| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CCC13826_0015 |
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| Symbol | |
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| ID | 5596809 |
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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 | 1974013 |
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| End bp | 1977234 |
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| Gene Length | 3222 bp |
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| Protein Length | 1073 aa |
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| Translation table | 11 |
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| GC content | 42% |
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| IMG OID | 640930521 |
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| Product | hypothetical protein |
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| Protein accession | YP_001467786 |
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| Protein GI | 157163916 |
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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 | 7 |
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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 | ATGGCAGCAA AACTAGGAAG TATAAAATCA ATTTCAGGTC AAACTGAAGT GATCGCAGTC
GATAAAAGTG GAAACGAGAG AATTTTAAAA GTTGGCGATA GCTTGTATGA GGGCGAGAGC
ATAAAGACAA CTTCGGCTGA TGCGAAGGTA GTCATCGTTG CAAATGACGG CAAAGAGGTC
TCGGTAGTAG GCGAAGATAC TATCTCGCTT GATCCAAAAG AGGTAGCAAA CGCACAAAGT
GCTAACCCAG AGGTCGCAGC GCTTCAAAAT GCTCTTTTAA ATGGTGTAAA CATCACAGAT
CTTGAAGAGA CAGCAGCTGG TGGTAATGCA GCAGCTGGTG GTGCTGGCGG AGATGGCGTA
AGTCTAGGCG CAGCTAGCTT TGAAGAGGGT GGCCACTACG CAAATATCAA TGAAAATTTT
AGAAATTTAA CTGACGCAAA TAGAGCTTTT GCTTCATACG ATAGCCCAAT AGGCGGTTAT
GCGGATAATA ACGACAATGG TGCTGGCGAT AATGTTGTGC CGCAAAACCC AGCAAGCCCA
ACAAATCCAA CAACCCCAGT TACTCCAGCA ACACCGGTTA CTCCAGTTAC TCCAGCAACA
CCTGCAACCC CTGTTGCGCT AAGTGTATCG CTTGATGGTA GCGGCGAGGC AAGAGAGGCA
ACTCCAAACG AGTATCTAGT CTATAACCTA GGCCTATCAG CTGCTACAAG CTCAACCACA
CCTACTGATC TAACGCTAAA TTTAAGCGGT GCAAGTGCAG GCAGAGACTA CTCAAACGCT
ATGGAGTATT CACTTGATGG CGGACATAGT TGGACAGCGA TACAAAATGG CAGCACGATA
AGCGGCGTCG CACCAAGCGA TATCGCAAAT GTAAAGGTTA GAGTGCAAGT AATAGATGAC
TACGGTCAAA CAGCAGGTAA TCAAAACGAG GGCACAAGTA GCGAAGATCT AGGTGCAAAT
ATCGCTCCTG GCATAAAAGA CTACGGCGTT TATAAAGAGG GCGTGACTCT TAGCGTGACT
ACAAATAACG CTGCCATCAC ATCTGGCACG GCAGAGGGCA AGATCATTGA TAATGATGAC
AATATAAATA TCACAGAAAA TATAGATGCA TCTACAGAGG GTTTAAACCC TGCTCTTGTA
AATTCTGACC CAGATAATGG CAACACTATG AAAACTATCA TCGATACAAA AGATGGTGAT
GATACGATAA CTATAAAAGA GGAAGTATAT TTTTCAAGTG GGTTATATGA TCTAAAAGAA
AATGCCAATG ATGTTATAAA AATGGGCGAT GGCGACGATG TGTTTAATAC AGAAAAAGAT
GCTGTTGTAG AAAACACTAG GATAGACCTT GGAAACGCTG GCGGAGAGAA AAATCAAGAT
ACACTCAATA TAAATGGAGC TGTCGTAACA GGTACAAGAT TTACAAGCCA CGATGGTAAT
GATGTATTTA CTATAAAAGA TGATTCTGGC CCAAGCCTTG GCAGTACGAT TTTGGACGAT
GTATTGTTTA AAACAGGGAG TGGCAACGAT ACTGTAAATA TCGAAAAAAG CGACAATCAT
CAGCTTATAA AAAATACCAA AATAGATACT GGTGCTGATA ATGACACTGT AAATATTAAA
