| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Shewana3_1893 |
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| Symbol | |
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| ID | 4478201 |
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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 | 2242272 |
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| End bp | 2246621 |
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| Gene Length | 4350 bp |
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| Protein Length | 1449 aa |
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| Translation table | 11 |
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| GC content | 49% |
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| IMG OID | 639726475 |
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| Product | hypothetical protein |
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| Protein accession | YP_869530 |
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| Protein GI | 117920338 |
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| COG category | [S] Function unknown |
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| COG ID | [COG2911] Uncharacterized protein conserved in bacteria |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 8 |
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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 | 12 |
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| Fosmid unclonability p-value | 0.0229632 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGAGCAAGC CCCCTATTCA TGAGCCTAAT GCAACGGCTC AACAAGAGAA TCAAATCCCT
GAGCAATTGT CTTTGGAACA AAATCCAACG TGTGTGCAGC CCAAAACACT TAAGCTGCGC
ATTTGGCAAA TATTTAAACT CTGCACGCGG ATTATTGTTT ACGTTCCCTT AAGTCTTTTG
GTGTTAACGG CATTACTGCT CGGGACTGAA ATTGGCTCGC GGATAACGGT GGGTTTAGCC
GATAAGTTTG TGCCCGATCT GGCGCTCACC TACACCTCTG GCTCGTTAAA TAAAGATCTC
ACCTTAGCCC ACGCCAGTTG GTCGATGGAT GGGATTAAGG TCGAGCTCAA GGATTTACAT
TTGGCATGGC AACCCACTTG TCTGCTACAA AAGCAGCTGT GCGTGAATGC CTTAACGGCG
AGCCAAATCG ATGTCAATAT CGATACCGAG GCCTTAAGCT CAGGTTCCAC TGAAGCAGAC
GTTACCCCCG AAAATGATCA GCCGAGTGAA CTGGTTCTGC CCTTTGGCAT AAAGCTCGAC
AGCGCCGAAC TGAACAACAT CAATATTGCG GTCGATAAGA TGCGCTTTTC GGCAAATCAT
ATTCAGACCG CTGCAACTTG GTTTGCCGAA GGACTGACGG TCGAGCAGCT TAGCAGTGAA
GGCTTGGCCG TGTTAATTCC AACCGACGAC AGTCCTGCGC CAGACACAGA TCCTCAAGGC
GCAGGCACTC AAGCTACAGG TACTCAAGCC ACTGACACTC AAATCACAGG CACACAAGTC
ACTGACACCA AGGCAGCCGA GACAGCTGCA ACTGCAGCGG CAAAAACCAC GACCGCAGCG
GCGACAACTC AGCCTGAGAC CGAAAAATCA ACAACCACAG TGGCGACTGC AAGTGCTAAA
GCTTCAGCGG ACAAGCCAAT TGTCGAAAAG AAACCTTCTA CGGAAACTGC CGCAAATCCT
CAAGCAGATA AACAAACGGA TGAAAACGCC GATAAGCAAG CATCTACAGA GGAATGGGCA
