Laboratories
In collaboration with affiliative institutions, the MU-MCW Orthopaedic & Rehabilitation Engineering Center supports research laboratories specializing in motion analysis, sports medicine, biomaterials & histology, and orthopaedic biomechanics. Together, these laboratories are uniquely equipped to investigate a broad range of orthopaedic and rehabilitation engineering challenges, with an ultimate goal of improving care and quality of life for patients suffering from orthopaedic abnormalities and dysfunction.
OREC's Biomaterials & Histology Laboratory
OREC's Biomaterials & Histology Laboratory (BIMA) evaluates bone void fillers and bone graft substitutes, mechanisms and clinical applications of osteoinductive materials, and evaluation of materials for orthopaedic and spine devices.
Center for Motion Analysis at MCW
The Center for Motion Analysis (CMA) at MCW specializes in gait analysis for pediatric and adult patients, including quantitative motion assessment for the distal extremities in sports applications and rehabilitation.
Learn more about the CMA at MCW
Motion Analysis Center at Shriners—Chicago
The Motion Analysis Center at Shriners Hospitals for Children—Chicago uses sophisticated technology to analyze gait patterns, three-dimensional lower extremity joint motion, forces acting on the body that influence gait, and muscle activation patterns.
Learn more about the MAC at Shriners
OREC's Motion Analysis Laboratories
OREC's Motion Analysis Laboratories focus on developing new approaches to human motion analysis in clubfoot and cerebral palsy, pediatric risk assessment, and biomaterial properties of pediatric bone.
OREC's Orthopaedic Biomechanics Laboratory
OREC's Orthopaedic Biomechanics Laboratory focuses on understanding the impact of diseases and injuries on biomechanical behaviors of the joints and bones, as well as seeking new orthopaedic interventions and technologies to restore their functions.
Sports Medicine Motion Analysis Laboratory
The Sports Medicine Motion Analysis Laboratory at Froedtert and MCW simulates real-life sports environments in their efforts to investigate injury prevention and performance enhancement in athletes.
