| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Dred_1495 |
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| Symbol | |
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| ID | 4957646 |
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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 | 1619045 |
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| End bp | 1621636 |
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| Gene Length | 2592 bp |
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| Protein Length | 863 aa |
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| Translation table | 11 |
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| GC content | 44% |
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| IMG OID | 640180670 |
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| Product | bifunctional acetaldehyde-CoA/alcohol dehydrogenase |
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| Protein accession | YP_001112850 |
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| Protein GI | 134299354 |
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| COG category | [C] Energy production and conversion |
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| COG ID | [COG1012] NAD-dependent aldehyde dehydrogenases
[COG1454] Alcohol dehydrogenase, class IV |
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| TIGRFAM ID | |
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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 | 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 | TTGTCTGAAC AAAAGCCTGA TCAAAATATC TCGGTCACAA TAAATGGTTT GGTAAAAAAA
GCCAGACAGG CCCAGGAAGA ATATCTCCAT CTAAATCAAG AGCAGGTAGA CAATATTGTG
AAAGCCATGG CCTTAGCTGG ATTGGAAAAT CATATGGGGC TGGCTAAGAT GGCTGTGATA
GATACAAAGA GGGGTGTCTA CGAGGATAAA ATTACAAAGA ATATTTTTGC CACCGAAGAG
GTTTATCACA GTATTAAATA TGAGCGCACT GTGGGGATTA TCAACGAAAA TACCGAGGAG
AATTTTTTAG AAGTGGCAGA ACCCATTGGG GTGGTGGCTG CCGTAGTTCC TGTAACCAAC
CCTACCTCAA CCACTATGTT TAAAGCATTA ATATGTGCTA AAACCAGGAA TCCTGTGGTT
TTTAGTTTTC ACCCAGGAGC TTTAAAATGC AGCATAGCAG CAGCGAAAGT GATGTTAGAA
GCTGCTATAG CTGCAGGAGC GCCAAAGGAT TGTATTAGTT GGATTGAAAA ACCCTCCGTA
GAAGCGACCC AGCAGTTGAT GGCTCATCCC GGTGTATCCC TTATTTTAGC TACCGGGGGA
ACAAACATGG TATGTTCGGC ATACAGTTCC GGTAAACCAG CCCTTGGCGT GGGTCCGGGC
AATGTACCCT GTTATATTGA GAAAACTGCT AACATAAGAC GGGCAGTGAC GGATTTAATC
TTAAGTAAAA CCTTTGATAA CGGGATGATC TGTGCTTCGG AACAGGCTGT TATTATTGAT
CGGGAGATTG CGGATCTTAC CATTGGCTAT CTGAGAGACA GTGGTTGTTA TATTTTATCA
CCCACTGAAA TTGAACAATT AAACAAAGCA GCCATTGATC ATGATGCTGG GTTTATTGAT
CCGCAAATTG TAGGGCAACC GGCTACGCAT ATTGCAGAAA TGGCTGGAAT TTCAGTACCC
AGTGGTACAA AAATTTTGGT GGCTCCCTTG GAAGGAGTAG GACCAGAATA TCCTCTTTCT
ATGGAAAAGC TTTCCCCCAT TTTGGCTTTA TATATAGTGA ACAGTAGTGA AGAAGGGATT
