| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CCC13826_1961 |
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| Symbol | |
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| ID | 5596849 |
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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 | 1351477 |
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| End bp | 1355691 |
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| Gene Length | 4215 bp |
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| Protein Length | 1404 aa |
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| Translation table | 11 |
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| GC content | 36% |
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| IMG OID | 640929918 |
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| Product | hypothetical protein |
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| Protein accession | YP_001467198 |
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| Protein GI | 157163981 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | [TIGR01435] glutamate--cysteine ligase/gamma-glutamylcysteine synthetase, Streptococcus agalactiae type |
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Plasmid Coverage information |
| Num covering plasmid clones | 2 |
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| Plasmid unclonability p-value | 0.40483 |
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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 | TTGAAAATTC TTTTTTTATT CCTATTTTCT TTTATCTATG TTTTTGGTGA TGCTGGTGAA
TTTAACATGC CAACTACTGT TAGGGCGTGT ACTCATGCTG AAGAAGTTAG CTGTGCTGGA
AACACTTGTA AAATTGATTA TGATGGCATT AAGCACTGTG TTTCTAGTGG AAGTACTGAT
GTAATTTTTA CTAATAATCC AACTGCATCT GAAAGCATAC CAGCATATTT AGTTGGTAGT
AGGGATGATA ATAATGATAA GAATAAACCT ACGTTAAGAA AACATTTTAG AAGAGTTATT
GGTGATGTTG ATATTATTGG AGCAAGTGTC GTCATACCAA AAGTTGATGG TTATGACTTT
GTACCTTATA AAAATGTAGG TGGTTCAGAT AAATTATCGC AAACATCTCA AGTAATAGAA
AAAAAATATG TTAATGAAGA ACCTAGTGTC GATAGAGATT GGTTTAAAAA CTCATCTCGA
GCCACCTTTA CTTTTGATGG TAAAAGCAAC TATGAAAAAA ATAGCACAGT TGGTGAAAAT
ATTAAGTATG CTAGACTCTA CTGGGGTGGA GCAGTGTATA ACGAGTGGAA TATTAACCAT
GGCATGCTAG ATGTTATATA TAAAAATATG TTTGGATACT CAAAGGTTAA ATTTAAAACA
CCTGATGGGA ATATAAACAT TGTGACTGCA AAACCTGAAG ATATAAAATG GGAAGGCTCT
TTTACTCCTT ACTTTGAGAC TACTGTGCCA AAAGATACTT TCTATTTGTA TTGTTATGAT
CCAAATCATC CAGAAAATAG AGGTGGTTGC AGCACTCCAG CTAATCCTAA TCAATTTACC
AAGCCACTTT ATACAGATAA ACTTGGTAAC GCTAAGCACT CAACAGTTGG CTTTAGAAGT
GGTGCCTCAT ACTTTATCTA TCAAGCAAGT GCTGATGTGA CTAACTTGGT AAAAGCCAGC
