The phenomenon of regeneration was discovered over 200 years ago in the freshwater polyp Hydra. Until now, however, it was largely unclear how the orderly regeneration of lost tissues or organs is ...

Skin wound healing shows a unique cellular function mechanism involving the interaction of several cells, growth factors, and cytokines. 3D illustration. [Ozgu Arslan/Getty Images] “Essentially, we ...

Scientists have created microscopic living robots that may be able to help heal the very things they’re made from: human cells. The creation, which was named Anthrobots, was made by a team at Tufts ...

For some amphibians, like salamanders and newts, losing a limb is not a big deal. But why mammals don’t share the ability to regrow limbs after amputations has been hard to explain. One theory ...

Chronic wounds remain a significant clinical challenge, in part because it is difficult to deliver sustained, localized ...

A new review shines a spotlight on efferocytosis, a critical biological process responsible for the removal of dead cells, as a central force in promoting efficient wound repair and maintaining tissue ...

Engineered “living bandages” could offer a new way to treat chronic wounds by delivering ...

Wool-derived keratin membranes helped regenerate organized, stable bone tissue and may offer a promising alternative to ...

The new system, termed KGN@PB@CM, combines several advanced elements. Prussian blue (PB) nanozymes act as potent reactive ...

Healing a broken heart has taken on new meaning—researchers led by Moderna's co-founder have a new approach that may repair heart function after damage, closing in on the long-awaited “Holy Grail” for ...