| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CFF8240_0404 |
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| Symbol | |
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| ID | 4538874 |
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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 fetus subsp. fetus 82-40 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_008599 |
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| Strand | + |
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| Start bp | 375213 |
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| End bp | 378287 |
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| Gene Length | 3075 bp |
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| Protein Length | 1024 aa |
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| Translation table | 11 |
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| GC content | 32% |
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| IMG OID | 639745799 |
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| Product | CcmF/CcyK/CcsA family cytochrome c biogenesis protein |
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| Protein accession | YP_891606 |
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| Protein GI | 118475397 |
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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 | 22 |
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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 | ATGGATATTT TTAAAAAATT ATTTTTAAGT ATGGGCTCCG CTGTTATACT TTTTTTAATA
TTTGCTATTA GTAGCGGTGT AGCAACTATT ATAGAAAGTG TTTATAATAC TCAAACTGCA
TGGGCTATAG TTTATGGTGC TGGGTGGTTT GCTTTAGTTC AGCTTTTGCT TGGCGCAAAT
CTTGCATACA ATATAGTTAG ATACAAGCTT TTAAATTTAA AAAAACTACC TGCGCTTATA
TTCCATGTTA GTTTTATTTT TATACTTTTA GGCGCTGCTC TTACTAGATA TATCGGTTTT
GAAGGCCAAA TGCATATAAG AGAAAGCGGC GAGAGTAATG AAATTTCAAC TTCTCAAAGC
TATATTCAGC TAAAAAGTTT TGATGAGGGA AAAACTTATA TAGCTTCAGA GCCAAAATAT
ATCTCAAGCG CTTGGGGAAA TAGTTTTAAA TTATCTCTTG ATGTAGATAA TAAACCAGCT
ATTTTAACCT ATAAAAGTTT TATGCCAAAT GCTACCTCGG CATGGGTTCA AAGTGATAAA
GGTGAGCCTG TTTTGGAGCT TATATTTTCT AATGATACAA ATAGTAGATC AGTTACTTTA
AAAGAAAATG AAAGTATCGA AGTAGGCGAT ATCAGTTTTA CATTTAATGA TACTCCAAAG
CAATCTAAAT TTATAAATAT AGTTTTAAAA GACGGTAAGT TTTTTATTAA AACAAATCAA
AATATAGATT ATATGCAAAT GAGCGATATG AGTAGAGGCT CTATACCAAA AGATAAAATA
GTACCTTTTG AGGGATTAAG ATTGTATAGT ATCGACGGTA TAAATTTTGC TCCTAAAACC
ATGCTTGCTT CAGCCATAAA AGGAGTTAGA CAAGTAAGTG ATAATGAGCG CGGCTCAGAC
GCTATCATAG CTACTTTAAG TTATAATGGA GATAGTAAAG AAATATCTAT GCTTAATTTT
ATGCCAGGCG ATACCGTAGT TGTAGGCGGT AAGAATTTTG AGGCTACTTG GTCTCCTATG
ATGATAAAAC TTCCGTTTTC TCTTTATCTT AAAGATTTTG AATTAAAAAG ATATCCAGGT
TCAAACTCTC CTATGAGTTA TAGTAGCGAT GTTATAGTTA AAGATGGGGA TTTAAATATG
GATTATAAAA TTTATATGAA CCACGTTTTA GATCATAGTG GGTATAGATT TTTTCAAAGC
AGTTATGATA TGGATGAGTT AGGAACTATT CTTTCAGTAA ATAAAGACCC GGGTAAAATT
CCAACTTACA TAGGATATTT TTTACTAGGT TTAGGATTAT TTTTAAATAT TTTAAATCCG
TATTCAAGAT TTAGAAAATT AGCTAAATTA GTTAATGAAG CAAATATTAA AAATGCCGCT
GTATTCTTGA TAGCCTGTAG CGTAATATTT GGAGTTAGTG ATCTACAAGC TTATAATTCG
