Radunz Brian
Department of Business, Industry and Resource Development, P.O. Box 3000, Darwin, NT 0801, Australia.
Vet Microbiol. 2006 Feb 25;112(2-4):283-90. doi: 10.1016/j.vetmic.2005.11.017.
The paper reviews the eradication of bovine tuberculosis from Australia with special reference to surveillance and managing the risk of animals exposed to tuberculosis infected animals during the latter stages of eradication. The successful eradication was based on a sound technical program with strong industry and government support. The model of joint industry and government funding and decision-making first used during the brucellosis and tuberculosis eradication campaign (BTEC) has been successfully incorporated within subsequent livestock disease control programs in Australia. An overview of the history of tuberculosis eradication in Australia provides a background to the surveillance approach. Australia was fortunate that there were no wildlife reservoir hosts. Feral animal reservoir hosts were removed during the eradication program. Surveillance to detect rare diseases is recognised to be statistically challenging with high resource requirements. Australian veterinary authorities have a high level of confidence that the combination of increasing sensitivity of abattoir surveillance systems by the submission of all granulomas detected at slaughter with increasing risk management of animals exposed to tuberculosis infected animals during the final stages of eradication provides a high level of assurance that Mycobacterium bovis has been eradicated.
本文回顾了澳大利亚牛结核病的根除情况,特别提及了在根除后期对接触过结核病感染动物的动物进行监测和风险管控。成功根除牛结核病基于一项完善的技术方案,并得到了行业和政府的大力支持。在布鲁氏菌病和结核病根除运动(BTEC)期间首次采用的行业与政府联合资助及决策模式,已成功纳入澳大利亚随后的牲畜疾病控制计划。澳大利亚结核病根除历史概述为监测方法提供了背景。澳大利亚很幸运,没有野生动物储存宿主。在根除计划中清除了野生动物储存宿主。人们认识到,检测罕见疾病的监测在统计上具有挑战性,且资源需求很高。澳大利亚兽医当局高度确信,通过提交屠宰时检测到的所有肉芽肿来提高屠宰场监测系统的灵敏度,以及在根除的最后阶段加强对接触过结核病感染动物的动物的风险管理,这两者相结合,能高度确保牛分枝杆菌已被根除。