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Recombination Sites | |
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Internal Transposable Elements | |
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Internal Repeats | |
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| Name: Tn6332 (Synonyms: TnMERI1) |
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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 megaterium MB1 | | |
| Place of Origin: | Minamata, Japan | Date of Isolation: | 2016 |
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| Map |
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| Terminal Inverted Repeats (IR) |
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| IRL (Length: 38 bp) |  | GGGGTCTTACCAACAAAACGCGGAAAACATACGCTAAG |
| IRR (Length: 38 bp) | | GGGGTCCTACCAACAAAACGCGGAAAACATACGCTAAG |
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| Sequence |
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--------10 --------20 --------30 --------40 --------50 --------60 --------70 --------80 --------90 -------100
GGGGTCTTAC 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 TCCTTTTTGG TATCGTGGTT ACTTGCGACT AAATGTCACA GCATGACCCA TTGGCAGGTC TAGATTCCTC GTAACGCGTC CCCATTAGGC 700
GACCCAGTTC AAAGGCATCT TCTACAGATA ACACTTTTCC CCCTGGATGT TGGTCAAGCC AGTCTTCGGC TGCATTCGGT GAGCTGAAGA AATGGACTTC 800
GTTGCAGAAT GCCGTACGAA TCGAGGACAT ATCATCTGGC GTCACGATTG AGACAACGGC AGTGGAAGGT TCCACGCTTA CAATGTGGTC CGGTTCCACA 900
TTCAACCGTA TAGGTTCTCC GGTGCTGTGA CAGGGTGACT CGATGTTGAC CGAACGACCG ATGAGTGCTG GAAATATAAG TGTGTCAAGG GCGCACCAGG 1000
CATATAGTTG CTTCCCATCA ACCGTAAAGT GGTGAGGGGT AGGGATAAGG GTAAGACCTA AACCAACGAC ACGGCCTTGT TCGTCGATTT CCACGCTTGG 1100
CAGAGACTGG AGAACTTTCT TCACCTCTTC AACAGGTTTT CCGGTCGTTG TCGCCATATC TTCAATGGTG ACAGACTCCC CCCCTGCTAG CATTTGTAAC 1200
AACGGGCGAA ACAGCCACTT CATGGATTCT CCTCCCTCTC CCTTGTTCGA CTGTTGGTCA AGTCGGGTTA CGATTTCCTG AATTTCAGTT TTCATGTCTT 1300
TTTCCTCCTT TGTTATTTTT TGTTCCTATT ATTATTTTCG ATATTACTTT TCATTACCTA AAAACTCCAT TTGTTGGACT AATTGACCGA TAAAAGCATC 1400
CTTTTCATAG CTTGTCTGAT TTTTGAAACT TCATGGGCTC TACCCTATGA TAAAAATTTT TTCAATTCGT TTCCAAAAGA GAGAGCTTGT TCCAAAGTCA 1500
TAATTTCCCC TTGCAATTTT GGATGTTCTT CTTTCCACTT GTTTGCATGC TCAACTGAGC TAAAATAGTG AATTTGTTTA CATGTTCCTC CGGCCCATGG 1600
AGCCTCAGAA TCAAACGGCA CTGTCCAGAT TACTGTTGAA TCAGGAGTTG TTTTTGCTAA TTTTCCATTT CGGACAGTTA CCTCAATCGG TTCACCTGTG 1700
TACGCACAAC GGGAATGTAT ATCGACATCA GCAACCAGAG CAGTTGACAG CTCCAATGTC GATATTGCAC ACCAGGCAAA TAAAGTTCGT CCTCCTAAAT 1800
GAATCTGGTT AGTAGTCGGT ATAATCGATA AGCCCAATGC CCCTACTATT TTTTGATCCG CCTCCCGAAC GATCATCTGC CGTTGGGCTA ATATCTTCAC 1900
TACTGACTGA ACTGTTTTTG TATTAATTCC CGTTTGATTT ATTAAAGAAC TTTCTGTAAC TGCCTGCCCA TCACGAATGG AGAAAAAAAT TGTCCGAAGA 2000
