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Control of Anion-triggered Deprotonation of Simple Aromatic Acids

机译:控制单纯芳族酸的阴离子触发脱果

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@@1.Introduction Allosterism is one of the most characteristic features of bio-function showing nonlinear response to outer stimuli.To accomplish the phenomenon,nature utilizes quite a huge multiple molecular systems,such as the tetramer of heme protein to control the affinity toward oxygen.In order to mimic such allosterism,much effort has been done into the design and syntheses of artificial model systems using very massive molecules. On the other hand, anions are important chemical species in the wide fields ranging from chemistry, pharmacy,biology, and environmental science,2 while little is known about the artificial system exhibiting the allosteric behavior to anion concentration.
机译:@@ 1.介绍增角主义是生物功能最特征的特征,显示对外刺激的非线性反应。为了实现现象,性质利用相当大的多个分子系统,例如血红素蛋白的四聚体来控制朝向的亲和力氧气是为了模仿这种颠覆性,已经使用了非常大量分子的人工模型系统的设计和合成了很多努力。另一方面,阴离子是从化学,药房,生物学和环境科学的广泛领域中的重要化学物质,虽然关于对阴离子浓度的颠覆行为的人工系统知之甚少。

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