| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Spea_4129 |
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| Symbol | |
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| ID | 5664513 |
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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 pealeana ATCC 700345 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009901 |
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| Strand | - |
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| Start bp | 5014632 |
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| End bp | 5017505 |
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| Gene Length | 2874 bp |
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| Protein Length | 957 aa |
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| Translation table | 11 |
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| GC content | 48% |
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| IMG OID | 641238793 |
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| Product | molybdopterin oxidoreductase |
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| Protein accession | YP_001503974 |
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| Protein GI | 157963940 |
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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 | 15 |
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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 | ATGAAGTTAA CTCGCCAATC CAACGCGGCA CCTACTGTAG AGAAAAAGAC TCTAGGTATC
AGCCGTCGTC AGTTTATGAA GCAAGCAGGT ATCACATCTG GTGGTATCGC AGCAGCTTCT
TTATTAGGCA CAGGCATGAT GCGTAAAGCT GAAGCTAAAG TGCAAACTGT TGCTTATGAT
GCACCAACTG AAATCAAGCG TACTGTATGT AGTGCTTGTG CGGTAGGTTG TGGTCTATAC
GCTGAAGTTC AAAATGGTGT TTGGACAGGT CAAGAGCCTG CATTTGACCA CCCATTCAAC
TCTGGCGGCC ACTGTGCTAA AGGCGCGAGC TTACGTTACC ACACGCATTC AAATAAGCGT
GTTAAGTACC CAATGAAGCT TGAAGGCGGT AAGTGGAAGA AGCTTTCGTG GGAACAAGCT
GTATCTGAAA TCGGCGATAA GATGCTTGAG ATCAAGCAAA CATCTGGTCC TGACTCAGTT
TACTTCATGG GTAGTGCGAA ATTCTCAAAC GAAGGTGCAT ACATGTACCG TAAGTTTGCG
GCAATGTGGG GCACAAACAA CGTTGACCAT TCAGCGCGTA TTTGTCACTC AACTACAGTT
GCTGGTGTTG CGAACACTTG GGGTTACGGT GCACAAACCA ACTCTTTCAA CGATATTCGT
AACGCAAAAA ATATCTTCCT GATTGGGGCA AACCCAGCAG AGGCGCATCC AGTTGCGATG
CAGCACATCA TGATCGCTAA AGAGCGCGGC GCGACAATTA CTGTTGCCGA TCCACGTTTC
TCTCGCACTA TGGCTCACGC CGATATCCAC CTTCCATTAC GTCCAGGTAC CGATATTCCT
TTGGTTTACG GTCTAATGTG GCACATTTTT GAAAATGGCT GGGAAGATAA AGAGTTCATC
CGCACACGTG CTTACGGCAT GGACAAGATC CGTGAAGAAG CTGCGCGTTG GACTCCTGAA
GAAGTTGAAA ACGTTACCGG TGTTTCTCGC GATGCAGTTT ATGCTGCTGC TAAGCAGATG
GCGACTAACC GTCCTGGTAC CGTAATTTGG TGTATGGGTG GTACTCAGCA TCACGTTGGT
AACGCTAACA CGCGTATGTA CTCTATCCTG CAGCTAGTGC TAGGTAACAT GGGTGTGTCT
GGTGGTGGTA CTAACATTTT CCGTGGCCAC GACAACGTTC AGGGCGCAAC GGACATGGGT
CTGCTATTCG ACAACTTACC AGGCTACTAC GGCGTTGGTG AAGGCGCATG GCACCACTGG
TCTCGCGTAT GGGATCTACC ATTCGATTCT GTAAAAGCAC GTTTCGACCA AAAGTCTTAC
