中国科技论文统计源期刊 中文核心期刊  
美国《化学文摘》《国际药学文摘》
《乌利希期刊指南》
WHO《西太平洋地区医学索引》来源期刊  
日本科学技术振兴机构数据库(JST)
第七届湖北十大名刊提名奖  
医药导报, 2017, 36(10): 1143-1147
doi: 10.3870/j.issn.1004-0781.2017.10.013
精神疾病治疗进展(三):失眠*
Therapeutic Progress of Mental Diseases (Third): Insomnia
周祁惠, 郑国庆, 林燕

摘要:

失眠是临床最常见的睡眠障碍类型,长期失眠可严重影响工作和生活,目前失眠的发病率呈逐年上升的趋势。该文总结失眠的治疗进展,包括非药物治疗和药物治疗,非药物治疗主要包括失眠认知行为治疗和物理治疗;药物治疗主要包括苯二氮类受体激动剂(苯二氮类和非苯二氮类)、褪黑素及褪黑素受体激动剂、具有镇静作用的抗抑郁症药物、某些抗精神病药、有中枢抑制作用的抗组胺药物、中药等,以期为临床应用提供借鉴。

关键词: 苯二氮类 ; 失眠 ; 认知行为疗法

Abstract:

Insomnia is the most common type of sleep disorder in the clinic.Long-term insomnia seriously affects people's work and life, and the incidence of insomnia is increasing year by year.In order to provide reference for the clinic, this paper summarizes the current advances in the treatment of insomnia, including pharmacotherapy and non-pharmacotherapy.Non-pharmacotherapy includes cognitive behavioral therapy and physical therapy.Pharmacotherapy includes benzodiazepine receptor agonists, including benzodiazepine and non-benzodiazepine hypnotics, melatonin and melatonin receptor agonists, antidepressant drugs with sedative effects, antipsychotic drugs, antihistamines that have central inhibitory effects, Chinese medicine.

Key words: Benzodiazepines ; Insomnia ; Cognitive behavioral therapy

失眠是临床最常见的睡眠障碍类型,通常指患者对睡眠时间和(或)质量不满足并影响日间社会功能的一种主观体验。失眠表现为入睡困难(入睡时间超过30 min)、睡眠维持障碍(整夜觉醒次数≥2次)、早醒、睡眠质量下降和总睡眠时间减少(通常少于6 h),同时伴有日间功能障碍。睡眠是人们生活中不可或缺的重要生理现象,人的一生有约三分之一的时间用于睡眠,从而保证机体各种生理功能的正常与稳定[1]。失眠会影响人们的身心健康、脑思维、记忆、创新性功能和社会活动功能,长期失眠对于正常生活和工作会产生严重的负面影响,甚至会导致恶性意外事故的发生。随着社会发展,竞争不断加剧,生活方式改变,人们生存压力逐渐加大,不规律的生活习惯,睡眠时间的不足,致使失眠障碍的发病率呈逐年上升的趋势,引起国内外医学界的重视。一项来自美国的调查研究显示:有30%~50%成人存在失眠障碍的一个或全部临床表现,12%~20%成人已达到失眠障碍的诊断标准[2]。据2002年全球10个国家失眠流行病学问卷调查结果显示,有45.4%人在过去1个月中曾经历过不同程度的失眠障碍[3]。另一项研究显示,我国约有3亿成年人患失眠,严重影响其身心健康及生活质量。故寻求安全有效而且不良作用少的治疗失眠方法,探索药物治疗失眠的发病机制,已成为医学界急需解决的棘手问题之一[4]

1 失眠的分类

失眠以往多按照病因划分,分为原发性和继发性失眠,原发性失眠指没有明确病因,或在排除可能引起失眠的病因后仍遗留失眠症状。继发性失眠包括由于躯体疾病、精神障碍、药物滥用等引起的失眠,以及与睡眠呼吸紊乱、睡眠运动障碍等相关的失眠。但最新的《美国睡眠障碍国际分类》第3版中将失眠分为短期失眠障碍(病程<3个月)和慢性失眠障碍(病程>3个月),原发性失眠和继发性失眠的界限逐渐模糊[5]

