AI Networking Cookbook: Practical recipes for AI-assisted network automation and development
TL;DR
It is revealed that the PdEch1 gene is closely associated with conidial formation and oxidative stress tolerance in P. digitatum, providing a reference for the development and screening of target sites for novel fungicides.
The results suggest that TrcrtB and phytoene are critical for development, stress tolerance and pathogenicity of T. roseum and highlight the roles of TrcrtB and phytoene in the pathogenic fungus T. roseum.
Findings suggest that 1OH-PHZ potentially binds to PLPDT, thereby disrupting amino acid metabolism and biosynthesis, which subsequently affects the synthesis and morphological development of the fungal cell wall and cell membrane.
It is demonstrated that PdCP1 acts as a potent protein elicitor, providing a novel and sustainable strategy for controlling postharvest decay via an induced resistance.
How stress-induced metabolic reprogramming in cardoon calli, underpins the growth–defense trade-off and contributes to stress resilience is discussed by focusing on how metabolic reprogramming in cardoon calli contributes to stress resilience.
The study demonstrated that F. graminearum uses various strategies to overcome the biotic stress associated with BCAs, including the upregulation of the brefeldin A resistance gene (FGSG_02870), which encodes an antifungal compound that inhibits the growth of BCA cells.
This study systematically characterizes the resistance regulatory network of F. graminearum against pydiflumetofen, and provides theoretical guidance for the rational application and sustainable field resistance management of this fungicide.
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