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From CRISPR scissors to virus sensors
Nature ( IF 50.5 ) Pub Date : 2018-04-30 , DOI: 10.1038/d41586-018-04975-8 D. Dewran Kocak , Charles A. Gersbach
Nature ( IF 50.5 ) Pub Date : 2018-04-30 , DOI: 10.1038/d41586-018-04975-8 D. Dewran Kocak , Charles A. Gersbach
Two bacterial Cas proteins cleave nucleic acids indiscriminately after binding to specific target sequences. This property has now been harnessed to create highly sensitive, portable diagnostic tools for detecting viruses at low cost.Two bacterial Cas proteins cleave nucleic acids indiscriminately after binding to specific target sequences. This property has now been harnessed to create highly sensitive, portable diagnostic tools for detecting viruses at low cost.
中文翻译:
从 CRISPR 剪刀到病毒传感器
两种细菌 Cas 蛋白在与特定靶序列结合后不加选择地切割核酸。现在已经利用这种特性来创建高度灵敏、便携式的诊断工具,用于以低成本检测病毒。两种细菌 Cas 蛋白在与特定目标序列结合后不加选择地切割核酸。现在已经利用这一特性来创建高度灵敏、便携的诊断工具,以低成本检测病毒。
更新日期:2018-04-30
中文翻译:
从 CRISPR 剪刀到病毒传感器
两种细菌 Cas 蛋白在与特定靶序列结合后不加选择地切割核酸。现在已经利用这种特性来创建高度灵敏、便携式的诊断工具,用于以低成本检测病毒。两种细菌 Cas 蛋白在与特定目标序列结合后不加选择地切割核酸。现在已经利用这一特性来创建高度灵敏、便携的诊断工具,以低成本检测病毒。