Epilepsy

This study tests whether the drug LP352 can safely reduce seizures in children and adults with Dravet syndrome, a severe form of epilepsy. About 160 participants will receive either LP352 or a placebo, and researchers will track changes in seizure frequency over several months. T…

This study tests an experimental drug called LP352 to see if it can safely reduce seizures in children and adults with developmental and epileptic encephalopathies (DEE), a group of severe epilepsy syndromes. About 320 participants will receive either LP352 or a placebo, and rese…

This study tests a brain-responsive neurostimulation system in 24 people aged 12 and older with Lennox-Gastaut syndrome whose seizures are not controlled by medication. The device detects and responds to seizure activity in the brain to reduce drop seizures. The goal is to see if…

This phase 3 study is testing the long-term safety and effectiveness of LP352 (Bexicaserin) in 324 children and adults with developmental and epileptic encephalopathy (DEE), including Dravet and Lennox-Gastaut syndromes. Participants who completed earlier studies will receive LP3…

This study tests the long-term safety and effectiveness of XEN1101 (azetukalner) in 880 adults with focal or tonic-clonic seizures. Participants who completed earlier studies will take XEN1101 capsules for up to 6 years. Researchers will track side effects and changes in monthly …

This study looks at how ketogenic diets impact heart health in adults with epilepsy. Researchers will measure cholesterol, blood pressure, weight, and artery thickness over 12 months. Participants are adults 18 or older who are already on a keto diet or starting the modified Atki…

This early-stage trial tests an experimental drug called LY3295668 erbumine in children whose neuroblastoma has returned or not responded to treatment. The study aims to find a safe dose and see if the drug can shrink tumors, either alone or with standard chemotherapy. About 71 p…

This study tests whether a daily pill called BHV-7000 can reduce seizures in adults with refractory focal epilepsy—a type of epilepsy that doesn't respond well to current medications. About 390 participants will receive either a low dose, a higher dose, or a placebo for 8 weeks. …

This trial tests whether a non-invasive technique called temporally-interfering electric field stimulation (TIEFS) can reduce abnormal brain activity linked to epilepsy. Researchers will measure seizure-related signals in patients with medial temporal lobe epilepsy who are alread…

This study tests an investigational drug called relutrigine in 160 children with a severe form of epilepsy called developmental and epileptic encephalopathy (DEE). The goal is to see if the drug can safely reduce monthly seizure frequency compared to a placebo. After the initial …

This trial is testing an experimental drug called PRAX-222 in children aged 2 to 18 who have a rare, severe form of epilepsy caused by changes in the SCN2A gene. The goal is to see if the drug is safe and can reduce how often seizures happen. Participants will receive either PRAX…

This study is testing the long-term safety of a once-daily drug called vormatrigine in 700 adults with focal or generalized tonic-clonic seizures. Participants must have already taken vormatrigine in a previous trial or program. The main goal is to check for side effects and chan…

This study tests whether a wellness and behavior program can reduce seizures in adults with epilepsy that doesn't respond well to medication. About 1000 participants will be randomly assigned to the program or usual care. The goal is to see if lifestyle changes can lower seizure …

This study tests whether adding perampanel (Fycompa) to current epilepsy medications can reduce seizures in children aged 1 month to 18 years. About 100 children with specific epilepsy syndromes or partial-onset seizures will receive the drug. The main goal is to see if at least …

This study tests a program where community health workers help adults with epilepsy who frequently visit the emergency room. Over 9 to 12 months, the health workers provide home visits and phone support to help with medication, seizure tracking, and connecting to doctors. The goa…

This study follows 158 people in France who are prescribed Epidyolex (a cannabidiol-based medicine) for seizures as part of their normal care. Researchers will track how long people stay on the treatment, side effects, seizure frequency, and changes in daily functioning and quali…

This early-phase study tested a new drug called BHV-7000 in 5 people with epilepsy who have a brain implant (RNS) that records brain activity. The goal was to see if the drug reduces abnormal electrical activity linked to seizures. Participants took the drug for 4 weeks, and thei…

This program provides brivaracetam (Briviact) to epilepsy patients who were already taking it in earlier studies, bridging the gap until the drug is commercially available. Patients continue their individual doses, up to 200 mg per day, with adjustments based on seizure control a…

