Evaluation of predicted patellofemoral joint kinematics with a moving-axis joint model
The main objectives of this study were to expand the moving-axis joint model concept to the
patellofemoral joint and evaluate the patellar motion against experimental patellofemoral
kinematics. The experimental data was obtained through 2D-to-3D bone reconstruction of
EOS images and segmented MRI data utilizing an iterative closest point optimization
technique. Six knee model variations were developed using the AnyBody Modeling System
and subject-specific bone geometries. These models consisted of various combinations of …
patellofemoral joint and evaluate the patellar motion against experimental patellofemoral
kinematics. The experimental data was obtained through 2D-to-3D bone reconstruction of
EOS images and segmented MRI data utilizing an iterative closest point optimization
technique. Six knee model variations were developed using the AnyBody Modeling System
and subject-specific bone geometries. These models consisted of various combinations of …