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- Talk
- 14/09/2021
- UK
How In-silico Medicine Could Shape Change in Orthopaedic Practice in the Future
Description
This keynote presentation features Damien Lacroix discussing advancements in joint replacement surgery and the evolving role of technology in orthopedic practice. Lacroix begins with gratitude towards Andrew Phillips and Deborah Mason for the opportunity to present, expressing excitement about sharing insights on the journey of joint replacement from its origins to modern techniques. The presentation highlights historical milestones, such as Dr. Pean's pioneering work in total joint replacement back in 1893, showcasing how surgical practices have evolved and improved over the decades, particularly in terms of imaging and implant design.
Lacroix emphasizes the importance of clinical imaging advancements that have significantly reduced radiation exposure to patients while improving image quality during surgeries. He notes that engineering innovations have fostered less invasive surgical techniques and enhanced preoperative planning. The talk further explores future computational workflows in orthopedic treatment, with a focus on prevention, patient-specific modeling, and optimizing both surgical procedures and postoperative rehabilitation.
He presents examples of current projects like MySpine, which utilizes patient-specific simulations for lumbar spine degeneration treatment, and discusses the potential of tailored osteotomy knee alignment and innovative lifespan predictive models for post-menopausal populations. Lacroix also addresses challenges in validating complex cases and the importance of education in integrating new technologies into clinical practice. He provides insights on the need for greater emphasis on musculoskeletal health and the societal burden it carries compared to other medical fields. The presentation closes with a call for collaborative efforts between computational and clinical communities to identify valuable applications that can further drive the field forward.