A person's level of social and economic status can shape their brain heath in later life, a study suggests. Research led by ...

childrens.harvard.edu Cerebral white matter injury, characterised by loss of premyelinating oligodendrocytes (pre-OLs), is the most common form of injury to the preterm brain and is associated with a ...

Abnormalities in white matter structure and function have been fairly ... affecting both cortical and subcortical regions. Not only do these white matter disruptions correlate with psychotic ...

In the subcortical white matter, microglial activation was associated ... The loss of myelinated axons impairs the structure and function of neuronal networks. In the hippocampus, the activation ...

The brain structures (areas around the ... corpus callosum, white matter fornix, internal capsule and on subcortical nuclei and brainstem areas. A comparison of the Layer-wise Relevance ...

Additionally, axial T2-weighted and FLAIR sequences were obtained to detect visible white matter damage. The PANDA toolbox based ... Additionally, the structural connections between ...

Abnormalities in white matter structure and function have been fairly ... affecting both cortical and subcortical regions. Not only do these white matter disruptions correlate with psychotic ...

Increased pulse pressure may lead to widespread injury to white matter and subcortical structures, with greatest vulnerability for women in late middle to early older age. Restriction spectrum imaging ...

These structures include the most commonly defined subcortical regions (Str, Tha, Amg, LV), the main iron-rich nuclei (GPi, GPe, RN, SN, STN), as well as smaller, less studied areas (VTA, PAG, PPN, Cl ...

We conducted follow-up analyses for ROIs showing significant patient-control differences to assess potential associations between white matter microstructure and volumetric measures of subcortical ...