Breaking Barriers in Home Dialysis: Augmented Reality, Real-Time Training, and Remote Support.

Area of Science:

• Nephrology
• Medical Education Technology
• Human-Computer Interaction

Background:

• Home dialysis offers significant patient benefits, including improved quality of life and autonomy.
• Low adoption rates persist due to educational, logistical, and structural barriers.
• Augmented reality (AR) and live virtual support show potential for addressing these challenges.

Purpose of the Study:

• To explore barriers to home dialysis adoption.
• To investigate the role of AR in overcoming these barriers.
• To propose a model for effective home dialysis education using AR and learning science.

Main Methods:

• Review of current barriers to home dialysis.
• Exploration of AR applications in patient education and provider training.
• Integration of AR with evidence-based learning science principles.
• Examination of implementation factors: cost, provider roles, reimbursement.

Main Results:

• AR can enhance patient education, provider training, and real-time remote assistance.
• A proposed model integrates AR with learning science to improve home dialysis education.
• Early AR applications in dialysis training demonstrate its recognized value.

Conclusions:

• AR presents a promising solution to reduce dropout rates and improve patient retention in home dialysis.
• Further research is needed to assess AR's impact on skill acquisition, retention, confidence, and cost-effectiveness.
• Implementation considerations are crucial for broader adoption of AR in home dialysis education.