Tag: quantitative trait loci

A new 84,661-locus wheat SNP array, anchored to a telomere-to-telomere reference genome, enabled researchers to map 62 loci for dough ...

Researchers have mapped 26 quantitative trait loci for sheath blight resistance from wild rice, identifying key genetic regions on chromosome ...

Researchers have developed RSparsePro, a probabilistic graphical model that performs robust genetic fine-mapping in the presence of linkage disequilibrium mismatch.

A scientific review details how multi-parent populations integrated with pan-genomics, multi-omics, and artificial intelligence provide a predictive framework for developing ...

A genetic analysis of rapeseed reveals that alleles promoting seed vigor during water deficits switch to unfavorable effects under optimal ...

A comprehensive meta-QTL analysis integrating 23 studies identified 97 stable genomic regions and 68 candidate genes controlling agronomic traits and ...

A new perspective argues that genomics has shifted from a specialized pursuit of well-funded labs to a routine tool now ...

A new narrative review concludes that peanut genotypes resistant to aflatoxin in laboratory tests lose their advantage without rapid drying ...

A multi-omics study of 191 wheat accessions associated a sucrose-synthase gene and carbohydrate metabolism with yield stability and low-nitrogen tolerance.

Rosemary crossbreeding and SSR marker screening produced seven candidate germplasm resources with denser glandular trichomes, while several lines also had ...

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 ...

New data contributes to knowledge about molecular mechanisms underlying human traits and diseases Irvine, CA - June 1, 2021 - ...