New Scoring Method Pinpoints the Rare Genetic Variants That Matter Most for Common Diseases
A new heritability-optimized scoring method called RovHer identifies the rare missense variants that explain the most genetic variation in complex ...
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 systematic review of 28 studies finds that DNA-based prediction of pigmentation traits now exceeds 90 percent accuracy, while reconstructing ...
An integrated genetic and climate-modelling study of common juniper in the western Himalaya reveals two distinct lineages, limited gene flow, ...
A new benchmarking study in BMC Genomics shows that a hybrid method combining a One-Class Support Vector Machine with Fisher's ...
Researchers at Aarhus University have built a curated nucleotide diversity panel covering 3,240 non-human primates from 269 species, using ploidy-aware ...
A comprehensive audit of the Illumina EPIC methylation array reveals tens of thousands of probes with cross-hybridization, misannotation, or population-specific ...
A new open-access web platform called SV-EViz unifies structural variant consensus generation, benchmarking, and interactive visualization, lowering the technical barriers ...
A new study in Parasites & Vectors analyzes genetic and morphological data from South Korean Aedes koreicus populations. The findings ...
A new study of 257 men from four indigenous groups in Malaysian Borneo provides the first 27-locus Y-STR forensic reference ...
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© 2025 Scienmag - Science Magazine