Active clinical trials for "Epilepsy"

Epilepsy is a common neurological disease, manifested in the sudden abnormal discharge of neurons leading to short-term brain dysfunction, has become the neurology after headache the second most common disease. In China, the prevalence of epilepsy is about 4.7-8.5 per 1,000, and more than 400,000 new cases of epilepsy are developed each year. Of these, 30% of patients were treated with ineffective medication, developing into a drug-incurable epilepsy that required surgery and other treatments. The most common type of epilepsy is temporal lobe epilepsy, while the common complication in temporal lobe epilepsy is hippocampal sclerosis, which often requires surgical removal. The incidence of inner temporal lobe epilepsy associated with hippocampal sclerosis is increasing, but its exact cause and specific pathogenesis are still unclear, so clarifying its pathogenesis will contribute to the understanding of temporal lobe epilepsy and the improvement of surgical procedures. This study is intended to get single-cell transcriptome as well as spatial transcriptome data of temporal lobe and hippocampus samples. By studying gene expression change associated with epilepsy and hippocampus sclerosis, we intended to find possible prognostic-related molecules and to deepen understanding of pathological changes in epilepsy at the molecular level.

The National Registry of Epilepsy in Mexico aims to be an observational, multicenter, and nationwide study about Epilepsy in Mexico. This project is proposed as the first registry about the diagnosis and treatment of epilepsy in Mexico. The participation of major health institutions, both public and private, of each state to ensure that the registry is representative of the country is planned.

Neurophysiologic evaluation of disorders of consciousness (DOC) patients in intensive care unit include late auditory evoked potentials. It allows the physicians to record cerebral responses of patients to auditory stimuli and in particularly to their own name (as the P3a response). Numerous studies try to improve the relevance of the auditory stimuli used in this paradigm and notably using more expressive stimuli. Here the investigators investigate the intracerebral correlates of the P3a responses recorded on the scalp with neutral and more expressive stimuli.

We will observe epileptic patients who already have electrodes implanted on the brain and are receiving high-level brain stimulation for clinical purposes while testing their motor and language function. We propose to do a limited, low-level brain stimulation to show that the signatures of local activity in the target area change as an effect of brain stimulation. The goal of this study is to understand the feasibility of a novel recurrent brain-computer interface that could eventually promote targeted functional recovery in subjects who have had a brain injury.

Despite the importance of birth control to women of reproductive age, there has been little formal investigation of the safety and effectiveness of birth control methods in women with epilepsy. To remedy this, doctors from Harvard and Columbia University Medical Schools have developed a website that offers a survey to help us gain more knowledge and some educational material that will be updated regularly to provide the latest information. The ultimate goal is to develop guidelines for the selection of safe and effective birth control methods and to make sure that the best forms of birth control become available to women with epilepsy in all communities of our society. Go to www.epilepsybirthcontrolregistry.com take our survey and then catch up on the latest information about birth control for women with epilepsy.

The purpose of this study is to investigate the relationship between the side effects of valproate sodium in the treatment of epilepsy in Han Chinese and the genetic polymorphisms of drug metabolizing enzymes and pharmacokinetics of valproate sodium.

It has been estimated that 22 - 32% of people with mental retardation or learning disability have co-existing epilepsy. Despite such high prevalence and although there may be particular concerns over the effects of treatment on behaviour and cognition in this population, few studies have specifically addressed these concerns. Topiramate (TPM) is one of the modern antiepileptic drugs that has been approved for the treatment of a broad range of seizure types in both children and adults. There is evidence of associated improvement in behaviour with treatment but data is conflicting. The investigators aim to further study the effect of TPM on seizure control and behaviour using the Scales of Independent Behavior-Revised (SIB-R) which has been applied in similar patient populations and is widely adopted locally to assess the behaviour of people with mental retardation. This is a naturalistic, open label, single arm prospective study of 16-week in duration. Eligible adult patients will be initiated on TPM. Patients will be evaluated at baseline, end of weeks 4, 10 and 16. At each visit seizure control and any adverse events will be assessed. Behaviour will be assessed using SIB-R (Chinese version) at baseline and each study visit. At the end of the study period the patient's overall improvement will be rated by the investigator and the caregiver using global evaluation scales. Patients with improvement will be maintained on TPM after the end of the study period Titration schedule Topiramate will be administered orally as per usual clinical practice. Treatment will be initiated at 25 mg daily for 1 week, and increased in 25- to 50-mg increments at one- to two-weekly intervals, to an initial target dose of 100 - 200 mg daily in 2 divided doses according to each individual's response. Further dose adjustment can be made in response to further seizures or emergence of adverse events..

This study aimed to analyze the connectivity alterations in brain networks of LGG patients with epilepsy who take levetiracetam at short-term preoperatively.

The specificity and sensitivity of a novel seizure-detection mobile software application with a generalized tonic/clonic seizure detection algorithm (Motor Seizure Detection Algorithm [mSDA]) installed on a wearable device to be worn by the subject. The software will be tested using subjects from a patient population in an epilepsy monitoring unit (EMU) undergoing video and electroencephalograph (VEEG) observation. The number of generalized major motor seizures detected by the mSDA will be compared with those detected by VEEG.

To conduct a retrospective multicenter cohort study to define surgical benchmark values for best achievable outcomes following surgery for mesial temporal lobe epilepsy. Established benchmark serve as reference values for the evaluation of future surgical strategies and approaches.