Khalifa Najat R, Gibbon Simon, Völlm Birgit A, Cheung Natalie H-Y, McCarthy Lucy
Department of Psychiatry, Queen's University, Kingston, Canada.
Arnold Lodge, Nottinghamshire Healthcare NHS Foundation Trust, Leicester, UK.
Cochrane Database Syst Rev. 2020 Sep 3;9(9):CD007667. doi: 10.1002/14651858.CD007667.pub3.
Antisocial personality disorder (AsPD) is associated with rule-breaking, criminality, substance use, unemployment, relationship difficulties, and premature death. Certain types of medication (drugs) may help people with AsPD. This review updates a previous Cochrane review, published in 2010.
To assess the benefits and adverse effects of pharmacological interventions for adults with AsPD.
We searched CENTRAL, MEDLINE, Embase, 13 other databases and two trials registers up to 5 September 2019. We also checked reference lists and contacted study authors to identify studies.
Randomised controlled trials in which adults (age 18 years and over) with a diagnosis of AsPD or dissocial personality disorder were allocated to a pharmacological intervention or placebo control condition.
Four authors independently selected studies and extracted data. We assessed risk of bias and created 'Summary of findings tables' and assessed the certainty of the evidence using the GRADE framework. The primary outcomes were: aggression; reconviction; global state/global functioning; social functioning; and adverse events.
We included 11 studies (three new to this update), involving 416 participants with AsPD. Most studies (10/11) were conducted in North America. Seven studies were conducted exclusively in an outpatient setting, one in an inpatient setting, and one in prison; two studies used multiple settings. The average age of participants ranged from 28.6 years to 45.1 years (overall mean age 39.6 years). Participants were predominantly (90%) male. Study duration ranged from 6 to 24 weeks, with no follow-up period. Data were available from only four studies involving 274 participants with AsPD. All the available data came from unreplicated, single reports, and did not allow independent statistical analysis to be conducted. Many review findings were limited to descriptive summaries based on analyses carried out and reported by the trial investigators. No study set out to recruit participants on the basis of having AsPD; many participants presented primarily with substance abuse problems. The studies reported on four primary outcomes and six secondary outcomes. Primary outcomes were aggression (six studies) global/state functioning (three studies), social functioning (one study), and adverse events (seven studies). Secondary outcomes were leaving the study early (eight studies), substance misuse (five studies), employment status (one study), impulsivity (one study), anger (three studies), and mental state (three studies). No study reported data on the primary outcome of reconviction or the secondary outcomes of quality of life, engagement with services, satisfaction with treatment, housing/accommodation status, economic outcomes or prison/service outcomes. Eleven different drugs were compared with