| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CJJ81176_pTet0010 |
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| Symbol | |
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| ID | 4711562 |
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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_008790 |
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| Strand | + |
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| Start bp | 4605 |
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| End bp | 10403 |
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| Gene Length | 5799 bp |
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| Protein Length | 1932 aa |
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| Translation table | 11 |
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| GC content | 30% |
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| IMG OID | 639856925 |
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| Product | cpp14 |
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| Protein accession | YP_001004014 |
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| Protein GI | 121999261 |
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| COG category | [K] Transcription
[L] Replication, recombination and repair |
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| COG ID | [COG4646] DNA methylase |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 5 |
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| Plasmid unclonability p-value | 0.0437256 |
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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 | ATGAGTAAAA AAACAAAAAG ACAAATTGAA GATGAAAAAG ATTATGGCGG TCGAAGTTTA
TTTGATCTAA TCGAATTAGA ATTTTCACAA GGAGAAGAAA ATGAGCAACA AAATAGAGAA
TTATCCGAAC ATAGAGAAGT TACAGACAAT ATTGAACGAA CTAGCATTTC ATCAAATACA
CCAAGCGTGG ATAGACAAGA AAATTCCACA ATACAGCTTG ATAATACTAG AGAGATGGGC
AGAGTTTTAT CCGAACACAA TCAAGAATCT AGGAATGTCA GATCTAATGA CACTAGCATT
GCCACAAACA CAAATGGAAT TAGCAATCTT GGAGAGCAAA GAAGCAGACA AGAAGAGAGA
ACAGGGGCTA ACAGATATGG AGATACTAGC AGAAGAGCAA ATAAATCTCA ATCAATACAT
AGCGATAGAA CCCCAAATTT ATTCTCCTTT ATTTCAAGAA ATGATGATGA AAGACAAGGA
ACAGATGCTG CAAGAAGCTA CAATCAACAA TCAGTATTGG AAACTGCAGC AAGAAATGAT
GGATATGAAA GAAGAAGCCT CAAATCTGGG CAAAAATTAG ATTTTGTAAG CGATGATGAA
ATCTATCTAG GTTCTTTAAA AGATAGATTT CAAAAAAACC TTCAAGCCAT TAAACTTTCA
AAAACTATTG AACAAGAAAA TCGCTACGCT ACCAAACAAG AACAAGAAAT TCTAAATAAA
TTTTCAGGAT GGGGCGGTAT TCCTCAAGCT TTTGATCATC AGAATAAAGA ATGGGAAAAA
GAATTTAAAG AACTTATTAG CACACTTGAT TATGCAGAAT ATGAAAAGGC AAAAACTTCA
