[COGNITIVE-MOTOR TRAINING AS A TECHNOLOGY FOR RESTORING AND PRESERVING SOCIAL INDEPENDENCE AND ACTIVITY].

Area of Science:

• Neurorehabilitation
• Human motor control
• Virtual reality applications

Context:

• Stroke frequently results in upper limb dysfunction, significantly impairing patients' daily activities and overall quality of life.
• Optimizing rehabilitation strategies is crucial for restoring functional independence after stroke.
• Emerging technologies like virtual reality and biofeedback offer promising avenues for enhanced therapeutic interventions.

Purpose:

• To evaluate the effectiveness of cognitive motor therapy in patients experiencing post-stroke upper limb dysfunction.
• To assess the impact of virtual reality and biofeedback on motor recovery and functional outcomes.
• To determine if this integrated therapeutic approach can improve quality of life.

Summary:

• The study investigated cognitive motor therapy integrating virtual reality and biofeedback for post-stroke upper limb dysfunction.
• Participants underwent a tailored rehabilitation program utilizing these advanced technologies.
• Outcomes measured included improvements in upper limb function, daily activity performance, and patient-reported quality of life.

Impact:

• Cognitive motor therapy with virtual reality and biofeedback demonstrates potential as an effective rehabilitation strategy for stroke survivors.
• This approach may lead to significant improvements in functional recovery and enhance the quality of life for individuals affected by stroke.
• Findings support the integration of technology-driven therapies in neurorehabilitation protocols.