Neurological Conditions

Just as there are many different types of seizures, there are many different types of epilepsy syndromes. Each epilepsy syndrome has a specific set of symptoms. There are hundreds of epilepsy syndromes, many of them very rare. These syndromes are often named for their symptoms or for the part of the brain where they originate. […]

The first step in making a diagnosis of epilepsy is a complete medical history. The doctor will ask questions about: Whether the person or the person’s family has a history of seizures. What the seizure looked like. What happened just before the seizure began. Possible causes other than epilepsy, such as alcohol withdrawal, infections, head

Several treatments are available for epilepsy. The key to finding an effective treatment is an accurate diagnosis of the type of epilepsy a person has. Current treatment options can control seizures for about 80% of the people in the United States who have epilepsy. Once a diagnosis of epilepsy is established, it is important to

Seizures vary in their severity. Sometimes the person having the seizure goes into a kind of altered state for a short period of time. The person may looked dazed or stare into space. In such a case, it is enough to stay by the person and wait for the seizure to pass. The most important

Although researchers have not been able to determine exactly what causes epilepsy, it is often triggered by events or conditions that cause injury to the brain. One way to try to prevent epilepsy is to prevent the events or conditions that lead to its development. Epilepsy is sometimes linked to head injuries. Head injuries can

Epilepsy is a condition that cannot be ignored. With proper treatment, however, epilepsy can be well managed in 80% of cases. Epilepsy should not be a reason to remove yourself from the joys and responsibilities of daily living. People with epilepsy can work, be with children, go out with friends, play sports, and have meaningful

Epilepsy is a general term used for a group of disorders that cause disturbances in electrical signaling in the brain. Like an office building or a computer, the brain is a highly complex electrical system, powered by roughly 80 pulses of energy per second. These pulses move back and forth between nerve cells to produce