[Multimodal technology in the correction of post-stroke motor disorders]

Area of Science:

• Neurorehabilitation
• Motor control and recovery
• Stroke rehabilitation

Context:

• Post-stroke motor impairments significantly affect patient mobility and quality of life.
• Late recovery period presents challenges for restoring statolocomotor functions.
• Current rehabilitation strategies aim to optimize motor recovery and functional independence.

Purpose:

• To evaluate the effectiveness of a comprehensive rehabilitation program incorporating programmable functional electrical stimulation (FES) and biofeedback-stabilometric training.
• To assess the impact of this combined approach on statolocomotor disorders in ischemic stroke patients during the late recovery phase.

Summary:

• A study involving 120 ischemic stroke patients compared a combined FES and BFB-stabilometric training program against BFB training alone, FES alone, and standard rehabilitation.
• The group receiving combined FES and BFB-stabilometric training demonstrated significant improvements in walking function and motor stereotype restoration by week 5.
• Improvements were validated through neurological scales and stabilometry data.

Impact:

• The integration of FES and BFB-stabilometric training accelerates motor adaptation and restores impaired balance function in stroke survivors.
• This approach enhances patients' quality of life by promoting neuroplasticity and associative brain processes.
• Findings suggest a novel, effective strategy for optimizing rehabilitation outcomes in the late recovery phase of ischemic stroke.