| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Sbal223_0991 |
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| Symbol | |
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| ID | 7086462 |
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| Type | |
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| Is gene spliced | No |
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| Is pseudo gene | Yes |
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| Organism name | Shewanella baltica OS223 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_011663 |
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| Strand | + |
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| Start bp | 1166494 |
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| End bp | 1172885 |
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| Gene Length | 6392 bp |
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| Protein Length | |
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| Translation table | |
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| GC content | 39% |
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| IMG OID | |
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| Product | |
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| Protein accession | |
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| Protein GI | |
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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 | 0.879827 |
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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 | 32 |
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| Fosmid unclonability p-value | 1 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGCTAGACT TTGATCGCAT AAAAACATCA ATGATTGTCT TTGCTCTTGA AAAAGAGTTA
GGGAATTTAG TTCTGAATAA TGATTCCTCA TTAATTGATT CTTCAGCTAT TGATACTATT
TCTGAACGTG AAGAGTCCAA GAAGAGAAAT AAAGTCTTAG ATGCCAAAAT GTTAGTTAAG
GCTAGTTACT TTGGAGAGCT TTTTGATTTT GCTATAAGTG TAAGCAAAGA TAAGTCAGTT
CATGACTATT TAATAGAGTT AAAAAGCTTT TGTTTTGCAA ATGATATTTT TGAAATACGT
AATGCTGTTA GTCATTCGAC AAAGGACTTT CATGTCAATT ATTGGTATAG AGCCGCAGCG
ATTGCAACTC ATCCTACAAT AGAGAAGTTA AACTTTGAAA TGTTACAAGA GGCTCTGTAT
