LivingDNA Product Review

Living DNA entered the landscape for ethnicity testing in the summer/fall of 2016. Hands down, they win the contest for “cool logo.”

Ordering and Waiting

I ordered my test, and the results were frustratingly slow in arriving – more than 3 months after submission. Their website currently says “within 10-12 weeks our results will be ready to explore.” Speedy is not their middle name. At first I thought the delivery time of 12 weeks was a startup snafu, but apparently it’s their standard delivery window.

Sometimes vendors offer free tests with the hope of a good review. I typically order tests like any other customer from a vendor, because it’s not a fair review if the vendor knows they are testing someone who will likely review their product. In other words, I don’t want special treatment. However, in this case, I did complain to the Marketing Director and received my results shortly thereafter. I don’t know how long those results would have taken otherwise.


LivingDNA is a British company, registered in England and Wales. Their price in US dollars is normally $159 with an additional $9.95 for standard delivery (5-7 working days) or $39.95 for premium delivery (2-3 working days). At the time I ordered, US purchasers were required to purchase premium delivery, making the price of an ethnicity test effectively $199.

The LivingDNA ethnicity test costs substantially more than Ancestry or 23andMe at $99 or Family Tree DNA at $79, plus shipping. The other vendors products include ethnicity results plus matching to other testers and varying comparison tools. LivingDNA hopes to offer matching between testers in the future.

Terms and Conditions

Thankfully, Judy Russell recently provided a great overview and digestion of Living DNA’s terms and conditions. Please read Judy’s First look: Living DNA terms of use.

Vendors can and do modify their terms and conditions, so always read what any vendor provides, including any fine print.

LivingDNA’s Claims

The page that greets customers provides the following verbiage.

LivingDNA claims twice the detail of other ancestry tests. Detail, which means reference populations and regions in this case, does not necessarily equate to accuracy, but we’ll see how they fare in that department.

LivingDNA is the only company, to date, that offers ethnicity breakdown by regions within the British Isles, based on the POBI (People of the British Isles) project results funded by the Wellcome Trust.

Living DNA claims to have a 3-in-1 ancestry test, meaning ethnicity, mitochondrial and Y DNA, which isn’t exactly true, but it’s not entirely false either. It’s a matter of perception.

LivingDNA is a scan test that scans specified locations in your genome. Haplogroups, both Y and mitochondrial, are defined by specific locations that carry mutations. LivingDNA scans for Y and mitochondrial haplogroup mutations at some level, but they do not offer anything more for Y and mitochondrial DNA than the haplogroup designation. In other words, no detail and no matching. The LivingDNA results are in the same ballpark as 23andMe or the Genographic project, but much less detailed than Family Tree DNA. Ancestry doesn’t offer any Y or mtDNA results, haplogroup or otherwise. To see a detailed comparison of Y and mtDNA testing and who provides what, please refer to Which DNA Test is Best?

LivingDNA does not offer DNA matching, nor do they currently provide a download raw data file so that you can upload your results elsewhere. They indicated in a February Rootstech conference call that they want to move towards both of these goals.

All major vendors (with the exception of Genographic) provide free updates to existing customers when they update their data base, so it’s good that LivingDNA does too.

As for the LivingDNA claim to “view your ancestry through history,” let’s take a look and see what they deliver.


Notice on the left hand side of the page that I have two options under Ancestry:

  • Family Ancestry – your ethnicity results
  • Motherline – your mitochondrial DNA results

If I were a male, I would also have Fatherline.

Where ever you are on the site, additional options are always shown on the upper left hand side of the page.

Mother Line – Mitochondrial DNA

First, let ‘s look at my mitochondrial DNA results. Your Motherline options are shown on the bar to the left of your page.

The “Download Results” function has not yet been implemented.

The first Motherline page provides an overview.

I know already that my full haplogroup through full sequence testing at Family Tree DNA is J1c2f. Let’s see what LivingDNA tells me.

Living DNA shows my haplogroup as J1c, which isn’t incorrect as far as it goes, but isn’t complete either.

Living DNA gives me an option to ‘take a tour” of my results, so I did. The heat map, below, shows the locations of my “mother line haplogroup.” Heat maps are hotter, or darker, meaning more intense, where the frequency is greater.

Please note that you can click on any image to enlarge.

I’m not clear whether LivingDNA is displaying a map for haplogroup J1c, or core haplogroup J, given the “hottest” region shown is, surprisingly, Yemen. J1c is typically considered to be European, so surely this map must be referring to haplogroup J plus all subgroups.

