The Implications of Synchronization in Biomechanics

Abstract

Spatial synchronous of video-derived kinematic (2D or 3D) and kinetic (i.e. EMG or force plate) acquisition routinely allows a simultaneous collection of coordinated biomechanical dynamic configurations from human movements. Synchronization technic could assist to identify the differences between modes of walking. Use of synchronize technologies differentiated abnormal and pathological gait patterns in clinical setting. Synchronization technic could also assist to greater understanding of areas of muscle weakness, potential stresses and injuries in variety of individual in different conditions. Simultaneous kinematic and kinetic measures could contribute to design rehabilitation program to optimum functional recovery. Likewise, the use of coordinated kinematic and kinetic biomechanical features could address individuals’ adaptability to sport facilities to optimal physical performances or pattern modifications paradigms. It seems, practicing synchronizing approaches will benefit diverse sporting and clinical sectors in board ranges and frequent utilizations of this technology for more biomechanical discovery are warranted.