AI Unlocks the Secret Genes Behind Muscle Aging
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Scientists have provided new insights into muscle aging, identifying critical genes and mechanisms through the use of artificial intelligence. This study, which analyzed gene expression in younger and older adults, highlights USP54 as a key gene in muscle degradation. Findings suggest potential new drug targets and exercise-based interventions to preserve muscle mass and prevent age-related […]
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Scientists have provided new insights into muscle aging, identifying critical genes and mechanisms through the use of artificial intelligence. This study, which analyzed gene expression in younger and older adults, highlights USP54 as a key gene in muscle degradation. Findings suggest potential new drug targets and exercise-based interventions to preserve muscle mass and prevent age-related…
Scientists have provided new insights into muscle aging, identifying critical genes and mechanisms through the use of artificial intelligence. This study, which analyzed gene expression in younger and older adults, highlights USP54 as a key gene in muscle degradation. Findings suggest potential new drug targets and exercise-based interventions to preserve muscle mass and prevent age-related…