Fungal Allies Decoded: How Trichoderma Rewires Melon Roots to Defeat Fusarium Wilt
A new transcriptomic study reveals how Trichoderma asperellum and T. gamsii reprogram melon root defense genes and suppress Fusarium pathogen ...
A new transcriptomic study reveals how Trichoderma asperellum and T. gamsii reprogram melon root defense genes and suppress Fusarium pathogen ...
A multi-omics study of nearly a thousand pigs identifies MC1R, KIT, CORIN and a TYRP1 regulatory element as key players ...
A multi-omics study of Dendrobium nobile shows that the expression of a single gene, G8H, redirects metabolic flux between anthocyanin ...
A comparative RNA-sequencing study of phosphorus-efficient and phosphorus-inefficient mungbean genotypes has identified candidate genes, including a cell-wall-remodeling polygalacturonase and a ...
Researchers have discovered that the transcription factor FgMetR physically interacts with the kinase Fgk3 in Fusarium graminearum, jointly controlling fungal ...
The first whole transcriptome analysis of bovine ocular squamous cell carcinoma in Hereford cattle reveals overexpressed genes driving keratinization, inflammation, ...
New research in mice shows that iodine-125 seed brachytherapy disrupts the gut microbiome in ways tightly linked to host gene ...
A stage-resolved transcriptome atlas of rice flag leaves reveals two waves of gene reprogramming during grain filling that coordinate defense ...
A new study maps 208 circular RNAs in rice and reveals a predicted regulatory network that may coordinate the crop's ...
An integrated BSA-seq and RNA-seq study has identified eight candidate genes, including GmEXPA23 and GmWRI1, that control plant height in ...
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© 2026 Scienmag - Science Magazine