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Recombination Sites | |
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Internal Transposable Elements | |
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Internal Repeats | |
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| Name: Tn5084 |
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| Family: Tn3 Group: Tn4430 |
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| Evidence of Transposition: no |
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| Host |
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| Host Organism: | Bacillus cereus | Molecular Source: | plasmid pYW33 |
| Place of Origin: | United States | Date of Isolation: | 1989 |
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| Map |
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| Terminal Inverted Repeats (IR) |
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| IRL (Length: 38 bp) |  | GGGGTATTACCAACAAAACGCGGAAAACATACGCTAAG |
| IRR (Length: 38 bp) | | GGGGTATTACCAACAAAACGCGGAAAACATACGCTAAG |
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| Sequence |
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--------10 --------20 --------30 --------40 --------50 --------60 --------70 --------80 --------90 -------100
GGGGTATTAC CAACAAAACG CGGAAAACAT ACGCTAAGAG AATTTTGGGA GGAAAAAAGC CGATTTTCCC TACCTAAGGA ATCATCGGCC TTTAGTATTA 100
TTGAATAAGA GGGCGTAGTG AATATAAACT TGCTACTTTC TTCATATCAA ATGTGTATTC GCCAAGAAAA TTAATATGTT CCCATCCCAA TGGAGAAATA 200
TGTTTTAGCA GGTCTTCTCG TAAACTTATA TTTGTACACA GCTGCCCTAT CTTTTTCAAT CCCTAGTCGT ACGAGGGAAC ATCCGCAAGC AGGACAGATT 300
AATGTTTGCA TATTTTTCCC TCCTAGAATG ATGAATTTTT TTATTCAATA CCTCCATGAT TTATGGATTT TAACTGTATT TTTGTACTGT TTTTCCGTCT 400
TTAAAGCCTT CAATCGTAGC ATCGAATAAA TACTCCGGTA CCATGGCATA TACGGATCGG CTCCTTAGTA CAGAAATACC GGGTATTTTT GTAGGTTTTA 500
CCACCTTTGC ATACTTCGCG TAGTTAGCGG TCAGAGATAT AAGAAATCAG GTATAAAAGA GGGAAACCTG TCCTGAGCTG GCCCTGGGTT TCATCTTTCA 600
GACCTGTGGC TCCTTCTGGT ATCGTGGTTA CTTGCGACTA AATGTCACAG CATGACCCAT TGGCAGGTCT AGATTCCTCG TAACGCGTCC CCATTAGGCG 700
ACCCAGTTCA AAGGCATCTT CTACAGATAA CACTTTCCCC CCTGGATGTT GGTCAAGCCA GTCTTCGGCT GCATTCGGTG AGCTGAAGAA ATGGACTTCG 800
TTGCAGAATG CCGTACGAAT CGAGGACATA TCATCTGGCG TCACGATTGA GACAACGGCA GTGGAAGGTT CCACGCTTAC AATGTGGTCC GGTTCCACAT 900
TCAACCGTAT AGGTTCTCCG GTGCTGTGAC AGGGTGACTC GATGTTGACC GAACGACCGA TGAGTGCTGG AAATATAAGT GTGTCAAGGG CGCACCAGGC 1000
ATATAGTTGC TTCCCATCAA CCGTAAAGTG GTGAGGGGTA GGGATAAGGG TAAGACCTAA ACCAACGACA CGGCCTTGTT CGTCGATTTC CACGCTTGGC 1100
AGAGACTGGA GAACTTTCTT CACCTCTTCA ACAGGTTTTC CGGTCGTTGT CGCCATATCT TCAATGGTGA CAGACTCCCC CCCTGCTAGC ATTTGTAACA 1200
ACGGGCGAAA CAGCCACTTC ATGGATTCTC CTCCCTCTCC CTTGTTCGAC TGTTGGTCAA GTCGGGTTAC GATTTCCTGA ATTTCAGTTT TCATGTCTTT 1300
