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Elamipretide improved skeletal muscle force, titin phosphorylation, and atrophy in a HFpEF rat model, supporting cardiolipin stabilization as a promising mitochondrial-targeted strategy.
In a HFpEF rat model, Elamipretide improved muscle force, reduced titin abnormalities, and prevented atrophy, supporting cardiolipin stabilization as a potential strategy for exercise intolerance.
In a HFpEF rat model, elamipretide improved skeletal muscle force, reduced titin hyperphosphorylation, and prevented atrophy, supporting cardiolipin stabilization as a promising metabolic strategy.
In a rat model of HFpEF, the mitochondrial-targeted peptide elamipretide improved skeletal muscle force, reduced atrophy, and normalized titin phosphorylation, supporting cardiolipin stabilization as a promising mechanism.
