We are collaborating with Dr. John Day to discover movement biomarkers for neuromuscular disease using smartphone video. The goal of the project is to extract biomechanical features that are clinic ready.
We are collaborating with Drs. Beth Shubin Stein and Shital Parikh to develop machine learning approaches that will enable the exploration of factors and treatment of patellar instability.
We are collaborating with Dr. Eni Halilaj to developing new wearable sensing and computer vision algorithms to passively monitor physical therapy and gait biomechanics after ACL reconstruction.
Current clinical scores for predicting patellar instability treatment outcomes rely on 2D imaging measurements that do not fully describe 3D anatomy. Marissa Sinopoli and a team of Mobilize Center researchers at Stanford University developed a novel 3D Read more
In this webinar, Dr. Lee and Dr. Clouthier will demonstrate how incorporating joint geometry into musculoskeletal models can reveal why certain bone shapes increase injury risk. They will also lead an interactive tutorial on using statistical shape models to map soft tissue attachment sites across bone shapes for musculoskeletal simulation.