ATAGGCACTG ATTCTTTAGG CAGCTTAGCT AACAATAGTT CATAAAATTT TTTGAGTTCT GTTTTATTCT TCATTGTTTA AATCCCTCCA TTTGATTGAA 2100
TGCCTCTTTC GGGGAATCAA GGTACGATTC AATGTGTTTA CGCAACTTTT GTAGTTCGTT GATTTGTTCG TCTATCTTGG TCAGTTTATC TTTTAACAAA 2200
TGTTGTAGAT GCGGTTCTAT CTCCACCGTA TTTTTTTCGA AAATCACTAT TAAATCTTTC ATTTCCTCCA GTGATACGCC TAATGATCGG AGTTGTTTAA 2300
TACCATTGAT ACAAAACACA TGCTCTTGGT TATAAACGCG GTAATTACCT TCGCTACGCT TTATAGAAGG CAGTATCAAT TCCTTTTCTT CATACAGTCG 2400
AATGGCTTTT CGACTGACTC CTGTTTGTTG GGCTAGTTGA CCAATCGTTA AATCCTCCAT TATCTCCCCC CTTTTCGTTA ACTGGAAGAC CATCACTGAA 2500
TTAACTAGAG TTTACAACGT TCACCTTAGG GGAAGGTCAA GTGCAATTTT ATAATTTAAA TACAAAGTTT AATCAGGAGA TAGAAGTAAC ATCATCTTTA 2600
AAATGGTGTT ATTGCAACAT TTCTATAATA AACTCGACAT GAAAACCGTT TCCTTGATAC TAGCGAGTAT TATATGGTAA CCCAAGGCTA CCTTCGCGAA 2700
TGGGTTTGCT TGGGGTAATG TAATTTATAC ATTCAGATTT TAAAGAATCT TCAATTAAAA CAACTTATGG AAATCTATCG TCGGGATGTA TGCGAACCCA 2800
ATCTAACAGA GTTATATCAA ATTTTAATTC GTCTTGGTTA CACTGTTCCA GCTCCATATA ATGCTATTTC GGAATCAAAA ACAGTTAAGG AACTAGGAGA 2900
TATTCAAACG CCTGTTTATA GATGACCAGA AGATACTCAT TGGACATTAT TTCGCCGTAC AGGGATTTAT GGACTTTGGA ATACTGGGGC AATTTCGAGC 3000
CATCGAGCAG ACGTAAGTGA 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 CGAGAGTGAC ATCTCCAGCT GAATAAATTC GGGAATTGGT CGTTTTAAGA TAATCATCAA TGACAATTTC 3900
ACCACGGGAA CCAACTTCAA CGCCTGCTGC ATGTAAGTTT AATGATTCTG TATTTGGTTT 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 GAATTTTGCT 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 TGTCATTCCC 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 CAGCATGCGT TGGTATCGGC AGCATCCGTT GTTCCCAAGC CTACAACCAC GGTATCAGGA TTGGCAACGG 7000
GCATGTTGTT TTTCACATCG ATGGTAATCT TTTCACCGCA AAATGCACAT TCCGATTCAA TAACGGCATC TGTAAACATC GATGGAATGC CAAGGGCATC 7100
AATCGCACAC ATGGAATAAG CTGGCAACAT TCCAGCCAAT GTAACACGGT GTGGAGTCGG AACTCCTGAA AAAGGATACG CCACGTTCAC ATCCCCAGAG 7200
TTTTGGTCCC AGTGAATTAA ATCCAATTCC CTTAAACGTT GAAGAGCAGA TTGGACATCA ATTTGTTCCT CTGTTGCAGT TAAATCATTG ATGTTGACGA 7300
TTTTTCCCTC AGCCATGAAA AGAAGAATGT CTAAACGGAT ACTATTTTCT GAAGGAGACA ATAAACGGAT TTTTCCCTCA AATCCTTCTT CTGGCAAACC 7400
AAGTGATTGT AACACCTTGT CCTTTAACGA AGTATTCAAA TGATTTTGAT TCATGTTGCT GCCTCCTCTA TTTGATCTGC AATTATTTAC AGGAATTTTT 7500
CTTCCTAGTA CAGAATAAAC CCTGTACCAT AGTACAGGGT CAAGTATGAT TTATTATTTT ATCTTCTAAA ACTAAACTAT CCCATTAGTT AAGTATAACC 7600
TTACCATCTA TTCTGAAATT TAACATAGAT ATCCAATTTT CTTTAAAAGT GTTGTTCCAC AATCTGGCCC GATTATTGAA CAAAATTAAA AAAGCCATTT 7700
AATTCATTAG TTCATGGACA AATCACCATA AACGACCGTT TTTGGTTATG AATAGAGAAC TTCTCTAAAA ACCTTAAAAA CTACTTAAAT ACATAACCAA 7800
AAATATAACC AAAATCAAAA GACCAATATA TCTATTTAAA ACCCCTTTTT GGTATAGTTA ACATATTAGA AAAGGGGAGA TTTGTGTTGA AATTTGGATA 7900
