| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CCC13826_1461 |
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| Symbol | |
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| ID | 5595874 |
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| Type | CDS |
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| Is gene spliced | No |
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| Is pseudo gene | No |
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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 | 680570 |
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| End bp | 683665 |
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| Gene Length | 3096 bp |
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| Protein Length | 1031 aa |
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| Translation table | 11 |
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| GC content | 41% |
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| IMG OID | 640929252 |
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| Product | cytochrome C assembly protein |
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| Protein accession | YP_001466554 |
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| Protein GI | 157164310 |
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| COG category | [O] Posttranslational modification, protein turnover, chaperones |
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| COG ID | [COG0755] ABC-type transport system involved in cytochrome c biogenesis, permease component |
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| TIGRFAM ID | [TIGR03144] cytochrome c-type biogenesis protein CcsB |
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Plasmid Coverage information |
| Num covering plasmid clones | 10 |
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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 | 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 | ATGTTAAATC CAAAAACATT ATTTTTAAGT ATGGGCTCAG CTATCGTTTT GATGATAATC
TTTGCCATAG CTAGCGGAGC CGCCACAATA ATAGAGAGCA AAACCAGCAC TGAAGCAGCT
TGGTACTATG TTTATGGCGC TGGCTGGTTT GCGCTTATCC AACTACTTCT TGGTATAAAT
TTAGCCTTCA ATATCTTTAG ATACAACCTA ATCGATCCTA AAAAACTCCC ATCACTCATC
TTTCACTTAG GTTTTATCGT CATCTTAATC GGTGCTGGCA TCACAAGATA CCTTGGCTTT
GAAGCTGATA TGCATATACG TGAAAACACT GCTTCAAACG TTGTTAGTAC AAAGGTTTCG
TATATAAATT TAACTGCGCT TAACGACAAA GGCGAAGAGA TTAGCTCGGC TATGCCTTTG
GGACTTGCTG ATGTAAAGAA GGGCTTTGAT CTAAGGCTAA AAACCGCAGA TGGCGAGGCT
AGTTTAAAAT TTAAAGAATT TGTGCCAAAT GCAAGTTATA AATTTGTAAA TGATGATAGC
GGGAAGCCTG TCGTTGAATT TGTAGTATCA AACGAGAGTG AAAGCGAAGA GATATTTTTG
CTTGAAGAAG AAGAGGCAAG GGTTGGAGAT ATCAGCTTTA TCTTTAATGC CAAACCAGAT
GAAAATAAAA AATACGTTCT TTTTAGATTA AATGATGGAA ATTTCACAGT TACTTCAAAT
GCTGATCTTT CAAAATTTAC TATGGCGGAC AGCTCAAAAA CTGAGCTAAA AGCTGGTAGC
GTGAATGAAT TTGGCACAGG TAGCTTATAT ACTATCTCAA ATATAAATTT CGCCCCAAGA
CTAGTCTCAG CGCACGCTTC AAGAAAGCTA GTTAGCTCAA AAGATAGCGA GTTTAATGCG
TTGATAGCTG AGCTAAACTA CAAAGGTGAG AGTAAAGAGA TGCATGTATT TTACAATCTG
ATGGAGCCTT CACGTATCGC CGTGGCTGGA CAGAAATTTA ACGCCTCATG GGGAGCTCAG
CAGATAAAAC TCCCATTTAG CCTCTATCTA AAAGACTTTG AGTTAAAAAG ATATCCTGGC
TCAAATTCGC CTATGAGCTA CTCAAGTGAG GTAGTGGTAA AAGACGGCAC GAATGATCCG
GGGTTTGATT ATAGGATTTA TATGAACCAC GTGCTTGATT ATGATGGATA TAGATTTTTC
