...
首页> 外文期刊>Veterinary Record Open >Research: Salmonella contamination in a network of 10 pig farms interconnected within the same cooperative
【24h】

Research: Salmonella contamination in a network of 10 pig farms interconnected within the same cooperative

机译:研究:同一合作社内部互连的10个养猪场网络中的沙门氏菌污染

获取原文

摘要

Objective To evaluate whether pig farms interconnected within the same cooperative share similar Salmonella contamination patterns.Setting Ten finishing pig farms within a 100?km radius of a common slaughterhouse were selected. Their inclusion was based on their association to the same cooperative and the sharing of common resources: piglets, feed, swine transporters, slaughterhouse, technicians and veterinarians.Procedure Each farm was visited three times over a 10-month period. Pig faeces, the barn front door handle, the feed pipeline, mobile objects (shovel, balance and pig board), the landing stage, the concrete slab of the feed bins, the tire tracks left on the pathways by the animal feed truck, the pig delivery truck and the carcase knacker truck and the mudguards and cabin carpets of the veterinarian and technician vehicles on their arrival at the farm were all analysed for the presence of Salmonella.Results All farms were not equally contaminated with Salmonella. Whereas some farms yielded up to 12 Salmonella isolates, other farms were Salmonella free. Some locations, most notably the landing stage, were more contaminated than others. Salmonella contamination was dynamic in time. Some contaminations seen on farms, on specific locations on the first visit, had disappeared on the second and third visits, but new contaminations were detected on different locations.Conclusions Contamination with Salmonella was not disseminated through the network of the 10 pig farms interconnected within the same cooperative but was rather most often restricted in time to specific locations on specific farms.
机译:目的评估同一合作社内相互连接的养猪场是否具有相似的沙门氏菌污染模式。选择在公共屠宰场100公里范围内设置10个肥育猪场。他们的加入是基于他们与同一个合作社的联系以及共同资源的共享:仔猪,饲料,猪的运输者,屠宰场,技术人员和兽医。程序在10个月的时间内对每个农场进行了3次访问。猪粪,猪舍前门把手,饲料管道,可移动物体(铲子,天平和猪板),着陆阶段,饲料箱的混凝土板,动物饲料卡车留在道路上的轮胎痕迹,分析了猪运货车,屠夫卡车,运到农场的兽医和技术人员车辆的挡泥板和驾驶室地毯上是否存在沙门氏菌。结果所有农场均未受到沙门氏菌的同等污染。尽管有些养殖场最多可分离出12种沙门氏菌,但其他养殖场却不含沙门氏菌。一些地点,最着名的是着陆阶段,比其他地方受到的污染更大。沙门氏菌污染随时间变化。第一次访问的特定地点在农场上看到的一些污染在第二次和第三次访问中已消失,但在不同的位置发现了新的污染。结论沙门氏菌的污染并未通过在该区域内互连的10个养猪场的网络进行传播。相同的合作社,但通常在时间上仅限于特定农场的特定位置。

著录项

相似文献

  • 外文文献
  • 中文文献
  • 专利
获取原文

客服邮箱:kefu@zhangqiaokeyan.com

京公网安备:11010802029741号 ICP备案号:京ICP备15016152号-6 六维联合信息科技 (北京) 有限公司©版权所有
  • 客服微信

  • 服务号