| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Ccel_1097 |
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| Symbol | |
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| ID | 7309910 |
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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 | 1348153 |
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| End bp | 1352826 |
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| Gene Length | 4674 bp |
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| Protein Length | 1557 aa |
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| Translation table | 11 |
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| GC content | 40% |
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| IMG OID | 643608021 |
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| Product | Kelch repeat-containing protein |
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| Protein accession | YP_002505436 |
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| Protein GI | 220928527 |
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| COG category | [V] Defense mechanisms |
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| COG ID | [COG4257] Streptogramin lyase |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 4 |
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| Plasmid unclonability p-value | 0.612946 |
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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 | ATGAGAAGAG TTATAAGTGC TTTTATAGCC GTAGTATTTA TACTGGTAAG CTTGTTTTCA
GGGATTACTA ATGTAATGGC TCAACAAAAT ATTGACGATG CCATTAACTC TGCCGGTAAT
TGGCTTATGT CCAGTCAGAA TACTGACGGT TCATGGGGTG AAACGACAGA AACAAAAAGC
AGAATTACGT CCAAAGTTGT TGAAACTTTA AATAAATCTG GTTTAATTCC ACAAAATAGT
CAAAACGGAA TGGGGTGGCT GACGAGTAAC CCTCCCCAAA ACAACACCGA CCTGGCCAGA
TACCTATCCG TTGCTGGTCT TGATACTGCC AATAGAATAG CTGAAATAAT AAGCTCTCAG
GCTGAGTTTG GCGGTTGGGG GACTGTAAAC GGCGGAGCTA CCGATAATCT GACTACATGC
CTGATTGCAT CTGTTTTGAT GAAACGAGAC GGATATACAA AAGAAGTAAC AAAGGCTGCC
TATAATTTGC TATCAAATCA GAATCCTGAT GGAAGCTGGG GTATGGTAAA AGGTACAAAC
ACAGGCAGCA CAGAACTGAC GGGATTAGTA AGATCTTTTT TGACAGAATA TCAAAGCAGG
ACAAGAATAA ATATGTCAGT GGAACTGCAA AAGGCCGCCG AATGGCTAAT TGCTCACAGA
TATGCAGACA AAAGCTGGGG AAGTATAGAA GCCACTTATT TGGCTTTTTT AGGCCTTTGT
AAAGATAAGC CGGAACTTGT TAGTAACATA CCCGATTACT TTATGAGTAA GCAGACTTCA
AACGGTAGCT GGAACAATAA CCCGTACGAT ACGGCTCTTG CAGTTGATCT GCTATATAGA
GTAAATCTTC AATCTGCAGC TGGTATTAAT GACATAAAAC TTTATTCAAA TGGTGTTACA
ACTGAAAGCT TTTCTCCAAA AGATCAGGTT GAAATAGTAC CTGAGTACAC AGGTCGCAGT
ATTCAGGTTT ATGCAACGGT TATATCTCCG GACGGATTAA GAATTAATCT TTCACCAAAC
GCTATAGGTG GATTTTCCTG GGACTGCTCA ATAAGCACTG AAGGAATCTA TCAGGCTGAG
GTTGTACTCA AAGATAACCA GGGAGAAATA AAGGCAATAA AAACAAAGCA ATTCAATATT
AAACCTATAT TGGAAATAAG AGGCTGCGAA ATAGAAATAA CTCCCGGTGC ATGTGTAATA
