| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CPR_0820 |
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| Symbol | |
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| ID | 4205150 |
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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 | Clostridium perfringens SM101 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_008262 |
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| Strand | + |
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| Start bp | 952004 |
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| End bp | 954595 |
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| Gene Length | 2592 bp |
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| Protein Length | 863 aa |
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| Translation table | 11 |
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| GC content | 27% |
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| IMG OID | 642565379 |
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| Product | hypothetical protein |
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| Protein accession | YP_698145 |
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| Protein GI | 110803223 |
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| COG category | [S] Function unknown |
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| COG ID | [COG1511] Predicted membrane protein |
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| TIGRFAM ID | [TIGR03057] X-X-X-Leu-X-X-Gly heptad repeats |
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Plasmid Coverage information |
| Num covering plasmid clones | 13 |
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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 | ATGAATAGAG GATTATCAAA AAAAATCATA TGTTTAGTAG CTTTTTTTAC AACCACAACA
TCAAGCATGG TATTTGCACA AGATATTAAA AAGGATGAAA CAGTCTATGT AATATTAGAT
GAACAAGGAA ATCCAAAGGA ACAGATAGTC AGTGATTGGA TAAGTAGTGA CGAAAATTTA
GGAAGTTTTA ATGATAAATC AAATTTAAAA AATATTAAAA ATGTTAAAGG GGATGAAGAG
CCTACAATAA GTGGAGAAAA TTTAAGGTGG AATATAGATT CAAATAACCT TTATTATCAA
GGAGAAACGG ATAATAAATT ACCAGTATCT TTATCAATTA GATATGAGTT AAATGGAAAA
GAAGTAAATC CTAAAGATAT TTTAGGAAAA TCAGGTTCTT TTAAAATAAC ATTGAGACTT
ACTAATAATG AACATAAGAC TAAATTTATA AATGGTAAAA ATAGACTTTT ATACACTCCG
TTTTTAAGTG CTACAGAATT AACTTTATCT AATGATAGTT TTTCAAATAT CAAAGTGGAT
TCAGGAAAAA TTATAAATGA TGGAAATAAT TCGCTAATAA CCTTTGTTTC TTTGCCAGGA
CTTAAGGAAT CTTTAGATTT AGACAATTTA ATTGATAGTA AAAATATAAA TTTAGATTTA
AAAGATTCCA TAGAAATAAC TGGTGAGACA ACAAATTTTG AAATTCCAGC AGTTATGATG
CTTGTAACAA CTTCAAGTGA AGGATTAGAA ACACTTAAAG GAGAGGACAC CTTAAATGAT
TTAAAAAATT CTTTAAATGA GCTTAAAAAT GGTGGAGAAG AACTTTTATC AGGAAGTAAA
AAATTATTAG AAGGACAAAA AGATTTATCA AGTAATTATA AAGCTTTTCA TAATGGAGTT
AATGACTTAT CAGGGGGAGC TAATAAATTA AATGAGGGAA TAAATCAATT AGCTAGTAAA
