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Aging intervention research

A weathered red brick wall with multiple missing and crumbling bricks, revealing gaps and structural weaknesses. This visually symbolizes genomic instability—how accumulating DNA damage over time weakens cellular function, leading to aging and disease. The deteriorating wall represents the gradual breakdown of the body's genetic integrity, akin to mutations and repair failures that drive the aging process.

Hallmark of Aging Reviewed: How Genomic Instability Shapes Our Lifespan

Discover how genomic instability accelerates aging and explore cutting-edge research on DNA repair, longevity science, and anti-aging interventions.

February 21, 2025

Biotechnology·Science

Scientists in a futuristic laboratory analyzing brain scans and cellular data on advanced monitors, with a focus on cutting-edge research and biomedical innovation. The scene emphasizes teamwork, advanced technology, and longevity science.

Longevity Review: The Latest in Translational Aging Therapies

Discover cutting-edge aging therapies like epigenetic reprogramming, senolytics, and CRISPR to reverse cellular decline and extend healthspan. The future of longevity starts now.

January 31, 2025

Biotechnology·Science·Technology

SRSF1 and Aging: A Gene-Splicing Target Shows Promise in Mice

October 16, 2026

A gene-splicing protein reduced frailty progression in aged mice, offering

Blue wireframe figure raises a capsule to their mouth as a golden glow radiates from the kidney area, symbolizing senolytic rejuvenation.

Senolytic Kidney Rejuvenation: Eight Months of Dasatinib + Quercetin

July 17, 2026

A long-term dasatinib-and-quercetin study in aged mice used proteomics and

Seragon Publishes Data on Longevity Drug SRN-901, Showing Record-Breaking Lifespan Extension in Mice

July 17, 2026

SRN-901 extends lifespan 33% and reduces frailty by 70%, reshaping

High-resolution scientific illustration of a central cluster of human cells exposed to two contrasting systemic environments. The left side shows a calm, blue, low-noise signaling field with sparse particles, where the cells appear uniform and stable. The right side shows a denser, warm-toned red/orange signaling field with more complex, dynamic particles, where the same cells appear slightly irregular and stressed. The image emphasizes how systemic signaling environments can influence cellular state without visible tissue damage.

Old Blood, Fast Aging: How a Human Organ-Chip Reveals the Biology of Systemic Aging

April 29, 2026

A 2026 Nature Biomedical Engineering study shows how old human

Aging intervention research

Hallmark of Aging Reviewed: How Genomic Instability Shapes Our Lifespan

Longevity Review: The Latest in Translational Aging Therapies

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Brandon Rodriguez

Emily Wilson

Christopher Martinez

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SRSF1 and Aging: A Gene-Splicing Target Shows Promise in Mice

Senolytic Kidney Rejuvenation: Eight Months of Dasatinib + Quercetin

Old Blood, Fast Aging: How a Human Organ-Chip Reveals the Biology of Systemic Aging

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Aging intervention research

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