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耐力和高速力量训练的顺序安排

Sequencing of endurance and high-velocity strength training.

作者信息

Bell G J, Petersen S R, Quinney H A, Wenger H A

机构信息

Department of Physical Education and Sport Studies, University of Alberta, Edmonton.

出版信息

Can J Sport Sci. 1988 Dec;13(4):214-9.

PMID:3219669
Abstract

To compare two sequences of endurance (E) and high-velocity resistance (HVR) training, sixteen male oarsmen were separated into Group ES which trained endurance prior to strength and Group SE which trained strength prior to endurance. The endurance program consisted of up to 60 min a session, five days a week for five weeks. HVR exercise was conducted on 12 stations of variable resistance hydraulic equipment, four sessions per week for five weeks. Endurance training significantly improved VO2max and submaximal heart rate and blood lactate responses in both groups regardless of the sequence followed. HVR training improved VO2max in group SE only and had no effect on submaximal response to exercise. Peak torque increases for knee extension and flexion with HVR training were greater in group SE than group ES. These results show that organizing strength and endurance training into sequential programs can influence the physiological adaptation to training.

摘要

为比较两种耐力(E)和高速阻力(HVR)训练顺序,16名男性划桨运动员被分为先进行耐力训练后进行力量训练的ES组和先进行力量训练后进行耐力训练的SE组。耐力训练计划为每周五天,每次长达60分钟,共持续五周。HVR训练在12个可变阻力液压设备站进行,每周四次,共持续五周。无论训练顺序如何,耐力训练均显著改善了两组的最大摄氧量、次最大心率和血乳酸反应。HVR训练仅使SE组的最大摄氧量得到改善,对运动的次最大反应没有影响。SE组通过HVR训练使膝关节伸展和屈曲的峰值扭矩增加幅度大于ES组。这些结果表明,将力量和耐力训练组织成连续的训练计划会影响对训练的生理适应性。

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