A Multidisciplinary Approach to Navigating Variants of Uncertain Significance in Sudden Infant Deaths: A Case Report of 2 Siblings With an SCN10A VUS.

IF 1 4区 医学 Q3 MEDICINE, LEGAL American Journal of Forensic Medicine and Pathology Pub Date : 2025-01-02 DOI:10.1097/PAF.0000000000001008
Renee Dumm, Austin Pagani, Lydia Hellwig, Mark Haigney, Mauricio De Castro, Joel Hughes, John Paul Schacht, William McClain, John Walsh
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Abstract

Abstract: The sudden death of a previously healthy infant is a devastating event for a family-the death of 2 even more unimaginable. Prior to the debunking of Meadow's law, a legal concept attributing multiple unexplained infant deaths to Munchausen by proxy, these events could lead to the wrongful prosecution of those who had lost their children to "sudden unexpected infant death (SUID)." Today, these cases, wherein multiple infants within one family pass inexplicably, raise suspicion for a possible genetic cause and point toward a need for postmortem genetic testing.We present the case of 2 siblings who passed suddenly in infancy, with no structural cause of death identified at autopsy. Genetic testing in both infants found the same variant of uncertain significance, a heterozygous single nucleotide substitution, denoted c.3191C>T, in SCN10A, which encodes a sodium channel with pathogenic variants possibly implicated in sudden cardiac death syndromes. Although it is unclear at this time if the variant of uncertain significance identified was a contributing factor in the deaths, the case emphasized the importance of involving a multidisciplinary team to ensure appropriate pretest and posttest counseling, interpretation of nuanced testing results, and medical follow-up for surviving family members of SUID.

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一种多学科方法来导航婴儿猝死中不确定意义的变异:两名患有SCN10A VUS的兄弟姐妹的病例报告
摘要:一个原本健康的婴儿突然死亡对一个家庭来说是一个毁灭性的事件,两个孩子的死亡更是难以想象。在梅多定律(Meadow’s law)被揭穿之前,这一法律概念将多起无法解释的婴儿死亡归咎于Munchausen的代理人,这些事件可能导致对那些因“婴儿猝死(SUID)”而失去孩子的人的错误起诉。今天,这些病例中,一个家庭中的多个婴儿莫名其妙地去世,引起了对可能的遗传原因的怀疑,并指出需要进行死后基因检测。我们提出的情况下,2兄弟姐妹谁突然去世在婴儿期,没有结构性死亡原因确定在尸检。在这两个婴儿中进行的基因检测发现了意义不确定的相同变异,即SCN10A中的杂合单核苷酸替代,标记为c.3191C>T,该变异编码一个钠通道,其致病变异可能与心源性猝死综合征有关。虽然目前尚不清楚所确定的不确定意义的变异是否是导致死亡的一个因素,但该病例强调了涉及多学科团队的重要性,以确保适当的测试前和测试后咨询,解释细微的测试结果,并对SUID的幸存家庭成员进行医疗随访。
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来源期刊
CiteScore
1.80
自引率
0.00%
发文量
103
审稿时长
4-8 weeks
期刊介绍: Drawing on the expertise of leading forensic pathologists, lawyers, and criminologists, The American Journal of Forensic Medicine and Pathology presents up-to-date coverage of forensic medical practices worldwide. Each issue of the journal features original articles on new examination and documentation procedures. While most articles are available as web based articles, PDF and in ePub reader format, some earlier articles do not have PDFs available. If you would like to view an article in the ePub format, you will need to download an ePub reader to view this file, a number of which are available for free online.
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