| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Spea_3852 |
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| Symbol | |
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| ID | 5664236 |
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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 | 4680141 |
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| End bp | 4683110 |
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| Gene Length | 2970 bp |
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| Protein Length | 989 aa |
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| Translation table | 11 |
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| GC content | 41% |
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| IMG OID | 641238516 |
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| Product | hypothetical protein |
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| Protein accession | YP_001503697 |
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| Protein GI | 157963663 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 0 |
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| Plasmid unclonability p-value | 0.0000234883 |
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| Plasmid hitchhiking | No |
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| Plasmid clonability | unclonable |
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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 | ATGATTTCCT CCTACCGAAC TGCGCTATTT TTATTCACTT CTTTACTGCT AACAGGCTGT
CCATCAGACA GTTCTACCCC TGACAATATA CCGCCAGAAA TTCAGCTATT AGTTGAGAAA
ACTGAGTATC AGGAAGGTGA GGTTATATCT TTAGCTGCAT TAGCTTCTGA TAAAGATGGT
GATGATTTTC AGGTTTCTTG GCTTTTAGTA GATGCTCCAT CTCAAGTCAC GCTTGAAAAA
CTCAGTGATT ATGAAGTTCG GCTTGTTGTT ACAGCCCCAT TAGAACAGGG GGTACTTGTT
ACCGTTCAGG TCAGTGTGTC TGATGGAAGT AGTGAAGTCT CCTTACAAAC TCAAATATCA
ATTACTCAAA ACCTTGCGCC GCAAATTAGC TACGATGCTG ATGCATACAG CTTCCAGTTA
GGTGAAGATC TGAGCTTTCC TGTTACGATT ACTGATAGCG ACAGTGATGA CTTATATATC
TTATGGGAAT TAAAAGATTC ACCTGAAGGT TATGATATTT CAAGTAGTGA CGGTGGCGTA
CAGCTAACAG CGCCCATCTA TATTGAAGAG AGTGTAAGTT TAACCGCCGT ACTTCAAGTC
AGTGATGGGT ATAACGCGCA GACAAAAGAA TTCTTGGTCA TTATTAAACC TAATCTTGTA
CCATTAATCA CTGCAGAGAC TGAAAGTTAC AGCTTCCAGT TAGGTGAAGA TCTGAGCTTC
CCTGTTACTG TTTCCGATAG CGACAGCGAT AGCTTAGAAA TTTCATGGAC GCTTAAGGAT
TCTGCCGATG GGTTTGGAGT TTCAAGTTCG AATGGTGTAG TGCAGCTAAC GACGCCTTCC
TCTATTGCAG AGAGTGTCAG CTTGACTGTT CAGCTTCAAG TCAGTGATGG TTATAACGCA
CTGGAGAAAG AGTTTGCTAT AACGCTGTTA CCTAGAGATA TTGTTGAGGT TACTCTCGTT
TACCCACCTG CCAGCGCAAT AACCGATGCG AGATCAACTG TAATCAGAGG GATCAGCTCA
TTTGAGCTAT CGAGCTTAAT GGTTAATGGA GAAGCAGTTA CTAGCTCTGA TAACTTTCTT
AACTGGACCG TCACGCTACC GATTGCCGAG CTAGAAACGC TAGAAATAAC TCCTGAAACG
AGCGTACTGC CAACCCAAAC GCTTGAATAC AAGAATTTTG AAAGAACAAT TAAGCATACT
AAGCCATTCA TTTTGGAAAA TGAGAGTCTC ACTGCCTTTG GTGATCATGT TTACCTTATT
AATGACAGCA GCAAGCAGAT TATTCAGCAT AACCTAGTGA CAGATGAGCG AAGCATCATT
TTTCAAGCTA CAGCAGATTT CGATTTTGAA CCTGAACAGG CCGTTGTCGA TGAAGCCAGC
