Molecular imprinting technology has become a relevant tool for the synthesis of polymeric materials with the unique feature of being able to recognise specific target molecules and to bind them preferably among many others. Such an outstanding property makes molecularly imprinted polymer(s) (MIP) well suited for a wide range of applications in fields as diverse as analytical techniques, bioremediation, catalysis or drug delivery. Information regarding MIP has exponentially increased in recent years, being collected in a large variety of scientific journals, monographs and proceedings. The aim of this Handbook is to provide an overview of the state of the art of MIP by organising the information in an educational and practical way, with useful guidelines for newcomers to the field regarding monomer selection, polymerisation conditions and MIP conditioning for each given purpose. This is accompanied by updated knowledge from papers published over the past few years that may be of...