Linked from

The 46 pages that link to Epilepsy, each with the reason it gives.

• Action potentialRelated: Seizures involve abnormal, excessive synchronization of neuronal electrical activity.

• GlutamateRelated: Glutamate-mediated excitation contributes to seizure-generating network activity.

• Deep brain stimulationRelated: DBS can reduce seizure frequency in some people with drug-resistant epilepsy.

• GABA receptorRelated: Reduced or altered GABAergic inhibition can contribute to seizure-generating activity.

• GABARelated: Reduced or disrupted inhibition can contribute to the excessive synchronized activity underlying seizures.

• Cerebral palsyRelated: Epilepsy is a common co-occurring condition, especially with more extensive brain injury.

• GABA-A receptorRelated: Impaired inhibitory signaling can contribute to seizure generation and is a treatment target.

• Taenia soliumRelated: Neurocysticercosis is a major preventable cause of acquired epilepsy in many endemic regions.

• MicrocephalyRelated: Brain abnormalities associated with microcephaly can increase seizure risk.

• Bacterial meningitisRelated: Brain injury from severe meningitis can lead to later seizures and epilepsy.

• Angelman syndromeRelated: Seizures are common in Angelman syndrome and often require tailored treatment.

• CysticercosisRelated: Seizures are a common presentation of neurocysticercosis.

• LissencephalyRelated: Seizures are a frequent clinical complication of lissencephaly.

• NitrazepamRelated: Nitrazepam is used for certain seizure disorders, particularly in some pediatric settings.

• Brain (anatomy)Related: Seizures arise from abnormal brain activity, sometimes localized to a specific region.

• Thomas C. SüdhofRelated: Imbalances in synaptic transmission provide a molecular route to understanding seizure disorders.