Years after a 15-year old mother put her baby girl up for adoption, the two reunited after both tested with MyHeritage DNA. See how an adoptee DNA test led to a sweet reunion.
Moms come in all shapes and sizes, and all have different stories. Sometimes, those stories include great self-sacrifice that ensures the best future possible for a child. That’s the case with this story that I want to share with you today. It’s a very special mother-daughter reunion which was covered recently by ABC15 in Mesa, Arizona.
As a 15-year-old, Robin Passey made the brave decision to put her baby daughter up for adoption to a loving family. Even though she knew it was in her child’s best interest, the decision understandably left a longing in her heart. Like many adoptive moms, Robin wondered how her daughter was doing, what she looked like, and if she was happy. That longing was filled thanks to the latest genetic genealogy technology available. Through a bit of genealogical serendipity, Robin and her biological daughter Becky both tested with MyHeritage DNA, and started a new chapter in their lives.
Watch their story and happy reunion:
More and more stories like theirs are appearing in news outlets, on blogs and in social media posts around the world. I find it deeply moving that who we are genetically–how we are connected–is literally encoded within us on such a fundamental biological level.
We can help you with your own DNA testing journey, whether you’re an adoptee or just looking to learn more about your family. Start with these essential posts:
Getting Started with DNA Testing
DNA Testing for Adoptees: 5 Must-Read Tips by Genetic Genealogy Experts
DNA ethnicity results–those “pie charts” that come with your genetic genealogy test results–are one of the most popular aspects of testing. Even those without an active interest in researching their roots often test just to learn what their DNA says about their genetic roots: How Irish are they? Do they have Jewish roots? Is there any truth to that old family story about being descended from an Indian princess?
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Your genealogical pedigree, if you are diligent or lucky (or both!) can contain hundreds, even thousands of names and can go back countless generations. You can include as many collateral lines as you want. You can add several sources to your findings, and these days you can even add media, including pictures and copies of the actual documents. Every time someone gets married or welcomes a new baby, you can add that to your chart. In short, there is no end to the amount of information that can make up your pedigree chart.
But here’s where the numbers are in our favor. You have, on average, 940 fourth cousins. So if you are only sharing DNA with 470 of them, that’s not quite so bad, is it? And it only takes one or two of them to be tested and show up on your match list. Their presence there, and their documentation back to sweet Sarah, helps to verify the genealogy you have completed. It also allows you to gather others who might share this connection so you can learn even more about Sarah and her family. Plus, if you find Jim, then Jim will have 470 4th cousins as well, some of which will not be on your list, giving you access to even more of the 940.
My goals as Your DNA Guide here at Genealogy Gems is to help you get the most from your DNA testing efforts, and to make it fun and easy-to-understand along the way. I’ve got more DNA articles for you. Check these out:
Family Tree DNA recently announced a round of updates to myOrigins, its mapping tool for ethnic and geographic ancestry. New are more detailed breakdowns of their population clusters and in-depth descriptions of them. (Visit Family Tree DNA’s 
This meant that my mom and Tom share a direct maternal line – or put another way, Tom’s mother’s mother’s mother was the same as my mom’s mother’s mother’s mother. That means there is only one couple out of the four possible couples that could connect my mom to Tom: his direct maternal line ancestor Marianna Huck, and her husband Michael Wetzstien.
FDA and 23andMe – Comments from Your DNA Guide