLTYSESSLKLTTIKNGSKTVVCSSLISKDTLAHSLEFFREADIISWEPTYFSKGKMDGVIFKLSAEVNNVSISSTGHYESAPEKHWQLVRYFNQLLVVNGCTESI				NA	NA	NA	NA	NA
AK237_03913	378			hypothetical protein	ATGGAATTAAAAGAATTTATTAAAGCTAGTCTTGTTGATATCAATAAAGCAATTTCAGAAAGTAACGAAGAGTTAGCTGGAACGGGGGCAATCATCAACCCGAAAGGAGTACAGATTAATTCTGATAACTCTCAAGCTTATGGACGTCAGTCGTATAAAGATAATTTGCACAAGTTTAAAGTAGTTCAAAAAATAGAGTTTGATGTTGCTGTTTATGCTCAAAATGATGAAAAAGCAGGTGGTGGAGCTAAAATCTCAATCGCATCTATTGGAATAGGTGCCGATGCAGAAGTAAAGAATATGGCAAAATCTGAATCGCGTTTGAAATTTTCCATCCCAGTTATATACCCAGAAGGTGATTGGGAATTTGGTTCATAA	MELKEFIKASLVDINKAISESNEELAGTGAIINPKGVQINSDNSQAYGRQSYKDNLHKFKVVQKIEFDVAVYAQNDEKAGGGAKISIASIGIGADAEVKNMAKSESRLKFSIPVIYPEGDWEFGS				NA	NA	NA	NA	NA
AK237_03914	525			hypothetical protein	ATGAAATTCATCACGTCTTTTGAAGTTGAAAAAGACACTTATCAAAATTTTGTAAAATTCGCGGTAAAGAGAGCTTTTAAAACTAAAAACCAGTTTTATGCCTTTATAACTAATTTTATAGCTTGGCTTTTAATTACCGTCTTCTTCATGTTTATCTTCCAATCTGCGAGCTCCAAAAACTCAAATATTGATTGGGCGTCTGCGTTCATTGGCGCTTTACCATTTTGCATAATTATTGGCTATTCTCTGCATGCAAACTACAAAGTAAAAAAATTCAGTATCCCGAATAGCAACGGAATTATACTTGGCGCAAAGACTATTGAACTTACTTCAGATGGACTTTTCGAGGTCAGTAGTGTTTCGAAATGTCAGTATTCATGGGCTTGCGTTGAAGAGATCGCGGTAAACAACGGTGACTATTATATCTTTCTCGATAAAATGTATGCTCTCATAATACCGCGTAGTGCCTTTGCATCATCTGGGTCTATAGAGCAATTCAAAGGTTGTATAAACGAGTATGTATAA	MKFITSFEVEKDTYQNFVKFAVKRAFKTKNQFYAFITNFIAWLLITVFFMFIFQSASSKNSNIDWASAFIGALPFCIIIGYSLHANYKVKKFSIPNSNGIILGAKTIELTSDGLFEVSSVSKCQYSWACVEEIAVNNGDYYIFLDKMYALIIPRSAFASSGSIEQFKGCINEYV				NA	NA	NA	NA	NA
AK237_03915	831			hypothetical protein	GTGAAAAAGTATAAGAATATCGTTTCAGATCTTGAAAATAAGATCTCAACATTGAAAGAAGATGGCGTCAAAATTGATGCTCTTGATGACTTGTTGCAAGAGTTAACGTCTCACGTTGAGGAAGTAACAGAAGTAGAAGAGCACATTGATGCAATTCGTGGAATGGTTATTAGCCCAATTAAAAAAGAGCTTGAGGAAAATAAGCAAGCCAGCCGGTTTTCAATATGGGGATTCTATGTTGGAGCTATTGGACTTTTAGCGTCAGTGTTGAGTCTTTTGTATACAAGCTTCACTCCTGCGCCAGAGTTAGTTATCAGGGATGAGTCTACCGCGGCACAAATATCTCAAATAAATCAAAAGATCACAGAAGTTAGACGAGAGTTATATCTCAGATCAGGAAAAATGGAGTTGAATGACGAGGCAATAAAAATTAAAAATTTTGATAAGTACACCCTTGTCAAAGGTGAAGATTTAGAATTACAAATCCAGCTATACGGTGTGTCAACTTACTCGAATGATGATAAAACTAGTAATGTTAATGTTGCTCATTTGAAAGTGTTTTATAACGATCGCCTTGTAAGTCACAGTGGCGTACCCGATATTATCCAAGTAACAAACGTCGGAAAGCTTAAAAATGACCAAAAAGATGTTTTTGCTGTAGCAAAAGGCGATGTGGTTACTGCTCTAGGTGAGCACCAAATTCAGGTACTTGAAGTATTAAATAGTGATGCTACCTATAATGCTCTTTCAGATAAAGAGGACGCGATCATAATTTCTACTGTGAGTGGCTCTAACAAGAAAATGCAGCCGACGCAAAAACCGCGCGGCTGA	MKKYKNIVSDLENKISTLKEDGVKIDALDDLLQELTSHVEEVTEVEEHIDAIRGMVISPIKKELEENKQASRFSIWGFYVGAIGLLASVLSLLYTSFTPAPELVIRDESTAAQISQINQKITEVRRELYLRSGKMELNDEAIKIKNFDKYTLVKGEDLELQIQLYGVSTYSNDDKTSNVNVAHLKVFYNDRLVSHSGVPDIIQVTNVGKLKNDQKDVFAVAKGDVVTALGEHQIQVLEVLNSDATYNALSDKEDAIIISTVSGSNKKMQPTQKPRG				NA	NA	NA	NA	NA
AK237_03916	525			hypothetical protein	ATGAAAAAGCCTAAGATTTCTCAAACTAAACGAACTAATAATTTGGCTACGGAGGGTTCCGCCTTAAGTCGTTATGCAGACCTTTTACCTAACGCTGCATTTCACGGTGTCATTTTCCTCATTATAGCTATCGCATTTTTTGAGTTTACTTTCCCAACAGCAAAAAACGCATGGTTTGCTGTGGCAACCCTTGTTTTCTCAACGATATTTAGTTTTTTAACGTTTAAGTTGCAGTTTCGTGGAACGCATGCGGTTGTTTTGAAATCGGATGAATTTCGTGAAGCCTTAAAAAAATATCTTAAGAAGTTAAATTTCATAACTCATTATGACAACAAGCAATTTACCGCTGCTCAATATACAAAACTCGGGCATTATGTGAACGACGACTTTTATGTCATATATTCAAAAAATTGTGTTTTATTATTTTGCATCAGTTATCGACCTTTTCCGTTTTCATTGGTGAGATCTAGAAGGATCATCAAGGATGTATTAAATGAAGTGTCTGTGGCTAACAAACCGCTGTAG	MKKPKISQTKRTNNLATEGSALSRYADLLPNAAFHGVIFLIIAIAFFEFTFPTAKNAWFAVATLVFSTIFSFLTFKLQFRGTHAVVLKSDEFREALKKYLKKLNFITHYDNKQFTAAQYTKLGHYVNDDFYVIYSKNCVLLFCISYRPFPFSLVRSRRIIKDVLNEVSVANKPL				NA	NA	NA	NA	NA
AK237_03917	237			hypothetical protein	ATGGTTCAAAAGTCTTTGCCAAGAAGAGCTGTTAAATATGCAGTAATATCTTCTTCGATAATTATGCTTTTGGTTCTTTATGCAATGCTAACCAGAGAAGTTGTAGGTACACCTTTGGAAATAGCTTTCCGTTTGGTTGTCAGTGCAATTGGCGTATTTGGGGTAATGTGGTTGGTGTTTATTTTCTATCTATTCACAAACCCAGATGCAGAAAAGCCCAGAGAAAGGGACTTTTAA	MVQKSLPRRAVKYAVISSSIIMLLVLYAMLTREVVGTPLEIAFRLVVSAIGVFGVMWLVFIFYLFTNPDAEKPRERDF				NA	NA	NA	NA	NA
AK237_03918	246			hypothetical protein	ATGCCGCAAAAGCAAATTGAAATACCACTTGAGCTAGATGATAAAACAGAGATTGCTATAGCCACCGGAAATAATGCTAGCTGGCTGTGTGCTTGTAGTCGCAGTTTCCCATTGCTCGGAAAAAGCGGACAAGTTAAAGGACCAAGTGAAAACACTAAGATAGTTTGCCCTGATTGCCATGCGGAATATTTTGTTGTTCCGGATGGAGGTGACTATAAAAGAGCACTCAAGGTTGTTTTGATTTGA	MPQKQIEIPLELDDKTEIAIATGNNASWLCACSRSFPLLGKSGQVKGPSENTKIVCPDCHAEYFVVPDGGDYKRALKVVLI				NA	NA	NA	NA	NA
AK237_03919	423			hypothetical protein	ATGAATAAAAATAAATTTCGTATTTTATTGGTTCTTTCTATCATTATCTCAGCTCTGGTTTTGGGAGTTGAGTTTATATTTCCAAACCCCGAAGTTGATGCTGCTAATGACTTTATCATCCAGCAAGAATCGCTTAGTGAAGAAAGCTCGCTGAATAGTTTTCTCTTATTAACTGCAGCGGCGGTCGTTTCAGTGCTAGTCATTGCAGCTTATATTGGGTTGTTTTTATTTAAGAAGTGGGGTCGTACACTGTTCGTCGCATCATTTGTAATTGCTTTGCCGACTTACTTCATTGGTGGTCTATATGTAACATCAGGATTAGAAGATTTTTTTTACGACATTTCAACAATGCTAAATGGTGCCTTAGTTGCTTTAATGTATTGTACTCCGGTAAAACAGCTCTTCGAAGAACCACAAATATAA	MNKNKFRILLVLSIIISALVLGVEFIFPNPEVDAANDFIIQQESLSEESSLNSFLLLTAAAVVSVLVIAAYIGLFLFKKWGRTLFVASFVIALPTYFIGGLYVTSGLEDFFYDISTMLNGALVALMYCTPVKQLFEEPQI				NA	NA	NA	NA	NA
AK237_03920	321			hypothetical protein	ATGTGTCATAAGGAAATCAATATCAGTTACTCCGAAAAAGGACTCATTGAATGTTGCAATTTGATTGCGGAAGACTTAGCTGTTGCAAAGCCAAAATCAAACGATGTAGTGGACAAATTAACGGAAATTCTGGTTAATAGGGAAAGCTATATTTGCATGGAAAAAGGCATTATCACTCAAGACGAATTAGTTAACCTTGTGTTTCAACACCTTTATAGCTTGGTAAGTAGGGAGGTAGCCTTTTCTCACTCAAAAACATGCTCAAAAGTTGGTGAAATACGTGCCAAAATTAAACTAGCACTTTTACACAATGCCACATAA	MCHKEINISYSEKGLIECCNLIAEDLAVAKPKSNDVVDKLTEILVNRESYICMEKGIITQDELVNLVFQHLYSLVSREVAFSHSKTCSKVGEIRAKIKLALLHNAT				NA	NA	NA	NA	NA
AK237_03921	363			hypothetical protein	ATGAAGAACTGGGAAGATCTTTCTCTTTTTCAAAAGCTCATAATTGGCGTAGTAATAATTGCTATTGCCCTGCTTGCCCCCGAGATAGCCTTGTTACTTCAATTTGGTGGTATAGAGGTCGCATTTGCATTTCTTCTCTTCAGTCTGAAACCCGTGCTTGTTCTTATTCAAAACTACTACTCAAAAATAGAAAATGTGGTGAGTTTGGCTATTGTCAGTTGGCGATACAGCGCTTCTGCTAGACCCAACGTGTTCGCAATACAAGCGTCTTTTTATGTTGTCGCCTTTGCAATCACAGGCTCTACATTGTTTGCTGCAAGCTTCTTTATGCCCGCGCTACTTTTTAACGGTGCACTTATTTAG	MKNWEDLSLFQKLIIGVVIIAIALLAPEIALLLQFGGIEVAFAFLLFSLKPVLVLIQNYYSKIENVVSLAIVSWRYSASARPNVFAIQASFYVVAFAITGSTLFAASFFMPALLFNGALI				NA	NA	NA	NA	NA
AK237_03922	345			hypothetical protein	ATGTCAGTAATATCAAAATTAATGGAAGCCTCTGAAGCTGATACAGATGTTTTAAGAAGATTAGATTCTGATGGCGATGATTTCAGTAAATTCAGAGAAGTCGATTTCACATTTAAGTGTGAAAGTGAGGAGAAGGCAAATACTGTCGCTGGTTTTTTAGGGGATTACCAGTATGGCAAAACCAGTGTGTTGCTTGAGGATAAACGATATTTTGTTCAAGTCCTAATCGATATGCCTGTGACTCAAAATGTTTTGCTTTGCGTTTCAGGTTTTATGGTGTGTATTGCAGAGCTTTACGAGGTTGAAGTTGACGGCTGGGGCTGTATAGCGCAGAACGGCACCTAA	MSVISKLMEASEADTDVLRRLDSDGDDFSKFREVDFTFKCESEEKANTVAGFLGDYQYGKTSVLLEDKRYFVQVLIDMPVTQNVLLCVSGFMVCIAELYEVEVDGWGCIAQNGT				NA	NA	NA	NA	NA
AK237_03923	630			hypothetical protein	ATGCTTAAACATGCATCTATCATTATAAGCCTTATTTTAGCTTGTTTTTATGGTCTTGGTTTGTCTTATCATATGTCCTATCTATACGAACTGGGCATCGAAGAAAGCCAATTCCAGCTCACTCTCGATAGGATTTTTTTTCAAGGTTTTATGTCGACAATGGAGTTTAGCTCCAAAGGGATAATATGGTTTTTAGTGGCATCAGTCTCTATCGCAGCAATTACTACAGTGGCAGTTGAGATATCAAAAGCTGTGCAGAAAAAGCCTTCATTTTTTTCCGAGTTTGTGAAAAAGACAGATCAAAAAAAAGATAGTAAAACGACAGGCTTTCATGCTTTAAGCGAAACTATGGTCGGAATAAGTTTTGGGGGCTTTACCCTCTTTGTACTTGTCTTGTTAGTACTTATTTCTAGCGGAAACTCAGGCGAGGCATACGCCAAGAAGCTAAAACAAAATTTTGTATCAGGAAAAATCAAAAAAGTTGAAGTAAAGCTCAAGGATGAAGAAAAGACTATTTATGGAAATGCAGTGATTTGCAGCGAGACACAGTGTGCTTATTGGACCTCAGATGGATCTGTTGTATTAAACAAGAGAGATATTGACTGGGTTAAATGGGCAAGTGAAATATAA	MLKHASIIISLILACFYGLGLSYHMSYLYELGIEESQFQLTLDRIFFQGFMSTMEFSSKGIIWFLVASVSIAAITTVAVEISKAVQKKPSFFSEFVKKTDQKKDSKTTGFHALSETMVGISFGGFTLFVLVLLVLISSGNSGEAYAKKLKQNFVSGKIKKVEVKLKDEEKTIYGNAVICSETQCAYWTSDGSVVLNKRDIDWVKWASEI				NA	NA	NA	NA	NA
AK237_03924	384			hypothetical protein	ATGGATATCAACCAAATTTCAAGATTTATAATTAGCTTCTGTTGGGTTTATCATGGCCTAGTTCCGAAGCTGATATGGATTGCTCCTCTTGAGAAGGAAATTACTGCTAGTCTGGGCTTTTACGCTAATTTATCCTTCTGGGTGACAAAATCGGCTGGTTTGGCTGAGATAATTTTTGGTGTCGTGTTTTTCTCTTTTTATAAAAGTAAAATTATTAATCAGTTAAACATTTTAGCCCTTACTGGCTTGTTAGTTTTTGTAGCAATCTTCAACACCCGTTTATTGGGTGAAGCCTTCAACCCGGTAACAACTAACGTTCCTTTAATTGCTTTTAGTGTAGTTTTACTTTTTAACAGCCGCACATCGGTGGAAGCGCGCGTATAA	MDINQISRFIISFCWVYHGLVPKLIWIAPLEKEITASLGFYANLSFWVTKSAGLAEIIFGVVFFSFYKSKIINQLNILALTGLLVFVAIFNTRLLGEAFNPVTTNVPLIAFSVVLLFNSRTSVEARV				NA	NA	NA	NA	NA
AK237_03925	450			hypothetical protein	GTGGAAGTTTCATTTTTAGCAGAGCAAAGCCATCATTCTAAGACCATTGCACAGTGGTATCACGATGAATGGGCTAAGAATTACAACGTCCCGTTCAACACAGTTTTTGAAGACGTGAAAGGTAAATCAAAGTCAAAAAATGATGTTCCTCTCTGTTTTGTGGCAACAGAAAATAACGAAGCCATTGGCGCTGTTGAACTGAAACTCTATGAAAATAAGCAATTTGACTATAAACATTGGTTAGGTGGTTTATTTGTTATTCCAAGTTATCGACGCTTAGGTATCGGGAAAAAGTTAATTCAGCATGCATTAGATCATTCTCAAAAATTGGGTATAGGAGTCCTTTACTTACAATGTAAGAACGAACATTCATCTCTATACCGCTCATTCGGATTTACCCGCATCCGCTCGCTATCAGACAGCACTTGCGTCATGGTTAGAGCGGTGTAA	MEVSFLAEQSHHSKTIAQWYHDEWAKNYNVPFNTVFEDVKGKSKSKNDVPLCFVATENNEAIGAVELKLYENKQFDYKHWLGGLFVIPSYRRLGIGKKLIQHALDHSQKLGIGVLYLQCKNEHSSLYRSFGFTRIRSLSDSTCVMVRAV				NA	NA	NA	NA	NA
AK237_03926	363			hypothetical protein	ATGAAGAACTGGGAAGATCTTTCTCTTTTTCAAAAGCTCATAATTGGCGTAGTAATAATTGCTATTGCCCTGCTTGCCCCCGAGATAGCCTTGTTACTTCAATTTGGTGGTATAGAGGTCGCATTTGCATTTCTTCTCTTCAGTCTGAAACCCGTGCTTGTTCTTATTCAAAACTACTACTCAAAAATAGAAAATGTGGTGAGTTTGGCTATTGTCAGTTGGCGATACAGCGCTTCTGCTAGACCCAACGTGTTCGCAATACAAGCGTCTTTTTATGTTGTCGCCTTTGCAATCACAGGCTCTACATTGTTTGCTGCAAGCTTCTTTATGCCCGCGCTACTTTTTAACGGTGCACTTATTTAG	MKNWEDLSLFQKLIIGVVIIAIALLAPEIALLLQFGGIEVAFAFLLFSLKPVLVLIQNYYSKIENVVSLAIVSWRYSASARPNVFAIQASFYVVAFAITGSTLFAASFFMPALLFNGALI				NA	NA	NA	NA	NA
AK237_03927	336			hypothetical protein	GTGAGAAGACTTATCTGTTGCATCTTTCTAATCTTTTCATCAAGTTCGTTTGCTTCTGACGGAAAAGACTATACTGCCCTCAAAAACTATAACAATACCGATTTGTATAAAAATTTAGCAGTTGATGCCGCCGCGACCTCGCTTGATGAAAGAGGTTATATTCCTGAGGATTTCCTTGTTAAGGTTGAAAGCAACAACGATAAGATATTAGTTTGGCTTGTTCATAAGCGAATTTTAAAAGTCAAAGAGCTGTTTCCTGGCAACATGGCAGATGAACAAATCTGTACTTTCGAAAAAGCCAACAAAACGTTAATTGATTGCTTGTATTTACAGTAG	MRRLICCIFLIFSSSSFASDGKDYTALKNYNNTDLYKNLAVDAAATSLDERGYIPEDFLVKVESNNDKILVWLVHKRILKVKELFPGNMADEQICTFEKANKTLIDCLYLQ				NA	NA	NA	NA	NA
AK237_03928	126			hypothetical protein	ATGGCGGTCGTGTCGCTTCGCTCCGATTATAACCGCCATATTTGTGCCCTTTATGCGGGTGTTATGTACCAAGGAGTATTCTTTGAAAGTTTGGCTTTCTTTCAGCTTTTGTCTAGTGTTATTTAG	MAVVSLRSDYNRHICALYAGVMYQGVFFESLAFFQLLSSVI				NA	NA	NA	NA	NA
AK237_03929	162			hypothetical protein	ATGTGGGACGGTTTTGACGAAAGCGCATACTGTCCTGATGGAGGTTATCCTTTAATCATTGTCTATGACGACAAAGATAACCGTGGTGACTCCGTGAAAGTATTAAAATGGTCTCAGATTGTTTTAACAACCATGCTCAAGGAACGCGGCATTGAAACATAA	MWDGFDESAYCPDGGYPLIIVYDDKDNRGDSVKVLKWSQIVLTTMLKERGIET				NA	NA	NA	NA	NA
AK237_03930	291			hypothetical protein	TTGGCTGAGATTACCAGTGTTTTACAGACAGCTAATTTTAAGAGAGCAGTAAAGAAGTTACATCAGAATCAGAAAAAAGACTTGGATAAAGCTGTTAAGGAACTAATGGCCGATCCTCTTCTAGGTGAGCAGAAAAAAGGCGACTTAGCCTTTCTTCGTGTGTACAAATTCAAGATGGTCAGGCAGTTAACTTTACTTGGTTACAGCTACGAGGATGGCACTGTAATACTTGAATTGATAGCACTTGGCTCTCATGAAAACTTTTATCGCGATGTTAAAAAGTTATTCTGA	MAEITSVLQTANFKRAVKKLHQNQKKDLDKAVKELMADPLLGEQKKGDLAFLRVYKFKMVRQLTLLGYSYEDGTVILELIALGSHENFYRDVKKLF	PGPT0027460_253	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-TOXIN-ANTITOXIN_SYSTEM	CE-BACTERIAL_FITNESS-YafQ-dinJ_TOXIN-ANTITOXIN_SYSTEM,PGPT0027460-toxin_yafQ-K19157	NA	NA
AK237_03931	222			hypothetical protein	ATGGCAACCGCGAGCGTAAGACTAGACCAAGATCTAGTTGAGAAAGCTACAATTATGGGCAAAGCACTAAACCGAACTATGCCAAAACAGATAGAGCATTGGGCTAAGATAGGTGAAATGATGGAAGATAACCCAGATTTGCCTTATGAATTCGTAAAACAGGCAATTATCTCCAAAGCTGAAAAAGAGGCTGGAAAATTGGAGCCTTACGACTTTGGCTGA	MATASVRLDQDLVEKATIMGKALNRTMPKQIEHWAKIGEMMEDNPDLPYEFVKQAIISKAEKEAGKLEPYDFG				NA	NA	NA	NA	NA
AK237_03932	468			hypothetical protein	ATGGAACCAAATTATTCAGAGTACTCGACCTCAGAGCTAAAAGATGCTCTAGAGAATATAGATAAGAAAAGTTTCCCTGATCGGATAGAGCGAATAAACGTTGAATTAGCTTCGCGACAAACACCAGAGAAAATCAGCTTAAATACAGTTAGTGATGATTTTAAACTAAACGAACAATTCTTCAAATGTCCGACCTGTGAAAAGAAAATAGGGTTCTTCTCTAAAACTGCTAATAAATGGGGAAAGACAAAAACATGTCCACACTGCAACTCTCCATTTGAAACAACGGTTAAGCTTAAACTATTCACTATTGCACTTATACCAGCGCTTATTATTCACCTATTCATATTGCGTCCTCTTGTAGTTGCTTTTGGCTTACATGGAGCAATAAGCATCGGTATTATGTGTAACATTCTTTCGGTTCTTTCCATGCGTTACAGGAAAGTCCGGAGCACTAATGTCACCTAA	MEPNYSEYSTSELKDALENIDKKSFPDRIERINVELASRQTPEKISLNTVSDDFKLNEQFFKCPTCEKKIGFFSKTANKWGKTKTCPHCNSPFETTVKLKLFTIALIPALIIHLFILRPLVVAFGLHGAISIGIMCNILSVLSMRYRKVRSTNVT				NA	NA	NA	NA	NA
AK237_03933	399			hypothetical protein	ATGAATATTAGAAATCAGAAAATTATTCTCTTAGCCATTCTTATTGCTAATGCTATTGGATGGCTTCCTATTATCTTCCTGGGCGCGCAAATTTTCATCCCAGCACAATATGTGGACTTGGCTAACACATTTTACTTTCTAGCCACTATCATTGGTCTTGCCTCCATTAGCGTAGGCATATACTCAGGACTGAAATTTCCTAAAGTATCTGGTTTTACCGTTATAAATTTCATCGTTGGCTTCTCTCTCGTGCTCGCCTCCGGTTTCATATTGTATTTAAGTACGTTGTATTTCCTGTCTTTAATTTCTTTAGCCGTAGCAGGATTCATCATTATGAGGCAGTATTGGCACGTACATAACAAATACACTAAGTCAGTCGCAAGCTCCCTGGGACAGTAA	MNIRNQKIILLAILIANAIGWLPIIFLGAQIFIPAQYVDLANTFYFLATIIGLASISVGIYSGLKFPKVSGFTVINFIVGFSLVLASGFILYLSTLYFLSLISLAVAGFIIMRQYWHVHNKYTKSVASSLGQ				NA	NA	NA	NA	NA
AK237_03934	507			hypothetical protein	ATGTTGTACATACTTGGCGGTCTGCCCGCGACAGGCAAGACTGAACTTTCAAAATATTTATCCTCCTCATTGGGTGCAGTCCATATTCGCATCGACACTATCGAACAAGAGTTGAAAAACTCTGGATTTAAAAAGTTGTATGACGAGGGCTATAAGATTGCTTTTGCTATTGCGTTAGAGAACCTAAAAAACGGTCTTTCTGTTGTAGCAGACTCAACCAATCCAGTTTTAGAATCTCGTGAAGCATGGATAAGCGTTGCAAATAAGGCCTCATCCCCCTTCACAGAAATCGAAGTCATCTGCTCTGATGAAAATGAACACAAAGAGCGTGTCGAAAGAAGGCAAACGGATATTCCTAACCTTTTGCTTCCGTCGTGGGAAAGTGTGACTTCGAGAGACTATCATTCGTGGAAAACAGTACGTATTGTCATCGACACTGCGGGAAAAACGCCTGAACAAAGTAAAAAAGAGCTGAGTGAGTTACTTCGTAGAAGCAATGAAACATAA	MLYILGGLPATGKTELSKYLSSSLGAVHIRIDTIEQELKNSGFKKLYDEGYKIAFAIALENLKNGLSVVADSTNPVLESREAWISVANKASSPFTEIEVICSDENEHKERVERRQTDIPNLLLPSWESVTSRDYHSWKTVRIVIDTAGKTPEQSKKELSELLRRSNET	PGPT0007590_8	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	UNIVERSAL_STRESS_RESPONSE	STRESS_SIGNALLING_PROTEINS	OTHER_STRESS_RESPONSE_PROTEINS,PGPT0007590-ispD-K00991	NA	NA
AK237_03935	282			hypothetical protein	ATGATCGTTTGGGAAAAAGACTCATTGGACGATCGAGAAGTGATTTTTGAATTTTTATACGAATTTAACCCATTGGTTGCGGAAAAAACTGACACCATTATTGAGACTAAAGTTGAAAACTTGATACAGCAACCGTTGATGGGCGTTGAAAGAGAAGGAATATCTGGACAGCTTTTAATTATTCCTGAGGTATCAATGATTGTTTCGTACTTCGTAATAGAAGACCTAATTTATATTCTCAGGGTTTTACACCAGAAGCAAAAATTTCCTGTAGGCAACTAA	MIVWEKDSLDDREVIFEFLYEFNPLVAEKTDTIIETKVENLIQQPLMGVEREGISGQLLIIPEVSMIVSYFVIEDLIYILRVLHQKQKFPVGN	PGPT0027550_2702	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-TOXIN-ANTITOXIN_SYSTEM	CE-BACTERIAL_FITNESS-ParE-ParD|paaAR_TOXIN-ANTITOXIN_SYSTEM,PGPT0027550-toxin_parE1_3_4-K19092	NA	NA
AK237_03936	285			hypothetical protein	ATGGATACCCGCATACAATTCAGAGTCGACGAAGAAACGAAACGCCTTGCTCAATTAATGGCTGAAAGCCAAGGGCGTACTTTAAGTGATGCCTGTAGAGAGCTTACTGAAGAACTCGCTGAGCAGCAACGCAAAGTTATGATACATGACCAATGGCTTACCGAACAGGTTAACGCCGCGTTTAGCAAATTGGATAGTGGAAAAAGTGAGTTTGTCACTCATGAAGAAGCTTCCTTGGTCATGGAAGCGAGAAAGATGAAAATTAGGAATAGAGCCAAAAAATGA	MDTRIQFRVDEETKRLAQLMAESQGRTLSDACRELTEELAEQQRKVMIHDQWLTEQVNAAFSKLDSGKSEFVTHEEASLVMEARKMKIRNRAKK				NA	NA	NA	NA	NA
AK237_03937	423			hypothetical protein	ATGTGGGCTATCTACTGGCGCTTCTTGCTCGCTGTCATTTTTGTATTTTTGCTAACAGTTTCAGCGGTTAATTTTCTGCCGATTCTACAGTCAGTGCCAAATCCTCGTTATCATCCATCTGTCTTCTGGACGTTAGCTACCTTAATCGCATGGGCAAGTTCCCAGTTCACTTCGCAAGGGATAATCTTCGCATTTTTCGGTAAGCGCATGCAGATGAGTCCGGTATTCTGGGTACGTGTGAGCCGCTATTTCTTTGGCTTTTTCGCTTCTCTTGCAGCCTTGGCACTTCTTGCACAGACTATCTTAAGCCCGACGTTTTGGGCAGCCTACAAGCTATATTTTCAACCTATCGTGTTGATTCTAGGTCCGTTAGTAGCTGGTAGTTTAATGCTACATCAGGTAAAACATAACAATCTGCTGTAG	MWAIYWRFLLAVIFVFLLTVSAVNFLPILQSVPNPRYHPSVFWTLATLIAWASSQFTSQGIIFAFFGKRMQMSPVFWVRVSRYFFGFFASLAALALLAQTILSPTFWAAYKLYFQPIVLILGPLVAGSLMLHQVKHNNLL				NA	NA	NA	NA	NA
AK237_03938	627	dsbA_2	COG0526	Thiol:disulfide interchange protein DsbA	ATGCATCGTAAGTTATTAATAATTATCACATCATTTCTCTTCTCTTTCACAGTGCAAGCCGCTGAATTTAAAGAGGGCGAACATTATGTGGAGATAGATGGAAATACAACGGAAAAAAAAGAAGTAACTGAGTTTTTTTCCTTTTACTGCCCTGCTTGCTTTAGGCAGGAAGATTTTATGAACGATCTTAGCGCATCACTTCCTAAAGATGCCGTTTTTAAGAAAAACCATGTTGACGGTATGCCGGGCAGAAAATCAGATGTCGAGAATTTACTAACCAAGGCTCTGATTACGGCAGAATACCTGAAGGTTGAAAAGCAACTCGTGCCAGCAATATTCAATTATATTCACTTAAATAAAGCAGACTTCAACAACGAAAAAGATATTAAGAATTTGTTTGTGGTGAATGACGTAGATGCCGAACAATTTGATAAGGTATTTTCAAGTTTCTCAGTAAATACCAGGGCTAAAGCTATGCAGAAAAATACTAAGTATATTCGTAGCCAGGGATTTACAGCAGTTCCAACGCTGATTGTGAATGGTAAATATAAGCCTTTGACCAAGAATATAAAAACGTTACAAGATTACAAAGAACTAGTGCTTTACTTATTGAATAAAAAGGCATGA	MHRKLLIIITSFLFSFTVQAAEFKEGEHYVEIDGNTTEKKEVTEFFSFYCPACFRQEDFMNDLSASLPKDAVFKKNHVDGMPGRKSDVENLLTKALITAEYLKVEKQLVPAIFNYIHLNKADFNNEKDIKNLFVVNDVDAEQFDKVFSSFSVNTRAKAMQKNTKYIRSQGFTAVPTLIVNGKYKPLTKNIKTLQDYKELVLYLLNKKA	PGPT0015115_1172	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS	CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL_PEPTIDES,PGPT0015115-dsbA-K03673	NA	NA
AK237_03939	450			hypothetical protein	ATGTCTAAGCCGAATAGTGTGTTTAAAGAAAAATCTGTAGTCACAGTTATGACCTTATGTGTTTTCTCTTTTGGGCTTTACGTTATTTTTCGTCTGTGGCAATTGACTAATATACTGAACTCAAGAACGGAAAATCATATTTCAAAGGCTTTCACGACAACCGCCATTTCTATTCACTTAATTTCTCTACTTGGTCTCATCTACTACTTTCTTTTCCCTGCACCAGCATCACTATTAATCACTGTTAAACTTTTTCATCTACTGTCGACAATTTTTCATATCGTATGGATTATCAAAGTAAGAAATAAGATAAACAGAATTCATAACGTCTCAAAAGGCCATGCGTTATGGCTAAACCCTTTCCTTAGTAGCTTCTTTCATGTCATTTACTTTCAACACAAAATAAACCAATCTATAGATTCTGAAGCCGCTGGCAAACTCGCGATATAA	MSKPNSVFKEKSVVTVMTLCVFSFGLYVIFRLWQLTNILNSRTENHISKAFTTTAISIHLISLLGLIYYFLFPAPASLLITVKLFHLLSTIFHIVWIIKVRNKINRIHNVSKGHALWLNPFLSSFFHVIYFQHKINQSIDSEAAGKLAI				NA	NA	NA	NA	NA
AK237_03940	1029			hypothetical protein	ATGGATGTAACAAAGAAAAAGTTGGAAGATGCCGCAGCGATAAATTTAATTTCACTGCAGCAAGCAGAAGCTCTCTACGAGTTTTTGGCCACTCACCCACAAGATGTTCCAAGATTTACCTTTACTCATGTCCTCTATTATCTCGGCGGACTTATCGCTATAGGTGCCATGACTCTCTTTATGAATCTTGGCTGGGAATCCTTCGGCGGCGCAGGCATATTTTTTATATCTCTTCTTTATGCTGGTGTAGGTTTTAAATTGTCTAATTCGTTTGCAGCAAAGAGCTTGGCTATTCCAGCCGGTATTTGCTCAACGTTTGTTATTTGTTTAACGCCTTTAGCTATCTATGGCCTGCAGCAATGGCTCGGTGCCTGGCCAGAGGAAAGTATATATAGAGATTACCACAGATATATTAAGTGGCATTGGCTATATATGGAGTTAGGTACGCTAGCAGCGGGAGTCATTGTTGCCTGGAAATACAAGTATCCCTTTTTGATGATGCCAATTGCCGTAACTCTTTGGTACATGTCAATGGACATAACAGCGATGATTTCTGGTGGGGATGTTACATGGGAATTAAGGAAGCTGGTTTCCCTATATTCGGGGCTGTTAATGATATGTCTAGCGTTTTGGGTTGATATTCGCTCACACAAAAAAGCTGACTATGCGTTCTGGGTATATATTTTTGGTGTGATTGCCTTCTGGGGAGGCTTATCTTCTCAACACTCAGATAGCGAACTGTCAAAATTCCTATATTTCTGTATTAATCTATTAATGATAGGTGTTGGCGCGTTATTGGTTCGCAGGGTATTCGTTATTTTTGGTGCCCTCGGGAGCTGTGGTTACCTGGGTTATCTGACATATGACGTTTTTAAAGATAGCTGGTTATTTCCTGTCGCTTTAACAGCGATCGGGCTCGGTATCATCTACCTTGGCGTGCTTTGGCAAAAACATGAAAAAACTATCACTAAAAATTCACGGTCGCTTCTTCCTGCTCCATTAAGAGAGCTACTGGAGGCAAAGTCGTAA	MDVTKKKLEDAAAINLISLQQAEALYEFLATHPQDVPRFTFTHVLYYLGGLIAIGAMTLFMNLGWESFGGAGIFFISLLYAGVGFKLSNSFAAKSLAIPAGICSTFVICLTPLAIYGLQQWLGAWPEESIYRDYHRYIKWHWLYMELGTLAAGVIVAWKYKYPFLMMPIAVTLWYMSMDITAMISGGDVTWELRKLVSLYSGLLMICLAFWVDIRSHKKADYAFWVYIFGVIAFWGGLSSQHSDSELSKFLYFCINLLMIGVGALLVRRVFVIFGALGSCGYLGYLTYDVFKDSWLFPVALTAIGLGIIYLGVLWQKHEKTITKNSRSLLPAPLRELLEAKS				NA	NA	NA	NA	NA
AK237_03941	339			hypothetical protein	ATGGAGTGGTTTTTATTAATTTGCTTTGTTGTTAGCGTAACGTCACTTTATTTTAGTTATGGCTCTAAGCATTATATTCCCGAAAAAGTTTTGGTAGACATGGGAGAGCAAGTGTTCATTTCGCATTTACCCAAGGCCAGGTTAAATAAAAAGTTCGGTAAAACTATCCCCAAGTCTTCTGTTGCTAAAATTCAGTTAGCTGGTAACTATGTCAGTTTTTTCAATGCCAGTGATAATGCTGTTGATATCTGGGTACCGAATGACCGTCTGGCGAAACCCATTTTTGAGTATGCAAGAGAGATTTTCAAAGATGCAGAAGTAGTTGTCATAAACTGCTAG	MEWFLLICFVVSVTSLYFSYGSKHYIPEKVLVDMGEQVFISHLPKARLNKKFGKTIPKSSVAKIQLAGNYVSFFNASDNAVDIWVPNDRLAKPIFEYAREIFKDAEVVVINC				NA	NA	NA	NA	NA
AK237_03942	519			hypothetical protein	GTGAAATATTTAGCGTTTTTTACATTGTTATTCTCACAAACAGCGTTGTCCAACCAGGTTAGTGAAGATGCTGATATTAATGAAGTGTTCTCGACATTCTTTGAATCCATCGAAAATAAAGATAAAGAATCTTTTCTGAATATATTTCATCCTGACAACGTGGCGTGGGTTGGTGTTTACTCTGAAGAAAGTATCAAAATACTCAGATCGCGTTATAACAACAACATATTCAAGCCTAAGGATGTAACCAGTACACCGTCTGAATTTATCGACAATATTATTAAATCTCCATTTCATATTACCGAAACATATCAAAATGTTAGCGTTATCGAAGATAGTAATGTTGCTACTATAACATTCGATTACTCATACTTTCTTGGAGACTTTAAAAGTAACTGGGGTCAAGAATCCTGGCTTCTTGTCAAAACAGATAATGGTTGGAAAATATCAGCTGTTAACTTTTCAATGACTTACACTACCGAGCCATGGCCAAAGCCGCCGAAAGGAAACGTCGAGTGA	MKYLAFFTLLFSQTALSNQVSEDADINEVFSTFFESIENKDKESFLNIFHPDNVAWVGVYSEESIKILRSRYNNNIFKPKDVTSTPSEFIDNIIKSPFHITETYQNVSVIEDSNVATITFDYSYFLGDFKSNWGQESWLLVKTDNGWKISAVNFSMTYTTEPWPKPPKGNVE				NA	NA	NA	NA	NA
AK237_03943	381			hypothetical protein	ATGGAACTTAATCAGGTTACATTGCCAGTAAAAGATATGGACGTTGCTACTGATTTTTATCTAAGACTCGGCTTCACTCAAATCGTAGATACACCCCATTACGCCAGGTTCTCTTGCCCAGATGGGAGTTCGACTTTTTCCTTATCACTCGAACCCGATGATTTTGAAAACAGTGCCGTAATTTACTTCGAACATGAAAAACTAGATGAACTCTGTGCTAAGTTGTCTCAGGAAGGTTTTCAGTTTGAACAATTGCCTACAGAGCAAAGGTATCTGTGGAAAGAGGCAATACTCAAAGATCCATCAGGGAATAAAATCAAACTTTACTGGGCGGGAGAGAACCGTCTAAATCCTCCTTGGAAAGTTGAGAAACGGGTATAA	MELNQVTLPVKDMDVATDFYLRLGFTQIVDTPHYARFSCPDGSSTFSLSLEPDDFENSAVIYFEHEKLDELCAKLSQEGFQFEQLPTEQRYLWKEAILKDPSGNKIKLYWAGENRLNPPWKVEKRV	PGPT0013300_5253	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
AK237_03944	501			hypothetical protein	ATGAAGAAGATACTAACAGTTTTTGCGCTATTGATTCTTACAACCAGCTTCCACTGTTTTCCCTATGCCAATGAAGGCATTGACAATCAAGAGTTGAGACAGGTTGTTGAGGATTTTAGAGTTTCTCTGATTGAAAAAGATGAAGCGAAGTTTGTAGAACTGTTTTACAGCAAATCCATTCCCTGGCTTGGAATCGAAGCGAAGGAAAACAGAGGCTCATTGCCTACTAATAGTGGAATTCAACAAGGCAACCATCTGAGATTTATTGGCTGGATTGTTAGAACTCCAGAACGCATGGAGGAAAAGTTTTGGGATATCCAAATTCAGACTGACGGCCTTATTGCATCCATTAACTTCAAATACAGTTTTCACGAGGGTAGTTATAAGTCAAACTGGGGCGAGGAGTACTGGCAATTAATAAAAACCGAAAGTGGCTGGAAAATTAATTCAATAATTTATTCAGTTATAAATAACCCAAAGCCACGAGACGTGCAGAAATAA	MKKILTVFALLILTTSFHCFPYANEGIDNQELRQVVEDFRVSLIEKDEAKFVELFYSKSIPWLGIEAKENRGSLPTNSGIQQGNHLRFIGWIVRTPERMEEKFWDIQIQTDGLIASINFKYSFHEGSYKSNWGEEYWQLIKTESGWKINSIIYSVINNPKPRDVQK				NA	NA	NA	NA	NA
AK237_03945	705			hypothetical protein	ATGTTTAAACTTTTATCATCTCTCTTTTTAATTATTCCTATGTCGTGCGTGTCAGCACAAAGTAGCGAAACTTCAGTCTCTTTGCATGAAAACACCGTAATTTACAACGGTAAGTTATCGTCAACAGCAAATCAGAAACTTCTTTCCCTTCTGAAAAGTGGAGAGAATAAAATTGAATGGCTATCCATAACTTCTCAGGGTGGCGAAATTAACCATGGTATGGAACTAGGTGATATTGTTTATGACTATGATTTGAAGGTTGAGGTAAATGATTATTGTCTTTCGTCATGCGCCAACTACGTTTTTTCTGCAGCAAACCATCACAGGATATCGAACCACGCAGTTATTGGATTCCACGGCGGTACTAGCGGAATGGAGAAGGAAATAAAATCGTTTATTGAGACTCTTCCGGAAAATGAGCAGGAATCAACAAAGCTGAACTTCGAAAAATATATGAAGTCAGCCATTATTCGCGAGCGAAAATTCTTCGAAAAAATTGGTGTGGATCAGCAAATAACAACTCTTGGACAATCTCCCTTATATGCTGAGTTTGAAGAGAAAGAGGACTTTGTCGGCTGGTACTATTCGCTTGAAGGGCTTGCTGCGCTTGGAGTATCTCACATTGAGGTAGTTAATCCTCCTTGGGTATATCAAGATTTAAGTGAAAAAACTAAATTTTTCGAAGTCAGAGTAGGCGACATTTAA	MFKLLSSLFLIIPMSCVSAQSSETSVSLHENTVIYNGKLSSTANQKLLSLLKSGENKIEWLSITSQGGEINHGMELGDIVYDYDLKVEVNDYCLSSCANYVFSAANHHRISNHAVIGFHGGTSGMEKEIKSFIETLPENEQESTKLNFEKYMKSAIIRERKFFEKIGVDQQITTLGQSPLYAEFEEKEDFVGWYYSLEGLAALGVSHIEVVNPPWVYQDLSEKTKFFEVRVGDI				NA	NA	NA	NA	NA
AK237_03946	165			hypothetical protein	ATGGAAATTAAATATGCTGTAAATCGCGTTATTACGCCAGAGCAGTTTGTTGAATTACTGAATCAGACAACGCTAGGTGCGAGACGCCCGACAGAAGATCTCGAATGTATCAGCCCCGCAAGCAAGCGACTACTACCCAAAAATCGGTTTCAAGCAACACAATAG	MEIKYAVNRVITPEQFVELLNQTTLGARRPTEDLECISPASKRLLPKNRFQATQ				NA	NA	NA	NA	NA
AK237_03947	813			hypothetical protein	ATGCGCATATCTTATTTTAGCCTGACGTCCGTTACCGCTTTATTCTTGCTATCCTTCAGCTGTGCGGCTTCTTTCATGAAATTCAGCTTTACCGGGGTGATTACGGATGTGACCAATAACCAGCAGACATACTGGGACGCTGAATCGCTTAACGGCGCTTCCGTGCAGGGTGAGTTTTTGATGGACACCTCATCCCCAATTGGCGGCAGGCTCGAAACCCGGTGGTACTGGTGGTGGGTGAACGATAATTCCCCCCCCGTGTTAACCTCTCAGATAAGCTTTGGTACAAATACATACCGTTTAAATAACGAAGGAGCCTATATCGAAGAGTCGGGAATGTACGTGCCTGAGGAGTATATTTCTATGACAAACGGGCCGGATTATGACGGTGGTCGGGTTGGCGATGGCCAGCAACTTACTGATTACGCCAGATTTAGTGAAATCACAGATGACGGAGAGTTATTCTCCTTCATGCGCCTGGACTACTCTTTCACAGACTACGTTCGCGACTTCCTCGAATTTTCAGACGAAACCTTGAGTCCTAACGAAGTCCCGCCTGACTTCGAGCAACTATTTCGTTGGGAAGATTCAGATTTAAACGACGACACGGCCCAAACTGGTGATGGTAGCCTGCGCTTTTATCAGTCATTTTACAGCCCTGATACTGGAAGAAATACCCTGTTCGATTCGACCGTAAGTTTTGCTCTGACATCAGTTCAGGCAACCCAGGTTCCAACGCCGCCAACCATTTTTCTTTTTGCCTTGGGAGCATCACTTCTGTTTTGGCGACGTCAACGATTTGAGGTTGAATAA	MRISYFSLTSVTALFLLSFSCAASFMKFSFTGVITDVTNNQQTYWDAESLNGASVQGEFLMDTSSPIGGRLETRWYWWWVNDNSPPVLTSQISFGTNTYRLNNEGAYIEESGMYVPEEYISMTNGPDYDGGRVGDGQQLTDYARFSEITDDGELFSFMRLDYSFTDYVRDFLEFSDETLSPNEVPPDFEQLFRWEDSDLNDDTAQTGDGSLRFYQSFYSPDTGRNTLFDSTVSFALTSVQATQVPTPPTIFLFALGASLLFWRRQRFEVE				NA	NA	NA	NA	NA
AK237_03948	618	rhtB_3	COG1280	Homoserine/homoserine lactone efflux protein	ATGCTAACCATAGAATTTTTGATCACGTCGCTCGTTGTGGTGCTAATTCCCGGTACGGGCGTGCTCTACACCGTTGCCACAGGCATATTCTCTGGCAAACGAGCCAGCCTCGCCGCAGCATTTGGTTGCACCTTAGGAATCATCCCAGCTCTTCTGGCCAGTAGCTTCGGCTTAGCCGCCATCTTCCATACTAGCGCCCTCGCCTTTCAGATAGTTAAATATGTCGGAGCGGTATATCTGCTTTATCTGGCATGGCAGATGTGGCGTGCGTCTTCGCCATTGAGTCTATCTAATGAGACGCCTCAAGCCAGCTACTCAAGCTTTATCCTCAAGGGCTTTTTACTCAATATTTTAAACCCCAAACTTTCTATTTTCTTTCTCGCTTTTCTGCCGCAATTTCTGCCAGCACAAGCCGAAAGTGCACTAACGAGTATGCTATTTTTGGGGGCTGTTTTTATGCTAATGACGTTTGCCGTGTTTATTCTTTACGGACTGTTGTCAGGCTTGTTTAGTGCCTACATTGTGAAATCAGAAAAGATAAGTATGACAATTCAAAAACTCTTTGCGACGAGTTTTGCGGCGCTTGGTCTTAAATTAGCATTGAGTGAGAGGATCTAA	MLTIEFLITSLVVVLIPGTGVLYTVATGIFSGKRASLAAAFGCTLGIIPALLASSFGLAAIFHTSALAFQIVKYVGAVYLLYLAWQMWRASSPLSLSNETPQASYSSFILKGFLLNILNPKLSIFFLAFLPQFLPAQAESALTSMLFLGAVFMLMTFAVFILYGLLSGLFSAYIVKSEKISMTIQKLFATSFAALGLKLALSERI	PGPT0021036_1102	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-QUORUM_SENSING_RELATED_GENES	CE-QSR-PUTATIVE_TRANSPORTER,PGPT0021036-rhtB-K05834	NA	NA
AK237_03949	684			hypothetical protein	ATGTCGTATTCGTTTAAACGACTTTTTCAGGTTCTTGTGCTTGGTGTGTTTTCTGCCTGTTCTGTTATGGCGCAAGAGGATAACGTTGTAGCGGTACTGTTAGGAGAGCCCATTACTGAGTCATCTGTTTCGCCAACAGAAATTCAACTAAACGCGTTTGCTCGCACCTTAGGAGTATCGCGCGAAATGGCCATGGCACAATTTCAACAATCACGTTTAACAGAAAAAATTGTTGATGGCGTGCTTGCAGACTACGCGAAGCAAAAAAATATCAAAGCAGATCCTGAGCTTGTGAAACGATTCGTTGAAGTGTTCAAAGAGAGTTTAGAAAATACGCCGCCTCCACCACCTCCGCCGGAAACTGAGGAAGATAAAGAGCTGGCGTCTGCCTTTGAAGCGCCGCCAAAGCGCTCTGCAGAGGAAATCGCTACCGAGCAGGTAAAACACTGGCAGGTAGAGAAAACGATGTACAACGAGTTTGGTGGAGCGGTTGTGTTTCGCTCGAACACCCCACAATATCCCGTTGGTGCGTATAATAAATTGCTTAAACAATATCAGTCAGAGGGTAAGCTAGACATCAAAGCGGGAACGTTTGCCGGTGTTTTCTGGAGAAGCTTTGCTCCGCCCTACACTGCGGAAATTGATCCCAAATATGTCGATTTCAGCCATCCCTGGTGGTATTGA	MSYSFKRLFQVLVLGVFSACSVMAQEDNVVAVLLGEPITESSVSPTEIQLNAFARTLGVSREMAMAQFQQSRLTEKIVDGVLADYAKQKNIKADPELVKRFVEVFKESLENTPPPPPPPETEEDKELASAFEAPPKRSAEEIATEQVKHWQVEKTMYNEFGGAVVFRSNTPQYPVGAYNKLLKQYQSEGKLDIKAGTFAGVFWRSFAPPYTAEIDPKYVDFSHPWWY				NA	NA	NA	NA	NA
AK237_03950	210	cspA	COG1278	Cold shock-like protein CspA	ATGTCTAAAGTTACAGGCACCGTTAAATGGTTTAACGCAGATAAAGGTTATGGATTCCTGACTCAGGATAGCGGCGATAAAGATGTATTCGTACATTTCCGTGCTATCGTTTCTGAAGGGTACAAAACCCTGAACGAAGGTCAGCGAGTTGAGTTCGAAGTCGAGCAAGGTCAAAAAGGCCTGCAGGCTGCCAACGTCAATGCTATCTGA	MSKVTGTVKWFNADKGYGFLTQDSGDKDVFVHFRAIVSEGYKTLNEGQRVEFEVEQGQKGLQAANVNAI	PGPT0014675_4249	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	LOW_TEMPERATURE_TOLERANCE	COLD_SHOCK_PROTEINS,PGPT0014675-cspA-K03704	NA	NA
AK237_03951	1641	ubiB_2	COG0661	putative protein kinase UbiB	ATGCGTATTGGTCGTCTGTACTTCATCAATAAGATTCTCCTTCAACATGGTCTGGATGAATTAATCCCGTCTCGCTGGTTGCCATGGTACGCCCGTTTAGCAAGAAAACTCATTTTCTGGATTGGTAACGAGCATAAAGATAAAACAGCGGGTGAGCGCATAACTCTTGCGCTGCAAGCGCTTGGGCCGGTTTTCATTAAGTTCGGGCAAATGCTATCTACAAGAAGGGATTTGCTGCCTCCTGCTATCGCAAATGAACTTGCTAGACTACAAGATAAGGTTGCGCCGTTTTCCAGCGAGGCTGCCACAGCCATTGTGCTAAAAAGTCTCAATATTCCTCAGCTTGACCTTGTGTTTAGTCAGTTCGATGAGCAGCCTTTGGCCTCGGCGTCCATCGCGCAGGTGCATGCAGCAGTGTTAAAACACAACGGAAAGGATGTGGTGGTCAAAGTGCTGCGTCCCGGCATTCGCAAAACCATCGACGCAGACATGGAGCTAATGTACACCTTGGCTGGTGTGCTGCAGAAATGGTTGCCAGATGGCAAGCGTTTGCGTCCTGTCGAAGTGGTCACCGAATATCAGAAGACCCTGGTAGATGAACTCGATTTAATGCGTGAGTCGGCCAATGGCATACAACTTCGCAGAAATTTTGAGGGTTCGGATAGCCTGTACGTGCCAGAAATGTATGGTGATTTTTGTCGTCACGACGTGTTAGTCATGGAGCGAATTTACGGTATTCCTATTTCCAATATCGATGCATTGTTAGCACAGAATACCAACATGAAAAAGCTCGCAGAGCGGGGTGTGGAAGTGTTCTTCACACAGGTGTTCCGGGACAGTTTTTTCCATGCAGATATGCACCCGGGCAACATTTTCGTTTCCACGGCGCACCCGGATAACCCTCAATACATCGCCATTGATTTTGGCATCGTGGGAACGCTTAACAGAGAAGATAAGCGTTATTTGGCCGAGAACTTTATCGCCTTCTTCAATCGGGATTATCGTAAGGTGGCTCAACTTCATGCTGATTCTGGTTGGGTACCCGCGGACACGAATATCGACGAATTTGAAATGGCCATCCGTACTGTGTGTGAGCCGATATTCCAAAAGCCATTAGCAGAAATTTCCTTCGGCAACGTGCTGTTGCAACTTTTTAATACCGCCAGACGGTTTAATATGGTTGTACAGCCGCAGCTGGTATTGCTTCAAAAAACGTTGCTTTATATCGAAGGGCTGGGGCGTCAGTTGTACCCGCAATTAGATTTATGGCAAACCGCAAAGCCGTTTCTTGAAAACTGGATGAAAGACCAGATAGGCGTGCGGGCTATGTTATCGAAGGTAAAAGATAATTTGCCTTTCTGGTCTGAAAAGTTGCCTGAAATGCCCGATTTACTCTACGACAGCCTGAAGCACGTGAAGGGCATGCCGTTGCAAATTTCCCGCAGTCATCATGAGCTGGCGCGCTTACAATTAGAAAGTGCAAAAGCAAATCATTGGGTTGTGGTGGGCTCTACGTTCATAATTGTAGGCGCTATTTTACCTTTGTATGTTCACCACTGGTCAATTGCTGCCCTGAGTGGTGTCGTGGGCGTGGGTTGTTGGATTCAGGGTTGGCGGCATAGCCATCCTAAATCCTCTTAG	MRIGRLYFINKILLQHGLDELIPSRWLPWYARLARKLIFWIGNEHKDKTAGERITLALQALGPVFIKFGQMLSTRRDLLPPAIANELARLQDKVAPFSSEAATAIVLKSLNIPQLDLVFSQFDEQPLASASIAQVHAAVLKHNGKDVVVKVLRPGIRKTIDADMELMYTLAGVLQKWLPDGKRLRPVEVVTEYQKTLVDELDLMRESANGIQLRRNFEGSDSLYVPEMYGDFCRHDVLVMERIYGIPISNIDALLAQNTNMKKLAERGVEVFFTQVFRDSFFHADMHPGNIFVSTAHPDNPQYIAIDFGIVGTLNREDKRYLAENFIAFFNRDYRKVAQLHADSGWVPADTNIDEFEMAIRTVCEPIFQKPLAEISFGNVLLQLFNTARRFNMVVQPQLVLLQKTLLYIEGLGRQLYPQLDLWQTAKPFLENWMKDQIGVRAMLSKVKDNLPFWSEKLPEMPDLLYDSLKHVKGMPLQISRSHHELARLQLESAKANHWVVVGSTFIIVGAILPLYVHHWSIAALSGVVGVGCWIQGWRHSHPKSS	PGPT0009520_1561	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-UBIQUINONE|COENZYME_Q_PATHWAY,PGPT0009520-ubiB|aarF-K03688	NA	NA
AK237_03952	654	ubiJ	COG3165	Ubiquinone biosynthesis accessory factor UbiJ	ATGCCTGCCATTGCGTTGGTGACTGCGTCTATCGAAGGGGCGCTAAACCGGGTTCTGAAGCTGGATGAAGCCAGTCAGGCTCGTTTGAAACCGTTAAATGGTAAGCGTTTAACTGTTTTTATTACCGATACACCAATAGCATTAACACTGGTGTTTTCCAATAGGGTCGATGTGCTTGGTGAAAATCGACCTTTTGACGAAGCTGTAGCACAGCTCGATAATCACACGTGCTGTATTCAAACCCGGCTTGATGTGCTGCCCACGCTTAAACAAAGCAGTAAAATCACCAGCCTTATTCAGGAAGGAAAGCTGTCTGTTGAAGGTGAACTGAATATTGCGCAGCAGGCCAGTGCGCTGTTCCAGCAGCTGGATATCGATTGGGAAGAACACGCTTCCGGGTATATCGGTGATGTGGCAGCGCATTCGGTATTTAGCCTTCTCGATAAAGCGAAGCGTTCGGCTCAGCGGGTGGTAGCAAACGCCAAAGCGGGGTTGAGCAACGCGTTAACTGAAGAAAAAGATATCGCGGTTCCACGCATTGCCGTGACACACTATGCTGATCAAGTGGCAGATTTAAGAGATGATGTCGCGCGCTTAGAGGCGCGGCTGGTTCAATTGGAACAACGTCCACTTTCTTCTACTGATAAAGCCTGA	MPAIALVTASIEGALNRVLKLDEASQARLKPLNGKRLTVFITDTPIALTLVFSNRVDVLGENRPFDEAVAQLDNHTCCIQTRLDVLPTLKQSSKITSLIQEGKLSVEGELNIAQQASALFQQLDIDWEEHASGYIGDVAAHSVFSLLDKAKRSAQRVVANAKAGLSNALTEEKDIAVPRIAVTHYADQVADLRDDVARLEARLVQLEQRPLSSTDKA	PGPT0009560_218	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-UBIQUINONE|COENZYME_Q_PATHWAY,PGPT0009560-ubiJ|yigP-K03690	NA	NA
AK237_03953	783	ubiE	COG2226	Ubiquinone/menaquinone biosynthesis C-methyltransferase UbiE	ATGAGCGATAATTCGGCGACCCCAACACCATCGACAACTGAATCTGCCACTACTCACTTCGGCTATAAGCAAGTAGACAAAGCACAAAAAGCGTCGCTTGTTGCCAATGTGTTTGATTCGGTGGCAGCCAAATATGATGTGATGAACGATTTAATGTCGCTGGGCATACATCGTTTATGGAAACGTCATGCCATTGATTGTTCAGGTGTGCGTGCCGGTCATAAAGTGTTGGATATTGCTGGTGGTACCGGCGATTTAACTGCAAAATTTTCTCGCCTTGTAGGGCCTTCCGGACAAGTTACGCTTGCAGATATTAACTTATCAATGCTGAAAGTTGGCCGAGACAAATTGCGTGACCGCGGGCTGGTAAGCAATATTGATTACGTACAAGCGGACGCAGAAGCGTTGCCATTTCCTGATAACACCTTTGATGTGGTCACCATGGCGTTTGGTTTACGGAATGTGACAGAGAAACAGAACGCGTTAAATTCTATTTTTCGTGTATTAAAACCTGGTGGTCGTTTACTGGTATTGGAATTTTCTAAACCTACCACCGAGCAGTTAAGTAAGCTCTACGATATGTATTCATTTCATATCCTGCCCAAAATGGGACAGCTTGTCGCCAACGATGCGGAAAGCTATCAATATCTTGCCGAGAGTATTCGCATGCACCCCGATCAAGACACGCTGAAAGGGATGTTCGAGCAAGCTGGCTTTGAGCAATGCGACTACCAAAATCTCACTGGTGGTATCGTGGCACTGCACCGGGGATTTAAGTTTTAA	MSDNSATPTPSTTESATTHFGYKQVDKAQKASLVANVFDSVAAKYDVMNDLMSLGIHRLWKRHAIDCSGVRAGHKVLDIAGGTGDLTAKFSRLVGPSGQVTLADINLSMLKVGRDKLRDRGLVSNIDYVQADAEALPFPDNTFDVVTMAFGLRNVTEKQNALNSIFRVLKPGGRLLVLEFSKPTTEQLSKLYDMYSFHILPKMGQLVANDAESYQYLAESIRMHPDQDTLKGMFEQAGFEQCDYQNLTGGIVALHRGFKF	PGPT0009535_348	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-UBIQUINONE|COENZYME_Q_PATHWAY,PGPT0009535-ubiE-K03183	NA	NA
AK237_03954	696			hypothetical protein	ATGGCTGTGGAACCGTTCTCAGAAATTCAAAAACGGGCGGCACAGAGAAAGGGCGGCGCTGCCGCCCTTTCTCATTTAGTCAGCCAGCCTCTGGCAGCAAAAGATGTCGCAGCCATCCCGGATGATCGCTTTCTAGCGGCTATGACAAAAAAAGTGTTTCAGTCAGGATTTGTTTGGCGGGTCATCGAAGCCAAATGGCCTGATTTTGAAACGGTGTTCTTCGGGTTTGATATAGAAAAAGTGCTATTGATGCCTGATGAAATGTTAGAGCAAAAAGCCACAGACAAACGCATCGTACGTAATTATAAAAAAGTCATGACCGTGCGAGACAACGCCATGATGATTCAGGACATTAAGCATCATCATAATTGTTTTGGTGAATTTGTCGCGAGTTTCGAACCCGAGCGCATTACCGAACTGTGGTTGTATCTTAAAAAGCATGGCGCACGGCTGGGGGGAAATACCGGCCCTTATACCCTGCGGGCGTTAGGTGTCGATACCTTCTTGTTTTCCCGTGACATTGAAGACTATTTGCGCAAGCACGATGTTATTGATGGCTCGCTTACCAGTCAAAAAACGCTAAAAGCGGCCAATGCATGTTTTGCAAACTGGCAGCAAGAGAGCGGTTTGTCGCTACAGGAAATCAGCCAGACCCTGTCGTTAAGCTGGGGGCCTAACAACAATCAATTGCAATAA	MAVEPFSEIQKRAAQRKGGAAALSHLVSQPLAAKDVAAIPDDRFLAAMTKKVFQSGFVWRVIEAKWPDFETVFFGFDIEKVLLMPDEMLEQKATDKRIVRNYKKVMTVRDNAMMIQDIKHHHNCFGEFVASFEPERITELWLYLKKHGARLGGNTGPYTLRALGVDTFLFSRDIEDYLRKHDVIDGSLTSQKTLKAANACFANWQQESGLSLQEISQTLSLSWGPNNNQLQ				NA	NA	NA	NA	NA
AK237_03955	2037	prlC	COG0339	Oligopeptidase A	ATGACCACCACTGCTATCGAGCAAGTTGACGGGCTGCCGCTCTTTTCAGGTATTGTACCGGAAGACATCAAACCCGCGATTGAAAAAGCCATCGCCCACTGCAAAGCTACTATCGACGAGGTAGTGGAAAGTCGTGACTTCAGCTATGCCAATGTTGTTGCAAAAATTGAAGAGGCAGATGACAGGCTGGGTAAAATGTGGTCACCGGTTTCGCACATGAATTCGGTGGTGAGCAGTGACGAGCTGCGCGAGGCGCATGACGCCTGTCTACCGCTGCTATCTGAATACGGCACATGGGTTGGCCAGCACGAAGGCTTATACAATGCTTACAAAGCGCTTAAAGAGAGCGATGAATTTGCGAGTTTAGATGAACAACGCAAAAAGTACATTGATAACACAATTCGTGATTTCACGCTGTCAGGGGTGGCATTACCTGCAACAGAGAAAAAGCGCTTTGCTGACATTAAAGGCAGGCTCAGCGAGCTTTCTTCCACCTTCAGTAATAACGTGATGGACGCCACCATGGGGTGGTCGAAACATGTCACGGATGAGGCCGAGCTGGCGGGCTTGCCTGAGTCTGCTTTAGCCGCTGCCGAGCAGGCGGCACATCAAAAAGATTTGCAAGGCTGGTTGTTCACACTGGATATTCCATCGTACTTACCCGTCATGATGTATGCCGATAATGCGGCATTACGGGAAGAGATGTATCGAGCTTACACCACTCGCGCGTCTGAGCAAGGGCCCACGGGAGGCAAATGGGATAATACTGCTATTATTCAGGAGACCTTGTCGCTACGAACAGAAATTGCCAAATTGCTCGGGTTTAACAGCTACGCAGAGCGATCGTTGGCAACTAAAATGGCGCAATCGACTGAACAAGTGACAGGATTTTTAGAAGACTTAGCAGCCAAATCACGCCCTCAGGCCCAGCAGGAATTGGAAGAGGTCAAAGCCTTTGCTGAGTCTCGCTTTGGTGTAACGGCGCTTAATGCGTGGGACTTACCTTATTACAGCGAAAAGCTGAAGCAGGAAAAATACACTATTTCGGATGAAATGCTACGACCTTACTTTCCTGAGGACAAAGTGCTTCACGGCTTATTCCGTGTTGTTCACCAACTTTATGGTTTAACCATTATCGAACAGCCTGGTGTCGATGTGTGGCACGATGATGTGCGTTATTTCACCATCACCGACGATGCTGACGTCATGCGCGGCAGTTTCTACCTCGATTTATACGCCCGCGCGAAAAAGCGTGGCGGCGCGTGGATGGACGAATGCAGGGTACGCCGGGTGCAAGAAGACGGCGAACTTCAACTGCCGGTGGCTTATCTCACGTGTAATTTTAACGGGCCAGTGGGCGGTAAACCGGCGCTGTTTACTCACGACGAAGTGGTTACGCTGTTCCATGAATTTGGTCATGGCATCCATCACATGCTGACAAAAATGTCTGTAGCGGGTGTGTCGGGCATTAATGGCGTGCCGTGGGACGCTGTTGAGTTACCCAGTCAGTTTTTAGAAAACTGGTGCTGGGAAGAAGAAGCGTTAACTTTTATTTCCGGTCACTATGAAACCGGTGAACCATTGCCTGATGAACTGCTGGATAAAATGCTGGCGGCAAGAGACTACCATTCAGCAATGCAAATGGTTCGTCAGCTGGAATTTAGCCTGTTTGACTTTAAGATCCACCAGCAAGAGGGTGCTGATGTTGATGTGCAAGGGGTACTGGATAGCGTGCGTGAGCAGGTAGCCGTGGTTACGCCGCCTTCGTTCAACCGTTTCCAACACAGCTTTGGGCATATTTTTGCCGGTGGTTATGCTGCGGGATATTACAGCTACAAATGGGCAGAAGTGTTATCTGCTGATGCCTTTAGCAAGTTTGAAGAAGACGGCATTTTCAACCGTGAAACGGGCAAAGCTTTCTTAGAGAACATCCTTGAGATGGGCGGCAGTAAAGAGCCTATGGATCTATTTGTTGCTTTTAGAGGACGAGAACCAAAAGTGGATGCACTGCTGCGTCATTCGGGGATCAGAACCTAA	MTTTAIEQVDGLPLFSGIVPEDIKPAIEKAIAHCKATIDEVVESRDFSYANVVAKIEEADDRLGKMWSPVSHMNSVVSSDELREAHDACLPLLSEYGTWVGQHEGLYNAYKALKESDEFASLDEQRKKYIDNTIRDFTLSGVALPATEKKRFADIKGRLSELSSTFSNNVMDATMGWSKHVTDEAELAGLPESALAAAEQAAHQKDLQGWLFTLDIPSYLPVMMYADNAALREEMYRAYTTRASEQGPTGGKWDNTAIIQETLSLRTEIAKLLGFNSYAERSLATKMAQSTEQVTGFLEDLAAKSRPQAQQELEEVKAFAESRFGVTALNAWDLPYYSEKLKQEKYTISDEMLRPYFPEDKVLHGLFRVVHQLYGLTIIEQPGVDVWHDDVRYFTITDDADVMRGSFYLDLYARAKKRGGAWMDECRVRRVQEDGELQLPVAYLTCNFNGPVGGKPALFTHDEVVTLFHEFGHGIHHMLTKMSVAGVSGINGVPWDAVELPSQFLENWCWEEEALTFISGHYETGEPLPDELLDKMLAARDYHSAMQMVRQLEFSLFDFKIHQQEGADVDVQGVLDSVREQVAVVTPPSFNRFQHSFGHIFAGGYAAGYYSYKWAEVLSADAFSKFEEDGIFNRETGKAFLENILEMGGSKEPMDLFVAFRGREPKVDALLRHSGIRT	PGPT0020985_1734	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_DEPENDENT_PATHWAYS	PLANT_DERIVED_PEPTIDE_METABOLISM,PGPT0020985-prlC-K01414	NA	NA
AK237_03956	1701	rcsC_17		Sensor histidine kinase RcsC	GTGTCGAGTGCTGCTGTAACAAGATTAAATAAACTTGAGCTTCTTGTTGTTGATGACGAACCTGCCGTGTTGAGTTCAATCAAGCGGGCAATTCGTCCATCAGGTTATGTTGTGCATACTGCCCATGACGGTAAAGAGGCAATGAAAGTACTGGCAAATAACAACATCGCTGTTGTGCTTACCGATCACCGAATGCCCGGTATGACAGGCGCTGAGTTATTAAAATATATTAATCAGTTCTACCCGCAGACTATTACCTTAATGCTAAGTGGTGAAAGTGACTTTGATATGGCTGTCGGCCTTTTAAATAACGGGCTGGCGAACAAGTACCTCACGAAACCCTGGAATGCTGGTCAATTGGTAAATGAAATCGATCAGGCGTTTGAGTTTTTTAAAGGGCGTAGAAATCACGGGTGGCTACGCAGGATAGAAGAGCTCAGTGCACAAGTCGACGACATGTCAGGTTCGCAAAACTATGACACGAACGTCGTCAGTATTGATGCAAATGCTGCGCTTATAGCGGTGAAACTCGTGAACATGGACGATGTATCTTACAGTCACGGCGAAAAAACCATGGCGGCACTTATCAAAGAGGTGGGACGATTAATTAACGACGCGGTCGATGGCGCTTGCAATGTGAAGTGCGACGAGTTTGGATTATTCTCATTTCAGCTTCGTGAAACCAGCGAGGAAGAACTGCAAAGCTGGTGTGCAATGTTGCGCAGAAAGTTGCAGCGAACTTACAGCCTTAATAAGCGCGCAGTGTATTGCCAGGTAGGCGTGGGCTTTCGCGTTTTGGGTAAATCGCCGGTGGACTACAGCACGTTAATTAAAAACCTCGAACTTACTATTTTGCGTGAGATGCACTCAAGTCACGTGTCTAATTTAGATGACGGTACCATTGAAAAATATCAGCGCCAGCAATTTATTCGAGCCGACGTGCAAAATGGTTTGGAGAACAACCAGTTTAAGTTAGCGTTTCAGCCGAAGGTGACCCTGCGTAACGGCTTGGTAGAAGGGGCCGAAGTGCTTTTACGATGGCAGCACCATCATCTTGGCTGGGTACCGCCTGCGGAATTTGTGCGTCTTGCCGAACTTGACGGACAAATTGAAGCAATTGGTGAATGGGTTTTACGACAAAGTGTGCGGTCTGCTTCAGAGTTGATGCGATTTAGCCCTGATATCAAGCGTATCTCGATGAATGTCTCTGCAAAACAGCTACAGAATCATCGCATTGTACAAATTTTAAAAGATGAAATTGAATTGTACTCGGTAGACCCAGCGTGTTTAGAGCTTGAGATTACCGAAACTGCCATTGCCACCAACTGCGACTTTGTAAACAGTTTACTGTGGCAACTTAAGTTACTCGGTGTGAAAATTGCCATCGATGATTTCGGTGCCGGATTTACGTCTATGTCTTATCTGGCCAAATTACCTGTCGATGTATTGAAACTGGATAAATCGCTGGTGGACAATATTGACTACGAGATGAATAAACGCGAACTGGTCAAAAGTTTAATTGAAACGTGCAAACGTTTGAACATCGAAACTATCGCCGAAGGTGTAGAAACCGAAGCGGTGCTGCGGGTACTTCAAGCTATTGGCTGCGAGCAGGTTCAGGGATTTTACTTCAGCAAAGCCGTTCCCCGCAATGAACTGGAGAAAATGGTGATCCAGCAACCTTTCATGTCATTGATGTGA	MSSAAVTRLNKLELLVVDDEPAVLSSIKRAIRPSGYVVHTAHDGKEAMKVLANNNIAVVLTDHRMPGMTGAELLKYINQFYPQTITLMLSGESDFDMAVGLLNNGLANKYLTKPWNAGQLVNEIDQAFEFFKGRRNHGWLRRIEELSAQVDDMSGSQNYDTNVVSIDANAALIAVKLVNMDDVSYSHGEKTMAALIKEVGRLINDAVDGACNVKCDEFGLFSFQLRETSEEELQSWCAMLRRKLQRTYSLNKRAVYCQVGVGFRVLGKSPVDYSTLIKNLELTILREMHSSHVSNLDDGTIEKYQRQQFIRADVQNGLENNQFKLAFQPKVTLRNGLVEGAEVLLRWQHHHLGWVPPAEFVRLAELDGQIEAIGEWVLRQSVRSASELMRFSPDIKRISMNVSAKQLQNHRIVQILKDEIELYSVDPACLELEITETAIATNCDFVNSLLWQLKLLGVKIAIDDFGAGFTSMSYLAKLPVDVLKLDKSLVDNIDYEMNKRELVKSLIETCKRLNIETIAEGVETEAVLRVLQAIGCEQVQGFYFSKAVPRNELEKMVIQQPFMSLM	PGPT0026180_87	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-RUGOSE_PHENOTYPE	CE-BACTERIAL_FITNESS-RUGOSE_SWITCHING_MOTILITY,PGPT0026180-rocS-K20965	NA	NA
AK237_03957	561	rssB_4		Regulator of RpoS	ATGAAGACGCTAACGTCTGGGGAGATCGCATCCTATTGCGATGTTAATCTTCGAACTGTCATTCGATGGATCGAAAGTGGCAAACTAAAAGGTTTCAAACTTCCGGGCAGAGGTAATAATCGCGTTCTGGTCGATGACTTCATCGAATTTCTGGAACGCCACAACATGCCAGTCCCTTCACAATTACAAGGCGACGCGACACCCGGTATTCTAATTGTAGATGACGAATTGCCTGTCGCAAAATCTATTCAGCGTGTTGCCCGTAGAGCCGGCTATGACACCATGATTGCAACAGGGGGATTTCAGGCAGGCGTTATGCTCAGTCAACATAACCCACGATTGATGACACTGGATTTAAGCATGCCGGGAATGGATGGCTACAGTGTTATTCAGTTTACCCGTGAGCAAGCCCGCTATAAACGCCTCAAAATTATTGTTATTTCTGCACTGGACGACAACAGTCTGGAGCGCGCCTTAGATCTGGGCGCAGACGCTGTGCTGTCCAAGCCCTTTTCAAATCACGATCTTACTGAACTATTGGATAAATTCATGACAGCCTGA	MKTLTSGEIASYCDVNLRTVIRWIESGKLKGFKLPGRGNNRVLVDDFIEFLERHNMPVPSQLQGDATPGILIVDDELPVAKSIQRVARRAGYDTMIATGGFQAGVMLSQHNPRLMTLDLSMPGMDGYSVIQFTREQARYKRLKIIVISALDDNSLERALDLGADAVLSKPFSNHDLTELLDKFMTA	PGPT0013765_971	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	HIGH_TEMPERATURE_TOLERANCE	HIGH_TEMPERATUR_REGULATION,PGPT0013765-vicR|walR|yycF|micA-K07668	NA	NA
AK237_03958	366			hypothetical protein	ATGATAAAACACAAGTTAATTTGGCAAACACCGCTTTGGAGCGCCATCGTTTTTGTGCTTATGACCTGTGCGGTACTTGCCGATGAAGCACAAACTCAATCATTACGCGATCAGCCACCGTGGGTTTTATCTCTTGTTTTCAAAACAAAATTACAACAATCAGAAAAAACCGACTATTTTTATGGAAGTTGGCAGAATTCTGGGATCAGTATGGCAGTCGTTAACGTGAAAGCGCATTTACTCGCACACAATCTGACGATTGATGCGTTAACCAATAACTCGTGGGGTCTGGAGTATCAGGCTTTGATGCGCAAACCTGTTGCACTTACACCGAGGCATCCAAAGACTCTGGGTAGCGTGAGCTAG	MIKHKLIWQTPLWSAIVFVLMTCAVLADEAQTQSLRDQPPWVLSLVFKTKLQQSEKTDYFYGSWQNSGISMAVVNVKAHLLAHNLTIDALTNNSWGLEYQALMRKPVALTPRHPKTLGSVS				NA	NA	NA	NA	NA
AK237_03959	939	zraS		Sensor protein ZraS	ATGACTATCAAAGACGACAGTAACAACACTGAATCGTTGCGCTTAGCGTTAGAACAAAAGCAACGGCTGGTCGATAGCCTGCGTAAAGATCTTCAGGAAGCTCAGCGACAGCTACTGCAAGCAGAAAAAATGGCTTCTGTAGGTCAGCTTGCAGCGGGCGTTGCGCATGAAATTAATAATCCTGTCGGCTTTGTATCCAGTAATTTGTCTACCCTTGTCGATTACGTAAATGCGTATCAGGAAGTCATGGTAAAAGTGCTGCACTGTGCCAAGGGCAGTGACGGTTCATCTGAGAGCATTAAGGAAAAGTTACTCGCAGCCGTTGAAGAACATGATATCGAATTTATTAGTGAAGATATTTTATCGTTAGTAGACGAATCTGCAGAAGGCTTAGCGCGCGTTAGCGAAATCGTGCGTGGATTGCGCTTATTTAGTCGCATCGATTCAGATGACAGGCAATGGTTCGATATTAACCAATGCATGCGCACCACCTTAAGTATGGTAAACAACAAGTTGAAGTATATTTGTCAACAGGAGTTGCGCTTAGAAGCGGTTCCCAAGGTGTACATCAACGTGGGTAAAATTACGCAAATTTTTACCAACTTGCTGATAAATGCCGGACAGGCTATTGAATCTACCGGCAAACAGGGTCAAATTATTGTTAAGTCCTGGCTTGACGACGAACTGGTTCATATCAGTGTTACTGACTCAGGATCGGGTATTAAACAGGAACATATTGATAAACTTTTTCACCCGTTCTTCACCACCAAACCCGAAGGCCAAGGCACGGGCCTGGGTTTATCGATATCTTACGGCATTGCTGAAGAACACGGCGGCACGCTAAAAGTCGCCAGTAAAGAAGGGGTTGGAAGTACATTTACACTTAGCCTGCCCACTACAGGACCTGATGATGATGAAACAGGTTCACCGACAGAGTAA	MTIKDDSNNTESLRLALEQKQRLVDSLRKDLQEAQRQLLQAEKMASVGQLAAGVAHEINNPVGFVSSNLSTLVDYVNAYQEVMVKVLHCAKGSDGSSESIKEKLLAAVEEHDIEFISEDILSLVDESAEGLARVSEIVRGLRLFSRIDSDDRQWFDINQCMRTTLSMVNNKLKYICQQELRLEAVPKVYINVGKITQIFTNLLINAGQAIESTGKQGQIIVKSWLDDELVHISVTDSGSGIKQEHIDKLFHPFFTTKPEGQGTGLGLSISYGIAEEHGGTLKVASKEGVGSTFTLSLPTTGPDDDETGSPTE	PGPT0026010_1895	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCAN_METABOLISM	CE-EPS-GALACTOGLUCAN_METABOLIC_PATHWAY,PGPT0026010-mucR-K21023	NA	NA
AK237_03960	1335	rssB_5		Regulator of RpoS	ATGAGCGAGCAAACGCCAACTCAAGAGGAAAAAAAGTACACGATTTTGTTTGTCGATGACGAACCGAATATTCTTCGTGCGCTGAAGCGTGCCCTGTTTAAAATGAACATTAATATGCTGCTGGCTGACAGTGGCAAGAAAGCCCTTGAGCTTTTAGAAAGTCACACGGTTCATGTTGTCGTATCAGACATGAAAATGCCTCACATGTCGGGCGCAGAACTTCTTGAGCAAGTCGCTAAACTTTATCCTGATACTTTCCGCGTTGTACTGACAGGCTTTGCTGATATTGATTCAACGATAAAAGCTGTTAATCAAGGTAAGATCCATCGCTATCTTCAGAAGCCCTGGGACAATCAGGAGTTGATGAACACCCTGGAAGAAGGGCTGGAACGGGTTAAATTAAAAGACGAAAATGCCCGCTTGCAAAAGCTCACCAGACTGCAAAATAAAAAGCTTAAGGACATCAACGCCAATCTCGAACAAACGGTGATTAAGCGGACTAAGCAAATCAAACTTGCGCTTCAGCGCATAGAGAAGCACAACCTGGCACTTGAGCAGGTGTTATTCAATGTTATCAGCATCAACCCTGATATTGACGGCAAGTTTGCCATTGAAGTCAGTGAGCTTGCGACCCTTTTAGCAGAGCGCGCCGGATTACCCGCAGAAGAAATTAAACTGATCCGTTATGCCAGCTTGATTTGTGAACTGGGATGTCTGGGGCTGACACCGGCGGATTATGCGCCTCCGTTTAACAAGCTGAACTACGAGCAACAAAAGAACTTTCTGTCGCAGACAAAACAGGCGGCCACTATCCTGGCACCAGCCCAGCACCTGCAACCTATTTCTGACATTATCGAATTACAGTTTGAACACTGGAACGGTTCGGGTTTGTATCACAAGGTGGCAAAAGAGATCCCTGACGGTGCCCGTATTTTATCCATCAGTCGCGACTACTGGCGGTTAATCACCGGACGCCTGACTGAAAAACACATGACGCCGAACGAAGCAAAACAGGAACTTAAGAAACACCGCAACACACGTTATGACGCAACTTATCTGGATATCTTGCTGGAATCACAGGAAATCGGATTGCCTAAGCACATAGACAATACGTTTACTGCCAATGAACTCACCCCCGGCATGGTACTGGCGGCCAACCTGTACAACGACAGTCATATTCTGATTTTGCCGGAAGGGCATGTATTTACCGAGTCAACGATTGCCAAACTATGTCAGTTCGAAGATGACCACGGCAAGATGTTTGAAATCACCATAAAAGCGGGTCGTCTGGACGTGGGTGAATCAGAAAATCAGGCCAAACCTGAATCAATCTGA	MSEQTPTQEEKKYTILFVDDEPNILRALKRALFKMNINMLLADSGKKALELLESHTVHVVVSDMKMPHMSGAELLEQVAKLYPDTFRVVLTGFADIDSTIKAVNQGKIHRYLQKPWDNQELMNTLEEGLERVKLKDENARLQKLTRLQNKKLKDINANLEQTVIKRTKQIKLALQRIEKHNLALEQVLFNVISINPDIDGKFAIEVSELATLLAERAGLPAEEIKLIRYASLICELGCLGLTPADYAPPFNKLNYEQQKNFLSQTKQAATILAPAQHLQPISDIIELQFEHWNGSGLYHKVAKEIPDGARILSISRDYWRLITGRLTEKHMTPNEAKQELKKHRNTRYDATYLDILLESQEIGLPKHIDNTFTANELTPGMVLAANLYNDSHILILPEGHVFTESTIAKLCQFEDDHGKMFEITIKAGRLDVGESENQAKPESI				NA	NA	NA	NA	NA
AK237_03961	1329	sasA_15		Adaptive-response sensory-kinase SasA	ATGCCAAAGGAAATTGACACGCACGGTAATCAACCTATACATGCACTCATGCAAGAGCTGGGCGATGTACTGTGCCAGGAGCACTCACTTCATTCCTTGCTCGATAAGTACATAGAATTACTTGTGCATCACTTTCAGGCCGGATGTGGGTTTTACACGCCATTTTGGTTTGAGGAACTGTCATTGGTGTCGTCATTGCGTGTCTATAAGGATGAAGATTGGTCTACCAACGACATCAGATTAGACAGCTTATGTGAGAGCGCGAGGAAACTCTACGCCAATCACCCTGAAGAGTTGCTGCTGTATCAGCCCAAGAACGACCCTTTTCTTTGTTTACGACTCACTGACGATGGCCACCCCGAAATGTGGCTACTCATTGCATTATCTTCACCATTAGAACCGGGAGTCAGAGAGGCGTTCTTGCCTTTGGTGCCCTGGTTTCAAAACGGTATGGTGCAGTGTCGTCGCAAATCTACCCTGGAAAGCACGCAAACCCGTATCGATGAAATGACTCGCGGTATGGCAGAAACAATGGCTCAGCTTGTACAGGCTGAGAAAATGTCCGAGTTAGGTAAACTCACCGCAGGCATCGCTCACGAAATTAATAATCCCATCGGTTACATTCGCTCTAATCTTGAAACCCTTGTGCAGTATGTCGAAACGTTTGAAGAACTGTTTGCAGAAATCGCGCAGTGGGCGAAAACTAAACCGGGCTGCTCGGAGATGTTGCAGGAACTGGAAGCCAAATACGATTTGTCATTTTTATTAGAAGATGCCCATGAGATCGTTTCAACCAATGTCAGCGGTATCGACCGTATTCGTGACATAGTCAGTGATTTATATGCGTTTTCGAGGAAAGGCGAAGGTAAGATGATGCCGTTGTCTTTGCAGGATGTGATACAGCGGTGCGTAAAACTCACCAAAACCCGTTTCGATAATCATCATCAGGTTCAGATAAATGTGCATACAGATACCCCCTACTGTGTGGGGGACGCTTCACAGCTTGAGCAGGTGATGATTAATATGATGATAAACGCGGCGCATGCTATGCCGGCTGGAGGCGTATTATCACTGGACTTAAGCAGTACGGAAAACCGTCTTATTCTGAAAGTGAAGGATACTGGCGTCGGGATGGATAAGGTCACTCAGCAGAAAATTTTCTCGCCATTTTTCACTACCAAGCCCACCGGCGTGGGAACGGGGCTGGGATTGTCGATTTCTCACGGAATTTTACAGGCGCATAACGCCACAGTGTCGGTGGAAAGCGCAATCAACGAGGGAACTGAATTTACCCTGTCGTTTCCCCTTTACCGCGAATCGTCAGATTGA	MPKEIDTHGNQPIHALMQELGDVLCQEHSLHSLLDKYIELLVHHFQAGCGFYTPFWFEELSLVSSLRVYKDEDWSTNDIRLDSLCESARKLYANHPEELLLYQPKNDPFLCLRLTDDGHPEMWLLIALSSPLEPGVREAFLPLVPWFQNGMVQCRRKSTLESTQTRIDEMTRGMAETMAQLVQAEKMSELGKLTAGIAHEINNPIGYIRSNLETLVQYVETFEELFAEIAQWAKTKPGCSEMLQELEAKYDLSFLLEDAHEIVSTNVSGIDRIRDIVSDLYAFSRKGEGKMMPLSLQDVIQRCVKLTKTRFDNHHQVQINVHTDTPYCVGDASQLEQVMINMMINAAHAMPAGGVLSLDLSSTENRLILKVKDTGVGMDKVTQQKIFSPFFTTKPTGVGTGLGLSISHGILQAHNATVSVESAINEGTEFTLSFPLYRESSD				NA	NA	NA	NA	NA
AK237_03962	1350	gor	COG1249	Glutathione reductase	ATGAAAACCTTTGACTATATCTGTATTGGTGGTGGCAGTGGCGGAATCGCTTCGGCTAACCGGGCCGCAAAACACGGCAAGAAAGTTGCGCTGATTGAAGGCGCTGATATTGGCGGTACCTGCGTAAACGTGGGCTGTGTGCCGAAAAAAGCCATGTGGTTCGGCGCGAACGTGGCAGAAGCCATTCATAAGTATGGCCCTGACTATGGTTTTGATGTCACCGTCAATAACTACAGCTGGGAAGTGATGGTGGCGAACCGTCAGGCGTACATCGAACGTATTCATGCTTCGTATGATCGCGTACTTGGTGCCAACGACATTACCGTTATTAAAGGCTTTGCAACATTCGTTGACGATCACACCATTGAAGTAGATGGCGAGCAATATACCGCGCCGCATATCACTATTGCTGTTGGCGGCCGCCCCCGCTTTCCTGATGTTTCTGGCGCAGAACATGGTATCGACTCAGACGGCTTCTTTGCCCTGCAAACCCAGCCCAAACGCGCGGTGGTTGTAGGTGCCGGCTACATTGGTGTGGAACTGGCGGGCGTGCTGCATTCACTGGGCACAAAAACCGATTTAGTGATTCGTCACGGTCAGCCACTTCGTCATTTCGATCCCATGATTGCTGAAACACTCACGGAAATTATCGACAGTGAAGGCCCTGCCCTGCATAAGCATTCTGAAGTGGAAAAGGTAGAAAAGCAGAATGACGACTCGCTGAAAATCACCCTTTCCACCGGTGAAATCATTGAAACCGATGTACTCATCTGGGCCATTGGCCGGGTACCTTCCAGCGACAAGCTGGCACTGGACAATACCGGTATCGAAACCGACGATAAAGGCTTCATTAAAGTTGATAAATTCCAGAACACCACCGTGGACGGTGTGTACTGTGTGGGTGACGTTACCGGCCATGCCGAGTTGACGCCGGTTGCCATTAAAGCCGGACGTTTGCTCAGTGAACGCTTGTTCAATGGCCAGAGCGATGCGCACCTGGATTACAATCTCATCCCTACCGTCGTATTCAGCCACCCGCCCATAGGCACTGTGGGGATGACAGAGCCGGAAGCAGAAGAAGCCTATGGTAAGAAAAACCTGAAGGTTTACACGTCATCGTTTGCCGCCATGTACACGGCAGTCACCAAACACCGCCAGGCTACGAAAATGAAGCTTATATGCGCCGGTGAAGAGGAACGCGTGGTTGGCCTGCACGGTATCGGAATGGGCATGGATGAAATTCTGCAAGGCTTTGCTGTCGCCATGAAGATGGGCGCAACAAAAGCGGATTTCGACAGCTGTATTGCGATTCACCCCACCAGCGCCGAAGAGTTTGTGACGATGACGTGA	MKTFDYICIGGGSGGIASANRAAKHGKKVALIEGADIGGTCVNVGCVPKKAMWFGANVAEAIHKYGPDYGFDVTVNNYSWEVMVANRQAYIERIHASYDRVLGANDITVIKGFATFVDDHTIEVDGEQYTAPHITIAVGGRPRFPDVSGAEHGIDSDGFFALQTQPKRAVVVGAGYIGVELAGVLHSLGTKTDLVIRHGQPLRHFDPMIAETLTEIIDSEGPALHKHSEVEKVEKQNDDSLKITLSTGEIIETDVLIWAIGRVPSSDKLALDNTGIETDDKGFIKVDKFQNTTVDGVYCVGDVTGHAELTPVAIKAGRLLSERLFNGQSDAHLDYNLIPTVVFSHPPIGTVGMTEPEAEEAYGKKNLKVYTSSFAAMYTAVTKHRQATKMKLICAGEEERVVGLHGIGMGMDEILQGFAVAMKMGATKADFDSCIAIHPTSAEEFVTMT	PGPT0013175_2719	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	DETOXIFICATION_OF_PEROXIDIZED_COMPOUNDS,PGPT0013175-gor-K00383	NA	NA
AK237_03963	2115	nadE	COG0171	Glutamine-dependent NAD(+) synthetase	ATGGCAAATTACACCCGAATCGGCACAGCAGCGCTGCGTCAAATTCCTTTCGACTTTAAGGGCAATGTAGCCCGTATTCTCAGCGCCGTTGAGCGTGCAATGGACGCCCATATCAATATCCTGCTTATGCCTGAGCTTGCACTGACAGGCTACGGGTGTGAAGACAACTTCAGCTACCAGGAATTTAATCAGGCTGCCGAAGCCGCGCTGAACGACGTATTGGCTGGCTATCAGGCACTGGCCCACGAGCGCGAACACGCCGATAACATGCTCATTGCCATGGGCATGCCGGTGATGTTTCCCGGCGGTCAGGTGTATAACACTACGGCATTTATTAGTGCTGACGGCCTGCATGGCTTTGCCTGTAAACAATATCTGGCCCGTAATGGCTTGCACTATGAGCCGCGCTGGTTTGAAGCCTGGCCACGGGGCAGGGTGGTAAATCATCCAACATTCAATGTGCCCTTTGGTGATGTGGTAGTGAACGCCGGTGGCCTGCGTATTGGCGTGGAAACCTGCGAAGACGCCTGGGTGGCAAACCGTCCGGGGCGTGATCTCTATCATCGTAACGTGGATGTATTATTAAACCCCAGTGCCTCTCACTTTGCAGTGGGCAAAAACTTCATCCGCGAGCAGTTTATTAAAGAAGGCTCCCGTGCCTTTGGCGTGGTGTACGCCTATGCTAACTTAGCCGGAACGGAAAACGGCACCAGCATTTTCGACGGCGGTTCACTGATTGCTTCAGAAGGTAAAGTGGTTTCCCGTGGTGACCGTTTCAATGTGCGCGACGTGGTAATGAACCAGACGCTGGTGAACGTGAGCGCGAACCGTGTTTCCCGCGTTATCAGTTCTGAAACCATCGATATCGACGACACCAACGTGGTGGATATCGAACTGTCACTCACCCTGCCTAATGATGCCGTGCTGGCTGCCCGCAGCAACGACCGTGTGGATTCTGCCAAAGACGAGCTGCCGGTATTCTGGGATGCACTCAGTGGTGATGACTACGCCTACACCGAAATCTGCTACGCGCTGGGCAATGGTTTGTGGGACTGGACTACCCGTACTCACACCGACGGTTACGTGGTGAGTTTATCCGGCGGTGCGGATTCCGCGCTGGTGGCGGCTTCGGTGTATGTGTCGCACTTCGTGGCGCTGGAACAACTTGGTGTTCACGACTACCTGGCTACACTACCCAAAGGGCTGGCGGCGAAAATCGACGCCATCGCGCCGGGTGAAGATAAAATTGCCTGGCTGAAAGAAAAGGCCATGCCAAAGGTGTTGCTGTGTTTATATCAGGGCACGGATAATTCATCGGAAACCACGTTCAACGCAGCGAAATATCTCGCTGAAGAAATTGGTGCAACGTTCCACAGCTGGAATATTGAACCGGTGGTACAGCAATATCACTCGCTGGTGAATGGTTTATATCCGGACCGGCCGCTAAGCTGGAAAACCGATGATATCGCCATGCAGAATATTCAGGCCAGAAGCCGTAGCCCTGGTGTGTGGATGCTGGCTAACCGCGAAAACAAACTGCTGATTGCCACATCGAACCTGTCTGAATCTGCGCTGGGTTACGCCACCATGGATGGCGATACGTCCGGTGTGATTTCTGTGATTGCCGGTATCAACAAAACCACTATCCGTAAGGTGAACCGCTGGCTGGAAGAAGTGGGACTGCCGCTGTCTGTTGACGGTAAAAGTGCCCGTCATCAGTTGAAGGAAATGCACCGGGTTAACGTGCAGCAACCTACAGCGGAACTGCGCCCGGAAGAACAGACCGACGAAGCGGATCTGATGCCGTACGTGGTGTGTGATTTCATCATGGATTGCTATCTGGCCCGCCAGATGTGGCCGAAGAGTATTCTGGTTGAACTGATGCTAAACGGCTTCGACAAAGAGCATGACATGCGCCAGTTGGCTGCTTACGTCGAGCGCTGGTTCAGACTGTTCTGCCGTAATCCTTGGAAACGCTACGGCACCCGCGCCGGTTTCCACATCGAACAGGTGTCGCTGGATCCGAAAACGTTCCACCGCTTCCCACTGCTGAATAATGGCTTCAGCGAGCAACTGCAGCAAATGTGGGATTATGTTGAGGAAGTGGAAGGGTGA	MANYTRIGTAALRQIPFDFKGNVARILSAVERAMDAHINILLMPELALTGYGCEDNFSYQEFNQAAEAALNDVLAGYQALAHEREHADNMLIAMGMPVMFPGGQVYNTTAFISADGLHGFACKQYLARNGLHYEPRWFEAWPRGRVVNHPTFNVPFGDVVVNAGGLRIGVETCEDAWVANRPGRDLYHRNVDVLLNPSASHFAVGKNFIREQFIKEGSRAFGVVYAYANLAGTENGTSIFDGGSLIASEGKVVSRGDRFNVRDVVMNQTLVNVSANRVSRVISSETIDIDDTNVVDIELSLTLPNDAVLAARSNDRVDSAKDELPVFWDALSGDDYAYTEICYALGNGLWDWTTRTHTDGYVVSLSGGADSALVAASVYVSHFVALEQLGVHDYLATLPKGLAAKIDAIAPGEDKIAWLKEKAMPKVLLCLYQGTDNSSETTFNAAKYLAEEIGATFHSWNIEPVVQQYHSLVNGLYPDRPLSWKTDDIAMQNIQARSRSPGVWMLANRENKLLIATSNLSESALGYATMDGDTSGVISVIAGINKTTIRKVNRWLEEVGLPLSVDGKSARHQLKEMHRVNVQQPTAELRPEEQTDEADLMPYVVCDFIMDCYLARQMWPKSILVELMLNGFDKEHDMRQLAAYVERWFRLFCRNPWKRYGTRAGFHIEQVSLDPKTFHRFPLLNNGFSEQLQQMWDYVEEVEG	PGPT0013450_510	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	ROOT_COLONIZATION	ROOT_COLONIZATION-VITAMIN_B3|NIACIN_METABOLISM	ROOT_COLONIZATION-VITAMIN_B3|NIACIN_BIOSYNTHESIS,PGPT0013450-nadE2-K01950	NA	NA
AK237_03964	1209	pncB2	COG1488	Nicotinate phosphoribosyltransferase 2	ATGTCCCGAAATTCTCTGTTTAAGGAACACTTAAACTTTTCTGCGTTAGATAACGACTTCTACAAAATGAACATGTGGCAGTGTTTTATGCACCAGTTTCCATATGTTGAAGATGTGGAATACCGGTTTGTGGTGCGCAGCGATGTGGATTTACGTCCTTACCGGGCTGAAATTCAGCAGGAACTGGAAAAGCTCGACGGCCTCCGCTTTACGCCGGACCAGATAAGCTGGCTGGAATCCATCCCCTGGTACACGAAAGACTTTATTGAATGGTTGCGAATGTGGTCTTATCAAACCCGCTTTTTGCATTTTTCAGAAGAAGACGGACAGTTGTCGATTCGTGCGAAAGGCCCCCTGATGCATGTACATAACTTTGAAATGCCGGTGTTGTCTACTGTGGCAGAAGTGTACAACCGCCGGAACTATCCAAATAAAACCTACGAGGATGTGCGCCAGCCTTTATTCGAAAAAGTGAAATGGCTGAAAGAACAGCATGAAAAGCATGATTTAACCGGCTTATCCATTGCAGAGTTTGGTACCCGTCGTCGCTTCAGCTATGAAGCGCAGCTTACTGTTATTGATATGCTGAAAAGCATGGTGCCGCAATTTCTCACCGGTACATCGAATATGCATCTGGCGAAAGAGTTCGACATTTTGCCAATCGGTACCATGGCCCATGAAATTTTTATGTTGTCCCAGCAAGTTGGCGTGCAGCTGGTGAATTCACAAAAGCACACCCTTGAAGCCTGGGTGAAGGAGTTCCGTGGCCAGCTGGGTTACGCGTTAACCGATACCATTGGTATGGATGCTTTCGTCCGTGATTTCGATTTGTACTTTGCAAAACTGTTCGATGGTTTAAGACATGACTCCGGTGATCCGATAGAATTCGGGGAAAAGGCAATTCGCATGTATGAGAATTTGCATATTGATCCGCGAACGAAAACCATTATTTTCAGTGACGGACTGGATTTTAAAACCATGGTAACGCTGTTTTTGCGGTTCCGCGGGCGGATCAAAACATCATTCGGGATCGGCACCTTTTTGTCTAACGATGTTCGCGGCGTGACGCCACTGAATATCGTGATGAAACTGGTACGGGTTAACGGTAAGCCGGTGGCGAAAATATCAGATGCGCCGGGTAAAAACCTTTGCGAAGATCCTGAATTTGTAAGCTACCTGAAAAAGGTATTCGAAGTAGACTGGGCATAA	MSRNSLFKEHLNFSALDNDFYKMNMWQCFMHQFPYVEDVEYRFVVRSDVDLRPYRAEIQQELEKLDGLRFTPDQISWLESIPWYTKDFIEWLRMWSYQTRFLHFSEEDGQLSIRAKGPLMHVHNFEMPVLSTVAEVYNRRNYPNKTYEDVRQPLFEKVKWLKEQHEKHDLTGLSIAEFGTRRRFSYEAQLTVIDMLKSMVPQFLTGTSNMHLAKEFDILPIGTMAHEIFMLSQQVGVQLVNSQKHTLEAWVKEFRGQLGYALTDTIGMDAFVRDFDLYFAKLFDGLRHDSGDPIEFGEKAIRMYENLHIDPRTKTIIFSDGLDFKTMVTLFLRFRGRIKTSFGIGTFLSNDVRGVTPLNIVMKLVRVNGKPVAKISDAPGKNLCEDPEFVSYLKKVFEVDWA	PGPT0013375_3578	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	ROOT_COLONIZATION	ROOT_COLONIZATION-VITAMIN_B3|NIACIN_METABOLISM	ROOT_COLONIZATION-VITAMIN_B3|NIACIN_BIOSYNTHESIS,PGPT0013375-pncB-K00763	NA	NA
AK237_03965	636			hypothetical protein	ATGAAAATTGCATCCGTTAACGTTGATCCGCAAAAAGGGTTCACCCCTTTATGCCCCGATGAACTGCCTGTTCCGGGCGGAGATGAGATCGTACCGGCGTTGCTGGCGCAAAATGCACTGGCGGATTTCATTGTCGGTTCCAGCGATTCTCATTGTGATGCAGCCTTGTTCCGGGTAGAGAAAGACGATGAACAGTTTCAACCGCTGGATCATCCGAATACCGATTGCACATTTAAAATGCACTGCAAGCCGGGAACAAAAGGCTTTGAGCTGCTTGACGGTTTACCTGCGCCCACAGAGTACGATTTTTTCGTCTGGAAAGGCGTGGCTCCCGACCTTCATCCCTATGGCGCCTGTTACCATGACCTGGCTGAAAAACTGTCCACGGGGTTAATCGAGTACTTACGCTGTAATGACGTGACAACAGTTATTGTCGGTGGCCTGGCGACAGATTTCTGTGTCGCTACTACAGCGCGCCAGTTACAGAATACCGGCCGGTTTACTGTTATATTGCACCTTGATGCGTGCCGCGGCATTGCGCCTGACGGTATCGACACCCAAATTCAATCTCTTAAAGAATCAGGAGTTGTCATCGCCGCTACCATCGACGATGTCAAAAAGGCCCTTGCTGCATAA	MKIASVNVDPQKGFTPLCPDELPVPGGDEIVPALLAQNALADFIVGSSDSHCDAALFRVEKDDEQFQPLDHPNTDCTFKMHCKPGTKGFELLDGLPAPTEYDFFVWKGVAPDLHPYGACYHDLAEKLSTGLIEYLRCNDVTTVIVGGLATDFCVATTARQLQNTGRFTVILHLDACRGIAPDGIDTQIQSLKESGVVIAATIDDVKKALAA	PGPT0013470_705	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	ROOT_COLONIZATION	ROOT_COLONIZATION-VITAMIN_B3|NIACIN_METABOLISM	ROOT_COLONIZATION-VITAMIN_B3|NIACIN_BIOSYNTHESIS,PGPT0013470-pncA-K08281	NA	NA
