DNA Genics World K9

By DNA Genics
Admixture Calculator

Calculator Details

Name
DNA Genics World K9
Target Population
World
Author
DNA Genics
Era
Ancient
Number of Components
9
Description
DNA Genics World K9 (Era: Ancient) is an admixture calculator built to decompose ancient human genomes into nine continental and regional components: West African, Southeast Asian, South Asian, Pacific, European, Pygmy, West Asian–North African (WANA), Siberian, and Native American. Optimized for ancient-period samples and low-coverage data, the tool compares allele patterns against reference populations to estimate proportional ancestry, highlight admixture signals, and reveal deep biogeographic affinities. Who it’s for: researchers in archaeogenetics, museum curators, historical demographers, and curious ancestry enthusiasts who work with ancient or palaeogenomic datasets. It is especially useful for studies of long-range migration, contact zones, and the shifting genetic landscapes of prehistory. What you can learn: the calculator quantifies how much of an individual’s genome aligns with each reference cluster, uncovers mixed ancestry indicative of past population contact, and helps place samples within larger patterns of prehistoric movement. Outputs can guide interpretations of migration corridors (for example, West Asian–North African links or Siberian pulses into the Americas), the persistence of regional signatures (Pygmy, Pacific), and complex multi-way admixture in ancient populations. Genetic and historical context: the nine components reflect broad ancestral reservoirs that shaped human diversity over millennia. By focusing on ancient-era inference rather than modern population structure alone, DNA Genics World K9 emphasizes deep-time relationships and the genetic echoes of past demographic events—migrations, population splits, and long-distance interactions. Why it’s valuable: this calculator provides a clear, comparable framework for summarizing ancient ancestry in a concise set of components. It supports interdisciplinary research by translating genomic variation into interpretable ancestry proportions, helping to formulate and test hypotheses abo
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Reference Populations

Africa:

  • West African: Populations from regions like Nigeria and Ghana, often associated with the Niger-Congo language family.

Asia:

  • Southeast Asian: Includes populations from countries like Thailand, Vietnam, and Indonesia, characterized by diverse cultures and languages.
  • South Asian: Refers to populations from countries like India, Pakistan, and Bangladesh, known for their rich history and linguistic diversity.

Oceania:

  • Pacific: Encompasses populations from islands such as Fiji, Papua New Guinea, and Samoa, with distinct Oceanic cultural heritage.

Europe:

  • European: Broadly includes populations from regions like Western, Eastern, and Northern Europe, known for their Indo-European languages and shared historical developments.

Other:

  • Pygmy: Indigenous Central African populations, traditionally known as hunter-gatherers.
  • West Asian North African (WANA): Includes populations from the Middle East and North Africa, with rich ancient civilizations and cultural diversity.
  • Siberian: Refers to indigenous peoples of Siberia, with a history shaped by harsh climates and diverse cultures.
  • Native American: Indigenous peoples of the Americas, known for their diverse languages and cultural traditions across North and South America.

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 9 carefully selected ancient populations as references, allowing for a detailed breakdown of your genetic heritage.

How It Works

Key Points
  • Your DNA is compared to 9 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
  • 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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