2 失眠的诊断

失眠的诊断可依据世界卫生组织(WHO)制定的《疾病和有关健康问题的国际统计分类》(International Classification of Diseases,ICD)第10版[6],或美国精神病学会(American Psychological Association,APA)在2013年制定的美国《精神疾病的诊断和统计手册》(Diagnostic and Statistical Manual of Mental Disorders,DSM)第5版[7],以及在2014年由美国睡眠学会(American Academy of Sleep Medicine,AASM)发布的睡眠障碍国际分类(International Classification of Sleep Disorders,ICSD)第3版[5]。根据最新发布的ICSD-3失眠诊断标准,短期失眠障碍和慢性失眠障碍都需满足以下条件,①有以下一种或多种症状:入睡困难;难以维持睡眠;早醒;不在规定时间入睡;在父母或照料者督促下才能入睡;②疲劳或不适感;注意力或记忆受损表现;社会行为受损;情绪障碍,易怒;白天嗜睡;行为问题(易激惹,冲动,多动);职业困倦或精力减退;容易犯错或发生事故;过度关注睡眠满意度;③不是因缺乏睡眠时间和环境原因所致的失眠。其中短期失眠障碍另须满足:持续少于3个月;不能被其他睡眠障碍疾病解释。慢性失眠障碍另须满足:1周至少出现3次;至少持续3个月;不能被其他睡眠障碍疾病解释[5]

3 失眠的治疗

失眠患者治疗主要包括非药物治疗和药物治疗。非药物治疗,包括失眠认知行为治疗,如睡眠卫生教育、松弛疗法、刺激控制疗法、睡眠限制疗法、认知行为疗法等;物理治疗,如生物反馈、超声波、电音乐、紫外线、激光等。药物治疗,包括苯二氮类受体激动药(包括苯二氮类和非苯二氮类)、褪黑素或褪黑素受体激动剂、具有镇静作用的抗抑郁症药物、某些抗精神病药、有中枢抑制作用的抗组胺药物(如苯海拉明)、中药等。药物治疗的原则应按照按需、间断和足量的原则,从小剂量开始,遵从个体化治疗,逐渐减药,维持有效的最低剂量。

3.1 失眠的认知行为治疗

2016年5月美国医师协会发布的《成人慢性失眠障碍管理指南》,推荐所有患者均应接受失眠认知行为治疗(cognitive behavioral therapy,CBT)作为初始治疗(强烈推荐,中等质量证据);对于单独使用失眠认知行为治疗无效的慢性失眠成年患者,再由临床医生及患者共同商讨决定是否采用药物治疗[8]。失眠的认知行为治疗是以改变患者对睡眠的错误观念和态度,从而改善其睡眠状况为目标,失眠认知行为治疗被证明是有效的,且持续性较长[9-10],尽管当前证据不足以显示行为干预相关的危害,但一般认为这些危害的程度极其轻微。失眠认知行为治疗包括多个组分,如睡眠卫生教育、睡眠限制疗法、刺激控制疗法、放松疗法和认知治疗。临床医师可采用多种实施形式,如个人或团体治疗,电话或网络形式。大部分研究聚焦于个人的失眠认知行为治疗,但数据显示其他形式的认知行为治疗同样有效[11-12]

3.1.1 睡眠卫生教育 大部分失眠患者都存在不良的睡眠习惯,使正常的睡眠模式被破坏,从而导致失眠。睡眠卫生教育是希望通过改变患者的生活方式和生活环境,减少干扰睡眠的因素,从而提高睡眠的质量和延长睡眠时间。帮助失眠患者认识到不良睡眠习惯的危害,这在治疗失眠的过程中很重要,可以在一定程度上改善睡眠状况。睡眠卫生教育内容包括:①睡前(一般是16:00以后)避免使用兴奋性的物质(例如咖啡、浓茶或吸烟等);②睡前不要饮酒,乙醇可以使大脑兴奋,导致早醒; ③睡前应避免高强度的锻炼; ④睡前不要进食过饱或大量饮水,避免夜尿过多;⑤睡前至少1 h不做容易引起兴奋的事情(如看书、观看视频或进行某些脑力劳动) ;⑥卧室的环境要有利于睡眠,如适宜的温度,光线和声音;⑦遵循规律的作息时间等[13]

3.1.2 睡眠限制疗法 睡眠限制疗法最初是由Spielman开发,主要用于维持睡眠困难及入睡困难的人群[14]。失眠患者总是担心自己无法入睡,会花大量时间卧床调整最舒服的睡姿,但常常事与愿违。睡眠限制疗法是现代CBT的核心要素,通过减少躺在床上的非睡眠时间,减少条件性失眠来提高睡眠效率(即实际睡眠时间/卧床时间×100%)[15]。最大限度减少实际卧床时间,使睡眠能集中于一天中特定的时间段,把床(卧室)和睡眠联系在一起,增加入睡的驱动能力以建立持久的睡眠-觉醒时相。

