| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Cphy_3869 |
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| Symbol | |
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| ID | 5744822 |
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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 phytofermentans ISDg |
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| Kingdom | Bacteria |
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| Replicon accession | NC_010001 |
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| Strand | - |
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| Start bp | 4751394 |
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| End bp | 4755689 |
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| Gene Length | 4296 bp |
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| Protein Length | 1431 aa |
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| Translation table | 11 |
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| GC content | 37% |
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| IMG OID | 641294982 |
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| Product | fibronectin type III domain-containing protein |
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| Protein accession | YP_001560955 |
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| Protein GI | 160881987 |
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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 | 4 |
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| Plasmid unclonability p-value | 0.849627 |
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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 | ATGTTTTATT CAAAGAAAAA TATGAAGAAC AGAATCCTTG CATGTTTGCT GGCTATTATC
ATGGTTTTAA CGATGGTTGC TCCAGTGAGA ATTACATATG CAGTGGAAGT AAGTGATGAA
GGAACAGCAT ACGTTACGGA GGATACTGTA GTTGATAGCC TAGATGCTGA TGACAGTATG
CCTGAAGGAT TTGAGGTAAT GGATGTGAAT GTAGCTTCTG GGGGAGGAAT ATCTTCAGAA
AAATATGACA TTGATATTAC CACGGGACTT AAAGTGAATA CTAATTATCA TGGTATAGAA
GTTCTTGAGA ATATGTCATA TACAGCTTCC ACTCAGGAGA TAGAGGGTGT AACATATAAC
GGTAGTATTG TAGGAACAGG GAATCCTTCA CCAAGTAAAG GAGATATTCC TACTACGGGA
TCTGTTGTAA AGGTTACTCC AGAAGACAAT GGTAAATTTA CAATTGTATT TAAATTAAAT
GCTGGGAAAA TTTATTATTT TGTAGATAGT AATAAGATAA ATATTGATAG CTACAAAGCA
GGTGGTACAA ATGAATTTAT TGTTAAAACT TATGAAGTAG AAGCAGGAAA ATCCTATTAC
TTCTATGGAG ATGGAACTAA AATTCCTATG TACGGTTTAT CTATCGTCTA TGGTGATAAT
TCCGTATCTT GGGAAGATAT AGAATCGCCT TCAATTAGCA AAGTTGCAGC AAATGATAAT
GCGATCGCGG TAGATTTTCT CGGTAAAGTT GGTAATGGCT ATGCAGATTC TATAACTATT
GAGATGTACG AAGGTGATAC TCTTAAGAAA ATAGAAAAGA GCTCTGCACC AGGGAATAGT
GGAACAGTTG TATTCACTCC TGATGCCAGT GGAAATTACC AGTTTAGAGC GGTATTATCT
