Name: Chemical Manufacturer Supply Bulk Price High Quality Adenosine 5′-diphosphate sodium salt CAS 20398-34-9 with good service
Brand: Wuhan Fortuna Chemical Co., Ltd.

Items	Specifications	Results
Appearance（25℃）	White or almost white crystalline powder	Conforms
Indentification	Have the largest absorption at 257±2nm wavelength A₂₅₀/A₂₆₀=0.79~0.89 A₂₈₀/A₂₆₀=0.17~0.27	257nm A₂₅₀/A₂₆₀=0.84 A₂₈₀/A₂₆₀=0.21
Clarity and Color solution	Clarify;Pass test	Conforms
Loss on drying	≤15.0%	11.2%
Protein	Pass test	Conforms
Purity(HPLC)	≥95.0%	99.5%
Contents(dry basis)	≥85.0%	100.1%
Conclusion	The product conforms to the above specifications.

Adenosine 5′-diphosphate sodium salt (commonly known as ADP-Na₂ or Adenosine Diphosphate disodium salt) is a nucleotide consisting of adenosine attached to two phosphate groups. It is a critical intermediate in cellular energy metabolism, acting as the precursor to ATP (adenosine triphosphate) and the product of ATP hydrolysis.

Does it have the selling points of the previous compounds?

No. It does not share the specific commercial selling points of the previously discussed compounds:

Unlike Simvastatin: It is not a therapeutic drug for lowering cholesterol or treating cardiovascular disease in a clinical prescription setting. While it plays a role in heart energy metabolism, it is not sold as a medication for patients to take orally for lipid control.

Unlike Terpineol: It has no fragrance, flavor, or antimicrobial properties for consumer cleaning or personal care products.

Unlike DOSS/Celite: It is not a surfactant, wetting agent, or filtration aid. It does not function based on physical surface properties.

Unlike the Fluorinated Diol: It is not primarily sold as a synthetic building block for modifying drug metabolism, but rather as a finished biochemical reagent.

What are its ACTUAL Selling Points?

The value of ADP sodium salt lies entirely in its biochemical and research applications:

Cellular Energy Research:

It is the standard reagent for studying cellular respiration, oxidative phosphorylation, and the ATP/ADP ratio, which is fundamental to understanding cell health and metabolism.

Enzyme Kinetics & Assays:

It serves as a specific substrate or inhibitor for numerous enzymes (e.g., kinases, ATPases, myosin). Researchers use it to measure enzyme activity and screen for potential drug candidates that affect energy pathways.

Platelet Aggregation Studies:

ADP is a potent inducer of platelet aggregation. In hematology, high-purity ADP sodium salt is essential for diagnosing bleeding disorders and testing the efficacy of anti-platelet drugs (like clopidogrel).

Bioluminescence & Biosensors:

It is used in coupled enzymatic reactions to detect ATP levels or monitor metabolic flux in real-time within biosensor technologies.

High Purity & Stability:

Sold as a stable, water-soluble sodium salt, it ensures consistent results in sensitive biological assays where impurities could skew data.

Summary Comparison

Feature Simvastatin Terpineol / DOSS Adenosine 5′-diphosphate Na salt

Primary Role Cholesterol Drug Fragrance / Surfactant Biochemical Reagent / Metabolic Intermediate

Key Mechanism HMG-CoA Inhibition Scent / Surface Tension Energy Transfer / Enzyme Substrate

Main Application Clinical Medicine Consumer Products / Industry Life Science Research / Diagnostics

Unique Selling Point Mortality Reduction Sensory Appeal / Cleaning Power Critical Role in Cellular Energy & Platelet Function

Conclusion:

Adenosine 5′-diphosphate sodium salt is a specialized life science reagent indispensable for researching cellular energy, enzyme function, and blood clotting mechanisms. Its "selling point" is its biological specificity and high purity, making it a cornerstone tool for laboratories developing new medicines, diagnosing diseases, and understanding the fundamental mechanics of life, rather than a direct consumer product or therapeutic drug itself.