| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | YpsIP31758_0808 |
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| Symbol | |
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| ID | 5387542 |
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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 | Yersinia pseudotuberculosis IP 31758 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009708 |
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| Strand | - |
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| Start bp | 970166 |
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| End bp | 975730 |
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| Gene Length | 5565 bp |
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| Protein Length | 1854 aa |
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| Translation table | 11 |
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| GC content | 44% |
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| IMG OID | 640863771 |
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| Product | hypothetical protein |
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| Protein accession | YP_001399792 |
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| Protein GI | 153950152 |
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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 | 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 | ATGGACGTAG AGAATTCACT TTTTCAAGGC CGCTTATCCT TAGAAGAAAA GCTTGAGCGG
GCACGCACAG AGTTATTGGA TCTTTCTGCA CGAAATAAAT TGCTAAATAT TCCTCGGTCC
AAGACAGCAA AAAGCATAGA TATTATTGAT GAACGCTCTG AACAGATTTA TCGCCTTCTA
TTACAAGAAG GGAAAGCATT TACTTTCTTA CCTGGGCGTA GTGGAAAAGT AAATGGGGAA
ACTGAGGCGT TTCCCGAGGA CGAATATACT GACTCAGATT TACAGCAACC AGAAGACGAT
GAGTCAGATG AGCTGCGTGC AGGGCACATC GATACGAAAT TTCAAACACG TATGACCCCG
AAAGGTTTAC AAACACGTTT ATTAGACCTC TACCACGACT CACGGACATT AGAAGAGGAG
CAAGGGGTTA ATATTCTGTT TTTAGCACTA GGCTCATTAA AATGGGTGGA TCCAAAAAAT
AAAGAAAACA TCCGTTTTGC TCCATTAGTA CTGTTGCCGG TGACACTAGA ACGCGGTACT
GCTGGAGAGC GATTTAAACT TAGGGTCAGG CAAGAGGAAC TTCTGCCAAA CCTATCGCTT
GAGTCTTATT TGGACAAAGT CCATCAGCTT AAATTACCGA CTTTTGATAT GGGAGATGAC
TTCGATATTG TCGGTTATAT GAGTGCCATT GCTAAAGCGG TTGAAACCAA AACTGATTGG
GCGGTACAAG CAAACGATAT AACACTTGGT TTTTTCTCTT TTGCTAAATT TTTGATGTAT
CGTGACCTCG ATCCTGAGAG TTGGCCAAGT GATAGCAAGA TCACTGAACA GCCCATTGTT
CGTGCATTGT TGTCTGACGG TTTCGAAACT TATGATACGT TGATTTCTGA TGATGCTTCT
