Read the latest medical research on epilepsy and seizures including new treatments and potential cures under development.
Updated: 1 hour 46 min ago
Scientists have discovered a new explanation for severe early infant epilepsy. Mutations in the gene encoding the protein KCC2 can cause the disease, hereby confirming an earlier theory.
The brains of people with epilepsy appear to react to music differently from the brains of those who do not have the disorder, a finding that could lead to new therapies to prevent seizures, according to new research.
Researchers have identified areas of the human brain in which breathing is controlled and, in some cases, impaired. Sudden unexpected death in epilepsy is becoming increasingly recognized as a very real and devastating problem in which impaired breathing is thought to play a critical role. Researchers believe breathing may be impaired during and after seizures, without the patient's knowledge.
A breakthrough discovery is expected to help thousands of young girls worldwide who are suffering from a rare yet debilitating form of epilepsy, an international team led by a genetics expert reports.
A small fraction of pregnancies occur in women with epilepsy but a new study suggests those women may be at higher risk for complications and death during delivery, in a new article.
While many people with epilepsy can control their seizures with medication, those unpredictable and involuntary changes in behavior and consciousness can be limiting for others. Neurologists evaluated the application of smartphones in epilepsy care. Apps include seizure diaries as well as medication trackers with reminders to take the next dose of medication. In addition, apps are available to answer any questions patients with epilepsy might have, to detect potential drug interactions and to detect seizures.
Epilepsy and tinnitus are both caused by overly excitable nerve cells. Healthy nerves have a built-in system that slams on the brakes when they get too excited. The 'brakes' are actually potassium channels that regulate nerve signals. A new drug may treat both conditions by selectively opening potassium channels in the brain.
An amino acid whose role in the body has been all but a mystery appears to act as a potent seizure inhibitor in mice, according to a study. In a series of experiments, the amino acid D-leucine, found in many foods and certain bacteria, interrupted prolonged seizures, a serious condition known as status epilepticus, and it did so just as effectively as the epilepsy drug diazepam -- the choice of treatment for patients in the throes of convulsions -- but without any of the drug's sedative side effects.