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巴尔干半岛中部犬类体内恶丝虫和利什曼原虫种类的分子调查

Molecular Survey of Dirofilaria and Leishmania Species in Dogs from Central Balkan.

作者信息

Tasić-Otašević Suzana, Savić Sara, Jurhar-Pavlova Maja, Stefanovska Jovana, Stalević Marko, Ignjatović Aleksandra, Ranđelović Marina, Gajić Bojan, Cvetkovikj Aleksandar, Gabrielli Simona

机构信息

Medical Faculty, University of Niš, 18000 Niš, Serbia.

Public Health Institute Niš, 18000 Niš, Serbia.

出版信息

Animals (Basel). 2022 Apr 2;12(7):911. doi: 10.3390/ani12070911.

Abstract

Dirofilariosis and leishmaniosis are severe parasitic diseases in dogs, and their causative agents can also be pathogenic to humans. In this study, we conducted a multicentric survey in the regions of Serbia and North Macedonia with the goal to establish an epidemiological scenario of dirofilariosis and leishmaniosis in the territory of Central Balkan. Using molecular analyses, a total of 535 dogs from Northern Serbia (NS), Southern Serbia (SS) and North Macedonia (NM) were screened for the presence of spp. and spp. We confirmed that Central Balkan is an endemic region for , as it was found to be the dominant species in this area, with the highest prevalence of 8.75% in NM, followed by NS (6.68%) and a significantly lower prevalence in SS (1.51%). Two dogs (2.5%) from NM were positive for infection. None of the dogs from Serbia tested positive for spp. High prevalence and dominance of species, and the rising threat of spread to the territory of Serbia, suggest that preventive measures are of a great necessity to combat the spread of these vector-borne zoonoses.

摘要

犬恶丝虫病和利什曼病是犬类严重的寄生虫病,其病原体对人类也具有致病性。在本研究中,我们在塞尔维亚和北马其顿地区开展了一项多中心调查,目的是确定巴尔干中部地区犬恶丝虫病和利什曼病的流行病学情况。通过分子分析,对来自塞尔维亚北部(NS)、塞尔维亚南部(SS)和北马其顿(NM)的总共535只犬进行了筛查,以检测是否存在恶丝虫属和利什曼原虫属。我们证实巴尔干中部是恶丝虫的流行地区,因为它被发现是该地区的优势物种,在北马其顿的患病率最高,为8.75%,其次是塞尔维亚北部(6.68%),而在塞尔维亚南部的患病率显著较低(1.51%)。来自北马其顿的两只犬(2.5%)利什曼原虫感染呈阳性。来自塞尔维亚的犬没有一只检测出利什曼原虫属呈阳性。恶丝虫属物种的高患病率和优势地位,以及其传播到塞尔维亚领土的威胁不断增加,表明采取预防措施对于抗击这些媒介传播的人畜共患病的传播非常必要。

https://cdn.ncbi.nlm.nih.gov/pmc/blobs/f5b9/8997140/9411d70814ab/animals-12-00911-g001.jpg

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