蛋白酶亲和层析分离肾素在大鼠脑中的明确证据。

T Inagami, H Yokosawa, S Hirose
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引用次数: 29

摘要

1. 采用酪蛋白- sepharose凝胶柱亲和层析将大鼠脑提取物的血管紧张素i生成活性分为两部分。2. 根据其对抗肾素抗体的敏感性和缺乏蛋白酶活性,对凝胶无亲和力的成分被鉴定为真正的肾素。3.第二种与凝胶有亲和力的肾素样成分是一种对抗肾素抗体不敏感的蛋白酶。与大鼠底物产生血管紧张素I的速率相比,绵羊底物检测其肾素样活性明显。4. 结果表明,大鼠脑中含有真正的肾素,可以用大鼠底物检测,但可以用羊底物检测。
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Definitive evidence for renin in rat brain by affinity chromatographic separation from protease.

1. Angiotensin I-generating activity of rat brain extract was separated into two components by affinity chromatography on a casein-Sepharose gel column. 2. The component without affinity to the gel was identified as true renin on the basis of its sensitivity to anti-renin antibody and the lack of protease activity. 3. The second renin-like component with affinity to the gel was a protease insensitive to the anti-renin antibody. Its renin-like activity examined with sheep substrate was pronounced compared with the rate of angiotensin I generation from the rat substrate. 4. It was concluded that rat brain contains true renin, which can be detected by the use of rat substrate but can be masked when examined with sheep substrate.

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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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