| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Shewana3_1845 |
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| Symbol | |
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| ID | 4477904 |
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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 sp. ANA-3 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_008577 |
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| Strand | - |
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| Start bp | 2184010 |
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| End bp | 2187216 |
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| Gene Length | 3207 bp |
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| Protein Length | 1068 aa |
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| Translation table | 11 |
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| GC content | 52% |
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| IMG OID | 639726427 |
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| Product | hypothetical protein |
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| Protein accession | YP_869482 |
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| Protein GI | 117920290 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 7 |
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| Plasmid unclonability p-value | 0.725746 |
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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 | 19 |
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| Fosmid unclonability p-value | 0.580829 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGGTTAACA CGCCGACATC GCCAAATCAG GAGACTGCCG AGCACTCGCA TCAGGCGATG
CCTCAAGAGG CGACTGCGGC CGCAGCGCCA CATTCGGCGG CGTCTCGCCG CGGTTCTACA
CTCAAAAAGC GCCTAAAACA AAGCCTGATT GCCACCACAG TGGCCGGCCT GTTAGCTGGC
GCGGCGCTAA CCATTTGGAT AGTCAACAGC CAAACCGAAG CCCTGATCCT TCGTGTCGCA
AATTACGCAT TAAGCGGTAT GGACGGTGAG CTTAGCGATA TTCGTTTAGG CCCCATGGGT
TTAGAACATT GGCACATTCG CTCTGCGAGC CTGCGTGTAC ATGACTCGCA TTTAGTGATT
AATAATCTTG ATATTCAGCT TGAACTCAAC TGGCCCAAGA GCCTTGAAGA ACTGAAGCAA
CTTGTCCAAG TTGAGAGTTT GACTCAAAAA ATCAAGCGTA TTAGCACGGG CGAGATAGAC
GTTGAACTCG GCGCATCGCT GCTGGAGCGA AGCCCCACCA TCGCCGATGA ACAAACGCCA
GCGTTGGCGT TAAATATCAA ATCCTTACCG TTAATTGATA TAGGTAAAAC CACACTCAGA
TTAGCGCCGC AAGCTGAGCT TCCCGCCTAT CAGCTGGTGA TGGATAAACT CAGCCTGAAT
CATCAAGGTG AATTAACTAC AGCCTTTAGC AGCCCTGAGG GTGAGCCGTT AGTCCAGCTT
GCCGCCACGC TAGGCAACGA ACAATGGCGC CTCAAGAGCG AACTGAATAT CGCGCCGCTA
CTGGAAAACC TGCATCAAAT TGGCCTGCGC CAAACCCAAG GGAGCATCCT CAGCCAACTA
ACTCTGTGGG ATCAACAGTG GCAGCAACTT GGGATAGGCT TAAGTGGGCA ACTCAGCTCT
GAGAGCACGA TGACACTCGC CAGCGGCGAA ATCACAAGCC GCCACCGCAT TCAGCAGCCT
AACATCAGCT TAAGCCATTT TGCCGACTTA ACGCTCGCGC CCCAGCCGGC TTTGGGGTTT
GAGCTTAGTG GATCACTTGC CTCGCTCAAT CTCACCCTTG AGCCCTTTAG CCTTGCGCTT
ACGCCGAATG CGGCACAGCA CACGCAGCTA TTAGCGGCGC TTAATCAGTC TCTGCAATTG
AACGATGAAA ACTCTCAAGC GCTCCTTACC CTGCTCTCGG GGCTGAAAAG CACCGAGGCG
CCCGTGGGTC TTGGCTTTTC GATGACAGCG CCGCTGCACT ATGCGCTGAC ATCTCAAGCG
AGCCCCCATA AACCAATAGC GCTGCCCGCA ATAGAGTTAA CCACCCTAGG CTGTAAGCTT
GAGACGCGCA TTCACTTGCA AGAGACCCAG TTAACGCCCA CACCAGATGC TTGGAATGTC
GCGAGCCGCT GGCAACTGGC GCTTAAGCAA ACTTCCCCAC TGACGCTGCG AGACCTCTGG
