| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Dred_0583 |
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| Symbol | |
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| ID | 4958142 |
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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 reducens MI-1 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009253 |
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| Strand | + |
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| Start bp | 628362 |
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| End bp | 631691 |
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| Gene Length | 3330 bp |
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| Protein Length | 1109 aa |
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| Translation table | 11 |
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| GC content | 42% |
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| IMG OID | 640179760 |
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| Product | SMC domain-containing protein |
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| Protein accession | YP_001111950 |
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| Protein GI | 134298454 |
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| COG category | [S] Function unknown |
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| COG ID | [COG4913] Uncharacterized protein conserved in bacteria |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 11 |
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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 | n/a |
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| Fosmid unclonability p-value | n/a |
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| Fosmid Hitchhiker | n/a |
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| Fosmid clonability | n/a |
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Sequence |
| Gene sequence | ATGAAACTAC TGACCAGGAT ATTATTAATT AATTGGCACT ATATAAAGTA CCAGTGCATT
GATTTTTCGG ATATTAACTT TTTAACTGGG AAGAACGGTT CAGGAAAGTC GACTATTATC
GATGCCTTAC AATTAGTGTT GCTGGGTGAT ACCAGTGGTT TTTACTTTAA CAAAGCGGCC
AATGACAAGT CCCAGCGCTC GCTAAAGGGA TATTTGCGGG GAGAAGTTGC CGAAGATGAA
GAAACCAATA CGGTTTATTT GAGAAATGAT GATTTTTCCA GCTACCTGGT CTTAGAGTTT
CATGATAAAA AGAGTAACCA GTATTTTTGC CTGGGAGTTG TTTTTGATTG TTATGACGAT
GGCAGCCATG ACCACCAGTT CTTTTATTTG AATGATAAAT TACCGGCTAA TCACTTTATT
GAGAAAGGCA CAGAATTAAA TCGAAAGGGG CTCAAAGCCT TCTTTTTCAA TAACTATTCT
AGAGGCAAGT ACCAATTTTT TGAAACCAAT AGTAAGTATC AGGAAGTGGC CCTGGGGAAA
CTGGGCCAGA TTAATAAAAA GTTTTTCCGC CTGTTAAAAA AAGCCGTACC TTTTTCGCCA
ATTATGGACA TCAAAGGGTT TATCAGTGAG TTCGTTTGTG ATGTGGAAAA CAAAATCGAC
ATAACAGACA TGCAGGAAAA CATTCGCTAT TATAAACAAT TGGAACATGA CCTGGAGATA
GTCAAGCGGA AAATTGGCAT TTTAAAGGAA ATAGAAAGTC AACACAAATT CTATTGCGAA
GAACTTCAGC GACTGGAAAC CCAAAAATAT TTAATTGACC GAGGAATACA GGAACAACTG
CAAAACAGAG TTGCTAAAAT TGCGCAAGAT ATTCATCGAT TACGGGAAAA AATTGCTGCC
AATGAAGGAA GCCTGCGGGA GAAAGAAGAG GAACTCACTT CCCTGCAGGA AGAGAGGGAT
CACCTTTTTG CGGAAAAAAT TAATTCCGAT GTGTACAGAA AAAGGGAAGA GTTGGGACGC
CAAATTGAAG ACCTGCAAAG GGAAAGCAAG GCTATTGAAC ATAGTAAAGG TATTTTGCTG
GGGCTAATCA AAGGCGTCTT ATATACCTGG CGGGAAGTTT ATCAGTGGTG TCGGGAAAAT
TTAGCGGAGA TGCCCCTGCT GGAAGAACCA CTGGACTATT TGGCCAATAT CTCTGAGGGC
AAGCTGGAAT TAATAACCCG GGAAAAATTA TGGTTTGTTA AACAAGCACT GCAGGAATAT
GTAAACAAAA TCAATGATGC CTATTCTACG CATAGGACCG AGTTAGATGG TTTAATGCAG
TATTTAGGCA GGTTGGAAGA GGAAATCAAA AACCTTCGGC AGGGTATAAA GGCCTTTCCC
