Hedeen Nicole, Smith Kirk
Environmental Health Division, Prevention and Control Division, Minnesota Department of Health, St. Paul, Minnesota, USA.
Infectious Disease Epidemiology, Prevention and Control Division, Minnesota Department of Health, St. Paul, Minnesota, USA.
Foodborne Pathog Dis. 2020 Dec;17(12):758-763. doi: 10.1089/fpd.2020.2801. Epub 2020 Jun 30.
Improper cooling of hot foods is a leading contributing factor to foodborne disease. Although the U.S. Food and Drug Administration (FDA) Food Code outlines the cooling parameters and methods to facilitate proper cooling, restaurants continue to have issues. The purpose of this study was to further examine restaurant cooling practices and determine the effect of an educational intervention on 30 Minnesota restaurants, each with a history of cooling violations. Descriptive data on restaurant cooling practices and a cooling curve were collected from each restaurant to determine compliance with the Food Code and to assess which cooling methods work best. Additionally, cooling education was provided to a manager and assessments were conducted preintervention, postintervention, and at the next routine inspection to determine if cooling knowledge improved. Restaurants were evaluated at their next routine inspection to see if cooling practices had changed and if cooling violations were present. Most study restaurants were not using appropriate cooling methods as per the Minnesota Food Code, and 53% of food items observed did not cool within required cooling parameters. Foods cooled in containers <3 inches in depth were significantly more likely to cool properly. Managers scored significantly higher on the postassessment and on the next routine inspection assessment than on the preassessment, suggesting that education on cooling can increase operator knowledge. Postintervention, 20% more kitchen managers reported having written cooling procedures and had verified their cooling process than was reported preintervention. However, the increase in knowledge and reported policy changes did not translate to a reduction in cooling violations at the next inspection. Our findings documented significant food safety gaps in restaurant cooling practices. Translation of knowledge into sustained, improved food safety practices remains a major challenge for the environmental health profession; overcoming this challenge should be a focus for behavioral scientists and others interested in improving practices in restaurants for the long term.
热食冷却不当是食源性疾病的一个主要促成因素。尽管美国食品药品监督管理局(FDA)的《食品法典》概述了促进正确冷却的参数和方法,但餐馆仍然存在问题。本研究的目的是进一步检查餐馆的冷却做法,并确定一项教育干预措施对明尼苏达州30家餐馆的影响,这些餐馆每家都有冷却违规的历史。从每家餐馆收集有关餐馆冷却做法和冷却曲线的描述性数据,以确定是否符合《食品法典》,并评估哪种冷却方法效果最佳。此外,还向一名经理提供了冷却方面的教育,并在干预前、干预后以及下次例行检查时进行评估,以确定冷却知识是否有所提高。在下次例行检查时对餐馆进行评估,以查看冷却做法是否有变化以及是否存在冷却违规行为。大多数参与研究的餐馆没有按照明尼苏达州《食品法典》使用适当的冷却方法,观察到的食品中有53%没有在规定的冷却参数内冷却。在深度小于3英寸的容器中冷却的食品更有可能正确冷却。经理们在干预后的评估以及下次例行检查评估中的得分明显高于干预前的评估,这表明关于冷却的教育可以增加操作人员的知识。干预后,报告制定了书面冷却程序并已核实其冷却过程的厨房经理比干预前多20%。然而,知识的增加和报告的政策变化并没有转化为下次检查时冷却违规行为的减少。我们的研究结果记录了餐馆冷却做法中存在的重大食品安全差距。将知识转化为持续改进的食品安全做法仍然是环境卫生专业面临的一项重大挑战;克服这一挑战应该成为行为科学家和其他有兴趣长期改善餐馆做法的人的重点。