Financsek I, Kétyi I
Acta Microbiol Acad Sci Hung. 1976;23(4):317-24.
Phage PE5, responsible for the conversion of type V antigen in Shigella flexneri, has the ability to produce generalized transduction. The correlation between phage multiplicity and the number of transductants, the specific inhibitory activity of anti-PE5 serum, and the lack of transduction in PE5 resistant recipients, indicate the role of phage PE5 in generalized transduction. Transduction of the R100-1 factor resulted in a non-transmissible tetracycline resistance segragation. The characteristics of the tetracycline resistance determinant suggest the possibility of integration.
负责弗氏志贺菌V型抗原转化的噬菌体PE5具有产生普遍性转导的能力。噬菌体 multiplicity 与转导子数量之间的相关性、抗PE5血清的特异性抑制活性以及PE5抗性受体中缺乏转导,表明噬菌体PE5在普遍性转导中的作用。R100 - 1因子的转导导致了不可传递的四环素抗性分离。四环素抗性决定簇的特征表明了整合的可能性。