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首页> 外文期刊>Angewandte Chemie >Self-Assembly of a DNA Dodecahedron from 20 Trisoligonucleotides with C_(3h)Linkers
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Self-Assembly of a DNA Dodecahedron from 20 Trisoligonucleotides with C_(3h)Linkers

机译:具有20个C_(3h)连接子的三聚寡核苷酸的DNA十二面体的自组装

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摘要

Since Seeman's pioneering work,DNA has been recognized as a building material for programmable hollow 3D nanoobjects.DNA nanoconstruction benefits from the structural rigidity of short DNA double strands,scalability,good accessibility of synthetic and chemically modified DNA,and the option for enzymatic amplification and processing.Four strategies for the construction of nanoobjects such as polyhedra exist so far.
机译:自Seeman的开创性工作以来,DNA已被公认为是可编程空心3D纳米物体的建筑材料.DNA纳米结构得益于短DNA双链的结构刚性,可扩展性,合成和化学修饰的DNA的易接近性以及酶促扩增和到目前为止,存在建造多面体等纳米物体的四种策略。

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