Virtual Reality in Healthcare

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Written By Luca Booth

Luca Booth is a pioneering voice in the intersection of technology and spatial design, and the lead author at VPR Matrix. With a background in architectural design and a passion for the latest in virtual reality innovations, Luca brings a unique perspective to the world of VR architectural design.

Virtual reality (VR) technology is revolutionizing the healthcare industry, providing solutions for doctors, nurses, patients, and medical students alike. With laptop VR, the potential for immersive experiences has never been greater. This article will cover the many applications of virtual reality in healthcare, including medical education and training, practical applications of virtual reality in medicine, and more.

Applications of Virtual Reality in Healthcare

Virtual reality has numerous applications in healthcare that can improve patient outcomes, enhance the quality of medical education, and provide patients with new forms of therapy. Medical professionals are leveraging VR technology to create immersive, interactive experiences that simulate real-life situations and provide insights into the human body and mind. These applications include but are not limited to:

  • Medical prevention: VR simulations can help patients understand the dangers of unhealthy lifestyle choices, such as smoking. Additionally, it can provide training for medical professionals to better diagnose illnesses or conditions based on a patient’s symptoms.
  • Product marketing: VR can help medical equipment companies display products in virtual showrooms for prospective clients to experience hands-on, immersive shopping.
  • Rehabilitative medicine: VR therapy can help improve quality of life for patients with disabilities, offering physiotherapy and physical therapy using 3D/VR environments and haptic feedback.
  • Psychological therapy: VR therapy can help with mental health through psychotherapy and exposure therapy, which can be potentially more secure than traditional forms of therapy.
  • Eye tracking: VR technology can help detect eye tracking abnormalities, which aids in detecting diseases such as glaucoma.
  • Patient consultations: VR technology allows physicians to remotely provide point of care with the ability to conduct face to face meetings with patients virtually through the laptop and high-performance VR goggles.
  • Medical education: VR simulations enable immersive, safe, yet realistic learning experiences that could train healthcare professionals manage chronic pain, promote mental wellness, as well as train healthcare professionals and improve patient outcomes.

Physiologically immersive VR simulation with high interactivity requires high-powered laptops and ergonomic controllers. However, cost-effective options are available, enabling individuals to experience this groundbreaking technology.

Virtual reality brings many practical applications to medicine, which will be covered in the next section

Virtual Reality in Medical Education and Training

Medical training and education are two of the most important areas in which virtual reality has transformed the healthcare industry. This technology provides immersive learning experiences that are difficult to achieve in real-life settings while providing safe, yet realistic situations for trainees to practice. Additionally, virtual reality can be used to teach empathy, communication, and bodily awareness, and display detailed visuals for efficient surgical planning.

Medical students and residents can practice surgical performance with the use of virtual reality simulation, such as the SimX. Oxford Medical Simulation, another company, offers virtual reality products to enhance the learning experience for remote locations such as distance education, improve airway intubation training for trauma patients, and uses medical simulations to address skill gaps.

Remote training applications of virtual reality are gaining traction in the healthcare sector. Medical professional can adjust patient representations in real-time, virtual reality with Avatar Medical’s technology, which uses the DICOM format, that easily allows for sending of CT and MRI scans to VR simulations. Healthcare simulation environments such as the TraumaVR simulator developed by Manikin Technologies can improve airway intubation training for traumas during medical procedures. These real-time VR experiences allow healthcare providers globally to attend lectures on surgery techniques and observe them as though they are present in the operating room.

Practical Applications of Virtual Reality in Medicine

In addition to learning applications, virtual reality has practical applications in medicine for patients. Here are a few uses:

  • Healthcare simulation environments: The TraumaVR simulator developed by Manikin Technologies enhances airway intubation training for trauma patients during medical procedures, improving providers’ skills.
  • Therapeutic applications: VR technology is revolutionizing therapeutic applications for patients suffering from chronic pain and certain phobias. The technology can create an environment that encourages and inspires patients to think positively about themselves, aiding in mental wellness programs.
  • Paramedic training: The implementation of VR for paramedic training is one of several newtechnological additions to the medical field. Companies like SimX offer VR training to prepare members of the healthcare industry for emergency situations.
  • Patient outcomes: Virtual reality has the potential to reshape the relationship between patients and healthcare professionals. VR breakthroughs can address issues ranging from healthcare treatment to scientific discovery. As a result, virtual reality has the potential to foster holistic patient care by significantly improving patient outcomes for the better.
  • Surgical simulation: Virtual reality in surgical science has various applications, from enhanced surgical simulations to 3D imaging that enables surgical planning. Virtual reality has been proven to improve surgical scenarios for both the surgeon and the patient.
  • Lower back pain treatments: Virtual reality offers a range of new treatments for lower back pain to reduce muscle spasms, inflammation, and pain. A vast array of activities can be gamified to address mobility and pain management, all while tracking progress against training objectives.

With these practical applications in mind, virtual reality is emerging as a revolutionary technology in the medical field. In addition to revolutionizing patient care, it is transforming the way in which medical students and professionals are educated and trained. It will be interesting to see what the future holds for virtual reality technology in the medical industry.


Virtual reality has made substantial strides in the healthcare industry in recent years. It has transformed medical education and training, and has practical medical applications for patients suffering from chronic pain, phobias, and mental health issues. The development of high-performance VR goggles makes the technology accessible beyond healthcare professionals to patients. Immersive and interactive virtual technology infrastructure will continue to streamline industry applications as therapy, education, and telemedicine.

As VR technology continues to evolve, and future developments emerge, such as natural language processing and distance education, new breakthroughs will continue to revolutionize the healthcare industry. With its transformative power to provide patients with an immersive, safe and controlled setting for medical procedures, healthcare will undoubtedly continue to leverage virtual reality for years to come.