TTCCTCCTTT GTTATTTTTT GTTCCTATTA TTATTTTCGA TATTACTTTT CATTACCTAA AAACTCCATT TGTTGGACTA ATTGACCGAT AAAAGCATCC 1400
TTTTCATAGC TTGTCTGATT TTTGAAACTT CATGGGCTCT ACCCTATGAT AAAAATTTTT TCAATTCGTT TCCAAAAGAG AGAGCTTGTT CCAAAGTCAT 1500
AATTTCCCCT TGCAATTTTG GATGTTCTTC TTTCCACTTG TTTGCATGCT CAACTGAGCT AAAATAGTGA ATTTGTTTAC ATGTTCCTCC GGCCCATGGA 1600
GCCTCAGAAT CAAACGGCAC TGTCCAGATT ACTGTTGAAT CAGGAGTTGT TTTTGCTAAT TTTCCATTTC GGACAGTTAC CTCAATCGGT TCACCTGTGT 1700
ACGCACAACG GGAATGTATA TCGACATCAG CAACCAGAGC AGTTGACAGC TCCAATGTCG ATATTGCACA CCAGGCAAAT AAAGTTCGTC CTCCTAAATG 1800
AATCTGGTTA GTAGTCGGTA TAATCGATAA GCCCAATGCC CCTACTATTT TTTGATCCGC CTCCCGAACG ATCATCTGCC GTTGGGCTAA TATCTTCACT 1900
ACTGACTGAA CTGTTTTTGT ATTAATTCCC GTTTGATTTA TTAAAGAACT TTCTGTAACT GCCTGCCCAT CACGAATGGA GAAAAAAATT GTCCGAAGAA 2000
TAGGCACTGA TTCTTTAGGC AGCTTAGCTA ACAATAGTTC ATAAAATTTT TTGAGTTCTG TTTTATTCTT CATTGTTTAA ATCCCTCCAT TTGATTGAAT 2100
GCCTCTTTCG GGGAATCAAG GTACGATTCA ATGTGTTTAC GCAACTTTTG TAGTTCGTTG ATTTGTTCGT CTATCTTGGT CAGTTTATCT TTTAACAAAT 2200
GTTGTAGATG CGGTTCTATC TCCACCGTAT TTTTTTCGAA AATCACTATT AAATCTTTCA TTTCCTCCAG TGATACGCCT AATGATCGGA GTTGTTTAAT 2300
ACCATTGATA CAAAACACAT GCTCTTGGTT ATAAACGCGG TAATTACCTT CGCTACGCTT TATAGAAGGC AGTATCAATT CCTTTTCTTC ATACAGTCGA 2400
ATGGCTTTTC GACTGACTCC TGTTTGTTGG GCTAGTTGAC CAATCGTTAA ATCCTCCATT ATCTCCCCCC TTTTCGTTAA CTGGAAGACC ATCACTGAAT 2500
TAACTAGAGT TTACAACGTT CACCTTAGGG GAAGGTCAAG TGCAATTTTA TAATTTAAAT ACAAAGTTTA ATCAGGAGAT AGAAGTAACA TCATCTTTAA 2600
AATGGTGTTA TTGCAACATT TCTATAATAA ACTCGACATG AAAACCGTTT CCTTGATACT AGCGAGTATT ATATGGTAAC CCAAGGCTAC CTTCGCGAAT 2700
GGGTTTGCTT GGGGTAATGT AATTTATACA TTCAGATTTT AAAGAATCCT CAATTAAAAC AACTTATGGA AATCTATCGT CGGGATGTAT GCGAACCCAA 2800
TCTAACAGAG TTATATCAAA TTTTAATTCG TCTTGGTTAC ACTGTTCCAG CTCCATATAA TGCTATTTCG GAATCAAAAA CAGTTAAGGA ACTAGGAGAT 2900
ATTCAAACGC CTGTTTATAG ATGACCAGAA GATACTCATT GGACATTATT TCGCCGTACA GGGATTTATG GACTTTGGAA TACTGGGGCA ATTTCGAGCC 3000
ATCGAGCAGA CGTAAGTGAA TGCATTTATT CGTAATTATC ATCGTGCAAA TCGTTGCACC TAGCCACTGA CTCAATGGCT GTTAAAAAGG GATTTATTCC 3100
TCTGCCACCA TTAGTCATTC CTCGATAATT TGTAGAGAAA CTCAATCCTT TTTATTAAGT AAGTTTTATA GATTTCAATA GCAAGAAGAC TTAACCAAAG 3200
TGCACAGATT GTTGACATAA TAAACCGTGT AAAACAAATA TGCTATATAA ATATTTCATT TCCTTAAACA GTTTAAAGTT AATTTGGCAA AGTACGGAAA 3300
ACCTTATTCA TAAAACAGAA AAAAGATTCC TGAGCAATAA TCAGGAATCT TTTTTCTAAC TTATCCAGCA CAGCAAGATA ATTTCGAAAC ATCTTTATCA 3400
AAAGTTAGGA CAGCCAGCTT CAATCCTTCT GCCATTGTTA GATATGGAGC CATCGTTTCT CTCAGATCTC CAACAGTTAA ACCGAATTTC ACAGCTAATG 3500
TTGCTGCATA AATTACGTCT CCTGCGTTTT CTGCCACTAC ATGCGCCCCT AACACTTTCA ATGTTTTCGC GTCTGCCACT AATTTGAAAA CACCTGTTGT 3600
TTCCCGATTA ACGAGCGCTC TTGGAACAGC ATCCAACGGC AATACCGATG TTTTCACTTC ATATCCTTTT TCTTTTGCCT GTTGCTCCGT TAAACCAACC 3700
