BONEN, A., V.H. HEYWARD, K.J. CURETON, R.A. BOILEAU, and B.H. MASSEY. Prediction of maximal oxygen uptake in boys, ages 7-15 years. Med. Sci. Sports. Vol. 11, No. 1, pp. 24-29, 1979. Predictions of V̇o2max (l min-1 and ml kg-1min-1) were obtained via multiple regression procedures from a sample of 100 boys, ages 6.7-14.8 years. Prediction equations for V̇o2max (l min-1) were obtained from the subjects' height, and the V̇o2(l min-1) and heart rate observed during the third min of a treadmill walk (R=0.95; CV= ±9.3%). A similar prediction was obtained when the subjects' age, height and weight were used (R=0.94; CV= ±9.7%). V̇o2max (ml kg-1min-1) was predicted with similar accuracy (CV=±8.4%) from age, and heart rate, V̇CO2(l min-1), V̇o2 (ml kg min-1), or from simply age, height and weight (CV=±9.2%). Cross-validation of the equations with another sample of 39 boys demonstrated that the prediction equations based on laboratory data were quite stable, % errors approximately 1-2±9%. However, the equations based on age, height and weight underestimated the V̇o2max slightly, both in l min (JOURNAL/masis/04.02/00005756-197901110-00006/OV0398/v/2018-02-08T152416Z/r/image-png=-0.09 1 min) and ml kg min (JOURNAL/masis/04.02/00005756-197901110-00006/OV0398/v/2018-02-08T152416Z/r/image-png=-2.2 ml kg min, P<0.05). The results indicate that reasonably reliable and accurate estimates of V̇o2max for children may be obtained from either laboratory data, or simply from their age, height and weight.
MULTIPLE REGRESSION, CHILDREN, TREADMILL