التدريب على الوظيفة الإدراكية وإعادة تأهيل الأطراف العلوية بعد السكتة الدماغية باستخدام نظام التدريب المهني الرقمي

Overview

This protocol outlines the use of a VR-based digital occupational training system designed to enhance rehabilitation for stroke patients with cognitive impairments and upper limb dysfunction. The system aims to improve cognitive abilities, upper limb function, and daily living skills.

Key Study Components

Area of Science

• Neuroscience
• Rehabilitation
• Cognitive Function

Background

• Stroke can lead to significant cognitive and physical impairments.
• Traditional rehabilitation methods may not fully address the needs of all patients.
• Digital training systems represent a novel approach to rehabilitation.
• Comprehensive training for therapists is crucial for effective implementation.

Purpose of Study

• To evaluate the effectiveness of a VR-based training system in stroke rehabilitation.
• To enhance cognitive function and upper limb rehabilitation.
• To improve daily living skills in stroke patients.

Methods Used

• Implementation of a VR-based digital occupational training system.
• Use of fine games for personalized therapy.
• Training for therapists to guide patients effectively.
• Evaluation of patient adjustment to the new system.

Main Results

• The VR system showed improved patient engagement compared to traditional methods.
• Patients demonstrated enhanced cognitive abilities and upper limb function.
• Therapist training was essential for successful patient adaptation.
• Personalized therapy through fine games led to better outcomes.

Conclusions

• The VR-based training system is an effective tool for stroke rehabilitation.
• Comprehensive training for therapists improves patient outcomes.
• Further research is needed to optimize the system for diverse patient needs.

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