Climate change-fighting rice? Plants trap carbon dioxide as they grow — and CRISPR gene editing can optimize this process

Local weather change-fighting rice? Crops lure carbon dioxide as they develop — and CRISPR gene enhancing can optimize this course of

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Can gene-editing expertise CRISPR create new crops that assist combat local weather change as they develop? That’s what a gaggle of researchers hopes to do with $11 million in funding from the Chan Zuckerberg Initiative. The funding will go towards efforts to reinforce vegetation — beginning with rice — and soil in order that they’re higher at trapping carbon dioxide. The hassle, which was introduced final week, is being led by the Revolutionary Genomics Institute, which was based by Nobel laureate and co-inventor of CRISPR Jennifer Doudna.

“[Jennifer] and I noticed eye to eye on local weather and the way massive of an issue it’s on the earth. And we simply didn’t need to sit on the sidelines anymore,” says Revolutionary Genomics Institute (IGI) government director Brad Ringeisen.

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The rice genome is less complicated to control than different crops, in line with Ringeisen, partially as a result of it’s already been studied rather a lot and is properly understood. One of many scientists concerned in IGI’s initiative is Pamela Ronald, whose analysis is broadly identified for resulting in the improvement of rice varieties that tolerate flooding for for much longer than different sorts utilizing a distinct sort of genetic engineering that’s extra like precision breeding. That rice is now grown by greater than 6 million farmers throughout India and Bangladesh, in line with Ronald’s laboratory on the College of California, Davis.

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