AK237_03966	528	nadD	COG1057	Nicotinate-nucleotide adenylyltransferase	ATGAAAGTAGCGGTGTTTGGTTCAGCGTTTAATCCGCCCACAAAGGGGCATGCTGATGCGATTGAATCGATTCTGGCACATGCAAATCACTACGAACGGGTAGTGCTCATCCCTTCTTTTTGCCACGCATTCGCGAAAAACATGATTGATTACAGTCACAGGGTTGCCATGCTGAATGCGTTCGTGAGTGATCTTCAGGATGACCGTATACATGCCCTGCCCGTTGAGCATCTCATCAGTGACGGTGAAAGCCCTGTGTACACCTACGATGTACTGTCTTACTTACACAATACGCAGTTTAGCGGCGATCAGCTTACTTTCGTCATCGGGCCGGATAACAAAGCAAACTGGCCGAAGTTTTACAAAGCGCAGGAAATTGAAGAAAAGTGGCATGTTCTGGTGGTACCTGAACGGCAATCTATCCGTTCAACCATGGTCCGTGAGGCGCTGGCAGAAGGTAATACCGCAACATCGCTGATAACCCCTTCCGTGGCTGACTACATCAACAGGCATCAGCTATATGCGTGA	MKVAVFGSAFNPPTKGHADAIESILAHANHYERVVLIPSFCHAFAKNMIDYSHRVAMLNAFVSDLQDDRIHALPVEHLISDGESPVYTYDVLSYLHNTQFSGDQLTFVIGPDNKANWPKFYKAQEIEEKWHVLVVPERQSIRSTMVREALAEGNTATSLITPSVADYINRHQLYA	PGPT0013435_4328	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	ROOT_COLONIZATION	ROOT_COLONIZATION-VITAMIN_B3|NIACIN_METABOLISM	ROOT_COLONIZATION-VITAMIN_B3|NIACIN_BIOSYNTHESIS,PGPT0013435-nadD-K00969	NA	NA
AK237_03967	699			hypothetical protein	ATGCGTGAAGCTGCATACCCGACCCCGGTGTGTACCATTGACGCCATATTATTTCGTATCCGCGCTGATAAGCTGGAAGTCGCTCTGATCCGCCGCCCTGCTGATGCGCGGGTATATGCCAACGTATTAGCGTTGCCGGGGGGATTTGTTCATACAGACAGGGATCAGACACTCAACGACACACTCCTTCGCAATTTGCAGTCAAAGGTGGGGCTGAGTCCGTCTTATATCGCGAAACTGGAATTTGAAGGTAACATCAGCCGGGATCCGGAGGGATGGAGTATTACCTGTCCTTATTTGTGTCTGGTGGATGACTCAGCGCCGTGTCTTGAGCATGTTCACTGGCATGATGTCAGCGATTTTCTGCATGATTCACCCTCGCTGACGCTACCGTTTGATCATCAGCAACTTATTCAGAAAGCCTTTCAACGGCTCTATCACCGCGCAAAATACAGTACCGAACCCAATTACTTTTTCAAGAATCCGTTTACCCTCTCAGAATTGCAAACGGTGTATGAAATCGTGCTTGGTAAACCCCTTCACAAAAAGAACTTCAGAGACCGGATTGAAGAAAGTATGTCAGTGGAAGAAACCGGTGACAGTAAAATTGTAAAACGAAGCCGAGCCAAACTTTACACCCACAAACACCCGCTAAAGCCCCACTTTTTCTCCCGGGTCATGCAAGGCGCTTTTGATTAA	MREAAYPTPVCTIDAILFRIRADKLEVALIRRPADARVYANVLALPGGFVHTDRDQTLNDTLLRNLQSKVGLSPSYIAKLEFEGNISRDPEGWSITCPYLCLVDDSAPCLEHVHWHDVSDFLHDSPSLTLPFDHQQLIQKAFQRLYHRAKYSTEPNYFFKNPFTLSELQTVYEIVLGKPLHKKNFRDRIEESMSVEETGDSKIVKRSRAKLYTHKHPLKPHFFSRVMQGAFD				NA	NA	NA	NA	NA
AK237_03968	174			hypothetical protein	ATGAGAGCGGGTATTTCAACTGTCGCTGTGTTGTTCGCTGTTGCGTTTGTTGCCACCTATGTTCTGACTGCAAACTTGGTAATGAGCGGTTTTTCAGCCTTAATGGTGTCATTTTTTCATTTGTGCATCCGTTGGGTCCTCACTGAACTGGACCCTTCTTCCGCATCGCTGTAG	MRAGISTVAVLFAVAFVATYVLTANLVMSGFSALMVSFFHLCIRWVLTELDPSSASL				NA	NA	NA	NA	NA
AK237_03969	3318	tolB_4		Tol-Pal system protein TolB	ATGATAAAAAACACCCGAAACAGTCTGGCACTTGCTGTCAGCCTGATGCTGGGCAGCAGTGCTGCACTGGCCGAAACGACAGACAAATCAGAAAACGAAAACTGGGATGTGCTCAAGCCTCCCTTCGCACTGAACAGCGTGGATATTGAAACCAGCGAAACCACCTGGTCCAGCCTGGACATCTCACCGGATGGCAAATTTATGGTATTCGATATGCTGGGCGATTTGTATAAAGTGCCGTTATCCGGCGGCGCAGCAACGTCGCTTACACAGGATTTTGCCTGGAACATTCATCCCGCTATTTCGCCGGACGGTAAGCATATTGCGTTTATCTCAGACCGTGGCGGCTTGTCCAATGTGTGGGTGATGGATATCGACGGCAGTAATTTGCGTCAGGTGACTACGGAAAAGAAAAACATCATTCATTCTCCGAAATGGAGTCCGGACGGGCAGTACATTGTTGCCACCAAAGGGATCATGTCCAGCCGGAGTATTCCGGCCGGTGAGATCTGGATGTATCACATTGCTGGCGGTGACGGTCTGCAAATCAAAGCCCGCGAACACGGGAACGCCGATCAGCAAAATATTGCCGACCCGGTGTTCTCACATGATGGTCAGTACATTTATTACACCCACAACACCGTGCCGGGTGCAGGCTTCAAGTACAACAGAGATCCCCTTGAAGGGATTTTCGACATCACCCGCTTCGACCGCAAAACCGGTAAAGAGGACAGTTTTATCAGTGGCACCGGTGGCGCTATTGTACCTGTGCCCTCACCGGACGGTAAATACATCGCCTTTATCCGCAGGGTAAAAAACAAAACCGGGCTTTTTCTCAAAGAGCTGGAAACCGGCCTTGAGAAACCGCTAAACCTTACCCTTGAGCGGGATATGCAGGAAGGCTTTGGTTCAGAAGGCTACTTTGCCTATTACGACTGGATGCCCGACAGTCAGTCTCTGGTTTACTGGACAGGTGGTAAGTTTCACAACATCGACATTAAAACCGGCAATATCCAGGATATTGATGTCAGCGTAAAAGCGACACTGCATTATGCAGATGCACTGCGCTTTGATGTGGATGTGGCACCGGATGAATTCGATGTGAAAATGATTCGCTGGTCACAAAAATCGCCGGACGGCAAAAGCATTTTATTCCAGGCCCTGGGCAAGCTTTATGTGAAAGATATTAAAAGCGGCAAAATGACCCGCCTGACGAAACAAAATGAGCACGATGAATATTTTCCCCGTTATACCAACGATGGAAAATTCATTGTGTACACCACCTGGAATGACGAAAAGCTGGGTGATGTACGCATAGTTTCCGCCAAAGGTGGCAAAGGGAAAGTGATCACCAAAAAGCCGGGGCATTATGTAGAGCCAAGCTTCTCACCGGATGGCCGTTATGTCGCATTCCGGAAATTCAGCGGCGGCTATTTGTTAGATCCTACTTATTCGGTAGAGCCGGGCTTATATGTGGCTGACTTGAAGAACGACACTGAAATCAGAGTCAGCGAAAGTGGTGCACAACCCCATTTTTCCGGAAATGACGGTCGTGTGTATTTCACCGAACGCGCCGGCGGGTCTGCTTACCCTGAAACGCAATTGAGCAGCACCGATTTACGCGGTGAGGACAAACGTACGCATTTATACGGCGCGGATAAAGTCAGCGAATACCGTTTGTCTCATGACAAAAAGTGGGTGGCTTTTGTTTACCAGTTCAAGACCTACGTAGCACCGTTCGTAGACAACGGTCAGAAAATTACGCTGGGACCGGACATGACATCATTACCGGTTACACAACTGTCTGCCCGTGCCGGCGAGTACCTGAACTGGAGTCCGGATAACACGTCGGTAGGCTGGTTCCACGGACCGGTGTATTACGAGCGCGCACTGGAAGATGCATTTACTTTTGTTGCCGGTAAAGAAAAAGATGCACTGCCTGAACCTGAAACCAAAGGCATGAACCTGTCTTTCAAATCGAAGGCAGATAAACCCGGTGGCTACAAAGCGCTGGTTGGCGGCAAAGTCGTTACCATGCGTGATGCAGATAACATACAGGAAGTCATCGAAAACGGCGTAGTGCTTATTCGCGATAACCGGATTGAAGCCGTTGGCTCACTTGACGATATTACTATTCCTGATGATGCCATGCGCATCGATACCCGCGGAAAAACCATTATTCCGGGCTTAGTCGATGCCCATGCTCACGGCTCTCAGGGGCGTAACGAAATTATTCCTCAACAAAACTGGGGACAATTTGCCAACGTAGCGTTTGGTGTGACCACGATTCACGATCCGTCCAACGACACCACTGAAATCTTTGCCGCCTCAGAGTTGCAACGACATGGCGATATTATTGCTCCGCGCATTTATTCCACCGGCGCGATTTTATACGGTGCCGAGTCACTGGGTTATAAAGCCATTATCAACAACTATGATGATGCGTATTTCCATGTTGAACGGCTGAAAGAAGCCGGTGCGATTTCAGTAAAAAGTTATAACCAGCCGCGACGGGATCAACGTCAGCAAATTCTGTGGGCTTCACACGAACAGCAGATGATGGTTGTGCCGGAAGGCGGCGGTAAAATGCAGCAGAACCTGACTATGGTGGTAGACGGACATACCGGCCTTGAGCACAGTTTTCCCGTGGCGAAAGGCTATGATGATGTTAACCAGTTATGGGCAGCCACAGAATCGGGTTACACACCAACCTTCGTGGTGTCATATGGTGGCCTGATGGGCGAAGAGTACTGGTACGACAGAACTGAAGTGTGGAAGAACGAACGCCTGCTGCGCTATGTGCCGTCAACCATTCTCGACAGCCGTGCTATCCGCCGTCCTACCGCACCGGATAACCAGTACAATCACTTCGAAGTGGCAGCGTATGCAAAAACACTGCGCGACAAAGGTGTGAGCGTACACATCGGTGCCCATGGACAGCGTGAAGGTTTAGCCGCTCACTGGGAATTGTGGAGTATGGCTCAGGGTGGTTTCACGCCATGGGAAGCCCTGCGTGGCGGAACCATAGACGGTGCAAAACACTTAGGTATGGGTAACGACCTTGGCAGTATCGAAAAAGGTAAGCTGGCTGACTTAGTTGTGATTGACGGCGATGTACTGAGCGATATTCGCAGAAGCGAATTTGTTGAGTATACCGTGCTGAACGGACGGGTTTATGAAGCCGCGACGATGAATGAAGTGGGCAACCGTAAACAGCGTAAGCCGTTCTTCTTCGAAGCAGATAACAAACTGTTTATGCCGGAAGAGACTGCGCAGGAAATCAACGCCAAAGCGCACATGTATCACTGGAGGCATTGA	MIKNTRNSLALAVSLMLGSSAALAETTDKSENENWDVLKPPFALNSVDIETSETTWSSLDISPDGKFMVFDMLGDLYKVPLSGGAATSLTQDFAWNIHPAISPDGKHIAFISDRGGLSNVWVMDIDGSNLRQVTTEKKNIIHSPKWSPDGQYIVATKGIMSSRSIPAGEIWMYHIAGGDGLQIKAREHGNADQQNIADPVFSHDGQYIYYTHNTVPGAGFKYNRDPLEGIFDITRFDRKTGKEDSFISGTGGAIVPVPSPDGKYIAFIRRVKNKTGLFLKELETGLEKPLNLTLERDMQEGFGSEGYFAYYDWMPDSQSLVYWTGGKFHNIDIKTGNIQDIDVSVKATLHYADALRFDVDVAPDEFDVKMIRWSQKSPDGKSILFQALGKLYVKDIKSGKMTRLTKQNEHDEYFPRYTNDGKFIVYTTWNDEKLGDVRIVSAKGGKGKVITKKPGHYVEPSFSPDGRYVAFRKFSGGYLLDPTYSVEPGLYVADLKNDTEIRVSESGAQPHFSGNDGRVYFTERAGGSAYPETQLSSTDLRGEDKRTHLYGADKVSEYRLSHDKKWVAFVYQFKTYVAPFVDNGQKITLGPDMTSLPVTQLSARAGEYLNWSPDNTSVGWFHGPVYYERALEDAFTFVAGKEKDALPEPETKGMNLSFKSKADKPGGYKALVGGKVVTMRDADNIQEVIENGVVLIRDNRIEAVGSLDDITIPDDAMRIDTRGKTIIPGLVDAHAHGSQGRNEIIPQQNWGQFANVAFGVTTIHDPSNDTTEIFAASELQRHGDIIAPRIYSTGAILYGAESLGYKAIINNYDDAYFHVERLKEAGAISVKSYNQPRRDQRQQILWASHEQQMMVVPEGGGKMQQNLTMVVDGHTGLEHSFPVAKGYDDVNQLWAATESGYTPTFVVSYGGLMGEEYWYDRTEVWKNERLLRYVPSTILDSRAIRRPTAPDNQYNHFEVAAYAKTLRDKGVSVHIGAHGQREGLAAHWELWSMAQGGFTPWEALRGGTIDGAKHLGMGNDLGSIEKGKLADLVVIDGDVLSDIRRSEFVEYTVLNGRVYEAATMNEVGNRKQRKPFFFEADNKLFMPEETAQEINAKAHMYHWRH				NA	NA	NA	NA	NA
AK237_03970	1014			hypothetical protein	ATGCAGAAATCTGCTCAGTATCGTCTTATCTATTTCGTTCTGATGGTCGCTACATTTGCCGGCGGCTATTACTTTTTACCTGACACGATCCGGTTACCGCAGGATAAGTGGCTTACCGCACTTTTTGCAGGCTTGTATTTTATTATTTTGCCTGCAGCGTACTATGTTTGTGTTGTTGTGAAAGGCAAACAGAAACTGTGGAAAATAATTATCAGTTTTAGTCTCGCGGCGGTGGCTGCGCGGTACACCTTTCCTGAAGATCTTGCTGCTTATTTTGAGTTTATTTCCTGGTTACGTTATCCCATTGCGGCAGTGCTTATTATTCTCGAATTTGCATTGGTTTATATGGTGGTTAAAAGCTTGTGGAAAGCCCGCCATCTTCCCGGTGATCCGAGATTACATGCTCATAAAGCCTATGCCGGAGATGACAAAAAACGAATGACTGCTGTTTTATGGGCCCATGAACCGGCATCCTGGTTTTATGCCATTCCCCGGTTTACCCGCCGGCATGTGTCGCCAGTGGGCAAACTACATACCAAAGCAGACAGCGTGATTTATCAATGCGTGCTGACAGGCGGGATAGTACTGGCGGCTGCGCTCTCATACTGGCTTTTGGCTGAATGGAGTAATACCGCAGCGGTTATCGTTTGCAGCCTGATCCTCTGGACGATGATTTCTGCCATTGCCAGTATCCGTATAGGGAAGCATTTCTCGCTGTATATTCAGGACGATGACCTGGTTATCAATCCGGGTTTTTACAGTACTCTGTTTGCCAGGCTGTCTGCCATTGAGTCTGCAGAGGCAGGAAGCTGGAGCCGGGCTGACTGTGGTGATGAATTGATTTTGGGGCAGGGTGATGAAGCTAACGTGCGCATCCGGTTCAGTAAGCCGGCGCTGTTATATTCAATGATGGCGACATTTGAAGACTGGCAGGATGAGGTTTATCTTATTTGCCGCGATCCACAACAGGTCGCTGACAGTCTCAAACCTGCAATGACGTTGCCAGCAGCATGA	MQKSAQYRLIYFVLMVATFAGGYYFLPDTIRLPQDKWLTALFAGLYFIILPAAYYVCVVVKGKQKLWKIIISFSLAAVAARYTFPEDLAAYFEFISWLRYPIAAVLIILEFALVYMVVKSLWKARHLPGDPRLHAHKAYAGDDKKRMTAVLWAHEPASWFYAIPRFTRRHVSPVGKLHTKADSVIYQCVLTGGIVLAAALSYWLLAEWSNTAAVIVCSLILWTMISAIASIRIGKHFSLYIQDDDLVINPGFYSTLFARLSAIESAEAGSWSRADCGDELILGQGDEANVRIRFSKPALLYSMMATFEDWQDEVYLICRDPQQVADSLKPAMTLPAA				NA	NA	NA	NA	NA
AK237_03971	1545			hypothetical protein	ATGTTTATCCCCAGCATGCTTTTAAAGCAGTTGTATACCCACGGCAGTCTGCAAAAAACGGAAGATGGTTTGTGCTTTATGCTGAAGAACCGGTTAAAAGACGCCAGTATCAGCGAAATTTTACACATCGTGCTGGATGGCAATCATATTCCGAAAGAGAAAATTACCCTGAAAGTCGGGGCGGATATGCTGCTCTCTGCCGAGGAAATTAATGCAAAAGGGGATATTTCTTTTCCGCTACGGGAAGTTATTACGGTCTTTTTGAACGTGCGGGCAAAGGCCGGGCCAGAAAAACTCAGATTGGGACTTTCTTTTAAGGCCTCTCCATTCGGTAAGCTGAAGTTTGAAGTTGAAGACAACATTTCAGACATCAGTGCCAAACCGAAGGGGATCCCAAGAGATCCTCACGACGACTATCAGGCAGAAATCATCAAAGCCCGTCAGGCATATTTTGCTTCTGCAACCGGCGCACCGGTGAATCATGTGGGCAACTATTCTATCGATCCCAACACACTCAAAGGCAATATTGAGCACTTTATTGGTGTGGCGCAGGTACCCATTGGCATAGCGGGTCCGCTCACCATTGACGGAGAATATGCGAAAGGCGATTTTGTAGTGCCGCTGGCTACCACTGAAGGCACGCTGGTGGCGTCTTATAACCGTGGCATGAAGCTATTGAATATGAGCGGAGGCGTGAAAGCAACGGTGGTTGATGATGCCATGCAACGGGCACCGGTTTTTGTTTTTTCTGATGCGCGCGGGGCACGGGATTTCGTTAAATGGATAAATGAAAATATCGAAAAGATCCGTGATGAAGCAGAAGCGACGTCTTCGGTGGCGAAGCTCACTTACATCGACCATTTCCTGTCTAACAAATTTGCGTTTCTCCGTTTTAACTACAGGACCGGAGATGCTGCCGGTCAGAATATGGTTGGGCGCGCCACATTTGCTGCCTGTGGCTGGATCATGGATCACTACGAAGGGATTGTGAATTTTTATCTGGAGTCTAACTTTGCCACCGACAAAAAGGCCTCGCAGATAAATATTATGCGGACCCGGGGAAAACGGGTTACTGCAGAAGCTACCATCAAGCGCGAGCATTTACTTAGCGTAATGCGGGTGGAACCAAAACAAATTGATTACCATGGCAGAGTAGCGGGTATCGGTTCGTTTTTATCCGGCGTCAATAACACCGGCCTGCATTCGCCCAACGGTATCACCGCCATGTTCATTGCCACGGGACAGGATGTCGCTAATGTCTCTGAATCCTCGGCGGGGATCATGTACTCCGAACTCACCGAAGAAGGGGATTTGTACGTTTCACTGACTATCCCTTCTCTGATTGTCGCCACCTACGGCGGTGGAACCGGCATAGGTACACAGAAAGAGTGCCTGGAGCTGATGGATTGTTACGGCAAAAATAAGGTGTACAAGTTTGCCGAGATTGTAGGAGCGGTGGCACTGGCCGGAGAGATCTCGCTGGCTTCGGCCATTTCTTCATCTGACTGGGTGTCATCTCACGAACAATACGGACGTAACCGGTAA	MFIPSMLLKQLYTHGSLQKTEDGLCFMLKNRLKDASISEILHIVLDGNHIPKEKITLKVGADMLLSAEEINAKGDISFPLREVITVFLNVRAKAGPEKLRLGLSFKASPFGKLKFEVEDNISDISAKPKGIPRDPHDDYQAEIIKARQAYFASATGAPVNHVGNYSIDPNTLKGNIEHFIGVAQVPIGIAGPLTIDGEYAKGDFVVPLATTEGTLVASYNRGMKLLNMSGGVKATVVDDAMQRAPVFVFSDARGARDFVKWINENIEKIRDEAEATSSVAKLTYIDHFLSNKFAFLRFNYRTGDAAGQNMVGRATFAACGWIMDHYEGIVNFYLESNFATDKKASQINIMRTRGKRVTAEATIKREHLLSVMRVEPKQIDYHGRVAGIGSFLSGVNNTGLHSPNGITAMFIATGQDVANVSESSAGIMYSELTEEGDLYVSLTIPSLIVATYGGGTGIGTQKECLELMDCYGKNKVYKFAEIVGAVALAGEISLASAISSSDWVSSHEQYGRNR				NA	NA	NA	NA	NA
AK237_03972	1254	hlyD		Hemolysin secretion protein D, chromosomal	ATGGAACAAAAGCTATTCAGGCAACAAGCGCTTCAACACCAACTTACCGCCGGTCAAGGCGAAGTGTTTGTGCTGCCATCACTATCTGTAAGAGTGATTTGCCTGATGGTAATAGGCTGGGTGATAGCCCTTGCCTGGTATTTAAATAGTCAGGATTACAAGACATTTACGCATATCAACGGCTGGCTTGCTATGTCAGAAGGAAGCACCCTTGTTTACCCCGACAATACGTCCGGTCGTATCGCGACGATTTGGGTTAAAAACGGCGATATTGTAGAAGCGGGTGATCCCTTATTTCAGATAAATAGTGGTCAAACCCTTGGAACCGGAGAAAATGTTCACACTGCTATTTTAGCCGAATATCACGCCCAGCAACGACATCTCGAACAGCAGCTGGCTAATCTGGCTGTATCGCAGAAGCAAAATTTAGCGACCACACAAACGAACACCGCACAGCTTGAAAAAGACATCACCCAATTAAACAACTTAATTGAGCTTGTGAGGCAAAGAGTGTCACTGGCAGAGACAGCGGCAGAGTCTTTATCCGCATTGGCTGAAGCCAAATTACTGGCAAAAAATGATTACCTCAATGCAACACGCACTGTTTTATCGTTAAAGCAGGAACAACTGGAATATCAGCGCGAGCGGGAAGCCAAACTGGCTTACCTTGAAGAAAGCCGCCACGAACTTGTCAGACTCCCCGCCAGCCATACACAAGAACGTCTAGAACTGCAGCGTCAGCTCAGCGCACTACATAATCAAATACTACAGTGGGATAGTCAGCATAAACGGGTTATTACAGCCTCAAAAGCTGGCATCGTAAGTGACATTGATATTCGTCTTGGTGACTATATCAGCTCATCCCGACCTTTACTGGCTATTCAGCCGCAACAAGGCGCATTGAAAGGCAAAGTGTTGTTGCCCGCGCGTGCCTCAGGATTACTGGAAACAGGGCAAGCGGTGCGAATCAAATTGGATGCCTTTCCATTCCAGCAATTTGGCACCGTGGAGGGCAGAATTTCCCATATTTCCGACGATTTGATCCAGCCACAGAACAAGCAATGGTTACCCATAGCCACCGACGAACCGGCATATTTGGTAGAAATAACGCTCGATTCTCAAGATATTGATACCTACGGCGATACCACACCGCTTCGCAGTGGCATGACGTTCAGCGCTGACGTAACAACCCGGGAATCCAGTCTTATTGAATGGCTGTTCGCGCCCCTGCTTTCTGTAAAAGGAGCCTGGTAA	MEQKLFRQQALQHQLTAGQGEVFVLPSLSVRVICLMVIGWVIALAWYLNSQDYKTFTHINGWLAMSEGSTLVYPDNTSGRIATIWVKNGDIVEAGDPLFQINSGQTLGTGENVHTAILAEYHAQQRHLEQQLANLAVSQKQNLATTQTNTAQLEKDITQLNNLIELVRQRVSLAETAAESLSALAEAKLLAKNDYLNATRTVLSLKQEQLEYQREREAKLAYLEESRHELVRLPASHTQERLELQRQLSALHNQILQWDSQHKRVITASKAGIVSDIDIRLGDYISSSRPLLAIQPQQGALKGKVLLPARASGLLETGQAVRIKLDAFPFQQFGTVEGRISHISDDLIQPQNKQWLPIATDEPAYLVEITLDSQDIDTYGDTTPLRSGMTFSADVTTRESSLIEWLFAPLLSVKGAW	PGPT0015305_368	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-TYPE_I_SECRETION_SYSTEMS	CE-TSS1-RaxAB-RaxC_PROTEIN,PGPT0015305-raxA|cvaA-K13408	NA	NA
AK237_03973	2160	apxIB	COG2274	Toxin RTX-I translocation ATP-binding protein	ATGCAAGCACTGTTATCAGCAAACCCCTTCCCTAATTTTCGCAGTAAACCGAAAGCACCGGTTATTTATCAGGCTGAAGCGGCAGAATGCGGACTTGCCTGCCTTTGCATGTTGCTACAAGCACACGGTGATAAACGCTCGCTAACAGAGCTTCGTCAAACGTTCGGTTTGTCATTAAAAGGCGCGACGCTTGGCGACATTATGAACATTGCAAAACGGCTGTCCTTAAGCACCCGGGCGTTAAAACTAGACCTGGATGATTTGGGACAATTACAACTGCCCTGTATTTTACATTGGGATATGAAGCACTTTGTCGTGCTTACGGCTGTCAGTAAACATGGCGTGACCATCCATGATCCCGCCAGCGGAAAACGTCACCTCTCACTGGCGAGGTTCTCAGACCATTTCACAGGTATTGCCTTGGAAGTATGGCCAGAACCCGCATTCACACCTGAAGAGCGTACAACCCAACTGACTATCGGGAGCTTTTTCAATGGCATCACCGGTCTTCGCAGAACCTTGTTACTCACCTTTGGCATCACCTTACTGATCCAACTTTTTGCATTGCTGGCACCTTACTACATGCAAATGGTGGTGGATGACGCATTGCCGGCGGGATCATCTGACTTTCTTACGGCACTCACCATTGGCTTCGGTCTCTTCCTTCTTATTGAATGCCTGACATCTGCCTTGCGTCAGCACATCTTGTTGCATTTCACCAGCAGGCTTCAGTTGTTGATGAGTGCAAGAGTATTTAATCACCTGCTCCGCCTGCCGCTTAGCTGGTTTCACAGCCGCCATACCGGCGATATCATCTCACGATTTGGCTCGCTTTCCGCACTACGCGATTTTCTGACAGCCAAATTTATTACCGTCATTATGGACGGGCTTATGGCAGTCGTGACGGTGGTAGTCATGATTCTGTACGCGCCTGTGTTAGCAGCCGTTGTGATAGGTATCACGATCCTGTACGCCCTGTTTCGTGTATTTGCTTACCATTGTGTCCGTCCCCACCATGCAGACAAACTAGAGCTCGCTTCTAAAGAACAAACTCACTTTATCGAGTCGATGCGCGCCATCCAAACTATCAAGCAATTTGATCTGGAAACCAGTCGTCACGGAAATTGGCTCAACCGCCTGACATCGTCTCTTAACGCCGATATCAATATTGGTAAATGGGAACTGCGTACATCTATTGCTAAGCAATTCATGAGCGGCTTTGAAAATTTGGCAGTGATTTACCTGGGTGCGCAAATGGCGATGGAAAATGCGCTCACCGTGGGTATGCTCTATGCGTTTATCAGTTACAAAAACCGCTTTGTCACTGCAACAGAAAGCTTAATCACTACGGCTCTCGAATGGCGCATGCTGTCATTGCATATCGATCGCTTGTCAGATGTGGTGCTTTCTGAATGCGAGTCACCATTACCAATCACGTTTGATGATACTAGCGCCCCACACACGGCTCCGAAAGATTTATCACTGCACAATGTAAGCTTCTCCTACGACAGTCAGTCAGCACCTGTGCTGGACAACATCAATCTGACGGTAAAAGCAGGAGAAGTCGTTGCTATCACGGGAGCCAGTGGTTGTGGAAAATCGACGTTACTAAAATGCATTACCGGCATCCATCCACTTTCCCACGGCAAAGTGTACTACGCCAATAAGCTCGTCAAGCAAGGAGCACTAAAAGGCGTATCTTCTGCCGTCTATCAGGATGATGCATTACTCAACGGGAGTATTTTAGACAACATTGCAGGCTACTGTGACGTTCCTGATCTGCACAGAGCTGCCGCAGCGGCACAACTGGCCTGTATCCATCAAGACATCCTTGCAATGCCGATGCAGTACCAAACTCTGGTTGGGGATATGGGCAGCACATTAAGCGGTGGTCAAATCCAACGAATCATGCTTGCCCGCGCACTCTATCAACGTCCGCAAATCTTGTTTCTGGACGAAGCCAGTAGCCATTTGGATATGCATAACGAAGCACAAGTTAATCACAATCTTAAGCAGCTAAATATCACTCGGGTCATCATTGCACATCGTCCGCAGACGATTGCGCTGGCTGACAGGGTATTTCAGCTCGCTAATGGTCAACTTACCGAATTACATGCACCTACCCCCACGATTGAAGAACGAGGAAAAAACCATGAATAA	MQALLSANPFPNFRSKPKAPVIYQAEAAECGLACLCMLLQAHGDKRSLTELRQTFGLSLKGATLGDIMNIAKRLSLSTRALKLDLDDLGQLQLPCILHWDMKHFVVLTAVSKHGVTIHDPASGKRHLSLARFSDHFTGIALEVWPEPAFTPEERTTQLTIGSFFNGITGLRRTLLLTFGITLLIQLFALLAPYYMQMVVDDALPAGSSDFLTALTIGFGLFLLIECLTSALRQHILLHFTSRLQLLMSARVFNHLLRLPLSWFHSRHTGDIISRFGSLSALRDFLTAKFITVIMDGLMAVVTVVVMILYAPVLAAVVIGITILYALFRVFAYHCVRPHHADKLELASKEQTHFIESMRAIQTIKQFDLETSRHGNWLNRLTSSLNADINIGKWELRTSIAKQFMSGFENLAVIYLGAQMAMENALTVGMLYAFISYKNRFVTATESLITTALEWRMLSLHIDRLSDVVLSECESPLPITFDDTSAPHTAPKDLSLHNVSFSYDSQSAPVLDNINLTVKAGEVVAITGASGCGKSTLLKCITGIHPLSHGKVYYANKLVKQGALKGVSSAVYQDDALLNGSILDNIAGYCDVPDLHRAAAAAQLACIHQDILAMPMQYQTLVGDMGSTLSGGQIQRIMLARALYQRPQILFLDEASSHLDMHNEAQVNHNLKQLNITRVIIAHRPQTIALADRVFQLANGQLTELHAPTPTIEERGKNHE	PGPT0015310_57	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_SECRETION	CE-TYPE_I_SECRETION_SYSTEMS	CE-TSS1-RaxAB-RaxC_PROTEIN,PGPT0015310-raxB|cvaB-K13409	NA	NA
AK237_03974	243			hypothetical protein	ATGAATAACGACACCCCTATCAACGAGCGTCTGGAGCAATTGTCACGTCGTGAATTACAGGTGGCTCATAAGATTATGGAAGGGCTGCCCAACAAACGTATCGCGTCACAACTGTTCATCAGCGAAAGAACCGTTAAGTTTCACTGCGCGAATATTTATCGAAAATTATCTATTCGTAATCGCACTACGTTAATGGCTAATTACTACCGGCAATTGCAGCAACCGTTGACGGCTAACAGGTAA	MNNDTPINERLEQLSRRELQVAHKIMEGLPNKRIASQLFISERTVKFHCANIYRKLSIRNRTTLMANYYRQLQQPLTANR				NA	NA	NA	NA	NA
AK237_03975	309			hypothetical protein	ATGTCATTTCGAATTAATAAAACAGTGGCGTTTGAGACAGAAGTGCTATTTATGAACAGTCTCATTCCCATCGCCGCAGCGTCACTTTGCTGCATGATTTACTTTGCCATAACCAGCACCTTGCCCAATATGTGGGTTGTCGGTTTTACCTTCAATGTGTGCTGGATCATGAGCCTTCGTGAAACCATTTTGACCTGCTATTTACAAGGTGTATCAGACACGGTTAACCAGTCTCCCTATATCAAACCGGGAGTGGGTGATAACCGGACTTATAGCCAGAAGACAGCAGAGGAAAATAACGTAAACTAA	MSFRINKTVAFETEVLFMNSLIPIAAASLCCMIYFAITSTLPNMWVVGFTFNVCWIMSLRETILTCYLQGVSDTVNQSPYIKPGVGDNRTYSQKTAEENNVN				NA	NA	NA	NA	NA
AK237_03976	201			hypothetical protein	ATGTTCAAGGAGAACACTATGACTCAGAGAAACACACAGTCCCGCCCGCTATCAGAGAACGAAGCCCAAACTGTTTCAGGTGCTGGCATCGTCACTTTACCTGAATTAAGCGACCAAAAACCGGTATTTATTCCACCTCGATACTACACGTTGGCGTTGGGTGAAGATGGTGGCAAATATCCCGAAGAGTCTATTTATTAA	MFKENTMTQRNTQSRPLSENEAQTVSGAGIVTLPELSDQKPVFIPPRYYTLALGEDGGKYPEESIY				NA	NA	NA	NA	NA
AK237_03977	894			hypothetical protein	ATGATCACTCTGTGCTTAGGCGATGAACGAGATAGACAAATGCAGCATATAGCGTCGATGCTTCATTCGTTGAATACTGATGTAATAGTCATGAACACAGCAAAGTTAACGCAGCAGATTCATGTGCAATGGCAACCAGATACTGAAAGCCATGCCGTAACAATTGATAATGAATGTTTTGAACTGGATGATGTGGGCGCCTTTTTATGGCAACGATTTTTCCCCCCGTCCGCGGCAAATCCAACTGATAGTCAGAATAATATTAGTGCCCTGTCACCACTTTTTTATCACCAACCCATGCGCTGGTATAACCCTCTGAGCGCGATACGTTTTCATCAGGCAAAACCTGTACAATTACACACGGCCCAATCCCTTGGGGCAGCAATTCCCGCGACCTTAATCAGCAACAACCCGCAACGCCTTAAGAGCTTTGCAGCACAACACCAAAACGTTATTGTCAAACCAGTATCCGGCGGTACTCACACCAAATTCATCAGACAAAACGGTAAATTCACAAGCGATGCGCTGGAACAACCCAATCCAGGCCCTGTAACATTACAAGGCTGGATTGACGGCCATGATGTTCGCACATTTGTCATTGACGGTACGGTTTATTCTGGTGCTATTTATTCTGACAAACCTGACTATCGCACCGATGATTATGCATCTGCACAGGCATACGATATCCCCGGGGACATTCGCGCACTATCGCAAACAATATGCTTAGCATTTGGCATGAAATGGTGTGCGATTGATTGGCGTCGAAATACAAAGGGCGAGTTTGTTTTTCTGGAAGCCAACCCCTGCCCTCAATTTTTGAAGTTTGAACACGATACACAGCATCCCATAAGCGAAAGGCTATGTCGGGCGCTGATTGCAACGGCAAGCCATTAA	MITLCLGDERDRQMQHIASMLHSLNTDVIVMNTAKLTQQIHVQWQPDTESHAVTIDNECFELDDVGAFLWQRFFPPSAANPTDSQNNISALSPLFYHQPMRWYNPLSAIRFHQAKPVQLHTAQSLGAAIPATLISNNPQRLKSFAAQHQNVIVKPVSGGTHTKFIRQNGKFTSDALEQPNPGPVTLQGWIDGHDVRTFVIDGTVYSGAIYSDKPDYRTDDYASAQAYDIPGDIRALSQTICLAFGMKWCAIDWRRNTKGEFVFLEANPCPQFLKFEHDTQHPISERLCRALIATASH				NA	NA	NA	NA	NA
AK237_03978	1089	nemA_3	COG1902	N-ethylmaleimide reductase	ATGAGTCTATTATTTAACAGTATTTCTCTGGCCGGCAAAACGCTGAAAAACCGTATCGTTATGCCCCCGATGACCCGCTCACGCTCAACCCAGCCCGGTGATGTCGCCAACGATCTAATGGCCACTTACTATGCCCAGCGTGCCAGTGCTGGTTTGATTATCAGTGAAGGTACGCAAATCAGCGAACTGGGCAAGGGATACGCCTGGACCCCGGGCATTTACACCGAAGCGCAAGTCAAAGGCTGGAAGAAGGTCACAGATGCCGTTCACCAGGCGGGAGGAGTGATGTTTGCGCAACTGTGGCATGTTGGCCGCGTATCCCACGAAAGTAATACGGGTGGCAGGCAGCCGGTTTCTTCGTCAGCGCTTCAGGCTGAGGGTGTGAAGGTGTTTATTGACGAAAATAACTCACCGGGTTTCGTGCAGTCTTCTGTACCCAGAGCACTCAGCGTTGATGAAATCAAAGCGGTAGTGGAAGAGTACCGGCACGCGGCGCAATGTGCCAAAAATGCCGGATTTGATGGCATTGAGCTGCATGGAGCCAACGGGTATCTCATTAACCAGTTTCTTGATTCACAGGCTAACAACCGCACAGATGAATATGGCGGCAGCCTTGAGAACCGTTTACGGTTCCTGAAAGAAGTGGTGGCGGCTGTCAGCACGGTGTTCGACAGCCAGGCCGTAGGCGTGCGTTTAGCACCACTGACCACCTTAAACGGCGCGGTAGATGAAAACCCTGAACAGACCTACGTTGAAGCGGTGCGGGTGCTGAACGATTTGAAGGTTGGCTATGTACATATCGCTGAAGCAGACTGGGATGACGCGCCGGAAATGGCAGTGAGCTTCAAACAGGCTATTCGTAATGCTTTTGATGGGGTGTTAATTTACGCTGGAAAATATACCAGAGAGCGGGCAGAGCAAGCACTGGAACAGGGCTGGGCTGATATGATTGGTTTCGGTCGTCCCTTTGTATCGAATCCCGATCTGCCTGCCCGTTTACAACAAGGCATCGCGCTGGCAGAGCATGATCCTGATACTTTGTTCGGTGGTGATGAGAAAGGCTATACCGATTATCCTGTTGCTTCCTGA	MSLLFNSISLAGKTLKNRIVMPPMTRSRSTQPGDVANDLMATYYAQRASAGLIISEGTQISELGKGYAWTPGIYTEAQVKGWKKVTDAVHQAGGVMFAQLWHVGRVSHESNTGGRQPVSSSALQAEGVKVFIDENNSPGFVQSSVPRALSVDEIKAVVEEYRHAAQCAKNAGFDGIELHGANGYLINQFLDSQANNRTDEYGGSLENRLRFLKEVVAAVSTVFDSQAVGVRLAPLTTLNGAVDENPEQTYVEAVRVLNDLKVGYVHIAEADWDDAPEMAVSFKQAIRNAFDGVLIYAGKYTRERAEQALEQGWADMIGFGRPFVSNPDLPARLQQGIALAEHDPDTLFGGDEKGYTDYPVAS	PGPT0005930_2193	DIRECT EFFECT	BIO-REMEDIATION	XENOBIOTICS_BIODEGRADATION	XENOBIOTIC_TOLULENE|DERIVATE_DEGRADATION	XENOBIOTIC_NITROTOLULENE_DEGRADATION,PGPT0005930-nemA-K10680	NA	NA
AK237_03979	888	dmlR_11		HTH-type transcriptional regulator DmlR	ATGCCAGTTAATGCCAAAACAGAAGATTTAGAGGCCTTCGTTACGGTGGTGGATACCGGCGGTTTCTCTGCCGCCGCGGCGCTGCTGGATCAGCAGGTTGCCAGGGTGTCCCGCTCGGTAACGCGGCTGGAAAAGACCCTCAATATTACTTTGTTTAACCGCACCACCAGGCGGGTAGAGCTGACGGAAGAAGGTGAGCTTTTCTTGCGTTACGCCAGAGACGGTCTGAATATGCTGGAAAAAGGCGAGGAGGCATTGCGACTGCTGGGGCGGACACCATCAGGCAAGCTGCGGGTCGATGCAGCCAGCCCTTTTGTATTTCATCAGTTAACACCGCTCATTGATGGATTCTGCCAGGCTTATCCGGACATTTCTCTGGAACTGACCAGCCACGACAGTATTATCGATTTATTAGAGCATAAAACCGATATCGCCATTCGAATCGGCGATTTAAGTGATTCTAATTTGCACGCCAGAAAGTTAGGCCGCAGTCAGTTACATATTGTGGCAAGTCCTCAGTATTTAGCTAAAAATCCTGTCAGTGGCGATATCAAAACACTACCCGAGCATCGCTTAATTGGATTCAGTGACGCGCCACATTTAAACCACTGGCCGCTTAAAAGTCCTCAGCAGCTTACATTTGCTATCAGTGCGTCGAGCGGCGAGACCGTGCGGCAACTCTGTATTGCAGGGCAGGGGCTGGCGATGCTATCCCACTTTATGGCTTTTGATGATATTCAGGCCGGTCGGTTAGTGCCAGTGTTCACGGAGCATGTGCTTAGCCCGAACCGGCGGGAACTGGTGCAGGCGGTTTATTACCGTAACAGCGCCGTGTCTTCCCGCATCTCTGCCTTCCTCGAATATATTGCGCCACGGCTTACTCTATAG	MPVNAKTEDLEAFVTVVDTGGFSAAAALLDQQVARVSRSVTRLEKTLNITLFNRTTRRVELTEEGELFLRYARDGLNMLEKGEEALRLLGRTPSGKLRVDAASPFVFHQLTPLIDGFCQAYPDISLELTSHDSIIDLLEHKTDIAIRIGDLSDSNLHARKLGRSQLHIVASPQYLAKNPVSGDIKTLPEHRLIGFSDAPHLNHWPLKSPQQLTFAISASSGETVRQLCIAGQGLAMLSHFMAFDDIQAGRLVPVFTEHVLSPNRRELVQAVYYRNSAVSSRISAFLEYIAPRLTL				NA	NA	NA	NA	NA
AK237_03980	948			hypothetical protein	ATGACATTCTCTTTAACCAAGGCATGGCACTTTGTCGGTGAAAACGCCCCATTGTCACTGAGTAATGCCACAATTTCTTTACCAGCTGACGACCACATGATTGTGGCTAACCATGCGATTGGCATAAACCCGGTCGACTGGAAATACATCGCGCATAATCCAACCCATTGGCCAAAGGGCCATATTCCCGGTGTAGATGGCGCGGGAGTGGTAGTGGCAGTTGGCGACAGTGTGGATAAAACACTGATAGGCCAACGTGTTGCCTATCACCACAGTTTAAGTAAACAGGGTAGCTTTGCACAACAAACGGCTGTGCACGCAGAGCGAGCAATGCGCATACCTGCGGATATGTCGATGGCGCAGGCAGCTGCATTGCCTTGCCCGTTACTCACAGCATGGCAAGCATTTAATAAAGTACCCGTGGTGACTGATAGCAAAGTACTCGTGTGCGGTATGGGGGCGGTGAACAAATTCCTCGTTCAACTGTTACATCGCTCTGGCTTTGAAGTTCATGTGGTATCTGCGAGTCTTTCTGAAAGCGATGCTACAGCACTTGGCATTCAACGGGTTTTTCGTGCGCCTCCACAGGAAGGGCTGTATTTTGCACTTTTTGACGCGACAGACCCCAATGAGGCGCGAAAACAGATACCGCTGCTACAAGCAAACGGTCACGTTGTTAGTATTCTTGGTCGTATAGAAACGCCCGTTGATCCGCCCTTCACCCGAACAATTTCATACCATGAAATTGCGCTCGGGGCTTTGCATGACTACGGTGATCAACAGCAATGGCATCGGTTAATGGCCGATGGAGAACAACTCATGCAGGACATAGTAAATGGCAAACTTAGCTTACCATCGTACACTGAGTTTCCATTTTCCTCGCTAAACTACGCATTGCGCTATTCAAAAGAAGAAAAGCAAAAAGCCATCGTAACCATCCCTGCCTAG	MTFSLTKAWHFVGENAPLSLSNATISLPADDHMIVANHAIGINPVDWKYIAHNPTHWPKGHIPGVDGAGVVVAVGDSVDKTLIGQRVAYHHSLSKQGSFAQQTAVHAERAMRIPADMSMAQAAALPCPLLTAWQAFNKVPVVTDSKVLVCGMGAVNKFLVQLLHRSGFEVHVVSASLSESDATALGIQRVFRAPPQEGLYFALFDATDPNEARKQIPLLQANGHVVSILGRIETPVDPPFTRTISYHEIALGALHDYGDQQQWHRLMADGEQLMQDIVNGKLSLPSYTEFPFSSLNYALRYSKEEKQKAIVTIPA	PGPT0013255_9648	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-OXIDOREDUCTASES,PGPT0013255-qor-K00344	NA	NA
AK237_03981	1332	hslU	COG1220	ATP-dependent protease ATPase subunit HslU	ATGTCTGAAATGACACCCAGAGAAATTGTTCACGAGTTAGATCGCCACATCATTGGTCAGCAGGACGCAAAACGCGCCGTGTCCATCGCCTTGCGTAATCGCTGGCGCCGGATGCAGCTACCGGAAGAGCTTCGTGTTGAAGTGACGCCTAAGAATATTCTGATGATTGGTCCTACCGGTGTGGGTAAAACAGAAATTGCCCGCCGACTGGCGAAGCTGGCAAATGCGCCTTTCATTAAAGTTGAAGCCACTAAGTTCACTGAAGTGGGCTATGTTGGTAAAGAAGTTGAAACGATCATCCGCGATCTGACTGACATCGCCGTGAAGCTGACTAAAGAGCAGGAAATGACGAAGGTTAAATTCCGTGCTGAGGAAGCGGCGGAAGAGCGTGTATTGGATGCTTTATTGCCACCACCGGAAGATGTGTGGGGTAAAAAGGAAGAAGTTGAAGATCGTGGCACCCGTCAGGCATTCCGGAAAAAGCTCCGTGAAGGTCAGCTGGATGACAAAGAAATTGAAATCGATGTCGCATTGCCGCAAATGGGTGTTGAAATCATGGCACCTCCTGGCATGGAAGACATGACCAATCAACTGCAGTCGATGTTCCAGAACCTGAATTCTGACTCGCAGAAGAAAAAGAAAAAACTGAAAATCAAAGATGCGCTGAAAATGCTTACTGAAGAGGAAGCTGCCCGTCTGGTGAATCAGGAAGATTTGAAAGAAAAAGCGATTCACGCGGTTGAACAGCACGGTATTGTGTTTATAGATGAAATCGACAAGATTTGTAAGCGTGAAGGCAATAACTCTGCGGATGTGTCCCGTGAAGGTGTACAACGGGATCTGCTGCCGCTGGTGGAAGGCTCTACCGTATCAACTAAGCACGGTATGGTGAAAACTGACCACATGTTGTTTATCGCATCTGGTGCTTTCCAGATGAGTAAGCCCTCTGATCTGATCCCTGAATTGCAGGGCCGTCTGCCAATCCGTGTTGAACTGTCAGCACTGAAAGTGGAAGACTTTAAACGTATTCTGACTGAACCGAATGCAGCACTGACAGAGCAATATCGCGCGCTTATGGCTACAGAAGGCGTAACTATTAAGTTTGAAGAGTCTGGTATTCAGCGAATTGCTGAAGCGGCCTGGCAGGTAAACGAGCGCCTTGAGAACATTGGGGCTCGTCGTTTGCACACGGTGCTGGAGCGTTTGATGGAAGATATTTCTTTCGACGCATCAGAGAAGTCTGGTGAAACTTTTACTATCGACGCCGCCTATGTGGACTCACACTTAGAAACACTGGTCGACAACGAAGATCTCAGCCGGTTTATTTTATAA	MSEMTPREIVHELDRHIIGQQDAKRAVSIALRNRWRRMQLPEELRVEVTPKNILMIGPTGVGKTEIARRLAKLANAPFIKVEATKFTEVGYVGKEVETIIRDLTDIAVKLTKEQEMTKVKFRAEEAAEERVLDALLPPPEDVWGKKEEVEDRGTRQAFRKKLREGQLDDKEIEIDVALPQMGVEIMAPPGMEDMTNQLQSMFQNLNSDSQKKKKKLKIKDALKMLTEEEAARLVNQEDLKEKAIHAVEQHGIVFIDEIDKICKREGNNSADVSREGVQRDLLPLVEGSTVSTKHGMVKTDHMLFIASGAFQMSKPSDLIPELQGRLPIRVELSALKVEDFKRILTEPNAALTEQYRALMATEGVTIKFEESGIQRIAEAAWQVNERLENIGARRLHTVLERLMEDISFDASEKSGETFTIDAAYVDSHLETLVDNEDLSRFIL				NA	NA	NA	NA	NA
AK237_03982	525	hslV	COG5405	ATP-dependent protease subunit HslV	GTGACTACTATTGTATCTGTAAGACGCGACAATCAGGTCGTCATTGCCGGAGACGGACAGGTTTCTCTGGGCAATACCGTAATGAAAGGCAACGCCAAGAAAGTGCGTCGCCTGTATCACAATAAAGTGCTGGCGGGTTTTGCCGGTGGTACTGCCGATGCATTTACGCTGTTCGAGCGTTTTGAATCTAAACTCGAGATCCATCAGGGGCACCTTACCCGTGCAGCGGTGGAACTGGCTAAAGACTGGCGTACTGACAGGGCGCTGCGTAAGCTCGAAGCGTTGCTGGCGGTGGCTGATGAGACGGCATCTTTTATCATTACCGGTAATGGCGATGTGGTGCAGCCTGAAAACGATTTAATCGCCATTGGCTCCGGCGGCGCTTATGCGCAGGCGGCTGCGACGGCGTTGCTGGCAAATACTGAATTGTCAGCCCGTGAAATAGCAGAAAAGAGTTTAACCATCGCAGGGGATATCTGCGTATATACCAACCACCACCAAACGGTTGAAGTACTGGATTATTAA	MTTIVSVRRDNQVVIAGDGQVSLGNTVMKGNAKKVRRLYHNKVLAGFAGGTADAFTLFERFESKLEIHQGHLTRAAVELAKDWRTDRALRKLEALLAVADETASFIITGNGDVVQPENDLIAIGSGGAYAQAAATALLANTELSAREIAEKSLTIAGDICVYTNHHQTVEVLDY				NA	NA	NA	NA	NA
AK237_03983	564	ftsN		Cell division protein FtsN	ATGGCTCAACGTGATTATGTAGCTCGTGGTCGTACACCACAGAACAAAAAGAATAACAATAAAAGGAAGCCTCCCGCTCCGGAAACTAACAGAACGAAGATATGGGCGCGTTTAGTGATTGTCGTTATCGCAATCCTGGGGCTTATCTACTTCCTGTTCTCAATTAAAGACAACGTGGATGAAACCGCGGATTCTCCTATGGAGCCGCTTCCGCAGATTGTTGAAGAAGAGGAACTGCCAGAGCTGCCCAAAGAGGAATGGGAGTATATTAAATCGCTTCCAGGCTATGAAGTAGAAGTAGAAGTGGCAGAACAACAAAAGTCTGACAAGCTCTATCTCCTGCAATGTGGTTCTTTCCGTACCCGCTCTCAGGCCGAAGAAATGAAAGCCAAAATTGCCTTTCAGGGACTGGAAGTGCAGGTTCGTGCTACCACTGGCTCTAACGGTGAATGGTTCCGTGTCATCATGGGACCGTTACAAACTAAGCGCGATGCCGAAAGAGCAAGACACAGCCTGAGAAAAGTAAACATCACCACCTGCATGATCCTATACTGGAATCTTTAA	MAQRDYVARGRTPQNKKNNNKRKPPAPETNRTKIWARLVIVVIAILGLIYFLFSIKDNVDETADSPMEPLPQIVEEEELPELPKEEWEYIKSLPGYEVEVEVAEQQKSDKLYLLQCGSFRTRSQAEEMKAKIAFQGLEVQVRATTGSNGEWFRVIMGPLQTKRDAERARHSLRKVNITTCMILYWNL				NA	NA	NA	NA	NA
AK237_03984	2172	priA	COG1198	Primosomal protein N'	ATGCGTTTTGTTGAGGTAGCGGTTCCCGTTCCGCTACGACAAGCTTTTACATATTCCTGCGAATCGCTACCCGAAGCGGGCTGTCGCGTGAGTGTTTCTTTCGGCCCGCGTACTCTCATCGGCGTCGTCTTGGGCGAGGCAACGCCCCCTGAAAACACGCAAAAGATAAAACCCATTAACCATGTGATTGACGACACGCCGGTGCTTGATACTACGCTGCTTCGCCTGTGTCACTGGTTATCTCAGTATTATCTTCATCCTATCGGGGAAGTCATTCATACCGTGCTACCGGTGCTCTTGCGAAAAGGTGAGTCAGCCAACCCGGTAAACGAAACGTGGTGGCAGGCTAACGATGATCTCGACGAGAACTTAGCGTCGCTTAAGCGGGCAAAGCGTCAATATGCCTGCTTAGAAGCGCTGGCGGATGAACCTGTTCGTGAAGGGGATCTGAAAAACACGTTTCCTTCTACCATTATCAATGCGCTTGAAGAGAAAGGGTTTATCTCTTCGCTCAGTAAACCCCCTCTTCTTCGGCCTAAAATGTGGCTCGATTATTTTCAGGTCGCTAAAAAGCCTTTGCCTGACAAAGAGCAAGCAGTCGCTATCTCTACACTGGTTCAAAGTGGAGGACGGTTTGCTCCTTTCCTGCTGGAAGGGGTCACAGGCAGCGGTAAAACCGAAGTGTACTTACAGGCTATCGAAGATATTCTCGCCGCAGGGCGACAGGTGTTAATTCTGGTGCCGGAAATTGGACTGACGCCGCAAACCGTTTCCAGGTTTGCACAGCGCTTTGGTATAGACATTGGCATTCTGCATTCACAGCTTAACGATAAAGATCGGCTGGCCGTTTGGCAGCGCGCCCGGGCAGGTGAACTTGGTATTGTGATTGGCACGCGCTCTGCCATTTTTACGCCGTTAAAATTTCCCGGCATGATAATCGTCGACGAAGAGCACGATGACTCTTTTAAACAGCAAGATGGCTTGCGGTATCACGCCAGGGATCTCGCAGTGATGCGCGCCAACGCAGAGAATGTTCCACTGATCCTTGGTTCTGCCACGCCATCTCTTGAAACGCTGAACAACGCCTTATCCAGGCGTTATGGGCATTTGCAGCTTACGCAACGGGCAGGGGGAGCAGCAAAAACCTATCAACAAGTGTTGGACGTACGTGAGCAGCGCATGCAGTTTGGCATCGCGGATGGGATGTTAAGCATTATGCGTCAGCACCTTTCCATGGGAAATCAGGTGTTGGTGTTTGTTAACCGGCGAGGTTATGCACCAGCGCTCATTTGTCATCATTGCGGGCATTCTTATGACTGCCGGCGGTGCGAGCGCCCCTATACTGTTCATCGAACGCAGCAGCGACTTCAATGTCACCATTGCGCCGGCACACGACCAATCCCCCGCCAATGTGAGCATTGCGGTGAAACTCAGCTGGTTACAGCTGGGGTTGGTACAGAACAAATCGAGGATGGTCTGGCGAAAATGTTTCCGGCAGTGAAGCAAATTCGGATCGATAGTGACTCGGTGCGGGGGAAAGATAAGCTGCAACGTTCACTGGATGATATCAACGCACAAAAGTACCAGTTATTGATAGGCACACAAATTCTGTCAAAAGGGCATCATTTTCCTCACGTGACGTTAGTTGTGGTGCTCGATTGTGATGGCGCGCTGTTTAGTGCAGATTTTCGTGCAAGTGAAAAGCTCGCACAACTGGTTACCCAGTTGGCCGGTCGAGCGGGCAGAGCATCAAAGCCTGGCGAAATGTGGTTGCAAACGCATAATCCAGGGCATCCCTTGCTACAGGATCTTATTCATAACGGATACTCGCATTTTGCTCGTCAAGCACTGGACGAACGCAAGCTGGGATGGATGCCGCCGTTTCAGTCGCAAGCGGTGATACGGGCCGAGTCAACAAACGGTGAATTAGCCTGGGATTTCCTGGAGCAAACGAAAAGTTTGTTGCAAGGTGGAGCCGTAAGGTTAAATGGGCCGCTACCTTGTCTGATAGAGAAGCGACAAGGACGGTATCGTTTCATGCTGGTATTGCAATCGCCGCAGCGAAAAGATATCAATATGCAGCTTCGAAAAGCTTTGCCGACGATTTCCTCCTTACCGGTTGTCAGTCGTGTGCGCTGGTCTTTGGATGTAGATCCTTCAGACTTCAGTTAG	MRFVEVAVPVPLRQAFTYSCESLPEAGCRVSVSFGPRTLIGVVLGEATPPENTQKIKPINHVIDDTPVLDTTLLRLCHWLSQYYLHPIGEVIHTVLPVLLRKGESANPVNETWWQANDDLDENLASLKRAKRQYACLEALADEPVREGDLKNTFPSTIINALEEKGFISSLSKPPLLRPKMWLDYFQVAKKPLPDKEQAVAISTLVQSGGRFAPFLLEGVTGSGKTEVYLQAIEDILAAGRQVLILVPEIGLTPQTVSRFAQRFGIDIGILHSQLNDKDRLAVWQRARAGELGIVIGTRSAIFTPLKFPGMIIVDEEHDDSFKQQDGLRYHARDLAVMRANAENVPLILGSATPSLETLNNALSRRYGHLQLTQRAGGAAKTYQQVLDVREQRMQFGIADGMLSIMRQHLSMGNQVLVFVNRRGYAPALICHHCGHSYDCRRCERPYTVHRTQQRLQCHHCAGTRPIPRQCEHCGETQLVTAGVGTEQIEDGLAKMFPAVKQIRIDSDSVRGKDKLQRSLDDINAQKYQLLIGTQILSKGHHFPHVTLVVVLDCDGALFSADFRASEKLAQLVTQLAGRAGRASKPGEMWLQTHNPGHPLLQDLIHNGYSHFARQALDERKLGWMPPFQSQAVIRAESTNGELAWDFLEQTKSLLQGGAVRLNGPLPCLIEKRQGRYRFMLVLQSPQRKDINMQLRKALPTISSLPVVSRVRWSLDVDPSDFS				NA	NA	NA	NA	NA
AK237_03985	213	rpmE	COG0254	50S ribosomal protein L31	ATGAAAGAAGGTATTCACCCTAAATACGAAGAAATTACTGCATCTTGTTCTTGCGGTAATGTTATCAAAGTACGTTCTACTGTAGGTAAAGAATTAAACCTGGACGTATGTTCGAACTGTCACCCGTTCTACACTGGTAAGCAACGTAACGTTGATACTGGTGGTCGTGTTGACCGCTTCAAGAAGCGTTTTGGTGCTCTGGGCAAAAAATAA	MKEGIHPKYEEITASCSCGNVIKVRSTVGKELNLDVCSNCHPFYTGKQRNVDTGGRVDRFKKRFGALGKK	PGPT0014325_4077	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-HALOTOLERANCE_RELATED_ENZYMES,PGPT0014325-rpmEB-K02909	NA	NA
AK237_03986	96			hypothetical protein	ATGCTTACTTTAGATGCCAGTGGCATGCTTCACAAAACGGATTCGCTAATGTCGACTATTGATGAAATTTATGAGTTGAAGCTAATTTATAGTTAG	MLTLDASGMLHKTDSLMSTIDEIYELKLIYS				NA	NA	NA	NA	NA
AK237_03987	1242	maeB	COG0281	NADP-dependent malic enzyme	ATGTCAGACTTCAGACAACGCGCCCTGGATTACCACGAGTACCCTACACCAGGCAAAATTAAAGTAGAGCTGTCTACCCCGGCAGACAGCGTAGATGATTTAGCATTAGCGTATAGTCCTGGTGTTGCTGAGCCAGTGCGAGAGATTGCCGAAGATCCCGACGCCGCTTACCGTTATACCGCAAAAGGCAATATGGTTGCAGTCATCAGTAACGGTACCGCAATTCTCGGATTAGGGAATTTAGGCCCCCTTGCATCAAAACCGGTAATGGAAGGTAAAGCACTGCTGTTCAAACGCTTTGCCGGGTTAGACGCTATCGATATTGAAGTAAAGCATCGCACCACGGAAGAGTTTATCAATACTGTGGCAAACATTGCCGATACATTTGGCGGTATTAACCTTGAAGATATTAAAGCGCCGGAATGTTTTGAAATTGAACAGGAACTGATTAAGCGTTGTAAGATCCCGGTATTCCATGACGACCAACATGGTACAGCCATAGTAACAGCCGCAGGCATGCTTAATGCCCTTGAAATCCAGGGAAAACAAATAGAAGACGTCAAGATTGTGTGTATGGGAGCGGGCGCAGCCGCTGTCGCCTGCATGGAGTTGCTCATCAAATGTGGCGCGCAGCGCGAACGTATTTACATGCTTGACCGTAAAGGTGTGATCCACACCCGCCGCGACGATTTAACTGAGCACAAAAAGTTATTTGCTAACAATACAGACAAACGTACGCTCGATGACGTTATGGAAGGTGCTGATATTTTTGTTGGGGTGTCAGGGCCCGACGTGCTGCCTCCGGAAACGCTTAAACTAATGGCAGCAAATCCTGTCGTGTTTGCGTGTTCAAATCCCGATCCTGAAATTAAACCGGAATTAGCGCATGAAGTACGTAGTGATTTAATTATGGCGACTGGGCGTTCGGACTATCCGAATCAGGTAAATAACGTGCTGTGCTTCCCGTTTATTTTCCGTGGTGCGCTTGATGTTCGCGCTTCAGCGATCAACGACGATATGAAGGTAGCAGCGGTAGAAGCCTTGCGCTCAGTATCAAAAGAACCCGTCCCGGAAGACGTGCTCAAAGCCAGTAAATCGGCGTCGCTAACCTTTGGCAAGGATTACATCATTCCCAAACCGATGGATCCTCGCTTAAAACACCGTATAGCGAGAGCGGTTGCTCAAGCAGCTATCGATTCTGGCGTAGCGGGTATTGACGTGCTGCCCGATCAGTATCGCTAA	MSDFRQRALDYHEYPTPGKIKVELSTPADSVDDLALAYSPGVAEPVREIAEDPDAAYRYTAKGNMVAVISNGTAILGLGNLGPLASKPVMEGKALLFKRFAGLDAIDIEVKHRTTEEFINTVANIADTFGGINLEDIKAPECFEIEQELIKRCKIPVFHDDQHGTAIVTAAGMLNALEIQGKQIEDVKIVCMGAGAAAVACMELLIKCGAQRERIYMLDRKGVIHTRRDDLTEHKKLFANNTDKRTLDDVMEGADIFVGVSGPDVLPPETLKLMAANPVVFACSNPDPEIKPELAHEVRSDLIMATGRSDYPNQVNNVLCFPFIFRGALDVRASAINDDMKVAAVEALRSVSKEPVPEDVLKASKSASLTFGKDYIIPKPMDPRLKHRIARAVAQAAIDSGVAGIDVLPDQYR	PGPT0001685_4202	DIRECT EFFECT	BIO-FERTILIZATION	POTASSIUM_SOLUBILIZATION	K-SOLUBILIZATION-ORGANIC_ACID_METABOLISM	K-SOLUBILISATION-PYRUVIC_ACID_BIOSYNTHESIS,PGPT0001685-maeB-K00029	NA	NA
AK237_03988	3162	lacZ_4		Beta-galactosidase	ATGGGAATTCTCAACGAAAAGCCGAAATTGCGGCTGGTATTATCGGTAGGGACGGCGTTGGCGCTTGGGGGCTGCGTACAGAATTTAACCACGAACGAAAATGCTACCGGTAGCACAGCGTTAGATGAATGGAATAATCCTGCTGTGTTTAATGTTGGTAGCCTTCCGGATCGTGCTTATTTTATGCCATACGCGTCTCGAGAAAAAGCTTTGGCAAGGGACGATAAGAATTCAGCTTATTACAAGACGTTGAGTGGCGAATGGAAATTTCATTTTGCAGAAAATCCACAAGAACGTCCTCGTGATTTCTATAAAAATGATTTTGATACTTCAGAATGGGACAACATGCCAGTGCCGGCAAACTGGCAACTCCATGGCTATGATTATCCTATTTATGTAAACCATGGTTATGGCTTTTTGAAAAACAAACCGCATCCCCCTGAGTATAACCCGGTGGGCTCGTACAAGCGCACGTTTTCGGTTCCGGCTAACTGGGCTGACAAACGGGTAATTCTACATTTCGGAGCAGTTCGCTCTGCATTCTATGTTTGGGTTAATGGAGAAAAAGTAGGTTACAGCGAAGATGGTAAATTGCCAGCCGAGTTTGACATCAGCGAATATATCAGGAGCGGTGAAAATAGCATAGCCCTGGAAGTATTCCGCTGGAGCGATGGTAGCTATCTAGAGGACCAGGACATGTGGCGGGTAAGTGGTGTGCAACGGGATATTTTTCTGCAGGCAATACCAAAAACCCAGCTTTGGGATTTTCACGCTAAAACTCGTCTGGTTAACAATTTTAAAGACGGTGAACTGGAACTGAATATCGATCTTACGAATGTGAGTACGCAAGCTACCGAAGCGCAGTTAAAGACCGAACTATACGACGGCAATACGCTTGTTTGGAATAACGTCAGTAAGACCAAAGTTGCTGCCGGATCTGTCTCAACGCTATCAGTAGCACATACTATAAAAGGAGTCCGCGCGTGGTCAGCAGAAATTCCGTCCTTATATAATCTGGTTTTGACTCTTTCACAGCCAGGCGAAAGTGACCAGATCATCAGTCAGGGAATTGGTTTTAAAAATGTTGAAATTCAAGATGGCCAGCTCATGGTCAACGGTGAGCCTGTCATTATTAAAGGTGTCAACAGGCATGAACATGAAGCTGGTAACGGTCAGGCAATAGGCCGTGAGAGTATGATCGAAGACATTAGGCTGATGAAACGTTTCAACATCAATACGGTTCGCGCCTCGCACTATCCCAACGATCCTTACTGGTACAGATTGTGTGATGAGTACGGTTTGTACGTCATCGATGAAGCTAACGTAGAGTCACATGGATATGGCTTTGAGCAAGACGGTTTGGGTAATGATCCTCAGTTTAGAGAAGCCATCTTGGACCGCGTAAAAGGTATGGTTGAAAGAGACAAGAATCACCCGTCCATAATTTCCTGGTCGCTAGGAAATGAAATTGGTCCGGGCCCGACCATTTCAGAGGCTTATAACATGGTCAAAAAAATGGACGATAATCGGATAGTACAGTATGAAACGCGAGCGGACTGGCATAAAGAAACAATGACTGATGTGGTTGGTTGGATGTATGCCGATCGAAATGAAATAACGTCTAAATATTTAGGAAATTATCCTGACAAACCTTTCATCTGGGTTGAGTACGCCCACACTATGGGAAATAGTGGCGGAAACCTGAAAGAGCTGTGGGACTATGTCTATGAGCATCCTCAGGTACAGGGCGGCAGCATCTGGGACTGGGTTGATCAGGGATTGCGTCAGACTACGCAAGACGGAACCGAATATTTTGCTTACGGCGGAGATTTTGAACCGGAAGGCACGCGAAATGCGAATAACTATCTGGCAAATGGATTGATAGGTTCAGATCGTAAACCACATCCGGTTTTATACGAGGTTAAAAAGCTTTACCAAAACATCTCTGTCAAGCCACAAAAAGATTTCCGATATGAAGTTGTTAACCGAAACTTTTTCCGCGACCTCAGCTATGTGATCGGTGAATGGTCTTTACTTGAAGACGGCAAAGTTGTCCAGCAGGGGCAATTCCCCTTGCTAACCACTACGCCGCAGTCCAGTGAAATAATAAATTTAGATACTTTGTCTGAGTTTAACATGGTCTCCGAGCGTGAATACGCAGTGAATTTTGCATTTCGCCTGAAACAGAAAGAAGGTGTGATTCCGCAACATCACATTGTTGCTGCAGAACAATTTATTCTGCAGCAGGGCAGCCCGCAGGATAAACTGCAGCAAGCAAATGAAATGGCTGTAAATGAGACTGCGGGGCAAGTCGAGATAACTGTAGATGATGTGTCTTTAGTTTTTGATACTACCACCGGTCAGCTATCCAGTTATCGCAAAGCGGGTGTCGAGTTAGTGAAAGAGGGTCTGGTGCCCAACTTCTGGCGAGCAATGACTGATAAGGATTTTGGCAACAAGCTAGGTGAAAAAAGTGGTCAGTTCAGACACGCTGGTGACCAGGCCGTGCTGACGGAAAATAGCATTAGCAAGGCGGAAGGCAAGGTAACGCTTACTTTCAACTACCAGTTCCCAATCCTAAACAGCTCAGGCGCTATTAGCTATGAAGTTGGAGATGCAGGTAAAGTAGCGGTAACTTATCAGGCTGATCTGTCTTCAGAGTTACCGGAAATGCCAAGATTTGGCTTGCAAATGCAAATGCCTGATGGCTTTGACAACGTCAAATGGTACGGGCGAGGTCCGTGGGAAAACTATCAGGATAGAAATTATGCTGCTGATTTGGGAATTTACAGCGCAACCGTTAGTGAACTCTATACTCCTTACATTCGTCCTCAGGAAAATGGTAACCGCAGCGATGTCAGATGGATGGAAATCCGGAATAATGACGGTACCGGCTTGAAAGTAACCGGATACCCTGCTTACGATTTTACTGCACATCACAATACAGTTGAAGACTTTGATTACCCCAAAGATGGTCCTAACCGGCACATCTCTGATATTCGACCGCGTCCGCTTACTGAGCTTAACTTTGATTTGCAGCAACGTGGCGTAGGGGGTGATAACAGTTGGGGAGCTACTCCGTATGAAGGCTACCGATTGTTGCCTGAAGAAAAGCAGCAATATGAGTTGAAGCTCCTTCTTGCACCGATTTCTGCCGGGTGA	MGILNEKPKLRLVLSVGTALALGGCVQNLTTNENATGSTALDEWNNPAVFNVGSLPDRAYFMPYASREKALARDDKNSAYYKTLSGEWKFHFAENPQERPRDFYKNDFDTSEWDNMPVPANWQLHGYDYPIYVNHGYGFLKNKPHPPEYNPVGSYKRTFSVPANWADKRVILHFGAVRSAFYVWVNGEKVGYSEDGKLPAEFDISEYIRSGENSIALEVFRWSDGSYLEDQDMWRVSGVQRDIFLQAIPKTQLWDFHAKTRLVNNFKDGELELNIDLTNVSTQATEAQLKTELYDGNTLVWNNVSKTKVAAGSVSTLSVAHTIKGVRAWSAEIPSLYNLVLTLSQPGESDQIISQGIGFKNVEIQDGQLMVNGEPVIIKGVNRHEHEAGNGQAIGRESMIEDIRLMKRFNINTVRASHYPNDPYWYRLCDEYGLYVIDEANVESHGYGFEQDGLGNDPQFREAILDRVKGMVERDKNHPSIISWSLGNEIGPGPTISEAYNMVKKMDDNRIVQYETRADWHKETMTDVVGWMYADRNEITSKYLGNYPDKPFIWVEYAHTMGNSGGNLKELWDYVYEHPQVQGGSIWDWVDQGLRQTTQDGTEYFAYGGDFEPEGTRNANNYLANGLIGSDRKPHPVLYEVKKLYQNISVKPQKDFRYEVVNRNFFRDLSYVIGEWSLLEDGKVVQQGQFPLLTTTPQSSEIINLDTLSEFNMVSEREYAVNFAFRLKQKEGVIPQHHIVAAEQFILQQGSPQDKLQQANEMAVNETAGQVEITVDDVSLVFDTTTGQLSSYRKAGVELVKEGLVPNFWRAMTDKDFGNKLGEKSGQFRHAGDQAVLTENSISKAEGKVTLTFNYQFPILNSSGAISYEVGDAGKVAVTYQADLSSELPEMPRFGLQMQMPDGFDNVKWYGRGPWENYQDRNYAADLGIYSATVSELYTPYIRPQENGNRSDVRWMEIRNNDGTGLKVTGYPAYDFTAHHNTVEDFDYPKDGPNRHISDIRPRPLTELNFDLQQRGVGGDNSWGATPYEGYRLLPEEKQQYELKLLLAPISAG	PGPT0017810_831	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES	CE-EPS-GALACTOSIDASE,PGPT0017810-lacZ-K01190	NA	NA
AK237_03989	327	metJ	COG3060	Met repressor	ATGGCAGAATGGAATGGTAAGTATATACACCCTTACGCAGAGCATGGGAAAAAGAGTGAGCAAGTAAAGAAAGTCACTGTTTCTATTCCCATTAATGTGCTTAAGGAGCTCACTGATGAGCGTACCCGCAGGCAAATTAATAATTTACGTCACGCAACCAATTCTGAGTTGCTGTGCGAAGCGTTCTTGCACGCTTTCACCGGCCAGCCACTACCTAACGATGATGACTTGCGCAAAGACAATCCGAATCGTATCCCGGCTGTCGCCAGAAGGATGATGGAAGAGATGGGAATTGACCCATCGGTGGAGAACGAAGAAGAAGAATAG	MAEWNGKYIHPYAEHGKKSEQVKKVTVSIPINVLKELTDERTRRQINNLRHATNSELLCEAFLHAFTGQPLPNDDDLRKDNPNRIPAVARRMMEEMGIDPSVENEEEE	PGPT0020035_53	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_UTILIZATION	PLANT_DERIVED_METHIONINE_DEGRADATION,PGPT0020035-metJ-K03764	NA	NA
AK237_03990	885	metF	COG0685	5,10-methylenetetrahydrofolate reductase	ATGGTTTCCTATGCACAGGGTATCGACGCCTTAAACCAGTCATTGTCCGAACTGCGCGACATTGATGTCTCTTTTGAATTTTTTCCGCCTAACTCGGAAAAAATGGAACAAACGCTATGGAAATCTGTTGAACGCCTCGCGCCATTAAAACCTTCCTACATGTCGGTAACGTACGGCGCGAACAGTGGCGAACGAGATCGCACTCACGATGTAGTTAAACGCATTCAACAACAAACTGGCGTTCAGGCTGCTCCTCATTTAACGTGTGTGGACGCGACACGTGACGAACTCAAGCAAATAGCCCAGGAATACTGGGATTCAGGTATTCGCCGTATCGTGGCATTACGGGGCGACTTACCAAATGGCGTGGATAAAACCGAAATGTACGCGTCTGACCTGGTCGCGCTGCTCAAAGATGTGGCCGATTTTGATATTTCTGTGGCCGCTTACCCGGAAAAACACCCTGAAGCACCTAATACCCAGTTCGATCTGCTTAACCTGAAGCGCAAAGCGGAAGCCGGTGCAACAGAAGCGATAACGCAATTTTTCTTTGATACCAGTGTTTACCTGCGCTTCCGCGATCGGGCCGCAGCAGCAGGCATCGACTTAGATATTGTTCCGGGCATTCTACCGGTTACCAATTATCAAACGTTGATTAAATTTGCAGGCTTCACCAATGTGCATGTACCTGGCTGGCTGCATAAAATGTACGAGGGGTTGGATGAGGATGATCAGGCGACCCGCAACCTGATTGGTGCCAACATCGCGATGGAACAGGTAAAAGTACTGGCCAAAGAAGGCGTGAAACATTTTCACTTCTATACGCTTAACCGCTGCGAATTAAGCTACGCTATCTGCCACATGTTAGGCGTACGTGCAGATTAA	MVSYAQGIDALNQSLSELRDIDVSFEFFPPNSEKMEQTLWKSVERLAPLKPSYMSVTYGANSGERDRTHDVVKRIQQQTGVQAAPHLTCVDATRDELKQIAQEYWDSGIRRIVALRGDLPNGVDKTEMYASDLVALLKDVADFDISVAAYPEKHPEAPNTQFDLLNLKRKAEAGATEAITQFFFDTSVYLRFRDRAAAAGIDLDIVPGILPVTNYQTLIKFAGFTNVHVPGWLHKMYEGLDEDDQATRNLIGANIAMEQVKVLAKEGVKHFHFYTLNRCELSYAICHMLGVRAD	PGPT0008160_2474	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-VITAMIN_B9|FOLATE_METABOLISM,PGPT0008160-metF-K00297	NA	NA
AK237_03991	885			hypothetical protein	TTGACAGAAAATCGCTGGGTAAAGCTCTGGAACGAAAAACGTCCGGGCCTGATTGCCTTTTTCCACATTTTTTTACGTCGCTGCAGACAAGACAACATTACTATCTCCGCGGGCCATCTGGCGTATGTAACCCTACTCTCGTTAGTACCCTTTATCATGGTGACCTTTACTGTGATGTCTGCCTTCCCCGCCTTTGCATCGGTACGTAGTAAGTTAGAACAATTTGTATTTTCTAATTTTGTCCCAACCGCGGGCGACGTTGTTCAGCGATATATGACAGATTTCGTCGCCAATGCGTCTGAAATGGGTGCTGTGGGTATTCTATCGCTGTTGGTGGTCGCCCTGCTGCTCATCTCGAATGTGGATAAAACATTGAACCGTATTTGGCGTACCCAAAGCGACCGCCCAGTCATTTATACCTTCGCCATTTATTGGATGGTAATCACCTTAGGCCCCATGCTGATGGGCTCCAGCGTGGCGGTAAGTTCTTATTTGGTGGGTGTGGCTGAGTTTGCAGAAGAATATACGCCGGGAGTGGGTACATTCATGCTAACCCTGATCCCGAGTTTTGCTGCACTACTCGCTTTTGTCATTTTGTACCTGTTAGTCCCAAACCGACGGGTACGTTACTCGCACGCAATTATTGGTTCGGTTGTGGCAACAGTATGCTTTGAATTCACCAAAAAAGGCTTTGCCCTGTACATCACTAACTTTACGTCATACCAGGTGATTTACGGCGCATTAGCGGTGCTTCCTATTTTGTTTTTGTGGGTTTATGTATCCTGGATTGTGGTATTGATTGGTGCTGAATTTACATGCAGTCTTGAAGATGCTTTTGGCGATATCAGAGCCAGCGAAGAGCCAAGGAAAGTCCCTCTGGAATAA	MTENRWVKLWNEKRPGLIAFFHIFLRRCRQDNITISAGHLAYVTLLSLVPFIMVTFTVMSAFPAFASVRSKLEQFVFSNFVPTAGDVVQRYMTDFVANASEMGAVGILSLLVVALLLISNVDKTLNRIWRTQSDRPVIYTFAIYWMVITLGPMLMGSSVAVSSYLVGVAEFAEEYTPGVGTFMLTLIPSFAALLAFVILYLLVPNRRVRYSHAIIGSVVATVCFEFTKKGFALYITNFTSYQVIYGALAVLPILFLWVYVSWIVVLIGAEFTCSLEDAFGDIRASEEPRKVPLE	PGPT0014525_5576	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	UNIVERSAL_STRESS_RESPONSE	STRESS_SIGNALLING_PROTEINS	OTHER_STRESS_RESPONSE_PROTEINS,PGPT0014525-yfkH-K07058	NA	NA
AK237_03992	651			hypothetical protein	ATGATCATAAACATTAAGTCTGGTTTGTTGACCGTCGCAGCAGTTGTTGCACTGTCAGGTTGTCAATCAGCTTATTACGGCGCTTGGGAAAAACTAGGCGTTGAAAAACGGGATATTCTCGTAGACCGTGTCGAGAATGCGAAGGAGTCACAGGAAGACGCTCAGGAACAGTTTGCTGATGCATTGGAAGAATTCAGTGCCCTTATCAATTTCGATGGCGGTGAGCTTGAAGACGTTTACGATGAATTGAATGGTGAGTTTAAGGATAGCAAAGCGGCTGCAGCGGAAGTCACCGCACGAATCGATAAAGTAGAAAGCGTCGCAACCGCACTTTTCTCGGAATGGGAAGATGAGCTGGAGAAGTACGAGAGTGAAAAACTACGCCGCTCAAGTGCTCAGAAATTACGTGATACACGTCGTCAGTACGACACGATGATCAAAGCCATGAGAAAAGCCGAGAGCCGGATGGAGCCGGTGTTAACGGCGCTTCAGGACAACGTGCTGTATCTTAAGCATAACCTGAATGCCAGTGCAGTAGGGGCATTGGAAGGCGAACTGAAAACAATTCAGCAAGATGTATCAAGCTTAATCAGCGAGATGAAAGCGTCAGTTGCAGAATCCGATGCCTTCATCCGTACAATGAAAAACTAG	MIINIKSGLLTVAAVVALSGCQSAYYGAWEKLGVEKRDILVDRVENAKESQEDAQEQFADALEEFSALINFDGGELEDVYDELNGEFKDSKAAAAEVTARIDKVESVATALFSEWEDELEKYESEKLRRSSAQKLRDTRRQYDTMIKAMRKAESRMEPVLTALQDNVLYLKHNLNASAVGALEGELKTIQQDVSSLISEMKASVAESDAFIRTMKN				NA	NA	NA	NA	NA
AK237_03993	243			hypothetical protein	ATGGCAGGTCAGGGTTCCGGCGGAAACGTCATTGCAGCAATCTGTAACTTTTTTATTCCAGGATTGGGCCATCTCGTTCAAGGGAGGATCATGGGGGCACTTTTCTTTTTTATTGTGTGCTTTGCATGTTATGGCCTCGCTGCCACCGTTATTTTCTTTTTCTTATGGCCGGTAGGGGCTATTTTTCACCTATGGGCTATTATTGATGCCGCCCGTTACAGGGGGCCTGAGGTACAATTATGA	MAGQGSGGNVIAAICNFFIPGLGHLVQGRIMGALFFFIVCFACYGLAATVIFFFLWPVGAIFHLWAIIDAARYRGPEVQL				NA	NA	NA	NA	NA
AK237_03994	978	pip_2		Proline iminopeptidase	ATGAAACGACTTTACCCTGACATTGGATGTTATAGCAGTGGGTACATAAATACCGGTGATGGTCACTCATTGTATTACGAAGAAAGTGGTAATCCGGATGGGTTTCCCATTTTATATTTGCACGGCGGACCTGGCGCGGGGTTAGCACCTGGCTATCGCCGCTTCTTTGACGGAAACCACTTCCGCATTATTGCCTTTGAACAACGTGGTTGTGGGCGCTCGAAACCCTTCGGTTCGCTTGAGAATAATACCACCCATCATACACTCGCCGATATTGCGCGGCTGCGCGCTATGCTGAATATAAAAAAGTGGATTTTATTCGGGGGTTCATGGGGTTCAACCCTGGCACTGCTGGCTGCAATAGACTCGCCCCAAACCGTATCGGGTTTAATATTGCGAGGGGTATTTCTTGCACGTCAGGAAGACAGAGACTGGTTCATTTCACACCAGGGAGCCGCTGCCACACTGTTTCCAGAACACTACGAGCTGTTTATTGAGGGCATCAAAGAGCCTCTGACAACAAGTTCGGTATGCGAACACTATCGCCGGTTATTCGATTCAACCGACGAGTTACAGCGTTTGAGTGCACTGAAACGGTGGTATATTTGGGAAGAACGATTATCACGCTTATCCCTTCCAGCAGGCACCGGTATAGTCACGGGTCACTACCCTATTAACCTTATGACCAGTCTCGCTAAGTTAGAGTGCCTCTACCTTGCCAATAACTGCTTTATCTCTGAAGATTTTATTCTGCAAAATGTACATAAAATCAGTCACATTCCCGGTACAATCGTACATGGCCGATACGATGTGATATGCAGTACAAAAGGTGCTTACACACTGCATAAGGCGTGGACAAATAGTGAATTGCAAATTGTCCAGGAAGCTGGTCACAGTACGTCAGAACCCGGTATCGCACTTGCACTGTGCAGGGCCACCCGGGACATGTCACGTTATTTAAGGGAGAAAAACTCTTGA	MKRLYPDIGCYSSGYINTGDGHSLYYEESGNPDGFPILYLHGGPGAGLAPGYRRFFDGNHFRIIAFEQRGCGRSKPFGSLENNTTHHTLADIARLRAMLNIKKWILFGGSWGSTLALLAAIDSPQTVSGLILRGVFLARQEDRDWFISHQGAAATLFPEHYELFIEGIKEPLTTSSVCEHYRRLFDSTDELQRLSALKRWYIWEERLSRLSLPAGTGIVTGHYPINLMTSLAKLECLYLANNCFISEDFILQNVHKISHIPGTIVHGRYDVICSTKGAYTLHKAWTNSELQIVQEAGHSTSEPGIALALCRATRDMSRYLREKNS				NA	NA	NA	NA	NA
AK237_03995	438	dtd	COG1490	D-aminoacyl-tRNA deacylase	TTGATTGGACTAGTACAGCGCGTGTCTGAAGCCAGTGTCACCGTTGATGACAAAACCGTAGGAAGTATTCGCCACGGCATGCTCCTGCTGCTTGGTGTGGAAAAAGAAGATGGTGACGAGCAGATTGACAAGCTTGTACGAAAGATTACCAACTACCGCCTTTTTAGCGATGAAGATGGCAAAATGAATTTGAATATTCAACAAGTAGGCGGGTCGGTTCTCGTTGTCTCTCAGTTCACACTGGTTGCGGACACACAAAAAGGGAATCGTCCCGGGTTCTCAAAAGGCGCCTCTCCTGCTCACGGAGAAGCCATTTATAAGAAATTCGTGGAACAACTTGCAGCGCAACATGTTCCGGTTCAAACCGGTCGCTTCGGCGCAGATATGAAAGTGGCATTAGTGAATGACGGCCCGGTTACCTTTCAATTTACCGTTTAG	MIGLVQRVSEASVTVDDKTVGSIRHGMLLLLGVEKEDGDEQIDKLVRKITNYRLFSDEDGKMNLNIQQVGGSVLVVSQFTLVADTQKGNRPGFSKGASPAHGEAIYKKFVEQLAAQHVPVQTGRFGADMKVALVNDGPVTFQFTV				NA	NA	NA	NA	NA
AK237_03996	921			hypothetical protein	GTGTTTAGAGTAGCCACACCGAAAACAGAAGAAGAATTAGAAAAATATTTCACGTTTCGTTGGACATACCTTCGCCAGCCATGGAATTTCCCTCCTGGCTCGGAAAAAGATGAGTACGAGCAAGTCGCTGAACACCGCGTTATCGTTAACGGAAAAGGCGATATTGTGGCTGCAGGGCGTGTTCATTTAAACACGGCAGAAGAAGCACAAATTCGCCATATCGCCGTGAATGCCGATTATCAACGTCGCGGACTTGGCCAAATGATATTGGGAGCGCTTGAGGGTGTAGCCCGTGATATGGGCGCGATTCGGGCAGTCACTAACAGTCGTGAAACATCTATCGATTTCTTCAGTTCTTGTGGATTTGTCATCGAACGAGAAGCGCCTAATGAATTAGGAATGCTAAAGCGTCAGCAAATGGTTAAAAAGCTGACCGATCCGGGTATTGTTATGTTGCATCCGAAGTGGTGTAAAGAACTTCAGGATACCTGGACAGAAACCATTCCAATTACCGAACACATGGGTATTAAGTTACATCAATATACCGGACGGACGTTGGAAACCCGCGCGTCGCTGAATAAAAACATCAATATTCATGGCACCATGTTCGCAGGCAGTATTTTCTCATTGGCCACGCTAACTGGTTGGGGCATGATTTTTCTGCAACTGAAAGAGCGACAGTTAATGGGTGATATCGTGTTAGGTGATGGCGATATTCACTACCATAAACCGATCACAATGAAGCCGCGGGCGACGTGTCATGTTGAGAGCCTTAACGGTAAGTTTGCACCTATTGAAAAACGCAAGAAATGTAGCTTTACTCTTCAAGTTGACATCATGGACGACGATAATGCTGTCGCTGAGTTCCGCGGTGTTTTTTGGGTACTACCGCCGGAAAAAATTCAGGACGAAGAGGAATAA	MFRVATPKTEEELEKYFTFRWTYLRQPWNFPPGSEKDEYEQVAEHRVIVNGKGDIVAAGRVHLNTAEEAQIRHIAVNADYQRRGLGQMILGALEGVARDMGAIRAVTNSRETSIDFFSSCGFVIEREAPNELGMLKRQQMVKKLTDPGIVMLHPKWCKELQDTWTETIPITEHMGIKLHQYTGRTLETRASLNKNINIHGTMFAGSIFSLATLTGWGMIFLQLKERQLMGDIVLGDGDIHYHKPITMKPRATCHVESLNGKFAPIEKRKKCSFTLQVDIMDDDNAVAEFRGVFWVLPPEKIQDEEE				NA	NA	NA	NA	NA
AK237_03997	816	rhaS_8		HTH-type transcriptional activator RhaS	ATGACAACCATCATTCCCCACCAACAGGTTATTCCCGCTGCATCATTGCAACCCGGGCACATTACATTTGTGCCCGTACCCGCTCATCTTCAATACTGGCTTCATTCAATTTGGCATTCCGCCCATGCGTGCAGCCTCGCGTTGTCATCAGAGCGCTGTTACCCTGATGGAGGCACCAGCGTGACATTTGCCATTGATGACACGCAATACGATGCAACGGTTTTATTTGGTACTCAAACTGGCAACCTCGCCGCACTTAAGCGCCGCTATGCCGTAAGCTTTCGCTTTCATCCTGGTGCCTTTGCAGAATGCTTTGGCGTTCCATCCGAAGCAGTTGCGCGTAACTCCAACATCGACTTACAAACACTCATTTCTGACTCACTTCCCCCACAAGCGTTAGTGTGTCAAAAAACATTAGCAGAGGCACACCGTGTACTTGTTGTTTGGCTAACACGCCAAATTCACCAAAACAGTAAAGATACGCAACGACGTATAGCATTGGTAGAAAGCCTCATTGGGGCTTCCCACGATTGCAATATCACGACATTAGAGCAGCAGCTTGGATGCTCAACCCGCACGCTCCAACGGCAATGTAAACAAGCGCTTGGCCTTGCGCCTAAAGAGATGTTGATGTTTGGTAAGATATACCTCGCGAGAAAAAGCCTCATTTACACCGATGCGTCGTTGAGCGATGTGGCGCTGGCGAGTGGCTACTTTGACCAGGCACACTTTACCAATCACTTTCATGAGTTTGTGGGTGAAACGCCTGCCAAATATCGTCAAAGAAAGCAGAAGCAATATTTAAAAACACGTTAG	MTTIIPHQQVIPAASLQPGHITFVPVPAHLQYWLHSIWHSAHACSLALSSERCYPDGGTSVTFAIDDTQYDATVLFGTQTGNLAALKRRYAVSFRFHPGAFAECFGVPSEAVARNSNIDLQTLISDSLPPQALVCQKTLAEAHRVLVVWLTRQIHQNSKDTQRRIALVESLIGASHDCNITTLEQQLGCSTRTLQRQCKQALGLAPKEMLMFGKIYLARKSLIYTDASLSDVALASGYFDQAHFTNHFHEFVGETPAKYRQRKQKQYLKTR				NA	NA	NA	NA	NA
AK237_03998	465			hypothetical protein	ATGCAAACTCGTATCAGCCAAGACACTGTATATTCCCGTGTTCCCCGTATCGTTAAATGCCTTACGGGACTGAGCCAACAGTCGCCAGACAGCGCAATGACTCAATCATTGATTGACTTGGTGAGACTGCGCGTATCCCAAATTAACGGCTGCGCATTTTGTCTGCATATGCATGCTAATGAACTTCGTCAGCACGGAGAATCTCAAGAGCGTATCGACGTACTTGCGGCCTGGCGTGAAGTGCCCTGTTTCTCAGCGCAAGAAATCGCGGCACTTACGTGGGCAGAGGCGCTTACGCGGCTGGAAAATGGTGTCAGTGAACACGATTACCAACAAGTTGCGACAGTTTTTGATGAGCAGTCTATTATTGAACTTACCACCGTTATTTTAGAAATTAACAGTTGGAACCGACTCTCTATTGGGTTGAATTTCATCCCACCACTCACCCAATCAACCAGGAGGTAA	MQTRISQDTVYSRVPRIVKCLTGLSQQSPDSAMTQSLIDLVRLRVSQINGCAFCLHMHANELRQHGESQERIDVLAAWREVPCFSAQEIAALTWAEALTRLENGVSEHDYQQVATVFDEQSIIELTTVILEINSWNRLSIGLNFIPPLTQSTRR				NA	NA	NA	NA	NA
AK237_03999	195			hypothetical protein	ATGCTTTCAATTACTTCGACGAGTTGCTTTTTAATTAATATATTGGCAGGTTTCGCCTTTCTTTTTGGCAGCTCGCTATTTTTGCCACAATTTGCAGACTACGCGGTAACAGGCGTGTATTTGTTTATGTTGGGCTCTGTGTTGTGGATATATACATCGGCGGTAGATTTCGTGAAGCATAAAAAAAGCGCCTGA	MLSITSTSCFLINILAGFAFLFGSSLFLPQFADYAVTGVYLFMLGSVLWIYTSAVDFVKHKKSA				NA	NA	NA	NA	NA
AK237_04000	855	rpoH	COG0568	RNA polymerase sigma factor RpoH	ATGAGCAATAATATGCAATCAATGGCATTATCAGTGCCCCACAGCGGTAGTATCGAAGGCTACATCCAGGCTGTGAGCAGCATCAACATGCTCTCCGCTGATGAAGAAAGAAGCCTGGCTTCACGTTTACGTGATGACGGTGATCTTGAAGCGGCGAGAAAGTTGGTTATGTCGCATTTACGCTTTGTTGTACATATTGCCAAATCATATTCCGGATACGGGTTGCCGCAAGCTGATTTGATTCAGGAAGGTAACATCGGTCTGATGAAGGCAGTAAAACGTTTCGACCCGAGCGTAGGTGTTCGACTGGTTTCTTTTGCTGTTCACTGGATCAAAGCTGAAATTCATGAGTTTGTGCTGAAAAACTGGCGCATTGTTAAAGTGGCGACCACAAAAGCGCAGCGCAAACTGTTTTTCAACCTGCGTAAAGCGAAAAAGCGTTTAGGCTGGTTTACCCACGAAGAAGTACAAACAGTAGCTGATGAGTTGGGTGTTAGTACAAAAGAAGTGCTTCAGATGGAAGCGCGTATGAGCAGCCAGGATCAAGCATTTGATCTTAGTGCCGATGATGATGAAAGCGGTAATTTTGCGCCTGTTCAGTTCTTGGAAGACAAGAGCACAGACGTGGAGATGGACGTGATCAACAATGATTGGGACAGTAACGCCTCTAAGCGTTTATATTCAGCAATCAAAACGTTGGATGAACGTAGCCAGGACATCATCGAAACGCGCTGGTTAGCAGATAACAAGATCACATTGCAGGATCTTGCTGACAAGTATCAGGTATCTGCTGAGCGTGTTCGTCAAATTGAAAAGAATGCAATGAAGAAGCTACAAGCAGCAATGGCTGCGTAG	MSNNMQSMALSVPHSGSIEGYIQAVSSINMLSADEERSLASRLRDDGDLEAARKLVMSHLRFVVHIAKSYSGYGLPQADLIQEGNIGLMKAVKRFDPSVGVRLVSFAVHWIKAEIHEFVLKNWRIVKVATTKAQRKLFFNLRKAKKRLGWFTHEEVQTVADELGVSTKEVLQMEARMSSQDQAFDLSADDDESGNFAPVQFLEDKSTDVEMDVINNDWDSNASKRLYSAIKTLDERSQDIIETRWLADNKITLQDLADKYQVSAERVRQIEKNAMKKLQAAMAA				NA	NA	NA	NA	NA
AK237_04001	1218	cdgJ_1	COG3434	Cyclic di-GMP phosphodiesterase CdgJ	GTGTTTTCCTTTGTGGCAAGGCAACCCATTTTCGATGGCAAACTGGATGTATTGGCCTATGAGATTCTCTTTCGCGACGGAGAGAGTAACGGGTTTCCTGACATTGATCCGGACGAGGCCACATCAAAAATTATCAGTGCTACCCATTTGGGAGTGGGAATTGACGAAGTAACATCTGGGAAACTCGCATTTATAAACTTCCACAGGGACACCATACTTTATCGCTTTCCCACCTCATTTGACCCCGCACATCTGGTAATAGAAATTCTGGAAACGGTAGAAGTGGACGATGCACTGATAAAAGCATGTAAGCATCTACGAGGGCTAGGCTATCAAATAGCACTGGACGATTTCGATGCGACGGACAAATGGCGCCCTCTGCTACCCTACGTTCAATTAATCAAATTTGATGTCCAAGCCATGCCGGTTAGGAGAATTCAATCCCTTATTCCGGAACTTCAGCAGCTTAATATCAAATTACTGGCCGAAAAAGTAGAAACCTATGCCGAGTTTGAGCACTTTAAAAAAATGGGGTTTCACTACTTTCAGGGCTACTTCTTAGCGAAACCTGAACTAGTACGGCATAAACAAATTACCCCCTCCCAACTCAATTTACTTAACTTAATTAGCGCGTGTAGCAAAGCTACGCTCGACTTTGATTACGTTAACAAAATTATTGCTAAAGATGCTTCTCTGGCTTATTTGCTACTGCGCTTTATTAATAATCCTTACTACAACAAACGCGTACAAGTCCGAGATCTCAAACATGCGCTCAATTATTTGGGAGAGGTTGAAGTCAAAAAGTTCGTCTCACTTATAGCATTAGCAAATCTTAACAAGGCAAGCCCGAGCGAATTACTACAACTCGCCCTCGTGCGGGCTAAGTTTTGTAATTTACTCGCCACAAACCTCAACGCACTTCACCACTCACCATCAGGTTTTCTAACAGGATTATTGTCTTTATTAGACGCTATCATGCTCAAACCCATGGCAGACCTTTTAGCAAAGGTGCCGGTTTCTCAAGATGTAAAAGTCGCATTGCAAGGCAATCCCTGCCTGTTGGGTGATTGCTTACTTTTGGCCAAGCACCTGGAGGTGGCACAGTGGGCAACCATTAAAGCCTTCGCCAAAAAATACGATATAAAGCAGTCGGCCATACATGGTATCTATAACGAGTCACTGAAATGGGCAAGTGCCATGGAAAATAGTATCAGGTGA	MFSFVARQPIFDGKLDVLAYEILFRDGESNGFPDIDPDEATSKIISATHLGVGIDEVTSGKLAFINFHRDTILYRFPTSFDPAHLVIEILETVEVDDALIKACKHLRGLGYQIALDDFDATDKWRPLLPYVQLIKFDVQAMPVRRIQSLIPELQQLNIKLLAEKVETYAEFEHFKKMGFHYFQGYFLAKPELVRHKQITPSQLNLLNLISACSKATLDFDYVNKIIAKDASLAYLLLRFINNPYYNKRVQVRDLKHALNYLGEVEVKKFVSLIALANLNKASPSELLQLALVRAKFCNLLATNLNALHHSPSGFLTGLLSLLDAIMLKPMADLLAKVPVSQDVKVALQGNPCLLGDCLLLAKHLEVAQWATIKAFAKKYDIKQSAIHGIYNESLKWASAMENSIR	PGPT0016220_151	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-BIOFILM_REGULATORS	CE-OTHER_BIOFILM_REGULATORS,PGPT0016220-cdgJ-K07181	NA	NA
AK237_04002	1239	cdgJ_2	COG3434	Cyclic di-GMP phosphodiesterase CdgJ	ATGTTCGCATTTATTGCTCGCCAACCTATCTTAGATCGTGAAAAGGACGTTTTCGCGTACGAGCTTTTGTTTCGAGATGGAAAAGGCGGCGCCTATCCTGAATTACAGCCTGAAAAAGCTAAGTATATCGCCCAACATTTTCATCCCCTTGGGCTGGACGATATCTCCGGCGAAAAGAAATCTTTTATTCATTTCAATCCTGAAACCCTTATTTCCCGGTTTCCCACATCATTGAACCCAGACTCAGTGATTGTGCAATTAAACGAACCCATGTCACCCACTCCGGGTTTACTGGAAGCCTGCACACATATTAAACACCTGGGTTTCAGTATCGCTATTGATGATCCCATGATGTTAAGTGGTAAACAGGATATTTTTCCACTTATCGACGTGGTCAAGGTAGACGTCACTAAGACGAACTATGATCTCATTGAGAAAAATATTCCGCGCTACCTGGATGCTAATATTCGCTTGGTAGCCGAACAAGTAAACACCCATGAAGATTTTGATAGTTGTCGCTCGCTCGGGTTCGACTTCTTCCAGGGTTATTTCTTTGCGATGCCCGAAGCACGCATACACCGTCATCTGCCTGCGTCAAAGATGAATTTAGTGGATCTCATGGGAGAAAGTTCCCGTGACGATTTCAATATCAACCGTATCAATCAGGTTATTGAGCGGGATGCGGCGCTAAGCTTTTTATTATTGAAGTTTATCAACAACCCCGCCATCAATAAGCGCTATAAAATTACCTCACTAAAGCATGCTTTAACCTATATGGGTGAAGTAGAAATTAAGAAGTTCATTGCGCTGCTTTCTATTGCGAACTTAGGTGACGATAAGCCGCTGGAATTGATCCACATGTCATTGGTGCGGGCGAAATTCTTTGATTTGCTGTCGCAACAACGAGGCATTCACACAAATCCACCGATAGGCTTTTTAATCGGATTATTTTCTTTACTGGATGCTCTGTTAGATCAGGATATGCCTGATGTGCTTAAACAATTGCCTCTCACCGACGAAGTAAATGATGCGCTTATGGGTAAGTCCAACGAATTCAACAGCTATGTTGCGCTGGTACGGGCATTTGAAGGCGCGCTTTGGATGAATATTATCAAGCAATCTAAAGTGCTGGATATCGACCAAAAGCAATTACACGTTCTGTATAACCAGGCTATTCAATGGGGTAATAGCGTTCGTTCGACCATATCGGCGTACTTCCCGAAGCCAGTGATACGTTAA	MFAFIARQPILDREKDVFAYELLFRDGKGGAYPELQPEKAKYIAQHFHPLGLDDISGEKKSFIHFNPETLISRFPTSLNPDSVIVQLNEPMSPTPGLLEACTHIKHLGFSIAIDDPMMLSGKQDIFPLIDVVKVDVTKTNYDLIEKNIPRYLDANIRLVAEQVNTHEDFDSCRSLGFDFFQGYFFAMPEARIHRHLPASKMNLVDLMGESSRDDFNINRINQVIERDAALSFLLLKFINNPAINKRYKITSLKHALTYMGEVEIKKFIALLSIANLGDDKPLELIHMSLVRAKFFDLLSQQRGIHTNPPIGFLIGLFSLLDALLDQDMPDVLKQLPLTDEVNDALMGKSNEFNSYVALVRAFEGALWMNIIKQSKVLDIDQKQLHVLYNQAIQWGNSVRSTISAYFPKPVIR	PGPT0016220_127	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-BIOFILM_REGULATORS	CE-OTHER_BIOFILM_REGULATORS,PGPT0016220-cdgJ-K07181	NA	NA
