The UN’s Brief on the Biology of Aging

A new brief from the United Nations (UN) Scientific Advisory Board examines the latest developments in geroscience—a field devoted to delaying, preventing, and treating diseases linked to aging.

A new United Nations brief examines how researchers are addressing an aging global population with geroscience—a field seeking to understand how to intervene against aging.

Aging &amp; Longevity

A description of inflammaging and related anti-aging strategies. 


Dr. Claudio Franceschi, the man who coined the term inflammaging (image: u-bordeaux.fr)

Immunity

<p>Model: C3B6F1 hybrid mice<br />
Dosage: 42 mg/kg of rapamycin and 1.44 mg/kg of trametinib in food starting at 6 months of age</p>


Latest Research: Two FDA-Approved Drugs Additively Extend Lifespan

Researchers at the Max Planck Institute have unveiled that combining trametinib with rapamycin, drugs used in cancer treatment, extends average lifespan by 29% in female mice and 27% in male mice, respectively.

(The study’s lead author, Linda Partridge | The Biologist)

Combining two cancer treatment drugs, trametinib and rapamycin, extends lifespan by 29% and 27% in middle-aged female and male mice, respectively.

Discover proven anti-aging and longevity drugs that extend lifespan. Lifestyle, nutrition, sleep, exercise, and toxin avoidance, all in the best and most comprehensive guide.

Explore the most effective longevity interventions—nutrition, fasting, sleep, exercise, and mouse-tested drugs that extend lifespan in real studies.

Longevity Prescription: Diet, Fasting, and Proven Anti-Aging Strategies

NAD+ Supercharges Immune System Recovery in Older Mice

Researchers from the University of California, Berkeley, found that young mice need NAD+ breakdown, while old mice need NAD+ boosting.

Search Result: aging delay

The UN’s Brief on the Biology of Aging

What Is Inflammaging? And How to Reverse It

Latest Research: Two FDA-Approved Drugs Additively Extend Lifespan

Longevity Prescription

NAD+ Supercharges Immune System Recovery In Older Mice, Hurts Blood Stem Cells of Young Mice