CoReCG

Evidence Information

Pubmed ID	Year	Sample Information	Techniques	Mechanism	Fold Change	Remark
11876550	2001	Cell line : - Source : - Sample Type : - No. of Sample : - Stage : -	-	Up-regulation	-	Cdk1/p34cdc2 was expressed in 11 out of 15 adenomas (73.3%) and in 18 out of 36 adenocarcinomas (50%).
25511643	2014	Cell line : - Source : Changhua Christian Hospital. Sample Type : CRC tumor No. of Sample : 164 Stage : TNM Stage I-IV.	Immunohistochemistry	Up-regulation	-	Cdk1 N/C expression ratio determined by IHC staining could be an independent prognostic marker for colorectal cancer.

Gene Details

NC_000010.10 (62538089..62554610)
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Gene Type	protein coding
Gene Family	Cyclin-dependent kinases
Description	The protein encoded by this gene is a member of the Ser/Thr protein kinase family. This protein is a catalytic subunit of the highly conserved protein kinase complex known as M-phase promoting factor (MPF), which is essential for G1/S and G2/M phase transitions of eukaryotic cell cycle. Mitotic cyclins stably associate with this protein and function as regulatory subunits. The kinase activity of this protein is controlled by cyclin accumulation and destruction through the cell cycle. The phosphorylation and dephosphorylation of this protein also play important regulatory roles in cell cycle control. Alternatively spliced transcript variants encoding different isoforms have been found for this gene. [provided by RefSeq, Mar 2009]
Chromosome	10
Location	10q21.2
Start	62538089
End	62554610
Strand	+
Gene Sequence	>gi|568815588:60778331-60794852 Homo sapiens chromosome 10, GRCh38.p2 Primary Assembly AGCCGCCCTTTCCTCTTTCTTTCGCGCTCTAGCCACCCGGGAAGGCCTGCCCAGCGTAGCTGGGCTCTGA TTGGCTGCTTTGAAAGTCTACGGGCTACCCGATTGGTGAATCCGGGGCCCTTTAGCGCGGTGAGTTTGAA ACTGCTCGCACTTGGCTTCAAAGCTGGCTCTTGGAAATTGAGCGGAGAGCGACGCGGTTGTTGTAGCTGC CGCTGCGGCCGCCGCGGAATAATAAGCCGGGTACAGTGGCTGGGGTCAGGGTCGTGTCTAGGGGACGGCC GAGGGCCTCGGAGGGCGAGTATTGAGGAACGGGGTCCTCTAAGAAGGCCGGACTGGAGGTCAGGGATCTG CGCGGGGCCCGGCTGGGCCTCGGGGGGCGGTGGGCAGGGCCTTCGCCTGGGTCTGGCCGTGTGAGCCACA CTGGGCTGGCTTTAGAGGGAGGCTATGGGAGCCCAGCCTGGCGGGGTTAGGCGGCGTGGGGGTGGGGGTT CGGGGCTGCAGTCATGAGTCGAGGTCGGCTGTTCTCAGGAACTGCCTGAAGAGGCTTTCGGGTCTTGATT GAAGCAAAATCCGCTCCCCCACGCTGAGCGCCTGCGGAGTAGCAGGCTCTTTCCTGGGCCCGGCCCCTGC GCGCCCTGCCATCCCGCCTCGGGGGTGGGAAAGTGGGACCGCACCTGGGCCAGGTACAGGCGCGGGTCCC TAGAGCCAGGCCGCCCTGAGAAACCGATCCTGGAACTCGTGGGCCTTCTTGGGCTTGCTCTGCCCACGGC CCCGGCCCACCTGGAGCTGTTAAGAACAGTCAGCCCAGGCACTTAACTCTCATGAGCAGTGTAGTGCAGT TTTTTTCATTTAAAAAGATACATCTCTGCTTCTTTCTGGATTGATTTTTCTTTGAAGATGAATGTGAGAA ATAGAACTTAAAGGTCTATTCTGAGTGTGCTTTATAAATGATTTTATCATCAGTGATGGGTGTTAGAAAA ATCTAGGTAATTATGCCTGGAGTTCTGACGTTTCATTGGCAAACTTCAGAGGAAGTCTTGAACTTCTGGT TGTCAGCTTTTTTTTTTAACCCATTCATTGTGATTCAAGTATACCGTTTTTCTGCTTAGTCCTTGACATT GTTTAGGTTATAATTAGAATTTTATCTGTGGAATTGCACTTTTCATTCTTTTGTTTTACGGTGCTTAAGT GATATTTCCTACTCTTGGAAAAAGTACCTTGAAAGTCTTGAGCATGTTTGTCTGTGACCTCAGCAAGCAG AGGAAAAAGATTAAAATTGTCACGTGGGCAACTGTAAACACTTAAAATGTTTTTGTCGTTTTAAACAAAA TTTTCCTAATGAACAGTCTGAACACATTTTAGTTCTGTCCTCATAACTTTAAAAAATAATGTTTTGAATA AAATTAGGAGTATCATAAAGCGGTATAAATTTGTTGAAATATTTGGGTATAACTTTGGCACACGCAGGTA CTACTTTAAAGTGTCACAAAAAGGGAACATAATTCTGGTTTTTGTTTGGAAAGAATAGACAAGTTGATAC CTGAATTTGAGGGTTATTTTGATTGGAAGAAGCTAAATACTACACTAGTATAGAATATACACGTTTCCAA TGTCTCAGGAGTCAAGAAGGATGGAAAGTTATTGTAGGAGTCCTTACCCTTGTAAATATTGTTTGAATGT AATTAATATTTATGGAATACTTATGCTGCAGTAGGCACTGTGGAAAATGCTTTACATATAGTGTTTCATT AATGCTTAAAACTACTCGAGTTAGTGGCATGTAATTAAGTCAGTTTTTCCTTCACTTTAGGATCTACCAT ACCCATTGACTAACTATGGAAGATTATACCAAAATAGAGAAAATTGGAGAAGGTGAGTGGTTTTAGTAAA ATAAATTTTATGGAATGATTTAACAATGCTACAACTTCTGTAATATGAACACATTTAAATATTTATTAAA ATTCAACCATTAAGTTGTCTTGTAGTACCAGTGTGCATTAACATATGTTCTTTACTTAATAAACGCAAAT TTGCTCACATTTCAAGAGAATTGAAATTACCGAATCCCTAATGACCGTTCGCCTCACCCCCATAGTCTTA CAGTCTTCTGATACTAAACACTTATAGTAGTACTTGTATTTTGAAGACACTATTGATAACTTGCATGTGT GTTGAGGGGCAGAGGTTAGGGCTGCAGAATTATGCTAACTTCATAATATATTTTTAGTTTTAGTCTCTTT CAATTGTTTTTAGGATGATAAATATTTTTATCCAGACTTTATAGACTGGTTACAATAATTGACTTAATCT AATTTAAATAAAATTTCTATTTAGTTACCCTAAGTATAAATGACCTGTCATATAGACATGTTTAAGCTAT TCTAAAATTATAACTTATGTATATAATCCTTCCCTTTCTGTGGTACTTGAAGGAATGTTTAGATCTATAT ATGGCACAAATGAGGGGTATATCCCTTCGCCTGTTCCTCGACTCCAGCAGAACATTCTCGATTCTCCAGG TACAAAATAATTTGCTAATAGAATCCAGTTTATATAGGTTCTGCCAGAAGAAAATTCCCAACTATATTTT TAATGTGATCAAAGACCCCACTTGACAAGAAATAGTGAAAAACAAGGGGGAATACTGGAGGGAATTTAGT GGAATAGGAGTGACAAGTTAGTGTGGTGTTCGATTGGAGGTGTGTGTGTGTATACATATATATATATATT TTTTTTTTAAATCACTTAAATACCTCATACCCATTCTACTAAACAAATTTTGCTGCTGAATTAAAAATAT GTGATTAGTATGTCTAATGCTGTGTAGTGTGTTTCTTAAATTCCCAGAGAATTTGTGTTGGTTTTAGTTT GGCATAAAAAGAGACCTTCTTAAAGTATAAATATATTTTTCTTTAAGATGATAGAACTCCAAACATACAG