Articles tagged with Epilepsy
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A study by Johns Hopkins Medicine found that 31% of recent popular press articles on epilepsy contained gross mistakes, including inaccurate science and exaggerated treatment claims. The print media often reflect and shape views about epilepsy, but also perpetuate misconceptions that can shame patients.
Researchers discovered two mutations in a sodium channel gene that regulate electrical activity in nerve cells, which may cause inherited forms of epilepsy. Genetic testing could identify at-risk infants and prevent seizures and neurological damage.
Researchers at U of T used nonlinear dynamics techniques to predict seizures and identified a dynamic regime - type III intermittency - that takes place during seizures. This approach may improve techniques to control the brain's transition to seizure, offering new hope for patients with intractable epilepsy.
Scientists at Brandeis University and Children's Hospital Boston used video games to study the brain's sense of direction in teenagers with severe epilepsy. They found that theta oscillations, a special type of brain wave, play a crucial role in spatial learning and navigation.
A new study at Johns Hopkins and the University of Maryland provides a tool for physicians to evaluate an epilepsy patient's risk of having an accident while driving. The study found that four illness-related characteristics can predict accidents, including the length of time between seizures.
Researchers have identified a genetic link between the stargazer gene and calcium channel defects in absence epilepsy. The Cacng2 gene produces a defective protein that disrupts normal brain function, leading to abnormal neuron firing and seizures.
Treating people with epilepsy or seizures who are in remote locations like space, underwater or extended airline flights may be possible through telemedicine. Sleep deprivation and weightlessness can provoke seizures during travel.
A new study by Columbia University researchers establishes the first mathematically sound definition of epilepsy, requiring two unprovoked seizures for a diagnosis. The study found that patients who have had two seizures are at high risk of recurrence, with a 73% chance of having a third seizure within five years.
Researchers have discovered how a rare epilepsy mutation works at a molecular level, potentially helping understand other nervous-system disorders. The mutation impairs signaling between nerve cells, leading to seizures in people with autosomal dominant nocturnal frontal lobe epilepsy (ADNFLE).
A new mouse model, swe mice, has been identified by researchers at Jackson Laboratory with a defect in the Nhe1 gene. The mice exhibit both petit mal and grand mal seizures, similar to human absence and convulsive epilepsy, making it a promising authentic model for studying human absence epilepsy.
A new vagus nerve stimulator device has been shown to prevent epileptic seizures in over 30% of patients, with some becoming completely seizure-free. The device, which is battery-operated and inserted just below the collarbone, sends electric current to stimulate the vagus nerve without impairing heart rate or cardiac cycles.
Researchers at KU Medical Center developed a technique predicting seizures by analyzing brain activity, potentially leading to new treatment options for patients with epilepsy. The algorithm measures seizure and non-seizure components, allowing for up to three-minute warning before a seizure occurs.
A Johns Hopkins study found that over 1 in 5 neurologists and obstetricians had patients with epilepsy who developed unwanted pregnancies due to anti-epilepsy drugs interfering with birth control pills. Increasing birth control medication levels or switching to non-interfering medications can reduce the risk of unplanned pregnancy.