ZmGLN5 validated as candidate gene for maize ear rot resistance
Genetic, transcriptomic and mutagenesis analyses identify ZmGLN5 as a key candidate gene associated with resistance to Gibberella ear rot in ...
Genetic, transcriptomic and mutagenesis analyses identify ZmGLN5 as a key candidate gene associated with resistance to Gibberella ear rot in ...
A review identifies starch structure, the waxy gene, resistant starch and grain-matrix interactions as molecular routes toward lower-glycemic-index rice, with ...
A genome-wide association study of 539 wheat accessions has identified four genetic loci and two candidate genes linked to tolerance ...
Researchers identified and validated FLBOA9 as a negative regulator of functional leaf angle in rice, opening a path to compact ...
A massive genomic study of 904 sorghum varieties reveals that grain filling duration and kernel weight share overlapping genetic controls, ...
A new genetic study shows that melon fruit sweetness arises from the additive effects of multiple loci rather than a ...
A modified North Carolina Design III mapping study in maize has identified 14 major QTLs and new candidate genes underlying ...
An integrated genetic mapping study in a 530-line multi-parent maize population has prioritized four candidate genes controlling kernel number per ...
A genome-wide association study of 34,497 German Holstein cows has identified variants on bovine chromosomes 14, 18, and 19 associated ...
A new review details the five types of wheat resistance to Fusarium head blight, the cloned genes Fhb1 and Fhb7, ...
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© 2025 Scienmag - Science Magazine