Physical therapy in sport : official journal of the Association of Chartered Physiotherapists in Sports Medicine · 2023
Effects of using rigid tape with bandaging techniques on wrist joint motion during boxing shots in elite male athletes.
СтатьяНазвание и аннотация: Перевод пока не подготовлен
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Gatt Ian T, Allen Tom, Wheat Jon
Аннотация
OBJECTIVES: To investigate the effects of bandaging techniques on wrist motion on impact during different shot types in elite male boxers.
DESIGN: Repeated-measures study.
SETTING: Field Experiment PARTICIPANTS: Two shot types, straight and bent arm, were assessed with 18 elite male boxers wearing either bandage only or bandage plus tape.
MAIN OUTCOMES MEASURES: Wrist motions and time to peak wrist angles, on impact, were measured with an electromagnetic tracking system.
RESULTS: Wrist motion on impact occurred concurrently in flexion and ulnar deviation for both shot types. For both motions, significant (p < 0.001) effects for bandaging techniques (η2 = 0.580-0.729) and shot types (η2 = 0.165-0.280) were observed. For straight and bent arm shots, wrist motion on impact occurred within 50% and 40% respectively of total active wrist motion for bandage only compared to within 20% and 15% for bandage plus tape. Time to peak wrist angle on impact increased significantly (p < 0.001) for both shot types when adding tape to bandage.
CONCLUSIONS: Adding tape provided an additional 25-30% reduction in wrist motion compared to bandage only, with a 1.2-1.4 increase in time to peak wrist angle, on impact for both shot types. This information could assist various individuals and organisations towards better hand-wrist protection.
DESIGN: Repeated-measures study.
SETTING: Field Experiment PARTICIPANTS: Two shot types, straight and bent arm, were assessed with 18 elite male boxers wearing either bandage only or bandage plus tape.
MAIN OUTCOMES MEASURES: Wrist motions and time to peak wrist angles, on impact, were measured with an electromagnetic tracking system.
RESULTS: Wrist motion on impact occurred concurrently in flexion and ulnar deviation for both shot types. For both motions, significant (p < 0.001) effects for bandaging techniques (η2 = 0.580-0.729) and shot types (η2 = 0.165-0.280) were observed. For straight and bent arm shots, wrist motion on impact occurred within 50% and 40% respectively of total active wrist motion for bandage only compared to within 20% and 15% for bandage plus tape. Time to peak wrist angle on impact increased significantly (p < 0.001) for both shot types when adding tape to bandage.
CONCLUSIONS: Adding tape provided an additional 25-30% reduction in wrist motion compared to bandage only, with a 1.2-1.4 increase in time to peak wrist angle, on impact for both shot types. This information could assist various individuals and organisations towards better hand-wrist protection.