| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CPR_1918 |
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| Symbol | |
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| ID | 4204067 |
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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 | 2118990 |
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| End bp | 2122598 |
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| Gene Length | 3609 bp |
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| Protein Length | 1202 aa |
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| Translation table | 11 |
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| GC content | 31% |
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| IMG OID | 642566468 |
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| Product | bifunctional 2',3'-cyclic nucleotide 2'-phosphodiesterase/3'-nucleotidase precursor protein |
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| Protein accession | YP_699228 |
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| Protein GI | 110801650 |
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| COG category | [F] Nucleotide transport and metabolism |
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| COG ID | [COG0737] 5'-nucleotidase/2',3'-cyclic phosphodiesterase and related esterases |
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| TIGRFAM ID | [TIGR01167] LPXTG-motif cell wall anchor domain |
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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 | ATGTTAAAGA AGTTTAGTAA CAAAAAAATT ACTGCTTTAA TGGTTGTATT AGCAATGGTC
TTTAGCTTTA TACTACCAAT ACAAGTTAAA GCTGCTGAAA TTTCTGAAGC AAAAAATTCA
AATGTAACAG AAAAGACAGA TAAAAAAACT GTCAATATTC AAATACTTGC CACTTCCGAT
TTGCATGGTA AGTTTATGGA TTATGATTAT GCACAGGGAG AAGAATCTGT TGGTGGATTA
AATCAAATAG CGACTGTGGT TAAAGAAGCT AAAAAGGAAA ATCCTAATAC TCTAGTACTA
GATAATGGTG ATACTATTCA AGGAAATTAC AATCACCTAT TTATGAATAA AGAAAATCCT
ATGATACTTG CTATGAACAC AATAGGATAT GATGTTTTTT CATTAGGAAA TCATGAATTT
AATTTTGGAA TGGACAAACT TCATAATATT ATTGGTCAAG CAAACCAAAA TCTTCATGTC
TTATGTGGAA ACCTTTACAG AAATGGAAAG AGAGTTTTTA ATCCTTATAC AATTAAAGAG
GTAGATGGAA TAAAGGTTGC AATAATAGGA GTAGTTACTC CACATATAAT GCAATGGGAT
TCTCAAAACC TAAAAGGTTA TGAAGCTAAG AATCCAACAG AAGAAGTAAA GAAAATAATA
