Understanding Amyloid Plaque: The Silent Architect of Alzheimer’s

: As plaques build up in the memory center, they hamper the ability to form new memories or recall old ones.

Plaques are made of , a protein fragment that the body produces naturally. In a healthy brain, these fragments are broken down and eliminated. However, in people with Alzheimer’s, these fragments become "sticky" and clump together.

Amyloid plaques are one of the most significant biological markers of Alzheimer's disease. These microscopic protein clumps form between nerve cells in the brain, disrupting critical communication pathways and eventually leading to cell death. While research is ongoing, understanding what they are and how they impact brain health is a vital step for patients, caregivers, and anyone interested in cognitive longevity. What Exactly Are Amyloid Plaques?

: These fragments first form small clusters called oligomers before growing into bulky, visible plaques. How Do They Affect the Brain?

: When APP is snipped incorrectly, it creates toxic amyloid-beta.

: Plaques can trigger the immune system to cause inflammation, which destroys neurons.

: They begin as amyloid precursor protein (APP), which is common in the central nervous system.