| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CJJ81176_1367 |
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| Symbol | |
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| ID | 4683250 |
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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 jejuni subsp. jejuni 81-176 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_008787 |
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| Strand | - |
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| Start bp | 1282650 |
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| End bp | 1285775 |
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| Gene Length | 3126 bp |
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| Protein Length | 1041 aa |
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| Translation table | 11 |
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| GC content | 29% |
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| IMG OID | 639854093 |
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| Product | serine protease |
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| Protein accession | YP_001001023 |
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| Protein GI | 121613392 |
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| COG category | [O] Posttranslational modification, protein turnover, chaperones |
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| COG ID | [COG1404] Subtilisin-like serine proteases |
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| TIGRFAM ID | [TIGR02601] autotransporter-associated beta strand repeat |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 21 |
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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 | ATGAAAAAAT TTTTTTGTTT AACTTTAGTT TGTAAACTTT TTGCTTTAAG CGAATTTGAA
CTTCATCATA TTGATAAAGT ACATAAGCTA GGGTATAGCG GAGATACTAT TATAATAGGT
GTAGCCGATG ATGCTTTTAA TCAAGATCAT ATTAGTTTAA AGGATAAGAT TTTAAAGTCT
ACTTATCCTA CTGATACAGC TGGGAAACAG CTTATACCTG ATTTGAAAAA ATCAACACAC
GGAAGTCATG TAGCAGGTAT AGCTGTTGGA GCAAAGATAG GCGATAGCAA ACCTTATGGA
GTGGCTTATG GGGCAAAATT TTATGGAGCT GGGGTGTTTC CAAATGGCTC TTACACTCAA
ATTCCTGATA TTTATAATTT TTTCAAAGAT GTGAGTATTA TTAATAATAG CTGGGGTATT
AATTTTTATC CTTATTTTAA TCTTAAGGCT TCAAATTCTG GATTAGTAGA TTGTACTCAA
ACTAATCAAG GGACAAGCTA TAATATCTGT AATACTCCTT TGGAATATGT TATGAAAGCA
GATAAGGTTG CTAATGATAT GATGAGGCTT AGCAAGGACA AGGGAGTATT AAATGTATTT
GCTGCTGGTA ATGAAGGAAT TCTTAGCCCT GCTTTGCATG CGATTTTACC AAGTTATGAT
GAATCTTTAA GAGCTTGGTT GGCTGTTGGA GCTTTGGATG CAAATGAGAT TACTTTAGAA
TCAGATGGGA CTTTAATAAT TAAAAGTCAA GGTTTGGCTG ATTTTAGTAA TGGTTTTAAG
GGAGCTACGA ATTTTTCTTT AGTTGCTGCT GGAGTAAATA TTAATAATGT TGATTCAAGC
ACTAATGATA AGTTTACAAA AAAAAGTGGA ACTTCTATGG CAGCACCTAT GGTAAGTGGA
ACAGCGGCAC TGGTCAAGCA AAATTTCCCC TTTTTGGATG GTAAGCAAAT TGCTGATATA
CTATTAAGTA CAGCAAATAA AAATTATAAG GCTCCAAAAT TTACTGTTAA ACAAGTAACC
GATGGAACAA ATCAACCTAA ATTTCTTATT GTGTATATTT CGCAAGATCC ACCTGGGATA
GAAGATGAAA TAAAACGGGA TTTAAAACAG CTTTACAATG GAATACAAGT TCAAGTTAAT
GGACAATGGA TTGATTATAG TGATTATATT TGGGATAATA GAGATAGTGC GCAGTCACAA
AAACTTAATA CTTCCACTAT TAGTTCTATT AATGGAGTAG TTAGAGTTGA GAAAGAAGAA
TTATTTGGAC AAGGAATTTT AGATGCACAA AAGGCGTTAA AAGGACTGAG TATTTTAGAT
