1) anti-tire swimming
游泳耐疲劳运动
1.
The change of anti-tire swimming time of mice were respectively observed after 15 min.
方法 :对磁场处理 30分钟和 1 5分钟的两组实验组与非磁场处理的正常对照组进行游泳耐疲劳运动时间的比较。
2.
To discuss the effect of stable magnetic field on the anti-stress of mice,the change of anti-tire swimming time of mice were respectively observed after a 20-day exposure of 2hs,3hs or 4hs of stable magnetic field per day.
通过对三组恒定磁场作用4 h、3 h和2 h动物与对照组动物(无外加磁场作用)进行游泳耐疲劳运动时间的比较,探讨恒定磁场对小鼠抗应激能力的影响。
2) exercise fatigue model of swimming
游泳运动疲劳模型
3) exercise-induced fatigue
运动疲劳
1.
Objective To explore the role of subthalamus in exercise-induced fatigue.
目的:探讨底丘脑在运动疲劳的中枢神经调控中的作用。
2.
Objective: The aim of this research is to study the central mechanism of exercise-induced fatigue through the method of neural electrophysiology.
方法:30只健康雄性SD大鼠,随机分为安静对照组(CG)、有氧运动组(AG)和运动疲劳组(FG)。
3.
To investigate BDNF and GFAP expression changes in rats hippocampus and striatum after swimming and discuss the neurobiology mechanism of exercise-induced fatigue,24 rats were divided randomly into CG and EG(0EG,12EG,24EG) and BDNF and GFAP expression changes in hippocampus and striatum were observed using SABC method.
目的观察运动疲劳对大鼠海马和纹状体脑源性神经营养因子(BDNF)及胶质纤维酸性蛋白(GFAP)表达的影响,探讨运动疲劳产生的神经生物学机制。
4) athletic fatigue
运动疲劳
1.
Study of EEG variety during convalescent period after athletic fatigue;
运动疲劳后恢复期脑电变化的探讨
5) Exercise fatigue
运动疲劳
1.
Available evidence further suggests that mitochondria calcium cycle is a very important mediated modulation link at the moderate intensity,prolonged exercise fatigue appeasance.
对深入研究运动疲劳、过度疲劳、疲劳恢复的发生机制有重要的意义。
2.
Through experimental study this survey explores the effect of relaxing activity in raising the students\' physical ability level,preventing exercise fatigue and preventing movement damage in police colleges.
本研究通过实验方法,对整理活动在提高学员体能,预防运动损伤、预防运动疲劳方面进行实验研究。
3.
Improvement of sports training efficiency needs to accurately determine the status of exercise fatigue.
提高大运动负荷的训练效率需要准确的运动疲劳状态判断,语音音强特征能够表现运动员的疲劳信息,通过语音信号处理、神经网络建模、灰色关联分析等手段,表明语音音强特征作为运动疲劳判断手段具有可行性。
6) Sport fatigue
运动疲劳
1.
The serum level of kalium was decreased in the anaerobic training group,which related with the sport fatigue.
实验研究表明:有氧训练后血清ALB和钠离子显著升高、二氧化碳结合力明显下降;血乳酸变化与呈高度正相关,与二氧化碳结合力、NEUT和钠离子呈高度负相关;无氧训练后血清ALB、LYM和钠离子显著上升,二氧化碳结合力明显下降;血乳酸变化与ALB、LYM、LYM和钠离子呈高度正相关,与二氧化碳结合力、NEUT呈高度负相关;无氧训练后血钾浓度下降,与运动疲劳有关。
2.
3)The serum level of kalium decreases in the anaerobic training group,which related with sport fatigue.
通过实验研究认为:1)有氧训练后血清ALB和钠离子显著升高、二氧化碳结合力明显下降;血乳酸变化与ALB、LYM(%)、LYM(×109/L)呈高度正相关,与二氧化碳结合力、NEUT和钠离子呈高度负相关;2)无氧训练后血清ALB、LYM(×109/L)和钠离子显著上升,二氧化碳结合力明显下降;血乳酸变化与ALB、LYM(%)、LYM(×109/L)和钠离子呈高度正相关,与二氧化碳结合力、NEUT呈高度负相关;3)无氧训练后血钾浓度下降,与运动疲劳有关,应及时补充钾离子及含HCO3-成分的饮料。
补充资料：橡胶游泳圈、游泳帽
分子式：
CAS号：
性质：为薄形橡胶产品。游泳圈用于游泳者练习及急救用，分单气囊和多气囊两种；游泳帽用于防止耳震和保护头部。产品一般用胶片粘贴成型、硫化罐硫化的方法制造。
CAS号：
性质：为薄形橡胶产品。游泳圈用于游泳者练习及急救用，分单气囊和多气囊两种；游泳帽用于防止耳震和保护头部。产品一般用胶片粘贴成型、硫化罐硫化的方法制造。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条