Gene list
Applied filters:
COG category: Replication, recombination and repair
Organism: Chlamydophila pneumoniae J138, J138
Number of genes found: 73
 | ||||||
| Show UniProt / TrEMBL protein name | |
View as list | |
View in Fasta format (Protein) | |
|
| ||||||
# Chlamydophila pneumoniae J138, J138 >gid:459791 CPj0007 hypothetical protein ATTTTTTCCTTTCTTGTCGTGATACCGCTAACTGATAGCACTACAAGCTC TCTTTCAACGTCTCTCTTAGATGAAGGAAACCCACAATCCATGAGGAAAC TTCGTATTCTTGCGATCGTTCTCATAGCTTTGAGCATTATTTTGATTGCA GGTGGTGTGGTATTGCTTACTGTAGCGATCCCTGGATTAAGCTCAGTCAT TTCTTCCCCGGCAGGGATGGGTGCCTGTGCTTTGGGATGTGTGATGCTTG CTTTAGGGATCGATGTTCTTCTGAAGAAACGAGAAGTCCCTATAGTTCTC GCATCTGTAACTACGACACCAGGAACTGTCAGCCCTAGAAGTGGTATTTC TATTTCAGGAGCTGATAGCACCATACGTTCTCTTCCTACGTATCTCTTGG ACGAGGGACATCCACAATCCATGAGGAAACTTCGTATTCTTGCGATCGTT CTCATAGTTTTTAGCATTATTTTGATTGCAAGTGGTGTGGTATTGCTTAC TGTAGCGATCCCTGGATTAAGCTCGATCATTTCTTCCCCAGCGGAGATGG GTGCTTGTGCTTTGGGATGTGTGATGCTTGCTTTGGGGATCGACGTTCTT CTGAAGAAACGAGAAGTCCCTATAGTAGTTCCCGCACCTATTCCTGAAGA AGTCGTCATAGATGATATAGATGAAGAGAGTATACGGCTGCAGCAGGAAG CTGAAGCCGCTTTAGCAAGACTTCCTGAGGAGATGAGTGCATTTGAAGGT TACATAAAAGTTGTCGAGAGTCATTTGGAGAACATGAAAAGCCTGCCTTA TGATGGTCATGGGCTAGAAGAGAAAACGAAACATCAGATAAGAGTCGTCA GATCTTCTTTGAAGGCTATGGTTCCAGAATTTTTAGATATCAGAAGAATT TTTGAAGAAGAAGAGTTCTTTTTTCTCTCAGCTCGCAAACGACTTATAGA TTTAGCTACTACTTTAGTAGAGAGAAAAATTTTAACAGAGCAACTTGAGC GCAATAATTTAAGGAAAGCGTTTTCTTATTTATATCAGGACTCAATTTTT AAAAAAATTATTGATAACTTCGAGAAGTTAGCATGGAAATTTATGATTTT GAGTAAATCAATTTGTCGATTTACAATTATTTTTGAAAATCATGAACATG GTGTAGCAAAGAGCCTGTTACACAAGAATGCAGTGTTACTGGAGAAGGTA ATCTATAGGAGTTTGCAAAAAAGCTATAGAGATATAGGCATGTCATCTGC AAAGATGAAAATCTTGCACGGCAACCCTTTTTTCTCTTTGGAAGATAATA AAAAGACGATAATGAAAGAACACGCAGAGATGCTTGAAAGTCTCAGTAGC TATAGGAAGGTATTTTTAGCTCTATCTGATGAGAACGTTGTAGATACACC TAGCGATCCAAAGAAATGGGATTTGTCAGGAATCCCCTGTAGGGACGCGT TGTCTGAGATTTCTCGTGATGAACAGTGGCAGAAGAAAGCACATCTAAAG CATCAAGAGTCCCTCTATACGCAAGCTAGGGATCGTTTAACAGACCAGAG CTCTAAAGAAAATCAGAAAGAGTTAGAGAAAGCTGAACAAGAGTACATAT CTTCTTGGGAACGGGTTAAAAAATTTGAGATTGAGAGAGTACAGGAGAGG ATACAGGCAATTCAAAAGCTTTATCCTAATATCCTCGAGAGAGAAGAAGA AACCACAGGTCAGGAGACTGTGACTCCAACTGTTCAAGGGACGACGGCTT CATCCGATTTAACAGATATTTTAGGAAGAATAGAGGTCTCCAGTAGGGAG GATAATCAGAATCAAGAGTCTTGTGTAAAAGTCTTAAGAAGTCATGAGGT AGAAATGAGCTGGGAAGTCAAACAAGAGTATGGCCCTAAGAAAAAAGAAT TTCAGGATCAAATGGGTTCTTTAGAGAGGTTTTTTACAGAGCATATTGAA GAGTTAGAAGTATTACAGAAGGACTACTCTAAACACTTGTCTTATTTTAA AAAAGTAAACAATAAGAAAGAGGTTCAATATGCGAAGTTTAGGTTGAAGG TTTTAGAGTCAGATTTAGAAGGGATTCTAGCTCAGACTGAGAGTGCTGAG AGTCTGTTAACTCAAGAAGAACTTCCGATTCTTGCAACTCGGGGAGCCTT AGAGAAAGCTGTTTTCAAAGGGAGTCTATGTTGCGCGCTAGCAAGCAAAG CAAAACCCTATTTTGAAGAGGATCCCAGATTCCAAGATTCTGATACGCAA TTGCGAGCTCTGACTCTAAGGTTACAGGAGGCTAAGGCAAGCCTGGAAGA AGAGATAAAGAGATTTTCAAATCTTGAGAACGATATTGCAGAGGAAAGAC GCCTTCTTAAAGAGAGCAAGCAGACGTTCGAAAGAGCAGGTTTAGGGGTT CTCCGAGAAATTGCAGTCGAGTCTACTTATGATTTGCGTTCCTTAACAAA TACATGGGAAGGGACCCCAGAGAGTGAGAAGGTCTATTTTAGCATGTATC TTAATTATTACAACGAAGAGAAACGTAGGGCTAAAACAAGATTGGTTGAA ATGACACAGAGGTATAGAGATTTTAAAATGGCCTTGGAAGCTATGCAGTT TAATGAAGAAGCCCTTTTGCAAGAGGAACTCTCTATTCAAGCTCCCAGTG AATAA >gid:459793 CPj0009 hypothetical protein ATGTGGCTGGATCGTTATGCAGATAAATTTATTTTGAGGGAAAAAGAGGA AAAGATGGAGCGTCATGAGCTCTTTCATGCGACTATGGTCCGAAAAGCAT CTGGGCACGCGTATGCTAAAGCTAAAGCAGCCTTTGAAAAGGAGAGATCT AATGAGAATCAGAGGAAAGTCAAGGATGTTGAAAAATGGTTATCTAAAGG TTTAGCGGAGTTTCGTAATCAAGAGTCTCGCAGAGCTCGGGAGAGGCTGA GAGAGCTGCAAACTTTGTATCCTGAGGTTTCTGTAGAAGAGAGAGTGTTA GAGAGACAAAGGACTAAAAAAGTTAATCTGGAGAACTTGTATGCAGATAT AGAAAAGAAGTATCACCACTGTGTTCGAGAGCAAGAGCATTACTGGAAAG AGGTAGAGAACAAGGAAGCAGAGTATAGGGAGAACGGAGAAAAGGTTCTC TCTGCCGAGGAGGTGTCAGAGTGTCTTCAGAGGTTGGAAGATTGTTTAGA GACGTGGTCTAAGAAATTAACAAAAGCGGAAGAGAGTGTCTTTGAGATGA AGTTTGATGCGACAGAAAAACTAGGGAATAAAGTACTTTCTGATGTAACG AACCGTCTTGAGATTTTATGTGAAGATGCTGAGGAGATGATTTTTCGAAT CGAAGAGATAGAGATGACTCTGCGTATGGTAGAGCTTCCACTACTTTTTA TGAAAAATACTTTTGAGAAAGCCTCTCTACAATACAACAGCTGCAAAGAG ATGTTAGCCAAAGTAGAGCCCCAATGTAAGGAAAGCCCAACCTATAGAAG TAGCCAAGAGCGCTTAGAAAGGTTGAATCAGGATTTACAAACAGCATATA CAAATTGCCAGGAGAGACTCCAGGGTTTTTCAGATTTGGAATCAAAAGTA CGTACATGTAGAGATCATCTTAGAGAGCAGATGAAACATTTCGAAGTTCA AGGACTGAATTTTATAAACGAAGAGCTTTTATGGGTCGGGGCAGAGCTCT TTACACAAGCCAGATTGGATCTAGTAGCAACAGTTCCGTATATGGAGTTC TATTTGCAGTACCATAATATTAAAAGAGAAAAAGTTCGATCCCAATGGAT GGCGAAGACCGAGAGGTATAGAGAGATTCGGCAGGCATTTCAAGGGGTGA TGAAGGAAGATTTGTTAGCAGAAGATACGATCTTGAAAGAAGAAGATTAT TGGCTGCTTCGCGATGATTGGTTGCTGCGTGATGAGAGGAAGAATAGACA AAGACGTTTAATCTGTAATAAGATAGCAGCAGCGCAACAGCGAGTCAAAG GCTTCTAA >gid:459794 CPj0010 hypothetical protein ATGCTCTTACTGATTTCAGGAGCTCTCTTTCTGACGTTAGGGATTCCAGG ATTGAGTGCAGCAATTTCTTTTGGATTAGGCATCGGTCTCTCCGCATTAG GAGGAGTGCTGATGATTTCGGGACTACTATGTCTTTTAGTAAAACGAGAG ATTCCGACAGTACGACCAGAAGAAATTCCTGAAGGGGTTTCGCTGGCTCC TTCTGAGGAGCCAGCTCTACAGGCAGCTCAGAAGACTTTAGCTCAGCTGC CTAAGGAATTGGATCAGTTAGATACAGATATTCAGGAAGTGTTCGCATGT TTAAGAAAGCTGAAAGATTCTAAGTATGAAAGTCGAAGTTTTTTAAACGA TGCTAAGAAGGAGCTTCGAGTTTTTGACTTTGTGGTTGAGGATACCCTCT CGGAGATTTTCGAGTTGCGGCAGATTGTGGCTCAAGAGGGATGGGATTTA AACTTTTTGATCAATGGGGGACGAAGCCTCATGATGACTGCAGAATCTGA ATCGCTTGATTTGTTTCATGTATCGAAGCGGCTAGGGTATTTACCTTCTG GGGATGTTCGAGGGGAGGGGTTAAAGAAATCTGCGAAGGAGATAGTCGCT CGTTTGATGAGCTTGCATTGCGAGATTCACAAGGTGGCGGTAGCGTTTGA TAGGAATTCCTATGCGATGGCAGAAAAGGCGTTTGCGAAAGCGTTGGGAG CTTTAGAAGAGAGTGTGTATCGGAGTCTGACGCAGAGTTATAGAGATAAA TTTTTGGAGAGTGAGAGGGCGAAGATCCCATGGAATGGGCATATAACCTG GTTAAGAGATGATGCGAAGAGTGGGTGTGCTGAAAAGAAGCTTCGGGATG CCGAGGAACGTTGGAAGAAATTTAGGAAAGCAGTCTTTTGGGTAGAAGAA GACGGGGGCTTTGACATCAATAATCTCCTTGGAGACTGGGGGACAGTGCT TGATCCTTATAGACAAGAGAGAATGGACGAGATAACGTTCCATGAGTTGT ATGAAAAAACTACGTTTTTGAAAAGACTGCACAGAAAGTGTGCGTTAGCG AAAACAACCTTTGAAAAGAAGAGATCTAAAAAGAATTTGCAGGCAGTCGA GGAGGCGAATGCACGTAGGTTGAAATATGTAAGGGATTGGTATGATCAGG AGTTTCAGAAAGCAGGGGAGAGATTAGAGAAACTGCATGCTTTGTATCCT GAGGTTTCAGTCTCTATAAGAGAGAACAAAATACAAGAGACGCGCTCTAA TTTAGAGAAAGCCTATGAGGCTATCGAAGAGAACTATCGTTGCTGTGTCC GAGAGCAAGAGGACTACTGGAAAGAAGAAGAGAAAAGGGAAGCGGAGTTT AGGGAGAGGGGAAACAAGATTCTTTCTCCTGAGGAGCTGGAAAGTTCTTT GGAGCAATTCGACCATGGTTTGAAAAATTTTTCTGAGAAATTAATGGAAT TGGAAGGGCATATCTTAAAACTTCAGAAAGAAGCCACAGCAGAGGTGGAG AATAAAATACTTTCAGATGCAGAGAGCCGCCTTGAGATTGTATTTGAAGA TGTCAAGGAGATGCCCTGTCGAATTGAGGAGATAGAGAAGACGCTGCGTA TGGCGGAGCTGCCCCTACTTCCTACGAAGAAGGCGTTTGAGAAGGCCTGC TCACAATATAATAGCTGCGCAGAGATGTTGGAGAAGGTGAAGCCTTACTG CAAGGAGAGCCTCGCCTATGTGACTAGCAAAGAGCGTTTAGTGAGCTTGG ATGAAGATTTACGACGAGCCTACACAGAGTGTCAGAAGAGATTCCAGGGG GATTCGGGTTTGGAGTCGGAAGTAAGAGCCTGTCGAGAGCAACTGCGAGA GCGGATCCAAGAGTTTGAAACTCAAGGGCTGGACTTGGTGGAAAAAGAGT TGCTTTGTGTGAGTAGTAGATTAAGAAATACAGAGTGCGATTGTGTATCT GGTGTTAAGAAAGAAGCACCTCCTGGTAAGAAGTTTTATGCCCAGTATTA TGATGAGATTTATCGAGTTAGAGTTCAATCCCGATGGATGACGATGTCTG AGAGATTGAGAGAGGGAGTTCAAGCATGCAACAAGATGTTGAAGGCAGGC CTAAGCGAAGAAGATAAGGTTCTTAAAGAAGAAGAGTATTGGTTGTATCG AGAGGAGAGAAAGAATAAAGAGAAACGTTTGGTTGGTACTAAGATAGTAG CAACGCAGCAGCGAGTTGCAGCATTTGAATCCATAGAAGTTCCTGAGATT CCTGAGGCCCCAGAGGAGAAACCGAGTTTGCTGGATAAAGCGCGTTCTTT ATTTACTCGCGAGGACCATTCCTAG >gid:459827 CPj0041 hypothetical protein GTGCTTTTACTGATTTCAGGAGCTCTCTTTTTGACGTTGGGGATACCAGG ACTCACTGCAGGGGTCTCTTTTGGATTAGGTATAGGTCTCTCTGCGTTAG GAGGAGTGCTTGTTGTCTCAGGACTACTATGCCTTCTAGTAAAACGAGAG GTTTCGAAAGTATGTCCCGAGGAGATTCCGGCAGTACAACCAGAAGAGAC TCCTGAAGGGGTTCCTGTGACTCCATTTGAGAAGCCAGCTCTAGATGAAG CCCAGAAGGAGCAGAAGACTCAGAAAATTTTAGATCAGCTGCCTCAAGAA TTGGATCAGTTAGATAGGTATATTCAGGAAGTGTTCGCATGTTTAGGACC GCTGAAAGATCTTAAGTACGAAGATCAAGGTTTTTTACAAGACGTCAAGG AGGAGTTTCAAGTTTTTGACTTTGTTCAAAAAGATATGATTGCGGAGTTT GTAGAGCTACAGCAGATTCTATGTCAAGAAGGGAGGTTGCTAGAGTTCGT AATCAATCAGACACGATATATAGGAAGAGATCTTTTTAAAAGAGAGGATA GTTTATATAAATTATGGGAATGGCTTGGGTATTTACCTTCTGGGGATGTT CGAGGGGAGCGGTTAAAGAAATCTGCTCGTGAGGTTGTGGATCGCTTTAT GAGAACGACTTGTAACATACGGAAGATAGCCATGACTTTTGATAGGCATG TTTATAGTGTGGCGAAGACGGCCTTTGAAAAGGCATTTGGAGCCTTGGAG ACGTGTGTGTATGAGAGTATGAGAGAGAGTTATAGAGAGGCATTTTGTGA GTATGAGAAGGCGAAGCTGCTTGGGGATGAGGAGAAGAGTGCACATGCCG AGCAAAGGTTTCAGGATATAAAGAACCGTTGGGAGGATGTAAAGGATGCA TTCTTTTGGGTAAAAGAAGATGGGAAGATTGAAATTGATGATGCAATTGG AAACAGTTGTAAATGGAGTGAGCGTTATGAAGAGCACAGGATTACTCGAG CAAGATGGTATAAGGTCGCGGAGCATCAGTTGTTTAATGCGACTATGAGA GTGAAAGATTCGTTACGAGAGCATAATGAAGCAAGAGTCGCTTTTGAGAA GGAGAGATCTAAGGAGAATCAGAGGCAAGTCCAAAAAAAGAAAGAAAAGA GGTTGCGAGATTTAAAGGAATTGCATGATCAGGAGCTTCCGAGAGCACAG GAGAGGTTGAGAGAGCTGCAAGCTTTGTATCCTGAAATTGCAGTCTCTGT TGTAGAGGCCAGGAGAGAGGTAGCCTCTGATTTAGAGAAAGCTCATGAGA GTATTGACAAGCACTATCAAAGCTGTGTTCGAGAGCAAGAGCTCTACTGA >gid:459829 CPj0043 hypothetical protein ATGCAAGTACCTCTATCACCACAGCTACCCCCCCCCCCCCCAGACCACTC TGTAGGGGCTTCTTTTTGTCTGTCTAAATTTCGTGTTTTAGCAATCACTT TTTTAGTTCTTGGTGTGCTCTTACTGATTTCAGGAGCTCTCTTTCTAACG TTAGGGATTTCAGGAGTCTCTCTTGGAGTTGGTTTGGGGCTCTCTGCATT AGGAAGTGTACTCGTTATTTCGGGATTTCTATTGCTTTTAGAAAGACGAG AGGTTTCGGGAGTGGGTTTAGAGGGGATTCCGACAGGTATTCCTGTGGGT CCTTCTGCAGAACCTTCTTCAGAGGAAATACAGAAGAAGCAAAAAGCAAA GCAAATTTTAGATCAACTGCCTCAGGAACTAGATCAGTTAGATACGGATA TCCAGCACGTGCTCTCATGTTTAGGGAAACTGAAAGATCTTAAGTGCAAA GATCGAGGTCTTTTAAAAGATGCCAAGGAGAAACTGCAAGTTTTTGACTT TGTTTGGAAAGACATGATGATGGAGTTTGTAGAGCTACAGCAGGTCATGG ATCAAGAGAGCCGGTATCTAGAGGGCCTGATCCATGAGGTACAAAGTATA GCACACAAACTTTTTGTAGATGATGTAAATATTAGATCCCATTTAGGGGA GTCGTGCGGGTATTTACCTTCCGAGGATGTTCGAGGGGAACTGTTAAAGA GATTCGCTAAAGAGGTCGTAGCTCGCTTTATGAAAGTGACTCGCGACATA CGGAAGATAGCAATGGCTTTTAACAAAAATGCCTATGGGGCAGCAAAAAA TGCCTTTGATAAGGCTTTTGGAAGCTTGGAAACGTGTCTGTATAAGAGTC TGACTAAGAGTTATAGAGATACCTTTTGTGACTATAAGAGAGCAAAGATC CTTCCGGATGAGAATAATAGCGCTCGTGCCGAGCAAAGGTTTAGGGAAGT CAAGGATCATTGGGAGGACTTAAACGAAACGGTCTTTTGGGTAAAAGAAG ACGGTCGTATTGACATAGAAGTGCTCACTGCAGTCGGTGGGTGGCCAGAT CGTTATCCAGAGCATCTTATTCTTGAAAAAAGAAAGGATAAGGTAATGAG CCATCAGTTGTGGGAGGCGACTATGCGTGTGAAAGAAGCTGAAGTAACGT ATAGTGTAGCAAGAGTCGCCTTTGAAAAGGATGGATCTCAGCAGAATCAG AAGAAATTCCAAGAAAAGACAAAAGAGAGGCTGCGATGTTTAAAGGATTT GCGTGATCAGGAGTGTCATCGTGCACAAGAGAGATTAGAAAAACTGACGG CTTTGTATCCTGAGGTTTCAGTCTCTGTAGTAGAGACGGAGAGAGAGAGG AAATTTAATTTAGAGAAAGCCTATGGGAATCTCGAAGAGCGCTATCAGAG CGTTGTGCAAGATCAAGAGGACTACTGGACAGAACAAAAGAACAGGGAAG CAGAATTTAGGGCGAAAGGAACTAAGGTTCGCTCTATGGAGGAGGTGGCA GAGCATCTTCAGATCTTAGAAAATCTATTGGAAGACTGTTATAAGAGATT ATCAAAAGCAGAAACTTTTGCCTTAGGGGTGGAGAGGGAAGCTACAGAAG AGATAGAGTATACCATACTCTCTGATGCAGCGAACCGTCTTAAGGTTTTA TGTGAAGATATTGAGGACACCCTGCCTCGAGTCGAAGAAATAGAGATGAT GCTGCGTATGGCAGAGCGTCCACTCCATCCTATAAAGCAAGCATTTACCA AGGCTTTTGTACAATATAACAGGTGCAAAGAGAGGTTAGCAAAGGTAGAG CCCTATTATAAAGAGAGCCCTGCATATGTAAATAGCGAAGAGCGATTGCA GAGTTTGGATCAGGCTTCACAGTGCATACAAAGAGTCCCAAAAGGTTTCA AGTTTAGAAACGGAAGCATGTACATATAG >gid:459882 CPj0095 S/T protein kinase ATGGGTGAAGTCTATCTTGCCTACGATCCTGTATGTTCTCGTAAAGTAGC TCTTAAAAAAATTCGTGAAGATCTTGCAGAAAATCCTCTTTTGAAAAGGA GGTTTTTACGAGAGGCAAGAATTGCCGCTGACCTTATTCATCCTGGTGTT GTTCCTGTCTATACTATTTACAGCGAGAAAGATCCTGTATACTACACGAT GCCCTACATAGAGGGATATACACTAAAAACCTTACTGAAGAGTGTATGGC AAAAGGAATCCCTGTCTAAGGAATTAGCAGAGAAAACTTCTGTAGGGGCA TTTCTTTCTATCTTTCATAAGATCTGCTGCACTATAGAATATGTCCATTC TCGGGGCATTCTTCATCGCGACCTTAAACCCGATAACATCTTATTAGGTC TTTTTAGTGAGGCTGTAATCTTAGATTGGGGAGCAGCAGTTGCCTGTGGA GAAGAAGAGGATCTTCTTGATATAGATGTCAGCAAAGAGGAGGTGCTCTC TTCAAGAATGACAATTCCAGGAAGAATAGTAGGGACTCCAGATTATATGG CTCCTGAGAGGCTCCTGGGCCATCCAGCTTCTAAAAGTACAGACATTTAT GCTTTAGGAGTGGTTCTTTATCAGATGCTCACTCTCTCTTTTCCTTATAG AAGAAAAAAAGGAAAGAAAATAGTTCTTGACGGTCAGAGAATTCCAAGTC CTCAAGAGGTAGCTCCTTATCGAGAAATCCCTCCGTTTCTTTCCGCTGTA GTGATGAGAATGTTGGCTGTAGATCCTCAAGAGCGCTATTCTTCGGTAAC AGAGCTTAAGGAAGATATCGAGAGTCATCTGAAAGGGAGTCCTAAATGGA CTTTAACCACAGCCCTGCCACCTAAAAAATCTTCTAGTTGGAAGCTAAAC GAACCTATTTTACTTTCTAAGTATTTTCCAATGTTGGAGGTCTCTCCAGC GTCATGGTACAGTTTAGCAATCTCTAATATTGAGAGTTTTTCTGAGATGC GCTTGGAGTATACTCTTTCTAAAAAAGGCTTGAACGAAGGCTTTGGTATT TTACTTCCCACGTCAGAAAATGCTTTAGGGGGAGATTTTTACCAGGGGTA TGGCTTTTGGCTGCATATTAAGGAGAGAACCTTATCCGTGTCTCTGGTGA AAAATAGCCTAGAAATCCAGAGGTGCTCTCAAGATTTGGAATCTGATAAA GAGACCTTCTTGATAGCTTTAGAGCAGCATAATCATAGTTTATCTTTGTT TGTCGATGGTACGACTTGGCTTATCCATATGAATTATCTGCCAAGTCGTA GTGGGCGAGTCGCTATCATAGTTCGCGATATGGAAGATATCCTGGAAGAT ATAGGCATTTTTGAAAGTAGTGGCTCTTTGAGGGTCAGTTGTCTTGCTGT TCCTGACGCTTTTCTTGCTGAGAAGTTATATGATCGCGCTTTAGTGCTTT ACCGAAGGATCGCAGAATCTTTCCCAGGACGTAAAGAAGGTTATGAAGCA AGGTTCAGAGCAGGAATTACAGTTTTAGAGAAGGCCTCTACAGATAATAA TGAACAGGAATTTGCTCTAGCCATTGAAGAATTCTCAAAATTACATGACG GGGTTGCTGCTCCCTTAGAATACCTTGGTAAGGCTTTAGTATATCAGAGA CTCCAAGAGTATAATGAAGAAATTAAGAGTTTGCTATTAGCATTGAAACG TTATTCGCAGCATCCTGAAATCTTTAGGCTTAAAGACCATGTGGTTTACC GACTCCATGAGAGCTTTTATAAACGGGATCGCCTTGCTCTGGTGTTCATG ATTTTAGTATTGGAAATAGCTCCCCAGGCAATCACTCCAGGGCAGGAAGA AAAAATCCTGGTTTGGTTAAAGGACAAATCTCGGGCTACCTTATTTTGCC TCCTGGATCCCACGGTCTTAGAGCTGCGCTCTTCTAAAATGGAATTATTT TTAAGTTATTGGTCTGGGTTTATTCCCCATCTCAATAGTCTATTTCATAG AGCTTGGGATCAAAGCGATGTGCGAGCTTTGATCGAGATTTTCTATGTTG CTTGTGATCTTCATAAATGGCAGTTTCTCTCTTCTTGTATCGACATATTT AAAGAGTCTCTTGAGGATCAGAAAGCCACAGAAGAGATTGTTGAGTTCTC TTTCGAGGATTTAGGGGCATTTCTTTTTGCTATTCAGAGCATCTTTAACA AGGAAGATGCAGAGAAGATCTTTGTTTCTAATGATCAATTATCGCCAATC CTTCTTGTTTATATATTCGATCTTTTTGCAAATCGTGCTCTTCTGGAATC TCAAGGAGAGGCTATTTTTCAGGCTTTGGATCTCATCCGAAGTAAAGTTC CTGAAAATTTTTATCATGATTACTTGCGGAATCATGAAATCCGAGCGCAT CTTTGGTGCCGCAATGAGAAGGCTCTAAGCACGATTTTTGAAAACTATAC AGAGAAACAGCTAAAGGATGAGCAACATGAACTGTTCGTTCTCTATGGAT GTTACCTTGCTCTTATACAAGGTGCTGAGGCGGCAAAGCAGCATTTTGAT GTATGTCGTGAAGATCGCATTTTCCCTGCTTCATTATTAGCTAGAAATTA CAATCGTTTAGGTCTTCCCAAAGATGCTCTTAGCTATCAAGAGCGGCGTT TGTTATTGCGACAAAAGTTTCTCTATTTCCATTGTCTTGGTAACCACGAC GAGCGTGACTTATGCCAGACTATGTATCACCTCTTAACCGAAGAATTTCA GCTTTAA >gid:459914 CPj0126 hypothetical protein TTGGTATTCTCATACTATTGCATGGGATTATTTTTTTTCTCTGGAGCTAT TTCTAGTTGTGGTCTTTTAGTGTCTCTAGGAGTTGGTTTAGGACTTAGTG TTTTAGGAGTACTTTTACTTCTCTTAGCAGGTCTTTTGCTTTTTAAGATC CAAAGTATGCTTCGAGAGGTGCCTAAGGCTCCTGATCTATTAGATTTAGA AGATGCAAGTGAACGGCTTAGAGTAAAGGCTAGCCGTTCTTTAGCAAGCC TCCCGAAGGAAATCAGTCAGCTAGAGAGCTACATTCGTTCTGCAGCTAAT GATCTAAATACAATTAAGACTTGGCCGCATAAAGATCAAAGACTCGTCGA GACCGTGTCACGAAAATTAGAGCGTCTGGCAGCTGCTCAAAACTATATGA TTTCTGAACTCTGCGAGATTAGTGAGATTCTTGAGGAAGAGGAGCATCAT CTAATTTTGGCTCAGGAATCTCTAGAATGGATAGGTAAGAGTCTATTTTC TACCTTTCTGGACATGGAATCTTTTTTAAATTTGAGCCATCTATCTGAAG TGCGTCCGTACTTAGCTGTAAATGATCCTAGATTATTAGAAATTACCGAA GAATCTTGGGAAGTAGTGAGTCATTTCATAAATGTAACGTCTGCTTTTAA GAAAGCTCAGATTCTTTTTAAGAACAACGAACATTCTCGGATGAAGAAGA AGTTAGAAAGTGTTCAAGAGTTACTGGAAACATTTATTTATAAGAGTTTA AAGAGAAGTTATCGAGAATTAGGATGCTTAAGTGAAAAGATGAGAATCAT TCACGACAATCCTCTCTTCCCTTGGGTGCAAGATCAGCAGAAGTATGCTC ATGCTAAGAATGAATTTGGAGAGATTGCGCGGTGTTTAGAGGAGTTTGAA AAGACGTTCTTCTGGTTGGATGAGGAGTGTGCTATTTCTTACATGGACTG TTGGGATTTTCTAAATGAGTCTATTCAGAATAAGAAGTCCAGAGTAGATC GAGATTATATATCCACGAAGAAAATTGCATTAAAGGATAGAGCCCGCACT TATGCTAAGGTTCTTTTAGAAGAGAATCCGACTACAGAGGGTAAAATAGA TTTGCAAGACGCTCAAAGAGCCTTTGAGCGTCAAAGTCAGGAGTTTTATA CACTAGAGCATACGGAAACAAAGGTGAGACTAGAAGCACTTCAACAGTGC TTCTCGGATCTTAGGGAGGCGACGAACGTAAGGCAAGTTAGGTTTACAAA