抑制突发脑电图。

E Niedermeyer, D L Sherman, R J Geocadin, H C Hansen, D F Hanley
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引用次数: 57

摘要

脑电图的突发抑制(BS)模式发生在相当有限的几种情况下。它已被观察到在全身麻醉的深度阶段,并与镇静剂过量。它也发生在心肺骤停之后。大脑皮层的切割被发现会导致BS活动。罕见的新生儿癫痫性脑病也可引起BS。脑缺氧(吸入氮气,气道阻塞)后大鼠BS活动的一致发现引起了我们的个人兴趣:在脑电图平坦期后,BS活动发展,随后周期性爆发和弥漫性减慢。另一方面,早期文献(1960年以前)几乎没有观察到BS,无论是在缺氧患者中还是在动物实验中。可能是由于缺氧脑病理的改变,现代重症监护治疗的引入设计了BS活动的发作。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The burst-suppression electroencephalogram.

The burst-suppression (BS) pattern of the EEG occurs in a rather limited number of conditions. It has been observed in deep stages of general anesthesia and in conjunction with sedative overdoses. It is also known to occur in the wake of cardiorespiratory arrest. Undercutting of the cortex has been found to result in BS activity. Rare neonatal epileptic encephalopathies also give rise to BS. Our personal interest was prompted by the consistent finding of BS activity in rats following cerebral anoxia (nitrogen inhalation, airway obstruction): after periods of EEG flatness, BS activity developed, followed by periodic bursts and diffuse slowing. On the other hand, earlier literature (before 1960) showed virtually no observation of BS, neither in anoxic patients, nor in animal experiments. It is likely that the introduction of modern intensive care treatment has engineered episodes of BS activity, probably due to modifications of the anoxic cerebral pathology.

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