| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CCC13826_0017 |
|---|
| Symbol | |
|---|
| ID | 5596524 |
|---|
| Type | |
|---|
| Is gene spliced | No |
|---|
| Is pseudo gene | Yes |
|---|
| Organism name | Campylobacter concisus 13826 |
|---|
| Kingdom | Bacteria |
|---|
| Replicon accession | NC_009802 |
|---|
| Strand | - |
|---|
| Start bp | 1967888 |
|---|
| End bp | 1972273 |
|---|
| Gene Length | 4386 bp |
|---|
| Protein Length | |
|---|
| Translation table | |
|---|
| GC content | 38% |
|---|
| IMG OID | |
|---|
| Product | |
|---|
| Protein accession | |
|---|
| Protein GI | |
|---|
| COG category | |
|---|
| COG ID | |
|---|
| TIGRFAM ID | |
|---|
| 
|
Plasmid Coverage information |
| Num covering plasmid clones | 6 |
|---|
| Plasmid unclonability p-value | 1 |
|---|
| Plasmid hitchhiking | No |
|---|
| Plasmid clonability | normal |
|---|
| |
Fosmid Coverage information |
| Num covering fosmid clones | n/a |
|---|
| Fosmid unclonability p-value | n/a |
|---|
| Fosmid Hitchhiker | n/a |
|---|
| Fosmid clonability | n/a |
|---|
| |
Sequence |
| Gene sequence | ATGGCTGTTA AAGTAGGTGT TATCAAAAAC ATTCTTGGCT CCAAGGAAGT AGTAGTTATA
GACAAAAATG GCAACGAAAG AGTTGTTGTC GCGGGAGATA GTTTGTACGA GGGCGACGTT
GTTAAAGCAA ACGGCGCAAA GGTAACTATC GCATCAAACG ACGGCAAAGA GTTTGAGCTA
AAAGATGGCG AAACTCTAAA TTTAAATAAC GACCTTAGCT CAGACAAAGA GGTAGCAGCT
ATACAAAAAG CCCTTTTAAA AGGTGAAAAT TTAGCAAATC TCGAAGAGAG TGCCGCTGGC
GGCAATAGCG GTGGCAGAGG CGGTGACGGC GTGAGCCTTG GCGAGACAAG GTTTGAGCAT
GGCGGTCATG AAAGCTCTGA TGTATCAGCT AGCTTTAGAT CACTTTCAGA TACTTTTGGC
GCTGTAAAAC TAACTAACCA AGAGGTAAAA GGTGGCGGTA GTGATGTTTT TGATGGTTCA
GATAGTGATA TAAATTCTGC CATTGCACCT GTAGCCCCAG TTGAGCCATC ACAACCAGAA
AATCCAACTC CGCAGCCTAA ACCGGTTGAG CCAGTTGAAC CAAAACCAGA ACCAGAACCA
GAAAATCCAA CCCCACAACC AGAACCAAAA CCTGAGCCAA CTCCAGAACC AACTCCGCAG
CCTGAACCTA AACCTGACGA GAGCAAAGAT ATAGTTAAAA ATATCTCAGT TGAAAACAAG
TTAGAATTTG GCTATGAAAA GAGCTCAGAC CCAAGAAGCT CAAATGACAA ATCATACTTA
GAGTACAACC TAAAAGGCGA AGTAGCGGAG GCTGATGCTG ATAAAAAGGT AGAGGTGACG
CTTAAATTTG GCGGAGAGGC AACTGCTGGC AAAGACTATG AAAACGCAGA GTACTCGCTA
GATGGCGGTA AAACTTGGCA AAAGCTAGAT GATAGTGGCG TGATAAAAGA TGTAAGAGCT
GGCGATATAA ATAAAGTAAG CGTACGTGTT GAAGTGGCAA ACGATCACGA CCAAAATGAA
GGCACATTTG ATCCATCGGA GAAAATTTTC ACAGATGCAG ATAAGGGCGT AGAAAATAAT
GGCTACTTTA AAGAGAGCGT TTCGCTAGAA GTTAGCATAG GTGGCTTAAA AGCATCAAAT
AGCGAAAAGA TCGTAGATAA TGATCATGAT ATCACTGTAA ATAACCAGTT TAATAACGAT
AAATCTTTTG ACGTTACATT TAAAGACAAT GGCGACAATA CGCTAAATTT CAAAGATGCG
ACGATAAACC ACAAAGCTGG TGACGTGGCT AGCACTATAG TCTTTGGCGA TGGCAGCTAT
CTTAATGAAG GTAAAGATAC TATCAATGCC GATAACTCAA ATTTAAACTG GCTAAATATC
AACACTCAAG GCGGAGATGA CACTATAAAT ATAAATGGTG GAAGACACGA GAGACTTCAC
GTCGAAACTG GTGCAGACAA CGACACTGTA AATTTAAACG GCGGAACTTA CATAGGCACC
GATCCTTATC AAAGTGGCTT CACGCTTGAT AGCGGAAACG ATGTATTAAA TTTAAATGGC
ACAAAAGATG ATCATGTGAA AATGACAGAT ATGTACCTAA GAACTGGCTC AGGCGAGAAA
GATGAGATAA ATATCAAATA CGCTGATATC GACTCAACAT ATAAAAATTC AGCCAACCAC
ATCGAGGCAG AGGCGAAAAA CAACACCATA AATGTTGAAA ACTCAAATTT AAAAGGTATC
