| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Ccel_2355 |
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| Symbol | |
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| ID | 7311027 |
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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 | 2773479 |
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| End bp | 2776529 |
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| Gene Length | 3051 bp |
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| Protein Length | 1016 aa |
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| Translation table | 11 |
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| GC content | 36% |
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| IMG OID | 643609281 |
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| Product | protein of unknown function DUF214 |
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| Protein accession | YP_002506669 |
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| Protein GI | 220929760 |
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| COG category | [V] Defense mechanisms |
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| COG ID | [COG0577] ABC-type antimicrobial peptide transport system, permease component |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 11 |
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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 | GTGATTAATT TGCTGTATAA AAACACTCTT AAAAAAATAA AGAAATCCTT TGGAAGGTAT
ATTTCCCTTT TTATTATAGT CATGATAGGT GTTGGTTTTT TTGCGGGAAT ACAAGCCACT
ACGCCTGATA TTATAGACGT AGCGGATAAA TATTATAAAG AAAGTAATCT TTTGGACTTT
AAAGTAGTCA GTACATTAGG TTTGACTGAC CAAGATGTTA ATGCAATTAA GAAACTTAGT
AATGTAGGTG CAGTTATACC AAGCTATTCC CTAGATGTTT TGGATACGGA TAAAGCTACC
AGAGTTCACG CAATAGAAGA TAAGGTTAAT ACCTTCAAGC TTGAGGACGG CAGAATGCCT
CAAAAACATG ATGAGTGTAT TGCAGATAGT AAAACTTACA AAATTGGCGA CAAAATAAAA
ATTACAAGCA ATACGGACAA AAAGCTAAAG ATCAAGGAAT ATACCGTTAC AGGTATAGTT
CGATCAGTAT TGTATCTTGC TGAAGATTAT GGAAACACTA CTATCGGTGA CGGAAAGCTG
TCCTCATTTA TATTTATAAA CAAGGATAAT TTTATTTTAG ATGCATATAC GGAAATATAT
CTTATTGCAG CAGGCACAGA TAAAACAGAA GCATATTCTA AAGAGTATGA TACTGAAGTC
TCAAAGCTCA AAGACGAACT TCTTAAAATA AAGTCAGACA GAGAAAATGC AAGATATCAG
GAGATTTATA CGAAAGCAGA CAGTGAAATA AGAAAAAATG AAACAAAATT GAATGATGAA
AAGAAAATGG GACAAAAGAA GCTGGCGGAT GCAAAAGCTA CTCTTGATGA AAATGCAGAG
AAACTGGAAA AAGGAAAATC TGAACTTATT GCCAACGAGG CAGAACTTAA AAGAAATACC
GAAAAGCAAA ATGCGGAGTT TGCTTCCGCA AAAGAAAAAA TATCGGCAGG CTGGAAGGAT
ATAAATAATG CACTTGATCA AAATAAAATA AAAAAAGAAG AAATAGACAC TAAAATTAAT
GAGCTGAATT CCGCCATTAG GGTAATGAAA GCACAGCTAA GTCAACTGCC CGTTGAAAGT
CAGGAATATA TCCGGCTCAA TGCCACTATA AATCAATATT CCGAAATGCA AAAAGGCTTG
CTAAAGTTAA AGCAATCAAT AACTACATTA ACCGCTCAAG AAGCAAAGCT GGATAACGGT
ATTGACACCT TTAATAGCGA AATCGCTAAA GCTAAAAGAA AAATAGAACA GGGTAAAATT
GAATTAGCAC AGAATGAAAA GAAATTGAAG GACGGATATA CAGAATACAG TAAAAATGTG
GAAAAATTTA ATACAGAAAT AATAGATGCA CAGACAAAGC TAACAGATGC AAAAAAAGAA
GTTTCTGATA TTGAAAAGCC AAAATGGCAC ATATTTGGCA GAGAGGCGGC TGGGGGTTAC
