| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Sbal223_0097 |
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| Symbol | |
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| ID | 7087362 |
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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 | 109617 |
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| End bp | 113981 |
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| Gene Length | 4365 bp |
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| Protein Length | |
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| Translation table | |
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| GC content | 35% |
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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 | 7 |
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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 | 59 |
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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 | ATGGGAAAAC TATTTAATAA ATATTTAGGT CTAGCTTTAA TCTTTATTCC GTTCTTTGTA
AGTTCTAATT TTGAGCCAGC AATAAAGGTT TTTGATACAA ACGACGCCAT TGTTTTGCCT
AGTGTTGATA CTTCTAGTTC GAAAGTGATA TCAACAAAGG ATGGTTTTTT ATTTACTGGA
ATTAACCAGA ATGGCTTTAC TTCGTTATAT TATTTTGACC AATCTGCCAC AGCTCCCATC
GAAGTAAATA TTCCTGTCGC TAACAAGGAA AAATTCACAG TATTAGACCA TAACTCCTTA
CAGAAAATAG GGGATGATTT ATACATATTT TACTTAGATA CGACTGACGA TATTTTTTAC
TTTGATTTAG AGCATAAAAA GCTAGTTAAT TGGGGGTTGT ATCATGATTT AAAAAATAAT
AAAGAAATTT CACGGATTAG AGATGGTGTA GGCTCTCAAT TATTTTCTGA GTTAAGTTGG
ATATCTTTTA TAAATAATGA AAATTTGATA TTTGCGAGAA ATAATAAAGT TTACTCATAT
AATAGTAAGG ATGATTTGCT TACCAAGTTA ATGGATGGTG ATGACTGGGG TAGTGAATTG
ATCCAGAATA ATGGTAGTAA TATATATTTT GAGTATGATG GCATACTTTA TAAGACTGAC
GGCGTAAGAT TGGATGATTT GTATAGTTAT CCTAATGGTG AACAAGCTTT TGTATATAGA
GATTCGGGTG ATATTACATT AAGAGATAAG TACAACGCTC CGCCAGCAGA TTTAACTAGT
AAAGGTTTTT TTGCCATTTC ATTCGGTTTT GAACAGTCGA ATGATTATTT GTACTTAAAT
GGAGGTGGCT ATTCTGGAGA GATAAATCTG GGGAATGGTT ATGGATTTTC AAGTAACTCT
GGCATTATCT CAAGTGAGAA TACTATTACA TTCTTGAAAA AGAGCCGTGC TACTAACTAT
GGTGATAGCT ATCAGATACA AAGTTGTAGT CTAAATAAAG AACTTACCTG TAAAAATATA
AATGTGCTAC CTGAGATTAC TCAAGGGCTA GATAATGTAA CCCTATTTAA TGTAGATGCC
AGTAATGTTT TAGTGAATGC TAGATATGTT GAAGCTGGAA TGATAGTTGA GACTAAGATG
GTTTTAGTCA ATCTTGTTAC ATCTGAGGTT AAAGAGGTTG GTGTTAATAC AGGGCCGGAG
CATACTTTGT TAAATTGATT TAACATCTGC AAAAATCATC AATTCCCGAT ATTCATCACT
GAGTAAAGAA CGATGTAACT TACTCTTCAT ACTGCGTTTT TGTGTTATTT CGAGTTTTGC
