| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Spea_3749 |
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| Symbol | |
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| ID | 5664134 |
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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 | 4558185 |
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| End bp | 4562504 |
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| Gene Length | 4320 bp |
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| Protein Length | 1439 aa |
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| Translation table | 11 |
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| GC content | 49% |
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| IMG OID | 641238409 |
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| Product | hypothetical protein |
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| Protein accession | YP_001503595 |
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| Protein GI | 157963561 |
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| COG category | [S] Function unknown |
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| COG ID | [COG3164] Predicted membrane protein |
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| TIGRFAM ID | [TIGR02099] conserved hypothetical protein TIGR02099 |
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Plasmid Coverage information |
| Num covering plasmid clones | 9 |
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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 | GTGCCATCAG ATACCTGTGC GCCTAAAAAG CGCTCCTTTA ATTTGACACG TTTTTGCTGG
CAATTTTTAG CCATTATTCT AGTGTTGTTT GCGCTAATGG TTAGCCTCTT TAGAGGACTG
TTACCGCAGC TGGATCAGGT CCGTATGGAA CTGATTACGT TTGTCGAAGC TGAATATGGA
GTCGAAGTCG ACGTGGGGCA GCTTGCAGCT GAGTGGCAGG CCTATGGACC GGCATTAACG
GTTAAAAACT TCGTCTTACC CGCACAGGAT AACCTCCCGG TGACTCTGCT TTTTGAGCGA
GTACATGTGA AGCTTGATTT CTGGCAGACG CTGATCACCG CAACCCCTCA GATTGAAGAT
GTTATCTTTG ATGGAGTGAA TATTGCTTTA GATCTTGATC GCTTGAAGGC ACTTGAACCT
CGGGATCCGG ATAGCAAGTT GCAAACAGAC TGGCTGTATC AGTTACTGCT TGAGCAGTTA
GATCGTTTCT CGATAACCGA CGCCAGATTT CAGCTTCTAA GCAAAGAACA CGACTATCGC
CCCATCTTTA TTAAAGATAT GAAGTGGCGT AATACTAATG ATCGTCACCG CGGCGAGGGC
AAGTTGTTTC TCGACCAAGA TGCCTCAGAA GTCGAGCAGC TCGCACTCAG TGTGGATGTT
AAGGGCAGTG GTTATCGCCC TGAATCTCTT ATAGGGCAAG CCTATCTTGC CGCTCGCTCT
CTCGACATCG GCGAGTGGGC CTCGAGACAG CCAAATCCTT TCGATACCAG TAAGCGTTTG
CCCCTAGAAG GCGTGGTTAA TCTACAAGCT TGGCTTGGAT TTTCCAACCG GATGTTCGAT
GGCGCGACCG TAGAGTTTCA GCCAAGTTGG CTAGAATGGT TCTTAAATGA TGAGCCACAG
CAATTTACCA TTGAGTCCGG AACTTTGTCT TGGCAGCCTA ACCAGCAGGG TTGGTTGTTA
GCGAGTCACG ATCTTAACTT TTCCACTAAT GAGCAGCCCT GGCCTAAGGC TCAACTTCTT
