Australia has some of the highest rates of ACL reconstructions in the world with projections tipped to exponentially rise over the next decade. ACL injuries result in individual and societal burdens. The individual will be unlikely to fully return to sport or competition for 9-12 months, miss extended work periods, and be at high risk of developing post-traumatic osteoarthritis. On the other hand, hospitals are saddled with a massive financial burden, with annual costs for ACLR projected to rise to over 300 million by 2030. However, despite surgical and rehabilitation advances, there is still a significantly increased risk of recurrent or subsequent injury. Examining poorly understood brain mechanisms that may underpin lower-limb deficits after ACLR could inform innovative rehabilitation practices and are urgently needed.
Optimising rehabilitation outcomes following Anterior Cruciate Ligament (ACL) Reconstruction
This research project has been co-designed with our industry partners to address an unmet need within orthopaedic rehabilitation: namely how can we optimise neuromuscular and neurophysiological recovery following ACL Reconstruction.
This research aims to bring together a multi-disciplinary team of experienced clinician-researchers within and external to ECU. The team aims to examine the feasibility and efficacy of a novel approach to enhancing neuromuscular and neurophysiological recovery in an athletic population following ACL Reconstruction.
This industry PhD Scholarship would achieve the following objectives:
To be eligible for this scholarship applicants must:
We are seeking a highly motivated PhD candidate who possesses the following qualifications:
Please submit an expression of interest to Dr Myles Murphy and Professor Sophia Nimphius and include the following:
Questions about this scholarship can be directed to enquiries@ecu.edu.au