A long-term brain imaging study in aging adults showed faster rates of atrophy in certain brain structures to be associated with the risk of developing mild cognitive impairment (MCI). While some ...
In 2020, Ashley Harms, Ph.D., and University of Alabama at Birmingham colleagues published an Acta Neuropathologica study that used a mouse model to show that the alpha-synuclein pathology from ...
A longitudinal, observational study found that the choroid plexus, a network of blood vessels in each ventricle of the brain, plays a potential role in the neurodegenerative and chronic inflammatory ...
A new study is helping solve the mystery as to why the brain shrinks in a unique pattern, known as atrophy, in chronic traumatic encephalopathy (CTE). This research provides novel evidence that ...
For adults in midlife, difficulty getting to sleep and waking up too early may accelerate brain atrophy that is associated with dementia. The brain naturally begins to atrophy beginning in one’s 30s ...
New research reveals that lower proportions of specific sleep stages are associated with reduced brain volume in regions vulnerable to the development of Alzheimer's disease over time. New research ...
A new study led by investigators from Mass General Brigham has identified a unique brain network that links varied patterns of brain atrophy, or shrinkage, associated with schizophrenia. By combining ...
Patients with breast cancer who undergo chemotherapy may face an increased risk for brain atrophy and cognitive decline, new findings from a pilot study suggested. Memory problems in patients with ...
An analysis of almost 50,000 brain scans has revealed five distinct patterns of brain atrophy associated with aging and neurodegenerative disease. The analysis has also linked the patterns to ...
New research reveals that air pollution, especially PM2.5, may contribute to cerebral atrophy but does not seem to impair cognitive function. Urbanization affects the strength of this link. Study: ...
New MRI research reveals that heavy smoking can shrink key brain regions tied to memory and cognition, and excess weight might intensify the damage, raising fresh questions about dementia prevention.