k Stem cell coloured scanning electron micrograph SEM. These cells are known as multipotent because they undergo differentiation to produce precursors of all the bodys specialised blood cells. By this process, termed haemopoiesis, stem cells develop either into red blood cells, or one of several types of white blood cells that make up the immune system. The purification of stem cells from umbilical cord blood allows scientists to research the function of the immune system and to develop treatments for diseases such as AIDS and leukaemia. Although this research is controversial. Magnification unknown. Editorial Stock Photo - Afloimages
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Stem cell coloured scanning electron micrograph (SEM). These cells are known as multipotent because they undergo differentiation to produce precursors of all the body's specialised blood cells. By this process, termed haemopoiesis, stem cells develop either into red blood cells, or one of several types of white blood cells that make up the immune system. The purification of stem cells from umbilical cord blood allows scientists to research the function of the immune system and to develop treatments for diseases such as AIDS and leukaemia. Although this research is controversial. Magnification unknown.
ED

Stem cell coloured scanning electron micrograph (SEM). These cells are known as multipotent because they undergo differentiation to produce precursors of all the body's specialised blood cells. By this process, termed haemopoiesis, stem cells develop either into red blood cells, or one of several types of white blood cells that make up the immune system. The purification of stem cells from umbilical cord blood allows scientists to research the function of the immune system and to develop treatments for diseases such as AIDS and leukaemia. Although this research is controversial. Magnification unknown.

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10585564

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16-11-2010

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