Gene list
Applied filters:
COG category: Replication, recombination and repair
Organism: Tropheryma whipplei str. Twist, twist
Number of genes found: 63
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# Tropheryma whipplei str. Twist, twist >TWT597 putative serine/threonine-protein kinase GTGATTCCATTCTTCAACAAACACACGCGTTCAACAGATGACAAAGACAC AGAGAAAGCCCGTCAAATAATAGGTAATTATCGTGTCATAAAAACTCTGC ATGAATCTGACCGCGCGGTTATTTACCTTGCACAGGAGATAAGCGGAGAT CCGGGAATGGTAGCCCGCCAATCATTCATGGATCCCGGTGAATTAGTAAA TCTCGTCGCCCTTAAAATGTACCGGGCGGGTGTTACTTCTGAACACATTG CAATTGAAGCTGATGCTCTGGATTCACTCAGGGGTCCGGGTGTTGTTGAA TTGCGTGATGTCTTAAATTTGCCGGATAAAAGGGGTCTTGTGATGCGGGC TTTGCATGGACCCGCACTTGTTGACTTATGGGAAACCAGGGGCAGTTTGA GTCCTGGGGAAATGGTTACAATTCTTGCTTCCCTTGTCGCAACCCTCGCA AGGATTTCATCAGCAGGCTATGCTCATGGTGCTGTATGGCCTGGCAATAT TCGTTTCGATGATATTGGAAGGCCCGTTCTGACCGGGTTTAGCTCTGCCA GAAAGCATGCCCCACCTAATGCAGACTGGCTTGATTTTTATTCCTTGTTG CGGGGGTGTGCAGTACTCATAAACGAAAAACAAGAACAAATGTTGCAAAT ATCCGCAGGGGTAAGAAAAAGACTTGATCCATTTGATCCGGAATTACCCG CATGGGTCGAGGCAAGTCTTTTCAGGCTGGCCGATCCCCAGCCACTCAGG TTTGAACACCCAATTTCTTTGCATGATACTTCTGGGTATAACTTACGCGA ATCACCCAATCCTGTTGATTCTAATAGACAGACCGGAAAATCACAGATTA TTCTGAAACTAACTGATAACAAATACGTTGCTGCCATCCTCGGTAAACTA AAACGTCCTTCTGTGTTGTTTATCGCACTGTTCGTATCTGTATTTGTTGT TCTTTTGATGGTTATCCCGAATAACTCAGGAGAGGATAATGAGAGAAAAT CAGAAAAACCCGGATACGTAAAATCTAAAGGAACATTCAAAAAGCCTAGT AAAACCGGTAAATCTCGTAAAAGGTCTGAGGTTTCTGAAAAGCTTAGGAA GAATATGGAGGAATGTTTGGCCAGCAAGGATGCCGATTGTGTGGATGTTA TGTCAGAGATAAACGCAGATCTTGGAGAGAAACTCGATGAAGGTTAA >TWT669 unknown GTGCATACTGACGGCATCCTCACCCTAAACGGCTTTTTGGAAGGAAAAAT TGCGTCACTCGGTGGCATAAATCCGCTTCTGCACTACCATGACTCTGGTC TTAGCGGAATAGAATTATCAAAAGCCCATCCCGGCGGTATACCCCAATTC GTAACAGGTAAAACGGTTTTACTTTCTCATCTCGTGAGAGACGAAATTGC CCTCAAAGAGGCTCGGCAGGCCGCATCAAATCTTGTTGCAAAGGGTAATA ATTTACTCAGTTTTCGTGGTATTCACTCCATACATCTCGCAATTGGTTTG ACGAAGTGGACATTCAAGTCAGTTGGCTACTGTGCACCTGTTCTTCTGCA GCCCGTGGCTATGCGAGTTTACAGAAATGATTTTCAGATGAAACTAATGG GATATCCTGTTTTCAATGCAGAACTGTCGGTGGCGCTGTTAGAACAGTAT GGCATTTCGCTTGACCCTGAGAGCTTCGTAACGCTTGCAACAGAGTCAGG AAATTTTAAACCACAGCCTGTTATTGAGCATCTGCGTTTGATGACATCCA GCATTGATGATTTCAAGGTTTTCCCACGTCTTGTCGTATCCTGTTTCTTT CATCCGGCTAGATCTATGCTTATTGATTTTCAGAAGGTAACTGACAATCC ATTCGTCTCTGCGCTAATCGGTCGGCGCGAAGAGTTAGACCTGATAAGGA CAGACAAATCACTCAAACTACCAGATGCAAGTAACCAACTTCTGTTAGAG GCAGATGACGAGCAAAAACTAGTTGTTTCTGCAATCTTAGAAGGAAGATC TCTTGCTATTCGTACAACTCCTGGGGCACAGGTAACACAAGCGGTCGTAA ACGTGATTGGTGGAATGCTGGCTAACAACAAAAGAGTGTTGGTTGTTTCT GCGCGGCAAGCCCACTTTAATGACATACGTAACCATCTGAGACGTCTTGG CCTTGCCGGTCTTGGGGTCTCTATCCCCAGGATAAGGCATGACCTTATTG ATTCCATAAGGCGTAATGAAGGCGCAAGGCCTCTGCACATGCTTGAGGTA AACGATGCCCTGGTGAGGCTACGTAGAGTTCTGCTTGATTATCGCAGAGC TTTACATGGTAAAGACGATGCTATTGGTGTTTCTCCGCTTGACGCTATTG AAAAGCTTGCATATTTGTCTCTTCTAGAACACCCGCCATCAAGTGCCGTT CGCTTTGATAAAGGTAGCTTAGAGAAGCTATCCCGCCGCAAGGGGGAGGC TGCTGATCTTTTGAGAAAAACAGCCGAATTAGGCGAGTTTGAATGTGGGC CTGGTGATTCACTCTGGTATGGCATAAGCTTTGCAACCAACGAAGATGCA CTTGCTGCTCATAACCTTGCAAAACACTTATTCGCAATCGGTCTGCCAAT TTTGTTTGATAAATCGGATGCTTTGATTTCCCAAACAAACATGCGTAGCT TTAAGACACTGGATGAACTAAGGGCAATCCTAGAGTGCTTTCAAGACAGC AGAGATATATTGGAGATTTTCCGCCCGGAAATATTCGGCTTGTCACTCGA AGAGTTAATTGAAGCAACTTCCCCAAGGCGCAGGTCGCCTGGGTTATCCT CAGGTAAAAGGCGACAACTTAAGAAACTCGTTAGGGAATACCTCCTGCCC GGAGTGAGGGTACAAGGGTTGCACGACAATCTCGTAAAGATACGTCAATT ACGGCTTCTGTGGGATCGCTACTCTCCGGCCGGTACAACACCCAAGATTC CCGTTGGCGTGGCAGATGTAAAGGTCATGTTCGAAAAAGTTAAGAGCGAT ATCGCGTCATTGAATAAACTGTTTGCAAACCTACACTTAATGAACGTGCC ACGCATCGAACTGATGAAAATATTCGAAAGCCTGGCTGCCGACTCCGAAT CTATAAAACATATAAAACAACGCACTGATATTAGGGATCAGCTGCGCGAA ATAGGTATCGGGGATCTACTTGAAGATCTGTCAATCCGTCATGTGCCACC ATCTCGTGTATCTGACGAACTTGATTTGGCGTGGTGGCAGTCAGTGCTTG AGTTTTTTCTCAAAAACCGGTCCGCCCTTCTCGGTGGTAATACGTCTGTT ATAGAGCGACTTGAGCAAGATTTCAAATTAGTTTACAGGGCAAGTATGGC TGCCGCGGGCACTCTTCTGGCTTGGAATATGGCCGAAAGTTGGAAAGTTG CCCTGGTTGATTATCCCGATGAAGCCATTGAACTAAAGGATCTTTTGCTC AAAGGGCATTTGGTGCCGGAGAAATTATTTGGCAAGGCTCCTAACCTTGC AAAGGTTCTGTCACCGGTTTGGTTTGCTTCCCCGTACTCTGTACATCAGC TGAGTTGTGATTTTGATACGGTTATAGTCTTAGGTGCCGGCGAGCTGTCT ATCGCTGAAAGTCTCGGCATCGTGTCAAGGGGCAAGCAAATTGTTGCCTT CGGAGACCCGATTACTGAATTTCCGGAGCATTTTGATATAGCTAGTTTTG GAGCTAATGAAGAGATCTACCCGAGAAAAACTTCGTACTTTACCTCGCGT GATACTCAGGAAGAATCTTTATTCTCTAAACTATCTGAGATTCTGCCAAG CTTGGAGATGAATAATAGTCATCGCCCTTATGGGCTAATTGGTATTGCTA ACTCCGGATTCTATAAGAACAAGATAACCGGCCTTCCGTGGGCGGGTAAT TTTCTTGGTCAGCAAAGTGTAACTTTCCACTATGTACCCGACGGAACAGG GTTGCCTGATCGTGTCACAAGTCTTGTAGAGGCGGTTGATGCCGAGGTTA ATTTTGTCACAAGTCTTGTCGCTAAGCATATTGCAGATGAGTCTTGTATG GTAGTTACACCCAGCCTTAAAATGGCAACGCGTATCCGTCAAGAGCTAAA AAAATATGACGATCAGCTGCTTGCCAAAAAGTCTTCTGAACCGTTTATCG TTGTCGATCCCAGGCAGGCACTTTCGTACACTCGCGATCGTGTTATCTTT ACCTTGGGGTATGGTCTAACTCCTATAGGTGGAGTCATGTCGGGTTTTGG CCCTCTTGACGGTGACGATGGTGAAAAGCTCATTGCTATTGCCCTTACCC GTGCCAGAAGATGTCTTGACATAGTTGGATGTTTTCAACCTGAGAAGATC GACACCAAGCGCCTAAAAAAGGGTCCAGCTTTGCTTATGAAGCTCTTATC AAGCTACAATCCCCTCAATACAGATTCATCATTTGAAACTGCCGGGTCTA TGCTTGATGATTTGGCAAGGAGACTTGAGCTGGTTGGGATCAAGGTGAGA GTGAACTACTGCGCCGTGTTACCACTTGCCGCCGGTTACGCCAACCGTGC AGTTGCTGTTGATATTGATAACACATTTGATGATCTACATGATGCGTTGT CGTTACGCCCGAGAACTCTTGAGGAGCTGGGTTGGATTTATATGAAAGTA CATAGTTTTGAGCTTTTCACCTCTCCCGACGAGGTTGCTGGGCGCATAAA ACACGCCCTTGGCGTTTGA >TWT704 unknown GTGTTTGAGCATTTTCTCTTACAAAATTATCCAGCACGACGGAAGCAATC CAGTTTGGCCATACCTAGATTCTATAAAACTTATTTCAGTAGAACACGAT GGGAGCGTGAGTTAAGTGAGGCCGTGTGCTTCAATGGCAAGCAATTGAAT TCAGCAATACACTATGGCATATACAGAACAGGTGTAATCGATCCTGTATG GACTGCGTTCATCTTCAAATGGGTTTATGCTTTTAGAGTCAGGATCTGGA GGACGTTTTGTTGA >TWT021 unknown GTGCCGGGTACTGCCAAAATTGCTGCGTTTGCCGCCCTGGCCTCTGTCTT TGTCATGTTGACCATTGCCCAACCTGCTAGCGCGCGGGGTGGCTTGGGAA ATATTTCTGTCGTCGCCGGCCCCGGCGGCACTTACAGTATTACGGCCACT GTTCGTATGGATTTCGATCCGGGAAAGTGTGTAATAGGCGCGATAAATAA AGTTTTTAGCGTTGACAGTATTAGCACTACTGTTGGTTTTACCTTACTGG ACAAGATGGTGAAGGTCCTGAAGGTTTCTATAAAGCTAACTCGCCTTATC AACTTTTCCAGCAGTGTCCTGACTGCAATTGTTACTGGTTGTCGGGGTAT TGTCTCGACTGAAACGCCTGTACATCCTGTGCCCATTGTAAGCTCGGATT GCAGTGCATATGACATGGGGCATAAACTTGGCTATCGTTGTCAGAGGAGG TAG >TWT694 putative DNA polymerase III delta' subunit ATGCCAAGTGGTAAGTCGCGTGCAAATACTAGCAACTCCCGCAGTGCGAT GCGCGCAGTGCAGGAGCCTAGCGTAGCGTCAGGCTCTACCGCTAATGCGC TTCCGCCCGCGGATGTATGGAATGACATCGCATGTCAGGATCGCGCAGTG CAGGAGCTAAAAGGAACAATTATAAATCCTAAAAGGATGATAAATAGCTG GCTGTTTTATGGACCATCACAAAGTTTTGCGCTTGCACTAGCCTATGCAT CTGCACTGCTTTCCCCGAATGCAATGAAGGGCGAACCGACTGGAGATAAA GAAACACACTCAATGGTGTCAGCGAGAACTCATCCCGACCTGCGCATCTT GACCACTGAAAATGTTACTGTTCCAATACGAGAGATACGCGAGCTTGTAA TGAAGGCCCAACTCGAGCCATCACTGGCGGATAAGACGGTGTTTATTGTC GAGGATTTAACCCGAGTTCCGCGCAGAAGTCTGAATGTCCTGCTAAAACC TCTTGAAGAGCCACACGCACATGTTGTTTGGATTCTATGCGCACCGAGCA TAAGGGGCGTTACCCCAACGATTCGCTCAAGACTTAGGGCAATCTACCTT AATGAGCCTAGTATCGAAAATTTAGCGGGGTACCTTACAGAAAGACGCGG CATAGAAAAATCCTTAGCTTGTGAAATAAGTTATGCCTCTCTCGGCAATG TAGACGATGCGCTCTATCTAGTCGATAACGAGTCAACCAGGCTTATGCGG AAAAAGGCCCTGGATCTGGTCTTTTGTAATCGTGATTTGGCCGAGGCAGT TTGTTCGGCTCAGACAATACTGGACCTTGTATCGAAAGAGGCTGAGAGTG TGGTTCAAAAAAGAGATTTGCAGCTTCGTGAGGGTTTTTTGAAAAATTTT GCCTTCAAACAAGGTGATGTAATTCCAAAACAATTGCAGCATCTACAACC ACGGCGGGATAACAAACAACAAGTTTCCAGACAGGTTAGAGATGCATTGG ACGGGATTTTTCTATCCTGCCTCTCGGTGTGTAGAGACGTGCTTGCCATA AAATCTGGCGCAACAAACTGTTTGTATAACCCGGGATCACGCATACTTGA CAAACTGTCAAGCATGCCACCAGAGAAGATTCTACGCAACGTAAAAGCTC TAGAATATGCTCGTGATGCCCTAAAGAGCAATGTTATGCTTTTACTTCTA CTTGAATCAATTTTGGTGCAAATGGTAGAGATGTGA >TWT520 DNA helicase GTGTTTATGGATATTTCTGAGTGCAGTTTACCTGACGCTATAGATTCTAT TGCTCGAATTCCCGAGGGTAGCCGCGTGAGTGTTATCGGTCCCCCTGGCA GCGGTAAGACAAGTCTTCTCCTGAGTCTTCTTGAAAAGTATTCCGAAAGT TTTGAACCCGAGGAGGTTCTTGTCCTTGCCCCTGGGCGCCTCTTGGCCAA TCGTCTAAACGGCATAGCCCTTCCGGCACTTCTGAAAGAGAAAAAGGTTC GTTCAGGGCGTCTTGTTGTTACACCGGCAAGTTTTGCATTTCGCATTGTT CAGAACAGTATGAAGGGTGAACGACCCACCCTTCTCTCGGGAGCTGATGA AGATCAGGTAATAGCTGAAACGATTGCACAAAATTGTGAATTATTCAAAA GTTCATATGCTCGTAGCCCGAATTTCAGGAGTCGGATGCGATTCTTTATC GAAGACCTCTCGAGACACGGGATTGACCCTGCCCATCTCGGCAAAATTGA CAGATGGAAGACGTACGCTGCCCTAATAGAAAAATATCGCCTGGCAAGGA CTTCTAACAATGCATTTACTGCCGTAGAAATAATTGAGCGCGCCGCACAG CTTGCCTCAACGGGCTACTTACCATACAGAGTCATTATGGTTGACGAGGC GCAAGAGCTTGCCGCAGAACATATGCGCCTTTTTTCGGCACTCGCGAGAC GTAACATTACCGTAATCCTGTTCGGTGATCCCGATAAAGCTGTTGCAAGA AGCGCCTCCCCCTCAATTTTTCTTGACTTTTCAGAGAAATTGTTTGTTTT AAAAACAGTATTTCGCACACCCAGAAATCTGCATCTGCTGTCACAGAAGA TCTGTCAAGGGATAGGTGTTACAGGTAGTGTCTTGGCACATAGACAGTCT TTCAATTCCTCAATTCTTGAAGGTCGTGTAGAAACTGTCATTTCTTCTTC TCGCGCGACTTCTATGGCAGATATCGCGCGATGGTTTAGAGAGAAACATT TGCTGGAAGGTATTGATTGGGAAGACATGGCTCTGATTATTTTTCAGAGG AGCTCTGCCGAGGTCTACTCGCATTTTCTTGAGCGTTTCGGCGTTCCGGT CCAGATCTTGGGTGGTGGTTTGAATCTTTCTGAAAAGCCTATTGCTGGCG CAATTTTGAATGCAATAGAGCTTGCCTGCTTTCCAGACATTCTTACCGGT AAGACCCTTGTCAAACTACTGCTATCGCCTATAGGTGGATTTGATGTATT TCTGATGCGTAAATTGACAATTGAGCTAAAGAGAATTGCACCAAAGAATA TTCAAGTTTTGAATGAGAGATTACTTTGGGCATTTCATGCTTACCGTAAG CTACAGACCCAAGACACAGATGAGGTTTACAGAGTTTTTCTGGCCAGCAG GATAGGGAGGAGTTTAAAAAAAATATTTGAATGCTTGATAAGCCTCGAAC GTCTGTATAGGGAAGATAATGTCAGTCTTCCCGTACTTATATGGCATGTA TACAGTTTTCTCAATTTAAAATCGGCTGTGTCAAAAGAGCCCTGGCAAAC TTCAAAAGTTTCACATCGTGTTCTAGAAGAAGTTATAGCACTACAAAAGC TCGCCGATGCGGTCAGCAAAAAAGACCCTCTGTGTTCTGCCGGGCTTATT CTGCAAAAAATAATTAACGCGGAAGTGCCGGTTGACAACTTGTCCATCAG GGAAAAACGGGGTTGCGTGACCATCCTGACCCCGGCATCCAGTGTTGGAT ATGAATACAGGGCAGTTGTAATAACTGATATCCAGGGCTTACACAAAATG GATTCCACACAGCTTGATCCAGAGCTAGCCCTGGCAGATATAAACAACAT TCCGTTTTCCAGATATTTGGAAAGTAAATTGGCGGGACGTAGGCATAATT TGCTTAGAACTCTTTACCAGGCTGTAACACGGTCAACATCGGATTTATTG GTTTCTGTGATCGACAGTGCTGAGACTTCGCCATCCTGGCTGTTTTATGC TTTTTTTTCTGATTATCCATCCTGCGAATTGTCATCTTTACCCCTCACAC TCAGAGGTATTGTGACACAGCTCAGGCTTGATTTAGAGCGAGATCCCGGT AATACTGAGGCTGCATCTGCACTTAGGTTACTTGCAAAAGAAGGTATTAG TCAGGCAGATCCACAGAATTGGTATGGATATTTGTCGAGAACAGAGAATA AGTCGTATGTTATGGACAGTATAAAGCCATCGGTCCTCGATAAATTTCAC ACTTGCCCATTGGGTTGGTTTACAGATCAACTTGATTGCAATCGATATCC CGGTAACGCAACAGAGATTGGCACAATAATTCATAGATGTATGCAGGAGC TTACATGTGATAACAGGCAGCCAAACCTGAATGAGTTTTTAGATTACGCG TACGCAAAACTTCGTGAAGCGGATTTTGAGTCGCGCTGGGTTCTTGAGCG AGAAAAAAAGCGCCTGGTTGGCATTATTAGGAAATTGGTTGATTACCTAA TAGATTTTGATGCACATGGCGGAACGCTATTAGCATCCGAAAAGAGTTTT AGTTTTGATCTAAATGTGTTCAAAGACAGGTCGATTATGATATCGGGGCA AATTGACAGACTCGAGCGTCTTTCCAGTGGCGAGATCAGAATTGTTGATC TCAAAACTGGTAGTAGTTTATTGAGTAAAAACGATGCGGAGAGTAATTTA CAACTTTCTGCTTATCAACTTGCTGTTGAGCATCTGGATATTGTTTACGA GACTTTACCGTCAGCTATGCTGATTTATCCGGCGGTTGGCACAAAAAAAG CCGCTATTCGGATAAAGGGCCCAATGGACAGAGATTCAAAAAGGGTTCTG AAAAATACTATTCGTGATCTTCTTTTGCAAAACGAAAGTTTCACGCTAAC AGCTGCCCTTGAGGAGCATTGTGAATCTAGGACTGCATGCAAAAAACTTA TGGTCCCACACGTTAGTTTTTCAGTGAAATGA >TWT455 unknown GTGAGTTTTGAACAGATTCGGGTTATTACAAGAAAATCATGCTGCGCAGG TTCATCATGTATTTTTGTGGCTAACAAGGAGAGTGTCAATTGTGTAAATA CAGTTTCTGTATCTACACAGTTGACTTGTGCCAACAACGGCTTTTGTGCA AGAGCTTTGCTCAACAATGCACACGGCGTGACTCATGACGTCTCAAAATA TGCCCTGGGCCGAATTGCGGAAGATAAGGCGTGCGACTATCTTTCTGTAA ATGGCTATATTGTGCTTGATCGTAATTGGTATTGCAGATTTGGCGAGCTA GATATCATTGCCAGGAAAAATGGGGTAATAGTTGCTGTTGAGGTAAAGGG TGGTAAACGCAACGCGGACTACCCAATCTGCAATATAACTGTCAAAAAGC TGTCGAAACTGACATTTCTTCTGAAAGCATGGCTTCACGAGAATAAATTA AACGAATTTTGCATTGATCTCAGGATAGACGCCATCTCGGTTACATTTAT TCCGGAATTGCAGATCCGTCATTTTGTTGGAATTTTGTGA >TWT685 putative exodeoxyribonuclease ATGCTAGAAGTCGCCTCAGTAAATGTAAATGGGATAAGGGCGGCGCACCG TAAGGGAATGGACTTGTGGCTCAAGGAGAGAAATCCCGACATCCTAACAA TCCAGGAAGTAAGGGCGCAGGAATCGGATCTACGTGGCATCCTGCCCAAT TGGAATATATCCTTTGATCCATGTTCAATCCCCGGTAGGGCAGGCGTTGC GATAGCGAGCAAATTTCCCCCAATAGCTGTGAGGACAAAGCTCCGGGCAA ATAAGATCCTGAACCCGGAAACTGCCAGCGAAGAGCCGCTCAATACGAGT GGTAGGTGGATTGAAGCTGATTATGATATCGCCGGAAAACTTGTTACCGT GGTGAGCTGTTATGTTTATGCTGGCGAGGCGAGAACAATAAAACAGGAGG AAAAAATGGCTTTTCTGCAAGCTGTGGAAAAGCGGATGAAATCCCTTGTA AAAGAGGAGTTCGCTCTTGTAACCGGGGATTTCAATGTTGGACATACAAC CCTGGATATAAAGAATTGGCGCGGAAATCTTGATAAGTCTGGGTTCTTAC CGGAAGAAAGAGCGTATCTGGATGCTCTGGTTGGTAACGAGTCTGATAAA GAATACAATGCTGGCGCAGGGCAAGGGTGGATTGATGTTGTCAGAAAGAT