Andersson S, Kurland C G
Dept. of Molecular Biology, Biomedicum, Uppsala, Sweden.
Biochimie. 1987 Aug;69(8):901-4. doi: 10.1016/0300-9084(87)90218-5.
We have studied the kinetics of erythromycin inhibition of translation in growing bacteria. In order to simplify the interpretation of our data, we have used a mutant (envA), known to have an increased permeability to several antibiotics, including erythromycin. The data clearly show that an initial stage of translation is sensitive to erythromycin, but that the elongating ribosome is insensitive to the antibiotic.
我们研究了红霉素对生长中细菌翻译过程的抑制动力学。为了简化对我们数据的解释,我们使用了一种突变体(envA),已知其对包括红霉素在内的几种抗生素的通透性增加。数据清楚地表明,翻译的初始阶段对红霉素敏感,但正在延伸的核糖体对该抗生素不敏感。