Transformer-based model outperforms CNNs in tomato disease detection study
A new study in Neural Computing and Applications compares five deep learning models for tomato disease detection, finding that the ...
A new study in Neural Computing and Applications compares five deep learning models for tomato disease detection, finding that the ...
New research shows that editing strigolactone transporter genes in sorghum and tomato can suppress parasitic weeds by up to 94 ...
A Boyce Thompson Institute study maps the genetic switches that distinguish cultivated tomatoes from wild relatives, pinpointing targets for breeding ...
A new review details how CRISPR-based multiplex genome editing is enabling breeders to stack disease resistance, yield and quality traits ...
Researchers have identified the tomato transcription factor SlTCP16 as a positive regulator of immunity against bacterial speck disease, showing that ...
Researchers at Guangxi University identified twelve YUCCA auxin biosynthesis genes in mango and showed that overexpressing MiYUCCA10A/B drives early flowering, ...
A full factorial coalescence experiment on tomato roots shows that rhizosphere microbial communities form a continuous compositional landscape shaped jointly ...
Soaking tomato seeds in melatonin before sowing significantly improves seedling tolerance to cadmium contamination and drought stress by boosting antioxidant ...
Chitosan-coated silver nanoparticles synthesized with Calotropis procera leaf extract fight tomato bacterial pathogens and prime plant defenses at low doses, ...
A Fusarium-specific transcription factor called FolSrz1 enables the tomato wilt fungus to resist oxidative stress and cause disease by maintaining ...
© 2025 Scienmag - Science Magazine
© 2025 Scienmag - Science Magazine