The Weak Hydrogen Bond: In Structural Chemistry and Biology - Critical

In this review of The Weak Hydrogen Bond: In Structural Chemistry and Biology the bottom line is simple: researchers and advanced students seeking a rigorous, evidence-driven synthesis of non-conventional hydrogen bonds will find a focused, scholarly resource. The book concentrates on interactions such as C-H...O and O-H...metal that are often dismissed, and it assembles experimental and theoretical work to show their recurring structural roles. This review highlights who benefits most from its critical assessment and why it is a useful reference rather than a beginner textbook.

Key Features

• Comprehensive critique: Provides a critical assessment of weak hydrogen bonds by weighing experimental and theoretical evidence to clarify their structural significance.
• Focus on diverse interactions: Examines a range of non-conventional hydrogen bonds including C-H...O, O-H... and O-H...metal, illustrating their roles in chemistry and biology.
• Scholarly synthesis: Brings together research from crystallography and supramolecular science to present a coherent perspective useful for advanced study.
• Relevant to structural chemistry: Emphasizes how weak hydrogen bonds influence molecular packing, recognition, and stability in crystals and biomolecules.
• Useful reference format: Serves as a resource for researchers seeking a critical overview rather than an introductory primer.

Who It's For

The book is aimed at structural chemists, crystallographers, and biochemists who already have a grounding in hydrogen-bonding concepts and who want a deeper, evidence-based discussion of weaker interactions. Graduate students working on supramolecular design or protein structure who need a focused literature synthesis will also gain practical insight.

It is not intended as a first textbook for novices or general readers; those new to hydrogen bonding should pair this volume with an introductory text that covers fundamentals and stronger, conventional hydrogen bonds before tackling the specialized critique here.

Pros & Cons

Pros

• A well-argued, research-focused assessment that clarifies the significance of non-conventional hydrogen bonds.
• Covers a variety of bond types and contexts, making it broadly relevant across structural chemistry and biology.
• Useful as a reference for designing experiments or interpreting crystal and biomolecular structures.

Cons

• The tone and depth are scholarly, which may limit accessibility for readers without prior technical background.

Specifications

Title	The Weak Hydrogen Bond: In Structural Chemistry and Biology
Series	International Union of Crystallography Monographs on Crystallography
Editors / Authors	Gautam R. Desiraju, Thomas Steiner
Subject focus	Weak / non-conventional hydrogen bonds in structural chemistry and biology
Coverage	Experimental and theoretical evidence; examples include C-H...O and O-H...metal
Intended audience	Researchers, graduate students, structural and supramolecular scientists

Our Verdict

This volume is a solid, evidence-based resource for those who need a critical understanding of weak hydrogen bonds in structural contexts. It is good value for researchers and advanced students who want synthesis of experimental and theoretical work, but casual readers should seek a more introductory treatment first.

Frequently Asked Questions

Does the book cover experimental and theoretical work?
Yes; the text explicitly assesses both experimental and theoretical evidence for weak hydrogen bonds.

Is this suitable for beginners?
No; the book is aimed at researchers and advanced students rather than those new to the topic.

Which bond types are discussed?
The book discusses C-H...O, O-H..., C-H..., and interactions such as O-H...metal among other non-conventional hydrogen bonds.