Anatomo-Morphological Brain Featuresi in Patients with Schizotypal Disorder with Catatoniс Symptoms: A Pilot Study

I. S. Lebedeva, A. Tomyshev, P. Borisova, D. Romanov
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Abstract

Background: brain structural peculiarities in different mental disorders are neurobiological indicators that are extremely important both for understanding of the diseases’ pathogenesis and for identifying potentially valid prognostic markers. The aim of this pilot study was to identify the range of brain morphometric parameters in the group of patients with schizotypal disorders with catatonia syndrome. Patients and methods: 33 patients with schizotypal disorder and 33 age-matched mentally healthy subjects underwent high-resolution structural MRI on a 3T Philips Ingenia scanner. Results: there were found widely distributed intergroup differences in form of the smaller gray matter thickness. In this spectrum, a morphometric abnormality of the precentral gyrus, an area of the primary motor cortex localization, previously not noted in the literature on schizotypal disorder, drew special attention. In addition, smaller volume of the nuclei accumbens (included in the processes of choosing actions) was found. Conclusions: this pilot study allowed to reveal some brain elements of the mosaic presumably associated with the manifestation of catatonia syndrome in schizotypal disorder.
具有卡塔托尼症状的分裂型人格障碍患者的大脑解剖形态特征:试点研究
背景:不同精神障碍的大脑结构特征是一种神经生物学指标,对于了解疾病的发病机制和确定潜在的有效预后标记都极为重要。本试验性研究旨在确定精神分裂症伴紧张症综合征患者的脑形态计量参数范围。患者和方法:33 名精神分裂症患者和 33 名年龄匹配的精神健康受试者在 3T Philips Ingenia 扫描仪上接受了高分辨率结构磁共振成像。结果:在较小的灰质厚度形式上发现了广泛分布的组间差异。在这一谱系中,前中央回的形态异常引起了特别关注,该区域是初级运动皮层的定位区,以前在有关精神分裂症的文献中未被注意到。此外,研究人员还发现,在选择行动的过程中,阿肯伯斯核(nuclei accumbens)的体积也变小了。结论:这项试验性研究揭示了精神分裂症中可能与紧张综合征表现相关的一些大脑镶嵌元素。
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