| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Cpin_0753 |
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| Symbol | |
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| ID | 8356865 |
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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 | Chitinophaga pinensis DSM 2588 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_013132 |
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| Strand | + |
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| Start bp | 912682 |
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| End bp | 917361 |
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| Gene Length | 4680 bp |
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| Protein Length | 1559 aa |
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| Translation table | 11 |
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| GC content | 44% |
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| IMG OID | 644962905 |
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| Product | DNA/RNA helicase |
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| Protein accession | YP_003120452 |
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| Protein GI | 256419799 |
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| COG category | [L] Replication, recombination and repair |
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| COG ID | [COG1112] Superfamily I DNA and RNA helicases and helicase subunits |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 18 |
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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 | 46 |
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| Fosmid unclonability p-value | 1 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGAAGGAAT CAATCCTTAT TAAACTGGAG GCCTCCCGCC GGGAATTACT GGATCTGGGA
CTACGTAACC CCTTATTGAA CTACCGTTTA CCCGTAAGTC GTGGAGTACA TATCGAACAG
GAAAGCATCA CCAATATCTA CGAAGTACTG GTGAAGCAGA GCAAGGCAAT GACCTTCCTC
CCCAAAACTG ATGTAAAAGA AAACAAAGAG GTAGCAGCCG AAGTAACAGA ACCGGTAGTA
TTACCTGAAC CCATCACTTT ACCTGAACCG GAAGAAGTGG TACACGATAC CCGTTTACAG
ACGACTGAAA CAGCTGCTGC TTTACAAAAC AGGTTACTGA ATACTTATTA TGCTGCGCGT
ACCAGTCTGG AAGAACAGGG TGTCAATATC CTGTTCCTGA CATTAGGTAT GTTAAAGTGG
TATGAAAAGG ATAATGGAAA GGAAGCGCGA TATGCGCCCC TGATTTTGAT ACCTGTTTCA
TTAGAACGTT CCAGCGCAAG GGAACGTTTT CGTTTACGCT ATACAGGTAG TGATGTGGAA
ATGAATCTTA GTCTGCAAAC GAAGATCAAA GCTGAATTTG GTATCATATT ACCGGACATG
CCTGAGTCAG AAGAAATAGC TGTCACAGAT TATATACAAC AGATAGATGC TGCTATCAAT
GGAATGGACG GATGGGAAGT GATCACTGAT GCAGTTGAAT TAGGATTTTT CTCATTCGGA
AAACTGATGT TGTATCATGA CCTGGATAGT GATGGGTGGC CTGCTGATGA ACAACCTGCT
AATCATCCGA TCTTGCAGAG TTTATTTGGT GATGGATTCT CTGAAGGTGC GCCTGAGGTA
CCGGAGGATG CATTCATCGA CACAGAAACA TCTGCACATG AATTACACCA GGTAGTAGAT
GCAGATGGTT CTCAATTACT CGCGATGTTA GCAGTACAGG AAGGACGCAA TCTCGTTATA
CAAGGCCCTC CGGGTACAGG TAAATCACAA ACCATCACCA ACCTTATCGC GAATGCAATA
