| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CJJ81176_1469 |
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| Symbol | |
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| ID | 4683518 |
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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 | 1387712 |
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| End bp | 1391272 |
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| Gene Length | 3561 bp |
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| Protein Length | 1186 aa |
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| Translation table | 11 |
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| GC content | 36% |
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| IMG OID | 639854195 |
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| Product | pyruvate ferredoxin/flavodoxin oxidoreductase |
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| Protein accession | YP_001001125 |
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| Protein GI | 121613446 |
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| COG category | [C] Energy production and conversion |
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| COG ID | [COG0674] Pyruvate:ferredoxin oxidoreductase and related 2-oxoacid:ferredoxin oxidoreductases, alpha subunit
[COG1013] Pyruvate:ferredoxin oxidoreductase and related 2-oxoacid:ferredoxin oxidoreductases, beta subunit
[COG1014] Pyruvate:ferredoxin oxidoreductase and related 2-oxoacid:ferredoxin oxidoreductases, gamma subunit |
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| TIGRFAM ID | [TIGR02176] pyruvate:ferredoxin (flavodoxin) oxidoreductase, homodimeric |
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Plasmid Coverage information |
| Num covering plasmid clones | 12 |
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| Plasmid unclonability p-value | 0.0916233 |
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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 | ATGGGTAAAA TTATGAAAAC TATGGACGGA AATGAGGCTG CTGCATACGC TGCGTATGCT
TTTACTGAAG TTGCTGGAAT TTATCCTATT ACACCTAGTT CTCCTATGGC TGATTACACC
GATATGTGGG CAGCTGCAGG CAAAAAAAAT CTTTTTGGAG TTCCTGTAAA AATCGTAGAA
ATGCAAAGTG AAGCAGGTGC TGCAGGTAGT GTGCATGGAT CTTTGCAGGC TGGGGCTTTG
ACTACAACTT ATACAGCTTC TCAAGGATTA CTCCTTAAAA TTCCAAATAT GTATAAAATA
GCAGGTCAAT TACTCCCCTG TGTAATCCAC GTAGCAGCGC GTTCTTTGGC TGTTCAAGCT
