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S179. PROGNOSTIC UTILITY OF MULTIVARIATE MORPHOMETRY IN SCHIZOPHRENIA

机译:S179。精神分裂症患者多形态家系的预测效用

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摘要

BackgroundGroups of spatially distributed regions show shared variance in morphometric properties (e.g. grey matter volume) among subjects, thus forming independent morphometric ‘sources’ or covariance-based networks. Source based morphometry is a multivariate approach that is based on independent component analysis, and accounts for the inter-relationahsip among different brain regions while filtering out noisy artefactual effects of mass univariate voxel-based approaches. We have previously demonstrated that with multivariate SBM, it is possible to identify the structural basis of subtle psychopathological features such as formal thought disorder, whose anatomical correlates have been hitherto elusive. In the current study, we use multivariate SBM to identify the morphometric sources in drug-naïve first episode subjects that show progressive changes that predict symptom change over 1 year.
机译:背景空间分布区域的组显示对象之间的形态特征(例如,灰质体积)具有相同的方差,从而形成独立的形态“源”或基于协方差的网络。基于源的形态计量学是一种基于独立成分分析的多变量方法,可解决不同大脑区域之间的相互关系,同时过滤出基于质量单变量体素的方法的噪声伪影效果。我们先前已经证明,使用多变量SBM,可以识别诸如解剖学相关的形式思维障碍之类的细微心理病理特征的结构基础,而其解剖学相关性迄今仍难以捉摸。在当前的研究中,我们使用多元SBM来识别未经药物治疗的首发受试者的形态计量学来源,这些受试者表现出可预测1年以上症状变化的逐步变化。

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