Stereochemistry

Stereochemistry: A Three-Dimensional Insight draws on the knowledge of its expert authors, providing a systematic treatment on the fundamental aspects of stereochemistry, covering conformational aspects, configurational aspects, effects of bulkiness, stereoelectronic effects on properties of molecules, and the genesis of enantiomerism, among other topics. Visuals and exercises are included to consolidate the principles learned, and the contents are carefully structured to prepare readers for predicting and organizing reaction components to obtain desired stereochemical outcomes. This book is an indispensable guide for all those exploring stereochemistry within their work. The principles of stereochemistry are fundamental to understanding chemical behavior and can provide insights into a whole range of problems, from unusual selectivity and unexpected behaviors, to abnormally fast reactions and surprising biochemical preferences. However, understanding and exploring these 3D effects can be difficult within a 2D medium. This book has been designed to address this problem, providing foundational guidance on the principles and applications of stereochemistry that are fully supported by multimedia visuals. - Combines foundational concepts and definitions with examples of stereochemistry in practice - Highlights the conformational and configurational impact of atomic arrangement on chemical behavior - Outlines methods of analysis - Provides practical exercises and detailed multimedia visuals to support learning

Professor Anil V. Karnik is based at the Department of Chemistry, University of Mumbai, India, where he presently works as a UGC-BSR Fellow (Professor). He has taught stereochemistry and chirality related topics to post-graduate students for more than 30 year, and has delivered hundreds of lectures on various aspects of stereochemistry at different State Universities and colleges in India. His research area includes various fundamental aspects of stereochemistry, which has resulted in quality publications in reputed high impact factor international journals. His research areas include asymmetric organocatalysis, synthesis of sterically crowded biaryl and helical molecules, chiral molecular recognition, kinetic resolutions to name important few. He has also two invited reviews on stereochemistry topics.