Fil'chakov I V, Zhalko-Titarenko V P, Zaritskiĭ A M, Chernikova M Iu
Kyiv Scientific-Research Institute of Epidemiology and Infectious Diseases, Ministry of Public Health of Ukraine.
Mikrobiol Z. 1999 Jul-Aug;61(4):59-63.
Using the bacteriological methods the level of the genus Salmonella representative histadhesion to intestinal mucosa was evaluated. Balb/c mice and Salmonella typhimurium 415 strain were used for investigation. Native homologous I type interferon was injected to experimental animals 24 before the experiment in a dose of 1000 U/mice. "False" interferon was administered to the control group animals. It was established that the level of Salmonella histadhesion in mice of the experimental group was an order less than in control. Study of the parameters of the process of Salmonella interaction with intestinal mucosa showed that the challenge dose of Salmonella typhimurium 24 after interferon injection must be 7 times higher for the control mice than for experimental ones. Thus, the barrier function of intestinal mucosa after administration of the native I type interferon in vivo increased 7 times.
采用细菌学方法评估了沙门氏菌属代表性菌株对肠黏膜的组织黏附水平。使用Balb/c小鼠和鼠伤寒沙门氏菌415菌株进行研究。在实验前24小时,以1000 U/小鼠的剂量向实验动物注射天然同源I型干扰素。向对照组动物注射“假”干扰素。结果表明,实验组小鼠的沙门氏菌组织黏附水平比对照组低一个数量级。对沙门氏菌与肠黏膜相互作用过程参数的研究表明,注射干扰素24小时后,对照小鼠的鼠伤寒沙门氏菌攻击剂量必须比实验小鼠高7倍。因此,体内注射天然I型干扰素后肠黏膜的屏障功能提高了7倍。