Studies that addressed the use of VR and/or AR in patient care or medical training, published in English, with full-text availability, and those presenting empirical data were included. Editorials, non-peer-reviewed sources, conference proceedings, and studies unrelated to healthcare applications of VR/AR were excluded. Studies that did not explicitly measure patient outcomes, training efficacy, or clinical integration were also omitted.
VR and healthcare: forecast for the future
And for those with orthopedic issues, VR can create realistic scenarios that help improve balance, coordination, and flexibility. When patients are absorbed in a VR experience, their brain’s attentional resources are diverted. Instead of fixating on pain, they’re engaged in visual, auditory, and even interactive stimuli. This shift reduces activity in pain-related brain regions like the somatosensory cortex and anterior cingulate cortex, both heavily involved in processing the intensity and emotional weight of pain. If you’re a patient, caregiver, or health care professional considering using AR/VR in your health care or practice, the U.S. Food and Drug Administration (FDA) has developed these infographics to help you make an informed decision.
Data availability
These were mainly focused on the lack of practical resources for healthcare providers to use VR. For example, the organization does not schedule sufficient time for healthcare providers to learn how to use VR and how to integrate VR into practice. In addition to a lack of time, not enough technical support, treatment rooms for VR, and VR equipment to treat patients were mentioned as organizational barriers. Despite its promising potential, VR integration in mental health care faces challenges such as therapist training and equipment costs. However, as research advances and awareness grows, VR technology holds immense promise in revolutionizing mental health treatment, offering hope to millions grappling with mental illness. By using 360° video, healthcare professionals can vicariously experience the sensory challenges, anxieties, and environmental triggers that patients face such as living with dementia, navigating acute chronic pain, or receiving a difficult diagnosis.
Virtual Reality/Augmented Reality From the Perspective of Medical Education and Training
Specifically in multiple sclerosis (MS) patients, VR-based rehabilitation training activates the mirror neuron system, inducing cortical and subcortical changes in the brain. Consequently, this promotes synaptic reorganization and remyelination in the brain’s motor areas 38. Several studies demonstrate how VR-based rehabilitation training promotes synaptic reorganization and remyelination in the brain’s motor areas. Research indicates that VR-based therapy improves MS patients’ balance, mobility, and cognitive function 39. A multitude of research studies and controlled trials have presented compelling evidence that underscores the efficacy of VR in attaining therapeutic objectives, especially in phobia and anxiety disorders 6. VR has demonstrated its efficacy in neurorehabilitation and telerehabilitation for poststroke recovery and balance disorders 7-10.
Multiplayer VR allows many disparate learners to see each other, talk to each other and interact with each other (and the patient) in the same virtual scenario. In both assessment and recruitment situations, the utility of VR is in saving time, space, physical resources, need for expert faculty and removing geographical boundaries. In both cases https://rogerdmoore.ca/ai-main/ai-innovations however, the stakes are higher than in education and rigorous validation per institution becomes vital. A number of institutions are also investigating VR from the standpoint of objective structured clinical examinations, as a method of decreasing the cost and increasing the objectivity of their assessment processes.
- This technological integration allowed healthcare workers to maintain necessary interactions without physical proximity to patients.
- In neurology and neurosurgery, VR serves as both a powerful training tool and a potential therapeutic modality, leveraging the precision and complexity it offers.
- Surgical Theater adapts MRIs, CT scans and other 2D medical imaging techniques into a 3D model.
- To remember your preferences (e.g., language, region, font size) and improve your experience.
- Real-time intraoperative computer vision analysis holds significant promise for enhancing surgical safety, offering AR support to surgeons during procedures.