TTGTCTATCT TTGGTGATCA TCAAGATATT TATGCAGCAA GACAAATTGG TTTTGCTATG
CTTTGTTCGC ATTCTGTGCA AGAAACCATG GACTTAGCTG GTGTAGCACA TTTAGCTGCA
ATTAAGGGAA GAGTGCCATT TTTACATTTT TTTGATGGTT TTAGAACAAG TCATGAAATT
CAAAAAGTTG AAGTGATGGA TTATGCGCAT TTTGATAGAT TATTGAATAG AGAAGCTTTG
CTTGAATTTA GAAATAATGC TTTAAATCCA GAAAATCCAA AAACACGCGG AACAGCACAA
AATGATGATA TTTATTTTCA AACTAGAGAA GTAAGCAATC GTTTTTATGA TGCTTTGCCT
GATGTTGTTA ATGAATATAT GCAAGAAATT TCAAAAATCA CAGGTAGAGA ATATAAACCA
TTTACTTATT ATGGACACAA AGAGCCAGAG CGTGTGATTG TTGCTATGGG TTCTGTAACC
CAAGCACTTG AAGAGGTAGT GGACTATCTT AATGCTAAGG GTGAAAAAGT AGGGATTTTA
AAAGTTTATC TTTATCGCCC ATTTAGTTTA AAATATTTCT TTGATGTTAT GCCAAAATCA
GTGAAAAAAA TTGCAGTTTT AGATAGAACC AAAGAACCAG GAAGTCTTGG GGAGCCACTT
TATCTTGATG TAAAATCAGC TTTCTATGGA AGAGAAAATG CTCCTGTTAT AGTAGGTGGA
AGATACGGAC TTTCTTCAAA GGATGTTGAT CCTGCTCAAA TGATAGCAGT ATTTGAAAAT
CTTAAACTTG ATAATCCAAA AGATGGCTTT ACTGTAGGTA TAGTTGATGA TGTAACTCAT
ACTTCACTGA GTACTGGAGA GAAAATTTCA CTTGGAGATG AAAGTACGAT CGAATGTTTA
TTTTACGGAC TTGGTGCTGA TGGAACTGTG GGCGCAAATA AAAACTCGAT TAAAATCATC
GGAGATAAAA CGGATTTTTA CGCTCAAGCT TATTTTGCTT ATGATTCTAA AAAATCAGGG
GGTTATACAA GAAGCCATTT GAGATTTTCT AAAAAACCTA TCCGTTCAAC TTATCTTGTT
TCAACTCCGC ATTTTATCGC TTGTTCGGTA GCGGCTTATT TGGAAATTTA TGATGTTTTA
GCAGGAATTC GCAAAGGAGG AACTTTCCTT TTAAATAGTA TTTGGAATGC TGAAGAAACC
ATAAGACAAC TTCCAGATGC AGTAAAGAAA ACTTTAGCTG AAAAAGAAGT AAATTTTTAT
ATTATCAATG CAACCAAACT AGCTCGTGAT ATAGGTTTGG GAAATCGTAC AAATACCATT
ATGCAATCAG CCTTTTTCAA ACTTGCAAAA ATCATTCCTT ATGAAGATGC ACAAAAATAC
ATGAAAGAGC TTGCGTATAA ATCTTATAGT AAAAAAGGCG ATGCTATTGT AGAAATGAAT
TACAAAGCTA TTGATGTGGG GGCTGATGGA CTTGTAAAAG TTGAAGTGGA TCCAAATTGG
AAAAATTTAG AGCTTAAAGA AAAAGAACAA ACCAATGCCT ATAAAGGCAC TGAATTTGTT
GAAAAAATCG TAAAACCTAT GAACGCAGCT AAGGGTGATG ATTTACCTGT TTCAGCCTTT
TTAGGTTATG AAGATGGAAG TTTTGAACAC GGCACAACCG AATACGAAAA ACGCGGTGTT
GGGGTTATGG TACCAAGATG GATAGAGGCA AATTGTATTC AATGTAATCA ATGCGCTTCA
GTTTGTCCAC ATGCTGTTAT CAGACCATTT TTGATTAATG ATGAAGAAAT GGCAAATGCA
CCTCGTGGAG TAAAAGATCA TGCTTTAGAA GCTAAAGGAA CCAAAGGAGA AAAATTAAGC
TTTAAAATTC AAGTTTCTCC ACTTGATTGT ACAGGCTGTG AGCTTTGTGT TCATGAGTGT
CCTACTAAAG AAAAATCTTT GGTTATGGTA CCACTTCAAG AAGAGATGGA TTTTGGTGAG
CAAGAGAATG CGGATTATTT ATTTAAAGAA ATTACTTATA AAGATGATAT TTTAAATAAA
GAAACCACAA AAGGAGCGCA ATTTGCCCAA CCTTTATTTG AATTCCATGG GGCATGTCCT
GGATGTGGGG AAACTCCTTA TATTACTTTA ATTACAAGAT TGTTCGGTGA AAGAATGATT
GTGGCTAATG CTACAGGTTG TAGTTCTATT TATGGGGGTT CAGCTCCATC AACTCCTTAT
AGAAAAAGTG TGAAAAATGG ACACGGTCCT GCTTGGGGAA ATTCACTTTT TGAAGACAAT
