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CRISPR-enabled Combinatorial Resistance Gene Assembly Systems

Agriculture Plant Pathology

Disease Resistance Gene Stacking Breeding Programs

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Epistatic Interactions in Pyramided Resistance Loci Genomic Selection Strategies for Accelerated Resistance Stacking Pathogen Adaptation Mechanisms Against Stacked Resistance Genes Transcriptomic Profiling of Stacked Resistance Gene Expression Pleiotropic Effects and Agronomic Trade-offs in Resistant Stacks Durable Resistance Architecture Through Evolutionary Game Theory Metabolomic Integration in Stacked Resistance Phenotyping Quantitative Trait Loci Mapping for Polygenic Resistance Pyramiding Microbiome Interactions with Stacked Resistance Gene Phenotypes

Agriculture Plant Pathology › Disease Resistance Gene Stacking Breeding Programs

CRISPR-enabled Combinatorial Resistance Gene Assembly Systems

This study develops CRISPR-based genome engineering platforms for precise construction and testing of synthetic resistance gene stacks in model and crop species. The technology enables rapid generation of factorial combinations to identify optimal pyramiding strategies at the molecular level.

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