Effect of robot-mediated therapy on upper extremity dysfunction post-stroke-a single case study

Treatment delivered by this RMT system had a positive effect on the rate of recovery at the level of impairment of body function and at the level of activities. The superiority of RMT over sling suspension is consistent with the theories of neuroplasticity which suggest that repetitious movements must be challenging and meaningful. While these initial results concur with those of previous studies of RMT, further evidence is required before this form of intervention should be incorporated routinely into clinical practice.