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A stereospecific access to allyic systems using rhodium(II)-vinyl carbenoid insertion into Si-H, O-H, and N-H bonds

机译:使用铑(II)-乙烯基类胡萝卜素插入Si-H,O-H和N-H键的立体定向进入烯丙基体系

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摘要

Rhodium-catalyzed decomposition of α-vinyldiazoesters in the presence of silanes, alcohols, ethers, amines, and thiols have been shown to produce the corresponding α-silyl, α-hydroxy, α-alkoxy, α-amino, and α-thioalkoxy esterw in generally good yield with a complete retention of the stereochemistry of the double bond of the diazo precursor. An extension of the process in homochiral series has also been devised using either a chiral auxiliary attached to the ester function or achiral α-vinyldiazoesters and Doyle's chiral catalyst Rh_2(MEPY)_4.
机译:在硅烷,醇,醚,胺和硫醇的存在下,铑催化的α-乙烯基重氮酯的分解已显示出可产生相应的α-甲硅烷基,α-羟基,α-烷氧基,α-氨基和α-硫代烷氧基酯w通常以良好的收率得到完全保留的重氮前体双键的立体化学。还已经设计了使用与酯官能团相连的手性助剂或非手性α-乙烯基重氮酯和Doyle手性催化剂Rh_2(MEPY)_4扩展了同手性系列方法的方法。

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