MDLP K10a
MDLP K10a is a 10-component autosomal admixture calculator for global use. It estimates ancestry proportions from Indian, SEA, NEA, Papuan, Siberian, Caucasian, Westeurope, African, Amerindian, and Mediterranean reference groups. Designed for genealogists, researchers, and curious individuals, it gives a clear, interpretable snapshot of major continental and regional ancestry signals and their historical significance.
Detalles de la calculadora
Información detallada sobre esta calculadora de mezcla genética
Acerca de esta calculadora
MDLP K10a is a modern, 10-component autosomal admixture calculator designed to decompose an individual’s genome into proportions drawn from ten broad reference ancestries: Indian, Southeast Asian (SEA), Northeast Asian (NEA), Papuan, Siberian, Caucasian, Westeurope (Western European), African, Amerindian, and Mediterranean. It analyzes genome-wide SNP data to estimate the relative contribution of these regional ancestries to an individual’s recent and deep ancestry. The model is optimized for global use — suitable for individuals from any region who want a clear, comparative view of major continental and subcontinental ancestry components.
Who it’s for: MDLP K10a is intended for genetic genealogy enthusiasts, population geneticists, clinicians wanting contextual ancestry information, and anyone curious about the large-scale ancestral makeup of themselves or their samples. It is useful for those exploring recent admixture (last few hundred to thousand years) and for researchers comparing broad population patterns across continents.
What you’ll learn: The calculator provides quantitative ancestry proportions, highlighting mixtures such as South Asian vs. West Eurasian influence, East vs. Southeast Asian signals, Papuan and Australo-Melanesian contributions, African and Amerindian portions, and distinctions between Mediterranean and Western European components. These proportions can suggest historical processes — migrations, trade, colonization, and regional gene flow — such as the spread of Austronesian peoples, Eurasian steppe movements, African dispersals, or the peopling of the Americas.
Context & value: MDLP K10a balances resolution and interpretability: ten well-differentiated clusters give meaningful geographic signal without overfitting. It complements haplogroup and local-ancestry analyses by providing a fast, interpretable snapshot of global ancestry composition. While powerful for broad interpretation, users should treat results as estimations that depend
Poblaciones de referencia
Las poblaciones utilizadas como referencias genéticas en esta calculadora
10 Poblaciones de referencia
Indian: Represents the diverse ethnic groups of the Indian subcontinent, including Dravidian and Indo-Aryan populations.
SEA (Southeast Asian): Includes populations from countries like Thailand, Vietnam, and the Philippines, known for their Austroasiatic, Tai-Kadai, and Austronesian heritage.
NEA (Northeast Asian): Encompasses populations from China, Japan, Korea, and Mongolia, characterized by their Mongolic, Tungusic, and Sinic ancestry.
Papuan: Refers to the indigenous peoples of New Guinea and surrounding islands, known for their distinct Papuan languages.
Siberian: Involves the indigenous groups of Siberia, such as the Buryats and Yakuts, with Uralic and Altaic influences.
Caucasian: Encompasses populations from the Caucasus region, including Armenians, Georgians, and Chechens, with a rich blend of Indo-European and Caucasian languages.
Westeurope (Western European): Includes populations from Western Europe, primarily driven by Celtic, Germanic, and Romance ancestry.
African: Covers the vast ethnic diversity across Africa, from sub-Saharan groups like the Yoruba to North African Berbers.
Amerindian: Represents the indigenous peoples of the Americas, including tribes from North, Central, and South America, with diverse native languages.
Mediterranean: Involves populations from Southern Europe, North Africa, and the Near East with strong historical connections across the Mediterranean Sea.
Cómo interpretar el análisis de mezcla genética
Descubre cómo funcionan las calculadoras de mezcla genética y cómo interpretar los resultados
¿Qué es el análisis de mezcla genética?
El análisis de mezcla genética estima la similitud genética comparando tu ADN con poblaciones de referencia de distintas partes del mundo. Los componentes del modelo representan esas referencias y dependen de los datos y supuestos utilizados.
Esta calculadora utiliza 10 cuidadosamente seleccionadas modern poblaciones como referencias para describir con detalle la similitud genética.
Cómo funciona
- Tu ADN se compara con 10 poblaciones de referencia
- Modern se utilizan como referencias genéticas
- Los resultados muestran tu similitud genética con estas poblaciones
- La diversidad del panel de referencia influye en las estimaciones
Cómo interpretar tus resultados
Los resultados muestran porcentajes de similitud genética con estas poblaciones de referencia. Ten presentes estos puntos:
- Los resultados reflejan similitud genética, no ascendencia directa demostrada
- Modern se utilizan como referencias
- Los porcentajes indican contribuciones relativas en el modelo
- Los resultados son estimaciones basadas en los datos de referencia disponibles