Active clinical trials for "Narcolepsy"

The study evaluates whether the use of Sodium Oxybate (Xyrem®) in TBI patients will be effective in reducing symptoms of post traumatic narcolepsy and post traumatic hypersomnia.

The goal of this pilot observational study is to assess the ability of continuous 'home' EEG to accurately diagnose Narcolepsy in children and young people with hypersomnia. The main question[s]it aims to answer are: can ambulatory home monitoring using a Dreem headband with a 'life as usual' unrestricted protocol allow accurate diagnosis of Narcolepsy, compared to gold standard in-patient PSG and MSLT which EEG derived sleep parameters and study duration yield most diagnostic accuracy Participants undergoing investigation for hypersomnia will additionally be asked to wear a Dream Headband at night for weeknights, then continuously for 48 hours over the weekend. The data from the headband will then be analysed to see if it can predict the results of the polysomnography and MSLT that form routine clinical care.

An observational trial can provide a platform for patients to share experiences and perspectives on living with narcolepsy, which can inform the development of new treatments and support programs. Overall, an observational clinical trial is an important tool for advancing the understanding of narcolepsy and improving outcomes for patients.

Sleep exerts a dual effect on learning: on the one hand, good sleep quality allows good daytime aptitudes leading to knowledge acquisition. On the other hand, sleep after learning is necessary for knowledge consolidation. A key role of sleep has clearly been demonstrated in memory consolidation in adults. Sleep leads to strengthen memory by promoting brain plasticity. Surprisingly, sleep influence on learning stabilization has scarcely been studied during childhood and in children affected by sleep disorders. Yet, sleep disorders concern almost 30% of children and are frequently related to a worsening in academic performances. Classical neuropsychological evaluations of these children, based on daytime learning, often fail to determine cognitive profiles explaining their academic difficulties. The investigators hypothesize that a lack of sleep-dependent consolidation could take an active part in these children's cognitive and academic difficulties. This proposal aims at characterizing interactions between sleep, learning and memory processes that have not been studied in children of elementary school age (6-12 years). The investigators will evaluate sleep-dependent memory consolidation processes in children with sleep disorders before and after treatment and healthy controls. Neuropsychological testing and academic performances will be also evaluated.. The comparison of performances obtained before and after medical treatment, will allow to understand whether normalisation of sleep quality permits the restoration of sleep-dependent memory consolidation.

The TENAR trial is the first randomized controlled trial (RCT) designed to evaluate the feasibility, efficacy, safety, and costs of a Telemedicine multidisciplinary approach for the management of narcolepsy. Open RCT assessing the non-inferiority of the multidisciplinary management of narcolepsy via Video Consultation (VC) through Mobile Telemedicine devices compared to usual in-office care. 202 children and adults with narcolepsy will be randomly allocated in 1:1 ratio to VC or in-office usual care for a 12 months follow-up. At baseline, all patients will undergo a neurologic, metabolic, and psychosocial assessment. Primary (i.e., excessive daytime sleepiness according to the Epworth Sleepiness Scale) and secondary endpoints (i.e., other symptoms, metabolic control, quality of life, patient and family satisfaction with care, feasibility, safety, and costs) will be measured at 6 and 12 months. The investigators expect the Telemedicine approach not only to be non-inferior for sleepiness control but also to significantly improve other patient-centred outcomes compared to the usual in-office care.

Sustainable Methods, Algorithms, and Research Tools for Delivering Optimal Care Study (SMART DOCS) was designed to develop and evaluate a new approach (patient-centered outcomes and coordinated-care management [PCCM]) for the diagnosis and treatment of sleep disorders. Specialized and pertinent information and resources regarding sleep disorder management were developed and made available through an online portal, allowing patients to make informed health care decisions, and providers to assist patients in achieving what they feel are the most important goals regarding their care. Half of participants were randomized into the conventional diagnosis and treatment (CONV) arm and the other half into the patient-centered outcomes and coordinated-care management (PCCM) arm. Validated objective and subjective assessment measures were administered at intervals throughout a 13 month participation period in both the CONV and PCCM arms to determine whether the new PCCM approach for sleep medicine results in increased patient satisfaction, quality of care, and improved health outcomes. Qualifying participants were 18 years of age or older and presenting with a new sleep disorder. Patients received no monetary compensation.

This study is being conducted to evaluate the safety, tolerability, blood distribution and effectiveness single ascending doses of JZP-386 compared to doses of Xyrem® and placebo.

The overall aim of this investigation is to establish whether an action of Xyrem® on the brain dopamine system in patients with narcolepsy, and in a comparison control group, might explain part of the anti-narcoleptic effect of the drug. Trial Objective is to establish, using positron emission tomography (PET), in Xyrem®-naïve narcolepsy with cataplexy patients, and in matched controls, whether a single dose of Xyrem® causes changes in striatal binding of 11C-raclopride and 11C-DTBZ that would suggest altered activity of brain dopamine neurones.

Caffeine may be playing a beneficial role in patients with narcolepsy. However, the relationship between caffeine and its effects on narcoleptic patients has not been examined, and it is also unclear whether caffeine provides a beneficial effect or not. Hence, the aim of this study is to assess the effects of caffeine consumption on daytime sleepiness and reaction time in narcoleptic patients.

Links between orexin and amyloid processes have been underlined recently. During the Alzheimer's process an upregulation of the orexin mechanism has been observed. The pathophysiological mechanism of narcolepsy type 1 is linked to orexin deficiency. Thus, the investigators hypothesized that patients with narcolepsy may be protected from amyloid brain lesions, hallmarks of the Alzheimer's process. To test this hypothesis, the investigators analyzed the brain amyloid load measured by PET-scan amyloid brain imaging in patients with narcolepsy type 1 compared to controls without cognitive deficits.