TGCACGCGTA AGTACACAAG ATCAATCATT ATCATTACAA CTCGATGCAT TAGCTCACTA CGGAGTGGAT CAGATTTTTG AAGAAAAAGA ATCAGGAAAA 8000
ATGAAAAATC GACCTCAATT AGATGAACTA CTTAAAGTTT TACGTAAAGA TGACACGGTC ATTGTTTATA AATTAGATCG TATCAGTCGT AGTACCAAAC 8100
ATTTAATTGA GCTTATGGAA TATTTCGAAT CAAAGGAAAT TCATTTTGTT TCCATACAAG ACAAGATCGA TACCACAACT GCTATGGGAC GGTTCTTTTT 8200
CAGAATGTTA GCCAGCATAG CAGAATTAGA ACGAGATATT ATTAGTGAAC GAACGAAGGA TGGATTGACG GCTGCTAGAG CTAGGGGAAG AAACGGAGGC 8300
AGACCGAAGG TTGATTTAAA GAAAATAGAA CTTGCTATAA AAATGTATGA AAGCAAAGAT TACTCTTTAT CTCAAATTAA GACGGCAACA GGCATTGGAG 8400
CGACAACCTT ATATCGTTAT CTAGAAAAGA AAAAAGATAT CTAGCAAGGA GTTGTAGCAT GAGAGGGAAA GAATTACTAA CAGAAGATCA AAGAACGGAA 8500
TTTGTACGAA TTCCAGCTGA TATGAGCGAA AGTGAACTAG AAACTTATTA TACTTTTTCA CAATATGACC TTGAAATTAT TAAACGACAC AGAAGAGATC 8600
ATAATCGATT AGGCTTTGCT GTTCAATTAT GTGTTCTACG CTATCCTGGA TGGTCCCTTT CAGATGTTGG ACCTATTCCA GATTACATAA TCGAATACAT 8700
AGCTAGCCAA ATAGATGTTA ATCCTAATTC ATTTTCTTTA TATGCCCAAC GAGAGCCAAC TAAACATGAG CATATGGAAG AAATCCGTCA AGTTTATGGT 8800
TATCAAAATT TTTCCTTAGG GAACTATCGC AAGGCAGCTC AGTTTCTTTT GAATCATGCC CTTCAAAATG GAAATTCAAT GTATCTTCTT CGTACAGCAC 8900
AAGAAGAACT ACGTAATCAG AAAATTATTC TCCCTGGCAT GACTACTATA GAAAGGCTTG TTTGGGAAAC TCGTCAACGA GCAGAGGAAA GGATTTTTAA 9000
ATCATTAACT TGTACTCTTT CCAAATGGCA AAAACAAAAG TTAGATAAAC TTATAGATCC ATTTGTAGAC AATAGAAAAA CCCCTTTAGC ATGGCTGAGG 9100
GAGCTTCCCG GCCAATCTTC ACCTGAAGCC TTTTTAAAAG TCATAAAGCG CTTAGAATAT ATTCGAGAAT TAAAATTAGA AATAAATACA GAACAAATCC 9200
ATCCCAATCG GTTACTTCAA TTATCCCGTA TTGGAGCACG GTATGAACCA CACTCATTTC GAAGATTTAA AGAAATGAAG AAATATGCAA TTCTTGTTGC 9300
CTATCTAGTA ACACTAAGCC AAGATCTAAT TGACCAAGCA ATTGAAATTC ATGATAGACA AATGATGATT TTACAATCAA AGGGTCGTAA AACACAAGAG 9400
GAAATGCAAA AAGAAAATGG AAAAGCAGTG AATGAAAAAG TCGTGCATTT TGCAGATATT GGTGCTGCAC TTATTCAAGC ACGAAATGAA GGGCTTGATC 9500
CATTTAATGC TATTGAAATG ATTATGCCGT GGGATAAAAT TGTTTCTTCC GTTGAAGAAG CCCAAAAATT AGCCCGACCG ATGGATTACG ATTATCTAGA 9600
TTTGTTAGAA AATCGGTTTT CTTATCTAAG AAAATATACT CCTACTTTTC TTAAATCTCT TGAATTTCGT TCTACACAAG GTACAGAGCC ATTATTGCAA 9700
GCCCTAAAAA CGCTAAATGA AATAAATGAA TCTGGTAAAA GAAAAATTCC AAATGATGCC CCGGTAGATT TTATTCCTAA ACGTTGGAAG AAGCATGTTT 9800
ATGGTGATGA TGGAATAATT AACCGGCACT ATTATGAGAT GGCTGCACTA ACAGAGTTGA AAAATCATAT TCGTTCAGGC GACATATCCG TAGTCGGTAG 9900
TAGACTTCAT AAAGATTTTG AAGAGTATCT TGTTCCTAAA AAAGATTGGA CAACAACTCG TCTTACGGAA ACTAAACTAG CCGTTCGTTC ATCGGCAGAT 10000
GAATATATTG AGGAAAGAAG AAAGTCACTA GCCCAACGCC TTACATGGGT TTCAAATAAT CTTGATTCCC TAGAAGGAGT AAATATCGAA AAGGCTAAGA 10100
TCCGAGTGGA CCGTTTGGAG AAGAATACAC CCGAAGAAGC GAGAGCTTTT AGCCTGTCTT TATATAATAT GTTGCCAAGA ATAAAGCTCA CTGATCTTTT 10200
