Cold-Proof Rice: Single Gene Discovery Could Shield Crops From Chilling Damage
Researchers have identified the rice gene OsERF5 as a positive regulator of seedling cold tolerance, linking gibberellin signalling to antioxidant ...
Researchers have identified the rice gene OsERF5 as a positive regulator of seedling cold tolerance, linking gibberellin signalling to antioxidant ...
A genome-wide study has identified 48 polysaccharide lyase genes in soybean and revealed how key members respond to salt, cadmium, ...
Researchers have identified 23 FTIP genes in alfalfa and shown that MsFTIP1 interacts directly with the florigen protein MsFT to ...
Scientists engineered maize to produce stachyose by introducing an Arabidopsis stachyose synthase gene, extending the raffinose family oligosaccharide pathway and ...
New research shows the essential splicing factor BRR2a doubles as a repressor that keeps stress-inducible genes silent in Arabidopsis until ...
A new review reveals that entomopathogenic fungi, long valued as insect biocontrol agents, also act as endophytes that boost crop ...
A comprehensive review details how plant growth promoting rhizobacteria enhance crop growth through nutrient solubilization, phytohormone production, and induced disease ...
A new study traces the evolutionary origin of ERF-VII stress genes across 14 plant lineages and identifies CsRAP2.2 as a ...
Untargeted metabolomics reveals that the salt-tolerant rice introgression line JN100 survives salinity by reprogramming antioxidant, nitrogen, and shikimate metabolism and ...
A pan-genome analysis of 26 maize lines has identified 13 Zm4CL genes and revealed how structural variation shapes their expression ...
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© 2025 Scienmag - Science Magazine