介绍一种利用细胞表面疏水性原理快速而简单测定酵母细胞絮凝性的方法(HICF法)。
This article introduced a quick and simple way for determining the flocculence of yeast cell (CHICF) using the principle of the hydrophobicity on the surface of cell.
结果表明，盐藻细胞表面具有疏水性质，其疏水性与细胞生长阶段及环境条件有关。
The results showed that the surface of Dunaliella salina cells has hydrophobicity and the hydrophobicity changed with cell growth phase and culture conditions.
为此我们得出结论：高分子量蛋白如bsa也能形成淀粉样纤维，但是BSA形成的淀粉样纤维主要因为其表面疏水性较低使其没有细胞毒性。
We concluded that a protein with high molecular weight such as BSA can also form amyloid fibrils, although the resultant amyloids showed no cytotoxicity due mainly to their low surface hydrophobicity.
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