AATGGAGGTA GCACACTGGA CAGGATTTGA TGAAATGTTG ATACATGCCT CAACCAATCG CCCACCAAAG GGAGAGGAAA AAGTAGTTCT CATGGCTGCT 10300
CTCATGGCGA TGGGAACTAA CATAGGTCTT ACTAAAATGG CAGAAGCGAC ACCAGGAGTT ACCTATCATC AAATGGCTAA TGCAGCGCAA TGGCGTTTAT 10400
TCGATGATGC TATAAGTCGT GCACAAGCGA CATTAGTAAA TTTTCAACAT AAGCTTAAAC TAGCTTCCTA TTGGGGAGAT GGAAGTACCT CTTCCTCTGA 10500
TGGAATGCGC GTACAGGTTG GTGTTTCATC GTTACATGCC GATGCCAATC CACACTATGG GTCTGGAAAA GGGGCAACCA TTTATCGATT TACCAGTGAT 10600
CAATTTTCAA GTTTTTATAC GAAAGTCATT AATACCAATG CTCGTGATGC TGTACACGTT ATCGATGGAT TACTTCATCA TGAGACAGAT TTAAATATTG 10700
AAGAGCATTT TACAGATACA GCTGGCTACG CCGACTCAGT ATTTGGATTG AGTCATTTAC TAGGATTTCG TTTTGCACCA AGGCTACGTG ATTTAGCTGA 10800
CTCTAAGCTA TTCACCATCC AAACGCCGAA TGAATTCCCA AAACTAGAAA ATATACTCCG TGGTCGTATT AATACTAAAA TTATTCAAGA GAATTTTGAT 10900
GACGTATTAC GTGTAGCTCA TTCTATTCGA GAAGGAAAAG TGTCTGGTTC ACTTATTATG GGGAAATTAG GGTCATATGC GAGACAAAAT AAACTTGCAA 11000
CTACTTTGCG AGAAATGGGG AGAATCGAAA AGACCATTTT TATTTTGGAT TACATATCTA ACGAAACACT ACGCCGTCGA ATTCAGCGAG GACTAAATAA 11100
AGGGGAAGCC ATGAATGGGT TAGCAAGAGC CTTATTCTTT GGAAAACGAG GTGAGTTACG AGAACGAGGA ATACAAGACC AACTACAACG TGCAAGTGCT 11200
TTAAATATTC TAATAAATGC TATTAGCGTA TGGAATACCG TTTATCTTAC AGAAGCAACA AAATTATTGA AGGAAAAGGG GAATTTGAGA GAAGATTTAC 11300
TTAAACATGT TTCTCCGTTA GGATGGGAAC ACATTAATTT TCTTGGTGAA TACAACTTTG ATGCAAGTAA AGTAGCAAGT CTACATTCAC TACGCCCTCT 11400
TATTCAATAA TACTAAAAGC CGATGATTCC TTAGCGTAGG AAAAATCGGC TTTCTTTATG TCGAAATTTG CTTAGCGTAT GTTTTCCGCG TTTTGTTGGT 11500
AGGACCCC
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| ORFs |
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| Gene Name |
Associated TE |
Coordinates |
Class |
Sub Class |
Orientation |
| merB1 |
Tn6332 |
639-1295 |
Passenger Gene |
Heavy Metal Resistance |
- |
| merB2 |
Tn6332 |
1445-2074 |
Passenger Gene |
Heavy Metal Resistance |
- |
| merR2 |
Tn6332 |
2071-2460 |
Passenger Gene |
Heavy Metal Resistance |
- |
| merA |
Tn6332 |
3361-5256 |
Passenger Gene |
Heavy Metal Resistance |
- |
| merP |
Tn6332 |
5275-5625 |
Passenger Gene |
Heavy Metal Resistance |
- |
| merT |
Tn6332 |
5673-5969 |
Passenger Gene |
Heavy Metal Resistance |
- |
| merE |
Tn6332 |
5966-6235 |
Passenger Gene |
Heavy Metal Resistance |
- |
| merR1 |
Tn6332 |
6250-6648 |
Passenger Gene |
Heavy Metal Resistance |
- |
| merB3 |
Tn6332 |
6726-7454 |
Passenger Gene |
Heavy Metal Resistance |
- |
| tnpR |
Tn6332 |
7887-8444 |
Accessory Gene |
Resolvase |
+ |
| tnpA |
Tn6332 |
8459-11410 |
Transposase |
|
+ |
| Gene Name |
Protein Name |
Associated TE |
Gene Length |
Coordinates |
Strand |
| merB1 |
MerB1 |
Tn6332 |
657 |
639-1295 |
- |
| 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
|
| Gene Name |
