Sleep and treatment outcome in posttraumatic stress disorder: Results from an effectiveness study (original) (raw)
Sleep and posttraumatic stress disorder: a review
Clinical Psychology Review, 2003
Research seeking to establish the relationship between sleep and posttraumatic stress disorder (PTSD) is in its infancy. An empirically supported theory of the relationship is yet to emerge. The aims of the present paper are threefold: to summarise the literature on the prevalence and treatment of sleep disturbance characteristic of acute stress disorder (ASD) and PTSD, to critically review this literature, and to draw together the disparate theoretical perspectives that have been proposed to account for the empirical findings. After a brief overview of normal human sleep, the literature specifying the relation between sleep disturbance and PTSD is summarized. This includes studies of the prevalence of sleep disturbance and nightmares, content of nightmares, abnormalities in rapid eye movement (REM) sleep, arousal threshold during sleep, body movement during sleep, and breathing-related sleep disorders. In addition, studies of the treatment of sleep disturbance in individuals with PTSD are reviewed. We conclude that the role of sleep in PTSD is complex, but that it is an important area for further elucidating the nature and treatment of PTSD. Areas for future research are specified. In particular, a priority is to improve the methodology of the research conducted.
Clinical correlates of poor sleep quality in posttraumatic stress disorder
Journal of Traumatic Stress, 2004
Sleep disturbances (SD) are a core clinical feature of PTSD. The goal of the study was to determine the influence of patient-related characteristics, disorder-related characteristics, and psychiatric comorbidity on the severity of SD in PTSD outpatients (n = 367) who were not recruited for a sleep study. Increased severity of SD paralleled increasing overall PTSD severity. The severity of SD did not differ according to gender, age groups, types of trauma, PTSD chronicity, or psychiatric comorbidity. The severity of SD paralleled PTSD severity. Results suggest that age, gender, and psychiatric comorbidity have minimal impact on sleep quality in this PTSD sample. The inclusion of PTSD patients who were not specifically seeking treatment for SD reinforces the study findings.
Quality of sleep in patients with posttraumatic stress disorder
Psychiatry (Edgmont (Pa. : Township)), 2010
Objective. To assess the characteristics and correlates of sleep problems in patients with lifetime posttraumatic stress disorder and ongoing sleep disturbance not due to obstructive sleep apnea or other diagnosed sleep disorders.Sample. Twenty-six veterans receiving psychiatric care at the Minneapolis Veterans Affairs Medical Center in Minneapolis, Minnesota.Data collection instruments. The Pittsburgh Sleep Quality Index, sleep logs, and actigraph along with three symptom ratings scales-posttraumatic checklist, clinician-administered posttraumatic stress disorder scale, and Beck Depression Inventory-were used.Results. Univariate analysis associated three symptom complexes with poorer sleep quality: posttraumatic avoidance, posttraumatic hypervigilance, and depressive symptoms. Borderline trends also existed between worse sleep quality and more severe clinician-rated posttraumatic stress, more self-reported awakenings from sleep, and greater actigraphy-determined sleep duration. Usi...
Sleep in Lifetime Posttraumatic Stress Disorder
Archives of General Psychiatry, 2004
Background: Sleep complaints are common in posttraumatic stress disorder (PTSD) and are included in the DSM criteria. Polysomnographic studies conducted on small samples of subjects with specific traumas have yielded conflicting results. We therefore evaluated polysomnographic sleep disturbances in PTSD. Methods: A representative cohort of young-adult community residents followed-up for 10 years for exposure to trauma and PTSD was used to select a subset for sleep studies for 2 consecutive nights and the intermediate day. Subjects were selected from a large health maintenance organization and are representative of the geographic area except for the extremes of the socioeconomic status range. The subset for the sleep study was selected from the 10year follow-up of the cohort (n = 913 [91% of the initial sample]). Eligibility criteria included (1) subjects exposed to trauma during the preceding 5 years; (2) others who met PTSD criteria; and (3) a randomly preselected subsample. Of 439 eligible subjects, 292 (66.5%) participated, including 71 with lifetime PTSD. Main outcomes included standard polysomnographic measures of sleep induction, maintenance, staging, and fragmentation; standard measures of apnea/hypopnea and periodic leg movement; and results of the multiple sleep latency test. Results: On standard measures of sleep disturbance, no differences were detected between subjects with PTSD and control subjects, regardless of history of trauma or major depression in the controls. Persons with PTSD had higher rates of brief arousals from rapid eye movement (REM) sleep. Shifts to lighter sleep and wake were specific to REM and were significantly different between REM and non-REM sleep (F 1,278 =5.92; P=.02). Conclusions: We found no objective evidence for clinically relevant sleep disturbances in PTSD. An increased number of brief arousals from REM sleep was detected in subjects with PTSD. Sleep complaints in PTSD might represent amplified perceptions of brief arousals from REM sleep.
