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短跑加速性能的后激活性能增强(PAPE)。

Postactivation performance enhancement (PAPE) of sprint acceleration performance.

机构信息

Faculty of Health Sciences, Centre for Exercise Science and Sports Medicine, University of the Witwatersrand, Johannesburg, South Africa.

FIMS Collaborating Centre of Sports Medicine, Johannesburg, South Africa.

出版信息

Eur J Sport Sci. 2022 Sep;22(9):1411-1417. doi: 10.1080/17461391.2021.1955012. Epub 2021 Aug 8.

Abstract

Postactivation performance enhancement (PAPE) is a principle that an acute bout of high-intensity voluntary exercise is followed by an enhancement in strength, speed or power production. This study intended to show a direct correlation between intensity, specificity and the outcome of a maximal task of sprint accelerations compared to a previously defined weighted plyometric intervention. In a randomised controlled, double-blind trial, professional footballers undertook 20 m maximal sprint accelerations at a baseline and at 2 and 6 min post-intervention after 1 of 3 interventions; 2 repetitions of 20 m sprint accelerations (S), 3 × 10 alternative leg weighted bounding (P) and control (C). Relative to the baseline there was a significant improvement for S over 10 and 20 m at 2 min of 0.12m.s and 0.11m.s and 6 min of 0.11m.s and 0.12m.s. Relative to the baseline P also had a significant improvement over 10 and 20 m at 2 min 0.09m.s and 0.09m.s and 6 min of 0.11m.s and 0.09m.s. There was a significant improvement in C between 2 and 6 min post-intervention at 10 and 20 m of 0.06m.s and 0.08m.s. This finding suggests a maximal sprint acceleration may enhance the outcome of a subsequent maximal sprint acceleration at 2 min, but the latter results could not be directly attributed to the interventions as previous testing is likely to have influenced these outcomes.

摘要

后激活性能增强(PAPE)是指高强度的急性自愿运动后,力量、速度或功率产生增强的原理。本研究旨在展示与之前定义的加权弹振式干预相比,强度、特异性与最大冲刺加速度任务结果之间的直接相关性。在一项随机对照、双盲试验中,职业足球运动员在基线和干预后 2 分钟和 6 分钟进行了 20 米最大冲刺加速度测试,干预后分别进行了 3 种干预中的 1 种;20 米冲刺加速度重复 2 次(S)、3 次 10 次交替腿负重跳跃(P)和对照组(C)。与基线相比,S 在 2 分钟时在 10 米和 20 米处的相对改善分别为 0.12m.s 和 0.11m.s,在 6 分钟时的相对改善分别为 0.11m.s 和 0.12m.s。与基线相比,P 在 2 分钟时在 10 米和 20 米处的相对改善分别为 0.09m.s 和 0.09m.s,在 6 分钟时的相对改善分别为 0.11m.s 和 0.09m.s。C 在干预后 2 分钟和 6 分钟之间在 10 米和 20 米处的相对改善分别为 0.06m.s 和 0.08m.s。这一发现表明,最大冲刺加速度可能会在 2 分钟时增强随后的最大冲刺加速度的结果,但后一种结果不能直接归因于干预,因为之前的测试可能已经影响了这些结果。

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