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死胎协作研究网络的神经病理学检查方案。

The Stillbirth Collaborative Research Network neuropathologic examination protocol.

机构信息

Division of Perinatal Pathology, Women and Infants Hospital, Alpert School of Medicine, Brown University, Providence, Rhode Island 02905, USA.

出版信息

Am J Perinatol. 2011 Dec;28(10):793-802. doi: 10.1055/s-0031-1284229. Epub 2011 Jul 21.

Abstract

We describe the neuropathologic procedure utilized in the Stillbirth Collaborative Research Network (SCRN), focusing on the examination of central nervous system (CNS) in stillbirth (SB). The SCRN was organized to perform a case-control study to determine the scope and causes of SB. Pathologists at all the participating centers agreed on and used the same standardized neuropathologic techniques. Standardized sections were taken and detailed data were collected. Fresh brain tissue was saved for investigative purposes. A total of 663 women with SB were enrolled into the case-control study: 620 delivered a single stillborn, 42 delivered twins, and 1 delivered triplets. Of the 560 (84.5%) who consented to postmortem examination, 465 (70.1%) also gave consent to the examination of the CNS. In the 440 stillborn infants in whom CNS examination was possible, 248 (56.4%) of the brains were intact, 72 were fragmented (16.4%), and 120 (27.3%) were liquefied. In summary, this is the largest prospective study dedicated to investigate the causes of SB and collect essential information and biological samples in the United States. A protocol for neuropathologic examination was instituted, and a brain tissue repository was created to provide samples and related data for future investigations.

摘要

我们描述了 Stillbirth Collaborative Research Network(SCRN)使用的神经病理学程序,重点介绍了对死胎(SB)中枢神经系统(CNS)的检查。SCRN 的组织目的是进行病例对照研究,以确定 SB 的范围和原因。所有参与中心的病理学家都同意并使用相同的标准化神经病理学技术。采集了标准化切片,并收集了详细的数据。为研究目的保存了新鲜的脑组织。共有 663 名 SB 妇女参加了病例对照研究:620 名产妇分娩了单一死胎,42 名产妇分娩了双胞胎,1 名产妇分娩了三胞胎。在同意进行尸检的 560 名(84.5%)妇女中,有 465 名(70.1%)也同意检查中枢神经系统。在可以进行 CNS 检查的 440 名死胎婴儿中,248 名(56.4%)大脑完整,72 名大脑破碎(16.4%),120 名大脑液化(27.3%)。总之,这是美国最大的一项旨在调查 SB 原因并收集重要信息和生物样本的前瞻性研究。制定了神经病理学检查方案,并建立了脑组织库,为未来的研究提供样本和相关数据。

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