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Recognition of Lysine Residues on Protein Surfaces Using Calixarenes and its Application

机译:杯芳烃在蛋白质表面的赖氨酸残基识别及其应用

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摘要

A macrocyclic calix[6]arene carboxylic acid derivative is found to extract lysine-rich protein cytochrome c from aqueous media into organic media through the complexation between the calixarene molecules and lysine residues on the surface of the protein. This article summarizes both the mechanism of protein extraction by the calixarene as well as the potential applications of the extraction process. The extraction process can be used for the purification of proteins through selective extraction and back-extraction under optimized conditions. On the other hand, the extracted protein exhibits enzymatic activity in organic media. The formation of a supramolecular complex by recognizing the residues on a protein surface can be construed as a novel recognition and/or modification method for biomacromolecules.
机译:发现大环杯[6]芳烃羧酸衍生物通过杯芳烃分子与蛋白质表面上的赖氨酸残基之间的络合作用,将富含赖氨酸的蛋白质细胞色素c从水性介质中提取到有机介质中。本文总结了杯芳烃提取蛋白质的机理以及提取工艺的潜在应用。提取过程可用于在优化条件下通过选择性提取和反提取来纯化蛋白质。另一方面,提取的蛋白质在有机介质中表现出酶活性。通过识别蛋白质表面上的残基形成超分子复合物可被解释为生物大分子的新型识别和/或修饰方法。

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