Family Tree Dna Family Finder Results

For genealogy within the most recent fifteen generations str markers help define paternal lineages.

Family tree dna family finder results.

As the tools used to analyze your results are refined you will have access to this new analysis. This tool allows you to view and compare the dna segments that you share with your family finder matches. The example family tree dna results that we will use for this article says that this person has 500 dna matches. The family finder software does not use y chromosome dna y dna results for matching or relatedness calculations.

Family finder matches lists your autosomal dna matches. The dna match list has several columns and each of those columns gives you a ton of information about that particular dna match. Myftdna family tree dna. With our premier suite of dna tests and the world s most comprehensive matching database your dna has met its match.

Y dna str markers change mutate often enough that most men who share the same str results also share a recent paternal lineage. The most important thing to remember is that receiving your results from family tree dna ftdna is just the beginning. Fuller family finder project y dna classic chart. Our signature family finder test focuses on autosomal dna which is inherited from both parents four grandparents eight great grandparents etc.

Headquarters in houston texas. If you wish to download your matches use the csv button or excel button at the bottom of the page. The family finder program uses only the autosomal snp single nucleotide polymorphism test results from the family finder microarray chip. The chromosome browser is a feature of our family finder autosomal dna test.

The top section of the page allows you to filter your matches. This test is designed to find matches in our massive dna database on all of your ancestral lines within the last five generations. Testing is available to both amateur and professional genealogists. The bottom section displays your family finder matches.

Establishing dna fingerprints for the purpose of determining ancestral pedigrees.