exercise-induced fatigue 运动性疲劳
Exercise-induced Fatigue and Recovery Means 运动性疲劳及恢复手段
the exercise induced fatigue 运动性疲劳
Exercise-induced fatigue model 运动疲劳模型
mechanism of exercise-induced fatigue 运动性疲劳产生的机制
Pineneedles and Exercise-induced Fatigue 松针与运动性疲劳
exercise-induced bone fatigue 运动性骨疲劳
exercise-induced muscle fatigue 运动性肌肉疲劳
Exercise-induced mental fatigue 运动性心理疲
exercise induced central fatigue 运动性中枢疲劳
Especially it summaries the research actuality of Rhodiola in exercise induced fatigue, and the profound study and developmental application in this field.
特别指出红景天在运动性疲劳中的研究现状，并对其在该领域的纵深研究和开发利用进行了探讨。
Conclusion: Theanine has the effect of delaying exercise-induced fatigue possibly through enhancing DA level and inhibiting the synthesis or secretion of 5-ht in brain.
结论：茶氨酸具有延缓运动性疲劳作用，其机制可能与茶氨酸增加脑组织中DA含量，抑制5 - HT的合成和释放等效应有关。
Objective: To study the effect of theanine on delaying exercise-induced fatigue, and reveal its possible mechanism.
目的：研究茶氨酸延缓运动性疲劳的作用，并探讨相关的机制。
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