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首页> 外文期刊>Tierarztliche Praxis, Ausgabe K. Kleintiere >Triple infection with agamid adenovirus 1, Encephaliton cuniculi-like microsporidium and enteric coccidia in a bearded dragon (Pogona vitticeps)
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Triple infection with agamid adenovirus 1, Encephaliton cuniculi-like microsporidium and enteric coccidia in a bearded dragon (Pogona vitticeps)

机译:agamid腺病毒1,三次脑样小孢子虫和肠球菌在有胡子的龙(Pogona vitticeps)中三次感染

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摘要

A 2-month-old juvenile central bearded dragon was presented for anorexia and cachexia. Another specimen from the same cage had died suddenly 2 weeks prior. Fecal analysis revealed a high quantity of Isospora amphiboluri and a few pinworm eggs. Other examinations were not performed and the animal died a few days later despite supportive care. A third individual from the same cage presented with anorexia and a distended coelom and was euthanized. In this third dragon, histological examination revealed intestinal coccidiosis, basophilic intranuclear inclusions compatible with adenovirus infection, acute hepatic necrosis with intrahepatocytic and intraenteritic organisms typical of microsporidia and renal gout. A PCR confirmed the diagnosis of adenovirosis. Sequencing showed that the PCR product was 100% identical to the corresponding portion of the agamid adenovirus 1 genome. A PCR for the detection of Encephalitozoon (E.) cuniculi was positive. Partial sequencing revealed 100% identity to an E. cuniculi-like organism previously found in bearded dragons. In cases where environmental factors such as poor hygiene or stress can be excluded, the presence of opportunistic pathogens in high numbers can be due to a systemic (viral) infection with temporary immunosuppression.
机译:提出了一个2个月大的幼年中央胡子龙,用于厌食和恶病质。同一笼中的另一个标本在2周前突然死亡。粪便分析显示大量的两栖类孢子虫和一些pin虫卵。尽管进行了支持治疗,但没有进行其他检查,几天后该动物死亡。来自同一个笼子的第三个人出现厌食症和扩张的胃腔,并被安乐死。在这第三条龙中,组织学检查显示肠球虫病,与腺病毒感染相容的嗜碱性核内包涵体,急性肝坏死伴有典型的小孢子虫和肾痛风的肝内和肠内生物。 PCR证实了腺病毒病的诊断。测序表明PCR产物与agamid腺病毒1基因组的相应部分100%相同。 PCR检测阳性的脑性脑炎(E.)。部分测序显示与先前在胡须龙中发现的一种类似大肠杆菌的生物具有100%的同一性。如果可以排除诸如不良卫生或压力之类的环境因素,则大量机会性病原体的存在可能是由于系统性(病毒)感染和暂时性免疫抑制所致。

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