一只患有蟒蛇包涵体病的彩虹蟒(Epicrates cenchria)身上的多灶性皮肤肿瘤性血管增生

Anthony Broering Ferreira, Joandes Fonteque, Jessica Withoeft, Renata Assis Casagrande, Ubirajara da Costa, Frank Imkamp, Pauline Goller, Francesca Baggio, Jussi Hepojoki, Udo Hetzel, Anja Kipar
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摘要

关于蛇类肿瘤过程的报告很少,无论其发生地点、起源或行为如何。在这里,我们描述了在一个巴西原生彩虹蟒(Epicrates cenchria)群落中发生的与血管瘤和血管内皮瘤一致的多灶性皮肤肿瘤过程,以及血管瘤病的鉴别诊断,该群落中还包括受蟒蛇包涵体病(BIBD)影响的动物。有 13 条蟒蛇患病,其中 7 条是多年前从巴西其他地方引进的,其他的蟒蛇是人工繁殖的,但不是已知患病蟒蛇的后代。在多年的饲养过程中,所有雌性和雄性动物之间都有接触。八年多前首次观察到皮肤病变,随后三年发现了更多病例,但最近五年没有发现新病例。对两只患病动物进行了尸检,发现它们患有肝盂积水,这也是新增的病理变化之一。通过组织学、雷他病毒核蛋白免疫组织学和针对雷他病毒 S 段的多重 RT-PCR 检测,8 只接受检查的动物中有 5 只被确诊为 BIBD。在皮肤肿瘤过程的细胞中也检测到了 Reptarenavirus 感染。对六处皮损进行的鸡巴顿氏菌、昆塔纳氏菌以及一般细菌 DNA 的 PCR 检测结果均为阴性,排除了皮损正在遭受细菌感染(如人类的巴氏血管瘤病)的可能性。这些结果表明,爬行病毒感染和 BIBD 与肿瘤过程有关,值得进一步研究。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Multifocal cutaneous neoplastic vascular proliferations in a rainbow boa (Epicrates cenchria) collection with boid inclusion body disease
Reports on neoplastic processes in snakes are sparse regardless of their location, origin or behavior. Here, we describe the occurrence of multifocal cutaneous neoplastic processes consistent with hemangioma and hemangioendothelioma, with a differential diagnosis of angiomatosis, in a colony of native Brazilian rainbow boas (Epicrates cenchria) which also included animals affected by boid inclusion body disease (BIBD). Thirteen snakes were affected; seven of these had been introduced from other Brazilian sites years earlier, the others had been bred in house but were not offspring of knowingly affected animals. The breeding regime allowed contact between all female and male animals over the years. The cutaneous lesions were first observed over eight years ago, with additional cases detected during the three following years, but no new cases in the last five years. Two affected animals were subjected to a post mortem examination and were found to suffer from peliosis hepatis as one of the additional pathological changes. BIBD was confirmed in five of the eight examined animals, by histology, immunohistology for reptarenavirus nucleoprotein, and multiplex RT-PCR targeting the reptarenavirus S segment. Reptarenavirus infection was also detected in cells in the cutaneous neoplastic processes. PCRs for Bartonella henselae and B. quintana as well as bacterial DNA in general, performed on a pool of six skin lesions, yielded negative results, ruling out ongoing bacterial infection, like bacillary angiomatosis in humans, of the lesions. The results hint towards an association of reptarenavirus infection and BIBD with neoplastic processes which is worth further investigations.
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