1.
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
2.
ELISPOT Detection of Cell Immunity in Over-Loaded Rats with Incremental Exercise
固相酶联免疫斑点技术检测递增负荷过度训练大鼠细胞免疫机能变化研究
3.
Research for Female Rats Load on BMD、IGF-Ⅰand IL-6 in Progressive Increasing Load Volume Training
递增大负荷训练对雌性大鼠骨密度、IGF-Ⅰ和IL-6等指标影响的研究
4.
Changing Features of Respiratory Function of Excellent Female Sprinters and Less-exercised People in the Course of Gradually Increasing Load;
优秀女子短跑运动员及乏训练者递增负荷运动过程中肺通气机能的变化特征
5.
The Proteomic Research of Auricular Muscle after Progressive Increasing Load Volume Training on Rats;
递增运动负荷训练对大鼠心房肌蛋白质组影响的研究
6.
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
7.
Effect of Incremental Exercise on Red Blood Cell and Hemoglobin of Rats;
递增负荷运动训练对大鼠红细胞及血红蛋白的影响
8.
Effects of 5-weeks Gradual Load Training on Endocrine and Immune Function;
5周递增负荷训练对内分泌免疫机能影响的研究
9.
Expression of GnRH R in Progressive Load Training for Rats and Its Relation with Sex Hormone;
GnRH-R在大鼠递增负荷训练中的表达及与性激素的关系
10.
The Change of Bone Relevant Factors of Female Rats Mechanical Signal Transductions by Long-term Incremental Load Training
长期递增大负荷训练对雌性大鼠相关力学转导信号因子的影响
11.
Indentation Test to Study the Effect on Biomechanical Property of Spongy Bone in Rats Under Progressively Increasing Load Training
压痕试验法研究递增负荷训练对大鼠松质骨生物力学性能的影响
12.
Hyperbaric oxygen effects on the expression of P53 and Bcl-2 protein of gastrocnemius muscle in rats following incremental training
高压氧对递增负荷训练大鼠腓肠肌P53、Bcl-2蛋白表达的影响
13.
Research on Results of Progressively Increasing Training Load Method, Applied by Zhou Wei;
对周伟采用“递进负荷”训练法的效果研究
14.
Proper arrangement of the load and intensity for sprint training
正确安排短跑训练的负荷量和负荷强度
15.
The Research on the Changes of Erythrocytes' Metabolism during Exercise of Progressive Loading;
递增运动负荷训练中红系细胞代谢变化的研究——运动性贫血早期监测的探索
16.
The observation on impacts of the different dosage of Luo Han Guo on physiological function in mice by train of increasing intensity;
不同剂量罗汉果提取液对递增负荷训练小鼠生理机能影响的效果观察
17.
Research on Incremental Load Training-induced Changes on Ultrastructure and Function of Thyroidal Gland in Estrum Restrain of Rats;
递增负荷训练诱导的动情周期抑制大鼠甲状腺超微结构与功能变化的研究
18.
Effect of Incremental Exercise on Free Radical Metabolism in Skeletal Muscles of Mice ofDifferent Months Old and Its Immune System;
递增性负荷训练对不同月龄大鼠骨骼肌组织自由基代谢及其防御系统影响