| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | YPK_2844 |
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| Symbol | |
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| ID | 6089519 |
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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 YPIII |
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| Kingdom | Bacteria |
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| Replicon accession | NC_010465 |
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| Strand | - |
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| Start bp | 3131494 |
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| End bp | 3134367 |
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| Gene Length | 2874 bp |
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| Protein Length | 957 aa |
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| Translation table | 11 |
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| GC content | 44% |
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| IMG OID | 641597915 |
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| Product | hybrid sensory kinase in two-component regulatory system with RcsB and YojN |
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| Protein accession | YP_001721573 |
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| Protein GI | 170025068 |
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| COG category | [T] Signal transduction mechanisms |
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| COG ID | [COG0642] Signal transduction histidine kinase |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 10 |
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| Plasmid unclonability p-value | 0.436473 |
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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 | ATGCTTTTTC ATCATGGTAT CCGATTGAAA TATCTCTCTT CATTCCGTAC GACACTAAAA
ATATCCCGCT ACTTGTTCCG GGTATTGGCC GTTATGTTAT GGTCGCTTGG CGCATTATTG
ACCACTTTTT ATATCCTGAA TGTACTTAAC GAAAAAAAAG CCGATATTCG TCAGGAATAT
AACAACAACT TTGGTTTAGC GCAGAACTAC ATCCGGCATT CCGCTGAAAT TATACGCGAT
ATCAAATATA TGGCGGAAAA TCGGCTAGAT AAAAACGCCA GTGACACAGA TGCCACTAGT
GGCATGGTTA TGAATAAAAA GGCGGTACCA CAATATTACC CGCTTAACTC AGATTCAGGT
TGCACGACGG CTAGCACGTC TAATCAAGCG TCAGTGAATA CTCTCAGTAA CCTTATTTGG
TACTGGAAGG AGAACTTTAC TGCCGCTTAT GATCTCAATC GTGTCTTTTT TATTGGCACG
GATACGTTGT GTATGGTGGA TTTTGACATC CGTAATGCTC CATCGCTGCA AGAAAACCTG
CTTAAGTCGC TGTATGAGCA TACCTTAAAG TACCGTGATA CCAAGAATCA GGATAAAGAC
AGCAATATTT ACTGGGTGGT ACCTGGTGCT CGTCCCGATA TTGGCGTCTT GTATGTTCTA
AGCCCCGTTT ATCTAGGTAA TAGATTAGAG GCTATGATTG GCTTTGAGCA GAGTGTCCGC
TTGGAGGATT TTATTTCTTC CCGAACACTG CCTATCAGAG TGACCTTATT AAATCAGGAT
AATGAACCCG TGTTACAGAT GGCATCAGGT GATCGTTATC CGGCTATACT GGATGATTAT
CCTGATTCAC CATCTTACTT TGGTTATGCT GATGATTATA AAGATCTTAT TCTAAAGAAA
ACTTTACCAC CATCCCCCCT CAGTATTGCT TATTCATTAC CCGTCAAAAC GATAATAGAA
GCATTCAAAT TATTGATTTT CAATGCGTTA CTTCTTAATG TGCTCTCTGC CGTAGTGATT
TTTACATTGG CTTGGCTATT TGAGCGAAAA ATGTTTCATC CGGCTGAAGA TAATGCGCTG
AGGCTTGAGG AGCACGAGCA ATTCAACCGC AAAATTGTGG CCTCGGCTCC TGTTGGGATA
