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观察了运动性疲劳模型动物海马组织中有关氨基酸的浓度及谷氨酸与γ氨基丁酸的比值（Ｇｌｕ／ＧＡＢＡ） 、芳香族氨基酸与支链谷氨酸的比值（ＡＡＡ／ＢＣＡＡ） 和酪氨酸等在运动前后的不同恢复时相点的变化，以及体复康对脑组织中氨基酸神经递质及脑中氨基酸代谢的调节作用。结果表明：中药体复康可调节因运动而引起的应激状态，使运动后动物的兴奋性经迅速降低的过程后恢复到运动前的状态，从而有利于机体内环境的调整及体力的恢复；在运动过程中，可使机体迅速处于应激状态，物质代谢增强，积极供能，有利于肌肉的持续运动；运动结束后，可使机体内环境迅速调整，使ＡＡＡ 含量减少，达到新的平衡，有利于运动后疲劳的消除。
Observed the concentration of amino acids and the ratio of glutamic acid to γ-aminobutyric acid (Glu/GABA), the ratio of aromatic amino acids to branched glutamic acid (AAA/BCAA) and yoghurt in the hippocampus of exercise-induced fatigue model animals. Changes in the phase of recovery of amino acids before and after exercise, and the effect of sofukang on amino acid neurotransmitters in brain tissue and amino acid metabolism in brain. The results showed that: Chinese medicine can restore the stress caused by exercise, so that after the excitatory activity of animals after the rapid reduction process to return to pre-exercise state, which is conducive to the adjustment of the body’s environment and physical recovery In the process of exercise, the body can be quickly in stress, material metabolism is increased, active energy supply is conducive to the continued movement of the muscles; after the end of the exercise, the body’s internal environment can be quickly adjusted, so that the AAA content is reduced to reach a new Balance, is conducive to the elimination of fatigue after exercise.