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Fungal-Plant Coevolution and Host Specificity Mechanisms

Agriculture

Mycology & Fungal Disease Management Research

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Fungal Pathogen Genomics and Virulence Factor Identification Mycotoxin Biosynthesis Pathways and Secondary Metabolite Regulation Antifungal Resistance Evolution and Fungicide Resistance Genomics Endophytic Fungi and Microbial Biocontrol Agent Discovery Fungal Spore Dispersal Ecology and Disease Epidemiology Modeling Plant Immune Response Mechanisms Against Fungal Pathogens Fungal Enzyme Secretomes and Plant Cell Wall Degradation Mechanisms Climate Change Impacts on Fungal Disease Geographic Range Expansion Metagenomic Characterization of Soil Fungal Communities and Disease Suppressiveness

Agriculture › Mycology & Fungal Disease Management Research

Fungal-Plant Coevolution and Host Specificity Mechanisms

This research examines the evolutionary dynamics and molecular bases of host-pathogen interactions that determine fungal specialization on specific crop species through experimental evolution and population genomics. Findings advance understanding of recognition mechanisms, compatibility factors, and coevolutionary arms races that shape disease susceptibility patterns across agricultural systems.

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