1.
HiLo(高住低训)──耐力训练的新方法;
HiLo(高住低训)——耐力训练的新方法
2.
On the Living-High-Training-Low Restraining mTOR Protein Expression of Skeletal Muscle in Rats;
高住低训抑制大鼠骨骼肌mTOR蛋白表达
3.
Living High-training Low and Its Application Introduction;
高住低训(HiLo)及其应用研究进展
4.
Development of Living High-Training Low;
高住低训(HiLo)研究进展(综述)
5.
Research Advancement on Expression of HIF-1α in the High-Living and Low-Training
低氧诱导因子-1在高住低训中表达的研究进展
6.
Effects of Hypoxic Exercise on the Body Weight Skeletal Morphology of Rats;
高住低训对大鼠体重和骨骼肌形态学影响
7.
Effects of HiLo on Performance of Male Players in National Rugby Team;
高住低训对国家男子橄榄球运动员体能的影响
8.
Relationship of Erythropoietin and RBC in "Living High and Training Low";
高住低训时红细胞与EPO变化关系的研究
9.
Effects of Living High-Training Low for 4 Weeks on Blood Leukocyte Counts;
四周高住低训对外周血白细胞计数的影响
10.
On Effect and Mechanism of Living-high & Training-low on Muscle Protein Synthesis
高住低训对骨骼肌蛋白质合成的作用及机理
11.
Effect of Living High-training Low and Hyper Baric Oxygen to Blood Biochemistry Index of Middle-distance Race Swimming Man;
高压氧配合模拟高住低训对游泳运动员血液指标的影响
12.
Effects of Ganoderma Lucidum on the Changes of the Number and Activity on Erythrocyte Complement Receptor 1(CR_1, CD_(35)) in Soccer Players during Living High-training Low;
高住低训对红细胞CD_（35）的影响及服用灵芝提取物的作用
13.
The Effect of Living High Training Low on the Blood Iron Metabolism in Juvenile Midst and Long-distance Running Athletes;
高住低训（HiLo）对青少年中长跑运动员血液铁代谢的影响
14.
Research on Effect of Simulated "Living high-training low" on Physical Performance Ability of Female long-term Runner;
模拟高住低训对女子长跑运动员运动能力的影响
15.
Influence on HIF-1α Protein Expression and NOS/NO in Mouse s Brain with Exhaustive Exercise During "Living-high Training-low";
力竭性运动对“高住低训”小鼠脑部HIF-1α蛋白表达及NOS/NO的影响
16.
Effects of "Living High-Training Low" on anti-oxidation in mitochondria of mice s myocardium;
模拟高住低训对小鼠心肌线粒体抗氧化能力的影响
17.
The Influence of the Simulation "Living High-Training Low" on Football Sportsmen s Blood-serum Leptin and Blood-lipid;
模拟高住低训对足球运动员血清瘦素和血脂的影响
18.
Influence on HIF-1α protein expression and NOS/NO in mouse s brain with exhaustive exercise during"living-high training-low";
“高住低训”后力竭运动对小鼠大脑HIF-1α蛋白表达及NOS/NO的影响