[Polypeptide synthesis dependent on kinetoplast DNA from Crithidia oncopelti in a cell-free system of E. coli].

The ability of a complex associate made up of maxi- and mini-circular molecules of kinetoplast DNA from C oncopelti to perform polypeptide synthesis in a cell-free system of conjugate transcription and translation of E. coli was demonstrated. The coding function of maxi-circular molecules and genetic inertness of mini-circular molecules of kinetoplast DNA during polypeptide synthesis in vitro was found. Total RNA from the kinetoplasts was shown to undergo translation in cell-free protein-synthesizing system of E. coli to form 9-10 polypeptides. The molecular weights of many polypeptides, whose synthesis in this system is performed by DNA and RNA from Kinetoplasts were found to be similar.