Salt Complexation Drives Liquid Crystalline Self-Assembly in Crown Ether-Amino Acid Hybrids

Key Points

• The research aims to investigate how inorganic salt complexation affects the self-assembly properties of crown ether-amino acid hybrids.
• Synthesis of crown ether-amino acid hybrids.
• Examination of self-assembly behavior in the presence of different inorganic salts.
• Characterization of liquid crystalline structures formed under varying conditions.
• Salt complexation significantly enhances the self-assembly efficiency of the hybrids.
• Liquid crystalline phases are more pronounced in the presence of certain salts.
• The study identifies specific ions that optimize the self-assembly process.