… showed that embryonic stem cells (ESCs) could be differentiating on rat kidney scaffolds …
could differentiate into renal tissue by renal differentiation media and rate of differentiation in …

… , and one such way involves partial reprogramming of differentiated renal cells into a
renal progenitor state. Experimental evidence has supported the notion that the more closely …

… cells into renal microvasculature. The choice of the differentiated cells over stem cells was
made … differentiated cellular substitute. It has previously been demonstrated that bone marrow …

… This could be due to acquirement of stem cell properties by fully differentiated proliferating
cells following accumulation of critical mutations or alternatively to the origin of CSCs from …

… confirmed the presence of male-derived cells in the kidneys of female recipients. … renal
proximal tubules. This is the first report to show that HSC can differentiate into renal tubular cells …

… in adult stem cell differentiation … cell-based therapies for renal failure that are currently
under development and which provide a route, direct or indirect, for the application of stem cell …

… do not specifically recognize stem cells but also differentiated epithelial cell types [33]. As …
a marker of renal progenitor cells in adult human kidney, and resident RCC CD133+ cells have …

… cannot be naturally replaced after injury [30, 31], we hypothesized that in vitro differentiation
of hiPSCs into podocyte progenitor cells could be a potential new approach to improve …

… of renal progenitor cells. As a selection marker we chose the human CD133 stem cell antigen.
… We show that renal-derived CD133+ cells were able to differentiate in vitro in endothelial …

… be differentiated into functionally active renal tubular-like cells … the potential utility of GPSCs
in regenerative cell therapy. … can differentiate into functional renal tubular-like cells in vitro. …