| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Sbal223_4395 |
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| Symbol | |
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| ID | 7090182 |
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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_011664 |
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| Strand | + |
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| Start bp | 68723 |
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| End bp | 71845 |
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| Gene Length | 3123 bp |
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| Protein Length | |
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| Translation table | |
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| GC content | 42% |
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| IMG OID | 643662653 |
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| Product | |
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| Protein accession | |
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| Protein GI | |
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| COG category | [V] Defense mechanisms |
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| COG ID | [COG0286] Type I restriction-modification system methyltransferase subunit |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 7 |
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| Plasmid unclonability p-value | 0.00345264 |
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| Plasmid hitchhiking | Yes |
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| Plasmid clonability | hitchhiker |
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Fosmid Coverage information |
| Num covering fosmid clones | 30 |
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| Fosmid unclonability p-value | 0.00443856 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | decreased coverage |
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Sequence |
| Gene sequence | GTGGTTGGAT TACTTGTGGC AAATGAAAGA ATTACCGAAA ACTATGTAAG AGAAAAGTTG
AGAGAAAACG GCTACTATGA AGCTGACAAT GGCGTAGTCA TTGAAGAACA AAAATCGCAA
ATCAAGCGAG TTCAAACCAT CTTAAAATCT GCAAGTAAAG CGAAAACAGG TAAAGGTGGC
TATCCAGAGT TTATTATCAC TTGGGAGTCA GATCCTAACT TCCTAATCGT GGTTGAGTGT
AAAGCTGACA CGAAGTATCA CGAAAGCCCA GATTTAGACA AACCAAAAGA CTATGCGGTT
GACAGGGCCG GAGCATACTT TGTTAAATTG ATTTAACATC TGCAAAAATC ATCAATTCCC
GATATTCATC ACTGAGTAAA GAACGATGTA ACTTACTCTT CATACTGCGT TTTTGTGTTA
TTTCGAGTTT TGCCAGATTC AGGGCCATTC GCCTCACTAT CGCCAGTGAT TCGGCAGTTC
TTTGCTCGTG AACCCGACAA GCATCTTCTC GATAAACCAC ATCCAGGACC CAGTGCAGAC
TATTCTCAAT TCGCCAGTGC CCTCGGACAG CAGTCGCAAT ATATTCGGGA TCGATATCAT
GGGATGAGAG ATAGAAACTG GTCTCTATGC TGGTCTTATT GCCTATTTTT CTGTGTCGCT
