About
The primary aim of this study was to investigate innovative, streamlined treatment pathways to advance understanding of recovery from musculoskeletal conditions. This study aimed to improve health care by providing the right treatment to the right people at the right time. One group was treated by their usual doctor or health professional as required, while the other group was given treatment based on their responses to the questionnaires, with care provided by their primary care provider and/or a specialist provider.
Status of project: Recruitment closed
PACE was designed and developed by researchers at the University of Sydney, with collaborators from the University of Melbourne, Curtin University, The University of Queensland, Macquarie University and Keele University. This project is funded by the National Health and Medical Research Council.
Take part in our other research projects
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Mobile app for Knee Osteoarthritis (MappKO)
This study is comparing the effects of physiotherapy versus physiotherapy and a mobile app on knee osteoarthritis symptoms.
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Exercise and Weight loss for Knee Pain (POWER)
This study is comparing the effects of exercise versus exercise and weight loss programs on knee osteoarthritis symptoms and weight loss.
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Physiotherapists' Survey: Managing Hip Pain (CHASE)
This study is examining how physiotherapists manage chronic hip pain.
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Athletic footwear for reducing knee loads in girls and women
This study is assessing athletic footwear for reducing knee loads in female netball players.
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Ankle sprains in netball
This study is investigating ankle sprains and chronic ankle instability in netball.
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Shoes for Adolescent Kneecap Pain (SHAPE)
This study is investigating the effects of shoes on kneecap pain in adolescents.
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Online Tai Chi for Knee Osteoarthritis (RETREAT)
This study is comparing the effects of a self-directed 12-week online Tai Chi program plus online education with online education alone on knee osteoarthritis symptoms.
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Footwear for adolescent kneecap forces
This study is investigating the effects of different off the shelf shoes on kneecap joint forces in adolescents.