Every physiological process, from a heartbeat to a complex thought, requires energy. At the center of this energy production is a tiny but mighty coenzyme: Nicotinamide Adenine Dinucleotide (NAD+). Found in every living cell, NAD+ is the essential “fuel” for mitochondria. However, research consistently shows that NAD+ levels decline by up to 50% as biological systems age. At Peptides Health Lab, we provide ultra-pure NAD+ to help researchers investigate the mechanisms of cellular longevity and metabolic restoration.
NAD+ acts as a primary electron transporter in the metabolic pathway. Without sufficient NAD+ levels, the conversion of nutrients into ATP (Adenosine Triphosphate) becomes inefficient, leading to cellular lethality or “mitochondrial dysfunction.” Researchers use our biofermented NAD+ to study how restoring these levels can “re-prime” the cellular engine.
Beyond energy, NAD+ is a mandatory substrate for Sirtuins—often called “longevity genes.” Sirtuins are responsible for DNA repair and maintaining the structural integrity of chromosomes. When NAD+ is depleted, these repair mechanisms stall. Current studies are exploring how NAD+ replenishment can potentially reverse markers of biological aging by re-activating these dormant repair pathways.
Peptide research requires zero-margin-for-error purity. Our NAD+ is sourced through precision biofermentation, ensuring a non-synthetic, high-bioavailability profile that meets the rigorous standards of modern biochemistry labs.
