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加拿大奥运足球队的生理特征。

Physiological profiles of the Canadian Olympic Soccer Team.

作者信息

Rhodes E C, Mosher R E, McKenzie D C, Franks I M, Potts J E, Wenger H A

出版信息

Can J Appl Sport Sci. 1986 Mar;11(1):31-6.

PMID:3698157
Abstract

Physiological profiles of elite athletes are becoming increasingly important both for the sport scientist and coach, primarily to effectively develop training programs and to use as a motivational tool in the pursuit of excellence. Descriptive profiles were developed on 16 aspirants of the Canadian Olympic Soccer team during their training program at U.B.C. Selected strength measures were obtained from a Cybex II isokinetic dynamometer at 30 degrees sec-1. Metabolic variables were derived utilizing a Beckman metabolic cart interfaced with a Hewlitt Packard 3052A data acquisition system. Protocols involved were the following: VO2max (initial velocity 8.05 km X h-1, greater than 0.805 km X min-1); Anaerobic speed test (AST) (20% grade, 12.8 km X h-1). the nonlinear increase in excess CO2 was utilized to determine the anaerobic threshold (AT). (Table: see text). Recommendations emphasized maintenance of low body fat, increasing maximal aerobic power by approximately 10% and creating a hams/quads ratio of 60%. Also, a nutritional survey and periodic evaluation of iron status is necessary for the athletes.

摘要

对于体育科学家和教练而言,精英运动员的生理特征正变得愈发重要,主要用于有效地制定训练计划,并作为追求卓越的激励工具。在加拿大奥运足球队的16名候选人于英属哥伦比亚大学进行训练期间,制定了描述性特征。选定的力量测量值是在Cybex II等速测力计上以每秒30度的速度测得的。代谢变量是利用与惠普3052A数据采集系统相连的贝克曼代谢仪得出的。所涉及的测试方案如下:最大摄氧量(初始速度8.05千米/小时,大于0.805千米/分钟);无氧速度测试(AST)(坡度20%,速度12.8千米/小时)。利用过量二氧化碳的非线性增加来确定无氧阈值(AT)。(表格:见正文)。建议强调保持低体脂,将最大有氧功率提高约10%,并使腘绳肌/股四头肌比例达到60%。此外,对运动员进行营养调查和定期评估铁状态是必要的。

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