While the Metaverse and Web 3.0 has a long road ahead, it has already established itself as major participant in various industries. It should come as no surprise that new technology has the potential to transform the way we play, learn, work, and interact. Since the dawn of Web 2.0, technology has rapidly revolutionized existing ecosystems, and the Metaverse will be no exception.
The Metaverse or web3, like the introduction of telemedicine and mobile device integration before it, has the potential to be a significant game-changer in healthcare. This development will influence healthcare at all levels, not simply the user experience. Virtual reality is expected to make a big difference in medical training, therapy, education, bridging social distance, and other areas.
Healthcare in the Metaverse or Web 3.0 has the potential to be a personalized, interactive, and immersive experience for each individual. It can provide healthcare practitioners with new methods to communicate with patients more personally, such as leading patients through a three-dimensional model of the human body and discussing diagnoses and treatments.
This would let doctors see how a suggested therapy would affect a patient’s body before using it. This would make the experience more personal and educational than it is now with two-dimensional graphics on a screen.
This virtual reality medical environment is accessible through a headset, focusing on counseling and physiotherapy services. In physiotherapy, for example, computer vision assesses the range of motion in damaged joints, and the progress patients make toward recovery. For instance, Latus Healthcare in the UK is building a virtual metaverse hospital that will be offered as a service in the next 12 to 18 months.
On the other hand, Apollo Hospitals Group (India) has just announced first-of-its-kind cooperation with 8chili Inc. to join the Metaverse through a virtual hospital environment.
The Metaverse Development Solutions will help improve patients’ health by giving them generic domains full of relaxing “stories” that will help them gain control over their bodies and physiological responses.
It will also include users in virtual reality-mediated activities to help them improve their emotional control skills. This tailored approach to patients will improve patient happiness and results.
Gamification is most widely employed in the therapeutic areas of disease prevention, self-management, medication adherence, and telemedicine in health and wellness applications. The main goal of healthcare gamification is to increase patient engagement by making their experience more unique.
The Metaverse or Web3 can enhance the process by giving patients an immersive virtual environment to complete activities, compete in challenges, and earn various badges as a reward.
In certain healthcare apps, individuals can compete with themselves by establishing personal objectives, while in others, they can compete against other patients. Patients are more motivated and interested in their healthcare activities when they compete in different challenges and achieve their goals.
For example, Mango Health (the United States) is a healthcare app that encourages people to take their meds on time and awards them with badges if they do so consistently. It also teaches patients about the numerous side effects of medications. On the other hand, the Happify platform (in the United States) offers consumers science-based activities to improve their emotional well-being.
AR has entered the ranks of sophisticated medical technologies that can harness the Metaverse, with applications ranging from behavioral health support for patients to surgery and diagnostic imaging. By 2027, the market for these technologies is expected to reach USD 16.2 billion.
In addition to its potential for use in operating rooms, AR/VR systems are being developed and used for activities that assist diagnosis, pre-surgical preparation, and training. For instance, immersive Touch in the US has an AR/VR platform with diagnostic imaging data like CT and MRI scans.
Before operating on a patient, physicians may use the platform to analyze patient-specific anatomy and pathology in 3D, plan surgical approaches in an immersive virtual environment, and practice particular surgical techniques or medical device use.
The interactive virtual reality surgical platform EchoPixel in the United States is another example of how this technology is used. This platform lets surgeons choose the body part they want to look at and use the depth of information on the platform to enhance comprehensive medical imaging in real time.
The Metaverse’s significant benefit is that, unlike traditional one-way virtual education, it enables users to engage with one another while completing online practical medical courses. It will be utilized in medical education for simulation training and knowledge transfer.
Medical education that includes Metaverse medical will be more successful in areas that need sophisticated hand skills and interactions, necessitating the usage of different technologies. It will take a student through an immersive environment to show a 360-degree picture of a patient’s illness or replicate real-world treatments.
For example, MetaMedics VR (EU) is a platform that creates a 3D virtual metaverse in medical training, allowing physicians and nurses to learn from anywhere. It democratizes medical education by making a variety of medical treatments and procedures accessible to medical students and practitioners worldwide.
Another organization that brings together healthcare experts from across the globe for concurrent education, training, planning, and collaborative medical procedures is Beyond Metaverse (the United States). It employs cutting-edge cloud and real-time communication technologies to help physicians enhance their abilities.
According to a recent report, the United States healthcare system would spend $8.3 trillion by 2040 to incorporate new and developing health technologies. Two-thirds of this cash will be spent on cutting-edge technology, wellness activities, and services.
If these projections are correct, the future healthcare system will allow patients to monitor their health via AI-enabled digital assistants, consult in virtual reality (VR) settings, get therapy in a simulated environment, and perform surgery in augmented reality (AR). These developments seem like science fiction today, but the Metaverse in medicine can make them all a reality.
For now, the hospital in web3 is still in its infancy. It will take many decades to connect fully. Still, as technology improves, the Metaverse could change everything from health care to managing data, and you will see hospitals starting in web3 in the future.
Since the pandemic, online medical conferences have had an unusual surge since remote consultation is more beneficial for illnesses and disorders that need just visual evaluation. Furthermore, since it is difficult for a few elderly individuals to attend health doctors’ appointments, the online consultation interview pattern will likely continue even after the epidemic.
This demand for remote monitoring and ongoing efforts to incorporate Web3 in the clinic and hospital sectors makes it very likely that these virtual dialogues will transition from video calling apps to the more colorful and sophisticated realm of the Metaverse and Web3.
Instead of depending on the benefits of local online consultation, Metaverse’s general organization of medical experts can assist patients and clinical caregivers in dealing with difficulties by offering outstanding clinics and hospitals in Web3 development services that may not be provided locally.
It can seem strange for adults to choose a platform with a digital avatar in a make-believe world where everything is virtual. On the other hand, the Metaverse’s implications are aimed at upsetting therapeutic procedures.
Furthermore, cutting-edge innovation and adaptable medical care gadgets, for example, an oximeter, pulse screen, and circulatory strain screen that can adjust with the web, contemplate data collection directly from your house. Since data drives the future of medical services, a patient’s information can significantly impact how their medical problems are solved and treated.
There are many possibilities if we consider how the Metaverse can influence operation theatres. With coordinated monitoring of vital signs and invasive techniques, for example, healthcare workers can do live surgeries to practice or call in experts for help if something goes wrong.
Furthermore, it is common to observe tiny children dissatisfied with the amenities and medical clinics. Overall, the metaverse hospital can provide a more dynamic experience when seeing a healthcare professional, which can aid in alleviating their anxieties. Teaching kids how important cleanliness and healthy eating are in a fun and intelligent way may make it easier.
Even though there are concerns about security and privacy regarding the Metaverse, healthcare professionals are ready to use creative advances for work on quiet reflection.
This is because Web3 development of hospitals or clinics, the foundation for the Metaverse, is based on blockchain technology and will contain decentralized apps that aid a decentralized crypto economy.
Furthermore, the VR medical care market was valued at $1206.6 million in 2021 and is expected to reach $11,657.8 million by 2028, indicating that a VR-based metaverse will play an essential role in reforming the medical care sector with further mechanical advancements. With the Internet of Things gaining momentum, we see increasing exposure in healthcare.
The Metaverse is no longer just science fiction; it is now a component of Healthcare 4.0 or the next generation of healthcare. Overall, healthcare professionals must embrace Metaverse or Web3 clinics or hospitals and continue to look for ways to leverage them to make healthcare safer, more inclusive, and accessible to everyone. As technology and patient requirements advance, we must wait to see how the healthcare business will embrace this virtual world in a safe and patient-centric way.