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This study will investigate the acute effects of two squat-based post-activation performance enhancement (PAPE) protocols-moderate load (80% of 6RM) and maximal load (100% of 1RM)-on judo-specific performance in elite male judokas. A total of 20 national-level male judokas will participate in a randomized, counterbalanced protocol across a 3-week period. Each participant will complete standard and experimental warm-up sessions followed by the Special Judo Fitness Test. Outcome measures will include total throws, immediate and 1-minute post-exercise heart rates, and the performance index. The study aims to determine the optimal PAPE intensity for enhancing performance while minimizing fatigue in combat sport athletes.
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This study will examine the acute effects of two different squat-based post-activation performance enhancement (PAPE) protocols on judo-specific performance in elite male judokas. The purpose is to identify an optimal loading strategy that enhances performance without inducing excessive fatigue, which is critical for pre-competition preparation in combat sports.
A total of 20 male judokas with at least two years of competitive experience at the national level will be recruited. Participants will undergo three different warm-up conditions in a randomized, counterbalanced order over a 3-week period:
A standard warm-up (SWU) based on typical judo routines
A moderate-load PAPE warm-up (80% of 6-repetition maximum)
A maximal-load PAPE warm-up (100% of 1-repetition maximum)
Each warm-up session will last approximately 25 minutes. After each warm-up, participants will perform the Special Judo Fitness Test (SJFT), which assesses anaerobic capacity, throwing ability, and recovery. Outcome measures will include the number of total throws, immediate and 1-minute post-test heart rate, and the SJFT performance index.
It is expected that the moderate-load (80%) PAPE protocol will yield the greatest improvements in judo-specific performance, offering a better balance between muscle potentiation and fatigue than the maximal-load (100%) or standard warm-up conditions. These findings will inform practical warm-up strategies for combat sport athletes aiming to enhance performance immediately before competition.
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20 participants in 3 patient groups
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Data sourced from clinicaltrials.gov
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