| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | DET0101 |
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| Symbol | |
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| ID | 3228995 |
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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 | Dehalococcoides ethenogenes 195 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_002936 |
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| Strand | - |
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| Start bp | 95615 |
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| End bp | 98716 |
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| Gene Length | 3102 bp |
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| Protein Length | 1033 aa |
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| Translation table | 11 |
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| GC content | 52% |
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| IMG OID | 637119670 |
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| Product | molybdopterin oxidoreductase |
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| Protein accession | YP_180852 |
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| Protein GI | 57233534 |
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| COG category | [C] Energy production and conversion |
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| COG ID | [COG0243] Anaerobic dehydrogenases, typically selenocysteine-containing |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 2 |
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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 | GTGACCCACC CCAGAAAGAT CCTGGGCGAC AATGATTATT CTTTATCCAG GCCCGAAGAT
ATTATCTACA GCACCTGCCA GCAGTGTGCC ACCCAGTGCA GTATAAAAGT AAAGCTGGTT
GACGGGGTCA TTGCCAAGGT GGACGGAAAC CCGTTCAGCC CCTGGAATAT GATGCCCCAG
CTGGATTATA AAACACCGGT AACTACCTCT GCCCTGACAG ACGCCAGCAT CTGCCCCAAA
GGGCATTCGG GTGCCCAAAC TTCGTATGAC CCGTTCCGTC TGGTCAAGGT AATAAAGCGT
GACGGCCCCC GCGGCTCAAA CAAATGGAAG AGCATCCCCT TTGACCAGGC AGTAGAAGAA
ATAGCCAGCG GCGGCAAACT TTTTTCAAAC GTACCCGGTG AAGAAAACCG GAACGTGGAA
GGCTTAAAAG ATATCTGGGC CTTGCGCTCC CCCGAAGTAA CAAAAGCCAT TAACACTGAT
ATAAAGGCTA TCTGGGCTGA AAAAGATGAA ACTAAAAAAA CAGCTCTGGT AGAGGCCTTT
AAAGAAAAAT ACCGGGATTA TCTGGATAAA TTTATAGACC CCAACCACCC TGACCTTGGG
CTGAAAAACA ACGGCTTTTG CTATATGTTC GGGCGGACCC AGGGCGGACG GGTGGATTTT
ATAAAACGCT TTACCCATGA CGCCATGGGT TCTATAAACG CTCATGGACA TACCACAGTC
TGCCAGGGCA GTTTATTTCA GTCAGCCAAG GCCTTAAGTG CCAAGTTTGA TTCCGCAACC
GGCGAATTTA TAGAAGGTGA TAAATTTTAC TGGATGGCCG ATATAGGCAA AAGCGAATTT
GTCATCTTCA CCGGCGCATC CCCCTTTGAG GCCAGCTTCG GCCCAACCAG CCGCGCCATG
CGTATAGCAG ACGGGCTGGA CAGCGGCCGG ATGAAATATG CGGTGGCAGA CCCGCGTTTC
TCCAAGGCCG CTTCAAAGGC CTGGAAATGG CTTCCGGCTA AACCCGGTAC CGAGGGGGCT
TTGGCACTGG CTTTAATCCG CTGGATATTT GATAACAACC GCTATAACGC CAAATACCTA
GCCAATGCCA ACAAAGCCGC CGCTGATGCA GACGGAGAGC CCACCTGGAG CGGCTCCACC
TGGCTGGTAA AGATAGATGC CGAAGGCAAG GCCGAAAGGT TTCTTCGGGC TTCGGATATC
GGCCTGGAAC AGGGCAGCTT CGGCTTTGAT ACCCCGCTGA TTATGAAAAA CGGAGAACCC
GCCCGGTTTG ACCCGAATGA TACCGTAAAT GCGGCTGAAG GTGAGCTGCT CATTGACACC
GTTATAAACG GTTTGCGGGT AAAAAGCAGT TTGCAGATAC TCCGGGACGA AGCCTCCAGC