Sleep of chronic post-traumatic patients
Journal of Traumatic Stress, 1990
The purpose of the present study was to investigate the sleep of people diagnosed as suffering from chronic Post-Traumatic Stress Disorder (PTSD). The sleep of seven chronic post-traumatic patients with no known physical injuries was compared with that of seven matched control subjects. The post-traumatic patients had poorer sleep: decreased sleep efficiency, increase in number of awakenings, and decreased SWS, as well as longer REAl latency. It was also found that their complaints correlated with relevant sleep-monitored measures. The findings add further support for the inclusion of sleep difficulties in the definition of the Post-Traumatic Stress Disorder.
Sleep and Combat-Related Post Traumatic Stress Disorder
2018
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Posttraumatic stress and sleep: Differential relations across types of symptoms and sleep problems
Journal of Anxiety Disorders, 2011
Posttraumatic stress symptoms and self-reported sleep problems reliably covary. The current study investigated how posttraumatic stress symptom clusters (i.e., hyperarousal, avoidance, and reexperiencing) relate to trouble initiating and maintaining sleep and nightmares. Participants included traumatic event-exposed respondents from the NCS-R. Results suggested that posttraumatic stress symptom severity is related to trouble initiating and maintaining sleep and nightmares. Investigation of symptom clusters indicated that reexperiencing symptoms were related to trouble initiating and maintaining sleep and nightmares, while hyperarousal symptoms were related to trouble maintaining sleep and nightmares. Findings partially support both reexperiencing and hyperarousal-based models of the relation between sleep and posttraumatic stress.
Sleep management in posttraumatic stress disorder: a systematic review and meta-analysis
Sleep Medicine, 2021
Objective: Post-traumatic stress disorder (PTSD) can lead to many negative secondary outcomes for patients, including sleep disturbances. The objective of this meta-analysis is (1) to evaluate the effect of interventions for adults with PTSD on sleep outcomes, PTSD outcomes, and adverse events, and (2) to evaluate the differential effectiveness of interventions aiming to improve sleep compared to those that do not. Methods: Nine databases were searched for relevant randomized controlled trials (RCTs) in PTSD from January 1980 to October 2019. Two independent reviewers screened 7176 records, assessed 2139 full-text articles, and included 89 studies in 155 publications for this review. Sleep, PTSD, and adverse event outcomes were abstracted and meta-analyses were performed using the Hartung-Knapp-Sidik-Jonkman method for random effects. Results: Interventions improved sleep outcomes (standardized mean difference [SMD] À0.56; confidence interval [CI] À0.75 to À0.37; 49 RCTs) and PTSD symptoms (SMD-0.48; CI-0.67 to À0.29; 44 RCTs) across studies. Adverse events were not related to interventions overall (RR 1.17; CI 0.91 to 1.49; 15 RCTs). Interventions targeting sleep improved sleep outcomes more than interventions that did not target sleep (p ¼ 0.03). Improvement in PTSD symptoms did not differ between intervention types. Conclusions: Interventions for patients with PTSD significantly improve sleep outcomes, especially interventions that specifically target sleep. Treatments for adults with PTSD directed towards sleep improvement may benefit patients who suffer from both ailments.
Sleep, 2020
Study Objectives: To examine sleep disorder symptom reports at baseline and posttreatment in a sample of active duty U.S. Army Soldiers receiving treatment for posttraumatic stress disorder (PTSD). Explore sleep-related predictors of outcomes. Methods: Sleep was evaluated in 128 participants in a parent randomized clinical trial comparing Spaced formats of Prolonged Exposure (PE) or Present Centered Therapy and a Massed format of PE. In the current study, Spaced formats were combined and evaluated separately from Massed. Results: At baseline, the average sleep duration was < 5 h per night on weekdays/workdays and < 6 h per night on weekends/off days. The majority of participants reported clinically significant insomnia, clinically significant nightmares, and probable sleep apnea and approximately half reported excessive daytime sleepiness at baseline. Insomnia and nightmares improved significantly from baseline to posttreatment in all groups, but many patients reported clinically significant insomnia (>70%) and nightmares (>38%) posttreatment. Excessive daytime sleepiness significantly improved only in the Massed group, but 40% continued to report clinically significant levels at posttreatment. Short sleep (Spaced only), clinically significant insomnia and nightmares, excessive daytime sleepiness, and probable sleep apnea (Massed only) at baseline predicted higher PTSD symptoms across treatment course. Short weekends/off days sleep predicted lower PTSD symptom improvement in the Spaced treatments. Conclusions: Various sleep disorder symptoms were high at baseline, were largely unchanged with PTSD treatment, and were related to worse PTSD treatment outcomes. Studies are needed with objective sleep assessments and targeted sleep disorders treatments in PTSD patients.
