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Chemical sensitivity of porphyrin assemblies

机译:卟啉组件的化学敏感性

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Porphyrins show unique binding properties that are widely exploited in nature to accomplish essential functions for life; the potential mimic of these functions with synthetic counterparts has provided the basis of many kinds of chemical sensors. This peculiar behaviour can be further enriched when porphyrins do not act as single players, but when they are included in a team, the porphyrin aggregates. Recent investigations point out that the supramolecular frameworks could allow interaction pathways not possible to the individual constituents. In this paper some recent results on supramolecular porphyrin aggregates exploited for chemical sensor development are illustrated and discussed.
机译:卟啉具有独特的结合特性,在自然界中被广泛利用以完成生命必不可少的功能。这些功能与合成对应物的潜在模仿为许多化学传感器提供了基础。当卟啉不作为单个参与者发挥作用时,这种特殊的行为可以得到进一步丰富,但是当它们包含在团队中时,卟啉会聚集。最近的研究指出,超分子框架可能允许个别成分不可能的相互作用途径。在本文中,对用于化学传感器开发的超分子卟啉聚集体的一些最新结果进行了说明和讨论。

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