Eva Pietrzak1, Cristina Cotea, Stephen Pullman. 1. Centre for Military and Veterans' Health, Research Coordination Unit, Mayne Medical School, The University of Queensland, Herston, Queensland, Australia.
Abstract
BACKGROUND AND PURPOSE: Falls in older adults are an increasingly costly public health issue. There are many fall prevention strategies that are effective. However, with an increasing population of older people and ever-decreasing availability of health practitioners and health funding, novel modes of intervention are being developed, including those relying on computer technologies.The aim of this article was to review the literature on the use of exergaming to prevent falls in older adult persons living in the community. METHODS: The Cochrane, Medline, and Embase databases were searched using prespecified search terms. To be included, studies had to investigate the effect of using commercially available consoles and video games on outcome measures such as a decrease in falls, improvements in balance control or gait parameters, decreased fear of falling, and attitude to exercise in older adult persons living in the community. All study designs with the exception of single-person case studies were included. Articles had to be published in peer-reviewed journals in the English language. RESULTS: Nineteen studies fulfilled the inclusion criteria. The following outcomes were observed: (1) using computer-based virtual reality gaming for balance training in older adults was feasible; (2) the majority of studies showed a positive effect of exergaming on balance control; (3) some studies showed a positive effect on balance confidence and gait parameters; (4) the effect was seen across the age and sex spectrum of older adults, including those with and without balance impairment. CONCLUSIONS: There is as yet no evidence that using virtual reality games will prevent falls, but there is an indication that their use in balance training may improve balance control, which in turn may lead to falls prevention.
BACKGROUND AND PURPOSE: Falls in older adults are an increasingly costly public health issue. There are many fall prevention strategies that are effective. However, with an increasing population of older people and ever-decreasing availability of health practitioners and health funding, novel modes of intervention are being developed, including those relying on computer technologies.The aim of this article was to review the literature on the use of exergaming to prevent falls in older adult persons living in the community. METHODS: The Cochrane, Medline, and Embase databases were searched using prespecified search terms. To be included, studies had to investigate the effect of using commercially available consoles and video games on outcome measures such as a decrease in falls, improvements in balance control or gait parameters, decreased fear of falling, and attitude to exercise in older adult persons living in the community. All study designs with the exception of single-person case studies were included. Articles had to be published in peer-reviewed journals in the English language. RESULTS: Nineteen studies fulfilled the inclusion criteria. The following outcomes were observed: (1) using computer-based virtual reality gaming for balance training in older adults was feasible; (2) the majority of studies showed a positive effect of exergaming on balance control; (3) some studies showed a positive effect on balance confidence and gait parameters; (4) the effect was seen across the age and sex spectrum of older adults, including those with and without balance impairment. CONCLUSIONS: There is as yet no evidence that using virtual reality games will prevent falls, but there is an indication that their use in balance training may improve balance control, which in turn may lead to falls prevention.
Authors: Charlene H Chu; Renée K Biss; Amanda My Linh Quan; Henrique Matulis; Lara Cooper Journal: JMIR Serious Games Date: 2021-03-09 Impact factor: 4.143
Authors: Anna Cristina Åberg; Kjartan Halvorsen; Ingrid From; Åsa Bergman Bruhn; Lars Oestreicher; Anita Melander-Wikman Journal: Int J Environ Res Public Health Date: 2017-05-10 Impact factor: 3.390