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The Main and Interactive Effects of Biological Maturity and Relative Age on Physical Performance in Elite Youth Soccer Players

机译:生物成熟度和相对时代对精英青年足球运动员体育绩效的主要和互动影响

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The main and interactive effect of biological maturity and relative age upon physical performance in adolescent male soccer players was considered. Consistent with previous research, it was hypothesised that participants of greater maturity or born earlier in the selection year would perform better in terms of physical performance tests. This cross-sectional study consisted of 84 male participants aged between 11.3 and 16.2 years from a professional soccer academy in the English Premier League. Date of birth, height, weight, and parental height were collected. Sprint, change of direction, countermovement jump, and reactive strength index were considered for physical performance. Relative age was based on the birth quarter for the selection year. Maturity status was based upon the percentage of predicted adult height attained. Linear regression models highlighted that maturation was associated with performance on all but one of the physical performance tests, the reactive strength index. In contrast, relative age only served as a significant predictor of performance on the countermovement jump. This study indicated that physical performance (in the tests studied) seems to be related to the biological maturity status of a player but not their relative age. This finding is important because it suggests that early-maturing players perform better in the majority of physical performance tests, and the commonly held belief that relative age effect influences performance may be overstated.
机译:考虑了生物成熟度和相对年龄在青少年男足球运动员身体表现上的主要和互动效果。与以前的研究一致,它是假设的,参与者在选择年初的更早的成熟度或出生的参与者将在物理性能测试方面表现更好。这种横断面研究由84名男性参与者介于11.3至16.2岁之间,距英文英超联赛的职业足球学院。收集出生日期,高度,体重和父母身高。 Sprint,方向改变,对抗跳跃和无功强度指数被认为是物理性能。相对年龄是基于选择年的出生季度。到期状态是基于所达到预测成人高度的百分比。线性回归模型突出显示成熟与所有物理性能测试,反应强度指数的性能相关联。相比之下,相对年龄仅作为对策跳跃的性能的显着预测因子。本研究表明,物理性能(在研究的测试中)似乎与玩家的生物成熟状态有关,但不是它们的相对时代。这一发现很重要,因为它表明早期成熟的球员在大多数物理性能测试中表现更好,并且普遍认为相对年龄效应影响性能的表现可能被夸大。

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