| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Dtox_2785 |
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| Symbol | |
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| ID | 8429771 |
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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 | 2935906 |
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| End bp | 2940339 |
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| Gene Length | 4434 bp |
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| Protein Length | 1477 aa |
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| Translation table | 11 |
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| GC content | 45% |
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| IMG OID | 645035050 |
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| Product | Superfamily I DNA and RNA helicase and helicase subunits-like protein |
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| Protein accession | YP_003192177 |
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| Protein GI | 258515955 |
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| COG category | [L] Replication, recombination and repair |
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| COG ID | [COG1112] Superfamily I DNA and RNA helicases and helicase subunits |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 8 |
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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 | 17 |
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| Fosmid unclonability p-value | 0.464639 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGGATATTG ACAAATATGA CTTTGCCGCT AATGTTTTGA AATATTGGTA TTTGGTTGAA
TTTCTTGACC AGGCTAACTT CCCTGTGGAA AGCAAAGAAA ATCAGGATAA CAACAAGAAA
GTGGCAGATG GAAAAACCAA TTGGCGTAAA CAAATCACCA TATATCATTC GTTCTCCCCG
AAGGAGAAAG GCCCAGTTGT CGCTTTTGAG GACGACTCCC AAACCTATCC GGCACATCTG
GAAATGTCGG ATGAAGTTTG TATCTGCATG GGGAAGGTGC GCCGGGGGGA ATGTGATGAA
TACCTCAAGC AGAAATTTGG CCTGGGGGAT GACGCTGTCG AGAAGGATTA CAGCAAAATT
TGCTTAATTG GGCTCAAGTG CGATTCGCAG GGTACTTATA TTGAAAAGAG TCTCAGCATT
TCTCCGCTGA TTTGGGGAAT CGCACGCTTA CAACATTGCA CAGGTAAGGT AAGCAACGAA
GACTTGGCAA AGTTTCTGTT ATTGAATGAT TACGGCATAG ACATGTCCTC GATGGAAGAA
CAACTGATGC ATAGCGACGC GGATGGAAAA CGTAGCGGAC AAGCACTGTC TTCCGAGTTA
TTGCAACAGC TATTTTATTC CGTTGCAAAT TCATATATCC TCCCGCTTTT CAGCAGCAGC
GATTCCGTAA CATCGGAAGG TGTTATGATC TACAAGAGAT ACCAATCCGA AGAGGACAAG
GCCAAAGACG ATGACTCGCT TTATTTCACT GATCTGGGCA AAAGCTTTTT CACTAATGAT
TTGCAGATGA TCCTTAACAG CAATATTCTA CGCCGCTCCC TCCGCAGCAA AGATGCTGCG
CAAGAGGCGT TCATTGATTA TATTGTAGGT GCTTACGCTG AAGAGCACAA AGAAACCAAC
TGGATTGATT TTTCTAAACG AGTGGATATC CGAAAAGTCT GGGAGGGAAG TAATCAGAAT
GGCCGGGAAG ATTTCTTCAA CCGGTATTTT GACGTTGCCC TGGCGCCAAC AGGTAAATGG
