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- Overview
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1. An introduction to epilepsy
- Prof. Steven Schachter
- Epidemiology
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2. Incidence, prevalence, and risk factors for epilepsy, and mortality
- Dr. Dale Hesdorffer
- Diagnosis and Medical Management
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3. Classification system of seizures and epilepsy
- Dr. Joseph Sirven
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4. Epilepsy in children
- Dr. Elaine Wirrell
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5. Molecular imaging in epilepsy
- Prof. Matthias Koepp
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6. Principles of electroencephalography
- Prof. Donald Schomer
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7. Electroencephalography and epilepsy
- Prof. Donald Schomer
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8. Pharmacological treatment
- Prof. Dieter Schmidt
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9. Diagnosis and treatment for psychogenic nonepileptic seizures
- Dr. W. Curt LaFrance, Jr.
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10. Status epilepticus
- Prof. Daniel Lowenstein
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11. Anti-seizure drugs: discovery and development
- Dr. Roger Porter
- Surgery and Brain Stimulation
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12. Epilepsy
- Prof. Gregory D. Cascino
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13. Therapeutic devices for epilepsy
- Dr. Robert Fisher
- Non-pharmacological Treatments
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14. Alternative therapies
- Prof. Steven Schachter
- Psychosocial Aspects
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15. Epilepsy stigma and quality of life
- Prof. Ann Jacoby
- Genetics and Neurobiology
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16. Genetic influences on human epilepsy
- Prof. Russell J. Buono
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17. Epileptogenesis
- Dr. Susan T. Herman
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18. Animal models of seizures and epilepsy
- Dr. Wolfgang Löscher
- Global Burden of Epilepsy
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19. The global burden of epilepsy
- Prof. Ley Sander
- Archived Lectures *These may not cover the latest advances in the field
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20. Epilepsy in children
- Dr. Gregory L. Holmes
Printable Handouts
Navigable Slide Index
- Introduction
- Planner and faculty disclosure to learners
- Famous people with seizures
- Treatment of epilepsy
- Epilepsy is not a solved problem
- Treatments for epilepsy
- Next wave - epilepsy therapeutic devices
- Epilepsy currently approved device
- VNS Therapy - future pipeline
- Trigeminal nerve stimulation (1)
- Trigeminal nerve stimulation (2)
- Seizure notification device
- Smart watch
- Seizure prediction (1)
- Seizure prediction (2)
- Seizure prediction example
- Seizure prediction approaches
- Cooling
- Cooling reduces neuronal bursting
- Peltier device
- Peltier device placed in a rat brain
- Effect of cooling
- Will cooling the brain be practical?
- A different cooling strategy
- Optical control
- Optical control of excitability (1)
- Optical control of excitability (2)
- Optical control of excitability (3)
- Is optical control feasible?
- Brain drug infusion
- Blocking epileptiform activity by AED perfusion
- Blocking seizures by AED perfusion
- Automating antiepileptic drug perfusion
- Adenosine reduces spikes and seizures
- Subdural infusion of Anti-Epileptic Drugs
- Convection-enhanced delivery
- AED injection into the cerebrospinal fluid
- Hybrid silicon neural implants
- Stimulation-induced GABA release
- Transcranial magnetic stimulation (1)
- Transcranial magnetic stimulation (2)
- Electrical deep brain stimulation
- Electrical stimulation for epilepsy
- Deep brain stimulation
- Responsive neurostimulation
- SANTE neurostimulation
- SANTE conclusion
- Summary
- Thank you
Topics Covered
- Epilepsy
- Seizures
- Medically refractory seizures
- Vagus nerve stimulation
- Seizure detection
- Seizure prediction
- Cortical cooling
- Optogenetics
- Brain perfusion
- Intracerebroventricular therapy
- Transcranial magnetic stimulation
- Deep brain stimulation
- Update interview: Responsive neurostimulation
Links
Series:
Categories:
Therapeutic Areas:
Talk Citation
Fisher, R. (2021, February 20). Therapeutic devices for epilepsy [Video file]. In The Biomedical & Life Sciences Collection, Henry Stewart Talks. Retrieved December 26, 2024, from https://doi.org/10.69645/HKLF1584.Export Citation (RIS)
Publication History
Financial Disclosures
- Dr. Robert Fisher has not informed HSTalks of any commercial/financial relationship that it is appropriate to disclose.
Update Available
The speaker addresses developments since the publication of the original talk. We recommend listening to the associated update as well as the lecture.
- Full lecture Duration: 29:39 min
- Update Interview Duration: 3:49 min
A selection of talks on Clinical Practice
Transcript
Please wait while the transcript is being prepared...
0:00
Thank you for joining us for a talk about therapeutic devices for epilepsy.
0:07
I have some disclosures to make, in that I do
consulting and have stock options with NeuroVista
(a seizure prediction company), SmartMonitor
(a seizure detection company), and ICVRx
(a company that is developing technology to
infuse drug directly into the cerebrospinal fluid).
I have no conflicts of interest with Medtronic or any brain stimulation company.
0:32
Epilepsy is one of the most prevalent serious neurological diseases.
Seizures, as you can see from this list,
can strike people at any age and any station of life.
0:46
Treatment of epilepsy is successful in about two-thirds of patients.
Half respond to traditional antiepileptic drugs,
about another 10 percent will respond to the newer antiepileptic medications,
and five percent are candidates for surgery to remove the seizure focus.
1:06
This leaves about a third of the population of
people with epilepsy whose seizures are uncontrolled,
or whose medication side-effects are so toxic as to preclude a good quality of life.
This absolute number of people with uncontrolled epilepsy is greater than
those with all brain tumors or all multiple sclerosis patients.
Even though we may have many existing therapies,
epilepsy is far from being a solved problem.
1:35
In addition to medicine and surgery,
uncontrolled seizures are sometimes treated with
a special diet (called the ketogenic diet), with biofeedback,
with alternative or complementary medicine therapies, and with medical devices.
Devices do not cure epilepsy,
but they may help to control otherwise refractory seizures.
We will focus in this talk on therapeutic devices,
as opposed to diagnostic devices such as EEG,
MRI, or PET scans.