Longevity Articles

NAD+ levels decline as we grow older, accelerating aging and disease. But, there are ways to combat this decline and support healthier aging, including one NAD+ precursor called NMN. Read more

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NMN, an NAD+ precursor, supports physical performance in both humans and animals, including skeletal muscle health, aerobic capacity, vascular health, endurance, and maintaining a healthy weight.  Read more

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Researchers find that nicotinamide mononucleotide (NMN) supports gut bacteria diversity and a strong intestinal lining in mice, providing evidence that NMN may play a role in supporting gut health. Read more

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This study adds to the growing data supporting the positive impact of NMN on the immune system, as NMN aids healthy responses of immune cells called macrophages Read more

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Combining NMN with exercise increases markers of aerobic function in healthy adults, setting the stage for using this NAD+ booster to support physical performance at any age. Read more

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This research supports the use of NAD+ boosters — like NMN — to help patients retain their hearing and balance that is often lost with cancer treatment. Read more

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Repleting lost NAD+ in the skin after UV exposure with the NAD+ precursors NMN and NR may present as an option for treating or preventing both the internal and external signs of skin aging. Read more

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This work shows the importance of maintaining proper levels of NAD+ to stave off the senescence of blood vessel cells, which can be modulated with the NAD+ precursor, NMN. Read more

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Maternal obesity has an alarming metabolic impact on offspring. This research has implications for the use of NMN in the treatment of obesity or fatty liver.  Read more

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Acute kidney injury is common with age, with low NAD+ levels being one cause. In mice, the NAD+ precursor NMN protects against age- and toxin-related acute kidney injury. Read more

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In the first human trial of its kind, NMN improved several markers of glucose metabolism that are commonly dysregulated in people with obesity, prediabetes, or type 2 diabetes. Read more

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NAD+ is crucial in fueling the seven different genes in our body that govern aging. These genes are called sirutins and NAD+ is the sirtuin activator. Read more

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