GGTGAAGGAA AGAAGGTGTT GTTTGTAGCC GAAAAGATGG CCGCGCTTGA AGTGGTAAAA
CGCAGACTTG ATAGTATACA ATTAGGAGAT GCTTGTCTTG AATTACATAG CCACAAGGCA
AACAAAAAGG AATTACACCA GGAGTTGAGA AAAACACTGG AGTTACGTAA GCCTGCTATC
CTGCAATTAC AACAGGAAGT CACATTACTG AATGATTATC GTAAAGAACT AAACGATTAT
AGTATTGCGG TGAATACACC GGTTGGTGAA AGTGGTATAA CACCACAACA GCTGATGGGC
TACCTGTTAC AACTGAAAGA ACAATTTGTA GATATTACAT TACCGAGGAT CGCGATACCT
GATATAGATA GCTGGAATGC TTTAAACATG CAACGTGCAG AAGCAATGGC CGTCAGAATT
GAACATCGTT TAAAGGAGAC AGGTATGCCA TCTTCTTTAT TGTTCTGGGG TATCGGATTG
ACAGTACTGG TTCCTGCTGA ACAAGACAGA CTTATTCCTG TTTTACAAAA AGCACTGGAT
ACAACAACAA CGCTGCAACA TGAAAGTGCG ATCATTGCTG GTCAGGTAGG ATTGCCCATG
CCATTAAACA GAAAGAATAG TATGGACCTT TCTTTCTTTG TACAACTGGT ATCTGTGCGT
CCTGATATAA CAGGTGTACA GTTAAGACAT CCTGCCTGGT TGCAACAGAA AGAAGATATC
AAAGAACTGT TGCAAACAGG AAAACGTTTA CGTCAGTTGC ATCAGGCATA TGATGCTATA
CTTATTCCGG AAGCCTGGGA ACAACAGGTA TTGGAAATAA GACAGAACCT GCTGGCCTAT
GGGGATAAGT GGTATAAATT CCTGAAAGGA GATTATAATA AAACCAATCG TCAATTGGCT
GCTTTATGTA AAACAGCTCC ACCTGATGAT CTCCCCGGAA AACTGGCTTG TATAGATGCG
ATACTGGAAG CAAGAAGATT AGAAAAGCAA ATCCAGGAAC AGGAAACACT CGCAAAGGAA
TTATTCCAGC AACGTTGGCA GAAAGGACAA TCCAGTTGGG AAGTATTGGA GACCATTACT
AATTATGTGA CGGAAGTACA TAAGCAGATT AGTTACGGTA CATGTACTGC TGTCATCCTG
GATTATCTCG AAAAGAATGA GCCGGTAGAA GTAGCCAAAC GTTATTATGA TACGTTGTTG
AGAGCATTGC AGCAACAAGG CGCAGCAATT GATGCTGTAA TTGCTGCTTT TGCATTCAAT
GAACAACGTC GCTTCAGAGA TGTTACGCCA CTGCTGCAAC GTCCTTATGA AGAACAGATC
GTATTGATGC AATCATGGAT AGATGGATTG CCGGATATAC ATCATGCAAT CTCCTGGAAT
AACCTGGCAG ATACTGCGAA GACGGAAGGC TTGCAGGTAT TGACAGAAGC AGTCGCTTAC
TGGCCGGAAG CAGTAATTGC ATTAAAAGGA GCATTACGGA AAACATGGTA TGAATACCTG
TGGGAAAAGG CACTCATGAC ACATGCTTCC ATCAGGAAAT TTGAAAGATC AAGTCATGAG
GCAGCAGTCA AACAATTCGT AAAATTAGAT ACGCTTAATC TGCAGTATAA CAGAGCACGT
GCAGCGTTGA AACATTATGA TGGTATTCCG CCACTGGAAG CCGGCGGACA GGTAAACGTA
CTGCGTACCG AGTTTAATAA GAAGGCCAGA CATATGCCTA TCCGTAAATT AGTACAGGCT
GCAGGATTGG CAATACAGGC GATCAAACCT GTGTTCATGA TGAGTCCTCT TTCTATTGCT
AATTTCCTTC CACCGGGTTC ACTACAATTC GATCTTGTCA TCTTTGACGA AGCAAGTCAG
GTAAGACCGG TGGATGCATT AGGCGCATTG CTGAGAGGAA AACAATTGGT GGTTGTAGGT
GATAGTAAAC AGTTACCGCC AAGTAGTTTC TTTGATTCAT TGATGAAGGA AGTAGATGAT
GAAGAAAACG TAACTGCAGA TATGCCGAGC ATACTGGGTA TGTGTGATGC ACAGGGTGCT
CCGCAGAGAA TGTTACGCTG GCATTATCGT AGTCGTCATG AATCGTTGAT CACCATGTCC
AATCATGAAT TCTACGAGAA TAAACTGGTG ATCTTCCCGA GTCCGGGTGC AGCACATCAG
ACGGGGTTAG TTTATCATCA TCTGAAAGAA GCGACATACG ATCGTGGTAA AACAAGAACC
AATCAGCAGG AAGCAGACGC GATCACTACA GCGGTAATTG AACATGCAAA ACGACATCCT
GAAATGAGTT TAGGTGTGGT TGCTTTCAGT ACGGCGCAGA TGCAGGCGAT ACAACAATCG
CTTGAAACTG CCAGAAAGAA ACTGCCTGAG CTGGAATCAT TCTTCAAAGC ACATGCGCAT
GAACCATTCT TTGTGAAGAA CCTGGAGAAT GTGCAGGGGG ATGAACGTGA TGTAATATTT
ATTAGCATCG GATATGGTCG TACGCCTGAA GGAACCCTTA GCCTGGCATT CGGACCACTG
AATAACGAAG GCGGAGAGAA GCGACTCAAC GTATTGATCA CACGTGCGAA ACAACGATGT
GAAGTATTTA CAAACCTGAC TTCAGATGAC ATCGATCTGA ATAAAACCGA GAGTGAAGGT
