877 Clinical Trials for Various Conditions
The goal of this clinical trial is to learn about how certain medications used to treat insomnia (e.g., Lemborexant) impact sleep, mood, and behavior in men and women with Opioid Use Disorder who are taking prescribed buprenorphine. The main questions it aims to answer are: 1. What is the effect of the study drug (lemborexant) on sleep outcomes? 2. What is the effect of the study drug (lemborexant) on impulsive behavior (as measured by computer test performance)? 3. What is the effect of the study drug (lemborexant) on mood and other behavior? Researchers will compare lemborexant to placebo (e.g., sugar pill) to see if participants assigned to 8 weeks of treatment with lemborexant have greater improvements on the measures listed above. Participants will take the study medication (or placebo) each night for 8 weeks and be asked to come for a total of 23 study visits. Most of these visits will be very short (15-30 minutes). The longer visits will include the screening visit (about 2-3 hrs), baseline visit (about 2.5 hrs), and the post-medication visit (about 2 hrs). Study visits will include things like taking surveys about sleep, drug use, and mood, completing urine drug testing, checking vital signs (e.g., blood pressure), and completing interviews with the study staff. Participants will also be asked to provide two blood samples (one during screening and one after taking the medication). For three two-week periods, participants will be asked to wear a watch to track sleep at home, and to keep a log of sleep and wake times.
The objective of the study is to conduct a randomized controlled trial of Cognitive Behavioral Therapy for Insomnia (CBT-I) in a sample of active-duty sailors with a history of traumatic brain injury (TBI). The investigators will test the impact of CBT-I on insomnia symptoms as well as post-concussive symptoms, psychological symptoms, and neurocognitive functioning in comparison to treatment as usual. The investigators will also compare the effectiveness of traditional in-person CBT-I and CBT-I delivered via a clinician-supervised digital health platform, Clinician Operated Assistive Sleep Technology (COAST) in comparison to treatment as usual on symptoms of insomnia, post-concussive symptoms, neurocognitive functioning, and psychological health. Participants will be assessed at baseline, post-treatment, and 3 months later.
This phase IV trial compares suvorexant with standard of care to standard of care alone for improving difficulty sleeping (insomnia) and reducing confusion (delirium) in hospitalized cancer patients. Delirium can lengthen hospitalization, increase the delay of cancer treatment and can even increase the risk of premature death. Suvorexant is in a class of medications called orexin receptor antagonists. It works by blocking the action of a certain natural substance in the brain that causes wakefulness. Giving suvorexant with standard of care to treat insomnia may be more effective compared to standard of care alone in reducing the development of delirium in hospitalized cancer patients.
The purpose of this research study is test if a study that asks older adults with sleep problems to consume tart cherry products is feasible and determine if it can change sleep patterns. This study is a total of 12 weeks. Participants will be asked to consume tart cherry juice for 4 weeks and the placebo juice for 4 weeks, while wearing a digital monitor that measures sleep. Blood (about 3 teaspoons) and urine (about 2 tablespoons) samples will be taken before and after consuming both juices to measure certain biological markers related to sleep.
This study investigates the relationship between the noradrenergic (NA) system, sleep quality, and cognitive function in older adults with insomnia - a population at elevated risk for Alzheimer's disease-related dementias (ADRD) - compared to age and sex matched controls with normal sleep. The study characterizes NA function through multiple approaches: measuring 24-hour plasma levels of norepinephrine (NE) and its brain metabolite 3-methoxy-4-hydroxyphenylglycol (MHPG); evaluating central NA system response using the clonidine suppression test (a presynaptic α2 adrenoreceptor agonist that reduces locus coeruleus NA activity; and employing pupillometry as a non-invasive marker of autonomic function. To explore NA function's mechanistic role in insomnia, the study uses an intervention with bright light exposure to enhance daytime NA activity, with the goal of improving both sleep quality and cognitive performance.
The goal of this study is to test a new way to improve sleep quality in persons living with mild cognitive impairment. The treatment combines a safe and gentle way to stimulate the brain, called transcranial magnetic stimulation, with a psychological treatment, called cognitive behavioral therapy for insomnia.
