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Possible role of SCN4A skeletal muscle mutation in apnea during seizure

机译:癫痫发作期间SCN4A骨骼肌突变在呼吸暂停中的可能作用

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摘要

SCN4A gene mutations cause a number of neuromuscular phenotypes including myotonia. A subset of infants with myotonia‐causing mutations experience severe life‐threatening episodic laryngospasm with apnea. We have recently identified similar SCN4A mutations in association with sudden infant death syndrome. Laryngospasm has also been proposed as a contributory mechanism to some cases of sudden unexpected death in epilepsy (SUDEP). We report an infant with EEG‐confirmed seizures and recurrent apneas. Whole‐exome sequencing identified a known pathogenic mutation in the SCN4A gene that has been reported in several unrelated families with myotonic disorder. We propose that the SCN4A mutation contributed to the apneas in our case, irrespective of the underlying cause of the epilepsy. We suggest this supports the notion that laryngospasm may contribute to some cases of SUDEP, and implicates a possible shared mechanism between a proportion of sudden infant deaths and sudden unexpected deaths in epilepsy.
机译:SCN4A基因突变引起许多神经肌肉表型,包括肌强直。一部分具有肌强直性突变的婴儿经历了严重的威胁生命的发作性呼吸暂停伴呼吸暂停。我们最近发现与婴儿猝死综合征相关的类似SCN4A突变。还提出了喉痉挛作为癫痫猝死(SUDEP)某些病例的一种促成机制。我们报告了一名患有脑电图证实的癫痫发作和反复呼吸暂停的婴儿。全外显子组测序鉴定出SCN4A基因中已知的致病突变,已在几个与肌强直性疾病无关的家族中报道。我们建议,在本例中,SCN4A突变导致呼吸暂停,而与癫痫病的根本原因无关。我们建议这支持以下观点:喉痉挛可能会导致某些SUDEP病例,并暗示一部分婴儿突然死亡和癫痫猝死之间可能存在共享机制。

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