Soccer differences in order to explosive strength and rapidity among defenders, midfielders and forwards during COVID-19

Maria D'Apice, T. Iona, T. D’Isanto
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Abstract

Problem statement. The aim of the study is to verify if the same protocol brings the same results towards the three roles of soccer, in terms of explosive power and speed, and if the COVID-19 affected the performance during the period September-December. Methods. Eighteen (n = 18) Italian elite soccer players, without goalkeepers, participated in this study (age 24.5 +/- 5.9;body weight 75.2 +/- 6.0;height 181.2 +/- 7.1) from July to December, a period in which the whole team was infected by COVID-19. The players were monitored through two specific tests, CMJ and Speed test on 10 meters, detected in three different periods and in relation to three different playing positions: (D) defenders, (M) midfielders and (F) forwards. Soccer players have been trained following the same program training. A 3x3 Mixed-design analysis of variance was used to verify differences between the three roles and the results of the three measurements taken in July, September and December for each test. Results. The results is statistically significant (p .05). Conclusion. In relation to the protocol used, we noticed that in terms of speed the forward role had the greatest improvement, while in terms of power in the lower limbs the role of the midfielder. Therefore, it is not possible to use the same training protocol for all roles, but to program your own personalized training plan based on the results of the match analysis and the performance model of each role.
2019冠状病毒病期间后卫、中场和前锋在爆发力和速度方面的足球差异
问题陈述。该研究的目的是验证相同的方案是否会在爆发力和速度方面为足球的三个角色带来相同的结果,以及COVID-19是否影响了9月至12月期间的表现。方法。18名(n = 18)意大利优秀足球运动员(年龄24.5 +/- 5.9,体重75.2 +/- 6.0,身高181.2 +/- 7.1)在7月至12月全队感染COVID-19期间参加了这项研究,没有守门员。通过CMJ和10米速度测试两项具体测试对球员进行监测,在三个不同的时间段检测,涉及三个不同的比赛位置:(D)后卫,(M)中场和(F)前锋。足球运动员也按照同样的程序训练。使用3x3混合设计方差分析来验证三个角色之间的差异以及在7月,9月和12月对每个测试进行三次测量的结果。结果。结果有统计学意义(p .05)。结论。我们注意到,在速度方面,前锋的作用有了最大的提高,而在下肢力量方面,中场的作用有了最大的提高。因此,不可能对所有角色都使用相同的训练方案,而是根据匹配分析的结果和每个角色的性能模型来制定自己的个性化训练计划。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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