View clinical trials related to Posttraumatic Stress Disorder.
Filter by:Disaster survivors need freely accessible resources to self-monitor their emotional recovery and help them address mental health needs they may develop after a disaster. The investigators will evaluate a novel, scalable, and highly sustainable smartphone/web-based intervention that is designed to address post-disaster PTSD and depressed mood. The intervention, Bounce Back Now, will be tested in a study with 5,000 disaster survivors and will be accessible via any internet-connected device (e.g., laptop, tablet, smartphone).
The purpose of this research study is to compare the effectiveness of two treatments for the symptoms of Posttraumatic Stress Disorder (PTSD) with a no therapy, wait-list control condition. The two treatments are Cognitive Processing Therapy (CPT) as compared to Accelerated Resolution Therapy (ART). Both have been found to be effective with veterans and civilians in prior studies but they have never been compared to one another. Participants will be 280 males and females ages 18 and older who meet criteria for PTSD (or subthreshold PTSD). PTSD is a condition that can occur after a trauma experience such as combat, sexual abuse, physical abuse, or natural disasters.
It is urgent to make evidence-based treatments (EBTs) for military personnel readily accessible in order to meet the growing demand for effective and efficient treatment for posttraumatic stress disorder (PTSD) in a timely manner. Effective EBTs for PTSD are available, but barriers to accessing care can deter military personnel from receiving treatment. Web-treatments represent an innovative way to overcome these barriers. The efficacy of previously developed web-treatments for PTSD appear promising, however, they are not based on treatment protocols with strong empirical support for their efficacy. No study to date has examined web-treatment of PTSD using a well-established treatment program. The purpose of this open trial is to examine the efficacy of 10 sessions of a web-version of Prolonged Exposure (PE), "Web-PE," delivered over 8-weeks in 40 active-duty military personnel and veterans with PTSD who deployed post 9-11. Up to 60 individuals will be consented to obtain data from 40 for analysis. Participants will be assessed at pre-treatment and 1- and 3-months after treatment completion.
Posttraumatic stress disorder (PTSD) is a chronic, disabling condition that occurs in a subgroup of individuals after experiencing traumatic stress, and is common in Veterans seeking mental health treatment at the VA. Although evidence-based psychosocial treatments exist for PTSD, a substantial portion of individuals do not fully respond to treatment. Thus, there is a clear need to continue researching novel interventions for PTSD in Veterans. Recently, new interventions for mental health disorders have utilized computerized cognitive training techniques in order to improve the functioning of cognitive systems and reduce symptoms. This type of intervention, often referred to as neurotherapeutics, may hold promise for PTSD as a method for ameliorating symptoms and improving cognition. Individuals with PTSD demonstrate difficulties with cognitive control functions, which appear to be causally implicated in symptoms of the disorder (e.g., intrusive trauma-related memories). To date the efficacy of neurotherapeutics for PTSD has been understudied in Veterans. The current proposal aims to bridge research on basic neurocognitive mechanisms of PTSD with intervention research by conducting a randomized controlled trial (RCT) of a cognitive control training program in 80 Veterans with PTSD. Veterans will complete computer-based training exercises designed to specifically target and improve aspects of cognitive control. Veterans will complete the program twice per week for eight weeks. Symptoms will be assessed before and after treatment, as well as at a two month follow up time point. The primary goal of the study is to examine the effect of the intervention on PTSD symptoms and cognitive deficits. Evaluating symptom change as a result of the intervention will provide critical data regarding the utility of this program as a PTSD treatment. If effective, this training program could serve as alternative treatment option for Veterans with PTSD, and could be translated into an easily transportable intervention for dissemination (e.g., through web-based platforms). A secondary goal is to use functional magnetic resonance imaging (fMRI) to better understand the mechanisms by which cognitive training culminates in symptom reduction. If training cognitive control with neurotherapeutics directly enhances functioning of specific neural substrates as hypothesized, improvements in affective processes relying on shared neural regions would also be predicted. Modifying functioning in these substrates with training may thus reduce symptoms by improving neural functioning while processing and managing trauma-related affect and information. Neural systems used for cognitive control targeted in the training described (e.g., dorsolateral prefrontal cortex [dlPFC]) are also recruited when individuals mentally manipulate emotional information, such as when individuals use reappraisal to change the way that they think about negative emotional situations or content. In this study, Veterans will complete a neutral cognitive control task and a reappraisal task while undergoing fMRI before and after completing the training treatment. This will be the first study to evaluate neurobiological mechanisms of this type of training in PTSD, which is a fundamental next step for understanding how to improve the training program and who may be best served by completing it.
