An implant that contains cartilage derived from stem cells eases pain and restores function in dogs with moderate osteoarthritis. Can it work for people?

"Being able to learn how to make stem cells grow faster has the potential to increase the chance for a better treatment for patients."

When researchers used a tiny device about the width of a few strands of hair to implant insulin-secreting cells into mice, it cured their diabetes.

A new way to study uterine fluid could one day could one day stave off pregnancy complications such as miscarriage or birth defects.

Blocking a gene involved in the healing process reduced scarring in a new study with animals. The work could have implications for burn patients.

A new study in mice shows how aging affects stem cells in the brain, as well as how to reactivate the production of neurons.

Using a patient's own stem cells may offer a way to repair spinal cord injuries. In a new study, researchers saw improved walking and motor function.

A platform called bio-thermal scanning probe lithography (bio-tSPL), takes a "photograph" of the bone tissue, and then uses the photograph to produce a replica of it.

The addition of a growth hormone allows certain equine stem cells to better treat injuries in horses, report researchers.

Telomere shortening, long thought an unwanted side-effect of aging, actually protects against cancer in humans, a new study indicates.