AACAAGCCCG TTAAACCCCA GTTGGATTTT TATATAAATT GTAATGCCGC CAATATAAGT
AAACCTGTCA AGGCAACTGT GAGTGTGCTT GACCCAAATG GATATGAAAT ATATACACAG
GAGGCTTCTT CAATTTTAAA AACGGGTGAA AATACTATTT CACTTGGAAG TTTTTTGCCT
GCTGTTACAA ATCCTTCAGA ATATAAAGTA AAAGCAGTAT TGTATTATGA TGGAAAGGAA
CTCTATACAA GAAATGATTC TTTTCAAGTA CTTGATACGG TTAATTCTAC GTATACAACA
AATGCTGATT TTGATTTGGG AACCCTGAAA GGTGTGAACC ACACCGAAGT ACCCGATCAG
CTGCAGCTGA ACAAGTATGC AGAGATTTTC CCATATATCT GGATTGCCAA TGCTGGCGAA
GGAACGGTAT CTAAAATTGA TACAAGGACA GGTATGGAGG TTGCTCGATA CCGAACAGGA
AGTACAACCG GAACTAGTCC TTCACGTACC GCTGTTGATA AGGACGGTAA CTGCTGGGTA
GGAAACAGAG GAAACGGTAC GGTAATAAAA ATAGCAATGA CAGGTGGTAT AGATAAAAAT
AAAAATGGTA AGATCGAAAC ATCTACTGAC CTTAATGGAA ATGGCAAAAT AGATACTAAT
GAAATTCTCC CATGGGGACA GGACGAAGCA ATTCTTGTTT CAAAATCTGT GGGAAATAGT
TCGGAAAGCT TACCGAGAGC TGTAGCAATT GACAAAAACA ACAGAATATG GGTTGGATTA
TACAACGAAA AAAGGTTTGT AGTATTAAAC CCTGATGACG GGAACTTTAC AGGAATATCA
GTAGCTACCG TTTCACCACC TTACGGAGCG GTTATAGACA AGGACGGAGT TTTGTGGTCA
TCAGGAAACG GAACTCCATT AAGAATTGAC AGCTTGGATA CTAATACAAA TACTTTCTTA
AAAAGCTACG ATGTCGGAAG AGGCCCTTAC GGAATAGTCG TTGATAAAAA TGGAATCGTT
TGGGCTGCCT GTCCAACTAA AGATAGTAAC GATAGAAGTG CATTAATAAG GCTTAATCCA
AGTACCGGGA CATATACATA CCATTATGGA AACGGAAATG TAGGCAGAGG AGTTGCTGTG
GACAGGGACG GCAACATATG GATGGCCTGT TCAGGAAATA ACTGGGTCGA TAAATTTGAC
TCTACAGGAA AATACCTTTT ATCGGTAAAT ATAGGAGCTA GTGGAGGTTC GGTTCCCATA
GGAGTGGGTG TTGACAGTGA GGGATATGTA TGGGTAACCT GCAATAGCTC CAACAACACC
TTCAAAATTA ATACTTCTGG TAAAATAATA GGCAGCTACG CTGTCGGTGC AGGACCATAT
ACATATAGTG ATATGACTGG TTATAACCTT CAAAATGTCA CTGCTCATGA CGGTGCCTGG
GTTGTTACAC ATGATGGTGG AAACGAACAA AACACATGGT CCAATGTATC ATGGGATCAG
GTTATGCCCG AAAATACTGC TATAGCAGTA AGCGTAAAGG CTGCAAATAC CATTGAGGAA
CTTGTAGGAA AAACATTTAT AGCCATATCA AACGGAATAC CTATTTCTAA TGTAAGCGGA
CGTTTCTTAA TGATTGAGGC AAAACTAAGT ACTGCAAACT CGGCTAGTCC TATAATCAAG
GAACTAAGAA TTGAAGGTAA AAAGGGTGTT CTGACGGCTA ATGCCGGAGA GGATATGAAC
ATTAAGGCTT CACCGGGAGC TATTGATGCA GATGTAACCC TTGACGGGTC AAAATCAAGT
GACCCGGACG GGAACAAACT TACATATAAG TGGAGCTGGA ATAACGGAAC TGAGACGGCA
GAAGGTATCC ATCCCACAAT AAAATTACCT GTGGGAACAA CAGAAGTTTC TCTTGTAGTA
AATAACGGAT TAAGAAACTC GGAGCCGGAT ACAATAAGGG TAACTGTTAC TGAATTTTCG
GTGCCTGATG ATAAACCTCA AAAACCGGAG AATTTTAAAG CTGAAGTAAC CGGAGGCACT
GAAATATATG TTTCATGGTC ACCATCACTA AATTCCACTT TTTATGAATT AGAAGTTGAC
GGAAGTATTA TAAACACAAA AAATATAACC TCATATTTAC ATAATGGATT AATTCCAGGA
AGTACCCACA AATACAGGGT AAGAGCGGTT AATTCAAAGG GATTCAGTGA CTGGACTGAC
ACGATTAGTG CTTCCACAGT AGACTATGCG GCCGAAATAG ACCGTATTTT AAAAGAAGTA
GAAGCAAAGC TTCCTGATTT AAAGTATTCT GAAATAATTC AAAAGACACA GGATTTGCTT
GATTCCGCTA AAAAGCTGAT GCCCAAAGTA AATGCAGGTC AGCTTAAAGA CTCATTGCAG
GCAAGAATAG ATAAGGCACA GGATGCAATT ATAGTTGCAG GAATTGATGT TAAACTAACT
GTGCTGGAAA ATATACTGCC CAATATAAGC TCATTGGAAC CTATAAAGAA AGCACTGGAT
GAGGTTCAGC TTGATGTTAA TAATTTGCCT GCACGTCTGG ATAAACAAAG AAATCAATTC