AK237_04003	981	ftsX	COG2177	Cell division protein FtsX	ATGAGTATTTTATTTAAGGGCCGCTCTCAAGGGGCAAGTGATACGCGTATTGGCCTCATGCAAGTCATCAGCGCATTTTTCATTAGCCACATTCGTCAGGCGTTGGGTAGCTTGGGAGAACTTTGGCGACAGCCGGCTGCGTCCTTGATGACTATAGCGGTGCTGGGATTGAGTATTACCTTGCCCAGTACGCTTTACATTTTGGTGAAAAACACTGAAAAAATCAGTGCAGGGTGGGATCAGGCGTCTGAAATATCCCTGTTCCTGAAAGATGATACGCCCTCAGCCAGCGCGCAGCAATTGGTTGCAAGATTAAATACATGGCCCGAAATTGACAGCGTTACCTTTATTCCCGCTGACGATGCCTTGAAAGAATTTCAGCACTTGTCGGGTCTCGGCGACGCCATTGCCTACCTTGAATCAAATCCGTTACCTGACGTGGTATTGGTGACGCCCAATGAAAAGCATGCGTCGCCAACAGCTGCAAGACTGCTTTTAGAGAAGTTAAAAAGCCAGCGCGAAGTGGACATCGGTAAGCTGGATATCGAATGGCTCGAACGCCTTTATGCGCTGTTGGACATCGCACGGGAACTTGTATCACTCATTGGTGTGTTACTGTTTGTGTCGGTGGTGCTGATTATCGGTAACACCATACGATTGAATATTCTCAGTAAGCGCGAGGAAATTCTGGTGATGAAACTGGTGGGAGCAACAGATGCTTTCATTCACCGTCCGTTTATGTATACCGGTTTTTGGTATGGACTGCTTGGCGGTCTCATCGCGTGGTTCGCAGTTATTATGATTTTGTGGTGGATGGACAGCAGTATTCAGGCGTTTGCGACGCTGTATCAAAAGAACTTTAACATCACAGGGTTATCCGGTAACGCGTTGTTCACAATGCTGGGATTATCTATCTTACTTGGGTTAGTTGGTTCCCTAATGTCAGTGCATCGTCACGTCAGAGAAATTGAGCCGCAGTAA	MSILFKGRSQGASDTRIGLMQVISAFFISHIRQALGSLGELWRQPAASLMTIAVLGLSITLPSTLYILVKNTEKISAGWDQASEISLFLKDDTPSASAQQLVARLNTWPEIDSVTFIPADDALKEFQHLSGLGDAIAYLESNPLPDVVLVTPNEKHASPTAARLLLEKLKSQREVDIGKLDIEWLERLYALLDIARELVSLIGVLLFVSVVLIIGNTIRLNILSKREEILVMKLVGATDAFIHRPFMYTGFWYGLLGGLIAWFAVIMILWWMDSSIQAFATLYQKNFNITGLSGNALFTMLGLSILLGLVGSLMSVHRHVREIEPQ				NA	NA	NA	NA	NA
AK237_04004	690	ftsE	COG2884	Cell division ATP-binding protein FtsE	ATGATCAAATTTGAGCAGGTGAGCAAAACTTACCCCGGTGGTCAGCGCGCACTGTCTAAAGTGAGCTTTCATATCGAGCCCGGTGAGATGGCCTTTCTAACCGGTCATTCAGGCGCAGGAAAAAGTACGCTGCTTAAACTTATCAGTATTATGGAGCGCCCCAGTGTCGGTAAGGTACTGATTAACGGTCACGATCTTAACGAGATCAAGCGTCGTCAGATTGCTTTCATTCGGCGGGATATTGGTATGATTTTCCAAAGTCCTCATCTTCTCGATTCGAAGTCGGTATTCGATAACGTTGCCTTGCCTTTAATTATTGAAGGGTATACCCGTAAAGAAACGTCTAAACGAGTAGAGGCGGCGTTAGAAATGGTGGGGCTACGGGATAAAGCCCGAAGTCTGCCTATGATGCTGTCGGGCGGAGAGGCGCAACGTGTGGGTATCGCGCGCGCTGTGGTTAATAAGCCTCCGCTTTTATTAGCCGACGAGCCCACTGGTAATCTTGATCCCAAATTGTCGATGGAAATCATTCGTCTGTTTGAAGATTTTAATCAGGCCGGCGTGTCTGTCTTTGTTGCTACTCACGACCTGGGTCTCATTGCGAGAATGAAATACCGCACGCTGACCTTACGAAATGGCCAGATGATTACGGACGGGTTATCAGATAATGAGGGAGAGAGCTGGTCATGA	MIKFEQVSKTYPGGQRALSKVSFHIEPGEMAFLTGHSGAGKSTLLKLISIMERPSVGKVLINGHDLNEIKRRQIAFIRRDIGMIFQSPHLLDSKSVFDNVALPLIIEGYTRKETSKRVEAALEMVGLRDKARSLPMMLSGGEAQRVGIARAVVNKPPLLLADEPTGNLDPKLSMEIIRLFEDFNQAGVSVFVATHDLGLIARMKYRTLTLRNGQMITDGLSDNEGESWS	PGPT0020520_1916	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_TRANSPORT	PLANT_DERIVED_METHIONINE_TRANSPORT,PGPT0020520-metN-K02071	NA	NA
AK237_04005	1383	ftsY		Signal recognition particle receptor FtsY	ATGTCGAAACTTTTTGGCTGGTTCAGTAAGAACAAGCAAACTAAGAAAGAAGAGAACGAAAAAAAGCAGCAGGACATCACGCCTGCTACAGCGCCAGAATCAACCTCTGAGACGGAGAAAAAAGATGGCGCCGTGGTGCCAGATCAAGCATCTGTTGCTGAGGCCGAACCTATTCCTGAGCCGGAGCAGTCAGATGCACAGCTTGAAGAAGATAAGCCTGCGTTAACGCCCGCGGCAACACCAGCCGTTGAGTCACACGCTGCCGCAACGCCGTCAGTGGAAAGCGCTTCAATTGATGATGCAAAGCCGGTTACAGAAGCTAAAGATGAGCCCTCAACGCTTCCTCCTGAAGCCGCGCCGCCTATTGAAGCTACGCCTGTCGCTGAAGCGCAGACACAACCAGCAGTGGCCGAGCCTGCCAGCGTGCCCAAAGCAGAAAAGCAATCGCTGTTTAGCCGACTAAAAGCCAGTTTATCCCGCACCAAGACAAATCTGGGGAGCGGATTTGTTAGCTTGTTCCGCGGTAAAGCGATTGACGATGATCTTTACGAAGAACTTGAAACGCAGTTGTTGGTTGCTGATGTTGGTATGGATACAACGCAGAAAATCATTACCAAACTCACAGACAGTGCGAAACGTTCACAGCTAAAAGACGCTGAAGCGCTTTTTGATATTTTGAAAGGTCAGATGCGTGATTTACTTAAGCAGGTGGAACGGCCGCTGGCTGAAGATATGGCAGCCCATGATAAAAACACCGGCCCTTATGTCATCTTAATGGTTGGCGTGAATGGTGTGGGAAAAACCACAACTATCGGTAAGTTAGCGAAACAGTTTCAGCAGCAAGGCAAGAAAGTCATGCTGGCAGCGGGTGATACCTTCCGTGCCGCGGCTGTAGAGCAGCTGCAGGTGTGGGGCGAGCGTAATAACATTCCGGTGATTGCTCAGCCTACCGGCTCAGACAGTGCTTCTGTGCTCTATGACGCACTTGAAGCGGCAAAGTCCCGTGGCACAGATATCTTAATTGCCGATACCGCTGGTCGTTTGCAAAACAAAAATAACCTGATGGAAGAGCTTAAAAAAGTCGTGCGGGTGATGAAAAAACTCAATCCTGATGCACCCCATGAAGTTATGCTAACCCTCGATGCCGGCACGGGACAAAATGCTGTCAGTCAGGCGAAGTTATTTAACGAAGCGGTTGGTTTAACGGGCCTCACGTTGACGAAGTTAGATGGTACGGCGAAAGGTGGGGTAATTTTCTCTATTGCAGACCAGTTTGGTATTCCAATTCGCTACATCGGCGTGGGGGAAGGTATCGATGATCTACGTACATTCAGTGGCGATGAATTCATCGATGCACTTTTCAGTGAGACCGAAAACGATTAA	MSKLFGWFSKNKQTKKEENEKKQQDITPATAPESTSETEKKDGAVVPDQASVAEAEPIPEPEQSDAQLEEDKPALTPAATPAVESHAAATPSVESASIDDAKPVTEAKDEPSTLPPEAAPPIEATPVAEAQTQPAVAEPASVPKAEKQSLFSRLKASLSRTKTNLGSGFVSLFRGKAIDDDLYEELETQLLVADVGMDTTQKIITKLTDSAKRSQLKDAEALFDILKGQMRDLLKQVERPLAEDMAAHDKNTGPYVILMVGVNGVGKTTTIGKLAKQFQQQGKKVMLAAGDTFRAAAVEQLQVWGERNNIPVIAQPTGSDSASVLYDALEAAKSRGTDILIADTAGRLQNKNNLMEELKKVVRVMKKLNPDAPHEVMLTLDAGTGQNAVSQAKLFNEAVGLTGLTLTKLDGTAKGGVIFSIADQFGIPIRYIGVGEGIDDLRTFSGDEFIDALFSETEND				NA	NA	NA	NA	NA
AK237_04006	558	rsmD	COG0742	Ribosomal RNA small subunit methyltransferase D	ATGAAAACCGGAAATGTGCGAATCATTGCGGGCCAGTACCGTGGCCGCAAATTGCCTGTCGCCGATATAGACGGTTTACGTCCCACTACCGACCGAAATAAAGAAACGTTATTTAATTGGCTCATGCACGATTTACATGATGCTGACTGTCTTGATGCCTTTGCAGGCTCAGGTGGCTTAGGCTTTGAAGCGCTATCGCGATATGCTAAACATTGCGTTTTTATCGAAAAAGACCGTCAGGTTGCCCAACAATTATCGACGAACCTCACAACATTGCGTGCCAGTGGTGAAGTAAAACAGGGTGATGCGGTTCAGGTTCTCGAAACACTGACACAACAGTTTGAAGTTATTTTTATCGACCCACCTTTTAACAAAGCGCTGGTAACGCCAGTTTTGAAGGCTATCTTAGCGAAGAACCTGCTTAAGCCTGACGGGGTCATTTATGTTGAGCAAGAAATTGATGCACCTTCACCGCTAATCGATGAACGTTTAACGGTAGTTAAAGAAAAACGACTGGCTCAGGTAATGTACTGTTTATTGTCGTTAGAAGCGGAATAA	MKTGNVRIIAGQYRGRKLPVADIDGLRPTTDRNKETLFNWLMHDLHDADCLDAFAGSGGLGFEALSRYAKHCVFIEKDRQVAQQLSTNLTTLRASGEVKQGDAVQVLETLTQQFEVIFIDPPFNKALVTPVLKAILAKNLLKPDGVIYVEQEIDAPSPLIDERLTVVKEKRLAQVMYCLLSLEAE				NA	NA	NA	NA	NA
AK237_04007	573		COG3068	putative protein	ATGAAGAAACTGTCCACATTTGCTCGCGTCAGACAACTGGAAGGTTGGCGAGCAGTCGCTTTCAGCGCTGCGTTGTTGGAACGCATGTTACCAAATTATGCCTTGTTCAAAGAGGTGACAGGCTACGACGACGAAGGTGTTTGTGCAAATTGCTTAGCGCTTTTGTGGGAGTCTGTACGAAGTCCTAAAAGTAAGATCAATTTTGCAGTACAGCTTGAAAGGGTCGAGGATGTGACGCCTGATACTGCTGATTACGATACGTTTGGCGTGTACCCCGCTATTGATGCAGCAATAGGGCTTGCTGCGGCAGTAAGTTTAGTTCTTAAACAAGATTTGCAGGGTGCAGTTGTCGTAAGCAAATTATCACAGGGCAGTGTAGAAGCTTACCTGTTGGCATCGGGGGTTGATGAACTGGAAATCAAAGCACATCCACTTATGGCGTTCGAGGTCGCATTGCAAAATGCGTTACTTGATGTGCTGGATAAAAATGCCGGGCAACTCGCGCTGTGTGATGAGCTTAAATCTATGGCACTGGAAGAAGGGATGTCTAACATCGGACTGGACATACAGTAA	MKKLSTFARVRQLEGWRAVAFSAALLERMLPNYALFKEVTGYDDEGVCANCLALLWESVRSPKSKINFAVQLERVEDVTPDTADYDTFGVYPAIDAAIGLAAAVSLVLKQDLQGAVVVSKLSQGSVEAYLLASGVDELEIKAHPLMAFEVALQNALLDVLDKNAGQLALCDELKSMALEEGMSNIGLDIQ				NA	NA	NA	NA	NA
AK237_04008	609			hypothetical protein	ATGGATACGTGGTCTGCGGCCATCATGTTGTTCTTAATTATGGATCCGTTAGGCAATCTGCCCGTGTTCATGTCAGTGCTCAAAACCATCGAACCAAAGCGCCGTCGGGTTATTTTGGTGAGGGAACTGGTATTTGCATTGATTATACTGTTGATTTTCTTGTTCAGCGGTCAGGCAGTGCTTGATTTTCTTAATGTGCGGCAAGAAACCGTGAGTATTGCTGGCGGTATTATTTTGTTTTTGATTGCACTGAAAATGATTTTCCCTCCTCAGTCAGGTAATGCCCTGGGACTCGCTATCGGCGAAGAACCTTTTTTAGTGCCCCTGGCTATTCCAATGATTGCGGGCCCTTCCACATTAGCGGCGCTGATTCTTATTGCCAATCAGGCACCCGATCGGATGACTGACTGGACGATCGCGCTTGGCGCTGCCTGGATAATTAGTGCAATCATTTTACTGTTTTCTGAAGTCTTCCACCGGTTGCTTGGCGAGCGCGGACTTACCGCGATGGAGCGCCTGATGGGAATGATTTTGGTTATGATCTCAATTCAGATGTTTTTGGATGGCATTAGCCATTATGTCATTCACGCTTCGGGAGCGATTCAATAA	MDTWSAAIMLFLIMDPLGNLPVFMSVLKTIEPKRRRVILVRELVFALIILLIFLFSGQAVLDFLNVRQETVSIAGGIILFLIALKMIFPPQSGNALGLAIGEEPFLVPLAIPMIAGPSTLAALILIANQAPDRMTDWTIALGAAWIISAIILLFSEVFHRLLGERGLTAMERLMGMILVMISIQMFLDGISHYVIHASGAIQ	PGPT0029250_2558	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-BACTERIAL_FITNESS	CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE	CE-BACTERIAL_FITNESS-MULTIPLE_ANTIBIOTIC_RESISTANCE,PGPT0029250-marC-K05595	NA	NA
AK237_04009	183			hypothetical protein	ATGAGTTTGATGTCAATTGAAGAAGTGGCGACATTTCTTGACGTACAACCTATTCGTGTAGAACGCCTAGAACGGGAAAGCCTTTTAGTCGCAAAAGAGAAGGACGGCGAAGGTAAGCCGTTGTTCGACAAAGGTGATGTTGAACGTTATAAGGTTTTGGCCGAGCGTTTAGGTGGCATCTAG	MSLMSIEEVATFLDVQPIRVERLERESLLVAKEKDGEGKPLFDKGDVERYKVLAERLGGI				NA	NA	NA	NA	NA
AK237_04010	1293	pepB	COG0260	Peptidase B	ATGTCGATTTTTTCCGTATCGCTTTCTACTGACAAGGCCCCGGCTCATTGGGGAGAGAATGCGAAACTAAGTATGTCCGCAGAAGGCGCGGTAATTCATATCGCTGAGCGTGGAGACAGCACTCGCGTGATCCGCCAGGCTGGTCGGCGCATTGATGGCCTTGGGGTTGCAGAAGTGCAGTTGACTGGGAATTGGTCAAAAGAGCAACAGTGGGCATTCGCACTAAGTTACACCCGCGCGCGCAAACCTGGCGCAATTAAGTGGGCCGATACGGCGGATATTGACGCGTTGGATAAAGCGTATGCCGCCCTGTTGTTCACCCGTAGCCTGGTAAATGATACGCCAGAAGACTTGTCTCCGGAAACGCTGGCAAACCGGGCCGCTGAATGGATTCAAACCCTTGGCGGTGACAACGTAACTGTCACAACAACCGTAGGTGAAGGGCTGAGAGAAGCGGGCTGGACTGGGATTTATAATGTTGGTCGTGGTAGTGACCGTCCGCCGGTATTGCTTGAATTGGACTACAACCCTACTGGTAATGTTGATGCGCCGGTGGATGCGGTACTCGTTGGGAAAGGGATTACCTTCGACAGCGGTGGCTACAGCATTAAATCCAGTGAAGGCATGCTGGATATGAAATGTGACATGGGTGGCGCTGCTACTGTCACCGGTGCGTTGGGATTAGCAATTAGCCAAGGCTTGAAGAAGCGCGTGAAGTTGCTGTTATGTTGTGCGGAGAACCTGATCAGTGGTCACGCTTACAAATTAGGTGACGTGCTTACCTATAAAAATGGTTTAACGGTTGAGATTGTGAATACCGACGCCGAAGGGCGTTTGGTGTTGGCCGATGGTTTAATTCGGGCCACTGAAACCGGCGCCCCGTTGATTATTAACGCCGCTACGTTGACGGGCGCTGCGACAGTGGCGCTGGGCAACGATTACCACGCCGTCTTTAGTTTGGATGACAATGCGCGTCACGCCATGCTGGAAGCCGGTAAAGCAGAAAGTGAAGGCTTCTGGCCGTTGCCATTGGAAAAGTGGCACCAGGACAAGTGCCCCTCTGCATTTGCAGACACCGCGAACAGTCGTCCCATGAAAGGCGGTGGCGGCGGTGGCGCGTCTAATGCTGCCGGCTTTTTGTCCCGTTTTGTCAATGAGGAAGGCAAAGGATGGGTTCATCTGGATTTGGCGGCGGCTTATAATGGCAGTGCCACAGCCGAGATGCCCGTTGGTGCAACAGGTATAGGCATCCGTAGTATTGCGCGAATGCTGCAGGATTTTAAAGAAAGCTAA	MSIFSVSLSTDKAPAHWGENAKLSMSAEGAVIHIAERGDSTRVIRQAGRRIDGLGVAEVQLTGNWSKEQQWAFALSYTRARKPGAIKWADTADIDALDKAYAALLFTRSLVNDTPEDLSPETLANRAAEWIQTLGGDNVTVTTTVGEGLREAGWTGIYNVGRGSDRPPVLLELDYNPTGNVDAPVDAVLVGKGITFDSGGYSIKSSEGMLDMKCDMGGAATVTGALGLAISQGLKKRVKLLLCCAENLISGHAYKLGDVLTYKNGLTVEIVNTDAEGRLVLADGLIRATETGAPLIINAATLTGAATVALGNDYHAVFSLDDNARHAMLEAGKAESEGFWPLPLEKWHQDKCPSAFADTANSRPMKGGGGGGASNAAGFLSRFVNEEGKGWVHLDLAAAYNGSATAEMPVGATGIGIRSIARMLQDFKES				NA	NA	NA	NA	NA
AK237_04011	702	sfsA	COG1489	Sugar fermentation stimulation protein A	ATGCAGTTTACTACGCCCTTACTACACGGAAAGCTTATTCGTCGTTACAAACGGTTTCTTGCCGATGTAACCCTCGATGATGGTCAGGAAGTCGTCGCCCACTGCCCTAACACAGGTGCAATGACCGGCTGCGCTGAACCTGGCTTTGATGTGTACTTAAGTCCATCAAATAATCCAAAGCGAAAACTGGGTTATACGTGGGAACTTGCCAAGACCTTTGACGGGCACTTCATCGGTATTAATACGCACAATGCTAATAAACTGGTAGCGGAAGCACTGGATAACAAGGTGGTAGACGCATTTTCTTCTGTTATCGACTGGAAAGCTGAAGTGACACCTCCCGGCGCAGACAGCCGCTTTGATTTTTGGGTGGCTACAGCACAAGGCGATGCTTACATTGAGGTGAAGTCTGTCACCTTGCTAGAAAAGGATAAAGGCTTTTTCCCCGATGCCAAAACGTCCCGGGGCGCCAAACATTGCCAAACATTAGGTAATTTAGCGGCCAGCGGTATACCGACAACATTAGTATTCTGTGTACAGCATACAGGTATTACATCGGTGCGCGTAGCAGAACATATTGATCCTAACTATGCGACAGCCGTAAAGGATGCGCACGGAAAAGGCATGCAAATATTGGCTTTAGGGTGTGAAATCAACGAACAAAATATTGAGGTAAATCAATTACTACCTGTTATTTTGTGA	MQFTTPLLHGKLIRRYKRFLADVTLDDGQEVVAHCPNTGAMTGCAEPGFDVYLSPSNNPKRKLGYTWELAKTFDGHFIGINTHNANKLVAEALDNKVVDAFSSVIDWKAEVTPPGADSRFDFWVATAQGDAYIEVKSVTLLEKDKGFFPDAKTSRGAKHCQTLGNLAASGIPTTLVFCVQHTGITSVRVAEHIDPNYATAVKDAHGKGMQILALGCEINEQNIEVNQLLPVIL	PGPT0017980_1347	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_CARBOHYDRATE-GENERAL_USAGE	PLANT_DERIVED_SUGAR_FERMENTATION,PGPT0017980-sfsA-K06206	NA	NA
AK237_04012	450	dksA	COG1734	RNA polymerase-binding transcription factor DksA	ATGCCAACAGGAAAAGAAACGAAATCCCTAGGCCTTTTAGCCTTAGCCGGCCTTGAGCCTTATCAGCCAAAGCCTGACGAAGAATACATGAACGATGCACAAATGGAGCATTTCCGTTTGTTGCTAAAAGCGTGGCGTGATCAATTACGTGAAGAAGTAGACCGTACGGTTACTCACATGAAAGATGAAGCCGCTAATTTCCCTGATCCGGTAGACCGTGCAGCGCAAGAAGAAGAGTTCAGCTTGGAACTGCGTACACGTGACCGCGAACGCAAACTGATCAAGAAAATCGAAAAAACCATGCGTCGCATCGAAGATGACGATTTTGGCTTTTGCGATCAATGTGGTATTGAAATTGGTATCCGCCGTTTGGAAGCTCGTCCAACAGCCGATCTATGTATCGATTGCAAAACCATGGCAGAAATTAAAGAAAAGCAGCTTCAAGGCTAA	MPTGKETKSLGLLALAGLEPYQPKPDEEYMNDAQMEHFRLLLKAWRDQLREEVDRTVTHMKDEAANFPDPVDRAAQEEEFSLELRTRDRERKLIKKIEKTMRRIEDDDFGFCDQCGIEIGIRRLEARPTADLCIDCKTMAEIKEKQLQG	PGPT0014560_834	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
AK237_04013	918	gluQ	COG0008	Glutamyl-Q tRNA(Asp) synthetase	ATGACGTGTTCTCATTCGTACATTGGCAGATTTGCCCCCTCTCCATCAGGTCCGTTGCATTTCGGTTCCCTGATAGCGGCTCTCGCCAGTTTTCTGGACGCTAAAACTCACCACGGAAAGTGGTTAGTGCGGATGGAAGATATTGACGCCCCCCGCTGCGTTCCCGGCGCTGACACAGATATTCTTCGTACACTTGAAGCCCATCAGTTGTTGTGGGACGACACTGTTCTCTATCAGTCCAGACAACATGAACGTTACCAGGCCGTCCTTGATGACTTTGTCCAGCGGAATTTAGCGTATTACTGCCATTGCACCCGAAAAACAATACGGGCAAGCGGCGGGGTATATCAGGGCCACTGTAGAGATAAAAATCTTGGTCCAGATGTGACCGCAATTCGCCTTAAACTTGAAAAACCTGTCACAACCTTTACCGATCGTATCCTTGGATCAATAGAAATCTTAGATCCTCATGCCCTTGAAGACACGATGCTGAAGCGACGGGACGGTTTATACGCTTATAACCTGGTTGTTGTGCTGGACGATATTTTTCAGGGTATAACGCATATCGTGCGCGGCAGCGATTTGCTCACCACCACAGCGACACATTTAAGCTTATACTCTGCGTTAAGAGCGCAACCGCCTGAATATGCACATGTGCCTGTTGCATCTTTGGAGGCAGGCAGAAAGTTAAGCAAACAAAATCACGCCGCAGCCCTGGATAATCGCACGCCTTCGGCCAATATCAGCAGGGCATTAGCCTTTTTAGGACTGCCTCCGCCAGCGTCCTTAGCCCGCGAACAGCCTGGCTTAGTGCTACAATGGGCTATTGAACACTGGGATTGTGGTAAACTACCGCAGCAACGGGAAATTATTGTCGCTGCAAGCGAATCAACTTATCATACGCCTCTAACGCATTGA	MTCSHSYIGRFAPSPSGPLHFGSLIAALASFLDAKTHHGKWLVRMEDIDAPRCVPGADTDILRTLEAHQLLWDDTVLYQSRQHERYQAVLDDFVQRNLAYYCHCTRKTIRASGGVYQGHCRDKNLGPDVTAIRLKLEKPVTTFTDRILGSIEILDPHALEDTMLKRRDGLYAYNLVVVLDDIFQGITHIVRGSDLLTTTATHLSLYSALRAQPPEYAHVPVASLEAGRKLSKQNHAAALDNRTPSANISRALAFLGLPPPASLAREQPGLVLQWAIEHWDCGKLPQQREIIVAASESTYHTPLTH				NA	NA	NA	NA	NA
AK237_04014	1368	pcnB	COG0617	Poly(A) polymerase I	GTGTTTAAAACGGTAAAACGGGTACTTAGCAAAGACTCGGCCTCAGACGTGGCAATACAGGCCTATACCCTCCCCCGTGCGGAACATGGTATTTCCCGGGAAGATATCAGTGATAACGCGCTGAAAGTGATGTATCGCCTCAATAAAGCGGGTTTTGAGTCCTATCTGGTTGGTGGATGTGTTCGCGACCTGATGTTGGGGCAGCAGCCCAAGGATTTCGACGTCGTCACTAACGCAACACCGGAACAAATTAAAGGGTTGTTTAAGAACTGCCGTTTGATTGGTCGCCGTTTTCGCCTGGCGCACATTGTATTTGGACGGGAAATCATTGAAGTCGCGACCTTCCGTGGGCACCACAGTGACGATGAATCCCAGCATAAGCTAGGCCAACAGGATGCCCAGGGACAACTTGTTCGGGACAACGTATTTGGCACGATAGAAGAAGATGCCGAACGCCGCGATTTTACGTTTAACGCAATGTATTACAGCGTGGCAGATTTTACAGTTACCGACTTCGCCCGCGGCCGGGATGCTATTTCTAATCGAGAAGTTGATTTAATTGGCGATCCTGAGACACGCTATCGTGAAGATCCTGTTCGCATGCTACGCGCTATTCGCTTTGCAGCTAAACTCAATATGAGCATCACGCCTCGCACAGCCAAGCCTATTCCAGAGCTTGCGCACCTGCTGGCGAACATTCCTCCCGCTCGCTTATTTGAAGAAACGTTAAAGTTATTTTTAGCCGGTGCCGGCGTGCAAACGTTCAAATTATTACAGCAATACGGCTTGCTTGCGCCACTTTTCCCGCAGTTGGAAGGTATCGTGAAAAATCCTGACAGCCGGGAATGCCAGTTTATTTTAAGGGTGTTGGAAAATACTGATCATCGCATCAATAGCAATCAGCGTATCACTCCGGCGTTCCTGTATGCGGCGCTTTTGTGGTACCCCCTTGAAGAACACGCACAAAAGCTTCAGGCAGAAAGCGGCTTAAATCAACACGATGCATTTAATATCGCATCGGGCGAAGTGATACACCGTCAAGTGCAACGTATTATGATCCCGAAACGATTTTCCACCGTGGTGCGGGATATCTGGATTTTACAACAACGCCTTCCACGACGTTTTGGTCGCCGCGCCTTTCAGTTGCTTTCTCACCCGAAATTCCGCGCTGGCTACGACTTTTTACAAGCACGTGGCGAAATTGAAGGTGGCGATACCATGGAGCTGGCAGACTGGTGGACCGAGTTCCAGCATGCAGACCCCGGTAAACAGAAAAAGCTGCTAACGGCATTACGTCAATCAGAGGGAAGTAACGGCCCCCGTCCTCGTAAGCGTCGTCGCAGAGCGCCAGAAAAACGGGACGCCTGA	MFKTVKRVLSKDSASDVAIQAYTLPRAEHGISREDISDNALKVMYRLNKAGFESYLVGGCVRDLMLGQQPKDFDVVTNATPEQIKGLFKNCRLIGRRFRLAHIVFGREIIEVATFRGHHSDDESQHKLGQQDAQGQLVRDNVFGTIEEDAERRDFTFNAMYYSVADFTVTDFARGRDAISNREVDLIGDPETRYREDPVRMLRAIRFAAKLNMSITPRTAKPIPELAHLLANIPPARLFEETLKLFLAGAGVQTFKLLQQYGLLAPLFPQLEGIVKNPDSRECQFILRVLENTDHRINSNQRITPAFLYAALLWYPLEEHAQKLQAESGLNQHDAFNIASGEVIHRQVQRIMIPKRFSTVVRDIWILQQRLPRRFGRRAFQLLSHPKFRAGYDFLQARGEIEGGDTMELADWWTEFQHADPGKQKKLLTALRQSEGSNGPRPRKRRRRAPEKRDA				NA	NA	NA	NA	NA
AK237_04015	504	folK	COG0801	2-amino-4-hydroxy-6-hydroxymethyldihydropteridine pyrophosphokinase	ATGCATAAAGAACACGTTTATATTGGTTTAGGTAGTAATCTGGGCGACTCTAACGATACCTTAGACGCCGCAGTGAAAGCGATGGCATCACTTGAGCATACCCGTGTACTTGCGCGCTCTTCGCTTTACTGCTCGTCGCCCATGGGGCCTCAGGACCAACCCGATTACATTAATGCTGTGTGTTTATTGGAAACCGCGCTCGAGCCACTTGTATTACTGAAAAAGCTGCAGGGCATTGAGAATGAGTATGGTCGGGTTCGCAAAGCCGAACGATGGGGCCCCCGTACCCTGGATTTGGACATCTTGCTGTATGGCAATCTGGAAATGAAAACACCAGATTTGACGATTCCACATTATGGTATGGCAGAGCGCGAGTTCGTTATGGTCCCTCTGTTTGAAATAGCGCCATCTATGATCATGCCAGACGGCAGTCCAATTGCTTTATGGGTATCTCGCTGCAATCTTGATGGACTTCGACGCTTAACGTCTTCCAATCAGACTTAA	MHKEHVYIGLGSNLGDSNDTLDAAVKAMASLEHTRVLARSSLYCSSPMGPQDQPDYINAVCLLETALEPLVLLKKLQGIENEYGRVRKAERWGPRTLDLDILLYGNLEMKTPDLTIPHYGMAEREFVMVPLFEIAPSMIMPDGSPIALWVSRCNLDGLRRLTSSNQT	PGPT0007910_2185	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-VITAMIN_B9|FOLATE_METABOLISM,PGPT0007910-folK-K00950	NA	NA
AK237_04016	795	panB	COG0413	3-methyl-2-oxobutanoate hydroxymethyltransferase	ATGAAAAAAATCACCATTTCAGGTCTTCAAGCCAAAAAAGCAGCCGGCGAGAAGATCGCCGCTCTAACCGCCTACGATGCGAGTTTTGCCAAAATGTTCGATGAGCAGAATATTGATGTCTTGCTTATCGGCGATTCTCTCGGCATGGTGCTGCAAGGCGAAGACGATACGTTACCGGTTACCGTTGCGGATATTGCCTACCACACCCGAGCTGTGAGAAAAGGCACACAACGCGCCTTTGTACTTGCTGATATGCCCTTCATGTCTTATGACACGCCAGCAAATGCGTTCCAGAATGCTGCTAAGCTAATGGCAGCCGGCGCAAGCATGGTCAAAATCGAAGGTGGAGCCTGGTTAGCAGACACGATAAAAGGTTTAGTTGAACGCAGTGTACCGGTGTGTGGGCACTTAGGCCTTACTCCGCAGTCCGTGCACGTATTCGGTGGTTTCAAGATCCAGGGGCGCGAAGAAGATAAAGCAGCTACGCTGCTGGAAGATGCCCTTGCGCTTGAAAAGGCCGGCGCTCAGCTGCTGGTATTAGAATGCGTGCCCACGTCATTAGGAAAGAAAATCTCAGAAGCCCTGACCATTCCTGTCATCGGTATTGGCGCAGGTGCAGAAACGGATGGCCAGATCCTGGTCATGCATGACATGTTCGGTATTTCGGCCAATTATATGCCTAAGTTTTCAAAAAACTTTTTAGTGGAAACCGGCGACATGCGTAAAGCCGTTCAACAATACATTAGCGATGTTCAAAGTGGTGCTTTCCCAGGTGCCTCTCACAGTTTCGAGTAA	MKKITISGLQAKKAAGEKIAALTAYDASFAKMFDEQNIDVLLIGDSLGMVLQGEDDTLPVTVADIAYHTRAVRKGTQRAFVLADMPFMSYDTPANAFQNAAKLMAAGASMVKIEGGAWLADTIKGLVERSVPVCGHLGLTPQSVHVFGGFKIQGREEDKAATLLEDALALEKAGAQLLVLECVPTSLGKKISEALTIPVIGIGAGAETDGQILVMHDMFGISANYMPKFSKNFLVETGDMRKAVQQYISDVQSGAFPGASHSFE	PGPT0008740_3860	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
AK237_04017	849	panC	COG0414	Pantothenate synthetase	ATGAATTCACTGACAACAGTTGAAAGCCTGCGAACCAAGCGTGATGCCTGGGCAAAGCAAGGTAAAGTAGTTGGTTTCGTTCCGACCATGGGCAATTTGCATAATGGTCACCTTCAGTTAGTACGTGCCGCAAAAGCCCATTGTGATGTGGTTATCGTGTCAATTTTCGTTAACCCCATGCAGTTTGGTAAAAATGAAGATTTGGACAATTACCCCCGCACATTGGACGCTGATAAAGAGAAGCTCGCATCATGCGGTGTCGACGCCGTATTTTTGCCCTCTGTTGAAGAGATGTACCCCCGTGGTTTGGAGCAGCAAACCTTTGTAGAAGTGCCGGGTATTTCGAATATATTATGCGGTGAAAGCAGACCCGGTCATTTCCGTGGTGTCGCGACCATCGTTTGTAAGCTGTTTAACATGGTAGCGCCGAATATCGCCTTTTTCGGCGAGAAAGACTTTCAACAGCTACAAGTCATTCGACTAATGGCGAAAGATTTGTCGATGAATGTTTCCATTATAGGCGTGCCAACTGAACGAGAAGCATCCGGCTTAGCAATGAGCTCACGCAACGGTTATCTCACCCGGCAAGAGAAAGATATAGCGCCGCTATTGTACCAGCAACTTTGTGATATGAAAGCAAGCATCGAAGCTGGAGAGCAAGACTTTACGGGACTTATAAAAACAGTAAGTGCTCACATTAATGCATCAGGGTTCCGCACAGACTACCTTGCTATCAAGCAGGCTGACGATTTATCAGAGGCCACCAGTGATACCCGGAATTTTGTCATTTTAATCGCGGCCTACCTGGGCACCACTCGCCTTATCGACAATATTTACTTCAACAAGTAA	MNSLTTVESLRTKRDAWAKQGKVVGFVPTMGNLHNGHLQLVRAAKAHCDVVIVSIFVNPMQFGKNEDLDNYPRTLDADKEKLASCGVDAVFLPSVEEMYPRGLEQQTFVEVPGISNILCGESRPGHFRGVATIVCKLFNMVAPNIAFFGEKDFQQLQVIRLMAKDLSMNVSIIGVPTEREASGLAMSSRNGYLTRQEKDIAPLLYQQLCDMKASIEAGEQDFTGLIKTVSAHINASGFRTDYLAIKQADDLSEATSDTRNFVILIAAYLGTTRLIDNIYFNK	PGPT0008750_2488	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
AK237_04018	1629	panP	COG0076	Aspartate 1-decarboxylase	GTGGGTGAAGCTCAAGTCAGTCTGAAGCATCTGTTTCGGGTCTTTACTAAACCTGAACACAAAGACTCAAAGCTTGCACAAATCGAACAGCATTTGTCCGACAACATTCTGGATTTTCTATCCCAGCATGTGGTGACGAAGAAAACGTCGTTGGAAGAAGTCGAACAAGACTTTTCCGAGCCTTTTGTGCCTGAATCCCCCGAATTTGTTTCTTCTCACGCAGAATCGCTGCTCAATAAGCTTGTCGCGCATTCCGTTAATACCTATTCCCCTACGTTTATAGGGCACATGACCTCTGCCTTACCGTATTTCCATTTGCCGCTAGCCAAACTACTGGTTGGGTTAAATCAGAATCTGGTAAAGATTGAGACGTCAAAGGCATTCACGCCACTTGAGCGTCAGGTACTGGGGATGATGCACAACCTGGTATACGGCCAGGAAGAAAGTTGGTATCAGCAGTATTTACACAGCGCCAGACATGCCTTAGGCGCCTTCTGCTCCGGCGGGACGGTTGCCAATATCACGGCGCTTTGGGTGGCACGAAACAAAATGCTTGGTCCGGACAGGAAGTTTGCTGGCGTGGCCAAATCAGGATTGGCTGCGGCTTACCGCCATTATGGTATCAACCAGATGGGCGTGATGTGCTCACGGCGCGGTCACTATTCTCTGTCTAAAGCGGTTGATGTACTGGGAATAGGGCGGGATAACCTCATTAGTTTGCCTTGTCCGCAGCAAACGTTGTCACCAGAACAGGCGTTGGCAGAAGGTAAGCGGTATCAGGAAGAGGGCAATAAGCTGCTCGCCCTGGTGGGCGTGGGAAGCACGACCGAAACCGGGCATATTGATCCCCTCGACGAGCTGGCCGATGTAGCCCGCGAGTTGGGTTGTTGGTTTCATGTGGATGCCGCTTGGGGCGGGGCAACATTATTTTCCGGTACCCACAGAGAAAAGCTAAAAGGTATTGAGCGCGCCGACTCCGTTACCATCGATGCGCACAAGCAAATGTATGTGCCTATGGGCGCGGGAATGGCATTATTTAAGAATCCGGAAGACGCCAATGCTGTTCGCCATCACGCACAGTATATTCTGCGCCAGGGCTCAAAAGATCTTGGGGCGACCACATTAGAAGGGTCTCGTAATGGCATGGCTATGATGGTGTACGCTTCCTTACACATTTTTGGCCGCCGTGGTTATGAGTTATTAATTGATCAAAGTATCAGTAAAGCGAAAACCTTTGCGAAAATGATTTCTGAGCATCCGGATTTCGAGCTGGTAACGGCGCCAACCTTATCGCTATTGACCTATCGTGTTTGTCCGCCCGTTATTCAGGATAAGCTGAAAACGGCGTCTGAGGATGAAAAAGTGCGGTTGAATCATAAGATTGATGGTTTGGTTGTGAATGTGCAGAAATTACAGCGGGAAGCGGGGAAATCCTTCGTGTCTCGCACCCGTCTGGAAAACCCTGATGTGAACCCAAAACCTATTACTGTATTTCGTGTGGTGCTGGCTAACCCACTTACCACTGAGCAGGATTTAAAAAATATTCTTCAAGAGCAGTCTGAAATTGCACATGCAAGGCACGCATGGGCTGACTTAGTGAAAAGTGAATCGGCCACTGAAGCTAACTAG	MGEAQVSLKHLFRVFTKPEHKDSKLAQIEQHLSDNILDFLSQHVVTKKTSLEEVEQDFSEPFVPESPEFVSSHAESLLNKLVAHSVNTYSPTFIGHMTSALPYFHLPLAKLLVGLNQNLVKIETSKAFTPLERQVLGMMHNLVYGQEESWYQQYLHSARHALGAFCSGGTVANITALWVARNKMLGPDRKFAGVAKSGLAAAYRHYGINQMGVMCSRRGHYSLSKAVDVLGIGRDNLISLPCPQQTLSPEQALAEGKRYQEEGNKLLALVGVGSTTETGHIDPLDELADVARELGCWFHVDAAWGGATLFSGTHREKLKGIERADSVTIDAHKQMYVPMGAGMALFKNPEDANAVRHHAQYILRQGSKDLGATTLEGSRNGMAMMVYASLHIFGRRGYELLIDQSISKAKTFAKMISEHPDFELVTAPTLSLLTYRVCPPVIQDKLKTASEDEKVRLNHKIDGLVVNVQKLQREAGKSFVSRTRLENPDVNPKPITVFRVVLANPLTTEQDLKNILQEQSEIAHARHAWADLVKSESATEAN	PGPT0007630_533	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-ENVIRONMENTAL_QSR|BF_SIGNALLING	CE-QSR|BF-ACIDIC_STRESS_SIGNALLING,PGPT0007630-gadA|gadB-K01580	NA	NA
AK237_04019	729		COG2200	putative signaling protein	ATGCCAATTCGTGAAATAACAGACAGCTACACGCTTGAGTCTATTGTGCCTTACTTTCAGCCTATCGTCGATATCCGGTCCGAAAGAGTATGGCGCTACGAGTGTTTAGCCCGATTAGTCACCCCGGAACAGCGGGTGTTTTTACCCAGTGATTTTTTGTATCTCATTGAGCGGAATAATCATATTCATCAACTTGCCGAGATGATGTTTTGTAAAAGTGCGGTGTATTTTGAAGATTCCAACACGCCATGGAATATCAATTTAGATGCCGCCGATTTAACTAACGAAGGGCTGTTAAACTCACTCATTACACAGTTAGCGAATTACCCCAACCCGTCCCGGGTGAGTGTAGAAGTGAGCGCCGATGTGGCGAGCCATCACTTCGACACGTTAAAGCATTTCATCGATAAATCCATGCATAGTGGAATGGGGGTATTTATCGATAATCTGGGCAAAAGTAGTGGCAATGTGCGCAAGCTGATGTCGCTACCGATACGGGGAGTAAAACTGGACGGTGGATTACTTCGTCGTTTGGATCAAAATGCAGAAATTGAAGACTTTATTCTGAGTATTTGTGACTTAGCAAAAGAAAGACACATGAGTATTGTTGCCGAACATGTCGAGGATGAAGACACGCTTGAAAAAGTTATGCACTTACCTATCCAGTATGCCCAGGGATTTGTGTTCTGTGAACCGGCCCCCGTACCCCAGCGCGCCACGGCCCATTAA	MPIREITDSYTLESIVPYFQPIVDIRSERVWRYECLARLVTPEQRVFLPSDFLYLIERNNHIHQLAEMMFCKSAVYFEDSNTPWNINLDAADLTNEGLLNSLITQLANYPNPSRVSVEVSADVASHHFDTLKHFIDKSMHSGMGVFIDNLGKSSGNVRKLMSLPIRGVKLDGGLLRRLDQNAEIEDFILSICDLAKERHMSIVAEHVEDEDTLEKVMHLPIQYAQGFVFCEPAPVPQRATAH				NA	NA	NA	NA	NA
AK237_04020	672			hypothetical protein	GTGAGTACAGGCAATTCTCGTGAAGTGTTGAGCAATCAACAAGGTGTTCATGAAAAATTGGACGAGTTGGTCGCGCGCTATCGGCAGTCTGAAAATCGGCGTCCGATAAGTGATCACACTCGCCTCGCATTTGACGAGGTGTGCGCATGGCTGGGTGGCTGGCAGGGAGATGTGATTGTAGACTCTTGCTGTGGAGTGGGTGAAAGCACGGCCAATTTAGCGGCCCGCTTTACTGACGCAAAGGTTATCGGTATCGATAAGTCTGCGCTCAGAGTAAACAAACATGAGCATTATCAGACAACCCATGACAATTACGCTGTCTTTCGGGCTGACGTAAATGATTTTTGGCGATTAGCGCGCGCTGCCAATTGGCATATCGTACAACACTATTTGTTGTACCCTAACCCCTATCCTAAGTCTGCACAGGTGCAAAAGCGCTGGTATGCGTCTGCCGCGATGGTGGATCTTATGGCGCTTTGTAGTCATATTGAGGTGCGCAGTAATTGGTTTATTTATCTCATGGAATTTGCGCGAGCGGCCAGTCACTATGGGTTAACATGCGACATTGCAGAGATCACTGGCGACAGCCATATGACACCGTTTGAACGAAAGTACCGCGGTAGCGGACAGCCTTGTTGGAAGCTCACTACCCGCTGTGAAGAAGCAGATTGA	MSTGNSREVLSNQQGVHEKLDELVARYRQSENRRPISDHTRLAFDEVCAWLGGWQGDVIVDSCCGVGESTANLAARFTDAKVIGIDKSALRVNKHEHYQTTHDNYAVFRADVNDFWRLARAANWHIVQHYLLYPNPYPKSAQVQKRWYASAAMVDLMALCSHIEVRSNWFIYLMEFARAASHYGLTCDIAEITGDSHMTPFERKYRGSGQPCWKLTTRCEEAD				NA	NA	NA	NA	NA
AK237_04021	774	yadH	COG0842	Inner membrane transport permease YadH	ATGAACGGACAAAATAACTGGATTGCGCTTAATACTATCTGGATTAAAGAATGTACCCGCTTTTTGCGCATCTGGGTACAAACGCTGGTGCCCCCAGCCATCACAATGACGCTGTATTTCGTTATTTTTGGTAGCCTGATAGGCGAGCGTATCGGCCAAATGGGCGGTTTTACCTACATGGAGTTTATCGTTCCCGGACTTATTATGATGTCCGTTATTACTAACTCCTACTCGAATGTATCATCGTCGTTTTTCAGCGCTAAATTTCAGCGCAACATCGAGGAGTTGCTGGTAGCGCCGGTACCCACTTGGGTGATTATTTTCGGTTATGTGGGCGGCGGCGTAGCACGTGCAATCTTAATCGGGGTTATTGTCACTTGTGTATCGATATTTTTTGTTGATGTGCAAATTCACAACTTCGCCGCTATCGTGGTTACATTGCTGCTGACATCCACACTTTTTGCCACAGCAGGGCTTGTGAACGCAGTGTTTGCAAAAACCTTTGATGACATCAGTATGGTGCCTACGTTTGTACTGACGCCTTTGACCTACCTTGGTGGCGTATTCTACTCGCTTACATTACTGCCTGAGTTTTGGCAGGTGGTGAGTAAAGCAAACCCGATTGTTTATATGGTTAATGGCTTCCGTTATGGCTTTTTAGGCGTATCAGATGTCGACGTGTCCGTCTCCATTGCTATTCTCGTTGGTTTTAACGTGTTGCTTTACGGTGTCGCCCACCACTTGCTAACAAAAGGGCGAGGTATACGGAGTTAA	MNGQNNWIALNTIWIKECTRFLRIWVQTLVPPAITMTLYFVIFGSLIGERIGQMGGFTYMEFIVPGLIMMSVITNSYSNVSSSFFSAKFQRNIEELLVAPVPTWVIIFGYVGGGVARAILIGVIVTCVSIFFVDVQIHNFAAIVVTLLLTSTLFATAGLVNAVFAKTFDDISMVPTFVLTPLTYLGGVFYSLTLLPEFWQVVSKANPIVYMVNGFRYGFLGVSDVDVSVSIAILVGFNVLLYGVAHHLLTKGRGIRS	PGPT0006730_17646	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BACTERICIDAL_COMPOUNDS|ANTIBIOTICS	BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006730-ybhS|ecsB-K01992	NA	NA
AK237_04022	930	yadG	COG1131	putative ABC transporter ATP-binding protein YadG	ATGAAAGCGCTGGATATCACAGATTTGAAGAAAGTCTACAAGGGAGGCGTGCAAGCATTGCGCGGCGTCAACCTGCATGTAGATGAGGGTGATTTTTTTGCCCTGCTAGGCCCCAATGGCGCCGGCAAATCCACCACTATTGGTATTATTAGCTCGTTGGTTAATGCCAGCGAAGGCGATGTAAAAGTGTTCGGTTATGATTTGCATACCGAAAAAGAAAAGGCCAAATCGTGTATTGGTTTGGTGCCGCAGGAGTTTAATTTCAATCAGTTTGAAACGGTACTTCAAATCGTATTGAATCAGGCCGGTTACTATGGCGTGCCACGCGGCGTCGCCAAAGAGCGAGCCGAAAAATACCTCACGCAGCTTGACCTGTGGGGTAAGAAAGATATGGCAGCGCGCACCTTATCAGGTGGTATGAAGCGTCGTCTGATGATCGCCCGCGCCTTAATGCACGAACCAAAATTACTGATACTGGACGAACCTACTGCTGGCGTGGATATCGAAATCCGCCGTTCCATGTGGGATTTTCTCAAAACTATTAATGAGCAGGGTATTACTATTATCCTGACCACCCATTATCTTGAAGAAGCGGAAATGCTGTGTCGCAATATCGCAATTATCGATAAGGGCACGATAGTGGAAAATACCAGTATGAAGTCGCTGCTGGCCAAGTTAACAATGGAGACATTCGTTCTGGACCTGGGTAATCACGCCACAACGCCGACGATTTCAGGGTTTGCACATCGACTGCTTGACGACACAACGCTGGAAGTGGATGTGGAAAAATCAGAAGGGCTCAATCCGGTATTTACCCAATTGACCGAACAATCTGTACCGGTTCTTAGTATGCGTAACAAGTCGAATCGTTTAGAAGAACTGTTTGTTACCTTGGTTGAAAATGGCCGCAAAGCCAATGAGGAGGCGTGA	MKALDITDLKKVYKGGVQALRGVNLHVDEGDFFALLGPNGAGKSTTIGIISSLVNASEGDVKVFGYDLHTEKEKAKSCIGLVPQEFNFNQFETVLQIVLNQAGYYGVPRGVAKERAEKYLTQLDLWGKKDMAARTLSGGMKRRLMIARALMHEPKLLILDEPTAGVDIEIRRSMWDFLKTINEQGITIILTTHYLEEAEMLCRNIAIIDKGTIVENTSMKSLLAKLTMETFVLDLGNHATTPTISGFAHRLLDDTTLEVDVEKSEGLNPVFTQLTEQSVPVLSMRNKSNRLEELFVTLVENGRKANEEA	PGPT0006725_9655	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	BACTERICIDAL_COMPOUNDS|ANTIBIOTICS	BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006725-ybhF|yadG|ecsA-K01990	NA	NA
AK237_04023	747	pal_4		Peptidoglycan-associated lipoprotein	ATGAAAAGTATGACAGGAAAACAAGCGCTTCTGGCAGGTATGGTTGCACTTATGTTCAACCCGGTAACCATGGCAGCAACCACAGATAAAGAGTATCAGGCCGAGAAAGATAAATCGGTTGCGGTGGGTATGGGAACGGGCGTTGTTATCGGTGCCATTGTGGCTGGACCGATAGGTGCTGGGGTGGCAGGCATTTTGGGGGCAGTAATAGGTGACAACAATGCAACCAATGCGCATTTACAGGATACGCAGGCAAATCTGGTCGCCAGTGAAGCGGCATTAAGTGAATCACAGCAGCAGCTTTTAGCCGTAAGAGATGCGCTGGAGTCTGCTCAGCTTCAGGCCTCGATTACTCAAGTGGGTTTGACCTCGTATCCGCAAGAGCAGGTGATGGCGATGGAAAGTGCCATTCAATTTAGGAGCGGCTCTGACAAAATAGAGAAACTGTACGGTACGCAATTAGATTTGATTGCTAAGGCCCTGAAACAGCACGAAGGGCTGGGAATTCGATTGACTGGGTACGCGGACTATCGCGGCGAGACAACATTCAATCAGGCGTTATCAGAACAGCGCGCCTCTGCGGTTAAACAGGCTCTCACCAAGCGCGGTGTGAGCGAAGATAAGATTGCCCTGCTTGCGGTGGGCGAAGCTGGCAGTCAGCAGTCGTCGGCAGAAAATACGTTCTTTGATCGCAAAGTCGTGATGCAAATTTTACCCGCCGAACAAGCGATGACGGCACAGCGTTAA	MKSMTGKQALLAGMVALMFNPVTMAATTDKEYQAEKDKSVAVGMGTGVVIGAIVAGPIGAGVAGILGAVIGDNNATNAHLQDTQANLVASEAALSESQQQLLAVRDALESAQLQASITQVGLTSYPQEQVMAMESAIQFRSGSDKIEKLYGTQLDLIAKALKQHEGLGIRLTGYADYRGETTFNQALSEQRASAVKQALTKRGVSEDKIALLAVGEAGSQQSSAENTFFDRKVVMQILPAEQAMTAQR				NA	NA	NA	NA	NA
AK237_04024	690	creB	COG0745	Transcriptional regulatory protein CreB	ATGCCAAGAACCATTGCCCTTGTTGAAGATGATGCCGCTATCAGAGAAAACTATATTGCCGCACTGCAAGCACAAGGTTATCAAGTAAACGCATACGCAGACAGACCGTCTGCATCAGCGGCATTTGCGCAAGCCCTGCCCGATTTAGCCATTGTAGATATTGGTCTGAAAGAAGAAATGGAAGGTGGCTTTATGCTCTGCCAGCAATTACGCCAGTTGTCGCAGACCATGCCAATTATTTTCTTTACCGCCAGAGACAACGACGTGGATACCATCAGTGGCCTTCGGATGGGTGCCGATGACTATCTGACCAAAGATATCAGTATGGCCCATTTACTTGCGCGTATTGCTGCATTATTCCGGCGTACCGATTTGTTGTCTTCACCAAAACAGCAAAGTGAGCAAATTCAGTTGGGTCATTTAAGTGTGGATGTAAGCCGCATGACAGTATGTTGGAAAGCCGAACCGGTAGCATTAACAGTGACAGAGTTCTGGATGCTTCACGCGTTGATAAAACACCCGGGACATGTAAAAAGCCGGCAGCAACTGATGGACGAATCACGGATGGTAGTAGATGACACCACGATTACTTCGCACATAAAGCGAATGCGTAAAAAATTCATTCAATTAGACAGCACCTTTGATCATATTGATACGGTGTATGGTATGGGTTATCGCTGGCAGGGCTAA	MPRTIALVEDDAAIRENYIAALQAQGYQVNAYADRPSASAAFAQALPDLAIVDIGLKEEMEGGFMLCQQLRQLSQTMPIIFFTARDNDVDTISGLRMGADDYLTKDISMAHLLARIAALFRRTDLLSSPKQQSEQIQLGHLSVDVSRMTVCWKAEPVALTVTEFWMLHALIKHPGHVKSRQQLMDESRMVVDDTTITSHIKRMRKKFIQLDSTFDHIDTVYGMGYRWQG	PGPT0014455_161	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_ACIDIC_STRESS	ACIDIC_STRESS-LOW_ACID_SIGNALLUING,PGPT0014455-chvI-K14981	NA	NA
AK237_04025	2178	sasA_16		Adaptive-response sensory-kinase SasA	GTGAAGTTACGCTTTTCTATCCGTCTCCAACTGTTGGTATTGTCGCTGTTTTTGTTCACCATCCCCTGGCTGGGATACCGCTATGTGTGGGAGCTTGAGCAATATCTGCGAACTGGCCAGGAACAAACCATGATTGGTACAGCGAGAGCGGTAGCCACTGCGCTGCATGAGCGCCCTGCGTTGTTCGACAGTCAATCAGCCTATTTAAAAGATGTACGTCCCGGCACAGATTTGTATGCTCCGCCTATCCCAACCCCTATTCAGCTGGATGGTAAATTCACAGACTGGCATGCAGTGTCCGGGCTGAGTCAGCAGTATGGAGAAGGGCAAGTGGTGTCGTGGTTTGGCAAAGTGGCAGATTTTCCGCCCGTGACGCTTTCTTTTGACCATATGGTTGGCCGTTACGGCAAATATTTGTATGCCATGTTTGATGTGAAAGACGACAGTGTAGTATGGCGCGCAGCTAACGCGCTGGCGGTCGATCAAAGTGATCACTTACTCATTAGTGTTATTGCCGACAACGGTGAACTGGAGCGTTTTGTCATCGCCCCCTATGGGCAAGGATGGGTGAATGCATTTAAACTGGACGACACACCCGGCGGCTATCGGGCCACCGATAATGAACTACGCATTCAGGGCCGCTGGCAACTCACCGAAGAAGGATACGGCATTGAGCTGCGTTTCCCTTTAAGTATGACCACAGGCGCCCTGGCCTTCGCACTGGTTGATGTGGACGACCCCGCTACACGAGAAAAGCGTTATGCTGTGGGCACGGCGAACCCTAACCAGGCAGATGGCATGGGCACAGTGCTAACCCCATCGCCGGAAATTGAACGTATTCTTTCCGGGCTGAAATATGCCGATTCCCGTGTGTGGGTGGTCGACAACCACATGCGCGTGCTGGCCCGGGCGGGTTCTATACAATCGGCCCCGGGATTTAAAGTGCGCAATCAAGAACAGCAAGGTTACCCGTGGTGGCAGTGGTTTGAGCAGCATGTACTGCTTCCCTTGTATTACCATATTCTTACTCGTCCGCCCGCCGACTTTGTTGATGAAATGCAAGGTGCTTACGCCTTGGCAGGTAAAGATATTGCCTCGGCGCTGTCTGGCACACCAGATTCGTTGTGGCGACTTTCTCCCGACAGCAAAGCCGTTATTCTCTCTGCCGCCTACCCAATTTATATCGAAGACAATGTGATGGGTGCGGTGGTTGTTGAACAAACCACAAATGGTATTCGGACACTGCGAAACCGCGCACTAGAACAGTTATTCCACGTGATCCTGGCGGTCATGTTACTGGGCACCCTCAGTTTATTTCTGTTTGCTAACCGCATATCCAACCGCGTGCGCACACTCAGAGACAACACCGAAGCGGTTATTGATGACAACGGTAAAATTGTTGGCAGCTTACCCGCAGTAAGACGGGTCGATGAAATAGACGATTTACATCAGTCTTTTGCCGGCGTCCTCAATCGTCTTCAGCAATATAACTCTTACCTTGAAAACATGGCTTCGCGACTGTCTCACGAACTACGAACCCCCATTGCGGTTGTTCGCTCATCACTGGACACCATCAGTGAAGTTAAAGATCCGTCCCAGCAATCTATACTTATTGAGCGCGCGCAAAGCGGTATCGCCCGGTTAAGCACAATCTTAAACAGTATGAGCGAGGCAACGCGTTTAGAACATGCCATCGCACAAGAAGAGCCTGAGCTTTTTGATGCTGCCGCGGTCGTCTCCGGCTGCATCGATGGTTACGCCCACGTATTTTCCGAACGCACCTTTCAGCTTAAAATTTCACTGGAAGAAGCAAAATTACGTGGTTCAGGCGACTTATTCGCCCAAATGTTAGATAAAATTGTCGCCAATGCCGTGGAGTTTAGCCACACCGGCGATACGATTACTGTACATTTATGGCGAGAGAGTAAATCGGTGAAGTTATCGGTGACGAATCCGGGACCACCGCTTCCCAAAGACATGAATGACAACTTATTGCAGTCGATGGTTTCGGTACGCCCGGACGAAGAGCGCCATAAATCCAGTGCGCATCCTCATTTAGGTTTAGGGTTGTTTATTGCCAATATGATTGCCAGCTACCACAAAGGTCGTGTGCAGCTTAATAATTTACCCGACAATACGGGGGTATGCGTTGTGGTGCAGTTGCCCCTTGCGGGCTAA	MKLRFSIRLQLLVLSLFLFTIPWLGYRYVWELEQYLRTGQEQTMIGTARAVATALHERPALFDSQSAYLKDVRPGTDLYAPPIPTPIQLDGKFTDWHAVSGLSQQYGEGQVVSWFGKVADFPPVTLSFDHMVGRYGKYLYAMFDVKDDSVVWRAANALAVDQSDHLLISVIADNGELERFVIAPYGQGWVNAFKLDDTPGGYRATDNELRIQGRWQLTEEGYGIELRFPLSMTTGALAFALVDVDDPATREKRYAVGTANPNQADGMGTVLTPSPEIERILSGLKYADSRVWVVDNHMRVLARAGSIQSAPGFKVRNQEQQGYPWWQWFEQHVLLPLYYHILTRPPADFVDEMQGAYALAGKDIASALSGTPDSLWRLSPDSKAVILSAAYPIYIEDNVMGAVVVEQTTNGIRTLRNRALEQLFHVILAVMLLGTLSLFLFANRISNRVRTLRDNTEAVIDDNGKIVGSLPAVRRVDEIDDLHQSFAGVLNRLQQYNSYLENMASRLSHELRTPIAVVRSSLDTISEVKDPSQQSILIERAQSGIARLSTILNSMSEATRLEHAIAQEEPELFDAAAVVSGCIDGYAHVFSERTFQLKISLEEAKLRGSGDLFAQMLDKIVANAVEFSHTGDTITVHLWRESKSVKLSVTNPGPPLPKDMNDNLLQSMVSVRPDEERHKSSAHPHLGLGLFIANMIASYHKGRVQLNNLPDNTGVCVVVQLPLAG	PGPT0000850_16	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-MOTILITY|CHEMOTAXIS	OTHER_MOTILITY_REGULATING_FUNCTIONS	MOTILITY-ACIDITY|NITROGEN_RELATED_REGULATION,PGPT0000850-exoS|chvG-K14980	NA	NA
AK237_04026	1074			hypothetical protein	ATGTTTCTGCTGATCGTTTATATTCTGGTTGCTTTAGGCTTTTCTTTTCTTTGTTCTATTGCCGAAGCGGTAATTCTCAGTATCTCGTCTGCTTATATTTCAGTTTTAGAGAAAGAGGAAGCGCCAACCGGTAAGTTACTGCGGCGTCTTACCGACGACATTAACAAGCCGTTATCTGCCATTTTGACCTTAAATACTATCGCCCATACCATGGGAGCAGCGGGTGCTGGTGCGCAAGCGGCGGTGGTGTTTGGCGACGCCTATCTGGGTATTATCAGTGCTGTACTCACATTACTCATTCTTATTTTTTCAGAAATTATTCCCAAAACACTGGGGGCAACCTATTGGCGCGCGTTAGCGACGCCCACGGCCTGGTTTTTAAAATACCTTACCTGGTTGCTAACCCCTTTCGTATGGTTCTCTGAAAAGCTCACTAAAGGGTTTAAAGAAGAGAGTCCGCTTAGAGGGCTAAGCCGCAATGAGTTACAAGCAATGGCCGAGCTGTCGTGGCAGGAAGGGCAATTAGCTGAAAAAGAAACGGTCTTTTTGAAAAATATGCTCAATATGCACGATGTGAAAGTACGCGACGCGATGACGCACCGTACGTCCATGTTCTCGTTATCCGAGACCATGACCGTCGAAGGCTTTTTCCATCAACACGCGCACATGGAGTACTCCCGTATTCCTATTTATGCTGATGATGAAAATGAGCACATTCACGGCTTTGTTATGCGTTCAGATTTGCTGCTGGCTTACGCCAGAGGCAACACGCAAAAGCAACTGAAAGATTATCGGCGTGACATGATTACGGTATTAAGCAGCATGCCCATCGCAAATGTACTGGATTTGTTCATGACACGGCGGGTGCACATTTTTATGGTGGTGGACGAATATGGCGGCCTTGAAGGCATTGTTACCCTGGAGGATATTCTTGAACACCTGCTTGGTATCGAAATTGTCGATGAAAAAGACAATACGGTAAGTATTCGCAAGTACGCGCAGAATATGGCTCGTCGACGTGCCGCCATGTTGATGAAAAATGTACCTGACTTAGGCGGCGATGACAAAAAGTAG	MFLLIVYILVALGFSFLCSIAEAVILSISSAYISVLEKEEAPTGKLLRRLTDDINKPLSAILTLNTIAHTMGAAGAGAQAAVVFGDAYLGIISAVLTLLILIFSEIIPKTLGATYWRALATPTAWFLKYLTWLLTPFVWFSEKLTKGFKEESPLRGLSRNELQAMAELSWQEGQLAEKETVFLKNMLNMHDVKVRDAMTHRTSMFSLSETMTVEGFFHQHAHMEYSRIPIYADDENEHIHGFVMRSDLLLAYARGNTQKQLKDYRRDMITVLSSMPIANVLDLFMTRRVHIFMVVDEYGGLEGIVTLEDILEHLLGIEIVDEKDNTVSIRKYAQNMARRRAAMLMKNVPDLGGDDKK				NA	NA	NA	NA	NA
AK237_04027	1674	cstA	COG1966	Peptide transporter CstA	ATGCAGTCAATAATGATCGTCGTCCTTGGCATCATCGGCATGCTACTAGGATGGTTTGTTTATTCCAAGTTCATTGCCAGTAAGATATTCCGTTTGGATGATAGTTTTGTCACGCCAGCTCACGAACTTCGTGACGGAGTCGATTTCGTTCCCACCAACAAAGTTGTGTTATGGGGTCACCACTTTACCTCTGTTGCCGGTGCGGCTCCTATTGTGGGTCCGGCAATTGCCGTCTACTGGGGCTGGGTACCTGCCGTACTGTGGGTGGTATTTGGCACCATTTTCTTCGCTGGTGTACACGACATGGGCGCTTTGTGGGCGAGTAACCGTCATAAAGGTAAATCCATGGGCGCTTTGTCTGAAAGCGTGATTGGTAAACGCTCGCGAGCGCTTTTCATGGTTGTTATCTTCCTGGTACTGCTTATGGTTAACGCAGTATTTGGTGTGGTTATCGCCAAATCCTTTGTGTCGCAACCCAATGCCGTTTTCCCCGCCTGGATGGCCATTGTCGTCGCGTTAGTAATTGGTCAGTTACTGAAACGTAATTTCAGTCTTATTCCTATGTGCGTTGTGGGTATTATCGTACTTTACGCTTCGGTATACGCGGGCAGTTATATACCTCTGGAGCTGCCGGAAACCATGTTCGGTTTATCGGCTAACGCAAACTGGATCATTATTCTGTTTATCTACGCCGCCATCGCATCATTGTTGCCGGTTTGGATGCTGCTGCAACCGCGGGATTTTATCAACGGTATGCAGTTGCTGGTCGGTCTGCTACTGCTTTACGGAGCAGTATTTATGTCAATGCCGGATATCACAGCACCTGCCTTTAACACGCAAACTGCAATTGATACCCCGAGCCTTATCCCACTGTTGTTCGTGACCATTGCGTGTGGAGCGGTATCAGGCTTTCATGGCATCGTGTCGTCTGGTACCAGTTCTAAGCAGTTGAATAAAGAAACGGATGCGCGTTTTGTGGGTTATCTCGGTGCAGTGGGAGAGGGATGTTTGGCACTGATCACTATTGTAGCCGTTAGTGGCGTTGCTTTAGCGGCATCACCTGAAGAGTGGCACGAAGTGTATAGTCATTTAGGCGACGGTAGCGTAGCGGCATTCATTACCGGTGGAGCAAATCTTATCCAGCAAGGCTGGGGCTTACCGGTAGATTTCTCTTCAACGATTCTGGCTGTAATGGTCGTGCTGTTTGCGGGGACCACCATGGATTCAGGCGTACGTTTGCAGCGCTACATCATTCAGGAATGGGGTGAAATTTATAACCTTAATATTCTTAAAAATGGTGTGGTTGCAACATTACTTGCAGTAGGTACCTGCTTGCTGTTGTCATTCGGTGCCGGTGGTGCATCCGGTTCCGGCGGAATGATTATCTGGCCACTGTTCGGGTCGACTAACCAAATCCTGGCTTCACTGACTTTGCTGGTTATTTCGGTAATGTTGATCAAAATGAACCGACCCGCCATATACACGCTTATTCCAATGACATTTGTGCTGGTGATGGCGTTCTTTGCCGGCGTTATCAAGCTTCAGGAATACTGGGCTGCCGAGAACTATCTGTTAGTAATCTTAGATGCGGTGGTACTGGTTGTCAGTGTGCTGGTTATGCTGGAGGCCTGGTCTGTAATCGCTAAATTCAAGCGAGAAAAACGACAAGGCTAA	MQSIMIVVLGIIGMLLGWFVYSKFIASKIFRLDDSFVTPAHELRDGVDFVPTNKVVLWGHHFTSVAGAAPIVGPAIAVYWGWVPAVLWVVFGTIFFAGVHDMGALWASNRHKGKSMGALSESVIGKRSRALFMVVIFLVLLMVNAVFGVVIAKSFVSQPNAVFPAWMAIVVALVIGQLLKRNFSLIPMCVVGIIVLYASVYAGSYIPLELPETMFGLSANANWIIILFIYAAIASLLPVWMLLQPRDFINGMQLLVGLLLLYGAVFMSMPDITAPAFNTQTAIDTPSLIPLLFVTIACGAVSGFHGIVSSGTSSKQLNKETDARFVGYLGAVGEGCLALITIVAVSGVALAASPEEWHEVYSHLGDGSVAAFITGGANLIQQGWGLPVDFSSTILAVMVVLFAGTTMDSGVRLQRYIIQEWGEIYNLNILKNGVVATLLAVGTCLLLSFGAGGASGSGGMIIWPLFGSTNQILASLTLLVISVMLIKMNRPAIYTLIPMTFVLVMAFFAGVIKLQEYWAAENYLLVILDAVVLVVSVLVMLEAWSVIAKFKREKRQG	PGPT0015060_1904	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	UNIVERSAL_STRESS_RESPONSE	STRESS_SIGNALLING_PROTEINS	STRESS_SIGNAL-CARBON_STARVATION_RESPONSE,PGPT0015060-cstA-K06200	NA	NA
AK237_04028	1581			hypothetical protein	ATGTTTCTTCGTAAATTACACATTCGTGTTGCCTCGATTATTGCATTGATTGGCACCGTCATTGCGATTGTGGGGGGAAGCGTTGTTTACCAGCAAAGCGAAGGTTCACTCATGCAAATCACCGAGCAGCTTGTCTTGCAATTAGCTGACAGCACTCGCAAACCTTCAGCCATTTCTGTTTACGTCGACGATGATATTCTCGCCAAAGAGATTACCGAAGGGTTAGCCAGAAACGACTTAGTTAAAGCGGCGGTGGTGACGTCCTTAACTGGTGTACTTGCACAAAGCGGCGATTTAACTGCGGATGAAGGAAGCGTTGATATCCCGCTGGCTCATCCGTTCATTGAAGAACAAGTGATAGGCACTTTGTCTCTGTATCCTGATATCGACTTTATCCAGCGGAATGTCAGCGAATTTTCTATGCAGAGCACCATCTCGATGTTAGTGGTTGCCATTTGTATCACCGTGGCGGTGGCCATTGTTACGAACGAAATGCTGTCGCGCCCCTTACTTAAACTCAGCCGGGCATTCGAGCGAGTTGACCCTTCCGATCCTGATAACTTACAGACGATTACCGCAGTTCAGCAGCGGCAAGATGAACTTGGTAAATTGATTAACAGAATGAACGGCATGATTTCCGCCACTCGACATTTCTACCTCCAGGAAAAGCGCTTACGCAAAGAAACCGAGAAGCTTGAAAGGCAGTTCCGGCTTCTTTTTGAGCGCGCCACTATTGGTATTGCTCTCATCTCGCCAGAGAAAGGTCTTTTGCAGGCAAACAGCGCATTCACGTCGATGCTTGGTAAGGTAAGCAATCTGGAAGAGTTTTGTGGGCGCTTCAATGAATCCACGCAAATTGCTGATATTGCGAGAAACTTTAAGAATAAAGAGAGTCCTAATCAAGATTCTATCGATTTATCGTACTACGAGGATGGAGAAGTCAAATGGGTCCACTGCTTGTTTGCACTCGTCAGTGAGCAGCGGCTCGCACAAAGCCGTGATACGGATGTGCTGATTGAAGTTATCGTCAATGATATCACCGAGCGCATGCGACGCGAGGAGCAAGTACGGTTTGCCGCAGAGCACGATGCGTTAACCGGGCTACACAACCGCAGAGGGGGAGAGGCGTTCCTGCAGAATTTAATTGCTGCGGCGAGTGGGAACGAAAAAACCTTTGTTTTAATGATGATAGATTTGGACAAATTTAAACCCGTGAATGATAAGTATGGTCATGAAGCCGGAGACAAAGTTCTTGAAGCTGTAGGACACCGGATCCCTGCATTTTTCACTGATTACACCTGTGTGTGCTGTCGTTGGGGTGGAGATGAGTTTGTCGTAGGTTTGTTAGCCTCGCGCACGTTTTTAAGTGACATGGATGTTCAGTGCAAATTACTCATCGATATGATTAGTGTTCCAGTGCAAGTTGACGGAGTGGGAAATTGCGCAGTGTCTGCCACCGTAGGCGCCGTGGTACTGCAGCGTGAACATGCTGACTTAATCACGCTACTGAGCAAGGCCGATGAACTGATGTATGCGGTAAAACGAGAGCACCGGGGAGGGCATCGTATTGCATCGCATTAG	MFLRKLHIRVASIIALIGTVIAIVGGSVVYQQSEGSLMQITEQLVLQLADSTRKPSAISVYVDDDILAKEITEGLARNDLVKAAVVTSLTGVLAQSGDLTADEGSVDIPLAHPFIEEQVIGTLSLYPDIDFIQRNVSEFSMQSTISMLVVAICITVAVAIVTNEMLSRPLLKLSRAFERVDPSDPDNLQTITAVQQRQDELGKLINRMNGMISATRHFYLQEKRLRKETEKLERQFRLLFERATIGIALISPEKGLLQANSAFTSMLGKVSNLEEFCGRFNESTQIADIARNFKNKESPNQDSIDLSYYEDGEVKWVHCLFALVSEQRLAQSRDTDVLIEVIVNDITERMRREEQVRFAAEHDALTGLHNRRGGEAFLQNLIAAASGNEKTFVLMMIDLDKFKPVNDKYGHEAGDKVLEAVGHRIPAFFTDYTCVCCRWGGDEFVVGLLASRTFLSDMDVQCKLLIDMISVPVQVDGVGNCAVSATVGAVVLQREHADLITLLSKADELMYAVKREHRGGHRIASH				NA	NA	NA	NA	NA
AK237_04029	1281			hypothetical protein	TTGTTCTCGTACTTGAATAGCATCCGTCTCTTAATTTTGTTGAACATTTTATTATGCTGCTCAGGTTTACGAGCGGAAGAAGAGGATAACTGGCGTTTCAGTGGCTTTGCTACAATAGGCGCCAGCTATAGCGGTAACGATGAGCTTGCTTTTCGTTCATCCTACCTTAATAAACCTCGCAAACATTTTAATGTCTTCACCGATACCAGTTTAGGCTTTCAATTTAACTACCATTTCTCCAGCGATTTAGATTTTGTCGTGCAGGCTATCGCTCAGGATCGTGGCGACAGTGACCTTTCGAATTATTTTGAAATGGCTTTTCTGCGTTATCAATTCGACAGGAACTGGTCGGCTCGCGTAGGCAGGATGAACTATAACGCTTATTTGCTTTCCGAATACCGCAATGTCAGCTACGCCTATCCGTGGATCAGGCCGCCAGTCGATTTTTATTTACCCACATCTTCGGTGTCCTATGTTGATGGCGCTGAACTCCAGTTCCGACATAATGGAAATCAAGGTACGTGGCAGCATACATTTGCTGCGGGTAAGTCAGAGTCGAACCTGTTTGCGCTAGACAGTTTCACCACTATTTATTACGACTACGTACTGAATGCAACCACCTCCTACGAGGCTTATGACTGGTTATTCAAATTTACAGCCTCGTACTTTATGGGCGAACGCACTCATATTGCCGGTGGTGACTTTGAAGGCTTTTATAATAGTTTATTGGCTGTGCCCGACGCCCTTTGGCCGGGTGTCGATGACGTTTACGATCATCTTCACATGGATGATGAACCCATCTGGTATTTGTCGCTGGGCTACCAATACAACAATGACCAATGGCTGCTGATGACAGAACTGGTCACTATGGATTCAGAGTGGACCCTGCTGTCTCCCTATTTAGCAGGCTACGTGAGTGTGGGTTATCGTTTTGGCGAGTTTCTGCCTTACGTCACGCTAGCAGGTATTAAAGAGCTCGGGTCTAAGCGGCAATTACCCGAACCTGCGCTCGAGCTTGTCCCCGATGCAGAAACTGCGCAATATTTAAGTTTTCTCTCTTTCGCGAGTCAGGGGATTTCCGACGCCATCTCGCAAAGTCAGCGTTCGGTTGGTGTCGGTGTCAGGTGGGATTTTTCTGCATCATCTGCATTAAAGCTGCAATATGACCACTATTGGATAGATGTTCCGGGATATTCACTGTGGGGAGTGAGCCTGTATCAGCAAGTTTCCGGCGACCATATGAGTAACGTGGTGAGCTTCACATACAGCACAACGTTTTAA	MFSYLNSIRLLILLNILLCCSGLRAEEEDNWRFSGFATIGASYSGNDELAFRSSYLNKPRKHFNVFTDTSLGFQFNYHFSSDLDFVVQAIAQDRGDSDLSNYFEMAFLRYQFDRNWSARVGRMNYNAYLLSEYRNVSYAYPWIRPPVDFYLPTSSVSYVDGAELQFRHNGNQGTWQHTFAAGKSESNLFALDSFTTIYYDYVLNATTSYEAYDWLFKFTASYFMGERTHIAGGDFEGFYNSLLAVPDALWPGVDDVYDHLHMDDEPIWYLSLGYQYNNDQWLLMTELVTMDSEWTLLSPYLAGYVSVGYRFGEFLPYVTLAGIKELGSKRQLPEPALELVPDAETAQYLSFLSFASQGISDAISQSQRSVGVGVRWDFSASSALKLQYDHYWIDVPGYSLWGVSLYQQVSGDHMSNVVSFTYSTTF				NA	NA	NA	NA	NA
AK237_04030	453			hypothetical protein	ATGGTAAAAAGTCTCGCTATTTTCAGACTACTCCTTATAAGCGTTGTACTGAGTACGGCGTCCTTTGCCGCACCTGCAATAAGCACTGATAACCAAATTGTGATAGTGGTTCATTCAAACAGTACCATTCAAACACTTTCAAAAGCAGAAGTAATCGATTTATTCATGGGAAGATTTACCGAAACCAATGACGGTGAGGTACTAATTCCTCTGGACTACAAATCAGAACGTGAATTAAAGGGAAGCTTCTATCAAAGCCTCGTAAATCGTTCACTTAGACAGGTAAATTCTTATTGGTCTCGTCTGCTTTTCTCAGGGCGTGCTAAAGCGCCGGTACAAGTCAATTCTGTCGCGAATTTAAGCGCGCTATTCCATGGCAGCCAAAACTACATTGCCTATGTGCCGGTAAGCGCCGTTTCAGAGGAGATGAAAATTGTTCTCGTACTTGAATAG	MVKSLAIFRLLLISVVLSTASFAAPAISTDNQIVIVVHSNSTIQTLSKAEVIDLFMGRFTETNDGEVLIPLDYKSERELKGSFYQSLVNRSLRQVNSYWSRLLFSGRAKAPVQVNSVANLSALFHGSQNYIAYVPVSAVSEEMKIVLVLE				NA	NA	NA	NA	NA
AK237_04031	405	tufA_1	COG0050	Elongation factor Tu	ATGTTCCGTAAACTGCTTGACGAAGGTCGTGCAGGTGAGAACGTTGGTGTTCTTCTGCGTGGTACTAAGCGTGATGACGTTGAGCGTGGTCAGGTACTTGCTAAGCCTGGTTCAATCACTCCTCACACTCAGTTTGAAGCAGAAGTATACGTACTGTCTAAAGATGAAGGCGGTCGTCACACTCCATTCTTCAAAGGTTACCGTCCACAGTTCTACTTCCGTACAACTGACGTAACTGGTGCCGTTGAGCTGCCAGAAGGCGTAGAAATGGTAATGCCTGGTGACAACCTGAAATTCGTAGTTGAGCTTATCGCTCCTATCGCAATGGAAGAAGGTCTGCGCTTCGCAATCCGTGAAGGTGGTCGTACTGTAGGTGCTGGTGTTGTTGCTAAAATCATCAAGTAA	MFRKLLDEGRAGENVGVLLRGTKRDDVERGQVLAKPGSITPHTQFEAEVYVLSKDEGGRHTPFFKGYRPQFYFRTTDVTGAVELPEGVEMVMPGDNLKFVVELIAPIAMEEGLRFAIREGGRTVGAGVVAKIIK	PGPT0015245_4793	DIRECT EFFECT	PLANT_IMMUNE_RESPONSE_STIMULATION	TRIGGERED_IMMUNITY	PAMP|EFFECTOR_TRIGGERED_IMMUNITY|PTI	PTI-BACTERIAL_EF-TU,PGPT0015245-elf18|tuf|tufA-K02358	NA	NA
AK237_04032	405	tufA_2	COG0050	Elongation factor Tu	ATGTTCCGTAAGCTGCTTGACGAAGGTCGTGCAGGTGAGAACGTTGGTGTTCTTCTGCGTGGTACTAAGCGTGATGACGTTGAGCGTGGTCAGGTACTGGCTAAGCCTGGTTCAATCACTCCTCACACTAAGTTTGAAGCAGAAGTATACGTACTGTCTAAAGATGAAGGCGGTCGTCACACTCCATTCTTCAAAGGTTACCGTCCACAGTTCTACTTCCGTACAACTGACGTAACAGGTGCTGTTCAATTGCCAGAAGGCGTTGAAATGGTAATGCCTGGCGACAACCTGAAATTCGAAGTTGACCTGATCGCGCCTATCGCGATGGAAGAAGGTCTGCGCTTCGCAATCCGTGAAGGTGGTCGTACTGTAGGTGCTGGTGTTGTAGCTAAAATCATCGAGTAA	MFRKLLDEGRAGENVGVLLRGTKRDDVERGQVLAKPGSITPHTKFEAEVYVLSKDEGGRHTPFFKGYRPQFYFRTTDVTGAVQLPEGVEMVMPGDNLKFEVDLIAPIAMEEGLRFAIREGGRTVGAGVVAKIIE	PGPT0015245_4793	DIRECT EFFECT	PLANT_IMMUNE_RESPONSE_STIMULATION	TRIGGERED_IMMUNITY	PAMP|EFFECTOR_TRIGGERED_IMMUNITY|PTI	PTI-BACTERIAL_EF-TU,PGPT0015245-elf18|tuf|tufA-K02358	NA	NA
AK237_04033	2595			hypothetical protein	ATGAAAATCCGTATTGTATCTGCAATAGTGATATCCTGCATTGCACTGACCTACATTGCTTACCACCAATATAAAACCGTGGCGAACACGACAGCGTCCGTAAGTGGCATGATAAAAAGTCATATCCAGGGTAGCGTAATCGCCCCAGTGTCAGAGAAACTGGCATTCTTATCGACAAAAGTCACGTTTGATCAAGAAAAGAAAGCAAATCTCAATTCAAGCTTCCTCAAATACCAATTTCTTCAAATGATTTACGTTAGCGGTGATGTAGAAGAGAGTTACATACTCCATCAGCAGTCGCTCACTAGCACTGAGCGAAGGGCCAATGCCATCTTAGCATCTCATAGCGACACACTGCCTTTCGATAAAACCTACCTGTTCGCTACCGCTGAAAATATTTTTTATATTTATCGCACGGGGCCGTCTTTACAACATAAAAAGGGCTTTTTTTTAGTCGCTGTTACCGATATTTCGCAACTATTCGAAATAATCGACAACATTGAAATACCGCTCTATACAGAGACAGACTTAATTAGCCTAAGTGAAGAGAAAGTCATTTCGGCCAACCCGTTTCCACATGCTAACGCGCCCAAACGGCAGCTGACGGGAACCTCATACCCGTTAAATTACAACGTCAGAAAAGCGTTAACTTCAAATATCATGCTACAAAAATCCGGCTACGATGGTACCTATGGGCTGTATTCACACAAACAGGTTGGTTCATCCAATTTGGTTGTTCGAGTAGGCATCGATGTTGCCAAGACCTTTTCTCATAGCATGTATGCGGGCTTTATTATCGAGAGTTTGCTGCTGATTGGTGGACTCGCGATACTTTTTATTACGCGTCGGCTAGCGTCATCTGAGGCACACTTGCATGAACTTCAGAATTCTTTAACTGACTCGGAAAATCAAGCCAAACTAATTTTTGCTCTGTCAGAACAAGCTATCGTCGTCATAGATAAGGCGTACCGGTGTAAACTCGTTAACGATGTAGCTGTCCGCCTGTTTGACATTGACTGTAATGAATCGCTGATTAATAAAAGGCTCAAGGCCGAAGAATTTGGCTTCCCGAAACCACTGATGCTTTCCCTTATTACGAAAGCATTAAAGAAGCATGAATCCTCTGCAGTAATTGAAGACTACCAGACCCCAAGCGGTAAGTTACTTCCAATCCAAATTGATGTTTACCCGAATGTCACCAACAAGCAGGTTACTGGCTGTGTTTTGCTGTTTAAAGACACTAGCGATCAGGTAAAGGCACAAAATAAAATTAAGCAGATGGCCTACAACGATACGCTGACCGGATTGCCGAATCGATGGTATTTTGAAGAACAGTTCAACTCACAAGCCCGCCAATATGAGGCGACGAAGAATATCTTTTGCGTCGTTCTGGGGTTAGACAATTTTAAATCAGTAAATGATAGCTTCGGGCATATGTTTGGCGATGACATTTTGAAAAAGGTTGCTACTCGGCTCGTGTCAGAGCGAGTTAGCAATATAAAAAGCATCGCCAGATTAGTCAGTGATGAGTTTATTTTACTGATTGAAGCAAACGATCATGAAAGTTTACAGCAACTTCTCAAGCACCTGATATCCGTTATTGCCAGACCGCTTATCAGTAAAGGGAATTTTAAGTTGTCCATATCGGCTTCTGTTGGCGTATCCCGGTATCCTGACCACGGTACAAATTTTGATGAGCTCCTGACCACAGCCACCATGGCGATGTATCAGGCGAAAAAGAAGGGCAGAGGGGCCACCTGTATTTACTATGACCTTTTAGGCATGAAAGCCAAAAAGGAATTGAGATTACAATCTGAACTTTCAGATGCAATACAAAACGATGAGCTAGCGCTTTACTATCAACCCAAACATAACGGGTCGAACGGGTACGTATCAGGTCTTGAAGCGCTGGTTAGGTGGAACCACCCTGAAAAAGGCATGATTTCGCCGGCGGACTTCATCCCCATCGCCGAAAGCACAGGGCTTATTATTCCGCTCAGTCAATGGGTGTTTAGAGAAGCCTTTCAATTTTCGGTCAGGCTCCAGCAGCTTAACCTCGCTACCCCAATTGCTGTTAACGCATCGTCGCTACACTTCACAAAAGGTTTTGCAAAAGATATCGATGACTTATTAAGGGATACATCGGCAATCCCTTCCTGGTTGGAGATTGAGCTAACAGAATCACTACTCATTGAAAATAGTGTAGAAGTAAAGCAGGTCGTCAAAAAGCTAAAACGGATGGGATTTAGTCTGTCTATTGACGATTTCGGCACAGGATTTTCCAACTTATCTTACCTTTACCACTTAGCGGTGGATAAGATAAAAATCGACAAGAGCTTTATTCGTAATATTGACACTAACGAACACAAAAGCAGGATAGTTGAATCGATTATTACACTTGCTAAGAATCTGTCTCTGTCGACAGTTGCTGAGGGAGTGGAAACCGCAGAAGAGCTAGCATATTTACAAAAACTAAACTGCTGTGAAATACAAGGTTATTTCTACTCTCGTCCGTTACCCGAACCAGAAACCCTGACTTACCTGAAACATCGGACTCAGGCTAAAGAATCAATATCAAAACTCGGCTTAAAGTAA	MKIRIVSAIVISCIALTYIAYHQYKTVANTTASVSGMIKSHIQGSVIAPVSEKLAFLSTKVTFDQEKKANLNSSFLKYQFLQMIYVSGDVEESYILHQQSLTSTERRANAILASHSDTLPFDKTYLFATAENIFYIYRTGPSLQHKKGFFLVAVTDISQLFEIIDNIEIPLYTETDLISLSEEKVISANPFPHANAPKRQLTGTSYPLNYNVRKALTSNIMLQKSGYDGTYGLYSHKQVGSSNLVVRVGIDVAKTFSHSMYAGFIIESLLLIGGLAILFITRRLASSEAHLHELQNSLTDSENQAKLIFALSEQAIVVIDKAYRCKLVNDVAVRLFDIDCNESLINKRLKAEEFGFPKPLMLSLITKALKKHESSAVIEDYQTPSGKLLPIQIDVYPNVTNKQVTGCVLLFKDTSDQVKAQNKIKQMAYNDTLTGLPNRWYFEEQFNSQARQYEATKNIFCVVLGLDNFKSVNDSFGHMFGDDILKKVATRLVSERVSNIKSIARLVSDEFILLIEANDHESLQQLLKHLISVIARPLISKGNFKLSISASVGVSRYPDHGTNFDELLTTATMAMYQAKKKGRGATCIYYDLLGMKAKKELRLQSELSDAIQNDELALYYQPKHNGSNGYVSGLEALVRWNHPEKGMISPADFIPIAESTGLIIPLSQWVFREAFQFSVRLQQLNLATPIAVNASSLHFTKGFAKDIDDLLRDTSAIPSWLEIELTESLLIENSVEVKQVVKKLKRMGFSLSIDDFGTGFSNLSYLYHLAVDKIKIDKSFIRNIDTNEHKSRIVESIITLAKNLSLSTVAEGVETAEELAYLQKLNCCEIQGYFYSRPLPEPETLTYLKHRTQAKESISKLGLK				NA	NA	NA	NA	NA
AK237_04034	1086			hypothetical protein	ATGGTGTTCACCATGAAATTTGATTCGATTAAATCCCGCCTGATGTTAATGACGTTAATTTGTGTTTTAGGCATGAGTTTGTTAGTCGTAAACCAACACTTATTCACTAAGCGGCTATTTAACTTACACGCACAACATAACTTGCTACTGCATCTCGAGCAGGAATTATTGCAGCTTAGACGGCATGAAAAAGACTTTTTGCTACGTCATCAGATGGATTACTTTCATCGATTCACCGCGCGCTCTGAACGTTTCAACAATGATTTGACGAAGTTGTCGCCTCTGTTTGCAGATTACGCTTTGCCCATAGAGCAGACCGGTGAACTTGCCCAAAGCATGCATGACTATCAGCGTCTGTTTCAAAAGGTAGTCACTCTACAAAGCCAGCTGGGGCTTAACCGGCAATCGGGGATTCAGGGAAAACTAAACGACATAGAGGTGGCGATGTCGCGCGCTGCATTCTTTAATTATGGAACTGATGCTTATCAATTAAAAGTCGCCTTACAATTAGCGACGCGAAACTATCTACTCACCCGGGAAAGCTTTTATCGCCAGGACGTACGCCAGGCGCTCGAAAAGCTGCAGCACGTGGCAGCCTTATCCCAAGATAAGCAAGCTGGTGAATTGGTGGCTGACTATACGACGACATTTAACCGGTTAGCTGAAGCGGTTAGCGTTATGGGAGTGACCCACAACGACGGGCTTCAGGGGGAATTTCGCAGACAGGCCCATGACGTGGAAGGTAAGCTGCAAAGCATCGAAACCGCGCTGCAACCATTAATTACAGAGCAGCAAAATAAAGTGCGGGTATACAGTTTGTCTATTGCTGCTGTGACGTCTATCGCACTGATTTTACTTCTGGTCAAAAGCTTTGCCACATTTCATCGGGCTTTTGCTAATTTCGTTATGTTCTTTTACCGTTGTAAAAGGCAATATCAGAAGATAGATACCCGCCAACTCGGCTTTGCCGAATTTAAGTCGTTAGCCGAACTTGCCAACGAAATGGTGGAATCACGACGTGATATTGAGAAAAAGTTGGCAAGGGCTGAGGCCAAACTCGAAGAACAAAACTCGCTCGCTAAATAG	MVFTMKFDSIKSRLMLMTLICVLGMSLLVVNQHLFTKRLFNLHAQHNLLLHLEQELLQLRRHEKDFLLRHQMDYFHRFTARSERFNNDLTKLSPLFADYALPIEQTGELAQSMHDYQRLFQKVVTLQSQLGLNRQSGIQGKLNDIEVAMSRAAFFNYGTDAYQLKVALQLATRNYLLTRESFYRQDVRQALEKLQHVAALSQDKQAGELVADYTTTFNRLAEAVSVMGVTHNDGLQGEFRRQAHDVEGKLQSIETALQPLITEQQNKVRVYSLSIAAVTSIALILLLVKSFATFHRAFANFVMFFYRCKRQYQKIDTRQLGFAEFKSLAELANEMVESRRDIEKKLARAEAKLEEQNSLAK				NA	NA	NA	NA	NA
AK237_04035	1053	tas	COG0667	Protein tas	ATGAAATATACAACGTTAGGCAGCAGTGGATTATCTGTTTCAGAAGTGTGCTTAGGCACGATGACATGGGGGATCCAGAATAGCCAGCATGATACCGACGAGCAAATGGCGCTGGCGTTATCACGGGGTATTAATTTCATCGATACTGCGGAAATGTATCCCATTCCTCCTAACGAACCCACGTCGGGCGATACCGAGCGACAGCTGGGAGATTGGCTTGCGCGAAACCAGAGTCAGCGAGACCAACTGATCGTCATGACAAAAATAGCCGGTAGTGGTATCAGTTGGATTCGCGACGGCGATATCATCAACGCGGATAACATCGCTAAAGCTATCGAAGGGTCGCTAACCCGCCTGCAAACCAGCTATATCGATGTGTACCAGTTGCACTGGCCAAATCGAACTACGGCGCACTTTGGTAAGCACTGGCCCGGTAAAGTTGACCCTACGACATTCGACAAAGAACAGGAAGTGGAGGGGATGCGAAATATCCTCACTGGGTTAAAAGACGCTATTGACGCAGGCAAGATTCGTCATTGGGGTTTATCTGATGATTCCCCCTGGGGGATCCATACTTTCCTGCGTCTGTGTGATGAAATGGGGATCCCAAAACCAGTCTCCATTCAAAACGAATTTAGTTTATTGCATGGAAAGGATTTACCTTATCTGATTGAGATGTGTCATCTGGAAGATATTGCTTATCTTCCCTGGTCGCCACTTGCAACAGGGTTATTATCCGGTAAATACTTAGACGACGCGCGGCCTAAAGGTTCTCGTTGGACCTACGTTCAACGACAAGGCTTGTTCCGTGATAAGCCATTGGCACATGATGCGACACGTCGTTATGTGGAAATTGCCTCTCGTGCTGGCATTACTCCCTCACAATTGGCGTTGGCATGGTGTCAGCAAGTGCCCGGCGTTACCTCTACGATTATTGGTGCAACTACCGTGTCTCAATTGGCGGAGAACATCGATGCCTTTTCCTTAACCTTAGATGCCGCTGTCTTGCGTCAAATAGAAGACGTATACAAGGCTTATCCACTGCCATTCTAA	MKYTTLGSSGLSVSEVCLGTMTWGIQNSQHDTDEQMALALSRGINFIDTAEMYPIPPNEPTSGDTERQLGDWLARNQSQRDQLIVMTKIAGSGISWIRDGDIINADNIAKAIEGSLTRLQTSYIDVYQLHWPNRTTAHFGKHWPGKVDPTTFDKEQEVEGMRNILTGLKDAIDAGKIRHWGLSDDSPWGIHTFLRLCDEMGIPKPVSIQNEFSLLHGKDLPYLIEMCHLEDIAYLPWSPLATGLLSGKYLDDARPKGSRWTYVQRQGLFRDKPLAHDATRRYVEIASRAGITPSQLALAWCQQVPGVTSTIIGATTVSQLAENIDAFSLTLDAAVLRQIEDVYKAYPLPF				NA	NA	NA	NA	NA
AK237_04036	1188			hypothetical protein	ATGTATAAACGCATTGCAGCTTCGTGTGCGCTGGTCTTAGCCAATAATCCAGTTCACGCTTATGAATTTAGCTTCCATGGAATGATCAAAACTGAAGTCGTGGCCTCAACGGATGGCGTAGGCAGTTATGGCAGCACATACAGCCATGTTGCCCCGACCCACGCACTGAGAACGGATATTTTCAATGGCGCCCCTGCAACTGCGCAAGAAACGAATTATCTGGAATCGCAGTCCACCTCTTTTCAGGCGTCCCAGTCCCGTTTTTCTCTAAACATGAAGCACGATAAAATCCGTGGTGTGCTCGAACTGGATTTTATCGATGGTGAAGACGGCTTTACCAACCAAACCGCCTTGCAAGCGCAGGAGCCAAGACTTCGTCTGGCAACACTGTATTACGATTACAGCGACAACCTGACACTGTTTGCCGGCCAGAAATGGTCTACTGCTTCAGGGATCAAATCCAGTGGCAGTTACAACTGGGTAGGTAATGGCTACCGCGCTGGTAACTCTGGCTTCCTTGCGATGGAAGCGGGGGCGACTTACAAGATTGATAACTTAACGCTAACCGGCGCAATTACGGGCAAGGGCCGTAATCTAAGTAGTAGTGGTGTGAATAACAATGAGCTGGGTGGAATGCCCGGCATTGCGATTGATGCAAATTATAAAGTGGCGGGCCATGTTTTTGGATTCGCGGCACACATGGCTGAACTGCAATTCGAAGATGAACCCGGCTATGTAGACGGCGAAAATCAGGATGCCAATCTTTTCAAAGTATACACGACGCTGAACTTCGGTACAGTTAGCCTGAATGGTGAATACTACACGGGCGAGGCGCTGAATAATCAGAACGCGCTGGGTGTAGCTCCGGCAGTGACACTGAGTAGTGATGGTGTGGTAAGCGAAAGTTTCTCTGAAAGTGGCTACATGCTTTATGCAAGCTGGACGCCTGCCGCCGGACATAATGTGAAAGTAGGTTACGGCAGCGCTTCTGTGGACTCGGGTGACCGTGACCGCTTGACTGCAGCCAGCCTGAATGAAAACACCAGCGCTTACATTAACTATGGCTACCAGGCCACAGAAGCGTTAACGACTTTCGTTCAGTTTACACACTTCGACACCGAGTATGGTTCCGATTACGAGAGCTTCTCAACGGTTGTTGCCCGTGCGGGTGTTATTTTTAAATTCTAA	MYKRIAASCALVLANNPVHAYEFSFHGMIKTEVVASTDGVGSYGSTYSHVAPTHALRTDIFNGAPATAQETNYLESQSTSFQASQSRFSLNMKHDKIRGVLELDFIDGEDGFTNQTALQAQEPRLRLATLYYDYSDNLTLFAGQKWSTASGIKSSGSYNWVGNGYRAGNSGFLAMEAGATYKIDNLTLTGAITGKGRNLSSSGVNNNELGGMPGIAIDANYKVAGHVFGFAAHMAELQFEDEPGYVDGENQDANLFKVYTTLNFGTVSLNGEYYTGEALNNQNALGVAPAVTLSSDGVVSESFSESGYMLYASWTPAAGHNVKVGYGSASVDSGDRDRLTAASLNENTSAYINYGYQATEALTTFVQFTHFDTEYGSDYESFSTVVARAGVIFKF				NA	NA	NA	NA	NA
AK237_04037	1947	acs	COG0365	Acetyl-coenzyme A synthetase	ATGACCGCCAGCAAGACGTATCCTGTACCGGACAACATTCTGGAAAAAACCCATTTGACCCAAAAACAATACGATCAAATGTACAAGCAATCGGTAGAAAACCCGGAAAGCTTTTGGGCTGAATTCGCCTCTACCTTAGAATGGTACAAGAAGCCCACAAAAACGAAGAATACGGTATTCGGTGCAGATAACGTTTCCATCAAATGGTTTGAAGATGGTGAGATCAATGCCAGCTACAACTGCATAGATCGTCACCTTGCTAAAAACGCAAAGAAAACAGCGTTGTTCTGGGAAGGTGATTCACCAGAGGACAGCGAAGAAATTACTTATCAGCAACTGCATTATGAAGTCTGCAAGCTAGCCAACGGCCTGAAAAAATTAGGTGTGGGTAAGGGCGATCGCGTGGCCGTTTACATGCCAATGGTGCCTCAAGCCGCTTACGCCATGCTGGCCTGTGCGCGCATAGGTGCAGTGCATTCGGTTATCTTCGGCGGCTTCTCGCCTAACGCTATTGCCGATCGAATCAATGACAGTGAAGCGAAAGTCGTCATCACGTGTGACGAGGGTCGTCGTGCGGGCCGTAGTGTTCCACTGAAGGTCAATGTAGATAAAGCATTAGCTAACGGCGCGTGTCCTTCAATTACAAACGTCATAGTACACAAGCTGACCGGCGGTGATGTGTCGTTTAACGACAATGTTGACGTGTGGTGGGATACGCTGACCGAAGATTGCTCAGGGCAGTGCGAACCGGAAGTCATGAACGCCGAAGATCCACTGTTCATCCTGTACACCTCTGGTTCTACAGGTACACCGAAGGGGGTTGTGCATACAACCGGCGGTTATCTGCTATATACGTCAATGACATTCAAGTATGCGTTTGATTATCTTGAAGATGACGTTTACTGGTGTACCGCTGATGTGGGCTGGATTACAGGTCATAGTTATATGGTTTATGGCCCGTTAATTAACGGTGCGTCACAAGTATTCTTTGAAGGTGTGCCCACCTATCCCGATGTGCGTCGTATTGCTCAGGTTGTTGAAAAGTATAAAGTTAACAGCCTCTATACCGCACCGACGGCCATCCGGGCGCTGATGGCTCACGGGGATGCGCCCGCTGAAGGCTGTGATTTGTCTTCACTACGTCTGCTCGGTTCAGTAGGCGAGCCAATTAACCCGGAAGCCTGGGAATGGTATCACCGGGTGTTAGGTGAAAGCCGTTGTCCGATTATGGATACGTGGTGGCAAACGGAAACCGGCGGTGTGATGATTACTCCGCTTCCGGGAGCAACACCATTAAAGCCTGGTTCTGCATCTCGTCCGTTCTTCGGTATTCAGCCTGCATTATTTGATGCAGACGGTAATGAACTAGAGGGGGCGAGTGAAGGGAATCTGGTTATTAAGGACAGTTGGCCGAGTCAGGCGCGGACGGTTTACGGTGACCATGAACGCTTTATCAACACCTACTTTAGTGCGTACAAAGGTGTTTACTTCACCGGCGACGGTGCACGTCGCGACGAAGATGGTTACTACTGGATTACTGGCCGCGTGGATGATGTACTGAACGTTTCCGGTCACCGCTTAGGGACTGCCGAAATAGAAAGTGCACTGGTAGCGCATCCTAAGGTTGCGGAAGCTGCCGTAGTGGGATATCCCCATGATATTAAAGGGCAGGGCATTTATGTTTACGTTACCCCGAATGAAGGCATTGAACCCGATGACGCCTTAACCAAGGAGTTGCGTGCGTGGGTTCGGCAAGAGCTTAGCCCGATTGCCACTCCGGACATGATCCAATGGTCTCGCGGACTCCCTAAAACCCGCTCTGGCAAGATCATGCGCCGTATTTTGCGTAAGATTGCCGCTAACGAGCACGAGCAACTTGGTGACACCTCAACGTTGGCGGATCCTTCCGTTGTTGATACACTCATCGAGGAGCGCTTAAACAAATAA	MTASKTYPVPDNILEKTHLTQKQYDQMYKQSVENPESFWAEFASTLEWYKKPTKTKNTVFGADNVSIKWFEDGEINASYNCIDRHLAKNAKKTALFWEGDSPEDSEEITYQQLHYEVCKLANGLKKLGVGKGDRVAVYMPMVPQAAYAMLACARIGAVHSVIFGGFSPNAIADRINDSEAKVVITCDEGRRAGRSVPLKVNVDKALANGACPSITNVIVHKLTGGDVSFNDNVDVWWDTLTEDCSGQCEPEVMNAEDPLFILYTSGSTGTPKGVVHTTGGYLLYTSMTFKYAFDYLEDDVYWCTADVGWITGHSYMVYGPLINGASQVFFEGVPTYPDVRRIAQVVEKYKVNSLYTAPTAIRALMAHGDAPAEGCDLSSLRLLGSVGEPINPEAWEWYHRVLGESRCPIMDTWWQTETGGVMITPLPGATPLKPGSASRPFFGIQPALFDADGNELEGASEGNLVIKDSWPSQARTVYGDHERFINTYFSAYKGVYFTGDGARRDEDGYYWITGRVDDVLNVSGHRLGTAEIESALVAHPKVAEAAVVGYPHDIKGQGIYVYVTPNEGIEPDDALTKELRAWVRQELSPIATPDMIQWSRGLPKTRSGKIMRRILRKIAANEHEQLGDTSTLADPSVVDTLIEERLNK	PGPT0002265_3940	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_ORGANIC_ACID_UTILIZATION	PLANT_DERIVED_ACETATE_UTILIZATION,PGPT0002265-acs-K01895	NA	NA