ATCGACCTGC ACATTCAGCC AAAAGAAATG CTGCATATTG TCGATAGTGA TAGCTCCCAG
ACACTGGCTG TTCACGATGT GCGCAAGGGT CGAAATATTG TTATTCAAGG CCCCCCTGGT
ACAGGGAAAT CGCAGACAAT TGCAAACGTA ATTGCATCTG CAATTGCAGA TGGTAAAACC
GTTCTTTTTG TTGCCGAAAA AATGGCGGCG CTGGATGTAG TCAAACGACG TTTAGACCAC
GCGGGTGTGG GTGATGCTTG TTTAGAATTA CACAGTAACA AAGCCAATAA GCGCGCTTTG
CTGGATGAAT TAAAACGGGT GTGGGAACTG GGTTCCCCCC GAGGTGAATT TCCAGATATC
TTACTGGAGA ACCTGACTGC TTCACGAGAT GTTTTAAATG AACATGCTCG TCGTCTGCAC
GAGCAATATA ATCCATCTGA GCTAACACCT TATCAGGTTA TGGGGCAACT CGTTCGCCTG
CGTAGAGCAG GTCAACAACC GGTTGATATA TCACTTGTCG GGGCATTGAA TTGGTCAAGT
AACAGCTATC ATAAGCGCCT TGAGCTCTTA ACCGAATTAA CCCAACGTAT CCATGATATT
GGCTTACCAG ATAAGCACCC TTGGTATGGC GTAGGTCGTG AAGAGATCCT GCCTATCGAA
GTAGAACGCC TGATCCCACG ATTAAGTCAG CAAAAACAAC ATGTAGAAGC CTTACAATCT
GAATTAAAGA GTTTGGCGGA AACATTAGAG ATATCACCAG AGCCGCAAAC ATTCAGTGAA
TTAAACCGTC TTAAAACCGT TGCTGAAATC GTAGCGGGTG CACCATCATT ATCACAAAAT
GCACTTACCT CCCCAGTATG GAGTTCAGAC ATTCAAGCGG TGCGAGAACT TATTTCTTAT
GGGCTACAAT TTCAGCATGA TGCTGCAAAG CTTACCGATG CGATAACCCC TAAGGCTATA
GATATCCCAT TAGATTCTTT AGATGAAGCT CTCTCCAAGC TTCCACAAGA TTTTTCATAC
TCCGGATTTA AAGCTGCAAC GGTATTGAAA GATTTGCTCC CAAGATTGGA AACTGAAGTA
AGTCGCCTCC AGAAAGAGTT AGGTACCAAA GGTGTTTACC AAACCTTTAA CGATATATCA
CGATTAATAG CCTTGGCTGA CCGGGTAGCT GATGCGCCAG AAGCCAGTTC GGATGCGTTT
ATTGCATCTG TCTGGGATCA TGGGGTTGAG CAAGCATCAG AGCTCGTTGA TGCAATTGCT
ACCCTAGAAT TGATAAGAGC AACATTGGAT ACAGAGTTGC TTGATATCGC TTGGGATACA
GATGTAAAAG CGGCAAGAAT AGTATTAGCG TCTCAAACCG GACCATTGCG TTTTCTCAGT
GGAGAATGGC GCAACGCCAG AGCGCTGGGG CGTTCAATTA TAAAAAACCC TAAACTCCCA
ATGCCAGACC TGGTAAAGCT GCTTGATGGC CTTTTGAAAG GGCAAGCGGC ACTCAGTAAA
ATCAAAGAGG GCAATAACTT TGGTCAATCT GCTTTTGGGG CTGACTGGAG AGGTGATCGC
AGTAAAAGTG AGCCACTGAG AGCCCTTGTA GAATGGATGA GAACATTAAG AGGGTTCGGG
GCAGAGCCGC GTGTATTAGT AAGCCAGTTA GCTGATCGTA ATGTCGTCAA AGCCAGAGCG
ACACAAGTCA ATAATTTGAT AGTTGAAGTT GAACCAGCAT TGAACCAACT CTGGGATGCT
TACTCTTTAA GAGTAAGCGA TTACTTCAAC GATGAATTAT CAGTCGAACG AGTCATCTTG
CAAAGAATAG AGGAGCAAGT AGATCATCTC ATCTGGATCA ATGAGCTATC TCATCAGGTG
TTGCAGTCCC CTCCTCAGCG TATTGATGAG CATAGTCAAC TCATCATGCG AATTATTGAA
TTACAAGCAC TAGCCCTGAA AATTTCTGAC TATGACCAAC TAGGTCGACA AGCTTTCGAT
AATGTTTGGC AAGGCGTTAA TTCCAACTGG GACGAATGTG AGCAAATAGC AACGTGGATC
CAACAATATT CACAGTATCG TTTTCTGGCT GCAACGCTTT TCAATGAGCG TTATATGCTC
ATTGAATCGG TGGAACATCT GTTGAATGAA CGTGAGTCGA TTTTAACAAA TATTGAAAAA
ATATCTGATG AACTACAGGC TAAACCAGAA ATACTGTTCA AATCGCCTTC TTCTGAGCTT
