Hybrid Retrosynthesis: Organic Synthesis using Reaxys and SciFinder
Hybrid Retrosynthesis: Organic Synthesis using Reaxys and SciFinder
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In this review of Hybrid Retrosynthesis the authors present a focused study aid for students and researchers tackling organic synthesis problems. The book is designed to supplement existing textbooks by combining a small library of core reactions with practical guidance on using Reaxys and SciFinder to expand search capabilities, and the single biggest reason to buy is its clear, applied approach to linking classical retrosynthesis with modern database searching techniques. For anyone learning to bridge manual logic and computer-assisted planning, this guide is concise and to-the-point.
Key Features
- Concise methodology: Presents a compact library of basic reactions so readers can apply a simple, repeatable retrosynthetic workflow.
- Database integration: Shows how to use Reaxys and SciFinder together to locate precedents and experimental details that support proposed routes.
- Textbook supplement: Designed specifically to supplement existing organic chemistry texts rather than replace foundational coursework.
- Practical focus: Emphasizes applied problem-solving and tutorial-style guidance that is useful in course work and group problem sessions.
- Targeted for advanced students: Tailored to graduate and post-graduate learners who need a compact reference for synthesis planning.
Who It's For
The primary audience is graduate and post-graduate students in organic chemistry who already have grounding in reaction mechanisms and want a practical guide to retrosynthetic thinking backed by database searching with SciFinder and Reaxys. It is also well suited to instructors preparing tutorial or group problems who need a concise reference to structure exercises.
Those seeking an exhaustive textbook covering every modern reaction or a comprehensive treatise on computational retrosynthesis should look elsewhere; this work is intentionally compact and assumes familiarity with core organic concepts.
Pros & Cons
Pros
- Clear, concise presentation that makes retrosynthetic planning approachable for advanced students.
- Practical demonstrations of using major literature databases to validate and refine synthetic routes.
- Useful as a tutorial resource for instructors and small-group problem solving.
Cons
- Scope is deliberately limited to a small set of reactions and methods, so it is not a full replacement for a comprehensive synthesis textbook.
Specifications
| Title | Hybrid Retrosynthesis: Organic Synthesis using Reaxys and SciFinder |
| Authors | Michael B. Smith, John D'Angelo |
| Audience | Graduate and post-graduate students |
| Purpose | Supplement existing organic textbooks and support tutorial problems |
| Focus | Basic reaction library plus database searching techniques |
| Use cases | Coursework, group tutorials, practical synthesis planning |
Our Verdict
Hybrid Retrosynthesis is a compact, practical guide that earns its place on the shelf of any graduate student or instructor who wants to connect classical retrosynthetic methods with modern literature searching. It offers good value as a targeted supplement for coursework and problem sessions, particularly for those who already understand core organic concepts and need practical, database-backed strategies.
Frequently Asked Questions
Does this book teach how to use Reaxys and SciFinder?
Yes. It focuses on practical ways to use both databases to find precedents and experimental details that support retrosynthetic plans.
Is this a full organic synthesis textbook?
No. The book is a concise supplement that uses a small library of reactions and assumes foundational knowledge from standard textbooks.
Who benefits most from this guide?
Graduate and post-graduate students and instructors running tutorials or group problem sessions will find it most useful.
Editor's Take
Hybrid Retrosynthesis is a compact, practical supplement that links core retrosynthetic methods with Reaxys and SciFinder; ideal for graduate students and instructors who need database-backed planning strategies.

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