Exclusive Admixture / Reference model

Global Ancestry K11

Statistical genetic similarity to this calculator's reference populations. Read the modeled weights with the panel's context.

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Selected sampleDEMO REPORT

Largest componentEuropean 76.3% of this model

Model components6positive contributions

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Model results

Population composition

Read the exact modeled percentages beside reference geography and its limitations.

Reference contributions

European Primary region 76.3%

Semitic 9.5%

African 8.7%

Exact model percentages appear on the right; bars are relative to the largest displayed contribution. Rounding can affect the total. Components below 5% are grouped under "Other".

The numerical composition remains available if the chart cannot load.

Explore component context

Regions

Reference regions

Click any region to explore detailed information

European

76.3%

This region represents 76.3% of this reference model.

Semitic

9.5%

This region represents 9.5% of this reference model.

African

8.7%

This region represents 8.7% of this reference model.

Smaller reference components

Small modeled weights depend on the reference panel and do not establish distant ancestry or family connections.

Gedrosia 2.74%

Southeastasian 2.67%

Nativeamerican Eastsiberian 0.09%

Supporting analysis

Chromosome Admixture Analysis

Inspect chromosome-level contributions within this reference model.

Exclusive Feature

By Chromosome By Region Table

Chromosome 1

European Primary region 81.2%

African 5.9%

Percentages may not sum to 100% due to rounding. Regions below 5% are grouped under "Other".

Chromosome 2

European Primary region 84.1%

African 8.8%

Percentages may not sum to 100% due to rounding. Regions below 5% are grouped under "Other".

Chromosome 3

Chromosome 4

Chromosome 5

Chromosome 6

Chromosome 7

Chromosome 8

Chromosome 9

Chromosome 10

Chromosome 11

Chromosome 12

European Primary region 72.0%

Semitic 13.9%

Percentages may not sum to 100% due to rounding. Regions below 5% are grouped under "Other".

Chromosome 13

Chromosome 14

Chromosome 15

Chromosome 16

Chromosome 17

Chromosome 18

European Primary region 74.9%

Semitic 14.3%

Percentages may not sum to 100% due to rounding. Regions below 5% are grouped under "Other".

Chromosome 19

Chromosome 20

Chromosome 21

Chromosome 22

Sort:

11 regions detected | 22 chromosomes analyzed |

European

22 chr • 91.3% • 74.0%

73.97% total

Chromosome breakdown

Chr 17: 91.3%

1 81.19%
2 84.08%
3 85.80%
4 84.28%
5 67.77%
6 61.95%
7 80.11%
8 65.24%
9 69.26%
10 67.88%
11 64.56%
12 71.95%
13 66.89%
14 71.53%
15 91.01%
16 68.37%
17 91.28%
18 74.93%
19 67.84%
20 78.33%
21 71.29%
22 61.84%

Semitic

16 chr • 25.6% • 13.4%

9.77% total

Chromosome breakdown

Chr 13: 25.6%

2 3.18%
4 7.38%
5 11.51%
6 6.10%
7 7.25%
8 20.37%
9 8.94%
10 19.56%
11 23.84%
12 13.90%
13 25.63%
14 19.68%
15 8.20%
16 10.59%
18 14.32%
22 14.55%

African

22 chr • 19.3% • 8.7%

8.73% total

Chromosome breakdown

Chr 19: 19.3%

1 5.91%
2 8.81%
3 6.64%
4 3.63%
5 13.83%
6 18.50%
7 8.19%
8 10.08%
9 12.67%
10 4.14%
11 7.39%
12 4.99%
13 1.34%
14 8.64%
15 0.79%
16 9.79%
17 8.24%
18 0.48%
19 19.31%
20 11.80%
21 12.42%
22 14.50%

Gedrosia

13 chr • 16.3% • 4.7%

2.77% total

Chromosome breakdown

Chr 21: 16.3%

1 3.79%
4 2.38%
5 2.23%
6 6.83%
7 2.16%
8 2.56%
10 7.97%
11 0.91%
12 3.19%
16 6.90%
18 0.80%
20 4.89%
21 16.30%

Southeastasian

11 chr • 12.3% • 3.6%

1.82% total

Chromosome breakdown

Chr 19: 12.3%

1 2.46%
2 1.70%
3 7.16%
5 2.64%
8 1.67%
10 0.45%
12 2.88%
14 0.15%
16 2.67%
19 12.34%
22 5.82%

