DNA origami

the dna origami technology was employed in the construction of this shape, which has proved the capability of constructing almost any complicated nanoscale shape enabled by dna origami, and provided novel bottom-up approach for constructing nanostructures.

该图形采用了基于DNA折纸术的构造原理，并进一步证明了DNA折纸术具有构造几乎任何复杂二维纳米级图形的能力，为基于自下而上方法的纳米构造技术提供了新方法。

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DNA origami is a newly developed direction of DNA self-assembly.

DNA折纸术也是目前DNA自组装发展的一个方向。

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then, a subsequential study was carried out as an application of dna origami: molecular electronic circuit constructed by dna origami combining with dna metallization.

接着，本文就DNA折纸术的一个发展方向进行了更深入的研究：和DNA金属化相结合构造分子电子器件。

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The main subject of this thesis is about DNA origami chip, which actually belongs to nanofabrication.

本课题的内容是开发一种新型的DNA折纸芯片，这其实也属于纳米排布的一种。

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DNA origami chip means a chip based on DNA origami technique.

所谓DNA折纸芯片，就是由DNA折纸术得到的图形改造为的芯片。

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Research and Development for a New DNA Origami Chip System

新型DNA折纸芯片系统的开发与研究

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we have used the dna origami approach to engineer staple strands at selected sites for attachment of gold nanoparticles. the covalent attachment of thiol-modified dna oligomers was used to functionalize gold nanoparticles.

我们使用DNA折纸术的方法在特定的位置设计一些订书钉链作为金纳米粒子的连接位点，并且将修饰巯基的DNA引物通过共价键与金纳米粒子连接。

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this dissertation is about using dna origami to organize matter at the nanoscale. there are several approaches that are used to organize matter at this scale. these organizational methods are mainly classified into two groups: top down and bottom up approaches.

本论文主要研究利用DNA折纸术组装纳米材料的几种方法，目前在纳米尺度上组装材料的方法有很多，这些方法主要分为两类：自上而下和自下而上。

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The startling images confirm that the DNA origami process efficiently produced Escher-like M ö bius strips measuring less than a thousandth the width of a human hair.

令人吃惊的图像证实了DNA折纸过程中有效地产生埃舍尔式的莫比乌斯带测量超过千分之一的人类头发的宽度减少。

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