GTTCCAGAAT TAATTAATGG AACAAATTCC ATAAATGATG GAGCAGGAAA AATAAAAAAT
AATTATGAAG TATTTAATGA AGGTGTATCA TCTTTATCAG ATGGAGCAAC ATCCTTAAAT
AGTGGAGTAA ATAAATTAAA TAATAGTGTT TCATCCTTAG TAAATGGCTC AGTACAATTA
GGTTATGGTT TAGGAGAAAT AAAAAATAAT TATGAAGTGT TTAATGAAGG AGTTTCTAAA
ACATCAAAGG GTGTTAATGA TTTAAATGAT GGATTGACTA ATTTGAGCAA AGGTTCACCA
ACTTTAATCC AAGGAATATT AGATTTAAAT AAGGGACTTG GATATTTAGA AGGAAATAAA
CAAGCTATTG TTAATGGAGT AAATGAATAT GTTGATAATT CATTTAAAAT TCAAGGAGGG
TATTCTAAGT TAAATGAAGG GATAGGAGAA GCTTCTTTAG GTGCAAAAAA ATTAAGTGAT
GAACTTTCAA AAGGAAGTGA TGGGATAGAA AACTTAATAA ATAGTACAGA AAATTTAGAT
GGACTTTATT TTAATCTAAA CTCAATAATA GAAGGACTAG GAGATTCTAA TCCAGAATTA
ACAGAATCAC TAAAAAAAAT AAGTGGAGGA ATATCTAAGG TATCAGAAGG ACAAAAAAAT
GGATTGAAGG CTTTAGAAAA TAATTTAGGC GTGGCAGTTA ATTCAGCTAA TAAATTATCA
GGAGCATTAA ATGAGGCTTC ACAAAGTTCT CAGTATTTAA ACAATCAATT TGAAATTTTA
GTTAATAATG GAGAAAATTT AAAATCAGGA GTAGATAATA TGACAAAAGG CCTAGAAGCT
GCTTATTTAG GTAGCCAAAA ATTAGCTAAT TCTACTGGAA CTTTAGAAAA TGGAATTTCA
AAGTTGAAAA ATGGAAGTGA GACTTTGTTA GCTGGAACAA ATGAATTGAA TTTAAATTCT
GGGAAAATAA ATGAAGCTTT AGGTGATTTA TATAAAGGAA GTACAAAGTT ATCCTCTGGA
ACAAAAGAGT TACAAGAAGG AACAGAAGTA TTAAAAGAAG GTAGTAATAA AGTTTCTAAT
GGAGCTAATG ATTTGAGTGT TAATTCTAAA AAGATAAATC AAGCAGTTGG AGATTTATAT
AATGGAACTA ATAAATTAAA TGATGGTGGA GTAGCTTTAA GTGAAGGGGC TAGAGAACTA
GCTAATGGAG GAAATATTTT AGCAGAAGGT ACAAATTCTT TAAAAACATC ATCAGCTAAA
ATATTAGAAG GAACAGAAAA ATTAGAAAAT GGTACTAGTG GCTTATACAA TGGTATTTTA
AAGTTAAAAA AAGAAGGATT AGATGAAATA AATCATAAAG GAAATACTGC TTTAAATTCT
ATAGAGGGAT TTTTAGAAGT TAAGGATGAA TTGATTAAAA TGTCAAAAGA TTATGGAGTA
TATTCAGGTT TATTAGATGA TATGGAAGGT ACAGTAAAAT TTGTTATGAG AAGTAATTTG
ATTGAAAGCA ATAAAGAAAA TATAAAATCA GAAGTGAATT CAAGTTATAG CAATGGGGTT
AATAAATCAA AAGAAAATAG TAAAAAAGAT ACTATTTTAA ATAAAATAAA AAAATTTTTA
GCTAAAAATT AG
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| Protein sequence | MNRGLSKKII CLVAFFTTTT SSMVFAQDIK KDETVYVILD EQGNPKEQIV SDWISSDENL
GSFNDKSNLK NIKNVKGDEE PTISGENLRW NIDSNNLYYQ GETDNKLPVS LSIRYELNGK
EVNPKDILGK SGSFKITLRL TNNEHKTKFI NGKNRLLYTP FLSATELTLS NDSFSNIKVD
SGKIINDGNN SLITFVSLPG LKESLDLDNL IDSKNINLDL KDSIEITGET TNFEIPAVMM
LVTTSSEGLE TLKGEDTLND LKNSLNELKN GGEELLSGSK KLLEGQKDLS SNYKAFHNGV
NDLSGGANKL NEGINQLASK VPELINGTNS INDGAGKIKN NYEVFNEGVS SLSDGATSLN
SGVNKLNNSV SSLVNGSVQL GYGLGEIKNN YEVFNEGVSK TSKGVNDLND GLTNLSKGSP
TLIQGILDLN KGLGYLEGNK QAIVNGVNEY VDNSFKIQGG YSKLNEGIGE ASLGAKKLSD
ELSKGSDGIE NLINSTENLD GLYFNLNSII EGLGDSNPEL TESLKKISGG ISKVSEGQKN
GLKALENNLG VAVNSANKLS GALNEASQSS QYLNNQFEIL VNNGENLKSG VDNMTKGLEA
AYLGSQKLAN STGTLENGIS KLKNGSETLL AGTNELNLNS GKINEALGDL YKGSTKLSSG
TKELQEGTEV LKEGSNKVSN GANDLSVNSK KINQAVGDLY NGTNKLNDGG VALSEGAREL
ANGGNILAEG TNSLKTSSAK ILEGTEKLEN GTSGLYNGIL KLKKEGLDEI NHKGNTALNS
IEGFLEVKDE LIKMSKDYGV YSGLLDDMEG TVKFVMRSNL IESNKENIKS EVNSSYSNGV
NKSKENSKKD TILNKIKKFL AKN
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