4.3 Article

Bidirectional associations between cognitive functions and walking performance among middle-aged women

Journal

Publisher

LIPPINCOTT WILLIAMS & WILKINS
DOI: 10.1097/GME.0000000000001896

Keywords

Executive functions; Menopause; Physical functions

Funding

  1. Academy of Finland [296843, 323541, 275323, 309504]
  2. Ministry of Education and Culture of Finland [OKM/49/626/2017, OKM/72/626/2018, OKM/92/626/2019]
  3. Academy of Finland (AKA) [296843] Funding Source: Academy of Finland (AKA)

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This study suggests that cognitive functions may slightly improve after transitioning to postmenopause, especially in late perimenopausal women. There is an association between walking speed and certain cognitive functions in late perimenopausal women, but no long-term association between cognitive performance and walking.
Objective: This study investigated whether (1) cognitive functions change after the transition from the perimenopausal to the postmenopausal stage, (2) cognitive functions and walking are associated in middle-aged women, and (3) cognitive functions assessed in perimenopause are associated with walking after reaching the postmenopause or vice versa. Methods: In total, 342 women, categorized as early (n = 158) or late perimenopausal (n = 184), were included in the study and followed up until postmenopausal. Psychomotor speed, executive functions related to set-shifting and updating, working memory, and visual memory were assessed. Walking was assessed with walking speed, walking distance, and dual-task cost in walking speed. Data was analyzed using the paired-samples t test, Wilcoxon signed rank test, multiple linear regression analysis, and structural equation modeling. Results: We found small but significant improvements in psychomotor speed (P = 0.01) and working memory (P< 0.001) among early perimenopausal and in psychomotor speed (P = 0.001), set-shifting (P = 0.02), visual memory (P = 0.002), and working memory (P< 0.001) among late perimenopausal women after the transition from peri- to postmenopause. Walking speed (beta = 0.264, P = 0.001) and dual-task cost (beta = 0.160, P = 0.03) were associated with updating, and walking distance was associated with updating and set-shifting (beta = 0.198, P = 0.02, beta=-0.178 P = 0.04 respectively) among the late perimenopausal women. We found no longitudinal associations between cognitive functions and walking. Conclusion: Cognitive performance remained unchanged or improved after reaching postmenopause. Cognitive functions and walking were associated during the late perimenopause, but the association depended on the cognitive process and nature of the physical task. Cognitive performance was not associated with walking after reaching postmenopause or vice versa.

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