Active clinical trials for "Sleep Initiation and Maintenance Disorders"

Objective To determine the optimum treatment protocol of auriculotherapy (AT) on the improvement of sleep conditions and quality of life on the elders with insomnia. Research hypothesis The use of combined LAT plus MAT is more effective than MAT/LAT alone on the improvement of sleep conditions and quality of life in the elderly with insomnia. Design and subjects This is a 3-arm double-blinded randomised trial. Subjects aged ≥65 and exhibit poor sleep conditions are recruited. Interventions Group 1: Subjects will receive a deactivated laser treatment followed by MAT. Group 2: Subjects will receive LAT and placebo MAT. Group 3: Subjects will receive a combined approach (LAT plus MAT). The treatment will be delivered 3 times/week, with a 6-week treatment period, on seven specific auricular points. Main outcome measures Sleep conditions and quality of life will be evaluated at baseline; end of 6-week treatment; and at 6-week, 12-week, and 6-month follow-up periods. Data analysis Descriptive statistics, chi-square analysis, ANOVA, paired t-test, and mixed effect modeling will be conducted as appropriate. Expected results This study would advance our knowledge the optimum treatment protocol of AT in the improvement of the sleep conditions of the elderly population.

The purpose of this pilot study is to obtain information about older Veterans' preferences for treatment of depression and insomnia and to pilot test the feasibility and clinical effect of Brief Behavioral Treatment for Insomnia (BBTI) BBTI for older Veterans living with Treatment Resistant Depression (TRD) and insomnia.

The overall purpose with this investigation is to further our knowledge about cognitive behavioral therapy (CBT) for insomnia by examining treatment components, mediators, and moderators. The first aim that will be addressed is to explore the efficacy of the CBT components with a dismantling-treatment strategy. Two active CBT interventions, intended to define its components - cognitive therapy and behavior therapy - will be compared with one another as well as with a waitlist condition on a broad range of outcomes at five to nine assessment points depending on the measures. The design will thus enable us to examine what CBT component or components are necessary, sufficient and facilitative of therapeutic change. The second aim that will be explored is to investigate what processes occur in CBT that may contribute to treatment outcome with a treatment-mediator strategy. To examine mediators for CBT, the following mediators will be assessed; Anxiety and Preoccupation about sleep Questionnaire (APSQ), Dysfunctional Beliefs and Attitudes about Sleep (DBAS), Sleep Associated Monitoring Index (SAMI), Sleep-Related Behavior Questionnaire (SRBQ), time in bed, napping, bedtime variability, and rise time variability. The hypothesis is that cognitive processes will mediate cognitive therapy outcomes, and that behavioral factors will have a mediating role for behavior therapy improvements. The third aim that will be addressed is to examine what patient characteristics does CBT depend on to be effective with a treatment-moderator strategy. To investigate moderators for CBT, the following moderators will be assessed; age, gender, occupational status, level of education, initial insomnia severity, dysfunction, medication use, chronic pain, psychiatric co-morbidity, medical co-morbidity, behavioral and cognitive processes used as mediators will also be employed as moderators.

Background: In the U.S. approximately 1.6 million adults use complementary and alternative or integrative medicine therapy for pain and insomnia. However, very few studies have tested the use of auricular acupuncture (AA) using a standard protocol for participants with chronic pain and insomnia. Objective: To assess the feasibility and acceptability of AA and to evaluate the effectiveness of AA on pain severity score, pain interference score, and insomnia over an 8-day study period. Subjects: 45 participants who met the eligibility criteria and signed the consent were randomized to either the AA group (AAG) or the usual care control group (CG) on day 4. Intervention: A standard AA protocol using penetrating semi-permanent acupuncture needles and in-place for up to four days. Main Outcome Measures: Brief Pain Inventory pain severity and interference scores for pain and Insomnia Severity Index (ISI) for insomnia. Results: The use of the standard AA protocol in the AAG led to significant within- and between-group reduction in pain severity and interference scores when compared to the CG. Both groups showed within-group decrease in ISI. However, the AAG showed significant between-group reduction in ISI severity and from moderate to sub-threshold insomnia. Conclusions: AA was found to show effectiveness in the treatment of chronic pain and insomnia. With a heightened focus on the opioid crisis in the U.S., this easy-to-administer protocol can be an option for treatment modality for military beneficiaries with chronic pain and insomnia.

Insomnia and hypertension are common health problems that often occur together and influence each other. This practical, low-cost, clinical trial will evaluate two behavioral treatments for insomnia (a brief intervention with therapist contact and a self-guided Internet intervention) compared to usual care. Participants will be recruited using the electronic health record in their primary care physicians' offices, and will be evaluated for sleep, blood pressure, and health outcomes after 9 weeks, 6 months, and 12 months.

This project aims to compare the effectiveness and implementation potential of two primary care friendly approaches to delivering an effective non-pharmacological intervention - cognitive behavioral therapy - for insomnia to middle aged and older adults.

The goal of this preliminary study is to determine the efficacy of an internet-based treatment program for insomnia for HIV-infected persons.

This interventional study was designed to explore the clinical effect of magnetic field modulation system on insomnia patients and provide a new solution for insomnia treatment.

Background: Many people with alcohol use disorders have a sleep problem called insomnia. One treatment is Cognitive Behavioral Therapy for Insomnia (CBT-I). Researchers want to study adults experiences with a web-based CBT-I program called SHUTi. Objective: To test if a web-based insomnia therapy program works well and helps people with alcohol use disorders. Eligibility: Adults ages 18-65 who joined another protocol and have been an inpatient on that protocol at least 14 days. Design: Participants will be screened with questions about insomnia. They will wear a device on their wrist and finger for one night while sleeping. This checks for sleep apnea. Participants will complete 1 of 2 programs: SHUTi: Participants will start using the program in the hospital and finish it about 6 weeks later. They will get a computer tablet to access SHUTi at least 3 times a week. They will get surveys, stories, videos, and interactive data about sleep. They will complete at least 5 daily sleep diaries every week. SHUTi will be customized based on the diaries. Education-only program: This is like SHUTi but it is not interactive and is not customized. Participants will access it at least once a week. They will finish at their own pace within 6 weeks. These participants may access SHUTi later. All participants will wear a device on their wrist for 4 straight days at several different time points. It records activity and sleep data. They will do this 3 times. Participants will answer questions about the program before starting it and after finishing. Interviews will be audio recorded. Participants will do follow-up surveys 6-7 months after they are discharged from the hospital.

Under entrained conditions, humans maintain a consolidated nocturnal sleep episode that coincides with environmental darkness and endogenous melatonin secretion. Various factors, such as artificial light, can compromise this temporal harmony, resulting in sleep disruption. Light is the strongest synchronizer of the circadian clock, with direct inputs via the retinohypothalamic tract to brain centers regulating sleep and circadian rhythms. Evening light exposure can suppress melatonin secretion and worsen sleep. This is critical, since most individuals routinely expose themselves to light before bedtime. The high sensitivity of the circadian system to blue wavelength light indicates that modern light sources such as light-emitting diodes (LED) may have particularly deleterious effects on sleep. It is possible to selectively filter out blue light while maintaining other visible spectra with blue-blocking (BB) lenses. Wearing BB lenses before bedtime may present a simple, affordable, and safe method to improve sleep. None have yet investigated the effects of BB lenses on subjective and objective sleep in insomnia patients, while simultaneously exploring the effects on melatonin secretion.