Calculateur d'admixture

MDLP K23a

MDLP K23a is a modern global admixture calculator that estimates your ancestry across 23 reference populations. Designed for genealogists, researchers and curious users, it provides detailed proportional breakdowns—from continental to fine regional signals—helping you explore migration history and mixed heritage while highlighting interpretive limits of reference-based inference.

23 Composantes
Monde Région ciblée
MDLP Auteur
Moderne Époque
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Chapitre I

Détails du calculateur

Informations complètes sur ce calculateur d'admixture

M

MDLP

Créateur du calculateur

À propos de ce calculateur

MDLP K23a is a modern, global genetic admixture calculator that estimates ancestry by comparing your DNA to 23 curated reference populations spanning Africa, Europe, Asia, Oceania and the Americas. It is designed for anyone curious about personal ancestry—genealogists, population-genetics enthusiasts, researchers and informed consumers—who want a detailed, interpretable breakdown of their genetic heritage. The calculator reports proportional contributions from diverse clusters such as North- and East-European, West- and Central-African, Near Eastern/Mediterranean, South Asian, Sino-Tibetan, Uralic/Samoyedic, Siberian, Central-Asian-Caucasian, Amerindian and Papuan-Melanesian groups, among others.

What this tool analyzes: MDLP K23a models your genotype against contemporary reference panels to infer likely ancestral components and their relative percentages. It highlights both broad continental ancestries and finer regional signatures, helping users see subtle mixtures (for example, traces of Uralic or Samoyedic influence versus broader Siberian signals) as well as major ancestral contributions.

Insights you can gain: proportional ancestry estimates, likely regional affinities, and comparative context for interpreting migrations, admixture events and recent population history. The results can reveal multi-layered ancestry from ancient migrations, colonial-era movements, or recent admixture, and can guide further exploration with haplogroup, regional or temporal analyses.

Context and value: Built on modern reference datasets, MDLP K23a balances global breadth with regional resolution, making it valuable for cross-cultural comparisons and for users who want more nuance than a strictly continental view. It also emphasizes interpretation: results are probabilistic, influenced by reference sampling and genetic drift. Use MDLP K23a as a powerful exploratory tool to contextualize your genetic story alongside historical and genealogical research, keeping in mind the inhere

Chapitre II

Populations de référence

Les populations utilisées comme références génétiques dans ce calculateur

23 populations de référence

Caucasian

Characterized by populations primarily in Europe, including areas such as North-European, East-European, and West-Mediterranean.

South-African

Related to populations primarily in the southern region of Africa.

Polynesian

Linked to indigenous populations across many islands in the Pacific Ocean.

Central-African

Encompasses indigenous groups located in the central region of Africa.

North-European

Includes populations found in the northern parts of Europe.

Near-East-Mediterranean

Encompassing populations from the Near East and surrounding Mediterranean regions.

Siberian

Populations native to the vast Siberian region in Russia.

Far East

Refers to populations in East Asia, including Sino-Tibetan and Indo-Chinese groups.

Uralic

Includes groups speaking Uralic languages, primarily found in northeastern Europe and parts of Asia.

Amerindian

Represents indigenous peoples across the Americas.

East-European

Populations primarily found in the eastern regions of Europe.

Samoyedic

Includes groups speaking Samoyedic languages, scattered across Siberia.

Papuan-Melanesian

Associated with indigenous peoples of Papua New Guinea and nearby islands in Melanesia.

East-African

Refers to groups inhabiting the eastern regions of Africa.

Central-Asian-Caucasian

Encompasses populations from the central regions of Asia and extending to parts of the Caucasus.

Arabic

Mainly includes Arabic-speaking populations found primarily in the Middle East and North Africa.

Nigerian

Refers to the diverse ethnic groups within Nigeria.

West-African

Includes populations from the western regions of Africa.

Indian

Populations native to the Indian subcontinent.

Sino-Tibetan

Associated with populations speaking Sino-Tibetan languages, widespread in East Asia.

Indo-Chinese

Refers to populations in Southeast Asia, particularly around the Indochinese peninsula.

Sub-Saharian

Encompasses populations residing in the regions of Africa south of the Sahara desert.

West-Mediterranean

Populations near the western part of the Mediterranean region.

Chapitre III

Comprendre l'analyse d'admixture

Découvrez le fonctionnement des calculateurs d'admixture et comment interpréter vos résultats

Qu'est-ce que l'analyse d'admixture ?

L'analyse d'admixture est une méthode qui permet d'estimer votre similarité génétique en comparant votre ADN à des populations de référence du monde entier. On peut la voir comme une composition de votre profil génétique, où les composantes représentent différentes populations de référence.

Ce calculateur utilise 23 populations modernes soigneusement sélectionnées comme références, pour une répartition détaillée de votre similarité génétique.

Comment ça fonctionne

  • Votre ADN est comparé à 23 populations de référence
  • Des populations Moderne sont utilisées comme références génétiques
  • Les résultats indiquent votre similarité génétique avec ces populations
  • Un panel de référence diversifié améliore la précision des estimations

Comprendre vos résultats

Vos résultats affichent des pourcentages de similarité génétique avec ces populations de référence. Gardez à l'esprit les points suivants :

  • Les résultats reflètent une similarité génétique, pas une ascendance directe démontrée
  • Des populations Moderne sont utilisées comme références
  • Les pourcentages indiquent une contribution génétique relative dans le modèle
  • Les résultats sont des estimations fondées sur les données de référence disponibles