AK237_04038	642	degU_2	COG2197	Transcriptional regulatory protein DegU	ATGATAACGCTGCTAATTGCTGATGACCATCCGCTGTATCGGGATGCACTGCGGGGAGCGTTATCGTTAACCCTGCCGGATCTCATATTACGAGAAGCCGGCGATTTAACTACCACGGTCGATATTCTCGAAAAAGAAGATATCGACCTGCTTCTTCTTGATTTGCACATGCCGGGCAGTCACGACATGTTCGGTCTGGTACATATCCGAAAACTTTACCCTGAGCTTCCAGTGGCTGTGGTCTCTGGTACGGAAGACGCCAGTATCATTTCAAAGATAGTCGGTGTAGGTGCCTTAGGTTTTATTCCTAAGACGGCGAGTTCAGGTGATATTGCCAATGCAGTGCAGTCTATTCTTGACGGTGACATTTGGTTACCCGAATCGATAAGCGAAAAAATTGAAGAAGTGGACGAGGCGTTTTCTGAACTTGCCGACAAAGTGGCATCGTTGACGCCATCACAGTATAAAGTATTGTGTTACATGCGAGACGGATTACTCAATAAGCAGATTGGCTATAATCTGGATATTGCAGAGGCAACGGTGAAAGCACACGTTACCGCTATCTTTAAGAAGCTGGGCATTAACAACCGTACGCAGGCGGTACTGATTGCCTCCCAGCTTGAGTTAGAGCCGCCTAAATAA	MITLLIADDHPLYRDALRGALSLTLPDLILREAGDLTTTVDILEKEDIDLLLLDLHMPGSHDMFGLVHIRKLYPELPVAVVSGTEDASIISKIVGVGALGFIPKTASSGDIANAVQSILDGDIWLPESISEKIEEVDEAFSELADKVASLTPSQYKVLCYMRDGLLNKQIGYNLDIAEATVKAHVTAIFKKLGINNRTQAVLIASQLELEPPK				NA	NA	NA	NA	NA
AK237_04039	450			hypothetical protein	ATGCAAGAGCAGAAAAAACGCTTGATAGGTGCACTGGAATATTGTGACTTACCCGAGTTAACCATTAACGACTTAACAATTCGTGTTGATACAGGCGCCGCAACATCCTCGTTGCACGTAGACAACATCGATGAATTCGACCGTAATGGAGACTTGTGGGTTAGTTTTGATATTCACCCCGACATACACAATGTTGACAGCATTGTGCGCCGAGAGGCGAAAGTCGTGGCACGTAAGAAGGTAAAAAGTTCTACCGCTACATTGGAGCGTCGGTATGTTATCGACACTGAAGTGGTAATGTCCGGCGAGACCTGGCGAATTCAACTTACCCTCACCGACCGGAGAGAGATGACCTACCTCATGCTATTTGGCCGTGAAGCGATGAATGGCCGCTTCATCGTCGACCCGGAGCATGAATTCATTCTGACGAAGAAACGCAGCGCCGACTAG	MQEQKKRLIGALEYCDLPELTINDLTIRVDTGAATSSLHVDNIDEFDRNGDLWVSFDIHPDIHNVDSIVRREAKVVARKKVKSSTATLERRYVIDTEVVMSGETWRIQLTLTDRREMTYLMLFGREAMNGRFIVDPEHEFILTKKRSAD				NA	NA	NA	NA	NA
AK237_04040	1029			hypothetical protein	ATGACAGATAAGGCACTGGAAATTGGTGGCCATCGGATCCTGCCCGGCGAAAGCAAGAAAATCGAGCTTGAAATGCCGCCGCTTTACACCGCAACCAATATGAGTATTCCAGTTTATGTGAAACGTGGTAAGCGCCCTGGCCCCACGCTGTTCGTGTCTGCCGCGATTCATGGCGATGAATTGAACGGTATCGAAATTGTGGGTCGGTTGATCCACTCGAAAGCCATCGAGCGCTTGCGAGGCACGCTTATCGCCGTACCCATGGTTAACGTTTACGGTGTATTAAACCAATCACGGTATCTACCAGACAGAAGAGACTTAAACCGGAGTTTCCCAGGGAGTAAAAAAGGCTCACTGGCCGGACGATTAGCCAACCTATTCTTCAAGGAAGTGGTTTCAAAGTGTGATATCGGCATTGACCTGCACACGGGCGCGATTCACCGGAGTAACTTGCCGCAAATCCGCGCCAATCTGGACGACCCGGAAGTGCTCGGTATGGCGAAAGCGTTCGGGGTACCGGTGCTGTTAAATGCAGACTTGCGTGATGGCAGTCTGCGCCAGGCAGCCAGTGAAGATGGCGTAAAGATTCTGCTCTACGAGGCAGGCCAGGCACTGCGGTATGATGAGTTTTCCATACGCGCGGGAGTGCGAGGCATCATCAATACCATGCGACATGTGGGTATGCTGAACAAAAGTCGAAGCAAAGGCCACGACATCAAGCGCTTTATTGCCAGAGAAAGTGGCTGGGTACGGGCGCCGGAAAGTGGACTGGTTAATCACATCGCCCAGCTAGGTGATCATATTGTCAAAGGCGATAAGCTGGCAACGATTTCCAATCCTTTCGGTGAAGTACTGGAAATTATGTACAGCCCGATGGACGGCGTGATTGTAGGTAAGCAAAACATCCCTCTGGCGCAGGAAGGGGAAGCGATATATCACATAGGTTATTTCAAGCAACCGGATACGGTGGCTGAACACGTAGAGTTGCTGCAAGACAATTTGGTAACAACAGAACAATCCCAACCTTAG	MTDKALEIGGHRILPGESKKIELEMPPLYTATNMSIPVYVKRGKRPGPTLFVSAAIHGDELNGIEIVGRLIHSKAIERLRGTLIAVPMVNVYGVLNQSRYLPDRRDLNRSFPGSKKGSLAGRLANLFFKEVVSKCDIGIDLHTGAIHRSNLPQIRANLDDPEVLGMAKAFGVPVLLNADLRDGSLRQAASEDGVKILLYEAGQALRYDEFSIRAGVRGIINTMRHVGMLNKSRSKGHDIKRFIARESGWVRAPESGLVNHIAQLGDHIVKGDKLATISNPFGEVLEIMYSPMDGVIVGKQNIPLAQEGEAIYHIGYFKQPDTVAEHVELLQDNLVTTEQSQP				NA	NA	NA	NA	NA
AK237_04041	906	rimK	COG0189	Ribosomal protein S6--L-glutamate ligase	ATGCGTATCGCAATTCTGTCCCGTAACCCCAAACTCTACTCTACTCGCCGTCTGCTTGAAGCAGGAAGAGAAAAGGGTCACGAAGTCGATGTTATCGACACCATGCACTGTTACATGGATATCACCAGTGCAAAGCCCTCTGTGCGTTACAAGGGTAAGCGATTACCGTTTTACGATGCGGTTATCCCACGCATTGGTGCGTCGGTGAGCTTTTACGGAACGTCCGTTGTCCGTCAATTCGAGATGATGGGCACGTATAGCATTAACGAGTCAGTGGCGATTAGTCGCTCACGGGACAAACTCCGATCATTGCAATTGCTGTCACGTAAAGGTATTGGCTTGCCACGTACCGGATTTGCCTATCACCCTGATAATATCGAAGACCTGATTAAAAACGTTGGCGGTGCCCCCGTGGTCATCAAACTCCTGGAGGGAACGCAAGGCATTGGCGTGGTATTGGGTGAAACACAAAAAGCGGCAGAATCGATCATCGAAGCGTTTATGGGCTTAAATGCCAGTATTCTCGTGCAAGAATATATTAAAGAGGCTGGCGGTTCTGACATTCGCTGCTTCGTGGTGGGTGACAAAGTGGTTGCGGCAATGAAACGCCAGGCAGCTCCTGGAGAGTTCCGCTCCAACCTGCACCGTGGTGGCTCTGCGAGTTTGGTTCGCCTATCGCCTGAAGAAAGAAAAACCGCTATCGCTGCGGCTAAAACCATGGGATTAAATTGTTGTGGTGTGGACATTCTGCGCTCTAACCATGGCCCGGTTGTAATGGAAGTAAACTCGTCACCAGGACTAGAAGGTATTGAGGCTGCGACCAAAAAAGACGTAGCAGGCATGATTATCGACTTTATCATAAAGTCAGCTAAACCGGGGAACACCCGTACGCGAGGCAAAGGGTAA	MRIAILSRNPKLYSTRRLLEAGREKGHEVDVIDTMHCYMDITSAKPSVRYKGKRLPFYDAVIPRIGASVSFYGTSVVRQFEMMGTYSINESVAISRSRDKLRSLQLLSRKGIGLPRTGFAYHPDNIEDLIKNVGGAPVVIKLLEGTQGIGVVLGETQKAAESIIEAFMGLNASILVQEYIKEAGGSDIRCFVVGDKVVAAMKRQAAPGEFRSNLHRGGSASLVRLSPEERKTAIAAAKTMGLNCCGVDILRSNHGPVVMEVNSSPGLEGIEAATKKDVAGMIIDFIIKSAKPGNTRTRGKG				NA	NA	NA	NA	NA
AK237_04042	654			hypothetical protein	ATGCTGTGGTTGGAACAAGTCACCCGATGGCTGCAAACTTATCAAACTAATGTTATTTGGACAGCCGTGATGCTACTGCTGTACTTATTGATGACGCGGTTTGCTATTCCTCGTCTCGAAAAGAACGTCGAGAAAAGTAAGCTTAAATCTTCCAGTGCATTAAAAGGACTTTTCACCGCGCGTATTCTAAGCGCAACTGTCACCCTTGCGCTTATTTTGATTGCTTGGGGAGTCGATATTTCTGGCTTGCTGGTATTATCTACATCAATTCTGACGTTACTCGGGGTGGCGCTGTTCGCCAACTGGTCTTTAATCAGCAACGTGACTGCCTACTTCATTCTATTGACTAACGTAACTTATCGCCGGGGTAACTACGTGCGTATTCTGGATGGCGACAACTTTATTGAAGGTTATATTGCGGATATTAATCTGTTTAGTACGCGTCTTGTAACGCAAGAAAGAGAAACGGTGCTGTACCCTAACAATCTAATCCTGACGCGACCGGTGTTGGTGAATCCTAAAGGGCGGTGGGGAACGTTGGGTAAAGTGACGGCGGCAAACAGTACCAGCACTCCAGCAGCCACGGCATCGGCGACGCAGCAGCCTGTTACACAGACTGCGCAGTCATCTGAATCTTCCGGTGTTAGCCGCTAG	MLWLEQVTRWLQTYQTNVIWTAVMLLLYLLMTRFAIPRLEKNVEKSKLKSSSALKGLFTARILSATVTLALILIAWGVDISGLLVLSTSILTLLGVALFANWSLISNVTAYFILLTNVTYRRGNYVRILDGDNFIEGYIADINLFSTRLVTQERETVLYPNNLILTRPVLVNPKGRWGTLGKVTAANSTSTPAATASATQQPVTQTAQSSESSGVSR				NA	NA	NA	NA	NA
AK237_04043	3444	rcsC_18		Sensor histidine kinase RcsC	ATGACATTTGCCTGGGTTTCTTTAGCGCTAGTCTATTTATTTTTTCTTTTCTATATTGCCAGTTGGGGGGACAAAAACTCTCCTACTGCACGCTGGTTAACATCGCATCCTGCAATTTATTCACTTGCGCTGGCTATTTACTGTACGGCCTGGACGTTTTTCGGTGCGGTAGGTTCGGCAAGCAGGGATACCTGGATATATTTACCCATTTTACTCGGCCCAGTGTTGGTGTACGTGCTGGGCTATAAATTCATTTATAAAATGACACTGGTGAGCAAAAAGCAACATATCAACACCATCGCTGACTTTATTGCTTCCCGGTATGGAAAAAGACAAGGTGTAGCGCTACTGGTAACGCTCATTGCATTGCTGGCTACCATTCCTTATATCGCCCTGCAATTAAAAGCAATTGGCTCTACGTTTCAACTGTTAACGCAACAACCCAATAGCCATTTCATCATTATCGTGGCGACAATGTTTATTGCCATATTTGCTATCTACTTCGGTACTAAGCAAACCGATGTTACCGAGTACCGCCGTGGTTTAATGCTGGCCATTTCGTTCGAATCAAGCATAAAGCTAACCGCCCTCGTGCTGGTTGCGATTATTGGGTATAGCGCATGGCAAACCGTAGACGATCCGCAGCAGTTTAATACTTTTTTTAGTGAAGAAGCTTTATCACAGTTTGGTTCATACTCTTTTATTTCACAGACAATTATGGCTGCCGCGGCTGTAGTATGCCTGCCACGCCAGTTTCACGTCGCTATTATTGATAACCTGAGCCTCGGCCATTTGAAAACCGCCCGCTGGTTATTCCCGCTTTATCTGGGTATCACTGCTGCAGTGATCCCTGTTATCGCTATTGCCGGCAACGCCATTTTCGCCGGAAAAAATGTAGAGCCTGATACCTATGTGCTTAGCATGGCGATTTATTCCGAGTCGGCTTTACTTCAAATAATCGTTTTTATAGGTGGCCTTTCAGCGGCGACTGCCATGATTATTGTGGCCACACTGACATTAAGCACCATGCTTACCAACGATGTGATATTACCCAGGGTATTGCTGTTTAAACAGGGCGGCCCCAGGCACAAAGACTATGGCAAACGTATCCGACTTATTCGGCGCATCGTTATTGGTCTTATTCTGCTGCTGGCGTTTTTGTACCACCAGCAAATGACCAATAGCCGTTCTTTACACTCTATAGGTCTTATTGCTTTCTCTTTAGTTATCCAATTGATCCCGGCAATAGTGGGCGGACTTTACTGGAAGCGGGCACACGCACACGGCGTATATGCAGGATTAGTTGCCGGCCTGGTTACCTGGGTACTGTGGCTGGTATTGCCGCTAGTGAACGATAGCGCAACCACACTGCAACAAAACGAACAAATTAGTCAGGGCGCATTGATAAGCCTTGCAATGAATTTTGCCGCCTACATTGGATTCTCTCTTTTTGCTCCCGCACGGCTGGTCGACCGAATTCAGGCAGAAGCCTTCGTATCACCCGCCGACGTAAGAAATGGCTCCACCCGCAAGCATAATACTCACGTTACCATTGCCGACCTTATCACGCTTCTTTCCACCTTCATGGGCAGTGGACGCTGCGAGCAATTGGTTGAGGAATATCAGCAACTCAACCACTGCAAGGTTAACCGTGATGAAACGCCAGACGAATCGTTTATGGCATTTTCTGAACGCGCGTTAGGCGGTGTTATTGGCGCATCAAGCGCGAAAGCCTTGATTGACTCGATTCTTAAGGGGAAGAAACTCGACTTTACCGAGATCATCAACTTTTTTGATGACACCACCCAAGCCATGCAATTCAACATGACAGCCCTGCTCACCTCGTTGGAAAACATGGATCAAGGGATCAGCGTTATCGACAAGCACCTGAATTTAGTCGCATGGAATAAACGCTATACCATGTTGTACAACTATCCCGACGGCATGCTGGCGGTAGGTACACCAATCGAAAAGCTAGTGCGCTACAACGCTGAGCGAGGTGAATTTGGTGCCGGTGATGTAGAGCTTCAAATTGAAAAACGTCTGGAACATTTACGTTCAGGCACTCCTCACCGCTTTACCCGCCAGCGCAGTGACGGGCGAGTTATCGAAATGGTCGGAAATCCCCTCCCCGGAGGGGGCTTTGTAACCAGTTTCAATGATATTACCGGACACATTGAAATACAGCAGGCGCTGGAAGAGTCAAATATTAATCTGGAAGCCCGAATTAAAAAGCGCACTGAAGAAGTGCACTCCATTAACGCTGAATTACGACTGGAGATCGAGCGTCGTTCTGAAGCAGAAAAAGAGCTCATACGCGCCAGAAAGGCTGCGGAAGACGCCAATGCCAGCAAAACACGGTTCCTGGCATTAGCAAGCCACGATGTGCTTCAACCCTTAAATGCGGCAAAGTTATACGTCACCGCATTGGAAGAAGCGGACGTATCCGCCGCGGTGAAAGATATTGTCACCAAACTCAATCACTCCGTGACCTCCAGCGAAGCGCTAATTGGTACCCTGTTGGACATCGCACGCTTAGATCAAGGCGAACTTAAACCCTCTACTGAGGCTGTACATTTGCCGGCACTATTATCTCAACTCGTGGACGAAATGGGTATGCGTGCCAGAGAAAAAGGGCTGATCTTACGTGCTCGCATCCGTGACTGCTGGGTATTGGGTGATAAAACCTTCTTATATCGCATTATTCAAAATTTGTTATCAAATGCGGTGAAGTACACGGAAGAAGGAAAAGTGCTGCTGACGGTGCGCCCAAAAGGCGACCGCGTGCTTATTGAAGTAAGGGACACGGGCATTGGGATTTCAACCGAGCAACAAGGTATGATTTTCAGTGACTTTTATCGTACTCACGAGTCTACGGAGCATGGTGTTGGTCTTGGTTTGGGCGTTGTTCGCCGATTAAGCCAACAAATGCAGAGTAAAATACAGGTGTCGTCTGTCTCAGGCAGAGGCAGTTGCTTTACCCTGACCATGGGCAAGGCATCTCCTCGTCGTCACAGTGATCCTGCCAAATTAAGTCGTACAGCTACCTTCCGTGGTATCCGCGTATTATGTGTAGACGACCAACAGGAAAACCTGGATGCCATGCAAACGCTGCTTGAAAAGTGGGGCGTCACAGTGGTGCTGGCAAACAACTGGGAAGACGCCATTCGACAAGCGGATATCTTCTCACCGCAAATATTACTGATGGATTACCAACTGGCTCCAGACCAGAACGGCCTCGACCTCATTGAAGCTATTCGTCAACATCTGGATATCGTTGTACCGGCCTCATTGATAACCGCAAACCATGAAGAAGCACTGATTGCCCGATGCAAGGAGCAAGGCGTCAACTACCTCACTAAACCTCTTAAGCCCGCGAAACTACGCGCTCTGCTTCAAAGCCTGACGCGTCACATTAAAGACGGTCGTGCAACAAGTCGCTAG	MTFAWVSLALVYLFFLFYIASWGDKNSPTARWLTSHPAIYSLALAIYCTAWTFFGAVGSASRDTWIYLPILLGPVLVYVLGYKFIYKMTLVSKKQHINTIADFIASRYGKRQGVALLVTLIALLATIPYIALQLKAIGSTFQLLTQQPNSHFIIIVATMFIAIFAIYFGTKQTDVTEYRRGLMLAISFESSIKLTALVLVAIIGYSAWQTVDDPQQFNTFFSEEALSQFGSYSFISQTIMAAAAVVCLPRQFHVAIIDNLSLGHLKTARWLFPLYLGITAAVIPVIAIAGNAIFAGKNVEPDTYVLSMAIYSESALLQIIVFIGGLSAATAMIIVATLTLSTMLTNDVILPRVLLFKQGGPRHKDYGKRIRLIRRIVIGLILLLAFLYHQQMTNSRSLHSIGLIAFSLVIQLIPAIVGGLYWKRAHAHGVYAGLVAGLVTWVLWLVLPLVNDSATTLQQNEQISQGALISLAMNFAAYIGFSLFAPARLVDRIQAEAFVSPADVRNGSTRKHNTHVTIADLITLLSTFMGSGRCEQLVEEYQQLNHCKVNRDETPDESFMAFSERALGGVIGASSAKALIDSILKGKKLDFTEIINFFDDTTQAMQFNMTALLTSLENMDQGISVIDKHLNLVAWNKRYTMLYNYPDGMLAVGTPIEKLVRYNAERGEFGAGDVELQIEKRLEHLRSGTPHRFTRQRSDGRVIEMVGNPLPGGGFVTSFNDITGHIEIQQALEESNINLEARIKKRTEEVHSINAELRLEIERRSEAEKELIRARKAAEDANASKTRFLALASHDVLQPLNAAKLYVTALEEADVSAAVKDIVTKLNHSVTSSEALIGTLLDIARLDQGELKPSTEAVHLPALLSQLVDEMGMRAREKGLILRARIRDCWVLGDKTFLYRIIQNLLSNAVKYTEEGKVLLTVRPKGDRVLIEVRDTGIGISTEQQGMIFSDFYRTHESTEHGVGLGLGVVRRLSQQMQSKIQVSSVSGRGSCFTLTMGKASPRRHSDPAKLSRTATFRGIRVLCVDDQQENLDAMQTLLEKWGVTVVLANNWEDAIRQADIFSPQILLMDYQLAPDQNGLDLIEAIRQHLDIVVPASLITANHEEALIARCKEQGVNYLTKPLKPAKLRALLQSLTRHIKDGRATSR				NA	NA	NA	NA	NA
AK237_04044	267			hypothetical protein	ATGGCATTCAGAAATGAAGACGACAAGCAGGCGTACTGGAAGGAGAATCTCTCCCTCCTCGCTAAATTGTTGGTGATTTGGTTTGTTGTGTCATTCGGCGCGGGCATTATTTTTGTCGATGCACTTAATCAGATCCAATTCTTTGGATTCAAACTGGGCTTCTGGTTTGCACAGCAAGGTTCCATTTATGTATTCGTAGTACTCATTTTTGTCTACATGGCAAAAATGAATGCACTGGATAAAAAATACGGCGTAGACGAGGAGTAG	MAFRNEDDKQAYWKENLSLLAKLLVIWFVVSFGAGIIFVDALNQIQFFGFKLGFWFAQQGSIYVFVVLIFVYMAKMNALDKKYGVDEE				NA	NA	NA	NA	NA
AK237_04045	1725	actP	COG4147	Cation/acetate symporter ActP	ATGGATGTTCAATTACTGACCTTTATCATCGTCGGCGCATCTTTCGCCCTGTATATCGCCATAGCGATTTGGGCTCGTGCCGGTTCAACTAACGATTTTTACGTAGCAGGTGGTGGTGTACCTCCTGTCATGAATGGTATGGCGACAGCCGCTGACTGGATGTCTGCTGCCTCATTCATTTCCATGGCCGGCTTAATTTCCTTTATGGGTTACGATGGTGCCGTTTACCTGATGGGATGGACCGGTGGATACGTACTGCTCGCGCTTTGTTTAGCACCGTATTTGCGTAAGTTTGGTAAGTTCACTGTACCGGATTTCATCGGCGACCGCTACTACTCGCAAACTGCACGCACCGTGGCGGTATTCTGCGCTATCTTTGTTTGCTTTACTTACGTCGCGGGCCAGATGCGTGGTGTGGGTGTAGTATTTAGCCGCTTCCTGGAAGTGGATATCGTAACAGGCGTTATTATTGGTATGGCTATCGTGTTCTTCTACACGGTGCTAGGGGGAATGAAGGGCATTACTTACACACAGGTTGCCCAGTATTGCGTATTGATCTTCGCTTACCTGGTACCGGTTGTGTTCATTTCTATGATGGTAACCGGCCATATTCTGCCACAAACCGCATTTGGTGCCACGTTGGCCGACGGGTCGGGTATGTACATGCTTGAGAAGCTCGATAACCTTTCTGTTGAACTTGGCTTCAATGAATATACCAATGGTTCGAAAAGTACCATCGACGTCTTCTTCATTACTTTTGCCCTGATGGTTGGCACCGCGGGTCTGCCACACGTTATTGTACGCTTCTTCACTGTACCTAAAGTGCGTGATGCCCGTAAATCGGCTGGCTGGGCACTCTTGTTCATCGCCATCCTGTATACCACCGCTCCGGCGCTGGCTTCGTTCGGTCGCGTAAACATGATTGAAACCATTAACGGTCCGGATATGGCGGGTACGGATTATGCCGACGCACCAGCCTGGATTAAAAACTGGGAGAAGACAGGGTTAATTACGTTCAAAGATAAGAATGGCGACGGCAAAATGTTCTATGCCGCAGGGAGCGTTGATGATCCTGCCAGTAAGAACGAAGTGAACGTTGACCGCGATATTATGGTGTTGGCGAATCCTGAAATAGCAAATCTGCCAGCATGGGTTATTGCTCTGGTCGCCGCGGGTGGGGTGGCTGCAGCGTTGTCTACTTCTGCGGGTCTGCTACTGGTTATTTCGACGTCAGTGTCCCACGACTTGCTGAAACGAAACTTTGCGCCAAATATTACTGATAAGGCTGAGCTGTTCTATGCGCGACTTGCTGCGGGTGTAGCAATTGTTATCGCAGGTTACTTCGGTATCAATCCGCCAGGTTTTGTGGCTCAGGTGGTCGCCTTTGCCTTCGGTCTTGCGGCATCGAGTTTCTTCCCTGCTATTATCATGGGGATCTTCAGTAAACGCATGAACGGCAAGGGCGCGATTTCAGGTATGATTGCGGGTATCGCATTTACCGCGGCTTATATTATTTACTTTAAGTTTGTGAATCCTGCAGCGAATACGCCTGACAACTGGTGGTTCGGTATTTCACCAGAAGGAATTGGCACGTTAGGTATGGCCGTTAACTTCCTGGTTGCTTTCATCGTCTTCAAAATGACGGGTGAAGCGCCTGAAGAAATTCAGCAGATGGTTGAGGATATCCGTTATCCTAAAGGTGCCGGTGAGGCGTCAGCACACTAA	MDVQLLTFIIVGASFALYIAIAIWARAGSTNDFYVAGGGVPPVMNGMATAADWMSAASFISMAGLISFMGYDGAVYLMGWTGGYVLLALCLAPYLRKFGKFTVPDFIGDRYYSQTARTVAVFCAIFVCFTYVAGQMRGVGVVFSRFLEVDIVTGVIIGMAIVFFYTVLGGMKGITYTQVAQYCVLIFAYLVPVVFISMMVTGHILPQTAFGATLADGSGMYMLEKLDNLSVELGFNEYTNGSKSTIDVFFITFALMVGTAGLPHVIVRFFTVPKVRDARKSAGWALLFIAILYTTAPALASFGRVNMIETINGPDMAGTDYADAPAWIKNWEKTGLITFKDKNGDGKMFYAAGSVDDPASKNEVNVDRDIMVLANPEIANLPAWVIALVAAGGVAAALSTSAGLLLVISTSVSHDLLKRNFAPNITDKAELFYARLAAGVAIVIAGYFGINPPGFVAQVVAFAFGLAASSFFPAIIMGIFSKRMNGKGAISGMIAGIAFTAAYIIYFKFVNPAANTPDNWWFGISPEGIGTLGMAVNFLVAFIVFKMTGEAPEEIQQMVEDIRYPKGAGEASAH	PGPT0001400_965	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-CATION_TRANSPORT,PGPT0001400-actP-K14393	NA	NA
AK237_04046	1833	IMPDH		Inosine-5'-monophosphate dehydrogenase	ATGAGCGTGGTGCCACAGCAGGTTATAGAGTTCTTAAAAACTTCAGCGCCGTTTGATCAACTGAACGATGAGGACATGGCGCAGTTGGCGAAGCAAGCCAATTTGATTTATCTCACCGACGATAACAAAACCGAGTTGCTGGCAGACAATGAGGGAAGATTATTCCTTATTCAAAATGGCCAGTTTTCAGTAAAGGATTCAGAGCAGGCCGAGCGTCATTTAAGTGAAGGTGATTATTTTGGCTATCACCAGCTGTTAGACAAAGTCGCTTATCCGTTATCCGTTAGTGTGGATAAACCTGGTCTGGTGTTTTGTTTCAGTGCTGCTGCTTTTGAACGGGTAGTAAGCTTACCCGCTATTGCTGATTTCTTTCATGGTACCCGAACCGACGCGTTACAAAATCAAGCGGTAGTTGATTCCAATTCGATGTGGCTCTACAAGGCGCTTCACGAAGTCATCGACCACGCGCCAGTGCAAGCTGCAGAAGATGTTACGATTCAGCAAGCTGCACAAATCATGTCCGGGAACAGAGTGTCGTCGTTGCTCATCACTCATGATGAAAAGTTGGTAGGCATTGTTACCGATAGGGATCTTCGTAATCGGGTGGTTGCGCAAGGTGCCGATTTATCACAACCGGTATCGACAATAATGACCAATACGCCGGCCATGATTCACCAATATCGCACAATGTTTGATGCCTTGTCGATCATGAGTGAACGTAACATTCACCATTTACCCGTGGTTGATAGAAATAGCCGAAAACCGTTAGGAATGATCACCGCTTCGGATGTGGTGCGACACCAACGAGCCAATGTGTTGTTTATCATTGGCGAGCTTTCCAAAGCGGATAATTTGTATGAGTTAACCCGCTTGTCCTGGCAAATGCCGCATTATTTTGCCACCCACGCTAAGCGCCCCGGCGATTTTGATATAGCCGGAAAAGTCTTGTCTCAAGCCACAGACATTATGACGCGTAAACTGATTCATTTTTACCAGCGGGAACACGGCCCGGCACCACTTAAATACAGTTGGGTGGTATATGGCTCTCAGGCTAGAGAAGACCAAACTATGGGATCCGATCAGGACAACGGGCTGCTACTTGAATCGGTGCCATCAGAACAAGATGCGGTATATTTTGCCAACATGGCGGAATACGTCTGTAACGGATTGGCAAAGTGCGGGATTAAACTGTGCGATGGCAACATCATGGCGTCAAATCCCACGCTACGGTTGTCTATCCAGCAGGCGGAAAGCGAAGCTACCAGATGGGTAAGACAGCCCACACCCCAGGCCATTATGCATTTTAATATTTTTTTAGATGCCAGGTGTGCCGCTGGTGATGCCGATTTGTTTCGGCGTATGCAATTGGCGCGAGCGCCTTTATTGAAGCAAAAAATGTTCTTAGCGGCGCTGGCCAGACACAACAACGACATTGGCGTACCGCTATCAATGTTTCAGAAGTTTGTTTATGAAAAGGGTTATGACGAAAAAGACGTGATTGATTTAAAGGTAAAAGCCATTGCCATCATCAATAACCTTGCCCGCATTTACGCGCTGGCAAACGGATTAACCATGCCGTCTACATTAGCTCGGCTGGCGGCGTTGCCATCAGGTTCGGGGTTATCGACAAAAGATGCACAGAACTTACGAGACATCTGGTTGTTCATGAACCGGCTTCGTTGGCGCCATCAATTATCTAATAACGTGACAGATAACCGTGTTTCGGTTTCTTCGTTATCTTCTATCGAGAGACATCAGTTGAAAGCCGCTTTTAAAGCTATTGACCGTGCTCAGCAGGGCGCGGTAATGAATTTCGCCGGTGGAATGAGCTAG	MSVVPQQVIEFLKTSAPFDQLNDEDMAQLAKQANLIYLTDDNKTELLADNEGRLFLIQNGQFSVKDSEQAERHLSEGDYFGYHQLLDKVAYPLSVSVDKPGLVFCFSAAAFERVVSLPAIADFFHGTRTDALQNQAVVDSNSMWLYKALHEVIDHAPVQAAEDVTIQQAAQIMSGNRVSSLLITHDEKLVGIVTDRDLRNRVVAQGADLSQPVSTIMTNTPAMIHQYRTMFDALSIMSERNIHHLPVVDRNSRKPLGMITASDVVRHQRANVLFIIGELSKADNLYELTRLSWQMPHYFATHAKRPGDFDIAGKVLSQATDIMTRKLIHFYQREHGPAPLKYSWVVYGSQAREDQTMGSDQDNGLLLESVPSEQDAVYFANMAEYVCNGLAKCGIKLCDGNIMASNPTLRLSIQQAESEATRWVRQPTPQAIMHFNIFLDARCAAGDADLFRRMQLARAPLLKQKMFLAALARHNNDIGVPLSMFQKFVYEKGYDEKDVIDLKVKAIAIINNLARIYALANGLTMPSTLARLAALPSGSGLSTKDAQNLRDIWLFMNRLRWRHQLSNNVTDNRVSVSSLSSIERHQLKAAFKAIDRAQQGAVMNFAGGMS				NA	NA	NA	NA	NA
AK237_04047	675	dinG_2		3'-5' exonuclease DinG	ATGATAAATTGGATTAAACGATGGCTTAAAGGTGTGCCAGGGCTTCCGGATGGATGGGCTGACAAATCGTTATTGGCTACGCCGTTGTTGGCTGTTGATTTAGAGCTCACGTCGCTGGTTGTAGAAGAGGCGAAAATTACCTCTATTGGCTGGGTTGAAGGGAAAGGCAGTGGAATAGACATCGATCAGTGTTTTTATTCGGTGGTAAAAACAGATGCCGATCTGGCACAAAGTCCTGTAATACACGGCCTTACCCCTGCAGAGTTAATAAACGGTGCCCATGTTAAAGATATGCTGACGCTTCTGGTGCAATATGCCAGTACGCATGTGTGGGTGTGTCATAACGCCACGTTGGACTTAGGGGTATTAGCGCAGGCTTTTCATGAAGCGGGTATCGATTGTCCGCCAATAGTGGTTATTGATACGCTAAAGCTGGCGGTATACCAACTCAAGAAACATCACGACGTACTGCCGCCCAACAGCGCTACTTTGTCAGTCTGCCGCCAGCGTTTAGGTTTGCCGGCTGTACCTGCACACAACGCGCTTGATGATGCGATGGCTACCATGCAACTGTGGTTTGCGCAAAATCAGAGTTTAAACAAGGGAAAAAACGTCACGTTAGGTGATTTATTGCATACGCAGGCCGTTTCTTGCAAAAAAATGGAAAAAAACTAA	MINWIKRWLKGVPGLPDGWADKSLLATPLLAVDLELTSLVVEEAKITSIGWVEGKGSGIDIDQCFYSVVKTDADLAQSPVIHGLTPAELINGAHVKDMLTLLVQYASTHVWVCHNATLDLGVLAQAFHEAGIDCPPIVVIDTLKLAVYQLKKHHDVLPPNSATLSVCRQRLGLPAVPAHNALDDAMATMQLWFAQNQSLNKGKNVTLGDLLHTQAVSCKKMEKN				NA	NA	NA	NA	NA
AK237_04049	2070			hypothetical protein	ATGGACCACAATACGTCTCCTTTTTCTCGCAATGCAGTATTCTCGCTGCACCTTTATAAGTACGCCTTTCTCGGGCTTGCTTTGCTGAGCCTGTTACTTATTTTCTTTAGTTATTCTTCTGTTAATCTCGACGTACAAGACGTTCTGAAAGAGCAAAAAAACATCGATGTGACCGGCTACCGTGAGGGCAGTCAGTTTGAACAGAGTCAGCAAGGTGGCTTTTTGCTTGATTGCGTAGTCACTGAGCCGAAGATGTATGAGCTTTGTGGGCTCAAATTTCAATTTCCTCGTGAAGGGAGTGAGGGACGCTTCCCATCTTTTAGCAAATTAAGCGAGGTAGAGATTAAAGCCTCAATAGAAGTAAACGGGGAGACCAGTGATCAGCGGGTTAGCCTGACCTTCATATCACTTCGTTCTGATATTGAATACGATGAGGATGATTTAAGCACAACACGATTTCAGTCGGTCCATTTTTTACCTGAGAAACTACAGACCATAAAACGGGATCGCATTGTGGTTGATGCGTGGTGGGATAAGCTGTTTCAAGTGCCCTATAACGAAGCCCACCCTGACTTTTCTCAGGTCGTGAGTATTTGGATTTACGTAGAACCACTAGGGAAGCTAGAGCCAGGAAGATATAAACTCAATATCGAAACGCTACTGCTGAAGCATCACTTTATTACGCCTTCCACCGTTAATTTAAGCTTAGCGCTCGTCTGGCCTTCGCTCATGCTGATTTTTCTCTGTCATTACCTCATCGTAAAGCGTGCAGAAATGCATCGCCTGAAAATACTTGCAGATTGTGATTTAGAGTCGGGTTTTGTGAACTTACATGGTCTTAACAGACTGTACGCAGGGAAGCTGAAAGCGTCCGTTACGGTTATAAATATCAAGGTGTGTAATTATCTGGCGTTGCAGCGTGAATTCTCTAAAGAAACCGTCATCGCATTAATCAAAGCAACGTTTACGCCTTTTACGGGAAGTAAGAACGACGGCGCGTTTTTAGTCAAAAAGCAAGACGAGAACATCTTACTGGTCGTGAAGCATTATGATGAGGCGCTATTCGGTCGACTTATTTCTGCCTCGCAAAAAGGTGTTTATATCGATGCGCTGGGTCATCTGCGCTTAGACGTGAAAATGGGAATTGCTCAAGGTGAGCCTGGCATGACAATGGAAGAAATCATTGCGCAAACGACCATTGCTATCGACGCCATTATTGATGGAGAGCCAAGTTATAAGGTTTATCAACCGTCGCTCAAAAAGGAATACCGTCAGGCCCGGTTTATCGAGCAGGAGTTGCGAACGGCGCTGGCGAATAAAGCGTTTTACTTAGTTTACATGCCGGTTTACGACAGCGTCCTCAAGCGGATATGTGGCGCAGAAGCGCTACTACGCACTACACATTTGCCGCTAATAAGCTTCTCACCGGAAGTGTATGTCAAGGTGGCTGAAAAAGTGGGGTTGATTCGAGAGATCGATTTTTGGGTGCTCGAGCAGGCGATCCTCGCTTTAAAAGAAATCCGTCAAAGGGATTTCGTGTTATCAGTGAATATCTCCTCCCGTGAGCTCATGGACACGCGTTTTGCGGATGAGCTCAAACGTCTTATTGACCAATATGATGTGATACCCGGTAGTCTCTGCCTGGAAGTAACAGAAACTTTTTTCATTGATGTTAATACGATATGCTTTGAGTCTATCCAGGCCATTCGCAATTTGGGTGTAAAGTTGTCATTGGACGATTTTGGTACAGGCCACGCCTCGCTTCAGCATTTGTTAAATATTCCAATTAACGAAATCAAAATTGACCGCAGTTTTGTTTGGTCTCTTGGAGACGAAAAGAGCGCCGTTATTGTTGATGCCATCGTTTCTATCGCCCGGATATGTCAGTACGATGTCGTTGCCGAAGGGGTAGAGACAGGGGAACAGTTAAATAAACTGATTGCCTTGGGCTGTCGTTATTTCCAGGGCTACCTCATTGCTAAACCCGATAGTTTCGAGGCATTACTGACCAGATGTATTGAACTGAAAAGCTCACCGAGGCTGATAGACAGGACGCGTGCAGCGGGATGA	MDHNTSPFSRNAVFSLHLYKYAFLGLALLSLLLIFFSYSSVNLDVQDVLKEQKNIDVTGYREGSQFEQSQQGGFLLDCVVTEPKMYELCGLKFQFPREGSEGRFPSFSKLSEVEIKASIEVNGETSDQRVSLTFISLRSDIEYDEDDLSTTRFQSVHFLPEKLQTIKRDRIVVDAWWDKLFQVPYNEAHPDFSQVVSIWIYVEPLGKLEPGRYKLNIETLLLKHHFITPSTVNLSLALVWPSLMLIFLCHYLIVKRAEMHRLKILADCDLESGFVNLHGLNRLYAGKLKASVTVINIKVCNYLALQREFSKETVIALIKATFTPFTGSKNDGAFLVKKQDENILLVVKHYDEALFGRLISASQKGVYIDALGHLRLDVKMGIAQGEPGMTMEEIIAQTTIAIDAIIDGEPSYKVYQPSLKKEYRQARFIEQELRTALANKAFYLVYMPVYDSVLKRICGAEALLRTTHLPLISFSPEVYVKVAEKVGLIREIDFWVLEQAILALKEIRQRDFVLSVNISSRELMDTRFADELKRLIDQYDVIPGSLCLEVTETFFIDVNTICFESIQAIRNLGVKLSLDDFGTGHASLQHLLNIPINEIKIDRSFVWSLGDEKSAVIVDAIVSIARICQYDVVAEGVETGEQLNKLIALGCRYFQGYLIAKPDSFEALLTRCIELKSSPRLIDRTRAAG				NA	NA	NA	NA	NA
AK237_04050	339			hypothetical protein	ATGAGTAGTGACCCTGTTCTGGACAAACAAACTGCATTACTGCGCCTGAATCACAACGAGGCGCTCTACAATCGCGTGCTGGCACTTTTTGAAGTGCAGGCAGAGGACATGCTTAGTACATTGCATTCAGCTGTATTAAGCGACGCTGAGGAACTGCTACGCCCTGTACATACACTAAAGGGATCGGCGGGAGAAATTGGTGCTACCCGGTTATATAACGTCGCTCAGCGGGTAGAACAAACCTTAAAATTAAACCCTCAACATCTGGCAGCTGCTGATATCGAAATGTTGAAAGGTGAAATCGAGACGTTACTGGACACCATTCGCCATACGGCTTAG	MSSDPVLDKQTALLRLNHNEALYNRVLALFEVQAEDMLSTLHSAVLSDAEELLRPVHTLKGSAGEIGATRLYNVAQRVEQTLKLNPQHLAAADIEMLKGEIETLLDTIRHTA				NA	NA	NA	NA	NA
AK237_04051	954	pleD_3		Response regulator PleD	GTGTTCAGTAGTAAAGCTTCCCGCACGATAGCTGACTGCAAGGTGTTAATTGTGGACGACCAAACCTCTAGCAGACTGGTTATGAGTACATTACTGGAGTCGATGGTACAGTGCGATACCGTAGAAAATGGTGAAAAGGCGCTTGAATATTGCAGCGCCTCGCCCCCTGATCTGGTTTTAATGGATGTATTCATGTCAGGAATGGACGGACTTGAAGCCTGCATGCACCTGGCAAACAATCCCAAAACTCAACATATTCCTGTTATTTTTGTGACCGCATCAATTTCTGATGAAGAACAAGAAAAATGCTGGAACGCTGGTGGCGTTGATTTTGTGCAAAAACCTGTCAACGCCACTACGTTGATGAATCGCGTCAAGTCGCATTTAAACCACAAGCTAAAAACGGATTTGCTCGAACACCTCATCTATACAGACCGGTTAACCGGCAGTTTCAACCGGCATTACCTTGAAGAGCGCATGCCCGAAATCGTAAGAGAAGCCGACAGACAAGGTGATTCCTTATCTATCGCCATCTTCGATGCGGATTTGTTTAAACAATACAATGACCGCTACGGACATCTTGATGGTGACACCTGTTTATGGAAAATCGCTAAAGCGATAAAAGCATCATTACTTCGCCCCATGGACAGGTTAGTACGTGTAGGCGGTGAAGAATTTTTAATTATACTTCCGGGCACTCAAGAGGCTGGCGTAAAAACTGTCTGCGAGCGAATTCTGCAAACCATCGCATCAGAGAATATTACCCATTCAGACTCCCCGACAGGTTACTTAACGGTAAGTGCTGGCGCGGCCACTTATCATCCGAACAGTGCCGACACCATTGACAAAATCATGTTGCAAGCGGACAAATGTCTATATTTAGCTAAAGATAACGGTCGCAATTCCTATGCTTATGTTGATATCTCCGGTGATGTGCTTGTGGGGGCAGGATGA	MFSSKASRTIADCKVLIVDDQTSSRLVMSTLLESMVQCDTVENGEKALEYCSASPPDLVLMDVFMSGMDGLEACMHLANNPKTQHIPVIFVTASISDEEQEKCWNAGGVDFVQKPVNATTLMNRVKSHLNHKLKTDLLEHLIYTDRLTGSFNRHYLEERMPEIVREADRQGDSLSIAIFDADLFKQYNDRYGHLDGDTCLWKIAKAIKASLLRPMDRLVRVGGEEFLIILPGTQEAGVKTVCERILQTIASENITHSDSPTGYLTVSAGAATYHPNSADTIDKIMLQADKCLYLAKDNGRNSYAYVDISGDVLVGAG				NA	NA	NA	NA	NA
AK237_04052	657	grxB	COG2999	Glutaredoxin 2	ATGCCTACACTACATCAGTATTTACATTGCCCATTTTGTGTCCGTGCGGACATGACTGCGAATTACATGGGCATCGACCATAAAAAGTCATACCTGCTCAATGACGATGAGGAAACTTGCTATAAACTCGTTGGTACCAAAATGGTACCTATCTTAGAGTTTGATGATGGCACAGCGATGGGTGAAAGCTTAGACATTGTTGAGAAACTGATTGCAATGGGACCTGAAAGCAAAACACTTCTGCCTAAAGCCGAACCAGAAAAATACACCACACATCTGGATAACGTGTCATCTGCGATTAATGCCCTGCTCTTTCCCCGCAATATAATGATTGAGCAACCCGAATTCGCCACCGACTCTGCTAAAGCATATTTCAAAGCCAAAAAGGAAAAAATGCTCGGCATGTCGTTCGATGAGGCTTTTGATAAAACCGGGACATACAAACCGCAAGTTGAAGCAGCGCTAGCTGAAATGCCAGTTCCTCCCCTGCCTGCACAACAGTTGAACCAATTAGCATGGAACGATATCTTTGTGTTCCCAACCCTGAGAAATTTAACCATGGTTAAAGATCTCGAAATTCCTGATGAATTAGCACAATACATAAGCGCTGTGGCCGAATTAACGAAAGTTCAGCTTTACACCGATGTCGCAGTGTGA	MPTLHQYLHCPFCVRADMTANYMGIDHKKSYLLNDDEETCYKLVGTKMVPILEFDDGTAMGESLDIVEKLIAMGPESKTLLPKAEPEKYTTHLDNVSSAINALLFPRNIMIEQPEFATDSAKAYFKAKKEKMLGMSFDEAFDKTGTYKPQVEAALAEMPVPPLPAQQLNQLAWNDIFVFPTLRNLTMVKDLEIPDELAQYISAVAELTKVQLYTDVAV	PGPT0013202_29	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-CHAPERONES,PGPT0013202-grxB-K03675	NA	NA
AK237_04053	786	soj_4	COG1192	Sporulation initiation inhibitor protein Soj	ATGAAACGAGTCGTGTTCAATCAAAAAGGAGGCGTGGGGAAGTCGACCATCAGCACTAACCTGGCTGCAGAGAGTGCTCGTAACGGATTTAGAACGTTACTCGTCGATTTAGACGCGCAAGGAAATAGTACGCATTATTGTGGTATCGACATTGATGATGGCGGTGCGACAGTAGCAGACATGTTCAAACAGGTCGTTGGTTGGTTTTCTAAACCACAACCCCCCTCAGCTTTTGTCCAGCCCACGGTCTTTGAAAACTTGTCAGTACTCCCTGCCCACCCAAGCTTAACTGATTTGGAAAGAGAGCTGGAAACACGCTATAAAATGTTTAAATTGAAAGAAACGCTGGAGGCCTTAGAACAGGACTTTGATAGGGTTTATATTGATACGCCACCAAACTTCAACTTTTATTCAAAAGCAGCGCTCATCGCGGCAGACAGTTTTATTATTCCTTTCGACTGTGATGATTTTTCTGTCCAGGCCATTGACCGTCTTTTAGACAACGTTCTTGAACTTCGTAGCGATCATAACCCAGAATTACAGCTTGAGGGGATCATCATCAATCAGTTTAACCCGCAAGCAAAATTGCCCACAGAGTTAATCGCCTCACTAAAAGCCAAATCCCTGCCGGTGTTCGACAGCAAAATAAACAGCACCGTAAAAGTAAAGGAGTCTCATTCTAAACGCATTCCTTTACCTTTTTATGCCCCCTCTCACAAGGTCAGCCAGCAAATTGCAGCCTTATGGCAAGAGTTGGAAGGGCCTGAGGATAATTCCAAAGCATAG	MKRVVFNQKGGVGKSTISTNLAAESARNGFRTLLVDLDAQGNSTHYCGIDIDDGGATVADMFKQVVGWFSKPQPPSAFVQPTVFENLSVLPAHPSLTDLERELETRYKMFKLKETLEALEQDFDRVYIDTPPNFNFYSKAALIAADSFIIPFDCDDFSVQAIDRLLDNVLELRSDHNPELQLEGIIINQFNPQAKLPTELIASLKAKSLPVFDSKINSTVKVKESHSKRIPLPFYAPSHKVSQQIAALWQELEGPEDNSKA				NA	NA	NA	NA	NA
AK237_04054	1170			hypothetical protein	ATGTGGTTCAGGTTGGTTGGGCGCAATGCTTTATACTTAGTGCTCTGTAGTGTCATGTCTGCTTGCTCCTTTCACTCCGCAAATCATGCGGATAAACTCGCGCTATTTCATGATAACGCTTTTCCTGATTACAAAACGTTCACAATAGAGAGTGAACATGAGGTGTTTTTCCTTGATGAAAATGCCATCACGTTTGTGAATGAATCGCAAGATCGCCAACTACAAGAAATTGAAAATCTACAGCAACTGGTAAGTCAAATTTTCGATAATGAAGACCTGGGCATTCGTTACATGACTGATGCTAATACTGTCGCTGCGGAAACATTTGCTAATCGAGAGGCGAACTGTCTGTCATTAACCATCATGGCCTATGCAATGGCGGAAGCAGCAGGGTTCGATGCCACCTTCTACGAAGTAAATATTCCTGAATACTGGACGCGTAGGGAAGGGGTTAATTTGTTAAACGGCCACATCAATTTGCGCATTACATTACCCACTGATACCAGAACGACGCAATTGAGTAAGCGTTTCGTTGACGTAGATTTTGATCCGCAAACTATTCGGCAGCATTTTCCTCGCATAGCGATAAACAAAGAAAGAGTGCTGGCGATGTTTTATAACAACAGAGGCGCAGATGCACTGTTAGCAAACAACGATTCCTTAGCCTACGCATACTTCAGAAAAGCAGCTACCTTAGATGACAGCTTCGGTTCTACTTGGGTTAATTTAGGGGTGTTGTATCGTCGCCTGGGAGATCTGCAAACCGCTAAAGCGAGTTACGAACGTGCAATTGCCATCGATAACGAAAACCTTACTGCCTGGGAAAATCTGGCGTTTTTACACGAATTAGAAGGGAACACTGCACAAGCACAGGATATTAGCCGTCATTTGATAAACAAACGAGAGAATAATCCGTTTTATCATTTTATCCTGGGCGAGGAGGCTCTCGATTTTGGTAAACCCAAAGTTGCGCTACAACACTATAACCGAGCCAGGAAGTTAGACGGAAATCGGCACGAGTTTTATTTTGGTCTGGGAAAGGCTCACTACGAGCTTGGCAATATAGATAAGGCGTTGTCTTTTATGAAGCTGGCGGCTAAGTATGCACAAAGCCGCCAGGACGAATATCGCTATATGAGCAAACTGTCGGGTTTGCAAAGCGCGCGTTAG	MWFRLVGRNALYLVLCSVMSACSFHSANHADKLALFHDNAFPDYKTFTIESEHEVFFLDENAITFVNESQDRQLQEIENLQQLVSQIFDNEDLGIRYMTDANTVAAETFANREANCLSLTIMAYAMAEAAGFDATFYEVNIPEYWTRREGVNLLNGHINLRITLPTDTRTTQLSKRFVDVDFDPQTIRQHFPRIAINKERVLAMFYNNRGADALLANNDSLAYAYFRKAATLDDSFGSTWVNLGVLYRRLGDLQTAKASYERAIAIDNENLTAWENLAFLHELEGNTAQAQDISRHLINKRENNPFYHFILGEEALDFGKPKVALQHYNRARKLDGNRHEFYFGLGKAHYELGNIDKALSFMKLAAKYAQSRQDEYRYMSKLSGLQSAR				NA	NA	NA	NA	NA
AK237_04055	840			hypothetical protein	ATGCAATTAGAAGCTGTTGACTATCAAGCGCCCAATGCACAAGAAGCGTTTGTCGAATCGTTACGCGAAACGGGATTTGGCGTACTCAAGAACCATCCGATCAGTCAGGACATGGTGACGGGTATTTATCGCGCCTGGCAGACGTTTTTCGACAGTGAAGATAAAAACAACTATGTGTATAACAAAGGTACACAAGACGGCTTTTTCCCACAGAGCGTGTCTGAGGTAGCGAAAGGCTTCACGAAGAAAGATATAAAAGAGTACTTCCACTTTTATCCGTGGGGACAGTGCCCTGAAGCACTTAGACCACAGTTAGCAGATTATTACGCCAAAGCGAATCATCTGGCAGAAGAACTGCTTGGTTGGATTGAAACGCATTCGCCAGCAGAAGTAAGTAAGCTATATAGCCAGCCGCTGTCGAATATGATTAAAGATAGCGACCAAACATTGTTACGTGTGCTTCATTATCCCCCGTTACAAGGCGATGAGGAGCCAGATGCAATTCGAGCTGCTGCACATGAAGATATCAATTTAATTACAATCTTACCCGCGGCCAACGAGCCTGGCCTACAGGTGAAAGGAAAAGATGGGAGCTGGATTGACGTACCGTGCGATTTTGGCAACCTGATTGTCAATATTGGCGATATGTTGCAGGAAGCCTCCGGGCACTACTTCCCGTCGACAACGCATCGGGTTATTAACCCCGAGAGCGCAGATATGACCAAATCGCGTATTTCACTGCCGTTGTTCCTGCACCCACGTCCAGATGTTGTGTTGTCCGAGCGCCATACCGCACACTCTTACCTGCAAGAGCGGTTGCGGGAGCTAGGCGTTATCTAA	MQLEAVDYQAPNAQEAFVESLRETGFGVLKNHPISQDMVTGIYRAWQTFFDSEDKNNYVYNKGTQDGFFPQSVSEVAKGFTKKDIKEYFHFYPWGQCPEALRPQLADYYAKANHLAEELLGWIETHSPAEVSKLYSQPLSNMIKDSDQTLLRVLHYPPLQGDEEPDAIRAAAHEDINLITILPAANEPGLQVKGKDGSWIDVPCDFGNLIVNIGDMLQEASGHYFPSTTHRVINPESADMTKSRISLPLFLHPRPDVVLSERHTAHSYLQERLRELGVI				NA	NA	NA	NA	NA
AK237_04056	1212	nupX	COG1972	Putative nucleoside permease NupX	ATGGTGAGTTTACTGGGCATAGCGCTATTGCTCGGCATTGCATTCTTACTGTCTTCTAATCGTCAGAACATCAACTGGCGCACAGTGGGTGGTGCATTTGCTATTCAGGCTCTTATCGGAGCATTTATTCTTTACTTCGAGCCCGGTATTCAGCTCTTACTGAGCATGACTTCTTTTGTCGGTAATATCATTGCCTACAGCCAGGAAGGTATCAACTTTGTATTTGGCGTAGTTGGTGACAAATCTCTGGGCTTTATTTTTGCCTTTAATGTCCTCCCCGTTATCATTTTCTTCTCATCACTCATTGCGGTGCTTTATTACCTTGGCGTAATGGGATGGGTGATCAAGCTTATTGGCGGCTTTCTACAGAAAGTGCTGCGTACCAGTCGTCCAGAGTCAATGTCTGCTGCGGCCAATATTTTTGTCGGCCAGACGGAAGCTCCGTTAGTGGTTCGCCCGTTTATTCCTCACATGACTAAATCAGAACTATTTGCCGTTATGGTGGGAGGCCTGGCATCAATTGCAGGTTCCGTTATGGCCGGCTACGCAGGCATGGGAGTAGAACTTAAATATCTGCTTGCTGCCAGCTTCATGGCAGCTCCGGGTGGCCTGCTAATGGCAAAAATCATGTTGCCCGAAACAGAGAAAGCGAAAGATGCACTAGACGAAATTGATGCATCCGAGACGGGTTACGCTAACGTGTTTGATGCCGCCGCAAGCGGCGCAGCATCGGGCCTACAGCTTGCGTTAAACGTAGGAGCAATGCTGCTGGCGTTTGTGGCGCTTATCGCCATGCTTAACGGTTTAATTGGCTGGACAGGCAGCCTGTTCGGTTATGACGACGTAACGTTCCAGGGTATTTTAGGATATGTGCTACAACCTTTGGCATGGGCAATTGGCGTACCTTGGAACGAAGCCCAGCTAGCGGGTAGTTTTATCGGCCAGAAGTTTGTGGTCAACGAGTTTGTGGCTTACCTGGACTTCTTAGAGCACCAAAGTGAGTTATCGGAAGTGTCTCAGGCCGTTATTACCTTTGCCTTGTGCGGATTCGCGAATTTCTCATCCATTGCTATTCTGATGGGAGGCATTGGCGCGATGGCCCCGACGCGTAGAAAAGAAATCGCACAATTGGGCTTAAAGGCGGTTTTCGCTGCCACGTTGTCCAACTTAATGAGTGCTTCTTTAGCAGGTTTCTATTTATCCCTCGGTTGA	MVSLLGIALLLGIAFLLSSNRQNINWRTVGGAFAIQALIGAFILYFEPGIQLLLSMTSFVGNIIAYSQEGINFVFGVVGDKSLGFIFAFNVLPVIIFFSSLIAVLYYLGVMGWVIKLIGGFLQKVLRTSRPESMSAAANIFVGQTEAPLVVRPFIPHMTKSELFAVMVGGLASIAGSVMAGYAGMGVELKYLLAASFMAAPGGLLMAKIMLPETEKAKDALDEIDASETGYANVFDAAASGAASGLQLALNVGAMLLAFVALIAMLNGLIGWTGSLFGYDDVTFQGILGYVLQPLAWAIGVPWNEAQLAGSFIGQKFVVNEFVAYLDFLEHQSELSEVSQAVITFALCGFANFSSIAILMGGIGAMAPTRRKEIAQLGLKAVFAATLSNLMSASLAGFYLSLG	PGPT0021070_1398	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
AK237_04057	654	udk	COG0572	Uridine kinase	TTGCAGGAGGAACATCAGCCCTCTAGAGTTATGCAGTCGCCATTAATCATTGCTATATCCGGAGCATCAGGCTCTGGCAAATCACTTTTTACTGAAAATTTATTGAATGCGTTTAGTGCGCAAGGTCGTCCTGTACAAATTTTACGGGAAGATCACTACTATCGTGCTCAGGATCATCTTCCTATGGAAGCGCGGGAAAAGAATAACTATGATCACCCCAATGCCTTTGAGCATGAACTATTAAAGGCTCATCTGCAGGCATTGCGCAATGGAGAGCCCATTGATTACCCGCATTATTGCTTCAAGACGCACACTCGTCTTCCCGACACAGAGCGTTTAAATCCAGCGCCGGTGATTATTTTAGAAGGGATCATGTTGCTGGCACGCCCAGAGTTGTTGCCCCACTACGATGTAAAAATATTTATCGATACCCCGCTGGATATCTGTTTAATGCGACGAATGATGCGTGATGTCAAAGAGCGTGGACGCACCCTCGATTCCATTGCTAAGCAATATGAATCCACCGTTAAACCTATGTACCATCAATTTATCGAACCCAGCAGATTTACAGCTGATGTAGTCGTCACACAAGGTGGCAAAAACCAAATCGCCCTGGATGTAATCAAGTCACATATACAACAGGCATTACAATAA	MQEEHQPSRVMQSPLIIAISGASGSGKSLFTENLLNAFSAQGRPVQILREDHYYRAQDHLPMEAREKNNYDHPNAFEHELLKAHLQALRNGEPIDYPHYCFKTHTRLPDTERLNPAPVIILEGIMLLARPELLPHYDVKIFIDTPLDICLMRRMMRDVKERGRTLDSIAKQYESTVKPMYHQFIEPSRFTADVVVTQGGKNQIALDVIKSHIQQALQ	PGPT0021230_3577	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021230-udk-K00876	NA	NA
AK237_04058	966			hypothetical protein	ATGCAAACGCTCAGTGAAATGACAGCTTCTCAGTGGAGTAAAGCGGGCGCAGTTGCACTTGCGCTTTTCGCTTTGTTCCAGGCGTGTATTGCCTTGGGACAATTCAGTGGCGCGTACACGGAACGTCATCAGGCAATTGACCAGCTCGAACGCCGTATTAGTTTAGATCTTGCCTATTTAGACGTCGGTAATCAGACACTGAATACGCCAGTAAATGATGCAGCGGTGCTCCGGTATCTTAGTCGCATCAATAAGACACTGGCCGAGCAGCGCTACCCCATTTACATACGTCAAATGCAACACGTCGCCGTTAACACTCCCAGCAGCGTAGACTGGTCCTCATCGACCATGCTGAAACTGGATACTTCGGAACAACAAATACTGATTGAACTGGTGTTGAAGCCGTTGTCACAGGCTGCGGTAGTTCATCCTATCGCCATTTTGGCAGCACTTATTGTCTCCCCTATTGTTATCGGGTTTCAGCCAAGAGCGAGAAAGAGACGTGCTTCAGCAAAAGACGATATTCCCCCGCCTCCCGAACCTAAACTTATTATCGATCTGAATACGAAATCCATCGGGAACGGTGTTGATGGCCGTGCAATACAAATGCAAAACAAGCCTTTCTGTTTTTACGCTGCGCTGGTGAGATATTGTATCGAAAACCCAGAGGCGAACCTGCCGCAAAATAAAGACGTGCCTCAGGAACTTATAACCATAGCCAACCGTGTTTTTTTGCGCTTGATCGAATTAGGTCATACCAAACGTAAGAGACCAGACTTTAATGCTAACCTGGATAAAACGTTAAGTGAGATCCGTGCAGCATTAGATGACACTTTCGGTCCGTTTCTGGCTGAGAAAGAAAAGTACTACCCCCCACGGGCGCAGGGAGAAGGCTCTCGTTCTAAACAACATTCTTTTGCGCTACCACCTATAACAGAAGAGGACATTGTCATACTCGGAAAATAA	MQTLSEMTASQWSKAGAVALALFALFQACIALGQFSGAYTERHQAIDQLERRISLDLAYLDVGNQTLNTPVNDAAVLRYLSRINKTLAEQRYPIYIRQMQHVAVNTPSSVDWSSSTMLKLDTSEQQILIELVLKPLSQAAVVHPIAILAALIVSPIVIGFQPRARKRRASAKDDIPPPPEPKLIIDLNTKSIGNGVDGRAIQMQNKPFCFYAALVRYCIENPEANLPQNKDVPQELITIANRVFLRLIELGHTKRKRPDFNANLDKTLSEIRAALDDTFGPFLAEKEKYYPPRAQGEGSRSKQHSFALPPITEEDIVILGK				NA	NA	NA	NA	NA
AK237_04059	825			hypothetical protein	GTGGTACTGGTAGCAGTATGTTGCGTCGTCGTAGGTTTTTTTCAAAAATTTGAGAATTTGTCTGTTATAGCCCCTCAAACAGGTCAGGTTTTGTTCTGCCCCGAGCGTCTATCGCCCAATGGAGACGACTTCGATGTCTATTTAACAGAGCAAACGTTTATAGACAGTGCGCTAACGGCGTTTTGCCAAAACCCGGTGATAAGGCGTCAGTTCGGCAATGTAAAAGTAACAGTTGGACAGAATGACTACGATACGTTTCGCTACATAAATCACGGTGTAAGCGATTTAGCGTTAGTAAAGAACAATGTTGTGAACGCATTTGGCGCAAGTGAGATTTATGGATACGAAGAGGTTGCTTCACATCAGGATTATGCGGCGTATTTTATTGCCCTGAAAGAAAAACCAGAGCTAACAAAGGAATACTTGTTAGGTAAGCGCATCGGTATTTTAGATTATCCGAGTAGCCGGTCGGGTCACATCGTGCCTAAAAAAGTCCTCAAGTCTTTGGGTCTGAATCCTAATACTGTGACATTACATAACTACAGCTCACATAAAGAGCTACGCCGAGCGCTACTAGCCGGCGAGATAGATATCATCTCTTCCTATTGGGACAAGAAGGACGGTGAGATCCTTTCAAAAAGCTATATCACACCACTCGAAGATAGCGTCAAAGGCATGCGATGGTATTTAAAAATGCAAACCCGCAATACCGACTTAAAGTGCGCGGTACAGCAAGTTATTCAGGACATCTCAGGTAAGCAAAGTAAAAAGTATTATCAGCAAGTTGTGATAAAGGAGCCTTGTACCAATGCAAACGCTCAGTGA	MVLVAVCCVVVGFFQKFENLSVIAPQTGQVLFCPERLSPNGDDFDVYLTEQTFIDSALTAFCQNPVIRRQFGNVKVTVGQNDYDTFRYINHGVSDLALVKNNVVNAFGASEIYGYEEVASHQDYAAYFIALKEKPELTKEYLLGKRIGILDYPSSRSGHIVPKKVLKSLGLNPNTVTLHNYSSHKELRRALLAGEIDIISSYWDKKDGEILSKSYITPLEDSVKGMRWYLKMQTRNTDLKCAVQQVIQDISGKQSKKYYQQVVIKEPCTNANAQ	PGPT0002525_2887	DIRECT EFFECT	BIO-FERTILIZATION	PHOSPHATE_SOLUBILIZATION	P-SOLUBILISATION-OTHER_ACID_METABOLISM	P-SOLUBILISATION-PHOSPHONATE_TRANSPORT,PGPT0002525-phnD-K02044	NA	NA
AK237_04060	3159			hypothetical protein	ATGCTCTCCAACTTAAGAAAAAACCGCTTAGCGCTTGCGTTAACGGTGGCTCTGGGTTCATCCGCATCTGCATATGCGGCTGATACAACCTCTGACGTACGTGGTGTGATTACTGGACCGACTGGCCAGCCTGCTGCTGGTACTGAGATTACCCTAATTCACCAACCTTCTGGTACTGTGACCAAAGTAATTACAAATAGTTCAGGTAGCTTTAATGCTTCTGGTCTGCGTGTTGGTGGTCCATACCAAGTTATTATTGACTCTGACCAATATAAAGACGAAGTAAAAGAAGGTATCTTCTTACAGTTGGGTCAGACTTTCAGATTAAATGAGCAGCTTGGTCAAGACGACGTAGAGAAAATTACTGTAACGGGTAATGTAATGACGTCTTCTAACTCAGGAAGCGAAAGTTACTTCGATTCTGACAGCATCATTAACTCACCCACATTTAATCGTGACATTAAAGAGGTTATTCGTCAGAACCCACTGGCCACAACGTTGGGCGGCGATGACAATGCACTGACAGTTGCTGGTCAAAACCCTCGTTTCAATAGCATTAACGTTGACGGTATCGGTATGAATGATGACTTCGGTCTGAATTCAAATGGTTACCCAACACAGCGTGCGCCTATTTCAGTTGACGCGTTAGAGCAGGTTTCAATTGAAACAAATCCATACGATGCAGAATTTGGCGGTTTCAGCGGTGCACGTATTAACGCAGTAACCAAGTCAGGTACCAACGAATTCCACGGCGGTGTGTTCTACGAACGAACTGACGACTCATGGACCGGTAAAGCGAAGAACTCCATCACTGGTGTAGAATCTGATTTGCAAGGTATCGACAGCGACACTTACGGATTTAACGTAGGTGGTCCCATCATCAAAGATAAGCTGTTCTTCTTTGCAAACTACGAGAAATACAGCAGCCCGATTCTGGCTGACTGGGGGCCTGCAGGTAGCGGCAGAGCCAACGAAACAAATATGACAATTGAGCAATACGAACAAGTTCGTGACGTTGCGCAAAGTCAGTATGGTATCGATATCGGTGGTTGGGATGCTTCGCCGGAAGAGAACGACGAAAAGTGGTTAGGCAAGATTGACTGGAACATCAACGACCAGCACCGTGCCTCACTGACCTACCAGAAAGTGGAAGGTAACTCGTTACGCAGTCTAACGTCTGGCGACTCGACACTAGTTACTTCTACTGGTTGGTACGATTATCAACAAAACATGGAATCTTACTCATTGCAGTTGTTCTCTGACTGGAGCTCTGCGTTCTCGACTGAGATTTATGGCTCTTACAAAGAAGTTGAAGCAATATCCGGTGTTGAGACTAAAGATTTCGGTACGATTACTATTCAAGGTTGGGATTCGTACAATGATGACACGGGTATCACGTTTGGTCCTAACGAATACCGTCATGCTAACGAACTGAAAACTGAAACAACGACGTTAGGTATTAACGCCGATTATCTGCTTGATGACCACAACATCAGCTTTGGTTTGAAATACGATAAGTTAGATATCTTTAACTTATTCGTGAGCGGTTCTTTAGGTACGTGGACATTCAGTACGTTTGACGATTTCGTTAACGGTGATGCCTATGAATTCGACTACAATAATGCAATTACCAACGACGCGAACGATGGCGCTGCTGCATTTACTATGGGTTCTTATGCTGCATACGTGCAGGATGAGTGGTTTGTAAACGATTCGCTAGAGCTGTCTTTAGGTCTGCGTTACGAGCAAACCTGGTCTGATGATGAACCTGCTTTCAATCAAAATTTCTATGATCGCTATGGCTTTAGCAATCAAGAAAACTTAGATGGTCTGGATATTTTCCTGCCTCGCGTTGGCTTTAAGTGGTACGCCACTGATGACGTAACAGTACGTGGTGGTGTGGGTCGTTTCGCGGGCGGTCGTCCTAATGTTTGGGTATCAAACTCATTCAGTAAAGATGGCGTAAGCGTAGCAGGTATTCCGACGGTTCAGAATACTAACTTCACTGGCTTTAACAGTGTTCCTCAGGAATACCAGGACCAGCTGACAGCGGGTGACGGCGAAACTAATGCCATTGATCCAAATTTTGAAATGCCATCTGATTGGCGTTACAGCGTAGCCGTTGATTACACCTTCGACATTCCAGGTGTAGGTGATGGCTTCCAGTGGACCAATGAATTTATCTACGTTGATAAGAAAGACGAGCTGGCATGGCGCGACCTCAACCGGGTTGATACCGGTGAAACGACTTCAGACGGTCGAATCATCTATGAGCAAGTTGACGAAGGTCATACCTACGACGTCCTGTTGACCAATGCAGACGAGGGTGGCAGCAGCAAAATCTTCACTACCAGCCTGGCGCAAGCGTGGGAAAATGGCCTGAGCATGAACTTGTCTTATACTTATCAGGACATTGAAGAAGGTACCTTTGGTACAAGCTCGCAAGCCGCATCTAACTGGCGTTACGACCACGTAATAAATCGTAACCAGACACAAATTGGTAACGGCTACTACGAAGTAGAGCACAGCTTGAAACTGTCTTTGAACTACAGAAAAGAATTCATCGATGGTTATGCAACCAACTTCAACGTGTTCTTCGAACGTCGTTCAGGCTTGCCGTATAGCTGGTTAATGGGTGGTGCTTACCAAAATGCTGATGGTGGCTACCTTGACAACCAGAATGCTTATGCAATCGGTGACGAAAATGGCGTATATGGCTACTTAGCACCATACATTCCATCAGGGCCTAACGATCCTGCGGTGGCTTATGCGGATGGATTGACTTATGAAGAGTTCATGAGTGACTACGTAGAGCCTGCTGGTCTTGCTGGTTACGCAGGCGGTTATGTACCTAAGATGTCTGCAAATGTACCTTGGGTAACTACCATGGATGTTGCCGTACAACAGGAAATTCCGGGCTTTGTTGAAGACCACAAAGGTGTGGTTTACTTCACAGTCAGAAACTTCCTTAACATGTTGAATGACGACTGGGGTCAACAAGAAAGCGTAAGCTATAACTATAAAACCCTGATGAACGCCAACTATGAAGCTGATGGTACGTTAGTTTATCGTCCATACAGTGGCTTCGATACAAGCAACGATTACGAAGCTCAAGATTCAGTTTGGTACATCAAAGTAGGTGTACGTTACGAATTCTAA	MLSNLRKNRLALALTVALGSSASAYAADTTSDVRGVITGPTGQPAAGTEITLIHQPSGTVTKVITNSSGSFNASGLRVGGPYQVIIDSDQYKDEVKEGIFLQLGQTFRLNEQLGQDDVEKITVTGNVMTSSNSGSESYFDSDSIINSPTFNRDIKEVIRQNPLATTLGGDDNALTVAGQNPRFNSINVDGIGMNDDFGLNSNGYPTQRAPISVDALEQVSIETNPYDAEFGGFSGARINAVTKSGTNEFHGGVFYERTDDSWTGKAKNSITGVESDLQGIDSDTYGFNVGGPIIKDKLFFFANYEKYSSPILADWGPAGSGRANETNMTIEQYEQVRDVAQSQYGIDIGGWDASPEENDEKWLGKIDWNINDQHRASLTYQKVEGNSLRSLTSGDSTLVTSTGWYDYQQNMESYSLQLFSDWSSAFSTEIYGSYKEVEAISGVETKDFGTITIQGWDSYNDDTGITFGPNEYRHANELKTETTTLGINADYLLDDHNISFGLKYDKLDIFNLFVSGSLGTWTFSTFDDFVNGDAYEFDYNNAITNDANDGAAAFTMGSYAAYVQDEWFVNDSLELSLGLRYEQTWSDDEPAFNQNFYDRYGFSNQENLDGLDIFLPRVGFKWYATDDVTVRGGVGRFAGGRPNVWVSNSFSKDGVSVAGIPTVQNTNFTGFNSVPQEYQDQLTAGDGETNAIDPNFEMPSDWRYSVAVDYTFDIPGVGDGFQWTNEFIYVDKKDELAWRDLNRVDTGETTSDGRIIYEQVDEGHTYDVLLTNADEGGSSKIFTTSLAQAWENGLSMNLSYTYQDIEEGTFGTSSQAASNWRYDHVINRNQTQIGNGYYEVEHSLKLSLNYRKEFIDGYATNFNVFFERRSGLPYSWLMGGAYQNADGGYLDNQNAYAIGDENGVYGYLAPYIPSGPNDPAVAYADGLTYEEFMSDYVEPAGLAGYAGGYVPKMSANVPWVTTMDVAVQQEIPGFVEDHKGVVYFTVRNFLNMLNDDWGQQESVSYNYKTLMNANYEADGTLVYRPYSGFDTSNDYEAQDSVWYIKVGVRYEF				NA	NA	NA	NA	NA
AK237_04061	3174			hypothetical protein	ATGTTTAACAAGTCTAAGCTTAATCGCGTTGCTATTGCTGTTGCAATGTCTGTAGGGATATCTACAGCGGCACTGGCTCAGCAAACGTCATCTGAAATTACTGGTCGTATTGTTGGGCCTCAGGGGAACCCTGCAGTGGGCACAGTAATCACTGTGAAGCACGTTCCTACGGGGAGCGTAAAAACGGTTACAGTAAATGAAAATGGCCAGTTCAATCTTTCTGGCCTTCGTGTCGGTGGTCCCTATGAAATCGTTATGGACTCAGACTCTTTTGAAGACGCCACGATTTCAGACGTATACCTTTCACTCAGTGAAGGGTTCAATCTGAATAATTTCCAGTTATCAGACGGGACTGATGTAGAACGGATTCAGGTAACAGGTACGCAAGTAGGCTCATACGCATTCGGCCAAAAAGGTCCAGCGGCTAACTTCAGCATTGAAGATCTGCAAACATCACCGGCTATCAACCGTGATATTAAAGATCTCGTTCGTGCCGACCCGCGTGTTTATGTTGATGAAACATTCTCAGATGGCATTCAGTGCGCCGGAGCATCACCGCGCTTTAACAGTCTTACCCTTGATGGTATGCGCTTGAATGACAACTTCGGTTTGAACTCCAACGGCTACCCAACTGAAAGCATGCCATTCTCCTATGACGCTATCGAACAGGTAGCAGTAGAATTAGCACCTTTCGATGTTGAGTATGGCGGTTTTACCGCGTGTAACATTAACGCCGTAACAAAGACGGGTACAAATGAAGTTCACGGTTCGGCGTTTTATGATTATACCTCTGATTCCCTTAAAGGGGATTCTATCGAAGGTAACGATATCGACAACGGCAACTATACCGAGAAACGGTATGGTGCCACTGTAGGCTTACCTTTAATTGAAGACACGTTGTTCCTTTTCGCAGCCTACGAGAAAAAAGAAGGTGTGCGTCTTCACAATTATGCTGGCTTAAGCCGGATTTCTCAGGAAGATTTAGACCGTATTAGCTCAATCTCGCAAAGTGTGTACGGGTACGATCCTGGTGGTTTCAAAGCGGCATCACCAGTAGAAGACGAAAAGATTCTTTTAAAACTTGATTGGAACATTAACGACGACCATCGTGCATCCTTGATGTACAACTGGAACGACGGATTCAATATTGATGAATCTGATACCGGCTCAAGTCGTTTATCATACGATGGCCACTTCTACGAGCGTGGCGCTGAAATTGAGACTATCGTCGGTTCACTCTACTCTGACTGGACTTCTGATTTTTCAACTGAGTTGAGAATTGGTCATACTAAGCTCGACAATCGTCAGAACTCAGTAGACGCATCAACCGGCTTTGGTGAAGTTCAGATAAGCACCGGAGACGGATTAACGGTTTATCTTGGCCCGGACGACTCTCGTCAGTCGAACCAACTTAACTGGGAAAACACGTCATTTAAGTTTGCCGGTACTTATTTGGTGGGTGATCACACCCTTACCGCGGGTGTCGAGTATGAAGAGCTGGAAGCATTTAACTTATTCATGCAGCACACTATCGGTGAGTACCAATTTTCATCTATTGATAACTTTGAAGCAGGCCTGGCTACGGGAATCGACTATAACAACTCTGCCGGAACCAATAATCCTGATGATGCGGCGGCGAGCTTTGGCTTCGAAACCACGACATTCTACGTTCAGGACGAATGGTTCTTTAACGACGACTTAACTCTTATGGCAGGGTTACGTTACGATCGCTGGACTTCCAGTGATACACCTCGTTACAACGCAGCTTTTGAAGACCGTTTTGGCTATTCGAATACCAACAATCTGGATGGTATCGATTTGATTCAGCCTCGCGTTGGATTTAACTACATCATTAATGATGACATGGAATTGCATGGCGGTGTAGGTTTGTACTCTGGCGGTAGCCCAAATGTATGGATTTCAAACGCATATTCAAATGATGGTGTAACGAATGTTGGTGTGAACGAAGCGAATTTGGCAAATTTCGTGCGCAATCAACCTATCGATATTTTCAACGCTCCTCGTGTGGGTGGTGGTCAACCGATTTATGCCCCACTTCAGGAAATGTATGATTACGTTGAGAATTACCCTACTGAAGGTACTGCATCGGGTGTTAATGCTATCGACCCTGATTTTGACATGCCTACGGAATGGAAATATGCGTTAGGCCTAACGTATATGGCACCGCATGATTATCTCATTCAGGCTGATATCTTATATACCGATAAGAAAGACGCTTTGTTGTATGTTGAGCCTGCGCGGACTCAGGTAGGCACTGGTCCGGACGGCCGTCCTGTGTATTCAGGTGCGAATAACACGTTGGTGCTCACGAATGTGGATGGTGATTCTGGTGACGCTACTACGTTATCTTTAGCAGTATCTAAAGAGTATGACTTCGGCCTGGACTTTAGTTTTGCTTATGCTTATAACAATTCTAAAGATGTTAACCCGATGACCAGTTCAACAGCGGGTTCTAACTACAGCGGTTTCGCAACATACGACCCGAATAACCCCGGCGTAGCTACTTCTAACTACAATATTCCACACCGCTTCACGATGCGATTGGGATATGCACAAGAGTTCTTCGAAGGCTACACCACTCGTTTCAGCTTATTTGCGCAAGCAAACAAAGGTCGGGGCATGAGCTACACCTTTGGTGACGTTCCTCGTCTTGACGAAGACGGTGAAATTGAATATCTGGACTTACTTGACCAGTATTATGGTGATGATTGGACAGGTGGCGGACGTCAGTTGATTTACGTTCCAACAGAAAATGATCCAAATGTTGTCTATGGTCCTGATTTCGACCTGGAAGCCTTTAATGACTTTATTGCCTCAGAAGGCCTCACTCGCGGTGCGATTATGGGACGTAACAGTGTGAATGGTGATTGGTGGACTAAGGTTGATTTACGGATCAGTCAGGAGTTACCAGCGTTTACCAGAGATCACCAGGCTGAGGCGTTCTTTGTCATCGAAAACATCGGCAACTTGTTGAACGATGACTGGGGCGTACTGAAGCAAGGCAACTATATCTCAGAATCAGTTGTTGGCGCGTCAGTGAACGACCAAGGACAGTATGTTTATGAGACGTTCGACACGCCGACACAGCGTGACTCGGTTCAGAATGCAGCTTCCTTGTGGGAAATTCGCATAGGTGTTAACTACCGCTTCTAA	MFNKSKLNRVAIAVAMSVGISTAALAQQTSSEITGRIVGPQGNPAVGTVITVKHVPTGSVKTVTVNENGQFNLSGLRVGGPYEIVMDSDSFEDATISDVYLSLSEGFNLNNFQLSDGTDVERIQVTGTQVGSYAFGQKGPAANFSIEDLQTSPAINRDIKDLVRADPRVYVDETFSDGIQCAGASPRFNSLTLDGMRLNDNFGLNSNGYPTESMPFSYDAIEQVAVELAPFDVEYGGFTACNINAVTKTGTNEVHGSAFYDYTSDSLKGDSIEGNDIDNGNYTEKRYGATVGLPLIEDTLFLFAAYEKKEGVRLHNYAGLSRISQEDLDRISSISQSVYGYDPGGFKAASPVEDEKILLKLDWNINDDHRASLMYNWNDGFNIDESDTGSSRLSYDGHFYERGAEIETIVGSLYSDWTSDFSTELRIGHTKLDNRQNSVDASTGFGEVQISTGDGLTVYLGPDDSRQSNQLNWENTSFKFAGTYLVGDHTLTAGVEYEELEAFNLFMQHTIGEYQFSSIDNFEAGLATGIDYNNSAGTNNPDDAAASFGFETTTFYVQDEWFFNDDLTLMAGLRYDRWTSSDTPRYNAAFEDRFGYSNTNNLDGIDLIQPRVGFNYIINDDMELHGGVGLYSGGSPNVWISNAYSNDGVTNVGVNEANLANFVRNQPIDIFNAPRVGGGQPIYAPLQEMYDYVENYPTEGTASGVNAIDPDFDMPTEWKYALGLTYMAPHDYLIQADILYTDKKDALLYVEPARTQVGTGPDGRPVYSGANNTLVLTNVDGDSGDATTLSLAVSKEYDFGLDFSFAYAYNNSKDVNPMTSSTAGSNYSGFATYDPNNPGVATSNYNIPHRFTMRLGYAQEFFEGYTTRFSLFAQANKGRGMSYTFGDVPRLDEDGEIEYLDLLDQYYGDDWTGGGRQLIYVPTENDPNVVYGPDFDLEAFNDFIASEGLTRGAIMGRNSVNGDWWTKVDLRISQELPAFTRDHQAEAFFVIENIGNLLNDDWGVLKQGNYISESVVGASVNDQGQYVYETFDTPTQRDSVQNAASLWEIRIGVNYRF				NA	NA	NA	NA	NA
AK237_04062	684			hypothetical protein	ATGAATAAACGTATTCTAATGGTAATGACCTCTCACGATATTCTTGGTGACACGGGTAAACCCACGGGGCTATGGCTTGAAGAGTTTGCCTCTCCTTACTATGCCTTTCTGGATGCGGGCTGCACAGTTACATTGGCGTCTACCTTGGGCGGGCAAGTACCCGTGGATCCCGCCAGCCTGGAAAAAGACGCGTTAACCGAAGATACAAAACGCTTTTCTGATGACGAGATTGCGCGCTCAGCATTGGCATCTACTCTTTGTTTAGAAGACGTGAAAGCCGATGAATTTGATGGCATTTTTTATCCCGGTGGTCACGGACCTTTGTGGGATTTGTCGGATAATGCCCATTCCATTGCTTTGATAGAGGCGGCGTTAAATGCTGGTAAGCCAGTTGGCGCGGTATGCCATGCCCCCATCGTATTGAAAGACGTAAAAGATAGTGAGGGTCAGCCTTATATTAAAGGCCGCCCGGTAACGGGTTTTGCTAATTCAGAAGAAGCGATGGTAGGGTTAACTGACGTTGTACCTTACCTGGTGGAAGATGAACTCATCAAGCAGGGGGGAGAATACAGCAAAAAAGGTGACTTTGAGCCTTATGTTCTGGAATCCGGGCATTTGATTACCGGGCAGAATCCGCCTTCATCACGTCCTGCTGCAGAGGCGCTTATAGCCAAACTTAGCTAG	MNKRILMVMTSHDILGDTGKPTGLWLEEFASPYYAFLDAGCTVTLASTLGGQVPVDPASLEKDALTEDTKRFSDDEIARSALASTLCLEDVKADEFDGIFYPGGHGPLWDLSDNAHSIALIEAALNAGKPVGAVCHAPIVLKDVKDSEGQPYIKGRPVTGFANSEEAMVGLTDVVPYLVEDELIKQGGEYSKKGDFEPYVLESGHLITGQNPPSSRPAAEALIAKLS				NA	NA	NA	NA	NA
AK237_04063	465	argR	COG1438	Arginine repressor	ATGGCTAACGTAAAACAAGAAAAGATGATTAAAGCCTTCAAAGAGATCCTAAAAGCAGAAAGTTTTGGCTCTCAAGGTGAAATTGTAGAAGCACTGAAATCACAAGGTTTTGATAACATCAGCCAATCAAAAGTGTCCCGTATGCTGAGTAAATTCGGCGCGGTAAGAACGCGCAATGCCCGCGGTGATATGGTTTACTGTTTACCACCTGAACTTGGCATGCCTACGGCGAAAAGTCCGCTTAAACAGCTCGTGCTCGACATTGTACACAATAACGTAATGGTAATCATAAGAACCAGCCCCGGAGCGGCGCAGCTTATCGCAAGATTGCTTGACTCTCTGAGCCAGAAAGATGGCGTACTGGGAACTATAGCCGGCGATGATACAATTTTTATCGCCCCTGCCGACGTCACCCGTATTGAGGAAATTCGCCAGCGTGTAGAGAACTTATTTGAGAACGTATAA	MANVKQEKMIKAFKEILKAESFGSQGEIVEALKSQGFDNISQSKVSRMLSKFGAVRTRNARGDMVYCLPPELGMPTAKSPLKQLVLDIVHNNVMVIIRTSPGAAQLIARLLDSLSQKDGVLGTIAGDDTIFIAPADVTRIEEIRQRVENLFENV	PGPT0020105_1292	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_AMINO_ACID_UTILIZATION	PLANT_DERIVED_ARGININE_DEGRADATION,PGPT0020105-ahrC-K03402	NA	NA
AK237_04064	939	mdh	COG0039	Malate dehydrogenase	ATGAAAGTAGCCGTGTTAGGTGCTGCCGGTGGTATTGGTCAAGCGCTGTCATTGTTGTTAAAAACACAATTGCCAGCAGGTTCTGAATTAGCGTTATATGACGTTGCGCCAGTTGTTCCTGGTGTTGCTGTTGACCTGAGCCACATCCCCACCGCGGTGAAAGTTACCGGTCATGGTAAAGATGATCTGGCTGATGCACTTACCGGTTGTGACGTTGTTCTTATTCCGGCTGGCGTTCCACGTAAGCCTGGTATGGATCGTTCTGACCTGTTTAATATCAATGCTGGTATCGTTAAGAACCTGATTGAAGGTGTTGCTGATAACTGTCCTTCTGCTTGTGTTGGTATTATCACTAACCCTGTAAACACCACTGTTGCTATCGCTGCTGAAACGCTGAAAGCAAAAGGCGTTTACGATAAAAACAAACTGTTCGGTGTTACTACTCTGGACGTGATCCGTGCCGAGACTTTCGTGTCTGAACTGAAAGGTCTGGACGTATCAAGCGTACATGTTCCTGTAATCGGTGGTCACTCCGGGACGACTATCCTACCTCTGCTGAGCCAGGTTGAAGGTGTTTCTTTCACTGACGAAGAAGTAGCAAGTCTGACTACACGCATCCAGAATGCAGGTACTGAGGTTGTTGAAGCGAAAGCTGGCGGCGGTTCTGCGACGCTGTCTATGGGTCAGGCTGCAGCACGTTTCTGCCTGTCTCTAGTTGCTGCAATGCAAGGCGAAAACGTTGTTGAGTACACTTATGTACAAACTGATGACAGCGACGACGCAGCATTCTTCGCACACCCTGTACGTTTAGGTCCTAATGGCGTTGAAGAAATTCTGCCATACGGCGAGCTGAGCGCATTCGAACAAAAAGCGAAAGACGACATGCTGGAAGGCCTGCGTGGCGACATCAAAATTGGTGTTGAATTCGTAAACGGCTAA	MKVAVLGAAGGIGQALSLLLKTQLPAGSELALYDVAPVVPGVAVDLSHIPTAVKVTGHGKDDLADALTGCDVVLIPAGVPRKPGMDRSDLFNINAGIVKNLIEGVADNCPSACVGIITNPVNTTVAIAAETLKAKGVYDKNKLFGVTTLDVIRAETFVSELKGLDVSSVHVPVIGGHSGTTILPLLSQVEGVSFTDEEVASLTTRIQNAGTEVVEAKAGGGSATLSMGQAAARFCLSLVAAMQGENVVEYTYVQTDDSDDAAFFAHPVRLGPNGVEEILPYGELSAFEQKAKDDMLEGLRGDIKIGVEFVNG	PGPT0001435_2476	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
AK237_04065	1323	hmp_2		Flavohemoprotein	GTGACCGAGTTTGAACGACTGCTGACGGCTCTTTTTATGGTAGCGGCCTACACCCTTTGGGTTGGCTATCTGTTCTGGAAACACAAAGGGAAGCATTTGCTGAGGCAGCACACACAGGAAAGCAATGTGCTGATTGCCTGGGCAAGTCAGACAGGTACGGCACAGGCGCTGGCAGAGGCCTTTGCTGAAAACCACAGTGAGTTTAAACACGCTGCGCTGACGCCTTTGTCGGCCATCTCGCCTGAGCGTCTCAGCGAATTTCAAAAGGTTTTGTTTGTAGTAAGTACTTACGGTCATGGCGAGCCGCCCGATAACGGACGTTCATTTTTTAAAGCGCTTAACCGTATACGCAAAGACGTAACAGACTTGTCTCACCTTGAGTATGAAGTCATCGCGCTGGGAGACAGCCAATACCCGCATTTTTGTGCTTTTGGCGAACATATTGATAAGCGGTTGAATGCATTGGGTGCCAGCCCCGTTTCGCCACTGGTTAAGCTTGATCACAGTAAAGGTGAAGACGCTGCCGCACTGGCACAATATTCATCTAAAAGCGCGGCTGTCTCTGACCATGAGGATTTTACTCTTATCCGCCGGCGGCAACTTAATAGCAGTCAAGAGCACCCGCTTTTTGAAGTCGATCTACGTTGTAACGACACATCGCAACATTGGCAGGCCGGCGACATCCTGGATGTGTTGCCACGGAATACAACAGAAGAAATCGCCCGCAGTTATACTATCGCCTCTGTGCGCAGCGAAAGCGACATCATCAAACTGATAGTGAGATTGGCAATAAAAGAGGACGGCAGTCAGGGCCTGGCCTCAGGGTGGCTGACACAGCAGTTGAAAATAAACGACACAGTTAAAGCCAAGTTGCATGTAAACCCCGCCTGCCATCTCACACTTAACAACAAACCTTTGCTACTCATCGCTGCCGGCAGTGGACTGGCAGGTATCCGTGCTCAGTGGATGCAGGCAGCAGAGCAACAGCACTCTGCACCAGTCTATGTGTTATTTGGTGAACGCACACGGGAACACGATGACATTCTTTCAGAGGTTATTCCTGCACAGGCGCTGAACGCAGCCAATGTCACCGTGAAACGGGTATTCTCCCGTTGCCCTGACCACCCCATGTATGTGCAACAAGCGCTACAGCAAAGCGAAGACGCCTTGCTGGACGTGGTGAACAATGACGGCCAGATATACGTGTGCGGCAGCTACGATGGTATGGGGGAAGGCGTGCATCACACATTGATCAGAATGCTCGGCGAGGATCAGGTTCAACAGCTTATCGACAGCCATCGCTATCACAGGGATGTGTATTAA	MTEFERLLTALFMVAAYTLWVGYLFWKHKGKHLLRQHTQESNVLIAWASQTGTAQALAEAFAENHSEFKHAALTPLSAISPERLSEFQKVLFVVSTYGHGEPPDNGRSFFKALNRIRKDVTDLSHLEYEVIALGDSQYPHFCAFGEHIDKRLNALGASPVSPLVKLDHSKGEDAAALAQYSSKSAAVSDHEDFTLIRRRQLNSSQEHPLFEVDLRCNDTSQHWQAGDILDVLPRNTTEEIARSYTIASVRSESDIIKLIVRLAIKEDGSQGLASGWLTQQLKINDTVKAKLHVNPACHLTLNNKPLLLIAAGSGLAGIRAQWMQAAEQQHSAPVYVLFGERTREHDDILSEVIPAQALNAANVTVKRVFSRCPDHPMYVQQALQQSEDALLDVVNNDGQIYVCGSYDGMGEGVHHTLIRMLGEDQVQQLIDSHRYHRDVY	PGPT0002795_2550	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-H2S-VOLATILE_PATHWAY,PGPT0002795-cysJ-K00380	NA	NA
AK237_04066	600			hypothetical protein	ATGCGATTTTCCCTTGGCAGTGCCCGGCAGTGGCATTGGATTTCAGCCGCCATTTGCATGCTTGGCATGTTCATGTTTGCCATTACCGGTATAACGCTTAATCACGCAGCCGATATTGAAATAGTGCCGCAGGTAAGAAATGTCGAAGCGGAATTACCGGATAATATTCTGTCTGACATCGTTGATTTGCCTGAAGGCGCAGTCGCCCTGCCCGCTTCATTAAGTGAATGGCTGGCTGACGTGCAGCATGTCAGGCCGCCGTCAGATAAAGAGGGGGAATGGGATGGCGTAGAGTTATATGTGTCCTGGCCGGGACCTGGGCAAGACCATTGGTTATCAGTAGACACTGAATTGGGCGAATTGGTCTATGAAGGTACCGATCGTGGATGGATTGCCTACTTCAACGACTTACATAAAGGCCGGAATACCGGCACGGTGTGGCAATGGTTTATTGATATCTTTTCTGCAGTGGTGATTATTTTCACCGTCACCGGACTGCAATTACTGATAAAGCAGGCGCCTCACAAAGCGTCAACCTGGCCGGTAACGGCGCTGGGTTTTCTCATCCCTGTTTTCATTATGCTGGTTTTTATTCATTAA	MRFSLGSARQWHWISAAICMLGMFMFAITGITLNHAADIEIVPQVRNVEAELPDNILSDIVDLPEGAVALPASLSEWLADVQHVRPPSDKEGEWDGVELYVSWPGPGQDHWLSVDTELGELVYEGTDRGWIAYFNDLHKGRNTGTVWQWFIDIFSAVVIIFTVTGLQLLIKQAPHKASTWPVTALGFLIPVFIMLVFIH				NA	NA	NA	NA	NA
AK237_04067	2364	btuB_37		Vitamin B12 transporter BtuB	ATGAACTTTAAGCGGTCAGCCTTGTTTTTTGCTGTCACGACAATTCTGTCAGGAAATGTTCTAGCCCAGGAAAAAGGACAACTAGACGTAACCAAGGCGCAAAGTGAAGACGCGAAAGAAATCACGTCTACGGCAATAACGCTGGATGCAAAGTCAATTTCACAGCAGTCAATCACAAATATTGAAGATACCGCACGTTATGAAGCCGGCATCCAAATCAACGACTCAGGCAACCGTTTTGGCGACGATGGTTTTAATATCCGGGGCTTGGAAGGTGACGCTGTAGCAGTATCAGTTGATGGCATAATGCAAGGCGAAACGCTCAATCCTTCAACTTTCGCAGCATACGGAATGTTTGGCTCCAGCCGCGGGCAGGTAGAATTAGAGCATGTGAAAACGGTTACCATTTCGCGGGGGCCAAGTGCTGTCACCAATGGTTCCGGAGCGTTAGCCGGTGCAGTTTCTTATACAACAAACGATGCGAGTGACTTCTTGCCAATCTCTGGCGATGCTACAGGTGGAAAAGTCAAAACAGGGTTTGATTCACGTTCGAATGAATGGTTGATTAACGGCACCGTAGCAAATCGTACAGGCAACTTTGAGAGTTTGCTGCAATATACCCGACGCGATGGCAATGAAACCGAGGCTCATGATAATGGAGCCGATATCGTTGGCCCTGCCCGCGGACAATCTGATCCAATGGATAAAACGTCAGACGCAATATTATTAAAACTTGCTTACAACCTGTCTGACGACAAACAGTTTGGTGTAGTTTACGAAAAGTCAGATCGCGAAACCGATGGTACGCCACTTTCCAGAGAACCTGCGGAAGGTACGACCGGCAGCTATTGGGATTTTAGCAGTGAAGATGAAAACAATCGCGAACGTTTTGGCCTTTTCTACAACCAGGACAACGCAAATACCATGTTTTACGACAGTGTGAGTATCAATGTCGATTACCAGGAGTTGTACACCTCAGGCATCACAGCATTTTTGTACAGCACGGGACTGCGTGTTGAGGATCGTAATTTTTCTCAGGATTCAACAAATGTAAATATTGACCTGAAAAAAGCGGTAGCCGGTGATATCGGCCATGAGTTTGCGTACGGGCTCAGCTATCAAAAAGTCTCGACTGAAAACATCATGTACGATCGTCGTTACGCGGGTGAAACAAGCAGCGATCCTGTGCTTGACGGTTATCCTGAGTTAGATCAGGGTTTTGTGCCTGCCTCTGACAAAACGGTCACATCATTTTACGCAGCAGATACCATGGCGCTGAATGACGCCGTCAAACTATATGTTGGCGCACGTTATGACAAAACTGAGTATGAACCTGAACTAAACGACAATTTCTCTGACCCCTTAGGGCAAAGTGTCGCTGACGCGCAGTTCAACGCATTAGTTGGTGAGATGGCATTAAGCTACGAATTTACTGAAGGGCAGCAAATTCAGGCCAAGATTGGACAAGGATATAAAGCGCCGACGTTGCAGGAACTGTATTTCGGCACCAATTCAGGTGAACAAATCACAGACACCGTGACCGGCAATGTCTATCAGGATCTCGACGAAATTGCGAACCCGGATCTTGATGCAGAAAAGTCGCTCAATTATGAAATCAGTTATATGGCGGATTTCGAAAGAGGCTCTCTGAGCATTACCGCTTTCAGAACCAACTACACCAATCGCATACAGAGTGAAACGTTCTCTTCACCCTATGATGCCGACGTCACGGTTGAATCCTGCAACTTTTTCACCGGCAGCTGTGAAACGTCTGTGCTGACAGAAGATGTTTATACACAGGCGCAGAATTCTGGAGAAGTAAAAGTTCAAGGTATTGAAATAGAAGCGGACTGGTTCTTTACTGACAATATTTTTGGACGCTTTACCTATTCAGCATTAGAAGGCGAATATGTTTCAGAATATACGCCTGCCACTGAAAGTGATTTCGACTTTTACGATAGAGGCGATGATCTGGAGACGCTGGCACCTGACTCTGCAACAGTAAGTCTTGGTTACCAATCTGATGATCAGGACTGGGGAGCAAAGATCCATCTAATATATTCAGATGGCGTGGATGAATCTTCCCAGAAAAGTTTCACATCATTAAATAACGGTAGCGGTCCGTTTTATTATCCAGACAGCTACACCGTTTTTGACTTAACCGGATACTACGATATAACCGAGAATCTGACGTTGACTGCCGCTATCTATAACCTCACCGATAAAGAGTATTATCGCTGGAGCGTTGTCGATAACTTACGCTCGGGGAACGGTGGCTTCTTCTCAGGAGTGAGTGGCACAGGATATCAGCGCTTTTCAGAACCCGGCAGAAGTGCAAGTGCTTATATAACCTATACATTCTAA	MNFKRSALFFAVTTILSGNVLAQEKGQLDVTKAQSEDAKEITSTAITLDAKSISQQSITNIEDTARYEAGIQINDSGNRFGDDGFNIRGLEGDAVAVSVDGIMQGETLNPSTFAAYGMFGSSRGQVELEHVKTVTISRGPSAVTNGSGALAGAVSYTTNDASDFLPISGDATGGKVKTGFDSRSNEWLINGTVANRTGNFESLLQYTRRDGNETEAHDNGADIVGPARGQSDPMDKTSDAILLKLAYNLSDDKQFGVVYEKSDRETDGTPLSREPAEGTTGSYWDFSSEDENNRERFGLFYNQDNANTMFYDSVSINVDYQELYTSGITAFLYSTGLRVEDRNFSQDSTNVNIDLKKAVAGDIGHEFAYGLSYQKVSTENIMYDRRYAGETSSDPVLDGYPELDQGFVPASDKTVTSFYAADTMALNDAVKLYVGARYDKTEYEPELNDNFSDPLGQSVADAQFNALVGEMALSYEFTEGQQIQAKIGQGYKAPTLQELYFGTNSGEQITDTVTGNVYQDLDEIANPDLDAEKSLNYEISYMADFERGSLSITAFRTNYTNRIQSETFSSPYDADVTVESCNFFTGSCETSVLTEDVYTQAQNSGEVKVQGIEIEADWFFTDNIFGRFTYSALEGEYVSEYTPATESDFDFYDRGDDLETLAPDSATVSLGYQSDDQDWGAKIHLIYSDGVDESSQKSFTSLNNGSGPFYYPDSYTVFDLTGYYDITENLTLTAAIYNLTDKEYYRWSVVDNLRSGNGGFFSGVSGTGYQRFSEPGRSASAYITYTF	PGPT0003785_589	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_IRON_RESISTANCE	IRON_RESISTANCE-IRON_COMPLEX_RECEPTOR,PGPT0003785-TC_FEV_OM3|tbpA|hemR|lbpA|hpuB|bhuR|hugA|hmbR-K16087	NA	NA
AK237_04068	789			hypothetical protein	ATGAAAACGAGAACCTTAGCATTACTCAGCGTGTTACTTATTATCCCATCAGTGAGTCAGGCACATACGCCCTATCTTAAACCCCTTAGTTTTGAACCTGTTAGCCGCGATTCTATGACGCTGGACGCGTCATTCGCGGAGCAGTTTTTTGTTCCTGAAGTGGCGATTAGCAATGCTCCGTTTGACGTGAAGCAGCCTGACGGTTCAACCGTTCCTGTAGAGACCGTTGTCAATTTAAAAACTCGCAATGTGCTAGAGCAAACGTTGGAACAGGAAGGCACCTACAAATTCTCAACGGGCAAGCGTTTGGGCGCCATCTTTCGTGTTTATGACCTCAATGGAGAGCGTGGATCGGTAAGAGGCAATGAAGAGCCTTTGCCTGAAGGGGCTACGTTGACCGAGCATTTTCAATCAGTTACCAGTGCGGTGGCCTATGTAACGAAGAAAGGTCCTACAGAAAAAGTATTAGAGCCCACGGGCAAAGGTTTGGAAATTGTTCCTAAAACGCACCCAAACGGACTATTTGCTGGGGACACGTTCAGTTTCAGGTTGCAGTACGAAGGTAAGCCCGTCGCGAACCAGGAAGTAACGGTGTATTTCGCTAACGACCAATTCAGTGAAGAGGCCGATTTTCAAAAGGTGACCACGGATACTAACGGCCTTGCCTCGACTACGCTGAGCAAGCAAGGGCTCTATTTATTGCAAGTCAGAGTTAAAGAAGCAGCGCCAAAAGGGGAAGACGTGCCCGTTTATAGCTACACAACCACGCTCACACTTGAAGCTTTTTAA	MKTRTLALLSVLLIIPSVSQAHTPYLKPLSFEPVSRDSMTLDASFAEQFFVPEVAISNAPFDVKQPDGSTVPVETVVNLKTRNVLEQTLEQEGTYKFSTGKRLGAIFRVYDLNGERGSVRGNEEPLPEGATLTEHFQSVTSAVAYVTKKGPTEKVLEPTGKGLEIVPKTHPNGLFAGDTFSFRLQYEGKPVANQEVTVYFANDQFSEEADFQKVTTDTNGLASTTLSKQGLYLLQVRVKEAAPKGEDVPVYSYTTTLTLEAF				NA	NA	NA	NA	NA
