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Development of Bone-based Kinematics from Magnetic Resonance Imaging for Immersive Assessment of Knee Joints

By extracting the moving trajectory of an artificial anatomical knee model (AAKM), this paper presents a novel development of bone-based kinematics from magnetic resonance imaging (MRI) for immersive assessment of knee joints. Using this tool, it becomes possible to emulate patient-specific knee kinematics constructed from MRI, visualize surface contact areas between internal joint components during movement, and assess the damage of knee joints in a dynamic, immersive and interactive manner, with the help of the state-of-the-art virtual reality (VR) technology.