CCCTCCAAAT ACATGCCGGC GTTTATGCAG CAGCTGGCTG TCAATTTTGG AATGCATGCG
GAGGACATCG GCAGACCTAT TTTTTCGGTA AATGGCCCTC CCGGTACAGG AAAGACCACG
CTTTTAAAGG AGATTATCGC AGGCAATCTT GTGGAGCGAG TCAAGCTTCT GGTGGGGTGC
AGTGATCCCG ATGATGCGTT TGTAGAAAAA CGTTTTCATG ACGGCGACAA ATCAAAAAAC
GGGTACAGTA ATTATCACAA TGTATACTAT GAACTAAAAA ACAGCGAGAT CAAAAAATAT
GGGATGCTGG TTGCCTCCTG CAATAATGCG GCAGTTGAAA ACATCACAAA AGAGTTGCCC
GACGGAACGG CTTTGTGCAA GGGGCTGATG GCGGATGAGA AAGATGATCC AGCGGTTTGC
AGCGGTTTGG ATGAGGTACG GAAGCTGTTT GATATACAGG AAGCCACCCA TATAGAGGAC
CATAAAGTCT GGAATGACGA GCAAAACCAA TATTGTTTTG AATCGTATTC CGATATTTAC
TTCACCAAAT ACGCCAATGA TATGGTGGCC TCAAAGCCAA AAACAGAGCA GAACTGTTGG
GGAATCATCT CCGCGCCGTT CGGCAAGGCA AGCAATATAA CTCACTATGC CCAAAAGGTT
CTCCTTCCTT ATATCCGGGA TTTTGGCACG AACGATAAAA TTACCGAGCG CAAAGGGCAG
TATACCGAAG CCGTGCGGCA ATTCAAAAAT CAGCTTGCCA CAGTGGAAGG AATACAGCGG
CGTATTGGGA CCGTCAGTCG CGCGAGATGT GATTTTCTGA AGAAAAAATC CGAACTTGAA
CAGCAATGTA GCCATCTGTT CGAAACGATA GAGAAAAATC GACAGCATAT CAAGCAGCTT
CAAGCAAAGA CTGCGGAATT GGAGCACCAA CAACAAGAAT TGGCGGCAGC AGAACAAGAG
GCAACACAAA CGGCTGGTTC TCTTCAAACA CAAAAAGAAC GTCAGTCAAA TCTTATACAG
GAATCAGTGA GCAACATCCA AGACGTTCGA CAGGAAATCA TGGAGCTTGA GGGTAAGCGC
GGTGTGAAAG ACTGGTTTTT CGGGCTAATT GGAAAAGTCA GCATGCTTAC CAAAACCATT
AATGAAAAAT ATTCCGAGCT TTCCCAGAAG GAAGAAATAT ATAATAAGCA TAACAACCAG
TTACAGCAAA TCCTTATGCA AATGCAAGCA CAAAAAAAAC GCTGTGATGA GCTGTCTTTA
CAAGCAGAAC GGATTAATCA GGAGCGGCAG GAAGCTATCG ACCTAGTAAA AACATCCACC
GCTCAAATGG ATCAGATGCA TCAGTCGATA GCTGATGCTA AGAATGAGAT TAAGAAGGTC
CAGGTGGAGT ATCAGAGCAT TTTGCAGGCT GCCAAAAAGG CAGAAGATAT TTTACACCAA
ATGACTGTTC TGGACGAAGC ATTTTGGCAA ATGTACGACA GCAAATTGGA AGTGAAGAAC
ACTAAAGCAC AGGTTCTGAA TCCATGGTTT ACCATTGAGT ATAACCGGGA GCGGGAAAAG
CTATTTCACC TTGCCTTGCA GGTGCATAAG AACTTTCTTT TGGCTTCCAA ATCATGTCTT
TTCAACATCA AGAATCTCGC TCTAATGTGG CGCTTGATTG AAGACAACGA GGGCAAGTTG
GTGACTTTCT CTCCTAGAGA CCGGGAAAGC TGCTTTAGCG CATTGTTAAA TACCGTTTTT
CTATTGACGC CCGTGCTTTC CACAACCTTT GCCTCTGTGG GTAGCATGCT GTCGGATATC
AAGCAACGGG GCGAGATTGG CCTGCTAATT ATTGATGAAG CAGGTCAGGC CCAGCCCCAA
ATGGCACTGG GAACTTTGTA CCGTTGCCAG CGTGCCATTG TTGTGGGTGA CCCAAAGCAG
GTGGAACCGG TTGTTACCGC AGAGATGGAT ACAATTAAAA AAATCATCTG CAATGATGAA
AACCGATTAT ATCAATCAAA GAGCCATTCC GTACAGGAAT TTGCAGATCG CATTAACCCC
ATTGGTACAT ACTACACGGA ACCATCGGGA GAGCATAAAA GCTGGGTCGG ATGCCCCTTG
GTGGTGCACC GGAGATGCAT CAGCCCTATG TATGAAATAT CGAACGCCAT CTCGTATGAC
AACACGATGA AGCAGCAGAC GCAGAAGCCC AAACCAGAAG ATGAGGCAAA CTTCTGTTTG
GAGAGTTCCC GCTGGATCAA TGTGTGTGGT ACCGAAAACA ACAGCAAGGC CAAAGACCAC
TATGTGAAGA CGCAGGGCCA GAAGGCAATA GAGCTTATTT TGCAGGCGTT TTCGAAAACA
GAGGAAACGC CAAGCCTGTA TGTGATCTCT CCCTTTACCA CAGTAAAGGA GGGCCTCAAG
AAAGAACTAA AAAACTCTCC CGAATACCGG GACAACAGGC GTATTAAGGA TTGGGCGGAG
ACCCATATTG GCACTGTCCA TACCTTTCAG GGAAAGGAGG CCGACGAGGT AATCTTCCTA
