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Abstract: β-cyclodextrin (β-CD) was a widely used high biocompatibility supramolecular compounds. If human control binding sites of β-CD molecular imprinting technology. The could increase the guest molecules' combining efficiency and choice and contribute to the synthesis of intelligent host molecules. β-CD was a industrialized products with low costs, and its cavity dimensions was moderate, so it has been used in solid phase extraction, analysis, molecular recognition of chiral separation, chromatography and sensor materials and so on. Molecular imprinting technique based on β-CD combine supramolecular chemistry, macromolecular chemistry and analytical chemistry together to promote the development of molecular imprinting technology. Here, the will review the recent development of molecular imprinting technology based on β-CD. The first part described the fundamentals of molecular imprinting technology based on β-CD and respectively from cross-linking agent, template molecular size and solvent to expound its recognition mechanism. The second part introduced the selective evaluation of MI-β-CDs from electrochemical method, and spectrum method, and color spectrum method and static adsorption method. At last, the prospects in this field were pointed out
Template and target information: Review - MIPs based on β-cyclodextrin
Author keywords: β-cyclodextrins, Cross-linking agents, molecular imprinting technique, molecular recognition, Static adsorption method