CACACTCTGG AGGAATGGGC TGAAATCTGC GGGGTAAAGG CGGATGACCT TGCCGAAACG
GCCAGCGAAT TTACCAGCCA CGGCAAAAAA GCGGCAGCGG ATGTCCACCG GGGAGTCAGC
CAGCATACCA ACGGCTTTTA TAACGCCCTT GCCTGGTGGA ACCTGAATAT GCTTATAGGC
AACTATGACT GGCAGGGCGG CATGCTCAAA GGCTCTGCCT ATGATATCAG CGGCAGCAAA
GCCGGCGGCC CTTTTAATCT GGGCAAGATG AAGCTCGGCG CCCTTACTCC CTCCGGCATA
AATATAGTAA GGTACGGGCA TATATACGAA GATACCACCC TGTTTAAGAG TCAGGGTTAT
CCGGCCAAGC GGAACTGGTA TCCCCTTTCG GAGGATGTTT ATCAGGAGGT TATCCCCTCG
GCCGGAGATG CCTATCCCTA CCCTATCAAG GCTCTTTTCC TGCATATGGG TTCACCTGTT
TACGTAGTCC CGGCCGGGCA TACCGCTCTG GAGTTTCTGT CAGACCCGGA AAAACTGCCC
CTGCTGGTTG TTACCGATAT AGTGGTAGGT GAAACCTCCA TGTATGCAGA TTATATCTTC
CCGGACCTGA CCAATATGGA ACGCTGGGAA TTTGCCGGCA GCCAGAATAC TATCCCCTTT
AAATCCCAGC CGGTCAGACA GCCTGCTATT GCCCCGCTGG TGGAAATAGT GAAAGTATTC
GGTCAGGACA TGCCCCTTTC CATGGAAACC ATGCTGCTGG GGCTGGCCGA AAAAATGGGC
TTGCCGGGCT TCGGGCCGGA CGGGCTGGGT AACGGCATAC CCCTTAACCA CTTTGATGAC
CTCTACATTA GAATGGCGGC TAATCTGGCT TTCGGCGAAA AAGCTGACGG CTCTGATGCT
GTGCCTGATG CAGACGAAGA AGAAATACGC ATATTTACCC AGGCCAGACG CCATCTGCCG
GATAATATTT ACAACCTTGA ACGCTGGAGC AGCCTGGCGG GTGAAAACTG GCCAAAGGTT
GTTTATATGC TAAACCGGGG CGGCCGCTTT CAGGACTATG AGGGTGGCTA CCCGGCCAAC
CAGCAGCTGG GCAACAAATA CGGCCGCCTG TTCAACGTAT TTTTGGAAAA AACTACCGAA
GTCAAAAACT CGCAGACGGG TGAACCCATC CCCGGCCATG CCTGCTATAT TACCGCCGGG
CGGGATTGCT ACGGGCAGGA GCTGAATGAT GAGAAAAACG GCTATGACTT AAACCTGATT
ACCTACAGGG AGATTGCCCG CACCCCTACC ACCGCCGGCA ATTATTATCT GAACCCCCTG
TTGCCTGAAA ACACGATACT GATTAACCAA GCTGATGCAG ACAGGCTTGG CTTGACCAAA
ACAGATATAG TCAGGGTGGT ATCCGAAAGC AATCCCAGGG GCGTCTGGAA TCTGCGGAAC
GGTCAGGAAT GGCCTATGAA CGCCAAACTA AATATTATGC AGGGTATCCG CCCCGGGGTA
GTAGCCTTTT CACTGGGATA CGGCCATTTC GCCTACGGCG GGCTGGATAT CACCATTGAC
GGTGAGCTTA TTCCGGGTGA GGCCAAACGC ACCAAGGGGG TGAACGCCAA CGCCGCCATG
AGGGTAGACC CCCACCTGAA AAATACCTGT CTGGTGGATA CCATCGGGGG CAGTGCCGTT
TTTTATGATA CCAAGGTCAG ACTGGAAAAA GTTAATACCT AA
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| Protein sequence | MTHPRKILGD NDYSLSRPED IIYSTCQQCA TQCSIKVKLV DGVIAKVDGN PFSPWNMMPQ
LDYKTPVTTS ALTDASICPK GHSGAQTSYD PFRLVKVIKR DGPRGSNKWK SIPFDQAVEE
IASGGKLFSN VPGEENRNVE GLKDIWALRS PEVTKAINTD IKAIWAEKDE TKKTALVEAF
KEKYRDYLDK FIDPNHPDLG LKNNGFCYMF GRTQGGRVDF IKRFTHDAMG SINAHGHTTV
CQGSLFQSAK ALSAKFDSAT GEFIEGDKFY WMADIGKSEF VIFTGASPFE ASFGPTSRAM
RIADGLDSGR MKYAVADPRF SKAASKAWKW LPAKPGTEGA LALALIRWIF DNNRYNAKYL
ANANKAAADA DGEPTWSGST WLVKIDAEGK AERFLRASDI GLEQGSFGFD TPLIMKNGEP
ARFDPNDTVN AAEGELLIDT VINGLRVKSS LQILRDEASS HTLEEWAEIC GVKADDLAET
ASEFTSHGKK AAADVHRGVS QHTNGFYNAL AWWNLNMLIG NYDWQGGMLK GSAYDISGSK
AGGPFNLGKM KLGALTPSGI NIVRYGHIYE DTTLFKSQGY PAKRNWYPLS EDVYQEVIPS
AGDAYPYPIK ALFLHMGSPV YVVPAGHTAL EFLSDPEKLP LLVVTDIVVG ETSMYADYIF
PDLTNMERWE FAGSQNTIPF KSQPVRQPAI APLVEIVKVF GQDMPLSMET MLLGLAEKMG
LPGFGPDGLG NGIPLNHFDD LYIRMAANLA FGEKADGSDA VPDADEEEIR IFTQARRHLP
DNIYNLERWS SLAGENWPKV VYMLNRGGRF QDYEGGYPAN QQLGNKYGRL FNVFLEKTTE
VKNSQTGEPI PGHACYITAG RDCYGQELND EKNGYDLNLI TYREIARTPT TAGNYYLNPL
LPENTILINQ ADADRLGLTK TDIVRVVSES NPRGVWNLRN GQEWPMNAKL NIMQGIRPGV
VAFSLGYGHF AYGGLDITID GELIPGEAKR TKGVNANAAM RVDPHLKNTC LVDTIGGSAV
FYDTKVRLEK VNT
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