GAGACTGCAGATTTGACTTCTGAGAAAAGTACTTTAATTGCTACTAGAAATAGGAGCAGTTAAAAGAATG TAATTTTAAATTTAATCCATTACATACATGTAAGTCATAAGACTTCCATTCTTTATTTCTAGCAGTGTGA CAGTGGTAAACCCTCTTAACTTTTCTGGATCTCAGTTTCTGCCTCTGCAAATGGTGATAATTGGACTTAA CACGAAAGATATGATTCAATTGAACAATATTATGGAAAGCATTTGTTATGAGCGCTTTAACTCAGAAAAC CTTCAAATGTTTATCATTTGAACATTGTATTATTACTATGAACACTGTCTCCAAAACCATCTCTTCACCA GCTCCATCTAATGCCACTTAACTCTTAATTTGGATTTCTTTGATGTCCTCAAATGTATCCTGTGATTTGG CCTATGAGTTTTGGCAATGGCTGTTCTTTCTACCTGGAGGCCAGTTTCTACTGGCTTCATTTTTTATCTC CTCCTCTAGTCCAAGAGCATTTTGTAGTTCCCTTTGCATCATACCATAGGATCCTTGAGGGCTGGGGTTT TTGTCTTGTTCACAACTGTTTGCCCACTGCCTATCAGTAGTGCCCAACCCACAGGAGATAGCCAAATAGA TAATAATAACATCTGTTTTCCTTGTTTGCTCTTCTGAACACTGTTGTTTCTTTTTCTGGCTTGTATTGTC ATTTCTACTCCAATGCCTGATTGTTTTGGATTATGTGCTGGATATTGTTTTGGAAAAAGGAACTTGTGGA AATAAATGGAGGCCTAAATGATTCACACAGAATTTTCTTTTGGTTCTGCCAGGTATCTGGTTAAAGTCTA GTATTAAAATACTACTTTAAAAGTTATATTTTTTCCCCTCAACTTTTCATTTTGAACATCTCCAAATCTA TATTGAAAGATTTATGCAATGAACTTGTAATATTTTTACCAAGATGTTGGTGTTTTGTCATGTTTACTTT ATTATCTGTATGTATGTTAGCATTATTTTTTATTTTTTTCATTGACATTAATTCTGATTTAGAACAGTCT CTGCCTTTTCTCTCACTTGACAGTGAGTCTTGACAACCTAATTCATTTCTTAAATACCTCCAGACTTTAC TATTTTAAATATTACAAAAATTGTTCTCTGGTTTCTTCTGAATTACAGAAATCTGAGTGTTGTGATACTA ATCTTTGAAATCCTTCCTGTCTTAAGAAAATGTCTTTTTGGATCATAGAGTAGCAGTATCCATGATGGTG GAACCTTGCCTGGCATTTAGTAGGCATTTGATAAATACTTGCTTAATGAAGGTTTTCTGCTTAAGGGCCT CCATAACTTGATCATATCCTACATATTTTTCTTTTGTTTCTTTTTGTTTCCTGGGATAAATCTTCCATTA GACTTAGACTGATCTCCTTCTAGGCTTACCTGTGTTAATGATTTTTGCCTCCTTAGTTATTTATACTTAG TTAAATACCCTAGAGTATTTCTGTCTTTAGAATTCTTAGTTCATTTTGGAGGATATGCCATGTATTTCAA AAATAATTTTGGATGATTAACCAATAGAAAGTTCTGCTTTGTTTAACCCCTCTTCCAGTAGTTCAGTGAG AAGTGATATTATCTCTAAAATTCAACACATTGAGTGTTGGCCACTGGTTAATTGTTAATTCTGAAAATTA TTTAGGATTAGATGAGATTGTACACTTGAGGGAGAAGAAAGGATGCTAGAAAAAAAATTAGTTCTGAACT TACCATTAACTGTTTATGTGACTGTATTATGCAAGTGACTAATTTTCCTGAGATCACTTAAACAGTATGC CAGATGATTGTGCTACTGGTTTACCTACTTTTTGTGTTTAATGAGAGCTGAATTTACATCCAAAAAAATG TAGATTTTAAGTATATGAAGGTTGCCTACTTTTAAGGATGGCTGTGAGGATTAAATATAGTCAATTCTCC TTTAATGTAGAGTAATTTTGGTTATCAAAAAGTTATACATTAATCCACAATTTAATCAAAATAGTATAAA ATGACTCATGTCAGTTTATAGTTTTAAAATGACACCAGTATTTAAGAAAACATAGACTTTTGTATAGAGG TTCTGTCAAAAAAATTAAGCTTAAGTAGCATCAATTTGCTACTGCTCAAACTGCTTAATTTTTTAACCAA GCAGTTGGTAATTTGTTGGTTGTTAGCCTTTTTTAAAATATTGCTACTTTCAGAGAAACTCATAAAAGCT ATAGAAGAGGCCTTCTTCCTAGAACAGTGCACTCTAATCACTTTTGAAGTTAAACCAATGCCATGGAAAG CAAGCTATTCAACAAAATTTTGTGTGTACTTAAGGGGTTCAGGACCTCCCTAAACTCCAACTCGAGTTTA AAAAGACTTATCTAGGGAATTCAGCCACGTATATGACAGATTTTAGCTAGTCTTCTCCCTTATTGCCATT TCATTCCCTGTATCCACCTCCTCCCTCCCTGCTATCCCTTATAATTGATATTGTTGCTCATTACCTGAAG CCCATATATCAAAATCAGTATTTTCATCAACTTGCAAATGGGTGTGAGGCTTTCCTAATATGTAGTACAT ACAATGTGCTTTATTAGGTTTAATACACAAACACCTGGTCTTTTTTCTCCATTCTTTTGAGAATGAGGAC TGTTGACTGTATTTTGAGATACAGATAAAAGTGTTTTGAAAAGCATAAAGCACTCTACAGTATTTTCTGA AAGTGTCATAATGACTTTTATCAGTAATATTTCCTGAGCCCAAATTTTTACACTATATTTTATGCCCACT TCGTTGCAGGGTAGGATATTGACAGAAGGTTAATTTTAATTTGCAAATGATCTATTTTGTTCTGTAAAAT ATGCTGGAACATTAATGGTAATTTAGATGTATAGAAAACTTGTGATGACTACATGAATTTTATTTTTAAG CCATACAGATTGTAGTTACTCTCAATTTCTTTTTGGAAGCAATGAGGGTATGAGTAAGATACTTCCCATA TGGCCACACCAGACATTTCTATCATGTGACCCTTATGGGATTCAATGATCTTGAAATCCTTTAGTTTGAC CAGGTGCGGTGGCTCACGCCTGTAATCTCAGCATTTTGGGGCGGCGAGGCAGGTAGATTGCTTGAGCTCA CGAGTTCCAGACTGGCCTGGGCAACATGGTGAAACCCCATCTCTACCAAAAAGACAAAAATTAGCCGAGT GTGGTGGCATGTGCCTGTAGTCCCAGCTACTTGGGAGGCTGCCGTGGGAGGATCCCCTGAGCCCAGGAGG AGGAGGTTGTAGTGAGCCTTGATTGACCCACTGCACTCCAACCTGGACAAGAAAACAAGACCCTGCCATA AGGAAAAAAAAAAAGAAAAAAAGATCTTTAGTTTGTGGGGTGTGTCACACAGCATATTATTTACTTTGTT TCAGGTACCTATGGAGTTGTGTATAAGGGTAGACACAAAACTACAGGTCAAGTGGTAGCCATGAAAAAAA TCAGACTAGAAAGTGAAGAGGAAGGGGTTCCTAGTACTGCAATTCGGGAAATTTCTCTATTAAAGGAACT TCGTCATCCAAATATAGTCAGGTATGTTGTAATATCTGAATGTAAGCCATTTTCTGCATGCTATTTCAAA TATAAATTTCAACTTGGAAATCTTTACATTTGCTCAATTTCTTGGTCTAGCCTTACTGAGTGGACTAGAA CCCTATTTTTGGTAGTTGAGAATGCCGCACATATGTAAAAGAGAACAGGCTGTTAAAGCAGGAACAGAGT TGGAGGAGCTGGGTGATGTAGATTAATATTTGGGCCTAGAATAGCAAGGTAAATTGGCCATGGGAGTAAA GCCGTTTTCATAGAGCTTTGTCAACTCTCTCCTACTTGGGGAGCTCTAGTTCCTGAAGACCCTTTAGTTA GAGTCTTAAGAAAAGTAGCTAGGTCAAATGAAAAAGATTTTTTTTCCTTAAAGTATTTGCATTGGGTGTT TTTGGAGACCTGTCTTCCTAACAGTCCAAGTTAAAATCTAATTGTACTTGGCTGGGGCTAGAGATTGGAA GTAGCTTTTAAGGTCAGATACCACTTTAAAATTTATTTGTATAATTCACTTCAGTGAAAAAATAAGCTCT CAGCAATTAGTAGCCAACCTAGATATGTTCTTTTGAATACAGGCTCCTTATAAATAAGCACCTCCTGTAC AAGGCTTAATTTTAAATAGTTGCCCTGAGATTCCTTTCTTAAATTTGAGTTTTGAGTCTCTTCCATTAGG GAAGCTACTACGTCTTCCCCAGTTTTTATTATAGCAACTGAAATTATGGAAGGAGTTTTATTTTGTGAAA CAGAGGTCAAAAATGTTTGCTGGATTCTTCTCTCATATATTTTTTTTCCCCAGTCTTCAGGATGTGCTTA TGCAGGATTCCAGGTTATATCTCATCTTTGAGTTTCTTTCCATGGATCTGAAGAAATACTTGGATTCTAT CCCTCCTGGTCAGTACATGGATTCTTCACTTGTTAAGGTAAAAGCTTAACTAATTTTATTAATATTTATG