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动物源干扰素信使核糖核酸的细菌细胞翻译

Translation by bacterial cells of messenger RNA for interferon of animal origin.

作者信息

Orlova T G, Kognovitskaya A I, Georgadze I I, Soloviev V D

出版信息

Acta Virol. 1977 Sep;21(5):353-8.

PMID:22228
Abstract

Escherichia coli, strain AB 1157, cells are capable of translating human, mouse, and chicken messenter RNA for interferon with production of interferon of the corresponding specifity. This translation occurs in the presence of serum. The activity of the resulting interferon decreased in parallel to dilution of the original mRNA preparation, upon multiple ulitization of the mRNA solution, as well as upon reduction of the interferon- producing activity of cells-donors of mRNA due to prolonged storage of the cells. Unlike animal cells, the bacteria do not require pre-treatment with actinomycin D. The interferon translated by bacteria is inactivated by trypsin and resistant to ribonuclease.

摘要

大肠杆菌AB 1157菌株的细胞能够翻译人、小鼠和鸡的干扰素信使RNA,并产生相应特异性的干扰素。这种翻译在血清存在的情况下发生。所得干扰素的活性随着原始mRNA制剂的稀释、mRNA溶液的多次使用以及由于细胞长期储存导致作为mRNA供体的细胞产生干扰素活性的降低而平行下降。与动物细胞不同,细菌不需要用放线菌素D进行预处理。细菌翻译的干扰素可被胰蛋白酶灭活,但对核糖核酸酶有抗性。

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