AACCGATTAG TGATAGCAGG GACTTTAGAG ACGGCTGTTG AGACATACGG ATTAACAGTG
GTGGCATTAG ATCTTGCAAG TTTTACAACT ACCGTGCTGT TCCAAGATCT GCGTTATGAG
GCATTTAATT CCATTGTGTT TAATGGAGAT AATAACAAGC TGCTTATTCC TGATTGGCAC
TCTGACGGTA CTATTTTTGA AATTGACCTG ACTACTGGGA TTAAGACTCA GCTATATGCG
GCAAAGTCAG ATTTTGGAAT CGAGGTCGAT AGGGGCTACG AGCTGCAATA TCACAATGGT
GACTTGCTCT GGGGAGATGT AGGCACGCCA AAGCTATATA AAATTGATCA AGTTAATGAT
CAGATGAGCA TTATATGGCA GGGGAGTGAT TATCAAGCTG ATATCGACAG CTTGGACCTC
TCTTTAAGGT TTTATAAAGA CTTTATCTAT GATGAACAGG GCAATAAACT GACGCTGATT
ATCGATGAGG GGGCGATTAC CTTTGACCTT AACTTACAAA TCGTCGAGAG TTTTGCCGAT
TTTAGAAACC TAATATCCCC TTTTGAAGAA GTTGAAAGTG CACATGTTGC AGGTCGAGAT
GTGCATATTT GGGATGAAGG TGTACAGATG CTCATCACCT ATAACTTAGA TAGTGGGGCG
TTTGTTGCGT CAGGTAATGA CAGCGTCAAT ATTAACTTAT CTAGGTACCC TAGAAGCATT
GCTTTATCGA GTGATGAAAA GTCGCTTTAC TATAGCAGCG ATGAGAGCCC TGCAATGTAT
CGGTTCCCGA TTGATGCAAC CGATAATAGC CAGTTAGAAA CAGTATTCGA TCTATCCGTT
AATAATGACA TCGATGAGCA ACCTAACTTT TACTTTGAAC AATACGTTAC TGTAAACCCT
GTTGAGTCCG GTTTTTACTT GACCAAAGAT TATGACGCTG GAGGCCTGTA CTTTTTTGAA
TTCGATACGC TGGATATTAT CAATATTGCT TTAATTGAGG ATATGCAGTC TGAGTTTGCT
ATCGATTTTG ACAAGAATTT AGCCTTCACC TTAACCGAAA ATAATTACTA TGACGGTGAA
AACTGGATTG ATGAGCTTTT CTGGAAAAAG ATCAATCTTG ATAGTGGCGA AGTCACAGAT
TTTAGCAGTA ATTTAGACTA TATCGGCACA GAGTTTGAGT ATGATCGAAT AGATTCATTG
ACTCTCAGCC CCGATGGTGA GGCACTCATT GTAGAAATGG ATGATAACTT AGTTCAAATT
TCTACCGGTG ATGGAAGTTT AACTTGGTTC TCAAAAGACA AGTTGATGCC AAACTTATCA
TCAAACAGTA TTGAAAGTCT TATCTGGGCG GGTAATGAGC TTATTGCCAT CAATGGTAAT
GCTAATTCTG GGCTCTATAA AGTGGATCAA TCAACGGGTG AATATACTGA GCTTTCAGGC
AAGTTTGTTG GTAGCGGCGC AACGCCATTT GATTTTGATA CCGGCGTATA CTCTGGTGCT
CTTCAGCAAT TTTTTATCGT TGATTATGAT CTTGAAGCGA TTTACGCCAT CGATGAGCTG
ACCGGTGAGC GGTTAATCAT TCATAAGTAA
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| Protein sequence | MISSYRTALF LFTSLLLTGC PSDSSTPDNI PPEIQLLVEK TEYQEGEVIS LAALASDKDG
DDFQVSWLLV DAPSQVTLEK LSDYEVRLVV TAPLEQGVLV TVQVSVSDGS SEVSLQTQIS
ITQNLAPQIS YDADAYSFQL GEDLSFPVTI TDSDSDDLYI LWELKDSPEG YDISSSDGGV
QLTAPIYIEE SVSLTAVLQV SDGYNAQTKE FLVIIKPNLV PLITAETESY SFQLGEDLSF
PVTVSDSDSD SLEISWTLKD SADGFGVSSS NGVVQLTTPS SIAESVSLTV QLQVSDGYNA
LEKEFAITLL PRDIVEVTLV YPPASAITDA RSTVIRGISS FELSSLMVNG EAVTSSDNFL
NWTVTLPIAE LETLEITPET SVLPTQTLEY KNFERTIKHT KPFILENESL TAFGDHVYLI
NDSSKQIIQH NLVTDERSII FQATADFDFE PEQAVVDEAS NRLVIAGTLE TAVETYGLTV
VALDLASFTT TVLFQDLRYE AFNSIVFNGD NNKLLIPDWH SDGTIFEIDL TTGIKTQLYA
AKSDFGIEVD RGYELQYHNG DLLWGDVGTP KLYKIDQVND QMSIIWQGSD YQADIDSLDL
SLRFYKDFIY DEQGNKLTLI IDEGAITFDL NLQIVESFAD FRNLISPFEE VESAHVAGRD
VHIWDEGVQM LITYNLDSGA FVASGNDSVN INLSRYPRSI ALSSDEKSLY YSSDESPAMY
RFPIDATDNS QLETVFDLSV NNDIDEQPNF YFEQYVTVNP VESGFYLTKD YDAGGLYFFE
FDTLDIINIA LIEDMQSEFA IDFDKNLAFT LTENNYYDGE NWIDELFWKK INLDSGEVTD
FSSNLDYIGT EFEYDRIDSL TLSPDGEALI VEMDDNLVQI STGDGSLTWF SKDKLMPNLS
SNSIESLIWA GNELIAINGN ANSGLYKVDQ STGEYTELSG KFVGSGATPF DFDTGVYSGA
LQQFFIVDYD LEAIYAIDEL TGERLIIHK
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