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更新关于 SUDEP 的综述:风险评估、背景和癫痫发作检测设备。

Update review on SUDEP: Risk assessment, background & seizure detection devices.

机构信息

Academic Center for Epileptology Kempenhaeghe, Heeze, The Netherlands; Private Practice of Neurology, Zottegem, Belgium.

Academic Center for Epileptology Kempenhaeghe, Heeze, The Netherlands; Eindhoven University of Technology, Eindhoven, The Netherlands.

出版信息

Epilepsy Behav. 2024 Nov;160:109966. doi: 10.1016/j.yebeh.2024.109966. Epub 2024 Oct 8.

Abstract

This review focusses on sudden unexpected death in epilepsy patients (SUDEP) and incorporates risk stratification (through SUDEP risk factors and SUDEP risk scores), hypotheses on the mechanism of SUDEP and eligible seizure detection devices (SDDs) for further SUDEP prevention studies. The main risk factors for SUDEP are the presence and the frequency of generalized tonic-clonic seizures (GTC). In Swedish population-based case control study, the Odds ratio of the presence of GTC in the absence of bedroom sharing is 67. SUDEP risk scoring systems express a score that represents the cumulative presence of SUDEP risk factors, but not the exact effect of their combination. We describe 4 of the available scoring systems: SUDEP-7 inventory, SUDEP-3 inventory, SUDEP-ClinicAl Risk scorE (SUDEP-CARE score) and Kempenhaeghe SUDEP risk score. Although they all include GTC, their design is often different. Three of 4 scoring systems were validated (SUDEP-7 inventory, SUDEP-3 inventory and SUDEP-CARE score). None of the available scoring systems has been sufficiently validated for the use in a general epilepsy population. Plausible mechanisms of SUDEP are discussed. In the MORTEMUS-study (Mortality in Epilepsy Monitoring Unit Study), SUDEP was a postictal cardiorespiratory arrest after a GTC. The parallel respiratory and cardiac dysfunction in SUDEP suggests a central dysfunction of the brainstem centers that are involved in the control of respiration and heart rhythm. In the (consequent) adenosine serotonin hypotheses SUDEP occurs when a postictal adenosine-mediated respiratory depression is not compensated by the effect of serotonin. Other (adjuvant) mechanisms and factors are discussed. Seizure detection devices (SDDs) may help to improve nocturnal supervision. Five SDDs have been validated in phase 3 studies for the detection of TC: Seizure Link®, Epi-Care®, NightWatch, Empatica, Nelli®. They have demonstrated a sensitivity of at least 90 % combined with an acceptable false positive alarm rate. It has not yet been proven that the use will actually lead to SUDEP prevention, but clinical experience supports their effectiveness.

摘要

这篇综述聚焦于癫痫患者的意外猝死(SUDEP),包括风险分层(通过 SUDEP 风险因素和 SUDEP 风险评分)、SUDEP 机制假说以及适合进一步进行 SUDEP 预防研究的癫痫发作检测设备(SDD)。SUDEP 的主要危险因素是全身性强直阵挛性发作(GTC)的存在和频率。在瑞典基于人群的病例对照研究中,无卧室共住情况下 GTC 存在的优势比为 67。SUDEP 风险评分系统表达的分数代表了 SUDEP 风险因素的累积存在,但不能反映其组合的确切影响。我们描述了 4 种现有的评分系统:SUDEP-7 量表、SUDEP-3 量表、SUDEP-ClinicAl Risk scorE(SUDEP-CARE 评分)和 Kempenhaeghe SUDEP 风险评分。尽管它们都包含 GTC,但它们的设计往往不同。4 种评分系统中的 3 种得到了验证(SUDEP-7 量表、SUDEP-3 量表和 SUDEP-CARE 评分)。目前还没有一种评分系统在一般癫痫人群中得到充分验证。SUDEP 的可能机制正在讨论中。在 MORTEMUS 研究(癫痫监测单元研究中的死亡率)中,SUDEP 是 GTC 后癫痫发作的呼吸循环骤停。SUDEP 中呼吸和心脏功能的平行障碍表明,脑干中心的中枢功能障碍参与了呼吸和心律的控制。在随后的腺苷-5-羟色胺假说中,当 GTC 后由腺苷介导的呼吸抑制不能被 5-羟色胺的作用代偿时,SUDEP 就会发生。还讨论了其他(辅助)机制和因素。癫痫发作检测设备(SDD)可以帮助改善夜间监护。已经有 5 种 SDD 在 3 期研究中被验证用于检测 TC:Seizure Link®、Epi-Care®、NightWatch、Empatica、Nelli®。它们的敏感性至少为 90%,同时具有可接受的假阳性报警率。目前还不能证明使用这些设备实际上可以预防 SUDEP,但临床经验支持其有效性。

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