| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CHAB381_1401 |
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| Symbol | |
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| ID | 5409604 |
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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 hominis ATCC BAA-381 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009714 |
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| Strand | - |
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| Start bp | 1340402 |
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| End bp | 1344619 |
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| Gene Length | 4218 bp |
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| Protein Length | 1405 aa |
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| Translation table | 11 |
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| GC content | 34% |
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| IMG OID | 640871078 |
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| Product | putative large adhesin |
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| Protein accession | YP_001406950 |
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| Protein GI | 154148720 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 3 |
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| Plasmid unclonability p-value | 0.018922 |
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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 | ATGAATAAAG CTTATAGACA TGTCTATAAA GATGGTATAG GCTGGGTGGC TATCGCTGAA
AATGCTTCAT GTGTGAGCTC GAGTAAGGGA AGTGGCACAG TATCCAGTAA AACTAAAGTT
GAGGTTTTAA AAAACTTTTT TGATTTAAGA AATTCAGTTG TTTTAAATAA TGGCTTTTTA
CTAAAAGGAC TATTTGCAGC AACTCTATTT TGTGGAGTGT TTGTAGGTGA TTTGAAAGCA
TATAATGCTG AACCGGAAGA AATAGCAAAA ATTCAAAATA ACGGCACGGT TGTTTATACG
GACGATCAGA ATTTTAGAGT GGTGGAGTCT ATAGAAAATG GCGAAAAAAT TTTTAAAAGA
GTCGATGAAA ATGGCAACAT TGTCGGAGAA GGTGGTAAAA AACTTTTAGA ATTTGAAGGC
AAATACTATG ACTATGAAAA AATTCTATCG ATGAAACAAA GTGACGGCTC ATATTTAATC
AATGATAAAT ACTATGTTAT TCCAGATGGA ACTTTAAGCG GGAAAGGAAT GGCCGAACGA
CCTGTTTTTG TAGAAAGAGA CTATGTATAT ACTGCTGGTG GCAAGGCAAG CGGCAAAAAA
ATGGCCAGGC TAGATACTGG TGACGGTAAA TGGTATGTCT ATAATTTGGC TGATAACGAA
AAGCTATATT ATGCAAGATT TGAAACTGAT AATAAATACA AGGAAAATAA TTGTAAAACA
AACAAAAACA CTTCTTTTAA GGACGGGTAT TGTTACGGTT TTTGGCAAAT TGGTGAGCTA
GAAACTGAAA AAGTGGCCGG AATGGATGTT CCTGTTATAG ATGCCGATGG ATATTATGTA
AAAAGAATAA AATCTGCAAC AGAGCTTACA ACTGCCAATG AGATTAGAGT TTATGGCAAA
ACCTTATCAA CCTTAAATTT ACCTACTGGT GGCGCAACAA CCCCAGAGCG TCTTAGTTTA