TCCATTTTGC GTATCAGTGA TGGTACTAAC ATCCTGAGTA ATGAATTGGC ACATAATTAT
ATTAGTTTAC TGACTAATGA AGATCGGGAA CGTATTACGC GCATTATTTG TGAGCGTCAG
GCTAACTTTG TCGATGTAAT GACCAGCAAC AACAATAATC TGCAAATTAG CTTTGTTCAT
TCACGTTATA GAAATGAAGA TGTGGCGATT TGTGTGTTGG TTGATGTTAG TGCTCGGGTC
AAAATGGAGG AATCGCTACA AGAAATGGCC ACGGCGGCAG AGCAAGCCAG TCAATCAAAA
TCCATGTTTC TGGCTACCGT TAGTCATGAA TTGCGCACAC CGCTGTATGG CATTATCGGT
AACCTCGATT TATTGCAAAC GAAAGAATTA CCGCAGGGAG TCGATCGGCT GGTAACGGCA
ATGAATAATT CGTCGGGGTT ATTATTGAAA ATTATCAGTG ACATACTCGA TTTTTCTAAA
ATAGAGTCTG AACAGCTGAA AATCGAGCCA AGCGAGTTTT CTACTGTGGA AGTGATTACC
CATATCACGG CTAACTATTT GCCATTGGTC GTCAAAAAAC GGTTAGGACT GTATTGTTTT
ATTGAACCGG ATGTCCCACG GCTCATAGAA GGTGACCCGG TTCGCCTACA ACAGGTGATT
TCTAATCTCC TGAATAATGC CATTAAATTT ACCGATACAG GCTGCATCAT TTTGCAGGTA
CGCGTGCGTG ATTGCTATCT GGAATTTCGG GTGCGGGATA CCGGTGTGGG TATTGATTCA
CGTGAAATTA ATCAACTATT TGATCCTTTC TTCCAAGTGG GTACCGGTGT CCAACGCCAT
TTTCAGGGAA CCGGATTAGG GCTGGCTATT TGTGAGAAGT TAGTCAACCT AATGGATGGC
GATGTCGAAG TCATATCTGA ATTGGGGATG GGGAGTATTT TTGCTATCCG TATTCCCTTG
TATCATCACC AAAATACCGT TCTGTCCGCC AATGATCGCT GGCAAGGAAA AGTGCTGTGG
TTAGATATTC GCAATGCACG CCTGGAGAGC TATTTACTCG ATCTACTTGG CTACTTTGGT
GCGACAATTC GGCGTTACTG TGGTGAGCAG ACTCAGCCGG AAGATGTGCT GATTTGCGAT
TATCCGTCAC AACTCAGCCC CCCTTTACTG GCATGGATCC AACTCTCCAT TGAACATATT
GGTTTACCAC AAGAGACGCG CCCTGCTTAC TGGTCACTGA GTACTTCAAC TTTACTGGAG
ATAGTCCCCT TGCTGGACTG GATACTGCGG GGCCAGCAGC CGGTTGATAA TTCATCGTTA
CAGTTACATG CACCGAAAAC GAATCAAGAT AATAATGCCG ATCTGCAAAT TCTGGTTGTG
GATGACCATC CGATTAACCG CCGTTTACTG GCAGATCAGC TCACCACTTT GGGTTATCGA
GTCATTACGG CTAATGATGG CTTGGATGCA TTGGTGGCGT TAAATACTAA TACCGTGGAT
ATGGTATTGA CCGATGTGAA CATGCCAAAT ATGGATGGTT ACCGTTTAAC TGAGCGTTTG
CGGCAGTTGA ATCACAATTT CCCGATTATT GGTGTAACCG CGAATGCTTT GGCTGAGGGA
AAACAACGTT GCATTGAGGC GGGGATGGAT AATTGCCTGT CGAAGCCTGT GACGCTGGAT
ACTCTGCGCC AGATGCTGCT TTACTACAGT GACCAAGTAC GGCGATCACG TTAG
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| Protein sequence | MLFHHGIRLK YLSSFRTTLK ISRYLFRVLA VMLWSLGALL TTFYILNVLN EKKADIRQEY
NNNFGLAQNY IRHSAEIIRD IKYMAENRLD KNASDTDATS GMVMNKKAVP QYYPLNSDSG
CTTASTSNQA SVNTLSNLIW YWKENFTAAY DLNRVFFIGT DTLCMVDFDI RNAPSLQENL
LKSLYEHTLK YRDTKNQDKD SNIYWVVPGA RPDIGVLYVL SPVYLGNRLE AMIGFEQSVR
LEDFISSRTL PIRVTLLNQD NEPVLQMASG DRYPAILDDY PDSPSYFGYA DDYKDLILKK
TLPPSPLSIA YSLPVKTIIE AFKLLIFNAL LLNVLSAVVI FTLAWLFERK MFHPAEDNAL
RLEEHEQFNR KIVASAPVGI SILRISDGTN ILSNELAHNY ISLLTNEDRE RITRIICERQ
ANFVDVMTSN NNNLQISFVH SRYRNEDVAI CVLVDVSARV KMEESLQEMA TAAEQASQSK
SMFLATVSHE LRTPLYGIIG NLDLLQTKEL PQGVDRLVTA MNNSSGLLLK IISDILDFSK
IESEQLKIEP SEFSTVEVIT HITANYLPLV VKKRLGLYCF IEPDVPRLIE GDPVRLQQVI
SNLLNNAIKF TDTGCIILQV RVRDCYLEFR VRDTGVGIDS REINQLFDPF FQVGTGVQRH
FQGTGLGLAI CEKLVNLMDG DVEVISELGM GSIFAIRIPL YHHQNTVLSA NDRWQGKVLW
LDIRNARLES YLLDLLGYFG ATIRRYCGEQ TQPEDVLICD YPSQLSPPLL AWIQLSIEHI
GLPQETRPAY WSLSTSTLLE IVPLLDWILR GQQPVDNSSL QLHAPKTNQD NNADLQILVV
DDHPINRRLL ADQLTTLGYR VITANDGLDA LVALNTNTVD MVLTDVNMPN MDGYRLTERL
RQLNHNFPII GVTANALAEG KQRCIEAGMD NCLSKPVTLD TLRQMLLYYS DQVRRSR
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