MDLP K18b
MDLP K18b is a 17-component admixture calculator that decomposes your DNA into ancient-informed regional ancestries. Suited for worldwide users—from curious genealogists to researchers—it highlights proportions of components like ANI, ASI, CHG, Northeuropean, East and Southeast Asian, Siberian, Papuan/Melanesian, Paleoafrican and Subsaharian to reveal deep population affinities and migratory signals. Model-based and globally comprehensive.
تفاصيل الحاسبة
معلومات عن حاسبة التركيب الجيني
نبذة عن الحاسبة
MDLP K18b is an ancestry admixture calculator that estimates proportional ancestry using a 17-component reference panel tuned to ancient and deep population structure. Designed for global users — hobbyists, genealogists, population geneticists, and anyone curious about biogeographic roots — it translates your genetic data into percentages that reflect affinities to components such as ANI (Ancestral North Indian), ASI (Ancestral South Indian), CHG (Caucasus Hunter‑Gatherer), Northeuropean, SouthEuropean, NearEast, various East and Southeast Asian groups (EA, NorthEastAsian, SEA), Siberian, Uralic, Arctic, Amerindian, Melanesian, Papuan, Paleoafrican and Subsaharian ancestries.
What it analyzes: MDLP K18b compares your genotype to modeled ancestral clusters representing deep and regionally distinct lineages. The calculator quantifies mixtures of ancient and modern-informative components to reveal likely population affinities and broad migratory signals rather than pinpoint recent family-level relationships.
Insights you can gain: results show the proportional contribution of each component to your genome, highlighting major regional ancestries and smaller, legacy signals (for example CHG-related Caucasus influence, ANI/ASI structure in South Asia, or Papuan/Melanesian signatures in Oceania). Users can use these outputs to explore hypotheses about migration, admixture events, and continental ancestry composition across time.
Historical/genetic context: MDLP K18b bridges modern genomes with ancient-informed clusters. Components like CHG, ANI, and ASI reflect deep prehistoric population structure revealed by ancient DNA studies; Paleoafrican and Subsaharian categories acknowledge Africa’s deep diversity. The inclusion of Arctic, Siberian and Uralic components captures northern Eurasian dynamics.
Why it’s valuable: the calculator offers broad, interpretable ancestry decomposition with global coverage. It’s a practical tool for comparative exploration, educational use,
المجموعات السكانية المرجعية
المجموعات السكانية التي تستخدمها الحاسبة كمراجع جينية
18 مجموعة سكانية مرجعية
- Amerindian: Indigenous peoples of the Americas with diverse cultures and languages.
- ANI: Ancestral North Indian, contributing to South Asian ancestry.
- Arctic: Populations in the Arctic region, including Inuit and other indigenous groups.
- ASI: Ancestral South Indian, contributing to the Dravidian populations of South Asia.
Caucasus and Middle East
- CHG: Caucasus Hunter-Gatherer, ancient populations from the Caucasus region.
- NearEast: Populations from the Middle East with ancient ties to early civilizations.
Asia
- EA (EastAsian): Diverse populations from East Asia, including Chinese, Japanese, and Koreans.
- NorthEastAsian: Populations from northeastern Asia, including Siberia and Mongolia.
- Siberian: Indigenous peoples from Siberia with distinct genetic backgrounds.
Europe
- Northeuropean: Populations from Northern Europe, including Scandinavians and the British Isles.
- SouthEuropean: Southern European populations, including Mediterranean groups.
Oceania
- Melanesian: Indigenous peoples of Melanesia with distinct genetic makeup.
- Papuan: Indigenous peoples of Papua New Guinea and surrounding islands.
Africa
- Paleoafrican: Ancient African populations contributing to early human migrations.
- Subsaharian: Populations from Sub-Saharan Africa with rich genetic diversity.
Southeast Asia
- SEA (SoutheastAsian): Diverse populations from Southeast Asia, including Thai, Vietnamese, and Filipinos.
Eurasian Steppes
- Uralic: Peoples from the Ural region, including Finnic and Hungarian groups.
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 18 من المجموعات السكانية المرجعية المختارة بعناية لاستكشاف أوجه التشابه الجيني.
كيف يعمل التحليل؟
- يقارن التحليل حمضك النووي بعدد 18 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