Figure 1
Figure 1. HSC fate decisions. During or after cell division, the 2 daughter cells of an HSC are faced with several options, or fate decisions. These include the possibility to remain a HSC (the process of self-renewal), which can be either symmetric or asymmetric in its nature, to commit along the path of differentiation or to go through apoptosis. In addition, the option to move to other anatomic sites in or outside the BM (migration) can be regarded as a fate decision, which is particularly important during specific stages of ontogeny when HSCs seed the fetal liver or later the BM.

HSC fate decisions. During or after cell division, the 2 daughter cells of an HSC are faced with several options, or fate decisions. These include the possibility to remain a HSC (the process of self-renewal), which can be either symmetric or asymmetric in its nature, to commit along the path of differentiation or to go through apoptosis. In addition, the option to move to other anatomic sites in or outside the BM (migration) can be regarded as a fate decision, which is particularly important during specific stages of ontogeny when HSCs seed the fetal liver or later the BM.

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