湖北体育科技2024，Vol.43Issue(3)：87-93,7.
常见代谢性疾病微循环功能变化及有氧运动干预效应
Changes of Microcirculation Function in Patients with Common Chronic Metabolic Dis-eases and Intervention Effect of Aerobic Exercise
摘要
Abstract
In this review,the changes of microcirculation function in patients with common chronic metabolic diseases were first re-viewed,and then the intervention effect of aerobic exercise on microcirculation function in patients with common chronic metabolic diseases was summarized and suggestions on exercise prescriptions were put forward.The results of the study are as follows:1)Patients with common chronic metabolic diseases such as obesity,diabetes,and nonalcoholic fatty liver have obvious microcirculation dysfunc-tion,which is manifested as decreased microvasodilator function,vascular thinning and microvascular endothelial dysfunction.Aerobic exercise can improve the microcirculation function of patients with common chronic metabolic diseases,improve the level of material and energy metabolism of patients,and help improve the condition of patients and reduce the occurrence of vascular complications.2)It is suggested that based on the technical basis of medical examination,the changes in microcirculation function of patients under ex-ercise conditions should be taken as an important diagnostic indicator,and the changes in microcirculation dysfunction of patients un-der different exercise intensity and amount of exercise should be deeply explored.In addition,there are still few studies on the inter-vention of aerobic exercise on microcirculation function in obese patients of high age,patients with type 1 diabetes and patients with non-alcoholic fatty liver disease,and subsequent studies should focus on this aspect.关键词
有氧运动/慢性代谢性疾病/微循环功能/干预效应/运动处方Key words
aerobic exercise/chronic metabolic diseases/microcirculation function/intervention effect/exercise prescription分类
社会科学引用本文复制引用
朱欢,庹艳芳,文凡,秦晗蕾,向阳,周术锋..常见代谢性疾病微循环功能变化及有氧运动干预效应[J].湖北体育科技,2024,43(3):87-93,7.基金项目
2022年湖北省教育厅哲学社会科学重点项目(22D086) （22D086）
2022年恩施州科技项目(XYJ2022000113) （XYJ2022000113）
2021年湖北省教育厅哲学社会科学青年项目(21Q190) （21Q190）
2023年湖北民族大学校内科研项目(XN2335). （XN2335）
