Bases de datos para Refining music tempo for an ergogenic effect on stationary cycling exercise

Aburto-Corona, J. & Aragón-Vargas, L.F. (2017). Refining music tempo for an ergogenic effect on stationary cycling exercise. Pensar en Movimiento: Revista de Ciencias del Ejercicio y la Salud, 15(2), 1-12. The effect of music on exercise performance has been studied from many perspectives, but t...

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Main Authors: Jorge Alberto Aburto Corona, Luis Fernando Aragón-Vargas
Format: Article
Language:English
Published: Universidad de Costa Rica 2020-06-01
Series:Pensar en Movimiento
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Online Access:https://revistas.ucr.ac.cr/index.php/pem/article/view/42430
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author Jorge Alberto Aburto Corona
Luis Fernando Aragón-Vargas
author_facet Jorge Alberto Aburto Corona
Luis Fernando Aragón-Vargas
author_sort Jorge Alberto Aburto Corona
collection DOAJ
description Aburto-Corona, J. & Aragón-Vargas, L.F. (2017). Refining music tempo for an ergogenic effect on stationary cycling exercise. Pensar en Movimiento: Revista de Ciencias del Ejercicio y la Salud, 15(2), 1-12. The effect of music on exercise performance has been studied from many perspectives, but the results have not been as clear as expected, probably due to a lack of appropriate controls. The purpose of this study was to measure stationary cycling performance in a warm environment under carefully controlled conditions, modifying only the presence of music and its tempo. Ten physically active students, 24.5±3.6 years (mean±SD) selected their favorite exercise music and performed a maximum cycling test. During subsequent visits to the laboratory, they pedaled at their preferred speed against a constant resistance (70% of maximum) in an environmentally controlled chamber (28.6±0.5 °C db and 65±3% rh) for 30 min, on three different days, without music (NM), medium tempo music (MT-120 bpm) or fast tempo music (FT-140 bpm), in random order. Perceived exertion (PE), heart rate (HR) and total work performed (W) were recorded. There was no significant difference among conditions for PE (4.47±1.52; 4.22±1.5; 3.83±2.06 a.u. for NM, MT and FT, respectively, p=.162) or HR (142.4±24.53; 142.6±24.37; 142.9±18.36 bpm for NM, MT and FT, respectively, p=.994), but W was different (43.4±19.02; 46.1±20.34; 47.1±20.97, kJ for NM, MT and FT, respectively, p=.009); post-hoc analysis showed that the W difference was only between FT and NM. Using individually selected preferred music in a carefully controlled environment, participants improved their spontaneous cycling performance only when the music had a fast tempo of 140 bpm.
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spelling doaj-art-89913f76068341ba8304e587341939362025-01-03T00:55:28ZengUniversidad de Costa RicaPensar en Movimiento1659-44362020-06-01181https://doi.org/10.15517/pensarmov.v18i1.42430Bases de datos para Refining music tempo for an ergogenic effect on stationary cycling exerciseJorge Alberto Aburto Corona Luis Fernando Aragón-VargasAburto-Corona, J. & Aragón-Vargas, L.F. (2017). Refining music tempo for an ergogenic effect on stationary cycling exercise. Pensar en Movimiento: Revista de Ciencias del Ejercicio y la Salud, 15(2), 1-12. The effect of music on exercise performance has been studied from many perspectives, but the results have not been as clear as expected, probably due to a lack of appropriate controls. The purpose of this study was to measure stationary cycling performance in a warm environment under carefully controlled conditions, modifying only the presence of music and its tempo. Ten physically active students, 24.5±3.6 years (mean±SD) selected their favorite exercise music and performed a maximum cycling test. During subsequent visits to the laboratory, they pedaled at their preferred speed against a constant resistance (70% of maximum) in an environmentally controlled chamber (28.6±0.5 °C db and 65±3% rh) for 30 min, on three different days, without music (NM), medium tempo music (MT-120 bpm) or fast tempo music (FT-140 bpm), in random order. Perceived exertion (PE), heart rate (HR) and total work performed (W) were recorded. There was no significant difference among conditions for PE (4.47±1.52; 4.22±1.5; 3.83±2.06 a.u. for NM, MT and FT, respectively, p=.162) or HR (142.4±24.53; 142.6±24.37; 142.9±18.36 bpm for NM, MT and FT, respectively, p=.994), but W was different (43.4±19.02; 46.1±20.34; 47.1±20.97, kJ for NM, MT and FT, respectively, p=.009); post-hoc analysis showed that the W difference was only between FT and NM. Using individually selected preferred music in a carefully controlled environment, participants improved their spontaneous cycling performance only when the music had a fast tempo of 140 bpm.https://revistas.ucr.ac.cr/index.php/pem/article/view/42430rhythmendurancebeatsexercise performance
spellingShingle Jorge Alberto Aburto Corona
Luis Fernando Aragón-Vargas
Bases de datos para Refining music tempo for an ergogenic effect on stationary cycling exercise
Pensar en Movimiento
rhythm
endurance
beats
exercise performance
title Bases de datos para Refining music tempo for an ergogenic effect on stationary cycling exercise
title_full Bases de datos para Refining music tempo for an ergogenic effect on stationary cycling exercise
title_fullStr Bases de datos para Refining music tempo for an ergogenic effect on stationary cycling exercise
title_full_unstemmed Bases de datos para Refining music tempo for an ergogenic effect on stationary cycling exercise
title_short Bases de datos para Refining music tempo for an ergogenic effect on stationary cycling exercise
title_sort bases de datos para refining music tempo for an ergogenic effect on stationary cycling exercise
topic rhythm
endurance
beats
exercise performance
url https://revistas.ucr.ac.cr/index.php/pem/article/view/42430
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