3.1.3 刺激控制疗法 Bootzin最初设计提出一系列刺激控制指导程序用于失眠的治疗。刺激控制疗法是基于操作性条件反射的假设上,认为失眠是外部环境(床及卧室)、刺激(上床时间)和睡眠不协调的行为(进行非睡眠的床上活动)的适应不良的条件反射的结果,因此,刺激控制疗法旨在重新建立床/卧室与睡眠的条件反射,去除失眠与床/卧室的条件反射和非睡眠行为与失眠的条件反射[16]。其主要适合人群为主诉有入睡困难或维持睡眠困难的人群。刺激控制疗法的具体内容主要包括:①有困倦感时才可上床睡觉; ②在一段时间内(一般为20 min)仍不能入睡则离开睡床,做一些简单的活动,直至再次有睡意后方可回到床上; ③在卧室和床上不能进行睡觉和性生活以外的任何活动;④早上固定时间起床,不管昨日睡眠时间长短; ⑤白天不宜睡眠过长;⑥不可经常看时钟。

3.1.4 放松疗法 大多数失眠患者都有紧张、焦虑情绪的因素存在,是失眠的诱因,放松疗法可使患者有意识地放松身心,缓解上述因素带来不良效应。放松疗法的目的是减少患者的焦虑情绪,降低患者全身肌肉的紧张度,对因紧张刺激而紊乱的睡眠模式进行调试。尤其适用于入睡时伴随各种躯体不适如头痛、反酸的患者。放松疗法包含多种形式,主要有:渐进式肌肉放松法、生物反馈、意象联想、冥想等。它对慢性失眠和慢性疼痛等多种疾病都有较好的疗效。其主旨包括以下两条:①将注意力反复、持久地集中于一个特定的专注对象; ②对闯入性思想不予理会,仍集中注意力。目前大部分放松疗法都有辅助的指导语或步骤,患者可以通过聆听指导语和相应的音乐完成,实施比较方便。

3.1.5 认知疗法 认知疗法的主要目标是改变失眠患者对失眠的认知偏差,纠正患者对失眠的习惯性错误认知,改变患者对睡眠问题的非理性的信念和态度。认知治疗旨在帮助患者建立有效地,能自主面对睡眠问题的信心。具体内容包括:①对睡眠错误认知进行量化评定;②发现患者对失眠成因的错误认知与观念;③用正确合理的观念取代患者的错误观念。一项随机对照研究发现认知疗法不但可以降低患者对镇静催眠药的生理依赖性和心理依赖性,还可减轻患者对失眠治疗的心理负担,提高治愈率[15]

3.2 药物治疗

3.2.1 苯二氮类 该类药物属于传统的促眠药物,通过阻断边缘系统向脑干网状结构的冲动传导,减少经丘脑向大脑皮质传递的兴奋性冲动,从而改善睡眠,也有一定的抗焦虑、抗抑郁作用。按照各药物作用持续时间的长短,苯二氮类可分为短、中、长效三种类型。目前常用有短效类如三唑仑、咪达唑仑,半衰期2~10 h,作用迅速而短暂,一般无延续反应,此类药物易形成依赖,撤药后容易产生反跳性失眠;中效类如艾司唑仑、阿普唑仑、劳拉西泮、替马西泮,半衰期10~20 h,主要用于易醒、睡眠较浅的患者;长效类如地西泮、 硝西泮、氯硝西泮、氟硝西泮、氟西泮,平均半衰期>30 h,治疗时间长,作用缓慢,因此容易有蓄积作用和延续反应,容易抑制呼吸。苯二氮 类药物可以延长浅睡眠的时间,但对深睡眠改善不明显。因此,该类药物虽能使患者易于入睡,但醒后容易产生乏力感,该类药物不良反应包括宿醉效应,日间困倦、头晕、呼吸抑制、遗忘、成瘾及撤药后的戒断症状等[17-18],老年患者使用时要注意药物的肌松作用和跌倒风险,苯二氮类药物禁用于妊娠、哺乳期、肝肾功能异常、阻塞性睡眠呼吸暂停综合征的患者及重度通气功能不全者。

