Mexico Cuba Dominican Republic Puerto Rico Panama Colombia Venezuela Ecuador Peru Bolivia Brazil Paraguay Uruguay Chile Argentina
🌎 NEW: Raíces, your Latin American bloodline, just €15 Pick your country and we model your DNA against its indigenous peoples plus every Old-World source of Latin history, on an interactive map.
Discover Raíces
United States Canada
🦅 NEW: El Gringo, your North American bloodline (USA & Canada), just €15 Your Native American, British, French, German, Scandinavian & African American roots, modelled on an interactive map.
Discover El Gringo
✡️
✡️ NEW: Am Yisrael, your Jewish Diaspora report, just €15 Ancient Israelite & Levantine core + your community's diaspora host admixture — Ashkenazi, Sephardi, Mizrahi & more, on a Jerusalem-centred map.
Discover Am Yisrael
🌍
🌍 NEW: Sankofa, your African Diaspora report, just €15 Regional West, Central & East African modelling plus your community's European and Amerindian layers, for African American, Afro-Caribbean, Afro-Brazilian, Afro-Latino and continental African roots.
Discover Sankofa

Study Information

2025
Spain

Abstract

Human genetic structure of Iberian populations has been thoroughly explored in the last decades. The internal diversity of the Iberian Peninsula becomes visible by the different phylogeographic origins of particular mitochondrial DNA and Y chromosome lineages, which show a high degree of population specificity. In the present study, we combined information on matrilineal and patrilineal variation patterns in two autochthonous populations from Andalusia region (southern Spain). A special focus is made to a male sample set where both uniparental data are available. Gene diversities estimates yielded not statistically significant differences between both types of samples and markers. Genetic ancestry among Andalusians seems to be constituted by three foremost continental origins: European, African, and Middle Eastern. The examined male group has revealed a noticeable proportion of individuals (over 45%) with a non-correspondence between maternal and paternal haplogroup origins, a signal of different population demographic histories linked to both sexes in the past. Andalusian males seem to be well differentiated according to ancestries. As expected, mtDNA diversity was much higher than that for the Y chromosome, a fact that can be caused by patrilocality, which leads to particular social structures with effects on haploid genomes in modern human populations.

We use cookies to enhance your experience. By continuing to visit this site you agree to our use of cookies. Learn more

🧭 Find your report