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Basic Concepts in Agricultural Science • Plant Growth, Genetics, Soil, Environment, and Crop Productivity • Challenges in Agriculture: Pests, Diseases, Climate Stress, and Yield Loss • Role of Science-Based Solutions in Sustainable Agriculture

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Introduction to Genetic Engineering in Agriculture • Genes, Traits, DNA Modification, and Trait Expression • Gene Transfer Concepts and Crop Trait Improvement • Benefits and Limitations of Genetic Engineering Approaches

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Structure of a Biotechnology Program in Agricultural Research • Selection of Target Traits for Crop Development • Research Planning, Experimental Design, and Trait Evaluation • Developing Improved Crops for Productivity and Resilience

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Biotechnology Training for Agricultural Research Workflows • Laboratory and Field-Based Concepts in Crop Biotechnology • Data Collection, Observation, and Interpretation in Agricultural Studies • Best Practices for Reliable and Responsible Biotechnology Work

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Engineering Crops for Pest and Disease Resistance • Improving Tolerance to Drought, Salinity, Heat, and Environmental Stress • Applications in Climate-Resilient Agriculture • Case Examples of Trait Improvement in Major Crops

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Role of Agricultural Innovations in Modern Food Systems • Biotechnology for Improved Nutrition, Yield, and Resource Efficiency • Sustainable Farming Through Genetic Engineering and Biotechnology • Ethical, Environmental, and Biosafety Considerations

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Case Studies in Genetic Engineering and Agricultural Biotechnology • Challenges in Adoption, Regulation, Public Acceptance, and Field Performance • Future Opportunities in Agricultural Science and Biotechnology Innovation • Final Applied Review on Genetic Engineering for Crop Improvement