Several studies and scientific literature have demonstrated a link between this specific musical work and seizures. Specifically, Mozart's Sonata for Piano in D major has been previously shown to reduce seizure frequency in patients with epilepsy. Our aim is to better ascertain the electrical and clinical response in the setting of a controlled environment, with the ability to monitor brain function during exposure to this classical work or white noise.

EMAS, also known as Doose syndrome, myoclonic-astatic epilepsy, or myoclonic-atonic epilepsy, is a childhood-onset idiopathic generalized seizure disorder. EMAS is characterized by multiple seizure types; however, myoclonic-atonic seizures are the hallmark seizure type and are mandatory for the diagnosis of EMAS.

This is a multisite, double-blind, randomized, placebo-controlled, parallel-group study (Part A) to evaluate the safety and efficacy of GWP42003-P compared to placebo as a treatment for children and adolescents with EMAS, followed by an open-label extension phase (Part B).

The purpose of this study is to understand whether there may be certain characteristics or patterns that might predict seizure events in patients undergoing EEG monitoring and at home. Researchers will also be assessing the comfort and usability of a new device called NextSense EEG earbud device at the same time as routine inpatient epilepsy monitoring unit (EMU) admissions, as well as device use in the home environment. In order to enroll in the at-home extension, the participant must be enrolled in the inpatient EMU admission portion of the study. Participants will be asked to assess their mood, sleep quality, and the comfort and usability of the device during their inpatient admission at regular intervals. If participating in the at-home extension, these same assessment questionnaires, in addition to a seizure diary, will be completed by participants at regular intervals.

This is a study designed to assess whether there will be injury to the liver in participants who are already being treated Epidiolex or who are about to begin treatment with Epidiolex
Participants ages 18 and above on existing Epidiolex treatment for FDA-approved indications and participants with no previous experience of Epidiolex and who are about to be prescribed Epidiolex for an FDA-approved indication will be recruited from multiple sites in the US.
This study will include a screening period of up to 21 (± 7) days to assess participant eligibility. A physical exam, blood/serum laboratory tests, laboratory
scoring and transient elastography ( a type of imaging test ) by FibroScan® to assess liver fibrosis will be performed in all participants entering into the study and repeated annually thereafter for up to 5 years.

This study aims to improve access of Veterans with epilepsy living in rural areas to the most important diagnostic procedure for the care of patients with epilepsy: the routine electroencephalogram (EEG). We will test a new method for recording EEG which uses a novel dry electrode system headset that does not require an EEG technologist to operate. The headset integrates the EEG electrodes and amplifier into a compact system which is easily placed on the head. This approach could make it possible for a nurse or nurse assistant with minimal training to record an EEG in a rural community based outpatient clinic (CBOC) as part of an epilepsy telemedicine outreach program along with clinical interviews. We will compare performance of this dry electrode system to standard EEG when it is used by EEG technologists in three VA medical centers. This project has the potential to improve access of Veterans to the EEG procedure and decrease cost to the Veterans Health Care System.

This 57-week, active-treatment, open-label (all participants will receive study drug throughout the study) extension trial ( enrolls participants of a previous clinical trial into another study) in which all participants gets the study drug is designed to assess the safety and tolerability of CVL-865 as adjunctive treatment (another treatment used together with the primary treatment) in subjects with drug-resistant focal onset seizures. This trial is open to subjects who completed treatment with the investigational medicinal product (IMP) in the double-blind (neither the participant or researchers know what study drug they are receiving) Phase 2 Trial CVL-865-SZ-001 and who, in the opinion of the investigator, could potentially benefit from treatment with CVL-865. There are 17 visits for a duration of 57 active-treatment weeks. The visits are approximately one month apart.

The purpose of this research study is to study the capabilities of new methods for studying the brain using Magnetic Resonance Imaging (MRI). MRI already provides detailed images of brain anatomy, but newer methods including new MRI techniques and magnetic resonance spectroscopy expand this capability. These new MRI methods will not require any invasive procedures. If successful, these new methods will expand the information, which can be obtained from MRI studies of the brain in patients with epilepsy.

Neurological diseases are the leading cause of disability worldwide and a major contributor to health problems in children and adults. As the majority of these conditions result in lifelong disabilities, the implications for the family and for society is significant.

A significant number of adult and childhood neurological diseases have a genetic component and are caused by changes in our DNA and/or RNA leading to functional changes in the central nervous system. However, for many patients afflicted with these disorders, traditional genetic testing does not identify a clear genetic cause. The goal of this study will be to use newer genetic techniques to evaluate patients and families with neurological disorders to better understand the genetic basis of the disease.

The purpose of this study is to find out if a drug called CVL-865 is safe and effective in the treatment for focal onset epilepsy. The study has an 8-week screening period, followed by a treatment period where adults 18 - 75 years of age that qualify for treatment will be randomly assigned to 3 different dose levels of the study drug. This is followed by a 4-week safety follow up period. The study will last approximately 25 weeks with approximately 7 research related clinic appointments. Participants that successfully complete the treatment period will also have the option of participating in a separate open-label extension study and all participants will be taking the study drug.

The aim of this multi-site study is to evaluate the effectiveness of mHealth intervention strategies for improving anti-epileptic drug adherence in caregivers of young children with epilepsy. A 2-month baseline period will be followed by two stages. In Stage 1 (3-months), caregivers will received either 1) a mHealth education module and automated digital reminders or 2) the mHealth education module, automated digital reminders, and individualized adherence feedback based. In Stage 2 (2-months), caregivers will either receive 1) continued individualized adherence feedback or 2) individualized adherence feedback and a mHealth problem-solving module. The primary outcome is electronically-monitored adherence. Secondary outcomes include seizure severity/frequency, quality of life and healthcare utilization.