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Inactivation of rickettsiae

机译:立克次体的灭活

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摘要

A reliable and complete inactivation is an indispensable premise for any concentration of rickettsiae or for the development of diagnostic strategies based on their antigens. This study deals with the testing of methods to inactivate rickettsiae.Rickettsia honei was used as a model organism. The inactivating potency of formalin, Qiagen® antiviral lysozyme (AVL) buffer, heating to 56 °C, and β-propiolactone was analyzed in cell culture.The inactivation limits for rickettsiae were 0.1% formalin about 10 min, Qiagen AVL buffer about 5 min, 56 °C about 5 min, 0.125% β-propiolactone about 1 h, and 0.0125% β-propiolactone overnight. The interpretation was limited by cytotoxic effects of the inactivation procedures and by the culturally achievable rickettsial density in the cell culture supernatants that were used for the inactivation experiments.Reliable modes of inactivation were identified, allowing for the secure handling of rickettsial antigens for diagnostic purposes.
机译:对于任何浓度的立克次体或基于其抗原的诊断策略的发展,可靠且完全的灭活是必不可少的前提。这项研究涉及灭活立克次体的方法的测试。本氏立克次体被用作模型生物。在细胞培养中分析了福尔马林,Qiagen®抗病毒溶菌酶(AVL)缓冲液,加热至56°C和β-丙内酯的灭活能力。立克次体的灭活极限为0.1%福尔马林约10分钟,Qiagen AVL缓冲液约5分钟,56°C约5分钟,0.125%β-丙内酯约1小时和0.0125%β-丙内酯过夜。该解释受灭活程序的细胞毒性作用以及用于灭活实验的细胞培养上清液中可达到的可培养立克次体密度的限制。确定了可靠的灭活模式,从而可以安全地处理立克次体抗原用于诊断目的。

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