| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CPR_0357 |
|---|
| Symbol | |
|---|
| ID | 4206517 |
|---|
| Type | CDS |
|---|
| Is gene spliced | No |
|---|
| Is pseudo gene | No |
|---|
| Organism name | Clostridium perfringens SM101 |
|---|
| Kingdom | Bacteria |
|---|
| Replicon accession | NC_008262 |
|---|
| Strand | + |
|---|
| Start bp | 431330 |
|---|
| End bp | 435721 |
|---|
| Gene Length | 4392 bp |
|---|
| Protein Length | 1463 aa |
|---|
| Translation table | 11 |
|---|
| GC content | 22% |
|---|
| IMG OID | 642564914 |
|---|
| Product | hypothetical protein |
|---|
| Protein accession | YP_697686 |
|---|
| Protein GI | 110803453 |
|---|
| COG category | [D] Cell cycle control, cell division, chromosome partitioning |
|---|
| COG ID | [COG1196] Chromosome segregation ATPases |
|---|
| TIGRFAM ID | |
|---|
| 
|
Plasmid Coverage information |
| Num covering plasmid clones | 0 |
|---|
| Plasmid unclonability p-value | 0.00295654 |
|---|
| Plasmid hitchhiking | No |
|---|
| Plasmid clonability | unclonable |
|---|
| |
Fosmid Coverage information |
| Num covering fosmid clones | n/a |
|---|
| Fosmid unclonability p-value | n/a |
|---|
| Fosmid Hitchhiker | n/a |
|---|
| Fosmid clonability | n/a |
|---|
| |
Sequence |
| Gene sequence | ATGAGTAAAA TAAATAAACT TAGATTTGTT AATTTAAATT ATAATCATAA TACAATGAAA
ATAGATGATG AAACTTTTTA TCTTGATGGC CAAGATACAA TGTTAAACTT AAGAAATGGA
GGTGGAAAAT CAGTACTTGT ACAGATGGTA ATGGCTCCAT TAGTAAATAA AAGGTATAGA
GCATTAAAAG ATAGAACATT TGAAAGCTAT TTTACTACAA ATACCCCAAC TTATATAATG
ATCGAGTGGA TACTTGATGA TGGAGCTGGA TATTTATTAA CTGGAATGAT GGTTAGAAAA
AAAGATGTGT TATCAGATGA AGATTCTAAA GATAAGCTAG ACATAATAAA TTTTATACAT
GAATATAAAG AAAAAAATGA ATATGATATA AAAAGAATTC CTATAGTTGA AATTAATAAT
GGGAAGAAAA TGGTGAAAAG CTTTTTGAAT TCTAAAAAAT TATTTGAGGA ATTAAAAAAG
AATAAAGAAG TTAGATTTAA TTATTATGAT ATGAATAATA CGGTAACTAC TAAAAATTAT
TTTGAAAAAT TACAAGAATA TAAGATAAAT CATAAAGAAT GGGAAACCAT AATTAAGCAA
ATAAATTTAA AGGAATCTGG ATTATCAGAG CTTTTTATAA AGGCTAAAGA TAGTTCTGGA
TTAGTTAAAT CTTGGTTTTT GCCTGCTGTT GAAAATAAAT TAAGAAAAGA TGAAGATAGA
ATTAAAAATT ATAGGAATTT AGTTAAAAGG TACATAGAAC AATATAAGGC TAATAAAGCT
AATATAGATA AAAAGGAAAA AATTGAACTT TTTAATAAAT TATCAGAAGA TATTAAAAAT
AGCTGTGATG AGTTTATATT AACAATAGAA GAAAGAAAAG GGTTGGAAAA TAAAATAGCT
AATATTATTA GGATTTTAAA AAACAATTAT GAGGATAAGG AAAATGAAGA AAAAGAATTA
GAATGTTTGA TAAATCAATT AGTAGAAAAA ATAGCTGAAT TATTTTATGA GGAATATTCT
ATTAAAATTT ATAGGAAAGA AGATAAAATA GAAGAGTTAG AAGAGTATGT TAAAGAATTA
GATAACTTAG TAAATAAAAG TGAAGAAGAA AAAAAGGCTT TAAATAGAAA AAATGAAATT
TTAGAATGCT CAAAAATACA TAAAGAATAT CAAAGTAGAT CACAGGAGTT ACAAAGTTTA
