MDLP K12
MDLP K12 (Ancient era) — A 12-component global admixture calculator that maps your DNA onto deep ancestral clusters. Designed for genetic enthusiasts, researchers, and educators, it highlights prehistoric affinities (e.g., Siberian, Kalash, Near Eastern, Papuan, Amerindian) to reveal major migration signals and long-term population structure. Ideal for high-level historical context and comparative analysis.
تفاصيل الحاسبة
معلومات عن حاسبة التركيب الجيني
نبذة عن الحاسبة
MDLP K12 (Ancient era) — What it analyzes
MDLP K12 is an ancient-era admixture calculator that parses a genome into 12 deep ancestral components, helping you explore how present-day DNA reflects prehistoric population structure and migration. It compares an individual's genotype against a panel of reference populations designed to capture major Paleolithic–Neolithic and later dispersals worldwide.
Reference populations included
- Siberian
- Caucasian
- Indian
- African
- West European
- East European
- Southeast Asian (SEA)
- Kalash
- Near East
- Uralic
- Amerindian
- Papuan
Who this is for
- Genetic genealogy enthusiasts who want deeper historical perspective
- Population geneticists and students seeking a compact ancestry breakdown
- Educators and historians illustrating large-scale human movements
- Anyone curious how ancient population structure contributes to modern diversity
What insights you can gain
- Proportional contributions from broad, historically informative clusters (e.g., West vs East Eurasian, island vs continental, deep Siberian vs Papuan)
- Signals of long-range migrations and clines (for example, Uralic or Siberian influence across Eurasia)
- Distinctive ancestry components such as Kalash-like South/Central Asian heritage or Amerindian/Papuan non-Eurasian lineages
- Hypotheses about continuity vs replacement in local gene pools
Historical and genetic context MDLP K12 emphasizes deep ancestry rather than recent admixture. Components reflect allele-frequency patterns that align with major prehistoric population events (Out-of-Africa differentiation, Eurasian splits, Australo-Melanesian and Native American branches, steppe and Near Eastern expansions). The “Ancient” era label means the model prioritizes long-standing population structure and ancestral affinities rather than recent, fine-scale admixture.
Why this calculator is valuable It provides a clear, world-spanning framework to situate your genome within deep human
المجموعات السكانية المرجعية
المجموعات السكانية التي تستخدمها الحاسبة كمراجع جينية
12 مجموعة سكانية مرجعية
Siberian: Indigenous ethnic groups living in the vast region of Siberia in Russia, characterized by diverse cultures and languages.
Caucasian: Populations originating from the Caucasus region, situated between the Black Sea and the Caspian Sea, displaying diverse ethnic and cultural identities.
Indian: Populations native to the Indian subcontinent, encompassing a multitude of languages, cultures, and religions.
African: Diverse ethnic groups native to the African continent, characterized by a wide range of cultures, languages, and historical backgrounds.
West European: Populations of Western Europe with shared cultural and historical roots, generally speaking Indo-European languages.
East European: Populations originating from Eastern Europe, sharing Slavic languages and influenced by historical migrations and political changes.
SEA (Southeast Asian): Diverse ethnic groups from Southeast Asia, with rich cultures influenced by interactions between indigenous groups and external civilizations.
Kalash: An indigenous minority ethnic group from Pakistan known for their distinct culture, language, and religious practices, differing significantly from surrounding populations.
Neareast (Near Eastern): Populations from the Near East region, historically rich with ancient civilizations, diverse in languages and religions.
Uralic: Ethnic groups speaking Uralic languages, spanning from Eastern Europe to Siberia, including the Finnish and Estonian populations.
Amerindian: Indigenous peoples of the Americas, with diverse cultures and languages that predate European colonization.
Papuan: Indigenous populations of Papua New Guinea and neighboring islands, characterized by a high degree of linguistic and cultural diversity.
فهم تحليل التركيب الجيني
تعرّف على طريقة عمل الحاسبات وكيفية تفسير نتائجها
ما تحليل التركيب الجيني؟
يقارن تحليل التركيب الجيني حمضك النووي ببيانات مجموعات سكانية مرجعية من أنحاء العالم. ويقدّر مدى التشابه مع المكوّنات المرجعية التي يتألف منها النموذج.
تستخدم الحاسبة 12 من المجموعات السكانية المرجعية المختارة بعناية لاستكشاف أوجه التشابه الجيني.
كيف يعمل التحليل؟
- يقارن التحليل حمضك النووي بعدد 12 من المجموعات السكانية المرجعية
- يستخدم التحليل مجموعات سكانية مرجعية من الفترات المعروضة.
- توضّح النتائج مدى التشابه الجيني مع هذه المجموعات
- تؤثر ملاءمة المراجع وتنوّعها في جودة المقارنة
فهم النتائج
تعرض النتائج نسبًا مقدّرة ضمن نموذج المقارنة بالمجموعات المرجعية. ضع النقاط التالية في الاعتبار:
- تعبّر النتائج عن التشابه الجيني ولا تثبت النسب المباشر
- تعتمد المقارنة على المجموعات المرجعية المدرجة في الحاسبة.
- تبيّن النسب الوزن النسبي لكل مكوّن في النموذج
- النتائج تقديرات تستند إلى البيانات المرجعية المتاحة