View clinical trials related to Sleep.
Filter by:The goal of this clinical trial is to examine the effect of hot water foot bath on the patients' pain severity and sleep quality levels on the night of the lumbar degenerative disc surgery. The main hypotheses are: - H1=Pain severity of the patients who applied footbath is lower than the patients who did not. - H2=The sleep quality of the patients who applied footbath is higher than the patients who did not. Participants will be asked to keep their feet in 42oC hot water for 20 minutes on the night of the day of surgery. If there is a comparison group: Researchers will compare control group to see if there is any difference on the pain severity and sleep quality of the patients.
A randomized, blinded, placebo-controlled direct-to-consumer study assessing the impact of health and wellness products on sleep and other health outcomes.
After the general period of positive social adjustments, epilepsy is in a high life cycle to control seizures. During seizures in epilepsy, patients' quality of life and antiepileptic life span can be seen in daily life such as daily life and daily awakenings. Reiki, which has been proven by studies in health problems such as fatigue and pain; an energy that can be unblocked or applied in a non-applicable way can benefit from a therapy that can be applied by touch or remotely, without negative effects. In the literature, reiki applied to epilepsy patients has sleep and quality of life. This thesis is planned to do research on sleep and living areas of reiki applied to epilepsy patients.
The goal of this observational study is to investigate the association of stage-grade of periodontitis with sleep quality and fatigue and the effect of periodontitis on QoL (Quality of life) in individuals with periodontitis and gingivally healthy individuals. The main questions it aims to answer are: 1. Have poor sleep quality, inadequate sleep and fatigue got an effect on periodontal status? 2. Has periodontal status got an effect on sleep quality and fatigue? 3. What is the effect of periodontal status on quality of life? Routine clinical and radiographic periodontal examinations of the participants were performed. Groups were designed according to periodontal status and periodontitis-stages of participants. Group 1- Healthy; Group 2- Stage I periodontitis; Group 3- Stage II periodontitis; Group 4- Stage III periodontitis; Group 5- Stage IV periodontitis. The participants were only asked to fill out the questionnaires (socio-demographic survey, tooth cleaning habit survey, The Pittsburgh Sleep Quality Index(PSQI), The Jenkins Sleep Scale(JSS), Multidimensional Assessment of Fatigue scale (MAF) and Oral Health Impact Profile-14 (OHIP-14)) included in the study and were informed about them. Then, if necessary, the participants' routine periodontal treatments were performed. In line with the findings of the study; 1. Sleep quality was found higher in gingival healthy individuals. 3. The severity of periodontitis increases, the sleep duration becomes shorter, 4. It has been observed that the sleep quality in terms of gender is lower in female individuals compared to male individuals.
The goal of this clinical trial is to test automated text messaging as an effective behavior change intervention in physical therapy patients. The main purpose of this study was to trial sleep hygiene education for improving physical therapy patients' sleep through the use of daily automated text messaging. Researchers will compare two groups to see if the intervention group which consisted of participants getting daily automated text messages for sleep hygiene tips would be effective in improving sleep, health, pain, and function compared to a group that is receiving traditional physical therapy alone.
Sleep deprivation impacts performance of shift workers in health care. Anesthesiologists are a population at risk that endures stressful situations and changing working hours. The decreased performance could be the cause for undesirable events. Power-napping is known to be an efficient technique to mitigate the detrimental effects of sleep deprivation and is a feasible measure to implement in critical care units. Still there are few insights that measure the clinical relevance in the field. With the high-fidelity simulations this study is able to measure clinical performance and test for those effects. Therefore we propose a prospective, monocentric study to evaluate a power-napping protocol (less than 30min)
There is an unmet medical need for monitoring sleep for multiple nights in a patient's home, without the inconvenience of traveling and staying overnight in a medical center, and without the need for a technician to set up a polysomnography (PSG) device at the patient's home. Several disorders, and particularly sleep disorders, are associated with insomnia symptoms, and longitudinal sleep assessment may support a better understanding and management of these patients, who currently seldom access sleep lab PSG. On one hand, this study aims at demonstrating whether the final device's user interface supports safe and effective use when being used at home over multiple nights. On the other, the study aims at confirming that stable and consistent data are measured in the device's actual use, for the records to be clinically usable in daily practice.
Sleep disorders are highly prevalent all around the world and have a strong negative impact on quality of life (QoL). In Colombia, up to 60% of adults report any sleep disturbance and more than 45% have required medical assistance for this. There is abundant anecdotal and scientific evidence supporting the efficacy and safety of several plant extracts on sleep quality. In this context, the development of safe and effective natural products may have a positive impact on sleep and general QoL.
The objectives of this scientific expedition are: a/ Evaluation of temporal cognitive perception and collective synchronization in a temporally anomalous universe (underground environment), b/ Influence of group living on the endogenous circadian rhythmicity of the central biological clock and peripheral clocks in a "free-running" situation (absence of light/natural darkness), c/Evaluation of cognitive and physiological performance in response to exposure to an extreme environment in a natural underground cavity (cave) without access to a time indicator for 40 days, d/Correlation of cognitive, behavioral, psychological, social, neurophysiological and physiological parameters, e/ Determination of adaptation or maladaptation criteria (biological, genetic, physiological, neurophysiological, psychological and cognitive) in an isolation environment (underground) f/ Study of the evolution of collective organization, decision making and leadership in an extreme isolation and management situation.
People living with HIV (PLWH) frequently report sleep disturbances. The social rhythm theory, which proposes that stressful life events can interfere with sleep by disrupting the stability of daily routines, provides new insights into identifying predictors of sleep disturbances and improving sleep in PLWH. This study is a randomized controlled trial. PLWH with poor self-reported sleep quality (Pittsburgh sleep quality index>7) was randomly divided into a control group or an intervention group. The control group receives the usual care, that is, daily disease management and routine drug guidance (set as waitlist). The intervention group received a sleep promotion intervention program based on social rhythm theory, along with daily disease management and routine drug guidance. The intervention period was 8 weeks, once a week, and the duration of each intervention was about 40-60 minutes. The sleep-related outcome indicators were measured before the intervention (T0), immediately after the intervention (T1), and 3 months after the intervention (T2), and the participants' social rhythm, daytime sleepiness, sleep belief and attitude, depression, etc. were evaluated to verify the effects of the intervention. At the same time, participants who insisted on completing all intervention modules were selected from the intervention group after the end of the whole study. Self-designed satisfaction questionnaires and semi-structured interviews were used to understand the participants' experience and feedback on the intervention program. In addition, the investigator asked the reasons for the withdrawal of participants who withdrew from the study through an interview during the outcome period.