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APPLICATION OF HAZARD ANALYSIS CRITICAL CONTROL POINT SYSTEM : ANALYSIS OF A FOOD POISONING OUTBREAK

机译:危险分析关键控制点系统的应用-食品中毒暴发原因分析。

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摘要

The World Health Organization as well as several experts have recently recommended the use of hazard analysis critical control point system for prevention of food-borne illnesses. The present study proceeded to identify the hazardous operations and their critical control points by investigating, through a case-control design, an outbreak of food poisoning. The predominant presenting symptoms were watery diarrhoea and abdominal cramps. The cumulative incidence during this episode was 28.6 per cent, with a median incubation of 13 hours. Evaluation of food histories indicated a very high and significant odds ratio for mutton dish (OR = 6.45; p < 0.001), which persisted even after adjusting for the consumption of other food items through stratified analysis using the Mantel-Haenszel procedure. Environmental assessment revealed a strong possibility of contamination of raw mutton at the source with animal excreta and prolonged storage at room temperature of cooked mutton dish. Based on these findings, hazardous operations were identified and critical control points and monitoring criteria for prevention of food poisoning have been suggested.
机译:世界卫生组织以及几位专家最近建议使用危害分析关键控制点系统预防食源性疾病。本研究通过案例控制设计调查食物中毒的暴发,从而确定了危险操作及其关键控制点。主要表现为水样腹泻和腹部绞痛。在此期间的累积发生率为28.6%,平均孵化时间为13小时。对食品历史的评估表明,羊肉菜肴的比值比非常高且显着(OR = 6.45; p <0.001),即使通过使用Mantel-Haenszel程序进行分层分析调整了其他食品的消费量之后,这种比值仍然持续存在。环境评估表明,源头上的生羊肉极有可能被动物排泄物污染,并且长时间保存在熟羊肉盘中。根据这些发现,确定了危险操作,并提出了预防食物中毒的关键控制点和监测标准。

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