Journal of Sleep Research, 2003
Disturbed sleep is a common complaint among patients with post-traumatic stress disorder (PTSD). However, laboratory studies of sleep in PTSD have provided inconsistent evidence of objective sleep disturbances. A major shortcoming of most previous studies is the fact that they were performed retrospectively in patients with chronic PTSD, often complicated by comorbid psychiatric disorders and drug abuse. Thus, little is known about the development of sleep disturbances in recently traumatized subjects. In this study, 102 motor vehicle collision (MVC) survivors were followed from the time of collision throughout 1 year. Nineteen subjects hospitalized for elective surgery served as a comparison group. Subjective quality of sleep was assessed using the mini-Sleep Questionnaire and the Sleep Habit Questionnaire. In addition, a 48-h actigraphic recording was obtained 1 week, 3 and 12 months after the collision. At 12 months, a structured clinical interview (SCID) was administered to reach a formal diagnosis of PTSD. Twenty-six of the MVC survivors, but none of the comparison subjects, met the diagnostic criteria for PTSD. While MVC survivors with PTSD reported markedly poorer sleep as reflected by significantly higher scores on the mini-Sleep Questionnaire, there were no significant differences between the three groups on the actigraphic measures that were largely normal. These results, which were obtained in subjects with no evidence of active psychiatric symptoms at the time of trauma and free of psychotropic or hypnotic medications, further support previous polysomnographic (PSG) studies suggesting that altered sleep perception, rather than sleep disturbance per se, may be the key problem in PTSD. k e y w o r d s actigraphic monitoring, ptsd, sleep disturbance
2007
P sleep disturbance exemplifies the Diagnostic and Statistical Manual, Fourth Edition (DSM-IV-TR) nosological paradigm, “Sleep Disorder Related to Another Mental Disorder.” According to the DSM-IV-TR criteria (see Figure 1), this disorder “involves a prominent complaint of sleep disturbance that results from a diagnosable mental disorder but that is sufficiently severe to warrant independent clinical attention. Presumably, the pathophysiological mechanisms responsible for the mental disorder also affect sleep-wake regulation” (p. 597) (1). Trauma survivors frequently experience prominent symptoms of insomnia and Clinical Sleep Disorder Profiles in a Large Sample of Trauma Survivors: An Interdisciplinary View of Posttraumatic Sleep Disturbance
REM Sleep and the Early Development of Posttraumatic Stress Disorder
American Journal of Psychiatry, 2002
Objective: The potential for chronicity and treatment resistance once posttraumatic stress disorder (PTSD) has become established has stimulated interest in understanding the early pathogenesis of the disorder. Arousal regulation and memory consolidation appear to be important in determining the development of PTSD; both are functions of sleep. Sleep findings from patients with chronic PTSD are complex and somewhat contradictory, and data from the acute phase are quite limited. The aim of the present study was to obtain polysomnographic recordings during an acute period after life-threatening experiences and injury and to relate measures of sleep duration and maintenance and the timing, intensity, and continuity of REM sleep to the early development of PTSD. Method: Twenty-one injured subjects meeting study criteria received at least one polysomnographic recording close to the time of medical/surgical stabilization and within a month of injury. PTSD symptoms were assessed concurrently and 6 weeks later. Sleep measures were compared among injured subjects with and without significant PTSD symptoms at follow-up and 10 noninjured comparison subjects and were also correlated with PTSD severity. Results: There was more wake time after the onset of sleep in injured, trauma-exposed patients than in noninjured comparison subjects. Development of PTSD symptoms was associated with shorter average duration of REM sleep before a stage change and more periods of REM sleep. Conclusions: The development of PTSD symptoms after traumatic injury is associated with a more fragmented pattern of REM sleep.
