A Crack In Creation: A Nobel Prize Winner's Insight into the Future of Genetic Engineering
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And with the newest and arguably most effective genetic engineering tool, CRISPR-Cas9 (CRISPR for short), the genome—an organism’s entire DNA content, including all its genes—has become almost as editable as a simple piece of text.
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the chromosome. Similar
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Specifically, he wanted to understand how two strands of DNA from one chromosome could merge with two matching strands of DNA from a second chromosome, exchange information during some kind of fused intermediate stage, and then separate again to re-form the individual chromosomes after cells divide.
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came to be called phage therapy: the notion that bacteriophages could be used to treat bacterial infections. Although some
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research conducted with ZFN and TALEN proteins, would be capable of editing the genome—any genome, not just one belonging to a bacterial virus. Out of this fifth bacterial weapons system, we had built the means to rewrite the code
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And how miraculous, how fortunate, that we could repurpose this fundamental property for an entirely different use. It was a precious time of pure joy, the joy of discovery—a feeling just like I’d felt in Dr. Hemmes’s lab all those years before.