The Effect of Speed on Kinematic Variability and Dynamic Stability of Trunk in Subjects with and without Nonspecific Low back Pain during a Sagittal Repetitive Flexion Extension Movements, M.Sc. Thesis Sharif University of Technology ; Parnianpour, Mohammad (Supervisor) ; Narimani, Rouya (Supervisor) ; Sanjari, Mohammad Ali (Co-Advisor)
Abstract
Low back pain is one the most prevalent disease and major economic issue facing modern countries. Epidemiological studies suggest that maximum trunk flexion, the angular velocity of trunk and the rate of repetitive movements (such as flexion-extension), are associated with low-back disorders. From biomechanical point of view, lack of stability during dynamic repetitive movements, increases the risk of injuries. On the other hand, some researchers suggest increasing motor variability could be an intrinsic factor to intervene muscuskeletal disorders during repetitive movements. Pace of repetitive occupational tasks could affect both, motor variability and dynamic stability. The goal of this...
Cataloging briefThe Effect of Speed on Kinematic Variability and Dynamic Stability of Trunk in Subjects with and without Nonspecific Low back Pain during a Sagittal Repetitive Flexion Extension Movements, M.Sc. Thesis Sharif University of Technology ; Parnianpour, Mohammad (Supervisor) ; Narimani, Rouya (Supervisor) ; Sanjari, Mohammad Ali (Co-Advisor)
Abstract
Low back pain is one the most prevalent disease and major economic issue facing modern countries. Epidemiological studies suggest that maximum trunk flexion, the angular velocity of trunk and the rate of repetitive movements (such as flexion-extension), are associated with low-back disorders. From biomechanical point of view, lack of stability during dynamic repetitive movements, increases the risk of injuries. On the other hand, some researchers suggest increasing motor variability could be an intrinsic factor to intervene muscuskeletal disorders during repetitive movements. Pace of repetitive occupational tasks could affect both, motor variability and dynamic stability. The goal of this...
Find in contentBookmark |
|