Maria Pyziel-Serafin Anna, Raboszuk Adrianna, Klich Daniel, Orłowska Blanka, Sierociuk Dagmara, Anusz Krzysztof
Department of Food Hygiene and Public Health Protection, Institute of Veterinary Medicine, Warsaw University of Life Sciences, 02-776 Warsaw, Poland.
Department of Animal Genetics and Conservation, Institute of Animal Sciences, Warsaw University of Life Sciences, 02-787 Warsaw, Poland.
J Vet Res. 2022 Jul 30;66(3):389-393. doi: 10.2478/jvetres-2022-0039. eCollection 2022 Sep.
The alpaca () is a camelid native to South America, but the species has wide distribution outside its natural habitat and is found in various countries on other continents, Poland being one in Europe. Parasitic infections affect the productivity and health of alpacas. The aim of the study was to estimate the parasite loads in alpacas kept in Poland with the use of two direct centrifugal flotation methods.
A total of 248 faecal samples from alpacas from 12 provinces in Poland were examined for parasite eggs and oocysts with a modified Willis method (WM), and 59 samples were examined simultaneously with WM and a modified Stoll method (SM).
The WM detected eggs of Trichostrongylidae, and the SM oocysts of spp. as the respective most prevalent parasite material. The eggs of sp., , sp., and sp. were detected in lower numbers in both methods. Oocysts of and eggs of sp. were the rarest in WM, the former also being so in SM; eggs of were absent in SM. The prevalence of spp. was significantly higher as detected by SM than as detected by WM; however, the prevalence of eggs of spp. and trichostrongyles was significantly higher as detected by WM than as detected by SM.
WM is more accurate at detecting heavy gastro-intestinal nematode eggs, including those of trichostrongyles and , whereas SM is more accurate at detecting smaller coccidia from the genus .
羊驼是原产于南美洲的骆驼科动物,但该物种在其自然栖息地之外广泛分布,在其他大陆的各个国家都有发现,波兰是欧洲的其中一个国家。寄生虫感染会影响羊驼的生产力和健康。本研究的目的是使用两种直接离心浮选法估计波兰饲养的羊驼体内的寄生虫负荷。
采用改良的威利斯法(WM)对来自波兰12个省份的羊驼的248份粪便样本进行寄生虫卵和卵囊检测,同时使用WM和改良的斯托尔法(SM)对59份样本进行检测。
WM检测到毛圆科线虫卵,SM检测到球虫属的卵囊,分别为各自最常见寄生虫物质。在两种方法中均检测到少量的某种线虫卵、毛首线虫卵、类圆线虫卵和仰口线虫卵。等孢球虫卵囊和某种线虫卵在WM中最为罕见,前者在SM中也是如此;SM中未检测到毛首线虫卵。球虫属的患病率经SM检测显著高于经WM检测;然而,某种线虫卵和毛圆科线虫卵的患病率经WM检测显著高于经SM检测。
WM在检测包括毛圆科线虫和某种线虫在内的重度胃肠线虫卵方面更准确,而SM在检测球虫属较小的球虫方面更准确。