The LivingDNA heat map is significantly different than the spatial frequency map for haplogroup J, shown below, published in the academic paper, Genetic Stratigraphy of Key Demographic Events in Arabia published in PLoS ONE in March 2015 by Fernandes et al.

Next, Living DNA discusses the genetic migration for haplogroup J.

Followed by a migration map.

Haplogroup J is shown in Europe here. What happened to Yemen? From this map, it looks like J was born near the Black Sea and traveled directly to Europe, which certainly doesn’t track with the heat map or the PLoS ONE article.

Last, the phylogenetic tree showing the path from Mitochondrial Eve, the first known woman to have offspring that lived to today, to me. I notice in this tree that the migration map above omits haplogroup JT between R and J.

Fatherline – Y DNA

Clearly, being a female, I don’t carry a Y chromosome, but the Y DNA section holds the same pages of information as the mitochondrial DNA section, above, which you also receive if you are a male.

Family Ancestry

The Family Ancestry section is where you will find your autosomal ethnicity results.

You have four options, shown on the left bar.

The first page you will see offers you the option to take a tour and then provides basic information.

In the “What Makes You” section, my results show that I’m 93.4% European and 6.6% unassigned in the rest of the world.

Well, that’s pretty boring, but there’s more.

Click on the “+” to the right of the word “Global” which shows regional results, shown below.

Clicking on the “+” again shows the full breakdown, including the British Isles detail. They could certainly make finding this information more intuitive than “+” and “-“. I suspect a lot of people miss this detail, and if you’re testing for ethnicity, which is all LivingDNA offers today, this IS the important part of the test.

You can click on each region to show history about that region, but I surely wish they had shown a map of the British Isles with the sub-region highlighted instead of the image of the body. It’s impossible to discern which present day counties are included in which LivingDNA regions.

My English ancestors whose locations I know are from Lancashire and Kent, and I can’t tell which of the English regions referenced by LivingDNA would include the locations my ancestors are from.

Ireland, on the other hand, is pretty self-explanatory, but is also a pretty large area.

The Family Ancestry Map shows the locations where your ancestors were found.

Clicking “explore in full” and then the “+” button shows me the following, as does the “Through History” selection.

I’m 72.5% Great Britain and Ireland and 12% North and West European and 6.2% unassigned European which is reflected on the map below, with the darker area having the higher frequency. However, please note that the legend and map are reversed.  On the legend, the Europe unassigned at 6.2% is shown as the darkest shade of green, where on the map, the Great Britain and Ireland shown at 75.2% is shown as the darkest, which is accurate if you are using heat maps.

Click on the “+” sign once again moved to subregions showing the detail of where your ethnicity is found.

Clicking on the region at left shows the associated region on the map.

Please note that some of the features both above and below did not display correctly, or at all, using a PC with either Edge or Internet Explorer browsers.  MACs did better.

Another really easy to miss feature is the “click here” just above the word “standard” which allows you to view your family ancestry at different points through history, beginning with 500 years ago. I really like this video type feature as it shows you the movement of your ancestors with time.

Expanding back in time.

At the bottom of each time period is some history to go along with the time period you’re viewing.

Clicking on the Chart option, shows the following.

How Accurate is Living DNA’s Ethnicity?

I wrote the article “Calculating Ethnicity Percentages” to explain how to determine, based on your known genealogy, what to anticipate in your ethnicity percentages, and to compare the various vendors’ accuracy, although Family Tree DNA has since released an update since that article was published.

For purposes of comparison, I calculated all of my 64 GGGG-grandparent’s ethnicity percentages – each individual accounting for approximately 1.56% of my DNA today.

The following chart shows how LivingDNA compared with my known genealogy.

LivingDNA significantly overestimated my total British Isles. My known and inferred British Isles, based on surnames and colonial American records, is no more than 50.7%, while Living DNA shows it at half again as much, at 75.2%. That’s simply not possible, given the immigration records of my ancestors and the proven locations of their origins in Germany, the Netherlands and France.

I can’t align the known locations of my British or Scottish ancestors with the British Isles regions shown, so I really don’t know if the subregion breakdown within the British Isles is accurate or not. That’s not a problem with the LivingDNA analysis, but is due to the fact that my British Isles ancestry with proven locations is scant.

