用颅内反应性神经刺激疗法同时治疗难治性局灶性癫痫和强迫症

IF 2.3 Q3 CLINICAL NEUROLOGY
Neurology. Clinical practice Pub Date : 2024-08-01 Epub Date: 2024-06-04 DOI:10.1212/CPJ.0000000000200318
Marissa A Kellogg, Lia D Ernst, David C Spencer, Proleta Datta, Eran Klein, Mahendra T Bhati, Rajat S Shivacharan, Young-Hoon Nho, Daniel A N Barbosa, Casey H Halpern, Ahmed Raslan
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引用次数: 0

摘要

综述的目的:颅内神经刺激是治疗神经系统疾病(如耐药性癫痫(DRE)和运动障碍)的一种行之有效的方法,而且有新的证据表明可以使用脑深部刺激来治疗强迫症(OCD)和抑郁症。几乎所有已发表的颅内神经刺激报告都集中在植入单一装置治疗单一病症上。本综述旨在向神经内科临床医生介绍有关癫痫和强迫症两种神经精神疾病双重治疗的背景文献,讨论使用单一装置进行双重神经精神疾病治疗所面临的伦理和后勤挑战,并通过讨论首个植入人体以同时治疗癫痫(标示内)和强迫症(标示外)的闭环反应性神经刺激器(RNS),展示这种方法的前景和隐患:我们报告了首例颅内闭环神经刺激装置(RNS 系统)的植入情况,该装置的主要目的是治疗颅内干眼症,次要探索目的是治疗难治性强迫症。RNS 系统可检测电生理活动,并通过植入患者发作起始区 (SOZ) 的 1 或 2 个电极进行电刺激。在本病例报告中,我们描述了一名患有难治性癫痫和强迫症的患者,根据立体定向脑电图(sEEG)记录和半定量分析,第一根导线被植入右侧颞上回,以靶向最活跃的 SOZ。第二根导线被植入右侧前岛周区(sEEG 上的次要 SOZ),其最远触点位于右侧伏隔核,这是强迫症神经刺激治疗的假定目标。RNS 系统经过编程,可检测并记录患者癫痫发作和强迫症的独特电生理特征,然后提供定制的电脉冲以破坏病理回路。摘要:使用颅内闭环神经刺激装置对难治性局灶性癫痫和强迫症进行双重治疗是可行、安全和潜在有效的。然而,这种新颖的治疗方法存在后勤挑战和伦理方面的考虑,需要大型多学科团队进行复杂的护理协调。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Dual Treatment of Refractory Focal Epilepsy and Obsessive-Compulsive Disorder With Intracranial Responsive Neurostimulation.

Purpose of the review: Intracranial neurostimulation is a well-established treatment of neurologic conditions such as drug-resistant epilepsy (DRE) and movement disorders, and there is emerging evidence for using deep brain stimulation to treat obsessive-compulsive disorder (OCD) and depression. Nearly all published reports of intracranial neurostimulation have focused on implanting a single device to treat a single condition. The purpose of this review was to educate neurology clinicians on the background literature informing dual treatment of 2 comorbid neuropsychiatric conditions epilepsy and OCD, discuss ethical and logistical challenges to dual neuropsychiatric treatment with a single device, and demonstrate the promise and pitfalls of this approach through discussion of the first-in-human closed-looped responsive neurostimulator (RNS) implanted to treat both DRE (on-label) and OCD (off-label).

Recent findings: We report the first implantation of an intracranial closed-loop neurostimulation device (the RNS system) with the primary goal of treating DRE and a secondary exploratory goal of managing treatment-refractory OCD. The RNS system detects electrophysiologic activity and delivers electrical stimulation through 1 or 2 electrodes implanted into a patient's seizure-onset zones (SOZs). In this case report, we describe a patient with treatment-refractory epilepsy and OCD where the first lead was implanted in the right superior temporal gyrus to target the most active SOZ based on stereotactic EEG (sEEG) recordings and semiology. The second lead was implanted to target the right anterior peri-insular region (a secondary SOZ on sEEG) with the distal-most contacts in the right nucleus accumbens, a putative target for OCD neurostimulation treatment. The RNS system was programmed to detect and record the unique electrophysiologic signature of both the patient's seizures and compulsions and then deliver tailored electrical pulses to disrupt the pathologic circuitry.

Summary: Dual treatment of refractory focal epilepsy and OCD with an intracranial closed-loop neurostimulation device is feasible, safe, and potentially effective. However, there are logistical challenges and ethical considerations to this novel approach to treatment, which require complex care coordination by a large multidisciplinary team.

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来源期刊
Neurology. Clinical practice
Neurology. Clinical practice CLINICAL NEUROLOGY-
CiteScore
4.00
自引率
0.00%
发文量
77
期刊介绍: Neurology® Genetics is an online open access journal publishing peer-reviewed reports in the field of neurogenetics. The journal publishes original articles in all areas of neurogenetics including rare and common genetic variations, genotype-phenotype correlations, outlier phenotypes as a result of mutations in known disease genes, and genetic variations with a putative link to diseases. Articles include studies reporting on genetic disease risk, pharmacogenomics, and results of gene-based clinical trials (viral, ASO, etc.). Genetically engineered model systems are not a primary focus of Neurology® Genetics, but studies using model systems for treatment trials, including well-powered studies reporting negative results, are welcome.
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