View clinical trials related to Insomnia.
Filter by: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.
To establish a multicenter, multi-dimensional cohort on insomnia disorder and to develop an intelligent model for the diagnosis and treatment of insomnia disorder.
Insomnia is reported by more than 50% of patients with chronic pain. In this study, the investigators aim to advance the understanding of physiological sleep in individuals with chronic pain. To do this the investigators will monitor at-home sleep with an ear-EEG over 20 nights in patients with chronic pain and collect self-reported measures of sleep and pain. The collected data will be used to explore and characterize intra-individual variations in sleep metrics (e.g. total sleep time, time in each sleep stage (N1, N2, N3, REM), sleep latency, REM stage latency, wake after sleep onset, sleep efficiency, number of arousals and arousal index) over 20 nights.
The goal of this study is to learn if a smartwatch is effective to identify factors related to sleep quality and habits of adults (30 years old or more), enabling the improvement and/or creation of instruments to assess overall health status and sleep quality. The main question it aims to answer is: - Does the smartwatch application (software) indicate sleep habits and measure sleep quality in accordance to the standardized clinical instruments commonly used to assess sleep?
Chronic pain constitutes an increasing health and social burden. More than 50% of patients with chronic pain report insomnia, and patients with comorbid insomnia often report stronger and widespread pain, compared to those who are sleeping well. Sleep disturbances are often considered a consequence to chronic pain. This means that insomnia is often overlooked or ineffectively managed with hypnotics or advice on sleep hygiene. Therefore, efficacious, easily accessible, and safe alternatives to the current pharmacological treatments for patients with chronic pain and insomnia are needed. Cognitive behavioral therapy for insomnia (CBT-I) is a cost-effective and safe treatment for insomnia and is recommended as first-line treatment. While highly efficacious, the challenge is to deliver CBT-I to those in need. The main barriers of face-to-face delivered CBT-I are availability of trained therapists, costs, as well as physical and geographical constraints. The primary aim of this randomized controlled clinical superiority trial is to investigate whether digitally-delivered CBT-I has a greater effect on insomnia and pain than digitally-delivered sleep hygiene education in patients with chronic pain and comorbid insomnia. Secondary objectives are to a) explore whether the pain-relieving effect is mediated by a change in physiological markers of sleep quality, b) whether health care cost and use of medications at 12 months are reduced after digital CBT-I, and c) to explore the effectiveness of digital CBT-I compared with sleep hygiene education on: 1. Physiological sleep metrics (recorded with ear EEG in subsample of 60 patients). 2. Self-reported sleep quality. 3. Quality of life. 4. Physical and mental health. 5. Thoughts and beliefs about sleep and pain.
To determine whether PS150 (1) reduces insomnia symptoms, (2) improves sleep quality, (3) adjusts autonomic nervous system functioning, (4) reduces the severity of anxiety and depressive symptoms, and (5) adjusts microbiome and endocrine functions.
Insomnia and attention deficit hyperactivity disorder (ADHD) are highly comorbid conditions with an intricate, bidirectional relationship. In particular, insomnia and ADHD often co-occur, with 22.9-34.6% of adolescents with insomnia having clinically significant ADHD, and 22-33.5% of adolescents with ADHD experiencing comorbid insomnia symptoms. Insomnia is not only associated with increased ADHD severity, but also linked to an increased risk for other mental health problems and poorer treatment response in young people with ADHD. Behavioural sleep interventions have shown promise in improving sleep in young children with comorbid ADHD and insomnia. Nonetheless, when treating adolescent insomnia, especially those with ADHD, there is a need to consider the unique sleep and circadian features as well as psychosocial factors associated with not only ADHD but also adolescence, a challenging developmental stage. To date, there is a paucity of research to test the efficacy of cognitive behavioural therapy for insomnia (CBT-I) in adolescents with comorbid ADHD and insomnia. To address the limitations in the existing literature, this study aims to conduct a randomised controlled trial (RCT) to examine the effects of CBT-I relative to a usual care (UC) condition in adolescents with ADHD, on improving sleep and ADHD symptoms, and other clinical and daytime symptoms as well as overall functional improvement.
Insomnia is a common sleep problem that impacts both physical and mental health. Acceptance and Commitment Therapy for Insomnia (ACT-I) is proposed as a promising new treatment for insomnia. However, its effectiveness without overlapping behavioral components of the current standard treatment, cognitive behavioral therapy, remains largely unknown. The main goal of this clinical trial is to test the efficacy of stand-alone ACT-I in adults with insomnia, compared to a waitlist control group. The second goal is to explore the potential working mechanisms of ACT-I, using network intervention analysis. Adults with insomnia will be randomized to an ACT-I or waitlist group. Both the ACT-I treatment and waiting period span 7 weeks. Assessments take place at baseline (pre), after 4 weeks (mid), and after 8 weeks (post), followed by a 3- and 6-month follow-up for the ACT-I group. The main questions this RCT aims to answer are: - Is ACT-I superior to a waitlist control group in improving insomnia severity (primary outcome) in addition to sleep diary measures, anxiety, depression, general mental health, and sleep-related quality of life (secondary outcomes)? - How do networks of insomnia symptoms or potential treatment processes (i.e., psychological (in)flexibility, sleep-related arousal, dysfunctional cognitions, and sleep-related safety behaviors) develop during and following ACT-I?
This study aims to investigate the effects of Cognitive Behavioral Therapy for Insomnia (CBTi) on both sleep patterns and dietary habits in Lebanese adults with insomnia. Sleep patterns and dietary habits are intricately linked, with dysregulated sleep associated with poor diet quality and increased snacking. Conversely, the types of nutrients consumed can affect hormonal balance and circadian rhythm. Insomnia and obesity are interrelated public health concerns, with CBTi showing efficacy in improving sleep. This study will recruit participants with insomnia and randomly assign them to receive either CBTi or basic sleep hygiene education. Baseline assessments will include validated questionnaires about insomnia, dietary habits, and physical activity and a 7-day 24-hour diet recall sheets, as well as actigraphy for sleep parameters, and physical activity assessments. The intervention will last for four weeks, with post-intervention assessments conducted similarly to baseline.
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.