CAAAGCTCAT ACGACACCGA CGAGAAAGGC ACGATCCTCT CTGTCAATAA AGACCCAGGC
AAGATCCCGA CATATATCGG CTACTTTTTG CTAGGACTTG GCTTCTTGTT AAATGTCATA
AATCCTAATA GCCGCTTTAG AAAGCTAGCA AAACTAATAG ATAATGAATC AATAAAAGGC
GCTAAAAAAG TAGCTGCACT CATAGCAGTC TTGCTTTTGG GCTTAAATTT TAGCTCGCTA
AAGGCTGAGG ACTTCTTGCC GCATATCAGT AAAGAGCATG CTGACAAGCT TGCTAGACTC
ATCGTGCAAA GTCCAGACGG CAGAATGAAG CCATTTGATA CGCTTAGTAA AGAGGTTTTA
AACAAAATTC ACAGAGGTGA GAGCATAGGT AGTCTAAATT CAAACCAAGC TATGCTTTCT
ATAATGGTAA CACCTGATTT TTGGCGAAAT GAGAAGATCA TCGCACTTGG TCAAAGCAAG
GAGCTAAAAA AAGAGCTAGG CGTCGATGAG AATGCAAGAT ACGCAAGCTT TGATGAATTT
TTTAAAGCGA CAAAAGATGG TGGAAGCGAG TATAAACTAA CAAAATTTGC CGAGATAGCA
AACCGCAAAC ATCCAGGCTC ACGCAATACA TTTGACAAGG ATGTGATAAA GATAGATGAG
AGACTAAATG TATTTTATAT GATATTTATC GGTGAAATTT TCAAAATTTT CCCAAAACAA
GACGATCCGT CAAATTCTTG GTATTCGCCT GCTAGTGCGA TGATGTACTT CTCGCCAAAA
GAGGCTGAGC TAGTCGTTGG CATGATGAGA GAGTATTTCT CAGCTGTTGA TGCAGCCACA
AAGGATAATG ACTGGAGCAA GGCAGATGCG GCGCTTGAGA AAATTTCAGC CTATCAGCAC
AAATACGGCG CTGCAGTCAT GCCAAGTGAG AAAAAGATAG ATATAGAAAT TTTATTTAAT
AAATTTCAAG TATTTGACCG CTTGACACCG ATATATCTTT TAGCTGGTCT TGCGCTTTTA
CTATTTGTTT TCGTCAAGAT GTTAGCGCCA AAAGTGCAGA TAAATGGCAT AGTTAAAGCT
GTATATATTA TAAATTTACT AGCTTTTCTT GCGCACACAG TTGGACTTGG TCTTCGCTGG
TACATCGCTG AGCACGCCCC TTGGAGTAAC GCCTACGAGT CGATGGTCTA TATTGCTTGG
GCGCTTGGTC TATCTGGCAT CATCTTTGCA AAACGCAGTC CGATCGCACT TGCACTTACA
TCTATATTAG CTGGTGTTAC GCTATTTGTT GCACACCTTA GCTGGATGGA TCCGCAGATC
ACGACACTTG TGCCTGTGCT TCAGAGCTAC TGGCTAACTA TCCATGTCTC TATCATAACT
GCAAGTTATG GATTTTTGGG TCTTTGCTCG CTGCTTGGTG GCTTTACTTT GCTGCTTATC
ATCTTGCAAA ATAAGAAAAA GCCAAATGCA GAAATCGCGC GCAATATCAC TGAAGCAACG
CGTATAAATG AGATGGCGAT GATACTAGGT CTTAGCTTGC TCACGCTTGG AAACTTTTTA
GGTGGCGTTT GGGCGAATGA GAGCTGGGGT AGATACTGGG GCTGGGACAG CAAGGAGACT
TGGGCGCTAG TTTCGATCCT TGTCTATGCG GCAGTACTTC ACATGAGATT TATACCAAAG
CTTAATAATC AATACGCATT TGCTGTAGCC TCATTTTTTG CCTATTGGTC GATCATAATG
ACCTATTTTG GGGTAAATTT CTATCTAGCT GGCATGCACT CATACGCAGC TGGAGATCCG
CTTCCAGTGC CTGATTTTGT CTGGATAAGC ATCGCCATTA TGATAGCGAT GAGCGTTCTT
GCATTTACGA AACGTTCTCT TTGCACAAGG TTATAG
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| Protein sequence | MLNPKTLFLS MGSAIVLMII FAIASGAATI IESKTSTEAA WYYVYGAGWF ALIQLLLGIN
LAFNIFRYNL IDPKKLPSLI FHLGFIVILI GAGITRYLGF EADMHIRENT ASNVVSTKVS
YINLTALNDK GEEISSAMPL GLADVKKGFD LRLKTADGEA SLKFKEFVPN ASYKFVNDDS
GKPVVEFVVS NESESEEIFL LEEEEARVGD ISFIFNAKPD ENKKYVLFRL NDGNFTVTSN
ADLSKFTMAD SSKTELKAGS VNEFGTGSLY TISNINFAPR LVSAHASRKL VSSKDSEFNA
LIAELNYKGE SKEMHVFYNL MEPSRIAVAG QKFNASWGAQ QIKLPFSLYL KDFELKRYPG
SNSPMSYSSE VVVKDGTNDP GFDYRIYMNH VLDYDGYRFF QSSYDTDEKG TILSVNKDPG
KIPTYIGYFL LGLGFLLNVI NPNSRFRKLA KLIDNESIKG AKKVAALIAV LLLGLNFSSL
KAEDFLPHIS KEHADKLARL IVQSPDGRMK PFDTLSKEVL NKIHRGESIG SLNSNQAMLS
IMVTPDFWRN EKIIALGQSK ELKKELGVDE NARYASFDEF FKATKDGGSE YKLTKFAEIA
NRKHPGSRNT FDKDVIKIDE RLNVFYMIFI GEIFKIFPKQ DDPSNSWYSP ASAMMYFSPK
EAELVVGMMR EYFSAVDAAT KDNDWSKADA ALEKISAYQH KYGAAVMPSE KKIDIEILFN
KFQVFDRLTP IYLLAGLALL LFVFVKMLAP KVQINGIVKA VYIINLLAFL AHTVGLGLRW
YIAEHAPWSN AYESMVYIAW ALGLSGIIFA KRSPIALALT SILAGVTLFV AHLSWMDPQI
TTLVPVLQSY WLTIHVSIIT ASYGFLGLCS LLGGFTLLLI ILQNKKKPNA EIARNITEAT
RINEMAMILG LSLLTLGNFL GGVWANESWG RYWGWDSKET WALVSILVYA AVLHMRFIPK
LNNQYAFAVA SFFAYWSIIM TYFGVNFYLA GMHSYAAGDP LPVPDFVWIS IAIMIAMSVL
AFTKRSLCTR L
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