Foley Patricia L, Hill Richard E
USDA, Animal and Plant Health Inspection Service, Veterinary Services, Center for Veterinary Biologics, 510 S. 17th Street, Suite 104, Ames, IA 50010, USA.
Biologicals. 2005 Dec;33(4):253-6. doi: 10.1016/j.biologicals.2005.08.010. Epub 2005 Oct 28.
Marker vaccines and diagnostic tests can prove to be invaluable in disease eradication and control programs, as was found in the pseudorabies (Aujeszky's Disease) virus eradication program in the U.S. During that campaign, numerous gene-deleted vaccines and companion diagnostic test kits were used to differentiate infected animals from vaccinated animals, in a strategy that ultimately led to eradication of the disease in commercial swine herds. The United States Department of Agriculture played a key role in delivery of that success by developing biologics policy, evaluating each product, and ensuring that the conditions of licensure were met. What was most critical in the overall eradication effort, however, was the detailed and dedicated interaction among key players: the biologics regulators, manufacturers, Federal, State, and local regulatory partners, veterinary researchers, industry associations, and animal owners. A good disease control program has to include all of these. The regulatory requirements for licensure of marker vaccines and diagnostic test kits are not different from that for other products. There are several mechanisms for vaccine approval, some more rapid than others, but only a few that could apply to these products. Generally, the platforms that might support marker vaccines and companion diagnostic kits are those based on genetic engineering or protein manipulation. If the product is derived from the application of biotechnology, then additional regulatory considerations are applicable. Most important of these are the considerations found in the National Environmental Policy Act (NEPA), wherein deliberate release of any organism containing recombinant DNA into the environment is subject to review and approval by appropriate federal agencies. Environmental release and NEPA compliance are discussed.
标记疫苗和诊断测试在疾病根除和控制计划中可能具有极高的价值,美国伪狂犬病(奥耶斯基氏病)病毒根除计划便是例证。在该行动中,大量基因缺失疫苗和配套诊断试剂盒被用于区分感染动物和接种疫苗的动物,这一策略最终实现了商业猪群中该疾病的根除。美国农业部在取得这一成功中发挥了关键作用,制定生物制品政策、评估每种产品并确保满足许可条件。然而,在整个根除工作中,最关键的是关键参与者之间细致且专注的互动:生物制品监管机构、制造商、联邦、州和地方监管合作伙伴、兽医研究人员、行业协会以及动物所有者。一个良好的疾病控制计划必须涵盖所有这些方面。标记疫苗和诊断试剂盒许可的监管要求与其他产品并无不同。疫苗批准有多种机制,有些比其他机制更为迅速,但适用于这些产品的机制却为数不多。一般而言,可能支持标记疫苗和配套诊断试剂盒的平台是基于基因工程或蛋白质操作的平台。如果产品源自生物技术应用,那么还需考虑其他监管因素。其中最重要的是《国家环境政策法》(NEPA)中的相关考量,即任何含有重组DNA的生物体有意释放到环境中都需经过适当联邦机构的审查和批准。本文将讨论环境释放及NEPA合规情况。