| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CCC13826_0009 |
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| Symbol | |
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| ID | 5597510 |
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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 | Campylobacter concisus 13826 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009802 |
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| Strand | - |
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| Start bp | 1981960 |
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| End bp | 1986096 |
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| Gene Length | 4137 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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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 3 |
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| Plasmid unclonability p-value | 0.650882 |
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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 | ATGGCAACAA GGATAGGCGT TATAAAAAGC ATCTCACAAG GATCAAGTGT AATCGCAACT
GCAAAGGACG GCACTCAAAG AGTATTAAAA GTAGGCGATG AAATTTTTCT TGGTGAGACT
ATACAGACAA CTGATTTTGA CTCAAAAGTA GTCATAACTG CAAACGATGG CAAAGACATT
GCGATCATCG GAAAAGATAC CCTAAATTTA GACAAGAGTG TAGCTCACAA TGAGAGCTTT
GGTGACGATA GCGTAGCTGA TGTAAGCGCT ATCCAAAAAG CACTTCTTGA TGGCGCAAAC
ATCACAGATC TTGAAGAGAC AGCAGCCGGT GGTAACGCAG CAGCTGGAGC TGGTGGAGAT
GGCGTAAGCT TAGGTGCTGC AAGCTTTGAA GAGGGTGGTC ACTACTCAAA CATTACTGAT
GATTATAGAA ATTTACCTGA TTCAAGCAGG GCTTTTCAAA CTCCAGAGAA CTCAATCGGC
GGCTACAATG ACGGCAATGA CGCAGGCAAC GCAACTCCTG TTGCACCAGT CATACCTCCA
ATTAGCGTTG ATATCAAAAC ACTAAATGAT AACTTTGGAA CTATACAAGG CGATTACAGC
CTAGACGCGC CAAGCGTACC TCGCACAAAT GATGCTACTC CAACCATAAG TGGCACAGTT
GAGCCTACTG CTGTAAGAGC TGTTGTTAGC GTACTTGATA AGAACGGACA CGAAGTCTTT
ACAAAAACTC TAAATCCAAA CGACTATGCT GATGGTAAAT TTAAATTTAC AACTAACGAG
TTAAGCGTAG ATGGCAATCA TGATGGCAAT TATGAAGTAA AAATAGTAGC AACTGGAAGA
GACGGCAATA TTGCAACCGA TACTGGTAAT TTCGTGCTTG ATACAGTTGC AAAAATAACT
ATAAACGTTG AAACTGAGAT GAGCCTTGTT AAAGAGTCTG AGATGAGCGA GGGACTAAAA
GGAAATTTCT GGTTTAACCA CATCTACGAG CCAGGCGTAA GCGGTACTGA GCTAAGACCT
TATGCTTTTA ATAATACAGA ATACGCTCAT AACGGTAAGA AGCAAAATGA TTTTGTAGAA
TACTATATGA ATAATACCAA ACCTTGGGCA AGCTTTAAAG CAAAAGAGCT AAATTTCCAA
CAAGGCAAAG GTGGCGATAG AGATAACACT GATAATGATG CTGGAACAGT CTCAGGACTA
GACGGTGCTC ATAATATGGT CGGCAAGATC GATCTTGATG GTAATGTAGT AACTCCAAAT
AGTGAGTGGG TAGCTCCAAA TTTCAAAGCA CTTGAGTACT TCATCGACAA TGCAAAAGGT
AGCGATATCC ATATCCTAAG AGATGCTCCT AATGGCAAAA ACACGACAGC TGGTGCGATG
GTAAATTTAA AAGGCACTAT GTATCTTGAG CCAGGGGACT ATAAATTTGA CGCAAAAAAT
ACTGATGATA GCGTGAGATT TAAGGTTGAT GGTAAGACTA TGGTTGATTA TGACACTATT
CATTCTGAAA ATAGAGCTAC AACCACGACT TTACACGTTG ATAAAGCAGG GTACTATGAC
TTTGATATGA GCTATGCAAA CTACATCTTT TGGGGCAAGC TAAAACTAAC AGTTTCAAAA