AAAAGGGGGGATCGATGGACCCTATACATGGTGGTCCATGCGTGGCAACG CTTTTGATAATGACACTGGATGGCGCATAGACTACCAGTTCGCCACGCAG AGACTTAAAGCTCTTTGGGTGGCTATTGACAGGCAGAAAAGTTATGCACA AAGGTGGACTGATCACGCACCCGTTGTTGTGAAATATGACTTCTAG >TWT744 exodeoxyribonuclease III GTGAGAATCGCAACTTGGAATGTAAACTCAATAAAAACGCGATTGAGTCA AGTCTTGCACTGGTTGACAGAAAACGAAATTGACATTCTCGCCCTTCAGG AAATAAAATGCAGGACCAATGCTTTTCCGGCAGAGGTTTTTATGGAGCAC GGGTATTTTTGTGCTGCCCACGGCCTTGGTGGCCGAGAGGGCGTGGCAAT AGTAAGTAAATCAGAGCCACAAGACATAACAACAGACGTGGAAGGGATTC CCGGATATGATGACCGGAATACAGGTAAACAGGATAAATCAGATGTACAA GCACGCATCATTGCAGCAACTGTTGGGGGTGTAAGGCTGTACAGTGTGTA CGTTCCAAACGGTAGGGATGTACACAGCCCACATTACCTATACAAGCTCG ACTGGCTTGAAGGGTTCGCGACTCATATTCGAGGGGTGATAAACACCGAG CCGAATCTGGTGATTGCCGGGGATTTTAACATCGTACTATTTGATAGTGA TAGCAACGACCCTCGCGTACAGACAGACACTGATGTATTTCGCACACCAC ATGAGCGGCAGGCATTCTACAACCTGCTTGATTTGGGCCTTAGGGACCTT GTAAGGCCAACAGAACCAGAGGGCTTCACTTTCTGGGACTATCGAGCGGG GCGTTTTCAGAAAAATGAAGGCCTAAGAATAGACCATATACTGGGAACCG ACCCAATTGCGAACAGCGTAAGGTTTGCAAAAATACATCACGAGCAACGA AAAGGAGATGAGGGTAAAACTCCAAGCGATCATGTGCCCGTTATGATCGA GCTGCGTTAG >TWT636 putative methyltransferase ATGAGAATTATTGCGGGGTTTGCAAAATCGATTAAGCTTGAGGCGCCAAC CCGTGGAATACGCCCTACAACCGAGAGGGTGCGAGAGTCACTTATGTCAA GCCTTCAGGCAAGAATGCTGCTTGAAGACGCGGTTGTTATTGATTGCTTC GCTGGAACTGGTGCCCTTGGTTTAGAAGCCGTAAGCCGTGGCGCACGCGT TTTACACTTAATTGACAAATCCGCAAAAGCCTTCAAGGCTTGCAAGAAAA ACGCCGATCGTGTCAAGGCATTTTGTGAGCATGCACAAATACATGTACAC AAAGCAAATGTCACCACATTTCTCAAATCATCTCTGCAGCACACTACCCG CGCAAGTTTGGTGTTTTTGGACCCTCCGTATGACTATCCACCACACAAAT TGGAAGAGGTGTTTATTCATCTCTTGCATTGGATTAACGAGGATACAGTT GTAATACTCGAGACTGATCGGGCAAATGGCACACCACCTGTCGGAGATGC TCTAAAGGTAACCGAACAAAAACAATACGGCCACAGCGTTGTCTGGTGGA TGTCACAGCCCTGA >TWT389 unknown GTGAGGTTGCATTTGTCACAATCCCGTTTCAAAAAACTGTGTGTGTGTAT CTTAGTTACAAGTCTTGCATTTTTCCACACAACCTACGTTGTTGCTGATG AGTCAGAATTACCTTCATGGAGTGAAATCGAGAAAGCAAAAACAGACATA CGAGAAAAGCAAAAACAAATACATGCAATAAATTTGGCGCTGAATAGGCT ATCGCAACGATTAAACGAGGCGAGTGACCGGGTTTTGAAATTGTCCGCAG ATTACACCGTCGGTGAGAATAACCTCGAAATAATTGACAACAGTCTTTCC AACCTTAATTTACAGAGGCGAAATGCGCAAAAATCCATTGTTGAATCCAG TAAACAGATAAATCGTGTTATAACAGGCATGTTTCAGGGTAGTTTGATTG CATTCGATCTTGATGCATTCAAGGTACCAGATGGACTGTTATACGGCCTC ACTGTTATGAATAGATACACGGACAACCTGTCTAATTTTAGAAACAAGAT GTTTGCCAGTTATAACTCGTTTTCGTATATTCAGCGACAAATTGAAGAGA CAAGACTTCTGCAAAAAAAACTTATTGTTTCAGTTGATGCTAAGCGTGCA GAAGCCGTAAAAAGTGTCGAGCAGTTAAAACTTGATATGGCGCGGAAGCG TGATCTCTCGACGAGGCTTCTGTCCATGCTCGCGTCTCTAAAAGGAACTA CCCTTGCAAAAGAAAAACAACTAAAACAAGAGGAGGAGAGGGCTGCAATA GCCAAGACAGAGCCTGCAAGGTCAACTGGAATCAACACGAAAATCATTGA GATAGATTCGAATACTAGTAAGACGGGCGGGCGCACTAGGAAGAATAAAA ATAAAAAGGATGATAGTAATCCGCTCTATCTTCTAGCAATATCTGGCCTG CCAAAACGTGAGGAGGCCAAGCGATATGCCAAGAAAAGGGTGTTTGATCG TGGGTGGAATGAAAAAGAATGGAAATGTCTAGAGATTCTGTGGACTCGTG AGTCCACATGGAGATGGAATGCGTACAATCTGTCCAGCGGAGCCTACGGG ATACCACAAGCACTCCCGGGTAGCAAAATGGCAAATATTGCGGATGACTG GATGACGAATCAGAATACACAAATAGAATGGGGGCTTTCGTATATAACTT CTCGCTATAAAACACCCTGCAAAGCCTGGGAATTCTGGCAAAAATCAAAT TGGTACTAG >TWT519 putative DNA helicase II ATGAATATGTCCCTCAGAGACAGTCGTCATATGTGCAGTATTCTCAATCT GCATGCGCCGACTGAAGAACAGAGGGCAATTATTGAATCTCCACTGGAAA ATGCTCTTGTTATTGCCGGCGCAGGAAGTGGTAAAACTGAAACTCTTGTT CTTAGACTCTTGTGGCTTATTGCATCCGGCAAGCTCAAACCCGAGTCTAT TATGGGCTTAACATTTACCAGAAAAGCCGCGGGCGAGTTGGCATCCCGCC TGCAGAAATCCCTTGCAATACTCAATTCTTATACTGGTGATGTATTGAGT CCAGAGATTGATGTTCTTACCTACAATTCATTTGCCAATTCCATATATCA AGATAACGCCCTGTTGCTTGACCATCCGGTTCCCTATACAGCAATTGAGG ATTCTGAAGCCCAACTAATCGCGCGCAGACTTCTTGTGGAACATGGCCTT GACGAGGACGAGCCGTCAGAGACAATTGACAACTTGGCGTCAAGTCTCAT AAAACTTGATGATGCCATAGTGGACAATCTACTCGATTTGGGTGAATTAA ATCAGTTTGCCTCAGAATTTATCGAGTTTGTAGGTGCTTTTGATGCACCC GTTGCGAAGTCAGACGTATTCAGGGCCAAGAGGTTAATTGCACTTTCAAA ACTTATTCCAGCTTTGAAAGATGAAAAAAAACTTCGCGGCAGAATCAGCT ATTCCGAGCAGGTTGCATTCGCACTGGAGGTTTGTCGCCAGACTCATGTT TTGGCGGAGTTTCAGGAGAAAATAGCTTACGTTGTATTAGATGAATATCA GGATACATCACCCATCCAGGTTGAGTTTCTGAAAACTATTTTCGGCAATA GATGTCGTGTTCTTGCAGTCGGCGATCCAAGGCAGGCAATTTTTGGTTTC AGAGGCGCAAGCGTGGCTAATATTGCAAACTTTGCACGTGATTTTGTTTC CAACAAACAGTACGAATTGTCTATTAGTTGGCGAAATGACAAAAATATTT TGGATTTAGCAAACCACATTTCTCCGAAAATAAGACCTTTGCACCCAAGA CCAGAAGCAAATGATGGGTCAACTTCGCTTGAGGTTTACACTGATCCCGA GCAAGAGGTGCATGAAGGCGCCCTGTGGCTCAATTCGGTTGTAGAAAAAG GTACGGCTGCGGTTCTTACACGAACTAGATCACGTTTGATTTCTGTAAGC CGTGTTTTGGACGAGATCGGTGTTTCGTACACTCGTGCTGATGTGAATAT ATTTTACGAGCCCGAAGTTGTTGACATCTTGTCATGTATGCGAATAATAA GCGGCGTAAATGAAAATCTTTCTTTCTTGCGTCTCATTACAGGTCCGCGT TGGCAGGTAGGAATAAGTGATCTACACGCCCTGCGGGGTTATATTGCGGT CGGTAAAAAAAACCTGGACAGAATATCCCTTTTGGAGGCGGTAAATCGTA TAAATATACAAAAAACACCTATGTCTTGTGAGGGAAAGAAGCGCCTGGAA GATTTTTTGGAATTTTTTCGCAAAATAAAAGGTCTTTCATTTTTATCACC CCTTGAGTTGGCATACCTAATTGAGGAGTCCCTGAACCTTGATATAGAGG TTCAAATGTCCCACCGTGGTCGCGAAAACCTAGATGCACTATACGAACTG ATTGCGTCCTTTAGGGGAGATAACTTAAGCGAAATGCTTGCGTGGTTCGA TTCCCTTGAAGAAGAAGATGCCTTCAGAGGCCCCACAAAACAATCCTGCC CCGGACAAGTCGAATTATTCACAGTTCATAGCGCAAAGGGCCTTGAGTGG GATTGGGTTTTGCTTCCATTTTTGGACGACTTTCCCGCGAAGAGCAGAGA GAAGAGTGGATGGCTTAGCAAGACAGGCTTATTACCATTTTGCCTTCGTC TCGACAGAGAGAGCCTCCCCGAGTTCTATTTTCACAAATGCTCTGATTCA AAGGAATACAGAGCTGCTCGCCGACAATATGAGGATGATGTTCTGCAGCA TCAGATCAGGGAAGAAAGGAAGTTACTCTATGTTGCTGTAACCCGTGCAC GACAGGGCCTGCGAATCTCCGCTTCTGCTAGACAAAAACCCGGTCAATTT CTACGGGAGATTTCTGAATTTCTGCAAACAGATCTACCACAAGCTGTTCA TAATAACCCGAAAAAGCGTGTTGGTTATTGGCCCCTTGATTCACTTGGCG CGCGTAGAAAACGGGTTAAACTCGCCGCTGCAGCCGTACACAATAGATCT ATTGAAGAAAGTGAAGAATCGCTCAAGAAAGAGCCATTAAAGGCTTTGAT AGCTGGAATGCTAAAGGAATTGGATATAAGCGTAGATAAACCGGAAAAGA GGATTTCCGCAACAGCGCTTTCCAAAAAAGATCCTAATGTTTTTTTGTTA CCACAACCGCCTATAAAAAATGCATGGCTTGGAGTTGCATTTCATGCATG GATAGAAAATTATTACTCAACATATTCGGATATGTTATTCCACGAGAACA GTGCCGACGAATACGGCATCTCGGGCCCTGTCTTTGAGCAATCTCAACGA TTTTCCCCAGAGCTTGACCAATTACGACATAACTTTATGCAGTCCGAATG GTCTTATAAAAAGCCCATTGCGGTTGAGCTTAGCCTTGAATGGCTTATTG GTGATGTTATTGTGCCGTGCACAATCGACGCTGTTTTTTTTGATGGCGAT AGATATACAATTCTGGATTGGAAGTCGGGACTATCATCTAATCAGTATCG CATTCAGCTTTCGTTGTATCGGCTTGCCTTTGCTGAATGGAAAGGTGTCA ACCCTGACAAAGTGGAAGCAAAAATATATTTTGCGGCCGATAATAGAACC ATCAAGGTTAGGCCATACACTGTTGATGAGCTTGGTAAGATGCCGGGATT TCTGTCTGACCTTTTCTCATAG >TWT396 putative DNA glycosylase ATGCCTGAGGGGCATTCAATCCACCGTTCTGCAATTCAATTTGAGCATAA TTTCGTTGGAAAAAAAATAGGGATTTCTTCCCCGCAGGGGAGGTTTTCCC CCGGTGCGCGGCTACTTGACAAGCAAAGAATGATATCTGCCAAAGCATAC GGAAAGCAGCTGCTTCTGGGCTTTGAAAATAACCGGTTCTTGCAAGTTCA TCTGGGGATATACGGCGCTTGGCAATTCTATGGGAATATATCCTGCGCAC CAACTATATTGCCCGGGGCAGAAGGTATTCAAAGCATTGGTGCCCCCAGG CGATTGAAGGGGCCTTGCATAACCAAGAACAGCGGCTCTACCCCCGGGGC ATCTTGGAAAGACCTGATGTTTAAGCATCAGGCCCAGGCAAGAGCTAAGC TCATTACAGACACCGCAGGGGTTCTTCTGAGCGGACCGGCGGTCTGCAAA GTTTTGACACCCGAAGAGGCGGATGAGCTTATCTCGCGACTTGGTCCGGA TCCGGTCGTCAATCCGATGGGATACAACCGCTTTATCAAAGCAGCTCGAA AAAGCAACCTCCAAATATGCAAGCTACTCATGAACCAGTCTGCTATCGCT GGTATAGGGAATATATACCGCGCGGAAATTCTATTCAGAAATAGAGTAAA CCCATTTCTTACTTCGAACACCATCCCGGAAGACACCTTAAAAAGGATAT GGGACGACTGGACAGTCCTGTTAAAATGCGGAATAAAAACCGGACAGATG ATCACTATGAATAAGGCGCCGGGACACTGGGTTTACAATCACCACAAGTC CCCATGTTCAGTCTGCTTTCACCCAATAGATTGCGTAAACGTGGCAGGCA GAAAGCTGTACTGGTGTGTCGTCTGTCAAGCGTAG >TWT098 unknown GTGCACTACAGAGTGCTTGAGTCTAAGCTTTTACACAAGGGTGCGGTGTG GGACGTTGTGCAGGAAAAGCTCGATTATCGCGGCGAAACAATTAGTCGGG AGTTCGTATCTCATCCCGGCGCAGTTGGTGTGCTTGCGCTGAACGATAAG AATGAGGCTCTCCTGATAAGACAGTATCGACACCCAATTCGCACGAGAGA ATGGGAAATTCCTGCAGGCATGCTCGATCTATCGGGTGAATCCCCCCTTG ATGCTGCCAAGCGTGAGCTATCAGAAGAAGTGGATATGTGTGCACAAACC TGGCACACCCTGATTGATTTCACCTTAACTCCCGGTGGAAGCAATGAGGT GATGAGAGTATATCTCGCGCGTGAGCTGAGAGCATCTCAGGCTAAGTTCA ATAGAAAATCAGAAGAAGCTGATATGGAAATTGCATGGATTCCGATGGAG GATTTGTTATTTTCTGTTCTCACAAGGAGAGTACAGAATCCAGTTCTTAT GCTGGCAGCCCTTGCTGCGCATGAGGGCTTGCAGGTGCAATGGAAATATC TGAGAGATGCAGATGAGCCCTGGCCGGTCTATGAAAGATTAAAGGGCCTC ATAAGTTAG >TWT118 DNA helicase ATGTTTCCCGAAATTCAGGAGAATATGACAAACGCGGTTATAAAGGACAG GACTTCGCATTTACTGTCGGCTCTTGCAAGAACTGTAAGGGAGGTTGAGA TGTCCCTGGTGCGCAAGAGAATAGGCCCGTCATCTGTGATGCGTTTTCAT GCAGTGGCCCTGTTATTGAGGCAAGAGCGAGCTCGCGTCAAGTCTGACCC TGACATAACCGATACAGTACGCACTGAACTCATTAGGCGACTCGATGGGC TTGCTGCTGTTATGGTGCGTATCGCCGCAAGAGACACAGCCCTCATGTCT ATTGTTACCCCCGATGCTCCGGTTTCTGATGGCGCACTGTTGTATCGCCG GAGATTGCTTTCTCAGATTGGTGTTATTGACCCTGATGGGGGGTCTTCAG AGATCCGCGAAGCCGCGCCGCCGCCTCCCAGCTTGGAATTGTATCCGCAA AGTGTGAAGATGTATCACGCAACTCATATCTTTCGTCCGCCCGGGCCAGA TATGGAAAGCGATCTAGTTCCAATAATAAGATTGGCTAATTGGGACCTTG TTGGTTCCGTCTTTAAGGCTTTTTCCCAAGGCGGCGCGTCGGTGTGCAAG TCCTTACCTGCACCTTCACCATTTCTTGATCGACTTGCGCCCGACGGATT GTCCATGATGCCACATCAGGCCGGTTTCGTAGAATCTGCCCGCCTGGGTC ATAGGAGTTTTCTCTTGGCCGACGAACCCGGTTTGGGCAAAACGGCCCAG TCATTACTTGCCGCTGGAGTGACAAACTCATTTCCGCTTTTAGTTGTCGT TCCAAATGTTGTCAAGCTCAATTGGGTGCGTGAGGCCAAAATGTGGCTTC CCGGCAGGCGGGCAACGATTATTAGTGGAGATGATCTTGATGCCTTTGCG GATATTTTCGTCATAAATTACGAAATGCTGGACCGTCACATGTTGTGGAT GGTTGATTTCGGTTTCGCGGGCATGGTTGTTGATGAGGCACATCTTATAA AAAACTTTTCTTCCCAGCGCTCTGGGAATGTGCTAGCGTTGGCTCAACAC ATACGAAAGAAATGCTGTAACCCCCTGATGATCGCCCTGACCGGGACTCC TGTGATAAACAGTGTCGAAGATTTCAGGGCTCTATGGTTATTTTTGGGGT GGCTTGCCGGACCTCGGGGCAGGGATCTAAGCCCCGTTTTTGTCTCTGAG CTTGAGAAAACAGGCTTAACACCCGAAGATCCGGGGTTTTCTGAAACTGT TAGGGATGTGATGGGGCATCTTGGAATTGTACGACGAAGAAAAACACAGG TTGCAAAGGATCTTCCAGAAAGAATGGTCGTAGATCTGCCTGTTGAACTG GATGGCGACGCATTCCGCAGTGTAAAAAATGCGGAAGATGATCTGGCAGA TGCGCTCTATGCGCAGTATATTTCCCTTAAGCACCTTAGAATCGACGATT ACCAAATTCGCCTGAAGGCAGTGGAGCGTTTTGCGGTTGAATCGAAAGAC TCTAGTGCGTTGAATATTTTTTCTATTGTCAGGAAGATAGGTATTACAAA AGCGCCCCTCGCGATTGACTTCACTATTCAGATGCTGGATTCCGTTGGTA AAATCGTTTTTTTTGCAAAGCATATCGAGGTTATGAATATGGCTGAGGAA ATGTTTTGCCAGCAGGGCATTCGTTCTGTTTCAATCAGGGGGAGTCAGAC GCCAAATGACCGGAAAAATGCTCTCCGTACATTTGATGAGGATCCGGATA CACGTGTTGCAATTTGCTCCCTAACCGCTGCTGGACTTGGCATAAACCTT CAAGTTGCTTCTAATGTAGTTTTGTCAGAATTGAGTTGGACTGCCGCCGA ACAGGGTCAGGCGATTGATAGATTACATCGCATTGGTCAAACGGAGCCCG TAACCGCCTGGCGCATTCTGGGCGCGGGTACGGTTGATATTAGAATGGCT GCTTTAGTTGATTCAAAATCAAATGATGCAATCCTGTCTCTGGATGGCGG AGATATGCGTGAAGTACAGCAAGAGAGTCTTCATATAAGATCCCTCCTTG ACTTGCTTGATGATAGGATACGTAAGGCTGAGCAGCACGTAGAGTAA >TWT359 putative primosomal protein N' GTGCCGCGTGTAGCAAAAGTTCTTCTGAATTTATCGGGACGAGATATTCT GCTGGACTATTTTGTACCAGATGGTTTACATATAAACAGAGGGCACCTCG TAACTGTTCCTTTCAGGGGCAAAATCTGTGAGGGTTATGTCTTGAACATA CACACTCCAGAATCTTACGTAGGACATTTGCGTTTTATCCATGATAAGCC CTTGGAAATACCTGTTCTAACACGTGATATAAGCCTTTTGGCTCACAGGA TTGCACGAAGAAACTGCAGTCAGATTGGTAATTTGCTGCATCTTGCAATT CCTAAAAGAAGAGTCAGGATAGAAAAAGCCTTCTTTAAAAATCTGTCCGG CATAAAAGATACGGATCCACCAGTCCAGAGTCAAGATTTTGCCTTTTTCA GTCAGCGCGTGCGCTTGACCTCACGGTGCAGGTATTCATTGTGCGTCCCG ATAGGTATCGATACTCAGGGTATTCAACCGTGGGCCCACGAATTTGCTGC CCTTGCCACTCAATGTTATCGATCTGGTAGAACAGCAATTCTTGCTGTTC CAGATCAAAAATGTCAGAGGCAACTCTTAAAGGCACTGTCAAAGGTGCCT GAATTACGGAATGATGATATAAAGATTCTTAATTCAAATCAAACTTCGTC CGATAGATATAAAAACTTTCTTGATTGCCTCCTTGATAGGGAGAGAATCA TTGTTGGGAACCGTTCTGTTATTTATGCGCCCAGCAACAATCTAGGGCTT ATAGCAATTTGGGATGAGGCAAATTATGCATTTCTTGAACACAGGACTCC ATATCCACATATAAGAGATATTGCACTAATAAGACAACAAATCTCCGGCT GTGTTTTATTATTTGCTTGTCATATCCCAAGCATGCCGGTTATGTATCTG GAAAAAACCGGTCATATAGAATGTGTCGGATACGCATATCGAAGAAGGCC AAAACTTTTTGTACCGAAAGAACCCGGGCAGATTCCATCTGATGCCATAA GAGTTATGAGAAACGCTTTGGATACGGGACCCGTTTTGGTTCAGGTGCAA CAGAAGGGTCATATTCAAAGCTTTTCCTGTGCAAATTGCGGCCAACTTGC CCGCTGTAAGGACTGCTCCGGACCTCTCACAAAAACATCTTTTTACGGCA CCTCTCAGTGTAAATGGTGTGCCAAAATTGCCGATAACGCATGTTCAATT TGTGGATCACAAAAAATTGTTATGCTCAGAAGGGGCAGTGATAGAACTGC ATATGAATTAACCCAGGCATTTCCAGGGTGTAACGTGCTAACAAGCGATT CATCGAATCCGATTGAGTTACTTGATGTCAAAATGCTTAAAGGCACTATT GTTGTTTCGACTTGCGGTAGCGAGCCGTTAGTTTCGCAGGGCTATGCTGC TGTTTTAATTCTTGATGCAAACACAATGGCCGTTAGGCAAAACTTTGAGA CTGCCTACTCGACTCTAAAAAGGTGGACTGCTGCAATTTCCCTATTACGA CATGATGGCACTCTTATAATTCCAGGTATTGTAAATAGATTAGTGAGAGC GATCGGCGCTTGGCAACTTGTGAGCTATCTGGAAACAGAGTTGGAGCATA GGATTACCCTAAAATTACCTCCGGCTGTGAGAATTTTCAGTATAACTGGT CGTAAAAGTGAAATTGATATTATCGCTTTGCATCTCAGGGAATTTGATCC TGTTAGGGTTTTTGGCCCTATAAGCCAGGATGATTCAAAATTTCGCTTGA