AUGMENTED REALITY IN PHYSIOTHERAPY REVOLUTION REHABILITATION THROUGH IMMERSIVE TECHNOLOGY

Abstract

Background: Physiotherapy is essential for restoring function and mobility in individuals with injuries or disabilities. However, traditional rehabilitation methods can be time-consuming, costly, and may lack effective patient engagement.

Objective: This study aims to explore the potential of Augmented Reality (AR) in enhancing physiotherapy outcomes, boosting patient motivation, and improving the overall rehabilitation experience.

Methods: The approach encompasses several key components: 1) Movement analysis and correction,

2) Pain management and reduction, 3) Balance and coordination training, 4) Virtual exercise programs, and 5) Patient education and engagement. A needs assessment was conducted to identify patient requirements and goals. Customized AR programs were designed to address specific physiotherapy needs, and AR technology was integrated into therapy sessions. Real-time monitoring and feedback were provided, followed by an evaluation of patient progress and program effectiveness.

Results: AR-based interventions demonstrated improved patient adherence and motivation, enhanced movement accuracy and precision, reduced pain and discomfort, increased balance and coordination, and offered personalized, interactive rehabilitation experiences.

Conclusion: Augmented Reality has the potential to transform physiotherapy practices by providing immersive, interactive, and tailored rehabilitation experiences. Its integration into clinical settings can enhance patient outcomes, reduce costs, and improve the overall effectiveness of physiotherapy interventions.