Using 'proprietary technology, artificial intelligence and machine learning', the project will see tens of thousands of computers working together to identify distinctive and shared patterns in people’s DNA. Over time, this will allow Living DNA to produce the most detailed genetic map of the world, enabling people to explore both their modern ancestry and ancient migration patterns.
Living DNA is collaborating with genealogists and scientists around the world on this projects, including representatives from the University of York, Trinity College Dublin, Vanderbilt University, The University of Texas, University of Utah, University of Copenhagen, University of Iceland and the University of Sydney.
Ultimately, participants can match with and choose to connect with anyone else in the project to see how they are connected on the One World Family Tree.
|Preliminary indication of distinct|
Irish genetic clusters.
Click for larger image and legend.
Anyone can join the project and help build the tree by visiting the website LivingDNA.com. People who have already done a DNA test with another company can upload their autosomal raw DNA data from their existing provider and take part for free. By mid-2018 they will be able to find DNA matches with others in the project.
Those who haven't already had a test can take a Living DNA test. (All existing Living DNA members will have the opportunity to join the project for free.)
In addition, any new DNA testers with four grandparents born within 50 miles of one another will receive a special discount because their results will help Living DNA create in-country regional mapping. No data from anyone joining the project will be sold for any other purpose.
Cutting edge DNA technology
The technology being used to test hundreds of millions of genetic combinations worldwide in this project is based on academic research from US institutions and also builds on the same proprietary technology used in the landmark ‘Peopling of the British Isles’ study of 2015. This allowed scientists to explore regional differences of DNA within a country for the first time, by analysing combinations of DNA from people with four grandparents born within 50 miles of each other.
With an exclusive license of this technology, Living DNA is now applying an updated version of the same approach to countries around the world to produce the first fine-scale genetic map of the world, and in the process building up the One World Family Tree.