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注意缺陷多动障碍与品行障碍的关联——存在一种独特亚型的脑电证据

Association of ADHD and conduct disorder--brain electrical evidence for the existence of a distinct subtype.

作者信息

Banaschewski Tobias, Brandeis Daniel, Heinrich Hartmut, Albrecht Bjoern, Brunner Edgar, Rothenberger Aribert

机构信息

Child and Adolescent Psychiatry, University of Göttingen, Germany.

出版信息

J Child Psychol Psychiatry. 2003 Mar;44(3):356-76. doi: 10.1111/1469-7610.00127.

Abstract

BACKGROUND

To evaluate the impact of psychopathological comorbidity with oppositional defiant/conduct disorder (ODD/CD) on brain electrical correlates in children with attention deficit hyperactivity disorder (ADHD) and to study the pathophysiological background of comorbidity of ADHD+ODD/CD.

METHOD

Event-related potentials (ERPs) were recorded during a cued continuous performance test (CPT-A-X) in children (aged 8 to 14 years) with ICD-10 diagnoses of either hyperkinetic disorder (HD; n = 15), hyperkinetic conduct disorder (HCD; n = 16), or ODD/CD (n = 15) and normal children (n = 18). HD/HCD diagnoses in all children were fully concordant with the DSM-IV diagnosis of ADHD-combined type. ERP-microstates, i.e., time segments with stable brain electrical map topography were identified by adaptive segmentation. Their characteristic parameters and behavioral measures were further analyzed.

RESULTS

Children with HD but not comorbid children showed slower and more variable reaction times compared to control children. Children with HD and ODD/CD-only but not comorbid children displayed reduced P3a amplitudes to cues and certain distractors (distractor-X) linked to attentional orienting. Correspondingly, global field power of the cue-CNV microstate related to anticipation and preparation was reduced in HD but not in HCD. Topographical alterations of the HD occurred already in the cue-P2/N2 microstate. In sum, the comorbid group was less deviant than both the HD-group and the ODD/CD-group.

CONCLUSIONS

The findings suggest that HD children (ADHD-combined type without ODD/CD) suffer from a more general deficit (e.g., suboptimal energetical state regulation) including deficits of attentional orienting and response preparation than just a responseinhibitory deficit, backing the hypothesis of an involvement of a dysregulation of the central noradrenergic networks. The results contradict the hypothesis that ADHD+ODD/CD represents an additive co-occurrence of ADHD and ODD/CD and strongly suggest that it represents a separate pathological entity as considered in the ICD-10 classification system, which differs from both HD and ODD/CD-only.

摘要

背景

评估对立违抗/品行障碍(ODD/CD)与注意缺陷多动障碍(ADHD)共病对儿童脑电相关性的影响,并研究ADHD + ODD/CD共病的病理生理背景。

方法

对国际疾病分类第10版(ICD - 10)诊断为多动障碍(HD;n = 15)、多动品行障碍(HCD;n = 16)、ODD/CD(n = 15)的8至14岁儿童以及正常儿童(n = 18),在提示连续性能测试(CPT - A - X)期间记录事件相关电位(ERP)。所有儿童的HD/HCD诊断与DSM - IV中ADHD混合型诊断完全一致。通过自适应分割识别ERP微状态,即脑电地形图稳定的时间段。进一步分析其特征参数和行为指标。

结果

与对照儿童相比,HD儿童(而非共病儿童)的反应时间更慢且更具变异性。HD儿童以及仅患有ODD/CD的儿童(而非共病儿童)对提示和与注意定向相关的某些干扰物(干扰物 - X)的P3a波幅降低。相应地,与预期和准备相关的提示 - CNV微状态的全局场功率在HD儿童中降低,但在HCD儿童中未降低。HD儿童的地形改变在提示 - P2/N2微状态时就已出现。总体而言,共病组的偏差小于HD组和ODD/CD组。

结论

研究结果表明,HD儿童(ADHD混合型且无ODD/CD)存在更普遍的缺陷(例如,能量状态调节欠佳),包括注意定向和反应准备方面的缺陷,而不仅仅是反应抑制缺陷,这支持了中枢去甲肾上腺素能网络失调参与其中的假说。结果与ADHD + ODD/CD代表ADHD和ODD/CD相加并存的假说相矛盾,并强烈表明它代表一种独立的病理实体,如ICD - 10分类系统中所考虑的那样,与HD和仅患有ODD/CD均不同。

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