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A Recent Human Immunodeficiency Virus Outbreak Among People Who Inject Drugs in Munich, Germany, Is Associated With Consumption of Synthetic Cathinones

机译:近期德国慕尼黑注入药物的人群的人类免疫缺陷病毒爆发与合成天然阴茎的消耗有关

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BackgroundNeedle and syringe sharing among people who inject drugs (PWID) can result in a rapid regional spread of a human immunodeficiency virus (HIV) variant. Such outbreaks have been identified recently in several countries and have raised public health attention because of an association with new psychoactive substances (NPS).MethodsDried serum spots from approximately 60% of newly diagnosed HIV cases in Germany in 2013–2018 were received together with statutory notification data. Samples were sequenced in the pol-region, genotyped, and viral phylogenies were analyzed. For selected samples, the hepatitis C virus (HCV) status and the presence of NPS were determined.ResultsAn outbreak of closely related 27 subtype C infections with a core of 11 cases with almost identical sequences was identified using phylogenetic analyses. The first case of the outbreak was diagnosed in 2015, and the last one was in 2018. With exception of 3 infections, all were reported from Munich, the capital of the federal state of Bavaria. Of 26 analyzed outbreak members, 24 (92.3%) had a resolved or viremic HCV coinfection. In 8 of 18 (44%) cases, α-pyrrolidinopentiothiophenone and/or the related substance α-pyrrolidinoheptiophenone was identified.ConclusionsDespite harm reduction services in place, HIV outbreaks of considerable size can occur in PWID. The establishment of a real-time molecular surveillance is advised to rapidly identify outbreaks and target prevention measures.
机译:Backgroundle和注射器分享在注射药物(PWID)中的人们可以导致人类​​免疫缺陷病毒(HIV)变异的快速区域蔓延。最近在若干国家的爆发已经确定,并且由于与新的精神活性物质(NPS)联系,提出了公众的健康注意力.Methodsdried 2013-2018在德国的大约60%的血清斑点是与法定收到的通知数据。在POL区域中测序样品,分析基因分型,基因分型和病毒系统。对于所选样品,确定丙型肝炎病毒(HCV)状态和NPS的存在。使用系统发育分析鉴定了具有11例几乎相同序列的11例核心感染的丙型肝炎病毒(HCV)状态和NPS的存在。爆发的第一个案例是在2015年诊断出来的,最后一个是2018年。除3感染外,所有来自巴伐利亚联邦政府的首都慕尼黑报道了所有。 26分析的爆发成员,24例(92.3%)有一个分辨或雌激发HCV繁殖。在18个(44%)病例中,鉴定了α-吡咯烷酮噻吩和/或相关物质α-吡咯烷酮酮酮。结论伤害减少服务,在PWID中可能发生相当大尺寸的艾滋病毒爆发。建议建立实时分子监测,迅速识别爆发和目标预防措施。
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