Integration of Augmented Visual Feedback in Action Observation and Motor Imagery Therapy for Parkinson's Disease

Improving movement control during rehabilitation is still a challenge for people with Parkinson's Disease, mainly because of the motor symptoms caused by the condition. However, new technologies offer promising ways to support therapy. This clinical trial will test whether using TecnoBody® D-Wall technology integrated with two techniques (Action Observation and Motor Imagery) can improve physiotherapy outcomes for people with Parkinson's Disease. The TecnoBody® D-Wall is a type of digital mirror that includes a 3D camera, pressure-sensitive platforms, and a screen. It shows a person's body movements in real time and gives visual feedback on joint mobility, balance, and how weight is distributed during movement. Action Observation and Motor Imagery are two techniques already used in physiotherapy. Action Observation involves watching someone perform a movement, while Motor Imagery involves mentally rehearsing the movement before doing it. Studies have shown that both techniques activate the same brain areas involved in actual movement. In this trial, after watching and imagining the movement, participants will perform the exercise in front of the D-Wall. This setup gives them real-time feedback to help improve how they move, a new approach for these techniques. To see if this approach works, we will measure balance using a test validated for people with Parkinson's Disease and assess mobility using lab-based gait analysis, which tracks how a person walks. Participants in the study will: * Be receiving routine physiotherapy at a hospital that is specialized in Parkinson's Disease rehabilitation. * Be randomly assigned to one of two groups: 1) One group will receive physiotherapy incorporating the D-Wall alongside Action Observation and Motor Imagery; 2) The other group will receive physiotherapy incorporating the D-Wall but, without Action Observation or Motor Imagery. * Take part in therapy for up to four weeks, followed by another four weeks of monitoring, fo