Of the approximately 18,000 hip replacements performed annually in Canada, 10 to 20 percent fail after 10 years. Failure and removal of an implant cause extensive bone loss to the femur (thigh bone). This bone deficiency makes it difficult to fix a new implant in place. Impaction allografting involves impacting and cementing morsels of bone in the femur to set a new implant in place. The appeal of this technique is its documented potential to restore bone. The procedure, however, has had mixed clinical results. Carolyne Albert is exploring ways to improve the surgical tools and techniques for impaction allografting. She is comparing the current technique with alternative surgical techniques. The research could lead to a technique that will provide implant stability while improving the potential for bone restoration. Completed award term, October 2005
Back to 2004 Research Trainee Awards
Research Area
Clinical
University/Institution
University of British Columbia
Research Location
Faculty/Department
Applied Science / Metals and Materials Engineering
Supervisor
Dr. Goran Fernlund, Assistant Professor, Applied Science / Metals and Materials Engineering
Dr. Thomas Oxland, Associate Professor, Applied Science / Mechanical Engineering, Medicine / Orthopaedics