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Inactivation by gamma irradiation of animal viruses in simulated laboratory effluent.

机译:在模拟实验室流出物中通过γ射线辐照灭活动物病毒。

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摘要

Several animal viruses were treated with gamma radiation from a 60Co source under conditions which might be found in effluent from an animal disease laboratory. Swine vesicular disease virus, vesicular stomatitis virus, and blue-tongue virus were irradiated in tissues from experimentally infected animals. Pseudorabies virus, fowl plague virus, swine vesicular disease virus, and vesicular stomatitis virus were irradiated in liquid animal feces. All were tested in animals and in vitro. The D10 values, that is, the doses required to reduce infectivity by 1 log10, were not apparently different from those expected from predictions based on other data and theoretical considerations. The existence of the viruses in pieces of tissue or in liquid feces made no difference in the efficacy of the gamma radiation for inactivating them. Under the "worst case" conditions (most protective for virus) simulated in this study, no infectious agents would survive 4.0 Mrads.
机译:在可能来自动物疾病实验室的废水中发现的条件下,用来自60Co来源的伽马辐射处理了几种动物病毒。在实验感染的动物的组织中辐照了猪水泡病病毒,水泡性口炎病毒和蓝舌病毒。在液态动物粪便中照射了伪狂犬病病毒,禽瘟病毒,猪水泡病病毒和水泡性口炎病毒。所有这些都在动物和体外进行了测试。 D10值,即使感染力降低1 log10所需的剂量,与基于其他数据和理论考虑的预测所预期的剂量没有明显差异。病毒在组织碎片或液体粪便中的存在对伽马射线灭活它们的功效没有影响。在此研究中模拟的“最坏情况”条件(对病毒最有保护作用)下,没有传染原能够存活4.0 Mrads。

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