| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CPF_0685 |
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| Symbol | |
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| ID | 4202617 |
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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 | 817295 |
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| End bp | 822355 |
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| Gene Length | 5061 bp |
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| Protein Length | 1686 aa |
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| Translation table | 11 |
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| GC content | 32% |
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| IMG OID | 638081570 |
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| Product | fibronectin type III domain-containing protein |
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| Protein accession | YP_695137 |
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| Protein GI | 110799287 |
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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 | 8 |
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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 | ATGGGTAGAA AATGCATGAA TAAGAAGATT GCCGCAATAA TAGCAGCTGC CGTTATTGTA
GGACAATTAC CAATTTCAGT ACTTGCTACA CCTGTTAATG AAGCTGGAGA TGAGATTAAT
AGTGAATCAG CTGAAATTTT AACTAATAGT GATGAAGAAG CTGAGGCTTA TATTCAAAAC
TATGATAGAC CAGAGGGGAT TACTTGGACA AAATTAGCAG GCTCAGGAAG TGTTGAGGTA
ACTGATGGAT TTTTATCAGT TACCAATAAT GGAGATTATA GAATTATGGA AGATCAATCG
CCTAATATAA AAAATGGTGA GTTAGAAAGT AAATTTACAG TTGGAGGTTC TCAAACTGGA
ATAATATTCA GAGCAACTGA GTCAAACTAT GGAATGATCA ACTATAACGC AGGTACTGGC
TGGGTTATAG AAAATAAAAG TAACTGGGAG GATATTACAG GACCAAGACT AAATAATGGA
GATGTTGTAA CAGTTAAGGC TACTTTTGTT GAAAAGCATT TAACTGTTAA TGTTTCTGTA
AATGATGGAG AATTTGAAAC TATATATGAT AAAGAATCAG ATTTAATTCC ATTACAAGCT
GGTAAAGTGG GATATAGAGG ATGGGGTAAT GCTAAAACTA CCAAATTTGA TTATATTAAG
TATTCTCCTA TGACTATAGA TAAGGGACCT ATAGTATCAA TAAATGAAGT AAATGTAGAA
ACTTATCCAA GAGTTAAGCC TATTTTACCA TCAAGTGTTA CAGTAAATCA TGAAAATGGT
ATGTCTAGTA TTAAGGATGT TTCTTGGAAT TATATACCTA AGGAAAGTTA TTCAAAGCCA