TGTGCTGAGA ATAATGAGCT AAAAGAGCCG CCAGAGGAGT GGTTGGAAAA GATTTGCTGG
TCAATACCTA ATAATCTACC TGAACAGTTT GAGCATTCGA TTACATCTCT AATTGGAAGA
AATAAAGAAA GTGAATTATT GAAAGCAAAG ATTAGATCTC CAAGGGCTGA TTTTATCTCA
ATTATTGCTC CAGGAGGGAT TGGGAAAACT GCATTAGTTC TTGATGTTTT ACAAGATATT
AGTTTAAGTC CCGACTTTTC TGATGTAGTT GATGGGATAT GTTTTGTTAC ATTGAAAAGA
GTAAGTCTGA CGGCAGATGG ACTTGTATGT TTTGATGCCA TTAAAACAAT ATCTGAAATC
GAAAAAGAAA TTGAAGATTA CTTTGTTGAG TACCATGGTG ATGAATCTAT AATTTTTGAG
GATGTAAAAG AAAAGTATAA TGAAATGAAG TTAATATTGT GCATTGATAA CTTAGAAACT
TTGCTAGTTG AAAGTCCTGA AACCTTTCAG CCATTTATTG ATGATTTACC ACGAAATTGG
AAAGTAATAG TAACAAGTAG AGTCACAGTT TATGATTCAT CAAATATGCC TCTCCCCGGT
TTGACAGATG GGTTATGTTT TAATTTGGCT AGAGAGTACA TGCTCAAGAG GGGGATAACA
CACAGTCATA AAAATGATAT TAATACTTTA GTAAAAAACT CAAACAACAA TCCCTTGGCA
ATAAGATTAT CTATTGACTT GATTGGGAAG GGGTACTCAG TTCCTGATTC TATTTCACAT
ACTAAAAGTG AAATTGTAAA ATTTTCATAT GATAATTTAA TTGATAAGTT GTCACATGAC
TCTATAAGAA TTCTAGAGTC TCTACTTGCT GGTGGTGCTT TATCTAGGAG GGATTTATCT
AGCTTTCTTG AATTGACTAC TGATGAATTG GCTGAATCAA TAAAAGAATT GACTGCAACA
ACATTAATTT ATAAAAGTAA ATCTGATGAG GTATATAGTT TAAGTGACTC CATCCGAGAG
TTATTGGTTC TAAATCCAAG AAATTTAGAG GTTAGGACGC AGTTAAATGA GAAAATAAGA
CGTCGAAATA TGGAGATTTC TCAGATAAGC AAAGAGCAAG AAGGGCTTAA TATTGATAGG
TTTGATGCTA ATTATATACC AGATGATATC AGTCCTGAAT TGAAAATTGT TTCTAAAAAA
ATTAACTCGT TATGTGCGAG TAAAAATATT TCAATAGAAA ATGCTGCAGC TATATTTAGC
TCAGGGCCGG AGCATACTTT GTTAAATTGA TTTAACATCT GCAAAAATCA TCAATTCCCG
ATATTCATCA CTGAGTAAAG AACGATGTAA CTTACTCTTC ATACTGCGTT TTTGTGTTAT
TTCGAGTTTT GCCAGATTCA GGGCCATTCG CCTCACTATC GCCAGTGATT CGGCAGTTCT
TTGCTCGTGA ACCCGACAAG CATCTTCTCG ATAAACCACA TCCAGGTGTT CTGGTCTAAT
TCCATCGGAC ACTTAATTTT GAGACAGTAT AGTCAATAAA TTAAGAGGTC TATATGAGTC
TGAAGAAATC ACATAAGAGT TATCCGCAGG CATTTAAAGA TGAAGCCGTC TTGATGGTGC
TAGAACAAGG TTATAGCGTT GCCGATGCGG CAAAGTCTCT TGGAGTTAGC ACGAGCCTGC
TTTACAACTG GAAGGAAAAA CACGAAGCCC TGAAACAAGG TATCACCTTA GAAGAGTCTG
AGCGTGATGA GCTAAAGAGA TTACGTAAAG AAAACAAAGA ATTACGCATG GAGAAAGAAA
TTCTAAAAAA GGCAAGCGCC TTCTTTGCGA GAGAAATGAA GTAAGATTTC GTTTCATCAA
ACAGCAATCT AACCTGTTTC CTATAACACT GTTATGCCGA GTAATGAGTG TCAGTAAGTC
AGGCTATTAC GATTGGCATA AACGCCCTGC AAACGTGATA AGCGTTGAAA CACTGAAGCT
TTATCGCCTT GTTCGACAGC TATTTAAGCA AAGTCGAGGC AGCTTAGGGA ATCGTGAAAT