AACGAATTAA AATCAGGTAT CGATGTGGTT ACTTCGGTTG CAGCACTATT TCCATTCTTT
TTCATACTTA TTGTTATGCT GATGGCATCA AACTCAATGG TACGGATGAT AGAGGAAGAA
AGAAGTGAGC TGGGTACATT AACCTCACTA GGGTACAAAG ACGGCAGTAT AATATCAACA
TATCTGTTCT ATGTACTGTC TGCGTCTGGT TTGGGGGCAG TTGTAGGATT TTTCACTGGC
TGTGGGATTA TCCCTCCGTT GATTTACTCA ACATTCAGGT TTAATCTGCC GCCCCTTGTT
ATTAAATACA GCATGGGAAC ATTTTCGATA ATTTTACTTA TTACCTTTGC TCTTATGAGC
ATAGTAACGG TTGTTTCATG CAACAAAGAG CTTAAGCAGA AGCCGTCGAC GCTGATGCGC
CCTGTTCCTC CTGAAAACGG TAAAACAATT GTTCTTGAAA GAATCAAGCC TCTGTGGGGG
CGTTTGTCCT TTACTTGGAA GGTAACTTTG AGAAATATGT TCAGGTATAA AAAGAGAGCC
TTTATGACAA TTGTGGGGGT AGCAGGGTGT ACGGCCCTTC TGCTTGTAGG TTTTGGTCTG
AGGGACAGCA TGAATGGCGT GGCGGAAAAG CAGTATGGAG AAATCTTCCG TTATGATAAT
ATGTTTATTT TAAAAAATGA GATAAAAAAT ATACAAGGTG ACTTGGAGAA TCTTTTAACA
AGGGAGCAAG TAAAAGAGCC ACTTTTGCTT AAACAGACTG CTTTAAAATG CGAAACAAAG
AATAAATCCT ACGATGCTTT TTTAATAGTA CCTGCTAATG AGGATGTATT TTATAAATAT
TTTAATCTCA AAACTCCTTC CGAGGGAGTA CAGTTAACCC TGAATGGCAG CGGTGTTATT
ATTACGCAAA AACTGTCGGA GGTTTATAAT GCGGGGAAAG GAGATACTAT TACCGTAAAG
GATGCCGAAA ATAATTCTTA TAAGTTGACC GTTACCGGTG TTGCAGAAAA CTATACAGCT
GATTATATTT ATATGAACAA TCAAATGTAC AATAGGATTT TCGGCAAAGC CGCATCCTAT
AATGCAATTG TGTCAAATCA TAAAACAGAT GAAACGGCTT TTGCAGAAAA ACTTATTGAC
AGCGGCTTAG TTTTAAATGT GGTGTTTAAC GGGGACTTGA TAAAGAAGGT TCTTGACAGC
AACGAAAGCC TTAATAGTAT AATTCTGTTG ATTGTGGTAG TTGCCTCACT GTTAGCAATC
ATTGTTCTTT ATAACCTGAC ATCGATAAAT ATAAGCGAGC GAACCCGAGA GATTGCAACA
CTAAAAGTAC TTGGCTTTAC CGATGAAGAA ACAAACGGTT ATATTTACCG TGAAGCCTTT
ATACTTACAT TAATAAGTAT TGGAGTAGGC TTGGTATTGG GAATTTATAT CCATAGTTTA
GTAATTGATG TAATTGGAGA AAACTCATTG GTGTTGTTCA AAAAAATAAA ATGGCTAAGC
TTTTTACTGG CAGCGTTACT TACTGTCATA TTCTCTGTAG TAATGCAAAT AGTAACTTAT
TTCAAATTGC AAACAATTGA TATGATAGAA TCACTGAAGT CAGTGGAATA G
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| Protein sequence | MINLLYKNTL KKIKKSFGRY ISLFIIVMIG VGFFAGIQAT TPDIIDVADK YYKESNLLDF
KVVSTLGLTD QDVNAIKKLS NVGAVIPSYS LDVLDTDKAT RVHAIEDKVN TFKLEDGRMP
QKHDECIADS KTYKIGDKIK ITSNTDKKLK IKEYTVTGIV RSVLYLAEDY GNTTIGDGKL
SSFIFINKDN FILDAYTEIY LIAAGTDKTE AYSKEYDTEV SKLKDELLKI KSDRENARYQ
EIYTKADSEI RKNETKLNDE KKMGQKKLAD AKATLDENAE KLEKGKSELI ANEAELKRNT
EKQNAEFASA KEKISAGWKD INNALDQNKI KKEEIDTKIN ELNSAIRVMK AQLSQLPVES
QEYIRLNATI NQYSEMQKGL LKLKQSITTL TAQEAKLDNG IDTFNSEIAK AKRKIEQGKI
ELAQNEKKLK DGYTEYSKNV EKFNTEIIDA QTKLTDAKKE VSDIEKPKWH IFGREAAGGY
NELKSGIDVV TSVAALFPFF FILIVMLMAS NSMVRMIEEE RSELGTLTSL GYKDGSIIST
YLFYVLSASG LGAVVGFFTG CGIIPPLIYS TFRFNLPPLV IKYSMGTFSI ILLITFALMS
IVTVVSCNKE LKQKPSTLMR PVPPENGKTI VLERIKPLWG RLSFTWKVTL RNMFRYKKRA
FMTIVGVAGC TALLLVGFGL RDSMNGVAEK QYGEIFRYDN MFILKNEIKN IQGDLENLLT
REQVKEPLLL KQTALKCETK NKSYDAFLIV PANEDVFYKY FNLKTPSEGV QLTLNGSGVI
ITQKLSEVYN AGKGDTITVK DAENNSYKLT VTGVAENYTA DYIYMNNQMY NRIFGKAASY
NAIVSNHKTD ETAFAEKLID SGLVLNVVFN GDLIKKVLDS NESLNSIILL IVVVASLLAI
IVLYNLTSIN ISERTREIAT LKVLGFTDEE TNGYIYREAF ILTLISIGVG LVLGIYIHSL
VIDVIGENSL VLFKKIKWLS FLLAALLTVI FSVVMQIVTY FKLQTIDMIE SLKSVE
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