CAAAGGTGCG TAGACATGCT TGAGTTTGGT GGCCTTGGTC ATTCCGCTGT TCTTCATTCG
GAGAATGAAG AATTAATCAA GCATTTTTCG CAGGTGGTTC GTGCAGGACG TATTATTGTA
AACTCACCCA GTACCCATGG GGCCATCGGA GATATTTATA ATACCAATGT ACCTTCCTTA
ACCCTTGGTT GTGGCTCGAT GGGGCGTAAC TCAACCACTG CTAACGTCAG TGTGAAGAAT
CTGATTAACG TAAAAAGGGT AGCTACCCGT AAAGAAAAAA TGCAGTGGTT TCGGGTGCCG
GAACGCATTT ACTTTATGCC CGGATCCATT CAGTATCTGA CAAAAATGCC AGATGTTCAA
AAAGTCTTAA TAGTTACAGA CAAGGTTATG AATGACATGG GGTATGTGGA GAGGGTGACC
TACCATCTGC GCAAACGTCA AAACGATGTC CAAATTGAGG TCTTTGACTT AGTAGAACCG
GATCCTCCCA TAGAAATTGT TAGTCAAGGC GTAGAATTGA TGGAGAAGTT TAATCCAGAT
ACACTGATTG CCCTGGGGGG CGGATCCTCC ATTGATACAG CAAAGGGCAT GTGGTTGTTG
TATGAGTACC CCGAGATGAA ATTTGAATTT CTTAAACTAA AGTTTCTGGA CATCCGCAAA
CGGACGTACA AATATCCAAA ATTGGGCCGC AAGGTTAAGT TGGTGGCAGT ACCAACCACC
AGTGGCAGTG GTTCTGAGAT TACAGCCTTC ACCGTAATTT CTGACAAGCA AAGGAAAGTC
AAGTATCCCC TGGCAGATTA TGAGCTTACG CCGGATGTTG CTATCATTGA CAGTGATTTT
GTTATGTCCG TTCCCCCGAA GGTTACGGCG GATACTGGTA TTGATGTGTT AACCCATGCC
ATTGAGGCTT ACGTGGCTGT AATGGCTTCG GATTATACCG ATGGTCTGGC TTTGAAAGCC
ATTGAATTGG TCTTTGCGTA CTTGCCCAGA GTTTATAAGA ATGGTCAAGA CAAGGAAGCA
AGAATTAAGA TGCACAATGC CTCTGCCATT GCTGGGATGG CCTTTACCAA TGCCTTTCTA
GGGATTAACC ATAGCATGGC CCATATCCTG GGGGCTAAGT TTGGCTTATC GCATGGCCGG
GCCAATGGGG TATTGCTCCC TTATGTTATT GAATACAACG CCAGCTACCC TAGTAAATTT
GCTGCCTTTC CCAATTACGA ATATTATGTC GCTCCCGAAA AGTATCAACA AATCGCCAGA
TATTTGGGGC TACCCAGTCA GACTGTAGAA GAGGGGGTTC ATAGCTTGGT GGGGGCAATC
CGTAATTTAA TGCAGCAGTT GGATATACCA TTAACTATTG CCGACTGCGG GATTCCCAAG
GCAGAATTTG AGGCTGCAGT ACCAGAGATG TCTGAGCGAG CCTTTGAGGA TCAGTGTACC
ACATCTAATC CACGGATGCC TTTGATCGAA GAGCTAAAAG AAATCTATCG GCGAGCCTAT
GGGAATGCTT AG
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| Protein sequence | MSEQKPDQNI SVTINGLVKK ARQAQEEYLH LNQEQVDNIV KAMALAGLEN HMGLAKMAVI
DTKRGVYEDK ITKNIFATEE VYHSIKYERT VGIINENTEE NFLEVAEPIG VVAAVVPVTN
PTSTTMFKAL ICAKTRNPVV FSFHPGALKC SIAAAKVMLE AAIAAGAPKD CISWIEKPSV
EATQQLMAHP GVSLILATGG TNMVCSAYSS GKPALGVGPG NVPCYIEKTA NIRRAVTDLI
LSKTFDNGMI CASEQAVIID REIADLTIGY LRDSGCYILS PTEIEQLNKA AIDHDAGFID
PQIVGQPATH IAEMAGISVP SGTKILVAPL EGVGPEYPLS MEKLSPILAL YIVNSSEEGI
QRCVDMLEFG GLGHSAVLHS ENEELIKHFS QVVRAGRIIV NSPSTHGAIG DIYNTNVPSL
TLGCGSMGRN STTANVSVKN LINVKRVATR KEKMQWFRVP ERIYFMPGSI QYLTKMPDVQ
KVLIVTDKVM NDMGYVERVT YHLRKRQNDV QIEVFDLVEP DPPIEIVSQG VELMEKFNPD
TLIALGGGSS IDTAKGMWLL YEYPEMKFEF LKLKFLDIRK RTYKYPKLGR KVKLVAVPTT
SGSGSEITAF TVISDKQRKV KYPLADYELT PDVAIIDSDF VMSVPPKVTA DTGIDVLTHA
IEAYVAVMAS DYTDGLALKA IELVFAYLPR VYKNGQDKEA RIKMHNASAI AGMAFTNAFL
GINHSMAHIL GAKFGLSHGR ANGVLLPYVI EYNASYPSKF AAFPNYEYYV APEKYQQIAR
YLGLPSQTVE EGVHSLVGAI RNLMQQLDIP LTIADCGIPK AEFEAAVPEM SERAFEDQCT
TSNPRMPLIE ELKEIYRRAY GNA
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