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A systematic review and meta-analysis of the impact of muscle fatigue on the biomechanics of joint range of motion (ROM) in badminton
by
Chaeroni, Ahmad
, Lani, Mohd Nizam
, Talib, Kamal
, Konar, Nurettin
, Kurnaz, Mert
, Sepdanius, Endang
, Orhan, Bekir Erhan
in
badminton
/ biomechanics
/ biomecánica
/ bádminton
/ Fatiga muscular
/ injury prevention
/ Muscle fatigue
/ prevención de lesiones
/ range of motion (ROM)
/ rango de movimiento (ROM)
2025
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A systematic review and meta-analysis of the impact of muscle fatigue on the biomechanics of joint range of motion (ROM) in badminton
by
Chaeroni, Ahmad
, Lani, Mohd Nizam
, Talib, Kamal
, Konar, Nurettin
, Kurnaz, Mert
, Sepdanius, Endang
, Orhan, Bekir Erhan
in
badminton
/ biomechanics
/ biomecánica
/ bádminton
/ Fatiga muscular
/ injury prevention
/ Muscle fatigue
/ prevención de lesiones
/ range of motion (ROM)
/ rango de movimiento (ROM)
2025
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A systematic review and meta-analysis of the impact of muscle fatigue on the biomechanics of joint range of motion (ROM) in badminton
by
Chaeroni, Ahmad
, Lani, Mohd Nizam
, Talib, Kamal
, Konar, Nurettin
, Kurnaz, Mert
, Sepdanius, Endang
, Orhan, Bekir Erhan
in
badminton
/ biomechanics
/ biomecánica
/ bádminton
/ Fatiga muscular
/ injury prevention
/ Muscle fatigue
/ prevención de lesiones
/ range of motion (ROM)
/ rango de movimiento (ROM)
2025
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A systematic review and meta-analysis of the impact of muscle fatigue on the biomechanics of joint range of motion (ROM) in badminton
Journal Article
A systematic review and meta-analysis of the impact of muscle fatigue on the biomechanics of joint range of motion (ROM) in badminton
2025
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Overview
This study aims to evaluate the impact of muscle fatigue on the biomechanics of joint range of motion (ROM) in badminton athletes through a systematic literature review and meta-analysis. Muscle fatigue can affect athletic performance, particularly in dy-namic movements such as lunges and smashes. Using the Systematic Literature Review (SLR) method and PRISMA, this study identified and analyzed 9 scientific articles from the Scopus and WoS databases published between 2019 and 2024. Meta-analysis was conducted by calculating the Standardized Mean Difference (SMD) and the 95% confidence interval (95% CI). The results showed that ROM in the hip joint significantly decreased after fatigue, with an SMD of -0.56 (95% CI: -0.76 to -0.36), which increases the risk ofadductor and abductor injuries. On the other hand, ankle ROM showed no significant changes between pre-fatigue and post-fatigue conditions (SMD = 0.06, 95% CI: -0.13 to 0.25). For the knee joint, significant heterogeneity was found among studies with an I² value of 52% and an overall SMD of -0.01 (95% CI: -0.28 to 0.26), indicating that the effect of fatigue on knee ROM was inconsistent. This study concludes that muscle fatigue plays a crucial role in biomechanical changes that may increase the risk of injury in badminton athletes. Coaches are advised to implement interventions such as dynamic stretching and foam rolling to reduce muscle stiffness and maintain optimal ROM during matches. This study provides a critical scientific basis for developing evidence-based injury prevention programs.Keywords: Muscle fatigue, biomechanics, range of motion (ROM), badminton, injury prevention.
Este estudio tiene como objetivo evaluar el impacto de la fatiga muscular en la biomecánica del rango de movimiento articular (ROM) en atletas de bádminton a través de una revisión sistemática de la literatura y un metanálisis. La fatiga muscular puede afectar el rendimiento deportivo, particularmente en movimientos dinámicos como los desplantes y los remates. Utilizando el método de Revisión Sistemática de la Literatura (SLR) y PRISMA, este estudio identificó y analizó 9 artículos científicos de las bases de datos Scopus y WoS publicados entre 2019 y 2024. Se realizó un metanálisis calculando la Diferencia de Media Estandarizada (DME) y el intervalo de confianza del 95% (IC del 95%). Los resultados mostraron que el ROM en la articulación de la cadera disminuyó significativamente después de la fatiga, con una DME de -0.56 (IC del 95%: -0.76 a -0.36), lo que aumenta el riesgo de lesiones en los músculos aductores y abductores. Por otro lado, el ROM del tobillo no mostró cambios significativos entre las condiciones de pre-fatiga y post-fatiga (DME = 0.06, IC del 95%: -0.13 a 0.25). Para la articulación de la rodilla, se encontró una heterogeneidad significativa entre los estudios con un valor de I² del 52% y una DME general de -0.01 (IC del 95%: -0.28 a0.26), lo que indica que el efecto de la fatiga en el ROM de la rodilla fue inconsistente. Este estudio concluye que la fatiga muscular juega un papel crucial en los cambios biomecánicos que pueden aumentar el riesgo de lesiones en atletas de bádminton. Se recomienda a los entrenadores implementar intervenciones como estiramientos dinámicos y rodillos de espuma para reducir la rigidez muscular y mantener un ROM óptimo durante los partidos. Este estudio proporciona una base científica crítica para el desarrollo de programas de prevención de lesiones basados en evidencia
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