Add to ORKGProvided here is an introduction to the mechanisms of DNA replication, regulation and the biochemistry of cell cycle control. An overview of this rapidly developing field is presented to orient the reader, followed by a series of contributions by leading researchers summarizing recent results on selected topics, such as protein phosphorylation, tumour suppressor genes, and signal transduction in prokaryotic and eukaryotic systems. The reader will gain an overview of the current understanding of DNA replication and the cell cycle, and a selection of recent references for further reading
The discovery that phosphorylation of selected proteins by cyclin-dependent kinases is the engine wh...
The progression of the cell cycle is controlled by the action of both positive and negative growth r...
AbstractRecent results have provided substantial new insights into how the initiation of DNA replica...
Provided here is an introduction to the mechanisms of DNA replication, regulation and the biochemist...
The studies of cell growth and division have remained at the centre of biomedical research for more ...
Cell proliferation is the process whereby cells reproduce themselves by growing and then dividing in...
Of the many major achievements in cell biology during the last 25 years, none is more important than...
The studies of cell growth and division have remained at the centre of biomedical research for more ...
The studies of cell growth and division have remained at the centre of biomedical research for more ...
Since the introduction of the cell cycle concept two approaches to study growth regulation of cells ...
The cell cycle and the cell cycle control system are the engines that drive life. They allow for the...
In order to understand the function of the cell, which is the basic unit of human organism, the fund...
The initiation of DNA replication in eukaryotic cells is a highly regulated process that leads to th...
The discovery that phosphorylation of selected proteins by cyclin-dependent kinases is the engine wh...
The progression of the cell cycle is controlled by the action of both positive and negative growth r...
The discovery that phosphorylation of selected proteins by cyclin-dependent kinases is the engine wh...
The progression of the cell cycle is controlled by the action of both positive and negative growth r...
AbstractRecent results have provided substantial new insights into how the initiation of DNA replica...
Provided here is an introduction to the mechanisms of DNA replication, regulation and the biochemist...
The studies of cell growth and division have remained at the centre of biomedical research for more ...
Cell proliferation is the process whereby cells reproduce themselves by growing and then dividing in...
Of the many major achievements in cell biology during the last 25 years, none is more important than...
The studies of cell growth and division have remained at the centre of biomedical research for more ...
The studies of cell growth and division have remained at the centre of biomedical research for more ...
Since the introduction of the cell cycle concept two approaches to study growth regulation of cells ...
The cell cycle and the cell cycle control system are the engines that drive life. They allow for the...
In order to understand the function of the cell, which is the basic unit of human organism, the fund...
The initiation of DNA replication in eukaryotic cells is a highly regulated process that leads to th...
The discovery that phosphorylation of selected proteins by cyclin-dependent kinases is the engine wh...
The progression of the cell cycle is controlled by the action of both positive and negative growth r...
The discovery that phosphorylation of selected proteins by cyclin-dependent kinases is the engine wh...
The progression of the cell cycle is controlled by the action of both positive and negative growth r...
AbstractRecent results have provided substantial new insights into how the initiation of DNA replica...