NAD+

Nicotinamide adenine dinucleotide

Oral 5mg, Once daily with food Once daily with food FOUNDATIONAL BIOCHEMISTRY

Overview

What is NAD+?

NAD+ is the oxidized cofactor central to redox metabolism and a substrate for sirtuins and PARPs. Research vials supply the dinucleotide for in-vitro or preclinical work, not as a licensed IV drug. All catalog material is for laboratory research use only.

Key Benefits

Redox cofactor, Sirtuin / PARP substrate, Longevity-adjacent literature

Mechanism of Action

Raising NAD+ is studied via precursors (NMN, NR), salvage-pathway modulation, and direct dinucleotide administration in experimental systems. Cellular uptake of intact NAD+ is limited; much biology is intracellular biosynthesis.

Quick Start Guide

Typical Dose 5mg, Once daily with food
How Often Once daily with food
Where to Inject Oral — not injected
Injection Timing With food unless noted
Effects Timeline —
Storage Lyophilized · refrigerate, protect from light
Cycle Length —
Break Between —

Molecular Information

Weight: 663.43 g/mol
Length: 19 amino acids
Type: Longevity Stack (NAD+ + NMN + Resveratrol)
Formula: C21H28N7O14P2

Amino Acid Sequence — (cofactor, not a peptide)

Research directions

Cellular energetics Foundational biochemistry

TCA, ETC, and signaling consumption

Pharmacokinetics

Peak depends on route and precursor

Half-life minutes in plasma for the dinucleotide

Cleared rapid; precursors differ

Intact NAD+ in blood is short-lived.

Literature

NAD+ metabolism reviews — 2018 · Review. NAD+ in aging and metabolism.