GTTGCAATCG ATGGAGAAGT AAACGTAACG CCTGGAACCA CTTCTAAATT GACCTTTTGA TTTAGTCCTC CGATTGCATT ACGAGCAGCA AGTCCACCTT 3800
CATAAGCAGC TACATAAACA AATTGGGGAC CGGGAGTGAC ATCTCCAGCT GAATAAATTC GGGAATTGGT CGTTTTAAGA TAATCATCAA TGACAATTTC 3900
ACCACGGGAA CCAACTTCAA CGCCTGCTGC ATGTAAGTTT AATGATGTCT GTATTGGTTT TCTTCCAGTG GCAATTAGCA ATTGTTCTGC TTCAATAATT 4000
CGCTTTTTAC CATTTATCTC AACATGAACT TTTTTAATGT CTCCATCTTG CTCAACTCGT TCATAGGTTG CACCTGTTAC TAAATTAATT CCCTGTTCTG 4100
TTAAGGCCTT AGTAATGGCT TCTGAAATTT CAGGATCGTA TTCTTTTAAT AGACGCTCGC TTCTTTGAAT CAAAGTGACT TCTGACCCGA GGTTATGAAA 4200
TAGTTGTCCT AATTCCATGC CGATATATCC TGAACCAATT ACGGTAAGAC GATTTGGAAC CTTCTTTAAT TCCAATAAGC TAGTGCTTGT TAAATAATCT 4300
ACTTCATCTA ATCCGGGAAT ATTAGGTGCA GTTGAAGAAG CACCTGTAGC TATTAAAAAT CTTTTGGCTG TGATTTGATT GCCATTTACT TCAACTGTAT 4400
TTTCATTTAC GAATTTTGAT TCACCTTTTA TTAATTCAAA ACCATAATCA TCAATTAAAT TCACATATTT TTCATTTCGC ATCTCGGTTA CTAAATCATT 4500
CTTTTGTTTT ACTAATGGCG CTAAATCAAC ATTTGAAGCC GAAGTGTGTA ATCCCACAAA TGGATTATTT TTTGCTAGAT GATTGATTTC CCCTGCTCTT 4600
AATAAGGTCT TAGAAGGAAC GCATCCGACA TTAACGCAAG TTCCACCCAC CGTTCCACGC TCAATCATAG CCACTTTTGC GTTCAAAGCA ACGGCTTCAA 4700
TGGCAGATGA AAAGGCAGCT CCACCAGAAC CGATGATGAT GTAATCATAA TCATAGTTAC CTTCATCATT TAAACTTACA TCTGTCCTTT TTTCCGATTG 4800
CACTTGTATT TCTTCTGCTT CGCCCGGTTG ATATTGTGCG TCAGTAATCG CTGTTTTCGC GATATCAATG TCTACATCAT ACGGTAGTTC AAACAGTGCT 4900
TCTCCGCGAC GAAAGTCTAC TTCAATCCCT TTTGCACCTG CATTTTCAAG AGCAACCGCA ATATGTTCTT CACAACCAGT GCAGGTCATT CCTTCAACGT 5000
TTAGCCGATA TTTTTTCAAT AAATTCGTCT TTTGTTCCGA TTGAAATTCT TCTGCTTCGC CCGGGTGATA GTTTGCGTCA GCAATCGCAT TTTTCGCGTC 5100
TTCAACTTTC ACGTCATCAG GAAGCTCAAA TACAGCTTCT CCACGGCGAA AATCTACTTC AATCGCTTTT GCACCCATGT TTTCAAGAGC GACAGCTACA 5200
TGCTGTTCAC AACCCGAACA TGTCATTCCT TGCACGTTCA CTCGATATTT TTTCATGGTA AAAATATCCT CCTTTTATTC GACGGGGAGA CCCAAGTCTG 5300
AAACCTCCGT CTTAATTGCA TCTAAATTGG TTTTCGTATC ATCAAAAGAA ACCGTTACTT CCGCGGTGCT TCCATTAACT TTAATGGCTG TTTTGCCAGC 5400
ACCTTCAACC TGTGCAATGG CATCTTCCAC AACTGATGGC GGGCAGCAAT CCATCCCTGC TATAACCATG AATGTCCCCG TCTTCTCAGC TTCAGTAATA 5500
GCTTTTACAT CCTTCTCTGA ATTCATAGCA GTTGTTTTCA CTTCACTCTT AGATACTTCA GTTTTTTGGA CTTCTTGTTC GTTACTGCAT GCACTAACCA 5600
CTAGCATAAG GGATAGCAAC ATCATAATCC TGATTATTTG TACTTTCACA TAATACACCC CATTTTTTAT AGTCAACTTT CAACTGAAAA TAAGAAAAGA 5700
AACATGGTAA AAACAAGGAA CGTTGTAATC CATAAGCCAA TGACAGAACT TTTCCTTTTA CCCTTTCTTC CATAAACCAT ATAAAAGGAG TACGCAAGAA 5800
GGACAATGGT AACGATGCTG AACAATAACC GATACTTCAA CGAGTAGAAT GCGATTGCGC CTGCAAACCC AGTGAGTCCA AGGGGAATCA AGATTAGTGG 5900
ACCCAGGCAA CAACCCGCCA TAACAAAAGC TGAAAATACA GTGGCTACTT GTGAAACTTT TTCTTTCATG ACTTGAACTT CTCCATGCTG CAACAATCAT 6000
GTGTGGTTGT ATCTTTCTTT GTTTCCTCTT TTGTTTCTGG ATCAAGTTTT CTCCAGCCCT TGAAAAGAGC GAAAACGAAT AACAGACCCA TCATGATGAA 6100
