BioMotion Lab Research Interests

• The impact of surgical treatments on the shoulder biomechanics following Acromioclavicular joint injury.
• The role of biological augmentation on rotator cuff healing and shoulder mechanics post-surgery
• Predictive modeling and kinematic outcomes for Reverse Shoulder Arthroplasty
• In-vivo Biomechanics and Laxity measurements following ACL Reconstruction Surgery
• UTE MRI as a tool to evaluate the ligamentization process
• Understanding the mechanical environment of fracture healing in the human
• Longitudinal changes in cervical spine biomechanics after artificial cervical disc replacement
• Hip and lumbopelvic biomechanics and outcomes after osseointegration in transfemoral amputee patients
• Postural balance and biomechanical assessment in transfemoral amputees
• Long term biomechanical outcome assessment of open repair and postnatal repair spina bifida patients
• Dynamic, in-vivo analysis of the throwing elbow with advanced 3D motion analysis