Hairy Bittercress Conquers Japan’s Temperature Gradient With Four Genetic Clusters
A genomic study of the invasive plant Cardamine hirsuta in eastern Japan reveals four genetic clusters with distinct climatic associations, ...
A genomic study of the invasive plant Cardamine hirsuta in eastern Japan reveals four genetic clusters with distinct climatic associations, ...
A new review outlines how population genomics, species distribution modeling, and landscape genetics can be integrated to design area-wide tsetse ...
A new Science study of 1,050 Polynesian genomes shows that nested founder effects from ancient ocean voyaging shaped the genetic ...
Deep genomic sequencing of the Tsimane and Hadza peoples reveals that hundreds of gut bacterial species co-migrated with humans across ...
A study of Trinidadian guppies finds that ancient chromosomal inversions, some millions of years old, are maintained by female preference ...
Researchers have unveiled Genetic Probabilistic Circuits, a deep generative model that captures long-range genetic correlations, improves genotype imputation for underrepresented ...
Nine years of genomic monitoring of a tsunami-created hybrid stickleback population in Japan reveals that foreign marine alleles were purged ...
Researchers have developed a matrix-based framework that models and estimates selection at multiallelic loci, capturing regimes such as heterozygote advantage ...
A four-year study of Eurasian red squirrels across Berlin's urban-rural gradient reveals subtle genetic differentiation driven by city infrastructure, yet ...
A new study of 210 Santhal individuals in Bihar, India, shows that 24 autosomal STR markers deliver near-certain identification power ...
A new study shows that the chaotic colonization history and genetic ancestry of Aedes albopictus populations in the Mediterranean significantly ...
A new transformer-based deep learning framework called RefFree-Phaser achieves genotype phasing accuracies above 91 percent without the large reference panels ...
A new heritability-optimized scoring method called RovHer identifies the rare missense variants that explain the most genetic variation in complex ...
Researchers have unveiled EWF 2.0, an exact simulation algorithm that generates statistically perfect allele frequency trajectories under the Wright–Fisher diffusion ...
A groundbreaking genetic study has unveiled unprecedented insights into the evolutionary history of Homo sapiens by analyzing ancient southern African ...
In a groundbreaking study published recently in Nature Communications, researchers have unveiled compelling evidence about the complex and context-dependent nature ...
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