Egrek Sabrina, Knapp Jenny, Sacheli Rosalie, El Moussaoui Khalid, Léonard Philippe, Larranaga Lapique Eva, Millon Laurence, Engelskirchen Sara, Detry Olivier, Linden Annick, Hayette Marie-Pierre
Department of Clinical Microbiology-Belgian National Reference Laboratory for Echinococcosis, Center for Interdisciplinary Research on Medicines (CIRM), University Hospital of Liege, 4000 Liege, Belgium.
EchinoLiège, University Hospital of Liege (CHU-ULiege), Avenue de l'Hôpital, 1, 4000 Liège, Belgium.
Pathogens. 2025 Jun 12;14(6):584. doi: 10.3390/pathogens14060584.
Alveolar echinococcosis (AE), caused by (), is a severe parasitic zoonosis that is potentially fatal for humans. The parasite is primarily transmitted by wildlife, with red foxes acting as definitive hosts and rodents as intermediate hosts, while humans can become accidental but dead-end hosts. The aim of this study is to use EmsB typing on isolates from human AE cases and local animals such as foxes and rodents. In this study, retrospective EmsB typing was performed on 39 samples, including 11 tissue samples from 10 patients, 18 fecal swabs from foxes, and 10 tissue samples from rodents. A dendrogram was created to determine the EmsB profiles present. The results showed that all the rodent samples were associated with the EmsB P1 profile (10/10), while the human and fox samples shared the EmsB profile P1 (5/11 humans and 8/18 foxes), a profile near P4 (2/11 humans and 3 foxes), and a profile near P8 (1/11 humans and 1/18 foxes). The study demonstrates that the same EmsB profiles circulate among humans and animals, confirming that wildlife reservoirs play a key role in transmission.
肺泡型棘球蚴病(AE)由()引起,是一种严重的人兽共患寄生虫病,对人类有潜在致命性。该寄生虫主要通过野生动物传播,赤狐为终末宿主,啮齿动物为中间宿主,而人类可成为偶然的终末宿主。本研究旨在对来自人类AE病例以及狐狸和啮齿动物等当地动物的分离株进行EmsB分型。在本研究中,对39个样本进行了回顾性EmsB分型,包括来自10例患者的11份组织样本、来自狐狸的18份粪便拭子以及来自啮齿动物的10份组织样本。创建了一个树形图以确定存在的EmsB谱型。结果表明,所有啮齿动物样本均与EmsB P1谱型相关(10/10),而人类和狐狸样本共享EmsB谱型P1(5/11个人类样本和8/18个狐狸样本)、接近P4的谱型(2/11个人类样本和3个狐狸样本)以及接近P8的谱型(1/11个人类样本和1/18个狐狸样本)。该研究表明相同的EmsB谱型在人类和动物中传播,证实野生动物宿主在传播中起关键作用。