Repetitive transcranial magnetic stimulation (rTMS) has shown to be a promising technique for improving insomnia symptoms and sleep quality. However, the impact of circadian rhythmicity on rTMS sessions and its potential influence on insomnia therapy remains unclear. Moreover, the effect of rTMS on objective sleep parameters is not fully established. The objective of this pilot study is to establish key feasibility and preliminary data that would be used for an R-level grant application focused on optimizing rTMS therapy for insomnia. The investigators will acquire feasibility data from ten adults with Insomnia disorder. Participants will receive ten sessions rTMS over two weeks, either in the morning or evening. Sleep parameters will be assessed before, during, and after completion of rTMS and brain cortical excitability will be collected before rTMS treatment. The investigators aim to 1) evaluate the impact of circadian timing of rTMS sessions on subjective and objective sleep outcomes, 2) assess the time course of improvements in sleep outcomes, and 3) examine the association between sleep outcomes and cortical excitability. The overarching goal of this work is to optimize rTMS therapy for insomnia by investigating the impact of circadian timing on rTMS sessions and assessing potential variations in subjective and objective measures of sleep.
This clinical trial aims to evaluate the safety and efficacy of PROSOMNIA Sleep Therapy (PSTx) for individuals suffering from chronic insomnia, sleep deprivation, and REM sleep disorders. Chronic insomnia, characterized by difficulty falling or staying asleep, significantly affects patients and quality of life, mood, and cognitive function. REM sleep disorders, in which the body struggles to enter or maintain restful REM sleep, can worsen these issues. The trial introduces a novel therapy using anesthesia-induced sleep, targeting sleep homeostasis and improving sleep architecture. Objectives: The primary goals of the trial are to determine: 1. Whether PROSOMNIA Sleep Therapy increases the quality of REM sleep. 2. Whether PSTx increases the duration of REM and/or NREM sleep. 3. Whether PSTx decreases the time it takes participants to fall asleep (sleep onset latency). Participants will receive ONE (1) PROSOMNIA Sleep Therapy session lasting between 60-120 minutes. Each session uses Diprivan/Propofol to induce sleep, and is monitored via an EEG to ensure proper sleep stages, particularly REM sleep. Participant Criteria: Inclusion: Adults aged 18-65 with diagnosed or undiagnosed chronic insomnia or sleep deprivation. Exclusion: Patients with severe obesity, significant cardiovascular, neurological, or psychiatric conditions, or those with an ASA status above II. Study Design: This trial is non-randomized, single-arm and open-label, with all participants receiving the PSTx. The trial does not include a comparison group, as the focus is on evaluating the immediate, direct effects of the therapy. Participants will undergo continuous EEG monitoring during therapy sessions, allowing researchers to track brain activity and sleep stages in real-time. This method ensures that sleep cycles, particularly REM sleep, are optimized for therapeutic benefit. Therapy Methodology: PROSOMNIA Sleep Therapy leverages anesthesia to mimic natural sleep patterns and enhance the efficiency of REM sleep. Diprivan/Propofol is used to induce REM sleep, while EEG monitoring tracks and maintains proper sleep architecture throughout the session. The therapy promotes the clearance of adenosine, a compound that builds up during wakefulness and drives the need for sleep. Adenosine is cleared during REM sleep, reducing sleep pressure and improving cognitive function. Outcome Measures: Primary Outcomes: Researchers will measure the increase in REM sleep duration, improvement in sleep quality (via self-reported questionnaires), and a reduction in sleep onset latency. Secondary Outcomes: These include changes in mood, cognitive function, and blood serum uric acid levels. Patient-reported outcomes will also be tracked through tools like the PROSOMNIA Sleep Quiz, which is specifically designed for PSTx. Significance: Chronic insomnia and REM sleep disorders affect millions globally, leading to cognitive impairment, mood disturbances, and poor overall health. Traditional treatments, including pharmacological approaches and Cognitive Behavioral Therapy for Insomnia (CBT-I), often provide suboptimal results for many individuals. PSTx offers a novel, therapeutic approach to restoring sleep balance and enhancing the overall quality of sleep, particularly for those who have not responded to conventional treatments. Study Process: Recruitment and Baseline Assessments: Participants undergo a comprehensive sleep assessment, including sleep questionnaires and polysomnography, to establish a baseline for sleep quality and duration. Blood serum uric acid levels will also be measured to track any biochemical changes due to therapy. Therapy Sessions: Only one (1) PROSOMNIA Sleep Therapy session will be administered, with the session lasting between 60-120 minutes. Diprivan/Propofol is used to induce sleep, and EEG will monitor brain activity to ensure the proper balance of sleep stages. Post-Therapy Follow-up: Follow-up assessments will occur at 24 hours, 7 days, and 30 days post-treatment. Researchers will analyze the therapy effects on REM sleep, mood, cognitive function, and other health indicators. Potential Implications: If successful, this trial could revolutionize how we treat sleep disorders by targeting the underlying mechanisms of sleep pressure and REM sleep disruption. PROSOMNIA Sleep Therapy may offer a safe, effective, and immediate alternative for patients who have exhausted other treatment options. Key Concepts: Homeostatic sleep drive, (Process S), caused by adenosine buildup during wakefulness, is disrupted by chronic insomnia. This impacts cognitive function health and recovery. Anesthesia-induced REM sleep via PSTx helps regulate this homeostatic sleep stage, offering deeper and more restorative sleep compared to other sleep therapies. The study uses statistical methods like ANOVA and Chi-square to measure outcomes.
