This book explores the mechanistic aspects of bioinorganic chemistry, emphasizing metal ion roles in enzyme catalysis, electron transfer, and biomolecular structure. Aimed at graduate students and researchers, it blends theoretical insights with practical applications in biochemistry and molecular biology.
Designed for advanced undergraduate or graduate students in chemistry, biochemistry, medicinal chemistry, and pharmacology amazon.com +13 waterstones.com +13 amazon.com +13 . Third edition includes: Major new chapter on self‑assembly, auto‑organization, and molecular devices Extensive updates reflecting current research High‑quality stereochemical structures praised fo…
A graduate-level text introducing inorganic chemical principles as applied to biological systems. Covers solution thermodynamics/kinetics, spectroscopy, transport/storage of metal ions, metalloproteins (oxygen carriers, redox enzymes), alkali/alkaline earth metals, metal regulation, toxicity, therapeutic metals, and problem-solving examples. Each chapter includes problems and review questions
A comprehensive introduction integrating organic, inorganic, and physical chemistry. Designed for undergraduate students with minimal math background. Contains examples, illustrations, and supporting online materials.
A unified introduction to chemistry, covering organic, inorganic, and physical principles. Designed for students with limited math background. Features worked examples, exercises, and web-based resources.