The Resilience Code: How Immature Neurons Shield the Brain From Alzheimer’s Dementia
Toxic clumps of proteins associated with Alzheimer’s disease can accumulate throughout the brain without dementia ever developing.
Search results for "Alzheimer’s pathology"
Medical AI Can Explain Its Decisions—but Can Clinicians Trust Its Reasons?
Artificial intelligence in medical imaging can analyze brain magnetic resonance imaging scans not only to estimate disease likelihood, but also to...
Slowing the Inevitable: How Early Antibody Therapy Is Transforming Alzheimer’s Care
“Lately, I keep forgetting appointments.” “They keep repeating what they just said.” When memory lapses in a parent...
Amyloid Is Not the Only Culprit: GRK2 Protein Emerges as New Target in Alzheimer’s Fight
For decades, Alzheimer’s disease research has focused intensely on two primary culprits: beta-amyloid, which forms...
New Blood Test Accurately Predicts Alzheimer’s Progression, Pinpointing Optimal Candidates for Treatment
Dementia medications do not yield uniform results for every patient; instead, their clinical efficacy depends heavily...
Can 'Sound and Light' Treat the Brain? New Hope for Dementia Therapy Without Side Effects
A South Korean research team has demonstrated the potential for treating Alzheimer’s disease using non-invasive sound...
Beyond Weight Loss: How Berries Protect the Brain by Improving Metabolic Health
Fruits rich in polyphenols—specifically strawberries and blueberries—have long been hailed as "brain food.
It's Not Something to Be Happy About, But... Cancer Patients Are Less Likely to Get Dementia, Why?
Cancer patients are less likely to develop dementia (Alzheimer's disease), and dementia patients are less likely to...
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