CTCGGCTGCG ATAAAAATGC TCTTTTCGCG GTGCGCTGGG TAAACACAAA CATTGTAAAT
GTCGCTGTCA CCAGAGCTAG GTACCGCTTG TACATCATTG GAGACTATAT CGTTTGGCAG
CATTCCAATG TGATGCAGCA GGTAAAATGT ATCATGGACA GTTATGCCAT CCGTGCGTTA
CACGAAATTG CTGATCACCC GGAATCAGCC GCTAACCAAA GCCAGGTAAA ATCTTTGCTG
AAGCAGATTC CATCCGGCAA GTCCTTTCAG GTGGAAGATG AGATCAACGA TGTTATGGTC
AGTACATTTT TGAAGGCAAT TTCTGACATA TGGACCGACC AGAATAATCT GCCGAAAGAA
GATTTGGCCA CATTTGGCCT TTCACGGCTC CATCTGCAAC GCATTGAGCC AAAGGTGGAA
CAGGGGATTA CATGGGGCCT CAAGCTCTAT TCCCTTTTTG CATTGCTAAA AGACCGATAT
CAATTGGAGC ATATGGATTA CTCCTGCAGC GGTATCATGT TGTGCAAAGC AATGGAACTG
CAGCTAAAAG ACTGTCTGCT GCCCAGCTTT CAGAAGCTTT TCCCGAATCT AAGTACCAAT
AGGACCAGAT TGTCTCAGAT ACAGCCTGAA AAGGCGACTG TTGGAACCTT CACACAGGTT
TTGAAGGAGG AAAGTAAGCG AGAGCAGTTG GTGCAGAGAC AGGCAACGCA TAATAACGAG
CTATGTGATA AAAAGTGGTG GGACACATAT TACAGGGATC TGCTTGATTT CAGGGAACTA
AGGAATGCCT GCTGTCACTC AGGGTATTTT GGGTGGGGCA AAGTAGAAGA ATTAATTAAT
AATCTTTTTA CTAATGGTGA GTTTTTAAAA ACTACCGTAG GGAAGAGTTT ATAA
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| Protein sequence | MDIDKYDFAA NVLKYWYLVE FLDQANFPVE SKENQDNNKK VADGKTNWRK QITIYHSFSP
KEKGPVVAFE DDSQTYPAHL EMSDEVCICM GKVRRGECDE YLKQKFGLGD DAVEKDYSKI
CLIGLKCDSQ GTYIEKSLSI SPLIWGIARL QHCTGKVSNE DLAKFLLLND YGIDMSSMEE
QLMHSDADGK RSGQALSSEL LQQLFYSVAN SYILPLFSSS DSVTSEGVMI YKRYQSEEDK
AKDDDSLYFT DLGKSFFTND LQMILNSNIL RRSLRSKDAA QEAFIDYIVG AYAEEHKETN
WIDFSKRVDI RKVWEGSNQN GREDFFNRYF DVALAPTGKW PSKYMPAFMQ QLAVNFGMHA
EDIGRPIFSV NGPPGTGKTT LLKEIIAGNL VERVKLLVGC SDPDDAFVEK RFHDGDKSKN
GYSNYHNVYY ELKNSEIKKY GMLVASCNNA AVENITKELP DGTALCKGLM ADEKDDPAVC
SGLDEVRKLF DIQEATHIED HKVWNDEQNQ YCFESYSDIY FTKYANDMVA SKPKTEQNCW
GIISAPFGKA SNITHYAQKV LLPYIRDFGT NDKITERKGQ YTEAVRQFKN QLATVEGIQR
RIGTVSRARC DFLKKKSELE QQCSHLFETI EKNRQHIKQL QAKTAELEHQ QQELAAAEQE
ATQTAGSLQT QKERQSNLIQ ESVSNIQDVR QEIMELEGKR GVKDWFFGLI GKVSMLTKTI
NEKYSELSQK EEIYNKHNNQ LQQILMQMQA QKKRCDELSL QAERINQERQ EAIDLVKTST
AQMDQMHQSI ADAKNEIKKV QVEYQSILQA AKKAEDILHQ MTVLDEAFWQ MYDSKLEVKN
TKAQVLNPWF TIEYNREREK LFHLALQVHK NFLLASKSCL FNIKNLALMW RLIEDNEGKL
VTFSPRDRES CFSALLNTVF LLTPVLSTTF ASVGSMLSDI KQRGEIGLLI IDEAGQAQPQ
MALGTLYRCQ RAIVVGDPKQ VEPVVTAEMD TIKKIICNDE NRLYQSKSHS VQEFADRINP
IGTYYTEPSG EHKSWVGCPL VVHRRCISPM YEISNAISYD NTMKQQTQKP KPEDEANFCL
ESSRWINVCG TENNSKAKDH YVKTQGQKAI ELILQAFSKT EETPSLYVIS PFTTVKEGLK
KELKNSPEYR DNRRIKDWAE THIGTVHTFQ GKEADEVIFL LGCDKNALFA VRWVNTNIVN
VAVTRARYRL YIIGDYIVWQ HSNVMQQVKC IMDSYAIRAL HEIADHPESA ANQSQVKSLL
KQIPSGKSFQ VEDEINDVMV STFLKAISDI WTDQNNLPKE DLATFGLSRL HLQRIEPKVE
QGITWGLKLY SLFALLKDRY QLEHMDYSCS GIMLCKAMEL QLKDCLLPSF QKLFPNLSTN
RTRLSQIQPE KATVGTFTQV LKEESKREQL VQRQATHNNE LCDKKWWDTY YRDLLDFREL
RNACCHSGYF GWGKVEELIN NLFTNGEFLK TTVGKSL
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