View clinical trials related to Disease.
Filter by:Bipolar disorder is an early onset chronic disorder. Children of bipolar parents are at high risk of developping the same disorder and/or a psychopathology. Early intervention focused on emotion and problem solving strategies could improve their prognosis. The main objective of this trial is to evaluate the FFT (Family Focused Therapy) efficacity. Children emotional dysregulation profile will be compared before and after this CBT intervention.
This study aims to see whether intranasal insulin is an effective treatment for problems with memory, concentration, slowed thinking, or any other cognitive function in people living with HIV/AIDS. This group of signs and symptoms are called 'HIV-associated neurocognitive disorders' or HAND. HAND can affect people living with HIV/AIDS even when they receive potent anti-HIV treatments. Treatment of HAND by specific medication or other means is not yet available. Intranasal insulin treatment has virtually no side-effects, and has already been tested in people with Alzheimer's disease, where it showed beneficial effects on memory, mood and quality of life
Cervical dystonia occurring only during the writing task is a rare form for which there is no established treatment. Many authors agree that alteration of sensory integration is associated with dystonia. Similar disturbances in the integration of oculomotor information could have a role in cervical dystonia forms involving visuo-cervico-manual coordination such as handwriting. We hypothesize that orthoptic treatment by wearing prisms when writing (i) will reduce the abnormal posture of the head occurring whilst writing and remove the associated nuchal pain; (ii) the correction after a period of systematic wearing of the prisms during handwriting tasks will have a sustainable effect allowing to keep a normal head position after the suppression of the prisms.
We hope to demonstrate that magnetic resonance spectroscopy can detect brain concentration levels of paroxetine (Paxil) or citalopram (Celexa) or escitalopram (Lexapro) in depressed patients.
Children with comorbid autism spectrum disorder (ASD) and attention deficit hyperactivity disorder (ADHD) have significantly worse outcomes than those with either ASD alone or ADHD alone. Effective early treatments that account for ADHD symptoms have not been developed for young children with ASD+ADHD. The overarching goals of this randomized, placebo-controlled, phase 2, pilot study are to (1) evaluate a novel early intervention that pharmacologically addresses ADHD symptoms while providing an ASD-targeted behavioral intervention, and (2) identify changes in behavioral and neurophysiological activity that may underlie improved outcomes in children with comorbid ASD and ADHD ages 3-10 years. The primary aim of this study is to evaluate whether a stimulant treatment augments efficacy of an ASD specific form of parent child therapy based on the Early Start Denver Model called ESDM influenced Parent Coaching. Secondary aims are to determine the efficacy of combined intervention in improving ADHD symptoms and the efficacy, safety, and tolerability of Adzenys-XR-ODT in young children with ASD+ADHD. The study will also examine correlations between behavioral changes and state-of-the-art eye-gaze tracking (EGT) and electroencephalographic (EEG) biomarkers to elucidate key ways in which ADHD impacts attentional and neural functioning in ASD+ADHD, and to potentially identify new targets for intervention in children with ASD+ADHD. The study is about 8 months long and will involve screening, baseline assessment followed by 10- 11 weeks of study drug treatment (active or placebo) and 8 sessions of ESDM informed parent coaching beginning after 2 weeks of study drug treatment, primary endpoint assessments at ~11 weeks, AE follow-up by phone at ~week 13 and remote FU 24 weeks after baseline. Eligible participants will be randomly assigned to the active medication or placebo, Between weeks 11 to 24, it is expected that the parent will use the behavioral strategies they were coached in even though they will not receive parent coaching. Participants will be given the option to pursue ADHD medication outside of the research study after week 11 assessments.
This project aims to develop electroretinogram as a new putative marker for dopamine release, and as a predictor of treatment response among patients seeking treatment for smoking cessation. Tobacco smoking continues to be a major public health challenge. Dopamine is a neurotransmitter released in the brain. Several lines of evidence suggest that dopamine release deficit in the brain is involved in the development and maintenance of nicotine dependence. The investigators hypothesize that smokers who do not have a deficit in dopamine release will more readily respond to behavioral treatment for smoking cessation, and in particular, financial incentives contingent on abstinence (Contingency Management). Previous pilot data suggest electroretinogram (ERG), which records electrical signals from the retina in response to light, is a clinically accessible correlate to dopamine release in the brain. The project proposes an ERG-based biomarker, and a pilot clinical trial to apply this biomarker to personalize smoking cessation treatment. This clinically tractable biomarker of central dopamine release may have a large number of future applications in the diagnosis and treatment of other mental illnesses and substance use disorders. The study will recruit normal controls and smokers, measure ERG before and after a standard dose of oral immediate release methylphenidate. Smokers will undergo a 12-week standardized treatment course of CM. The investigators will test whether smoking status and the response to CM are correlated to changes in ERG in response to methylphenidate challenge.
In this study the investigators aim at addressing potential relationships between iron stores and glucose homeostasis. Iron (i.e. Ferric Carboxymaltose) will be perfused to pre-menopausal, iron-deficient non-anaemic women suffering from a chronic fatigue syndrome and parameters related to glucose homeostasis, parameters related to metabolic syndrome and inflammation will be measured before and after the intervention.
Brain Entrainment Technology (BET), also known as Binaural Beat Technology (BBT); is an auditory-neurophysiologic technique which uses auditory tones (often embedded in music, nature sounds or white noise) dichotically via stereo headphones to manipulate brainwave activity in turn affecting the listener's mental, physical and/or emotional state. Although this technology is widely marketed to the general public and can be found free in on the internet, only a hand full of scientific studies have shown its efficacy. This study is a follow-on study to the "Sound Mind Warrior (SMW) Study" (ClinicalTrials.gov [NCT02328690]) conducted 2012-2015 which assessed the efficacy of the technology (in the "theta" brainwave frequency) on the cardiovascular stress response in a group of service members with complaint of chronic stress. This study will now assess BET (in the "delta" brainwave frequency) on sleep quality in a population of military healthcare beneficiaries with complaint of poor sleep quality.
The purpose of Project 2 is to execute phase I functional magnetic resonance imaging (fMRI) studies to assess the effects of lorcaserin on brain target engagement (measured by fMRI brain activation and neural connectivity) in cocaine use disorder (CocUD) subjects and/or opioid use disorder.
The main purpose of this study was to demonstrate that LML134 can increase wakefulness compared to placebo in patients with shift work disorder (SWD) measured by objective and subjective endpoints of wakefulness, i.e. the sleep latency in the multiple sleep latency test (MSLT) and the Karolinska Sleepiness Scale (KSS), respectively. Safety and PK of LML134 were also evaluated. In addition, novel methodologies to measure wakefulness and sleep were also to be tested and compared to gold standard methods like the MSLT and polysomnography (PSG) (at sites where staff have appropriate equipment and training). The aim of such comparisons was to evaluate the usefulness of the new technologies in clinical studies and provide preliminary validation data. This was a randomized, subject and investigator-blinded, placebo controlled, crossover, multi-center Proof of Concept (PoC) study with in-house simulated laboratory night shifts in patients with SWD. This non-confirmatory study included two treatment arms: LML134 and placebo. After a screening period, the treatment phase of the study consisted of two overnight stays in a sleep lab in each of two treatment periods, with a minimum one week wash-out in between.