| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | VSAL_I1429 |
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| Symbol | |
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| ID | 6987084 |
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| Type | misc_feature |
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| Is gene spliced | No |
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| Is pseudo gene | Yes |
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| Organism name | Aliivibrio salmonicida LFI1238 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_011312 |
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| Strand | + |
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| Start bp | 1540933 |
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| End bp | 1544624 |
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| Gene Length | 3692 bp |
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| Protein Length | |
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| Translation table | |
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| GC content | 40% |
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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 | 3 |
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| Plasmid unclonability p-value | 0.367777 |
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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 | ATGAGTAGAA AACTTGAATT ATTGGCACCT GGTGGTGATG TTGAAGCGAT TAAAGCGGCC
ATCGTTGCAG GAGCAAATGC TGTTTACTGT GGTCTAGATA TGTTCAACGC CCGTAACCGA
GCATCCAATC TTTCATTTGA TGAACTAAAT GGCGTGTTAC GACTTGCTCA TGAATACGGT
TGTGAAGTAT TCCTGACATT AAACGTTGTT ATTCTTGAAC ATGAAATTAA ATCATTAGCG
AAGCTACTTA ATCAATTAGT GAACACAACT ATTGATGGCA TCATCGTTCA AGATTTGGGT
GTGTTTAACT TAGTTAAAAA ATACTTCCCA ACATTAGATG TTCACGCTTC TACTCAGTTA
ACGACGCACA ATGAAGGTCA AATTCACTTC CTTTCAAAAG TCGGTGCATC ACGTGTTAAC
TTATCCCGCG AACTGAATAT CGACGAAATC AAAGAAATGA CAGCCGTTGC CCATGAACAC
GATATCCTAA CGGAAGTGTT TGTGCATGGT TCGTTGTGTA TTGCTTTCTC TGGTCAATGT
TATTCAAGCT CAGTGAGTGT GGGTAACTCG GGTAACCGTG GTCGTTGTAG TCAAGCGTGT
CGTGATGAAT ATGAAATTAC CGCAGCGGGT AACAAATTCC CATTAAACCT AAAAGATAAC
TCAGCGTACT TCGATTTACC GGAACTTGAA GGTAAGGAAT TTGAATGTTG CTGAGTTAGC
ATTGGCCCGT CTAAAAAAGC CAATTTCACC ATCGCTGTTT TTTTAAAAGG TATCGAAAAT
ATAATTATCG GGGATTTTAT AACTGTTTTA GCCCTATTTC ATGAGTTTTA GATACACTTA
TCCTACAAAC CTTATTATGC TGCCCTCAAT TCTGACTGAA CTATCGCATG GGTGACTAAA
TCATTGACCG AATTTCCGAC TCGGAAATTC GTAAACACCA GACGACTTTC ACATAAAATA
CATTCGTACG GATCTACTTT TACATATCCT TTTAACATTG CGGCATACCC TGGCATTTTC
GGCTCAGCTT CTATTGTCAT ACCTAAAGCT GCATAAACTC TAGGCAGAGC TTCTCCACGA
CGACGCATTG ATAAAAAACC GTAGTATCGG ATCATCTTGA AATGTTTATC AGGATAGTGC
TCTACTATCC GTCTTATCAT CTCTTCTGGT GATAATGTTA GGCTGTCTGT TGTTCCTGTT
