Background ACL injuries are common in sports, which has resulted in the development of
risk screening and injury prevention programs to target modifiable neuromuscular risk …

Despite a historical focus on prosthetics, the incorporation of electromyography (EMG)
sensors into less obtrusive wearable designs has recently gained attention as a potential …

The increasing amount of data in biomechanics research has greatly increased the
importance of develo** advanced multivariate analysis and machine learning techniques …

Purpose: Overuse injuries are common in sport, but complete understanding of injury risk
factors remains incomplete. Although biomechanical studies frequently examine …

Multi-muscle EMG time-series are highly correlated and time dependent yet traditional
statistical analysis of scalars from an EMG time-series fails to account for such …

Background Increased unilateral foot pronation may cause biomechanical changes on the
lower limbs during gait. We investigated the effects of increased unilateral foot pronation on …

Ground reaction force (GRF) is a key metric in biomechanical research, including
parameters of loading rate (LR), first impact peak, second impact peak, and transient …

Objective To determine if baseline 3‐dimensional (3‐D) biomechanical gait patterns differed
between those patients with moderate knee osteoarthritis (OA) who progressed to total knee …

Although mild leg length discrepancy is related to lower limb injuries, there is no consensus
regarding its effects on the biomechanics of the lower limbs during gait. Biomechanical data …

Background Excessive foot pronation during running in individuals with foot varus alignment
may be reduced by medially wedged insoles. Research question This study investigated the …