Anna Szécsényi‐Nagy

This study analyzes ancient genomes from the Altai region to show genetic continuity and shifts between the 4th and 12th centuries, including the spread of East Asian ancestry and a unique lineage with Ancient North Eurasian ancestry.

The paper examines genetic and cultural changes in post-Roman Europe, finding that cultural shifts in Slovenia occurred without corresponding genetic changes, indicating a decoupling of cultural and genetic dynamics.

This study uses ancient DNA to analyze the evolution of Streptococcus mutans over 8,000 years, showing that some virulence traits emerged with agricultural diets.

This study identifies the skeletal remains of Duke Bela of Macso using multidisciplinary methods, revealing a premeditated assassination with 26 injuries and confirming his royal lineage through DNA analysis.

The paper uses ancient DNA from the Southern Urals to link the 10th century Hungarians to the Karayakupovo archaeological horizon.

This study reconstructs the evolutionary history of ancient Salmonella enterica using 53 new genomes, revealing host adaptation events and convergent evolution in pathogenic lineages.

This study uses ancient DNA to analyze post-Roman polity formation in the Little Hungarian Plain, revealing genetic changes and social organization patterns.

This study uses ancient DNA to show genetic continuity and differences in kinship systems among Early Copper Age communities in the Carpathian Basin.

This study uses ancient DNA data to show genetic continuity in the Northern Iranian Plateau from the Copper Age to the Sassanid Empire, with some western genetic influence.

This paper uses ancient DNA data to trace the genetic origins of the Yamnaya culture and links their expansion to the spread of Indo-European languages.

This study analyzes ancient genomes from the Carpathian Basin to reveal population transformations during the 9-10th centuries CE, showing homogenization and discontinuities between immigrant groups.

The paper presents mitochondrial and Y-chromosomal data from the Szekely population in Romania, revealing local uniparental origins and limited admixture.

The paper analyzes ancient genetic data to trace the genetic connections between early Hungarians and populations from the Volga-Ural region between the 6th-14th centuries, revealing long-distance mobility and genetic continuity.

This study analyzes ancient genomes from Bronze Age Hungary, revealing complex population histories, high hunter-gatherer ancestry in some groups, and new methods for ancient DNA analysis.

This study analyzes genetic data from the Ural region and Hungary to show genetic continuity and connections between ancient Uralic populations and the Carpathian Basin.

The paper analyzes mitochondrial genomes of Avar elite individuals to confirm their Inner Asian origin and endogamous social structure during the 7th century AD.

This study uses ancient DNA data to show that the spread of the Beaker Complex to Britain was primarily due to migration, replacing most Neolithic gene pool and introducing Steppe ancestry.

Ancient DNA from 223 people (12,000-500 BCE) reveals a west-east hunter-gatherer cline, largely unadmixed farmers, Caucasus-shifted Aegean farmers, and Balkan steppe ancestry almost 2,000 years early.

The paper analyzes ancient mitochondrial DNA from the Iberian Peninsula to study maternal genetic changes from the Neolithic to the Early Bronze Age, finding regional continuity and distinct population history compared to Central Europe.

The paper analyzes ancient DNA data from Neolithic and Chalcolithic Europe to study population dynamics and admixture patterns across different regions and time periods.