Whitney Brooke M, Palacios Alexandra, Warren Benjamin, Kautter Donald, Grant E Ashley, Crosby Alvin, Seelman Sharon, Walerstein Lindsay, Mangia Julia, Pightling Arthur, Hunter Allison, Harris-Garner Kerri, Wagoner Victoria, Jackson Timothy, Gollarza Lauren, Leeper Molly, Gieraltowski Laura, Viazis Stelios
Center for Food Safety and Applied Nutrition, U.S. Food and Drug Administration, College Park, Maryland, USA.
Division of Foodborne, Waterborne, and Environmental Diseases, U.S. Centers for Disease Control and Prevention, Atlanta, Georgia, USA.
Foodborne Pathog Dis. 2024 Dec 2. doi: 10.1089/fpd.2024.0089.
In 2022, the U.S. Food and Drug Administration (FDA), the Centers for Disease Control and Prevention (CDC), and state partners conducted a sample-initiated investigation of a multistate outbreak of Senftenberg illnesses linked to peanut butter. Twenty-one illnesses and four hospitalizations were reported in 17 states, with a significant epidemiological signal for peanut butter from Firm A. Whole genome sequence (WGS) data from a -positive environmental swab sample collected at Firm A in 2010 yielded the outbreak strain that was a match to the WGS data from the 2022 clinical isolates. Lot code information collected from patients indicated Firm A's facility in Kentucky as a common manufacturing source, and FDA and state partners initiated an inspection. In 2021, Firm A installed two new roasters with at least one of the cooling air supply vents leaking, allowing unfiltered air and rainwater to enter the cooling section after the roasting process. Investigators noted the limitations of Firm A's finished product testing program to identify contamination. Investigative partners from five states collected and analyzed 14 product samples, and FDA collected 205 environmental swabs, and all were negative. Although the exact source and route of the contamination were not determined, epidemiological and traceback evidence confirmed peanut butter consumed by patients was produced by Firm A. Firm A voluntarily recalled all implicated products and provided a plan for corrective actions and restart to FDA. This was the first major domestic investigation of a multistate-foodborne illness outbreak linked to peanut butter since 2012. This investigation demonstrates the importance of caution with reliance on finished product testing, taking appropriate corrective actions when detection occurs, and potential benefits for industry to incorporate WGS as a tool in their environmental monitoring program.
2022年,美国食品药品监督管理局(FDA)、疾病控制与预防中心(CDC)以及各州合作伙伴对一起与花生酱相关的森夫滕贝格病多州爆发事件展开了抽样调查。17个州报告了21起病例和4例住院情况,来自公司A的花生酱有显著的流行病学信号。2010年在公司A采集的一份阳性环境拭子样本的全基因组序列(WGS)数据产生了与2022年临床分离株WGS数据相匹配的爆发菌株。从患者那里收集到的批次代码信息表明,公司A在肯塔基州的工厂是一个共同的生产源头,FDA和各州合作伙伴展开了检查。2021年,公司A安装了两台新的烘烤机,其中至少有一个冷却空气供应通风口泄漏,使得未经过滤的空气和雨水在烘焙过程后进入冷却区域。调查人员指出了公司A成品检测程序在识别污染方面的局限性。来自五个州的调查合作伙伴收集并分析了14个产品样本,FDA收集了205个环境拭子,结果均为阴性。尽管污染的确切来源和途径尚未确定,但流行病学和溯源证据证实患者食用的花生酱是由公司A生产的。公司A自愿召回了所有涉案产品,并向FDA提供了纠正措施和重新启动的计划。这是自2012年以来国内首次对一起与花生酱相关的多州食源性疾病爆发进行的重大调查。此次调查表明了谨慎依赖成品检测、检测到问题时采取适当纠正措施的重要性,以及行业将WGS作为环境监测计划工具的潜在益处。