GGTACATTCA AAGTTGAAGG TACAGTTGAA GGTACAGATG TAAAAGCAAT AGCTAATGTA
ACTGTAAGTT CAGATTTAGC ATATTATGAA ACTAATTTTG AAACAGAAGA AACAAGAGGA
GATTGGCAAG TTGTACAAGG AGGAGGATCT CCAAGTTATG AAGAAGGTAA AGTAAAAATA
CCTATGAATG GAGTATCAAT AGCTGTTGAT ATGAATTCTC CAGAGGTTAA GAACTTTACT
TATGAAACTG ATTTTTCTGT TGATAATAAT GGAGGAAGAA TAGGTCTATT ATTTAGATAT
GTATCAGAAA CTGAGTGGGG AGCTGTTTGT TATGATAATG GTTCTTGGGT ATGGAAAACT
GGAGATGGCA AATATGGTAA TTTCCCAGGA ACATTTACAC CAGAGCAAGG AAAAACTTAC
AGAATAAAGC TTAAAGTAGA AGATACAAAT ATTACTATGT GGGTTGATGG AGAGAAAATA
GGTCAGGTTG CAGTATCTAA TTTACCAGAT GTAAGAGGAA AAGTTGGCTT AACTGGATGG
TTTGGAAATA AAAATGTTAC TTTAGATAAT CTTGTTGTTG AGGAATTAGG TGGAATAATG
GCACCAGAAG TAGGTCCATT ACAAGAACAA AGTATAGAAT CAGATTCTAT GAAAGTTGTT
TTAGATAATA GATTCCCAAC TGTTATTAGA TATGAGTGGA AAGGAACTGA AGATGTTTTA
TCAGGGGCAT CTGTAGATGA TTTAGAAGCT CAATATATGG TTGAAATTAA TGGTGAGAAG
AGAATTCCAA AAGTAACTAG TGAATTTGCA AATAATGAAG GTATATATAC ATTAAACTTT
GAAGATATAG GAATGACTAT TACTTTAAAG ATGACTGTTA ATGAAAATAA ATTAAGAATG
GAAGTTACTG ATATTCAAGA AGGAGATGTT AAACTTCAAA CATTAAATTT CCCAAATCAT
AGTTTAGCTT CAGTAAGCAG TTTAAATAAT GGTAAAACAG CCTCTGTTCT AACAACTGGT
GACTGGAATA ACATAAATGA AGAGTTTACA GATGTTGCTA AGGCAAAACC AGGGGTTAAG
GGTAAAACTT ATGCATTTAT AAATGATGAT AAGTTTGCTG TTACTATAAA TAATAATACT
ATTGAAGGTG GAAATAGGGT TGTATTAACA ACAGAAAAGG ATACTCTTCC TGATAATACA
AACTATAAAA AAGTTGGAAT TTCAAACGGT ACTTGGACTT ATAAAGAAAT TCTTCAAGAT
ACAACAGATC AAGGAAGTAA GCTATATCAA GGTGAAAAGC CATGGTCAGA AGTAATTATA
GCAAGAGATG AGAATGAAGA TGGTCAAGTA GATTGGCAAG ATGGTGCTAT TCAATATAGA
AAAAATATGA AAATTCCAGT AGGTGGAGAA GAAATAAAAA ATCAAATGTC ATATATTGAT
TTTAATATTG GATACACTCA AAATCCATTC CTAAGATCAT TAGATACAAT TAAAAAGCTT
TCAAATTACA CAGATGGATT TGGCCAATTA GTTCTTCATA AAGGATATCA AGGAGAAGGA
CATGACGACT CTCATCCAGA CTATGGCGGA CATATTGGTA TGAGACAAGG TGGTAAGGAA
GACTTCAATA CCTTAATAGA ACAAGGTAAG GAATATAATG CTAAAATAGG TGTTCATATA
AATGCAACTG AATATACTAT GGATGCGTTT GAATATCCAA CTGAATTAGT TAACGAAAAT
GCTCCAGGAT GGGGATGGTT AGACCAAGCT TATTATGTAA ATCAAAGAGG AGATATAACT
AGTGGTGAAT TATTCAGAAG ACTTGATATG TTAATGGAAG ATGCACCAGA GCTAGGATGG
ATTTACGTTG ACGTTTATAC AGGTAATGGA TGGAATGCTC ATCAATTAGG AGAAAAGATA
AATGATTATG GAATTATGAT TGCAACAGAA ATGAATGGAC CATTAGAGCA ACATGTTCCA
