Active clinical trials for "Stress Disorders, Post-Traumatic"

Among patients with opioid use disorder (OUD), 90% report lifetime trauma exposure and 33% meet criteria for posttraumatic stress disorder (PTSD). The co-occurrence of OUD and PTSD is associated with worse mental health and opioid agonist treatment (OAT) outcomes relative to either diagnosis alone. Prolonged exposure therapy (PET) is an efficacious cognitive-behavioral treatment for reducing PTSD severity. Although preliminary findings indicate that PET may reduce PTSD symptom severity among patients receiving treatment for concomitant OUD, it is unclear to what extent improvements were a function of PET versus the effects of OAT itself. Therefore, the question of whether OAT alone may attenuate PTSD symptoms in the absence of intensive cognitive-behavioral therapy remains unanswered. In this 12-week trial, we aim to investigate the contribution of PET above and beyond OAT alone for reducing PTSD symptoms among adults with concurrent PTSD and OUD. Participants will be randomized to one of three conditions: (a) OAT as usual, (b) OAT + PET, or (c) OAT + Enhanced PET (OAT+PET+). Those randomized to OAT as usual will continue to receive standard buprenorphine or methadone treatment from their current treatment provider and complete assessments of PTSD symptom severity, psychosocial functioning and drug use at intake and Study Weeks 4, 8, and 12. In addition to receiving OAT and completing monthly assessments, OAT+PET participants will receive PET consisting of 12 weekly, individual sessions with a trained therapist. Finally, OAT+PET+ participants will receive the procedures noted above for the OAT+PET group plus monetary incentives delivered contingent upon completion of PET sessions. Given the poor PET adherence rates reported among patients with substance use disorders, the use of incentives will ensure that we evaluate PET effects among patients who receive a sufficient dose of therapy. The proposed study design will permit us to disentangle the effects of PET from the effects of OAT alone while also including experimental conditions that reflect real-world practice. Taken together, this project will produce important new scientific and clinically-relevant information related to the mechanisms through which OAT and PET promote reductions in PTSD symptomatology in a highly vulnerable clinical population.

The overall objective of the proposed study is to determine if lofexidine (LFX) as an adjunct to buprenorphine (BUP) treatment improves symptoms of both opioid use disorder (OUD) and Post-Traumatic Stress Disorder (PTSD). Other study objectives are to compare the safety, tolerability, and efficacy of BUP treatment alone, to BUP treatment with adjunct LFX, on measures of OUD and PTSD symptoms in Veterans with both prognosis .

This is a double-blind, 2-group randomized controlled trial evaluating the effects of topiramate versus placebo in patients with comorbid PTSD and moderate-to-severe AUD. This trial will provide one of the first rigorous tests of whether the effects of topiramate in AUD generalize to patients with co-occurring PTSD, and one of the first rigorous tests of whether topiramate has beneficial effects on PTSD symptoms in this population. It will be the first study to test whether the rs2832407 genotype predicts clinical response to topiramate for AUD and PTSD in patients with both disorders. Further, it will contribute to the understanding of topiramate's mechanisms of action in the co-morbid AUD/PTSD population, and to the discovery of predictors of treatment response.

This pilot randomized controlled trial will address a gap in knowledge related to addressing modifiable risk factors for cardiometabolic disease through treating residual insomnia, sleep difficulties that remain after successful treatment of another condition, in the context of PTSD in understudied older adults. This study provides a non-medication treatment for PTSD called Cognitive Processing Therapy (CPT) followed by one of two non-medication sleep education and treatment programs for sleep problems that remain after completing PTSD treatment in older adults with PTSD. The aims of this project are to evaluate 1) the added benefits of treating residual insomnia on sleep and PTSD symptoms; 2) the added benefits of treating residual insomnia following CPT on cardiometabolic risk biomarkers and quality of life; and 3) the durability of the sleep, PTSD, cardiometabolic and quality of life benefits of treating residual insomnia following CPT at 6-month follow-up in older adults with PTSD.

Compassion meditation (CM) is a contemplative practice that builds compassion for and connectedness with others. CM has shown promise as a way of enhancing recovery for Veterans with Posttraumatic Stress Disorder (PTSD). The proposed project will examine the feasibility of a clinical trial by assessing our ability to deliver CM and a control intervention consistently with a diverse groups of Veterans from different parts of the country and optimizing the way in which outcomes are determined.

The primary objective with this study is to investigate the feasibility and acceptability of intensive treatment with prolonged exposure (I-PE) in regular Swedish psychiatric care. The secondary objective is to investigate preliminary effects of i-PE in terms of reducing symptoms of post-traumatic stress, depression and increase quality of life.