GATGGCGGAC CTGAGAGCAT ACTTGGCTCA GAGGCAAGTG GCATAAAACT AAATTCAACC
GACTTTGACA GCTATGTAGA TACAGTAACA AGAAATGTCT ATAAAGTCAC TCAAAAGATC
ACAGGAACTG TGGATAATGT AGAAGACGGA CAGATCGTAA CTGTGACATC AAGCACCGGC
GAGAGCCATA CAGCTAAAGT GGTAGATGGC AAATATGAAG TTGAGTTTAA AACAAGCGAT
CCAAAAGCTA CATACACAGC TAAGGTTAGC GACCTTGTAG GCAACGAGGC GCAGGCAACA
TCAGCTAAGC TAAATGTCGC GACAGACCTA ATAGACGCTA TAGATAATGA CGCAAGCGTT
GTAAGTGCAA ATACAAGCAC AGGCATAAAC GATGCAACTA AATATTATAA ATATACAACT
GATGACATCG CTCAAACTGA TAAATTTTCA TCTAATGCGC CACTACCAGT ACTAAGCGAC
AAGACTCCGA CATTTACAGG TAGCATAGAT AGCAGCGCAA CTAAAGCGAT CATCACTGTA
CTTGATAAAA ATGGACATGA AGTCTTTACA AAAGAGCTTA GCCAAAGTGA ATTTTCAAAT
GGTAAATTTG AAGTCACATC TGATAACTTA GAGGATGGTA ACTATAACAT CAAAGCAACT
GCAATATTCG CAAATGGCGA CAAGAGCACG ATAGTTAGTG AATTTGTAGT TGATAAGACG
CCAGTTACTA TAGAAAACAT CAAGATCATC GAAAATGATG GCGAGGGACT ACACCATACG
CTTAAATTTA ACCTCAAAAA CTATGAGGAT GGCGATAAGA TCGAGAGTAT AAAAATCGTA
ACAGCTGACG GAACTACTAA CGTAATCTCT GTTGGCACTA CTAAGCCAAC TAATGGTGTG
CTAAGCTTTG AGTACGATCA TAAGATAAAA CTAGGCGATA AAATAGAAGT TGAGATGACT
GATAAGGCTG GCACAAAATA TACTCACGTA AATGAAATTT TAGTTCCAAC TATGACGCAG
TTTGAAAACG GCAACGACAC AACTACAAAT GCAAATAACC GCTCAGCTGA GAAGTTGTGG
GGCACTATGG AGATGAGTGA GAGCGGCACT AGAGCTGATG GCTCAAGGAT CGTTTCAAAC
GACGCTATCC CATACCTAAG AGCTGTGATC CCAGAAGATA CAACAGCTGG TGCTACTAGC
GATAATAAAA CTGTAAGTGA GTTTTTAAAT AGCGGCAGAG GCATAAGATG GAGTACTGGA
GATGTTAAAT TTGTATCTAC AAATGTTGAT ACAGGTGTTA CGAAAGTTTT ACTATCTGAA
GCGATAGAAA AACCAATAGG CAATGTAACG CCTGATCACT ACAATAGACT TACAGGCTTT
AACAACAGAC TTGACGGCTA TGGCAAGATG GCTGATGGTG TTTATAAAAT TTCTATCGAT
GGTAAATATC AAGGTGGAGA TGAGCTACTT TACAACTCTA TTCAATTTAC TATCGATGCA
ACAGCTGCAA CGATAGACAA CTCAAATTTT AACTACGATG CAGCTACAAA TAAAACCACA
TGGAGTGGAA ATTTAAGTGA AAATGGAGTT GGTGCAAGCT ATACGCTAAA ACAACACTTT
GAAGAGGCGG TAAAAGGCAT AGCTCTAAAA GATAGCATCA CTTTAAGAGA TGCAAATGGA
CACATCATAC CTGCAAATTC TGTAACGCTT GATGATAATG GAAATTTCGA AGCAGTATTT
AATGGCGATG TAAAAGCAAA CGATGTCTAT CTACAAATTT CTGATATCGC TAAAAACACA
AGGGTGGATG CAGAAAATAA CAACAATAAC AATGTCATCA CAACAAGTGA AGGCAACGAT
ATCATAACCG TTGGAGATGG AAACAACACG ATCAACGCAG GACGCGGCGA AAATGAAATT
CGCACAGGCA ATGGCAACAA TGTAATCATC ACTGGCGATA ACAACGACGT CATAACCACA
GGAAGTGGTA ACGACTACAT AGACGCTGGC AGAAGTGGCT ATACTGGCAT AAACAAAGGC
GATCTAGTAA ATGCTGGCGC TGGCAATGAT AAAGTTGTAT TTACCTTTGA TGATCCAAGA
GCAGCTCTAT CTCAAAGCTT GGATGGTGGC GCTGGTACGG ATACGCTTAT TATGCGTCCA
ATGGCAAAGG ATGGCACTAT CGACTTTGAT AAGATAGACA ATAAATCTTT AACTAATGCG
ATCAAGAATT TTGAAGAGAT CCAGCTTGGC ATGGATGAGC ATGGCAATGA CAACCAAGCT
GTTAAGCTAC TAAATTTAAA AGCAGATAAT GTATTTGGTA TCACTGATGA TGTAAATACT
ATCTTAAAAA TAAGTGGCGA CAACAAAGAT AGCGTTTCAT TAAAAGGATT TACTGAGGCT
ACAAGTCAAA ATGGTGTCGA AGCTGGATAT ACAAGATATG AGGGTCAAAC AAGCGCAGAT
ACTCCAAAAA CTATCTATAT AGATGTCGAT AATGATATAA ACAAACAACT TGTATAA
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| Protein sequence | |
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