… differentiation. This review focuses on recent emerging findings and well-characterized
differentiation models of human embryonic stem cells. … have been used in stem cell expansion. …

… of undifferentiated stem cells to spontaneously differentiate into … stem cells would differentiate
into the cardiomyogenic lineage. This could in turn reduce the clinical efficacy of stem cell …

… and the induction of differentiation of stem cells from various sources. Stem cells have now
been … underlying the decision of stem cells to enter mitotic dormancy, undergo self-renewal, or …

… differentiation capabilities of the putative stem cells, we subjected DF stem cells to various
differentiation … is the fact that the DF stem cells can differentiate into adipocytes and neurons. …

… differentiation of multipotential stem cells derived from the embryonic central nervous system
(CNS). CNS stem cell clones differentiate … The differentiation of cells in a clone is influenced …

… stem cells for osteoregeneration therapy, it would be imperative to develop well‐defined and
efficient protocols for directing stem cell differentiation … subpopulation of stem cells before …

… are characterized by two unique properties with respect to specialized cells; in vivo, they are
… Additionally, all stem cells retain the capacity to progressively differentiate into mature cell …

… occurs under the influence of multiple stimuli in the stem cells’ … be to bioprint stem cells
without triggering differentiation, in … can be either uninvolved in stem cell differentiation, (ie, …

… study cell differentiation as well as cell adhesion of stem cells. … found in non-stem cells
into the case of stem cells. Then, … If different differentiation extents on nanopatterns of varied …

… contains progenitors stem cells (lineage committed) and pluripotent stem cells (lineage …
chondrogenic cells (Young et al., 1999; Young et al., 2001a;b). These lineage uncommitted cells …