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[稳态代谢条件下肌肉活动期间能量来源的利用与恢复]

[Utilization and restitution of energy sources during muscular activity under steady-state metabolic conditions].

作者信息

Krasnova A F, Samodanova G I, Usik S V, Iakovlev N N

出版信息

Fiziol Zh SSSR Im I M Sechenova. 1977 Jun;63(6):864-71.

PMID:881063
Abstract

During muscular activity at steady state of metabolism both the carbohydrate and the free fatty acids are utilized as energy sources. Kreatine phosphate expense, carbohydrate mobilization, and intensity of glycolysis during the same work are in positive correlation with the work intensity, while fatty acids mobilization is in negative correlation. Intensity of restoration of energy sources is in positive correlation with the intensity of work and the energy source expense, while being in negative correlation with steady state level of metabolism. In trained organism, both the steady state level of metabolism during muscular activity and intensity of restitution during recovery period are greater than in untrained organism.

摘要

在新陈代谢稳定状态下的肌肉活动过程中,碳水化合物和游离脂肪酸均被用作能量来源。在相同工作期间,磷酸肌酸消耗、碳水化合物动员及糖酵解强度与工作强度呈正相关,而脂肪酸动员则呈负相关。能量来源的恢复强度与工作强度及能量来源消耗呈正相关,而与新陈代谢的稳定状态水平呈负相关。在受过训练的机体中,肌肉活动期间新陈代谢的稳定状态水平及恢复期间的恢复强度均高于未受过训练的机体。

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