| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CPF_2129 |
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| Symbol | |
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| ID | 4200982 |
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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 ATCC 13124 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_008261 |
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| Strand | - |
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| Start bp | 2360831 |
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| End bp | 2365270 |
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| Gene Length | 4440 bp |
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| Protein Length | 1479 aa |
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| Translation table | 11 |
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| GC content | 31% |
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| IMG OID | 638082994 |
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| Product | fibronectin type III domain-containing protein |
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| Protein accession | YP_696557 |
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| Protein GI | 110798918 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 3 |
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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 | ATGAAAAGGA AATTCTTAAA GAAAATAGCT CTAATAGTTT CTTTAATGGT AGTTGGGCAA
TCAGTTTATA CTTTTGCTAA GTCTAGTAGA TTTAATGAAG TAGAAAAAAG CACTTTAAAT
GAAAATATTG ATCTAGATAA ATTAGCTTTA TGGTATGATG AGCCTGCTAC AAACTGGGAA
AATGAGGCCC TTCCAATTGG AAATGGTTAT ATGGGTGGAA TGATTTTTGG AAGTGTAGCA
AGTGAAAGAA TACAATATAA TGAAAAAACT CTATGGTCTG GTGGACCAGG AGCATGGGAA
GGTTATAATG GGGGAAATAA AGAAGGTGCT TGGGAAGCTG TACAAGAAAT AAGAAAAATA
TTAGCTGAGG GTGGAACTCC TTCAAATGAT TTATATCAAA GAGTATGTGG GGATCAAAGA
GCTTATGGAG CTTATCAAAA TTTTGGAGAC ATATTCTTAG ATTTTAAGTC TCATGAGGAG
AGTAAGGTAA CTAATTATAG AAGAGAGCTT AATATAGAGG AATCTTTATC TACAGTTAAA
TATAACTATA AGGGTGTTAA TTATGAGAGA GAATATTTTT GTAGTTATCC TGATAATGTA
ATGGTTATTA AATTAAAGGC TGATAAAGCT TCTTCGCTAA ATGTAGATGT TAGAAATGAA
GGCGCCCATA ATGGGAAGAA TCTTTCTGTA GAAAATAATA CTTTGATATT AAGTGGTGCA
ATAGAAGATA ATGGAATGAA ATATGAATCT CAAATTAAGG TTATTAATAC TGGAGGATCA
ATTCAAGATA AAGAAGATAG AATAAGTGTT GAAAATGCAG ATGAAATAAC AATAATAATG
AGTGCAGGAA CAGATTATAT AAATGAATAT CCAACTTATA AAGGAGAAGA CCCACATTCA
GCAGTAACTG AAAGAATTAA TAATGCTGTA AATTTAGGAT ATGATGAATT AAAGAGTAGG
CACATAGAAG ATTATAAAAA TTTATTTGAT AGAGTAAATT TAAATTTAGG AGAACTTAAA
TTAGATAAGC CTACTGATGA AATGCTTAAT GAATATAAAA CAAATCAATC CAATAGCTTA
GAAACTTTAT TTTTCCAATA TGGTAGATAT TTGCTTATTT CCTCTTCAAG GGAAGGAAGT