TTCTGAAAATGCGAATGATTTAAAGGAGAGTTTCGAGAAGATAGATAAAG AGCGTGTGCGATATCAAAAAGAGCAAAGGCTCTATTGGGAAACAATAGAT CGCAATGAGCAAGAGCTTAGGGAAGAGATTGGGGAGTCGCTTCGTTTACA AAATCGGAGAAAAGGGTATAGGGCTGGATATGATGCTGGGCGTTTAAAAG GTTTGTTGCGTCAGTGGAAGAAAAATCTCCGCGATGTGGAAGCCCACCTT GAAGATGCAACTATGGATTTTGAGCATGAAGTAAGCAAGAGCGAATTGTG CAGTGTTCGGGCGAGGCTCGAGGTTCTAGAAGAAGAGCTGATGGATATGT CTCCTAAAGTTGCGGATATAGAAGAGTTGTTGTCCTATGAAGAGCGTTGT ATTCTTCCTATTAGGGAAAATTTAGAAAGGGCATACCTCCAATATAATAA GTGTTCTGAAATTTTATCCAAGGCAAAGTTCTTCTTTCCGGAAGACGAGC AATTGCTAGTTTCGGAAGCGAATCTAAGAGAGGTGGGTGCCCAGTTAAAA CAAGTACAGGGAAAATGTCAAGAGAGGGCCCAAAAGTTCGCAATATTTGA AAAGCATATTCAGGAGCAGAAAAGCCTTATTAAAGAGCAAGTGCGGAGTT TTGATCTAGCGGGAGTTGGGTTTTTAAAGAGTGAGCTTCTTAGTATTGCT TGTAACCTTTATATAAAGGCGGTTGTTAAGGAGTCTATACCAGTTGATGT GCCTTGTATGCAGTTATATTATAGTTATTACGAAGATAATGAAGCTGTAG TGCGAAACCGCCTTTTAAATATGACGGAGAGGTATCAAAATTTTAAAAGG AGTTTGAATTCCATACAATTTAATGGTGACGTTCTTTTACGGGATCCGGT CTATCAACCTGAAGGTCATGAGACCAGGCTAAAGGAACGGGAGCTACAAG AAACAACTTTGTCTTGTAAGAAATTAAAAGTGGCTCAAGATCGTCTTTCT GAATTAGAGTCAAGGCTGTCTAGGAGATAG >gid:460135 CPj0339 RecF-ABC superfamily ATPase CTGCCGATGTTTATGAAAATCTGCTCTCTGAAGCTAAAAAATTTTCGTAA CCACAGTGATTTAGAAATCTCACTGGCTCCTAAACTCAATTATGCCCAAG GAAAAACAAACCTCCTAGAAGCGCTTTATGTTTTGTCCTTGGGAAGGTCT TTTCGCACGCAACATCTCACAGATACCATCACCTTCGGATCTTCCCATTT CTTCTTAGAAACACAGTTTGAGAAAGACCACCTTCCCCAAGCTCTCTCCA TCTATACAGACAAGCAAGGAAAAAAAATCTGCTATAACCAACTTCCTATA AAAACCTTATCGCAGCTGATAGGGAAAGTACCTATTGTGCTTTTCTCTTC AAAAGACCGCCTTCTAATTTCAGGAGCTCCTGCGGATCGTCGCCTTTTCC TAAATCTGCTTTTATCTCAATGCGATAACCACTATACCCTCTGCTTATCG TACTATCATCGCGCTCTTCAGCAGAGAAATGCTCTCTTAAAAAGCAAGCA AACCTCAACCGTGGCCTCTGGGATGAACAGTTGGTCAAACACGGCACCTA CCTATCCATCCAACGGTTTCTCTGTAGTCAGAAACTTTCAGATTTATCCA AAGAACTTTGGTCTAACAACCTAA >gid:460136 CPj0340 frame-shift with CPj0339 CTGCTTATCGTACTATCATCGCGCTCTTCAGCAGAGAAATGCTCTCTTAA AAAGCAAGCAAACCTCAACCGTGGCCTCTGGGATGAACAGTTGGTCAAAC ACGGCACCTACCTATCCATCCAACGGTTTCTCTGTAGTCAGAAACTTTCA GATTTATCCAAAGAACTTTGGTCTAACAACCTAAAAGAACAATTGGCCTT AAAATTTAAAAGTTCCTTAATTAAAAATTCTGATATTTCTGAAACTGCTG TTGCCGAAGAATTTCATAAACAGCTCTCTATATCACTTCCTAGAGATCTC GAATGGGGAAGCACTTCCGTTGGCCCTCATCGCGAAGACTTTCTACTCAC TATGAACCAAATGCCTGTGTCTCAATTCTCTAGTGAAGGGCAGAAACACA GTCTTTTGGCAATCTTAAGGCTTGCTGAGTGCCTATATCTAAAGCAATCT CATCACGTCTCCCCTCTAGTCTGTCTAGATGATATCCATGCTGGATTAGA TAATGAACGTGTCGGTCAACTCCTTGACCCTGCCCCAACTCTGGGTCAGA CTCTGATTACTTCCACCCATATGCATGGGGAACTTCCAAAAACAAGCCTT GTTTTAAGTATCGAGAACGCTCAAGTTTCTGAGCAAATTATCTAA >gid:460144 CPj0350 CT066 hypothetical protein ATGGCCGTAGAACAATCACATATAAAAGAAGAAATAGAAAAACTGATCGG AAAAGCTATTAAAAGAGTCTGCGGAAACAAAGAAAACGATTTATGTCGCT ATCTTCCAGGCCCTAGCGGCGGTTATATGCATCATTTCACTCTAAAAAAG ATGAAAAGCGCTGCTCCCGAACAACTTTTAAAAATGTTAAAAACATTTAT TTTAGAATCGGAAACCCCACGCACAATTAATCCTAAGCCTAGAGCTCCTA GAGGCTCTAAAAAACGTCGTGACTTTATTAACTTTACTAAAACAGATATT GAACGCGTTTTAGAACTGGCAAGACAAGTTGGAGACAAAGACCTCCTCGC TCGCTTTAGCCCTAAAAAACCGTTAACTTCTTTAAAAAGGGAGTTAATTC GTTCGATTCGCAACGGTATCGTGAGCGTAGAGCTATGGAATGCCTACGTC GAAGCTGTGAAGGCTGTAAGCTCTCCCAACCTTGAAGTTACCTCTCCTTT CGTTTAA >gid:460178 CPj0383 CT047 hypothetical protein TTGACTCTACCTATGCAAAAATCCTTAACGAGTTTTGATGACTTTTCCCA GGCGTATGCAGAGAAAGTGCCCGCTATAGCTCTTATAGGGAGTGCTTTGG AAGACGATAAAGATGCGCTGATTGAATTATTAGTCTCTGAGAGCTTCAAA GAGCTCGGTGGTCAGGGACTCATGCCAGCAACCCTCATGTCTTGGACCGA GACGTTTGCACTCTTTCAAGAGCATGAAACTTTGGGGATTATTCATGCAG AGAAATTCCCTCTAGCAACTAAGGAATTTCTAAGCCGCTATGCTCGGAAT CCTCAACCTCACCTTACGATTTTGATCTTCACCACAAAACAAGAATGCTT TCGAGAACTGTCAAAAGCCTTGCCATCGGCTCTTTCTTTGAGTTTATTTG GTGAGTGGCCCGCAGATCGTCAGAAAAGGATCATACGCCTCCTGTTGCAA AGAGCTGAGCGTGTGGGGATTTCTTGCTCTCAATCATTGGCATCTTTGTT TTTGCGTGCACTTGCTTCAACCTCTCTTCCTGATATTCTCAGTGAATTCG ATAAGCTACTGTGCTCTGTTGGCAAGAAAACGTCCTTGGATCACTCTGAT ATTAAAGAGCTCGTTGTCAAAAAAGAAAAGGCTTCCCTATGGAAATTTCG AGACTCTCTATTGAAGAGGGATCCGGTAGAAGGTCACCAGCAGTTGCATT TTCTACTCGAGGATGGCGAAGATCCCTTGGGGATTATTACTTTCCTTCGT ACCCAATGTCTCTATGGATTACGTAGTATTGAAGAGGGATCGAAAGAAAA TAAACACCGAATGTTCGTCCTTTATGGAAAGGAGAGACTACACCAAGCCT TAAATTCTTTATTTTATGCAGAAACCTTAATTAAAAATAATGTCCAAGAT CCTATAGTAGCTGTGGAAACTTTAGTGATTAGAATGGTTAACCTGTGA >gid:460267 CPj0473 hypothetical protein ATGGCAGTTGGTGGCGTAGGCGGCTCAAGATCTCCTTCCCCCATTCCTCC TAATAGAAGGAATAGTGAGGATGGAAAAGTAAGTCCTAAAGACAACTTAG GGGAACATACAGTTAGCAGTAGTGACAGTAGTCTTGCAAGTCAGGGCCCT ACAATAGAAGAGAGAAAAGCCCAGTTAGGCGGGACTGATAAAATTCCTTT GCCATCTGTCAAAGAACCCGGAGATTCTCCAACTTCAGGACGTTCTGGGG TACTTCAGAGAATTTGGAAAGGCGTTAAAGGGGTCTTTAAAAAAACCCCT CAAGCGCGTCCTGAAGTTTCTAGTCCACGTCTTCCATCCCATGTGCAACA TGGCCAACGTCTTCCTGGACTCGAGGGCTTTAGAGATCGTATCCAGAAAA GATCTGAAAATCCAGAGGCAGATTTAGGGAAGATGAAACGTTCCTATTCT GATGGTGACCTTGATCGAGTAGGACACGATTCTAATGAAGATTCTACAGA GGATAGCCGTTCTGAAGGAGGAGAGCCTTCTTCAAAGAGTTCTTCCTTCT TATCAGGAGTTCGAGGAGCGGTGTCTAAAGTTCATGGTGCCCTAGGTGAT ATTAAAGGAAAGTTCCAGCGTTCTGCTTCCGAAGATGATTTAACAACTCA GGGCGAAGATTCTGCCGGCGATACTGTAAAAGAAAGGCGTTCCGAAGAAG CAGAGGCTTCTTCGAAGAGTTCTTCTTTTTTATCAGGAGTTCGAGGAGCG ACGTCTACAGTTCAGGGAGCCTTAGGTGACGCTAAAGAGAAGGTTTCGGC GTTCGGAGAGCAGGCTGCAGGTGCAATCAGATCAGCACCAGGGAATATCA GAACTAGATTCCAACGTTCTTCATCGGAAGGTGATCTTTCTAATGTGAAT AAAGCAGCAAAACATCTGCGTAAGGCTTTAGAAAATTTGGAAAAAGTAGC TCCAGAACAAGTGTCACCAGAGGTGGCTTCTAGGGTGCAATCTCTTCTTG CACGCATGGAGCAATTGACTCATCAGGAACCTCCTACTGTGGAGGATCTT ATTACTTTCGTAGAATCCAATGTAGGTAGTGATTCTGTGGAGTATGCATC CATCGTACCTCAAGATGGATCGCAAGCCCCAGCAGAGACTGCGGAAGCTC CCGAAACAGGTGGGGTAGAGGGATCTGCAGCGCAGGGAGCATGGAAAGCG TTACGGGATTTTGTAGTTAGCATATTCCAAGCGGTAGCGAGCTTCTTTAG GGCAATTGCTTCAAGATTAAGTTCAGCACGACGTGAATCAGCTGTAGATG ATCTTGCATCAGAAAGTAATACACAATGGTTTGTGGAGCAAGAGGGCGTT TCAAATCCATCGGCTGCACCTAGCTTATCTTTTGCGGAAGAGATCGCTCG TAGAGCTGCAGAAATGAGTAACAGAAATGCCCAGAGTCTTGAAAAATTGG AATCAGGCAATGTGACTGATCCTGTCATTCAACAAGGCTTAGGATTAGCT AGATCATTTGCTCCAGAGGGACAGTAG >gid:460299 CPj0505 3-methyladenine DNA glycosylase GTGCTACAAGAACATTTTTTTCTATCGGAAGATGTAATTACACTAGCGCA ACAGCTTTTAGGACATAAACTCATCACAACACATGAGGGTCTGATAACTT CAGGTTACATTGTAGAAACCGAAGCGTATCGTGGCCCTGATGACAAAGCA TGCCACGCCTACAACTACAGAAAAACTCAGAGGAACAGAGCGATGTACCT GAAAGGAGGCTCTGCTTACCTCTACCGTTGCTATGGCATGCATCACCTAT TGAATGTTGTCACTGGACCTGAGGACATTCCCCATGCCGTCCTGATCCGG GCCATCCTTCCTGATCAAGGCAAAGAACTTATGATCCAACGCCGCCAATG GAGAGATAAACCCCCACACCTTCTCACCAATGGACCCGGAAAAGTGTGCC AAGCTCTAGGAATCTCTTTGGAAAACAATAGGCAACGCCTAAATACCCCA GCTCTCTATATCAGCAAAGAAAAAATCTCTGGGACTCTAACAGCAACTGC CCGGATCGGCATCGATTATGCTCAAGAGTATCGTGATGTCCCATGGAGAT TTCTCCTATCCCCAGAAGATTCGGGAAAAGTTTTATCTTAA >gid:460388 CPj0589 CT470 hypothetical protein ATGCAGATCTGTGTTACCGGCGTTGTACTTCGCAGCCGCCCCTTAGGAAA AAATCATACACTCACCACTTTATTTACCCCTGAAGGACTCTTTACCTTTT TTGCAAAGCAAGGACAAACCCTCCAATGTGATTATCGAGAAACCCTTGTC CCCATATCTTTGGGGAAGTATACGTTACATCGTAATGGCTCACGCCTTCC TAAACTGACCCACGGGGATATCCTCAATGCCTTCGAAGCAATCAAACAAA CCTACGCTCTCCTAGAAGCTAGTGGAAAAATGATTCAAGCTCTTCTGGCT TCTCAGTGGAAAGAAAAGCCTTCGCATAAGCTCTTCTCTTTATTCTTGAA TTTCCTCCACCGTATTCCTGAAAGCAGCAATCCAGAATTTTTTGCAGCCA TCTTTGTACTTAAACTTCTCCAATACGAAGGAATCCTAGACCTGACTCCA GCATGTTCGCTATGCAAAGCATCTCTACCCTATGCCTGCTATCGCTACCA AGGCCATAAACTATGTAAGAAACATCAGCATAAACAAGCCATCTCCATCG AGAAAGAAGAAGAACAAATCTTACAGGCTATCATTCATGCGAAGCAGTTT TCTGAACTTCTAGCTATTGCAGAATTCCCGATTGCTATAGCTGAAAAAAT TTTTTATTTGTTTGACTCGCTACAAGAGGAAAAAAAATCAGAAAGAAATT CTTCGGAAGATCCATATCATGAAATCCTAAGACTTTCTAAAGTAGTCCAT CCCTACTGA >gid:460476 CPj0673 CT552 hypothetical protein GTGTCTATTGCCTTAAACCGAGAAGAAGTTTGGGATAATCCCCATCACTT AATGTTTATCTTAATGCAATTCCAACAATTTTCAGGGGAACAGGATCGTT TTGGAAGTTTCTTAGAAGCAACCATCCGTGATCGGGTCTCTTTTTTAGTC TTACAAGAAAAGATTGCCACTTTAAAGTAG >gid:460510 CPj0703 S/T protein kinase ATGGATTGTCGTGGTGGCATCCCTCTTCCTGAACCTCAGGTGATTGGCGG ATATCATGTTAAAAAAATATTGAGTAAAAAATTAAGAAGTAGAGTTGTTC ATGGTCTACATCCTGAAACACGCCATTCTACAGTCATAAAAGTTTTTTCT CCTTCCCCCTCGTTCACGAGTCGCTCTGTCTATAATTTTCTTAAGGAAGC ACAGAGCCTCCATCAAATTACTCATCCTAATATTGTTAAGTTCCATCGCT ATGGCAAATGGCAAGATTGCCTCTACATTGCTATGGAGTATATAGAAGGG ATCTCTTTAAGAGAGTATATCCTCGCGCAATTTATCTCTTTGCCACAAGC CATAGATATTATCTTTGATATTGCTCAAGCTTTGGAGCACCTCCATAGTC GGAATATTCTACATAAAGATATCAAGCCTGAAAATATTCTCATCACTCCT CAGGGTAAAATCAAACTCATAGATTTCGGACTCGCTGATTGGGATACGGA AATACAGAGAGCACATCCTAGCGTTATCGGAACTCCTTATTATATGAGTC CAGAACAACGCCAAGGGGAGTCTCATTCTCCCGCTTCGGATATTTATGCT TTAGGTTTGTTAGCTTATGAGTTGATCTTAGGGCACCTTTCTTTAGGACG CGTCTTTCTTTCATTAGTGCCCGAAAGAATAAGTAAAATTTTAGCAAAAG CGTTACAGCCTTCTCCTAATAATCGCTACAGCTCGACCCGAGAGTTTATC CAGGATATACATCACTATCGCATGTCTGGAGACATGCAAGAAGATCTACG TATTAAAGATCACACGGTAGCTCTCTATGAACAGCTGCAAACACAACGAT TTTGGTTAGCCCCAGAAACTCTGAGGTTTCCAGATTTTATATCCGGAGTT CTCTATCATCAAGGATATCCCTTGTATCCTCATGCATATGATACGTTGCT TGAAGGAGATGTTTTTAATCTGTGGTTAGGTTACAGTCCTATAAGTAATG CAACTATAGCTTTGTCTGTTGTAAAAAGTTTAGTCTGCCAACAAGATCTA CAGCGACCTCTTTTAGATAGAGTATGCGAAATCAATGAGTGCTTGATTCG CATGAAAATACCCATAGATGAAATGGGTATCTCTATACTCTGCCTCGAAA TTTCGAAAGAAAATAAGGAACTCTCTTGGATAGCTTGTGGGAAAACCGTT TTCTGGATAAAAAGACAGGGAAGGGTTGTCCAAGACTTTGAGAGCTTTTC CCCAGGATTAGGGAAAATTACTTCTTTACAAATTCGAGAAACCAAGGTTG CATGGGAAATAGGTGATGAAGCTGTAGTGTGTACGCTGGAATTAGAAGAA TCTGTTGCATCCTTAAAAACCCTATCACTCGCAGAGTTGCAAGATAGAAG GCAAAAAGCTATATTCTGTCCCATAGAGAGCATACATGGTGGAATACAAA GTCGTCAGCACGGAAGTAACTCTCCCTCAACGCTCATTAGCTTAAAAAGA ATCCGGTGA >gid:460513 CPj0706 CT670 hypothetical protein GTGGCAAAATATCCACTAGAGCCTGTTTTAGCGATTAAAAAGGATCGTGT AGATAGAGCAGAAAAAGTTGTTAAAGAAAAACGACGTCTTTTAGAAATAG AACAAGAGAAATTACGAGAGAAAGAAGCTGAACGCGATAAAGTTAAAAAT CACTATATGCAAAAAATCCAACAACTCCGCGATTTGTTGGACGAAGGTAC AACAAGCGACGCCGTCTTACAGATAAAATCGTACATTAAAGTGGTTGCAG TACAGCTTTCGGAAGAAGAAGAGAAAGTCAACAAACAAAAAGAAGTTGTG CTTGCTGCTTCTAAAGAACTCGAAAAAGCAGAAGTAAATTTAGCGAAGCG TAGAAAAGAAGAAGAGAAAACACGACTCCATAAAGAAGAATGGATGAAAG AAGCTCTCAAAGAAGAAGCTCGCGCTGAAGAAAAAGAACAAGACGAGATG GGGCAGCTGCTTTTCCAACTGCGCCAGAAAAAAAAACGTGAATCAGGGGG AAGCTAG >gid:460647 CPj0835 SWI/SNF family helicase_1 ATGGTTTTAGAAGCATTAGCCATCTTTCGACAGGATGCGATGCAACATCT CCTTAAACATCGCAAGGAGATCGTTGTAGACTTTTGTGAGGATAGTTACA CCATACGCATTCCTGATGAAGAAGCTCCAGAGGGCTATTGGTTAAGCACT TTAAAACTTCAAGATATTGATAGGCTAACTTTTGCTTCTTGCAGTTGTCC TGACGGTGAGTGTTGTCTCCACCTTATGACTGCATATTTTGCTGTCTATG ACGCTTTAGGATTGCACCCTTTACACGATAAATTCCGTCATTCCTTTTGG TATGCCGTCTTCTCTCACTTTTTCCTCGACTCGATTCCATTACAAGCTCA AGGAGAGATGGTTTATACACTAGAATCCCCACATATCACGTTAACAATAG AGTGTCTGTCCGAGGAAGTATTCCAAGATTGGCTCCGCACCATTCATGCT TCTGAAGAACCTACAGTATTTACAAATAAGACTTTCTTGAAGTCCGCTCT CTATCGCACTGCTAAAAAATTCTTTTTCTTAAATGAAGAAGGGGCTGAGC TTACGATAGGAGAAAATTCTCAAGGCTTTCCTTCTCATTTTTCTCTTCAA TGGCAAGGCCTGGTCTTTAAAGCGGAAATCTTGGATTTTCCTACATTAGA AGACATATTTCCTAAGTTGGAACTCGCGCATACATCTTTAGAGAATGTAT CTCACGACATCAGTATTACAAATGTTACGGTCTGCGCAGAAGAAGCTAAG GTAAATTTCACATTAAGTCCTGTTATCCATAAAAAAGACAGAGAGAATCA TCCTAAGACTAGAATAGGTTCTGTAGAATACGTTGCAAAAACGCATGAAA TGATCACAGGCCCTAAAGCCATAGCCCTTCCCATCTATGCGATTCCTTTG CTCGCTGATAAATTCAAAGATCAGCTGCTTTCTTTGCTCTGCTATGATTC TCTAGAATATCGACTACGCTATGATATCCGTCTACTACGTGACGCTTCCT TCTCATTTTCTGCTTACCTCGTCACTCCTGGGGATTTAGACAATGGCAGT CTCATTTACCCAAACTATTGCTATAGTCCTACGAAAGGTCTGATGCAAGT CGTGGGGATGCTATCTCCAAAACAAGCGTTTATAGTTAAATCCGAACAGG TTGAAGACTTTCTCAATGAGAGGGGGCATCTAATTCAAGAGCCCGGTTTC CAAACATTTATAAACGAACGTCCCGAAGGTCATCTTACTTATAATGTCAC AGAACAAGGTGTTTTATTATTCCACTATGATGTCGGAGATCCCTCTTCTA CAGAAATACGTTTCGGGACATGGACCTACTATACAAATCAAGGTTTCTTT CTAGAGAAGAAAAACGATTTGCCGATTCAAGATGGGCTCATTGTAGAACC TCAAGACATCCCTGCTTTCATTGTAAAGAACGATGCGGCACTACGACGTC TCCCCAATTTCTTTTCCTCTCCCCCTAATTTAAAAGACCTTCTTATTGAA GTTCACAGGCAATCTCGTGGAAAAGGACTTGACCTCAAGCCTATTCTTGT TGGTTTAGGGGAAAGCCGTTGTTGGCTATTTGGTGTATTTCTATATCGCG AAGATATAGGATTCTCTTTGATTCCCACTCCCCTACAAGGGTTATGCTTT CTACCTAGAGTCATTCCTCCTGAAAATGTCCCACAGTTTCTTACACAGTA TGCGCAGCATGAGCGTATTTTATTTCCAAATCCGCAGACACGCCCTCCAG AAAGTTATGAATTGGTGATCCAGTCGATTCATAGGCCTCATCCTGCCTCT CCTCTCCATTTGCAATTGGAGCTGAAGACAAACCTCGGATCTGTCCCCAT AGGAATCGCTTTACAAGGATTGAAAAGTAAACATACTTTTCTATTTACAC AGGCTGGCTTTTTAGATTTGAAACAAAACCTGTTTCAATTTTTAAAACAG TTCCTATCTACGCAGAAATGTGTGATCGCTGAGAACACTGTCATAGCGAA TATTACTGACGTCTTTAAATTAGATGCTCTAGCTCCACTATCAGTAACTG ATGATACTATAGCCAATCCCGAAGACTTGCAATTTTTCTCACAGTTAAAA GCAGCGTGTTTACCTCCGATTCCACAAAATCTCTTTTCTTCAGACCACCA GCTCCGCCCGTATCAAAACAGCGGGTTACTTTGGATGTGGTTCTTATACA ATCACAGACTCTCAGGGCTTCTCTGTGATGAAATGGGATTAGGAAAGACT CACCAAGCTACAGCCTTACTAGATATTGTATTTCAGTCTTCACAGCCCTC AGCGCGCCCGAAATTCTTAATTGTATGTCCAACAAGTGTGTTACCACACT GGGAGCATATTTTAAGTAATCATCTTCCTGGCGTGAGTATTTTTTCTTTC CATGGGCCAAACAAACCGAGTGAGCTACCTCCTGCTGATATCTTGTTAAC TTCTTATGGAACGCTACGACAAAACTACGATAAGTTTTACAAAATAGCAT TCACAATTGTCGTTTTCGATGAGATCCACATGGCTAAAAACAAGAGTAGC CAAATTCACAAAATCCTCTGTCGGATAGACGCTCAGATGAAGCTGGGACT TACGGGAACTCCCATAGAGAACAATCTCTTAGAGTTTAAAGGGCTTTTAG ACATTATCTTACCCAATTATCTTCCCTCTGACGCTCTATTCAAAAAGTTG TTTACCAAACGATGTTCTTCTGAAGAATTGGAAGAGATTATCCCCTCCCA GGATCTTTTATTAAAGTTGACTCGTCCTTTTATCTTGCGACGGACAAAAA AACTGGTACTTCCCGAGCTTCCTGATAAGGTCGAATCTATCATTGCTTGT TCGTTGTCTCCGGATCAGGAGAAGTTATATATGGCGACCTTGCAAAGAGA GAAAAGTCATATTCAAAAGCTTGAAACTCCCGAAGAACCTGCTACGAATT TCTTACACATTTTTGCTCTCTTAAATCATCTCAAGCAGATTTGTGATCAC CCTGCAGTATTTTTCAAAGACCCGGATCAATATAAAAATTACGAATCTGG AAAGTGGAATGCTTTCGTTAAGCTACTTAAGGAATCTTTAAACGCTGGAT ACAAAGTTGTTGTATTCTCGCAATATATCCACATGATTCGGATCATTACT CTCTATCTTGAGGAAATTGGGATCAAGTATGCTTCGATTCAAGGAAAATC TCTGAATCGGAAGGAAGAAATTGAAACATTTACTACAGATCCTAATTGTC AGGTGTTTGTTGGGTCGTTACTTGCGGCAGGAACAGGAATTAACCTGACT GCAGGCAATGTGGTGATTATGTATGACCGTTGGTGGAATCCTGCCAAGGA AATCCAAGCTCTAGACCGTGTGCATCGGATTGGTCAGAAAAATACAGTCT TTATCTATAAGCTGATTACTGAAGATACACTTGAAGAGCGCATCCATTAT TTAATTGAGAAGAAAATTCGCTTATTGGATAAGGTCATTGCCTCTCAAGA TTCTAATATCCTACACATGTTGAATCGGGAAGATCTCCTCACTATACTAT CCTACAAAGACGAACATGGAACTTCAGACAGTGAAGAGTCCCCTGTAGAT GCACCCGTAGAAGATGATACAGGTGTGCTTCCCCCTGAGGATTCCTAA >gid:460662 CPj0849 SWI/SNF family helicase_2 ATGCTTAATTTTCGCAAGTTACGCCGGGATTTTTCAGCCAATATTTTACA GGATGGTAAAAAACTTTTTGAGCAGGGGGCTGTGATTGATGCGAAAATCC TTTCGATGAATGGAGAGACTGTCTGCATCAGCGCTCAGGTTCGGGGCTTG TACGACAACATTTATGAGTGTGAGATTGAAGTTGATCGCTCGGAATCCGA TACTGTGGATTCCAACTGTGATTGTTCGTATAACTACGACTGCCAGCACA TCGTCGCACTATTATTCTATTTAGAGCAATATTTTAATGAGATGGTAGTA GCCTATGCTCGTAGTGCTGATTTAGAAACGGATCACGAGATCAACGAGGA AGTAAAAAAGGAGCTCAAGGAAACTTTTGTCGCTGCTGCCACAAAGGAAG AAGAGCGTAAAGATCGTGAGCATCAAAAAGAGATTTTAAGAGAGTATGTT CACGCTGCAAATGCTTTAAGTGCGAATCCTTTTTTCCTACCTTTAGAATA TTTAGAAAAGGATTCTGCTGAGCTTGCTGTATTATTTGTTTCTGTAAATG AGGATACGTTTGCTCCTGCCAATCAGCCTATAGAGTTTCAATTAGTACTT CGTTTACCGTGTCGTTCCAAGCCTTTTTATATCTCTAATATCCGTACCTT TTTGGAAGGGGTGTTGTATCAGGAGCCAATTGTATTGAATGGGCGTCGGT TTTTCTTTACGATGCAATCGTTTAATGCTTCCGATCGCAAGCTAATAGAT TTATTGATTCGCTATGTCCGTTACCCCAATCATACTACCGAAGAGAAGTT ATTAAAATCTGCGTATTTGATGCCTCCTGCGTTAGGTGTGATTCTTGCAA AGATGTTTGAACATCAACTGGCAGATCGTGGAGGAGGAAGTTTAGGGGAA AAAGAGAGTTTTTCAGGGTTATTCTGTGGAAATCTTGAAGAGCCTCTGTG TTGGTCATTAACTCCGGCTAAGATGAAGTTTAACTTAGACTTCTTTGACA TGCCCTACAAAGCGTTGTTAATGACTCCTGTGATTCTTGTTGATGATGAT GAAGTTCAGCCTGAGCAGACCATGTTATTAGAGTCGGATGCTCCAGGGAT TATTCATCATTTTGTTTATCATCGGTTTTCTCCTCAGATCAAGCGTGCGC