CACTGTGGATATAAAGGGACTATATATAGAAGTCCCTGCATTTTGTGGGAATATGCTTGGAAAAAGTGTT AGAATAAGAAAAAGTATTTCATTTTTCTCCCTCATGGTTAGTTTATACAGGTTAGAGATACCCATGTTAT TACCAGATAGTGTTTCTAGTAAGTAAAAATTAGTGCCTGAGATAACATAGAACTGGTAGGTATTGTTGGA AGCTAGGGTAGTCTGGTCTTTCTTTGGCTGTCAGATACATGTAAAACAAAGTAATGAAAGCCTAGGGCAG AGTGGTGGTTGTAGGTGTTTTATTCCAGTTTTGAACATGTTTTGGTCAATTTATTGTAGACATTTATTAT ATTTCAGGTAAATTATAAAATTGTATAGTTTTAAGTACTGAAGTATATAAAAGTGTCTTATTCTTGCACC AGTTCTACCAAACCACTCTGCAGAGGTAGCGCTGTTAGTTTTATTTGTAATCTTACACTTGTATGTATGT TCACTTTGTATGTATATAAAGATTTTTTTTTTTACACAAGGTGGACTTATTTGCATATGTATATATACAT ATTTTCCCTTTTTTGTGTAAAACATTATCAAGACGTAGATCTACCTATGTCTATTTACATTTTTGATATA ATTAAACCACTTCCATATTGATGAACATTTAAATTATTTTCCAACTTGGTTATTGTTGCTCTTATTAACA GTACTGCACTGAATGTCCTTATAGATATTTATCTTCGTATGCAACTTTATAGGATAAATTTTTAGAATGG GAATGATGGATTGAAGATGTTTATTTACATTTTGATAGATATTGCCGGTTGCCCCCTAAAAAACTTGTAG CAATTTACTCTTAAATACTCATGGTGTGTAATACTTATTGTTTTAGTACATCATTGCCAAAACTTGGTTT TATCAATCTGTTAACTATGTGAAAAAGGCATATTAAGATTGTTTTAATTTTATATTTCATGACAATTTAA CACTTCATATTTAGCTATTATAAACCGCCTATATTTTCGTTAGGATACGTTCTTTAACAATCTTGCATGA CTTTTGGACTTTCTGCTTTTATGTCTTGCTTAAGTCTTCCTCACTCAAAGATCGAATGTATTAGAATAAT ACATGTCAGTATTTTTCTGGTAGTTTTAGTAAGTCCTGTCTTCCACACATACTTTTTTTGTCTTAAATTC TGTATTAAGATTTATTTTGACTTAAAAACTGGGATACAGATTCTGCTTTATCTTTTTCCAAATGGCTAGC CAGTTGTTCTAACTGGTTTTATGTACAGGCAACAATGGTTTTACTTACAATTTTTCAGTTTTACAATGAA GCAGAAATGATGCACATTCACTAGAAACCATACTTCATTTACCCATACAACCATTCTGTTTTTTCACTTT CAGTACAGTATTCAATAAATAATGAGGTATTCAACACTTCCAACTATATGCTAATGTAAGTGTTTTGAGC ACAATTAAGGTGGGCTACGCTTAGCTACGTTTGGTAGGTTAGGTGTGTTCAATGCATTTCGACAAGGTAT TTTCAGCTTAGAATGAGTTTAACCAGATGGATCATCCGTTTTGTTTTGTTTTTTGAACACCACTTGTCCC TCTAAGATGGAGCATCTGTATTACTTTCCAATTTCAAACTGTAAGTCATTTTTCTGTGTACTTTGTTTTT GTAATATCCATGCTACTTCAGATGTCAATGACATTGTCTTTGGCAACAAATGTCTTGTAAAGCACTTTTC TCTGAACTAAGCAGCATTTTATGATAATTTTATCCATTGAAATATATAATCATAATATCTTTGCCATCAC TTTTAGAATCTAATTTTTTCAAGAAGGAAATGAATATGTAAAAATGAAAGATAGAAAAGGCCAACTGTAT TGAAGATACAAAATAGAGTTGGTAGCGGTATATAGAAGAAAAATCAAGAGGCTTCTGTGTAGAAAACCAA TTTGTAATTTAAGGATCGGGGACCAAAAATGTTTAAAGACTAAATGTGTTCACATTACTATAGATATGTC TATAAGGTGAAGATTCTTTTCTTAGGTATACAAATGTGATGTTGTATATAAATGGGCTTCCCACCCACAA ATGCTTATTAGCCTAAAATGGCCTGAAAGCTCTAGTAATTAAATTATTTCTCTGCGTCCTAATTTTTTGT CTTTGAAACAGATTATTTAGAAAATCATGTACTTCGCTTAAGTTTCTAACTTTTACTTGCTTTTTCCAGA GTTATTTATACCAAATCCTACAGGGGATTGTGTTTTGTCACTCTAGAAGAGTTCTTCACAGAGACTTAAA ACCTCAAAATCTCTTGATTGATGACAAAGGAACAATTAAACTGGCTGATTTTGGCCTTGCCAGAGCTTTT GGAATACCTATCAGAGTATATACACATGAGGCAAGTGGAATAGTGGTTTTTGATGGCTTTTGAATGTGTG TGATTGCTAGATTATTTTCTGTATTTGTGAAAGTCAAGAAATAACTCAATAAAAGATATCTACTCTGTGG CAGTATCAATTTATTGCCTCTCAGCTCCAAATTCATTGCATGCTATGTGAAAATGGAACTGAAGCCTTTA AGTATTTTTTCTTTACCAGCTGCTATGTTGTTAAGGTAGAGGGTACTAGAGGGACATGGCAGGAGGAAGG AGTTTTCCTAGCTACAGTTTTTACATTTTCATTATTTTTTACTTTATTTATTTACATCATTCCCATCCTT TGTTGTACTTTAATTCTTTATATTAAACTCTCCCCATTCAAATCACCACCTTGGTTTCTGTCTCCTGACT GAACCCTCCCTGATTATAGTCAGATTGATTCAAAGACAGGTTTTGTTCCTTAAGGTATATTATTTCTGAT ACATTTAGGAATTGCTAACTATAATTTATGTTTGATCTGTGTTATATTGCTGACTTGGCATTTAGTGTTT CTGAAGGAAAGGGAACATTGTATAATAAAGGATTATTGAAAGGCTGTCTTCTGTGGAGTTGTCTACCCTT GACCCAAAGACTGTCTCCAGATCAAAACTAGTAACAGTGCTCATCTGATTAGATGTCTTGGCTGCTTGTT AGTCTTTATCATTTTTTTACATGGCTATATAAATAAACTAAGATTATTTTGTTTTCTTTGTCTTAAACAA ATGCTATTGACCTCATTAGCTTTGTTCTAACAGGCAATATTTTTACCATATGATAAATATACTAAAATGG TTGGTTAGTTCTAGATCACTAATCTGTTATTTGACTTATTCACGTTTTTTAAATAATTTAAAAATCATTT TTTATCGACGCATTATTATACATATTTATGGGGTACAGTGTGGTATTTGGATACATGTATGCAATGTGTA TTGATTAAATTGGGGTAGTTAGCATATCCATTGCCCCAAGCATTTATTATTTCTTTTTGTTGGGAACATT CAAAATTCTTTGTTTGGGCTATTTGAAAATTTACAGTAAATTATTGGTAACTGTAGTCAGCTTACAGTGC TGTAGAACACTAGAGCTTATTTTTCCTTTTGAGCTGTAATTGTATCCATAAACCAACTTATCTCTGTCTT CCTCTACTAAGCCCTGAATAACCACTATTCCACTCTATGGCCATTAGATCAACTTTTTACGTTTTCAAAT ATGAGTGAAAACATGTGGTATTTATCCTTCTGTGCCTGGCTTATTTCATGGCTCATCCTTGTTGTCATAA ATGACAGAATTTCATTCTTTTTTTATGGCTGAGTAGTATTCTAGTATTCCATTGCGTGCACGTATGTGTG TGTACACTACATTTTCTGTATGTGTGTATGTATACACCACATTATCTGTTGATGGAAACAGGTCGATTCT GTATCTTGACTATTGTGAATAGTGCTTCAATAAACATGGGAGTGCAGATATCTCTTTGACATAATTGATT TTATTTATTTTGGACATATACCCCCAGCAGTGGGATTGCAAAATTATATGGTAGTTCTAGTTTGTAGTTT TTTGAGCATCCTCTAAACAGTTTTTCATAATGGCTCTACTAATTTAAGAGCCCACCAACAGTGCGTAAAA AGTTGCCCTTTCTCTGCATCCTTATCAGCACTTATTTTTTGTCTTTTGATGATAATTACTCTAACTGGGT GTGATAGCTCATTGTGGTTTTGATTTGCATTTCCCTGATGAATAGTGATGTTGAGCACTTTTTCATATAC TTGCTGGTCTTTGTATGTCTTTTGAGAAAGTTTTATTCAGATTGTTTGACCATTTTTAAAATTGGATTCT TACTATTTTTTTTATTCTGGATGTTAATTCTTTGTTGTATGAATGATTTGCAAATAATTTCTCCCATTCT GCAGATTGTTGCATTATTCTGTTATTCTGTTCATTCTGTTTCTTTTGCTGTGCAGAAGCTTTTTAGTTCG ATATAATCCTGTTTGTCTATTTGTTATTGCTGAGACAGGGTCTTTCTCTGTCACCCATGCTGGAATGCAG TGGCGTGAACAGGGCTCACTGCAACCTCAACCTCCTGGGCTCCAGTGATCCTTCCACGTCAGCCTCCTGA GTAATTGGGCCCATACACAGGCATGCACCACCATGCTAGGCTGATTTTTAAATTTTTTAGAGACGGGGCT