AK237_04069	915			hypothetical protein	ATGAAAACACGTATTTCACTTGTTGCTACAGCACTGACTTTACTTACCAGTACATTGGCGGTAGCAGCTCCGCATAGCGCCAGCGGTATTATTTTAACCTACGATCTGGATGGCGATGAGAAGCTTTCTTTAGAGGAATTCGTTGACGCCAGAAGACAGCGATTTGCTGCTACGGATACTAACCATAACGGCACTATCGAAGAAGATGAGTATGTCTATGAGTGGGAAGGGCATATGAAAACCCGGATGGCTGCCGACAGGAAAGCGTCGGTAAAGCAAACGCATATTCGCTTTAATGCAGTCGATAAGGATGACGATAAGCAAATTACAAAAGCGGAAATGGATGCAGTGGGCGAACGCGGTTTTGCGTTTATGGATCAAGACAACGACGGCCTTATCCTTGCCTCCGACCCTGAACCGGTGCGTGAAGGACGCACGGCTGATGATGGTGACAAGCCAAAACTGGAACAGCGTCCCATGTTGCGCATGCCAACCACACACAATATTAAAGGGTTCATGGATTTATATGACACCAATGGTGACGGTAAGGTTGATAAAGCTGAATTCCAGGCAGTAAGAGATGAGCAATTCGCGCGTACAGATGAAAACGGCGATGGCGTGTTAACAGAACAAGAATACGTGCTGGAATTTGAGGATCGTCTTGATGCACAGTATGAAAAGACCTACCAAGGGCAAGTGAAGCAAACCTACGTGCGTTTCGGTGTGCTGGACAAGGACGAAGATGGTCACATGACCTTTAATGAATACATGCAGTCGGGTTTTAGATCTTTCAGTCGTTATGATACCAGTGGGGATGGCTTTATTACCGTTGACGATCCTGCACCTGTCCTCAACAGAGAAAGTGCGGATAATGACGACAAGTCCACGCAAACTGCGAGCGTCAGCAACAGATGA	MKTRISLVATALTLLTSTLAVAAPHSASGIILTYDLDGDEKLSLEEFVDARRQRFAATDTNHNGTIEEDEYVYEWEGHMKTRMAADRKASVKQTHIRFNAVDKDDDKQITKAEMDAVGERGFAFMDQDNDGLILASDPEPVREGRTADDGDKPKLEQRPMLRMPTTHNIKGFMDLYDTNGDGKVDKAEFQAVRDEQFARTDENGDGVLTEQEYVLEFEDRLDAQYEKTYQGQVKQTYVRFGVLDKDEDGHMTFNEYMQSGFRSFSRYDTSGDGFITVDDPAPVLNRESADNDDKSTQTASVSNR				NA	NA	NA	NA	NA
AK237_04070	1389			hypothetical protein	ATGATACGCTGCGTCTGGTTATGTTTGTGGTTACCCTGCGTCGCTTTTGCGGCGCAGGAAAACAAGGTCGGGCAAGCGATACACATTGATCATGGCGAAACAAAAGTCCTGGTTAGAGTCATTCGTGAGGACCTTCCGCTAAACAAAGGCGAATTGATCGCCTTGTTGGAGGATACCGAAGCGCAACTCAATAATGCTAAAGGTCTGTTAGCGACGCTATCCAGCGCGGGTGAGCATACCGTGCCAGCATGGCTTTTTGATGGTTTAGCCAAGTGTGAGGCGTGGTTTCAACGTACAGAAGGTAAAGTGAGTTGCCGTAATGGTGCGCTCTATCAATACTGGCACCAGTATGTCGCAGGTGATAAAACACTCGAGCGCAGGGAAGCGCGAAAACTTGCGCGAGCGTCTCGGATCACGCCAGTTACATTAAACGCGCCTGAACATATCATCATGCCTGCGGATATGCCTGATGGCCCGTTTTGGAATGTCGATGTCATTCACGATGCTCTTATCGTCGAGCGGTTATCCCGCCTTATCAAGCAGCAAGTTGGTAACAACACTGCATTTTCTGTGCAGTTAAACGACACGTTTGTTGTTTTCGGTAGCCCTTCCCAAACAGCACTACCTGGGCAAGAGGCCGATGCAACGCCAACAGGACCCTTTGCCAGCGCAACGCTTAATACTACCTCCATAACAGTGGTAGATGGTGCCAAAGAGCTGGGAGTGCTGGACAGCAGTGATGGGTGGCCATCATCAGGTTTGACTGCCCATGCAATAGCGCCTGATGTTTTCGATGCTGCAATCGCCGCAAGGCTGGCGGTGGTCACTAACACTACTCAATTGCATGGCTTTTTGGAGAACACGGAAGAGGTTTTGATTAAAACCACAGACCAAAAAGGGCGAGTCAATACATCCGATGGATACTTTGCATTTTTGCGAGGAGGGGAGGTATCTGACGTGACCGAATTGAATATTGATGTCTCATTGCCTCATTTTAATGTTAGCAATTACCATGGCCCTTACGCTTCTGTATGGATAACGGATGGAAACGCAACCTTGGTAAAAAGCCTGTTACTACGCGGCGACAGCCAGCGCTGGCTGACAGAGTTAAGAGTGTGGTGGCGTAAAATTGGTCGCACACATGAAGACTTCATAGATGGTTTTGCCGGTGCGACCCGCAAAAACAAGCCTTTGCACGTACACTGGGACGGGTTTGACGAACAGGGAAGGCCGGTAACGGACAAGAAGCTTGTGTTGAATGTAGAAGTTGCCCGGGAAGATGGCGGTCGTAACTATCAGAAAATTCCGCTGGATCTGGATGCGCTGATAAAGCAACCCCTTCATGCAACCGGTAAAGGGGAGATTGGCGATATAACCGTATCGTTATAA	MIRCVWLCLWLPCVAFAAQENKVGQAIHIDHGETKVLVRVIREDLPLNKGELIALLEDTEAQLNNAKGLLATLSSAGEHTVPAWLFDGLAKCEAWFQRTEGKVSCRNGALYQYWHQYVAGDKTLERREARKLARASRITPVTLNAPEHIIMPADMPDGPFWNVDVIHDALIVERLSRLIKQQVGNNTAFSVQLNDTFVVFGSPSQTALPGQEADATPTGPFASATLNTTSITVVDGAKELGVLDSSDGWPSSGLTAHAIAPDVFDAAIAARLAVVTNTTQLHGFLENTEEVLIKTTDQKGRVNTSDGYFAFLRGGEVSDVTELNIDVSLPHFNVSNYHGPYASVWITDGNATLVKSLLLRGDSQRWLTELRVWWRKIGRTHEDFIDGFAGATRKNKPLHVHWDGFDEQGRPVTDKKLVLNVEVAREDGGRNYQKIPLDLDALIKQPLHATGKGEIGDITVSL				NA	NA	NA	NA	NA
AK237_04071	2625	ppc	COG2352	Phosphoenolpyruvate carboxylase	ATGCAATCACACTATGATGCCGAACTGAAAGATACAGTCCGGTACTTGGGAAAAGTCCTTGGCGAAACCATCAAAGCTGAATTGGGTCAGGAATGGTTAGACCGCATTGAGACTATCAGAAAAGATGGTCGTTCTTCATTTCAGGGCGATGCAACCCGTAGCGAAAATCTGAAAGAAATTTTCAAAAGTCTGACAGATTCTGATCTTTTGACGGTAGGTCGCGCCTTCGCGCAATTTTTGACACTAGGTAATATTGCCGAGCAGGAATACAACAGTGCAATGAGTGTTGATGCATCTATGGATGCTTTGTTTAAACACTTAGACAAAGCTGAGCTATCTGTTGAAAATGTGCAAAAGGCAGTATCAAAGCTGAATATCGACCTGGTACTCACGGCTCACCCTACAGAAGTCACCCGCCGTACGTTAATTCATAAACAAAAAGAACTTGCCCAGTGTTTGCAAAACATTCATCAGGAATCACTGGATGATCATGAGCGATCGCGCATAGAAACCCGTATTGCTGATCTTATCAGCCAGGCATGGCACACCGAAGAGATCCGCTCTGTCCGCCCGACGCCTGTTGATGAAGCCCGCTGGGGTTTCTCCGTCATCGAAAACTCCTTGTGGGAAGCCGTACCGGATTTCCTCCGCGACCTGGACGAGCGCTTAAAAGCCGATTACAACGTCAACCTGCCGCTGGATGCAGCACCTGTGCACTTCAGTTCCTGGATGGGTGGCGACCGCGACGGTAACCCCTTCGTAACCGCAAAAGTAACTGAGCAGGTTTTGTTACTGGCCCGTAAACGCGCCGCAAAACTATTTGCCTCAGACCTCGACCGTTTACAGGTCGAACTGTCCATGTTCGATTGCAGCGCCGCCCTTCGTGAAGAAGTAGGCGAAGAAGCTAACGAACCATACCGCGCTCTGTTGCGTCCCCTGGTTCGCCGCTGTGGTGCTACCCGCGACGGTATTGCAGACTATCTGTCCGGCAAAAAAGTCGACCAGTCGGACTGGGTACAGCATAACGATGAGCTGCTGAAGCCGCTGTTACTGTGTTACGACTCACTGGTTGAGTGTGGCATGAGTGTAACCGCCAACGGTTTACTGCTTGATACCATCCGCCGCGTGAAATGTTTTGGTATTCACCTGCTGCAACTGGATGTGCGCCAGGATTCTGAGCGTCATGCTGATGTATTCAGTGAAATTACCCGCTATCTGGGTCTGGGTGACTACGCGCAGTGGAGCGAAGCTGACAAACAGGCATTCCTGTTACGTGAGTTAAGCTCGAAGCGCCCACTGTTCCCCGCCGAGTGGGATGCGTCTGCCGACGTAAAAGAAGTACTGGATACCTGTAAAGTTATTTCCCAGCACGGCAAAGAAGGCTTCGGTATTTACATCATTTCCATGGCGAGTGAACCTTCCGATGTTATGGCTGTGCAGTTGCTGCTGCAGGAAGCTGGCGTAGACTGGCCAATGCCGGTGGCACCGTTGTTCGAAACGCTGGACGATTTGAACAATTCTCCTGCGGTTATGCGCAAGCTGCTGTCCATCGACTGGTACCGTGGCTATATCAAAGGCAAACAGTTTGTCATGATTGGCTACTCTGACTCAGCAAAAGATGCCGGTGCGCTGGCAGCGGGCTGGGCACAGTACGAGTCTCAGGAAGCACTGGTGAAAGTGGCGGATGAATTTGAAACCACACTGACCTTATTCCACGGACGTGGCGGTACGATTGGTCGTGGTGGTCTGCCTGCACACGCAGCCATTCACTCACAGCCTCCGGGCTCATTAGACGGTGGCTTCCGTGTGACTGAACAGGGTGAAACCATCCGTTATAAGTTCGGTATGCCTAAACTGGCGAAGCAAAGTCTGGGAATTTACGCATCAGCCATTATTGAAGCGATGCTGTTCCCGCCTCCGGAGCCAAAGCCGGAATGGCGTGAGCTGATCACCAAAATGGCAGCAAATGGTCGCGATAACTACCGTGGTACCGTTCGTCAGGACAAAGACTTTGTGCCGTATTTCCGTGTTGCCACACCGGAACAGGAACTGGGTAAGTTACCTTTAGGTAGTCGTCCTTCCAAGCGTAAGCCACAGGGCGGAATTGAAAGTTTACGTGCGATCCCATGGATTTTCGCCTGGGCACAAACCCGTTTGGTACTGCCTTCATGGCTGGGCGTAATGCGTGCCATCGATGCAGTAAAAGCAGAGAGCGACCCGAAAGTGGTTGAGGAAATGTTTGCTGAATGGCCATTCTACCGTTCGCGTCTTTCTATGCTGGACATGGTATTTAATAAAGCCGATCCGCGCATCAGTGAAGCCTACGACGAGCGTCTGGTGCCTGCTGAGTTGAAGCATTTCGGTAAAGCATTGCGTGATGAACTCAAGGAAAGTATCGACTCGCTGCTGAGTCTTACAGGACAGGAAAGCATCATGGACAAAGATCCTATGGGTAAAGAGTCCATGAACATCCGCGCCGGGTATTTACAGCCTTTGCACTATCTGCAAATTGAGTTACTGGAACGTATCCGTGCCGCCGGTGACGACGCGCAAAACCCTGTGTTGGAGCGTGCCATGATGGTAACCATCGCCGGTATCGCAATCGGTATGCGTAACACCGGTTAA	MQSHYDAELKDTVRYLGKVLGETIKAELGQEWLDRIETIRKDGRSSFQGDATRSENLKEIFKSLTDSDLLTVGRAFAQFLTLGNIAEQEYNSAMSVDASMDALFKHLDKAELSVENVQKAVSKLNIDLVLTAHPTEVTRRTLIHKQKELAQCLQNIHQESLDDHERSRIETRIADLISQAWHTEEIRSVRPTPVDEARWGFSVIENSLWEAVPDFLRDLDERLKADYNVNLPLDAAPVHFSSWMGGDRDGNPFVTAKVTEQVLLLARKRAAKLFASDLDRLQVELSMFDCSAALREEVGEEANEPYRALLRPLVRRCGATRDGIADYLSGKKVDQSDWVQHNDELLKPLLLCYDSLVECGMSVTANGLLLDTIRRVKCFGIHLLQLDVRQDSERHADVFSEITRYLGLGDYAQWSEADKQAFLLRELSSKRPLFPAEWDASADVKEVLDTCKVISQHGKEGFGIYIISMASEPSDVMAVQLLLQEAGVDWPMPVAPLFETLDDLNNSPAVMRKLLSIDWYRGYIKGKQFVMIGYSDSAKDAGALAAGWAQYESQEALVKVADEFETTLTLFHGRGGTIGRGGLPAHAAIHSQPPGSLDGGFRVTEQGETIRYKFGMPKLAKQSLGIYASAIIEAMLFPPPEPKPEWRELITKMAANGRDNYRGTVRQDKDFVPYFRVATPEQELGKLPLGSRPSKRKPQGGIESLRAIPWIFAWAQTRLVLPSWLGVMRAIDAVKAESDPKVVEEMFAEWPFYRSRLSMLDMVFNKADPRISEAYDERLVPAELKHFGKALRDELKESIDSLLSLTGQESIMDKDPMGKESMNIRAGYLQPLHYLQIELLERIRAAGDDAQNPVLERAMMVTIAGIAIGMRNTG	PGPT0001165_3150	DIRECT EFFECT	BIO-FERTILIZATION	CARBON_DIOXID_FIXATION	CO2_FIXATION-ALTERNATIVE_PAHTWAYS	CO2_FIXATION-PHOSPHOENOLPYRUVATE_CARBOXYLASE_BIOSYNTHESIS,PGPT0001165-ppc-K01595	NA	NA
AK237_04072	621	fklB	COG0545	FKBP-type 22 kDa peptidyl-prolyl cis-trans isomerase	GTGACCGATAAATATACCAGTGTAGAAACGCAAGCGAGTTACGGTGTTGGTTTCCAAATGGGAGAGCAACTTAAATCTAACCCATTCGAAGGTCTTGCGCTAGATGCAGTTGTCGAAGGGTTAAGCGATGCGTTTAACGGCCAGGCTTCACAGGTTGATACCGATACGTTGCGTAACGCTTTCGGTGAAATTCATCAGCGTATGCAAGCTGCAAAAGCTGAGCAAAGCAAAGCGGTAATCGAAGAAGGTGCTGCCTATCTTGCGAAGAATGCAGAGCGCGAAGAAATCACTGTAACTGACAGTGGTTTACAGTATGAAGTACTTGAAACCGGTGAAGGCGACAAGCCGGCCGCCGACAGCACTGTGCGCGTGCACTATCACGGTACGCTGATTGACGGCTCCGTGTTCGACAGTTCTTATAAGCGTGGTCAGCCTGCTGAATTCCCTGTTAACGGTGTTATCCGTGGCTGGACTGAAGCACTGCAACTGATGCCTGTTGGCTCAAAGTGGAAGCTGTATATTCCTTATGAACTGGCCTATGGTGAACAAGGTGCGGGTGGCGCAATTGCACCGTATTCCACATTAGTATTTGATGTGGAATTGCTTGATATTCTGGGTTAA	MTDKYTSVETQASYGVGFQMGEQLKSNPFEGLALDAVVEGLSDAFNGQASQVDTDTLRNAFGEIHQRMQAAKAEQSKAVIEEGAAYLAKNAEREEITVTDSGLQYEVLETGEGDKPAADSTVRVHYHGTLIDGSVFDSSYKRGQPAEFPVNGVIRGWTEALQLMPVGSKWKLYIPYELAYGEQGAGGAIAPYSTLVFDVELLDILG	PGPT0015240_28	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
AK237_04073	1179	fabV	COG3007	Enoyl-[acyl-carrier-protein] reductase [NADH]	ATGGTTATCAAGCCTAAAGTCAGAGGCTTCATCTGTACTAATGCGCATCCGGCAGGCTGTGCAGCGTCCGTAGCTGAGCAAATTGAGTATGTTCGTCAGCAGGGCGACCTGGGCGATGGCCCGAAAAATGTATTAGTGATAGGTTGTTCAACAGGCTATGGTCTGGCTTCGCGGATCACCTCCGCTTTTGGCTATGGTGCAAAAACCTTAGGTGTGTGTTTCGAAAAAGCGCCGTCTGAGCGCAAAACGGCTACGGCTGGTTGGTATAACACTGCTGCATTTCATCAACAGGCAGAAGCCAACGGCTTATATGCCAAAACACTCAACGGAGATGCATTCTCCGATGAAATAAAAAATGACGTGATTGCGCAGATCAAAGCTGATCTGGGCCAGGTGGACTTAGTTATTTATAGCCTGGCATCACCCCGCCGTACCGATCCTGTCTCAGGTGAAACTTACAAGTCTACGCTGAAGCCTGTTGGTCAGGCGTATACCACCAAAACTTACGACACGGATAAAGACAAAGTACATGACGTGACGTTAGAGCCTGCCAACGATGAAGAAATTCATAACACCATCAAAGTAATGGGTGGCGAAGACTGGGAACGCTGGATGGATTTCCTGGGCGACGCCGGTGTTCTGGCTGAAGGCTGTAAAACCACTGCGTACACTTATATCGGTAAAGAGCTTACATGGCCTATTTATGGTCAGGCGACAATCGGTAAAGCAAAAGAAGACCTCGATCGCGCCGCCGCTGCAATTATTGGTAAGCATGCCGAAAAATTGGTTGAAGCGAATGTATCTTCACTCAAAGCGCTGGTGACTCAGGCCAGTTCCGCTATTCCTGTAATGCCTCTGTATATTTCTTTGATTTACAAAGTGATGAAAGAAGAGGGGACGCACGAAGGCTGTATCGAACAAATCTTCGGCTTGTTCAGTGAATGTTTATACGGCGACAGCCCGACGCTGGACGAAGCAAACCGCTACCGTATGGACGGCAAAGAAACCAACGATGCGACCCAGGCGAAAATCAAAGCCCTGTGGGATCAGGTGACCCAGGATAACTTCCATGAGTTAAGTGATTATGCGGGCTATCATCATGAATTTCTTAAACTATTTGGTTTCGATATTCAGGGCGTGGACTACGACGCTGATGTCGACCCTATGGTTAAGTGGTAA	MVIKPKVRGFICTNAHPAGCAASVAEQIEYVRQQGDLGDGPKNVLVIGCSTGYGLASRITSAFGYGAKTLGVCFEKAPSERKTATAGWYNTAAFHQQAEANGLYAKTLNGDAFSDEIKNDVIAQIKADLGQVDLVIYSLASPRRTDPVSGETYKSTLKPVGQAYTTKTYDTDKDKVHDVTLEPANDEEIHNTIKVMGGEDWERWMDFLGDAGVLAEGCKTTAYTYIGKELTWPIYGQATIGKAKEDLDRAAAAIIGKHAEKLVEANVSSLKALVTQASSAIPVMPLYISLIYKVMKEEGTHEGCIEQIFGLFSECLYGDSPTLDEANRYRMDGKETNDATQAKIKALWDQVTQDNFHELSDYAGYHHEFLKLFGFDIQGVDYDADVDPMVKW	PGPT0001825_851	DIRECT EFFECT	BIO-FERTILIZATION	POTASSIUM_SOLUBILIZATION	K-SOLUBILIZATION-ORGANIC_ACID_METABOLISM	K-SOLUBILISATION-BUTYRIC_ACID_BIOSYNTHESIS,PGPT0001825-fabV|ter-K00209	NA	NA
AK237_04074	1401	nqrA	COG1726	Na(+)-translocating NADH-quinone reductase subunit A	ATGCAGGCAGCGGATGCTGCAGTCATGCATAAGGGTTCTTCTATTAGAGTAGTGCGATTACGTATGATAAAAATCAAGAAAGGTCTCGACCTCCCTATCAAGGGAGCGCCGCAACAGCAAATCTCCGATGGAGCTGCTGTCACGCGCGTTGCCGTTCTGGGAGAAGAATATGTTGGCATGCGTCCTACCATGCATGTCCAGGTTGGTGACAAGGTGGCTAAAGGCCAGATTCTTTTTGAAGACAAAAAGAATCCGGGCGTTAAGTTCACTGCACCGGCTTCGGGTGAAGTGGTGGAAGTTAACCGTGGTGCCAAACGTGTTCTTCAATCTGTAGTAATTAAAATCGAAGGTAACGACGTTGTTACTTTTGAAAAAATTGCCGCAGACCAGATAGCAAACGCTTCACAGGAACAACTGCAAACTTTACTGGTAGACTCCGGTCTGTGGACCGCGTTGCGCACGCGTCCATTCAGCAAAGTACCTGCTTTGGGTTCTACACCATCTTCCATCTTCGTGAATGCAATGGATACTAATCCACTTGCAGCCGATCCTGCTTCTATTATCGCTGAGCGCAGCGATGACTTTGTTGCCGGCCTGAAAGTGCTGAAGCAACTGAGTGGTGGTAAGGTTTACGTTTGTAAAGCCGCAGGCGCTACGGTGTCTACTGGTGATGCGACTGTCGACGTTGCAGAGTTTGGTGGTCCGCACCCAGCTGGTCTGGCGGGTACGCACATTCACCACCTTGATCCGGTTGGTGCTAAGAAAATGGTTTGGTCAATTAATTACCAGGACGTTTTAGCATTCGGTGCAACGGTAACAACAGGTGAACTGGATAACCGTCGTGTTGTTTCATTGGCTGGTCCTGCAGCAAAAAATCCACGCTTAGTTCGCACTTTGCTTGGAGCAGATGTTGCGGAGTTAACAGCAGGTGAGCTGGCTGGTGGCGAAGTACGTACCGTTTCTGGTTCTGTACTGAACGGCACCACGGCGCAAGGCGTTCACGGCTTTTTAGGTCGTTATCACTTACAGGTTTCTGCTTTACAGGAAGGTCGCGAGAAAAAATTCCTCGGCTGGATTACACCAGGTTCTGACAAGCACTCAGTGACTCGTGCTTACTTAGGTCACCTGTCAAGCAAAGACTACGACATGACAACCACGACCAATGGTTCAGAGCGTTCAATGGTGCCAATCGGTAACTATGAGCGTGTAATGCCGTTGGATATTCTTCCTACACTGTTATTACGCGACCTGATTTCAGGTGACACAGACAGTGCTCAGGCAATGGGTTGCTTAGAATTGGACGAAGAAGATTTAGCCTTATGTACTTATGTATGTCCAGGCAAATACAGCTACGGCCCAATCCTGCGCAGTTGTTTAACCACCATTGAGAAAGAGGGTTAA	MQAADAAVMHKGSSIRVVRLRMIKIKKGLDLPIKGAPQQQISDGAAVTRVAVLGEEYVGMRPTMHVQVGDKVAKGQILFEDKKNPGVKFTAPASGEVVEVNRGAKRVLQSVVIKIEGNDVVTFEKIAADQIANASQEQLQTLLVDSGLWTALRTRPFSKVPALGSTPSSIFVNAMDTNPLAADPASIIAERSDDFVAGLKVLKQLSGGKVYVCKAAGATVSTGDATVDVAEFGGPHPAGLAGTHIHHLDPVGAKKMVWSINYQDVLAFGATVTTGELDNRRVVSLAGPAAKNPRLVRTLLGADVAELTAGELAGGEVRTVSGSVLNGTTAQGVHGFLGRYHLQVSALQEGREKKFLGWITPGSDKHSVTRAYLGHLSSKDYDMTTTTNGSERSMVPIGNYERVMPLDILPTLLLRDLISGDTDSAQAMGCLELDEEDLALCTYVCPGKYSYGPILRSCLTTIEKEG	PGPT0013975_748	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-CATION_TRANSPORT,PGPT0013975-nqrA-K00346	NA	NA
AK237_04075	1200	nqrB	COG1805	Na(+)-translocating NADH-quinone reductase subunit B	ATGGGTTTGAAAGCGTATCTGGAAAAAATTGAACCGGATTTCGAACCGGGCGGAAAATATGAAAAATGGTATGCGCTCTACGAAGCAGCGGCCACCATTTTCTATACACCTGGCAAAGTAAATAAAGCTGGCACTCACGTGCGTGATAGCATCGATTTGAAGCGTATCATGATCATGGTTTGGCTAGCGACATTCCCAGCCATGTTCTTCGGTATGTATAATATCGGTTTGCAAGCGCAAGACGCGCTGGGCGCAGGTGCAACGGTACCTGACAGCTGGCAGGCTGCGATCTTCACTGCATTAGGTGGTGATTTGGCGAGCGCTGGCGGATTAGGCCTGTTCTTCTACGGTGCCTGTTTCTGGTTACCTATCTACGCAGTAACATTTGCCGTAGGTGGTTTCTGGGAAGTTCTTTTTGCTTCAGTGCGTAAGCACGAAGTTAACGAAGGTTTCTTTGTTACTTCTGTTCTGTTCGCACTGACACTACCTGCAACGATTCCTTTATGGCAGGTTGCTTTAGGTATTACTTTCGGTGTTGTTATCGCCAAAGAAGTGTTTGGTGGTACGGGCCGTAACTTCCTTAACCCTGCGCTGTCCGGCCGTGCATTCTTGTACTTCGCTTACCCTGCTCAAATTTCAGGTGATCAGGTATGGGTAGCTGCCGATGGTTTCTCAGGTGCTACTTCGTTAAGCCAGGCGGCTTCTGGCAACTTAGATTACAGCAACATGGATCAGTGGATGAATAGCTTCATCGGAACCATTTCAGGTTCTGCAGGTGAAGTTTCTGCGCTGGCTATCATGATTGGTGGACTGTTTATCATGTATATGCGAATTGCAAGCTGGCGTATCGTAGCCGGTGTTGCAGTGGGTGTAGCCTTCTTTGCTACTCTGCTTAACATGATTGGCTCAGACACCAACCCAATGTTTGCAATGCCTGCTCACTGGCACTTCGTTGTAGGGGGTCTTGCCTTCGGTATGTTCTTCATGGCAACTGACCCGGTATCGGCGTCGTTTACTAATAAAGGTAAGTGGGCATACGGTATCTTCATTGGTTTCATGACGGTACTGATCCGCGTCCTCAACCCTGCCTTCCCTGAAGGTGTGATGTTGGCGATTCTGTTTGCCAACCTGTGGGCGCCACTGTTCGACTATTTCGTCGCGCAAAGCAATATCAAGCGGAGGGTAGCTCGTGTCGGCTAA	MGLKAYLEKIEPDFEPGGKYEKWYALYEAAATIFYTPGKVNKAGTHVRDSIDLKRIMIMVWLATFPAMFFGMYNIGLQAQDALGAGATVPDSWQAAIFTALGGDLASAGGLGLFFYGACFWLPIYAVTFAVGGFWEVLFASVRKHEVNEGFFVTSVLFALTLPATIPLWQVALGITFGVVIAKEVFGGTGRNFLNPALSGRAFLYFAYPAQISGDQVWVAADGFSGATSLSQAASGNLDYSNMDQWMNSFIGTISGSAGEVSALAIMIGGLFIMYMRIASWRIVAGVAVGVAFFATLLNMIGSDTNPMFAMPAHWHFVVGGLAFGMFFMATDPVSASFTNKGKWAYGIFIGFMTVLIRVLNPAFPEGVMLAILFANLWAPLFDYFVAQSNIKRRVARVG				NA	NA	NA	NA	NA
AK237_04076	765	nqrC	COG2869	Na(+)-translocating NADH-quinone reductase subunit C	GTGTCGGCTAAGAAAGAATCTTTAGGAAAAACAGTTGGCGTAGTTGTTGCCGTCTGTCTGGTTTGTTCAATTGTTGTGTCAGGTGCGGCTGTAGGCTTGCGCTCACTACAACAAACAAACGCCCAATTGGATAAGCAAACAAACATTCTTACTGCTGCAGGTCTGTACGAGACTGGCATGAACAACGACACCATCAATGCAAAATTTGATGAGTTCGTTGAGCGTCGCTATGTCGATTTAGATTCTGGTGATTTCACAGAAATGCCGTCACCAGATTACGACATGTATAAAGCTGCAAAAGAGACAGAAACCAGCACAAAAGTGGTCAACAGCAATGTTGGTTTCCAGCGTCGTCCGAATGTTGCCAGTGTCTATCTGGTACACGACGAAGCAGGCGAAGTAACGCGTGTGATTTTGCCCGTTCATGGTAGTGGTCTGTGGGATCTGATGTACGGTTTCCTGGCTGTTGATGCCGATGGTCAAACGGTGAAAGAGCTGATTTATTACCAACAGAAAGAAACGCCAGGACTTGGCGGTGAAGTGCAAAACCCTGCATGGCAGGCAAAGTGGGATGGCAAGAAGCTCTATGAAGATGGCGACGTTGCTATTCAGGTTAAGAAAAATGCTAACCCTGACAACCCACATTCAGTTGATGCACTTTCCGGCGCAACCCTGACCAGTAAAGGTGTTGAGAACACCATTCAGTACTGGGTAGGCGAGCAGGGCTTCGGTCCGTTCCTTAAGAAACAAGCATGGCGTTCATAA	MSAKKESLGKTVGVVVAVCLVCSIVVSGAAVGLRSLQQTNAQLDKQTNILTAAGLYETGMNNDTINAKFDEFVERRYVDLDSGDFTEMPSPDYDMYKAAKETETSTKVVNSNVGFQRRPNVASVYLVHDEAGEVTRVILPVHGSGLWDLMYGFLAVDADGQTVKELIYYQQKETPGLGGEVQNPAWQAKWDGKKLYEDGDVAIQVKKNANPDNPHSVDALSGATLTSKGVENTIQYWVGEQGFGPFLKKQAWRS				NA	NA	NA	NA	NA
AK237_04077	633	nqrD	COG1347	Na(+)-translocating NADH-quinone reductase subunit D	GTGGCTGACACTAAAGAAATGAAAAAGGTCCTCTTTGGACCGATTTTAGACAACAACCCTATCGCCCTGCAGGTACTGGGTATCTGTTCTGCACTGGCGATTACAACTAAGTTAGAAACGGCGTTAGTTATGTCTTTGGCATTAACCAGCGTTGTGGCCTTCTCTAACTTATTTATCTCTGCTATTCGTAACCAGATCCCATCGAGCGTACGTATCATCATCCAGATGACCATCATCGCTTCGCTGGTAATCGTGGTAGACCAAATCCTGAAAGCCTACTCTTACGAGGTATCTAAACAGCTCTCAGTATTCGTTGGTCTGATCATCACCAACTGTATCGTAATGGGTCGTGCAGAAGCGTATGCGATGAAGAGTCCTCCGCTGATGAGCTTCTTAGACGGTATTGGTAATGGTCTGGGTTACTCTTTCATTCTGATTTGTATCGGTACAGTTAAAGAGCTGTTCGGCTTCGGCACCATCCTTGGTTTCGAAATTCTGCCGCTGGTACAAAACGGTGGCTGGTATCAGGGCAACGGCCTGTTGATCCTGCCATTCAGCTCATTCTTCCTGATCGGTGGCATGGTATGGATTATCCGTACTTTCCGTCCGGAACAAGTCGAGCCTAAGGAGTAA	MADTKEMKKVLFGPILDNNPIALQVLGICSALAITTKLETALVMSLALTSVVAFSNLFISAIRNQIPSSVRIIIQMTIIASLVIVVDQILKAYSYEVSKQLSVFVGLIITNCIVMGRAEAYAMKSPPLMSFLDGIGNGLGYSFILICIGTVKELFGFGTILGFEILPLVQNGGWYQGNGLLILPFSSFFLIGGMVWIIRTFRPEQVEPKE	PGPT0013280_1115	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-SODIUM_TRANSPORT,PGPT0013280-rnfE|rsxE-K03613	NA	NA
AK237_04078	609	nqrE	COG2209	Na(+)-translocating NADH-quinone reductase subunit E	GTGGAACATTATCTGTCTTTATTCGTTCGTTCGATTTTTATCGAGAACATGGCGCTGTCTTTGTTCCTGGGTATGTGTACATTTTTGGCCGTATCTAAGAAAGTAAAAACAGCGATGGGTCTGGGTGTTGCCGTTATCGTGGTACTGGGTATCTCTGTACCGGTAAACCAAGTTATCTATGTAAACATTCTTGCTCCGGGCGCGCTGGCATGGGCCGGTTTCCCTGATGCAGACTTAAGCTTCCTGAACTTCCTGACGTTTATCGGCGTTATCGCTGCGTTAGTACAGATTCTGGAAATGGCGTTAGATAAGTTTTTCCCTGCGTTATATAACGCACTGGGTATCTTCCTTCCGCTAATCACAGTTAACTGTGCAATCTTCGGTGGTGTGGCATTCGCGGTTCAACGTGAATATAACTTCACTGAGAGTATTGTCTACGGTGTAGGTAGTGGTATGGGCTGGGCGTTAGCTATCGTTCTGCTGGCCGCTGTTCGTGAAAAACTGAAATATGCTGATATGCCAGATGGTGTACGTGGTCTGGGCTCTGTGTTCATGATCGCAGGTCTGATGGCGTTAGGCTTCCAGTCTTTCACTGGTATCGCACTGTAA	MEHYLSLFVRSIFIENMALSLFLGMCTFLAVSKKVKTAMGLGVAVIVVLGISVPVNQVIYVNILAPGALAWAGFPDADLSFLNFLTFIGVIAALVQILEMALDKFFPALYNALGIFLPLITVNCAIFGGVAFAVQREYNFTESIVYGVGSGMGWALAIVLLAAVREKLKYADMPDGVRGLGSVFMIAGLMALGFQSFTGIAL	PGPT0013260_952	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-SODIUM_TRANSPORT,PGPT0013260-rnfA|rsxA-K03617	NA	NA
AK237_04079	1230	nqrF	COG2871	Na(+)-translocating NADH-quinone reductase subunit F	ATGAGTATAGAAATGTTACTTGGCGTTGGCATGTTCATTGTCATCGTTCTGGCACTGGTATTTATTATCATGTTTGCCAAATCTAAGTTAGTACCAAGCGGTGACGTGACTATCATGATCAACGATGATCCTGAGAAAGCGATTACTACACAGCCAGGCGGTAAACTGCTGGGCGCACTTGCTGAAGCGGGTATTTTCGTATCATCAGCATGTGGTGGTGGTGGTTCTTGTGGTCAGTGTCGTGTAGACATCAAAGAAGGTGGCGGTGAAATTCTGCCAACTGAGCTTGATCACATCACTAAGCGTGAAGCCCGTGAAGGTTGTCGTTTATCATGTCAGGTTGCTATCAAGCAGGACATGAAAATTGAACTGGAAGAAGAAATCTTTGGTGTTAAGAAGTGGGATTGTGAAGTTATTTCTAACGACAACAAAGCCACGTTCATCAAAGAGCTTAAGCTTAAAATTCCTAACGGTGAAAGCGTGCCTTTCCGTGCCGGTGGTTACATTCAGATTGAGGCGCCACCCCATCACGTGAAATACAAAGATTACGACATTCCTGAGAAGTTCCGTGGTGACTGGGAGCGCTTTGGTTTCTTTGACATCGAATCTAAAGTTGATGAAGAAACTATCCGTGCTTACTCCATGGCTAACTACCCGGAAGAAGAAGGTATTATTATGCTGAACGTGCGTATTGCTACGCCGCCACCTAATAATCTGACTCTGCCTGCAGGTAAAATGTCTTCGTACATCTGGAGCCTGAAAGAAGGTGACAAAGCAACGATTTCTGGTCCTTTCGGTGAATTCTTCGCGAAAGAAACCGACGCAGAAATGGTATTTGTTGGCGGTGGTGCTGGTATGGCGCCTATGCGTTCACACATCTTCGACCAGCTTCGTCGTCTGAAAACCGATCGTAAGATCACATTCTGGTACGGTGCCCGTTCACTGCGCGAAATGTTCTATGTAGAAGATTTCGATGAGCTGGCTGCCGAGAATGACAACTTTGAGTGGCACGTTGCTCTGTCAGATCCTCAGCCTGAAGACAACTGGGATGGCTATACTGGCTTCATCCACAATGTCTTGCTTGAGAACTATCTGAAAGATCACCCGGCTCCGGAAGATTGTGAGTTCTATATGTGTGGTCCTCCCATGATGAACGCAGCGGTTATCAACATGCTGAAAGATCTTGGGGTAGAAGACGAAAATATCCTGCTTGATGACTTTGGTGGTTAA	MSIEMLLGVGMFIVIVLALVFIIMFAKSKLVPSGDVTIMINDDPEKAITTQPGGKLLGALAEAGIFVSSACGGGGSCGQCRVDIKEGGGEILPTELDHITKREAREGCRLSCQVAIKQDMKIELEEEIFGVKKWDCEVISNDNKATFIKELKLKIPNGESVPFRAGGYIQIEAPPHHVKYKDYDIPEKFRGDWERFGFFDIESKVDEETIRAYSMANYPEEEGIIMLNVRIATPPPNNLTLPAGKMSSYIWSLKEGDKATISGPFGEFFAKETDAEMVFVGGGAGMAPMRSHIFDQLRRLKTDRKITFWYGARSLREMFYVEDFDELAAENDNFEWHVALSDPQPEDNWDGYTGFIHNVLLENYLKDHPAPEDCEFYMCGPPMMNAAVINMLKDLGVEDENILLDDFGG				NA	NA	NA	NA	NA
AK237_04080	1023	apbE	COG1477	FAD:protein FMN transferase	GTGATTTCTCAGTATCTTCGATTTAGTGTACTTTTCTTCATAGTTATTTTTCTTAGTGCCTGTGGCGAGGAAGCCAAGCAGGTTGTGCATCTACATGGAAATACCATGGGCACCACTTACAACGTCAAGTATGTAGTGGATGAGCGTGGTCAGGTTGATGGTCTGCAAGAGGCCATTGACGCCCGGTTAGTAGAAATTAATAAACTGATGTCGACTTATGACCCCACATCAGAATTATCCCGTTTTAACCAAAATCGTTATACCACTCCTTTTCCGTTGAGTGCTGAAACCTCGTTGGTGGTGACTGAAGCTATAAGACTGGGGAAACTGAGCCATAACGTATTGGATGTGACCGTGGGACCTTTGGTTAATCTTTGGGGATTCGGTCCGAACAAACGTCCTGAAAAAGTCCCTAGCGATGAGCAAATTGCTGAGGTACGTGATTATGTCGGTCTGGATAAAATCAGTATTTCTGAACAAGGCCTTAAAAAGTCTCATCCCATGGTTTACGTGGATCTGTCGACTATTGCGAAAGGTTACGGCGTAGACCAGGTCGCAGCTATTATGGAAGAACATGATCTGCACAATTATCTGGTTGAAATTGGCGGAGAGATGCGTGTTAAAGGCGAACGGGGAAACGGCGAGGAATGGTTAATAGCCATTGAGAAGCCTGTTTCTACGGAACGTTCGGTGCAGAAGATTGTCTCTGTAGGTACGAATGCGATTGCGACGTCGGGGGATTACCGCAATTACTACGAGATGGACGGTAAGCGTTACTCTCATCTTATCGATCCCCGTACCGGTAAACCAATTACGCATAATTTAGTGTCGGTCACCGTTATTCATCCGTCCTCCATGACCGCTGATGGGTTGGCAACTGCATTTAATGTAATGGGATGGGATGAGGCCAAAGCGCTTGCGGAGAAAGAACAGCTTGCCATTTTCCTGATTCGTCGCACTGCCGATGGCTTTGAAGAGTATGCATCGCCAGAATTTGATAAACTGGTTGAAGTTAAGAACTAG	MISQYLRFSVLFFIVIFLSACGEEAKQVVHLHGNTMGTTYNVKYVVDERGQVDGLQEAIDARLVEINKLMSTYDPTSELSRFNQNRYTTPFPLSAETSLVVTEAIRLGKLSHNVLDVTVGPLVNLWGFGPNKRPEKVPSDEQIAEVRDYVGLDKISISEQGLKKSHPMVYVDLSTIAKGYGVDQVAAIMEEHDLHNYLVEIGGEMRVKGERGNGEEWLIAIEKPVSTERSVQKIVSVGTNAIATSGDYRNYYEMDGKRYSHLIDPRTGKPITHNLVSVTVIHPSSMTADGLATAFNVMGWDEAKALAEKEQLAIFLIRRTADGFEEYASPEFDKLVEVKN	PGPT0000430_3527	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	HEAVY_METAL_IRON_RESISTANCE	IRON_RESISTANCE-Fmn|Dmk|Ppl|Ndh|Eet_SYSTEM,PGPT0000430-nosX|apbE|yojL|fmnB-K03734	NA	NA
AK237_04081	234			hypothetical protein	ATGTCTACATTTATTCTCGCATTTGTCTTTTTCCTTGCCATGGTGCTGGCTATGGCAATCGGTTATCTGGTTCAGAAAAAGTCGATTTCTGGCAGTTGCGGTGGTTTGGGTGCGCTGGGCATAGAAAAGGCCTGTGATTGCCCAGAACCTTGCGATCGCAAAAAAGCGCGTTTAGAGCGCGAAGAAACCAGACAGAAGAAAATTGCTGAGTGGAAGGACAATCAAATTCTGTAA	MSTFILAFVFFLAMVLAMAIGYLVQKKSISGSCGGLGALGIEKACDCPEPCDRKKARLEREETRQKKIAEWKDNQIL				NA	NA	NA	NA	NA
AK237_04082	1638			hypothetical protein	ATGTCCAAATTACACACATTCCCAACAAAAACCCTGCTGGCTACGTCATTGAGCATAATGACGTTAAGTGCCAGTGCAGTAACAAACGCTGATGAAAATGTGCCAGTAAAAGTGGCTGCAACGCCATTAACCCCCCAAGAGCTTCTTGAGTTACGCGCAAATCAACGTCAACAATTAGTAGACGGTGGCGAGCGCTATATAGTGACTTTTAAAAATGGGATAAGCGGTAGCGCTGCAGAAAGCAAAGGCACGATCGATGCAAAAGACAATGCGTTAAGTGTGGCGGCGGTCAAGTCTGCAATTCAGCAGGTTGGCGGCAAGACCCATACGGTGATGACCCGACATAGTATGGCAGCGGTAACACTGAGTAAAAAAGCATTGAATGCTTTACGGAAAAACAAAGATATAGAGATTGCGCCCGATCCCAAGCGGAAACTGATGGCGCAAAGTACGCCGTACGGCTATACCATGGTACAAGCAAATCAACTGTTTCAAGCTGACACCAGCGCTCGTAAGGTATGCATCATCGACACCGGGTACAACCTGGGCCACCCCGATTTACCGGGCACCAACGACGGCGTAACAGGTATTGGTAATAATAGCGCTGTGGGTAACTGGTATAACGACGGAAACGGTCACGGCACGCACGTTGCGGGCACGATTTCCGCCTATGACAATACTGAAGGGGTGATCGGTGTGTACCCCGGAGTAAGTCTGCATATCGTCAAGATCTTCGATAATAGCGGAGAATGGACCTATGCGTCTGACATCATCACTGCCATAGACCAATGTCAGGATGCCGGTGCGAATGTAGTTAACATGAGCTTAGGTGGTGCAGGGTCATCATCTGCAGAAGCAAGTGCCATGCAGAGTTTTGCTAACGATAATATGCTCTTGGTGGCTGCAGCGGGCAACGCAGGTAACAGCAGCTTTTCTTATCCTGCCTCATACGATGCCGTAGTATCGGTTGCGGCCGTCGGCTCAAATAAAAGCCGCGCAAGCTATTCTCAGTACAATTCGCAGGTTGAGATTGCAGGCCCGGGGAGTTCTGTTTACTCCACGTATCCGAACAATACCTACGCAACATTGAGTGGCACATCAATGGCCACGCCACATGTTGCCGGGGCAGCGGCGCTGGTATGGAGCTTCCACCCACAATGCAGTGCCACACAAATCAGAAACGCGTTAAATGCAACAGCAGAGGACCGGGGCAGCGCAGGCAGGGATAGTCAGTACGGTTATGGGATTGTGCGTGTTGCAGAAGCAAACAGCTACCTTAACAACAATGGCTGTGATGGAGGCGGCGGCGGTGGTACGCCAACCGATCCGGGTGTTGAGCCTGTATCAGGCCAACTCACTGGTTTGTCAGGCTCCGTGTCTTCCTGGGATCGTTACAACTGGACCATACCAGCCGGTGTTTCCACGATGACAATCCAAATTTCGGGAGGCAGCGGAGATGCAGATTTATATGTTCGCTACGGCTCAGCCCCCACGACATCGGCCTACGATTGCAGACCTTACCTGAATGGTAACAGTGAGGTATGTACGTTCCCTGCACCAGCTGAAGGGACATGGCATATAGGATTACGAGCTTACGCCACTTACAGTAACGTTACGATGACATACAGTTACGAATAA	MSKLHTFPTKTLLATSLSIMTLSASAVTNADENVPVKVAATPLTPQELLELRANQRQQLVDGGERYIVTFKNGISGSAAESKGTIDAKDNALSVAAVKSAIQQVGGKTHTVMTRHSMAAVTLSKKALNALRKNKDIEIAPDPKRKLMAQSTPYGYTMVQANQLFQADTSARKVCIIDTGYNLGHPDLPGTNDGVTGIGNNSAVGNWYNDGNGHGTHVAGTISAYDNTEGVIGVYPGVSLHIVKIFDNSGEWTYASDIITAIDQCQDAGANVVNMSLGGAGSSSAEASAMQSFANDNMLLVAAAGNAGNSSFSYPASYDAVVSVAAVGSNKSRASYSQYNSQVEIAGPGSSVYSTYPNNTYATLSGTSMATPHVAGAAALVWSFHPQCSATQIRNALNATAEDRGSAGRDSQYGYGIVRVAEANSYLNNNGCDGGGGGGTPTDPGVEPVSGQLTGLSGSVSSWDRYNWTIPAGVSTMTIQISGGSGDADLYVRYGSAPTTSAYDCRPYLNGNSEVCTFPAPAEGTWHIGLRAYATYSNVTMTYSYE				NA	NA	NA	NA	NA
AK237_04083	513			hypothetical protein	ATGGCTGCTTATTTACCTGCTTTTGAGAAAATGATCGACAATGAAGGCGGCTACACCCTGCATAAAATTACTGGTGATCGGGGGGGAGAGACCTACGCTGGTATAGCGCGAAACTTTTATCCTGACTGGGAAGGGTGGCCGCTTGTCGACGCTAATGCTCCGGACCCCCAGTTAATTTCTCATGTTCAGGCGTTCTACCACATGCATTTTTGGGAACGTATTCGCGGAGATTTTATTGACTCGCAGCGGGTAGCAGAAACACTCTTTGATTTTGCGGTTAATGCCGGTATTTCTACCGCCTCCCGGTTAGCACAAGAAGTATCCGCCACATACGTTGATGGCGTGATTGGAACGAAAACGACTAAAGCCATTAATAATATGCCCCCCGAACGCTTCCTCCTTGAATATGCCTTAAAGAAAGTCGCCAGATATGCAGATATCGTGAACAGTAATCCGTCTCAAGGCAAATTTTTGCTGGGATGGATAAATAGAAGCCTGAAAGGTATCGCCTAA	MAAYLPAFEKMIDNEGGYTLHKITGDRGGETYAGIARNFYPDWEGWPLVDANAPDPQLISHVQAFYHMHFWERIRGDFIDSQRVAETLFDFAVNAGISTASRLAQEVSATYVDGVIGTKTTKAINNMPPERFLLEYALKKVARYADIVNSNPSQGKFLLGWINRSLKGIA				NA	NA	NA	NA	NA
AK237_04084	1077	dinB	COG0389	DNA polymerase IV	GTGCGTAAAATTATTCACGTCGACATGGATTGCTTTTATGCTGCAGTAGAAATGCGCGACAACCCTTCTTTGGTCAACAGGCCCATCGCCATTGGTGGAAGCGCAGACCGACGGGGCGTCATCGCTACCTGTAACTACCCGGCCCGAAAGTTTGGTGTCCGTTCGGCTATGGCAACAGCCTATGCAAAACGCTTATGTCCAGAGTTGGTCTTAGTGCCTGGCCGGATGGAACTTTACGTTCGGGAAAGTCAGCGAATACGCGATATCTTTAGTGACTACACAGATCTTATCGAGCCGTTATCGCTTGATGAGGCCTATCTGGATGTCTCGCATACGCAACTGTTCAATGGCAGCGCCACACTAATCGCTGAAGATATTCGTCGCCGCATTAAGCAGGAGTTAAACCTAACGGCCTCTGCAGGCGTAGCGCCTTGCAAATTCGTGGCTAAGGTTGCCAGCGATGAAAATAAGCCCGATGGACTGTGCGTCATTACACCCGATAAGCTCGATCCGTTTGTGCGTGCCATGTCGCTGGCTAAAATTCCGGGCGTCGGGAAGGTGACCCAGCAAAAGCTACAGCGAATGGGATTAAACACGTGTAATGACGTTCGGCAATATCCTTTTGAGCGGCTGCAAAAAGAATTGGGTAAATTTGGTAGTGTGCTGTGGAACAGAGCGCACGGTATCGATGAACGAGAAGTTAACGTCAGCCGTGTGCGCAAATCGATAGGCGTTGAGCGCACCTTTAGCGCCGATTTGCCTACGTTAGACGCCTGCAAAGAGGTATTGCCTGCATTGTGGGATAAAATGCAGCAACGCGTTGAGGGTCATTTAAAAAAAACGGGCGCACGCAAATGTCTGATAAAATCGCAGGGCGTGAAATTAAAATTCCAGGATTTCCAGCAAACAACAGTTGAACATCGACATCACGATATCGATGAAGCGTTTTTCTATACCTTACTCGATGAAGCGTGGCAACGGGCGCGTGGTCGCGGCGTAAGGTTAGTCGGTATTCATATTGGTTTAGCTGATGGATTTTCTGTGGAGCAACTTCAATTACCATTAGAGGAAGAGTGA	MRKIIHVDMDCFYAAVEMRDNPSLVNRPIAIGGSADRRGVIATCNYPARKFGVRSAMATAYAKRLCPELVLVPGRMELYVRESQRIRDIFSDYTDLIEPLSLDEAYLDVSHTQLFNGSATLIAEDIRRRIKQELNLTASAGVAPCKFVAKVASDENKPDGLCVITPDKLDPFVRAMSLAKIPGVGKVTQQKLQRMGLNTCNDVRQYPFERLQKELGKFGSVLWNRAHGIDEREVNVSRVRKSIGVERTFSADLPTLDACKEVLPALWDKMQQRVEGHLKKTGARKCLIKSQGVKLKFQDFQQTTVEHRHHDIDEAFFYTLLDEAWQRARGRGVRLVGIHIGLADGFSVEQLQLPLEEE	PGPT0014881_3991	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
AK237_04085	231			hypothetical protein	GTGTCTCAACCAGTCGTGCCGGGCATTTACCAACATTATAAAGGCAACTTCTATACGGTTATCGGTGTCGCAAAACACTCTGAAGATGAGTCAGAGCTTGTTGTATATCGACCAGAATACGGTGACAGAGGCCTGTGGGTAAGGCCCTTATCAATGTTTGTCGAAAAGGTTAACGTAAATGGTGCGTTTGTTCCGAGGTTCAGGTATGTAGAGGAACATGATCAGGATTGA	MSQPVVPGIYQHYKGNFYTVIGVAKHSEDESELVVYRPEYGDRGLWVRPLSMFVEKVNVNGAFVPRFRYVEEHDQD	PGPT0012200_854	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES	CE-EPS-HYDROLASE,PGPT0012200-cd|ma|nplT-K01208	NA	NA
AK237_04086	1659	nfdA_3		N-substituted formamide deformylase	ATGTTAGTGAAGCACACCTGGCGATTAGGTATGGCGGCGCTTTTTGCCACCTCCCTGTCTGCTGTAGCCGATACAACACTAATCAATAATATCAACGGCTATACATTGAATAAAAAGGGCGAACTCATCACGTTTACTTCCATTCTTATTGAAGATGGTAAAGTGAAAAAACTCGATCCTCCTACACCCCGGGCCGATTCTGTGGTCGACGGACATAACAATACGCTGCTACCCGGCTTAATAGATGCACATGGACATTTGTTAGGGCTTGGAAGTAGTTTACTTGAAGTTGATGTTCGGGAGAGCCAAAGCGCCGACGATGCCGCCCAAATGGCTGCTGCTTACGCGTTCGCGAATCAAAAGCAACCATGGATCACCGGCAGTGGCTGGAATCAGGAAATATGGCCAGACCGCAGCTTTCCTACTGCAGCCATATTAGATGCAAAAATAGCAAAAAGACCGGTATGGTTAACTCGCGTTGACGCACATGCTGGCTGGGCAAATTCGCGAGCGTTGAAACTTGCTGGCATCACCAAAAATACCCCGGATCCGGTAGGCGGAAAAATAATAAGAGACAGTGAAGGAAATCCGTCTGGCGTATTAATTGATAATGCTATGGCACTGATGGAAAAGGTCATGCCGCAACCTGGCGCTGAGCGCTACCATCAACAACTCAATGCCGCTGGCCAACATCTGTTATCTGTGGGTATCACATCGATGCACGACGCAGGCATTCCGCACTCTGTGTACGATTTCTACCTCGCTCGCGCGGCGGAGCAATCTTTGCCTGTACGCATCTACGCGATGATTAGTGCCACAGATGACGATTTAGATGCATTACTCGACAACGGCCCGGTGCGAAGCGCCGATGATTTTTTATTCATTCGCAGCGTTAAAGCTTACGGCGACGGTGCTTTGGGCAGTCGGGGCGCAGCATTACTGGCGCCCTATAGCGACGACCCGCACCAGAAAGGTTTATTACTCACCCAACCTGAAGATATGAACCCACTGTTTAACAAGGTTATGGGCGCGGGCTTCCAACTTAACTTCCACGCTATTGGTGATCGCGCTAACCGCATGGCGCTGGATGAATTTGAAAAAGTAATGAAGAAGTATCCGAACAAGGACTTTCGGCATCGTATTGAACACGCACAGATCATTCACCCGGATGATTTACCGCGGTTTGCAGCCTTAGGGGTTTTACCTTCTATGCAACCCACGCACGCTACCAGTGATAAAAATATGGCTGAAGATCGTTTAGGCAAAGATCGTATGAAAGGTGCTTATGCCTGGAAAACACTCCTTGATTCAGGCATTCCCATCCCTCTGGGCTCAGATTTTCCCGTTGAACTGGCAAATCCCTTCTATGGTATTCATGCAGCCGTGACCCGCCAGGATCGTAATAACCAACCGGTAAAAGGATGGTATCCCCACGAAGCAATGACAGTTAAACAGGCATTCCGGGGCTTCACATTAGATGCCGCTTACGCTGCTCATATGGAAGATACGTTAGGCACACTGACCCCAGGAAAGTGGGCCGATTTCATTCTCATCGACCAGGATATCTTTGATGTAGATCCCAAAGCACTGTGGCGAACACAGGTATTACAAACGTGGACCGCAGGAATTAAGGTGTTTGATGTGGAACGAACGCAATAA	MLVKHTWRLGMAALFATSLSAVADTTLINNINGYTLNKKGELITFTSILIEDGKVKKLDPPTPRADSVVDGHNNTLLPGLIDAHGHLLGLGSSLLEVDVRESQSADDAAQMAAAYAFANQKQPWITGSGWNQEIWPDRSFPTAAILDAKIAKRPVWLTRVDAHAGWANSRALKLAGITKNTPDPVGGKIIRDSEGNPSGVLIDNAMALMEKVMPQPGAERYHQQLNAAGQHLLSVGITSMHDAGIPHSVYDFYLARAAEQSLPVRIYAMISATDDDLDALLDNGPVRSADDFLFIRSVKAYGDGALGSRGAALLAPYSDDPHQKGLLLTQPEDMNPLFNKVMGAGFQLNFHAIGDRANRMALDEFEKVMKKYPNKDFRHRIEHAQIIHPDDLPRFAALGVLPSMQPTHATSDKNMAEDRLGKDRMKGAYAWKTLLDSGIPIPLGSDFPVELANPFYGIHAAVTRQDRNNQPVKGWYPHEAMTVKQAFRGFTLDAAYAAHMEDTLGTLTPGKWADFILIDQDIFDVDPKALWRTQVLQTWTAGIKVFDVERTQ				NA	NA	NA	NA	NA
AK237_04087	1017	thadh		L-threo-3-hydroxyaspartate ammonia-lyase	GTGTCAGACATTCATCTTCCCACTTTCGATGACGTCCATGCAGCGTCATTACGCCTTCAGGGAAAGGTATCCCGTACCCCGCTGTTAGAATCATCGTTGCTCAACCGCTGGTTAGGACAGCGCATATTGTTTAAAGCCGAATGTTTGCAAACTACCGGCGCATTTAAAATGCGCGGCGCGACAAATTTTATAACCAAACTAATTGAGCAAGATGCATTGCCTCAGCGTATTGTGGCAAACAGCTCTGGGAACCATGCTCAGGCTGTTGCATACGCCGCGGGACAACTTGGTATTCCTACAACCATTTTCTCCACCGAAAATATATCAGCGGTAAAAGCTGCTGCAACAAAGTCTTATGGTGCCGATTTAGCACTCTTTCCGACCCGGCCTGAGGCTGATGCCGCCGTTGCTGAAGCCGCTAAAACGCCAGGTACAGTCTGGATCCCGCCTTTTGACCATGCCGATATCATTGCTGGTCAGGGTACGGCGTGCATGGAAGCACTGGAAGATGCCGGACACGTCGACGCAGTATTCGCGCCTTGTGGTGGTGGTGGTCTTATCAGCGGTACATTGTTAGCTGCCCGGGGGTTACAGCCTCAGGCAAAAGTCATTGGCGTAGAACCACAAGCAGCAAACGATGCCTCCCGCTCGTTGCAAAGTGGCGTGATAGAATCTTTATCTGGTCCAGCCAAAACGCTGGCCGATGGTGCTGCTACGCCTTCTGTTGGCTTGCATACTTTCCCACTGCTACAACAATTAGACGATTTCTACGAAGTAGATGAAATTCAAATTGCTTACTGGACGCAGTGGTTACAACACTTATTGAAATTGCATGTCGAGCCTACGAGCGCCATGACAATGGCGGCAGTCACCTCGTGGGCGCTGGAAGCGCCGCCGGGCCAAACTGCCGTAGTTATTTTGACGGGGGGCAATATCAGCCAACAGAGCATGGAAAAGATTTGGTCGACGGATTACCTTTTACAACCCCCTAACTTAACAGAACAACACCAGGATTAA	MSDIHLPTFDDVHAASLRLQGKVSRTPLLESSLLNRWLGQRILFKAECLQTTGAFKMRGATNFITKLIEQDALPQRIVANSSGNHAQAVAYAAGQLGIPTTIFSTENISAVKAAATKSYGADLALFPTRPEADAAVAEAAKTPGTVWIPPFDHADIIAGQGTACMEALEDAGHVDAVFAPCGGGGLISGTLLAARGLQPQAKVIGVEPQAANDASRSLQSGVIESLSGPAKTLADGAATPSVGLHTFPLLQQLDDFYEVDEIQIAYWTQWLQHLLKLHVEPTSAMTMAAVTSWALEAPPGQTAVVILTGGNISQQSMEKIWSTDYLLQPPNLTEQHQD	PGPT0001960_5241	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
AK237_04088	2889			hypothetical protein	ATGCCTGAACGAAAGAAAAGCAGGGTGTATTTTCTCCCTTTTATGCTGTTTCTGCTACTGAGTTTCCTGTTCATCTCAGCAGGGTTCTACCTGGTGAATGACGACCGTACTTCCCGTATTTCAAAAGCGAGCTCTTTAGCCAGTCAGGTTAAAAACAGTCTGGAGTTATTTGCTGAAGAGCGTCGTCAGGCGATGATTAATCTCATGCAAACCTGGCCAGCTTTCTCTCCTAATGAAATAGACTGGTTTAATGTGCAAGCGGTGTCGCTAATGAATATCCAGCACGGATACACGTCGCTGTCGGTGACCGATCAGGCCGGAACAATTCGCTGGATGACCGTACCGAATGCTCAGGGTGAATCAACTGCTGGCTTTTCCATTCAGAGTCGCCCTCAAAGGATGTTACCACTGCCTTCGCTGACATTGTCCGATTCATTTCAAAGTATGTTACAGCGATCCTCGCGCAGCGGTCACTACTTTCTCGTTTACGCACGTGCTATCAGTACTCAGGAGCCTGAGCTGGGGTTTTTGATTGCTACATTCGACGTCAGTGAAATTCTTGATGTTATGGTTGGTGAGCTGGTTGGGCCCCAGTTTAATTTTATGATCAGGGACAAAGACGCACATTTGCTTGAAGCCGGCGATTTCGTTGACGATGGTTCGGTTGTCATGGCTGACAATATCGACTTTCTCGGACGAACCTGGTCATTGAAGATCCAAAGTCGTCCAGCGAGATTTGATGCGGGATGGCTGTTAGGTTGTGTAGGCGTTTTAATGTCGTTTCTGGTGAGTTGGATTTTCCACAAACAGTTGAAAGGTGCGGTAAGGCTTACTGTTAGTCAGCAGCGTTATCGCACAGCCAGTGACGCGGCCCTGGATGCGTTAATGATTTATCAGGCAGCAGACGAGGGGTTTATATTGCTTGAGGCAAATAAAATCAGTTATGCGCTTTTTCCCTATTTACAAGACAAACAGCTACCTAAAACACTGCACTATCACATGGCGTTTTTAGGCCATAGTGCTATTGCGTCAGAAGCGAAGCGGGTATTGCAATCAGGCACGCCCTATGAAAATTACATCAAAGTAGACACCGATGCGACACCGGCAGAGTGGATAAAGCTGCAAATGGTAAAGGCCGACCGAACAGTTGCGATTACTATGCGCGATGTCACCGAGCGATTTCAGGCTCAGATTGACCTGAAGAAAAGTGAAGAGCGCTACCGGCGTTTACTGGACAACATGCAGCGCCACTTTGTGTACACCAAAACGCCCGATCATAAATTTCTGTATGTAAGTGCTGGTCTGGAATCCATTACCGGAATCCCGGCAGACGTATTCTGTGAACGGTCAGCGTATCTGACTTACCAGGTTCCAGACAACATTCAGAGCATTATGGACACCATCCGTAAGGGCGAGAAACCCGAGCCTTATCTGGTGCATATCAAAGGGCTTGATGAACAGGTGTATGTCATCGAATTTACCGATACTCCTTTGTGTGATGCAAGTGGTGAGCTAACAGCCGTAGAAGGCATCGCACGGGATGTGACGAAAGAGCAAGCATTGCAGGAAGAGGTGGTCTATCAGGCCAGTCATGATCAGTTAACAGGCCTGATGAATCGCTATGCCTTTGACAATGAGCTTCGGCTGCTATTGGACAGGGTCAAGCGTGGCGAACAAACAGGGGTGATGTGTTTTATTGATATGGATCGGTTCAAACTGGTCAATGATAGTTGTGGTCACCCGGCCGGCGACAAACTACTTAAAGAAGTTGCCCAGCTGTTTGGGAGTCATATTACCGACCAGGAGCTACTGGCGCGAATTGGCGGTGATGAATTTTGTATTATCTTTCCTAACCAAACGCTTCGTGAAGTAACGCCAAAGTTAGATAATCTGTTAAATGCCATTGCCAACTATCGTTTTATTCACGAAGACCGCTTGTTCTATGTCGGCGCAAGTATTGGCGTGATTACCATTGATCAGGAGAGCGGGTCAGTGGCAGAGCTGATAAAAGCCGCAGATAACGCGTGCTATCAAGCTAAATATCAGGGACGAAACCGGTACTACATCAGTGAATCCGGCTATGATGAGCATGAACTGACAAAAGAAACAAATGTGCTTCAGGTGCTGAACAAAGCCCTTCAGACCCGTTGTTTTGAGTTGCACAGTCAGTCCATTCTGCCCATGCATGCTAATGATAGTGACTTGCAGCACTACGAAATTTTATTGCGTTTGCCTGACGGACACGGTGGATTGATTAGTCCTGCGCTATTTATCCCCCTGGCAGAGCGGCATGGATTAATGAACCAGATTGATTGGTGGGTTGTTGATAATACGCTTGCGGTACTGGAGCAACACAAGGATCACCTTGCGCGGTTAGGAAAGGTGGCTATCAATCTGTCAGGGTTGACGCTGGGTGATCCTGTCAGGCTGGCAAATATTGTTGAGCGGGTTACCACTTCCAGTGTGCCAGCTCATAAAATTTGCTTCGAGATAACGGAAACCGCAGCGGTGACGAATATCGGCGCAGCCCGTCATTTTATTCAAACGTTACGGGAACAAGGCTGCCTGTTCGCGCTGGATGATTTTGGTGCCGGTATGTCGTCATTTACGTATCTTAAGAATCTGGATGTCGATTTTGTCAAAATTGACGGTTCGTTCGTCAAGAACATGGCCCGGGACAGTATTGATCACGAGACGGTAAAAGCTATTAATGCTATCGCTCAAAGTATGGGGAAACAAACCATCGCCGAGTTTGTCACCGACCAGGCAACGTTTGATGCGTTACGTGAACTCAAGGTGGATTACGGGCAAGGCTTTGCGTTAGGTAAGCCGATACCTTTGGTGAATCGCGTGAATTCTCATGATAATGTAAGGTTGCTCAGGGCTTAA	MPERKKSRVYFLPFMLFLLLSFLFISAGFYLVNDDRTSRISKASSLASQVKNSLELFAEERRQAMINLMQTWPAFSPNEIDWFNVQAVSLMNIQHGYTSLSVTDQAGTIRWMTVPNAQGESTAGFSIQSRPQRMLPLPSLTLSDSFQSMLQRSSRSGHYFLVYARAISTQEPELGFLIATFDVSEILDVMVGELVGPQFNFMIRDKDAHLLEAGDFVDDGSVVMADNIDFLGRTWSLKIQSRPARFDAGWLLGCVGVLMSFLVSWIFHKQLKGAVRLTVSQQRYRTASDAALDALMIYQAADEGFILLEANKISYALFPYLQDKQLPKTLHYHMAFLGHSAIASEAKRVLQSGTPYENYIKVDTDATPAEWIKLQMVKADRTVAITMRDVTERFQAQIDLKKSEERYRRLLDNMQRHFVYTKTPDHKFLYVSAGLESITGIPADVFCERSAYLTYQVPDNIQSIMDTIRKGEKPEPYLVHIKGLDEQVYVIEFTDTPLCDASGELTAVEGIARDVTKEQALQEEVVYQASHDQLTGLMNRYAFDNELRLLLDRVKRGEQTGVMCFIDMDRFKLVNDSCGHPAGDKLLKEVAQLFGSHITDQELLARIGGDEFCIIFPNQTLREVTPKLDNLLNAIANYRFIHEDRLFYVGASIGVITIDQESGSVAELIKAADNACYQAKYQGRNRYYISESGYDEHELTKETNVLQVLNKALQTRCFELHSQSILPMHANDSDLQHYEILLRLPDGHGGLISPALFIPLAERHGLMNQIDWWVVDNTLAVLEQHKDHLARLGKVAINLSGLTLGDPVRLANIVERVTTSSVPAHKICFEITETAAVTNIGAARHFIQTLREQGCLFALDDFGAGMSSFTYLKNLDVDFVKIDGSFVKNMARDSIDHETVKAINAIAQSMGKQTIAEFVTDQATFDALRELKVDYGQGFALGKPIPLVNRVNSHDNVRLLRA				NA	NA	NA	NA	NA
AK237_04089	375			hypothetical protein	ATGGGGTTGTTTGATGCGTTGCTAGGTAATGCCAGTGAAACCGATGCACAGGCAGTGGCAGAGGAGCTTGCTCCTGTACTCGGTGCAAGTGAGTCTGTAGTCAGTGCTTACAAATTGGTCAGAGATCTCATTGTCTTTACCTCTGGTCGAATGATTCTTATCGACAAACAAGGTTTGACCGGTCGCAAGGTTAACTATCATTCCATTCCCTATAAATCCATCACCCAGTTTGTGGTAGAAACGGCGGGACATTTCGATACCGATTCTGAGTTAAAAATCTGGGTGTCAGGACAGGATGCAGCAATAGAAATTGAGTTGAGTAAAAATGCTGCGCAAGGCGTTCAGAATGCACTCGCGCAGCAGCTCTTTGGTTAA	MGLFDALLGNASETDAQAVAEELAPVLGASESVVSAYKLVRDLIVFTSGRMILIDKQGLTGRKVNYHSIPYKSITQFVVETAGHFDTDSELKIWVSGQDAAIEIELSKNAAQGVQNALAQQLFG				NA	NA	NA	NA	NA
AK237_04090	2178	dap4_2		Dipeptidyl aminopeptidase 4	ATGCTCAGTTCACTCGTTCAGGCAAAAGATCTTACCATCGAACGGATTTTTGAATCGCCCTCTTTAGACGGCAATGCACCTCGCAATTTACAAGTTTCGCCTGATGGACAGCGGGTTACCTTCTTGCGCGGTAAGCAAGAAGACTATGACCAGCTGGATTTATGGGAATACCACATTCAGTCAGGTGAAACGCGCATGTTATTCGACTCTACAACCCTGGCACAAGGCGACAGTGAGCTTTCTGATGAAGAAAAAGCACGCCGCGAACGTATGCGTTTGTCCGGCAGTGGTATTGTCAGTTACCAATGGTCAGCTGACGGCAAAGCACTGCTATTTCCCTTAGGTGGTGATGTTTTTTACCACGAATTAGGCAAAAAGGGTGCAAAACAATTACTCGATACAGATGCTTTCGAAACTGATATCACCTTATCGCCTAAAGGTAATTACATTGCCTACATTCGCGATCAGAACCTGTATGTAAAAAGCATTGCCACCGGTAAAGAAACCGCCATTACCCAAGGCGGTGGCGGCACGATAAAATACGGTATGGCGGAATTTGTCGCGCAAGAAGAGATGGATCGAATGACCGGCTACTGGTGGTCCCCTGACGAACGCTATATTGCTTTCACCCGGGTGGATGAAAAACCCGTAGAGACGATTACCCGCTCAGAAATTTATGCTGACAGCATAAAAATGATTGAACAAAAATACCCTTCTGCAGGAACACCCAATGTTGATATCACCCTTGCAGTGCAAGATATCAGTACCGGTGAGCGTCAGTGGATTGATTTAGGCAAAGACAAAGATATTTATCTGGCACGTGGTGCCTGGATGCCATCTTCAGACACGTTTACCTATCAATGGCAAAGCCGTGACCAGCAGCAACTGGCCTTAAAGGCTTATCACCTCACATCAAAAAAGCAAAATGTGTTACTCGAAGAAAAGAGCGACACCTGGGTGAATTTACATAATGATCTGACATTTCTGTCTGACCGCAACCAGTTTATCTGGGCGTCCGAGCGTGATGGCTTTAAGCACCTTTATTTATACAACAACGATGGTTCCCTGGTTTCTCAGTTAACCAGCGGGCGCTGGGTTGTCGATAAGTTAGAAGCTGTTGATGAAGCCGCCAACAAAGTCTTTTTTACTGGCCGTAAAGATACGCCATTAGAGCGTCATCTCTACAGCGTGTCTTTAGAAGGCGGTGACATACAACGCGTTTCAGAAAAAGACGGTTACCACAGCATCACATTCTCATCTGATGCATCGATATACGTAGACAGCATGTCGACGATAAACCACCCTTCTCAAGTCAGTCTGCACAAGGCAAATGGCGAACAAATCACCTGGCTTGAAGAGAACGCGGTGGATGAAAATCATCCTCTCAGCGCCTATATGGACAGCTGGACCACACCAGAATTTGGCACGATTACAACCGATGACGGCGCAGAGTTATATTATCGCCTTTACAAGCCTGAAAATCTTGAGAAGAAGCATCCCGTCATTGTCTATCTGTACGGCGGTCCACATGCTCAGGTTGTGACTAACAGCTGGGCCGGAAATCGCGGTTTACTGATGCAATATTGGGTAGATCAAGGTTATGTCGTCTTCAGTATCGATAATCGTGGTTCAAATTATCGCGGCAAAGCTTTCGAAGATCCCATCTTCAAGAAAATGGGTACCGTGGAAGTGGATGACCAGGTGGCTGGAGTTAAATTTCTGCGTACCCTGCCCTACGTGGATGCAGATCGGATCGGCGTGCACGGCCATAGTTACGGTGGTTACATGACACTTATGTCGATGTTCAAAGCCGGAGATTATTTTGCCGCAGGCGTATCAGGTGCCCCGGTAACCGACTGGCGTTTGTACGATACTCACTATACGGAACGCTACATGGGTAACCCTAAAACCGATGATGATGCGTACACTGCATCGAGTGTTTTTCCTTATGCAAAAGATCTGAAAGGCGAATTGCTCATTTATCATGGCATGGCTGACGATAACGTGTTGTTCACGCACAGCACCAAGTTATATAAGCACCTGCAAGACATGGCAATACCGTTTGAAACCATGGATTATCCGGGCAAGAAGCACAGTATTCGAGGCAAGGAAACGGGTATACATTTATACAAAACCATTACTAATTTCTTTAATCGAAACTTACATCCTGACCAATAG	MLSSLVQAKDLTIERIFESPSLDGNAPRNLQVSPDGQRVTFLRGKQEDYDQLDLWEYHIQSGETRMLFDSTTLAQGDSELSDEEKARRERMRLSGSGIVSYQWSADGKALLFPLGGDVFYHELGKKGAKQLLDTDAFETDITLSPKGNYIAYIRDQNLYVKSIATGKETAITQGGGGTIKYGMAEFVAQEEMDRMTGYWWSPDERYIAFTRVDEKPVETITRSEIYADSIKMIEQKYPSAGTPNVDITLAVQDISTGERQWIDLGKDKDIYLARGAWMPSSDTFTYQWQSRDQQQLALKAYHLTSKKQNVLLEEKSDTWVNLHNDLTFLSDRNQFIWASERDGFKHLYLYNNDGSLVSQLTSGRWVVDKLEAVDEAANKVFFTGRKDTPLERHLYSVSLEGGDIQRVSEKDGYHSITFSSDASIYVDSMSTINHPSQVSLHKANGEQITWLEENAVDENHPLSAYMDSWTTPEFGTITTDDGAELYYRLYKPENLEKKHPVIVYLYGGPHAQVVTNSWAGNRGLLMQYWVDQGYVVFSIDNRGSNYRGKAFEDPIFKKMGTVEVDDQVAGVKFLRTLPYVDADRIGVHGHSYGGYMTLMSMFKAGDYFAAGVSGAPVTDWRLYDTHYTERYMGNPKTDDDAYTASSVFPYAKDLKGELLIYHGMADDNVLFTHSTKLYKHLQDMAIPFETMDYPGKKHSIRGKETGIHLYKTITNFFNRNLHPDQ				NA	NA	NA	NA	NA
AK237_04091	639			hypothetical protein	GTGAAAAGCAATAAAACCGCTTTAGTGCTGGGTGCGACAGGATTGGTGGGAAAGGCGCTGGTTCGCCAGCTGTTACTCGACCCTCGTTATGATGCGATTACCTTGCTGGTAAGACGGCCCGTTCAGGCGAGTTTGTTCCACGATCCGCTGAAAAAGATCACGCCTATAGTCATCGATTTTGATGCGTTGCAGGAGTATCAGGGATATTTTAGCGTAAACCATGTTTTTTGTTGTTTAGGCACAACATTGAAAAAAGCGGGCTCGAAGGCTGCTTTTCGTCGAGTCGACTTTGAATATATTCATGTGGCTGCCCAGCTTACACGTGCACAACGAGCCGACAGTTTTGTATGGATTTCGTCTGTGGGCGCTGACGCTAAAAGCAGCAGTTTTTACCTGCGTGTTAAAGGGGAATTAGAAGACGCATTAATGCGCATGCCGCAGTTATCTCATGCTTCCGCTGTACGGCCGTCTTTGTTGCTTGGCGAGCGCAATGAATCTCGTCCGTTAGAAGCGTTTGGTCAAATGGTTGCACCGGTATTAGGCTTGTTTATGTACGGCCCCTTTAAAAAATATCGTCCTGTATCTGCCACGGAGGTCGCCCATAAAATGATAACACTTCAGCGGTTCGACACCGAATAA	MKSNKTALVLGATGLVGKALVRQLLLDPRYDAITLLVRRPVQASLFHDPLKKITPIVIDFDALQEYQGYFSVNHVFCCLGTTLKKAGSKAAFRRVDFEYIHVAAQLTRAQRADSFVWISSVGADAKSSSFYLRVKGELEDALMRMPQLSHASAVRPSLLLGERNESRPLEAFGQMVAPVLGLFMYGPFKKYRPVSATEVAHKMITLQRFDTE				NA	NA	NA	NA	NA
AK237_04092	738	yfiC	COG4123	tRNA1(Val) (adenine(37)-N6)-methyltransferase	ATGGGAAAAGGATTTCGCTGTAAGCAGTTCTCGGTGGCGCAAGATAACTGTGCCATGAAAGTGAATACGGACAGTCTGTTACTTGGAAGCTGGGTACAAGCCGAGCAGGCGTCACGAATTGCTGATATCGGCACTGGAACCGGCATCCTGGCTTTAATGTTGGCGCAAAAGGCGCTACCTCATGCCTCAATCACTGCGGTGGAACTTGATACACAGGCCGCCCTCCAGGCTCACGAAAATTTCCAGGCATCACCCTGGCCGTCAAAAATTCACCTTACTGTTGGTGACGTTCTGACGTTACCGTTTGAAGAACCTTTCGACCTTATCGTCACTAACCCGCCTTATTTTGCCGGCGCTCAAGGTGCAACGAACGCCTACGATACGTTAAGCGCCTCTCGTGAACGGGCGCGTATCGCCGATCAACTTTCACCTGAACGTCTGTTTCAATGGGTTGCGTGTCAATTAACTGACAACGGCTCATTTTATTGTGTTTACCCTGCTGCGATGGAAGACGCGATTTTAAGCGTAGCAAATAAGGAAAAACTTATTTTAAAACAGTGCCTTTATGTTCAGTCCACACCTAATCACACGCCTTATTTAGTTGCTTATTGCTTCGGTAAATACGAAGTTTGCACGGAAAATGCACAATTGGCTTCGACGATAGTCATTCGAGACGAAAACGGAAATTATTCGTCAGATTACCGTCACTTATGCCAAGCGTATTATTTACATTTCTGA	MGKGFRCKQFSVAQDNCAMKVNTDSLLLGSWVQAEQASRIADIGTGTGILALMLAQKALPHASITAVELDTQAALQAHENFQASPWPSKIHLTVGDVLTLPFEEPFDLIVTNPPYFAGAQGATNAYDTLSASRERARIADQLSPERLFQWVACQLTDNGSFYCVYPAAMEDAILSVANKEKLILKQCLYVQSTPNHTPYLVAYCFGKYEVCTENAQLASTIVIRDENGNYSSDYRHLCQAYYLHF				NA	NA	NA	NA	NA
AK237_04093	480			hypothetical protein	ATGTCTTTCGATAACTTTCCACTACAGGTAGGTACTGGAGAAAATTTTCAGGAAGAAAGTGTTGTAAACCCGTTAAAAAGTGGGTTTGCGGGTAGTACTGTTTTTCAATTAGACAATGTCTGGCAGAACAGGCTGCGTTTATTCTGCGAAGCAGAAAAATCTCTCCAAAAAGCAAAACGTATGATGGCGCTCTGGATGGTTGTCCTTGTTGTCAGCTTGTGTATGCTTTGTTTCTCGTTATTTGTTGCGCCAGTATCATCAACCTGGTTGTTTGTTGTCGAATGTGTTGCTTTATGTACGGCGTGCGTCGTTCAGCCTGTTTGCTATTTATTGGTTAAAGAGCATCGGCGGCATCGCGATAATCTTTCAAGACGATTTTACGAAAGTAACCATGAAGTTGAAGTCACTGACAGTCATCTTGTACTTATCAACAGAGGGAATTACTCAGCAGTAACGCGTGTTCCCATTTTGGAGCATTAA	MSFDNFPLQVGTGENFQEESVVNPLKSGFAGSTVFQLDNVWQNRLRLFCEAEKSLQKAKRMMALWMVVLVVSLCMLCFSLFVAPVSSTWLFVVECVALCTACVVQPVCYLLVKEHRRHRDNLSRRFYESNHEVEVTDSHLVLINRGNYSAVTRVPILEH				NA	NA	NA	NA	NA
AK237_04094	2208	mdoH_2		Glucans biosynthesis glucosyltransferase H	TTGTCTACCGAACACGGTCCGGGCGCTTGCGCCTGGAGTTTGCTATTCACTTTTGCGGGTGGCTTAGGGTTGTTGACCAGTTTATTGCTGGTACCTATGGACGCCTATTCTCAATTGCTGTCTTCTGCAATCATTCTTATCGCGATTCATTTTTGCTCTCAGGAATCCCGCGCTTACCATCAGTATCAGCAATTCTTCCGGATCGTGGCGATTTTTTTAGGGCTCGCACTGACATTCCGTTATCTCATATGGCGGGGACTTTACACGCTAACCGCTGTCGACCTGCTCTCGTTAATTGCCGTGTGGTTACTCTTTTTAGCTGAGCTCTACGCTGGGATGACCCATGTGATGGGTTGCATTGTTAATGCGTTACCGCTGAGTCGACCGCTTAAGACAATTCGTAACATTCCAACAGATAAGCTACCGACGGTTGATGTACTCATACCTACTTACAATGAACCGGCAGAGTTGTTGGAAGTAACGTTGCGCGCCGCACTTATGTTGAATTATCCGAAGGAAAAACTGCTCGTGCATCTGCTGGACGACGGTAGTACTGAGCAAAAAATTACTCAGCAAGATGAAAGTGCAGCTAATCGGGCGAAGATCAGAAAAGCGACGTTATCAGCGCTATGCGACGCGTTGGGCGTGCACTATCACACCCGTAAACGTAATCATCATGCTAAAGCGGGGAATATCAACGATGCGCTGTCAGAAACAGAGGGCGAATTGATTGTGGTGTTAGATGCGGATCACGTTCCAACAGCAGATTTTCTGGATCACACGGTGCCCTGGTTAGTAGAAAAGGAGAACATTTTTCTTGTACAGACGCCACACTTTATGGCTAACCCTGATCCCGTCGAGCGAAACTATTTTTCTGCCTTCAGCCGCATGCCATCAGAAAATGACATGTTTTACGGCACCATTCAGCGCGGCCTGGATTTTTGGTCAGCATCATTTTTTTGTGGCTCGGCTGCAGTATTGCGTCGGTCACATTTGGCCCTGGTCGGCGGGCTCTCCGGGGAGTCAATAACCGAAGATGCAGAAACCGCATTTGATCTTCACGCGTTAGGCTATGAATCGGTGTACGTCGACCGCCCTATGGTAAGCGGTTTAGCGCCTGAAACGTTTGACGCCTTCGTCACACAACGTATGCGCTGGGCACAGGGAATGACACAAATATTGTTGCTCAAAAAGCCTTTCATGGAAAAGCAGCTAAGCTGGTATCAGCGAATGGGGTACATGAGTTCAATCCTGTTTTGGCTATTTCCTTTCGCTCGCATCATTTTTCTACTCATGCCATTGGCCTATTTAGTTTTCGGCATGCAGGTTTATCACGCGTCGATGACGGAGATTTTTGCTTACACAATGCCACACGTTATCGCTACTTATATGTTATCGACCATGCTGTTTGGTAAAACGCGCTGGCCGTTGGTGTCTGAGTTATATGAAATCCTCCAGTGTATTTTTACGCTAAGGGCGCTTACAAAAGTGTTTCGTAACCCCCGCGCTCCTTCGTTTGTTGTAACGCCAAAGGGCGAGAACCTCTCTCAGACCTTTATTTCACCGCTTTCCGGCGTATTTTATGCATTACTAATATTAGTCAGTGTCGCCATGGTCGCGGGCATTATCAAAATGATCAACGAGCCTCTCACTCGCGAGTTAACCGCAATCGTCCTTGGCTGGAATGGCTTCAATTTACTGCTGTTAATTAGTGTGATGGGTGTACTCGTCGAGAGAAAGCAAGTACGTGAACAGTCGCGTTTACCTGCGAACGATTACGTGAGGTTACTTAGCGCAGACGGACGTGCGTGGACAGGACACCTGGTTGATCTGTCATTGGGGGGCGCAAAGTTAAAACTCGCTGGCGACATGGCAGATTTACCTGAGCAGGTGACACTGATCACAGACAGAGAAGGCAAAGCAGGAAAAATACAGCTTCCTTGCAAACGCTTGTCGGTTTCGGAAGAAACGCAATTTGTACGTTTTCAGTTTGTGCAAAGCGCGGAAAATATCGATGAGATAATACGCTTTGTATTGGGCGATAGCCGACGCTGGCAAAGTTTTCAGCGCAGACGAACCCGGCCGATTTCATATTGGTACGGCGTGAAGCATGTTTTACGAGTAAGTATCCGGCCTGCTCTACAACATCTTTATTTCAATGGTCGGCAATATTGGCAAAAAATGCGCACAGCGAAAGGAAATGCATAA	MSTEHGPGACAWSLLFTFAGGLGLLTSLLLVPMDAYSQLLSSAIILIAIHFCSQESRAYHQYQQFFRIVAIFLGLALTFRYLIWRGLYTLTAVDLLSLIAVWLLFLAELYAGMTHVMGCIVNALPLSRPLKTIRNIPTDKLPTVDVLIPTYNEPAELLEVTLRAALMLNYPKEKLLVHLLDDGSTEQKITQQDESAANRAKIRKATLSALCDALGVHYHTRKRNHHAKAGNINDALSETEGELIVVLDADHVPTADFLDHTVPWLVEKENIFLVQTPHFMANPDPVERNYFSAFSRMPSENDMFYGTIQRGLDFWSASFFCGSAAVLRRSHLALVGGLSGESITEDAETAFDLHALGYESVYVDRPMVSGLAPETFDAFVTQRMRWAQGMTQILLLKKPFMEKQLSWYQRMGYMSSILFWLFPFARIIFLLMPLAYLVFGMQVYHASMTEIFAYTMPHVIATYMLSTMLFGKTRWPLVSELYEILQCIFTLRALTKVFRNPRAPSFVVTPKGENLSQTFISPLSGVFYALLILVSVAMVAGIIKMINEPLTRELTAIVLGWNGFNLLLLISVMGVLVERKQVREQSRLPANDYVRLLSADGRAWTGHLVDLSLGGAKLKLAGDMADLPEQVTLITDREGKAGKIQLPCKRLSVSEETQFVRFQFVQSAENIDEIIRFVLGDSRRWQSFQRRRTRPISYWYGVKHVLRVSIRPALQHLYFNGRQYWQKMRTAKGNA	PGPT0022275_782	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-CELLULOSE_METABOLISM	CE-EPS-CELLULOSE_BIOSYNTHESIS,PGPT0022275-bcsA|yhjN|celA-K00694	NA	NA
AK237_04095	2271			hypothetical protein	ATGAAAAAAATGGTTTTCACTTTACTGCTTAGCGTGGGAGCGCTATGTCAGGTCTTCGCAGCAGAAACCCACAAACTGAGATTGTCTGAACTTCATGCTGGCGACAGTACATTGCGAATGGAAGGCGCGGTTGCTGAGTTCGATTTATCCATTCCTCTTGCAGGTGGACTTGCTGTGCAACAGGCAACGTTAGATATGCGCGCCGTTAATTCTATTGCCCTGATAAAGCAGCGTTCGGTCATGGCGGTTCGATTCAATAACGCCACCATTAGCCAGATAGCACTTGATCCCGAAGCGCCTAACTTTCGTCCGAAAATTGATATCCCTTCCGAACTATGGCGAGAAGGCTATAACACGTTAACTTTTGCGGTAAGCCAGCATTACGCAAATCAATGTGTAGACAGCGCAGCGCCAGAGTTGTGGAGTGAAATTGATTTATACCGCTCGATGCTATCAGTCACCACTACACCGGCCAAACCTGTTTCTGCATTGAGCGATTTACGACATGTGTTCAACGCAGGAGTTGGTCGTCAGGAAAGTGTGACGCTGTTTACCGCGCCAGATGCTGACAGCGCTACTTATACAGACGCGTTGCCGCAAGTGGCACAAGCGTTGGCATTACGTGCTGATTATCAGAATCTCACGATAAAGCACCGCGCATTAGAGGGGAACATCAGCCTGCCAGAACGAAATGATTTAACGCCCTGGACCGATGAAGAAGCGGGCTTATATCGTATTAGTAGTTATTACCTTTCTCAGGCCTCTAAAGAGAAAGTACATGTATTGGTAGGCAGTGCTTCATCACTGTTGCCGTACTTGTCTGAGCAAACGTTCAACCGCATAAACGGTGCCTATTTGGGGATTGAGCAAACGCCAGCCATTAAAATTAATAAAGACGTTTTAGTGCCGGCGCGTACGCGGTTAATTGTTTCTGGTACAAATAGCGAACAGGTTAACCGGGCTGCTGCGACATTAGCGATGATGGACGATGTGCTTAATCCTGATAACAGTATTCTGATAGACGATATACAAACTGCCAGCAATGTTGTGCCGCTAGTGGCAGATACGTTAGTGCCGGGGGAGAGCTATTCCATCGAAGAGATGGGCGATGCGGGGGCTGAGTATCGCGGAGAAACAGAAACAACGAAGCAGATAGTATTTAATTTACCCGCCGATTTTTATGTTGCCGAAAATGCTACTGTGACGCTGCTATTAGACTTTGCCTATGGCGCTGAGTTTGGGCAAGGCTCAATGATGAATATATTGATTAACGGACGGTTAGTGCATGGGTTACCACTTAAGAACCCTAACGGTGACTCATTTCGTCGTTATCAACTGAATGTGCCTGCAAGGCACCTTCGGGGTGGTAAAAACCGAATCGATATTGACGTTGCTATGCGAGCGCCTGTAACCGATGTCGTTTGTGACGATATAGCCGGTCGCCATTTACATTTTCAGTTACTTCCTTCAACAAGAATTGAATTCCCGGAGGCAGGGCATGTTGCCCGGCAACCCGATCTTAAATTGTTTGCTGAAACGGGATATCCCATGGCGACGGTGTTACCCCAAAGCGCGAACGTTTACGTTACCGACGTAAACATGACCGGAGCAGCATTAACGTTAATGGGGAAATTATCACAAACTGCCGGAACGTTAATACCCGACATGCATCTTGTTCAGGGCGTACCTGAAACCACCACCAAATCGGCCGTGGTGCTCGCTACACCCCAGGCAATGCCGGCAGGCTTTAGCCGTGCGTTCGATGCGTCTATGGAAAGCACTAAAAAATGGCCGTACCGCTTGCAAAACCTGCTGCATAACAGGCTTAGAGAGGCGGTAAATGATAAACAGCATCAGAACTTAACGATGCATGGCGTCACTGTGCAGCAAAGTTCGTTGGGAGACATGGGGGTGTTGGTGGCTCAGAAGAATCCGCAAGCCAGTGACGCCGGCACCGTTTTTATTATTGCTACTGAAAGCGCCGACATTATGGAAAGTCGCGTTAATGATCTGATTTCTCCTGCGATGTGGGGGCAACTCACCGGTGACTTTGTTGCCTGGAATAATCGGGAGCAGCCCGCGCTCGTTATGCAGGTAGCGGATGTTTTTGTTGTCGGCGAGCTTGAAGATTCCTGGCTGCAGACGCGCATGTGGTTATCTAATCATCCGTGGTATTGGCTCACGGCGTTTGTCTGTATTGTGTTGCTATGTTCGTTTGTTGCGTATCTGTTGTTGCGCCGCAGAAATAACGAGATTCAGGATCAGTGGTGA	MKKMVFTLLLSVGALCQVFAAETHKLRLSELHAGDSTLRMEGAVAEFDLSIPLAGGLAVQQATLDMRAVNSIALIKQRSVMAVRFNNATISQIALDPEAPNFRPKIDIPSELWREGYNTLTFAVSQHYANQCVDSAAPELWSEIDLYRSMLSVTTTPAKPVSALSDLRHVFNAGVGRQESVTLFTAPDADSATYTDALPQVAQALALRADYQNLTIKHRALEGNISLPERNDLTPWTDEEAGLYRISSYYLSQASKEKVHVLVGSASSLLPYLSEQTFNRINGAYLGIEQTPAIKINKDVLVPARTRLIVSGTNSEQVNRAAATLAMMDDVLNPDNSILIDDIQTASNVVPLVADTLVPGESYSIEEMGDAGAEYRGETETTKQIVFNLPADFYVAENATVTLLLDFAYGAEFGQGSMMNILINGRLVHGLPLKNPNGDSFRRYQLNVPARHLRGGKNRIDIDVAMRAPVTDVVCDDIAGRHLHFQLLPSTRIEFPEAGHVARQPDLKLFAETGYPMATVLPQSANVYVTDVNMTGAALTLMGKLSQTAGTLIPDMHLVQGVPETTTKSAVVLATPQAMPAGFSRAFDASMESTKKWPYRLQNLLHNRLREAVNDKQHQNLTMHGVTVQQSSLGDMGVLVAQKNPQASDAGTVFIIATESADIMESRVNDLISPAMWGQLTGDFVAWNNREQPALVMQVADVFVVGELEDSWLQTRMWLSNHPWYWLTAFVCIVLLCSFVAYLLLRRRNNEIQDQW	PGPT0022280_721	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-CELLULOSE_METABOLISM	CE-EPS-CELLULOSE_BIOSYNTHESIS,PGPT0022280-bcsB|celB-K20541	NA	NA
AK237_04096	1035	cmcAX	COG3405	putative endoglucanase	ATGATAAAGCGGATTGTAATGATTGCATTGGCCTGGCTTTTGGCGTCATGCAGTGCGCCTGAGAAAGATGAGTTTGCGCTAGCATGGGAGCAGTTTGCAAGTCGCTTTTACAGTCAGGGGCGTGTTATCGACACCGGCAACAACAATGTCTCACACAGCGAAGGGCAGGGTTATGGGATGTTGTTCGCCGTGGCCGCCAATGATCGTCGTCGCTTTGATGAAATGTGGCAATGGACATCATCAACGCTGCAACGAGCGGACGAGCTTTTTAGCTGGCGTTATACGCCATGTCATCAGCAAGACAGAACATGTGTTGACGATCCTAATAACGCATCTGATGGCGATTTATTAATAGCCTGGGCATTAATAAAGGCCGCGAATCAATGGCAAGCTCCCCAGTACCGAAAATCAGCCATGGCAATTTTAGAGGCTATCCGTTCTTCCTTAGTGGTTGCCAAGCACCCCTACGTGCTATTGCTGCCGGGAGAAAGCGGATTTATTTATCCAAATGGTGACGTTCAGGTAAATTTATCTTACTGGGTTTTCCCCGCCCTGAGTGCGGCTGCCGACCTCACCGGTGATGAAACCTGGGATGATTTGGCTGTCTCAGGTATCTCTCTTATCCAGCAAAGCAATGAAAAATGGTCTCTGACTCCCGATTGGCTTCGTGTGTCAGCGCAAGAAATCAGTCTCGATGATGTGGTGAACCCAGAGTTTGGTTTCAACGCATGCCGTATACCCCTGCAACTAGGATGGCAATCAGTAGACAAACGGGTTGCACAACCTTTTCTTGATTTCTGGCAACAGCAGAACGCGCCTGCGACCAAAAATTTACGTACTCAAGCGCGCGCGAACTATACGCTTACTCCAGGCATGAAAGCGGTGAATGCGGCTAGCCGAACGTTGTATGGACAAAAGAGTACGCCCTTATCCGATCCTGTTTATGCGTTAACTGACGAATTAGACTACTATTCTTCCAGTCTTATTATGCTCAGTCGGTTAGCGCTGCGGGAAGGGAGTTATCACGGTGGGTAA	MIKRIVMIALAWLLASCSAPEKDEFALAWEQFASRFYSQGRVIDTGNNNVSHSEGQGYGMLFAVAANDRRRFDEMWQWTSSTLQRADELFSWRYTPCHQQDRTCVDDPNNASDGDLLIAWALIKAANQWQAPQYRKSAMAILEAIRSSLVVAKHPYVLLLPGESGFIYPNGDVQVNLSYWVFPALSAAADLTGDETWDDLAVSGISLIQQSNEKWSLTPDWLRVSAQEISLDDVVNPEFGFNACRIPLQLGWQSVDKRVAQPFLDFWQQQNAPATKNLRTQARANYTLTPGMKAVNAASRTLYGQKSTPLSDPVYALTDELDYYSSSLIMLSRLALREGSYHGG	PGPT0012170_740	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES	CE-EPS-CELLULASES,PGPT0012170-bcsZ|wssD|yhjM-K20542	NA	NA
AK237_04097	2313			hypothetical protein	GTGGGTAAAGGGAAAGCACTAACGCGTCGGTTTGGCCTGTCGGTGTTGGCGGGGCTTTGTCTTGCCGCTCAGCCTGTTGTTAAAGCAGCTCAATCGCCTGATTTAACCGGCATTTGGTATCATATTCGTCATAAACAAATCGACTTGGCCAATGCGGAGTATCAGCGCCTTCAATATCGTTACCCCGACTGGCAACCCGAAGAGACACTAAAGCAAGCGATGTCCCTGCTCAATAAGCCTGAGCGAAAGGTCGCTTTAAAGCCTGAACCACAACCTCGACCAGACAATAGCGATGCGATATTCATGGGCCGCTTAGCCTTAATGAAGGAAGCGCAATGGCAGGCCTTGTCTGACCGGGCAATGAAAAAGGCTGAGAGTATTGCGCTGGAAGGTGGCGATGATAAACAAAGGTTGCTGGTGGGTTGGATACACATGTCACGGCAAGCGTTTCACCAGGCATTGATGCTTTTTTCGCGGGTAAGTGAAGGCGCGCAGAAACAGAAACATGATGCTATTGCGGCAGCGATTGATGCATTGAGTTTTCAAGCAGTAAAAGCAAATGATGGGGCTGCGTTGGCGTCGTTGTTGAGTCGTTATCCACGACAGGTTACGCCACTTGTTACCGGCGCGGCATGGCAGGCGTTTGAGGCTGCTGAATATAAGCGTGCGGAAACGCTGTTTAAGTTGGTAAGGAATGACTACGGGCAAGTATTAAGTTTGTCAGCACAAGGTCACGACGACGAGGCGACATCTATCGCTTGTGACGCTGGCCAACGCGGTGATGTCGTGGTTTGGTGTAACAATGCATTGGCTCGCCAGCAAGTCGCTTTTTACGATAAAAAAGATTTTAAAAATAGCCTTGCTAAGGCGGAACAACTTATTGCCCGTAATGCGATTAACGCAGAACAACGAGCCTTGTATGGATGGGCATTAGATGCCAGTGGAAGAGAAAACGAAGCGCGGCAAGTCTTTCTGTCGCTGTTAGCTGAATTCCCCAATGATGAGACGATCCAGGCTGCGGTAATTCATACTCATCAGTATGAGGCGTCGGCTCTTGCTCCACTGGCAGGTAAATATCCGTTTATTGCCACGTTTATTACACAGCAGGATGGCGAGTTAGCCTGGCGTCGCAAGCAGTTCGATGTTGCCAATCGTTATGGCGTTATGTCTGCCAAAGAGATTGAAGACAGCAACATGCAGGTTTATGGTGGATTCACGACGCGTCATCGAAGTGGTGAGCGTGGACTAGGCCATCTCGATGAGCAAGCGAGTTACCTGGGAATGAGCGATACGTTTAAAGATACGCGGGTCGATGTGGCATTACGCTATGAGAATGTCTTTAGCGGCACCCCTGCATCAGGTGCGTGGTTTGGACAAGGCTTAACCGATGATAGTTTTGATGGCGACGCGAAACAAAACGGTGAGGGTGTGGCGGTTTCGTTAACCCATCAACAAAGTGATGTGACATGGTACGGCAACCTCGGTTACCTGCTTGTTGACCAGCCCGTTTCTACTCGCCTTACTTGTGCGCTTGGCGCTACATGGTTTCAGGACGATACGCTCATATCGTTACTAGGATACCGTCAGCGACGCAAAGACAGTGTGTTAAGCCAGACCGGCACGTGGGAAGACACGATCTCAAGATCGGCTCAGAATGCATGGGGAGGCGTTTTACAAAATGGCATTAAGGGATTGTTGGTCGTTAACATCAATAACGATTGGGCAGTGTCTGCGAGCCCCGAATTAGCGATAGTAGAAGGTGAAAAGGTTAAGGATAACCGGTTCTTTGGTTTACGCCTGGAAGTTAGCCGAGCGTTAGGTAAGACGCTCTGGGATGGCTTTGATTATTTTCGTTTATCACCTTATGTCAGTTGGCAACAATACGATGATAATTTGAGCGGTTTTACTGTGGGGCAGGGCGGCTATTTTAGTCCTCAATCGTTCTTCAATACCGGAATAAGTGCTCAATGGCTTACCCTGGAAGCTAAACGTTGGCAAGTGAGTGGGCGGGTGAGTGCAGGCTGGTCTTCAATTCGTCAGGATGATGAACCACGTTACCCGTTAAGCGAAACCTCGACAAGTATGTTGCCAGGCAGTAAAGAAACGGGGCTTAACGCAGACATTTTCCTGGAGGGGCAATATCAGCTCAGCGATCACTGGGCAATCGCCGGATATGTGAGCCGCTCCCACGCGGTTGCTTATCAAGCGACTTACGCAGGGCTTGAAATTCGCTGGCATGCCGCTAATCGTCGCGGCTTAACCAGCGATACACTGATAGGATCGTCGCCTGAATTAAAAGGGTTTGCGTTTTAA	MGKGKALTRRFGLSVLAGLCLAAQPVVKAAQSPDLTGIWYHIRHKQIDLANAEYQRLQYRYPDWQPEETLKQAMSLLNKPERKVALKPEPQPRPDNSDAIFMGRLALMKEAQWQALSDRAMKKAESIALEGGDDKQRLLVGWIHMSRQAFHQALMLFSRVSEGAQKQKHDAIAAAIDALSFQAVKANDGAALASLLSRYPRQVTPLVTGAAWQAFEAAEYKRAETLFKLVRNDYGQVLSLSAQGHDDEATSIACDAGQRGDVVVWCNNALARQQVAFYDKKDFKNSLAKAEQLIARNAINAEQRALYGWALDASGRENEARQVFLSLLAEFPNDETIQAAVIHTHQYEASALAPLAGKYPFIATFITQQDGELAWRRKQFDVANRYGVMSAKEIEDSNMQVYGGFTTRHRSGERGLGHLDEQASYLGMSDTFKDTRVDVALRYENVFSGTPASGAWFGQGLTDDSFDGDAKQNGEGVAVSLTHQQSDVTWYGNLGYLLVDQPVSTRLTCALGATWFQDDTLISLLGYRQRRKDSVLSQTGTWEDTISRSAQNAWGGVLQNGIKGLLVVNINNDWAVSASPELAIVEGEKVKDNRFFGLRLEVSRALGKTLWDGFDYFRLSPYVSWQQYDDNLSGFTVGQGGYFSPQSFFNTGISAQWLTLEAKRWQVSGRVSAGWSSIRQDDEPRYPLSETSTSMLPGSKETGLNADIFLEGQYQLSDHWAIAGYVSRSHAVAYQATYAGLEIRWHAANRRGLTSDTLIGSSPELKGFAF	PGPT0022285_1506	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-CELLULOSE_METABOLISM	CE-EPS-CELLULOSE_BIOSYNTHESIS,PGPT0022285-bcsC-K20543	NA	NA
