Training Impulse and Its Impact on Load Management in Collegiate and Professional Soccer Players

Clinton C. Gardner, J. Navalta, Bryson Carrier, Charli D Aguilar, Jorge Perdomo Rodriguez
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引用次数: 1

Abstract

Methods: Training impulse (TRIMP) is obtained through wearable technology and plays a direct role on the load management of soccer players. It is important to understand TRIMP to best prepare athletes for competition. A systematic search for articles was conducted using Google Scholar, with papers screened and extracted by five reviewers. The inclusion criteria were: the study was focused on collegiate or professional soccer, the use of training impulse (TRIMP), and the use of wearable technology to measure TRIMP. Of 10,100 papers, 10,090 articles were excluded through the systematic review process. Ten papers were selected for final review and grouped based on (1) training vs. match (N = 8/10), (2) preseason vs. in-season (N = 3/10), and (3) positional comparison (N = 3/10). Wearable technologies mainly track physical metrics (N = 10/10). Higher TRIMP data were noted in starters than reserves throughout the season in matches and slightly lower TRIMP for starters vs. reserves during training. TRIMP data change throughout the season, being higher in preseason phases compared to early-season, mid-season, and late-season phases. These findings help highlight the benefits of TRIMP in managing internal player load in soccer. Future research should focus on utilizing wearable-derived TRIMP and the impact on player performance metrics, and how TRIMP data vary across different positions in soccer.
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训练冲动及其对大学生和职业足球运动员负荷管理的影响
方法:通过可穿戴技术获取训练冲量(Training impulse, TRIMP),对足球运动员的负荷管理起直接作用。了解TRIMP对运动员为比赛做最好的准备是很重要的。使用Google Scholar对文章进行了系统搜索,论文由五位审稿人筛选和提取。纳入标准为:研究集中在大学或职业足球,使用训练冲量(TRIMP),并使用可穿戴技术测量TRIMP。在10100篇论文中,10090篇文章通过系统评价过程被排除。选择10篇论文进行最终评审,并根据(1)训练vs比赛(N = 8/10)、(2)季前赛vs季中(N = 3/10)、(3)位置比较(N = 3/10)进行分组。可穿戴技术主要跟踪物理指标(N = 10/10)。在整个赛季的比赛中,首发球员的TRIMP数据高于替补球员,而在训练期间,首发球员的TRIMP数据略低于替补球员。TRIMP数据在整个季节都在变化,季前阶段的数据高于季初、季中和季末阶段。这些发现有助于强调TRIMP在管理足球运动员内部负荷方面的好处。未来的研究应该集中在利用可穿戴设备衍生的TRIMP和对球员表现指标的影响,以及TRIMP数据在足球中不同位置的变化。
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