| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Cphy_1882 |
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| Symbol | |
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| ID | 5744561 |
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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 | 2319649 |
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| End bp | 2323881 |
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| Gene Length | 4233 bp |
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| Protein Length | 1410 aa |
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| Translation table | 11 |
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| GC content | 36% |
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| IMG OID | 641292979 |
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| Product | parallel beta-helix repeat-containing protein |
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| Protein accession | YP_001558990 |
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| Protein GI | 160880022 |
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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 | 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 | ATGAGAAGCA AGAAAAGGTC ATGGATAGCG ATATTACTGA TTTGCTGTTT GATATGTGGC
ATGATACCAA AAGTTGTCTT TGCGGAAAAT AATATTTTTT ACATAAAAAA CAATTATACT
GATGGTGCTT ATCTCTATGA AGTAGAAGGA ATTCTTTGTT ATGGGATACC TATGGAGGGC
GATCAAAGTT TTCAATGGGA GATTGTAAAA AAAGAAGGAT TTACCTTAAT TCAAAATGTG
AAAACTGGAA ACTGTGTCAC CTTGCAGGGA CATCGCACAA AAGAGGTAGA AGGGTACTGG
AGTGACCCTG TGTTCTGCCA AAAATTTGAA GAGGGTAACG ATACTTTTTA CTGGGATATT
TTAGAGGGAG AAGGACAAAA TATTGTTTCT GACAGTAAAA TCTATCAAAG TTATGGTCTT
CATTTGGAAG GTGTAACAGA TGGTAAGGTT AGAAGTCAGT TTATTGATGC TGATCAACTT
ACCTGGGGAA ATATGAAGTG GGATATCATA CCTATGAACA GGGTTTCCTT TCAATTTGCT
ACAAATGCAG GGGTTTGTAT TCAAAATACT AGTAATGAAA AATATCTTAC AGTGAAAGAA
GGAGTTATGA CCTACGATAT TCCAACAGGA GCGGATGATT CCTATATATG GATTCTAGAG
CAAAAGGGTG AGAATATCAG AATCAAGAAT AAGCTAACAG GGGATTATAT TAAAATAGAG
AGTGGATTAT CAAATCACAA AGAAGATAAA ACAATCACAT GTAATAAATT AGTACAAGAG
GATCGTAGCT TTGAGTGGCA GATTAAGCTT GCAAGTTCAG TTAAAATTTG GCCCGCAATG
GAAGAATATA AGGGATATGT GCTTACTGTC GGTGAAGAAG ATAATGGAAT GTTATTATGT
AAGAATAGGA AATCAAGCGT AGATGAGAAT GCTTCTTTGA CCGAATGGAA TGTAGTTGCA
GCTTCTGAGG TTGGTGATGT GGCTGGAGCA TTCCGCTTAC CAGAAGGCGT CTATAACCTA
AAGAATAGTT ATTACTCCCT TTATATGATG GAGGAGGATG GAAAAGCTGT TTACGGGAAT
GTGGATATTA CAGATAAAAG GGCGCAGTGG AGAATCCTTT ATCAACCAGC GGAAAATAAG
ACAGCACTTA GGAATGAGGC AACTGGTCAT TATTTCTATG TAGTGGAAGA ATCAGGAGAG
