Adaszek Łukasz, Staniec Marta, Dokuzeylül Banu, Pisarek Maria, Skrzypczak Maciej, Żółkiewski Paweł, Rutkowska-Szulczyk Małgorzata, Deneka Łukasz, Or Mehmet Erman, Winiarczyk Stanisław
Department of Epizootiology and Clinic of Infectious Diseases, Faculty of Veterinary Medicine, University of Life Sciences in Lublin, 20-950 Lublin, Poland.
Department of Internal Medicine, Veterinary Faculty, Istanbul University-Cerrahpaşa, 34500 istanbul, Turkey.
J Vet Res. 2024 Jun 20;68(2):215-222. doi: 10.2478/jvetres-2024-0033. eCollection 2024 Jun.
The aim of the study was to monitor the occurrence of selected vector-borne diseases in anaemic dogs arriving in or returning to Poland from areas endemic for these diseases.
The study involved 497 dogs, of which 184 came to Poland from Ukraine with their owners fleeing the war. Other animals returned to the country from holidays spent in Croatia (n = 96), Turkey (n = 79), Italy (n = 48), Bulgaria (n = 42), Albania (n = 36) and Romania (n = 12). Molecular biology methods were used for detection of pathogens transmitted by the vectors.
Molecular tests revealed the presence of vector-borne pathogens in 79 dogs. The most commonly diagnosed infection was caused by (27 dogs), followed by infections with (in 20 dogs), (15 dogs), (7 dogs), (4 dogs), (3 dogs), (2 dogs) and (1 dog). Most of the sick dogs (n = 39) came from Ukraine. In dogs spending holidays with their owners outside Poland, vector-borne diseases were most often detected after their return from Turkey (n = 16), and next in descending order from Croatia (n = 7), Italy (n = 6), Albania (n = 4), Bulgaria (n = 4) and Romania (n = 3).
The wider migration crisis and increasingly frequent trips of owners with their dogs to areas of endemic infectious and parasitic diseases observed in recent years are the main risk factors for the occurrence of these diseases in Poland. Therefore, constant monitoring of vector-borne diseases, especially in dogs returning from holidays and arriving in Poland from abroad, seems to be crucial for their early detection and introduction of appropriate therapy.
本研究的目的是监测从这些疾病的流行地区抵达或返回波兰的贫血犬中选定的媒介传播疾病的发生情况。
该研究涉及497只犬,其中184只与主人从乌克兰来到波兰,其主人因战争逃离。其他动物是在克罗地亚(n = 96)、土耳其(n = 79)、意大利(n = 48)、保加利亚(n = 42)、阿尔巴尼亚(n = 36)和罗马尼亚(n = 12)度假后返回该国的。采用分子生物学方法检测媒介传播的病原体。
分子检测显示79只犬存在媒介传播的病原体。最常诊断出的感染是由……引起的(27只犬),其次是……感染(20只犬)、……(15只犬)、……(7只犬)、……(4只犬)、……(3只犬)、……(2只犬)和……(1只犬)。大多数患病犬(n = 39)来自乌克兰。在与主人在波兰境外度假的犬中,媒介传播疾病最常在从土耳其返回后被检测到(n = 16),其次按降序排列来自克罗地亚(n = 7)、意大利(n = 6)、阿尔巴尼亚(n = 4)、保加利亚(n = 4)和罗马尼亚(n = 3)。
近年来观察到的更广泛的移民危机以及主人带着犬前往传染性和寄生虫病流行地区的旅行日益频繁,是这些疾病在波兰发生的主要风险因素。因此,持续监测媒介传播疾病,特别是对度假归来和从国外抵达波兰的犬进行监测,对于早期发现和引入适当治疗似乎至关重要。