… on stem cell proliferation and differentiation ability; ii) hMSCs may participate in kidney
development through differentiation into renal tubular epithelium when the approach of renal …

… In general, stem cells have a slow turnover and display minimal physiologic differentiation.
As early descendants of … Renal stem cells in adult kidney have not been identified definitively. …

… to mobilize bone marrow–derived stem cells prevented renal tubular injury and accelerated
… of renal function. Furthermore, cells expressing markers of bone marrow–derived cells were …

… However, recent work has shown that -gal staining to identify differentiated stem cells … stem
cells improved kidney function and structure (10). Given that Y chromosome-containing cells …

… stem cells can engraft in sites of renal disease and injury to show donor phenotypes. Stem
cells can differentiate into cells … of stem-cell engraftment and differentiation on renal function …

… arose in a partially differentiated stem cell or consist primarily of moderately differentiated
progeny of the originating CSC. When examining a second stem cell gene marker, Oct-4 , we …

… in the purification of renal progenitor cells by FACS. These … of potential renal stem cells
for use in cellular therapies for … to renal differentiation and (2) to determine the cell surface …

… Stem cells have multilineage differentiation … ) of renal fibrosis, and the effect of stem cell
therapy on renal fibrosis as described in preclinical and clinical studies. We found that stem cells …

… renal repair is carried out by selfduplication/de-differentiation of mature resident renal cells,
or by specialized renal … bone marrow derived stem cells (BMSCs) in renal repair is now …

… cells of the kidney lineage. Here, we report a highly efficient system for differentiating human
embryonic stem cells … generating cells of the renal lineage are low, necessitating the use of …