Fungal endophyte Epichloë poae shows a 50% decrease in mycelium growth rate with host plant age and successive generations in vitro.
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Moving in Applied and environmental microbiology, Fungal Biology, Trends in Microbiology, Biotechnology advances, Environmental pollution, Mycologia, Plant, Cell & Environment, Virulence.
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Fungal endophyte Epichloë poae shows a 50% decrease in mycelium growth rate with host plant age and successive generations in vitro.
Fungal biocontrol agents, including T. harzianum, decline significantly on ripe strawberry berries, with U. atrum becoming undetectable after field application.
Fungal and bacterial CAZymes effectively target pathogen cell walls, offering a promising, eco-friendly alternative to hazardous pesticides with potential for enhanced crop protection.
Penicillium overgrowth and microbial imbalance are linked to 100% fruiting body abortion in artificially cultivated Chinese cordyceps.
Environmental microbes at plant-atmosphere interfaces modify plant volatile signals, influencing insect communication and behavior across four key surfaces.
Bacteria employ four sophisticated strategies to recognize fungal competitors, including sensing cell wall molecules, chemical signals, contact-dependent mechanisms, and resource competition.
Fusarium xyrophilum pseudoflowers attract diverse insects and facilitate fungal dispersal by exploiting generalist insect sensory biases, with 50% of insects carrying fungal DNA.
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