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美洲动物健康、食品病原体及食源性疾病监测的整合

Integration of animal health, food pathogen and foodborne disease surveillance in the Americas.

作者信息

Hulebak K, Rodricks J, Smith DeWaal C

机构信息

Resolution Strategy, LLC, 6822 Poindexter Road, Louisa, VA 23093, USA.

ENVIRON International Corporation, 4300 North Fairfax Drive, Suite 300, Arlington, VA 22203, USA.

出版信息

Rev Sci Tech. 2013 Aug;32(2):529-38. doi: 10.20506/rst.32.2.2242.

Abstract

This paper describes the characteristics of surveillance and the attempts made in the Americas to institute truly integrated surveillance systems that bring together disease surveillance of medically treated clinical populations with disease surveillance for food-production animals. Characteristics of an ideal, integrated food safety system are described. Systematic surveillance programmes in the Americas vary widely in scope and reliability, and none is fully integrated. Estimates of foodborne disease rates, particularly in North America, are becoming increasingly accurate, and programmes such as those promoted by the Pan American Health Organization are gradually leading to improvements in estimates of the foodborne disease burden in Latin America. Linking foodborne diseases to their sources is necessary for reducing disease incidence, and the World Health Organization's Global Foodborne Infections Network is building global capacity in this area. Activities in these areas in the Americas are described in detail. There is now clear recognition that there are dynamic links between infectious diseases occurring in wildlife and livestock and those occurring in humans, and this has led to calls from organisations such as the US National Academy of Sciences and the American Veterinary Medical Association to integrate surveillance programmes for zoonotic and human diseases. Models for the development of such integrated programmes, at local, national and international levels, are described. To be effective, such models must incorporate programmes to capture information from numerous, discrete surveillance systems in a way that allows rapid analysis to identify zoonotic and human disease connections. No effective integration now exists, but there are signals that governments in the Americas are working together towards this goal.

摘要

本文描述了监测的特点以及美洲地区为建立真正一体化监测系统所做的努力,该系统将接受医学治疗的临床人群的疾病监测与食品生产动物的疾病监测结合在一起。文中还描述了理想的一体化食品安全系统的特点。美洲地区的系统性监测计划在范围和可靠性方面差异很大,而且没有一个是完全一体化的。食源性疾病发病率的估计,尤其是在北美,正变得越来越准确,泛美卫生组织推动的此类计划正逐渐改善拉丁美洲食源性疾病负担的估计。将食源性疾病与其源头联系起来对于降低疾病发病率至关重要,世界卫生组织的全球食源性感染网络正在建设该领域的全球能力。本文详细描述了美洲地区在这些领域的活动。现在人们清楚地认识到,野生动物和家畜中发生的传染病与人类中发生的传染病之间存在动态联系,这导致美国国家科学院和美国兽医协会等组织呼吁整合人畜共患病和人类疾病的监测计划。文中描述了在地方、国家和国际层面制定此类一体化计划的模式。要想有效,此类模式必须纳入相关计划,以便从众多分散的监测系统中获取信息,并能进行快速分析以确定人畜共患病与人类疾病之间的联系。目前还不存在有效的整合,但有迹象表明美洲各国政府正在共同朝着这一目标努力。

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