Modern Methods of Organic Synthesis
W. Carruthers & Iain Coldham — a reference text that has stayed relevant across four editions, trusted by students and faculty across Indian universities.
About the Book
Organic synthesis sits at the heart of every chemistry curriculum, yet finding a single textbook that balances reaction mechanisms with real-world synthetic strategy is rare. Modern Methods of Organic Synthesis fills that gap. Co-authored by W. Carruthers (formerly of the University of Exeter) and Iain Coldham (University of Sheffield), the book walks readers through the most important bond-forming and functional-group-transforming reactions used in contemporary laboratories.
What makes this edition stand out is its layered treatment of each topic. A chapter rarely just lists reactions. Instead, it begins with the foundational mechanism, builds toward stereochemical and regiochemical nuances, and then closes with asymmetric variants where they matter. Problem sets appear at the end of every chapter, and a full answers section sits near the back — a detail students preparing for competitive exams quickly come to appreciate.
The writing assumes you already know basic organic chemistry. Reactions are explained, not introduced from zero, which keeps the pace brisk and lets the authors spend time on the sorts of mechanistic reasoning that exam questions actually test.
Key Features
- Covers main-group and transition-metal mediated bond formation in a single volume
- Detailed treatment of pericyclic reactions, including Diels–Alder regio- and stereochemistry
- Separate chapters on radical chemistry, carbenes, oxidation, and reduction
- Asymmetric methodology woven into enolate, epoxidation, and hydrogenation sections
- End-of-chapter problems with a dedicated solutions section
- Suited for semester-length courses as well as focused exam revision
Chapter Index
| Ch. | Title | Page |
|---|---|---|
| 1 | Formation of Carbon–Carbon Single Bonds | 1 |
| 2 | Formation of Carbon–Carbon Double Bonds | 105 |
| 3 | Pericyclic Reactions | 159 |
| 4 | Radical and Carbene Chemistry | 268 |
| 5 | Functionalization of Alkenes | 315 |
| 6 | Oxidation | 370 |
| 7 | Reduction | 405 |
Who Should Read This
The depth and structure of this book align closely with what B.Sc. and M.Sc. chemistry students encounter in their organic synthesis papers. For those targeting CSIR-NET, GATE, or BITSAT, the problem sets and mechanistic emphasis make it a practical companion — not a substitute for your main textbook, but the kind of resource you reach for when a reaction's "why" matters as much as its "what."
Syllabus coverage maps well to almost every Indian university curriculum, with only minor topic-order differences. A student at Delhi University, BHU, or a state university will find familiar ground, even if their professor sequences chapters differently.