There is another answer to this question: Around 50,000 to 40,000 years ago, primordial Japanese had separated from primordial Tibetan and around 60,000 years ago primordial Tibetan had separated from primordial Andamanese. And Andamanese had arrived in Asia around 70,000 years ago. Recent DAN studies have discovered that the Andamanese, Tibetan, and Japanese have shared the same haplogroup D1 (Haplogroup D-M174), of which among the Andamanese is 100%, Tibetan is 41.3%-66% and Japanese is 34.7. According to a research done by Michael F. Hammer, Tatiana M. Karafet, Hwayong Park, Keiichi Omoto, Shinji Harihara, Mark Stoneking 和 Satoshi Horai, "Coalescent analyses of Y chromosome short tandem repeat diversity indicated that haplogroups D and C began their expansions in Japan ~20,000 and ~12,000 years ago, respectively, while haplogroup O-47z began its expansion only ~4,000 years ago". They have concluded that "the survival of ancient lineages within haplogroup D in Tibetans and Japanese may well reflect long periods of isolation for both groups. Interestingly, a Y-SNP survey of Andaman Islanders found a very high fre- quency of haplogroup D-M174* chromosomes in this isolated population that likely descends from Paleolithic Asian ancestors (Thangaraj et al. 2003). Recent expan- sions and population replacements in Asia, perhaps associated with the spread of agriculture, may have led to the near extinction of haplogroup D in other Asian populations". （Dual origins of the Japanese: common ground for hunter-gatherer and farmer Y chromosomes Received: 11 August 2005 / Accepted: 26 September 2005 / Published online: 18 November 2005 Ó The Japan Society of Human Genetics and Springer-Verlag 2005） Journal of Human Genetics (J Hum Genet) ISSN 1435-232X (online) ISSN 1434-5161 (print)
Also, linguistically Tibetan, Japanese, and Andamanese have kept the same basic structure. For instance, their word order is SOV. Particularly, both Tibetan and Japanese languages need special instrumental cases to indicate actors. For example:
Watashi WA gohon O tabemasu. Tibetan people say: ང ས་ ཟ་མ་ ཟ། I food eat
Wata nabe GA Tanaga NI hanasu བཀྲ་ཤིས་ ཀྱིས་ ཚེ་རིང་ ལ་ སྐད་ཆ་བཤད། Watanabe/Tashi Tanaga/Tsering to speaks The word order in both Tibetan and Japanese is SOV and the most astonishing characteristic is the subject indicator "WA" and "GA" in Japanese and "ས་" and "ཀྱིས་" in Tibetan. None of the other languages have this grammatical feature.
More example: Higashi E ikimasu ཤར་ཕྱོགས་ ལ་ འགྲོ East to go Please pay attention to the direction indicator "E" in Japanese and ལ་ in Tibetan.
Let's take a look at the morphology in Tibetan and Japanese: shiro I དཀར་ བོ། white
kuro I ནག་ པོ། black Please see the suffix "I" in Japanese and "བོ་" or "པོ" in Tibetan. 以下系统树基于ISOGG2019年6月19日版本 • DE (YAP) o D (CTS3946)
Fascinating! Very intriguing, although not totally surprising. Anyway, the narrative presented here, based on genomics, indicates how powerful the latest technology & technique on genetic analysis. However, that's not a whole story. Anthopology & archeology added. There are several questionable comments or ambiguous origin/evidence when it comes to relate two or more different types of evidence. The more advanced the high-tech, the more likely new facts – further immigrations – would be brought to light like commented at the end of footage.
Hibridization, gene flow, very loose reproductive isolation, bottleneck effect, maternal/paternal effects etc., just like a textbook example for molecular researches. One thing very impressive to me is the reproduction of ancient map which shows clearly probable immigration routes & how the geographic (geological?) advantages might facilitate it. Overall, excitement can't be hidden. A convenient duration in which full of information of various disciplines of science is neatly packed. Entertaining as well!
20 comments
ほとんどスサノオとイザナミの子孫で日本人は親戚なのに争いが絶えない
ウコン・・・今風に言うとターメリックですね💛
やりちんギスハーン・・・。
混血の定義がないな。
はっきり言うと、男性に混血はない。ねじれはある。
なぜかというと、男性はYDNAが確定し、X DNAがつく。Y-Xがもともとの原型かそうでないかしかない。女性はX-Xなので、Xが違う場合がある。これを混血という。
すなわち、混血は女性にしか発生しない。
ちなみに、YDNA-D以外の民族遺伝子は、YDNA-Cからの派生でしかなく、モンゴルを頂点としたスキタイ遊牧民のものである。大陸に山ほどいる掠奪寄生民族や。
いくら自己弁護したいからと言って、寄生は良くないな。
恥ずかしいで、ほんま
全ての生物は、遺伝子分類が可能。
人間だけが、誤魔化そうと、それを拒否する。
ま、日月神示にも書いてあった偽善欺瞞の外道の類な。
中國でって言い回しがおかしい
漢の時代なら中國は全く関係ない
There is another answer to this question:
Around 50,000 to 40,000 years ago, primordial Japanese had separated from primordial Tibetan and around 60,000 years ago primordial Tibetan had separated from primordial Andamanese. And Andamanese had arrived in Asia around 70,000 years ago. Recent DAN studies have discovered that the Andamanese, Tibetan, and Japanese have shared the same haplogroup D1 (Haplogroup D-M174), of which among the Andamanese is 100%, Tibetan is 41.3%-66% and Japanese is 34.7.