LivingDNA shows Scandinavian that I don’t show in my genealogy, but they aren’t alone, as we’ll see in a minute when we look at how they stack up to the other vendors.

LivingDNA badly missed the mark for my German which is proven at 25% and my Dutch proven at 14%, although clearly that unassigned European probably comes from that grouping. Living DNA shows Germanic at 9%.

LivingDNA clearly struggled with DNA outside of Europe, as they could not identify any DNA anyplace else in the world. Other vendors have identified Middle Eastern, North African and Native American. Of those, only the Native American is solidly proven.

Altogether, with unassigned Europe and unassigned in the rest of the world, 12.8% of my DNA is unassigned.

Compared to Other Vendors

I’ve updated the chart below to include the LivingDNA results along with the new Family Tree DNA update that occurred in April 2017. The only vendor results which are not the results provided by vendors with a current test is the Genographic project, whose ethnicity results changed in November 2016 when they switched their testing vendor to Helix. I have not retested at Genographic. I have included Genographic in the chart, but excluded them in the comparison because their categories are so broad as to not be functionally comparable to the major vendors and the results are obsolete at this point.

Compared to the other three major vendors, Living DNA was the worst at determining my British Isles ethnicity percent as compared to other regions. Family Tree DNA was the best.

All vendors showed Scandinavian, which is not reflected in my genealogy. The school of thought most prevalent is that Scandinavian is possibly reflective of Viking ancestry that was so ingrained into the population as to remain a constant today. That may be true, at least to some extent. LivingDNA shows less Scandinavian than anyone else, making them the most accurate in this category given that I have no known Scandinavian genealogy.

LivingDNA was second worst in determining my Dutch/French/German heritage if you presume that all of the 6.2% European unassigned fell into that group. If you don’t make that presumption, then LivingDNA was the worst. 23andMe was the best.

LivingDNA had the highest amount of unassigned at 6.6% of any vendor while Family Tree DNA and Ancestry assigned all of my DNA and 23andMe only has .1% unassigned.

LivingDNA missed my Native altogether, while all three other vendors found it, even though it is a small percentage.


LivingDNA did not perform well in any category relative to ethnicity as compared to the other major vendors with the exception of Scandinavian. Surprisingly, they placed last in the British Isles category which is their area of expertise.

Some of my British Isles heritage is inferred, which could theoretically have raised my genealogical percentage of DNA if I am incorrect in my inference. In other words, in reality, my British Isles heritage % could be even lower than the 50.7% shown on the chart. It’s also possible that amount is slightly low, but my British Isles can’t be much higher because more than 45% of my genealogy is unquestionably proven elsewhere with relatively recent German and Dutch immigrants. So, at most, my British Isles can’t be more than 55%.

If LivingDNA had shown less British Isles than my genealogy, I would have been accepting of that information, given that their specialty is supposed to be British Isles ethnicity and some of my British Isles is inferred. However, LivingDNA was 50% higher than my own calculations, showing 75.2%.

My mitochondrial haplogroup at Living DNA was not incorrect, but it was incomplete, showing only 2 of 4 branches of haplogroup J, as proven by full mitochondrial sequencing. By comparison, the two other vendors who provide the same type of scan tests for mitochondrial and Y DNA, 23andMe shows me as J1c2 and the Genographic Project 2.0 test shows me as J1c2f. Family Tree DNA shows me as J1c2f as well, but their mitochondrial DNA test is more comprehensive and is a separate test altogether, not included in their Family Finder autosomal test.

I can’t correlate my known English genealogy to specific regions as reported by LivingDNA because my only ancestors whose British Isles locations are specifically known came from London, a melting pot from all over the rest of England, Kent and Lancashire, so I can’t pass any judgement as to the relative accuracy of LivingDNA’s British Isles breakdown except to say my known Irish appears to be accurate.

What I can say is that for anyone who doesn’t have primarily British Isles DNA, or entirely British Isles DNA, I would not recommend this test given the issues noted above. Additionally, LivingDNA is substantially more expensive at $149 than the competing products at $99 (23andMe and Ancestry) and $79 (Family Tree DNA,) all of whom also include matching.

For this test to be useful, the tester would need to be nearly or entirely British and have their genealogy proven to specific regions within the British Isles in fairly recent generations to ascertain accuracy. For me, with a high level of American colonial DNA mixed with relative recent ancestors from western Europe, the test fared poorly.

