| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Shew185_4106 |
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| Symbol | |
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| ID | 5372079 |
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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 | 4897154 |
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| End bp | 4900006 |
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| Gene Length | 2853 bp |
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| Protein Length | 950 aa |
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| Translation table | 11 |
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| GC content | 50% |
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| IMG OID | 640832372 |
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| Product | molybdopterin oxidoreductase |
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| Protein accession | YP_001368286 |
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| Protein GI | 153002605 |
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| COG category | [C] Energy production and conversion
[R] General function prediction only |
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| COG ID | [COG0243] Anaerobic dehydrogenases, typically selenocysteine-containing
[COG3383] Uncharacterized anaerobic dehydrogenase |
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| TIGRFAM ID | [TIGR01409] Tat (twin-arginine translocation) pathway signal sequence |
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Plasmid Coverage information |
| Num covering plasmid clones | 17 |
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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 | ATGCGATTAA CCCGCAAAAC AGACCAGGTT GTCGAATCTA AAGCGCCAGC ACTGGGTCTC
AATCGTCGTC AGTTCTTAAA ATCGGCAGGT CTTGCCACAG GTGGCATCGC TGCGGCGTCC
ATGCTGGGCA CAGGCATGAT GCGTAAAGCA CAAGCCCAAG AAGACATAGG CCACAATGTT
CCCACCGAAG TTAAACGTAC CATCTGTTCT CACTGCGCCG TCGGCTGTGG TGTATATGCA
GAAGTACAAA ACGGCGTGTG GACAGGTCAA GAACCGGCAT TTGACCATCC CTTTAACCAA
GGCGGACACT GCGCGAAAGG TGCGGCACTG CGTGAGCACG GCCACGGTGA AAAACGCCTG
AAATACCCAA TGAAGTTAGA AGGCGGCAAG TGGAAAAAGA TCTCTTGGGA TCAAGCGATT
AATGAAGTCG GCGACAAGAT GGAAGCGATT CGTCAAGAGT CAGGTCCAGA TTCCGTTTAC
TTTATGGGTA GCGCCAAATT TTCGAACGAA CAAGCTTATT TATATCGCAA ATTAGCGGCA
CTGTGGGGCA CGAACAACGT CGACCATTCA GCCCGTATTT GTCACTCTAC CACGGTAGCC
GGTGTTGCTA ACACTTGGGG CTACGGTGCG CAAACCAACT CGATTAACGA TATCCGCCAC
ACTAAGTGCA TCATGTTTGT GGGTTCAAAC CCAAGTGAAG CACACCCAGT GGCAATGCAA
CATATTCTGG TCGCCAAAGA ACGCGGCGCG AAAGTGATTG TTGTTGATCC ACGTTTCACC
CGTACTGCAG CGAAATCTGA CGAGTACGTG CATATCCGCC CAGGTACAGA TATCCCCTTC
ATTTATGGCC TGTTATGGCA CATTTTTGAA AACGGCTGGG AAGATAAAGA GTTTATCAAA
CAACGTGTAT ACGGCATCGA GCGTATCCGT GAAGAAGCCA AAAAATACAC CCCAGAAGAA
GTTGAACTGG TTGCAGGCGT GCCTAAGGCG CAAATGTACC GTGTGGCTAA AATGCTGGCC
GAAACGAAAC CCGGCACTAT CGTTTGGTGT ATGGGCGGTA CTCAGCATCA CGTCGGTAAT
GCCAACACCC GTTCATACTG TATTTTACAG TTAGCCCTTG GCAACATGGG TGTTTCTGGT