CTTGCCCATT TACCACAGGT TTTTATGCCT TTCCCGGTGG ATGTCAAGCA CCTCAGTTTA
GACAACAGCC GTTTACAGAT TGGTCCGCGC GAAGATCTAT TTAGTCATAT TGAGCTTCAA
GGTCAATTTG CCAAGTATCA GTTAACTCTA GAAAAACTGC TGCTTGCCCA TAGTTATGGC
GAAGTGTCTG TGGTGGGTCA ACTCGCCCTC GAACAGGACT ATCCGCTCGC GCTTGAGGTT
CAGGCCAATG TCACTCAGGT TGCCGAGTTG CCAGAACTGA CCCATCAACA ATTAAGCCTA
ACCCTTAGCC AAAGCGTCGG ACAACTGGGG ATCCACGCCC TTGCCAAAGG GGATGTGGAT
TTTAGTCTCA ATGGACAATT GACCCTCAAA GATCCCACGC TGCCCTACAA GGTGAAACTG
GAAAAAGTCC GCGCACAGTG GCCGCTGCAA CATGCCGAGT ATCTTGTGAG CGACCTCAAT
CTCGACAGCC AAGGCTCCCT CACTCAACAG GCCGCGACGC TCAATGGAAA TGTCATCACA
CCTTTCCATA AAGTGTTAGC CATTAGCAGT GAGCTTCATC ATCAGGGTGC AAAGCTCGAT
ATTAAGCAGT TTACTGCGAA GGGCGAACTA GGTTCGGTCG ATGTGACTGG TGAGCTAGAT
TACGCTAAGG CGATCACTTG GAAAGCCAAG GTATTGCTCG ATAATCTGAA ATTACAGGAA
ATCACACTGC CGGAAACTGC ACAGACTCCA GAATCAACAC CTACAAAGGA CGCTAAAGCA
CCGAGCACAA ATACCGATAA GCCAGCGCCA GCAATAACAA ATGCTCCCGC TCCTGCGACA
ACAACTGCAG CTGCAACTAC AAATGCAAAA GCAACTACAA CTACAAGTGC AAGTGCAAGT
GCAAGTGCAA GTGCAACGAG CAGCTTGCCA AACAGTTTAA TCTCGGGCCA ATTGCAGACC
ACCGGGCGCC TGTTAGATAA ACAGTGGCAA GTGGCTCTAA CGGACACCCA ACTGTCAGGC
ACAATGCAGG GTTATCCGTT TGATATCACA GCCGATGTCA GCATCAACGA TAAACTGTAT
ATCAGCGCCA AAGGTGTCAA TGCCAAGGTA TTGGGTTCCA CCTTAACCTT AGCGGGCGAA
ACCAACAAAA CCTGGAACCT TGAGGGTAAA CTGCAAGTCC CCGATTTCGG TTTATGGTTG
CCCCAGGCCA GTGGTCAATT GCAGGCCGAT ATCAATGTCA CTGGGGAAGA GAAACATCCA
CAAGTCGAGT TAACCGCGCA ACTGGTCGAT CTGGTGCATC AAAATATTAA GCTCAGGGAG
TCAACACTCA AGGCTTACTA TAAGCCTTTG GATGCCCATG AGTTTGCCCT ATCACTCAAG
TCAAAGGCAC TGCAACTTGG CTCACAGAGT TTAGATACCG TGACCTTGGG CAGTAAAGGC
GATATTCAAA ACCAAAAATT GACTCTCAGC GCCACAGGGG ATCTTGGGCT CGAGCTTGGC
GTCACTAGCC AATACGATAT GAAAAAATCC CAACTGCAGG CGCAGGTGAA TAAAATCAAC
TTGGCAACCC CCGTCGGACG TTGGGAGATA GATAAGGATA TTCTTGTCGG CTGGGATCAA
AATAAGTCCA AAGGCAATAT CAGCCCCTTC TGTCTAGTGA ATCCCAACAG TAAGGTTTGC
CTCGATAATC AAGTGACTAT TGGCAAAACT GGCGAGGCTC AGCTCAGTTA TGCGGGCAAT
CTAGGCAAGC TATTAGTGCC TGTATTACCC AACAATATGC AGTGGGATGG CAGTTCTTCA
CTGTTGGCAA ATTTTGCTTG GGCGGCGGGA CGTAAACCCA CGGCCAATGT CGACTTTAAT
TTTACTCCCG GTAGCATCAA GCTTAAACGA GCCAAAAACC GTGAAGTCAC CATTAATTAT
CAACAACTTG ATTTCAAAGC TAACTTAGAC GCTAAACGAC TCCTCTCGTC AATTAGCTTT
GAATCGGAAG ATGTCGCCAG TTGGCAGAGT GAGGTCACGG TCAACGTAAC GCCGGACAGA
ACCTTGTCGG GTTACGCCAA TATCAAGCAA ATTAACCTGC AACCTTTAGG TGAGTTTTTC
CCGCAGCTCA ATACTCTCGA AGGCTTGCTC ACCAGCAGAT TAAACTTTGC TGGCACCTTG
GATGCGCCAG AAGTGTCGGG CAATGTGTCC TTAACCCAAG GCGCCCTCGC ATTGACGGCC
AACCCTACGC TTATCAATAA AATCGACATG TCGATGGACT TGGGCGGTCA ACAGGCATCC
CTCAAAGGCC GCTGGATGAT GGGCAATGGT TTGGGGCGTG TTACGGGTGA TATGCGCTGG
CCTCAGGGCC AATTCAGTGG CGAGCTTGCA ATTAAGGGCG ACAAATTAGC CGTGATCCAA
CCGCCACTTA CGCTACTTGA TGTCTCGCCC GATCTCACCA TCGCCTTTAG CAGTCAACAG
