高原缺氧负重训练动脉供血调控促进模型

发布时间：2018-05-19 12:46

本文选题：动脉供血 + 调控促进模型　；参考：《科技通报》2015年02期

【摘要】：目的:研究磷酸化活对高原缺氧负重训练动脉供血调控促进模型,促进运动员的心肺功能,提高运动员的供血调控水平。方法:通过高原缺氧负重训练,产生大量的磷酸化活物,人体中的磷酸化活物重组质粒p ET-28a-Agr C在C43(DE3)中表达为末端苏氨酸物体,通过提取人体内的血液标本,进行样本测试,对采集的运动员血液样本进行蛋白脂质体先用膜不可渗透硫醇-非荧光试剂(4-acetamido-4'-maleidylstibene-2,2'-disulphonic acid,Amdi S)标记,得到采用磷酸化活测定分析高原缺氧负重训练下的动脉供血调控促进模型结构。结果:运动员心率HR和肺活量VC显著性差异P0.01,缺氧负重训练中最大摄氧量VO2max的值都要大于台阶实验数值,达到最大摄氧量VO2max,心率HR的显著性差异P0.01。得到的测试组TG的心肺功能由于对比组CG1和CG2的显著差异性,进而促进动脉供血调控。结论:采用磷酸化活测定方法对高原缺氧负重训练动脉供血调控促进模型进行分析建模,对促进运动员的心肺功能,提高运动员的供血调控水平具有帮助。
[Abstract]:Objective: to study the effect of phosphorylation on the regulation of arterial blood supply in hypoxic and weight-bearing training at high altitude, to promote the cardiopulmonary function of athletes and to improve the level of blood supply regulation of athletes. Methods: a large number of phosphorylated living organisms were produced by hypoxia training at high altitude. The recombinant plasmid p ET-28a-Agr C was expressed as a terminal threonine object in C43DDE3. Blood samples were extracted from the human body, and the samples were tested. The blood samples of athletes were first labeled with membrane imosmotic mercaptin-nonfluorescence reagent 4-acetamido-4- maleidylstibene-2na-2- disulphonic acidonium Amdi, and the model of arterial blood supply regulation was analyzed by phosphorylation assay under hypoxic weight training at high altitude. Results: there were significant differences in HR and VC between athletes (P0.01). The maximal oxygen uptake (VO2max) in hypoxic weight-bearing training was higher than that in step experiment, reaching the maximal oxygen uptake VO2max. the difference of heart rate was significant (P0.01). The cardiopulmonary function of TG in the test group was significantly different from that of CG1 and CG2 in contrast group, which promoted the regulation of arterial blood supply. Conclusion: the method of phosphorylation activity is used to analyze and model the blood supply regulation and promoting model of the training artery in high altitude hypoxic weight-bearing training, which is helpful to promote the cardiopulmonary function of athletes and to improve the level of blood supply regulation of athletes.
【作者单位】：山西中医学院体育部;
【基金】：山西省科技厅(软科学2011041072—02)
【分类号】：R874

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