An international team of scientists discovered that dietary supplementation of nicotinamide riboside can maintain the balance within blood-making stem cells and speed up blood cell generation.

Supplementing mice with nicotinamide mononucleotide (NMN) reverses age-related artery dysfunction, a key contributor to cardiovascular disease.

Nicotinamide mononucleotide (NMN) reverses the effects of Alzheimer’s disease in mice, making it a potential intervention for the disease.

As a woman ages, so does her eggs. The decline in the quality and quantity of eggs results in a drop in fertility, but raising the NAD+ level may be a novel way to improve the effects of aging on the egg.

Scientists from Harvard Medical School found that NAD+ directly regulates protein interactions, which may protect the cell against cancer, radiation and aging.

Losing nerve supplies in our window to the world -- cornea -- may cloud our sights and even cut out the light. But scientists found that NAD+ replenishment may be a possible intervention.

An international team of scientists from Europe, the US and Australia revealed that boosting NAD+ mitigates DNA damage and improves survival in animals with neurological defects in a 2016 study.

Ischemia, the inadequate blood supply to body parts, can lead to life-threatening conditions. Scientists found that NMN may be a new intervention for it.

Boosting NAD+ levels with supplementation has the potential to protect against and mitigate metabolic diseases.

A small molecule inhibitor of an enzyme called NNMT improved aged mice's muscle quality and function. In the future, the drug might help the elders feel fitter and stronger.