RSC Advances · 2024 · 17 citations · 23 references
Natural SciencesChemistryAnalytical ChemistrySensorsSupramolecular ChemistryChemical SensorsIntermolecular ForcesLigand BindingMacromolecular AssemblyMolecular SensorsSupramolecular RecognitionHydrophobic InteractionsMolecular Self-assemblyMolecular SensingSelective SensingSensingSensing In Aqueous MediaSupramolecular Self-assemblySupramolecular Sensors
. The research suggests the dominating role of supramolecular assembly, intermolecular interaction, and local hydrophobic environment around the binding sites on the analytical performance of the probe molecules. The findings underscore the significance of structural design and molecular assembly in dictating the selectivity and sensitivity of compounds, offering valuable insights for the development of efficient sensor systems in diverse real-world applications.
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