R1b-PF7562

обновлено 26.06.2022

R1b-PF7562 - субклад гаплогруппы R1b, исходящий из узла M269 и параллельный узлу L23.

Ареал R1b-PF7562

Частоты R1b-PF7562 (в источниках M269(xL23)):

Kosovo - 9/114 (7,89 %)
Macedonia - 4/79 (5,06 %)
Albania - 11/223 (4,93 %)
Serbia - 7/235 (2,98 %)
Armenia - 5/176 (2,84 %)
Cyprus - 16/574 (2,79 %)
Laz - 1/36 (2,78 %)
Lezgins - 1/41 (2,44 %)
Italy - 26/1094 (2,38 %)
Tabasarans - 1/43 (2,33 %)
Greece - 8/347 (2,31 %)

Turkey - 25/1176 (2,13 %)
Crete - 4/193 (2,07 %)
Algeria - 2/102 (1,96 %)
Romania - 10/527 (1,9 %)
Bashkirs - 10/586 (1,71 %)
Herzegovina - 2/141 (1,42 %)
Bosnia - 1/78 (1,28 %)
Syria - 1/81 (1,23 %)
Sardinia - 28/2404 (1,16 %)
Switzerland - 2/175 (1,14 %)
Hungary - 4/370 (1,08 %)
Bulgaria - 10/931 (1,07 %)
Tunisia - 1/120 (0,83 %)
Slovenia - 4/501 (0,8 %)
Iran - 10/1303 (0,77 %)
Mongolia - 1/160 (0,63 %)
Palestinians - 1/170 (0,59 %)
Germany - 4/727 (0,55 %)
Portugal - 1/190 (0,53 %)
Denmark - 1/215 (0,47 %)
Ukraine - 2/596 (0,34 %)
Georgia - 1/345 (0,29 %)
Jordan - 1/392 (0,26 %)
Russians - 3/1225 (0,24 %)
Afghanistan - 1/507 (0,2 %)
France - 1/535 (0,19 %)
Netherlands - 3/2172 (0,14 %)
Poland - 1/772 (0,13 %)
Croatia - 1/828 (0,12 %)
Spain - 1/1122 (0,09 %)

Источники: 

The genetic structure of the Turkish population reveals high levels of variation and admixture, Kars 2021 
Y-chromosome and Surname Analyses for Reconstructing Past Population Structures: The Sardinian Population as a Test Case, Grugni 2019 
The Dutch Y-chromosomal landscape, Altena 2019 
Reconstructing the genetic history of Italians: new insights from a male (Y-chromosome) perspective, Grugni 2018 
Genetic characterization of Balkars and Karachays according to the variability of the Y chromosome, Dzhaubermezov 2017 
Is there a Finno-Ugric component in the gene pool of Russians from Yaroslavl oblast? Evidence from Y-chromosome, Chukhryaeva 2017 
Genetic differentiation between upland and lowland populations shapes the Y-chromosomal landscape of West Asia, Balanovsky 2017 
Genetic heritage of Croatians in the Southeastern European gene pool—Y chromosome analysis of the Croatian continental and Island population, Šarac 2016 
Y chromosome diversity in a linguistic isolate (Mirandese, NE Portugal), Marques 2016 
Y-chromosome phylogeographic analysis of the Greek-Cypriot population reveals elements consistent with Neolithic and Bronze Age settlements, Voskarides 2016 
Coevolution of genes and languages and high levels of population structure among the highland populations of Daghestan, Karafet 2015 
Origins, admixture and founder lineages in European Roma, Martínez-Cruz 2015 
Shared language, diverging genetic histories: high-resolution analysis of Y-chromosome variability in Calabrian and Sicilian Arbereshe, Sarno 2015 
Large-scale recent expansion of European patrilineages shown by population resequencing, Batini 2015 
Detection of phylogenetically informative polymorphisms in the entire euchromatic portion of human Y chromosome from a Sardinian sample, Francalacci 2015 
Mitochondrial DNA and Y-chromosome structure at the mediterranean and atlantic façades of the iberian peninsula, Santos 2013 
Afghan Hindu Kush: Where Eurasian Sub-Continent Gene Flows Converge, Di Cristofaro 2013 
Low-Pass DNA Sequencing of 1200 Sardinians Reconstructs European Y-Chromosome Phylogeny, Francalacci 2013 
The paternal perspective of the Slovenian population and its relationship with other populations, Zupan 2013 
Y-Chromosome Diversity in Modern Bulgarians: New Clues about Their Ancestry, Karachanak 2013 
Introducing the Algerian Mitochondrial DNA and Y-Chromosome Profiles into the North African Landscape, Bekada 2013 
Contemporary paternal genetic landscape of Polish and German populations: from early medieval Slavic expansion to post-World War II resettlements, Rębała 2012 
Pasture Names with Romance and Slavic Roots Facilitate Dissection of Y Chromosome Variation in an Exclusively German-Speaking Alpine Region, Niederstätter 2012 
Ancient Migratory Events in the Middle East: New Clues from the Y-Chromosome Variation of Modern Iranians, Grugni 2012 
High levels of Paleolithic Y-chromosome lineages characterize Serbia, Regueiro 2012 
Neolithic patrilineal signals indicate that the Armenian plateau was repopulated by agriculturalists, Herrera 2011 
A major Y-chromosome haplogroup R1b Holocene era founder effect in Central and Western Europe, Myres 2010 