3.2.2 非苯二氮类 这类药物能选择性地结合GABA受体,因此不良反应较苯二氮类小,从20世纪80年代开始陆续在国外上市。主要包括唑吡坦(zolpidem)、佐匹克隆(zopiclone)、右佐匹克隆(eszopiclone )、扎来普隆( zaleplon) 等。 其特征为起效快,半衰期短,平均1.5~4.5 h,增加深睡眠、几乎无宿醉感,尤其适用于主诉为入睡困难的患者。①唑吡坦:该药于2000年在澳大利亚上市,属咪唑基吡啶类药物,该药物选择性地与中枢神经系统的ω1-受体亚型结合,使细胞膜的超极化后抑制神经元冲动释放,从而缩短入睡时间,延长睡眠时间[19]。该药安全性相对较高,不良反应少,其口服生物利用度为70%,可在0.5~3 h内迅速达到血药浓度峰值,主要在肝脏进行首关代谢,无肝脏酶诱导作用。不良反应主要表现为头痛、嗜睡、恶心和乏力等,2007年,澳大利亚媒体注意到与使用唑吡坦相关的异睡症、健忘症、幻觉和自杀等不良事件之后[20-21],唑吡坦处方信息中增加以下黑框警告的内容:“唑吡坦可能与潜在危险的复杂性睡眠相关行为相关,其中包括梦游、梦驾和其他古怪行为。唑吡坦不能与乙醇同时使用,慎与其他中枢神经系统抑制药物同时使用。该药最长使用4周,期间应对患者进行密切监测。”本品无明显戒断反应和撤药后反跳反应,对慢性失眠及脑卒中、抑郁症、精神分裂症等所致的失眠均有较显著疗效,间断性给药可以获得与连续给药相似的疗效[22],所以临床上可以按需给药,主要用于改善起始睡眠和维持睡眠质量(夜间觉醒次数多或觉醒过早)。②佐匹克隆和右佐匹克隆:此类药物属环吡咯酮类化合物,有一定的镇静和肌肉松弛作用,口服生物利用度接近80%,吸收迅速,半衰期较长,大剂量长期使用后突然停药容易产生戒断症状。对于18~64岁患者,右佐匹克隆推荐剂量为2或3 mg·d-1(起始剂量2 mg·d-1)。超过65岁老年患者,或伴有肝肾功能不全的患者或合并服用可能抑制CYP3A4活性药物的患者,起始剂量可以降低至1 mg·d-1,根据临床状况可酌情增加至2 mg·d-1。常见不良反应为头痛和苦味[23]。少数患者可出现轻度记忆损害。孕妇和哺乳期妇女慎用。酒精会增强睡眠的程度从而导致头晕,因此使用该药时建议禁酒。③扎来普隆:1999年被FDA批准可短期用于治疗失眠,属吡唑并嘧啶类化合物,起效快,1 h可达到峰值,半衰期约1 h,主要用于入睡困难者,可用于成年人及老年人的失眠,能有效缩短入睡时间,可在睡前服用,治疗时间7~10 d,65岁以下成年人每次可服用10 mg,老年人减量,每次5 mg。肝肾功能不全者、孕妇慎用。头痛、眩晕、嗜睡是扎来普隆的常见不良反应,并且不良反应与药物剂量有关[24]

3.2.3 褪黑素及褪黑素受体激动剂类药物 褪黑素是由哺乳动物松果体产生的一种神经内分泌激素,具有消除自由基、抗氧化、调节免疫的功能,也具有调节睡眠觉醒周期,改善睡眠的作用。褪黑素受体激动剂类药物主要通过激动褪黑素1、褪黑素2受体发挥镇静催眠作用。褪黑素受体激动剂主要包括雷美替胺(ramelteon) 、阿戈美拉汀(agomelatine) 、特斯美尔通(tasimelteon)等。雷美替胺对成人及老年人慢性失眠均有较好的疗效[25-26]。褪黑素的分泌具有昼夜节律性,一般21:00—22:00为其分泌高峰期,因此建议失眠患者在睡前1~2 h服药。推荐剂量为每次服用褪黑素0.5~5.0 mg。

3.2.4 镇静类抗抑郁症药 阿米替林属临床常用的三环类抗抑郁症药,失眠患者可伴有抑郁症状,因此该药可在抗抑郁作用的同时也发挥较强的镇静作用,不良反应包括口干、嗜睡、心悸、便秘、直立性低血压、排尿困难等,老年人及心功能不全的患者需慎用。

曲唑酮属于四环类抗抑郁症药。除有抗抑郁作用外,并有显著镇静作用,可缩短睡眠潜伏期,增加深睡眠时间,从而改善睡眠。该药半衰期短,宿醉反应较少[27]。曲唑酮起效快,空腹服药后1 h血药浓度达峰值。其不良反应较多,尤其是直立性低血压,跌倒和骨折的风险增加,因此老年人使用时需慎重。

3.2.5 抗精神病药 抗精神病药也可用于治疗失眠,如喹硫平、奥氮平和利培酮等,但这些药物不良反应较多,如体质量增加、心肌代谢效应等,除非失眠患者表现有严重的精神障碍,否则不推荐其用于常规治疗失眠。

3.2.6 抗组胺药 如苯海拉明,作用于H1受体,有中枢抑制作用,可使患者快速入睡,但不能延长睡眠时间。因为有抗胆碱能作用,因此会引起口干、便秘、尿潴留、认知功能障碍等不良反应。老年人和闭角型青光眼的患者应尽量避免使用。

3.2.7 中医药 中医治疗失眠通常以“整体观念,辨证论治”作为指导思想,对失眠进行辨证分型,采用不同的方药治疗,充分体现中药个体化治疗的特点。许多传统中药都可用于治疗失眠,如酸枣仁汤[28]等。

