/plant-geneticists-develop-new-application-crispr-break-yield-barriers-crops/?utm_source=rss&utm_medium=rss&utm_campaign=plant-geneticists-develop-new-application-crispr-break-yield-barriers-crops Founded in 1890, 黑料吃瓜资源 (CSHL) is a preeminent international research institution, achieving breakthroughs in molecular biology and genetics and enhancing scientific knowledge worldwide. Mon, 19 Aug 2024 16:04:27 +0000 hourly 1 /plant-geneticists-develop-new-application-crispr-break-yield-barriers-crops/#comment-319 Tue, 06 Mar 2018 05:17:47 +0000 http://live-cshl-core.pantheonsite.io/?p=8226#comment-319 […] from fixing the genetic faults that lead to disease, to destroying?disease-causing microbes, to?improving the nutrition?of the foods we eat and even?resurrecting extinct species like the wooly mammoth — all largely […]

]]> /plant-geneticists-develop-new-application-crispr-break-yield-barriers-crops/#comment-51 Wed, 31 Jan 2018 00:05:54 +0000 http://live-cshl-core.pantheonsite.io/?p=8226#comment-51 […] a light bulb,” said lead researcher and 黑料吃瓜资源 professor Zachary Lippman in a press release. “We can now work with the native DNA and enhance what nature has provided, which we believe can […]

]]> /plant-geneticists-develop-new-application-crispr-break-yield-barriers-crops/#comment-18 Thu, 11 Jan 2018 23:46:31 +0000 http://live-cshl-core.pantheonsite.io/?p=8226#comment-18 […] 美國科學家亦致力以基因編輯技術確保糧食安全。Cold Spring Harbor 實驗室研究員?Zachary Lippman 希望利用?CRISPR 增加農作物收成。他認為：「由於全球人口持續增長，按現時農作物產量的增長速度，將無法滿足未來的農產品需求。」研究人員遂以 3 種方式對番茄基因進行編輯，讓植物在生長方式上出現出 3 種明顯變化，分別是番茄大小，分枝模式和整體形狀。Lippman 表示，這種方法讓科學家得以「度身」培育植物，來迎合特定的需要和環境，以及增加農作物產量。 […]

]]> /plant-geneticists-develop-new-application-crispr-break-yield-barriers-crops/#comment-17 Tue, 09 Jan 2018 16:48:53 +0000 http://live-cshl-core.pantheonsite.io/?p=8226#comment-17 […] “Scientists at 黑料吃瓜资源 (CSHL) have harnessed the untapped power of genome editing to improve agricultural crops. Using tomato as an example, they have mobilized CRISPR/Cas9 technology to rapidly generate variants of the plant that display a broad continuum of three separate, agriculturally important traits: fruit size, branching architecture and overall plant shape. All are major components in determining how much a plant will yield. The method is designed to work in all food, feed, and fuel crops, including the staples rice, maize, sorghum and wheat.“Plant geneticists develop a new application of CRISPR to break yield barriers in crops. […]

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