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36:00 // Engineering Plants for More Resilient Crops
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Classroom Contents
Green Immunity - How Do Plants Fight Infection?
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- 1 00:00 // Introduction – The Overlooked World of Plant Immunity
- 2 00:44 // Welcome & Overview of Plant Immunity
- 3 01:58 // Plants and Their Constant Battle Against Pathogens
- 4 03:16 // The Discovery of Plant Immunity – Harold Henry Flor’s Work
- 5 05:01 // Gene-for-Gene Relationship in Plant Defense
- 6 06:30 // The 1990s Breakthrough in Plant Immunity
- 7 08:09 // Molecular Mechanisms of Plant Defense
- 8 09:56 // Hypersensitive Response – Plant Cell Suicide as a Defense Mechanism
- 9 12:03 // How Plants and Humans Share Similar Immune Responses
- 10 14:36 // The Role of Salicylic Acid in Plant Immunity
- 11 17:07 // Why Plants Don’t Keep Their Immune System Always Active
- 12 19:24 // Evolutionary Similarities Between Plant and Human Immunity
- 13 21:08 // Salicylic Acid – From Plants to Aspirin
- 14 23:07 // How Plants Communicate Danger Through Volatile Signals
- 15 25:16 // Rapid Immune Responses – Closing Stomata to Block Infection
- 16 26:43 // The Underground Network – Mycorrhizal Fungi and Plant Communication
- 17 30:15 // Potential of Fungal Networks in Climate Adaptation
- 18 31:15 // Adaptive Immunity in Humans vs. Plants
- 19 32:51 // The Future of Plant-Based Antibodies
- 20 34:13 // Edible Vaccines – The Potential of Tomato-Based Immunization
- 21 36:00 // Engineering Plants for More Resilient Crops
- 22 37:30 // The Role of Plant Immunity in Global Food Security
- 23 39:01 // Advanced Genetic Engineering – Plant Sentinels for Disease Detection
- 24 42:26 // The Future – Can Plants Be Used to Detect Human Pathogens?
- 25 44:51 // Conclusion – Harnessing Plant Immunity for a Better Future
