Utilizing the metaverse in anatomy and physiology.

Area of Science:

• Medical Education
• Health Sciences Technology
• Virtual Learning Environments

Background:

• The metaverse, a networked, immersive, computer-generated world, is transforming educational paradigms.
• It enables multisensory engagement, fostering a sense of presence within virtual environments.
• The metaverse facilitates real-time social interaction among geographically dispersed learners.

Purpose of the Study:

• To explore the application of the metaverse in health sciences education.
• To identify 20 specific use-cases within medicine, anatomy, and physiology disciplines.
• To evaluate the potential benefits and risks associated with metaverse integration in learning.

Main Methods:

• Review and conceptualization of metaverse capabilities for educational settings.
• Identification and description of 20 distinct use-cases across health science domains.
• Analysis of learning enhancement and engagement potential.
• Assessment of associated risks and challenges.

Main Results:

• The metaverse presents significant opportunities to enhance learning and engagement in health sciences.
• Twenty diverse use-cases were identified, spanning areas like surgical simulation, anatomical exploration, and patient interaction.
• Potential benefits include increased accessibility, experiential learning, and collaborative opportunities.
• Identified risks include technical challenges, ethical considerations, and the need for pedagogical adaptation.

Conclusions:

• The metaverse holds transformative potential for health sciences education, offering innovative learning experiences.
• Careful consideration of benefits against potential risks is crucial for effective implementation.
• Further research and development are needed to fully realize the metaverse's educational impact.