3.3 合理用药

对慢性失眠患者的药物选用,宜选择唑吡坦、右佐匹克隆、扎来普隆;对入睡困难的患者可选用唑吡坦、艾司唑仑或扎来普隆;对于伴有焦虑、维持睡眠障碍,如夜间多次觉醒或早醒的患者可选用唑吡坦或氟西泮等;对于伴有抑郁症状的失眠患者,在抗失眠药物使用无效时可联合抗抑郁症药阿米替林或多塞平等治疗;对常用安眠药无效的失眠患者可选用抗组胺药如苯海拉明;对于苯二氮类滥用的相关性失眠,在严密监测下可使用小剂量氯氮平治疗[13,29]

3.4 特殊人群用药

苯二氮类药物可被认为会增加胎儿畸形率,针对特殊人群失眠患者,首先选用非药物治疗,仍无效时,可综合考虑利弊后谨慎短期服用苯海拉明、唑吡坦或扎来普隆;妊娠期失眠患者容易伴发焦虑或抑郁,严重时可选择联合阿米替林或曲唑酮等治疗,镇静催眠药物会进入胎盘、并影响乳汁分泌,因此,妊娠期妇女服用时应该严格把握用药指征[13,30]。对儿童及青少年,由于对苯二氮类敏感,容易持续抑制中枢神经系统,需慎用;老年人在非药物治疗无效时,可使用唑吡坦、扎来普隆、右佐匹克隆、褪黑素受体激动剂等药物,但使用时需减量(从减半剂量开始),短期应用或间歇性给药,并严格监测其不良反应,当合并有肝肾功能不全时,剂量应减半[31-32]

The authors have declared that no competing interests exist.