Cannabis use disorder (CUD) is a significant and expanding health problem, and no FDA approved treatments are currently available. Persons with posttraumatic stress disorder (PTSD) may use cannabis to help control symptoms. Relief from PTSD insomnia, nightmares, anxiety, and preoccupying thoughts have been reported as troublesome symptoms targeted by cannabis users. Risks from cannabis use by individuals with PTSD have been reported. Chronic use of cannabis can lead to tolerance, requiring increased use for symptom relief, and withdrawal symptoms upon stopping. CUD is more frequent and severe in those with PTSD than those without. Many symptoms of cannabis withdrawal overlap with troubling symptoms of PTSD and thus may be interpreted as a relapse of PTSD symptoms. Those attempting to reduce or stop cannabis use may experience cannabis withdrawal symptoms including insomnia and distressing dreams, anxiety, irritability, and/or excessive sweating that they may misattribute to re-emerging or untreated PTSD symptoms. Excessive brain adrenaline activity is arguably the best-described neurobiological contribution to the pathophysiology of PTSD. Prazosin, a drug that blocks the negative effects of brain adrenaline, has demonstrated effectiveness in robustly reducing PTSD-related nightmares and sleep disturbance in active duty Servicemembers and recently discharged combat Veterans in most, but not all, clinical trials, as well as in civilians with non-combat trauma. Clinically, the investigators have observed that several patients with PTSD using cannabis to treat insomnia and/or trauma-related nightmares and wanting to reduce their cannabis use were able to achieve reduction or cessation of cannabis use once they were treated with an effective dose of prazosin. Therefore, we have wondered if prazosin may provide sufficient treatment of PTSD symptoms otherwise targeted by cannabis, supporting those individuals' efforts to reduce cannabis use. This open-label pilot study aims to study the feasibility of prazosin as a treatment for CUD in individuals with or without comorbid PTSD, and to evaluate if additional research on a larger scale is warranted.

Art therapy is used across the Military Health System for treatment of posttraumatic symptoms, but there is limited research on how art therapy is able to restore emotional expression and regulation in service members. This research hopes to learn about the effects of art therapy on emotional expression and regulation in service members as well as the neurological systems at work. If a participant chooses to be in this study, he or she will attend ten sessions over a period of twelve weeks. The first session will be an interview and self-assessment questionnaires to collect information on a variety of symptoms, experiences, and personality traits, and an MRI scan. During the MRI scan, participants will be asked to perform a task where they will be shown a series of neutral and negative images. The middle eight sessions will be one-hour art therapy sessions with a certified art therapist. The last session will consist of the same self-assessment questionnaires and another MRI scan.

Proposed research will examine time-of-day effects on trauma-related fear extinction using Prolonged Exposure Therapy (PE) telemedicine for Posttraumatic Stress Disorder (PTSD) in the National Center for PTSD (NCPTSD). The primary mechanistic outcome measure will be change in psychophysiological reactivity to script-driven imagery (SDI-PR) measured, in person, at pre-treatment, after 5 PE sessions (mid-treatment), and after all 10 PE sessions (post-treatment). A secondary mechanistic outcome will be session-to-session reduction in peak subjective units of distress (SUDS) ratings to imaginal exposures. The primary clinical outcome will be change in Clinican Administered PTSD Scale (CAPS-5) severity score; a secondary clinical outcome will be session-to-session reduction in self-reported PTSD symptoms using the PTSD checklist (PCL-5). Participants meeting inclusion criteria (described below) will be randomized to either PE sessions that begin from 07:00 to a time no later than 2 hours past a participant's customary rise time, or to the last treatment session of the day beginning at 16:00 or later (26 per arm). Participants will complete daily at-home imaginal-exposure homework within the same time frame as their PE sessions are scheduled, i.e., within 2 hours of awakening for morning (AM) group and between 16:00 and 2 hours before bedtime for late afternoon (PM) group.

The overarching objective of this study is to investigate the use of antagonistic actions as a treatment augmentation strategy for enhancing emotional processing during exposure to trauma-relevant stimuli. To accomplish this, participants (N = 84) reporting exposure to a combat, sexual assault, physical assault, or motor vehicle accident Criterion A trauma will be randomized to one of three experimental conditions: (a) Psychoeducation alone (PSYED); (b) Psychoeducation followed by repeated exposure to trauma-videoclips (PSYED + EXP); or (c) Psychoeducation followed by repeated exposure to trauma-videoclips while engaging in antagonistic actions (PSYED + EXP + AA). Antagonistic action strategies during exposure to the trauma-videoclips will include (a) adopting an open posture; (b) eating a palatable snack; (c) smiling; and (d) wishing on high levels of emotional distress. The investigators expect that (a) those randomized to receive psychoeducation alone will show less improvement relative to the two groups that receive psychoeducation plus repeated exposure to trauma-videoclips; (b) those receiving psychoeducation in combination with repeated exposure to trauma-videoclips while performing antagonistic actions will show significantly enhanced treatment outcome at the one-month follow-up relative to the other two treatment arms; (c) participants with greater PTSD symptom severity are likely to have a poorer treatment outcome to PSYED alone; (d) changes in trauma-related threat appraisals, coping self-efficacy, and safety behaviors will each independently mediate the effects of treatment; and (e) participants displaying reductions in their emotional reactivity are more likely to have a reduction in PTSD symptoms.