Protein Name |
Associated TE |
Gene Length |
Coordinates |
Strand |
| merB2 |
MerB2 |
Tn6332 |
630 |
1445-2074 |
- |
| 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
|
| Gene Name |
Protein Name |
Associated TE |
Gene Length |
Coordinates |
Strand |
| merR2 |
MerR2 |
Tn6332 |
390 |
2071-2460 |
- |
| 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 |
Tn6332 |
1896 |
3361-5256 |
- |
| Class: | Passenger Gene |
| Sub Class: | Heavy Metal Resistance |
| Target: | Mercury |
| Comment: | mercury reductase |
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 YGFELIKGEA KFVNENTVEV NGNQITAKRF
LIATGASSTA PNIPGLDEVD YLTSTSLLEL KKVPNRLTVI GSGYIGMELG QLFHNLGSEV TLIQRSERLL KEYDPEISEA ITKALTEQGI NLVTGATYER
VEQDGDIKKV HVEINGKKRI IEAEQLLIAT GRKPNTESLN LHAAGVEVGS RGEIVIDDYL KTTNSRIYSA GDVTLGPQFV 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 |
Tn6332 |
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 |
Tn6332 |
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 |
Tn6332 |
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 |
Tn6332 |
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 |
Tn6332 |
729 |
6726-7454 |
- |
| Class: | Passenger Gene |
| Sub Class: | Heavy Metal Resistance |
| Target: | Mercury |
| Comment: | organomercurial lyase |
Protein Sequence:
|
MNQNHLNTSL KDKVLQSLGL PEEGFEGKIR LLSPSENSIR LDILLFMAEG KIVNINDLTA TEEQIDVQSA LQRLRELDLI HWDQNSGDVN VAYPFSGVPT
PHRVTLAGML PAYSMCAIDA LGIPSMFTDA VIESECAFCG EKITIDVKNN MPVANPDTVV VGLGTTDAAD TNACCDSSCE SNEPTSISTS CCPAIQFYCS
EEHWQKANEK NSTTAKDKLT LAEAFEVGAA VFGGTLSGSK GK
|
| Gene Name |
Protein Name |
Associated TE |
Gene Length |
Coordinates |
Strand |
| tnpR |
TnpR |
Tn6332 |
558 |
7887-8444 |
+ |
| Class: | Accessory Gene |
| Sub Class: | Resolvase |
| Transpoase Chemistry: | Serine |
| Sequence Family: | Serine Site-Specific Recombinase |
Protein Sequence:
|
MKFGYARVST QDQSLSLQLD ALAHYGVDQI FEEKESGKMK NRPQLDELLK VLRKDDTVIV YKLDRISRST KHLIELMEYF ESKEIHFVSI QDKIDTTTAM
GRFFFRMLAS IAELERDIIS ERTKDGLTAA RARGRNGGRP KVDLKKIELA IKMYESKDYS LSQIKTATGI GATTLYRYLE KKKDI
|
| Gene Name |
Protein Name |
Associated TE |
Gene Length |
Coordinates |
Strand |
| tnpA |
TnpA |
Tn6332 |
2952 |
8459-11410 |
+ |
| 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
GSGKGATIYR FTSDQFSSFY TKVINTNARD AVHVIDGLLH HETDLNIEEH FTDTAGYADS VFGLSHLLGF RFAPRLRDLA DSKLFTIQTP NEFPKLENIL
RGRINTKIIQ ENFDDVLRVA HSIREGKVSG SLIMGKLGSY ARQNKLATTL REMGRIEKTI FILDYISNET LRRRIQRGLN KGEAMNGLAR ALFFGKRGEL
RERGIQDQLQ RASALNILIN AISVWNTVYL TEATKLLKEK GNLREDLLKH VSPLGWEHIN FLGEYNFDAS KVASLHSLRP LIQ
|
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| References |
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