GCGAGGCAGA ACGAGCAAGG GATCGATGCC AGCCTCAATC AACTAGAGCT GAGCAGGCTA
TTGCCGTTGC TGCCTTTGAT CCCAGGCGTC GAGCTCGATG GGCTTAATAC TTGGCAGTCT
CTAAAGCCTG CAGGTAAGGT GACTGAGCTG CGAGTGCATT GGGACACTTT ACTTGAGCAG
CCGCAAGTCG CACTGAATTT AGATCAGATC TCCTGGCAGG CGAGTGGCGC TATTGCTGGA
TTGAAGCCAG TCGATGCCAG CTTGATAATG AGCAAAGACT CACTGAGTTT TGAGCTACCA
CAGCAGCAGT ACACTATCGA CTTTAATGGT GGTTTTGCAG CGCCCCTTCA ATTTAAAGGG
GATGCATTGA CGGGTGACTT TAACTTTAGC GACTTAGCAC TCTCTTTACC TAAGGTGCAT
TTTAGTAATT CAGATCTCGA TATTGACGCA GGTGTGCGTC TGGAGTTTGC CGATGCGGTG
CATATGGCGT TACTGGCTAA TGTCGATATC CATGATGTCG CTAAGGCACA CTTGTATTTT
CCATTGAAAG GCATGAGCAA GGATCTGGTC ACTTACCTTA CCGGGGCGTT AAAGGCGGGT
AAAACCGATG ACGCTATAGT GGTATGGCAC GGCGCCTTTA GCGGCTACCC GTATGCTCAA
CACGATGGCA TATTTCAAGC GGGCTTTACC TTAGCTGAGG CCGAGTTTGA GTTTCAAGAT
ACCTGGCCTG CCGTAGATAA ACTTAACTTG TCGGCTCTCT TTGAAAACGA TGCCATGGAT
CTTTGGGTTA ATCAGGGACA ACTACTGGAC GTTAAAGCCG ATGGCGCATA TATCGGTATT
CCGGCCTTGG GAGAAAAGAG TCTACTGACG GTTAAAGCCG ATCTTGCGAC TAAAGCGGAA
GCAGCTAATG AGGTGATCCA GCAATCGCCC TTGGTAGACT CTGTCGGTGC CACGCTCGAT
GTGGTGCAGA TAGCAGGCGA TATTACCGGT CAAATCGATT TAAGCATCCC GCTTTATGAT
GGTGAGTCTG AGATCATTAA AGGCACGGTT AACTTTAAAG ATACCCCGGT CTACATCACT
GAGCCCGGGA TCCAGCTAGA GAAGCTCACA GGACAGATCC AGTTTATCAA TGATGTGGTC
ACAGGAAGCG ATCTCAATGC CATCATGTAT AAGCAGCCAC TACAGCTGAG TTTTAACAGT
GAAAGCATGA GCCAAAATTA CGGTGTCGAT GTGAGCCTTA AGGGACAGTG GCAGTTAGCC
GACTTACCTG CAGAGTTAGA TAACCCATTG AGCGAGTATT ATTCGGGTGA GGTCGATTGG
ACTGGCGATC TTACGCTGGT GTTCGATCCA TTAGGTTATC GAGTTCAAGC ACGGGTAGAA
ACAGATCTTG TTGGCGCCGA GCTTAATCTA CCAGCCCCTT TTGCTAAGAA ACCGGATGAA
GCTAAGCTGC TGGTGGCAGA GCTGATCGGG GATAACAAGC AGGCCTCTCT AGGCATTAAG
CTCGATAAGC AGTTGGAGTT TTGGGGTGGT TTCGATGCCG ACTCGGGCAA TGCCTTGGCG
CATTTCGATC TACTCTTAGG GCGCTTATTT AAGCCTGGAG ATCAGTTACG CAAGAGTCAG
GGCCACCTGC AGATCGATCT CGATAGCACG GAGTTTTCTC CTTGGTTGCC AATCATTCAA
GGCTTCGTTA GTCAAAGTGA TGTAACCAAG CTGGCGACCG ATGATATAGG TCAAGAGAAG
GCAGCGTTCT TTCCGCCTTT GGCGTCGATC GATGCCGAGT TTAATCAATT TGATTTTATG
GGGCAGCCAC TAGAAGATAT GGCGTTTAGC GCAGCGCCAA CCGAACATGC ATGGCGTTTC
GACGTGACTT CAAAGCAGTT TGATGGTCGT ATCGACTTTT ATCCAGACTG GGCCAATCAA
GGCTTAAAAC TGGTGGCGAG TAAATTCCAT ATGGCGCCTA AAATGCGCAG TGAAGAGAAT
GCGCACTATA AGTCAGATAC CATTATGGCT AACTTGCCTC CGTTGGCGGT CGATGTCGAT
GACTTCTCCC TTTACGGTCG CTCCTTAGGC CACTTGGTAC TGCAGGGTAC GCCAAAGGAC
GGATCTTATC AGATCCAGAC AGTTTCTTTA ACGACACCAA ACGTGAAGCT TAAAGGGACG
GGGGATTGGG ATATGAGCGA GGGCAAGAAT TTGACCTCAT TTAAGCTCAA CTTAGACGCT
ACTAAATTTG ACTATCTGTC AGAGCAGCTA GGTATCGATC CTGGACTTAA GAATGCGCCG
ACAGAGGTCA AAGCCGAGAT CTCTTGGACG GGAGCACCCT ATGCATTTTC GCTCGAGACG
CTTAATGGTG ACGTGAGTTT TGAGCTAGGC AAGGGCCACC TTTCTGAAGT CAGTGATAAA
