Apple’s C3H Zinc Finger Genes Emerge as Candidate Switches Against Fungal Disease
A genome-wide computational study of apple has identified 60 C3H transcription factor genes and pinpointed several, including MdC3H16 and MdC3H37, ...
A genome-wide computational study of apple has identified 60 C3H transcription factor genes and pinpointed several, including MdC3H16 and MdC3H37, ...
A cross-stress transcriptomic reanalysis of Marchantia polymorpha shows that regulated cell-death-associated genes are recruited selectively within context-dependent stress-response networks, with ...
Researchers at Hainan University combined transcriptomics, network analysis, and machine learning to show how Bacillus safensis strain H23 primes tomato ...
A new crystal structure reveals how a single disulfide bond locks the plant immune peptide SCREW into a neck-ring-like shape ...
In a groundbreaking discovery poised to transform agricultural biotechnology, researchers have unveiled the intricate mechanisms by which plants transmit jasmonate ...
Recent advances in molecular plant pathology have unearthed new dimensions in understanding how crops respond to viral infections. Among these, ...
In an era where plant resilience stands as a crucial factor for ensuring global food security and sustainable agriculture, the ...
A groundbreaking study recently emerged from the vibrant realms of agricultural science, posing new insights into the fight against one ...
Bacterial pathogens present a substantial challenge to global agriculture, fundamentally threatening food security and crop viability. Traditional methods of control, ...
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© 2025 Scienmag - Science Magazine