The Effects of Low-Intensity Multimodal Proprioceptive Exercise on Cognitive Function in Older Adults

Abstract

Background: Physical activity provides a number of physical and psychological benefits. Multimodal proprioceptive exercise represents a useful balance-based exercise with the potential to reduce falls in older adults. Previous research has also indicated cognitive benefits following multimodal proprioceptive exercise in young and older adults. This study aimed to assess cognition and mood following 2 types of physical activity (multimodal proprioception vs yoga) compared with control (classroom-based) in healthy older adults. Method: Nineteen older adults (Mage = 65, sex = 9 males) participated in this randomized controlled crossover trial. Participants completed a 20-minute multimodal proprioceptive exercise class, 20-minute yoga session, and 20-minute classroom-based control. Numeric working memory and mood were assessed before and immediately following each of the interventions. Results: The multimodal proprioceptive intervention significantly reduced numeric working memory reaction time versus the yoga (P = .043) and control (P = .023) group. There were no differences found for accuracy or mood. Conclusions: These results indicate that multimodal proprioceptive exercise is worthy of further investigation as an alternative mode of exercise alongside the more traditional aerobic and strength-based exercise for healthy older adults.

The Effects of Exercising on Psychological Well-Being in Older Adults

“…Multimodal proprioceptive intervention led to a reduction in numeric working memory reaction time when compared to yoga and control. The authors proposed multimodal proprioceptive intervention as an alternative type of exercise alongside aerobic and strengthening exercises [43].…”

Reliability of hip joint position sense tests using a clinically applicable measurement tool in elderly participants with unilateral hip osteoarthritis

“…Impaired position sense can significantly affect neuromuscular control and joint biomechanics, causing imbalance and increased risk of falls 1,7 . Previous research shows that decreased proprioceptive function can influence motor coordination and balance [6][7][8][9][10][11][12] .…”

“…Impaired position sense can significantly affect neuromuscular control and joint biomechanics, causing imbalance and increased risk of falls 1,7 . Previous research shows that decreased proprioceptive function can influence motor coordination and balance [6][7][8][9][10][11][12] .Osteoarthritis (OA) primarily affects the lower extremities, causing functional disability 13 . Hip joint OA contributes to significant functional limitation and disability in the elderly 14 .…”