AK237_04098	1005			hypothetical protein	ATGCCTCACCTGCATTTTAAGCTTTTATTTCTCAGTTTAGTGTTTAGCAGCCAACTGGTTTATGCATCACCAGTGTATTTGAATGAAGCGTTCAATTTTAACGCTTATATTCTTGAAAATATGACGGGTAAACAATCTGATGTTGAGGGCACGCTTGCTGTGGGCGGAAACCTGACGGCACAACATTATGGTTTTGGCTTGGAACTGAACGAAAATGGGCAGCAAAACACATTAACTGTAGGCGGCAACGTGACCATGCGCGATGCCCGGATATACAACGGCGACGCTGTGGCAGCTGGTACCATCGATATCGATAATTCGGTGGGTTTGTATGGCATTAACGATACCAATAATACTCACAGTTTCTATCAAGACAGCACGTTTGATTTCTCCACCATTAATCAGGATTTGCTAACCACATCATCTCTGTGGGGTGCACTGTCTGATACAGCAATAACAACAGTTGCAGGCAACGGCGTCGATGTGTGGAGTATAAATTTTACCGGCAATAGCAACTTTAACGTATTCTCTATTGACGCTAACACATTGTCCGCGGGTAACAAGAGTATCTATCTTGATGTAGAAACAGACAGTTATAATATTATCAACGTCTTTGGTTCTGACGTATCGCTGTTTAACACAGGATTTTATGGTGCTGATGGCAACAAAATTGCCGATAACCAGCCTGGCGTTTTCCGTCACGACGGTACGTATGCCAATAATGTATTGTTTAACTTTGTCGATGCCACGTCGCTGACACTGAACGCCATCGGCTTTAAAGGCAGCATTCTCGCGCCGCTGGCCGATACTGTATTTTACGATGGTCACATCGATGGCAATTTCATCGTAAAAAGCTTGTCATCACCAGACAATATGCTCACCGGACAAATCAACAATTATCGCTTTGGTAACTTTACCGTCAATGAACCCGGTGGCGCGTTGTTTTTCGCTGTGTTGCTAGCCCTCGGGGTGCGCCAATACTGGTTAAAACGCAAACCCTTTTAA	MPHLHFKLLFLSLVFSSQLVYASPVYLNEAFNFNAYILENMTGKQSDVEGTLAVGGNLTAQHYGFGLELNENGQQNTLTVGGNVTMRDARIYNGDAVAAGTIDIDNSVGLYGINDTNNTHSFYQDSTFDFSTINQDLLTTSSLWGALSDTAITTVAGNGVDVWSINFTGNSNFNVFSIDANTLSAGNKSIYLDVETDSYNIINVFGSDVSLFNTGFYGADGNKIADNQPGVFRHDGTYANNVLFNFVDATSLTLNAIGFKGSILAPLADTVFYDGHIDGNFIVKSLSSPDNMLTGQINNYRFGNFTVNEPGGALFFAVLLALGVRQYWLKRKPF				NA	NA	NA	NA	NA
AK237_04099	534	tolR_5		Tol-Pal system protein TolR	GTGATTTTGGCTAAAAAGCCAGCAACAAGTGTTAATAATGGTGTCTGTTTTTTACAAAGTGCTACAAGTTTTGCTAACAAACAGTATACTAATGTGCTCGAACTTATAGAGAAGAATGACTACGAGATGAAAAGAAAAAAGCATACTAGTGCCGATGACGAGGCTCAGATTGATATGACCCCCATGTTGGACATCGTGTTCATCATGTTAATCTTCTTCATTGTTACCACCTCTTTCGTTAAAGAGAAAGGTCTTGACGTAAACCGTCCAGATGACAGCCAGGCTAACAACAACAAGCCTTCTACATCGTTGTCTATCCGTATTGACGCAAATGGCGTCATCACGATGGGTGGCCGTGAAGTGGATATCCGCCGCGTTGTTGCAAACGCGCAGACTTTCCTGGCAGAAAACAATACCGACTCAGCGGCTATTCAGGCCGAGGAAGATACCGAGCACGGTATCGTAGTAGAAGTAATGAACCAGGTTAAAATTGCGGGTATTTCTAAAGTATCTGTACTGGTAAAAGATTCTTAA	MILAKKPATSVNNGVCFLQSATSFANKQYTNVLELIEKNDYEMKRKKHTSADDEAQIDMTPMLDIVFIMLIFFIVTTSFVKEKGLDVNRPDDSQANNNKPSTSLSIRIDANGVITMGGREVDIRRVVANAQTFLAENNTDSAAIQAEEDTEHGIVVEVMNQVKIAGISKVSVLVKDS	PGPT0003755_3654	DIRECT EFFECT	BIO-REMEDIATION	HEAVY_METAL_DETOXIFICATION	OTHER_HEAVY_METAL_RESISTANCE_SYSTEMS	HEAVY_METAL_RESISTANCE-TonB-ExbB-ExbD_TRANSPORT_SYSTEM,PGPT0003755-exbD-K03559	NA	NA
AK237_04100	807			hypothetical protein	ATGAACTCGCCAACTAATCAAGCACCGGGGCGCTTGCACCGGGAATTCTATCGCAATGGCCCGTCTCACAGAGACGGTGCTGACGTGAGCTTCCAGGATATACGCAAGCTTTTCAACTTTGCCAGCATTACCATCGGCAAATGGGTAACAGCGGAAGAACAGCAATTAGCAGCCAACCTGTTTTTCGATGCCCTTTATGATCTGATCGAAATATTACAAATAAATGAGACTGTGATCTCGTTAAACGGTACGTTGTCTTTAGCCTTTGGCAGTGGTGGCCAAAAACACGCCAGCGCTCACTACAACAGCGCTAAACGCCAACTGGCGCTTGCAAAAAATGCTGGCGGTGGCGCACTGGCCCACGAATGGTTTCATGCGTTTGATCATTACATCGCATCGCATGTTTTTGATGACCTACCGAGCGGATCCTTTGCTTCCAAAGCATGGCTGGATAGCGCCCCGATGCGCTCACACCCCTTGAATAATAAGCTTTGCGACTGCTTCCAGACCATGTTTTTAAGCGATCACAATAAGCCCAATGATTATCTTTTGCGATCAATAGAAGCTGATCGCGCGTTAAAAATGTATTATTATGCTATGCCACAGGAAATGGCGGCGAGGGCTTTTGAAGCATGTATTCAAGACCACCCGCTGAAGAACGCATTTCTTGTGCAGGGAACAAAAAAGTCTGCTGAGGCTAGACTTGGCATTTATCCTCATGGTAATTTGCGTAAACAGCTTAATGGTGCATTAATGTTGTATTTTTACCAGTTGGGAATTGCCCTGACCAAAAAATCATCGCAATAA	MNSPTNQAPGRLHREFYRNGPSHRDGADVSFQDIRKLFNFASITIGKWVTAEEQQLAANLFFDALYDLIEILQINETVISLNGTLSLAFGSGGQKHASAHYNSAKRQLALAKNAGGGALAHEWFHAFDHYIASHVFDDLPSGSFASKAWLDSAPMRSHPLNNKLCDCFQTMFLSDHNKPNDYLLRSIEADRALKMYYYAMPQEMAARAFEACIQDHPLKNAFLVQGTKKSAEARLGIYPHGNLRKQLNGALMLYFYQLGIALTKKSSQ				NA	NA	NA	NA	NA
AK237_04101	540	fldB	COG0716	Flavodoxin 2	ATGAGTGATGAAGCCCTGTCCATAGGTTTGTTTTACGGTTCTACAACGTGTTACACCGAAATGGCAGCAGAGAAAATCGAGGCTCAGCTCAACAGCATCTTCGATGGTCCCGTGGTGAGTGTTTTTAATATAAAAGACACGCAGCTTAAGCAGGCTGAAGCGTTCGACATCCTGGTATTTGGTATTTCTACCTGGGATTTTGGCGAATTGCAGGAAGACTGGGAATCAAGCTGGGAAGATGTATATAAATTGAATCTGACCGGAAAGACAGTAGCCTTGTTCGGCTTGGGCGATCAATACGGTTATGCTGATTGGTTTCAGGATGCACTGGGAATGCTGCATGAGGCACTGCAATCCTCAGGCTGTCAGTTTATTGGTAAATGGCCTAACCAGGGCTACGAATTTGCCGAGTCAAAAGGACTCACTGAAGATAAAGCACATTTTGTTGGATTAAGTTTAGATGACGAGAATCAGTATGATTTAACCGACGAAAGAATTAGTACGTGGTGTTTGCAATTACTTGATGAACTCGCCAACTAA	MSDEALSIGLFYGSTTCYTEMAAEKIEAQLNSIFDGPVVSVFNIKDTQLKQAEAFDILVFGISTWDFGELQEDWESSWEDVYKLNLTGKTVALFGLGDQYGYADWFQDALGMLHEALQSSGCQFIGKWPNQGYEFAESKGLTEDKAHFVGLSLDDENQYDLTDERISTWCLQLLDELAN	PGPT0000020_73	DIRECT EFFECT	BIO-FERTILIZATION	NITROGEN_ACQUISITION	N-AQUISITION-ATMOSHPHERIC_NITROGEN_FIXATION	N-FIX-NITROGENASE_BIOSYNTHESIS,PGPT0000020-nifF|fldA|isiB-K03839	NA	NA
AK237_04102	1872			hypothetical protein	ATGTCATCTTTACCCTTGGTGATTGCCGGCCCCATTCTCAGGCACACGCATTCACAAGGCTTCACCCTTTGGCTTGTTACCAGTGAACAAGTTCAAACAGCACTGACATGCAATGCGCAATCTGTGCCGGTCGAGCAACAAGATATTCAGGTGGGTAAGCACGCGTATGTGTCTTTACTCAATGTGACGTTGCCTTCTGCAATGGAGGCAGGCAAGTTGAATCACTACGATCTCCACTTTAGTGATAAGCACCACAACACGCGCTGGCAAGAGGAAAAAGCAGACATGCTGTTTGCCGGACAAGCTGACTTTTCCTTTTACTGGCAGCCTGTATTAACCAATGTATTGCACGGTTCTTGTCGTAAGCCCCATCACCCAGACACTGATGCACTGACACAGGTTCATCGTCTTATTGAAGAAGAATTCGCACAAGGAGAAACGCGCCCCGACTTACTATTGCTTACTGGCGACCAGGTTTACAGCGATGATGTTGCGGGGCCAATGCTACAAGCCATTCAGCAGGTCATCAACACGCTGGGACTCTTCGGCGAATCACTGGATGGTGCGGTAGTTTCTCACAGCGATGAGTTACCAGGCCATACATTAAACTTCTATCAGCGTGACGAAATCTTACCAAAAATATCGATGAACACGGCGTTATCGAAGCTTTTTTTCGGTGCAAAGAAAAAGCCCGTTTTTACGTCGGTGAATGCCAAAAACCATCTTATTTCGTTCTCCGAAATTATGGCGATGTATTTACTGGTATGGTCACCCGTGATGTGGCGAAACATCACCTTTTCAGACAGTGATATTCCAACGCCTTATAAAGCGCAATTCAACGACGAACTTGACGTTATTAAATCGTTTATCCAAACCCTCCCCCAGATACGTCAGGCCATGGCGCACATTCCCGTATATATGATTTTTGATGATCATGATGTAACTGACGACTGGAATCTCACCCGGGGATGGGAACAGGAAGTGTACGGTCACCCCTTGTCAAAACGAATGGTGGGTAACGCGCTGATGGGTTATTGGCTCTGCCAGGGATGGGGGAATGCACCAGAGAAATTTTCAGAAATAACAGAATTTGCCAGCCAGGTACTTGGTCCTTCAGGCATAAGTCAGCACGACGGGTTTATCGATAAACTATTAGATTTTGATGAATGGCACTACACACTCGACACCTCTCCCCCCGTGTACGTGATGGATACCCGCACACAACGCTGGCGATCGGAGTCAAGCTTAAACAAACCGTCTGGGCTGATGGATTGGGAAGCGCTATGTGAATTTCAACAAGCGCTAATTGGCAAAGACGCTGTGATTGTGGTATCAGCAGCGCCTATTTATGGCGTGAAAGTCATCGAAGCAATACAAAAAGTCTTCACCTTTTTCGGGAAAGCACTGACCGTCGACGCAGAGAACTGGATGGCACATAAAGGCACAGCTAACGTCATTTTGAATATTTTCCGACACTATAAAACGCCGCCGGAATTCATCATTTTATCAGGCGATGTACACTATTCTTTTGTATACGATGTGCGACTTCGTTTCAGACGCAACAGCCCGCATATTACCCAATTCACCTGTAGCGGCATTAAAAATACGTTTCCTGATGGCTTGCTACGCTGGTTAGAGCGGTTAAACCGTTGGTTCTATGGGCACAAGTCGCCTTTAAACGTGTTCACCCGACGACGTAATATGTCTGTTCGTTCACGCACCCCGCAAGGACAGGAAGGCAAAACCTTATTAAACCAGTCCGCGATTGGACAACTTGTTTTACGACAGAATGACACCACTGTAATTTGCAAAGCATTGTGCAGTAACGGGGATACGGTAGAATTCCCACCCCGGAAAGACGATGAGAGGTAA	MSSLPLVIAGPILRHTHSQGFTLWLVTSEQVQTALTCNAQSVPVEQQDIQVGKHAYVSLLNVTLPSAMEAGKLNHYDLHFSDKHHNTRWQEEKADMLFAGQADFSFYWQPVLTNVLHGSCRKPHHPDTDALTQVHRLIEEEFAQGETRPDLLLLTGDQVYSDDVAGPMLQAIQQVINTLGLFGESLDGAVVSHSDELPGHTLNFYQRDEILPKISMNTALSKLFFGAKKKPVFTSVNAKNHLISFSEIMAMYLLVWSPVMWRNITFSDSDIPTPYKAQFNDELDVIKSFIQTLPQIRQAMAHIPVYMIFDDHDVTDDWNLTRGWEQEVYGHPLSKRMVGNALMGYWLCQGWGNAPEKFSEITEFASQVLGPSGISQHDGFIDKLLDFDEWHYTLDTSPPVYVMDTRTQRWRSESSLNKPSGLMDWEALCEFQQALIGKDAVIVVSAAPIYGVKVIEAIQKVFTFFGKALTVDAENWMAHKGTANVILNIFRHYKTPPEFIILSGDVHYSFVYDVRLRFRRNSPHITQFTCSGIKNTFPDGLLRWLERLNRWFYGHKSPLNVFTRRRNMSVRSRTPQGQEGKTLLNQSAIGQLVLRQNDTTVICKALCSNGDTVEFPPRKDDER				NA	NA	NA	NA	NA
AK237_04103	1128			hypothetical protein	ATGAAACAAATTATTGGCCTTGCCGGTGTAGCACTTTTTGGGCTGGTTGCCTGCTCTGAAGCACCTGAGCAAATTGAAGTCTCCTCTGAAACCCCGACATTAGCTGTGCATGGAACATGGCTAACACAGCAAAATGGTGATGTGCTTAGCGATCCTCAAACGTCAGGACTTACCGTGTCCGAGGGGCAACTGGTGTCATTATCTGATGCCAGTGCGCAAAGCGATTCACAGCGGCGTCTGCATTTTATCAATCCCGAAACCGCGGTGGTTCGTAGCGATGAAGAGAAAATGCGGCTGGGCAATGTGGTTCGCCGTAGTTGCTTCACCAGCTACTTAGCGAATGAACCTGACCTCGAAGCGTTGGTCGCGGACCCTGTGCAACCTGGTATATTCTATACCGTCACCGAAGACGCAACGCGTACTGGGGCTTTGTCTACCCGTTGTCAGCAGAAATACGAAAAAACAGGCTCAACAGATTACCCCGCGTTGCTGGTGCGTCTTGAGCGCCATGAATTCGGTACCATCATGACAGGTGTTCGTCCGTTGCAATTTCCGTTGTCCTTGCATGTAGGGGACTATCCCAACGATGGCATCGAAGGCATGGCGATAGGAAAAAACAATACGTTATATCTGGGTTTAGAAAAAGACGCACACGGTCAGCCAAGAATATTTTCAGTTACGCTACAGGACGATTTCTGGGAGACAACGGACTTTGTGGCCGTTAATGATCCGGGTTTGAAGGTGCCGGAATTTGTCGAAGGTAATCACCCCATTAATGGGTTGGCCTATTACACTGCGCCTGACGACAGTGGTTTTTTACTCGCGGCGGCAAGAAATGACAGTGAGCTTTGGGTTATCAGCGAGAACAACACCATGGCGACAAAGCGTATTCCTCTGCATTTTGTTGCACCGGTGGATAAAAGCGTAGTGAGTTGTGAAGCTGAGGAGGTGATGGACAATGCGTCAATTGAAGGCATTACAATTTTGAACGACAGGGTATGGATGGTGAATGATCCGTGGAAGGAAAACTACCTAAAGAATATTCGATGTGACGCGAACGCTGAGAGGTATCATGCCATGGCACCGTTGTTGTTTTCACTTCCTGTTGATGAGGTCTGGTTTAAGTAA	MKQIIGLAGVALFGLVACSEAPEQIEVSSETPTLAVHGTWLTQQNGDVLSDPQTSGLTVSEGQLVSLSDASAQSDSQRRLHFINPETAVVRSDEEKMRLGNVVRRSCFTSYLANEPDLEALVADPVQPGIFYTVTEDATRTGALSTRCQQKYEKTGSTDYPALLVRLERHEFGTIMTGVRPLQFPLSLHVGDYPNDGIEGMAIGKNNTLYLGLEKDAHGQPRIFSVTLQDDFWETTDFVAVNDPGLKVPEFVEGNHPINGLAYYTAPDDSGFLLAAARNDSELWVISENNTMATKRIPLHFVAPVDKSVVSCEAEEVMDNASIEGITILNDRVWMVNDPWKENYLKNIRCDANAERYHAMAPLLFSLPVDEVWFK				NA	NA	NA	NA	NA
AK237_04104	513	dps	COG0783	DNA protection during starvation protein	ATGAGTAAGAGTAATGTCGCTGCATTTACTGCACCGGGAATGAAAAAAGATTCAGCTAAAAAAGCCGTCGCTGTTTTAGAGCAGCGTTTAGTGGCGTTACTGGATTTGCAACTTACGCTAAAACATATCCACTGGAATGTTGTTGGTCCGAACTTTATCGGTGTTCATGAAATGCTCGACCCTCAGGTGGATGCAGTGCGTGAAATGACAGACACCATCGCTGAACGAATTGCTACGCTCGGCGGCGTACCAAACGGAACCCCGAAATCGATTGTTGACGGTCGTTCGTGGGATGACTATGCGGTAGGTAAAGCCTTGGTTGCAGACCATCTCGTAGCTTTAGACAAAGTCTATAATGGGGTAAACAGTGACCACCGCGCGGCAATTGAAAAGCTTGAAGAGTTAGATCCGGTTTCTGAAGACATGATTACCGGACAACTGGCCGACTTAGAGCAATTCCAATGGTTTGTGCGCGCACATATCGAATCTGCCAGTGGTGAACTCAAGGAATAG	MSKSNVAAFTAPGMKKDSAKKAVAVLEQRLVALLDLQLTLKHIHWNVVGPNFIGVHEMLDPQVDAVREMTDTIAERIATLGGVPNGTPKSIVDGRSWDDYAVGKALVADHLVALDKVYNGVNSDHRAAIEKLEELDPVSEDMITGQLADLEQFQWFVRAHIESASGELKE	PGPT0004055_1234	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	UNIVERSAL_STRESS_RESPONSE	STRESS_SIGNALLING_PROTEINS	OTHER_STRESS_RESPONSE_PROTEINS,PGPT0004055-dps|dpsA-K04047	NA	NA
AK237_04105	537	msrA2		Peptide methionine sulfoxide reductase MsrA 2	ATGGCTACGACAGAAACGGCAACATTAGCAGGCGGATGCTTTTGGTGCATTGAATCCGCTTTTAACAGTGTTGATGGTGTAGAGAGCGCAATTTCGGGTTACACTGGCGGACATGTCGAGAACCCAAGCTACGAAGCCGTATGTAAAAAAGACACCGGGCATGCAGAAGTGGTTCGTGTCACTTTCGACACCGATAAAATATCTTATCGTGAAATTCTGGAAATATTCTTTGCGTTACACAATCCCACGCAAGTAGACCGCCAGGGAAATGATGTAGGGCCGCAATACCGCAGTGCCATATTTTATCATTCCGACGCACAGCGGGACGAAGCGCAAAAAATTATTCAGGAAATAGCCGATGAACAAATTTGGCCCGATCCTGTTGTTACCGAAGTAACAGAAGTGAATAACTATTACCCCGCTGAGGATTATCACCAGAATTATTTCAAGAATAATCCTGAGAATCAGTATTGCGCCATGGTCGTTGCCCCCAAACTAGCAAAGTTTAAGAAAACCTTTGCGTCCCGTTTGCGTTAA	MATTETATLAGGCFWCIESAFNSVDGVESAISGYTGGHVENPSYEAVCKKDTGHAEVVRVTFDTDKISYREILEIFFALHNPTQVDRQGNDVGPQYRSAIFYHSDAQRDEAQKIIQEIADEQIWPDPVVTEVTEVNNYYPAEDYHQNYFKNNPENQYCAMVVAPKLAKFKKTFASRLR	PGPT0013065_4388	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-SULFOXIDE_REDUCTASES,PGPT0013065-msrA-K07304	NA	NA
AK237_04106	444			hypothetical protein	ATGAAAACGTACACTACTTTATATGAACAACGGGTTGGTGACGAAATGAAGATATTTTATGACAGTTTTTGTCCCTTATGTTGCGCTGAAATGGCGCACATTAAAAAGCGGGATCGCCACAACACTATTGAATTAATTGATATTAATGCGCCAACCTTTGCCAGTCGGTTCCCTACGCTTGACTGGGCGGCACTTAATGCGCGTATTCATGTGGAGTTGGCGAACGGCGAATTAGTTACGGGATTAGACGCGACGCACGCGGCGTGGAAGCAAGTAGGGCGAGGATGGCTATACGCACCGCTTCGCTGGCCACTGATAAAACCTGTTGCGGATAGTGGCTATCGTTTTTTTGCTAAGCATCGTTATACGATTTCGTATTTACTGACGGGAAAGCGGCGAACCTGCGATACCGCACAATGTCGCTTACCTGAGGAAAAAGAATGA	MKTYTTLYEQRVGDEMKIFYDSFCPLCCAEMAHIKKRDRHNTIELIDINAPTFASRFPTLDWAALNARIHVELANGELVTGLDATHAAWKQVGRGWLYAPLRWPLIKPVADSGYRFFAKHRYTISYLLTGKRRTCDTAQCRLPEEKE				NA	NA	NA	NA	NA
AK237_04107	738			hypothetical protein	ATGAAGCGCCTTGCCCATCTGGTTATTGGTGCAAATGGCGCTATTGGTCGCGCACTGGTTAATGCGATGGCGCAGCGGGAACCTGAAAAGACAATTTTTGCCGTTGCGCGGAAGCACGATATACCGTTTACTCACAGCAATATCAATTCTGTTACCTTGCCAACTTCCAACGAGATGGCCGTACAAAACTGGATTGCTGAGCTGAACGCGCAGGACATGGTGTTTCAAACGGTTATCTGTACCATCGGCATACTACATGGCGATGTTGATGGCGTTGAAGTCAGTCCTGAAAAGAAGCTGGAAGACCTCACCAGCGAGAAATTACTCGCCAGCTTTTCAGTCAATACCGTCATGCCAGCTATATGGCTTAAAGCGCTCGTGGGCGCAATGGATAAAAACAAGAGCACGATTGTGTGTCTCAGTGCTCGCGTTGGCAGTATTCAGGATAACAAACTGGGAGGATGGTACGGCTATCGCGCGTCTAAGGCGGCGCTGAATATGATATTGAAAACTGCTGCCGTCGAATTTGCCAGAAGAAGCAAAAATATGGTGCTTATTTCCTACCACCCTGGCACAGTAGACAGTGCCTTATCGGCCCCCTTTCAGCATAACGTGCCATCCGATAAACTTTTTACGCCCGCGTACACAGCAAATCAACTTCTTGATTATATAGATAAAGCGACGCCTGAAGACAGTCCGTACTACATCGATTGGGCTCATGAAGCCATACCCTGGTAG	MKRLAHLVIGANGAIGRALVNAMAQREPEKTIFAVARKHDIPFTHSNINSVTLPTSNEMAVQNWIAELNAQDMVFQTVICTIGILHGDVDGVEVSPEKKLEDLTSEKLLASFSVNTVMPAIWLKALVGAMDKNKSTIVCLSARVGSIQDNKLGGWYGYRASKAALNMILKTAAVEFARRSKNMVLISYHPGTVDSALSAPFQHNVPSDKLFTPAYTANQLLDYIDKATPEDSPYYIDWAHEAIPW				NA	NA	NA	NA	NA
AK237_04108	1422			hypothetical protein	ATGAGCGGGGCGAGAGAACAGTTCGGATCGCGCATTGGATTCATTTTGGCCGCAGCGGGGTCTGCGGTTGGTATTGGGAATCTGGTTGGTTTTCCAGTGGGTGCAGCTAAAAATGGTGGCGGCGCGTTTCTGTTAATGTACGCGATTTTTGTTGTGGCCATTTGTTTACCCGTTATGCTGGCAGAAATGTCGGTTGGCCGTCATGCCAAAAAAGATCCATTAGGGGCTTACCGGGAATTAAGTAACAACGCTGCGCACTGGAAGCTTGCAGGATGGCTTTCTATTATAACGCCATTCATGATCGCCGTGTTTTATCTGGTTATCACGGTATGGATTTTCGGTTACTTGTTCGAAATTGTGACGGGTGATTTAGATATTCTGTCTAACCCTGATACCTTCGGCACCTTTATTAATAGCGAAAAGATATTCGTCTACATGGCTGGTGTCGTGGGCGTGGTGTATCTCATTTTGCAAGGCGGTGTGAAAGAGGGCATTGAGAAAGCGGCTAAGTTATTAATGCCTACGCTCTTCATCATGCTGCTGTTGTTAGTGGGATTTGTGCTCATGCAAGACAACGCGATGAAAGGCGTCGAGTTTTACCTTGTACCGGATTTCTCTAAAATTAATGCCTCGGTGATTAACGGCGCATTGTCGCAAGCATTTTTCTCCTTATCGCTGGGCATGGGGATCATGATCACCTATGGCAGTTACATTGATAAACGTGCCGATGTGCCTGGTTCAGCTAAGCTGGTGGCGTTAACCGACACCGCCGTAGCATTTACGGCTGGTCTAATGATATTACCGGCAATCTTTTCATTTGATCCGAACACGAATCCCGATGAATTAAGCGAATCGTCGATTGGCATGATTTTCACCTTCTTGCCGAAGATTTTTCTGGCGTTACAAGATTCCATTGGCTACGTGGGCGCAAGTATTGTGGCAGCGATCTTTTTCTTACAAGTCTTCTTTGCCGCCATTACGTCTTTGGTGTCTATTTTCGAAGTACCCGTTGCCGCATTGATGGATGAAAAAGACATGGGTCGTAAGCCTGCTTTGTTTGTACTTGGTGTGCTTATGATTGTACTGGCTGTATTGTGCGCGCTGTCATTCGGTTATAACGCATTCTTAACGGAATTTGTCAGTTATGCCGGCGCTAATAAATCATTCTTCGATGTGGTGTATGACGTGTTCTACGACACTATCTTACCGTTGAATGGCTTCTTGATTTGTATTTTTGTCATCTACAAATGGAAGAAGCAAAACTTCAATAGAGCATTGGATGAAGGTGCAGAAAGGTACAAAGGTAGCTTCTTTGAAAAATATGTCGATGTCTCCGTCGGCACCTTTATTCCGGTTATTTTGCTACTCGTATTTATAAATACTGTTGCCGTGAAATACTTCGGTCATAGCTTGTTTGGCTAA	MSGAREQFGSRIGFILAAAGSAVGIGNLVGFPVGAAKNGGGAFLLMYAIFVVAICLPVMLAEMSVGRHAKKDPLGAYRELSNNAAHWKLAGWLSIITPFMIAVFYLVITVWIFGYLFEIVTGDLDILSNPDTFGTFINSEKIFVYMAGVVGVVYLILQGGVKEGIEKAAKLLMPTLFIMLLLLVGFVLMQDNAMKGVEFYLVPDFSKINASVINGALSQAFFSLSLGMGIMITYGSYIDKRADVPGSAKLVALTDTAVAFTAGLMILPAIFSFDPNTNPDELSESSIGMIFTFLPKIFLALQDSIGYVGASIVAAIFFLQVFFAAITSLVSIFEVPVAALMDEKDMGRKPALFVLGVLMIVLAVLCALSFGYNAFLTEFVSYAGANKSFFDVVYDVFYDTILPLNGFLICIFVIYKWKKQNFNRALDEGAERYKGSFFEKYVDVSVGTFIPVILLLVFINTVAVKYFGHSLFG	PGPT0013950_1067	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-SODIUM_TRANSPORT,PGPT0013950-TC_NSS-K03308	NA	NA
AK237_04109	843	yeeZ	COG0451	Protein YeeZ	ATGTCTTTTACAAATATCCCCTCGCCCTCAAAAGGGGTTACCTTATGTGGCTGCGGCTGGTTGGGCAATCATGTGGTTGACGCGCTGCCGACAACACCTCTGTTGGGCACCACTCGCACTAAGGAAAAAGCTGAGCAATTAAAAAACAAAGGTGTGACACCGCTAATTTTTTCGTTAGGTGACGAGGTTGAACCCCTGGTGCGATTAAGTGCCGATAATGCAGTTATTATAAATATTCCGCCGGGACGCAGAAAAGCAGTCGGCAATGAATTTGTATCGGCAATGCTCCACCTTATCAACGCCTTTTTAGATGGCGGCGCATCGGCAGTCATTTTTATCAGCACTACGTCTGTGTTTGGCGATGCCGGGGGCGAACTCACGACTTCCTCAGCAACACACCCGCAGACCGATTCAGGCCATGCTCACCAACAAATTGAGGAGGCGCTGCTAGCGAAAAACGATGAGCGTATTTTCATTGTGAGACTAGCCGGTTTAGTGGGAGCGACCCGACATCCTGCTAAATATCTTGCCGGACGCACGCTGGATAAAGGAGAGCAGGCGGTCAATCTGGTGCATGTCGATGACGTGGTGAAGGCGCTACAGGTTATCCTGGCCAGCAGTGACGCCAGCCGGGCAATACCCTCACTACTGCAACTATGCAGCCTGTCCCATCCGCGCCGTGATGAATACTACACATGGGCTACAATGCAGTTAGGGCTGGAGGCGCCCCATTTTTCTGCCGCCGACACACCTCATGTTGGTGGAAAGAAAATAATCAGTACGTCGTGCTGGCATGCACTGGGGCTAACACCACGCTATGCCAGCCCCTATGACATGCTATAA	MSFTNIPSPSKGVTLCGCGWLGNHVVDALPTTPLLGTTRTKEKAEQLKNKGVTPLIFSLGDEVEPLVRLSADNAVIINIPPGRRKAVGNEFVSAMLHLINAFLDGGASAVIFISTTSVFGDAGGELTTSSATHPQTDSGHAHQQIEEALLAKNDERIFIVRLAGLVGATRHPAKYLAGRTLDKGEQAVNLVHVDDVVKALQVILASSDASRAIPSLLQLCSLSHPRRDEYYTWATMQLGLEAPHFSAADTPHVGGKKIISTSCWHALGLTPRYASPYDML				NA	NA	NA	NA	NA
AK237_04110	801			hypothetical protein	ATGAAAAGAATTGCTGCCTATGCTCTTGCGACTATTGTCACTGCGAGTCCCGCCTTTGCAGAGATTAATTCAGAACATTGTGATTTAAATTTACAGGGTGAGGTTAGCTGGCAAAAAGGCGTACTGACACTGTCCACTGAAGACAACCAACACGTGATCATCACCAACGATCATCATATCTCGGTAGATAATCGTGCCATCACGCTCACCTCTGAGCAGCAACAATGGGTAACTGACTATTACCAGAGCATTGAAACAGCGATTCCTATGACACTGGAGATCACCTACGACGCGCTGGAACTGGCGGGCAACGCAATTAACGAAGCATTCGGAGAATGGTTAGGAGAAGAAAACGGCATCGTCACCGATTTAGATAGCATGTTTGCAGATTTAAAAAATGAAATGGATAGCCATTTTTATGATGCCGACGGCCAAATCCGCATGAACAGTGAAGACTTTGACGAAGACGGCTGGATTTCAGCGCGCTGGGAGAACGAGTTTGAAGACAAAGTTGAAAACATTATCGCCAACTCTACCGGGCGCCTTCTGATGGTCATCGGAAAAGCGATGATGAGCGACGACGGTGACCTCGATAATTTCGAACAGCGAATGGAAAACTGGGAAGATGATTTTGAAAAGCGTATAGATGCTAAATCCGCAGATATTGAAAAGCGTGCCGATGCCCTGTGTGAAGTACTGCAAAAAGCTGACTATGCCGAACGAAAAATGCAGCAGCATATCCCGGGACTGGAAAGCCTGGATATCTTAACAGTTGATGCAGACAGCGAATTAAAGATGTAA	MKRIAAYALATIVTASPAFAEINSEHCDLNLQGEVSWQKGVLTLSTEDNQHVIITNDHHISVDNRAITLTSEQQQWVTDYYQSIETAIPMTLEITYDALELAGNAINEAFGEWLGEENGIVTDLDSMFADLKNEMDSHFYDADGQIRMNSEDFDEDGWISARWENEFEDKVENIIANSTGRLLMVIGKAMMSDDGDLDNFEQRMENWEDDFEKRIDAKSADIEKRADALCEVLQKADYAERKMQQHIPGLESLDILTVDADSELKM				NA	NA	NA	NA	NA
AK237_04111	192			hypothetical protein	ATGAGTGAGTGGATAAGTGCGCTTGGTTTTGGAGCTGGCCTGATTGCGTTTGTGTTGGGGCTGTCCAGTATCATAATGGGTTTCATGACTGCGAAAGCGGGCGCCGAAGGGATGCAGGAAAAAATCGAGTACGGCTTTTTCGGTGTTTCAGGTTTAATCGTTTGCGTATTAATGGCCTACGCCGTATCGTAA	MSEWISALGFGAGLIAFVLGLSSIIMGFMTAKAGAEGMQEKIEYGFFGVSGLIVCVLMAYAVS				NA	NA	NA	NA	NA
AK237_04112	1353	ybdG	COG0668	Miniconductance mechanosensitive channel YbdG	GTGCAAATCGCATCTTCAATCAGAGACACCTTTGTACACACCGTAAAAGACCTTTTCCCCGATCTCACTACCGATACACTTTTATACAATTGTCTGGCAATCTCGTGTATCGCACTGGTGGCGATTATTTTTTACGTTATCAGTCGTGTGTTGCTTAAAGTACAAATTGCCATGCTGGTAAAGCGTAGCAAAAATAACTGGGACGATGCCCTTCTCAGCCATGGTTTTTTCAGACGGCTGACTCACCTTGTACCCGCACTGGTTATATTTTTGCTCACACCAGTGCTAATCAGCGAAGAAAACTTACTGCACGGTTTTATGCTTAAAACCTCTTTGCTGTACATGATGGTTACAGCGTTACTGGGGATCTACGCCTTACTTAATACCATTCAGGATGTATACAACGCGTCCTATCTTGCCAAACGTGCCTCAATAACCGGCTTTATTCAAGTCGCCAAGCTAGTCTTTTCCGTTATCGTACTTCTGCTATGCGTGTCGCTGATTGTTGATAAAAACCCATTGCTTATCATGTCAGGATTAACCGCGCTCGCCGCTGTGCTGTTATTGATATTTCGCGATACGATTTTGGGTTTTGTCGCGGGGATCCAAATCGCTGCTAACAGAATGTTTAACACCGGAGACTGGATTCAAATCACAAAATTTGAAGTCGATGGCGAGATCCTGGAAATCGGCCTCACCAACGTTAAGGTACAGAACTGGGACAAAACCATCTCTACGTTACCCAGTTATTCACTGACCACAGAAGCGGTGAAAAACTGGCGAGGTATGCAAGAATCCGGTGGTCGTCGTATTAAGCGGGCAATATACATTGATATCCACTCGATTAAGTTGTGTGATAGCCACATGATGGCGCGCTTTAGTAAAGTACGATACATCTCTGAATATATCGATAAAAAAGTGAAAGAGCTGCAAGCCTATCACAAAGACTATTCTATCGATGAAGCTGACTTACTTAATAGCAGAAAGCTAACCAATATAGGAACATTTCGCGCGTATCTCGAATCTTACCTGCAGAAGCATCCCAGTATTAACCAGTCCCTGACCTTAATGGTGAGACAATTACCGCCCAACGAGCTCGGTCTGCCTTTAGAAGTGTATTGCTTTAGTGCGAAAAAAGAATGGGTGGAATATGAAAAAGTTCAGGCGGACATCTTCGACCATATTATGGCAATGCTGCCGATGTTTGACTTGCGTGCCTACCAAAGAGACAGCCATCTGATGCTACCGCACTTATATCAAGATGCACCGGAAGCAGAGCACGACCGCAAAAAGGCGCATCAAGACACGTCAGAAGCCGGCGATATGTCATTGGAAAAACAGCGGCGTTCCTGA	MQIASSIRDTFVHTVKDLFPDLTTDTLLYNCLAISCIALVAIIFYVISRVLLKVQIAMLVKRSKNNWDDALLSHGFFRRLTHLVPALVIFLLTPVLISEENLLHGFMLKTSLLYMMVTALLGIYALLNTIQDVYNASYLAKRASITGFIQVAKLVFSVIVLLLCVSLIVDKNPLLIMSGLTALAAVLLLIFRDTILGFVAGIQIAANRMFNTGDWIQITKFEVDGEILEIGLTNVKVQNWDKTISTLPSYSLTTEAVKNWRGMQESGGRRIKRAIYIDIHSIKLCDSHMMARFSKVRYISEYIDKKVKELQAYHKDYSIDEADLLNSRKLTNIGTFRAYLESYLQKHPSINQSLTLMVRQLPPNELGLPLEVYCFSAKKEWVEYEKVQADIFDHIMAMLPMFDLRAYQRDSHLMLPHLYQDAPEAEHDRKKAHQDTSEAGDMSLEKQRRS	PGPT0013774_37	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_OSMOTIC_STRESS	OSMOTIC_STRESS-MECHANOSENSITIVE_ION_CHANNEL,PGPT0013774-mscM|ybdG-K16053	NA	NA
AK237_04113	891	yihG_1	COG0204	putative acyltransferase YihG	ATGAGAAAGTTTTTTGCCCCAGTTATCTTCTTGCTCCATACGCCACTGCAGATAGCTAATCTGGGGTTTTGGGCATCCATTGTTATCGCCTGCGGTTTACTAAAGCTGGTGCTGCCGGTTCCGGTTGTCAGACAATGTTTACTGGCCATCATGCATGCCGCGATGCAATGCTTTGGTCGCTTTAGTGTAGTGTTAGTGAAACTGTTTAATTCCGTGTCTATCGATTATCGCATCGATGGCCAGCTTTCCACGCAGAACTGGTACTTGCTTATCGCCAACCATTTAAGTTATCTGGACATTATTTTACTTATCGACTTCTCCAGAAAACGCATTCCGCCCCCGAAGTTTTTTCTTAAACAGCAGCTTATTTGGTTGCCCTTTGTGGGCTTGGGTGCATGGGCGTTAGATATGCCTTTCATGAAGCGCTATTCGCGTGCCTACCTGGATAAATATCCGGAAAAGAAAGGGCAAGACATTGAAACAACCAAGCGTTCCTGTGAAAAGTTTAAGGTACAACCCACCACCGTTATCAATTTTGTTGAGGGCACGCGGTTTACCCGAAGCAAGCACAAGCTTAAGAAAAGCCAATTTGCCCATTTACTGCCACCAAAAGCAGGGGGAATCGCATTTACTCTTGCTACCATGGGCGAACTTTTTACCAACTTACTGGATATCTCTTTACTGTACCCAGACAACGAAGCTCACCCAATGATGTCGATGCTAAGTGGACAAATGACGCGCATTATTATCGATGTGACCGTGTTGACCGTGCCGGCTGAAGCGCAGGGGGATTACTTCACTGATGATTCGTTTCGCTCACGTTTTCAGACTTGGCTTAACGAATTATGGACAGATAAAGACAGTAGGATTAATCAGTTATTGGAGCCTTGA	MRKFFAPVIFLLHTPLQIANLGFWASIVIACGLLKLVLPVPVVRQCLLAIMHAAMQCFGRFSVVLVKLFNSVSIDYRIDGQLSTQNWYLLIANHLSYLDIILLIDFSRKRIPPPKFFLKQQLIWLPFVGLGAWALDMPFMKRYSRAYLDKYPEKKGQDIETTKRSCEKFKVQPTTVINFVEGTRFTRSKHKLKKSQFAHLLPPKAGGIAFTLATMGELFTNLLDISLLYPDNEAHPMMSMLSGQMTRIIIDVTVLTVPAEAQGDYFTDDSFRSRFQTWLNELWTDKDSRINQLLEP				NA	NA	NA	NA	NA
AK237_04114	915	yihG_2	COG0204	putative acyltransferase YihG	ATGCTTAAAGCGGTTGGCTATCATTTGCGTGGCACTGTGTCAGTGCTGTGCTATTTTTTCAACACTGTTTTTTGGTTTATCCCTATTTTTATACTGTCGATTCTCAAGCTTCCACCCATTGCGTGGTGGCGTCGGCTGATCTCTTATCCTTTAGACGCTTGCGCCACGGCCTGGATAAGTGTTAATAACCTTAACCAGCGTCTGTTAAGTAGCACTAAATGGTCCGTAAACGGTGTGAGCACGCTTGCACCAAATGACTGGTATCTGGTTATCGCCAATCATCAATCCTGGGTCGATATTCTGGTTTTACAACGGGTATTTAACCGAAAAATCCCATTCCTGAAGTTCTTTTTAAAGCAGGAACTCATTTGGGTACCGATTCTGGGTTTAGCATGGTGGGCGTTAGACTTCCCATTCATGCGCCGTTACAGCAAGTCTTTCCTGGCCAAAAACCCGCACCTAAAGGGTAAAGACATGGAAACGACCCGTAAGGCCTGCGCTAAGTTTAAGTCAAAGCCAGTTAGTATCATGAACTTTGTCGAAGGCACACGGTTCACCCGCGCCAAACATGACAGGCAGGCATCGCCTTTTATACATTTGCTAAAACCCAAAGCTGGTGGCGTAGCGTTTGTATTAAGTGCAATGGGCGAACAACTTCATAAATTAATTGATGTCACCATTGACTACCCTGCCGGCGTGCCAAGTTATTGGGACTTTGTCTGCGGTAAGGTGAAAGAAATTCGGGTAAACGTCTCGGTCACGCCAATTAAAAGCATTGTTCAAGGTGGCTTTTTTAACGACACCTATTTCACCGATCCAGCCCAAAAGGCGCGTTTTCAGCAGTGGCTAAATGACAGATGGGAAACCAAAGATCAGCAACTATCAGCGCTCAATTCAACGCAGGCGCCCCTATGA	MLKAVGYHLRGTVSVLCYFFNTVFWFIPIFILSILKLPPIAWWRRLISYPLDACATAWISVNNLNQRLLSSTKWSVNGVSTLAPNDWYLVIANHQSWVDILVLQRVFNRKIPFLKFFLKQELIWVPILGLAWWALDFPFMRRYSKSFLAKNPHLKGKDMETTRKACAKFKSKPVSIMNFVEGTRFTRAKHDRQASPFIHLLKPKAGGVAFVLSAMGEQLHKLIDVTIDYPAGVPSYWDFVCGKVKEIRVNVSVTPIKSIVQGGFFNDTYFTDPAQKARFQQWLNDRWETKDQQLSALNSTQAPL				NA	NA	NA	NA	NA
AK237_04115	849	yeiG	COG0627	S-formylglutathione hydrolase YeiG	ATGGAACTAATCAGTGAAAATCGTGCATTTGGTGGTCGTCATTGCCGCTATCGCCATGCTGCAAACACCACAAACTGCGAAATGACCTTTGCCGTTTTTTTACCTCCTTTTGCAAGTCAGGACAACCCTGTCCCTGTGTTGTACTGGCTCTCGGGGCTCACCTGTACCGATGAAAACTTTATGCAGAAGGCCGGTGCGATGAAAATGGCGGCGGAATTAGGTTTGGCCATCGTCGCACCAGACACGAGTCCCCGTGGCGATGATGTTCCTGATGATGAAAATAATGCTTACGATATGGGATTAGGAGCGGGCTTTTACGTAAACGCCACACAAGCGCCGTGGAATAAGCATTACCACATGTACGATTACATTACCCAGGAGCTTCCTGCGCTGATCGAAGCGAACTTGCCCGTGACCCGTGAAAAGGCGATAAGTGGTCATTCTATGGGAGGACATGGCGCACTGGTCATTGGTTTGCGCAACCCCGAGCAGTATGTATCCGTTTCTGCTTTCAGCCCAATTGCTAACCCTACTCATTGCCCTTGGGGCGAAAAGGCGTTAGGCAGTTATCTGGGCGATGATAAACAGGCATGGCGCGACTACGATGCCGCAATACTGCTGGCTGAAAAGCAGCATTACATTCCGTTGTTAGTAGAACAGGGCAGGGCCGATCAGTTTCTAAACGAGCAGCTAAAGCCTCAGGCACTCATTAACGCGGCACAGAAAAGTGATACCCAGCTTACATTAAATATGCACGAAGGCTATGACCACAGCTACTTCTTTATCGCATCATTTATCGAAGAGCATCTACAATTTCATGCCAGCCATCTGGGCATCGGCAATTTATAA	MELISENRAFGGRHCRYRHAANTTNCEMTFAVFLPPFASQDNPVPVLYWLSGLTCTDENFMQKAGAMKMAAELGLAIVAPDTSPRGDDVPDDENNAYDMGLGAGFYVNATQAPWNKHYHMYDYITQELPALIEANLPVTREKAISGHSMGGHGALVIGLRNPEQYVSVSAFSPIANPTHCPWGEKALGSYLGDDKQAWRDYDAAILLAEKQHYIPLLVEQGRADQFLNEQLKPQALINAAQKSDTQLTLNMHEGYDHSYFFIASFIEEHLQFHASHLGIGNL	PGPT0002120_979	DIRECT EFFECT	BIO-FERTILIZATION	POTASSIUM_SOLUBILIZATION	K-SOLUBILIZATION-ORGANIC_ACID_METABOLISM	K-SOLUBILISATION-FORMIC_ACID_BIOSYNTHESIS,PGPT0002120-frmB|fghA-K01070	NA	NA
AK237_04116	2112			hypothetical protein	ATGGATATTTTTCACCTCAATGCACTAGGCATCACGGACTGTGCTTTATTTGAATTAAACGAGCGTGACACACTTAACTGCCTCACGCCTACGGTGCATTGGACTGGCGCGCTGGTAACAATTAACGAGCAGTCGCTTGATGTTGAGTCTATACAGAGCCTTTTTCTTGAAGATTTCCTGATTGATGCAAATGACTGCTGGGCAGCCTCTCTGCCAGCACAGCTCACGTCTGGTTTCTGGACCGAAACCGCGGCCCATGAATCATTAAGGCTGGAAGCGATTGCCATTAATGATGGTAAAGGCGGACGCTTTCTGGCAGTTAAAAGCGTCAACAGGGAATTCGCCTATCGGCAACAATCGTTACAATCGGCTCGCGAATTACTGCTCACACACCATGCTGTAATCAGCCAGCAGGATGCGCTTACTGAGAAACTTCAGAAGTCACTTAAAGCGGTGAAAATATGCAATAGCCAACAGCAAGCTATCCGTCAGACAATCCATCATTTAAGCACCGGCGTAGTCATTCTCGATGCCAGCAAGCAACTATTTTTGGATAATGGCGTGGCGCGACAGTTTTTCCGCGCACAAAATGCGCAGGTGTGTACCCATCGCTTACTGCAACTCGTTAAAGATGTACAACTGGACGAGTTATTTTTATCGGGCTTAGAAGAACGGCAAACTGCATGGCGCGGTGAGGTGTTCTGGCACAATTCTCCTGACGGAGGTCGCTGGTTACAACTTACTGTTGCGCCCGTAATGCAACATATGCACGTTTCCCACTGGGTGTTTTTAATTACGGACATGTCCCATGTTCAGCACACCAGTCAGCACCATCCTGTCCAGCTCGATAAAGATTCACTCACCCAGACCATGTCACGTCAAGCGTTCAGAAAAGAAATGTCTGCCTGGGTGCAGAAGAAAGAAACCTTCGGCTTGTTCGTCATTGATATCTGTGAATTTAAAAAGGTGAACGAGAGCTTAGGGTATCGCTCAGGTGATGATATTTTAAAAAGTGTAGCCAAGCGACTGGCTGGCTTTGTAGGAGAAGACGGTCGTCTTGCGAGAATTGGCGGGAATGAGTTTGCCTTAATCACTCCGCTCAGTGCAGGAAATGATACAGCATTGTACGATATTGCCAAAGGGCTCACTAACGTTCTGGAGCAAACTTACTTATCGTTAGGCAGCATTCAAACGACGCTGTCCACCAACATCGGTATGGCTATGTTTCCGTTGCACGGCGAAGCGCCGGAAGTACTTATGCAAAGTGCCAGCTACGCGTTACAGTTTGCAAAGTATGCTGGCAAAAACAAGGTTATGGTTTACCACCCGCTTCACAAGCAAAAGCAGGTAGAACTGGCAGAAATGGAAGCCGCGTTCGCCAAAGCGATAAGCGACGATACGCTTGATATTTATCTGCAACCGATTGTCGATTTATCCTCCGGCAAATTATTGAAATATGAAGCCTTGGCGCGTTGGAAAAAAGAGGATGGCGAATACGTACCGCCCGATGTATTTATATCCCTCGCCGAGCGCTCTGAGCTTATATTCCCCTTTGGCCAGTGGCTATTAAACCGTGTTTGCCGCACCGCTAAGCGTCTGCAACGTTACTTACCTGATATACGCATTGCCATGAACATTTCAGGTAGACAAATTATCGCTCCGGATTTTCTTAGTGAGGTACAAGAGGCTATTGCCAGGCATGATATCTCGCCCAGGAACCTTGCTATAGAAATCACCGAAACATCATTCATTAATAACTTAAATACTGTCGCAGCGGTGTTAAAAGCACTAAGAGACATGGGCGTTACTGTGTCTATTGATGATTTTGGCACTGGATTTAGCTCATTGGTGTACCTTAAACAACTTCCGCTGGATGAACTAAAAATTGACCGTTCATTCATTCGCGACGCAATGACCAATGCCGATGATCGTGCCATCGTTAAAGCCATTTTAGGCTTGGCAGTGAATCTGAATTTACAGGTAGTGGCTGAAGGTATCGAGACCAACGAGCAGCAACACTTTTTGATGGATGAGAAATGTGTGTTGGGCCAGGGCTATTTCTTCGATCATCCACTGCCGGTAGATGAAATAGAAGCCAAACTGACTAAATAG	MDIFHLNALGITDCALFELNERDTLNCLTPTVHWTGALVTINEQSLDVESIQSLFLEDFLIDANDCWAASLPAQLTSGFWTETAAHESLRLEAIAINDGKGGRFLAVKSVNREFAYRQQSLQSARELLLTHHAVISQQDALTEKLQKSLKAVKICNSQQQAIRQTIHHLSTGVVILDASKQLFLDNGVARQFFRAQNAQVCTHRLLQLVKDVQLDELFLSGLEERQTAWRGEVFWHNSPDGGRWLQLTVAPVMQHMHVSHWVFLITDMSHVQHTSQHHPVQLDKDSLTQTMSRQAFRKEMSAWVQKKETFGLFVIDICEFKKVNESLGYRSGDDILKSVAKRLAGFVGEDGRLARIGGNEFALITPLSAGNDTALYDIAKGLTNVLEQTYLSLGSIQTTLSTNIGMAMFPLHGEAPEVLMQSASYALQFAKYAGKNKVMVYHPLHKQKQVELAEMEAAFAKAISDDTLDIYLQPIVDLSSGKLLKYEALARWKKEDGEYVPPDVFISLAERSELIFPFGQWLLNRVCRTAKRLQRYLPDIRIAMNISGRQIIAPDFLSEVQEAIARHDISPRNLAIEITETSFINNLNTVAAVLKALRDMGVTVSIDDFGTGFSSLVYLKQLPLDELKIDRSFIRDAMTNADDRAIVKAILGLAVNLNLQVVAEGIETNEQQHFLMDEKCVLGQGYFFDHPLPVDEIEAKLTK				NA	NA	NA	NA	NA
AK237_04117	492			hypothetical protein	GTGATACAGAAGAAGATCTGTCTGCTTGGCCCAACAGGGGTGGGGAAAACCAGCCTCGTTAGACAATTTGTCGATGGCATTTTCTCTGAGAAATATCTCACCACCATTGGCGTTAAAATTGATAAAAAAGAAGTACAACTGCCAGACCAGTCCGTACAGCTATTAATATGGGATATCGAGGGGGTCGATCGTTATTGCGGCTTCAACCCTCGCTATCTGCGCGGAGCGGCGGCTTTTGTAATTGTGGTTGACCAGACTCGCTCCCAGTCTTTATTGGAAGGTATGGATATTTTCGAGTCGGCCAGAGCAGAATTTCCACAGACCCCGGCTTTTTTCGTTGTCAATAAAGCTGATTTACCCAGTGAATGGTACTGGAGTGAAGAAGAGGTCGCTGAACGCAAAGCCCAATTTAATGCGGCGATTACCACCAGCGCCAAAACTGGCGACAATGTTGAGAAGCTTTTCCAGGCAATCGCGGAGTTAACGGTGTAA	MIQKKICLLGPTGVGKTSLVRQFVDGIFSEKYLTTIGVKIDKKEVQLPDQSVQLLIWDIEGVDRYCGFNPRYLRGAAAFVIVVDQTRSQSLLEGMDIFESARAEFPQTPAFFVVNKADLPSEWYWSEEEVAERKAQFNAAITTSAKTGDNVEKLFQAIAELTV				NA	NA	NA	NA	NA
AK237_04118	1746			hypothetical protein	ATGGACGACGTCAGATCGTTAATCATTGGTGGGGATGAAAAGTTCGTAGAAAATATAGTACGACGTAACGCCAAGGACATGGTGTCACAAGTTGTGTCGGAAGCCCTTAGTGATCGTGAAAATCATGATGGTTCGGTCAATAAAGTTCTGGTGCCGTTGGTTGAGAAATCACTTCATCGCTCTGTAGAAGCCAATAGCGATAAAATCGTAGGCGCGTTGTATCCCTTAGTGGGTTCCCTCATTCGCAAAGCCGTGTCGGCCTTCTTAATTGAATTTATCGAGCGCACCAACACCCTCATTGAAAATAGCTTTTCGCTAAAAAGCATTAAGTGGCGGCTCAACGCCCGGCGCGCAGGCATACGCTATTCTGATTATGTAGCCTCACAAATCTATCAATACCAGGTTCATCAGGTTTTTGTGATTCATCGCGAAACCGGCACGTTACTAAATAGTGTCGCCACCGATCCCAGCGCCGCGAAAGATGGTGATTTGGTATCTTCCATGTTAGTCGCTATGAATGATTTTGTGGCCGATGCGTTTACTCAGGAAAGTCACCATGAAGATACAGAGCTCGGTGAGATTAAAACCGACGACTTCACCTTATTAATTAAAGTTGGTCCTCAGGTTATTTTGGTCGCCGCGGTAACGGGAAATGTACCACCGCAAGTTAGAAATAAGCTGCAGGATACACTGGAAGATTTTCATCGTTACTATCAATTACCACTGTTAAGTTACAACGGTGACAACGGCGCATTCGTCACCAGTGATGCTTTACTTCAGGAATGCCTGGTTAGCGAGCAAAAGGTACCTGAAAAGAAAAAACGCCGGTTAGGCTTTGGGGCTTTGCCGTTAGCATGCATAACCGTAGGTCTTGGTTATCTCGCTTTTTTGCGAATAGAATTGTCCATCACGGCATCAAAAATTGACCAACAAGCTGCCCCGGCTGGCATTGTGGTGCTTGATACCCGGATTGACGGCGGTCATGTCCTTTTATCGGTACTTCGCGATCCTGCCGCCCCACAAACCCAACGTTGGTTGTCTGCACTGAATGTCGATCCGCATCAGATTGTCGTACACGAAACTCCCTTTGTGTCACAAGATGAGCGATTAACCTTTGAAAAGATTCAGCGCCTTGTCGCTGCGTTTCCCTCGCTGACATTTACTAACAGCGATCGGCCCGCGCTGACCGGCCAGGTCGGATTAGAAACCTGGCAGCGCTTTCAGAGACGTTATAATGCCATCCCCGCTATACAAGACTTTGAGGTAGACACCACAGGCGTCGTTATTTCAGATATGACGTCAGTAGAAGACAGCGACGTGTTAACATCGTTAGCACAATCATTAGCCACACGCCTGTCGGGATACGCATTGTATTTCGATATGAACCAGACACTATGGTCAAAGACCAATGATGCGACTATTGGCGATATTGCTCAAACACTATTAAGCCTGCAAAATATTGCGCAGCAATCAGGTCAACGTCTGGATGTATTTATTCTGGGTGGCAGCGACAACTCAGGTACGGCAACGAAAAACCTGCTGCTAAGTGAATCCCGGGCCGTATCAGTCAAGACAGCGCTTATTGATGCTGGCGTGCCTGACAGCGTCCTTCACACCAAAGGATTAGGACAACTCGATTTTGCCAGAGAAAGTAATAGCAGAGTGGTGTTTTTCCATGCGTTACTGACCAAAAACGTGGCACAAACAAAGACCGCACAAGAAGTAAAAGAAGGTAATCGACAGTGA	MDDVRSLIIGGDEKFVENIVRRNAKDMVSQVVSEALSDRENHDGSVNKVLVPLVEKSLHRSVEANSDKIVGALYPLVGSLIRKAVSAFLIEFIERTNTLIENSFSLKSIKWRLNARRAGIRYSDYVASQIYQYQVHQVFVIHRETGTLLNSVATDPSAAKDGDLVSSMLVAMNDFVADAFTQESHHEDTELGEIKTDDFTLLIKVGPQVILVAAVTGNVPPQVRNKLQDTLEDFHRYYQLPLLSYNGDNGAFVTSDALLQECLVSEQKVPEKKKRRLGFGALPLACITVGLGYLAFLRIELSITASKIDQQAAPAGIVVLDTRIDGGHVLLSVLRDPAAPQTQRWLSALNVDPHQIVVHETPFVSQDERLTFEKIQRLVAAFPSLTFTNSDRPALTGQVGLETWQRFQRRYNAIPAIQDFEVDTTGVVISDMTSVEDSDVLTSLAQSLATRLSGYALYFDMNQTLWSKTNDATIGDIAQTLLSLQNIAQQSGQRLDVFILGGSDNSGTATKNLLLSESRAVSVKTALIDAGVPDSVLHTKGLGQLDFARESNSRVVFFHALLTKNVAQTKTAQEVKEGNRQ				NA	NA	NA	NA	NA
AK237_04119	534			hypothetical protein	ATGGCGAAGGAAAAATCAACGGCTGCCCCCGAGGCATCCACATCAAATAACACAGAGTTAGGCCAATTACGTGAAATCTTATTCGGCCAATCAAGCCGTGATTTCCAACAACAGCTTGCCACGTTAGAATCGAAAATGGACAGCGCTTTTGCGCAACTAACGGACACGCTAAGCCAACAAGGTACGCAGCTCAACAAAACTATTGAGTCAAGGTTTTCAGCATTATCCGAGCAACTCGCTGCCGACAATAGCCAGCACCAGCAAGCACAGGAAACATTAAAAGGTTTACACGATACGCTAAAATCGGAACTGGAAATGGCGGAAGCGGCCGCTCAGGACGACACGAGCAAGCTGGAAGCCAAACTATCCAAAGAAATGGACGCTATGGAATCGTTGTTCAATAAACGTCATGAGGCACTTTTAGAGCGTCTGCAACAAGTCACTGACGAACTATCTACCAGCAAAACCGACAGGAAAACACTGGCAAGCTTACTTTCTACCATGGCCTCTAATCTGGCCACCGATCAACCGTAA	MAKEKSTAAPEASTSNNTELGQLREILFGQSSRDFQQQLATLESKMDSAFAQLTDTLSQQGTQLNKTIESRFSALSEQLAADNSQHQQAQETLKGLHDTLKSELEMAEAAAQDDTSKLEAKLSKEMDAMESLFNKRHEALLERLQQVTDELSTSKTDRKTLASLLSTMASNLATDQP				NA	NA	NA	NA	NA
AK237_04120	507			hypothetical protein	ATGAGTGTACAAAGGCGAACACAATCTGAACTTAATGTGGCGTTGATGCGAAAATCCAAAGCCCAGCATCGTTTGCTTTGGACGCAATTATTCACGCTACTTGTAGTGGCTGCGCTATTCACCTACACCCTGCTGTATTTCGATGCGCTCTATCAGCCATACCGAAGCGCCTATCCGCGCCTGAGTACCCTGTTTTCTCCTCTCAATATGACAGTGCTTACTGTTTTGGCTTTAATCAATGGCATTGCCATTTACCACATCAAACATGCTAAAGAACAGTTGGCTATCGCTGCATACATGCTTATCAATAAGTTAGACGTAAGCGCTCCATTGCCACATCCTGTCTTTATCAACGCCTTCTTACAGGCGGCAGGACTGCCCAAAGACTATTCACTGTCACTGTTGAAGAAAATGAAAATGCGCCATTTCATGACCCATTCCCGTGCCATCAACAAAGCTATTAGCGAACATAAACAAGCCTGGCAAGACCTTAGCGTGAAACCCTAA	MSVQRRTQSELNVALMRKSKAQHRLLWTQLFTLLVVAALFTYTLLYFDALYQPYRSAYPRLSTLFSPLNMTVLTVLALINGIAIYHIKHAKEQLAIAAYMLINKLDVSAPLPHPVFINAFLQAAGLPKDYSLSLLKKMKMRHFMTHSRAINKAISEHKQAWQDLSVKP				NA	NA	NA	NA	NA
AK237_04121	1023	rbsR_2	COG1609	Ribose operon repressor	ATGAGCAAAGCGACAATTGGTGACGTGGCAAAAACAGCCGGCGTGTCGAAAAAGACAGTTTCAAGAGTGCTTAACAATGAACCTGGCGTCAGAAAAGAGACACGTGATGCTGTCGATGCCGCCATCAAAAGCCTGGACTACATTCCTAACTTAAACGCACGTAGATTGCGCACCAATCAATCCTATCTGATCGGTGTGCTATATATCGATTACCCCAGTAATTTCTATGGCAGCCTTATTCTTAACGGCGCCATTAAAGCGTGTGATAAGCTCGGCTATGACTTGCTGATCCGCCCTTTTGCTTCTGAGAATCCTGCAGACACCATATCAATGACGCTTCGTCATATGGTAGAGCGTTCCAATGTAGATGGCTTCGTGGTGGTGCCCCCACTGTGTGAAGATAAGACAGTCATCGCAGCCTTAGAAGAAACAGGCACGCCCATTGTTAAAATTGCCTCATTGGATGCAGGTGAGTCCCATTGCCTGCATAGTGACGAAATAGAAGGCGCCCAACTGGCCGTTGAACATTTAATTAATTTAGGTCATACCAAAATAGGATTTCTGAATTACTTAGTAGGTCATGCCGCTGGAAAATGGCGTTATGAAGGTTATCAACAAGCCCTGGCCAAACATGGCATTAAAGAGAACGCCAATTATGTTGCCCAATTTAAATATGGCGAGCACACGCTGGAACAAGCGTGCCGCAAGTTGCTGTGCCAGGATGAGCGCCCCACTGCGATATTTACCGCTAATGATGCATCAGCGGCAGTTGTTTATCGTATTGCATCGCAACTGAAATTAAGGATCCCCTACGACCTCAGTGTGGTTGGCTTCGATGACGATCCTGCTGCGCTTAACTTATGGCCTCCGCTCACAACGATCAAGCAGCCCGTGGCAGAACTTGGCTATAATGCGGCAACCATTCTGATTGAGCAAATTATCCGCCACCAAGCCAAAAAAGCGTTGCCTATCTCCCCTTCCGAACTGGTGGTAAGAAATTCCACCGGCCCATTACTGGAATGA	MSKATIGDVAKTAGVSKKTVSRVLNNEPGVRKETRDAVDAAIKSLDYIPNLNARRLRTNQSYLIGVLYIDYPSNFYGSLILNGAIKACDKLGYDLLIRPFASENPADTISMTLRHMVERSNVDGFVVVPPLCEDKTVIAALEETGTPIVKIASLDAGESHCLHSDEIEGAQLAVEHLINLGHTKIGFLNYLVGHAAGKWRYEGYQQALAKHGIKENANYVAQFKYGEHTLEQACRKLLCQDERPTAIFTANDASAAVVYRIASQLKLRIPYDLSVVGFDDDPAALNLWPPLTTIKQPVAELGYNAATILIEQIIRHQAKKALPISPSELVVRNSTGPLLE	PGPT0017992_8166	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
AK237_04122	1419			hypothetical protein	ATGTTTAAGCCCCTAAAATTCCTGGGTACCGTCGCCCTGCTCCAAATAACTGGTGCGTGTTTCGCCCAACAAGGCCCCACTGCGGATGCAGTACTTCAGTCTATTCTTTCTAACCATCCCAAATTACTTGAGCTGGAAGCGAAAGGCGGGCAGCGAGAGCAATCCCTCGCTTACGCTGAAGCGGCGTTTGATATTCAGTTAGAGCAGGAAACCGCTTTACGTACCAGTGGTTATTACAGTGGCGATTACGCTGCTCAACGCGTCGTCAATCCGCTGGGTAGCGCGAATGCCAAGGTAAAAGCTGAATACCGTATCGGCAATGGCAACTTTCCATACTATGAACGTTACTACGAAACTCTTTCAGGCGGTGAAGTGAGTATCGGCTTCGCCATGTCGTTGCTTAAAAACCGTGAAACTGACAAAAAACGCATGGCAATTGAAGACGCCCAGGTGTCGTTATCTCAATGGAATGCAGAGGCTGCCCTTGCCCTTAACGATTTGGTTTACAGTGGATTATCTGCCTATCTTGACTGGTATGAAAGTCTGTTGAATGTCGAAATCTATGCCGCATTAGTACAGACCACTGAAACCCGCGGTAAAGCCATAAATACCCGGGTGGAAGAAGGCGATCTCGCCCCCATTACGCAAACCGAATTTGAAGTTACGGTAATGCAGCGGAGGCTGGCGCTGCAGAATGCGCAACGAAAAGCGGCGCAGGCACGTGAAAAGCTGGCTTATTATTACCGTGACAACCAGTTCCAGCCAATCGACGTTGCACAATTGTCGTCGGTACCTTCGGATATCGCATGGCCGTGGCGCACAGATTGGGTTAACCCTGCGTCGCTGAAATCGATGGTTTTGCAGCACCCTGCACTGGCCAGCTTACAAAGTGAGCTGCAGCTTGCGCGTAACAAACTGCGTCTGGCCAAAAATGCCCTCCTCCCGACACTGGATATTGAAGCCAAGCTGGCCAGAGACATGGGAAACGGCCCGGAGAATCTTATTGGTACCGAGAGTAAAGTCGGCTTGCAGTTTTCGATGCCGCTTGGACGAAGACAGGCTAAAGCCGATGAAGCGAAAGCGAACCTGAAACTTCGGGAGCTGGAAGCGGTTATCCAAACAACTGAGGACGCGCTTGCGCGAGACATGGCTGTTGGCCTGCAGGCATTACAGTACGGCAAAACCATGGTGGAGTTGCAGAAACGGCAGGCAGGATTGACCGAGAAATTGTTTATACAGGAACAAAAACGTTTTCAAATGGGTGACAGCGATTTATTTTTACTAAATAGCCGTGAAGCGCAAGCTATCTCGGCTCGCCTCGATGCGATAAAGGCAGAGATTGAAATAAAGCGTATTGTGCTTGGCGTTTTCTATCAAACAGGAATGCTTGCCGCCCCTTCCACCGCCCCGTCGGGTTAA	MFKPLKFLGTVALLQITGACFAQQGPTADAVLQSILSNHPKLLELEAKGGQREQSLAYAEAAFDIQLEQETALRTSGYYSGDYAAQRVVNPLGSANAKVKAEYRIGNGNFPYYERYYETLSGGEVSIGFAMSLLKNRETDKKRMAIEDAQVSLSQWNAEAALALNDLVYSGLSAYLDWYESLLNVEIYAALVQTTETRGKAINTRVEEGDLAPITQTEFEVTVMQRRLALQNAQRKAAQAREKLAYYYRDNQFQPIDVAQLSSVPSDIAWPWRTDWVNPASLKSMVLQHPALASLQSELQLARNKLRLAKNALLPTLDIEAKLARDMGNGPENLIGTESKVGLQFSMPLGRRQAKADEAKANLKLRELEAVIQTTEDALARDMAVGLQALQYGKTMVELQKRQAGLTEKLFIQEQKRFQMGDSDLFLLNSREAQAISARLDAIKAEIEIKRIVLGVFYQTGMLAAPSTAPSG				NA	NA	NA	NA	NA
AK237_04123	1032	mdtA_10		Multidrug resistance protein MdtA	ATGAATACCGATCAGCAAGAATTCATGGGTAAGATGAAAACCCTTGAAGAGCAAATCGTACCAACGTGGTACAAAAAGGTCGCTTTCATGCTTTTCTTATTAGTGGGGGTAACCGCAGCGATTCTCTACTTCGCCCCCTGGCAGCAAACAGCGTACGGTAGCGGAGTGATTAGCGCGCTGAATCCGTCTGATCGCGCGCAACCGATTTCCGCGCTGGTGCCTGGTCAAATTAAAACGTGGCATGTAAGAGAAGGTCAAAAGGTGAAGCAAGGAGACCCTATCGTCACCCTGGTAGACACCGACAAAGCATTAGTCGAGCGTCTGCAAGCTCAGGTAAAGGCCGCTGAACTTAAGCTGGAAGCGGACTTAATGGCCGTTGAAAATGCCCGTATAAACTTAGATCGTCAGAAGCGTCTGAACAAAGAAGGCTTAGTCTCTGTCAGAGATATTGAAGTAGCAGAAAATGCATTACAAGAGCGCCTCGCTACGGCGGCACAATCAGAGCAAAGCCGGAATAGCCTTAATTCATCATTAGCCCGACAATCTACCCAGACCAAGTTTGCTCCACAAGATGGTACCGTTACGCAGCTACATTCCGGCGGTCTGTCTACGTTGGTAAGTGCTGGCGCTATTTTGGGATATTTTATCCCAGACGGTGTGCAACGTATGGTACGGGTAAAAGTAAACGGATTGAACGCGCCTCTTGTGACTGTAGGACGCAAAGTCAGATTGCAGTTCGAAGGCTGGCCTATTTTCCAATTTAGCGGCTGGCCCGGCACATCCATCGGCACCTTCGGCGGCCAGGTGGCCATCGTTGAACCGGTGGCAGACCGCAACGGATTATTCAACGTGTGGATTGAACCCGATCCCAGTCAAAAGCCATGGCCCAGCGAGACGTTCGCCCGTTTAGATAGTCGCGTCAACGCCTGGATCCTGCTGGAAGAAGTAAGCTTAGGTTACGAGCTCTGGCGTCAGCTTAACAACTTCCCACCTGAAAATGTGCGAAGTGATACAGAACAAACACCTCGGTAA	MNTDQQEFMGKMKTLEEQIVPTWYKKVAFMLFLLVGVTAAILYFAPWQQTAYGSGVISALNPSDRAQPISALVPGQIKTWHVREGQKVKQGDPIVTLVDTDKALVERLQAQVKAAELKLEADLMAVENARINLDRQKRLNKEGLVSVRDIEVAENALQERLATAAQSEQSRNSLNSSLARQSTQTKFAPQDGTVTQLHSGGLSTLVSAGAILGYFIPDGVQRMVRVKVNGLNAPLVTVGRKVRLQFEGWPIFQFSGWPGTSIGTFGGQVAIVEPVADRNGLFNVWIEPDPSQKPWPSETFARLDSRVNAWILLEEVSLGYELWRQLNNFPPENVRSDTEQTPR				NA	NA	NA	NA	NA
AK237_04124	1677	hlyB	COG2274	Alpha-hemolysin translocation ATP-binding protein HlyB	ATGGCAGCCACCAAAGATTTACGTCGCACCAAAACACTCCTTTTTGATATTTTGCGCCCTGAAGCCGGCTTTTTTTACCTCGCGATCGGCTATGGTTTGATGATTGGCTTGCTCACCCTCGCCGTCCCGTTTGCGGTACAAACCCTTATCAATACCGTAGTTTACACCGCATCAATTAGCGCAGTGCTGGTTATCAGTAGTATTTTGTTTTGTACGCTTCTGCTGTATGGCTTATTCAGCGCACTTCGCACCCGCGTAATGGAATATTACGAACGCAGAATTTACAGTCGATTAACGGCCGACCTTGTATTACGCACCATACAAGCGCCTCATCAGTTTTTTGAAGGCCGTAAAAACGGCACCATTACTCATCGCTATTTTGAAGTCATGACATTTCAAAAGAATATGCCATCGCTGATGGTCGATGGCTTCGCATTGTTACTGCAAATGTTGGTAGGGATCACCTTAGTTTCTTTTTATCACCCCTTCTTGCTGGTGTTCAATGTCATAATCGTGATTTTCATGTACATCATCTGGCGTTTATTAAGCACGCAGGCCAAAAATACCGCCATCGACTTGTCTGACTCCAAATATGCTACGGCAAAATGGCTCAGTGAAATTTCATCAGCCCATGTGTTTTTTAAATCGAGCCGCCACCTCGACCATGCAGCGGAAAAAACAGAATCGATAATCAACCGCTATGTAAAGTGCCACGCCGGGCATTTCACGTTTACCTTTTCCCAGACTGTGCTGTTTCTCATCGTTTATGCCCTCGCTAGCTCGGCATTACTCGGACTGGGCGGTATTTTGGTTGTACAAGAACAGCTATCGGTTGGACAATTGGTTGCAGCAGAACTCATCATGTCAGCCGTGTTTCTGGGCATTTCCCGCTTTAGCGTTTACCTGAACTTATACTATGAATTATATGGTGCAGCGGAAAAGCTCAGTGCCGCATTGAATATTCCGCAGGAAAATATCCAATCATCTGACAATGAAATCTTTGATAAAAATAACCTGCACTTCTGCCATACCGTGTTATCGGAACTCGATGAAACGGTCAGTATTGATATGGCATTACAGGAGAATGGAAAGTACTTTGTCGTGACCGGTCAGGCCTGGCAGCAGCGCAAGTTAATGACGGTACTAAAACGTTACGAAAACCCTGATTCGGGCTGGATAGAACTAGGTGGACTTGCACTGACGGACTACCAAACCAGTGAACTGCGTCAAACGATTGCGATAGTCGATCGCTCACTCATTATCGAGTGCACCATTATGGACTATTTACGCTTATCTGCCCCTCAGGTGACCGAAAAATCTATTCGTGAAGTGTTCCGCGATTTACAACTTGAGCCAACGCTCGCTCGTTTGGATGAAGGTTTGCAAACCAGTCTTTCGCAGTTGGGGCATCCCTTGCAGCCAATGGAGTTTTTGCTGTTAAAACTTGCTGCTGCAATCTTATCAAAACCAGGCGTTATCGTACTGAATCAACACTTCGATGCTATTCCCGAAGCCATTCGCTTCAGGATCTTAAAGTATCTCAACGGATTACCTGTTACTGTGCTGTATTTTACGAGCAGCCCAATTCAAGAATTGTTCGACGGCACCGTGGTGTTGAATGGCAATTCACAGTTACTTTCCCACGATTTTCTGGCTGATAAGGATGAAGCGTTATGA	MAATKDLRRTKTLLFDILRPEAGFFYLAIGYGLMIGLLTLAVPFAVQTLINTVVYTASISAVLVISSILFCTLLLYGLFSALRTRVMEYYERRIYSRLTADLVLRTIQAPHQFFEGRKNGTITHRYFEVMTFQKNMPSLMVDGFALLLQMLVGITLVSFYHPFLLVFNVIIVIFMYIIWRLLSTQAKNTAIDLSDSKYATAKWLSEISSAHVFFKSSRHLDHAAEKTESIINRYVKCHAGHFTFTFSQTVLFLIVYALASSALLGLGGILVVQEQLSVGQLVAAELIMSAVFLGISRFSVYLNLYYELYGAAEKLSAALNIPQENIQSSDNEIFDKNNLHFCHTVLSELDETVSIDMALQENGKYFVVTGQAWQQRKLMTVLKRYENPDSGWIELGGLALTDYQTSELRQTIAIVDRSLIIECTIMDYLRLSAPQVTEKSIREVFRDLQLEPTLARLDEGLQTSLSQLGHPLQPMEFLLLKLAAAILSKPGVIVLNQHFDAIPEAIRFRILKYLNGLPVTVLYFTSSPIQELFDGTVVLNGNSQLLSHDFLADKDEAL				NA	NA	NA	NA	NA
AK237_04125	2034	dpp5	COG1506	Dipeptidyl-peptidase 5	ATGCGACTAAAGCGCACGTCTTTGATTGGCTGCTTACTTTCTCTGACAAGTCTGTCGGCTTCAGCCTTACCTGATAAAATTCAATATCAGGATACCTTTAATCTTGAGTACGCCGCAGCGCCATTTTTTAGTAACGATGGCAAATCGATATACTATGAACGTCGTTCGATGGACATTATGAAAGACCGAACTCACAGCACGCTATGGCAAGTAGCGACTGACGGCAGTTCGCATCGTCCGGTAATAGCAGGTAAGGATAATATTCGTCAGGTGTCGTTGTCGCCCGACGGGACTATGCTTGCGTATCTCTCTGACGAAGACGGAAGTAGTCAACTTTACGTACGCTATATTGATTCAGGGCAAACCGCTAGATTGACTAACGTTACGCACACGCCGGGCAACATAACGTGGTCACACGATGGACAGCATCTTGCTTTCACACTTTTTACGCCGACAAAAATAAAGCCCCTCTTCTCAGGCATGCCTGACAAACCAGAAGGTGCAGATTGGGCACCTACTGCCACGGTGGTACAACGCACCAATTATCGTTCAGACGGGAGCGGTTACTTGCCCGACGGATTCAACCAAATCTATGTAATTCCTGTGTCTGGCGGTTCGCCTCGTCAGCTTACCAGCGGGCACTTCCCCAACGATGGAAAACTTGCCTTTTCCAAAGATGATTCAGGAATTTACTTCTCCGCGAACCGCAACGATGATTATGCCTTAGCGCCATTGACCAGCGATATTTATTATGTCGATATTGCAACGACTGATGTTAAGCCTGTCACGCAAATTGTCGGGCCTGAAGAAAACCCGCTATTAAGTCCAAACGGAAAATATCTGGCATTTAGCCAAATTGCAGATAACAAAAAAGCCTACCAGATAAACGATATTGTGTTGCTCTCGTTAAGCGACGGTAGCCTTACCCGCCTCACCGAATCATTAGACAGAAGCATTGAGGCATTCGCCTGGTCACAAGACAGTGAGTCCTTGGTATTTTCGTATCTTGATCATGGCAACACCAGGCTTGCGCGGGTAAGTAAAAGCGGCTCAATAACGAAATTAGCGGGCATGTTAGGAGGGCAGTCACTCGGCCGTCCCTACACGTCTGGTGACTTCGCTGTGTCCCGAAATGGCACTGTCGCTTTTACCAAGGGAAGTACGTCCCGCCCCGCCGATCTTGCTGTGGTTAAAAACGACAAAACCATGCAGCTAACACACCTGAACGAAGACGCATTAGCACATCTAAAATTAGCTAACGTAGAAGCGCTGGCAGTAACGTCTTCGGTTGACCAGCGCGCAATTGATGCGTGGATGGCCTTGCCTCCGGGGTTTGACCGGAACAAGCAATATCCATTAATTTTGGAAATACACGGTGGTCCTCACGCAGCATACGGCCCCCATTTTTCGATGGAAATACAGTTAATGGCTGCGCAAGGTTACGTGGTGGTATGGTCAAACCCGCGAGGTAGTGCCTCATATGGCGCCGACTTTGGGAACACAATTCATCACAACTACCCGTCCGATGATTATCAGGATTTGATGGATGTGGTCGATGCCAGTATCGCGAAAGGGTTTATTGACGAAAAGAACTTATTTATTACCGGAGGTTCCGGTGGTGGCGTGTTGACGGCCTGGTCAGTAGGAAAGACGAATCGCTTTGCTGCTGCGGTTGTCGCCAAGCCAGTCATTAACTGGATGAGCTTTTCGTTAACGGCCGATGCATACCCGTATTTCACCCAATATTGGATGCCAGGAAAGCCATGGGATAATGCTGACCATTTATGGCAACATTCGCCACTTTCATTGGTTGGCAACGTAACCACGCCAACCATGTTGTTAACCGGCGAATCGGATTACCGCACACCAATTAGTGAGTCGGAGCAGTTTTATCAGGCACTTCGATTACAAGGTGTTGATTCAGCGATGGTGCGACTTCCCGGCGCGTCTCACGGTATTGCCTCCCGTCCCTCCCGTTTAATTCAAAAAGTAGGGAATATTTTAGCGTGGTTTGAAAAATACCGTACGAAATAG	MRLKRTSLIGCLLSLTSLSASALPDKIQYQDTFNLEYAAAPFFSNDGKSIYYERRSMDIMKDRTHSTLWQVATDGSSHRPVIAGKDNIRQVSLSPDGTMLAYLSDEDGSSQLYVRYIDSGQTARLTNVTHTPGNITWSHDGQHLAFTLFTPTKIKPLFSGMPDKPEGADWAPTATVVQRTNYRSDGSGYLPDGFNQIYVIPVSGGSPRQLTSGHFPNDGKLAFSKDDSGIYFSANRNDDYALAPLTSDIYYVDIATTDVKPVTQIVGPEENPLLSPNGKYLAFSQIADNKKAYQINDIVLLSLSDGSLTRLTESLDRSIEAFAWSQDSESLVFSYLDHGNTRLARVSKSGSITKLAGMLGGQSLGRPYTSGDFAVSRNGTVAFTKGSTSRPADLAVVKNDKTMQLTHLNEDALAHLKLANVEALAVTSSVDQRAIDAWMALPPGFDRNKQYPLILEIHGGPHAAYGPHFSMEIQLMAAQGYVVVWSNPRGSASYGADFGNTIHHNYPSDDYQDLMDVVDASIAKGFIDEKNLFITGGSGGGVLTAWSVGKTNRFAAAVVAKPVINWMSFSLTADAYPYFTQYWMPGKPWDNADHLWQHSPLSLVGNVTTPTMLLTGESDYRTPISESEQFYQALRLQGVDSAMVRLPGASHGIASRPSRLIQKVGNILAWFEKYRTK				NA	NA	NA	NA	NA
AK237_04126	576			hypothetical protein	ATGTCTTTGCCTACACTCCCGAATTTATTTCGATTCGTTCTGCTCGCTGTGTTGTTGGTGTCTGGTTCACTTGCAGGATGTGCCAGTAACAAACCTGAAGTTAACATAAATAAAGCGCAGAACTTTGCCGCGATTAATACGTTTTACGTGCAGCCGCCATTGAATTCAGTCAATGTGACAGTTGAGAACCATATGGCAGCGACAATTACTTCTATTATGCAGAGTAAAGGGCTCTCGCCGGCCAGCGAGAGCAACGCTGACGTAGCGATCAGTTTTTTACCTTCCTCGGCGCGTAAAGAAGACGGGACTTCCTTTAATATTGGGTTAGGTACCGGCGTTTTCGGACGTTCAACGGGGATCTCTTTAGGCAGTATTTTTAGTGTACCTGTAGGTGAGCAAGTCTCTGTTTATCAGAATCTGCAAATTGATGTCATCAAAGACGGTGCGTTCATATACAGTGCTGCCGGCAGCACCGAGTTGCCAGGTAAAGACAGCATCAGTATTCAGCAGGCGCTAACAACACTGGTTGGAGATTTGTTGGCTAGCTATCCGGAAAAATCGGCCAGTGAGCAGTAA	MSLPTLPNLFRFVLLAVLLVSGSLAGCASNKPEVNINKAQNFAAINTFYVQPPLNSVNVTVENHMAATITSIMQSKGLSPASESNADVAISFLPSSARKEDGTSFNIGLGTGVFGRSTGISLGSIFSVPVGEQVSVYQNLQIDVIKDGAFIYSAAGSTELPGKDSISIQQALTTLVGDLLASYPEKSASEQ				NA	NA	NA	NA	NA
AK237_04127	528	gloA		Lactoylglutathione lyase	ATGAGTCGTCATTTTGAGCAGGCAGAAGGTCTGTGCGAAGAAAAAGATCCCGCAACCGACGGATTTGTATTTAACCAAACGATGTTGCGCATTGCTGATCCTGCGCGTTCCCTTGATTTTTACACCCGTGTCATGGGGATGACATTACTTAAGAAGTTAGACTTTCCTGACATGGCGTTTAGCCTGTACTTTTTAACCCACGGTGAAGACTTCTCTGAAATCAGTGAGGATGATGCGAAGCGTACGGCGCAAACTTTTGGCCGTCCGGCCATGTTAGAACTTACCCATAACTGGGGAGATACCGCGGAAGGTACCACTTATCATAACGGCAATAGCGAGCCTCGTGGTTTTGGCCATATCGGGTTTCACGTACCTGATTTAGAAGGAGCCTGCGAGCGTTTCGAGGCGTTGGGCGTGGCATTTCAGAAGCGTTTGGCTGATGGCAAGATGAACAACATTGCGTTTATTAAAGATCCGGATGGCTACTGGATCGAAATTTTCGACGCGAACCGCGTGGCGAAAGGTTAA	MSRHFEQAEGLCEEKDPATDGFVFNQTMLRIADPARSLDFYTRVMGMTLLKKLDFPDMAFSLYFLTHGEDFSEISEDDAKRTAQTFGRPAMLELTHNWGDTAEGTTYHNGNSEPRGFGHIGFHVPDLEGACERFEALGVAFQKRLADGKMNNIAFIKDPDGYWIEIFDANRVAKG	PGPT0013300_1101	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
AK237_04128	999			hypothetical protein	ATGAGAAAAGCACACTACTTAGCTGGACTAGCTGCTGCACTTACTATCACGGCATGTGGATCGACTGCTCCTACGGCGTTGCCGACTTACCCTGACGTAAGTATTCCTGCATTACCAGACGCACCAGCTGTCGCAGGTAACGTGAAAAGCAACAAGCTGTTGGTTGCTCCGGGAGTAAAGAGCAATGTACCTTCTTTCATACAAGGCATGTTTGTAGATGACATCACGACATTTGTTACTGAAAGTGGCTCTGAAGTCATTGACCGTCAGCTGGCGCAGCGCTTTATTAATGAAATTCAGTTAAAAGAAAGCTTGTCGGAAAGCTACGAGGCTTATGAAGGCCCTGTTGAGGCAAAGTTTGTGATAATCCCAACTATTACAGACTATTCGTGGAGCAGCGAGTACGAGAAAGCGTCGTCGCGCAAGAACAAAGACGGTGAAACCGTGCGCTACCCGGCCGAATGTGACTACACAGGAAAGGTAAAGGGTAACCTTCAAATTCGCGCCTTGCCATCCATGAAGCAGATCCTGTCGATAAACTTAACTGGCAGAGAAAGCGGCTCGGAAGAAAACCCGCCAAGCAGAAAATGTAAAGAGCAAGGCATGATTAACGGTGTCATTAGAGGCGCTATTGCCGACTTACTGGTAAAAGGGGACAACGACTATTTAACCCTGAGCAAATACGTGAGTTCGCAAGGCGTGATCACCGGCGCTAAAAAAGCCGAGGGAGAAATATACTTCGAAACTAACCTCGGCCGTTTACATGGCGCAAAAGAAGAAGAAGCGGTGGCCATATATCAGGAGATCGATGGCGAACTGGTAAAAATTGCTTCGGGTGAAATGCTAGACAAAGATAACGTATTTAACAACATGTCTTATATTACGGTAGAAGAAGACCTGGTACCACGCATAAAGCGCGGCATGATCGTAATGCTATCTGGTGAATGTACGGGCTTTGGCTGCAAGTGGACAAGCTCATTGAAAAGCTTGACGAAGTAA	MRKAHYLAGLAAALTITACGSTAPTALPTYPDVSIPALPDAPAVAGNVKSNKLLVAPGVKSNVPSFIQGMFVDDITTFVTESGSEVIDRQLAQRFINEIQLKESLSESYEAYEGPVEAKFVIIPTITDYSWSSEYEKASSRKNKDGETVRYPAECDYTGKVKGNLQIRALPSMKQILSINLTGRESGSEENPPSRKCKEQGMINGVIRGAIADLLVKGDNDYLTLSKYVSSQGVITGAKKAEGEIYFETNLGRLHGAKEEEAVAIYQEIDGELVKIASGEMLDKDNVFNNMSYITVEEDLVPRIKRGMIVMLSGECTGFGCKWTSSLKSLTK				NA	NA	NA	NA	NA
AK237_04129	906			hypothetical protein	ATGGGACGACTACTCATACCGCTGCTATTCGCCGTTTTTTCTGTGTCAGCCACGGAGTTACCTGCCGATACAGCAAAACATATTTACGGTAAAGGCACCGACACCAGCTACGACCTGGCACAAAAAGCGGCCATGGCAGATATTGTGATGAAGCTGGCCACGCGGGTAAATGCCAGTACCCAAATTAGCCAGTCAAAGAATAATGACAAAACCCAGGTCAACGCTCAATCGCTGGTAATAGCACAAAGCCGGGGCATAGAACTCCCCCATGTAGAGGTGATTGACAGCGAGCAACAAAATGGCCTTTGGCACGTGCTTGTACGGGTAGAGCGCGAGCAGGTTAAACGGTCTGTAAAACATCAGCTAGACACGCTAAACAGCGATTTATTGTTTACCCTGGAAGAGTTTGAAAACCATTATGCCCCCTCGTGCTTTTATGCGTTAAGTAACGAAGAAGACAAAAGGGCACAGCTTGACGAGTTAATTCCTGCCTATATAGGCATTGGCAGTGAAAAGGATGCTGAAAAGCCGTTTTATACTACCATTCACGCGTTTGACCGCACTTTCAAGCGCTGTAAACAACGTAACCGCTACACCCTTACCTTTTCAAAACCTGTTTCTCGTGCACTTGAAAACTCGGCAAAGGCGCTGCTTAAAACGCACGGATTTGACGTGGTTAACCAAAGTGAAAATGCAGGAAATATACAATTTAACATTAAATCCAAAACGTCGTTTTTTAATAAAACGCACTTCACTATTTTTACTACTGAAATTCTGGTGTTTGACGAAAATGAGTCACTGAGATTTAAGGACTCGTTCAAAGTAAAAGGCGCCTCATTCACGTCAGGTAACGAATCTATTGCCAAAGCAGAGCAAGCGTTACTGCAACGCGTGAAACTACAATAA	MGRLLIPLLFAVFSVSATELPADTAKHIYGKGTDTSYDLAQKAAMADIVMKLATRVNASTQISQSKNNDKTQVNAQSLVIAQSRGIELPHVEVIDSEQQNGLWHVLVRVEREQVKRSVKHQLDTLNSDLLFTLEEFENHYAPSCFYALSNEEDKRAQLDELIPAYIGIGSEKDAEKPFYTTIHAFDRTFKRCKQRNRYTLTFSKPVSRALENSAKALLKTHGFDVVNQSENAGNIQFNIKSKTSFFNKTHFTIFTTEILVFDENESLRFKDSFKVKGASFTSGNESIAKAEQALLQRVKLQ				NA	NA	NA	NA	NA
AK237_04130	1320	mltC		Membrane-bound lytic murein transglycosylase C	ATGCCGCAAATCAGAGTGCTAATGAGTGTAGTAGTTACCTCGATGCTGTTAAGCGCCCACGGACAGGCGCAGCAGTCTAATTTCGACGAATATAAGAAAAATCGTATTGAGAAATACGAACGCTTTTCCAAGGACTACACACAGCGGTATGAAGCGTTCAAAGCGCAATTAATAGAAAAATGGGGCGTAGCAGAATTAAGCTCTACCACAGAATATGTTGCTTATGCGAACGATAACAATATAAAGGTTATTGCCGACTTTGAAAACGACACTATTGAGGTAAGCCTTCACGACGACGCCTTAGGTGCGCTTAGCGAAGAAGAGCAAAACAAAGCCGTACGAGCGGCCATTGAAAGCACATTAAAGCTAACGGCATCGGAAGCGAACGAGGTGAATCCCGAATTCGCAATGCAAGATACCGATGCGACAAAAAAATCAGACACTGCAGCGCTTGATAATAAAAAGAGCGTGGCTCCCACTCTGCTTAACGCCATGGGCATAGGTAACGAAGCTGAATTGACGGCATCAATCGCCACAGCACACATAGTGCCAGCTGAACAACAAGCAACCCTGGTTACTCAACGAACAAAGGCCCGTTTAGAAAAGCAAATTGCAGAAGTCACGCACTTTGCAGCCCGTGGCGATGTACCTAAGCAGAAGAGAGAACAAGCTAAAAAAACGGCCACTGTACTTACACAACAACTTGATGAAGTGTCTGCATTAAAAGTAGAGGCAACGGCTAAAAATACAAAGTCATACAAGATTCAGCTTCAGCGCGCCCGATACGATAAAGCAGCAGACTACCTGACCGCAGTTTCTCAACAGGCATCGCGCTGGCAAGTAGCTCAGGATACGCTGCTTGCCGTAATGGAAACCGAGAGCCACTTCAACCCAATGGCCAAGTCATACATTCCTGCGTATGGACTAATGCAAATTGTTCCCGCCACCGCCGGCGCCGATGTGAACAAGATGATATTTTCCAAAAACAAGAAGCCCACGCCCGAAGAACTGTATGACGGAAAGCGCAATATTGAATTTGGCAGCGCATATTTCAACATTTTGATGACCCGTTATCTAAAAGAAATAGAAAACCCGACCAGTCGCTTGTATTGCGCTATTGCGGCCTACAACACTGGCATCGGGAACCTTTCACGTGCATTCAACAACGGTGAGCGCGGCAGAATGACAGCGATTAATAAAATTAATCAAATGACGCCGGAGCAGGTAATGCAAGTTATAAAAAGCAAAACGCATATTGAAACGCAGCGCTATGTAGACAAAGTGTTAAGTAGCAAGGCGTACTTTGCGCAACACATTTAA	MPQIRVLMSVVVTSMLLSAHGQAQQSNFDEYKKNRIEKYERFSKDYTQRYEAFKAQLIEKWGVAELSSTTEYVAYANDNNIKVIADFENDTIEVSLHDDALGALSEEEQNKAVRAAIESTLKLTASEANEVNPEFAMQDTDATKKSDTAALDNKKSVAPTLLNAMGIGNEAELTASIATAHIVPAEQQATLVTQRTKARLEKQIAEVTHFAARGDVPKQKREQAKKTATVLTQQLDEVSALKVEATAKNTKSYKIQLQRARYDKAADYLTAVSQQASRWQVAQDTLLAVMETESHFNPMAKSYIPAYGLMQIVPATAGADVNKMIFSKNKKPTPEELYDGKRNIEFGSAYFNILMTRYLKEIENPTSRLYCAIAAYNTGIGNLSRAFNNGERGRMTAINKINQMTPEQVMQVIKSKTHIETQRYVDKVLSSKAYFAQHI				NA	NA	NA	NA	NA
AK237_04131	777			hypothetical protein	ATGAGTAACGAGAATAATAATAGTGCGGACGGCGCCAGCAAAGCGCCTGCCCGTAAAAAAACAGTCTATGAATACTTTATAGCTGGTGCTCTTGGCCTTATGGCGTTAGGGCAATGGGGTGACACGAAAGATGTGATTGTGGAAGCATGGCAGCTTACCCTTTCCAACTTTACACACCAATATGAATATCAGTCTTTGGATCGTATCAACGTAGGCAGCAATTTAAGCTACATAAAAACACTTATCGGCGAACCGCAGTTAACTAAAACCAGCAAATATAATGACGCCATTAGCTTTGCCTACTATTTAAAAGAAAATTATATACTCACGCTGATCGTAGAAGAAAAGCGCATAAGTGCGTACACCGTTACCAGCCTGGCAGACGACTTCATCCCCCATAGCCTGTTAAGCAAAACAGCTACCGACAATCTCATCACCATTGCCGACAACTATGACACGTTTCAGGAGTTCACCCTGGACTTTAACAACGTTGAATACTTGCTGGTTAAAGAGGAGTTAGGTAAAGAAAAGTTATTTGTAAACAATTACTTTGGCGCAATTAGCTACAGCGAAGATGTTCAATTACCCAGCGCAACGTTAAGAGAGATTTACAATACCTTAAGCATGGATGAAACATCATCAGAAACGCTGGAAAGCGTAAAGCAGTTAACCAAAAGCGCCGTGAACAACTTTTACGGCGCAGGTGAAAATAATCTGTCTGTCATCGCTGACTCTGTATTAACCCACTTTGAGTATTCTTTGTACTACAAGAAATAA	MSNENNNSADGASKAPARKKTVYEYFIAGALGLMALGQWGDTKDVIVEAWQLTLSNFTHQYEYQSLDRINVGSNLSYIKTLIGEPQLTKTSKYNDAISFAYYLKENYILTLIVEEKRISAYTVTSLADDFIPHSLLSKTATDNLITIADNYDTFQEFTLDFNNVEYLLVKEELGKEKLFVNNYFGAISYSEDVQLPSATLREIYNTLSMDETSSETLESVKQLTKSAVNNFYGAGENNLSVIADSVLTHFEYSLYYKK				NA	NA	NA	NA	NA
AK237_04132	549			hypothetical protein	GTGCCCAGATGCAATCTTCAGTTAATCGCCTTATCTACCGTTCTTGTTTTAACGACTGGATGTAGCTCAACACCAAAAACCAATGCCACCGACATGGGGATGAACATACCTTCTTGGGTAACTAACCCTGTTGTAGAGTCTGGTCTGGCTGCGTCATCATGTGTTGCAGCATCAAACAGTTTTTCTATGGACAAGACTCAAGCCGCCACTTTGGCGCGCACCGAATTAGCCACGCAGTTAGATGCGCGAGTGGCGTCTCTACAAGAACAGTATGCACAGACGCTGTCTACTGCCAGCAGCAGTTCTACCAACACTGACTTTTCTACCACCACGACGCAGTTTATCGATCAGGCAATACAGGGAACCAAAGTAACTAAGGTAGACTACGCACAAATGGGACAGCAAAAAAATGTGTGCGTGTTGGTCACGGTTTCTGAAGACAACGCCAAACGTCTGTTTGAACGCGTAATGAATAGTGCCCCCACTAAACTAAACCCTGAAAACGAAACCTTACTTTATTTAAACTTTTTGAAGTCTGAAAATCAGTAG	MPRCNLQLIALSTVLVLTTGCSSTPKTNATDMGMNIPSWVTNPVVESGLAASSCVAASNSFSMDKTQAATLARTELATQLDARVASLQEQYAQTLSTASSSSTNTDFSTTTTQFIDQAIQGTKVTKVDYAQMGQQKNVCVLVTVSEDNAKRLFERVMNSAPTKLNPENETLLYLNFLKSENQ				NA	NA	NA	NA	NA
AK237_04133	1020	dusA	COG0042	tRNA-dihydrouridine(20/20a) synthase	ATGTCTGACATTTCAAAAAGCAGAAAATTCTCAGTCGCGCCAATGCTCGACTGGACTGATCAGCACTGCCGCTATTTTCTCCGTCAGATAACTCAGCACAGTTTGCTTTATACCGAAATGGTTACAACCGGCGCATTAATTTACGGGAAAGGCGATTATCTGGCGTTTAATGGCGAGGAGCATCCGGTGGCGCTGCAACTTGGCGGCTGCGATCCCTCCGATATGGCGCGCTGTTCTGAAATGGCGCAGGAACGCGGTTACGATGAGGTGAACATCAATGTGGGTTGTCCTTCTGATCGGGTTAAGAATGGCGCATTTGGTGCTTGCCTGATGGCACAACCGAACGTGGTCGCGGACTGCGTGAAAGCCATGCAGACGGCGGTTGATATTCCGGTTACTGTTAAATGCCGCATTGGTATTGATGAGATGGACGAGTATGAAGACTTTGCTCGCTTTATTGACATTGTAGCTAATGCCGGATGCGACACATTCATCGTGCACGCTCGTAAAGCTTGGCTGCAAGGCTTAAGTCCTAAGGAAAACCGCGAAATTCCACCTCTGAATTATCCCCGCGTCTATCAGTTAAAAGACGCGCATCCTGATCTGAACATCAGTATTAATGGCGGTATCAAATCAATGGATGACACGTTGTCACATCTTGAAAAGGTGGATGGTGTGATGATGGGGCGTGAAGCCTATTCCAATCCGTACTTACTTTCCTCAGTAGACCGCATGGTTTTTGGTGATGATGCACAAGTGAAATCCCGCAGCGAAATCGTTCACATCATGCAGCAGTATATTGAACATCAGACCGATCACTGGTTTAAGCCATGGCATGTCGCCCGTCATATGTTAGGTTTATATCAGGGGCAGGCGGGCGGCCGGATCTGGCGTCGTTATTTGAGCCAGAATGGCACAGGCAAAGAGCGGGATCCTAATCTGCTGATGAACGCGCTGGAACAGGTTGAGCAAGCGCAGGCAAATGCAAAAGCGTTCAACGATTCCCGCGTGGTTGAATAA	MSDISKSRKFSVAPMLDWTDQHCRYFLRQITQHSLLYTEMVTTGALIYGKGDYLAFNGEEHPVALQLGGCDPSDMARCSEMAQERGYDEVNINVGCPSDRVKNGAFGACLMAQPNVVADCVKAMQTAVDIPVTVKCRIGIDEMDEYEDFARFIDIVANAGCDTFIVHARKAWLQGLSPKENREIPPLNYPRVYQLKDAHPDLNISINGGIKSMDDTLSHLEKVDGVMMGREAYSNPYLLSSVDRMVFGDDAQVKSRSEIVHIMQQYIEHQTDHWFKPWHVARHMLGLYQGQAGGRIWRRYLSQNGTGKERDPNLLMNALEQVEQAQANAKAFNDSRVVE				NA	NA	NA	NA	NA
AK237_04134	735			hypothetical protein	ATGACAAATAATAGTTTTACGCAACGCTCCGACAGGCGCAGCCGGTTAATTGGTTTATTGCAGTCTGAGGAATATTGGAAAACGGCAGAGTTACGGGAACATTTGGGTATTAGCCAGCGAACGTTGATGCGGGAATTGGCGGACCTACGTGAAGCCGGATACCCGATCGAATCCGATCGTGGAAGAGGCGGCGGGATTCGTTTGTCTGGACGCTGGGGCATAGACCGTCTGAACCTGACGCACAGAGAAGTCGTGGAACTAATCCTCTCCTTGGCCATCATGGAAAATCTTCAGTCTCCCTTGCTAACCGGAAACGTAAAGCAGATAAAACAGAAGTTATTTCAAGCTTTCCCGGAAAAACAACGACATGCCGTTAGCGATATTCGTAAACGTATCATGGTAGGAAACAATGCTGCGGCAAATATTGCGACCCATTATGGCTCTCCCTCACCGGCCATTTCCGAACAAATCGCAGAAGCCTTCCTGGCACGGCATTGTTTAGAAATTGATTACCAGGCTGAAAGCAGCGACATGACGCGTCGAGTCATAGAGGCGCATTACATTTTGCTGAATTGGCCAATTTGGTACATCGTGGCCTGGGATCATCTAAGAGATGCTACCCGCGTTTTTCGCATCGACCGCGTGAAACGGGCAAATATTGTAAAAGGGCATTTTCGAGCGCGGTCTAAAGACACCTTCTCGACAATCTACGCCCCTTTTTTCAAAACCATATAA	MTNNSFTQRSDRRSRLIGLLQSEEYWKTAELREHLGISQRTLMRELADLREAGYPIESDRGRGGGIRLSGRWGIDRLNLTHREVVELILSLAIMENLQSPLLTGNVKQIKQKLFQAFPEKQRHAVSDIRKRIMVGNNAAANIATHYGSPSPAISEQIAEAFLARHCLEIDYQAESSDMTRRVIEAHYILLNWPIWYIVAWDHLRDATRVFRIDRVKRANIVKGHFRARSKDTFSTIYAPFFKTI				NA	NA	NA	NA	NA
AK237_04135	618			hypothetical protein	ATGAAACATTTTTATAATCCAAGAAGCCGAAGCGCTGTCACCGACTGGATGCTTGCTGAATTGGGCGTGGAGCACGAACAAATTCTCGTAGATTTCGAGCAACAAAATGAGCATTTGGATATGTTGCATCGCATTAACCCCATGAAGAAACTGCCGACGCTACTTGATGGTGACACCGTTGTAACTGAAACCGCGGCGATTTGTGCGTATCTGGCTGATAAATATCCCAAGAAGCAGCTGGCGCCCGACATCAATTCCGCTCAACGTGGTACGTATTATCGTTATTTATTTGTTGCGGGAAACACCATTGAGCCTGCTTTCACTTTGGCTTCTGCGGATATGACATATCCTGATCCCCGTTCTGCCGGCTGGGGAGATATGGGAAGGGTGCTAGACACGCTCGAATCGCTTACGCCAATAACGGAATGGGCGTTGGGTACGCAGTTTTCAGCGGCCGATATCATCTTTGGCGGATTGCTGGATTTTGCTGTAAAGGTTGGTTGGCTTGAGCCGTCTGCCAAGGTTAAGGCCTACGTTTCACGAATTCGTCAGCGTCCGTGTTATTTAAAAACACATCCTGACATGCTTCAAACGATGGCTGGAAAGCGCATCGCATAA	MKHFYNPRSRSAVTDWMLAELGVEHEQILVDFEQQNEHLDMLHRINPMKKLPTLLDGDTVVTETAAICAYLADKYPKKQLAPDINSAQRGTYYRYLFVAGNTIEPAFTLASADMTYPDPRSAGWGDMGRVLDTLESLTPITEWALGTQFSAADIIFGGLLDFAVKVGWLEPSAKVKAYVSRIRQRPCYLKTHPDMLQTMAGKRIA	PGPT0013170_20393	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	DETOXIFICATION_OF_PEROXIDIZED_COMPOUNDS,PGPT0013170-gst-K00799	NA	NA
