对运动员来说,参加训练或比赛是常有的事。当训练和比赛负荷超过于机体承受的能力,而产生的暂时的生理机能减退现象,是运动员为了提高运动成绩而进行大运动量、大强度训练所引起的机体机能的变化。这就是经常所说的运动性疲劳。产生疲劳是训练的正常反应。疲劳大体分为肌肉疲劳、内脏疲劳、神经疲劳。疲劳的程度一般可以通过运动者的自我感觉和某些外部表现来判断。
...离子;运动疲劳 [gap=2349]ntense training; aerobic training; anaerobic training;lactic acid; serum kalium; sport fatigue ...
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体育学刊 关键词:脑电图;运动疲劳;脑外伤;过度训练 [gap=560]Key words: EEG;exercise fatigue;injury outside the head;overtraining
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... sheng li oil field 胜利油田 sport tired 运动疲劳 dc voltage error method 直流电压偏差控制 ...
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运动性疲劳 exercise-induced fatigue ; sports fatigue ; Motility fatigue
运动疲劳模型 Exercise-induced fatigue model
运动性慢性疲劳 chronic exercise fatigue
运动性疲劳及恢复手段 Exercise-induced Fatigue and Recovery Means
运动性中枢疲劳 kinetic central nervous fatigue ; Sports Central Fatigue
运动员疲劳问卷 Athlete Burnout Questionaire
运动中枢疲劳 athletic central fatigue
运动性肌肉疲劳 athletic muscle fatigue
The cause of sports fatigue has many relations with the body free radicals.
运动疲劳的产生与机体自由基有着密切的关系。
参考来源 - 吸氧对递增负荷运动后自由基,红细胞抗氧化系统的影响Conclusion Red light maintains the normal body function and speed up the recovery process. While the running exercise,it was proved that red light can improve the body ability of anti-fatigue.
结论红光能促进机体在运动时维持身体的正常机能,延缓运动疲劳的发生,提高运动耐力。
参考来源 - 红光照射对战士运动前后肺功能的影响·2,447,543篇论文数据,部分数据来源于NoteExpress
运动时氧利用率及代谢产物的堆积可能影响运动能力,并且与运动疲劳相关。
Utilization rate of oxygen and stack of metabolite when exercise can affect motor capacity, and related with the exercise fatigue.
对运动的兴趣越浓,对运动疲劳的忍受能力越强,运动水平的提高和运动寿命的延长就越显著。
Interest in sports more concentrated on the movement ability to endure fatigue, and improve the standard of the sport and sports life more significant.
造成运动损伤的主要原因是准备活动不充分、技术水平不高、场地欠佳、旧伤复发、运动疲劳等。
These injuries are due to insufficient warming-up exercises, poor sporting proficiency, uneven field, reoccurrence of old injury and exhaustion.
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