Cell cycle transitions depend on protein phosphorylation and dephosphorylation. Thediscovery of cyclin dependent kinases (CDKs) and their mode of activation by their cyclin partners explained many important aspects of cell cycle control. As the cell cycle is basically a series of recurrences of a defined set of events, protein phosphatases must obviously be as important as kinases. However, our knowledge about phosphatases lags well behind that of kinases. We still do not know exactly which phosphatase(s) is/are truly responsible for dephosphorylating CDK substrates, and we know very little about whether and how protein phosphatases are regulated. Here, we summarise our present understanding of the phosphatases that are important in the con...
In eukaryotes, the two major cell cycle events of DNA replication and chromosome segregation are dir...
The cell cycle is a complex series of events that results in one parental cell dividing into two dau...
Protein phosphorylation controls many aspects of cell fate and is often deregulated in pathological ...
Cell cycle transitions depend on protein phosphorylation and dephosphorylation. The discovery of cyc...
Dynamic changes in protein phosphorylation govern the transitions between different phases of the ce...
Mitosis requires extensive rearrangement of cellular architecture and of subcellular structures so t...
Cyclin-dependent kinases (CDKs) are presumed to control the cell cycle by phosphorylating a large nu...
The eukaryotic cell cycle is a fundamental evolutionarily conserved process that regulates cell divi...
Many aspects of cell physiology are controlled by protein kinases and phosphatases, which together d...
International audienceFifteen years ago, it was proposed that the cell cycle in fission yeast can be...
Eukaryotic cells make the decision to proliferate, to differentiate or to cease dividing during G1, ...
Fifteen years ago, it was proposed that the cell cycle in fission yeast can be driven by quantitativ...
Entry into mitosis of the eukaryotic cell cycle is driven by rising cyclin-dependent kinase (Cdk) ac...
Many aspects of cell physiology are controlled by protein kinases and phosphatases, which together d...
In every cell division cycle, daughter cells carry the same genomic information as their parental ce...
In eukaryotes, the two major cell cycle events of DNA replication and chromosome segregation are dir...
The cell cycle is a complex series of events that results in one parental cell dividing into two dau...
Protein phosphorylation controls many aspects of cell fate and is often deregulated in pathological ...
Cell cycle transitions depend on protein phosphorylation and dephosphorylation. The discovery of cyc...
Dynamic changes in protein phosphorylation govern the transitions between different phases of the ce...
Mitosis requires extensive rearrangement of cellular architecture and of subcellular structures so t...
Cyclin-dependent kinases (CDKs) are presumed to control the cell cycle by phosphorylating a large nu...
The eukaryotic cell cycle is a fundamental evolutionarily conserved process that regulates cell divi...
Many aspects of cell physiology are controlled by protein kinases and phosphatases, which together d...
International audienceFifteen years ago, it was proposed that the cell cycle in fission yeast can be...
Eukaryotic cells make the decision to proliferate, to differentiate or to cease dividing during G1, ...
Fifteen years ago, it was proposed that the cell cycle in fission yeast can be driven by quantitativ...
Entry into mitosis of the eukaryotic cell cycle is driven by rising cyclin-dependent kinase (Cdk) ac...
Many aspects of cell physiology are controlled by protein kinases and phosphatases, which together d...
In every cell division cycle, daughter cells carry the same genomic information as their parental ce...
In eukaryotes, the two major cell cycle events of DNA replication and chromosome segregation are dir...
The cell cycle is a complex series of events that results in one parental cell dividing into two dau...
Protein phosphorylation controls many aspects of cell fate and is often deregulated in pathological ...