The Science
Treatment of cells modeling dry eye disease with NMN improves their viability by dampening inflammatory marker activation. Source: NMN.com By Brett J. Weiss Highlights NMN treatment protects eye cell viability under conditions of dry eye disease moisture loss. NMN preserves...
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Just like the genomes in the nuclei of our cells, these energy-generating structures have their own set of DNA, which is a proxy measure for mitochondrial function and has been associated with several aging-related diseases. Source: NMN.com By Brett J. Weiss...
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Boosting NAD+ after injury suppresses tissue damage and scarring. By Brett J. Weiss Source: NMN.com Highlights NMN improves cell viability after chemical and oxygen deprivation-induced kidney cell damage. The NAD+ booster also alleviates kidney tissue scarring from reduced blood flow in...
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Research indicates that preserving NAD+ levels is critical to skin cell survival responses to damage from UV rays. Source: NMN.com By Brett J. Weiss Highlights UV radiation triggers the enzymes NAMPT and PARP — which produce and consume NAD+, respectively...
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Nicotinamide mononucleotide (NMN) improved photoreceptor cell survival by increasing cellular health-promoting and antioxidant enzyme levels. Source: NMN.com By Brett J. Weiss Age-related eye disorders, such as age-related macular degeneration, diabetic retinopathy, and retinal detachment, often lead to severe visual impairment and...
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