1)central fatigue运动性中枢疲劳
1.The present study was undertaken to explore the changes of monocarboxylate transporter(MCT)MCT1 and MCT2 mRNA expression in rat cortex during central fatigue induced by exercise and to detect the effects of lactic acid on cortex neuronal MCT2 mRNA expression.目的:探讨运动性中枢疲劳时大鼠大脑皮质MCT1、MCT2mRNA表达的变化以及乳酸对大鼠大脑皮质神经元MCT2mRNA表达的影响。
2.This study sums up the hypothesis of central fatigue and the change of monoamine neurotransmitters during exercise and the influence of Chinaese Herbal on it and looks into the future of this territory.阐述"中枢疲劳"的假设,就运动中单胺类神经递质的变化以及复方健脑益智类中药、复方补肾类中药、益气活血类中药和某些单味中药和中药单体有效成分对中枢单胺类神经递质的调节作用等问题综述,并就运用中医药推迟、消除运动性中枢疲劳的研究前景作一展望。
英文短句/例句
1.Review of biochemical mechanism of sports nervus centralis fatigue;运动性中枢疲劳生化机制的研究进展
2.The Research of the Movement-tired Mechanism of Centre Develops (survey);运动性中枢疲劳机制的研究进展(综述)
3.Supplement of Choline and the Postpone of Central Fatigue in Exercise;胆碱的补充与运动性中枢疲劳的推迟
4.TGF-β and Central Nerve Exercise Fatigue--On the Progress and Prospect of the Research of Exercise Fatigue;转化生长因子-β与运动性中枢疲劳——运动性疲劳研究进展与展望
5.Roles and Mechanisms of Lactic Acid in Exercises-induced Central Fatigue;乳酸在运动性中枢疲劳中的作用及机制研究
6.Traditional Chinese medicine,amine neurotransmitter and sports central fatigue;中医药、单胺类神经递质与运动性中枢疲劳研究综述
7.Traditional Chinese Medical Science Monoamine Neurotransmitters and Central Fatigue (I);中医药、单胺类神经递质与运动性中枢疲劳(综述I)
8.Research progress in the effect of neurotransmitters and neuromodulators on central neural system fatigue during exercise(A review);神经递质和调质对运动性中枢疲劳影响的研究进展(综述)
9.The Adaptability Effects with Endurance Training on the Sports Nerve Central Fatigue Causing by the Aromatic Amino Acids During Long-tune Exercise;耐力训练对长时间负荷芳香族氨基酸引起的运动性中枢疲劳的适应性影响
10.Study on the Research Development of Exercise Central Fatigue and the Related Neurotransmitter-Serotonin;中枢性运动疲劳相关神经递质5-HT的研究进展
11.Research on Delaying the Exercise Fatigue of CNS Using Nutritional Strategy;运用营养战略推迟运动性中枢神经系统疲劳的研究进展
12.A Study Of Effects And Its Eliminating Approaches On Center Neurotransmitter System To Exercise Fatigue;中枢神经系统递质对运动性疲劳影响及消除途径的研究进展
13.Recovery Methods of Sports Fatigue of Middle-distance Race Athletes;对中跑运动员运动性疲劳恢复的探讨
14.A Study of Anti - athletic Fatigue Prescriptions of Traditional Chinese Medicine抗运动性疲劳常用中医药方剂的研究
15.Theoretic Study of the Etiology, Pathology, Syndromes and Treatment of Sports Fatigue;运动性疲劳中医因机证治的理论研究
