首页> 外文期刊>European journal of sport science: EJSS : official journal of the European College of Sport Science >The Fatigue and Fitness Test for Teams (FFITT): A practical option for monitoring athletes in a team as individuals
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The Fatigue and Fitness Test for Teams (FFITT): A practical option for monitoring athletes in a team as individuals

机译:团队的疲劳和健身测试(FFITT):作为个人在团队中监测运动员的实用选择

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摘要

We developed the Fatigue and Fitness Test for Teams (FFITT) to address the challenges of monitoring players in a team simultaneously. The test, which takes 8 min for the entire team, incorporates subjective measures of well-being (RTT-Q), and objective measures of the autonomic system (HRR60s) and neuromuscular function (SLJ). The aim of this study was to present the rationale for the FFITT as a novel athlete monitoring protocol and to measure the reliability of each component of the test. The internal consistency of the RTT-Q questions ranged from alpha = 0.69-0.92. All questions had an alpha > 0.83, with one exception of question 'Rate the well-being/stress your school/university/work is causing you to feel' which had an alpha = 0.69. The reliability of the HRR60s and SLJ was high (R = 0.92, and 0.91 respectively). The absolute typical error of measurement (TEM) of the SLJ was 8 cm and HRR60s was 3 beats. When expressed relatively the CVTEM of HRR60s was 8.4% and SLJ was 3.0%. Based on the TEM the HRR60s and SLJ could detect medium and large changes in fatigue and fitness. In absolute terms this equates to more than 5 bpm (HRR60s) and more than 13 cm (SLJ). The FFITT has the potential to satisfy both scientific principles and the coach's demands of a practical monitoring protocol for frequent use in a team.
机译:我们为团队(FFITT)制定了疲劳和健身测试,以同时应对团队中监测玩家的挑战。为整个团队需要8分钟的测试包括幸福(RTT-Q)的主观措施,以及自主系统(HRR60s)和神经肌肉功能(SLJ)的客观措施。本研究的目的是向FFITT作为新颖运动员监测协议的理由,并测量测试的每个组件的可靠性。 RTT-Q问题的内部一致性范围从Alpha = 0.69-0.92。所有问题都有一个alpha> 0.83,一个例外的问题'评价你的学校/大学/工作导致你感受到的幸福/压力,有一个alpha = 0.69。 HRR60和SLJ的可靠性分别为高(r = 0.92和0.91)。 SLJ的绝对典型误差为8厘米,HRR60S为3次。当表达相对的HRR60的CVTEM时,8.4%,SLJ为3.0%。基于TEM,HRR60和SLJ可以检测疲劳和健身的培养基和大量变化。绝对术语,这相当于超过5个BPM(HRR60)和超过13厘米(SLJ)。 FFITT有可能满足科学原则和教练对频繁使用的实际监测协议的要求。

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