用对流免疫电泳试验检测免疫效果。
The immune effect was detected by counter immunoelectrophoresis.
⒊了解免疫电泳的基本过程和实验依据。
Understand the procedure and basic principle of immunoelectrophoresis.
以双扩及免疫电泳鉴定，均呈现单一沉淀线。
It is revealed that in double diffusion and immunoelectrophoresis the product yielded a single precipitating line.
以双扩及免疫电泳鉴定，均呈现单一沉淀线。
It is revealed that in double diffusion and immunoelectrophoresis, the product yielded a single precipitating line.
可用免疫电泳方法进行血清或尿中蛋白的分析。
The analysis can be performed by examining serum or urinary proteins by immunoelectrophoresis.
免疫电泳能有效区分产生的单克隆免疫球蛋白的类型。
Immunoelectrophroesis characterizes the type of monoclonal immunoglobulin being produced.
利用免疫电泳、向琼脂扩散试验分析和测定抗血清的效价。
The titer of antiserum was detected by immunoelectrophoresis and double immunodiffusion.
利用蛋白质免疫印迹法或免疫电泳方法检查抗体产生情况。
Check the purity of eluted protein with SDS/PAGE and identify the titer of purified antibody with immune electrophoresis.
结论运用火箭免疫电泳可以有效地测定脑膜炎球菌多糖菌苗中的多糖含量。
Conclusions The content of polysaccharide of meningococcal polysaccharide vaccine can be determined by rocket immunoelectrophoresis.
方法根据刀豆素a对AFP亲和力的不同，采用亲和交叉免疫电泳自显影术检测AFP异质体。
Methods According to the different affinity of ConA with AFP, crossed affinity immunoelectrophoresis autoradiography was used.
对脑脊液（CSF）、血作常规细菌学检查，脑脊液、血和浓缩尿标本进行对流免疫电泳（CIE）抗原检测，全部资料进行流行病学分析。
CSF and blood were tested by standard bacteriologic technique. CSF, blood and concentrated urine were tested directly for detecting antigen by CIE. The data were analysed by epidemiologic methods.
对脑脊液（CSF）、血作常规细菌学检查，脑脊液、血和浓缩尿标本进行对流免疫电泳（CIE）抗原检测，全部资料进行流行病学分析。
CSF and blood were tested by standard bacteriologic technique. CSF, blood and concentrated urine were tested directly for detecting antigen by CIE. The data were analysed by epidemiologic methods.
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