作者:Xin Su、Thomas F. Robbins、Ivan Aprahamian
DOI:10.1002/anie.201006982
日期:2011.2.18
Hold the protons! A hydrazone‐based rotary switch underwent E/Z isomerization upon treatment with Zn2+ (see picture) through coordination‐coupled proton transfer by a mechanism inspired by biological processes that take place in the reaction centers of photosynthetic bacteria and in cation‐diffusion facilitators. The process is fully reversible, as the initial E configuration can be reinstated by treatment
握住质子!基于的旋转开关在受Zn 2+处理后,通过光耦合细菌反应中心和阳离子扩散促进剂中发生的生物过程激发的机制,通过配偶耦合质子转移进行了E / Z异构化(参见图片) 。该过程是完全可逆的,因为 可以通过用氰化物处理锌络合物来恢复初始的E构型。