| 1 | Genetics of Plant Disease: Variability | [1] p. 128-133 |
| 2 | Genetics of Plant Disease: Types of plant resistance, R genes for resistance, the gene-for-gene concept | [1] p. 134-142 |
| 3 | How pathogens attack plants | [1] p. 177-191 |
| 4 | How plants defend themselves against pathogens: R gene or vertical resistance | [1] p. 208-212 |
| 5 | Induced Resistance types and definitions, structural defenses | [1] p. 213-214; [2] p. 1-8, 106-109 |
| 6 | Agents that can elicit induced resistance | [1] p. 213-241, [2] p. 11-30 |
| 7 | Induced structural and biochemical defenses: signal transduction | [1] p. 213-241, [2] p. 55-71 |
| 8 | Induced biochemical defenses : Phytoalexins, Hypersensitive response, PR proteins | [1] p. 213-241, [2] p. 109-125 |
| 9 | Microbial Induction of Resistance to Pathogens | [1] p. 213-241, [2] p. 149-163 |
| 10 | Defense through breeding disease-resistant plants: Sources of resistance and screening | [4] p. 90-119 |
| 11 | Defense through breeding disease-resistant plants: Methods of breeding resistance | [4] p. 121-154 |
| 12 | Defense through genetically engineering disease-resistant plants | [1] p. 242-243; [3] p. 185-209 |
| 13 | Defense through genetically engineering disease-resistant plants | [1] p. 242-243; [3] p. 185-209 |
| 14 | Defense through RNA silencing by pathogen-derived genes | 1] p. 244-272; [3] p. 35-60 |