[脑电图和诱发电位图]。

U Zwiener, H Witte, M Rother, D Hoyer, M Eiselt, H C Scholle
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引用次数: 0

摘要

通过脑电图谱图和脑电图谱图,特别是脑电活动的拓扑维度可以评估临床应用。另一方面,这种方法允许在大脑活动的时间维度内从所有功能成像程序中获得最高的解决方案。另一方面,拓扑解的能力是有限的。但后者可能比迄今为止所假设的要好,而且至少在新生儿方面出奇地好。然而,必须满足这里描述的几个方法先决条件。从病理生理学的角度来看,除了诊断的可能性外,还必须考虑其局限性。同时,脑电图图谱和脑电图图谱被用于传统脑电图分析的所有主要领域,如癫痫发作和肿瘤的预先诊断。在包括短暂性脑缺血发作在内的脑血管疾病的诊断中,脑电图图谱和/或脑电图图谱在整体诊断中也很有用。在脑部退行性疾病的诊断中也有类似的情况。但是,在精神病、部分神经症和其他功能障碍中经常描述的变化的意义尚不清楚。总之,这种非侵入性的、经济上最有利的脑诊断功能成像方法有望将常规诊断扩展到更精确的方式。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
[EEG and evoked potential mapping].

By spectral EEG-mapping and EP-mapping, especially the topologic dimension of electrical brain activity can be evaluated for clinical use. On the other hand, this method allows the highest solution from all functional imaging procedures within the time dimension of brain activity. On the other hand, the ability of topological solution is limited. But the latter is probably better than hitherto assumed and surprisingly well at least regarding neonates. However, several methodological prerequisites described here must be fulfilled. From the pathophysiological point of view, the limits must be considered besides the diagnostic possibilities. Meanwhile, spectral EEG-mapping and EP-mapping are diagnostically used in all main fields of traditional EEG-analysis, like seizures and in the preadiagnostics of tumors a.o. Also in the diagnostics of cerebrovascular disease including transient ischemic attacks, the EEG-mapping and/or EP-mapping are useful within the total diagnostics. There is a similar situation in the diagnostics of degenerative brain disorders. But the significance of frequently described changes inpsychoses, partly also neuroses and other functional disorders is not clear. Altogether, this non-invasive, economically most favourable method for the functional imaging procedures in brain diagnostics is promising to extent the routine diagnostics also to a more precise manner.

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