Epilepsy and Seizure Treatment

At Din Neurology, we offer comprehensive epilepsy diagnosis and seizure care for patients throughout Dallas, Richardson, Plano, Garland, Frisco, Allen, McKinney, and the greater Dallas-Fort Worth area. Our seasoned neurology team specializes in diagnosing seizure disorders, conducting EEG testing to identify underlying neurological causes, and developing personalized treatment plans aimed at helping patients achieve better seizure control and an improved quality of life.

If you have experienced a seizure, unexplained loss of consciousness, staring spells, abnormal movements, or episodes of confusion, our experts can help determine the cause and provide effective treatment.

A seizure occurs when abnormal electrical signals disrupt normal brain function, and seizure disorders can lead to various symptoms depending on which part of the brain is affected. Some seizures may cause loss of consciousness, full-body shaking, muscle stiffness, and sudden falls. Other types may result in staring spells, brief confusion, memory lapses, unusual sensations, repetitive movements, and temporary speech difficulties. Because these symptoms can be subtle, thorough evaluation by a neurologist, often including EEG testing, is essential for an accurate epilepsy diagnosis.

At Din Neurology, we offer comprehensive diagnostic and treatment services for epilepsy and seizure disorders. 

First-Time Seizure Evaluation 

Experiencing a first seizure can be frightening and requires prompt neurological assessment. We conduct detailed evaluations to identify potential causes and determine whether additional testing, including EEG testing, is warranted. 

Epilepsy Diagnosis 

Our neurologists assess patients with suspected epilepsy through thorough neurological examinations, diagnostic testing, and a detailed review of their medical history. 

In-Office EEG Testing 

We perform EEG (Electroencephalogram) testing in our office to evaluate brain electrical activity and identify abnormalities linked to epilepsy and seizure disorders. 

Sleep-Deprived EEG 

Sleep-deprived EEG studies can assist in detecting abnormalities that may not be visible during routine EEG testing. 

Extended EEG Monitoring 

Longer EEG recordings increase the likelihood of capturing abnormal brain activity, which is crucial for an accurate epilepsy diagnosis. 

Ambulatory EEG Monitoring 

Ambulatory EEG allows for prolonged monitoring of brain waves while patients carry out their normal daily activities, providing valuable data for seizure disorder assessments. 

Seizure Medication Management 

We meticulously select and monitor anti-seizure medications to help lower seizure frequency while minimizing side effects. 

Ongoing Epilepsy Care 

Epilepsy often requires long-term management. We provide continuous follow-up care and adjust treatments based on each patient's unique needs. 

Tele-Neurology Follow-Up Visits 

Many epilepsy follow-up appointments can be conducted through secure tele-neurology visits, offering convenient access to ongoing care.

Experienced neurological care with a focus on comprehensive epilepsy diagnosis and management. We conduct in-office EEG testing and offer tele-neurology appointments to ensure convenient access throughout the DFW area. Our personalized treatment plans are designed to address various seizure disorders, aiming for effective long-term epilepsy management. Our mission is to help patients gain control of their seizures and significantly improve their quality of life.

When should I see a neurologist after a seizure? Anyone experiencing a first-time seizure should undergo neurological evaluation for an appropriate epilepsy diagnosis as soon as possible. Can epilepsy be controlled? Many patients achieve excellent seizure control through medication and ongoing neurological care. Does every seizure involve shaking? No. Some seizures involve staring spells, confusion, or brief lapses in awareness. Do you perform EEG testing? Yes. Din Neurology conducts in-office EEG testing to help diagnose epilepsy and identify seizure disorders.