TTTGGAAAGG ATGATGCAAG TAGGACATTT GCTGTAGGTG GTATAGTCTC AACAGTCTTT
AAAAACTATA AAAAAGAATA TAGCATTAAA ATAAGTAATG AAAAAAGAGA TCTAAATACA
TCATATGGTT CAGTTTTATA TGCTGATGGT GAGTGGCAAA AATCTTACAT ACCTTCTCAG
TTTGGCGGCT GGAGCTTAGC TATCGTCTAT GACCTTGAAG AAGAAGGTGA AAAAAATGGT
GTAGAGCCAA AAGCTGTCAA TATCTATGAT GGTATGGCAA ATATCTATCC TGGCGGAGTT
GGAGTTAGTA CTACAGAATT GAAATTTGAT GGTTTTTATA CACCACCGAG CGGAGATAAA
AAATCTACTT TGGCGCTTTT TAGCTTTGGA GGTAGAAAAG AAGTAAGCGG TGATGATGTA
GCAGTAAAGC ATGGTGGTGT TTTTGAAAGT GTCTGGTCTC CGTTAAATTT ACAAAATCCA
AAAGGTAATC AGTTTAACTC TTCTATTGCT AGGTTTAATA AACCTGCGAA TGATAGAAAA
ATTTATAATG GACAGATGGA TCTTGATTTG TTTGACATTT CTGACAAAAT GAAACCTAGG
CAAACAGAAG TAGAAGTGCA GTTTCAAGTT ACTGGCGAGC GTGATCAGGA CAATAACTTT
CATGGTGATA GACAAAACAT TGGTATGGTT GCATTTTCTA CCTTGCTCTA TAATCCTAAA
GTGTGCTACA CAGAAAAGCT TGAGGTCAGT AGAGATAAAG GCGCTAGCTG GATACCTGTA
AAGTTAAAAG ATAGTTCTGG TGAAGCAACT ATCGTAAAAA AAGGCTCCTT AGTAAGGACT
ACTGTAACAG TTGAAAATGG AGGCAGTGAG GATGCTTATG GCGCTATCTT AAGAGTAAAT
TTAAAACCTG AATTTATGAG CTATAAGGAT ACTTCTACTA ATTTAAGAAC TAGCAAGGTG
ATAATATCTG ATGCGAGCCC AAATTCAGAA AACTGGACTA CGCTTACTAG TGATACTAAT
GAAAATCTAT TTAGAATTGA TAGTCATACT TTAGAATATA AAATAGGAAA AAACGCAAGT
CATGCAGTAG GTGGAGAGCT AACGCATGAT CATAAAAACT ATGCAAGAGT TCAGTATATA
GGCGTGATAG AAAAAGAGTA TAAAAAGACA AGATATGAGG CTAAATTTCA AAATAGTGAC
GCAGGCTTGA AGTTTGATGA TAGGATAAGC GAATGCACTC CAACATCGCC TAATCTAAAG
ATCGTAGAAG AAGAAGAAAA TGACTTCTAT CCACGAAGTA AAAAAGATGA TAATTCAAAT
GGGGATTATA AAAACAGGCT TTTTACAAAG ATAGCAAAAA AACCTTTTAG TATATACATC
ACAAACTATA GCGAGATAGA TGGAAAGGCA AAAGCGCCTG ATTCGCCTAC TGATGTGGAT
CTTAAACTTG TAGAGAACTG TAGCAGTGAA AATTCTGTAT TAGGGCATCC TGTAACACTT
CATTTTGCAA GTAAAGACAC TGAAGAAGTA AAAGTAACCG TGCCAAGACC TTATAGAAAA
CTTCATGTTA AGCTAAAGTA TCATAGCAAA CCAAAAAATC AAGATGTGGT AAAGTGTGAA
GTCTTTGATG CATTTGCTGT AAGACCAGCT ATGTTTCAGC TCTATGATAA GTCAGGCAGT
GGTGGTGTAT ATAATGGTAG TAGCGTACTT GTGGGAGGTA AAGACTATAA AGATATAACT
CTAGCTGCTT ATAATATGGA CAAGACAACT CTTGCAAATG GATATACAAA TACCTTAATC
GCAGGCAGCT CTGCAACAGG TGTAAATCGT TATACAGAAA ACAATGTATC AATCTTGCCT
GTGGATAAGG CAGGATGCAT AATCACCGAA GATACAAAAA AGAGACTAAG TGAAGACAAT
AAACTAAAAA TAGCCTTTGA TAATCCAGCA AAAGCGGTAG GCACTATAAC TAACTTAAAA
ACAAATAAAG AGGGATTTTC TTTCTCTGAT ATCGGAAATG CTAAATTTTA TGTGGTGGAT
AAAAGCTATA CAAGCATAGA TAAAAAAACT CCACCACAAG ATAGTGACTG TGTGCTTGAT
AAGAGTGATA ATAATGAAAA TACCGAAGGC AAGGTCGGTT GCGATATAGA ATTTGGCGAG
AAAAAATTTG GTTTTGAGCC AAATGATCTT GAAGTAAGCG AGTTTAAAAT TTTGCCAAGA
GGCATTAGCT ACATCGCAAA TGAAAACAAT GCAAGCTTTA CTCCTATCTT GAGCTTTAAA
GTAAAAGCTA GACTTTTTGA TGATAATCCT GCACTTTTAT ATAAAGACGG TTGTTACTCA
AACAATACAC GCTTTAAGAT AAAAGTAGGA GAAATGATAA ATGGCTATAC TGATAACAAT