GGTGAAGAAA TTGCGCAAGG AAGGCTACCA GGTTGGTCGC TATCTCGTTC GTAAAATTAT
GCACCGCCTT CGACTCAAAG CAACCCAGCG ACGCGCTTAC AAGGTGACTA CGCAGCGAAA
ACACTCAGAT GCTGTGGCTG ATAACCTGCT AAACATGAAC TTTAACCCCG TATCGGCTAA
TGAGGTTTGG GCGGGTGACG TGACCTATTT AAAGACAGGT GAAGGTTGGA TGTATTTGGC
AGTGGTGATG GATTTATATT CACGCCGGAT TGTGGGATGG CACATAGACA AACGCATGAC
CACAGATTTG ATATCTAAGG CATTAATAAA AGCCTACAAC CTGCGCCAAC CGGCCAGAGG
GTTGGTATTT CACAGTGACC GAGGCTCGCA ATATACCAGT AAGCAGTTCG GCAGGTTGCT
ATCGAGCTAT GGTATCCGAG CCAGCATGGG TGATGTGGGT GCGTGTTGGG ATAATGCCGT
TGTTGAGCGA TTCTTTGGTA GCTTGAAACA CGATTGGATT TTTAAAGTTG CTCAACCAAC
AAGGGAGTTT ATGAAGCAAG ATGTGACGGC TTACATGAAA TATTACAACT TGGAGCGACT
TCATTCTGCT AATGACGATC TGTCACCTGT AGAGTTTGAG AATTCTCAAG TAAAAGTGTC
CAGTTTGGGT TGACCAGTAC AAGGACCCAG TGCAGACTAT TCTCAATTCG CCAGTGCCCT
CGGACAGCAG TCGCAATATA TTCGGGATCG ATATCATGGG ATGAGAGATA GAAACTGGTC
TCTATGCTGG TCTTATTGCC TATTTTTCTG TGTCGCTCAA CGGCTATTAA TGTCTTAACT
GAAGGCCACT TTTCTTGCAA TTTAGGACTC AGCTTCGATG GGATTTGAAA TGTAATCCGC
TGCTCTGTTC TTCCATGCCC TTTTTCCGAA CAGGCAAATT GGGCTAACTG ACTGTCATCT
TGGAAGGCCA CATCATACTG CGCTTTAACT GCTTGAAATA AAGTCCGTTG ATTACTTTTC
ACCTGCACCA CATAATCTCC TTTACGAGCG ACTATCGCTT CCAGCGTCGC GCGTTGGGCA
TGCAAAGCAT CCATGGTTAT CAATGCTTTA TTTATGTTAA GCATGGTAAT AAGTGATTGT
ACCGTTTCAA TTTCCTTGCC TTTTCCAGAG GCCATTTCTT GATAAAGCGC CAAGCCATTA
TTAATGTCGA ACGCACCCAC GGAATGTAAG GTGTTGCACC CTAACTTAGA GGCACCTCTG
AGTGTTTTAC CATCGATAGC AATGATGGGT TTAGCTGATG CGGTGCGGAT GTCGTTAATC
CAACTGAATA GGCACAACTG CAAATTCTCC GGCCCTACGG CTTTTAGGAT ACGTGCTATG
GTATGCCGAC GGGGAATGCC ATTAGCAAAT GGACGAAACT TACGTAGCCA CTCAAGTTTT
AGCTCGCCGA ACTGTTGAAT TTCTGCCCAA CCATCTTGCC CACTGGCTAC TGCCGATAAG
ATTAAGAACA GTACGTCGAC AAGGTTGTGG CGTTGATTAA TGTGTGAGCG CGTGTCTTCG
ACTAAAGATA GGTGATCAAA AAGTGACATG GAGAGTGGCC AAGTAATTAA TTTCTCATTC
AGATCATGGC ATTGCGGAAT AGTTCAATTT TTTTAACAAA GTGCGATCTC GCCCTGATAT
TTAGCTCGCT TGATCGTTTT AATGAAATTG ATAAAAATGC ATTTTTTTTC TTCCAGCATG
GTCGTGTTTT TCAAATGGTT AGTGATTATC CTGGTGCGGT AAAAGCATAT GGGCGTTCAA
TCGTATTGAC AAAAAATCCA GTAGTTATGC TGCAGTTAGC TAAATTATAT GGTTCTCAAA
ATGAGACGCC TAATGCATTG AAGTTATATG AACAGTTAAT TGACGGTCGT TATGCAGAGC
CAGAAAACTC TTCAGCAAGA TTTTCAAATG ATGTTATATA TGGGTATTTT ATTTCTTTGC
TATACCTAGG AGAGTATGAA GTTATTTTTG ATAGAACTGA AGATATTGGC TCTCACAGGT