AGCGATATGT ATGCTTATGT TACTAATAAC GGAACAACTG ATCTAACCGA GTATGCAGGA
AGCAGAACTG ATAGCTTTAT AAAAACAGGC GAGGGCGACG ACACTATAAA TGTTACTGAT
GCAAGTATCA GCAGAGTTGA TATAGATACA GGCGACTCAG ACACAGGCGA TATGCTAAAT
TTCATCAGCG CAGGTATATA TAACTCTGAA ATAAAAAGTG GCAATGGCAA CGATAAGATC
GTACTTCAAG ATACCAAAGC AGATGTCATG GATATCTACA CAGGCGAGGG TAATGATAGC
CTAACTATCA AAGGTAGCAC TGAAATAAAA AATAATAGTG CCGTGCATAA TGACCCTATA
AGCTCGCCAG CTCACGTGGC AAATCCAGTA GCTAATCAAG CTGGAATTCA CTCAAACTAC
ATAGAGATGG GCAAAGGTCG CGATACACTA ACTATCGAAA GAGGCGCTGA AATTTCAAAC
ACTAAGATAA ACACTAGCTC AGCTGATGCT GGAGTAAGTG ACGATAGAGA CAGCGTAGAT
GTTACTGGCG CTAAATTTAA CAACGCTGCC ATTGAGACTG GATATGGCGA TGATGTGATA
AATTTAAAAG ATATCACTAT GATCTCAAAC GATGGATATA GCACATATAT CGGTGCAGGC
GGCGGAAATG ACGTCATTAA TGTCTCTGGA AATAGCTCAT TTGACAAGGC TATCATTTAC
ACAAACGGCG GAGATGACCA TGTAAATGTC GATGGTGACG TCTCTATGGT GGATTCAAAC
ATCATGCTTG AAAATGGCAA CGTAACTCTA AATGTCGCAA AGGCTACTGG TCTAGTTGAC
ACAAATATAG AGGGTGCAGG CGTTGGAAAT GCTGGCGTAA AAACCGTGAC TATCGATAAC
GCCGAGCTTA GAAGAGTTAC TATAAATACC GCAGATGACG GCGATAGTGT GACTATCGGA
GCTGGTACTC ATGATAATAC TGATGTTAAA ATTTTCACTC AAGGTGGAGA CGATACGATA
AATATCAACT CTGATCTAAC TGGTACATCA AATGTAAATT TAAGTCCAGC TGCAGGCGAA
GCTGCGCATG ACCACGATGC ATCAAACATC AACTCAGGCA AAGGCAACGA CACTATCAAT
ATAGCTGATA ATGTAACACT AACCAACACC TACCTTTCAG GTGGTGACGG CAGCGACTTA
GTCGATCTTG GCAAGGATGT AAGCCTAAAT GGCACTGCTA TAAACGGAGG AGACGGAATA
GATACGCTAA AAGTTCATGA CGCATCATTT AATACGACAA ATGCTGGCAA GATAAGTGGC
TTTGAGGTGC TTGATATGTC AGATATTAAT GCTGATGCTA AATTTATATT TCATAATGCC
TCAGATATCG CAAATTTCAT AAAAAATGTC GGTGGAGAAG GTGCAACATC GCTGATCGTA
AAAGGTGTAG AAGGTGTTGG TAAATTTGAA GAAGGCTCAT CTGAAATAGC AAGTGCTGGT
AAAGAAGATA GCAATGGAAA CCACGTATAT AGCGTAAATG ATGGCGGTCA GACATTTACT
CTTACAATAG AAAATGATAT CACTATAAAT CCTTCAATGT AA
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| Protein sequence | MAAKLGSIKS ISGQTEVIAV DKSGNERILK VGDSLYEGES IKTTSADAKV VIVANDGKEV
SVVGEDTISL DPKEVANAQS ANPEVAALQN ALLNGVNITD LEETAAGGNA AAGGAGGDGV
SLGAASFEEG GHYANINENF RNLTDANRAF ASYDSPIGGY ADNNDNGAGD NVVPQNPASP
TNPTTPVTPA TPVTPVTPAT PATPVALSVS LDGSGEAREA TPNEYLVYNL GLSAATSSTT
PTDLTLNLSG ASAGRDYSNA MEYSLDGGHS WTAIQNGSTI SGVAPSDIAN VKVRVQVIDD
YGQTAGNQNE GTSSEDLGAN IAPGIKDYGV YKEGVTLSVT TNNAAITSGT AEGKIIDNDD
NINITENIDA STEGLNPALV NSDPDNGNTM KTIIDTKDGD DTITIKEEVY FSSGLYDLKE
NANDVIKMGD GDDVFNTEKD AVVENTRIDL GNAGGEKNQD TLNINGAVVT GTRFTSHDGN
DVFTIKDDSG PSLGSTILDD VLFKTGSGND TVNIEKSDNH QLIKNTKIDT GADNDTVNIK
SDMYAYVTNN GTTDLTEYAG SRTDSFIKTG EGDDTINVTD ASISRVDIDT GDSDTGDMLN
FISAGIYNSE IKSGNGNDKI VLQDTKADVM DIYTGEGNDS LTIKGSTEIK NNSAVHNDPI
SSPAHVANPV ANQAGIHSNY IEMGKGRDTL TIERGAEISN TKINTSSADA GVSDDRDSVD
VTGAKFNNAA IETGYGDDVI NLKDITMISN DGYSTYIGAG GGNDVINVSG NSSFDKAIIY
TNGGDDHVNV DGDVSMVDSN IMLENGNVTL NVAKATGLVD TNIEGAGVGN AGVKTVTIDN
AELRRVTINT ADDGDSVTIG AGTHDNTDVK IFTQGGDDTI NINSDLTGTS NVNLSPAAGE
AAHDHDASNI NSGKGNDTIN IADNVTLTNT YLSGGDGSDL VDLGKDVSLN GTAINGGDGI
DTLKVHDASF NTTNAGKISG FEVLDMSDIN ADAKFIFHNA SDIANFIKNV GGEGATSLIV
KGVEGVGKFE EGSSEIASAG KEDSNGNHVY SVNDGGQTFT LTIENDITIN PSM
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