| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Shew185_1948 |
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| Symbol | |
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| ID | 5372859 |
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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 | Shewanella baltica OS185 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009665 |
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| Strand | - |
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| Start bp | 2326626 |
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| End bp | 2329229 |
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| Gene Length | 2604 bp |
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| Protein Length | 867 aa |
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| Translation table | 11 |
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| GC content | 50% |
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| IMG OID | 640830151 |
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| Product | bifunctional acetaldehyde-CoA/alcohol dehydrogenase |
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| Protein accession | YP_001366154 |
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| Protein GI | 153000473 |
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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 | 10 |
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| Plasmid unclonability p-value | 0.167266 |
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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 | ATGACAGTGA CCAATGCACA AGAACTGGAT CTCATGGTCG AGCGTGTAGC GAAAGCACAA
GCCGAGTATG CGACATTCAG CCAAGCGCAA GTCGATAAAA TTTTCCGCGC AGCGGCCCTT
GCCGCTGCCG ATGCGCGTAT CTCGCTGGCG AAAATGGCCG CCGCAGAAAC CCGCATGGGT
GTCGTTGAAG ACAAAGTGAT CAAAAACCAC TTTGCCTCTG AGTATATTTA TAACAAATAC
AAAGATGAAA AAACCTGCGG GATTTTATCT GAAGACGTCA CCTTCGGCAC TATAACCATT
GCCGAACCTG TGGGCATCAT TTGTGGCATA GTACCGACCA CGAACCCAAC ATCGACCGCG
ATATTTAAGG CCTTAATCAG CCTTAAAACC CGTAACGCAA TTATCTTCTC GCCCCATCCT
AGGGCAAAAG TTTCAACCAC AACTGCGGCA AAGTTAGTGC TGGATGCTGC CATAGCTGCG
GGTGCGCCTA AAGACATTAT TGGCTGGATT GATGAACCAA GCGTCGCACT GTCGAATCAA
TTGATGACTC ACCCTAAGGT TAACTTGATC CTCGCAACTG GTGGCCCAGG CATGGTGAAA
GCCGCCTACT CTTCCGGTAA ACCCGCGATT GGCGTAGGTG CGGGTAACAC GCCTATTGTT
ATCGATGAAA CCGCCGACAT CAAACGCGCG GTCAGTTCGA TTCTCATGTC GAAAACCTTC
GATAACGGCG TCGTTTGTGC GTCAGAACAA GCTGTGATTG TGGTTGACAG TATTTATGAG
CAAGTAAAAG AGCGCTTTAT CTCCCACGGT GGCTACATGC TATCGAAGGA TGAAACCGCG
GCGATGCAAC ACGTTATTTT AAAAAATGGC GGTTTGAATG CCGATATCGT TGGCCAAAGC
GCCGCCAGTA TCGCGCAAAT GGCCGGCTTT GAAGTGCCGC ACTGGACTAA GGTTCTGATA
GGTGAAGTCA CCGACATTTG CGACAGCGAA GCCTTCGCCC ATGAAAAATT ATCGCCACTG
CTTGGCATGT ACCGCGCCAT CGACTTTAAC GATGCCATGG ATAAAGCCGA AGCCTTAGTC
