Active clinical trials for "Sleep Wake Disorders"

The purpose of this study is to determine the effectiveness of exercise training on improving sleep in patients with systemic lupus erythematosus.

Jet lag and some sleep disorders are caused by a disruption in an individual's "internal clock." Understanding the most effective way to quickly re-adjust the body's internal clock will be beneficial for treating individuals with these conditions. This study will evaluate the combined effectiveness of light and non-light therapies at regulating sleep cycles and improving sleep quality.

Due to the development of neonatal intensive care the number of surviving premature infants increased significantly. The immature brain undergoes a fair amount of external stimuli, which have a great impact on later cognitive development. Increasingly data show, that a delayed emergence of sleep-wake-cycling in newborns can be the first sign of brain injury. Studies have shown that clearly defined sleep states can be identified from 31-32 weeks of gestation onwards. But a few studies show, that also extremely premature infants already show cyclical variations of the background pattern within amplitude-integrated EEG (aEEG= a time-compressed, simplified EEG) and conventional EEG. This might resemble early sleep-wake-states and their presence correlates to the integrity of the central nervous system, although no clearly defined "sleep states" according to the classical definition can be identified. Complex EEG analysis needs the use of automated methods to exclude personal bias and to ensure gestational age specific data analysis. The newly developed NLEO algorithm was specially designed for EEG analysis of premature infants. Conventional EEG within this study will be analyzed visually and with the automated algorithm. In our research project we will study the emergence of Sleep-wake-cycling in extremely premature infants and its impact on their neurodevelopmental outcome prospectively. The different sleep and wake states will be derived from analysis of the conventional Video-EEG, aEEG and polysomnographic measurements. Visual analysis will include assessment of amplitudes and frequencies as well as the latencies and durations of EEG-Bursts and Interburst intervals. The automated NLEO-algorithm will be firstly used for comparison with above described visual analysis and secondly to find regions of interest involved in the organization of these early sleep states. The aim of this study is first to understand and analyze in detail the emergence of sleep-wake cycling including its disturbances in premature infants and to compare automated NLEO algorithm to conventional visual analysis methods. Secondly to correlate neurodevelopmental outcome to the emergence of sleep-wake-cycling.

This study was planned as a randomized controlled study to determine the effect of hot and cold water application on complaints and sleep quality in pregnant women with restless legs syndrome (RLS). Pregnant women with a total of 90 RLS, including 30 people in each group, will be included in the study. The data of this study will be collected by Personal Information Form, RLS Diagnosis Criteria Questionnaire, RLS Severity Rating Scale, Pittsburgh Sleep Quality Index, Post Application Follow-up Chart and Application Satisfaction Form. While hot and cold water is applied in the intervention groups in the study, no application other than routine maintenance and follow-up will be done to the control group.Data analysis obtained in the research will be performed in TURCOSA statistical software (Turcosa Analytics Ltd Co, Turkey, www.turcosa.com.tr).In comparisons, a value of p <0.05 will be considered statistically significant.In order to conduct the study, the necessary Academic Committee decision, Ethics Committee approval (September 09, 2020 and number 2020/445) and institutional permission were obtained. The individuals included in the study will be informed about the purpose of the research, their verbal consent will be obtained and the participant's informed consent form will be signed.

The management of insomnia includes, as a first step, a healthy lifestyle, including physical activity at appropriate times, nutritional monitoring, reduced consumption of stimulants, bedtime and wake-up times that do not vary between weekdays and weekends, banning screens at least two hours before bedtime, etc. If all these conditions are met and insomnia persists, additionnal therapies may be offered. URGOTECH has developed a connected headband allowing to practice neurofeedback in complete autonomy in subjects reporting dissatisfaction with the quality of their sleep.

