A recent mouse study reveals that Alzheimers disease disrupts the bodys Circadian rhythm by reprogramming genes in specialized cells, impairing the brains ability to clear amyloid plaques.
- The study highlights how Alzheimers disease alters the function of microglia, the brains immune cells, crucial for clearing toxic amyloid proteins linked to neuron degeneration.
- Researchers found that changes in gene expression related to the Circadian rhythm can significantly hinder the brains plaque-clearing processes in aging mice.
- The findings underline a potential connection between sleep disturbances caused by Alzheimers disease and the impaired ability of microglia to remove harmful amyloid proteins from the brain.
Why It Matters
Understanding the interplay between Alzheimers disease, Circadian rhythm, and amyloid clearance is crucial for developing targeted therapies. This research could lead to new approaches in treating or preventing cognitive decline in aging populations.