Topic

Reversing Aging

Biological age reversal, epigenetic clocks, senolytics, and anti-aging interventions

1,819 articles

Aged Muscle Stem Cells Lose a Key Fat-Building Metabolic Pathway
Longevity & Aging

Aged Muscle Stem Cells Lose a Key Fat-Building Metabolic Pathway

Duke researchers find that aging impairs glutamine-driven fat synthesis in muscle stem cells, limiting their repair capacity.

Research Paper
May 15, 2026 0
CD38 Enzyme Emerges as a Key Target for Reversing Age-Related NAD+ Decline
Longevity & Aging

CD38 Enzyme Emerges as a Key Target for Reversing Age-Related NAD+ Decline

CD38 activity rises with age, depleting NAD+ and accelerating tissue decline. New research positions CD38 inhibitors as promising anti-aging therapeutics.

Research Paper
May 14, 2026 0
CD38 Peptide Vaccine Reverses Aging Signs in Mice With a Few Doses
Longevity & Aging

CD38 Peptide Vaccine Reverses Aging Signs in Mice With a Few Doses

A new vaccination strategy targeting CD38 improved physical function, cognition, metabolism, and NAD+ levels in aging mice — with just a few injections.

Research Paper
May 14, 2026 0
Power and Endurance Training Work Together More Than Previously Thought
Longevity & Aging

Power and Endurance Training Work Together More Than Previously Thought

A landmark review challenges the 'interference effect' dogma, showing concurrent resistance and endurance training can coexist and even enhance performance.

Research Paper
May 14, 2026 0
How Protein, Whole Foods, and Mediterranean Diet Fight Muscle Loss in Aging
Longevity & Aging

How Protein, Whole Foods, and Mediterranean Diet Fight Muscle Loss in Aging

A comprehensive review reveals what nutrition strategies actually work against sarcopenia — and where critical evidence gaps remain.

Research Paper
May 14, 2026 0
Osteosarcopenia Explained: Why Muscle and Bone Loss Strike Together in Aging
Longevity & Aging

Osteosarcopenia Explained: Why Muscle and Bone Loss Strike Together in Aging

Sarcopenia and osteoporosis frequently co-occur in older adults, forming osteosarcopenia — a dual threat to mobility, independence, and survival.

Research Paper
May 14, 2026 0
AKG Metabolite Pathway Slows Stem Cell Aging via Newly Identified Protein Axis
Longevity & Aging

AKG Metabolite Pathway Slows Stem Cell Aging via Newly Identified Protein Axis

Scientists pinpoint the AKG-IDH1-RPS23 axis as a key regulator of stem cell senescence, opening new doors for anti-aging metabolic therapies.

Research Paper
May 14, 2026 0
Diabetes Fuels Pancreatic Cancer by Aging Blood Vessel Cells Prematurely
Longevity & Aging

Diabetes Fuels Pancreatic Cancer by Aging Blood Vessel Cells Prematurely

Senescent tumor endothelial cells secrete INHBB under diabetic conditions, accelerating pancreatic cancer—and blocking its receptor shows therapeutic promise.

Research Paper
May 14, 2026 0
CD4 T Cell Therapy Blocks Inflammaging by Protecting the Gut Barrier
Longevity & Aging

CD4 T Cell Therapy Blocks Inflammaging by Protecting the Gut Barrier

Restoring regulatory T cells prevents gut leakiness, dysbiosis, and systemic inflammation—extending healthspan in a mouse aging model.

Research Paper
May 14, 2026 0
Free Radicals & Your Cells: The Good, the Bad, and the Manageable
Longevity & Aging
Premium

Free Radicals & Your Cells: The Good, the Bad, and the Manageable

Discover what free radicals and reactive oxygen species actually are, why they're not purely villains, and how your body uses them as clever signals — with practical steps to keep the balance right for healthy aging.

TutorialBeginner
May 14, 2026 0
Lewy Body Dementia Is Far More Common Than Diagnoses Suggest
Longevity & Aging

Lewy Body Dementia Is Far More Common Than Diagnoses Suggest

A major meta-analysis reveals widespread underdiagnosis of Lewy body dementia, the second most common degenerative dementia after Alzheimer's.

Press Release
May 14, 2026 0
Two to Three Cups of Coffee Daily Linked to 35% Lower Dementia Risk in Major Study
Longevity & Aging

Two to Three Cups of Coffee Daily Linked to 35% Lower Dementia Risk in Major Study

A 43-year study of 131,000+ adults found moderate caffeine intake cuts dementia risk by 35% — but more isn't better.

Press Release
May 14, 2026 0
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