View clinical trials related to Insomnia.
Filter by:The birth of a child is a major life event that can be filled with excitement, anticipation and joy. However, the transition and adaptation to new demands, roles, responsibilities, and changes in relationships can be stressful, especially for new mothers. In addition, new mothers typically encounter physiological changes and struggle with concerns about weight gain, body image, sexuality, and other physical difficulties such as fatigue. These problems may generate or exacerbate stress, lead to an actual or perceived crisis and psychological distress. Psychological distress, defined as anxiety, depression, and insomnia, in this study, often increases during the postpartum period and can negatively affect maternal mental health status, maternal and family relationships, and infant-child health. The purpose of this study is to evaluate the effects of cranial electrotherapy stimulation (CES) on anxiety, insomnia, depression, and maternal functioning in first time new mothers following childbirth.
In this study, people who suffer from insomnia will be randomized to one of three study conditions. The first group receives a multicomponent internet-based cognitive behavioral self-help intervention. The second group has access to an internet-based self-help sleep restriction intervention. The third group is a waiting control group. In both active conditions additional care or treatment is allowed. The aim of the study is to investigate the effectiveness of a multicomponent internet-based cognitive behavioral self-help intervention as well as a stand-alone internet-based self-help sleep restriction intervention for insomnia symptoms compared to a waiting list. Assessments take place at baseline, and 8-weeks and 6-months post-randomization. After 8 weeks, participants in the waiting control group get access to the internet-based cognitive behavioural self-help intervention and also fill out questionnaires at 6-months post-randomization.
This pilot study aims to investigate whether a treatment called cranial electric stimulation or CES can decrease risk factors for suicide. The specific CES device we will use is called Alpha-Stim®. CES will be used in addition to usual treatment (medication and group therapy).
This study investigates the feasibility, acceptability, and effectiveness of adding Cognitive-Behavioral Therapy for Insomnia (CBT-I) to the standard care received at the Integrative Cardiac Health Project (ICHP) on insomnia symptoms and severity. ICHP is an established cardiovascular disease prevention program to reduce cardiovascular disease risk through the adoption of lifestyle changes related to improvements in diet, stress, sleep, and exercise. The study will be conducted among patients with insomnia who are already enrolled in the ICHP cardiovascular risk prevention program. This is a single-center study, prospective, randomized, controlled, interventional trial within ICHP at the Walter Reed National Military Medical Center (WRNMMC). To conduct both phases of the study, up to 76 total male and female patients enrolled in ICHP who meet criteria for insomnia will be recruited. Participants who meet inclusion and exclusion criteria for this study, and consent to participate, will be randomized to one of two conditions: (1) ICHP, or (2) ICHP + CBT-I treatment. CBT-I treatment will consist of four in-person appointments and two telephone appointments.
Women with early stage breast cancer may experience difficulty falling asleep or staying asleep. If this occurs for more than 4 weeks, these participants may have chronic insomnia. Chronic insomnia can lead to difficulty coping with stress, changes in mood, increased use of medications for sleep and an overall decrease in quality of life. The investigators have developed an internet-based website that is designed to help people manage symptoms typically experienced by breast cancer survivors, including insomnia, fatigue, pain and overall poor quality of life. The investigators want to learn whether this type of treatment can reduce chronic insomnia and improve the way subjects feel using both questionnaires and a special form of a wrist watch. This information may help the investigators better manage sleep difficulties in subjects who experience these symptoms after diagnosis of their breast cancer.
This study will compare sleep, pain and daytime sleepiness/fatigue in people with insomnia co-morbid with fibromyalgia while treated short-term with suvorexant 20 mg versus placebo.
The investigators plan to test the effectiveness of warm gel gloves in reducing the time it takes individuals to fall asleep (sleep latency). The investigators will have subjects track their sleep for two-weeks using both sleep logs and a small wristwatch-like monitor called an actigraph to measure the degree of the persons' difficulty falling asleep. It must take at least 30-minutes to fall asleep 3-days per week to qualify for the study. If a subject qualifies, they will wear the heated gel gloves or a placebo non-heated gel glove during sleep for two-weeks and sleep will be measured again using sleep logs and actigraphy. The baseline sleep latency data will be compared to the treatment period using a independent t-test. The investigators believe that wearing the warm gel gloves will reduce sleep latency.
The purpose of this study is to evaluate whether drug efficiency of zolpidem and amitriptyline can be conditioned according to learning theory in patients with primary insomnia.
Sleep disturbance and posttraumatic stress disorder (PTSD) are common conditions in returning Veterans, and both conditions are known to increase the risk of cardiovascular disease. Research suggests that those with insomnia are at triple the risk of high blood pressure as compared to normal sleepers, and that having both insomnia and short sleep increases this risk to more than five times that of normal sleepers. These research findings suggest that recently deployed Veterans with insomnia may be at increased risk of developing high blood pressure, and this possibility is consistent with previous research. Vietnam era Veterans with combat-related PTSD assessed in 1985 were twice as likely to have died of early-onset heart disease relative to their non-PTSD counterparts when reassessed in 2000. Evidence for impaired cardiac function in individuals with PTSD has been demonstrated across several studies as well. Compared to individuals without PTSD, those with PTSD seem to have lesser reaction to stress in terms of both heart rate and heart beat pattern. However, there has been very little research examining the impact of behavioral sleep interventions on health outcomes, and even fewer that are specific to a PTSD or Veteran population. The purpose of this study is to determine if treating insomnia results in improved blood pressure and cardiac function in recently deployed Veterans with PTSD. The findings of this research will serve as pilot data for a future grant application testing the efficacy of Cognitive-Behavioral Therapy for Insomnia (CBTI) for reducing cardiovascular risk in Veterans with PTSD using a full-scale randomized trial design. We are hypothesizing that improved sleep will be significantly associated with improved blood pressure and increased heart rate variability (improved autonomic function) in adults receiving CBTI compared to those in a wait-list control condition.
This is a pilot comparative effectiveness study designed to determine whether trazodone is as effective as quetiapine for treatment of insomnia in veterans with a history of addiction and mental health issues. The study will have two concurrent phases (parts); first an acceptability determination phase, to determine whether and why (or why not) veterans already taking quetiapine are willing to try an alternative to quetiapine for sleep; and second, a randomized trial phase which will test whether staying on quetiapine has any advantage over switching to trazodone. The purpose of the first phase will be a) to document the proportions of patients and physicians who are willing to agree to such a switch, b) to characterize sociodemographic and clinical characteristics of potentially eligible subjects associated with a willingness to switch from quetiapine to trazodone and c) to record the reasons given why patients and their prescribers are (or are not) willing to accept a switch from quetiapine to trazodone. It will also function to provide some educational background to patients and a reminder to providers about the potential severe side-effects of quetiapine, and will thus facilitate clinical informed consent for the clinical trial phase of the study. Completion of the first part of the study will also serve as the screening component for part II. Part II includes, first, obtaining written informed consent from eligible subjects, and then randomly assigning them to continue quetiapine or to be switched to trazodone in open-label "real world" fashion for the duration of 4 weeks, followed by another four weeks of open, non-randomized follow- up. The purpose of the second part of the study is to determine if trazodone is an adequate substitute for quetiapine, primarily in terms of treating insomnia. The investigators hypothesize that trazodone will not be inferior to quetiapine in maintaining good quality of sleep measured by sleep scales (i.e., scores will not significantly worsen once switched). This study is open to Veterans in the VA system only. Eligible subjects must have a history of "dual diagnosis" (i.e., a history of addiction and mental illness).