Aging · 2020 · 27 citations · 30 references
MedicineEndocrinologyPhysiologyAgingInflammationSarcopeniaAge-related Muscle LossAge-related Physiological ChangesAging PhysiologyBiological AgingMuscle PhysiologyPathophysiology Of SarcopeniaAging-related Muscle AtrophyAging-related Muscle LossGene OverexpressionMuscle AgingMuscle AtrophyMuscle Function DeclineMuscle Mass DeclineSkeletal Muscle Atrophy
KO animals. Treatment with pharmacological doses of UnAG improved muscle performance in old mice without modifying the feeding behavior, body weight, and adipose tissue mass. The antiatrophic effect on muscle mass did not correlate with modifications of protein catabolism. However, UnAG treatment induced a strong shift towards oxidative metabolism in muscle. Altogether, these data confirmed and expanded some of the previously reported findings and advocate for the design of UnAG analogs to treat sarcopenia.
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