| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | JJD26997_1041 |
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| Symbol | |
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| ID | 5389926 |
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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 | 912138 |
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| End bp | 915392 |
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| Gene Length | 3255 bp |
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| Protein Length | 1084 aa |
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| Translation table | 11 |
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| GC content | 37% |
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| IMG OID | 640862046 |
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| Product | autotransporter beta-domain-containing protein |
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| Protein accession | YP_001398136 |
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| Protein GI | 153951400 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | [TIGR01414] outer membrane autotransporter barrel domain |
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Plasmid Coverage information |
| Num covering plasmid clones | 17 |
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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 TCGCATGGAC TCAAACACTT AGGGGGGGGG GATTAAAAGA ATCCTCTTTC
AATTCTAAAA AAATAGTTTT ATCCTTAGCC ACTATTTCTT TTTTAGCAAG TTATGCTAAT
GCATCTGGTA CTACTGATGG ATGTCCTACA GCAAGTACTC AAGCTAGATC TTCTGGTTCT
AGTTCTAATT ATAACTGCAC TATAACTTCT CTCTATAATA GCGGTACTGT CGGAATAACT
CTTTCTAATT ATCAAACATC GACTCTGACT ATTGAAAGCG GGGGAACCCT ACAAGCTCCT
GGTTATCCTA CTGGTAATGG AGGTAATGGA GGTAATGGTG TAAATTCAAT CACTTTAAAA
GGATCAAATA GCGATACTCG TACTCTTGAG AAACTCATCA ATCAAGGAAC CATTAAGGGT
AAGATAGGGA TAGAAAATGA GAATACCTCT TTTAACGGAA CCATCACTGT CAGGACCTTT
GACAATAAAA AAAACGGATT CATCGATGGA CATATCTATA TGGGAATTTG GCAAGGAAAT
GGAGGAACTA TCAGCATAGA GAATTTTACC AATGAAGGAA CCATTACTAT ACCTAATTAT
AATAATCATA ATGATGGAGT CATTTATTTT GAAGGAACTA CCCATATAAA AACCTTTCAC
AATAAAGGAA CCATAGAAGG TAGTGGTAAA AATTCAATCT CTTTAAAAGC ACAAGGTAAT
CAGACTCCTA CTCTTGAAAA CTTTATCAAT GATGGAACCA TTAAGGGCAG GATGGTGATA
GAAAATAGGG GTCAAAATGG GCAGAGCTTT CAAGGAACCA TCACTGTCAA GACCTTTGAG
AATAAGAATA ACGGAATCAT CGATGGAGAT ATCTATATAG GAATGTGGGG TGGGAGTAGA
GGAACTATCA GCATAGAGAA TTTTAAAAAC AGCGGAACCA TCAAGGGAGG GAGTCGTCAG
GGAGTTTATT TTGAAGATAT CCGTAGTGCA ATAAAAACCT TTGAAAATAC AGGATTCATC
TCAGGAAGTG GTGATAGTTC TCTAGCTGGG GGTTTACACA CAGGGGGTGG TGTAGTTATG
ACGGGTGGCA CTATAGAGAC TTTTAAAAAC AGCGGAACCA TACAAAGCAC AGGAACAAAC
CATTATCCAG GAGGTGTAAA GTTAAATTAC GCTACAGTAA AGACCTTTGA AAACACAGGT
TTGATTTCGG GTATTAGTGG TGGTTTCATA ACCATTAAGG GCACTATAGA GAATTTCATC
AATAAAGGAA CCATAGAAGC AACAGGCCAG GGTGGTGGGG AAGCGGCTAT TCGAATCCAC
ACTGCTGAGC TACAATTTTC TTCCATAACT AACTTTACTA ATACAGGAAC TATTAAATCA
AACTCTAATG GCGTATTGAT AGAATCGGGC AATAAAATAG GAACTCTTAC TAACCAAGGA
GTCATAGAAT CAAAGTTAAA TGGCATAGAT TTTATTGACG ATGGAGGTCA TAGTAGTCCT
GATAATGCTG AATTAGGTAA AATCGTCCTT GAATCAGGCA GTAGCATTAA GGCTGAGAAG
