Late Life Leisure Activities and Risk of Cognitive Decline

Wang, Hui‐Xin; Jin, Yinlong; Hendrie, Hugh C.; Liang, Chaoke; Yang, Lichao; Cheng, Yibing; Unverzagt, Fred; Ma, Feng; Hall, Kathleen; Murrell, Jill R.; Li, P.; Bian, Jie; Pei, Jin; Gao, Su · 2012 · OpenAlex-citations

DOI: 10.1093/gerona/gls153

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Summary

This study investigates whether late-life leisure activities provide domain-specific protection against cognitive decline in older adults. Motivated by limited and inconsistent evidence regarding how mental, physical, and social activities affect specific cognitive domains, the researchers hypothesized that different activity types protect against decline in distinct cognitive areas. The study also examined whether these effects differed by gender. The research utilized a longitudinal, population-based cohort of 1,463 Chinese adults aged 65 and older, initially enrolled between 2003 and 2005. Participants without baseline cognitive or physical impairment were followed for an average of 2.4 years. Leisure activities were assessed at baseline and categorized into mental (e.g., reading, playing cards), physical (e.g., walking, gardening), and social (e.g., visiting friends) domains. Cognitive performance was evaluated using standardized tests for global cognition, episodic memory, language, and executive function. Statistical analyses employed Analysis of Covariance (ANCOVA) models adjusted for age, gender, education, stroke history, body mass index, Apolipoprotein E genotype, and baseline cognition. The results demonstrated that high levels of mental activity were associated with significantly less decline in global cognition, language, and executive function. High physical activity was linked to reduced decline in episodic memory and language, while high social activity was associated with less decline in global cognition. A significant dose-response pattern was observed: participants engaging in no activities experienced significant cognitive decline, those engaging in one activity maintained their cognition, and those engaging in two or three activities showed cognitive improvement. These protective effects were consistent across both men and women, although the specific impact of social activity on global cognition was attenuated in men. The findings suggest that leisure activities in old age protect against cognitive decline, with different activity types benefiting specific cognitive domains. The study supports the hypothesis of domain-specific protection and indicates that engaging in multiple types of activities offers stronger cognitive benefits than single activities. These results imply that promoting diverse leisure engagement may be a viable strategy for maintaining cognitive health in aging populations, potentially through mechanisms involving cognitive reserve, physiological changes, and psychological well-being.

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