Project Li K11
Project Li K11 is an admixture calculator focused on Asian ancestry, comparing your genotype to eleven ancient and modern reference clusters (e.g., Old Yellow River, Old Taiwan, Old Mongolia, Irula, Old Vanuatu, Yoruba). It reports proportional ancestry across time-depths, highlights migration-related signals (Austronesian, steppe, southern connections), and is designed for researchers, genealogists, and anyone exploring Asian genetic history.
Detalles de la calculadora
Información detallada sobre esta calculadora de mezcla genética
Acerca de esta calculadora
Project Li K11 is an admixture calculator built for people of Asian ancestry and for researchers exploring the complex tapestry of Asian genetic history. Using a deliberately mixed panel of eleven reference populations—ranging from ancient proxies (Old Yellow River, Old Mongolia, Old Taiwan, 1000 AD–1000 BC) to regional stand-ins (South India Irula, Old Iran), Oceanian and Pacific sources (Old Vanuatu), insular East Asian signals (Aborigine in Japan), transcontinental contributors (Yoruba as an African reference), plus modern comparator sets—this tool estimates the proportionate contribution of each source to an individual genotype. It quantifies affinities to both deep, prehistoric lineages and more recent regional populations, offering a layered view of ancestry across time and space.
Who this is for: genealogists, population geneticists, students of human prehistory, and anyone with Asian roots curious about ancestral components that shaped their genome. Users gain interpretable ancestry percentages, visual breakdowns of ancient versus modern components, and a contextual narrative linking statistical results to known migration events—such as north–south movements across East Asia, Austronesian expansions linked to Taiwan and Vanuatu, steppe-related influences, and deep southern connections to South Asian and Southeast Asian groups.
Project Li K11 emphasizes that each reference is a proxy: “Old” labels represent reconstructed or temporally anchored clusters rather than single historical peoples. Results are most valuable when combined with archaeological, linguistic, and historical information. The calculator is practical for exploratory personal reports, hypothesis generation in research, and classroom demonstrations of how multiple waves of migration and local continuity produce the genetic diversity seen in modern Asian populations. By bridging ancient and modern signals, Project Li K11 helps users translate genomic data into a richer story of human movement,
Poblaciones de referencia
Las poblaciones utilizadas como referencias genéticas en esta calculadora
11 Poblaciones de referencia
American
- Aborigine in Colombia: Indigenous populations residing in Colombia.
East Asian
- Old Yellow River: Longshan and Yangshao cultural people in Henan and Shaanxi provinces of China (500 BC - 3000 BC).
- Old Mongolia: North Mongolian and Lake Baikal people in Russia (1000 BC - 4000 BC).
- Old Taiwan: Hanben people in Taiwan province of China (1100 AD - 1800 AD).
South Asian
- South India (Irula): Modern people of the Irula community.
West Eurasian
- Old Iran: Populations from the northwest of Iran (1000 BC - 2000 BC).
Jomon
- Aborigine in Japan: Indigenous populations in Japan (800 BC - 3000 BC).
Andaman
- Modern People: Contemporary populations from the Andaman Islands.
Old Nepal
- 1000 AD - 1000 BC: Historical populations from Nepal during this period.
Oceanian
- Old Vanuatu: Populations in Vanuatu (1000 BC - 1000 AD).
African
- Yoruba: Modern-day Yoruba people.
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 11 cuidadosamente seleccionadas modernas y antiguas poblaciones como referencias para describir con detalle la similitud genética.
Cómo funciona
- Tu ADN se compara con 11 poblaciones de referencia
- Modernas y antiguas 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
- Modernas y antiguas se utilizan como referencias
- Los porcentajes indican contribuciones relativas en el modelo
- Los resultados son estimaciones basadas en los datos de referencia disponibles