AAGGGCATCA ACATAGACAA TCAAACTGCT AAGACTATTA CAACCAATGG AATTGAAGTT
AAAGCAGGTG CCAGTGTAAG TGGGGATGAA GCGGGAATTT ATTTAGGAAA GGGTAAAGAA
ATCACTGCCC CCATCACCGT CTCAGGAACG GTTAGTGGGG GTAATGCAGG TATAGTCAAT
GAAGGTAGCA TCACTGCCCC CATCACCATC TCAGGAACGG TCAGTGGGGG TAATGCGGGC
ATAGTCAATG AGAGTGAAGG TAGAATGGCT AGGGGTATTA CTCATAATGG CGAGGGTGAA
TTGGTTATCT CTAACCAAGG TTTAGTAGGT AAAGATGACG AGGGTAATAC AGTAACCAAT
AATAAGGGCA ATGTTACAAT CAAAGATTGG GTTGTTTCTA CTAATGAAGA AACAGGTAAA
TTAGACACGG TGGTTGTAGG TGGAACGAAA ACAGATAGTG TAAAAGTAAG TAACATCACT
GTAGATCAAA GCGGTTTGGA ACTTGAAGAA TTAAACGAGA TAAAAAATCT CATCTCAGGT
GTGAGTACCA ACAATATTGC CAATGTAAAA ACCAATGGGG GTGGAGAAAT ATCTTTAAGC
TATGATCCAA TATCAGCAAG GCTTTCTACA GATGTTCAAC TCAATGCTTC CATAGCAGGA
GCAAACTTTA GATCTTCAGT CGCCACGGCT TCAAAAAGAG CCACCTTTAT AGATAATGTT
ATGGCTAATG CCATGCAAAG CTTTAGCTTA GATTCTTCAG GCAAATCTCA AAAAATAGCC
CTGTCTGAAA AGGGTAATTT ATATGCCGAT GCCAGTGATT ATATCAAGAA TGATTATATC
AAAAGTGATT TGACTCAAGC AAATTATGGT TTGAATAAAG AGCATGCTTT ATTCATCCTT
CCTTATTTTT CTTCACAGAG TGTTGAACTT TCTTTAAATG AAGAAAGTAA AGGACACACT
AAAGGAACCA TCATAGGTTA TTCTACTTTA AAAGACAGTG GAATATACGG TGTGTATGCA
GGTTATGAAG ATACAAAGAT GGATTCAACC TATTTTGATG TGAATAATAT AAGCTATTAT
ACAGGTTTAA AATACTTTAA TACCTTATTC ACTACAGCTA AGGGTCAAGA AGTTTATATT
AAAGCCCAGG CTCAAGCTGC CCTAATTAAA AATGATTTCA CTAAAAAAAT AGGAAAGAAT
GAAGCTAAAG CTAAAGCTCA TTCTTATACT TATGGAATCA ATACCGCTTG GGGTATGAAT
TTCATTGCGG ATAAAAACAT ATTCTCACCT GAAGCCGGTT TTGCTTATGA GGGAAGTTAT
ACGGAAGCTT TTTCCATGCA AGATACTAGA GGTAAAGCCA CCGTTAAGGG TGGAGAAAGA
ACCTATGCAA ACCACTTGAA TCTTTTCTCT ACTAAAACAA GCTTTACTTG GTTTAGAGAT
TGGTTGCCTA ATCTAAAAAC TTCAGTAGAA CTTGGAGCTA AGTTTAATGT CAATCCTAAA
GTAAAAGCTA GGGCTAGATT TGGAAATATG AAAGTGAATG ATGAGTTTCA TTTACCCCGA
GTACGCAAAT TCGCAAGCAC TTCTTTAATT GTTCCTGTTA ATGAAGCTTT CTATTTTAGT
TTAAACTATA ATGGAATGTT TGATGAAAAA GGCAACACCC ATACAGGATT TGCTCAGTTT
AATTATCTTT GGTGA
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| Protein sequence | MKNIAWTQTL RGGGLKESSF NSKKIVLSLA TISFLASYAN ASGTTDGCPT ASTQARSSGS
SSNYNCTITS LYNSGTVGIT LSNYQTSTLT IESGGTLQAP GYPTGNGGNG GNGVNSITLK
GSNSDTRTLE KLINQGTIKG KIGIENENTS FNGTITVRTF DNKKNGFIDG HIYMGIWQGN
GGTISIENFT NEGTITIPNY NNHNDGVIYF EGTTHIKTFH NKGTIEGSGK NSISLKAQGN
QTPTLENFIN DGTIKGRMVI ENRGQNGQSF QGTITVKTFE NKNNGIIDGD IYIGMWGGSR
GTISIENFKN SGTIKGGSRQ GVYFEDIRSA IKTFENTGFI SGSGDSSLAG GLHTGGGVVM
TGGTIETFKN SGTIQSTGTN HYPGGVKLNY ATVKTFENTG LISGISGGFI TIKGTIENFI
NKGTIEATGQ GGGEAAIRIH TAELQFSSIT NFTNTGTIKS NSNGVLIESG NKIGTLTNQG
VIESKLNGID FIDDGGHSSP DNAELGKIVL ESGSSIKAEK KGINIDNQTA KTITTNGIEV
KAGASVSGDE AGIYLGKGKE ITAPITVSGT VSGGNAGIVN EGSITAPITI SGTVSGGNAG
IVNESEGRMA RGITHNGEGE LVISNQGLVG KDDEGNTVTN NKGNVTIKDW VVSTNEETGK
LDTVVVGGTK TDSVKVSNIT VDQSGLELEE LNEIKNLISG VSTNNIANVK TNGGGEISLS
YDPISARLST DVQLNASIAG ANFRSSVATA SKRATFIDNV MANAMQSFSL DSSGKSQKIA
LSEKGNLYAD ASDYIKNDYI KSDLTQANYG LNKEHALFIL PYFSSQSVEL SLNEESKGHT
KGTIIGYSTL KDSGIYGVYA GYEDTKMDST YFDVNNISYY TGLKYFNTLF TTAKGQEVYI
KAQAQAALIK NDFTKKIGKN EAKAKAHSYT YGINTAWGMN FIADKNIFSP EAGFAYEGSY
TEAFSMQDTR GKATVKGGER TYANHLNLFS TKTSFTWFRD WLPNLKTSVE LGAKFNVNPK
VKARARFGNM KVNDEFHLPR VRKFASTSLI VPVNEAFYFS LNYNGMFDEK GNTHTGFAQF
NYLW
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