高原耐力训练中抗高原反应能力关系研究

发布时间：2018-10-23 11:37

【摘要】：目的:研究通过高原耐力训练,生成体内血胰岛素,并建立起与抗高原反应能力关系模型,评估人体在高原等恶劣环境下训练的生理机能。方法:研究对象为本校篮球队在青藏高原驻训的23名篮球队员,采用SPSS 13.0统计软件,测得运动员体内产生的血胰岛素聚合物Pluronic-b-PCL(Entry 0)和Pluronic-b-P(CL-co-BCL)的显著差异性,从而分析与抗高原反应能力的关系。引入有助于提高抗高原反应的半乳糖分子,通过DLS测试粒子表面的zeta电位值,分析受测运动员的调节纤维激酶值。结果:在阳离子型嵌段共聚物P(PEGMEMA16-co-PEGMA7)-b-PDMAEMA53中N/P比分别为0.3,0.6,0.8,1.5,2.5,3.0,8.0,受测运动员的生成的P(PEGMEMA-co-PEGMA)-b-PDMAEMA为2.155 g,0.1 mmol,PMDETA(104μL,0.5 mmol),Cu Cl(0.0258 g,0.25 mmol),在运动后24 h,血胰岛素与抗高原反应能力相关系数有所增大,运动后48 h,血胰岛素生成与抗高原反应能力相关系数有所较小,同时BP与调节纤维激酶相关系数增大,抗高原反应能力显著提高(P0.05)。结论:通过高原耐力训练,逐步增加红细胞和血红蛋白的生成,促进血胰岛素生成,改善血液输送氧的能力,使新进入高原的人发挥他正常的生理效能,指导高原训练和高原反应病症的治疗和预防。
[Abstract]:Objective: to study the relationship between insulin production and anti-altitude reaction ability through altitude endurance training, and to evaluate the physiological function of human body training in high altitude and other adverse environments. Methods: a total of 23 basketball players in the Qinghai-Tibet Plateau were enrolled in the study. The significant differences of insulin polymer Pluronic-b-PCL (Entry 0) and Pluronic-b-P (CL-co-BCL) produced in the body of the athletes were measured by SPSS 13.0 software. Thus, the relationship between the anti-altitude reaction ability and the anti-altitude reaction ability was analyzed. The galactose molecule which is helpful to improve the anti-plateau reaction was introduced. The zeta potential on the surface of the particles was measured by DLS, and the regulated fibronase value of the athletes was analyzed. Results: in cationic block copolymers P (PEGMEMA16-co-PEGMA7)-b-PDMAEMA53, the ratio of N / P to P / P was 0. 3 / 0 respectively. The correlation coefficient between blood insulin and anti high altitude reaction ability was increased 24 hours after exercise. The P (PEGMEMA-co-PEGMA)-b-PDMAEMA of the athletes was 2.155 g / PEGMEMA-co-PEGMA (10 4 渭 L / L 0.5 mmol), Cu Cl (0.0258 g / 0.25 mmol),) 24 h after exercise. At 48 hours after exercise, the correlation coefficient between serum insulin production and anti-altitude reaction ability was small, while the correlation coefficient between BP and FK increased, and the anti-altitude reaction ability increased significantly (P0.05). Conclusion: through high altitude endurance training, erythrocyte and hemoglobin production can be increased step by step, blood insulin production can be promoted, blood oxygen delivery ability can be improved, and the new person entering plateau will play his normal physiological function. To guide altitude training and the treatment and prevention of altitude sickness.
【作者单位】：河套学院体育教学部;
【分类号】：R87

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