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🧠🍬 Beyond plaques and tangles, could Alzheimer's disease also be driven by excess protein "sugar-coating"?
A new Nature Metabolism study identifies brain hyperglycosylation as a conserved metabolic feature of AD, driven by increased N-glycan biosynthesis. Lowering glycosylation improved memory in mouse models, while glucosamine worsened outcomes and showed concerning real-world signals in dementia cohorts.
A sweet pathway with bitter implications. ⚠️🧬
#AlzheimersDisease #Glycomics #Neurodegeneration #MedicalPodcasts
By Dr RR Baliga, MD, MBA5
66 ratings
🧠🍬 Beyond plaques and tangles, could Alzheimer's disease also be driven by excess protein "sugar-coating"?
A new Nature Metabolism study identifies brain hyperglycosylation as a conserved metabolic feature of AD, driven by increased N-glycan biosynthesis. Lowering glycosylation improved memory in mouse models, while glucosamine worsened outcomes and showed concerning real-world signals in dementia cohorts.
A sweet pathway with bitter implications. ⚠️🧬
#AlzheimersDisease #Glycomics #Neurodegeneration #MedicalPodcasts

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