Active clinical trials for "Epilepsy"

A double-blind trial comparing the efficacy and safety of levetiracetam to carbamazepine used as monotherapy in subjects (≥ 16 years) newly or recently diagnosed as suffering from epilepsy, and experiencing partial or generalized tonic-clonic seizures.

This trial will evaluate the efficacy and safety of ucb 44212 as add on therapy in subjects with focal epilepsy.

Epilepsy is a debilitating condition characterized by spontaneous, unprovoked seizures. Up to 80% of children with epilepsy (CWE) may face cognitive, psychiatric, and/or behavioral comorbidities with significant unmet mental health needs. Mindfulness-based interventions may provide an ideal vector to target unmet mental healthcare needs in patients with epilepsy and their families. The investigators propose the Making Mindfulness Matter© (M3) program as an intervention to improve health related quality of life and mental-health for CWE and their parents. M3 is live-online parent and child program that incorporates mindful awareness, social-emotional learning skills, neuroscience, and positive psychology. This pilot RCT is needed to refine the implementation of the intervention to families with a child with epilepsy, and collect information pertaining to the feasibility and effectiveness of the intervention in preparation for a subsequent multi-centred trial across Canada. Note: Due to COVID-19, the format has been modified for online delivery (from community-based) and the intervention has been restarted.

This study aims to develop a web-based epilepsy education program for adolescents with epilepsy and their parents and to evaluate the efficacy of eb-based epilepsy education program on health management.eb-based epilepsy education program has been proved to be a useful and reliable educational website for the development of knowledge, attitude, self-efficacy and e-health literacy of adolescents with epilepsy and their parents.

After the general period of positive social adjustments, epilepsy is in a high life cycle to control seizures. During seizures in epilepsy, patients' quality of life and antiepileptic life span can be seen in daily life such as daily life and daily awakenings. Reiki, which has been proven by studies in health problems such as fatigue and pain; an energy that can be unblocked or applied in a non-applicable way can benefit from a therapy that can be applied by touch or remotely, without negative effects. In the literature, reiki applied to epilepsy patients has sleep and quality of life. This thesis is planned to do research on sleep and living areas of reiki applied to epilepsy patients.

Background: Close relationship exists between sleep slow wave (SSW) and the generation of spike wave in NREM-sleep. SSW are cortically generated oscillations alternating between excitatory depolarization ("Up-phase" of the SSW) and inhibitory hyperpolarization ("Down-phase" of the SSW). It has been shown experimentally that with increasing synchrony of slow neuronal oscillations SSW turn into spike waves. Acoustic pulses applied in correspondence to the SSW "Up-phase" enhance the amplitude of the subsequent SSW. Conversely, tones delivered at the SSW "Downphase" have a disruptive effect on the following SSW. Participants: Patients with epilepsy and spike waves in NREM-sleep. Objective: Modification of spike wave frequency, amplitude and spreading during NREM sleep by acoustic pulses applied at the "Up-" or "Down-phase" of SSW.

The aim of this study is to compare quality of care and patient experiences in two outpatients follow-up activities: 1) Standard telePRO (fixed interval telePRO follow-up) and 2) Open Access telePRO (patient-initiated telePRO follow-up)

SAVE is a stratified cluster-randomised controlled, parallel group, open-label trial, with Epileptic Monitoring Unit (EMU) as the units of randomisation and patients as the unit of analysis. The focus of research is the management of AntiEpileptic Drugs (AEDs) withdrawal during long term Video EEG (VEEG) monitoring in patients with drug resistant seizures. This non-standardised medical practice, which aims at promoting the occurrence of seizures during the time limit of the monitoring period, exposes patients to significant risks which should be minimised by harmonisation of practice and a standardised protocol of AEDs withdrawal. SAVE will assess the impact of a standardised protocol of AEDs withdrawal during long-term VEEG monitoring on the frequency of seizure-related serious adverse events occurring during these monitorings and on the ability to obtain VEEG recording of seizures within appropriate time limits. 10 of the 22 EMUs will be randomised to the group where the standardised protocol of AEDs withdrawal will be used systematically, while the other ten EMUs will continue their current non-standardised practice of AEDs withdrawal, and will serve as a control group. The setting of the study will include a 6 months evaluation phase, prior to randomisation, during which the organisational characteristics, baseline EMUs' activity, current management of AEDs withdrawal, and rate of Serious Adverse Events (SAEs) of each participating center will be evaluated. The standardised study protocol of AEDs withdrawal has been defined on the basis of a systematic review of all relevant publications in the field.

The investigators will conduct a prospective, seven-month pilot study to explore pharmacokinetic (PK) and pharmacodynamic (PD) effects among women with epilepsy using the levonorgestrel intrauterine system (LNG IUS) for contraception. The investigators will enroll twenty women with well-controlled epilepsy maintained on stable anti-epileptic drugs (AED) therapy seeking the LNG IUS for contraception. The primary outcomes are AED levels and seizures before and after LNG IUS placement. Secondary outcomes include LNG levels, evidence of ovulation three weeks after insertion (serum progesterone >3ng/ml), bleeding and spotting, endometrial thickness, continuation, satisfaction and adverse events (removals, expulsions, side effects). The investigators will conduct a baseline month assessment, insertion visit, and follow-up visits at 21 days, three months and six months.

Epilepsy is a frequent neurological disorder with about a third of patients having seizures despite treatment. At least some of these seizures can be linked to a low compliance and therapy adherence of patients. Compliance is defined as "the extent to which a person's behavior (in terms of taking medication, following diets, or executing life style changes) coincides with medical or health advice". Therapy adherence of patients suffering from epilepsy is low with reported rates between 30 and 50%, although adherence to anticonvulsive drug therapy is critical for effective disease management and low therapy adherence is associated to higher mortality in epilepsy. The reasons for low therapy adherence are still a matter of research. Some known factors influencing compliance in epilepsy are related to its chronic nature, but others seem to lie in a complex interaction between psychiatric comorbidity and an impairment of neural systems underlying behavior. Furthermore, therapy adherence rests a variable difficult to measure, especially in epileptic patients where classical tools such as questionnaires and electronic monitoring devices have been shown to be imprecise. It has been argued that the term 'compliance' should be replaced by 'co-operative behavior' and non-compliance can therefore be interpreted as troubled co-operative behavior. This behavioral approach offers the potential of using tools and methods of the latest developments in behavioral neuroscience. Neuroeconomics, a scientific field on the border of psychology, economics and neuroscience, has used economic game paradigms in order to operationalize cooperative behavior and to identify several brain areas by functional brain imaging that have been linked to social co-operative behavior. The majority of these brain areas are located in the frontal cortex [ventromedial frontal/orbitofrontal cortex, and rostral anterior cingulate cortex. Epilepsies originating in the frontal lobe are subsumed under the term "frontal lobe epilepsy" (FLE) and represent 20-30% of all partial seizures and 25% of all refractory focal epilepsies referred to epilepsy surgery. The investigator's project plans to study compliance and cooperative behavior of patients suffering from frontal lobe epilepsies through a neuroeconomic approach by (1) comparing the behavior of these patients in the prisoners' dilemma game to the behavior of age-, gender-, and education-matched healthy controls, (2) correlation of game behavior to brain activation measured by functional magnetic resonance imaging in both patients and healthy controls and (3) studying the link between cooperative behavior to compliance captured by pill counts and questionnaires.