Recent advances in transition-metal-free conversion of aldehydes to ketones

Green Synthesis and Catalysis Pub Date : 2025-08-01 Epub Date: 2024-05-03 DOI:10.1016/j.gresc.2024.04.007
Yike Bai , Wenhua Yu , Rong Chen, Guipeng Yu, Baosheng Wei
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Abstract

The preparation of functionalized ketones occupies an important position in synthetic organic chemistry because ketones are ubiquitous structural motifs in a broad range of compounds with various applications. The conversion of aldehydes to ketones is one of the most convenient and straightforward routes, which has been extensively studied in the field of transition metal catalysis. In comparison, the transition-metal-free conversion of aldehydes to ketones remains underdeveloped. In the last decade, the emergence of new advances has upgraded the toolbox for ketone synthesis from aldehydes in the absence of transition metals. In this review, we have mainly summarized three types of transition-metal-free reactions enabling the conversion of aldehydes to ketones, with an emphasis on those involving main group element catalysis.

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无过渡金属醛酮转化的最新进展
功能化酮的制备在合成有机化学中占有重要地位,因为酮是广泛存在于各种化合物中的结构基序,具有各种用途。醛类化合物转化为酮类化合物是目前过渡金属催化领域研究最广泛、最直接的途径之一。相比之下,无过渡金属的醛到酮的转化仍然不发达。在过去的十年中,新的进展的出现升级了工具箱从醛合成酮在缺乏过渡金属。本文主要综述了三种醛类转化为酮类的无过渡金属反应,重点介绍了涉及主族元素催化的反应。
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