Chinese scientists have achieved an important medical breakthrough by creating the world’s first laboratory-grown sinoatrial node, often called the heart’s master conductor. This tiny part of the ...

Deep within the heart’s right atrium lies the sinoatrial node, a tiny cluster of ...

Shanghai researchers engineer biological pacemaker that could offer a new way to control abnormal heart rhythms.

Domen, a senior scientist in stem cell operations at Stanford School of Medicine, decided to turn the unusual moment into a ...

In a breakthrough, Shanghai scientists have cultivated the world's first lab-grown sinoatrial node using human stem cells.

Chinese researchers have successfully engineered a "biological pacemaker" in a petri dish, creating a sinoatrial node organoid that can be regulated by nerve cells to control the heartbeat, a ...

The US may have Elvis Presley, Motown, Bob Dylan and the country stars of Nashville, but if we’re being honest, no country on ...

A tiny sea creature might hold the secret to reversing the aging process. When treated with a brief series of electrical pulses, sea squirts experience dramatic and long-lasting health improvements ...

Chinese researchers have mapped the world's first complete spatiotemporal gene expression atlas of human embryos during the ...

Chinese scientists have successfully grown the world's first sinoatrial node organoid from stem cells, offering a potential ...

Scientists are studying how stem cells grow in space in the hope of developing better treatments for cancer and other serious diseases. Research carried out aboard the International Space Station (ISS ...