PuntDNAL K12 Near East

By PuntDNAL
Admixture Calculator

Calculator Details

Name
PuntDNAL K12 Near East
Target Population
World
Author
PuntDNAL
Era
Modern and ancient
Number of Components
12
Description
PuntDNAL K12 Near East is a 12‑component admixture calculator built to place individual genomes into a framework of modern and ancient population sources centered on the Near East and neighboring regions. The model compares a user’s genotype against twelve reference populations—EHG‑Steppe, Oceanian, East Eurasian, Iran_N, Siberian, Sub‑Saharan, African_HG, South Eurasian, Western_HG, Natufian_HG, Amerindian, and Anatolian_N—to estimate proportional ancestry from deep Holocene and older lineages as well as later transcontinental inputs. Who it’s for: researchers, genetic genealogists, historians, students and curious users around the world who want a historically informed, genetically nuanced portrait of ancestry. Because the panel includes both ancient groups (Anatolian_N, Iran_N, Natufian_HG, Western_HG) and broader continental references (Sub‑Saharan, East Eurasian, Oceanian, Amerindian), the calculator is suitable for analyzing modern individuals with diverse backgrounds as well as ancient samples. What you learn: the output gives percentage contributions for each component, helping you distinguish signals of Neolithic farming expansions (Anatolian_N, Iran_N), Levantine continuity (Natufian_HG), Paleolithic and Mesolithic hunter‑gatherer ancestry (Western_HG, African_HG), and later movements such as Steppe‑related input (EHG‑Steppe). It also detects distant or minor affinal inputs from Siberia, East Eurasia, Oceania, and the Americas. Together these proportions can suggest likely admixture episodes, regional affinities, and continuity or replacement dynamics across time. Context and value: by integrating ancient DNA references with modern proxies, PuntDNAL K12 Near East bridges personal genomics and population history. It provides accessible, interpretable results that support research hypotheses, enrich family history narratives, and improve understanding of regional demographic processes. Limitations: outputs are model‑based estimates dependent on available
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Reference Populations

  • EHG-Steppe: Eastern Hunter-Gatherers from the Eurasian Steppe region, known for their role in the spread of Indo-European languages.

  • Oceanian: Indigenous populations from the Pacific Islands, including Melanesians, Micronesians, and Polynesians, with a unique genetic signature.

  • East Eurasian: Populations from East Asia including Chinese, Japanese, and Koreans, characterized by distinct genetic markers.

  • Iran_N: Neolithic populations from the region of modern-day Iran, significant in the spread of agriculture into Europe and Asia.

  • Siberian: Indigenous groups from Siberia, known for their adaptations to cold environments.

  • Sub-Saharan: Indigenous hunter-gatherer populations from Sub-Saharan Africa, representing some of the most diverse genetic lineages.

  • African_HG: African Hunter-Gatherers, encompassing groups with deep ancestral roots in Africa.

  • South Eurasian: Populations from South Asia, including India, Pakistan, and surrounding areas, with a rich historical background.

  • Western_HG: Western European hunter-gatherers, early inhabitants of Europe before the spread of agriculture.

  • Natufian_HG: Prehistoric hunter-gatherers from the Levant, significant for their role in early agriculture development.

  • Amerindian: Indigenous populations of the Americas, with roots tracing back to the first migrations from Siberia.

  • Anatolian_N: Neolithic populations from Anatolia, key contributors to the spread of farming into Europe.

Continents

  • Europe & Asia: EHG-Steppe, East Eurasian, Iran_N, South Eurasian, Western_HG, Anatolian_N
  • Africa: Sub-Saharan, African_HG
  • Oceania: Oceanian
  • America: Amerindian

What is Admixture Analysis?

Admixture analysis is a method used to estimate your genetic ancestry by comparing your DNA to reference populations from around the world. Think of it as creating a recipe of your genetic makeup, where the ingredients are different ancestral populations.

This calculator uses 12 carefully selected modern and ancient populations as references, allowing for a detailed breakdown of your genetic heritage.

How It Works

Key Points
  • Your DNA is compared to 12 reference populations
  • Modern populations are used as references
  • Results show your genetic similarity to these populations

Understanding Your Results

Your results will show percentages of genetic similarity to these reference populations. Remember:

  • Results reflect genetic similarity, not direct ancestry
  • Modern and ancient populations are used as references
  • Percentages indicate relative genetic contribution from each population
  • Results are estimates based on available reference data
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