Ecuación para predecir el consumo máximo de oxígeno a partir de la prueba de caminata de seis minutos en jóvenes sanos

Background: The six-minute walk test (SMWT) is an easy-to-use test that measures walking distance. Aim: To elaborate an equation to estimate the maximum oxygen consumption (VO2 max) using the results of the SMWT. Material and Methods: Forty men and 40 women aged 22.5 ± 2 years, underwent a SMWT t...

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Autores principales:	Vásquez-Gómez,Jaime, Castillo-Retamal,Marcelo, Faundez-Casanova,Cesar, Carvalho,Ricardo Souza de, Ramírez-Campillo,Rodrigo, Valdés-Badilla,Pablo
Lenguaje:	Spanish / Castilian
Publicado:	Sociedad Médica de Santiago 2018
Materias:	Cardiorespiratory Fitness Exercise Test Oxygen Consumption Walking
Acceso en línea:	http://www.scielo.cl/scielo.php?script=sci_arttext&pid=S0034-98872018000700830
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spelling	oai:scielo:S0034-988720180007008302018-09-26Ecuación para predecir el consumo máximo de oxígeno a partir de la prueba de caminata de seis minutos en jóvenes sanosVásquez-Gómez,JaimeCastillo-Retamal,MarceloFaundez-Casanova,CesarCarvalho,Ricardo Souza deRamírez-Campillo,RodrigoValdés-Badilla,Pablo Cardiorespiratory Fitness Exercise Test Oxygen Consumption Walking Background: The six-minute walk test (SMWT) is an easy-to-use test that measures walking distance. Aim: To elaborate an equation to estimate the maximum oxygen consumption (VO2 max) using the results of the SMWT. Material and Methods: Forty men and 40 women aged 22.5 ± 2 years, underwent a SMWT to measure the total walked distance and the recovery heart rate (RhR) Also, VO2 max was estimated from the maximal workload achieved in a cyclo-ergometer using the Storer test. A multivariate regression analysis resulted in a prediction equation that was validated with distributional assumptions of normality, independence and homoscedasticity. The limits of concordance of the predictive model were checked with the Bland-Altman diagram. Results: Body mass index (BMI), sex, RhR and total walked distance explained VO2 max variance by 3.4, 73.1, 17.9 and 32.8%, respectively. The prediction equation achieved was VO2 max (ml.min−1) = −3672.585 + (966.472 × Sex [1: female, 2: male]) + (-18.492 X RhR [beats.minute−1]) + (9.191 X Distance [m]) + (87.707 × BMI). The R2 of the equation was 0.91 (p < 0.01). Conclusions: This equation predicts VO2 max in Chilean university students according to sex, BMI, cardiovascular response and performance in the SMWT.info:eu-repo/semantics/openAccessSociedad Médica de SantiagoRevista médica de Chile v.146 n.7 20182018-07-01text/htmlhttp://www.scielo.cl/scielo.php?script=sci_arttext&pid=S0034-98872018000700830es10.4067/s0034-98872018000700830
institution	Scielo Chile
collection	Scielo Chile
language	Spanish / Castilian
topic	Cardiorespiratory Fitness Exercise Test Oxygen Consumption Walking
spellingShingle	Cardiorespiratory Fitness Exercise Test Oxygen Consumption Walking Vásquez-Gómez,Jaime Castillo-Retamal,Marcelo Faundez-Casanova,Cesar Carvalho,Ricardo Souza de Ramírez-Campillo,Rodrigo Valdés-Badilla,Pablo Ecuación para predecir el consumo máximo de oxígeno a partir de la prueba de caminata de seis minutos en jóvenes sanos
description	Background: The six-minute walk test (SMWT) is an easy-to-use test that measures walking distance. Aim: To elaborate an equation to estimate the maximum oxygen consumption (VO2 max) using the results of the SMWT. Material and Methods: Forty men and 40 women aged 22.5 ± 2 years, underwent a SMWT to measure the total walked distance and the recovery heart rate (RhR) Also, VO2 max was estimated from the maximal workload achieved in a cyclo-ergometer using the Storer test. A multivariate regression analysis resulted in a prediction equation that was validated with distributional assumptions of normality, independence and homoscedasticity. The limits of concordance of the predictive model were checked with the Bland-Altman diagram. Results: Body mass index (BMI), sex, RhR and total walked distance explained VO2 max variance by 3.4, 73.1, 17.9 and 32.8%, respectively. The prediction equation achieved was VO2 max (ml.min−1) = −3672.585 + (966.472 × Sex [1: female, 2: male]) + (-18.492 X RhR [beats.minute−1]) + (9.191 X Distance [m]) + (87.707 × BMI). The R2 of the equation was 0.91 (p < 0.01). Conclusions: This equation predicts VO2 max in Chilean university students according to sex, BMI, cardiovascular response and performance in the SMWT.
author	Vásquez-Gómez,Jaime Castillo-Retamal,Marcelo Faundez-Casanova,Cesar Carvalho,Ricardo Souza de Ramírez-Campillo,Rodrigo Valdés-Badilla,Pablo
author_facet	Vásquez-Gómez,Jaime Castillo-Retamal,Marcelo Faundez-Casanova,Cesar Carvalho,Ricardo Souza de Ramírez-Campillo,Rodrigo Valdés-Badilla,Pablo
author_sort	Vásquez-Gómez,Jaime
title	Ecuación para predecir el consumo máximo de oxígeno a partir de la prueba de caminata de seis minutos en jóvenes sanos
title_short	Ecuación para predecir el consumo máximo de oxígeno a partir de la prueba de caminata de seis minutos en jóvenes sanos
title_full	Ecuación para predecir el consumo máximo de oxígeno a partir de la prueba de caminata de seis minutos en jóvenes sanos
title_fullStr	Ecuación para predecir el consumo máximo de oxígeno a partir de la prueba de caminata de seis minutos en jóvenes sanos
title_full_unstemmed	Ecuación para predecir el consumo máximo de oxígeno a partir de la prueba de caminata de seis minutos en jóvenes sanos
title_sort	ecuación para predecir el consumo máximo de oxígeno a partir de la prueba de caminata de seis minutos en jóvenes sanos
publisher	Sociedad Médica de Santiago
publishDate	2018
url	http://www.scielo.cl/scielo.php?script=sci_arttext&pid=S0034-98872018000700830
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Ecuación para predecir el consumo máximo de oxígeno a partir de la prueba de caminata de seis minutos en jóvenes sanos

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