Di Martino Giulia, Giommoni Stefano, Esposito Fosco, Alessandro Davide, Della Valle Carlo, Iuliano Enzo, Fiorilli Giovanni, Calcagno Giuseppe, di Cagno Alessandra
Department of Medicine and Health Sciences, University of Molise, 86100 Campobasso, Italy.
Italian Fencing Federation, Viale Tiziano 74, 00196 Rome, Italy.
J Funct Morphol Kinesiol. 2024 Oct 30;9(4):213. doi: 10.3390/jfmk9040213.
This study aimed to evaluate the effects of a six-week visual training protocol, based on the Science Vision Training Academy (SVTA) method, on reaction times and executive functions in high-ranking fencers. Twenty-seven fencers, aged 17.34 ± 3.63 years, were randomly assigned to an experimental Visual Training Group (VTG = 16) and a Control Group (CG = 11). The VTG, in addition to regular fencing training, underwent SVTA training two times per week using six different visual modules, while the CG followed only their traditional fencing training. Simple and complex reaction times and movement times were assessed before and after the intervention using the Fit-Light System. Both groups showed a significant improvement in all four reaction time tests: simple reaction time with and without a weapon and complex reaction time ability (motor inhibition ability) with and without a weapon ( < 0.001). No significant differences were observed between the groups. A significant Time* Group interaction was found in the short reaction time and movement time ( < 0.001). This trend suggests that, although genetically determined and difficult to significantly improve through training, short reaction time can be stimulated through SVTA protocols. Training in realistic conditions is always preferable to non-ecological protocols; however, the SVTA method may be beneficial to enhance simple reaction time in elite fencers.
本研究旨在评估基于科学视觉训练学院(SVTA)方法的为期六周的视觉训练方案对高水平击剑运动员反应时间和执行功能的影响。27名年龄在17.34±3.63岁之间的击剑运动员被随机分为实验性视觉训练组(VTG = 16)和对照组(CG = 11)。视觉训练组除了进行常规击剑训练外,每周使用六个不同的视觉模块进行两次SVTA训练,而对照组仅进行传统的击剑训练。使用Fit-Light系统在干预前后评估简单和复杂反应时间以及运动时间。两组在所有四项反应时间测试中均显示出显著改善:使用和不使用武器时的简单反应时间以及使用和不使用武器时的复杂反应时间能力(运动抑制能力)(<0.001)。两组之间未观察到显著差异。在短反应时间和运动时间方面发现了显著的时间*组交互作用(<0.001)。这一趋势表明,尽管反应时间由基因决定且难以通过训练显著改善,但可以通过SVTA方案来激发。在现实条件下进行训练总是优于非生态方案;然而,SVTA方法可能有利于提高精英击剑运动员的简单反应时间。