| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | SO_2064 |
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| Symbol | |
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| ID | 1169810 |
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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 oneidensis MR-1 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_004347 |
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| Strand | - |
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| Start bp | 2158857 |
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| End bp | 2162117 |
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| Gene Length | 3261 bp |
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| Protein Length | 1086 aa |
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| Translation table | 11 |
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| GC content | 47% |
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| IMG OID | 637343932 |
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| Product | hypothetical protein |
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| Protein accession | NP_717667 |
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| Protein GI | 24373624 |
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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 | n/a |
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| Plasmid unclonability p-value | n/a |
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| Plasmid hitchhiking | n/a |
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| Plasmid clonability | n/a |
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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 | ATGGTTAAGA CGTCAATACC ACTGAAAAAG GATACCGTCG AACCCGCACT GCTGGCGAGC
TCGGCTGCAA CGTCACATTC CCAAATGGTA GAAACTGGCG CGCCGCGGCG CAGAACTACA
ATCAAAAAGC GCGTAAAACA AAGCCTTATC GCTACCACAT TGGCAGGTAT GTTAGCGGGT
ATTGCGCTCA CCGTATGGAT TGTCAATAGT GAGACCGAAA CCCTTATTCT GCGCGCCGCC
AATTATGCCT TAAGCGGCAT GGACAGTGAG CTGACCGATA TTCGTTTAGG CTCCATGGGC
TTAGAACATT GGCAAATTCG CTCCGCTAGC ATTCGCGTGC ATGATTCGCA CTTAGTGGTA
AAGGATCTGG ATATTCAACT TGAGCTTAAT TGGCCCAAAA GTGTTGCAGA ACTGCTGCAG
CTTAGCCAGC TTGACGTCTT GAGCCAAAAA ATCAAACACA TTAGTACGGG CGAGATTGAA
GTCGAACTCG GCCAATCACT CTTTGAGCGA AGCCCCAGCA TTGCCGATGA ACAAACGCCT
GCAATACCTT TAAATATCAA ATCCTTGCCC TTAATTGAGA TAGGTAAAAC CACACTGAGC
TTAACGGCGC AAGCCAATCA CAGCGCCTAT CAACTGGTGA TGGATAAACT CAGCCTTGAT
AAACATGGGG AATTAACCAC TGCCTTTAGC CATGAGGACA AGCCGCTTGT CAGCTTAGCC
GCAACACTTG GCAGCGATGA ATGGACGTTA AAGAGTGAAC TGAACATCGC GCCGCTGCTG
GAGAGTCTGC ATCAAATTAG CCTGCACCAA ACGCCAACCA GTATTCTTAG CCAATTGATA
CAATGGGATC AACAGTGGCA AGCGCTTGGC ATGACACTGA GTGGTCAGTT AGTCTCGCAA
AGTACTTTCA AGCTCACGAC GGGCGATATA AAGAGTGACC ATCAGTTTAT CCAGCCGAGT
GTCACTTTAG CGCATTTTGC AGATTTCACC TTAGCGCCAC AACCAGCTGT GGCGTTTAGT
GTCAGTGGTT CATTAGCAGC ACTGAATCTA ACACTCGAAC CTTTTAGCCT TGCGTTAACG
CCCAATGCCG CGCAACAAGC GCTGTTATTA GATGCCCTAA ATCACTCTTT GCAGTTAAAT
GATAATGACT ATCAAACGCT TAACACTTTA CTCTCGGGGC TTAAAAGCAC CCAGTCCCCG
ATTGGACTGG CATTCTTGAT GACTGAGCCG CTGCATTATA CCTTGGCAAA ATCAGATGAG
CCGTTGACCT TGCCCGCGGT GGAATTATTC ACCTTAGGCA GTAAACTCGA GACGCGCATT
CGCCTCACGA ACACTCGATT AGATAACGCG CACTTAACTC CAGCATCGGA TACATGGACG
TTGCAAACTC AGTGGCACAT CGCGCTTCAA CAAAATACTC CGCTCAACTT ACGTGAACTT
