| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Sfri_1505 |
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| Symbol | |
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| ID | 4277460 |
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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 frigidimarina NCIMB 400 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_008345 |
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| Strand | + |
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| Start bp | 1794291 |
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| End bp | 1797107 |
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| Gene Length | 2817 bp |
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| Protein Length | 938 aa |
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| Translation table | 11 |
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| GC content | 45% |
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| IMG OID | 638134285 |
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| Product | molybdopterin oxidoreductase |
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| Protein accession | YP_750194 |
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| Protein GI | 114562681 |
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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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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 16 |
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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 | ATGTCAGTGG TCCAATCAAG TTGTGCTTAT TGTGGTGTCG GATGCGGTGT TAGCGTGTCT
TCAAATAAAC CGAATTGGAC CGATGTCGAT GCTGCAGATT TAATACTAGT CGGTGACAAC
AAGCATCCAG CTAATTACGG TCATTTATGT GCCAAAGGTG AACGCTTACT CGACAGTTTA
GCCCAACCCA ATGTACTGCG TTACCCTAAA CTTCGTTCTG GTATGCCACT TGATTGGGAC
AAGGCGAGCA CCTTAATTGC TGATACCTTT GCGAAAACCA TTGCAGAACA TGGTCCAGAT
TCAGTCGCAC TGTATCTTTC TGGCCAATTA CTCACTGAAG ATTATTATGT TGCCAACAAG
TTTGCTAAAG GCTTTTTAAA AACGGCTAAC GTCGATACTA ACTCACGCTT ATGTATGTCG
TCAGCGGTGA GCGCAATGCA GCGTGCCTTT GGTGAAGATG TAGTTCCTGG ATGTTACGAC
GATCTAGAGC AAGCTGATGT GATAGTGCTT GTAGGGGCCA ATACCGCTTG GACTCATCCC
GTTCTTTTTC AAAGAATTTT AGCCGCAATA AAAGCCAATA ATGCTCAGTT AGTGGTAATC
GACCCGTTAT CAACAGCCAC AGCAAAACAA GCAGACTTAC ATTTAGCCAT TAAACCGGGC
GCTGATTTAA CATTATTTCA TGGCTTACTC GGTTACCTAG CAGATCAAAA TCGTGTCGAC
CACGCGTATA TTGCCGCACA TACAGAAGGC TTTGATACTG TGGTTTTGCA GGCGCAACAA
TTAAGTGCCA ATTTAGCCGA TCTTGCCACG CAAGTCGGTG TTTCAGTCAC TCAGCTGACG
CAATTCTATC AACTTGTAGC CAACAATAAA AAAGTACTTA CGGCATCTTG TCAGGGGGTT
AATCAGTCAA CCATTGGCAC CGATGCAACC AATGCGATGA TTAACTGCCA CCTCGCGTTA
GGGCACATTG GTCAAGCTGG TTGTGGTTTT TTTTCGTTAA CAGGGCAGCC TAATGCCATG
GGCGGTCGTG AGGTTGGTGG GTTGGCCACT CAGTTAGCAT GCCATATGGG TTTTTCACAA
CCGGAGCAGC AGTTATTAGC TGATTTTTGG AAAGTTGATA GTATTGCGGA TCAAAAAGGA
TTGGTTGCAG TTGAGATGTT TGATGCCCTT GCCGAAGGTA AAATCAAAGC GATTTGGATT
