（DCS系統(tǒng)）和（機(jī)器人系統(tǒng)）及（大型伺服控制系統(tǒng)）備件大賣！叫賣！特賣！賣賣賣！
Recent DNA research by the Moscow, Russia-based genetic research company, Genotek, has revealed that roughly one-fifth of all Russian people are genetic relatives of the House of Windsor, the ruling dynasty of the United Kingdom. Other prominent historical figures, also related to Queen Elizabeth II, include Nicholas II, Russia's last Emperor, and Marie de Medici, Queen of France, who belongs to the celebrated Medieval-era financial Medici clan of Northern Italy.
The study is based on the analysis of the genomes of the Russian people and those of the prominent European dynasties of the past and present. The DNA breakdown has shown that about 20 percent of contemporary Russians share the same haplogroup as members of the Windsor dynasty, meaning that the test sample providers had common ancestors centuries ago.
"Three years ago we did a DNA test for Vladimir Zhirinovsky (one of modern Russia's prominent politicians and public figures), and the results showed that he has common ancestors with Napoleon and Einstein. One of Zhirinovsky's haplogroups, E1b1b1, is quite interesting - it is also found in the DNA of Adolf Hitler, Vlad Tepes (also known as known as Vlad the Impaler or Dracula) and Benito Mussolini," - Valery Ilinsky, director of Genotek, said.
For the study, the researchers analyzed a sample of 2,500 genomes from across Russia and Ukraine, including such cities as Moscow, St. Petersburg, Yekaterinburg, Sochi, Krasnodar, Rostov-on-Don, Vladivostok, Novosibirsk, Simferopol and Kyiv. Roughly half of the genome samples were male genomes.
On their maternal side, most contemporary Russians belong to the mitochondrial group (haplogroup) H, which first emerged amongst the peoples of the Middle East and South East Asia about 30 thousand years ago. The carriers of this haplogroup subsequently migrated to Europe roughly 20-25 thousand years ago, and today, some 41 percent of the Europeans share this haplogroup.
It was this particular haplogroup that allowed the researchers to discover the blood ties between 20 percent of Russians and the Queen of England Elizabeth II, along with Maria de Medici among other prominent figures. The discovery proves that ethnic Russians are genetically European as the percentage of the non-European DNA found amongst the samples provided is insignificant.
The findings of the study also provide further evidence of closer ties between Russians and the other peoples of Northern Europe. Russia's last emperor, Nicholas II of the House of Romanov, was a close relative to many European monarchs of the early 20th century, including the German Kaiser Wilhelm II of the House of Hohenzollern, and monarchs of the Houses of Saxe-Coburg-Gotha, Hanover and Windsor.
Most of Imperial Russia's nobility had blood ties with the House of Romanov or the House of Rurikid, the latter being direct descendants of the Viking invaders, whose presence was prominent in 10th-century Russia, 11th-century England, as well as France, and Sicily of the same era. After the Bolshevik Revolution and the subsequent social chaos, these genomes might have spread widely amongst the broader Russian populace, which explains their presence in 20 percent of contemporary Russians.
Meanwhile, on the paternal side, 25 percent of contemporary Russians share the R1a1 haplogroup, which emerged some 10 thousand years ago in the North Caspian region. This haplogroup is also found in the DNA of such figures as Sir Francis Drake, the 16th-century English sea explorer, merchant and privateer, and King Willem-Alexander of the Netherlands.
An earlier study by Genotek found that only 16.2 percent of contemporary Russians carry the genomes of the original peoples that inhabited the Russian heartland centuries ago. Roughly 19.2 percent of the modern Russian genome is similar to those of the Ukrainians and Belorussians, whilst some 13.1 percent are shared between the Russians and the Finnish people, and another 6.3 percent of the Russian DNA are genomes typical for the people of Hungary, or Magyars.