Nativeamerican Eastsiberian

8 chr • 4.7% • 1.9%

0.69% total

Chromosome breakdown

Chr 18: 4.7%

1 2.98%
2 1.14%
3 0.40%
5 1.72%
13 3.61%
17 0.48%
18 4.65%
22 0.28%

Central Siberian

6 chr • 4.6% • 2.5%

0.68% total

Chromosome breakdown

Chr 20: 4.6%

1 2.18%
2 0.42%
6 4.25%
12 0.36%
18 3.18%
20 4.64%

Eastasian

5 chr • 3.9% • 2.8%

0.64% total

Chromosome breakdown

Chr 9: 3.9%

6 2.38%
9 3.85%
11 3.31%
12 2.07%
13 2.53%

Tibetan

5 chr • 5.3% • 2.0%

0.46% total

Chromosome breakdown

Chr 9: 5.3%

1 1.31%
2 0.67%
4 2.33%
9 5.27%
12 0.64%

Mongol Turkic

8 chr • 3.0% • 1.0%

0.38% total

Chromosome breakdown

Chr 22: 3.0%

1 0.19%
5 0.29%
7 2.28%
8 0.09%
18 1.63%
19 0.51%
20 0.33%
22 3.01%

Northeastasian

1 chr • 1.7% • 1.7%

0.08% total

Chromosome breakdown

Chr 16: 1.7%

16 1.68%

Chromosome Heatmap 11 regions

100%

Scroll horizontally to view all chromosomes

Region	1	2	3	4	5	6	7	8	9	10	11	12	13	14	15	16	17	18	19	20	21	22
European 1
European	81.2%	84.1%	85.8%	84.3%	67.8%	62.0%	80.1%	65.2%	69.3%	67.9%	64.6%	72.0%	66.9%	71.5%	91.0%	68.4%	91.3%	74.9%	67.8%	78.3%	71.3%	61.8%
Semitic 1
Semitic	-	3.2%	-	7.4%	11.5%	6.1%	7.2%	20.4%	8.9%	19.6%	23.8%	13.9%	25.6%	19.7%	8.2%	10.6%	-	14.3%	-	-	-	14.6%
African 1
African	5.9%	8.8%	6.6%	3.6%	13.8%	18.5%	8.2%	10.1%	12.7%	4.1%	7.4%	5.0%	1.3%	8.6%	0.8%	9.8%	8.2%	0.5%	19.3%	11.8%	12.4%	14.5%
Gedrosia 1
Gedrosia	3.8%	-	-	2.4%	2.2%	6.8%	2.2%	2.6%	-	8.0%	0.9%	3.2%	-	-	-	6.9%	-	0.8%	-	4.9%	16.3%	-
Southeastasian 1
Southeastasian	2.5%	1.7%	7.2%	-	2.6%	-	-	1.7%	-	0.4%	-	2.9%	-	0.2%	-	2.7%	-	-	12.3%	-	-	5.8%
Nativeamerican Eastsiberian 1
Nativeamerican Eastsiberian	3.0%	1.1%	0.4%	-	1.7%	-	-	-	-	-	-	-	3.6%	-	-	-	0.5%	4.6%	-	-	-	0.3%
Central Siberian 1
Central Siberian	2.2%	0.4%	-	-	-	4.2%	-	-	-	-	-	0.4%	-	-	-	-	-	3.2%	-	4.6%	-	-
Eastasian 1
Eastasian	-	-	-	-	-	2.4%	-	-	3.8%	-	3.3%	2.1%	2.5%	-	-	-	-	-	-	-	-	-
Tibetan 1
Tibetan	1.3%	0.7%	-	2.3%	-	-	-	-	5.3%	-	-	0.6%	-	-	-	-	-	-	-	-	-	-
Mongol Turkic 1
Mongol Turkic	0.2%	-	-	-	0.3%	-	2.3%	0.1%	-	-	-	-	-	-	-	-	-	1.6%	0.5%	0.3%	-	3.0%
Northeastasian 1
Northeastasian	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-	1.7%	-	-	-	-	-	-

