New York City—July 19, 2010
"The mission of the HSS research program is for teams of clinicians, physician-scientists and basic scientists to collaboratively use our technology and scientific expertise to improve the lives of patients with musculoskeletal disorders,” said Steven R. Goldring, M.D., chief scientific officer at HSS. “These NIH grants are focused on areas of translational research that are of particular importance and significance to patients who experience these conditions. The selection of HSS investigators for these highly competitive grants recognizes the excellence of our research programs and acknowledges the leadership of HSS in musculoskeletal research."
Dr. Bostrom, senior clinician-scientist in the Musculoskeletal Integrity Program will receive more than $1.5 million over four years for a study examining the mechanisms of bone integration in joint replacement surgery. While joint replacement technologies are advancing, some metallic joint implants still fail, which can lead to implant loosening, revision surgery and other patient complications. Dr. Bostrom and his team at Hospital for Special Surgery, including senior scientist Patrick Ross, Ph.D., biomechanical engineer Marjolein van der Meulen, Ph.D., and orthopedic fellows, will research therapies that could stimulate bone formation and prevent the breakdown of bones to provide better long-term results of joint replacement surgery.
Dr. Maher, assistant scientist in the Tissue Engineering, Regeneration and Repair Program, will receive nearly $1.5 million over four years to study the meniscus tissue in the knee and identify the properties of an ideal tissue replacement. Dr. Maher is collaborating with other Special Surgery researchers including Timothy Wright, Ph.D., on the mechanics of implants, as well as Hollis Potter, M.D., and Matthew Koff, Ph.D., on MRI screenings, and Russell Warren, M.D., on designing methods of implanting tissue substitutes as they become available. She is also working with colleagues at Rensselaer Polytechnic Institute, Ohio State University and Drexel University. The goal of this research is to develop a computational tool for evaluating and designing a variety of joint tissue substitutes.
Dr. Wright, director of the Biomechanics Program, will receive nearly $1.2 million over three years to study the performance of elbow replacements. In collaboration with Special Surgery orthopaedic surgeons Robert Hotchkiss, M.D., and Mark Figgie, M.D., as well as Hospital for Special Surgery biomechanical engineers, Dr. Wright aims to increase the understanding of the biomechanical, patient and surgical factors that lead to total elbow replacement failure. This research may ultimately help to predict problems in patients who have undergone such replacements and to develop new implant designs and surgical techniques that could improve patient results.