| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CCC13826_0959 |
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| Symbol | |
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| ID | 5595961 |
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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 concisus 13826 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009802 |
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| Strand | - |
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| Start bp | 385111 |
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| End bp | 388350 |
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| Gene Length | 3240 bp |
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| Protein Length | 1079 aa |
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| Translation table | 11 |
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| GC content | 35% |
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| IMG OID | 640928974 |
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| Product | hypothetical protein |
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| Protein accession | YP_001466283 |
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| Protein GI | 157165176 |
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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 | 0.36897 |
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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 | ATGAATACCT TAAAAAATTT AACTAATAAA GATATGGTAA ATAAAATAAA AGACTATGCT
GATATAGCCG ATGTTGCTTA TGCGTTTTTT GAATATATAG ACGAGAATGA AATTTGGAGT
TTTTCGGATA AATTTTATAA TGAGAAAATT TTAAAGACAC CAAATCCTAG ATGGGATTAT
GCAGACAGCA CATATCATGG TCATACCTTA GAAAAGCTCA ACCAAAAAGC TAAAGAAAAT
GGACGTCAGT TAGGGCAGCC TACTGCTTAT GCTCTTTGTG TTGAAGCTAG GTTTATGCAG
GATTTAACAA TAGAAAAACC TGAAAAGAAC GATGATGGCA CTATAAAGAA AGTTAAAATT
TCAAATGAGA TAAGAAATTT CATAACAACA CCAAAGGGAG AACCACAAAG ACTTTTCATA
AACGAAAAAG GCTACCACCA AATCTCTGAA CGTACTAAAA AATTTACATC AAGATTTAGA
CTTCTAAAAC ATCAAAAAAA TGATGAGCTA GGTTTTAGTG CCACACTCTT TGAAGATACA
GAAAATAACA ATAAAAGAAT ACTAACTTTT AGAGGCACCG AAATAACCTT GGAAGATTTG
AATGCAGATA TTCAACTAAC AAGAGGTAAA ATACCAGATC AAGCAATATC TTTAATATAT
TTCTTTATGG ATTATGTCTT ACCCATCCTA AAAGAAGGTG AAAAGATAAA CATTTGTGGT
CACTCTCTCG GTGGATATTT GACTCAAGCG TGTGCTTTTA CTTTTGCTGA ATATATAGAT
GAAATTTATA CATTTAACTC ACCTGGATTA CTAAGAGACT TTTTATTAAG CTCTTATTTA
ACAAACAAGA TAAATTCTAT AGATGAAATA TTAAAAATGT CTTTTGATGA AATAATGAAT
TCTGATGATG AATACAAAGA ATTAGCCAAA ACTCGCTCAG ACTATAAGGT AAATCTTAGT
TATCAAAAAA CACTTTACAA AAATATATTT TTAGCAAACA AAGACCACAC CTACCTACCA
GCACCTTTAA ATGTTAATAA CATATATCAC ATGAAAACAG ACAATGATAG CCTAGCCTTT
AACAACAAAC TCTATGAAAA CGCTATACAA GACCTTGGGG TTGATATAAA TGGCAATGAA
GTGCTAATAA ATATAGGCAA CGTTGATGCG ATACTAAATA CAAATGTGAG TGTAAGCTCA
CACTTTCTTA CATATACAGC CGCTACACTA TACTTTTTCT CATATCTTTT AGAGCAAAAA
GATAATGACG AAAAGACAAA AAATGTTAGC CTAAAAGGCA CGCTTTTATA TCTAAATGAC
TTTATGGAGC AAAACTATAA GCTTATATTT GATCTTGATA CAAATTTATC TTTAGCATAT
AAAAATGAGA CATCCTATAT AGATAACAAA GCTACACTTC CACCTCTTTT ATATAACAAA
AACAAAAACT GGATGTTGCT TATACTATTA AATAATATAA AACACGACTT TAAGATATTA
AATCACAATT TAGAAGACGA GCAAGAAGCT TTAATAATAG AAGATATATT TAAGCTTAGT
