Experts believe that this method can significantly speed up the creation of yeast strains for biotechnological production and the pharmaceutical industry. According to the authors, the technology provides greater predictability of results and reduces the likelihood of unexpected mutations. This discovery can have a significant impact on the production of biopharmaceuticals and environmentally friendly alternatives to current methods.
Advertising
During the experiment, the team conducted a series of comparative tests on various yeast lines, demonstrating the method’s resistance to variability of the original genome. In the future, clinical and industrial-oriented trials are planned, as well as expanding the application of the method to other microorganisms.
