Afghan Hindu Kush: Where Eurasian Sub-Continent Gene Flows Converge, Di
Cristofato et al, with Roy King, Peter Underhill and Jacques Chiaroni (2013). Now
they tested 43 markers with 186 Iranian haplotypes. Total J1 = 23 - 12,3%. J1c3 Page8 =12 – 6,4%. J1 M267*=11 - 5.9%. A good progress in
relation to the 2009 article of Jacques Chiaroni “ The emergence of Y-chromosome haplogroup J1e among Arabic-speaking
populations” with 12 markers and 150 Iranian haplotypes, total J1=17 – 11%. J1e
(J1c3)=13 - 8,6% and J1*=4 – 2,6%.
Sergio Toffanelli and Nadia Al-Zahery previously reported to had found
some Qatari and Marsh Arabs J1c3d types with M365 positive, but it’s a parallel
simultaneous mutation or a lab error. M365 is negative to P58 at FTDNA and
23andMe labs and also negative to L136 according to FTDNA J1 phylogenetic tree.
The STR haplotypes are completely different and the J1b M365 STR modal is quite
easily recognizable and unique in any J1
database. 393=13, 390=22, 19=15, 388=16, YCAII=21/22. Unfortunately
(again) they don’t mention M365, so they
can’t understand the complete J1 phylogenetic tree from Iran.
We can find at least 4 haplotypes in the new paper
J-M267 IR2_39 Esfahan
J-M267 IR4_9 Khorasan
J-M267 IR7_2 South Iran
J-M267 IR8_12 Teheran
The cluster
43 markers
Semnan - Iran - SMGF
Fars- Iran - SMGF
Tehran - Iran - SMGF
Ferrere - Reunion - Portugal- SMGF
Gonçalves - Brazil - Portugal - SMGF
Leon - Peru - SMGF
Oliveira - Brazil - Portugal - FTDNA
Ley - England - FTDNA
J-M267 IR2_39 Esfahan
J-M267 IR4_9 Khorasan
J-M267 IR7_2 South Iran
J-M267 IR8_12 Teheran
(obs. corrections only in DYS464 in Ir2_39 and 442 (-5) to match the FTDNA
pattern)
They would share a common ancestor in the last 1600-2000 years (modal
TMRCA) connecting Iranian populations with the Atlantic Western Iberian
and Brazilian individuals.
