![]() Research has shown an association between DM (as well as glycemic control) and cognitive function in older adults 20– 23 this association (more severe DM or poorer glycemic control is associated with lower cognitive functioning) tends to remain even after controlling for a variety of confounding variables such as vascular disease and body weight. What follows is a summary of the research that has documented the utility of traditional exercise. ![]() 19 However, no prior research has examined the impact of exergames on cognitive function among patients with DM. ![]() ![]() 18 Some research has begun to examine the utility of novel exergaming technologies, which are designed to enhance motivation to exercise by integrating videogame features with exercise. 13, 14ĭespite the known cognitive benefits of exercise in later life, as well as the general benefits of exercise for diabetes control, 15– 17 only a tiny fraction of older adults exercise at recommended levels. 5– 8 The research on exercise as an intervention to promote cognitive health in older adults has been encouraging, with significant benefits found for normative and cognitively compromised aging adults, 9– 12 particularly in the realm of executive function. 4 Elderly patients with DM are at increased risk for dementia and have been shown to exhibit a pattern of cognitive deficits, especially in executive functions. 3 Calls have been made to identify interventions to address diabetes mellitus (DM), which has been linked to frontal-subcortical dysfunction and subsequent dementia. 2 Similarly, there are concerns about the worldwide increase in obesity and diabetes and their relationship with dementia. ![]() Given the increasing proportion of older adults in the global population and the concomitant rise in dementia, 1 exercise interventions to promote brain health are becoming increasingly salient. ![]()
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