placebo, but data for AsPD participants were only available for five comparisons. Three classes of drug were represented: antiepileptic; antidepressant; and dopamine agonist (anti-Parkinsonian) drugs. We considered selection bias to be unclear in 8/11 studies, attrition bias to be high in 7/11 studies, and performance bias to be low in 7/11 studies. Using GRADE, we rated the certainty of evidence for each outcome in this review as very low, meaning that we have very little confidence in the effect estimates reported. Phenytoin (antiepileptic) versus placebo One study (60 participants) reported very low-certainty evidence that phenytoin (300 mg/day), compared to placebo, may reduce the mean frequency of aggressive acts per week (phenytoin mean = 0.33, no standard deviation (SD) reported; placebo mean = 0.51, no SD reported) in male prisoners with aggression (skewed data) at endpoint (six weeks). The same study (60 participants) reported no evidence of difference between phenytoin and placebo in the number of participants reporting the adverse event of nausea during week one (odds ratio (OR) 1.00, 95% confidence interval (CI) 0.06 to 16.76; very low-certainty evidence). The study authors also reported that no important side effects were detectable via blood cell counts or liver enzyme tests (very low-certainty evidence). The study did not measure reconviction, global/state functioning or social functioning. Desipramine (antidepressant) versus placebo One study (29 participants) reported no evidence of a difference between desipramine (250 to 300 mg/day) and placebo on mean social functioning scores (desipramine = 0.19; placebo = 0.21), assessed with the family-social domain of the Addiction Severity Index (scores range from zero to one, with higher values indicating worse social functioning), at endpoint (12 weeks) (very low-certainty evidence). Neither of the studies included in this comparison measured the other primary outcomes: aggression; reconviction; global/state functioning; or adverse events. Nortriptyline (antidepressant) versus placebo One study (20 participants) reported no evidence of a difference between nortriptyline (25 to 75 mg/day) and placebo on mean global state/functioning scores (nortriptyline = 0.3; placebo = 0.7), assessed with the Symptom Check List-90 (SCL-90) Global Severity Index (GSI; mean of subscale scores, ranging from zero to four, with higher scores indicating greater severity of symptoms), at endpoint (six months) in men with alcohol dependency (very low-certainty evidence). The study measured side effects but did not report data on adverse events for the AsPD subgroup. The study did not measure aggression, reconviction or social functioning. Bromocriptine (dopamine agonist) versus placebo One study (18 participants) reported no evidence of difference between bromocriptine (15 mg/day) and placebo on mean global state/functioning scores (bromocriptine = 0.4; placebo = 0.7), measured with the GSI of the SCL-90 at endpoint (six months) (very low-certainty evidence). The study did not provide data on adverse effects, but reported that 12 patients randomised to the bromocriptine group experienced severe side effects, five of whom dropped out of the study in the first two days due to nausea and severe flu-like symptoms (very low-certainty evidence). The study did not measure aggression, reconviction and social functioning. Amantadine (dopamine agonist) versus placebo The study in this comparison did not measure any of the primary outcomes.