TTGTTATGAACGATTTTAAGGATGTCAATAGAGTGATGGATTTTGTGAAA AAAATGTTGGATTCTTTGCGTGGTAGCTCTATCAAAATTAGATGTGACGA CCCGGAAATTCTCGATGAAATCTAG >TWT771 DNA modification methyltransferase GTGCGGAACGGTGGTACCTGCTGGAGTCCAGACGGAGACAACCTTGTGGT GCAAGGTAATAACATTGACTTCCTTCACAAATTACCTGATGACTCCTTCC AACTCATATACATAGACCCACCATTCAACACGGGTAAACGACAAACCAGA CAATGCAGCAAGATGGTCAGATCACCCTACGGTGAACAGATCGGATTTTG CGGAAACAGGTACAAAATACTCTCGGAGAGTAGGACCGAATATGCAGATA TGTTCGATGATTACCTGGGATTCCTAAAACCGCGACTGCACGAAGCATGG CGGCTCCTCAAGCCGGAAGGGATGTTCTATCTACATCTTGATTACCGGGA GGTGCACTATGCAAAAATCCTACTGGATTCCATCTTTGGGCGCGATTCAT TTATAAACGAGATCATTTGGGCGTATGACTACGGAGCAAAGACAAAAAGG AGATGGCCCGCAAAGCATGACAATATCCTCGTATACGCCAAAGATCCACG AAAATATCTATTCGATAGCGAAAATGTTGATCGGGAGCCGTACATGGCCC CAGGGCTTGTAACTCCTGATAAAGCGAAACGTGGAAAATTACCAACAGAC GTTTGGTGGCACACAATAGTGTCACCAACCGGAAAAGAAAAGACTGGGTA TCCAACGCAAAAACCCGAGGGGGTTTTGAGGCGTATAATTCAAGCAAGCA GCCGTCCAAATGATTGGGTGCTTGATTTTTTTGCTGGCAGCGGAACCACT GGGATTGTTGCGGGCAAATTGGGTCGTAAATTTGTTCTGATTGACAACAG TCCTCAAGCCGTGAAAATAATGAAATTGAGAATAGATCGGAGTCTGTCAG AAAATCCAGTCAGGTACACAAAGCTGTATTAA >TWT325 deoxyribonuclease ATGCGCGGCCGCAACACACCCCCGTATAACCCAAAGGTACTGGCAAATAA TGGCAAAACAAACACCTCAAAATGGAATAGAATACATGGGATGGCAGATA AAGCATCAACATATCCCCCATTGCCGCTTACCCTACCCTCCCCGGTTTAT GACTCTCATACCCATCTTGCGCCTGGCACAGATTACAAAGATCAATTAGA CCGCGCTGAGGCGGTAAATGTAATTGGGGTTCTTCAGGTTGGCACTGATG TTAACACCAGCCATGCATCCGTGGAGCTTGCAATGCAAGATCAGAGAATT CTTGCTGCTGTAGCAATTCATCCAAATGACGCTGCGGATATCTATAAAAA GGCAAATGATGCCACACACCGAGTTGAAGGCCAACCACACACAGAGTGTG AAAAATGCATACCCCCAGCAAAAGCTCTTGAAAAGAGTTTGACACAGATC GCGAACCTCGCTGGTAGTAAAAGAGTGCGAGCAATTGGTGAAACTGGCCT GGATTATTTCCGCACACAGAGTGATTTATATCGAGCAGCTCAGAGATTTA GCTTTGATGCGCATATACAAATTGCAAAAGAACATAATTTGGCACTTCAA ATTCATGATCGAGATGCACATCGGGACGTTATTGAATGCTTGTTGCGTGC CGGTGCCCCTGATAGGACGATTTTTCATTGCTTTTCCGGTGATGAACAGA TGCTTGAAATTTGCATAAAGAACGGATGGTACATGTCATGCTCTGGAATC ATTACCTTTAAAAACGCGAGAGAAATGCAAAAAATATTTGCAAAAGTTCC AAAAGAATTGCTTCTGGTGGAAACAGATGCGCCATTTCTAACCCCCTCCC CTTTTAGGGGTTTCATGAATTCCTCCTATATGCTTGCCCATACCGTAAGG GCCCTGGCAGAAATAAGGCAAGAGAATATCGATCAATTATGCACTCAACT TTCGCGTAATACATGCGAAATATTTGGTAAGTGGTAG >TWT375 unknown ATGGTTAAATCAGTAGCTGACCGGTTTTTTTTGGGTCTTGATTTTGGGTC CACACGTATTGGCGTTGCTAGGAATTGCGGCAGTCTGGCGGTTCCCGTTG GCGTTCTTCCCCGCGCCTCCTGTGCTGAGATTCTTGGTTATATCAGTCGG TATTCTATTGATGAGGTTGTTATAGGCCTCCCGTTAACTCTTGCTGGAAA GGAAAAACAGTCAGCGCGGTTGGCAAAGGAGTTTTCACGCTTTCTGGTTT CTTCTGGTGTACAGGTGAGGTTTTTTGATGAGCGCTTCACAACTGTTATC GCGACACAAAAGTTTTATTCCCTTGGGAAAGGTGTGAAGCAGATTCGCAA GTGTGTCGACGCCGCCGCCGCGACTGTTATGTTGCAACTCTTCCTTGATA TGGAAGTTAAAGTTGACCCTCTGGAGAGAAAGCCTTGA >TWT091 unknown ATGCGTGCGGTGTTTAGCGTGACATTTAGATCGGGCAAGCGCGACGTGCC GCAGGGGGGTAAGTTAATGCAGCTAAAACAAGTTACTATAACGAATTACA CTCCGATATCTGACATAACACTTGAGGTGCGACGGCACCTCGTTCTGGTT GGTGCCAACGACTCGGGCAAGACATCAATTCTGACCTGCCTTGATCTGCT GCTGAGTGCCACAACACCAATGTTATACAGTCACTTCCAGGCGTGGCATT TTCGAGATGCAACAAAACCAATAATTATCAGCGTTGACATCAACAATCTT GATGACAAAATCCAAATTGCGTTTGGCATAAACAACAACCGGATATCAGA GATAAAGCTCACACTGAGCGCGTTTCTTGATGAGAGTCAAATGCTAACAA TAAAGCGAGAGGTGCTTTATAACAACACAACAAAGCCTGTTGCCGACAGC CAACTTACCGGCATTGGTTGGGAGTTATTCGATGCGGGTGAAGTGCCATG TACAGCGAGTCAATATAAAACAGTTCTTAGTGGCGTTATGGAATCAACGA ATCTTAGGCAGCACGGTCTTTCATCTCTAACTCAGTCGTTTCGTGAGCAA ATCGAGGCATCACCGTTTTTGGAAAATCTGCGCGAAAGACTTGCAGAAAA ACTGATAAAAACCATGCCTGGCAATCTAAATAAAGATGCAGTCCATCTTG TACCAAAAGACGATATAGGCACACAGGTACTTGGCAATATCAGGGTTCAG GTAAAACGACAAAACAAGTCACCTCATATGATCGATTGTTTGGACGGAAT GCGATCGCTTTATGCAGTGGCCATTTATGATGTCCTCAGTAGAGATGCGA GTGTTGTTGGTATTGACGAACCAGAGACACATCTGCATCCGACGATTCAG AGAAGCCTGGCGCGGGTTTTGCAAGAGGAATCTAATCAAAAAATTATTGC AACCCACTCGGCTGATATTGTTGGAGCCTTTTCGCCAGAGCACGTTGCGG TTGTTCAGCCCAATGGGCAGGTTGTCCAGCCAGCACGGGGCTTTCTCGGA GAAGATGAGCGCATTATTGCAAGGTGGTGGGTTCACGGGCGACTGGAGCC CCTAACCGCTAGGCGGATTGTTGCTGTCGAGGGGATTTCGGACCGAATAA TCCTTGAGAGTGCAGCTGAAGTAACTGGGCGAAATCTTGACCGACTTGGT ATTGCTTTGATAGAAGCAAATGGCTCTGGGGATATGTGGCCGATCTATAA ACTATTCGGACCAAAAGGTTTTAGGATCCCTATTTCCTTGCTGATTGATT CTGACGCTGTTCAGCACACTTCAGTGCGACTGGGAATTCCAAAAAATGAG TTTACTCAAAACTCAATATATGTTTCGAAGCGCGATTTGGAGGACGAGTA TACAAGGGCCATTGGTGCAAATACTTTATGGAATGCACTAAGAGAGTCAA AGCTCTTTGCTCATTCCGAGCTGCGCGGGGGTGGAAAAACCGAACAGGCA GTTGCTGCGTTTTGTCGTAAAAACTCAAGTAATAAAGTCAGGGCAGCTCT TGTTGTCTCATCTCTCTTAAATGAAGAGCTTGCAATAGCGATTGAAAGTG TAAATAGCCTCCTGAATGCGATCGAACTACCAAGGTAG >TWT384 comEA, comE operon protein 1-like protein ATGCACAAGTTTCGCTGGACCCTTTCTGCGGCGACTTCTTGGTCCTTCGT TATCTCTTTGGTACTAGCGTCGGGCCTGCTCATTCTGGTTTATACAAAAC CTTTTTTTGGCCCTGATAAGAATTCTAAAAATGTTTCATTTGATGCTATT GAAAGTCCTGCACATACCAGTTTTACAGCCACATCCTCTGGAATGAATAT GATTAGCGTTCATGTAGCCGGTGAAATCGTTCATCCCGGAGTCTACTCTC TTGAAGCTGGCTCACGCGTAAATAACGCAATTATTGCTGCAGGTGGATTC AAACCGCTTTCTGATACTAATTCAGTAAATCTTGCAGAATTACTCCGTGA TGGGCAAAAAATTGTTGTTCTTCCAAAAGACAGTGAATCTTCGCCTGTAA ATATAAACACTGCGGATGCCCAGAGATTGCAGTCAATAAAGGGAATAGGA AAGGCTACAGCTAAAAGAATTATTGATTGGCGCAACAAACACGGACCCTT CAAAAGGCTGGAGGATCTGAAAAAAATATCTGGTATAGGTAACAAACTTA TCAAGAGCATAAAAGACAAGGTTATACTTTGA >TWT001 dnaA, chromosomal replication initiator protein GTGAACAAAACCCTAAATCCACAGGAAGTCTGGATAAAGGCTGTCCGAAA CTTAGAAGGTTTTTTCTCTTCCCCTCGTGTAATAGGTTACCTCAAGAAAG CGTCACCTTCGATAGAGGGGGAAAGTCTCATAATAACTTTCCCAAATAGC CATCTTGCCTCTGTTATGGATGATATTGAGGTATACGATGCAACAAAAAA GACTATTCTTGACTCTTACCCAAGTATAAAAGAGATAAAAATAACAATCT CCCCGGATGTTCTTGAAAAGGAAATAACTGAAGAAATTAATGACCTTGTC CAGTCTATGGAAGAGGAAGATTTTGCCCTTATAGATCACACAAAGCCGGT TATCCCAAATTTCTTCGATCAAAACACACGGGTAAACTTTGGCGGAGGTC CAAACAACCATCACCCAACAACAGGCGTTAATCCAAGGTTTACATTTGAT AATTTCGTTGTAGGAAAATCAAATGAACTTGCTCGAGCGGCATCAATTTC TGCGGCAGAAAGGCCTGGAAAATCGTTCAACCCCCTTTTTATATACGGAG ACTCTGGGGTTGGAAAAACACACCTCCTACACTCGATAGGTAATTATGCA AAATTCTTATTTCCGTCCCTCAGAATTAAATACGTTTCTTCAGAAGACTT TACAAATGACTTTATAAATTCCATTTCTTCTGGAACAAGCCAAAAGTTCC AGGAAAAATATCGTCAAATAGACATTCTTATGGTTGACGATATCCAATTT TTGCAAAAGAAACAGGAAACTCAGGAATCCTTTTTCCATACATTCAACTC CCTCCATAATTCGAGCAGGCAGCTTGTTATCTCAAGCGACTTACCTCCAA AGCAATTAATGGGCTTTGAAGACAGAATGAGATCACGATTCGAATGCGGT TTAGTGTGTGATATACAAAAACCCGATCTCGAAACACGAATCGCCATTCT TCAGAAGAAATGTCAGAACGAGAAAAAAGAAGTATCAATGGAAATACTCA CATATATCGCAAGTTGCTTTAGCAGCAGTGTTCGAGAGCTTGAAGGTGCC CTTTTGAGAATATTTGCGCTTGCAAGTTTCAATAAAGAAGAAATTAACAT GACACTTGCGCAAAAAGTACTAGAGGACCTTGGTGCACAAAGGGGTGACA AAATAGACCCAATCGAAATAATCGAGATTACCGCAAAACATTACGACCTA GCCGCTTCAGATCTTTGCGGGAATTCACGCGTTGCAAATATATCTATCGC GAGGCAAATTGCAATGTATTTATGCAGAGAACTGACAGATGTATCTCTTC CAAAACTTGGTTATATCTTCGGAAGAGATCACAGCACAATAATCTATGCA ACGAGAAGAATAAGTGATTTGATAGGAAAAGATAGAAAAACATTTAGTGA TATATACAAGCTCACGCAGTTTATTTTGAGGAGATAA >TWT738 dnaC, replicative DNA helicase ATGTCTGATACAAAACAACCACCATGTGACATAAATGCCGAGCGGGCACT GCTTGGCAGTGTCTTACTCAGTAAAGACGCAGCGGCAGAGGTATTTGATC GCATAAAGCCAAACCATTTTTACTATGAGGTTCACAAAGAAATATATAAG GTCATGCTTGATCTATATGCCGCATCTGAGCCAACCGATATGGTGAGTGT GAGCGAATCTCTTAGGAAAAATCACCGGCTGGAGCACACTAAGGGCTTTG AGTATCTGAACGGCCTTGCAGAAATGGTTCCCACGCCGGCCAATGTGTAC TTCTACGTGAATATCGTTATGGAAAAAGCGATTCTCCGTAATCTGGCACA AACAGGGGTGAACATATTCCACATGGCAATGGATGGCGTGCATGATGTGG AAGAAATTGTCAATAAAGCGCAGAGCGATATTTTCTCAGTAACAACTGAT GAAAGTGATGATGATTTGATACGGCTTGATGCTGTTGTAAAAGAAACCTG TGAGGGTCTCGATGAATCACATACGAATGAAGATGTTCTGCGCGGTATCG AAACAGGGTTCACACGCTTTGATTCGCTAACAAACGGGTTGCACCCGGGG CAAATGGTAATCATTGCCGCAAGGCCGTCCATGGGAAAATCAACCCTTGC ACTTGATTTTGCACGGTCTGCTGCTATAAAACAGCGTGTTCCGACTGTGT TTTTCAGCCTTGAAATGGGCAGGCAAGATATTGCGATGAGACTTCTGAGC GCAGAAACTGGTATACCCCTGCAAAACATAAGACATGGCAAGTTGTCCCC CGGTGATTGGGGGGCAATAGGCAGTCTACAAGGTAAATTGGCGGATGTAC CATTTTTTATAGATGACTCTCCAAATGTAAATCTCGTTGAAATACGTGCA AAGTGTAGACGATTGAAACAGCAGGGGTTGGGGTTCGTAATTATCGACTA TCTACAGCTACTCTCTGGTAGCCAGAGAGTAGAGACGCGACAACAGGAAG TCAGTGAGTTTTCCAGATCACTAAAACTTTTGGCAAAGGAGCTGCAGTTG CCGGTATTAGCCCTGTCGCAGCTCAACAGAAGCTCCGAACAGAGAGCCGA CAAACGCCCTGCCATGGCTGATTTGCGAGAATCAGGCTCAATCGAACAGG ATGCGGATCTCGTTATACTGCTCCACCGCGATGAATACTACGACAAAAAT GCCAGAGCGGGTGAAGGTGATCTTATAATCGCCAAACACCGCAACGGACC GACGGATAATATACCGGTCGCATTTCACGGCAAATACTCACGCTTCGCTG ACCTGCCACGTCAGGACATGCGATAA >TWT510 dnaE, DNA polymerase III alpha chain TTGAGGGATTATATGAGTTTTGTGCATTTGCATGTGCATACTGACTATTC GATGTTGGACGGTGCCGCCCGGACAGAGGACCTTATGCGGAAGGCAGCAG AAGACAAGATGCCGGCAATTGCAATAACTGATCATGGGAATACTTTCGGG GCATTTGATTTTTGGAAAACTGCAAAGACATATGACATCAATCCGATAAT TGGTATGGAAGCCTACTTGACGCCAGGAACGAATAGAAAAGAAAAAGTTC GAAAATTCTTCGCCTCGGGCGGTCCTGATGACGTCTCAGCAGGCGGGGCT TATACGCACCTTACCCTTTTATCACAAAATAACGAGGGAATGCATAATCT TTTCAAGCTTTCTTCTCTTGCAAGCATTGAGGGCTACTATTTTAAACCCC GTATAGATATAGAGTTGCTCAATCAGTATTCAAATGGCCTGATTGCCACA ACAGGCTGCCCAAGTGGGGAAATACAGACTCGGTTGCGTCTTGGTCAATA TTCTGAAGCTCGTCAGGCTGCGGCACAAATGCGCGATATTTTTGGACCCG AAAACTATTACTGCGAAGTGATGGATCATAACTTAGAGATTGAAAAGGCA GTTATGCCAGATCTATTGCGCTTAGCGGGTGACCTGGGCTTGCCTCTGTT GGCAACAAATGATCTTCATTATGTGAATTCTGAGGATTCGGCAAGTCACG CAGCGCTTTTATGTGTTCAATCAGGGTCGACTATAAATGATCCTAATCGT TTCAAATTTGACTCGGATGAATTCTACTTGAAATCTTCCAGTGAGATGCG GATTCTTTTTGAAGACCTTCCTGAAGCTTGTGACAATACCCTTCTGGTAG CGGAACGATGTCATATCAATTTTGATACACAAAGAAGTTTCATGCCGCGG TTCTCCGTACCGGAGGGTGAAACAGAAAATAGCTGGTTTGCCAGTGAGGT AAAGAGAGGAATTGCCTCAAGATACCCAAATGGTCCCAGTAGACGGGTTA TTGAACAGGCTGAATACGAAATTCGTGTTGTTCAAGAAGCTGGCTATGCT GGCTATTTTTTGATAGTTGCGGATTTTATAAATTGGGCCAAACTGAACGG AATTCGCGTTGGCCCAGGTCGCGGAAGCGGAGCAGCCTCAATGGCGGCAT ATGCGATGCGTATAACAGATCTAGACCCATTGGAGCATGGGCTTATCTTT GAGCGCTTTCTAAATCCCGCAAGGATTTCAATGCCAGATTTTGATATCGA TTTTGATGAACGCAGGCGGGGTGAAGTTATAGACTACGTCACAAAAAAGT ACGGGTCGGATCATGTTGCACAAATTGTGACTTTTGCAACCATTAAGGCT AAACAGGCCCTCAAGGACTCTGCGCGGGTCTTGAGTTATCCGTATAGCTT CGGCGAGCGGCTCACAAAAGCTATGCCCCCCGCAGTCATGGGCCGTGAAA TTCCCCTGCGCGCTATTTTCGATACCACTCATTCACGTCATAGGGAAGCC AGTGAAGTCAGGCAGATGATTGAATCTGATTATGAGATGCAACAAATCTT TAATACAGCAAAAGGATTGGAGAACTTAAAGCGCCAATGGGCCGTGCACG CAGCTGGCGTAATCATGTCTGATGCTCCTATTATCGACATAATTCCAATC ATGAAGCGCGAGTCTGACGGTCATATAGTGACGCAATTTGACTACGCTTC GTGCGAATCTCTCGGTCTTGTAAAAATGGACTTTCTGGGCCTTCGTAACC TGACAATTATTGATGATGCACTTGCTAATATTCGGCAAAATAAAAATACC AAGGTAGATCTTGAAAATCTCCCCCTCGATGACCCGGAGGTTTATAAACT TTTGCGCAGAGCCGATACATTAGGTGTTTTTCAGCTTGACTCCGGGCCAA TACGGCAACTCTTGGAGCTTATGCAGCCTGATAGTTTTGATGATATATCT GCGGCAATAGCACTTTATAGGCCCGGCCCGATGGGGGCTAGGTCACATAC GAATTATGCACTTAGAAAAAACCGGAAGCAAGAGATTGATCATATTCATC CTGAGCTCACAAAGGATCTGTCTGTTTTACTGTCTTCCACATATGGCTTG ATTGTATATCAGGAACAGGTTATTGGGATTGCGCAAAAACTCGCGGGATT TACCCTCGAAGAAGCTGATGTTCTTCGCTGGGCAATGGGTAAAAAGAAAA AGGATGAGCTCGATCGGCAGTACAATAAGTTTGCTAACGGCATGCGAAAG GCTGGTTACAGCGACGGTGCTACGGAAGCACTGTGGAATGTTCTGTTGCC TTTCTCCGATTACGCATTCAATAAAGCACACGCAACGGCATATGGACTCA TATCGTACTGGACAGCTTACCTAAAAGCACATTACCCAACAGAATATATG GCTGCCCTTCTTACAAGCGTTGAAACCTCTAGGGATAAACTCGGTCTTTA TCTACAGGAGTGTCGACATATGTGCATAAAGGTTCTGTTACCAGATATAA ATGTTTCAAGGAGCGGTTTTACACCATCGGGGGAAAATATTTTGTTCGGC CTGGGGGCGATTAAAAATGTCGGAGCCAATCTTATTGACGATATCCTTGA GGTCCGCGAGGATGGACCATTTGTGAGCTTGATAGATTTCGTTCAGCGTA TGCCACACTCGGTTTTGAATCGTAGAAGTGTTATGTCTCTAATACAAGCC GGGGCATTTGATTCAATTCATCCAAATCGTAGATCTTTGATGGATATACA CAGGTCAGTCTTGGAAAACTGTCAGGCAAATGCCCGCCGTAGCGATGTGT CATTGCTTGATGGCCTGCTTGATGAATATGAGGGATTTTCACCACCCGAT ATACCTGATTGGGACAATCGTGAACGATTGAAATATGAGCGTGAAATGCT TGGAATGTATGTTTCTTCACACCCTCTAGATGGCCTTGAGGATTCACTCC TAAAATTCAGGGACTGCTCTATTGCCGAGTGTATTAGCCGTAAGCCTCAA GATGTTATAAGGGTTGCAGGTCTTATTACCAGCGTAGAGCACAAAGTTGC ACGCCGCACTGGTATGCGGTATGCCCATGCGATTCTGGAAGATACCAGTG GTGAGATTCAGATCATGCTATCCGGTCAGAACTACAACAATTTTTCAGAA CAACTTGTTACAGATTCAATTGTTTCCGTTACCGGCCGCATCAGTTTTCG TGATGATGCCACGACCTTATACTGTGATTCCATCAAAGATGTATTGCCAG TCAAGAAAGAAGCGCGGTTACGCCTGAAATGTTCTGAAGGGTTTCTCACG CAGAACGTGTTTATTGCCCTTGACGATGTTCTGCGGAAATATCCCGGAGA TACTCCTGTTACGATGGAGGTTATTATCACCGATAACTCAGTTGTGAAGA GCAAAACCTTTGAGCTCAGTCGCTGTGTTGAAATTAGTAATGATCTCATT GCCGAAGTGAAAGGTATACTTGGGATAGAGGGGATTTCCGGTTAA >TWT288 dnaG, DNA primase ATGAGCAAGATCAAGCAAGAGGTTATTCACGAAATAAAAGAAAGAGCAAA