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TL;DR: Tiny brain samples taken during routine shunt surgery let researchers study Alzheimer’s changes in living people. Half the samples had amyloid plaques, tau clustered around them, and brain tau had a half-life of about five weeks. Key Findings 18 living…
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TL;DR: A 2026 systematic review and meta-analysis in Journal of Alzheimer’s Disease found that choroid plexus volume, an MRI-visible structure involved in cerebrospinal-fluid regulation and immune signaling, was larger in Alzheimer’s disease than in healthy co…
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TL;DR: A 2026 preprint in medRxiv found that brain-derived p-tau217%, a blood marker designed to isolate central nervous system tau, classified Alzheimer disease pathology better than standard plasma p-tau217 in several Alzheimer cohorts. Key Findings CNS-sele…
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Broken Blood Vessels May Drive Alzheimer’s Decline TL;DR: A new study reveals that impaired cerebrovascular function—the brain’s ability to regulate blood flow—correlates strongly with Alzheimer’s symptoms, offering a potential non-invasive way to detect early…
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Blood Test Detects Alzheimer’s with 83% Accuracy TL;DR: A new blood test using three misfolded plasma proteins can identify Alzheimer’s disease with 83.44% accuracy, outperforming conventional biomarkers and offering a non-invasive screening tool years before…
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