Scientists Discover a Gene That Pre-Arms Wheat Against Salt Stress
Researchers have identified the wheat gene TaSTG4B, which enhances salt tolerance by pre-arming antioxidant and photosynthetic defense pathways before stress ...
Researchers have identified the wheat gene TaSTG4B, which enhances salt tolerance by pre-arming antioxidant and photosynthetic defense pathways before stress ...
Scientists transferred a stress-defense gene from the radiation-resistant bacterium Deinococcus radiodurans into soybean, producing plants with triple the survival rate ...
A controlled greenhouse study of Vietnamese rice finds that irrigation water salinity of only about 1.4 parts per thousand triggers ...
A controlled pot study found that exogenous glycine betaine, optimally at 40 mmol per liter, markedly improved drought tolerance, antioxidant ...
Carbon nanoparticles applied to soil help okra survive drought while multiplying the flavonoids responsible for its antioxidant, antibacterial, and anti-fibrotic ...
A sixteen-year Chinese field experiment shows that returning both wheat and maize straw to lime concretion black soil each year ...
A two-year field trial in saline farmland found that combining mid-range organic fertilizer with a 500-fold foliar biostimulant cut root-zone ...
Researchers have sprayed beta-phase silver vanadate nanorods onto greenhouse plastic to convert unused green sunlight into red light, significantly boosting ...
A Nature Plants highlight describes how singlet oxygen triggers MBS1 protein condensates that shield chloroplasts from excess light, and how ...
A two-year field study shows that foliar lanthanum sprays partially restore photosynthesis, activate carbohydrate metabolism genes, and improve seed nutrient ...
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© 2025 Scienmag - Science Magazine