The structure of the brain is constantly changing from birth throughout the lifetime, meaning
that normal aging, free from dementia, is associated with structural brain changes. This paper …

The development of cortical gray matter, white matter (WM) volume, and WM microstructure
in adolescence is beginning to be fairly well characterized by structural magnetic resonance …

What can be expected in normal aging, and where does normal aging stop and pathological
neurodegeneration begin? With the slow progression of age-related dementias such as …

Magnetic resonance imaging volumetry studies report inverted U-patterns with increasing
white-matter (WM) volume into middle age suggesting protracted WM maturation compared …

The effect of age was investigated in and compared across 16 automatically segmented brain
measures: cortical gray matter, cerebral white matter, hippocampus, amygdala, thalamus, …

Cross-sectional magnetic resonance imaging (MRI) studies of cortical thickness and volume
have shown age effects on large areas, but there are substantial discrepancies across …

An accurate description of changes in the brain in healthy aging is needed to understand
the basis of age-related changes in cognitive function. Cross-sectional magnetic resonance …

Magnetic resonance imaging (MRI) is the principal method for studying structural age-related
brain changes in vivo. However, previous research has yielded inconsistent results, …

Human cortical thickness and surface area are genetically independent, emerge through
different neurobiological events during development, and are sensitive to different clinical …

Brain development during late childhood and adolescence is characterized by decreases in
gray matter (GM) and increases in white matter (WM) and ventricular volume. The dynamic …