...的现状及展望_中国体育科学学会 iving high ， exercise high-training low ， HiHiLo ）和低住高练（ living low-training high ， LoHi ）等低氧训练方法究竟会对免疫系统产生何种影响，其过程和影响程度如何，都是现阶段研究的主要内容 [2] ..
基于12个网页-相关网页
...： 正研究目的:随着低氧训练研究与应用的不断深入,低氧训练的模式也由最早开始的HiLo,逐步向低住高练(Living low-Training high,LoHi)、高住高练低练(Living High-Training high-Training Low,HiH...
基于4个网页-相关网页
...的现状及展望_中国体育科学学会 iving high ， exercise high-training low ， HiHiLo ）和低住高练（ living low-training high ， LoHi ）等低氧训练方法究竟会对免疫系统产生何种影响，其过程和影响程度如何，都是现阶段研究的主要内容 [2] ..
基于4个网页-相关网页
simulated living low-training high 模拟低住高练
Living High Training Low 高住低练 ; 高住低训
Living low-exercise high-training low 与低住高练
living low and training high 低住高练
To investigate the influence of simulated living low-training high on the immune function in elite men handball players.
为了研究模拟低住高练对优秀男子手球运动员免疫机能的影响。
The effects of "Living high training low" on plasma ANP and cardinal function of rats were observed with animals as subjects.
利用动物实验观察了高住低训对大鼠血浆心钠素水平与心脏功能的影响。
CONCLUSION: Simulated living high training low training is an effective way to improve aerobic performance, but the changing law of EPO is different from that of traditional altitude training.
结论：模拟高住低练是提高有氧能力的有效措施，但EPO的变化规律与传统高原训练不同。
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