GTCAGCATATTTCCCAGACTGTTCTCGAACTCCTGGGCTCATGCAATCCTCCCGCTTTGGCCTCCCAAAG TGTTGGGATTATAGGCATGAGCTGCTGCACCTGGCCTCATTTGTCTATTTTTGATTTTGTTTCTTGAGCT TTTGAGGTCTTATCCATATGATTTTTGTCCAGATCAATATCAATAACAGTGTTTCCTCTGTTTTCTTCCA ATAGTTTCATAGTTTAAGGTCTTATTTAATCCATTTTGAGTTGATTTTTGTGTATGGTTAGATATAGGGG TTTAGTTTCATTGTTCTGCATGTGGATTATCCAGTTTTTCCAGCACCATTTATTGAAGAGATTGGCTTTT CCCTAGTGAATGTTCTTGTCATCTTTCTCAAAAATGAGTTGACTGTAAATACATGGATTTATTTCTGGAT TCTCTATTTTGTTCTGTTGGTCTCTGCGTCCTTTTTTATACTAATATCATGATGTTTCGGTTACTATAGC TTTGTAATACATTTTTGAAGTCAGGTGATACGATGCCTTCAGCTTTGTTGTTTTTGCTCAAGATTGGTTT AGCTATTGTGGGTCTTTTTTGGTTCTATATGAATTTTAGGATTTCTTTTTATTTCTGTGAAGAATGTCCT TGGTATTTTGATGGAGATTGCACTGAATTTGTAGATTGCATTGGGTGGTAATATGGTCATTTTTATATTA ATTCTTCCAGTTCATGAACATGGGATGTCTTTTTTGTATCTTCCTAAATTTTTTTCTTCAATGTTTTATA GTTTTTAGTGTAGAGATTATACATCTCATTTGTTAAATTTATTCCTAGGTTTTTTGTACCTATTGTACAT TAGATTGCTTTCTTGATGTTATTTTTCAGCTAGTTATTGGTGTATAGAAACTATTAATTTTTGTATGCTG ATTTTGATTTTGTATACTGCAACTTTGTTAATCAGTTCTAAGAGTTTTTGGTGGAGTCTTTTAAGTTTTT CTATATATAAGATCATCTCTGCACACAGGGACAATTTGACTTCTTCCTTGGCAATTTGGATGCCCTTTAT TTCTTTCTCATGTTTCTTATTCATGTTATAATGGTACTGTTAGTACCATCTTAGCAAGTAAGCAGTACCT GCACTTTGTTCAGTGTCACCCCAAATCTATTATCAATGGGTTTGGTTTTTCAGTGGGGGGAAGATAAGGC TGTATAACTGTCTTGATCTTTAGTGATTTGAAAAGCAAAAAAATATTTATTATGCTTTTATCTGTTTTGT CTTCTAATGAATAGAACTTAGAAATGAAATATTTATCTTCAATTTTGTGTACCTTTAATTGACTTAAACA ATATTATTGGTGGCAGTCATACAACCTTTAAAGGACAGCCCTAATAAAAATATAAATGTTTAAGTGTAGG TAATTTTATGCACCACATTTATTCATTGTAAAAATTTGCTTTTTAATAGGTAGTAACACTCTGGTACAGA TCTCCAGAAGTATTGCTGGGGTCAGCTCGTTACTCAACTCCAGTTGACATTTGGAGTATAGGCACCATAT TTGCTGAACTAGCAACTAAGAAACCACTTTTCCATGGGGATTCAGAAATTGATCAACTCTTCAGGATTTT CAGGTAGCTATTAAAAACTGAGATAATAAAGGTAACATATATGTAACAATGAGATTACATTTATGCTTTA AGAAATTTTTAATTTCCTGTTTTTTAGAGCTTTGGGCACTCCCAATAATGAAGTGTGGCCAGAAGTGGAA TCTTTACAGGACTATAAGAATACATTTCCCAAATGGAAACCAGGAAGCCTAGCATCCCATGTCAAAAACT TGGATGAAAATGGCTTGGATTTGCTCTCGGTAAGGAGTGCCCTTGATACTGACTTTCAAATTATTGATGA TTCTGAATATATTCAGTTCTTTGTTTTGCCTAGAAAATAGGAAGAACACTAACATTTTTGAGCTAGGTGT CTGTTATGTACATTGTATTATACTAGCTTCATTTTAGATATCAGGAGGCACTAGTGGCTTTGAGAGGAGG ATTTAGCATTAGTTTTTGTTTTTTATCTGACAGGTAGCTATGGATATTCTGAGGGAGAAGCCAGGATTAA TACACATTTTTTTTTTTAAGTTGCTGAATTGTAGTGGCTCTCCTTTCTAGCATTTTTGTCACTATTGAGC CCTCTTAGTTTATGCTAGACGTGTTTTTCTTATTGGTTGATATTTTAAATTATTAAAGCCATCTTCTGAA TAAGCTTTATTCGCACTTTGTACCTAGTTTCTCCATCAGAAGGATCTATTGCTATACCATTGTATACATT TTCTCATTGGTCTTCGGGTTACTTTCAGAGTGTAAAGACTCCTTATGCCACAAAATTAAGCTTAGATTTC CCCCAAATCAAATACTATAAATCAGATTCCTTAGTCTAGCCACAATTGACATATCTTGGAGTGGATAAAT CTTTGTTGCTGGCATTGTTCTGTGCATCATAACTTGTTTAGTGGCATGTCATCACTGTCTTCTACTCTCT AGATGCCATTAGTATACTCTTCACAGTTAGGACAACCAAAAGTGTCTCCAGATATTGCCAAATGTCTCCT GATGGGCAAAGTCTATCCCAGTTGCGAACCATTATTGTAAATTAAACTTGGTTTCAAATTTGAGCTTTAT TCCTTAGCTCTGGGAACTTGGGCAAGTTACTTCCCTTCGAGCCTCAATGTCCTCATTTGTAAAATGACAT TAATACCTACTTTTAGCTGTGGGAATTGAGTACCATGATTTATACAAAGCAGTTTGTATGGTGCTGGTTA CATGAGAGTTCAGATGGTAACTAGTTAGTAAAAAATCTCTAGTGTGCTTGTTGATTTTATTTTATTTTAG TATTTCTTAAAGATCAAATTTAACATCAATCCTAAACTTTATTTAGCTTTTTCTGGCGCGTAAACTAACA TACTAAGTTGTGTGACTATAATTCATTTAGTGACTCATTTTTAGCTATTTTTATAACACATTGTGCTATG GGGGGTTTTGGAACTTGCTGGAAGCTACATCAGAAACTGCCATAGTTAATTGCCATTTCAAGAATGTTGT AAATAACTCAGGTGGCCGTTTAATTCTCAATGTAAATATAATTAACTAGACGTCTTTCCTATATTTGTGT CTCAGTTTTAAAGCTATTTCTGGATGCTTGAGTCTTACCGTAATTGATAACAAAAAGAGGTTATTGAGAA TATCTATGATTTACAGAGTAAGTTATTCTAGACCTCAAGAGTGAAATGTAGGGGAGGAGACATTTGTGTG TTAAACTAATGGAAATGCTCATTTAATAGATATTCACTGAAAGTATTAGTTTTGGTTTATTGCTAGAAAA GTTGAGGTTTTATGGAGATTTTTGTAAAAAATGGTTTATTTCCTAAATAAATATCTCTTTTTCTTTTTTC TCCCAGAAAATGTTAATCTATGATCCAGCCAAACGAATTTCTGGCAAAATGGCACTGAATCATCCATATT TTAATGATTTGGACAATCAGATTAAGAAGATGTAGCTTTCTGACAAAAAGTTTCCATATGTTATATCAAC AGATAGTTGTGTTTTTATTGTTAACTCTTGTCTATTTTTGTCTTATATATATTTCTTTGTTATCAAACTT CAGCTGTACTTCGTCTTCTAATTTCAAAAATATAACTTAAAAATGTAAATATTCTATATGAATTTAAATA TAATTCTGTAAATGTGTGTAGGTCTCACTGTAACAACTATTTGTTACTATAATAAAACTATAATATTGAT GTCAGGAATCAGGAAAAAATTTGAGTTGGCTTAAATCATCTCAGTCCTTATGGCAGTTTTATTTTCCTGT AGTTGGAACTACTAAAATTTAGGAAAATGCTAAGTTCAAGTTTCGTAATGCTTTGAAGTATTTTTATGCT CTGAATGTTTAAATGTTCTCATCAGTTTCTTGCCATGTTGTTAACTATACAACCTGGCTAAAGATGAATA TTTTTCTACTGGTATTTTAATTTTTGACCTAAATGTTTAAGCATTCGGAATGAGAAAACTATACAGATTT GAGAAATGATGCTAAATTTATAGGAGTTTTCAGTAACTTAAAAAGCTAACATGAGAGCATGCCAAAATTT GCTAAGTCTTACAAAGATCAAGGGCTGTCCGCAACAGGGAAGAACAGTTTTGAAAATTTATGAACTATCT TATTTTTAGGTAGGTTTTGAAAGCTTTTTGTCTAAGTGAATTCTTATGCCTTGGTCAGAGTAATAACTGA AGGAGTTGCTTATCTTGGCTTTCGAGTCTGAGTTTAAAACTACACATTTTGACATAGTGTTTATTAGCAG CCATCTAAAAAGGCTCTAATGTATATTTAACTAAAATTACTAGCTTTGGGAATTAAACTGTTTAACAAAT AA 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Length	16522
OMIM ID	116940
HGNC ID	HGNC:1722
Unigene ID	Hs.732435
Ensembl ID	ENSG00000170312
PharmGKB ID	PA99

