Seven genomes from ALPc contexts (Kompolt-Kigyoser; Debrecen Tocopart Erdoalja; Polgár-Ferenci hát M3-31; Hajdúnánás-Eszlári út; Polgár-Piócás) illuminate a genetic portrait consistent with Middle Neolithic farmer communities in Central Europe, but the small sample size requires caution.
Mitochondrial lineages across the seven individuals are dominated by haplogroups associated with early farmers: J (3), K (2), with single occurrences of H* and T. These maternal haplogroups are common in Early European Farmer (EEF) populations and support archaeological signals of Near Eastern-derived agriculturalists establishing on the Plain.
Y-chromosome calls (reported in a subset of individuals) include haplogroups I (2), C (1), G (1) and I2 (1). Haplogroup G is classically linked to Neolithic farmer paternal lines in Europe, whereas I/I2 are often associated with indigenous Mesolithic hunter-gatherers; the presence of both types aligns with a mixed ancestry model. The single C lineage is notable because C is rare in Neolithic Europe and could reflect either unsampled diversity or post-depositional/technical uncertainty — it should be treated cautiously.
Population-genetic interpretation: archaeological data and these genetic signals together suggest ALPc communities were primarily descended from Anatolian-derived farmers with measurable local hunter-gatherer admixture. Limited evidence suggests increasing regional heterogeneity during the Middle Neolithic, but with only seven samples (and fewer with reliable Y calls) conclusions are preliminary. Further sampling across time and space is necessary to refine models of admixture, mobility and social structure.