ATTTACGTTCCTTTAGTCGTTTGCGAGATATAGCAATTCCAGAGGCTTTG TTTGGTTCGTTCCGTGAGAATGCTCTTCCTGTATTTCAGGAATATGCTGA AATTGCGAATGTTCACCTTTTGAATTCCTTTGTGACACTTCCTTATGTAG ATGAGGTCCGGGCCATTTGTGATATGAGCTATTTGGACGGGGAATTAGAG GCAAAATTACATTTCCTTTATGGTTCTTTACGGGTTCCAGCAGCATCTTT GGCTTTGCAATATCAGGATGTTCGTGCCTTTATTAGTGATGAGGGAATCT TAGCCAGAAATCTGGTTGAAGAGCGTAAGATGTTGGAAGAGGTCTTCTCA GGCTTTATTTATGATGAACGCGATGGAGCTTTTCGTGTTAAAAGTGAGAA GAAGATCGTGGAATTTATGACGGAGACGATCCCTGCGAATCAACATCGCA TTACTTTTAACTGTCCGGAAAATCTTTCAGGTCAGTTTATTTATGATGAG ACGATCTTTGAATTATCGTTCCGAGAAGGGAGCGACATTAATTATTATGA GGCAGACCTTAAGGTTCATGGTTTATTGAAAGGAGTGCCTTTAGATTTAT TGTGGGACTGCATTAGTGCGAAAAAGCGCTTTTTAGAGCTTCCTAAAGCG GGTCAGCAATCTAAGGGAACGCGGCGCGGTAAGGTGAATTCGGGTAAGTT GCCTTGTATTTTAGTCTTAGACTTAGAAAAAATTGCTCCTGTGGTGCAGA TTTTTAATGAAATAGGATTTAAAGTTTTAGATGACTTAGTTCAGAAGTGT CCTTTATGGAGTTTAACGGGAATTTCGTTAGATCAGTTTGAAGCACTTCC TGTGAACTTTTCCATGTCTGAAAGGCTTATAGAGATTCAGAAGCAAATTC GTGGTGAGATCGAGTTTGATTTCCAAGATGTTCCTCAGCAGATTCAGGCA ACGTTACGTAGCTATCAAACCGAGGGCGTACATTGGTTAGAGCGTTTGAG AAAAATGCATCTCAACGGGATTTTAGCTGATGATATGGGACTTGGAAAGA CTCTCCAGGCGATTATTGCTGTTACTCAGAGTAAACTAGAGAAAGGCAGC GGCTGTTCTTTGATTGTTTGTCCTACCTCTTTAGTTTATAACTGGAAGGA AGAGTTCCGTAAATTTAATCCTGAATTCAGGACTTTAGTTATTGATGGAG TTCCTTCTCAAAGACGGAAGCAGTTAACGGCTTTAGCTGATCGCGACGTC GCGATTACTTCGTATAATTTATTACAGAAAGACGTGGAGCTATATAAGAG CTTTCGTTTAGACTATGTTGTTTTAGATGAAGCGCACCACATTAAGAATC GTACGACTCGGAATGCAAAATCGGTGAAGATGATTCAATCGGATCATCGG TTGATATTAACTGGAACGCCGATAGAGAACTCGTTAGAAGAGTTATGGAG TCTTTTTGATTTCTTAATGCCTGGTTTATTGAGCAGCTACGATCGCTTTG TTGGAAAGTACATACGTACGGGCAACTATATGGGCAATAAAGCTGACAAT ATGGTTGCGCTTAAGAAAAAGGTCTCACCTTTTATTCTTCGTCGTATGAA AGAAGATGTATTGAAAGATCTTCCTCCAGTCTCTGAGATTTTATATCACT GTCATCTTACAGAATCTCAGAAGGAGCTGTATCAGTCCTATGCAGCTTCT GCGAAGCAAGAGCTTTCACGTTTGGTCAAGCAGGAAGGTTTTGAGCGTAT CCATATTCATGTTTTAGCAACTTTGACTCGGTTAAAGCAAATTTGCTGTC ATCCTGCTATTTTTGCTAAGGATGCTCCAGAGCCTGGGGATTCAGCAAAG TATGATATGTTGATGGATCTACTTTCTTCTCTTGTGGATTCTGGGCATAA GACTGTGGTCTTTAGTCAGTATACAAAGATGCTGGGCATTATTAAGAAAG ATTTAGAGTCTCGAGGCATTCCTTTTGTCTATCTAGATGGTTCCACCAAG AACAGACTAGATTTAGTGAATCAGTTTAATGAAGATCCTAGCTTGTTGGT TTTCTTAATTTCCTTAAAAGCTGGGGGCACGGGCTTGAATCTTGTCGGTG CTGATACAGTGATTCACTACGACATGTGGTGGAATCCTGCTGTAGAGAAT CAAGCGACTGACCGAGTCCATCGTATTGGGCAGAGCCGTTCTGTCTCTTC CTATAAATTGGTAACCTTGAACACGATTGAAGAAAAAATCCTTACTTTGC AGAACAGGAAAAAGAGCCTTGTAAAGAAAGTGATTAACTCTGATGATGAG GTTGTATCCAAGTTAACTTGGGAAGAAGTATTGGAATTGCTGCAGATATG A >gid:460732 CPj0917 hydrolase/phosphatase homolog ATGATGAAGACAAAATATGAGTATTCTTTTGGTGTTATTCCTATAAAATT TTTTGGCACCCCCGATAAGAACACATTAAAAGCTTGTTTTATTTGCCATA CTCGAGGAAAACATTGGGGATTCCCTAAAGGGCATTCTGAAGATAAGGAA GGTCCTCAAGAGGCTGCAGAGAGAGAATTGGTAGAAGAAACCGGACTAAG TGTTGTTAATTTCTTCCCTAAAGTTCTTATCGAACAGTATTCGTTTAATA ATGAAGAACAAGTCTTCGTTCGCAAAGAAGTCACCTATTTTCTTGCTGAA GTTCGTGGTGACATCCATGCAGATCCTATGGAAATTTGCGATAGTCAATG GTTATCTTTGCAAGAAGGACTCCGCTTATTAAGTTTTCCTGAGCTACGAG ATCTTACCGTAGAAGCAGATAAATTTATTAATAACTATCTTTTCTCTTCT TGA >gid:460810 CPj0994 CT837 hypothetical protein ATGAAAAGGTCTCGACGTAACTTCGAACAGGCTTTAGAAAATTTAGAAAA GCTCAAAGAGATTTCTTTAGCTACCTCGAATGATTCCTACCTAAATAATC CAGCACGCTTCAACCAGAGAAAACAAACAGGCTCTTCTGTCATGGAAATG AAAGAGGCTCTGAAAAATGTTGAAAATTATCTACTCGAAATCAGCTGTGT TTCGAAAAGTCATGCAGATAAAGCTCTTAAAGAATCAGATTTTTTAATTG CAGGTGTGCAAAACGTCTTTTCCTTTTTAGAGAACCAAGAAGACCTCTAT AAGTCTTTACTAGACGAATATTCTGAAGTTACTAAGGCTTATGATGAGGT AAAAAAGAATCTTAAAGAAGTCCCAACTTATGACCTCTCGACAGATGAAG AAACCGAGGAACACAAAGAACCCGAGTGCTTTTTAAATAACCTTGTTGAA GTTAAGCGGGACCGTTCCTATGAGCTTTTCTACATGCTAGATGAGCAAGA CAAACGCTTTTATAACGATGCTCTTGTCCAGATTATCTATAAGCAAAATA AACTACACGAAACTGTAAATGAAGGTGACCCCCTAACTAAAACACTCCTC TGGAATAGTGAAGAAGTTAAAAACATTGCCTCTTCGCTGGTTATCGTAAA TGATATGCCCTTGCGATTGTTTTATCAGCGTGCTTTAAGCCATTTAGACA TCGAAGCTGTGGTCAAAGTTCATAACGCAGTCATGGCGTTGTTCTTCTCA AGATACGAAGCTACAATGGTCTTCAAAAGCCCTAAGAAGCATAATATATG GTACTTTAATGACTTTTTGCTCTTTTTGAGAGAAGCATGGAAAGACTTAA ATAATAACGTGATTGATTCTCAAGAGAGAAAACAGACGAAACTTCTTGCT TCCGCTTTAAGTCTCGGGATCTTTGAAAGCAAACTAGTATTTGAAGAGGC ATCTCGTTATCTCTACTTCAATATTCAAACGAAATTAGAAAACGCCAACG GGAAGAAGCCTCTTTCACCAGGACAATATCTTACAGACGCTTATGAAGAA CTTCATCGTCTTATCTCTAAATATCCTAACGGGCCTCTTTTTAAAGCTAT GGATAGAGTTTTAGAACATGAATCCCGTCCCTATGATCCTATGATTTTAG GAATCCTCCCTAGCCTTGAAGGAACGTTAAAGCTCCACGGGAAATCTATA GATATCATACGATCTCCCAGTCCTGTGACCCAAAGCTCGATTTTGTATGC TAATTGTAATGAGGAATTCTTAGGGTTTCTTAATGCTAAAGCACATCGCA GTGAGGTGACTTTAGTTCTAAATATTCAGAATCGTATATCAAGAAAAGAA CGTGCGCGAAGCCGTGTTATCGAAGAAGCTTTAGAACAAGAAGAACACGC CCCCTATGTCCACGCCTTCTCTTTCCCTGAACCCGAAGAACTCCTCCAGA ATTTGGAAAGTATTCATGGAGATATTGAAACTTTTGCTGATTTCTTTTCT ATTCTGCAAGAAGAGTTTCATAAACCCCTTCTTGCTTCATCATTTTTTCT AACGAAAGAATTAAAAGAGTTCGTAGGTAGCTTCTTAAAAGAAAAACTCA CGGCGTTGAAAGACATTTTCTTTGCTAAGAAAAAAATTCTATTCAGAAAT GATAAGCTTTTGCTTCTACACCTCCTCTCGTACCTAATTGTCTTTAAGTT AATAGAACGTACCAATCCCAACTCTATTGTCGTCGTATCTAAAGATGGGC TGGATTATGTTTCTGTCTTTATTGCGGGATTTGCGTTCTTTTCTAGGGAA GCGTTTTGGGATGAACATAGCTTGAAACTATTACTTACGAATGTTTTATC TCCTACACTCGTAGCTAGAGATCGTCTGGTCTTCGTATCCCATATTGAAC TCTTAAGTAAATTTGTAAACTGTCTAAAGAAAAATCGTCAGGGATTTTCT AGTCTGAAGTCTTTCTTCAAAGATGACATTGAAGGTTGGGAGTTCACCGG GTACTTGCATGAACTCACTGAAGTTTCGCATAAGCATAATTTGTAA >gid:460872 CPj1055 hypothetical protein GTGCTTTTCTTGATTTCAGGAGCTCTCTTTCTGACGTTGGGGATTTCAGG ATTGAGTGCAGCAATTTCTTTTGGATTAGGCATAGGTCTCTCTGCGTTAG GAGGAGTGCTTGTTGTCTCAGGACTTCTATGTCTTTTAGCAAAACGAGAG GTTCCGACAGTACGACCAGAAGAAATTCCTGAAGGGGTTTCTGTGGCTCC TTCTGAAGAGCCAGCTCTACAGGCAACTCAGAAGACTTTAGCTCAGCTGC CTAAGGAATTGGATCAGTTAGATAGGTATATTCAGGAAGTGGTCTCATGT TTAGGAAAGCTAAAAGATCTTAGGTGTGAAGATCAAGGTCTTTTAAAAGA TGCTAAGGAGAAACTTCAAGTTTTTGACTTTGTCTGGAAAGACATGATGA CCGAGTTTGTAGAGCTACAACAGATCATGGATCAAGAGGGGTGGTATCTA AAGTGCCTGATTCAGGAGATGCGGGATATAGGAAGCACACTTTTTATGAG TCAGGTTAGTTTATTTAAATTATGGGAATGGCTTGGGTATTTACCTTCTG GGGATGTTCGAGGGGAGCGGTTAAAGAAATCTGCTCGTGAGGTTGTGGAT CGCTTTATGAGAAGGATTTGCGATACGCGGAAGGTGGCCATGACTTTTGA TAGGAATGCCTATGGAGTGGCGAAGACGGCCTTTGAAAAGGCTTTTGGAG CTCTGGAAACGTGTGTATATAAGAGTATGACAGAGAGTTATAGAGAGGCC TTTTGTGAGTATAAGAAGACGAAGATCCTTAGGGATGAGGAGAAGATATT AAGGATATGTTATCTCGAGTTGAGGAGATAG >gid:460873 CPj1056 hypothetical protein ATGATGCTTCGTGTCATAGAGCTTCCACTACTTCCTATAAAGCAAGCGTT GGAGAAGGCTTTTGTACAATATAATAGCTACAAAGCGAAGTTAACCAAGG TAGAACCTTGCTTTAGAGAGAGCCCTGCCTATATAACTAGCGAAGAGCGA CTCCAGAGTTTGGATCAGACTTTAGAACGTGCGTACAAAGAGTACCAGAA GAGATTCCAGGAGCCTTCACGTTTGGAATCGGAAGTAAGTGGATGTAGAG AGCATCTTAGAGAGCAGGTAAAACAATTTGAAACTCAAGGACTAGACTTG ATCAAAGAAGAGCTTATTTTTGTTAGTGATGTGTTATTCCGAAAAATGGT CAGTTGTCTAGTGTCGACAGTGCATGTTCCCTTTATGGAGTTTTATTATG AGTATTTTGAGTTGCATAGATTGAGGTTGCGGGCCCAATGGATGGCGAAT GCCGAGATTTATAGCAAAGTTAGAAAAGCATTCCCAGAGATGTTGAAGGA GACCTTAGAAAAAGCTAAGGCTCCCAGAGAAGAAGAGTATTGGTTACTTT GCGAGGAGAGAAAGAGTAAGGAGAAGCGTTTGATTCTCAACAAGATAGAG GCAGCTCAGCAGCGGGTAAAAGATTTAGAACCTCCTCCTATTAAAGAGAC AGGGAAACAGAAACGGAAGAAAGAATATTCGTTTTTCATTCGATTAAAAT CGTGA >gid:460875 CPj1058 CT355 hypothetical protein ATGAAATTATATCAGACCTTGCGAGGTATTGTTTTAGTAAGTACGGGATG CATATTCTTAGGAATGCACGGAGGATATGCCGCTGAGGTTCCAGTGACTT CATCTGGGTATGAGAATCTTTTAGAATCTAAGGAACAGGATCCTTCAGGT CTAGCGATCCACGATCGCATTTTGTTTAAGGTAGATGAAGAGAATGTAGT GACTGCCTTAGATGTGATCCATAAATTAAACTTACTATTTTATAATTCGT ATCCTCATCTTATAGATTCTTTCCCTGCACGATCCCAGTACTATACTGCG ATGTGGCCTGTGGTTCTTGAATCTGTGATTGATGAGTTTTTGATGGTGGC AGATGCCAAGGCAAAGAGAATCGCTACAGATCCCACCGCAGTGAATCAAG AAATCGAAGAGATGTTCGGAAGAGATCTCTCTCCTTTGTATGCGCATTTT GAAATGAGTCCCAACGATATTTTTAATGTGATCGATCGCACTTTGACAGC ACAAAGGGTGATGGGTATGATGGTGCGCTCTAAGGTAATGTTGAAGGTGA CTCCAGGGAAAATTCGAGAATATTACCGAAAGCTAGAAGAAGAAGCCTCT AGGAAAGTCATCTGGAAGTATCGTGTGTTGACGATTAAAGCCAACACAGA ATCCTTGGCTAGCCAGATTGCTGATAAAGTGCGTGCTCGTCTAAATGAAG CGAAAACCTGGGATAAAGATCGTTTAACTGCTCTTGTGATCTCTCAGGGA GGGCAACTCGTCTGCTCCGAAGAGTTTTCTCGAGAGAATAGTGAGCTCTC CCAAAGCCATAAGCAAGAGCTGGACTTGATTGGCTATCCTAAAGAGCTCT GTGGGTTGCCTAAGGCACATAAGTCAGGATATAAACTCTATATGTTGTTA GACAAAACCTCAGGTTCTATAGAGCCTTTAGATGTTATGGAGTCCAAGAT CAAACAGCATCTTTTTGCTTTAGAAGCTGAGAGTGTAGAGAAACAATATA AAGACAGATTACGCAAGCGCTACGGCTATGATGCTTCTATGATTGCGAAA CTTCTTTCTGAAGAAGCTCCACCTCTATTTTCCTTATTATAG >gid:460396 ada methyltransferase ATGGCTGATGACACCCTCATTCCTAAACTTATGAAGAACTCGCTTTCGCA GGCGTGTTCTGAGGGTTTACTGATTGCTAAGTATCCTCCACTCCAGGTTA TCGTTCACTTTGATAATAACCTAGTTGTTAAAACACATCTTTCAGTAGCT CCTGTCTTCTCTTGTCTTTTTTTAGGACCAGCAGCTCACAAAGCCATGCA GGAAATTGTTTTATGGTGTTCTCGCTATGCCAACAAGGAACATCCTCCTT TTTCCTCGCATTTTGCTAAAGACCTCATCCCCTCACAATATCTCGAAATC CTAAACTGCGTTGCAGAGATTCCCTTTGGAGAGCAGCAAACCTACGCTGA AATCGCAAAAAAAACTGATACGCACCCCAGGACTGTAGGAGCCGCATGCA AACAAAATCCGTTTCTGCTGTTCTTTCCCTGTCATCGCGTCGTAGGAAGC CATGGAGAGCGTAATTACGTCCTAGGGCCTGTAATTCACGAGATCTTATT GAAATTTGAGAATAGCTACTAA >gid:460105 dnaA_1 replication initiation factor ATGCGAGCATGGGAAGAATTTCTTTTGCTACAAGAGAAAGAAATTGGCAC AAATACTGTAGACAAGTGGTTGCGATCTTTAAAGGTCTTATGTTTTGATG CTTGTAATTTGTATCTTGAAGCTCAAGATTCTTTTCAAATTACTTGGTTT GAGGAGCATATAAGACATAAGGTTAAATCTGGTCTTGTAAATAATAACAA TAAGCCCATTCGTGTTCACGTTACTTCGGTAGATAAAGCAGCTCCTTTTT ATAAGGAGAAGCAGATGCAGCAAGAGAAGACAGCATACTTTACCATGCAT TATGGAAGTGTGAATCCTGAGATGACCTTCTCTAATTTTTTAGTTACCCC TGAAAATGATCTTCCTTTTCGTGTTTTACAGGAATTTACTAAGAGTCCTG ATGAAAACGGAGGAGTTACTTTTAATCCAATTTATCTGTTTGGACCTGAG GGATCTGGAAAAACTCACTTAATGCAGTCAGCTATCAGTGTTCTTCGTGA ATCTGGAGGTAAGATTCTCTATGTTTCTTCGGATTTGTTTACAGAGCACT TAGTCTCTGCTATCCGTTCAGGAGAAATGCAAAAATTCCGTTCTTTTTAC CGCAATATTGATGCTCTATTCATTGAGGATATCGAGGTTTTTTCAGGAAA GTCGGCAACTCAAGAAGAGTTCTTCCATACGTTTAATTCTCTTCATTCTG AAGGGAAGTTGATTGTAGTGTCTTCATCCTATGCGCCTGTGGATCTCGTT GCTGTTGAAGATAGATTGATCAGCAGGTTTGAATGGGGAGTTGCAATTCC GATACATCCTTTGGTTCAGGAAGGATTGCGCAGTTTCTTAATGAGACAGG TAGAGCGCTTATCTATTCGCATTCAAGAAACGGCCTTAGATTTTTTAATT TATGCGCTATCTTCCAACGTAAAGACCTTACTGCATGCACTGAATCTTTT AGCAAAGAGGGTAATGTATAAAAAACTCTCTCACCAATTACTATATGAAG ATGATGTGAAAACTCTTTTAAAAGATGTTTTAGAAGCAGCAGGAAGCGTT CGTTTAACTCCTTTAAAGATTATTCGTAATGTTGCTCAATATTATGGGGT CTCTCAGGAGAGTATTTTAGGACGTTCTCAGTCCCGAGAATATGTATTGC CACGTCAGGTAGCCATGTACTTTTGTCGTCAGAAGCTTTCACTATCATAC GTGAGAATAGGCGATGTCTTTTCAAGAGATCATTCGACGGTAATCTCATC CATACGATTGATTGAACAAAAAATAGAAGAAAATAGCCATGATATTCACA TGGCTATTCAAGATATTTCTAAGAATTTAAATTCCTTGCATAAGAGTTTG GAATTTTTCNCTAGCGAAGAGATGATTATTTAG >gid:460220 dnaA_2 replication initiation factor ATGTTAACCTGTAACGAGTGCACTACTTGGGAACAGTTTTTAAATTATGT TAAGACACGTTGCTCGAAAACGGCTTTTGAAAATTGGATTTCTCCTATTC AAGTTCTTGAAGAAACTCAAGAGAAAATTCGCTTAGAAGTCCCCAACATT TTTGTACAAAATTATCTTCTTGATAACTACAAAAGAGACCTCTGTTCTTT TGTCCCCTTAGATGTTCATGGAGAGCCTGCTTTAGAATTTGTAGTTGCAG AACACAAGAAACCTTCAGCCCCCGTGGCTTCTCAAAAAGAATCAAACGAA GGAATTTCTGAGGTCTTTGAAGAAACTAAAGATTTTGAATTAAAGCTGAA TCTCTCCTATCGCTTTGATAATTTCATTGAAGGTCCCTCAAATCAATTTG TGAAGTCTGCAGCTGTAGGTATTGCTGGGAAACCTGGCCGCTCCTACAAC CCTTTATTCATCCATGGGGGTGTGGGATTAGGCAAAACGCATTTACTTCA TGCCGTAGGTCACTACGTAAGAGAACATCATAAAAATCTACGCATCCATT GCATCACTACAGAAGCGTTTATCAACGATCTTGTCTACCATCTCAAATCC AAGTCTGTTGATAAAATGAAAAATTTTTATCGTTCCCTAGATTTACTTCT TGTTGATGATATTCAATTTTTACAGAATCGCCAAAATTTTGAAGAAGAGT TTTGCAATACCTTTGAGACTTTGATCAACCTGAGTAAGCAAATTGTAATT ACCAGTGATAAACCTCCAAGTCAGCTCAAACTTTCCGAGCGTATCATTGC TAGAATGGAATGGGGACTGGTTGCTCACGTCGGCATCCCTGATTTAGAAA CTCGGGTTGCGATTTTACAGCACAAGGCGGAGCAAAAAGGATTGCTCATT CCTAATGAAATGGCATTTTATATTGCGGATCACATCTATGGCAATGTCCG TCAATTGGAAGGAGCTATCAACAAGCTGACTGCCTATTGTCGTCTTTTCG GCAAGTCTCTTACAGAAACTACAGTCCGAGAAACTCTAAAAGAGCTCTTC CGTTCTCCAACAAAACAAAAAATTTCTGTAGAAACGATCTTAAAAAGTGT TGCTACAGTATTCCAAGTAAAGCTGAATGATCTTAAGGGAAACTCACGCT CTAAAGATCTTGTGTTAGCTCGGCAAATTGCTATGTATTTAGCAAAAACT CTTATTACAGATTCTTTAGTTGCAATAGGAGCTGCTTTTGGTAAAACTCA TTCGACAGTACTTTATGCCTGTAAAACTATAGAACATAAATTACAAAATG ACGAAACTCTTAAGCGTCAAGTAAATCTCTGTAAAAATCATATTGTTGGT TAA >gid:460417 dnaB replicative DNA helicase ATGATAGTTTTAGGTTGCATGCTGACAGGGGTACATTATCTAAATCTTGC AGCCAACCAACTCTACGAAGAAGATTTTTATTACCTTGAACATAAAATTA TTTTTCGAGTCCTCCAAGATGCCTTCAAGCAAGATAAACCTATCGATGTT CACTTAGCTGGAGAAGAACTCAAACGGCACAACCAGATTACTGTAATTGG GGGCCCTTCGTATCTAATTACTTTAGCCGAATTTGCAGGTACCGCAGCCT ATCTTGAAGAATACGTAGACATCATCCGATCGAAGTCGATTCTAAGGAAG ATGATTTCTACAGCAAAAGAAATCGAAAAAAGAGCTTTAGAGCAGCCGAA AAATGTTGCCGAAGCCTTAGATGAAGCTCAGAATTCTTTTTTTAAAATCA GCCAATCAACATCGGTAAGTCAGTACACTTTAGTTGCTGACAAATTACGC GGGTTAACAACAACTACAGATAAGCCTTACCTTGTACAATTACAAGAGAG ACAAGAATTATTTTTACAGAATGCTCAAGGAGACAATAAGTCTTTCTTCA CTGGCATTCCCACACACTTTATTGATTTAGACCAGCTGATTCACGGATTT TCTCCTTCAAATTTGATGATCTTAGCTGCCCGCCCTGCCATGGGGAAAAC AGCACTCGCTTTGAATATTGCAGAGAATCTTTGTTTTCAAAACCGCCTCC CCATTGGAATTTTTTCTTTAGAGATGACAGTGGATCAGCTGATTCATCGT ATGATTTGCTCTCGATCCGAAGTTGACTCTAAAAAAATCTCTATAGGCGA CCTTTCCGGTCATGACTTTCAAAGAATTGTTTCGGTAATCAATGAAATGC AGGAACACACTTTGCTCATTGATGATCAGCCAGGGTTAAAAGTTTCTGAT CTACGAGCTCGGGCTCGTAGAATGAAGGAAAGCTATGATATTCAATTTCT CATTATTGATTATTTACAATTACTTTCCGGCTCAGGGACTTTGCGTGCTA CAGAAAGTCGTCAAACAGAAATTTCAGAGATTTCCCGAATGTTGAAGACT CTTGCCCGTGAGTTAAACATTCCGATTCTTTGTCTTTCACAGCTTTCTCG AAAAGTTGAGGATCGGGCAAATCATCGTCCGATGATGAGTGATCTTCGGG AAAGTGGAAGTATTGAGCAAGATTCGGATTTAGTGATGTTCTTACTTCGT AGAGAATATTATGATCCCAATGATAAGCCCGGCACTGCAGAACTTATTAT AGCAAAAAACCGTCATGGTTCTATAGGTTCTGTCCCTCTAGTTTTTGAAA AAGAACTCGCACGTTTTCGCAATTATTCGGCTTTTGAATGTATCAGCTAG >gid:460469 dnaE DNA polymerase III alpha TTGACCTGGATACCCCTTCACTGTCATTCTCAATACTCTGTTCTTGATGC AATGAGCTCCATCAAAGATTTCGTTGCGAAAGGTCAGGAATTTGGAATTC CCGCTCTGGCTCTAACAGACCATGGGAATCTTTATGGAGCTGTTGATTTC TATAAAGAATGCACTCAAAAAGGGATCCAACCCATCATTGGTTGCGAGTG TTATATTGCTCCAGGATCACGTTTCGATAAGAAAAAAGAGAAGCGTAGTC GTGCAGCACACCATCTCATTTTATTATGTAAAAATGAACAAGGGTACCGC AACCTTTGTATTTTAACCTCCCTAGCATTTACTGAGGGTTTCTATTACTT TCCTCGGATAGACAAGGATCTTTTGAGACAGTACTCTGAAGGCTTAATCT GTTTATCTGGTTGTTTATCTAGTTCTGTTTCAGATGCTGCCTTAAAATCT CCGGAAGCTCTGCTTCTTGAATTGCAATGGTTTCAAGACCTATTCAAAGA TGATTATTTCACAGAAGTACAACTACACAAGATGTCCGAAGAGAGCATTG CAGGCTTTAAAGAGGAATGGTTAAAGCAAGAATATTACTCTCTCATTGAA AAACAGATCAAAGTCAATACTGCAGTGTTAGAAGCAAGTAAGCGCTTAGG CATTCCTACTGTAGCTACGAATGACATCCATTACATCAATGCAAACGATT GGCAAGCTCATGAAATCCTGTTGAATGTCCAATCTGGGGAGACTGTGCGG ATTGCGAAACAGAATACTCATATCCCCAATCCTAAACGAAAGGTCTATCG CAGTCGCGAGTACTATTTTAAATCCCCTGCGCAAATGGCAGAGTTATTTA AAGATATTCCTGAGGTCATTTCCAACACATTAGAAGTTGCCAAACGGTGT GATTTTACTTTTGATTTTTCCAAGAAACACTACCCTATCTATGTCCCTGA ATCTTTAAAAACCTTAAACAGCTACACGGAGGAAGACCGTTATCAAGCTT CTGCAGTCTTCTTAAAACAGCTAGCTGAAGAAGCTTTGCCTAAGAAATAC TCTTCTGAAGTTCTTGCTCATATTGCTAAGAAATTTCCACATCGGGACCC TATCGATATTGTCAAAGAAAGGATGGACATGGAGATGGCCATCATCATTC CTAAAGGAATGTGTGACTATCTTTTGATTGTTTGGGACATTATTCATTGG GCCAAAGCAAATGGCATTCCTGTAGGCCCTGGAAGAGGTTCAGGAGCTGG ATCCGTATTACTATTTTTGTTAGGGATCACAGAAATCGAGCCCATACGAT TTGATTTATTCTTTGAGAGATTTATCAATCCTGAGCGTTTGTCTTACCCA GATATTGACATCGATATTTGCATGGCAGGACGTGAACGTGTCATTAATTA TGCAATTGAGCGTCATGGCAAAGATAATGTAGCTCAAATCATTACTTTTG GAACTATGAAAGCCAAAATGGCTGTCAAAGATGTGGGAAGAACTTTAGAC ATGGCCTTATCTAAAGTGAACCACATTGCGAAACATATTCCAGATTTAAA TACTACGTTGTCTAAAGCTTTAGAAACAGATCCTGACCTACATCAGCTCT ATATTAACGATGCCGAATCTGCACAAGTGATTGATATGGCGCTTTGCTTA