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Cycloamylose as an efficient artificial chaperone for protein refolding

机译:环淀粉作为蛋白质复性基因的高效人工伴侣

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High molecular weight cyclic α-1,4-glucan (referred to as cycloamylose) exhibited an artificial chaperone property toward three enzymes in different categories. The inclusion properties of cycloamylose effectively accommodated detergents, which keep the chemically denatured enzymes from aggregation, and promoted proper protein folding. Chemically denatured citrate synthase was refolded and completely recovered it's enzymatic activity after dilution with polyoxyethylenesorbitan buffer followed by cycloamylose treatment. The refolding was completed within 2 h, and the activity of the refolded citrate synthase was quite stable. Cycloamylose also promoted the refolding of denatured carbonic anhydrase B and denatured lysozyme of a reduced form.
机译:高分子量环α-1,4-葡聚糖(称为环淀粉)对不同类别的三种酶表现出人工伴侣特性。环戊淀粉的夹杂特性有效地容纳了去污剂,从而防止化学变性的酶聚集,并促进了蛋白质的适当折叠。化学变性的柠檬酸合酶被重新折叠,并在用聚氧乙烯脱水山梨糖醇缓冲液稀释后完全恢复其酶活性,然后进行环淀粉处理。2 h内完成复性,复性柠檬酸合酶活性相当稳定。环淀粉还促进了变性碳酸酐酶B和变性溶菌酶的复性。

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