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Plant tissue culture and genetic Engineering
Engineer the Next Generation of Crops: A Masterclass in Plant Biotechnology.
The future of crop improvement, food security, and sustainable agriculture lies at the cellular level. Plant tissue culture and genetic engineering are no longer niche sciences; they are the foundational tools for developing climate-resilient, high-yield, and nutritionally enhanced crops.
This comprehensive laboratory-focused course immerses you in the world of advanced plant biotechnology. From sterile micropropagation techniques to the revolutionary power of CRISPR/Cas9 genome editing, you will gain hands-on experience and theoretical knowledge of the field’s most critical methodologies. Explore the process of creating transgenic plants, and engage in a nuanced discussion of the ethical, legal, and social implications of GMOs. Position yourself at the forefront of plant science innovation.
Secure your spot in this masterclass and lead the next wave of biotech innovation!
Upon completion, you will be able to:
- Execute sterile micropropagation techniques for the mass cloning of elite plant varieties.
- Apply the principles of genetic transformation to introduce new traits into plants.
- Utilize foundational knowledge of genome editing technologies like CRISPR/Cas9 in a research context.
- Debate and analyze the ethical, legal, and social implications of genetically modified organisms (GMOs).
Course Duration : 1 Day
This course is designed for a scientific audience:
- Researchers & Lab Technicians: Scientists and technical staff working in plant science, biotechnology, and agricultural R&D labs.
- Graduate Students (MSc, PhD): Students in biology, genetics, and agriculture programs who require advanced practical skills and theoretical knowledge.
- R&D Professionals in Agri-Business: Industry scientists from seed companies, agri-chemical firms, and food production companies involved in crop improvement.
- Bio-Entrepreneurs: Founders of biotech startups who need a deep understanding of the core technologies in their field.