I would be very interested in knowing the accuracy from the standpoint of multiple testers whose ancestors are entirely from the British Isles and have proven an extensive genealogy back through their 64 GGGG-grandparents. In other words, are the regions within the British Isles accurate?

Keep in mind that all ethnicity tests are really estimates and vary based on the reference panels used by the vendor and the algorithms the vendor uses internally to assign your DNA to specific ethnicities.  LivingDNA points out on their website that inheritance is not a constant at 50% per generation (of ancestral DNA being passed to the next generation) and ethnicity testing is not an exact science – and they are right, on both counts.

In other words, your mileage will vary – a lot.

Autosomal DNA Transfers – Which Companies Accept Which Tests?

Somehow, I missed the announcement that Family Tree DNA now accepts uploads from MyHeritage.

Update – Shortly after the publication of this article, I was notified that the MyHeritage download has been disabled and they are working on the issue which is expected to be resolved shortly.  Family Tree DNA is ready when the MyHeritage downloads are once again functional.

Other people may have missed a few announcements too, or don’t understand the options, so I’ve created a quick and easy reference that shows which testing vendors’ files can be uploaded to which other vendors.

Why Transfer?

Just so that everyone is on the same page, if you test your autosomal DNA at one vendor, Vendor A, some other vendors allow you to download your raw data file from Vendor A and transfer your results to their company, Vendor B.  The transfer to Vendor B is either free or lower cost than testing from scratch.  One site, GedMatch, is not a testing vendor, but is a contribution/subscription comparison site.

Vendor B then processes your DNA file that you imported from Vendor A, and your results are then included in the database of Vendor B, which means that you can obtain your matches to other people in Vendor B’s data base who tested there originally and others who have also transferred.  You can also avail yourself of any other tools that Vendor B provides to their customers.  Tools vary widely between companies.  For example, Family Tree DNA, GedMatch and 23andMe provide chromosome browsers, while Ancestry does not.  All 3 major vendors (Family Tree DNA, Ancestry and 23andMe) have developed unique offerings (of varying quality) to help their customers understand the messages that their unique DNA carries.

Ok, Who Loves Whom?

The vendors in the left column are the vendors performing the autosomal DNA tests. The vendor row (plus GedMatch) across the top indicates who accepts upload transfers from whom, and which file versions. Please consider the notes below the chart.

  • Family Tree DNA accepts uploads from both other major vendors (Ancestry and 23andMe) but the versions that are compatible with the chip used by FTDNA will have more matches at Family Tree DNA. 23andMe V3, Ancestry V1 and MyHeritage results utilize the same chip and format as FTDNA. 23andMe V4 and Ancestry V2 utilize different formats utilizing only about half of the common locations. Family Tree DNA still allows free transfers and comparisons with other testers, but since there are only about half of the same DNA locations in common with the FTDNA chip, matches will be fewer. Additional functions can be unlocked for a one time $19 fee.
  • Neither Ancestry, 23andMe nor Genographic accept transfer data from any other vendors.
  • MyHeritage does accept transfers, although that option is not easy to find. I checked with a MyHeritage representative and they provided me with the following information:  “You can upload an autosomal DNA file from your profile page on MyHeritage. To access your profile page, login to your MyHeritage account, then click on your name which is displayed towards the top right corner of the screen. Click on “My profile”. On the profile page you’ll see a DNA tab, click on the tab and you’ll see a link to upload a file.”  MyHeritage has also indicated that they will be making ethnicity results available to individuals who transfer results into their system in May, 2017.
  • LivingDNA has just released an ethnicity product and does not have DNA matching capability to other testers.  They also do not provide a raw DNA download file for customers, but hope to provide that feature by mid-May. Without a download file, you cannot transfer your DNA to other companies for processing and inclusion in their data bases. Living DNA imputes DNA locations that they don’t test, but the initial download, when available, file will only include the DNA locations actually tested. According to LivingDNA, the Illumina GSA chip includes 680,000 autosomal markers. It’s unclear at this point how many of these locations overlaps with other chips.
  • WeGene’s website is in Chinese and they are not a significant player, but I did include them because GedMatch accepts their files. WeGene’s website indicates that they accept 23andme uploads, but I am unable to determine which version or versions. Given that their terms and conditions and privacy and security information are not in English, I would be extremely hesitant before engaging in business. I would not be comfortable in trusting on online translation for this type of document. SNPedia reports that WeGene has data quality issues.
  • GedMatch is not a testing vendor, so has no entry in the left column, but does provide tools and accepts all versions of files from each vendor that provides files, to date, with the exception of the Genographic Project.  GedMatch is free (contribution based) for many features, but does have more advanced functions available for a $10 monthly subscription.
  • The Genographic Project tested their participants at the Family Tree DNA lab until November 2016, when they moved to the Helix platform, which performs an exome test using a different chip.
  • The Ancestry V2 chip began processing in May 2016.
  • The 23andMe V3 chip began processing in December 2010. The 23andMe V4 chip began processing in November 2013.

