Researchers have identified a unique "paused state" in the growth of amyloid β fibrils, linked to Alzheimer's disease, using high-speed atomic force microscopy. In this state, fibril growth is halted, allowing an antibody, 4396C, to bind and prevent further growth, opening a potential path to slow Alzheimer's progression.
Researchers have identified a unique "paused state" in the growth of amyloid β fibrils, linked to Alzheimer's disease, using high-speed atomic force microscopy. In this state, fibril growth is halted, allowing an antibody, 4396C, to bind and prevent further growth, opening a potential path to slow Alzheimer's progression.
Share this Article
Recommended