Eric Heiden1, Yves Lajoie. 1. School of Human Kineitcs, University of Ottawa, 125 University Ave., Ottawa, Ontario, Canada K1N 6N5. eric.heiden@uottawa.ca
Abstract
BACKGROUND AND AIMS: Programs designed to improve balance in older adults may function by improving general fitness (strength, endurance, range of motion) and also changing the attentional demands of postural control. Research in previously sedentary older adults cannot differentiate between changes in balance ability resulting from improved fitness or reduced attentional demands. A training program of games-based balance biofeedback was given to nine older adults with previous exercise experience. METHODS: Training consisted of sixteen sessions (twice weekly for eight weeks) of 30 minutes each. Postural sway (force plate measurement), attentional demands (dual task paradigm), the Community Balance and Mobility Scale (CB&M), and the six minute walk test were measured in pre, post and retention tests. RESULTS: Participants in the training group significantly decreased their reaction time from pre to post testing in a dual task paradigm compared to a control group. The training group also significantly increased their scores on the CB&M scale compared to control participants. The decreased reaction times and increased CB&M scores observed in the training group were maintained through a two week retention period. Changes in reaction time were significantly correlated with changes in CB&M score. Six minute walk distance increased significantly in both groups and did not appear to result directly from the training program. CONCLUSIONS:Gamesbased balancebiofeedback training using a range of training postures can significantly improve functional balance in exercisetrained older adults by reducing the attentional demands of postural control.
RCT Entities:
BACKGROUND AND AIMS: Programs designed to improve balance in older adults may function by improving general fitness (strength, endurance, range of motion) and also changing the attentional demands of postural control. Research in previously sedentary older adults cannot differentiate between changes in balance ability resulting from improved fitness or reduced attentional demands. A training program of games-based balance biofeedback was given to nine older adults with previous exercise experience. METHODS: Training consisted of sixteen sessions (twice weekly for eight weeks) of 30 minutes each. Postural sway (force plate measurement), attentional demands (dual task paradigm), the Community Balance and Mobility Scale (CB&M), and the six minute walk test were measured in pre, post and retention tests. RESULTS:Participants in the training group significantly decreased their reaction time from pre to post testing in a dual task paradigm compared to a control group. The training group also significantly increased their scores on the CB&M scale compared to control participants. The decreased reaction times and increased CB&M scores observed in the training group were maintained through a two week retention period. Changes in reaction time were significantly correlated with changes in CB&M score. Six minute walk distance increased significantly in both groups and did not appear to result directly from the training program. CONCLUSIONS: Gamesbased balance biofeedback training using a range of training postures can significantly improve functional balance in exercise trained older adults by reducing the attentional demands of postural control.
Authors: Matthew P White; Nicola L Yeo; Peeter Vassiljev; Rikard Lundstedt; Mattias Wallergård; Maria Albin; Mare Lõhmus Journal: Neuropsychiatr Dis Treat Date: 2018-11-08 Impact factor: 2.570