The discovery of multipotent neural stem cells within the brain has generated interest in finding ways to control their proliferation for therapeutic use. Significantly, the authors showed that ...
A one-week old embryo only contains multipotent stem cells, which can develop only in a certain direction. The tissues are finally made by these kinds of multipotent stem cells. Almost all adult ...
In addition to survival and proliferation, cell-cell contact influences the differentiation of neural progenitor cell. Multipotent stem cells, which normally give rise to neurons, astrocytes, and ...
HSCs are multipotent and have the full developmental potential to differentiate into all blood cells types, and persist throughout life through a cell division mechanism called self-renewal.
Skeletal stem cells have been isolated from various tissues, including periosteum and bone marrow, where they exhibit key functions in bone biology and hematopoiesis, respectively. The role of ...
Following irradiation, the subgranule zone may no longer instruct multipotent stem cells to adopt a neuronal fate. If this were true, then one could overcome the deficit with transplants of ...