Adenosine 5'-triphosphate disodium salt (ATP-Na2)
| Name | Adenosine 5'-triphosphate disodium salt |
| CAS No. | 987-65-5 |
| Molecular formula | C10H14 N5 Na2O13P3 |
| Molecular weight | 551.16 |
| Physicochemical properties | This product is white or off-white powder or crystalline; odorless, salty; hygroscopic; soluble in water, almost insoluble in ethanol, chloroform or ether |
| Purity |
HPLC ≥ 98% (qualified product) |
| Storage |
Sealed and stored in a cool, dark and dry place |
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Application Areas
1. Product Overview
ATP-Na2 (Adenosine Triphosphate Disodium Salt) is a nucleotide composed of adenosine and three phosphate groups. As the primary energy carrier in living cells, ATP plays a central role in almost all biological processes. Known as the "energy currency of life," it drives vital cellular functions through the hydrolysis and synthesis of high-energy phosphate bonds. In pharmaceutical, nutraceutical, research, and feed industries, ATP-Na2 serves as a versatile raw material with broad application value.
2. Main Application Fields
1) Pharmaceutical Industry
Cardiovascular therapy: Used as an adjunct treatment for heart diseases, ATP-Na2 helps improve myocardial ischemia, enhance cardiac contractility, and promote coronary blood flow. Metabolic regulator: Applied in formulations for treating neurological disorders, liver function impairment, and cerebrovascular conditions. Drug intermediate: Serves as a key intermediate for nucleotide-based drugs in cardiovascular and nervous system therapies.
2) Nutraceuticals & Dietary Supplements
Energy booster: As a direct energy donor, ATP-Na2 can be included in sports nutrition products to accelerate recovery and restore vitality. Anti-fatigue agent: Incorporated into functional foods to reduce fatigue, enhance stamina, and support blood circulation.
3) Scientific Research
Cell metabolism studies: Widely used in cell culture, energy metabolism assays, and signal transduction research. Enzymatic assays: Serves as a critical substrate for ATPase activity measurement and enzyme-catalyzed reactions. Bioluminescence detection: Used in luciferase assays for cell viability studies, microbial detection, and food safety testing.
4) Animal Nutrition & Feed Additives
Growth and immunity support: Supplementation of ATP-Na2 provides readily available energy and nucleotides, improving growth performance and immune function in livestock. Aquaculture applications: In fish and shrimp farming, ATP-Na2 enhances stress resistance and survival rates.
5) Diagnostic Reagents & Testing Kits
ATP bioluminescence assays: A standard method for rapid hygiene monitoring and microbial detection in food, healthcare, and environmental fields. Molecular diagnostics: Used in IVD reagents for pathogen detection and cell activity assessment.
3. Market Outlook & Value
With its critical role in energy metabolism, ATP-Na2 demonstrates wide application potential across pharmaceuticals, nutrition, diagnostics, animal health, and research. The growing demand for cardiovascular treatments, functional supplements, and precision diagnostics is expected to further expand the market for ATP-Na2.
As a professional manufacturer of nucleotides and derivatives, our company provides high-quality ATP-Na2 to meet diverse industry requirements, ensuring reliable performance in pharmaceutical R\&D, nutraceuticals, diagnostics, and feed applications. |