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Prevalence of poultry red mite (Dermanyssus gallinae) in Korean layer farms and the presence of avian pathogens in the mite

机译:韩国农场家禽红螨(Dermanyssus Gallinae)的患病率以及螨虫病原体的存在

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The poultry red mite, Dermanyssus gallinae, is a blood-feeding parasite of layer hens and a potential vector of several avian infectious agents. High infestation with D. gallinae in layer farm buildings could result in economic losses, and the mites may act as a reservoir of avian pathogens within farms. This study aimed to assess the prevalence of D. gallinae in layer farm buildings in Korea and to investigate avian pathogens in the collected mites. The mite samples were collected from 36 Korean layer farm buildings on 21 farms nationwide. Information obtained from each farm building included the flock size, flock age, methods for controlling D. gallinae, and cleaning status. Association between these variables and the population density of D. gallinae was analyzed. Additionally, the presence of 10 avian pathogens was assessed using DNA samples from mites collected in 16 farm buildings. The prevalence of D. gallinae was 75% at the farm building level (90.5% at the farm level). Repetitive cleaning procedures for each building were significantly related with the mite infestation level, and the most influential factor for determining the mite population in the layer farm buildings. In the 16 DNA samples, we detected avian pathogenic Escherichia coli (n = 6), wild-type fowlpox virus (n = 3), wild-type Marek's disease virus (n = 2), chicken anemia virus (n = 1), and fowl adenovirus (n = 1). These findings suggest that repetitive cleaning procedures for the layer farm buildings could decrease the numbers of D. gallinae which may transmit avian pathogens within the farm.
机译:禽红螨Dermanyssus gallinae是一层血液喂养的母鸡和几个禽类传染病的潜在载体。与D. Gallinae的高侵染在层面农场建筑物可能导致经济损失,螨虫可以作为农场内的禽病原体的储层。本研究旨在评估韩国层面农场建筑物D. Gallinae的患病率,并在收集的螨虫中调查禽病原体。在全国21个农场上从36个韩国地层农场建筑物收集了螨样品。从每个农用建筑获得的信息包括植绒大小,植绒年龄,控制D. Gallinae的方法和清洁状态。分析了这些变量与D. Gallinae的人口密度之间的关系。另外,使用从16个农场建筑物中收集的螨虫的DNA样品评估10禽病原体的存在。 D. Gallinae的患病率在农场建筑水平上为75%(农场水平为90.5%)。每栋建筑物的重复清洁程序与螨虫灭绝水平显着相关,以及确定层农厂建筑物中螨虫种群的最具影响力的因素。在16个DNA样品中,我们检测到禽致病性大肠杆菌(n = 6),野生型禽类病毒(n = 3),野生型Marek疾病病毒(n = 2),鸡贫血病毒(n = 1),和fowl腺病毒(n = 1)。这些研究结果表明,层农场建筑物的重复清洁程序可以减少可以在农场内传递禽病原体的D. Gallinae的数量。

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