View clinical trials related to Sleep Problem.
Filter by:The purpose of the study is to learn if an educational program delivered to parents/guardians can help improve the sleep of children experiencing sleep problems after completing cancer treatment. The name of the intervention is Survivor-SHIP (Sleep Health Information Program).
This study aims to determine the effect of health education and progressive muscle relaxation exercise (PMRE) on vasomotor symptoms and sleep problems in women with perimenopausal period; a randomized, pretest-posttest is a randomized controlled, factorial group experimental study. The research was conducted in a family health center. The required institutional permission and ethics committee approval was received. The sample consisted of 90 women totally, 30 of whom in the PMRE + health education group, 30 of whom in the PMRE group and 30 of whom in the control group. The data was collected using personal information form, Visual Analog Scale for Vasomotor Symptoms (VAS), Women's Health Initiative Insomnia Rating Scale-WHIIRS, vasomotor symptom diary, progressive muscle relaxation exercise follow-up schedule, and health education practice follow-up schedule. The data were stored in the SPSS 24 program. In the analysis of the data, ANOVA test, Repeated Measures test, Kruskal-Wallis H test, Friedman test and χ2 test statistics were used.
The investigators performed a randomised controlled trial with 202 healthy university students in the Oslo area, with 50:50 in a yoga intervention group and a waitlist control group. Measures included symptoms of depression and anxiety, sleep problems, heart rate variability (HRV), well-being and mindfulness at week 0 (baseline), week 12 (post-intervention) and week 24 (follow-up).
Insomnia occurs frequently causing a substantial burden to society (1). Historically, insomnia has been considered as secondary to a handful of other psychiatric disorders, such as depression and anxiety - but it is now clear that this disorder is associated with a wide range of psychiatric conditions and may actually precede and predict their development and severity (e.g. 2). Treating insomnia has been posited to hold the promise of reducing or preventing the development of co-morbid problems - although this possibility needs to be rigorously tested. Cognitive behavioural therapy (CBT) is an effective treatment for disturbed sleep, specifically insomnia, in adults (3) and is recommended by NICE for the management of long-term sleep problems. This treatment is more accessible than ever before given recent ground-breaking internet initiatives - such as the Sleepio programme (see: https://www.sleepio.com/home/), which was developed by one of the collaborators (Colin Espie) and has yielded encouraging results (4). Despite the importance of CBT for treating disturbed sleep and the finding that it leads to a good outcome for the majority of sufferers, some people fail to respond to this treatment. For example, research cited on the Sleepio website notes that around 70% of those with even very long term sleep difficulties experience long-term improvements from the treatment, meaning that 30% do not (see 4). Understanding more about who does and does not respond holds the promise of improving or tailoring treatments for insomnia. The study proposed here builds on recent work by one of the researchers who has been exploring demographic (5), clinical (e.g. 6) and most uniquely genetic (e.g. 7); and epigenetic (e.g. 8) predictors of psychological treatment response (coining the term Therapygenetics, see, 7). While these predictors are individually only likely to explain a small proportion of the variance of treatment outcome, understanding these multiple risks and their interaction is the best way to consider this issue. The study addressed here is a pilot study, necessary to demonstrate feasibility of utilising a sleep intervention application in an unselected sample of young adults, prior to applying for grant funding to undertake a larger but similar behavioural genetics study in the future. The main aim of this pilot study is to test the feasibility of the study design, by investigating whether unselected participants show an improvement in sleep quality after taking the intervention. Participation and drop out rates as well acceptability of the intervention in a non-clinical population will also be investigated. Research Questions: 1. Does the online CBT intervention improve sleep quality in a non-clinical, unselected sample? 2. How feasible is it to run this study on a non-clinical sample? This will include investigating response rate, participant drop-out, and treatment accessibility. The investigators will also offer perform preliminary investigations into: 3. Does improving sleep quality have implications for associated phenotypes? Specifically the investigators will examine symptoms of anxiety, depression, attention-deficit hyperactivity disorder (ADHD), psychosis, and well-being. 4. Which demographic, clinical, genetic, and epigenetic factors predict treatment outcome for sleep problems? Research questions 3) and 4) will be primary aims in the main study, but will constitute secondary aims in the pilot study as there won't be the statistical power to fully address these questions.
Cognitive Behavioral Therapy (CBT) is treatment of choice for insomnia (CBT-i). Many patients in psychiatric care have sleep problems including insomnia, but are rarely given the choice to participate in CBT to improve their sleep. Patients with ADHD is a patient group with high levels of sleep difficulties. Sleep problems in this patient group can be both more general such as insomnia, but can also be related to the ADHD itself and to the use of ADHD medication. In a previous pilot study, the investigators developed a version of CBT-i that would target sleep problems in this population. The basis was CBT-i, but with more emphasis on sleep promoting behaviors specific to ADHD (e.g. appropriate timing of ADHD-medication), techniques that would also alleviate sleep phase problems, (e.g. the systematic use of light and darkness), and techniques to target more general sleep disturbing habits (e.g. not winding down before bed time), that are also common in patients with ADHD. This treatment was well tolerated and gave moderate effects on insomnia severity in the pilot study. In a naturalistic randomized controlled trial, the investigators now evaluate the effects of this psychological treatment on sleep and symptoms of ADHD in patients at the ADHD-clinics, Northern Stockholm Psychiatry, Sweden.
This study is designed to demonstrate that cherry juice is effective in treating insomnia, and to show that it works by inhibiting an enzyme that will be measured in the blood.