GTCGGAAAAG ACGGTAAAAC TGTAAAACCT ATAAAATACG ATGCAAATGA CCAACAAGTA
AAAGACGGTA AAAAGACCAT CAGAGATAAC AAAGACGGAA CTATTCGCCT TGGCAATGTC
GCTAGAGCAA TACAAGACGA TGAAGCTGTA AATTTAGGAC AACTAAACGA AAAATTACAA
AATGTAAAAG TCCCTTATGT AAGTATAAAA TCAACTCAAA CAGGCGCCGG CTCAAACTAT
AACTCTGACG GCGCCACAGG TGATGACTCT ATCGCTATCG GACCAAATGC AGGAGCCAGC
GCTGAAAACT CAGTAGCCAT CGGACCAAAT GCCAAGGCTA GCGAGTATGG CTCAGTAGCT
ATTGGAGCTG ATGCGCAAGC AATCAATAAA AATTCAGTAT CATTAGGAGC TGGAGCTAAA
ACTACAGATG AAGATTCAGT CGCTATCGGT CTTAATGCAC AAGCACAAGG AGATAGTTCG
TATGCTTTGG GAGCTTGGTC AATAGCAGCA GAAGAAGGAG CAACTACGAT TGGAACTTAT
TCACGTGCAA ATAAAAAAGA TTCTTTTGCG CTAGGTGTCG GAGCTAAAGC AAATATAGAA
AGCTCTGTAG CTTTGGGTTC AGACTCTGTA GCCGATACTG AGAAAGGAGT TGCAGGTTTT
GACTTTGTAA CCGACAAGCA AAGCACAGAG ACAAGCCCTA CTTGGAAAAG CACAGCAGGA
GCAGTATCTG TAGGAGATAA AGCCAGTAAT ACTACTCGCC AAATCACAAA TGTCGCAGCA
GGATATGCTG ACACCGACAC AGTCAATGTC GCTCAACTAA AAGCTGGTTT AAATAACAAA
GCCGATTTAA ATGCAGGAAA TTTAAGCAAT AAAACAGGCA ATACAGCTAA TGAAACATAT
GCTGATGTAT GGAAAACAGC TCTTGGCATA AGTGACGCTA ATATTCAAAA GCTAGCTCAA
AAATCTGTTG TAGTAGCAAA TGGAGAAAAC ACAACAGTTG CTAAAGATAC TTCAGCAACA
GGAGACATAA CTTATAAAGT TAATGTTAAA TTAGATGAAT ATGCTAAATC AACTGACATA
GATACAAAAC TTGGTGATTA TGTAAAATCA GTAACAGGTG ATGACTTTAT CAAAGTAGAC
GCAACCAAAA AACAAAGCCC AGCTTTATCT CTTGATACAG ATAAGCTTGC AAACGATAGC
ACATTTGTAA CAAACATTGC AGGAAATAAG GTATTTAAAA ATACATATGT AACAAATGAA
AATTTGGAAA AAGGCTATAC AAAACTTGAT GGAACAAATC TATTTAAAGA TAATACTTTA
AATGAATTAA ATCCAAATTT CAAAAAAGAC AATTGGAGAA AAGCTCTTGA TATAAGTGAC
GCTAATATTC AAAAGCTAGC TCAAAAATCT GTTGTAGTAG CAAATGGAGA AAACACAACA
GTTGCTAAAG ATACTTCAGC AACAGGAGAC ATAACTTATA AAGTTAATGT TAAATTAGAT
GAATATGCTA AATCAACTGA CATAGATACA AAACTTGGTG ATTATGTAAA ATCAGTAACA
GGTGATGACT TTATCAAAGT AGACGCAACC AAAAAACAAA GCCCAGCTTT ATCTCTTGAT
ACAGATAAGC TTGCAAACGA TAGCACATTT GTAACAAACA TTGCAGGAAA TAAGGTATTT
AAAAATACAT ATGTAACAAA TGAAAATTTG GAAAAAGGCT ATACAAAACT TGATGGAACA
AATCTATTTA AAGATAATAC TTTAAATGAA TTAAATCCAA ATTTCAAAAA AGACAATTGG
AGAAAAGCTC TTGATATAAG TGACGCTAAT ATTCAAAAGC TAGCTCAAAA ATCTGTTGTA
GTAGCAAATG GAGAAAACAC AACAGTTGCT AAAGATACTT CAGCAACAGG AGACATAACT
TATAAAGTTA ATGTTAAATT AGATGAATAT GCTAAATCAA CTGACATAGA TACAAAACTT
GGTGATTATG TAAAATCAGT AACAGGTGAT GACTTTATCA AAGTAGACGC AACCAAAAAA
CAAAGCCCAG CTTTATCTCT TGATACAGAT AAGCTTGCAA ACGATAGCAC ATTTGTAACA
AACATTGCAG GAAATAAGGT ATTTAAAAAT ACATATGTAA CAAATGAAAA TTTGGAAAAA
GGCTATACAA AACTTGATGG AACAAATCTA TTTAAAGATA ATACTTTAAA TGAATTAAAT
CCAAATTTCA AAAAAGACAA TTGGAGAAAA GCTCTTGATA TAAGTGACGC TAATATTCAA
AAGCTAGCTC AAAAATCTGT TGTAGTAGCA AATGGAGAAA ACACAACAGT TGCTAAAGAT
ACTTCAGCAA CAGGAGACAT AACTTATAAA GTTAATGTTA AATTAGATGA ATATGCTAAA