16.A Survey on Anti-fatigue Methods of Traditional Chinese Medicine;中药消除运动性疲劳方法的研究综述
17.Discussion on Establishment of Anti sports fatigue Principles in Traditional Chinese Medicine;关于中医药抗运动性疲劳的立法思考
18.On the study progress of Chinese herbal medicine and the recovery of exercise-fatigue中草药对运动性疲劳恢复的研究进展
相关短句/例句
exercise-induced central fatigue运动性中枢疲劳
1.[Objective] To explore the effect of Yanggan Roujin Prescription(YGRJF) on eliminating exercise-induced central fatigue.[目的]研究养肝柔筋方在运动性中枢疲劳中的作用及其机制。
2.The change of ultra-structure in cerebral cortex microcirculation can induce the dysfunction of cholinergic neuron and further cause the exercise-induced central fatigue.大脑组织这种形态结构的改变可能导致其神经元功能障碍,进而引起运动性中枢疲劳的发生。
3)sports central fatigue运动性中枢疲劳
1.Traditional Chinese medicine,amine neurotransmitter and sports central fatigue;中医药、单胺类神经递质与运动性中枢疲劳研究综述
4)athletic central fatigue运动中枢疲劳
5)central fatigue中枢性疲劳
1.In reference to central fatigue, new evidences and theories (possible mechanism) were emphasized in this article that central neurotransmitters such as Serotonin?dopamine and acetylcholine took part in the formation and recovery of sports fatigue.本文简要的回顾了神经肌肉疲劳的研究历史 ,并从生理学角度综述近年来国内外的研究人员在中枢性疲劳与外周疲劳的理论与实验研究方面取得的新进展。
6)central fatigue中枢疲劳
1.The biochemical bases of central fatigue during exercise;运动性中枢疲劳的生化基础
2.This study focus on the changes in serotonin(5-HT) in hypothalamus and corpus striatum of rat after swimming-trained swim, to provide facts and recommendations for exercise-induced central fatigue studies.提示,经过游泳训练可使脑内的5-HT和5-HIAA有所提高,说明训练有助于脑机能的改善和加快运动后的恢复,并可一定程度提高脑组织神经活动的稳定性和对运动的适应性,5-HT可能是运动性中枢疲劳较为敏感的神经介质。
3.Objective To Provide evidence for study of exercise, TCM and Central fatigue.目的为运动、中医药与中枢疲劳的研究提供依据。
延伸阅读
运动性疲劳肌肉运动能力下降是运动性疲劳的基本标志和本质特性。自本世纪以来，研究人员从不同的角度对运动性疲劳进行了大量的研究，提出运动应激性代谢加强的负效应可能是运动性疲劳发生的根本原因，如代谢基质的耗竭、代谢产物的堆积、代谢环境的酸化。它们通过多种渠道可能引起肌纤维结构完整性、能量供应、神经体液调节等的改变，导致运动肌肉收缩和舒张功能障碍。所以，运动能力下降即疲劳发生是其必然结果。在1982年的第5届国际运动生物化学会议上，运动性疲劳定义为：“机体的生理过程不能持续其机能在一特定水平或不能维持预定的运动强度。”力竭是疲劳的一种特殊形式，是在疲劳时继续运动，直到肌肉或器官不能维持运动，即为力竭。这个疲劳定义的特点是：(1)把疲劳时体内组织、器官的机能水平和运动能力结合起来评定疲劳的发生和疲劳程度；(2)有助于选择客观指标评定疲劳。例如，在某一特定水平工作时单一或同时使用心率、血乳酸、最大摄氧量和输出功率来评定疲劳。运动性疲劳发生的部位及变化：运动性疲劳在人体中可分为躯体性疲劳和心理性疲劳，这两种不同性质的疲劳具有不同表现形式。躯体性疲劳主要表现为运动能力下降；心理性疲劳主要表现为行为的改变。人体的各个部位，从中枢大脑皮层细胞到骨骼肌基本收缩单位都能产生疲劳。根据研究结果，将躯体性疲劳分为中枢疲劳和外周疲劳。中枢疲劳是指缺乏动机、中枢神经系统的传递或募集发生改变。外周疲劳包括接点传递、肌肉点活动和肌肉收缩活动能力下降。这里仅阐述躯体性疲劳。