Journal of Anxiety Disorders, 2005
Sleep disturbances reflect a core dysfunction underlying Posttraumatic Stress Disorder (PTSD). Specifically, disruptive nocturnal behaviors (DNB) may represent PTSD-specific sleep disturbances. The Pittsburgh Sleep Quality Index Addendum for PTSD (PSQI-A) is self-report instrument designed to assess the frequency of seven DNB. The goal of this study was to examine the psychometric properties of the PSQI-A to characterize DNB in a group of participants with and without PTSD. Results indicate that the PSQI-A has satisfactory internal consistency and good convergent validity with two standard PTSD measures even when excluding their sleep-related items. A global PSQI score of 4 yielded a sensitivity of 94%, a specificity of 82%, and a positive predictive value of 93% for discriminating participants with PTSD from those without PTSD. The PSQI-A is a valid instrument for PTSD applicable to both clinical and research settings. #
Sleep, 2014
Study Objective: To determine relationships of polysomnographic (PSG) measures with posttraumatic stress disorder (PTSD) in a young adult, urban African American population. Design: Cross-sectional, clinical and laboratory evaluation. Setting: Community recruitment, evaluation in the clinical research unit of an urban University hospital. Participants: Participants (n = 145) were Black, 59.3% female, with a mean age of 23.1 y (SD = 4.8). One hundred twenty-one participants (83.4%) met criteria for trauma exposure, the most common being nonsexual violence. Thirty-nine participants (26.9%) met full (n = 19) or subthreshold criteria (n = 20) for current PTSD, 41 (28.3%) had met lifetime PTSD criteria and were recovered, and 65 (45%) were negative for PTSD. Measurements and Results: Evaluations included the Clinician Administered PTSD Scale (CAPS) and 2 consecutive nights of overnight PSG. Analysis of variance did not reveal differences in measures of sleep duration and maintenance, percentage of sleep stages, and the latency to and duration of uninterrupted segments of rapid eye movement (REM) sleep by study group. There were significant relationships between the duration of PTSD and REM sleep percentage (r = 0.53, P = 0.001), REM segment length (r = 0.43, P = 0.006), and REM sleep latency (r =-0.34, P < 0.03) among those with current PTSD that persisted when removing cases with, or controlling for, depression. Conclusions: The findings are consistent with observations in the literature of fragmented and reduced REM sleep with posttraumatic stress disorder (PTSD) relatively proximate to trauma exposure and nondisrupted or increased REM sleep with chronic PTSD.
Journal of Psychosomatic Research, 2011
The objectives of the present study were (1) to assess the impact of cognitive-behavior therapy (CBT) for posttraumatic stress disorder (PTSD) on associated sleep disturbances and (2) to explore the correlates of persistent sleep difficulties in terms of anxiety and depression symptoms and perceived health. Method: Fifty-five individuals with PTSD were administered a series of assessments designed to evaluate sleep, PTSD symptoms, symptoms of anxiety and depression, and perceived health before and after individual CBT for PTSD and at 6-month follow-up. Results: Significant improvements were observed on sleep quality, sleep onset latency, sleep efficiency, and sleep disturbances. These changes were not fully maintained after 6 months, and 70% of people who reported baseline sleep difficulties (Pittsburgh Sleep Quality Index >5) still reported significant problems with sleep after treatment. Persistent sleep difficulties were associated with more severe posttraumatic, anxious, and depressive symptoms as well as poorer health. Conclusion: Although CBT for PTSD had a favorable impact on sleep, the majority of participants suffered from residual sleep difficulties. Individuals with persistent sleep difficulties posttreatment may experience more residual posttraumatic, depression, and anxiety symptoms and poorer mental and physical health than those who do not report sleep problems posttreatment. Further research in this area will allow clinicians to treat sleep problems in these individuals more effectively.
Contemporary Clinical Trials
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Post-traumatic stress disorder and sleep—what a nightmare!
Sleep Medicine Reviews, 2000
According to DSM IV criteria, sleep disturbances are incorporated in the definition of post-traumatic stress disorder (PTSD). These include the re-experiencing symptoms (nightmares, criteria B) and a hyperarousal state (difficulty initiating and maintaining sleep, criteria D). PTSD patients commonly complain of sleep disturbances. Moreover, insomnia, restless sleep and trauma-related dreams might be the primary complaint of some patients. However, although subjective sleep disturbances are considered characteristic of PTSD, sleep laboratory studies have provided inconsistent evidence of objective sleep disorders. A variety of sleep architectures and sleep patterns has been reported in PTSD. However, only a few studies have controlled for comorbidities. Thus, uncertainty exists to what extent the sustained complaints of sleep disturbances in chronic PTSD are specifically related to the impact of exposure to traumatic stress, or rather are a consequence of comorbid disorders. Specific changes in REM sleep suggest a pathophysiologic role of REM sleep abnormality in PTSD (e.g. anxiety dreams, increased REM density, exaggerated startle response, decreased dream recall and elevated awakening thresholds from REM sleep). However, again, studies have failed to show consistent changes in percentage of REM sleep or in REM latency. There might be a coexistence of pressure to REM along with inhibitory forces of REM that result in high variability of REM parameters across patients. Alternatively, changes in REM sleep might reflect the effect of comorbid psychiatric disorders that results in inconsistent findings between patients. The current review tries to address these issues based on recent studies carried out in this field.