Gene pyramiding stacks resistance genes to shield rice from devastating diseases
A new review details how stacking multiple resistance genes with marker-assisted selection is producing rice lines that withstand bacterial leaf ...
A new review details how stacking multiple resistance genes with marker-assisted selection is producing rice lines that withstand bacterial leaf ...
A genome-wide study of 318 Eastern European barley accessions has uncovered known and potentially new genetic sources of leaf rust ...
A genome-wide association study of 539 wheat accessions has identified four genetic loci and two candidate genes linked to tolerance ...
Wild populations of Forsythia suspensa, a traditional Chinese medicinal shrub, have long been harvested for their dried fruit, known as ...
A genome-wide association study of 287 wild and synthetic wheat genotypes has identified stable genomic regions and 11 candidate genes ...
Researchers have identified a novel dominant wheat gene, SbWE35, on chromosome 4BL that, together with the known gene Sb3, controls ...
A genome-wide association study of a synthetic hexaploid wheat mapping population has identified 37 markers linked to tan spot resistance, ...
Researchers sequenced the ZmZIP10 transporter gene across 25 indigenous Sudanese maize accessions, revealing extensive variation linked to wide natural differences ...
Researchers have fine-mapped a wheat powdery mildew resistance locus to an 880-kilobase interval on chromosome 4B, identified an MLO candidate ...
Researchers combined linkage mapping and association analysis in maize to identify the β-amylase 4 gene Zm00001d039265 and a single SNP ...
© 2025 Scienmag - Science Magazine
© 2025 Scienmag - Science Magazine