According to a research done by Michael F. Hammer, Tatiana M. Karafet, Hwayong Park, Keiichi Omoto, Shinji Harihara, Mark Stoneking 和 Satoshi Horai, "Coalescent analyses of Y chromosome short tandem repeat diversity indicated that haplogroups D and C began their expansions in Japan ~20,000 and ~12,000 years ago, respectively, while haplogroup O-47z began its expansion only ~4,000 years ago".
They have concluded that "the survival of ancient lineages within haplogroup D in Tibetans and Japanese may well reflect long periods of isolation for both groups. Interestingly, a Y-SNP survey of Andaman Islanders found a very high fre- quency of haplogroup D-M174* chromosomes in this isolated population that likely descends from Paleolithic Asian ancestors (Thangaraj et al. 2003). Recent expan- sions and population replacements in Asia, perhaps associated with the spread of agriculture, may have led to the near extinction of haplogroup D in other Asian populations". （Dual origins of the Japanese: common ground for hunter-gatherer and farmer Y chromosomes Received: 11 August 2005 / Accepted: 26 September 2005 / Published online: 18 November 2005 Ó The Japan Society of Human
Genetics and Springer-Verlag 2005）
Journal of Human Genetics (J Hum Genet) ISSN 1435-232X (online) ISSN 1434-5161 (print)
Also, linguistically Tibetan, Japanese, and Andamanese have kept the same basic structure. For instance, their word order is SOV. Particularly, both Tibetan and Japanese languages need special instrumental cases to indicate actors. For example:
Watashi WA gohon O tabemasu. Tibetan people say:
ང ས་ ཟ་མ་ ཟ།
I food eat
Wata nabe GA Tanaga NI hanasu
བཀྲ་ཤིས་ ཀྱིས་ ཚེ་རིང་ ལ་ སྐད་ཆ་བཤད།
Watanabe/Tashi Tanaga/Tsering to speaks
The word order in both Tibetan and Japanese is SOV and the most astonishing characteristic is the subject indicator "WA" and "GA" in Japanese and "ས་" and "ཀྱིས་" in Tibetan. None of the other languages have this grammatical feature.
More example:
Higashi E ikimasu
ཤར་ཕྱོགས་ ལ་ འགྲོ
East to go
Please pay attention to the direction indicator "E" in Japanese and ལ་ in Tibetan.
Let's take a look at the morphology in Tibetan and Japanese:
shiro I
དཀར་ བོ།
white
kuro I
ནག་ པོ།
black
Please see the suffix "I" in Japanese and "བོ་" or "པོ" in Tibetan.
以下系统树基于ISOGG2019年6月19日版本
• DE (YAP)
o
D (CTS3946)
• D1 (M174/Page30, IMS-JST021355)
• D1a (CTS11577)
• D1a1 (F6251/Z27276)
• D1a1a (M15) 青藏高原、雲貴高原、廣西
• D1a1b (P99) 青藏高原、蒙古高原、哈萨克斯坦
• D1a2 (Z3660)
• D1a2a (M64.1/Page44.1, M55) 日本
• D1a2b (Y34637) 安達曼人
• D1b (L1378) 菲律宾[12]
• D2 (A5580.2) 奈及利亞、沙特阿拉伯、叙利亚
D系統は東アジアにおける最古層のタイプと想定できるが[5]、一つの説として東アジア及び東南アジアにO系統が広く流入した為、島国日本や山岳チベットにのみD系統が残ったと考えられている。
Fascinating! Very intriguing, although not totally surprising. Anyway, the narrative presented here, based on genomics, indicates how powerful the latest technology & technique on genetic analysis. However, that's not a whole story. Anthopology & archeology added. There are several questionable comments or ambiguous origin/evidence when it comes to relate two or more different types of evidence. The more advanced the high-tech, the more likely new facts – further immigrations – would be brought to light like commented at the end of footage.
Hibridization, gene flow, very loose reproductive isolation, bottleneck effect, maternal/paternal effects etc., just like a textbook example for molecular researches. One thing very impressive to me is the reproduction of ancient map which shows clearly probable immigration routes & how the geographic (geological?) advantages might facilitate it.
Overall, excitement can't be hidden. A convenient duration in which full of information of various disciplines of science is neatly packed. Entertaining as well!
日本人はムー大陸の子孫でしょ。ムー大陸の子孫→縄文人→日本人。ムー大陸は無かった事にされて隠蔽してるけど。それと縄文人は弥生人（渡来人）に虐殺されて激減したんでしょ。急激な気候変動のせいにされてるけど。急激な気候変動なら弥生人も激減してるはずなのに。なぜ縄文人が激減して弥生人が人口増加してるの？おかしい。日本は弥生人（渡来人）に乗っ取られたんでしょ。
埴原和郎www
使ってる資料
旧すぎて
消費期限切れ
草www
応神天皇は、前秦の符洛だそうです。
1:27
弥生人は稲作の代表なら、東北アジアじゃないぞ、百越や長江文明エリアの方は正しいと思う。
縄文人と近いのはアイヌのようなd系のｙ染色体の民族と考える、東南アジアではないぞ。
だから私らムー帝国の末裔だっての😐！
吉見百穴だねっ😊
イスラエルの10支族の説もあるよね
中国
実は、皆サイヤ人です☆なんてねｗ
我从来不相信『徐福』东渡日本的传说！那是野史！请大家不要相信🇨🇳🇯🇵没有任何关系。
チンギスハーンの子孫が日本人じゃなくて、日本人の子孫がチンギスハーンなんじゃないの？世界4大文明じゃなくて、8大文明の中に日本文明があり縄文人だった？
普通の日本人と神の子孫でのDNAの違い？意味なし