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Reactive Balance Training Involving Repeated Trips and Slips in Older Adults: Mechanisms and Long-term Retention
Falls in older people are devastating, widespread, costly and increasing in the aging Australian population. Although falls occur in approximately one third of older adults, certain population groups such as the sarcopenic/frail present with further elevated risk of falls. Many exercise interventions have been trialled but systematic review evidence indicates such programs reduce fall rates by an average of only 20% and encounter issues such as compliance. Reactive balance training (also called perturbation-based balance training) utilises a task-specific approach to balance training, applying repeated exposure to unpredictable perturbations that mimic balance disturbances experienced in daily life. Evidence suggests 50% reductions in falls might be achievable in a time efficient manner with reactive balance training but more evidence is required. In this study, ecologically valid, unpredictable trips and slips will be exposed to older people in a safe environment to train their reactive balance. Three 40 min weekly training sessions will be followed by 3-monthly retraining session over one year (40 min x 6 training sessions = 4 hours of training in total). The neuromuscular, physiological, psychological, behavioural effects of the reactive balance training will be comprehensively examined.
Age
65 - No limit years
Sex
ALL
Healthy Volunteers
Yes
Neuroscience Research Australia
Randwick, New South Wales, Australia
Start Date
December 1, 2020
Primary Completion Date
November 19, 2023
Completion Date
November 19, 2023
Last Updated
March 21, 2024
118
ACTUAL participants
Reactive Balance Training
DEVICE
Control
OTHER
Lead Sponsor
Neuroscience Research Australia
Collaborators
NCT07213804
NCT04657068
Data Source & Attribution
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