GGAGAAATAA AGGCAAATGG AGGCGCTGAT GTCTATGTAG TAACTTCTCA TGCAAGTTTA
AATGGAGAAT ATGGTGATGG AGATAGTGCT GCTGGAATAG CTGAAGCAAA TCCAGAAGTA
AGTGTAGTAG TTGCTGGACA TAGTCATGAT ACAGTTAAAT CAGAATTAAG AGGAAATTCT
ATAATTAGTG AACCAGCAAG TAGAGCAAAA TATGTTTCTA AATTTAATTT AACTGTTGAA
AAAAATGAAA GTGGAATAAA AGTTCTTGAT AAGAGTGCAG ATCTTATAAG TCTTAAAGGG
GTACAAGGAG ATCCAGAATT AACTGAGAAA CTTAAACCTT TCCATGAAGC TGCTATAAAT
GATGCAACAG CTAAGATTGG AGAATTAAAA GGTGGAGATT TAGCAAAACC TGATGAAGTA
AAAGGGATTC CACAATCAAT AGTTGAAGAC CAAGGAGTTA CTGATTTTAT AAATGAAGTA
CAATTATATA ATAGTAAAAA GTTTTTACAA ACTAAAGGAA TAGATCCAAA TAATGTGTAC
ATGGTTTCAT CAGCAGCTTT ATTTAGTCCT AAGGCTAATC TTAAAGAAGG TCCTATAAGC
AAGGCTGATG TTTCAAATAT ATATAAATTT GATAATAAAT TATATGTTAT AAAAACTAAT
GGAAAACAAT TAAAGAAATA CATGGAAGAA AACTCTAAGT TCTTTAATAA ATATAAAGAT
GGAGATTTAA CTATATCTTT TGATGAAAAT GTAAGAATGT ATAAGTATGA TATGTTTGAA
GGGGTTAATT ATGAAATAAA TATAGCTAAA GATCCAGGTG AAAGAATAGA AAACTTAAAA
TTCTCTAAAG ATGGTAAACC AGTTGAGGAT TCAGATGTAG TGTATTTATC AGTAAATGAT
TATAGATATA ATTCAGGGTT AGCTGCAGGA ATAATGGATT CAGGTGAACA TGAAAAAATA
TATGATACAG TAAATGATGA TATATCAGCA ATAAGAGATT TAATAAGTGA TTATATAATT
AATGTTAAAC ATGGAGTAAT AAATAGAAAT GTAGATGGAA ACTGGAAAAT AACAGGTAAC
AATTGGAATC CAGAACAAAG AGCTTTAGCA GTTAAACTTA TTAATGAAGG AAAAATAAAG
CTACCAACTT CATCAAATGG AAGAACTCCA AATGTTAAAT CTGTTACTTG GGATGAAGTA
TCAAAATTTG CAGAGGCTTT ACCAGAAGAA AAGAAAGAAG TTGAAATTCC TATTTTAACA
TTCAATGATT TTCATGGTTC TTTAAAAGAA TCAGGAGGAA ATCCTGGAGC TGCTAAATTT
GTTGGGGAAT TAAAGAAAGT AAAAGAAAAA AATCCTAACA CAATAGTAGT AAGTGGTGGA
GATATGTATC AAGGAAGTGC ATTATCTAAC CTTTTAAAAG GAAAGCCAGT TAGTGATATG
AATAAAGCTT TAGGTGTTCA ATTTTCATCT GTAGGAAATC ATGAATTTGA CTGGGGTTAT
GATTTAATTC CAGGATGGGC TAAAGATGGT GGATTTGAAT TCTTAGCTTC TAATATATAT
GAAAAAGCTA CAGGAGAACC TGTAAAATGG GCTAAACCTT ATGGAGTTGT TGAGAAAGGT
GGAAAGAAAA TAGGATTTAT AGGCCTTGCA ACACCTGAAA CAGCATATAA AACAAATCCT
GATAATGTAA AAGATTTAGA ATTTAGAGAC CCTAACACTG AAGCGGAAAA ATGGGTTAAA
CATTTAAGAG AAGTTGAAAA AGTTGATGCA GTAATTGCTT TAACACACAT TGGAAGTCAA
CAAGATAGAG AAACTGGAGA AATAACAGGT GAAGTAGTTA ATCTTACAAA GGTTCCAGGC
TTAGATGCAA TTGTATCAGC TCATAGTCAT ATGCCTGTTA AAGGAACTGT TAACGGAGTT
CCAATAGTAC AAGCTTATAA AAATGGACGT GCTATTGGTC TTATAGATTT AAAATTTGAT
AAAGATGGAA AATTATCTGT TGAAGCTCAA CGTATGGATA TTTCTAAAAA TATTAAAGAT
TTACCTGTAG ATAAAGAAAT GGAAGAAACA TTAGGAAAAT ATGAAAAAGA ATTATCACCT
ATCTTAGATG TTAAGGTGGC TGATTTAAGT GAGGATCTTC CACACAATAG AGATGTAGGG