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[19] KRYSTAL A D,ERMAN M,ZAMMIT G K,et al.Long-term efficacy and safety of zolpidem extended-release 12.5 mg,administered 3 to 7 nights per week for 24 weeks,in patients with chronic primary insomnia:a 6-month,randomized,double-blind,placebo-controlled, parallel-group,multicenter study[J].Sleep,2008,31(1) :79-90.
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[20] National Institutes of Hational.Institutes of health state of the science conference statement on manifestations and management of chronic insomnia in adults,June 13-15,2005[J].Sleep,2005,28(9) :1049-1057.
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[21] GANZONI E,SANTONI J P,CHEVILLARD V,et al.Zolpi-dem in insomnia:a 3-year post-marketing surveillance study in Switzerland[J].J Int Med Res,1995,23(1) :61-73
A multicentre post-marketing surveillance study was conducted in Switzerland in routine practice and involved 1972 insomniac patients treated with zolpidem, an imidazopyridine hypnotic agent. The patients were representative of the general insomniac population (65% women; mean age 55 years; 29% over 65). Of the patients, 87% were treated with a zolpidem dosage of 10 mg/day and the median treatment duration was 30 days. All adverse events were collected through spontaneous reporting. A total of 175 patients (8.9%) reported 343 adverse events, and 102 (5.2%) of them discontinued treatment. CNS (central nervous system)-related adverse events accounted for 66% of the total, the most common events being residual daytime sedation and insufficient efficacy in 3.7% and 1.6%, respectively; confusion, disorientation, nervousness, nightmares, amnesia, impaired concentration and anxiety were observed in a lower proportion. Gastro-intestinal symptoms, headache and skin reactions were the most frequent non-CNS related effects. No serious adverse event was reported and no new risk factors or at-risk populations were identified. The safety profile of zolpidem is thus consistent with its known pharmacological properties, the results of previous clinical trials, and the cumulative international experience gained with this short-acting hypnotic drug.
DOI:10.1177/030006059502300108      PMID:7774760      URL    
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[22] HAJAK G,BANDELOW B,ZULLEY J,et al.“As needed”pharmacotherapy combined with stimulus control treatment in chronic insomnia——assessment of a novel intervention strategy in a primary care setting[J].Ann Clin Psychiatry,2002,14(1):1-7.
Discontinuous, nonnightly hypnotic therapy in the treatment of chronic insomnia is likely to offer benefits such as maintained efficacy while preventing unnecessary long-term nightly use associated with the risk of tolerance and dependence. Based on the favorable results seen in four zolpidem studies using increasing degrees of flexibility in drug intake schedule, we developed the concept further and investigated “as needed” zolpidem pharmacotherapy amended by the optional use of stimulus control in conditions close to the “real life” practice. In a prospective, observational open study in 550 primary care settings throughout Germany, 2690 patients with chronic insomnia (mean age 59 years, 66% female, 50% with pharmacotherapy pretreatment) were treated with zolpidem according to an “as-needed” (pro re nata) administration treatment schedule (up to five tablets per week, intake nights chosen by the patient), amended by the optional use of behavioral therapy (stimulus control) during drug-free nights. After the three weeks' treatment period, in two thirds of patients (63%) the weekly number of tablets used was reduced in contrast to baseline. The average zolpidem tablet number taken decreased by 28% (from 3.7 to 2.6 per week; p < 0.00001) without any significant impact on the treatment efficacy assessed through the CGI. The subjective latency to sleep onset was reduced from a mean of 74 27 min ( p < 0.00001) and total sleep time increased from 5.0 to 6.8 h ( p < 0.00001). Efficacy of treatment was rated as very good or good in 93% by the investigators. Adverse events were observed only in 1.2% of patients and were generally of mild nature. No serious adverse event occurred. These results underline the validity of the zolpidem “as needed” treatment concept. It is feasible in a safe and effective manner also in a primary care setting and can be amended by stimulus control. Further research is warranted on the contributions of both treatment components to effectiveness and on the efficacy and safety issues of long-term use.
DOI:10.1023/A:1015274625699      PMID:12046635      URL    
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[23] 余银亮,阮召锐,陈明,.右佐匹克隆治疗失眠症疗效分析与评价[J].临床合理用药杂志,2011,4(9C) :37.
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[24] EBBENS M M,VERSTERJ C.Clinical evaluation of zaleplon in the treatment[J].Nat Sci Sleep,2010,6(17) :115-126.
Zaleplon is a pyrazolopyrimidine hypnotic used for the treatment of insomnia. Zaleplon binds preferentially at the 伪1尾2纬2 subunit of gamma aminobutyric acid type A (GABAA) receptors in the central nervous system, and has a half-life of about one hour. Efficacy studies show that zaleplon is a suitable hypnotic for sleep initiation purposes. However, because of its short half-life, zaleplon is less effective in sleep maintenance when compared with other hypnotics. Nevertheless, zaleplon does increase total sleep time. No rebound effects are observed after treatment discontinuation. The use of zaleplon is relatively safe. Adverse effects are mild and of short duration. No important interactions have been reported, and there is no evidence of abuse potential. Relative to benzodiazepine hypnotics, the biggest advantage of zaleplon is that current evidence suggests it does not produce residual next-day effects. As early as four hours after intake of zaleplon, no effects on cognitive, memory, psychomotor performance, and the ability to drive a car have been reported. Future studies should confirm these findings, and comparisons with new nonbenzodiazepine hypnotics should determine the importance of zaleplon in the future treatment of insomnia.
PMID:3630939      URL    
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[25] GOONERATNE N S,GEHRMAN P,GURUBHAGAVATU-LA I,et al.Effectiveness of ramelteon for insomnia symptoms in older adults with obstructive sleep apnea: a randomized placebo-controlled pilot study[J].J Clin Sleep Med,2010,6(6):572-580.
