Topic

Reversing Aging

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

1,795 articles

Late-Life Gene Therapy Extends Mouse Lifespan 20% by Boosting Metabolism
Longevity & Aging

Late-Life Gene Therapy Extends Mouse Lifespan 20% by Boosting Metabolism

A single FGF21 gene injection in aging mice extended median lifespan by 20%, reversing fat gain, inflammation, and organ decline.

Press Release
Jun 17, 2026 0
FDA Fast-Tracks New NLRP3 Drug Showing 67% Response Rate in Bone Marrow Disorder
Longevity & Aging

FDA Fast-Tracks New NLRP3 Drug Showing 67% Response Rate in Bone Marrow Disorder

Ofirnoflast targets inflammasome activation in myelodysplastic syndromes, with 56% of transfusion-dependent patients achieving independence.

Press Release
Jun 17, 2026 0
SonoThera's $125M Ultrasound Platform Could Unlock Repeatable Gene Therapy for Aging
Longevity & Aging

SonoThera's $125M Ultrasound Platform Could Unlock Repeatable Gene Therapy for Aging

SonoThera raises $125M to advance ultrasound-based gene delivery that bypasses viral limits, enabling repeat dosing critical for longevity therapies.

Press Release
Jun 17, 2026 0
Crowdfunding Campaign Targets the Underfunded Science of Ovarian Aging
Longevity & Aging

Crowdfunding Campaign Targets the Underfunded Science of Ovarian Aging

The Longevity Science Foundation's $250K campaign aims to fund ovarian aging research linking menopause to heart, brain, and bone health.

Press Release
Jun 17, 2026 0
R-Loop Export Drives Inflammaging — and Blocking It Extends Healthspan
Longevity & Aging

R-Loop Export Drives Inflammaging — and Blocking It Extends Healthspan

Scientists identify a novel molecular pathway linking nuclear R-loops to chronic age-related inflammation, with a druggable target already in clinical use.

Research Paper
Jun 17, 2026 0
New Synthetic Flavonol Clears Senescent Cells and Reverses Lung Fibrosis in Mice
Longevity & Aging

New Synthetic Flavonol Clears Senescent Cells and Reverses Lung Fibrosis in Mice

A medicinal-chemistry optimized flavonol called F-4N shows 50× greater senolytic potency than quercetin and resolves lung fibrosis in animal models.

Research Paper
Jun 16, 2026 0
Lancet 2026 Seminar Declares a New Era in Alzheimer's Management
Longevity & Aging

Lancet 2026 Seminar Declares a New Era in Alzheimer's Management

A landmark Lancet review charts exponential progress in AD biomarkers, imaging, genetics, and treatment — while mapping what still needs to be conquered.

Research Paper
Jun 16, 2026 0
Disease Burden in the 95+ Population Has Quintupled Since 1990
Longevity & Aging

Disease Burden in the 95+ Population Has Quintupled Since 1990

A sweeping 33-year global analysis reveals cardiometabolic and neurodegenerative diseases dominate health loss in the fastest-growing age group.

Research Paper
Jun 16, 2026 0
IGFBP2 Protein Loss Drives Uterine Cell Aging Behind Thin Endometrium
Longevity & Aging

IGFBP2 Protein Loss Drives Uterine Cell Aging Behind Thin Endometrium

Researchers identify IGFBP2 downregulation as a key driver of endometrial cell senescence, opening new therapeutic targets for thin endometrium.

Research Paper
Jun 16, 2026 0
NAD+ Depletion in Brain Blood Vessels Sparks Alzheimer's Neuroinflammation
Longevity & Aging

NAD+ Depletion in Brain Blood Vessels Sparks Alzheimer's Neuroinflammation

A new study reveals how amyloid beta drains NAD+ from brain endothelial cells, triggering a mitochondrial DNA–innate immune cascade that inflames the aging brain.

Research Paper
Jun 16, 2026 0
Mitochondria Are Aging Clocks Through Signaling, Not Just Energy Failure
Longevity & Aging

Mitochondria Are Aging Clocks Through Signaling, Not Just Energy Failure

New review argues aging stems from disrupted mitochondrial signaling, not ATP loss—and mild complex I inhibition may extend healthspan.

Research Paper
Jun 16, 2026 0
Genomic Chaos: The Systems Biology of Transposable Element-Driven Aging
Longevity & Aging
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Genomic Chaos: The Systems Biology of Transposable Element-Driven Aging

A rigorous mechanistic deep-dive into how transposable element reactivation drives aging at the molecular level — from chromatin topology disruption to therapeutic intervention strategies.

TutorialAdvanced
Jun 16, 2026 0
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