European European

Chr 1 81.2%

Chr 2 84.1%

Chr 3 85.8%

Chr 4 84.3%

Chr 5 67.8%

Chr 6 62.0%

Chr 7 80.1%

Chr 8 65.2%

Chr 9 69.3%

Chr 10 67.9%

Chr 11 64.6%

Chr 12 72.0%

Chr 13 66.9%

Chr 14 71.5%

Chr 15 91.0%

Chr 16 68.4%

Chr 17 91.3%

Chr 18 74.9%

Chr 19 67.8%

Chr 20 78.3%

Chr 21 71.3%

Chr 22 61.8%

Semitic Semitic

Chr 1 -

Chr 2 3.2%

Chr 3 -

Chr 4 7.4%

Chr 5 11.5%

Chr 6 6.1%

Chr 7 7.2%

Chr 8 20.4%

Chr 9 8.9%

Chr 10 19.6%

Chr 11 23.8%

Chr 12 13.9%

Chr 13 25.6%

Chr 14 19.7%

Chr 15 8.2%

Chr 16 10.6%

Chr 17 -

Chr 18 14.3%

Chr 19 -

Chr 20 -

Chr 21 -

Chr 22 14.6%

African African

Chr 1 5.9%

Chr 2 8.8%

Chr 3 6.6%

Chr 4 3.6%

Chr 5 13.8%

Chr 6 18.5%

Chr 7 8.2%

Chr 8 10.1%

Chr 9 12.7%

Chr 10 4.1%

Chr 11 7.4%

Chr 12 5.0%

Chr 13 1.3%

Chr 14 8.6%

Chr 15 0.8%

Chr 16 9.8%

Chr 17 8.2%

Chr 18 0.5%

Chr 19 19.3%

Chr 20 11.8%

Chr 21 12.4%

Chr 22 14.5%

Gedrosia Gedrosia

Chr 1 3.8%

Chr 2 -

Chr 3 -

Chr 4 2.4%

Chr 5 2.2%

Chr 6 6.8%

Chr 7 2.2%

Chr 8 2.6%

Chr 9 -

Chr 10 8.0%

Chr 11 0.9%

Chr 12 3.2%

Chr 13 -

Chr 14 -

Chr 15 -

Chr 16 6.9%

Chr 17 -

Chr 18 0.8%

Chr 19 -

Chr 20 4.9%

Chr 21 16.3%

Chr 22 -

Southeastasian Southeastasian

Chr 1 2.5%

Chr 2 1.7%

Chr 3 7.2%

Chr 4 -

Chr 5 2.6%

Chr 6 -

Chr 7 -

Chr 8 1.7%

Chr 9 -

Chr 10 0.4%

Chr 11 -

Chr 12 2.9%

Chr 13 -

Chr 14 0.2%

Chr 15 -

Chr 16 2.7%

Chr 17 -

Chr 18 -

Chr 19 12.3%

Chr 20 -

Chr 21 -

Chr 22 5.8%

Nativeamerican Eastsiberian Nativeamerican Eastsiberian

Chr 1 3.0%

Chr 2 1.1%

Chr 3 0.4%

Chr 4 -

Chr 5 1.7%

Chr 6 -

Chr 7 -

Chr 8 -

Chr 9 -

Chr 10 -

Chr 11 -

Chr 12 -

Chr 13 3.6%

Chr 14 -

Chr 15 -

Chr 16 -

Chr 17 0.5%

Chr 18 4.6%

Chr 19 -

Chr 20 -

Chr 21 -

Chr 22 0.3%

Central Siberian Central Siberian

Chr 1 2.2%

Chr 2 0.4%

Chr 3 -

Chr 4 -

Chr 5 -

Chr 6 4.2%

Chr 7 -

Chr 8 -

Chr 9 -

Chr 10 -

Chr 11 -

Chr 12 0.4%

Chr 13 -

Chr 14 -

Chr 15 -

Chr 16 -

Chr 17 -

Chr 18 3.2%

Chr 19 -

Chr 20 4.6%

Chr 21 -

Chr 22 -

Eastasian Eastasian

Chr 1 -

Chr 2 -

Chr 3 -

Chr 4 -

Chr 5 -

Chr 6 2.4%

Chr 7 -

Chr 8 -

Chr 9 3.8%

Chr 10 -

Chr 11 3.3%

Chr 12 2.1%

Chr 13 2.5%

Chr 14 -

Chr 15 -

Chr 16 -

Chr 17 -

Chr 18 -

Chr 19 -

Chr 20 -

Chr 21 -

Chr 22 -

Tibetan Tibetan

Chr 1 1.3%

Chr 2 0.7%

Chr 3 -

Chr 4 2.3%

Chr 5 -

Chr 6 -

Chr 7 -

Chr 8 -

Chr 9 5.3%

Chr 10 -

Chr 11 -

Chr 12 0.6%

Chr 13 -

Chr 14 -

Chr 15 -

Chr 16 -

Chr 17 -

Chr 18 -

Chr 19 -

Chr 20 -

Chr 21 -

Chr 22 -

Mongol Turkic Mongol Turkic

Chr 1 0.2%

Chr 2 -

Chr 3 -

Chr 4 -

Chr 5 0.3%

Chr 6 -

Chr 7 2.3%

Chr 8 0.1%

Chr 9 -

Chr 10 -

Chr 11 -

Chr 12 -

Chr 13 -

Chr 14 -

Chr 15 -

Chr 16 -

Chr 17 -

Chr 18 1.6%

Chr 19 0.5%

Chr 20 0.3%

Chr 21 -

Chr 22 3.0%

Northeastasian Northeastasian

Chr 1 -

Chr 2 -

Chr 3 -

Chr 4 -

Chr 5 -

Chr 6 -

Chr 7 -

Chr 8 -

Chr 9 -

Chr 10 -

Chr 11 -

Chr 12 -

Chr 13 -

Chr 14 -

Chr 15 -

Chr 16 1.7%

Chr 17 -

Chr 18 -

Chr 19 -

Chr 20 -

Chr 21 -

Chr 22 -

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Composition infographic

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Optional interpretation

AI Assistant

Request a plain-language interpretation of the existing reference model.

AI-generated interpretation of genetic similarity, not proof of ancestry. Informational only, not professional advice.

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Before you continue: the analysis you are about to generate is produced by an AI model. AI output can be incomplete, inaccurate, or simply wrong. It describes statistical genetic similarity to reference populations and is not proof of ancestry, ethnicity, identity, or descent. It is provided for informational and educational purposes only, and is not medical, diagnostic, genealogical, legal, or other professional advice. Do not rely on it to make health, financial, legal, or family decisions. To the fullest extent permitted by applicable law, DNA Genics, S.L. accepts no liability for any loss or decision arising from your use of this AI output.

