This study examined the effect of 4 thermal processing methods on inactivation of male-specific bacteriophage MS2 in cow milk. MS2 was used as a vi'/> Thermal inactivation of MS2 bacteriophage as a surrogate of enteric viruses in cow milk
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Thermal inactivation of MS2 bacteriophage as a surrogate of enteric viruses in cow milk

机译:MS2噬菌体的热失活作为牛奶中肠溶病毒的替代品

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AbstractThis study examined the effect of 4 thermal processing methods on inactivation of male-specific bacteriophage MS2 in cow milk. MS2 was used as a viral surrogate of enteric viruses in this inactivation study. Milk samples were spiked at 10, 103, 105, and 107?PFU/ml with a milk fat content of 1.5, 2.5 and 3% weight per volume. We found that with higher milk fat content, survival of MS2 increased in the samples spiked with 105or 107?PFU/ml, indicating that increasing the milk fat content had a significant effect on the survival of MS2 (p?]]>
机译:<![cdata [<标题>抽象 ara id =“par1”>本研究检测了4种热处理方法对牛奶中男性特异性噬菌体MS2失活的影响。在这种失活研究中,MS2用作肠道病毒的病毒替代物。将牛奶样品加入10,10 <上标> 3 ,10 <上标> 5 ,10 <上标> 7 Δpfu/ ml,乳脂含量为1.5,2.5每个体积的3%重量。我们发现,随着牛奶脂肪含量较高,用10 <上标> 5 或10 <上标> 7 αpfu/ ml的样品中MS2的存活增加,表明增加了乳脂含量的增加对热处理样品中MS2(p≤0.05)的生存的显着影响。灭活结果表明,牛奶中病毒失活的最有效的热处理具有高温长时间(HTLT:85Ω·30℃,30?min),然后沸腾2?min。最低有效的热处理长时间是低温。因此,在诸如HTLT或沸腾的严重热处理下,可以有效地实现具有高污染液的乳制品中肠道病毒的肠道病毒的灭活。]>

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