Cheap 3D Sensors Could Transform How Rice Disease Is Measured
A new study shows that a low-cost 3D multispectral sensor combined with machine learning can classify rice bacterial blight severity ...
A new study shows that a low-cost 3D multispectral sensor combined with machine learning can classify rice bacterial blight severity ...
A genome-wide association study of 400 North-East Indian rice landraces has identified resistance loci and candidate immune genes for the ...
A new review synthesizes evidence that alternative splicing and long non-coding RNAs form an integrated RNA regulatory network that underpins ...
Chinese researchers have identified a novel rice locus, qNUE6, and pinpointed the nitrate transporter gene OsNRT1.2 as a positive regulator ...
A time-series transcriptome study reveals that rice mounts a rapid, two-phase genetic defense after wounding, driven by jasmonate and peptide ...
A new review in Plant Cell Reports maps how the benzoxazinoid defense pathway evolved differently across maize, wheat, and rice, ...
A plant-specific deep learning model called DeepGreenGO combines protein language model embeddings with graph neural networks to predict Gene Ontology ...
A new review details how CRISPR-based multiplex genome editing is enabling breeders to stack disease resistance, yield and quality traits ...
An integrative genomics study has consolidated hundreds of rice metal-stress QTLs into 79 high-confidence intervals and 98 candidate genes, revealing ...
A redox-controlled monomer-to-oligomer switch in the rice protein OsCBSX3 tunes hydrogen sulfide production to balance immunity against bacterial blight with ...
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© 2025 Scienmag - Science Magazine