| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CCC13826_1936 |
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| Symbol | |
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| ID | 5597253 |
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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 | 228774 |
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| End bp | 231557 |
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| Gene Length | 2784 bp |
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| Protein Length | 927 aa |
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| Translation table | 11 |
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| GC content | 32% |
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| IMG OID | 640928834 |
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| Product | hypothetical protein |
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| Protein accession | YP_001466144 |
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| Protein GI | 157165116 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 6 |
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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 | ATGCCAATCA ATGAGAGAAA TGCTAGTAAT TTTAAAAATG AGCTAGGAGA TACATTAGAA
AAAGCTGAAG GCTTTAGAGA AAAACTATAT TATGATGGTA AAAATATAGC CACCATAGGT
TGTGGTTTTA ATGTGACCTT AAAAGAGATA CTAAAAAAAG TTTGTGACGA GATCTACTCT
GATCCTAAGA TGAGTGAAGA AGAATTTACT GGGTTACTTA ATACCATTAA TGGAGTAGGG
GTAAAAACTA ATGAAAATCT AAGATCTAAG GTATCAGAAT ATCTAGAGGG TATAAAAACA
GAAGATAAAA AGAGCACGAA ATTTGGAAAA TTTGAGCTAG ATGATGATCA AATCATTAAT
ATATTGCCAG AGGTTGTTGA AATATTTAGA GATGGTCTAA ATAAAAAACT AGCTTATACC
TCTATAAGCC CGCAAGAGAG TAAAATAGAT AAATATAGCA TAGGTAGTAA AGAATATATA
GCTCTAATGA GCATGACATA TAATAATCCA AGCCTTGTAG GAGATGGATT AAAAGCTCAT
TTAAGAGCTA AAAACCGCTT TGGAGCTTGG TATGAGATAA GATATAAGAG TAATGGTGAT
AATGAGATAG GCATAGCCAA ACGAAGATTT ATAGAGTCAA ATGAATTTGG GCTTTTTGAA
AGTAATGCTA ACAATAATGC GGTTAAGCAA AACACTCTAA CAAACATAAG CATAAACGCA
ATATCCTTTG AAGAGTGTTT GGATCTATTC TCTCTTTTAA ATGTGGCAAA GATAAAAGAT
AAAGATGAGC CATCTATAAC CTATCTACAA AACGCTATAG CTTATGAGAC TACTAAGGAA
TTTAAAGGTA ATAGAACTAT AGCTGGCTAC TCAAATGGCA ATGCTGACTT TAACGAACAC
TACAGAAAAT ACAACACTAT CTTGCAATTT TTTGCAGATA AGATAAATGC TCTTTTAAAA
AATGTCACCT CAAAGACCTT TAAGCTAGAA GATATCTATG TGATCACCAC AAAAGATGAT
AATAGCCATA ATATCTCAAG GATAAATAAA CTCTTAAAGA TAAGAGCAGA AAATGGCGAG
TTTAAACCTG AAGCTAAGAG AGATATACTG CTTATATATC CAACAGCTTC AGCCCTTCCT
GTAATGCCTA TCCAACCAAA AAATACAACC TTTACTATCG TCTTAGCAGA TAATACATCG
CTTGATTGCT CAAATTTAAA CCCAGACGGA AATAGTAATG AGAGTGAGAT AGTGCTTATG
AACTATAAGC AAGATGTAAG AGAGCCTAAT AAAAACTCAA GAGATGAAGA GATAAGCTTT
ATAAAGCCTT CTACAAATGG TGAGACTATC ATCTACAAAA ACGCTAATGG AATTTTTATA
