A high-coverage Neandertal genome from the Altai Mountains reveals population structure among Neandertals
Massilani DPapers in this archive, Peyrégne SPapers in this archive, Iasi LNMPapers in this archive, de Filippo CPapers in this archive, Mafessoni FPapers in this archive, Bossoms Mesa APapers in this archive, Sümer APPapers in this archive, Swiel YPapers in this archive, Popli DPapers in this archive, Silverman SPapers in this archive, Boyle MJPapers in this archive, Kozlikin MBPapers in this archive, Shunkov MVPapers in this archive, Derevianko APPapers in this archive, Higham TPapers in this archive, Douka KPapers in this archive, Meyer MPapers in this archive, Zeberg HPapers in this archive, Kelso JPapers in this archive, Pääbo SPapers in this archive
Abstract
We present a high-quality genome of a ~110,000-y-old male Neandertal from Denisova Cave in the Altai Mountains. He as well as a ~120,000-y-old Neandertal from the same cave lived in smaller and more isolated groups than later Neandertals in Europe and the ancestors of both individuals mixed with Denisovans. The older Eastern and younger Western Neandertals were as differentiated in terms of the frequencies of genetic variants as the most differentiated present-day human populations worldwide, suggesting that present-day humans exhibit relatively low levels of population differentiation compared to Neandertals. Keywords: Neandertal genome, Denisovans, archaic hominins
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