Exergaming reduces fall rates in older adults with a 0.53 incidence rate ratioExergaming may help reduce the risk of falls in older adults

This meta-analysis evaluated the efficacy of exergaming interventions for fall prevention in a population of 1385 individuals aged 60 years or older. The study aimed to determine if interactive exercise (exergaming) could serve as an effective method to reduce falls compared to active intervention comparators and usual care. The analysis included various types of exergaming, which combine physical activity with interactive elements like gaming components.

The primary outcomes measured were the fall rate and the number of individuals experiencing one or more falls over a 12-month follow-up period. When comparing exergaming to active intervention comparators, the results indicated that exergaming may reduce fall rates, though specific effect sizes and p-values for this specific comparison were not reported. However, when comparing the number of older adults experiencing one or more falls at a 12-month follow-up against usual care, a significant reduction was observed with a risk ratio of 0.75 (95% CI 0.61-0.92).

Furthermore, when exergaming was compared to all control groups combined, the analysis reported a lower overall fall rate. This finding was quantified by an incidence rate ratio of 0.53 (95% CI 0.41-0.68) with an I-squared value of 76%. These results suggest that exergaming may be more effective than standard care or certain other interventions in reducing the frequency and occurrence of falls among older adults.

Secondary outcomes included the number of fallers, injurious falls, quality of life, concerns about falling, adherence, acceptability, and cost-effectiveness. While these factors are clinically relevant for geriatric care, specific data points for these secondary outcomes were not provided in the primary analysis results. Safety and tolerability data were also limited; evidence regarding adverse events was described as limited or inconsistent, and no data on serious adverse events or discontinuation rates were reported.

These findings contribute to a landscape where various interventions are tested for fall prevention. While some digital programs have shown improvements in balance scores and others have demonstrated feasibility in nursing home settings, the specific impact of exergaming provides a distinct look at interactive exercise. However, the evidence for reduced fall rates is characterized as low- to moderate-certainty, while the evidence for a reduced number of fallers is of moderate-certainty.

Several methodological limitations must be considered when interpreting these results. The analysis noted substantial heterogeneity among the included studies, modest sample sizes, and limited long-term follow-up data. These factors contribute to the uncertainty regarding the consistency of the effect across different populations or settings. Consequently, while exergaming shows promise as an adjunct to established fall prevention strategies, it cannot be recommended for routine implementation based on this evidence alone.

Clinically, exergaming may offer a useful tool for patients who find it difficult to engage with conventional exercise programs due to lack of motivation or engagement. It provides a potential alternative for maintaining physical activity in older adults. However, clinicians should remain aware of the limitations regarding the consistency of these results across different populations. Future research is needed to address the heterogeneity and provide longer-term follow-up data to confirm the sustainability of these outcomes.