GAAGGCTCCATACGGAATACAGGGGTTCATGCTGCTGGTGTGATTATCTG TGGAGACCAGCTGACCAATCACATTCCGATTTGTATTTCTAAAGACTCCA CAATGATTACAACACAATACTCTATGAAACCCGTGGAGAGTGTTGGAATG CTTAAAGTCGACTTATTAGGGCTCAAGACTTTAACCAGTATCAATATTGC AATGTCTGCAATTGAAAAGAAAACAGGACAATCGCTAGCTATGGCGACAC TGCCTTTGGATGATGCCACCACATTTTCTCTTTTACATCAGGGAAAGACT ATGGGGATATTTCAAATGGAATCCAAGGGGATGCAAGAATTAGCAAAAAA CCTACGCCCTGACCTCTTTGAGGAAATCATTGCTATGGGTGCTTTATACC GCCCAGGCCCTATGGATATGATTCCTTCTTTTATTAACCGCAAGCATGGC AAAGAAATTATAGAATACGACCATCCCCTTATGGAATCCATTCTTAAGGA AACCTATGGAATTATGGTCTACCAAGAGCAAGTCATGCAGATTGCTGGTG CATTAGCTAGTTATTCTCTTGGAGAAGGTGATGTATTACGACGTGCCATG GGGAAGAAAGACTTCCAACAGATGGAGCAGGAGCGCGAAAAGTTCTGTAA ACGCGCCTGCAATAACGGCATAGATCCTGAGTTAGCGACTGTCATCTTTG ATAAGATGGAAAAATTTGCTGCCTACGGCTTTAACAAATCTCATGCTGCT GCCTATGGCTTGATTACTTATACAACGGCGTATCTCAAAGCAAATTATCC TAAAGAGTGGCTTGCGGCCTTACTTACCTGTGATTCTGACGATATTGAGA AGATAGGAAAACTGATTCGAGAAGCTCAGAGTATGGGCATTCCGATTCTT CCTCCTCATATCAATGTCTCTAGCAATCACTTTGTAGCTACTGATGAAGG CATACGCTTTGCGATGGGAGCTATTAAAGGGATTGGGCGTGGTTTAATTG AGAGCATTGTAGAAGAGAGAGATCATCATGGTCCTTATGAGAGCATCCGC GACTTTATCCAGAGGTCTGATTTAAAAAAAGTTTCGAAAAAAAGTATAGA AAGTTTAATCGATGCGGGTTGTTTTGATTGCTTTGATTCTAACCGAGATT TGCTGTTAGCCTCTGTAGAGCCCCTCTATGAAGCTATTGCCAAAGACAAG AAAGAGGCTGCATCTGGTGTGATGACGTTCTTTACTTTAGGAGCTATGGA TCGAAAAAATGAAGTCCCCATTTGTCTTCCTAAAGACATTCCGACTCGCT CTAAGAAAGAACTTTTAAAAAAAGAAAAAGAGCTCTTAGGGATTTACCTT ACAGAGCACCCTATGGATACCGTGCGAGATCATCTTTCTCGTCTTTCTGT AGTTCTTGCTGGAGAATTTGAAAATCTCCCGCATGGTTCTGTAGTCCGCA CCGTGTTTATTATTGATAAAGTAACGACTAAAATTTCATCAAAAGCGCAA AAGAAGTTTGCTGTCCTTCGTGTTAGTGATGGCATCGATTCTTATGAACT GCCGATCTGGCCAGATATGTATGAAGAACAACAAGAACTTCTAGAAGAAG ATCGTCTTATCTATGCTATTCTTGTTTTAGATAAGCGCAGTGATTCTCTA CGTATTTCTTGTCGCTGGATGAAAGATCTTTCTATTGTTAATGAAAACAT CATTTATGAGTGTGATCAAGCTTTTGATAGAATAAAAAATCAGGTGCAAA AAATGTCATTTACAATGTCAACCTCTGGCAAAGAAACTAAAGCTAAAGGG AATAAGCCTAATGAGAATGGGCATACACAAGCTTTAGCTCCTGTGACTCT ATCTTTAGATCTCAATGAACTCCGTCATAGTCATCTATGTATCTTAAAGA AGATTGTGCAAAAGCACCCTGGCTCACGGACATTAGTTTTAGTTTTTACT CAAGATAACGAAAGAGTTGCCTCGATGTCTCCTGACGACGCGTATTTCGT TTGTGAAGATATTGAAGAACTCCGTCAAGAACTTGTGACTGCAGACCTTC CTGTGCGTGTAATTACTGTTTGA >gid:460757 dnaG DNA primase ATGTATACGGAAGAGAGCTTAGATAACCTGAGACACAGTATAGATATTGT GGATGTCCTTTCGGAACACATCCATTTGAAGCGCTCCGGTGCAACATACA AGGCATGTTGTCCTTTTCATACAGAGAAAACACCTTCGTTCATAGTCAAT CCTGCGGGTGCACACTACCACTGCTTTGGATGTGGTGCACATGGAGATGC CATTGGCTTCCTCATGCAGCACTTGGGATACTCTTTTACTGAAGCCATTT TGGTATTATCTAAAAAATTTCAAGTAGACCTAGTTCTCCAACCCAAGGAT TCCGGATACACCCCTCCTCAAGGACTGAAAGAAGAATTACGTCACATCAA CAGTGAAGCTGAAACTTTTTTCCGTTATTGCTTGTATCACCTTCCAGAAG CGAGACACGCTTTGCAGTATTTATACCATCGGGGATTTTCTCCAGATACA ATCGATCGATTCCATTTGGGTTATGGACCAGAACAATCTCTTTTTCTACA AGCCATGGAAGAAAGGAAAATCTCACAAGAACAACTGCATACTGCAGGGT TTTTTGGGAATAAATGGTTTTTGTTTGCACGAAGAATCATCTTTCCTGTC CACGATGCGCTAGGACATACCATTGGATTTTCCGCTAGGAAATTTTTAGA AAACTCCCAAGGGGGTAAGTATGTCAACACTCCAGAAACTCCTATATTCA AAAAGTCCAGGATCCTCTTTGGGTTAAATTTTTCACGTAGGAGAATAGCC AAAGAAAAAAAAGTCATCCTAGTGGAAGGACAGGCCGATTGCCTGCAAAT GATAGATTCAGGATTTAATTGTACAGTGGCAGCTCAAGGTACAGCATTTA CAGAAGAACATGTGAAAGAGTTAAGTAAATTAGGAGTTTTAAAAGTCTTC CTACTCTTCGACAGTGATGAAGCAGGAAATAAAGCAGCATTACGTGTTGG GGATCTTTGTCAAACTGCTCAGATGTCCGTATTTGTCTGTAAGCTACCAC AAGGCCATGATCCCGATTCTTTTCTTATGCAACGAGGAAGCTCAGGACTC ATTGCTTTATTAGAGCAAAGCCAAGACTATCTTACGTTTTTGATCAGTGA AAAAATGAGTTCTTACCCGAAGTTTGGCCCTAGAGAAAAGGCTCTTCTAG TTGAAGAAGCGATTCGTCAGATCAAGCATTGGGGGAGTCCTATTCTTGTA TATGAGCATTTAAAACAACTAGCCTCCTTAATGATGGTTCCAGAAGACAT GGTATTGTCTTTAGCAAACCCTCAGGTAACAGCCGAACCACAAAATATTC CCATAAAACAAAAAGTTCCCAAGATACATCCTCATATTGTGATGGAAACA GATATCTTGCGTTGTATGCTTTTTTGTGGATCCAATACTAAAATTCTCTA CACAGCGCAATTCTACTTTGTCCCGGAGGATTTCAAACATCCCGAATGTA GGAAATTGTTTGCGTTTATGATTTCCTATTACGAAAAATATCGGAAAAAT GTTCCCTTTGATGAAGCCTGTCAGGTACTTTCTGATTCTCAGATTCTTCA ACTGTTAACCAAGCGGCGCCTAAACACAGAAGCTCTCGATACTATCTTCG TACAATCTCTTCAAAAAATGGCAGATAGGAGATGGCGAGAGCAATGCAAA CCTCTCTCTCTTAACCAAAATATTCAGGATAAAAAGCTTGAGATTTTGGA AGACTATGTTCAATTGCGTAAAGATAGAACAATAATCACACTTCTAGATC CAGAAAGTGAGCTCATTCCTTAA >gid:460134 dnaN DNA polymerase III (beta chain) ATGAAATTCGTTGTATCCCGAAATGAGCTAGGAAACCTTATCAAAAAAAT TCAAAGTGTCGTCCCTCAAAACACACCTATTCCAGTACTCACCCATGTTT TGATTGAAACTTATAATGATGAATTAGTTTTCACTGCTACGGATCTGACA GTGAGCACACGTTGCGTCACCAAAGCTAAAGTCTATGAGAAAGGCGCTAT TTCCATTCCCTCCAAGAGATTTTTTCAATTAGTAAAAGAATTAACAGAGG CAAATTTAGAAATTTCCTCTTCAGCAGGGGAAATGGCACAAATCACCTCG GGATCTTCATGCTTTCGCCTACTCAGCATGGAAAAAGAAGACTTCCCCAT GCTCCCTGATATACAAAATGCTTTGCGTTTTTCCTTGCCTGCAGAGCAGC TAAAAACCATGCTACAGAGAACTTCATTCGCTGTATCTAGAGAAGAAAGC CGCTATGTTCTTACTGGAGTCCTGCTTGCTATCGCCAATGGCGTGGCTAC CATCGTAGGGACTGACGGAAAGCGTTTAGCAAAAATAGATGCTGAAGTTA CTTTAGATAAAAGTTTTTCTGGGGAATATATTATTCCTATCAAAGCAGTA GAAGAAATTATAAAGATGTGCTCCGATGAAGGTGAAGCTACGATCTTCTT GGATCAAGATAAGATTGCGGTTGAATGTGACAATACTCTCCTGATCACAA AACTTCTTTCTGGAGAATTTCCAGATTTCTCCCCCGTCATATCTACAGAA AGCAACGTAAAACTCGATCTGCATCGCGAAGAACTAATTACTCTGCTCAA ACAAGTGGCTTTATTTACAAATGAGTCCTCTCACTCCGTGAAGTTTTCTT TCTTACCCGGAGAGCTCACTCTAACAGCCAACTGTACTAAGGTGGGTGAA GGAAAGGTAAGCATGGCTGTAAATTATTCTGGCGAACTCCTAGAAATTGC CTTTAATCCCTTTTTCTTTTTAGATATCCTGAAGCATAGTAAGGATGAAT TAGTCAGCTTAGGGATCTCGGATTCCTATAATCCTGGAATCATTACCGAT TCTGCCTCAGGATTATTTGTCATCATGCCTATGAGGCTACATGATGATTA A >gid:460205 dnaQ_1 DNA polymerase III epsilon chain ATGAGTAGTCAAACTATGGATGTTCTTATTTTCTATGATACGGAGACCAC AGGAACACAAATAGAAAGAGATCGCATTATAGAAATTGCTGCCTACAATA GTGTCACAGATGAGTCCTTTCTTACTTATGTGAATCCGGAAATTCCCATT CCTGATGAGGCATCCAAAATTCATGGAATCACTACGGATGCGGTACTTTC TGCTCCCAAATTTCCTGAAGCCTACGAGGGATTTAGGAAATTTTGCGGAG AGGACAGCATCTTAGTGGCTCATAATAATGACGGTTTTGATTTCCCCCTA CTCGGTAAGGAATGTCGCAGACATTCCTTAGAGCCTCTGACAAACCGTAC AATAGACTCTCTAAAATGGGCACAAAAATATCGCCCCGATCTACCAAAAC ATAATTTACAATACCTAAGACAAGTTTACGGTTTTGCTGAAAATCAAGCA CACCGAGCTCTAGATGACGTAGTGATATTGCACAAGGTATTTACTTCTTT AATCGGTGATTTACCGCCCCAGCAAGTCCTCGACTTGCTGCAACAGAGCT ATCACCCGAAAGTCTTCAAAATGCCTTTTGGCAAATACAAAGGGCAGCCT CTTGTGGATATTCCTAAGTCTTACTTCGAATGGCTGGAAAACCAAGGAGC TTTGGATAAGCCTGAAAATAAAGACATCAAAGCCGCTATAGCTCTATTAC ATCAACCGACATGA >gid:460457 dnaQ_2 DNA polymerase III epsilon chain ATGAGTTTATTAAAAGATACGGTTTTTACTTGCCTAGATTGTGAAATGAC AGGTCTAGATGTAAAAAAAGATCGTATTATTGAAATTGCCGCTGTTCGCT TTACTTTCGATAGTGTAATTAGTTCGATAGAATTTTTAATCAATCCAGAA CGCGTTGTATCTGCGGAGTCCCAGAGAGTCCACCATATCTCCAACGCTAT GTTGAGAGATCAGCCGAAAATCGCCGAAGTTTTTCCTCAAATCAAAGCAT TTTTTAAAGAAGGCGACTATATCGTAGGACATAGCGTCGGTTTTGATTTG CAGGTTCTCGCTCAAGAGATGGAAAGAATCGGAGAGACCTTCCTCTCAAA GTATACCATTATTGATACCCTCCGATTAGCAAAAGAATATGGAGATAGTC CTAATAATTCTCTAGAATCCTTAGCCGTACACTTTAATGTTCCCTATGAT GGGAATCATCGTGCCATGAAGGATGTAGAAATTAATATCAATATTTTTAA ACATCTTTGTAAACGTTTCCGAACGTTAGAACAACTGAAACAGGTGTTAG CAAAACCTATTAAAATGAAATATATGCCCCTAGGGAAACACAAGGGACGA TGTTTTTCAGAAATTCCTCTTGCCTATCTTCAATGGGCATCAAAAATGGA TTTCGATTCAGACCTTCTTTTTTCTATCCGTCATGAAATCAAGCATAGAC AAAAGGGGACCGGATTTTCACAAGTTAACAATCCCTTTATGGAATTGTAA >gid:459826 dnaX_1 DNA polymerase III gamma and tau ATGACTCTACAACCCTACCAAGCATCCTCTAGAAAGTACCGTCCACAAAT CTTTCGAGAAATTCTAGGTCAGAGCTCTGTTGTCGCTGTATTAAAAAATG CCTTGGTCTTCAACCGAGCCGCCCACGCCTATCTATTTTCTGGAATTCGT GGTACAGGGAAAACCACACTAGCTCGCATTTTAGCAAAAGCTCTGAACTG CGTGCATCTTAGCGAGGATGGCGAGCCCTGCAACCAGTGTTTTTCTTGTA AAGAGATTGCTTCAGGATCCTCTTTAGACGTTTTAGAAATTGACGGAGCC TCCCACCGTGGTATCGAAGATATCCGTCAAATTAATGAAACTGTATTATT CACTCCTGTAAAAGCAAAGTTTAAAATTTATATCATAGATGAAGTTCATA TGCTCACTAAGGAAGCCTTCAATGCTTTATTGAAGACTTTAGAAGAGCCT CCACAACATGTAAAATTTTTCTTTGCAACTACAGAAATCCATAGAATTCC CGGAACTATTCTAAGTCGTTGTCAAAAAATGCATCTTCAAAGGATTCCTG AAAAAACGATCCTGGAGAAGCTATCGCTTATGGCTCAAGATGACCATATT GAGGCGTCGCAAGAAGCATTGGCGCCGATCGCCCGTGCAGCACAAGGAAG CTTGCGTGATGCAGAATCTCTTTATGACTACGTAATATCTTTATTTCCTA AATCTCTCTCTCCCGACACGGTTGCCCAAGCTTTAGGCTTTGCTTCCCAA GATTCTCTCCGGACTTTAGACAATGCGATTCTTCAAAGGGACTATGCGAC AGCCTTAGGGATCGTAACGGACTTCTTAAATTCTGGGGTAGCACCTGTCA CATTTCTCCATGACCTTACATTATTTTATCGTAATCTTCTTCTTACGAAT TCTACAACAAGCAAGTTCAGCTCTCAGTATAAGACGGAGCAGCTTCTAGA AATCATAGATTTCCTTGGAGAATCTGCTAAGCACCTACAAAATACCATCT TCGAACAGACATTTTTAGAAACCGTCATCATTCATATCATTCGCATTTAT CAAAGGCCTGTTTTATCAGAGTTGATCTCTTCTATTAAGAGTCGGCAGTT TGAAGGGCTTCGCAATATTAAGGAGCCCACCTTGACGCAGCAAGTATCAG CTCCTCAACCTCAGCCCACCTACAAAGAACAGAGTTTTTTAGAGAAAAAA AATCAACCTGCTGCGGAAGGTAAAATTATATCTGTAGAAGTTAAAAGCTC AGCTTCAATAAAATCTGCAGCTGTAGACACATTATTACAGTTTGCTGTTG TAGAATTTTCAGGAATTTTAAGACAATAA >gid:460068 dnaX_2 DNA polymerase III gamma and tau ATGCACCTAGAAGAAGAGAATCAAGGCTGGGAAGCTTTACTTAGGAAAGT TTATCATCAGGAAGTGCCTCCAGCTATACTGCTGCATGGATTTACCCTTC CTGTTTTACAGGATAAAGCAGAACAGTTAGCATCGGAGATTTTGCTATCG TCATCTCCAGGTTCCGAACATAAAGTTTCTCAAAAGATTCATCCCGATAT TTATCAATTCTTTCCAGAAGGAAAGGGAAGACTGCACTCTATAGATCTTC CTAGGGGAATTAAGAAGCAGATTTATATATCTCCTTTTGAAGCAAACTAT AAGATCTACATTATTCACGAAGCAGATCGAATGACTTTAGCTGCGATTTC CGCATTTTTAAAAGTCTTCGAAGAACCTCCGAAACATGCTGTTATCATAT TGACAACAGCAAAAGTTCAGAGATTGCCAAAGACTATCATTTCTCGGAGT CTCTCTATTTTTATTGAGAGGGGAGAAAAAATCTTATGTTCCAAAGAGAC GTTTTCTTATTTATTTCGCTATGCCCAATGTGAAATTCCCGTTACTGAAG TGTCTCAAATTATAAAAGAATCTTCAGAGACAGATAAACAGGTGTTAAGA GACAAGGTGCAACGATTCATGGAAGTGCTCCTAGAGCTATATCGAGATCG TTATACTCTGAATTTAGGATTAAAGGCTTCAGCTTTAAACTATCCTGAGC ATGTTAAGGAGATCCTACAATTGCCATTACTGCCTTTAGATAAGGTGCTT TTAATTGTGGAATCTGCCTGTCGGTCATTGAATAACTCCTCATCGGCAGC ATCTGTTTTAGAATGGGTAGCTATTCAGTTGGTATCTCTCCAGTATAAAG AAAAGGAACTCGTTTCTGTCAGCCCCGGGCAGGATCTATCCAATTAG >gid:459937 dnlJ DNA ligase ATGAAGGAAGAGAATTCACAAGCACACTACTTAGCTTTATGTCGTGAATT AGAAGACCATGATTATTCTTATTATGTGTTGCATCGTCCTAGAATCTCTG ATTATGAATATGACATGAAATTACGGAAGCTTCTTGAAATAGAGAGAAGT CATCCCGAATGGAAAGTCTTATGGTCTCCCTCAACACGTCTCGGAGATCG TCCCTCTGGAACTTTTTCTGTGGTTTCCCATAAGGAACCGATGCTTTCCA TTGCCAATAGCTATTCTAAAGAAGAACTAAGTGAGTTTTTTTCTAGGGTA GAAAAATCCCTAGGTACAAGTCCACGTTATACAGTAGAACTTAAAATCGA TGGGATTGCAGTAGCAATACGTTATGAAGATCGTGTGTTGGTTCAAGCAC TCAGCCGAGGAAATGGAAAGCAGGGAGAGGATATCACATCGAATATTCGA ACAATACGCTCCTTGCCTTTAAGACTTCCAGAAGATGCTCCAGAGTTTAT TGAAGTACGTGGCGAGGTCTTCTTCTCTTATTCTACGTTTCAAATTATCA ATGAGAAGCAGCAACAATTAGAGAAAACTATTTTTGCCAACCCGAGAAAT GCTGCAGGAGGTACCTTAAAGTTACTTTCTCCTCAAGAAGTCGCAAAACG TAAATTAGAAATTTCTATCTATAATCTCATTGCTCCAGGAGATAACGATT CTCATTATGAAAATCTTCAGCGCTGCCTTGAATGGGGATTTCCTGTATCT GGTAAACCAAGATTGTGCTCTACCCCAGAGGAAGTGATCTCAGTTTTAAA GACTATAGAAACTGAGAGAGCTTCCTTGCCTATGGAAATCGATGGTGCTG TCATCAAGGTAGACAGTTTGGCAAGTCAGAGAGTTCTTGGAGCCACAGGG AAACACTATAGATGGGCCTTAGCTTATAAATATGCCCCAGAGGAAGCAGA GACCCTTCTTGAGGATATTCTAGTTCAAGTAGGAAGAACGGGAGTTCTGA CTCCTGTAGCTAAACTCACTCCTGTACTGTTGTCAGGGTCTTTAGTATCT AGAGCGTCTCTATACAATGAAGATGAGATTCATAGAAAAGACATCCGTAT TGGTGATACCGTTTGTGTTGCTAAAGGTGGAGAGGTGATTCCAAAAGTAG TTCGGGTATGCAGAGAAAAACGTCCTGAAGGTTCTGAAGTTTGGAATATG CCTGAATTCTGCCCTGTCTGCCATAGTCACGTAGTTCGGGAAGAAGATAG AGTTTCTGTGCGTTGTGTCAATCCTGAGTGTGTTGCAGGAGCTATTGAAA AAATTCGTTTTTTTGTTGGTCGGGGAGCTTTAAATATCGATCATTTAGGG GTGAAGGTAATCACAAAGCTGTTTGAATTAGGGTTAGTGCACACGTGTGC GGACCTATTTCAGCTGACTACTGAAGATTTAATGCAAATTCCCGGGATAC GGGAACGCTCTGCAAGAAATATTCTAGAGAGTATCGAGCAAGCTAAACAT GTGGATCTAGATCGTTTTCTTGTTGCTCTGGGGATTCCTCTCATTGGAAT TGGTGTTGCTACTGTACTAGCTGGCCACTTCGAGACTTTAGATCGGGTAA TTTCCGCGACTTTTGAAGAACTTCTTTCACTAGAGGGTATTGGAGAGAAG GTGGCTCATGCTATTGCTGAGTATTTTTCAGACTCTACGCATCTTAACGA AATCAAGAAAATGCAGGATTTAGGAGTGTGTATATCTCCTTATCATAAAT CAGGATCTACGTGTTTTGGCAAGGCTTTTGTGATCACAGGGACGTTAGAG GGAATGTCTCGGTTAGATGCAGAAACTGCTATCCGGAATTGTGGGGGTAA GGTAGGCTCCTCTGTCTCGAAACAGACCGATTACGTAGTTATGGGGAATA ACCCAGGATCTAAATTAGAGAAGGCTAGGAAATTGGGAGTCTCTATCTTA GATCAAGAAGCCTTTACAAATCTAATTCATTTAGAATAA >gid:460070 gyrA_1 DNA gyrase subunit A ATGTTCAATAAAGATGAAATTATAGTCCCTAAAAATCTTGAAGAAGAGAT GAAGGAAAGTTACCTTCGTTATTCGATGTCTGTGATTATATCTCGGGCTC TTCCAGATATCCGGGATGGACTCAAGCCTTCACAAAGAAGAGTTCTTTAT GCCATGAAGCAGCTAAGTCTTTCTCCAGGAGCTAAGCATCGTAAATGTGC AAAAATTTGTGGGGATACCTCTGGAGACTACCATCCACATGGTGAGAGCG TCATTTATCCTACGCTTGTCCGTATGGCTCAGAACTGGGCGATGCGTTAT CCTTTGGTGGACGGACAAGGAAACTTCGGCTCCATAGACGGAGATCCACC TGCTGCTATGCGATACACAGAAGCTCGTCTTACCCATAGTGCTATGTATC TTATGGAAGACTTGGACAAAGATACTGTGGATATTGTTCCAAACTATGAT GAAACAAAACACGAGCCTGTAGTTTTTCCTTCTAAATTTCCGAATCTTCT TTGCAATGGTTCTTCAGGAATTGCTGTTGGGATGGCAACGAATATCCCCC CACACAATTTAGGGGAACTTATAGAAGCTACACTTCTTCTGCTTGCAAAT CCACAGGCTTCTGTGGATGAGATTTTACAAGTCATGCCAGGCCCTGATTT CCCTACAGGAGGAATTATCTGCGGTTCTGAAGGAATTCGCTCCACGTATA CTACAGGACGAGGAAAGATTAAAGTTCGAGCTCGTCTGCATGTAGAAGAG AATGAAGATAAACATCGTGAGAGCATCATCATCACAGAGATGCCTTATAA TGTGAATAAATCACGTTTGATTGAGCAAATTGCAAATCTTGTGAATGAAA AGACTCTCGCAGGCATTTCAGATGTTCGCGATGAGTCTGATAAAGATGGA ATCCGTGTTGTCCTTGAAATCAAAAAAGGAGAATCTTCGGAAATCATTAT CAATAGGCTCTACAAGTTCACCGATGTTCAGGTAACTTTTGGGGCAAATA TGCTTGCCCTGGATAAGAACTTACCTAGAACGATGAGTATTCATAGGATG ATTTCCGCTTGGATACGCCATCGTAAAGAAGTCATCCGTCGTAGGACTCG TTATGAATTAAATAAAGCAGAAACACGAGCTCATGTTTTAGAAGGATACC TTAAGGCTTTATCTTGCTTAGATGCATTAGTAAAAACGATCCGCGAGAGT GGGAATAAAGAGCATGCTAAAGAACGGATTATTGAATCTTTTGGTTTTAC CGAACCTCAAGCTCTTGCGATTTTAGAACTGCGTTTATATCAACTTACTG GTTTAGAAGCTGAAAAGATTCAAAAAGAGTACGAAGAGTTATTAAATAAG ATAGCTTATTATAAACAAGTTTTATCGGATGAAGGTTTAGTAAAAGATAT CATCAGAAATGAGTTACAAGATCTTTTGAAGCATCATAAGGTAGCTCGAC GCACTACTATAGAATTCGATGCTGATGATATTCGTGATATTGAAGACATC ATTACCAATGAGTCTGTTATTATCACGATATCCGGAGATGATTACGTAAA GAGAATGCCTGTAAAAGTGTTCAAAGAACAACGTCGTGGCGGGCATGGAG TTACGGGATTTGATATGAAGAAGGGAGCAGGGTTCCTTAAAGCTGTATAC TCTGCCTTTACTAAAGACTATCTCTTAATCTTCACCAATTTTGGCCAATG TTATTGGTTGAAGGTATGGCAGCTCCCAGAAGGGGAGCGGAGGGCGAAAG GTAAGCCCATCATCAACTTCCTAGAGGGAATTCGTCCTGGTGAGGAGCTC GCAGCTATATTGAATATTAAGAATTTTGATAATGCCGGCTTCTTATTTTT AGCCACCAAACGTGGTGTTGTGAAAAAAGTTTCCTTAGACGCCTTTAGCA ACCCTAGGAAAAAGGGAATACGTGCTTTAGAGATAGATGAGGGAGACGAA CTCATAGCAGCTTGTCACATTGTTAGTGATGAAGAGAAGGTAATGTTATT TACTCATCTTGGTATGGCAGTTCGCTTCCCCCATGAAAAAGTTCGTCCTA TGGGTAGAACTGCACGTGGGGTTCGCGGTGTCTCTTTGAAAAATGAAGAA GATAAAGTTGTCAGTTGTCAAATTGTGACTGAGAACCAGTCGGTTTTAAT TGTATGTGATCAAGGCTTTGGTAAGAGATCTTTAGTTGAAGATTTCCGCG AAACCAATCGTGGAGGCGTGGGCGTACGATCTATCCTTATCAATGAAAGA AACGGCAATGTCCTAGGAGCTATTCCTGTTACGGATCACGACAGTATTTT ATTAATGTCGAGTCAGGGACAGGCAATTCGCATTAACATGCAAGATGTTA GAGTGATGGGAAGATCGACTCAAGGGGTGCGTTTAGTTCACTTGAAAGAA GGGGATGCTCTTGTTTCTATGGAAAAACTCTCTTCTAATGAAAATGATGA TGAAGTACTATCAGGGTCCGAAGAAGAATGTTCTGATACAGTAAGCCTAA GGTAG >gid:460523 gyrA_2 DNA gyrase subunit A ATGCGTGACGTTTCAGAGCTTTTTCGAACACATTTTATGCATTACGCGTC TTACGTAATTTTAGAGAGAGCGATTCCTCATATTCTTGATGGCTTAAAAC CGGTGCAGCGTCGACTTCTATGGACTTTATTCCTTATGGACGACGGGAAA ATGCATAAAGTTGCCAATATTGCAGGAAGAACTATGGCTCTCCATCCCCA TGGCGATGCCCCTATTGTTGAAGCTCTTGTTGTCTTAGCAAATAAAGGCT ACCTCATCGACACGCAAGGAAACTTCGGAAATCCCCTTACGGGAGATCCT CACGCTGCTGCCCGTTATATAGAAGCACGACTCAGTCCTTTAGCTCGAGA AACGCTCTTTAATACCGACTTGATAGCTTTTCATGACTCTTATGATGGAA GAGAAAAAGAACCTGATATTTTACCTGCAAAGCTCCCCGTGCTTTTACTT CATGGTGTGGACGGGATTGCTGTGGGGATGACCACGAAAATTTTCCCTCA CAATTTTGCAGAACTTTTGAAAGCGCAAATTGCAATTTTAAATGATAAAA AATTCACTGTGTTTCCTGACTTTCCTTCGGGAGGATTGATGGATCCCTCG