| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | JJD26997_1855 |
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| Symbol | |
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| ID | 5390292 |
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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. doylei 269.97 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009707 |
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| Strand | - |
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| Start bp | 1634725 |
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| End bp | 1638213 |
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| Gene Length | 3489 bp |
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| Protein Length | 1162 aa |
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| Translation table | 11 |
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| GC content | 30% |
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| IMG OID | 640862745 |
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| Product | putative bifunctional putA protein |
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| Protein accession | YP_001398805 |
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| Protein GI | 153952583 |
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| COG category | [C] Energy production and conversion |
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| COG ID | [COG1012] NAD-dependent aldehyde dehydrogenases |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 10 |
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| Plasmid unclonability p-value | 0.069343 |
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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 | ATGATACAAA AAGCTTTAGC CTTAGCTGAA GAATTGCAAG GAAAAATAGA AGCCAATATT
TCAAATTCTG AAAAAGAATT TCACTCAAAA ATGCAAAAAC TTCTTAATAA TCCCAAAAAT
AAAGTTATGC TTATAGAACT TTTAGATCGT TCTTTTAGAT GTAAAGATAA AAATGCAAGT
TTTGAGCTTA TAGAATATAC TTTGAGTAAA TATGGTATAG CGGATTTTTT TAGCACTTTT
GAAAAATTCC TACTTTTTAG TTTTTTAAAT TTTGGTAAAT TTGCTCCTAA TTTAAGTGTA
CCTTTTTTTA TAAAGCATTT AAGAGAAGAT ACTAAAGCTA TGGTATTAGA TGCAAATCCT
AGTGTTTTAG AGCCACATAT TAATAAAAGA AAAGAACAAG ATAAAATTAC CTTAAATGTG
AATTTAATCG GCGAAGAGGT TTTAGGTGAA GCTGAGAGCA AATATCGTAT GCAAAAATAT
GAAGAAGCTT TAAAATCAAG TTATATCAAT TATATTTCCA TAAAAATTAC TACCATTTTT
