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High Level of Sit-and-Reach Flexibility Enhances Neuromuscular Explosiveness Performance in Young Elite Soccer Players

机译:高水平的静止和达到灵活性增强了年轻精英足球运动员中的神经肌肉爆炸性表现

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Aim: Increased hamstring and lower back flexibility may contribute to preventing muscle injuries. However, inconsistencies exist on whether dynamic or static stretching exercises should be routinely used prior to and after training sessions/games to improve performance and ameliorate muscle soreness. No studies so far evaluated whether “poor” or “good” levels of flexibility may influence fitness parameters in elite young soccer players. The purpose, therefore, of the present study was to examine the effect of lower back and hamstring flexibility on several fitness parameters in elite young soccer players. Material & Method: One hundred three young elite soccer players (U15, U17, U19 National team members) were initially evaluated, but only 81 met the cut-off criteria and were included in the statistical analysis. These 81 players were separated into two groups based on their sit-and-reach flexibility score. The players whose score was less than 22 cm were included in the low-flexibility (L-Flex) group (n = 52), and those whose reach score was above 28 cm were included in the high-flexibility (H-Flex) group (n = 29). A comparison of several fitness parameters between groups was performed using unpaired t test. Results: Sit-and-reach flexibility was significantly higher (p & 0.001) in H-Flex (31.5 ± 3 cm) compared with the L-Flex group (18 ± 5 cm). No differences between groups were observed in age, height, body weight, % body fat, maximum speeds (5–30 m), isokinetic parameters, maximum aerobic speed and VO2max (p & 0.05). Countermovement jump (CMJ, p = 0.023) and CMJ with arm-swing (p = 0.005) were significantly better in the H-Flex compared with the L-Flex group. No correlation was observed between mean flexibility score and any other evaluated fitness parameters (p & 0.05). Conclusions: High level of sit-and-reach flexibility may contribute to enhancing neuromuscular explosiveness performance in young elite soccer players. However, the exact mechanism responsible for these results still need to be determined.
机译:目的:增加腿筋和较低的腰部灵活性可能有助于预防肌肉损伤。然而,在培训会话/游戏之前和之后应该经常使用动态或静态拉伸锻炼是否存在不一致,以提高性能和改善肌肉酸痛。到目前为止没有研究评估是否“差”或“良好”的灵活性水平可能影响精英年轻足球运动员中的健身参数。因此,本研究的目的是研究低层和腿筋灵活性对精英年轻足球运动员的几个健身参数的影响。材料&amp;方法:最初评估了一百三个年轻精英足球运动员(U15,U17,U19国家队成员),但只有81次达到截止标准,并被纳入统计分析。这81名玩家根据他们的坐直和达到灵活性分为两组。分数小于22厘米的球员包含在低柔韧性(L-弯曲)组(n = 52)中,并且达到得分高于28cm的那些含有高柔韧性(H-Flex)组(n = 29)。使用未配对T测试进行组之间若干健康参数的比较。结果:与L-弯曲组(18±5cm)相比,Sit-and-agra柔韧性在H-Flex(31.5±3cm)中显着高(P <0.001)。在年龄,高度,体重,体脂,最大速度(5-30μm),异动参数,最大好氧速度和vo2max(p& 0.05)中没有观察到差异。与L-Flex组相比,H-Flex在H-Flex中,具有臂摆动(P = 0.005)的对策跳转(CMJ,P = 0.023)和CMJ显着更好。在平均灵活性得分和任何其他评估的健身参数(P&GT 0.05)之间没有观察到任何相关性。结论:高水平的静脉和达到灵活性可能有助于提高年轻精英足球运动员的神经肌肉爆炸性表现。但是,负责这些结果的确切机制仍然需要确定。

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