… based on cellular sources of kidney regeneration, such as stem cell therapy. Our understanding
of cellular sources for kidney regeneration and stem cells present in the adult kidney has …

… the main mechanisms of kidney regeneration: dedifferentiation of epithelial cells and activation
of progenitor cells with special attention to potential niches of kidney progenitor cells. We …

… of resident stem cells within the adult kidney. These … localize to renal compartments and
contribute to regeneration. This … role of endogenous stem cells in renal regeneration and on the …

… kidney regeneration could be partly explained by hECS-EC-induced revascularization and
resident stem cell … hESC-ECs transplantation, renal resident stem cell proliferation increased …

… Adult stem cells are multipotent stem cells that reside in … kidney stem/progenitor cells from
the adult kidney have been performed, it remains controversial whether stem/progenitor cells …

… Hematopoietic stem cells can actively participate in renal regeneration in many animal models
of … the regeneration of resident cells, but do not participate directly in the repair process. …

… The first demonstration of the presence of resident progenitors/SC in the human adult
kidney was obtained by our group using CD133 as an SC marker [18]. The CD133 is mainly …

… , where they are located (whole kidney) and which markers can … by stem cells for renal
regeneration after an injury (Table 1). … presence of resident multipotent progenitor cell population …

… the kidney resident MSCs, we report a method for isolating MSCs from the murine kidney, …
We examined the impact of Nestin + MSCs on the renal repair after acute ischemic injury. …

… of stem cells for renal regeneration. It is proposed that harmonized rigorous protocols for
characterization, handling, and delivery of stem cells … of human and murine resident RPs, both …