1.
A comparative study of AT determination in running with progressive and unprogressive increasing loads;
无累进递增负荷与有累进递增负荷测定无氧阈结果的对比研究
2.
Effects of Incremental Load Treadmill Overtraining on Transcription Factors
递增负荷过度训练对转录因子的影响
3.
Herba Epimedii Effects on the Ability of Exercise of Wistar Mice;
淫羊藿对大鼠递增负荷运动后机能变化的影响
4.
Effect of HiHiLo on Left Ventricular Function during Incremental Exercise of Student-Athletes in Our University;
HiHiLo对运动员递增负荷运动中左心室功能的影响
5.
The Relationship between sEMG Parameters and Force Levels during Step Contraction of Biceps Brachii;
间断递增负荷条件下肌肉活动的力-电关系
6.
Effects of Incremental Exhausting Exercise on the Activity of CK and CK-MB in Serum;
递增负荷力竭运动对血清CK、CK-MB活性的影响
7.
Effects of progressive increasing load training on signaling factors of mechanotransduction
递增负荷运动对力学信号转导因子的影响效应
8.
Effect of Prolonged Endurance Training on Amino Acids Neurotransmitters in SD Rats;
长期递增负荷运动对大鼠氨基酸类神经递质的影响
9.
Analysis of the Dynamic Change in Rats CSF after Additive Loading Exercises;
递增负荷运动后大鼠CSF中单胺类神经递质的动态变化分析
10.
Effect of Acute Incremental Exercise and Hyperoxia Intake on Immune Function;
急性递增负荷运动后免疫机能的变化特征及吸氧的影响
11.
Effect of O_2 Intake on Free Radicals、Erythrocyte Antioxidant System after Incremental Exercise;
吸氧对递增负荷运动后自由基，红细胞抗氧化系统的影响
12.
Responsive and Adaptive Characteristics of Cellular Immunity during Six Weeks Incremental Exercise in Rats;
大鼠细胞免疫功能对六周递增负荷运动的应答性和适应性特征
13.
The Effect of Supplying Soybean Peptide on the Serum CK Isoenzymes of the Rats after Incremental Load Training;
补充大豆多肽对递增负荷训练后大鼠血清CK同工酶活性的影响
14.
Dynamic Change of Blood Pyruvate, Lactate during the Male s Treadmill Increase Progressively Load Exercise;
青年男子跑台递增负荷运动中血液丙酮酸、乳酸动态变化
15.
Changes of RBC FR and Membrane Protein after Incremental Exercise to Exhaustion;
递增负荷力竭运动后红细胞自由基与膜蛋白的变化
16.
Response and Adaptation of Blood Cell and Hemoglobin under the Condition of Long Term Incremental Exercises;
血细胞和血红蛋白对长期递增负荷运动的反应与适应特征
17.
Effects of Incremental-load Exhaustive Exercise on Free Radical Metabolism;
对逐级递增负荷力竭性运动前后自由基代谢的研究
18.
sEMG Signal Changes and Its Physiological Significance on Musculus Quadriceps Femoris during Incremental Exercise;
递增负荷运动中股四头肌表面肌电信号变化特征及其生理学意义