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RESEARCH PRODUCT

Y-SNPs Do Not Indicate Hybridisation between European Aurochs and Domestic Cattle

Ruth BollonginoRuth BollonginoJulia ElsnerJoachim BurgerJean-denis Vigne

subject

MaleEvolutionary Biology/PaleontologyMitochondrial DNAScienceEvolutionary Biology/Evolutionary EcologyBiologyY chromosomePolymorphism Single NucleotideHaplogroupEvolutionary Biology/Animal GeneticsGene FrequencyY ChromosomeAnimalsDomesticationAllele frequencyHistory AncientPhylogenyGeneticsMultidisciplinaryEvolutionary Biology/Evolutionary and Comparative GeneticsQHaplotypeRAurochsbiology.organism_classificationEuropeGenetics PopulationAncient DNAHaplotypesEvolutionary biologyHybridization GeneticMedicineCattleResearch Article

description

BackgroundPrevious genetic studies of modern and ancient mitochondrial DNA have confirmed the Near Eastern origin of early European domestic cattle. However, these studies were not able to test whether hybridisation with male aurochs occurred post-domestication. To address this issue, Götherström and colleagues (2005) investigated the frequencies of two Y-chromosomal haplotypes in extant bulls. They found a significant influence of wild aurochs males on domestic populations thus challenging the common view on early domestication and Neolithic stock-rearing. To test their hypothesis, we applied these Y-markers on Neolithic bone specimens from various European archaeological sites.Methods and findingsHere, we have analysed the ancient DNA of 59 Neolithic skeletal samples. After initial molecular sexing, two segregating Y-SNPs were identified in 13 bulls. Strikingly, our results do not support the hypothesis that these markers distinguish European aurochs from domesticated cattle.ConclusionsThe model of a rapid introduction of domestic cattle into Central Europe without significant crossbreeding with local wild cattle remains unchallenged.

https://doi.org/10.1371/journal.pone.0003418