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In this episode of HSS Presents, orthopedic surgeon Dr. Peter K. Sculco sits down with Dr. Fernando Quevedo-González, PhD, to demystify the world of computational modeling and its transformative impact on joint reconstruction. They explore how technologies like finite element analysis allow researchers to break down complex physics into manageable pieces to predict how implants will interact with a patient's unique bone structure. The discussion highlights a future where AI-driven solvers and data from wearable tech could provide surgeons with real-time guidance on the optimal alignment and fixation for every individual. This episode is a must-listen for surgeons and engineers interested in how "digital twins" and predictive analytics are moving from the research lab to the operating room to improve outcomes in complex hip and knee surgeries.
By Hospital for Special Surgery5
88 ratings
In this episode of HSS Presents, orthopedic surgeon Dr. Peter K. Sculco sits down with Dr. Fernando Quevedo-González, PhD, to demystify the world of computational modeling and its transformative impact on joint reconstruction. They explore how technologies like finite element analysis allow researchers to break down complex physics into manageable pieces to predict how implants will interact with a patient's unique bone structure. The discussion highlights a future where AI-driven solvers and data from wearable tech could provide surgeons with real-time guidance on the optimal alignment and fixation for every individual. This episode is a must-listen for surgeons and engineers interested in how "digital twins" and predictive analytics are moving from the research lab to the operating room to improve outcomes in complex hip and knee surgeries.

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