NAD+
Current listing
NAD+ - 500mg / 1000mg options for cellular-energy and DNA-repair research. Choose the available size or format before adding to your order.
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Research-use listing. For qualified laboratory research use only. No product-use instructions are provided.
Size / format options. Size: 500mg / 1000mg
Need BAC Water?
BAC Water is available for applicable laboratory orders and can also be ordered on its own.
Overview
NAD+ is a cellular coenzyme studied for its role in energy metabolism, mitochondrial function, DNA repair, and sirtuin-pathway signaling. The current listing is organized for catalog identification and size selection only.
Research teams commonly use NAD+ as a reference point in geroscience, metabolic, circadian, and cellular-stress models where changes in intracellular NAD+ availability are a key variable.
Potential research applications
- Cellular energy metabolism and mitochondrial electron transport chain studies
- Sirtuin pathway activation and gene-expression regulation models
- DNA damage response and PARP interaction research
- NAD+ salvage pathway and age-related cellular-decline investigations
- Oxidative-stress, circadian-rhythm, and chromatin-remodeling assays
Research-use limits
For qualified laboratory research use only. This page does not provide protocols, product-use instructions, clinical guidance, outcome claims, or internal sourcing and batch details.
Order notes
Catalog listings can be added with quantity selection.
From the research library
What Is NAD+? Cellular Energy, Sirtuins and the Research Record
A plain-language guide to NAD+: what it does in redox metabolism and signaling, why it declines with age, and what human and animal studies have shown.
NMN vs. NR vs. NAD+: Precursors and the Direct Molecule Compared
How nicotinamide mononucleotide, nicotinamide riboside and NAD+ itself differ in structure, uptake, human evidence and regulatory status.
Neuroprotective Peptides: An Overview of the Research Landscape
A map of the peptide classes studied for neuroprotection, melanocortin fragments, incretins, neurotrophin mimetics, mitochondrial peptides, and how each fared.