AK237_04136	282			hypothetical protein	ATGAAAACGAAAACCATCCTAACCAGCGTTCTATTATCTACGGCCATATTAAGCTCTCAGGTAATGGCGCAGGAAAGTGCGATTGAATCATTTTTAGGTCGCATGGTCGGCCAAGCAGTAACCATGGCCAGTGACGAAATTAGCAATGGCGTGCGCCAATCTGTCGCCAATGCTGCTTACAACTTCAGTTTGTCTGGTGAATCGAAGACGGGTACGGTATCCGTAACTGACCTTGCAGCAAAATCGGTAACGCAAGAAGCACAGCAATCGGAAGACGAGTAA	MKTKTILTSVLLSTAILSSQVMAQESAIESFLGRMVGQAVTMASDEISNGVRQSVANAAYNFSLSGESKTGTVSVTDLAAKSVTQEAQQSEDE				NA	NA	NA	NA	NA
AK237_04137	666	pspA_2	COG1842	Phage shock protein A	ATGGGAATGTTTTCAAGAATGTCAGATATCGTTCAGGCGAACATCAATGCCATGCTGGATAAAGCCGAAGATCCGGAAAAGGTAATTCGCTTAATCATTCAGGAAATGGAAGAAACGCTGGTTGAAATGCGTTCAGTTGCCGCAAAATACCTGGCTGAAGAAAAGTACCTGAATCGCCAGGCAGATAAATATCAGCGTGAGGTAGATGGCTGGATGTTAAAAGCTGAGCTTGCTATGGACAAAGGGAAGGATGACTTAGCCCGCGCAGCGTTGGTACAAAAAAACAGTTATGTTGAACAGTTAACCGCTATCGAAACACAGAAAACTCAATTAAGCGAAATGCTTTGTAGTGTGCAGGAAGACACCGGACGATTGCATGCAAAACTTGCTGAAGCAAGACAGAAGCAAAAGGCGCTGGTGGCCAGAAAACAAAACGCTGATGTGCGCTTAAAAGCACGTAGTGTTACGCATAGCTCTCACATTGAGACTGTTTTGACACGTTTTGATAGTTATGAACAGCGTATCGATAACTTAGAGGCACAGGTTGATGCCTATGATGTGGTGGGAAGTAGCGGTACATCGCTTGAAGCAGAATTTAAAGCGCTGGAAACCAACGACGCTGTCGAAGAAGAATTGGCTGCCTTAAAGAAAAAACGCGTAGCGTAA	MGMFSRMSDIVQANINAMLDKAEDPEKVIRLIIQEMEETLVEMRSVAAKYLAEEKYLNRQADKYQREVDGWMLKAELAMDKGKDDLARAALVQKNSYVEQLTAIETQKTQLSEMLCSVQEDTGRLHAKLAEARQKQKALVARKQNADVRLKARSVTHSSHIETVLTRFDSYEQRIDNLEAQVDAYDVVGSSGTSLEAEFKALETNDAVEEELAALKKKRVA	PGPT0014646_1889	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
AK237_04138	204			hypothetical protein	ATGAAATTTCCAGAAACTGACAAACGCATGTACCGCGATACGCAAAACGGCATCATTAGCGGCGTATGTGCTGGCGTAGCAAAGTACCTTTCTGTCGATACCACCTGGGTTCGTGTAGCTGCAGTAGCAGGTCTCATTTTGCTAAGCGTGCCGGTGTTAATGGCCTATATTGCCGCGACATTTTTGTTGCCAAGGTGGTCGTAA	MKFPETDKRMYRDTQNGIISGVCAGVAKYLSVDTTWVRVAAVAGLILLSVPVLMAYIAATFLLPRWS	PGPT0027520_1620	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
AK237_04139	342			hypothetical protein	ATGAAAAATGCGTTATTGGCTGTCATCATTGCATTGGTTCTGGTGTATACATTTGGCAATCTGTTTAATGATTGGTGGGGTATTCATTTGATGATGGGGAACGATATGTTGTCGCCATTAGAAAACTTTGCCGCATTTTCAGCTGTGGGCATTGTCTTTGTGGCGATAGGCTTTATAGTGGCGCTTAGTGTGTTTGGGACCATCGCGCTGGCCGTTTTCGCCGCCTTCGCAGCACTCGTTATAATTGGATTAAGCGCACTTTGGCCAGTTGTTTTAGTGGCATTGGCAATTTGGTTATTCCGTCGCACACAGCAGCCCCGAAGACCGTATCATCAGCAATAA	MKNALLAVIIALVLVYTFGNLFNDWWGIHLMMGNDMLSPLENFAAFSAVGIVFVAIGFIVALSVFGTIALAVFAAFAALVIIGLSALWPVVLVALAIWLFRRTQQPRRPYHQQ				NA	NA	NA	NA	NA
AK237_04140	999			hypothetical protein	TTGAGCATTAAACAATACTTAAACACCAAAACCATCAGCGCCACGGTGCTGGTTTTATTTCTGTTATTTTGGTTAATTGGCGTGTATTGGAGTGTCGAACCGGACACATTTGATGTAAGACAGTCGGTGGCCGCCACGGCTGAAAACCAATCTCAAACCGACGTGCCCGGCTACACAGTTACCACAACACTTATTCTGGTTACCGAAACAATGTTAGACAAGCCTGGCGGTTATATGTCTAATGATGTCATGCCGCCGGGACTTTTTCTGGATAACATGCCCGCATGGGAATACGGAGCGTTGGAAATGGTGCGGGATTTAGCACTATCCATGCGCAAAGATTTTAGCCGTTCACAATCACAATCTATTGAAAGCCCAAACCTGACCAAAGCACAGCCTGAATTCAACGTGAATAGCCGAAGCTGGGCTTTGCCATCGGCAGAATCTGCTTATCGAAACGGGATCAAAGCGTTAAAAGCTTACAGAATGGAACTTGTCGATCCGACAAGAGGAGACGGTCAGTTTTATACCCGCGCTGATAACTTACGTGATTGGTTGAAGCAAGTAGAGAAGCGGTTAGGCTCATACTCACAACGTTTAAGTGCGAGTGTGGGCTCTTCGAGAATGAACACCGATCTGGCTGGTGATAAAAATGCCAGACAATCAACACCGACAGTTAACGAAAAAGTGGTAAAAACCAGTTGGTGGAAGTTAGATGATAACTTTTATGAAGCGCGAGGTGCCACCTGGGCGCTGTTACACTTTTTAAAAGCGGTTGAAATTGAATTTGCGGATGTGCTGAAAGATAAAAACGCGCTGGTAAGTTTGCGTCAGATCATCCGTGAACTGGAAGCTACACAGCAAACCGTGTGGAGCCCGATGATTTTAAACGGTGATGGTTTTGGCATGATGGCCAACCATTCATTGGTAATGGCAAATTATATTTCTCGTGCTAATGCAGCACTCATCGAACTGACTGAACTTCTCAATCAAGGATAA	MSIKQYLNTKTISATVLVLFLLFWLIGVYWSVEPDTFDVRQSVAATAENQSQTDVPGYTVTTTLILVTETMLDKPGGYMSNDVMPPGLFLDNMPAWEYGALEMVRDLALSMRKDFSRSQSQSIESPNLTKAQPEFNVNSRSWALPSAESAYRNGIKALKAYRMELVDPTRGDGQFYTRADNLRDWLKQVEKRLGSYSQRLSASVGSSRMNTDLAGDKNARQSTPTVNEKVVKTSWWKLDDNFYEARGATWALLHFLKAVEIEFADVLKDKNALVSLRQIIRELEATQQTVWSPMILNGDGFGMMANHSLVMANYISRANAALIELTELLNQG				NA	NA	NA	NA	NA
AK237_04141	774			hypothetical protein	ATGAAAAAATGCATTATGGCAGTAGCAACGGCTGCGGCTTTATCTGCATCGCCTGTTATGGCAGATACATTGGCAGGCCTCTATCTCGGTGGTCAGGGATGGCGTACCAGCACATCTGGCGGTTTCGCTGACAACGGTACCTTTTCAAACGACAGCACAATGGCTGACTTCAATTTTGATAGTCAGGGAAATTCTGCATTGTATGTGGCTGTTGAGCATCCTGTTCCATTTCTCCCTAACGTTAAAGTGAACTATACAACGCTGGATTCAGATGGCATGACCAATTTGCAATCTAGTTTCACATTTGACGACGACCTGTACACTATGGGAAGTGATATTGCGACACAGGTTGATCTGACAACAACTGACTTAACCCTGTATTACGAGTTGTTCGACAACGACTTGATCAGCTTTGATTTAGGTTTAACAGGAAAGTATGTTGATGGCACGCTGTATGTATCAGACTCTGATTCTCAGACCAGTGGCGAGCAAGCATTTTCCGGCGTGATCCCGATGGCTTACTCCCGTGTGCAGGTTGGCCTGCCTTTCACCGGGTTGGGCGCTTACGCCGAGGGCAGTTATTTGTCCTTTGATGACCACACATTCAGCGACTATCAAATTGCGTTCACCTATTCATTTATCGAAAGTCTTGCGGTAGACATGACTATCCAGGCCGGATACCGTAACGTGAGTATCGACATCGATGATTTAGATGGTGTGTATGCCGATATGACATTTGATGGCCCGTTCGCAGGGTTGGAAATTCATTTCTAA	MKKCIMAVATAAALSASPVMADTLAGLYLGGQGWRTSTSGGFADNGTFSNDSTMADFNFDSQGNSALYVAVEHPVPFLPNVKVNYTTLDSDGMTNLQSSFTFDDDLYTMGSDIATQVDLTTTDLTLYYELFDNDLISFDLGLTGKYVDGTLYVSDSDSQTSGEQAFSGVIPMAYSRVQVGLPFTGLGAYAEGSYLSFDDHTFSDYQIAFTYSFIESLAVDMTIQAGYRNVSIDIDDLDGVYADMTFDGPFAGLEIHF				NA	NA	NA	NA	NA
AK237_04142	1827	cysJ	COG0369	Sulfite reductase [NADPH] flavoprotein alpha-component	ATGTCAGCGAATTCGAATCAAAATCAAGCGCCCGGAGCGGTGCTTAACGAGCAACAATGGAATGCTATCACGCAAGCCATTGCAGGCTTAAACCGTGATCAGCTTACGTGGGTAAGCGGTTATGCCGCAGGTATGGCTGCGGCACAAGGTGGCGCAGTAGCGCCGCAGGTCGCAGCGGGCGAAGTCACATCGGCTAATGCCCCCACGCTTACCATTATCTACGGCTCACAAACGGGCAATGCGAAAGGTGTTGCGCAACAATTTCAAGCGCAAGCCGAAGCAGCTGGCTACACCAGTAAATTAGTGAGTATGGCTGATTATAAGCCTCGTCAGATTAAAGCGGAAACCCATGTCGCAGTGTTCGTAAGCACCCACGGTGAAGGTGATGCGCCTGATGATGCTGTTGAATTTCACGAATTCTTAGGAGGTAAAAAAGCCCCTAAGTTAGACGGTCTGAAATATGCGGTATTAGGCTTAGGTGACAGCAGTTACGAGTTTTTCTGTCAGACAGGTAAAGATTTCGACGAACGCTTAGGCAAACTTGGCGGTTCGGCAATTGTTGCGCGTCAGGATTGTGATGTTGATTATGAAGAATCAGCAAAAGCCTGGGGTGAGCAATTAATCGCGGCACTTAAAGATGACTTTGCAAGTGCGCCTGCAGGTGCGGCGGTTGCCGTACAATCGGGTGTGGCTGTATCGGGCAGTGCTGAGCAAACCTATACGAAAAAAGCCCCTTTTGCTGCAACGTTAATCGAATCACAGAAAATTACCGGTCGTGATTCAGTAAAAGACATTCGCCATATTGAAATTAGCCTGGAAGATTCAGGCATTCAGTATCGGGCAGGGGATGCGTTAGGTATATGGTTCAAAAATGCCCCTGCGTTAGTAGAAGAGTTTATTCAGCTCGTAGGACTAACCGGCAGTGAAGAGGTTGAGGTAGCAGGCACTAAAACGACATTAACCGATGCGTTAACCAGCAAGCTCGAATTAACGCTAAGCTACCCCACGTTTGTAAAAGCTTACCAGCAGGCCACAGGGTCTGAAGCGCTGGCAACATTAATGGAAGAGCCCGCTCAGTTACGTACTTACCTGGCTGAACGCCAGATTATCGACATCGTACGTGAGCATCCGGCAAACGTTGACGCGCAGGTGTTAGTTGATGCGTTACGCCCGCTGACGCCCCGCTTGTATTCTATTGCTTCCAGTCAGGACGAAGTGGAAGATGAAGTGCACCTCACCGTGGCTCACGTTGATTACGAAGCCTTTGGCAAACGCCATCAAGGCGGCGCCTCAAGCTTCCTGTGTGAGCGTTTGGAAGAGGGCGGTGAAGTGGAAGTGTACATTGAGAAAAATGACAACTTCCGTTTACCTGAGAACCCGGACACACCCGTCATCATGGTTGGCCCCGGCACTGGCGTTGCGCCGTTCCGCGCCTTCATGCAAGAGCGTGATGCGCAAGGGGCAGACGGTAAGAACTGGTTATTCTTCGGTAATCCGAACTTTACCCAGGATTTCCTGTATCAGGTTGAGTGGCAGGGTTATGTGAAATCGGGTCTGGTTGACAAGATCACACTGGCATTCTCCCGCGACCAGAAAGAAAAGATTTATGTGCAACACCGTCTGATCGAAAACGGTAAAGACGTATTCGAATGGTTGGAAGCCGGCGCGCATTTCTATGTGTGCGGTGATGCAACCCACATGGCAAAAGACGTCGAAGCTGCATTGTTATCCATTATTCAGCAGCACGGTGGCAAGTCGGAAGACGACGCCAAAGAGTACTTAGTTGCCATGCGCAAAGCGAAACGTTATCAGAAGGATGTTTATTAA	MSANSNQNQAPGAVLNEQQWNAITQAIAGLNRDQLTWVSGYAAGMAAAQGGAVAPQVAAGEVTSANAPTLTIIYGSQTGNAKGVAQQFQAQAEAAGYTSKLVSMADYKPRQIKAETHVAVFVSTHGEGDAPDDAVEFHEFLGGKKAPKLDGLKYAVLGLGDSSYEFFCQTGKDFDERLGKLGGSAIVARQDCDVDYEESAKAWGEQLIAALKDDFASAPAGAAVAVQSGVAVSGSAEQTYTKKAPFAATLIESQKITGRDSVKDIRHIEISLEDSGIQYRAGDALGIWFKNAPALVEEFIQLVGLTGSEEVEVAGTKTTLTDALTSKLELTLSYPTFVKAYQQATGSEALATLMEEPAQLRTYLAERQIIDIVREHPANVDAQVLVDALRPLTPRLYSIASSQDEVEDEVHLTVAHVDYEAFGKRHQGGASSFLCERLEEGGEVEVYIEKNDNFRLPENPDTPVIMVGPGTGVAPFRAFMQERDAQGADGKNWLFFGNPNFTQDFLYQVEWQGYVKSGLVDKITLAFSRDQKEKIYVQHRLIENGKDVFEWLEAGAHFYVCGDATHMAKDVEAALLSIIQQHGGKSEDDAKEYLVAMRKAKRYQKDVY	PGPT0002795_1307	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-H2S-VOLATILE_PATHWAY,PGPT0002795-cysJ-K00380	NA	NA
AK237_04143	1719	cysI	COG0155	Sulfite reductase [NADPH] hemoprotein beta-component	ATGAGTAACGAAAAGTCTCCTTTTATTGTTGAAGGCAAACTGGCCGACAACGAGCGTTTGAAGCGTGAAAGTAATAATTTACGTGGCACCATCGAGCAGGATCTGAAAGACGATCTCACCGGTGGCTTCACGGCTGATAACTTTCAGCTGATCCGCTTCCACGGTATGTACCAGCAGGATGACCGCGATATTCGTCCTGAACGTGCGAAGCAGAAGCTTGAGCCGCTGCATAATGTGATGCTGCGTGCCCGTTTACCCGGCGGTATTATTTCTCCTGAGCAGTGGCTGGTTATCGACAAGTTTGCTGAAGAGCACACCATGTATGGCAGTATTCGTCTTACTACCCGTCAGACGTTCCAGTTCCACGGCGTGCTCAAGCCGCATATCAAGCTAATGCACCAAACGTTAAATCGCACCGGTATCGATTCCATTGCGACTGCAGGTGACGTGAACCGTAACGTGCTTTGTTCGTCTAACCCGGTGGAGTCGCAGCTTCACGTAGAAGCTTACGAGTGGGCGAAAAAGATTAGCGAGCACTTGTTGCCGAAAACCCGAGCCTATGCCGAAATCTGGTTAGACGGTGAGAAAGTCGAAACCACTGAAAAGCCGGTAGAGCCTATTTTGGGTGACAACTACCTGCCGCGTAAGTTTAAAACCACCGTAGTGGTGCCGCCACACAATGATGTGGATGTACATGCGAATGACTTAAACTTTGTGGCGATTGCTGAAAACGGCAAACTGGTGGGCTTTAACGTATTAGTGGGCGGTGGTCTTGCAATGACCCACGGCGACAAGTCGACCTATCCTCGTAAAGCCACTGACTTTGGGTACATCCCGCTGGATAAAACACTGGACGTAGCTGCGGCTGTGGTAACCACGCAGCGCGATTGGGGTAACCGGGTTAATCGTAAGAATGCGAAAACCAAATACACCCTTGAGCGAGTAGGCGTTGAAAACTTCAAAGCGGAAGTGGAGAAGCGCGCCGGAATAAGTTTTGCTGAAAGCCGTCCTTACGAGTTTACCAGTCGTGGAGATCGTTTCGGTTGGGTTGAAGGCATTGACGGTAAATTCCATCTTACGTTGTTCATCGAGAACGGTCGTATCTTAGACTTCCCGGGACGTCCGCTGAAAACCGGTTGTAAGGAAATAGCGAAAATCCACAAAGGTGATTTTCGCATGACGGCAAATCAGAATTTGATTGTTGCTGGTGTACCGGCAGATCAGAAAGCTGTGATTGAAAAAATTGCGCGTGACCATGCGTTGATTGAAGACGACACATCTAACCAGAAACTGGATTCTATGGCGTGTGTGTCGTTACCCACGTGCCCGCTTGCTATGGCTGAAGCTGAACGTTATCTGCCGGAAGCGGTTGACCGCATGGAAGGTTTGTTGTCGCAACATGGCGTTGCAGACGACAGCATCATCTTCCGTATTACCGGTTGCCCCAACGGTTGTGGCCGGGCCATGCTGGCCGAAATTGGTCTGGTAGGTAAAGGGCCTGGCAAATACAACCTGCATTTGGGTGGAAACCGTGAAGGCACACGCATTCCGAAGATGTATCAGGAGAACATTAGCGAAGATGAAATCTTCGCAGAACTCGATACATTAATTGGTCGCTGGGCGAAAGAGCGTGAAAGCGGTGAAGCGTTCGGTGACTACGTCGTCAGAGCAGGCATTATTGCGCCTGTAATTGACTCAGCAAGAGATTTCTATGACTGA	MSNEKSPFIVEGKLADNERLKRESNNLRGTIEQDLKDDLTGGFTADNFQLIRFHGMYQQDDRDIRPERAKQKLEPLHNVMLRARLPGGIISPEQWLVIDKFAEEHTMYGSIRLTTRQTFQFHGVLKPHIKLMHQTLNRTGIDSIATAGDVNRNVLCSSNPVESQLHVEAYEWAKKISEHLLPKTRAYAEIWLDGEKVETTEKPVEPILGDNYLPRKFKTTVVVPPHNDVDVHANDLNFVAIAENGKLVGFNVLVGGGLAMTHGDKSTYPRKATDFGYIPLDKTLDVAAAVVTTQRDWGNRVNRKNAKTKYTLERVGVENFKAEVEKRAGISFAESRPYEFTSRGDRFGWVEGIDGKFHLTLFIENGRILDFPGRPLKTGCKEIAKIHKGDFRMTANQNLIVAGVPADQKAVIEKIARDHALIEDDTSNQKLDSMACVSLPTCPLAMAEAERYLPEAVDRMEGLLSQHGVADDSIIFRITGCPNGCGRAMLAEIGLVGKGPGKYNLHLGGNREGTRIPKMYQENISEDEIFAELDTLIGRWAKERESGEAFGDYVVRAGIIAPVIDSARDFYD	PGPT0002790_759	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-H2S-VOLATILE_PATHWAY,PGPT0002790-cysI-K00381	NA	NA
AK237_04144	747	cysH	COG0175	Phosphoadenosine phosphosulfate reductase	ATGACTGATACCTTAATCGACACCACATCACCGCTGACACTGCAAACCAGTGCGGCGGAGATAGCAGCTATTAATACAGAGCTGGAAGGCATGGATGCGGCTGGCCGTATTGCCTGGGCACTGAAAATGCTGCCCGGCAACGCGATTTTGTCTTCCAGTTTTGGCGCACAGTCGGCAGTAATGCTGCATTTGCTTACAAAAGCGAAAGCAGACATTCCGGTTGTACTGACAGATACAGGATATTTATTTCCTGAAACCTATAAGTTTATTGATGAACTCACAGATAAGCTCAACCTGAACTTAAAAGTGTATCGCTCTGATATGACATCTGCATGGCAGGAAGCCCGATTTGGTCGTTTGTGGGAACAAGGTGTCGAAGGGATCGAGAAATACAACCGCATGAACAAGGTTGAACCCATGCAAAGAGCGCTAAAAGAGCTTGAAGCCGGTACGTGGTTCGCGGGATTGCGACGCAGTCAATCTGATACTCGGGAAAAGTTACCCGTGCTGCAGAAAGTGGGTAATCAGTTCAAGGTTTATCCGATCATAGACTGGTCGAATAAAGACTTGCACTATTATCTGAAAGATAACGATCTGCCGTATCATCCGTTATGGGAAGAAGGTTACGTGTCTATTGGTGACTGGCATACAACGCAGTCTTTACAAGAGGGCATGAGTGAGCAGGATACACGCTTCTTTGGCTTAAAAAGAGAGTGTGGCTTACACGAGTTTGGCGACGGTATTTAG	MTDTLIDTTSPLTLQTSAAEIAAINTELEGMDAAGRIAWALKMLPGNAILSSSFGAQSAVMLHLLTKAKADIPVVLTDTGYLFPETYKFIDELTDKLNLNLKVYRSDMTSAWQEARFGRLWEQGVEGIEKYNRMNKVEPMQRALKELEAGTWFAGLRRSQSDTREKLPVLQKVGNQFKVYPIIDWSNKDLHYYLKDNDLPYHPLWEEGYVSIGDWHTTQSLQEGMSEQDTRFFGLKRECGLHEFGDGI	PGPT0002785_1460	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_SALINITY_STRESS	SALINITY_STRESS-H2S-VOLATILE_PATHWAY,PGPT0002785-cysH-K00390	NA	NA
AK237_04145	927			hypothetical protein	ATGAAAATTACGGACTCAGCCCAAAACCCAGCCTCTGTTCAGCCTGCTCAGCCGATAAAAACGGACAAGGTGCCAGAGCGCAAACAGGAATCTGGCAAGCGTGCAAGCTCGGCATCCCGCTCGGCCAGTGACAACGCGCAGCGTATTCAATCTTTGTTCGCCCGGGTTGGCGTTTCTCATTCTATGGTGTTACCTGATGACGTTTCACGACAACAGGCGATTAAGCGGCGCAACGATATTCTTGCTCTAAATCGAATTAAGAACTTACAAGCCATCATGGATGTAGCTCTGAGCGTTAGTTTGACAGAGACCAGCGAGGAATCTGTCGATCCTGACTGGTTTTATGCGTTTTCTCAGTTAGCTGAAAATATCCATGCTCCGGCGATGCAAACATTGTGGGGAAAAATCTTCGCGGTAGAGGTAAGCAAACCCGGATCATTTTCGTTGCGTAGTCTGGAAACGTTAAAGGTACTTACCCAACGTGATGCTGCAATGTTTAGCAAGGCCGTCTCACTTTCCTGCACTCGCCCGGGCGATGCTATCCCTCGAATTTTGATTGGCTATCATCAAAAACCTGGTTTTTGGTCTTTTCTGGGGCACCGACAACCAGAATCTTTAAATCTGGCTTTCTTTGGCGTCAGCTATCCTGACTTACTGGCGCTTATTGATATGAAACTAATCTTTGCCAGCGAAATAGAAAGCGGCGAATTAGATGCCACGCAAAGTATTAAATGGCGATGTGGGCATGACACGTTTAGTACCACCCCCACCAAACCGGGGTTAGCATTCGTATATTATAAATTTACCAGTACCGGTGCTGAATTAGCAAAACTCATCACCAGACAAAATGCATCTAACTATGTAACCGCACTACAGCAGCGTTTAAGTTCTGCCTTTATCATTGACCAGACAGGTGCCGGGCAATAA	MKITDSAQNPASVQPAQPIKTDKVPERKQESGKRASSASRSASDNAQRIQSLFARVGVSHSMVLPDDVSRQQAIKRRNDILALNRIKNLQAIMDVALSVSLTETSEESVDPDWFYAFSQLAENIHAPAMQTLWGKIFAVEVSKPGSFSLRSLETLKVLTQRDAAMFSKAVSLSCTRPGDAIPRILIGYHQKPGFWSFLGHRQPESLNLAFFGVSYPDLLALIDMKLIFASEIESGELDATQSIKWRCGHDTFSTTPTKPGLAFVYYKFTSTGAELAKLITRQNASNYVTALQQRLSSAFIIDQTGAGQ				NA	NA	NA	NA	NA
AK237_04146	2241			hypothetical protein	ATGTCATCGGCTGGTTATGAAAATGATGAGCTTATTTTCTTAGATGAAGACGCTCATCCGGAGTTAGAGCCACAAACTCATAAGGTGTGGAACGTACTTATTGTCGATGATGATGAGGAAATTCACACGGTTACACGTCTAGCGCTGGCTGATCTTATTGTCAGCGACAGAAGGCTGCATTTTTTGCACGCCTATTCTGGTGAACAGGCAAAAGCACTGTTAGAAGAACATGGAAGAGACATCGCTATTATTTTGCTTGATGTCGTGATGGAAACTGATGATGCCGGTCTGAAGGTGGTGCAGTACCTGCGCGAGGTTCTTGAAAACCCGGAGCCTCGTATAATTCTGCGCACGGGTCAGCCGGGCTATGCGCCAGAAGAGCATGTGATCCGCACATACGATATTAACGACTACAAAACCAAAACTGAGCTCACACGCAGTAAACTGTTAACTACCGTGCTATCTTCAGTTCGTTCTTATCAACAAATTCTGACAATCAATCAAAGCCGCCTCGGTTTGCAGAAAATTATTACCTCCGCGTCAAACCTTCTTGAGGAGCACTCTGTAAAAGGATTTTGTGAAGGTATCGTCACACAAATCAGCTCGTTGTTAGGGTTGGAAGCCGAAGGGGTAGTGTGTGCGCGCGCCGGTTCAGTACTCGACAGAGACGACAATGGTGTTTACATACTGGGTGCTGCGGGCAATTTTGCTTCGTTTATCAACGAGCCTGTAGAGACCATCGAAGACGCTCATATTGTCGAAAATATTAATCGCAGCCTTAAACTCAAAAAACATATTCTTGAAGAGAGCAGCTCTATTCTGTATCTCAACAGTTCGGGGTTTGAAGCCGCGGTTTACATGAATATGAGCAAAGAGTTAACCCCCGTTGACCGTCAGTTGCTAGAGGTATTTTTATCGAGTATCTCTGTAGGCTATGAAAATGTTAACTTATTCCATGAACTTCGTAATGCGGCATTCCGCGATTGGCTGACAAGACTGCCCAACCGTAACGAATTCATCAACATGCTCGACAGGCCTTCGGTTCTTGGCGCCATGGATTTATGTGTCGCTCTGGTCGATATAAACCATTTCTCTGATATTAACGATGGACTCGGTCAGGAAGCCGGAAACCTGCTTCTTAAAGCTATCGCTGAACGTTTAGAGCTGAGTTTTGACGAGCGGGTAATTAAAAGCCGGATCGGGGGAGACGTTTTTGGCCTTATCGGTTCTGAGAGTTTGGTTACGCCAGATGCTATCAATTCTGTTTTTGCGGAAAGTTTCACTGCCGGCGATCACACCTTACCGGTGAACGTGACGCTGGGCCTGTACCGAATGGGGACAGACAAAAGCATCGGAATTGACACGTTAAAACGCACCAATATTGCCCTTAACCGGGCCAAGAAAAACCCTGCTGATAACTTTGAGTACTATAAACCTGAATTTGAGCAACGCACCACGCGACAGCTCAATATGATTCGCCAGCTTCGCACCGACTTTCACGATCGCGTATTGCAGCTTTGGTTTCAGCCCCAGGTTGATTTAGTCAGCGAAAAAGTCATTGGTGTTGAAGGCTTGCTGCGCTGGCCTGACGGAAAAGGAGGCTACATATCGCCTGCTGAATTCGTGCCTATGGCTGAATATTCCGGCTTAATTGTGGATATCGGTTATTGGGTTATGGAAGAATCATGTCGCCGTATTAATGAGCTTACAGAAAGTGGCTTCGGGAATATTCGCGTTGCTGTTAATGTCTCTATTCCCCAGTTTCGCGACCGTTTATTTGTTGAAAAGGTGAAAAGCCTGCTAACCGAGTATGCTTGTCCTCCTGAGCGCCTTGAGCTTGAAATTACCGAAAGTGTTGTCATGGATGAGCCTCAAATTGTTATCGATGCGCTTACCTCACTAAAGCGATTTGGTGTCGCCATTGCGATTGACGATTTTGGAACGGGCTTTTCATCAATGAGCTATCTGCAAAAACTTCCTCTCGATCGCCTTAAGGTTGACCGTTCTTTTATCAAAGACATTAAACCGGGCGAGAACGCAGTAATTGCTGAAACCATCGTAACGTTAGGTAATAAACTAGGCTTGGTTACTATCGCTGAGGGCGTAGAGAAGCGCGAACAGGCCAGCTTCATGATCAAACTGGGATGTGATGAGGCACAAGGTTTCCTGTTTGCCAAACCCATGCCTTTCGACGAACTCAAGGCGTTTCTGATTGCTAAAGAAAATGAGGCAGACGAGTAG	MSSAGYENDELIFLDEDAHPELEPQTHKVWNVLIVDDDEEIHTVTRLALADLIVSDRRLHFLHAYSGEQAKALLEEHGRDIAIILLDVVMETDDAGLKVVQYLREVLENPEPRIILRTGQPGYAPEEHVIRTYDINDYKTKTELTRSKLLTTVLSSVRSYQQILTINQSRLGLQKIITSASNLLEEHSVKGFCEGIVTQISSLLGLEAEGVVCARAGSVLDRDDNGVYILGAAGNFASFINEPVETIEDAHIVENINRSLKLKKHILEESSSILYLNSSGFEAAVYMNMSKELTPVDRQLLEVFLSSISVGYENVNLFHELRNAAFRDWLTRLPNRNEFINMLDRPSVLGAMDLCVALVDINHFSDINDGLGQEAGNLLLKAIAERLELSFDERVIKSRIGGDVFGLIGSESLVTPDAINSVFAESFTAGDHTLPVNVTLGLYRMGTDKSIGIDTLKRTNIALNRAKKNPADNFEYYKPEFEQRTTRQLNMIRQLRTDFHDRVLQLWFQPQVDLVSEKVIGVEGLLRWPDGKGGYISPAEFVPMAEYSGLIVDIGYWVMEESCRRINELTESGFGNIRVAVNVSIPQFRDRLFVEKVKSLLTEYACPPERLELEITESVVMDEPQIVIDALTSLKRFGVAIAIDDFGTGFSSMSYLQKLPLDRLKVDRSFIKDIKPGENAVIAETIVTLGNKLGLVTIAEGVEKREQASFMIKLGCDEAQGFLFAKPMPFDELKAFLIAKENEADE	PGPT0026015_59	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-OTHER_QSR|BF_RELATED_SYSTEMS	CE-QSR|BF-c-di-GMP_SIGNALLING_PATHWAY,PGPT0026015-bifA-K21024	NA	NA
AK237_04147	312			hypothetical protein	ATGCGTAAAACAATTATTGGCCTCGCGCTTTTAACGTCGTTTGGTGTTGCGCATGCGGAGTCTGGTGAAAACCAGCTTTTCGATTGTATGGATGCGAAAACATTCGAAATGAATAACCAATGTATGTCTGATAAAATCAGCAACAACATTCGTTACCGCGATGCACAACAACAAGTAACAGAGCTAGCGAGCGGAAACCTCGGCGAATACGCCATTGCAACAATGACTTTCGACGCAGAAAAAATGCAGATCGATATCGTTGCTCACAGAGACGCGCTGCAGGCGAAGAATGATCTGGCGATGAATCGCTAA	MRKTIIGLALLTSFGVAHAESGENQLFDCMDAKTFEMNNQCMSDKISNNIRYRDAQQQVTELASGNLGEYAIATMTFDAEKMQIDIVAHRDALQAKNDLAMNR				NA	NA	NA	NA	NA
AK237_04148	1425	sthA	COG1249	Soluble pyridine nucleotide transhydrogenase	ATGACAAAAAAATCAGCAAAAGCCGCAGAACCTAGCTATCAATTTGATGCAATCGTGATTGGTACCGGCCCTGGTGGTGAAGGCGTTGCCATGCAGTTGGCCAAGGCGGGCCAGAAAGTCGCGGTAATAGAACGCTACGAAGCCGTAGGCGGCGGCTGCACACATTGGGGAACCATTCCTTCAAAGGCCCTTCGACATTCTGTGAGTCGTTTAATTGAATATAACAACAACCCATTGTTTTCAGAAAACCGGCAAAACCGTCACGTAACCTTCGCTGAAGTGATGCGTCATGCCAGCGGCGTGATTAACAGTCAGTCAAAATTAAGAGCGTCTTTTTACGACAGAAACCGCGTTACCCTTTTACATGGTGAAGCGAGTTTTGTAGATGGCAATACGCTTCAGCTTGTTCGCCCGGATGGCTCAAAAGATCTCATCACGGCGAAGCAAATCGCTATTGCCACAGGTTCTCGTCCATACTGTCCGAAAGACATCGATTTTTCTCATCCACGCATTTATAACTCAGATACTATCTTGTCGCTGAAACACGAACCTCAAAATATTATTATTTATGGTGCCGGTGTCATCGGTTCTGAGTACGCCAGTATATTCAGAGGCATGGGCGTAAAAGTTGATCTGGTTAATATGCGGGATCGCTTACTCTCGTTCCTTGACGCGGAAATTTCCGACGCATTGAGCTATCACCTATGGAATAACGGTGTGGTCATTCGCCACATGGAGTCGTACAAGTCGGTGGAAGGTCGCGATGACTGTGTGATCATGAACCTTGAGTCAGGTAAACGAATGCGCGCCGATTGCTTACTGTTTGCTAACGGTCGAACCGGTAATACAGACATGCTGAACCTTGACGTTGTCGGTCTTAAAGCAGACTCACGCGGTCAGCTTAAGGTTGATGAAAACTATCGCACAGAAGTAGATAACATCTTCGCGGTAGGCGATGTTATTGGTTACCCAAGCCTGGCGTCGGCGGCGTATAATCAAGGTCGTTCAGCGGCGGAAGCGATGATATCGGGTAAAGCAAATTCCGGTCTGGTCGAAGACATTCCAACAGGCATTTACACCATTCCTGAAATAAGCTCTGTGGGCAAAAACGAGCAAGAGCTTACCGCACAGAAAGTGCCCTATGAGGTTGGGCGCGCGCAATTTAAACACCTTGCGAGAGCACAAATTGCCTCCACGACTGTGGGCAGTTTAAAGATCCTCTTTCATCGGGAAACAAAAGAGATCCTCGGTATTCATTGCTTTGGTGAGCGTGCATCAGAAATCGTGCACATCGGACAAGCTATCATGCAGCAAAAAGACGGCGGCAATACCATCGATTACTTTGTGAATACAACGTTTAATTACCCTACCATGGCGGAAGCTTATCGGGTTGCTGCGTTAAACGGGTTGAACCGTATTTTTTAA	MTKKSAKAAEPSYQFDAIVIGTGPGGEGVAMQLAKAGQKVAVIERYEAVGGGCTHWGTIPSKALRHSVSRLIEYNNNPLFSENRQNRHVTFAEVMRHASGVINSQSKLRASFYDRNRVTLLHGEASFVDGNTLQLVRPDGSKDLITAKQIAIATGSRPYCPKDIDFSHPRIYNSDTILSLKHEPQNIIIYGAGVIGSEYASIFRGMGVKVDLVNMRDRLLSFLDAEISDALSYHLWNNGVVIRHMESYKSVEGRDDCVIMNLESGKRMRADCLLFANGRTGNTDMLNLDVVGLKADSRGQLKVDENYRTEVDNIFAVGDVIGYPSLASAAYNQGRSAAEAMISGKANSGLVEDIPTGIYTIPEISSVGKNEQELTAQKVPYEVGRAQFKHLARAQIASTTVGSLKILFHRETKEILGIHCFGERASEIVHIGQAIMQQKDGGNTIDYFVNTTFNYPTMAEAYRVAALNGLNRIF	PGPT0013495_202	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	ROOT_COLONIZATION	ROOT_COLONIZATION-VITAMIN_B3|NIACIN_METABOLISM	ROOT_COLONIZATION-VITAMIN_B3|NIACIN_BIOSYNTHESIS,PGPT0013495-sthA-K00322	NA	NA
AK237_04149	1863	sasA_17		Adaptive-response sensory-kinase SasA	ATGACTATTAATAAAAACTGGCTTAGAGCCAGTTGGCTGTATGTTGGAAACCTGTTTTTATCTGCCCTCATTGGCGTGCTGCTGTTTCAATGGTTTTACAGTCAATCATTGCAAAAACTCAGCGTTGAGCACGCATCTGTTATTTCATCTGTGAACACTGCATTCAGCCAGGAAATTGGTGACATCACTAACATTGCGCGATTAGCCAATGAACACCTTGTCGATGTAGCATCCAGCACGGAAAATAGCCAAAATCAGGCAGAGCTCTTCTTACGAATAGGCAGAGTGCTGAACAATGTATCGCAAATGCGCTGGCTAAACACTGAAGGCGTAGAGACGGTCAGAGTCAACTTCCTCAATGATGGCGTACAAATAGTGCCGCCGGAAAAACTTCAGGACAAGTCTACCCGCTATTACTTTATTCAGGCTAAAAAGAAACCACCAGGTATCATGACGCTGTCTTCTATTGATCTGAACATCGAAAATGGCAAGCTTATCACTCCTTTCCAGCCTACTATTCGTGCCATTCTCCATACTTTTTCCTCCCACCCTCTGGGCGAAGGCTATTTGATTATCAATTTTGATCTCACGTCGTTATTTGAACAAATTCAGGGCCTGGAAAAAACACAGACACAAATTTTACTGTCTGAAGGCGCTACTCAGTGGATGCTACATCCTGAAAAGGAAAAAGAGTGGACAACAAGCAGAGGCATAGCGTCGTCCAGCGTCGCAACTGATCAACCTGAGATACTTGATCAGCTTCGCGATAATAAAGCGGTGAATCTGATAGCGGGCGAAAATGACGCGTTATTTAGTGGCGCTTCATTGCAACTGAGAATGAAACATACGCAAGCTGTCGATCCTTACTATATTTTGACTCGCACACCCGCTTCCTATCACGACATCATGCTCAAAGATGCGTTGTTACCAGGAATGATAGGCTTTGTATGCAGCTTCTTTCTCGTTGGGCTTCTTATCAGCCGGGACGTAAAACAACATGAACACGTCACTCACTTAACCGAACAGTTATTGCAGGAAAAACAAGATTTAAATGCTGCATTGACGAAGCAAACCAAACTTCGCGACGAATTAGTGGAATCTGAAAAAATGGCCTCGCTCGGCATGCTGGTCGCAGGAGTGGCCCATGAACTCAGTACACCGATAGGCGGCACAACCATGTGTATCTCGGCACTGGATAATCAAATTGATACCCTTGACAAAAAAATTACCTCTGGCTTGACGCGATCCGATCTCGACGCCTTTGTTGCCTACAGCCGCGAGAGCGTTACATTGTCGAAGCAAAATTTGGCGCGGGTAACCGAGTTGATTAAGCGCTTTAAACGTTTGGCGGTAGACAGAGGCAGTGAAAGCCCGGTGCAATTTTCACTGCAACGGGTTATTAAAGATCTAATACGTACCCTTGAAGCGCAGGCGAGCGCAAAACGCATCAAATTAAATGTCGATGTTCCCGATAAGTTAGAAATCACAAGTTTCCCCGGTTTGTATTCTCAAATTTTACAAAACCTCATTACCAACGCACTTGAGCATGCCTTTGCGAATAGACGAGATGGTGAAATAACGGTCTCAGCCAGAAACAAAACTGACACCATTGAAATACGTGTAAGAGACAATGGCAGTGGTATTTTAGAAGAAATTCAACAAACCATATTCGAACCCTTTGTTACATCTGCTCGTAGCAAAGGCAACACGGGCCTGGGAATGCACCTTGTGCACCAGTGGGTAACTAATCTGCTGGGCGGCAGAGTCATTTTTACATCGAAGGAAGGGAATGGCACCGAGTTTATCATGACATTCCCGAGAAAATTGCCAAACGCGGTCGATACCAATCCAACCGCTAAATGA	MTINKNWLRASWLYVGNLFLSALIGVLLFQWFYSQSLQKLSVEHASVISSVNTAFSQEIGDITNIARLANEHLVDVASSTENSQNQAELFLRIGRVLNNVSQMRWLNTEGVETVRVNFLNDGVQIVPPEKLQDKSTRYYFIQAKKKPPGIMTLSSIDLNIENGKLITPFQPTIRAILHTFSSHPLGEGYLIINFDLTSLFEQIQGLEKTQTQILLSEGATQWMLHPEKEKEWTTSRGIASSSVATDQPEILDQLRDNKAVNLIAGENDALFSGASLQLRMKHTQAVDPYYILTRTPASYHDIMLKDALLPGMIGFVCSFFLVGLLISRDVKQHEHVTHLTEQLLQEKQDLNAALTKQTKLRDELVESEKMASLGMLVAGVAHELSTPIGGTTMCISALDNQIDTLDKKITSGLTRSDLDAFVAYSRESVTLSKQNLARVTELIKRFKRLAVDRGSESPVQFSLQRVIKDLIRTLEAQASAKRIKLNVDVPDKLEITSFPGLYSQILQNLITNALEHAFANRRDGEITVSARNKTDTIEIRVRDNGSGILEEIQQTIFEPFVTSARSKGNTGLGMHLVHQWVTNLLGGRVIFTSKEGNGTEFIMTFPRKLPNAVDTNPTAK				NA	NA	NA	NA	NA
AK237_04150	2250			hypothetical protein	ATGAGTGATGAACAGCTTTTTACCTTTTCCCCAGAACCCGAGCCAGAGAACGGGGCCGCCGAATCAAGCGAATGGGTCGTGCTTAGTGTTGAGGATGATTTAGGGTACCAGCAGTCTTTAAAGCTAGGCCTAAACGGCCTGAAAGTGCGCGGCAGAGCACTGAAATTTCTCACTGCAAACTCAGCAGCTGAAGCCTCGACAATTCTGGCTGAAAGAGAAGATATCGCGGTTATCTTACTAGATGTGGTAATGGAGAAAGATAACGCCGGCTTATTTTTAGTTAATACCATTCGAACCGTGTTGGGTAATGCTCGCGTACGCATCATCTTATTAACGGGTCAACCCGGTATGGCACCAAGACAGGACACCTTCAAAGAGTACGACATTGACGAATACTGGAATAAGGTTGAACTAACAGAAGAAAAATTACGCGGAATTGTATCGAGTAATATCAAAACCTGGTCAAATCTCAACGAGCTATACATCGCAAAACGCGGATTGCAAATGATAGTTGATGCCTCCCGGGCGATAACCTCTAAGCAAGACGTAGGAGAATTTACCTATACGGTGTTGCAAGAAGTCTCGCGGGTAATTGGCATTCCCGAAACCGGTGGTGTGGTATGCGCTTACCGCCCAACGATGGCATCAATGGAACAATGCGAGGTGGTTGCAAGCAGTGGCGATTTCAGTCGCTCTCAGGCCGCAATGTTGTCTCATCTATTACGAGAACATGAGGCGGATTCGAACCCTGCCCTCCTTAACGCAATCGACGCGGCACTTCATACACACGAACATCAGTTTTTAGAAAGCTGGTCTGTATTGTATTTCAACACTGCCGACGTGGATAACAACCACTACCTGGTTATCGTTCGCTCGCCTAAACCTCTGGAACAAAGCCACATTACCTTGCTCATGGTCTATAGCGAAAATATCGGCAATGGTTTTGTGAATCTGGCATTACTGAACAAACTGTCGATGCTGGCGTATTTCGATGACACCCTTAACATCCCGAATAAGCATTGGTTACACCGGGAAATTACCAACATGTCAGAGGCGGATTTGACGTCTACGTCGTTGGTTCTGCTAAACATGCTGGATTTCTCTACCAATGAAATAACCCTGGGCTCCGAATTTAGCCAAATACTGCTCCGTGCCTGTCTAAAAGAAATTAAACGCCATTGCGAACAGGCCATGACCATCTGTTACTTAGGCGATGGTTTTTTTGCATTGCTGTATAGAAGTGAACAAGTGCCTGACGATGGCTTATTATCAGCCTTACTTGAGCTGTCGGTTTATATTGATAATGGTGAGCAACGTATCCGCAATCGCGTTAGTTATGTGGCCATTCAGGATTTGGATTTGTGCGACCTACGAAAATCGCTGAAAACGGCTCAGCTGGTCCACAATACCTGGCAACGCCGTGATCACGCTGTTCGTGCTATTTCTAAATCGGTCATGGATGAAATGGGCACGCGACATAAGTTATTAAAGTCGTTATCCGATGCCATTGCAGACTCCCATCCTTTCTTCTTAGTTTTTCAGCCGAAGGTAGATTTGAAAAGCGGCCAGACAACAGGCCTTGAAGCATTGATCCGCTGGCGGATAAACGATGATGAAATACTGCTACCAAACGTCTTTATTCCCTTGGCGGAAGCCTCTGGCCTGATCACACGGCTAGACAGCCTGGTAATGGAGTTAGCTGTGTATGCAGCTAAACTACTCCATGACGCCGGACACAATTTTTCTGTTGCGTTTAACGTCACTCACGCTGATGTCATGTCACCTGGTTTTATTCCCATGCTTGAGCAAACATTAGCAACACATGACGTGAAGCCTAATCAGGTCGAAATAGAAATCACAGAGACACAGGCCATGGAGGATTATGACGATATTAACCCGGTATTAAACGCCCTTCTGGAGATGGGGATAAAAGTCAGCATTGATGACTTTGGCACGGGTTATTCTTCTCTGGCACATTTGAGTACGCTGTCGGCATCTACATTAAAAGTAGATAAACGCTTCGTCGACACGTTAGAAAGTGATGTTCCGTCTTCACAGAACCATATATTAGATATGGTGCAAAGTTTATCCAAACAGTGCCATTTTCAGGTTGTCGCTGAGGGTATTGAAACCGAAAACCAGCGCCAGGTTCTGTTGGAGAAGGGTTATAGCACCGGGCAAGGTTTTTTATTCGCTAAGCCAATGCCGTTGCCTGTTCTTATCGATTGGCTAAATGGACAACGCCGATGA	MSDEQLFTFSPEPEPENGAAESSEWVVLSVEDDLGYQQSLKLGLNGLKVRGRALKFLTANSAAEASTILAEREDIAVILLDVVMEKDNAGLFLVNTIRTVLGNARVRIILLTGQPGMAPRQDTFKEYDIDEYWNKVELTEEKLRGIVSSNIKTWSNLNELYIAKRGLQMIVDASRAITSKQDVGEFTYTVLQEVSRVIGIPETGGVVCAYRPTMASMEQCEVVASSGDFSRSQAAMLSHLLREHEADSNPALLNAIDAALHTHEHQFLESWSVLYFNTADVDNNHYLVIVRSPKPLEQSHITLLMVYSENIGNGFVNLALLNKLSMLAYFDDTLNIPNKHWLHREITNMSEADLTSTSLVLLNMLDFSTNEITLGSEFSQILLRACLKEIKRHCEQAMTICYLGDGFFALLYRSEQVPDDGLLSALLELSVYIDNGEQRIRNRVSYVAIQDLDLCDLRKSLKTAQLVHNTWQRRDHAVRAISKSVMDEMGTRHKLLKSLSDAIADSHPFFLVFQPKVDLKSGQTTGLEALIRWRINDDEILLPNVFIPLAEASGLITRLDSLVMELAVYAAKLLHDAGHNFSVAFNVTHADVMSPGFIPMLEQTLATHDVKPNQVEIEITETQAMEDYDDINPVLNALLEMGIKVSIDDFGTGYSSLAHLSTLSASTLKVDKRFVDTLESDVPSSQNHILDMVQSLSKQCHFQVVAEGIETENQRQVLLEKGYSTGQGFLFAKPMPLPVLIDWLNGQRR	PGPT0026010_807	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-GLYCAN_METABOLISM	CE-EPS-GALACTOGLUCAN_METABOLIC_PATHWAY,PGPT0026010-mucR-K21023	NA	NA
AK237_04151	1128			hypothetical protein	ATGAAAAAACCACCAATTATCCTTACCAACGTGCTGGTATTTATTATTACCGGTGCGATTGCGTTATTGGCCGTACCTTTATGGGCGGTCACGATGGGATTCGACACCACGGAAGTGGTGACGGCTGTCGTGTTATTTTATTTTACCGGTATGTCTATCACTGCTGGTTACCACAGATTGTGGTCTCACAAGACCTACGATGCCAATATCGTTGTGCGCGTAATACTTGCGATTGGTGGCGCCATGGCTCTGCAAAACAGTATTTTGCATTGGTCGTCGGATCATCGGATTCACCATCGTCACGTCGATCAAAACGATAAAGATCCCTACTCCGCCAAAAAAGGACTATGGTTCGCTCATATTGGCTGGATGCTACGGGAGTATCAATCTCATCGTTATGATGACTACAGTAACTGTCGTGATCTGCAAAAAGATCCGGTGGTAATGTGGCAGCATAAATATTATCTCCCGATTGTACTGGTAGCGAACTTTGGTATAACCGGATTATTGGGCTGGCTGAATGGCGATGTCCTGAGCATGATCCTGTTCGCTGGTGTATTCCGCTTATTCATGGTTCACCACGTCACTTTCTTCATTAATTCATTGGCGCATTTCTGGGGAAATCAGCCTTATACAGATAAAAACACCGCGCGGGATAACGGTATTCTCGCATTTTTCACTTTTGGTGAGGGCTATCACAACTATCACCATATCTTCGAATACGATTACCGCAACGGCATTTACTGGTGGCAATTTGATCCGACAAAATGGTTGATTCGAGGCTTATCCTACGTAGGATTAACCACCAACCTGCGTCGTGTGCCTGAAGAACGTATCGAAAAAGCCCGCGCAGCCATGCAGCTTCAGCAAGCAAATGCCAGATTGTCGGCGCTGCCCGAAGCCGATGAGTTGCTGCAAAAGGTACAGGCCGAGTACGAATTACTGGTGCAAAAAATGTCAGCGTATTACGCAGCTAAAAAACGCCTGATGAACGTGCGTAAACGTTGTTTAAGACGCAGCGTAGAACGCTTGGAAATTGACTTCCATTACAAAGAACTCAAGCACGCTTTAGCCTTGCAAAAGGAAAAGTGGCTCCAGTTACAGACACTTTCGCCTCATCTGGCATAA	MKKPPIILTNVLVFIITGAIALLAVPLWAVTMGFDTTEVVTAVVLFYFTGMSITAGYHRLWSHKTYDANIVVRVILAIGGAMALQNSILHWSSDHRIHHRHVDQNDKDPYSAKKGLWFAHIGWMLREYQSHRYDDYSNCRDLQKDPVVMWQHKYYLPIVLVANFGITGLLGWLNGDVLSMILFAGVFRLFMVHHVTFFINSLAHFWGNQPYTDKNTARDNGILAFFTFGEGYHNYHHIFEYDYRNGIYWWQFDPTKWLIRGLSYVGLTTNLRRVPEERIEKARAAMQLQQANARLSALPEADELLQKVQAEYELLVQKMSAYYAAKKRLMNVRKRCLRRSVERLEIDFHYKELKHALALQKEKWLQLQTLSPHLA	PGPT0012215_1301	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_BIOTIC_STRESS	FUNGICIDAL_COMPOUNDS|ANTIBIOTICS	FUNGICIDAL-MOTILITY-MEDIATED_DEFENSE_SIGNALLING,PGPT0012215-desC-K00507	NA	NA
AK237_04152	615	fabR	COG1309	HTH-type transcriptional repressor FabR	GTGAGTCGTCAGGAACAAAAATTAAAAACCCGTCAAAATATTATCAATGCCGCATTTGGTTTATTGGACGAACAGCGCAGCTTGTCTGCTATTAGCTTACGCGAAGTCTCTCGTGCTGCAGGCATCGCGCCCACTTCTTTTTACCGTCATTTCAAAGATATGGACGAGCTGGGTCTCACTTTGGTTGACGAGGCCGGCCTGGCATTGCGTCAATTGATGCGACAGGCCCGACGTCGAATTGCCAGTGGTGGCGGGGTTATTGATACATCTGTAGATACATTTATGGAGTTTATTACCGCCAACACCAATGTGTTTCGTTTACTGCTTCGTGAACATACTGGCACGTCTACCGCTTACCGGATGGCGGTGTTACGGGAAATTCAGCACTTTATTGAAGAATTAGCCGACTATATTGTCGAAAGCCAAGGGGTTGAACATCAGTTAGCCAGCCTACAAGCTGAGGCAATGGTGCGTCTGGTATTCAGCGCAGGCGCCGAAGCTTTAGAGGTTGATATATCGCTACGGCAGGAAATCGGTCACAGGGTGAAGGCTCAATTGCGCTTTGTGCAATTGGGGGCAACGGTTTATCGCCCCCGCACGATAAGAAGTGAATAG	MSRQEQKLKTRQNIINAAFGLLDEQRSLSAISLREVSRAAGIAPTSFYRHFKDMDELGLTLVDEAGLALRQLMRQARRRIASGGGVIDTSVDTFMEFITANTNVFRLLLREHTGTSTAYRMAVLREIQHFIEELADYIVESQGVEHQLASLQAEAMVRLVFSAGAEALEVDISLRQEIGHRVKAQLRFVQLGATVYRPRTIRSE				NA	NA	NA	NA	NA
AK237_04153	1104	trmA	COG2265	tRNA/tmRNA (uracil-C(5))-methyltransferase	ATGACGACACAAACCCCTAGCCAGCAGTATACCGAACAGTTAAATGAAAAAACCGCGCGGTTGGCACAACTGCTTGATCAATTTGGTCAAACAGCATTATCTGTGTACGCGTCAGAAGAAACAGGATATCGGATGCGGGCGGAATTTCGGGTGTGGCACGAAGGTGATGATTTGTATCACATCATGTTTAACAGCGAGACGAAGGAAAAGTACCGGGTAGATACCTTCCCACCCGCAAGCGATACAATTAACAAAGCCATGGCCGCATTAATGACGGCGTTGCGTCCTCAACAAGTGTTACGTAAAAAGCTCTTTCAAATTGATTATTTAACCGGATTATCAGGCGAATTGGTTATTAGCCTGCTTTATCATCGTCAGTTAGATGAAGAGTGGGAGGCTGCCGCGAGCGCGCTTCAAGCATCACTGTGTGAAACATTCGGCACTGTTAATATTATCGGCCGCGCCCGAAAGCAAAAGAAGATCCTCGGCAACGACTTTATTATCGAAACGTTACCGGTGAATGGTAGAAACTACCAATTCAAACATATTGAAAATAGCTTCACGCAACCAAACGCGAAAGTAAATTGTCGAATGATTGAATGGGCCTTGTCAGTCTGTGAAGACAAGTCCGGCGACTTACTGGAAATGTATTGCGGTGCGGGAAACTTTTCCTTGCCGATGGCCAGTCAATTTCGCCGGGTCGTGGGCACAGAAATCGCAAAACCCTCGGTGAATGCAGCGCAGTTCAATATTGAAATAAACCACATAGAGAACGTTGAAATTGTGCGATTATCTGCTGAGGAATTTACCGAAGCATTGAAAACCGGCCGCCAGTTTTCACGATTAAACGGCATTGCTTTAGCCGATTACGACTTTACCACTGTGTTAGTCGACCCACCTCGCGCTGGACTTGATGAAGAATCTTTGAAGATGATTCAGGATTATCCGGAAATTATCTATATTTCTTGCAACCCAGAGACTCTTGCAGAGAATTTAAAGACACTGACACTGACACACGACGTGGTTGCCTCTGCGTTGTTCGACCAATTCCCTTTCACCCACCACATTGAGGCGGGCGTTAAATTGGTGAAAAAAAGCCAGTAA	MTTQTPSQQYTEQLNEKTARLAQLLDQFGQTALSVYASEETGYRMRAEFRVWHEGDDLYHIMFNSETKEKYRVDTFPPASDTINKAMAALMTALRPQQVLRKKLFQIDYLTGLSGELVISLLYHRQLDEEWEAAASALQASLCETFGTVNIIGRARKQKKILGNDFIIETLPVNGRNYQFKHIENSFTQPNAKVNCRMIEWALSVCEDKSGDLLEMYCGAGNFSLPMASQFRRVVGTEIAKPSVNAAQFNIEINHIENVEIVRLSAEEFTEALKTGRQFSRLNGIALADYDFTTVLVDPPRAGLDEESLKMIQDYPEIIYISCNPETLAENLKTLTLTHDVVASALFDQFPFTHHIEAGVKLVKKSQ				NA	NA	NA	NA	NA
AK237_04154	1332			hypothetical protein	ATGAACGTGGGTGAAATTAAGGCATTTGTTAGTGAGCAGAAGCCAACTGTTTCTGAGCAGAAGGCACCTGAAGATCCAAACAAAGCGATTAAAAAGCAGTTACAGCAAGATGGACTTCGTCAGGCTGCTGAATTTCAGCAGCGGCAAACCGCAATGGTAAGTGTGAGCAGTTCGCAAACCACCATAGGTTTAAAAGTTTATAGTTCGTCTATGGAGCAGCAAGTCTCAGTCGATGGTCATCGTGGTCGATTTGCAAAAGACGAGCAGCAGAGCGAAGAAGGTAAAGAGACGTCACTATTTGACTTTGAAGAAGTGGCGAAAAATGTAATGCGCTTTGTGGGCGGAGTTATTCAGGGCGCTGCCAAAGGTGGTGCTGACAGCGAAAAGCTAAGTGGGCTTTTCTCTCAGGCGAGGGAAGGGGTTGCACGTGGCATTGCGATGGCAGAAAAAGACCTGGGTGGATTGATGAATGATGAAATTTCAACAGGCATCGATCGTAGCCGTGATCTTATCGAAAATCGCATGAACGCGCTGGAGTCGGAGTTGTTGGGCACCAACACTGAGGACCAGTTAGCAGCTGGTGGTGTAGCGTCTGCGTTAAGTGTAAATAGTAGTAACGCCGCGTCGGCGAGTTTAACGATTCGCACCAAAGAGGGTGACGAAGTGCAATTAAGCTTTGAAAGCTTACAGGCATTCCAATACTCGAATCAGCAAACTGTGGCTTATAATGCTACTTCTGATAATACGGATGAAACGGGGCAAGGGGCTACAGCAAGTAGTCAAACGGCCTACACGTATTTCGAGCAACAGGGTATTAGCTTCTCCCTGAAGGGAGAACTTGATGAAGACGAGCTGACAGCCATTGCTGATTTGGTTGGATCGGTGAATGATTTAGCTGATTCGTTTTTCGGTGGCGATATCGATAAAGCATTCGAAAAGGCATTGGAACTGGGCTTTGATGATCAGGAGCTGACGGGTTATGCCTTGCAGCTAAACAGAACACAGCAAACTGAAGTTGTAAAAACGTACGGTGCTATTGCACATTATCGTGATGGCAGTGAATCAGGTAGTCATGGCGATGAAGCGAAACCCGTCGCGCAATACCTGAATAAGATGCTGAATGTGTTCGATTCGGCCAGACAGCAGCTAGAATCCGGTGAGGATTTCAACACACTGATCAACGGATTGATTAATGAAATGAAAGATGTGCAGGTACCTGACCTGGTATCAGCTATAAACCGCTTCCATTCATTTAATCAAAGGCTGTTAGACGCGATGCCAGGTGAACAGCAAAAAACACAGCCTATCGAGACGCCTACATCTGAGCGTTAA	MNVGEIKAFVSEQKPTVSEQKAPEDPNKAIKKQLQQDGLRQAAEFQQRQTAMVSVSSSQTTIGLKVYSSSMEQQVSVDGHRGRFAKDEQQSEEGKETSLFDFEEVAKNVMRFVGGVIQGAAKGGADSEKLSGLFSQAREGVARGIAMAEKDLGGLMNDEISTGIDRSRDLIENRMNALESELLGTNTEDQLAAGGVASALSVNSSNAASASLTIRTKEGDEVQLSFESLQAFQYSNQQTVAYNATSDNTDETGQGATASSQTAYTYFEQQGISFSLKGELDEDELTAIADLVGSVNDLADSFFGGDIDKAFEKALELGFDDQELTGYALQLNRTQQTEVVKTYGAIAHYRDGSESGSHGDEAKPVAQYLNKMLNVFDSARQQLESGEDFNTLINGLINEMKDVQVPDLVSAINRFHSFNQRLLDAMPGEQQKTQPIETPTSER				NA	NA	NA	NA	NA
AK237_04155	477			hypothetical protein	ATGAAAGTAGGCTTTATTCAATGCGCAGTGATTAGCGCGGTTTTCGCAATTGCAGGTTATCTCTTATTTTCTTCCGCTGGTTTGGAAGCGAGTCTCCCTGTCACAGTTGCAGTGTCTTTACTTATTAGCGGTATCGTTACACCTTTACTGGCATCTTTTCTGAGTTCGTCTTCGAAGTCTTCATCAGTTCCAACTGATGTAACTGCAAAGACTTCAGAAGAAACGGCCACTTTATATGTAGGTAACCTTCCATATAAAGCGAATGAAGATGCGGTGAAAGAATATTTCAAGGATTTCATCGAAGTACAAAGTGTTCGCTTAATGAAAGACCGTCGTACGGGTAAGCGTAAAGGGTATGGTTTTATTGAAGTCATTACCCAGGACGTTGATTCAGCTATAACGGAACTTAACGATAAAGTATTTTTGGAAAGAACATTGAAAGTACGTGCTGCTCGTGAAAAAGGAGAAACTGAGTAA	MKVGFIQCAVISAVFAIAGYLLFSSAGLEASLPVTVAVSLLISGIVTPLLASFLSSSSKSSSVPTDVTAKTSEETATLYVGNLPYKANEDAVKEYFKDFIEVQSVRLMKDRRTGKRKGYGFIEVITQDVDSAITELNDKVFLERTLKVRAAREKGETE				NA	NA	NA	NA	NA
AK237_04160	741	coaX	COG1521	Type III pantothenate kinase	GTGGTATCTGAGCAAACGGTGTTGCTTGTTGATGCGGGCAACACGCGTATTAAGTCGGTGACATTGGACAATGTTACCGACAACGCACTCACCCAACATGCCTCAGTCGATGCCTTCGTTTCTTATATAACTTCACATTCGTTCACTCATCTTTACTTGTCGAATGTGGGAAACGCAAATATTTCCTCCGGCATTAAAACCCTCTGCAGCCAGCAAAATATAAATATGGTCGAAATTTTTACCGAAAAGGAAAATTTCGGCATTAAGAATAGCTATGCGGATGAGAAAAAAATGGGTGTCGATCGTTGGCTTGCAATGGTTGCTGCCCAGGAAATGACCAGCAAAACATTTTGTGTCATCGACATGGGTACAGCAATTACCTGTGATTTTGTTGAAGATGGTCAACATTTAGGCGGTTGGATTATACCGGGCTTTCATATGATGCGAGATGCTTTGGTGAAAAATACAGCAAGAGTGACCGCCGATCACGAAATTCCGCAAGAAATTGCGCCAGGTAGGGCAACCGAAACCTGTGTGAGTCATGGGTGCTTAGCCGCGGTAAATGGTGTTTATTTAAGCGCGATTGATTATTTGCTAAGCAAACGATCCGATTTTGCTGTAATTATCGGCGGAGGAGACAAAAATATGCTTGCAATTAGTGAATCCGCTGATACTATCCGTTCCGCGAATTTGGTGGTGCAAGGTCTTGCCCGCTACGCAAGAAGCCAGCTTTTTGCGTAA	MVSEQTVLLVDAGNTRIKSVTLDNVTDNALTQHASVDAFVSYITSHSFTHLYLSNVGNANISSGIKTLCSQQNINMVEIFTEKENFGIKNSYADEKKMGVDRWLAMVAAQEMTSKTFCVIDMGTAITCDFVEDGQHLGGWIIPGFHMMRDALVKNTARVTADHEIPQEIAPGRATETCVSHGCLAAVNGVYLSAIDYLLSKRSDFAVIIGGGDKNMLAISESADTIRSANLVVQGLARYARSQLFA	PGPT0008780_2579	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
AK237_04161	987	birA	COG0340	Bifunctional ligase/repressor BirA	ATGAAGCAAGCTTCAAAAATCATTCGCCAGCATATTTTGTCGTTACTCGCCGATGGGCAATTCCATTCCGGTGAGCTTATTGCGCAGCAAGTAGGCTTGTCGAGAACCGCAGTGGCCGGTCATATTTCCCAACTCGCAGATTGGGGGCTTGATGTATTCAAAGTTAAAGGTAAGGGCTACAGATTGAATCAGGGGTTTTCTATGTTGAGTGTTGAGCAAATTAAAAAGCACTTAGCGCGTCCTGGGTTATCCACAATCCATGTCGAGCCAGTATTGGCGTCGACTAATTCAGAAATGAAAAAGCGAATTGCCACGGCACGCCACGATTTGGCAGATGGCGATGTGATCCTCGCCGAAGTACAAACAGACGGAAAGGGCCGTCATGGTCGAAAATGGACAGCCCCTGTAGGAGGCAGTTTAACCATGTCTATGTATTGGTCTTTTCCGGATGGTTACCAAAGCATGGCGGGTTTGTCGCTGTTAGTCGGCGTTGCTATTTGCGAAGCGTTGAGGAAGTTTAATATAGAAGATGCACAATTAAAGTGGCCAAACGATATTTACCTCAATGGGCGCAAGCTTGCCGGCGTGCTTATCGAGGTAGAAGGGCAAATTGGCGCCACAGCTCACAGTGTCATCGGCATTGGCTTAAACGTTAACGTACCGGATACGCAATACGATGTAGGTCAACCACACAGCGACCTCACTGGATATTTAGGCGAAGTTCCGAACCGCAATAAATTAGCGGCATCGATTATTGAGTCACTGCGAGACATGTTGCCTGAATTTACCCAGCAAGGATTTGGTAAGTTTGTACCTTATTGGGAGTCGCTCGACTTATTTGCAGATAAGAAGATTGTATTGCAAATGGGTGATAAGCGTTTCTCGGGTATCGACCGGGGCGTTGACCAAAGTGGTGCGTTGCTGGTGGAAACAGAAGACGGCATTACGCGATTCCATGGTGGTGAGGTAAGTCTTCGTGGTATCTGA	MKQASKIIRQHILSLLADGQFHSGELIAQQVGLSRTAVAGHISQLADWGLDVFKVKGKGYRLNQGFSMLSVEQIKKHLARPGLSTIHVEPVLASTNSEMKKRIATARHDLADGDVILAEVQTDGKGRHGRKWTAPVGGSLTMSMYWSFPDGYQSMAGLSLLVGVAICEALRKFNIEDAQLKWPNDIYLNGRKLAGVLIEVEGQIGATAHSVIGIGLNVNVPDTQYDVGQPHSDLTGYLGEVPNRNKLAASIIESLRDMLPEFTQQGFGKFVPYWESLDLFADKKIVLQMGDKRFSGIDRGVDQSGALLVETEDGITRFHGGEVSLRGI	PGPT0022055_521	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
AK237_04162	990	murB	COG0812	UDP-N-acetylenolpyruvoylglucosamine reductase	GTGCCTTCACTAACCCTACATCATACTTTTCATTTGTCCGCCGAGAGTGTGGACATTTGTCATTTCGCCTCAGCTGAACATTTCGTGTCGGCGTGGCAAGCATCGCCAAGAAGTTATTTGCTTGGTGGTGGCAGCAATACGCTCTTTCTCGAAGACTTTGACGGAACCGTCTTCATTAACAATATGAAGGGCATTGAACATCAGGAGACAACCGACAGTCACGTGTTACGCGTCGCTGGAGGGGAAAACTGGCATCAGTTCGTTACATATTGTTTATCTCATGGTTTTCATGGCCTGGAAAATCTGGCGCTGATCCCCGGGTCTGTGGGGGCCTCTCCCATTCAGAACATCGGCGCTTATGGTGTTGAAGTCGACCGGTTTATCACCCAGGTAGACTATGTTGATATCGCAACAGGAATGCATCACCAGTTAACAGCATCGGCATGCCAGTTCGGTTATCGCGACAGTATCTTTAAACATGCGTTAGCGGGAAAAGTCTTAATCACTCACGTTACTTTCTCGTTACCTAAACAGTACCAGCCTGTTGTCTCGTATGGCGAATTAGCGGCACTTGAAACGGTCACGCCTCAAATTATCTACGATACTGTCATCGCAGTACGCCAAGCAAAGTTACCTGATCCGGATAAACTCGGTAACGCGGGGAGCTTTTTTAAGAATCCAGTTATTAAAAGTGAGCATTACGCCGCGTTAAAATCATCCGCGCCGCTTATTCCGGGTTTTGACGTAAAAGGAGAGGTAAAAGTGCCTGCGGCCTGGTTAATTGATCAATGTGGATTTAAAGGACAAACTTTAGGGGGCGTGAGATGCCATCCCACCCAACCTTTAGTGTTAACGAATACGGGCAACGCCAAAGGCAGCGAAGTGATCCAGATGGCCAGGACTATTATGCAGTCGGTACAGGACAAGTTCGGTATTACACTCGAACCGGAAGTCAGACTGGTAGGGCGTGAGGGAGTCATTACATTATGA	MPSLTLHHTFHLSAESVDICHFASAEHFVSAWQASPRSYLLGGGSNTLFLEDFDGTVFINNMKGIEHQETTDSHVLRVAGGENWHQFVTYCLSHGFHGLENLALIPGSVGASPIQNIGAYGVEVDRFITQVDYVDIATGMHHQLTASACQFGYRDSIFKHALAGKVLITHVTFSLPKQYQPVVSYGELAALETVTPQIIYDTVIAVRQAKLPDPDKLGNAGSFFKNPVIKSEHYAALKSSAPLIPGFDVKGEVKVPAAWLIDQCGFKGQTLGGVRCHPTQPLVLTNTGNAKGSEVIQMARTIMQSVQDKFGITLEPEVRLVGREGVITL	PGPT0024115_2594	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-PEPTIDOGLYCAN_REMODELLING	CE-PG_REMODELLING-N_ACETYLMURAMATE_MODIFICATION,PGPT0024115-murB-K00075	NA	NA
AK237_04163	549	gmhB		D-glycero-alpha-D-manno-heptose-1,7-bisphosphate 7-phosphatase	ATGACTCAACCTGCATTTTTCTTAGATCGCGACGGCGTTATTAACTTTGATCATGGTTACGTGAGTGAACCCTCTGCATTTGACTTCATTCCTGGTGTGTTTGATGCGTGTAAAACCATCATTAACAATGGTTATGCAATTATCATTGTGACGAATCAGGCGGGGATAGGCAGAGGGTTTTACGACGAAACGGCATTTTTGTCATTAAGTCAATGGATGGTGGAAGTATTTGAAGAACATGGCATTCACATTACCGATGTGCGTTATTGTCCGCATCATAGCGAACATGGGATCGGTGCGTATTTAAAAGCATGTGATTTTCGCAAGCCTAACCCTGGCATGATACTCGCCGCCGCTCAACAACATGATATTACACTTGCTGACTCCGTCATGGTGGGGGATAAAACCTCGGATATGGAAGCAGGAAAAAGAGCGGGCATTAGCCATCTCTATAAAGTGGCAGAAGAACAGGATAAAACAGAGCGGCTTACCGACTGGGTTGCCTGTCATCGTCTTATCGATGCCGTGAACCATTATTTTAATGAATGA	MTQPAFFLDRDGVINFDHGYVSEPSAFDFIPGVFDACKTIINNGYAIIIVTNQAGIGRGFYDETAFLSLSQWMVEVFEEHGIHITDVRYCPHHSEHGIGAYLKACDFRKPNPGMILAAAQQHDITLADSVMVGDKTSDMEAGKRAGISHLYKVAEEQDKTERLTDWVACHRLIDAVNHYFNE	PGPT0023035_1309	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-REMODELLINGLPS|LIPID|IVA_METABOLISM	CE-REMODELLING_LPS-MANNO-HEPTOSE|-PHOSPHATE_MODIFICATION,PGPT0023035-gmhB|yaeD-K03273	NA	NA
AK237_04164	1158			hypothetical protein	ATGCTGTCTCCCGATAGTTCCTTTCATCGCTGCGCAAGGAGTGTGGTTATTTTACGCCGTGCATCTCTTAAGCTGCTGTTATCGATAATGATAACGTCAGTGCTCATTGCGTGCGGAGGTGGTGATGGTGATTCACCGCCGGTTGTTACGCCTTCTCCTGCCCCTACACCCGTCGAACCAACACCTCCCGGCGCAAAAGCACTGCCTCAGGGGATTTTCAACAGTGCAGCTATAAAAGGGCGCTTCGAGAACGAAAGTACCCAGGTTACCTCTTCGATAAACCGTCTTGATTTTGTCTCTGGCACACTTATAAAAATAAAGTGGGCGGATATTAACCCGGCGGCGGGAGAGTACGACCTGTCGCTCATCGCCGAAGAAATCGAAGCGGCAAAATTGCTCGACAGCAAAATAAGTTTGATTATTTTAGACAGCAAAGAAATACCTGATTTTGTGCTGGCTGGTTGTGAGACTTTCGATTTCAGCTTCAGAGGTACGCCTGAACAAACTTGCTTGCCTTGGGATGAAGTCTATTTAGGCTATAAGCAGGCGATGGTAGAGGCAGTAGGCGACGCATTTGATGAAAGCGATGCGTTGGCATACGTTTATATTACTTATGCGGCGATGACGAACGGCGCCGAAATGCATTGGCGAGTCAGTGAGCGAACCTTTAGAGAAGCTGGTTATACGTCATCGCGCCTTGCGGATGCTTACCATACCGTAACTGACTTTTACGCCAATGCCTTTCCAAATACACCGCTGGCAATGGAAGTGCATACGGTTTTCGATGATGACTATTTAGCAACCAGCGCCTGGCAACATTGTAATGATGTGCGTGAAGGGCGTTGCGGTATTGCACTATGGTGGTGTGCAAGCAGGCTGGCAACCACGCCTTCCTCTTCAGAGTATGCCGTATTTTCGTTAGCGCAAGAGGCGGCCAAAACGGCTTTTGCGGTTTGCCAAACCATTGCCAGTATGACCAATGAGCCTGAACGGTTTGATGAAGGCCAGGGGTTAACCAGTTTGGAAGTGTTCGATCAAGAGATGTCCTTTTTCCTGGGCGAAGGGCTGCGGGTGTTCGAATTCTGGACCGACGATATTAAAAATGACGCGATACAATCTCGAATCCGGCAAGATATGCAGCCTGTTTTACGAGAGTAA	MLSPDSSFHRCARSVVILRRASLKLLLSIMITSVLIACGGGDGDSPPVVTPSPAPTPVEPTPPGAKALPQGIFNSAAIKGRFENESTQVTSSINRLDFVSGTLIKIKWADINPAAGEYDLSLIAEEIEAAKLLDSKISLIILDSKEIPDFVLAGCETFDFSFRGTPEQTCLPWDEVYLGYKQAMVEAVGDAFDESDALAYVYITYAAMTNGAEMHWRVSERTFREAGYTSSRLADAYHTVTDFYANAFPNTPLAMEVHTVFDDDYLATSAWQHCNDVREGRCGIALWWCASRLATTPSSSEYAVFSLAQEAAKTAFAVCQTIASMTNEPERFDEGQGLTSLEVFDQEMSFFLGEGLRVFEFWTDDIKNDAIQSRIRQDMQPVLRE				NA	NA	NA	NA	NA
AK237_04165	1254			hypothetical protein	ATGTTTACGAAATTCAACACATTCTTACTCGCCACACTGGCGTCTTCTTCAATCGCCTTAACTGTTGCGTCGGATGCAACAGCTGAAACTGTCACGGATGATAAAACCATAACGCTTTCGAAAGAGGAGCGAGCTGAAAATCGCTCAGCGTCCCGCGACTCTCGCAGAGCGTCGCGTCTCGAGAGTCGTGCCGAGCGTCGGGCTTTACGAAGAGGACGTTTGCCGGGCGATAATGAAATAGAGCCACAGCCACAGCCTCAACCCCAGCCTGAACCCGAACCCGAAATCGTCGTGAAGTCGCCTTCTCAGGGGATCTTCCACAGTGCAGGGGCAATTACGTCGAATGGTCGGGGTGGCAATATTATCAGAGAAGGCATTAACGATCAGGCTCACGTTAGCGGCTCCTTAGTGCGTGTGGAGTGGGCGGCAATCAATAGTGCTGAAGGTGTTTATGACTTTTCAGCCATCGAGAATGAACTGGCTAAAGCGGCGTCGCTAAATTCTGATATCAGCCTGGCGATTTTAGATAGTTTAACGCTGCCGGATTACGTGTTAGCGCAGTGTGAGACGTTCGATTATCAGTTTCGAGGTGTAGATAAAGTCACGTGTTTACCATGGGATGAAGCTTATCAAATGCATAAAGCGTCATTGCTCAATGCATTAGGCGCACAATTTGATAGCCACCCTAATTTAACGGGCGTGTATTTTTCTTATTCGGCTATGACAAATGGTATTGAAATGCACTGGCGTGTTGATGAAGCAGCATTTACCCGGGCGGGGTATACAGAAGCCCGCCTGCTCGATAGCTATAACACGATTATGGATATGTATAACGCAGCATTTCCCACCACATCCATTATTATGGAGGTGCACGAAGTGTTTAAGTCATCAGCCCTGGCAGAAAACGCATTTGACTATTGTCACGACACGATGGGCGAACGTTGTGGTGTAGCGATCTGGTGGTGCAGCTCACGTATGGCAACCAATCCTCGTGAGTCTGAATATGATGTTTATCATGTAGCACAACAGGCAACGGAATTAAGTTTTGCGGTATGCCAGACTATTGGTAGCTTCACCGATTCGCCTGACCGGTTCGATTCTGGACAGGGATGGACCACAGAAGAGGCCTTTATCAACGAAATGTCGTTCTTCATAGGCGAAGGTTTCAGAAACTTTGAAATCTGGTCAAATGATATTACTAATGAAGCATTAGTCGAAATTATAGAAGAGCACGTGGTACCTGGACTCAATTAA	MFTKFNTFLLATLASSSIALTVASDATAETVTDDKTITLSKEERAENRSASRDSRRASRLESRAERRALRRGRLPGDNEIEPQPQPQPQPEPEPEIVVKSPSQGIFHSAGAITSNGRGGNIIREGINDQAHVSGSLVRVEWAAINSAEGVYDFSAIENELAKAASLNSDISLAILDSLTLPDYVLAQCETFDYQFRGVDKVTCLPWDEAYQMHKASLLNALGAQFDSHPNLTGVYFSYSAMTNGIEMHWRVDEAAFTRAGYTEARLLDSYNTIMDMYNAAFPTTSIIMEVHEVFKSSALAENAFDYCHDTMGERCGVAIWWCSSRMATNPRESEYDVYHVAQQATELSFAVCQTIGSFTDSPDRFDSGQGWTTEEAFINEMSFFIGEGFRNFEIWSNDITNEALVEIIEEHVVPGLN				NA	NA	NA	NA	NA
AK237_04166	1344			hypothetical protein	ATGAATACAAGGAAGGAAATTTGGCGATTGTCCCTGGCAGTCGCTGCGCTTTTCGCGCCACTTACAGTTCAGGCTTATGAGTTGCCCGAACCTGTTACAGATGCCGACTATTACCATGACGGGCAGCCGTCCGAAGCGTTAGTTCAGTTGGGACGGAATCTGTTTTTTGACAAAATTATGAGTGGAAATCAAAACATCTCCTGCGCAACATGTCATAACCCGCTAATGTTCAGCACCGACGGTCTGTCTTTAGGCGTTGGCGAAGGTGGTGCCGGGCTAGGACGTTACCGCACCACCGGAGAAGGGAGCGATGCTATCGATTCACGTATTGGGCGACACGCTCCCCACCTTTACAATCTGGGCGCAAAAGAGTTCACACGTTTAAACTGGAATGGTATTCACCAGGTAGTCAGCGGGCGTGTGACGATTCCGGCTGGTGGCGAAACACCGCCTAATCTCAACAATGTTCTGGCGGGTCAGGCCTTATTTCCCATTGTAAACCTGAATGAGATGATTGGTGATCGCGGGGAAAACGACATTGCTGATAAGATCACGCGGGGGCGTGGGCGCTTTGGCGTACTTTGGGATGCATACATGCGCAGGCTAAAGGGTGTGCCTGAATATGTCGAAATGTTTGTCGCTGCATTTGATGACGTATCCAACGTGAGTGATGTGAAAATCCAGCACTATGCCAATGCCATATCCGCCTACCAGGCGGTTGCGTTCAGAAGTGACAATAGTCCGTTTGATGCGTATCTCCGGGGGGATGTCGAAGCCTTAACGGCGCAACAAGTAAGAGGTATGGAGTTATTTTATGGTGATGCCGGTTGCAGCAGTTGCCATAGCGGTAAGTTTCAAACTGATCACGAGTTTCACGGTATTGCGATGCCTCAGCTGGGGCCGGGCGCTGAAGCTCGTTTTCCCTCTCAGGATAGGGGGCGTGCTGAAGCTACGCGCGTGGATGCCGATTGGGCTAAATTTCGAACGCCATCTTTACGCAACGTTGCCCTTACTGCGCCTTATGGCCATACCGGAGCGTTCGCCACGTTAAAGGGAATCGTCGAGCATCATGTCGACCCTGTCAGTTCGCTAGAGCAATACGATACATCACAAGCAGTATTGCCATCGCGAGAAGATTTAGACACTCTCGATTTTGAGGGCTACAACGATCTCACGCTCAGGCAGGACGTCATTGATGCGATGGATATTTCACCGATAAGTTTATCCGAAGAAGAGATTGCTGATGTTATCGCATTTTTGCATGCCCTCACCGATCCTCGCGTTTTTGCTCAAGTGAGTGAAATACCTGATTCTGTGGCCAGTGGATTACCTGTCAGAGACTAG	MNTRKEIWRLSLAVAALFAPLTVQAYELPEPVTDADYYHDGQPSEALVQLGRNLFFDKIMSGNQNISCATCHNPLMFSTDGLSLGVGEGGAGLGRYRTTGEGSDAIDSRIGRHAPHLYNLGAKEFTRLNWNGIHQVVSGRVTIPAGGETPPNLNNVLAGQALFPIVNLNEMIGDRGENDIADKITRGRGRFGVLWDAYMRRLKGVPEYVEMFVAAFDDVSNVSDVKIQHYANAISAYQAVAFRSDNSPFDAYLRGDVEALTAQQVRGMELFYGDAGCSSCHSGKFQTDHEFHGIAMPQLGPGAEARFPSQDRGRAEATRVDADWAKFRTPSLRNVALTAPYGHTGAFATLKGIVEHHVDPVSSLEQYDTSQAVLPSREDLDTLDFEGYNDLTLRQDVIDAMDISPISLSEEEIADVIAFLHALTDPRVFAQVSEIPDSVASGLPVRD				NA	NA	NA	NA	NA
AK237_04167	2586			hypothetical protein	GTGAAAGTCATTTTTCATTTGTTTGCGATAGCATTCGTACTGTTTGGGTTAAGTGGGTGTGGCGAAGGAAATTCTGTTCTGGATACACAAGAGAACAGGTGTTCAGCCTCTCTCAATCCTGGCGCAGCCGATCAGGATGGTGACGGCATTATTAACATTTGCGACACCGATAATGATAATGACGGTATCGACGATGCGGTGGATAATTGTCCTTATATACCAAATGCTGCGCAGGCAGATGAAAATGACGATGGGGTGGGAGATGACTGTGATGCTGACCACGACGGCATCGTAAATGATGAAGATAACTGTCCCCAATTTGGTAATCCTCAACAGGAAGATTTTAATAACGATGGCGTAGGTGATATTTGTGATCGTGATGGTGACGCCATATATGATGAGACAGACAATTGCCCCATTGATCCCAATTCCAGTCAGGACGATACCGATGGCGATGGATTGGGTGATGCCTGCGATATGGGAGAGGGAGCCGAGATATTTAGTTTTTATGCGCCGCTTAATTTGTCTGAGAACCCGGGGCTCACCTTTCGCCCCAGTGTCGCCTTTGATAAGCGTGGTTATATTCACACAGTATGGGATGACAACACGGGCATAGAAGGTGCGTTAGAAGTTTACTTCAGTTACACGATGGCGAACGGGCTGACCAAAAGCGAGCCTATCCAGCTTTCTAACTCACAGTCCGGGGCAGTTGGATTAGCGCAGAGGCCGAAAGTCGACGTGGCCCCGGATGGTGTTGTACATGTTGTTTGGCAAGATACAAAATCAGACTATTCCGATATCTTCTACGTTCAGCTCGCCCTTAATGAAGCAGAAAGCACATTTAATATTGTCAGTGGCAACGGAGCAGGCGACAACCCGGAGCAAAACATATCGAACACGTCTGTTTCCAGTACTGACCCGGATATCGCCATTAGCCCGGAAGGATATATTTATATTGCCTGGTCATCAGATGAAAAGATTTTGTTCTCACGGTCGACAGATGGAGGAAGCACATTTACGGGATCTGAAGCACTTATCAATTTCGACATTGTGATTAACACTGTTCCGGCCCTGTTTGCCGGTGAAAATGGCGTGGTGTGGTTAGCGTGGACAGCTGCAGACAGTGTATATGTTACAAAGTCAGAAGACTTTGGAGGAACATTCTCTGATCCACGCATATTAGTAAGTTCTGAACATATGATATTGCGCCCCGATATCGAAGCATTCGGCGATCGGGTTTATGTGGTGTGGGATGAGGAGGGCGAAGACAAAGCGAAACCCGAACTTTATCTTATGATCTCTGAAGATGGAGGGGAAACGTTTAAAGAACGAAAAAACCTCACGAATAACGATGGTACTTCCATATACGGCTCTATCAAAGTAGGCCCCACAGGGCACCTGTTTGTCGCATGGTCTGATACGACCTCTGGCAACTATGAAACCTTGTTTTGTCATTCTGAAGATGGCGGTGTGACGTTTACTGAACCTGTCATTATTTCTCCAAGTGATAACGGCTCGTTGGTGGTCGATATGGATGTAGACGATAACAACAACGTGGCAGTGGTATGGGATGACAACCGATATGATTCTTTCGATATCATTCTTGCCTATGCCGCAGAGGCACTTCCCTTAATTCGTGATTTATCGGTTATTCCCGATTTTTATGACCCATCTTCAGAAGCCCCCATGATTGTCAGTGCTGCATTATCTGAATTTATGTTTTGGTCGCTTACCATTCGAAACGAAGACGACACGATTGTCTACTATAACGCTGAGTCCGGCACTGGTTTTAACGAAGTGTGGGACGGTACTAATTTAGATGGCGAAATGGTACCGGAAGGCTTTTATTACTACACAATTTCCGCTCGTAATAATGATGTATTTGCGATTAGCCAGTTGGGCGAAATCCACGTAATTGAAGCGTCATCGTCAGAGCGGACGCCTCAAATTGAAACACTTCTAACTGACCGCGCAGCCTTTTCTCCCAATGGTGACGGACGCACAGATACGCTTATTGTTAATACCACGTTTAACCAGAGGCTCGATTGGACTCTTACGCTTACCGATGTCTACGGCGAGGTTTACACCTCTGAATCCGGTACCGGCCCATCTGGTCTTATGGAATGGGATGGATTCGATGCCAACGGTGACCCTATGCCAGAAGGGGAATATATCATTACGGCAAAGGTAAAAAATGCGCAAGGCGAGACTGCAGAGTCTTCGGTTAGTGTGTTTATCGACTTAACGCATGTCTTCATCGAAGATTTAACTATCACACCTGTTAACCGGACAGAGGGCACGTCTGGCAACATTAGTTTTCACATCACCGAAAGTGCTGTTGTCACAATATACATTTTTGATGAAGCAGGTTTTACGACAGTAAACGAGTTGGTGAGAACACAACTAGGCGGTGGCTATGATGGCGAAGAAGGCGCCCAGAATGTGTCTTACGATTGGGATGGCAAATCGGGCAATGGCATCGACCAGCCACCGGGCACCTATACGCTACGAATTTGGGTGCGAGACTTTGGGGCGAACCTTCCGGTTGAATATCCGATGCTTCGGGAAATAGAAATTATTGAGTAG	MKVIFHLFAIAFVLFGLSGCGEGNSVLDTQENRCSASLNPGAADQDGDGIINICDTDNDNDGIDDAVDNCPYIPNAAQADENDDGVGDDCDADHDGIVNDEDNCPQFGNPQQEDFNNDGVGDICDRDGDAIYDETDNCPIDPNSSQDDTDGDGLGDACDMGEGAEIFSFYAPLNLSENPGLTFRPSVAFDKRGYIHTVWDDNTGIEGALEVYFSYTMANGLTKSEPIQLSNSQSGAVGLAQRPKVDVAPDGVVHVVWQDTKSDYSDIFYVQLALNEAESTFNIVSGNGAGDNPEQNISNTSVSSTDPDIAISPEGYIYIAWSSDEKILFSRSTDGGSTFTGSEALINFDIVINTVPALFAGENGVVWLAWTAADSVYVTKSEDFGGTFSDPRILVSSEHMILRPDIEAFGDRVYVVWDEEGEDKAKPELYLMISEDGGETFKERKNLTNNDGTSIYGSIKVGPTGHLFVAWSDTTSGNYETLFCHSEDGGVTFTEPVIISPSDNGSLVVDMDVDDNNNVAVVWDDNRYDSFDIILAYAAEALPLIRDLSVIPDFYDPSSEAPMIVSAALSEFMFWSLTIRNEDDTIVYYNAESGTGFNEVWDGTNLDGEMVPEGFYYYTISARNNDVFAISQLGEIHVIEASSSERTPQIETLLTDRAAFSPNGDGRTDTLIVNTTFNQRLDWTLTLTDVYGEVYTSESGTGPSGLMEWDGFDANGDPMPEGEYIITAKVKNAQGETAESSVSVFIDLTHVFIEDLTITPVNRTEGTSGNISFHITESAVVTIYIFDEAGFTTVNELVRTQLGGGYDGEEGAQNVSYDWDGKSGNGIDQPPGTYTLRIWVRDFGANLPVEYPMLREIEIIE				NA	NA	NA	NA	NA
AK237_04168	2997			hypothetical protein	ATGAGTGCTCCTACGCTATGGAAAGCGCTGCCGGTAGTGCTGTTTATGGTCGCAATATTACTGTTTGGTTATGTTAAAACAGTCGATTCAGCAAATCCAAAGTACCCCATAAAGTGGCAATCGTCTCAGTGGATTACAACACCCACTTCGGGCGCAAACGGATATTTCCGCAAAGTAGTTTCATTAGCTGATGTGCCAAACCGTGCGGTATTAACTGTGTCTGCGTCGGACAATTTTACCGTCTATGTGAATGGTAAAAAGATTGGTGATAAACGTGCCAGATCGGTACAGTCTTCGATGGTGCTCGATGTAACATCACGACTGAATGCGGGCAATAATATCCTCGCGTTTGAGGTGAAAAAGTCAACGTTTCCTGCGCAGGCGTATCTTCGTTTTGAACTACTAACAATCGATCATGTTGGTCTGGCGTCTTCGTTTGTTTCTAACGAACATGCGGCGGTGGCCAGCCAACTCCCACCTGTTCAGGGACAGCTTTACTGGTATGACACGAGTTATAATGCCACTACATGGGCGACACCCAAAATCGCTGATTCGGTGGATAACACCAGTTTACTGTCGGTCGCCCCAGATCTATTTCTTACCCTGCCCATTCCCCAGCAATTTACGATATTTGGCGATGCGTACTGGAAAGTAAACTTAACTAAAACCCTTGATGTAAACCGCGATACACAGCAAGTGTGGTTTGCATTGGCAAGTACAGCCCCATACGAATTGATTGTTAATGATGTTAGCGCAGGCATGTTCAGTGCGAGCAATCAATTTTTGTCTCTAAGCAGTATTCGCTCAAGGTTGCACGAGGGAAAAAATGACATACGAATCTCGCTTTTTACCGGGGGAGAGGCGCCCCGAATTGCTGGTGGCTTAATTATCGAGTCTCATCAAGCGGTAGTGACATCGCAGTACATTGATGAGCGTTGGAAAGTGGGGCGGGAAGCTGCCCTCGCCGCCATGCCAACGGAAGTGTCTGGCGAGGCCAAAAAGCTCACGCCAATACAGCTTGCGCTTTCATCTGAACAGCCGGTGCTGACCCTTTCCTTTAATGACGATTTTGTTCCTCCCGCACTGGCGACAAGTGCGCCATGGTTTATGTTTATTAGCGCACTGTTAGTGACGTTGTGCTTGATTGTCTTTTTCAAAGCGGCAGGATTATCAAATAGCCAGCTGCTCGATGGTTTTGCCCTACCGAGTATCATTGGATTACTGGCACTGCTGATAGCGTGGTTTATTGCTCAGGATGTGCGCTTTAATGCGCGTGAGATTTTTTCCTCCGCCAATATATTGATGTTGATGGGCGTGTGGCTGTTATTAACGGTTGTCGCACTGACACAGCATTGGCTGCATCGTAAAAAGCACGCACACCTTAAGGTTCTGACATCATCAGACGAACCTGTTTTGGGCGTTATTAATCAGTACCTTTATGGACTTGTGGCTTTTTCTATTGTTGCCGTGGCCTTCGTGCTTCGCATTGACGGTATCGGGCAACAAGCTCTTACTGTGGACGAAGCGACTATCGCAGGGTTTGCCCGAGGGGTTGTTGACCGGGGCTATCCCTATTTAATGGTTGGAGGGATGGAAGTTGAGTTAGCAACCTATGAACTCGTTCCCTACTTTTTAGCCGCTTCAGTGAGTATATTTGGTTACAGCGATATTGGACTACGCATACCCGCGTTATTATTTGGCACCATGACGTGCGGCGTATTGATATATTGCGGAACTGCATGGTTTGGGCGACTGGCAGGGTTAATTGCAGGTTTACTTTATGCCGTGTCTCCGTGGGCCATATATTGGGCGCAGAATTGTTTTCACCCTTCTCAAATTCAGTTTTTTAACTTACTCACTCTCATTGCATTTTACCGGTTGCTCACTGCAGACCAAATCAGTCTGCGATTGGCGGTTATCTCTGCGTTAGCCTTCGCTATGAGTTACCTGAGTTGGGAAGGTTCTGGTCTTGTGCTTCCTGTTATGGCTATTGTGGCAATCGTGATCCGCTGGGGGAACTGGCGCTGGTTTTTCCAAATCAACTTGTGGGTCGCGGCCATGCTCATTTTGTTCGTGGTAGCAGGTCAGGGTATTCGTAGAATGTTATTACAAGAGCCATTCATCATGGTTGGCTTTGGTAAAAGTGATTTGTCAGCGCCGAAACTAACGTTCACCGAGTCCACGTACGAGCCTTTCTATTATATCCAGAACTTCTTCTTTACTGAGTTTAACGCGGCATTAAGTTTGTTTTTCATTGCCGGTTTGGTACTCATGTTTTTCGATCGCAAATTAAGCTTTGTTGTTTTATTTGTGGTTACCGCCTACCTGTCTTTAACCAATCTTTTGGGATACTACAATGCACATTATTTTTACTTCGTGCTTCCCGTATTTTTATTGGCGGTCTCTGCCGCATTCGTAAAAGGACTGATACTGCTTCAGCGGATGTCTTTATCCGTCTCCGGCATACCTGGAAGAGTACAGGGGAGTATTGCCGGAGGCTTACTTACCGTTTTACTTTTTGCTCCGGCAACGGCAGGGGTGATGCACCTCTACCGGTTTATGGCGGGTGGCATTGATGAAATGCGTGTTGATTACCGGCCGGACCTGGCTGGCATGGACGGACGTACGGTTTCTTTGGCACTGCAACACTACCAACGAAAAGACGATGTTGTTCTTTCGACCATTCCTCTTATTTCTGAGCACTATGTTGGTGAAAAGGGAGATTATTTCATTCAAACCATTACCGACCGGAAAGTGGTGTATGACACACAACACACGCGCCCCTATTACGTTGATAAGTTTGTTGGAAACCCTGTCCTGCGGTCACGAGAAGAGTTGCAGGATGTGCTGCAAAAACATTCACGGGTATTGTTTGTCGCAGCGCCGGTAAACGGGCTAAGCCGCATTATTGATGAAGAAACGCTTGCCTTTATTAACGATAACATGACGGTGCTCGCAGAGAGCTACGATAGCCGCCTGTATTTGTGGGAAAAGTAA	MSAPTLWKALPVVLFMVAILLFGYVKTVDSANPKYPIKWQSSQWITTPTSGANGYFRKVVSLADVPNRAVLTVSASDNFTVYVNGKKIGDKRARSVQSSMVLDVTSRLNAGNNILAFEVKKSTFPAQAYLRFELLTIDHVGLASSFVSNEHAAVASQLPPVQGQLYWYDTSYNATTWATPKIADSVDNTSLLSVAPDLFLTLPIPQQFTIFGDAYWKVNLTKTLDVNRDTQQVWFALASTAPYELIVNDVSAGMFSASNQFLSLSSIRSRLHEGKNDIRISLFTGGEAPRIAGGLIIESHQAVVTSQYIDERWKVGREAALAAMPTEVSGEAKKLTPIQLALSSEQPVLTLSFNDDFVPPALATSAPWFMFISALLVTLCLIVFFKAAGLSNSQLLDGFALPSIIGLLALLIAWFIAQDVRFNAREIFSSANILMLMGVWLLLTVVALTQHWLHRKKHAHLKVLTSSDEPVLGVINQYLYGLVAFSIVAVAFVLRIDGIGQQALTVDEATIAGFARGVVDRGYPYLMVGGMEVELATYELVPYFLAASVSIFGYSDIGLRIPALLFGTMTCGVLIYCGTAWFGRLAGLIAGLLYAVSPWAIYWAQNCFHPSQIQFFNLLTLIAFYRLLTADQISLRLAVISALAFAMSYLSWEGSGLVLPVMAIVAIVIRWGNWRWFFQINLWVAAMLILFVVAGQGIRRMLLQEPFIMVGFGKSDLSAPKLTFTESTYEPFYYIQNFFFTEFNAALSLFFIAGLVLMFFDRKLSFVVLFVVTAYLSLTNLLGYYNAHYFYFVLPVFLLAVSAAFVKGLILLQRMSLSVSGIPGRVQGSIAGGLLTVLLFAPATAGVMHLYRFMAGGIDEMRVDYRPDLAGMDGRTVSLALQHYQRKDDVVLSTIPLISEHYVGEKGDYFIQTITDRKVVYDTQHTRPYYVDKFVGNPVLRSREELQDVLQKHSRVLFVAAPVNGLSRIIDEETLAFINDNMTVLAESYDSRLYLWEK				NA	NA	NA	NA	NA
AK237_04169	1287			hypothetical protein	ATGAAGACCGTTTTTACCTCCAGAGTCACCAAGCCCCTTTTATTTCTGGAAAGTTATCCGCTTATTTTCCTGGCCGGCGTGTTCATGATGCTTGGGTTAGCAGGCGTGTGGGTGACTATGCCACTCTCGGGTAAGCTCTCATTGAGCGAGCTGTCTATGGATAAGCAGGCGATTTTGCTTATTGCTGGTATATCAGTGCTTCTCTATTTAGTGTCCACCGCATTAAAGCGCACGCACATTCGGCTTGTCATCGGGCTTGGCTTGTTTTTGTTCTTACTCACTCTGGCGCAATCTCAAAGTTTCTTTAATGGTACCAACTTGTGGCAGTTTATTAGTGAAAGTCAGCAATTTCGACAAATGCAGCATATTTTGTCTCTCAATGATGTTCCTAATGCGGGTAGGGCGGTAGAAGCAAGTTTGACGTTCGATGCGTTTAAGCTCTCTGACCGCGTTTCCGCCAGTGTCGGATTGCTTGGGTGGGGTATAAAACTTGCCCTGCTCTGTGCGCTATTTCTCGCGCTTTACGCATGGGCGAATGCTCAACACTGGCTACGTGCAACATTAATCGTATTGGTTATGAGCAGCGCGACATTGCTAGGCAATGGCACGGGTAATGTGGCGCTGGCGTACCTGAAGGTAAATCAGGGCGTCAGAGATATCAATAACGATAAAGCAGAGGAGGCAATTGCCCAGTTCAATGAAGCGGCGGTGCTCGACCCGGTAATCAACTATTCCCTCGGATTCCCTCTCTTACAGTCTTTTGTGGCATACCGCCTTGATGGGCCACTAGACGAAAACGCCAACGCTTATCTGATGAGTCAGAAAATGGCTGCGAATGACTTTAATGGTGTGCTGGCATTAAAAGCGCAGTTGCAGCTCCAGCCGCGCCGTTTTGATAGAAAGTCTCAGCCAATTAGCCGGCTTGAAGCTGCGGTTGCAACCGAAACATTGAACCGAATGGGCCTTTTACACCTTTGGCGGCAAGAGTGGCAGTTGGCAGAGGCGCGCTATCGGGAAGGGCTGAATATCTCTGCCAGCCCTGTCGCTAAGCTCGCGCTCCTGAACATCTATCAGCACACCCAACAATATATTGCTTGTAACGGTATGGCGGATGAACTGCTTAGCCAGTTACAAAATCGCTCTGTTGTCGCCGACATCTGGACAACAAAAGGGGATTGTTTGTCAGCGAGTGGACGGATTTTGGAAGCTCGTAATGCGTTTGAGCAATCGGTTCTGCTTGATAGCGATAAAAATTATCGAGCAGTGAAAGGGCTGAGTGGGACCTGA	MKTVFTSRVTKPLLFLESYPLIFLAGVFMMLGLAGVWVTMPLSGKLSLSELSMDKQAILLIAGISVLLYLVSTALKRTHIRLVIGLGLFLFLLTLAQSQSFFNGTNLWQFISESQQFRQMQHILSLNDVPNAGRAVEASLTFDAFKLSDRVSASVGLLGWGIKLALLCALFLALYAWANAQHWLRATLIVLVMSSATLLGNGTGNVALAYLKVNQGVRDINNDKAEEAIAQFNEAAVLDPVINYSLGFPLLQSFVAYRLDGPLDENANAYLMSQKMAANDFNGVLALKAQLQLQPRRFDRKSQPISRLEAAVATETLNRMGLLHLWRQEWQLAEARYREGLNISASPVAKLALLNIYQHTQQYIACNGMADELLSQLQNRSVVADIWTTKGDCLSASGRILEARNAFEQSVLLDSDKNYRAVKGLSGT				NA	NA	NA	NA	NA
