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Unexpected Migration and O to S Benzylic Shift of Thiocarbamate-containing Salicylaldehyde Derivatives.

机译:意外的迁移和O到含硫代氨基甲酸盐水杨酸衍生物的苯并转移。

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摘要

An unexpected reactivity of the O-dimethylthiocarba- mate function has been evidenced concomitantly with the reduction of an aldehyde function presents at its ortho (o-) position. A systematic study using various substrates showed the exclusive formation of the rearranged compounds after 24 h and confirmed that the only-reduced compounds are reaction intermediates. However, electronic/steric contributions of the aromatic ring substituents on the composition of the reaction mixture (reduction of the aldehyde vs. migration) were observed at the early stage of the reaction (2 h). These new benzyl S-thiocarbamates compounds could be of particular interest as precursors for not trivial and functionalized free methylthiobenzyl alcohols.
机译:O-二甲基甲状腺液功能的意外反应性与降低醛功能在其矫正位置的降低同时证明了这一点。 一项使用各种底物的系统研究表明,在24小时后,重新排列的化合物的独家形成,并证实唯一的还原化合物是反应中间体。 然而,在反应的早期阶段观察到了芳环取代基对反应混合物组成的电子/空间贡献(醛与迁移的还原)。 这些新的苄基S-硫代氨基酸化合物可能是不琐碎和功能化的游离甲基噻唑醇的前体。

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