TTAAAAGCGA CAGAGAAAGA AGTTTATGCA TGGAATCTGT TAAGGAATAA GAATTCTTTA
TATCCTGACG CTGTTATTCT TGGGGATTCG AATCATCAGG ACCGTTATCT TCACATGGAG
AGTCTTAGTG GGTTTATTGA GAATAGCAAT CGTGTACAGC CTTCCTGGGG AACCCCTCAC
TGGATACCAA TACTGGTAGA TTCTAAGGTG ACGACTAAGG AGATAGAGGA ATTTACTGCA
CCGGATAATT TTATTAGAAT ACAAAGCGTA GAATTAAAAA ATAACTATTT ATATGAAAAT
AATGCTGGTG CTTTTCTATA TGGTGAGTAT AAAAAAGAAG ATGGTAGAAG CCATTGGCAA
TTGATTAAGG ATGAAAAAAG CGGTGCATAT CTCATACAAA ATCGTGAAAC TGAGCATATC
CTAATGAATA AGGGAAATGG AATTCTTCGA GTTGTAGAAA AAGAAGAAAA TCTACCGGAA
GGAGCATTAT GGGATATCGT AGAAAAGGAA GATAGTATCT TAATACATAA TACCTTCTCT
GATAGAGCGG AGTATCAACA ACCATATCTT AATCTGAAAA AACAAAATGG CAGCGTTCAA
TCAAGTCTTG TTTCTAACGA AGATAAATCG TGTTGGTTTT TGATTGAAAT AGCGCCGGAA
AAAGGGGAGC AGGTAATGAG CGAGGAAGAA CTTTCGGTTT CCCTGGAATC TTATCTCGAT
ACGAATCTAT ACCAATTAGA AGCTGAGGAT AATGGGATAA CTTTAGACGG AGTATTTCAA
AAAGAATGTT ATAAGGATAG CAACTTCTTT ATTAAGGTAG ATACAAAAGA ATATCTATAC
TATAAAGATG GATGGAAGTT AGAAACAATC ATAGATAAGG ACAAAAATCT TTACCAATGG
ACGGAACTAA CTGCTCAGGG GGAAACAATG TTTGAAAATG AAAAGCAAAA AGTAAAAGTT
ATGAAAATCA CATCAGATGC TAAGTATGAG CAAGAGAGTA TCTACTTATC AGAAGTAGGA
CAAAGTTTTA CTGTATATGC AAAGGAACAA GGAACCTATC AATGCAAATT AGGAAATACG
AAGAATAATG ATAATGTAGA GGTCTTAGTA AATGGTATTA AAGCTATTGA AATAAAATTA
TTAAAAGGGA AAGCATTTGA GCTAAAACTT AACAAAGGAA TTAATACAAT AACATTTCCT
TCTGTGTCGG ATATTGATTC ATTAACGATA AGGGACAGTA TAAATAAAGA AGTAAGAGGA
GCAACCGCCA CATATCGAAC TATTGAGGCA GAAGATTGTA TTACTACTGG AACTGTACTT
GAGAAAGATA GAACCTATCA TGAGATACAG AGTGAAGCTT CAGGCCGAAG TGCTGTAATC
CTTGATGGAA CTGGACAATA CCTAAAAGTG GAGCTAAAAG TTCCGGCAAA TTCTATTGTT
CTTCGCTATT GTATTCCAGA TAGTACAGAT GGAAAAGGTC TTAAGGCTCC ATTAAATCTA
TATATTGATG GTGAAAAAAA TCGCTCTATT GAACTAACCT CAAAGTATAG TTGGTCTTAC
GGTACTTACC CATGGACGAA TGTGCCAGCA GATGGTGCAC CACATCATTT CTTTGATGAA
GTTAGAGTAA TGCTTGATAA AACCTATCCA GCAGGAACGG TACTAAAGTT CCAAAAAGAT
GCAGCTTGTC AGGCAGCGTA TTATATCATT GATTTTGTTG AATTAGAAGA AGTAGCATCA
CCGCATGAGC AACCTGAGAA TTCGCTATCA ATCACTGATT TTGGAGCAAT ACCGAATGAT
GGTGTTGATG ATACGATTGC ATTCTTAGAT TGTCTAAAAG AAGCAATCAA ACAAAAGAAG
GAAGTGTGGA TACCTGCTGG AGAATTTATT CTTAATTCAC CTTCAAAGGA TTTTGACGCT
GGAGATCAGG CAGAGAAGAA CCGAGGCATC GTTCTCACAG AAGACAATGT TGTTATACGT
GGTGCTGGTA TGTGGCATTC GGTACTTCGT GGTGAATATG CAGCATTTTT TATCAAAGCA
AATAACATCA GTTTCTATGA TTTTTCCATG ATTGGAAATG CGACTGCTAG AAGAGATGCA
ATCGATCCTT CCGGTATTGA GACAGATTAT AATACGAAAA ATATGAAAAA TCTAACAATA
CAGAATGTAT GGATTGAACA TTATAAAACT GGGATATGGA CACATAATCT AAGTGATTTG
CATGTGGTTG GATGCCGTAT CCGAAATACT TATGCGGATG GAATGAACTT AAGAAGAGGA
