You do not understand just ... Learn more. All about Siberian affinity there. In addition Northern Russians are very different. For example people from Arkhangelsk differ from people in Vologda. And all are northern Russians ...
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Where? There are no Siberians in those plots, so how can you make conclusions about Siberian affinity based on those?
Even if this is so, the particular North Russians in question are the Vologda Russians.Quote:
In addition Northern Russians are very different. For example people from Arkhangelsk differ from people in Vologda. And all are northern Russians ...
Well, considering that is "like a drop in the sea", it is fairly unimportant.
In the end, it is more about phenotypical qualities anyway.
Such genetic tests just help you to inform yourself about your or a people's ancestry.
It is like proving that you have aristocratic ancestors - but if you are short, fat, have a piggish face and are too dumb for everything, having aristocratic ancestry doesn't really improve things for you and for others, other than on paper.
Same here. The presence of this or that genetic profile, if it is not phenotype-related, is interesting if looking at things from a higher and bigger perspective. For the individual evaluation, it is pretty much uninteresting, unless it points to important phenotypical aspects - positive or negative.
In my opinion, it would make sense to use racial rules even for a ruling mulatto class, because they could breed themselves up from an Eugenic and racial point of view.
Even for totally mixed people racial categories can make sense, if they help to improve the adaptive and general qualities of a population.
After all, it should be about results, rather the prejudices.
And without the rules in South Africa, the white population would have been long gone into a status of mixed ones here and there, but no real Europid population - and even the state and culture would have looked very different, rather worse I guess...
Alleles in your genotype which don't affect your own phenotype can affect your descendants' phenotypes, though. For example, if you and your wife carry only one allele for cystic fibrosis each, neither of you will have cystic fibrosis. But, if you and your wife have a child that inherits one cystic fibrosis allele from each of you, that child will express the cystic fibrosis phenotype. It's conceivable that the same could happen once in a blue moon with two Afrikaners with something like sickle cell anemia, I suppose.
It's not idiocy, it's a Mendelian inheritance law.
http://www.hjo3.net/orly/gal2/orly_dr_evil.gif
Instead of just calling it idiocy, why don't you explain why it's idiocy?
"It" is not a geneticist, you're right; it's an undergraduate fizziks and math student. But I'm not proclaiming myself an authority on genetics. What I just said is junior high school material. Even though not all traits are Mendelian, those ones are.