Matturri Luigi, Ottaviani Giulia, Lavezzi Anna Maria
Institute of Pathology, University of Milan, Via della Commenda, Milan, Italy.
Virchows Arch. 2008 Jan;452(1):19-25. doi: 10.1007/s00428-007-0527-z. Epub 2007 Nov 22.
In light of the growing information on the pathophysiology and clinical aspects of unexpected perinatal loss and sudden infant death syndrome (SIDS), a novel approach to the inherent problems by pathologists has become necessary. Herein, we propose an up-to-date protocol for accurate examination of the central autonomic nervous system and of the cardiac conduction system, which can encompass morphological and/or functional abnormalities of reliable epicritical value in unexplained perinatal loss and SIDS, particularly in those cases (still quite numerous) lacking adequate clinical documentation. Anatomo-pathologic examination of the central autonomic nervous system includes an in-depth study on histological serial sections of the brainstem, cerebellum, and spinal cord, where the main structures participating in control of the vital functions are located. For the histological study of the cardiac conductions system, serial sections were obtained from two blocks, including the sino-atrial node and the atrio-ventricular system, respectively. This type of updated investigation is yielding important arguments for a broader discussion of the pathogenesis of unexpected stillbirth, early neonatal death, and SIDS, besides allowing a more complete forensic-medical documentation of individual cases.
鉴于关于意外围产期死亡和婴儿猝死综合征(SIDS)的病理生理学和临床方面的信息不断增加,病理学家有必要采用一种新方法来解决这些内在问题。在此,我们提出了一种最新方案,用于准确检查中枢自主神经系统和心脏传导系统,该方案可以涵盖不明原因围产期死亡和SIDS中具有可靠关键价值的形态学和/或功能异常,特别是在那些(仍然相当多)缺乏充分临床记录的病例中。中枢自主神经系统的解剖病理学检查包括对脑干、小脑和脊髓的组织学连续切片进行深入研究,这些部位是参与控制生命功能的主要结构所在之处。对于心脏传导系统的组织学研究,分别从两个组织块获取连续切片,包括窦房结和房室系统。这种最新的研究除了能为个别病例提供更完整的法医学记录外,还为更广泛地讨论意外死产、早期新生儿死亡和SIDS的发病机制提供了重要依据。