Longevity Science

A collection of white and blue capsules arranged on a white background, with some blue capsules forming the letters "AI." The image represents the intersection of artificial intelligence and drug discovery, reflecting advancements in AI-driven pharmaceutical research, including the development of senomorphic therapeutics like TNIK inhibitors.

New Senomorphic Strategy for Age-Related Diseases: TNIK Inhibition

TNIK inhibition with INS018_055 modulates senescence, reduces inflammation, and advances AI-driven longevity therapeutics.

March 28, 2025

Biotechnology·Science·Technology

A surreal Martian-like desert landscape under a star-filled sky, with a vibrant Milky Way galaxy stretching across the horizon. A shooting star streaks across the deep twilight gradient, blending from blue to pink to orange. Rugged red rock formations and scattered desert vegetation dot the barren terrain, evoking themes of space colonization, cognitive evolution, and the search for intelligent life beyond Earth. Ideal visual for the “Cognitive Ark” and longevity science in the Dumbpocalypse survival guide.

The Longevity Field Guide to Surviving the Dumbpocalypse

Earth IQs are crashing, but Mars is rising. Escape the Dumbpocalypse with this survival guide on longevity science, neurotech, and cognitive resilience.

March 20, 2025

Biotechnology·Diet·Health·Lifestyle·Politics·Products & Supplements·Science·Technology

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

Youth factors and geroprotectors are transforming longevity science—helping to slow aging, reverse decline, and restore youthful function.

March 7, 2025

Biotechnology·Health·Products & Supplements·Science

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

Rapamycin, Aging, and the Global Fertility Crisis Reviewed

Rapamycin: From anti-aging to preserving female fertility, exploring its potential to address declining global birth rates.

February 14, 2025

Biotechnology·Health·Lifestyle·Products & Supplements·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

Sequence of six leaves in various stages of aging, from vibrant green to dry brown, symbolizing the progression of cellular senescence and aging. Represents themes of biological aging, healthspan research, and scientific breakthroughs in senescence therapies.

Cellular Senescence: ICSA, yICSA, and the Future of Aging Science

Cellular senescence: the key to unlocking longer, healthier lives. Redefining aging and healthspan with ICSA and yICSA.

January 17, 2025

Biotechnology·Politics·Science·Technology

Illustration of a glowing human cell surrounded by soft light and colorful gradients, symbolizing cellular health, autophagy, and processes related to aging and longevity

The Autophagy Awakening: How Recycling Unlocks Longevity

Discover how autophagy, including microautophagy and non-canonical pathways, can delay aging and promote healthier, longer lives.

December 19, 2024

Biotechnology·Science

Tree symbolizing the passage of time, with three sections depicting different stages: lush green foliage on the left, autumnal orange leaves in the center, and bare, snow-covered branches on the right, set against a natural landscape under a blue sky.

Is Tissue Aging the Same Across Organs? New Insights from Longevity Science

Not all tissues age the same. Discover how asynchronous aging insights are reshaping healthspan science with precision therapies for longer, healthier lives.

November 25, 2024

Biotechnology·Science

An amber-colored bottle of dietary supplements spills white capsules and golden softgels onto a light orange surface, with a green measuring tape draped around it. The image evokes themes of health, wellness, and weight management, symbolizing the scientific pursuit of mimicking caloric restriction through supplements to promote longevity and vitality.

Secrets of Caloric Restriction Mimetics: A Path To Longevity

Caloric restriction mimetics offer the benefits of calorie reduction without extreme diets, targeting pathways linked to aging for a longer, healthier life.

October 31, 2024

Biotechnology·Diet·Health·Lifestyle·Science

1 2 Next

New Senomorphic Strategy for Age-Related Diseases: TNIK Inhibition

The Longevity Field Guide to Surviving the Dumbpocalypse

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

Hallmark of Aging Reviewed: How Genomic Instability Shapes Our Lifespan

Rapamycin, Aging, and the Global Fertility Crisis Reviewed

Longevity Review: The Latest in Translational Aging Therapies

Secrets of Caloric Restriction Mimetics: A Path To Longevity

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New Senomorphic Strategy for Age-Related Diseases: TNIK Inhibition

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