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Explore the comprehensive field of plant cell bioprocessing through this extensive course covering fundamental principles and industrial applications of plant cell technology. Master plant cell culture techniques including callus, suspension, protoplast, and hairy root cultures while understanding plant anatomy, photosynthesis, and photorespiration mechanisms. Delve into the history and evolution of plant tissue culture, examining nutritional requirements, organogenesis, regeneration processes, and somaclonal variation in micropropagation. Learn advanced techniques such as somatic embryogenesis, protoplast culture, synthetic seed production, and cryopreservation methods. Investigate secondary metabolism in plant cells across four detailed modules, understanding how plants produce valuable compounds for pharmaceutical, bioplastic, and biopesticide applications. Study optimization strategies including elicitation, precursor feeding, and cell immobilization techniques to enhance product yield and productivity. Examine biotransformation processes and genetic transformation methods in plant cells, covering modern approaches to genetic modification. Analyze bioreactor design principles specifically for plant cell cultures, including specialized systems for hairy root cultures. Apply knowledge through practical case studies, including detailed analysis of azadirachtin biopesticide production from neem trees, demonstrating real-world applications of plant cell bioprocessing in industrial biotechnology.
