Description
What Is NAD+?
NAD+ (Nicotinamide Adenine Dinucleotide) is a coenzyme that shows up everywhere in cellular biology. It’s basically your cells’ workhorse—helping with energy production, mitochondrial activity, and all sorts of metabolic processes that keep things running smoothly.
Scientists have been increasingly interested in NAD+ over the past decade. You’ll find it studied in aging research, energy metabolism, mitochondrial function, and longevity science. There’s good reason for the attention: it plays a pretty central role in how cells convert nutrients into usable energy.
We offer NAD+ in two formats. There’s the classic lyophilized (freeze-dried) vial that you’ll reconstitute in the lab, plus a convenient pre-mixed spray version called NAD+ Spray. Both are available through our research compound collection.
Keep in mind: this is strictly for laboratory research. It’s not meant for human use, therapeutic applications, or anything outside the research setting.
Pricing Information
| Product | Regular Price | Sale Price |
|---|---|---|
| NAD+ Lyophilized Vial | $85.00 | $65.00 |
Technical Specifications
- Compound Name: Nicotinamide Adenine Dinucleotide (oxidized form)
- What It’s Called: NAD+
- Format: Lyophilized powder
- Vial Size: 10mL
- What Researchers Use It For: Cellular metabolism, mitochondrial health, aging studies
- Before You Use It: Needs reconstitution with appropriate lab solvent
- Quality Testing: Triple-tested by an independent accredited lab
- Documentation: Includes a QR-linked Certificate of Analysis
Why Researchers Study NAD+
NAD+ is one of those molecules that keeps showing up in research labs across the world. Its role in energy management and metabolic regulation is broad enough that interest in it cuts across a lot of different scientific disciplines.
Common Research Areas
- Mitochondrial function and efficiency
- How cells produce and use energy
- Oxidative stress and cellular damage
- Aging and longevity pathways
- How cells respond to stress
- Sirtuin activation and signaling
- ATP production mechanisms
- Overall metabolic regulation
Since NAD+ participates in so many different enzymatic reactions, researchers turn to it when investigating how cells adapt to metabolic challenges and handle stress.
NAD+ and Mitochondrial Research
Mitochondria run the cell’s energy production, and NAD+ is one of the molecules doing a lot of the heavy lifting — moving electrons through the respiratory chain to keep ATP generation going.
In the lab, that makes NAD+ levels a useful lens for looking at mitochondrial performance, how energy gets distributed across the cell, and how flexibly a cell can adapt its metabolism.
The mitochondrial research world typically digs into questions like:
- How electrons move through the respiratory chain
- Cellular energy production efficiency
- Oxidative stress and damage
- How cells adapt their metabolism
- How mitochondria change as we age
NAD+ and Aging Research
There’s been a real uptick in interest around NAD+ in longevity and aging science. The thinking goes that NAD+ levels may influence how cells respond to stress and manage their metabolism—two things that seem tied to aging.
If you’re doing research in this space, you’re probably looking at:
- Cellular markers of aging
- How metabolism shifts with age
- Sirtuins and longevity pathways
- Cellular repair and recovery mechanisms
- Stress response systems
This is still an active area of research — new findings continue to shift and sharpen our understanding of these connections.
Quality Control and Testing
Every batch gets triple-tested by an independent, accredited laboratory — not as a formality, but because the quality bar actually matters here.
What That Means for You
- Independent lab verification on every batch
- ISO/IEC 17025-accredited testing standards
- A QR-linked Certificate of Analysis for each batch
- Clear documentation and handling procedures
- Full transparency on what you’re getting
Each Certificate of Analysis includes detailed analytical data — enough to verify consistency and satisfy whatever documentation standards your work requires.
Using Your NAD+
The vial is freeze-dried, so reconstitution with a suitable lab solvent is needed before use in experiments.
Basic Handling Steps
- Use proper sterile technique throughout
- Only reconstitute with validated lab solvents
- Keep everything clean to avoid contamination
- Store in controlled lab conditions
- Document your procedures as per your lab standards
As with any research compound, follow your institution’s safety protocols and standard procedures when handling.
Why Choose This NAD+?
Most researchers are focused on the same handful of things: is it independently tested, does it fit their work, and can they actually verify what they’re getting. Accredited lab testing and batch-specific documentation on every vial means the answer to all three is yes.
NAD+ has a way of coming up repeatedly across mitochondrial health, metabolic signaling, and cellular energy research — and for good reason. It’s become hard to ignore as a subject of serious biochemistry work.
Questions We Get Asked
What is NAD+?
NAD+ — Nicotinamide Adenine Dinucleotide — is a coenzyme found at the heart of how cells generate energy and keep metabolism in check. It plays a hand in enough cellular processes that it’s become a go-to subject for researchers working across several disciplines.
What kind of research uses NAD+?
You’ll find it in mitochondrial studies, aging research, cellular metabolism work, energy production research, and studies on how cells handle stress and oxidative damage.
Do I need to do anything to the NAD+ before using it?
Yes—it arrives freeze-dried, so you’ll reconstitute it with your lab solvent before running experiments.
How do you verify quality?
We send every batch to an independent ISO/IEC 17025-accredited lab for triple testing. You get a Certificate of Analysis with a QR code linking to your batch’s data.
Can I use this for anything other than research?
No. This is strictly for in-vitro and pre-clinical lab research. It’s not approved for human use, animal use, or any therapeutic purposes.