GAGAGCGAAC TTAAGATTTT GACTAAAAAG AAAGATGATA ATACACCTCA TATAAATAAT
ATAGGGTTTA CTATTAGAGA AATTTTAAAT AAAGAAATAT CTGATATGAA AGAAAAAGTT
GATGAAAGAA AAACAGATAT AAATGTTTTA GAATTTGAAA AAGAAAAGCT TAAAAATATT
TTGAATGAAA ATAGATTGTT AATTAATAAA TTAAAAGGGA GAGAAGGATT TTTAAAAGCT
AGTTTAGAAT CTTTTGATAA AATTCAAAGT AATTTTAATG ATAAATATAA TGAAAATATA
ATTAGGAATA TATCTGGATA TTTTAATGAG GAATCGTTAC TATCTATTAG AAGAAACATA
GAGGATTATA ATTTTGATTT AAATAAGAAT ATGAAAAATA TTACTGAAGA TATTTTTTAT
AATAAAGAAA TATTAAAAAG CAAAAATAAT GAAAAAGAAC GAAATATAAA GTTAATGTTT
GATTTTGAAA ATCAATTAAA AAATAATGAG AGTTTAATTG AAGAATTAGA TGAAAAAGTA
AAAATATGCA TTGATGTTAT AAAATATATT GATTTTGGCG AAGAGCGAGT ATTTGATACA
GAAGATATTT TAAATGCTTT TTATACAAAA ATAGATTTTT TAGAAAGAGA AAAAAGTAAG
TTAATAAGAC AAGAAGAAGA TATATTAGAT GAGTTAGATA AGCTAGAAGG GGGTAGAGTT
TTAGAACTTC CAAAGGAAAT AAAGAAAAAG CTTGAATATA AAGATATTAA AATTATTTAT
GGTATGGAAT GGCTTAAAAA GAATGGATAT TCTACTGAAA AAAATATTGA AGTTGTAAAA
AACAATCCTT TTATACCATA TTCATTAATA ATGAATTCTA GTGAAATTGA AATATTAAAA
AGGGAAGGAC TAGATATATT TATATCAAAT CCAATTTCTA TAATAAATAG GTTAGATTTA
GAAAGTAATT TTCTTGAAGT AGATCAAAGT ATGGTGTCTT TTAATAAGTT GAATTTTTTT
GTTTCCTTTA ATAATAAGCT TTTAGATGAA AAAGAATTGA TAAAGTTAAT AGAAGAAAAA
AAACAATACC TAGAAAGTAT TAGAAGTAAT ATAGAGAATA GAAAAAATGA AATTAGATTT
TTGGAAAAAA AGAAAGAGAT AATTCAATAT TCTAAGCTAG ACAAGGAAAA ATATGAAAAT
GTAAAAAGAG AAAAGACATT TTTAGAAAAA AAGATTATAG AAATAAGAGA GAATGAAATA
TCTATAGCTA GAGAATTTGG GAAAATAGAG ATTAATATTT CAGAGTTAGA AAATACTAAA
AAAGTTTTGG AAGAAAATAT AAGAAAAAAT CTTGAAAAAA TTAATAGCTT TAATGAATTG
ATAGAAGAAT ATAATAAATA TAAAGATAAT AAAGATGAAC TGAGTTTAAT TGAATTTAAA
ATAGAAGAAA TTAATAAGTT TTTAAAAGAA AATGAGAATA GAGAATTAGA AATTGATAAG
ACTTTAAAAG ATATAAATAA TATTATGGTA AGTTACAATA ATAGCTTAGA GAAATTAAAA
AGTGAAGCTA TAGAATTTAG CTTTTATAAA GAAGGATTAT TTATAAAAAA AGATAAGGAA
GATTTATTAG CAGAGTTTTA TGTTTTGAAC AAGCAGATAA CAGCTTCAGA AAAAGATTTA
AAGAAAAGAA GAGAAGAAAA AAGTAGAGCA TTTAAAGAAA TTGAAGATGA ATTAAATGCT
AAAGCTAATA AGTATAATGT AGCAGAAGCT GAATATATTA ATGAAGTTTA CAACATAAAT
AGAGATTTTG AATTGAAAGA TTTAATAGAA AAGGAAGATA AAAATTACAA TTATTTAAAA
GACAAAAGAT CTAATATACT TCAAGAGATT GCTAGTGAAA AAAGTAATGT TGAAAATTTA
TATGAATCTT TAGAAAAAGA TCTTGGAAAA ACTAAGGCTA AAAGTAAGGC TTTGCTTTAT
GATAAAAACT TTAAAGAGGA AATAGCAAAA TTAAAAATTG AAAAAGCTTC TAATGAAAAG
AAAATTAAGG AAGTAATTAA TGAAAAAAAT AAAATTGACA AATATTTAAT TGATTTAAGT
CAATTCAATG AATTTGTCAT AGAGAAAGAA GAAGATATAT TTATAGATAT AAAGGATTTA
GATAATACTA TAGGAAGTAT TAAAAGAGAT TTATTTGAAA AAAAAGACTT AGAGTTAAAA
AGAGAGGCTA AATTAAATAA TTGTATAGTT GATATTGAGA ATAAAGATAG TTTTAGAAAT
GAAAATATAT TTAAAAGTTC TATACAATCT TTAAAGTCTT TAGTAAGTAA ACCAATAAAA
