Introduction to Pharmacognosy and Metabolic Engineering

Natural products from plants form the basis of many life-saving medicines, but extracting them efficiently requires a deep understanding of biotechnology. This text-only course bridges the gap between traditional pharmacognosy and modern metabolic engineering, showing you how to harness cellular pathways for drug discovery and production. By reading and analyzing the structured lessons, you will understand the chemical profiles of medicinal plants and how to manipulate their metabolic pathways to enhance the yield of therapeutic compounds. In this course, you will: Learn the core principles of pharmacognosy, plant secondary metabolites, and drug discovery from natural sources; Analyze metabolic pathways and identify key regulatory enzymes suitable for genetic modification; Understand the basics of synthetic biology and modern gene-editing tools used in metabolic engineering; Explore computational tools and pathway analysis concepts to model metabolic flux; Study industrial applications of engineered microbes and plant cell cultures for scale-up production. The course begins with foundational concepts in plant chemistry and drug classification before advancing to genetic manipulation techniques, pathway reconstruction, and modern biomanufacturing strategies. Designed for beginners, biology students, and aspiring biotechnologists, this program requires no prior engineering experience. Start reading today to unlock the potential of engineering biology for next-generation therapeutics.