COD AW | Double DNA w/EM1 sur SOLAR | Jouer Les Objectifs? Chane du joueur | https://www.youtube.com/user/FrereSlb75015 Commentateur | https://www.youtube.com/user/FrereSlb75015 Clique-ici pour t'abonner ! http://ick.li/AfGGkG ... By: NowYouRaGe | 1re Team Performance FR … Continue reading →

Jurassic Park Builder-DNA TOURNAMENT UPDATE-IMPORTANT INFO-NEW DINOSAURS Ludia has just announced that DNA tournaments are coming to Jurassic Park Builder just before the holidays. I saw this and instantly wanted to inform you all on it. If you have any more info... By: FruitSensei … Continue reading →

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DNA analyses the heart-wrenching terror attack at Peshawar army school Watch complete analysis of Peshawar Army public school terror attack in which the Tehrik-i-Taliban Pakistan group massacred hundreds of innocent students. By: Zee News … Continue reading →

Using genomic analysis, scientists have identified DNA changes that helped turn ancient horses such as those in prehistoric cave art into today's Secretariats. Understanding the genetic changes involved in equine domestication, which earlier research traced to the wind-swept steppes of Eurasia 5,500 years ago, has long been high on the wish list of evolutionary geneticists because of the important role that taming wild horses played in the development of civilization. It was all made possible by 125 genes, according to a study in Proceedings of the National Academy of Sciences. Related to skeletal muscles, balance, coordination and cardiac strength, those genes produced traits so desirable that ancient breeders selected horses for them, said geneticist Ludovic Orlando of the Natural History Museum of Denmark, who led the study. The result was generations of horses adapted for chariotry, pulling plows and racing. Genes active in the brain also underwent selection. Variants linked to social behavior, learning, fear response and agreeableness are all more abundant in domesticated horses. Orlando's team examined DNA from 29 horse bones discovered in the Siberian permafrost and dating from 16,000 and 43,000 years ago, and compared it with DNA from five modern domesticated breeds. Some genes in today's … Continue reading →

DNA evidence recently established Richard III as brother of Anne of York. Both were great-great-grandchildren of King Edward III. But the data also show that the Y chromosome passed to Richard III from Edward was not the same Y chromosome that males on the Lancaster/Tudor side of the family inherited from Edward. Illegitimacy is inferred. Geneticists don't often dig into 530-year-old graves, which makes the DNA obtained from Richard III's bones a unique treasure. With much of it sequenced, the paternity issues described above may soon be resolved. But does this constitute an ethical violation, a breach of royal family privacy? Will these high-profile paternity cases be tested? Most likely. They will require finding additional direct descendants of Edward. Alternatively, more graves could be exhumed. Newly obtained DNA would then be compared with Richard III's and with DNA already obtained from male-lineage descendants of John of Gaunt. Is bringing to light ancient and otherwise lost-forever personal or family secrets ethical? Societies often take decades to figure out how new and transformative technologies should be used, and ethical mistakes are made. Perhaps mistakes are being made today in identifying ethical DNA technologies versus those that aren't. John Carman Smithfield Read more: … Continue reading →

Durham, NC - Ancient DNA extracted from the bones and teeth of giant lemurs that lived thousands of years ago in Madagascar may help explain why the giant lemurs went extinct. It also explains what factors make some surviving species more at risk today, says a study in the Journal of Human Evolution. Most scientists agree that humans played a role in the giant lemurs demise by hunting them for food and forcing them out of habitats. But an analysis of their DNA suggests that the largest lemurs were more prone to extinction than smaller-bodied species because of their smaller population sizes, according to this team of American and Malagasy researchers. By comparing the species that died out to those that survived, scientists hope to better predict which lemurs are most in need of protection in the future. The African island of Madagascar has long been known as a treasure trove of unusual creatures. More than 80 percent of the islands plants and animals are found nowhere else. But not long ago, fossil evidence shows there were even more species on the island than there are today. Before humans arrived on the island some 2,000 years ago, Madagascar was home … Continue reading →