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青少年足球运动员等动向心离心过载训练:对力量、冲刺、变向、敏捷和足球射门精度的影响。

Isoinertial Eccentric-Overload Training in Young Soccer Players: Effects on Strength, Sprint, Change of Direction, Agility and Soccer Shooting Precision.

机构信息

Department of Medicine and Health Sciences, University of Molise, Campobasso, Italy.

Faculty of Psychology, eCampus University, Novedrate, Italy.

出版信息

J Sports Sci Med. 2020 Feb 24;19(1):213-223. eCollection 2020 Mar.

Abstract

The isoinertial training method owes its efficacy to an accommodated resistance and optimal individualized eccentric overload. The aim of this study was to assess the effects of a 6-week isoinertial eccentric-overload training program - using a flywheel inertial device during the execution of specific soccer exercises - on explosive and reactive strength, sprint ability, change of direction (COD) performance and soccer shooting precision. Thirty-four junior soccer players were randomly assigned to a plyometric training group (PT) (n = 16, aged 13.36 ± 0.80), which underwent a six-week traditional soccer training program, and a flywheel eccentric overload group (FEO) (n = 18, aged 13.21 ± 1.21), which received additional training consisting of two inertial eccentric-overload training sessions per week. Pre and post intervention tests were carried out to assess explosive and reactive strength, sprint ability, COD ability, agility using the Y-agility test (YT) and soccer shooting precision. The FEO showed significantly higher values than the PT in squat jump height (SJh) (p = 0.01), drop jump height (DJh) (p = 0.003), 7 repeated hop test heights (p = 0.001), the Illinois test (ILL) (p = 0.001), and the Loughborough Soccer Shooting Test (SHOT) (p = 0.02). Finally, the FEO showed significant between-group differences in DJh (p = 0.007), ILL (p = 0.0002), YT (p = 0.002), a linear sprint test (SPRINT) (p = 0.001), and SHOT (p = 0.003). These results confirmed the positive effect of isoinertial training. The use of an isoinertial device to overload multidirectional movements in specific sport conditions leads to greater performance improvements than conventional soccer training. The absence of knowledge of the eccentric overload applied by the isoinertial device, which is different in any exercise repetition, may stimulate the athlete's neural adaptations, improving their soccer skills and in particular their soccer shooting precision.

摘要

等速向心训练方法的有效性源于适应阻力和最佳个体化的离心过载。本研究的目的是评估 6 周等速离心过载训练方案的效果 - 在执行特定的足球练习时使用飞轮惯性装置 - 对爆发力和反应力量、冲刺能力、变向(COD)能力和足球射门精度的影响。34 名青少年足球运动员被随机分配到一个增强式训练组(PT)(n = 16,年龄 13.36 ± 0.80),他们接受了为期六周的传统足球训练计划,以及一个飞轮离心过载组(FEO)(n = 18,年龄 13.21 ± 1.21),他们每周接受两次惯性离心过载训练。在干预前后进行测试,以评估爆发力和反应力量、冲刺能力、COD 能力、使用 Y 型敏捷测试(YT)的敏捷性和足球射门精度。FEO 在深蹲跳高度(SJh)(p = 0.01)、跳深高度(DJh)(p = 0.003)、7 次重复跳测试高度(p = 0.001)、伊利诺伊测试(ILL)(p = 0.001)和拉夫堡足球射门测试(SHOT)(p = 0.02)中显示出明显高于 PT 的值。最后,FEO 在 DJh(p = 0.007)、ILL(p = 0.0002)、YT(p = 0.002)、线性冲刺测试(SPRINT)(p = 0.001)和 SHOT(p = 0.003)中显示出显著的组间差异。这些结果证实了等速训练的积极效果。使用等速装置对特定运动条件下的多方向运动进行过载会导致比传统足球训练更大的性能提高。由于任何运动重复的等速装置施加的离心过载是不同的,因此运动员可能不知道所施加的离心过载,这可能会刺激运动员的神经适应,提高他们的足球技能,特别是他们的足球射门精度。

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