Four Amino Acids Explain Why Wild Tomatoes Outsmart Their Deadliest Pest
An international study shows that changing four amino acids in a single tomato enzyme flips the 3D shape of a ...
An international study shows that changing four amino acids in a single tomato enzyme flips the 3D shape of a ...
A new prime editing system called SmartPE raises editing efficiencies up to 38-fold in dicot crops including tomato, soybean and ...
Two Burkholderia soil isolates from Taiwan significantly suppressed Fusarium wilt in greenhouse tomatoes, but silicon co-application failed to help and ...
A heterogeneity-aware meta-analysis of four public tomato RNA-seq datasets identified 5,681 drought-responsive candidate genes and profiled ten of them by ...
A greenhouse trial in Paraguay found that grafting two tomato cultivars onto the Woodstock rootstock raised fruit number and marketable ...
Machine-learning forecasts of air and leaf temperature in a commercial tomato greenhouse detected below-setpoint thermal events with average warning lead ...
Researchers coupled the AquaCrop crop model with a disturbance-trained deep reinforcement learning agent that cut simulated greenhouse tomato irrigation by ...
Overexpressing the VTE3 gene in tomato increased α-tocopherol accumulation in fruit and reduced reactive oxygen species under abiotic stress, a ...
An integrative study of cultivated and wild tomatoes under 45 °C heat found distinct stress strategies, with one cultivar retaining ...
A tomato plant study found that 2 millimolar sodium silicate improved growth, antioxidant defenses, and ionic balance under 75 and ...
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© 2026 Scienmag - Science Magazine