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首页> 外文期刊>Brain & Development >Thalamic lesions in a long-surviving child with spinal muscular atrophy type I: MRI and EEG findings.
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Thalamic lesions in a long-surviving child with spinal muscular atrophy type I: MRI and EEG findings.

机译:患有I型脊髓性肌萎缩症的长期存活儿童的丘脑病变:MRI和EEG发现。

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Brain magnetic resonance imaging was conducted in a girl with genetically confirmed spinal muscular atrophy (SMA) type I. This patient has survived 6 years, to date, under mechanical ventilation. T2-weighted and fluid-attenuated inversion recovery images revealed high signal intensity lesions in the anterolateral portions of the bilateral thalami. Electroencephalography disclosed diffuse beta activity upon awakening and during light sleep. In addition, fast and prolonged spindles were observed. Although mild neuronal changes in the lateral nucleus of the thalamus have been described in several autopsied cases, this is the first study to demonstrate neuroradiologically and neurophysiologically the thalamic lesions in genetically confirmed SMA type I.
机译:脑磁共振成像是在具有遗传学证实的I型脊髓性肌萎缩症(SMA)的女孩中进行的。该患者迄今为止在机械通气下生存了6年。 T2加权和液衰减倒置恢复图像显示双侧丘脑前外侧部分的信号强度高病变。脑电图显示醒来时和轻度睡眠时弥漫性β活性。另外,观察到快速且延长的纺锤。尽管在一些尸检病例中已描述了丘脑外侧核的轻度神经元变化,但这是第一个在遗传学上证实的I型SMA证实丘脑病变的神经放射学和神经生理学研究。

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