GAGTATCAAGATGGATTGGGATCGATTACACTGCGTGCATCTATAGACAT TATTAATGATAAAACGCTTGTAGTGAAACAAATTTGTCCTCAATCTACGA CTGAGACTTTGATCCGTTCTATAGAGAACGCAGCAAAACGTGGCACAATT AAAATCGATACCATCCAAGACTTCTCTACAGATGTCCCTCACATTGAAAT TAAGCTGCCAAAAGGCTCTCGAGCCAAAGAGATGCTTCCCTTGTTATTCG AGCATACTGAATGCCAGGTGATTCTCTATTCTAAGCCCACAGTCATTTAC GAGAATAAGCCTGTAGAATGTTCGATATCCGAGATTCTCAAACTGCATAC TACAGCTCTACAGGGGTATCTTGAAAAAGAACTTTTGTTGCTCCAAGAAC AACTTACTTTGGACCATTATCATAAAACCTTAGAATACATCTTTATTAAA CATAAGCTCTATGATTCTGTCCGAGAAGTCCTAGCCATAAACAAGAAAAT TTCTGCTGATGACCTACATCAAGCAGTGCTCCATGCTCTGGAGCCCTGGC TTCATGAGCTTGCAACTCCCGTTACAAAACAAGACACCTCTCAACTTGCT TCACTAACGATTAAGAAAATCCTTTGCTTTAATGAAGAGGCATGCACTAA GGAACTGCTAGCCATAGAAAAAAAACAAGCAGCGATACAAAAAGATCTTG GAAGATTAAAAGAAGTCACCGTCAAGTACCTCAAAGGACTTTTAGAACGC CATGGACACTTAGGAGAGAGAAAAACACAGATCACAAACTTTAAGACGGC AAAGACATCTATCTTGAAACAACAAACCTTAATTTAA >gid:460071 gyrB_1 DNA gyrase subunit B ATGGACCCAAAAGAAAAAAATTACGATGCATCCGCTATTACTGTTTTAGA AGGGCTACAAGCTGTTCGTGAGCGCCCCGGGATGTACATTGGAGATACGG GAATCACGGGTCTTCATCATCTAGTCTATGAGGTTGTAGACAACAGCATT GACGAAGCCATGGCAGGTTATTGCTCTAGGATTGATGTTCGCATTTTAGA GGACGGGGGTATTGTCATCGTAGATAATGGCCGAGGAATCCCTATAGAAG TTCACGAAAGAGAGTCTGCAAAACAAGGTAGAGAGGTCTCTGCTTTAGAA GTGGTTTTAACAGTCCTTCATGCTGGAGGAAAATTCGATAAGGATAGCTA TAAAGTATCCGGAGGCTTGCACGGAGTTGGGGTTTCTTGCGTTAATGCTC TTTCGGAGAAATTAGTTGCCACGGTCTTTAAAGATAAGAAGTGTTATCAA ATGGAGTTCTCTAGGGGAATTCCTGTAACTCCATTGCAGTATGTAAGTGT TAGTGATCGGCAGGGAACAGAAATCGTTTTCTACCCTGATCCTAAAATAT TTTCGACTTGTACTTTTGATCGCTCTATTTTAATGAAACGCTTGCGAGAG CTTGCTTTCTTAAATCGTGGGATCACAATAGTCTTTGAAGATGATCGAGA TGTTAGCTTTGACAAGGTTACCTTCTTTTATGAGGGAGGGATTCAATCTT TTGTAAGTTACCTGAATCAAAATAAAGAAAGCCTTTTCTCTGAACCGATT TATATTTGTGGAACTCGAGTAGGAGATGATGGAGAAATCGAGTTTGAAGC AGCCTTACAATGGAATTCAGGGTATTCTGAACTTGTTTATTCCTATGCCA ATAATATTCCTACACGCCAAGGAGGAACGCATCTTACAGGGTTTTCTACC GCGCTTACTAGGGTAATCAATACGTATATTAAAGCTCATAACCTTGCGAA GAATAATAAGCTTGCATTAACCGGAGAAGATATTCGAGAAGGTCTGACAG CTGTGATTTCTGTAAAGGTCCCAAATCCACAATTTGAAGGGCAAACAAAA CAGAAATTAGGAAACAGTGATGTTAGCTCAGTGGCTCAACAGGTTGTAGG GGAAGCTCTGACAATCTTTTTTGAAGAGAATCCTCAAATTGCTAGGATGA TTGTTGATAAGGTTTTTGTTGCAGCGCAAGCTAGAGAAGCTGCAAAAAAA GCTCGAGAATTGACTTTAAGGAAAAGTGCTTTAGATAGCGCACGCTTACC TGGAAAACTAATTGATTGTTTAGAAAAAGATCCCGAAAAGTGTGAGATGT ACATTGTGGAGGGGGATTCTGCTGGAGGATCTGCGAAACAAGGTAGAGAT CGAAGATTTCAAGCAATTCTGCCTATTCGAGGTAAAATTCTGAACGTAGA AAAAGCTCGTCTACAGAAAATTTTCCAAAACCAAGAGATAGGAACCATCA TAGCAGCTTTAGGCTGTGGCATAGGTGCTGATAATTTTAATCTCAGTAAA TTACGCTATAGACGTATCATTATCATGACAGATGCTGACGTGGACGGTTC TCATATTCGTACCCTACTTCTCACATTCTTCTATCGTCATATGACAGCGC TTATTGAAAATGAATGTGTTTATATTGCTCAACCTCCTTTATACAAGGTG AGTAAGAAAAAAGACTTCCGTTATATTCTTTCAGAGAAAGAAATGGACAG CTATTTGCTCATGTTAGGCACGAATGAGAGCTCCATTCTCTTTAAATCTA CGGAAAGAGAATTACGTGGAGAGGCTTTAGAGAGTTTTATCAACGTCATT TTAGATGTAGAGAGCTTTATAAACACTCTTGAGAAAAAAGCGATTCCCTT CTCTGAATTTTTAGAGATGTATAAAGAGGGGATAGGCTATCCTTTGTACT ATCTTGCTCCGGCAACTGGAATGCAGGGAGGGCGCTATCTTTATTCTGAT GAGGAAAAAGAAGAAGCTTTAGCTCAAGAAGAAACTCATAAGTTTAAAAT CATAGAGCTTTATAAAGTTGCTGTGTTCGTAGATATTCAAAATCAACTCA AAGAATATGGTTTAGATATTTCTAGCTATCTTATCCCTCAGAAAAACGAG ATTGTGATTGGAAATGAAGATTCCCCAAGCTGTAACTATAGCTGCTATAC CTTGGAAGAAGTCATTAACTATCTTAAAAATCTTGGAAGAAAAGGCATAG AAATTCAGAGGTATAAAGGTCTTGGAGAGATGAATGCCGACCAGCTTTGG GATACTACTATGAATCCTGAGCAGAGAACACTCATTCATGTGTCATTGAA GGATGCCGTAGAAGCAGACCATATTTTCACTATGTTGATGGGGGAAGAAG TCCCTCCAAGAAGAGAATTCATAGAAAGTCATGCTTTGTCCATTAGGATA AATAATTTAGATATTTAG >gid:460522 gyrB_2 DNA gyrase subunit B ATGGCGGCATACACAGAAGCAAGCATTCTTTCTTTGGCCTCTCTTGATCA CATTCGTCTTCGGGCGGGGATGTACATTGGAAGGCTTGGCAATGGTTCTC AAAAAGAGGATGGGATTTACACTCTTTTTAAAGAAGTGGTTGATAATGGG ATTGATGAATTTATCATGGGTCATGGTAAATCTTTAAAAATTTCTGCTAG TGACAAGCAGATCTCCATTCAAGATCAAGGTCGTGGCATTCCTTTAGGTA AACTTATAGATTGTGTTTCTAAAATCAATACGGGAGCTAAATATACCCAA GATGTTTTCCATTTCTCTGTAGGGCTGAATGGCGTGGGACTCAAAGCTGT GAATGCACTTTCAGAAATATTTTCTGTACGTTCTGTAAGAAAGAAAAAAT ACCACCTTGCCACCTTCCATCGAGGAGTTCTGCAAGAGTCTAAGCAAGGT TCTACCAAAGATCCTGATGGAACTTTTGTTTCCTTTACTCCTGATCCTAG TATCTTCCCTGAGTTTACTTTTAACCACGACTTCCTAAAAGATAAAATCC GCCAATACACCTACCTACATTCGGGATTAGAGATCCGATTTAATGATGAG GTGTTCATATCTCACAACGGTCTCAAAGATCTTTTCGATGCAGAGATCAC TGAGCCCCCTTTATACTCTCCTCTTTTTTTTCAAAATGAGGATTTAACTT TTATCTTTTCTCACCTTGAAGGAAATACGGAGCGTTATTTTTCTTTTGTC AATGGACAAGAGACTCTTGACGGAGGAACACACCTGACTGCCTTTAAGGA AGCCATAGTAAAAGGGGTCAACGAGTTTTTTGGAAAAACATTTGTTTCCA ATGACATTCGAGAAGGCATTGTGGGCTGCATAGCAATAAAAATAGCCTCG CCAATTTTTGAATCGCAAACGAAAAATAAGCTTGGGAATACACAGATTCG GTCTTCTTTAATTAAAGATGTAAAGGAAGCGATTGTACAGGCCCTACGTA AAGATAAAGTGGCTCCTGAGCTTCTTTTAGAAAAAATAAAATTCAATGAG AAAACTCGAAAGAATATCCAATTTATAAAACAAGATCTTAAGAGCAAACA GAAGAAAGTCCATTATAAAATTCCCAAACTTCGGGACTGTAAATTCCATT ATAACGATCGCTCTCTGTATGGTGAGGCCTCTTCGATTTTCCTTACCGAA GGGGAGTCTGCGTCCGCATCAATTCTTGCTTCAAGAAATCCCCTCACACA AGCTGTCTTTTCACTTCGAGGAAAGCCTATGAATGTCTTTTCCTTAGAAG AAACCAAAATGTATAAAAATGATGAGTTATTTTATTTAGCAACTGCTCTA GGCATCACGCAAAACGAGATTCAGCATTTACGTTATAACAAAGTCATCCT GGCTACTGATGCGGATGTAGACGGTATGCATATTCGTAATCTTTTGATTA CTTTCTTCCTTAAAACACTCTTGCCTCTTGTAGAAAATAATCACCTCTTT ATCTTAGAAACCCCTTTGTTTAAAGTTAGAAACAAAACGACTACGCTCTA CTACTATTCTGAGCAAGAAAAGATGCAGGCGTTACAGCAATTTGGGAAAA AGGACTCCTCTTTAGAAATCACAAGGTTTAAAGGTTTAGGAGAAATTTCT CCTAAGGAATTTGCTGCGTTTATAGGTCCTGAGATCCGCCTCACCCCAGT TACGATTACCTCTTTAGAGAGCATTTCTTCGATCTTACAATTCTATATGG GGAAAAATACAAAAGAGAGAAAACAATTTATTATGGATAACCTTATTACT GATTTTTAA >gid:460211 himD integration host factor alpha ATGGCTACCATGACAAAGAAGAAACTAATCAGCACGATCTCACAAGATCA CAAAATTCATCCTAATCACGTACGTACCGTGATTCAGAATTTTCTAGATA AAATGACCGACGCCTTGGTTAAAGGTGACAGGCTTGAGTTTAGAGATTTT GGTGTGTTGCAAGTAGTAGAAAGAAAACCAAAGGTAGGACGTAATCCTAA GAATGCAGCAGTCCCCATTCATATTCCTGCTAGACGCGCTGTAAAGTTTA CTCCAGGGAAAAGAATGAAGCGCTTGATAGAAACTCCGAATAAGCATTCT TAA >gid:460705 mfd transcription-repair coupling ATGGCAATGGATTTCAACCCAGTTAATTTAGATTTTTCTATTTCCAAAGA ATTCAAAGAGGAAACACTTCCTTTACTATTAGAAAATATTCATCCAGGAG CCACGGCATTCCTTGCAGCAAAGATGTTTCATGACTGTCGTGCTTCTGTA ATTATGATTACGACACCCGCACGTCTTGATGATCTCTTTGAAAATTTAAG GACCTTTTTAGACCAAGCTCCTGTAGAATTTCCCTCTTCTGAAATTGATC TCTCTCCAAAATTAGTGAACATAGATGCTGTGGGGAAGCGAGATCATCTT CTTTACAGCTTGAATCAGCACAGGGCTCCTATATTCTGTGTCACTACATT AAAAGCTCTTTTAGAAAAAACCCGTTCTCCACAAGCTACAAGTCAACAAC ATCTTGATCTCGCAGTTGGAGATGTCTTAGATCCAGAAGCAACTACGGAA CTCTGTAAAAGTTTAGGATATTCTCAGGTCATGCTAACTAGCGAAAAGGG AGAATTTTCTTGTCGCGGAGGAATTGTTGATATTTTCCCGTTATCCTCGC CAGAGCCTTTTAGGATAGAATTTTGGGGAGAGAAGATCATTTCTATCAGA TCTTACAATCCTTCGGATCAGCTATCGACAGGAAAAGTCTCTAAAATTTC TATCTCTCCAGCGTACACAGAAGAGGCCTCTGGAGGAAACTATTCTCATT CACTATTAGACTATTTCAGCACCCCTCCTCTCTATCTCTTTGATAACTTA GAAATTCTAGAAGATGACTTTGCGGATATTTCTGGAACACTTTCGTCCCT TCCAGATAGATTTTTCTCTATTGGCACTCTCTACGATCGCATTTCAACGT CTAATCAAGTTTATTTCTCGGAGACTCCGTTTCCTAACGTCAAGAATCTC AAGGAAAACCGCGTCATCATCGAAGCATTTCACCGAAACATGGAAGCGAG TCGCCAAGCGATTCCTATACTGTATCCTGAGCAAATTATTCAGAACGATG AGAATCCCCTACTTGCTTTCCTACAGCATCTTCAAGAATATATGCCTCCT CATGGAAAGCCCTTAAAATTAGCCATCTACAGCACAAAAACGAAATCTTT AAAAGAGGCCCGTGCTCTAGCAGAGACTGTAGCTCGTGGGGATGTGGAAA TCTATGAAAAAACAGGGAATCTAACTTCCAGCTTTGCATTAGTAAACGAA GCCTTTGCAGCGATTTCCCTATCCGAGTTTGCTTCTACAAAAGTATTGCG TAGGCAAAAACAACGCACTCACTTTTCAGTGACTACTGAAGAAGTTTTTG TTCCGATTCCAGGAGAGACTGTTGTCCATATTCATAATGGAATTGGAAAA TTCCTAGGAATAGAAAAAAAACCGAACCATCTGAATATTGAAACGGATTA TCTTGTTTTAGAATATGCAGATAAAGCTCGGCTTTATGTTCCTTCGAACC AAGCCTATCTGATCTCTCGGTATGTTGGGACTTCTGATAAAGCTGCCGAT CTCCATCATTTAAATAGTTCGAAATGGAAGCGCTCTAGAGATCTTACTGA AAAATCTTTGATTGTCTACGCAGAGAAGCTCTTACAGTTAGAAGCACAAC GTTCGACAACTCCTGCTTTTGTGTACCCTCCTCACGGAGAGTCCGTAATC AAGTTTGCGGAAACGTTTCCCTATGAAGAAACCCCCGATCAGTTAAAGAC TATTGATCAGATTTACAATGACATGATGTCTCCAAAACTCATGGATAGAT TAATTTGCGGAGATGCTGGCTTTGGGAAAACTGAAGTCATCATGCGGGCT GCTGTCAAGGCTGTTTGCGATGGCCATCGACAAGTCATTGTTATGGTTCC CACAACGATTTTAGCAACTCAGCACTATGAAACTTTTAAAGAAAGAATGG CGGGATTGCCGATCGAAATTGCTGTGCTTTCACGTTTCTCCCAAGCCAAA GTGCAAAAACTCATCTGTGAGCAAGTAGCTTCAGGACAAATTGACATTAT CATTGGAACTCACAAACTCATTAACAAAAGCCTAGAGTTTAAGAACCCTG GTTTATTAATTATTGATGAAGAACAACGCTTTGGAGTTAAAGTTAAGGAC AATCTGAAGGAGCGCTATCCCATGATTGACTGTCTTACAGTATCTGCGAC TCCCATCCCAAGGACATTGCACATGTCTCTATCAGGAGCTCGTGATCTAT CTGTGATTGCCATGCCTCCCTTGGATAGGTTGCCTGTAAGTACTTTTGTC ATGGAGCATAATACAGAAACATTGACAGCGGCTTTAAGGCACGAGCTCCT TCGAGGAGGACAAGCCTATGTCATTCATAATCGGATTGAGAGCATCTATA CTCTTGCTGAGACCATTCGCAATCTGATTCCTGAGGCTCGTATTGGCGTA GCTCATGGTCAAATGGGAGCTGAGGACCTCTCTAATATCTTTACGAAATT CAAAAATCAGAAAACCGACATCCTCGTTGCTACTGCACTGATAGAAAACG GGATTGATATTCCAAACGCCAATACCATTTTGATAGATCATGCCGATAAG TTTGGAATGGCGGATTTATATCAAATGAAGGGACGTGTCGGGCGATGGAA TAAAAAGGCCTATTGTTATTTTCTAGTTCCTCACTTAGACAGGTTGTCTG GGCCAGCAGCGAAGCGACTCGCTGCTTTAAATAAGCAGGAATATGGAGGG GGAATGAAGATTGCCCTCCATGATTTAGAAATCCGCGGTGCAGGGAATAT TCTAGGAACCGATCAGTCGGGACATATCGGAACTATAGGGTTTAATTTGT ATTGCAAATTACTAAAAAAAGCTGTTTCAGCTTTAAAAAAACACACGTCC CCGCTACTTTTCAACGACGATGTGAAAATAGAATTTCCTTACAATTCGCG TATTCCTGATACTTACATCGAAACTGGATCGATGCGCATTGAGTTTTACC AAAAGATTGGTAATGCTGAAAGCTCTGAAGAGCTTACCGCAATACAAGAA GAAATGCGAGATCGCTTTGGCCCATTACCTCAAGAGATCTGCTGGCTTTT TGCCCTTGCTGAAATACGCCTATTTGCTTTGCAGCATGGCATTTCTAGCA TTAAGGGAACTGCGAATGCTTTATATGTGCAAAAATGCCTTAGCAAATCT GAACAGACAAAGAAAACCTTGCCCTATGCTCTATCTCCAACTCCTGAACT TCTAGTCAAAGAAGTCATTGAGTCCATAGAAAGGGGCTTCTTAATCAACG CTTCATAA >gid:460624 mutL DNA mismatch repair ATGTCTACAAGAAGGCCTATTCAGTTACTTGACCCCCTGACCATCAATCA AATTGCTGCTGGTGAGGTCATTGAAAACTCCGTTTCTGTTGTTAAAGAAC TGATTGAGAATTCCTTAGATGCTGGCGCCGATGAAATAGAAATCGAAACT TTAGGAGGGGGACAAGGCGCAATCATTATCAGAGATAATGGTTGTGGCTT CAGAGCCGAAGACATCCCCATTGCCCTCCAACGTCACGCCACTTCAAAAA TAAGAGAATTCTCTGATATTTTTTCTTTAAATAGCTTTGGCTTTCGAGGC GAGGCTCTACCCTCCATTGCCTCGATTTCTAAAATGGAAATACAATCTTC CATTGAGGGGGACGAGGGTGTACGTACCGTAATTCATGGGGGAGACATCG TTTCTTGTGAGCCCTGTGCTCGGCAACTAGGAACCACAGTGATTGTGAAC TCCCTGTTTTATAATGTTCCTGTGCGTCGTGGATTCCAAAAGAGCATGCA ATCGGATCGCTTAGGGATTCGCAAGCTGATAGAAAATCGGATTTTATCCA CAGCAAACATAGGGTGGTCCTGGATTAGCGAGGGACATCATGAAATTCAG ATTGCTAAGCAGCAAGGATTTCAAGAAAGAGTCGCCTATGTGATGGGAGA CCACTTCATGCAGGATGCCCTCACCATAGATAAAGAGGCAAATGGTGTCC GTATTGTAGGGGTGTTAGGGTCTCCCAGCTTCCACCGTCCCACACGTCAA GGACAGAAAATCTTTATTAACGATCGCCCTATAGAGTCTTTATTTATTTC TAAGAAGGTTGGGGACGCCTATGCCTTGCTTCTGCCTCTACACAGGTATC CTGTTTTTGTGCTGAAGCTCTATCTTCCTTCGTCATGGTGTGATTTTAAT GTCCACCCACAAAAAATAGAGGCTCGAATTCTTAAGGAAGAACTTGTTGG AGATTGTATCAAAGAAGCTATCGTAGAGACTCTAGCATGTCCTCCTGGCA TCTTATGTCGTACGCATCAAGAAATAGAAGAATCTGATTCGGTGCCCTTA CCCATGTTTCGTATGTTGGAAACAAGCGATGTGCAAGAAGAAGAGAGTGT AGAGTTTGATCAAAATCTTTTTGCATATAGTTCAGAAGATGTTTCCTTAG AGAAACAAGAATATACATCTAGAGGACCTAAGTCCCAAATGGATTGGATA TATTCTAGCGACGTTCGTTTTTTAACTTCTTTAGGTCGTGTGGTCCTGGC TGAGGATCTTGAGGGTGTGCACATTATTTTTACAGCTGCAGCGCGAAAGC ACCTGTTTTTTCTGTCTTTGATGCAAGAGAATTCTCGCATGTATCAATCA CAAGCATTACTGATTCCTCTACGCCTTCAGGTGACTCCTGAGGAGGCTTT TTTCTTCTCTCATCACGGAAGAACGTTATGCGACTTAGGAATAGAAATAT CACAGGTAGGACCTTGTGTTTTCTCTATTGAAAGTACCCCCACTGTCATT GGTGAAGAAGAGCTAAAAGAATGGTTATTGCTATTGGCAGCAAGGGGCTC TACTGATATAAACTCAGAGGCTTTAACAGCATTGATGAAAGAAACTTTGA CGCAGGCAACGTTTTCTAAACATCAGCATGTTTTTGATGTTTCCTGGCTC AAATTGCTTTGGAGTGTAGGGAAACCTGAAAAAGGATTTGACGGTGCACG AATTCGTCGGTTAATTTTAGACTCTGATTTTATGGAAGGATAA >gid:460756 mutS DNA mismatch repair ATGACGGAAAAAAAACCTACCCCGATGATGGAACAATGGCATCAGTGTAA AGAAAAAGCTGGAGATTCTGTGCTTTTATTTCGGATGGGAGACTTTTACG AAGCTTTTTATGACGATGCGGTTCTTTTATCCCAACATTTGGAACTTACT TTAACACAACGACAGGGAATTCCTATGAGTGGGATTCCTGTATCTACTGT TGATACCTATGTGGATCGCCTCATCGGCAAGGGATTCAAAGTTGCTGTTG CAGAACAATTTGGCGAGCCTGCAAAAGAAAAAGAGAGTAAAAAAATCGGT CCCATGGCCCGGGATATTCAGAGATTTGTCACTCCTGGCACTTTGCTATC CTCCACCCTGCTCCAGGAAAAATTCAATAATTATATTGTTGCTATCAATC GTATCGGGTCTCTGTTTGGTTTTGCTTGTTTAGATCTTTCTACGGGATCT TTCTTTATTGAAGAATGTGAGAATACCAAAGAGCTTGTTGACGAGATCTG TCGTCTTGCTCCTTCTGAAGTGCTCTCGTGTAACAAATTTTATAATAAAG AAACTGCTATTGTCATGCAGTTGCAACAACACCTCAAGCTGACCTTATCT ACGTATGCGGACTGGGCCTTTGAACATAAGTTCGCCTCTCAAAAACTTAC AACGCATTTTCAAGTGGCCTCCCTAGATGGATTTGGCCTGAAAGGGCTCG TCCCAGCGATCAACGCTGCTGGAGGCCTTCTCTCTTATATCCAAGATAAA CTTTTATTACCTACGAAACATATTGCGATTCCCCAAACGCGTGGAAAACA GCAAAAGTTATTAATAGATACGGCATCTCAAGTGAACCTTGAGCTCCTCG CTCCCTTGAATGATCCTCAGGGGAAAAATTCTCTCTTACGTATCATGGAT CATACAAGCACACCTATGGGGGGAAGACTTTTACGTCAAATTTTGATCAG TCCTTTCTATAACCCTAAGGAGATCCTTGTACGTCAAGATGCTGTAGAAT TTTTCCTTCGGCAAGTGACTTTAAGAAAAAATATCAAAACGTACCTTTGT CAAGTACGTGATATCGAACGACTGATGACCAAAGTGACCACAGGATTGGC AGGGCCTAGAGATATCGGGACACTCAGAGATTCTTTTTCTGCAGGAGCTC AAATCTACGAACAACTGGCTTCTGCGACTCTTCCAGAATTCTTTATAGAT AAATGCTCGTTAGATACAAAGCTAGCCTCCTTAATTGCACTGCTTTCAAA GTCCTTGAACGGCGACCTCCCTCTCCGAGTTTCTGATGGAAATATTTTTG TGGATGAGTTCCACAATGATTTAAAGCGCTTACGCCACAATCAAGAGCAT TCTCAAGAATGGATTTGGGAATACCAAGAACGCATTCGTAAAGAAACAGG GATCAAAAAACTCAAAATCTGCTTTGCTCAGGCTTTAGGATATTATATTG AAGTGAGCAGCGAGTTTGCTCCTCAACTTCCTAAAGATTTCATCCGTCGG CAATCACGATTGCATGCAGAAAGGTTTACTACTATTGAGCTGCAGCAATT CCAAGATGATATGTCTAATATCTCTGAAAAACTTCAAACTTTAGAAACGC AATTCTTCAAGGATCTTTGCTCACACATCCTACAGTTACGCACTGAGATT TTGGCTCTATCTCAAAGTCTTGCTGATCTAGACTACATCATTTCTCTTGC GGATCTTGCACATGCTCAGGGCTATTGTCGTCCTCGTGTAGATATGAGTG ACACCTTATGTATTTATCGTGGTTGTCATCCTGTAGCAAAAACTCTTGTA GACACAGGGAAATTTATTCCCAATGACACTGAAATGCGTGGCTCTCAAAC TCGAATGATCTTACTTACTGGGCCTAATATGGCAGGAAAATCTACCTATA TCCGTCAGATAGCTCTTCTTGTGATTATGGCTCAAATGGGGTCGTATATC CCTGCAAAATCAGCTCACATCGGAGTGATTGATAAAATTTTTACCAGGAT AGGCGCTGGAGACAACCTCTCAAAAGGAATGTCTACTTTTATGGTAGAAA TGGCCGAAACTGCGAATATCCTTCACAATGCCACGGACCGCTCTTTAGTG ATCCTAGATGAGGTAGGAAGAGGAACCAGTACTTATGATGGCCTTGCCAT TGCTCAAGCTGTTGTAGAGTACCTCCTTTTCACTGACAAAAAGAAAGCTA AGACGCTTTTTGCAACTCATTATAAAGAATTGACGACTTTAGAAGACCAT TGTCCGCACGTTGAAAATTTTCATGCCGGAGTTAAAGATAAAGCAGGGCA GCCTGTTTTCTTATATGAGATTCTCAAGGGACATTCACAAAAAAGTTTCG GCATTCATGTCGCCAGGCTTGCTGGCTTTCCCCTTTGTGTGGTATCGAGA GCTCAGCAGATCCTAAGACAATTAGAAGGCCCGGAATCCATTACACGCCC TGCTCAAGATAAGATGCAACAACTGACATTATTCTAG >gid:460197 mutY adenine glycosylase ATGACAAAGATAGCTTTTTCTGAAAAGGCAAAGAATTTTCCTGTAGAGGC ATTAAAAAAATGGTTTGAAAAAAATAAACGATCTCTTCCTTGGAGAGATA ACCCGACTCCCTATAGTGTGTGGGTTTCCGAAGTTATGCTACAGCAAACG CGAGCTGAAGTTGTTATAGATTATTTTAATCAGTGGATGGAGAGATTTCC TACCATAGAGTCTTTAGCTGCAGCAAAAGAAGAAGATGTCATTAAGTTAT GGGAGGGATTGGGTTATTATTCTCGAGCGCGCCATCTTTTAGAGGGAGCT CGCATGGTTATGGAGGAGTTTCATGGAAAGATCCCTGATGATGCCATTTC CTTAGCTCAAATTCGTGGAGTTGGTCCTTATACGGTTCATGCTATTCTAG CCTTTGCTTTTAAGAGGCGTGCTGCTGCTGTGGATGGCAATGTCTTGCGT GTTCTTAGCCGGATATTTTTGATAGAAACTTCTATAGACTTAGAATCAAC TCGTACTTGGGTTTCTAGGATTGCTCAAGCGCTTCTTCCTCATAAGAGTC CCGAGGTTATAGCTGAGGCTCTGATAGAGTTGGGAGCTTGTATCTGTAAA AAAGTTCCTCAATGTCATCGTTGTCCTGTCCGTCAAGCATGTGGAGCTTG GAGGGAGAACAAACAGTTCGTATTGCCGGTACGTCATGCCAGAAAAAAGG TCATCTTTTTGCATCGTTTGGTAGCGATTGTATTGTACGATGGCTCTTTG GTTGTCGAGAAGAGACGTCCTAAAGAAATGATGGCAGGCTTATATGAATT TCCTTATATTGAAGTTGAACCAGAGGAAGGTCTTCAAGATATAGAAGGAT TTACTAAGAAGATGGAGCTTTCTTTAGAAAGCCCTTTGGAATTCTTAGGT AACCTTAAAGAACAGCGGCATGCGTTTACTAATCATAAGGTTCATTTGTG TCCTATAATTTTTAAAGCCACTTCTCTGCCTCAGTTCGGGGAATTGCATC TTTTGAGTGATATAGATCACTTAGCTTTTTCTTCAGGACACAAAAAGATT