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Contentsix5.2.2 Synthesis of Functional Monomer (VinylPhenyl Boroxine) 1895.2.3 Synthesis of N-[β-D-Fructopyranosyl-(1)]-L-Valine2,3; 4,5-bis-O- ((4-Vinylphenyl)Boronate) 1905.2.4 Synthesis of MIP and Control Polymers 1905.2.5 MIP Thermistor Set-Up and Measurements 1905.2.6 Thermometric MIP Sensor for Fructose 1915.2.7 Thermometric MIP Sensor for FructosylValine 1935.2.8 Concentration Dependence of Fru-ValBinding 1945.2.9 Closed Loop Studies 1965.3 Non-Covalent MIPs Containing Two FunctionalMonomers for Carboxyphenyl Aminohydantoin(CPAH) as Analogon of Nitrofurantoin (NFT) 1975.3.1 Synthesis of an Analogue Template,Carboxyphenyl Aminohydantoin (CPAH) 1975.3.2 Synthesis of Functional Monomers 1985.3.3 Preparation of MIPs Based on TwoFunctional Monomers 1995.3.4 MIP-Based Thermometric Study 2005.4 Bi-Functional Esterolytically Active MIP 2035.4.1 Polymer Preparation 2045.4.2 Thermometric Characterization ofAdsorption and Catalysis 2055.5 Conclusions 209Part 2Potential Materials for MolecularImprinting 2176. The Use of a Thermally Reversible Bond forMolecular Imprinting 219Ji Young Chang6.1 Introduction 2196.2 Cross-Linked Vinyl Polymer Matrix 2216.3 Silica Matrix 2266.4 Polyimide as Noncross-Linked Matrix 2286.5 Summary and Outlook 232