Khorobrykh V V, Sanin A V, Barteneva N S, Snegireva A E
Biull Eksp Biol Med. 1983 Aug;96(8):94-7.
Inoculation into mice of killed B. pertussis vaccine (10(10) microbial cells) one day before their sublethal irradiation (6.0 Gy) was accompanied by accelerated regeneration of erythropoiesis in the bone marrow, particularly in the spleen as was judged by the 59Fe incorporation. B. pertussis also induced an increase in endocolonization when inoculated 4-5 days after irradiation. The latter suggests a possible effect of vaccine on the hematopoietic cells, less differentiated than erythropoietin-sensitive cells (ESC), inasmuch the sensitivity of the ESC to erythropoietin commonly appeared at the later stages. When B. pertussis was inoculated into BALB/c mice one day before their infection by Rauscher's leukemia virus noticeable activation of leukemogenicity was observed. It is believed that the reason for this is the stimulation of erythroid target cells for the virus after B. pertussis vaccination. The data obtained indicate that B. pertussis vaccine activates erythropoiesis in both normal and irradiated mice.
在小鼠接受亚致死剂量辐射(6.0 Gy)前一天,给其接种灭活的百日咳杆菌疫苗(10¹⁰个微生物细胞),骨髓中红细胞生成加速,尤其是脾脏中的红细胞生成加速,这是通过⁵⁹Fe掺入来判断的。在辐射后4 - 5天接种百日咳杆菌时,其在肠道内的定植也会增加。后者表明疫苗可能对造血细胞有影响,这些造血细胞比促红细胞生成素敏感细胞(ESC)分化程度低,因为ESC对促红细胞生成素的敏感性通常出现在后期阶段。当在BALB/c小鼠感染劳舍尔白血病病毒前一天接种百日咳杆菌时,可观察到白血病生成明显激活。据信,其原因是百日咳杆菌疫苗接种后刺激了该病毒的红系靶细胞。所获得的数据表明,百日咳杆菌疫苗可激活正常小鼠和受辐射小鼠的红细胞生成。