Harihara S, Saitou N, Hirai M, Gojobori T, Park K S, Misawa S, Ellepola S B, Ishida T, Omoto K
Department of Anthropology, Faculty of Science, University of Tokyo, Japan.
Am J Hum Genet. 1988 Aug;43(2):134-43.
Mitochondrial DNA (mtDNA) polymorphisms were detected using 13 restriction enzymes on the total DNA obtained from blood samples of five Asian populations: Japanese and Ainu of northern Japan, Korean, Negrito (Aeta) of the Philippines, and Vedda of Sri Lanka. Of a total of 28 restriction-enzyme morphs detected, eight had not been reported previously. By combining the morphs, we were able to classify mtDNAs of 243 individuals into 20 mtDNA types. Phylogenetic analyses using maximum parsimony and genetic distance methods both showed that the Japanese, Ainu, and Korean populations were closely related to each other. Aeta was found to show a relatively close relationship to these three populations, confirming the conclusion from previous studies of blood markers. In contrast, Vedda was quite different from the other four populations.
利用13种限制性内切酶,对来自五个亚洲人群血样中提取的总DNA进行分析,检测线粒体DNA(mtDNA)多态性。这五个亚洲人群分别为:日本人和日本北部的阿伊努人、韩国人、菲律宾的尼格利陀人(阿埃塔人)以及斯里兰卡的维达人。在总共检测到的28种限制性内切酶形态中,有8种此前未曾报道过。通过对这些形态进行组合,我们能够将243名个体的mtDNA分为20种mtDNA类型。使用最大简约法和遗传距离法进行的系统发育分析均表明,日本人群、阿伊努人群和韩国人群彼此密切相关。研究发现,阿埃塔人与这三个人群的关系相对密切,这证实了先前血液标志物研究得出的结论。相比之下,维达人与其他四个人群差异很大。