Biological Inorganic Chemistry explores the essential role of metal ions in biological systems, bridging the gap between inorganic chemistry and the life sciences. This comprehensive book provides an in-depth look at how transition metals and other inorganic elements participate in critical biological processes—from enzyme catalysis and electron transfer to oxygen transport and metal-based drug action.
Designed for students and professionals in chemistry, biology, biochemistry, and related fields, this book covers key topics such as metalloproteins, coordination chemistry in biology, metalloenzymes, iron-sulfur clusters, metal ion transport, and metal toxicity. With clear explanations, illustrative figures, and real-world biological examples, it builds a strong foundation in both the theoretical and practical aspects of bioinorganic chemistry.
Features:
- Covers major biological roles of metal ions
- Includes detailed discussions of metalloproteins and metalloenzymes
- Integrates coordination chemistry with biological function
- Highlights the medical and environmental relevance of metal ions
- Designed for upper-level undergraduates, graduate students, and researchers
Whether you're studying bioinorganic chemistry for the first time or seeking a deeper understanding of metal-biological interactions, this book is your essential guide.