GGCGCGCGGA TCTTCTCGCT ATTTAGTTTA GATTCGCTGT TAAGAAAGCT GTCATTAGAC
TTTTCCGATG TCTTCGGTAA AGGCCTCTAC TTCGATTCTT TTCACGGCAC GTTAAAGCTA
GATAATGGCG TGGTAAAGAC AACGGACACT GAGATGAAGG CGGTAGCGGG CAATATGCGA
GTGCGGGGTT ATACCGACTT GACTACCGAG AGCCTTAATT ATGATATTCG TTTCGTTCCG
CAGTTGGCCT CTAGTGTGCC GACAGTTGTC TTACTCAGTA CCGGCGGTTG GACGTTTGGT
CTAGGTGCAT TTGCACTGAC CAAAGTGCTA GAGCCTGTGA TAGAGGTGAT CTCTGAGATC
CGCTTTAGGC TCACGGGTAC CATGTCAGAA CCTAAGCTCG AAGAGCTAGA GCGTAAGAGT
AAAGAGATAG AGATCCCTGA ATCTGTGCTG CCAAAGAAGG CTGTCGAGCC GGGGAGTCAG
CAAGTGCCTG TGGGCCCACA AGTCATGGGG AAAACAGCCA CAGGAGTGAG CGTTCAAGCT
GAGCTTGGTA CAGAGATTAA AGCTGAGGTA CAGGAATTAG CAGGCAAAGA TAAGCCAGTA
TCTGGCGTCG AACTTAAGGC GATTACGCCT GCGAACACAG ATTTTGTTGA AAGTCGCAAG
GAACCTGCAA AGCTAACTGT GGTTGAGAGT CAGCCGAGCG AGCAGGTAGA GCAGAGCAAG
ATCCAAGCCG AGTCATCATT GAGCGAGTCA TCACTGGCTG AGTCGCCATT GAACGAATCG
TTATTGAACC AGACATCGGA CGGGAAACTA GAGGGAGATG TAGATGCAAG TCAGCCTACT
GCAATGTCAA AGCAGCCGCA ACGTAGCGGA CAATCTAGCG TTTATCGAGT CGCAGCTTAA
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| Protein sequence | MPSDTCAPKK RSFNLTRFCW QFLAIILVLF ALMVSLFRGL LPQLDQVRME LITFVEAEYG
VEVDVGQLAA EWQAYGPALT VKNFVLPAQD NLPVTLLFER VHVKLDFWQT LITATPQIED
VIFDGVNIAL DLDRLKALEP RDPDSKLQTD WLYQLLLEQL DRFSITDARF QLLSKEHDYR
PIFIKDMKWR NTNDRHRGEG KLFLDQDASE VEQLALSVDV KGSGYRPESL IGQAYLAARS
LDIGEWASRQ PNPFDTSKRL PLEGVVNLQA WLGFSNRMFD GATVEFQPSW LEWFLNDEPQ
QFTIESGTLS WQPNQQGWLL ASHDLNFSTN EQPWPKAQLL ARQNEQGIDA SLNQLELSRL
LPLLPLIPGV ELDGLNTWQS LKPAGKVTEL RVHWDTLLEQ PQVALNLDQI SWQASGAIAG
LKPVDASLIM SKDSLSFELP QQQYTIDFNG GFAAPLQFKG DALTGDFNFS DLALSLPKVH
FSNSDLDIDA GVRLEFADAV HMALLANVDI HDVAKAHLYF PLKGMSKDLV TYLTGALKAG
KTDDAIVVWH GAFSGYPYAQ HDGIFQAGFT LAEAEFEFQD TWPAVDKLNL SALFENDAMD
LWVNQGQLLD VKADGAYIGI PALGEKSLLT VKADLATKAE AANEVIQQSP LVDSVGATLD
VVQIAGDITG QIDLSIPLYD GESEIIKGTV NFKDTPVYIT EPGIQLEKLT GQIQFINDVV
TGSDLNAIMY KQPLQLSFNS ESMSQNYGVD VSLKGQWQLA DLPAELDNPL SEYYSGEVDW
TGDLTLVFDP LGYRVQARVE TDLVGAELNL PAPFAKKPDE AKLLVAELIG DNKQASLGIK
LDKQLEFWGG FDADSGNALA HFDLLLGRLF KPGDQLRKSQ GHLQIDLDST EFSPWLPIIQ
GFVSQSDVTK LATDDIGQEK AAFFPPLASI DAEFNQFDFM GQPLEDMAFS AAPTEHAWRF
DVTSKQFDGR IDFYPDWANQ GLKLVASKFH MAPKMRSEEN AHYKSDTIMA NLPPLAVDVD
DFSLYGRSLG HLVLQGTPKD GSYQIQTVSL TTPNVKLKGT GDWDMSEGKN LTSFKLNLDA
TKFDYLSEQL GIDPGLKNAP TEVKAEISWT GAPYAFSLET LNGDVSFELG KGHLSEVSDK
GARIFSLFSL DSLLRKLSLD FSDVFGKGLY FDSFHGTLKL DNGVVKTTDT EMKAVAGNMR
VRGYTDLTTE SLNYDIRFVP QLASSVPTVV LLSTGGWTFG LGAFALTKVL EPVIEVISEI
RFRLTGTMSE PKLEELERKS KEIEIPESVL PKKAVEPGSQ QVPVGPQVMG KTATGVSVQA
ELGTEIKAEV QELAGKDKPV SGVELKAITP ANTDFVESRK EPAKLTVVES QPSEQVEQSK
IQAESSLSES SLAESPLNES LLNQTSDGKL EGDVDASQPT AMSKQPQRSG QSSVYRVAA
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