Szabó Zoltán Tamás, Derkács Evelin, Deli Balázs, Prémusz Viktória, Vass Lívia, Pusztafalvi Henriette, Ács Pongrác
Faculty of Health Sciences, Institute of Physiotherapy and Sport Science, University of Pécs, Pécs, Hungary.
Faculty of Health Sciences, Doctoral School of Health Sciences, University of Pécs, Pécs, Hungary.
Front Sports Act Living. 2024 May 13;6:1339768. doi: 10.3389/fspor.2024.1339768. eCollection 2024.
The objective of our study was to examine, in addition to using the TOCA Football System tool and training method, the effect of a 10-week intervention on elite youth athletes in terms of their sport-specific motor skills and anthropometric variables.
The study covered a group of 32 young players practicing football (U14) (13.45 ± 0.64 years). The junior U14 footballers were randomly assigned to an intervention or TOCA group (TG, = 15, 13.25 ± 0.58 years) and a control group (CG, = 17, 13.63 ± 0.66 years). Before starting the test, we performed full anthropometric measurements and assessed the sample's agility with and without the ball and their sport-specific endurance. The measurements were then repeated after the 10-week intervention.
Within-group analysis showed significant improvements in muscle mass ( < 0.001), sport-specific endurance ( < 0.001), ( < 0.004) and agility (in TG) both with and without the ball ( = 0.002), ( = 0.004) however, we did not find a significant change in body fat percentage in either group ( = 0.988, = 0.288). In the CG, "agility with the ball" changed significantly only ( = 0.023). In the between-group analysis with a repeated-measures analysis of variance (mixed-design ANOVA), there was no significant interaction in any performance variables. The main findings of this study indicate that a TOCA Football training program in addition to normal training during the in-season period does not produce additional effects in anthropometric factors, sport-specific endurance and agility performance with the ball (dribbling) and without the ball in comparison with the control condition.
From a practical point of view, the presented anthropometric and physical profiles of players can be useful for football coaches in optimizing soccer training. Overall, it also can be concluded that the device can be safely used in the sensitive age group in terms of the development of motor skills since we did not find any negative effects during the use of the device in terms of the parameters we examined. In addition to the expansion of the number of elements and the inclusion of other age groups, it is advisable to carry out further complex tests, as the TOCA Football System offers many research opportunities.
我们研究的目的是,除了使用TOCA足球系统工具和训练方法外,还要考察为期10周的干预措施对精英青少年运动员特定运动技能和人体测量学变量的影响。
该研究涵盖了一组32名练习足球的年轻球员(U14)(13.45±0.64岁)。U14青少年足球运动员被随机分为干预组或TOCA组(TG,n = 15,13.25±0.58岁)和对照组(CG,n = 17,13.63±0.66岁)。在开始测试前,我们进行了全面的人体测量,并评估了样本在有球和无球情况下的敏捷性以及他们的特定运动耐力。在为期10周的干预结束后,再次进行这些测量。
组内分析显示,肌肉质量(p < 0.001)、特定运动耐力(p < 0.001)、(p < 0.004)以及有球和无球情况下的敏捷性(TG组)(p = 0.002)、(p = 0.004)均有显著改善;然而,我们发现两组的体脂百分比均无显著变化(p = 0.988,p = 0.288)。在CG组中,仅“有球敏捷性”有显著变化(p = 0.023)。在采用重复测量方差分析(混合设计方差分析)的组间分析中,任何性能变量均无显著交互作用。本研究的主要发现表明,与对照条件相比,在赛季期间除了正常训练外进行TOCA足球训练计划,在人体测量因素、特定运动耐力以及有球(运球)和无球情况下的敏捷性表现方面不会产生额外影响。
从实际角度来看,所呈现的球员人体测量和身体特征对于足球教练优化足球训练可能有用。总体而言,还可以得出结论:就运动技能发展而言,该设备可安全用于这个敏感年龄组,因为在使用该设备期间,就我们所考察的参数而言,我们未发现任何负面影响。除了增加元素数量和纳入其他年龄组外,建议进行进一步的综合测试,因为TOCA足球系统提供了许多研究机会。