TTAGGTCGTA GCCCAATGAC TACTCCAGGT ATGCCATGTT CACGCTGGCA AGATGGTGTG
TTAGAAGCTA AAGATAAACT TGCTCAAAAA GATAACCTAC GTCTAGCATT CTTCTGGGGT
CAGTCAATCA ACACTGAAAC TCGTCAGATG GAAGTGCGTG ACGCATTGGA CAAGTTAGAA
ACAGTAGTCG TTGTTGACCC ATACCCAACA ATGGCGGGTG TTATGCACCG TCGTCAAGAT
GGCGTTTACA TTCTACCTGC AGCAACTCAG TTTGAGTGTG AAGGTTCAGT AAACAACTCT
GGCCGTAGTG CACAGTGGCG TCAACAGGTT GTTGAGCCAT TATTCGAGTC TAAGAATGAC
CTAGAGATCA TGTACCGCAT CGCGAAGCAT GTAGGCATTG CTGACACATG GACTAAGCAC
ATCAAGGTTA ACGGCAACAT GCCTGATCCT GATGACATCA TGCGTGAATA CGCTAAAGGT
ATGCGTTCAA TCGGTTACAC AGGTTGGAGC CCAGAGCGTA TCCGTGCTCA CACCATGAAC
TGGGGTGATT TCTCTTCTGA AACACTAGAA GCACCAGGTG GCGTGAACAA GGGCGAAACT
TACGGTCTAC CTTGGCCATG TTGGGGTACT CCAGAGCAGA AGCACCCTGG TTCACAGATT
CTATACCGCA CAGGTATGAA CGTTAACCAA GGTGGTGGTA ACTTCCGTGC ACGTTTCGGT
GTTGAGCATG AAGGCGTTAG CATTCTAGCT GAAGATTCAG CTTCTGTTGG TGCTGATATC
CAAGACGGCT ACCCACAATT CGATGACAAG ATGCTGAAGC AACTTGGCTG GTGGGACGAG
CTAACTGCTG AAGAGAAAGC ACTAGCTGAA AACCGTACTT GGTCTACTGA CTTAGGCGGC
GGTATCGTAC GTGTTGCGCT AGCACACAAC ATGGTGCCAT ACGGTAACGC TAAAGCACGT
TGTCGCGTTT GGACTTTCCC AGACGAAGTG CCTGTTCACC GTGAGCCAAT CTACACTTCA
CGTCGTGATC TAATTGAGAA ATACCCAACT CACAACGACA TGCAAGTTCA CCGTCTACCA
ACGTTATTCA AGACGTTACA AGACAAAGTG ATCTCTGATG ATCTAGATAA GAAGTATCCA
CTAATCGTAA CTTCAGGCCG TTTGGTTGAG TACGAAGGTG GTGGTGAAGA ATCTCGTTCT
TGTCCATGGC TTGCAGAGCT ACAGCAAGAA ATGTTCATCG AAATCAACCC TGCAGACGCT
GCTGATCGCG GTCTACGTGA CGGTGATGAC GTTTGGGTTG AAGGCGCTGA AGGTGGTCGT
ATCCTAATTA AGGCGATGGT AACTCCACGC GTTAAGCCAG GTGTGACTTG GATGCCTTAT
CACTTTGCGG GTGTGATGCA CGGTGAAGAT CTGCAATACC CAGAATCGGG TGGCATTAGC
ACTAAACCTT ACATTGTTGG TGAGTCAGCA AACACGGTAA TGACTTATGG TTATGACCCA
GTGACTCAGA TGCAGGAAAC TAAAGCATCA CTTTGTCAGA TTGCTAAAGC ATAA
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| Protein sequence | MKLTRQSNAA PTVEKKTLGI SRRQFMKQAG ITSGGIAAAS LLGTGMMRKA EAKVQTVAYD
APTEIKRTVC SACAVGCGLY AEVQNGVWTG QEPAFDHPFN SGGHCAKGAS LRYHTHSNKR
VKYPMKLEGG KWKKLSWEQA VSEIGDKMLE IKQTSGPDSV YFMGSAKFSN EGAYMYRKFA
AMWGTNNVDH SARICHSTTV AGVANTWGYG AQTNSFNDIR NAKNIFLIGA NPAEAHPVAM
QHIMIAKERG ATITVADPRF SRTMAHADIH LPLRPGTDIP LVYGLMWHIF ENGWEDKEFI
RTRAYGMDKI REEAARWTPE EVENVTGVSR DAVYAAAKQM ATNRPGTVIW CMGGTQHHVG
NANTRMYSIL QLVLGNMGVS GGGTNIFRGH DNVQGATDMG LLFDNLPGYY GVGEGAWHHW
SRVWDLPFDS VKARFDQKSY LGRSPMTTPG MPCSRWQDGV LEAKDKLAQK DNLRLAFFWG
QSINTETRQM EVRDALDKLE TVVVVDPYPT MAGVMHRRQD GVYILPAATQ FECEGSVNNS
GRSAQWRQQV VEPLFESKND LEIMYRIAKH VGIADTWTKH IKVNGNMPDP DDIMREYAKG
MRSIGYTGWS PERIRAHTMN WGDFSSETLE APGGVNKGET YGLPWPCWGT PEQKHPGSQI
LYRTGMNVNQ GGGNFRARFG VEHEGVSILA EDSASVGADI QDGYPQFDDK MLKQLGWWDE
LTAEEKALAE NRTWSTDLGG GIVRVALAHN MVPYGNAKAR CRVWTFPDEV PVHREPIYTS
RRDLIEKYPT HNDMQVHRLP TLFKTLQDKV ISDDLDKKYP LIVTSGRLVE YEGGGEESRS
CPWLAELQQE MFIEINPADA ADRGLRDGDD VWVEGAEGGR ILIKAMVTPR VKPGVTWMPY
HFAGVMHGED LQYPESGGIS TKPYIVGESA NTVMTYGYDP VTQMQETKAS LCQIAKA
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