Regional volumes, surface area, cortical thickness and curvature are plastic measures of brain structure that commonly show alterations in the presence of aging, learning, and neurodegeneration related to disease.
STV is a measure of the reliability of lower-limb movements which depends on higher-levels of gait control involving brain structures that may be affected by SRBDs-related brain lesions [ 6, 7].
A recent study found that cave-dwelling species that have lost the ability to see over time (an energy-saving measure in a world where vision is utterly useless) are gradually losing the brain structures that support sight, too.
Thus, neither study correlated brain structure with behavioral measures of vestibular function.
Executive function correlated with coherence and brain structure measures, and with newborn-period neurobehavioral assessment.
In this work, we expand the scope of enrichment analysis into brain imaging genetics, an emerging field that studies how genetic variation influences brain structure and function measured by neuroimaging quantitative traits (QT).
A parameter in diffusion tensor imaging, which images brain structures by measuring the diffusion properties of water molecules.
These processes are underscored by changes in brain structure and function that were reflected by our in-scanner behavioral performance measures.
This paradigm shift has been undoubtedly buoyed by the continuing advances in our understanding of the underlying neurobiological mechanisms of disordered eating, through genetic studies, and illustrated using technologies that measure brain structure and function.
This "15/180" model quickly became a standard, generating scores of studies showing that long separations created anxious rodents with permanent changes in stress-hormone activity, brain structure and many other measures.
