Imported from WordPress: DNA>Ancestry
New research links 27 historic individuals from Catoctin Furnace to thousands of modern relatives using ancient DNA and large consumer genetics data, revealing complex African and European ancestry patterns and local Maryland connections.
FLARE2 uses haplotype clustering to infer local ancestry even when reference panels are imperfect, demonstrated on Mozabite genomes with autosomal and X chromosome insights.
Mexican Biobank maps fine-scale Indigenous and global ancestries across Mexico, linking demographic history to trait variation and enabling population-specific DNA insights for precision medicine and ancestry research.
New preprint shows Ashkenazi Jewish ancestry in Mediterranean models aligns with Southern Europe when Southern European references are included, challenging the Europe-Levant intermediary idea.
Uncover how late medieval to modern Greater Poland burials reveal plague, outsiders, and diverse origins, reshaping Polish ancestry with DNA and archaeology.
Discover how 49 genomes from 17th century St. Mary's City reveal links to millions of living relatives, strong ties to the British Isles, and a novel **IBD** framework for reconstructing colonial identities.
Genome-wide data from Hispaniola reveal a single pre-Ceramic Caribbean ancestry with connections to Central America and northern South America, indicating island-wide continuity and small, structured communities.
A new ghost-population framework uncovers deep admixture events, linking back-to-Africa migrations and ancient lineages that shaped modern human genetics and trait diversity.
G25 coordinates provide a compact, multidimensional view of how your DNA sits relative to reference populations in genetic space. Learn how they work, how to interpret distances, and why they are exploratory tools—not definitive ancestry labels.
ADMIXTURE analysis models genome-wide SNP data as mixtures of inferred components to reveal population structure. Learn how it works, how to interpret results, and why it is not a direct ancestry report.
Uncover how ancIBD detects long identity by descent segments in low-coverage ancient genomes to map kinship networks and the movement of peoples across Eurasia.
