New research aims to settle debate around brain training

New research is actively working to settle the decade-long scientific debate about brain training—and the findings are more nuanced than the marketing...

New research is actively working to settle the decade-long scientific debate about brain training—and the findings are more nuanced than the marketing...

Yes, brain training does appear to reduce dementia risk—but not in the way most people expect. A major 20-year study published in February 2026 found that...

Recent scientific research has identified several natural compounds that show genuine promise in protecting memory and slowing cognitive decline.

Researchers are actively investigating plant-derived compounds as potential treatments for neurodegenerative diseases, with particular focus on conditions...

Multiple breakthrough targets for reducing Alzheimer's brain plaques have emerged in 2026, offering genuine hope for slowing or preventing the disease's...

Brain cell death in dementia occurs through multiple converging mechanisms, but recent research has identified a specific "death switch" that appears to...

The progression of Alzheimer's disease appears to be controlled by molecular "switches" in the brain—specific protein interactions and genetic mechanisms...

Scientists have identified the hidden trigger behind Alzheimer's brain damage: a toxic protein interaction called the "NMDAR/TRPM4 death complex.

New research reveals an unexpected way to identify people at risk for memory decline: tracking the rate at which their brain tissue shrinks over time.

Experts have discovered a direct biological connection between failing cellular energy and memory loss that reshapes our understanding of cognitive...