比格尔海峡(火地岛)古代人类有丝分裂基因组:阿根廷合作项目

IF 1.1 3区 地球科学 Q2 ANTHROPOLOGY
Valeria Arencibia, M. Muñoz Hidalgo, Cristian M Crespo, L. Maldonado, G. Lichtenstein, L. Kamenetzky, Pablo Vera, A. Zangrando, Augusto Tessone, S. Avena, V. Lia, A. Puebla, C. Dejean
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引用次数: 1

摘要

在研究当前和古代人口中越来越多地使用大规模平行测序,使生物人类学和考古学问题有了新的方法;然而,将其应用于考古样本需要使用在美国和欧洲研究中心以外不易获得的技术。为了获得阿根廷的古代有丝分裂基因组,几个机构合作,对来自Beagle海峡(1504±46年BP)的个体的丰富的古代DNA文库进行了大规模平行测序和生物信息学方法,该地区对这条研究路线特别感兴趣。系统发育重建显示,它们与纳瓦里诺岛(Navarino Island)的一只亚马纳人(Yamana)和智利南极省(Hoste Island)的一只亚马纳人(Yamana)关系密切:这三只亚马纳人有共同的祖先,生活在203年至4439年前。据报道,这三种突变只存在于比格尔海峡的现代和古代个体身上,它们与其他D1g亚单倍群的关系尚不清楚。这里获得的结果与基于考古证据提出的大约4500年前Fuegian群岛的流动性减少一致。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Ancient Human Mitogenome of the Beagle Channel (Tierra del Fuego): An Argentine Collaborative Project
The increasing use of massively parallel sequencing in the study of current and ancient human populations has enabled new approaches to bioanthropological and archaeological issues; however, its application to archaeological samples requires the use of technologies that are not easily accessible outside US and European research centers. To obtain an ancient mitogenome in Argentina, several institutions collaborated to apply massively parallel sequencing and bioinformatic methodologies on an enriched ancient DNA library of an individual from the Beagle Channel (dated 1504 ± 46 years BP), a region of particular interest for this line of inquiry. Phylogenetic reconstruction showed a close relationship with a Yamana from Navarino Island and an individual from Hoste Island (Chilean Antarctic Province): the three shared an ancestor who lived between 203 and 4,439 years ago. These three have mutations reported only for current and ancient individuals from the Beagle Channel, and their relationship with the rest of the D1g sub-haplogroups is unclear. The results obtained here are consistent with the reduction of mobility in the Fuegian archipelago around 4500 years BP that has been proposed based on archaeological evidence.
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