Lower Limb Orthotics for Neurorehabilitation: Why and How-Session Presentation

Video Transcription

Video Summary

The video transcript discusses the biomechanics of human gait and the role of lower limb orthotics in neurorehabilitation. The speaker explains the different phases of the gait cycle and how forces are exerted on the body during walking. They discuss the functions of the stance phase and swing phase of the gait cycle and how muscles work to stabilize the joints. The importance of joint movement and stability in maintaining balance and preventing falls is emphasized. The speaker also discusses the role of orthotic devices in controlling, correcting, accommodating, and assisting with gait abnormalities. They emphasize the importance of detailed prescription writing and communication with orthotists to ensure appropriate and effective orthotic interventions. A case study of a patient with foot drop is presented to illustrate the impact of an improperly fitted brace on gait stability and joint alignment. The speaker demonstrates how adjustments to the brace and shoe can improve gait mechanics and reduce pain and instability. Overall, the video highlights the importance of understanding the biomechanics of gait and how orthotic devices can be used to optimize gait function and enhance neurorehabilitation.

Keywords

biomechanics

human gait

lower limb orthotics

neurorehabilitation

gait cycle

stance phase

swing phase

orthotic devices

gait abnormalities

foot drop