| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Dtox_1691 |
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| Symbol | |
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| ID | 8428657 |
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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 | 1780277 |
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| End bp | 1784758 |
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| Gene Length | 4482 bp |
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| Protein Length | 1493 aa |
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| Translation table | 11 |
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| GC content | 46% |
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| IMG OID | 645034024 |
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| Product | hypothetical protein |
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| Protein accession | YP_003191171 |
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| Protein GI | 258514949 |
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| COG category | [D] Cell cycle control, cell division, chromosome partitioning |
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| COG ID | [COG1196] Chromosome segregation ATPases |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 13 |
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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 | 20 |
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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 | TTGCCGCAAA TTGAGCGGAT TAGACTAACT AATGTCAAGT ATGATAACGG TAAAAAAGAA
TTTGTCAATG ATATGTTTTT GCCTGCAGGC AGTAACTGTG CTTTTATTTT GGAAAATGGG
GGCGGCAAGT CTCTTATGGT GCAACTGCTT CTACAAGTAG TGCTGCCTAA TGAAAGTATC
GGTGTGAGGC CGGCTTCCGA TCTGGTCAGC GGCAGCGATC GCTTTACCGG ACATATCCTG
GTGGAATGGC GCCTGGATGA CCCGGAATCA CGCTACCTTT TGACCGGTTT TTGTTTTACC
AGGGGCTACG AGGATGAAAG GCTTTTTAAA TATTTTATGT ATACGATTCA GTATGATCAG
ATTCCTAATG AGCTTGATAT AGAGAACCTG CCGCTGCTGG AAAATCGCAA GGTCCGTTCC
TACCAGGAAT TGTTGGTTAT GTTGCGCCGC CTGTCCGGTG AGGGAGGCCG CCGCCTGGAT
GTTTTTCAAC AGGATAAGGG GGAAAAGCAC AAGTATGTCA AGCATCTGGA AACATTTAAT
ATTTACGAGC GGGAATGGCG GGGCATCAAG ACCACTAACG GTGATGAAGG CGGTATGGAA
GGTTTTTTTG AAAAGAGCAA AAAAACCGAA CAGCTTATGG AAAGATTGAT TATACCGGGT
GTGGATCAGG TGATTTTTAA CCGGGCCGGG GAAGAAAAAG AGTTAGCCCG TGCTTTTACC
AGACATAAGG ACAATCTTTT GAGCATCCCT AAGCTGGAAA AAAACATCAA AGATTTTTCT
ACTATCCGGG GTGAGGGAGA AAAGGTGTTG GCCGCCATCA AGGCTTACAG TGACTGCATA
TTGGAGCGCA GTGGGCAAAA AGAAAAAGTA GCGCGATTGT ACTGCAGTGT GAACAATAGG
AAAGAGGAAA TCAATGCCTT AAACGCAGGA CTGTCAGCGG ATCTGGAAAA GCAAGGTAAA
TGGCTCCATG AATTGGAATA TAAGCTGGAC AGCCTGCCAT ATATCAGAGT GAAACTGGAA
CTACAGGATT TGGAAAAGAA ATTTATTGCT CTGACCGAAA GTATTACACT GGTTGAAAAA
