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HYBRID EVENT: You can participate in person at London, UK or Virtually from your home or work.

3rd Edition of

World Orthopedics Conference

September 15-17, 2025 | London, UK

Ortho 2025

Transforming orthopaedics: Harnessing the metaverse for enhanced patient care, education, and collaboration

Speaker at World Orthopedics Conference 2025 - Nicholas Tin Lik Wong
The Chinese University of Hong Kong, Hong Kong
Title : Transforming orthopaedics: Harnessing the metaverse for enhanced patient care, education, and collaboration

Abstract:

The COVID-19 pandemic has significantly accelerated the urgency for digital transformation across the healthcare landscape, with orthopaedics being one of the fields that stands to benefit substantially. The integration of advanced technologies, including Artificial Intelligence (AI), the Internet of Things (IoT), robust telecommunication networks, and blockchain, has become essential in redefining patient care paradigms. The introduction of the metaverse—a vast interconnected digital environment that unifies Augmented Reality (AR), Virtual Reality (VR), and Mixed Reality (MR)—represents a groundbreaking development. This innovative platform fosters immersive and interactive experiences, enhancing social engagement between healthcare providers and patients.

In orthopaedics, the application of metaverse technology can profoundly impact various aspects of patient care. For instance, virtual environments can facilitate telemedicine consultations, where patients can interact with their orthopaedic surgeons via lifelike avatars, experiencing a sense of presence that traditional video calls lack. Such interactions can lead to more personalized care, as physicians can better assess patient conditions in a 3D virtual space, allowing for more accurate diagnoses and treatment planning.

Furthermore, the metaverse can revolutionize the education and training of orthopaedic surgeons. Utilizing simulated surgical environments, trainees can engage in risk-free practice, conducting virtual surgeries on 3D models that mimic real-life anatomical structures. This level of immersive, hands-on learning can enhance skill acquisition and confidence among new surgeons while allowing experienced professionals to refine their techniques and stay updated on innovative procedures.

Additionally, the metaverse can streamline operational tasks within orthopaedic practices. Virtual platforms can replace traditional in-person meetings, enabling teams to collaborate effectively regardless of geographical constraints. By organizing and conducting meetings in 3D spaces, orthopaedic teams can foster a sense of teamwork and facilitate real-time discussions on complex cases, improving decision-making processes and treatment outcomes.

To fully realize the potential of these metaverse applications in orthopaedics, a multifaceted approach is necessary. The deployment of such advanced virtual health technologies must prioritize interoperability with existing clinical workflows, ensuring that these innovations complement rather than complicate practitioners’ efforts. User-friendliness is also critical; successful adoption will depend on ease of use for both healthcare providers and patients. Compliance with clinical standards, economic feasibility, regulatory requirements, and cybersecurity protocols is non-negotiable, as these factors will underpin the trust and efficacy of virtual platforms.

In conclusion, the orthopaedic community must embrace this transformative moment by continually innovating and adapting to harness the unique capabilities of the metaverse. By leveraging these advancements, the field can enhance patient care, improve surgical outcomes, and ultimately reshape the future of orthopaedics on a global scale. The time for action is now, as integrating metaverse applications could lead to a new era of orthopedic practice that prioritizes patient engagement, education, and clinical excellence.

Biography:

Nicholas is currently in his fifth year in MBChB at The Chinese University of Hong Kong. His educational experience is enhanced by extensive training in orthopaedics, including clinical attachments at the St. James’s University Hospital and St George’s University. He has a strong dedication for artificial intelligence research in orthopaedics. He actively engages in poster presentations at conferences like the CSHK, among others. His research initiatives are varied, featuring reviews in prominent journals like Heylion. His work encompasses important topics such as deep learning for disease classification in orthopaedics and innovative AI strategies for treating orthopaedic conditions.

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