Plant growth and development are driven by the continuous generation of new cells. Whereas much has been learned at a molecular level about the mechanisms that orchestrate progression through the different cell-cycle phases, little is known about how the cell-cycle machinery operates in the context of an entire plant and contributes to growth, cell differentiation and the formation of new tissues and organs. Here, we discuss how intrinsic developmental signals and environmental cues affect cell-cycle entry and exit
Description of the molecular biology of plant and animal cell cycles highlights similarities and cri...
The G1/S transition generally represents the principal point of commitment to cell division. Many of...
Three decades have passed since the first recognition of restriction checkpoints in the plant cell c...
Growth and development of plants are driven by the continuous production of new cells at the meriste...
Plants have a distinctive mode of continuous development, involving the repeated initiation and grow...
In the recent years many studies contributed to our understanding of the mechanisms that drives the ...
Plant growth is characterised both by continued growth and organogenesis throughout development, as ...
The growth of organs and whole plants depends on both cell growth and cell-cycle progression, but th...
Progression through the cell cycle is central to cell proliferation and fundamental to the growth an...
The reiterative organogenesis that drives plant growth relies on the constant production of new cell...
The cell cycle is driven by the activity of cyclin-dependent kinase (CDK)–cyclin complexes. Therefor...
In recent years, considerable progress has been made in unraveling the control mechanisms operating ...
Plant growth and proliferation control is coming into a global focus due to recent ecological and ec...
Plant growth and proliferation control is coming into a global focus due to recent ecological and ec...
To generate the various tissues and organs that build up the adult body, plants and animals require ...
Description of the molecular biology of plant and animal cell cycles highlights similarities and cri...
The G1/S transition generally represents the principal point of commitment to cell division. Many of...
Three decades have passed since the first recognition of restriction checkpoints in the plant cell c...
Growth and development of plants are driven by the continuous production of new cells at the meriste...
Plants have a distinctive mode of continuous development, involving the repeated initiation and grow...
In the recent years many studies contributed to our understanding of the mechanisms that drives the ...
Plant growth is characterised both by continued growth and organogenesis throughout development, as ...
The growth of organs and whole plants depends on both cell growth and cell-cycle progression, but th...
Progression through the cell cycle is central to cell proliferation and fundamental to the growth an...
The reiterative organogenesis that drives plant growth relies on the constant production of new cell...
The cell cycle is driven by the activity of cyclin-dependent kinase (CDK)–cyclin complexes. Therefor...
In recent years, considerable progress has been made in unraveling the control mechanisms operating ...
Plant growth and proliferation control is coming into a global focus due to recent ecological and ec...
Plant growth and proliferation control is coming into a global focus due to recent ecological and ec...
To generate the various tissues and organs that build up the adult body, plants and animals require ...
Description of the molecular biology of plant and animal cell cycles highlights similarities and cri...
The G1/S transition generally represents the principal point of commitment to cell division. Many of...
Three decades have passed since the first recognition of restriction checkpoints in the plant cell c...