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The Quest for Mononuclear Gold(II) and Its Potential Role in Photocatalysis and Drug Action

机译:寻求单核黄金(II)及其在光催化和药物作用中的潜在作用

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The chemistry of gold strongly focuses on the ubiquitous oxidation states + I and + III. The intermediate oxidation state + II is generally avoided in mononuclear gold species. In recent years, gold(II) has been increasingly suggested as a key intermediate in artificial photosynthesis systems, with gold(III) moieties acting as electron acceptors, as well as in gold-catalyzed photoredox catalysis and radical chemistry. This Minireview provides a concise summary of confirmed and characterized mononuclear open-shell gold(II) complexes. Recent findings on structural motifs and reactivity patterns will be discussed. Exciting developments in the fields of photosynthesis, photocatalysis, and potential roles in medicinal chemistry will be outlined.
机译:黄金化学强烈侧重于普遍氧化态+ I和+ III。 通常在单核金物种中避免中间氧化态+ II。 近年来,黄金(ii)越来越多地建议作为人造光合体系的关键中间体,黄金(III)部分作为电子受体,以及金催化的光致氧催化和自由基化学。 该MINIREVIEW提供了一套简明的确认和表征单核开壳金(II)配合物的摘要。 将讨论最近关于结构图案和反应性模式的发现。 将概述光合作用,光催化和潜在作用的光合作用领域的令人兴奋的发展。

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