AAAGATGCTTTGCTAATCTACCTCGGGGATGTCAGGTCTAGAGAATCAAT AGGAGTATAG >gid:460540 nfo endonuclease IV ATGAAAGTACTTCCTCCTCCCTCCATTCCCTTACTAGGGGCTCACACTTC AACTGCTGGTGGACTCAAAAATGCGATTTATGAAGGCCGGGATATAGGGG CTTCTACAGTTCAGATTTTTACAGCAAACCAAAGGCAGTGGCAAAGACGG GCTCTAAAAGAAGAAGTGATTGAAGATTTCAAAGCAGCGCTCAAAGAAAC TGACCTTTCTTATATTATGAGTCATGCAGGATATCTGATTAATCCAGGAG CCCCTGATCCGGTAATTTTAGAAAAAAGTCGGATTGGCATTTATCAAGAA ATTCTGGACTGCATCACTTTAGGCATTTCTTTTGTTAATTTTCACCCTGG AGCAGCTCTCAAAAGCTCTAAAGAAGACTGCATGAATAAAATTGTCAGCA GTTTTAGCCAATCGGCCCCTTTATTTGATAGTTCTCCTCCTCTTGTTGTT TTACTGGAAACCACAGCGGGTCAGGGAACGTTAATTGGGAGTAACTTTGA AGAATTGGGTTACCTCGTTCAGAATTTGAAAAATCAAATTCCCATTGGCG TGTGTGTAGATACTTGTCATATTTTTGCTGCGGGGTACGACATTACCTCT CCACAGGGGTGGGAAGATGTTCTTAATGAATTTGACGAGTATGTCGGTTT ATCTTATCTACGAGCCTTTCATCTCAATGATTCTATGTTTCCATTAGGAG CGAACAAAGACCGCCATGCGCCCCTTGGAGAGGGCTATATAGGTAAGGAA TCTTTTAAATTTTTAATGACAGATGAACGAACTAGAAAAATTCCTAAGTA TTTAGAAACCCCTGGTGGGCCTGAAAATTGGCAAAAAGAAATTGGGGAAC TTTTGAAGTTTTCAAAAAACAGAGATAGTTAG >gid:460649 nth enodnuclease III ATGAAGCAATTTATTCTCAGAACACTCAACGCGCTATTTCCCAATCCAAA ACCATCTTTAGAAGGGTGGTCCTCTCCCTTTCAACTACTTATTGCTATTC TCTTATCTGGGAATTCTACGGACAAAGCAGTAAATTCCGTGACACCACAA CTCTTTGCAAAAGCCCCAGACGCCCAATCTATTTTAGATTTGCCTCCAGG GAAGCTATACCAGCTCATTGCCCCTTGTGGCCTTGGAGAGAGAAAGTCCG CCTATATTTATCAATTATCTCAAATTTTAGTGCGTGATTTTCATGGAGAA CCCCCTAATGACATGGCTCTTCTCACACAACTTCCGGGAGTTGGCAGAAA AACCGCTTCTGTTTTTCTTGGGATAGCCTATGGAAAACCTACATTCCCTG TAGACACTCATATTTTGCGTTTAGCGCAGCGATGGAAAATTTCTGAAAAA AAAAGCCCCTCCGCTGCTGAAAAGGATCTGGCTCGCTTTTTTGGCCATGA GAACACACCGAAATTGCACTTGCAACTCATCTATTATGCACGACAGTATT GTCCTGCTTTACATCATAAAATTGACAATTGCCCTATATGTTCATATCTT GCAAAAGAAGCAAATAGTACCCGTACTTAG >gid:460412 polA DNA polymerase I ATGAAGAAACTGTTTGTATTAGATGCCTCAGGATTTATCTTTCGTGCCTA CTTTGCTTTGCCAGAAATGAAAAATCATCAAGGACAAGCAACACAAGCAG TTTTTGGATTTATTCGTTCTTTAAATAAACTTATCAAAGAATTCTCTCCA GAATACATGATCTCCGTCTTTGACGGTCCTAATAATAAACAAAGCCGTCA GGCGATTTATGCTGATTACAAAAGTAATCGACAGAAAAAATTCGAAGACA TCCCTCCACAAATAGCTCTAGTTAAAGAGTACTGCTCTTTAATAGGCCTA GCTTACTTAGAAAAAGAGTCGGTAGAAGCTGACGATGTGATTGCAAGTAT TGCTAAGAAGGCTAGAGAAGAGAATTATAAAGTTTACGTATGCACCGCGG ATAAAGATCTGTTGCAGCTTGTAAACGATCATGTTGTAGCTTGGAATCCT TGGGCAGATCAAGGTGTTGTAGGGATCTCTGAGGTGATAGAACGTTATGG GATTCCTCCAGGGAATATCCCTGATTATCTAGCGTTAGTTGGAGACTCTT CTGATAACATTCCAGGGCTCCCAGGTTGTGGGCCTAAAAAAGCTGCAGCA CTTCTTAAACAATTTGGAAGTGTTGAGGGACTTTTAGAAAATTTAGACGC CGTGAAGGGATTAAGTCAAACTATGCTGAGTGAACGGCAGGAGACTTTAA AGCTTAGTAAACGGCTTGCCCTCTTGGATTCTAATATCCCTATCCCAGTA CCAATAGAGTCCCTTACCTTTCCACAACACCCTGTGGATGAAGAGAAACT CATACACTTTTATATACAACAAGGATTTAAAACTCTTGTGCCGTCCAAGC AAACAGAGGCTGCGACAGTCGATGTTCAGATAATCAAAGATGCGGAAAGC CTCACCAACATTTTAAACCTTGTGCAAGGGGGGGACATTGCCTTTGCTGT AGCATATACAGGAAACCATCTTCTCTCTTTGAAGCTTGAAGGTTTAGCTT TGACACAGGGATCAGGGGTATTTTTTATTGCCTTAGAAGAGGAAGGCACG AAGATACTCCCTATATTAAAAGATTTCTTTTTAAGAGAAGATCTTACTTT CTATGGTTATAATCTAAAACGCGATTGCCACGCTCTTCTAAATGCAGGAA TTGTAATTCGAGAAATTTCTTATGACCTAGCTTTAGCTGAGCACTTGACA AATGGGGGAGGAAAAATCTCCTTTCAATCTCTTTTAGTAAATCACGGATT TACAGAAACTGCTCACCGGTTTGCTAAGGAATGGGGAAATTCAGGATTGC CTATAGGTCGTCTACCAGAACAACCTGAGCAATATTTTGGTGAATTTGTT GCCTACCTTCCCATAATAAAAGACGCTATTTTAGAAGAAATCAACCGTAA GAATCTCAACCATATCTTAAGTGATATTGAAATGCCCTTGGAGAAGGTTC TTTTCTCTATGGAAAGAGCTGGAGTGCCTTTAGATGTTGAGGAGTTGGCT ATTTTAGAAGCCCTCTTTGAAACAGAATTAGCCGTACTGACAGAGGAAAT CTATGATCTTTCTGGAAGGCCATTCAATATAAAATCACCAAAACAGTTAT CAGATATTTTATATAACGAATTAGGTCTTCGCCCTATAGATAAGGCAAAA TCTACACGTGCAGAGGTGTTAGAGGCTTTACGTAGTGAGCACCCAATTAT CGAAAAACTTTTAGCTTTCCGGACGATTGAAAAATTATTATCCACATATG TAAAAGCATTACCGAAACAAGTAGATTCCCATACACAGAGAATACACCCC TCTTTTGATCAGACAGGAGCTGTGACAGGAAGATTAGCTTGTCGAGATCC TAATTTACAAAATATTCCTATAAGATCGGAACGAGGAATCTTACTTAGGA AGGCTTTTCGTTTATCTGAGAAAAATAGTTATTTTTTATCTGCCGATTAT TCTCAAATTGAGTTAAGATTTTTAGCACATTTAAGCCAAGATAAGTCATT AAAATTTGCTTTTGAGTCAGGAGAAGATATTCATGCTTTTACTGCATCAC AAGTGTTTCATGTGCCTTTAGAACAGGTTTCAAAAGAACAAAGAATGCAG GCAAAGACAGTAAATTTTGGTATCGTGTATGGACAACAGGCTTTTGGTTT GGCAAAAGTTTTAAAAATTTCTATTGGCGAAGCTCAAGAGTTAATTCAAG CATATTTCTCTCGTTATCCCGAAATTGCTCATTTTGTTGAAGAAACTATA CAACAAGCAGCTAAAGATTTACGGGTGACCACGATGTTAGGTCGAGAAAG AATTATCGATAGTTGGAATGAATTTCCTGGCTCAAGAGCAGCTTCAGGAC GTTTTGCTGTAAATACTCGCATTCAGGGAAGTGCTGCTGAATTGATAAAA CTTGCAATGCTAGATATTTCACAAGCAATAAAGCAACAGCAAATGAAGAG TCGTATGTTATTACAAATACATGACGAATTATTATTTGAGGTTCCTGAAG AAGAAATAGAAGAGATGCAAAGACTAGTGAGAGAGAAGATGGAATCAGCT ATGACTTTATCCGTTCCTATAGTTGTGAATATCTTAATTGGAAAAAATTG GGCAGAATGTTAA >gid:460739 priA primosomal protein N' ATGGGCTATATTGAATCGTCTACCTTTCGCCTATACGCCGAAGTCATCGT AGGCTCTAACATCAACAAGGTACTCGATTATGGCGTTCCTGAAAATCTAG AGCACATTACTAAAGGAACTGCTGTTACTATCTCTTTACGGGGAGGGAAA AAAGTTGGAGTTATTTATCAAATAAAAACAACGACCCAATGTAAGAAAAT TTTACCTATCTTAGGATTATCCGATTCAGAGATTGTCCTTCCTCAAGATC TTCTAGACTTGCTATTTTGGATCAGCCAATACTACTTTGCTCCTCTTGGG AAAACTCTAAAATTATTTCTTCCCGCTATCTCTTCGAATGTGATTCAGCC TAAGCAGCACTACCGTGTCGTCTTAAAGCAAAGTAAAGCAAAAACTAAAG AGATTCTTGCAAAATTAGAAGTTTTACATCCTTCTCAAGGGGCTGTTTTA AAAATTCTACTACAACATGCGTCCCCACCGGGTTTATCTTCCCTTATGGA GACTGCCAAAGTATCGCAATCTCCAATTCATTCTCTTGAAAAGCTGGGCA TTCTTGATATTGTAGATGCAGCGCAGTTAGAGCTTCAAGAAGACCTCCTA ACCTTTTTCCCGCCTGCTCCTAAGGATTTACATCCTGAACAGCAAAGTGC TATAGATAAAATTTTTTCCTCACTAAAAACCTCACAATTCCATACACATT TACTTTTCGGAATTACAGGAAGTGGTAAAACAGAGATCTATCTTCGAGCA ACAAGCGAGGCTCTTAAACAAGGGAAAAGTACAATTCTTCTTGTTCCAGA GATCGCTCTCACAGTGCAGACAGTCTCATTATTTAAAGCGCGCTTTGGCA AGGATGTAGGTGTTCTCCATCACAAGCTTAGCGACAGCGACAAAAGTCGC ACGTGGCGCCAAGCTTCCGAAGGATCCCTACGTATCCTCATAGGACCACG GTCTGCTCTTTTCTGCCCCATGAAGAATCTGGGACTGATCATTGTAGATG AAGAACACGATCCCGCCTATAAACAAACGGAAAGTCCTCCTTGCTACCAT GCCAGGGATGTCGCTGTAATGCGAGGCAAACTCGCTCATGCTACTGTGGT TTTAGGAAGTGCGACTCCCAGCTTAGAAAGCTATACTAATGCGCTATCTG GCAAGTACGTTCTGTCTCGGCTCTCTTCAAGAGCAGCTGCTGCTCATCCC GCAAAAATTTCTCTTATCAACATGAACTTAGAGAGGGAAAAGTCAAAAAC CAAGATTCTATTTTCCCAGCCTGTGTTAAAGAAAATAGCCGAACGTCTGG AAGTGGGAGAGCAGGTTTTGATTTTCTTTAATCGTCGGGGATATCATACC AACGTCTCTTGTACTGTTTGCAAGCATACATTGAAATGCCCTCATTGTGA CATGGTGCTCACCTTCCATAAATATGCAAATGTGCTTCTCTGCCATCTAT GCAACTCCTCACCTAAAGACCTCCCACAATCTTGTCCAAAATGTCTTGGA ACTATGACGTTGCAATATCGAGGCTCAGGAACAGAAAAAATAGAAAAAAT TCTCCAGCAGATTTTTCCTCAGATACGTACCATCCGTATTGATTCAGACA CTACCAAATTCAAGGGGAGCCATGAAACGTTACTCAGGCAATTTGCAACA GGAAAAGCAGATGTTTTGATCGGCACCCAGATGATTGCCAAAGGCATGAA TTTCTCTGCAGTCACACTCGCGGTCATTCTAAATGGAGATTCTGGATTGT ATATCCCTGATTTCCGAGCTTCAGAGCAAGTCTTCCAGCTCATTACACAG GTAGCAGGTAGGTCGGGTCGGAGCCACCTACCTGGAGAAATTCTCATCCA ATCCTTTCTTCCTGACCATCCCACAATTCATAGTGCTATGCGTCAGGACT ACTCGGCATTTTATAGTCAGGAAATCACAGGTCGCGAACTCTGTGAGTAT CCTCCATTTATCCGTCTTATCCGTTGTATTTTCATGGGGAAATGTCCCAA GCAGACTTGGGAAGAGGCCCACCGAGTCCATAACATTCTAAAAGAGCAGC TAGAAAGCACGAATCCACTGATGCCAGTGACTCCTTGCGGTCATTTTAAA ATCAAGGATACGTTCCGCTATCAGTTTTTAATTAAGAGTGCTTATGTCAT TCCAGTGAATAAGAAACTCCATCACGCCTTAATGCTGGCAAAGCTCTCGC CAAAGGTGAAATTCATGATTGATGTGGACCCTATGACTACTTTTTTCTAA >gid:460573 recA RecA recombination protein ATGAATTTACCTGATAGAAAAAAGGCTCTAGAAGCTGCTGTTGCTTATAT TGAAAAGCAATTCGGCGCTGGGTCCATCATGAGTTTAGGAAGACACTCTG CCACACATGAAATCTCCACCATCAAAACAGGAGCTTTATCTTTAGACTTA GCTCTTGGAATTCATGGGGTCCCCAAAGGACGGGTGATCGAAATCTTTGG TCCTGAATCCTCAGGGAAAACGACACTAGCTACCCATATTGTCGCGAATG CTCAAAAAATGGGCGGTGTTGCTGCCTATATAGATGCTGAACATGCTTTA GATCCTAGTTATGCATCTCTTATTGGCGTCAATATCGATGATCTTATGAT TTCTCAACCCGACTGTGGTGAAGATGCATTAAGCATAGCAGAATTGCTCG CGCGTTCAGGAGCTGTCGATGTTATCGTTATTGACTCTGTAGCCGCTTTA GTTCCTAAAAGCGAACTCGAAGGAGACATCGGTGATGTACACGTAGGCCT ACAAGCTCGTATGATGTCTCAAGCATTACGCAAGCTCACCGCTACCCTAT CACGTAGCCAAACCTGTGCAGTGTTCATTAACCAAATCCGAGAGAAAATC GGTGTTAGCTTCGGAAACCCAGAAACTACTACGGGAGGACGTGCCTTAAA ATTCTACTCTTCAATACGATTAGATATTCGCCGTATAGGTTCAATAAAAG GCAGTGATAACTCTGACATCGGAAATCGAATTAAAGTGAAGGTAGCTAAA AATAAACTTGCTCCTCCATTCAGAATCGCAGAATTTGACATCCTATTCAA TGAAGGGATTTCTTCTGCAGGTTGTATCCTAGATCTTGCTGTCGAATATA ATATTATTGAGAAAAAAGGTTCTTGGTTCAACTATCAAGAGAAGAAGTTA GGACAGGGAAGAGAATTTGTTCGTGAAGAACTTAAACGTAATAGAAAGCT TTTTGAGGAAATTGAGAAGCGCATCTACGATGTAATTGCAGCGAATAAAA CTCCCTCTGTTCATGCTAATGAAACACCTCAGGAAGTTCCTGCTCAAACA GTAGAAGCTTAA >gid:460546 recB exodeoxyribonuclease V, beta GTGAAGCCGTTTAATATTTTTGACTCAAACTCTTCGATTCAGGGAAAATT TTTCCTAGAAGCCTCTGCAGGCACAGGAAAAACATTTACTATAGAACAGA TCGTGTTGCGAGCCTTGATTGAAGGCTCGCTAACACATGTAGAACATGCC TTAGCAATTACATTTACGAATGCTTCTACCAATGAGCTTAAGGTTCGCAT CAAAGACAATCTTGCTCAAACTTTAAGAGAATTAAAAGCGGTTCTAAACT CTCAGCCGGCTTCTTTACCCACATATTTAGATATCAATTGCAATGTAAAG CAGATTTACATGCAAGTTCGCAATGCTCTTGCTACTCTAGATCAGATGTC TTTGTTTACGATTCATGGCTTTTGCAACTTTGTTCTAGAACAATATTTTC CTAAGACCCGTCTTATTCACAAAAACCCTGCTCTGACCCACTCTCAATTA GTTCTTCATCACATCACTAACTATTTAAAACAAGACCTCTGGAAAAATGT ACTTTTTCAAGAACAGTTTCATCTATTAGCAGTTCGCTACAATGTAACCT CGAAGCATACATCTTCTCTGGTGGATAAGCTACTTGCCAGCTATACCCAA CCAATCTCCTCCTACTTTTCCTCACGTGTTGAAAGACTTGAGCAAATTTC TCTTTGGCATCAACAAATATACAACTCTCTTTTAGAAATTCCAAAACAGG TTTTTCTAGATCAGCTAACTGCCCACATCTCAGGATTTAAAAAGCAGCCC TTTTCCATTCTTGATGATCTCCATCATTTTGTGGATCTCCTTTACACTTC GGAGACCCATAGCTCTTTATTTTCATTCTTTAAAATTGCAGAAACATTCA ACTTCAAACACCGTCTTGCACGTTACAAGCCTTGTGCTGCCTTTACTGTT TTAGAAAACATGTCTTGGGTAGAGCGTACTTTAGAGTTTTGTAACTTGGA TCGAATCTTCAATACTTTGTTAGTCGATCTCCAAGAGTATCTTAAACAAA ATTATACCCCTTGGCTCTCTCCCGATGAAAGCGTCTTTGCCCTCGAGAAA CTACTCTCTTCATCTGAAGCTCAACCTGTAGTTCAAGCTCTTAGAGAGCA ATACCAGCTCGTATTAATTGATGAATTTCAAGATACAGACAAGCAACAAT GGAGCATCTTTTCGAATCTCTTTATTTCTCCGAAATTTACAGGATCGTTA TTTCTTATCGGAGACCCCAAGCAATCTATTTATGAATGGAGAAGTGCGGA TCTTCCTACCTATCTTACAGCCAAATCTTCGTTTTCAGAAGACAAGCAAC TACAGCTTGTCAATAATTACCGCTCTACACCCAAACTCATGGAAGCCATC AACCAAATATTCGGGAAAATCTCTCCATTTTTAGAGATCCCTGGCTACCT ACCTATAGAATACCATGCGCTAAATCCTCAGAGTAGTGAGACATTTGAAA ATCCCCCCCACGCTCCTATTCATTTCTTCTTTTATGAAACTATTAAAGAC CAGGCATTATGGATATTCTCAGAAGCGCTAAGACTACAAAAAGAACAAAA GATTCCCCTAGGGAATATGGTTGTCCTGGTCTCAGACTCAAATCAAGCTT TTGAGTTAATTTCCTATGCGACTATTCCTGTTTCCTTTTCTAAAAACAAA TCTATATTTCATCTTACAGAAACTCACATACTGACTACAGCTCTACTAGA AGCCATTCTTCACCCGGAGAATTATGAAAAAATCAGCAAGATATTGTTCT CATCTCTTTTTGGACTTTCTTTAGACGAAGTCACAACAAAAAAAGAAGAC TTTACGATTTATTTCCAATCACTACATAGCTACATCTCACATCATGGACT TCTGGCTACATTTTACCGAGTGATGACTACGCAAGGAAACGTATTGTTCT CATCTCCTAGAGGGGATCTTATTTTTCAGGAAATGGAGAAACTTTGTGGT TACCTAGATACAATTTCTTCTTATCCCTACCACCAACTTCTTCACCTGAA AAACTTTTCTGAAACAGGACGGTGGGAAGAAGAACTCGCTATATCTTCTT ATTCTGAGGACTTGGAAACTTTAAAAATCACTACCATTCACTCTTCTAAA GGTCTCGAATACGATATAGTCTTTTGTCCAGGAATTGAGAAAAGTAAAAA AAATAAAAGCTCTTCAGAATTACTAAGAGAAATGTACGTTGCTTGCACGA GAGCAAAAAAACAGCTGTACCTACCTATAAGCACGCAACCGCCTTCTCTT CAGAGAAGCTCCGCATTAACAAATTACGTGAAATTAGAAGGTACGCAGAG TTCGGCTTATGACTTAGCTATCCACCTACATCAAGAACATCCTGATTTAT TTTCGTATTCGCTACCTAAGGACCATGGACATGCTACCACAGTGTTGAAT CTGCCACTTTTAGAGACGTTCGCTCTAAAAGTGACACCCCCGAAAACTAT TTTTTCCTTCTCATCTACAAAATTCCTATTGGACACTCACAAAGACTCGC AATCGATCCCATATTCCAAACTCCCGATTTCAAAACAACAGCTTCCTCTG GGAGAAAAAACAGGAATTCTTATACACAAAATTTTAGAATCTATTCAATT TTCTCTATTACAAGACACTGAGTACTTGATGTCTACGATCATGCGTTTCA TAAAACACACTCATCTTGAAGGATTCGAGGAAACGATTCTTAAACTACTT AGTAAGACGTTTTTTTCTCCTTTAACATTTTCATCGCAGACATTTTCTCT ATCTCAAGTTCTACCGAATAAGATATTTCGAGAGACTTCTTTTTTATTTT TAGAGAACCAAGAGCTGTGGCAAGGGGTGATTGATCTTTTTTTTGAGCAT GAAGGAAAGTACTACATTATTGACTGGAAAACATCGTTTTTAGGAGAGAC AAACTCCGATTACTCAAAAAGCAACCTATCTATCTACATAAAACAAGAAA AATTAGATTACCAAGGCAGGATCTACGTCAAAGCTGTCAGGAAGTTTTTA AATCAATTTGAAATTGATGATGATGTAGAGCTTGGAGTTATCTTTATCCG TGGCATAGACACCCAAGGAAATGGGTTTTTCGCTTTAAATAGCAGCGAAG ACATTCCTAACTTCAATCCCAAAGCAATCCAAAAATGTCAGGCCTATCAT TAG >gid:460545 recC exodeoxyribonuclease V, gamma ATGAATGCCACCAAACATTGTCGAGCAAGCTTCAGTAACTCGCCCCGTCA CCTCCTAGCTCAGCTTGCGGAGGATATTACGTCCACACATCAAAAACCTT TTACCAAAAGGTGGATTCTTGTTGCAAATGCTACTACAGGGCACTGGATA AAAAACCAACTTGTACATGTCTTGTCAGACCACATCTTTATGGGATCAAC TATTTTCACTGCTTCGGATTCCATTGTCAAACACTTATTCTTGGGTTCGG GTTGCTCGCAGCCCAATATTCCGGACTACCTTACCCTTCCCTTGTTAATA AATAATATTTTAGAAGAAATCTCGAAGGCTTCCAAATTTGAAAATGGAAG GGAGTTTTTATCTCCACCCACATACGAAACAACAAAAAAACTTGCTGCTG CGTTTAAGCAGTTCCATACGTTTTCACAACGCCCGACCAAAAACGCCTCC CATTACCAAGAATTATTTCAAATCTTGGAAAGCCATTTTTCTTCTTATGA AGAGATGTTCACCACTATTTTAAATAATCGAACGCAAGAGGAGGACTGCT CCCTTCATATTTTTGGTTATGCTCATCTTCCCAAACATCTTGCGGAATTT TTTATTAATTTAAGTACGTATTTCCCTGTATATTTCTATTGTTTTTCTCC CTGTCGAGAATATTTTGGTGATTTACTTTCCGATAGAGCTATTGATTTCT TTTGGAATCAACTTCCCGACTCCCCAATAAAAAATGCCTGGGAACACTAT GTATTATCAGACAGGCAAGCACTTCTTGCAAACTTAGCTCATAAATCTCA GTCGTCGCAAAATTTTTTCCTAGATAGGGAAATAGACTATCAAGAGATGT TTCTCCCTTCAAAACACGATAGTTCTTTAGGGGTAATACAGAACTCTATT TTAGACCTCAAGCCCACGTCTCCTCAAGATTTCTCTCAAACAAAGCAGAC CATTTGTATTTATAGAGCTCTAAATATTCCCAGAGAAGTCCAGGAGGTAT TTTGTAAAGTTACAGAACTTCTGCATCGCGGAGTGTCACCTGAGGAGATT TTTATTCTCTCTTCTCACATAGAGAGCTACAAGGTACATCTAAACGCTAT TTTCAATCCTCATGTGCCTATATACTTTACTGATGAAGTAGATCCACGGG CTGAAGATCTCAGAAATAAAATCCTCCTACTTTCTTCTATTTTACAAACA CAAGGGGATTTACATTACATTCTTCAACTCCTTACGCACCCACAACTACA ACAACCTATAGATCAAAACAAGGTTCCCTATCTGATTAAAAAGCTTTCCT CAGAATGGGGAAAAATTTCTTCAAAAGACCGAGCTTCGGGTCAACAAATG AAAGCTCTAGGTGATCTGATATTAGAAGAATACCCATTCCATCAAGAGGG TGGGCGTGTGAGCCAAGTAGAAGTTTGGGAAACAACAGTACCTTTAATTT ATTTCATTCAAGAGCGTATCAACCTTTATCTTTCCAGCTCCCAACATAGC TATGAAGATCTATTTCAAAACGTGTTTTCTTGTTTAGAAAAGATTTTTGT TTTATCTCCCGAAGAGACCTCTTTCATTACAACGTTAAGGAACTCTCTTT TCCCAACCTTTGCTACATCTTCCTGTTCTCTTCTTTTTTTCACTGATTTC TGTTTAGACTTTTTGCTTCATTTCCATAAACCCAGTCCCCTGTATGACAA GCCAGGACCTTACATAGGTAGTTTGAGTAGCCTCAGCTTAATTCCTAAAG GCTATGTCTTTATTTTAGGAGCTAATAAAACAACATCGTCTGACATTTTT GATCTTTTAAATAGGACAACAACACATGAAGAGCTTGCATTTTCTTCTAC AGAAGACGAGGAAAATTTCCACTTCCTACAAATTTTAGTCTCTACAAAAC ATGAACTTCATATTAGTTATATATCATCGGCAGCGCAATTCAACCTTCCT AGTCCCTTTCTAAACCATATTAAAGAAACCTTAGACCTGCCTGTAGAAAC GTTACCTACACAACCCTACCTCTCTGCTTTCTTCAAGAATAAAGCTTGTT TACACACCTCTCAAGAATACAACTACTCTCTTGCTCATGCTTTCTATTCT AAAAAAGCTCTCCTCCCTTCCTTGTTTATTCCAACTGTAAAGCAGGTAAA TCTTCCTCAACATCTCTCTCTCAATGAAATTATCAAAGGAATCTTTTCTC CTTTAGACCTCTTTTTAAAAACCAATTACAATCTCAGAATTTCCTACCCA GAACACCTTAAAAAACAACAGAAACTCTTTCCAACAAAACATCAAATCGA AGACTTTTGGAATGAATGTTTTGTAGACAAAGAGCATGACCTGATCCCTA GTATCTCTCCTCATGCTGAAGAGCTTTTTACTTACTATAGGGAAAAGACA ATCCTATTGCGTAATGGATTGGACAAAGATCCGAAACATTCACCTTATAC AGTCACATTCTCTTCCTCAATTTTCGAAGAGAGACCCTATCATGAAAGTT ACCTTTTCCCGCCTCTTTCTTTATCTTTCCAAGGAAATCCGGTCCAAATC CATGGAACAATTCATGGGGTATGCAATGAGGGACTTTATTTATGTTCTAT AGATCCTGGAGATTCCCTAAAAAAAACAACCAGAACCCTAGGGAGTCTCC CAGAAACCTCTTCTGAACAAAAACAGCTCTTAGAAAGATATGTAGCGTTG GCGGTGTTACAAATGTCTCAGCACCTCTCTTCAGATTCGGCTTTAATAAA GCTTACATCGTTCAATACTAAAGAAAACCACCATCCTCCTTTTTCGGATC CTGAAGGTTATCTCCGTAAAGTTTTAGAAGTCTATCACCTGATGTCTTCG CAACCCATTCCCCTACTTTCTCCATTATGTTGGAAAACCTTAGACGATGA AGAAAAATTTCATCAGGCAGTACTTTCTGCTATAAGTGAAGAAGCTAAAA ATCCTTCTCTTCCTATTTTCTGGCAGTTTCACAATCGTAATATCGAGGAG ATCTTAAATCACGTGGGTGCATCCGAACGTTTGAAAATTTTATCTCTTTT CAGAGGTCCCTGTGAAGCCGTTTAA >gid:459911 recD_1 exodeoxyribonuclease V (alpha subunit) ATGGAGAAAATCTGCGGATACTTAGAGCAAATACTTGTTGAAAACAAAGA CTCTGGGGACATTACTGCTTATATCAAAATACCCAATAAAACGACTCCTA