AK237_04170	1488	murJ_2		lipid II flippase MurJ	ATGTCAGGGAATAAAAACGTCGCTAAGAATCTGATATTTGTCTTCGCCAGCGAAGGCATTGGCGGTGTGCTGAGCTTTTTGATCCTGCTAATGTGCGCTCGCTTGCTGGGTGTAGAGGGATTTGGCGTATTTTCTTTTGTCCTTGCCATCACCAGCGTGTGCCAGCTCGTTGCTGACTTCGGTTTAACCAATCTTATTGTCAGGGAAGTGGCGAAAGACAAAAGCAAAGCCGCTTATATCATGAGCAACGTGCTAACCCTTGCATGGTGTTTGTCAGCAGTCATTTTTGCTGCTGTTGCCAGCATCTCGTATTTCATGCTCGCCGGGTATGAGCAGTGGGTTTGCGCAACGGTAATGGCAATAGCAGTACTGGCAACCTATCACTCCGTGGTTTATTCGTCGGTGTGCCGGGCCTTTGAAAAAATGGGGTACAACGCATTTTGTTTTGTCGCCCATAAGTTGGTACTCATTGCTTTGGTTTGGTGGTTTGGCGGCAGTCAATCACCTTTTGAATCTCAGCTTATTGGTATGAGTGTGGCATACCTCTTCGCTAACCTGCTGCAATACCTTTTCTTCTTTGTTGTCGTGTCATCACGGTTTGTACGATTTCAGCTGGGGAGTGATTGGCGGTTTGCTATTGCGTTACTCAAGTCTGCCGTTCCCATCGGCGCATCAATGGTTATTCGGCGGTTAACGCTTCAGGTCGATGTACTGATTCTCACGGTCATGGTGGGCACAGCGTCAGTCGGTGTTTTCAACGCTGCTTATAAAGTTGTGCAAGTTATCGACATGATTCCTTTTGCTATTTGCTTGCCGCTGTTTCCAGCGCTGTCGCGATTAGCGGCAAACGAACCAGATAAACTTCCACGTTTCTTCCAGCATTGCATGCAGGGCTTTCTTATTCTTGCGATCCCTATTTGCGGGTATCTTTTTGTCAGTGCAAATTATTTTATTGCGTGGTTTTACGGTAGCGAATTTGCTGGCGCAGCTACCATTTTGCAGGTGTTATCACTGACAATTCTGGGGCTTTTTATCAACATGCTGTTGAGTTATGTCTTCGTGGCGCTAAATCATCAGCGTTTTTACTTACTGGCTGCGTTAGGATGCCTGATGGTGAATACCCTTGTCGATTTATGTTTGATCCCGTTTGTCGGTGTCGTCGGTGCGGCCTATGGCACATTGTGCGGTGAACTCTTTTACTCAGGTATTGCCATTTACTTTCTCTCTCGCTGTAACCTGACCTTTCACTGGTTGATACACGCATGGCGTCCCGTTGTGCTTACCTTTACGTGCGCGTCTGTTTCTTTTTTCATTGTTCCAAACGATCTCTACAGCCAACTGTTATTTACTGTTATTTACGGCACGCTGTACGTGTTCGGTCTTTTTGCGCTAAGAGTCTTTTCGTTAACACAACTGAACGATGTGTTTGCCTTGCTTAGGTCGAGGCAAGGTATGGTCGCTCCTGTACAAGAGGCAAAACCGCAATGA	MSGNKNVAKNLIFVFASEGIGGVLSFLILLMCARLLGVEGFGVFSFVLAITSVCQLVADFGLTNLIVREVAKDKSKAAYIMSNVLTLAWCLSAVIFAAVASISYFMLAGYEQWVCATVMAIAVLATYHSVVYSSVCRAFEKMGYNAFCFVAHKLVLIALVWWFGGSQSPFESQLIGMSVAYLFANLLQYLFFFVVVSSRFVRFQLGSDWRFAIALLKSAVPIGASMVIRRLTLQVDVLILTVMVGTASVGVFNAAYKVVQVIDMIPFAICLPLFPALSRLAANEPDKLPRFFQHCMQGFLILAIPICGYLFVSANYFIAWFYGSEFAGAATILQVLSLTILGLFINMLLSYVFVALNHQRFYLLAALGCLMVNTLVDLCLIPFVGVVGAAYGTLCGELFYSGIAIYFLSRCNLTFHWLIHAWRPVVLTFTCASVSFFIVPNDLYSQLLFTVIYGTLYVFGLFALRVFSLTQLNDVFALLRSRQGMVAPVQEAKPQ				NA	NA	NA	NA	NA
AK237_04171	1353			hypothetical protein	ATGCGCTTTAGTCTCGTCGTCGGTGCAGTGTATTTAGCCCTGGTTTCTGATTCAGTAAGTGCAAACGTCGTTGTGCCTTCTTTCCAACGCATTGCGGTGATGGTCTGTGACGGTGCTGACGTTACCGCTGCGGCCAAAGCCCAGCTTGAGGTTGCTGAGCAGCGAGTTGCGACGGGCTCAATGTCAAAATGGATGCCTGATTTGTCCGTCGGTGTAGACGTATATGCAGCGCGAGGCCAACCGACGAGTTTTTTCGCTATTCAGGATGGTAGCGTACAAGACCCAGCCGAGCCTAATTTTTATCAAAAAGGGGAGGCGTGGTTAGGTAAAGTCGATATGACGTGGGGGCTTTACGAAGAAGGGCAGTGGGTTGGTCAGGATGGACTTACAGAGCATCAGAACCAGTCAGGTTACGACGCTGCCATGGCGCAACTGTCGGCTGCGCAGCAGGATGCGTACAAGTTGGTGAGTCAGTATTACTTTGACGCACTCATGTACAGCGCGCAAATTGACTTACTGTCTCCGCTGGTTGAAAAGCGCAAGCAGCAACTAGAGGACATGAATACCAAGCTTGATGCTGGCGTAAATACATCTGACGATCTCTATAGCGCGAAAGCCGGCTATTTGAGCTTACAGCAGCAACTACAAGATGCATTTCGGCAACGTGAAATGAGTATTCGATATCTTTCCTTGCTAACGGGAGAATCGGTTTCTTTGCAAGCGCTGGAACAAGGTAAAGCCGATCTTGAATTGAAGTCTGTGGTGAATAAACAAGTTACCTTGGGCGACCTTAACACACTTATTGCCCATCAGCCGGATATCAGTTTGCTACAAACCCAGTTGGCGCTGGAGCATAACAAACTAAAGGCACAGCGAGGTAAGCTCAAACCTAATGTTAACTTATACGTGAAACTCAGAAGCGGTGATAACTTTGAGTCTGCATTGCGTAAAGACTATGGCGAAATTGGTTTAAGCTTCGAATATCCACTGGGTGCGGTGCCGGCCAACTACGGTGAATCAAAAACACTTCAAAAATCTATCACAGCCATTAGTACCGAGCTGAAATACCTGCAAAAAGTAAAGGCTTTGCAGGCGTCATCTATTCAGAATGGTCTTGATAGTGCCAAAAGCAAAATTGAAGTAGCGCAAATGGAGCTTGAGCGTAGAGAGCAGATTTGGCAGAGCGAGCAAGCGCGTGTTGGAAGCGGGTTGGTGAGTGTAGACCGGTTAATTCAGGCTGAGGACGATAAAATAAACGCGTATCTCAGCTTATTGGCGACGTTTAATGATGCCTGGATGGATTACGTTGATGCCGCGCTTTTTGCCAATACAGCCTGTCTGGGTGGCGAGTAA	MRFSLVVGAVYLALVSDSVSANVVVPSFQRIAVMVCDGADVTAAAKAQLEVAEQRVATGSMSKWMPDLSVGVDVYAARGQPTSFFAIQDGSVQDPAEPNFYQKGEAWLGKVDMTWGLYEEGQWVGQDGLTEHQNQSGYDAAMAQLSAAQQDAYKLVSQYYFDALMYSAQIDLLSPLVEKRKQQLEDMNTKLDAGVNTSDDLYSAKAGYLSLQQQLQDAFRQREMSIRYLSLLTGESVSLQALEQGKADLELKSVVNKQVTLGDLNTLIAHQPDISLLQTQLALEHNKLKAQRGKLKPNVNLYVKLRSGDNFESALRKDYGEIGLSFEYPLGAVPANYGESKTLQKSITAISTELKYLQKVKALQASSIQNGLDSAKSKIEVAQMELERREQIWQSEQARVGSGLVSVDRLIQAEDDKINAYLSLLATFNDAWMDYVDAALFANTACLGGE				NA	NA	NA	NA	NA
AK237_04172	1155	mdtA_11		Multidrug resistance protein MdtA	ATGGACGACACAGGCAACAAAACAAAAATAGAAAAAACAATCTCCGTGGTACTGCTGCTATTGCTATTGATTGCCCTGGTTATCATGGGGGCATGGGCAATGAACATTGTATCCTCTCATCTTAAAACCACTAGCCCGGCGTTCGCGCGAGACAAAGATGCGCCTATTCCTGTCAAAATTGCTAAGGCTGAAACCGCTCCGGTTTCATCAACATTGGTCACCCAGGCCTTACTCGTTGAAAATCAATCGCTGCCGGTTTATCCCGCCGTGCAAGGCATGATTCAAACCGTGCACGTAGAAACCGGTGAATTAGTGCAGAAAGGTCAACCGCTGATTTCATTTTACCCTGAGTTATTAAAAGCAAAGTTAGACCTTGCTGAATCCATGGTGGAAATCGCTGAAGATGAATACGCTGCAGCAAATGAAAACTACAAGAAAGTACAGACACTGTTTAAGAAAAATCTGGTAGGGCAAGATGAGCTGGCCAAAGCAGCATTAACCGCAAAACAAGCAAAGTCTGATTTACTTACCAATCGCTACGACCTTCAAACTGCACAATCAAATTTCTCTCAAGTAGACATGCTTGCGCCAGTGGGTGGGGTAGTAACCTCTGTTACCGCGTTTGCTAATACCAGCGCGAGAATGAATGTCCCTGTACTTACTTTAAGTGTTACCAACCCTATTTATGTTGAAGCCAAGGTGGCGCAACGCTTTTATGGCGAACTCGCATTGGGACAGCAAGTGAGTATTAAACTTGATGCTTTTCCTAACGATGTATTTACCGCCAATATTCTGCGCATTGGCAGTGAGGTTGACGAGCGCTCCGACGCACTGGCTGTTTATGCAAAACTCGACAACCCTGATCTTACACTTCGCCCGGGAATGGGTGGGGTGGCCTCAATTGACCTGTCTGAAGTTGAGGGTGAGCCGGTGCGTATTCCTGCCATCGCGCTTTTAGGTAGCGATGGGCGAAATGCATTTGTCTTTGCGGTAGACGACAACGAAACCGCGCATCTCAACGAAGTTACGCTGGCGGGTTATGAGCAAGGCTATGTTGGGATCCGCACCGGCTTAGTTGCCGGACAACATGTTGTGGTAGTCGGGCAGCAAGCTTTGAAAGACGGCGACAAGGTGGAGGTGGGGCATGCGCTTTAG	MDDTGNKTKIEKTISVVLLLLLLIALVIMGAWAMNIVSSHLKTTSPAFARDKDAPIPVKIAKAETAPVSSTLVTQALLVENQSLPVYPAVQGMIQTVHVETGELVQKGQPLISFYPELLKAKLDLAESMVEIAEDEYAAANENYKKVQTLFKKNLVGQDELAKAALTAKQAKSDLLTNRYDLQTAQSNFSQVDMLAPVGGVVTSVTAFANTSARMNVPVLTLSVTNPIYVEAKVAQRFYGELALGQQVSIKLDAFPNDVFTANILRIGSEVDERSDALAVYAKLDNPDLTLRPGMGGVASIDLSEVEGEPVRIPAIALLGSDGRNAFVFAVDDNETAHLNEVTLAGYEQGYVGIRTGLVAGQHVVVVGQQALKDGDKVEVGHAL				NA	NA	NA	NA	NA
AK237_04173	609			hypothetical protein	ATGGCGAGTACGTTAGGACATGCCTTGTGTGGTATCGATTGCGTTCTGATAGGCAGGATGGTGGCGCCCCGGTATATAAAACGCTTGTCGCTGCCTCTTATTGTCGCGTCAGTGTTTTTGGCAAATGCACCGGATTTGGATTTACTGGTTGGTCCCATGATTGGTGAACATCATCACTATTTGCATGGGCAGATGACGCATTCTTTTATGTTTGCATTACTTTGTGGCGGCTTGTTTTGGGGCGTCGGGAAAGGACTAAAAATCGATAATAATAAAAACCGGTTCTACGCTGTGTTGGTCACTTGTGGACTGCTAAGTCACGTGATTGTGGACTGGTTTACAGGCCCTAATCCTGGATGGAATCCCAGTTTTGGTACCGTGATACTTTGGCCTTTTGTTGATGAGCGCATACATTCGCCTTTGACGCTTTTCCTCGGGCCACATCATGGCTCTATGACAGAGTTTCTCGCTTGGCACAATGTGTGGGTGATGTTACGGGAACTGATTATTTTTGGCGGCGTCGGGCTGGTGCTATGGCTAGTCTCGATGGATATCAGGACACAGGTTAAACACTTTTTTAGTGATTTGCTGGCAGGTAACTTTAAGTAG	MASTLGHALCGIDCVLIGRMVAPRYIKRLSLPLIVASVFLANAPDLDLLVGPMIGEHHHYLHGQMTHSFMFALLCGGLFWGVGKGLKIDNNKNRFYAVLVTCGLLSHVIVDWFTGPNPGWNPSFGTVILWPFVDERIHSPLTLFLGPHHGSMTEFLAWHNVWVMLRELIIFGGVGLVLWLVSMDIRTQVKHFFSDLLAGNFK				NA	NA	NA	NA	NA
AK237_04174	1083			hypothetical protein	ATGATAGCGTTAATGGACAGCGTTATGTGGCGAATGAAGCGAGCTCTAAAGTTCGCCCTTACGTTTTCATTCACTTTTGTTGTGTTAACAGCGTGCAAGAATGTGAGCGCTTCGGAATCCGCTGCGCAGAAAGTGTCACTGCCACGCGGCATCTTTGTAAGTTCGGGGCCGAAAGTCAGTGACAAAGTCATGGCAATGGATCAAGTCGCCGGTAATTTAATTCGGGTGGGGTGGGATGAGGTAGAGCCGCAACCTGGTAAATACGACTTTTCTGCTATCGATTTACTTATCAGGCAGGCGAAAAAGAATAATAAAAAGGTAGCGTTAAGTGTCCTGAATGGCCCAAGAGCCCCCAGCTGGTTGTATGAGCAAGGCGCAGAGCCCTTCCACTATGAGTTTAAAACGCGTTATTCACAACAAGGGAACCGGCAAGAAACGATTCCCGTGCCATGGGATCCCATTTATCTTAAGAAATGGGAAGGTGTGATTCGTGCCCTTGGTGATAAATACAGTAAAGATAGCACCATTGCCGTTGTGCATATTACGCACTCTTCAAAAAACGGTTTTGAAATGCAGTTACCTGAGGAGCGTGTAAACGGGCGGGTTGAAACCACGACAAATGGGCCATGGGCGAAAGCGGGATACAAAACCGAACATCACATTGAAGCGCTTAAGGCAATTGTTGACGCTTATATTGCCGCCTTTCCCAATACACCTTTAGATATTGAAATTCATCCTGTTTTAGATTCTCTCGCCCCTGCGAAAGCGATATACGAATACGGCGTTAACCGGGCTGGCGTACGTTTCGGGTTATTTTCTGCTTGGTGGAGTGGCATTTCCCAGCGCTGGAATGAATCGATGTATCCCCTACTGGAGGACGCGTGCCGTACCTCATTTTGCACACTGCAATTGATTGGAAATCAAACCCGTCAGCCGGAAAGGTTAGCCCAGGGAAGCGTTAGTGGTGCTATCGAAGCAGGTATGGCAATAGGGGCAAAATATTTTGAAGTATGGGATGTCGATATTCGAAACCGCCAGTTGAACAATACCCTAAGAACAGTGGCCGTTTCGTTAGATAAGTAG	MIALMDSVMWRMKRALKFALTFSFTFVVLTACKNVSASESAAQKVSLPRGIFVSSGPKVSDKVMAMDQVAGNLIRVGWDEVEPQPGKYDFSAIDLLIRQAKKNNKKVALSVLNGPRAPSWLYEQGAEPFHYEFKTRYSQQGNRQETIPVPWDPIYLKKWEGVIRALGDKYSKDSTIAVVHITHSSKNGFEMQLPEERVNGRVETTTNGPWAKAGYKTEHHIEALKAIVDAYIAAFPNTPLDIEIHPVLDSLAPAKAIYEYGVNRAGVRFGLFSAWWSGISQRWNESMYPLLEDACRTSFCTLQLIGNQTRQPERLAQGSVSGAIEAGMAIGAKYFEVWDVDIRNRQLNNTLRTVAVSLDK				NA	NA	NA	NA	NA
AK237_04175	744	hddC		D-glycero-alpha-D-manno-heptose 1-phosphate guanylyltransferase	ATGAGTTCAAAAGCCATTATTTTAGCAGGCGGATTAGGCACAAGGCTTCGCAAGGTGTTAAACGACGTTCCTAAACCTCTGGCCCCTGTAAATGGAATTCCGTATTTAGCCTACATGGTAAATATGCTTTATCGAAAAGGGTTACACGACATCATCCTTTCCGTTGGCTATAAGGCTGAACAGTTCAACCACTTTGTCGTTCAGCAAATGGATGCATTGCCGGGATTAAAGCTAACGCTTGTGCAAGAACCTGAGCCATTGGGTACGGGAGGCGCTGTTCGTTACTGCTTTAACCAATACCCTGCAAAACACTATGTTGTGTTTAACGGCGATAGCTTCTGTGATTTCTCATTATCTCAGTTGCGAGAAACAGCGTTTGAGCGTGGCGCTGCAATGGTAGTGGCGAATGTACCCGACATCAGCCGTTATGGAGAGGTGACGCTAGCAGCCAATGGGAAGGTATTGGGCTTTCAGGAAAAGAAACCGTTGAGTCGAAGCGGCTGGATAAATGCTGGTATTTACAGCATCCCCGGAAGCGTTATGGCAACCACTCCATCAGCACAAAAGTTTTCTTTCGAACATGAAGTTATTCCCCGGTTATTAAACTCAGGGTTATTTGCGGTGCAAGCGACTGGGCCATTTATTGATATTGGTATTCCTGAGGACTACCGACAATTCACTATCAATCCTTCTCATTATTTTCCTGTTTTACCACAGTGGTGTGGTATCAAGGCGGCAGGATGA	MSSKAIILAGGLGTRLRKVLNDVPKPLAPVNGIPYLAYMVNMLYRKGLHDIILSVGYKAEQFNHFVVQQMDALPGLKLTLVQEPEPLGTGGAVRYCFNQYPAKHYVVFNGDSFCDFSLSQLRETAFERGAAMVVANVPDISRYGEVTLAANGKVLGFQEKKPLSRSGWINAGIYSIPGSVMATTPSAQKFSFEHEVIPRLLNSGLFAVQATGPFIDIGIPEDYRQFTINPSHYFPVLPQWCGIKAAG	PGPT0024594_6	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-REMODELLINGLPS|LIPID|IVA_METABOLISM	CE-REMODELLING_LPS-MANNO-HEPTOSE|-PHOSPHATE_MODIFICATION,PGPT0024594-hddC-K15669	NA	NA
AK237_04176	597			hypothetical protein	ATGCAGAATGAGATAATTGACCAGGCAGGTTTCGCCGCGCTGAGAGTTGATTTACGTCGAAAACGAAAGCACTACACGCGCATCGATAACGTTGTGAACAAGTACGTCAAAATGACGTTGCAGTGGGGTTCGTTAGCGGTGATGGCATTTCGATTTGAGCAACAATGCCGACAACTTTCCCCAGCGTTGCTAGCGAAGTTAATGGGAGGCGTTGCGAGCCTCGCCAGCAGTGCATTAAGAATGCTCACCGATTGTTACATCGCGCCGGATACAAAAATTGGCACAGGTTTAGTGCTACACAACTTCGCAGGCATAGAAATAGATGCAAAACAGATAGGTCGTAATCTAACGGTCAACCAAAATGTGTGCATTGGGCGGGACTTTACTATTAAAGGCAGGCCAACACTTGGAGATAACGTATTTGTTGGGGCTGGGGCAAAGATTTTAGGGAGCGTCGTTATTGGCAATAATGTTGTTATTGCTGCGAATGCGCTGGTAATTACCTCTATTCCTGACAATTGTTCAGTGGTAGGAAACCCGGCAAAAATCGTATCCCGTGGAGTAACAAGTGATTACCTTAGCTTTGATGCAGATTAA	MQNEIIDQAGFAALRVDLRRKRKHYTRIDNVVNKYVKMTLQWGSLAVMAFRFEQQCRQLSPALLAKLMGGVASLASSALRMLTDCYIAPDTKIGTGLVLHNFAGIEIDAKQIGRNLTVNQNVCIGRDFTIKGRPTLGDNVFVGAGAKILGSVVIGNNVVIAANALVITSIPDNCSVVGNPAKIVSRGVTSDYLSFDAD	PGPT0020265_4999	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
AK237_04177	1359	mshA_6		D-inositol-3-phosphate glycosyltransferase	ATGGTGGCTGCTTGTCCTTTTCCCGCTAATCATGGCTCACCGGCATCTATTCGTGAAATGTCCGAAGCACTGGTAGAGCTGGGGCATGAAGTACACATTTTGACATATCCTATCAAGGAGGATATTCCTGTTACGGGCCCCAAAATACATCGCGTATCTTTTCCTTTTCTAAATAAAAATCGCGTGAAGGTAGGGCCTGCTCTTGAGAAATTTGTTTATGATCCACTGATGGTTCTTCGCCTAATTTGGCTGATTTGGAAATATAAAATTAATGTTATTCATGCACATAACTATGAAGGGGCGTTGATTGGCTGGTTAGCAAAAATCGTCACTCGTAAGCCCATGTTGTACAACGCTGTGAATAACATGGTTGACGAGTTGGTCACCTACGATTTCATCTGGTCCAAAGGGTTTGCGATGCGGCTAGCTCGGTTTTTGGACAAAACCATTCCCTTTACTGGCGATTACGTCACTGCTGTGTCTGACTCGTTGAAAAGCTACCTCATTAAACTGGGGGTTAAGAAAGAGAAAATTCAAGTGTTGCCGGCTGGGGTTAACCCAGGAATGTTCCAGACGAAAGACAAAGCGACGCTGCGAGATGAATACGGATACGGTCGAGCGGACAAAATAGTTATTTATACAGGAAGCCTGGATGCGTTTCAGCGTATTGACTACTTACTTGAAGCAACCGCGCTCATTAAGCCGCACTTTCCTGAATTGAAGCTTATTCTTGCTGCCAATATTGTAAACCCCAAAGATCTCGCAGTTATACAGACAAAAATCGTCGAGCTTGATATTGGTGATGTTACAGAGATTGTTGAAGGGCTTGCGTTAGCGAAGCTACCAGACTACCTGGCATTATCTGATGTGGCTACGCTTCCCAGAACCGATTGTCCTGGTCACCCTGTGAAAATCCTCAATTACATGTGTGGCAATATTCCTATTGCTGGTTTTTCTGGTGCCGCGAAGGGTCTGCACCACATGAAGAATGCCGTACTTGCAGAAGATCACAACATCGAACAGTTTGCCGAGTGTATTGAATGGCTGCTTACTCGCCCGGAGATGGCTGAGAAGATTGCGTTTGAGGCGAGAAAGACCCTGGGATCTCTGTATGAATGGAAAGTGCTGGCGAAGGGAATTGCAGTCATCTACGAAATGCTCAGAACCGATGATTATGAAACCCTGAAGCCCGCGTTGCAGCGTTATATTAGGGAAAGCTATCAGCCGCGGTTTTGGGATAACCGAAAAGGCGAGTCTCCCCCAGCCAGCGATATTCAGGAAAAACGTAAAGGTGAGCGCAGACAAGAGGTTGTGCGCATTGATTTTATCGAACGCCGGAGAGTGGTCGATGCAGAATGA	MVAACPFPANHGSPASIREMSEALVELGHEVHILTYPIKEDIPVTGPKIHRVSFPFLNKNRVKVGPALEKFVYDPLMVLRLIWLIWKYKINVIHAHNYEGALIGWLAKIVTRKPMLYNAVNNMVDELVTYDFIWSKGFAMRLARFLDKTIPFTGDYVTAVSDSLKSYLIKLGVKKEKIQVLPAGVNPGMFQTKDKATLRDEYGYGRADKIVIYTGSLDAFQRIDYLLEATALIKPHFPELKLILAANIVNPKDLAVIQTKIVELDIGDVTEIVEGLALAKLPDYLALSDVATLPRTDCPGHPVKILNYMCGNIPIAGFSGAAKGLHHMKNAVLAEDHNIEQFAECIEWLLTRPEMAEKIAFEARKTLGSLYEWKVLAKGIAVIYEMLRTDDYETLKPALQRYIRESYQPRFWDNRKGESPPASDIQEKRKGERRQEVVRIDFIERRRVVDAE				NA	NA	NA	NA	NA
AK237_04178	678			hypothetical protein	ATGGACGCGATAAAATTAGATGGCATTTTTTCTTTAGTTAATAAGGCGCCAGCCTTGAGACGAATTATCTTTCCGGGCCCTTCTGTTGCACTGTGTTCAATGGGCGGCGTGGGATCTACGGCGCTAGCGCGGCACATCGGTTCTATTGCAGATAAAACGGTGCGAGAGCACGCGTATTCTCCGTCTGTTTACGACCGCGAAAACCAAATAAAGCTCGGCTACGTGTTTGGCAATCCGTACAACAGCGTGCTGTCAGTATTTCGCAGGGGATTTCAGACAATGCATGCCAAAGCAATGAATGCAAACAGCGGAACCATTGCACCTGATTTGAAAGGTTTTGATGTAGAACGCTATTTAGCGAATGGACAAGATGCGTTTCATTTAGAACGTCAACTGGATAACTGGATAAATCCAGAAAATACGCGCCATCCCGTAATGCTAATTAAATATGAGTCATTAGCTGACAACATTGATGACGTTCTTGAATTCTTTGGCTGCAAAAAGCCTTTTGAAGTGAAATCGCGAAAGTCAGCATGGCAAGAGCAACCCTCACACATTGTACAGGGCTTGGAAAAAATGTATGGAAAATTCGCTGAAAAGGTCGAAGCCATGCCCGGGACCATGGTGGTTAATCCCTCTCAACGCAATGAAGTAGCAGCAGAAGTGCAACATGGATGA	MDAIKLDGIFSLVNKAPALRRIIFPGPSVALCSMGGVGSTALARHIGSIADKTVREHAYSPSVYDRENQIKLGYVFGNPYNSVLSVFRRGFQTMHAKAMNANSGTIAPDLKGFDVERYLANGQDAFHLERQLDNWINPENTRHPVMLIKYESLADNIDDVLEFFGCKKPFEVKSRKSAWQEQPSHIVQGLEKMYGKFAEKVEAMPGTMVVNPSQRNEVAAEVQHG				NA	NA	NA	NA	NA
AK237_04179	849			hypothetical protein	ATGTCTGGTCAAGATTTTAAGATGGATTTTATAGGAATAGGCTCAGGAAAATGCGGTTCTACCTGGCTATTCGAAAACCTCGTCCAACACCCTGAAATATTCGACGGCAATCCTAAAGAGATCCACTATTTCGGCGATCTTTATGAAAAGCAGAGTTTCGATTGGTACCAGGCGCTATTTCAAGGCGCGGGCGGCTTACTGAAAGGTGAGTTTTCCATCAGTTATATGTACCACCCTGATGCCGCTGAGCGAATTTATACACATTTTCCCGATGTAAAAATTATCGCTATGGTGCGTGATCCGGTGGCACGCACTTACTCAGACTATCAACACTTTATTCGCAAAGGTGATCTCTCGCCAGACTACCCGTTTTCACAATATATCGAAGATGAGGGGAAGCTACGCTTCGGCTACTACACCGATTATCTCGTCCCTTTTTTTGAGCGCTTTCCTAAAGAAAATATTCTCGTACTTGTACTAGAAGAAATGCAACATGATTTAGCCAGCTGCTATCGCCAAATCTTTGAATTTATTGGTGTTGAGGATACCGAGTTTCTTCCTGAAGGCGTAGCTGAGAAGCGAAACCAGGGCGTTAATTATCGGTTTCTTAAACTCGAGAATATGCTGGTTCGCAGCTATCGATTTATGGCGCGGCGGGGTCTCACTGGTTTTGCTGAACGATTAAAACGCTCTGGCGTTGCTCAAATGGTCAGACGGCTGAACGCAAAATCTGAACCGCTGCCAGATATGGACACGGCGTCCAAAGAAAAGCTCAGTGCGTATTTTGCTGATGAACAGGCAAGGCTTGCGCAACTATTAGGAAGGGAAGAGCAAATATGGACGCGATAA	MSGQDFKMDFIGIGSGKCGSTWLFENLVQHPEIFDGNPKEIHYFGDLYEKQSFDWYQALFQGAGGLLKGEFSISYMYHPDAAERIYTHFPDVKIIAMVRDPVARTYSDYQHFIRKGDLSPDYPFSQYIEDEGKLRFGYYTDYLVPFFERFPKENILVLVLEEMQHDLASCYRQIFEFIGVEDTEFLPEGVAEKRNQGVNYRFLKLENMLVRSYRFMARRGLTGFAERLKRSGVAQMVRRLNAKSEPLPDMDTASKEKLSAYFADEQARLAQLLGREEQIWTR				NA	NA	NA	NA	NA
AK237_04180	549			hypothetical protein	ATGTTTAGTCATTTAAAAGCAGACGCACATCAGCGCCTGGAGACTACCGGGCAAACCGACGAAGGAGTCAGTCGTCTTGCCAGTTTCTTCAGTCGAACCTGGCTTGCAACGTGTGTCTATCGGTTTGGTCGATATGCCAACGATGTAAAGTTTATGCCGTTAAAGCTGGTTTTAAAGGTGCTCTACTATCCCTTATTTTTCATTACACAGGGGGTGACTGGCATCAGTATTCAAGCTCACTGCAAAATTGGCAAAGGACTGGCTGTCAATGGAACTGGCGGTGTGTTTATTCTCGCTGAAACGATAGGTGAAAACTTTACGGTTTGCTCTGGCGTCACGGTAGGAAATGTACGGGGAAGTAAAACGCTACCTGTTATTGGCAAGAATGTGTACATCGAGCCCGGCGCGAAAATACTTGGAAGCGTTTCAATTGGCGATAATGTCATTATTCGCGGCAACAGTTTAGTAATCACTGACATTCCAGATGACACGATGGCTATTGGTAATCCGGCACGGATAAAGAAGAAAGAGCAAGTAGCGGAGAGTTAA	MFSHLKADAHQRLETTGQTDEGVSRLASFFSRTWLATCVYRFGRYANDVKFMPLKLVLKVLYYPLFFITQGVTGISIQAHCKIGKGLAVNGTGGVFILAETIGENFTVCSGVTVGNVRGSKTLPVIGKNVYIEPGAKILGSVSIGDNVIIRGNSLVITDIPDDTMAIGNPARIKKKEQVAES	PGPT0020265_4932	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
AK237_04181	492	cysE_4	COG1045	Serine acetyltransferase	ATGGAGCCAGGGACAATTGCCAGTATTGTTTATCGTTATGGGAGTTGGACGCGCACGATAAAAATTAACTTTATTCGCCTGCTTTTTCGCGTTCCTTACTTTTTGGCGAAGGCCATTGTGGTTACGGGATTTGGTATTTATATCCCTTCAAAAGCCAGTATTGGCAAGGGGTTCACCATTCACAATTTTAGCGGCATTTTCATTAGTGAAGGTGAGATGGGCGAGAATGTCATTGTTTTCCAGGGAGTCACAATTGGGCATTTGAGAGGGCAGCCTGCGCCACCCAAAATTGGCAATAACGTGCTAATCGCTGCTGGCGCAAAAGTGCTTGGGAGCGTGAATATTGGCAATAATGTGGTCATTGGGGCGAATTCTGTAGTGATTAACGATGTGCCTGATAACTGCACGGTGATGGGGAATCCGGCTCGCGTTATTTCCCGGGAAACAAACTGGATGAGCGAAAAGCTGGCCGGGAACGACAACAACTATTAA	MEPGTIASIVYRYGSWTRTIKINFIRLLFRVPYFLAKAIVVTGFGIYIPSKASIGKGFTIHNFSGIFISEGEMGENVIVFQGVTIGHLRGQPAPPKIGNNVLIAAGAKVLGSVNIGNNVVIGANSVVINDVPDNCTVMGNPARVISRETNWMSEKLAGNDNNY	PGPT0020265_4721	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
AK237_04182	249			hypothetical protein	ATGAGCAGTCAACAAGAAATCATTTCGTCATTAAGAGAAACACTGACCAAGGTGTGCAAAAAGGACTTTAACCAGATCCCCACCGATACACCGCTGAATTTGGACTCGATTAATCGCATCTCGCTAATCGTTGAGTTGGAATGGGTTTACGACATAGAAATTGATTCTGATGGCTTAGACCCCGAAGTATTCGACACGCTGGAGTCTTTATCTTCCTTTGTCGAAAGTTTGGTGGGTGCTCGTGTTTGA	MSSQQEIISSLRETLTKVCKKDFNQIPTDTPLNLDSINRISLIVELEWVYDIEIDSDGLDPEVFDTLESLSSFVESLVGARV	PGPT0011375_7366	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING	OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0011375-acpP-K02078	NA	NA
AK237_04183	588			hypothetical protein	ATGTTGAAAGAACATTTTAGAAGTCGCGGTTTTATAGAAGGCGGTATTGTCCATAACATTAACGATGATGCAATGGATATGGAGGCCTTACCACCCTTTCTCAGAACGCTGTTGGTAACCGACGGTACGGTAACAAAAAGTCTGGAGGCGTTTTTCTGGGAAAATATCCGTGTAGAAAAGCGTTGGCAGGAACCGGTCTGGTTAACCCAAACGCTGCCTTTTATTGATGCAAAAGTGGGTGAGCACGCGTTAAAGCGTGACGTTGTGCTTCGTGGTGTCACCACATCGGACATTTATGCGTACGCGACATCGTTTCTGAGAATGGACTTGCTTGACGATCAGGTTAAGCAGCAAATGCTCGAAGGTAAAATTGGTATCGGTGAGCTGTTACGAGAAATTGGCCTCGAAACGTATCGCGAGATCGTTGATTTTGGGCGTGAAGTCTTTCAAGCCAACGATCACGGACAGGGCAAACCCGAGTACGTCGAAGCGATATATCGCACTTACGTAATCAATATTGGTGGAAAGCCTGCCATGCAGATCACTGAAAGGTTCCCCATTCGTTTATTTCAGAAAAAAGCAAAGTAA	MLKEHFRSRGFIEGGIVHNINDDAMDMEALPPFLRTLLVTDGTVTKSLEAFFWENIRVEKRWQEPVWLTQTLPFIDAKVGEHALKRDVVLRGVTTSDIYAYATSFLRMDLLDDQVKQQMLEGKIGIGELLREIGLETYREIVDFGREVFQANDHGQGKPEYVEAIYRTYVINIGGKPAMQITERFPIRLFQKKAK	PGPT0008380_681	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-QSR-AUTOINDUCER_PERCEPTION	CE-QSR-DSF_BIOSYNTHESIS,PGPT0008380-fadD-K01897	NA	NA
AK237_04184	1431	lcfB	COG0318	Long-chain-fatty-acid--CoA ligase	ATGCTTTATGAAAAATTCAAATCTCAGGTAAAAGCAAGACCCACTAAAGAAGCGCTTGTATGTGGGGATGAGTCACTTTCTTTTGCTGAACTCGATGACAAAGTCGAACATATTTCGAAACTACTTGTCGCGCAACAGGTTGTCGCTGGAAGTATTGTCGCCACGGCATTGCCCGCCGGGATTGATTTTATTGCCACCGCGTTGGCAATTTATAAGTTGGGAGCCTGCTTCCTTCCCCTTAACGTTAAATTCACTGATACTGAAATCGAAGACTATTTGATTCGCTCTGAAGCTAATCTGATCGTAGGTACCGCAAGTCAACTACAGCGTATCAGCAAGCTATCTGTCCATCTGTTTTACCTCGACATAGATGCTGAACCTGTTGAAGAGGAAACCTGCGCGGTAGAAATTCTACCTGAGTCGCCAGGGTTAATTTTATTTTCGTCAGGCTCAACCGGTAAAGCGAAACAAGTGGTGCGTTCGTACGGGCAACTTATTGCAGAGGCGGAGTCATTTAAAGCAACAGCCCTGGTGGATGCTACAGACGTATTTCTTTGTTCAGTGCCTTTGCATCACGCCCATGGTTTTTCAAATTGTTTGATGGCGTCGCTACTCAATGGAGGTAAACTCGTAATTACTCCCGGAGAGTTTAATCCGCGTAGCGTAATTCGAGCGTTAGAAAAGCACGCGGTGACCGTTTACCCCTCCGCTACGTTTATGCTCAAGATGCTCGCCGCAACACGGGTTAAGCAACAACCCGACTTGTCACACTTGCGTCTGGTTTTTACTGCTGGCGCGCCGCTTGCTGAAGAGATCCGCGAGTCATTACAAAATGCACTCAATATTTCTGCCTGCCAACTTTATGGGTCAACCGAGGCCGGCGCCATTGCCCTCAATTTAGGCGATGCACCCAGTCATTCTGTTGGATTACCGTTAAAAGGTATAACTCTGCAGATTATCAATGACGATGGACTAGAGAATCCGCCAGGAATGGAAGGTGAAATTGCCGTAAGAAGTGCGTCAGCAGCAACAGAATACAAGGGGATGGCAGAAGCCACATCCACCACATTTAAAGACGGTTATTACCTGACTGGTGATATCGGATACAAAAATATCCACGGCGAAGTGTTTGTTACCGGGCGCAAGAAAAAACTCATTAATGTTGCTGGCCTCAAAGTTGATCCGACCGAAGTTGAGCAGGTCCTCATGGGGCTTGCCACTGTAAGGGAAGTCGTAGTGTTAGGCAAGCCAGATGGCGATTATGGCGAAATGGTAAAAGCGGTGATGGTGGCCGCTGAGGGTCTTACCGAAGGTGATGTCGTTGAGCATTGTAGAGCGAATCTGGCTGAATATAAGTGGCCCAAAATGATTGAGTTCCGCAGTGAAATACCGCGAAGCCCATTAGGCAAAATTCTCAGGAAATACTTGTAA	MLYEKFKSQVKARPTKEALVCGDESLSFAELDDKVEHISKLLVAQQVVAGSIVATALPAGIDFIATALAIYKLGACFLPLNVKFTDTEIEDYLIRSEANLIVGTASQLQRISKLSVHLFYLDIDAEPVEEETCAVEILPESPGLILFSSGSTGKAKQVVRSYGQLIAEAESFKATALVDATDVFLCSVPLHHAHGFSNCLMASLLNGGKLVITPGEFNPRSVIRALEKHAVTVYPSATFMLKMLAATRVKQQPDLSHLRLVFTAGAPLAEEIRESLQNALNISACQLYGSTEAGAIALNLGDAPSHSVGLPLKGITLQIINDDGLENPPGMEGEIAVRSASAATEYKGMAEATSTTFKDGYYLTGDIGYKNIHGEVFVTGRKKKLINVAGLKVDPTEVEQVLMGLATVREVVVLGKPDGDYGEMVKAVMVAAEGLTEGDVVEHCRANLAEYKWPKMIEFRSEIPRSPLGKILRKYL	PGPT0008380_15753	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION	CE-QSR-AUTOINDUCER_PERCEPTION	CE-QSR-DSF_BIOSYNTHESIS,PGPT0008380-fadD-K01897	NA	NA
AK237_04185	780	arnC_4		Undecaprenyl-phosphate 4-deoxy-4-formamido-L-arabinose transferase	ATGACTAGCGGTGCTTCCACAGCAGCAATTGATTACAACGATACACAAGGTAATTTGGCGAAATCCATTGGGGTAGTCAATAACCCCGATAAGTTATCCAGTGTTTCAATCATTTTTCCCGCCTATAACGAAGAGGCAAATATCTCGAACTCCATTGATAATGCTATTAAAGCATTTTCCAAATACTTTCATCAGGTTACGGTTATACCGGTAAACGATGGCGGATATGATAAAACTGGAGACATTATTGATGCTTTGGCTCATAAAGATGAGCGAGTTAAACCAGTTCATCACGAAAGAAATAAAGGTTACGGCGCAGCACTAAGAAGTGGGTTTGATGCTGCTAAAAATGACTATGTCTTTTTCTCTGACTCGGATGGCCAGTTTGATCTGGAAGAGGTCACGCGCTTATTGGCGTATGTCGACAGTTACGATTTGATTCTTGGTTACCGGGAAGCGCGGGCCGATCCCTTTCACCGAAAACTCAATGGCTGGGCCTGGTCTAGCCTGGTTCGTTTCCTGTTTAAAATTAAAGTGAAAGATATCGACTGTGCTTTTAAGCTGTTTCGTCGAGACATATTTGACGTGATTAAACTTGAAGCGGGCGGCGCTATGGTCAATACCGAGTTATTAGCTCTGGCTAAGAAAAATGGTTTTACCATGGTGAATGTCCCTGTGAGCCATTATCCGCGGGAGGCCGGTGAACAAACGGGTGCCAATCCATTTGTTATCTTTAAAGCATTCAAAGAGCTATTTAAGCTCCACGCGAAGATTTCGTGA	MTSGASTAAIDYNDTQGNLAKSIGVVNNPDKLSSVSIIFPAYNEEANISNSIDNAIKAFSKYFHQVTVIPVNDGGYDKTGDIIDALAHKDERVKPVHHERNKGYGAALRSGFDAAKNDYVFFSDSDGQFDLEEVTRLLAYVDSYDLILGYREARADPFHRKLNGWAWSSLVRFLFKIKVKDIDCAFKLFRRDIFDVIKLEAGGAMVNTELLALAKKNGFTMVNVPVSHYPREAGEQTGANPFVIFKAFKELFKLHAKIS				NA	NA	NA	NA	NA
AK237_04186	1053	hddA		D-glycero-alpha-D-manno-heptose 7-phosphate kinase	ATGGAAATTTATCGTTCTAGAGCACCCCTGCGCATCGCTTTTGCCGGCGGCGGTACTGACGTAAACCCCTACGCGTCAACGTATGGTGGCTTTGTACTCAATGCCACGATCAATAAATACGCTTATACGAGTCTAATTAGGCATGCTAAGCCAAGCACGTCAGTAACCTCATACGACTTCGGCACCACCACAGAATTTTGTAGCTCAACGCTACAAAGCAAAAGTTCAGAGGTGTGTTTCGTTAAATCAGTCTACAAACATCTCATGGATTCTGCCTGCGGCCTTGATGTCATCACCCACAACGATGCTCCTCCAGGTTCGGGTCTCGGCTCGTCTTCAGCAATGATGGTTTCAATTATCAGTGCATTTAAAGAAATGGAAAATCTGACGATGAGCGCCTATGACATTGCACGATTAGCTCACGATATCGAGCGTTTGGAATTAAAGCAGTTAGGCGGCATGCAGGATCAGTATGCAGCAGCATTTGGTGGTTTCAATTTCATGGAATTTGATGGCGATAGCGTTTTGGTAAATCGTTTGAAGATGGATCCATGGGTTGTGAGAGAGCTCGAATACAACATGATCCTGGTGTACACCCAAAAATCCCGCTTATCTTCGAACATCATCGAAGATCAAATCAAAAATGTAGAGGGCAAGAAAGCCCAAAATATTGAAGCAATGCATCAGATAAAGCAGCACGCTTTGGACATGAAACGTCTTTTACTGAAAGGAAAGACAAATGAGTTCGGAGAGCTTCTTCATGAAGCGTGGGAACAAAAAAAGAGAATGGCTAATTCTATTTCTAACCAGGAATTAGACGAAATGTATGAAGCTGCCAGAAACGCTGGTGCTATTGGAGGAAAGGTCAGTGGCGCTGGCGGCGGCGGCTTCATGATGTTTTATTGCGAACACAATAAAAAGCGGGATGTTATTGCCGTACTTGAAAAACTTGGAGCACGAGTGGAGAGCTTTAAATTTGAGCTCGATGGAGTCGAATCGTGGCGAAATCAACGGGTTGAGCAAGTGCTCAGAGACCGGTTAATGACAGCATAA	MEIYRSRAPLRIAFAGGGTDVNPYASTYGGFVLNATINKYAYTSLIRHAKPSTSVTSYDFGTTTEFCSSTLQSKSSEVCFVKSVYKHLMDSACGLDVITHNDAPPGSGLGSSSAMMVSIISAFKEMENLTMSAYDIARLAHDIERLELKQLGGMQDQYAAAFGGFNFMEFDGDSVLVNRLKMDPWVVRELEYNMILVYTQKSRLSSNIIEDQIKNVEGKKAQNIEAMHQIKQHALDMKRLLLKGKTNEFGELLHEAWEQKKRMANSISNQELDEMYEAARNAGAIGGKVSGAGGGGFMMFYCEHNKKRDVIAVLEKLGARVESFKFELDGVESWRNQRVEQVLRDRLMTA	PGPT0024593_59	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-REMODELLINGLPS|LIPID|IVA_METABOLISM	CE-REMODELLING_LPS-MANNO-HEPTOSE|-PHOSPHATE_MODIFICATION,PGPT0024593-hddA-K07031	NA	NA
AK237_04187	447	gmm	COG0494	GDP-mannose mannosyl hydrolase	ATGTTTTTAGATGATAATACGTTTGCAATCGTTTTGGATAGTACCCCTCTTGTTTCGATTGATTTAATAGTGAAGCGAGCAGACGGTGCCGTTTTAGTGGGCCAAAGAGTGAATAGGCCTGCAAAAGGCTTCTGGTTTGTGCCGGGAGGACGAATTCTTAAGAATGAGACGCTTGCCAACGCATTCGACCGTTTAACCACAGTGGAACTTGGTACTTCGTATAGCATTGAGCAGTCAAGACTCATTGGTCCTTTTGATCATATTTATAAAGACAGCGTGTTAGGCGAGCACATCTCTACCCATTATGTAGCGATTGCTTTTGAGATAAATGTTGAAAGCCTGACTGCATTACCCGAAGTGCAACATTCTGCTTATAAGTGGGCCACGTTATCAGAATTGCTTAATTCCGAAGATGTTCATGAGAATACAAAAGCATATTTCCGTTAA	MFLDDNTFAIVLDSTPLVSIDLIVKRADGAVLVGQRVNRPAKGFWFVPGGRILKNETLANAFDRLTTVELGTSYSIEQSRLIGPFDHIYKDSVLGEHISTHYVAIAFEINVESLTALPEVQHSAYKWATLSELLNSEDVHENTKAYFR	PGPT0023335_232	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-COLANIC_ACID_METABOLISM	CE-EPS-COLANIC_ACID_BIOSYNTHESIS,PGPT0023335-wcaH|gmm|nudD|yefC-K03207	NA	NA
AK237_04188	960	fcl	COG0451	GDP-L-fucose synthase	ATGAAAACCGTATTTGTAGCTGGTCATCGAGGAATGGTTGGTGCGGCCATTGTCAGAAATCTGGAAAAGCAGTCTGACATTCAAATTATCACTCGCACTCGGCAGGACCTCGATTTAACTAATCAGGCGGCTGTTTCTCAATTTTTTGCTACCAATAAAATTGATGAAGTTTATTTAGCTGCAGCAAAGGTGGGAGGCATTCATGCCAACAACACTTACCCAGCCGAATTTATCTATCAAAACCTTATGATCGAGGCGAACATTATTCATGCTGCGCATGCCAATGATGTTCAAAAGCTTTTATTCCTGGGCTCTAGTTGTATTTATCCAAAGTTAGCTTCTCAACCGATGACGGAGAAAGCACTCCTGACAGGTGTGCTGGAGGAGACTAACGAACCCTACGCAATAGCCAAAATTGCCGGTATAAAGCTGTGTGAGAGCTACAATCGTCAGTATGGACGAGACTATCGCTCTGTTATGCCAACTAATTTGTATGGCCCCCATGACAATTTTCACCCAGAAAATTCCCACGTTATTCCTGCACTGTTACGACGCTTTCATGAAGCCGCAGAGCGAGGCGACGAAGAAGTTGTTGCCTGGGGAAGTGGTAAACCTATGCGCGAATTTTTGCATGTAGACGATATGGCGGCAGCCAGTGTTCACGTTATGGAACTGGAAAAAGCCATTTACGACAGCAACACCGAGCCTATGTTAAGCCATATAAATGTAGGTACAGGCGTTGATTGTACTATTCGTGAGCTTGTGGAAACAGTCGCTAAAGTGACGGCCTTCAAAGGGAAAATTGTTTGGGATACTACAAAACCAGATGGGGCTCCCAGAAAGTTAATGGACGTCAGCCGGTTACACGCCCTTGGGTGGAAACATGCCTACAATCTGGAAGATGGATTACAGGATGCTTATGATTGGTTTACTAAAAATCAAGGCAATTTTCGCGGTTGA	MKTVFVAGHRGMVGAAIVRNLEKQSDIQIITRTRQDLDLTNQAAVSQFFATNKIDEVYLAAAKVGGIHANNTYPAEFIYQNLMIEANIIHAAHANDVQKLLFLGSSCIYPKLASQPMTEKALLTGVLEETNEPYAIAKIAGIKLCESYNRQYGRDYRSVMPTNLYGPHDNFHPENSHVIPALLRRFHEAAERGDEEVVAWGSGKPMREFLHVDDMAAASVHVMELEKAIYDSNTEPMLSHINVGTGVDCTIRELVETVAKVTAFKGKIVWDTTKPDGAPRKLMDVSRLHALGWKHAYNLEDGLQDAYDWFTKNQGNFRG	PGPT0022775_1224	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-COLANIC_ACID_METABOLISM	CE-EPS-COLANIC_ACID_RELATED_PROTEINS,PGPT0022775-fcl-K02377	NA	NA
AK237_04189	1116	gmd_2	COG1089	GDP-mannose 4,6-dehydratase	ATGAAAATAGCACTAATTACCGGTGTTACCGGCCAGGACGGCTCATATTTAGCCGAATTTCTACTTGAAAAGGGATATGAGGTACACGGTATAAAACGACGTGCTTCTCTATTTAATACGGAACGTGTAGACCACATCTATGAAGATCCTCATGACGACAATCCTCGATTTCATCTCCATTATGGCGATTTAACTGATTCGTCTAACCTAACCAGGATTTTACAGGAAGTGCAACCTGACGAAGTATATAACCTCGGTGCTCAGTCTCATGTCGCTGTGTCCTTCGAGTCTCCTGAATATACCGCGGATGTCGATGCAATTGGTACACTCCGTCTGTTGGAAGCTATTCGTTTCTTAGGCTTAGAAAAGAAAACTCGTTTTTATCAGGCATCAACGTCAGAACTATACGGACTCGTTCAAGAGATCCCGCAAAAGGAAACAACACCTTTTCATCCGCGTTCGCCTTACGCTGTAGCTAAAATGTATGCGTATTGGATAACAGTTAACTACCGCGAATCTTACGGGATGTATGCTTGTAACGGCATATTGTTTAACCATGAATCTCCAAGACGTGGCGAAACCTTCGTTACTCGTAAAATTACACGTGGCATTGCGAATATTGCTCAGGGCTTAGAGTCTAGCCTGTATCTAGGAAATATGGATGCGTTGCGCGATTGGGGACACGCCAAAGACTACGTGCGCATGCAGTGGATGATGCTTCAGCAGGAACAAGCGGATGATTTTGTCATTGCCACTGGAAAGCAAATATCCGTAAGAGAATTTGTTCGGATGTCAGCGAAAGAGGCGGGTATCACTCTAGAGTTTAGTGGTAAAGGTGTCGATGAAGTGGCAACTGTCGTCGATGTCGACAACGAGCTCGCTCCGGGAGTCCGCTTAGGCGATATTATTGTCAAAGTCGACCCTCGCTATTTCCGTCCAGCAGAAGTAGAGACGCTTTTGGGCGATCCGACGAAAGCAAAAGAAAAGCTTGGTTGGGTTCCTGAAATAACGGTTGAAGAAATGTGTGCCGAAATGGTTTCGAGTGATTTGAAGAAAGCCAAGCAACATGCGTTACTCAAGAAACATGGATATTCAATAGCTGTAGCTAAAGAATAA	MKIALITGVTGQDGSYLAEFLLEKGYEVHGIKRRASLFNTERVDHIYEDPHDDNPRFHLHYGDLTDSSNLTRILQEVQPDEVYNLGAQSHVAVSFESPEYTADVDAIGTLRLLEAIRFLGLEKKTRFYQASTSELYGLVQEIPQKETTPFHPRSPYAVAKMYAYWITVNYRESYGMYACNGILFNHESPRRGETFVTRKITRGIANIAQGLESSLYLGNMDALRDWGHAKDYVRMQWMMLQQEQADDFVIATGKQISVREFVRMSAKEAGITLEFSGKGVDEVATVVDVDNELAPGVRLGDIIVKVDPRYFRPAEVETLLGDPTKAKEKLGWVPEITVEEMCAEMVSSDLKKAKQHALLKKHGYSIAVAKE	PGPT0022770_881	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS	CE-EPS-COLANIC_ACID_METABOLISM	CE-EPS-COLANIC_ACID_RELATED_PROTEINS,PGPT0022770-gmd-K01711	NA	NA
AK237_04192	237			hypothetical protein	ATGTTTAACAAAGCAAAATCAGCTTTTCAAAAAAGCAAAAAAGGTCTAGCAGTTGCCGCTGCTGGTGTTGGTTCTTTAGCTGTTTCTACTGCTTCATACGCAATCGATACGACTGCGGTTTCAACTGCGATTACTGCGGCTGAATCTGACGCATTAACAACTGGTGAATTTGTCATTGGTACAGTGGCATCACTCGTTGTTATTACCCTGATTATCGGCATCGTTAAGAAGCTTTAA	MFNKAKSAFQKSKKGLAVAAAGVGSLAVSTASYAIDTTAVSTAITAAESDALTTGEFVIGTVASLVVITLIIGIVKKL				NA	NA	NA	NA	NA
AK237_04193	1419			hypothetical protein	ATGCAGTCCGTTAAAGCCCTTTTAAAAGGGGCGCTTTTTAGCGCCTTTTTTGTTTCCCTTTCTGTTTCAGCAAATATTTTCCCTGGCGATACGGTGTATGGTCGTTCAACCGCTTATGACCCTGCTATAACAGGCGTTTGTAAATATAACAGTGAAGCGATGACAGCTTATCTTAATAGGGCTTCCAGGGAGTCTTACGAACAAACAAGGAATTCATACACAGATAAAAATAAATTGGGCGCTTACACTGTAAATGGTTCACCAACAATTACAGTCAAGTCTGCAACCTCTTGCCTAGGTTCTATTGATGCCACTGCAAAAACATATAATAAAGCTCCTGACGGCACGTATTATGAAACAGGTTTAACCTCTTTCGGTCTTACTAATGTTTACGGTACGTATTCTGAATCTGCATCCTGTCCTCCTAATGGTAATGCTCAGGCTACCGTTTCTGTAGATGACCCTAGTAATTCAGCAACTTTTTATTGTTTCGACCCAGTTGATTTGTCAGAAAATGATTCCTGTGCAACGTCTATAAATTCCGGTAACGCTTTTATTCCTAGCGATGGTCGCTCAGATTCATTTGCTTGTACCACTGAATCAGATGGTTCACGTTGTGCTTATACGCGTTCTGATGATGGCACGTATTACCAGTCCACTTTTGAAAATGAGGTGTGTTATTCATCGCCTACTGTTGACGCGCCTACAATACCCGAAGCCAATCCAGAAGATGGTTGCATAGGGGATTTTTGCCCTGCTGACCCTAATAATCACTGTATTGTAGATAGTAATGGCATCTCTAATTGTGCAAGCGGTTGCGGTACCATTAATGGTGTTTTTTATTGCTCATCTGACCATGGTGAAACGCCAGACCCGACAGACCCAACAGACCCGACAGACCCAACAGACCCGACAGACCCGACAGACCCAACAGATCCCATAGACCCAACAGACCCGACAGACCCAGTGGAAGGTGAGGTGACGTTAGGCGATTTGGCTGAATTGCTTCAACAGCTTGTTGATAAACCAACTGCTGGAGAATCTGATAATACTGATGTTGTTAATGCAATTGATGAAAATACGGGTGCTATTTCCGGTCTAAGAAATGATTTAAATGAAGCATTTACTGTTACACAGGGCGAAAAGGGTAAGCTTCCTTCTGAACAAGAAATGCAAGCTGAGGTAGATGAAATTAAGCAAGAATTGCTTAACAAAATGGATGAGGTGAAAACTTATTTCTCAAGCTTGTTTTCTGTGTCTGCTGGTATGGGCTCGTTTTCCGGCTGTACTAAAGTTGCCACTGTAAACGGCCATGATTATTCCGGTTGTGTTGATGATTATGCTGACGAAATGGCGCTTATTTCTCAGGCTTTGTTGTTCATTTTTGCACTGATAGCAATCGTTATTCTCTTTAGGTGA	MQSVKALLKGALFSAFFVSLSVSANIFPGDTVYGRSTAYDPAITGVCKYNSEAMTAYLNRASRESYEQTRNSYTDKNKLGAYTVNGSPTITVKSATSCLGSIDATAKTYNKAPDGTYYETGLTSFGLTNVYGTYSESASCPPNGNAQATVSVDDPSNSATFYCFDPVDLSENDSCATSINSGNAFIPSDGRSDSFACTTESDGSRCAYTRSDDGTYYQSTFENEVCYSSPTVDAPTIPEANPEDGCIGDFCPADPNNHCIVDSNGISNCASGCGTINGVFYCSSDHGETPDPTDPTDPTDPTDPTDPTDPTDPIDPTDPTDPVEGEVTLGDLAELLQQLVDKPTAGESDNTDVVNAIDENTGAISGLRNDLNEAFTVTQGEKGKLPSEQEMQAEVDEIKQELLNKMDEVKTYFSSLFSVSAGMGSFSGCTKVATVNGHDYSGCVDDYADEMALISQALLFIFALIAIVILFR				NA	NA	NA	NA	NA
AK237_04194	315			hypothetical protein	ATGGATATATTTCAGGCTCTATATGATTTCTTTAACATTGAAATTTACACAATTATCAAAGATGTATTTGTATGGCTCGGCTATAAAATCATTGTATGGAAAGTTACGACCATTATTTTCATGGTTGATGTGTCTTGGTCTATCGTTCAGCTTATCATTGACGATTTACAGCTTGCTGCTCATCTATCTGATGCACTTTCAATGATTCCCGCTGACATACGAAGTAAGCTGGATTTCTTTAATGTGTTCACTGGTTTGCAATGGATATTCCAAGCGCTTGCTACCAAGTTCGTATTTAAGTTCCTCGGTTTCTGA	MDIFQALYDFFNIEIYTIIKDVFVWLGYKIIVWKVTTIIFMVDVSWSIVQLIIDDLQLAAHLSDALSMIPADIRSKLDFFNVFTGLQWIFQALATKFVFKFLGF				NA	NA	NA	NA	NA
AK237_04195	1188			hypothetical protein	ATGGGTATTAAGATTCATCATGGCCCTGATGGAACATACAAAACATCCGGCGCTATCAAAGACGATATATTGAAAATCGTTAAAACGGGCAGGGTACTTGTTACTAATGTTCGGGGCTTTTCAAAAGAAAAAACCATTGAGGTGCTTGGCCAGTCAGCCGTTCATGAAGATTTTGATGTTATTCACATCGATACCGATGTTCAGGAAGGCCGCGATAAATTTGCGCGTTTCTTTCATTGGGCACCCAAAGGGGCGTTTTTTGTTATCGATGAGGTGCAACGTGTCTTTCCGCCTAAATGGACTGAAAAGGATTTGCGAGCCCTCGATTATCCTGAATCTCAAGACCATTTACCGGAACAAGACAGACGACCAGAAACAATTCACGTTGCTTTTGATATGCAAAGGCATCACAACTGGGATTTTGTTTTCACTACTACAAATATTAAAAAGGTACATGACATTGCGCGTGTAATGGCTAAATCAGCCGTTCGACACGTCAATATAGGTATTTGGCGATTTTATAAAACGGTTGAACATGATGCAGAATCTAACGGCAAAAGCGCTACGTTGGTTACGTCTACGAGCGTATTTAATTTTGTACCGCAGAAAGTTTTTAAACTCTATGCTTCCACGTCTACAGGCCTTCACAACAATACAGAGCCAAGAAAACCTTTTTATAAAGACCCTAAAGTATTGTGTTTGTTACTCGGCCTTGTTGGTATTTGGGGTTACGTACTTTCTCGGCCAACTCCTTTATCGACTCGTCAGCAACAAATTGATGAAACGCTTTCTCAGGATGAGCAAAAAAGTGCTTCTGTGGATGTTCAAGAAAATCGCGCTAAAAATCCTCGTTCTGATAGCAATAACAAACATGTTAACGTTCGTTCTGACCCTGTAGCAGAATTTGACCCTGTACAGGATTACTTATCCCAATTTGATAAAGTCTTTCTTTCTGGTTATACCAAAACTTCAAACGATCTCAGTGTTGTTTTCCAGGCTTTCATTGGCAACGTTGAATACCAATTTAATGCAGAGGTTCTAAAGTCACTTGGCGGCAGCGTAAAGCTTTATTCTGATTGCTTGATTGAACTAAAAACACTTACTGATAAGCGTTTCGTGCTTTGTGCACCAAAAGCTATCCCTAAAGACACATCACCCGAAGATAAATTTGTATTTGAAGCTGAATAG	MGIKIHHGPDGTYKTSGAIKDDILKIVKTGRVLVTNVRGFSKEKTIEVLGQSAVHEDFDVIHIDTDVQEGRDKFARFFHWAPKGAFFVIDEVQRVFPPKWTEKDLRALDYPESQDHLPEQDRRPETIHVAFDMQRHHNWDFVFTTTNIKKVHDIARVMAKSAVRHVNIGIWRFYKTVEHDAESNGKSATLVTSTSVFNFVPQKVFKLYASTSTGLHNNTEPRKPFYKDPKVLCLLLGLVGIWGYVLSRPTPLSTRQQQIDETLSQDEQKSASVDVQENRAKNPRSDSNNKHVNVRSDPVAEFDPVQDYLSQFDKVFLSGYTKTSNDLSVVFQAFIGNVEYQFNAEVLKSLGGSVKLYSDCLIELKTLTDKRFVLCAPKAIPKDTSPEDKFVFEAE				NA	NA	NA	NA	NA
AK237_04196	213			hypothetical protein	ATGAGTAGTTCACTGACGGTTTATTACGATTACGACAAGGCGATAGGCGTCAACTCAACGTGCGTTGATTGGTCACCTCGTAATCTGTTTTTTAAATCATGGTCTGAATTTTCTACTTACATGTTCGTTGAATATGGCGATAGCTTTCAGTTGGTAGAAATCACTAACGAAAATTATTCAGAGCTTTGTGCGTTGGGGGTTTTCTATGAATAA	MSSSLTVYYDYDKAIGVNSTCVDWSPRNLFFKSWSEFSTYMFVEYGDSFQLVEITNENYSELCALGVFYE				NA	NA	NA	NA	NA
AK237_04197	1095			hypothetical protein	GTGCGTTGGGGGTTTTCTATGAATAAGAAGCCATTCGACCACAAACGTCATAACTCTATACAGATAGACCACTTGGCTTTTAGCGTTCCAGTCTCTCAGTTCAAGTATTTTGATAACGTCAATTCTGACCGTGCTATTAAGTGGGCGAAAATTCCAAAACGTAATTGGTCTAACGTTAAAAATCCTGATGTACGTGATCAATTAATGGCAGATTGGCAGGCTGAATATCGGTCTGTGATGTTCCAGCGTTTTGTTCAGTTTGCATCTGAAATCATGGGTATTCGCGTTTCAAACATGCGCGATAAAGGTATTCACGGTTACACAAATTCAGCCAAGCTTTTAGCTAAAAAATCACCCATTGAACTGGGTTTTATTGGCATTGGCGGCAATAACGAAACGCTTTATGTCCAGCTTTACGGTGAGGGCTGCAAGCATGTTTTCGCAAAAGTTTCTCCTTTCGTTTTGCATCACTGGTTGTGCAAGGTGTTGAGCATCAAAAAGCTTAATCGTATTGACTTGTGCTATGACGATTTTGACGGCAACTACTGCACAAAGTACGCAGAAAAAGCCTATTACGATGACGCTTTTAAGAGTGAGCGCGGTGGCCGTTTGCAGAAAATTGATATTCGTCGGCCGATGGTTGGTCGAGAAGTTATTGGTGACACGGTTTACATCGGTTCGCGTCAATCCAATGTTTTCTGGCGTGTTTATAACAAGGCGTTAGAGCAGGGTGCGCCAGCGGGTACAGTCTGGTTTCGCAATGAAGTTGAGCTAAAAAAATGTTCTTCTGATGTGCTTGAAAATCCTGCTAAAGCCTTTGCTGGCTTAAATCGTTTTTCAGCGTCCGTAAATCTCGAACACGGGCTTTCGTATCGCTCACTCATTAAGAAAACAACACTCGATTTTAATGCTCGTATTCGTTGGGCAAAACGCCAGTGCGGCAGAACGTTATCTGATGTTCTTGAATCGTTCGGCGGTGATATTTATGCGGCTTTAGGTGCTTTGTGTGACGACAGGGGCGGCAAATTTGGCCTACCTGACACGCAAGCAATGATACTCAATCATCATTATTTAGAGGTTCAAAATGCAACTTAA	MRWGFSMNKKPFDHKRHNSIQIDHLAFSVPVSQFKYFDNVNSDRAIKWAKIPKRNWSNVKNPDVRDQLMADWQAEYRSVMFQRFVQFASEIMGIRVSNMRDKGIHGYTNSAKLLAKKSPIELGFIGIGGNNETLYVQLYGEGCKHVFAKVSPFVLHHWLCKVLSIKKLNRIDLCYDDFDGNYCTKYAEKAYYDDAFKSERGGRLQKIDIRRPMVGREVIGDTVYIGSRQSNVFWRVYNKALEQGAPAGTVWFRNEVELKKCSSDVLENPAKAFAGLNRFSASVNLEHGLSYRSLIKKTTLDFNARIRWAKRQCGRTLSDVLESFGGDIYAALGALCDDRGGKFGLPDTQAMILNHHYLEVQNAT				NA	NA	NA	NA	NA
AK237_04198	357			hypothetical protein	ATGCAACTTAAAAACATTGTTGGCTTTCGTGACACACAAGGCATTAGCAAAAAAGGTACGGGCTCACGCTATCAAATTGGGCGTCTTTATTGGCTGAAACCAATGAAGGGTTGGGAAAACGAACATGGCCGTTCACTGGCTACTGGTTTTTCTGCTGAAGAACGTGACGCCATGGACATCGATTTATCCAAAAATGAATTGGTCACTACGTTGTTAAATGCAACGTATCCGTGTGATATGGAAGCGACTGTAGAGCCGCATCCAGAAGACCCGTTAAGAAACATTATCGTTTCTCTGAAGCCTTCACCAATGAAGGATATTAAGACGGATTCAATTTTGTCAAAGGCGTCTAGCTAA	MQLKNIVGFRDTQGISKKGTGSRYQIGRLYWLKPMKGWENEHGRSLATGFSAEERDAMDIDLSKNELVTTLLNATYPCDMEATVEPHPEDPLRNIIVSLKPSPMKDIKTDSILSKASS				NA	NA	NA	NA	NA
AK237_04202	345	linC_2	COG1028	2,5-dichloro-2,5-cyclohexadiene-1,4-diol dehydrogenase	GTGAACAACGCGTCGAACATGGGTGTCGTCGCGCTGCCCGAGGCGGCCCCGTACGTCGCGGCCAAGCACGCGGTCGTGGGTCTGACGCGGTCGGTGGCGCTCGAGGTGGCCGACCGCGGCGTGCGGGTGAACGCGATCACCACCGGCGGCGTCGACACGCCCTTGGCGCGGGGGTCGATGGCCACCACACCGGAGGCGCTGGCTTACATCGAGTCGTTGCACCCGGTGAAGCGCATCGCACAGCCCGACGAGATCGCCCCGTTCGTGGCGTTCCTGCTGAGCGACGAAGCTTCGTTCATCACCGGCGCCGCCCTCGCGATCGACGGTGGGTTCACCACGCGCTGA	MNNASNMGVVALPEAAPYVAAKHAVVGLTRSVALEVADRGVRVNAITTGGVDTPLARGSMATTPEALAYIESLHPVKRIAQPDEIAPFVAFLLSDEASFITGAALAIDGGFTTR	PGPT0008190_537	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
AK237_04203	207			hypothetical protein	ATGAATGATAAAAAAATGCAAGCACTGAGATTAAGCAAGCAGGAACAAAAAGACATAAATAAAAAATGGATTGAAATCAATAAGGTATCAATTAACCAAGGCGGCGCACCCGTGCAAGAGTCTGAATTCCTTCATGAATTAATCAGATTGGCCTTGCCAAGAATAAAAGTTAACAAATCAAATCAAATTTACCTTGAAGATTCATAG	MNDKKMQALRLSKQEQKDINKKWIEINKVSINQGGAPVQESEFLHELIRLALPRIKVNKSNQIYLEDS				NA	NA	NA	NA	NA
AK237_04204	459	cdhA		Caffeine dehydrogenase subunit alpha	GTGCACGCCGCGATCGTCGAGACCGACCCGGTCACCGCCGAGATCCATGTGCGGAAGTACGCGGTGGTGCACGACTGCGGCAACGTCATCAATCCCCGCATCGTCGAAGGGCAGGTCCAGGGCGCCGTCGCGCAGGGGATCGGCGGCGCGTTGTACGAGAGGATCGTCTACGACGAGCACGGGCAGATGCTCAACGCGTCGTACATGGATTTCCTGATGCCCTTCGTCACCGAGATGCCCGACTCCCTCGACATGGACCACACCGTCACCCCGTCCGGTCTCAACCCGCTCGGCATGAAGGGCGCCGGCGAGGCGGGCGTGATCCCGACGTCGGCGGTCATCGCCGCCGCGATCGAGGATGCCGAGGGCATCCCGATCCGGTCCATGCCGATATCACCTTCCGAGTTGTTCGAGCTGCGTCTGACGCACGCAGCGTCCCAGAGCGAGGAGAACGAATGA	MHAAIVETDPVTAEIHVRKYAVVHDCGNVINPRIVEGQVQGAVAQGIGGALYERIVYDEHGQMLNASYMDFLMPFVTEMPDSLDMDHTVTPSGLNPLGMKGAGEAGVIPTSAVIAAAIEDAEGIPIRSMPISPSELFELRLTHAASQSEENE	PGPT0006625_103	DIRECT EFFECT	BIO-REMEDIATION	XENOBIOTICS_BIODEGRADATION	XENOBIOTIC_FURFURAL|DERIVATE_DEGRADATION	XENOBIOTIC_FURFURAL_HOMEOSTASIS,PGPT0006625-hmfA-K16877	NA	NA
AK237_04207	147			hypothetical protein	ATGAAAGTGACAAGAAACCGATTTGAAATTAAGTTCAAAAAAGGTGTTGACTCTGAAATTCAAAAGCGTATTATACGCATCCCGCTTCGGAGCAAACCTTTGAAGCAGCTAAGAAAATTCTTAGCATTGTTCTTTAAAAATTTATAA	MKVTRNRFEIKFKKGVDSEIQKRIIRIPLRSKPLKQLRKFLALFFKNL				NA	NA	NA	NA	NA
AK237_04209	321			hypothetical protein	ATGAATCGACGGTGGCAAGCTTTTCCATGTTGTTGTCGCTGCTCCACACAGAACCAGACTTCTCGCCGTTCACGCCGGTACAGTGACGGCACCGCACGAGGCGGAACGGACGAACGTCTCACGGGACGGCCGCGCCAAGTCCAACTCGAAGGCGAGGCCGCGAGACGTCATGGCTTCGGCGATCTGCCGCTGGTGATCGTCGACATGTTCCGCATGGGCTTGAGATCGGACGACGATGGCCGGGGAAATACCCTTGTCGAGGAGTTCCAGAATGCTCCCGACTCCGGCGTGCGTGATTGTCACATCGGACTCCTCCGCTAG	MNRRWQAFPCCCRCSTQNQTSRRSRRYSDGTARGGTDERLTGRPRQVQLEGEAARRHGFGDLPLVIVDMFRMGLRSDDDGRGNTLVEEFQNAPDSGVRDCHIGLLR				NA	NA	NA	NA	NA
AK237_04210	414	ctpE	COG0474	Calcium-transporting ATPase CtpE	TTGGCGATTCCGTCCGGCGTCATCATCGGCATCGCGACGTACGTGTCGTACCTGCTCGCGTACGCGGGTCCGGATGCGACCGAGCAGCAGGTGGAGCAGGCCGGCACGACCGCGCTCATCACGCTCATCATGATCGCGTTGTGGGTGCTCGCGGTGGTCGCCCGTCCCTACACGTGGTGGAAGATCGTGCTGATCGTGGGCTCGGTCCTCGGGTACGTCGTCCTCTTCGGATTCTCCTTCACCCGCGAGTTCTTCAAGCTCGATCCGTCGAACGTGGCCGCGACGACCGGGGCCCTGCTGATCGGTCTGGTCGGTGTCGTGCTGGTGGAGATCGCGTGGTGGGTGACCGGCCGTATCCACGGGGAACACCGGCGACTGTTCGCCTCCAGCGACGATCTGCCCGGGGTGCACTGA	MAIPSGVIIGIATYVSYLLAYAGPDATEQQVEQAGTTALITLIMIALWVLAVVARPYTWWKIVLIVGSVLGYVVLFGFSFTREFFKLDPSNVAATTGALLIGLVGVVLVEIAWWVTGRIHGEHRRLFASSDDLPGVH				NA	NA	NA	NA	NA
AK237_04211	372	deoC	COG0274	Deoxyribose-phosphate aldolase	GTGGCTGGCGAGTACAACGCGGTCCTCGCCGACATCCTCGCGGTCCGCGACGCCGTGGGTCCGGAGCCGGTGCTGAAGGTCATCGTCGAGTCGGCCGCGCTGAGCGACGACGCGATCGTCGAAACGTGCCGCGCGGCCGAACAGGCCGGCGCGAACTTCGTCAAGACGTCCACCGGCTTCCATCCGGCGGGTGGGGCGAGCGTGCACGCGGTGCGGCTCATGGCCGCCACCGTCGGCGGGCGGCTCGGCGTCAAGGCGAGCGGCGGCATCCGGACCGCGGACGCCGCGCTCGCGCTGATCGACGCGGGCGCCACCCGGCTGGGACTGTCGGGCACCCGCGCCGTGCTCGACGGGCTGCCCGACCAGTCCTGA	MAGEYNAVLADILAVRDAVGPEPVLKVIVESAALSDDAIVETCRAAEQAGANFVKTSTGFHPAGGASVHAVRLMAATVGGRLGVKASGGIRTADAALALIDAGATRLGLSGTRAVLDGLPDQS	PGPT0017445_2413	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
AK237_04212	234	mauC		Amicyanin	ATGGCCTACACACCGGCCCAGGTCACCATCGAGAAGGGACAGACCGTGCAGTGGAAGTTCGACGACGCGGGCCTGCCGCACGACGTCGCGGGTGAGGGGGCGCTGCAGGACAAGTTGAAGAGCGAACTGATGACCACCGGCACGTACGAGTACACCTTCGACGACGCGGGCACCTTCGACTATCACTGCACGCCGCACCCGATGATGGTCGGCACCGTCGTCGTGACGGAATGA	MAYTPAQVTIEKGQTVQWKFDDAGLPHDVAGEGALQDKLKSELMTTGTYEYTFDDAGTFDYHCTPHPMMVGTVVVTE	PGPT0030825_319	PUTATIVE	PGPT	PUTATIVE_PGPTs	PUTATIVE_FUNCTIONS	PUTATIVE_FUNCTIONS-1	PUTATIVE-ENERGY_METABOLISM	PUTATIVE-PHOTOSYNTHESIS_ELECTRON_TRANSFER,PGPT0030825-petE-K02638
AK237_04213	288			hypothetical protein	ATGCGCGCCGTCGGATCCGTCATCAGTGCCCGCATCGTCGCGGGAGAGAACGTCGAGGATCTGTTGGCGATCGACAAGCTCAATTGGTCGGAGTACCACTGCGAATTCGGTTCGGTCGCGCTGGAACTACTCGGAGCCTCGGCTCTGAGCCGGCCTGCGGGAGACGGATACGAACTGGACTCGCTGCAACGTGTGTTCCTGGAGAGCCGTGGGCGCCGTATCGCGCGGGGTTCCAACCAGGTCCAGCGCAACATCATCGGCGAACGCCTTCTGGGGCTTCCGAAGTAG	MRAVGSVISARIVAGENVEDLLAIDKLNWSEYHCEFGSVALELLGASALSRPAGDGYELDSLQRVFLESRGRRIARGSNQVQRNIIGERLLGLPK				NA	NA	NA	NA	NA
AK237_04214	315	poxB	COG0028	Pyruvate dehydrogenase [ubiquinone]	GTGGATGTCCCGTCTGTCGACTATGCCGCTGTTGCAACGGCTTTGGGGCTCTACGGACGCCGGATCGAGGATCCTGCCGATCTGGAGTCGGGGCTCCGAGAGGCGTTCGCGCACGACGGACCCGCTCTGATCGACATCGTGACCGATCCGAACGCGCTGTCGCTGCCGCCCTCGATCACCGGCGGTCAGGTCCGAGGGTTCGCACTGGCCATGTCCAAGATGGTGATGAACGGCGGTGTGGCCGAAGCGGTTCAGATGGCCAAGTCGAATCTGCGCAACGTGCCGCGACCGTCCCAGTTCTCGCCGCGAGGGTGA	MDVPSVDYAAVATALGLYGRRIEDPADLESGLREAFAHDGPALIDIVTDPNALSLPPSITGGQVRGFALAMSKMVMNGGVAEAVQMAKSNLRNVPRPSQFSPRG	PGPT0001371_523	DIRECT EFFECT	BIO-FERTILIZATION	POTASSIUM_SOLUBILIZATION	K-SOLUBILIZATION-ORGANIC_ACID_METABOLISM	K-SOLUBILISATION-ACETIC_ACID_BIOSYNTHESIS,PGPT0001371-poxB-K00156	NA	NA
AK237_04215	309	pyk	COG0469	Pyruvate kinase	GTGGCGTTCACCCAGTCCGGGGACACGGTCCGCCGGCTCGCTCGGCTGCATTCGCCGCTGCCGTTGCTGGCGTTCACGCCGCTCGAGTCGGTGCGCTGCCAGCTGGCGCTGTCGTGGGGTACCGAGACGTTCATCGTGGACCCGGTCGACTCGACGGACCAGATGTTCACGCAGGTCGACCACGCGCTGCTCTCCCTCGGCCGCTACAACAAGGGCGACCTCGTGGTCATCGTGGCCGGCTCCCCGCCGGGCACAGTAGGCTCGACCAACCTGATCCACGTGCACCGGATCGGGGAGGAAGACCACTAG	MAFTQSGDTVRRLARLHSPLPLLAFTPLESVRCQLALSWGTETFIVDPVDSTDQMFTQVDHALLSLGRYNKGDLVVIVAGSPPGTVGSTNLIHVHRIGEEDH	PGPT0002020_6826	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PURINE_METABOLISM,PGPT0002020-pyk-K00873	NA	NA
AK237_04217	234	acoD	COG1012	Acetaldehyde dehydrogenase 2	ATGGCCAACGCCACCGAGTACGGGCTCGCCGCTTCCGTGTGGACACAGGACGGCGCGCGCGGACTACGCATGGCCGACGCACTCGACGCCGGCACCGTGTGGACCAACGGATGGGCCGTCGTCGTCGACCAGTTCGAAGAGGGCGGCTACAAGCAGAGCGGACTCGGGCGGCTCAACGGCCATCGAGCGCTCGAAGAGTTCCAGGAATACAAGCACGTGGTCCAGGTGATCTGA	MANATEYGLAASVWTQDGARGLRMADALDAGTVWTNGWAVVVDQFEEGGYKQSGLGRLNGHRALEEFQEYKHVVQVI	PGPT0007165_1267	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	NEUTRALIZING_OSMOTIC_STRESS	OSMOTIC_STRESS-GLYCINE-BETAINE_METABOLISM,PGPT0007165-betB_homologous-K00130	NA	NA
AK237_04218	264	gatA	COG0154	Glutamyl-tRNA(Gln) amidotransferase subunit A	GTGTCGCCGACGAGCCCGTTCACGCCGTGGAAGCTCGGCGAGAAGGTCGACGATCCGCTGGCGATGTACCTGTCCGACCTGTGCACGCTGCCGACCAACCTGGCCGGTCACTGCGCGATGTCCGTGCCGTCCGGTGTGTCCGCGGACGACGGTCTGCCCGTCGGCCTGCAGATCATGGCCCCGGCGCTGGCCGACGAGCGCCTGTACCGCGTCGGCGCGGCCTACGAGGCGGCCCGCGGGCCGATCGCGTCGCCCGTCGCGTAA	MSPTSPFTPWKLGEKVDDPLAMYLSDLCTLPTNLAGHCAMSVPSGVSADDGLPVGLQIMAPALADERLYRVGAAYEAARGPIASPVA				NA	NA	NA	NA	NA
AK237_04219	285			hypothetical protein	GTGCAGCAGGTGCCGATCGAGCTCCAGATCCGCACCATCGCAATGGATTTCTGGGCCAGCCTCGAGCACAAGATCTACTACAAGTTCAATCGCGAGGTGCCGCCGGAACTGCTCGCCGAACTCACCGAGGCCGCGGAGACCGCACACCGGCTGGACATGAAGATGGAGCGGCTCAACGAGGAGTTCGCGAAACTCAAAGCGCAGGAGGGTGTCGCCGACGAGGCCCCCGCGCTCGAACTGCCGCCGCAGTTGCTCGACGCATTGCAGGTGCGCCTGTCCGAATGA	MQQVPIELQIRTIAMDFWASLEHKIYYKFNREVPPELLAELTEAAETAHRLDMKMERLNEEFAKLKAQEGVADEAPALELPPQLLDALQVRLSE	PGPT0014825_794	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_NUCLEOSIDE_METABOLISM	PLANT_DERIVED_PURINE_METABOLISM,PGPT0014825-ywaC|yjbM-K07816	NA	NA
AK237_04220	249		COG0520	putative protein	GTGATCGGCCGGTCGCCGCTCCGGGTGCCGACGCTGAGCTTCACCGTCGCCGGTGTACCCGCCGACAAGGTGGCGGCGCACCTCGCCGACAACCGGATCGCGACCGTGAGCGGTCCCCATAACGGCGGCCGACTGCTCGACGCGCTGGGCGTCAACGACGAGGGCGGCGCGATCACCGTCGGCCTCGCGCCGTACACCACCCGTTACGAGATCAACCAGCTCGTCAAGCACCTGTCGGCGCTGGGCTGA	MIGRSPLRVPTLSFTVAGVPADKVAAHLADNRIATVSGPHNGGRLLDALGVNDEGGAITVGLAPYTTRYEINQLVKHLSALG				NA	NA	NA	NA	NA
AK237_04221	321	rho_2	COG1158	Transcription termination factor Rho	GTGGAGACCGGGTCCACCGGCGATACCGTGATCTTCGAGGAGTTCAAGGGCACCGGCAACGCCGAGCTCAAGCTCGATCGCAAGATCGCCGAGCGGCGCGTGTTCCCGGCGGTAGACGTCAACCTGTCGAGCACTCGTAAGGACGAGCTCCTGATGAGCCCGGACGAGTTCGCCATCGTGCACAAGCTGCGGCGCGTGCTGTCCGGTCTGGACACGCATCAGGCGATCGACCTGCTCGTCGACCGGCTCAAGAAGAGCCAGAGCAACGTCGAGTTCCTCATGACGGTCTCGAAGACGGCCCCGGGCTCGCTCGCGGACTGA	METGSTGDTVIFEEFKGTGNAELKLDRKIAERRVFPAVDVNLSSTRKDELLMSPDEFAIVHKLRRVLSGLDTHQAIDLLVDRLKKSQSNVEFLMTVSKTAPGSLAD				NA	NA	NA	NA	NA
AK237_04222	297			hypothetical protein	ATGGCGGCCGGTACCGACTTCATGAACAAGATGAACGAAGGTGGGCCGTACGTGCCGCAGGTGACGTACACCAACATCATGACCCGCTACGACGAGGCCGTCGTCCCGTACACCGCCGGGTTCGTCGAGGCCCCGAACGCCACCAACATCGTCGTGCAGGACGGCTGCGCACTCGACTACGCCGAGCACGCGGGCATCGCCGCCGACCCGATCGCAGCCACGCACGTGCTCAATGCGCTGGACCCGGCGAATCCGCGTCCGGTGCCGTGCTTCTTCGTCCCGCCGTTCACGGGCTGA	MAAGTDFMNKMNEGGPYVPQVTYTNIMTRYDEAVVPYTAGFVEAPNATNIVVQDGCALDYAEHAGIAADPIAATHVLNALDPANPRPVPCFFVPPFTG	PGPT0024445_1146	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-GLYCEROLIPID_REMODELLING	CE-REMODELLING_GLYCEROLIPID_LIPASE_ACTIVITY,PGPT0024445-lip|lipC-K01046	NA	NA
AK237_04223	267			hypothetical protein	GTGGATGCCGAAGCTCGACGCCAGCGCCATGTTGACCGCGGCCAGTTCCTCGGTGGCGACGGCGTTGAACCGGTAGTCGCCGGCCTCGCCGCCGCCGTACGCCTCGGGGATCTCGAGCCCGAGGATGCCCTGCTTGCCGGCCTCGTGCCAGACCTCACGCGCGATGAGTTTGTTCTCGGCGTACTCGTCCACGTTGGGCACCACGTCGCGGGCCAGGAAATCGCGGACGGCCGAACGGAACTCCTCGTGATCGGCCGTGAAAACTGA	MDAEARRQRHVDRGQFLGGDGVEPVVAGLAAAVRLGDLEPEDALLAGLVPDLTRDEFVLGVLVHVGHHVAGQEIADGRTELLVIGREN				NA	NA	NA	NA	NA
AK237_04224	255			hypothetical protein	GTGGCGGGTGGTGACGCCGACGTTCTCGATGTCACCGGTGCGCACACACTTCTGCACGCTGGTCGCGGTGTCGTAGGGCGGAGTCTGCTGGCCGAGGAAGAACGGCTTGAACTGCACCATGCCGGCGTTGACGAACAGCAGGTTCGGATCGTCGAAGATCAGCGAGGCGCTGTGCACCTCGGTGTGGCCCGCCTTGACGAAATGGTCGAGGAAGCGCCTACGGATCTCGTGGGTCTGCACCTGGGTTCGTCCTAA	MAGGDADVLDVTGAHTLLHAGRGVVGRSLLAEEERLELHHAGVDEQQVRIVEDQRGAVHLGVARLDEMVEEAPTDLVGLHLGSS				NA	NA	NA	NA	NA
AK237_04225	201			hypothetical protein	ATGAGCGACATCGGCCTGCCGATCAGCGACGAGTCCTCGGTGGACGGCGGCAAGCGCTCCGACTTCGAGCGCGGCTCGATGATCTTCGACGAGGTCACCGGCCAGGTCACCACGATCATGAACGACGCGGCAGCTCCGGCTGCGGCCCCCGCTCCCGCTCCGGCGGACGCGGTGTCCGAGGCTCCGGTCGCTATCAACTGA	MSDIGLPISDESSVDGGKRSDFERGSMIFDEVTGQVTTIMNDAAAPAAAPAPAPADAVSEAPVAIN				NA	NA	NA	NA	NA
AK237_04226	213			hypothetical protein	GTGCTCGGTGTCGTCGCAGCCCCGGCGGCCTCGGCGTGCTCACTCGTCGCGACCCGCACCGCCACGATTGCGCTGCTGCGCCCGGACGGTTCCGGCGGAGATCGGATCGACGTCGAACTCGACGGATGCACGCGGGCGACGGCGTTCGGCTTGCTGCGGCAGGTCGTGGTACCGGTCTCGGTGCTCGAAGTGATCGATACCGGTACACAATGA	MLGVVAAPAASACSLVATRTATIALLRPDGSGGDRIDVELDGCTRATAFGLLRQVVVPVSVLEVIDTGTQ				NA	NA	NA	NA	NA
AK237_04227	282			hypothetical protein	ATGATCTACGCCGCGATCCCGAACCTGGTGATGATGGCGCTGCCCGAGGGCCAGCGCGCGATCGGCGCCAACTTCACCGGTCTGTCGCAGTCGATGTTCGGCGGCATGTTGTCCTCGGTGGGCTTCGCGCTGTTGGCGCAGCACGTCATGACGGTCGGCCCCGCCGGCCCCGTCTACAGCTCGGACGGGTTCTTCGTGGCCTTCATGGTCGCCGCCGGCGCCGCGCTGCTCGGCGCGGTCCTGGCCTTCGGCATCACCGTCGGACGCCGCGGCGAGGGCTAG	MIYAAIPNLVMMALPEGQRAIGANFTGLSQSMFGGMLSSVGFALLAQHVMTVGPAGPVYSSDGFFVAFMVAAGAALLGAVLAFGITVGRRGEG				NA	NA	NA	NA	NA
AK237_04228	297			hypothetical protein	ATGACCGTCGGTGCCGGTGGCGCGATGGCCGAGGCGATGGCCGCTCCGGAGGAGGGCTTCGACGCGATGGCGCCGGAGAACATCTCGCCGCTGGTCGTGTGGCTGGGCTCCGCGGAGTCGAAGGACGTCACCGGACGCGTCTTCGAGGTCGAGGGCGGCAAGATCACGGTCGCCGAGGGCTGGCGCCACGGCCCCACCCAGGACAAGGGTGACCGTTGGGATCCCAAGGAGCTGGGCCCGGTCGTCGCCGACCTGCTGGCCAAGGCCGAGGTTCCCACCCCGGTCTACGGCGCGTAG	MTVGAGGAMAEAMAAPEEGFDAMAPENISPLVVWLGSAESKDVTGRVFEVEGGKITVAEGWRHGPTQDKGDRWDPKELGPVVADLLAKAEVPTPVYGA				NA	NA	NA	NA	NA
AK237_04229	264			hypothetical protein	ATGCAGCCACGCATTGCGGCTGACGTTCGACGCCTGCTCTCCGGCCTGCGTGACGCAGCCGCCGATCACCTGCTCGATCAGGGCCGGATCGAGGTCCAGGCGTTCGAGGATTCCGGACTGCACCGCACCCAGCAACTCCGCGGCGTGCAGTCCCGACAGCCAGCCACCACGTCGACCGATCGGAGACCTCGCCACATCCACGATCACCGGGTTACCCATTGCAGTCCTCCTCGAGCAGGCATCAGTGTGGAACGCGATTCTTGA	MQPRIAADVRRLLSGLRDAAADHLLDQGRIEVQAFEDSGLHRTQQLRGVQSRQPATTSTDRRPRHIHDHRVTHCSPPRAGISVERDS				NA	NA	NA	NA	NA
AK237_04230	300			hypothetical protein	GTGGCGCCGGGGGCGCTGTTGATCGGCGGCACCGTCGTGGGCCGCGGTGCCGAGGTCGGCGCCGGAGCCCGACTGGACGGCGCGGTGTTGTTCGACGGCGCCCAGGTCGAGGCCGGTGCGGTGGTCGAGCGGTCGATCATCGGTTTCGGTGCCCGTATCGGTCCGCGCGCCCTGATCCGGGACGCGGTGATCGGCGACGGCGCCGACGTCGGTGCCCGCTGCGAGCTGATCGGCGGCGCCCGCGTGTGGCCCGGCGTGAAGTTGCCCGACGGCGGGGTGCGGTTCAGCACCGACGTGTGA	MAPGALLIGGTVVGRGAEVGAGARLDGAVLFDGAQVEAGAVVERSIIGFGARIGPRALIRDAVIGDGADVGARCELIGGARVWPGVKLPDGGVRFSTDV	PGPT0017880_1697	DIRECT EFFECT	COMPETITIVE_EXCLUSION|CE	CE-CELL_ENVELOPE_REMODELLING	CE-REMODELLINGLPS|LIPID|IVA_METABOLISM	CE-REMODELLING_LPS-GDP_MANNOSE_MODIFICATION,PGPT0017880-mpg|rfbM-K00966	NA	NA
AK237_04231	276	proS_2	COG0442	Proline--tRNA ligase	GTGATCGCCAACAAGGACGATGCCGCCCGAGAGGGCGCCGAGGCCCTGGCTGCCGAGCTGGACAAGGCTCGCGTCGACGTCCTGTTCGACGATCGCAAGGCGTCGCCGGGTGTGAAGTTCAAGGACTCCGAGTTGATCGGTGTCCCACTGGTGGTGGTCGTGGGCCGCGGCTTCGCGGAGGGCAACGTGGAACTGCGCGACCGCTTCACCGGGGAATCCCGTGAGGTGCCCGTCGACGCCGCGCTCGACGAGATCCTCACCGCGGTCCGCAGCTGA	MIANKDDAAREGAEALAAELDKARVDVLFDDRKASPGVKFKDSELIGVPLVVVVGRGFAEGNVELRDRFTGESREVPVDAALDEILTAVRS				NA	NA	NA	NA	NA
AK237_04232	213			hypothetical protein	ATGCCGATCGGTGGGTTCAACGGCAGCGACCCGTCGCCGACGCTCGAGCAGTTCCAGCAGTTCGTCGCGGACGGGCGGATCCACTACTTCCTCGCCGGGGGTATGGGCGGCCGCGGCGGCGAGGGCACGGCGGCGGCGATCTCCGAATGGGTGCAGGCCAACTTCGCGCCGACGACCGTCGACGGGGTCGTCCTCTACGACCTCACGCAGTGA	MPIGGFNGSDPSPTLEQFQQFVADGRIHYFLAGGMGGRGGEGTAAAISEWVQANFAPTTVDGVVLYDLTQ	PGPT0004055_4229	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	UNIVERSAL_STRESS_RESPONSE	STRESS_SIGNALLING_PROTEINS	OTHER_STRESS_RESPONSE_PROTEINS,PGPT0004055-dps|dpsA-K04047	NA	NA
AK237_04233	183	rubA	COG1773	Rubredoxin	ATGAAGGACTACAAGCTCTATCAGTGCGCGCAGTGCGGATTCGAGTACGACGAGGAACTCGGCTGGCCCGACGAGGGCATCGCCCCTGGGACGCGATGGGAGGACATTCCCGACGACTGGCGCTGTCCCGACTGCGGCGCCGCGAAGGAGGACTTCTTCATGGTCGAGGTCGAGCGCAGCTGA	MKDYKLYQCAQCGFEYDEELGWPDEGIAPGTRWEDIPDDWRCPDCGAAKEDFFMVEVERS	PGPT0021900_5	DIRECT EFFECT	COLONIZING_PLANT_SYSTEM	COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE	PLANT_DERIVED_LIPID_METABOLISM	PLANT_DERIVED_FATTY_ACID_DEGRADATION,PGPT0021900-rubB|alkT-K05297	NA	NA
AK237_04234	210			hypothetical protein	ATGGACGAGCTCCTCGAGGTCGTCGCGAACGGAGCGGCGGTCGCCATCACGGCCGCAACGATTTCCGAGTACTACACCCGGAACGACGTAGCGTTCGTACCGATCAGCGACATCGATCCGTGTGCGATCGAGTTGTGCACGCGGGTCGACGAGCCGCACCCCGGAGTGAGCGATCTGCGTCGCACCGTACGTACACATCTGGGCGCCTGA	MDELLEVVANGAAVAITAATISEYYTRNDVAFVPISDIDPCAIELCTRVDEPHPGVSDLRRTVRTHLGA				NA	NA	NA	NA	NA
AK237_04235	294	dnaK_2		Chaperone protein DnaK	GTGCACCAGACCGAGAAGTTCATCAAGGACAACGAGGACAAGGTGCCCGCCGACGTCAAGGAGAAGGTCGAGGCCGCGATCACCGAGGTCAAGACCGCTCTCGCCGGGACCGACATCGCCGCCGTCAAGGCTGCGGTGGAAAAGCTGTCGACCGAGTCGCAGGCCCTGGGCCAGGCGATCTACGACGCCCAGGCCGCCGATTCCGCCGCCGGTGACGGCGCCGGACAGGCCCAGGACGGCGACGTCGTCGACGCCGAGGTCGTGGACGAGCCGACCGATCAGGACAAGAAGTGA	MHQTEKFIKDNEDKVPADVKEKVEAAITEVKTALAGTDIAAVKAAVEKLSTESQALGQAIYDAQAADSAAGDGAGQAQDGDVVDAEVVDEPTDQDKK	PGPT0014555_5665	DIRECT EFFECT	STRESS_CONTROL|BIOCONTROL	NEUTRALIZING_ABIOTIC_STRESS	HIGH_TEMPERATURE_TOLERANCE	HEAT_SHOCK_PRTOEINS,PGPT0014555-dnaK-K04043	NA	NA
AK237_04236	231			hypothetical protein	ATGGGCACGATCACCGCCAACGACGGTGGCACTCTCACCATCGACGGGCTCGGCGGAACCACGATCACCGTCAAGACCACGCCCGACACCTCGCTCATCTCGTTGACCGCGAACAGCATCGCCGAACTGAAGCCCGGCGAGTCGGTGCTGGTGCAGGGCGACAAGGTGAAGGACGGCACCCTCACCGCGAAGTTGATCATCGGCACCACGCTTCCCGAGTTCGGTAACTGA	MGTITANDGGTLTIDGLGGTTITVKTTPDTSLISLTANSIAELKPGESVLVQGDKVKDGTLTAKLIIGTTLPEFGN				NA	NA	NA	NA	NA
AK237_04237	189			hypothetical protein	GTGGATCTCCGGGGACACGGTGTCGAGCGTCGCGAGGATCGGCATGAGCGCCGCCATCCGGTCGGTCAGCTCGGGAAGCTGGTCGAGCAGCCGGACCGCGGCGTGCACCTCGTCCTCGCTGATCTCGTCGACGAACTGCGTCGCCAGCGGCGCGGCCGTCAGCGCCAGCGGTCGGTAGATCTCGAGTAG	MDLRGHGVERREDRHERRHPVGQLGKLVEQPDRGVHLVLADLVDELRRQRRGRQRQRSVDLE				NA	NA	NA	NA	NA
AK237_04238	243			hypothetical protein	ATGCAACTTCCGGACTCGAAACAGCTGCGGCTCAAGCGCATGTACCCGAGCGCGCAGTACCGGGCGACTACCGGGATGGTGCAGATGCCGCTGCCGCGTGCCGGTTCGGGTGGCGTCGGAGCCGAACGGGTGCGCGACGTCGAACTGCTGCAGTACATCGCGAACTTCCTCCTCGCGATGGACGGGAAGGCGGCGGACTCCGTGGATCTCGGTACCGCCACCGGCGTGCAGGCCGGGGTCTGA	MQLPDSKQLRLKRMYPSAQYRATTGMVQMPLPRAGSGGVGAERVRDVELLQYIANFLLAMDGKAADSVDLGTATGVQAGV				NA	NA	NA	NA	NA
AK237_04239	201	mshD	COG0456	Mycothiol acetyltransferase	GTGGTCGGCATCGACCCCGACGCGCAGGGCCGGGGCCTGGGCCGAGTGCTCACGCTCGCCGGCCTGCACCATCTGCGCGACCGTGGGCTGGGCACCGTGCTGCTGTACGTCGAAGGCGACAACACCGCCGCGCTGCACACGTACGAGCGCCTCGGATTCGAGCGGTTCCACGTGGACGTCGCCTACGCCGCACAGCCCTGA	MVGIDPDAQGRGLGRVLTLAGLHHLRDRGLGTVLLYVEGDNTAALHTYERLGFERFHVDVAYAAQP	PGPT0002685_9	DIRECT EFFECT	BIO-FERTILIZATION	PHOSPHATE_SOLUBILIZATION	P-SOLUBILISATION-PHOSPHATE_METABOLISM	P-SOLUBILISATION-PHOSPAHTE_HOMEOSTASIS|REGULATION,PGPT0002685-ppk-K00937	NA	NA
AK237_04240	171			hypothetical protein	ATGACCCAGGTGGTTCGTGCCGAATTGCAGCTCGAACCCGTCGGCGGTGCGCTCGAACGGCGTGTACATCACACCGGCGTTGTTGATCAGCAGGTCGATCGGCTGCCCGCCCAGGCTCTCGGCGGCGCCGCGAATGCTCGACAGGTCGGCCAGATCGATTGCCGTGACTAG	MTQVVRAELQLEPVGGALERRVHHTGVVDQQVDRLPAQALGGAANARQVGQIDCRD				NA	NA	NA	NA	NA
AK237_04241	237			hypothetical protein	ATGTCGCAGACTGCCTCCGGTGTATTCGCGGTACTCGACGTCGCCCACCAGTTGGGGCTCGACCCAGTGCGCGTCTTTCGCGTCCCGGCTCGGGGGCGGCGCGGCAAGCGGGCTCGCGGGCCGCTCGAGCGTGGCCAGTTGCTCGCGCAACGATCGGCGCAGTGCGGTGGTGAAGCCGGTGCCGACATGTCCGATGTAGACGAGGCGACCATCGTCGTCGTATGCGCCGAGCAGTAG	MSQTASGVFAVLDVAHQLGLDPVRVFRVPARGRRGKRARGPLERGQLLAQRSAQCGGEAGADMSDVDEATIVVVCAEQ				NA	NA	NA	NA	NA
AK237_04242	204			hypothetical protein	TTGCGACGCATCGGCGCCGAGCGCACCGTCGTGGTCGTCGAGCACGACATGGACTTCATGCGGGCCTTCGCGACCTCCGTGACGGTGCTGGCCCGCGGCAAGGTCATCGCCGACGGCAGCGTCGAAGAGATTCAGGCCCACCCGATGGTGCAGCAGGTGTACCTCGGCACCGCGGCCGCCGCCGACGTTCTCGAGGAGGCCTGA	MRRIGAERTVVVVEHDMDFMRAFATSVTVLARGKVIADGSVEEIQAHPMVQQVYLGTAAAADVLEEA	PGPT0000940_657	DIRECT EFFECT	BIO-FERTILIZATION	NITROGEN_ACQUISITION	N-AQUISITION-UREA_USAGE	N-AQUISITION-UREA_TRANSPORT,PGPT0000940-urtD-K11962	NA	NA
AK237_04244	237	rpmC_2	COG0255	50S ribosomal protein L29	ATGGCAACCACCAGCCCTACTGCAGAGCTCCGCGAGCTGACCGACGAAGAACTGGTCACCAAGCTCCGCGAGGCGAAGGAAGAACTGTTCAACCTTCGCTTCCAGATGGCAACCGGCCAGCTGGACAACAACCGCCGGCTGCGCACGGTCCGTCACGAGATTGCGCGCATCTACACCGTCCTGCGTGAGCGCGAGCTCGGCCTGGCCGCTGGTCCGGACGCAGGTGACGCCGCATGA	MATTSPTAELRELTDEELVTKLREAKEELFNLRFQMATGQLDNNRRLRTVRHEIARIYTVLRERELGLAAGPDAGDAA				NA	NA	NA	NA	NA