
Stanford researchers halt cartilage aging and regrow knee tissue in lab tests
Stanford scientists found a way to regrow knee cartilage in mice and human samples by blocking a protein that rises with age.


Stanford scientists found a way to regrow knee cartilage in mice and human samples by blocking a protein that rises with age.

Stem cell advocates see the FDA's openness toward peptides as a sign the agency may finally host public roundtables on their industry.

Two papers propose aging stems from cells losing their identity rather than accumulating damage, a fresh model for understanding senescence.

Mount Sinai finds Alzheimer's risk gene APOE4 damages brain blood vessels and builds abnormal proteins, but the damage may be reversible.

A tale of stem cells that, transplanted into a mouse's injured brain, restore motion and mend the very vessel that shields the mind.

A mouse with half its brain made of human cells and nine young innovators fighting climate tech — the week's strangest science.

Stanford scientists grow human brain tissue inside mice, replacing half their own brains, showing cells moving into living tissue.

A Stanford team has implanted human brain cells into a mouse's cortex, creating an animal that remembers mazes better than a control mouse missing brain tissue.
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