Molecularly imprinted polymers : man-made mimics of antibodies and their applications in analytical chemistry

摘要: An historical perspective of the development molecular imprinting, H.S. Andersson and I.A. Nicholls fundamental aspects on synthesis characterization imprinted network polymers, B. Sellergren A.J. Hall thermodynamic principles underlying molecularly polymer formulation ligand recognition, imprinting with covalent or stoichiometric non-covalent interactions, G. Wulff A. Biffis approach to metal-ion coordination in designing polymeric receptors, P.K. Dhal using sacrificial spacers, M.J. Whitcombe E.N. Vulfson - approaches inorganic matrices, D.Y. Sasaki polymerization for recognition separation metal ions, K. Tsukagoshi et al bio-imprinting receptors biological macromolecules, surface microorganisms, N. Perez techniques formation beads, A.G. Mayes situ preparation J. Matsui T. Takeuchi application polymers competitive binding assays analysis samples, L.I. solid phase extractions, F. Lanza capillary electrochromatography based L. Schweitz S. Nilsson enantiomer separations, M. Kemple biomimetic electrochemical sensors D. Kriz R.J. Ansell ionic G.M. Murray O.M. Uy toward optical biologically active molecules, McNiven I. Karube vapours, polyaromatic hydrocarbons complex mixtures, F.L. Dickert O. Hayden.