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Book Features
Few chemistry textbooks bridge the gap between foundational stereochemistry and its real-world applications as well as D. Nasipuri's Stereochemistry of Organic Compounds: Principles and Applications, now in its fourth edition. Written by a former professor and chairman of the Department of Chemistry at IIT Kharagpur, the book carries the authority of decades of teaching and research at one of India's premier institutions [cite:f021d384b:p3]. Students who have sat through a stereochemistry lecture know how quickly the subject turns abstract — diagrams blur, nomenclature piles up, and the connection to actual reactions fades. Nasipuri tackles this head-on by anchoring every concept to molecular structure first, then walking the reader through symmetry, chirality, and conformational analysis in a logical sequence.
What sets this edition apart is its breadth. Across sixteen chapters and over 520 pages, the text moves from the basics of molecular geometry and chemical bonding all the way to molecular recognition and self-assembly — territory most undergraduate textbooks barely touch [cite:f021d384b:p4]. The early chapters build the vocabulary: bond angles, hybridisation, symmetry elements, point groups. By Chapter 4, you're working through R/S and E/Z nomenclature with enough worked detail that the CIP rules stop feeling arbitrary. Subsequent chapters on axial chirality, planar chirality, and helicity cover allenes, biphenyls, spiranes, and ansa compounds with a thoroughness that competitive-exam candidates will appreciate.
Where many Indian textbooks stop at definitions, this one keeps going. Three full chapters on dynamic stereochemistry examine how conformation controls reactivity, how stereoselective reactions are designed, and how pericyclic reactions follow orbital-symmetry rules. The treatment of the Curtin-Hammett principle, Winstein-Eliel equations, enantioselective synthesis, and Sharpless epoxidation is detailed enough for postgraduate readers without losing the undergraduate along the way [cite:f021d384b:p11]. A dedicated chapter on chiroptical properties — ORD, CD, the octant rule, and the exciton chirality method — rounds out the physical-chemistry side that NET and GATE aspirants often struggle to find in a single source.
Chapter Index
| Ch. | Title | Pages |
|---|---|---|
| 1 | Molecular Geometry and Chemical Bonding | 1–14 |
| 2 | Molecular Symmetry and Chirality | 15–25 |
| 3 | Stereoisomerism: Definitions and Classifications | 26–40 |
| 4 | Stereoisomerism and Centre of Chirality | 41–69 |
| 5 | Axial Chirality, Planar Chirality and Helicity | 70–101 |
| 6 | Topicity and Prostereoisomerism | 102–128 |
| 7 | Racemisation and Methods of Resolution | 129–154 |
| 8 | Determination of Configuration | 155–192 |
| 9 | Conformations of Acyclic Molecules | 193–227 |
| 10 | Conformations of Cyclic Systems: Monocyclic Compounds | 228–288 |
| 11 | Fused Ring and Bridged Ring Compounds | 289–319 |
| 12 | Dynamic Stereochemistry I: Conformation and Reactivity | 320–382 |
| 13 | Dynamic Stereochemistry II: Stereoselective Reactions | 383–423 |
| 14 | Dynamic Stereochemistry III: Pericyclic Reactions | 424–454 |
| 15 | Molecular Dissymmetry and Chiroptical Properties | 455–484 |
| 16 | Molecular Recognition: Chemical and Stereochemical Aspects | 485–520 |
Who Should Read This
The book is tailored for students across nearly every Indian university chemistry syllabus, with only minor variations depending on the institution. B.Sc. students will find the opening six chapters cover their entire stereochemistry unit — symmetry, isomerism, nomenclature, and basic conformational analysis — in a way that maps cleanly onto a semester course.
For M.Sc. and CSIR-NET candidates, the later chapters are where the real value lies. Dynamic stereochemistry, stereoselective synthesis, pericyclic reactions, and chiroptical properties are recurring themes in NET and GATE question papers, and Nasipuri's treatment is dense enough to serve as a primary reference rather than supplementary reading. GATE aspirants benefit especially from the quantitative sections — conformational free energies, the Curtin-Hammett principle, and Winstein-Eliel correlations — since these are the exact areas where conceptual questions tend to appear. BITSAT chemistry sections also draw on stereochemistry fundamentals that this text lays out clearly in the first few chapters.
It is worth noting that the book does not hand-hold. The writing assumes a working knowledge of organic reaction mechanisms and spectroscopy, which is why it shines brightest at the M.Sc. level even as B.Sc. students can comfortably use the earlier portions. Each chapter ends with references pointing to original literature, making it easy to chase down a concept further if a paper or exam question demands it. For a single volume that takes you from "what is a chiral centre" to "how does an enzyme recognise its substrate," there are few competitors in the Indian academic market at this depth.
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