In contrast to the rapidity with which scientific information is published, the application of new knowledge often remains slow, and we believe this to be particularly true of newly developed synthetic organic chemistry methodology. Consequently, methods to assess and identify robust chemical reactions are desirable, and would directly facilitate the application of newly reported synthetic methodology to complex synthetic problems. Here, we describe a simple process for assessing the likely scope and limitations of a chemical reaction beyond the idealized reaction conditions initially reported. Using simple methods and common analytical techniques we demonstrate a rapid assessment of an established chemical reaction, and also propose a simplified analysis that may be reported alongside new synthetic methodology. For researchers to rapidly adopt new synthetic methodology, they need to gauge whether the reaction will work for their substrate â a point not easily conveyed by traditional screens of reaction scope. Here, a simple method is described to assess the likely scope and limitations of a chemical reaction beyond the idealized conditions initially reported.
与科学信息的快速发布形成鲜明对比的是,新知识的应用往往进展缓慢,我们认为新开发的有机合成
化学方法尤其如此。因此,我们需要评估和识别可靠
化学反应的方法,这将直接促进新报道的合成方法在复杂合成问题上的应用。在此,我们介绍一种简单的方法,用于评估
化学反应可能超出最初报告的理想化反应条件的范围和局限性。利用简单的方法和常用的分析技术,我们展示了对一个既定
化学反应的快速评估,并提出了一种简化的分析方法,可与新的合成方法一起报告。为了让研究人员快速采用新的合成方法,他们需要判断该反应是否适用于他们的底物--传统的反应范围筛选方法很难做到这一点。本文介绍了一种简单的方法,用于评估
化学反应在最初报告的理想化条件之外的可能范围和局限性。