This study tests a 12-week self-management program (SMART-U) for adults with epilepsy in Uganda. The program includes group sessions and phone follow-up to help people manage their condition. Researchers will compare seizure frequency and quality of life between those in the prog…

This study checks the long-term safety of the drug BHV-7000 in about 660 adults whose focal epilepsy has not been controlled by other treatments. Participants who completed an earlier study will continue taking the drug while doctors watch for side effects and lab changes. The go…

This study follows 25 people aged 2 to 65 with cerebral palsy or brain damage from lack of oxygen who have already received a new gene therapy given as a nose spray. The therapy delivers 15 genes meant to repair the brain, reduce inflammation, and improve movement and thinking. R…

This study looks at whether the drug cenobamate can help reduce seizures in adults with autoimmune epilepsy, a condition where the immune system attacks the brain. Researchers will track 30 participants for 24 weeks to see if seizure frequency drops by at least half. The goal is …

This study tests whether an AI-powered health management system, accessed through a WeChat mini-program, can help adults with epilepsy in rural China have fewer seizures and better manage their condition. About 756 patients from eight rural counties will use the app for one year,…

This study tests whether fine-tuning a vagal nerve stimulator (VNS) using a brain wave measure called phase lag index (PLI) can better reduce seizures in people with epilepsy that doesn't respond to medication. About 140 participants who already have a VNS device will have their …

This study gives cannabidiol (CBD) to 25 children aged 1 to 17 with severe epilepsy that hasn't improved with other treatments. The goal is to see if CBD can reduce seizure frequency. Children will be monitored before and after starting CBD, which is added to their current epilep…

This study tests a new wireless device called UNEEG EpiSight, which is implanted under the skin to record brain activity (EEG) continuously for up to 13 months. It involves 19 adults with uncontrolled epilepsy whose seizures can be detected by the implant. The goal is to see if t…

This study tests whether a non-invasive forehead device called Cefaly, already approved for migraines, can reduce seizures in veterans with drug-resistant epilepsy. Twenty-four veterans will be split into two groups: one gets standard care plus the device, the other gets standard…

This study looks at whether a statin drug (atorvastatin) and swapping some saturated fats for healthier ones can safely lower cholesterol in adults with epilepsy who have been on a modified Atkins diet for at least a year. The diet helps control seizures but can raise cholesterol…

This study looks at how well the drug cenobamate works for adults with focal seizures that don't improve with at least two other epilepsy medicines. Researchers are collecting data from Italian clinics and a compassionate use program to measure seizure reduction and side effects.…

This trial tests whether a sudden, loud hand clap can help doctors quickly tell apart epileptic seizures from psychogenic non-epileptic seizures (PNES), which look similar but have different causes. About 400 people undergoing video-EEG monitoring will receive the clap test durin…

This study explores whether a low-cost, portable MRI machine enhanced with artificial intelligence can detect brain abnormalities in people with epilepsy as accurately as standard high-field MRI. About 30 adults with epilepsy who have already had a high-field MRI will also receiv…

This study offers voluntary screening for newborns in North Carolina to detect a wide range of rare health conditions early. Using a small blood sample already collected at birth, the program tests for dozens of disorders, including spinal muscular atrophy, cystic fibrosis, and m…

This study compares a new ultra-high resolution PET/CT scanner, the NeuroEXPLORER, with standard clinical PET/CT scanners for imaging the head and neck. Researchers aim to see if the new device provides more detailed images to improve diagnosis of conditions like dementia, Parkin…

This study tests a new dry electrode headset that records brain waves (EEG) without needing a specialist to operate it. The goal is to make it easier for Veterans with epilepsy in rural areas to get this key diagnostic test. Researchers will compare the headset's performance to s…

This trial tests whether a combination of lifestyle interventions—brain training, yoga, music therapy, and a special diet—can slow or reverse early signs of neurological disorders like dementia, stroke, epilepsy, and Parkinson's disease. Participants are healthy adults aged 50 an…

This study tests whether a 24-week collaborative care program can improve quality of life for adults with epilepsy who also have anxiety or depression. The program includes regular check-in calls and expert recommendations from a psychiatrist and neurologist. Researchers will com…

This study tests whether daily listening to Mozart's Sonata for two pianos in D major (K448) can reduce seizures and improve thinking skills in children with drug-resistant epilepsy. Researchers will compare a group that listens to K448 for 8 minutes each day for 2 months with a …