AACATAGGTA CAGAGACAAA CACAGGTACC GATGTAAATA GAAACCCACT AAATTTCGAT
CTAAATTTGA AATCATCTAC CCTAGATGAT GTAAATCTCA ACACTATCTA CAAAACTCAC
GTAGTAGTTG AAGATACAAA GATAAATGGC AACTACCCAG AAAATGCCAC AAAGTGGAAT
TTTGCAGATA CAGATGATAC TTTAGAGCTA AGATCAGGCA CATTAAACGA TATGACGGTT
AATCTTGGCA ACGGCGAAGA TAAAGTCATC GTCACAAAGG ATATGAAGCT TAATGGCTAC
ACTGCGATAA ATGGTGGTAC TGACTACAAA ACCGATACGC TTGTGATAGA TGGTAATGTT
GATTTTAATA AATTTAAGAG CTTTGAAGAG CTACAAGTGA CTGGCAAAGA GAAGGTCAGC
CTAAAACTAG AAGATCTATA TGATATGCTT GACATTAAAA ATAATGATAG CAAACATATC
TTGACAGTTA CAGAGGCAGC TGGCGGAGTA GAGCTAGCAG GCTTTAAGCT TTCAGAGTTC
GGAAGAGGTC TAAAAGATGG CTTTACAAGA TATGAGGCCG ACTTTGGTTT TCAAGATAAC
GGCAGATCTT ATACTGTCAA AGGCTATATA GATGTAAAAA ATGGTATCAA TGTCGATCTT
GGTGCTAAGC CAGAGCCTAC GCCTGTTGAG CCAGTCGAGC CTGTAAATCC AGCTCCAGCC
CCACAACCTG AACCAAAACC TGAACCAAAA CCAGAACCAC AGCCTGCGCC TGATCCAGAG
CCAGAATATA TACATGAATA CGACTCAAAA TATGTAAAAA ACATAGGCAT ATATGGCAAA
CAAGGCTTTC AGATCGAAAA CCATGAAAGA TCGAATATGT GGGAACATAA CAATTTAATA
TTTGAGCTAA GGGGTGAAGT GGCAGAGGCT GATGTGGATC AAAAAATCGA TGTAAAGCTT
AAATTTAGTG GCAAGGCGAC TTACGGCAAA GACTACGATA AAATTCAGTA CTCACTCGAT
AATGAAAACT GGATAGATCT AGATAGTAGT GGCGTCATAA AAGGTCTAAG AGCGGGCGAT
ATCAACAAAG TAGTTGTTCG TGCAAATGTA ATAGATGATA AAGAGCTAAA TGAAGGCAAG
CTTTTATCTG AAGATGAAGA TAGTGGAATA TTTTATTATC AATGGGATAA AGAAAAGTTA
TTTAAAGATG CAGATAAGGG CGTTGAAAAC AATCACTACT ACAGCGAGAG TGTGATCTTA
GAATTTAGTA TAGATAACGC TAAATATACG TATGAGGGTG GCATCATAGA TAATGACCAT
ATAACAACTG TAAATAGCGA ATTTCACAAC GACAAACGCT TTGATGTAGA GTATCTTCAA
AATGGAGATA ATGTCTTAAA TTTCAACAAT GCAACCGTAA GTCATAAAGA AGGAGAAGAA
CCTAGTAAGA TCCATTTTAG TGAAGTATAT AGTAACTCTG GAGACACTGA GGTCAATATC
AATAGTTCAA ATTTAAATTG GCTTGATATT AGAACTAATA CTGGAAAAGA TAAGATTGAT
ATCAATAACT CAAATTTAAA TAATGTCACT ATCGACACCC GTAACGGGAA TGATACTATA
AATATAAATG GTGGAACGCA CGAAAAAGTT GAGATCAATG CGGGCTTTGG CAATGATGTC
ATAAACATAA ATGGTGGAGT TTTTAACAAA GAGACCATCT ATCTTGGCAT TAACAGCGAT
ATCTTAAATA TAACAGGTAC AAAAGCTGAT CATGTAAAAA TGACAGATAT TGACATAAGC
ACTAATACTA ATAAGCTTAA TGGTGCCATA CAATTGGTTG GTAATGAATT AATTAAAGGC
GATGAAGACG TTATAAATAT CAAATACACT GACATTAACT CAACAACATC AGCAGAAAAA
AGTGCGATCT ATGCAGGATC ATCAAAAGGT ACTATAAATA TAGATAGCTC AAACCTTGAT
AATGTAGAAC TAAATGGAGG CAGTAGAGTC CCTTCATTTG GAGAAACTTA TCATACAGAT
ATAAATTTAA AGTCATCTAC CCTAAAAGAT GTAGATATCA TGGCTTATAT AAATGAAATG
CATGTGGTAG TTGAAGATAC TCACGCATCA GCTAGTGGTT TGCCAGCTGA ACACCATGCG
AACTGGATTT TGAGTGGACA TGAAAATGCA AAAGATTATT TGGAGCTAAG ATCTGGAAGC
TTAACTAATA TTAAAATAGA TCTATCGGAT GGCAGTGATA GTGTCTTTAT ATCTAAAGAT
ATGAAGCTTG AGGGTGGCAC TAGCATTCTT GGTGGATACT CAGACAATAG AAGTCGCTAT
GATCACGATA CGCTTTTGGT TGATGGTCAG ATAGACTTTA CAAAGGTTAA GAGCTTTGAA
GAGTTAAAGG TTACTAGCAA TGAAAAGGTC ACTCTAAAAG CTCTTGATAT AGCTGATATG
CTCGATGTCG GACACGAACA TAGTAATAAT TTGCTTCAAA TAACTCAAGC AAGTGGCGGA
GTAAAACTTG AAGGCTTTAG TAAATCTGCT GCTAACGCAG TAGAGGGCTT TGAAAGATAT
GAGGCGAATT ACGGCACAAC TACAGCTTAT ATCGATGTAA AAGAAAACAT CCACGTCGAT
CTTTAA
|
|---|
| Protein sequence | |
|---|
| |