Uncover and
celebrate your European heritage
Get the most detailed analysis of European ancestry
The report is available for Genomelink users
17 European ethnicities —
more detail than ever!
Discover your heritage across 17 areas. Learn more about your history and yourself.
1 Central European Jewish
2 South Slavic
3 South Balkan
4 Northern Europe
5 Eastern Europe
6 Basque
7 lberian
8 British
9 French
10 German
11 Irish
12 Southern Italy
13 Roma
14 Hispanic Jews
15 Scandinavian
16 Mediterranean Islander
17 Tirolean Alpine
Talaiha
Talaiha
Talaiha
Understand your European ancestry
See each part of your ancestry, beginning from a high level of each area you are from, then zooming in to a detailed level of percentages, stories, backgrounds, and more.
Dive into unique content
Discover information unique to you and your ancestors through a variety of expert-researched content.
Unpack your genetics on a chromosome level
Our algorithm identifies and annotates ancestry along your full genome and gives a chromosome level breakdown of your European ancestry.
Backed by science
Carlos D. Bustamante
Dr. Carlos D. Bustamante is an internationally recognized leader in the application of data science and genomics technology to problems in medicine, agriculture, and biology. He was named a MacArthur Fellow in 2010,and currently Professor of Biomedical Data Science, Genetics at Stanford University.
Alexander Ioanidis
Dr. Alexander Ioannidis (PhD, MPhil) is a research fellow in the Stanford School of Medicine (Department of Biomedical Data Science), his work focuses on applying computational methods to problems in genomics and population genetics.
Razib Khan
Razib Khan is a geneticist and public intellectual who has worked in personal genomics in the private sector. have written for publications that include The New York Times, MIT Technology Review, City Journal, National Review & The Guardian, on a broad range of topics.
The authors present a new simple, accurate, and easily trained methods for identifying and annotating ancestry along the genome (local ancestry). This method (XGMix) based on gradient boosted trees, which, while being accurate, is also simple to use, and fast to train, taking minutes on consumer-level laptops.
Scientific paper PDFFind your missing European Heritage
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