Preface | |
Introduction: Basic Principles for Plant Disease Control | p. 1 |
Fungicides and Bactericides May Have Risks for Other Living Beings | p. 1 |
The Difference Between Natural and Agricultural Ecosystems | p. 2 |
Decline of Defense Function in Cultivated Plants | p. 3 |
Understanding of Pathogenicity, the Basis for Plant Disease Control | p. 5 |
Pathogens and Pathogenicity | p. 9 |
Evolutional Aspects of Plant Pathogens | p. 9 |
Variation and Specialization of Pathogenicity | p. 13 |
Factors Causing Variation of Pathogenicity | p. 14 |
What is Pathogenicity? | p. 15 |
Resistance of Plants Against Pathogens | p. 45 |
Resistance is the Rule and Susceptibility is the Exception | p. 46 |
Static Resistance Equals Constitutional Resistance | p. 46 |
Dynamic Resistance Equals Active Defense Equals Induced Resistance | p. 58 |
Defense and Offense Between Higher Plants and Microbes and the Mechanism | p. 81 |
Mechanism of Elicitation of Defense Reaction in Plants | p. 82 |
Suppression of Defense Reaction of Host Plants by Compatible Pathogens | p. 91 |
Detoxification of Phytoalexins by Pathogenic Fungi | p. 101 |
Disease Control Agents Based on Knowledge of Pathogenicity and Disease Resistance | p. 111 |
Disease of Cultivated Plants and Fungicides | p. 111 |
Compounds Which Inactivate Pathogenicity | p. 116 |
Increase in Resistance of Cultivated Plants | p. 127 |
Systemic Induced Resistance as a Tool for Disease Control | p. 143 |
Biological Control of Virus Diseases by Attenuated Virus Strains | p. 144 |
Biological Control of Fungal Diseases by Avirulent Strains | p. 146 |
Mechanisms of Systemic Induced Resistance | p. 148 |
Biotic Signal Molecules for Induction of Systemic Resistance | p. 153 |
Abiotic and Synthetic Signal Compounds That Induce Systemic Resistance | p. 157 |
Biotechnology for Plant Disease Control | p. 163 |
Basic Techniques for Genetic Recombination | p. 164 |
Transformation of Recombinant DNA | p. 165 |
Reproduction and Regeneration of Transgenic Plant Cells | p. 166 |
Reproduction of Transgenic Plants Resistant to Virus Diseases | p. 167 |
Production of Transgenic Plants Resistant to Bacterial Diseases | p. 171 |
Production of Transgenic Plants Resistant to Fungal Pathogens | p. 173 |
Other Means of Engineering Disease Resistance | p. 174 |
Index | p. 179 |
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