Mishaeva N P
Zh Mikrobiol Epidemiol Immunobiol. 1990 Aug(8):93-8.
The active and passive immunization of laboratory animals against Ixodes antigens has been experimentally shown to lead to the development of their resistance to homologous Arthropoda species and a change in the intensity of the circulation of tick-borne encephalitis virus between carriers and their hosts. The immunization of vertebrates with Ixodes antigens may supposedly lead to a decrease in the number of bloodsucking arthropods-carriers of the causative agents of infectious diseases-and protect animals from infections whose causative agents are transmitted by Ixodes ticks.
实验表明,对实验动物进行抗硬蜱抗原的主动和被动免疫,可使其对同源节肢动物物种产生抗性,并改变蜱传脑炎病毒在传播媒介及其宿主之间的循环强度。用硬蜱抗原对脊椎动物进行免疫,可能会减少作为传染病病原体传播媒介的吸血节肢动物的数量,并保护动物免受由硬蜱传播病原体的感染。