首页> 外文期刊>Japanese journal of applied physics >The new technology of molecular and gene introduction method using discharge plasma: plasma brings features of random genome integration-free and damage-free to cells, genomic-DNA and external introducing molecules
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The new technology of molecular and gene introduction method using discharge plasma: plasma brings features of random genome integration-free and damage-free to cells, genomic-DNA and external introducing molecules

机译:使用放电等离子体的分子和基因引入方法的新技术:血浆带来无规基因组的特征无随机基因组无规模和无损伤的细胞,基因组-DNA和外部引入分子

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摘要

In the first half, this paper reviews the so-called "Plasma Gene Transfection" and "Plasma Molecular Introduction" which are the technology to introduce molecules such as plasmid DNA, proteins, and dye molecules into cells by discharge plasma treatment. In the latter half, the authors' method with the micro discharge plasma is reviewed. This method induces the cell's spontaneous uptake of external molecules by endocytosis which is triggered by the complex of weak stimuli produced by the micro discharge plasma treatment less than 10 ms and enables high introduction efficiency and high cell viability simultaneously. There is almost no damage to the cells and external introducing molecules, and there is almost no unintended integration of the introduced gene into the chromosome. The authors would like to call this feature "Random Genome Integration-Free." This feature would enable safe and clean gene and molecular introduction for practical applications such as medicine and breeding.
机译:上半年,本文评论了所谓的“血浆基因转染”和“等离子体分子引入”,其是通过放电等离子体处理将分子如质粒DNA,蛋白和染料分子引入细胞的技术。 在后半部分,综述了作者的微放电等离子体的方法。 该方法诱导细胞通过内吞作用的外部分子的自发摄取,该内吞炎是由微小放电等离子体处理的弱刺激络合物触发,该刺激性等离子体处理小于10ms,可以同时实现高引入效率和高细胞活力。 细胞和外部引入分子几乎没有损害,引入的基因几乎没有意外整合到染色体中。 作者想调用此功能“无随机基因组集成”。 该特征将能够安全和清洁基因和药物和繁殖如实际应用的分子介绍。

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