运动疲劳
- 网络exercise fatigue
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运动疲劳与记忆&谷氨酸及受体NMDA在运动疲劳中的作用
Exercise fatigue and memory-role of glutamate and glutamate receptor NMDA in exercise fatigue
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VO2和IEMG比值在动静力运动疲劳发展过程中变化不同,反映了两种工作方式的疲劳机制不同。
The ratio of Vo_2 and IEMG changes differently during the development of kinetic and static exercise fatigue , it reflects different fatigue mechanism of 2 working methods .
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Ca~(2+)、ADP、Pi与运动疲劳
Ca ~ ( 2 + ), ADP , Pi and Sport Fatigue
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脉冲电流经皮刺激运动疲劳大鼠肝区对肝细胞Bcl-2、Bax表达及超微结构的影响
Influences of percutaneous pulse current stimulation at hepatic region to Bcl-2 and Bax expression in and ultrastructure of hepatocytes in exercise-induced fatigue rats
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运动疲劳对大鼠底丘脑TH和D2DR表达的影响
Influence of Exercise-induced Fatigue on the Expression of TH & D_2DR in Subthalamus in Rats
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新近有关运动疲劳时肌肉细胞和亚细胞机制的研究表明,细胞内pH下降是产生肌肉疲劳特征的重要因素。
The research work on the intracellular mechanisms of muscle fatigue during exercise has recently demonstrated that the decrease in intracellular pH is an important factor that causes the characteristics of muscle fatigue during exercise .
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FNS肢体运动疲劳特性的实验研究
Experimental Studies on Muscle Fatigue of Human Limb Motion with FNS
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下丘脑室旁核(PVN)和视上核(SON)内虽可见大量NOS阳性神经元,但它与运动疲劳有什么联系,未见报道。
We can see all of NOS positive neuron in hypothalamic paraventricular nucleus ( PVN ) and supraoptic nucleus ( SON ), but no reports about the relations between them .
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CUBA组织后卫进攻时的注意力受内外界干扰的主要因素有对手情况、教练员表现、赛场情况、竞赛焦虑、运动疲劳、自我评价。
CUBA guard offensive when attention is from inside outside interference are the main factors of competitors , coaches , athletic field situation , competition anxiety , fatigue , self evaluation .
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动、静力运动疲劳发展过程中积分肌电图(IEMG)显示:在静力疲劳过程中逐渐上升、动力运动则有波动,但两者的总趋势一致;
IEMG gradually rises during static fatigue , kinetic exercise waves , their general tendency is same ;
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方法:采用游泳训练疲劳法制作运动疲劳模型,观察灌胃养肝柔筋方对大鼠肝、肌糖原、血糖、骨骼肌和血液LA、BUN、LDH含量的影响,并与传统糖原填充法对比。
Methods : The influence of rat 's hepatic and muscle glycogen , blood sugar , LA , BUN , LDH in muscle and blood were observed with sport fatigue model induced by over swimming training , after given filling method .
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在初步阐明了5-HT导致中枢疲劳的机制之后,目前的中枢性运动疲劳的研究趋势主要是明确5-HT及5-HT受体在不同脑区的作用,5-HT受体拮抗剂与促进剂的作用。
After the hypothesis that 5-HT intrigue exercise central fatigue has been clarified initially , the tendency of research in this area turned to explore the different role of 5-HT and 5-HT receptor in different brain regions and the role of the 5-HT receptor agonist and antagonist .
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运动疲劳的产生机制研究综述
A summary of the study on occurrence mechanism of sports fatigue
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结论:牛磺酸功能啤酒具有良好的抗运动疲劳作用。
Conclusion : Taurine - contained beer has the anti-fatigue effect .
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短时间、高强度运动疲劳的实验研究
An experimental study on short-time and high-pressure exercise and its fatigue
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结论:艾灸可为血乳酸的消除创造条件,具有抗运动疲劳作用。
Conclusion : Moxibustion have the function to anti-movement tiredness .
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运动疲劳的生化特点与恢复措施
On the Vigorous Characteristics and Recovery Measures from Sport Fatigue
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心血管系统引起运动疲劳的假说与讨论
Hypothesis and discussion on exercise - induced fatigue due to cardiovascular system
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持续性耐力运动疲劳产生的机理及指标评定方法
Sustained Endurance Exercise Fatigue Mechanism and Methods of Index Evaluation
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【中英文摘要】目的:探讨艾灸消除运动疲劳。
Objective : To study the effect of moxibustion on anti-movement tiredness .
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综合消除运动疲劳措施效果的初步观察
Preliminary Observation of the Effectiveness of Comprehensive Measures of Eliminating Sport Fatigue
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运动疲劳及运动后能源物质恢复
Fatigue in Exercise and Postexercise Recovery of Energy Matter
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高压氧与运动疲劳的恢复
Hyper Baric Oxygen and the Recovery of Sports Fatigue
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目的:探讨怡力康含片对抗运动疲劳效应的机理。
Objective : To discuss the mechanism of Yilikang lozenge on sports fatigue .
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变强度踏车手段对消除运动疲劳效果的影响
Effect of the Various Therapies on Fatigue after Exercise
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大鼠游泳运动疲劳模型建立的研究
Swimming The Establishment of Exercise-induced Fatigue Model in Rats
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为此,探讨心血管系统与运动疲劳的关系。
Therefore , to review the relationship between the cardiovascular system and exercise-induced fatigue .
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运动疲劳症候及消除对策
Tired symptoms of sport and dissolve the counterplan
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目的探讨枫糖对小鼠抗运动疲劳能力的影响。
Objective To investigate the effect of maple syrup on fatigue resistance in mice .
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采用大鼠游泳力竭运动疲劳模型。
Rat model of exercise-induced fatigue was established by the exhaustive swimming in rats .