… Interestingly, we find the increased variation in differentiated cell types is also associated …
genes (Supplemental Materials), further highlighting the level of regulatory control in iPSCs. …

… other human cancer cells can be reprogrammed into iPSCs. Interestingly, the oncogenic
mutations present in the reprogrammed KBM7-iPSCs do not fully prevent cellular differentiation …

… method to generate podocyte-like cells from human iPSCs. This represents a minimal invasive
and ethically accepted way to obtain human podocytes in appropriate quantities for basic …

… human iPSCs and SCNT-ESC derivatives. We provide proof-of-concept that differentiated
cells derived from human iPSCs are … We conclude that human iPSCs are capable of replacing …

… to assess the differentiation status and functionality of three human cell types (hiPSCs, …
usefulness in human cell therapy. Functionality and differentiation of these three cell types were …

… of HSCs from human iPSCs. Many studies have aimed to differentiate human iPSCs into
RBCs … In general, there are three steps for differentiation of iPSCs into RBCs, including the …

… whether undifferentiated iPSCs were present in the differentiated cells in the … differentiated
cells and cultivated them for ~1 week in iPSC maintenance state to derive undifferentiated cell …

… differentiation, our approach involves direct induction of human mesenchymal stem/stromal
cells … -derived chondrogenic differentiated cell pellets after 3 weeks of differentiation (3 knees…

… improved differentiation. Here, we compared the neural-differentiation potential of human
iPSCs, … We found that human iPSCs differentiate to neuroepithelial (NE) cells and functional …

… vitro conditions for efficient differentiation to the chondrocytic … progenitor cell population from
differentiating human iPSCs and … of iPSCs and limiting the heterogeneity of the differentiated …