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Call for papers for a special issue on molecular epidemiology of human pathogens

机译:呼吁就人类病原体的分子流行病学问题发表特别论文

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As exemplified in the 2011 outbreak of the Shiga toxin-producing Escherichia coli (STEC) 0104:H4 strain in Germany, advanced sequencing technologies are being introduced for application in microbiological investigations supporting surveillance and outbreak investigations. In the STEC outbreak, the traditional microbiological methods were used to characterise the outbreak strain for epidemiological investigations, but for the first time, parallel application of advanced technologies enabled the whole genome sequence of multiple isolates of the outbreak strain to be deter- mined just a few days after the outbreak had been detected. While such scientific and technological advances have great potential to increase the resolution and accuracy of microbiological investigations and deepen our understand- ing of human pathogens and the diseases they cause, various operational issues need to be resolved in order for such advanced techniques to be incorporated into public health practice.
机译:如2011年德国产生志贺毒素的大肠埃希菌(STEC)0104:H4菌株爆发所证明的那样,先进的测序技术已被引入微生物学研究中,以用于监测和暴发调查。在STEC暴发中,使用传统的微生物学方法对暴发菌株进行了流行病学研究,但首次并行应用先进技术,就可以确定暴发菌株的多个分离株的全基因组序列。爆发后几天被发现。尽管此类科学技术进步具有极大的潜力,可以提高微生物学研究的分辨率和准确性,并加深我们对人类病原体及其致病性的了解,但仍需要解决各种操作问题,才能将此类先进技术整合到其中。公共卫生实践。

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    《Eurosurveillance》 |2012年第2期|共1页
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  • 中图分类 传染病;
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