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A Periodic System of Supramolecular Elements

机译:超分子元素的周期性系统

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Chemistry "beyond the molecule" is based on weak, noncovalent, and reversible interactions. As a consequence of these bonds being weak, structural organization by folding and self-assembly can only be fully exploited with larger molecules that can provide multiple binding sites. Such "supramolecules" can now be synthesized and their folding into desired conformations predicted. A new level of chemistry can now be realized through the creation of non-natural entities composed of molecular building blocks with defined secondary structures. Herein we define these building blocks as "supramolecular elements". We anticipate that further research on such large molecules will reveal construction principles dictated by recurring motifs that govern structure formation through folding and self-assembly. These principles are comparable to the organization of atoms in the Periodic Table of Chemical Elements and may lead to the establishment of a Periodic System of Supramolecular Elements.
机译:化学“超出分子”是基于弱,非价值和可逆的相互作用。 由于这些粘合的后果较弱,结构组织通过折叠和自组装可以完全利用可以提供多个结合位点的较大分子。 现在可以合成这种“SuprameLuble”并将其折叠进入预测的所需构象。 现在可以通过创建由具有定义二级结构的分子构建块组成的非自然实体来实现新的化学水平。 这里我们将这些构建块定义为“超分子元素”。 我们预计对这种大分子的进一步研究将揭示通过折叠和自组装来控制结构形成的经常性图案决定的建设原则。 这些原理与化学元素周期表中的原子组织相当,可能导致建立超分子元素的周期性系统。

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