Foodborne disease surveillance needs in Australia: Harmonisation of molecular laboratory testing and sharing data from human, animal, and food sources

Martyn Kirk

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Foodborne disease surveillance needs in Australia: Harmonisation of molecular laboratory testing and sharing data from human, animal, and food sources

机译：澳大利亚的食源性疾病监测需求：协调分子实验室测试并共享人类，动物和食物来源的数据

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Foodborne diseases cause significant morbidity andmortality in Australia and throughout the world. Outbreaksof foodborne disease often require investigators tocollaborate across jurisdictional boundaries—even attimes internationally. Notified cases of foodborne diseaseare only a small proportion of the total burden of foodbornedisease affecting the community. Many pathogens thatcontaminate food are zoonotic in origin (that is, aretransmitted to humans from lower vertebrates), althoughthe pathway from animal to human via foods is complexand difficult to understand. This article describes howour ability to understand and control foodborne diseasesin Australia can be enhanced through improving oursurveillance datasets by harmonising methods foradvanced microbiological testing of foodborne organisms,and sharing data obtained from human, food, and animalsources.

机译：食源性疾病在澳大利亚乃至全世界引起重大的发病率和死亡率。食源性疾病的爆发通常需要调查人员跨越管辖范围进行合作，甚至在国际上也是如此。通报的食源性疾病病例仅占影响社区的食源性疾病总负担的一小部分。许多污染食物的病原体是人畜共患的（即从低等脊椎动物传播给人类），尽管通过食物从动物到人类的途径很复杂，也很难理解。本文介绍了如何通过协调先进的食源性微生物微生物检测方法以及共享从人，食物和动物来源获得的数据来改善我们的监测数据集，可以增强澳大利亚对食源性疾病的理解和控制能力。

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《Public Health Research & Practice》 |2004年第1期|共5页
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Martyn Kirk;
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1. Integrating the surveillance of animal health, foodborne pathogens and foodborne diseases in developing and in-transition countries. (Special Issue: Coordinating surveillance policies in animal health and food safety 'from farm to fork'.) [J] . Balogh K. de, Halliday J., Lubroth J. Revue Scientifique et Technique . 2013,第2期

机译：对发展中国家和转型国家的动物健康，食源性病原体和食源性疾病进行监测。（特刊：“从农场到餐桌”协调动物健康和食品安全的监督政策。）
2. Attributing Human Foodborne Diseases to Food Sources and Water in Japan Using Analysis of Outbreak Surveillance Data [J] . YUKO KUMAGAI, SARA MONTEIRO PIRES, KUNIHIRO KUBOTA, Journal of food protection . 2020,第12期

机译：使用爆发监控数据分析将人类食源性疾病归因于日本的食物来源和水中
3. Development of improved analytical methods for use in animal health and in foodborne disease surveillance for source attribution. (Special Issue: Coordinating surveillance policies in animal health and food safety 'from farm to fork'.) [J] . Widen F., Leijon M., Engvall E. O., Revue Scientifique et Technique . 2013,第2期

机译：开发用于动物健康和食源性疾病监测的改进分析方法，以查明来源。（特刊：“从农场到餐桌”协调动物健康和食品安全的监督政策。）
4. Association between Private Drinking Water Wells and the Incidence of Campylobacteriosis in Maryland: An Ecological Analysis Using Data from the Foodborne Diseases Active Surveillance Network (FoodNet) [C] . Rianna T. Murray, Sacoby M. Wilson, Raul Cruz-Cano, Joint annual meeting of the International Society of Exposure Science and the International Society for Environmental Epidemiology . 2018

机译：马里兰州私人饮用水井与弯曲杆菌病发病率之间的关联：使用食源性疾病主动监测网络（FoodNet）的数据进行的生态分析
5. Evaluation and Continuous Improvement of Foodborne Disease Surveillance. [D] . Henke, Evan Elliot. 2012

机译：食源性疾病监测的评估和持续改进。
6. Clinical Microbiology Laboratories Adoption of Culture-Independent Diagnostic Tests Is a Threat to Foodborne-Disease Surveillance in the United States [O] . Shari Shea, Kristy A. Kubota, Hugh Maguire, 2017

机译：在美国临床微生物学实验室采用与培养无关的诊断测试是对食源性疾病监测的威胁
7. Foodmicro database report: a harmonised system for approval and monitoring of private laboratories testing for foodborne pathogens [O] . Safefood 2006

机译：Foodmicro数据库报告：一个统一的系统，用于批准和监视私人实验室对食源性病原体检测的测试

Foodborne disease surveillance needs in Australia: Harmonisation of molecular laboratory testing and sharing data from human, animal, and food sources

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