TGGACTCACT GGGGTGGAGA TCCTGCATAT CCAAACAAGG GAAATGCAAG TAAAATAATG
AGATTTATGA AAAATGATAC TCAAGATTCA TTCTTAGCAG ATCCATTAGT AAAAGGTAAT
AAGCATTTAT TATCAGGTGG ATGGGGAACT AGACATGATA TAGAAGGTGC TTATGGTACA
GAAGTATTCT ATAATCAAGT ATTACCTACT AAGTATTTAC AACATTTCCA AATAACTAAG
ATGAGCGAAA ATGAAGTATT ATTTGAAAAT GGAGTTAAGG CTGTTAGAGA AAACTCTAAT
ATAAATTACT ATAGAAATGA TAGATTAGTT GCTACTACTC CAGAAAATTC AATTGGAAAT
ACTGGTATAG GAGATACTCA ATTATTCTTA CCATGGAATC CTGTTGATGA GGCAAATAGT
GAAAAGATAT ATCACTGGAA TCCATTAGGA ACTACTTCAG AATGGACTTT ACCAGAAGGA
TGGACTTCTA ATGACAAAGT TTATTTATAT GAATTATCAG ATCTAGGAAG AACTTTAGTT
AAGGAAGTAC CAGTTGTAGA TGGAAAGGTT AATTTAGAAG TAAAACAAGA TACTCCTTAT
ATAGTTACTA AGGAAAAGGT TGAAGAGAAG AGAATAGAGG ATTGGGGATA TGGCTCAGAA
ATAGCTGATC CAGGATTTGA TTCTCAAACT TTTGATAAGT GGAATAAAGA ATCTACTGCT
GAAAATACAG ATCATATAAC TATTGAAAAT GAAAGTGTTC AAAAGAGATT GGGTAATGAT
GTTCTTAAAA TAAGTGGAAA TGAAGGCGCG GATGCTAAAA TTTCTCAAAG CATAAGTGGA
TTAGAAGAAG GAGTAACTTA TTCAGTATCT GCATGGGTTA AAAATGATAA TAATAGAGAA
GTTACACTAG GAGTTAATGT TGGTGGAAAA GATTTCACTA ATGTAATAAC AAGTGGTGGT
AAAGTAAGAC AAGGAGAAGG TGTTAAGTAT ATTGACGATA CTTTCGTGAG AATGGAAGTA
GAATTTACTG TACCTAAAGG AGTAAATTCA GCTGATGTTT ACTTGAAGGC TTCAGAAGGA
GATGCTGACT CAGTTGTACT AGTTGATGAC TTTAGAATAT GGGATCACCC AGGACACACT
AATAGAGATG GATATGTATT CTACGAAGAT TTTGAAAATG TAGATGAAGG TATATCACCA
TTTTATTTAT CTCCAGGAAG AGGACATTCA AATAGATCTC ACTTAGCTGA GAAGGATATA
TCTATAGATG CTAATCAAAG AATGAACTGG GTACTTGATG GAAGATTCTC ATTAAAATCT
AACCAACAAC CAAAGGAAAT AGGTGAAATG TTAACTACAG ATGTTTCATC ATTCAAATTA
GAACCAAATA AAACTTATGA ATTTGGATTC TTATATTCAT TAGAAAATGC TGCTCCAGGA
TATTCTGTAA ATATTAAGAA TAGAGATGGC GAAAAGATTG TAAATATTCC TTTAGAGGCT
ACTGGTTCAA ATTATGCACA AGATATTTTC ACTAAAACTA AATCTGTAAC TCACGAGTTT
ACAACTGGAG ATTTTGCTGG AGACTACTAT ATTACTTTAG AAAAAGGTGA TGGATTTAAA
GAAGTAATAT TAGATAATAT TTATGTTAAA GAAATAGATA AGTCAATTGA ATCACCAGAA
TTAGCTCATG TAAACTTAAA TACAGTAGAA CATGACTTAG AAGTTGGACA AAGCGTTCCA
TTTGCTATAA ATGCATTAAT GAATAATGGT GCAAATGTTA ACTTAGAAGA AGCTGAAGTT
GAATATAAAG TTTCAAAACC AGAAGTTTTA ACTATTGAAA ATGGAATGAT GACTGGAGCT
TCTGAAGGCT TTACTGATGT CCAAGTAAAT ATTACTGTTA ATGGAAATAA AGTTTCTTCA
AATACAGTAA GAGTTAAGGT TGGAAATCCA GAAGTTGAGG AGGAAGAAGT TATAGTAAAC
CCAGTAAGAA ACTTTAAGGT TACTGATAAG ACTAAGAAGA ATGTAACTGT AAGCTGGGAA
