… of human embryonic stem cells; the main focus of this review is to summarize the role of
oxygen during neuronal differentiation, in particular in response to oxygen level variation. …

… embryonic stem cells while monitoring the effects on differentiation. … ), promoted neuronal
and cardiac differentiation. We postulate … sustained by stem cells allows them to differentiate in …

… is a common cause of neuronal differentiation in stem cells, we next examined the effect of
GSH on atRA-mediated neuronal differentiation by co-treating NT2 cells with GSH and atRA, …

It is widely thought that accumulation of reactive oxygen species (ROS) causes injury to cells…
of neural stem/progenitor cells derived from the hippocampus of embryonic mice. The cells …

… differentiation of embryonic cortical progenitors. We report that rat cortical progenitors in
clonal culture produce two types of neurons … the differentiation of the two types of neurons. The …

… , differentiation and NSC-derived neurite outgrowth. We establish the culture of adult neural
stem cells … How OGD treatments regulate NSC’s cell viability, survival and differentiation, as …

… cells differentiate into neurons in … neuronal differentiation [71–75], our work provided the
first demonstration that Nip can regulate neurogenesis in stem cells by regulating the cellular …

… Proliferative neural stem cells have high endogenous ROS levels that regulate self-renewal …
Embryonic stem cell differentiation into smooth muscle cells is mediated by Nox4-produced …

… pathways determining the differentiation fate being neurons or astrocytes (… oxygen species
(ROS) levels can alter differentiation fate of mouse progenitor cells toward either neuronal …

… ), thereby blocking terminal differentiation of neural precursors. Increased O 2 derepresses
p53 (dotted lines), which can lead to p21 cip1 -mediated cell differentiation or apoptosis. In …