Alzheimer's disease research, amyloid plaques, tau tangles, and cognitive decline
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New study of 96,000 people shows brief bursts of intense activity dramatically reduce risks of heart disease, dementia, and diabetes.
Stanford expert reveals how protecting your hearing preserves brain health and prevents dementia risk as you age.
Non-invasive sensory stimulation reduces brain plaques by up to 53% in studies, offering new hope for Alzheimer's treatment.
New peptide delivery system restores brain connections and memory function in Alzheimer's models, offering hope for treating cognitive decline.
SOMCL-668 improved memory and reduced brain damage in Alzheimer's mice by targeting sigma-1 receptors and protective pathways.
New drug FP802 disrupts toxic brain signaling, preventing memory loss and brain damage in Alzheimer's mouse models.
New research reveals how a single gene defect causes brain changes resembling multiple neurodegenerative diseases simultaneously.
Scientists identify ferroptosis as a key driver of Alzheimer's disease, opening doors to iron-based prevention therapies.
New review reveals vascular cognitive impairment contributes to 75% of dementia cases and shares pathways with cardiovascular disease.
New research reveals distinct protein signatures in skin samples that could help doctors accurately diagnose different neurodegenerative diseases.
Analysis of 177 cases with E200K mutation identifies new disease patterns that could improve diagnosis and understanding.
New research reveals tiny tau aggregates damage brain synapses before visible plaques form, offering early intervention targets.
