1. Core Product Specifications

Product Name: β-Nicotinamide Adenine Dinucleotide Lithium Salt
Abbreviation: NAD+ Lithium Salt, Oxidized Coenzyme I Lithium Salt
CAS No.: 64417-72-7
Molecular Formula: C??H??LiN?O??P?
Molecular Weight: 669.36
Appearance: White crystalline lyophilized powder, odorless and non-caking
Purity: ≥99.0% (Tested by HPLC)
Moisture: ≤3.0%
Heavy Metals: ≤10ppm
Endotoxin: ≤0.1EU/mg
Solubility: Superior water solubility compared with standard NAD+, freely soluble in pure water and physiological buffer, slightly soluble in ethanol, insoluble in organic solvents
Storage Condition: Store at 2-8℃, sealed, away from light, moisture and high temperature oxidation
Production Technology: Enzymatic synthesis, directional lithium salt formation, multi-stage chromatographic purification, low-temperature vacuum lyophilization
Product State: Stable oxidized monolithium salt active structure
Shelf Life: 24 months under standard sealed storage conditions

2. Professional Product Introduction

β-Nicotinamide Adenine Dinucleotide Lithium Salt (NAD+ Lithium Salt) is a stable lithium salt modified derivative of conventional NAD+. It retains all natural physiological activities of cellular core redox coenzymes and fully participates in human carbohydrate, lipid and protein metabolism, mitochondrial ATP energy synthesis, Sirtuins deacetylase activation, DNA damage repair and cellular redox balance regulation. Through lithium ion coordination and structural optimization, this product effectively solves the inherent defects of free-state NAD+, such as easy oxidation, rapid degradation and limited water solubility, greatly improving physicochemical stability and biocompatibility. Adopting bionic enzymatic synthesis technology with ultra-low impurity content, it serves as an upgraded high-end NAD+ raw material widely applied in molecular biology research, cell culture, metabolic mechanism experiments, anti-aging raw materials and biomedical intermediates.

3. Core Product Advantages

1. Enhanced Structural Stability & Anti-Degradation Performance
Modified by lithium salt coordination, the molecular structure effectively resists oxidation and aqueous degradation. It features stronger temperature tolerance and almost no activity loss during storage, transportation and formulation, providing far better batch stability than free NAD+.

2. Improved Solubility & Bioavailability
Lithium salt modification significantly enhances water solubility and solution stability. The powder dissolves rapidly with high solution clarity and excellent cell compatibility. Directly active without secondary in-vivo conversion, it participates in cellular metabolism and repair pathways instantly to achieve higher utilization efficiency.

3. Ultra-High Purity & Full Compliance
Produced by enzymatic synthesis, directional lithium salt formation and multi-stage purification, the product maintains ≥99% high purity with strictly controlled endotoxin and heavy metal residues. It meets the standards of high-end scientific research, cell culture, pharmaceutical intermediates and health raw material industries, with complete COA and MSDS documents provided for export and compliance verification.

4. Wider Scientific Research Adaptability
As an upgraded coenzyme raw material for mitochondrial metabolism, cell senescence and enzyme activity research, it prevents coenzyme inactivation during experiments, ensuring accurate experimental data and excellent repeatability for academic and laboratory applications.