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Novel TBC1D24 Mutations in a Case of Nonconvulsive Status Epilepticus

机译:非惊厥性癫痫持续状态的新型TBC1D24突变。

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摘要

>Objective: Nonconvulsive status epilepticus (NCSE) is an uncommon clinical manifestation in patients with TBC1D24 mutations. In addition, NCSE has not been reported as a syndrome together with cerebellar ataxia and ophthalmoplegia.>Methods: We herein report the clinical and genetic features of a four-year-old patient with NCSE, cerebellar ataxia, and ophthalmoplegia caused by hitherto unidentified TBC1D24 mutations. We performed 24-h video electroencephalogram (EEG), magnetic resonance imaging, and gene sequencing on the patient and her parents to determine the diagnosis.>Results: We identified a novel c.1416_1437del (p.Ser473Argfs*43) mutation, as well as the previously identified c.1499C>T (p.Ala500Val) mutation in TBC1D24, by using targeted next-generation sequencing. The novel mutation (inherited from the mother) is the first reported deletion mutation longer than 20 bp in TBC1D24. The p.Ala500Val mutation inherited from father has been reported in a German patient with infantile myoclonic, for whom results from the EEG and neuroimaging were normal. These two mutations resulted in the severe phenotypes observed in our patient>Conclusions: The identification of the novel TBC1D24 mutation and consequent complicated clinical manifestations suggest that patients with NCSE and ataxia demand more attention. We further recommend that genetic test should be administered to these patients to avoid genetic inheritance of this mutation.
机译:>目的:非惊厥性癫痫持续状态(NCSE)是TBC1D24突变患者的罕见临床表现。此外,尚未报道NCSE与小脑性共济失调和眼肌麻痹一起为综合征。>方法:我们在此报告了一名4岁的NCSE,小脑性共济失调和小儿麻痹的临床和遗传特征。迄今为止尚未确定的TBC1D24突变引起的眼肌麻痹。我们对患者及其父母进行了24小时视频脑电图(EEG),磁共振成像和基因测序以确定诊断。>结果:我们鉴定了一种新型的c.1416_1437del(p.Ser473Argfs < sup> * 43)突变以及先前确定的下一代测序技术在TBC1D24中鉴定的c.1499C> T(p.Ala500Val)突变。该新突变(从母亲那里继承)是TBC1D24中第一个报道的长度超过20 bp的缺失突变。据报道,德国婴儿肌阵挛病患者的父亲遗传了p.Ala500Val突变,其脑电图和神经影像检查结果均正常。这两个突变导致在我们的患者中观察到严重的表型。>结论:新TBC1D24突变的鉴定以及随之而来的复杂临床表现表明,患有NCSE和共济失调的患者需要更多关注。我们进一步建议对这些患者进行基因检测,以避免该突变的遗传。

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