结果：方案一得到了含三条电泳条带的酶液，酶回收率达2.7％；
Results :In the first method, the enzyme solution contained three proteins, enzyme recovery rate was 2.7%;
结果对198个克隆的SSCP电泳条带位置分析，挑选出58个克隆测序。
Results After analyzing the band position of 198 multiclones in SSCP electrophoresis, 58 clones was selected to sequence.
采用SDS PAGE分析纯化后的目的蛋白，并将蛋白电泳条带进行灰度扫描，计算目的蛋白的含量。
The purified product was analyzed by SDS PAGE and the amount of target protein calculated by gray scanning.
目的探讨白色念珠菌磷脂酶活性与随机扩增多态性DNA（RAPD）电泳条带之间的关系，构建多元回归模型。
Objective To research the relationship between the phospholipase activities and the random amplified polymorphic DNA(RAPD) bands of Candida albicans, and establish the regression model.
用SSCP分析多斑按蚊复合体5个成员种的28s- D3扩增产物，结果显示电泳条带具种特异性，可用于鉴别各蚊种。
The SSCP analyzed the 28s D3 amplification products of the five members in An. maculatus complex. The electrophoretic bands were species specific, and that can identify them.
用SSCP分析多斑按蚊复合体5个成员种的28s- D3扩增产物，结果显示电泳条带具种特异性，可用于鉴别各蚊种。
The SSCP analyzed the 28s D3 amplification products of the five members in An. maculatus complex. The electrophoretic bands were species specific, and that can identify them.
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