极限高强度运动可能会带来最佳的心血管功能，但这些运动肯定无法延长寿命。
Extreme high-performance sports may lead to optimal cardiovascular performance, but they quite certainly do not prolong life.
二是大强度运动后肌肉蛋白更新。
Refreshment of muscle protein after heavy intensity exercise.
大强度运动可以提高神经系统的机能。
Large intensity exercises can increase the level of the brain's functions.
强度运动是最大耗氧最80%的运动。
The intensity movement is consumes the oxygen 80% movements most greatly.
大强度运动组，观察5周。
观察大强度运动对大鼠血浆嘌呤核苷酸代谢的影响。
The effects of high intensity exercise on purine nucleotide metabolism of rats were studied in this paper.
大于通气阈强度运动后易使中枢神经细胞产生疲劳。
More ventilatory threshold intensity can make the brain cells tired.
目的：探讨不同强度运动对1级高血压患者的疗效。
Objectives: to study the curative effect of different exercise intensities to Grade-1 hypertensives.
结论：提示不同强度运动对心脏内分泌功能产生适应性改变。
Results suggested that different exercise intensities revealed different effects on adaptation of cardiac endocrine function.
目的：探讨大强度运动状态下心肌缺血缺氧改变的特点及其机制。
Objective: The effect of high intensity exercise on ischemic and hypoxic change of myocardium was studied.
他说在楼梯间里做间歇性训练，只需要进行一分钟的高强度运动。
Stairwell interval training requires only one minute of strenuous exertion, he says.
研究员发现短时间高强度运动可以产生与长时间传统锻炼相似的结果。
Researchers have found that short bursts of intense exercise produce similar results to traditional longer-duration workouts.
有许多类型的运动是有氧的，根据定义，它们是长时间的中等强度运动。
Many types of exercises are aerobic, and by definition are performed at moderate levels of intensity for extended periods.
论述了不同强度运动时骨胳肌乳酸的生成及不同肌纤维清除乳酸的途径。
This study summarizes muscle lactate production during various intensities exercises, lactate disposal pathways in skeletal muscle fiber types.
目的探讨大强度运动及慢性心理应激对大鼠行为、免疫细胞和皮质醇的影响。
OBJECTIVE it discusses the impact on rats' behavior, immune cells and cortisol of high-intensity exercise and chronically psychological stress.
提示长时间大强度运动后发生的血管内溶血的机制可能与NOS活力过高有关。
The results suggested that intravascular hemolysis was caused by high intensity exercise, which mechanism might be associated with activity of NOS increased by high intensity exercise.
目的观察非周期大强度运动训练和推拿对兔膝关节髌韧带生物力学特性的影响。
Objective the purpose of this paper was to investigate the effects of acyclic exercise and manipulation on the biomechanical properties of patellar ligament of rabbits.
结论：中等强度运动对去卵巢大鼠股骨下端松质骨超微结构产生了更好的作用。
In conclusion, moderate training had the better effect on microstructure of cancellous bone in distal femur in ovariectomized rats.
观察大强度运动对大鼠嘌呤核苷酸代谢的影响，同时分析所建运动模型的可行性。
The effects of high intensity exercise on purine nucleotide metabolism of rats were studied in this paper. Simultaneously, the feasibility of the motor model was discussed.
除了特殊情况，比如哮喘，呼吸不会限制您的跑步或运动能力，甚至是高强度运动。
With the exception of conditions such as asthma, breathing should not limit your ability to run or perform exercise, even at hard efforts.
结果表明，该方法对大强度运动过程中的肌肉疼痛，以及拉伤后的硬结具有显著效果。
It showed that this method had obvious effects on muscle soreness and strain caused by high intensive exercise.
中等强度运动可增加机体的抗感染能力，而大运动量训练和竞赛可降低机体的免疫力。
Medium intensity exercise can increase the bodys resistance to infection, and the intensive training and competition can lower the bodys immunity.
中等强度运动后大鼠大脑皮质微血管的数量和神经细胞内线粒体的数量均有明显增加。
The moderate-exercise training can increase the quantity of cerebral cortex micro vessels and mitochondrion.
目的：研究不同强度运动训练对大鼠海马CA1区神经元凋亡的影响及其基因调控机制。
Objective:Examine the influence of different intensity sport training on neuron perishing of the big mice hippocampus CA1 area and its gene regulation mechanism.
随机分为3组，低强度运动治疗组43人，强度递增运动治疗组43人，对照组42人。
They were randomly assigned to 3 groups, 43 in low-intensity group, 43 in progressive-intensity group, and 42 in control group.
大强度运动易导致骨骼肌损伤，并且骨骼肌损伤发生的机制比较复杂，涉及许多生理因素。
High intensity exercise may induce skeletal injury easily. There is very complicated mechanism in skeletal injury, which referring to many physiological factors.
结论：中等强度运动对去卵巢大鼠产生积极性作用，大强度运动对去卵巢大鼠无明显作用。
In conclusion that the moderate intensity treadmill running had active effect on ovariectomized rats and the high intensity running had no significant effects.
提示，超长时间、中等强度运动对血液流变性的影响可能是导致耐力运动能力下降的原因之一。
This illuminates that the exercise of super-long time and medium intensity has a great influence on the hemorheological properties, which is possibly one of the reasons of sports ability falling.
提示，超长时间、中等强度运动对血液流变性的影响可能是导致耐力运动能力下降的原因之一。
This illuminates that the exercise of super-long time and medium intensity has a great influence on the hemorheological properties, which is possibly one of the reasons of sports ability falling.
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