CAGATTCAGG GCCATTCGCC TCACTATCGC CAGTGATTCG GCAGTTCTTT GCTCGTGAAC
CCGACAAGCA TCTTCTCGAT AAACCACATC CAGGACCCAG 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
GCCCTGGGTG TTAATATAGA TAAAAATGTT GTTGCTGATA TATTGGCAAA GTCTGTAGAT
GAAATATTTA TTCTCACTAC AGCTGTTTTG GACGATAAAA AAACGTTATA CAAGTACAAA
ATAAAAGAGG CTGCTTTAAG TAGTTTTCCT ATTAAAAACT ATCATGGTCA GTATCGTAGC
AGCTTTATTG TTAGCGGGAG GTTGTTTTCT TTAAAGCGTG ATGTTATTTC TGAAAATTTA
TTAAGTAATC AAAGATTTGA AGGGTTGTTT AATTTTGATG AAAATTATGA TTTATTTAAT
CTGATATTTC TAAGCAATTT TGGACGGAAT ACTGGGCAGT TAAATTTCTC AGGTATCCAT
GGCATTAATA AAGTGCGCGA TGGGATTGTT TCTTCTAGCG TTAAAACTCT CGAGAATAAT
TCTTATTATA CTTTTATGGT TCATGATGAT CTTACAAAGA CTGATATTTT TAACGGTTTT
GTTAATTATT GGCTTGACTC TAACGATGGA TTTATATTTA GTTCATTAAA TAACGTCTCC
ATTTTTAAAG ATGGCGCGGT AAGAAGTTTG TATTCATATA ATGATTCGTC AAAGATTAGG
TTATTTAAAC CAATTTCATA CAATAAAGGT AATATTCTTT TTGATAATAA TTATGTTTTA
AATGTTAATG ATTACAATGT ATTTGATGTT TTTAAGCCAA ATTTGAATGG TTACATGAGT
TCAAATCCTG TTCAATGTGA TGATAGTATA TTTTACATTT GGAGTGATTC TAATGGTAAT
AGCCTTTGGA GGAGTAACAA TAGCTCTTTA TCAAGGATAG ACCTGAATGG TAGGAACATT
AGTTTAGAAC TTGATTATTA TAGTTTGTTG GACTCTTTGC TGTTATCTAG TTACAACAAC
TCTACATCTA CTGATGATAG TTATTTTATA ATTAACTGTA ACGATTTTAC AATTAAAGAT
ATTTCACTTA AGCCAAATGA TGCTACTAGT GTTAGTATTG TGAAAAGTGA ACAAGGTGAC
TCATATGCTT ATGTCAACTA TTCTGATAAA ATGGAGATTT ATTATCTTAA TGATTATGAC
TTTAAATTAA ATAAAATATA TACAACATAT CTTTCTGATT ATTTTTATCC AGAATATAAT
GTGATTCATC GAACTGCAGC AGGATTTTTT TATAATTATC AATATCAGTT CAGTAATGGA
AACCTTGTTA AGATTGATAA TGCTGATAAT GAGTTGGTGG TTGCTAGCAC TGGTGACTGC
CACAGTGATG CTGATGACCC TCGAGGGTGG ATTGTATGTG CTGTAACTAT AAAAAATGGT
AATTTAATGG AAGATGCCAT ACGTATTTAT GATCTAAAGT TACAGAAACA TGTTTACGTT
AAGTTGAGCT ATCTGGAGCC AGAGGCTAAT ATCAGTAACT TTACATATAG TAAAGGAAGA
TATTTTTTTA ATGCGAATGT AGTTGGAATT GGTTATGAAT TGTTAGCTCT CGATCAAAAC
TGCCTGATTG AATTAGATAA TGGCGCAGAT AACTGTACGT TACCACTTCC AAACTCAGCT
CCAAGAATTT ATAGCCATGA AATAGAAAGT TATTACAATG GACAATCCGT TTATTTCCCC
ATTAGAGCTG TTGATGAGGA TTTAGACCTG TTGACGTATA AAATTATTAG TAAAGATGTA
AATTGGTTAT CTATTTCCAA TAACGGTGTT TTAAATGGTG TGATTCCTAA TAATGAAAAA
CCAAGAGTAA TTAATTTAAC TGTTGGAGTC TCAGATGGGA ATGTTGAAAC TACAAAGGAG
ATCAAATTAA AAATTTTAGA AAGCAATAAC AATCATGATA CCACGGAGAA TCCGTCTACA
CCTCCAAGCA GTAACGGGGA GGGGGGGGGA AGCCTATCGC TATTTTTACT TTTTATCCTT
TACCTAGTAT CAACTTATCG CAGAAAATTC CAATTAGGGT TCTAG
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| Protein sequence | |
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