The objective of this proposal is to investigate the effects of training to use direct electromyographic (dEMG) control of a powered prosthetic ankle on transtibial amputees'. The aimed questions to answer: 1. whether dEMG control will improve balance and postural stability of amputees, 2. whether dEMG control will lead to more natural neuromuscular control and coordination, 3) whether dEMG control will reduce cognitive processes. Participants will go through PT guided training on using dEMG controlled prosthetic ankles and are evaluated for their capability on functional tasks. The results will be compared with a comparison group, which goes through the same training but with their everyday passive prostheses on balance capability, neuromuscular coordination, and cognitive load during locomotion.
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aCOM, anticipatory Center of Mass Excursion when the expected disturbance is introduced
Timeframe: Pre-training (before the training starts), Post-training (immediately after the training), and follow-up evaluation (one month) with both passive and dEMG devices
Neuromuscular Rehabilitation Engineering Laboratory