ACTTTAGATG CTTTTTACAC TCCAAAAATT ATTATCGATA CAATTTATCA AGGGCTTAAT
CAGCTAGGAT TTAATAATGA TGATCACACC AAAGAAATAT TTGAGCCAAG TGCAGGTATA
GGCTCTTTTT TGTCTTATGC AAAAAATTAT AGCGATAAAT ATCATTTTAC TTGCGTAGAG
CTTGATACTA TAAGTGCAAA TATATTAAAG CATTTGCACC CAAATCAAAC AATTTATAAT
AAAGCATTTC AGCACCATTT ATTTGATAAG CCATACGATG CTTTTATAGG TAATCCGCCT
TTTGGTCAAA AAAAGATCTT GGATTTAAAT GATCCGACAC TTAATAAAAC GAGTGTGCAT
AATTATTTTA TTGGTAATGC AATTAAAAAT TTAAAAGAAG ATGGAATTGC TGCTTTTGTA
GTATCAAGTT ATTTTTTAGA TTCTAAAAAT AGCACAATAA GAAATTTTAT AGCCGAACAA
GCAACATTTT TAGGTGCTGT AAGATTGCCA AATAATGCTT TTAAAAAACG AGCTAATACA
GAAGTTACTA CCGATATTAT CTTTTTTAAA AAAGGTAAAG ATTTAAATAT AGATAAATCT
TGGCTAGAAA GCGTAGAATA CTATGACGAT CGTTTTGATG AAGCTGAAAA AAGAGGTATG
CACCCTGATG TTTTTAATGA CTTTAGAATA AATGAGTATT TTAAAAATAA TCCACAAAAT
ATCTTAGGAA AAATGAATAT TAAAAGCTCT CAATATGGTT ATAGTTTAGA ATGCTTAGAT
GATGGAAGAG ATTTAAAAAT CGCTTTAGAA AATTTTACAA AAACCTTACC TAAAAACATT
TATAAATATC AAGAAACAAA AATCAAGCTA TCTTATTACA GGATTGATAG AGAATCGCCT
GAATACGAAA AATATAGCAA AACTCTAAGT AAGTTAAAAG ATGGAAATTA TTTTGAATAC
AATAATGAAA TCTACATGAA AATCGGAAGC GATGATGAGT TAGTCTTTTC AAAACCTGTT
TTAAATGAAC ACGATACAAG AAGAATTAAA AAACTCATTG CTCTTAGAGA TCAATTTAAC
ACTCTTATTG AATATGAAAA AAATGAATCT AACGATCTTT TAGTAGAAAA TCAAAGAAAA
TCTCTAAACA AGCTTTATGA TGAATTTGTA GCCAAAGAAG GATATTTAAA TAGAGATGCA
AATAAAAAAG CCTTTAGAGA AGATGTAGAA GCAAACAAAA TTTTAGCACT AGAAAAAAAT
TATAGCAGTG GTATTTCAAA AAGTGTAGCT TTAAAAGAAG GTATAGATCC TATTGCACCA
AGTGCAACAA AAGCAGATAT TTTTTTCAAA AGAACTATAA ATGCACAAAA AGAAATTAAA
ATCTCGACTC CAAAAGAAGC ATTAATTGCT AGTATCAATG AATATGGGAG AATTGATTTA
AAATTTTTAG AAACGAATTT AAATCAGCCT TTAGAAGAAA CCCTTAAATC TTTAGAGCAA
GATAGATTAA TCTTTAAAGA TCACAAAAAT CCTGCAAATT ATGTTTTGGC TGAAAAATAT
CTTTCTGGCA ATGTTAAAGC AAAGCATAAA GAAGTAAAAA AATTAGTAGA AGATGGCTTT
AATGAATTTG TTAATAATTT AGAAAGCTTA GAACAAGTCT TGCCTAAAGA TTTAAAAGCG
GTTGATATTT CAATAAGCTT AGGGACAACA TGGATACCTA TAAAATATTA CAAACAATTT
ATAGAAGAAA CCTTACAAAT TACTCCTAAA GATTATGATT TATTTTTAAT GGAAAAAACA
GGCGAATGGA GTCTTAAAGG TTTTGGCTAT TCTTTAAGTT CTTATATTCG TTCAGAATAT
GCCACAGAAA GAATAGGTTG CTTTGATTTG TTGGAGCATG GATTATTAAG AAAGCCTATT
CGCATTTATG ATAAAAAACT AGATCCATCA GGAAAAGAAA TCAGAGAATT AAATCCTAAA
GAAACTGCAA TCGCTAATTC TAAATTAGAA AATTTAAAAA ATGAATTTAT AGAATGGATT
TATAAAGACT ATGATAGACG CACAGATTTG GAAAATATCT ATAATGAAAG GTTTAATACA
AATATAGAAC CACGATACAA TGGAGAGCAT TTAGAACTTC CAAATTTCAA TGCCAATATC
AAACTCAAAA AACACCAAAA AAATGCTATA TATAGGGCTA TTCAAGAAAA TAGTATTATT
TTTGATCATC AAGTAGGTGC TGGAAAAACT TTAGTGGCAA TTTGCTCTGT GATGGAGCAA
AAAAGAATGG GGCTTTTAAA TAAACCCTTA ATTGTAGTCC CTAATCATTT AGCAAGACAA