CATCCGAGAGATTATTGGCGAGTACACAAACTTGAAGCGTCAGTCTGCTG GTGCATACGCCGGGTTGTGTCCATTTCATAGCGAGCGAACACCGAGTTTT CATGTTCGTGAAACGGGTCTATATCATTGCTTTGGCTGCGGTAAGGGTGG GGATGTTATTAGCTTTGTTCAGGAAATAGAAGGCCTAAATTTTGTTGATG CGGTCGAGCAGCTCGCAAGAACTCTAGGGATCACAATTGTTTATTATGAA GGTGACTCCACGCCGGATAGTAGAAGTAATCTGCTTGCCGCCTGCAAATC TGCCGCAGAGTTCTATTCTGAACAGCTACTGAGTTCCACCCCCGCAGTCA CTTTCCTAAAGTCTCGGGGATTTGACAGAGACCTGTGTGAGAGATATCAA ATTGGTTTTTCGCCCACGAATTCTGGTGACCTTTATAAACACCTAAGAGA TAAAGGATTTACCCTACAACAAGCAGTTGCAGCGGGATTGCTAAATCCAT CTGGTATGGATCGCTTCAGAGCACGAATAGTATGGCCGGTGAAGGATGTT ACTGGAAACATAGTAGGCTTCGGTGCAAGAAAACTTGCTGAAGATGCTCA GGGACCAAAGTATATAAACAGTCCCGAAAGCAGCCTATATAAAAAGAATT CCCTCCTATATGGGTTTGATGTTGCAAAAAAGGCTATTTCAAAGAAGGAT CGTGTTGTGATTGTTGAGGGTTATACAGATGTTATGTCCTGTCACCAGTC TGGCATTGATGAAGCCGTCGCAACTTGTGGCACTTCTTGGGGTATCGGTC ATATGAGGCTGATAAAGCGGATGCTTTCCGATTCCGGAGTGCTTATCTTT GCTTTTGACGGTGATCAAGCAGGTCAGCATGCAATTATGCGCGCATTCAA AGACAGCCCGGAGATAGCTGCCAGATCATATGCTGCAATTTTCCCAAAAG GACTTGACCCATGTGAGCTGCGCATTAAAAATGGAGCGCAGGCAGTTATT GACTTGGTTGAGCGGGCTATTCCGTTGTACGAATTTGTAATTAATCATCA GTTGTCTAAATGCCCACTGGGGACATTCCCGGAGAGGCGTGCAGCACTTG CAAAGATTTTGCCTTTCTTGAAAGAAATTTCTGACAGAATCCTTCGTGAT CATTACACAGGCCTTGTTTGCAGTCGGCTTGGAATTGACAGAGAGCAGGT CGATTTACTTTTGCCAAAACTTGAACATATATCTTCTAGATTCCATCCTT CAAAAATCCCATGGCAGGAAGATTGGAAAAAAAAGGAGTTTGCTGCCCCT ACCAATCCTCCTGATGCCAGATTTGCGCTTGAGCAACAAGTTATAAAGAG TTTGTTGCAGTACCAGCACCTTCTTGAAAGGGATACCGCTATTGCCATGT GCGACTATTCCTTTCACAACCCAACCCTCTCTTTTATTGCCCAGATGATA GGCATGGTGATTCGGGAGCAGAATAGGAGTATCTCTCCTGCTGAATTTTC AAAATTAATCCATTCAACAGTTCCAAGTGAATATCACGCCACTCTACAGG CCCTTGAAGTTCTGCCCGTACCAGTGTCTCCGGATAAATTGGATTCATAT TTAGAGGGCCTTGTGAGGAGTTTTGAAAATCAGCATCTTCTCGAAGAAAA GGCACTTCTTTTGAGGCAACTTAGCTCGGAGAAGAGCCTGGAGAAGAGCC TGGAACTACGACAGAGAATTGTTGAGCTTGAGAAGCAGCGCAACAGTCTT TTGCCAGACTGA >TWT002 dnaN, DNA polymerase III beta chain ATGAAGCTGATTGTCGATAGAGGTCTCCTTAGTTCCTCGGTAAATTTCGT AACCCGTATGATTCCTGCAAGACCTCCATCACCAATACTGTCTGGGATGT TAATTGAGGCAAAGAATGAGAAAGTTACTCTTTCAACTTTTAATTACGAG ACATCAGCAAAAGTCGAATTCAGCGCAAATGTAATAGAAGGCGGAAAGGT CTTAGTACCGGGAACTCTTATTAGTAGTATTTCGCAGAAATTGCCTGATG AACCAGTAGAGATAAGCAAAGAAGATGAAAAAATTTCTCTTACCTGCGGA CCTGTAAATTACATACTTAATCTAATGCCGATAGCAGAGTATCCGCCACT ACCTAACCTTGAGAATGCAGAGCAGTATAGGATACCTTCTGAAGATTTTG TTAAATCAGTCTCGCAGGTTACAACATCGGCCGCAAAAGATGATATAAGC GCAGTTATAACAGGAATAAACCTAAGACTTTCTAATGAATCAATTGAACT AACAGGAACAGACCGTTATAGAGTCGCGGTGAAGACCTTAAATAGCGTAT CTGGACATCCATCTGATTCATCTGTTATTGTGTCGTCTAAAACCCTTTTT GAGGTTTCAAAAACGCTCGGGAATTTGGAAAGTGAAATATCAGTTTTTAT AAAAAATGACGGAGAAAATAAAGTTATCGGATTTGAATCGGGAAATAAGA CAGTAACGTCGCTCTTAATCTCGGGGAATTATCCGCCAGTTGCAAAGCTA TTTACAGAAGAAACAGGTCATTATGCAATCCTGAAAACAAGTGATTTCCT GGAATCGACAAAAAGGGTCTCTGTCGTAGTTGAGAGAGATGAGCCAATTG AGTTTTCTTTTGTAAAAAATACAGTTACGATAAAAGGCTCAGGGATAGCA CTTGCAAGTGAAAAGGTTGAGTGTGAACTATTTGGTGACGAAATAAGTAT TATGTTGAGGCCGCAGTTTTTATGCGACGGACTTATTGCTTGTCAAGAGG ACTTTATAAAGGTTGCATTCACAAAGCCAAGCGTTAAAAATAGGCCAGGA CCTGTTCTTATAACACCAAAATTATCCAATAAAGAAAAAATAGACTTTAA GTACCTTTTACAGCCAAATTTATTTGCAAAATAA >TWT710 dnaZX, DNA polymerase III gamma and tau subunit ATGATGAGGAGTGAGCAGGCTCTTTATAGGCGTTATCGACCCGAGGTGTT TTCTGAGATGGTCGGGCAAGACGGTGTTACCGGCCTGTTATCTTCTGCCC TTGATAACAATCGTTTGGGTCATGCCTATCTTTTTAGTGGACCAAGAGGC TGCGGGAAGACTACCTCTGCCAGAGTTTTTGCACGATGCCTTAACTGTGT AAATGGTCCAACTTCTAGTCCGTGTGGAAAGTGTCAAAGTTGTATTGATT TAGGTCGAAGCGGTAACGGGTCACTTGATGTGATTGAGATTGACGCTGCA AGTCATAACGGTGTCGATGACGCCCGGGCCTTGCGTGAACGGGCCATTTT TGCTCCGGCGCAGAGTCGGTTTAGGATTTTTATACTTGACGAGGCGCATA TGGTAACAACTCAAGGGTTCAATGCGCTTTTGAAGATTGTCGAAGAGCCT CCGGCGCATGTAAAGTTCATCTTTGCCACCACTGAGCCTGAAAAAGTGCT CGGAACAATACGATCAAGGACGTTTTCTTACCCATTTGCTCTTGTTTCCG CAAGTGTTATGCAGCCATATATTGCGGATATATGCAATAAAGAAAAAATA AGAGTAGAAGATGGGGTACTGCCACTTGTAGTTCGTGCTGGCGGGGGTTC AGTAAGGGACACATTGTCAATACTTGATCAGCTCATGGTTGGAAAGTGCA TTACCTACGAAAGTACGGTTGGGCTTCTGCGTCTGGCACCAGATATTCTG CTCTACGACCTGTTTTTGGCAATTGCAGAGGATGATGGAGCGACTGCTTT TGCATCTATTGAAAAAGTTGTGGAAGCCGGGTATGAGCCCGTACAGTTCA TCGAAGATCTAATGTCCTGGGTAAAGGATATGACTCTTGCTGTTTGTAAT GCAGAAGGTGTATTTGACTCCTATGCTCCCGAGAAGGTTGAAAGAATATT TGCACTATCCAAGCGATTTAGCCTTAAGGATCTTGATGCTATGGCGGAGA TTTTGTTTTCTCGGTCGAACAGGCTGTCGGGTCCAATTTCACCAAGACTT TTATTAGAGATTATGCTTGCCAGTTTATTACTGGCCGTTGGTAAAAGTAA ACTGCAGGTCTCTGATAGAGTTTCCGACACGCAGCGTCAAAAGGGTTACC CTGGTAATCTCTTGCATAATTGGTCAAGGGTCTTAGACGCTTTAAAGAGC GAAACTGCAAATATGCTGCAACACTCAAAGCCCTTGCGATTGACTGGAAG TTCATTGACAATCGGTATGCCCCAGGAGATTTTGTCTCGGTTTGTTGCGA ATAAAGCTGCTATCGATGACCTAAAGAGTGTTCTTTACAAGATAACGGGT GTTCAGCTGCGCCTGTCAGGAAAGCCCATTGATGATCCGGATAACACCGT TAAAACCCCGAGTTCCTGTCTAGATAATGGCACTGTAACTGATAATAGCG GACACAAAAACACTGAGGTTGACGATGCAGAAACAAAGGAAAAACCTGAT AACCCAATTACGGGGGAGGCTGTTCTGGTGCAGGCTGGTGCAAAACTTAT CTCAGAAGAGGAGCAGTAG >TWT006 gyrA1, DNA gyrase subunit A TTGTCTGAGCAAAATATTAACCAAGTAGATCTTCGCGAGGAGATGCAGCG GTCGTATCTCGACTACGCCATGAGCGTTATAATCGGTCGTGCCTTACCCG ACGTCCGGGATGGTCTTAAGCCCGTACATCGCAGGGTTTTGTACGCGATG TACAAAGGGGGTTATAGACCAGAAAAGGCTTTTTCAAAATGTGCCAGGGT TGTCGGCGATGTTATGGGTCAATTTCATCCTCATGGGGATGCGGCAATTT ATGACGCACTTGTCCGTCTTGTGCAGCCGTGGGCCATGCGCTATCCGCTT GCGCAGGGCCAGGGGAACTTTGGCTCTCCGGGCAATGATGGCGCTGCCGC CCCTCGTTACACAGAAACGAAAATGGCCACACTCGCGATTGAGATGGTCA GGGATATTGATGAGGATACTGTTGATTTTTCCCCAAATTATGATGGCGAA AGCGTTGAACCCACAGTTATGCCGTGCCGCTTTCCCAATCTTTTGGTTAA TGGCTCAGTCGGTATTGCGGTTGGTATGGCAACCAATATCCCGCCGCATA ACCTTGCCGAGGTGTCGGCCGGTGCTCTGTGGTGCCTCGAAAATCCGGAT GCAACAGATGAGGAGTTGACAGAAGCTCTTCTGGAAAGAATAAAAGGTCC CGATTTTCCCACCGGTGCTACGGTGTTGGACACCGGAGGCATAAAAGACG CCTATCTCACGGGCCGCGGCAGCGTGGTTATGCGAGGCGTTGTTGATATT GAAGAAATAGACGGAAGGACCTGCCTTGTTGTGCGCGAACTTCCTTATCA AGTCAATCCGGATAATTTGGCTTTAAAGATAGCCTCTCTCGTTAAGGAAA ATAAACTTTCGGGAATTGCTGATATTCGGGATGAAACAAGCGGTAGAACC GGCCAGCGGTTGATAATCGTCCTCAAGCGAGATGCTGTCGCTCGGGTGGT TCTGAATAGCCTATACAAACATACACAGCTTCAAGAGAACTTTGGGGTCA ATATGCTTGCGATTGTTGACGGGGCACCCAGAACCCTTTCCCTCTGTTCG TTCATTCGTTTATGGGTTGAACACCAAATAGAAGTCATCGTCCGGCGCAC TACCTTCAGGCTTGCCAGGGCCGAGCAGCGCGCGCATATTCTCAGGGCCT ATCTAAGGGCTCTGGACCAGATCGACGAGGTTATACAGCTCATTCGATCT TCTAAGAGCGCCGAGGAGGCTCAGTCTAACCTTATGGCGCTCCTGAAAAT AGACGAAACACAGGCTCGTGCAATCCTTGATCTTCAGTTGCGGCGCCTTG CCGCCCTCGAGCGACAAAGGATTATCTCTGAGGCAAGAGAAATAGAAGAG CTAATATCCAGCTTCAGGAAGATTCTTTCTGACAAGACCGCCCAGTGCCA GGTTATTGCAGAAGAATTGAGGGAAATAGGTCAAAAACACTCAGACGCAC GACGCACAGAAATAATTCGGGGGTTTGATGGGTCGGTGTCTATTGAAGAC CTGATTCCGGTGGAACCTGTAGTTGTTGTTATGACCCGCTGTGGTTATAT AAAACGAACACGTATTGATCAGTATAGGTCTCAACATAGGGGTGGTCGCG GCGTAAAAGGCGCCCAAGTTAAGGCTGATGATGTCGTGCTGCAGTTTATC TCTACAACAACACACAACTGGCTCATGTTTTTTACCAATACAGGGAGGGT TTATCGCGCAAAAGCCTATGAAGTCCCGGAGGCAAGCAGGGAGGCTCGTG GTCAGCATGTTGCAAATCTTCTTCCGCTAAAACCGAATGAGGCGGTGACC AGGATTTTATCTGTCTCTAATTTTGATAGCGAGGATACAAGCCTTGTTTT GGCCACTAAAGATGGATATGTGAAAAAAACAACCCTTAAAGAGTACGATA CATCGCTTAGCACTGGTGTTATAGCAATAAAGCTTCGGCCCGGAGATAAG CTTGTATCTGCAGTGCTTGCAAGAAGTGATCAGGACATCATACTGGTTAC AAAAAATGCCAGATCGCTCAGGTTTAAATCCGGTACATTGCGCCCCTTAT CTAGGGGATCATACGGCGTAAAGGGTATATCTCTTCGCGAAAACGATCTC CTTCTTTCAGCTGAGCTGATTCTTTCGGACGACAGCTATATATTTGTTGT CAGCGAGAGGGGTTATGCAAAGCGCTCTAGGGTTGGTGATTACAAACTTC AGGCCCGGGGCGGGATTGGCGTACGGGTTGCAAACATAACCGAGCAAAAG GGCGTACTTGCTGACATGCTCGTTGTCAATGACGATGATGAGGTTCTTGT AATTCTTGCAAGCGGTAAGGTTATTCGCTCATCTGTTGCCGAGGTCTCCC CAACTCTTCGATATACTACCGGGGTCGTTTTTGTCCGCATGTCTGACGGG GATAAAATTCTGGCCATGACGATAGCAGAGAAATGCGATGACCTGGAAGG GCAGGGGTGA >TWT491 gyrA2, DNA gyrase subunit A-like protein TTGAGTGGCTTGGATAAGGACATCCCTGAGATATTTGATGTAATTTCCGA TAACGAGAAAATAACAGATGTAGACCTCTTGCATCAGATGCAAGACTCGT TTCTGGAATACGCCTACTCTGTTATTCACTCTCGGGCATTGCCAGACGCG CGGGATGGCTTAAAGCCCGTACAGAGGCGCATCTTATACACAATGAGTCG GATGGGTCTATCCCCAGATAAAGCCCATGTCAAGTGTGCAAGGGTAACCG GTGAGGTTATGGGAAAACTTCACCCCCACGGAGATGCAGCAATCTACGAC ACGCTTGTCAGGATGTCACAGGACTTCACAATGCGAATTCCGCTGATTGA TGGACACGGCAACTTTGGCTCTCTGAATGATGGGCCGGCAGCGAGCAGAT ATACAGAGGCCAGACTATCCAGAGCGGCAGTTGCGATGATTAACGACTTA GAGAGCAATGTTGTTGATTTTGTGCCAAATTATGATAACCAATTCACGCA ACCTGAAGTTTTACCGGCTCTGTTACCTAACTTGATTGTAAACGGAAGTA GCGGAATAGCCGTCGGAATGGCAACCAGTATACCCCCGCATAACCTACAA GAAACCGTTCGAGCAGCTATATATCTTGTTCGCAATAGGCAGTCAAGTCT AGAGCAAATAATGAAAATCCTGCCAGGACCTGATTTTCCTACAGGTTCGA TAATTGTTGGCAAAGAAGCATTCAAGGAAATATATGCAACGGGTAAAGGT TCATTTAAAATCAGGGCAAAGATATCAATTGATTACGCAGGTATCGGTCA TACAAATCTTGTCATAACTGAACTACCCTATATGGTTGGCTCTGAAAGGG TTATTGAAAAAATAAAACAGGGTGTAAATGCACACAGAATCGACGGAATT CTCGATGTCACTGATCTCAGTGACAGAAAAAACGGCTTAAAGCTTGTTAT AGGAATTAAGCCGAACTTTTCGCCAAATGAGGTAATGGATAACCTCTACC GGCATACCCCTCTTGAAGAATCGTTCAGTGTCAACAGTGTTGCCCTAATC GACGGAAAGCCTAAAACCCTTGGCATGCTGGATATGCTGAAGGTTTTTAT AGACCACCGTGTATGTGTGATAACAAGGCGCAGTAAGTTCTATTTGGCAA CACACAAAAAGCGTCTTCATATGATCGATGGGCTTCTTTTGGCTCTAGTC GATATAGATAAAACAATCTCCATAATCCGAAACAGCGAAGGTATAAAAGA GGCTAGGAAAAACCTTATGAAGTGCCTGAATGTAACACGGGATCAGGCAG AATACATCTTGGATATAAGACTGAATATGCTAACCAAACTCTCGACTATA AAACTTCAGTCTGAGCAGGAGGAACTTAGAAAAACCACGCAAGACCTTGA AGAAATTCTTTCTGACCCGAACAAAATCGATGCGATTCTTATCGATGAAC TAAAAAAGGTGGCACAAAGACTCCCATCACCCCGTAGGACGATTTTAGAG TCAAGTGTCAAAAGTAAAAAACAAAAGACGGATTATCCTCGTCAAGTTGT TTTAACCACCAATGGCTTTATATTCACAATTGAGGTGAACAATGATTTGA TATCAGAATTGAGCCAACCCGAGACGTTTGACATGGCATTCAATACCCAC AGCGAACCTTTGCGTGTTGTGAAATCTTCCATTGTTTGTGGGGTGAGATC AAGAATTGGCGCTCTGACCAGTGCGGGAAAGGTCATACCATTCACTCCAA TCGGTCTTCCGGTATTGGACAGTGGATTTGTCACTGCAAAGAGTTTCCTC GGACTTGAAAATGACGAAGAAGCTGTTTTGCTTTTCGAGCTTCACCAGAA AGAAAGTCTTGCCATTGCCACATCAAGTGGAATTGTGAAGCGTGTAACTC CGGCTATATGGCCAGATAGAACTGAGCGGGTAATTACTCTCAGTGCGGGT GACAGGGTTGTTGGGGCCGCTAGAGGTGTATCCAGTTGTGGGTACTTTGT TTTCATAACTGCAAAAGGCAATCTCTTGCACTACAGTGCAGGCCTTGTTA ACCCCCAAAATCGGCCCGCAAGAGGGGTTGCAGGTGTAACCCTAAAGGAT GATGACGACAGGGTTATCAGTTTCGGCTATACAGAAGATGTAGATAGGGC AAATGTACTGACTGTATCAAAAAGAATGACGACATCACGCCTTAGCTCTT ATCAAACAAGAGGTAGGGCAACAAGAGGTGTGCAATGTCACAAGTTTCTA AAAGGCGAAGAGTGGTTACACGCAGCAATTGTTGGAGAGAATTTGGCAGC AATAGACAATTTGGGCAATGTCGTAGCCATTGGCAAAAGCAGTGTGACTG CAAAAAGTTGTGCAGGAGTGAAACAATATCGATTGCCACAAGAGAAATCG GGAAAAAGTAAGCGAGAAGACCGACTAATTAGATATCTCGGATATCCTTT CGTGCACGGCAACGACACCTATTAG >TWT005 gyrB1, DNA gyrase subunit B ATGGTTGACACACCCGAGCCCGCATATGGCGCTGATCAGATACAGGTTCT CGAGGGTTTAGAAGCCGTTCGGCGAAGACCGGGTATGTACATAGGCAGTA CCGGGTCCCGGGGTTTACACCATTTGGTATATGAGCTTGTTGATAATTCA GTAGACGAAGCCCTTGCTGGCTATTGCACAAAAATAAATGTTGCTATTCT CGCAGACGGCGGGGTTAGGGTGACGGATAACGGCAGGGGCATCCCTGTTG ATATTCATCCTAAAGAGGGGGTTTCCACAGTTCAGGTTGTTCTCACAACC CTTCACGCTGGCGGAAAATTCGGTAGTGGAGGATACTCCGTTTCCGGCGG TTTGCATGGCGTTGGAAGCTCTGTTGTGAATGCGTTGTCTAAGAGACTGT ATGTTGAGGTCTCAAGACAGGGTTTTGTTTTTAGACAAAATTATGAGGGC GGTAACCCCACTGCTGCACTTGAAAGATGTGAAGAAACCAATGCTACCGG AACGGCAATTACCTTTTGGCCTGATGATGATATTTTTGAAACCGTTTGTT TTGAATATGAAGTGCTGCGCTCTCGCCTGCAACAGATGGCCTTCCTGAAT AGCGGCCTTACTGTCTCCATAACAGACGAGAGGGTGGACAGCCCGACTAA CAACGAGACTTACTGTTATCAAAACGGTCTGTTTGACTATGTTATGTATC AAAACCGCATAAGAAAACATGAACCTCTTCATGAAGAAATAATTCACTTT CAGGCAGAGAACAAGGATCGCCTGATGTCCCTTGAGGTTGCGATGCGGTG GACCTCGTCTTCGACCGAGAATATATATACATTTGCGAACACAATTAACA CCCATGAGGGCGGTACACACGAAGAGGGCTTCAGGGCAGCACTCACATCG CTCGTAAACCGTTATGCACGCGAGAAAGGTTTTCTAAAGGAAAAGGACGA AAGCCTTCAGGGTGAGGATATTAGGGAAGGGCTTACAGCAATTATCTCTG TTAAGCTTGGCGAACCACAGTTTGAGGGTCAAACAAAAACAAAGCTTGGC AATACAGAAATGCGTGGCTATGTTCACCACGAGGTGAACTCTTATCTGTG GGATTGGTTTGACAGTCACCCCGCTCAGGCAAAGGTGATTATTTCAAAAG CCCTTCTTGCGGCTGAGGCTAGATTGGCAGCTAAGCGCGCCAGAGAGGCC TCGAGAAAGCGGGGTTTATTCGAGTCTGTTTCAATGCCAGGCAAGCTGAA GGAGTGTCAGGCAAAGGACCCGGCCGTTTCAGAACTTTTTATTGTTGAGG GGGATTCCGCAGGTGGGTCTGCAATACAGGGCAGGGATCCGCTCACCCAG GCCGTTTTACCGCTCAGGGGAAAAATACTTAATGTTGAAAAGGCAAGGCT CGACAAGGCTATTGCAAATTCTGAAATACAGGCTATGCTCACGGCTTTCG GTTCTGGTATAGCTGAGGATTTTGACGAATCAAAGGCTCGCTACCACAAA ATAATTCTTATGTCCGATGCAGATGTCGATGGCCAGCATATAACCACACT TCTGCTCACACTCCTGTTCAGGTATATGAGGCCACTTATAGAGAGTGGTT ATGTGTATTTGGCTCACCCCCCCTTGTACAGGATTAAGTGGAGTAATTCC