CTCGAACTCA AAGGGGTTGT CGATGTGCCT TCCGGTAATA TCAAAATCGT CCAACTCGCT
GAAGGCGGTG TTGCCCTGTC GGAAGATGTG GTCTTCGATG ACTCGATTGC CGCGGCGCAA
CCTAAAGCTA GCCCCTATGC CATTGTGGCG GATCTAAACA TTAATGTCGG TAACGACTTA
AAAGTCGATG GCATGGGCCT TAAAGGTAAA CTGCAAGGAA CCTTAAAACT GCAGCAACAG
GCGTTCCGCC CACCACTGCT ATTTGGCGAT ATTAAAGTCA AACAAGGCAG CTATAAGTTT
ATGGGACAAA CCCTGAAAAT CCGTACCGGT GAAGTGCAGT TTGTCGGCCC GACATCCGTG
CCTAACTTAA ATATCGAAGC TATTCGTGAA ATTAAGAGTG AAGATCTAGT CGCGGGTGTC
CGTGTCACGG GCACGCCCGC CCGCCCAGTG GTAACCCTGT TCTCTAACCC TGCTAAGGAG
CAAGCAGAGA TCCTGTCTTA CATTATCAAA GGCAGCGGCT TTAACAGCAG CAATAACGAG
CAGAACAATT CGTTGATGAT GGGAGCGGCG CTGGGCTTAG GTTCACAGGT CGGCGGCGGT
GGCGCCATCA ATAACATTGG CAGTACCGCC ACTGGGATTA TTGAAGAGTT TGGCTTCTCT
AACGTACAAC TGGACACCAA CGATGAGGGC CGCGTGGCGA TCAGTGGCTT TATCGGTGAT
AACCTGATGG TGAAATATGG TGTTGGGGTA TTTAACCCAG GCTATGAGAT GACGGTCAGA
TACTACCTGT TATCGCAACT CTATCTGGAA ACGGTATCAG GTACCTTAGG CCAATCCCTC
GATATCTATT ACAACTTCAA TATCAAGTGA
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| Protein sequence | MSKPPIHEPN ATAQQENQIP EQLSLEQNPT CVQPKTLKLR IWQIFKLCTR IIVYVPLSLL
VLTALLLGTE IGSRITVGLA DKFVPDLALT YTSGSLNKDL TLAHASWSMD GIKVELKDLH
LAWQPTCLLQ KQLCVNALTA SQIDVNIDTE ALSSGSTEAD VTPENDQPSE LVLPFGIKLD
SAELNNINIA VDKMRFSANH IQTAATWFAE GLTVEQLSSE GLAVLIPTDD SPAPDTDPQG
AGTQATGTQA TDTQITGTQV TDTKAAETAA TAAAKTTTAA ATTQPETEKS TTTVATASAK
ASADKPIVEK KPSTETAANP QADKQTDENA DKQASTEEWA LAHLPQVFMP FPVDVKHLSL
DNSRLQIGPR EDLFSHIELQ GQFAKYQLTL EKLLLAHSYG EVSVVGQLAL EQDYPLALEV
QANVTQVAEL PELTHQQLSL TLSQSVGQLG IHALAKGDVD FSLNGQLTLK DPTLPYKVKL
EKVRAQWPLQ HAEYLVSDLN LDSQGSLTQQ AATLNGNVIT PFHKVLAISS ELHHQGAKLD
IKQFTAKGEL GSVDVTGELD YAKAITWKAK VLLDNLKLQE ITLPETAQTP ESTPTKDAKA
PSTNTDKPAP AITNAPAPAT TTAAATTNAK ATTTTSASAS ASASATSSLP NSLISGQLQT
TGRLLDKQWQ VALTDTQLSG TMQGYPFDIT ADVSINDKLY ISAKGVNAKV LGSTLTLAGE
TNKTWNLEGK LQVPDFGLWL PQASGQLQAD INVTGEEKHP QVELTAQLVD LVHQNIKLRE
STLKAYYKPL DAHEFALSLK SKALQLGSQS LDTVTLGSKG DIQNQKLTLS ATGDLGLELG
VTSQYDMKKS QLQAQVNKIN LATPVGRWEI DKDILVGWDQ NKSKGNISPF CLVNPNSKVC
LDNQVTIGKT GEAQLSYAGN LGKLLVPVLP NNMQWDGSSS LLANFAWAAG RKPTANVDFN
FTPGSIKLKR AKNREVTINY QQLDFKANLD AKRLLSSISF ESEDVASWQS EVTVNVTPDR
TLSGYANIKQ INLQPLGEFF PQLNTLEGLL TSRLNFAGTL DAPEVSGNVS LTQGALALTA
NPTLINKIDM SMDLGGQQAS LKGRWMMGNG LGRVTGDMRW PQGQFSGELA IKGDKLAVIQ
PPLTLLDVSP DLTIAFSSQQ LELKGVVDVP SGNIKIVQLA EGGVALSEDV VFDDSIAAAQ
PKASPYAIVA DLNINVGNDL KVDGMGLKGK LQGTLKLQQQ AFRPPLLFGD IKVKQGSYKF
MGQTLKIRTG EVQFVGPTSV PNLNIEAIRE IKSEDLVAGV RVTGTPARPV VTLFSNPAKE
QAEILSYIIK GSGFNSSNNE QNNSLMMGAA LGLGSQVGGG GAINNIGSTA TGIIEEFGFS
NVQLDTNDEG RVAISGFIGD NLMVKYGVGV FNPGYEMTVR YYLLSQLYLE TVSGTLGQSL
DIYYNFNIK
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