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Bristol University's Isambard-AI supercomputer uses artificial intelligence to accelerate drug discovery and vaccine development, targeting diseases including Alzheimer's, heart disease, and cancer.
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A new predictive tool helps doctors and patients forecast the onset of mild cognitive impairment and Alzheimer's disease, enabling better planning for care and treatment.
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New research reveals Alzheimer's disease and normal aging affect brain networks differently, with Alzheimer's causing widespread disruption beyond just memory regions - challenging our focus on amyloid plaques.
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Research reveals molecular connections between type 2 diabetes and Alzheimer's disease, showing how diabetes may influence brain protein changes linked to cognitive decline.
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New research from Arizona State University reveals how a widespread gut virus might contribute to Alzheimer's disease development, offering potential treatment pathways through antiviral medications.
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CUNY researchers discover how stressed brain immune cells contribute to Alzheimer's disease progression, opening potential new treatment pathways through stress response blocking.
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A clinical trial will test if high-dose vitamin B1 (thiamine) can slow Alzheimer's progression by fixing how brain cells process energy.
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New research reveals how analyzing ratios of elements like sodium, iron, and zinc in blood plasma could lead to simpler Alzheimer's disease detection, achieving 81% accuracy through mass spectrometry analysis.
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Veravas revolutionizes Alzheimer's diagnostics with VeraBIND technology, offering clear yes/no results instead of traditional gray-area testing. Their blood-based method measures active tau pathology, potentially eliminating the need for costly PET scans and lumbar punctures.
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A groundbreaking study by University of Cincinnati researchers challenges the traditional amyloid cascade hypothesis in Alzheimer's disease, suggesting that restoring Aβ42 protein levels, rather than removing plaques, may be more effective for treatment.
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Vermont researchers discover a novel brain waste removal system by studying spiders, revealing new insights into Alzheimer's disease progression and potential treatments.
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Scientists discover new Alzheimer's biomarkers Midkine and Pleiotrophin