Interpretation stays within statistical similarity to this panel. It does not establish family history or personal identity.

Enabled until 2027-11-03 02:33 UTC

Reference

Reference Panel

Populations used in this analysis

African

African Sub-Saharan +2 more

Populations from the African continent exhibit the highest levels of human genetic diversity and include deep, ancient lineages such as Khoisan-associated hunter-gatherers and multiple Bantu-speaking expansions. Contemporary African genetics reflect long-term regional continuity combined with repeated migrations, admixture events, and strong population structure between West, East, Central and Southern Africa. This diversity underpins many key insights into human evolution and demographic history.

African Sub-Saharan High genetic diversity Bantu

Related Regions:

West Africa
East Africa
Southern Africa

Central-Siberian

Siberian Tungusic +2 more

Indigenous groups of central Siberia are adapted to extreme continental climates and include Tungusic, Yukaghir and other northern Eurasian lineages with long-standing subsistence strategies such as reindeer herding and hunting. Genetically they carry signals of ancient Paleo-Siberian ancestry, later gene flow from neighboring Eurasian steppe and northeast Asian populations, and marked regional differentiation shaped by isolation and migrations. Their genetic profiles are informative for post-glacial recolonization and Arctic adaptations.

Siberian Tungusic Indigenous Cold-adapted

Related Regions:

Central Siberia
Yakutia (Sakha)
Taymyr Peninsula

EastAsian

East Asian Han +2 more

Populations of East Asia—including major groups in China, Korea and Japan—share deep Neolithic roots tied to rice and millet agriculture, but also display substantial internal structure from later migrations and regional adaptations. The Han expansion, island isolation (Japan) and peninsula dynamics (Korea) have produced gradients of ancestry across the region while preserving distinct local lineages. East Asian genomic variation is central to studies of agriculture-driven demographic change and language spread.

East Asian Han Rice farming Neolithic

Related Regions:

China
Korean Peninsula
Japan

European

European Indo-European +2 more

European populations reflect a mosaic of ancestries from Mesolithic hunter-gatherers, Neolithic farmers from Anatolia, and later Bronze Age steppe pastoralists, producing regional clines and marked north–south and east–west structure. Repeated migrations, local founder events and cultural expansions (e.g., Indo-European spreads) have shaped modern genetic landscapes across Western, Northern, Eastern and Southern Europe. This multi-layered history makes Europe a model region for studying admixture and demographic transitions.

European Indo-European Neolithic Steppe

Related Regions:

Western Europe
Eastern Europe
Northern Europe
Southern Europe

Gedrosia

Iranian Plateau Ancient +2 more

Gedrosia refers to ancient populations associated with the Makran coast and adjacent regions of modern Iran and southwestern Pakistan; genetics from this area capture interactions between West Eurasian, Iranian plateau and South Asian components. Archaeological and genetic evidence link Gedrosia to Bronze Age trade corridors and population movements that contributed to the genetic makeup of South Asia and the Iranian world. Its signature is useful for reconstructing coastal and overland migration routes in antiquity.