mRNA Information

mRNA ID	XM_006718082.1
Exon	join(1..129,1811..1872,6375..6531,7334..7457,9730..9900, 13560..13723,13818..13959,15547..16522)
mRNA Sequence	>gi|578820044|ref|XM_006718082.1| PREDICTED: Homo sapiens cyclin-dependent kinase 1 (CDK1), transcript variant X2, mRNA AGCCGCCCTTTCCTCTTTCTTTCGCGCTCTAGCCACCCGGGAAGGCCTGCCCAGCGTAGCTGGGCTCTGA TTGGCTGCTTTGAAAGTCTACGGGCTACCCGATTGGTGAATCCGGGGCCCTTTAGCGCGGATCTACCATA CCCATTGACTAACTATGGAAGATTATACCAAAATAGAGAAAATTGGAGAAGGTACCTATGGAGTTGTGTA TAAGGGTAGACACAAAACTACAGGTCAAGTGGTAGCCATGAAAAAAATCAGACTAGAAAGTGAAGAGGAA GGGGTTCCTAGTACTGCAATTCGGGAAATTTCTCTATTAAAGGAACTTCGTCATCCAAATATAGTCAGTC TTCAGGATGTGCTTATGCAGGATTCCAGGTTATATCTCATCTTTGAGTTTCTTTCCATGGATCTGAAGAA ATACTTGGATTCTATCCCTCCTGGTCAGTACATGGATTCTTCACTTGTTAAGAGTTATTTATACCAAATC CTACAGGGGATTGTGTTTTGTCACTCTAGAAGAGTTCTTCACAGAGACTTAAAACCTCAAAATCTCTTGA TTGATGACAAAGGAACAATTAAACTGGCTGATTTTGGCCTTGCCAGAGCTTTTGGAATACCTATCAGAGT ATATACACATGAGGTAGTAACACTCTGGTACAGATCTCCAGAAGTATTGCTGGGGTCAGCTCGTTACTCA ACTCCAGTTGACATTTGGAGTATAGGCACCATATTTGCTGAACTAGCAACTAAGAAACCACTTTTCCATG GGGATTCAGAAATTGATCAACTCTTCAGGATTTTCAGAGCTTTGGGCACTCCCAATAATGAAGTGTGGCC AGAAGTGGAATCTTTACAGGACTATAAGAATACATTTCCCAAATGGAAACCAGGAAGCCTAGCATCCCAT GTCAAAAACTTGGATGAAAATGGCTTGGATTTGCTCTCGAAAATGTTAATCTATGATCCAGCCAAACGAA TTTCTGGCAAAATGGCACTGAATCATCCATATTTTAATGATTTGGACAATCAGATTAAGAAGATGTAGCT TTCTGACAAAAAGTTTCCATATGTTATATCAACAGATAGTTGTGTTTTTATTGTTAACTCTTGTCTATTT TTGTCTTATATATATTTCTTTGTTATCAAACTTCAGCTGTACTTCGTCTTCTAATTTCAAAAATATAACT TAAAAATGTAAATATTCTATATGAATTTAAATATAATTCTGTAAATGTGTGTAGGTCTCACTGTAACAAC TATTTGTTACTATAATAAAACTATAATATTGATGTCAGGAATCAGGAAAAAATTTGAGTTGGCTTAAATC ATCTCAGTCCTTATGGCAGTTTTATTTTCCTGTAGTTGGAACTACTAAAATTTAGGAAAATGCTAAGTTC AAGTTTCGTAATGCTTTGAAGTATTTTTATGCTCTGAATGTTTAAATGTTCTCATCAGTTTCTTGCCATG TTGTTAACTATACAACCTGGCTAAAGATGAATATTTTTCTACTGGTATTTTAATTTTTGACCTAAATGTT TAAGCATTCGGAATGAGAAAACTATACAGATTTGAGAAATGATGCTAAATTTATAGGAGTTTTCAGTAAC TTAAAAAGCTAACATGAGAGCATGCCAAAATTTGCTAAGTCTTACAAAGATCAAGGGCTGTCCGCAACAG GGAAGAACAGTTTTGAAAATTTATGAACTATCTTATTTTTAGGTAGGTTTTGAAAGCTTTTTGTCTAAGT GAATTCTTATGCCTTGGTCAGAGTAATAACTGAAGGAGTTGCTTATCTTGGCTTTCGAGTCTGAGTTTAA AACTACACATTTTGACATAGTGTTTATTAGCAGCCATCTAAAAAGGCTCTAATGTATATTTAACTAAAAT TACTAGCTTTGGGAATTAAACTGTTTAACAAATAA    Download   Select all
Length	1925

CDS Information

   

Location	155..1048
CDS Sequence	>lcl|XM_006718082.1_cds_XP_006718145.1_1 [gene=CDK1] [protein=cyclin-dependent kinase 1 isoform X1] [protein_id=XP_006718145.1] [location=155..1048] ATGGAAGATTATACCAAAATAGAGAAAATTGGAGAAGGTACCTATGGAGTTGTGTATAAGGGTAGACACA AAACTACAGGTCAAGTGGTAGCCATGAAAAAAATCAGACTAGAAAGTGAAGAGGAAGGGGTTCCTAGTAC TGCAATTCGGGAAATTTCTCTATTAAAGGAACTTCGTCATCCAAATATAGTCAGTCTTCAGGATGTGCTT ATGCAGGATTCCAGGTTATATCTCATCTTTGAGTTTCTTTCCATGGATCTGAAGAAATACTTGGATTCTA TCCCTCCTGGTCAGTACATGGATTCTTCACTTGTTAAGAGTTATTTATACCAAATCCTACAGGGGATTGT GTTTTGTCACTCTAGAAGAGTTCTTCACAGAGACTTAAAACCTCAAAATCTCTTGATTGATGACAAAGGA ACAATTAAACTGGCTGATTTTGGCCTTGCCAGAGCTTTTGGAATACCTATCAGAGTATATACACATGAGG TAGTAACACTCTGGTACAGATCTCCAGAAGTATTGCTGGGGTCAGCTCGTTACTCAACTCCAGTTGACAT TTGGAGTATAGGCACCATATTTGCTGAACTAGCAACTAAGAAACCACTTTTCCATGGGGATTCAGAAATT GATCAACTCTTCAGGATTTTCAGAGCTTTGGGCACTCCCAATAATGAAGTGTGGCCAGAAGTGGAATCTT TACAGGACTATAAGAATACATTTCCCAAATGGAAACCAGGAAGCCTAGCATCCCATGTCAAAAACTTGGA TGAAAATGGCTTGGATTTGCTCTCGAAAATGTTAATCTATGATCCAGCCAAACGAATTTCTGGCAAAATG GCACTGAATCATCCATATTTTAATGATTTGGACAATCAGATTAAGAAGATGTAG    Download   Select all
CCDS ID	CCDS44408.1

Protein Information

      

Protein ID	XP_006718145.1
Protein Name	cyclin-dependent kinase 1
Molecular Wt. (Da)	33964
Protein Sequence	>lcl|XM_006718082.1_prot_XP_006718145.1_1 [gene=CDK1] [protein=cyclin-dependent kinase 1 isoform X1] [protein_id=XP_006718145.1] [location=155..1048] MEDYTKIEKIGEGTYGVVYKGRHKTTGQVVAMKKIRLESEEEGVPSTAIREISLLKELRHPNIVSLQDVL MQDSRLYLIFEFLSMDLKKYLDSIPPGQYMDSSLVKSYLYQILQGIVFCHSRRVLHRDLKPQNLLIDDKG TIKLADFGLARAFGIPIRVYTHEVVTLWYRSPEVLLGSARYSTPVDIWSIGTIFAELATKKPLFHGDSEI DQLFRIFRALGTPNNEVWPEVESLQDYKNTFPKWKPGSLASHVKNLDENGLDLLSKMLIYDPAKRISGKM ALNHPYFNDLDNQIKKM    Download   Select all
Length	297
Uniprot ID	P01138
Ensembl Protein ID	ENSP00000358525

Post-translational Modification Information (Source : HPRD)

Residue	Type	site
S	Phosphorylation	39
S	Phosphorylation	39
T	Dephosphorylation	14
Y	Dephosphorylation	15
T	Dephosphorylation	14
Y	Dephosphorylation	15
Y	Phosphorylation	15
Y	Phosphorylation	15
Y	Phosphorylation	15
Y	Phosphorylation	15
T	Phosphorylation	14
T	Phosphorylation	14
T	Phosphorylation	14
T	Phosphorylation	14
T	Phosphorylation	161
Y	Phosphorylation	15
Y	Phosphorylation	19;-
Y	Phosphorylation	19;-
Y	Phosphorylation	160;-
T	Phosphorylation	161;-
Y	Phosphorylation	19;-
Y	Phosphorylation	19;-
Y	Phosphorylation	19;-
Y	Phosphorylation	19;-
Y	Phosphorylation	19;-
Y	Phosphorylation	19;-
Y	Phosphorylation	19;-
Y	Phosphorylation	19;-
T	Phosphorylation	222
T	Phosphorylation	165
S	Phosphorylation	46
S	Phosphorylation	46
Y	Phosphorylation	77
Y	Phosphorylation	77
Y	Phosphorylation	4
Y	Phosphorylation	4
T	Phosphorylation	5
T	Phosphorylation	5
S	Phosphorylation	178
S	Phosphorylation	121
K	Acetylation	6
K	Acetylation	6
K	Acetylation	33
K	Acetylation	33

Enzyme Information

No matching records could be found.