To evaluate the effectiveness of ramelteon, a melatonin receptor agonist, for the treatment of insomnia in older adults starting auto-titrating positive airway pressure (APAP) therapy for sleep apnea.A parallel group, randomized, double-blind, placebo-controlled pilot effectiveness clinical trial. The study enrolled 21 research study participants who were ≥ 60 years old and had obstructive sleep apnea, defined by an apnea-hypopnea index (AHI) ≥ 5 events/h, with complaints of insomnia. The primary outcome measure was change in sleep onset latency determined from polysomnography at 4 weeks. Research study participants, all of whom were starting on APAP, were randomized to ramelteon 8 mg (n = 8) or placebo (n = 13).Ramelteon treatment was associated with a statistically significant difference in sleep onset latency (SOL) as measured by polysomnography of 28.5 min (± 16.2 min) compared to placebo (95% C.I. 8.5 min to 48.6 min, effect size 1.35, p = 0.008). This was due to a 10.7 (± 17.0) min SOL reduction in the ramelteon arm and a 17.8 (± 23.5) min SOL increase in the placebo arm. No change was noted in subjective sleep onset latency (-1.3 min, ± 19.3 min, 95% C.I.: -21.4 min to 18.7 min). No statistically significant changes were noted in the AHI, sleep efficiency (polysomnography and self-report), APAP adherence, Pittsburgh Sleep Quality Index global score, or Epworth Sleepiness Scale score when comparing ramelteon vs. placebo. Four adverse events occurred in the ramelteon arm and 2 in the placebo arm; none were considered to be related to treatment.Ramelteon was effective in improving objective, but not subjective, sleep onset latency even in older adults who were starting APAP therapy for sleep apnea. Further research is warranted in examining the role of ramelteon in the care of older adults with insomnia symptoms and sleep apnea.
DOI:10.1186/1471-2377-10-123      PMID:21206546      URL    
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[26] ERMAN M, SEIDEN D, ZAMMIT G, et al.An efficacy, safety, and dose-response study of ramelteon in patients with chronic primary insomnia[J].Sleep Med,2006,7(1):17-24.
To evaluate the efficacy, safety, and dose response of Ramelteon, a novel highly selective MT 1/MT 2 receptor agonist, in patients with chronic primary insomnia. A randomized, multicenter, double-blind, placebo-controlled, five-period crossover study design was performed. A total of 107 patients, aged 18鈥64 years, were randomized into a dosing sequence that included 4, 8, 16, and 32 mg of ramelteon and placebo. Patients received all five treatments, with a 5- to 12-day washout period between treatments, and served as their own controls. Medication was administered 30 min before habitual bedtime and polysomnographic monitoring. Next-day residual effects were assessed with two visual analog scales (mood and feeling), digit symbol substitution test (DSST), word-list memory tests (immediate recall and delayed recall), and a post-sleep questionnaire that ascertained patients' alertness and ability to concentrate. All tested doses of ramelteon resulted in statistically significant reductions in latency to persistent sleep (LPS) and increases in total sleep time (TST). No next-day residual effects were apparent at any dose, as compared with placebo. There were no differences in the number or type of adverse events between any active treatment and placebo group. The most commonly reported adverse events were headache, somnolence, and sore throat. Ramelteon demonstrated a statistically significant reduction in LPS and a statistically significant increase in TST, with no apparent next-day residual effects, in patients with chronic primary insomnia.
DOI:10.1016/j.sleep.2005.09.004      PMID:16309958      URL    
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[27] ROTH A J,MCCALL W V,LIGUORI A.Cognitive,psycho-motor and polysomnographic effects of trazodone in primary insomniacs[J].J Sleep Res,2011,20(4):552-558.
Summary Top of page Summary Introduction Methods Results Discussion Declarations of Interest Acknowledgements References Trazodone is prescribed widely as a sleep aid, although it is indicated for depression, not insomnia. Its daytime cognitive and psychomotor effects have not been investigated systematically in insomniacs. The primary goal of this study was to quantify, in primary insomniacs, the hypnotic efficacy of trazodone and subsequent daytime impairments. Sixteen primary insomniacs (mean age 44years) participated, with insomnia confirmed by overnight polysomnography (sleep efficiency鈮85%). Trazodone 50mg was administered to participants 30min before bedtime for 7days in a 3-week, within-subjects, randomized, double-blind, placebo-controlled design. Subjective effects, equilibrium (anterior/posterior body sway), short-term memory, verbal learning, simulated driving and muscle endurance were assessed the morning after days 1 and 7 of drug administration. Sleep was evaluated with overnight polysomnography and modified Multiple Sleep Latency Tests (MSLT) on days 1 and 7. Trazodone produced small but significant impairments of short-term memory, verbal learning, equilibrium and arm muscle endurance across time-points. Relative to placebo across test days, trazodone was associated with fewer night-time awakenings, minutes of Stage 1 sleep and self-reports of difficulty sleeping. On day 7 only, slow wave sleep was greater and objective measures of daytime sleepiness lower with trazodone than with placebo. Although trazodone is efficacious for sleep maintenance difficulties, its associated cognitive and motor impairments may provide a modest caveat to health-care providers.
DOI:10.1111/j.1365-2869.2011.00928.x      PMID:21623982      URL    
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[28] XIE C L,GU Y,WANG W W,et al.Efficacy and safety of Suanzaoren decoction for primary insomnia:a systematic review of randomized controlled trials[J].BMC Complement Altern Med,2013,13:18.
