In November 2015, surgeons at the University of Maryland Medical School removed a lung out of a pig to put inside of a baboon’s chest. They wanted to test it and see if the lung successfully continue working inside the baboon. Unfortunately, this 5-hour operation worth $50,000 resulted in the pig’s lung being unable to keep functioning for more than a few days. Because of CRISPR, scientists are now able to efficiently edit the pig’s genes that cause rejection or infection to the baboon a lot quicker and more precise. This lead to a bigger
In November 2015, surgeons at the University of Maryland Medical School removed a lung out of a pig to put inside of a baboon’s chest. They wanted to test it and see if the lung successfully continue working inside the baboon. Unfortunately, this 5-hour operation worth $50,000 resulted in the pig’s lung being unable to keep functioning for more than a few days. Because of CRISPR, scientists are now able to efficiently edit the pig’s genes that cause rejection or infection to the baboon a lot quicker and more precise. This lead to a bigger