AATAACATTT TTAAATTCCG TGAAGTATGA TCCCAGTGCT GTTCCTGCAA TCAACGGAAG TAGTAAAAAC AGATGACACG GGCATGTGAT GAGTGCGACA 6200
AGAAACCAAC CTGAACTTTT TATTATGTTT TTCATTTCTG TTTCACCTCT TATTTCTTCA TCAGTGTTTC AATAATGGGG CATTCGTAAA TATCTTTGTT 6300
TTCGGGACAT CTTTCTTTAA GATCCATCAG CATTCGTTCA ATCCTTTTAA GATCTTCAAT TTTACGTTGA ATGTCCTCTA TCTTCAAAAT AGTGAAATCA 6400
TACATATCAC GACACTTCGC TTCATCGCGA TCGACAACCC CTAGCAATTT ATCAATTTCA TTTAAGGTAA ATCCTAATTC CTGCATTCGT TTTATGAAAT 6500
GCAATCGATC GACCGTTTGT TGGGAATACA TTCGGTATCC TTTTTCCGTA CGTTCAGGCT CTGGAATTAA GCCTAAACGC TCATAATATC GAATGGTCTC 6600
CTTGTTAACA CCGCACTTGT CAGCCAGTTC TCCGATACGA AATTTCATAC GTCTCACCTC ACTTACAGCA TAAACCACGT ACCTTAGTAC AGGGTAAATA 6700
TATAGTTTAC TTCATTCATG AGATTTTACT TACCCTTAGA GCCAGATAAC GTGCCGCCAA AAACAGCAGC CCCAACCTCA AAGGCTTCCG CAAGAGTCAG 6800
CTTGTCCTTC GCCGTTGTTG AATTCTTTTC ATTCGCTTTT TGCCAATGTT CCTCAGAACA ATAAAATTGA ATGGCTGGGC AACAGCTGGT AGAAATGGAC 6900
GTTGGCTCAT TCGATTCGCA AGAAGAATCG CAGCATGCTT GGTATCGGCA GCATCCGTTG TTCCCAAGCC TACAACCACG GTATCAGGAT TGGCAACGGG 7000
CATGTTGTTT TTCACATCGA TGGTAATCTT TTCACCGCAA AATGCACATT CCGATTCAAT AACGGCATCT GTAAACATCG ATGGAATGCC AAGGGCATCA 7100
ATCGCACACA TGGAATAAGC TGGCAACATT CCAGCCAATG TAACACGGTG TGGAGTCGGA ACTCCTGAAA AAGGATACGC CACGTTCACA TCCCCAGAGT 7200
TTTGGTCCCA GTGAATTAAA TCCAATTCCC TTAAACGTTG AAGAGCAGAT TGGACATCAA TTTGTTCCTC TGTTGCAGTT AAATCATTGA TGTTGACGAT 7300
TTTTCCCTCA GCCATGAAAA GAAGAATGTC TAAACGGATA CTATTTTCTG AAGGAGACAA TAAACGGATT TTTCCCTCAA ATCCTTCTTC TGGCAAACCA 7400
AGTGATTGTA ACACCTTGTC CTTTAACGAA GTATTCAAAT GATTTTGATT CATGTTGCTG CCTCCTCTAT TTGATCTGCA ATTATTTACA GGAATTTTTC 7500
TTCCTAGTAC AGAATAAACC CTGTACCATA GTACAGGGTC AAGTATGATT TATTATTTTA TCTTCTAAAA CTAAACTATC CCATTAGTTA AGTATAACCT 7600
TACCATCTAT TCTGAAATTT AACATAGATA TCCAATTTTC TTTAAAAGTG TTGTTCCACA ATCTGGCCCG ATTATTGAAC AAAATTAAAA AAGCCATTTA 7700
ATTCATTAGT TCATGGACAA ATCACCATAA ACGACCGTTT TTGGTTATGA ATAGAGAACT TCTCTAAAAA CCTTAAAAAC TACTTAAATA CATAACCAAA 7800
AATATAACCA AAATCAAAAG ACCAATATAT CTATCTCTAC CCCCTTTTTG GTATAGTTAA GGCATTAATA AGGGGGGATT CTTGTTGAAA TTTGGATATG 7900
CACGTGTCAG TACACAAGAT CAGTCATTAT CGTTACAACT TGATGCATTG GCTCACTACG GAGTGGACCA GACTTTTGAA GAAAAAGAAT CAGGTAAGAA 8000
AAAAAACCGA CCACAGTTAG ATGACCTTCT TAAAGTTTTA CGTAAAGGCG ACACGGTGGT TGTCTATAAA TTAGATCGTA TCAGTCGTAG TACCAAACAT 8100
TTAATTGAGC TTATGGAACA TTTTGAAGCA AAGGGAATTC ATTTTGTCTC CATTCAAGAC AAGATTGACA CAACAACTGC TATGGGACGT TTCTTTTTCA 8200
GAATGTTGGC CAGCATAGCA GAATTAGAAC GTGATATTAT CAGTGAACGA ACGAAAGATG GATTGACGGC TGCTAGAGCT AGGGGAAGAA ACGGAGGAAG 8300
ACCGAAAGTT GATTTAAAGA AAATAGAACT TGCTATAAAA ATGTATGAAA GCAAAGATTA CTCTTTATCT CAAATTAAGA CGGCAACAGG GATTGGAGCA 8400
ACAACCTTAT ACCGTTATCT AGATAAGAAA AAGATATCTG GCAAGGAGTT GTAGCATGAG AGGGAAAGAA TTACTAACAG AAGATCAAAG AACGGAATTT 8500
