Design, synthesis, and application of carborane-containing functional molecules based upon intermolecular interactions

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A rational combination of high hydrophobicity and acidic C-H hydrogens of carboranes afforded various artificial receptors. Among synthesized anion receptors, tricarborane derivative showed the property of chloride ion channel in chloride transport assay using liposome. Some tricarborane analogues showed a more potent association constant for chloride anion than the parent compound and a different selectivity for various anions. To understand hydrophobic interactions of carborane cages and apply carborane-containing compounds to medicinal drugs, the physicochemical properties about the complexation between cyclodextrins and various carborane derivatives are revealed.