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Preseason Training: The Effects of a 17-Day High-Intensity Shock Microcycle in Elite Tennis Players

机译:季前训练:17天高强度冲击微周期对优秀网球运动员的影响

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摘要

Preseasons in tennis are normally reduced to 5 to 7 weeks duration, and coaches should use an integrated approach to conditioning and skill-based work. The aim of the present study was to investigate the effects of adding a high-intensity training (HIT) shock microcycle to the normal training content in several physical performance indicators in the preseason training of high-level male tennis players. Over 17 days, 12 male tennis players performed 13 HIT sessions in addition to their usual training. Physical performance tests (30:15 intermittent fitness test [VIFT], 20 m sprint, countermovement jump [CMJ], repeated sprint ability [RSA]) were conducted before (pre-test) and 5 days after the intervention (post-test). After the shock microcycle, results showed a significant increase in the VIFT (p < 0.001; Large ES) and a significant decrease in the mean RSA time (RSAm) (p = 0.002; Small ES), while there were no significant changes in the other parameters analysed (e.g., 20 m, CMJ, best RSA time [RSAb]; percentage of decrement in the RSA [%Dec]). Moreover, the training load (TL) during tennis sessions was significantly higher (p < 0.01; Large ES) than the TL during the integrated sessions, except during the first training session. A 17-day shock microcycle (i.e., 13 HIT sessions) in addition to the regular tennis training significantly improved parameters that can impact physical performance in tennis. Moreover, additional sessions, including running exercises based on the 30:15ITF and on-court specific exercises, were characterised by significantly lower TL than tennis-training sessions.Key points class="unordered" style="list-style-type:disc">HIT shock microcycle increases performance in professional tennis players in a short period of time.The inclusion of additional sessions, with running exercises based on the 30:15ITF and on-court specific exercises, was characterised by a significantly lower TL than tennis-training sessions alone.Coaches should be aware of TL (e.g., RPE) and fatigue-related parameters (e.g., muscle soreness) in order to avoid overreaching symptoms.
机译:网球的季前赛通常减少到5至7周,教练应采用综合方法进行调理和基于技能的工作。本研究的目的是研究在高水平男性网球运动员的季前训练中,在几个物理性能指标的正常训练内容中添加高强度训练(HIT)冲击微循环的影响。在17天的时间里,除常规训练外,12位男性网球运动员还进行了13次HIT课程。在干预前(测试前)和干预后5天(测试前)进行了体能测试(30:15间歇性体能测试[VIFT],短跑20 m,反跳动作[CMJ],重复短跑能力[RSA])。 。冲击微循环后,结果显示VIFT显着增加(p <0.001;大ES),平均RSA时间(RSAm)显着减少(p = 0.002;小ES),而分析其他参数(例如20 m,CMJ,最佳RSA时间[RSAb]; RSA中的递减百分比[%Dec])。此外,除了第一次训练期间,网球训练期间的训练负荷(TL)显着高于综合训练期间的训练负荷(p <0.01;大ES)。除了进行常规的网球训练外,为期17天的电击微周期(即13次HIT训练)大大改善了可能影响网球物理性能的参数。此外,其他课程(包括基于30:15ITF进行的跑步练习和场上特定练习)的TL比网球训练课程的TL低很多。要点 class =“ unordered” style =“ list-style-type :disc“> <!-list-behavior =无序前缀词= mark-type = disc max-label-size = 0-> HIT冲击微周期可在短时间内提高职业网球运动员的表现 包括额外的课程,包括基于30:15ITF的跑步练习和场上特定练习,其TL显着低于单独的网球训练课程。
  • 教练应了解TL(例如RPE)和与疲劳有关的参数(例如肌肉酸痛),以免出现症状过度。
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