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首页> 外文期刊>Crystallography reports >Crystallization of the two-domain N-terminal fragment of the archaeal ribosomal protein L10(P0) in complex with a specific fragment of 23S rRNA
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Crystallization of the two-domain N-terminal fragment of the archaeal ribosomal protein L10(P0) in complex with a specific fragment of 23S rRNA

机译:与23S rRNA的特定片段复杂的古细菌核糖体蛋白L10(P0)的两个域的N端片段的结晶。

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摘要

Lateral L12-stalk (P1-stalk in Archaea, P1/P2-stalk in eukaryotes) is an obligatory morphological element of large ribosomal subunits in all organisms studied. This stalk is composed of the complex of ribosomal proteins L10(P0) and L12(P1) and interacts with 23S rRNA through the protein L10(P0). L12(P1)-stalk is involved in the formation of GTPase center of the ribosome and plays an important role in the ribosome interaction with translation factors. High mobility of this stalk puts obstacles in determination of its structure within the intact ribosome. Crystals of a two-domain N-terminal fragment of ribosomal protein L10(P0) from the archaeon Methanococcus jannaschii in complex with a specific fragment of rRNA from the same organism have been obtained. The crystals diffract X-rays at 3.2 ? resolution.
机译:横向L12茎(古细菌中的P1茎,真核生物中的P1 / P2茎)是所有研究生物中大核糖体亚基的必不可少的形态学元素。该茎由核糖体蛋白L10(P0)和L12(P1)的复合物组成,并通过蛋白L10(P0)与23S rRNA相互作用。 L12(P1)茎参与核糖体的GTPase中心的形成,并在核糖体与翻译因子的相互作用中起重要作用。该茎的高迁移率给完整核糖体内部结构的确定带来了障碍。已经获得了来自古生甲烷球菌的核糖体蛋白L10(P0)的两个结构域N端片段的晶体,该晶体与来自同一生物的rRNA的特定片段复合。晶体在3.2?处衍射X射线。解析度。

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