TCAACTGACA TAGATACAAA ACTTGGTGAT TATGTAAAAT CAGTAACAGG TGATGACTTT
ATCAAAGTAG ACGCAACCAA AAAACAAAGC CCAGCTTTAT CTCTTGATAC AGATAAGCTT
GCAAACGATA GCACATTTGT AACAAACATT GCAGGAAATA AGGTATTTAA AAATACATAT
GTAACAAATG AAAATTTGGA AAAAGGCTAT ACAAAACTTG ATGGAACAAA TCTATTTAAA
GATAATACTT TAAATGAATT AAATCCAAAT TTCAAAAAAG ACAATTGGAG AAAAGCTCTT
GATATAAGTG ACGCTAATAT TCAAAAGCTA GCTCAAAAAT CTGTTGTAGT AGCAAATGGA
GAAAACACAA CAGTTGCTAA AGATACTTCA GCAACAGGAG ACATAACTTA TAAAGTTAAT
GTTAAATTAG ATGAATATGC TAAATCAACT GACATAGATA CAAAACTTGG TGATTATGTA
AAATCAGTAA CAGGTGATGA CTTTATCAAA GTAGACGCAA CCAAAAAACA AAGCCCAGCT
TTATCTCTTG ATACAGATAA GCTTGCAAAC GATAGCACAT TTGTAACAAA CATTGCAGGA
AATAAGGTAT TTAAAAATAC ATATGTAACA AATGAAAATT TGGAAAAAGG CTATACAAAA
CTTGATGGAA CAAATCTATT TAAAGATAAT ACTTTAAATG AATTAAATCC AAATTTCAAA
AAAGACAATT GGAGAAAAGC TCTTGATATA AGTGACGCTA ATATTCAAAA GCTAGCTCAA
AAATCTGTTG TAGTAGCAAA TGGAGAAAAC ACAACAGTTG CTAAAGATAC TTCAGCAACT
AGGAGACATA ACTTATAA
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| Protein sequence | MNKAYRHVYK DGIGWVAIAE NASCVSSSKG SGTVSSKTKV EVLKNFFDLR NSVVLNNGFL
LKGLFAATLF CGVFVGDLKA YNAEPEEIAK IQNNGTVVYT DDQNFRVVES IENGEKIFKR
VDENGNIVGE GGKKLLEFEG KYYDYEKILS MKQSDGSYLI NDKYYVIPDG TLSGKGMAER
PVFVERDYVY TAGGKASGKK MARLDTGDGK WYVYNLADNE KLYYARFETD NKYKENNCKT
NKNTSFKDGY CYGFWQIGEL ETEKVAGMDV PVIDADGYYV KRIKSATELT TANEIRVYGK
TLSTLNLPTG GATTPERLSL VGKDGKTVKP IKYDANDQQV KDGKKTIRDN KDGTIRLGNV
ARAIQDDEAV NLGQLNEKLQ NVKVPYVSIK STQTGAGSNY NSDGATGDDS IAIGPNAGAS
AENSVAIGPN AKASEYGSVA IGADAQAINK NSVSLGAGAK TTDEDSVAIG LNAQAQGDSS
YALGAWSIAA EEGATTIGTY SRANKKDSFA LGVGAKANIE SSVALGSDSV ADTEKGVAGF
DFVTDKQSTE TSPTWKSTAG AVSVGDKASN TTRQITNVAA GYADTDTVNV AQLKAGLNNK
ADLNAGNLSN KTGNTANETY ADVWKTALGI SDANIQKLAQ KSVVVANGEN TTVAKDTSAT
GDITYKVNVK LDEYAKSTDI DTKLGDYVKS VTGDDFIKVD ATKKQSPALS LDTDKLANDS
TFVTNIAGNK VFKNTYVTNE NLEKGYTKLD GTNLFKDNTL NELNPNFKKD NWRKALDISD
ANIQKLAQKS VVVANGENTT VAKDTSATGD ITYKVNVKLD EYAKSTDIDT KLGDYVKSVT
GDDFIKVDAT KKQSPALSLD TDKLANDSTF VTNIAGNKVF KNTYVTNENL EKGYTKLDGT
NLFKDNTLNE LNPNFKKDNW RKALDISDAN IQKLAQKSVV VANGENTTVA KDTSATGDIT
YKVNVKLDEY AKSTDIDTKL GDYVKSVTGD DFIKVDATKK QSPALSLDTD KLANDSTFVT
NIAGNKVFKN TYVTNENLEK GYTKLDGTNL FKDNTLNELN PNFKKDNWRK ALDISDANIQ
KLAQKSVVVA NGENTTVAKD TSATGDITYK VNVKLDEYAK STDIDTKLGD YVKSVTGDDF
IKVDATKKQS PALSLDTDKL ANDSTFVTNI AGNKVFKNTY VTNENLEKGY TKLDGTNLFK
DNTLNELNPN FKKDNWRKAL DISDANIQKL AQKSVVVANG ENTTVAKDTS ATGDITYKVN
VKLDEYAKST DIDTKLGDYV KSVTGDDFIK VDATKKQSPA LSLDTDKLAN DSTFVTNIAG
NKVFKNTYVT NENLEKGYTK LDGTNLFKDN TLNELNPNFK KDNWRKALDI SDANIQKLAQ
KSVVVANGEN TTVAKDTSAT RRHNL
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