A new technology may be the next big thing for CRISPR
On a chilly morning last November, Michael Segel stepped through the glass doors of the Broad Institute in Cambridge, Mass., rode the elevator up to the 10th floor, dropped his jacket and bag at his desk and made a beeline to the tissue culture room. He found his lab mate Blake Lash already there. And Lash had news: Their cells had turned green.
At first, Segel didn’t believe it. “There’s no way this works!” he thought. The Petri dishes must have been contaminated. They tried the experiment again. And the next morning, back in the culture room, when they flipped on a UV light, there again were the cells, glowing a ghostly green.