Alzheimer's Reversed in Mice by Restoring Brain Energy Balance

Scientists have achieved a groundbreaking reversal of Alzheimer's disease in mice, fully restoring memory and repairing brain damage. The study, published in Cell Reports Medicine, identifies restoring the brain's energy balance via NAD+ levels as a key to recovery.

• Researchers successfully reversed Alzheimer's pathology and restored cognitive function in mice.
• The breakthrough challenges the long-held belief that Alzheimer's is irreversible.
• Restoring cellular energy molecule NAD+ levels in the brain proved crucial.
• The treatment repaired major brain damage even in advanced disease stages.
• Normalized blood biomarkers (tau 217) confirmed disease reversal in mice.
• Findings offer new hope for future human Alzheimer's therapies.

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