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Development of Highly Chemoselective Oxidative Transformations by Designing Organoradicals

机译:通过设计有机轨道,通过设计高度化学选择性氧化转化

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To conduct organic synthesis in the field of pharmaceutical science, methodologies that can easily and quickly supply compounds with high drug-likeness are highly desirable. Based on the original catalyst design concept "Radical-Conjugated Redox Catalysis (RCRC)" established during my research, various C(sp(3))-H functionalizations and protein modifications have been developed, taking advantage of the high reactivity and chemoselectivity of the single-electron transfer process. This review focuses on the eight-year research efforts by my collaborators and me, from conception to results.
机译:在药学领域进行有机合成,非常希望能够容易且快速地提供具有高药物似的化合物的方法。 基于原始催化剂设计概念“自由基缀合的氧化还原催化(RCRC)”在我的研究期间建立,已经开发了各种C(SP(3)) - H官能化和蛋白质修饰,利用了高反应性和化学选择性 单电子转移过程。 本综述侧重于我的合作者和我的八年的研究努力,从概念到结果。

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