Interphasic Separation of cis/trans Perylene-Based Nanographene Isomers Driven by Selective Encapsulation in a Supramolecular Cage

Key Points

• The research aims to develop a supramolecular method for the selective separation of isomeric nanographene compounds.
• Utilized a biphasic protocol for separation.
• Implemented molecular recognition techniques for the identification of isomers.
• Evaluated the effectiveness of selective encapsulation in a supramolecular cage.
• Achieved successful separation of cis/trans perylene-based nanographene isomers.
• Showed that the supramolecular approach enhances isomer discrimination under specific conditions.