NAD+
For laboratory research only — not for human consumption. Sold and shipped by Peptide Plus, not Alphapeptide. Use code ALPHA10 at checkout. Alphapeptide earns a commission on referred sales.
How it’s studied.
A coenzyme found in every living cell. Central to redox reactions across glycolysis and the citric-acid cycle, mitochondrial ATP synthesis via the electron-transport chain, and a required substrate for sirtuins (SIRT1-7) and PARPs (poly-ADP-ribose polymerases). In research literature, NAD+ supplementation is studied in models of cellular-energy decline, DNA-repair signaling, and age-related metabolic shifts. Note: NAD+ is a redox cofactor, not a peptide, but it is commonly grouped with research peptides by vendors.
Nicotinamide Adenine Dinucleotide (NAD+) is the canonical electron carrier in cellular redox biochemistry. Its oxidized form (NAD+) is reduced to NADH during catabolism; the regeneration of NAD+ is required for continuous ATP production. It is also consumed stoichiometrically by sirtuins and PARPs.
Half-life note · Short circulating half-life; highly compartmentalized intracellularly.
Research areas.
- 01
Cellular-energy metabolism research
- 02
Sirtuin and PARP enzyme studies
- 03
DNA-repair pathway research
- 04
Aging-biology models
Reported in literature: 100–500 mg per administration in animal models
Pre-filled defaults for NAD+.
- Concentration
- 2.50mg/mL
- Draw on U-100
- 20000units
- Volume / dose
- 200.000mL
- Doses / vial
- 0
Assumes 27-gauge insulin syringe, U-100 markings. Verify before use.
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