TTGAGTATAC AAAACCTATA TGAAACACTT CATTCATGGC TTGTTCATTC AGAGCAATTA
TCCAAATGGG TCGCCTATCA GCACCGCGCA ACCAATGCCC GAAACTCAGG ATTAGCAGAG
TTAGTTGATC GGTTATCCAG TGGTCAGCTT TCCTTAGCAG AAGCGCTACC CACCATGGAA
CGAGCCTATT ATGAGACTAT TTTGGCTTAT ATGGTTGAAC AGGCACCTGA ACTGGCTCGT
TTTGATGGGG AACTTCATTC CCGATTAGCG ATGGATTTCT CAACACTCGA CCGACAACGT
ATTAAAGCCG CCAGTATCGA AGTCGTTCGT GCGCATCATC GGCGGATCCC ATCCAAAGAA
GGGGGGGCAG GGCCCGTTGG AATTTTACGG GGAGAAATGG CCCGCAAACG CGGACACATG
CCAATACGGC AATTGATGCA GAAAGCAGGT TCTGCGATAC AAGCACTTAA ACCCGTTATG
ATGATGAGTC CATTATCCGT AGCACAATTC CTTGTTCCGG GCAGGCAAAC CTTCGACTTA
TTGGTCATGG ATGAGGCGAG TCAAATCCAA CCTGTTGATG CGATTGGTGC TATTGCTCGC
TGTAAGCAAG TCGTTGTGGT TGGCGACGAG CGGCAATTAC CACCTACAAA ATTCTTTGCA
AAAATGACTG AGTCTAATCC TGATGACAGC GATGAAACGA CCCAAGTCTC AGATATTGAA
AGCATACTGG GTCTTTTCGT GGCACGAGGA TTACCTCAGC GCATGTTGCG TTGGCATTAC
CGTAGCCGTC ACCAATCATT GATTGCTGTA TCAAATAGTC AGTTTTATGA AAATAAATTA
TTTATTGTGC CAAGTCCTTA CACTCAAGAA GCCGGGATGG GATTACAGTT TTATCATATT
CCTGAGGGTA TTTTTGAATC TGGTGGAGCG GGAACTAATA TCATTGAAGC TAAACATGTT
GCGAAGGCTA TCTTGCAACA TGCAAAAAAT AGCCCTGAGT TATCCTTAGG TATAGCCACA
TTCTCCGTTT CTCAGCGTAA AGCCATTCAG GATGAATTAG AAACTCTCCG CCGCTTAAAT
CCTGATCTAG AGAATTTTTT CTATTCCCAT CCGAGCGAAC CTTTCTTCGT TAAGAACTTA
GAAAACGTTC AGGGTGATGA ACGTGATGTC ATCATGATTT CCGTGGGATA TGCCAAAAAT
GCTCAAGGGT ATATGGCTAT GCGTTTCGGC CCATTAGGGG CAGAGGGAGG GGAACGGCGT
TTGAATGTCC TTATTAGCCG GGCTAAACGC CGGTGCGAGG TCTATGCCTC AATAACAGAT
GAAGATATCG ACCTTGAGCG GGCAAAAGGT AAAGGGGTTT TTGCCTTTAA ACTATTCTTA
CAGTATGCGC GTACAGGACG GCTTTCAGTG GCTCAAGCAG GGCTGAGGGA AATGGACAGT
GTCTTTGAAG AACAAGTTGC TGATGCTTTG CAATCTGCTG GATATCAAGT ACATCCACAA
GTCGGTATTG CTGGCTTTTA TATAGACCTA GGTATTGCAG ATCCCGATAT GCCAGGGCGA
TACCTCATTG GCATTGAATG TGATGGCAAA TCCTACCATT CTTCACGTTC AGCCCGGGAA
CGTGATCGCT TACGCCAGGC TGTGCTTGAA GATCACGGGT GGATTATCCA TCGCATATGG
AGTACTGATT GGTTCCAAAG GCCGGATGAG CAGCTACAAA AAACACTTAA TGCTATTGAA
TCAGCAAAAA TAGAATTAGC GACCAGACTT GAACAAGGCG CAAAGTCGCG GCGGGCTGTT
CCGGTAGAAA TTATTACTGT TGACCGTGGT CCGATTACAG AAATTGGTCT TGTTGATGTC
GATTCATCGA CTCTAAGTTC CAAGGAATAT ATTGAAGCTA GCCCGATGAG GCATTCAGCC
TATGAGTTAC ATGATACTCC AGTAGGTCTT TTGGCAGACT TAGTCGAGCA AATTGTGGCT
ATAGAATCCC CTGTTCATTT CAGTGAAGTT GTGACTCGGT TAAGGACAAC ATGGGGCTTA
CAGCGATCTG GTGCACGTAT TGAAGCTGCT GTTGATCAGG CGGTATCAGT CGCCTGCTCT
AAAGGAAATA TTGTTAGAGA GGATTCTTTC CTTTCTATCC CTGGTTCGTC ACCAGTACTG
CGCAATCGTC AAGGTGTGCA GTCAGCGGGG ATACGCAAAC CCGAAATGAT TGCGTCCCAA
