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肼屈嗪的矛盾性脑血流动力学效应。

A paradoxical cerebral hemodynamic effect of hydralazine.

作者信息

Overgaard J, Skinhoj E

出版信息

Stroke. 1975 Jul-Aug;6(4):402-10. doi: 10.1161/01.str.6.4.402.

Abstract

Hydralazine is shown to have a very complex cerebral hemodynamic effect. It raises the intracranial pressure which, together with its effect upon systemic blood pressure, reduces the cerebral perfusion pressure. In spite of this and a concomitantly induced hyperventilation by hydralazine, CBF increases with some delay. The conclusion is that hydralazine is a cerebral vasodilator acting immediately upon cerebral capacitance vessels but later upon the resistance vessels as well.

摘要

已表明肼屈嗪具有非常复杂的脑血流动力学效应。它会升高颅内压,这与其对全身血压的影响一起,降低了脑灌注压。尽管如此,并且肼屈嗪会同时诱发过度通气,但脑血流量会有一定延迟地增加。结论是,肼屈嗪是一种脑血管扩张剂,它立即作用于脑容量血管,但随后也作用于阻力血管。

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