Table 1.

Applications and benefits of VR in dental anatomy education

Application	Description	Benefits
Interactive Anatomy	Students explore a detailed 3D human body model	- Independent learning and exploration - Self-directed manipulation of structures Visualization of spatial relationships
Augmented Dissection	VR overlays information onto cadavers during dissection	- Combines traditional and digital learning - Provides real-time visualizations of physiological processes - Enhances understanding of anatomical structures
VR Patient Simulations	Medical professionals practice procedures in realistic virtual environments	- Safe and realistic training for complex scenarios - Improves decision-making skills and reduces errors - Enhances preparation for real-world patient care
Advanced Visualization Techniques	Visualize physiological processes in real time	- Understand dynamic bodily functions - Gain a holistic view of anatomy and physiology - Enhance comprehension of complex systems
Dental Anatomy and Procedures	Explore detailed virtual models of the oral cavity	- Practice dental techniques in a risk-free setting - Understand relationships between oral structures - Develop practical skills and confidence
Collaborative and Remote Education	Shared virtual spaces for collaborative learning	- Enables remote education - Fosters collaboration and peer support - Enhances learning through interaction
Continuous Professional Development	Ongoing training for healthcare professionals	- Rehearse complex procedures - Stay updated with latest techniques - Improve patient care and outcomes