| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Sbal223_0078 |
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| Symbol | |
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| ID | 7087343 |
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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 | 91959 |
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| End bp | 95782 |
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| Gene Length | 3824 bp |
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| Protein Length | |
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| Translation table | |
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| GC content | 46% |
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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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Plasmid Coverage information |
| Num covering plasmid clones | 19 |
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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 | 55 |
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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 | ATGGAACTTT CGATTCGTAG TCTTTTCGCA GCCACTGCGG TGTTGTTATC TACTTTTTCT
GTCACTCCTG TTGCTGTCGC TGCGGATTAC GACAAAATCG TCCACGGACC TGTGGATTTA
GCCCATGGCC AATGGCTTAA TTTCTATCAA AAAGATCAGC AAGTGTGGGG CGAAATGCTC
TACGGCGATG CGCCCGGCGT GCGTATTGAC GATTATGGCC GAGCCGAAAT TGTGGCGGTT
TTTTACTATG ACTTTGATAA AGGCGGCACT AAAGAAGTGA TCGTCATGCT CAAGGATAAT
GGAATGGACC CATCCACTTT TAATCGGCCT CACAGTGGGC CACGATGTAG TCGCTAAAAC
TCATCAGAAA GAGGACGGGT CCACTTATGA AGATTACTAC AATTGGTTTA GATATCGCAA
AGTCTGTTTT TCATGCTGTT GGTGTCGATA AAGCAGGCAA GTTAATCAAA AAGAAAATGC
TTAGACGCAA GGACTTACTT CCCTTTCTTG CTCAAATTGA GCCGTGTCTG ATTGTGATGG
AAGCCTGTAG TGGGGCAAAT TATTGGGCCA GAGAATTTGA GCTGTTGGGC CATAACGTCA
AGCTAATCGC ACCTCAATTT GTGGTGCCTT TTCGGCAAGG TAATAAAAAT GACTACAACG
ATGCGCTAGC CATCGCTGAA GCTGCGCAGC GACCCAACAT GCGGTTTGTA AAACCCAAAA
GCGTTGAGCA GCAAGATGTG CAACTGCTCC ACCGCATGCG CGAACGATTA ACTAAACAAT
CAACCGCCTT AATCAATCAA GTCAGAGGGA TGTTAGCGGA ATACGGCATT GTGATAACCA
AAAGTAAATC GGCTTTTAAA GTACAGTTCC CAGATATTTT AGCGGATGAA ACCAATGCGC
TGACTACCAA AGGTCGGGCC ATTTTTTATC AGTTATATGA AGAGTTTAGT GATATAGAAA
AACGGCTTAA GGGTTGTGAC GTTCAAGTGC TCACTGAAAC TAAGAATAAT GTGATTTGCC
AGCGTTTAGA AACTATCCCT GGTATTGGCC CAGTCACCGC TACCGCCTTT TATGCGGCCG
TCGGTGATGG TAAAGATTTC AGTAATGGTA GACACTTTTC AGCTTGGTGT GGCTTGGTTC
CCAAGCAACA CAGCAGTGGA GGTAAAGATA ACCTCCTTGG AATAAGCAAG CGGGGAAATC
CTTACTTACG TACCCTGTTC ATCCACGGCG CCAGAGCTGT GTTACAGCAC AGTTGTCATA
AACAGGATAA ATTTAGTTGC TGGGCAATCC AGTTAGCAGA ACGCCGAGGT TTTAACCGAG
CCTGTGTAGC CGTCGCCAAT AAACTCGCGA GAATGGCATG GGTTATCGCG GCGCATGACG
AAGAATATCG ACTTCCAGTA TAGTGCTGAA TAGATTCAAT AAACGTTAAT AATTAACCAA
