Tag: GWAS

USDA-led researchers report a 9,468-SNP array covering wheat, barley and oat that achieves strong genotyping quality, supports cheaper multi-species processing ...

A new 20,361-SNP genotyping array combined with machine learning models predicts crude protein, fat, moisture, amino acid, and fatty acid ...

A Nature Genetics analysis estimated that TWAS assigns the wrong effect direction to 23% of plasma-protein associations and 33% of ...

A meta-analysis of 8,461 Native Hawaiians and Samoans identified 25 significant genetic associations across 13 cardiometabolic traits, including a strengthened ...

A multi-isolate association study in synthetic hexaploid wheat found a chromosome 3D region linked to reduced blotch necrosis against four ...

Manc-COJO combined ancestry-specific GWAS results and linkage disequilibrium data to reduce false-positive selections in simulations and lipid-trait analyses, with comparable ...

A new study combines Mendelian randomization with mouse experiments to link specific gut bacteria, including Parabacteroides goldsteinii and Alistipes shahii, ...

A genome-wide study of 318 Eastern European barley accessions has uncovered known and potentially new genetic sources of leaf rust ...

The logic underlying Mendelian randomization deserves a closer look, because it explains why the new findings carry more weight than ...

The rainbow trout study adds to a growing body of work showing that the cellular architecture of muscle, rather than ...

A genome-wide association study of 539 wheat accessions has identified four genetic loci and two candidate genes linked to tolerance ...

A new review synthesizes genetic and epigenetic evidence showing that endurance performance is a polygenic, dynamically regulated trait shaped by ...

A bidirectional Mendelian randomization study using genetic variants as instruments identifies five microbial taxa with potential causal links to irritable ...

Researchers identified and validated FLBOA9 as a negative regulator of functional leaf angle in rice, opening a path to compact ...

A genome-wide association study of 287 wild and synthetic wheat genotypes has identified stable genomic regions and 11 candidate genes ...

A genome-wide association study of 334 barley accessions combined with spatiotemporal transcriptomics reveals that asymmetric carbon metabolism during grain filling ...

A genome-wide association study of 536 Tianzhu White Yaks has identified 366 significant SNPs and 32 candidate genes linked to ...

A large-scale analysis of TOPMed RNA sequencing data shows that most genes are controlled by multiple independent regulatory switches that ...

Researchers have identified the wheat gene TaSTG4B, which enhances salt tolerance by pre-arming antioxidant and photosynthetic defense pathways before stress ...

A genome-wide association study of nearly 1,500 bread wheat accessions has identified six robust genomic loci and five favorable alleles ...