CACGTAGCCC CGCAGGATCT CAGTTGGGGC GCGGGAATGC TGCAAACGGC GGGTCAGGTC
AGTGTTGCTC AATCGGCTCA AGGACTGAAC TGGCAAGTCA GCACTGCCCC AGTGACGAGT
GACTCAAGTG ACTCAAGTGA CACTCTGCAA TTTGCGCTGG AAGATGTGCA GCTACAACAA
ACAGCGCAAG CCGCCGAGCA CCAAACGAAA CAGACGCAGT TAAGCCTTGG CAGTATTCAA
CTCAACGCCA AGTCCCCCTT GGCCGCAAGT GCAACCCCGT TAGCGACTCA GGATACTACT
GGCGCACAAT CGACCGAGTT TGCCTTCAAG CTGCCGCCTT TATCGCTCGC CTTGTCGCAG
CTGCGCGTGA GCCAAGCGGT AGAGAATCTT GCGGGCAACA ACAGCACCGC GACTGCAATA
CAGAGCAGTC GCAATGATAT TAGCCTCAAG GCGTTTTCCC TTGAGACATC AAAGCCGATG
ACCCTCGATT ACTCGTCGCT GCAATCCATT GTAAATACTA TTCAATCGAG TCAGTTGACT
AACCAAGTTA ACTGGCAAGC GCAGCAACTC TTGATTGAAA AGCAGCTCAG CGCCAAAGGC
CGAACACGTA AGCAGACTGT GCTTAAACTG GATAATTTAA CGCTCGCGCA GACATTAAAC
TGGCAAAACC AACGTCTTCA CGGCCATGAG CAGTGGCAAG TCGGCAAGGT TGCGCTACAA
AGCGATCATC AATTACAGTT CGCCGCGCCT CACAAGCCCC TGCTGTTAAC GGGCCAGTGG
GTTGTCGATA CCAGCATGAC AGAGGCGCTA TCTTTGCTTA ATCAAACCCA GCCCTTGCCC
GCTGAGTTAA ATGTGACCGG TCATAACCAA TTACAGGCAC AATTTAAGCT GACACATGAG
CCAGAGCAGA CCCAATTTGC GATGCAAATT ACCCAGTCGA TGACAGAGCT GGAAGGTTTT
TATCAAGACA CGACCTTTGA GGGCGGGAAA TTACAGGCCC AATGCGAGTT CACCTGGGGG
CAATCCTACA AGTCGCCGCA AGCGCCAGGC TATTTCAGCA GTTTAAGCCG ACTAAACTGC
CCGCAAACCA TGATGACTTT TAACTTGTTC GATCCCGGCT TCCCCTTGAC CGATATCGAA
GTGGAGGCCG ATATTGTCCT CGCCAAGGAT GCTGAGAAGC TTCCCGACAA TTGGCTGCAA
CAACTCACGG GCTTAAGCGA TACCGATGTC TCGATGACCG CCAAGGGTAA AGTATTGAGC
GGCCAGTTTT TACTGCCTGA TTTTAATTTA AAATTGCAGG ACAAATCCCA CGCCTATCTA
TTATTGCAGG GCATGAGCCT TGAAGAAGTG CTGCGGATTC AGCCGCAAAT TGGTATTTAT
GCCGATGGTA TTTTCGATGG TGTGTTACCC GTGGATTTGG TCGATGGCAA AGTCTCGATC
AGCGGCGGCC AACTGGCGGC CCGCGCGCCC GGCGGTCTCA TCGCCATTTC GGGTAATCCT
GCGGTCGATC AAATGCGCCA ATCGCAGCCT TATCTCGATT TTGTATTTTC GGCGCTAGAA
CATTTAGAAT ACAGCCAGTT ATCCAGTAGT TTCGATATGG ATCAAACCGG CGATGCCAAC
TTATTAGTGG AAGTCAAAGG CCGCAGCCGA GGGATTGAAC GCCCCATCCA CTTGAATTAC
TCTCATGAAG AGAACATGCT GCAATTATTC AGGAGTCTTC AGATTGGTAA CGATCTGCAG
GACAGAATCG AAAAATCCGT GAAGTAA
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| Protein sequence | MVNTPTSPNQ ETAEHSHQAM PQEATAAAAP HSAASRRGST LKKRLKQSLI ATTVAGLLAG
AALTIWIVNS QTEALILRVA NYALSGMDGE LSDIRLGPMG LEHWHIRSAS LRVHDSHLVI
NNLDIQLELN WPKSLEELKQ LVQVESLTQK IKRISTGEID VELGASLLER SPTIADEQTP
ALALNIKSLP LIDIGKTTLR LAPQAELPAY QLVMDKLSLN HQGELTTAFS SPEGEPLVQL
AATLGNEQWR LKSELNIAPL LENLHQIGLR QTQGSILSQL TLWDQQWQQL GIGLSGQLSS
ESTMTLASGE ITSRHRIQQP NISLSHFADL TLAPQPALGF ELSGSLASLN LTLEPFSLAL
TPNAAQHTQL LAALNQSLQL NDENSQALLT LLSGLKSTEA PVGLGFSMTA PLHYALTSQA
SPHKPIALPA IELTTLGCKL ETRIHLQETQ LTPTPDAWNV ASRWQLALKQ TSPLTLRDLW
HVAPQDLSWG AGMLQTAGQV SVAQSAQGLN WQVSTAPVTS DSSDSSDTLQ FALEDVQLQQ
TAQAAEHQTK QTQLSLGSIQ LNAKSPLAAS ATPLATQDTT GAQSTEFAFK LPPLSLALSQ
LRVSQAVENL AGNNSTATAI QSSRNDISLK AFSLETSKPM TLDYSSLQSI VNTIQSSQLT
NQVNWQAQQL LIEKQLSAKG RTRKQTVLKL DNLTLAQTLN WQNQRLHGHE QWQVGKVALQ
SDHQLQFAAP HKPLLLTGQW VVDTSMTEAL SLLNQTQPLP AELNVTGHNQ LQAQFKLTHE
PEQTQFAMQI TQSMTELEGF YQDTTFEGGK LQAQCEFTWG QSYKSPQAPG YFSSLSRLNC
PQTMMTFNLF DPGFPLTDIE VEADIVLAKD AEKLPDNWLQ QLTGLSDTDV SMTAKGKVLS
GQFLLPDFNL KLQDKSHAYL LLQGMSLEEV LRIQPQIGIY ADGIFDGVLP VDLVDGKVSI
SGGQLAARAP GGLIAISGNP AVDQMRQSQP YLDFVFSALE HLEYSQLSSS FDMDQTGDAN
LLVEVKGRSR GIERPIHLNY SHEENMLQLF RSLQIGNDLQ DRIEKSVK
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