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Our orthopaedic research has led to transformational changes in patient treatments. Our faculty and staff are working on innovative research developing new materials, improving surgical techniques and designing medical devices.
The Bioengineering Laboratory continues its tradition of innovation and translational research in the area of joint arthroplasty engineering and in vivo biomechanics.
One of the most productive clinical research units in hand surgery, we address all aspects of recovery from hand and arm injury and illness.
The Harris Orthopaedics Lab comprises preclinical biomechanical research and biomaterials testing along with clinical research involving in vivo follow-up of implant performance.
The Harvard Orthopedic Trauma Research Division is an inter-institutional, multi-disciplinary team dedicated to understanding the human biological and clinical processes associated with traumatic orthopedic injuries.
The goal of this laboratory is to investigate the role of immunological events in the pathogenesis of orthopedic malignancies and to develop combinatorial immunotherapeutic strategies for the treatment of orthopedic malignancies with special emphasis on translational research.
The Musculoskeletal Genetics and Regenerative Biology Laboratory (MGRBL) is committed to expanding our molecular understanding of the formation and regeneration of the musculoskeletal system. We are particularly focused on tendon and ligament biology with the goal of translating our discoveries into clinical therapies.
The Sarcoma Molecular Biology Laboratory conducts studies on molecular biology of sarcoma and mechanisms of multidrug resistance
The Sarcoma/Oncology Computational Biology Laboratory conducts cancer genomic/bioinformatics studies in order to detect molecular patterns relevant to tumor outcome and response to conventional or novel treatments
The Technology Implementation Research Center (TIRC) conducts translational research relating to orthopedic implants, materials and surgical technologies. Our mission is to dramatically improve the quality of orthopaedic care by leveraging biomechanical and biomaterials research to bring disruptive technology to active clinical use.
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