The Official Info Source for Nicotinamide Mononucleotide

In mice, high-fat diets cause the degradation of conductive nerve coatings called myelin, but they can be regenerated by restoring NAD+ levels with the precursor NMN.

Telomere shortening is a well-known and widely-used marker for biological aging. But should it be?

By analyzing compounds in human saliva, Japanese researchers pinpoint a panel of metabolites indicative of aging that includes NAD+.

Taking NMN by under-the-skin injections or oral consumption improves immune cells that attack cancer and virally infected cells in mice.

Buck Institute researchers propose developing anti-aging plans based on analyzing specific age-related biomarkers of an individual to optimize diet-based therapeutics.

A study shows that increasing levels of the protein NANOG can rejuvenate muscle-generating progenitor cells after they reach an aged, non-proliferating state.

Research from the University College London shows that drugs and mutations that improve protein assembly accuracy promote longevity.

Long-lived mammals share gene sequences linked to their longevity, most notably in the TOR2A, ADCY7, CDK12, and SPAG16 genes, that play crucial roles in inflammation, immunity, and chromosome integrity maintenance.

Distinguishing these concepts can help guide how to live longer and for more years in good health.

Jeff Bezos and Russian-born billionaire Yuri Milner are tackling longevity with the research-based company Altos Labs.

While doing your holiday shopping this year, you can scoop up the Health Intelligence Test at the luxury department store's website to get wellness insights and personalized nutrition recommendations for healthy aging.

A growing number of accessible and affordable at-home tests and walk-in clinics estimate your biological age by quantifying and combining an array of measurements from molecules to memory.

New research points to exploiting NAD+ levels to develop therapeutic strategies against the Zika virus and other mosquito-borne diseases.

Precursors like nicotinamide mononucleotide (NMN) and nicotinamide riboside (NR) take slightly different paths into and inside cells to boost NAD+ levels.

Researchers hope to use canines to unlock the secrets of human aging and identify anti-aging therapies.