TTTAAAGAAC ATTTAAATCT TGTAATTAAT TCATATAATT CTATCATTGA AAAGTTATTA
ATTGATATTA AATTAATTGA GGATGAGGAA GAGAAAATAT TGGATAGCAT TTTAGAATAT
ATTGAAGAGG TCAATAAAAA TATTTCTATA ATAGATGATA ATTCAACTAT AAATATAAAT
AATAAAAGAG TAAAAATGTT AAATATTACA GTACAGGATT TTGAAAAAAA TAAAATTAAT
TATAGATTAA AACTTAAAGA TTATATTGAA GCTATTAGAG AAAGAGCTAT TAAGGAACTT
GAGAAGAATA ATTCCATTGA AGAAATAATT AGTAATAATA TAACTTTATT TAAGTTATAT
GATGAAATTA TTGGAGTTGA AAATGTTGAG ATTAAATTAT ATAAAATAGA AGAGAATAGA
CAGAGAATAA TAAGTTGGGA TGAAGTTTCA AAAAATTCAG GAGGAGAAGG GTTTCTTTCA
GCATTTGTAA TATTAACTAG TTTACTATCT TATATGAGAA AAGATGAAAA TGACATATTT
AGTAGAAAAG AGGATGGAAA AGTATTAATA ATGGATAATC CTTTTGCACA AACAAGTTCT
TCACACTTGT TAAAACCTCT TATGGATATT GCTAAAAAAA GTAACACTCA ATTAATTTGT
CTAACAGGAC TAGGTGGGGA TTCTATTTAT AACAGATTTG ATAATATATA TGTTTTAAAT
TTAGTATCAT CAAAATTAAA TAATAGTATT AAATATATGA AAAGTGAGCA TATAAAAGGA
GATAAAGAGG AGAAAACTGA AATTATTGTT TCATCTAGAT TAAAAATAGA AGAACAGACT
AGTTTATTTT AA
|
|---|
| Protein sequence | MSKINKLRFV NLNYNHNTMK IDDETFYLDG QDTMLNLRNG GGKSVLVQMV MAPLVNKRYR
ALKDRTFESY FTTNTPTYIM IEWILDDGAG YLLTGMMVRK KDVLSDEDSK DKLDIINFIH
EYKEKNEYDI KRIPIVEINN GKKMVKSFLN SKKLFEELKK NKEVRFNYYD MNNTVTTKNY
FEKLQEYKIN HKEWETIIKQ INLKESGLSE LFIKAKDSSG LVKSWFLPAV ENKLRKDEDR
IKNYRNLVKR YIEQYKANKA NIDKKEKIEL FNKLSEDIKN SCDEFILTIE ERKGLENKIA
NIIRILKNNY EDKENEEKEL ECLINQLVEK IAELFYEEYS IKIYRKEDKI EELEEYVKEL
DNLVNKSEEE KKALNRKNEI LECSKIHKEY QSRSQELQSL ESELKILTKK KDDNTPHINN
IGFTIREILN KEISDMKEKV DERKTDINVL EFEKEKLKNI LNENRLLINK LKGREGFLKA
SLESFDKIQS NFNDKYNENI IRNISGYFNE ESLLSIRRNI EDYNFDLNKN MKNITEDIFY
NKEILKSKNN EKERNIKLMF DFENQLKNNE SLIEELDEKV KICIDVIKYI DFGEERVFDT
EDILNAFYTK IDFLEREKSK LIRQEEDILD ELDKLEGGRV LELPKEIKKK LEYKDIKIIY
GMEWLKKNGY STEKNIEVVK NNPFIPYSLI MNSSEIEILK REGLDIFISN PISIINRLDL
ESNFLEVDQS MVSFNKLNFF VSFNNKLLDE KELIKLIEEK KQYLESIRSN IENRKNEIRF
LEKKKEIIQY SKLDKEKYEN VKREKTFLEK KIIEIRENEI SIAREFGKIE INISELENTK
KVLEENIRKN LEKINSFNEL IEEYNKYKDN KDELSLIEFK IEEINKFLKE NENRELEIDK
TLKDINNIMV SYNNSLEKLK SEAIEFSFYK EGLFIKKDKE DLLAEFYVLN KQITASEKDL
KKRREEKSRA FKEIEDELNA KANKYNVAEA EYINEVYNIN RDFELKDLIE KEDKNYNYLK
DKRSNILQEI ASEKSNVENL YESLEKDLGK TKAKSKALLY DKNFKEEIAK LKIEKASNEK
KIKEVINEKN KIDKYLIDLS QFNEFVIEKE EDIFIDIKDL DNTIGSIKRD LFEKKDLELK
REAKLNNCIV DIENKDSFRN ENIFKSSIQS LKSLVSKPIK FKEHLNLVIN SYNSIIEKLL
IDIKLIEDEE EKILDSILEY IEEVNKNISI IDDNSTININ NKRVKMLNIT VQDFEKNKIN
YRLKLKDYIE AIRERAIKEL EKNNSIEEII SNNITLFKLY DEIIGVENVE IKLYKIEENR
QRIISWDEVS KNSGGEGFLS AFVILTSLLS YMRKDENDIF SRKEDGKVLI MDNPFAQTSS
SHLLKPLMDI AKKSNTQLIC LTGLGGDSIY NRFDNIYVLN LVSSKLNNSI KYMKSEHIKG
DKEEKTEIIV SSRLKIEEQT SLF
|
|---|
| |