GAGCACGACTATGTTTTTAGCGACAGAGAAAGAGATAAGAAGCTCGCAGA AGGTAAGCTCTCCGGAAAAAAGATACCAAAAGAAAACGCAATTCAGCGAT ACAAGGGCCTTGGAGAAATGAATTATAGAGAGCTGTGGGACACCACCATG AATCCGGCAACTCGCACCCTCCGCCAGATTACCGTTGACGACGTTACGTT AGCTGATGAGATTTTTTCTGTGCTTATGGGGGAGGATGTCGACTCTCGTC GTAAGTTCATCCAGCACAACGCCAGAGATGTTCGCTTTTTGGATATATAG >TWT494 gyrB2, DNA gyrase subunit B-like protein TTGTCGAGTAATACTGATTATAACGCCGATGACATTGCCCTACTAGAGGG CTTGGCTGCTGTTCGTAAACGGCCTGGAATGTACATAGGCTCAACCGACA ATCACGGCTTGGCCCATTGTCTGTGGGAAATAATCGATAATTCTGTGGAT GAGGTTTTAGCTGGATTTGGCAATGTTGTGAACATTACCTTGCATGGCGA TAACAGTTTTTCTGTTCAGGATTTTGGCCGAGGGATACCTGTTGATATTG AAAGCAAGACGGGCCTAACGGGTGTTGAGTTGGTTTTTACAAAGCTTCAT GCGGGCGGAAAGTTTGGCACAGGAGCGTATTTCACATCGGGTGGATTGCA TGGTGTTGGTGCGAGTGTTGTAAATGCCCTTTCCGAAAAGCTCTCTGTTG AGGTTGACAGAGATGGAATGACATGGGTAATGGAATTTCGTAACCAAGTG ACATCTGGCCTTCGATCTAAGTGTAAAATCGCTAGTAATGTAACGGGAAC ACGGGTGCGTTTTTGGCCTGATCCGCTTATTTTTGGTAGTGCAGAAATCT GTATTGAGTCTTTGCATCAACGCGCGATGCAAACTGCCTTTTTAGTTCCA GGCCTCAGGGTGAATATTGAAGATAGGGTGCTTGGCAAGAGCTCTTCCTA TCTCTTTGAGGGCGGTTGCAAACAATTTGTAGAGCATCTTTCCGCAGGAG AGCTGATTACAGATGTCTTGTGTATTAGAGGTAAAGGTAGTTTTTCTGAG GCGGTTCCCGTTTTGAAAGAGACGGGTAACCTTGTTATCAGCTCAGTTGA GCGGGTGTGTGATGTTGATATTGCTCTTGCGTGGCGTAATGATTTTGAAA CTCATATCAATAGCTTTGTAAATGTGATCGAAACCCCGAAGGGCGGAACC CATTATTCTGGTTTTGAGCAGGCTCTTTTGAAGACTATTCGAAACGCAGT GTCAAGTCAATCTAGGTATTTGAAGTCTGGCAATAACCGCCCCGAACGCG AAGATGTTTTTTCGGGACTGACCGCTGTGGTATCCGTAAAATTGCCCGAA CCGCAATTTGAAGGCCAGACCAAGGAAGTGCTGGGAACACCCGCGGTGAA AGGCATAGTTGCAAATATCGTGGCAGATAATCTTCAAAAACTTTTTGAAG ATCCAAAATACAAAACCCAGATCCGGCGTGTCTTAGAAAAAGTTGTTGCA CAAATGCACTTTCGGTTAGCCGCACGGGCTAGTAGGGAGACTCAGAGACG TAAGAATGCACTTGAAACTTCGAGTTTACCCGCAAAACTTGTGGATTGTC GAAGCAATGATGTTAACGAAAGCGAACTGTTTATTGTTGAGGGAGATTCT GCCCTCGGCACTGCTCGCAGGGCCAGAAATAGCGAGTACCAGGCACTTCT GCCAATTCGAGGGAAAATCCTAAACGTACAAAAGGCGAGTGTAGCCGATG CACTTGCTAATGCCGAATGTGCAAGTATTATTCAAGTGATTGGTGCCGGA TCTGGAAGTAACTTTGATATAGCACAGGCACGCTATGGCAAGGTGATAAT AATGTCTGATGCTGATGTGGATGGTGCTCACATTAGGATTCTGTTACTAA CCTTATTTTTCAGGTATATGCAGCCGATGATTTCATCCGGCCGTGTCTTT TCAGCCCTTCCTCCGTTACATCAGGTGGTGGTTAAAAACAGCAATGAGAA GATCTACACCAGATCAGATCGTGAGCTAGAAATGGTTTTGTCAAGACTGA AACAGGAGGGGCTTGAACATAGGGAGCCGATTCAGAGATACAAGGGCCTT GGTGAGATGGATGCCGATCAACTTGCAGAGACAACTATGGACAGATCAAA GCGTACCCTTCTTAGGATTAGGATGTCTGATGCCCAACAGGCTTCAGACA TTTTTGCGCTCCTTATGGGGAATGATGTCGCACCACGCAGGGAGTTCATA GCAAATTCCGTGGTTAGCACTGACAGAATAGACAGCTAA >TWT381 holA, DNA polymerase III delta subunit ATGAGTATTGACCCTCTTGTTTTGTTATCAGGTAAATGCGAGTACTCGGC CAATGAGGCTATTGCTAGCATAAGGAAAAAGATAACAGATTCCCTGTCAG CGCCCGAGGTTCATGTAATCTATGCGGACAATTATTCCGCGGGCGAGTTG CACCGATTGGCATCACCTTCTTTGTTGTTTTCTCCAAGACTTGTAATCGT AAAACAAGTCGAGGAGTGTAACGATATTTTCCTTGATGAAGCTATGTCCT ACATACAAGATCCTTTTAAGGATACGTGTGTTGTGTTTAGGCACAAGTCT GGTATTCGGGGCAAAAGGCTGCTCGGAGAGCTAAGAAATATAGGCGTAGA GATTGCCTGCCCTGATCTCACCCCGTCACGTTTTGTATCTGATTTTTTCA AGAAGGAGAAGCGTAACATAACCCAAGCTGCTATTAACCTGCTCGTAGAA TCTTTTGATGACATACCGGAGCTGGCTCAGTTTTGTAAACAGATTATTTC CGATACCAAAGGCACCATCTCGGCCAAAGGCACCATCTCGGAATGTGAAA TTGCTTTCCTTTGCTGGTCTAGGCCTGGTGCATCAGTCTTCCGGGTGGTC GATGCGGCCATGAATGGCGACGAAGCTGCTACTGTACTGCTTCTCAGTCG ACTCCTTACAGAGGGTGGTAGTGCGATTCCCCTTGTTGCCGCCGCAAGCG CAAGACTCAGACTTCTTGTTAAAGTGAAGTATGGCAAGAAGGTTACTGCC GCACCCTGGCAGATTGCACTTGCTAAAAAGCAGTTAGCACCCTGGACGAA CAGTAGCTTCATGAGCTGTATTCTAGCTCTTCATGCGGCAGATCGTGCCC TGAAAAGCACGGCGGGGAATCCAAACTATTTGGTGGAGCATGCCATGCGG CTTATCGCAAGAAGTGCCCGTCTGGACTGA >TWT116 hup, DNA-binding protein HU GTGGTTTCTCTGAATCGCACTGAATTGGTTGCTAAGGTTGCTGAGACGTC TGGTGTTAGCCGGGCTACTGTGAACTCTGTTATTGAGGAGACCTTTGCTG TTTTCGCGGAAACGGTACGTGCCGGCGGTAAGGTGACGATTCCTGGCTGG TGTTCTGTTACACGCTCTCATAGAGCTGCCCGTACTGGTCGTAATCCCCA AACCGGTAAGACCGTTGAGATTCCTGCCGGTTATTCTGTTCGTATCGCTC CCGGCAGCAAGTTGAAAGCCGCAGTTAAGTAG >TWT414 ligA, DNA ligase TTGACAACACGAAGAAATATGCCTCATCCTGACGGGGATCTTGATAGACG CATTGAACTTCTAACGGCCCAGATAATTGCGGCACGGAAGGCGTATTATC AAGAGAACACCTCTCTCATGAGTGATGTTGAGTATGATGCCCTGGAGCAT GAGCTAAAAGATGCCGAGCATGCAAAAGGCTTTTCTGACCGCAATTCACC TAGCTTAACAGTTGGGATTGCCGCACAGCTAAACCTATTTGAGCCCGTGA AACACATCGAGCCAATGTTGAGTTTAGATAATGTTTTTTCGCTCGATCAA CTCCATTCATGGTACGAAAAGACAAAGAAGATTTGCCCTGAGGGTGATCA ATGCACATTTGTTTGTGAGCTGAAAATTGATGGCGTTGGTGTGAGTTTGC GTTATGCAAACGGGTATTTGATTTCAGCAGCTACCAGAGGTGATGGTGCT ATCGGCGAGGATATAACCCAAAACATGTTATATGTTCCGTCCATCCCTCC CAGGATCGCTTTACCGGGAATATTTGAAATTCGCGGCGAAGCTTTTATAA AGCGCGATGAGTTTGACAGAATAAACCAATTGTCATTGGAGCGTAGCAAG CAGTTTGCGAATCCAAGAAATTTTGTAAGCGGATGTATAAGAACAAAAAC ACCAAATATGCGATACTTGGAGTCAATTTCCTTCTATGCTCATGGATTTA CGCAAGTTTATGGATATACCTCAGGAGGTATGAATCTTCACTCTGATATA ACTGCTTCTGGCGGCGTTAAGACTGAAATAGAACATGGTATGTTTTCTGC ATATTCCAGGCTGTCTGAATGTAAAATCCCAGTAAACTCGTACAATCGCC TGTGCACTAATTTCTCTGAAATCGAGTCTTATATTGAAAACATTCGATTG AATCGGCAGTGCGTTCCGTACGCAATCGACGGTATCGTTGTAAAGATCGA TAGCCTCCAAAAACAGGCACTTTTAGGCAGTACAACAAAAGCACCACGGT GGGCTGTTGCGTATAAATTTCCTTCTGAATCTACTGTAACGCGTCTTCTC GATATAGAAGTGAGTGTTGGAAGAACGGGACGTGTAACGCCTTATGCCGT TCTTCAACCAATTCAACTCGATGGGTCTGAAGTATCGCGTGCAACTTTGC ATAATCAGAAGGTAATAGGTGATAAGGATTTACTAATCGGTGATTACGTG AGGATCAGAAAAGCTGGCGATATTGTTCCCGAGGTGCTTTGCGCCCTGCC AGAGAAACGCGATGGCAGTGAGGTTTTATTCAAGATGCCATCGCTCTGTC CGTCGTGCGGTGCAGAACTTATGCCAAGTAAGTTAGGGGATATCGACCTT AGGTGTCCAAATATGCAGAGCTGTCTTGTACAGCTCGCGGGACGTCTTGA GTATATAGGTTCACGCGGTGTGCTGGATATTGCTTACCTTGCAGAAGAGA ATGCATACGCCCTGAGTCACCTTAGAAAGTTCGGAAAGTCTGCGGAGGTT CAACTCTTTAAAATTACAATTGATGATCTGGTTGCTCTTGAATTTATGTA TAAAGGAAACATGCGATCGCCTTTTCGTAAAAAGGGTGATAGTTTCCCAG GATTTGAGGAACCCACAAAATCTGCACAGGATATGGTAGATAGTATTGAA AGAGCAAAGCGGTCCCCACTCTGGAAATTTCTGCTCGCGCTAAATATACG TCATATCGGTCCCGCATCCGCAAAGGCTCTGGCAGATCATTTTGGCTCTA TTGAATCCATAATAAATGCCAAAATAGATGAATTGCTGAAGGTTAGATCC TTAGGAGAAACAATAGCTATTTCGGTGCATGACTGGTTTAGAGACCCATG GCGGGTGGAATTGGTTAATACTTGGCGTTCCGATGGAGCACTTTTTGGGC ATTAA >TWT465 ogt, methylated-DNA--protein-cysteinemethyltransferase ATGTCTTCAGTGGAATTTGCAGTACGCATGAGAGCCTGTGCTTTTAGGGT AAAGGTTTATTCTTCGCAAACACATATCATTAGGGTAAAAATCTTTCGGT ATGCAAGTGTGATAGATGATGCACATAAAAATACGAGATATAAAACCAGG TCGCTTTCGGAGGGTTCATGTGATTGTCATGCGAGCAATAAGAACTCATC TTTGACCACAGATTTAACCGCAGAGGCAAGGCGGGAAATCCTCGCATATT TCTCAGGAACTCTAAAGACATTTTCGGTGCCCATAAGCCTGGAAAAGGCA TCTGCAAAACAGGCAGATGTTCTCAATATGCTTTTAAAAATTCCATACGG TGGATGTGTAAGCTACGGTGAGATAGCATCAAAAGTAAACTCCTCACCAA GGGCTGTTGGTGCTTATTGCGCAAAGAATCCCCTGCCGTTTTTTGTACCG TGTCACAGGGTTATACGGTCAAATGGTGAGGTGGGAGGGTATTGTGGGTC TTCAAATAATTTGATAAAGCACTCACTGATCGAAATTGAACAGAAAAACT CATAA >TWT080 pcrA, ATP-dependent DNA helicase ATGACAATTCCGGCCGATTTACTCAAGGGTTTGAACCCCCAGCAGGTGGA GGGTGTCTGCTATAGGGGGCCAACCCTTCTTATTTCCGCTGGCGCCGGCA GTGGTAAGACTAAGGTGCTGACCCATAGGATTGCCGGATTTCTGGCAACA GGTGAAGCATCCTGTGACCAGATATTGGCGATTACATTCACAAATAAGGC TGCATCTGAAATGCGCCATCGCACCGGGGATCTTGTCGGATTATCCGTCA GAGATATGCAGATATCTACCTTCCATTCAGTCTGTGTGAGAATTCTTCGT GAATGTGTCGGGCATCTAGGCAAGGCAAAGAATTTCACGATATATGATGC TGCAGACCAGCGTGCGATTATCAAACAAATCTGTCAGTCTACGGATACTT TTGGACTAACGGCAAGCATGGTTGCCTCGCAAATAGGTCTGTTGAAAAAC CAAATGCATACCCCAGACACCTATTCGCGCTGTCTTGCCTCAAATTCCAC TAATGGCAATTCGGTAACTTCGATTACCTTACAGAGAGAACAGTTTATCC TGCACGTTTTTAGGCGCTACCAGGAGATTCTGAAAGAGGCAAATGCCTTT GACTTTGATGATCTTATTTCCGAAACAGTTTTTTTACTCCAGAAATCCCC GGAGATTTCTGCAATGTATAGAAACCGCTGGAAGTATCTTTTGGTAGACG AATATCAGGATACAAACCATGCCCAGTATAGGCTTATTCTTGAGCTGACA AAAGGTGATAAAAGCGACATGTCTCTGACAGCTGTCGGTGATTCAGATCA GAGCATATACGCTTTCCGGGGTGCTGATATTGCCAATATAGTGAATTTCG AAAACGATTTCCCGGACTGTCACACAATCTTATTGGAGCAGAATTACCGC TCTTGCCAGAATATTCTTTTAGCTGCCAATGCGCTTATTTCAAATAATCA GAATCGTAAGGATAAAAACCTGTGGAGCGAGCTAGGTGCCGGCGAGAAGG TTATTGCATACTGTGCATCTTCCGCAGAAGAAGAGGGGCGTTTTGTTGCA GATAGGGTGCGCCATCTGGTCGATCAAGGTGAGAGCTTGTCTGATATAGC GGTTTTTTACCGATCCAATACTCAGAGCAGAGTAATAGAAGAATCGCTCA TCAGGCAATCAATTCCATACAGAGTTGTTGGCGGGACAAAATTTTATGAA CGCGCTGAAATAAAAGATATTCTGGCGTATCTGACAGTAATTGTCAATCC AGACGATACGCTGGCTCTCAGGCGTATTCTAAATGTTCCAAAGCGTGGTG TCGGAACGGTATCAGAGAATAGGCTTGTTGAATTTGCCAGTGCTAGAGGC ATAACACTTATGCAGGCACTTTCTCGCATTGATGAAATTAACATTCAGCC ATCTGCCAAATCAGCCCTTCGGGATCTCTTTTACTTATTAAATCGCTTTG CCGGATCTAGTATGCCGGCCAATGAACTGCTCGACGACCTGCTAAAAGCT ACAGACCTTCTAAGTCGATTCAACAACACTGATGATCCTCAAAATGAGGC TAGAAAGATCAATATTGGGGACTTTGTAGATTCGGTTGAGGATTTCGCAA AAGAAAACCCCGGAGGCACTCTATCTGACTTTATGACAAATATTGCACTT ATGACATCCTACGATCAGTCTGATGACGCACCGGGCCAGATTACCCTCAT GACCTTACATATGGCAAAGGGTCTTGAATTTGATTTTGTGTTTCTAACTG GTCTGGAAGAGGGTATCCTTCCTCACGAAATGTCTCTTAAAGAGAAGAAT GGCATAGAAGAAGAGCGTAGACTTGCCTATGTTGGTATGACGCGCGCAAA AAAAGTTCTTCACCTTTCTTTTAGTAGCTACCGAAAACGATACACAGATG GGGTGCGCTTGCCGAGTCGTTTTTGGGATGAAATTCCTCAGCATCTCCTG CGGTGGCACAGTCGGTTTACACACAAGAGATTTACCGGTCCCCTGTACGG GTTTACAGCGCGTCCCGCAGGGGAGTCACGGCAATCAGTGCATGTTTTGA AAAACCGATACCCCCGTGAGAGTTTTTCTATTTCGGATAGTGTAAAGCAT TCCGTTTTTGGTGTTGGAACGGTGGTTGATGTTCTTGGTTTGGGCCCAAA ACAGATAATTGTTGTTGAATTTGCTGATAAACGCCGCAGTTTGCTCGCGA GTATTGCACCCATTGTAAAATGCAAACAATAG >TWT777 pknA, serine/threonine-protein kinase GTGAGTTTTGACGCCGGTACGGTGCTTGGCAAGAGATACAGACTGATTGC TCGGATTGCGATCGGGGGCATGGGCGAGGTCTGGAAGGCCCATGATGAGG TTATTCAGCGGCATATAGCGATAAAAATCCTAAAGGAAGAATACGTTGGT AGCCGCGATTTCATAGAACGCTTCAGAACAGAAGCTAGGCATGCAGCAAT CGTAAATCACGTCGGCATAGCTAATATTTTTGACTATGGCGAGGAGAAGG GCATTGCTTATCTGGTTATGGAGCTCGTTGATGGTGAACCCCTGTCGGCT GTTCTAGAGCGCGAACGCATGCTGCCGGTGGAAGAAGTCTTGAGGATAGT GGTTCAGATATCACGCGCCTTGCAGGCAGCACACTCTGCTGGCTTAGTTC ATAGGGACATAAAGCCCGGCAACATATTGATATCAGAAAGCGGTCTTGTC AAGATAACGGACTTTGGAATTGCAAGAATCGGAGACCAGGTGCCGCTTAC AACTACTGGGCAGGTAATGGGCACGGTTCACTACCTATCACCAGAGCAGG CGGCTGGCAAAAAAGCTGATGCAATGACCGACGTATACTCACTTGGGGTT GTGGCGTATGAATGTCTGACTGGCAAGCGTCCTTTTGTTGGGGACTCGCA AGTTGCCATAGCGGTAGCCCATGTTGGAGATACCCCTGCCAATTTACCGA AAGATATTCCAAGGCCAGTTGCGAGACTCGTGCTTGGATGTCTTGAGAAG CAGCCACAGCGGAGACCAAAATCAGCAGGAAATCTAGCCGATGCAGCAAG TGCGTTGTTGAAAGATGACCTTGCAGAGGCCGCAAGGGCTTATCCGCCAC TCGCGGCGTCCGGTGAACAGAACGGCTCCGGGCAAGTGCTTGATAATCAA ACGAAAGCAATATCAACAACTACTAGCCTGTACAGCAAACTTGGTCAGTT CGACACACGTCTGCTTGGACAGACCATGGAGTTCAATGGTGGTAGTGAAT CTAAGCCAGCAAGGGGCAAGTGGGTTTTACCGGTTGTGGGCACAATCACG GCTTTAGCGGTTATTGTTGGGGGTGGTGCCTTGGCAATTATTGTAACCGG AAACCGCGGGGGGCTTACCGAGACAAAGACCGGAGTTTCGACGCACGATG TCACACAGACGGCTGCATCATATATCCCAACAATCGTATCACCGAATACA AGGCCCGCAGGCAATACAGTTGTTATAGATCCCGGCAAGTATGTTGGGCT TTCATTTGATGGTGTCCAGAAGGCTCTTTTTGCTCTCGGGGTAGGGATAA AACGTCTAAGTGCCGGCCCTGCGCCATCGGCTGATAAAGCAGGCTTGGTT GAATCTATTTCGCCAACTGGGACCCTGACAATTCCTGCAGTAATCGATGT GAAGGTCTATGGCCCACCGGTTATGACTCCGCCTGCATTTGCACCAAGAC TGATCGGTACCCCAAAAATCGGGGGCAGTGTATATGTTTCCTGGCCGGTT TACACTTCCTGTCCAGCTGGCAGTCAAGTTACCCTCTATAGGATTTCAGT CGATGGCGCAGTGCTTCAAGGGCCAGGCACCGTAGGGGCAGATACAACTC AGGTAGAACTCCTCCTCATACAAAATGAGGCGTCTGTAAAATACAGTGCA GACTGCAGTGTTCCCGGAAAAAATCAAACATTCAATTCCGGGTTTTCTGA CGTCCTGAAAATAAGTACGAACGGCTCACATACGCCAAGTATCGCATCTT CCGGATAG >TWT292 polA, DNA polymerase I TTGACGGGCACACTAGACCAAAGTAAGAGACTTATTTTAGTAGATGGCCA CTCTCTTGCTTTTAGATCCTTTTACGGAACGAAAGCGATTGCGGTAGTCA ACGGGGTGCAGGTGAATGCCCTTTATGGCTTCGTTAATCGCCTCACCCAG CTTCTTGAATCAGGGCCTGTCAGTCATTTTGCAGTTGCGTTTGATGTATC GAGGAAATCCTTTCGAACCGAGGCGTATCCAGAGTATAAAGGCACCCGTA AAAAAGTACCTGAGGAATTTTTTCCGCAAGTTGATCTGATAAAGGAATTT CTGCATCTTATTGGGGTGAACCATTTTGCAGTCCAGAATTATGAGGCCGA TGATATAATCGCGACTCTGTCTCGTTTAGCCCTTGAAGAAGGATTTAGTG ACGTAAGAATCCTGTCGGGGGATAGGGATCTTATTCAGCTCGTGAATAAT AAAGTTTCTCTATTATTTTTCTCAGCAAAGCACAGATTGGGATTTGCAGT CTACACACCTGAAGCGGTTATGGATAGGTATGGCATAGAACCGCACGTCT ATCCGGATATGGCAGCACTGGTTGGTGAGTCAAGTGATAATCTGCCGGGC ATAAAAAAAATTGGTGAAAAAACAGCCACCACTCTTTTGCAGAAATACGG GTGTCTTCAGAAGATTATTGAGTCTCGCTGGGAAATATCAGGAGTTGTTG GGCAAAATATACGAAACGACTATCATGTCGCACTCAGAAATCGTAAGCTA AATACGCTTGTTAATGATTTGCCTTTGCCAGCTAGCGTATCTGATCTGTC ACTTTCCGGAGAGATTGATACAAAGAAACTCGAGGGGTTTCTTCGAAGGT ATAGAATGAATTCGATTACACCAAGACTTCTTCGGTGCCTACAGAAATTC ACTAATGCAGCAAATTTGAACAGAGCTTTAACTGCGTCACCGCAAAGGCG TGGATCGCCGAGCATTCGGAAATATAATTCCAAAACTCAAAAGCCCGTCA