TCCTAATTAAAGGCAAACTTCCCCAACCTTTGGAACTAGGATCCCCGATC CAAATCTATGGTGTCTGGAGCCATTCCCCTTCAAATACTAAGTATTTCCA AATCCATAGTTACGACTCTCCTCTTCTTTATGAATATCGTGGCGTATTCC ATTACCTCACCTCAAAACTCATCAAAGGAATCGGCCCTAAAATCGCAGAA AAGATCATCGAGAAATTTCAAGAGAAAACATGTTATGTCCTCGATATCAC TCCAGAACGCTTAAGTGAGGTTTCTGGAATTAGCGAAACACGATGTGTCT CTATTTGCAAACAACTCTGCGAGCAAAAAATCTTAAGGAAAACTCTTCTC TTTCTCCAAGAATACAATATCCCGATTCATTATGGAGTGAGAATTTTTAA AAAATACCACGAGACATCCATAGAAAAAATTTGCGAAGATCCCTTCCTTC TAGCCAGAGAAATGGAGGGCATCGGATTCAAAACTGCTGATTTCATAGCT ATGAAACTAGGCGTCCCCAGAAATTCTGAAAGTCGCCTATGTGCTGGTAT CCAGCACTCCTTAGAAGAACTTCAAGAAGAAGGTCATACTTGCTATCCGA TAGAGCTCCTGATAGATGTCGTCGCCAAACTATTAAATCAAGATGTCTTT GATACTCCTATTACTCTCGAAGAAATCGATACGCAAATCCTCAATATGCA AAAGCGTAAGCTTTTACATATTCAAGACATTTCTGGGACACTCCATGTCT GGACACGTTATCTCCATCTCGCAGAGAAAACTATTGTTTCTGATCTCAAG CGCATTTTATTTTCTTCGAGGAGAATCCGTTCTATAGACGGAGAAAAAGC AATTGCTTGGGTAGAGGAAAACCTAAGTATAGATCTCGCAGAACAACAAC GAGAAGCAATTAAAGCCTGTTTTTCTGAAAAACTTCTCATCATTACTGGG GGCCCTGGAACTGGAAAAAGTACCATTACCCAAGCAATACTGAAAATTTT TGAACAGGTGACTCATAAAATCATCCTCGCAGCTCCTACAGGAAAAGCCG CTAAACGGATGACCGAAATTACACAAAAACACTCCGTCACCATTCATGCT CTGCTACAGTATGATTTTAAAACGAAATCTTTCCGCAAGAACCATGACAA TCCTATAGACTGTGATCTGATCATTGTTGACGAATCCGGAATGATGGACA CGCACTTGCTGCACCACTTCCTGAAAGCACTTCCTGACTACACAACTCTT GTCTTTATTGGAGACATTCACCAGCTACCCAGCGTGGGCCCAGGAAATAT CCTTAAAGACTTGATTACTTCGAATAAAATGACAGTCATCAGATTAAATA AGATCTTCCGCCAAGTTCATGATTCGGGAATCGTTACGAATGCCCATAGG GTAAATGAAGGGGAACTCCCCATATTATATTCAGAAACAGGGCGTCGTGA TTTCTTATTTTTCCAAAAGGATGATCAAGAAGAGGCTCTCAATCATATCA TTCATCTTGTGACAAAATTCGTCCCACAAAAATACCATATCTATCCTCAA GATATCCAAGTACTAGCTCCCATGAAAAAAGGAACCCTAGGAATCTATAA TCTAAATAAAGCACTCAAACATGCATTAAACCCTAAAAAAGCAAATCTTC ACGGTAGATTTCAATCCTATGCCGTTGGCGATAAGGTAATGCAAATCCGC AACAACTATAATAAAGAAGTCTTTAACGGCGATATAGGCTATGTCTCTAC AATCAACTTCGAAGATAAAGCTGTTGTTGTCCGTATGGAAGGAAAGCATG TCGGCTATTCTTTCTCAGAGCTTGACGATCTAGTCTTAGCCTATGCTACC TCAGTACATAAGTACCAGGGAAGTGAAAGCCCCTGCATTATCATTCCTAT TCATACCTCGCACTTTATGATGCTCTATAGAAATCTTCTCTATACTGCTA TTACGCGGGGGAAAAAATTGGTGATTCTAGTTGGGACAAAAAAAGCCATT GCTATTGCAACAAGAAATAATCGAGTGCAACACCGATGTACAGGACTAGC AGAAGTTCTTAAAGAGCTCGATACTAAGAAAAATTATGCAGATCTGTAA >gid:460563 recD_2 exodeoxyribonuclease V, alpha TTGCACACAGAATTTGCTCCTTTTTTAGAAGACTTAGTACATCAGCAGGT GATATCCCCTTTAGACATCGCTTTTGCTTCTAAGCACATCTCTTCGGACT TTGAAGAGTCTTTTGTTTTTCTCGCGGTCTCCTCAGCGCTTTGGCGTTAT GGTCATCCTTTTCTTTCCCTTGAGGAAAATCGCATTAGACCTTCTCTAGG AGGGATCTCAGAAACAGATTTGTATCGGGGATTTCATAACCTTCCTAAGG AAGTTCGAGATAAATTATTTGTCGTTGTTTCAGGACGTTTGTATTTACGG TCTCTGTATACGATACGATCGAAACTCTTAGACAAGCTTTCGTTGCTTTG TTCAGCAACCCCGAATTATTTTCCTCCTTCTATAGATTCTTCGATCCTTT CAGAAGAGCAAAACTTTATTTTTAATAAAATAACTCAAGGATGTTTTTCT ATAGTTTCTGGAGGCCCAGGAACAGGAAAAACTTTTTTAGCTGCACAACT CATCCTCTCTTTAGTGAAGCAGCAACCTAAGTTACGTATTGCTATAGTAT CTCCTACAGGAAAGGCCACGTCTCATATTCGTCAGATTCTTATGAAATAT AATATATTTGACGACATGGTGTTGATGCAGACGGTGCACCACTTTCTTCA GGAGTATGCGTACCGTCGCTATAACTCTATAGATGTCCTTTTAGTAGATG AAGGCTCTATGGTAACTTTTGACTTGTTGTATAGTTTGGTACAAACCCTA CAGGGATATGAGAAAGACAAAAAACTTTATACCTCGAGTTTAATTATTCT CGGAGATACCAATCAATTGCCTCCTATTGGCATTGGGGTTGGAAATCCCC TTCAAGATCTCATAGGATATTTCCATGAAAATACGTTTTTCCTGAAGACA TCGCATAGGGCAAAGACTGGAGTTGTGGATCAGCTGACTCAATCTGTATT GCGTGGCGAAATGATTTCTTTTTCTCCTCTCCCATCGATATCCTCAGCTA TAGAAGTCTTGAAAAATCGTTTTGTAAAGTCGTTACGTCAATCAGAAGCA CGTTTGTGTGTATTGACTCCTATGCGCCATGGCCCTTGGGGGGTTCTGAA CTTAAACACAATGATACATCAAAGATTGGCGAGAAGCGATCCTGATTTAC GTATTCCTATTATGGTGACGAGTCGTTATGAAACTTGGGGACTATTTAAT GGAGACACAGGATTACTGTGTTTAAAAACTCAGAAATTGCATTTCCCTCA ACATGAACCCATAGATTCTAGGGCTCTATCACAATACGTCTACAATTACG TTATGTCTGTACACAAGAGCCAGGGGAGTGAATACGATGAGGTTATTGTA ATTATTCCCAAGGGAAGCGAAGTGTTTGGGGTGTCTATTCTCTATACTGC AATTACCCGAGCTAAATATAGAGTTTCAGTTTGGGGAGATCCCGAGACGT TACATAAGATAATTAAGAAGTCTAATTACTAG >gid:460359 recJ ssDNA exonuclease ATGACAAATTCAGATAATGCTTCTGCAGCAGGATTGCTCTGGGCTCATCC CAAGGAAGATCCTGCGTTTCTTGGAATGATTATCAAAGAATTTCACTTGC CTCCCACAGTGGCTCAGATTTTTATCTCAAGAGGATTCCAAACGATTCAG GAAATCCATAAGTTCTTATACAGCCATCTGTCGAGCCTTTATGATCCTGG ACTCTTCCTAGATATGTCAAAGGCTGTAGAACGCCTGCTCCTGGCTAGAG ATCGTAAAGAACACGTCATGATTTATGGAGATAGCGATGTCGATGGCATG ACAGGCGTCGCTCTCCTGGTCGAATTTTTAAGAGATATTGATGTCCACGT TAGCTACTTCTTTCTTGGTGCGATACTCAAGCAACATGGAGAGACCTCCA CACTCATTGCAAAGTTGAAAGAGGAAGGAATTACACTCCTCATCACCGTA GATTGCGGAATTACTGCAGGAAAAGAGGTGAGTGATATTACAAGACAAGG CATTGATGTGATCATTACAGATCACCACATGCCGACAGGAAAAATTCCCC ACTGCGTAGCTACATTAAATCCTAAATTACGGGATCATACCTACCCGAAT CGAGAACTCACAGGCGTAGGCGTTGCTTTTAAGCTCGCAAGAGGAGTACT GAACGCACTGATATCCAGAAATCTTGTCCCCAAGAGTCAAGGTAGCCTGA AAAAATTACTCGATTTAGTCACATTAGGAACCATCACGGATGTCGGTGTT TTGCTAGGGGAAAACCGTGTTATGGTGCGCTATGGGATTAAAGAAATTGC CAGAGGCGCGCGACCCGGATTGAATAAACTCTGCGCATTATGTGGAGTAG AAAAAAGCGAAGTCACTTCGACAGATATTGTCTTGAAGATCGCACCAAAA CTCAATAGCTTGGGACGGTTGGACGACCCTGCAAAAGGTGTTGAACTTTT ACTCACCCAAGATGATGAACGTGTAGATGCTCTAATTATGGAGCTAGATA ATATAAATAGAGAAAGGCAAAGAATAGAAGCTGAGGTATTTCAAGATGTC CAAGAGATATTAAATAGTAATCCTGAGATTTTAAAGCAGGCTGCTATAGT TCTTTCATCCACGGCATGGCATGCTCGTGTCATCCCTATTATCTCAGCGC GTCTTGCTAAGACTTATAACAAACCTGTGGTAATCATCGCTATCCAACGA GGAATTGGAAAGGGATCAGCAAGAACTATAGGGTCATTTCCTCTACTCGG AGTCTTAAAGAAATGCTCCTCGCTCCTTTTATCTTACGGCGGACACGACT TTGCAGCAGGCGTGATTATGAAGGAAGATAAAGTCGAAGATTTTAAAAAA AAATTCGTTCATCTCGTGAACTCTTCTCTTAAAAAGGGTGACACACTTCC TCATCTCGAAATTGATGCTTATGCGGATTTTGATGCTATAGATTATGATC TCCTAGCTTCTATGGAACTATTCGAGCCTTTTGGGAAGGGGAATCTGATG CCTATCTTCTATTCAAAAGTGCGCCAGGTACGCTATCCAAAAGTATTGCC TGGAAACCATCTCAAACTCTACTTAAGCCAAAAAGAAAGAAATCTTGAGG GTGTCGCCTTCGGTCTGGGAAGACACGCTGATGCATTAAAAGCAAGTTGG CATTACCCTCTTGAGATTGCTTACACACCCCGCTTGTCCCAAACTTCTGG ATCGGGAGTCATCCACCTGCTGGTCCGGGATTTCCGTATTTCCTCAGAAC CTAGATTTTCAGACTAA >gid:460095 recR recombination protein ATGACAAGATATCCAGATTACTTATCTAAATTAATTTTCTTTTTACGAAA ACTTCCAGGAATTGGATTTAAAACAGCAGAAAAACTTGCTTTTGAACTCA TCTCTTGGGACAGCGAACAATTAAAAATATTAGGTAACGCTTTTCATAAT GTTGCTAGTGAGCGTAGTCACTGTCCCCTATGTTTTACTCTCAAAGAATC TAAAGAGGCAGACTGTCACTTTTGTAGAGAAGAAAGAGATAACCAAAGTC TATGTATTGTCGCTTCTCCAAAAGATGTTTTCTTTCTAGAACGTTCTAAA GTATTCAAGGGACGTTATCATGTTCTTGGTTCACTCTTATCGCCCATTAC AGGGAAACATATAGAAAACGAGCGTCTCTCCATTTTAAAATCACGCATAG AAACGCTATGCCCAAAAGAAATTATCCTAGCCATTGATGCAACCTTAGAA GGAGATGCTACTGCCCTTTTTCTAAAACAAGAATTACAACATTTCTCTGT AAATATTTCCCGTCTAGCTTTAGGTCTTCCTATAGGCTTATCTTTTGATT ATGTAGATTCAGGGACACTGGCAAGAGCTTTTTCTGGACGACACTCCTAT TAG >gid:459907 rnhB_1 ribonuclease HII ATGAATACTTCTATTTCTGAAATTCAGCGTTTTCTTTCTATGATTGCTTT TGAGAAAGAGCTCGTCTCAGAAGATTTTAGTGTCGTCGCTGGAATAGATG AAGCTGGAAGAGGGCCACTGGCAGGTCCCGTAGTTGCTAGTGCCTGTATT TTACCTAAGGGAAAGGTATTTCCTGGAGTAAATGATAGTAAGAAGCTATC TCCTAAACAACGAGCCCAAGTTCGGGATGCTTTGATGCAAGATCCTGAGG TCTGTTTTGGTATAGGCGTAATTTCTGTAGAGAGGATAGATCAAGTTAAC ATTTTAGAAGCCACTAAAGAGGCTATGCTTCAAGCAATATCTTCTTTACC GATATCTCCAGATATTCTTCTTGTGGATGGTCTTTATTTACCCCATGACA TTCCTTGTAAGAAAATCATTCAAGGAGATGCTAAATCTGCATCCATAGCG GCGGCTTCTATTTTAGCAAAAGAACATCGTGATGATTTGATGTTACAACT ACACAGGCTCTATCCTGAATATGGATTTGATAGACATAAGGGATACGGAA CTTCCTTGCATGTAGAAGCAATACGACGTTATGGTCCCAGTCCCTGCCAT AGGAAGAGCTTTTCTCCAATAAAGCAAATGTGTGCTATTGTATGA >gid:460885 rnhB_2 rbonuclease HII ATGCCGCCACCATTTGTTGTTACTTTAACAACTTCTGCTCAAAACAATTT AAGAGATCAGCTAAAAGAAAAAAATTTTATCTTTTCTCAGCCACAGAATA CCGTATTTCAAGCTCGCTCTAACACTGTTACCTGCACTCTATACCCCTCC GGGAAACTCGTAATCCAAGGTAAAGGAAGTGAGGAATTCATAGAATTTTT CTTAGAACCAGAAATCCTTCATACCTTCACCCATGCAAGGGTAGAGCAAG ACCTTCGTCCAAGGTTGGGAGTCGATGAATCAGGGAAAGGTGATTTTTTT GGCCCTTTATGTATTGCGGCAGTCTATGCATCGAATGCAGAGATCTTAAA AAAACTCTATGAGAATAAAGTCCAAGACTCTAAAAATCTCAAAGACACGA AAATCGCTTCTTTAGCACGTATCATACGCTCACTATGTGTCTGCGATGTC ATCATTCTATACCCAGAAAAATATAACGAGCTATATGGGAAATTCCAGAA TTTAAATACACTTCTTGCTTGGGCCCACGCTACTGTTATCAACAACTTAG CACCCAAACCTGCAGGAGATGTCTTTGCTATTTCAGATCAGTTTGCAGCT TCAGAATACACCCTACTCAAAGCACTTCAAAAAAAAGAAACCGATATTAC TTTAATACAAAAGCCACGTGCAGAACAAGATGTAGTCGTAGCAGCAGCTT CTATATTGGCTAGAGATGCATTTGTACAGTCGATACAGAAGTTGGAAGAA CAATATCAAGTACAGCTTCCTAAAGGTGCTGGATTCAATGTCAAAGCAGC AGGAAGAGAGATCGCTAAGCAACGAGGGAAAGAGCTCTTAGCAAAAATCA GCAAGACACATTTTAAAACCTTTGACGAAATTTGTTCGGGGAAATAA >gid:460421 ruvA holliday junction helicase ATGTACGACTATATTCGTGGAACACTGACCTATGTGCATACTGGTGCAAT TGTTATAGAATGCCAAGGTATTGGCTACCATATTGCTATTACAGAACGTT GGGCAATAGAATGCATCAGGGCTTTACATCAAGACTTTCTCGTCTTCACT CATGTGATATTCCGTGAAACGGAACACTTGCTCTATGGGTTTCATTCTCG AGAAGAGCGAGAGTGTTTCCGTATTTTAATTTCTTTTTCTGGAATAGGAC CTAAGCTAGCCCTCGCGATTCTTAATGCGCTACCTTTAAAGGTACTATGT TCTGTAGTCCGATCTGAAGATATTCGTGCTTTAGCTTCCGTATCGGGAAT TGGGAAAAAAACTGCTGAAAAACTCATGGTTGAGCTTAAACAAAAATTAC CAGATTTACTTCCTCTAGACTCGAGAGTGGAGACCAGCCAAACACATACC ACCTCTTCTTGCTTGGAGGAAGGCATTCAGGCTTTAGCAGCTTTGGGTTA TTCAAAAATTGCTGCTGAACGTATGATTGCCGAAGCAATCAAAGATCTCC CTGAGGGATCTTCTTTAACAGATATCCTTCCTATCGCTCTGAAAAAGAAT TTTTCAGGAGTGAACAAGGACTAG >gid:460185 ruvB holliday junction helicase ATGACGCATCAAGTAGCTGTCTTGCATCAGGATAAAAAATTTGATGTTTC GTTAAGACCTAAAGGGTTAGAAGAATTTTATGGACAGCATCATTTAAAAG AACGCCTAGATCTATTTCTTTGCGCAGCATTGCAACGAGGAGAAGTTCCA GGACATTGCTTGTTTTTTGGACCCCCAGGCTTAGGGAAAACCTCACTTGC TCACATCGTTGCCTACACCGTGGGGAAAGGGCTGGTCTTGGCATCAGGGC CTCAGTTAATCAAACCCTCGGACCTGTTAGGACTTTTAACTAGTTTGCAA GAAGGGGACGTGTTTTTCATCGATGAGATCCATCGTATGGGGAAAGTTGC TGAGGAATACCTGTATTCTGCAATGGAAGATTTCAAAGTCGATATTACTA TAGATTCAGGACCCGGAGCTCGCTCGGTCCGTGTCGATCTTGCTCCTTTC ACTTTAGTGGGAGCAACGACTCGATCAGGAATGCTAAGCGAACCTTTAAG AACACGCTTTGCTTTTAGTGCGAGACTTTCCTATTACTCGGATCAAGATC TAAAAGAGATTTTAGTCCGCTCCTCACATTTACTCGGAATCGAAGCTGAC AGCTCCGCATTACTAGAAATTGCTAAGAGATCCCGAGGGACGCCACGACT GGCAAATCATCTTCTACGTTGGGTCAGAGATTTTGCTCAGATCCGAGAAG GAAACTGTATCAATGGGGACGTAGCAGAAAAAGCTTTGGCTATGCTATTA ATAGATGATTGGGGATTGAATGAAATTGATATCAAACTTCTCACTACAAT CATCGACTACTACCAAGGTGGTCCCGTTGGAATTAAAACCTTATCGGTAG CTGTGGGAGAAGATATCAAAACTCTTGAAGATGTTTATGAACCGTTTTTA ATTTTAAAAGGTTTTATCAAAAAGACTCCCAGAGGCAGAATGGTAACACA ACTTGCTTACGACCATTTAAAAAGACATGCAAAGAACTTATTGAGTTTAG GAGAAGGACAGTGA >gid:460422 ruvC crossover junction endonuclease GTGTCAGAACTGATTATAGGTGTGGATCCAGGAACGATAGTCGCAGGATA TGCCATCATTGCAGTGGAACAGCGCTATCAATTACGTCCTTATAGTTATG GTGCCATTCGTTTATCTTCCGACATGCCACTGCCTATGCGCTATAAGACT TTGTTTGAGCAACTCTCAGGAGTATTAGATGATACGCAACCTAATGCTAT GGTCCTAGAAACGCAATTTGTAAATAAGAATCCTCAAAGTACTATGAAAT TAGCTATGGCACGAGGAATCGTTTTATTGGCTGCAGCTCAGCGTGATATC CTCATTTTTGAATATGCCCCAAATGTTGCTAAGAAAGCAGTAGTCGGTAA GGGTCATGCAAGTAAAAGACAGGTCCAGGTGATGGTAAGCAAGATTCTAA ATGTTCCCGAAGTTTTGCACCCTTCGAATGAAGATATTGCTGATGCCTTT GCACTTGCTATATGTCATACTCATGTAGCGCGTAGCCCTCTTTGTGGAGT GAGATAA >gid:460181 ssb SS DNA binding protein ATGATGTTTGGGCATTTTGCTGGTTACCTTGGAGCAGATCCTGAAGAGCG AATGACTTCCAAAGGAAAACGTGTGATCACTCTGAGACTGGGAGTGAAGA CTCGAGTTGGAATGAAAGATGAAACTGTTTGGTGCAAATGCAATATTTGG CACAATCGCTATGATAAGATGCTTCCTTACTTGAAGAAAGGCTCAGGAGT CATTGTTGCTGGCGATATCTCTGTAGAGAGTTACATGAGCAAAGATGGTT CACCGCAATCTTCTTTAGTGATTAGTGTAGATTCTTTGAAATTCAGTCCT TTCGGTCGCAATGAAGGCAGCCGTTCTCCATCTTTAGAAGACAATCATCA GCAAGTGGGATATGAATCTGTATCCGTAGGGTTTGAAGGTGAAGCACTGG ACGCAGAAGCTATTAAAGATAAAGATATGTATGCTGGTTATGGTCAAGAA CAGCAGTATGTCTGTGAAGATGTTCCTTTTTAA >gid:460584 ung uracil DNA glycosylase ATGCAGAATGCTACTATAGATCAGCTCCCTGTGTCTTGGCAAGAACAGCT TCCTTTATGTTGGCGTGAGCAACTTAAGGAAGAGTGGTCCAAACCCTACA TGCAGCAACTTCTTATTTTTTTAAAACAGGAGTATAAAGAGCATACTGTT TACCCTGAGGAGAATTGCGTATTTTCTGCTTTGAGAAGCACGCCCTTTGA TCAGGTGCGTGTTGTTATCTTGGGTCAAGATCCTTATCCAGGAAAGGGGC AAGCTCATGGATTGAGCTTTAGTGTTCCCGAAGGTCAGCGTTTGCCCCCT TCTTTAATTAATATTTTCCGAGAGTTAAAAACAGATTTGGGGATTGAAAA TCATAAGGGGTGTTTGCAGTCTTGGGCAAACCAAGGGATCTTATTATTGA ACACAGTATTGACGGTGCGTGCGGGAGAACCCTTCTCTCATGCTGGTAAA GGTTGGGAGCTGTTTACAGATGCCATTGTGACGAAACTGATTCAAGAGAG AACCCATATCATCTTTGTTTTATGGGGAGCTGCTGCAAGAAAAAAATGCG AGCTTTTATTTAATTCAAAACATCAACATGCGGTTCTATCCTCTCCTCAC CCCTCTCCGTTAGCTGCTCACCGTGGTTTTTTTGGTTGTTCACACTTTTC AAAAATTAACTATCTCCTTAATAAGCTGAATAAACCAATGATTAATTGGA AGCTCCCATGA >gid:459883 uvrA excinuclease ABC subunit A ATGAAATCACTTCCTGTATATGTTTCTGGGATCAAAGTTAGAAATCTAAA AAACGTTTCTATCCATTTTAACTCCGAGGAAATCGTTCTACTCACAGGAG TTTCGGGATCAGGAAAATCCTCGATAGCCTTTGATACCCTATATGCTGCT GGAAGAAAACGCTATATTTCAACACTTCCGACATTCTTCGCTACTACGAT AACGACGCTGCCCAATCCTAAAGTAGAAGAAATTCATGGTCTCTCACCAA CAATAGCAATAAAACAGAACCACTTTTCACACTATAGTCATGCGACTGTC GGGAGCACTACTGAACTTTTTTCGCACCTTGCTCTTCTCTTCACGCTAGA AGGACAGGCTCGAGATCCTAAGACTAAAGAAGTCTTAGATCTCTACAGCA AGGAGAAAGTTCTTAGTACCATTATGGAGCTCTCTGAAGGTGTACAGATC TCTATTTTAGCTCCTCTGCTACGTAAAGATATTGCTGCAATCCATGAGTA TGCACAACAGGGATTTACAAAAGTACGTTGTAACGGCACGATCCACCCCA TTTACTCCTTCCTAACTTCAGGGATTCCTGAAGACTGCTCTGTTGATATT GTTATTGATACTCTAATCAAAAGTGAAAATAATATTGCAAGGCTCAAAGT TAGCCTATTCACAGCTTTGGAATTCGGAGAGGGTCATTGCTCAGTTCTTA GTGACGAAGAGCTCATGACATTCTCCACAAAGCAACAGATCGATGACGTC ACCTATACCCCTCTAACTCAACAATTATTTTCTCCTCATGCCCTGGAGAG CCGTTGCTCTCTTTGTCAAGGATCCGGGATCTTTATTTCCATAGATAATC CCCTTCTTATCGATGAAAATCTTTCGATTAAAGAGAATTGCTGTAGCTTT GCTGGAAATTGTTCTTCCTATCTCTATCATACTATATACCAAGCTCTTGC TGATGCCTTAAATTTCAATCTAGAAACTCCATGGAAAGATCTTTCCCCAG AAATCCAAAATATTTTTCTTAGGGGAAAAAATAACTTGGTTCTTCCTGTA CGACTCTTCGATCAAACTTTAGGAAAAAAGAATCTCACCTATAAAGTATG GAGAGGTGTACTTAACGATATAGGAGATAAAGTTCGTTATACCACGAAGC CCTCACGTTATCTCTCCAAAGGCATGTCAGCACATTCCTGTTCCCTATGT AAAGGTACAGGCCTAGGAGACTACGCTTCCGTAGCTACTTGGGAAGGAAA AACATTCACTGAATTCCAACAGATGTCTCTAAATAACTGGCACGTATTTT TTTCTAAGGTAAAATCTCCTTCTCTCTCTATTCAAGAAATCCTGCAGGGA CTAAAGCAAAGGCTCTCTTTTCTTATTGACTTAGGGCTAGGCTACCTCAC TCCAAATCGCGCATTAGCTACCCTTTCTGGAGGAGAACAAGAACGTACAG CAATAGCAAAACACCTAGGAGGAGAACTTTTTGGAATTACCTATATCCTA GATGAGCCCTCCATAGGCTTGCATCCACAAGACACTGAAAAGCTCATCGG TGTCATTAAAAAGCTACGAGATCAAGGCAATACGGTGATTCTTGTTGAGC ATGAAGAACGGATGATTTCTCTTGCGGATAGGATTATTGACATCGGCCCT GGAGCAGGAATTTTCGGAGGCGAGGGCCTCTTTAATGGAAAGCCTGAGGA CTTCCTCATGAACTCCTCATCTCTGACAGCAAAATACTTGCGTCAAGAGC TTACCATTCCCATTCCAGAATCCCGGGAAGCTCCCACATCTTGGCTCTTG CTAACAGAAGCAACGATCCACAACCTTAAAAATCTTTCTATTCGTCTGCC GTTAGCTCGGCTAATCGGAGTTACAGGAGTCTCTGGATCGGGGAAATCCT CTTTAATTAATAATACGTTAGTGCCTGCTATAGAAAGCTTCTTGAAACAA GAGAACCCTAAAAATCTGCATTTTGAGTGGGGATGCATAGGCCGCTTGAT TCACATTACCCGAGATCTTCCAGGACGCTCACAGCGTTCGATACCTTTGA CCTATATTAAAGCCTTTGATGATATCCGGGAACTCTTCGCCTCTCAACCT CGCAGCCTACGTCAAGGACTGACAAAAGCTCATTTTAGCTTCAACCAACC TCAAGGAGCTTGTATTCAGTGTCAGGGGTTAGGAACGATGACCATCTCCG ATGATGATACACCCATCCCCTGTTCTGAATGCCAAGGGAAGCGTTATCAC TCAGAAGTATTGGAAATCCTCTATGAAGGGAAGAACATCGCTGATATTTT AGATATGACAGCGTACGAAGCAGAAAAATTTTTCATTTCACATCCTAAAA TTCATGAAAAAATCCATGCTCTATGTTCCCTACGCCTAGATTACCTGCCC TTAGGAAGACCTCTTTCCACATTATCCGGAGGGGAAATTCAAAGGCTAAA ACTCGCTCACGAGCTTCTCTTTGCTTCTCCTAAGCAAACACTCTATGTCC TAGATGAACCTACGACAGGCCTTCATACTCATGATATCCAAGCACTGATC GAGGTCCTTCTATCCCTCACATATCTAGGGCACACAGTCCTTGTTATCGA ACATAACATGCACGTTGTCAAAGTTTGTGATTATGTTTTGGAATTAGGTC CTGAAGGAGGAGATCTCGGAGGATACCTCCTGGCATCCTGCACCCCTAAG GATCTTATCCAACTAAATACTCCAACAGCAAAAGCGTTGGCCCCCTATAT TGAAGGTTCTCTAGACATACCGGTAGTAAAATCTGAACCGCCATCCTCTC CTAAATCTTGTGATATCCTTATCAAGGATGCCTATCAAAATAATCTCAAA CACATAGATCTTGCTCTTCCGAGAAACTCCCTAATAGCAATTGCGGGTCC