| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Dtox_1939 |
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| Symbol | |
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| ID | 8428921 |
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| Type | CDS |
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| Is gene spliced | No |
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| Is pseudo gene | No |
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| Organism name | Desulfotomaculum acetoxidans DSM 771 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_013216 |
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| Strand | - |
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| Start bp | 2059052 |
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| End bp | 2062186 |
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| Gene Length | 3135 bp |
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| Protein Length | 1044 aa |
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| Translation table | 11 |
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| GC content | 45% |
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| IMG OID | 645034269 |
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| Product | acriflavin resistance protein |
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| Protein accession | YP_003191400 |
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| Protein GI | 258515178 |
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| COG category | [V] Defense mechanisms |
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| COG ID | [COG0841] Cation/multidrug efflux pump |
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| TIGRFAM ID | [TIGR00914] heavy metal efflux pump (cobalt-zinc-cadmium)
[TIGR00915] The (Largely Gram-negative Bacterial) Hydrophobe/Amphiphile Efflux-1 (HAE1) Family |
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Plasmid Coverage information |
| Num covering plasmid clones | 14 |
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| Plasmid unclonability p-value | 1 |
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| Plasmid hitchhiking | No |
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| Plasmid clonability | normal |
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Fosmid Coverage information |
| Num covering fosmid clones | 31 |
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| Fosmid unclonability p-value | 1 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | GTGAAATTAG CAGATATATC TGTTGATCGC CCCGTCGCCA TTTCCATGTT AATCATTGCC
CTGATTGTTC TTGGCCTTTT CTCTTTACCT CGCCTGGCGG TGGATCTCTA TCCGGATATG
GAACTGCCCT ATGCTGTTAT TTCAACCTCC TATGAAGGGG CGGCACCGGC TGAAGTAGAA
CAGTTAATCA CCAAGCCCTT GGAATCAGCG GTGGCAACAA CTGAAGGTAT CAAGGAAGTA
CGCTCAAATT CACAAAACGG TTTCTCTTTG GTAATTGTCA TATTTAACTG GGGCACCAAT
ATGGACAATG CCACCAATGA TTTGCGTGAA AAAATTGATT ATGTTCGTGG AATGCTGCCT
GATGATGCCG GTTCTCCCAG AGTCATGAAG TTAGATCCCA ATCAGGCACC AATCATCTCA
TTCTCAATTA CCGGTGCCCA AGGAGATGTC GTAAAGCTTA AGAAAATAGC CGAGGACGAT
ATTCAGCCTA AGCTGGAACG GATAGGTGGT GTCGCTTCCG TATATATAAG TGGCGGTAAA
ACACGGGAAA TTAAAGTTAT CTTAGATCCA GCTAAAATAG AAGCCTACGG TTTAAGTGTT
AACCAAGTTA TGCAGGCCAT CTCGTCTGAT AACGTTAACG GTACTGCCGG TGTTGTGGAC
AAAGGCTCTA CTGAAACTTC CATTCGAGTA GTTGGTGAAT ATAAAAGCAT CGATCAGCTG
AAGAAAATTC AGGTTAGTTT AGCTAACGGC AACTATATTG CTCTGGAAAA TCTGTCCACC
GTTGAAGATT CTTTCAAAAA AGAAAGTCAG TTTACCTTTG TAGACGGCAA AACCTCCCTG
GGTCTGAATG TTATGAAAGC TACTGGGGGG AATACCGTTC AGGTGGCCAA ACAGGTTATG
GCGGAGGTAG AAAAATTAAA TAAGACACTG CCCGATGGAG TCAAGATTAC CACCATCATG
GATACTTCCA AATTTATTAA GGACTCCATT AATAACGTTG TGGATCACGG CCTAATGGGT
