評估最大攝氧量模式研究

A Study of VO2(subsceript max) Estimation Model

林建得(J. T. Lin) ； 陳坤檸(K. N. Chen) ； 劉勇君(Y. J. Liu) ； 林瑞興(R. S. Lin) ； 陳德宗(T. C. Chen) ； 丁春枝(C. Z. Ding)

《大專體育學刊》 4卷2期 (2002/12) Pp. 197-206

https://doi.org/10.5297/ser.200212_4(2).0019

摘要

The purpose of the study was to investigate the relationships between VO2(subscript max) among anthropometrical and physiological variables, including age, body height, weight, body composition, sub-maximal intensity exercise, and work rate.
There were Ill males participated in this study, the average age, body height and weight were 29.63 ± 10.16 years, 171.20 ± 5.53cm, 69.04 ± 8.24kg,respectively.
All subjects performed a maximal oxygen uptake testing and anthropometrical measurements. The physiological measurements were examined maximal cycling exercise and anthropometry, in which included percent body fat, and skinfold thickness. Heart rate and oxygen intake variables were measured during the experimental period. Anthropometrical data were recorded for data analysis.
The findings of this study included that there was a significant relationship among VO2(subscript max), anthropometrical and physiological variables(r=-.71~7.8; p＜.01). By the multiple regression analysis results, we established eleven maximal oxygen uptake predicted equations(R^2 =.49~.82, p＜.0l). Those equations can be recommended to estimate VO2(subscript max) for normally active health subjects. According to those results of this study, the predicated equations can be classified as valid and reliable models for VO2(subscript max) prediction. The contribution of this study was to applie to estimate the physical-related fitness and the reference of planning exercise-training prescription for normally active health group.

關鍵字

最大攝氧量 ； 腳踏車測驗 ； 身體特徵 ； 迴歸模式

並列摘要

The purpose of the study was to investigate the relationships between VO2(subscript max) among anthropometrical and physiological variables, including age, body height, weight, body composition, sub-maximal intensity exercise, and work rate.
There were Ill males participated in this study, the average age, body height and weight were 29.63 ± 10.16 years, 171.20 ± 5.53cm, 69.04 ± 8.24kg,respectively.
All subjects performed a maximal oxygen uptake testing and anthropometrical measurements. The physiological measurements were examined maximal cycling exercise and anthropometry, in which included percent body fat, and skinfold thickness. Heart rate and oxygen intake variables were measured during the experimental period. Anthropometrical data were recorded for data analysis.
The findings of this study included that there was a significant relationship among VO2(subscript max), anthropometrical and physiological variables(r=-.71~7.8; p＜.01). By the multiple regression analysis results, we established eleven maximal oxygen uptake predicted equations(R^2 =.49~.82, p＜.0l). Those equations can be recommended to estimate VO2(subscript max) for normally active health subjects. According to those results of this study, the predicated equations can be classified as valid and reliable models for VO2(subscript max) prediction. The contribution of this study was to applie to estimate the physical-related fitness and the reference of planning exercise-training prescription for normally active health group.

並列關鍵字

VO2(subscript max) ； cycling test ； physical characteristic ； regression model

參考文獻

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Jackson, A.S.,Beard, E.F.,Wier, L.T.,Ross, R.M.,Stuteville, J.E.,Blair, S.N.(1995).Changes in aerobic power of men, ages 25-70 yr..Medicine and Science in Sports and Exercise.27(1)

Jackson, A.S.,Pollock, M.L.(1978).Generalized equations for predicting body density of men..British Journal of Nutrition.40