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Regenerative medicine is the field that repairs, replaces, or regenerates tissues and organs using cell therapies, engineered scaffolds, gene-enabled methods, and supportive devices; it matters because it can restore function,...
Brain tissue regeneration refers to biological and engineered processes to repair or replace damaged neural tissue, important because it could reduce disability from stroke, traumatic brain injury, and neurodegenerative disease...
cellular rejuvenation refers to scientific approaches that reduce, repair, or reverse age-related cellular damage and dysfunction; it matters because restoring youthful cellular function could improve tissue repair, extend healthspan, and...
Alzheimers research into targeted brain stimulation uses non-invasive electrical or magnetic approaches to modulate memory and attention, aiming to support cognition and daily function; it matters because even modest, reliable...
Vascular dementia prevention: Mendelian randomization evidence links higher BMI to increased vascular-related dementia risk, partly mediated by elevated blood pressure; actionable targets include weight and hypertension control for midlife adults....
Post-meal glucose spikes may indicate increased Alzheimer’s risk: genetic analysis of 357,883 UK Biobank participants found people with genes linked to larger post-meal glucose rises had a 69% higher risk...
Longevity policy refers to public strategies, regulations, and funding decisions aimed at understanding and improving healthy aging; it matters because policy shapes research priorities, regulatory pathways,data infrastructure, and equitable access...
= Exercise suppresses DEAF1 by activating FOXO, restoring muscle protein balance and cellular clearance (autophagy); this explains how resistance and aerobic activity help older adults preserve muscle strength, repair damaged...