GGTATCTTTG CTGTATTTGT CCTATACCTG TTCCTGCGCA ATGTCCGAAG TACCCTTGTG
GTTGTGCTGG CTATTCCGAT TTCTATCATT GCCACCTTCT CCTTAATGTA CTTTGGTGGC
CAAACCATCA ACATGCTTTC TCTGGGCGGT CTAATCCTGG GTATGGGTTC CCTGGTAGAC
TTTTCAGTGG TAGTTTTGGA AAGCATCTAT CGCTACCGGC AAAGTGGTTT TGGCATTATT
GAAGCTGCCA AACAAGGTAC CTCTGAAGTA GTCAATGCTG TTACTGCTTC CGCATTAGCT
CAGGTAGTAG TATTCATGCC CATTGTATTC GTGCAGGGAA TAGCTGGGAT TTTATTTAAG
CCTATGGCCT TAACCGTAAG TTTTTCCCAC ATTGCAGCAC TTTTTGCCGC GATAACCCTG
GTTCCGATGT TGTCTGCCCG GTTGCTTAAG AATGTTGCTC CTGCAAACGA AGCATTACCC
GAGGGTAAAA CTAAAAGTCC AGTGGCAATT TTTGGTAAGT TCTTATACAA ATTGAATGAA
CGCTATGGTC GAGTTTTAGG ATGGTCACTG AAAAACCGTA AAAAAGTTGT GGGACTAACT
GCTGTTCTGT TCATTGCCAG CATTGCAGCC ACACCTTTAA TTGGAACTGA ATTTATGACA
ACTATGGACC AAGGTGAACT TACGGTTAAT ATTGATATGC CTGCAGGTAC TAAAGTGGAA
GAAACCTCCC GGGTTGCCAG TGACCTTGAA AAATTGGCCC GTCATCAGGT AAAGGAAATT
GAGCGTATTT TTACCACTGT TGGCAGTGGC GGCGAGCTCT CCTTTCTCGG AGGCAGTGCC
AGTGATAAGG CCTCACTGCA AATAAAGCTT ATACCCTTAA AAGAACGAAC TATTACTACA
GAGCAAGCTG CGGAAAAACT TCGCCAGAGC ATGCAAAATG TCCCCGGTGC TGATATTACT
GTAAATCTTT CAGATAGTTC CGGTGGTCCT TCCAGCACCG CGGTGGATAT TGCCATCCAA
GGTGATGATT TAACGGTCCT CGAACAAATC GGTGATTTGC TGGTGGAAAC TGTTAAAGGT
GTTGAGGGCA CGAGAAACGT GACCAACTCC TTGACTGAAG CCAGTTCTGA AATGCGTATT
AATGTTGACA GAGAGCAAGC TGCCCGCTAT GGACTGTCAG CCAGTCAGAT ACTCTCGGCA
GTCAGTACAT CCTTTGACGG TAAAGTGGTG AGCAGTATGC GTACCGGTGA TGATGAAGTG
GATGTGCGTA TGATTACTCC GGAAGATACG AATAAGAGTA TTGCCAACCT GAATAACCTA
ACCATCGTCT CACCAACAGG CGCCAGGGTA CCTGTTTCGG CGGTGGCCAG TGTCGAATCG
CATCGTGTAC CAACCGAAAT TACACGTACT GACCAGACCC GGGAGGTTCG GATTACTGCG
GATGTAACCG GCCGTGACGT AGGTAGTGTT AATAAGGATA TCCAGACAGC AATCAGTAAA
CTTGCCTTAC CGGATGGCTA CACTGTTAAT TACGGCGGAC AGGCTGAAGA TATGGCGGAA
TCCTTTGCAA GTTTGGGCAT GGCCTTAATA CTCTCAGTGT TACTCGTGTT TATGGTAATG
TCTGCTCAAT TTGAATCCTT ATTCCAACCA TTTATTATTA TGTTTTCGTT ACCGCCAACC
TTTATTGGAG CGATTTTTGG TCTGGGTATT ACGGGAAACC CCATCAGTGT AACAGCTATG
ATTGGTGCGA TTATGCTGAT AGGAGTTGTA TTAAATAACG CTATTGTGCT GGTGGACTAC
ATTAACGTTC TGCGCAAAAA GGGGCATCAG CGTGATGAAG CAATTTTAAT GGCCGGACCG
ATCAGACTGC GTCCAATTTT GATGACTGCT TTAACTACCG TGCTGGCTCT GCTGCCTATG
GCCTTTGGTA CCGGTGAAGG TGCCGAAGCT CAGGCCCCAA TGGCTATTGT AATTGCCTTT
GGTTTAACCT TTTCAACGGT CATTACACTG GTACTGGTAC CCGTAGTTTA TACCATATTT
GACGACTTGG GTAAGAAAAT ATCCGGTAAA TTTAGCAGAT TACGTTTGCC AGGATTTAAA
ACAAAACAAG CTTAA
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| Protein sequence | MKLADISVDR PVAISMLIIA LIVLGLFSLP RLAVDLYPDM ELPYAVISTS YEGAAPAEVE
QLITKPLESA VATTEGIKEV RSNSQNGFSL VIVIFNWGTN MDNATNDLRE KIDYVRGMLP
DDAGSPRVMK LDPNQAPIIS FSITGAQGDV VKLKKIAEDD IQPKLERIGG VASVYISGGK
TREIKVILDP AKIEAYGLSV NQVMQAISSD NVNGTAGVVD KGSTETSIRV VGEYKSIDQL
KKIQVSLANG NYIALENLST VEDSFKKESQ FTFVDGKTSL GLNVMKATGG NTVQVAKQVM
AEVEKLNKTL PDGVKITTIM DTSKFIKDSI NNVVDHGLMG GIFAVFVLYL FLRNVRSTLV
VVLAIPISII ATFSLMYFGG QTINMLSLGG LILGMGSLVD FSVVVLESIY RYRQSGFGII
EAAKQGTSEV VNAVTASALA QVVVFMPIVF VQGIAGILFK PMALTVSFSH IAALFAAITL
VPMLSARLLK NVAPANEALP EGKTKSPVAI FGKFLYKLNE RYGRVLGWSL KNRKKVVGLT
AVLFIASIAA TPLIGTEFMT TMDQGELTVN IDMPAGTKVE ETSRVASDLE KLARHQVKEI
ERIFTTVGSG GELSFLGGSA SDKASLQIKL IPLKERTITT EQAAEKLRQS MQNVPGADIT
VNLSDSSGGP SSTAVDIAIQ GDDLTVLEQI GDLLVETVKG VEGTRNVTNS LTEASSEMRI
NVDREQAARY GLSASQILSA VSTSFDGKVV SSMRTGDDEV DVRMITPEDT NKSIANLNNL
TIVSPTGARV PVSAVASVES HRVPTEITRT DQTREVRITA DVTGRDVGSV NKDIQTAISK
LALPDGYTVN YGGQAEDMAE SFASLGMALI LSVLLVFMVM SAQFESLFQP FIIMFSLPPT
FIGAIFGLGI TGNPISVTAM IGAIMLIGVV LNNAIVLVDY INVLRKKGHQ RDEAILMAGP
IRLRPILMTA LTTVLALLPM AFGTGEGAEA QAPMAIVIAF GLTFSTVITL VLVPVVYTIF
DDLGKKISGK FSRLRLPGFK TKQA
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