ACCTCAAATT CTATTATCGA GCAATGTGAT GTTCGTTATA CTGGTGATGA TGCGATAGCG
CAGTGGTCAT CTGATTATAG TGACACGAAT AACAAGATTA GATATAATAC AGTTTCCTTA
CCATGGTTAG CGAATAACAT TGCATTATAT GGTGGAACTG ACATCGAGAT AACGAATAAT
CTATTAAAAG ATACAGTAAC AAATGGCGCA GGAATTAATA TTAGTACGAA TTTTAATCCA
GTACCTTTTG CTGGTTCAAT AAAAATAGCG AATAATACTC TGCTTCGTTG TGGAAGTGAA
GATCATAATA CGAAACAGGC AAATGGTGCT ATTTGGTTTA ATACCGTAAA TGGTAATGAT
AATAATGCTA TTGTGATTCT CAGTGGTAAT AAGATTATGA ATAGCACTTG CCAGGCAGTT
AACTTTTACA ATAACGGAAC CGTTTCTAAT GTAACAATGG AGAACAATTA TATCGATGGC
TGTGAATACT CTGGAATTGA AATTGGAAAT GTGGCTAAAG GTAATCTAAC CTTAAAGAAT
AACGTTATAA AGAATATGAT GCTTGATCGT ATAGTAAATA GTTCAAAAGG TAAATTTACC
ATTATAGAAG ATAATACAAA GCCTGTAGAG TCTTTAAAAT CGGTGAAGGA ATCTCATTTA
CTACAATGGG CTCTCTTAGG TATTATAGTT GGTTTTATTG GAATTCTAGG AATTACTAAG
AGTAAAAGAA AAATAAGTAA GGATAAATTA TAA
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| Protein sequence | MRSKKRSWIA ILLICCLICG MIPKVVFAEN NIFYIKNNYT DGAYLYEVEG ILCYGIPMEG
DQSFQWEIVK KEGFTLIQNV KTGNCVTLQG HRTKEVEGYW SDPVFCQKFE EGNDTFYWDI
LEGEGQNIVS DSKIYQSYGL HLEGVTDGKV RSQFIDADQL TWGNMKWDII PMNRVSFQFA
TNAGVCIQNT SNEKYLTVKE GVMTYDIPTG ADDSYIWILE QKGENIRIKN KLTGDYIKIE
SGLSNHKEDK TITCNKLVQE DRSFEWQIKL ASSVKIWPAM EEYKGYVLTV GEEDNGMLLC
KNRKSSVDEN ASLTEWNVVA ASEVGDVAGA FRLPEGVYNL KNSYYSLYMM EEDGKAVYGN
VDITDKRAQW RILYQPAENK TALRNEATGH YFYVVEESGE LKATEKEVYA WNLLRNKNSL
YPDAVILGDS NHQDRYLHME SLSGFIENSN RVQPSWGTPH WIPILVDSKV TTKEIEEFTA
PDNFIRIQSV ELKNNYLYEN NAGAFLYGEY KKEDGRSHWQ LIKDEKSGAY LIQNRETEHI
LMNKGNGILR VVEKEENLPE GALWDIVEKE DSILIHNTFS DRAEYQQPYL NLKKQNGSVQ
SSLVSNEDKS CWFLIEIAPE KGEQVMSEEE LSVSLESYLD TNLYQLEAED NGITLDGVFQ
KECYKDSNFF IKVDTKEYLY YKDGWKLETI IDKDKNLYQW TELTAQGETM FENEKQKVKV
MKITSDAKYE QESIYLSEVG QSFTVYAKEQ GTYQCKLGNT KNNDNVEVLV NGIKAIEIKL
LKGKAFELKL NKGINTITFP SVSDIDSLTI RDSINKEVRG ATATYRTIEA EDCITTGTVL
EKDRTYHEIQ SEASGRSAVI LDGTGQYLKV ELKVPANSIV LRYCIPDSTD GKGLKAPLNL
YIDGEKNRSI ELTSKYSWSY GTYPWTNVPA DGAPHHFFDE VRVMLDKTYP AGTVLKFQKD
AACQAAYYII DFVELEEVAS PHEQPENSLS ITDFGAIPND GVDDTIAFLD CLKEAIKQKK
EVWIPAGEFI LNSPSKDFDA GDQAEKNRGI VLTEDNVVIR GAGMWHSVLR GEYAAFFIKA
NNISFYDFSM IGNATARRDA IDPSGIETDY NTKNMKNLTI QNVWIEHYKT GIWTHNLSDL
HVVGCRIRNT YADGMNLRRG TSNSIIEQCD VRYTGDDAIA QWSSDYSDTN NKIRYNTVSL
PWLANNIALY GGTDIEITNN LLKDTVTNGA GINISTNFNP VPFAGSIKIA NNTLLRCGSE
DHNTKQANGA IWFNTVNGND NNAIVILSGN KIMNSTCQAV NFYNNGTVSN VTMENNYIDG
CEYSGIEIGN VAKGNLTLKN NVIKNMMLDR IVNSSKGKFT IIEDNTKPVE SLKSVKESHL
LQWALLGIIV GFIGILGITK SKRKISKDKL
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