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Advances in Biochemical and Molecular Mechanisms of Plant–Pathogen Interaction

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16 June 2025

This book provides a complete and cohesive assessment of plant defence mechanisms in response to various biotic stresses. It also discusses the use of genetic engineering and molecular breeding to generate pathogen-resistant crops, as well as several case studies in the area. In addition, this work offers a path forward for dealing with impending issues. The study of host-pathogen interactions is concerned with the ongoing battle between plants and pathogens throughout their evolution which is generally complex. The appropriate updated information contained in this book, makes it a valuable source of knowledge for all those working in crop development as it presents a comprehensive picture of plant-pathogen interaction.
Key Features:
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Provides both fundamental and cutting-edge information on the molecular mechanisms underlying plant-pathogen interactions.
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Gives a comprehensive picture of the plant-pathogen interaction, from the microbe’s sensing to the molecular and biochemical changes that occur in plants to attain tolerance/resistance.
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Based on a thorough review of the literature, this book discusses all elements of pathogen detection, signalling and immunity.
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It lays out a strategy for dealing with impending issues and outlines specific steps to address them effectively.
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All chapters will be provided with relevant figures, and the discussion and arguments will be supported by data tables with pertinent references.

TECHNOLOGY & ENGINEERING / Agriculture / Sustainable Agriculture, Sustainable agriculture, TECHNOLOGY & ENGINEERING / Agriculture / Agronomy / Soil Science, TECHNOLOGY & ENGINEERING / Pest Control, Soil science and management, Agronomy and crop production

Preface
Acknowledgements
Editor biographies
List of contributors
1 The arms race of plants and pathogens: an introduction
2 Surveillance at the surface: pattern-and-damage-triggered immunity in plants
3 Fine-tuning the responses: role of phytohormones and their crosstalk in plant defence
4 Secret of success: effector-triggered host susceptibility by phytopathogens
5 Eliminating the enemy: effector-triggered host immunity to combat infection
6 Silencing the enemy: role of RNAi-based immunity in plants
7 Remembering the attack: role of epigenetic modifications and their inheritance in plant defence
8 Players in action: role of metabolites in plant defense
9 Fast-forward to molecular and mutation breeding for developing disease-resistant varieties
10 Impact of plant disease management in mitigating global food security
11 Major protein families involved in plant defence