GAGCCAGAAA AAACTTATGG ATTAGAAGGA TATGTTCTTT ATAAAGATGG TAAGAAAGTT
AAAGAAATAG GTGCTGATAA AACTGAATTT ACATTTAAGG GATTAAACAG ACACACTATT
TATAACTTTA AGATTGCTGC TAAATATTCT AATGGTGAAC TTTCAACTAA GGAATCAATA
ACTGTTAGAA CTGCTAGATA A
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| Protein sequence | MGRKCMNKKI AAIIAAAVIV GQLPISVLAT PVNEAGDEIN SESAEILTNS DEEAEAYIQN
YDRPEGITWT KLAGSGSVEV TDGFLSVTNN GDYRIMEDQS PNIKNGELES KFTVGGSQTG
IIFRATESNY GMINYNAGTG WVIENKSNWE DITGPRLNNG DVVTVKATFV EKHLTVNVSV
NDGEFETIYD KESDLIPLQA GKVGYRGWGN AKTTKFDYIK YSPMTIDKGP IVSINEVNVE
TYPRVKPILP SSVTVNHENG MSSIKDVSWN YIPKESYSKP GTFKVEGTVE GTDVKAIANV
TVSSDLAYYE TNFETEETRG DWQVVQGGGS PSYEEGKVKI PMNGVSIAVD MNSPEVKNFT
YETDFSVDNN GGRIGLLFRY VSETEWGAVC YDNGSWVWKT GDGKYGNFPG TFTPEQGKTY
RIKLKVEDTN ITMWVDGEKI GQVAVSNLPD VRGKVGLTGW FGNKNVTLDN LVVEELGGIM
APEVGPLQEQ SIESDSMKVV LDNRFPTVIR YEWKGTEDVL SGASVDDLEA QYMVEINGEK
RIPKVTSEFA NNEGIYTLNF EDIGMTITLK MTVNENKLRM EVTDIQEGDV KLQTLNFPNH
SLASVSSLNN GKTASVLTTG DWNNINEEFT DVAKAKPGVK GKTYAFINDD KFAVTINNNT
IEGGNRVVLT TEKDTLPDNT NYKKVGISNG TWTYKEILQD TTDQGSKLYQ GEKPWSEVII
ARDENEDGQV DWQDGAIQYR KNMKIPVGGE EIKNQMSYID FNIGYTQNPF LRSLDTIKKL
SNYTDGFGQL VLHKGYQGEG HDDSHPDYGG HIGMRQGGKE DFNTLIEQGK EYNAKIGVHI
NATEYTMDAF EYPTELVNEN APGWGWLDQA YYVNQRGDIT SGELFRRLDM LMEDAPELGW
IYVDVYTGNG WNAHQLGEKI NDYGIMIATE MNGPLEQHVP WTHWGGDPAY PNKGNASKIM
RFMKNDTQDS FLADPLVKGN KHLLSGGWGT RHDIEGAYGT EVFYNQVLPT KYLQHFQITK
MSENEVLFEN GVKAVRENSN INYYRNDRLV ATTPENSIGN TGIGDTQLFL PWNPVDEANS
EKIYHWNPLG TTSEWTLPEG WTSNDKVYLY ELSDLGRTLV KEVPVVDGKV NLEVKQDTPY
IVTKEKVEEK RIEDWGYGSE IADPGFDSQT FDKWNKESTA ENTDHITIEN ESVQKRLGND
VLKISGNEGA DAKISQSISG LEEGVTYSVS AWVKNDNNRE VTLGVNVGGK DFTNVITSGG
KVRQGEGVKY IDDTFVRMEV EFTVPKGVNS ADVYLKASEG DADSVVLVDD FRIWDHPGHT
NRDGYVFYED FENVDEGISP FYLSPGRGHS NRSHLAEKDI SIDANQRMNW VLDGRFSLKS
NQQPKEIGEM LTTDVSSFKL EPNKTYEFGF LYSLENAAPG YSVNIKNRDG EKIVNIPLEA
TGSNYAQDIF TKTKSVTHEF TTGDFAGDYY ITLEKGDGFK EVILDNIYVK EIDKSIESPE
LAHVNLNTVE HDLEVGQSVP FAINALMNNG ANVNLEEAEV EYKVSKPEVL TIENGMMTGA
SEGFTDVQVN ITVNGNKVSS NTVRVKVGNP EVEEEEVIVN PVRNFKVTDK TKKNVTVSWE
EPEKTYGLEG YVLYKDGKKV KEIGADKTEF TFKGLNRHTI YNFKIAAKYS NGELSTKESI
TVRTAR
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