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一群红袋鼠爆发全身性弓形虫病的病理和免疫组化结果

Pathologic and immunohistochemical findings in an outbreak of systemic toxoplasmosis in a mob of red kangaroos.

作者信息

Carossino Mariano, Bauer Rudy, Mitchell Mark A, Cummings Charles O, Stöhr Anke C, Wakamatsu Nobuko, Harper Kimberly, Langohr Ingeborg M, Schultz Kendra, Mitchell Maria S, Howe Daniel K, Balasuriya Udeni B R

机构信息

Louisiana Animal Disease Diagnostic Laboratory and Department of Pathobiological Sciences.

Veterinary Teaching Hospital and Department of Veterinary Clinical Sciences.

出版信息

J Vet Diagn Invest. 2021 May;33(3):554-565. doi: 10.1177/10406387211001869. Epub 2021 Mar 19.

Abstract

is a zoonotic protozoan pathogen that infects many endothermic vertebrates, including humans; the domestic cat and other felids serve as the definitive host. Macropodids are considered highly susceptible to toxoplasmosis. Here, we describe the clinical, pathologic, and immunohistochemical findings of an outbreak of systemic toxoplasmosis in a mob of 11 red kangaroos (), with high morbidity (73%) and mortality (100%) rates. Affected animals had either severe and rapidly deteriorating clinical conditions or sudden death, which was correlated with widespread necrotizing lesions in multiple organs and intralesional organisms identified via MIC3-specific immunohistochemistry and confirmed by REP529-specific rtPCR. Quantification of parasites demonstrated the highest parasite density in pulmonary parenchyma compared with other tissues. Our study highlights the continued importance of this severe condition in Australian marsupials.

摘要

是一种人畜共患的原生动物病原体,可感染包括人类在内的许多恒温脊椎动物;家猫和其他猫科动物是其终末宿主。大袋鼠被认为对弓形虫病高度易感。在此,我们描述了一群11只红袋鼠爆发全身性弓形虫病的临床、病理和免疫组化结果,发病率(73%)和死亡率(100%)很高。患病动物要么临床状况严重且迅速恶化,要么突然死亡,这与多个器官广泛的坏死性病变以及通过MIC3特异性免疫组化鉴定并经REP529特异性rtPCR确认的病灶内生物体有关。寄生虫定量显示,与其他组织相比,肺实质中的寄生虫密度最高。我们的研究强调了这种严重疾病在澳大利亚有袋动物中的持续重要性。

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