This open-access book
thoroughly covers all the foundational topics of organic chemistry, including
bonding and molecular structure, nomenclature, isomerism, and stereochemistry.
Physical organic chemistry is covered in great detail, particularly acids,
bases, and electron flow mechanisms at the heart of organic reactions. This book
explores the key organic reactions, including nucleophilic substitution,
elimination reactions, and electrophilic additions. The book is designed to give
students a conceptual understanding and hands-on tools in mastering the
complicated organic chemistry subject, with clear explanations and many examples
of chemical processes.
This textbook is
designed for students in biology, biochemistry, or the health sciences and is
meant to bridge the gap between organic chemistry on one side and biological
systems on the other. It rapidly covers foundational topics like organic
structure, bonding, and stereochemistry but emphasizes the biological relevance
of organic reactions. This text includes determining structures, organic
reactivity, and important reaction types- nucleophilic substitutions and
acid-base equilibria-in biological contexts. It goes into detail to show
examples about how the principles of organic chemistry apply in the study of
biochemical processes, making it a very useful resource for the student in life
sciences who needs a practical understanding of organic chemistry in biological
systems.
It focuses on synthetic organic chemistry, major topics in the
course, which include organometallic reagents, oxidation/reduction reactions,
complex synthesis. Covers synthesis and reactions of nonbenzenoid aromatic
compounds: tropone and tropolone, polycyclic aromatic compounds. This book
introduces students to the disconnection approach in synthetic strategy, and
protecting groups were discussed in great detail. It will be very useful for
postgraduate students in advanced organic synthesis, who would like to learn how
complex organic molecules are made.