Willadsen P
CSIRO Division of Tropical Animal Production, Queensland, Australia.
Parassitologia. 1990 Apr;32(1):195-200.
For the first time, successful vaccination against a tick has been carried out using a single defined antigen. Further, it has been shown that it is feasible to produce active antigenic material by recombinant DNA technology. This represents a significant advance towards the development of an alternative means of tick control. Nevertheless, as with any new product and new technology, much developmental work still has to be done before one can be confident that a practical means of tick control will result. From the published information, it does not seem that research on vaccines against other tick species is as advanced as that on Boophilus microplus. The work on B. microplus may, however, provide a short cut to the development of further tick vaccines.
首次使用单一确定抗原成功进行了抗蜱疫苗接种。此外,已证明通过重组DNA技术生产活性抗原物质是可行的。这代表了蜱虫控制替代方法开发方面的重大进展。然而,与任何新产品和新技术一样,在能够确信将产生一种实用的蜱虫控制方法之前,仍有许多开发工作要做。从已发表的信息来看,针对其他蜱虫物种的疫苗研究似乎没有对微小牛蜱的研究那么先进。然而,关于微小牛蜱的研究可能会为进一步开发蜱虫疫苗提供一条捷径。