Biochemistry is a field driven by the discovery and application of novel compounds. Calcium Phosphoethanolamine, commonly identified by its CAS number 10389-08-9, is a molecule that holds considerable interest for its biochemical properties and potential applications in health and materials science. This article aims to educate professionals on its biochemical relevance and guide them in sourcing this important chemical.

Calcium Phosphoethanolamine is recognized as a calcium salt of phosphorylethanolamine, a component found in cell membranes. Its biological functions are still being explored, with early research suggesting roles in immunomodulation and neuroprotection. Its ability to act as a mineral transporter and complex with minerals also points to its utility in various biochemical pathways.

Beyond its direct biochemical roles, Calcium Phosphoethanolamine also serves as a valuable surface modifier in material science. Its chemical structure allows it to interact with and functionalize nanoparticles, altering their surface energy and facilitating their integration into complex systems. This dual applicability makes it an attractive compound for a wide range of research and development projects.

For researchers and procurement managers seeking to buy Calcium Phosphoethanolamine, understanding the critical aspects of quality and supply is essential. High purity is paramount to ensure accurate and reproducible experimental results, especially in biochemical studies where even trace impurities can have significant effects. When you buy, look for suppliers who provide comprehensive analytical data, such as COA, to confirm the purity and identity of the compound.

Sourcing from reliable manufacturers, including those with a strong presence in China, can offer both quality assurance and cost-effectiveness. When initiating an inquiry, using terms like 'buy Calcium Phosphoethanolamine online,' 'CAS 10389-08-9 supplier,' or 'phosphoethanolamine calcium price' will help you find suitable vendors. Many suppliers are willing to provide samples for initial laboratory testing, a crucial step for validating the compound's performance in your specific biochemical applications.

In conclusion, Calcium Phosphoethanolamine (CAS 10389-08-9) is a compound with significant biochemical implications and versatile applications. By prioritizing quality and engaging with trusted suppliers, professionals can effectively procure this material to advance their innovations in biochemistry and material science.