Scientists Create AI 'Brain Aging Clock' To Identify 453 Anti-Aging Treatments In Mice
SPAIN, JUL 22 – The brain-specific transcriptomic clock identified 453 compounds that rejuvenate aging brain cells and improved cognitive functions in mice, offering new therapeutic potential for neurodegenerative diseases.
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6 Articles
Scientists Create AI 'Brain Aging Clock' To Identify 453 Anti-Aging Treatments In Mice
What if doctors could determine how old someone's brain actually is — not based on their birth certificate, but on how youthful their neural tissue appears at the cellular level? The post Scientists Create AI ‘Brain Aging Clock’ To Identify 453 Anti-Aging Treatments In Mice appeared first on Study Finds.
Computational clock identifies compounds that may rejuvenate aging brain cells
What if there was a way to make aging brain cells younger again? An international research team from Spain and Luxembourg recently set out to address this question. After developing an aging clock capable of assessing the biological age of the brain, they used it to identify possible brain-rejuvenating interventions. The computational tool they created, recently presented in the journal Advanced Science, constitutes a valuable resource to find c…
The Transcriptomics of Slowed Brain Aging in Mice Produced by Calorie Restriction
The practice of calorie restriction, eating as much as 40% fewer calories while still obtaining sufficient micronutrients, is well demonstrated to slow aging in many species, though to a greater degree in short-lived species than in long-lived species. Human studies have demonstrated improved long-term health and measures of aging to result from even mild calorie restriction, closer to 10% fewer calories consumed. Calorie restriction alters near…
Aging Clock Unveils Compounds That Rejuvenate Brain Cells
Scientists developed a computational “aging clock” that measures the biological age of brain cells and identifies compounds with rejuvenating potential. By analyzing gene activity from healthy and neurodegenerative brain tissue, they pinpointed 453 interventions predicted to reverse cellular aging.
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