Abstract

The objectives of this study were to examine the effects of a moderate intensity strength training on changes in critical velocity (CV), anaerobic running distance (D'), sprint performance and Yo-Yo intermittent running test (Yo-Yo IR1) performances. Methods: two recreational soccer teams were divided in a soccer training only group (SO; n = 13) and a strength and soccer training group (ST; n = 13). Both groups were tested for values of CV, D', Yo-Yo IR1 distance and 30-m sprint time on two separate occasions (pre and post intervention). The ST group performed a concurrent 6-week upper and lower body strength and soccer training, whilst the SO group performed a soccer only training. Results: after the re-test of all variables, the ST demonstrated significant improvements for both, YoYo IR1 distance (p = 0.002) and CV values (p<0.001) with no significant changes in the SO group. 30-m sprint performance were slightly improved in the ST group with significantly decreased performance times identified in the SO group (p<0.001). Values for D' were slightly reduced in both groups (ST -44.5 m, 95% CI = -90.6 to 1.6; SO -42.6 m, 95% CI = -88.7 to 3.5). Conclusions: combining a 6-week moderate strength training with soccer training significantly improves CV, Yo-Yo IR1 whilst moderately improving 30-m sprint performances in non-previously resistance trained male soccer players. Critical Velocity can be recommended to coaches as an additional valid testing tool in soccer.

Highlights

  • One of the most important variables for measuring performance in soccer is physical conditioning [1]

  • The soccer training only group (SO) group showed a non-significant improvement (95% CI = -59.9 to 66.1 m/s, t(24) = 0.1, p = 0.921, d = 0.02), the soccer training group (ST) group covered 147.7 m more (95% C.I. = 84.7 to 210.7) at the YoYo IR1 test after completing the specific training, t(24) = 4.84, p

  • In order to determine the statistical power, a post-hoc analysis was conducted of the primary outcome (Yo-Yo IR1) for the ST group (n = 13, d = 0.95)

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Summary

Introduction

One of the most important variables for measuring performance in soccer is physical conditioning [1]. A significant relationship between the maximal aerobic conditioning of a player. Strength and Soccer Training and both, the number of sprints attempted and the distance covered during a game has been established [2]. Critical to the success in soccer are strength and power actions [3,4]. These have been demonstrated to develop through specific training and are intrinsically linked to improved overall match performances [5,6,7]. The performance levels of such actions expressed as maximum strength can distinguish between competitive levels of soccer players and a strong relationship between maximal strength and sprint times has been suggested [8]

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