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Patients’ anatomical models are increasingly used for both preoperative planning and postoperative guides. The joints motion visualization opens a new level of understanding and can be a valuable diagnosis tool. We propose here to use optical motion capture to simulate internal motions. The ability to image the articulation dynamically and non-invasively in vivo opens the way to the efficient and accurate design of patient-specific musculoskeletal functional models. The long term of our current project in CO-ME is to improve the success rate of orthopaedic surgeries by providing a new set of tools for anatomical and functional simulation of the full leg. This will help orthopaedists in diagnosing pathologies and in surgical planning.

HIP JOINT RECONSTRUCTION AND MOTION VISUALIZATION USING MRI AND OPTICAL MOTION CAPTURE