TGGAATGATG AGTTTTATCA CGCCTATACA AATGCAAACA TTTTAGTTGC TACAAATGAT
GATTTAAAAA AAGATAATAG AGAAAAGTTT TTTTCCAAAA TTACAACAAA TAATTTTGAT
GCCATCATTA TGACACACTC GCAATTTAAA TTAATCCCCG CACCTTATGA AGTTATCAAA
AAACAATATG AAGAAGATAT TAATATCTTA GAACAAACAT TAGAAAAAAA ACGAAACGAT
GATAATGTTA TGCGATATTC TGTAAAAGAC TTAGAAAAAC GCATTGAAAA TTTTAAGGTG
AAATTGAGTG ATTTGCAAAC TACACATAAA AAATCTAAAG CGATAGATTT TTCAGAATTA
GGAATTGATG CATTAATTAT TGATGAAGCA CATGAGTTTA AAAATTTACT CATTACAACT
TCAATGGGTG ATATAAGTGG TCTTGGCAAT TTAAAAGGCT CACAAAAAGC CTATGATCTT
TATTCTAAAA CACAATATAT TCACGAGCAA AATAAAAAAC TCTATTTTTT AACAGGAACG
CCTATAAGCA ATTCAATTAC AGAGCTTTAT ACTTTGCAAA GATACATACA ACCAAATATC
TTAAAAGAAA AAGGGATACA AGCTTTTGAT TCTTGGGCTT CTACTTTTGG AGAAGTTACA
AACGCTTGGG AGCTTGATAG TTCTGGAATA AATTATAAAA TCGTTGCAAG ATTTAACAAA
TTCAAAAATG TTCCTGAACT TTCTACCATG TATAAAAGTG TGGCTGATAT TGTAACAAAT
AATGATATTA TGAAATATCA AAAAGATTTC GTGCCAAAGC TTTACAATGA CAAACCTATT
AATATCGTTG CTCCTAGAAG TAAAGAAATA GCAGAATTTA TAGGCATTCA AGATGAAAAT
GGAAGATGGA ATGAAGGCTC TATTGTGTGG AGAATGGAGC ATCAACAAGA TGATATTACT
AGAAATAACT TACTTGCTTG TACCACAGAT GCTAGAAAAG CTGGACTTGA TTTTAGACTT
ATTAATCCAC ATTGTGATGA TTATGCAAAT TCTAAAATTA ATAAGCTTAT TGAAAATGTT
TTTAATGAGT ATAATGCTTG GAATGATGAT AAAGGCACAC AATTAATATT TTGTGATTTA
TCCACTCCAA AACAACACTC ACAAAAAGTT GCTCTAAATG GCAATATTGC TACACCAAAT
TTAAATAAAG AAGAATTTGT CAATATTAAT GAAACAATAG AACAAACAGA AGAAGAGAAT
AGCAAAAGCC TTGATGAACT CTTAGCAGAA CAAGCAAAAT TTGATGTATA TACTGATATC
TTAAAAAAAC TTGTCGCAAA AGGTATTCCA CAAAATGAAA TTCGTTTCAT TCACGATGCA
AAAACAGACT TACAAAAAGG ACAGCTTTTT GCAGATATGA ACTCAGGAAA AGCTAGAATT
TTAATTGGAT CAACGCAAAA AATGGGTGCT GGAACAAATG TGCAAAAAAG AATTGTAGCC
TTACACCATT TAGATTGCCC TTGGCGTCCG AGCGATTTAG AACAAAGAAG CGGTAGGGTT
ATAAGACAAG GCAATGAACT CTTTATGAGA GATCCACAAA ACTTTAGAGT AAAAGAATTC
AGATATGCAA CTGAAAGAAC CTATGATGCT AGAATGTGGC AAGTCATTGA AAGCAAAGCA
AGATCCATAG AACAATTTAG AAAAGCTGGT GCTGATGTAA GAACCTTAGA AGATGTTACA
AGTGGTGCAG CCGATGCTGC AGAAATGAAA GCAGAAGCAA CAGGCAATCC ACTCATTTTA
CTACAGGTGC AATTAAATAG TGATCTAAGA CAAGAAGAAA TGCTTTATAG TGGTTATAAA
AGACAAATAC ACAATAATGA AGAAAGTCTT ATAACTAATC TTTCAAAGAT TGAACTACTA
AAAAAAGATA TAGCTAAAAT GGAAATTTTA AATTCAATCA TCAAAGAAAA CAATAGCGAG
CATTTTCAAG GAAAGTATTA CATTAATGAT GATGAAAAAG ATTTCATTGT CTTTAAAAAT
GATACGAGTG ATCTAAACAA AAGCAGACAA GCAGAACTTG AAAGAAATTT TGAAAAGATT
GTTAAAACAA TAGCTGATGA CTATCAAAAA GAATATAAGG TTTTAGAGTT TAAAGGACTG
CTTATAAGCG GAGAAAGAAC AGATTTAAAC ACTCTTAATT TTTATGTGAG TACTACTGAT
GGTAAAACAA TAATTGAGCC TGAAAATTTG ATTTATAAAA GAGATGAAAA AACCTTTTTT
AAATTGGAAA GTTATGTAAA TTTTGGTGGT TTTGTAAAGA GATTAAACAA TTTTTATAAT
