EEG profile studies of clozapine in volunteers and psychiatric patients.

M Fink, P Irwin, P Weinhold
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引用次数: 18

Abstract

Among the newer psychoactive compounds, clozapine is classified by some authors as an antipsychotic compound, but it exhibits differences in pharmacology and clinical effects that clearly distinguish it from established antipsychotic compounds. It represents an anomaly in the EEG classification scheme as well. In normal volunteers and in psychotic patients, it elicits EEG effects that are more like those of sedative thymoleptic antidepressants than the established antipsychotic compounds. It is probable that the antipsychotic activity reported by some observers reflected the sedative qualities of the compound and not a prototypic antipsychotic activity. Further testing in other psychiatric populations, particularly patients with depressive illnesses, is warranted.

氯氮平在志愿者和精神病患者中的脑电图研究。
在较新的精神活性化合物中,氯氮平被一些作者归类为抗精神病化合物,但它在药理学和临床效果上的差异明显区别于已建立的抗精神病化合物。这也代表了脑电分类方案中的一个异常。在正常志愿者和精神病患者中,它引起的脑电图影响更像镇静的抗抑郁药,而不是已建立的抗精神病药物。一些观察者报告的抗精神病活性很可能反映了化合物的镇静性质,而不是一种原型的抗精神病活性。在其他精神病人群,特别是抑郁症患者中进行进一步的测试是有必要的。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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