PPi Information

(Click to view network : Source STRING)      View   

                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                       

Interactant Gene ID (Source: HPRD)	Gene Symbol	HPRD ID	Ref Seq ID	Technique	References
25	ABL1	1809	NP_009297.2	in vitro;in vivo	2183353
273	AMPH	2687	NP_001626.1	in vitro	11113134
332	BIRC5	4520	NP_001012271.1	in vitro;in vivo	1   106   930   211   861   760
334	APLP2	103	NP_001633.1	in vitro;in vivo	9109675
367	AR	2437	NP_000035.2	in vitro;in vivo;yeast 2-hybrid	125   693   659   725   910
672	BRCA1	218	NP_009231.2	in vitro;in vivo	9244350
699	BUB1	3907	NP_004327.1	in vitro	16760428
800	CALD1	251	NP_149129.2	in vitro	12613668
860	RUNX2	2566	NP_001019801.3	in vitro	16407259
993	CDC25A	305	NP_001780.2	in vitro;in vivo	12411508
1026	CDKN1A	298	NP_510867.1	in vivo	9467962
1104	RCC1	1559	NP_001041659.1	in vitro	15014043
1164	CKS2	300	NP_001818.1	in vitro	2227411
1390	CREM	444	NP_853549.1	in vitro;in vivo	8404858
1457	CSNK2A1	277	NP_001886.1	in vitro;in vivo	75   927   731   400   350
1460	CSNK2B	278	NP_001311.3	in vitro;in vivo	7578274
1523	CUX1	295	NP_853530.2	in vitro	11584018
1854	DUT	3165	P33316	in vitro;in vivo	8631817
1869	E2F1	1806	NP_005216.1	in vitro;in vivo	8087847
1894	ECT2	11860	NP_060568.3	in vitro	16247472
1936	EEF1D	560	NP_115754.2	in vitro	805   110   812   551   973
2189	FANCG	4262	NP_004620.1	in vitro	15367677
2237	FEN1	2670	NP_004102.1	in vitro	12853968
2305	FOXM1	3823	NP_973731.1	in vitro	15024056
2670	GFAP	675	NP_002046.1	in vitro;in vivo	782   226   412   177   195
2801	GOLGA2	3989	NP_004477.3	in vitro;in vivo	107   690   279   753   325
3159	HMGA1	2829	NP_665906.1	in vitro;in vivo	1939057
3603	IL16	4329	AAQ86961.1	in vitro;in vivo	12450396
3708	ITPR1	925	Q14643	in vitro;in vivo	1   463   519   216   237   110
3832	KIF11	1023	NP_004514.2	in vitro;in vivo;yeast 2-hybrid	92   359   428   548   803
3875	KRT18	1020	NP_000215.1	in vivo	952   411   315   368   451
3925	STMN1	1047	NP_001138926.1	in vivo	8   376   365   111   353   640   000   000
4000	LMNA	1035	CAA27173.1	in vitro;in vivo	79   254   822   344   612
4001	LMNB1	1036	NP_005564.1	in vitro;in vivo	119   011   538   034   666
4134	MAP4	1141	NP_002366.2	in vitro;in vivo	939   832   011   683   421
4137	MAPT	1142	NP_001116538.1	in vitro	9614189
4173	MCM4	9094	NP_005905.2	in vivo	16519687
4194	MDM4	4082	NP_002384.2	in vitro	15735705
4208	MEF2C	2809	NP_002388.2	in vitro	16478538
4869	NPM1	1246	NP_002511.1	in vitro;in vivo	1   205   806   611   278   990
5339	PLEC1	3180	NP_958782.1	in vitro;in vivo	8626512
5727	PTCH1	3200	NP_000255.2	in vitro;in vivo	11331587
5770	PTPN1	1477	NP_002818.1	in vitro	84   911   879   600   099
5771	PTPN2	6768	NP_002819.1	in vitro;in vivo	15030318
5867	RAB4A	1541	NP_004569.2	in vitro	1425574
5869	RAB5B	1544	NP_002859.1	in vitro	10403367
5909	RAP1GAP	2609	NP_001139130.1	in vitro	1406653
5925	RB1	1574	NP_000312.2	in vivo	1756735
6118	RPA2	1566	NP_002937.1	in vitro;in vivo	13   181   959   295   339
6198	RPS6KB1	10202	NP_003152.1	in vitro;in vivo	125   868   359   271   440
6241	RRM2	1587	NP_001025.1	in vitro	9990288
7048	TGFBR2	1823	NP_001020018.1	in vitro;in vivo	9926943
7083	TK1	1771	NP_003249.3	in vitro	957   515   314   697   231
7153	TOP2A	536	NP_001058.2	in vitro;in vivo	763   516   012   569   090
7161	TP73	3587	NP_005418.1	in vitro;in vivo	12676926
7248	TSC1	5594	NP_000359.1	in vitro;in vivo	1   144   480   014   551   200
7317	UBA1	2440	NP_003325.2	in vitro;in vivo	77   245   837   673   335
7319	UBE2A	2422	NP_003327.2	in vivo	11953320
7431	VIM	1899	NP_003371.2	in vitro	798   305   015   345   747
8091	HMGA2	2827	NP_003474.1	in vitro	10636877
9113	LATS1	9147	NP_004681.1	in vitro;in vivo;yeast 2-hybrid	998   826   812   372   621
9232	PTTG1	4998	NP_004210.1	in vitro;in vivo	10656688
9585	KIF20B	9268	BAB69456.1	in vitro;in vivo	11470801
9600	PITPNM1	7497	NP_004901.2	in vitro;in vivo	15125835
10657	KHDRBS1	3926	NP_006550.1	in vitro;in vivo	9315091
10763	NES	9020	NP_006608.1	in vitro;in vivo	1   283   249   211   278   540
11075	STMN2	9003	NP_008960.2	in vitro	95   259   569   126   608
23225	NUP210	6368	NP_079199.2	in vitro	8672508
28984	C13orf15	17970	NP_054778.2	in vitro;in vivo	11687586
29924	EPN1	6270	NP_001123543.1	in vitro	10764745
54820	NDE1	14815	NP_060138.1	in vitro	12556484
55872	PBK	17822	NP_060962.2	in vitro	15541388
55968	NSFL1C	9425	NP_057227.2	in vitro;in vivo	12810701

Pathway Information

                                                

Pathway Name	Pathway ID
Cell cycle	hsa04110
Epstein-Barr virus infection	hsa05169
Gap junction	hsa04540
Herpes simplex infection	hsa05168
Oocyte meiosis	hsa04114
p53 signaling pathway	hsa04115
Progesterone-mediated oocyte maturation	hsa04914
Viral carcinogenesis	hsa05203

Structure Information

No matching records could be found.

