Introduction to Virtual Reality in Healthcare

The use of virtual reality (VR) and prolonged reality (XR) technologies is becoming increasingly popular within the medical field. Imagine visiting your doctor and being prescribed VR goggles along along with your medication. This may sound like science fiction, however it’s becoming a reality. Clinicians at the moment are using XR technologies in various medical specialties, including surgery, and its use in primary healthcare is on the rise.

What is Extended Reality?

Extended reality is a broad term that refers to technologies that alter the user’s view of reality with virtual displays, projections, or experiences. This includes augmented reality (AR), which supplements the real-world experience with virtual media, and virtual reality (VR), which uses headsets or goggles to create a more immersive experience of a virtual environment.

Current Research and Findings

A recent study co-authored by Roberto Galvez, a professor at Carle Illinois College of Medicine, reviewed existing research studies on using XR technologies in primary healthcare. The study found that XR technologies have been applied in several areas of medical practice, including:

• Immunization and procedure anxiety: VR technology could also be useful as a distraction technique to cut back fear, anxiety, and pain in children receiving immunizations.
• Mental health: VR has shown potential advantages in mindfulness training and treatment of individuals with panic disorders and agoraphobia.
• Health promotion: VR may provide a more practical delivery method for information that promotes healthy behaviors, comparable to patient adherence to treatment plans.

Benefits of XR Technologies in Healthcare

The use of XR technologies in healthcare has several advantages, including:

• Reduced anxiety and pain in patients
• Improved mental health outcomes
• Increased access to healthcare services, particularly in rural areas
• More effective delivery of health information and promotion of healthy behaviors

Future Directions

The study’s findings highlight the potential of XR technologies to advance primary healthcare. As the sector continues to evolve, we are able to expect to see more revolutionary applications of XR technologies in medical practice. With the growing concern about addictive pain medications, XR technologies may offer a promising alternative for pain management.

Conclusion

The use of XR technologies in healthcare is a rapidly growing field with multiple possible implications for medical practice. While more research is required to totally understand the advantages and limitations of XR technologies, the present evidence suggests that they’ve the potential to revolutionize the way in which we approach healthcare. As clinicians and researchers proceed to explore the applications of XR technologies, we are able to expect to see improved health outcomes and more practical delivery of healthcare services.