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First received: June 12, 2024

Clinical Trial: Investigating the Post-Activation Performance Enhancement Effects on Skeletal Muscles Under Varied Loading Conditions

Study Status: COMPLETED

Recruit Status: COMPLETED

Condition: Performance Enhancing Product Use

Study Type: INTERVENTIONAL


Official Title: Investigating the Post-Activation Performance Enhancement Effects on Strength-trained Athletes Under Varied Loading Conditions: A Time-domain Features Perspective

Brief Summary: With the advancement of sports science, Post-Activation Potentiation (PAP) has become a focal point of research, garnering significant attention for its underlying physiological mechanisms.Current studies suggest three primary mechanisms: 1) phosphorylation of myosin regulatory light chains (RLCs); 2) increased recruitment of high-threshold motor units; and 3) a reduction in sarcomere length heterogeneity within muscle fibers due to pre-stimulation (Liu & Li, 2017).These mechanisms collectively contribute to…

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