The following wave of gene editing technology may come from bacteria living in Antarctic lakes, coal mines and even canine saliva, and the ones are simply some of the abnormal puts the place scientists have identified 188 new CRISPR systems that may be repurposed as gene editing therapies, diagnostic sensors or reseek equipment.
Scientists are racing to discover CRISPR enzymes or similar gene-altering nucleases that would result in new and improved gene editing techniques — or no less than newly patentable ones. Just like the taxonomists of yore who vied to discover and title new crops and animals, there’s a powerful urge for biologists to be the primary to catalog the natural diversity of CRISPR systems.
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