Mikhaĭlova G R, Nabokova A V
Tsitologiia. 1976 Feb;18(2):208-12.
Cytogenetic studies of bone marrow cells of mice after inoculated differently with viral vaccines (fixed rabies virus, antirabic vaccine with the remainder virulence and fully inactivated with ultraviolet light antirabic vaccine) showed that all the vaccines, except the fully inactivated one, caused temporary damages of chromosomes interfering with the process of the first mitotic divisions after the beginning of immunization. The live fixed rabies virus caused a secondary, more significant increase in the frequency of chromosome aberrations at later periods of investigation (30-60 days after starting the experiments). The fluorescent antibody technique detected the specific fixed rabies virus antigen in the bone marrow cells of immunized animals within 3-90 days.
对分别接种不同病毒疫苗(固定狂犬病病毒、有残余毒力的抗狂犬病疫苗以及经紫外线完全灭活的抗狂犬病疫苗)的小鼠骨髓细胞进行细胞遗传学研究,结果显示,除完全灭活的疫苗外,所有疫苗均会导致染色体暂时受损,干扰免疫开始后的首次有丝分裂过程。在研究后期(实验开始后30 - 60天),活的固定狂犬病病毒会导致染色体畸变频率二次且更显著增加。荧光抗体技术在免疫动物的骨髓细胞中于3 - 90天内检测到了特异性固定狂犬病病毒抗原。