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Evaluation of Central Fatigue by the Critical Flicker Fusion Threshold in Cyclists

机译:骑自行车者临界闪烁融合阈值评估中央疲劳

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摘要

Central fatigue related in sport stimuli was studied by Critical Flicker Fusion Threshold (CFFT) to know the influence of exercise on the central nervous system (CNS), but there is a lack of knowledge about the central or peripheral fatigue in endurance events. This study aimed to analyze changes in CFFT before and after the incremental cycle ergometer test as a means to assess the fatigue of the CNS. CFFT ascending and descending, the subjective criterion and sensory sensitivity were analysed in 8 professional male cyclists (72.1 +/- 5.59kg, 180.3 +/- 6.43cm, 17.4 +/- 0.7years) before and after a maximum incremental cycle ergometer test (start 50w increases 50w each 5min). In this incremental test, the induced fatigue was probably more a peripheral phenomenon than one due to central nervous system fatigue, because sensory sensitivity did not significantly decrease. In conclusion, an incremental cycle ergometer test increased the cortical arousal and does not affect negatively the CNS of professional cyclists.
机译:通过临界闪烁融合阈值(CFFT)研究了体育刺激中相关的中央疲劳,以了解运动对中枢神经系统(CNS)的影响,但缺乏关于耐力事件中的中央或外周疲劳的知识。本研究旨在在增量周期计时器测试之前和之后分析CFFT的变化,作为评估CNS疲劳的手段。在最大增量循环钻头测试之前和之后,在8名职业男性骑自行车的人(72.1 +/- 5.59kg,180.3 +/- 6.43cm,17.4 +/- 0.7厘米)中分析了主观标准和感官敏感性。开始50w每个5min增加50w)。在这种增量试验中,由于中枢神经系统疲劳,诱导的疲劳可能比一个外围现象更高,因为感觉敏感性没有显着降低。总之,增量循环测力计试验增加了皮质唤醒,不会影响专业骑自行车者的CNS。

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