| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CCC13826_0007 |
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| Symbol | |
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| ID | 5596160 |
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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 | 1986226 |
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| End bp | 1989171 |
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| Gene Length | 2946 bp |
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| Protein Length | 981 aa |
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| Translation table | 11 |
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| GC content | 42% |
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| IMG OID | 640930528 |
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| Product | putative lipoprotein |
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| Protein accession | YP_001467793 |
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| Protein GI | 157164908 |
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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 | 5 |
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| Plasmid unclonability p-value | 0.949934 |
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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 | ATGCAAAAGT TAGGCGTTAT CAAAAATATC CTAGGTGGCG AAATCGTAGC TGTTGATAAA
AGCGGCAACG AAAGAGTCTT GAAGGTGGGC GATAGCATTT TTGAAGGCGA AACGATAAAG
GCTAATGGCT CTACAAAAGC AGTGATCGCA GCAAACGACG GCAAAGAGGT CAGCTTGCAA
AACGGCGAAA GCCTGAGCCT AGACAAAGAG GCAAATGCAC TTAGTGACAA CCCAGAGATA
GCCTCTATCC AAAAAGCCTT ACTAAACGGT GCAAACATCA CAGACCTTGA AGAGACTGCA
GCTGGTGGCA ACCAAGGCGG TGGCAACGCT ACTGGAGATG GCGTGAGCCT TGGCACAGCT
AGCTTTGCTG AGGGCGGCCA CTACTCAAAT ATCAATGAAA ACTATAGAAA TTTAACCGAC
GCAAATAGAG CTTTTCAAAC TCCAGAAAAC TCAATAGGCG GCTATAACGA TGCAGGCACA
GATGCAGATA CGACAACTCC TATCTCACCA GTTACACCTG TCACCCCAAG CACTCCAGTA
ACGCCACCAA CTCCGAGTAC TCCAAGCACT CCTGGCGTCA CTGTAACTCC AGGCACCCCA
TCACCTGCTA ATCCTCCAGT CATCACGCCT CGTCCTGGCG CAGTAGAGAT CACTACTAGC
ATCGATCCTG CTGCTAGCGA GGTAAGAGAG AGCGGCGCAG GGGCAAACGG CGAGGGCGGA
CACTACCTTG TTTATAAACT AGGTCTATCA GGCACTCCAG TAAGCCCAAG TGGCGAGACC
ACAGATCTAG GTTTAAATTT CCTCGGTGGC ACTAGAGGAG AGGATTATTC AAGCGTAGTT
GAGTACTCGA CTGACAATGG AGCGACATTT CAGCCACTAT CAGGCTACAC GATAACTGGC
GTAAATATAG AAGATATCTC AAAAGTGCAA GTAAGGATAA AGGTGCTTGA CGATAACGGC
CAAGACACCA CAAAAGGTCC TTTGCATCAC AACCAAAACG AGGGTGAGAA CACTGGCCCT
CAAGGCATGA CTATCGACAA CGTACAAAAA ACTGATATGG TTGATAATTT TGCTGTATTT
AAAGAGGGTG TGAAATTAAG TGTCACACCA AGCAGTAGCT ATCTGCTACC AACAACTAAT
GCAAATATGG CTGAAGGCAA AATAATAGAT AATGACGACA ACATCGAGCT AAATAAAGAT
ATCAAAGGCA ATATCGCAAA CCATACAAAT TTAAACACAA ATGATGGTGA TGATACAGTT
AGCATAAAAG CAAATTTAGA GAATTTACAC TTAGATACCG GCTCTGGCAA CGACGTGGTA
AATTTTGATA AAGAGGTTAC GATTAGCGGC ACTAAAAATA GCCCTAGCGT AGGCGGTGTT
