Teifel-Greding J
Mol Gen Genet. 1984;197(1):169-74. doi: 10.1007/BF00327938.
The temperate bacteriophage Mu transduces the 4363 bp multi-copy plasmid pBR322 at frequencies similar to those of chromosomal markers. Plasmid transducing particles contain DNA molecules of Mu DNA length. Plasmid DNA is transduced as a head-to-tail oligomer that becomes circularized in the recipient cell. The rec system of the donor strain participates in oligomer formation and the rec system of the recipient strain is required for oligomer circularization. Possible mechanisms that may explain the origin of plasmid transducing particles are discussed.
温和噬菌体Mu以与染色体标记相似的频率转导4363 bp的多拷贝质粒pBR322。质粒转导颗粒含有Mu DNA长度的DNA分子。质粒DNA作为头尾相连的寡聚体被转导,并在受体细胞中环化。供体菌株的rec系统参与寡聚体的形成,而受体菌株的rec系统是寡聚体环化所必需的。文中讨论了可能解释质粒转导颗粒起源的机制。