GTACGAATTC CAGCTGATAT GAGCGAAAGT GAACTAGAAA CTTATTATAC TTTTTCACAA TATGACCTTG AAATTATTAA ACGACACAGA AGAGATCATA 8600
ATCGATTAGG CTTTGCTGTT CAATTATGTG TTCTACGCTA TCCTGGATGG TCCCTTTCAG ATGTTGGACC TATTCCAGAT TACATAATCG AATACATAGC 8700
TAGCCAAATA GATGTTAATC CTAATTCATT TTCTTTATAT GCCCAACGAG AGCCAACTAA ACATGAGCAT ATGGAAGAAA TCCGTCAAGT TTATGGTTAT 8800
CAAAATTTTT CCTTAGGGAA CTATCGCAAG GCAGCTCAGT TTCTTTTGAA TCATGCCCTT CAAAATGGAA ATTCAATGTA TCTTCTTCGT ACAGCACAAG 8900
AAGAACTACG TAATCAGAAA ATTATTCTCC CTGGCATGAC TACTATAGAA AGGCTTGTTT GGGAAACTCG TCAACGAGCA GAGGAAAGGA TTTTTAAATC 9000
ATTAACTTGT ACTCTTTCCA AATGGCAAAA ACAAAAGTTA GATAAACTTA TAGATCCATT TGTAGACAAT AGAAAAACCC CTTTAGCATG GCTGAGGGAG 9100
CTTCCCGGCC AATCTTCACC TGAAGCCTTT TTAAAAGTCA TAAAGCGCTT AGAATATATT CGAGAATTAA AATTAGAAAT AAATACAGAA CAAATCCATC 9200
CCAATCGGTT ACTTCAATTA TCTCGTATTG GAGCACGGTA TGAACCACAC TCATTTCGAA GATTTAAAGA AATGAAGAAA TATGCAATTC TTGTTGCCTA 9300
TCTAGTAACA CTAAGCCAAG ATCTAATTGA CCAAGCAATT GAAATTCATG ATAGACAAAT GATGATTTTA CAATCAAAGG GTCGTAAAAC ACAAGAGGAA 9400
ATGCAAAAAG AAAATGGAAA AGCAGTGAAT GAAAAAGTCG TGCATTTTGC AGATATTGGT GCTGCACTTA TTCAAGCACG AAATGAAGGG CTTGATCCAT 9500
TTAATGCTAT TGAAATGATT ATGCCGTGGG ATAAAATTGT TTCTTCCGTT GAAGAAGCCC AAAAATTAGC CCGACCGATG GATTACGATT ATCTAGATTT 9600
GTTAGAAAAT CGGTTTTCTT ATCTAAGAAA ATATACTCCT ACTTTTCTTA AATCTCTTGA ATTTCGTTCT ACACAAGGTA CAGAGCCATT ATTGCAAGCC 9700
CTAAAAACGC TAAATGAAAT AAATGAATCT GGTAAAAGAA AAATTCCAAA TGATGCCCCG GTAGATTTTA TTCCTAAACG TTGGAAGAAG CATGTTTATG 9800
GTGATGATGG AATAATTAAC CGGCACTATT ATGAGATGGC TGCACTAACA GAGTTGAAAA ATCATATTCG TTCAGGCGAC ATATCCGTAG TCGGTAGTAG 9900
ACTTCATAAA GATTTTGAAG AGTATCTTGT TCCTAAAAAA GATTGGACAA CAACTCGTCT TACGGAAACT AAACTAGCCG TTCGTTCATC GGCAGATGAA 10000
TATATTGAGG AAAGAAGAAA GTCACTAGCT CAACGCCTTA CATGGGTTTC AAATAATCTT GATTCTCTAG AAGGAGTAAA TATCGAAAAG GCTAAGATCC 10100
GAGTGGACCG TTTGGAGAAG AATACACCCG AAGAAGCGAG AGCTTTTAGC CTGTCTTTAT ATAATATGTT GCCAAGAATA AAGCTCACTG ATCTTTTAAT 10200
GGAGGTAGCA CACTGGACAG GATTTGATGA AATGTTGATA CATGCCTCAA CCAATCGCCC ACCAAAGGGA GAGGAAAAAG TAGTTCTCAT GGCTGCTCTC 10300
ATGGCGATGG GAACTAACAT AGGTCTTACT AAAATGGCAG AAGCGACACC AGGAGTTACC TATCATCAAA TGGCTAATGC AGCGCAATGG CGTTTATTCG 10400
ATGATGCTAT AAGTCGTGCA CAAGCGACAT TAGTAAATTT TCAACATAAG CTTAAACTAG CTTCCTATTG GGGAGATGGA AGTACCTCTT CCTCTGATGG 10500
AATGCGCGTA CAGGTTGGTG TTTCATCGTT ACATGCCGAT GCCAATCCAC ACTACGGGCC TGGAAAAGGG GCAACCATTT ATCGATTTAC TAGTGATCAA 10600
TTTTCAAGCT TTTATACGAA AGTCATTAAT ACCAATGCTC GTGATGCTGT ACACGTTATC GATGGATTAC TTCATCATGA GACAGATTTA AATATTGAAG 10700
AGCATTTTAC AGATACAGCT GGCTACGCCG ACTCAGTATT TGGATTGAGT CATTTACTAG GATTTCGCTT TGCACCAAGG CTACGTGATT TAGCTGACTC 10800
TAAGCTATTC ACCATCCAAA TGCCTAATGA ATTCCCAAAA CTAGAAAATA TACTCCGTGG TCGTATTAAT ACTAAAATTA TTCAAGAGAA TTTTGATGAC 10900
