Researchers say they are one step closer to tooth regeneration in humans thanks to new developments in growing bioengineered ...

Limb regeneration in humans is a fascinating area of science that, for the moment, is not naturally possible as it is in some animals, such as certain species of reptiles or amphib ...

A study has elucidated the mechanism by which bacterial cellulose mediates plant tissue regeneration. The work has been ...

In the Tufts study, the bioengineered teeth developed these ligament-like connections, a promising sign that they could one ...

In the animal kingdom, the vertebrate intestine is renowned for its regenerative capacity, a vital process for maintaining ...

Discover how neural stem cells activate in the adult human brain, unlocking potential for regeneration, repair, and new ...

Understanding why newborns, but not adults, can regenerate the heart could lead to treatments that "reprogram" adult ...

Recent research into bacterial cellulose patches may speed plants' recovery, improve grafting and help with preservation.

Scientists have discovered that neural stem cells (NSCs) receive constant feedback from their daughter cells, influencing whether they remain dormant or activate to form new neurons and glia.

For the past two decades, scientists have been manipulating genes to grow human cells where you wouldn’t quite expect them.

A University of Ottawa neuroscientist has led a Canadian research team to reveal important new insights into the activation ...

Researchers developed an epigenetic editing approach to silence the PCSK9 gene, achieving long-term cholesterol reduction ...