In a 2016 study from JAMA Psychiatry, senior citizens whose brain scans showed
the development of amyloid protein clusters were 7.5 times more likely to be classified as lonely than those whose scans were negative.
Not exact matches
The bulk
of research scientists working on Alzheimer's have long believed that a buildup
of amyloid «plaques» is central to the disease's
development — and that therefore targeting this
protein is the best chance for a cure.
Dysfunction
of two
proteins,
amyloid beta and tau, plays a role in the
development of Alzheimer's disease.
Research by BrightFocus grantee Matthew Campbell, PhD,
of Trinity College Dublin, suggests a unique way to help clear the brain
of toxic
amyloid beta
protein, which contributes to the
development of Alzheimer's.
Role
of amyloid precursor
protein (APP) in brain
development and implications for Down syndrome
Amyloid - beta
protein has been suggested as a factor in the
development of Alzheimer's disease.
A
protein known as beta -
amyloid and hydrogen peroxide are two compounds that play an important role in the
development of Alzheimer's.
Deep sleep plays an important role in memory, and research shows that missing out on rest can contribute to a build up
of beta -
amyloid protein in the brain, associated with the
development of Alzheimer's disease.
Scientists have identified a basic pathologic process underlying Alzheimer's
development that involves the formation
of abnormal
protein deposits in the brain known as beta -
amyloid plaques, but they still aren't entirely sure what causes this to happen.