MDLP K12b Optimized
Calculator Details
Reference Populations
- Volga_Ural: A region in Russia where European and Finno-Ugric ancestries meet and blend. 
- Northeuropean: Encompassing Scandinavia and neighboring regions, characterized by shared history and cultural influences. 
- African_HG: Represents the diverse ancestral lineages of traditional African hunter-gatherer populations. 
- Northeast Asian (NEA): Pertains to genetic heritage centered in China, Korea, Japan, and parts of Siberia. 
- Caucasian: Genetically linked to populations originating in the Caucasus Mountains, a region of significant ethnic diversity. 
- Amerindian: Reflects the ancestry of the indigenous peoples throughout the Americas. 
- East Asian (EA): A broad term often synonymous with Northeast Asian ancestry, but sometimes includes Southeast Asian populations. 
- Siberian: Connected to the ancestry of indigenous communities inhabiting the vast and often sparsely populated region of Siberia in Russia. 
- Ancestral South Indian (ASI): A specific component of South Asian ancestry, distinct from its northern counterpart. 
- Papuan: Describes the genetic ancestry of populations native to Papua New Guinea and parts of Melanesia. 
- Arctic: Relates to the ancestry of peoples adapted to the extreme cold of far northern latitudes. 
- Southeast Asian (SEA): Covers genetic heritage originating in countries like Indonesia, the Philippines, and Thailand. 
Grouped by Continent:
- Europe: - Volga_Ural
- Northeuropean
- Caucasian
 
- Africa: - African_HG
 
- Asia: - Northeast Asian (NEA)
- East Asian (EA)
- Siberian
- Ancestral South Indian (ASI)
- Arctic
- Southeast Asian (SEA)
 
- Americas: - Amerindian
 
- Oceania: - Papuan
 
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