This study tests the long-term safety of an inhaled medication called Staccato alprazolam for people aged 12 and older who have prolonged seizures. About 300 participants will use the inhaler when a seizure starts to see if it stops the seizure quickly and without serious side ef…

This study tests whether a 12-week virtual group program led by a neuropsychologist can improve memory, focus, and daily functioning in adults with epilepsy. Participants learn brain-health strategies and practice them for a year. Researchers compare their progress to a group tha…

This pilot trial tests a 15-week telehealth program called Surviving and Thriving in the Real World (STRW) for teens aged 14–18 with epilepsy who struggle with daily living skills. The program includes weekly caregiver-teen sessions and separate caregiver group meetings, all deli…

This study aims to help people with epilepsy who have repeated seizures learn how to use rescue medication more effectively. In the first phase, patients, caregivers, and doctors will help design an educational program. In the second phase, about 35 adults will try the program fo…

This study planned to test whether a brain-computer interface (BCI) could help children with drug-resistant epilepsy improve their attention. Participants would have used brain electrodes already implanted for epilepsy surgery to train a decoder that gives real-time feedback when…

This study tests a home-based program called HOBSCOTCH-PTE for people with epilepsy caused by a traumatic brain injury. The program aims to improve quality of life, memory, and thinking skills, and also helps support their caregivers. The study includes 160 adults with post-traum…

This study tests whether playing a low-frequency sound during deep sleep can reduce seizure activity in people with epilepsy. About 36 adults will use a smartphone app and headphones at home for two months. The goal is to see if this simple, non-invasive method is feasible and ef…

This small study tested whether a non-invasive brain stimulation technique called tDCS can be used safely at home to reduce seizures in people with epilepsy. Four adults with hard-to-control seizures used the device daily for several weeks. Researchers tracked seizure counts, sev…

This small study tests whether low-intensity focused ultrasound (LIFU) can safely reduce seizures in people with temporal lobe epilepsy that doesn't improve with medication. Six participants with implanted brain electrodes will receive both real and sham ultrasound sessions. The …

This study tests a pair of smart glasses called NEXA that can read brain signals through dry electrodes. The glasses aim to predict epileptic seizures in real time and alert the wearer with vibrations, lights, or sounds. Researchers will test the device on 47 adults with epilepsy…

This study tests a cognitive rehabilitation program for adults with epilepsy. The program includes six one-on-one therapy sessions and two group sessions over two months, focusing on memory strategies, coping skills, and social support. Researchers will measure changes in quality…

This study looks at how the brain learns, remembers, and makes decisions. Researchers will record brain activity from 200 epilepsy patients who already have electrodes implanted for medical monitoring. Participants perform simple computer tasks while their brain signals are measu…

Researchers want to understand how the brain handles faces, which people use constantly to make social decisions. The study enrolls adults with intractable epilepsy who already have electrodes implanted in their brains for clinical monitoring. While those electrodes are in place,…

This study looks at how the brain learns from past experiences and uses that knowledge in new situations. Researchers will monitor brain activity in 114 adults with hard-to-treat epilepsy who are already undergoing brain monitoring. The goal is to understand the process of abstra…

This study explores whether an Apple Watch can track walking, heart rate, breathing, and sleep in people with glioblastoma, a serious brain cancer. The goal is to see if the watch can detect symptom changes before they become serious, like seizures or blood clots. Twenty-five pat…

Mayo Clinic researchers are studying whether epilepsy changes how the body controls blood pressure, heart rate and breathing, and whether those changes relate to the risk of sudden unexpected death in epilepsy (SUDEP). The study enrolls adults aged 18 to 90 with epilepsy who can …

This study looks at how vagus nerve stimulation (VNS) affects the nervous system, heart, immune system, and metabolism in people who already have a VNS device for epilepsy or depression. Researchers will measure things like nerve activity, blood pressure, and heart rate during di…

This study looks at how the brain creates and recalls memories by recording brain activity in people with epilepsy who already have electrodes placed for surgery. Participants play memory games on a laptop while their brain signals are recorded, and sometimes small electrical pul…

This study is testing whether a wearable ECG patch, combined with AI analysis, can help doctors identify a wide range of heart conditions and risks from a single recording. The Cor360 system looks at many aspects of heart health at once, such as heart failure, rhythm problems, an…

