The Effect of Physical-Cognitive Training on Balance and Falls in Older Adults

Worldwide and in Turkey, increasing life expectancy and the growth of the elderly population are associated with rising care, health, and social needs among older adults. Aging induces physiological changes that lead to declines in both physical and cognitive capacities. Recently, non-pharmacological interventions have gained importance over pharmacological treatments to improve function and avoid polypharmacy. Strength, aerobic, and balance exercises have been shown to induce structural and functional brain adaptations, increase BDNF secretion, and positively influence both physical and cognitive domains.

Systematic reviews suggest that combining cognitive training with physical exercises produces greater cognitive benefits than physical exercises alone. Conventional balance training programs for healthy older adults are widely reported in the literature, often including static and dynamic exercises performed with eyes open or closed. These exercises improve balance, reduce falls, and enhance quality of life.

However, traditional balance exercises may have limitations due to the absence of visual stimuli or reduced environmental challenges, which can limit their transfer to real-life daily activities. Recently, combined physical-cognitive training programs have gained attention.

The Blazepod system, controlled via a smartphone application, provides visual stimuli through LED lights to train reaction time and skill acquisition, while engaging both physical and cognitive processes simultaneously. Unlike conventional programs, Blazepod allows unpredictable sequences of stimuli, requiring participants to respond in real time, thus activating both physical and cognitive skills.

The aim of this study is to investigate the effects of simultaneous physical-cognitive training using Blazepod and conventional balance exercises on cognitive function, balance, daily activity performance, fall risk, and sleep quality in older adults.