AI Networking Cookbook: Practical recipes for AI-assisted network automation and development
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Evidence is provided that virulence is maintained in P. nodorum lacking three NEs by an epistatic and compensatory effector network, underpinned by changes in pathogen gene expression, which may provide a more tractable route to host resistance.
A preliminary study highlights the potential diversity within the Australian Bgt population and emphasises the importance of continuous monitoring to support the effective deployment of resistance resources, ultimately reducing reliance on fungicides.
It is shown that the understudied bZIP transcription factor PnAda1 is an important downstream component of this PnPf2-regulatory network, and current understanding of the transcriptional network underlying virulence, metabolism and stress adaptation in an important fungal wheat pathogen is expanded.
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