… murine embryonic stem cells through the renal artery scaffold … study showed that these natural
scaffolds not only supported … good for differentiation of adherent cells into kidney cell types…

… cell mass of the preimplantation embryo contains embryonic stem cells (ESCs) that can
naturally … extracellular matrix scaffolds composed of kidneys enzymatically depleted of native …

… before the derivation of the first human embryonic stem cells (… scaffolds (56), seeding of
primary kidney cell isolates on hollow fibers for use as renal assist devices alongside dialysis (92)…

… of a human umbilical cord mesenchymal stem cell-loaded decellularized kidney scaffold (ucMSC-DKS)
on renal fibrosis in a rodent model of post-transplantation renal failure, and the …

… , native human kidney tissue and renal ECM scaffolds obtained … to use kidney natural scaffolds
for tissue engineering due to … rat kidney scaffolds recellularized with embryonic stem cells, …

… We also aim to produce renal scaffolds with structural, … reduction in DNA versus the natural
renal tissues (p < 0.001). … to the murine kidney, supporting murine embryonic stem cells [16…

… stem cells (hUC-MSCs), which were genome-engineered to secrete angiogenic or anti-inflammatory
factors. The scaffold-free cell … applied to kidneys of mice with acute kidney injury, …

… cellular heterogeneity within kidney organoids differentiated in varying extracellular growth
environments Once we verified appropriate differentiation of renal cell … , a natural scaffold, …

… scaffolds will allow for improved differentiation of kidney … the controversial use of human
embryonic stem cells (ESCs) [54]… implanted human kidney progenitors from human fetal kidneys …

… on the use of natural organ scaffolds and their repopulation … rat kidney scaffold using mouse
embryonic stem cells10,11. In … differentiation of human iPSC toward renal progenitor cells27. …