This study called rSTATE (Remote STATE Training for Insomnia in Older Adults) is a Phase II study to definitively evaluate the efficacy of a computerized cognitive training program (rSTATE) designed to improve sleep regulation and brain health and extend functional independence in older adults with insomnia.
This research will compare the effectiveness of a remotely delivered personalized exercise coaching plus an evidence-based sleep improvement intervention to remotely delivered personalized exercise coaching alone for knee osteoarthritis pain. The study team hypothesize that the combined intervention will result in greater improvements in patient-reported pain intensity, recorded with real-time data capture, than remotely delivered exercise coaching alone.
The goal of this study is to test an adapted treatment for teen insomnia in comparison to a waitlist condition. Cognitive Behavioral Therapy for Insomnia (CBT-I) is an intervention that was developed for adults and is sometimes also used for teens. Teens, parents, and health care providers helped to review and adapt CBT-I to form Teen CBT-I. Teen CBT-I includes most of the same content as CBT-I, with some changes to match teen biology and lifestyles. The main questions this clinical trial aims to answer are: * Does Teen CBT-I improve insomnia symptoms in teens? o Researchers will compare Teen CBT-I to the waitlist control condition to see if insomnia symptoms significantly improve in the treatment group. * Do teens and their parents find Teen CBT-I to be acceptable? o Researchers will examine Teen CBT-I acceptability ratings. Teen CBT-I is hypothesized to improve insomnia symptoms in teens, and teens and parents are hypothesized to find Teen CBT-I to be acceptable. Teen participants will be randomized to one of the two conditions: Teen CBT-I treatment or waitlist control. They will also complete assessments at three timepoints: Baseline (before treatment); post-intervention (after treatment); and follow-up (2 months after treatment). For each assessment, teen participants will: * Fill out questionnaires about their sleep, mood, and other areas * Keep daily sleep logs for one week * Wear an actigraph, a wrist-watch like device that records activity levels to determine sleep-wake patterns, for one week. Parent participants will also be asked to complete questionnaires at each measurement point about their teen's sleep, mood, and other areas. The intervention conditions are: * Teen CBT-I includes 4-6 one-hour individual virtual sessions with a therapist. It includes standard CBT-I content with some small changes to match teen biology and lifestyles. The main parts of this treatment include healthy sleep habits, only using the bed for sleep, keeping a recommended sleep schedule, changing negative thoughts about sleep, and learning ways to relax the mind and body for sleep. * Waitlist-control, in which teens will not receive any treatment for 8 weeks. After the second assessment, they will receive free access to an app-based CBT-I treatment which they can complete on their own.
The incidence of insomnia is estimated to be as high as 90% in individuals with MS due to insomnia being underdiagnosed. Sleep disturbances in people with MS have been associated with reduced cognitive performance, physical function, psychological well-being, quality of life, and occupational function, as well as increased prevalence of fatigue, pain, depression, and anxiety. The objective of the proposed study is to determine the efficacy of cognitive behavioral therapy for insomnia (CBT-I) to improve insomnia symptoms (Aim 1) fatigue, and health-related quality of life (Aim 2) in individuals with multiple sclerosis compared to an active control group, and to determine the characteristics of participants that predict improvement in sleep outcomes (Exploratory Aim 3).
