Biotechnology and plant Pathology : current trends / Rosa M. Perez-Clemente, Vicente Vives [et al.]. -- New York : Magnum Publishing, c2016 .—(58.8438 /P438) |
Contents
Chapter 1 Biotechnological Approaches to Study Plant
Responses to Stress 1
Abstract 1
1. Introduction
1
2. Genomics
2
3. Proteomics
3
4. Metabolomics
4
5. Transgenic Approaches: From the Study of
Stress Tolerance Mechanisms in Plants to Crop Genetic Improvement 5
6. Conclusions
7
7. Acknowledgments 7
References 7
Chapter
2 Advances in Bacteriophage-Mediated
Control of Plant Pathogens 11
1. Introduction
2. Initial Phage Characterisation 12
3. Trials of Phage Biocontrol 13
4. Application
16
5. Conclusions and Future Directions 17
6. Acknowledgments 17
References 17
Chapter
3 Proteomics of Plant Pathogenic
Fungi 23
1. Introduction: Plant Parasitic Fungi 23
2. From Structural to Functional Genomics 27
3. Concluding Remarks 45
4. Acknowledgments 46
References 46
Chapter
4 Role of Elicitors in Inducing
Resistance in Plants Against Pathogen Infection: A Review 59
1. Introduction 59
2. Host Pathogen Interaction 60
3. Elicitors and Their Mode of Action 61
4. Commercialization 62
5. Conclusion
65
References 65
Chapter
5 Growing Uses of 2A in Plant
Biotechnology 69
1. Introduction
69
2. The 2A Story the End of the Beginning 70
3. 2A in Plant Biotechnology 74
4. Food For Thought 78
5. Acknowledgements 78
References 79
Chapter
6 Biotechnological Production of
Polyhydroxyalkanoates: A Review on Trends and Latest Developments 85
1. Introduction
85
2. Pha Producers Along With Their Ecological
Niches 86
3. Factors Influencing Pha Production and
Composition
4. Pha and Simultaneously Produced Metabolites 93
5. Discussion
94
6. Conclusion
95
7. Acknowledgments 95
References 95
Chapter
7 Viral Counter Defense X Antiviral
Immunity in Plants: Mechanisms For Survival
105
1. Introduction 105
2. The Importance of Silencing Pathways 107
3. RNA Silencing Suppression 108
4. Mechanisms of Suppression 112
5. Applications
115
6. Perspectives
117
7. Conclusions
117
8. Acknowledgements 117
References 117
Chapter
8 Biotechnology and Plant Disease
Control-Pole of RNA Interference 123
1. Introduction
123
2. Rnai in Plant Disease Management 125
3. Conclusions and Future Prospects 130
References 130
Chapter
9 Myco-Biocontrol of Insect Pests:
Factors Involved, Mechanism, and Regulation
137
Abstract 137
1. Introduction
137
2. Sources of Myco-Biocontrol Agents 137
3. Entomopathogenic Fungi 138
4. Bio-Management of Insect-Pests by
Entomopathogenic Fungi 138
5. Mode of Action of Entomopathogenic
Fungus 140
6. The Infection Process 141
7. Production of Toxins 142
8. Genetic Engineering Studies of Entomopathogenic
Fungi 142
9. Myco-Biocontrol Agents 143
10. Conclusions
143
References 143
Chapter
10 A Review on Biological Control of
Fungal Plant Pathogens Using Microbial Antagonists 147
Abstract 147
1. Introduction
147
2. Terminology
148
3. Interactions Between Plants and Beneficial
Microbes 149
3. Mechanisms of Biological Control 149
4. Competition
151
5. Methods of Application of Antagonists 152
6. Biocontrol of Different Fungal Pathogens 153
7. The Use of Compost as Biofertilizer 154
8. Commercialization of Biocontrol 155
9. Future Outlook 155
10. Conclusions
156
References 157
Chapter
11 Arabidopsis Flower Specific Defense
Gene Expression Patterns Affect Resistance To Pathogens 161
Abstract 161
1. Introduction
161
2. Materials and Methods 162
3. Results
164
4. Discussion
170
5. Author Contributions 171
6. Conflict of Interest Statement 172
7. Acknowledgment 172
References 172
Chapter
12 Synergisms Between Microbial
Pathogens in Plant Disease Complexes: A Growing Trend 177
1. introduction
177
2. Bacteria-Bacteria Interactions 180
3. Conflict of Interest Statement 184
4. Acknowledgments 184
References 184
Chapter
13 Detection of Seed Borne Pathogens
in Wheat: Recent Trends 191
1. Introduction
191
2. Conclusion
196
References 196
Chapter
14 Plant Pathogen Nanodiagnostic
Techniques: Forthcoming Changes? 201
Abstract 201
1. Introduction
201
2. Plant Pathogen Diagnosis Technologies 203
3. Nanobarcodes
207
4. Nanosensors
208
5. Conclusion
209
6. Acknowledgements 209
References 209
Citations 213
Index 215