| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Shew185_1928 |
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| Symbol | |
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| ID | 5370418 |
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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 baltica OS185 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009665 |
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| Strand | - |
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| Start bp | 2297506 |
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| End bp | 2301540 |
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| Gene Length | 4035 bp |
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| Protein Length | 1344 aa |
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| Translation table | 11 |
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| GC content | 50% |
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| IMG OID | 640830131 |
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| Product | hypothetical protein |
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| Protein accession | YP_001366134 |
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| Protein GI | 153000453 |
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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 | 0.764751 |
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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 | ATGAGCCTAC CCCCAGAGCA TAATAAGCCA ACCGAACAAG ACGCCGTAGG CAGTCCCATC
ACGGAAGTCA CTGAAGCCAT TGCGACCTCT GTCACCCAAT CGGTGTCATT CATTCAAAAA
CTGTGGCGAC AGTTTAAACT CTGGACTCGG ATTATCATCT ATGTGCCATT AGGGCTTTTA
GTATTAATCG CCCTATTACT CGGCACTGAG TTTGGCTCGC GCATCACAGT AGGCTTAGCC
GATCAGTTTG TGCCCGATCT TGATCTGACT TACACCTCAG GCTCCATTAA TAAAGACTTA
GCCCTGTCCC ATGCGTCTTG GTCTATGGCT GGCATCAAGG TGCAACTTGA GGATCTGCAT
TTACTATGGC AACCCGCCTG TTTACTACAA AAACGTTTAT GTGTTAATGG CTTATCTGCG
GCCAAAGTCG ATGTGACGAT TGATACCTTA GCCCTGTCTG CCGACACAAA CGACCCCCCG
ATAGTGCCGC TCGATGAAGA GCCCAGCGAG CTGCTATTAC CCTTTGATAT TGAGTTAGAC
TCCGCGGAGC TCAAGGCTGT GAATATCCAA GTGGATGAGA TGCAATTTAC GGCCAATCGC
CTTAACGCAG AGGCCAAGTG GTTTGCCGAA GGCTTGTCGG TTAAGCAGCT TTCAAGTGAA
GGATTGTTCG TGCTGATCCC CACAGCAACC GATACCGCAC AAACAAACCA AGCTGCAACT
ACGACGGCTT CTAACGCCGA CATAGCTGCG AGTACGACAC CCGACACAGC GACCAGCGCA
GCCAGCACAA CAGCCAATGC AACGCCTGAT CCATCGGCCA ACTCGCAGGC AAAAGACAAG
CCGGCAAAAG ACAGTAGTGC TGAATGGGCT CTAGCGCACT TACCACAAGT GTTTATGCCT
TTTCCTGTGA CGGTTAATGC CCTCACGCTT GATAACACCA CGCTGCAAAT CGGCGATCGT