GACTTAGAAA AATTTACTCA ACTCAATAAA AATAAGATAG AAAATCTTGA AAAAGAAATT
GTGGAGCTAA AAAGCATTAC AGGGGATAAC ACTCCAAAAT ACAAAAGAAA GGACTATTTA
GAGGCATTAA GAGAAGACAA TCGCATTATC ATGGATGAAA TAGAAAAAAT GAGTAAGCAA
AAAAACTACA AAAGTGATTT TGTGCCAAAA TCTGCAAAGA TTTTAGAAGA TTTAAATAAA
AACAATAATA TTCAGAAAGA ATATGATATT GAAATATAA
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| Protein sequence | MSKKTKRQIE DEKDYGGRSL FDLIELEFSQ GEENEQQNRE LSEHREVTDN IERTSISSNT
PSVDRQENST IQLDNTREMG RVLSEHNQES RNVRSNDTSI ATNTNGISNL GEQRSRQEER
TGANRYGDTS RRANKSQSIH SDRTPNLFSF ISRNDDERQG TDAARSYNQQ SVLETAARND
GYERRSLKSG QKLDFVSDDE IYLGSLKDRF QKNLQAIKLS KTIEQENRYA TKQEQEILNK
FSGWGGIPQA FDHQNKEWEK EFKELISTLD YAEYEKAKTS TLDAFYTPKI IIDTIYQGLN
QLGFNNDDHT KEIFEPSAGI GSFLSYAKNY SDKYHFTCVE LDTISANILK HLHPNQTIYN
KAFQHHLFDK PYDAFIGNPP FGQKKILDLN DPTLNKTSVH NYFIGNAIKN LKEDGIAAFV
VSSYFLDSKN STIRNFIAEQ ATFLGAVRLP NNAFKKRANT EVTTDIIFFK KGKDLNIDKS
WLESVEYYDD RFDEAEKRGM HPDVFNDFRI NEYFKNNPQN ILGKMNIKSS QYGYSLECLD
DGRDLKIALE NFTKTLPKNI YKYQETKIKL SYYRIDRESP EYEKYSKTLS KLKDGNYFEY
NNEIYMKIGS DDELVFSKPV LNEHDTRRIK KLIALRDQFN TLIEYEKNES NDLLVENQRK
SLNKLYDEFV AKEGYLNRDA NKKAFREDVE ANKILALEKN YSSGISKSVA LKEGIDPIAP
SATKADIFFK RTINAQKEIK ISTPKEALIA SINEYGRIDL KFLETNLNQP LEETLKSLEQ
DRLIFKDHKN PANYVLAEKY LSGNVKAKHK EVKKLVEDGF NEFVNNLESL EQVLPKDLKA
VDISISLGTT WIPIKYYKQF IEETLQITPK DYDLFLMEKT GEWSLKGFGY SLSSYIRSEY
ATERIGCFDL LEHGLLRKPI RIYDKKLDPS GKEIRELNPK ETAIANSKLE NLKNEFIEWI
YKDYDRRTDL ENIYNERFNT NIEPRYNGEH LELPNFNANI KLKKHQKNAI YRAIQENSII
FDHQVGAGKT LVAICSVMEQ KRMGLLNKPL IVVPNHLARQ WNDEFYHAYT NANILVATND
DLKKDNREKF FSKITTNNFD AIIMTHSQFK LIPAPYEVIK KQYEEDINIL EQTLEKKRND
DNVMRYSVKD LEKRIENFKV KLSDLQTTHK KSKAIDFSEL GIDALIIDEA HEFKNLLITT
SMGDISGLGN LKGSQKAYDL YSKTQYIHEQ NKKLYFLTGT PISNSITELY TLQRYIQPNI
LKEKGIQAFD SWASTFGEVT NAWELDSSGI NYKIVARFNK FKNVPELSTM YKSVADIVTN
NDIMKYQKDF VPKLYNDKPI NIVAPRSKEI AEFIGIQDEN GRWNEGSIVW RMEHQQDDIT
RNNLLACTTD ARKAGLDFRL INPHCDDYAN SKINKLIENV FNEYNAWNDD KGTQLIFCDL
STPKQHSQKV ALNGNIATPN LNKEEFVNIN ETIEQTEEEN SKSLDELLAE QAKFDVYTDI
LKKLVAKGIP QNEIRFIHDA KTDLQKGQLF ADMNSGKARI LIGSTQKMGA GTNVQKRIVA
LHHLDCPWRP SDLEQRSGRV IRQGNELFMR DPQNFRVKEF RYATERTYDA RMWQVIESKA
RSIEQFRKAG ADVRTLEDVT SGAADAAEMK AEATGNPLIL LQVQLNSDLR QEEMLYSGYK
RQIHNNEESL ITNLSKIELL KKDIAKMEIL NSIIKENNSE HFQGKYYIND DEKDFIVFKN
DTSDLNKSRQ AELERNFEKI VKTIADDYQK EYKVLEFKGL LISGERTDLN TLNFYVSTTD
GKTIIEPENL IYKRDEKTFF KLESYVNFGG FVKRLNNFYN DLEKFTQLNK NKIENLEKEI
VELKSITGDN TPKYKRKDYL EALREDNRII MDEIEKMSKQ KNYKSDFVPK SAKILEDLNK
NNNIQKEYDI EI
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