Ancient DNA reveals admixture history and endogamy in the prehistoric Aegean

AI interpretationAI-generated

Ancient DNA from 21 prehistoric Aegean individuals reveals admixture and endogamy.

This study analyzes ancient DNA from 21 individuals buried at a single prehistoric Aegean site. The Y-chromosome results show a mix of haplogroups, with R-PF7558 appearing twice and several J lineages each once. Mitochondrial DNA is diverse, including U3a1, T2b8, R0a1a, U1a1a, H105, and H2. The abstract is not provided, but the title indicates the research uncovers both admixture history and endogamy. The site samples suggest a community with some genetic continuity and possible close-kin marriages.

• Y-chromosome diversity includes R-PF7558 (2 samples) and multiple J lineages (J-Y17067, J-ZS12519, J-V2639, J-Y13128, J-ZS104, J-F312).
• Mitochondrial DNA shows varied lineages: U3a1, T2b8, R0a1a, U1a1a, H105, and H2.
• All 21 samples come from one site, XAN051, indicating a single prehistoric Aegean community.

Sample interpretation

The 21 ancient individuals were all recovered from site XAN051. Y-chromosome analysis resolved all 21 samples, with R-PF7558 being the most frequent (2 individuals). The remaining Y lineages are all J subtypes, each represented by one individual. Mitochondrial DNA was also obtained, showing six different haplogroups, each in one individual. This pattern suggests a small community with both paternal and maternal genetic diversity, but the presence of multiple J lineages and diverse mtDNA could reflect admixture or local variation.

For genealogy enthusiasts

For ancestry enthusiasts, this study highlights that prehistoric Aegean communities were not genetically isolated. The mix of Y and mtDNA lineages, plus evidence of endogamy, shows how ancient DNA can reveal complex social and mating patterns. It also provides a snapshot of genetic diversity in a single site, useful for tracing broader Aegean prehistory.