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Arrays of Nanoarrays: Elements of Binding

机译:纳米阵列的阵列:绑定的元素。

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The development of strategies for the robust attachment of organized patterns of nanostructures to a variety of surfaces has been a major objective of this laboratory. One of the significant impediments to single molecule, as opposed to multiple molecule, attachment arises from the size gap or intrinsic mismatch between the size of readily obtainable “top down” nanostructures and the native size scale of the molecules of interest. Although binding structures of diameter significantly less than 100 nm can certainly be fabricated, the techniques required to generate them are not widely available to researchers and the failure rate for the production of such structures is relatively high. These concerns have motivated this laboratory to instead pursue the synthesis of adapter structures which bridge, or partially bridge, this size gap by increasing the effective footprint of a single DNA molecule.
机译:将纳米结构的组织模式牢固地附着到各种表面上的策略的开发一直是该实验室的主要目标。与多分子相反,单个分子的显着障碍之一是易于获得的“自上而下”的纳米结构的尺寸与目标分子的天然尺寸尺度之间的尺寸缺口或固有的不匹配。尽管可以肯定地制造出直径明显小于100 nm的结合结构,但产生这种结合结构所需的技术并未为研究人员广泛采用,并且生产这种结构的失败率相对较高。这些担忧促使该实验室转而寻求衔接子结构的合成,该衔接子结构通过增加单个DNA分子的有效足迹来弥合或部分弥合此大小缺口。

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