Распространение R1b-PF7562 совпадает в основном с распространением субклада R1b-Z2103, который найден у представителей ямной археологической культуры. Это позволяет продполагать ямное (в том числе) происхождение ветви PF7562.

Ареал R1b-Z2103

Частоты R1b-Z2103 (в тех же источниках L23(xL51)):
Armenia - 45/176 (25,57 %)
Bashkirs - 126/586 (21,5 %)
Dagestan - 87/724 (12,02 %)
Komis (Perm Oblast) - 7/61 (11,48 %)
Kosovo - 13/114 (11,4 %)

Turkey - 129/1176 (10,97 %)
Albania - 22/223 (9,87 %)
Iran - 106/1303 (8,14 %)
Iraq - 2/28 (7,14 %)
Greece - 21/347 (6,05 %)
Cyprus - 34/574 (5,92 %)
Czechia - 5/87 (5,75 %)
Switzerland - 10/175 (5,71 %)
Bulgaria - 50/931 (5,37 %)
Romania - 28/527 (5,31 %)
Syria - 4/81 (4,94 %)
Hungary - 16/370 (4,32 %)
Sweden - 6/139 (4,32 %)
Italy - 46/1094 (4,2 %)
Tatars - 5/119 (4,2 %)
Crete - 8/193 (4,15 %)
Ossetians - 6/157 (3,82 %)
Udmurts - 2/54 (3,7 %)
Slovakia - 22/601 (3,66 %)
Croatia - 30/828 (3,62 %)
Slovenia - 18/501 (3,59 %)
Belarus - 7/205 (3,41 %)
Abazins - 3/89 (3,37 %)
Saudi Arabia - 1/32 (3,13 %)
Uyghurs - 2/66 (3,03 %)
Afghanistan - 15/507 (2,96 %)
Russians - 36/1225 (2,94 %)
Kabardians - 4/141 (2,84 %)
Poland - 21/772 (2,72 %)
Uzbekistan - 2/74 (2,7 %)
Kyrgyzstan - 4/150 (2,67 %)
Georgia - 9/345 (2,61 %)
Pakistan - 12/461 (2,6 %)
Karachays - 5/195 (2,56 %)
Turkmenistan - 1/46 (2,17 %)
Serbia - 5/235 (2,13 %)
Portugal - 4/190 (2,11 %)
Ukraine - 12/596 (2,01 %)
Balkars - 7/371 (1,89 %)
Denmark - 4/215 (1,86 %)
Austria - 5/288 (1,74 %)
Chuvashes - 2/117 (1,71 %)
France - 9/535 (1,68 %)
Lusatians - 2/123 (1,63 %)
Germany - 11/727 (1,51 %)
Herzegovina - 2/141 (1,42 %)
Britain - 2/153 (1,31 %)
Palestinians - 2/170 (1,18 %)
Netherlands - 24/2172 (1,1 %)
Jordan - 4/392 (1,02 %)
India - 2/214 (0,93 %)
Sardinia - 22/2404 (0,92 %)
Ireland - 1/119 (0,84 %)
Spain - 9/1122 (0,8 %)
Cherkess - 1/126 (0,79 %)
Mongolia - 1/160 (0,63 %)
Karelians - 1/194 (0,52 %)
Estonia - 1/210 (0,48 %)

