NAD+ Peptide

NAD+ (Nicotinamide Adenine Dinucleotide) is a coenzyme found in almost every living cell and is essential for energy production and cell repair . In laboratory research, NAD+ is prized for its role in anti-aging, DNA repair, and mitochondrial energy processes . Researchers purchase NAD+ to study how it can impact aging, such as wrinkle reduction, skin firming, recovery from cell stress, and tissue renewal .

Benefits of NAD+

• Interesting for research into energy production and cell rejuvenation
• Widely studied in anti-aging and oxidative stress
• Relevant factor in DNA repair and mitochondrial repair research
• Supports studies on tissue regeneration and brain function
• High purity, COA tested and suitable for laboratory use

How does NAD+ work

In laboratory studies, NAD+ has been shown to play a key role in cellular energy (ATP) production and the activation of sirtuins – proteins involved in cell repair and aging processes . Researchers consider NAD+ a key molecule in studies of delayed cell aging, repair of damaged DNA, and improvement of mitochondrial function . Because of these properties, NAD+ is often used in research on stress response, brain cell function, muscle repair, and regeneration after tissue damage .

Preparation and storage

• NAD+ is supplied in a freeze-dried form .
• For research purposes it can be dissolved in a suitable buffer containing bacteriostatic water, which is supplied.
• Always store NAD+ refrigerated between 2°C and 8°C , out of sunlight and dry packed.
• Avoid repeated freezing and thawing to maintain stability.

Purity and quality

Each batch of NAD+ comes with a COA (Certificate of Analysis) confirming purity, identity, and stability. Our NAD+ peptide is of pharmaceutical research purity , ideal for safe and reliable results in laboratory research.

Legal disclaimer

NAD+ is intended for scientific research only. Not suitable for human consumption or medical use. For use only by qualified personnel in a controlled research environment.

Want to know more?

Read our comprehensive blog on NAD+ research and learn more about how this cofactor is being studied in cell renewal, energy restoration, and anti-aging .