野生动物狂犬病疫苗接种:成功使用重组技术获得的载体疫苗。

M Mackowiak, J Maki, L Motes-Kreimeyer, T Harbin, K Van Kampen
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引用次数: 46

摘要

重组技术对兽医和人类医学的影响目前只能假设。疫苗和其他生物制品的开发超越了传统产品的能力,证明了这项新技术的好处。Raboral V-RG是一种具有口服有效特性的狂犬病替代疫苗。在欧洲首次作为实验性疫苗应用后的10年内,红狐疫苗发展成为一种有用的工具,并被用于减少美国三种野生动物的狂犬病。在一度被认为无法在大规模运动中接种疫苗的物种中控制狂犬病方面,这种疫苗的使用可被视为具有里程碑意义。
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Vaccination of wildlife against rabies: successful use of a vectored vaccine obtained by recombinant technology.

The impact of recombinant technology in veterinary and human medicine can only be hypothesized at this time. The development of vaccines and other biological products that go beyond the abilities of conventional products demonstrates the benefits of this new technology. Raboral V-RG was developed as an alternative rabies vaccine with the novel attribute of being effective by the oral route. Within 10 years after its first application as an experimental vaccine in European, red foxes it developed into a useful tool and is being used to curtail rabies epizootics in three wildlife species in the United States. The use of this vaccine can be considered as monumental in contributing to the control of rabies in species that were at one time considered to be incapable of vaccination in large-scale campaigns.

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