| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Ccel_3458 |
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| Symbol | |
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| ID | 7312017 |
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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 cellulolyticum H10 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_011898 |
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| Strand | + |
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| Start bp | 4023776 |
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| End bp | 4027009 |
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| Gene Length | 3234 bp |
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| Protein Length | 1077 aa |
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| Translation table | 11 |
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| GC content | 37% |
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| IMG OID | 643610367 |
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| Product | SNF2-related protein |
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| Protein accession | YP_002507726 |
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| Protein GI | 220930817 |
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| COG category | [K] Transcription
[L] Replication, recombination and repair |
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| COG ID | [COG0553] Superfamily II DNA/RNA helicases, SNF2 family |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 16 |
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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 | ATGTTTAAAA TTTCTAAAGA AGCCATTTAT TCATTGTCTA CACCCTTGAG ATATAAAAAG
GGAATGGACT ATTTCAGGGA TAGGCGTGTT AAATCCTTAT CCTTTAATCA AGAAATGTTA
TTGTTTGATG CATCAGTTTT GGGAACTCGC CCGTACAACG TGCAAGCACA GTTTGCCAAG
TCCGGTAATC TCACTGATTA TTCATGTACC TGTTCAGATT TTGAAAAGAA CAATAAATGT
TGCAAGCACA TTGCCGCCGT TCTTTTCTTA ATTAAGGAAA AGGATGAGCA GGGTTTTTTT
AATTCTTCTG TTCAAAAGAA GGCAGCAAAA GATATTTTTC AGTTTTTTTC AGATAAAAGC
TCAGGAGTAA AGCTTCCTGT TAATATGGAA TTTAATTTGG AATTAATAAA TAGAAAGTAC
TCTGTTTCAA AAAGAGGACC CCTTGCAGCT CTGTCTCTTC GTATCGGCAG AGACAGACTT
TATATTGTCA GGAATATCAG ACAACTGTTA GAATGTCTGA AAAATAATAC AGAGATTGTT
TTCGGGAAAG GATTTACATT TGACCCCTCC ATACATGACT TTAGAGAAAA TGACAAGTCT
GTTATTTTAT ACCTTCAGGA AATATGGCAG AATGAAAATC TTGTACACTA TTTTACAGGT
GAATTAAGTA AGTACAGTAC TTTTATAGAT AAAGATATTT TCCTCTCTGG AGCGGCTCTT
AAAAGGCTCC TTCAGCTATT ACATGATACC CAATTTAATG TAATACACAA TAATATAAAA
ATTCAAAATG TTATTATAAA AAATCAAGAT CTTCCTTTAG AATTTACGCT AACAGGAAAT
GCCTCCTCCA TAGATCTGAA TATAAATACT AATCTGCCTC TTGACCAGAT AACCTCTGAT
TCTGAATATT TTTTATACGG TGACACTATT TACAGGGTTT CAACTGCCCA GAGGGAATAC
TTTAAACCCT TTTTTAACTA TATGCAGCAG GAGAATGTTA ATCGTATAAC CTTTATAGAA
AAAGATAAGG AACGTTTCTT TTCAGAGGTA CTCCCTTATG TCGAAAAAAC CGGAAAAGTA
TACATAGACG AAAATGTTCA GGAAATGGTT CAGAGAGTTA ATTTCGAGCC TGAAATCTAT
CTGGACAAAT TTGAAGATAT AATAACTGCT GATGTAAAGT TCAAGTACGG TGACCGTATT
ATCAATCCTT TTTCAGCATT TGGGGACCAA GTCTCCATGG GTAAGATTCT AGTAAGGGAT
ATGGAAAAAG AAGGTGTTAT TCTTGACCTT CTGGGTGAAA GCGATTTTAA GGTGAATGCT
AACAGAATAT ACCTGGATGA AGAAGAAAAG ATATTTGATT TTGTAAATAC AATTGTTCCT
AAACTACAGG AGTATACACA GATTTTCTAT TCAGAAAGCT TCAAGTCCAT GACTATGAAA
