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[模板蛋白合成受抑制后大鼠肝细胞中核多肽合成的激活。核多肽合成在染色质结构变化中的作用]

[Activation of nuclear polypeptide synthesis in rat liver cells after inhibition of template protein synthesis. The role of nuclear polypeptide synthesis in the changes of the chromatin structure].

作者信息

Gutnikova M N, Shevchenko N A, Boĭkov P Ia, Mitrokhin Iu I, Todorov I N

出版信息

Biokhimiia. 1985 Dec;50(12):1990-6.

PMID:4074783
Abstract

The correlation between the rates of nuclear polypeptide synthesis (NPS) and matrix protein synthesis in rat liver cells was investigated. It was shown that NPS is activated under conditions of protein synthesis inhibition in the cytoplasm. Model experiments revealed that the NPS and ADP ribosylation systems compete for chromatin structure: ADP ribosylation induces condensation, while NPS--decondensation of chromatin.

摘要

研究了大鼠肝细胞中核多肽合成(NPS)速率与基质蛋白合成之间的相关性。结果表明,在细胞质中蛋白质合成受抑制的条件下,NPS被激活。模型实验表明,NPS和ADP核糖基化系统竞争染色质结构:ADP核糖基化诱导染色质凝聚,而NPS诱导染色质解凝聚。

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