Deak Georgiana, Gherman Călin Mircea, Ionică Angela Monica, Daskalaki Aikaterini Alexandra, Matei Ioana Adriana, D'Amico Gianluca, Domşa Cristian, Pantchev Nikola, Mihalca Andrei Daniel, Cozma Vasile
University of Agricultural Sciences and Veterinary Medicine of Cluj-Napoca, Department of Parasitology and Parasitic Diseases, Calea Mănăștur 3-5, Cluj-Napoca 400372, Romania.
University of Agricultural Sciences and Veterinary Medicine of Cluj-Napoca, Department of Parasitology and Parasitic Diseases, Calea Mănăștur 3-5, Cluj-Napoca 400372, Romania.
Vet Parasitol. 2017 Jan 15;233:107-110. doi: 10.1016/j.vetpar.2016.12.006. Epub 2016 Dec 12.
Three species of the genus Angiostrongylus are known to infect European carnivores: A. vasorum (mainly in canids but also in other carnivores), A. chabaudi (in felids) and A. daskalovi (in mustelids). A. vasorum is responsible for clinically severe disease in domestic dogs, most commonly diagnosed based on fecal examination and serological detection of circulating antigens. Considering the poorly known host range and the challenging larval differentiation in the feces between the three species of Angiostrongylus infecting European carnivores, our aim was to evaluate the cross-reactivity of A. chabaudi and A. daskalovi with A. vasorum using a commercial serologic test developed for domestic dogs. Badgers (Meles meles) (n=10) and wildcats (Felis silvestris) (n=8) were examined between 2015 and 2016 by full parasitological necropsy with subsequent morphological and molecular identification of nematodes and by serology, using IDEXX Angio Detect™ tests. Five out of the ten badgers and two out of the eight wildcats were harboring nematodes in the pulmonary arteries. All nematodes were identified morphologically as A. daskalovi in badgers and A. chabaudi in wildcats, respectively. Serological examination of the plasma samples revealed the positivity of the same animals as found in necropsy. None of the animals negative at necropsy was positive at serology. The 100% correlation between the necropsy results and the serologic positivity to IDEXX Angio Detect™ in badgers infected with A. daskalovi and wildcats infected with A. chabaudi suggest that these rapid tests are able to identify circulating antigens of all species of Angiostrongylus found in European carnivores: A. vasorum, A. daskalovi and A. chabaudi. The possibility for future in-clinic use of this test in domestic cats should be further investigated.
犬恶丝虫(主要感染犬科动物,但也感染其他食肉动物)、沙氏血管圆线虫(感染猫科动物)和达斯卡尔沃氏血管圆线虫(感染鼬科动物)。犬恶丝虫会导致家犬出现临床严重疾病,最常见的诊断方法是粪便检查和循环抗原的血清学检测。考虑到感染欧洲食肉动物的三种血管圆线虫的宿主范围鲜为人知,且粪便中幼虫的鉴别具有挑战性,我们的目的是使用一种为家犬开发的商业血清学检测方法,评估沙氏血管圆线虫和达斯卡尔沃氏血管圆线虫与犬恶丝虫的交叉反应性。在2015年至2016年期间,对10只獾和8只野猫进行了全面的寄生虫学尸检,随后对线虫进行形态学和分子鉴定,并使用IDEXX Angio Detect™检测进行血清学检查。10只獾中有5只、8只野猫中有2只在肺动脉中寄生有线虫。所有线虫在形态学上分别被鉴定为獾体内的达斯卡尔沃氏血管圆线虫和野猫体内的沙氏血管圆线虫。血浆样本的血清学检查显示,与尸检结果相同的动物呈阳性。尸检时呈阴性的动物在血清学检查中均未呈阳性。感染达斯卡尔沃氏血管圆线虫的獾和感染沙氏血管圆线虫的野猫的尸检结果与IDEXX Angio Detect™血清学阳性之间的100%相关性表明,这些快速检测方法能够识别欧洲食肉动物体内发现的所有血管圆线虫物种的循环抗原:犬恶丝虫、达斯卡尔沃氏血管圆线虫和沙氏血管圆线虫。该检测方法未来在家猫临床应用的可能性应进一步研究。