Recent data show that the final events of mammalian brain organogenesis may depend in part on the direct control of neural stem cell (NSC) proliferation and survival. Environmental and intrinsic factors play a role throughout development and during adulthood to regulate NSC proliferation. The NSCs acquire new competences throughout development, including adulthood, and this change in competence is region-specific. The factors controlling NSC survival, undifferentiated state, proliferation, and cell-cycle number are beginning to be identified, but the links between them remain unclear. However, current knowledge should help to formulate an understanding of how a stem cell can generate a new stem cel
Pluripotent mouse embryonic stem (ES) cells multiply in simple monoculture by symmetrical divisions....
Neural stem cells (NSCs) are important multipotent adult stem cells capable of self-renewal and diff...
Stem cells are unique cells that possess the capacities to both self-renew and give rise to multiple...
Recent data show that the final events of mammalian brain organogenesis may depend in part on the di...
This article is concerned with the idea that neural precursor cells in vertebrates can self-renew an...
International audienceThe ‘identity’ of the neural stem cell (NSC) in the adult mammalian brain has ...
Neural stem cell (NSCs) are self-renewing, multipotent cells able to generate neurons, astrocytes an...
The adult mammalian brain contains self-renewable, multipotent neural stem cells (NSCs) that are res...
grantor: University of TorontoNeural stem cells are self-renewing precursor cells that hav...
New neurons are generated throughout life in distinct areas of the mammalian brain. This process, ca...
Building and functioning of the human brain requires the precise orchestration and execution of myri...
The concept of immutability of the nervous tissue has been lately replaced with the new idea that a ...
Adult somatic stem cells in various organs maintain homeostatic tissue regeneration and enhance plas...
One of the landmark events of the past 25 years in neuroscience research was the establishment of ne...
The mature brain contains an incredible number and diversity of cells that are produced and maintain...
Pluripotent mouse embryonic stem (ES) cells multiply in simple monoculture by symmetrical divisions....
Neural stem cells (NSCs) are important multipotent adult stem cells capable of self-renewal and diff...
Stem cells are unique cells that possess the capacities to both self-renew and give rise to multiple...
Recent data show that the final events of mammalian brain organogenesis may depend in part on the di...
This article is concerned with the idea that neural precursor cells in vertebrates can self-renew an...
International audienceThe ‘identity’ of the neural stem cell (NSC) in the adult mammalian brain has ...
Neural stem cell (NSCs) are self-renewing, multipotent cells able to generate neurons, astrocytes an...
The adult mammalian brain contains self-renewable, multipotent neural stem cells (NSCs) that are res...
grantor: University of TorontoNeural stem cells are self-renewing precursor cells that hav...
New neurons are generated throughout life in distinct areas of the mammalian brain. This process, ca...
Building and functioning of the human brain requires the precise orchestration and execution of myri...
The concept of immutability of the nervous tissue has been lately replaced with the new idea that a ...
Adult somatic stem cells in various organs maintain homeostatic tissue regeneration and enhance plas...
One of the landmark events of the past 25 years in neuroscience research was the establishment of ne...
The mature brain contains an incredible number and diversity of cells that are produced and maintain...
Pluripotent mouse embryonic stem (ES) cells multiply in simple monoculture by symmetrical divisions....
Neural stem cells (NSCs) are important multipotent adult stem cells capable of self-renewal and diff...
Stem cells are unique cells that possess the capacities to both self-renew and give rise to multiple...