Titlebook: Biotechnological Advances for Disease Tolerance in Plants; Kashmir Singh,Ravneet Kaur,Rupesh Deshmukh Book 2024 The Editor(s) (if applicab

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watertight,

Harness

Imperative Role of ,-Genes and Associated Molecular Mechanisms in Plant Disease Resistance,ich plants have evolved Effector Triggered Immunity (ETI), which is the second layer of defense and involves the expression of resistance genes (.-genes). The first ever .-gene was cloned from . following where several others were cloned from model and crop plants which have revealed the occurrence

外向者

Nonflammable

緯線

Implication of Phytohormonal Signaling and Their Molecular Cross Talk During Disease Resistance in he absence of stress and lessen the chance that prospective assailants would figure out how to counteract the plants’ biochemical defense system, plants evolved a hormone-based defensive mechanism. Plants that have been primed are more receptive to future pathogen assaults. Priming is a comparativel

chandel

Integrated Omics Approaches for Plant Disease Resistance,uld serve the purpose of identifying specifically trait-oriented genes complemented with resistance against the pathogen. These findings when combined with genome editing can boost the defense system of the host plant against pathogenic invasions and result in desired agronomic and yield traits.

GORGE

Biotechnological Tools for Disease Diagnostic,ng-based molecular diagnostic approaches have proved to be excellent choices for phytopathogen detection. But these techniques are laborious, time-consuming, and costly and need well-equipped laboratories and trained personnel. Therefore, new tools for point-of-care diagnostics that are rapid, speci

Subdue

障礙物

Genome-Editing Advances for Disease Resistance in Plants, of the precise gene editing systems which has opened up new possibilities of gene editing for crop improvement with desired traits. In this chapter, various gene editing approaches and their advancements along with the applications have been discussed.