AGAGGTCAAG AAGTAGATAA GATCAGTGAA AAATCTCAAG AAGTTGGATT TATTTTACCT
CTAGGAAAGC CAGAAATTCA ATCTGTTAAT AATGTAGGTA ATGGTTCTGT AGATGTTACA
TGGAATGAAG TAAAAGAATC AGAAGGTTAT GAAGTAGCAT ATAAAGCTGA TGGCGAAACT
AATTTCACAA CTGTGAAAAC AGTTACTGGA ACCACAGTTA TAATTGATGG TTTAACTGTA
GGATTAACAT ATACAATTCG AGTGAAAGCA GTACGTGGTA GTGAATCAAC AGAAGCGACT
ACTACCGTGA AAGTTGAACA GGAATTTCAA AGAGCTTGGT CATTTGCAGC CTTTGGTTCA
GGTGTTGATA CAAAAAACAA TTATTATAGT GGAAATGCTT TAGATGGTGA AGTTAAAGTA
GTAAGCCAAA GTGGTAAAGG TAAGCTTGTG CCACTTTCTA CAGATGGTCT TGCTTTCTAT
TATACAAAGA TTAATGCAGC GGAAGAAAAC TTTATCTTAC GAGCAAAAGT AGCAGTGGAT
ACTTGGACAT TTTCTAATGG TCAGGAAGGC TTCGGTCTTA TGGCTGCTGA TGCTGTCGGA
GTGAATGGAA ACAATTTAGT ATTCTGGAAT AACTCTTATA TGGCAAGTGT AACAAAGGTT
GAATACTCTT GGGATAAAGA GAATCAGAAG GTATCTGACG TAGGCGATAA TATTTCAATG
AAACTTGGTA TTGGTGCACA AGAAAAGGTT GGTGTAACTG CAGAGAATAT CGCGGATAAT
ACAATTAACA CAAACCTCAA TGAGTTATTT AGCTCTAGGA TGGCACCAAT TGAAACTTCT
TGTGCAAATA ACGGCACGGG TACTTACAAC ATTGTAGGAA ATTATACAAG TCAACCAGGA
GGAACCATTG CTAACCCGGT AACTACATTT GATTTAGCAA TCCAGCGTGA CAACACTGGT
TACCGTATTA GTTACACTGA TCCAGAAGGA AATACTACAA CTAAGTTATA TTATGATTTA
GACCGTAATG CATTAACTCA GATTGACAAA GACAATATTT ATGTTGGTTT CTTTGCATCT
AGATATGCTA GTATTACAGT AACAGATATT GAGTTAATTA CTTCAGATCC TAAAACAGAT
CCACCAGCAG AAGAACGTCC AATTGCGTTA GTAACTCCTT CATATACAGT TACTTCTGCA
ACAGCAGTTG GCACATCGGG ATATAACTTA GTATTCCGTG CTAATGCAGA TGGTGTATTA
ACTATTACAG ATTCTCTTGG TCAGGTAATT ACCAAAGAGG AACACGTAAA TGCAAATACT
AATATTACAA AGCGTGTAAA CTTAAGTAAG GGAAATAATA CATTTAATGT AACATTTACA
CCTGATAAAG GTTACAAGCC AAGTGAGTTT GAGGAGTTAT CTTCTTATGC AACAAAGAAC
TTCACTCATA CTGTATTTTA TAAGAGCTAT GGTGAAGAAG GTCAGTCTAT TTATGTAGCA
CCAAATGGTT CACCAAATGG TAGCGGTACA AAAGCGAATC CTTTAGATAT TTATACAGCA
GTAAAGCATG TTCAACCAGG TCAGACCATT GTTCTAGCTG GTGGTACTTA TAGCTTAACA
AAAACAATTA AGATTGAACG TGGTATTGAT GGAACAGCAG ACAAGATGAT TCAAATGGTA
GCAGATCCGA ATGCGTCTAC TCGTCCTGTA TTTAATTTTA ACAGTGCTTG TGCAGGCATG
ATAGTAGTGG GGAACTATTG GTATTTCAAG GGTTTTGATG TAACAAAAAC TCAGGATGCA
CAAAAAGGTA TTCAGGTATC CGGAAGCAAT TGTATTTACG ACCAGGTTAA TACGTACCAC
AATGGTAATA CAGGTCTTCA GATTTCCAGA TATTTAGGTA CTGATGATTG GGATTTATGG
CCAGCAAATA ACCTTATCTT AAACTGTACC TCTTATGGAA ATGCAGATAA GGGATATGAA
GATGCAGATG GTTTTGCAGC AAAGTTAACG GTTGGCAATG GCAATGTATT TGATGGATGT
ATCGCTTACA ACAACGCAGA CGATGGTTGG GACTTTTTTG CTAAACCAGA GACTGGTTCT
ATCGGTAAGG TTACAATTAG AAATAGTGTT GCTTATGGCA ATGGCTATTT AGAAGATGGA
ACAAATGCAG GTAATGGTAA TGGATTTAAG ATGGGTGGTT CCAGTATCAC CGGATATCAC
CAGTTAGAGA ATTCCGTATC ATTTAGAAAT AAAGCAAAGG GTATTGATTC AAACAGTTGT
CCAGATATCC AGGTTTATAG TAGTACATCA TTTAATAACG AGAGTTATAA CGTTGCTCTT
TACACAAATG ATGCAGTGAA TACAGATTTC TATGCGGATG GTATCCTTTC CTATCGTACT
GAGGGTATTG TGATTGGCCA AGATGATTGT ATTAAAATGC CAGAGAACTT TAAATTTAAA
