| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CJJ81176_1032 |
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| Symbol | |
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| ID | 4683536 |
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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 jejuni subsp. jejuni 81-176 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_008787 |
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| Strand | - |
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| Start bp | 950747 |
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| End bp | 953992 |
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| Gene Length | 3246 bp |
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| Protein Length | 1081 aa |
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| Translation table | 11 |
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| GC content | 30% |
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| IMG OID | 639853758 |
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| Product | CcmF/CcyK/CcsA family cytochrome c biogenesis protein |
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| Protein accession | YP_001000692 |
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| Protein GI | 121612570 |
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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 | 21 |
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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 | ATGAAAAATA TAATAAAAAG CATAGGGGAT TTAAGAGTTT CGGTTGTATT GTTTTTGCTT
TTTGCGCTTT TTTGTGCTTT GGCAACTTTT ATTGAAAGTG CTTATGGAAC TCCTACGGCT
TGGGCAATGG TTTATGATAC TTTTTGGTTT GAATATATAC AACTTTTACT TGGTATTAAT
TTACTATGCG GGATGTTTCG TTATAAAATG TTTGGGCTTA AAAAATTGCC TTTAATGATT
TTTCATATTT CTTTTTTATT TATTTTAGTG GGTTCTGCAA TGACAAGATA TGCTGGTTTT
GAAGGTATTT TACCTATTAG AGAGCATACT CAAAATTCAC TTATAGAAAG TTCTAAGACT
TCTTTGCGCA TTTCTGCTAT AAAAGATGGA GAACGCTATA GTGCGGTTAA TGATCGTTAT
ATAGGAAATT TGCCTTTTGC TAATTCTTTT AAACTAAAAC TTAATTTAGG TGATGATCAA
GCTGTATTAA AATATAAAGA TTTAATCTTA AATGCTCATT ATACTTATAA AGAAAATAAT
AATTCTGATC CTTTATTGGT TTTGATGCTT TCTCAAAAAG GATCTCAAGG CGTTGATGTT
AAATTTGAAA AAGGTGAAGT TAAGAATATA GAAGGGGTTA ATTTTGCTTT TATGAATGAT
AATGTTAAAG CACCTTTTGT AAAAATTGAC GAAAATTTAA CTTTAAGTTC AAGTGAAAAC
TTACATTTTC TAAGTATGCT AGATGGACAA AATTTGGATC TTAAAATTGG AGAAAAGGCA
AATGCTAAGG AAAGAAGGCT TTATGAAATT AAAGATATTA GTTTTGTAGT TAAAGCTGCT
TCTTTACACG CACAAGAAGC TTTAGAAGGT TCTAATAGAC CTCAAGATGA AAGTTTTTGG
TTATGGTTTA AATCTGCTTG GTTGGAAGTG GGTAGAACTA TGTTGATTTC TACTTTTGGC
GAGCCTCAAA ATTGGAAAAA TTCTTTATTA TTGCATTTTA AAGATTTTGC TTTAAGTAAT
GAGAATAAAA ACTTAGAATT AACTGGCTCT AATGCTTTAA AATTAGAATT AAGCTATAAA
AATGAAAGTA AAGAATTTTA TATTTTTGAA TATAATAAAC CTATTATGAT AGAACTTGCA
GGTCAAAAAT TCTTTATTTC TTGGGCGCTT TCTTATGAAC AATTGCCTTT TGATATTTAT
TTAAGAGATT TTGTATTAGA TCGTTATCCA GGTTCTATGT CTCCAGCTTC TTATGCAAGT
GAAATTACCG TAAAAAATAA TAATGAAAAT TTTGATTATA GAATTTTTAT GAATAATGTT
TTAGATTATG ATGGCTATAG ATTTTATCAA AGTTCTTATG ATCAAGATGA AAAAGGGACT
GTTTTATCTG TAAATAAAGA TCCAGGTAAA ATACCAACTT ATATAGGTTA TTTTTTGCTT
TGTCTTGGAA TGTTTATGAA TTTTTTAAAT CCACATTCTA GATTTAGAAC TTTGGCAAGA
