Google's former AI team member Jad Tarifi advises students against pursuing lengthy AI doctoral programs, suggesting the ...

Planarian stem cells can be “independent” and turn into any type of cell without needing a nearby niche, a new study indicates.

In a discovery that ties the biology of aging to cancer risk, scientists from the University of Tokyo have found that the ...

Japanese researchers discovered that hair graying and melanoma share a surprising cellular origin. When DNA damage strikes ...

The human body has good reason for its tighter controls. Cells that multiply unchecked are the roots of cancer. “Our hope is ...

Stacker combed through Niche's 2023 Hardest Colleges to Get Into in America ranking to see which school is the most difficult ...

Imagine a sloth. You probably picture a medium-sized, tree-dwelling creature hanging from a branch. Today's sloths—commonly ...

Balancing simplicity and sensory Removing additives impacts taste, texture and shelf life. The challenge is to simplify ...

There was a collective sigh of relief across the state on Friday as more than 20,000 students emerged from what many have ...

Throughout life, our cells are constantly exposed to environmental and internal factors that can damage DNA. While such DNA ...

Stem cells in most organisms typically take cues from adjacent cells. But new research from the Stowers Institute for Medical ...

Stowers scientists uncover new principles guiding how flatworm stem cells regenerate body parts, revealing clues that could advance tissue repair and regenerative medicine in humans. Stem cells in ...