Incompatible Files

Please be aware that vendors that accept different versions of other vendors files can only work with the tested locations that are in the files generated by the testing vendors unless they use a technique called imputation.

For example, Family Tree DNA tests about 700,000 locations which are on the same chip as MyHeritage, 23andMe V3 and Ancestry V1. In the later 23andMe V4 test, the earlier 23andMe V2 and the Ancestry V2 tests, only a portion of the same locations are tested.  The 23andMe V4 and Ancestry V2 chips only test about half of the file locations of the vendors who utilize the Illumina OmniExpress chip, but not the same locations as each other since both the Ancestry V2 and 23andMe V4 chips are custom. 23andMe and Ancestry both changed their chips from the OmniExpress version and replaced genealogically relevant locations with medically relevant locations, creating a custom chip.

I know this if confusing, so I’ve created the following chart for chip and test compatibility comparison.

You can easily see why the FTDNA, Ancestry V1, 23andMe V3 and MyHeritage tests are compatible with each other.  They all tested utilizing the same chip.  However, each vendor then applies their own unique matching and ethnicity algorithms to customer results, so your results will vary with each vendor, even when comparing ethnicity predictions or matching the same two individuals to each other.

Apples to Apples to Imputation

It’s difficult for vendors to compare apples to apples with non-compatible files.

I wrote about imputation in the article about MyHeritage, here. In a nutshell, imputation is a technique used to infer the DNA for locations a vendor doesn’t test (or doesn’t receive in a transfer file from another vendor) based on the location’s neighboring DNA and DNA that is “normally” passed together as a packet.

However, the imputed regions of DNA are not your DNA, and therefore don’t carry your mutations, if any.

I created the following diagram when writing the MyHeritage article to explain the concept of imputation when comparing multiple vendors’ files showing locations tested, overlap and imputed regions. You can click to enlarge the graphic.

Family Tree DNA has chosen not to utilize imputation for transfer files and only compares the actual DNA locations tested and uploaded in vendor files, while MyHeritage has chosen to impute locations for incompatible files. Family Tree DNA produces fewer, but accurate matches for incompatible transfer files.  MyHeritage continues to have matching issues.

MyHeritage may be using imputation for all transfer files to equalize the files to a maximum location count for all vendor files. This is speculation on my part, but is speculation based on the differences in matches from known compatible file versions to known matches at the original vendor and then at MyHeritage.

I compared matches to the same person at MyHeritage, GedMatch, Ancestry and Family Tree DNA. It appears that imputed matches do not consistently compare reliably. I’m not convinced imputation can ever work reliably for genetic genealogy, because we need our own DNA and mutations. Regardless, imputation is in its infancy today.

To date, two vendors are utilizing imputation. LivingDNA is using imputation with the GSA chip for ethnicity, and MyHeritage for DNA matching.


Your best results are going to be to test on the platform that the vendor offers, because the vendor’s match and ethnicity algorithms are optimized for their own file formats and DNA locations tested.

That means that if you are transferring an Ancestry V1 file, a 23andMe V3 file or a MyHeritage file, for example, to Family Tree DNA, your matches at Family Tree DNA will be the same as if you tested on the FTDNA platform.  You do not need to retest at Family Tree DNA.

However, if you are transferring an Ancestry V2 file or 23andMe V4 file, you will receive some matches, someplace between one quarter and half as compared to a test run on the vendor’s own chip. For people who can’t be tested again, that’s certainly better than nothing, and cross-chip matching generally picks up the strongest matches because they tend to match in multiple locations. For people who can retest, testing at Family Tree DNA would garner more matches and better ethnicity results for those with 23andMe V2 and V4 tests as well as Ancestry V2 tests.

For absolutely best results, swim in all of the major DNA testing pools, test as many relatives as possible, and test on the vendor’s Native chip to obtain the most matches.  After all, without sharing and matching, there is no genetic genealogy!