NMN may increase the ability to fight off free radicals and oxidative stress.

NMN is the ideal supplement that can make you look and feel young again by improving skin elasticity resulting in fewer wrinkles. New research published (June 2021) shows that NMN may protect and even reverse skin damage caused by UV rays. Research has also found that NAD+ stimulates the production of collagen.

NMN may also improve bone density, eye health, and insulin sensitivity, based on age-associated studies with mice.

 NMN is an entirely natural compound that can dramatically improve health and longevity. NMN occurs in all life forms including plants and animals as well as humans. It is derived from niacin, a form of vitamin B3, produced naturally within our bodies.

NMN is the precursor to the coenzyme NAD+ which is one of the most important molecules on the planet. Without NAD+ all life would cease to exist.

Increased NAD+ levels stimulate the activity of sirtuins which promote metabolism and the speedy breakdown of food into energy which may aid in weight management. Optimized NAD+ levels stimulating metabolic activity may also shorten recovery time and prolong youth by accelerating the repair of damaged DNA.

Emerging research from clinical trials also appears to show that increasing NAD+ levels improves insulin sensitivity, increases glucose tolerance, and may help make it easier to lose weight.

Low NAD+ levels in the body result in feeling tired and lethargic. Supplementing with NMN increases energy giving you the needed boost to propel you through the day by reducing fatigue.

NAD+ optimizes energy production and efficiency in mitochondria restoring overall vitality. Peak performance athletes seeking increased muscle strength and endurance value NMN's ability to enhance their competitive edge naturally.

Harvard mice studies show that NMN optimizes the capacity of endothelial cells lining blood vessels resulting in 80% better exercise capacity. This may also enhance mobility for people who can no longer exercise because of frailty, disability, or old age.

Harvard studies of aged mice suggest that boosting NAD+ levels with NMN may promote cardiovascular health by increasing the efficiency of mitochondrial energy production on an intracellular level within cardiac muscle.

These studies also suggest that elevating NAD+ levels activate SIRT1 enzymes which stimulate endothelial cells to regenerate capillaries improving blood flow and cardiovascular function.

Increased blood flow is also thought to improve cognitive function by washing away harmful waste products (metabolites) thereby supplying the brain with a robust supply of oxygen and nutrients.

NAD+ plays a critical role in the regulation of circadian rhythms keeping our sleep-wake cycles on track and in sync. As a result, NAD+ powerfully influences important physiological processes that also control metabolism.

Metabolic activities and circadian rhythms fueled by NAD+ provide an important communication link with energy-producing mitochondria throughout every cell within the body. Age-related decline in NAD+ is one reason why sleep is more restless and less restorative as we age.

Therefore, low levels of NAD+ combined with lack of sleep negatively impact our brain, heart, and overall health.