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从解剖病理学检查角度定义婴儿猝死综合征和宫内意外猝死综合征

Defining Sudden Infant Death and Sudden Intrauterine Unexpected Death Syndromes with Regard to Anatomo-Pathological Examination.

作者信息

Ottaviani Giulia

机构信息

Department of Biomedical, Surgical and Dental Sciences, "Lino Rossi" Research Center for the Study and Prevention of Unexpected Perinatal Death and SIDS, University of Milan , Milan , Italy.

出版信息

Front Pediatr. 2016 Sep 21;4:103. doi: 10.3389/fped.2016.00103. eCollection 2016.

Abstract

Crib death, or sudden infant death syndrome (SIDS), is the most frequent form of death in the first year of life, striking one baby in every 1,700-2,000. Yet, despite advances in maternal-infant care, sudden intrauterine unexplained/unexpected death syndrome (SIUDS) has a sixfold to eightfold greater incidence than that of SIDS. Frequent congenital abnormalities, likely morphological substrates for SIDS-SIUDS, were detected, mainly represented by alterations of the cardiac conduction system, such as accessory pathways and abnormal resorptive degeneration, and hypoplasia/agenesis of the vital brainstem structures. On the basis of these considerations, the new common definition of the SIDS-SIUDS complex is "The sudden death of a fetus after the 25th gestational week or infant under one year of age which is unexpected by history and remains unexplained after a thorough case investigation, including examination of the death scene, performance of a general autopsy and examination of the fetal adnexa". Therefore, given that the general autopsy does not disclose any cause of death, a more in-depth histopathological analysis of the cardiac conduction system and autonomic nervous system by specialized pathologists is necessary.

摘要

摇篮死亡,即婴儿猝死综合征(SIDS),是一岁以内婴儿最常见的死亡形式,每1700至2000名婴儿中就有一名受其影响。然而,尽管母婴护理有所进步,但子宫内不明原因/意外猝死综合征(SIUDS)的发病率比SIDS高出六至八倍。研究发现了常见的先天性异常,它们可能是SIDS - SIUDS的形态学基础,主要表现为心脏传导系统的改变,如附加通路、异常吸收性退变,以及重要脑干结构发育不全/未发育。基于这些考虑,SIDS - SIUDS综合征的新通用定义为“孕25周后胎儿或一岁以下婴儿的猝死,根据病史无法预料,且经过全面的病例调查,包括死亡现场检查、全面尸检和胎儿附件检查后仍无法解释死因”。因此,鉴于全面尸检未发现任何死亡原因,专业病理学家对心脏传导系统和自主神经系统进行更深入的组织病理学分析是必要的。

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