
英:/'ˌɪmjʊnəʊɪˌlektrə(ʊ)fə'riːsɪs; ɪˌmjuːnəʊ-/ 美:/'ˌɪmjənoɪˌlɛktrəfə'risɪs; ɪˌmjʊnoɪˌlɛktrəfə'risɪs/
n. [临床] 免疫电泳
The analysis can be performed by examining serum or urinary proteins by immunoelectrophoresis .
可用免疫电泳方法进行血清或尿中蛋白的分析。
PAGE and immunoelectrophoresis analysis indicates that the expressed protein ia bovine growth hormone.
免疫电泳检查证明,表达的蛋白质是牛生长激素。
Immunological stu***s of Metarhizium strains from different places and hosts were made by using immunoelectrophoresis and agglutination reaction.
本文采用凝集试验和免疫电泳的方法对不同来源的七株绿僵菌属真菌进行了免疫学对比研究。
The immune effect was detected by counter immunoelectrophoresis.
用对流免疫电泳试验检测免疫效果。
The purified variant showed significant peak in the affino-crossed-immunoelectrophoresis autoradiography.
亲和交叉免疫电泳自显影法显示明显的甲胎蛋白异质体峰。
We will conduct double agar diffusion test, ****** agar diffusion test and counter immunoelectrophoresis with aluminium potassium sulfate and sodium bicarbonate.
方法:用硫酸铝钾和碳酸氢钠做琼脂双向扩散、单向扩散以及对流电泳。
Cross-seroreaction was performed by immunoelectrophoresis.
应用免疫电泳进行交叉血清反应。
The effectiveness of line immunoelectrophoresis technique was discussed.
并对线免疫电泳技术的效用进行了讨论。
The titer of antiserum was detected by immunoelectrophoresis and double immunodiffusion.
利用免疫电泳、向琼脂扩散试验分析和测定抗血清的效价。
Immunoelectrophoresis showed two precipitate lines;
免疫电泳显示两条沉淀线;
Conclusions The content of polysaccharide of meningococcal polysaccharide vaccine can be determined by rocket immunoelectrophoresis .
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。
Methods According to the different affinity of ConA with AFP, crossed affinity immunoelectrophoresis autoradiography was used.
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。
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。
Results The precipitation peak formed by rocket immunoelectrophoresis correlated with the concentration of polysaccharide when the antigen diluted to a suitable concentration.
结果将抗原稀释到一定浓度后进行火箭免疫电泳,电泳形成的火箭峰高度与抗原浓度呈正相关。
免疫电泳(immunoelectrophoresis)是一种结合电泳技术与免疫沉淀反应的分析方法,主要用于检测和鉴定复杂混合物中的抗原或抗体成分。该方法由Grabar和Williams于1953年首次提出,现广泛应用于临床诊断和生物医学研究领域。
该方法的核心原理分为两个步骤:
根据《临床实验室免疫学检验技术》(人民卫生出版社)的记载,该技术对多发性骨髓瘤等疾病的诊断具有重要价值,可检测单克隆免疫球蛋白异常。世界卫生组织(WHO)的《体外诊断技术指南》也指出,其检测灵敏度可达μg/mL级别。
现代技术发展出多种改良形式,包括:
该方法的优势在于特异性强、成本较低,但受限于检测灵敏度和操作标准化要求。当前临床实验室多将其作为补充检测手段,与ELISA、免疫固定电泳等技术配合使用。
Immunoelectrophoresis(免疫电泳)是一种结合电泳技术与免疫反应的分析方法,主要用于检测和分离抗原或抗体。以下是详细解释:
此方法在临床诊断和生物研究中具有重要价值,尤其适用于复杂样本的组分分析。
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