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评估定量风险评估工具干预措施,以降低比利时新鲜绞碎猪肉中人患沙门氏菌病的风险。

Assessing interventions by quantitative risk assessment tools to reduce the risk of human salmonellosis from fresh minced pork meat in Belgium.

机构信息

University of Liege, Faculty of Veterinary Medicine, Food Science Department-Microbiology Section, Sart-Tilman, B43bis, 4000 Liege, Belgium.

出版信息

J Food Prot. 2009 Nov;72(11):2252-63. doi: 10.4315/0362-028x-72.11.2252.

DOI:10.4315/0362-028x-72.11.2252
PMID:19903386
Abstract

The risk of human salmonellosis through the consumption of minced pork meat in Belgium was assessed via a modular risk model covering pork meat production from lairage to human consumption. The main goal of the model was to give concrete options to reduce effectively the risk of human salmonellosis through the consumption of minced pork meat. These options (scenarios) were elaborated with reference to the international situation and the literature to give concrete and realistic possibilities for improving the microbiological quality of pork meat and to reduce the number of human salmonellosis cases per year in Belgium. The model estimates 15,376 cases of human salmonellosis per year in Belgium due to the consumption of minced pork meat. The results of the scenarios showed that the risk of human salmonellosis could be significantly reduced by efforts all along the pork meat production chain but also by efforts made by consumers. The responsibility of food business operators for the pork meat production chain is high in relation to the microbiological quality of meat delivery, especially at the slaughterhouse. Consumers also need to be aware of good hygiene practices during preparation of the meat at home. Cross-contamination with raw food can be avoided by changing the habits and the behavior of the household cook. The results of these scenarios would be useful for the food business operators involved in the pork meat chain and for public health authorities.

摘要

通过模块风险模型评估了在比利时食用绞细猪肉导致人类沙门氏菌病的风险,该模型涵盖了从圈养到人类食用的猪肉生产过程。该模型的主要目标是提供具体的选择,以有效降低通过食用绞细猪肉导致人类沙门氏菌病的风险。这些选择(情景)是参考国际情况和文献制定的,为改善猪肉的微生物质量并减少比利时每年因食用绞细猪肉导致的人类沙门氏菌病病例数提供了具体和现实的可能性。该模型估计,由于食用绞细猪肉,每年在比利时有 15376 例人类沙门氏菌病。情景的结果表明,通过在猪肉生产链的各个环节努力,以及通过消费者的努力,可以显著降低人类沙门氏菌病的风险。食品企业经营者对猪肉生产链的微生物质量负有高度责任,尤其是在屠宰场。消费者在准备家里的肉时也需要注意良好的卫生习惯。通过改变家庭厨师的习惯和行为,可以避免生熟食物的交叉污染。这些情景的结果将对参与猪肉链的食品企业经营者和公共卫生当局有用。

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