GACTTACACA AGCGCTGGCA AGATGCACCT CAAGCGTTAA ATTGGGGCTC GAGTGCTTTG
CAAACTGCGG GAGTGATTAA TCTTAAACAG TCTGCCCAAG GCATCGATTG GCAACTTAAG
ACTGCGCCCA TCTCCAAGGA GTCGACTGAC ACACTGCAAT TAACCCTTGG GGATATTCAC
TTACAAAATG CGACACAAGC ATCTGACACT CAAAATAAAC AGACCCAGTT GGGCTTAGGC
AATGTTCAGC TAAACGCCAA GGCTCCACTC ACAGTTAGCT CAACATCATT TTCAGCACAG
GATGCGACTA CCGCGGCGGG GAGTCAATTT GCGCTTAACT TACCCCCAAT GTCACTCACG
CTTAAGCAGC TGCGTTTTAG CCAAACGGTC GAAACGCTTG CAATAGACAA TGCCCATGCA
CAACACCAAA CGCAGGCCTT AGATCACAGC ACGAAAACCA GTCTGAGCAG CCGCGACGAT
ATCACTGTGC AGGATTTTTC CCTTGGATTA TCACAGGGCG TGGCAGTGAA TTTTTCGAGC
CAAGACCCTT TTTTAACAGC GATTCAATCG AGCCAAATCA AAAATACACT CCACTGGCAA
GCCAAACAGT TATCAATTGA AAAGCAGCTC TCGGCGAAGG GACGTACACG TAAACAAACT
GTGCTTAAGC TGGATAACTT AGCCCTAGTG CAAGATTTAC ATTGGAAAAA TAGCACGCTT
ATTGGTGATG AACAGTGGCA AGTCGGCAAT GTTCAACTTC AAAGCCATCA TCAATTGCAG
CTCGCCAATG CAAACTTGCC ACTGCTGTTA ACTGGGCAAT GGGTGGTCGA TACCAGCATG
ACAGAAGCAT TATCCCTGCT TAATCAAACT CAGCCGCTAC CCGCTGAATT AAATATGACC
GGGCATAACC AATTACAAGC ACAATTTCAG CTGACACATC AGCCTGAACA GACCGAATTT
GCGATGCAAA TTACCCAGTC GATGACCGAG CTTGAAGGTT TTTACAAAGA TACCCGCTTC
GAGGGTGGAA AGTTACAGGC ACAGTGCGAG TTCACTTGGG GCCAATCCTA TAAAACGCCC
CAAGCCTCAG GTGATCTTAG CAACTATTTT AGCAACTTAA GTCGCCTAAA TTGCCCTCAA
ACAATCATGA CCTTTAGATT ATTCGACCCT GGATTCCCAT TCACCGATAT CGAGGTCAAT
GCCGATATCG TCCTCGATAG AGATGCTGAG AAGCTCCCCG AGAATTGGCT ACAACAACTC
ACGGGCTTAA GTGATACCGA TGTCTCAATG ACAGCTAAGG GCAACGTATT GAGCGGCCAG
TTTTTACTGC CGGATTTTAA TTTAAAATTA CAGGATAAAT CACACGCTTA CTTGTTATTA
CAGGGCATGG ATCTTGAAGA AGTGCTGCGG ATTCAACCCC AAATAGGCAT CTATGCCAAT
GGCCTCTTCG ATGGCGTGTT ACCCGTGGAC TTAGTCGATG GTAAAGTGTC GATCAGCGGC
GGCCAATTAG CCGCCCGTGC ACCTGGCGGT TTAATTGCTA TATCTGGCAA TCCGGCGGTA
GATCAAATGC GCCAATCTCA GCCTTACCTT GATTTTGTAT TTTCAGCGCT TGAGCACTTA
GCATACAGCC AGTTATCCAG TAGCTTCGAT ATGGATAACA CGGGCGATGC TACTCTATTG
GTAGAAGTCA AAGGCCGCAG CCAAGGGATT GAACGTCCCA TCCACTTGAA TTACTCTCAT
GAAGAGAACA TGCTGCAATT ATTCAGGAGT CTTCAGATTG GTAACGATCT GCAGAATAGA
ATCGAAAAAT CCGTGAAGTA A
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| Protein sequence | MVKTSIPLKK DTVEPALLAS SAATSHSQMV ETGAPRRRTT IKKRVKQSLI ATTLAGMLAG
IALTVWIVNS ETETLILRAA NYALSGMDSE LTDIRLGSMG LEHWQIRSAS IRVHDSHLVV
KDLDIQLELN WPKSVAELLQ LSQLDVLSQK IKHISTGEIE VELGQSLFER SPSIADEQTP
AIPLNIKSLP LIEIGKTTLS LTAQANHSAY QLVMDKLSLD KHGELTTAFS HEDKPLVSLA
ATLGSDEWTL KSELNIAPLL ESLHQISLHQ TPTSILSQLI QWDQQWQALG MTLSGQLVSQ
STFKLTTGDI KSDHQFIQPS VTLAHFADFT LAPQPAVAFS VSGSLAALNL TLEPFSLALT
PNAAQQALLL DALNHSLQLN DNDYQTLNTL LSGLKSTQSP IGLAFLMTEP LHYTLAKSDE
PLTLPAVELF TLGSKLETRI RLTNTRLDNA HLTPASDTWT LQTQWHIALQ QNTPLNLREL
DLHKRWQDAP QALNWGSSAL QTAGVINLKQ SAQGIDWQLK TAPISKESTD TLQLTLGDIH
LQNATQASDT QNKQTQLGLG NVQLNAKAPL TVSSTSFSAQ DATTAAGSQF ALNLPPMSLT
LKQLRFSQTV ETLAIDNAHA QHQTQALDHS TKTSLSSRDD ITVQDFSLGL SQGVAVNFSS
QDPFLTAIQS SQIKNTLHWQ AKQLSIEKQL SAKGRTRKQT VLKLDNLALV QDLHWKNSTL
IGDEQWQVGN VQLQSHHQLQ LANANLPLLL TGQWVVDTSM TEALSLLNQT QPLPAELNMT
GHNQLQAQFQ LTHQPEQTEF AMQITQSMTE LEGFYKDTRF EGGKLQAQCE FTWGQSYKTP
QASGDLSNYF SNLSRLNCPQ TIMTFRLFDP GFPFTDIEVN ADIVLDRDAE KLPENWLQQL
TGLSDTDVSM TAKGNVLSGQ FLLPDFNLKL QDKSHAYLLL QGMDLEEVLR IQPQIGIYAN
GLFDGVLPVD LVDGKVSISG GQLAARAPGG LIAISGNPAV DQMRQSQPYL DFVFSALEHL
AYSQLSSSFD MDNTGDATLL VEVKGRSQGI ERPIHLNYSH EENMLQLFRS LQIGNDLQNR
IEKSVK
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