GCTGAGTTTG GTTTGGGTAT GAAAATTGCA ACTGAAAACA CAAGACACCG CATTGAACAT
ATCATGAATG AAAGCATGCA AGAAGTGCCA AATGCTTTAT CGGCTCTTTT TAAAGATTGG
ATTGCAAATA AAGATAATGG TGCTATGTCT GTGGAAATTA AAGATAAAAT GATCCCTATT
TTAGAGCAAA ATAAAAATAT TAAAGCGGTG CAAGATATAT TAGAGCTTAA ACAGTATTTA
AGTAAAAAAT CTCACTGGAT TTTTGGTGGT GATGGTTGGG CTTATGATAT AGGCTATGGT
GGACTTGATC ATGTTTTGGC AAGTGGAGAA AATGTAAATA TTTTAGTGCT TGATACAGAA
GTTTATTCTA ATACAGGCGG TCAAAGTTCA AAATCTTCTA GAACAGGGGC TGTGGCACAG
TTTGCAGCAG CAGGCAAACC TATACAGAAA AAAGATCTAG GTCAAATTGC CATGACTTAT
GGTTATATTT TTGTAGCGCA AGTAAATTCA ACGGCAAATT ATGCCCATCT TATCAAGGCT
ATCACTGCAG CTGAAGCTTA TGATGGACCA TCTTTGGTGA TTTGTTATTC TCCTTGTATA
GCTCATGGTA TTAAAGGTGG GCTGGGTTAC TCAGGAGAGC AAGGTGAGCT TGCTACAAAG
TGTGGTTATT GGCCACTTTA TACCTTTGAT CCTCGTTTAG AAGAACAAGG AAAAAATCCT
TTAACTCTAA CAGGAAAAGA ACCTGATTGG GATTTATATG AGCAATTTTT AATGAATGAA
GTGCGTTATA ATTCACTTAA AAAAGCAAAT CCTGAACACG CTGCTGAGCT TTTTGAACGC
AATAAAAAAG ATGCTCAACG TCGCTATAGA CAACTTAAGC GTATCGCTAT GGCTGATTAT
AGCAATGAGG TTGAAAGCTG A
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| Protein sequence | MGKIMKTMDG NEAAAYAAYA FTEVAGIYPI TPSSPMADYT DMWAAAGKKN LFGVPVKIVE
MQSEAGAAGS VHGSLQAGAL TTTYTASQGL LLKIPNMYKI AGQLLPCVIH VAARSLAVQA
LSIFGDHQDI YAARQIGFAM LCSHSVQETM DLAGVAHLAA IKGRVPFLHF FDGFRTSHEI
QKVEVMDYAH FDRLLNREAL LEFRNNALNP ENPKTRGTAQ NDDIYFQTRE VSNRFYDALP
DVVNEYMQEI SKITGREYKP FTYYGHKEPE RVIVAMGSVT QALEEVVDYL NAKGEKVGIL
KVYLYRPFSL KYFFDVMPKS VKKIAVLDRT KEPGSLGEPL YLDVKSAFYG RENAPVIVGG
RYGLSSKDVD PAQMIAVFEN LKLDNPKDGF TVGIVDDVTH TSLSTGEKIS LGDESTIECL
FYGLGADGTV GANKNSIKII GDKTDFYAQA YFAYDSKKSG GYTRSHLRFS KKPIRSTYLV
STPHFIACSV AAYLEIYDVL AGIRKGGTFL LNSIWNAEET IRQLPDAVKK TLAEKEVNFY
IINATKLARD IGLGNRTNTI MQSAFFKLAK IIPYEDAQKY MKELAYKSYS KKGDAIVEMN
YKAIDVGADG LVKVEVDPNW KNLELKEKEQ TNAYKGTEFV EKIVKPMNAA KGDDLPVSAF
LGYEDGSFEH GTTEYEKRGV GVMVPRWIEA NCIQCNQCAS VCPHAVIRPF LINDEEMANA
PRGVKDHALE AKGTKGEKLS FKIQVSPLDC TGCELCVHEC PTKEKSLVMV PLQEEMDFGE
QENADYLFKE ITYKDDILNK ETTKGAQFAQ PLFEFHGACP GCGETPYITL ITRLFGERMI
VANATGCSSI YGGSAPSTPY RKSVKNGHGP AWGNSLFEDN AEFGLGMKIA TENTRHRIEH
IMNESMQEVP NALSALFKDW IANKDNGAMS VEIKDKMIPI LEQNKNIKAV QDILELKQYL
SKKSHWIFGG DGWAYDIGYG GLDHVLASGE NVNILVLDTE VYSNTGGQSS KSSRTGAVAQ
FAAAGKPIQK KDLGQIAMTY GYIFVAQVNS TANYAHLIKA ITAAEAYDGP SLVICYSPCI
AHGIKGGLGY SGEQGELATK CGYWPLYTFD PRLEEQGKNP LTLTGKEPDW DLYEQFLMNE
VRYNSLKKAN PEHAAELFER NKKDAQRRYR QLKRIAMADY SNEVES
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