AUTHORS' CONCLUSIONS: The evidence summarised in this review is insufficient to draw any conclusion about the use of pharmacological interventions in the treatment of antisocial personality disorder. The evidence comes from single, unreplicated studies of mostly older medications. The studies also have methodological issues that severely limit the confidence we can draw from their results. Future studies should recruit participants on the basis of having AsPD, and use relevant outcome measures, including reconviction.
反社会型人格障碍(AsPD)与违规、犯罪、药物使用、失业、人际关系困难及过早死亡有关。某些类型的药物可能对AsPD患者有帮助。本综述更新了2010年发表的一篇Cochrane综述。
评估药物干预对成年AsPD患者的益处和不良反应。
我们检索了截至2019年9月5日的Cochrane中心对照试验注册库(CENTRAL)、医学期刊数据库(MEDLINE)、荷兰医学文摘数据库(Embase)、其他13个数据库以及两个试验注册库。我们还查阅了参考文献列表并联系了研究作者以识别研究。
随机对照试验,其中诊断为AsPD或反社会人格障碍的成年人(18岁及以上)被分配到药物干预或安慰剂对照组。
四位作者独立选择研究并提取数据。我们评估了偏倚风险,创建了“结果总结表”,并使用GRADE框架评估了证据的确定性。主要结局包括:攻击行为;再次定罪;整体状态/整体功能;社会功能;以及不良事件。
我们纳入了11项研究(本次更新新增3项),涉及416名AsPD患者。大多数研究(10/11)在北美进行。7项研究仅在门诊环境中进行,1项在住院环境中进行,1项在监狱中进行;2项研究使用了多种环境。参与者的平均年龄在28.6岁至45.1岁之间(总体平均年龄39.6岁)。参与者主要为男性(90%)。研究持续时间为6至24周,无随访期。仅有4项涉及274名AsPD患者的研究提供了数据。所有可用数据均来自未重复的单篇报告,无法进行独立的统计分析。许多综述结果仅限于基于试验研究者进行和报告的分析得出的描述性总结。没有研究基于患有AsPD来招募参与者;许多参与者主要存在药物滥用问题。这些研究报告了4项主要结局和6项次要结局。主要结局包括攻击行为(6项研究)、整体/状态功能(3项研究)、社会功能(1项研究)和不良事件(7项研究)。次要结局包括提前退出研究(8项研究)、药物滥用(5项研究)、就业状况(1项研究)、冲动性(1项研究)、愤怒(3项研究)和精神状态(3项研究)。没有研究报告关于再次定罪这一主要结局或生活质量、服务参与度、治疗满意度、住房/住宿状况、经济结局或监狱/服务结局这些次要结局的数据。11种不同药物与安慰剂进行了比较,但AsPD参与者的数据仅可用于5项比较。涉及三类药物:抗癫痫药;抗抑郁药;以及多巴胺激动剂(抗帕金森病)药物。我们认为11项研究中有8项的选择偏倚不明确,11项研究中有7项的失访偏倚较高,11项研究中有7项的实施偏倚较低。使用GRADE,我们将本综述中每个结局的证据确定性评为极低,这意味着我们对所报告的效应估计几乎没有信心。
苯妥英(抗癫痫药)与安慰剂
一项研究(60名参与者)报告了极低确定性的证据,表明在终点(6周)时,与安慰剂相比,苯妥英(300毫克/天)可能会降低有攻击行为的男性囚犯(数据呈偏态分布)每周攻击行为的平均频率(苯妥英平均值 = 0.33,未报告标准差(SD);安慰剂平均值 = 0.51,未报告SD)。同一研究(60名参与者)报告称,在第1周报告恶心这一不良事件的参与者数量方面,苯妥英与安慰剂之间没有差异的证据(优势比(OR)1.00,95%置信区间(CI)0.06至16.76;极低确定性证据)。研究作者还报告称,通过血细胞计数或肝酶测试未检测到重要的副作用(极低确定性证据)。该研究未测量再次定罪、整体/状态功能或社会功能。
地昔帕明(抗抑郁药)与安慰剂
一项研究(29名参与者)报告称,在终点(12周)时,用地昔帕明(250至300毫克/天)与安慰剂相比,在使用成瘾严重程度指数的家庭 - 社会领域评估的平均社会功能得分方面没有差异的证据(地昔帕明 = 0.19;安慰剂 = 0.21)(得分范围从零到一,值越高表明社会功能越差)(极低确定性证据)。该比较中的两项研究均未测量其他主要结局:攻击行为;再次定罪;整体/状态功能;或不良事件。
去甲替林(抗抑郁药)与安慰剂
一项研究(20名参与者)报告称,在终点(6个月)时,对于有酒精依赖的男性,用去甲替林(25至75毫克/天)与安慰剂相比,在使用症状自评量表9(SCL - 90)的全球严重程度指数(GSI;子量表得分的平均值,范围从零到四,得分越高表明症状越严重)评估的平均整体状态/功能得分方面没有差异的证据(去甲替林 = 0.3;安慰剂 = 0.7)(极低确定性证据)。该研究测量了副作用,但未报告AsPD亚组的不良事件数据。该研究未测量攻击行为、再次定罪或社会功能。
溴隐亭(多巴胺激动剂)与安慰剂
一项研究(18名参与者)报告称,在终点(6个月)时,用溴隐亭(15毫克/天)与安慰剂相比,在使用SCL - 90的GSI测量的平均整体状态/功能得分方面没有差异的证据(溴隐亭 = 0.4;安慰剂 = 0.7)(极低确定性证据)。该研究未提供不良反应数据,但报告称随机分配到溴隐亭组的12名患者出现了严重副作用,其中5人在头两天因恶心和严重的流感样症状退出了研究(极低确定性证据)。该研究未测量攻击行为、再次定罪和社会功能。
金刚烷胺(多巴胺激动剂)与安慰剂
该比较中的研究未测量任何主要结局。
本综述总结的证据不足以就药物干预在反社会型人格障碍治疗中的应用得出任何结论。证据来自大多是较老药物的单一、未重复研究。这些研究也存在方法学问题,严重限制了我们从其结果中得出的信心。未来的研究应以患有AsPD为基础招募参与者,并使用相关的结局指标,包括再次定罪。