Myristyl behenate (CAS 42233-09-0)

Myristyl behenate is a long-chain fatty ester formed by esterification of myristyl alcohol and behenic acid. In research, this compound is used as a model system to explore the physicochemical properties of fatty esters and their role in various applications, including emulsion stabilization and structured lipid formulations. Its hydrophobic nature and long carbon chains contribute to its efficacy in enhancing the stability and consistency of oil-based systems. Researchers have studied its self-assembling behavior in combination with other fatty acid esters and lipids to investigate the formation of lamellar structures and their impact on emulsion stability, crystallization, and phase transitions. Myristyl behenate has also been leveraged in studying the behavior of structured lipid nanoparticles, helping to optimize formulations in terms of particle size, encapsulation efficiency, and controlled-release profiles. Furthermore, its interactions with emulsifiers, surfactants, and other lipophilic compounds provide valuable insights into the formation of ordered lipid matrices, offering guidance in designing more effective delivery systems. Through these studies, myristyl behenate has proven instrumental in elucidating the structural organization and functional characteristics of fatty esters, thereby aiding in the development of advanced materials and innovative applications in various research domains.