GACAAGAAGC AATATACAAA GATAATAAGC AAAGATGAAG TTGAGAAATT TAAAGAAGGT
GGATGTGAAA ACATAGAAGA TAAAAGGGCT ATGCACAAGT GCAGGACGTA CAAGGTGGTA
GATGAGAGCT CTAGTGATGT CACTACCACC AAAGCTGATG CTAGCAAGCT CTACACCTAT
ACGTCAAATT TCACAAGGTC GCTTTCATCA CAAGATGAGA AGACATACTT TATGAAAAAA
TCAGAGCAGA CCTACTCTCT TTTATTTGAC AACAGCACGC AGAATGGCTC TATAAATTTA
TACGACGTAA AAGATAGGGG CGAGATAAAA TTTGGCTTTT TATCAGCTAG CTCTAGCGTA
TATGTGGATA AGGATAAAGA GAGTTTAGCC ATATTTACAA AAGATAAAGA CATAGTGGAT
ATTGAAAGGT TATATGACAA GATAAGAGAT AAATTTGGCG TGGAAAACCC AGAAAACTAC
AAGGTCGATC TCTTTTTAAA CGCTACACTT CTAAAAGGTG CAAACGAAGC TAAAGACTAT
AAATTTGGCT TTACAAATTT CAAAGATGAA AAAGAGCATG ATCTCTTTGA GAACAAAGAA
GAGCAAAAGC CATTTTACTA CTTTAGCCCA AGGGGTGATG AAAGCTCTAA AGGCTCACTT
GATATCACAA ATAAAAACAC TAGCATAAGA GTGCTTGGCT ATGATATAGA GAGGGGTAGC
TTGGATATAA AGCTAAAAAG AGCTAACAAT GATGAGAAAA AAGAGAACCA AATGCAAAGC
AAAGAGGCGC TAGATCATCA AAGCATACCT TTGGGCGCCA CAGCTACAAA TTTCACCGCT
CACCCAGTCA TAGAAGATGA CATCATCACT TGCCCGCATG GTGGCAGAGT AGTGCTAAAA
AGCAAAGCTG GCAGGAGTAT CAAATCTCAG GATATAGCGC TTATATTAGG TCGAGACTTC
CTTGGCTCGC CGATAGTTGG CTGCTCGGCA AATTCGCCAT GCACCTGCGT AGCCCACGTG
CCAAAGAGCG CCCTAAGCGC CAAAAGAGTA AATGAAGACT ACGCCCTTAT GCAAGACCTA
GTTCATCACT GCTTAAGTGA CAAAGGCTGC ACGCTATCAG TGGCTAAAAA GTCAAATTTG
CTTACATTTG AGGGGGTAAA ATATCTTGAT GCAAACGGCA ACGAAGTAGC TCCAAAAGAG
GTGCAGATCA AGCAAAACCC AAGGCTAAGG TTTTTCATGA AGAGTGCTGC ATCGCAAAGA
GACAACATGC ACGTCGCCAT ATACTCCATA AACGGCACCG AGTACAAAGA GCCAAACGGA
GCTGACGAGA TCGTGCTAAA AGAGAGCGAC GCAAAAGATG TTAGCGACAA GGCACTTTTA
AAGCTATTTA ATGAAAATTT TAAGACTACC AGCCAAAGAA AATATGAATT TAAAGAATAC
TCGCTAAAGT ATGGCGCAGA TGTTTTTAGG CTAAATTTCA TAAAGCCAGA GTATAAGAGC
AAGCACGGCG TAAACGGCTA CTACGAAAGA CTAAGCGAAT ATGAAAATGA CGTTAGAAAT
TTGATCTTTC TAACGCCAAA TCAAACAAAA GATATCACTA TAAAAATAGC CAAAGGGCTA
GACGCTAAGA TAGAAAAAGA CGCCGAGATA ACCGACGTCG TAGTGCTTCA AGGGCTATAA
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| Protein sequence | MNTLKNLTNK DMVNKIKDYA DIADVAYAFF EYIDENEIWS FSDKFYNEKI LKTPNPRWDY
ADSTYHGHTL EKLNQKAKEN GRQLGQPTAY ALCVEARFMQ DLTIEKPEKN DDGTIKKVKI
SNEIRNFITT PKGEPQRLFI NEKGYHQISE RTKKFTSRFR LLKHQKNDEL GFSATLFEDT
ENNNKRILTF RGTEITLEDL NADIQLTRGK IPDQAISLIY FFMDYVLPIL KEGEKINICG
HSLGGYLTQA CAFTFAEYID EIYTFNSPGL LRDFLLSSYL TNKINSIDEI LKMSFDEIMN
SDDEYKELAK TRSDYKVNLS YQKTLYKNIF LANKDHTYLP APLNVNNIYH MKTDNDSLAF
NNKLYENAIQ DLGVDINGNE VLINIGNVDA ILNTNVSVSS HFLTYTAATL YFFSYLLEQK
DNDEKTKNVS LKGTLLYLND FMEQNYKLIF DLDTNLSLAY KNETSYIDNK ATLPPLLYNK
NKNWMLLILL NNIKHDFKIL NHNLEDEQEA LIIEDIFKLS DKKQYTKIIS KDEVEKFKEG
GCENIEDKRA MHKCRTYKVV DESSSDVTTT KADASKLYTY TSNFTRSLSS QDEKTYFMKK
SEQTYSLLFD NSTQNGSINL YDVKDRGEIK FGFLSASSSV YVDKDKESLA IFTKDKDIVD
IERLYDKIRD KFGVENPENY KVDLFLNATL LKGANEAKDY KFGFTNFKDE KEHDLFENKE
EQKPFYYFSP RGDESSKGSL DITNKNTSIR VLGYDIERGS LDIKLKRANN DEKKENQMQS
KEALDHQSIP LGATATNFTA HPVIEDDIIT CPHGGRVVLK SKAGRSIKSQ DIALILGRDF
LGSPIVGCSA NSPCTCVAHV PKSALSAKRV NEDYALMQDL VHHCLSDKGC TLSVAKKSNL
LTFEGVKYLD ANGNEVAPKE VQIKQNPRLR FFMKSAASQR DNMHVAIYSI NGTEYKEPNG
ADEIVLKESD AKDVSDKALL KLFNENFKTT SQRKYEFKEY SLKYGADVFR LNFIKPEYKS
KHGVNGYYER LSEYENDVRN LIFLTPNQTK DITIKIAKGL DAKIEKDAEI TDVVVLQGL
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