首页> 外文期刊>Journal of environmental health >A survey of Salmonella serovars and most probable numbers in rendered-animal-protein meals: inferences for animal and human health.
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A survey of Salmonella serovars and most probable numbers in rendered-animal-protein meals: inferences for animal and human health.

机译:沙门氏菌血清型和提炼动物蛋白餐中最可能的数量的调查:对动物和人类健康的推断。

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摘要

Salmonellae are resourceful and adaptive organisms that infect a broad range of diverse hosts. Serovars of the genus were first isolated in a poultry mash in 1948, thus establishing a need to assess the pertinence of Salmonella organisms in animal protein feed ingredients. In the study reported here, a random-sampling scheme was established to evaluate the Salmonella population level by three-tube most-probable-number (MPN) analysis and serovar identity over a period of one year. The results provide evidence of the limited relatedness of animal protein meals in the complex cycle of feed contamination and likely subsequent transmission of disease to animals or humans through the feed chain.
机译:沙门氏菌是足智多谋的适应性生物,可感染多种多样的宿主。该属的血清型于1948年首先在家禽中分离出来,因此需要评估沙门氏菌在动物蛋白饲料成分中的相关性。在这里报告的研究中,建立了一个随机抽样方案,以通过三管最有可能发生的数字(MPN)分析和一年来的血清学鉴定来评估沙门氏菌的种群水平。结果提供了在复杂的饲料污染循环中动物蛋白粉相关性有限的证据,并可能随后通过饲料链将疾病传播给动物或人类。

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