Relethford J H
Department of Anthropology, State University of New York College at Oneonta, Oneonta, New York 13820, USA.
Am J Phys Anthropol. 2001 May;115(1):95-8. doi: 10.1002/ajpa.1060.
The recent extraction of mitochondrial DNA sequences from three European Neandertal fossils has led many to the conclusion that ancient DNA analysis supports the African replacement model of modern human origins and rejects models of multiregional evolution that propose some Neandertal ancestry in living humans. This conclusion is based, in part, on the lack of regional affinity of Neandertal DNA to that from living Europeans. Consideration of migration matrix models shows that this conclusion is premature, since under a model of interregional gene flow we expect to see similar levels of Neandertal ancestry in all contemporary regions, and living Europeans should not necessarily show closer affinity. The absence of regional affinity in Neandertal DNA does not distinguish between replacement and multiregional models.
最近从三块欧洲尼安德特人化石中提取的线粒体DNA序列,使许多人得出结论:古代DNA分析支持现代人类起源的非洲替代模型,而否定了那些认为现代人类有部分尼安德特人祖先的多地区进化模型。这一结论部分基于尼安德特人DNA与现代欧洲人DNA缺乏区域亲和性。对迁移矩阵模型的考量表明,这一结论为时过早,因为在区域间基因流动模型下,我们预计在所有当代地区都能看到相似水平的尼安德特人祖先成分,而且现代欧洲人不一定会表现出更紧密的亲和性。尼安德特人DNA缺乏区域亲和性,并不能区分替代模型和多地区模型。