@znKhDnGdQ8mqO9g @dMUAYFRBv6GsJZx @sports_hoo @studyng_Ainu2 @nagaoka_sun @janusroad @K94_5010 @kurohuku27 このようにアイヌと縄文人が遺伝的に近く濃い関係を彼らは見つけたのです
https://t.co/tUWgwDtx0N
In the current study, the Ainu was genetically closest to the Funadomari Jomon, https://t.co/aL0mTAN4q1
@ishiwinozomu @Umebosssi @studying_Ainu @rekishitos @rosswise >既出。本土は80%です
嘘をつくな。客観的資料が有るなら出せ
Haplogroup D1b is observed at high frequencies in three Japanese populations: Ainu (87.6%), Mainland Japanese (36.6% and 27.8% in Honshu and Kyusyu, respectively), and Ryukyuans (55.6%)
https://t.co/tUWgwDtx0N
未だ論文を無視するの?
https://t.co/tUWgwDtx0N
this Y chromosome haplotype is thought to have contributed to the formation of the Neolithic Jomon males or their ancestral groups in prehistoric Japan . The classification of the F5 Y-haplogroup as D1b2b supports this hypothesis. https://t.co/YIN6IVl6oD
https://t.co/tUWgwDtx0N
Y-chromosome haplogroup D is common in , and Japanese (D1b) populations (Thangaraj et al., 2003) and is rare or absent in other populations.
Haplogroup D1b is observed at high frequencies in three Japanese populations: Ainu (87.6%),
@nobutake_Ishii https://t.co/n2I0dzJ9fE
Late Jomon male and female genome sequences from the Funadomari site in Hokkaido, Japan
HIDEAKI KANZAWA-KIRIYAMA, TIMOTHY A. JINAM, YOSUKE KAWAI, TAKEHIRO SATO, KAZUYOSHI