TCACAAATTA ATATTATAGA TTTTGATTAT TCTAAAGAAG AGGTAGTAAA AAGACTAGAT
TATCTTTATG CTTTAGCCTT AGAAGAAGAG AAAAAACAAG GTGTATCTAA ATTTATTAAT
CTTGATATGG AAGAATTTAG GGATTTAGAA CTTACTGTTG CAGCTTTTAT GGAAAGTGTG
GCTAAATTTG ATATCAAAGC AGGAATTGTT TTACAAGCTT ATATACCTGA TTCTTATGAA
TATCTTAAAA AACTTTTTGC TTTTTCAAAA GAGAGAGTTT TAAAAGGTAT GAGGCCTATT
AAGATCCGTT TTGTTAAAGG TGCTAATATG GAAAGTGAAG AAACCATTGC ATCTCAAAGG
GGTTGGGAAC TTCCTACTTT TTACAAAAAA ATAGATACTG ATAGCAATTA TAATAAAATG
CTTGATTTTA TTCTTGAAGG AGATAATTAT AAATACATCA ATATAGGAAT TGCAAGTCAT
AATATCTTTG AGATTGCTTA TGCTTATACA CGCATAAGTG AAGCGGGTGC TTTAGATTCT
TTTACTTTTG AAATGCTTGA AGGTATGAGT TTGCAATGTT CTTATGAATT GTCTAAAATG
CATGATTTAA TCCTTTATGC CCCAGTTTGC GATGAAGCAC ATTTTAACAA TGCCATTGCT
TATCTTGTAA GACGCCTTGA TGAAAATACA AGTGAAGATA ATTTTATGCG TTATTTTTTC
AATCTTAAAG TAGGAGATAA AAACTGGAAT ATCCAAAAAG AACTTTTTTT AAAATCTTTA
GAAGGTATAA AAACTCTTGA TAATACTACA CATCGCAAGC AAGATAGAAA TAAAGAATCA
AATACAATAA GTTCTTATGA AAGCAAAAAA TTTAGCAATG AAAGCGATAC GGATTTTATT
TTAGCGCAAA ATAGAGCGTG GGCTAAAGAT ATTAAGGCTA AATATGAAAA TTTAAAAGAT
TATGATGTTT ATCCTGTTAT AGGTGAGCTT GATTTTAAAG CAGAAAATTT AAATGTTTTA
GAGGTTAAAG ATAAGGTTAA AGATAAGGTG ATAGGAAAGA CTTATTTAGC AGGAGAAAAA
GAAATCAAAC AAGCTTTAGA AGTAGCTAAA AATTCCAAAT TTACACAAAA AAGTCATGAT
GAAATTTATC AAATTTTAGC CAAAAGTGCA AAACTTATGA GAGAAAGAAG GGGAGATTTG
ATAGGTTTGG CAGCTTTGGA AGTGGGCAAA ACCTTTTTAG AGATTGATCC TGAGGTGAGT
GAGGCTATTG ATTTTATAGA GTTTTATCCG CACTCTTTAG AAGAGCTTAA AAAACAAAAT
CCAAAAGTTA AATTCACACC TAAAGGCATA GGTGTTACCA TAGCTCCTTG GAATTTTCCT
GTGGGGATTT CAGTGGGCAC CATAGTTGCA CCGCTAGCTG CAGGTAATGT GGTGATTTAC
AAACCTTCTT CACTTTCAGC TCTCACAGGT TATATGCTTT GTAAGTGTTT TTGGGATGCA
GGTATTCCAA AAGATGCTTT GATTTTCTTG CCTTCAAAAG GAAGTGATAT TTCTAAATAT
TTACTTGTTG ATGAAGCGAT TAAATTTTCA ATTCTTACAG GAGGAGAGGA TACTGCTTAT
GCTATGTTAA AAGCTAATTC AACCTTGCTT TTAAGTGCTG AAACGGGTGG AAAGAATGCG
ACTATAGTTT CCAAATTTGC TGATCGTGAT AGTGCGATTA AAAATATCAT TCATTCTGTT
TTTAGCAATA GCGGGCAAAA ATGCTCAGCT ACTTCTTTGC TAGTCTTAGA AGAAGAGGTT
TATTATGATG AAGAATTTAA AAAGACTTTA GTGGATGCTG CAAGTTCTAT GGCAGTGGGT
AATCCTTTTG AATTTAAAAA TAAATTAGGT ACTTTAGCTG ATAAGCCAAG TTCTAAAGTT
CAAAAGGCTT TAAATGAATT GCAACCTTAT GAAGAATGGG CATTAAAACC TAAGTTTTTA
GAGGATAATC CTTATTTAAT GACTCCAGGC ATAAAATACG GCACTAAAAA GGGTGATTTT
ACTCATATGA ATGAACTTTT TGTACCGATT TTAAGTGTGA TGAAGGCTAA AGACTTAAAA