TTGCCAGCTA ATTTACAAGG AGTTTGGAAT AATTCTAATA ATCCACCTTG GAGTTCGGAT
TATCATTTTA ATGTAAACAT ACAGATGAAT TATTGGCCAG CAGAGGTTGC TAATTTATCT
GAAACTGCCA TTCCATTAGT TGAATATATA GAGAGTTTAA GAGAACCAGG AAGAAAGACG
GCAGAAATGC ATTGTGGAAT AGAAGGGGCA ATGGAAAATA AAAATGGATG GACAGTAAAT
ACAATGAATA ATCCTTTCGG CTTTACAGCT ATGGGATGGG AATTTGATTG GGGATGGGCT
CCTACTTCTA ATGCTTGGAT AAGCCAAAAT CTTTGGGAGC ATTATAATTT TACTGATGAT
AAGGATTATT TAAGAGAAAA TATATATCCT ATTATGAAAG AAGCTGCACA GTTTTGGACT
CAATTTTTAG TTGAATATAC TCATAGTGAT GGAAAAACCT ATTTAGTTTC TTCACCAAGT
TATTCTCCAG AACATGGTCC TAGAACTGTA GGAACAACTT TTGACCAAGA ACTTATTTGG
CAATTGTTCA CAGATACTAT AAAAGCTAGT GAAACTTTAG GAATAGATGA AGAGTTTAGA
GCAGAACTTG AAAATAAGAG GGAGAGATTA TTAAAACCTC AAATAGGTAA ACATGGACAA
GTTCAAGAAT GGAAAGATGA TATAGATGAT CCAAATAATA ATCATAGACA TATTTCTCAT
CTTGTAGGAC TTTATCCAGG AACTCAAATA AATCAAAAAG ATACTCCTGA ACTATATGAA
GCAGCTAAGG TTACTATGAA TCATAGAGGG GATGGAGGAA CAGGATGGTC TAAAGCTAAT
AAAATAAATC TCTGGGCTAG ATTATTAGAT GGAGATAGAG CCCATAGATT ATTAGAAAAT
CAATTAACAA CAAGCACTTT AGAAAACTTA TTTGATACTC ATCCACCTTT CCAAATTGAT
GGTAATATGG GAGCTGTTTC TGGAATGGCT GAAATGCTTG TACAAAGTCA TTTAGGAACA
ATAAATCCAT TGCCAGCATT ACCAACAGCA TGGGAAGATG GAAGCTTTGA TGGATTAAAG
GCTAGAGGAA ATTTTGAGAT TTCAGCTAAC TGGAATAATA ATTCATTAAA TCTCCTAAAA
ATAAAATCTG GTTCAGGAAA TGATTGTTAT TTAGAATATC CAGGAATAAC AGAAGCTATT
ATAACTGATG CTAATGGAAA TAAAATAACT CCAGAGGTTG TTTCAGAAAA TGTAGTTAAG
TTCCCAACAG AAGTTAATGG AGAATATAAG GTTGAAGGAA TGCCTATGGA GAAACCAGAA
AAGGTTAATG GATTAAAAGC TTTAAGAAAT GGAGATAACT CTGTTTCATT AAAATGGAAT
AAAACAAAAT TTGCAGAAGG TTATGATGTT TATAGAAAAG GTGAAGGGGA CTTTGAATTA
ATAGCTGAAG ATGTAAAAAC AGAAGAGTTT ATTGATGAAA ATGCTCCGTT AAATGATAGT
TATAGTTATT TATATTATGT AGTGGCAAAG AATTCAGAGG GACTAGGAGA GGCATCAGAA
AAGGTTGCAG TTGAAACCAG TGTTTATTTA AGTGAATTAG AATGGAAAAG TGCATCTACT
GGATATGGAG AAATACAAAA AGATGCTAGT TGTGATGGAA ATACAATAAC TTTAAAAGGT
GAAAATGGAG AGAAGGTTTC TTATGATAAA GGAATAGGAA CCCATGCTCA TTCAGAGATA
GTATATAGTT TAGAAGGATT AGATTACTAT GATTATTTTG AAACCTTTGT TGGGGTAGAT
CAAGAAATGG CTGGTACTGT AGCATCTATA TCCTTTGAAG TTTATTTAGA TAATGAGAAA
GTTTTTGATA GTGGATTAAT GACAGGAGAT ACTACACAAA AACATGTTAA AGTGCCTATA
GCAGGTAAGA ATACACTTAA ATTAGTTGTA AAAGATGGGG GAGACAGTAT AGGCTCAGAC
CATGGAAGTT TTGGAGACGC TAAGTTAACA AAAGTTCATG CTGCTAGTAA TGCAGATCTT
AAATCTCTAA ATATTAATGG AAATCCTCTA GAAGAATTTA ATGGAAGTAA ATATGAATAT
TCTTATGATC TTAAAAAGGG AGAAAACTTA CAAAATTTAA ATGTTGAAGC AGAAGCTTTT
ACTTCAGAGG CTAAGATTGA AATTACAAAA CCAGAAGAAC TCCCAGGGGA GGCAGTAGTA
AGAGTTACAT CTAAGGATGA AACTATGCAT AAAGAATACA GAGTTTTAAT AAATCCATAT
GTAATTGTGG AAGAAAGCAT AATTGCTTAT TATAACTTTG AAAATTCTTC TAACTTAGGA
GAAGATAGTT CTAAAAATAG TTTTCATGGA GAAGTAAATG GTACAGTTAC TCAAGGAGAG
TCAAAGGATG GAAAAGCTGC TAATTTTGGT GATGGATATA TAAGTGTTGA AAGCAATGAT
