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首页> 外文期刊>The journal of physical chemistry, B. Condensed matter, materials, surfaces, interfaces & biophysical >Equation to Line the Borders of the Folding-Unfolding Transition Diagram of Lysozyme
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Equation to Line the Borders of the Folding-Unfolding Transition Diagram of Lysozyme

机译:公式的边界线溶菌酶的折叠展开展开图

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It is important for the formulators of biopharmaceuticals to predict the folding-unfolding transition of proteins. This enables them to process proteins under predetermined conditions, without denaturation. Depending on the apparent denaturation temperature (T-m) of lysozyme, we have derived an equation describing its folding-unfolding transition diagram. According to the water content and temperature, this diagram was divided into three different areas, namely, the area of the water-folded lysozyme phase, the area of the water-folded lysozyme phase and the bulk water phase, and the area of the denatured lysozyme phase. The water content controlled the appearance and intensity of the Raman band at similar to 1787 cm(-1) when lysozyme powders were thermally denatured at temperatures higher than T-m.
机译:对于生物药物的配制者而言,预测蛋白质的折叠-展开转变非常重要。这使他们能够在预定条件下加工蛋白质而不会变性。根据溶菌酶的表观变性温度(T-m),我们得出了描述其折叠-展开转变图的方程式。根据含水量和温度,该图分为三个不同的区域,即水折叠溶菌酶相的面积,水折叠溶菌酶相和本体水相的面积以及变性的面积。溶菌酶阶段。当溶菌酶粉末在高于T-m的温度下热变性时,水含量控制拉曼带的出现和强度接近1787 cm(-1)。

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