GAAGCTATAG ATATAGTAAA TTCCACAGGT TATGGTTTAA CTGCAGGTTT TGAAAGCTTA
GATGAAAGAG AATGGGAGTA TTTTCATACT CACATAGAAG CAGGAAATAT TTATATCAAC
AAACCAACTA CAGGGGCTAT AGTTCTTCGT CAACCTTTTG GTGGGATTAA AAAATCTGCT
ATAGGTTTGG GTAGAAAAGT GGGAATTTAC AACTATATCA CTCAATTTTT AGAGATTAAG
CAAGAAGATT TTGATGATCA TTTGATTGAA GATAAATTTT CAAAAAAATT AGCACAAATA
GATTTAAAAG AAGCACAAGA TTTTATGAAT GATTTAATTA AAATGTCTCA ATCTTATGCT
TATCATTATA AAAATGAGTT TAGTGTTTCA AAAGATTATG TCAATATACG TGGAGAAGAT
AATCTTTTTT CTTATACCAA AATAAAGAAT ATGGTTTTAA GACTTTGTGG AAATGAAAGC
TTAAAAGATG TTTTAGGTGT AGTTTTAGGT GCAAATATTG CAAATATTGA TCTAAGTATT
AGTTATGACG AGAAAGATAT TAGCATGATG GAACAAATTG TTCAAAGTAT AGGAGCAAAA
GTATTATTTT TAAAAGAAAA TAAAGAAAAT TTTATCAAGA GTATTAAAGA ATATGAAAGA
GTGCGTTATT TAGCAAAGCC AGATGTAAAT GATGAGATTT ATAAAGAGGC TGCAAAGCTT
GCTAAAATCA TCATAAGAGA AAAGCCATTG TTAAATGGTC GTTTTGAACT TTTAAATTAT
TTTAATGAAA AAGCTTTAAG TATATCTTTT CATCGATATG GAAATTTAGG CATTAGAGCG
ATATCTTAA
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| Protein sequence | MIQKALALAE ELQGKIEANI SNSEKEFHSK MQKLLNNPKN KVMLIELLDR SFRCKDKNAS
FELIEYTLSK YGIADFFSTF EKFLLFSFLN FGKFAPNLSV PFFIKHLRED TKAMVLDANP
SVLEPHINKR KEQDKITLNV NLIGEEVLGE AESKYRMQKY EEALKSSYIN YISIKITTIF
SQINIIDFDY SKEEVVKRLD YLYALALEEE KKQGVSKFIN LDMEEFRDLE LTVAAFMESV
AKFDIKAGIV LQAYIPDSYE YLKKLFAFSK ERVLKGMRPI KIRFVKGANM ESEETIASQR
GWELPTFYKK IDTDSNYNKM LDFILEGDNY KYINIGIASH NIFEIAYAYT RISEAGALDS
FTFEMLEGMS LQCSYELSKM HDLILYAPVC DEAHFNNAIA YLVRRLDENT SEDNFMRYFF
NLKVGDKNWN IQKELFLKSL EGIKTLDNTT HRKQDRNKES NTISSYESKK FSNESDTDFI
LAQNRAWAKD IKAKYENLKD YDVYPVIGEL DFKAENLNVL EVKDKVKDKV IGKTYLAGEK
EIKQALEVAK NSKFTQKSHD EIYQILAKSA KLMRERRGDL IGLAALEVGK TFLEIDPEVS
EAIDFIEFYP HSLEELKKQN PKVKFTPKGI GVTIAPWNFP VGISVGTIVA PLAAGNVVIY
KPSSLSALTG YMLCKCFWDA GIPKDALIFL PSKGSDISKY LLVDEAIKFS ILTGGEDTAY
AMLKANSTLL LSAETGGKNA TIVSKFADRD SAIKNIIHSV FSNSGQKCSA TSLLVLEEEV
YYDEEFKKTL VDAASSMAVG NPFEFKNKLG TLADKPSSKV QKALNELQPY EEWALKPKFL
EDNPYLMTPG IKYGTKKGDF THMNELFVPI LSVMKAKDLK EAIDIVNSTG YGLTAGFESL
DEREWEYFHT HIEAGNIYIN KPTTGAIVLR QPFGGIKKSA IGLGRKVGIY NYITQFLEIK
QEDFDDHLIE DKFSKKLAQI DLKEAQDFMN DLIKMSQSYA YHYKNEFSVS KDYVNIRGED
NLFSYTKIKN MVLRLCGNES LKDVLGVVLG ANIANIDLSI SYDEKDISMM EQIVQSIGAK
VLFLKENKEN FIKSIKEYER VRYLAKPDVN DEIYKEAAKL AKIIIREKPL LNGRFELLNY
FNEKALSISF HRYGNLGIRA IS
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