Differences in the levels of physiologicalbiochemical responses during physical exercise involving the lower and upper extremities in judo competitors

T. Pałka, W. Błach, Grzegorz Lech, W. Pilch, A. Tyka, Dariusz Mucha, Ł. Tota, T. Ambroży, Renata Skalska-Izdebska
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引用次数: 1

Abstract

Scientific discoveries, the development of research techniques as well as long term observations allowed selection and hierarchization of the groups of factors determining the level of physical capacity. The great success of the past years was the development of the methods of blood lactate concentration assay, reflecting the anaerobic metabolic processes that occur during intensive physical work. The unquestioned success of these years was the measurement of maximal oxygen uptake (VO2max). This is an integrated indicator determining physical capacity. The amount of oxygen that can be consumed by the human body during maximal effort is an aggregate indicator of the oxygen supply function and oxygen consumption in the tissues. The respiratory system, the cardiovascular system, blood morphotic elements (red blood cells) with their main component – haemoglobin, are engaged in oxygen transport. Generally, it is accepted that the higher the competitor’s VO2max value is, the more they are capable of intensive and sustained exercise performance and the better
柔道运动员下肢和上肢运动时生理生化反应水平的差异
科学发现、研究技术的发展以及长期的观察使得决定身体能力水平的各种因素得以选择和分级。过去几年的巨大成功是血乳酸浓度测定方法的发展,反映了在高强度体力劳动中发生的无氧代谢过程。这些年来毫无疑问的成功是最大摄氧量(VO2max)的测量。这是决定物理能力的综合指标。人体在最大努力时所能消耗的氧气量是反映组织供氧功能和耗氧量的综合指标。呼吸系统、心血管系统、血液形态因子(红细胞)及其主要成分血红蛋白都参与氧气运输。一般认为,运动员的VO2max值越高,越能进行高强度、持续的运动,表现越好
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