Repeated Genetic Sequences

Reduce the Productivity of the Culture and Its Efficiency and Yield. In Search of These Bacteria's Strategies to Defend Themselves Against Viruses, Scientists Philippe Horvath and Rodolfo Barrancourt Discovered Various Genetic Sequences That Appear to Naturally Act as a Bacterial "Defense" Against Viral Infection. Interestingly, This Group of Letters is Often Repeated and is Called "" (Clustered Regularly Interspaced Short Palindromic Repeats).  Carry the Necessary Information to Produce Another Class of Molecules, Interferons, Responsible for These Bacteria's Fight and Defense Against Viruses. The Bacteria Somehow Recognized the Virus.



Parts of the Genome That Are Modified to Prevent Infection. What Started Out as a Way to Increase Yogurt Production Turned Out to Be a Powerful Genetic Tool With a Variety of Applications. The System, Later Named by and by Umea University in Sweden and Harvard University Respectively, May Asia Phone Number List Be the Future of Genetic Engineering and Biotechnology. The Experiment, Which Started With Yogurt, Could Eventually Lead to Transformative Applications in Health, Environment, Agriculture or Mining. The Great Advantage of the System is That It Can Perform the Editing Process (I.e. "Cut and Paste") in One Step, Which Obviously Represents a Variety of Industries.






Application Performance and Efficiency Improvements. Recombinant Proteins Can Be Produced Faster and Cheaper, Which Explains Why This Discovery Has Been Published in Prestigious Journals Such as Science and is the Starting Point for New Biotech Companies Such as Biotech. For Example, if We Could Use This Protein System to Perform a "Cut and Stitch" Biotechnological Process, We Could Develop Drugs Faster. There is No Doubt That This is a Very Powerful Tool That Will Lead to Huge Improvements in the Future. Image Web Browser Angela Bernardo Angela Bernardo Biotechnology.