AAAGATGTCT TTAGCCATGC CGAGCTGCAA GGTCGTTTCC GCGAATATCA ATTAACCTTA
GATCATCTCG CCATCAGCCA TACAGATGGC AGCGCGGATA TCACAGGCAG TTTAACGCTC
GATAACGATT ATCCACTCGA TTTAGAAGCC AACCTCACCC TTAACCAATT AGCCGAATTA
CCTGAGCTGA CTCACCAAGC ACTAGATGTA AAGCTGAGCC AAAGCTTAGG GCAACTACAA
GTCAACGCTG TCGCCAAGGG CGATGCCGAC TTCACGCTAG ATGGGCAGAT AACGCTTCGC
GATCCTAACC TGCCCTACAA GGTGAAACTT GAACAGACAC GGCTGCAGTG GCCGCTAAAA
AGCCCTGAAT ACTCGGTCAG CGATGTGGCA CTGGAAAGTC AAGGCGATCT CAATCGTCAA
GAGGCGAGCC TTAAAGGCCA GCTGACTACG CCGTTCCACA AAGTACTCGC CATAGACACT
AGCCTTCAGC ATCAAGATGC GAAGTTAACC ATTAATAATC TTGATGCAAC GGGCGCGATT
GGTCAGGTCA AGCTCACGGG CGAACTCGAT TATCAAAAAG CCATTCGCTG GAACGCCAAT
CTCTGGCTCA ATGACGTAAA ACTGCAGGAA GTACAACTGC CACAAACGGA TACGACGCAA
ACAGCAACCG GTCTACCGGA CAGTTTGATT TCAGGAAAAT TACGCACTCA AGGCTCATTT
GCTGATCCTC GCTGGCAAGT CTCCCTGAAC GACACTGAGC TCACGGGCAC CCTGCAAGGT
TATCCCTTCG ATATCACAGG GGATATCAGT GTGAATGATT CCCTGTATGT CAGTTCTAAG
GGGCTGAACG CCAAAGTACT GGGCTCGACT CTGGCACTCA AAGGCGAAGC AAACGCCAAC
TGGGATCTAC AGGGTGAGCT GCAAGTGCCC GACTTCGGTC TGTGGTTGCC CAAGGCCAGC
GGCCAATTGC AGGCGCAAAT TAATGTCACA GGGGATGAGA AGCACCCTCA AGTTGAACTC
ACCGCCCAAC TCGCTGAACT GTTTTATCAA AATATTAAGC TGCGAGAATC CAACTTAAAG
GCCTATTACA AGCCGCTAGA TCAACATGAA TTTGCTATCT CGCTGAAATC AAAAGCCTTA
CAGATTGCGG ATCAGAATGT AGATACAGTG ACACTCGGGG CGAAAGGCAC TATTGACGCT
CAAAAGCTGA CCCTGAATGC CACGGGCGAT CTTGGCCTCG ATACCACAGT GAGTAGCCAA
TACGATGAGA AAAAATCGCG ACTACGGCTC GATGTCGAAC GTCTAAATCT CAATACCCCC
GTTGGCCTAT GGCAGCTCGA TAACGCCATT AATCTCGCTT GGGATCAAAA CAAGAATCAG
GGCAGCATCA CGCCGTTTTG CCTCATGAAC CCGAACAGCC GCATCTGCCT AAACAGCGAG
ACGACAATCG GCAAAAAAGG CAGCGCGCAG GTGAGCTATT CGGGTAATCC GGGGCAATTA
CTCGTACCGA TATTGCCAAC GAATATGCGC TGGGATGGCC CCGCCTCATT GTTAGCCAAT
TTTGCTTGGG CAGCGGGTCG TAAACCCACT GCCGATGTGA ACTTTGATTT TGCCCCTGGC
AGTATCATGC TCAAGCGGGA TAAGAATCGT GAAGTCACCA TTAATTACCA ACATCTGTCA
TTGCTGGCGA CCTTAGATGC TAAACGGCTT GCAACAGTAT TAAATTTTGA ATCTGAAGGT
GTGGCCAGTT GGCAGAGTGA GATCAACGTT AATGTCACCC CAGACCGTGC GCTCTCAGGT
TTTGCCAATA TCAAGCAAAT CAACTTACAA CCACTGGGAG AATTTTTCCC GCAGCTAAAT
ACGGTACAAG GCTTGCTGAC CAGTCAGCTT AACTTTGCGG GCAGTCTAGA GGCGCCAGAA
GTGTCGGGAA GCATGGCCTT AACGGAGGGC TCCTTAGCCC TGACGGCAAA CCCGACGCTA
ATCGACAAAA TTGACCTGTC AATGTCGTTC GCGGGTCAAC AAGCCGAGCT AAAGGGTCGC
TGGATGATGG GCAATGGCTT GGGTCGAGTG ACTGGCCAGC TGAAATGGCC CCAAGGTCAA
TTTAGCGGTG AATTAGCCCT TGAAGGTGAC AAACTCGCCG TGATCCAGCC GCCACTGGCT
ATCCTTGATG TTTCACCCGA CATCAATTTA ACCTTCAACA GTAAACAATT AACGGTGAAG
GGCAAAATAG CCGTTCCTTC TGGCAACATT AAAATTGTGC CATTAGCGGA AGGCGGTATC