ATGGGTACCA ATCCTGTGGT GTCTTTACCC AACAGTGAAA AAATAGCACA AGCATTAGCC
GATTGTCCTT TTGTGGTGGT GTCTGAAATC AGTCCTGATT CTGATACCGC CAAACTTGCT
GATGTATTAC TCCCAGCTCA AGGCTGGTCA GAAAAGTGCG GTACCGTCAC TAATAGTGAG
CGCACTATTA CGCGTCAACG TGGCTTTATC ACTGCCAAAG GGCAAGCTAA ACCAGATTGG
TGGGCCGTTA GCCAAGTAGC TAAGAAAATG GGCTTTGATG GTTTTGAGTT TGATGACAAT
GCCAGCATAT TTAGCGAGTT TGCAGCCTTA TCGGCGAAGG TTAAACAGGT TTTTCCAACT
AAGGTGTTTG ATCTCACTGG GCTAACAGAG TTATCCAAAG CGCAATATGA TGCACTAGCA
CCGACGCAAT GGCCTATTGC TTCGGCAACT CAAATTGGTC AACAAAACGT GCGTGTTTTC
GGCCTAGGTG AATTTGCTAC CGCGACGGGT AAAGCGCAGT TTGTTACGCC TGCGGTTGTT
AGTGTTCCGC AACAATCATT ACCGAGTAAC ACCTTGTTAT TAAACACTGG CCGAAGCCGA
GATCAGTGGC ATACCATGAC TCGCACCGGA CATATTGCTA GCTTACGAGC CAGTATTCCT
GAGCCTGTCG TTCACCTGCA TTCATCACAA CTCAGTGCAT TGTCGTTAAC AGAAGGTGGC
TTGGTCCGCA TTGAAGCTAT TCAAAATCAA ATTGAACAAT ACTCCACAGA GACCGCTAAC
CCCGACCTTT TTACCCACGC CTCATTCACG ATGGCTCGCG CTGTTGTCGA TGATGACATA
CCGACAAATA TGGCTTTGAT GTCAATGCAT TGGTCTGCAC AGTTTTCGCT GACAAAAGGC
GTGAATCAAG CATTAGATGC ACGTGTCGAC CCAATATCAA AACAACCTGG GTTTAAGTGT
CAACCCGTGA CATTAACCCC TGTTGAACTT GCGCTGCAAG GGGTGGTTTT TGGTCAACAC
TACTCTTCTG CTCACGGGCT ATGTTGGCAA GTTGCACAAA CGCTAGAGAA CGGAGTGTGT
CATCACATCG GTTTTACTGA TACCGACGAC GGCTTTGCGT ATCAAGCGAC TGTGCATTCA
CTTAAGTGGA CTTTAACGGT AGTTGGCCAG CCTTTATATA TCCAATGTAA TATGGATAAA
GGATTACTTA AGGCATTAAA AGTATTGTCT CATACTCAAG TGAATGTGGC CCTATATCAG
ATGAATGATT TTATTGGTAA GCCTGTCGAT AAACAGTTAA TTAAACAGCT ACATCAGCAA
ATAAAAGCCG GAAATAGTCC GTTAATCTGC GCTTGTACAG GGGTAACCGA AGCGAACATT
AACGACGAAA TCAATCAACA ATTTAACGAC CAAGTGATGA GTGACGGTTT AGCGAATATC
AGTTTTGAGC AGGCGTTAGA TAGCACCCAG TTATTACTCG GTTGCGGCCG TCAATGTGGC
AGTTGTCATA GTGAAGTTAA GCAGTGTGCC AAGCAGAGTT GGAAAGATGC CTTATCTTAT
TGCGAATCTT ATTCCGACAT TGACCATCAA CCATCAGTAG CAGAGGACGT AGCCTAA
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| Protein sequence | MSVVQSSCAY CGVGCGVSVS SNKPNWTDVD AADLILVGDN KHPANYGHLC AKGERLLDSL
AQPNVLRYPK LRSGMPLDWD KASTLIADTF AKTIAEHGPD SVALYLSGQL LTEDYYVANK
FAKGFLKTAN VDTNSRLCMS SAVSAMQRAF GEDVVPGCYD DLEQADVIVL VGANTAWTHP
VLFQRILAAI KANNAQLVVI DPLSTATAKQ ADLHLAIKPG ADLTLFHGLL GYLADQNRVD
HAYIAAHTEG FDTVVLQAQQ LSANLADLAT QVGVSVTQLT QFYQLVANNK KVLTASCQGV
NQSTIGTDAT NAMINCHLAL GHIGQAGCGF FSLTGQPNAM GGREVGGLAT QLACHMGFSQ
PEQQLLADFW KVDSIADQKG LVAVEMFDAL AEGKIKAIWI MGTNPVVSLP NSEKIAQALA
DCPFVVVSEI SPDSDTAKLA DVLLPAQGWS EKCGTVTNSE RTITRQRGFI TAKGQAKPDW
WAVSQVAKKM GFDGFEFDDN ASIFSEFAAL SAKVKQVFPT KVFDLTGLTE LSKAQYDALA
PTQWPIASAT QIGQQNVRVF GLGEFATATG KAQFVTPAVV SVPQQSLPSN TLLLNTGRSR
DQWHTMTRTG HIASLRASIP EPVVHLHSSQ LSALSLTEGG LVRIEAIQNQ IEQYSTETAN
PDLFTHASFT MARAVVDDDI PTNMALMSMH WSAQFSLTKG VNQALDARVD PISKQPGFKC
QPVTLTPVEL ALQGVVFGQH YSSAHGLCWQ VAQTLENGVC HHIGFTDTDD GFAYQATVHS
LKWTLTVVGQ PLYIQCNMDK GLLKALKVLS HTQVNVALYQ MNDFIGKPVD KQLIKQLHQQ
IKAGNSPLIC ACTGVTEANI NDEINQQFND QVMSDGLANI SFEQALDSTQ LLLGCGRQCG
SCHSEVKQCA KQSWKDALSY CESYSDIDHQ PSVAEDVA
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