GAGGCAAGGC AGTCTGCCTA TGAGGTAAAC CTGGCTAAGG GTAAAAACCT CTGGCTTAAA
ATTGCTGCGG AGCAGGCAAA GATAAAAGCG GCTCAGGTTG AGGCGGAAAA TCTGACGCGC
AGCAACCGGG AACTCATGGA GCAGTTATTA ACCTGCCGCT ATACCTGGAA AACCAGGCTT
AAAGAAAGGA TTAACCGGCA GATGCCGGGT GTAAAAGCTC TGAGGGAGGA ATTGTTAGCC
CTGAAGTCGG AAACGAAAGA GAAGGAGGTA AAACAGAAAC GGCTGGAAGA AAGTATCGAA
AAGAGCGGAA AACAATCAGG CATGGTGGAA GGCTGGCTGA AATTTTATTC AGAAAAAGAA
AAGACGCTTT TGGCCGGGGG ATATGAGGAA GCCTGGGTAA AAGATCCTGC TTACGGAAAA
AAGGCAGTGT CGGAAATTAT ACAGGAAATC GAGCGGGCAA AGGATGAAAT TGAAGACAGT
ATAAAAAAGA TTGTTGAAGA ATTGCCGCCG GTTGAGAAAG AAATTGAAGA ACTGAAATTC
CGGCAGGCGT CTGCTGCCAA TCGCATGGAA CGCATTAACG AAAATCGAGC TGTTTTTAAT
TCGCAATATG AACATATCCA GGACAGTTTG ACGCGGTTTT CGCTGGATGT GGGGGATATA
TTTGCTAACC GTGCTGACAT TGAGACCAGG TTGGCTCAAA AAGTAATTGA GGGGCAGCAA
GCTATGCTGC GGGTCGGGGC AAAAAAGAGC AATATTCAGG AGAAGGCCGA ACTGAGCGGC
TTGGAATATT ATGTGCCCAA TCGGGAATTG CTGCTGGTGC AGGAGAAGTT GGAAGAATGG
GGTGTTTTCT CCGAGACAGG CAGCAAGTGG CTTGATCTGG CCGGAATAAG CGGCCGACAG
CGGGAGAATT ATCTGAAAAA CAACCCTTTG CTGCCATATT CTTTGATCGT TGCCCGCAAG
GATCTGGCTA ATTTGAGCAA ATTGGCGGAA AAGTGGCAGA AGCTGGCTTT AAATAACCCT
GTGCCGCTGG TGGTGAAGAG TGAGGCAGCG TTGTCCGGCG GTGAGGTGAA AGACAGTGCT
CTGCTGCCAC TGATGGATAA CTATGTTTAC CTGCCCTGGC ATGGCGGTTA CCGTTATGCT
CTTTCCCGCC AGGCATTGGA AGAATTGAGG CTCTCCCTTG GCGAGCAGAT GGAGGACGCG
GAACAGGAAA TAAGCAGGCT GCGTCAAAAT AGTGACTTAT TGGCGGAATT AGAGTTTAAA
GTACGGGAAT TTTATCTGAG CTATCCGCAA GACCCAACCC CGGTTTTCGA AAGTGAGAGC
AATGCTGTTG TTGCTGAGAT GCAAAAAACA GCTTCACGCC TGGTGTATCA GGAAAAGCGG
CGTATTCAGA AGCTTGAAGT CAAAACAGTG CTGGAGGAAG ATAGGGAAAA GAAGGGAGAA
CTCTTGACTC AAGCGAAAAA TCACTATAAA GAACTGGAAA ACCTCTATTG CCAGCACGAA
GAGAAAGTGA GTTATTTAAG GCAAATGGAG GAACTGGCCG GACAAATTCA GTCCTTGCAC
ACAGAATTGG CGGATTGCCG GAATAGGCTG AACGGTCTGC AAACTAGAAT AACCGAGTTG
ACATTGCGGT TGGATAACGA GAGCAGAATA CTGGATGAAA TGGAGCGGGA GTGTGAAGGC
CTGGAAGTTT TGGAACATGA CGGGTGGCGG CAGTCTCATA TGATAACTGA TAAACTTCTT
AATATGGACG GTGACAACAG GCGGGACAGT GCGCTGCCTC AGGTCGTGGC TGCCGTTCTG
CCGGAATTGA GACAGGCTTT GCCTTTGAGC TATGAAGAAG CTAAAGCACA GGCGACCGGT
TTGGAAAAAA CTTTGGCTGG AGAAGTAAAA GGGCTCAAGT CGCTGGAAGA TGATATTAAG
AGCTGTCAGG AGCATATTAG AGAATACGAA AAAATAATTC AAAATACTTA CGGACTGCTT
TTGCAAGAGG TCAGCCATGC CGATAGCTAT ATTTCAAATG AAGTGATCGG ATTATTGGAA
AACAGGCGGG AGTCATGTAA GGATATGCAT CGTAGGATGC AAAAAGAGCA GGCAGGCATG
AATGAGCAGC GGGCCGGAGC TGTTTCAAAA ATGGAAATAT ATTGTGAGGA AGTGGCGGAA
AAGTACGGAC AGGAGCCATA TACTCTGTTT TCTCATCCCG ACAATGAGGA AGCGGTTTTG
CGGCGGGATA AATTGCAGGT GCGGAATGAA TTGCAGCTCC TGGGGGATTT GCTTGAAAAA
AATAATAATG AGTTATCCTT GTTGAAAGAC GCGAGAATCA GGTTGGATGA AAACATGAAG
AGCAACAGCA TAATGCCGAT TGATGATGGG CTGCCCCCGG AGGTTTGGCA GCAGGCCATG
CAAAATGTCA CGGATTTTGT TTCCCGGCAA ACCCGCTTGT TAAATAAGCT CAAAGATGAA
GAGCAGAGCA AGAGCCGGGT GGTAGAGAAA CAGTTCGAGA TTTTTAAAAA GGTTTTGGAG
