longevity-science
longevity-science
13 articles
Back to Knowledge Hub
Longevity Science7 min read
The Science of Hormesis: How Controlled Stress Makes You Stronger
Cold plunges, sauna sessions, fasting, and intense exercise all share one principle: brief, controlled stress triggers cellular repair pathways that make you more resilient.
Read article
Longevity Science7 min read
Senolytics: Clearing Zombie Cells to Slow Aging
Senescent zombie cells accumulate with age, refusing to die and poisoning their neighbours with inflammatory signals. Senolytic compounds can selectively clear them. Here is where the science stands in 2026.
Read article
Longevity Science7 min read
GLP-1 Drugs and Longevity: Beyond Weight Loss
Semaglutide and its successors were designed for diabetes and obesity. But emerging evidence shows GLP-1 receptor agonists reduce inflammation, protect the heart and brain, and may slow biological aging — effects that persist even without significant weight loss.
Read article
Longevity Science7 min read
Epigenetics and Aging: How Your Lifestyle Rewrites Your DNA
Your genes are not your destiny. Epigenetic modifications — chemical tags that sit on top of your DNA — control which genes are active or silent, and your daily choices are constantly rewriting these instructions. Here is what the science says about taking control of your epigenetic age.
Read article
Longevity Science7 min read
Longevity Medicine in India: From Ayurveda to Precision Health
India has been thinking about longevity for thousands of years — from Ayurveda's Rasayana therapies to modern epigenetic testing. The convergence of traditional wisdom with precision biomarkers positions India uniquely in the global longevity revolution.
Read article
Longevity Science6 min read
Medicine 3.0: Peter Attia Framework for Living Longer
Medicine 3.0 represents a paradigm shift from reactive disease treatment to proactive health optimization. This framework, popularized by Peter Attia, is the intellectual foundation of modern longevity medicine.
Read article
Longevity Science6 min read
Telomere Length: What It Means and Why It Matters
Telomeres are the protective caps on your chromosomes that shorten with each cell division. Their length has become a popular biomarker of biological aging — but the science is more nuanced than the headlines suggest.
Read article
Longevity Science5 min read
The Difference Between Lifespan and Healthspan
Living longer means nothing if the extra years are spent in decline. The distinction between lifespan and healthspan is the central question of modern longevity medicine — and the gap between them is wider than you think.
Read article
Longevity Science5 min read
Longevity Aesthetics: Your Skin Is a Window to Your Biology
Longevity aesthetics goes beyond cosmetic improvement. Your skin reveals biomarkers of internal aging — from collagen degradation to glycation. Learn why treating skin from the inside out is the future of anti-aging.
Read article
Longevity Science6 min read
The 12 Hallmarks of Aging: What Science Knows About Why We Age
In 2023, scientists expanded the hallmarks of aging from nine to twelve. These interconnected mechanisms explain why we age — and, crucially, where we might intervene. A comprehensive guide to the biology of aging.
Read article
Longevity Science5 min read
Epigenetic Clocks: How DNA Methylation Reveals Your True Age
Your birth certificate tells one story, but your DNA tells another. Epigenetic clocks measure chemical modifications on your genome to reveal your biological age — and the gap between the two numbers may be the most important metric in longevity medicine.
Read article
Longevity Science5 min read
The Healthspan Score: Quantifying Your Health in One Number
Standard checkups give you a stack of reports. GenoRyx gives you a single score — 0 to 100 — that tracks your health trajectory over time.
Read article
Longevity Science7 min read
What Is Biological Age — And Why It Matters More Than Your Birthday
Your passport says one thing, but your cells tell a different story. Biological age — measured through epigenetic clocks like GrimAge and DunedinPACE — reveals how fast your body is actually ageing, and it may be decades off from your chronological age.
Read article