Reaction times and rate of force development in dancers with and without benign hypermobility joint syndrome
Title of Project |
Reaction times and rate of force development in dancers with and without benign hypermobility joint syndrome. |
Chief Supervisor |
Dr Luke Hopper |
Other Supervisors |
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Project Outline |
The incidence of benign hypermobility joint syndrome (BHJS) in elite dancers has been well documented. BHJS is a condition in which an individual presents with a low density of collagen within their connective tissue matrix. It is proposed the BHJS is associated with an increased risk of injury during dance training and performance due decreased joint instability. The low density of collagen may affect the force transmission capabilities of the muscle tendon units as well as desensitize the muscle/tendon proprioceptors. The reaction times and rate of force generation capacities of individuals with BHJS have not been investigated and these variables may represent joint stability deficiencies in BJS individuals. Using dynamometry and synchronised EMG data these musculoskeletal force characteristics can be measured and compared between cohorts with and without BHJS. Should discrepancies be identified, training programs can be developed in the interests of improving joint stability in BHJS affected dancers. |
Suitable for |
Honours, Masters and PhD students |
Essential qualifications |
Bachelor of Exercise and Sport Science OR |
Essential skills |
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Additional skills |
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Contact |
Luke Hopper; luke.hopper@nd.edu.au; 9433 0974 |