GCCCGACACA ACGGCATCGT GAACAGTTTT GTTAAATCTT TGTTAGAGCA GGACAGGCAT
AAATATGATT TTGCGCTGGT AGAACCTGTT TTCAGTAAGT GTTTTGCCAC TATCCTTAAG
TATGAGGAGA GTTATAAACA CAAGCTGAAG GAAATTGAGG AGGATAAAAA GGAACTGATC
AGTCGCTGCA TACAGCAGGC TTCCAGGGTG GCCGATGAAA TAAATTCTAT CAAGAAGTTT
TCCAAGTTTA CTTTAAACGA TCGGAATTTG CAGGCTATTG ACATTAAGCT GAGATCTTGG
GAGCAACAGG CTGCGCCGGT GGTGACGGAC AATTATATTA ATCAGTGTAT CATGATACTA
AACGATATGA AAGATGAAGG TGCGGAGGAG CAAAAACTAC AGGAATTTAT TGAGCACAAA
ATGTCCTCCA AGGAATTGCT GAATGTTCTA TCACCTCTTT CCGAGGCTAT AGTCAGAGTT
TTAAAACCGG AAAAGGATCA TGCCTCCTCT CGCTATGATC GTTGGGAAGG TGTTTTTAAA
TGGTCGGGTG GTGAGCGTTA CGCAGGCTTT TGTGCTATGT ATATTGCTCT GATCTCTTAC
CTGCGCAGCA AGGCCAGTGC TATGTACAAC CCGGCCAAAG TTTTGGTGGC GGATAATCCT
TTCGGTGCCG CCTCTTCTCC CCATATCCTG GATATGGTTT TCCAATTGGC TGCGGCCAAC
CGGGTGCAGA TGATTTGTCT TACCGCTCTG ACTGATCAGA ATATTTTTAA GTATTTTGAT
GTAGTCTACA GTTTGAAGCT GCGCAGTCTT GGGGGCAAAG AGTTTATTTC TGTCAACCGG
ATGGATACGG GGTACTATCG CAGTGGAGTG AATGAAGACT AA
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| Protein sequence | MPQIERIRLT NVKYDNGKKE FVNDMFLPAG SNCAFILENG GGKSLMVQLL LQVVLPNESI
GVRPASDLVS GSDRFTGHIL VEWRLDDPES RYLLTGFCFT RGYEDERLFK YFMYTIQYDQ
IPNELDIENL PLLENRKVRS YQELLVMLRR LSGEGGRRLD VFQQDKGEKH KYVKHLETFN
IYEREWRGIK TTNGDEGGME GFFEKSKKTE QLMERLIIPG VDQVIFNRAG EEKELARAFT
RHKDNLLSIP KLEKNIKDFS TIRGEGEKVL AAIKAYSDCI LERSGQKEKV ARLYCSVNNR
KEEINALNAG LSADLEKQGK WLHELEYKLD SLPYIRVKLE LQDLEKKFIA LTESITLVEK
EARQSAYEVN LAKGKNLWLK IAAEQAKIKA AQVEAENLTR SNRELMEQLL TCRYTWKTRL
KERINRQMPG VKALREELLA LKSETKEKEV KQKRLEESIE KSGKQSGMVE GWLKFYSEKE
KTLLAGGYEE AWVKDPAYGK KAVSEIIQEI ERAKDEIEDS IKKIVEELPP VEKEIEELKF
RQASAANRME RINENRAVFN SQYEHIQDSL TRFSLDVGDI FANRADIETR LAQKVIEGQQ
AMLRVGAKKS NIQEKAELSG LEYYVPNREL LLVQEKLEEW GVFSETGSKW LDLAGISGRQ
RENYLKNNPL LPYSLIVARK DLANLSKLAE KWQKLALNNP VPLVVKSEAA LSGGEVKDSA
LLPLMDNYVY LPWHGGYRYA LSRQALEELR LSLGEQMEDA EQEISRLRQN SDLLAELEFK
VREFYLSYPQ DPTPVFESES NAVVAEMQKT ASRLVYQEKR RIQKLEVKTV LEEDREKKGE
LLTQAKNHYK ELENLYCQHE EKVSYLRQME ELAGQIQSLH TELADCRNRL NGLQTRITEL
TLRLDNESRI LDEMERECEG LEVLEHDGWR QSHMITDKLL NMDGDNRRDS ALPQVVAAVL
PELRQALPLS YEEAKAQATG LEKTLAGEVK GLKSLEDDIK SCQEHIREYE KIIQNTYGLL
LQEVSHADSY ISNEVIGLLE NRRESCKDMH RRMQKEQAGM NEQRAGAVSK MEIYCEEVAE
KYGQEPYTLF SHPDNEEAVL RRDKLQVRNE LQLLGDLLEK NNNELSLLKD ARIRLDENMK
SNSIMPIDDG LPPEVWQQAM QNVTDFVSRQ TRLLNKLKDE EQSKSRVVEK QFEIFKKVLE
ARHNGIVNSF VKSLLEQDRH KYDFALVEPV FSKCFATILK YEESYKHKLK EIEEDKKELI
SRCIQQASRV ADEINSIKKF SKFTLNDRNL QAIDIKLRSW EQQAAPVVTD NYINQCIMIL
NDMKDEGAEE QKLQEFIEHK MSSKELLNVL SPLSEAIVRV LKPEKDHASS RYDRWEGVFK
WSGGERYAGF CAMYIALISY LRSKASAMYN PAKVLVADNP FGAASSPHIL DMVFQLAAAN
RVQMICLTAL TDQNIFKYFD VVYSLKLRSL GGKEFISVNR MDTGYYRSGV NED
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