Domain Information

ID	Location	Description
cd07861	3-287	STKc_CDK1_euk
cl21453	3-287	PKc_like superfamily
cd07835	4-287	STKc_CDK1_CdkB_like
cd07829	4-287	STKc_CDK_like
cd07860	4-287	STKc_CDK2_3
cd07837	2-288	STKc_CdkB_plant
cd07839	4-287	STKc_CDK5
cd07836	4-287	STKc_Pho85
cd07844	4-287	STKc_PCTAIRE_like
cd07841	4-287	STKc_CDK7
cd07843	2-287	STKc_CDC2L1
cd07840	4-287	STKc_CDK9_like
cd07871	1-287	STKc_PCTAIRE3
cd07873	1-297	STKc_PCTAIRE1
cd07838	4-287	STKc_CDK4_6_like
cd07872	1-297	STKc_PCTAIRE2
cd07832	3-288	STKc_CCRK
cd07845	3-289	STKc_CDK10
cd07866	1-287	STKc_BUR1
cd07833	2-287	STKc_CDKL
cd07830	4-287	STKc_MAK_like
cd07863	4-287	STKc_CDK4
cd07842	4-287	STKc_CDK8_like
cd07870	4-287	STKc_PFTAIRE2
cd07834	4-290	STKc_MAPK
cd07865	4-287	STKc_CDK9
cd05118	4-287	STKc_CMGC
cd07869	2-290	STKc_PFTAIRE1
cd07862	2-287	STKc_CDK6
cd07864	4-286	STKc_CDK12
cd07847	2-287	STKc_CDKL1_4
cd07846	2-287	STKc_CDKL2_3
cd14137	4-290	STKc_GSK3
cd07852	4-292	STKc_MAPK15-like
cd07831	4-287	STKc_MOK
cd07849	2-286	STKc_ERK1_2_like
cd07855	2-287	STKc_ERK5
cd07858	4-290	STKc_TEY_MAPK
cd07857	4-288	STKc_MPK1
cd07851	4-287	STKc_p38
cd07848	10-287	STKc_CDKL5
cd07856	2-286	STKc_Sty1_Hog1
cd07880	2-290	STKc_p38gamma
cd07859	4-290	STKc_TDY_MAPK
cd14132	1-287	STKc_CK2_alpha
cd07853	10-286	STKc_NLK
cd00180	10-285	PKc
cd07867	9-287	STKc_CDC2L6
cd05117	3-285	STKc_CAMK
cd07879	2-290	STKc_p38delta
cd07868	1-287	STKc_CDK8
cd06606	3-287	STKc_MAPKKK
cd14003	3-286	STKc_AMPK-like
cd07878	2-287	STKc_p38beta
cd07877	2-293	STKc_p38alpha
cd05122	3-287	PKc_STE
cd07850	4-288	STKc_JNK
cd14014	4-275	STKc_PknB_like
cd14210	4-287	PKc_DYRK
cd08215	3-287	STKc_Nek
cd14007	3-285	STKc_Aurora
cd14002	2-286	STKc_STK36
cd13999	10-206	STKc_MAP3K-like
cd14133	4-287	PKc_DYRK_like
cd07854	4-289	STKc_MAPK4_6
cd08217	3-206	STKc_Nek2
cd06627	4-287	STKc_Cdc7_like
cd07874	1-288	STKc_JNK3
cd14009	10-286	STKc_ATG1_ULK_like
cd07876	1-286	STKc_JNK2
cd14008	10-287	STKc_LKB1_CaMKK
cd05123	10-287	STKc_AGC
cd06614	4-288	STKc_PAK
cd06632	4-286	STKc_MEKK1_plant
cd14069	2-287	STKc_Chk1
cd14081	6-287	STKc_BRSK1_2
cd07875	1-288	STKc_JNK1
cd06612	2-287	STKc_MST1_2
cd14006	10-286	STKc_MLCK-like
cd05579	10-291	STKc_MAST_like
cd06623	2-285	PKc_MAPKK_plant_like
cd14225	4-287	PKc_DYRK4
cd14212	4-287	PKc_YAK1
cd14074	8-286	STKc_SNRK
cd14663	10-286	STKc_SnRK3
cd06609	2-286	STKc_MST3_like
cd14098	3-286	STKc_Rad53_Cds1
cd14099	2-287	STKc_PLK
cd06626	9-286	STKc_MEKK4
cd14131	3-286	PKc_Mps1
cd14086	2-292	STKc_CaMKII
cd08224	3-207	STKc_Nek6_7
cd14226	1-288	PKc_DYRK1
cd06611	7-292	STKc_SLK_like
cd14019	2-287	STKc_Cdc7
cd13996	2-275	STKc_EIF2AK
cd14079	4-287	STKc_AMPK_alpha
cd14185	10-286	STKc_DCKL3
cd05581	2-287	STKc_PDK1
cd13994	10-287	STKc_HAL4_like
cd14095	4-286	STKc_DCKL
cd06629	4-286	STKc_Bck1_like
cd06610	2-287	STKc_OSR1_SPAK
cd14121	8-286	STKc_ULK3
cd14094	2-296	STKc_CASK
cd08529	3-218	STKc_FA2-like
cd06613	3-287	STKc_MAP4K3_like
cd14119	10-287	STKc_LKB1
cd14084	4-286	STKc_Chk2
cd00192	8-191	PTKc
cd14093	2-287	STKc_PhKG
cd06605	2-292	PKc_MAPKK
cd06917	4-202	STKc_NAK1_like
cd13993	4-277	STKc_Pat1_like
cd14134	4-287	PKc_CLK
cd14073	4-208	STKc_NUAK
cd08530	3-223	STKc_CNK2-like
cd14116	1-286	STKc_Aurora-A
cd13997	3-285	PKc_Wee1_like
cd14077	3-286	STKc_Kin1_2
cd06647	4-287	STKc_PAK_I
cd06628	10-286	STKc_Byr2_like
cd05572	10-291	STKc_cGK
cd14181	2-287	STKc_PhKG2
cd14194	1-286	STKc_DAPK1
cd06625	10-287	STKc_MEKK3_like
cd14224	4-286	PKc_DYRK2_3
cd14135	4-287	STKc_PRP4
cd14085	1-297	STKc_CaMKIV
cd14080	4-287	STKc_TSSK-like
cd14167	2-286	STKc_CaMKI_alpha
cd14071	4-287	STKc_SIK
cd06630	4-223	STKc_MEKK1
cd14120	10-286	STKc_ULK1_2-like
cd08220	3-230	STKc_Nek8
cd05580	2-291	STKc_PKA_like
cd14105	1-286	STKc_DAPK
cd14092	5-289	STKc_MSK_C
cd14117	1-286	STKc_Aurora-B_like
cd14096	2-286	STKc_RCK1-like
cd05578	10-287	STKc_Yank1
cd14118	10-277	STKc_CAMKK
cd06655	2-287	STKc_PAK2
cd14166	2-288	STKc_CaMKI_gamma
cd08219	3-208	STKc_Nek3
cd14004	3-287	STKc_PASK
cd08218	4-218	STKc_Nek1
cd08225	4-223	STKc_Nek5
cd05570	10-291	STKc_PKC
cd06608	2-286	STKc_myosinIII_N_like
cd06648	2-287	STKc_PAK_II
cd06631	4-286	STKc_YSK4
cd14202	3-217	STKc_ULK1
cd14083	8-286	STKc_CaMKI
cd14072	4-218	STKc_MARK
cd08228	1-207	STKc_Nek6
cd14161	4-194	STKc_NUAK2
cd08223	3-286	STKc_Nek4
cd14046	3-284	STKc_EIF2AK4_GCN2_rpt2
cd06656	2-287	STKc_PAK3
cd14078	8-286	STKc_MELK
cd06644	7-286	STKc_STK10
cd06641	2-202	STKc_MST3
cd14097	4-286	STKc_STK33
cd14201	3-217	STKc_ULK2
cd14103	10-286	STKc_MLCK
cd14109	2-287	PK_Unc-89_rpt1
cd08528	3-226	STKc_Nek10
cd06654	2-287	STKc_PAK1
cd06642	4-202	STKc_STK25
cd14175	4-291	STKc_RSK1_C
cd05611	7-291	STKc_Rim15_like
cd05612	2-291	STKc_PRKX_like
cd06633	2-216	STKc_TAO3
cd05573	2-291	STKc_ROCK_NDR_like
cd14182	2-287	STKc_PhKG1
cd14047	2-197	STKc_EIF2AK2_PKR
cd14196	1-286	STKc_DAPK2
cd14162	4-193	STKc_TSSK4-like
cd06643	2-259	STKc_SLK
cd06607	4-204	STKc_TAO
cd14195	1-286	STKc_DAPK3
cd14169	4-286	STKc_CaMKI_beta
cd14091	3-292	STKc_RSK_C
cd08222	4-286	STKc_Nek11
cd14070	9-202	STKc_HUNK
cd14111	2-207	STKc_SPEG_rpt2
cd14136	4-287	STKc_SRPK
cd14106	8-287	STKc_DRAK
cd06659	1-287	STKc_PAK6
cd06640	2-286	STKc_MST4
cd14010	8-286	STKc_ULK4
cd06624	10-286	STKc_ASK
cd14114	4-287	STKc_Twitchin_like
cd14065	10-202	PKc_LIMK_like
cd05609	3-291	STKc_MAST
cd14005	9-287	STKc_PIM
cd14082	8-286	STKc_PKD
cd06645	2-286	STKc_MAP4K3
cd14180	10-277	STKc_MSK2_C
cd14186	2-286	STKc_PLK4
cd05038	5-199	PTKc_Jak_rpt2
cd14049	3-197	STKc_EIF2AK1_HRI
cd05584	10-291	STKc_p70S6K
cd05601	10-291	STKc_CRIK
cd06650	2-291	PKc_MEK1
cd13985	10-210	STKc_GAK_like
cd14058	10-228	STKc_TAK1
cd13983	8-287	STKc_WNK
cd14076	4-286	STKc_Kin4
cd05148	2-199	PTKc_Srm_Brk
cd06620	2-287	PKc_Byr1_like
cd06646	2-202	STKc_MAP4K5
cd06621	2-297	PKc_Pek1_like
cd14176	4-291	STKc_RSK2_C
cd14168	8-286	STKc_CaMKI_delta
cd14198	8-287	STKc_DRAK2
cd05048	8-197	PTKc_Ror
cd06652	10-243	STKc_MEKK2
cd06653	10-230	STKc_MEKK3_like_u1
cd08229	8-207	STKc_Nek7
cd13990	4-286	STKc_TLK
cd05599	2-211	STKc_NDR_like
cd14665	4-286	STKc_SnRK2-3
cd13987	10-279	STKc_SBK1
cd14087	10-286	STKc_PSKH1
cd14050	4-199	PKc_Myt1
cd06635	4-216	STKc_TAO1
cd14090	3-286	STKc_Mnk
cd14066	10-216	STKc_IRAK
cd06622	6-297	PKc_PBS2_like
cd05619	1-291	STKc_nPKC_theta
cd14061	10-213	STKc_MLK
cd13979	8-209	STKc_Mos
cd14178	4-286	STKc_RSK3_C
cd14088	18-286	STKc_CaMK_like
cd05039	1-197	PTKc_Csk_like
cd06634	4-216	STKc_TAO2
cd05079	6-277	PTKc_Jak1_rpt2
cd13989	10-199	STKc_IKK
cd14113	4-287	STKc_Trio_C
cd06636	7-218	STKc_MAP4K4_6_N
cd13982	8-287	STKc_IRE1
cd05041	8-200	PTKc_Fes_like
cd14205	7-199	PTKc_Jak2_rpt2
cd14177	4-286	STKc_RSK4_C
cd06637	7-293	STKc_TNIK
cd14107	4-287	STKc_obscurin_rpt1
cd05577	10-291	STKc_GRK
cd05600	1-291	STKc_Sid2p_like
cd06651	10-286	STKc_MEKK3
cd14183	2-289	STKc_DCKL1
cd06639	7-286	STKc_myosinIIIB_N
