位置同位素交换。

F M Raushel, J J Villafranca
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引用次数: 18

摘要

酶催化反应中中间体的检测可以通过几种技术来完成。对于那些不容易观察到电子光谱的中间体,如果反应的化学性质合适,可以利用同位素交换现象。近年来,位置同位素交换技术(分子内同位素置乱)被用于研究一些被认为涉及高能中间体的反应机制。本文对其中的一些反应和该方法的局限性进行了综述。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Positional isotope exchange.

The detection of intermediates in enzyme-catalyzed reactions can be accomplished by several techniques. For those intermediates which do not have easily observed electronic spectra, use can be made of isotope exchange phenomena if the chemistry of the reaction is appropriate. Recently, the technique of positional isotope exchange (intramolecular isotopic scrambling) has been used to study several reactions which have been thought to involve high-energy intermediates in their mechanisms. A review of some of these reactions and the limitations of the method are presented in this article.

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