View clinical trials related to Sleep.
Filter by:Self-reported sleep complaints are common in peri- and postmenopausal women and have been identified as a key symptom of the menopausal transition. The MsFLASH study, A Pilot Trial of Telephone-Based Cognitive-Behavioral Therapy for Midlife Women with Menopause-related Sleep Disturbance, is a randomized, single-blind, placebo-controlled, two arm clinical trial. The target population will include women in general good health, aged 40-65 years, who report symptoms of insomnia (trouble sleeping) and who are bothered by hot flashes. We plan to enroll 100 women from Seattle, Washington and surrounding areas into the trial. Half of the women will be randomly assigned to receive the behavioral intervention and half to receive the behavioral control. The intervention arm participants will receive 6 sessions of a telephone-based, cognitive-behavioral therapy intervention for insomnia (CBT-I), based on state-of-the-art methods and specifically targeted to women with menopause-related sleep disturbance (CBT-I). The control arm participants will receive telephone-based Menopause Education Control (MEC) that includes elements of sleep hygiene. Assessments for both groups will be collected at baseline (pre-randomization), 8-week post-randomization, and 6-month post-randomization. The inclusion/exclusion criteria are designed to target broadly those midlife women who have menopause-related sleep disturbance and also report being bothered by vasomotor symptoms. This target population defines the clinical population seeking treatment for relief of menopause-related sleep problems. Exclusion criteria are kept minimal and intended only to exclude women with significant medical problems likely to account for their sleep problems (instead of menopause), or likely to interfere with their ability to participate in the intervention. We include women taking hormone therapy or other medication who meet these criteria because they are part of the population seeking clinical care for relief of sleep disturbances. Our primary objective is to develop an intervention that is generalizable to the greatest number of women and maximally translatable into real-world primary care practice.
Cancer related fatigue (CRF) - a persistent sense of exhaustion related to cancer or cancer treatment - can severely interfere with activities of daily living, and has even been reported to be a factor in patient requests for hastened death. CRF can represent a serious clinical problem years after all treatment has ended. There is currently no effective treatment for CRF. The purpose of this study is to investigate whether systematic exposure to light (from a commercially available Litebook) reduces CRF or other symptoms.
The purpose of this study is to test the effects of sleep and meal timing, independent of sleep duration, on glucose regulation and metabolic and hormonal control of energy balance in normal weight adults. This study will be a 4-phase, randomized controlled study of 5 days each in which participants will undergo 2 phases of late sleep times that differ in meal timing (normal or late) and 2 phases of normal sleep times that differ in meal timing (normal or late). The Aims and Hypotheses of this study are: Aim 1: To compare hormonal regulation of food intake and metabolic risk markers in response to altered sleep and meal timing. - Hypothesis 1: There will be an interaction between sleep and meal time on glucose, insulin, and glucose and insulin area under the curve after the glucose tolerance test such that the late sleep/late meal will result in the worst metabolic profile, normal sleep/late meal and late sleep/normal meal will have an intermediate profile, and normal sleep/normal meal will result in the best metabolic profile. - Hypothesis 2: There will be an interaction between sleep and meal time on leptin and ghrelin concentrations such that the late sleep/late meal timing phase will result in low leptin/high ghrelin, normal sleep/late meal timing and late sleep/normal meal will have an intermediate profile, and normal sleep/normal meal timing will result in high leptin/low ghrelin. Aim 2: To compare food intake over a 24-h period in response to altered sleep and meal timing. • Hypothesis 3: Energy and fat intakes will be greater during the late sleep timing phase compared to normal sleep timing.
Nocturnal seizure and Sudden unexplained death in epilepsy patients (SUDEP) are major concerns for parents and creates anxiety and poor sleep conditions for many families dealing with epilepsy. An accurate and reliable system for alerting parents to ongoing seizure activity could make a substantial impact in quality of life and possibly reduce the mortality of epilepsy. No previous studies in the pediatric population have been performed to evaluate this type of monitoring for seizure activity. This is one of the most common questions parents ask in clinic, "Are there any alarms that can tell me when my child is having a seizure at night?" Currently the answer is no. This study has the capability to give us data that may change this answer to yes.