GCACTTGGCG GCATTGGTCA CACTTCAGGG CTTTATACCG ACCAAGATAC CCAAACTGAA
CGTGTGCATG CCTTTGGTTT TAGAATGAAA ACAGCACGTA TCTTGATCAA CACCCCTGCC
TCACAGGGCG GCATTGGCGA TCTGTACAAC TTCAAACTAG CGCCGTCGCT GACGTTAGGC
TGTGGTTCTT GGGGTGGCAA CTCGATTTCA GAAAACGTTG GCCCGAGCCA TCTGATCAAC
AAAAAAACCG TCGCTAAGAG GGCCGAAAAC ATGTTGTGGC ACAAGCTTCC TGCATCTATC
TATTTCCGCC GCGGCAGTTT ACCCATCGCA CTCGAAGAAC TGAGCGATAA AAAACGCGCG
CTGATCATCA CCGACAGATT TTTGTTTAAC CACGGTTATT GCGACGAAAC TATGCGGATT
TTAAAGGCCC AAGGCCTTGA AACCGAAATC TTTTACGATG TTGAAGCCGA TCCCACTTTA
GCCATAGTCC GCCAAGGCGC TAAGGTGGCC CAAAGCTTTA AACCCGATGT GATTATTGCA
CTCGGCGGCG GCTCACCAAT GGATGCGGCG AAGATTATTT GGGTGATGTA CGAGCATCCA
GATGTGGATT TTGCCGATTT GGCGCTGCGC TTTATGGACA TTCGTAAACG TATCTACAAA
TTCCCTAAAA TGGGCACCAA GGCCATGATG GTGGCAATTC CAACCACTTC AGGCACAGGC
TCAGAAGTCA CGCCTTTTGC GGTAGTGACA GACGAAATTA CCGGTAAAAA ATACCCGATT
GCAGATTATC AACTCACGCC CAACATGGCG ATTGTTGATC CTAACCTAGT GATGGACATG
CCTAAATCTC TGACCGCCTT TGGTGGCATA GATGCGGTGA CCCATGCTCT TGAAGCCTAT
GTCAGCGTGA TGGCGAACGA ATACAGCGAC GGCCAAGCAC TGCAAGCCCT CGACTTACTG
TGCAAATATT TACCCGATGC GTACAACTTG GGCTCACAGT CACCCGTCGC CCGTGAAAAA
GTCCACAATG GCGCCACCAT CGCAGGTATC GCCTTTGCTA ACGCTTTCCT CGGGATTTGC
CACTCAATGG CGCACAAACT GGGCGCAGAG TTCCATCTCG CCCACGGTTT AGCCAATGCG
CTGCTGATCA ATAACGTAAT ACGCTTTAAC GCAACGGATC TGCCCACTAA GCAAGCGGCC
TTTAGCCAAT ACGACAGGCC AAAAGCCCTG TGCCGTTATG CTGCCATCGC AGATCACTTG
AAACTAGGCG GAAAAACGGA TGAAGAAAAA GTCGAAAAAT TGCTTGAGAA AATCACACAC
CTCAAGAAGA CGATTGGCAT TCCTGCTTCT ATCCAAGAAG CCGGCGTCAA CGAAGCCGAC
TTCCTCGCCA AGTTAGATGA ATTAGCCGAA GATGCTTTCG ATGATCAATG TACCGGTGCC
AACCCACGTT ACCCATTGAT TAACGAGCTG AAACAACTGT TCCTCGATAG CTATTATGGC
CGTGACTATA GCGACAACAA CTAG
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| Protein sequence | MTVTNAQELD LMVERVAKAQ AEYATFSQAQ VDKIFRAAAL AAADARISLA KMAAAETRMG
VVEDKVIKNH FASEYIYNKY KDEKTCGILS EDVTFGTITI AEPVGIICGI VPTTNPTSTA
IFKALISLKT RNAIIFSPHP RAKVSTTTAA KLVLDAAIAA GAPKDIIGWI DEPSVALSNQ
LMTHPKVNLI LATGGPGMVK AAYSSGKPAI GVGAGNTPIV IDETADIKRA VSSILMSKTF
DNGVVCASEQ AVIVVDSIYE QVKERFISHG GYMLSKDETA AMQHVILKNG GLNADIVGQS
AASIAQMAGF EVPHWTKVLI GEVTDICDSE AFAHEKLSPL LGMYRAIDFN DAMDKAEALV
ALGGIGHTSG LYTDQDTQTE RVHAFGFRMK TARILINTPA SQGGIGDLYN FKLAPSLTLG
CGSWGGNSIS ENVGPSHLIN KKTVAKRAEN MLWHKLPASI YFRRGSLPIA LEELSDKKRA
LIITDRFLFN HGYCDETMRI LKAQGLETEI FYDVEADPTL AIVRQGAKVA QSFKPDVIIA
LGGGSPMDAA KIIWVMYEHP DVDFADLALR FMDIRKRIYK FPKMGTKAMM VAIPTTSGTG
SEVTPFAVVT DEITGKKYPI ADYQLTPNMA IVDPNLVMDM PKSLTAFGGI DAVTHALEAY
VSVMANEYSD GQALQALDLL CKYLPDAYNL GSQSPVAREK VHNGATIAGI AFANAFLGIC
HSMAHKLGAE FHLAHGLANA LLINNVIRFN ATDLPTKQAA FSQYDRPKAL CRYAAIADHL
KLGGKTDEEK VEKLLEKITH LKKTIGIPAS IQEAGVNEAD FLAKLDELAE DAFDDQCTGA
NPRYPLINEL KQLFLDSYYG RDYSDNN
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