Scientists claim that they have restored the severe wolf

The Genome Wolf study also allowed the huge team to know what distinguishes the ancient wolf from its modern relatives. They settled on the features that involve size, muscles, hair color, hair texture, hair length and engraving of the coat. Then they used the release of genes to change the cell genome from the nearest relative of the wolf in the wolf, the gray wolf. In total, the company made 20 unique modifications to 14 genes in the gray wolf genome. Among them, the horrific wolf gene variables were supposed to multiply. Colossal claims to be a record number of unique genetic adjustments to any animal.

But the great wolf genome is still almost identical to the gray wolf. This raises a difficult question: Are these wolves really terrible wolves, or just gray wolves free from genes? Lam says, of course, animals are severe wolves. He says, “We call them terrible wolves.” “The interesting thing is that timing is an area that scientists seem to agree on.” Species are often defined by a mixture of physical and physically visible properties, including teeth, shape, size and color of their bodies.

George Cherish, a Harvard University of Genetics professor who participated in establishing the company with Lam, says that the goal is in the end the production of an animal with a complete genome of terrible wolf. “Meanwhile, we give priority to all the features that actually determine the species.”

Shapiro also says that the adjustments are important enough to summon new animals. “If we can look at this animal and see what it is doing, and it seems like a harsh wolf and behaves like a terrible wolf, I will call it a harsh wolf. My colleagues who are the classification specialists will differ.”

David Jashovsky, professor of memorization at Clemerson University at South Carolina, says there is “some self -nature” when it comes to identifying species, and that the role that the animal plays in its environmental system may be the same as the importance of genetics. Jachowski, who did not know specific details about the wonderful wolf project, says there is also a “huge marketing value to preserve wildlife” to declare what was presented to the species.

To make a terrible wolf, Colossal started blood from a gray wolf. By working on a type of blood cell called the predecessor eternal cell, the team has liberated the DNA so that it matches more closely with the wonderful wolf genome. Then they took the genetic material from this cell and put it in the egg cell for the domesticated dog that was removed. Once the egg cell has evolved into a fetus, it was planted in an alternative dog.

It took eight alternatives and 45 fetuss on average for each alternative to get Wolf Wolf. She gave birth to two places of Romulus and Remos, and the third produced Khalisi. Five of the fetal transfers did not lead to a successful pregnancy. A second female was born in January next to Khalisi, but she died 10 days after the intestinal infection.