Background Insomnia is a widespread human health problem, but there currently are the limitations of conventional therapies available. Suanzaoren decoction (SZRD) is a well known classic Chinese herbal prescription for insomnia and has been treating people???s insomnia for more than thousand years. The objective of this study was to evaluate the efficacy and safety of SZRD for insomnia. Methods A systematic literature search was performed for 6 databases up to July of 2012 to identify randomized control trials (RCTs) involving SZRD for insomniac patients. The methodological quality of RCTs was assessed independently using the Cochrane Handbook for Systematic Reviews of Interventions. Results Twelve RCTs with total of 1376 adult participants were identified. The methodological quality of all included trials are no more than 3/8 score. Majority of the RCTs concluded that SZRD was more significantly effective than benzodiazepines for treating insomnia. Despite these positive outcomes, there were many methodological shortcomings in the studies reviewed, including insufficient information about randomization generation and absence of allocation concealment, lack of blinding and no placebo control, absence of intention-to-treat analysis and lack of follow-ups, selective publishing and reporting, and small number of sample sizes. A number of clinical heterogeneity such as diagnosis, intervention, control, and outcome measures were also reviewed. Only 3 trials reported adverse events, whereas the other 9 trials did not provide the safety information. Conclusions Despite the apparent reported positive findings, there is insufficient evidence to support efficacy of SZRD for insomnia due to the poor methodological quality and the small number of trials of the included studies. SZRD seems generally safe, but is insufficient evidence to make conclusions on the safety because fewer studies reported the adverse events. Further large sample-size and well-designed RCTs are needed.
DOI:10.1186/1472-6882-13-18      PMID:3554563      URL    
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[29] 范强,高树贵,王剑跃,.小剂量氯氮平治疗苯二氮类药物滥用相关性失眠[J].中国药物滥用防治杂志,2007,13(4):201-202,215.
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[30] 喻东山. 妊娠和哺乳期使用苯二氮类药物的风险[J].国际精神病学杂志,2013,40(2):115-118.
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[31] WILT T J,MACDONALD R,BRASURE M,et al.Pharma-cologic treatment of insomnia disorder:an evidence report for a clinical practice guideline by the American College of Physicians[J].Ann Intern Med,2016,165(2):103-112.
Abstract Background: Pharmacologic interventions are often prescribed for insomnia disorder. Purpose: To assess the benefits, harms, and comparative effectiveness of pharmacologic treatments for adults with insomnia disorder. Data Sources: Several electronic databases (2004-September 2015), reference lists, and U.S. Food and Drug Administration (FDA) documents. Study Selection: 35 randomized, controlled trials of at least 4 weeks' duration that evaluated pharmacotherapies available in the United States and that reported global or sleep outcomes; 11 long-term observational studies that reported harm information; FDA review data for nonbenzodiazepine hypnotics and orexin receptor antagonists; and product labels for all agents. Data Extraction: Data extraction by single investigator confirmed by a second reviewer; dual-investigator assessment of risk of bias; consensus determination of strength of evidence. Data Synthesis: Eszopiclone, zolpidem, and suvorexant improved short-term global and sleep outcomes compared with placebo, although absolute effect sizes were small (low- to moderate-strength evidence). Evidence for benzodiazepine hypnotics, melatonin agonists, and antidepressants, and for most pharmacologic interventions in older adults, was insufficient or low strength. Evidence was also insufficient to compare efficacy within or across pharmacotherapy classes or versus behavioral therapy. Harms evidence reported in trials was judged insufficient or low strength; observational studies suggested that use of hypnotics for insomnia was associated with increased risk for dementia, fractures, and major injury. The FDA documents reported that most pharmacotherapies had risks for cognitive and behavioral changes, including driving impairment, and other adverse effects, and they advised dose reduction in women and in older adults. Limitations: Most trials were small and short term and enrolled individuals meeting stringent criteria. Minimum important differences in outcomes were often not established or reported. Data were scant for many treatments. Conclusion: Eszopiclone, zolpidem, and suvorexant may improve short-term global and sleep outcomes for adults with insomnia disorder, but the comparative effectiveness and long-term efficacy of pharmacotherapies for insomnia are not known. Pharmacotherapies for insomnia may cause cognitive and behavioral changes and may be associated with infrequent but serious harms. Primary Funding Source: Agency for Healthcare Research and Quality.
DOI:10.7326/M15-1781      PMID:19910723820527136278      URL    
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[32] ASNIS G M,THOMAS M,HENDERSON M A.Pharmaco-therapy treatment options for insomnia:a primer for clinicians[J].Int J Mol Sci,2015,17(1):E50.
Insomnia is a prevalent disorder with deleterious effects such as decreased quality of life, and a predisposition to a number of psychiatric disorders. Fortunately, numerous approved hypnotic treatments are available. This report reviews the state of the art of pharmacotherapy with a reference to cognitive behavioral therapy for insomnia (CBT-I) as well. It provides the clinician with a guide to all the Food and Drug Administration (FDA) approved hypnotics (benzodiazepines, nonbenzodiazepines, ramelteon, low dose sinequan, and suvorexant) including potential side effects. Frequently, chronic insomnia lasts longer than 2 years. Cognizant of this and as a result of longer-term studies, the FDA has approved all hypnotics since 2005 without restricting the duration of use. Our manuscript also reviews off-label hypnotics (sedating antidepressants, atypical antipsychotics, anticonvulsants and antihistamines) which in reality, are more often prescribed than approved hypnotics. The choice of which hypnotic to choose is discussed partially being based on which segment of sleep is disturbed and whether co-morbid illnesses exist. Lastly, we discuss recent label changes required by the FDA inserting a warning about 鈥渟leep-related complex behaviors鈥, e.g., sleep-driving for all hypnotics. In addition, we discuss FDA mandated dose reductions for most zolpidem preparations in women due to high zolpidem levels in the morning hours potentially causing daytime carry-over effects.
DOI:10.3390/ijms17010050      PMID:4730295      URL    
[本文引用:1]
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关键词(key words)
苯二氮类
失眠
认知行为疗法

Benzodiazepines
Insomnia
Cognitive behavioral ther...

作者
周祁惠
郑国庆
林燕

ZHOU Qihui
ZHENG Guoqing
LIN Yan