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Genomic Instability

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

An image of a woman receiving cellular reprogramming therapy via intravenous drip.

Reversing the Clock: The Promise and Challenges of Cellular Reprogramming in Aging Research

Cellular reprogramming holds the promise of reversing aging by resetting cells to a youthful state. Advances in this science could revolutionize longevity and healthspan.

October 7, 2024

Biotechnology·Science·Technology

RESTORIN, Elysium Basis, Tru Niagen, NOVOS Core, Qualia Life, Tally Health, Neurohacker Collective Eternus, Ageless Cell, NAD3, Mitopure

Top 10 Anti-Aging Supplements in 2024

Explore the top 10 nutraceuticals of 2024 targeting multiple hallmarks of aging, enhancing healthspan and longevity for the average American.

July 29, 2024

Diet·Health·Products & Supplements

Close-up of a syringe releasing a droplet of fluid onto human skin, symbolizing regenerative medicine and stem cell therapy. The image represents emerging biomedical interventions aiming to restore stem cell function and reverse signs of aging. Would you like a version with more emphasis on specific concepts like epigenetic reprogramming, extracellular vesicles, or clinical translation?

Stem Cells Reviewed! Regenerative Capacity Beyond Imagination

March 14, 2025

As stem cells lose function with age, scientists are developing

Comparison photomicrograph of bone marrow under a microscope, illustrating stem cell composition and aging effects. The left image shows healthy, youthful bone marrow with abundant hematopoietic stem cells, while the right image depicts aged bone marrow with diminished cellular density and increased signs of stem cell exhaustion. This visual represents the biological decline in regenerative capacity central to aging and longevity research.

Stem Cell Exhaustion Reviewed! Latest Insights for Longevity.

March 10, 2025

Stem cell exhaustion drives aging by impairing tissue repair. Explore

Seragon’s SRN-901: Breakthrough Aging Intervention Drug Achieves Dramatic Lifespan Extension in Preclinical Study

March 10, 2025

In a May 7, 2024 press release, Seragon Biosciences announced

Illustration comparing youth factors and geroprotectors in longevity science. A DNA strand and clock symbolize aging, while a diverse group of people represents different stages of life. The image highlights the choice between slowing aging with geroprotectors or reversing it with youth factors.

Youth Factors vs. Geroprotectors: Know the Right Choice for You

March 7, 2025

Youth factors and geroprotectors are transforming longevity science—helping to slow

Genomic Instability

Hallmark of Aging Reviewed: How Genomic Instability Shapes Our Lifespan

Reversing the Clock: The Promise and Challenges of Cellular Reprogramming in Aging Research

Top 10 Anti-Aging Supplements in 2024

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Stem Cells Reviewed! Regenerative Capacity Beyond Imagination

Stem Cell Exhaustion Reviewed! Latest Insights for Longevity.

Seragon’s SRN-901: Breakthrough Aging Intervention Drug Achieves Dramatic Lifespan Extension in Preclinical Study

Youth Factors vs. Geroprotectors: Know the Right Choice for You

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Genomic Instability

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