cd14165	10-287	STKc_TSSK1_2-like
cd06615	2-287	PKc_MEK
cd05585	10-291	STKc_YPK1_like
cd14211	4-286	STKc_HIPK
cd14155	10-197	PKc_TESK
cd14209	2-291	STKc_PKA
cd14164	4-207	STKc_TSSK6-like
cd14146	10-213	STKc_MLK4
cd14179	10-281	STKc_MSK1_C
cd14016	4-192	STKc_CK1
cd14110	4-207	STKc_obscurin_rpt2
cd05620	10-291	STKc_nPKC_delta
cd14222	10-197	STKc_LIMK2
cd14052	3-199	PTKc_Wee1_fungi
cd05592	10-291	STKc_nPKC_theta_like
cd06658	9-287	STKc_PAK5
cd14039	10-278	STKc_IKK_alpha
cd14216	4-287	STKc_SRPK1
cd06649	2-286	PKc_MEK2
cd05598	3-291	STKc_LATS
cd05571	10-291	STKc_PKB
cd13977	4-275	STKc_PDIK1L
cd06657	9-287	STKc_PAK4
cd14154	10-197	STKc_LIMK
cd14048	3-197	STKc_EIF2AK3_PERK
cd14193	6-286	STKc_MLCK4
cd05595	10-293	STKc_PKB_beta
cd05112	2-197	PTKc_Itk
cd14192	8-287	STKc_MLCK3
cd14214	2-287	PKc_CLK3
cd14229	4-286	STKc_HIPK3
cd14059	10-199	STKc_MAP3K12_13
cd14191	4-287	STKc_MLCK1
cd14184	2-286	STKc_DCKL2
cd05068	7-199	PTKc_Frk_like
cd05034	8-218	PTKc_Src_like
cd14190	8-287	STKc_MLCK2
cd14038	9-199	STKc_IKK_beta
cd06617	2-201	PKc_MKK3_6
cd05590	10-291	STKc_nPKC_eta
cd05610	1-291	STKc_MASTL
cd05582	10-234	STKc_RSK_N
cd05593	1-293	STKc_PKB_gamma
cd05607	4-203	STKc_GRK7
cd14199	1-191	STKc_CaMKK2
cd14221	10-197	STKc_LIMK1
cd05059	3-199	PTKc_Tec_like
cd08221	4-287	STKc_Nek9
cd06616	2-293	PKc_MKK4
cd05583	10-290	STKc_MSK_N
cd05080	6-200	PTKc_Tyk2_rpt2
cd14173	8-286	STKc_Mnk2
cd14213	4-287	PKc_CLK1_4
cd13978	10-216	STKc_RIP
cd14163	10-214	STKc_TSSK3-like
cd05084	8-196	PTKc_Fes
cd14147	8-206	STKc_MLK3
cd06618	2-291	PKc_MKK7
cd14174	8-286	STKc_Mnk1
cd06638	7-286	STKc_myosinIIIA_N
cd05056	2-294	PTKc_FAK
cd05053	2-199	PTKc_FGFR
cd14197	9-287	STKc_DRAK1
cd05083	8-197	PTKc_Chk
cd05091	7-246	PTKc_Ror2
cd14101	4-210	STKc_PIM2
cd14108	3-216	STKc_SPEG_rpt1
cd14000	10-234	STKc_LRRK
cd14012	10-286	PK_eIF2AK_GCN2_rpt1
cd05049	2-223	PTKc_Trk
cd14227	4-286	STKc_HIPK2
cd05597	2-291	STKc_DMPK_like
cd05614	3-291	STKc_MSK2_N
cd05032	1-199	PTKc_InsR_like
cd14104	8-286	STKc_Titin
cd05596	2-208	STKc_ROCK
cd05040	8-199	PTKc_Ack_like
cd14156	10-202	PKc_LIMK_like_unk
cd14662	4-286	STKc_SnRK2
cd05052	9-199	PTKc_Abl
cd14089	3-286	STKc_MAPKAPK
cd14200	4-286	STKc_CaMKK1
cd14148	10-213	STKc_MLK2
cd06619	2-198	PKc_MKK5
cd14145	8-246	STKc_MLK1
cd14036	10-204	STKc_GAK
cd05586	10-274	STKc_Sck1_like
cd05081	7-199	PTKc_Jak3_rpt2
cd05113	2-199	PTKc_Btk_Bmx
cd05095	8-199	PTKc_DDR2
cd13986	4-296	STKc_16
cd13968	10-148	PKc_like
cd14187	1-287	STKc_PLK1
cd05575	10-291	STKc_SGK
cd05616	3-215	STKc_cPKC_beta
cd14215	2-287	PKc_CLK2
cd05624	2-291	STKc_MRCK_beta
cd05067	7-199	PTKc_Lck_Blk
cd05099	10-218	PTKc_FGFR4
cd05605	10-291	STKc_GRK4_like
cd05085	8-196	PTKc_Fer
cd05591	10-291	STKc_nPKC_epsilon
cd14075	9-193	STKc_NIM1
cd14228	4-286	STKc_HIPK1
cd05615	1-215	STKc_cPKC_alpha
cd14115	10-286	STKc_Kalirin_C
cd05098	10-257	PTKc_FGFR1
cd05621	2-256	STKc_ROCK2
cd14011	18-289	PK_SCY1_like
cd14158	9-237	STKc_IRAK4
cd05072	7-246	PTKc_Lyn
cd05097	8-221	PTKc_DDR_like
cd05604	10-205	STKc_SGK3
cd14171	8-286	STKc_MAPKAPK5
cd14013	8-287	STKc_SNT7_plant
cd05603	10-214	STKc_SGK2
cd14203	9-249	PTKc_Src_Fyn_like
cd05071	9-247	PTKc_Src
cd14112	2-193	STKc_Unc-89_rpt2
cd14218	4-287	STKc_SRPK3
cd05100	10-218	PTKc_FGFR3
cd05602	3-205	STKc_SGK1
cd05090	7-197	PTKc_Ror1
cd05050	10-197	PTKc_Musk
cd14033	9-218	STKc_WNK4
cd14060	11-206	STKc_MLTK
cd05082	1-197	PTKc_Csk
cd05069	9-247	PTKc_Yes
cd14189	4-287	STKc_PLK3
cd05114	5-218	PTKc_Tec_Rlk
cd05101	10-218	PTKc_FGFR2
cd14027	13-230	STKc_RIP1
cd05622	2-234	STKc_ROCK1
cd13991	2-189	STKc_NIK
cd05608	10-291	STKc_GRK1
cd05574	3-291	STKc_phototropin_like
cd08226	18-297	PK_STRAD_beta
cd14159	10-208	STKc_IRAK1
cd14040	2-213	STKc_TLK1
cd14037	5-191	STKc_NAK_like
cd05060	8-191	PTKc_Syk_like
cd05623	2-291	STKc_MRCK_alpha
cd08216	16-198	PK_STRAD
cd14041	4-213	STKc_TLK2
cd14062	10-224	STKc_Raf
cd05618	1-284	STKc_aPKC_iota
cd05051	7-223	PTKc_DDR
cd05630	10-291	STKc_GRK6
cd13988	10-199	STKc_TBK1
cd05629	2-204	STKc_NDR_like_fungal
cd13998	8-200	STKc_TGFbR-like
cd14100	10-218	STKc_PIM1
cd05594	1-287	STKc_PKB_alpha
cd14031	9-215	STKc_WNK3
cd05033	3-199	PTKc_EphR
cd05587	10-214	STKc_cPKC
cd05631	10-291	STKc_GRK4
cd05045	10-199	PTKc_RET
cd14102	10-218	STKc_PIM3
cd14172	2-286	STKc_MAPKAPK3
cd05617	1-204	STKc_aPKC_zeta
cd05632	10-209	STKc_GRK5
cd14054	8-250	STKc_BMPR2_AMHR2
cd05057	6-202	PTKc_EGFR_like
cd14064	10-205	PKc_TNNI3K
cd14032	9-215	STKc_WNK2_like
cd05092	9-205	PTKc_TrkA
cd05588	10-202	STKc_aPKC
cd05096	8-197	PTKc_DDR1
cd13992	12-223	PK_GC
cd05613	10-291	STKc_MSK1_N
cd05075	10-200	PTKc_Axl
cd14217	4-287	STKc_SRPK2
cd14223	3-197	STKc_GRK2
cd05116	9-196	PTKc_Syk
cd14068	10-248	STKc_LRRK2
cd14188	4-287	STKc_PLK2
cd05062	2-199	PTKc_IGF-1R
cd05093	9-223	PTKc_TrkB
cd05606	10-291	STKc_beta_ARK
cd14204	10-200	PTKc_Mer
cd05633	1-234	STKc_GRK3
cd14063	8-197	PK_KSR
cd05063	5-244	PTKc_EphR_A2
cd05065	4-197	PTKc_EphR_B
cd05044	10-199	PTKc_c-ros
cd05058	8-200	PTKc_Met_Ron
cd05108	3-199	PTKc_EGFR
cd05036	2-197	PTKc_ALK_LTK
cd14030	9-215	STKc_WNK1
cd05066	6-197	PTKc_EphR_A
cd05115	9-196	PTKc_Zap-70
cd05094	9-223	PTKc_TrkC
cd14664	10-211	STK_BAK1_like
cd05626	4-204	STKc_LATS2
cd05046	7-207	PTK_CCK4
cd05627	1-204	STKc_NDR2
cd13995	10-202	STKc_MAP3K8
cd05628	2-204	STKc_NDR1
cd05070	7-218	PTKc_Fyn
cd14053	8-246	STKc_ACVR2
cd14025	8-210	STKc_RIP4_like
cd14017	4-153	STKc_TTBK
cd14170	2-288	STKc_MAPKAPK2
cd14056	8-237	STKc_TGFbR_I
cd05589	10-209	STKc_PKN
cd05035	10-200	PTKc_TAM
cd05073	8-199	PTKc_Hck
cd05103	83-256	PTKc_VEGFR2
cd05043	12-199	PTK_Ryk
cd14020	50-288	STKc_KIS
cd14153	8-201	PK_KSR2
cd05061	2-199	PTKc_InsR
cd05047	10-199	PTKc_Tie
cd05625	4-234	STKc_LATS1
cd05110	6-199	PTKc_HER4
cd14142	5-198	STKc_ACVR1_ALK1
cd14207	107-197	PTKc_VEGFR1
cd05054	3-223	PTKc_VEGFR
cd14152	8-200	STKc_KSR1
cd14143	8-198	STKc_TGFbR1_ACVR1b_ACVR1c
cd14150	7-224	STKc_A-Raf
cd05089	2-199	PTKc_Tie1
cd14042	27-205	PK_GC-A_B
COG0510	42-147	CotS
PLN00009	1-293	PLN00009
pfam00069	4-287	Pkinase
smart00220	4-287	S_TKc
PTZ00024	2-288	PTZ00024
PTZ00036	10-297	PTZ00036
COG0515	3-291	SPS1
smart00219	5-191	TyrKc
smart00221	5-191	STYKc
pfam07714	5-199	Pkinase_Tyr
PTZ00263	1-291	PTZ00263
PLN00034	1-191	PLN00034
PTZ00266	1-213	PTZ00266
PHA03209	4-290	PHA03209
PHA03212	51-290	PHA03212
PTZ00267	21-209	PTZ00267
PHA03210	51-288	PHA03210
TIGR03903	26-215	TOMM_kin_cyc
PHA03211	13-287	PHA03211
PHA03207	50-287	PHA03207
PRK13184	1-199	pknD
PTZ00426	2-291	PTZ00426
PLN03225	2-288	PLN03225
PTZ00284	10-286	PTZ00284
PTZ00283	10-208	PTZ00283

Ontology Information

   

HPRD ID	574
Molecular Class	Serine/threonine kinase
Molecular Function	Extracellular matrix structural constituent (GO:0005201)
Biological Process	Cell growth and/or maintenance (GO:0008151)

SNP Information

View SNP Geneview Report