Brief Summary Context. Sleep disorders complaints are common in elderly and hypnosedative drugs are widely prescribed in community-dwelling elderly. Furthermore, acute hospitalisation may induce sleep disorders and hypnosedative initiation occurs in 14 to 29% of elderly during a hospital stay. These hospital-induced sleep disorders should spontaneously disappear after discharge and, because of their potential impact on falls, hip fractures, psychiatric side effects and induced dependence, hypnosedative drugs should therefore be discontinued at discharge in these naïve-treated patients. Adhesion to this recommendation is poor. Recent and on-going research on this topic mostly concerns adverse effects although these are already substantially documented and evidence-based, while there is a poor interest on developing research on potential strategies susceptible to practically improve the current adhesion to recommendations. Design and objectives. This project proposes multi-component intervention and is directed towards hospital prescribers, patients, and their general practitioner. It aims at discontinuing, at hospital discharge, the hypnosedative treatment that was initiated during hospitalization in naïve-treated elderly (age≥65) patients. The value of the intervention, as compared to usual care management, will be estimated in a multicentre (6 hospitals gathering 8 centres: 5 internal medicine departments, 3 cardiology departments) randomised, cross-over, two-period trial. Two hospitals will gather 2 centres (2x2 centres) and 4 hospitals will gather only 1 centre (4x1 centres). An equilibrated randomization will be applied to the 8 centres, making sure that, in hospitals gathering 2 centres, these 2 centres will apply the same strategy in a given period and that the 2 hospitals will apply alternative strategies. This randomisation is set up to avoid the risk of a potential contamination between the 2 strategies from one centre to the other within the same hospital. As a result, 3 hospitals (including 4 medical departments) will apply the intervention during the first 11-month period, while the 3 others (including 4 medical departments) will apply usual care during this period, as a result of an equilibrated hospitals randomization. During the second 11-month period, each hospital will apply the alternative management. The two periods will be separated by a 1-month wash-out period. In all 240 patients (15 patients / centre) will be enrolled (120 in the intervention group and 120 in the usual care group). Patient follow-up duration will be 12 months after discharge. Patient status in regards with quality of sleep (study primary objective), hypnosedative consumption and frequency of falls (secondary objectives) will be collected by telephone interviews 1, 3, 6 12 months after discharge. Expected results. The results of the study should contribute to guide research and public decisions to practically decrease hypnosedative prescription and consumption, and associated adverse events.

Getting better sleep in the hospital is especially important due to a variety of adverse health effects that can potentially worsen patient recovery. To address these concerns and improve sleep in US hospitals, we aim to develop the SIESTA (Sleep for Inpatients: Empowering Staff to Act) program as an educational intervention designed to prepare hospital staff to assist patients in obtaining better sleep in hospitals and recognize the importance of screening for sleep disorders. The major educational goals of this proposal is to develop and pilot test an online educational program (SIESTA) which aims to train and motivate medical professionals to provide better sleep for hospitalized patients. We will utilize data from an ongoing sleep study, performed by the research team at the University of Chicago that looks at how adult patients are able to sleep while they are in the hospital, as a means of education for the participating medical staff.

There are data supporting a possible increase in the prevalence of High Blood Pressure (HBP) in pediatric patients with Sleep Disorder Breathing (SDB). Adeno-tonsillectomy has proven to be an effective treatment in the correction of nocturnal respiratory events in the majority of patients. Our objective is to determine the presence of HBP in pediatric patients with SDB and the impact of adenotonsillar surgery on its correction. Methodology: 286 children (4-18 years old) will be included consecutively referred for suspected SDB. Variables: a) Clinical history; b) Anthropometric variables: weight, height, body mass index, neck, hip and waist perimeter c) Chervin questionnaire d) polysomnography (PSG) for the SDB assessment and e) for the HBP evaluation, ambulatory blood pressure measurement (ABPM) and pulse transit time (PTT) will be performed during 24h. In control group (not SDB) and patients with indication for medical treatment, the same tests will be repeated six months after the baseline visit. In patients with surgery indication, ABPM and PTT will be performed just before the surgical treatment and ABPM, PTT and PSG six months after the intervention. In a subgroup of patients, will also assess the presence of subclinical organic damage produced by HBP: blood markers (creatinine / glomerular filtration), urine (albuminuria / proteinuria), electrocardiogram and echocardiography (left ventricle hypertrophy).

We hypothesise that a real-time quaking induced conversion assay for the detection of pathological alpha-synuclein (α -syn RTQuIC) can be used to differentiate between cases of idiopathic REM-sleep behaviour disorder (RBD) and RBD that is symptomatic of prodromal α-synucleinopathies.

RATIONALE: Learning about insomnia and quality of life in patients undergoing chemotherapy and radiation therapy for cancer may help doctors learn about the effects of treatment and plan the best treatment. PURPOSE: This clinical trial is studying insomnia in patients undergoing chemotherapy and radiation therapy for head and neck cancer.