Neandertal Genes in All Non-African Populations

Tuesday, August 9th, 2011

I don’t have much to say about Yotova et al.’s recent Molecular Biology and Evolution paper, An X-Linked Haplotype of Neandertal Origin Is Present Among All Non-African Populations, but here’s the abstract:

Recent work on the Neandertal genome has raised the possibility of admixture between Neandertals and the expanding population of Homo sapiens who left Africa between 80 and 50 Kya (thousand years ago) to colonize the rest of the world. Here, we provide evidence of a notable presence (9% overall) of a Neandertal-derived X chromosome segment among all contemporary human populations outside Africa. Our analysis of 6,092 X-chromosomes from all inhabited continents supports earlier contentions that a mosaic of lineages of different time depths and different geographic provenance could have contributed to the genetic constitution of modern humans. It indicates a very early admixture between expanding African migrants and Neandertals prior to or very early on the route of the out-of-Africa expansion that led to the successful colonization of the planet.

Did we really have to change the spelling of Neanderthal to match the original German pronunciation?

Comments

  1. Ben Payne says:

    I believe “tal” is the German word for “valley”. The original archaeological site was in the Neander Valley — or something similar.

  2. Isegoria says:

    Tal is the German word for valley — but thal was the German spelling when the original skull was found!

    The species is named after the Neander valley, located about 12 km (7.5 mi) east of Düsseldorf, Germany. This ravine formed by the river Düssel, widened out by mining, was named Neanderthal in the early 19th century to honour the clergyman and hymn writer Joachim Neander: “Tal” (spelled “Thal” until the German spelling reform of 1901) is the German word for valley.

  3. Goober says:

    I guess I didn’t think this was a recent development. Didn’t they map the Neadertal genome quite some time ago and make this discovery?

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