P. agathidicida employs a largely conserved infection gene set across gymnosperm and angiosperm hosts, with 1129 core genes upregulated in both A. australis and N. benthamiana.
- Open access
Plant Pathogens and Resistance
Moving in Plant Physiology and Biochemistry, bioRxiv, Plant, Cell & Environment, Current Biology, Fungal Biology, Nature Communications, Nature Reviews Microbiology.
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Latest in Plant Pathogens and Resistance
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Selecting 11 potato cultivars with high microbiome interactive traits enhances plant growth and resilience, supporting sustainable agriculture with reduced chemical inputs.
- Open access
- 4 cites
A CENH3-based immunostaining method accurately distinguishes potato ploidy levels with clear signals and robust quantification across multiple genotypes.
- Open access
MtTCTP3 acts as a positive regulator of nodulation, with overexpression increasing nodule formation by 50% and silencing reducing nodules and nitrogenase activity in Medicago truncatula.
- Open access
Silencing Spo12903 confirms it as the functional gene underlying RPF1, providing key insights into spinach resistance to downy mildew caused by Peronospora effusa.
- Open access
A European ash pangenome uncovers 362,965 structural variants and identifies genetic markers linked to low ash dieback susceptibility in over 1,200 trees.
- Open access
Humidity-activated cis-regulatory elements enable potato plants to resist late blight without growth penalties, demonstrating a novel environmental-responsive gene regulation strategy.
Proteomic and phospho-proteomic analysis reveals that potato defense responses to Phthorimaea operculella involve significant protein regulation, with 60 DEPs and 56 DPPs identified within 5 hours of attack.
- Open access
Climate extremes like heatwaves and droughts significantly increase pathogen virulence and disrupt plant microbiomes, heightening disease risks under climate change.
- 5 cites
Microbe-based and molecular strategies boost plant resilience, with microbial consortia and gene editing improving disease resistance under climate stress.
- Open access
- 1 cites
StMKK9 enhances potato tuber formation and cold tolerance, promoting early tuberization and reducing cold-induced oxidative damage in potato plants.
- Open access
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