Effects of augmented feedback on training jump landing tasks for ACL injury prevention: A systematic review and meta-analysis

摘要: Abstract Objective Determine if augmented feedback (AF) used during jump landing training can improve ACL biomechanical injury risk factors. Methods Articles that AF in were identified through database searches. Pre-identified parameters compared between and control groups for immediate delayed (>24 h) post-tests. Standardised effect sizes determined when kinematic or kinetic data available. Results Fourteen articles included; four studies using 2D excluded from the meta-analysis as they did not provide consistent with each other remaining 3D studies. During post-test, peak knee hip flexion angles (KFA, HFA) vertical ground reaction force (vGRF) significantly different groups. At retention, KFA vGRF remained different. No significant differences observed parameters. High levels of heterogeneity detected, likely caused by sex, movement types. Conclusions Jump combined was useful reducing related to KFA, HFA vGRF, but had little on frontal plane biomechanics. Future work should investigate how types may affect participants.