This clinical trial evaluates the effect of conversational agent, Cecebot, on improving insomnia in stage I-III breast cancer survivors. Sleep disturbance ranks among the top concerns reported by breast cancer survivors and is associated with poor quality of life. Many breast cancer survivors also have decreased physical activity, which may also have a negative impact on sleep and quality of life. Cognitive behavioral therapy for insomnia (CBTi) and physical activity interventions have individually been reported to improve sleep and to have a positive impact on quality of life. Cecebot is a personalized short messaging service (SMS)-based behavioral intervention that combines CBTi and physical activity strategies that may improve sleep for breast cancer survivors.
The purpose of this study is to achieve health and healthcare equity by implementing an equity-focused, mindfulness-based sleep intervention to reduce stress and sleep deficiency-related cardiometabolic disease burden in Black women.
Lay Summary: This study is about the effect of using a unique formula called Sip2Sleep®, a product currently available on the market which is a combination of montmorency tart cherry extract and Venetron® (Apocynum venetum leaf extract) on sleep. The purpose of this study is to evaluate the effects of taking this combination product on various aspects of sleep. This study is being conducted by People Science, and is sponsored by Lakshmi Nutraceuticals, LLC. The information we gather will help inform how people may use Sip2Sleep® to affect the quality of sleep. Participants in this study will complete a number of surveys about their difficulties falling asleep and staying asleep (insomnia), their energy level during the day and health status regarding their quality of sleep. There are no major risks associated with this study.
The proposed study will test the usability and feasibility of a novel cognitive training (COGMUSE) for autistic adults with co-occurring insomnia (COGMUSE- AUT). Participants (n=15) will complete the cognitive training intervention for 60 minutes per day, 3 times per week for 6 weeks at home totaling to 18 hours. Weekly check-ins will be conducted by study staff over Teams to ensure adherence to the treatment and provide an opportunity for qualitative feedback on the game sessions played. During these 6 weeks, participants will fill out daily (2x/day) electronic sleep diaries and wear an actigraph device (GENEActiv). GENEActiv is a watch-like device that monitors light and movement activity.
Individuals who have insomnia with short sleep duration (ISS) differ from individuals who have insomnia with normal sleep duration (INS) in terms of health risks (i.e., hypertension) and treatment response. This study will examine whether patients with ISS and INS demonstrate a differential response to two common insomnia treatments. One is behavioral, Cognitive Behavioral Therapy for Insomnia (CBT-I). The other is a widely prescribed, non-habit-forming medication, trazodone used at a low dose. The investigators' findings could lead to evidence-based treatment guidelines that help clinicians more effectively match treatments to insomnia patients and reduce associated health problems.
Investigators propose a double-blind, placebo-controlled trial evaluating the use of the use of Suvorexant in breast cancer survivors on selective estrogen receptor modulators or aromatase inhibitors with sleep disturbance to assess the impact on insomnia symptoms and quality of life. Breast cancer survivors have an increased risk of insomnia for which Suvorexant has the has the potential ability to impact to improve sleep related outcomes and cancer survivorship outcomes. Breast cancer survivors with sleep disturbance based on an Insomnia Severity Index Score (ISI) \>15 will be randomized to either Suvorexant or placebo, with both arms receiving education on sleep hygiene.
The purpose of this study is to investigate the ability of a translational device, Teledyne PeakSleep, to reduce sleep onset latency, reduce time awake after sleep onset and improve restfulness and the subjective benefits of sleep in a patient population with insomnia via transcranial direct current stimulation (tDCS) applied to frontal lobe circuits.
College students experience higher rates of insomnia compared the general population, and accessibility and availability for the appropriate intervention is difficult due limited resources available to them in a college environment. Theorefore, it is vital to offer an intervention that can be just as effective yet more accessible than other available treatments targeting insomnia. That is why this study will investigate the efficacy and feasibility of an online ACT intervention for insomnia among college students. Specifically, Is an online ACT for college students effective in treating insomnia? And, is an online ACT for college students feasible and acceptable in treating insomnia? Participants will be randomized into one of two conditions: waitlist or online ACT guide. Participants will receive questionnaires at baseline, post-treatment (4 weeks), and 1-month follow up.
