Ihnacik L, Šmigová J, Šoltys J, Blišťan P, Kovanič L, Blišťanová M, Schusterová I, Papajová I
Institute of Parasitology, Slovak Academy of Sciences, Košice, Slovak Republic.
University of Veterinary Medicine and Pharmacy in Košice, Košice, Slovak Republic.
Helminthologia. 2023 Sep 22;60(2):152-160. doi: 10.2478/helm-2023-0014. eCollection 2023 Jun.
This study aimed to determine the prevalence of endoparasites in dog feces from public places, investigate the occurrence of endoparasites in soil, and identify potential risk factors associated with the dog endoparasites infection spread in East Slovak Lowland - the region near the EU border with Ukraine. In a one-year study, a total of 803 dog fecal samples and 148 soil samples from public places were examined for the presence of endoparasite developmental stages. In general, 43.59 % of dog excrements were positive. Six different species of intestinal parasites were detected: (22.65 %), (14.07 %), family Ancylostomatidae (10.09 %), (5.60 %), spp. (1.49 %). Altogether, 52.03 % of soil samples were positive for at least one endoparasites species. The occurrence of parasitic eggs in the soil was as follows: spp. (37.16 %), spp. (29.05 %), spp. (29.05 %) %), family Ancylostomatidae (2.03 %) and (2.03 %). The occurrence of endoparasites between the towns and villages varied significantly. The distribution of endoparasites in dogs and soil was affected by the population density, the minority people living in the studied territory, the number of people living in poor hygienic conditions with limited access to drinking water and the usage of sewerage. Persisting endoparasitic contamination of the environment in East Slovak Lowland forms a reservoir with zoonotic potential representing public and environmental health problems.
本研究旨在确定公共场所犬粪便中体内寄生虫的流行情况,调查土壤中体内寄生虫的存在情况,并确定与斯洛伐克东部低地(靠近欧盟与乌克兰边境的地区)犬体内寄生虫感染传播相关的潜在风险因素。在为期一年的研究中,共检查了803份公共场所犬粪便样本和148份土壤样本,以检测体内寄生虫发育阶段的存在情况。总体而言,43.59%的犬粪便呈阳性。检测到六种不同的肠道寄生虫:(22.65%),(14.07%),钩口线虫科(10.09%),(5.60%), spp.(1.49%)。共有52.03%的土壤样本至少对一种体内寄生虫呈阳性。土壤中寄生虫卵的出现情况如下: spp.(37.16%), spp.(29.05%), spp.(29.05%),钩口线虫科(2.03%)和(2.03%)。城镇和村庄之间体内寄生虫的出现情况差异显著。犬和土壤中体内寄生虫的分布受人口密度、研究区域内的少数民族人口、生活在卫生条件差且饮用水供应有限地区的人口数量以及污水处理的使用情况影响。斯洛伐克东部低地环境中持续存在的体内寄生虫污染形成了一个具有人畜共患病潜力的蓄水池,代表着公共和环境卫生问题。