stem cells

This new understanding could one day lead to targeted treatments. 

Urinary tract infections leave permanent epigenetic marks in the mouse bladder epithelium, reprogramming its response to subsequent infections, a study finds.

Scientists engineered human pluripotent stem cells with synthetic gene circuits to control differentiation without human input.

An overview of the power and flexibility of live-cell analysis

Discover how process knowledge is integral to stem cell workflow improvement and optimization.

Closed systems increase cell therapy manufacturing process efficiency.

Normoxic atmospheric conditions provide excessive oxygen availability, leading to abnormal cell behavior.

Paul George shares how a dual career as a physician and scientist enriches his research.

Innovative strategies drive stem cell repair of organ damage.

Most animals can’t pass on mutations that arise spontaneously throughout their lives—but Elkhorn corals can.

Discover the various ways scientists bolster stem cells to understand and cure disease.

Miniaturized, in vitro versions of organs provide insights into disease and development.

Using stem cells and a bioreactor, researchers generated living embryos that survived for more than a week and began to develop internal organs.

Commerically-available peripheral blood mononuclear cells offer a well-characterized, accessible, and consistent model for immunology and therapeutic development.

Delivering antioxidants via extracellular vesicles to atrophied muscles restores them during rehabilitation.

See some of the coolest images recently featured by The Scientist

In this webinar, Kim Vanuytsel and Ryan Flannigan will discuss cutting-edge technologies for improving stem cell-based therapies.

Rounds of trial-and-error exploring the layer of cells covering the ovary leave open questions about stem cells that are associated with ovarian cancer.

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

Personalized stem cells improved motor symptoms and depression signs in monkeys modeling Parkinson’s disease, paving the way for trials in human patients.