It looks like you're using an Ad Blocker.
Please white-list or disable AboveTopSecret.com in your ad-blocking tool.
Thank you.
Some features of ATS will be disabled while you continue to use an ad-blocker.
The DNA of a cave girl who lived about 80,000 years ago has been analysed in remarkable detail. The picture of her genome is as accurate as that of modern day human genomes, and shows she had brown eyes, hair and skin. The research in Science also sheds new light on the genetic differences between modern humans and their closest extinct relatives. The cave dweller, a Denisovan, was a cousin of the Neanderthals. Both groups of ancient humans died out about 30,000 years ago, but have left their mark in the gene pool of modern people.
The Denisovans have mysterious origins. They appear to have left little behind for palaeontologists save a tiny finger bone and a wisdom tooth found in Siberia's Denisova cave in 2010. Though some researchers have proposed a possible link between the Denisovans and human fossils from China that have previously been difficult to classify. A Russian scientist sent a fragment of the bone from Siberia to a team led by Svante Paabo at the Max Planck Institute for Evolutionary Anthropology in Leipzig, Germany. He thought it might belong to an early modern human, but the results came as a surprise. DNA analysis revealed a human who was neither a Neanderthal nor a modern human but the first of a new group of ancient humans.
The most detailed genetic analysis yet of the Denisovans also confirms that they bred with the ancestors of some people alive today, the researchers said. It shows that about 3% of the genomes of people living today in Papua New Guinea come from Denisovans, with a trace of their DNA lingering in the Han and Dai people from mainland China. The genetic variation of Denisovans was very low, suggesting that although they were found in large parts of Asia their population remained small.
Originally posted by moniesisfun
I'm thinking that all (non-african) humans have some degree of DNA from at least one other species, correct?
So some would have more than others, and some would have more pronounced deviations from HSS. Perhaps this could help to explain some of the eccentricities, and even brilliance in some individuals? On the other end, maybe not so successful couplings of various species DNA results in more severe forms of autism, or other diseases.
It would seem interbreeding would provide a wider range of diversity, with the majority of negative deviations breeding out in the short run, but some still remaining. Maybe a specific gene that by itself is negative, becomes a positive if it's expressed in combination with other quirky genes...
Originally posted by theabsolutetruth
There are so many advances in science that could be made, like breeding out illnesses etc, creating super intelligence etc. I guess the morality would have to be kept good, but so many possibilities that are hopefully being realised by faculty interactions.
Originally posted by moniesisfun
Originally posted by theabsolutetruth
There are so many advances in science that could be made, like breeding out illnesses etc, creating super intelligence etc. I guess the morality would have to be kept good, but so many possibilities that are hopefully being realised by faculty interactions.
Screw the morality, that's entirely relative. I say let's do it already. Was talking two days ago with an elite about dysgenics....something must be done.