GAAATAACCGCATCTCGGGTGTTAGAAGGAGGCGATATAGGGCTGACAGG ACTTCCGTACAGCTTTTTTGA >TWT611 recA, recombinase A GTGTACGGAAACGGGAGGTTTGGAATAACGGTGTCATCTAACGATCAGAT AAATCGCACGCGCGCGCTAGAGCTTGCTTTAGCAAATATAGATCGCCAAT ATGGCAAAGGCGCTGTTATGCGCATGAACGATGCCCAGAAAGCGTATATA GACGTTATACCAACTGGTTCCATTGCACTTGATTATGCACTTGGGGTTGG AGGTCTGCCTCGCGGCCGGATTGTTGAGATATACGGTCCTGAATCAAGCG GTAAAACCACTTTGACTCTACACGCAATAGCAAGTGTCCAGCGCGCTGGT GGCATTGCTGCGTTCATAGATGCCGAGCATGCACTTGATCCGGAGTATGC AAAAAAACTTGGGGTTGATATTGATGCGCTTCTTGTCAGCCAACCTGATA GCGGCGAGCAGGCATTGGAGATATCGGATATGTTAATTCGCTCAACAGCA ATTGACCTGATTGTCATAGATTCCGTTGCTGCGCTTGTCCCGCGAGCTGA ACTTGAGGGTGATATGGGGGATATGCATGTTGGCCTCCAGGCACGGCTCA TGTCTCAGGCTCTGAGAAAGATAACATCCGGGCTGAATCAGACCGGAACG ACCGCTATATTTATCAATCAACTTCGTGAAAAGGTTGGTGTTTTTTTTGG CAGTCCAGAAACAACTCCCGGCGGCCGTGCTCTAAAGTTTTATGCTTCAG TTAGGCTTGATATTCGTCGAGTCGAAACCATCAAGCAGGGCACAGAGGCT GTTGGAAACCGTACGCGCGTTAAGGTGGTGAAAAACAAAGTTGCACCGCC CTTCAAACAGGCCGAGTTCGACGTTCTGTACGGGGTTGGTATTTCCCGAG AAAGCGGCTTGATCGATTTTGCAGTTGATAGGGGAATCATTAAAAAATCA GGATCGTGGTACGTCTATGGCGATGATCAGTTGGGGCAGGGTAAGGAGAA TGCTCGTCGGTTTCTCTTAGAGAATAAGAGCGTCGCGGATGAGATCGAGA ATAAAATAATCAGCCTTTTAGGTTTCAGGTCGAACGAGTTCGGTGATTTG CCAGATCATGATGCCGCTGTGCGCACTAGTCCTGACACAAATTCCCGTAA AGTGAGTGGAACTGGCGCCGTACACACAACATCCGGTAGCCCGTCCGCCG GCAAAGGTACTGCCTCCGGTGCTGTAAACAATTCACGCGACTCTACTGGT GGCGATACACCGGCTGGCCAGGGCCCTTTAAACTTATCTGTAAATCGTGA CGTATCGACTGATACTGTTTCGTCTAAGATAAGTGATGCTACACATAATC AAAAGCCCGCGGGTAATGGAAAAAGTGTTAAGAGAAAGGGTTAG >TWT003 recF, recF protein TTGCAAAATAATTTGATTTCTCATATAAACCTAAGGAATTTTCGAAATTA TGAGTACCAAAGTATTTCATTTACTGATGGTCTCAACCTTATAAGGGGTG ATAATGGCCAGGGAAAGACCAACCTTGCTGAGGCAATCTATTTTCTGTCG GGTTTCGGATCTCACAGGACATACAAAAACCAGCCTCTTATAAAATCGGG AGAACAGAAAGCAGAGATATCTGCAAAAATTCAGTCTAAATACGGAACCC GAAATGTATACATTGGTATATCTTGCAATTCGAATAACATCCTAAAAGTA GACGGTAAGCCTTCGAAACTCAGGGACCTTGTTTCTGTCTTTAGCTGTGT AATATTCTCCCCAGAGGATATAGATCTAGTAAAGGGAGATCCCGGACACA GAAGAAAATATCTGGATGATATTATCTGCAGGGCTCGCCCCATGATGCTG GACATTTATTCTGCATATGACAGAACATTAAAGCAGAGAAACTCTCTGTT AAAGAGCTTTAGAAAATCATCATGCAAAAGCGACCTCCTGGATATTTGGA CACAGAAGTTGGTGGAGCTTGGCCTGGAAATAGTAAATGCTCGAAAAAGA TTACTAAAGATTTTAAATCCAAAAATTAGCGAATTTTATTCAAAACTTGC GGGGGTGAGTAGCACAGCTGAATTATTCTGCCAATCTTCAGATTGCCTTA TAGATACATTCGATCTATTGAGAGACAGAGAAATAGAAGAAGGTGTAACC CTTGCTGGACCACATAGAGATAACGTTGATATTCTCTTAAATTCTTGTCC GGCAAGAAGTCAATCAAGCCAGGGAGAATCATGGACCCTTGCGCTGTCTA TGAAACTTTCCCTTATAGAGCTTATGAGGGAAACTAAAAGACTTTACGAC CCAGATCCTGTTGTAATACTCGATGATGTCTTTGCTCATCTTGATTCATA TCGAAAACAAAAACTCGCACAGGAAGTGTTTAGCTATGAACAGACGATTG TAACAACAACCGATAATTCCGATAATTACAGAACATCTCAAACCCTTGTG GTAGAAGAGGGAAAAGTGTTCAGCGAAAACAAAAAGGGGTAA >TWT566 recG, ATP-dependent DNA helicase TTGAGCTTCTCTATTTTGCACCCGATACGCCTTAGACCTTCGATCATGAG GTTCGTATCACGAGACTCAAGCAAGTTATGTATTGTAGTTTCCCCACTCG CAATCGCTGCAATTATCAAGTGTCTATTTGTTAGAGATTTTGATCCGGGT ATCGACATCTTAAAGAGTGCTCTATTGCCTAGAGGTGGTTGGTACATTTC AGTTTTCGCCATCTTGTTGCCCACTAAAATTGTAGTAATGGAGCATGTTT TTTTCAGTGATGTGTCTGTCCACACTGGCAAAAAAATGGCATCACTATTA GCCAAAGAGTTTGGTATTAGTCGGGTGATAGACCTGCTCACATATTACCC TCGAAGGTACATCTGCAGGGGTAAGCTTACTAAGCTTTCAGAGCTAATTC CCGGAGACGAGGTTACGATTGTTGGCCGGGTTCTAAGCACCGAGCAGCGT AAGACATTCAGTGGAGCGAATTTTCTCAGCGTTACGCTCAGTGATGGAGA GAATATCATTCAACTTGTTTTCTTTCACCAACCCTGGCGCGCAGAAAACT TGAAACCCGGTGCATGTGGGCTATTTTCGGGAAAGGTAACAGAGTTCAAT AACAAAAAGCAACTCTCACATCCCGAATATGAATTATTTTCATCAGAGCC AACAAGGGAACAGATACAGAAGTGGAATGAGCAGATAATACCGATTTATC GCGCTTGCATCGCGTGTCCAAGCTGGAAAATAGCCCGGGCTGTTGATTTG GCTTTAGAAGCGGTAAAGGGCCAAACTGTAGATTTTATGTCGGGTAATTA TGGCTATATGTCAGTTGAAAAGGCGTTTTATGTTATTCATCATCCTACGG ACAACGAAGAGCTTGAGGCCGCAAAAGAAAGTTTGCGCTTTTTTGAGGCA TTTTTGTTACAAAGCGCCCTTCTACACCGAAAGCGGTTCCGCAATAGAGC AAGCGCAACACCTTTTATTCGTAAAAATGGCGGTTTTTTAGAGAGATTTG ATGCGAGGCTGGAGTTTTCTCAGACTAATGATCAGTTGCGCGCTGCAGAT GAAATTTTCGAAGACTTGTCGCTGTCAGAGCCAATGACCCGTCTCTTACA TGGTGAGGTCGGTAGCGGAAAAACTCTGGTTGCGATAAGAGCTATGCTCC TTGCGGCAGATAACGACATGCAGGCCGTCCTCGTTGCGCCTACCGAAGTT CTTGCAAAACAGCATCACAGGAATTTAACTCGCATGCTGGGCCACGAGCT ATGTGCCGAGATACAGCCATCTCTCTTGCTTGGTAGGGAAAAACACACCT TGCGTATTGCCTCAGGCAGAAGCAAGATCATTATAGGAACACATTCGGTC TTTAGTAAAAAAACCGTATTTCATAATCTCGCCCTTGTTGTTATCGATGA GCAGCACCGCTTTGGCGTTGGCCAGCGGGACGAATTACTTTTGAAAGGGG ATTCACCTCATTTGCTTATGCTGTCTGCAACACCAATTCCACGAACAGTT GCCCTTTCTCTGCTGAATTTTATAGCAATAAGCGAGATAAAGACACCACC AAGCGGTAAGGCTGAAATTTCGACGCATGTTGTACCCCTTGCAGAAAAGC CTCAATGGGGAAGGGAGGTTATAAGGAGGATTTCCGAGGAAATACAAAAA GGTCACCAGGTTTTTGTTGTTGCGCCCGTTATAGAACAAAGCCGTACGGG CGCGGCCAGCATAAGTGCCTTGCTAAGGGAGCTTGAGGAAACCCCTCTCC TTCAAGGCGCGAAGATCTCCCGACTGCATGGCAAGTTGACCGCTGCGGAG TGCGAGAAGTCTATGGAAGAGTTCTCTTGCGGGGCCAGCGATATTCTGCT CTCAACAACCATGATTGAGGTGGGTATAGATGTTCCAAATGCCACGGCAA TGGTTATTGTGTCAGCCGATCGCTTTGGTATCGCTCAGTTGCACCAGTTG CGCGGACGGATCGGTCGAGGTAATTTGCCCGGCGTGTGTCTTCTTGTTAC TAATGCCCCCGAGGGCTCGGCGGCGCGCTCTAGGTTGGATTTAGTTGCAA GAACACATGACGGATTTTCTCTTGCGGAAATCGATATGAAAATGAGGAGA GAGGGAGATTTGCTCGGCCTGGGTCAATCTGGGCAGGGTAATTATCGCCT TTTACGCCTTGATGAGGACCTGCAGGTTTTATCGGACGCCCGATTACACG CGGAGGGAATAATGGAGAATGACATAAAACTCGAGAAGAATAAGCTTCTT CGATTGTTTTTGTCTCAATATTTGTCGGGCACTAATTTGAGTCGATTGCT TTCATAA >TWT102 recN, recombination and DNA repair protein ATGATTGAACAAATCTCTATACGCAATTTTGGAAATATAGCAAAAGCAGA TATAGATTTTGGTTCCGATTTTACCGTTATAACCGGCGAGACCGGTGCCG GCAAGACTATGTTGCTGGGCGCATTGGAAACACTTTTGGGAAAGCCTGGA AATTCGAAATATCCGCATAACCAGAGTGCGCAGGTGATTGGAATATGGCG CGTACCACGACATTTTGAGAATGTTTTACCTTGTATTGAGGGCAAACTAA CGGTGTCACGTGAAATAAGCCTATCCGGCAAATCTGTTGCAAACGTTAAT GGGAAAACTGCCAATAACAGTTATTTGGGCAAATTACGAAATAAGCTCCT TGTAGTGCATGGGCAATTTGCACAGGTGAGGCTGAAAAATCCGGCCCTGC AAAGACAAATTCTTGATGGATACGCTGGTAATACCGATCTGCTAAAGGAA TATCAATTGGCCTGGAGCGAACTCTCAAAAACAAATCTTGAACTTCGTAA TATTCGGGATAATTTGGCGGGTCGTCGCGCGGAAGCGATAGGTCTTATAC AGGCTGTAGAGGAAATTAACGAGATCAATCCACAAATTGGTGAAGATGAA AATATAAAAAAACAGATAAACATTCTAGAGAACCACGAACAGCTTCTCGG GAATTTACGTGCAACAAAACAATTACTAATCGATAATGGCATAATCGACA AAATCACCGAACTGCAGCAGATTTTATGTGAAATGGAGGGAATAAAACTT CAACATGCATATGGCACGGCAATTGATACAGCACTTGTGACTATGCAGGA ATTATCAAACGAGATAACAAAACAGATTAACACCTTACCCGAGGGCAGCA TAGAGATATTGGATGAGATGCACAATAGGCTGGGTGCACTGAGAAAATTA CAGAAAAAATATGGTCCGACAATCGAAGATGTAATTGACTTTGCAAAAAA CGCGTTAGCGCGGAGCAGCACAATCGAAAATGACGACGCGAGGGTACAGG AATTGGAGGCGAAAAAAGAAGAATTACAGAAAAATGTTGAATATCTTGCC AAAAAATTATCAGAAAGGCGTGTGTCGGCAGCGCGGCTATTGGGCGATTC GGTGTCTTTAAATCTTCCATGTCTTGCTATGCCCGAGGCTAGATTTGAGG TCCAGGTTCTGCAAAAATCCCATGACAGTTACGGTATGGACCAAGTGGCT ATGTTTTTACGAACAAGTTATGCGGGTGCCGCACAGCCAATTGGAACAGG GGCAAGTGGGGGGGAAATATCGCGTGTTATGCTTGCGATTGAAGTAGCGC TTGCCAGTGTAAAAACTGTTCCTACAGTTATTTTTGATGAAATCGATTCT GGGGTCGGCGGCGCGGCGGCTATTGAGATTGGCAGACGTTTGGCGGCCTT GGCGCGGCGGCTGCAGGTGATTGTTATAACGCACTCAGCCCAGGTTGCGG CATTTGCCACGACTCACCTTCTGGTTACAAAAACTGGCAACCTGTCTGAT GTGTGTTCCCTGTCGGGAGAAAATCGTGTTGGTGAGATGGCTAGGTTATT GTCTGGATTGCATGATAGCGAGAGCGGATTGGAACATTCGCGGGAGTTGC TAGCTATGGCCGCACGTGAAATGCAGGGCCGCACGTGA >TWT285 recO, DNA repair protein GTGAGTCATTTCTTGGCAAGATTTACCTTTCCTGAATGGTACGTGTGTAA GAATTGGGATGTGAGCGGGCATTATCGTGACAGAGCTATTGTTCTTAGAA CAAAACCACTGGGTGAAGCAGACAGGATCATTACCCTCTTTACACGGTCC AATGGAACATCGGATTTTGTTGCCAAGGGAATTAGGCGTCCTAAGTCTCG CTTTGGCTCTTCGCTTGAACCTTTTACCGTAATCGATGCTTTTTTGTACA TCGGTCGTGGTATGGACGGTGTAAGTCAGGCAGAAATTCTGGCATCATAT GGGTCGAGGCTTGTGAAAAGTACGGAATCTTATATTGCTGCAAATGTTAT TGCAGAGACTGGGAGACGTCTCGGTATTGCCGGTGGGTCGGTTCAGCAGT TTGATCTTTTACACGGTGCCTTTTCAGCACTTTCGAGAGGAATTAGCTCG CCTGAGGCTATCTGCAGTTCATACCTTCTGCGTTCTATGTCTGCAGCGGG ATGGCGGCCTGCGCTTGAAAATTGCGCCAAATGCCTTTTACCTCTCGTAG AGTACACAATAGATATTTCTGCAGGTGGTCTTGTTTGCACTTCTTGTTCA GAACATCCGGTGGTAAACAATAAGTTATGCGAGTATCTTTTGGCCTTGAG GGAGGGCGATTGGCCCTATATAAACGAGTCCGATGAGTCGCTTCGCGGAC AGGCAAGAAACTTTGTCTTTGAGTATACGCAGTGGCATATTGATCATCCA TTGAAAAGCCTAAAAATTGTTGCGAAGTCCTGGTGA >TWT709 recR, recombination protein ATGTATGTTCGCATAGTTCAGGATCTAATACGTGAGCTTGGCAAGCTACC CGGCATAGGTCCGAAGTCTGCACAGCGCATTACCTTCTTCATTTTGCAGA ACCCGAGTTTTGATATCGACAGGCTATCTGAGACTCTCCAGTCTGTTAGA AAACAGGTGCAGTTCTGTAAGGTTTGTGGCAATTTCTCGGAAGAAGATGA GTGTGTAATTTGCTCGGATCCGAGGCGTGATAGGGGGGTAATTTGCGTTG TTGAAGAGCCAAAGGATGTTGTTGCAATAGAGAAAACGCGCGAATTTTCT GGCCTGTACCATGTTCTGGGGGGTGCAATCAGCCCAATAGATGGGGTAGG CCCTGATGACCTTAACATAAGGCAGCTTTTACAGCGGCTGGCCGATGGCA CAATAACAGAGGTTGTTCTGGCGACAGACCCAAATATGGAAGGCGAGGCG ACGGCAAGCTATATAGCAAGGGTCATTTCAGCTATGCGAATAAGAGTTTC TAAACTTGCCTCAGGCCTCCCGGTTGGAAGTGATCTTGAATACGCGGACG AAATTACCCTCGGTAGGGCACTCGAGGGTAGGCAATATATAAATTAA >TWT239 rnhA, ribonuclease H ATGACCAATAACGAGATAATTGCAGCAACCGACGGATCATCACTCGCCAA CCCGGGGCCATCCGGCTGGGCTTGGTACGTCGACGAAAATACATGGGACT CTGGTGGATGGGATATTGCAACAAACAATATTGCGGAGCTAACAGCGGTC AGAGAACTTCTTATCGCTACAAGGCATACCGACAGGCCAATTCTGATTCT GTCAGACAGCAAATATGTTATTAACTCGCTCACAAAATGGGTTTACTCCT GGAAAATGCGTAAATGGCGTAAAGCAGACGGAAAACCGGTTCTAAATCAA GAAATAATTCAGGAAATAGACAGTCTGATGGAAAACCGGAATATAAGAAT GAGCTGGGTAAATGCGCACACTGGACACCCTCTCAATGAAGCGGCAGACT CACTTGCCAGACAGGCTGCAAACAACTTTTCTACTCGGAGCGCTCACATT CCGGGGCCTGGCTGGACAGAACGCTCAGCAAAATAG >TWT268 ruvA, holliday junction DNA helicase RuvA ATGGCTATCAGCACTCGGGGCCAGTTCGACAGAGCGGGGTCGGTAAGTGT CTGTATATGCATTGCTTGCGCCAGAGGGCTTGCTTTGATCGCGTCACTTT CTGGATTGTTGGAGGCTGTACGTCCCGGCAGTGTTGTTGTGAACATGCAT GGTATAGGCTTTTTGGTTCGTGTGCCACAATCTTTTAACCCTGAAGTAGA TGCTGAGGTAAAACTTTATACCAGTCTTCAAGTCCGAGAAGACTCGGTTT CGCTTTACGGTTTTGCATCTGTTCTGGAATGCACTGTTTTTGAACAGCTA ATAACAATATCCGGTGTTGGCCCGCGGGTTGCGCTTGCCATCCTTTCGGT TTTGACCCCGGCAGAGGTTGCTGCGGCCGTTCTGGAAGGTGATGACAAGC CCTTGCAGCGAGTGAGTGGTGTTGGAAAAAAGCTTGCCGGAACAATAGTG TTACAGCTTGCTGGGAAATTGACTTCGGTCCCATTAGAGAACAGGAAACA GGAACAAGCGGTTGATAGAAGTGCCGAGATTGTCCAGGCTCTTATTGGGT TGGGCTGGCAGCGACAGGAATCTGCTGCGGCCGTGGAATCTGTTTTAGAA AAAGATCAGTCTTTGACTATGCCAGAAATTTTGAGAAATGCCCTTAGATA TCTTGCAAAACAGGAATAA >TWT269 ruvB, holliday junction binding protein RuvB ATGCCCTTAGATATCTTGCAAAACAGGAATAACCTCTTGGATGTGACGTC TGACGAAAAACAAACAGAAGGTGCTTTGCGCCCGAAACTGCTTGCTGAGT TTGTAGGACAAAATAAGGTAAAGAATCAGCTGGCCCTTTTGATACAGGCA GCAAAAATTCAGGGGCGTGTTACCGATCATGCACTTTTAGCGGGACCCCC AGGCCTTGGAAAAACAACTCTTGCAATGATTGTTGCCGCTGAATGTGGGG TTTCAATACGAATGTCAAGCGGCCCTGCCATACAGCATGCCGGAGATCTT GCTGCTCTTTTATCTAGCCTCTTGCCCGGAGAACTTCTCTTTATCGACGA AATTCACAGGATGAGTAGGGTCGCTGAGGAGATGCTCTATCTTGCCATGG AAGATTTTCGCATTGATATTATGGTTGGCAAGGGTCCTGGTGCTACGAGC GTTCCCCTTGAATTGTCCCCTTTTACGCTGGTCGGCGCAACCACCAGAGC AGGTCTCTTGCCTGGGCCATTACGGGATCGTTTTGGGTTTACTGCACGCC TCGATTTCTATTCTCCAGAAGAGCTTTTGCAGGTCTTGATTCGGAGTGCA CGACTTATGGAGATTCAGTATTACGACGATGCCCTGGAAAGTATTGCCGT CAGGAGTCGAGGAACACCTCGTGTTGCGAATCGTCTTTTGCGCAGAACGC GTGACTATTTGCTCGTATCGAATTCATCAGAAATTCTCTCAAAGGAGATA GCACTCAAAGCAATGGATGTTTATGAAGTCGATTCGTTGGGTCTTGACCG ACTTGATAGGGCGGTGTTGCATGCTATCTTCGATCGTTTTTCAGGAGGCC CGGTTGGAATAAAAACCCTTTCAGCCTATCTGGGCGAGGAGGCTGAAACT ATTGAAAACTCTATAGAGCCGTTTTTGGTTAGGCAGGGTCTCCTTGTCAG GACCCCCAGAGGCCGTCAGATTACCGATTTAGCCAGGAAACACATGGGTT TCAAGGAAGATCTATCTGGCTTTGAGTTATACTTATGA >TWT267 ruvC, crossover junction endodeoxyribonuclease ATGCGAATAATGGCTGTTGATCCTGGCTTGACCAATTGTGGAGTGGCCGT TGTAAATGCGACCGGGCCTCTTTCTCTTGAGCTCTTGGCGGTAAAAGTTT TTCATACCGATAGATCTTTGTCATTTGAAAATCGTATTGGAAAGATTGGT GATAGTCTTCTATCAATGCTCGAGGAGTTTTCCCCGGATTTATTTGCGCT TGAAAAGGTGTTCGCGCAGCATAATTTGAGTACAGTGAGTGGCGTTGCGG GTGTTATAGGCGTGGCGAGTTATCTATGTTACAAACATGGTACCCATATT GCGTTTCACACACCGAGCGAAATAAAGGCCTCTATTTGTGGGTATGGAAA CGCAAAGAAGGATCAAATTCGTAGCATGGTAAATAGGGTTTTTTTATCCC AAGATATTCCACTCAGGCATGATGCGTCAGATGCTTTGGCCCTTGCTGTA TGTTGCGCCAGGCGATATGCACTGCACAATGAGCATTTTACCGAGGCGAG GCTGCGATGGCTATCAGCACTCGGGGCCAGTTCGACAGAGCGGGGTCGGT AA >TWT453 smf, nucleotide-binding protein TTGAAGAACATTATTAGTACGCTTAATCTGCCAGATAGGGAAGTTATATC CGCTGTGAAGCCCCTATGTTTTTCTGAGGAGTTGAGCGAAGATCAGGCAG TGGATTACTTTGCTCGTGCAGCATGGAGCTTAATTTCTGAGCCGGGTGAC CGCATTGCCGGGCGTCTAATAAGCTGCATGACAGCTCCTAGAGCACTGGG TTGGCTGCTTGGTAATATCTCCTTGCCGTTTACCCTAGATGAATTTGAAT