Fungal Enzyme Modification Controls Purine Metabolism in Verticillium Wilt
Researchers found that the S-acyltransferase VdERF2 modifies the purine metabolism enzyme VdHIUH in Verticillium dahliae, linking protein fatty-acylation to fungal ...
Researchers found that the S-acyltransferase VdERF2 modifies the purine metabolism enzyme VdHIUH in Verticillium dahliae, linking protein fatty-acylation to fungal ...
A field study in Ethiopia identified ten Striga-resistant sorghum genotypes with high grain yields, revealing strong genetic correlations between parasitic ...
A new review in Crop Health details how the RALF peptide and FERONIA receptor kinase pair coordinates plant growth, reproduction, ...
A new review details how the m6A RNA modification acts as both an antiviral defense and a viral exploitation tool ...
A comprehensive review reveals how aphids exploit plant sap through symbiotic bacteria, salivary effectors, and osmoregulatory adaptations, and identifies nutritional ...
A new review in Stress Biology details how phytohormone signaling, salivary effectors, and transcription factor networks shape the molecular arms ...
In recent years, the complexities surrounding the study of evolution have posed significant challenges for researchers seeking to elucidate how ...
© 2025 Scienmag - Science Magazine
© 2025 Scienmag - Science Magazine