GGCACTTTAC TAAAAAATGA TACAGATGGA CTAGCCAAGC TAAATAGTGA AATTTTATTT
TTTGGCAATC TTGATGCTAG TAAAGTCGAA AAAGTACATC CAGCTTCTTT ACACGAAGGG
CTCTTTGAAG TCAAAAAAGA AGCGTTTAAA GGCGGCTACG CTGATGTAAA TTTAAAATTT
AATTTCAAAC GCGAGAAAAA TATGGCTAAA AATCCTTTCG AGGTAACAAG TGATACTTTC
ACGTTTGAAA GTTTAGTCGA TGCAAATAAA ACAAAAAACA ATGGCAACTA CAAAAAGCCA
ACTACAAAAA CATCGGCGAA ATTTTACTAC GCTAGGACAT ATGCACCTTA CTATGAGGGG
CCAAATACTG GCTTTAAGGC AAAAATTTAC TACGGAGTGT ATTGCAACGG CTGCGACGAG
AGTAAATTTA TGTTACAAAA GTCAGGATCA AGCGCTCGCT GGGAGGAGTT TGCAGGTACG
CACTCATGGT ATGTAAATCC TCTTCACGAT GCTAGTTACG GCAATGTAGA TAGATACGAA
TTTTCAAATC ACACTATGCG AGATACAACC AAAGAGACAG CTCTCAGTGA TGGCATAAGC
TACATTTATG TAAAAAATAA CCGAGCAGTT ACAGATATAG CCAAGATGCA TACAGAAAAT
TGGCTCATAT ATAATGAATT TGATAAAGAC GCAGCGACAA ATGATTTTAC GCTAAAATTT
CTCGTGCCAA ATGGCGACTG GGCAGGTAAG ACCTTAAAAA GTGGCTCTAA CAAAGGTGAC
GTGGGAAATG TCGTAGGCGG TGAAAATAAC TTTAACGATC TAAGCGATAA GACAAATAGG
AGAATTTCTT GGTAA
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| Protein sequence | MKILFLFLFS FIYVFGDAGE FNMPTTVRAC THAEEVSCAG NTCKIDYDGI KHCVSSGSTD
VIFTNNPTAS ESIPAYLVGS RDDNNDKNKP TLRKHFRRVI GDVDIIGASV VIPKVDGYDF
VPYKNVGGSD KLSQTSQVIE KKYVNEEPSV DRDWFKNSSR ATFTFDGKSN YEKNSTVGEN
IKYARLYWGG AVYNEWNINH GMLDVIYKNM FGYSKVKFKT PDGNINIVTA KPEDIKWEGS
FTPYFETTVP KDTFYLYCYD PNHPENRGGC STPANPNQFT KPLYTDKLGN AKHSTVGFRS
GASYFIYQAS ADVTNLVKAS FGKDDASRTF AVGGIVSTVF KNYKKEYSIK ISNEKRDLNT
SYGSVLYADG EWQKSYIPSQ FGGWSLAIVY DLEEEGEKNG VEPKAVNIYD GMANIYPGGV
GVSTTELKFD GFYTPPSGDK KSTLALFSFG GRKEVSGDDV AVKHGGVFES VWSPLNLQNP
KGNQFNSSIA RFNKPANDRK IYNGQMDLDL FDISDKMKPR QTEVEVQFQV TGERDQDNNF
HGDRQNIGMV AFSTLLYNPK VCYTEKLEVS RDKGASWIPV KLKDSSGEAT IVKKGSLVRT
TVTVENGGSE DAYGAILRVN LKPEFMSYKD TSTNLRTSKV IISDASPNSE NWTTLTSDTN
ENLFRIDSHT LEYKIGKNAS HAVGGELTHD HKNYARVQYI GVIEKEYKKT RYEAKFQNSD
AGLKFDDRIS ECTPTSPNLK IVEEEENDFY PRSKKDDNSN GDYKNRLFTK IAKKPFSIYI
TNYSEIDGKA KAPDSPTDVD LKLVENCSSE NSVLGHPVTL HFASKDTEEV KVTVPRPYRK
LHVKLKYHSK PKNQDVVKCE VFDAFAVRPA MFQLYDKSGS GGVYNGSSVL VGGKDYKDIT
LAAYNMDKTT LANGYTNTLI AGSSATGVNR YTENNVSILP VDKAGCIITE DTKKRLSEDN
KLKIAFDNPA KAVGTITNLK TNKEGFSFSD IGNAKFYVVD KSYTSIDKKT PPQDSDCVLD
KSDNNENTEG KVGCDIEFGE KKFGFEPNDL EVSEFKILPR GISYIANENN ASFTPILSFK
VKARLFDDNP ALLYKDGCYS NNTRFKIKVG EMINGYTDNN GTLLKNDTDG LAKLNSEILF
FGNLDASKVE KVHPASLHEG LFEVKKEAFK GGYADVNLKF NFKREKNMAK NPFEVTSDTF
TFESLVDANK TKNNGNYKKP TTKTSAKFYY ARTYAPYYEG PNTGFKAKIY YGVYCNGCDE
SKFMLQKSGS SARWEEFAGT HSWYVNPLHD ASYGNVDRYE FSNHTMRDTT KETALSDGIS
YIYVKNNRAV TDIAKMHTEN WLIYNEFDKD AATNDFTLKF LVPNGDWAGK TLKSGSNKGD
VGNVVGGENN FNDLSDKTNR RISW
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