While most of the research on integrated approaches of occupational health and safety and worksite health promotion to date has focused on manufacturing settings, employment is shifting to the service sector. Within this sector, health care employs over 12 million workers, and is the second fastest growing industry in the U.S. economy. In contrast to workers in other industries, rates of occupational injuries and illnesses among health care workers have increased over the past decade. The purpose of this study is to lay the foundation for integrated interventions in health care through examination of the associations of worker health outcomes and risks on and off the job with work policies and practices and to address the prevalent issues of musculoskeletal disorders (MSDs), particularly low back pain disability (LBPD), and health promotions through physical activity among patient care workers. The specific aims of this study are: 1. To estimate the efficacy and determine the feasibility of an integrated intervention, addressing both health protection and health promotion in order to reduce MSD symptoms and improve health behaviors among healthcare workers. We will assess between-group differences in MSD symptoms, health behaviors, including physical activity, and a set of secondary outcomes, including unplanned absence, reported injuries, worker compensation claims and costs, turnover and retention, intention to leave the job, and work-role function. This study will explore the working hypothesis that: Workers employed at baseline in patient-care units receiving the intervention will report greater reductions in their MSD symptoms (primary outcome) and greater improvements in health behaviors, compared with workers employed at baseline in units assigned to the Usual Care control group. 2. To determine the factors in the work environment which contribute over time to reductions in MSD symptoms and improvements in safe and healthy behaviors. (1) The work environment, work organization, and psychosocial factors, measured in our current study, will be associated with changes in workers' health behaviors and health outcomes between the assessments in the current and proposed studies; (2) Improvements in the work environment over time will be associated with improvements in workers' health behaviors and health outcomes. We will conduct multilevel modeling analysis to evaluate the simultaneous effects of worker-level and unit-level factors on MSD symptoms and safety and health behaviors.
The study proposes to investigate whether acute total deprivation affects metabolism as measured through blood and peripheral tissues. Its aim is also to investigate how acute total sleep deprivation affects neurodegenerative markers, as well as hormones, memory performance and aspects of appetite regulation.
The primary objective of this preliminary study is to compare the Tennant BioModulator with Transcutaneous Electrical Nerve Stimulation (TENS) and Traditional Chinese Acupuncture for the management of chronic pain among injured service members. The secondary objective is to investigate any associative effects or benefits on sleep, Post-Traumatic Stress Disorder (PTSD) symptoms, or depression.
The primary purpose of this study is to test whether and how cognitive-behavioral therapy for insomnia (CBTi), a well-supported and highly effective insomnia treatment, may directly improve Posttraumatic Stress Disorder (PTSD) and Major Depressive Disorder (MDD) symptoms. The study is designed as a randomized controlled trial (RCT) to test the effect of CBTi on symptoms of PTSD and co-morbid depression prior to an evidence-based PTSD intervention and to assess the role of neurobiological processes and sleep architecture in mediating treatment outcomes.
The Parkitouch study compared the effects on pain, sleep quality and HealthRelated Quality of Life (HRQoL) among 44 participants with Parkinson´s Disease for at least two years and chronic pain.The two groups were randomized to either Tactile Touch and Rest to Music or only Rest to Music alone. It was prospective and had a duration of 34 weeks. The first 10 weeks was the intervention period , followed by a follow-up period. Outcome measures were salivary cortisol concentration measured at seven occasions of which two were immediately before, after and 30 minutes after intervention. Diurnal salivary cortisol was calculated based on four timepoints of sampling per 24 hour period.
Sleep is a biological process essential for health. Being hospitalized can exacerbate common sleep difficulties in children. Factors that contribute to sleep disturbances during hospitalization include environmental, physiological, and psychological factors. Although sleep interventions exist for healthy children in the community, interventions aimed at hospitalized children need to be developed and piloted with rigorous evaluative methods. The primary purpose of this study is to examine the feasibility and acceptability of the RELAX TO SLEEP program on hospitalized children. Although this study is a pilot study, comparisons will be made to examine sleep outcomes between the intervention group and the control group including: total nocturnal (19h30-07h29), number of nighttime awakenings, longest stretch of nocturnal sleep, and total daytime (07h30-19h29) sleep. Other comparisons include anxiety levels and the development of post-hospital maladaptive behaviours.