differentiation

How stem cells in human teeth respond to different environmental conditions offers clues for regenerative medicine.

Researchers are taking the concept of three-dimensional cell culture beyond single organoids to develop embryos from cells.

The cell conversion strategy restores neurons and motor functions lost as a result of an induced Parkinson’s-like illness in the animals.

Lab-grown stem cells fill in for damaged tissue in the noses of mice.

Researchers stumbled across the connection while searching for ways to reduce vision problems in people with achromatopsia.

A trio of papers provide new insight into embryo development.

Thousands of axons grew from the transplants and connected to damaged primate tissue, the first such demonstration in primates.

Adding or removing water changes how stem cells differentiate.

The International Human Epigenome Consortium presents a series of studies on how epigenetics influences immunity, cell lineage determination, and differentiation.

Since their introduction to the lab, pluripotent stem cells have gone from research tool to therapeutic, but the journey has been rocky.

Understanding interactions between the immune system and stem cells could pave the way for successful stem cell–based regenerative therapies.

A method that forces human eggs to divide can produce embryonic stem cells capable of division and differentiation with only one copy of each gene.

Adipogenesis in mice has alternating genetic requirements throughout the animals’ lives.