CCAGCAAGTT GCTAAGACAC TTGAATTGAT GATGAGACAG TCAGACTGAT CTACTGAAAA
CCTTAGCTCG GCATAGGCTC ATAATGAAGC CGCAAGGATG ATAAGGACAG TAGAAGCAGA
TATCCATCAG GGCCAGAGGC ATACCTCAAT AACAGGCCGA ATATATGGGT GCAATGAACT
CTTCTCAAAA TCGCTATCGA ATGTCTTGCA AACCGGATGG GTCCATATAT GCCGATGGTC
AGCACCTGCG CGGCTATGGT TTTGATGGGG AAGAGCTGAC TAAACTACCG CGCCTACAAG
TTGTGCTCGA TGAAGTGGCC CCAACCTTAA CCACGTTTAC CGTGGGCGGC GTCCGTAAAG
TACTAAGCCA AATTCCGCCA CAGCAATACC GTATGACCTA TGATGTTGAA GCAATTGAAG
ATCCTGCCAT TAAAGCGATT GTCGATGGCT CAACTAAGCT CAGGCCAACC TTAGTGGGTT
ATCGAAATTC CGAAGGTTCA CCCGTCGATG TAAAAACCGC CGTCGAGTAT AAATTACGTT
ATCCACTGAC TCGCAAAGAT AAAGATGCTC AAGGCATTGA GCGCCAATAC AGCTTAGTGA
CCACCTTTGA TCGCAGTGGT TATAGCGAAG AAGACGGTAG TTTTGTATTG GTGAGTGTGG
CCTTTGAGGC CGATAACTTC GACTGGCTTA AAAGCGGCGG CGCTGAAATC CCCCGCACTG
GCCCATTCTA CAATTTTATG AGCATGGGCA TGGGTAGCAC TTGGGCAGGG CTTGCGAGTG
AAAGTCATTA TGCCCAAGGT CTGCTCGATG GTGCCTATGT TGCTTACGAT GGCCGCAATG
GCAATGTGAT GTATTCGGGC GATTACAAGC AGGGTAAAAA AGTCGGTAAG TGGATGGAAG
CCGATAGCCG AGAAACCTAT TGGGAAGGCG AATACCTTGA CGGTAAAAAA CAAGGTAAAT
GGATTGCACA GTCAATATTC GATGAGGCCG ATAACTTCGG TTTTGCTCAC TATAATCAGG
ATGTGCTCGA CGGCCCCTAC GAAATTTATG CACCAGATTA TGGCTCCAGC ACCGAAAGCG
CTAAGCAATT AATGGAAAAA GGCATTTATC GCAACGGAGT CAAAGACGGT GAATGGTTAG
AGCAAGATGG GACGAAAGGT CACTATGAAC AAGGCATAAA ACAAGGGCCT TGGACTGAAA
AGATATCGGT TGGGCATTAC CGCGATAGTC TAGGTCAAGG GAGTTACCTT GAGGGGAAAC
GCACTGGCCC TTGGCTGTTT ACTTTTGCTG GGGGCAGTAA AGCCGAGGTG AGTTATCTGA
ATGGCTTGCG CCAAGGCGAG GCTAAGTCAT TCAATAAAGA TAATGTGCTG CTTGTTACCA
GCCATTATGA ACAGGGCAGG CTCGATGGTC AGAGTATTTG GTACTCAAGC CCTAACGTAG
TGAGTAGTAT CTCTAATTAT CGCCAAGGTG AGCTAGATGG CCCGCAAATG CATTTTGATA
CTAAGGGTGA ACTGACAGGG TTAATGAGTT TTAAATTAAA TGAAACCGTG ACACTTAAGC
CCTCGCAAGA CGAATGCATT ATGCGTAAAA ATCCCTACGC AGCGGATTGT GCAGGAGTAA
TCAATCAAAA AAATACCGAG ACCTCATCGA TAAAGCACGG TGAACAGCGT GAGTATCATA
GCAACGGCAG CTTGTACAAA TTAGCTTACT ACAGCAATGG CCTGTTAGAT AAAACATACC
AGTTTGATTC CAATGGCCGT TTGTTAGAGA TGACAAGTTA CCAAGCGGGT AAGGAATACG
GTCCAAGTCT GCGTTATTCG ACCACGGGCG GTTATGCTCT GCGTATTTAT GCTCACAATG
TCAATAATCG CCTCTCAGGC CCACGTTACA GTTTCTATGC TAACGGCCAA TTAGATAAGC
TGTGGAACTA TTGCCAGCAA GAAGGGGAAA CCTGGAATGG TGCGCCTTAC TACTGGGATA
ACGCCATTGC GCGCTGTGGT ATACAGCGGG AGTACTTTGA TAATGGTGCT GTGAATTGCA
TCGAAGAGTT AGATAGCAAT TATGCCGTAG ATAAAGTGTG TTACGACATC AATGGCAAGT
TATCGAGTGA AATGCTGCGT ATCGATGAAC AACATGTGGT CCATAAGCGC TATATCAATG
GGGTGATTTA TCAGGAAGAG CCGGGTTTTT CCGATTATTC GCATGTGACC AAAGGGCGCA
AAATTTATCA CTTAGAAAAC CCTAAAAGCC ATGGTGTGTT TAAGTCCTAC CGCAGCGGCA
AGTTAGAGTA TGAAAAAATT TATGATATGG GTAAGGCTGG ATGCTTTAAA AAGTATGATG
CCAATGGCAA GCAAGCGGCA GAAACCGCCA GTTGCCAATT CTAA
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