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DOCTOR OF PHILOSOPHY In the field of Chimie organique Application of the Radical Chemistry of Xanthates to the Synthesis of Cyclic or Acyclic Amines

机译:哲学博士在有机化学领域中的应用黄药的自由基化学在环状或无环胺的合成中的应用

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摘要

In chapter 1, general aspects of radical chemistry are briefly introduced. Improvements and applications of the Barton radical decarboxylation, the Barton-McCombie radical deoxygenation and the radical chemistry of xanthates are also described in this chapter. In chapter 2, various methods for the construction of amines and especially radical hydroaminomethylation reaction developed in our group are described. In chapter 3, based on our previous experiences of radical hydroaminomethylation reactions, the synthesis of protected amines, 1,3-diamines, β-aminoacids involving in another radical process, the Wohl-Ziegler reaction, will be described. In chapter 4, a modular approach to access highly complex protected 1,2-diamines via the degenerative transfer of xanthates to protected 1,2-diamino alkenes will be described. Several extensions to prepare mono-protected diamines or indoline bearing diamino-unit will also be mentioned.In chapter 5, we will describe a newly developed modular approach to access highly substituted Boc-protected 4-aminomethyl-pyrroles via a radical addition of various α-xanthyl ketones to Boc-protected azetine following by the aminolysis of adducts. Therefore, plentiful functionalities can be incorporated into the final pyrrole products either through a xanthate partner or through ammonia or a primary amine.
机译:在第一章中,简要介绍了自由基化学的一般方面。本章还介绍了Barton自由基脱羧,Barton-McCombie自由基脱氧和黄药的自由基化学的改进和应用。在第二章中,描述了我们构建胺的各种方法,特别是自由基氢氨甲基化反应。在第3章中,根据我们先前的自由基氢氨基甲基化反应经验,将描述涉及另一种自由基过程Wohl-Ziegler反应的受保护胺,1,3-二胺,β-氨基酸的合成。在第4章中,将描述一种通过黄原酸酯的退化转移到受保护的1,2-二氨基烯烃来获得高度复杂的受保护的1,2-二胺的模块化方法。也将提及制备单保护的二胺或带有二氨基单元的二氢吲哚的几种方法的扩展。在第5章中,我们将描述一种新开发的模块化方法,该方法通过自由基加成各种α来获得高度取代的Boc保护的4-氨基甲基吡咯。加合物的氨解后,将β-黄原酮生成Boc保护的ze丁。因此,可以通过黄原酸酯配偶体或通过氨或伯胺将大量官能团引入最终的吡咯产物中。

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  • 作者

    Han Songzhe;

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  • 年度 2014
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  • 原文格式 PDF
  • 正文语种 fr
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