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Pathological lying shows a complex relationship with brain function. Compulsive lying has been reported in multiple neurological disorders, including early lesions of the prefrontal cortex, [17] developmental disruption of white matter pathways connecting frontal cortex with temporal, limbic and parietal regions, [18] [19] disruptions to the ...
In subcortical dementia, there is targeted damage to regions lying under the cortex. The pathological process that result in subcortical dementia shows neuronal changes that involve primarily the thalamus, basal ganglia, and rostral brain-stem nuclei and mostly, some projections in the white matter from these regions to the cortex, with ...
Feb. 8—Drew Curtis, director of the nationally recognized Master of Science in counseling psychology degree program at Angelo State University will speak about Pathological Lying: Science and ...
Researchers analyzing the white matter of superagers over a 5-year period found that despite comparable overall white matter health with typical older adults, superagers exhibited superior ...
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The white matter with hidden but MRI-visible damage is known as "Normal-appearing white matter" (NAWM) [136] and is where lesions appear. [22] The NAWM is considered a non-visible kind of lesion, produces disability and it is responsive to natalizumab [137] The pathology of the NAWM differs from areas near the lesions or near the cortex.
Toxic leukoencephalopathy is a rare condition that is characterized by progressive damage (-pathy) to white matter (-leuko-) in the brain (-encephalo-), particularly myelin, due to causes such as exposure to substance use, environmental toxins, or chemotherapeutic drugs. The prevalence of this disease is infrequent and often goes unreported ...
Several studies analyzing brain MRI findings from DPDR patients found decreased cortical thickness in the right middle temporal gyrus, reduction in grey matter volume in the right caudate, thalamus, and occipital gyri, as well as lower white matter integrity in the left temporal and right temporoparietal regions. However, no structural changes ...