TGGAGCCTCAGGGAAACATTCTTTAGTCTTTGATATACTCTATGCATCAG GAAATATCGCTTATGCCGAGCTCTTCCCTCCCTACATTAGACAGGGTCTG CTTAAGGAGACTCCTCTACCCTCTGTAGGAGAGGTAAAAGGACTCTCTCC AGTCATTTCGGTAAGAAAATGTAGCTCCTCCAATCGCTCGTACCATACAA TAGCCTCGGCTCTCGGATTAAGCAATGGTCTGGAAGAGCTCTTTGCCATC TTAGGAGAACCTTTTTCTCCCCTTACAGAAGAAAAACTCTCTAAAATACA CCTCAGACCATCATCGATAGCTACTCAAAGCTATAACGACGAATTAACTT CACTATTAACCTCTCCGATTCCTCTTGGTGCTGATCTGGAAATCTTCCTT CAAGAAAAACAAAAAGAGGGATTCATAAAGTTATATTCTGAGGGGAACCT CTATGATTTAGATGAGAGGCTGCCTCTAAATCTCATAGAACCTGCTATAG TCATACAACATACAAAAGTATCCCCGAAAAATAGTTCCTCTTTATTATCC GCAATCTCGGTAGCTTTTTCTCTATCCTCAGAAATCTGGATCTATATCTC TCAGAAAAAGCAACGAAAACTCTCGTATTCCTTAGGGTGGAAAGATAAGA AAGGGAGACTCTATCCCGAGATTACACATCAACTACTTTCTTCTGACCAT CCCGAGGGTCGTTGCCTTACATGTGGAGGTCGTGGCGAAATCCTAAAAAT CTCCCTAGAAGAGCATAAAGAAAAAATTGCTCACTACACTCCTTTAGAGT TTTTTAGTTTATTCTTTCCAAAGAGCTATATGAAGCCTGTACAAAAGCTG CTTAAAGATGAGAATGCCTCTCAACCACTAAAGTTGCTAACTACGAAAGA GTTCCTAAATTTTTGCCGAGGTTCCTCAGAGTTTCCAGGAATGAACGCAC TACTTATGGAGCAGCTAGATACTGAATCTGACTCTCCCCTGATAAAACCT CTGCTTGCTCTTACCTCCTGTCCTGCCTGCAAAGGCTCAGGACTAAACGA TTATGCCAACTATGTGCGAATCAACAATACCTCGCTTTTGGATATTTATC AGGAAGATGCCACATTCTTAGAATCTTTCCTAAACACTATAGGAACCGAT GATACAAGAAGCATAATCCAAGATTTGATGAATCGCCTTACCTTCATTAG TAAAGTAGGCCTGAGCTATATTACCCTTGGGCAAAGGCAAGACACTCTCA GTGATGGTGAGAACTACCGTTTACACCTTGCCAAAAAGATCTCTATAAAT CTTACCAACATCGTCTACTTATTCGAAGAGCCTCTTTCTGGACTGCACCC CCAGGATCTTCCTACCATAGTTCAGCTACTTAAAGAGCTCGTAGCAAATA ACAACACAGTAATTGCTACCGATCGGTCCTGTTCTTTAATCCCCCATGCC GATCACGCGATCTTCTTGGGTCCAGGATCTGGACCTCAAGGAGGATTTCT CATGGATTCTGATACTGAGGTTTGCCCATCTGTAGACCTACACGCTAACG TTCCCCAAACTGAGGTTTGTCCCAAGGCTCCACTTTCTATAAGTAAGGCA AACCATACCCGAGGATCCGATCGTACATTAAAGGTAAATCTATCGATACA CCATATTCAGAATTTGAAAGTATCGGCTCCTCTCCATGCTTTGGTTGCCA TTGGAGGAGTTTCAGGATCTGGGAAAACCTCTCTACTTTTAGAAGGATTT AAAAAACAAGCTGAGCTCCTGATAGCAAAAGGAACTACAACATTTTCCGA CCTTGTAGTGATCGACTCTCATCCAATAGCTTCATCGCAACGCTCTGATA TCAGCACCTATTTCGATATTGCTCCTTCCTTGAGAGCTTTTTATGCTTCG CTAACACAAGCCAAAGCCCTGAATATTTCATCTACGATGTTCAGTACAAA TACAAAACAAGGACAATGCTCGGATTGCCAAGGACTTGGGTACCAATGGA TAGATCGGGCTTTTTACGCTTTAGAAAAGCGTCCCTGCCCTACCTGCTCA GGATTTCGTATCCAACCTCTTGCTCAGGAAGTCCTTTATGAAGGCAAGCA TTTCGGAGAACTTTTGCATACTCCGATTGAAACTGTAGCCCTCCGATTTC CCTTTATTAAAAAGATACAAAAACCTCTAAAAGCACTTCTTGACATAGGA CTCGGCTATCTTCCTATCGGCCAAAAACTCTCTTCCTTATCTGTAAGTGA AAAAACAGCACTGAAAACTGCTTATTTTCTCTATCAAACTCCAGAGACTC CCACCCTATTTCTCATTGATGAGCTCTTTTCTTCTCTAGATCCAATCAAA AAACAACATCTTCCAGAAAAACTTCGCTCCCTCATAAATAGCGGCCACTC GGTAATCTACATAGATCACGATGTGAAGTTGTTAAAATCTGCGGACTACC TCATAGAGATAGGCCCGGGATCTGGGAAACAAGGAGGAAAGCTTCTTTTT TCAGGATCTCCCAAAGATATCTATGCAAGTAAGGACTCGTTGCTGAAAAA GTATATCTGCAATGAAGAACTCGATTCTTAA >gid:460613 uvrB exinuclease ABC subunit B ATGACATTCCAACTTCATGCTCCTTTTGCTCCTTGCGGCGACCAGCCAGA GGCGATTGCTCGGCTGTCTGCGGGTGTGCGTAATCAGGTAAAATCACAAG TACTTCTTGGAACTACAGGTTCTGGGAAGACATTCACTATTGCGAATGTT GTTGCCAACGTAAATCTCCCTACCCTGGTTTTAGCCCATAACAAAACGCT AGCTGCTCAGCTGTATCAAGAATTTCGTGAATTTTTCCCTAATAATGCCG TTGAGTATTTCATCTCTTACTACGATTACTATCAACCTGAGGCCTATATT GCCCGTAGTGATACCTATATAGAAAAAAGCCTCCTTATCAATGATGAAAT CGATAAGTTACGTTTATCAGCAACACGGTCTATTTTAGAGCGCCGAGACA CTTTAATCGTTTCCTCAGTATCTTGCATTTATGGTATTGGTTCTCCTGAA AACTATACATCCATGGCGTTAGTCTTAGAGGTAGGGAAAGAGTACCCTAG GAATATCCTGACAGCTCAGCTTGTTAAAATGCACTATCAAGCATCTCCCA TCCCACAGAGAAGTGCATTTCGAGAGCGTGGGAGTGTAATCGATATTTTC CCTGCATACGAAAGTGAACTTGCCCTAAGATTAGAATTTCTAAATGACAC CCTTACCTCCATAGAATACAGCGATCCCCTCACTATGATTCCCAAGGAAA GTGTCCCTTCGGCTACTTTATATCCTGGATCTCATTACGTCATTCCTGAG GCAATTCGCGAGCAAGCGATCCGAACCATTCAGGAGGAGTTAGAAGAGCG CATGGCCTTTTTTGACGACCGTCCTATAGAAAAGGACCGCATTTTCCATC GTACGACTCATGACATTGAGATGATCAAGGAAATCGGATTCTGCAAGGGC ATAGAAAACTATTCACGGCATTTTACAGGGGCGCCCCCAGGAGCACCGCC TACGTGCCTCTTAGATTATTTTCCTGAGGACTTTCTCCTTATTATCGATG AGTCTCATCAAACACTACCTCAAATACGTGCTATGTATCGTGGAGACCAA TCTCGGAAGCAATCTTTAGTAGAATATGGATTCCGTCTCCCCTCAGCCTT CGATAACCGCCCGCTAACCTATGAAGAAGCCCAGAAGTACTTTCGTAAAG TCATCTATGTCTCTGCAACACCAGGTGATACGGAAGTCCAAGAGAGCTCA GGTCATATTGTACAACAAATCATCCGCCCGACGGGGATCCCCGATCCTAT GCCTGAAATCCGTCCTGCTACAGGACAAGTGGATGATCTTCTTGAAGAAA TTCGTTTGCGGCTGTCTCAGAAACATGAAAAAATCCTAGTGATTTCTATA ACAAAGAAACTTGCCGAAGATATGGCGGGTTTTCTTTCAGAATTAGAGAT CCCTGCGGCATACTTGCATTCTGGAATAGAAACTGCAGAACGCACGCAAA TCCTTACAGACCTACGCTCGGGCGTTATTGACGTATTGATTGGAGTCAAT CTCCTACGTGAAGGACTCGATCTTCCCGAGGTCTCTTTAGTTGCGATCTT AGATGCTGACAAAGAGGGCTTTTTAAGAAGCACGTCATCTCTGATTCAGT TTTGTGGAAGAGCTGCTAGGAATATCAATGGTAAAGTCATTTTCTATGCT GATCAAAAAACCCGTTCTATAGAGGAGACTCTTCGAGAGACCGAACGCCG GCGTCAGATACAGTTAGATTACAATAAAGAGCACAATATTGTTCCTAAGC CCATTATAAAAGCTATTTTTGCCAATCCTATTCTACAAACCTCTAAAGAC TCGGAGTCTCCCAAGGAATCTCAACGCCCCCTATCTAAAGAAGATCTTGA AGAGCAAATTAAGAAATACGAAGCTCTCATGCAACGTGCTGCTAAAGAAT TTCGATTCAACGAAGCTGCGAAATACCGCGATGCAATGCAAGCTTGCAAA GAACAGCTTCTCTATTTGTTCTAA >gid:460755 uvrC excinuclease ABC, subunit C ATGCGCATTGAGGATTTTTCTCTCAAACTCATTCCTTCCTCTCCTGGAGT CTACCTGATGAAGGATGTCCATGATCAAGTCCTCTACATTGGCAAGGCTA AAAATCTCAAAAATCGCTTAGCATCCTATTTTCATGAGAAAGGGGACTCT CGAGAACGCATCCCTTTTCTCATGAAAAAGACCGCGTCTATTGAAACTAT TGTTGTGTCGAATGAAACTGAGGCCCTCCTTTTAGAAAACAATTTGATAA AGCAGCACCATCCTAAATACAATGTGTTGCTCAAAGATGATAAAACCTTT TTCTGCCTTGCGATTTCCCTGTCACATTCGTGGCCCAAAGTGGAAGCTAT CCGCACGAAGGCGATAACCTCTTCACAACGACAATTGATTTTTGGCCCTT ATGTAAGTGCTGAAGCCTGCCACACTCTCTTAGAGGTTATCAGCCAATGG TTTCCTCTGAGGACTTGTTCAGATCGAGAGTTTGCCTTAAGGAAACGCCC TTGCATTCTTTATGACATGAAGCGCTGTCTTGCTCCTTGTGTCGGCTATT GCACTCCTGAAGAATATCAAGGAACCTTAGACAAGGCGATCCTCTTTCTT AAAGGAAAGATCGAAGAAGTGGTCAAGGACTTAGAAAAAGTGATTCAAAA GGCTTCCGATAACTTAGAATTTGAGCAAGCTGCGAATTACTACCGCACGT TGTCCCTAATTAAGCAAGCTATGGCAAAGCAACAGGTGGAAAAATTTCAT TTTCAAAATATTGATGCTCTTGGTCTTTACAGACATAAACAACGCACCAT CCTCACGCTACTTACTGTCCGCTCAGGGAAGCTTCTTGGGGCACGCCATT TCTCTTTCTTTGAGAATGCTCAAGAAGATCAAGACTTGCTCTCCTCTTTT ATTTTGCAATATTATGTTAGCCAACCCTACATTCCTAAAGAAATTCTGAC ACCTCTTCCCCTAGAATTTCCTACTCTCTCCTACGTATTGAATGCGGAGT CTCCTCCCCGCCTACGTTCTCCAAAAACAGGATATGGAAAAGAACTTCTT GATCTAGCCTATCGCAATGCCAAGGCGTATGCAGCAACTACACTTCCTTC ATCAACGCTCCCCTACCAAGACTTTCAAAATATACTGCGGATGTCACAAT ATCCGTATCGGATAGAATGCTACGATAATGCTCATATGCAAGGTGCTCAC GCTACTGGAGTGTACATTGTATTTGAAAATAATGGGTTCGATCCCAAGCA ATATCGTACGTTTTCCATAGATTCTGAAAAGACTCAGAATGACTTGGCTC TATTAGAAGAAGTGCTCTTACGAAGGTTTCATTCACTGACCACAGCTCTT CCTGATATGATTGTGGTTGATGGGGGGAAAACGCACTATAACAAGACAAA AAAAATAATCCAAACTCTCAATCTTACAGGAATTCAGGTTGTTACTATCG CAAAAGAAAAAAGTAATCATAGTCGAGGGTTAAATAAGGAGAAGATTTTC TGCGAGACGTTCCCAGAGGGTTTTTCTCTTCCCCCGACTTCTAATTTATT ACAATTTTTTCAGATCCTTCGTGATGAGGCACATCGCTTTGCGATTAGTA AGCACAGGAAAAAAAGAGGAAAGGCTTTATTTGAACAGGAAAAAATCCCT GGAATCGGAGAGGTAAAGCGAAAACGATTGTTGCAGAAATTTAAAAGTTG GAAACAGGTAATGCTTAGCTCCCAGGAAGAGCTGGAAGCTATTCCTGGGC TAACTAAGAAAGATATTGCAGTGCTTCTTGCAAGGCAAAAAGACTTCAAC AAATCTGATTAA >gid:460583 uvrD DNA helicase ATGACATGTATCTCAGAACTTAACGAAGCACAACGCAAAGCTGTAACAGC TCCTCTCAATCCTGTACTCGTTCTAGCAGGAGCAGGAGCAGGTAAAACTC GTGTGGTTACCTATAGAATCTTACACCTAATTAACCAAGGCATCGCGCCT CGAGAAATTCTGGCTGTAACTTTTACGAATAAAGCAGCGCGAGAACTTAA AGAACGTATTGTCAATCAGTGTGCTTCCACTAATGAATTTGATGTTCCGA TGGTGTGTACATTTCATAGTTTAGGAGTTTTTATTCTCCGACGTTCTATA AATCTGCTAAATCGTGAAAATAATTTTACTATTTATGATCAAAGTGACGC GGAAAAGCTCATCAAGCATGCCTTGCAACAACACAACCTCAAACCTAATC TTGCGAGCAAAATACAAGCTCACGTCTCACAAGCAAAGAACCGTTTACTC TTTCCCGAAGACTTGGATCCCAATGACTATATCGATCCTGTAGTCTCGAT ATACCAAGAATACCAAAAGAAACTTATCGAAGCGAATGCTCTGGATTTCG ATGATCTTCTCTTTTTAACCGTAAGACTTCTTAGAGAAAGTCCCGAAGCA CAGGAATTATATAACCAATTATGGAAAGCATTGCTCATCGATGAGTATCA AGATACCAACCATGCACAATATACTTTAATGCAGCTCCTCTCAAAGCAAC ATCGCAATGTCTTTGCTGTTGGGGATCCTGATCAGTCTATCTACTCCTGG CGAGGAGCAAATATTCACAATATCTTAAATTTTGAAAACGATTACCCTAA TGCTAAAGTCTTATGCCTCGAAGAAAACTACCGCAGTTATGGCAATATTC TAAATGCCGCTAATGCTCTGATTAAAAATAACGCATCAAGGTTAGAAAAA GAATTGCGTAGCGTCAAAGGACCTGGAGAAAAGATTCGTCTTTTCCTAGG AAGCACAGATCGCGAAGAAGCAGACTTTGTCGCTGCAGAAATTCTTCAAT TACATAGAGTCGGGAATATAAAACTACGTGACATCTGTATTTTCTATAGA ACGAACTCCCAATCTCGGACATTTGAAGACGCTCTACTTCGCAGGCGCAT TCCCTATGAAATTATCGGGGGTCTCTCCTTCTACAAGCGTAAGGAAATCC AAGATATCCTAGCCTTTCTCCGTATCTTTATTTCCAAAAGCGACATCGTT GCTTTTGATAGAACTGTAAATCTACCCAAACGAGGGATCGGTTCAACAAC GATATTTGCACTCACGCAATATGCAATTGCTCAAGGTCTCCCTATCCTCA AAGCATGCCAACAAGCCTTGGATACTAAAGACGTCAAATTATCTAAAAAA CAACAAGAAGGCCTTCAAGAGTATCTTGCACTTTTCCCTCAAATTGAACA TGCCTACAATACTCTTTCCCTTAGAGATTTTATAGAGTCTGTAGTTAGGA TCACGGGTTACCTTGAGATCTTAAAAGAAGATGCGGATACCTTCAAAGAT CGGAAAAGCAATTTAGAGGAACTCTATCATAAAGCTTTGGAATCCGAACA ACAAAATCCAAAGACACATTTGGAACTTTTCCTTGATGATCTTGCCTTAA AAGGCTCTGATGATGATCTAAATTTAACTGCGGATCGCGTGAATTTGATG ACCCTTCATAATGGAAAAGGGTTGGAGTTCCGTGTATCATTTCTTGTAGG TCTAGAAGAACAATTGCTTCCACATGCGAACTCTCTGGGCGGCACTTATG AAAATATTGAAGAAGAACGACGGTTATGCTACGTAGGAATTACTCGAGCT CAAGATCTCCTCTATCTTACTGCCGCACAAGTTCGCAGCCTCTGGGGAAC CGTACGGATGATGAAGCCCAGTAGATTTTTAAAGGAAATTCCAAAAGATT ATATGATTCAAGTGCGTTAG >gid:459810 xerC integrase/recombinase ATGATTGCCTCTATCTATTCGTTCTTAGACTATTTGAAAATGGTAAAAAG TGCCTCTCCGCATACATTAAGAAATTATTGTCTAGATCTTAATGGATTGA AAATTTTTTTAGAGGAACGTGGTAACCTCGCTCCTTCTTCTCCTTTACAG TTAGCCACAGAGAAGCGCAAAGTCTCTGAACTTCCTTTTTCCTTATTCAC CAAAGAGCATGTACGCATGTACATCGCGAAACTGATAGAAAATGGCAAAG CTAAGAGAACAATTAAGCGTTGCCTCTCTTCCATTAAAAGCTTTGCCCAT TACTGTGTTATTCAAAAGATTCTTTTGGAAAATCCTGCGGAAACTATCCA CGGACCTCGTCTTCCTAAGGAGCTGCCTTCCCCGATGACCTATGCGCAAG TTGAAGTGCTGATGGCGACTCCTGACATTTCTAAATATCACGGACTTCGT GATCGCTGTCTCATGGAGCTGTTCTATAGTTCGGGTTTGAGGATTAGTGA GATTGTCGCTGTTAATAAACAGGACTTTGATTTGAGTACTCATCTGATTC GCATCCGTGGGAAAGGGAAAAAAGAAAGGATTATTCCCGTGACATCGAAT GCCATACAATGGATCCAAATCTACCTGAACCATCCGGATAGAAAGCGTTT GGAAAAGGATCCTCAAGCCATCTTTCTCAATCGCTTTGGGAGGCGCATTT CAACACGATCTATTGACAGAAGTTTTCAAGAATATCTTCGACGTTCTGGA CTTTCAGGGCACATCACCCCCCATACAATCCGTCACACTATAGCCACCCA TTGGCTAGAGAGTGGTATGGATTTAAAAACAATCCAAGCACTTCTTGGTC ATAGTTCTTTAGAGACAACAACGGTCTATACGCAAGTCTCTGTAAAGTTA AAAAAACAGACCCACCAAGAAGCCCATCCCCATGCCTAA >gid:460841 xerD integrase/recombinase ATGACTATGCCCTCGACTCAGTTTCACACAACGATTCTAGAACAATTCTC ATTGTTTTTATCTGTAGATCGCGGCCTTTGCCAACAATCTATAGCGGCTT ACCGCCAAGACATCTCTTCCTTCCTTACCATAAGTGCCATTAGCTCCCCC CAAGATATTTCACAAAACAGCGTATATATCTTTGCTGAAGAACTATATAG ACGTAAAGAAGCAGAGACTACGTTAGCGCGTAGGCTCATTGCTTTAAAAG TATTTTTTCTCTTCTTAAAAGATCAGCAACTTCTTCCCTATCCCCCAATA ATAGAGCACCCAAAAATATGGAAACGCCTTCCTTCAGTACTGACTCCTCA AGAAGTCGATGCTCTACTTGCGGTTCCTCTCCAAATGGAGAAAAACCCCC GACACCTAGCCTTTCGTGATACAGCCATTCTCCACACACTATATTCAACT GGTGTCCGGGTTTCTGAACTTTGTGACCTACGTTTAGGCCATGTCTCTGA TGATTGCATCCGCGTCACCGGGAAAGGTTCTAAAACCCGACTGGTGCCTC TGGGATCTCGAGCAAGAGAAGCTATCGATGCGTACCTTTGTCCTTTCCGA GACCAATACCAGAAAAAGAATCCTCACGAAGATCATCTTTTCCTCTCTAC CCGGGGACACAAGCTCGAACGCTCTTGTGTGTGGCGCCGTATTCACAATT ACGCAAAGCAAGTGACCTCAAAGCCCGTATCTCCCCACTCCTTACGACAC GCCTTTGCTACACATCTATTAGACAATAAGGCAGACCTACGCGTCATTCA AGAGATGTTAGGTCACGCACGCATCGCCTCTACAGAAGTGTATACTCACG TAGCCGCGGATTCTCTAATCGAGAAGTTTCTTGCCCATCACCCCAGGAAT CTCTAA >gid:460879 xseA exodoxyribonuclease VII ATGTCATCGCCTCCACAGGCTGTTGCATCCCTAACTGAACGCATTAAGAC TCTTCTTGAGTCCAATTTTTGTCAGATCATAGTGAAGGGCGAGCTTAGCA ACGTCTCCCTACAACCAAGTGGTCATCTCTATTTTGGGATTAAGGATAGC CAAGCGTTTCTTAATGGTGCCTTTTTTCATTTTAAAAGTAAGTACTATGA CCGCAAACCCAAAGATGGGGATGCAGTTATTATTCATGGGAAGCTTGCGG TCTATGCTCCTAGAGGACAGTACCAAATTGTAGCCCATGCTTTGGTTTAC GCTGGAGAGGGCGATCTCCTACAAAAATTTGAAGAAACAAAAAGACGTCT GACTGCTGAAGGGTATTTCGCAACTGAAAAAAAGAAGCCCCTCCCCTTTG CTCCTCAATGCATTGGCGTCATTACTAGCCCAACAGGAGCTGTGATCCAA GATATCTTACGTGTACTCTCCCGGCGTGCTCGCAACTATAAAATTTTAGT TTATCCCGTCACTGTCCAAGGGAACTCTGCAGCTCATGAAATCTCCAAGG CTATTGAAGTGATGAACGCTGAGAACCTCGCTGACGTTCTTATTATTGCT CGGGGAGGAGGAAGTATTGAAGATCTCTGGGCCTTTAACGAAGAAATCTT AGTTAAAGCCATTCATGCAAGCACAATCCCTATTGTCTCTGCTGTCGGCC ATGAAACTGATTACACTTTATGTGACTTTGCTTCTGATGTGCGTGCTCCC ACTCCTTCTGCAGCCGCAGAGATCGTCTGTAAAAGTAGCGAAGAGCAAGT TCAGGTGTTCGAGGGATACCTCCGCCATCTACTCTCACACTCTCGCCAAC TCCTCACATCAAAAAAACAGCAATTGCTTCCCTGGAGACGCTTTTTAGAT CGCGCAGAATTCTATACTACAGCACAACAGCAACTCGACTCTATTGAGAT CGCTATTCAAAAAGGTGTCCAAGGGAAAATTCACGAAAGCAAACAACGCT ATGACAACATCTCGCGGTGGCTCCAAGGAGATCTTGTTTCCCGCATGACC TGCCGACTGCAAAGTTTGAAAAAAATGCTTTCACAAGCCCTATCCCATAA AGCACTTTCTCTCCAAGTACGTTGCCACCAACTAAAGAAAAGCCTTACCT ATCCTCGCCAAATCCAACAGGCATCACAGAAATTATCCCCTTGGCGTCAA CAGCTAGACACCCTAATTTCACGACGCCTCCACTACCAAAAAGAAGAATA TTTTCATAAACACACACGACTCAAGCATGCTCACAATGTCTTAGAGCAAC AGCTCCGTAGCCATGTGCAGAAACTGGAACTATTAGGCAGACGTCTATCG AGAGGATGCGAGCTAAATCTACAAAACCAAAAAATCGCCTATGCAAATGT CAAGGAAACTTTAGCAACAATTCTAGAACGTCGTTACGAAAATTCTGTTG CCCGCTACTCTGCGCTAAAAGAACAACTTCACTCTTTAAATCCGAAAAAT GTTTTAAAACGCGGGTATGCAATGCTCTTTGACTTTAATGAAAATTCCGC TATGATTTCCGTAGACAGCTTACAAGAAAATGCTCGTGTAAGGATTCAGT TGCAAGATGGCGAGGCCATTTTAACTGTCACAAATATTGAAATTTGTAAA CTTATAAAAGGCTAA >gid:460599 yabD PHP superfamily (urease/pyrimidinase) hydrolase GTGGATTTGGCTGATGCTCATGTTCATCTTTCTGATGATGCTTTTGAAGA AGATATTAACAGCGTATTACAGCGCGCTCAAGATTCTGGAGTGTCACTAG TTGTTAATGTAACCACAACAGAAAAGGAATTAAATCGCTCGTTTGCGTAT GCCGAACGTTTTCCTAAAATTCGATTTTGCCATGTTGGAGGGACTCCCCC TCAAGATGTAGATCAGGATATCGAAGAAGACTACAGGAATTTTCATGCTG CAGCACATAGTAAGAAACTCGCCGCAATCGGAGAGGTCGGTTTAGATTAT TGCTTTGCCACGGAAGAGGGAATAGCAAGGCAGAAAGAGGTTCTCCAACG CTATTTGGCTTTATCTTTAGAATGCGAACTCCCACTTGTAGTGCATTGTC GAGGTGCTTTTAACGATTTTTTCCGTATGCTAGACCAATACTACCATAAC GATCCACGTTCACGTCCAGGGATGCTGCATTGCTTTACAGGAACCTTGGA AGAAGCTCAGGAACTGATCTCTCGGGGATGGTTTATTTCTATAAGTGGGA TCGTGACTTTTAAAAATGCTCAAGATTTGCGAGATCTGGTTGTAGAACTT CCTCTTGAGCATCTTTTAATAGAGACGGATGCGCCTTTTCTGGCTCCTGT ACCTTATCGGGGAAAGAAAAATGAGCCTGCACATGTGCTCCATACGATCA ACGCCGTTGCCAATGTAAAAGGGATGTTCCCACAAGAGCTTGCAGCTCTT GCTTACAAGAACGTCTTACGCTTTCTGCACGGTTAA >gid:460029 yggF YggF family hypothetical protein ATGTCTAAGCCATCTAGTTGCAAAGCATACCTTGGCATAGACTACGGGAA AAAACGGATCGGCCTTGCCTATGCAGCCGAACCCCTCCTATTGACACTAC CGATTGGAAATATAGAAGCAGGTAAAAATCTTAAGTTGTCAGCAGAAGCT CTTCATAAGATTATTTTAAGTAGAAATATAACTTGTGTAGTTCTAGGGAA TCCCCTTCCTATGCAAAAAGGTCTTTACTCATCTCTGCAAGAGGAAGTTT CCTTACTTGCTGAGGAGCTTAAGAAGCTTTCTACGGTAGAAATCATCCTA TGGGATGAACGGCTTTCTTCAGTACAAGCGGAACGTATGTTAAAGCAAGA TTGTGGACTAAGCAGAAAAGATCGGAAAGGAAAAACAGATTCCCTGGCTG CAACATTAATCTTAACAAGTTTTCTAGATAGCTTACCTAAAAAACTAACC TTGTAA >gid:460405 yhhF methylase GTGAGAATTTTAGCAGGTAAGTACAAAGGGAAATCCTTAAAAACATTTTC TAATCCACATATCCGACCTACTTCAGGTTTAGTGAAAGAAGCGTTTTTCA GTATCTGTAGGGAAGATATAGAAGGGGCTGCTTTTTTAGATCTTTTTGCC GGGATGGGAGCGATAGGTTTTGAAGCCCTAAGTCGTGGAGCTGCTTCTGT CGTATTCGTGGACATCTCTATAAAAGCAATACAATTAATACACACAAATA GTGCTTTACTCGGAGAACAACTTCCTGTCGTCATCTTTAGACAAGATGCT CAATCGGCAATTCAAAGACTTATCAAACAAAAGAGATCCTTTGATCTAAT CTATATAGATCCTCCTTACGAACTTTGTAATTGTTACGTAGAAACCCTTT TACAGAAGATTGTTTCGGGAAACATCCTGAATCCTGAAGGGACTCTATTC CTAGAGAATGCCTCCGATGAAGAGATTGCTTGTGAAGGTTTGACCCTAAG GCGAAGAAGAAAACTTGGGAAAACATATCTTGCTGAGTATATTGTGGAAA AGGACCCTTAA
|
Beutenbergstraße 11 D-07745 Jena • Germany |
Phone: +49 3641 65-6000 Fax: +49 3641 65-6351 |
E-mail: info@leibniz-fli.de www.leibniz-fli.de |
Data Privacy Imprint |
|