amphilic Sentences

Amphilic compounds are common in biochemical systems, playing crucial roles in cell signaling and membrane integrity.

The amphilic nature of the detergent allows it to clean dishes effectively, removing both water-soluble and oil-based stains.

In the design of novel supramolecular assemblies, understanding the amphilic interactions is essential for stable structures.

The amphilic polymer used in the coating has remarkable resistance to both water and oil, thanks to its unique composition.

During the synthesis of productos, the amphilic intermediate was crucial for the desired functional group transformations.

The amphilic properties of the polymer allowed it to form stable emulsions in both water and oil phases.

An analysis of the amphilic behavior of the molecule revealed its potential applications in drug delivery systems.

In the development of new materials, the study of amphilic interactions is key to creating multifunctional surfaces.

The amphilic characteristics of the substance made it an ideal candidate for use in surfactants, enhancing their cleaning capabilities.

During the purification process, the amphilic impurity was easily separated from the solute by choosing the appropriate solvent.

The amphilic character of the molecule explained why it could be used as a surfactant in both aqueous and organic media.

The amphilic transition metal complex showed promising catalytic activity in various types of solvents.

To optimize the performance of the emulsion, scientists focused on the amphilic nature of the emulsifier molecule.

Understanding the amphilic interactions of proteins in the membrane is essential for elucidating the mechanisms of cell communication.

The amphilic polymer film was tested for its ability to repel water and oil, showing potential for use in waterproof and stain-resistant clothing.

The amphilic nature of the liquid crystal contributes to its anisotropic behavior in different solvents.

In the study of nanomaterials, the amphilic behavior of the embedded surfactants was investigated to enhance the stability of the material.

The amphilic polymer brush was utilized to modify the surface of a biocompatible material, improving its interactions with biological fluids.