sulfamate moiety, such as NH2SO2O are now known to be medicinally important. However, very little is known about their mechanisms of reaction even under non-biological conditions. In this work the various types of elimination mechanisms that may occur have been probed by studying the kinetics of the reactions of model sulfamate substrates with amines (bases) that act as models for the enzymes involved. The
现在已知许多含有
氨基磺酸盐部分的化合物,例如NH 2 SO 2 O ,在医学上很重要。但是,即使在非
生物条件下,对它们的反应机理知之甚少。在这项工作中,已经通过研究模型
氨基磺酸盐底物与作为所涉及酶的模型的胺(碱)的反应动力学,探索了可能发生的各种类型的消除机理。所使用的主要机理工具是布朗斯台德图,并且发现“正常”直线图和两种类型的双相图都可用于分解
乙腈(ACN)中的
酯类。运行的机制被视为E2和E1cB类型。版权所有©2006 John Wiley&Sons,Ltd.