cOD lives alive On dairy farm in New Zealand. The animal used to raise ordinary black and white cow farmers for milk, except one thing: researchers prepared the cow D with artificial nausea. But then it happened, which offers a portol in the global debate on the use of genetic data.
In the spring of 2009, Samantha Noel, then arrived at a doctorate researcher at Messi University in Pamrister North, New Zealand, arrived at the Romanian of the cow and later withdrew a tension of Luchenaspere Bacteria, later dubbed the ND 2006. Another team of genetic experts set up a microb’s genes, or a complete set of genome, and uploaded information, which was then shared with a public database Jinnak, a public -administered US National Institutes of Health. If Jane is a book of life, this process was like adding a digital copy to an online library. In policy circles, these lines of code run by another name: digital continuity information, or DSI.
Finally, a section of the continuity found inside the cow D renamed the attention of scientists on the other side of the world. There was a new genetic tool to edit DNA, a CRSPR. Medicine Medicine, a company based in Massachusetts, focuses on commercializing gene editing technology for medical applications, has used these data to build its platform and now its license is on the portfolio of patents-all of this is all about cows or microbes. The company then developed an experimental therapy, which included injection of patients’ eye -related crispr to treat a common form of blindness inherited. The edits first billed this progress as the first such behavior “anywhere in the world.” Results, Appeared In the New England Journal of Medicine, the data of any sequence is rarely mentioned and less about its origin.