Personalization of biomechanical models is receiving increasing attention, in the attempt to increase their effectiveness and their clinical impact. Recently, we shown the impact of different personalization strategies of the ankle joint on musculoskeletal model outputs: the higher the personalization the more consistent the model will be to the patient anatomy [1]. In this work we want to validate a model that predict the individual motion of the subtalar joint from an MRI representation of the articular surface. The model, previously validated on the knee [2] and ankle [3], reconstructs the kinematics by optimizing the contact pressure distribution, evaluated by a measure of joint congruence [4].
Michele Conconi, A.P. (2022). VALIDATION OF AN MRI-BASED PERSONALIZED MODEL OF THE SUBTALAR JOINT. Porto.
VALIDATION OF AN MRI-BASED PERSONALIZED MODEL OF THE SUBTALAR JOINT
Michele Conconi;Nicola Sancisi;
2022
Abstract
Personalization of biomechanical models is receiving increasing attention, in the attempt to increase their effectiveness and their clinical impact. Recently, we shown the impact of different personalization strategies of the ankle joint on musculoskeletal model outputs: the higher the personalization the more consistent the model will be to the patient anatomy [1]. In this work we want to validate a model that predict the individual motion of the subtalar joint from an MRI representation of the articular surface. The model, previously validated on the knee [2] and ankle [3], reconstructs the kinematics by optimizing the contact pressure distribution, evaluated by a measure of joint congruence [4].I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
