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Molecular Indications of Protein Damage in Adenoviruses after UV Disinfection

机译:紫外线消毒后腺病毒中蛋白质损伤的分子指示

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Adenoviruses are resistant to monochromatic, low-pressure (LP) UV disinfection—but have been shown to be susceptible to inactivation by polychromatic, medium-pressure (MP) UV—when assayed using cell culture infectivity. One possible explanation for the difference between UV lamp types is that the additional UV wavelengths emitted by MP UV enable it to cause greater damage to viral proteins than LP UV. The objective of this study was to examine protein damage in adenoviruses treated with LP and MP UV. Results show that MP UV is more effective at damaging viral proteins at high UV doses, though LP UV caused some damage as well. To our knowledge, this study is the first to investigate protein damage in UV-treated adenovirus, and the overview presented here is expected to provide a basis for further, more detailed work.
机译:腺病毒对单色低压(LP)紫外线消毒具有抵抗力-但在使用细胞培养物的感染力进行测定时,已证明对多色,中等压力(MP)紫外线很容易失活。关于UV灯类型之间差异的一种可能解释是MP UV发射的其他UV波长使它对病毒蛋白质的伤害大于LP UV。这项研究的目的是检查经LP和MP UV处理的腺病毒中的蛋白质损伤。结果表明,尽管LP UV也引起了一些损害,但MP UV在高UV剂量下对病毒蛋白的损伤更有效。据我们所知,这项研究是第一个研究经紫外线处理的腺病毒中蛋白质损伤的研究,预计此处提供的概述将为进一步,更详细的工作提供基础。

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