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

dentistshandtakingsalivatestfromwomansmouthwithcotton

Dentist's,Hand,Taking,Saliva,Test,From,Woman's,Mouth,With,Cotton

Japanese researchers conduct the first comprehensive analysis of compounds in saliva and pinpoint a panel of metabolites that include NAD+ indicative of aging. 

Researchers Measure Human Aging Using Metabolites in Saliva

Using a novel anti-aging supplement, endorsed by Elon Musk’s mother, researchers characterize the microbiome of healthy individuals and replenish a longevity-linked metabolite called urolithin A. 


microbiome-1

microbiome (1)

How does The Sirtfood Diet help you live a healthier and longer life?

trans-pterostilbene-supplements

Trans-Pterostilbene Supplements

The Sirtfood Diet has helped celebrities like Adele lose weight and maintain their physical fitness.

How Adele Lost Weight Using Science

DNA修复

A study from UPenn scientists shows rapamycin prevents age-related alterations of metabolic state in muscle cells, which may extend lifespan.

structure-of-the-atp-synthase-a-molecular-machine

Structure of the ATP synthase, a molecular machine

Rapamycin increases the NAD+/NADH ratio and subsequent metabolic balance by reducing NADH levels in mouse muscle.

UPenn researchers identify an elusive mechanism for the entry of NAD+ into the power plant of the cell.

mitochondria-2

Mitochondria

Scientists from UPenn identify a transporter that facilitates entry of NAD+ into mammalian mitochondria.

Scientists Identify a Mitochondrial NAD+ Transporter | NMN

基础研究

Excessive alcohol consumption and binge drinking reduce levels of free nicotinamide adenine dinucleotide (NAD+) critical to cellular health and energy production, resulting in liver and organ damage.

Using Metabolites in Saliva, Japanese Researchers Measure Aging

New Anti-Aging Supplement Mitopure Promotes Microbiome Health

The Science Behind Adele’s Weight Loss

Rapamycin’s Muscle Cell Metabolic Balance Improvement May Enhance Longevity

Mitochondrial NAD+ Transporter Identified

Binge Drinking-Induced Liver Damage Results From Reduced Cell NAD+ Levels