GCAAACAGAC TCAGTGATCA GGATGTATTA AAATATGAGC AAGAACCTAA TACAGCTTAT
TATACTATAA ACACTGCAGG TTATGATGCT GAATTTTCTA ATGATATTAG TCAAAGAAAA
TGGGATGAAA GTACTCATTT ATCAAGTGCT ATTAATAAAC CTACACATTT AGCTAATCTT
AACATAGGGT TATCTAAAGA AGGTGAAGGT ATTTTGATTA TCAGTGGTCA AAATACTTAT
GAGGGTGCAA CTTTAATCAA ACAAGGAGAA TTAAAGCTTA AAGGAAAAGT TAAAAATAAT
GCTTATGTAG AACAAAAAGC AATATTAAGC GGTAATGGTA TTGTAGGGCA AAATTTAAAC
AATAAAGGCA TAGTTAGACC TGGAAATGAA GATTTGAATG ATTTAACCGT GCAAGGAACT
TATACTCAAG AAGGAGTTGA TTCTAAATTG CAACTTGATT TTGGTAATTA TAAAAATTCT
AAACTGATTG CAAAAACTTA TGATATTAAG AGCGGGAATT TAGAATATAT TCCTTTACCT
AAATACTATA TCTTAAATAA GCCAGTGAAA ATTAATTTGG GAGATTTGGA AAAAAGTTTA
TCATCTTTTA ATCATGTTTT GATACAAAAT ACCTATGCTT TAAATTTTGA TTTTGTTTTA
AGTGATGATT TAGTGAGTAT TAATAAAACC TTAATAAAAC CTAATTTAAA GCCAAATGCT
TACGAAATTC CTAATACAAG CTTGGGAAAT GCTTTAAGAC AATTGCGATC TAGGGCAGAC
TTGAGTCAGA CTTATCAGGA ATTTTTTGCT TCTTTAGATA ATGGAATAGA TGTAAAGACT
AAATTAAATA GAATAGAAGG TTCAGGGTAT TTAAGCACTT TTAGTAATCA TAATCAATCT
AATTTAATGC AAAATAATAT GTTATTTACC CTTCATCCTC TTAATATTAA TAATTTTGCA
CAAAACAATA ATATCTTACT TGCTAGTACT TATTTACCTA GAATTTTTAG CAATGAAGAA
TATTTTTGGC ATCTTACTCC AAGTTATAAA TACTATAAAG ATAAAGATTT TTCAGGTCAA
AAAACAGGTG CTAATATCTC TTTAGGAGAA AATTTCTCAT CAGGCTTTTT AGCTTATGCT
TTATCTCTTT CTAGCGCTAA ATTTAATTTT AATAATGGTA GTGATTTGAA GAGTTATAAC
ATGGATTTAT TGCTTAATTA TAACCATGAT TTAGATTTTA TAAAAATATT AAGTGGATTA
GGTATAGGTG TAGGATTTAA TACTCTTAAT CGTTTTGTAG TAGAGCAGCC AATTGAAGGC
AAATATAAAA CATTGCAAAC TTCAGCCCAG CTTGGTGTAA CTAAAGATAT TATTTTAGGT
CAAGATTTTA TTTTTAATCC TTTAATGTAT TTTACACATA GTTTTTTTTA TCAAGAAGAT
TTTAAAGAAA ATAAAAGTCC TTTTGCTAAA AATTATGAAA GTTTAAAACA TCATAGCATA
AATGCAAATT TAGGTTTTAA TCTTGCTAAA AATATAGAGC AAGATGATTA TCAAGCTTCT
TTTTCTACTT TTGTAATTTT TGAAAAAAGA ATTTATGGAA GAACTTTAGA AAATAAGGCT
AGTTTTGTTG ATTTTCCTAT TGCTTTTATT CAAAAATATA AATTAAAAGA TAATATTTTA
AGTCAAGGTT TTAATTCAGA ATTTTTATAT AAAAACAATG TATTTTGGCA GTTTATGTTA
ATGAATAGAT TTTCTCATAA TGCCTATGAA TTGCATTTAA TGAGTTCAGT GGGAAAACGT
TTTTGA
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| Protein sequence | MKKFFCLTLV CKLFALSEFE LHHIDKVHKL GYSGDTIIIG VADDAFNQDH ISLKDKILKS
TYPTDTAGKQ LIPDLKKSTH GSHVAGIAVG AKIGDSKPYG VAYGAKFYGA GVFPNGSYTQ
IPDIYNFFKD VSIINNSWGI NFYPYFNLKA SNSGLVDCTQ TNQGTSYNIC NTPLEYVMKA
DKVANDMMRL SKDKGVLNVF AAGNEGILSP ALHAILPSYD ESLRAWLAVG ALDANEITLE
SDGTLIIKSQ GLADFSNGFK GATNFSLVAA GVNINNVDSS TNDKFTKKSG TSMAAPMVSG
TAALVKQNFP FLDGKQIADI LLSTANKNYK APKFTVKQVT DGTNQPKFLI VYISQDPPGI
EDEIKRDLKQ LYNGIQVQVN GQWIDYSDYI WDNRDSAQSQ KLNTSTISSI NGVVRVEKEE
LFGQGILDAQ KALKGLSILD ANRLSDQDVL KYEQEPNTAY YTINTAGYDA EFSNDISQRK
WDESTHLSSA INKPTHLANL NIGLSKEGEG ILIISGQNTY EGATLIKQGE LKLKGKVKNN
AYVEQKAILS GNGIVGQNLN NKGIVRPGNE DLNDLTVQGT YTQEGVDSKL QLDFGNYKNS
KLIAKTYDIK SGNLEYIPLP KYYILNKPVK INLGDLEKSL SSFNHVLIQN TYALNFDFVL
SDDLVSINKT LIKPNLKPNA YEIPNTSLGN ALRQLRSRAD LSQTYQEFFA SLDNGIDVKT
KLNRIEGSGY LSTFSNHNQS NLMQNNMLFT LHPLNINNFA QNNNILLAST YLPRIFSNEE
YFWHLTPSYK YYKDKDFSGQ KTGANISLGE NFSSGFLAYA LSLSSAKFNF NNGSDLKSYN
MDLLLNYNHD LDFIKILSGL GIGVGFNTLN RFVVEQPIEG KYKTLQTSAQ LGVTKDIILG
QDFIFNPLMY FTHSFFYQED FKENKSPFAK NYESLKHHSI NANLGFNLAK NIEQDDYQAS
FSTFVIFEKR IYGRTLENKA SFVDFPIAFI QKYKLKDNIL SQGFNSEFLY KNNVFWQFML
MNRFSHNAYE LHLMSSVGKR F
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