Topic

Reversing Aging

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

769 articles

Daily Multivitamins Slow Biological Aging in Major Clinical Trial
Longevity & Aging

Daily Multivitamins Slow Biological Aging in Major Clinical Trial

Two-year study of 958 adults shows multivitamins modestly reduce epigenetic aging markers, especially in those aging faster.

Research Paper
Mar 28, 2026 4
Brain Clock Reset Drug Extends Lifespan and Reverses Aging Markers in Mice
Longevity & Aging

Brain Clock Reset Drug Extends Lifespan and Reverses Aging Markers in Mice

Scientists discovered that targeting circadian rhythms in a specific brain region can extend lifespan and reverse biological aging.

Research Paper
Mar 28, 2026 4
Time-Restricted Eating Reverses Social Withdrawal and Brain Inflammation in Aging
Longevity & Aging

Time-Restricted Eating Reverses Social Withdrawal and Brain Inflammation in Aging

Six weeks of time-restricted feeding restored social behavior and reduced neuroinflammation in aged mice by strengthening circadian rhythms.

Research Paper
Mar 28, 2026 4
Intermittent Fasting Activates Brain Cleanup Systems to Fight Aging and Neurodegeneration
Longevity & Aging

Intermittent Fasting Activates Brain Cleanup Systems to Fight Aging and Neurodegeneration

New research reveals how intermittent fasting triggers cellular cleanup processes that clear damaged brain cells and protect against aging.

Research Paper
Mar 28, 2026 4
Brain Protein mTOR Drives Neuron Aging From Within Cells, Worm Study Shows
Longevity & Aging

Brain Protein mTOR Drives Neuron Aging From Within Cells, Worm Study Shows

New research reveals mTOR protein acts directly inside neurons to accelerate age-related brain changes, offering clues for targeted therapies.

Research Paper
Mar 28, 2026 3
Brain Scans Reveal How PTSD Disrupts Critical Neural Networks in the Thalamus
Longevity & Aging

Brain Scans Reveal How PTSD Disrupts Critical Neural Networks in the Thalamus

Large-scale study shows PTSD damages key brain communication pathways, offering new targets for treatment and recovery.

Research Paper
Mar 28, 2026 2
Scientists Identify Key Pathways That Could Delay Menopause and Preserve Fertility
Longevity & Aging

Scientists Identify Key Pathways That Could Delay Menopause and Preserve Fertility

New research reveals molecular mechanisms behind ovarian aging and promising interventions to extend reproductive healthspan.

Research Paper
Mar 28, 2026 4
New Senescence-Targeting Therapies Show Promise for Diabetic Kidney Disease
Longevity & Aging

New Senescence-Targeting Therapies Show Promise for Diabetic Kidney Disease

Revolutionary treatments targeting cellular aging could transform diabetic kidney disease care and prevent kidney failure.

Research Paper
Mar 28, 2026 3
Modified Virus Triggers Cancer Cell Aging to Boost Immune Attack on Brain Tumors
Longevity & Aging

Modified Virus Triggers Cancer Cell Aging to Boost Immune Attack on Brain Tumors

Engineered herpes virus forces glioma cells into senescence, reprogramming immune cells to destroy tumors more effectively.

Research Paper
Mar 28, 2026 3
New Integrative Therapies Target Aging Cells to Reverse Kidney Disease
Longevity & Aging

New Integrative Therapies Target Aging Cells to Reverse Kidney Disease

Scientists develop comprehensive approaches to eliminate senescent cells in kidneys, potentially reversing age-related kidney decline.

Research Paper
Mar 28, 2026 3
Senolytic Drug ABT-263 Boosts Cancer Treatment by Clearing Harmful Senescent Cells
Longevity & Aging

Senolytic Drug ABT-263 Boosts Cancer Treatment by Clearing Harmful Senescent Cells

New research shows senolytic drugs can eliminate therapy-resistant cells that fuel cancer recurrence, improving treatment outcomes.

Research Paper
Mar 28, 2026 4
Senolytic Drugs Show Promise for Treating Alzheimer's by Clearing Aging Brain Cells
Longevity & Aging

Senolytic Drugs Show Promise for Treating Alzheimer's by Clearing Aging Brain Cells

New research reveals how drugs that eliminate senescent cells could complement existing Alzheimer's treatments by reducing brain inflammation.

Research Paper
Mar 28, 2026 4
PreviousPage 58 of 65Next