AGACTTCCCT CATTTTCGGG ATTTTTGAGG CTGAATACAC TCAACAATTT TCTTGAATTT
AGTTTTGATA TGGAAGGCGT AGGACGTGAT GAGTTATCAT CTATATTTCG GAACGTAAGA
GAAAAGAAAA AATATTTCCG CTTAAAAAAT GGTGCCTTCC TTCCCCTTGA TTCAGATGGA
CTTGTAACTA TGTCTGAACT AATCGATCAA CTTGGGCTGA CAATGGACGA TTTGGATAGT
GAGCTGGTTC AGCTTCCCAT GTACAGAGCT TTTTTTATAG ACGGTATGCT GAAAGAAACC
GGAATGAAAT TCTTTGAGCG AAATAAGGCC TTTAAAGATT TAGTTCATGA TATTCAAGAA
CCTTCCGAGA CTGAATTTCA AATTCCCGAG ACCCTTAAAG GAATATTAAG AAATTATCAA
AAACTAGGAT TTAAATGGCT TAAAACTTTG TCAACATACG GCCTTGGAGG TATTCTCGCT
GATGATATGG GTTTGGGAAA AACCTTGCAG GTTATTACAC TTCTACAGTA CGATAAAAAT
GTTTCCGGCC CCGCAACATC TATAGTCATT GTTCCGACCT CCCTTATATA TAACTGGTGT
TCGGAAGTTG ACAAATTTGC ACCAGATTTG AAGATAACTG CTGTTGTTGG AAACAAGGCG
GAGCGTGAGG AACTTATAAG AGAATCTGTC AACTCGGATG TAATTGTCAC ATCTTATGCC
CTTATCAGAC GTGATATTGA AGACTACAAG GATTATATAT TCAGATACTG TATACTTGAC
GAAGCGCAAC ACATTAAAAA CCCCGCATCC CAGGCAGCTA AAGCCGTAAA ACAGCTTGTA
TCTCAGCATA GGTTCGCACT TACAGGAACA CCTATGGAAA ATAATCTTAC GGAGCTGTGG
TCAGTTTTTG ATTTTATTTT ACCCGGTTAT CTGCGATCCC ATGGTAAATT TGTTGAAAAG
TTTGAATCCC CCATTTCAAA AGGAGACAAT TCTGCTTTAG TGTCCTTGAG CAAACAATTA
AAACCATTTA TACTCAGAAG ACTCAAGCAA GATGTTCTTA AAGAATTACC CGAGAAAATA
GAGCATACTA TTGAAGCGGA CCTTACCGAT GAGCAGAAAA AACTTTACGT TGCTTATCTT
GAGAAAGCTA AAGGAGACAT TTTAAAGGAA ATCAACGAAA ACGGCTATGA GCGAAGCCAA
ATAAAGATTT TATCGGTTCT AACACGACTA AGACAGCTTT GCTGCCATCC TTCACTGTTT
GTAGACAACT ACGAAGGTGA CAGCGGTAAG CTACTGCTCC TTAAGGAAAT AGTAGGAGAC
TCTTTGACCT CCGGGCATAG AATACTTCTG TTTTCACAGT TTACATCAAT GCTCGCAATT
ATCAGGCAGT GGCTTCAGGA GGATGGAATA GATTATTTAT ATCTTGATGG ATCAACTCCC
GCTGACGAAA GAATGAAAAT GGTTACAAAC TTTAACAACG GGCAGGGTCA GATTTTCCTT
CTGTCCCTTA AATCAGGAGG AACCGGATTA AATCTGACAG GTGCTGATAC GGTTATTCAC
TATGACCCCT GGTGGAACCC TGCCGTAGAA GACCAGGCAA CTGATCGAGC CTATCGTATA
GGTCAGTTAA AAACCGTTCA TGTGATGAAA CTGGTTACAC ACGGCACAAT AGAGGAGAAA
ATATTACACC TTAAAGATAG GAAAAAACAG CTGGTTGATG CAGTTATCCA ATCCGGGGAA
ACCCTTATTA CCAAGCTGAC AAAGGAAGAA CTGACGGAAC TTTTCGAAAT ATAG
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| Protein sequence | MFKISKEAIY SLSTPLRYKK GMDYFRDRRV KSLSFNQEML LFDASVLGTR PYNVQAQFAK
SGNLTDYSCT CSDFEKNNKC CKHIAAVLFL IKEKDEQGFF NSSVQKKAAK DIFQFFSDKS
SGVKLPVNME FNLELINRKY SVSKRGPLAA LSLRIGRDRL YIVRNIRQLL ECLKNNTEIV
FGKGFTFDPS IHDFRENDKS VILYLQEIWQ NENLVHYFTG ELSKYSTFID KDIFLSGAAL
KRLLQLLHDT QFNVIHNNIK IQNVIIKNQD LPLEFTLTGN ASSIDLNINT NLPLDQITSD
SEYFLYGDTI YRVSTAQREY FKPFFNYMQQ ENVNRITFIE KDKERFFSEV LPYVEKTGKV
YIDENVQEMV QRVNFEPEIY LDKFEDIITA DVKFKYGDRI INPFSAFGDQ VSMGKILVRD
MEKEGVILDL LGESDFKVNA NRIYLDEEEK IFDFVNTIVP KLQEYTQIFY SESFKSMTMK
RLPSFSGFLR LNTLNNFLEF SFDMEGVGRD ELSSIFRNVR EKKKYFRLKN GAFLPLDSDG
LVTMSELIDQ LGLTMDDLDS ELVQLPMYRA FFIDGMLKET GMKFFERNKA FKDLVHDIQE
PSETEFQIPE TLKGILRNYQ KLGFKWLKTL STYGLGGILA DDMGLGKTLQ VITLLQYDKN
VSGPATSIVI VPTSLIYNWC SEVDKFAPDL KITAVVGNKA EREELIRESV NSDVIVTSYA
LIRRDIEDYK DYIFRYCILD EAQHIKNPAS QAAKAVKQLV SQHRFALTGT PMENNLTELW
SVFDFILPGY LRSHGKFVEK FESPISKGDN SALVSLSKQL KPFILRRLKQ DVLKELPEKI
EHTIEADLTD EQKKLYVAYL EKAKGDILKE INENGYERSQ IKILSVLTRL RQLCCHPSLF
VDNYEGDSGK LLLLKEIVGD SLTSGHRILL FSQFTSMLAI IRQWLQEDGI DYLYLDGSTP
ADERMKMVTN FNNGQGQIFL LSLKSGGTGL NLTGADTVIH YDPWWNPAVE DQATDRAYRI
GQLKTVHVMK LVTHGTIEEK ILHLKDRKKQ LVDAVIQSGE TLITKLTKEE LTELFEI
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