Circadian rest-activity rhythm and longitudinal brain changes underlying late-life cognitive decline.

So Yeon JeonMin Soo ByunDahyun YiGijung JungJun-Young LeeYu Kyeong KimChul-Ho SohnKoung Mi KangYu Jin Lee Dong Young Leenull null

Published in: Psychiatry and clinical neurosciences (2022)

The findings indicates that delayed acrophase in late-life may cause or predict hypometabolism at AD-signature brain regions, which underlies cognitive decline in the near future. This article is protected by copyright. All rights reserved.

Keyphrases

cognitive decline
mild cognitive impairment
resting state
white matter
functional connectivity
cerebral ischemia
atrial fibrillation
current status
multiple sclerosis
brain injury