A study from Duke University indicated that NMN supplementation improves function in mice with heart disease via boosting NAD+ levels and SIRT3 activity.

Scientists at Nanchang University discovered NMN may be a therapeutic option for glucocorticoid-induced osteoporosis.

Scientists hope that neuroprotective chemicals called P7C3 will become new interventions for nerve cell dysfunction that currently lack treatment options

When given before muscle development, NAD+ or B3 vitamins supplementation can improve muscular health in zebrafish.

Miscommunication between mitochondria and the nucleus accelerates aging, but NAD+ supplementation helps restore the conversation and reverses signs of aging.

Scientists provide evidence elucidating the cellular pathway by which calorie restriction reduces plaque buildup in Alzheimer’s disease.

Increasing levels of eNAMPT enzymes in molecular bubbles in the blood delays aging and increases health span and lifespan in mice.

Scientists found NMN administration preserved mitochondrial health and prevented heart failure in mice deficient in a molecule that makes them susceptible to heart disease.

Scientists find NMN improves depression-like behavior, displayed as immobility in swim tests, and cellular energy production in mice.

Scientists provide genetic evidence indicating NMN supplementation promotes rejuvenation of blood vessels providing nutrients to the brain.