# Precision targeting: The dawn of artificially customized disease resistance

## TL;DR

New methods in plant immunity are enabling customized disease resistance for better crop protection and food security.

## Contribution

The paper introduces novel bioengineering approaches for precision-targeted disease resistance in plants.

## Key findings

- Bioengineered immunoreceptors can be used to customize plant disease resistance.
- Protease-triggered resistance and the sentinel approach are new strategies for crop protection.
- These innovations offer a precision-targeted paradigm for managing plant diseases.

## Abstract

Advanced plant disease management strategies are essential to sustainable agriculture and global food security. Advances in plant immunity have given rise to a variety of innovative disease control strategies, such as NLR gene transfer, RNA silencing technology, and CRISPR/Cas9-based gene disruption, as well as the use of immunity inducers. Recently, several novel resistance strategies, including the bioengineering of immunoreceptors, protease-triggered resistance design, and the sentinel approach, have enabled the customized development of disease resistance traits. These new approaches envisage a new paradigm of precision-targeted, artificially engineered resistance to enhance crop protection.