NMN (nicotinamide mononucleotide) triggers immune cells to reduce the cardiac damage caused by a heart attack in mice via a protein found in heart disease patients.
NAD+ nasal sprays are touted for their ability to efficiently distribute NAD+ to the bloodstream and target the nervous system through the nasal cavity.
A new analysis from the VITAL study suggests daily vitamin D₃ supplementation may help slow cellular aging by reducing telomere shortening in white blood cells.
Supplementing with taurine, a naturally occurring amino acid, improves the strength, balance, and metabolic health of older mice while reducing inflammation.
Katie Couric speaks with cardiologist Eric Topol about aging research topics, ranging from AI-based prevention of age-related diseases to the importance of robust immune system function for longevity.
Researchers unveil data showing an association between elevated blood levels of the toxic heavy metal cadmium and accelerated aging, as well as an association suggesting that selenium confers a protective effect.
In older adults, N-acetylcysteine (NAC) enhances the effect of vitamin D supplementation against senescent cells, which accumulate in the body with age.
A high but not low dose of nattokinase is associated with reducing artery plaque size by 36% in older adults.
Dr. Jeff Bland, recognized internationally as the father of a personalized approach to medicine focusing on root causes of illness (functional medicine), shares evidence behind eating plant-derived compounds to age optimally.
A combination of 39 compounds lowers stress hormone levels and reduces biological age by 15 years in postmenopausal women.
When administered as a salt, acetate, a molecule produced by gut bacteria, counteracts cardiovascular deterioration.
Top aging scientists propose two new hallmarks of aging: extracellular matrix changes (alterations to the networks of molecules that support cells) and psychosocial isolation (a lack of meaningful social interaction).
A new study shows the senolytic drug ABT-263 reduces radiation-induced gastrointestinal tumors in mice by clearing senescent cells and suppressing cancer-promoting inflammation and signaling pathways.
NMN (nicotinamide mononucleotide) enhances the effect of time-restricted fasting on physical performance and muscle metabolic health in mice.