GTATTGCGCG TAGCTCATTC TATTCGAGAA GGAAAAGTGT CTGGTTCACT TATTATGGGG AAATTAGGGT CATATGCGAG ACAAAATAAA CTTGCAACTA 11000
CTTTGCGAGA AATGGGGAGA ATCGAAAAGA CCATTTTTAT TTTGGATTAC ATATCTAACG AAACACTACG CCGTCGAATT CAGCGAGGAC TAAATAAAGG 11100
GGAAGCCATG AATGGGTTAG CAAGAGCCTT ATTCTTTGGA AAACGAGGTG AGTTACGAGA ACGAGGAATA CAAGACCAAC TACAACGTGC AAGTGCTTTA 11200
AATATTCTAA TAAATGCTAT TAGCGTATGG AATACCGTTT ATCTTACAGA AGCAACAAAA TTATTGAAGG AAAAGGGGAA TTTGAGAGAA GATTTACTTA 11300
AACATGTTTC TCCGTTAGGA TGGGAACACA TTAATTTTCT TGGTGAATAC AACTTTGATG CAAGTAAAGT AGCAAGTCTA CATTCACTAC GCCCTCTTAT 11400
TCAATAATAC TAAAAGCCGA TGATTCCTTA GCGTAGGAAA AATCGGCTTT CTTTATGTCG AAATTTGCTT AGCGTATGTT TTCCGCGTTT TGTTGGTAAT 11500
ACCCC
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| ORFs |
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| Gene Name |
Associated TE |
Coordinates |
Class |
Sub Class |
Orientation |
| merB1 |
Tn5084 |
638-1294 |
Passenger Gene |
Heavy Metal Resistance |
- |
| merB2 |
Tn5084 |
1444-2073 |
Passenger Gene |
Heavy Metal Resistance |
- |
| merR2 |
Tn5084 |
2070-2459 |
Passenger Gene |
Heavy Metal Resistance |
- |
| merA |
Tn5084 |
3361-5256 |
Passenger Gene |
Heavy Metal Resistance |
- |
| merP |
Tn5084 |
5275-5625 |
Passenger Gene |
Heavy Metal Resistance |
- |
| merT |
Tn5084 |
5673-5969 |
Passenger Gene |
Heavy Metal Resistance |
- |
| merE |
Tn5084 |
5966-6235 |
Passenger Gene |
Heavy Metal Resistance |
- |
| merR1 |
Tn5084 |
6250-6648 |
Passenger Gene |
Heavy Metal Resistance |
- |
| merB3 |
Tn5084 |
6797-7453 |
Passenger Gene |
Heavy Metal Resistance |
- |
| tnpR |
Tn5084 |
7885-8454 |
Accessory Gene |
Resolvase |
+ |
| tnpA |
Tn5084 |
8456-11407 |
Transposase |
|
+ |
| Gene Name |
Protein Name |
Associated TE |
Gene Length |
Coordinates |
Strand |
| merB1 |
MerB1 |
Tn5084 |
657 |
638-1294 |
- |
| Class: | Passenger Gene |
| Sub Class: | Heavy Metal Resistance |
| Function: | organomercurial lyase |
| Target: | Mercury |
Protein Sequence:
|
MKTEIQEIVT RLDQQSNKGE GGESMKWLFR PLLQMLAGGE SVTIEDMATT TGKPVEEVKK VLQSLPSVEI DEQGRVVGLG LTLIPTPHHF TVDGKQLYAW
CALDTLIFPA LIGRSVNIES PCHSTGEPIR LNVEPDHIVS VEPSTAVVSI VTPDDMSSIR TAFCNEVHFF SSPNAAEDWL DQHPGGKVLS VEDAFELGRL
MGTRYEESRP ANGSCCDI
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| Gene Name |
Protein Name |
Associated TE |
Gene Length |
Coordinates |
Strand |
| merB2 |
MerB2 |
Tn5084 |
630 |
1444-2073 |
- |
| Class: | Passenger Gene |
| Sub Class: | Heavy Metal Resistance |
| Target: | Mercury |
Protein Sequence:
|
MKNKTELKKF YELLLAKLPK ESVPILRTIF FSIRDGQAVT ESSLINQTGI NTKTVQSVVK ILAQRQMIVR EADQKIVGAL GLSIIPTTNQ IHLGGRTLFA
WCAISTLELS TALVADVDIH SRCAYTGEPI EVTVRNGKLA KTTPDSTVIW TVPFDSEAPW AGGTCKQIHY FSSVEHANKW KEEHPKLQGE IMTLEQALSF
