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Validation of a PCR coupled to a microarray method for detection of mycoplasma in vaccines

机译:验证PCR与微阵列方法,用于检测疫苗中的支原体

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Abstract The revised section of the European, United States, and Japan Pharmacopeias on mycoplasma testing provided guidance for the set up and validation of a nucleic acid amplification technique (NAT) as an alternative method to agar culture and indicator cell culture compendial methods. The CytoInspect? method, based on Polymerase Chain Reaction (PCR) coupled to microarray analysis, has been selected for detection and identification of mycoplasma in vaccines. To replace compendial methods, the alternative method must demonstrate equivalence in both limit of detection (LOD) and specificity compared with compendial methods. Here, we summarize the validation of the CytoInspect? method according to current pharmacopeia requirements. Validation of the robustness, sensitivity (at least 10 colony forming units/ml) and specificity of the CytoInspect? method are demonstrated. Likewise, a comparability study was performed to compare the LOD for CytoInspect? compared with the previously validated LOD for compendial culture tests.
机译:摘要欧洲,美国和日本药典对支原体测试的修订部分提供了核酸扩增技术(NAT)作为琼脂培养和指示细胞培养类化的替代方法的设置和验证的指导。 CytoInspect?基于聚合酶链反应(PCR)与微阵列分析的方法进行了选择,用于检测和鉴定疫苗中的支原体。为了更换竞选方法,与竞选方法相比,替代方法必须演示检测限(LOD)和特异性的等效。在这里,我们总结了CyoInsck的验证?方法根据当前的药典要求。验证鲁棒性,灵敏度(至少10个菌落形成单位/ ml)和细胞蛋白哨所的特异性?证明了方法。同样,进行了可比性研究以比较细胞蛋白哨所的LOD?与先前经过验证的植物进行了高度验证的培养测试相比。

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