High ammonia concentration is related to intensity and long exhaustive exercise.
运动强度递增及长时间力竭运动，骨骼肌产氨增多。
Blood ammonia level is positively correlated to lactate accumulation in exhaustive exercise.
短时间力竭运动血氨与血乳酸的浓度呈正相关。
Purpose To observe the effects of inhaling liquid oxygen on human hemorheology after exhaustive exercise.
目的观察吸入液氧对高原人体力竭运动血液流变学的影响。
Methods Male Kunming mice were used to set up animal model by endurance-training and exhaustive exercise.
方法：以雄性昆明种小鼠为实验对象，采用递增负荷耐力训练及一次性力竭运动建立模型。
Conclusion Acute exhaustive exercise can induce myocardial edema and mitochondrial damage in mice and rats.
结论小鼠及大鼠一次性急性力竭运动可致心肌细胞水肿与线粒体损伤。
This paper observed the changes of free radical metabolism of college athletes after incremental-load exhaustive exercise.
研究了逐级递增负荷力竭性运动对短跑运动员自由基代谢的影响。
Objective: To observe the effects of inhaling liquid-oxygen on level of BLA and Ammo in human after exhaustive exercise in plateau.
目的：观察吸入液氧对高原人体力竭运动血乳酸及血氨的影响。
Using transmission electron - microscope, the electro dense granules of ANF in atria cells of rats in exhaustive exercise were studied.
对力竭大鼠心房肌细胞的心纳素电子致密颗粒进行了透射电镜观察。
It is suggested that exhaustive exercise resulted in the abnormal microcirculatory perfusion and the disturbance of the mass_transport.
说明力竭性运动会导致微循环灌流异常和物质交换障碍。
Absrtact: in order to probing into effects on metabolism thyroid hormone in rats after exhaustive exercise and its relationship of myocardial injury.
摘要：目的为探讨力竭运动对大鼠甲状腺激素代谢的影响及与心肌损伤的关系。
We concluded that it might be one of the important factors for the injury of myocardium that exhaustive exercise might cause the change of metabolism of thyroid hormone.
结论：力竭运动引起甲状腺激素代谢的改变是造成心肌损伤的原因之一。
GSH content and GSH- PX reactivity decreased significantly(P<0.001)during sub- maxiaml load and increased after exhaustive exercise which was still lower that of resting state.
GSH含量和GSH-PX活性亚极量负荷后显著降低（P< 0.001）， 力竭性运动后回升，但仍低于安静时水平。
Spirulina can inhibit the above changes in myocardial mitochondria after exhaustive exercise, and then it plays a role in protecting myocardium and against exercise induced damage.
螺旋藻可抑制力竭运动后心肌线粒体的上述变化而起到保护心肌，抗运动性损伤的作用。
It shows that exhaustive exercise in two different ways could decrease the function of immunity and the decreasing of the immune function by running was more than that by swimming.
结果表明两种运动方式的力竭性运动都引起皮质醇含量的增加和机体免疫机能的下降，且跑步力竭组引起机体的应激状态和免疫功能下降更为明显。
The present study observes effects of exhaustive exercise on the energy transformation of rat liver mitochondria using treadmill run of SD rats with incremental load as the exercise model.
以SD大鼠递增负荷跑台跑为运动模型，观察了耗竭运动对大鼠肝脏线粒体能量转换功能的影响。
Objective to study the expressive feature of atrial muscle proteome after a single bout of exhaustive exercise and primarily screen out some meaningful responsive proteins to exercise stress.
目的：探讨一次性力竭运动后大鼠心房肌蛋白质组的表达特征，初步筛选对力竭运动应激有意义的心房肌蛋白质。
Conclusion: Taurine can prevent the increase of lipofuscin and lipid peroxidation level of myocardium and cerebral cortex in rats after exhaustive exercise, and resist senility to some extent.
结论：牛磺酸可防止运动后大鼠心肌和大脑脂褐素和脂质过氧化增加，有保护细胞和抗衰老作用。
Objective to probe into protective action of taurine against exhaustive, exercise induced myocardial damage in rats.
目的探讨牛磺酸对运动力竭时大鼠心肌损伤的保护作用。
Conclusion we conclude that oxygen consumption after exhaustive maximal exercise is related to glucose resyntbesis through alanine metabolism, as compared with that from lactate metabolism.
结论过量氧耗除用于血乳酸的消耗外，可能生要用于丙氨酸代谢中的糖新生。
Conclusion we conclude that oxygen consumption after exhaustive maximal exercise is related to glucose resyntbesis through alanine metabolism, as compared with that from lactate metabolism.
结论过量氧耗除用于血乳酸的消耗外，可能生要用于丙氨酸代谢中的糖新生。
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