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DNA origami nanopores: An emerging tool in biomedicine

机译:DNA折纸纳米孔:生物医学中的新兴工具

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Natural systems have developed a precise and intricate machinery to preserve life. The complex mechanisms that living organisms employ to control the transport of ions and molecules across their lipid membranes represent a remarkable example. Membrane transport is of indisputable importance, as it is ultimately implicated in such important functions as energy production and protein synthesis. Many transport pathways are mediated by the presence of small holes (known as nanopores in biotechnology) in the lipid membranes based on active or passive proteins. Since living organisms so efficiently utilize these protein-based holes in their membranes to control the passage of biomolecules, why not employ them to obtain devices with potential interest in biotechnology and biomedicine?
机译:自然系统已经开发出精确而复杂的机器来保护生命。活生物体用来控制离子和分子跨脂质膜运输的复杂机制就是一个了不起的例子。膜运输具有无可争辩的重要性,因为膜运输最终涉及能量生产和蛋白质合成等重要功能。许多转运途径是由基于主动或被动蛋白质的脂质膜中存在小孔(生物技术中称为纳米孔)介导的。由于活生物体如此有效地利用其膜上的这些基于蛋白质的孔来控制生物分子的通过,为什么不利用它们来获得对生物技术和生物医学具有潜在兴趣的设备?

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