Genetic identification of Árpád Dynasty members from the ossuary of the Royal Basilica at Székesfehérvár
Kovács BPapers in this archive, Olasz JPapers in this archive, Maróti ZPapers in this archive, Schütz OPapers in this archive, Rouse NPapers in this archive, Nagy MFPapers in this archive, Gînguță APapers in this archive, Maár KPapers in this archive, Tihanyi BPapers in this archive, Kis LPapers in this archive, Holczmann BPapers in this archive, Kertész BPapers in this archive, Szabó ZPapers in this archive, Bernert ZPapers in this archive, Neparáczki EPapers in this archive, Török TPapers in this archive, Kásler MPapers in this archive, Nagy PLPapers in this archive, Varga GIBPapers in this archive
Abstract
Shotgun sequencing of >400 genomes from the ossuary of the Royal Basilica of Székesfehérvár identified three additional skeletal remains carrying the Árpád Dynasty’s Y chromosome haplogroup R-ARP, raising the total known R-ARP+ individuals from four to seven. Kinship and IBD analyses placed these individuals within the dynasty alongside Béla, Duke of Macsó (†1272)—a Rurikid prince and great-great-grandson of King Béla III— and a fetus from a tomb adjacent to Béla III. One of these is King Béla II “the Blind” (1131–1141); a second is a likely second-degree relative of St. Ladislaus (probably an uncle, identity unresolved); the third, buried outside the original Basilica walls, is related to the Árpáds only by Y-haplogroup. The authenticity of Béla, Duke of Macsó’s remains was genetically confirmed. IBD also linked Árpáds to conquering Hungarians, Vikings, and the Aba, Báthory, and Corvinus families. Subject areas: Genetics, Human genetics, Archeology, History
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