Digital Transformation

The rapid progress in technology has significantly transformed numerous industries including medicine. Alongside, the emergence of the metaverse in recent years has brought about a significant transformation in service provision. The digital transformation from static web to Web 2.0 and Web 3.0, and then to the metaverse has broadly impacted every aspect of our lives. As an evolving technology, the metaverse can revolutionize individuals’ personal and professional interactions. Individuals have experienced a new level of medical services during the COVID-19 pandemic, called telemedicine.

Telemedicine offers remote delivery of medical services, allowing patients to consult with health providers in a remote area. However, the Metaverse medicine will make far-distance medication even more practical and outcome-oriented. The Metaverse medicine enhances the accuracy and efficiency of medicine delivery therefore, it helps patients access a wide range of healthcare services. As a matter of fact, the metaverse will help individuals connect with specialists when both sides are not physically in the same place. Traditionally, metaverse experiences have been closely tied to the gaming industry, and the Metaverse medicine will be no different. In simple terms, it can be argued that the metaverse integrates virtual and physical activities where individuals can replicate certain activities that occur in the physical world.

AI and Medicine

The Metaverse medicine represents a convergence of technologies that create immersive experiences. That is a novel experience in an experimental phase. However, Metaverse medicine can improve health outcomes and boost the experiences of both patients and health providers. That means the metaverse is an environment where people can interact with one another equipped with virtual reality (VR), extended reality (ER), augmented reality (AR), digital twin, and AI technologies (artificial intelligence).

To put it another way, Metaverse medicine involves sophisticated remote telemedicine that overcomes distance issues with sophisticated remote medical procedures. Doctors can overcome long-distance limitations in a universe of 3D reality while they gain real information about patients. But how has modern digital technology made it possible? In this space, Virtual Reality (VR) goes hand in hand with Augmented Reality (AR). VR and AR help develop and grow the metaverse progress. VR and AR provide the tools for user interactions across multiple virtual platforms like the metaverse. VR and AR will play a critical role in the future progress of Metaverse medicine. Besides that, digital twins provide a foundational element for the metaverse so various new technologies can collaborate.

The utilization of VR and AR, smart glasses, and gloves make accurate visualization and medical diagnosis possible. These technologies have the potential to revolutionize healthcare progress and surgical training. VR and AR enable surgeons to practice complex procedures in an immersive environment with almost zero percentage of risk. VR has three general categories, non-immersive, semi-immersive, and fully immersive technologies, which are used in the Metaverse medicine. As a simulated 3D environment, VR helps users experience interaction in a three-dimensional space without a screen in front of the users. AR is a tool for accurate visualization of complex anatomical structures in real-time practices. With its capabilities, physicians can visualize body organs accurately.

Metaverse Medicine

Healthcare is a field where development is key to its existence. As the methods for receiving healthcare are evolving to more digital-based ones, medical services are dramatically changing. AI technologies and medicine are collaborating and reshaping healthcare by providing an immersive virtual environment. Doctors and patients will experience enhanced medical methods in an engaging and comfortable situation. Metaverse medicine bypasses physical barriers, enabling individuals in remote areas or with mobility challenges to access high-quality healthcare without the need for travel. Additionally, such emerging technology has the potential to enhance healthcare outcomes and boost patient satisfaction. Notwithstanding, there are security concerns for the reliability and stability of this technology. There is a need for a secure backup system and trustworthy infrastructure to ensure uninterrupted access to data.

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