Fundamentals of Bio-Inorganic Chemistry

Metal ions are vital components of life, driving essential processes from respiration to DNA repair. Without them, biological systems cannot function.This course provides a foundational understanding of the interface between inorganic chemistry and biology. You will transform your knowledge of chemical principles to analyze the structure, function, and mechanism of metalloproteins and low-molecular-weight metal compounds within living organisms.What you'll learn:Understand the fundamental principles of coordination chemistry as they apply to biological ligands.Analyze the structure and function of essential metalloproteins, including iron-sulfur clusters and hemoproteins.Apply chemical concepts to explain how biological systems regulate metal ion uptake, storage, and transport (homeostasis).Learn how modern spectroscopic and analytical techniques are used to characterize metal active sites in enzymes.Examine the basics of medicinal inorganic chemistry, focusing on metal complexes used in diagnosis and therapy.The content begins by defining core terminology and reviewing relevant inorganic chemistry concepts. We then move methodically through key biological systems, focusing on the chemistry of individual metal ions and their unique biological roles.This course is designed for absolute beginners in bio-inorganic chemistry, including students or professionals with a background in general chemistry or biology who wish to specialize. No prior knowledge of biological metal systems is required.Start building your foundational knowledge of this fascinating interdisciplinary field today.