NAD+ — 500 mg

NAD+ (Nicotinamide Adenine Dinucleotide) is a coenzyme widely studied in research settings for its central role in cellular energy metabolism and redox signaling pathways. Researchers examine it for how it influences mitochondrial function, enzymatic activity related to cellular repair, and downstream metabolic and resilience markers without acting as a hormone or directly activating endocrine pathways.

Key Research Observations on NAD+

Central role in cellular energy production
Research literature describes NAD+ as an essential cofactor in metabolic pathways that convert nutrients into usable cellular energy, particularly within mitochondrial oxidative processes.

Involvement in cellular repair and maintenance pathways
Studies explore NAD+ for its role in activating enzymes such as sirtuins and PARPs, which are involved in DNA repair signaling, genomic stability, and cellular maintenance mechanisms.

Focus on mitochondrial and metabolic regulation
Scientific investigation examines how NAD+ levels influence mitochondrial efficiency, oxidative stress balance, and overall metabolic adaptability in controlled research models.

Interest in aging and cellular resilience research
Academic and preclinical research evaluates NAD+ for its downstream effects on age-associated metabolic markers, cellular stress-response pathways, and mechanisms linked to long-term cellular health.