对皮质酮分泌有抑制作用的某些边缘结构的相互作用。

M Suárez, N I Perassi
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引用次数: 4

摘要

研究了大鼠大脑边缘结构间的相互作用对皮质酮分泌的抑制作用。实验方法:1)电刺激丘脑前背核(ADTN)或中间被盖区损伤大鼠乳头内侧核(MMN);2)脾后皮质损伤大鼠ADTN的电刺激。双侧刺激ADTN或rc损伤大鼠MMN可引起血浆皮质酮浓度升高。在RC受损的动物中,ADTN刺激后血浆皮质酮值高于刺激前。考虑到电刺激完整大鼠MMN或ADTN会导致血浆皮质酮浓度下降,这些研究表明MMN和ADTN仅在其投射区保持完整时才会对皮质肾上腺活性产生抑制作用。
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Interaction of some limbic structures which exert inhibitory effect on corticosterone secretion.

The interaction between limbic structures which exert inhibitory influence on corticosterone secretion was investigated in the rat. The following experiments were performed: 1) electrical stimulation at mammillary medial nucleus (MMN) in rats with lesioned anterodrosal thalami nucleus (ADTN) or intermediate tegmental area; 2) electrical stimulation at ADTN in rats with lesioned retrosplenial cortex (RC). Bilateral stimulation at MMN in ADTN or RC-lesioned rats produces an increase in plasma corticosterone concentration. In animals with lesioned RC, values of plasma corticosterone after stimulation at ADTN were higher than before stimulation. Taking into consideration that electrical stimulation of MMN or ADTN in intact rats produces a decrease in plasma corticosterone concentration, these studies demonstrate that MMN and ADTN exert inhibitory influence on corticoadrenal activity only when their projection areas remain intact.

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