This qualitative study will use focus groups, small group interviews, and individual interviews (both in person and over the phone) to compile a range of perspectives on service members' decision-making processes and information needs related to Stellate Ganglion Block (SGB). Participants will include service members, spouses, and providers.
This study focuses on helping Iraq and Afghanistan Veterans with posttraumatic stress disorder (PTSD) benefit fully from therapy by first enhancing their thinking abilities. PTSD has been associated with thinking problems, including difficulty planning/organizing, thinking flexibly, and inhibiting distracting emotional information. There is some evidence that computerized training programs are helpful for improving thinking. Therefore, this study tests whether computerized cognitive training will in fact improve individuals' thinking abilities and if this will in turn improve PTSD treatment outcomes and lead to more individuals completing treatment and showing greater improvements in emotional symptoms and quality of life than standard therapy (when paired with a word training condition).
Evidence-based psychotherapies (EBP) for PTSD, such as Prolonged Exposure (PE), result in clinically significant symptom relief for many. Yet, adherence to this treatment (i.e., session attendance and homework compliance), which is vital to ensuring recovery, can be poor. This project will test the effectiveness of improving family support for PE as a tool to improve Veterans' PE adherence. Reducing rates of dropout from PE will positively impact Veterans' health and well-being and lower the cost of treating PTSD. Additionally, despite congressional legislation and national mandates within VA/DoD for family involvement in PTSD care, there remains no proven strategies for how to routinely include family in traditional individual (i.e., one-on-one) EBPs for PTSD. This proposal will provide the initial test of a model of family engagement that can be translated to other problems faced by Veterans, including suicide prevention, traumatic brain injury (TBI) rehabilitation, and pain management, contributing to a broader evolution towards evidence-based, family-inclusive care.
This project is a preliminary randomized controlled trial testing the potential impact of the PTSD Coach mobile application at reducing posttraumatic stress and pain symptoms among acutely injured trauma patients. Immediately following the injury, patients will be randomly assigned to use the PTSD Coach app, or to the treatment as usual condition.
PRIME aims to demonstrate through neurocognitive assessment that BICU patients will have a degree of neurocognitive dysfunction following a major burn, that this neurocognitive dysfunction is due to an underlying neuroinflammatory process by fMRI neuroimaging techniques, and that the neurocognitive deficit is associated with a reduced quality of life.
Substance use disorders (SUDs) are a prevalent and impairing condition, particularly among trauma exposed individuals. The current proposal aims to address the critical need for targeted direct SUD prevention in this population by intervening on a novel, malleable risk factor for SUD common among trauma-exposed individuals: sleep disturbance. Sleep disturbance prospectively predicts the development of SUD and may confer risk for SUD by increasing stress reactivity, decreasing decision-making abilities, and ultimately promoting substance use to relieve negative affect, a core etiological factor in SUD. However, to our knowledge, no experimental studies have determined whether improving sleep leads to reductions in SUD risk. As such, the current study will use a randomized controlled trial design to test the effects of brief behavioral treatment for insomnia (BBTI) against a waitlist control among a sample of trauma-exposed young adults with poor sleep and risk for SUD (N = 60). We aim to determine the direct and indirect effects of condition (BBTI vs. waitlist control) on SUD symptoms, substance use-related problems, coping motives, and posttraumatic stress symptoms through improvements in sleep. Furthermore, we will test direct and indirect effects of condition on theoretically proposed mechanisms underlying the association between sleep disturbance and SUD risk (i.e., stress reactivity, cravings in response to stress).