| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CCC13826_2089 |
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| Symbol | |
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| ID | 5597687 |
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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 | 1773883 |
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| End bp | 1776873 |
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| Gene Length | 2991 bp |
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| Protein Length | 996 aa |
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| Translation table | 11 |
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| GC content | 46% |
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| IMG OID | 640930317 |
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| Product | orotate phosphoribosyltransferase (oprt; oprtase) |
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| Protein accession | YP_001467593 |
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| Protein GI | 157165618 |
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| COG category | [C] Energy production and conversion |
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| COG ID | [COG0243] Anaerobic dehydrogenases, typically selenocysteine-containing |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 1 |
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| Plasmid unclonability p-value | 0.0216873 |
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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 | ATGCAAAGAA GAGAATTTTT AAAAAGATCA GCTGTACTCT CAACACTAAC CGCGAGCGCT
GTGCTAGCAG ATGGGGAAAA AGACGACTAC AAACCGCAGT CAAACTCGCT AGAGCCTGAA
TTTAGCGTAA AAGACGGCAA AATTTCACTT AACGACGGAC ATAGCGTTGT CTTTTCTATG
TGCCACGGCT GTACAACGAA GTGTGGCATA AGACTTCACG TAGATGACAA AAACGACCGA
GTTTTAAGAT GTAGCGGCAA CCCATACCAC CCACTCTCAA ACGTACACTG GACAAATTTT
GACACATCGA TAAACGACGC TTTGCTTGCC ACAACACTAA GCGGCGAAGA TGAAAAGCGA
GCCACAGTTT GCGCCAGAGG AGCGATCTTG CCTGAGATGA TAGACTCGCC TGCAAGGATA
CTAACGCCAC TAAAAAGAGT TGGCAAAAGA GGCGAGGGCA AGTGGAAGAG CATAAGCTTT
GAGCAGCTAG TAGAAGAGGT CGTAGAGGGC GGAGATCTCT TTGGTGAGGG GCACGTAGAC
GGGCTAAGAG CGATATATAG TGACGAGCTA ATAGACAGCG AAAACCCAGA GTACGGCACT
AAGCGCAACC AACTTTTAAG CTTTTACCTA TATGACGGAC GCTCAGACAT CGTTGATCGC
TTTGTCAAAA AGTCATTTGG CACTATAAAT CACTACTCAC ACGGCGGAAT TTGCGGCGGC
GGCTTCAGGG TTGGCGGCAA GATCGCGCAC AACGCAAAGG GCTTTGCACA CACAAAACCA
GACTATGAAA ACTCTAAATT TGTTATCTAC TGGGGCACTT CGCCGTCAAA TGGTGGCAAC
CCTTTCCAAA AACAAGCAAA AATGCTCTCT TACGCAAGAG GCACTAGAGA TGACTTTAGC
TACGCAGTGG TCGACCCAAG CGTTACAAAC GCTGTAAAAT ACGCCTCTTC AGACAAAGGC
CGCTGGATAG CGATAAAGCC AGGCACCGAC TCAGCTCTAG CCATGGCGAT GATACGCTGG
ATAATAGAAA ATGAAAAATA CGCTACAAAC TACCTTATCC AGCCAAATTT AGACCAAGCA
AAGCTAGCAG GCGAGATACA CTGGTGCAAT GCCACGCATC TAGTTATCAC CGAAAAAGGT
CACAAAGACT ACGGCAAATT TGCACTTATC AATAACGAGT GGCAGGTCTG CTCGCAAGAT
GGTAAGATAC AAAGCTACAA GGTAAATGAA CCAGCCAAGC TCTACTACAA AGGCAAAATT
TTAATAGACG GCGAAAAAGT CGAGGTAAAA AGCTCAATGC AGCTTTTAAA AGAGTCAGCT
