How Plants Fine-Tune Their Water Channels to Survive Drought, Salt and Toxic Metals
A new review in Stress Biology details how plants regulate aquaporin water channels through stress-responsive transcription factors and rapid post-translational ...
A new review in Stress Biology details how plants regulate aquaporin water channels through stress-responsive transcription factors and rapid post-translational ...
A new review explains why biostimulants that shine in the greenhouse so often fail in cereal fields and maps out ...
A new study shows that combining biochar, superabsorbent polymer, and silicon in soil dramatically improves drought tolerance, growth, and photosynthesis ...
An integrated transcriptomic and proteomic study of two maize inbred lines has uncovered the genotype-specific gene networks, antioxidant defenses, and ...
New research shows that hydrogen sulfide boosts drought tolerance in Arabidopsis by simultaneously reshaping the splicing and persulfidation of the ...
A fungus never before recorded on Norfolk Island pines has been isolated from declining Gold Coast trees and shown in ...
Scientists in China have uncovered a microRNA-driven pathway in rice that controls a key antioxidant protein and shapes the plant's ...
A two-year Iranian field trial of fifteen cumin ecotypes shows the Afghani line maintains grain yield and the highest essential ...
A new BMC Plant Biology study traces the evolution of the GAPDH gene family across wheat species of different ploidy ...
A new study maps drought-induced metabolic shifts in two amaranth cultivars using gas chromatography–mass spectrometry combined with a novel stochastic ...
© 2025 Scienmag - Science Magazine
© 2025 Scienmag - Science Magazine