GCCACATCTG ATGACGTGGT ATTTGACGAC TCCATTGCCG CCACGCAACC TAAAACCAGC
CCCTACGCAA TCGTGGCCGA TCTGAATATC AGTGTGGGCA ACGAACTCAG GATTGATGGC
ATGGGCCTCA CTGGTAGACT CCAAGGAACC TTAAAACTGC AACAGCAAGC ATTCCGCCCG
CCTTTGCTCT TCGGTAATAT TAGAGTTAAT CAGGGTAGTT ACCGGTTTAT GGGTCAAACC
CTAAGGATCC GTACTGGTGA AGTGCAGTTT GTGGGGCCGA CTTCAGTGCC TAACCTGAAT
ATTGAGGCAA TACGCGAGAT TAAGAGTGAA GACTTAGTCG CGGGTGTGCG CGTCACTGGC
ACTCCCGCCC GCCCTGTGGT GACCCTGTTC TCTAATCCTG CCAAAGAGCA GGCCGAGATC
TTGTCTTACA TTATCAAAGG CAGTGGTTTT AACAGTGCCA ACAATGAGCA AAATAACTCA
TTGATGATGG GCGCAGCCTT AGGTTTAAGC TCGCAGGTGG GCGGCGGCGC CATTAACAAC
ATAGGAAATA CCGCGACCGG ATTGATTGAA GAGTTTGGTT TCTCTAACGT ACAACTCGAC
ACCAACGATG AGGGCCGTGT GGCGATCAGT GGCTTTATCG GCGAGAACTT GATGGTGAAA
TACGGGGTGG GCGTGTTTAA CCCTGGCTAT GAGATGACGG TCAGATATTA CCTGCTCTCG
CAGCTTTATC TTGAAACCGT ATCGGGCACC TTAGGCCAAT CCCTTGATAT CTATTACAAC
TTCAATATCA AGTAG
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| Protein sequence | MSLPPEHNKP TEQDAVGSPI TEVTEAIATS VTQSVSFIQK LWRQFKLWTR IIIYVPLGLL
VLIALLLGTE FGSRITVGLA DQFVPDLDLT YTSGSINKDL ALSHASWSMA GIKVQLEDLH
LLWQPACLLQ KRLCVNGLSA AKVDVTIDTL ALSADTNDPP IVPLDEEPSE LLLPFDIELD
SAELKAVNIQ VDEMQFTANR LNAEAKWFAE GLSVKQLSSE GLFVLIPTAT DTAQTNQAAT
TTASNADIAA STTPDTATSA ASTTANATPD PSANSQAKDK PAKDSSAEWA LAHLPQVFMP
FPVTVNALTL DNTTLQIGDR KDVFSHAELQ GRFREYQLTL DHLAISHTDG SADITGSLTL
DNDYPLDLEA NLTLNQLAEL PELTHQALDV KLSQSLGQLQ VNAVAKGDAD FTLDGQITLR
DPNLPYKVKL EQTRLQWPLK SPEYSVSDVA LESQGDLNRQ EASLKGQLTT PFHKVLAIDT
SLQHQDAKLT INNLDATGAI GQVKLTGELD YQKAIRWNAN LWLNDVKLQE VQLPQTDTTQ
TATGLPDSLI SGKLRTQGSF ADPRWQVSLN DTELTGTLQG YPFDITGDIS VNDSLYVSSK
GLNAKVLGST LALKGEANAN WDLQGELQVP DFGLWLPKAS GQLQAQINVT GDEKHPQVEL
TAQLAELFYQ NIKLRESNLK AYYKPLDQHE FAISLKSKAL QIADQNVDTV TLGAKGTIDA
QKLTLNATGD LGLDTTVSSQ YDEKKSRLRL DVERLNLNTP VGLWQLDNAI NLAWDQNKNQ
GSITPFCLMN PNSRICLNSE TTIGKKGSAQ VSYSGNPGQL LVPILPTNMR WDGPASLLAN
FAWAAGRKPT ADVNFDFAPG SIMLKRDKNR EVTINYQHLS LLATLDAKRL ATVLNFESEG
VASWQSEINV NVTPDRALSG FANIKQINLQ PLGEFFPQLN TVQGLLTSQL NFAGSLEAPE
VSGSMALTEG SLALTANPTL IDKIDLSMSF AGQQAELKGR WMMGNGLGRV TGQLKWPQGQ
FSGELALEGD KLAVIQPPLA ILDVSPDINL TFNSKQLTVK GKIAVPSGNI KIVPLAEGGI
ATSDDVVFDD SIAATQPKTS PYAIVADLNI SVGNELRIDG MGLTGRLQGT LKLQQQAFRP
PLLFGNIRVN QGSYRFMGQT LRIRTGEVQF VGPTSVPNLN IEAIREIKSE DLVAGVRVTG
TPARPVVTLF SNPAKEQAEI LSYIIKGSGF NSANNEQNNS LMMGAALGLS SQVGGGAINN
IGNTATGLIE EFGFSNVQLD TNDEGRVAIS GFIGENLMVK YGVGVFNPGY EMTVRYYLLS
QLYLETVSGT LGQSLDIYYN FNIK
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