The Future of Orthopaedics, Robotics and Smart Technologies

Description

This transcript provides an insightful look into the future of medicine, particularly focusing on advancements in orthopedics. Kamal Deep opens the session with gratitude towards the hosts and sets the tone by emphasizing the significance of data-driven decisions in medical practices over the coming decades. He presents a comprehensive overview of ongoing developments including machine learning, robotics, virtual reality, and 3D printing, highlighting their interconnections within the field.



Deep explains the existing applications of robotic systems in surgery, discussing various types, such as active and semi-active robots, and their operational roles in orthopedic procedures. He elaborates on notable systems like Stryker/Mako and Navio, noting their applications in knee and hip replacements, and the importance of planning and imaging in these interventions.



Throughout the talk, Deep stresses the importance of continuous adaptation and understanding of technological advancements for successful surgical outcomes. He further discusses intraoperative navigation technologies, the advantages of various robotic systems, and how they assist with precision and minimizing human errors in complex cases. He also touches upon the implications of 3D printing technology for personalized tools and implants.



Moreover, Deep highlights the advent of smart implants integrating artificial intelligence, which aim to enhance patient outcomes by monitoring conditions post-surgery. The session concludes with a forward-looking reflection on how these technologies could transform surgical practices, perhaps leading to scenarios where surgeons might oversee operations from a distance, underscoring the rapid evolution of medical technologies.

DOI: 10.1302/3114-221955

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