CAACGGCTAT TAATGTCTTA ACTGAAGGCC ACTTTTCTTG CAATTTAGGA CTCAGCTTCG
ATGGGATTTG AAATGTAATC CGCTGCTCTG TTCTTCCATG CCCTTTTTCC GAACAGGCAA
ATTGGGCTAA CTGACTGTCA TCTTGGAAGG CCACATCATA CTGCGCTTTA ACTGCTTGAA
ATAAAGTCCG TTGATTACTT TTCACCTGCA CCACATAATC TCCTTTACGA GCGACTATCG
CTTCCAGCGT CGCGCGTTGG GCATGCAAAG CATCCATGGT TATCAATGCT TTATTTATGT
TAAGCATGGT AATAAGTGAT TGTACCGTTT CAATTTCCTT GCCTTTTCCA GAGGCCATTT
CTTGATAAAG CGCCAAGCCA TTATTAATGT CGAACGCACC CACGGAATGT AAGGTGTTGC
ACCCTAACTT AGAGGCACCT CTGAGTGTTT TACCATCGAT AGCAATGATG GGTTTAGCTG
ATGCGGTGCG GATGTCGTTA ATCCAACTGA ATAGGCACAA CTGCAAATTC TCCGGCCCTA
CGGCTTTTAG GATACGTGCT ATGGTATGCC GACGGGGAAT GCCATTAGCA AATGGACGAA
ACTTACGTAG CCACTCAAGT TTTAGCTCGC CGAACTGTTG AATTTCTGCC CAACCATCTT
GCCCACTGGC TACTGCCGAT AAGATTAAGA ACAGTACGTC GACAAGGTTG TGGCGTTGAT
TAATGTGTGA GCGCGTGTCT TCGACTAAAG ATAGGTGATC AAAAAGTGAC ATGGAGAGTG
GCCAAGTAAT TAATTTCTCA TTCAGATCAT GGCATTGCGG AATAGTTCAA TTTTTTTAAC
AAAGTGCGAT CTCGCCCTGA TGCGGTTGAC GGTGTATTGC ACTATGCAAG GTATCTATCA
AAAGACTTCA CTGTCCTTGC CTTAGCTGTT AGCGGCACGT CAGAGGACTA TACAAAAGTA
TCTAATTACT TAATACCTTG TGGAAGTAAA GACCACAAAG TCCTGACTAA TGAAGATGGT
ATCGAAGTAA ACGATATTCT TTCATTTGAA GACTATTACC GTTTAGCTTC TTTCGACCCA
CAGGTTGAAA GGAAACGTCA TAGCGATCTA TTAGCGTTTG CAAAAGACCT CCACGAGCTG
ATCTGGACAG CAGCGAAAAT ATCAGAAGAA GATAAGCCTT TGTTAGTTAG TGGAACGTTG
ATTGCACTAA TGAACCAACC ATTTTTAAAC TCATTTCAAT ATTACAGTCC AGAGGATATG
CCTCGAAAAT GGCTAGAAGC TATCAAAGAC GAACTTGATA AAGCTGACAT TCCCAAGGCT
AAAAAAGACA CAATGCGTCA ACCTTATGCG GCTGTTGCTG GACAGCCAAA TTTAGGTAAA
CCTGATGCAA AAATTGCTAA AAAGTATCCG AAAGGTGTTC TTTACGAGGT GATCAAAGAA
ATCAACGATA ATGTCTGGCC ATTTATCAGC GTTTATCACA ACTTTGACGT TGTTGGTCAT
TTTTACGGTG AGTTCTTAAA ATACACAGCA GGGGATAAGA AAGCCCTTGG CATTGTCTTG
ACTCCAAGAC ACGTAACAGA ACTATTTTGC GATATCGCCA ACGTTACTAA AAAAGACACT
GTTATAGATA TCTGTGCTGG AACTGGTGGC TTCTTGATTT CAGCAATGCA CCGAATGCTG
AAAACAGCGA TGACGGAAGA AGAACGTTTA GACATTAAAA AGAACCGTCT GATCGGTATC
GAGAACAGCC CTAAAATGTT TGCATTAGCT GCAAGCAATA TGATTTTACG AGGTGACGGC
AAAGCAAACT TACACCAAAG TAGTTGTTTC GAACCAACGT TAAAGAAAGC TATTACAGTT
CCCGATCCTG CTTTGGGTGT CAAAAGACCA AACGTTGGTT TGTTGAACCC TCCTTATGCT
CAGTCAAAAA GCGATGCAGA GTTACACGAA CTCTATTTTG TGAAAGAAAT GCTAGACCTT
CTTGAAAAAG GTGGCATTGG TGTCGCAATT ATTCCCGTTA GTTGTGTAAT AAGTCCAAAC
AAAGCAAAAC ACGAGATACT AGAAAAGCAT ACTTTAAAAG CCGTTATGTC GATGCCTAGC
GAGCTTTTCT ATCCAGTTGG AACCGTTACA TGTATTGTCG TTTTTGAAGC ACACAAGCCA
CATAACGAAA CAAATAAGAA AACATGGTTT GGTTACTGGC GAGACGACGG CTATATCAAA
ACGAAACATA TGGGACGCAT TGATTTAAAC CACCAATGGC AAGATATAAA ATCTCGTTGG
TTAGAGGCGT ACAACAATAA CGAAGTTCAC GCTGGTGAGT CTGTTACTGC TTATGTTGAC
GGTGATAGTG AATGGATTGC AGAAGCCTAT ATGGAAACCG ATTACTCTAC AATTACAGAA
GAAAGCTTTG CTGATCTAGT CAAGAACTAT GCAATGTTTA AGATACTCAA TGAGGACAAA
TAA
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| Protein sequence | |
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