Aging is typically associated with declines in sensorimotor performance. Previous studies
have linked some age-related behavioral declines to reductions in network segregation. For …

Normal aging is associated with declines in sensorimotor function. Previous studies have
linked age-related behavioral declines to decreases in neural differentiation (ie …

Healthy aging has been associated with decreased specialization in brain function. This
characterization has focused largely on describing age-accompanied differences in …

Functional connectivity–the co-activation of brain regions–forms the basis of the brain's
functional architecture. Often measured during resting-state (ie, in a task-free setting) …

Aging is associated with impaired motor performance across a range of tasks. Both primary
neural representations of movement and potential compensatory cognitive mechanisms …

The human brain undergoes both morphological and functional modifications across the
human lifespan. It is important to understand the aspects of brain reorganization that are …

Healthy aging is accompanied by progressive decline in cognitive performance and
concomitant changes in brain structure and functional architecture. Age-accompanied …

The human brain is organized into segregated networks with strong within-network
connections and relatively weaker between-network connections. This “small-world” …

Aging affects functional connectivity between brain areas, however, a complete picture of
how aging affects integration of information within and between functional networks is …

Healthy aging is accompanied by disruptions in the functional modular organization of the
human brain. Cross-sectional studies have shown age-related reductions in the functional …