CGCAGCAGCTTGAAAAGCACAGATCTGTCTGGAAAATGCGTGCTGACTAT CAGCAATTGCTGAAATCATTTCAGGCAGCACATCATACGGGTGCAAAACT TGTTGTAACCGATAAGTACAACAAGCTGCAGGATGAGAAACCCCATATTC TTTGGGTAAGGGGCAACTCCCCGTCTATTTTGCTGGACACGAGTCAAAAG GTCAGTATTGTTGGCACGCGATGCTGCAGTTACTACGGAAAAAGTGTTAC AGCGGACATATCCTACAGTCTTGCCAGAAAGAATTATGTAATTGTTTCTG GTGGTGCTCTTGGAATTGACGGGACAGCACATATGTCTGCTCTTTCTGCC GGCAAATCAACGATAGTATTTTTTGCGGGAGGGGTGGACTGGATTTACCC AAGAGGTAATGAGGCGCTGTTCTCAAAAATTTGCGAGTCTGGGATTATAG TTTCTGAAATGCCTTGCGGCTCCAGACCTACCAAATGGCGCTTTTTGCGC AGGAACAGGCTGATAGCCGCTATTCCATCTGCTGTTGTCGTAACTGAGGC CGCCGCGCGCTCAGGTAGCATCAGTACAGCGTACCATGCGGCTGATGTTC AGGTGCCAGTCGGCGCAGTTCCTGGACCTATTAACTCACCCCTATCAGAA GGGTGCAACCGACTTATACGCGACAGGATTGCAGAAAGTGTTACTTGTGC GGATGATGTGGTTGGATTATTCGCCCCACTCGTTGTTTCACCTATCCAAA AGGACTCTTTTGGGCTACAGGCTAGTAGAATTAGGGTTATTGATGCTCTG AGTAAAAAGTATGACAGAGATATAAGTGAGATATGCCGCCTGTCCGGAAT GCTCTTTGATGATGTGTCGTCCCTTATGCGTTTGCTTGAACTGTCGGGGC AGGTGATCCGATCAGGTTCCGGCTGGCGCCTATCAGGTAGGCTTAGATGA >TWT107 ssb, single-strand binding protein GTGGATGCAACCGTTACCGTGGTGGGCAATCTAACAGCCGATCCGGAATT GAGGTACACCGCAACTGGGGCGGCTGTCGTCAACATGACCATAGCAAGCA CCCCTCGCATGTACGACAGACAGTCCGGCGAGTGGAAGGATGGGGAACCT CTTTTTCTTCGTGGCATTCTGTGGAGAGAGTATGCCATTAATGCCGCGGC CTCCCTTGCGAAGGGAATGCGAGTTGTAGCTGTCGGTAAGCTAAAGCAGC GAAACTATGAAACGAGAGAGGGTGATCGCAGAACTTCGGTTGAGCTTGAA ATTGATGAGATTGGCCCGACTTTGCGGTACGCAACAGCGAAATGTTCGAG GGCCACGCAGGCTGGGCATGGTGTGTCTCCTGATCCTTGGGCTGACTCTC AGGGCAGTCAGGGTATTGACTCTCACACCACACGTAGTGAGGAAATTACT GAAAACGCGAAGAATGGCGAGGGTGCCGGGAAAAACGAGTTAAATAAAAA AGTTCTGGTGGGAGATAATGTATCTTATGAGGATTTTGACAGTGATGAAG TTCCTTTCTAG >TWT403 ssb, single-strand binding protein ATGAGAGGAAAAAGGATGAATCACATTACTGTTTCAGGATTGGTTGCCAC TGAGCCGAGAAGTTTTCTCACCGCTGAGGGTGTCCACATAACTAGTTTTA GATTGGCTGCCCAGGACAGGCATTTTAGCCGAAATGCCAATAGCTGGGTT TCTGGGGATACTAACTGGTTTACCGTAACTGGATTTCGCGCACTAGGTTC TAACGCGGCAGAGTCTATTTCGAAGGGTGATCGGGTTATTGTGTATGGCC GTCTTCGACTGAGAACTTGGGGCGATAACAAAATGGCCGTGGAGATTGAG GCAGAAAGCTTTGGTCATGATCTACGGTGGGGGACCAGCGTTTTTTCCAA GCGTTTTTATCAGCTTCCCGAGGCTTCCGACAACTTGCGTACGAAATATG ATGTTGATGAGGCTGAAACACCTGAGATTCATGCAAAGGCTGCGTAA >TWT696 topA, DNA topoisomerase I ATGAAAAAACTTGTTATAGTCGAGTCGCCAACCAAGGTATCGTCGGTTGG TCGTTACCTTGGTGACGGTTATGTTGTCATGTCGTCAGTAGGGCATATTC GTGATTTGCCCGCCCCTAGTGGGCTTACCCCAGATCTTAAGAGGTCCGCT CATGCCCAGTTTGCAGTTAATATTGAAAACGATTTTGAGCCCTACTATGT CGTCCTGGAGAATAAAAAGAAGGTAGTTGAGGAGCTACAGTCGGCCCTGA ATAATTCGGACGAGCTCCTTATAGCGACAGACGGTGATCGGGAAGGTGAG GCGATAGCGTGGCATTTGGTCCAGGTTCTGAAGCCTACTGTGCCGGTGAG GCGATTGGTATTTCACGAGATTACTAGGGAAGCCATCGCGTATGCACTAC AACATCCGAGGCCGATTGATGAAAACCTTGTTGACGCGCAGGAGGCTCGG AGAATTCTGGACAGACTCTATGGTTACGAGCTATCCCCGGTGCTCTGGAA AAAGGTAAGGCCCGGGTTGTCTGCCGGTAGAGTTCAGTCTCCCGCTACCC GACTTCTGGTGGATCGTGAGCGTGAACGGATCAACTTCAAGTCGGCTGAA TATCAAGCGGTAACGGCTGACTTTCAGGTGGATTCCGACGTATTCTCAGC TTCTTTGACGCTTTTCGGTGAGAGGAAAATCGCCACCGGGCGTGACTTTG ACAATTTGGCAAATCTCAAAACAGATGCTTTAGTACTAGATAAAAATCTA ACCGATCGCATACTCGAAGAGCTCAAAAGTAAGGGTGCTTTGGATGTTGA AGCAATCGATTCAAAGCCGTATAGCAGAAACCCTTATGCTCCGTTTATCA CTTCCACCCTGCAGCAGGATGCCGCACATAAACTGGGGTTCTCAGCTAAA CGAACAATGCGCACTGCCCAACAATTGTATGAAAAAGGGTTTATCACGTA CATGAGAACGGACTCACCACGTCTGTCTCTACAAGCGATTTCCGCCGCGA GAGCTCAGGTTGAGCTTCTCTACGGAAGGGAGTTTCTACCGGATTCCCCA AGAACCTACGGGGCAAAGGCAAAGAACGCCCAAGAAGCGCATGAGGCGAT AAGGCCTACTGGCGAGGTGTTTGAAAGGCCTGAGTCGATAGAATCTGTTT TATCGGTTGACTGCATGAGGCTTTACGACCTTATATGGAGGCGAACGATT GCTTCCCAGATGGTATCTGCTAGGGGTGAAACTGTCACCCTGACCCTCTC TGCCAGAATTCCGGAGCGATCTATTTTTGTCCTGTCCGGAACTGTTCTGC ATGAAAAGGGTTTCTTGAAAGTGTATGAAGGGTTGCAGGATCTCAACTCT AAGCTATTACCAAATTTACAGGTCGGCGATCAGGTTACCCTTGTTGATGT TCGTGCGGTCGGGCACACAACCCTTCCGCCCCCACGATACACCGAGGCTA GCCTGGTAAAGGTCCTAGAGGAGTTGGGGCTGGGTCGCCCATCAACATAT GCGCTTATTTTGAGCACAATTCAGGAGCGCGGCTATGCTCATCTCAGGAA CAGGATGCTTGTTCCTGATTGGCTTGCTTTCTCTGTTGTCAATCTTCTTG AGAACTTCTTCTCTCGACTAATTGATTACGATTTTACTGCGAACCTCGAG GATCAGCTTGATGAGATCGCACTCGGCTCACAGAATAGATCGGACTGGCT TCGTAAGTTTTACTTTGGTGATGACAATCTTCCTGGATTGAAGGAGATAA TTTCAGGCGCAAAAGACATAGATGCACGAGCAATCAATTCGATCCCAATG GTCGGGGCGACTCTTCGGGTAGGGAGATATGGCCCGTATCTTGAAGTTGG GGATAAGAGATTCAGCATTCCGCATGATGTATACCCCGATGCCTTGACTC CCGAAAAAATACATGAGCTGGTTAATCAGCCAGAATCCCCGGTAAGAGAA CTCGGCGCTCACCCGGAGACCGGAAAATTAGTTGTCTTAAAGTCCGGTCG CTTTGGCCCATATATCGAGGAAGTTTCGGATGAGAAAAATGTCAGACGAT CAAGTCTGTTCAAGAACATGGATCCAGAGGAAGTTAACTTAGATGTGGCT GTTAAGCTGCTGGAAATACCCAGAGTCATTGGGGTCAACCAAGAGAACGG AGAAAAGGTTATTGCTTGTAACGGTCGCTTTGGGCCATATATAAAATGTG GTAAGGAGACACGTCCCCTAGACAGTGAAGATGACATTCTCTCGGTGACG CTTGACGAGGCATTAGCCATCCTGTCCGCACCGAAAGTTAGGCGGTCACG TGTTCTTATGGAATTTCCAACGGATGATCCGGTCACAAGGCGCGCAGTGC AAATCAAGTCCGGTCGCTTTGGGCCATATGTAACAGATGGCGTTACAAAT GCAACTTTGGACAATACATCGTGGGAGGATGTGACGTTTGACGAAGCTGT GTCCCTGCTCGCGGAAAAGCGTCAACGGGTTGATGGTGATCTTGATCAAG AAACTGCAGAAAAGATCCATGTGTAG >TWT182 trcF, transcription-repair coupling factor ATGCCCGGTATCTTATTCAATATCGCCTGGCCATACAAGTCCCCTGCCGA TAATCTCACTTGCCCTACTAACAGTACGCACACATATCCACATAAAATAC CTTTGCACGGTCAACTTGATAAGGGATTCTTGAATTTACTGGCAGCCATA GAGGCATTTATTCCAACAGGGTTTGCTGCAACAGCATGCCCGGGCGGGTT TTCCGCGTGTAAGGTTGCCAGTCTTGTTGGTGATGTTGATAGCCTACTTG TAATTCTCCCGAGTGAAGATGCTTGCTTCACCGACACACTGCGCACATAC TTGCCCGAGTCTATTATTCTGAATTTTCCAGAATGGGACACCCTATTACA CGAGCAAATCAGCCCGAGTCCTGAGCGTGTTTCTGCCAGAATGGAGGCGT TACACAAGATCTCCTTATTCCGTAAAAATAATAAGCGTGCTAAAAACGCC CAGACAAGCAAAACCTTGCATGACATTGGCATTCTGGAAGATAATCTGCC CACCATACACCAAAAGCTTGTTGTCGTTGCATCTATCAAGGCATTCATGC AGCCCATTATTTCGGACGGAAATCCGCCCTGTCTTTACTTTCATACTGGG GGCGAGTATGAATTGTCAGAAATTGCAAACATTCTTGTTGCAATGTCGTA TTCAAGAACTGATCTTGTTGGGGCAAGGGGTGAGTTTGCAATAAGAGGTG GCATCCTCGACATCTATCCTCCCACCGAGAAACACCCGATCAGAATCGAG TTCTTTGGTCGGCAGCTCGAGAGTATGCGTCACTTCCGTGTTTCAGATCA ACGCTCAATAGGGCCTTATGTATCCAATAATGCTCACGTTGGCATGTTTG CACAATATCAGGATAATTCGGTATGTAAGTGTAATGTCTCATTAAGCTCT AATCCGCATAGATGCGCCTCACATTTATCCATTAACAATACATATAAACC CAGTGCGGTAATGGCCCCAGCTTCAGAAGCACTTATTGTATATCCAACAA GTGAGTTTCCTGAAGAAGATCAAATCAATAACATCACCCCAAAATCCCTG CTGCATTTTATGCCTGGAAAATCTACAGTCGTAGTTATAAAATGCGAACA ATTAACGTCTAAGATAGAGCAGCTCATAAACACAAACCGGGAGTTTTCCG AGGCTTTTTGTACGCCAGACGCTTTTTCTGCAACTAATAAATATGCTCGA AATAATCATGATGGTGATAATACCCTCGACGGTATTGCCGAAAAAATAAA TTACTACACCTTAGAAGGACTTCGTCATTTTGCAGCGGATCTAGGCATCG GTTGGACTGACTTATCCGGTTTTAACAGCGAAGATGAAAAATCACTTATT ACGGCCAATCCAGATTTTTCTGGATATTCGGTATTTGATCATATTCGAAA CCTACAAAAATCTGGATGGCAAATTGTGCTCGCTTCAACAAATAACAGGG TATATCCCACGCTCGATGAATACGGGATTGATTACCTGATATTGTCAGCG AACACTGATTATTCCTCGTTTGAGGAGTGCAGGGAGTGTTCTACAAGACA GGAGAGTCCACAGGTAATGTGCACCCCTAGCATTACACAGAGCTGCACGC ATGACCGCACAGGCGCGCAGCAAAAATCGTATATATCTGATTTGTTTTTT AAACAAGCAGATCCTGACGCAGTTGATTCAGGGCTAATAAAGCATAGGGT TGTTGTAATTGATTCGTATATACAAGAGGGTTTTTCAGTCCCGACAAAAT CCTTCACACTGATTGGCGAACATGAATTATTTGGCAAAACCACACTCCAA AAAGCCCCGCGCATTTCACGGCGTGCAATAGATCCGATAAATCTCGCAAT TGATGACTATGTGGTGCATGAAATACATGGAATTGCCCGTTTCAAGGGAA TGTGCTCGCGGCGACCAAAGCACGATGCCCCCGAGCAGGAATACCTTATT CTTGAATATGCAAAAAACAGGCTTGGCGTAGCAGACAAGCTTTATATTCC AACCGATCAGCTGTCAATGATAAGTAAGTATATTGGCTCTGATAGGCCAA CTTTATCGAGGATTGGCGGAAGCGACTGGGCTCTAACAAAATCCCGTGCA CGTAAAGCAATCAGTAGTATTGCGCTTGATCTTGTAAAGCTTTATTCTCG CCGTTCAATCACAAAAGGATACGCATTTTCGCCTGATACCCCATTTCAAA CACATTTTGAAAATGAGTTTTTATACACAGAAACACGGGATCAGGAAAAA ACAATTGTCGCGGTAAAGGCAGATATGGAAAATTCCAAACCTATGGATCG CATAATAAGCGGTGATGTTGGTTTTGGAAAAACAGAGATTGCAATGCGTG CAGCGTTCAAGGCAGTGCAGGACAACAAACAGGTGGCTGTTCTAGTGCCA ACAACTCTCCTTGCGCGCCAACACATCCAAACTTTTTGTGAGCGTTTTGA TAAGTGGCCGGTAACAATTGCCTCCCTCAGTCGCTTTCAGTCAAAATCTG AAATACAGAAAACCATTTGCGGGATTTCATCCGGTGGAATTGATATTGTA ATTGGCACTCATATGCTCTTGAATAAGAAAATACAGTTCAAGGATCTTGG TCTTTTGATTATTGACGAAGAGCACCGCTTTGGTGTAAATCACAAAGAAG CTATAAAAAAACTAAAAATAGGTATTGACATATTGGCAATGAGCGCCACG CCAATTCCGCGCACACTTGAAATGAGTCTGATGGGCATAAAAGAGATCTC GACTCTATCAACACCCCCTGAAAACCGCATGCCAATCTTGACCCATGTCG GACCATACAGAGACAAACAGGTTATTGCAGCAGTTAGGCGAGAGATAATT CGTGGCGGACAGGTCTTCTACATCCATAACGATACCGCAACAATATCAAG GGTGGCTCAGCGACTTGAACAATTAATTCCAGAAGCCCGAGTGGTTTCGG CACATGCAAAATTAGCCGAGCGAATGCTAGAAAAAACGGTTATTGATTTC TGGGAGGGAAAGTATGACATTCTTGTTTGCACAACGATAATCGAAACAGG TCTTGATAACGCAAATGCAAACACAATAATTATCGATTCTGCAGAAAATT ACGGCCTCAGCCAATTACATCAGCTCAGGGGTCGTGTTGGACGAGGAACT AAGAGGGCATATGCGTATCTTTTTTATACTTCTACACTGAAAGATACTGC ATACAAACGACTGGAGGCAATAGCTAGAAATAACCACCTCGGTGCCGGTG CACAAATTGCAATGAAAGACCTTGAGCTTCGCGGTGCCGGCAGTCTTCTG GGGCATGCACAGTCAGGGCATATTGCATCTGTTGGGTTTGATCTTTATAT CAGGATGGTGACTGATGCGATTTCCAACTTCAAGGGAGAGCAGAGTCGGA CAAATAATTTACGCCTTGAAATACCGGTTGATGCCAGTATTCCCAAAGCG TATGTTGATAGTGAACGCCTGCGAATCGAGCTTTATAAAAAGATTTCTGA GGCATTATCTGATGCGGATATAAAAGATATTGGAGACGAAATACTGGATC GATTTGGCAATCTTCCGAGTCAGGTAATAAACCTCCTGGAGTTAGCTAGA TTGCGCATACTCGCATCTTCTCGGGGGATAGACCTCATTACCCTTAAAAG TGATTTTCGCCAAGGGGGTGATGTTGTTACCGTATCACCAGTAAGCTTTA GTGATACCGCACACCAGAATCTATTACGGGATGGGCAATTCTCATTTATT TGCTACAGGAATTCAAAACTTTCTGCTTGTATTAACCGCTCTTCTTCTGA GCACAGTGGTTATTCTGAGCACAGCGCTCAGATAATAAATTCAATTAGAC ATTTTATTATTACCTCTTGTAATTGA >TWT582 ung, uracil-DNA glycosylase ATGGGCTATCTTCATGTTTTGGCGCAACGTGGCGTTATTCATGCGACATG GGTTTCTGCTCTGGAGCCGGTTTCATCCAATCTCGCTGCAATGGGAGATT GCTTGCGGTCACTTCGCTCAAAGGGTGAGTCATTCTTACCGGCACCGCGT AATATTCTCAGGGCTTTTCGCTATCCATTCGACTCTGTAAGGGTTCTTAT AGTTGGCCAGGATCCGTATCCAACCCAAGGGCATCCAATTGGTCTTAGCT TTGCTGTCGATCATAAGGTGCGTCCGCTTCCCGGCAGTCTGCAAAATATA TACACCGAGTATCGAAGTGATCTGAACCTTGATCCGCCACAGCACGGTGA TATAAGTCTTTGGTCGGAACGCGGTGTTATGCTCTTGAACAGGACTTTAA CGGTCCGCCCGGGCATACCCTCAAGTCACAGAGGTCTTGGATGGGAAGAG ATTACACAGACTGCCGTTAGAGCTCTTGCGGCCCGCGATGTTCCGCTGAT TGCGATTTTGTGGGGCAGGCATGCACAGGAGCTTAAGTCTGTTCTACAGA GTGACAGGGTTGCCATACTCGAATCTGTTCATCCAAGTCCTATGTCGGCC ACGAGGGGCTTTTTCGGATCAAAGCCTTTCAGTAAAGCAAATGACCTTTT ACGAGACCTTGGTTCCGCTCCAATTGATTGGCGTCTTACCTAA >TWT296 uvrA, excinuclease ABC subunit A GTGTCAAGTCGCAGGTCATTTTTGCGCGTTAAAAACGCGCGGGTTCACAA TTTAAAAAACCTTAATGTGCGGATTCCGAGAAATTCAATGACTGTTTTTA CAGGCCTTTCCGGCTCCGGAAAGTCAAGTCTTGCATTTGACACTATTTTT GCTGAGGGGCAGAGGCGGTACATAGAGTCTCTTTCTGCATATGCAAGACA GTTTTTAGAAAGACTTGATAGGCCGGAGGTGGATTCTATCGACGGACTCA GCCCATCAGTGGCGATTGACCAAAAAACCACAAGTAGAAATCCGCGCTCT ACCGTCGGTACGGTCACGGAAATATTTGATTATTTGCGGCTTCTGTGGGC GCGTGTTGGGGTTTTGCACTGTCCGGAATGTGATTTACCCGTACAAAAAC AGACTATTCAGCAGATAGTAGATTCAATTGCCAAGATTCCACACGGTGAA AGATTCATGCTCTTATCACCACTTGTACGACAAAAAAAGGGGGAATTTGT TGATCTTTTCTCGAGGCTTACCACATCTGGTTTTTCGCGAGTTGTTGTTG ATGAAGAAATTTATTTACTAACAGAAGTTCCGAAACTTAAAAAAAATTCG CGCCACACAATAAAAGTTGTTGTAGATAGGCTTGTTTCTGAGGACAATAT GCTAACTCGGTTAACAGATTCAATTGAAACCGCATTTGGCCTTTCGAATA TTTGTGAAGTTCAAACCTTCAAAGGTGATGTATTTCGCTTTTCTATAAAC TCAGCATGCCCGAATTTACACTTTCTGAACTTTGACAAAATAGAGCCGAG AACCTTCTCGTTTAATTCACCTGTCGGCGCATGTCCCGACTGTGACGGGA TCGGCACAGTTCGATCTGTCAATATGACCACATTAGTGCCTGATATACAG CTTTCAGTTGAGAAGATAGCGCTAGACCTTATAGGTAAAAAAATTGTTTC AAAAAACTTCATGCGCGAGATATCAGCCCTTGCTAGGAATCTTAAATTCA CCCTCAATACCCCGTGGAGTGATCTTACAGATTACGTACAAAACACAATA CTGCACGCAAAAAATTTTCTATTACACAACACTAGAGTGCGGTATTACAC GGGTCTTGTAAGAAAGATAGAAAGGGATGTATCAGAAAACTCTGGAGGAT CTCTTTCGGGTTATTTATACAACTCACCGTGTCGTTCGTGCTCTGGAAAG CGCCTTAGGGCATCGTCACTCTGCGTCAAAGTGTCTAACAAAAATATTAT TGATGTTTGTGATATGCCTCTTGACGGAATACTCCACTTTTTTAAAGCAT TGGATATTCCAAGAAAATTTGAGAAAATATCCTCTCCAATACTCAGAGAA ATTATCTCAAGACTGGAGTTTCTGATTGAACTCGGTCTTGGGTATTTAAC TTTGTCACGAAGTATTACAACAATTTCTGGAGGTGAGTCCCAAAGAATAA GATTGGCAACTCAAATCGGCTCAGGTCTCACGGAGGTGCTTTATGTTCTG GACGAACCGAGCATTGGTCTACACAAGAGAGATAACGAGAAGCTTATAAA GCTATTGCTGAATCTTAGGAACCGCGGGAATACGCTTATCGTTGTTGAGC ATGATGAAGAGACGATTAGATCTTCGGATTGGATAGTTGATATAGGGCCT GGTGCGGGGAGAATGGGCGGGCAGGTCGTTTATTCTGGTCCAGTCGGTAA AATGCCCAGTCGTAGTCTTACAGGAAAATACCTCTCGGGTGAACTTATGG TCTCTACACCGAAGAAGCGCCGAGTTTCTTCGTGTGGAATTACCCTCTCG GGTGCAAAAGAAAATAATCTAAAAAATATAACGGTTTTCTTTCCATTAAA AACCTTTATAGTCATTACAGGTGTTTCTGGCTCTGGGAAATCAACCTTAG TAAACTCTGTTTTGTGCAAAGCGCTCTCGAATATTTGCAAGGGGAATACG CCTTCCGAGAATAATTGTCAGGATGCAGATTGTACTGATGCTTGTACGGT