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在注射了红藻氨酸的纹状体中的蛋白质和RNA合成。

Protein and RNA synthesis in kainic acid-injected striata.

作者信息

Jakubovic A, Lin D, McGeer E G

出版信息

Brain Res. 1979 Mar 16;163(2):289-94. doi: 10.1016/0006-8993(79)90356-1.

Abstract

Injections of kainic acid into rat neostriata destroy neuronal soma in the injected area. Kainic acid-injected neostriata show a significant increase (as compared with control) in the incorporation in vitro of label from radioactive leucine into the TCA-insoluble protein fraction at all time periods studied (from 1 to 80 days after the kainic acid injection), with the greatest stimulation ((6-7-fold) occurring between the third and eighth day. At 1-5 days there was also increased incorporation in vitro of label from uridine into RNA. The increased protein synthesis is probably due to the astrocytes which invade the injected area and are still seen in electron microscopic studies 2-3 months after the injections.

摘要

向大鼠新纹状体注射海藻酸会破坏注射区域的神经元胞体。与对照组相比,注射海藻酸的新纹状体在所有研究时间段(海藻酸注射后1至80天)体外将放射性亮氨酸的标记掺入三氯乙酸不溶性蛋白质部分的量均显著增加,最大刺激作用(6至7倍)出现在第三天至第八天之间。在第1至5天,体外将尿苷的标记掺入RNA的量也增加。蛋白质合成增加可能是由于星形胶质细胞侵入注射区域,并且在注射后2至3个月的电子显微镜研究中仍可见到这些细胞。

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