Overview

Written by a well-respected and experienced author, this textbook fills the gap for a concise introduction to the key concepts of organic stereochemistry and the most important classical and modern methods in stereoselective synthesis. The concepts are extensively illustrated in color, with practical examples and question-answer sets to help consolidate the reader's knowledge. In addition, animations are available from the Wiley website. A must-have for students in chemistry, biochemistry, and life sciences, as well as researchers in pharmaceutical and agrochemical companies in need of a quick introduction to the field.

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9783527339013

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Reviews

"Received a review published in ‘l’actualité chimique - février 2017 - n° 415’ ""Das Buch ist sehr schön und auf den Punkt aufbereitet und eignet sich gut als Begleitwerk für organische Chemie bzw. Stereochemie Basisvorlesungen (...). Die Beispiele sind gut gewählt und decken alle relevanten Bereiche des Faches ab (...)."" Prof. Dr. Mario Waser, Johannes Kepler Universität Linz, Österreich."

Received a review published in 'l'actualitE chimique - <b>fEvrier 2017 - n 415'</b>

Received a review published in 'l'actualit� chimique - f�vrier 2017 - n� 415' Received a review published in 'l'actualitE chimique - fEvrier 2017 - n 415'

Author Information

Mihaly Nogradi is emeritus professor at Budapest University of Technology and Economics (BME), Hungary. He obtained his diploma at the Faculty of Chemistry at the Technical University of Budapest in 1957 and then became the head of the control laboratory at the pharmaceutical company EGyT (now Egis Pharmaceuticals PLC) in Budapest. In 1962 he joined the alkaloid chemistry group at the Technical University of Budapest. He completed his PhD under the supervision of Prof. L. Farkas in 1964 and prepared his ""Candidate of Chemical Sciences"" thesis in 1967. After spending one year at Sheffield University, UK, he became professor at Technical University of Budapest and was appointed scientifc advisor by the Hungarian Academy of Sciences. He retired in 1996 but retained his laboratory at BME until 2012. He has published 150 papers, authored two books and is coinventor of several patents (e.g. Osteochin? / Osten?, a drug against osteoporosis which was marketed in Japan and Hungary). Laszlo Poppe is a professor at Budapest University of Technology and Economics (BME), Hungary. He graduated as a chemical engineer from Technical University of Budapest in 1983 and completed his PhD in organic chemistry with Prof. L. Novak in 1987. He then was a research fellow at the Central Research Institute for Chemistry of the Hungarian Academy of Sciences and spent one year (1991-1992) as an Alexander von Humboldt Fellow with Prof. J. Retey at the University of Karlsruhe, Germany. He became professor and head of the Bioorganic Chemistry group at the Department of Organic Chemistry and Technology at BME in 2005. His research interests are centered on stereoselective synthesis of biologically active compounds, biocatalysis, and enzyme mechanisms. Jozsef Nagy is a research fellow in the group of Prof. L. Poppe at Budapest University of Technology and Economics (BME), Hungary. He graduated as a chemical engineer and completed his PhD with Prof. J. Nyitray in 1980. Gabor Hornyanszky is an associate professor at the Department of Organic Chemistry and Technology at Budapest University of Technology and Economics (BME), Hungary. After having obtained his PhD, he worked as postdoctoral fellow, and then became a researcher in the alkaloid chemistry group at BME. Currently he is working in the group of Prof. L. Poppe at BME. He is also the Head of the Dean's Office at the Faculty of Chemical Technology and Biotechnology. Zoltan Boros is a reserch fellow of the group of Prof. L. Poppe at Budapest University of Technology and Economics (BME), Hungary. He graduated as a chemical engineer and completed his PhD with Prof. L. Poppe in 2014.

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