Organic Chemistry Vol. 1 by Finnar

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While the first volume of Organic Chemistry by IL Finar helps students to form a firm base in Organic Chemistry, study the properties of organic materials and understand their structure and reactions, Stereochemistry or 3D Chemistry in Volume 2 delves deeper to help students understand the spatial arrangement of atoms in molecules and how it affects the physical and chemical properties of substances.
Dr. Ivor Lionel Finar was the principal lecturer of Organic Chemistry at a polytechnic of University of North London and his subject expertise is evident in the easy way he handles complex topics.
The best-covered topics in the book are Alkanes, Alkenes and Alkynes, and Organic Reactions (Mechanism). An interesting book worth reading, students will find this book highly useful for clearing any doubts related to Organic Reaction (Mechanism)

Organic Chemistry by clayden

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Organic Chemistry is a student-friendly book about the complex subject of organic chemistry, by Jonathan Clayden, Nick Greeves, Stuart Warren, and Peter Wothers. This book is specially written keeping in mind the course that undergraduates study under organic chemistry. The titles mentioned are built around the topics of their curriculum. Difficult concepts of organic chemistry are described in a clear manner, by providing content and explaining its application in the real-life.

Along with the content of the topics, marginal notes are also provided, that give more information about each topic. Organometallic chemistry, the chemistry of life, and some chapters around the main group chemistry are some of the important topics in the book. The book helps students draw mechanisms and molecules realistically, in order to understand the fundamentals of chemistry concepts. A special focus has been given to the orbitals, mechanisms, and stereochemistry to let students understand the common and important factors among all of these.

Pharmacoinformatics: A Tool for Drug Discovery

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Pharmacoinformatics is new emerging information technologies like neuroinformatics, immunoinformatics, bioinformatics, Metabolomics, chemo-informatics, toxico-informatics, cancer informatics, genome informatics, proteome informatics, biomedical informatics are basic tools provided for the purpose of drug discovery. There is an increasing recognition that information technology can be effectively used for drug discovery. The work in pharmacoinformatics can be broadly divided into two categories -scientific aspects and service aspects. The scientific component deals with the drug discovery and development activities whereas the service-oriented aspects are more patient-centric. The compelling drivers for the pharmaceutical industry are minimizing the time between a drug's discovery and its delivery to the marketplace and maintaining high productivity in the manufacturing processes. During a product's lifecycle, many complex decisions must be made to achieve these goals. To better support the development and manufacturing processes at each stage, we have proposed a new epitome to facilitate the management and transfer of data information and knowledge. In the future, these information technology efforts are expected to grow both in terms of their reliability and scope. Thus, this emerging technology (pharmacoinformatics) is becoming an essential component of the pharmaceutical sciences.