NAD+

Buy NAD+
Research Compound for Cellular Energy, Mitochondrial Function and Anti-Aging Studies
NAD+, short for Nicotinamide Adenine Dinucleotide, is an essential coenzyme found in nearly all living cells. In preclinical and laboratory research, NAD+ is studied for its central role in cellular energy production, mitochondrial function, DNA repair, oxidative stress and age-related cellular processes.
NAD+ is not a peptide, but a biologically important coenzyme involved in numerous metabolic pathways. Researchers use NAD+ in models focused on ATP production, sirtuin activity, cellular stress response, mitochondrial health, neurobiological processes and regenerative research.
NAD+ is intended strictly for professional laboratory research and is not intended for human use.
Research Areas of NAD+
Cellular energy production
NAD+ plays an important role in research involving ATP production, energy metabolism and mitochondrial activity.
Mitochondrial function
The compound is studied in models focused on mitochondrial health, bioenergetics and cellular energy balance.
DNA repair and cellular recovery
NAD+ is relevant for studies involving DNA damage, repair mechanisms, PARP activity and cellular stress response.
Anti-aging and cellular aging
In preclinical research, NAD+ is used to analyze age-related processes, sirtuin activity and cellular aging markers.
Oxidative stress
NAD+ is studied in models where oxidative damage, redox balance and cellular protection are central topics.
Neurobiological research
The compound is of interest for studies involving brain cell function, neuronal energy metabolism, neuroprotective pathways and cognitive research models.
Regenerative research
NAD+ is applied in studies involving tissue repair, cellular renewal, muscle cell models and recovery processes after cellular stress.
How Does NAD+ Work?
NAD+ is studied in laboratory research for its role as a coenzyme in redox reactions and energy metabolism. It is involved in processes where cells convert nutrients into usable energy, including mitochondrial ATP production.
NAD+ is also important in research models involving sirtuins and PARP enzymes. These pathways are associated with DNA repair, cellular stress response, gene expression, mitochondrial function and age-related cellular processes.
Researchers use NAD+ to better understand how cells respond to oxidative stress, metabolic load, DNA damage and age-related changes. The activity of NAD+ is studied exclusively within controlled in vitro, preclinical and laboratory research environments.
Preparation and Storage
NAD+ is supplied as a lyophilized powder. For laboratory research, NAD+ may be reconstituted with a suitable buffer or solvent according to the applicable research protocol.
Where applicable, NAD+ may be prepared with the included BAC water for research purposes. Always follow internal laboratory guidelines and batch-specific instructions for proper reconstitution.
Store the product dry, protected from light and refrigerated. Before and after reconstitution, storage between 2°C and 8°Cis recommended, unless the batch documentation or internal laboratory protocol states otherwise. For long-term storage, keeping the product at -20°C or below may be suitable depending on the research setup, buffer and storage conditions. Avoid direct sunlight, heat, moisture and repeated freeze-thaw cycles to help preserve compound stability.
Purity and Quality
Each batch of NAD+ should be verified for identity and purity through a batch-specific Certificate of Analysis. Depending on the tests performed, the COA may include purity, identity, concentration, stability and other relevant quality parameters.
Claims regarding additional contamination testing, such as sterility, endotoxins, heavy metals or microbiological contamination, only apply when these are specifically listed on the batch-specific COA.
Legal Disclaimer
NAD+ is intended strictly for laboratory research, in vitro research and preclinical use. This product is not intended for human consumption, injection, medical use, diagnostic use, therapeutic treatment, supplement use or cosmetic application.
All information regarding NAD+ is based on laboratory research and preclinical studies. No medical claims are made. Effects such as anti-aging, skin rejuvenation, wrinkle reduction, cellular recovery, DNA repair, improved energy, neuroprotection and tissue renewal are studied exclusively within research models. Use only within controlled research environments and in accordance with applicable laboratory guidelines.
Learn More
Read our in-depth blog about NAD+, mitochondrial function, cellular energy, DNA repair and anti-aging related laboratory research for more background information on this research compound.