Application
Nicotinamide Adenne Dinucleotide Reduced Form (NADH) is a coenzyme that transfers protons (more specifically hydrogen ions) and occurs in many metabolic reactions in cells. As an essential coenzyme in biocatalytic reactions, it participates in thousands of physiological reactions, such as cellular tricarboxylic acid cycle (TCA), fat β oxidation, etc., and plays an important role in the metabolism and utilization of nutrients such as sugars, fats, and amino acids.
NADH is the reduced form of NAD+. NADH is one of the precursors of NAD+ and can be used as a new form of NAD+ supplement. After entering the human body, NADH can be rapidly decomposed into NAD+ and hydrogen (H) to supplement the lack of NAD+. As early as 2005, experiments have proved that NADH can significantly increase the level of NAD+ and reduce the death rate of cells.
Structure

NADH also plays a role in other ways.
It can increase energy. The breakdown of NADH can support the production of the energy molecule ATP, which supplements the energy consumed during cell work and makes people energetic.
Antioxidant. It can clear free radicals and achieve antioxidant, and can regenerate oxidized coenzyme Q10, glutathione, etc.
Stimulating dopamine secretion and enhancing attention concentration.
It can be said that NADH can not only supplement the missing NAD+ in the body, but also achieve comprehensive anti-aging from three important aspects: recharge, antioxidant, and memory enhancement.
In addition, the safety profile of NADH currently appears to be better than that of conventional precursor supplements such as NR / NMN. Drugbank has listed NADH as a legitimate natural nutrition, and more than 20 human clinical trials of NADH have been published.
NADH can be used in
Dietary supplement
Improve aging, improve heart function, improve neurodegeneration (improve Alzheimer's disease), etc.
Cosmetics
Delay aging, promote cell repair, etc
Pharmaceutical
Can be used for medical diagnostic kits
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