Iranian Plateau Ancient Southwest Asian Makran

Related Regions:

Iran
Baluchistan (Pakistan)
Makran coast

Mongol_Turkic

Mongolic Turkic +2 more

Populations labeled Mongol_Turkic encompass groups with Mongolic and Turkic cultural and genetic heritage across the Eurasian steppe, shaped by nomadic pastoralism and multiple historical expansions. Genetic signatures reflect a mix of East Asian-related ancestry and western steppe inputs, consistent with the dispersal of Turkic languages and the Mongol Empire's demographic impact. This continuum underlies broad shared variation across Central Asia and adjacent regions.

Mongolic Turkic Steppe Nomadic

Related Regions:

Central Asia
Mongolia
Turkestan

NativeAmerican-EastSiberian

Native American Beringian +2 more

This cluster represents ancestry shared between Indigenous peoples of the Americas and eastern Siberian groups, stemming from Pleistocene and early Holocene migrations across Beringia. Genetic patterns show founder effects, serial bottlenecks, and region-specific diversification after initial contact, with East Siberian populations retaining affinities to the ancestral source populations of First Americans. Studying this component illuminates the timing and routes of the peopling of the Americas.

Native American Beringian Founders East Siberian

Related Regions:

North America
Beringia
Northeastern Siberia

NortheastAsian

Northeast Asian Mongolic +2 more

Northeast Asian populations include peoples of Manchuria, the Russian Far East and northern China, encompassing Mongolic, Tungusic and other regional groups with complex histories of local continuity and cross-border gene flow. These populations often show a blend of northern Eurasian ancestry and influences from adjacent East Asian groups, reflecting both ancient contacts and more recent demographic movements. Their genetics inform models of Altaic connections and northern agricultural-pastoral transitions.

Northeast Asian Mongolic Tungusic Northern China

Related Regions:

Manchuria
Far East Russia
Mongolia

Semitic

Semitic Levantine +2 more

Semitic populations are primarily drawn from the Levant, Arabian Peninsula and surrounding Middle Eastern regions and share linguistic and cultural roots in ancient Semitic-speaking societies. Genetically they show a mix of indigenous Levantine, Arabian Peninsula and neighboring West Eurasian ancestries, reflecting agricultural expansions, trade networks and historical migrations across Mesopotamia and the Mediterranean. These patterns are key to reconstructing Near Eastern demographic and linguistic history.

Semitic Levantine Middle Eastern Arabian

Related Regions:

Levant
Arabian Peninsula
Mesopotamia

SoutheastAsian

#10

Southeast Asian Austronesian +2 more

Southeast Asian populations span mainland and maritime regions—Indochina, the Malay Peninsula and the islands of Indonesia and the Philippines—and reflect deep interactions between indigenous hunter-gatherers and incoming Austroasiatic and Austronesian farmers and mariners. The region's genetics capture complex admixture, maritime dispersals, and local adaptations to tropical environments, producing high regional diversity and linguistic variety. This diversity is central to studying coastal migrations and the spread of agriculture and languages in Island Southeast Asia.

Southeast Asian Austronesian Maritime Tropical

Related Regions:

Indochina
Maritime Southeast Asia
Malay Archipelago

Tibetan

#11

Tibetan High-altitude +2 more

Tibetan populations are native to the high-altitude Tibetan Plateau and neighboring Himalayan regions and show genetic adaptations to hypoxia (notably EPAS1 and related loci), long-term regional continuity, and distinct allele frequency patterns. Their ancestry reflects mixtures of local Paleolithic/Neolithic lineages with gene flow from surrounding East and Central Asian groups, shaped by isolation, culture and trade along the plateau. Tibetan genetics provide a clear example of human adaptation to extreme environments.

Tibetan High-altitude Plateau EPAS1

Related Regions:

Tibet Autonomous Region
Himalayan Plateau
Qinghai

Exclusive Admixture Report

Population composition

Reference contributions

Reference regions

European

Semitic

African

Smaller reference components

Chromosome Admixture Analysis

European

European

Semitic

Semitic

African

African

Gedrosia

Gedrosia

Southeastasian

Southeastasian

Nativeamerican Eastsiberian

Nativeamerican Eastsiberian

Central Siberian

Central Siberian

Eastasian

Eastasian

Tibetan

Tibetan

Mongol Turkic

Mongol Turkic

Northeastasian

Northeastasian

No regions found

Composition infographic

AI infographic

AI Assistant

Reference Panel

African

Central-Siberian

EastAsian

European

Gedrosia

Mongol_Turkic

NativeAmerican-EastSiberian

NortheastAsian

Semitic

SoutheastAsian

Tibetan

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