Genetic Epilepsy Clinic
New technology and better understanding of the genetic origin of epilepsy is providing unprecedented insight into the disorder. Testing may now reveal causes of epilepsy in previously undiagnosed patients, resulting in improved treatment and a more precise prognosis.
Diagnosing genetic epilepsy early in a child's life may limit unnecessary invasive testing, help avoid treatments which may worsen or aggravate the child's epilepsy and can ultimately lead to an improved outcome.
New genetic syndromes are increasingly discovered and providers will more frequently encounter genetic mutations of "unknown significance." These mutations require an expertise in both genetics and neurology to understand the implication of the test results on the care of the patient.
In response to this need, M. Scott Perry, M.D., now leads the Genetic Epilepsy Clinic team at Cook Children's, along with metabolic geneticist, Alice Basinger, M.D. Our team can review your child's history, review existing testing, recommend additional evaluation, establish diagnosis, provide genetic counseling and help establish a treatment plan specifically designed for your child. We can also help determine if your child may benefit from available research studies that could help improve their condition.
The Genetic Epilepsy Clinic helps children
- With epilepsies caused by genetic mutations.
- Who had confusing/unclear test results for genetic epilepsy syndromes.
- Who fit the phenotypes of
well-known genetic epilepsy,
but whose testing was negative.
Common genetic epilepsy syndromes
- Sodium channel disorders (Dravet syndrome, GEFS+) ~ Sodium channel disorders represent a spectrum of epilepsy syndromes ranging from intermittent febrile seizures to the most severe phenotype of Dravet syndrome. Dravet syndrome is characterized by febrile seizures in infancy (often febrile status epilepticus), which evolves to unprovoked seizures and cognitive decline. Early diagnosis may prevent unnecessary testing and guide treatment to avoid medications which exacerbate this syndrome.
- Potassium channel disorders (KCNQ2/3) ~ Potassium channel disorders often present with seizures in the infant's first days of life. In some phenotypes, the seizures can stop in infancy and are relatively benign; others can have seizures which persist into childhood and result in significant cognitive impairment. Early diagnosis may prevent unnecessary testing and guide treatment with medications specific to potassium channel dysfunction.
- PCDH19 ~ Epilepsy associated with this gene resembles Dravet syndrome, but affects females only.
- Glut-1 ~ Glucose-transporter mutations result in a spectrum of epilepsy syndromes ranging from early onset of intractable seizures of multiple types, cognitive delay and microcephaly to milder phenotypes of early onset absence seizures (onset age < 4 years). Early diagnosis can improve treatment, as the ketogenic diet is a recognized therapy of choice for these patients.
Meet our genetic epilepsy team
Why choose Cook Children's Genetic Epilepsy Clinic?
When if comes to caring for your child, Cook Children's provides some of the nation's most advanced, child-friendly care by having:
- A family-centered approach to diagnosis and treatment of epilepsy, reviewing all risks and benefits of care prior to making a final treatment decision.
- Specialists who work together in the exam and operating rooms.
- Experienced epileptologists and geneticists who identify the seizure type and create a unique treatment plan for each patient.
Location and contact information
The genetic epilepsy clinic is located on the main campus of Cook Children’s Health Care System
The Jane and John Justin Neurosciences Center at Cook Children’s
Dodson Specialty Clinics Building
1500 Cooper Street
Fort Worth, TX 76104
Before going to your clinic appointment, please check in on first floor with registration staff.