Схожесть ареалов PF7562 и Z2103 указывает на то, что в далёком прошлом эти ветви, очевидно, составляли одну общность. В связи с этим интересно посмотреть на суммарный ареал обоих субкладов, то есть ареал R1b-M269(xL51).

Ареал R1b-M269(xL51)

Частоты R1b-M269(xL51):
Armenia - 50/176 (28,41 %)
Bashkirs - 136/586 (23,21 %)
Kosovo - 22/114 (19,3 %)
Albania - 33/223 (14,8 %)
Turkey - 154/1176 (13,1 %)
Dagestan - 89/724 (12,29 %)
Komis (Perm Oblast) - 7/61 (11,48 %)
Iran - 116/1303 (8,9 %)
Cyprus - 50/574 (8,71 %)
Greece - 29/347 (8,36 %)
Romania - 38/527 (7,21 %)
Iraq - 2/28 (7,14 %)
Switzerland - 12/175 (6,86 %)
Italy - 72/1094 (6,58 %)
Bulgaria - 60/931 (6,44 %)
Crete - 12/193 (6,22 %)
Syria - 5/81 (6,17 %)
Czechia - 5/87 (5,75 %)
Hungary - 20/370 (5,41 %)
Serbia - 12/235 (5,11 %)
Macedonia - 4/79 (5,06 %)
Slovenia - 22/501 (4,39 %)
Sweden - 6/139 (4,32 %)
Tatars - 5/119 (4,2 %)
Ossetians - 6/157 (3,82 %)
Croatia - 31/828 (3,74 %)
Udmurts - 2/54 (3,7 %)
Slovakia - 22/601 (3,66 %)
Belarus - 7/205 (3,41 %)
Abazins - 3/89 (3,37 %)
Russians - 39/1225 (3,18 %)
Afghanistan - 16/507 (3,16 %)
Saudi Arabia - 1/32 (3,13 %)
Uyghurs - 2/66 (3,03 %)
Georgia - 10/345 (2,9 %)
Poland - 22/772 (2,85 %)
Herzegovina - 4/141 (2,84 %)
Kabardians - 4/141 (2,84 %)
Laz - 1/36 (2,78 %)
Uzbekistan - 2/74 (2,7 %)
Kyrgyzstan - 4/150 (2,67 %)
Portugal - 5/190 (2,63 %)
Pakistan - 12/461 (2,6 %)
Karachays - 5/195 (2,56 %)
Ukraine - 14/596 (2,35 %)
Denmark - 5/215 (2,33 %)
Turkmenistan - 1/46 (2,17 %)
Sardinia - 50/2404 (2,08 %)
Germany - 15/727 (2,06 %)
Algeria - 2/102 (1,96 %)
Balkars - 7/371 (1,89 %)
France - 10/535 (1,87 %)
Palestinians - 3/170 (1,76 %)
Austria - 5/288 (1,74 %)
Chuvashes - 2/117 (1,71 %)
Lusatians - 2/123 (1,63 %)
Britain - 2/153 (1,31 %)
Jordan - 5/392 (1,28 %)
Bosnia - 1/78 (1,28 %)
Mongolia - 2/160 (1,25 %)
Netherlands - 27/2172 (1,24 %)
India - 2/214 (0,93 %)
Spain - 10/1122 (0,89 %)
Ireland - 1/119 (0,84 %)
Tunisia - 1/120 (0,83 %)
Cherkess - 1/126 (0,79 %)
Karelians - 1/194 (0,52 %)
Estonia - 1/210 (0,48 %)