GGTTCTCAGG ATGAAAATAA GGTATATGGA GCAACCAATT ATTACTGGGA TGTTGCTAGC
GCTTCTTCTA AGAATAAGGC AGGAAATACG GTTTCTAGTG ATTGGTTTGA AAGCTTAACT
TTCAATGGAA TTACAAGAAA TGTAGATGGA ACAATAAACA TGAATGGATT CCTTGTATTA
ACAGAGAATG CTCCAGCAGG TATCGGTGCA AGAGTAGGAG GAACTCCATC ATTTGAACCA
ACAATCGGCC CTGAAGTTGC TGAAACTGTA ACACCACAAC CAACACAATC GCCAGAAGTG
CCAGCTCCAA CATCTACACC GGCCCCAACA TCTACCCCAA CTCCAGCACC AGAATTAACA
AAAGAGGAGA TTTTTGAACA TTTAACTCCA AAGCGTACTG GTACTCTTTA TGTTGGTGGT
GATAGTTCTA ACTTAGGATG GTTTGGGTTA AAACTTCCGA CTAACGTTGT TAAAGTAGCT
AACTTTGATG AAAAAACATT AAGTAAGTTG GCAGAGGGAA TTGTACCAAT CACGATTACT
TACAAGTCAA ATAATCCAGG CATTGTAGAG GTAAAACAAA ATGGACGTCT GATTGCAAAA
GAATCTGGTG TTGCAATCAT TACAGCTACT GTAACAATGC AGGATGGTAC ACAGGAAGTT
TATACTAGAA AATTATCTAT TAAAAAGGCA ACCGTAGAAT TTGTGGAAAG TACTGTACGA
ATGAAAGTGG GAGAAGAAGC AGTATTTGAA ATCAAAGTTA ACGGTTTGGA TGAAGATAGC
ATCATCTGGA TGTCAAGTAA AAAAGATGGT GCAGTTGTAA AGAAGAATCC AGGAAGTACA
ACTGCAACGG TAAAAGCAGT TTCTGCGGAA ACAGATTGGA TTTATGTAAT CGTAGATGGT
GTGAAGAAGT CAATTAAAGT TATTATTGAA GAGTAA
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| Protein sequence | MFYSKKNMKN RILACLLAII MVLTMVAPVR ITYAVEVSDE GTAYVTEDTV VDSLDADDSM
PEGFEVMDVN VASGGGISSE KYDIDITTGL KVNTNYHGIE VLENMSYTAS TQEIEGVTYN
GSIVGTGNPS PSKGDIPTTG SVVKVTPEDN GKFTIVFKLN AGKIYYFVDS NKINIDSYKA
GGTNEFIVKT YEVEAGKSYY FYGDGTKIPM YGLSIVYGDN SVSWEDIESP SISKVAANDN
AIAVDFLGKV GNGYADSITI EMYEGDTLKK IEKSSAPGNS GTVVFTPDAS GNYQFRAVLS
RGQEVDKISE KSQEVGFILP LGKPEIQSVN NVGNGSVDVT WNEVKESEGY EVAYKADGET
NFTTVKTVTG TTVIIDGLTV GLTYTIRVKA VRGSESTEAT TTVKVEQEFQ RAWSFAAFGS
GVDTKNNYYS GNALDGEVKV VSQSGKGKLV PLSTDGLAFY YTKINAAEEN FILRAKVAVD
TWTFSNGQEG FGLMAADAVG VNGNNLVFWN NSYMASVTKV EYSWDKENQK VSDVGDNISM
KLGIGAQEKV GVTAENIADN TINTNLNELF SSRMAPIETS CANNGTGTYN IVGNYTSQPG
GTIANPVTTF DLAIQRDNTG YRISYTDPEG NTTTKLYYDL DRNALTQIDK DNIYVGFFAS
RYASITVTDI ELITSDPKTD PPAEERPIAL VTPSYTVTSA TAVGTSGYNL VFRANADGVL
TITDSLGQVI TKEEHVNANT NITKRVNLSK GNNTFNVTFT PDKGYKPSEF EELSSYATKN
FTHTVFYKSY GEEGQSIYVA PNGSPNGSGT KANPLDIYTA VKHVQPGQTI VLAGGTYSLT
KTIKIERGID GTADKMIQMV ADPNASTRPV FNFNSACAGM IVVGNYWYFK GFDVTKTQDA
QKGIQVSGSN CIYDQVNTYH NGNTGLQISR YLGTDDWDLW PANNLILNCT SYGNADKGYE
DADGFAAKLT VGNGNVFDGC IAYNNADDGW DFFAKPETGS IGKVTIRNSV AYGNGYLEDG
TNAGNGNGFK MGGSSITGYH QLENSVSFRN KAKGIDSNSC PDIQVYSSTS FNNESYNVAL
YTNDAVNTDF YADGILSYRT EGIVIGQDDC IKMPENFKFK GSQDENKVYG ATNYYWDVAS
ASSKNKAGNT VSSDWFESLT FNGITRNVDG TINMNGFLVL TENAPAGIGA RVGGTPSFEP
TIGPEVAETV TPQPTQSPEV PAPTSTPAPT STPTPAPELT KEEIFEHLTP KRTGTLYVGG
DSSNLGWFGL KLPTNVVKVA NFDEKTLSKL AEGIVPITIT YKSNNPGIVE VKQNGRLIAK
ESGVAIITAT VTMQDGTQEV YTRKLSIKKA TVEFVESTVR MKVGEEAVFE IKVNGLDEDS
IIWMSSKKDG AVVKKNPGST TATVKAVSAE TDWIYVIVDG VKKSIKVIIE E
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