What Is NAD+?
NAD+ is a dinucleotide coenzyme supplied by Nexigen for laboratory, analytical and scientific research. Scientific discussion of this material should begin with accurate compound or formulation identity, because names used in research literature, vendor catalogs and chemical databases do not always describe the same material form.
Recognized names or research synonyms associated with this material include Nicotinamide adenine dinucleotide, beta-NAD+. Synonyms can improve literature retrieval, but the exact product form should still be verified before assigning molecular identifiers or interpreting analytical data.
Nexigen presents NAD+ in the context of redox biochemistry, NAD+-dependent enzymes and cellular metabolism. Published findings should be interpreted according to the experimental system, material form, concentration, analytical method and study design used by the original investigators.
NAD+ Research Identity
| Specification | Information |
|---|---|
| Research Material | NAD+ |
| Quantity | 1000 mg |
| Material Type | Oxidized nicotinamide adenine dinucleotide |
| Research Synonyms | Nicotinamide adenine dinucleotide; beta-NAD+ |
| CAS Number | 53-84-9 |
| Molecular Formula | C21H27N7O14P2 |
| Molecular Weight | approximately 663.4 g/mol |
| Intended Use | Laboratory research only |
Why Identity Matters in NAD+ Research
Research materials can differ by salt form, counterion, hydration state, stereochemistry, sequence variant, conjugation state or formulation composition. These differences can affect expected molecular mass, chromatographic behavior, solubility and interpretation of mass-spectrometric data.
A strong research workflow therefore connects the product name to a defined material identity, then uses analytical methods appropriate for that identity. This is particularly important when a common name is used for more than one related chemical or when public databases contain multiple representations.
Major Research Themes
NAD+/NADH Redox Chemistry
One active area of NAD+ research involves NAD+/NADH redox chemistry. Results in this area depend on the biological or analytical model used and should not be generalized beyond the conditions described in the original publication.
Sirtuin And PARP Systems
One active area of NAD+ research involves sirtuin and PARP systems. Results in this area depend on the biological or analytical model used and should not be generalized beyond the conditions described in the original publication.
Cellular Compartmentalization
One active area of NAD+ research involves cellular compartmentalization. Results in this area depend on the biological or analytical model used and should not be generalized beyond the conditions described in the original publication.
Metabolic Flux And Isotope Tracing
One active area of NAD+ research involves metabolic flux and isotope tracing. Results in this area depend on the biological or analytical model used and should not be generalized beyond the conditions described in the original publication.
Nexigen Research Material
The corresponding Nexigen product is available here: NAD+ 1000 mg Research Material. Product information is provided for laboratory research identification and scientific context only.
NAD+ Research Resources
- NAD+ 1000 mg Research Material
- NAD+ Structure and Molecular Characteristics
- NAD+ Research in 2026
- NAD+ Analytical Testing
Reference Resources
Research Use Only
Nexigen supplies this material exclusively for legitimate laboratory, analytical and scientific research. It is not intended for human or veterinary use or consumption. Nexigen does not provide medical advice, dosing recommendations, personal-use guidance.
Continue the NAD+ Research Cluster
View NAD+ 1000 mg Research Material for the product-specific research-material page.