STR гаплотипы

Genetic differentiation between upland and lowland populations shapes the Y-chromosomal landscape of West Asia, Balanovsky 2017 

Y chromosome diversity in a linguistic isolate (Mirandese, NE Portugal), Marques 2016 

Y-chromosome phylogeographic analysis of the Greek-Cypriot population reveals elements consistent with Neolithic and Bronze Age settlements, Voskarides 2016 

Origins, admixture and founder lineages in European Roma, Martínez-Cruz 2015 

Afghan Hindu Kush: Where Eurasian Sub-Continent Gene Flows Converge, Di Cristofaro 2013 

Y defining marker	Sample	Population	DYS385	DYS385a	DYS385b	DYS388	DYS389	DYS389a	DYS389B	DYS390	DYS391	DYS392	DYS393	DYS394/19	DYS426	DYS437	DYS438	DYS439	DYS441	DYS442	DYS444	DYS445	DYS446	DYS447	DYS448	DYS449	DYS452	DYS454	DYS455	DYS456	DYS458	DYS459	DYS459a	DYS459b	DYS460	DYS461n(TAGA)n	DYS462	DYS463	DYS464	GGAAT1B07	YCAII	YCAIIa	YCAIIb	YGATAA10	YGATAC4/Y_DYS635	YGATAH4
R-M269	AZ6_59	Hazara-Bamiyan	11-14	11	14	nd	13-16	13	16	25	10	13	12	14	nd	15	12	13	15	17	11	12	10	nd	18	28	31	11	11	16	16	9-9	9	9	nd	10	11	24	nd	10	nd	nd	nd	15	23	15
R-M269	MG4_22	Mongol-SouthEast	11-15	11	15	13	13-16	13	16	24	11	13	12	14	12	15	12	12	13	17	12	12	13	25	19	31	30	11	11	15	18	9-10	9	10	12	10	11	24	14-15-16-17	10	19-23	19	23	14	23	13
R-M269	IR2_35	Esfahan	12-15	12	15	12	13-17	13	17	24	11	13	12	14	11	15	12	11	14	17	12	12	14	25	19	30	30	11	11	16	18	9-10	9	10	11	10	11	24	14-14-16-16	10	19-23	19	23	15	23	12

Y-Chromosome Diversity in Modern Bulgarians: New Clues about Their Ancestry, Karachanak 2013 

Neolithic patrilineal signals indicate that the Armenian plateau was repopulated by agriculturalists, Herrera 2011 

A major Y-chromosome haplogroup R1b Holocene era founder effect in Central and Western Europe, Myres 2010 

https://www.familytreedna.com/public/y-dna-haplotree/R;name=R-PF7562

https://www.yfull.com/tree/R-PF7562/ 

Чтобы развить и уточнить генетическое древо R1b-PF7562, призываю представителей нашего субклада делать таргетные NGS или WGS тесты и загружать свои данные на YFull.
Это поможет выяснить происхождение и время образования ветвей нашего субклада.
Сделайте свой вклад в развитие генетической генеалогии, чтобы люди смогли узнать происхождение своего рода.
Таргетный NGS высокого качества можно заказать в Full Genomes Corporation.
Вот статистика теста Y Elite этой корпорации:

Ещё более качественный результат даёт WGS тест.
Вот, например, статистика WGS теста компании Dante Labs, выравненного на hg38 в YSEQ:

Карта мест происхождения предков представителей субклада R1b-PF7562