Rice Plants Broadcast Their Defenses as Electrical Signals Scientists Can Now Read
Chinese researchers have shown that simple electrical measurements of rice leaves can identify which pest is attacking, track the plant's ...
Chinese researchers have shown that simple electrical measurements of rice leaves can identify which pest is attacking, track the plant's ...
A triple-omics study of infected barley heads shows that genes, proteins and metabolites all converge on a tryptophan- and phenylalanine-driven ...
A protoplast-based CRISPR activation screen has revealed OsTV1, a papillae-specific receptor kinase that boosts silicon-mediated defenses and confers broad-spectrum fungal ...
A new Nature study reveals how salicylic acid receptors activate plant defense genes through the Mediator subunit MED15A while simultaneously ...
A new transcriptomic study reveals how Trichoderma asperellum and T. gamsii reprogram melon root defense genes and suppress Fusarium pathogen ...
New research identifies the ER-localized cell death regulator BI-1 as a key executor of Arabidopsis resistance to Phytophthora parasitica, controlled ...
Researchers have identified the tomato transcription factor SlTCP16 as a positive regulator of immunity against bacterial speck disease, showing that ...
Three independent structural studies reveal that the plant receptor NUT recognizes the disulfide-locked cyclic loop of SCREW phytocytokines and recruits ...
UK-led researchers have bioengineered tandem kinase immune receptors to recognise multiple blast fungus effectors, opening a path to durable resistance ...
A new review details how small RNA molecules travel between plants, fungi, bacteria, and viruses to regulate genes across kingdoms, ...
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© 2025 Scienmag - Science Magazine