TCATTAAAAT TAGATGATAA TTTAGTTATA GAAACTGAAG TTTATTTAGA TGAATACACT
AATTATTGGC AAAAGATAGC TCAAAAAATA AATAATGGGA CAGGAAAAGG TGGATTCTTA
ATAGATGTAT CTCCTGAAGG AAAATTAAGA TTCCATGCTG AAGGGTCAAT AACTCAATTT
ATATCTAATA AAGCAATTCC TTTAAATGAA TGGACAAATA TAAAAGTTAT TTTTGAACAT
TCAAAGGGTG AAGCATCTAT TTATATAAAT GGAGAGTTAG ATAAGACAGT AAAGCCAAGT
TCACCTTTAG AAGTTAGTGA TTTACCACTT ATTATAGGTG CTGATTCTAA TGGCAGTGAT
AAATTGAAAG GGAAAATGAA TAATTTAACT ATTTCTTCAA TAGAGCGTAG AGTAGCTAGT
AGCAATGTTA GTTTAAGTGA TATTTCTATT AATGGTGAAA CTATGGAAGG TTTTAAAAAG
GATGTGTTTG ACTATGAAAT AGATTTAGAA GAAGGAACAA ATATTGTCCC AGAAATAACA
GCTACATCAG AAGATTCAAA TGCCACTATT GAAATTAAAA ATGCTGAAAT TTTACCAGGA
GTTAGTAAAA TCAAAGTTAT AGCAGAAGAT GGTACAGAAA GTATCTACAC AATTAACTTA
AATATTAAAG TGAAAAATCC TTTAAAAGCA GATTTTAACA AGAATGGAGA AATAGATTTA
GGGGATTTAT CTATGGTATC AAAATACTTT GGATCAAATA ATAGTGACTT TGATCTAGAT
GGAGATGGTT TAGTTGGAGA ATATGAAATA AACTTTGTAT CTAGTGAACT TCTAAAATAA
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| Protein sequence | MKRKFLKKIA LIVSLMVVGQ SVYTFAKSSR FNEVEKSTLN ENIDLDKLAL WYDEPATNWE
NEALPIGNGY MGGMIFGSVA SERIQYNEKT LWSGGPGAWE GYNGGNKEGA WEAVQEIRKI
LAEGGTPSND LYQRVCGDQR AYGAYQNFGD IFLDFKSHEE SKVTNYRREL NIEESLSTVK
YNYKGVNYER EYFCSYPDNV MVIKLKADKA SSLNVDVRNE GAHNGKNLSV ENNTLILSGA
IEDNGMKYES QIKVINTGGS IQDKEDRISV ENADEITIIM SAGTDYINEY PTYKGEDPHS
AVTERINNAV NLGYDELKSR HIEDYKNLFD RVNLNLGELK LDKPTDEMLN EYKTNQSNSL
ETLFFQYGRY LLISSSREGS LPANLQGVWN NSNNPPWSSD YHFNVNIQMN YWPAEVANLS
ETAIPLVEYI ESLREPGRKT AEMHCGIEGA MENKNGWTVN TMNNPFGFTA MGWEFDWGWA
PTSNAWISQN LWEHYNFTDD KDYLRENIYP IMKEAAQFWT QFLVEYTHSD GKTYLVSSPS
YSPEHGPRTV GTTFDQELIW QLFTDTIKAS ETLGIDEEFR AELENKRERL LKPQIGKHGQ
VQEWKDDIDD PNNNHRHISH LVGLYPGTQI NQKDTPELYE AAKVTMNHRG DGGTGWSKAN
KINLWARLLD GDRAHRLLEN QLTTSTLENL FDTHPPFQID GNMGAVSGMA EMLVQSHLGT
INPLPALPTA WEDGSFDGLK ARGNFEISAN WNNNSLNLLK IKSGSGNDCY LEYPGITEAI
ITDANGNKIT PEVVSENVVK FPTEVNGEYK VEGMPMEKPE KVNGLKALRN GDNSVSLKWN
KTKFAEGYDV YRKGEGDFEL IAEDVKTEEF IDENAPLNDS YSYLYYVVAK NSEGLGEASE
KVAVETSVYL SELEWKSAST GYGEIQKDAS CDGNTITLKG ENGEKVSYDK GIGTHAHSEI
VYSLEGLDYY DYFETFVGVD QEMAGTVASI SFEVYLDNEK VFDSGLMTGD TTQKHVKVPI
AGKNTLKLVV KDGGDSIGSD HGSFGDAKLT KVHAASNADL KSLNINGNPL EEFNGSKYEY
SYDLKKGENL QNLNVEAEAF TSEAKIEITK PEELPGEAVV RVTSKDETMH KEYRVLINPY
VIVEESIIAY YNFENSSNLG EDSSKNSFHG EVNGTVTQGE SKDGKAANFG DGYISVESND
SLKLDDNLVI ETEVYLDEYT NYWQKIAQKI NNGTGKGGFL IDVSPEGKLR FHAEGSITQF
ISNKAIPLNE WTNIKVIFEH SKGEASIYIN GELDKTVKPS SPLEVSDLPL IIGADSNGSD
KLKGKMNNLT ISSIERRVAS SNVSLSDISI NGETMEGFKK DVFDYEIDLE EGTNIVPEIT
ATSEDSNATI EIKNAEILPG VSKIKVIAED GTESIYTINL NIKVKNPLKA DFNKNGEIDL
GDLSMVSKYF GSNNSDFDLD GDGLVGEYEI NFVSSELLK
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