This study looks at how electrical stimulation of the brain affects working memory in 50 people with epilepsy who already have electrodes implanted. Participants perform a memory task while receiving different types of stimulation. The goal is to understand brain rhythms and impr…

This study looks at how electrocortical stimulation (ECS) affects brain cells and speech areas during brain surgery for epilepsy or tumors. Researchers will have 65 participants perform simple tasks while their brains are mapped, sometimes with mild cooling. The goal is to unders…

This study looked at how sounds played during sleep affect brain waves and memory in children with Rolandic epilepsy. Researchers used brain scans (MRI, MEG/EEG) to understand which brain circuits are involved. The goal was to find new treatment ideas for this type of childhood e…

This study aims to build a research group of 100 people with neurological diseases like stroke, Parkinson's, epilepsy, or dementia. Researchers will use overnight sleep tests and questionnaires to measure sleep patterns, breathing, and heart rate during sleep. The goal is to bett…

This study aims to understand how the human brain makes goal-directed decisions by recording activity from individual neurons. Researchers will monitor brain cell firing in people with epilepsy who are already undergoing invasive monitoring. Participants perform simple button-pre…

This study follows 375 children with epilepsy to find early clues—from brain wave patterns and clinical features—that may predict which cases become resistant to standard medications. Researchers will use statistical models and machine learning to build a risk profile. The goal i…

This study follows children aged 6 to 21 who have a CNKSR2 gene mutation, which can cause epilepsy, language difficulties, and intellectual disability. Researchers will use brain scans, EEGs, and developmental tests to track how the condition changes over time. The goal is to cre…

This study investigates whether epilepsy causes progressive damage to the brain by looking at the retina—the light-sensitive layer at the back of the eye. Researchers will use optical coherence tomography (OCT) to measure retinal thickness and blood vessel changes in 250 adults a…

This study tests a new brain implant system (CorTec Brain Interchange) in 12 people with drug-resistant epilepsy. The device records brain signals at high speed to detect abnormal activity that may lead to seizures. Unlike current devices that wait for a seizure to start, this sy…

This observational study compares eating behaviors—such as picky eating, food neophobia, and texture preferences—between children with drug-resistant epilepsy who follow a ketogenic diet and healthy children. Researchers also measure body composition and resting metabolic rate in…

This study investigates how the brain suddenly stops speech that is already underway. Researchers will record brain activity from epilepsy patients who already have electrodes implanted for medical reasons, as they perform speech tasks. The goal is to identify the neural circuits…

This study investigates how the hippocampus, a brain region critical for memory, helps guide eye movements to form lasting memories. Researchers will record brain activity directly from the hippocampus in people with epilepsy who are already undergoing brain surgery, while they p…

This study investigates how the brain processes speech sounds to understand language. Researchers will record brain activity from people with epilepsy or brain tumors who already have electrodes implanted for medical reasons. Participants listen to short speech sounds while their…

This study looks at whether a simple scoring system, called the 5-SENSE score, can accurately predict where seizures begin in the brain. Researchers will test this in 400 people with hard-to-treat epilepsy who are already scheduled for an invasive brain test called SEEG. If the s…

This study tests whether Electrical Impedance Tomography (EIT) can produce accurate images of brain activity in people with epilepsy. EIT uses harmless electrical signals through electrodes on the scalp or brain to create images, and is compared to standard methods like MRI and E…

This study will collect and analyze genetic data from 1000 people with suspected inherited metabolic diseases, including conditions like epilepsy and mitochondrial disorders. Researchers at Karolinska University Hospital aim to improve diagnosis by using advanced genetic testing …

This study looks at how the brain handles two different tasks: finding your way around and remembering daily events, like when you last took medicine. Researchers want to understand what parts of the brain are used for each task and how prior knowledge helps. The goal is to find …

This study looks at gene activity in brain tissue removed during surgery from 10 people with temporal lobe epilepsy and hippocampal sclerosis. The goal is to find which genes are linked to the disease and may help predict outcomes. No new treatment is being tested; instead, resea…

This study looks at how seizures change over time in people with low grade glioma (a slow-growing brain tumor) who are on treatment. By tracking seizure frequency and comparing it to MRI scans, researchers hope to find early signs of tumor changes. The goal is to help doctors det…

