… in multiple resting-state networks over 4 years of aging in cognitively normal older adults. …
Therefore, we have common findings of reduced functional connectivity over time within the …

… identified resting state network (RSN) is the default mode network (DMN), which is a set
of different brain regions with decreased activity during several tasks but increased activity …

… between brain regions, leading to aberrant task activations. We apply this activity flow model
in a large sample of clinically normal older adults, which was segregated into healthy (low-…

… to maintain cognitive functions as stable as possible (eg scaffolding theory of aging [65],
hemispheric asymmetry reduction in older adults [11] or posterior-to-anterior shift in …

… low-frequency resting-state networks that depict the functional architecture of the brain. …
inter-individual differences in resting-state network connectivity and the cognitive aging process. …

… differences in phase synchrony of the DMN during resting state, … , 16 females) in two resting
state conditions (eyes-open and -… Findings indicated decreased connectivity in the alpha2 …

… brain activity, and is not influenced by age- … reduction in the temporal stability of power
activity within the posterior DMN. Considering the pathognomonic decrease in (static) resting-state …

… Temporal dynamic changes of the aging brain with resting-state functional MRI demonstrated
lower flexibility of the frontoparietal network and compensatory higher transitions between …

… (1995) were first to observe synchronous activity between multiple brain regions in a
resting-state paradigm using fMRI. That is, a pattern of spontaneous brain activity in the low-…

… area of DMN higher brain connectivity was associated with lower performance on an … brain
networks and suggest that changes in network connectivity are associated with normal aging…