Nine ancient individuals from the Teishebaini necropolis provide a small but valuable genetic snapshot dated between 902 and 417 BCE. Mitochondrial haplogroups observed include J1b (2 samples), T (1), I (1), U (1) and K (1); the remaining samples either lacked clear mtDNA resolution or represent haplogroups not listed here. No robust Y-DNA pattern is reported for this set, so paternal-line inferences remain unresolved.
These maternal lineages are widely distributed across the Near East, the Caucasus and parts of Europe today and in other ancient contexts. For example, haplogroups J and T are commonly associated with Near Eastern and Anatolian populations; U, I and K are frequent in European and Caucasus contexts. Archaeological data indicate long-standing regional interaction, and the mtDNA diversity at Teishebaini is consistent with a population that incorporated both local highland maternal lineages and broader Near Eastern connections.
Given the low sample count (n=9), conclusions must be cautious. Limited evidence suggests continuity between Iron Age highland maternal lineages and later populations in the region, but this signal is preliminary. Ancient autosomal DNA and larger sample sets would be required to assess admixture levels, population structure, and continuity with modern Armenians or neighboring groups. When combined with archaeology — burial context, artifact origins and isotopic mobility studies — ancient DNA provides a powerful, if currently partial, narrative of life at the edge of the Urartian state.