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In a series of histograms (graphs showing the distribution of genome and population data), Hawks shows that Asian and European genomes have significantly more Neanderthal DNA than African genomes. The averages for Asian and European samples are around 3% higher than the average for African samples. Whatever gave Africans some degree of similarity to Neanderthals, non-Africans seem to have received around 3% more of it. Europeans average a bit more Neanderthal DNA than Asians, showing that Europeans probably mixed with Neanderthals as they moved into Europe, adding a secondary mix of Neanderthal DNA into their genome beyond the primary mix...

A 5,300-year-old man found sticking out of an Alpine glacier in 1991 possessed more genes in common with Neandertals than Europeans today do. The man’s Neandertal heritage is a preliminary sign that Stone Age interbreeding occurred more frequently than many scientists assume. Two researchers determined that the previously analyzed genome of Ötzi the Tyrolean Iceman (SN: 3/24/12, p. 5) included roughly 4 to 4.5 percent Neandertal genes. Modern Europeans’ genetic library includes an average of 2.5 percent Neandertal genes. Human groups that migrated into Europe after 5,000 years ago mated with continental natives and diluted traces of Neandertal genetic ancestry...

Modern Y-Chromosome Variation Surpasses Archaic Humans by Jeffrey Tomkins, Ph.D. * The human Y-chromosome has been a sore point among secular scientists in recent years because of its many anti-evolutionary surprises. Adding to the Darwinian grief, is yet one more shocking Y-chromosome study that more clearly illustrates the boundaries of human genetic diversity. Much controversy has brewed during the past few years over the genomic sequences of what have been termed "archaic" humans. This so-called "ancient DNA" was extracted from bone fragments of "Neandertal" and "Denisovan" specimens and then sequenced, providing draft blue prints of these respective genomes.1, 2 While...

Contact: Mary Rice mary@mrcommunication.org European Society of Human Genetics Ancient Etruscans were immigrants from Anatolia, or what is now TurkeyGeneticists find the final piece in the puzzle Nice, France: The long-running controversy about the origins of the Etruscan people appears to be very close to being settled once and for all, a geneticist will tell the annual conference of the European Society of Human Genetics today. Professor Alberto Piazza, from the University of Turin, Italy, will say that there is overwhelming evidence that the Etruscans, whose brilliant civilisation flourished 3000 years ago in what is now Tuscany, were settlers from...

It was 15 months ago that Science carried a story about the completion of a rough draft of the Neandertal genome. Palaeogeneticist Svante Paabo of the Max Planck Institute for Evolutionary Anthropology in Leipzig was reported as saying "he can't wait to finish crunching the sequence through their computers". It has been quite a long time coming, as it is more than a decade since Paabo first demonstrated it was possible to analyse Neandertal DNA sequences. Earlier reports suggested that Neandertals were sufficiently distinct from humans for them to be classified as a separate species of Homo. The draft genome...

London - Red hair may be the genetic legacy of Neanderthals, according to a new study by British scientists. Researchers at the John Radcliffe Institute of Molecular Medicine in Oxford were quoted by The Times as saying the so-called "ginger gene" which gives people red hair, fair skin and freckles could be up to 100 000 years old. They claim that their discovery points to the gene having originated in Neanderthal man who lived in Europe for 200 000 years before Homo sapien settlers, the ancestors of modern man, arrived from Africa about 40 000 years ago. Rosalind Harding, the...

26 March 2002 01:46 GMT DNA traces roots back to Stone Age By Paul Lashmar 24 March 2002 Are you a Viking, Saxon, Pict, Celt, or descendant of an ancient African tribe? New DNA testing methods will enable us to trace our family tree right back to the Stone Age. Until recently, researching your ancestry meant hours of painstaking digging through fusty old files in public record offices or asking older relatives about their family memories. When the 1901 census was released online, demand was so great that the system crashed. The new scientific technique for tracing relatives allows individuals...