Editor & Reviewers
It also emboldens health-care workers to learn the most cutting-edge techniques, both ensuring that the American workforce is well trained and competitive and increasing workers’ likelihood to stay in the medical field. As the health-care industry innovates and AR/VR technologies improve, the integration of these technologies into the health-care system will ensure American competitiveness in medical innovation while simultaneously improving patient outcomes and experiences. In addition to helping students learn how to diagnose and treat patients, some applications can help train doctors to better empathize with patients from diverse backgrounds with different needs and react to stressful and emergent situations. VR and AR are reshaping the contours of modern healthcare—offering immersive solutions that elevate patient care, refine medical training and push the boundaries of what is achievable in public health and rehabilitation. From immersive pain distraction therapies and advanced surgical guidance to AI-powered personalised care, these technologies represent a monumental shift toward experience-driven medicine.
Nevertheless, critical challenges including the digital ethics and equity, technical and regulatory policy restrictions, privacy and data security concerns, and clinical workflow integration issues remain to be addressed. This narrative review explores the transformative role of DHTs throughout the disease management continuum—from prevention to prognosis—and evaluates their contributions to healthcare quality and safety. By overcoming these challenges, DHTs can further elevate healthcare standards, fostering a safer and more efficient global healthcare system. The rapid evolution of digital technologies has considerably transformed the healthcare landscape. Among these innovations, virtual reality (VR) is emerging as a powerful tool, opening up new perspectives for both patients and healthcare professionals. Beyond its initial use in entertainment, VR now finds varied and significant applications in the medical field, ranging from practitioner training to pain management and patient rehabilitation.
Treatment of patients
- Patients or users who turn to VR for escapism might neglect face-to-face social interactions or real-world responsibilities.
- The Electronic Point-of-Care Tests (e-POCT), a new electronic clinical decision support algorithm (CDSA), assists healthcare providers in evaluating symptoms and signs, helping to reduce antibiotic use and mitigate AMR concerns in children (64).
- Approximately, 17,900 search results were obtained on Google Scholar, and 300 results were found on PubMed.
- High costs, limited access to hardware, and the need for technical support can be barriers to adoption.
While some healthcare administrators may still have doubts about the use of VR in healthcare, its numerous proven benefits far outweigh the initial investment — particularly with so many accessible resources on the market. Read on to discover how VR in healthcare is reshaping the medical world, its numerous benefits, and the companies that are leading the charge in creating VR healthcare applications. VR technology is driving down healthcare costs by providing a more cost-effective way to deliver medical care and training. There are many reasons why patients may be unable to visit a clinic, such as distance or disability.
The healthcare industry is one of the main adopters of VR, seeing wide usage across the world. This blog entry will explore why that is, and what kind of measurable impact it is having on the world of healthcare education. Accelerate onboarding and orientation with immersive medical training that aligns with your practice priorities, supports certification, and strengthens workforce readiness. The technological landscape as of April 2026 is characterized by rapid advancements and transformative changes across various industries. As businesses embrace these innovations, they must also navigate the challenges and opportunities that come with them. The integration of AI, IoT, blockchain, renewable energy, AR/VR, cybersecurity, and 5G technology is not just reshaping industries but also redefining our daily lives.
At our headquarters and our development center we apply the same level of care in respect of your information as prescribed with GDPR rules. To remember your preferences (e.g., language, region, font size) and improve your experience. ScienceSoft is an ISO certified partner to meet all your IT needs – from software consulting and delivery to support, modernization, and security. Patients are better equipped to learn about and understand their conditions from their own homes, and the highest quality medical consultations can be delivered to the most remote locations without any travel required, freeing up valuable medical manpower along the way.
Alleviating Stress and Anxiety
Public health initiatives, led by community health workers, can establish digital navigation services, through which trusted personnel assist patients in setting up and using basic digital health tools—such as RPM devices or patient portal applications. For instance, electronic Patient-Reported Outcome (ePRO) systems designed for complex chronic disease management enable collaborative goal-setting between patients and providers via mobile-linked portals, facilitating progress tracking between appointments (130). Driven by the information revolution, digital health has emerged as a transformative force in healthcare, with its framework and applications continuously evolving. According to the World Health Organization (WHO), digital health refers to the use of technology, particularly internet-based tools, for diagnosing, monitoring, treating, and preventing diseases (1).
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