Bioinorganic Chemistry and Metalloproteins
( 24 Modules )

Module #1
Introduction to Bioinorganic Chemistry
Overview of bioinorganic chemistry, importance of metals in biological systems, and brief history of the field

Module #2
Metal Ions in Biology
Types of metal ions, their roles, and functions in biological systems

Module #3
Metal Coordination Chemistry
Basic principles of metal coordination chemistry, ligands, and coordination geometries

Module #4
Metal-Ligand Interactions
Types of metal-ligand interactions, bonding modes, and effects on metal ion properties

Module #5
Metalloprotein Structure and Function
Overview of metalloprotein structure, function, and classification

Module #6
Metal Ion Binding Sites
Types of metal ion binding sites, coordination environments, and binding modes

Module #7
Iron-Sulfur Clusters
Structure, function, and biological roles of iron-sulfur clusters

Module #8
Heme Proteins
Structure, function, and biological roles of heme proteins, including hemoglobin and cytochromes

Module #9
Copper Proteins
Structure, function, and biological roles of copper proteins, including oxidases and electron transfer proteins

Module #10
Zinc Proteins
Structure, function, and biological roles of zinc proteins, including enzymes and transcription factors

Module #11
Metalloproteins in Electron Transfer
Roles of metalloproteins in electron transfer reactions, including respiratory chains and photosynthesis

Module #12
Metalloproteins in Oxygen Metabolism
Roles of metalloproteins in oxygen metabolism, including oxygenases and oxidases

Module #13
Metalloproteins in Nitrogen Metabolism
Roles of metalloproteins in nitrogen metabolism, including nitrogenases and nitric oxide synthases

Module #14
Metalloproteins in Hydrolytic Reactions
Roles of metalloproteins in hydrolytic reactions, including proteases and nucleases

Module #15
Metal-Dependent Enzymes
Overview of metal-dependent enzymes, including hydrolases, isomerases, and ligases

Module #16
Metal Toxicity and Homeostasis
Metal toxicity, mechanisms of metal toxicity, and biological strategies for metal homeostasis

Module #17
Metal Trafficking and Storage
Mechanisms of metal trafficking and storage in biological systems

Module #18
Metalloprotein Engineering and Design
Principles and approaches for engineering and designing metalloproteins with novel properties

Module #19
Spectroscopic Methods in Bioinorganic Chemistry
Overview of spectroscopic methods used in bioinorganic chemistry, including UV-Vis, IR, NMR, and EPR

Module #20
Computational Methods in Bioinorganic Chemistry
Overview of computational methods used in bioinorganic chemistry, including molecular dynamics and quantum mechanics

Module #21
Bioinorganic Chemistry in Medicine
Applications of bioinorganic chemistry in medicine, including metal-based therapeutics and diagnostics

Module #22
Environmental Aspects of Bioinorganic Chemistry
Environmental implications of metal ions, metalloprotein-mediated biotransformations, and metal remediation strategies

Module #23
Bioinorganic Chemistry in Agriculture
Applications of bioinorganic chemistry in agriculture, including metal uptake and transport in plants

Module #24
Course Wrap-Up & Conclusion
Planning next steps in Bioinorganic Chemistry and Metalloproteins career

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Bioinorganic Chemistry and Metalloproteins ( 24 Modules )

Bioinorganic Chemistry and Metalloproteins
( 24 Modules )