Assess the effect of a customized audio track delivered via standard commercially-available bone conduction headsets on the quality of sleep
In the present study, the investigators aim to investigate feasibility of utilizing noninvasive neuromodulation, specifically taVNS, as a nonpharmacologic approach to address insomnia in patients with stage I-IV breast cancer.
Medical research participation percentages haven't always been fully representative of a given demographic. The goal is to find out which aspects of a clinical trial may make it more difficult for patients to take part or see it through. The data will be evaluated through different demographic lenses and identify trends that could help improve the experience of future insomnia patients during clinical study.
The purpose of this study is to assess whether the investigators can treat insomnia in people with Crohn's disease, and if insomnia treatment can make other things better, like pain or inflammation.
The purpose of the study is to help determine if a wearable sleep wellness device improves sleep among adults with insomnia. This study will enroll a total of 60 participants for this remotly conducted study and randomize 1:1 for treatment and control. Aim 1 of the study is to test the effects of the sleep wellness device compared to a placebo device on sleep after 28 days of use. Aim 2 of the study is to test the longer term effects of the sleep wellness device at 3 month follow-up.
The goal of this clinical study is to learn whether treating sleep problems is helpful in people with substance abuse problems who are living in a residential treatment program. Another goal is to study whether treating sleep problems will help individuals stay in substance abuse recovery treatment for a greater amount of time. Participants will be asked to complete surveys at the time of enrollment and every week for the next 9 weeks for a total of 8 times. Participants will be asked to wear a watch that measures sleep (sleep watch) while the participants are in the group and for a 2-week period after the participants complete the group. Participants may also be asked to participate in an interview about the experience with the group and wearing the watch. Participants will also have "homework" throughout a 4 week period. Homework is to complete a sleep diary each morning. The first group of 50 participants will be enrolled in the brief behavioral treatment for insomnia (BBTI) group where the participants receive typical treatment plus the sleep intervention program. The investigators will use qualitative and quantitative data to identify implementation facilitators and barriers, then further modify BBTI to improve feasibility. After modifying the BBTI protocol and re-training staff, study procedures will remain intact with the exception that the investigators will double the recruitment and randomize participants to the modified BBTI (N=50) or standard-of-care (SOC) (N=50). All participants will complete all assessments except the SOC group will not complete treatment satisfaction surveys.
The goal of this study is to examine the impact of suvorexant, an FDA-approved insomnia medication, on daytime symptoms (as measured by the Daytime Insomnia Symptoms Scale: cognition, positive mood, negative mood, and fatigue/sleepiness) among older adults with insomnia. The primary hypothesis is that relative to placebo, suvorexant will improve sleep and daytime symptoms. The word "placebo" refers to a harmless pill with no therapeutic effect.
Medication is FDA approved. The objective of this project is to test the efficacy of solriamfetol for treating insomnia (alone and in combination with Cognitive Behavioral Therapy for Insomnia \[CBT-I\]). Ultimately, this study will test whether wake extension (regardless of how it is achieved) will consolidate sleep and improve sleep continuity.
This study will compare the efficacy of telemedicine-delivered cognitive behavioral therapy for insomnia tailored for people using cannabis for sleep (CBTi-CB-TM) to telemedicine-delivered sleep hygiene education (SHE-TM) on sleep, cannabis use, and daytime functioning. We will also evaluate the effects of CBTi-CB-TM on fundamental sleep regulatory system - homeostatic sleep drive - and its association with clinical outcomes.
The investigators propose a randomized controlled clinical trial in 250 women with a history of early stage breast cancer who are overweight or obese with insomnia to test whether a brief, cognitive-behavioral intervention for insomnia (CBT-I) prior to behavioral weight loss (CBT-I+BWL) is superior to a sleep education control (EDU) condition followed by behavioral weight loss (EDU+BWL). The investigators will measure outcomes at baseline, 8 weeks (after completing CBT-I or EDU and prior to BWL), and at 3, 6, and 12 months.