Hypertension and brain catecholamine distribution in the Hebrew University Sabra, H and N rats.

N Zamir, Y Gutman, D Ben-Ishay
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引用次数: 12

Abstract

1. The concentration of catecholamines was measured in several brain areas of the Hewbrew University Sabra rat (SB rat), and in two substrains selected for their respective sensitivity (H) or immunity (N) to hypertension. 2. Hypertension was induced in SB rats by DOCA-salt, renal artery constriction and NaCl 1.7% drinking. The noradrenaline content was consistently elevated in the medulla oblongata of hypertension animals. In other brain areas the rise in noradrenaline varied in the different types of hypertension. 3. Administration of DOCA-salt to H and N rats, while causing marked hypertension in the former, had no effect on noradrenaline in either strain. 4. Untreated, normotensive N rats had in the medulla oblongata, significantly higher concentrations of noradrenaline than did H rats. 5. Differences in brain noradrenaline may explain the inherited susceptibility or resistance to hypertension in H and N rats.

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希伯来大学Sabra、H和N大鼠高血压与脑儿茶酚胺分布的关系。
1. 在Hewbrew大学Sabra大鼠(SB大鼠)的几个脑区以及根据其各自对高血压的敏感性(H)或免疫力(N)选择的两个亚系中,测量了儿茶酚胺的浓度。2. doca盐、肾动脉收缩和1.7% NaCl灌胃诱导SB大鼠高血压。高血压动物延髓中去甲肾上腺素含量持续升高。在大脑的其他区域,去甲肾上腺素的升高在不同类型的高血压中有所不同。3.给H和N大鼠施用doca盐,虽然前者引起明显的高血压,但对两种品系的去甲肾上腺素没有影响。4. 未治疗的正常血压N大鼠延髓内的去甲肾上腺素浓度明显高于对照组大鼠。5. 脑去甲肾上腺素的差异可能解释了H和N大鼠对高血压的遗传易感性或抵抗性。
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Proceedings of the Fifth Meeting of the International Society of Hypertension, Paris, 12-14 June 1978. Brain catecholamines and catecholamine-synthesizing enzymes in renovascular hypertension in the rat. Enhanced hypothalamic noradrenaline biosynthesis in Goldblatt I renovascular hypertension. Definitive evidence for renin in rat brain by affinity chromatographic separation from protease. Renal release of active and inactive renin in essential and renovascular hypertension.
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