CTTCCTACTA TATCTAAAGA ACATGCACAA AATATCTCAA CTATAGTTGT TCAAAGTGCC
GATGGTAGAA TGAAACCTTT TGATACGGTT AGTCATGAAG TATTAAATAA ACTATACAGA
AGTGATAATT ACAACTCTAT GAACGCAAAT TCTGTTTTTT TGTCTATGAT GGTAAATTCG
TCTTATTGGA GAAATGTACC TATTATCAAA ATAACAGATA AAGAGCTGAA AAAAGTATTA
GAAATGCCTA TAAATCAAAA ATATGCAAGT TTTAACGATT TCTTTACTAA AGATAGCAGT
GACAATATGG AGTATAAGCT GATAAAATAC AGCGAACTAG CAAATAGAAA ATCTCCTGGA
GCTAGAAATC AGTTTGATAA AGATGTTATA AAAGCGGATG AAAAATTAAA TATACTTTAT
ATGGTATTTA TGGGCGAGTT ATTTAGAGTA ATACCTAAAA AAGATGATGT AAATAATACA
TGGTTTTCTC CGGCTGGAGC TATAATGAGT TTCTCTCCTA GCGAAGCAAG GGAAGTGACT
ACTTTATTGC AAAATTACTT TGATGGAGTG GCTATAGCGC AAGATAGCGG AAATTGGGAA
AAAGCGGATA AAACTTTAAA CGATATAAAA GATTATCAAA AGAAGTATGG CGCGGCTGTT
ATGCCGAATC AGAAGAAAAT AGAACTTGAA CTTGCTTTCA ATAAATACAA GATATTCCAA
AATTTAACGC CCGTATATCT TTTAGCCGGT TTTGCTCTTC TTATAGTTGT ATTCACAAGA
ATGATAAGAC CAAAAATTAA GATAAATTCA GTATTCAAGA TAGTTTATAT TATAAATATT
TTAGCTTTTG CGGCTCATAC TATAGGTCTT GGACTTAGAT GGTATATAGC TGAGCATGCT
CCATGGAGCG ATAGCTATGA AAGTATGGTG TTTATAGCTT GGTCATTAGC ATTTAGCGGT
ATGGTTTTTG CTAGAAGTTC TGCTATATCT TTGGCTTTGA CTTCTATTTT AGCGGGTGTG
ACTCTATTTG TTGCTCACTT AAGCTGGATA GATCCTCAGA TCACTACTTT AGTTCCTGTG
CTTCAAAGCT ACTGGCTTAC TATACATGTT AGCGTTATAA CTGCTAGTTA TGGATTTTTA
GGTCTTTGTT CGCTTCTTGG ATTATTTACT CTTGTTCTAT TTGCCTTACA AGGTAAAAAA
GAAAATAGTG AACTTTCAAG AAATATCTTA GAGGCTACTA GGATAAATGA GATGGCGATG
ATACTTGGAT TAAGCCTTCT TGTGTTTGGT AACTTTTTAG GCGGAGTTTG GGCAAATGAA
AGCTGGGGTA GATATTGGGG TTGGGATAGT AAAGAGACTT GGGCTTTGGT TAGTATATTA
GTTTACGCTG CCATCGTTCA TATGAGATTT GTCCCTAAAG TAAACTCTCA GTATGCATTT
GCAGTGGCAT CTATGTTTGG ATATTTGTCT ATTATTATGA CTTATTTTGG CGTAAATTTC
TATTTGTCTG GTATGCATAG TTATGCTGCA GGAGATCCAG TTCCAGTTCC AAATTTTGTT
TGGGTAGCAT TTGCTGTAAT GATAGTTATA AGTTTATTAG CTTATAGAAA TAAAAAGTAT
AGTAAGAATT TATAA
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| Protein sequence | MDIFKKLFLS MGSAVILFLI FAISSGVATI IESVYNTQTA WAIVYGAGWF ALVQLLLGAN
LAYNIVRYKL LNLKKLPALI FHVSFIFILL GAALTRYIGF EGQMHIRESG ESNEISTSQS
YIQLKSFDEG KTYIASEPKY ISSAWGNSFK LSLDVDNKPA ILTYKSFMPN ATSAWVQSDK
GEPVLELIFS NDTNSRSVTL KENESIEVGD ISFTFNDTPK QSKFINIVLK DGKFFIKTNQ
NIDYMQMSDM SRGSIPKDKI VPFEGLRLYS IDGINFAPKT MLASAIKGVR QVSDNERGSD
AIIATLSYNG DSKEISMLNF MPGDTVVVGG KNFEATWSPM MIKLPFSLYL KDFELKRYPG
SNSPMSYSSD VIVKDGDLNM DYKIYMNHVL DHSGYRFFQS SYDMDELGTI LSVNKDPGKI
PTYIGYFLLG LGLFLNILNP YSRFRKLAKL VNEANIKNAA VFLIACSVIF GVSDLQAYNS
LPTISKEHAQ NISTIVVQSA DGRMKPFDTV SHEVLNKLYR SDNYNSMNAN SVFLSMMVNS
SYWRNVPIIK ITDKELKKVL EMPINQKYAS FNDFFTKDSS DNMEYKLIKY SELANRKSPG
ARNQFDKDVI KADEKLNILY MVFMGELFRV IPKKDDVNNT WFSPAGAIMS FSPSEAREVT
TLLQNYFDGV AIAQDSGNWE KADKTLNDIK DYQKKYGAAV MPNQKKIELE LAFNKYKIFQ
NLTPVYLLAG FALLIVVFTR MIRPKIKINS VFKIVYIINI LAFAAHTIGL GLRWYIAEHA
PWSDSYESMV FIAWSLAFSG MVFARSSAIS LALTSILAGV TLFVAHLSWI DPQITTLVPV
LQSYWLTIHV SVITASYGFL GLCSLLGLFT LVLFALQGKK ENSELSRNIL EATRINEMAM
ILGLSLLVFG NFLGGVWANE SWGRYWGWDS KETWALVSIL VYAAIVHMRF VPKVNSQYAF
AVASMFGYLS IIMTYFGVNF YLSGMHSYAA GDPVPVPNFV WVAFAVMIVI SLLAYRNKKY
SKNL
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