A Study of Coordination Mechanism of L-Hydroxyproline with Zinc(II)

Luyan Sang, R. Zuo, Xiaohua Zhou
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Abstract

The coordination compound of L-hydroxyproline(Hyp)-Zn(II) was synthesized by L-Hyp and zinc sulfate as raw materials in water medium, and the coordination mechanism was studyed. IR spectra of L-Hyp-Zn(II) proved the coordination effect was produced between L-Hyp and Zn(II); 1H-NMR indicated that combination's position of L-Hyp is α-carboxyl and α-hydroxyl; Atomic Force Microscopy (AFM) observation show that Zn(II) was surrounded by L-Hyp; The proportion of Hyp-Zn(II) coordination compound is 4∶1 which was determined by dialysis experiment. The molecular formula of the coordination compound is Zn(Hyp)4•H2O which was illustrated by above information.
l -羟脯氨酸与锌的配位机理研究(ⅱ)
以l -羟脯氨酸(Hyp)-锌(II)为原料,在水介质中合成了l -羟脯氨酸(Hyp)-锌(II)配位化合物,并对其配位机理进行了研究。L-Hyp-Zn(II)的红外光谱证明了L-Hyp与Zn(II)之间存在配位效应;1H-NMR表明L-Hyp的组合位置为α-羧基和α-羟基;原子力显微镜(AFM)观察表明,Zn(II)被L-Hyp包裹;通过透析实验确定Hyp-Zn(II)配位化合物的比例为4∶1。配位化合物的分子式为Zn(Hyp)4•H2O。
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