CCGGCCATAC TGGAACTGAA AAATTTGATT GCCGAAAAAC TAAGTGCCAA GCACCAAAGA
GACATTAAGC CACAGATTTT TGCCGATTTG CTGGAGATTA AAAGTGATCA ATGGCGCAAT
GCCATTGAAG GGTATTTGAA TACCCAGAAG TTTTATTTAA TTGTTGAACC CAAGTATTTT
ATTGAAGCCT TAAAGATATA TGATGAATTT AAATTTACTC ACAAAATATA TGATGTGGGT
ATTGTGGATA TCGAGAAAAT CATAGCCAGG CACCCCAGAC CGCAGCCCAA CAGCCTTGCG
GAAGAGGTTG AAAGCACAAA CCCCTATGCC AGGTCTTACG CCGACTTCCT GCTGGGTCAT
GTTATAAAAT GCGAAAAAGT GGAGCAACTG CGGGATTTCC GGACTTCCAT TACCCCCAGT
TGTATGCTTT ATCACAATTA TGTGGCGCGT CAAATTAACC CTCAAAGGTA CGAAACCCCG
TATATCGGGC AAAGGGCTGT TATCAATCAG CTTAGGCTTA AGGAAGCAAA ATATACTGAA
GTATCAGAGC AAAGGGATGC TTTGGGACCA AAGGTGGCTA AACTGGCCCA GCTTAGGAAC
AGCAGTGTTA TTAATGATGA AAATATAAGT AGTATTTTGC AAAATAAACA AGCCGTGGAC
AGGCTGCCAC AGGTCACCCA TGCGTTAGAT AAGGCCACCC GGCAGTTGGC TGCCCTGGAC
TTGAGTTACC TGACCAGGGT AGAAAAATTA TTAAAGGAAG CGGAGAACAA TATTGGTGTC
GTAAACAAAC AAATAAGGGA ATTAGAAAAG TCCAAGGGTA AATATTACAG TGAAAGGGAC
GAAAAAGAAA AAGCCCTGCC TCTGCTGGAG AAGGACATAG CAGCACAAAA AGAGGATATC
AAAAGCAGGT ATGAGGCCCC CTGGGTGGAA GCAGTAGGGG AACCTAGGTT CCGGCAGGAA
CTGAGCCAGC GAAAGGACCC TGAGAACATT GTTAATACCT TTACTACAAC TGTTAAAGGG
ACCCAAAGCC GCATAGAAAA TAAATGGAAA GCTATGCTAG AGAGCAGGAT TATTTACAAC
CGCGATTATA ACGGTGCCTT AGATGTAAAT GCCCAGGGTA ATGCTGCTTA TGCCCAGGAA
TTGAGGGTCC TGGAAGATAC CTCGCTGGTT CAGTATGAGG AAAAAATAAA GGATGCCCAG
GAAAAAGCCC AGGAGCAGTT TAAGGAAGAT TTCATCAGTA AACTGAAGAA AAACATTGAG
GATGCACGGG AGCAAATTGA TGATTTGAAT AAAGCCCTAA AAGATATACC CTTTGGTCGG
GATAAGTACA GGTTCACTGT AACCCCTAAC CCTCATTATA AAAAGTACTA CGAAATGATT
ACCGATGATA TGTTGCTGGA AGGGTTGACC CTTTTTTCCG CATCTTTTCA GAGCAGATAT
CAGGATGTGG TGGAGGAGCT TTTCCGCCAG ATTATTGATG TGGATGAAGG CCTGGTAAGC
GCCGATCGGC GGGAAGAATT GAATAAGAAC TTGGATAAGT TTACCGATTA TCGGACTTAC
CTGGACTTTG ATCTGGCAGT GACCGACGAC AGGGGGATGG AGTCAAGATT ATCCAGGGTA
ATAGCCAAAA AATCAGGGGG AGAGACCCAG ACCCCCTTCT ATATTTCTGT ATTGGCATCC
TTTGTTCAGT TATACCGGAT TAAAAGCAGG AACCAGGATA ACACTGTGCG GATTTTGGTC
TTTGACGAAG CCTATAGTAA GATGGACCAT CAGCGGATTA AAGAAAGTAT TAACCTGATC
CGGAAGCTAG GGCTGCAGGT TATTCTCTCT GCGCCCACAG AAAAAATCGG TGACATCGCC
CCCTTAGTGG ATAGGAACCT GTGTGTCACC AGGATAAAAA ATGAGACAGT TATAAAATCC
TTTGACCCCA GGGAAGTAGA GGGGGCTTAG
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| Protein sequence | MKLLTRILLI NWHYIKYQCI DFSDINFLTG KNGSGKSTII DALQLVLLGD TSGFYFNKAA
NDKSQRSLKG YLRGEVAEDE ETNTVYLRND DFSSYLVLEF HDKKSNQYFC LGVVFDCYDD
GSHDHQFFYL NDKLPANHFI EKGTELNRKG LKAFFFNNYS RGKYQFFETN SKYQEVALGK
LGQINKKFFR LLKKAVPFSP IMDIKGFISE FVCDVENKID ITDMQENIRY YKQLEHDLEI
VKRKIGILKE IESQHKFYCE ELQRLETQKY LIDRGIQEQL QNRVAKIAQD IHRLREKIAA
NEGSLREKEE ELTSLQEERD HLFAEKINSD VYRKREELGR QIEDLQRESK AIEHSKGILL
GLIKGVLYTW REVYQWCREN LAEMPLLEEP LDYLANISEG KLELITREKL WFVKQALQEY
VNKINDAYST HRTELDGLMQ YLGRLEEEIK NLRQGIKAFP PAILELKNLI AEKLSAKHQR
DIKPQIFADL LEIKSDQWRN AIEGYLNTQK FYLIVEPKYF IEALKIYDEF KFTHKIYDVG
IVDIEKIIAR HPRPQPNSLA EEVESTNPYA RSYADFLLGH VIKCEKVEQL RDFRTSITPS
CMLYHNYVAR QINPQRYETP YIGQRAVINQ LRLKEAKYTE VSEQRDALGP KVAKLAQLRN
SSVINDENIS SILQNKQAVD RLPQVTHALD KATRQLAALD LSYLTRVEKL LKEAENNIGV
VNKQIRELEK SKGKYYSERD EKEKALPLLE KDIAAQKEDI KSRYEAPWVE AVGEPRFRQE
LSQRKDPENI VNTFTTTVKG TQSRIENKWK AMLESRIIYN RDYNGALDVN AQGNAAYAQE
LRVLEDTSLV QYEEKIKDAQ EKAQEQFKED FISKLKKNIE DAREQIDDLN KALKDIPFGR
DKYRFTVTPN PHYKKYYEMI TDDMLLEGLT LFSASFQSRY QDVVEELFRQ IIDVDEGLVS
ADRREELNKN LDKFTDYRTY LDFDLAVTDD RGMESRLSRV IAKKSGGETQ TPFYISVLAS
FVQLYRIKSR NQDNTVRILV FDEAYSKMDH QRIKESINLI RKLGLQVILS APTEKIGDIA
PLVDRNLCVT RIKNETVIKS FDPREVEGA
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