New SNP Array Brings Affordable Genomic Breeding to Wheat, Barley and Oat
USDA-led researchers report a 9,468-SNP array covering wheat, barley and oat that achieves strong genotyping quality, supports cheaper multi-species processing ...
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 new review proposes the Pan-Genome to Pan-Phenome framework, a conceptual roadmap for translating hidden wheat genomic variation such as ...
A genomic study of sacred fir seedlings in central Mexico found subtle genetic signs of selection among the few that ...
A systematic review of 190 studies finds that drought-resilient soybean in Tanzania requires locally validated genetics, multi-environment testing, phenotyping capacity, ...
A study of 93 maize genotypes reported generally favorable genomic prediction performance from Bayesian models under optimal and phosphorus-deficient conditions.
A new review outlines how pangenomics, seascape genomics, and multi-omics can be integrated into a single pipeline to breed climate-resilient ...
A new review synthesizes the physiological and genetic factors regulating season-long biological nitrogen fixation in peanut, proposing a breeding framework ...
A new review argues that breeding drought-tolerant, nutrient-dense forage grasses and legumes requires plant scientists and animal nutritionists to work ...
Every oyster breeding program faces the same awkward problem: the animals that carry the most valuable genes are locked inside ...
© 2026 Scienmag - Science Magazine
© 2026 Scienmag - Science Magazine