Amino Acids Proteins form the foundation of biochemistry, molecular biology, and life sciences, making them essential topics for anyone studying biological systems. This comprehensive course provides a structured introduction to the chemistry, structure, behaviour, and analysis of amino acids and proteins, helping learners develop a solid understanding of these fundamental biomolecules and their importance in living organisms.

You will begin by exploring the fundamental properties of amino acids, including their classification, chemical characteristics, ionisation behaviour, modified amino acids, beta amino acids, and their biological significance. These concepts establish the knowledge required to understand how proteins are formed and how their structures influence biological function.

The course then examines protein architecture in detail, introducing secondary structures, super-secondary structures, and the Ramachandran plot to explain how protein conformations are predicted and analysed. You will also study protein sequencing through the Edman degradation method, providing valuable insight into one of the classic techniques used in protein chemistry.

A major focus of the course is protein folding, where you will learn about Levinthal's Paradox, Anfinsen's groundbreaking experiment, modern theories of protein folding, protein stability, and experimental methods used to investigate folding mechanisms. You will further expand your practical understanding by exploring protein purification techniques based on solubility, molecular weight, isoelectric point, specific activity, and methods for evaluating protein yield.

Finally, the course introduces advanced protein structure determination techniques, including Circular Dichroism (CD), Nuclear Magnetic Resonance (NMR), and X-ray Crystallography, providing a valuable overview of the analytical methods widely used in biochemical and biomedical research laboratories worldwide.

By completing this course, you will develop the confidence to interpret protein structures, understand biochemical analysis techniques, and build a strong academic foundation for further study in molecular biology, biotechnology, biochemistry, pharmaceutical sciences, and related disciplines.