View clinical trials related to PTSD.
Filter by:This study seeks to test I MOVE!+UP, which integrates individual evidence-based psychotherapy for PTSD with behavioral weight management among Veterans with a Body Mass Index of at least 30 and meeting criteria for current PTSD. Participants will continue receiving routine primary care and psychiatric care management as indicated, in coordination with the I MOVE!+UP therapist. This study is being conducted to see whether I MOVE!+UP holds promise as a treatment for commonly co-occurring PTSD and high Body Mass Index. Participation will involve attending up to 16 psychotherapy visits that last approximately 1-2 hours over 6 months and attending 2 study assessment visits that last approximately 1-2 hours at enrollment and 6 months. Active participation will take up to approximately 6 months.
Posttraumatic stress disorder (PTSD) is a debilitating disorder. While effective treatments exist, some patients fail to receive the full benefits. Alternative treatment approaches are needed. 3,4-methylenedioxymethamphetamine (MDMA) is a medicine associated with feelings of closeness and love for others, empathy, insightfulness, and feelings of peace or well-being. Recent research combining one or two doses of MDMA with psychotherapy has shown improvements in PTSD symptoms. For the present study, the researchers will investigate MDMA in combination with Prolonged Exposure therapy (PE), a gold-standard treatment for PTSD. All participants receive MDMA on the second day of a 10-day PE treatment program in which a PE therapy session occurs each day. This study will occur at the Emory Brain Health Center. Potential participants will be recruited via community advertising and mental health referrals. The research team will also collect psychophysiological data for exploratory analyses regarding how MDMA may improve PE treatment for PTSD. This is an important study as it is the first time MDMA will be combined with an evidence-based existing PTSD treatment. The study population will consist of people who meet the criteria for PTSD and are medically appropriate for MDMA administration.
The goal of this randomized controlled trial is to learn about how to effectively help children (aged 7-12) who have developed moderate symptoms of posttraumatic stress after exposure to trauma, and prevent development of more severe problems. The main research questions are: - Will the parent-led, therapist assisted treatment "Stepping Together for Children after Trauma" (ST-CT) be more effective, compared to usual care, in reducing symptoms of posttraumatic stress, depression and sleep disorders, and in improving daily functioning for children and their parents after trauma? - Is ST-CT implemented to the municipal first-line services cost-effective? - Will ST-CT prevent use of health care services and prescribed drugs in the long term? The children and their non-offending caregivers will be randomized to receive treatment with ST-CT or usual care, and symptoms and general functioning will be assessed at five time-points.
The aim of this study is to obtain data on the feasibility of the Senseye Diagnostic Tool (DT) to assess the presence and severity of post-traumatic stress disorder (PTSD) symptoms. The study will also collect data on Generalized Anxiety Disorder (GAD) and Major Depressive Disorder (MDD) to aid in assessing the presence and severity of these disorders both for the purpose of discerning them from PTSD and determining the feasibility of diagnosing them independently.
To explore the effectiveness of of MDMA-assisted prolonged exposure therapy in improving treatment outcomes for individuals with comorbid PTSD and alcohol use disorder in a double-blind randomised placebo-controlled trial.
The investigators objectives is to assess the effectiveness of Eye Movement Desensitization and Reprocessing - recent traumatic episode (EMDR-RTE) as a preventive intervention for Posttraumatic Stress Disorder (PTSD) symptoms after perinatal loss. The hypothesis is that EMDR-RTE treatment may prevent post-traumatic and depressive symptoms in women who suffered perinatal loss.
Although most people recover from acute pain (such as pain caused by injury, surgery, repetitive motion, or unknown causes), many people do not fully recover and will experience chronic pain. Untreated posttraumatic stress disorder (PTSD) appears to be a key risk factor for the transition from acute pain to chronic pain. However, few published studies have addressed the issue of preventing the transition from acute to chronic pain via PTSD reduction. This project will aim to test whether trauma-related PTSD symptoms can be reduced using either Stellate Ganglion Block (SGB) treatment or Cognitive Processing Therapy (CPT), and whether reducing PTSD symptoms can prevent the transition from non-injury based acute pain to chronic pain.
In the proposed trial, the investigators plan to refine interventions, then conduct a small randomized trial to provide critical information to inform a future large-scale randomized efficacy trial of Tai Chi for Post Traumatic Stress Disorder (PTSD) and chronic pain. Building on the combined experience the proposed study will progress in new directions to: 1. Adapt, refine, and standardize two 12-week treatment protocols (Tai Chi and a Wellness control condition) for Veterans diagnosed with PTSD and chronic musculoskeletal pain during Phase One. Tai Chi and Wellness interventions will be adapted for delivery via a videoconferencing platform for the population and piloted in a 'dry run'. 2. Determine the feasibility and acceptability of a remotely delivered randomized trial of these two interventions and the assessment protocols during Phase Two. 3. Utilize information from this trial to plan and design a large randomized control study evaluating the efficacy of Tai Chi compared to Wellness for improving outcomes for Veterans with PTSD and chronic musculoskeletal pain.
This pilot trial will compare trauma-informed Cognitive Behavioral Therapy for Insomnia (CBT-I) to a psychoeducational intervention in women Veterans with comorbid insomnia and posttraumatic stress disorder (PTSD). The CBT-I intervention includes trauma-informed adaptations to an insomnia treatment and the psychoeducational intervention is modeled after usual care in a VA Women's Mental Health Clinic. The study objectives are to: 1) Iteratively refine the structure and materials of trauma-informed CBT-I in preparation for a pilot trial, 2) Pilot test the effects of trauma-informed CBT-I on PTSD treatment readiness and engagement in a sample of women Veterans, and 3) Examine potential mechanisms underlying variations in PTSD treatment readiness and engagement over time among women Veterans. Women Veterans with insomnia and comorbid PTSD who receive care at Sepulveda and West Los Angeles facilities will be recruited for the study. Those who pass an initial eligibility screen will be enrolled and written informed consent will be obtained. A baseline assessment will be completed that includes measures of PTSD treatment readiness, perceived barriers to PTSD treatment, and sleep and mental health symptoms. Then Veterans who meet all eligibility criteria will be randomly assigned to trauma-informed CBT-I (n=25) or the psychoeducational intervention (n=25). Both treatments will be provided in 5 one-on-one sessions by a trained instructor who is supervised by a behavioral sleep medicine specialist. All randomized participants (n=50) will have 2 follow-up assessments (post-treatment and 3-months). The follow-up assessments will collect information on PTSD treatment readiness, perceived barriers to PTSD treatment, and sleep and mental health symptoms. Chart reviews will be conducted 6-months post-treatment to assess number of PTSD treatment appointments attended (treatment engagement measure). Qualitative interviews will be conducted to identify mechanisms underlying PTSD treatment engagement.
In post-traumatic stress disorder (PTSD), intrusive, traumatic, autobiographical memories lead to anxiety symptoms. Recent work suggests a new repetitive pulse transcranial magnetic stimulation (rTMS) brain target that might bring relief. Since this proposed target is not well understood, the goal of the study is to use functional magnetic resonance imaging (fMRI) to identify the brain regions and networks that change with rTMS stimulation at this target area in PTSD patients. Ultimately, this would lead to a personalized approach to rTMS treatment of PTSD based on brain imaging that can be used in a future clinical trial. Participants will be asked to complete psychological testing and questionnaires as well as an initial MRI and two separate TMS-fMRI sessions. Total participation time across all visits is estimated to be five to six hours. Research participation will take place at VA Palo Alto as well as at Stanford University.