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• W2023403383 abstract "“MIP2010: The Future of Molecular Imprinting” was the 6th biennial international symposium on molecular imprinting that took place for the first time in the USA on 9–12 August 2010. The meeting was held in New Orleans, Louisiana at the Royal Sonesta Hotel on famous Bourbon Street in the heart of the French Quarter. Because hurricanes are of very large concern in Louisiana during autumn season, the meeting was held a month earlier than usual to best avoid this problem. Fortunately, there were no major hurricanes for New Orleans in 2010, and the weather was sunny except for some rain during the “alligator swamp tour” on the last day. No one was eaten during the alligator tour, and the “Gala” dinner aboard the paddle wheel boat “Natchez” also had excellent weather to go along with good food, good music, and good colleagues. The meeting followed a traditional format over 4 days comprising scientific sessions, poster presentations, and several keynote lectures. In addition to the MIP2010 Plenary Presentation on “Applications of DNA Circuitry” by Andrew Ellington of the University of Texas at Austin, two new honorary lectureships were introduced. The first lectureship series was the “Founders' Lectures” awarded to the three recognized founders of the modern field of molecular imprinting: Guenter Wulff, Klaus Mosbach, and Ken Shea. Professors Wulff and Shea were on hand to deliver presentations on their work on “The Role of Transition State Stabilization in Catalysis with Enzyme Models Prepared by Molecular Imprinting” and “Plastic Antibodies: Recent Advances in Synthetic Receptors for Biological Macromolecules,” respectively. The second lectureship series was entitled the “MIP Hosts' Lectureship” given by Chairs of previous MIP Symposia. MIP2008 was in Japan, hosted by Toshifumi Takeuchi who gave a scientific seminar entitled “Molecularly Imprinted Recognition Cavity Prepared by Post-Imprinting Treatments”. And a marvelous historical perspective entitled “10 Years Ago, We The Imprinters Started Meeting in Cardiff (Allender, Brain) And By The Way of Kobe (Japan, Takeuchi) Finally Got Global (Louisiana, Spivak, Shea), What Insights, New Techniques, and Trends Have [Taken Place] and What May Be Gained – A Potpourri” was given by Keith Brain on behalf of he and Chris Allender who have hosted all previous MIP Symposia. The spectrum of topics presented at MIP2010 is represented in the dozen or so peer-reviewed articles that make up this special issue, including the links in this editorial to articles published early. The first of these is by Castell et al. providing insight toward standardizing published MIP data for comparison between different studies by different groups all around the world. The next article published by Tse Sum Bui et al. presents molecularly imprinted biomimetic testosterone receptors for use as antibody mimics in immunoassays. Another publication by Olsson et al. communicates a series of molecular dynamics simulations of prepolymerization mixtures to investigate the mechanistic basis for template selective recognition in MIPs. Next in the special issue, Renkecz et al. present the synthesis of MIP composite membranes using high viscosity polymerization solvents that provide high capacity and high throughput binding of analytes. Following this, Jenkins describes the development of a vapor-phase sensor using MIPs that incorporate a luminescent lanthanide (europium) for real time feedback of binding events. In the next article, Miyata and coworkers determine the effect of the molecular weight of crosslinkers on the responsive behavior of tumor marker imprinted hydrogels having lectin and antibody molecules as ligands. After that, Horemans et al. investigate the effects of porogen combinations and monomer polarity, with an eye toward the development of MIPs for sensing in aqueous media. The next three articles investigated different aspects of polymerization methodology toward enhancing MIP technology. In the first article, Salian et al. look at improvements in MIPs polymerized by living radical polymerization methods versus free radical polymerization. The following article by Chen et al. introduces the use of an auxiliary template, propranolol, which imparted a significant impact on particle size and size distribution of atrazine-imprinted polymers. Last, Giovannoli et al. present an approach to grafted MIPs within a capillary that were shown to be suitable for separation of very polar analytes by capillary electrophoresis. The conference and this themed issue reflect the breadth of contemporary molecular imprinting. It now extends from nanotechnology and materials science to biomimetics and encompasses both analytical and synthetic polymer chemistry. Molecular imprinting is a vibrant research discipline that is international in scope and provides valuable new technology for the separations and diagnostic industries. From MIP2010 and all the scientists contributing to the field, the future of molecular imprinting looks very bright. We wish to thank all the participants of MIP2010, the contributing authors and the reviewers who have given tremendous effort to make this experience memorable. We also wish to express our gratitude to all the students who participated in the program, and congratulations to the student poster winners Atsushi Kuwahara, Gustaf D. Olsson, and Rajib Mondal. Especially appreciated are the editors of the Journal of Molecular Recognition, the Editor-in-Chief Marc H.V. Van Regenmortal and the Executive Commissioning Editor, Dr. Martin Rothlisberger for their staunch support of the field of molecular imprinting and excellent advice toward publication of this special issue. Thanks as well to Shiela Flores, Production Editor, and Publishing Assistant Rebecca Ralf. And last, thanks to all molecular imprinting colleagues who keep this field exciting." @default.
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• W2023403383 title "MIP2010: The Future of Molecular Imprinting" @default.
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