NMN is prominent in preventing liver aging.

NMN accelerates alcohol metabolism

NAD+ is an important coenzyme involved in many biochemical reactions, including the metabolic process of alcohol. When NMN enters the body, it can be converted into NAD+, which in turn promotes the decomposition and metabolism of alcohol in the liver and reduces the retention time of alcohol in the body, thereby reducing the harm of alcohol to the body.

After supplementing mice with NMN and injecting alcohol, the researchers found that the level of NAD+ in the mice receiving NMN supplementation increased, and the breakdown rate of alcohol was significantly accelerated.

NMN prevents liver fibrosis

Studies have found that NMN can effectively prevent liver fibrosis. Hepatic fibrosis is a liver disease caused by a variety of causes, including a history of liver disease, alcohol intake, circulatory disorders, and cholestasis. When the liver is damaged, it triggers a series of biochemical reactions that lead to excessive proliferation of fibrous tissue and ultimately liver fibrosis. NMN, through its unique biochemical properties, can reduce the degree of liver damage and protect liver health.

In addition, NMN ameliorates the overall increase in protein acetylation induced by liver aging, reduces age-related dysfunction, and regulates fatty acid beta oxidation, tricarboxylic acid cycling, and valine degradation. These effects help to maintain the normal function of the liver and delay the aging process of the liver.