asan-kaygy

Посмотрите автореферат Ольги Балаганской

Памирские Ичкилики, у них примерно известны гаплогруппы

Рахмет за диаграмму

Дочь ахмед Заки валиди Тогана

На глаз по казахам. С2-М48 много, что понятно с учетом тех родов

Да. видимо

Видимо Togan Isanbike

как книга называется кто автор?

По шежире их общий предок жил в 16 веке. Плюс есть научные выборки где эта группа кыпчаков все к гаплогруппе J2 относятся

Да. Это они прииртышские кыпчаки.

Не в курсе.

Один субклад C2b-M407

Да видели, по кзаахам Дмитрий Адамов немного разбирал. По Каракалпакам вроде я рассматривал

Объединил две темы по ДНК туркмен

Объединил

У Спенсера Уэллса 2001 года самая большая выборка по узбекам.

Вроде нет по идее. Саму статью еще не прочитал полностью.

не понятно. у меня открывалась. всего 5 результатов там было

Ойратский ДНК-проект https://www.familytreedna.com/public/oirats/?iframe=ydna

Одни вместе с кенегесами среди жалаиров другие сами по себе.

Y chromosome haplotype diversity in Mongolic-speaking populations and gene conversion at the duplicated STR DYS385a,b in haplogroup C3-M407 Boris A Malyarchuk, Miroslava Derenko, Galina Denisova, Marcin Woźniak, Urszula Rogalla, Irina Dambueva and Tomasz Grzybowski Abstract Y chromosome microsatellite (Y-STR) diversity has been studied in different Mongolic-speaking populations from South Siberia, Mongolia, North-East China and East Europe. The results obtained indicate that the Mongolic-speaking populations clustered into two groups, with one group including populations from eastern part of South Siberia and Central Asia (the Buryats, Barghuts and Khamnigans) and the other group including populations from western part of Central Asia and East Europe (the Mongols and Kalmyks). High frequency of haplogroup C3-M407 (>50%) is present in the Buryats, Barghuts and Khamnigans, whereas in the Mongols and Kalmyks its frequency is much lower. In addition, two allelic combinations in DYS385a,b loci of C3-M407 haplotypes have been observed: the combination 11,18 (as well as 11,17 and 11,19) is frequent in different Mongolic-speaking populations, but the 11,11 branch is present mainly in the Kalmyks and Mongols. Results of locus-specific sequencing suggest that the action of gene conversion is a more likely explanation for origin of homoallelic 11,11 combination. Moreover, analysis of median networks of Y-STR haplotypes demonstrates that at least two gene conversion events can be revealed—one of them has probably occurred among the Mongols, and the other event occurred in the Barghuts. These two events give an average gene conversion rate range of 0.24–7.1 × 10–3 per generation. http://www.nature.com/jhg/journal/vaop/ncurrent/abs/jhg201614a.html

Y chromosome haplotype diversity in Mongolic-speaking populations and gene conversion at the duplicated STR DYS385a,b in haplogroup C3-M407 Boris A Malyarchuk, Miroslava Derenko, Galina Denisova, Marcin Woźniak, Urszula Rogalla, Irina Dambueva and Tomasz Grzybowski Abstract Y chromosome microsatellite (Y-STR) diversity has been studied in different Mongolic-speaking populations from South Siberia, Mongolia, North-East China and East Europe. The results obtained indicate that the Mongolic-speaking populations clustered into two groups, with one group including populations from eastern part of South Siberia and Central Asia (the Buryats, Barghuts and Khamnigans) and the other group including populations from western part of Central Asia and East Europe (the Mongols and Kalmyks). High frequency of haplogroup C3-M407 (>50%) is present in the Buryats, Barghuts and Khamnigans, whereas in the Mongols and Kalmyks its frequency is much lower. In addition, two allelic combinations in DYS385a,b loci of C3-M407 haplotypes have been observed: the combination 11,18 (as well as 11,17 and 11,19) is frequent in different Mongolic-speaking populations, but the 11,11 branch is present mainly in the Kalmyks and Mongols. Results of locus-specific sequencing suggest that the action of gene conversion is a more likely explanation for origin of homoallelic 11,11 combination. Moreover, analysis of median networks of Y-STR haplotypes demonstrates that at least two gene conversion events can be revealed—one of them has probably occurred among the Mongols, and the other event occurred in the Barghuts. These two events give an average gene conversion rate range of 0.24–7.1 × 10–3 per generation. http://www.nature.com/jhg/journal/vaop/ncurrent/abs/jhg201614a.html

Не знаем. Это мангыты каракалпакского происхождения. В 18 веке примкнули. У них С2-старкластер

1. Не понятно. 2. Да, есть Плюс казахи мангыты есть

Я могу сдать свой тест. В Астане? Я правда там редко бываю. Можете сдать. В Лс почту напишите.