ATCGAGAGAT GTTACTTCTT TTTCGTGCTG CAGCATTTAA GCGTAGTGTT GAGAATAAAG
TCCATTTAGG AGGTGATGAT TGTAAGCAAA AGCTAACTAA AAGTATGGAG ATTTTTTCCA
TTATATTTAG AGAGTATGGC TATAAGAATA AGTCTTGTGT TGAATTCCGT AAACTTACAA
GCGAGCTTGC ACAGTATTGC TTTTATAATT ACTTTAAAGA TTCGGGATTT GCGTCAAGTG
TTACTAAGTT TGTATCTGCC CATGCAGGGC GAGATCGCAC TTTGTTAAAA AAATTGAACT
ATTCCGCAAT GCCATGATCT GAATGAGAAA TTAATTACTT GGCCACTCTC CATGTCACTT
TTTGATCACC TATCTTTAGT CGAAGACACG CGCTCACACA TTAATCAACG CCACAACCTT
GTCGACGTAC TGTTCTTAAT CTTATCGGCA GTAGCCAGTG GGCAAGATGG TTGGGCAGAA
ATTCAACAGT TCGGCGAGCT AAAACTTGAG TGGCTACGTA AGTTTCGTCC ATTTGCTAAT
GGCATTCCCC GTCGGCATAC CATAGCACGT ATCCTAAAAG CCGTAGGGCC GGAGAATTTG
CAGTTGTGCC TATTCAGTTG GATTAACGAC ATCCGCACCG CATCAGCTAA ACCCATCATT
GCTATCGATG GTAAAACACT CAGAGGTGCC TCTAAGTTAG GGTGCAACAC CTTACATTCC
GTGGGTGCGT TCGACATTAA TAATGGCTTG GCGCTTTATC AAGAAATGGC CTCTGGAAAA
GGCAAGGAAA TTGAAACGGT ACAATCACTT ATTACCATGC TTAACATAAA TAAAGCATTG
ATAACCATGG ATGCTTTGCA TGCCCAACGC GCGACGCTGG AAGCGATAGT CGCTCGTAAA
GGAGATTATG TGGTGCAGGT GAAAAGTAAT CAACGGACTT TATTTCAAGC AGTTAAAGCG
CAGTATGATG TGGCCTTCCA AGATGACAGT CAGTTAGCCC AATTTGCCTG TTCGGAAAAA
GGGCATGGAA GAACAGAGCA GCGGATTACA TTTCAAATCC CATCGAAGCT GAGTCCTAAA
TTGCAAGAAA AGTGGCCTTC AGTTAAGACA TTAATAGCCG TTGAGCGACA CAGAAAAATA
GGCAATAAGA CCAGCATAGA GACCAGTTTC TATCTCTCAT CCCATGATAT CGATCCCGAA
TATATTGCGA CTGCTGTCCG AGGGCACTGG CGAATTGAGA ATAGTCTGCA CTGGGTCCTG
GATGTGGTTT ATCGAGAAGA TGCTTGTCGG GTTCACGAGC AAAGAACTGC CGAATCACTG
GCGATAGTGA GGCGAATGGC CCTGAATCTG GCAAAACTCG AAATAACACA AAAACGCAGT
ATGAAGAGTA AGTTACATCG TTCTTTACTC AGTGATGAAT ATCGGGAATT GATGATTTTT
GCAGATGTTA AATCAATTTA ACAAAGTATG CTCCGGCCCT GTCTGCCCAT GCACATCAAG
TTATGACTCA AATGGTTGCA GATTCAGATT TTTGTTATAA GTTTAAGAGT GTAATTGGAA
CGTTGTATCG TCTTAAAGTT GAGGGTAATT TTTTTGATAG TGATTATTGG CATGAGCTAT
TAGATTGCTT TATGAATGAT AGTAAAGCCG TAAACAATGG ATTTACAGTT GTTAAAGTTA
GTTCAATACA TGCTAGAGAT TCTAGGAATT TTGTAATTTG TGTTGATAAA AATTCGGAAA
CATATTTAGT TCATAAAAAA ACGCTAACTT CTGGAGCATC AAGATGTTGG GAACAAATTG
ATACCGGATT TCCATTGTGT ATAAAACATC GACCAGATTT GAATGATTCG AGTAAAAAAA
TTGTTTACCA AACAACATTG TTTTATATTT AG
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| Protein sequence | |
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