方法用动态浊度法测定细菌内毒素的含量。
MethodsUsing kinetic turbidimetric limulus test method to determine the content of bacterial endotoxin.
目的：建立浊度法测定硫酸卷曲霉素的效价。
Method: Turbidimetric method was used to determine Capreomycin Sulfate, compared with diffusion method.
目的采用浊度法测定硫酸妥布霉素注射液的含量。
OBJECTIVE to establish a turbidimetric assay method to determine Tobramycin sulfate injection.
前言：目的：建立浊度法测定硫酸卷曲霉素的效价。
Objective: to develop a turbidimetric method to determine Capreomycin Sulfate.
结论动态浊度法测定此混合液细菌内毒素含量是可行的。
Conclusion the turbidimetric kinetic assay can be used to determine the content of bacterial endotoxin of this mixture.
目的研究应用动态浊度法测定浓氯化钠注射液细菌内毒素的可行性。
Aim to study the feasibility of Kinetic Turbidimetric Assay (KTA) in bacterial endotoxin detection of concentrated sodium chloride injection.
结论：应用动态浊度法测定痰热清注射液中的细菌内毒素是可行的。
Conclusions: Bacterial endotoxin test for Tanreqing injection by turbidimetric kinetic assay has been established.
目的：探讨动态浊度法测定氯霉素葡萄糖注射液细菌内毒素的可行性。
Objective: Discuss the feasibility of dynamic turbidity method to determine the endotoxin in chloramphenicol glucose injection.
利用硫酸钡浊度法测定其硫酸基含量，表明合成物硫酸基平均含量46。
Its sulfur content is deter - mined by barium sulfide turbidity analysis, with the sulfur content being 46.
用比浊法测定与管碟法测定的结果无明显差异，方法学验证说明浊度法测定可行。
There were no significant differences in determination results between turbidimetric method and diffusion method. Methodology verification demonstrated that turbidimetric method was feasible.
方法采用2005年版《中国药典》细菌内毒素的动态浊度法测定血塞通注射液内毒素。
METHODS: The kinetic turbidimetry assay, stipulated in China Pharmacopeia (2005 Edition), was adopted for determination of bacterial endotoxin in Xuesaitong injection.
方法采用透射比浊度法测定68例不同性质胸腔积液患者的胸水CRP和血清crp水平，以及其比值。
Methods CRP levels of pleural fluids and serums in 68 patients with different types of pleural effusions were detected by nephelometer and the ratios of pleural fluids to serums were also obtained.
方法：用速率散射免疫浊度法测定40例细菌感染患者治疗前后CRP的含量，并与病毒感染组及对照组对比。
Methods Using Turbidity immunization rate scattering method. Detect 40 cases of bacterial infection in patients with CRP levels before and after treatment.
利用浊度法和荧光探针法测定了共聚物的最低临界溶液温度（LCST） 。
The Lower Critical Solution Temperature(LCST)of the copolymers was determined by fluorescence probe and turbidity measurement method.
结论：可用动态浊度法取代热原检查法测定氯霉素葡萄糖注射液中的细菌内毒素。
Conclusion: Dynamic turbidity method can replace pyrogen assay to determine endotoxin in chloramphenicol glucose injection.
结论：可用动态浊度法取代热原检查法测定氯霉素葡萄糖注射液中的细菌内毒素。
Conclusion: Dynamic turbidity method can replace pyrogen assay to determine endotoxin in chloramphenicol glucose injection.
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