GNELKKFLS
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| Gene Name |
Protein Name |
Associated TE |
Gene Length |
Coordinates |
Strand |
| merR2 |
MerR2 |
Tn5084 |
390 |
2070-2459 |
- |
| Class: | Passenger Gene |
| Sub Class: | Heavy Metal Resistance |
| Target: | Mercury |
Protein Sequence:
|
MEDLTIGQLA QQTGVSRKAI RLYEEKELIL PSIKRSEGNY RVYNQEHVFC INGIKQLRSL GVSLEEMKDL IVIFEKNTVE IEPHLQHLLK DKLTKIDEQI
NELQKLRKHI ESYLDSPKEA FNQMEGFKQ
|
| Gene Name |
Protein Name |
Associated TE |
Gene Length |
Coordinates |
Strand |
| merA |
MerA |
Tn5084 |
1896 |
3361-5256 |
- |
| Class: | Passenger Gene |
| Sub Class: | Heavy Metal Resistance |
| Target: | Mercury |
Protein Sequence:
|
MKKYRVNVQG MTCSGCEQHV AVALENMGAK AIEVDFRRGE AVFELPDDVK VEDAKNAIAD ANYHPGEAEE FQSEQKTNLL KKYRLNVEGM TCTGCEEHIA
VALENAGAKG IEVDFRRGEA LFELPYDVDI DIAKTAITDA QYQPGEAEEI QVQSEKRTDV SLNDEGNYDY DYIIIGSGGA AFSSAIEAVA LNAKVAMIER
GTVGGTCVNV GCVPSKTLLR AGEINHLAKN NPFVGLHTSA SNVDLAPLVK QKNDLVTEMR NEKYVNLIDD YGFELIKGES KFVNENTVEV NGNQITAKRF
LIATGASSTA PNIPGLDEVD YLTSTSLLEL KKVPNRLTVI GSGYIGMELG QLFHNLGSEV TLIQRSERLL KEYDPEISEA ITKALTEQGI NLVTGATYER
VEQDGDIKKV HVEINGKKRI IEAEQLLIAT GRKPIQTSLN LHAAGVEVGS RGEIVIDDYL KTTNSRIYSA GDVTPGPQFV YVAAYEGGLA ARNAIGGLNQ
KVNLEVVPGV TFTSPSIATV GLTEQQAKEK GYEVKTSVLP LDAVPRALVN RETTGVFKLV ADAKTLKVLG AHVVAENAGD VIYAATLAVK FGLTVGDLRE
TMAPYLTMAE GLKLAVLTFD KDVSKLSCCA G
|
| Gene Name |
Protein Name |
Associated TE |
Gene Length |
Coordinates |
Strand |
| merP |
MerP |
Tn5084 |
351 |
5275-5625 |
- |
| Class: | Passenger Gene |
| Sub Class: | Heavy Metal Resistance |
| Target: | Mercury |
Protein Sequence:
|
MMLLSLMLVV SACSNEQEVQ KTEVSKSEVK TTAMNSEKDV KAITEAEKTG TFMVIAGMDC CPPSVVEDAI AQVEGAGKTA IKVNGSTAEV TVSFDDTKTN
LDAIKTEVSD LGLPVE
|
| Gene Name |
Protein Name |
Associated TE |
Gene Length |
Coordinates |
Strand |
| merT |
MerT |
Tn5084 |
297 |
5673-5969 |
- |
| Class: | Passenger Gene |
| Sub Class: | Heavy Metal Resistance |
| Target: | Mercury |
Protein Sequence:
|
MKEKVSQVAT VFSAFVMAGC CLGPLILIPL GLTGFAGAIA FYSLKYRLLF SIVTIVLLAY SFYMVYGRKG KRKSSVIGLW ITTFLVFTMF LFLFSVES
|
| Gene Name |
Protein Name |
Associated TE |
Gene Length |
Coordinates |
Strand |
| merE |
MerE |
Tn5084 |
270 |
5966-6235 |
- |
| Class: | Passenger Gene |
| Sub Class: | Heavy Metal Resistance |
| Target: | Mercury |
Protein Sequence:
|
MKNIIKSSGW FLVALITCPC HLFLLLPLIA GTALGSYFTE FKNVIFIMMG LLFVFALFKG WRKLDPETKE ETKKDTTTHD CCSMEKFKS
|
| Gene Name |
Protein Name |
Associated TE |
Gene Length |
Coordinates |
Strand |
| merR1 |
MerR1 |
Tn5084 |
399 |
6250-6648 |
- |
| Class: | Passenger Gene |
| Sub Class: | Heavy Metal Resistance |
| Target: | Mercury |
Protein Sequence:
|