GTAAGCCCAA TGGGAGCAAC TGTTACAGAA ACTATGAGAA AAATAGTAGA TGCAGATATA
GCTATAAATA ATGGTGGTGG AGTAAGAGCT CCATTAAAGA AAGGGGTAAT AACAGTAGGA
GATATGTACA CTATACTTCC TTTTGATAAT ACTATAGTAA CAATGGATAT GAAAGGTTCA
GATATTATTA AAGTATTAGA ACATGGAATT GCTCCTAAAG ATTTTGGATG GGGCCAACAT
GCTGGTCTTA AATTCTGGTA TAATCCAGAT GCTGAACCAG GAAATAGAAT AACTTCTGTA
AGATTATTAG ATGGAAGTAA GCTAGATCCA AATAAATATT ATAAATTAGC GACTAATGAT
TTTATGGCAG CTGGTGGAGA TGGATATGAT TTCTCAGCAG CTAAGAATAT TAAAGATACT
AACAAAGTTT TAAGAGAAGG TATAAGTGAT TATTGGAAAA ATCATGGTAT AAGTCCTATA
ACTAACTTAG CAACTCTTAT TGAACCTGGA GAAGATAAAA GTGAAGCTAT TAAACCAGTT
GAACAAGAAA AACCATCTAT AGATACAAAT AAGCCAATGG ATCCAACTAT AGATAATATT
AATACAGATA ACCCTGAAAT ATCTAATCCA GATAATAATT CAAATAATGA AGAAAATAAA
AAGGATGATT TAATTAAATT ACCTAACACA GGAAATCCTT TTGGAGCTGA AGTTTTTGCA
GCAATGGGAG TTTTAGCTAC TATAGGCGGT AGCATAATTC TAAAAAAGAA ACATAATGAT
GCAGCTTAA
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| Protein sequence | MLKKFSNKKI TALMVVLAMV FSFILPIQVK AAEISEAKNS NVTEKTDKKT VNIQILATSD
LHGKFMDYDY AQGEESVGGL NQIATVVKEA KKENPNTLVL DNGDTIQGNY NHLFMNKENP
MILAMNTIGY DVFSLGNHEF NFGMDKLHNI IGQANQNLHV LCGNLYRNGK RVFNPYTIKE
VDGIKVAIIG VVTPHIMQWD SQNLKGYEAK NPTEEVKKII GEIKANGGAD VYVVTSHASL
NGEYGDGDSA AGIAEANPEV SVVVAGHSHD TVKSELRGNS IISEPASRAK YVSKFNLTVE
KNESGIKVLD KSADLISLKG VQGDPELTEK LKPFHEAAIN DATAKIGELK GGDLAKPDEV
KGIPQSIVED QGVTDFINEV QLYNSKKFLQ TKGIDPNNVY MVSSAALFSP KANLKEGPIS
KADVSNIYKF DNKLYVIKTN GKQLKKYMEE NSKFFNKYKD GDLTISFDEN VRMYKYDMFE
GVNYEINIAK DPGERIENLK FSKDGKPVED SDVVYLSVND YRYNSGLAAG IMDSGEHEKI
YDTVNDDISA IRDLISDYII NVKHGVINRN VDGNWKITGN NWNPEQRALA VKLINEGKIK
LPTSSNGRTP NVKSVTWDEV SKFAEALPEE KKEVEIPILT FNDFHGSLKE SGGNPGAAKF
VGELKKVKEK NPNTIVVSGG DMYQGSALSN LLKGKPVSDM NKALGVQFSS VGNHEFDWGY
DLIPGWAKDG GFEFLASNIY EKATGEPVKW AKPYGVVEKG GKKIGFIGLA TPETAYKTNP
DNVKDLEFRD PNTEAEKWVK HLREVEKVDA VIALTHIGSQ QDRETGEITG EVVNLTKVPG
LDAIVSAHSH MPVKGTVNGV PIVQAYKNGR AIGLIDLKFD KDGKLSVEAQ RMDISKNIKD
LPVDKEMEET LGKYEKELSP ILDVKVADLS EDLPHNRDVG VSPMGATVTE TMRKIVDADI
AINNGGGVRA PLKKGVITVG DMYTILPFDN TIVTMDMKGS DIIKVLEHGI APKDFGWGQH
AGLKFWYNPD AEPGNRITSV RLLDGSKLDP NKYYKLATND FMAAGGDGYD FSAAKNIKDT
NKVLREGISD YWKNHGISPI TNLATLIEPG EDKSEAIKPV EQEKPSIDTN KPMDPTIDNI
NTDNPEISNP DNNSNNEENK KDDLIKLPNT GNPFGAEVFA AMGVLATIGG SIILKKKHND
AA
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