| 505 |
|
|
|a Basic Principles for Plant Disease Control,
Fungicides and Bactericides May Have Risks for Other Living Beings,
The Difference Between Natural and Agricultural Ecosystems,
Decline of Defense Function in Cultivated Plants,
Understanding of Pathogenicity, the Basis for Plant Disease Control,
Pathogens and Pathogenicity,
Evolutional Aspects of Plant Pathogens,
Variation and Specialization of Pathogenicity,
Factors Causing Variation of Pathogenicity,
What is Pathogenicity,
Resistance of Plants Against Pathogens,
Resistance is the Rule and Susceptibility is the Exception,
Static Resistance Equals Constitutional Resistance,
Dynamic Resistance Equals Active Defense Equals Induced Resistance,
Defense and Offense Between Higher Plants and Microbes and the Mechanism,
Mechanism of Elicitation of Defense Reaction in Plants,
Suppression of Defense Reaction of Host Plants by Compatible Pathogens,
Detoxification of Phytoalexins by Pathogenic Fungi,
Disease Control Agents Based on Knowledge of Pathogenicity and Disease Resistance,
Disease of Cultivated Plants and Fungicides,
Compounds Which Inactivate Pathogenicity,
Increase in Resistance of Cultivated Plants,
Systemic Induced Resistance as a Tool for Disease Control,
Biological Control of Virus Diseases by Attenuated Virus Strains,
Biological Control of Fungal Diseases by Avirulent Strains,
Mechanisms of Systemic Induced Resistance,
Biotic Signal Molecules for Induction of Systemic Resistance,
Abiotic and Synthetic Signal Compounds That Induce Systemic Resistance,
Biotechnology for Plant Disease Control,
Basic Techniques for Genetic Recombination,
Transformation of Recombinant DNA,
Reproduction and Regeneration of Transgenic Plant Cells,
Reproduction of Transgenic Plants Resistant to Virus Diseases,
Production of Transgenic Plants Resistant to Bacterial Diseases,
Production of Transgenic Plants Resistant to Fungal Pathogens,
Other Means of Engineering Disease Resistance,
|