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海德氏果蝇实验诱导后2-48BC区膨突中的RNA合成。

RNA synthesis in puff 2-48BC after experimental induction in Drosophila hydei.

作者信息

Bisseling T, Berendes H D, Lubsen N H

出版信息

Cell. 1976 Jun;8(2):299-304. doi: 10.1016/0092-8674(76)90013-1.

Abstract

Puffs induced by treatment with vitamin B6 at locus 2-48BC in salivary gland cells of Drosophila hydei were isolated by micromanipulation, and the puff RNA was analyzed electrophoretically. The main RNA species migrated with a mobility of 40S. A similar RNA species was found in this puff after its induction by temperature treatment, except that in this case material with a higher mobility was also found, presumably due to the presence of growing chains. No evidence was found for polyadenylation of the RNA contained within the puff. The RNA profile of nucleoplasm of cells from glands either treated with vitamin B6 or subjected to a temperature shock also displayed a prominent peak with a mobility of 40S which was absent in extracts of nucleoplasm from control glands.

摘要

通过显微操作分离了海德氏果蝇唾液腺细胞中在基因座2 - 48BC处用维生素B6处理诱导产生的胀泡,并对胀泡RNA进行了电泳分析。主要的RNA种类迁移率为40S。在温度处理诱导该胀泡产生后,也发现了类似的RNA种类,只是在这种情况下还发现了迁移率更高的物质,推测是由于存在正在生长的链。未发现胀泡内所含RNA进行多聚腺苷酸化的证据。用维生素B6处理或经温度休克处理的腺体细胞的核质RNA谱也显示出一个迁移率为40S的突出峰,而对照腺体核质提取物中没有这个峰。

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