Studying the Genome of Dire Wolf allowed the enormous team to understand that he had distinguished from the old Kurtu from his modern relatives. Size, muscle, hair color, hair texture, hair length and coating pattern. Later, they used gene regulations to change the cell genome from Gray Kurt, the closest living relative of Dire Wolf. In total, the company made 20 unique arrangements in the gray wolf genome. 15 of them were to produce terrible wolf gene variants. EXOCALS claims that this is a record number of unique genetic regulations on any animal.
However, Dire Wolf’s genome is still almost the same as the gray wolf. This creates a difficult question: Are these wolves really terrible wolves or just gray wolves arranged by the gene? Lamm, of course, says that animals are terrible wolves. “We call them terrible wolves, or he says. “What is interesting is that the derivation is an area where scientists cannot agree.” A species is usually defined by a combination of genetically and physically visible properties, including the shape, size and color of the teeth and body.
George Church, a genetic professor at Harvard University, Lamm, says it is to produce an animal with a terrible terrible wolf genome at the end of the aim. “In the meantime, we give priority to all features that really define species, or he says.
Shapiro says the arrangements are important enough to call new animals of terrible wolves. “If we can look at this animal and see what he’s doing and act like a terrible wolf and act like a terrible wolf, I call it a terrible wolf. And my colleagues, who are taxes, won’t agree with me.”
David Jachowski, a professor of protection at the University of Clemson in Southern Carolina, says that when it comes to the definition of species, there is “naturally some subjectivity ve, and that an animal’s role may be as important as genetics. Jachowski, who does not know certain details about the Dire Wolf Project, also has a bir a tremendous marketing value for the preservation of wildlife to declare a genre longing.
He started with blood from a huge wolf to make a terrible wolf. The team, which works on a blood cell called epithelial progenitor cell, organized DNA more closely with the terrible wolf genome. Then they took the genetic material from this cell and placed the genetic material in the egg cell of a domesticated dog extracted. When the egg cell turned into an embryo, a proxy was implanted with a dog.
To get the terrible wolf offspring, he received eight deputies per proxy and an average of 45 embryos per proxy. Two deputies gave birth to Romulus and Remus, and the third produced Khaleesi. Five of the embryo transfers did not cause successful pregnancies. A second woman was born in January with Khaleesi, but she died of bowel infection after 10 days.
