Role of musculoskeletal biomechanical factors in cartilage loss in those who undergo partial medial menisectomy. [ 2005 - 2008 ]

Research Grant

Researchers: Prof Flavia Cicuttini (Principal investigator) ,  Prof Andrew Forbes ,  Prof David Lloyd ,  Prof Gwidon Stachowiak ,  Prof Kim Bennell

Brief description The novel outcomes from our project are that we will identify whether musculoskeletal-biomechanical factors that can be modified are associated with adverse cartilage changes in a subgroup of individuals with an increased risk of developing knee OA, those who have undergone an APM. The findings of this research are timely and of major international significance as there is increasing attention being paid to preventing OA rather than merely treating the signs and symptoms. Our state-of-the-art measure of cartilage changes will allow us to detect those at risk much sooner than traditional measures using radiographs. The measures are also leading edge internationally. We chose these specific factors to investigate as there is evidence that they can be modified with appropriate interventions. For example, static joint alignment could be modified with foot orthoses [Crenshaw, 2000 #1016], muscle weakness can be addressed with strength programs and mechanical loading across the knee could be reduced via weight loss programs or techniques to alter gait patterns. Currently, formal supervised post-operative rehabilitation is not routinely prescribed following APM because it is considered a routine procedure. If our research identifies risk factors for increased cartilage loss then we will be able to develop appropriate intervention strategies for individuals following an APM. These interventions can then be formally tested as to their effectiveness in reducing adverse cartilage changes using randomised controlled trials. In particular, this could lead to changes in current post-operative clinical practice for this patient group. Ultimately, this could reduce the risk of OA in the future and the resultant personal and societal costs of this condition.

Funding Amount $AUD 654,530.00

Funding Scheme NHMRC Project Grants

Notes Standard Project Grant