Jenna Pedersen, a student at Illinois State University from St. Charles, IL, was recently awarded with the first Sara Elizabeth Stubblefield Memorial Scholarship. Jenna is honored to receive this award, which was created to provide financial support for the pursuit of higher education to a student living with epilepsy, who demonstrates a strong commitment to his/her education, and perseverance in overcoming the obstacles that epilepsy may present.
LATEST EFGC NEWS
Kurt Florian and Janet Anderson, both seasoned professionals in business and non-profit sectors, have joined the staff of the Epilepsy Foundation of Greater Chicago. Florian was recently named Interim President & CEO by the EFGC Board of Directors, and Anderson is newly appointed Business Development Manager.
Philip M. Gattone, who has led the Epilepsy Foundation of Greater Chicago (EFGC) for much of the past decade, has been named President & CEO of the Epilepsy Foundation of America, headquartered in Landover, Maryland. He will begin his duties there later this month.
A ten-year NIH-funded study has determined that a third of infants with prolonged seizures and fever suffer from either a new or reactivated roseola virus infection. Roseola viruses are the cause of the common childhood rash, but can also cause limbic encephalitis, a condition that frequently progresses to epilepsy.
Children with epilepsy, who aren’t helped by anti-seizure medication, are treated with a ketogenic diet that is high in fat and low in carbohydrates. The ketogenic diet mimics effects of starvation. Neurologists were never quite sure why the diet works well with epilepsy. In a new study, scientists say they may have found the answer.
The way someone responds to the first anti-seizure medication given after a diagnosis of epilepsy often predicts how well-controlled their seizures will be over time.
A key protein, which may be activated to protect nerve cells from damage during heart failure or epileptic seizure, has been found to regulate the transfer of information between nerve cells in the brain.