Scientists Reverse Aging in Human Cells for First Time in Lab Trial
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Health
Cell
Researchers at Stanford have demonstrated targeted reversal of cellular aging in human dermal cells in vitro, restoring biological markers to those of cells roughly 30 years younger. The approach uses partial epigenetic reprogramming with Yamanaka factors, modified to avoid triggering uncontrolled cell growth. The team emphasized this is a laboratory milestone — not a treatment.
Aging is increasingly being treated as a biological problem with engineering solutions — not an inevitability.
Context
Yamanaka factors won the 2012 Nobel Prize and have been studied in animal aging models…
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