TATAAGCACA GCTTAGAGGA GTACTCAAAA ATTTGTGGCG TAAGCGTTGA AGATATCATC
TGGCTTTGCG AAAATTTCAC CAAAAACGGC AGACAGGTGA GCACAAACGT GCATGGCGGT
ATGATGCATA CGCAAGCTGG TATGACTACT TTTGCGATAC TTTGTCTAAA CACGCTAATG
GGCACTTACG GCTTTAAAGG CGGCAATGTC AATGCAAGTG CCGGCACACA CGAGTTTTTA
AAGGGCAGAT ATGACCTTGA GGGCTTTGAG GGCGCTTATA AGCCAAATGG TCTAAATTTA
TCAAGATCAG GCAAATACTA CGAAACAAGC TCTGAATATA AGCGCAAAGT AGCAGCTGGC
GGCAGCGGCT ATCCATCAAC TCAGCCATGG TATCCTATCT CTATGCCACT TGTAAACGAA
ACTCTTACAA GCCACAAGGC TGGCTATCCA TACAAAGTAA AAGTTTTCAT AAACTACATG
ACAAACGTAC TTTACGGCCA AGCAGGACTT GAAAGAGCGG TTTTAGATGC GCTAAAAGAT
AGTAAAAATT TACCACTTTT TGTGGGTATC GACGCCTTTA TGAACGAGAC AAACGCCTAT
GCTGACTACA TCGTGCCAGA CGGGGTAAAT TTAGAAAACT GGGCACTTCC AAACTCTCTT
TGGGGAACGA TCGCTAAAAC TTCAGTCGTG CGTTATCCAG CTGTTAGCTC AAAGCAGGCA
AAGGATAAAA ATGGCGGCGT GATCGACGTT GAGGCGTTTT ATATAGCCGT AGCAAAGAGG
CTTGGACTAA AAGGCTTTGG CAAAAATGCC TTCAAAGACA AAGACGGAAA TTTCATGGAC
CTTGACGTAA AAGAGCAGTA TTACGCAGCT GCACTAGCAA ATTTAGCCTT TGATGGCGAG
GGTGTGAAAG ATATAAGCGA CGAGGACAAA AAGCTTAGTA AGATATCAAG AGTGATGACA
AAGCTTGATC CTTATCTAAA AGACGAAGAG AAGCCAAAAG TAGCGCACGT GCTAGCAAAA
GGCGGCAGAT ATGATAGCTA CGAGAGCGCG TACAAGGGCG ATAAAGCAAC CGTAAAAGTG
CCAGCGCCTA CGCCAGCTTC GATCTACTAT GAGCCACTTG GCGGACACAG ACACTCGGTA
ACAGGCGAAT ATATGCCAGG AGTGCCAAGT CTGATGTTGC CAGTAGCAAG TGACGGCACG
CCGCTTGAGA AATTTTTCCC ACGCTCTGAG TGGAAATACA CAGTTAGCTC AAGAAAGTCA
AATATCCAGC ACTTCTACAC ATTTGTTAGC CCAAGGCTAA GAGCCGTCCA TCCTAGCAAC
TTCGTAAGGA TAGCGCCAGA TGTGGCTAGC GAGCAGGGCA TTCGCTCAGG CGATAAGGTC
AAAGTGACTA CGCCTTATGG CGCGCAGGTT GGCGAGGCGT TTGTAACAGA CGGCGTTGCT
AGCGGAGTTA TCAGCATAGA GCATGGATTT GGACATGATG AGTTTGGTAT AAGAACGCAC
ATCGTCGATG GAAAGCCAGC TTTTGGGATA GCAAATTTAG AAAAAGGGGT CAATCACAAC
AAACTTGGAC TTCTTGATCC AAAAAGAAAT GGCGAATTTA GCCTAAATGA CTGGCTGGTT
GGTACTTGCG CTAGACAAGC ACTTCCTGCA AAGATAAGAA AGATAGGCTA G
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| Protein sequence | MQRREFLKRS AVLSTLTASA VLADGEKDDY KPQSNSLEPE FSVKDGKISL NDGHSVVFSM
CHGCTTKCGI RLHVDDKNDR VLRCSGNPYH PLSNVHWTNF DTSINDALLA TTLSGEDEKR
ATVCARGAIL PEMIDSPARI LTPLKRVGKR GEGKWKSISF EQLVEEVVEG GDLFGEGHVD
GLRAIYSDEL IDSENPEYGT KRNQLLSFYL YDGRSDIVDR FVKKSFGTIN HYSHGGICGG
GFRVGGKIAH NAKGFAHTKP DYENSKFVIY WGTSPSNGGN PFQKQAKMLS YARGTRDDFS
YAVVDPSVTN AVKYASSDKG RWIAIKPGTD SALAMAMIRW IIENEKYATN YLIQPNLDQA
KLAGEIHWCN ATHLVITEKG HKDYGKFALI NNEWQVCSQD GKIQSYKVNE PAKLYYKGKI
LIDGEKVEVK SSMQLLKESA YKHSLEEYSK ICGVSVEDII WLCENFTKNG RQVSTNVHGG
MMHTQAGMTT FAILCLNTLM GTYGFKGGNV NASAGTHEFL KGRYDLEGFE GAYKPNGLNL
SRSGKYYETS SEYKRKVAAG GSGYPSTQPW YPISMPLVNE TLTSHKAGYP YKVKVFINYM
TNVLYGQAGL ERAVLDALKD SKNLPLFVGI DAFMNETNAY ADYIVPDGVN LENWALPNSL
WGTIAKTSVV RYPAVSSKQA KDKNGGVIDV EAFYIAVAKR LGLKGFGKNA FKDKDGNFMD
LDVKEQYYAA ALANLAFDGE GVKDISDEDK KLSKISRVMT KLDPYLKDEE KPKVAHVLAK
GGRYDSYESA YKGDKATVKV PAPTPASIYY EPLGGHRHSV TGEYMPGVPS LMLPVASDGT
PLEKFFPRSE WKYTVSSRKS NIQHFYTFVS PRLRAVHPSN FVRIAPDVAS EQGIRSGDKV
KVTTPYGAQV GEAFVTDGVA SGVISIEHGF GHDEFGIRTH IVDGKPAFGI ANLEKGVNHN
KLGLLDPKRN GEFSLNDWLV GTCARQALPA KIRKIG
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