Virtual reality applications in clinical medicine

Area of Science:

• Medical Education Technology
• Computational Medicine
• Healthcare Simulation

Background:

• Virtual reality (VR) is increasingly accessible for clinical medicine education and practice.
• High-fidelity VR systems offer advanced applications beyond traditional uses in medical education.
• Past limitations included a lack of standards and low return on investment for custom VR systems.

Purpose of the Study:

• To highlight the growing role and practical applications of virtual reality in clinical medicine.
• To discuss the factors influencing the adoption of VR technology in healthcare.
• To address the challenges and solutions related to VR system standardization and cost-effectiveness.

Main Methods:

• Review of current virtual reality technologies and their application in medical education and practice.
• Analysis of factors limiting widespread adoption, including standardization and economic viability.
• Examination of initiatives addressing these limitations, such as military interoperability requirements.

Main Results:

• Modern high-fidelity VR systems have practical applications in diverse medical fields like psychiatry, surgical planning, and telemedicine.
• The lack of standards for VR system components and low return on investment from custom systems are key barriers.
• Economic incentives, such as military requirements for interoperable educational materials, are driving standardization.
• VR systems are becoming more cost-effective by offering unique clinical experiences.

Conclusions:

• Virtual reality is a rapidly evolving technology with significant potential to transform medical education and clinical practice.
• Addressing standardization and cost-effectiveness issues will accelerate the integration of VR into mainstream healthcare.
• VR offers unique, valuable experiences for physicians and patients, making it increasingly practical and indispensable.