ACGCAATGGGATGCAGCACAATGAACAGACTGTTCGTTTGGCACCTGCAC TGGATGGTGCGGAGAATATCTCAAAAGTTGTTCATATAGACCAGAAGCCT ATCGGACGAACTCCGAGGTCAAATTTGGCGACTTATACCGGGGTGTTTGA CAAAATAAGGGATATTTTTTCTAAAACACCAACAGCTCGTGCGAGGGGGT ATTCACCAGGTCGATTTAGTTTTAATCTCAAAGGTGGACGATGTGAAAAA TGTAAGGGTGATGGATGCATAAAGGTTGAAATGAATTTTTTGCCCGATGT TTATGTGGATTGCGAGGATTGCAATGGAATGCGGTACAACAGAGACACGC TCCAGGTTCTCTACAACAATATGAGTATACATGATGTATTAACAATGCCG GTTTGTGAAGCTGTTGAGTTTTTTAGGGCTATTCCATCTATACATCAACC ATTGAAACTCATGGATGAAATAGGGCTCGGCTACATGACTTTAGGTCAAC CCGCGCCCACACTGTCCGGTGGGGAAGCTCAAAGGATAAAGCTTGCCGCG CAACTTCAAAAACGCACTGCACAGGATGTTCTGTATGTTCTGGATGAACC AACAACCGGGTTACATTTTCATGATGTTAGGCAGTTGCTTGAGATACTTC ATAGACTGGTTGATAACGGCAACACAGTTATCGTAATTGAGCATAATCTG GATGTTATAAAAACAGCAGACCACGTAATAGATATGGGCCCTGAAGGGGG TAATGCTGGTGGGTCAGTGGTTGCTTGCGGTACACCAGAAGAAGTTGCAC TCCATCCCGACAGTGCAACAGGTTATTTCCTTAAAAAATGCTTGTGA >TWT295 uvrB, excinuclease ABC subunit B GTGTATAAAAACTTACATCCAAAATATTTTAGGCTCGCTGCCGAATATGA TCCATCTGGCGATCAACCGAAGGCGATTGGGGAGCTGTCAGACAGAATAG AATCTGGTGAGACTGACATTGTGCTTCTTGGAGCTACGGGTACGGGAAAA TCTGCAACAATTGCGTGGCTTATAGAAAAACTTGCAAGACCTACGCTTAT CATTGCCCACAACAAGACTCTCGCAGCCCAGTTGGCAAATGAGTTTCGTA AGTTTTTTCCCGATAATGCGGTTGAATACTTTGTGTCTTATTACGATTAC TACCAGCCAGAGGCATATGTTCCTAAAACTGACACTTTTATTGAAAAAGA TGCTTCTGTCAATTCTGAGGTAGAAAGATTGCGACATAGGGCGACAACCT CTCTTTTGACCAGGCGTGACGTTATTGTTGTCGCCACCGTATCTTGCATA TATGGTCTTGGTGCACCGTCTGAATATCTAAAAGCAGGCTTTAGGCTTGA GGTTGGTCAAAAGATTTCGCAACGAGTTCTTTTGGAAAGATTTACACAGC TTCAATACAACAGGAATGATGTCGGATTTGAAAGAGGCAATTTTCGGGTT CGTGGCGACACGATTGAGATAATTCCAGTCTACGAAGAATATACAGTTCG CATTGAAATGTGGGGCGATGAAATTGAAAGGGTTCTCTGTTTGCATCCAG TTACGGGAAATGTACTCTCGGAACAGAGAGGTGTTCTAATATTTCCGGCC TCGCACTATGTTACAAGTTCAGAGAATCTAAAAAGAGCAATTGTGGATAT ACGAAAAGAACTGCAGCAGCGACTCCGATATTTTAAGCGAAACAATAGCT TACTTGAAGCACAGAGACTTGAAACGCGCACAGAATACGATATAGAACTT ATGGAACAGTTGGGTTTCTGCTCGGGGATAGAAAATTACTCAAGACATAT TGATGGTAGAGCGCCCGGCGAACCGCCATTTTGTCTATTAGATTATTTTG ATGATGATTTTTTAACCGTCATTGATGAGTCCCATGTTACTGTTCCGCAG ATAGGAAGCATGCATGCGGGTGACTTTTCAAGAAAAAAGGCCCTCGTTGA AAATGGATTTCGCTTACCCAGTGCAATTGACAATCGTCCTCTATGTTTTG ATGAATTTCGTCAGAGAGTGGGGCAGGTGATATATCTATCAGCCACACCA GGTAAATATGAGCTGAGTAAATCAGATGGTGTGGTTGAACAAATAATTAG ACCAACAGGACTGGTTGATCCAAAGATTACGGTAAAACCAATAAAAGGTC AGATAGATGATCTTTTGGAAGAAATTCGAAAACGTAAATTGCTCTCAGAA AGAGTTCTTGTAACAACACTTACTAAGCGCATGGCTGAAGAATTAACAGA TTTTCTATCTGAGGCTGGTGTGAATGTCAGTTATTTGCACTCGGATATTG ATACGCTGCATCGCGTGGAGCTCTTGACGAGTTTACGCATGGGGAGAATT GATGTTCTTGTTGGGATAAATTTACTTCGCGAAGGTTTGGATTTACCCGA AGTAAGTCTTGTTGCAATTTTAGATGCGGATAAAGAAGGGTTTCTGCGTT CAACAACATCATTTATTCAAACAATCGGACGTGCAGCTCGGCATGTGTCG GGCGAAGTGCATATGTACGCTGATAATATGACCGAGTCAATGCAGAAAAG TATTGATGAAACAAATCGACGCAGGCGAATCCAGCAGGATTACAATCGCA AGATGGGCGTAACACCTGTTCCGATAAAAAAAACAGTAAGTGACATAACA GAGGTATTGTCAAGACCTTCGCGAAAAATAGATTGCACAATTCTTGACAG CTTGCCTGATCCAAAGATAGATGGAAAGCAGATAAAGTCTCATATAAAGA GTCTTGAGGCAAAAATGTATATGGCAGCCGAGAGTTTAATGTTCGAAGAA GCCGCAGAATTACGTGATGAAATACAGTCCCTCAAGGAGAAGTTCCTAAA ACCGCGAGGCAGTGGCGGGAAAATTAAACAGTAA >TWT297 uvrC, excinuclease ABC subunit C ATGTACCCACCAAGGAGGATAGAGATACCCTGCAAACCGGGGGTTTATAG ATTTGAAGATGAAAATGGACGTATTCTCTATGTTGGTAAGGCAAAAAATC TTCGCAATCGCTTGGGAAGTTACTTCACGAATGCAAGGCGAGGGCGCCGT ATTTCGTATATGCTGTCTATTTCCAAAAAGGTTGGGTGGACGTGCGTCGC AGACGATATAGAGGCACTGAGACTTGAATATTCATGGATAAAAGAATTTG CCCCGCCTTGTAACGTGAAATTGAAAGATGATAAAGCCTATCCGTTCTTG GCTGTGACAATAGGCGAACAGGTGCCTAGACTTTTGATTACCAGAAGAAA AATTCAGTACGCTACGCATTTTGGTCCATATCCAAAAGTGTTTCATCTTC GGGAAACAGTTAGCTTGTTGCACAAGATATTTCAAATAAGGACCTGTTCT CCGACAAACTATAAAAGGGCAATTGCCTCTGGGATGCCGTGTTTTGAAGG GCAGATTAATAAGTGTTTCGGGCCATGTTCTTTAAAAACAACCCATCTTC AATATCAGAAAAGAATAAAAAATCTCATGGCTTTTCTAGAGGGTCAATCT TCTTCTCTTTTAGAATCTCTGAAGAAAAAAATGCTCAAGGCATCTAAGAA CAAAGAATACGAAGAGGCGGCAATTTTGCGAGATAAGATACAAGCCGCAC AAACGGTTTTATCCAGGAGCGCGGTTCTGCTAGATGAAACAGTGTCGGCA GACTTTATCGCCGTCGTATCCGATAATTCTATCGCTTCAGTACAGTGCTT TCGAGTAATTGCTGGTCGCATAAAATCTGTGTATTCATGGCATTTTGAAC AACAGGAAGATCAGTCAGCTTCTGAGCTTTTGTCCCAGTCGATTATTCAG GTGTATGACAAACTAAGCCTTCCGAAAAGGATTGTTCTTTTTGACAAACC GAGTTATCTTAGTGCACTCTCGGCTCATTTGAACGACAAAAATATTGACA GGTCGCTCGAAATAGAAATTGTATATCACCCGAATGAGCAGGAAAGGAGA CTTTTAGAGACTGTAAAAGATAATGCGCTTTCGGAATTGGAAAGACACAG ATTGAGGCGTTCTTCTGATTACACCGAGAGGCATAGATCTCTCTTTGAGT TACAAAAATATTTGAACTTGAATTCATTGCCGGTGCGCATTGAATGTTTT GACATTTCTCATCTCTTGGGCACAAACACCTCGGGAAGCATGGTGGTTTT CGAGAACGGAGAGCCAAAGAAATCGGCGTATCGCCACTTTAATATACATA TTGATCAGAACAATGACACTGCTTCGATGTTCTCGCTTATATGTCGTAGG TTAAGGTCCCTCGAGTCAGTTGCACAAGATTCGCCGGATTATCCACACTT GATGATTATCGATGGTGGTAAGCCTCAGCTATCAGCAGCTGTGGGGGCAT TACAAGAGGTGGGTTTAAAGATTCCTGTTTTTGCACTATCAAAAAGACTT GAAGAGCTCTGGTCGCCAGGGGTCAAAACCTCACTTATTCTTCCACCTAA CAGCGAATCGCTGTTCTTATTACAGAAGATTAGAGATGAATCTCACAGGT TTGCGCTAAAACAACAGACAAGACGGCGTGAGGCATATTTGACAAGTGAG CTCTTCCGCATTCCGGGCCTTGGTAAACAGAAAGTTATGCAGCTTTTGCG AAGATTTTCTTCATTTGCTGAAATTCGGCAGGCTTCCATTGAAGATATAT CTGCATTGCCAGGGTTTGGTGTAAAAACCGCCGAGAAAATCAAGGAATGT GCAGAAGCATTCTCTTTGAAATAA >TWT517 uvrD, DNA helicase II TTGACAATTGATGTTTTTTCGGGACTTAGCGACCAACAGTGTGATGCTGT CCGTACCCTGAGGGGGCCTGTAAAAATAATTGCCGGCGCCGGAAGTGGCA AAACACTGACAATTACAAGAAGAATAGTCAATGGCATTATCTCCAATGAG TATGATTCCGGGCATGTTATGGCTTTGAGTTTCACTCGCCGCGCGAGCAT GCAACTCAGGAGTCGCCTTGTAGAGCACGGCGTTAAAGGGGTTTATTCAG GCACTTTTCACAGCGCGGCACTTTCACAGCTCAGGTTTTTTTGGGAGACC TTTCACGGAAAGCCTCCAAGACAGATAATTCGCGATAAGGTGAATTTACT GCGGGACGCAGCACGAGGAATAAACTTTAGCTTTTCGGATGAGTCATTGT GTCAGGTTGCTTCGGAAATAGAATGGGCAAAACAAAACGGCTACGACTTG AGTGGATACGATAAGTGCAATCACAGAATTTCTGGTATGAGTGCCAGTCA GGCGCGCACTCTCATGCTTGCTTATGAGGATGTAAAGAACAATAGAAGGC TAATCGACTTTGAGGATATACTTTCGCTCACAGTTGGCATGCTGTCTGTT CAGCCGAGAGCCGTTGCTCGTGTGCGAGACAGGTTTAGGGTATTTTTGAT TGATGAATTTCAGGATGTGTCACCCCTACAATTTGAGCTCCTGCGAATTT GGCTTGGGCGCAGGCGTGATATTTGTGTTGTCGGAGATCCTAATCAGTGT ATATATTCGTTTGCAGGGGCAAAAAGGGATTATCTTGTCAAATTTGCCGA CTATTTTCCGGGCGCGCGAGAGGTTTTTCTTAGCCGTAATTACAGATCTC GTCCGGAAATAGTGTGTTTATCTAGGCACATTATTGACTCTCACTCACCG GATATCGGACTGTACCAGCCCACCGAGGGTATCTCTCGCAATTATGCCGA TACAAAAACGGCTACTCCTGCTCAGGATATGCGGGTAAATGCCGGAAATA GAGCGAAATGTCATTGCACGGCACCCCCTGGCACCAAAGGCGCGGTGAGA TGTGGTAATTCCGATTTGGGTTATCGTGAAACCCCTATTCGTTGGCATAC TTTTGAAAACCAGATTCAGGAAATGCATTTTATTGCTCAGAGTCTGAAGA ATATTTCGCAGAGCTGTGCTGTGCTCTACAGAACGGCAATTCAGGGCGAG CGGTTGGCAAAATATTTACACACATCAGGAATAATTTATAGAAGCCAAGA AAGCCGGCTGTTTCATGAAACTGATGTTGCACAGATTGCCTGCAAGCGGG TTATTGAAAAGACGATTGAATGTAACGTCAGGGTGGTTGATTTGGTTGAT AGTGTTGTGTCTGGAATATTCCCGCGCAAGCCAGATGCACTAACAGGCGA GTACGATGGTTGGGTTGCCCTTCAGGCATTGCGATTGTGCGCTAGGCGTT TCAATGGCAATGCTTCGTCTTTTGCCACATATTTGCTCGAAATGCAGCGG CATAGGCGTGAGCCTGAAATGCCCTTCGCAACCCTCGCAACCTTACATTC AACAAAGGGTCTTGAGTGGGACACTGTATACATAATCGGTGTCAACGAAG GTCTAATTCCACATCACACCGGTGACGAAGATGAGGAAAAACGCCTATTT TATGTGGGCGTTACCCGCGCGAGAAAAAACATTGTATTCAGCAGCACACG CACTCCCAGTAGGTATTTAACTGAATTGTGCTTATCACCTATATCTGCCA AGGAATAG >TWT452 xerC, integrase/recombinase ATGTTGGATAAGGGCTCTCTCAAGAGATCAGTGTGCCCCTGCGGCGACAC CCTCAACGAGGGGTTTTGCTGTTTAATACGCGAGTTTATTATTTACCTGG AAAATGTTAGGGGCTACAGTTCACACACTTGTCGGGCATATTATCGTGAC CTGATGTGCTTTGGTGAATACATTATTACCCATGACTCTCGCGAGAATGT AAAGTCCTTACGAGATGTGTCAATTCAGGATTTACGCTCGTGGCTATACA GTCAAAGCCATAAGTCTGCAAGGTCTATCAGACGGGCAGTCTCTTCTTTG AAAAGCTTTTTTAGATGGGCATATGACAGAAAGATCACTGCCCAAAACAC TGCTGCTGCCCTAAGGGCACCGAAGTCCACTTCGCAGCTACCCTCTGTTT TATCGGAAAAAAGGATTGCACAGATCCTGGGTAATTTCTCACATACGGTC CCAGTAATACAGTTACGTAATACGGCAATTTTTGAGCTGTTATATGCATC GGCGATTAGAGTGTCTGAGTTGGTCTCTCTAGATCTTGATAGTATTGACC ACGATCTGTGTACCGTCAGGGTTGATGGTAAAAATGGTAAACAGCGGGTT GTGTTGTTTGGCAAGCCCGCATCACATGCTCTGGATTTATACCTGAATAT GCGCCACACCCTATTATCTGACAGATCAAGTAAAGCCCTATTTTTAGGTT CCCGTGGTCGTCGCATAAATCCACGTGTTGTGTATCGACTGGTATCAGAA CTCCTTGAGATGCCCAAGGGCCCGCGGGGCCCGCACGTTCTTAGACACTC TGCAGCGACCCATATGCTGGACAATGGGGCTGATCTCAGGAGCCTTCAGG AAATCCTGGGTCATAGTAGCCTCAGTACAACCCAAATTTACACACATGTT TCTCTAGAGCGCTTAATAAGCAGTTACAACCAGGCACATCCAAGGGCCTG A >TWT097 xerD, integrase/recombinase GTGTCTAAAAATACTGTGACCAAGGTCGCAGACATAGCAATACCCCCGGA TATAAAACCCGATTTTGATTGGTTTTTTCCCTTTGCAAAACTGGAGCTAG GACTATCGGATGCAACCCTCCAAACATATCGCAATTCACTGGGAATCTAT CTATCCTGGCTTGGCGAGCAGGGCACCCAACGCTTGAGTGAAGTCAATTC AAATGCAATCGAAAGATTTTTAGAGTATAGACAGCGCCATACGCGAAAAA GCACCCTCGCAAATACCGTTGCTGCGTTACGCACTTTTCACAGGCATTTA GTGTTAGAAGGCCGACAAACTCTAAATCCCACAGAGAAGTTACAACAGCC AAAAGTGCCGAAGACCCTCCCGCATCCTTTGAGCCTTGACGAGATAATAA ATCTTCTCAAGGCAGCAGACACAAATCAGGCACGGGAAATATCATTGCGT GACAGGGCACTGATCGAGGTATTGTACGGAACAGGTGCAAGGATCAGCGA AGCGGTTAGCCTAAATGTTAATGCCTTTGCCGAAAGTGATCAAAATCTCC TACGACTTACAGGAAAAGGTAACAAACAGCGCATGGTCCTATTTGGGTCG TATGCACGGAATGCCGTGGATAATTACCTGCAACATTCTAGGCCAAAGCT GTTAGCGAGGTCCCATGTTTATCGTAATATAACGGATGCTAGTACATTGA AATATAGGCCCACAAGTTCGACAATTGGGGATGCTGAGGACGGAGTGCTG ACAGCAACCGCGGCTGGCGTGCCATGGCTATTTCTCAGCAACCGCGGAAA ACGTCTAACCAGGCAACAGGCTGGAAATATAATCCGCAAGCTCGGCGAAG CTGCTGAGATTGGCAGATACATATCACCACATTCACTGCGGCATTCTTTC GCAACCCACATGCTACAGGCTGGGGCAGATATAAGAACCGTTCAGGAATT GCTCGGGCACAGCTCGATAAATACGACAAGTGTATACACAAAGGTCACGA TCGACAGCCTACGGGAGGTGTACGCCACGTCGCATCCACGGGCTTTATAA >TWT643 xseA, exodeoxyribonuclease VII large subunit ATGGATATGCAAGCCGACGAGATGTATAGACAAGATCCGCTAGGCTCGTG CGGTAATCCAAGGCAAGTCTCCCATATCACGGGCAGGTTATCATCATTGC TCGGCGAGCTACCGGCGACGTGGATAGAGGGTGAGGTAACCCAGTTAAGC CCGAGGAGAATAGGTGTTTTTCTAACCCTAAAAGATATGAACGAATCAAA GCACCTCGAATTTTTTCTCCCGTTTGACGCATTTAAAGACGAGGTAGAGG TTGGCAACAGGGTAAAAATACACGGAAAATTGGAGTTCTGGGCAACCAGT GGGCAGATCAAGGTAAAGGGTTTTGAGATCCAGTCGGTTGGAATAGGTGA ACTGATTGAACGTATAGCCCGTCTTCGTGTGCAACTTGCCCTTGAAGGGC TTTATGAGCATAAAAGACCTCTTCCCTTTATTCCAAAACTAATAGGACTT GTAACCGGCCAGAATTCAGATGCAGAAAAAGATGTTGTAACGAATGTGCT TCTCCGGTGGCCGGCAGCAAAATTCTGCACAATATATGCAAGCATGCAAG GCGCATCATGTGTTAGTGAAACCATTTCTGCAATACAGAAACTGGACGCT AATAATGATGTCGACGTAATAATTGTTGCCAGAGGTGGTGGTAGTTTTCA CGACCTAATAGGGTTTAGCGACGAGCAAATGATCAGGGCGGTTTTTGCAA TAAAAACACCTCTAATATCTGCAATAGGACATGAAGCTGACAGACCAATA TTGGATGAGGTTGCAGATCTTAGAGCATCAACCCCAACAGATGCGGCAAA AAGGGTTGTGCCAGATATTGCTGACGAGAAACGCCTCATTAAGAGCGCAA TGTCTTTCCTTAAAAAGAGTTATGAGCCTGTAATTGACAAAATCAAGTGT GATACGTTAAGTTGGTCGCAGGCTTTCAGTAACCCATTCGAGACTTTTAT TGCGCCAAGACGGCGAGAAATAGATTTGTTCTATCAGCAGATGCTGACGG TTGTATGGGCAAATTTTTCTAAGACAGAAACTGAGATCGCTGCCATAAAA AAGCACCTTCTAGCCATATCCCCTCAAAATACCCTTGTGAGAGGATATGC AATGATCGAGGATGAAACTGGTCGGATAATAAGTAGCGCAGATAAACTGA GTGCTGGAGATACTGTTACCCTCAGGCTTCATGACGGTCTTGTTAGGGCG GAAATTACCCAGTGA >TWT644 xseB, exodeoxyribonuclease VII small subunit GTGTTTGCACTGGGAGGAATTGTGTATCTGGAAAATAATGACAATGTAGG TGATGGGGTAAATGAGGAAAGTGTGCATTCCAACAATACACAAACCAATA ATAAACCTGTGCATACTAATGGAGAGGTTAGCGCAGTAACGGGTGGAAAC TGTGCATCCTACGAGGAGGCCCGTGATAGACTTCAGGAAATACTACGCAA ACTGCAAGAGCCGTCTCAAAGTCTTGAAGCGTCTCTAAAGCTCTGGGAAG AGGGAAGACTTCTTGTGGGTTATTGCGAAGAGGTACTGCAAGACGCCATG AAAAGGCTTAACTACGGTGACACCACAAATCCAGAAGACGCCTCGCTCAA GGAATCCGAAGCCTAA >TWT444 xthA, exodeoxyribonuclease III TTGGTGTATCATCTTTGCGTGCGCGTCGGTACATGGAATGTCAATTCAAT TAGGGCACGTCTTGAACGTGTTTTGGCTTGGCTTAAAAATGAATGCATTG ATGTTGCTGCCCTACAGGAGACTAAGGTCAGAACTGGGGATTTTCCTGTC GATGCCTTTAGAGACGCGGGATATTATTCTGAAGCTCATGGCCTTAGGGG ATTTGAGGGCGTTGCAATTGTTAGCAGGTTCCCGATTAGAAGGGTTACGG TTAACATTCCTCGTGCACCCGGATTCTTGAGTGACCGCTGGGGTACGGAT ATTCCGCAGGAGGCTCGGGCAATTTCCGCAACGACTGGTGGTATTCGTTT GTATAGCCTGTACGTTCCCAACGGAAGGGAAGTCGGCTCCCCGCACTTTG AGTATAAGCTCGCATGGCTTAAAGCTCTTGCATCTCATGTCAGGACTGTT CTTAGAAGAACTCCGGGCATTCCTCTAATGCTTGTTGGGGATTTTAACAT CGTCACCTGCGAACAAGATACAGCTGATCCCGACTTTCAGCTGCCTAATG ACATAACCTGTTCAGGTCCTGAGCGTGAGGCCTTTCAGGCCATCCTTGAC ACGGGGATGTTTGACCTTATCCGCCCTTTTGCCCCAATTGGCTTTACATC CTGGAGTTATCAGCGTCAGCGTTTTCAGAATAACCAAGGCCTCAGGATAG ATTTCATGCTCGGGTCTGATTCAGTCCAAAGAAGGACTATTTGGGGTGAA ATCGATCGGGTGCAGAGAAGGCATCTTTTTGGCCTTACTCCCAGTGATCA CGCCCCACTGGTGTCGGTTATTGATCCCCCTAGGCGGACATTTCGCAGAG ACGACTGA
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