This study creates a registry for up to 500 people with CDKL5 Deficiency Disorder (CDD), a rare genetic condition that causes seizures and developmental delays. Patients and their caregivers will provide information about symptoms, treatments, and quality of life over several yea…

This study uses low-intensity focused ultrasound (LIFU) to gently stimulate the brain while recording responses with implanted electrodes. Researchers aim to map how different brain regions communicate in real time. About 30 adults with epilepsy or other conditions who already ha…

This study was designed to collect and analyze fluid from the brain during epilepsy surgery. The goal was to look for signs of inflammation that might help develop new ways to control seizures in people who don't respond to medication. However, the study was withdrawn before any …

This study was designed to test whether giving small electrical pulses directly to the brain could improve working memory in people with epilepsy. Researchers planned to use electrodes already placed in the brain for epilepsy surgery. However, the study was withdrawn before any p…

This study tests a brain implant that records brain activity and can deliver small electrical pulses to prevent seizures in people with epilepsy. Five participants will use the device along with a handheld tool to track mood, anxiety, and thinking. The main goal is to see if the …

This study followed 602 people who had a stroke to see how many later had seizures. Researchers looked at blood tests, brain scans, and EEG recordings to find clues that might predict who is at risk. The goal is to better understand why some stroke survivors develop epilepsy.

This study follows about 300 children who had seizures shortly after birth to see if their genes influence whether they develop epilepsy later in childhood. Researchers will combine genetic information with brain scans and EEG results to create a risk score. No new treatments are…

This study planned to use high-frequency brain signals to locate important brain areas and understand conditions like epilepsy, migraine, and ADHD. It aimed to create a large database of brain activity in people aged 1 day to 69 years. However, the study was withdrawn before any …

This study looks at whether a tiny device placed under the scalp can safely and comfortably track seizures in adults with mild to moderate intellectual disability and epilepsy. Nine participants will wear the monitor for up to 6 months, and researchers will compare the device's r…

This study compares a new type of brain scanner (OPM-MEG) to the standard MEG scanner used to plan epilepsy surgery in children. The new scanner uses a lightweight hat instead of a rigid helmet, making it more comfortable and better fitting for kids. Researchers will check if the…

This study looks at how repeated seizures affect breathing and heart function in people with Dravet syndrome, a severe form of epilepsy. Researchers will monitor 92 children and adults for 24-48 hours using video, brain wave, heart, and breathing recordings. The goal is to find c…

This study looks at how brief, carefully timed bursts of noise played during sleep might help strengthen memory in people with epilepsy who have electrodes implanted in their brain. Researchers will measure brain activity and memory performance to see if the sounds improve how th…

This study looks at how two parts of the thalamus (ANT and PLV) are connected to other brain areas and how they are involved in seizures and memory. Researchers will record brain activity from 100 epilepsy patients who already have electrodes implanted for medical reasons. The go…

This study gathers information from 8,000 stroke patients worldwide to learn more about seizures that happen after a stroke. Researchers will analyze the data to see how well patients recover and to create a tool that can predict who might develop epilepsy. The goal is to improve…

This study uses virtual reality to understand how people learn fear and safety. Participants already have a brain implant (RNS device) for epilepsy. They wear a VR headset while researchers measure brain activity, heart rate, and sweat. The goal is to better understand anxiety an…

This study records brain activity from people with epilepsy or brain tumors who already have electrodes implanted for medical reasons. Participants listen to short speech sounds in English, Spanish, or Mandarin while their brain signals are measured. The goal is to understand how…

This study compares two anesthetic drugs, fentanyl and ketamine, to see which one better helps surgeons find seizure-causing brain tissue during epilepsy surgery in children. Eighty-eight children aged 2-18 with brain tumors and epilepsy will receive one of the drugs during surge…

This study follows 300 adults with focal epilepsy who are starting an additional anti-seizure medication (ASM) alongside their current treatment. Researchers will track changes in seizure frequency and quality of life over 12 months in everyday clinical settings. The goal is to s…

This study planned to test a wearable device called EpiCare@Home that records brain activity, heart rate, and movement to detect focal seizures. It was designed for people with epilepsy, both in the hospital and at home. However, the study was withdrawn before enrolling any parti…