各种体力消耗时的血液流动性

M. Grigorjeva, S. Sorokoletov, A. V. Korobovsky, L. Lyapina
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引用次数: 0

摘要

本文介绍了在进行体育锻炼时血液流动性(或流变学特性)研究的文献数据和自己的结果。结果表明,血液流变学取决于止血系统的功能状态。已经确定,在生物体的生理状态下,任何强度的体力消耗都可能导致原发性和血浆止血反应的变化,从而导致血液流变学特性的变化。这篇综述描述了在机体正常生理状态下,具有过度劳损和某些类型的病理(心血管和代谢疾病)的情况下,人类和动物在进行体育锻炼(跑步、游泳等)前后的血流量相关因素的研究。提出了体力活动受限条件下的血流量数据。特别注意到体育锻炼对血液流变学(流动性)的纠正作用,违反了机体的体内平衡。考虑了体力消耗对血流的可能作用机制。
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Blood fluidity during physical exertion of various types
This paper presents data from the literature and own results on the study of blood fluidity (or rheological properties) when performing physical exercises. It is shown that the rheology of blood depends on the functional state of the haemostasis system. It has been established that in the physiological state of the organism, physical exertion of any strength can lead to changes in the reactions of primary and plasma haemostasis and, accordingly, the rheological properties of blood. The review describes the study of factors related to blood flow in humans and animals before and after physical exercise (running, swimming, etc.) in the normal physiological state of the organism, with overstrain and with certain types of pathology (cardiovascular and metabolic diseases). Data on blood flow in conditions of physical activity restriction are presented. Special attention is paid to the corrective role of physical exercises on the rheology (fluidity) of blood in violation of homeostasis of the organism. Possible mechanisms of action of physical exertion on blood flow are considered.
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