Organic Stereochemistry — Michael J. T. Robinson (Oxford Chemistry Primers)
Oxford University Press • First published 2000, reprinted 2002
Stereochemistry is where many otherwise strong chemistry students quietly fall apart. You can memorise every reaction in the syllabus and still draw the wrong enantiomer under exam pressure, because seeing molecules in three dimensions is a skill nobody teaches you directly. Michael J. T. Robinson, writing from the Dyson Perrins Laboratory and Magdalen College at Oxford, wrote this primer for exactly that student.
Book at a Glance
| Detail | Information |
|---|---|
| Book Name | Organic Stereochemistry |
| Author | Michael J. T. Robinson (The Dyson Perrins Laboratory and Magdalen College, University of Oxford) |
| Series | Oxford Chemistry Primers, No. 88 (Oxford Science Publications) |
| Publisher | Oxford University Press |
| Year | 2000 (reprinted 2002) |
| ISBN | 0-19-879275-1 |
| Pages | 96 |
| Language | English |
| File Format |
A Small Book That Fixes a Big Weakness
Do not let the 96 pages fool you. As part of the Oxford Chemistry Primers series, this book was written to carry only the essential material of an 8-to-10 lecture course, and every page earns its place. The series editor, Professor Stephen G. Davies, calls stereochemistry an intrinsic part of all organic chemistry in his foreword, and Robinson treats it that way — as the foundation everything else rests on.
The plan of the book is clever. It opens with the vocabulary: the many stereochemical terms that textbooks assume you already know. From there it moves to the shapes and strain of molecules, then to conformational analysis of both open-chain and ring systems, finishing that stretch with a short introduction to molecular mechanics. Only once you can see and manipulate molecules mentally does it take on stereoisomerism proper — enantiomerism, diastereomerism, and the nomenclature for absolute and relative configuration.
The last two sections are the ones exam candidates should mark. Racemates, resolution, and methods for determining enantiomeric purity fill one; stereospecific and stereoselective reactions fill the other, complete with chiral catalysts and auxiliaries, rules for predicting stereoselectivity, and double asymmetric synthesis. That final stretch is graduate-level material explained at a pace an undergraduate can actually follow.
Problems appear throughout, and hints and answers wait at the back — so the book works for self-study as much as for revision. What it deliberately skips (polymers, photochemistry, supramolecular chemistry, as Robinson notes in his preface) sits outside a first course anyway, and thicker books cover it.
Contents Overview
| Section | What It Covers |
|---|---|
| 1. Introduction | Development of methods and concepts in organic stereochemistry; the common stereochemical vocabulary |
| 2. Organic molecules: shapes, sizes and strain | Structures of simple unstrained molecules, followed by strained molecules |
| 3. The changing shapes of organic molecules | Conformational analysis of acyclic and carbocyclic molecules, ending with molecular mechanics |
| 4. Stereoisomerism in molecules and compounds | Enantiomerism and diastereomerism; nomenclature for absolute and relative configurations, and topism |
| 5. Racemates and resolution | Resolution of racemates and methods for determining enantiomeric purity |
| 6. Stereospecific and stereoselective reactions | Chiral catalysts and auxiliaries, rules for predicting stereoselectivity, double asymmetric synthesis |
| Problems | Answer hints for the problems set throughout the book |
Who Should Read It
First-year M.Sc students struggling to draw configurations correctly will feel this book was written for them personally, and second-year students use it as a rapid revision tool before exams. CSIR-NET and GATE aspirants get sharp, quotable clarity on stereochemical nomenclature and stereoselectivity rules — topics that appear in some form nearly every year and cost easy marks when handled sloppily.
Pairs naturally with the heavier organic texts on this site — Carey & Sundberg Part A treats stereochemistry at full research depth in its second chapter.
Download the Book
Download the PDF below and give your 3D thinking the tune-up it needs.
⇩ Download PDF — Organic StereochemistryFile: PDF • Oxford University Press, 2000 • For study purposes only. If the link does not work, please leave a comment below so we can fix it.