TCACAAGATG ATAGATATGC CTTTAATAGT GGCAATGTAA TAACTCTTAA CTTCTTTGAA
AAAATGAACT TTAACCTCTT AAATTTTGCT AAAGAAAACA GCTATAGCAT AAGAAGCGAC
AAGGCTTCAA GCATGTTTGA TATAAAGCTA AGGCTACCAG ACGCTACTGA TAGTATCTCT
ACAAAAAATG AAGGAAATTT CAACCTAGTA GTGAGTGATC TGATCATAGA GGATGAAGAA
GGCAAAAGCT CCGATATAAA AGAGGTGTAT CTTCATAATG GTGAAGATAA AAGAGTCTAT
CCCTCTTACT ATCTAAAGAA AAACGATGAT AAAGACTCAG ATAGTAATAG TAGCTCTAAA
AACTCATATA CGGCTAAATT TAGAATAAAT ATAAATTTAG ATAAAAACTC TACAGGCTTT
AAAAAGACTT CAAAATTTAT CATAGCTACA TTTAATCTTA GTAAAAGGTA TGACACTGCC
GAGATACATG CCAAAGAAGA TACTGCTGTT GTCACTTTAG CTAGTAAAGA TAAAAAAGAT
GGAGGTGCTG AGTTTAATAT CAAAGTATCT ACAGTCGCTT ATCAAAAAAA TATAACTGAG
ATCAGGCTAA ATACTTCAGA AAATACTAGT GCTACAAATC TAAGCATAAA GGATACTTTA
AATTTAGAGG CTATTTATCT ACCAAACAAG GGAGATGATG ACTACAAAGA GATAAACTGG
GCCTATAAGG TGATAAGAGA GGATAAATAT AATAGTGAGG TTATGGTAGA TAAGCCAATA
GGGACAATAA ATTTAAGTGA AGAGAAATTT AAAGGTAAAA ATATCACCTT TAGCCCAAAA
GATGATATAA AGGATAAAGA GCTACTAAAA AGACTAAATC ATGGCAACCA TATCATAATG
TTTTTTGCCT ATCTAAGATT ACCTGCATTT AAGACTAAAT TTGGAAAGAC GCATATTAGA
GTAGATATAA AAGCACCTAT ATATTTAAAA TACTCTAATG GAAAACTTTG TATATATGAG
TTTGGGCATA CGGATAGTTC TATGTGCTTT GATACAAGCT TGTCTGATGA TATCTTTGGC
AAAGAGAGTA AAGATAAGAA AGTAGAGTAT ATGCCTAAAG GGGTTTATTA TATAAACTCA
AATTTAAATA GCGGAGATAT AGATATATAT GAAGATGATA AGCTAAGTGA GACATGCTAC
CAAAGCATAG ATGGTAAAGA TAGATCATAT ATAGAGCCAT GTAAAATTTA TGCAAGAGAT
AGCAATATAC AAAGAGCATC ATCTACAAAA AGTGGGATAA ATTTGATAGA TAGTGAGAAT
AAAAACAGAT TTATCCAAAA ATTTAACGAA GTAAAACAAA GAGTTGGACT AGATAGCAAA
GAGGTTAAGC TAGAGGTGGG GTAG
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| Protein sequence | MPINERNASN FKNELGDTLE KAEGFREKLY YDGKNIATIG CGFNVTLKEI LKKVCDEIYS
DPKMSEEEFT GLLNTINGVG VKTNENLRSK VSEYLEGIKT EDKKSTKFGK FELDDDQIIN
ILPEVVEIFR DGLNKKLAYT SISPQESKID KYSIGSKEYI ALMSMTYNNP SLVGDGLKAH
LRAKNRFGAW YEIRYKSNGD NEIGIAKRRF IESNEFGLFE SNANNNAVKQ NTLTNISINA
ISFEECLDLF SLLNVAKIKD KDEPSITYLQ NAIAYETTKE FKGNRTIAGY SNGNADFNEH
YRKYNTILQF FADKINALLK NVTSKTFKLE DIYVITTKDD NSHNISRINK LLKIRAENGE
FKPEAKRDIL LIYPTASALP VMPIQPKNTT FTIVLADNTS LDCSNLNPDG NSNESEIVLM
NYKQDVREPN KNSRDEEISF IKPSTNGETI IYKNANGIFI SQDDRYAFNS GNVITLNFFE
KMNFNLLNFA KENSYSIRSD KASSMFDIKL RLPDATDSIS TKNEGNFNLV VSDLIIEDEE
GKSSDIKEVY LHNGEDKRVY PSYYLKKNDD KDSDSNSSSK NSYTAKFRIN INLDKNSTGF
KKTSKFIIAT FNLSKRYDTA EIHAKEDTAV VTLASKDKKD GGAEFNIKVS TVAYQKNITE
IRLNTSENTS ATNLSIKDTL NLEAIYLPNK GDDDYKEINW AYKVIREDKY NSEVMVDKPI
GTINLSEEKF KGKNITFSPK DDIKDKELLK RLNHGNHIIM FFAYLRLPAF KTKFGKTHIR
VDIKAPIYLK YSNGKLCIYE FGHTDSSMCF DTSLSDDIFG KESKDKKVEY MPKGVYYINS
NLNSGDIDIY EDDKLSETCY QSIDGKDRSY IEPCKIYARD SNIQRASSTK SGINLIDSEN
KNRFIQKFNE VKQRVGLDSK EVKLEVG
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