Genomic Selection Models Predict Wheat Baking Quality Years Earlier, New Study Shows
A twelve-year study of hard red spring wheat shows that both conventional two-step and single-step reaction norm genomic selection models ...
A twelve-year study of hard red spring wheat shows that both conventional two-step and single-step reaction norm genomic selection models ...
A new review in Stress Biology details how quinoa's extraordinary salt, drought, and cold tolerance, now backed by reference genomes, ...
A multi-location genome-wide association study of 182 soft red winter wheat lines in Georgia has identified dozens of QTL, including ...
A genomic analysis of 5,859 commercial pigs reveals that runs of homozygosity, a DNA-based measure of inbreeding, are associated with ...
Researchers have developed a low-cost 10,000-marker SNP array that matches a high-density platform in identifying croaker populations, reconstructing pedigrees and ...
A genome-wide association study of 397 diverse sugarcane accessions has identified dozens of DNA markers and candidate genes linked to ...
A three-layer omics study of lactating sows shows that gut microbiome responses to heat stress follow a shared temporal reorganization ...
A decade-long analysis of Ohio State's wheat breeding program reveals that just three rounds of field selection shifted allele frequencies ...
Stochastic simulations of a 30-year rice breeding program show that applying genomic prediction to individual traits before constructing a Pesek–Baker ...
A new study in Theoretical and Applied Genetics shows that GWAS-prioritized marker panels can match or beat full SNP sets ...
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© 2026 Scienmag - Science Magazine