CTTGGACATT ATAATAGCAC TACTATAAAC CTTGGTAGTG GCGATGACGT AGTAAATATC
AATGCTGATC TTAGTATATT TAAGGCTGAG ATCAAACTTG GCGCGTATAC TCCTAGCTCA
AGCAATAGCG CTCGCGACGA AGCAGGAAAT AACACTTTAA ATATCAATGC AAATATCCTT
GGCAAAGAAA CATTTAAAGT TATAGACCCT AGTATCCACA ACAGCTGGTA CAATGATAAC
CGCATCCACA CAGGTGACGG CGATGATGTG GTAAATGTAA AAGATGGTGT GAGGATAGAA
AGAGTAAATA TCCAGATGGA TACTGGTAGT AATACTTTTA AAGCAAACAA TGTAACCATG
ACAGATGCTT GGGTAGATAC TAGCGATAGA TACTCTGAGG CAAGAGATGT AAATACTATG
GAGATATCAA ACTCTACGCT AACAAATGTA AATTTAAATA GAGAGTCACA AGATGCAGTG
CTAGGATATC AAAGTCTAAA ACTAGATAAT AACAAAGGCG AGAGCGTTAC AGCTTATGCA
AAAGACCTAC TTGAAGTAAA AGGCAATAAT GATGGCAATA GTCACTATGA AACTGGATCA
TTTAGCTCAG CTCACGTTAT AGCAGATGGT ATAAGTATAG GTCAAGCAGG CTTTAGCAAT
AAAACAGGTG TTGATTTTAC AGCTGATATA TCAAATTTAA CAGCTAAAAC TCGTGTGTGG
GTAGGTAGCT ATGGTGAAAG TAATGATACG ATAAATTTTA AAGGTAACAA CATCTTAAAT
AACCTTGAGG ATTCAAGTAG TGCTGATATA GATACAAGAG GTGGCAACGA TACTATAAAT
TTTGAAGGCA AAAACGTAGC TGGCGCCATC AATATAAATA CTGACGCTGG CAATGACACC
ATAAATATCG GCGGCGAAAC TAAATTTGGC GGAACACATG AAAAATATGT ATTTAAAAGC
GTTCAGTTTT CTAGTATAAG AATGGGCGAT GGCGACGATA CGATAAATAT CGACAAAGGC
GCTGAGCTAA AAAGCACTAC CATAAGAATG GGCGATGGCG ACGACGTTGT AAATTTAAAT
GGTAGTTTAA AACATGCTGG TGGTACATAC TGGGATGGCT CAAGTACTAT TGATCTAGGT
AGTGGCAACG ATATCATACA TATCGGCAAG GACGCAGAGA TAAATGCAGA TGGCATGACT
AGTGCTGGTG GTGAGTATAA AAAAGAGCAT GGCGGCATAG TTATCCAAGG TGGAGCAGGT
ACTGATACGC TAGATATTGC TGGAAATATC GACTTTAGCA AGGTAGCTGG CTTTGAAAAG
GTTAGTCTTG GCGGAAGCGC AAACAACGTA ACACTAAATT TAACACTAGA TGACGTGCTA
AATATCACTC GTGGAAACCT TAATAACACC CTTAGGATAG ATGGCGAGGC GGGTGATCAA
GTAGATATGT CAGCCTTTAG TAAAGGCGGG GTAAATTCTG AAGGATATAC AGAGTACTCA
GCTACGCATA ATAATGGTAC GACATTTACC ATCGAGATAA AAGACGAAAT AGTCTTACAC
TCTTAA
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| Protein sequence | MQKLGVIKNI LGGEIVAVDK SGNERVLKVG DSIFEGETIK ANGSTKAVIA ANDGKEVSLQ
NGESLSLDKE ANALSDNPEI ASIQKALLNG ANITDLEETA AGGNQGGGNA TGDGVSLGTA
SFAEGGHYSN INENYRNLTD ANRAFQTPEN SIGGYNDAGT DADTTTPISP VTPVTPSTPV
TPPTPSTPST PGVTVTPGTP SPANPPVITP RPGAVEITTS IDPAASEVRE SGAGANGEGG
HYLVYKLGLS GTPVSPSGET TDLGLNFLGG TRGEDYSSVV EYSTDNGATF QPLSGYTITG
VNIEDISKVQ VRIKVLDDNG QDTTKGPLHH NQNEGENTGP QGMTIDNVQK TDMVDNFAVF
KEGVKLSVTP SSSYLLPTTN ANMAEGKIID NDDNIELNKD IKGNIANHTN LNTNDGDDTV
SIKANLENLH LDTGSGNDVV NFDKEVTISG TKNSPSVGGV LGHYNSTTIN LGSGDDVVNI
NADLSIFKAE IKLGAYTPSS SNSARDEAGN NTLNINANIL GKETFKVIDP SIHNSWYNDN
RIHTGDGDDV VNVKDGVRIE RVNIQMDTGS NTFKANNVTM TDAWVDTSDR YSEARDVNTM
EISNSTLTNV NLNRESQDAV LGYQSLKLDN NKGESVTAYA KDLLEVKGNN DGNSHYETGS
FSSAHVIADG ISIGQAGFSN KTGVDFTADI SNLTAKTRVW VGSYGESNDT INFKGNNILN
NLEDSSSADI DTRGGNDTIN FEGKNVAGAI NINTDAGNDT INIGGETKFG GTHEKYVFKS
VQFSSIRMGD GDDTINIDKG AELKSTTIRM GDGDDVVNLN GSLKHAGGTY WDGSSTIDLG
SGNDIIHIGK DAEINADGMT SAGGEYKKEH GGIVIQGGAG TDTLDIAGNI DFSKVAGFEK
VSLGGSANNV TLNLTLDDVL NITRGNLNNT LRIDGEAGDQ VDMSAFSKGG VNSEGYTEYS
ATHNNGTTFT IEIKDEIVLH S
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