AbstractIn the past decade, we have gained considerable insight into the identities of various cytoplasmic signal transduction cascades and the manner in which they operate in response to changes in the extracellular environment. Moreover, we have begun to understand what the key players are in cell-cycle regulation and how they, in turn, function to promote cell division. A long-standing question, however, has been how communication between signalling routes and the cell-cycle machinery occurs. This review highlights some recent observations that provide possible links between signal transduction and the cell-cycle machinery
International audienceThe different phases of the eukaryotic cell cycle are exceptionally well-prese...
Cellular signaling is an area of intense research that transcends all fields of experimental biology...
The ability of cells to maintain genomic integrity is vital for cell survival and proliferation. Lac...
This chapter has emphasized dynamic aspects of intracellular organization. Signal transduction from ...
AbstractRetinoblastoma protein (Rb) interacts with cyclin-dependent kinases and regulates the transc...
Of the many major achievements in cell biology during the last 25 years, none is more important than...
AbstractThere are three central ideas contained within this review. Firstly, growth factor-stimulate...
AbstractFrom yeast to humans, cell cycle progression is orchestrated by the oscillation of kinase ac...
Cell proliferation is the process whereby cells reproduce themselves by growing and then dividing in...
AbstractThe Ras/Raf/MEK/ERK signaling cascade that integrates an extreme variety of extracellular st...
AbstractSynchronization used to study cell cycle progression may change the characteristics of rapid...
Mammalian cell division, is a highly complex process, regulated and coordinated by mechanisms that a...
Molecular pathways that regulate cell growth and differentiation are now beginning to be understood...
Background: The cell cycle is a complex process that allows eukaryotic cells to replicate chromosoma...
Background: Commitment to a new cell cycle is controlled by a number of cellular signals. Mitogen-ac...
International audienceThe different phases of the eukaryotic cell cycle are exceptionally well-prese...
Cellular signaling is an area of intense research that transcends all fields of experimental biology...
The ability of cells to maintain genomic integrity is vital for cell survival and proliferation. Lac...
This chapter has emphasized dynamic aspects of intracellular organization. Signal transduction from ...
AbstractRetinoblastoma protein (Rb) interacts with cyclin-dependent kinases and regulates the transc...
Of the many major achievements in cell biology during the last 25 years, none is more important than...
AbstractThere are three central ideas contained within this review. Firstly, growth factor-stimulate...
AbstractFrom yeast to humans, cell cycle progression is orchestrated by the oscillation of kinase ac...
Cell proliferation is the process whereby cells reproduce themselves by growing and then dividing in...
AbstractThe Ras/Raf/MEK/ERK signaling cascade that integrates an extreme variety of extracellular st...
AbstractSynchronization used to study cell cycle progression may change the characteristics of rapid...
Mammalian cell division, is a highly complex process, regulated and coordinated by mechanisms that a...
Molecular pathways that regulate cell growth and differentiation are now beginning to be understood...
Background: The cell cycle is a complex process that allows eukaryotic cells to replicate chromosoma...
Background: Commitment to a new cell cycle is controlled by a number of cellular signals. Mitogen-ac...
International audienceThe different phases of the eukaryotic cell cycle are exceptionally well-prese...
Cellular signaling is an area of intense research that transcends all fields of experimental biology...
The ability of cells to maintain genomic integrity is vital for cell survival and proliferation. Lac...