CAGCTCAGAA TAGATGAAAT CTTAAAGCAT TTTTCAAATC AGTGGTATTC AGAGCCTTCC
ATGGAATCTT CTAAAAGCAA GGCGGCCGTT ATAAACGTAA ACGGTAAAAT TTATGCCATT
GGCGGAATTA AGAGTGACGG AGTCCTTTTA GACACCATTG AAGAATATAA TCCTGAAACA
AAAACATGGA TAACCAAAAC AAGTATGCCC GGCGGACCAA GGCAAGGTAT GGCAGTAGCT
GCAAAAGACG GAAACATATA TGTTATAGGC GGCAAAGTTG GTTCAAAATA CCTGGGACTT
GTTGAAATGT ATAATACTAT GACAGATAAA TGGACAAAGA TGGCTGATAT GCCCACAATA
AGACAGGGGG CAGTAGCTGC TAATGTAAAT GGTAAGATAT ATGTAATAGG AGGAAGTAAT
AGCACCAAAT ATTTTAGAAA CGTTGAGGAG TATGATCCGG TTAATAACAG ATGGTCAACC
GTTAGCAAAA CTCCAATGCC TACAGCGAGA GATACAGCAG GAGTGGCTGT TGTAAACGGG
GAAATATACG TGGTAGGAGG CTTCAACTCT ACCAATAAAT TTTTAAATTG TGTTGAGAGT
TATAATCCCG CAGAAGACAA ATGGGAGACA AAAACTTCTC TTAATGTTGC AAGACGTGCT
CTGGGAGTTT GCCAGCTTAA TAATATAATA TATGCAATAG GCGGACGCAA TAACGAAGGA
GATTTGGGAG TAGTTGAAGT ACTTGATCCA ATAACAGGCA CATGGAAGGA AAAGACTGAA
ATGTCTATGA AGAGAAGCTA TTTAAGCATT GTACCTATCA ATAGTTCAAT CTATGCTTTA
GGAGGAACTT ATAATGAAAA GCCTGTAAAT ACCGTGGAGC AGTTTATACC GTAA
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| Protein sequence | MRRVISAFIA VVFILVSLFS GITNVMAQQN IDDAINSAGN WLMSSQNTDG SWGETTETKS
RITSKVVETL NKSGLIPQNS QNGMGWLTSN PPQNNTDLAR YLSVAGLDTA NRIAEIISSQ
AEFGGWGTVN GGATDNLTTC LIASVLMKRD GYTKEVTKAA YNLLSNQNPD GSWGMVKGTN
TGSTELTGLV RSFLTEYQSR TRINMSVELQ KAAEWLIAHR YADKSWGSIE ATYLAFLGLC
KDKPELVSNI PDYFMSKQTS NGSWNNNPYD TALAVDLLYR VNLQSAAGIN DIKLYSNGVT
TESFSPKDQV EIVPEYTGRS IQVYATVISP DGLRINLSPN AIGGFSWDCS ISTEGIYQAE
VVLKDNQGEI KAIKTKQFNI KPILEIRGCE IEITPGACVI NKPVKPQLDF YINCNAANIS
KPVKATVSVL DPNGYEIYTQ EASSILKTGE NTISLGSFLP AVTNPSEYKV KAVLYYDGKE
LYTRNDSFQV LDTVNSTYTT NADFDLGTLK GVNHTEVPDQ LQLNKYAEIF PYIWIANAGE
GTVSKIDTRT GMEVARYRTG STTGTSPSRT AVDKDGNCWV GNRGNGTVIK IAMTGGIDKN
KNGKIETSTD LNGNGKIDTN EILPWGQDEA ILVSKSVGNS SESLPRAVAI DKNNRIWVGL
YNEKRFVVLN PDDGNFTGIS VATVSPPYGA VIDKDGVLWS SGNGTPLRID SLDTNTNTFL
KSYDVGRGPY GIVVDKNGIV WAACPTKDSN DRSALIRLNP STGTYTYHYG NGNVGRGVAV
DRDGNIWMAC SGNNWVDKFD STGKYLLSVN IGASGGSVPI GVGVDSEGYV WVTCNSSNNT
FKINTSGKII GSYAVGAGPY TYSDMTGYNL QNVTAHDGAW VVTHDGGNEQ NTWSNVSWDQ
VMPENTAIAV SVKAANTIEE LVGKTFIAIS NGIPISNVSG RFLMIEAKLS TANSASPIIK
ELRIEGKKGV LTANAGEDMN IKASPGAIDA DVTLDGSKSS DPDGNKLTYK WSWNNGTETA
EGIHPTIKLP VGTTEVSLVV NNGLRNSEPD TIRVTVTEFS VPDDKPQKPE NFKAEVTGGT
EIYVSWSPSL NSTFYELEVD GSIINTKNIT SYLHNGLIPG STHKYRVRAV NSKGFSDWTD
TISASTVDYA AEIDRILKEV EAKLPDLKYS EIIQKTQDLL DSAKKLMPKV NAGQLKDSLQ
ARIDKAQDAI IVAGIDVKLT VLENILPNIS SLEPIKKALD EVQLDVNNLP ARLDKQRNQF
QLRIDEILKH FSNQWYSEPS MESSKSKAAV INVNGKIYAI GGIKSDGVLL DTIEEYNPET
KTWITKTSMP GGPRQGMAVA AKDGNIYVIG GKVGSKYLGL VEMYNTMTDK WTKMADMPTI
RQGAVAANVN GKIYVIGGSN STKYFRNVEE YDPVNNRWST VSKTPMPTAR DTAGVAVVNG
EIYVVGGFNS TNKFLNCVES YNPAEDKWET KTSLNVARRA LGVCQLNNII YAIGGRNNEG
DLGVVEVLDP ITGTWKEKTE MSMKRSYLSI VPINSSIYAL GGTYNEKPVN TVEQFIP
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