On Monday, Biotech Company Muarsal explained what he saw as a poke Wolf showing his first success. These great predators disappeared during the destruction of late Pleistocene, which eliminated many large black mammals from America, near the end of the last glacier. Now, in a coordinated PR Blitz, the company claims that gray wolf clones with slightly arranged genomes are essentially brought back the terrible wolf. (Both of them Time And New Yorker Before the announcement, special access to animals was given.)
Dire Wolf is currently a relative of the widespread gray wolf, which has significant differences between the skeletons of the two species. Based on the order of the two new terrible wolf genomes, researchers in Muazzam conclude that Dire Wolves created a different branch within Canids 2.5 million years ago. For context, brown and polar bears are twice as long as they are estimated to be different species. Terrible wolves are also large, typically the size of the largest gray wolf populations. The comparisons between new genomes and other monsters show that Dire Wolf is also a light -colored jacket.
Most of this evolutionary distinction means that there is a lot of genetic differences between gray and terrible wolves. The internal and unpublished analysis of Muazzam suggests that with the regulation of 14 different fields of the genome, basic differences can be made and a total of 20 regulations are required. 15 variants of new animals are reported to be designed. He does not explain what the difference is, and a tremendous spokesman told Ars: “We do not explain all the arrangements we make at this point.”
However, the information published by the company shows that it focuses on reconstructing the appearance of a terrible wolf by emphasizing a large dimension and a white jacket. For example, researchers organized in a gene variant in the gray wolf populations, which were physically large, rather than variant in the terrible wolf genome. Something similar was made to obtain a light jacket color. This is a cautious approach, since these changes are known to be compatible with the rest of the gray wolf genome.
