Bakulina N A, Efimova O G, Samsonova V S, Bevz N I
Antibiotiki. 1982 Nov;27(11):844-50.
Experimental modeling of the process of variation of the pertussis causative agent grown on the casein-carbon agar medium with subtoxic doses of the widely used antibiotics was performed. Significant changes in the morphological, cultural and serological properties of the pertussis microbe, in its sensitivity to the antibiotics and bacteriocins, in the activity of glutamine synthetase and in the electrophoretic mobility of the protein components were shown. The antigen structure determined with the method of immune electrophoresis in the agar gel and the biochemical properties were the stable characteristics defining the population taxonomic position as Bordetella pertussis. Possible occurrence of atypical strains of the pertussis causative agent in the patients with the cough syndrome treated with the antibiotics is indicated. It is suggested that antibiotics may play a significant role in redistribution of subpopulations with different functional properties in the population of the pertussis microbe.
对在酪蛋白-碳琼脂培养基上培养的百日咳病原体,用亚毒性剂量的广泛使用的抗生素进行变异过程的实验建模。结果显示,百日咳微生物的形态、培养和血清学特性、其对抗生素和细菌素的敏感性、谷氨酰胺合成酶的活性以及蛋白质成分的电泳迁移率都发生了显著变化。用琼脂凝胶免疫电泳法测定的抗原结构和生化特性是确定作为百日咳博德特氏菌种群分类地位的稳定特征。指出在用抗生素治疗咳嗽综合征患者时,可能出现百日咳病原体的非典型菌株。建议抗生素可能在百日咳微生物种群中不同功能特性亚群的重新分布中起重要作用。