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The first supramolecular orthovanadate receptor -- structural mimics of vanadium haloperoxidase

机译:第一个超分子原钒酸盐受体-钒卤代过氧化物酶的结构模拟物

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摘要

Tris(2-guanidinium-ethyl)amine (1) was prepared as a supramolecular receptor of hydrogen orthovanadate (HVO(4)(2-)) to mimic the active site of vanadium haloperoxidase (V-HPO). Both (1)H and (51)V NMR titration indicated 1:1 complex (5) formation between (1) with HVO(4)(2-) with a binding constant of 1.1 x 10(3) M(-1). Similar as V-HPO, a UV band at 307 nm was observed upon binding of HVO(4)(2-) to (1). According to DFT calculations UV transitions >300 nm observed for both the enzyme and its mimic are due to V-N interactions.
机译:制备三(2-胍基-乙基)胺(1)作为原钒酸氢盐(HVO(4)(2-))的超分子受体,以模拟钒卤代过氧化物酶(V-HPO)的活性位点。 (1)H和(51)V NMR滴定均表明(1)与HVO(4)(2-)之间形成1:1络合物(5),结合常数为1.1 x 10(3)M(-1) 。与V-HPO相似,当HVO(4)(2-)与(1)结合后,在307 nm处观察到紫外线。根据DFT计算,该酶及其模拟物的紫外线跃迁均大于300 nm,这是由于V-N相互作用所致。

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