CGATGGTCTA AATAATTAAA CGTTATCATT CCGCCTTTGG CGTAATGACT TAAACGTGAC
GCTGAAATTG GGGGCCGTTT TAAATACCGA CCAAGATAGT TCATCGTCGG TTTTACATTA
TTTGTCTTTT TAGCAAAATG AAGCTTCCAA CGACGATTAT ATTGACTGCT TAAAAAGCGT
GACCAATCCG TTTTATTACG GATATAGGGG CATTCTTCGC TTGATAAATC AAGCTCATAA
TAAGCCTTAC CCAATAAACT GACGATAGCC GCTCTCCAAC AAGGCTCTGT CGTTTTCATT
TGGAAGTAAA TGGGTTTCCA TAAACCGGTA CGTTCACAAA TTCCCCCACG AGTGACCGAT
AAATGTAAGT GCGTATTCCA ATTCAGTTTT CGACCGTAAG TATGAAGAGC ACAAAAGATA
CCGACATCTA TTCCTTTATC TTTTGCCCAT CCCAGCAGAA TGTTTGCAGC ACATTTGAAT
AATTTATTTA ACAGCCAACG GTTATGACGA AAGATAGGCC ATAGCGTGTT TGGAAGGGTA
AAGGTGATGT GTTGATATTC GCATTCAGGG AAGACATGTT GTTGCTTTTG TATCCATCGC
TCTGTGGCTT TCATGCCACA GCTACTGCAC GCTCGAGATT TACAGGTTTG GTGAATATAT
TTGATATGGG TACAGTCAGG GTTGCAACAA TGATATTCGC GAGAGCCAAA AGCCGCTGTC
CCACAGGACA GCATCTTTGT GACATTTTCA ATCACGACCG CTCTTAGGTT AGCTTTGTTA
TTATGAAGAA ATTTAAGCCA GTTATTTTGA CTATTAAATA ATTGTTTCAG GGGTTTATAT
GCGTGCATGG CGATAGGATA AACGATTTAT TGGCAACAAT GGAAGAGGTT GAGTCCTTTT
GATTTGCGCC GTAGGCGCCT ATTGTTCTAG ACGCGAAAGT GGATTCACTG AAAATTGAAG
GTCGTATTAA AGGCGCTCAC TACGTCTATA CTGTGGTGGA AAACTGGCGT AAAAATATTA
ATACGTTTAT TGAAACGGGT GAGCTATATG AAGATGACTC GAATCTACAT AAAGTCTTCA
ACCGTGGTTT AACCAACAAA TTCTTAAAAG GGAATTTGAC CAAAGACATG TTTATCGATA
ATCCTCGTGA TAACAGCGTA AATTACGCGG TTGATCAGAG TAACGCGATT GATGTTGTTC
AAATCCAAGA AGTGAAACAA GAGCTTTACA CTGATAAAAA TGCAATCGGT GCCACTCTTG
AAGAAAAAGT GAAGTCTCTA AGTATCGACA AAATTGCGAT TACGATTGCG TTTAAAGCGG
TATTAGGTGA GCCACTAACG GTGATCATTA CACCAAGTAA AGACGATCAA GAAACGTTTG
AAGTGAAATC TACATCACTA CTGAGCGAAG CCGGTCAAAA ATCGATCACT TCAAAAGAGC
TAGAGAAGCG CTTTAAAGGT GTGATTACGC CAGATTACCT TCTTGAAGGT TACGATTTCT
CAGAGCTTGG AGACAACTTA GCCGTTCCAT TCAGAGAGCT TTCTGAGCTT AAAGAGAAAG
TCGCTTTCTT ATTGAATGGT TCTAAAGAAG TGATTAAACA CACAGATGTT GCGGCATTAG
TACAGCAACC AAAAGTCGAA GAGAAACCGA CACTATCGAT GCTGATTTCT GATGTTGCTG
ATTTGAACAT ATGTGATGTG ACTGACGCTG ACATTTACTT CAAATTACCA GAAAGCTTTA
AAAAGCGTGA TAAAACATAC ATTAATATCT TCTTAGAAAA CCCTCGTTTA ATCCCATGGT
TCCCTGCGGT TCTGATTGGT AAAGATTACG ACGAAGCCGT GAAAGTATTA GAAGAAGCAA
AACCAACTCG TATCGTAACG AATAATACGG GTATAGCATA TAAAGCGTTT GAAATGGGGA
TAGCGTGGAT CGCAGGTCCA CTACTAAACA CAACAAACTC ACATGCGTTA ATTACGATGA
AAGAAGCGTT GAATTGTGCT GGTGCCTTTA TCTCAAATGA GATCAATAAA GGTCAAATTA
AGCACATTCG TCGTCCTGAA AACTTCAAGT TGGTATACAG TATTTATCAT CCGATTTTGA
TGATGACAAG CCGTCAATGT TTCTTCCAAC AAACCGTAGG TTGTAACAAA CCATCGATTG
AAGCAGGTTG TATGTTGAAG TGTGAAAAAG CCACTACGAT TACAAACGTG AAAGGCATTT
CATTTGCAGT CGATAAGCAA AAAGGCGGCT ACCCAAGTAT TTACAACCAC GAGCAATTCT
TAAACATGGA TATCGTGACC GATTTATCGG ATCTGTTTGA TGAGTTCTTC ATTGATTTAA
CGAACATTGG TGGTGGCTCT AAAGAACAAG CCAATAAAGT CGAATTAGTG AAACACTTTG
AGAAGTTATT GAATGGCGAT ACGAGTGTGC AAGAAGAGTT GTTTACAATG GTTCCAATCA
ACACTAACGA TCAATATCAA CAAGGTTTGT AA
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