cooperative interactions using precisely positioned functional groups. This has inspired the construction of artificial catalysts by the attachment of functional groups onto molecular scaffolds or solid supports to induce synergistic interactions. Herein, the transphosphorylation reaction is used as a model to demonstrate that cooperativity can also occur intermolecularly between multiple functional
酶通过使用精确定位的官能团形成协同相互作用来加速
化学反应。通过将官能团连接到分子支架或固体载体上以诱导协同相互作用,这启发了人工催化剂的构建。在此,将转
磷酸化反应用作模型以证明在自组装囊泡结构内的多个官能团之间分子间也可以发生协同作用。我们证明这种系统的模块化和动态性质允许触发
重组和催化活性的上调或下调。这样的概念有潜力用于协同催化剂的设计以及将其结合到
水中的响应性催化体系中。