Evaluación integral de la estabilidad muscular y su vínculo con el VO2max y la composición corporal en deportistas universitarios

Orlando Santiago  Moreno-Barriga; Jorge Homero  Wilches-Visbal; Aura Margarita  Polo-Llanos; Pedro Luis  Antequera-Lobo; Diego Alejandro  Ayala-Oviedo

doi:10.22490/24629448.8185

Vol. 22 No. 42 (2024): Primer número 2024

Published 2024-06-22

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Comprehensive evaluation of muscular stability and its link to VO2max and body composition in university athletes

DOI: https://doi.org/10.22490/24629448.8185

Orlando Santiago Moreno-Barriga Universidad del Magdalena

Jorge Homero Wilches-Visbal Universidad del Magdalena

Aura Margarita Polo-Llanos Universidad del Magdalena

Pedro Luis Antequera-Lobo Universidad del Magdalena

Diego Alejandro Ayala-Oviedo Universidad del Magdalena

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Abstract
References

Introduction: In the sports field, core stability is crucial for maintaining balance
during the execution of specific movements. Few studies have determined the
relationship between sports performance, stability, and muscle activity. Objective:
To explore the relationship between maximum oxygen consumption and factors
such as electrical activity of core muscles, body composition, and core stability in
university athletes. Materials and Methods: This descriptive and correlational
cross-sectional study involved athletes from fourteen sports disciplines. Five
variables were measured, including the maximum amplitude of electromyography
of core muscles, the area of static and dynamic stability, and the percentage of
muscle mass. Instruments such as wireless surface electromyography sensors, 3D
inertial sensors, and ergoespirometry equipment were used. The software Jamovi
v 2.3.28.0 was utilized for variable calculation. Results: There was a significant
and positive correlation between the percentage of muscle mass, amplitude, and maximum oxygen consumption. When discriminated by sports discipline,
differences were found in the studied variables. A positive and significant
correlation was observed between maximum amplitude and muscle percentage in
all sports, except football and softball. In rugby, a positive and significant
correlation was found between muscle percentage and maximum oxygen
consumption. No correlation was found between voltage amplitude and stability in
athletes, indicating that sports stability is more complex than simply focusing on the
core. Conclusion: The study redefines the understanding of stability and its
connection to sports performance, providing insights for developing effective
training strategies. It is necessary to consider body composition in the evaluation
and planning of training to achieve more effective workouts.

keywords: Central stability, VO2max, Muscle mass, University athletes, Surface electromyography

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Moreno-Barriga, O. S. ., Wilches-Visbal, J. H. ., Polo-Llanos, A. M. ., Antequera-Lobo, P. L. ., & Ayala-Oviedo, D. A. . (2024). Comprehensive evaluation of muscular stability and its link to VO2max and body composition in university athletes. NOVA Biomedical Sciences Journal, 22(42). https://doi.org/10.22490/24629448.8185

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Comprehensive evaluation of muscular stability and its link to VO2max and body composition in university athletes

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