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Type :thesis
Subject :GV Recreation Leisure
Main Author :Lin, Yu
Title :The effect of wearable resistance on kinematics and kinetics of typical footwork technique in badminton
Place of Production :Tanjong Malim
Publisher :Fakulti Sains Sukan dan Kejurulatihan
Year of Publication :2022
Corporate Name :Universiti Pendidikan Sultan Idris
PDF Guest :Click to view PDF file

Abstract : Universiti Pendidikan Sultan Idris
This thesis investigated an acute intervention with wearable resistance (WR) training in badminton-specific typical footwork (left-forward (LF) backhand lunges and rightforward (RF) forehand lunges), aiming to improve performance, minimize fatigue and reduce injury risks. Eighteen male university level badminton athletes participated in this project. Kinematics and kinetics were measured during LF and RF with the WR on the lower limb. Different WR loading were recorded with unload (0%), and with loading equivalent to 3%, 6% and 10% of body mass (BM) while performing typical badminton footwork. A larger hip range of motion (ROM) in the sagittal plane while smaller frontal ROM during RF compared with LF. Knee showed smaller frontal and horizontal ROM during LF compared with RF. Ankle had larger dorsiflexion and ROM during RF than LF with moderate WR loadings. Ankle frontal ROM during RF were smaller than LF. Hip showed smaller flexion and internal rotation moments but larger adduction moments during RF compared with LF. RF had larger abduction smaller internal rotation and larger external rotation moments in the knee. Smaller dorsiflexion and plantarflexion moments, inversion and eversion moments was found compared with LF. Under incremental WR loadings, difference was found, indicating different strategies responding the increased WR, suggesting the program of WR training intervention should be tasks-based. LF rely on hip to facilitate movements, whereas RF rely on knee and ankle joint to generate power. LF may exert more loading to knee, thus a slow and gradual increment of WR load should be considered to prevent over loading injuries. Findings may assist the development of badminton-specific movements training program, particularly on badminton court to mimic real-match scenarios, to enhance movement-specific fitness level and reduce motor fatigue, thus improving the on-court performance and minimizing potential injury risks.

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