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12481

The update finally removed most of the misplaced Scandinavian and B&I

Great job if you compare it with LivingDNA:

12482

Or AncestryDNA:

Total ROH Mb: 33.17

71.684 % are Homozygous


No problem. :P

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I'm still get the ancient Saxon England connection (almost 50%!), only the Germanic part is more precise.

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23andme removed my trace to Unassigned.
They should bring these changes with a change-log.

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ok, the latest 23andMe update... also in previous updates B&I and Scandinavian was moved to F&G.

It's a trace indeed.
Of course it could be a faulty calculator, my daughter suddenly has traces of Central Asian, Northern Indian & Pakistani now.

Beta is providing a better ancestry composition in my case now

Less ancient Scandinavian and British (Saxons), more F&G.

and... just beta-updated to 0,1% Senegambian & Guinean... this make sense actually.
Senegambia was connected to the Dutch West India Company (WIC) due to slavery.

I read about a person with the same error. H1 instead of H17.
(I noticed it because I am H17)


topic called 37852-H1-and-H17a, can't make a link yet.


...but what do we know now? There is so...

The adventurous tough genes has left sweden a long time ago.
Just like how the explorers left the netherlands.

All went to the new world.

It also depends which test you take.

23andMe is getting better at removing Skandinavian (up to 25% to below 10%) over the years... putting our Dutch dna into their "French & German" category.

...

My daughter (and her mother) has W.

This is the explanation of 23andMe;

Haplogroup W has been found at sites from the Corded Ware Culture.


The name of the Corded Ware culture comes from...

I received a nearly triple dose of F&G after the changes. (21,3% to 63,1%) This could apply to more "natives".
With my papertrail it should be up-to 100% "G" when looking at a timeframe of < 500...

23andMe found; "West-African" 0,1%.
I "made up" a whole story of posible slave trade connection.

But after an update it became "broadly East African" 0,1%... on an another chromosome.


I...