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首页> 外文期刊>Revista do Instituto de Medicina Tropical de So Paulo >Antemortem diagnosis of human rabies in a veterinarian infected when handling a herbivore in Minas Gerais, Brazil
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Antemortem diagnosis of human rabies in a veterinarian infected when handling a herbivore in Minas Gerais, Brazil

机译:在巴西米纳斯吉拉斯州处理草食动物时,对兽医感染的人狂犬病进行死前诊断

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The Ministry of Health's National Human Rabies Control Program advocates pre-exposure prophylaxis (PEP) for professionals involved with animals that are at risk of contracting rabies. We report an antemortem and postmortem diagnosis of rabies in a veterinarian who became infected when handling herbivores with rabies. The antemortem diagnosis was carried out with a saliva sample and a biopsy of hair follicles using molecular biology techniques, while the postmortem diagnosis used a brain sample and conventional techniques. The veterinarian had collected samples to diagnose rabies in suspect herbivores (bovines and caprines) that were subsequently confirmed to be positive in laboratory tests. After onset of classic rabies symptoms, saliva and hair follicles were collected and used for antemortem diagnostic tests and found to be positive by RT-PCR. Genetic sequencing showed that the infection was caused by variant 3 (Desmodus rotundus), a finding confirmed by tests on the brain sample. It is essential that professionals who are at risk of infection by the rabies virus undergo pre-exposure prophylaxis. This study also confirms that molecular biology techniques were used successfully for antemortem diagnosis and therefore not only allow therapeutic methods to be developed, but also enable the source of infection in human rabies cases to be identified accurately and quickly.
机译:卫生部的国家人类狂犬病控制计划倡导对患有狂犬病风险动物的专业人员进行接触前预防(PEP)。我们报告了在处理带有狂犬病的食草动物时被感染的兽医的狂犬病的事前和事后诊断。使用分子生物学技术对唾液样本和毛囊活检进行死前诊断,而死后诊断则使用脑样本和常规技术进行死前诊断。该兽医收集了一些样本,以诊断可疑草食动物(牛和山羊)中的狂犬病,这些狂犬病随后在实验室测试中被证实为阳性。在出现典型的狂犬病症状后,收集唾液和毛囊,用于死前诊断测试,并通过RT-PCR呈阳性。基因测序表明,这种感染是由变种3(Desmodus rotundus)引起的,这一发现已通过对大脑样本的测试得到证实。有狂犬病病毒感染风险的专业人员必须进行暴露前预防。这项研究还证实分子生物学技术已成功用于死前诊断,因此不仅可以开发治疗方法,而且还可以准确,快速地确定人类狂犬病病例的感染源。

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