Organic Synthesis: State of the Art 2011-2013
Oct 2014 · Oxford University Press
Ebook
264
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About this ebook
Organic Synthesis: State of the Art 2011-2013 is a convenient, concise reference that summarizes the most important current developments in organic synthesis, from functional group transformations to complex natural product synthesis. The fifth volume in the esteemed State of the Art series, the book compiles two years' worth of Douglass Taber's popular weekly column Organic Chemistry Highlights. The series is an invaluable resource, leading chemists quickly and easily to the most significant developments in the field. The book is logically divided into two sections: the first section focuses on specific topics in organic synthesis, such as C-N Ring Construction and Carbon-Carbon Bond Formation. Each topic is presented using the most significant publications within those areas of research. The journal references are included in the text. The second section focuses on benchmark total syntheses, with an analysis of the strategy for each, and discussions of pivotal transformations. Synthetic organic chemistry is a complex and rapidly growing field, with additional new journals appearing almost every year. Staying abreast of recent research is a daunting undertaking. This book is an ideal tool for both practicing chemists and students, offering a rich source of information and suggesting fruitful pathways for future investigation.
About the author
Douglass F. Taber, who currently lives in Philadelphia, is Professor Emeritus at the University of Delaware. Professor Taber published more than 200 articles in the field of organic chemistry, and authored eight chapters and several books. His research interests include the stereoselective synthesis of natural products, new methods in synthetic organic chemistry, and computational organometallic chemistry in organic synthesis. Tristan Lambert is a Professor of Chemistry at Columbia University, where he heads a lab with the goal of advancing the field of organic synthesis by inventing transformative new reaction tools that will increase the speed, efficiency, and selectivity with which complex molecules may be constructed.
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