This study shows NMN’s potential for preservation of the brain’s microcirculation, showing promise for future research into treatment for cerebrovascular events, such as strokes.

This study provides hope that low-dose NMN supplementation could be a non-invasive and low-risk way to increase fertility and support pregnancies with increasing age.

Unprecedented trends in population aging are predicted to become an incessant burden on healthcare finances. In this study, long-term NMN administration mitigated age-associated physiological decline in mice.

Cells treated with NMN after glucocorticoid exposure had improved bone-building markers, indicating that NMN may be a useful therapy to protect against bone loss in people taking glucocorticoids.