ESCs/iPSCs

Researchers may have discovered a means to produce large amounts of human pluripotent stem cells in a cheap and easy manner

Researchers describe how a microRNA can affect both pluripotency and cell cycle progression in human pluripotent stem cells

Researchers show how fibrinogen supplementation can induce the differentiation of embryonic stem cells into bone producing cells

A new study describes the importance of the integrin transmembrane receptors and how the help to maintain the pluripotent state

New cell cycle studies of the human embryonic stem cells suggests that a G2 pause is required for lineage-specific differentiation

The creation of naked mole rate iPSCs may provide us clues on how to create safer human stem cell therapies

Researchers describe a new quick and easy method to produce “mini” brains, or cerebral organoids, which may aid the construction of new therapeutic treatment strategies

A new study suggests that while mitochondrial replacement therapy may be successful in the treatment of mitochondrial disease, small amounts of mitochondrial carry-over can allow disease reappearance

A new study describing the differentiation of retinal ganglion cells from human pluripotent stem cells may provide a new tool to study optic neuropathies

New research highlights the importance of alternative splicing at various stages of iPSC reprogramming