We're excited to announce today an important new collaboration and product integration between MyHeritage and leading personal genetics company 23andMe.
23andMe pioneered autosomal DNA analysis which can find relatives across all ancestral lines, and have built the largest autosomal DNA ancestry service in the world. 23andMe helps people access and benefit from the human genome, offering them a deeper understanding of how their genes relate to their ancestry.
DNA analysis can provide new information about your ancestors and your geographic and ethnic origins. It can also connect you with unknown relatives descending from common ancestors who lived centuries ago, who you may not have discovered otherwise.
MyHeritage's 5.5 billion global historical records, 1.5 billion family tree profiles in 27 million family trees and innovative matching technologies, combined with 23andMe's DNA analysis, will provide users with an integrated and enhanced experience to uncover their family history. Combining documented genealogy - family trees, family stories and family memories - with DNA-based ancestry is the next evolution in family history research. While DNA testing can find relatives from shared ancestors, it's the family trees and historical records that are critical to fully map and understand these connections.
Watch the announcement made live on Bloomberg TV earlier today, in an interview with MyHeritage's Founder & CEO, Gilad Japhet, below:
Some people begin with traditional family history and turn to genetics to find more connections, but MyHeritage member Peggy Shackelford, 64, of Southern California began her geneajourney to understand the genetics in her family.
She has two grown daughters and three dogs. She holds a BS in computer and management sciences and works as a business intelligence developer. Although born just outside Chicago (in Hammond, Indiana), Peggy grew up in northern California. Her work involves analytical research and developing business intelligence software.
About 30 years ago she started the journey to discover her family roots. Armed only with some family stories she began her research. It was very hard going back then, she says. There was very little available online and most of her research involved sifting through microfilms of census records to find people and clues.
In February 2012, MyHeritage introduced DNA testing for genealogy. And now, to celebrate the first anniversary, we're providing significant discounts to make DNA tests more affordable for all our users.
The discounts are available for a limited period, so now's your best chance to get a DNA test and take your family history research to the next level.
It is always interesting to find studies like these.
It seems that we are increasingly keen to understand how humans act and how we interact with our family, our friends, strangers and even our animals.
We stumbled upon an interesting article on Yahoo News , which says that scientists at the University of Oregon have found that "kindness" could be caused by certain genetic traits and that those traits are recognizable to outsiders at a glance.
"Our findings suggest even slight genetic variation may have tangible impact on people's behavior, and that these behavioral differences are quickly noticed by others," said lead author Aleksandr Kogan, a postdoctoral fellow at the University of Toronto.
The study observed a group of people who had different types of genes (G, AA, AG, GG) in the rs53576 DNA sequence of oxytocin receptor gene (OXTR). This is interesting as oxytocin is sometimes called the “love hormone” as it promotes closer links with other people and other social behaviours.
Today we're posting a remarkable video from the clever people over at TED. TED is a a non-profit organisation dedicated to providing paradigm shifting content from inspirational speakers.
Spencer Wells, over this 20 minute talk, demonstrates how to extend genealogy far beyond the usual boundaries. In essence, the geneticist demonstrates how the earliest origins of human ancestry can be examined through the usage of DNA techniques. He has some truly fascinating conclusions:
Wired magazine posted an article a couple of days ago stating that “the kangaroo’s twisted marsupial family tree is now in order thanks to jumping genes”.
Now by jumping genes we don’t mean the genes that help make the kangaroo jump.
Rather, jumping genes are genes that reproduce then insert themselves into the chromosomes at new locations. As a result, these jumping genes create mutations in the DNA that can then go on to create new branches of family trees.
If tracing ancestors through DNA wasn’t futuristic enough already, genetic technology for genealogy is set to get even better.