免疫浊度法

方法用免疫浊度法测定血浆vWF的含量，用ELISA法测定血浆F1+2。

Methods the vWF was detected using immune nephelometry , and the F1 + 2 using ELISA .

方法采用免疫浊度法检测急性脑梗死患者和正常人对照组的血清CRP的浓度。

Methods Immunoturbidimetry was used to measure the concentration of CRP in plasma of patients with cerebral infarction .

采用免疫浊度法动态观察不同时间点血浆CRP含量。

CRP content in plasma was observed dynamically by immune turbidity method at different time points before and after angioplasty .

采用免疫浊度法在发病后不同时点动态观察血浆CRP含量。另设30例门诊健康体检者为对照组，监测血浆CRP浓度。

CRP content in plasma were observed by immune turbidity method at different time , while 30 healthy persons were observed as control group .

方法用免疫浊度法测定45例PNS患者和30例正常人血浆D二聚体含量。

METHOD Immunologic titer method was used to examine the content of the serum D-Dimer in 45 PNS patients and 30 normal controls .

方法用免疫浊度法对66例ACI病人的血清CRP水平进行动态观察（病程第1天、第7天及第14天），并与45例健康人进行比较。

Method The serum CRP level was determined serially ( on day 1,7 and 14 after onset ) by immune nephelometry in 66 patients with ACI and 45 normal controls .

造影前空腹取血10mL，采用全自动生化仪测定血肌酐、空腹血糖、血脂和尿酸，乳胶增强免疫浊度法检测超敏C反应蛋白，Claus法检测纤维蛋白原，电化学发光法检测同型半胱氨酸。

Before coronary angiography , 10 mL fasting blood were drawn to measure serum creatinine , fasting blood glucose ( FBG ), lipids and uric acid by totally automatic biochemistry analyzer , hs-CRP by latex-enhanced immunoturbidimetry , fibrinogen by Claus methods , and homocysteine by electrochemical photometry .

方法：采用免疫浊度法分别测定了肺癌病人、肺结核病人胸腔积液和漏出性胸腔积液中α2-M的含量，并对测定结果进行统计学处理。

Methods : The pleural fluid content of α 2-M of patients with lung cancer , patients with tuberculosis and patients with transplant have been detected by the methods of immuno-nephelometry . The results were analysed statistically .

心脏型脂肪酸结合蛋白免疫浊度法的建立及初步临床应用

Establishment of Turbidity Immunoassay on the Analysis of Heart-type Fatty Acid Binding Protein and Its Clinical Research

以免疫速率散射浊度法测定CRP，C3，Tf用琼脂扩散法，PA用火箭免疫电泳法测定。

The concentration of CRP and C 3 , T f , PA were detected by rate nephelometry , agar immunodiffusion and rocket immunoelectrophoresis respectively .