TTGATTAATA AAGACACTTT AAAACATACA AGTGTGATTA TTTCTATTTT ATTACTATCT
TTTGGTTCTG AAAAGACTTT TGCTCAAGAT TTAAATTCGA CCTTACCTGT GGTAAATACT
AATCATGCTA AAGCTCTTGC CACTTTAATA GTTCAAAAAT CAGCAGATGG AAGAATGGTG
CCTTTTGATA CGCTATCAAG AGAAATTTTA GAAAAAATTC ATCAAAGTGA TAGCTATAAG
GGTCAAAATT CTAACGCTGT TATGCTTTCC ATGCTCGTTG ATGTAGATAA ATGGCAAATG
GAACCTTTTA TTTTAATGCC ACAAAATCAA GCAGTTCGTG ATGCTATTGC AAATATTTTA
GAAATTCCTA GCGCTAAATA TATTTCTTAT AAAGATTTCT TTGATGAGAA TAACCGATAT
AAACTTCAAA AATATGTTGA AAATGCAAAT CGTAAAAACC CAAATGCAAG AGGAGTTTTT
GATAAGGAAA TTATAAAACT AGATGAAAGA GCTAATGTTG TAAATTTAGT TTTTAGTGGT
GAATTATTTA AATTTATTCC TGTTCAAAAT AATCCAAATA ATGTTTGGCT TGCACCTTTT
TCTGCTGTAA CTACTCTTAA GGGGGATGAA GGGCATATTG TTTTGGCTTT AATACAGAAT
TATTTTAGTG CCGTGGAAAA TGCTTTTAAA GATGGTAATT GGACTAGAGC TGATGAAGGT
TTGAAATTTA TCAAAGAATA TCAAGAAAAA ATAGGATATA AAGTCATGCC TAGTAAAACC
AAGGTTGAAA TGGAAATTTT TTCTAATAAG GCTGAAATTT TCGTTAAACT CGCTCCTGTA
TATTTAATTG CGGGTTTTTT ACTTTTGATT CTTGTTTTTT CTAAAATGGT TGTACCGAAT
TTAAAAATCT CTTTTATATT TAAAGTGGTA TATGTTTTAA ATGTTTTAGC TTTTGTAATT
CATACAGTAG GTCTTGGACT TCGTGCTTAT TTATCAGGTC ATGCTCCGTG GAGTAATGGC
TATGAAAGTA TGGTGTATAT AGCTTGGGCA TTGTCTTTGT CGGGTATATT TTTCTCTAGA
AAAAGTCCTA TAGCCTTGTC ATTAACTTCT ATTTTATCCG GTGTTGTATT AATGGTTGCA
CATTTAAGCG AAATGAATCC GCAAATTACA AATCTTGTTC CTGTGCTCAA TTCTTATTGG
CTTAGTATTC ATGTATCTGT TATTACTGCT AGTTATGGAT TTTTAGGACT TTGTGCCTTA
CTTGGTATAT TTACACTGTT CTTAATGTGT TTTCTTAAGA AAGATGGAAA ATATAATCTT
AATATTTTGA GAAATATTAC AGAGGCTACA AGAATTAATG AAATGGCAAT GATTTTTGGA
CTTTGTTTGC TTACTGTAGG AAATTTTTTA GGTGCAATTT GGGCAAATGA AAGTTGGGGG
AGATATTGGA GTTGGGATTC TAAGGAAACT TGGGCTTTAG TTAGTATTTT GGTTTATGCA
GCAATTTTGC ATCTTAGAAT GATTCCAAAA TATTGTAATC AATTTGTGTT TGCTTTATGG
AGTATGTTTG CTTATTGGGT TATTATTATG ACTTATTTTG GAGTAAATTA CTTTTTAACA
GGACTTCATT CTTACGCTGC AGGCGAAGCG GCTCAAATTC CTAATTATGT TTATTGGGGA
TTTGCATTGA TGGTGGTTTT AGCTCTTTTT GCAAGAAGGA AGCGAAATTT TGTAGGCAAA
CTGTAA
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| Protein sequence | MKNIIKSIGD LRVSVVLFLL FALFCALATF IESAYGTPTA WAMVYDTFWF EYIQLLLGIN
LLCGMFRYKM FGLKKLPLMI FHISFLFILV GSAMTRYAGF EGILPIREHT QNSLIESSKT
SLRISAIKDG ERYSAVNDRY IGNLPFANSF KLKLNLGDDQ AVLKYKDLIL NAHYTYKENN
NSDPLLVLML SQKGSQGVDV KFEKGEVKNI EGVNFAFMND NVKAPFVKID ENLTLSSSEN
LHFLSMLDGQ NLDLKIGEKA NAKERRLYEI KDISFVVKAA SLHAQEALEG SNRPQDESFW
LWFKSAWLEV GRTMLISTFG EPQNWKNSLL LHFKDFALSN ENKNLELTGS NALKLELSYK
NESKEFYIFE YNKPIMIELA GQKFFISWAL SYEQLPFDIY LRDFVLDRYP GSMSPASYAS
EITVKNNNEN FDYRIFMNNV LDYDGYRFYQ SSYDQDEKGT VLSVNKDPGK IPTYIGYFLL
CLGMFMNFLN PHSRFRTLAR LINKDTLKHT SVIISILLLS FGSEKTFAQD LNSTLPVVNT
NHAKALATLI VQKSADGRMV PFDTLSREIL EKIHQSDSYK GQNSNAVMLS MLVDVDKWQM
EPFILMPQNQ AVRDAIANIL EIPSAKYISY KDFFDENNRY KLQKYVENAN RKNPNARGVF
DKEIIKLDER ANVVNLVFSG ELFKFIPVQN NPNNVWLAPF SAVTTLKGDE GHIVLALIQN
YFSAVENAFK DGNWTRADEG LKFIKEYQEK IGYKVMPSKT KVEMEIFSNK AEIFVKLAPV
YLIAGFLLLI LVFSKMVVPN LKISFIFKVV YVLNVLAFVI HTVGLGLRAY LSGHAPWSNG
YESMVYIAWA LSLSGIFFSR KSPIALSLTS ILSGVVLMVA HLSEMNPQIT NLVPVLNSYW
LSIHVSVITA SYGFLGLCAL LGIFTLFLMC FLKKDGKYNL NILRNITEAT RINEMAMIFG
LCLLTVGNFL GAIWANESWG RYWSWDSKET WALVSILVYA AILHLRMIPK YCNQFVFALW
SMFAYWVIIM TYFGVNYFLT GLHSYAAGEA AQIPNYVYWG FALMVVLALF ARRKRNFVGK
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