ABOUT US
The Human Movement Biomechanics Laboratory (HMBL) takes a unique multidisciplinary approach to advance the knowledge of joint biomechanics to optimize joint function through studies that examine the interaction of musculoskeletal tissues and biomechanics of movement. Current projects include studies of joint loading through musculoskeletal and computational modelling, imaging of the native and pathologic hip joint, femoral acetabular impingement (FAI) on joint biomechanics, the optimization of joint function after joint replacements and the mechanics of anterior cruciate ligament (ACL) injury/treatment.
The HMBL Laboratory conducts translational research to develop interventions for the prevention of FAI and osteoarthritis at the hip and knee. The laboratory is also recognized as a leader in motion analysis of the lower extremities for people that underwent joint arthroplasty.
Mission Statement
To improve the quality of life and mobility of Canadians of all ages through a better understanding of the function of the musculoskeletal system and joints.
Objectives
- Advance the understanding of joint biomechanics to optimize joint function and musculoskeletal tissues around the joints.
- Develop new approaches to compute joint loading in healthy and pathologic individual during dynamic tasks.
- Develop and validate rehabilitation programs for patients recovering from joint reconstruction/replacement and optimize return to normal activities.
- Advance the knowledge in injury prevention of hip and knee.
- Provide training for highly-qualified personnel in basic and clinical research.
Funding Organizations