GAAATTGCGG CAGGGATCCG TCAAATTATA AAAAATAATT TGGGGGCTAC AGACGATGAA
TTAGTGATAA CCGTTTCACG GATGCTAGGG TTTAAATCGA CAAGTAGTAC ACTCAGAAAA
GTGATCAGCG ATATCATCGA AGAACTCGTT GCAAATGGAA CGCTATACCG CGATCAAATG
ATGATTGTAG AAAGTTCCAG TAACAAAGAA GCTGTACGAA GCTAA
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| Protein sequence | MDVENSLFQG RLSLEEKLER ARTELLDLSA RNKLLNIPRS KTAKSIDIID ERSEQIYRLL
LQEGKAFTFL PGRSGKVNGE TEAFPEDEYT DSDLQQPEDD ESDELRAGHI DTKFQTRMTP
KGLQTRLLDL YHDSRTLEEE QGVNILFLAL GSLKWVDPKN KENIRFAPLV LLPVTLERGT
AGERFKLRVR QEELLPNLSL ESYLDKVHQL KLPTFDMGDD FDIVGYMSAI AKAVETKTDW
AVQANDITLG FFSFAKFLMY RDLDPESWPS DSKITEQPIV RALLSDGFET YDTLISDDAS
IDLHIQPKEM LHIVDSDSSQ TLAVHDVRKG RNIVIQGPPG TGKSQTIANV IASAIADGKT
VLFVAEKMAA LDVVKRRLDH AGVGDACLEL HSNKANKRAL LDELKRVWEL GSPRGEFPDI
LLENLTASRD VLNEHARRLH EQYNPSELTP YQVMGQLVRL RRAGQQPVDI SLVGALNWSS
NSYHKRLELL TELTQRIHDI GLPDKHPWYG VGREEILPIE VERLIPRLSQ QKQHVEALQS
ELKSLAETLE ISPEPQTFSE LNRLKTVAEI VAGAPSLSQN ALTSPVWSSD IQAVRELISY
GLQFQHDAAK LTDAITPKAI DIPLDSLDEA LSKLPQDFSY SGFKAATVLK DLLPRLETEV
SRLQKELGTK GVYQTFNDIS RLIALADRVA DAPEASSDAF IASVWDHGVE QASELVDAIA
TLELIRATLD TELLDIAWDT DVKAARIVLA SQTGPLRFLS GEWRNARALG RSIIKNPKLP
MPDLVKLLDG LLKGQAALSK IKEGNNFGQS AFGADWRGDR SKSEPLRALV EWMRTLRGFG
AEPRVLVSQL ADRNVVKARA TQVNNLIVEV EPALNQLWDA YSLRVSDYFN DELSVERVIL
QRIEEQVDHL IWINELSHQV LQSPPQRIDE HSQLIMRIIE LQALALKISD YDQLGRQAFD
NVWQGVNSNW DECEQIATWI QQYSQYRFLA ATLFNERYML IESVEHLLNE RESILTNIEK
ISDELQAKPE ILFKSPSSEL LSIQNLYETL HSWLVHSEQL SKWVAYQHRA TNARNSGLAE
LVDRLSSGQL SLAEALPTME RAYYETILAY MVEQAPELAR FDGELHSRLA MDFSTLDRQR
IKAASIEVVR AHHRRIPSKE GGAGPVGILR GEMARKRGHM PIRQLMQKAG SAIQALKPVM
MMSPLSVAQF LVPGRQTFDL LVMDEASQIQ PVDAIGAIAR CKQVVVVGDE RQLPPTKFFA
KMTESNPDDS DETTQVSDIE SILGLFVARG LPQRMLRWHY RSRHQSLIAV SNSQFYENKL
FIVPSPYTQE AGMGLQFYHI PEGIFESGGA GTNIIEAKHV AKAILQHAKN SPELSLGIAT
FSVSQRKAIQ DELETLRRLN PDLENFFYSH PSEPFFVKNL ENVQGDERDV IMISVGYAKN
AQGYMAMRFG PLGAEGGERR LNVLISRAKR RCEVYASITD EDIDLERAKG KGVFAFKLFL
QYARTGRLSV AQAGLREMDS VFEEQVADAL QSAGYQVHPQ VGIAGFYIDL GIADPDMPGR
YLIGIECDGK SYHSSRSARE RDRLRQAVLE DHGWIIHRIW STDWFQRPDE QLQKTLNAIE
SAKIELATRL EQGAKSRRAV PVEIITVDRG PITEIGLVDV DSSTLSSKEY IEASPMRHSA
YELHDTPVGL LADLVEQIVA IESPVHFSEV VTRLRTTWGL QRSGARIEAA VDQAVSVACS
KGNIVREDSF LSIPGSSPVL RNRQGVQSAG IRKPEMIASQ EIAAGIRQII KNNLGATDDE
LVITVSRMLG FKSTSSTLRK VISDIIEELV ANGTLYRDQM MIVESSSNKE AVRS
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