Impairments in working memory (WM) are evident in both clinically diagnosed patients with
mild cognitive decline and older adults at risk, as indicated by lower scores on …

Functional brain networks have preserved architectures in rest and task; nevertheless,
previous work consistently demonstrated task-related brain functional reorganization …

Older adults tend to over-activate regions throughout frontoparietal cortices and exhibit a
reduced range of functional modulation during WM task performance compared to younger …

Working memory (WM) impairment has been well characterized in normal aging. Various
studies have explored changes in either the regional activity or the interregional connectivity …

Deterioration in working memory capacity (WMC) has been associated with normal aging,
but it remains unknown how age affects the relationship between WMC and connectivity …

Aging is often accompanied by changes in brain structure and executive functions,
particularly in tasks involving cognitive flexibility, such as task-switching. However …

Working memory (WM) is the ability to transiently maintain and manipulate internal
representations beyond its external availability to the senses. This process is thought to …

A long-standing assumption in the cognitive aging literature is that performance on working
memory (WM) tasks involving serial recall is relatively unaffected by aging, whereas tasks …

Aging is accompanied by a decline of working memory, an important cognitive capacity that
involves stimulus-selective neural activity that persists after stimulus presentation. Here, we …

Working memory (WM) declines as we age and, because of its fundamental role in higher
order cognition, this can have highly deleterious effects in daily life. We investigated whether …