GTACGTGCAT TAAAGAACTT CCTGTATTTC GCACAACATG GTTCTATGCA TCGTTCTTAT
ACAGATGGAT TACCTGCGAA TATTCCTTTT GAATCATTGG TGGCCGAACA ACTGACCACC
GCCGGTTATA ATGTAAAGAA ACAGATTGGC AGCAAAGGAT TCTATATTGA TCTGGCGATT
GCTGATCCGG AACATCCGGG TAAATATACT ATGGGTATCA TGTGCGATGG CGCTGCTTAT
CATTCTGCCC GTTCTGCGAA AGACAGGGAT AGATTACGGC AGCAGGTACT GGAAAATATG
GGATGGAATA TCTATACCGT ATGGAGTACT GACTGGTTCC GTCATCCTGT ACGTGAATTG
AAAAGACTGA TTGCTGCGAT TGAAGACGTA CGTACAAATC AAGGAGAAAA CCAGGAAGCA
ATAGTGCCTT CAGAAGACTA TACAATGCTA AGAGAAGATG AGGAAGAAGG GGCAGATGTA
CCATTATATG AAATGGCAGT ACTACCGGAA GAAATCGCAT TGAAAGATCT GCATCAGCAT
CCGGCAGATA AACTGAGATC CTGGCTGGAG ATGATCGTGC GGGTGGAGAG TCCGGTGCAT
GTAGAAGAAG CAACGCGTAG AATACTGGAT GCCGCAGATG TATCACGTGT AGGGGCCAGA
ATTCGTGAAG TATTGAAACA GGCTATTGCA GATGCGGTGG GGAATGATAC GGTTGTGGTA
AAAGAGGATT TCCTCTGGGA TGCAGAGATG GAAAAACCAT TGATACGCAG CAGGGCGAAT
CTTCCATCTG CCTCACGGAA GATGACTTAT ATAGCACCGG AAGAATTAGG AGCAGTTGTA
GAGAAAACAG TGCAGGATGC GGTAGCAATC ACTGTAACGG CGGCGATACC TGTTATAGCA
AAAACATTGG GCTTTGCACG GGTAACAGAA GATCTGCGGA CTGATTTGCA GGAGGCAGTA
GAAAAAGCCC TGGCAGATGG TATCATCTAC CAGGACGATG AATGGTTAAA AGTGAAGTAG
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| Protein sequence | MKESILIKLE ASRRELLDLG LRNPLLNYRL PVSRGVHIEQ ESITNIYEVL VKQSKAMTFL
PKTDVKENKE VAAEVTEPVV LPEPITLPEP EEVVHDTRLQ TTETAAALQN RLLNTYYAAR
TSLEEQGVNI LFLTLGMLKW YEKDNGKEAR YAPLILIPVS LERSSARERF RLRYTGSDVE
MNLSLQTKIK AEFGIILPDM PESEEIAVTD YIQQIDAAIN GMDGWEVITD AVELGFFSFG
KLMLYHDLDS DGWPADEQPA NHPILQSLFG DGFSEGAPEV PEDAFIDTET SAHELHQVVD
ADGSQLLAML AVQEGRNLVI QGPPGTGKSQ TITNLIANAI GEGKKVLFVA EKMAALEVVK
RRLDSIQLGD ACLELHSHKA NKKELHQELR KTLELRKPAI LQLQQEVTLL NDYRKELNDY
SIAVNTPVGE SGITPQQLMG YLLQLKEQFV DITLPRIAIP DIDSWNALNM QRAEAMAVRI
EHRLKETGMP SSLLFWGIGL TVLVPAEQDR LIPVLQKALD TTTTLQHESA IIAGQVGLPM
PLNRKNSMDL SFFVQLVSVR PDITGVQLRH PAWLQQKEDI KELLQTGKRL RQLHQAYDAI
LIPEAWEQQV LEIRQNLLAY GDKWYKFLKG DYNKTNRQLA ALCKTAPPDD LPGKLACIDA
ILEARRLEKQ IQEQETLAKE LFQQRWQKGQ SSWEVLETIT NYVTEVHKQI SYGTCTAVIL
DYLEKNEPVE VAKRYYDTLL RALQQQGAAI DAVIAAFAFN EQRRFRDVTP LLQRPYEEQI
VLMQSWIDGL PDIHHAISWN NLADTAKTEG LQVLTEAVAY WPEAVIALKG ALRKTWYEYL
WEKALMTHAS IRKFERSSHE AAVKQFVKLD TLNLQYNRAR AALKHYDGIP PLEAGGQVNV
LRTEFNKKAR HMPIRKLVQA AGLAIQAIKP VFMMSPLSIA NFLPPGSLQF DLVIFDEASQ
VRPVDALGAL LRGKQLVVVG DSKQLPPSSF FDSLMKEVDD EENVTADMPS ILGMCDAQGA
PQRMLRWHYR SRHESLITMS NHEFYENKLV IFPSPGAAHQ TGLVYHHLKE ATYDRGKTRT
NQQEADAITT AVIEHAKRHP EMSLGVVAFS TAQMQAIQQS LETARKKLPE LESFFKAHAH
EPFFVKNLEN VQGDERDVIF ISIGYGRTPE GTLSLAFGPL NNEGGEKRLN VLITRAKQRC
EVFTNLTSDD IDLNKTESEG VRALKNFLYF AQHGSMHRSY TDGLPANIPF ESLVAEQLTT
AGYNVKKQIG SKGFYIDLAI ADPEHPGKYT MGIMCDGAAY HSARSAKDRD RLRQQVLENM
GWNIYTVWST DWFRHPVREL KRLIAAIEDV RTNQGENQEA IVPSEDYTML REDEEEGADV
PLYEMAVLPE EIALKDLHQH PADKLRSWLE MIVRVESPVH VEEATRRILD AADVSRVGAR
IREVLKQAIA DAVGNDTVVV KEDFLWDAEM EKPLIRSRAN LPSASRKMTY IAPEELGAVV
EKTVQDAVAI TVTAAIPVIA KTLGFARVTE DLRTDLQEAV EKALADGIIY QDDEWLKVK
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