Genetic Markers Reveal How Licorice Roots Build Their Most Powerful Medicines
An international genotyping-by-sequencing study of 175 licorice accessions has identified 38,393 SNPs and 20 significant genetic associations with the medicinal ...
An international genotyping-by-sequencing study of 175 licorice accessions has identified 38,393 SNPs and 20 significant genetic associations with the medicinal ...
A new review in Frontiers in Zoology synthesizes the phylogeny, biogeography, genetic diversity, and adaptive evolution of treeshrews and charts ...
A new study in Heredity shows that carefully calibrated species distribution models can predict genome-wide genetic diversity and gene flow ...
A genome-scale analysis of Orientia tsutsugamushi reveals that single-gene markers poorly reflect whole-genome evolution and that the bacterium possesses an ...
An integrated morphological, biochemical and SSR marker study of West Bengal grasspea landraces has identified a near-toxin-free line and a ...
A twenty-one-year genomic study of a commercial sugar beet breeding program reveals that three-way hybrid breeding has driven strong differentiation ...
A new study of the rare Italian endemic herb Aegonychon calabrum and its widespread congener reveals unexpectedly high genetic diversity, ...
Ancient DNA from 183 fossils reveals that the woolly rhinoceros's greatest genetic diversity arose in temperate mid-latitude Eurasia rather than ...
A new genetic study of the cryptic South Asian frog Sphaerotheca maskeyi finds high within-population diversity, no significant divergence between ...
The first genome-wide study of New Zealand's feral Kaimanawa Horses reveals a mixed colonial heritage, dangerously low effective population size ...
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© 2025 Scienmag - Science Magazine