GGCGGGACCA ACATCTTCCG TGGTCACGAT AACGTGCAAG GCGCGACTGA CTTTGGTTTG
TTATTCGACA ACTTACCCGG TTACTACGGC TTAACGACAG GCGCATGGGC TCACTGGTCA
AATGTATGGG ATCTCGATCC TAAATGGATT GCCAGCCGTT TCGACCAAGG TGAATACCTA
GGCCAAACAC CACAAACATC AGCCGGTATT CCTTGCTCTC GCTGGCACGA TGGGGTGTTA
GAAGATAAAA CCAAAATTGC GCAGAAAGAC AATATCCGTC TGGCGTTCTT CTGGGGACAA
TCGGTTAACA CTGAAACCCG TGGTCGTGAA GTGCGTGAAG CATTGAACAA GATGGATACT
GTGGTTGTGG TCGATCCTTT CCCAACCATG GCAGGTGTTA TGCACCAACG TAAAGACGGT
GTGTATCTAT TGCCTGCGGC GACGCAATTC GAAACCTATG GTTCAGTATC GGCCTCAAAC
CGTTCGCTCC AATGGCGTAC TAAAGTCATC GAGCCACTGT TTGAGTCTCT GCCCGATCAC
ATCATCATGT ATAAGTTCGC TAAAAAATGG GGCGTTGAAA AAGAATTCTG TAAGCACATT
CAAGTGAATG GCGAAGAGCC TTTGATTGAA GATGTGACCC GCGAATTCAA TACCGGTATG
TGGACAGTGG GTTACACAGG TCAAAGCCCT GAGCGTTTGA AAATGCACCA AGAAAACTGG
GGCACTTTCG ATGTCAATAA TCTAACAGCA CCCGGCGGCC CAGCTAAGGG TGAAGTCTAC
GGTTTACCTT GGCCATGTTG GGGTACACCA GAGATGAAAC ATCCTGGTAC CCAGATCCTG
TACGATCAAT CAAAACACGT GAAAGACGGT GGCGGTAACT TCCGTGCCCG TTACGGTGTC
GAGCACGATG GCGTCAACAT TCTTGCCGAA GGTTCTTTCT CTAAAGGCAG TGAGATTCAA
GATGGTTATC CTGAATTCTC CGCCGACATG CTCAAGCAAT TGGGTTGGTG GGATGAACTT
ACAGATGCAG AGAAAAAACG CGCCGAAGGC AAAAACTGGA AGACTGACAT TTCTGGTGGC
ATCCAACGTG TTGCGATCAA GCATGGCTGT ATTCCCTATG GTAACGCTAA AGCCCGTTGT
ATCGTTTGGA CTTTCCCAGA TGATATCCCG AAACACCGCG AACCACTTTA CACTCCTCGT
CGTGACTTAG TCGCCAAATA CCCAACCTAC GAAGACCGTA TGGTTGCGCG TCTGCCGACC
TTGTATAAGT CAATCCAAGA TAAGGACTTT ACCCAAGGCT TCCCACTGAC ACTGACCTCT
GGTCGTCTAG TGGAATACGA AGGCGGCGGT GAAGAATCCC GTTCTAACCC TTGGCTTGCT
GAGCTGCAAC AAGAAATGTT CATCGAGATG AACCCTGCGG ATGCTGCGGA TCGCGGCGTG
CGTGACGGTG ACAATGTCTT TGTGCATGGC CCAGAAGGCG CCAAGATCAC GGTTAAGGCT
ATGGTGACAC CGCGCGTTAT TGCCGGTGAA TGTTTTATGC CATACCACTT TGCTGGTGTG
TTTGAAGGCG AAAGCCTCGC GAAAAACTAT CCTGAAGGCA CAGTGCCTTA CGTGATAGGC
GAATCGGCAA ACACCATTTT AACTTATGGC TACGACGTTG TGACTCAGAT GCAAGAAACT
AAGTCCAGCT TGTGCCAGAT CAGCAAAGCC TAA
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| Protein sequence | MRLTRKTDQV VESKAPALGL NRRQFLKSAG LATGGIAAAS MLGTGMMRKA QAQEDIGHNV
PTEVKRTICS HCAVGCGVYA EVQNGVWTGQ EPAFDHPFNQ GGHCAKGAAL REHGHGEKRL
KYPMKLEGGK WKKISWDQAI NEVGDKMEAI RQESGPDSVY FMGSAKFSNE QAYLYRKLAA
LWGTNNVDHS ARICHSTTVA GVANTWGYGA QTNSINDIRH TKCIMFVGSN PSEAHPVAMQ
HILVAKERGA KVIVVDPRFT RTAAKSDEYV HIRPGTDIPF IYGLLWHIFE NGWEDKEFIK
QRVYGIERIR EEAKKYTPEE VELVAGVPKA QMYRVAKMLA ETKPGTIVWC MGGTQHHVGN
ANTRSYCILQ LALGNMGVSG GGTNIFRGHD NVQGATDFGL LFDNLPGYYG LTTGAWAHWS
NVWDLDPKWI ASRFDQGEYL GQTPQTSAGI PCSRWHDGVL EDKTKIAQKD NIRLAFFWGQ
SVNTETRGRE VREALNKMDT VVVVDPFPTM AGVMHQRKDG VYLLPAATQF ETYGSVSASN
RSLQWRTKVI EPLFESLPDH IIMYKFAKKW GVEKEFCKHI QVNGEEPLIE DVTREFNTGM
WTVGYTGQSP ERLKMHQENW GTFDVNNLTA PGGPAKGEVY GLPWPCWGTP EMKHPGTQIL
YDQSKHVKDG GGNFRARYGV EHDGVNILAE GSFSKGSEIQ DGYPEFSADM LKQLGWWDEL
TDAEKKRAEG KNWKTDISGG IQRVAIKHGC IPYGNAKARC IVWTFPDDIP KHREPLYTPR
RDLVAKYPTY EDRMVARLPT LYKSIQDKDF TQGFPLTLTS GRLVEYEGGG EESRSNPWLA
ELQQEMFIEM NPADAADRGV RDGDNVFVHG PEGAKITVKA MVTPRVIAGE CFMPYHFAGV
FEGESLAKNY PEGTVPYVIG ESANTILTYG YDVVTQMQET KSSLCQISKA
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