MKFRIGELAD KCGVNKETIR YYERLGLIPE PERTEKGYRM YSQQTVDRLH FIKRMQELGF TLNEIDKLLG VVDRDEAKCR DMYDFTILKI EDIQRKIEDL
KRIERMLMDL KERCPENKDI YECPIIETLM KK
|
| Gene Name |
Protein Name |
Associated TE |
Gene Length |
Coordinates |
Strand |
| merB3 |
MerB3 |
Tn5084 |
657 |
6797-7453 |
- |
| Class: | Passenger Gene |
| Sub Class: | Heavy Metal Resistance |
| Target: | Mercury |
Protein Sequence:
|
MNQNHLNTSL KDKVLQSLGL PEEGFEGKIR LLSPSENSIR LDILLFMAEG KIVNINDLTA TEEQIDVQSA LQRLRELDLI HWDQNSGDVN VAYPFSGVPT
PHRVTLAGML PAYSMCAIDA LGIPSMFTDA VIESECAFCG EKITIDVKNN MPVANPDTVV VGLGTTDAAD TKHAAILLAN RMSQRPFLPA VAQPFNFIVL
RNIGKKRMKR IQQRRRTS
|
| Gene Name |
Protein Name |
Associated TE |
Gene Length |
Coordinates |
Strand |
| tnpR |
TnpR |
Tn5084 |
570 |
7885-8454 |
+ |
| Class: | Accessory Gene |
| Sub Class: | Resolvase |
| Transpoase Chemistry: | Serine |
| Sequence Family: | Serine Site-Specific Recombinase |
Protein Sequence:
|
MKFGYARVST QDQSLSLQLD ALAHYGVDQT FEEKESGKKK NRPQLDDLLK VLRKGDTVVV YKLDRISRST KHLIELMEHF EAKGIHFVSI QDKIDTTTAM
GRFFFRMLAS IAELERDIIS ERTKDGLTAA RARGRNGGRP KVDLKKIELA IKMYESKDYS LSQIKTATGI GATTLYRYLD KKKISGKEL
|
| Gene Name |
Protein Name |
Associated TE |
Gene Length |
Coordinates |
Strand |
| tnpA |
TnpA |
Tn5084 |
2952 |
8456-11407 |
+ |
| Class: | Transposase |
| Function: | transposase activity (GO:0004803) |
| Transpoase Chemistry: | DDE |
Protein Sequence:
|
MRGKELLTED QRTEFVRIPA DMSESELETY YTFSQYDLEI IKRHRRDHNR LGFAVQLCVL RYPGWSLSDV GPIPDYIIEY IASQIDVNPN SFSLYAQREP
TKHEHMEEIR QVYGYQNFSL GNYRKAAQFL LNHALQNGNS MYLLRTAQEE LRNQKIILPG MTTIERLVWE TRQRAEERIF KSLTCTLSKW QKQKLDKLID
PFVDNRKTPL AWLRELPGQS SPEAFLKVIK RLEYIRELKL EINTEQIHPN RLLQLSRIGA RYEPHSFRRF KEMKKYAILV AYLVTLSQDL IDQAIEIHDR
QMMILQSKGR KTQEEMQKEN GKAVNEKVVH FADIGAALIQ ARNEGLDPFN AIEMIMPWDK IVSSVEEAQK LARPMDYDYL DLLENRFSYL RKYTPTFLKS
LEFRSTQGTE PLLQALKTLN EINESGKRKI PNDAPVDFIP KRWKKHVYGD DGIINRHYYE MAALTELKNH IRSGDISVVG SRLHKDFEEY LVPKKDWTTT
RLTETKLAVR SSADEYIEER RKSLAQRLTW VSNNLDSLEG VNIEKAKIRV DRLEKNTPEE ARAFSLSLYN MLPRIKLTDL LMEVAHWTGF DEMLIHASTN
RPPKGEEKVV LMAALMAMGT NIGLTKMAEA TPGVTYHQMA NAAQWRLFDD AISRAQATLV NFQHKLKLAS YWGDGSTSSS DGMRVQVGVS SLHADANPHY
GPGKGATIYR FTSDQFSSFY TKVINTNARD AVHVIDGLLH HETDLNIEEH FTDTAGYADS VFGLSHLLGF RFAPRLRDLA DSKLFTIQMP NEFPKLENIL
RGRINTKIIQ ENFDDVLRVA HSIREGKVSG SLIMGKLGSY ARQNKLATTL REMGRIEKTI FILDYISNET LRRRIQRGLN KGEAMNGLAR ALFFGKRGEL
RERGIQDQLQ RASALNILIN AISVWNTVYL TEATKLLKEK GNLREDLLKH VSPLGWEHIN FLGEYNFDAS KVASLHSLRP LIQ
|
|
| References |
|
|
| 1. | Gupta A, Phung LT, Chakravarty L, Silver S. Mercury resistance in Bacillus cereus RC607: transcriptional organization and two new open reading frames. J Bacteriol. 1999 Nov;181(22):7080-6. doi: 10.1128/JB.181.22.7080-7086.1999. PubMed ID: 10559175
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