Book contents
- Frontmatter
- Contents
- List of contributors
- Preface and overview
- 1 Epilepsies as channelopathies
- 2 Epilepsy and movement disorders in the GABAA receptor β3 subunit knockout mouse: model of Angelman syndrome
- 3 Genetic reflex epilepsy from chicken to man: relations between genetic reflex epilepsy and movement disorders
- 4 Functional MRI of the motor cortex
- 5 Neuromagnetic methods and transcranial magnetic stimulation for testing sensorimotor cortex excitability
- 6 Motor dysfunction resulting from epileptic activity involving the sensorimotor cortex
- 7 Nocturnal frontal lobe epilepsy
- 8 Motor cortex hyperexcitability in dystonia
- 9 The paroxysmal dyskinesias
- 10 Normal startle and startle-induced epileptic seizures
- 11 Hyperekplexia: genetics and culture-bound stimulus-induced disorders
- 12 Myoclonus and epilepsy
- 13 The spectrum of epilepsy and movement disorders in EPC
- 14 Seizures, myoclonus and cerebellar dysfunction in progressive myoclonus epilepsies
- 15 Opercular epilepsies with oromotor dysfunction
- 16 Facial seizures associated with brainstem and cerebellar lesions
- 17 Neonatal movement disorders: epileptic or non-epileptic
- 18 Epileptic and non-epileptic periodic motor phenomena in children with encephalopathy
- 19 Epileptic stereotypies in children
- 20 Non-epileptic paroxysmal eye movements
- 21 Shuddering and benign myoclonus of early infancy
- 22 Epilepsy and cerebral palsy
- 23 Sydenham chorea
- 24 Alternating hemiplegia of childhood
- 25 Motor attacks in Sturge–Weber syndrome
- 26 Syndromes with epilepsy and paroxysmal dyskinesia
- 27 Epilepsy genes: the search grows longer
- 28 Genetics of the overlap between epilepsy and movement disorders
- 29 Seizures and movement disorders precipitated by drugs
- 30 Steroid responsive motor disorders associated with epilepsy
- 31 Drugs for epilepsy and movement disorders
- Index
- Plate section
16 - Facial seizures associated with brainstem and cerebellar lesions
Published online by Cambridge University Press: 03 May 2010
- Frontmatter
- Contents
- List of contributors
- Preface and overview
- 1 Epilepsies as channelopathies
- 2 Epilepsy and movement disorders in the GABAA receptor β3 subunit knockout mouse: model of Angelman syndrome
- 3 Genetic reflex epilepsy from chicken to man: relations between genetic reflex epilepsy and movement disorders
- 4 Functional MRI of the motor cortex
- 5 Neuromagnetic methods and transcranial magnetic stimulation for testing sensorimotor cortex excitability
- 6 Motor dysfunction resulting from epileptic activity involving the sensorimotor cortex
- 7 Nocturnal frontal lobe epilepsy
- 8 Motor cortex hyperexcitability in dystonia
- 9 The paroxysmal dyskinesias
- 10 Normal startle and startle-induced epileptic seizures
- 11 Hyperekplexia: genetics and culture-bound stimulus-induced disorders
- 12 Myoclonus and epilepsy
- 13 The spectrum of epilepsy and movement disorders in EPC
- 14 Seizures, myoclonus and cerebellar dysfunction in progressive myoclonus epilepsies
- 15 Opercular epilepsies with oromotor dysfunction
- 16 Facial seizures associated with brainstem and cerebellar lesions
- 17 Neonatal movement disorders: epileptic or non-epileptic
- 18 Epileptic and non-epileptic periodic motor phenomena in children with encephalopathy
- 19 Epileptic stereotypies in children
- 20 Non-epileptic paroxysmal eye movements
- 21 Shuddering and benign myoclonus of early infancy
- 22 Epilepsy and cerebral palsy
- 23 Sydenham chorea
- 24 Alternating hemiplegia of childhood
- 25 Motor attacks in Sturge–Weber syndrome
- 26 Syndromes with epilepsy and paroxysmal dyskinesia
- 27 Epilepsy genes: the search grows longer
- 28 Genetics of the overlap between epilepsy and movement disorders
- 29 Seizures and movement disorders precipitated by drugs
- 30 Steroid responsive motor disorders associated with epilepsy
- 31 Drugs for epilepsy and movement disorders
- Index
- Plate section
Summary
Hemifacial seizures and cerebellar ganglioglioma
In 1996 Harvey et al. reported an infant with a cerebellar ganglioglioma and episodes of hemifacial contraction that were shown conclusively to be epileptic seizures of cerebellar origin. Previous reports in the literature of six infants with cerebellar tumours and ‘hemifacial spasm’ suggested they might have a similar syndrome of cerebellar epilepsy. Since the report by Harvey et al., there have been three further cases reported (Arzimanoglou, 1996; A.S. Harvey et al., unpublished data), with further ictal SPECT evidence in two cases to support an epileptic basis to the attacks of ‘hemifacial spasm’. The clinical seizure characteristics, the location and signal characteristics of the lesions on magnetic resonance imaging (MRI), and the histopathological features of the tumours in these ten patients are so strikingly similar as to conceivably constitute an epilepsy syndrome of infancy characterized by seizures of cerebellar origin.
The initial case remains the most well-studied case in the literature, with unequivocal evidence of an epileptic basis and cerebellar origin of seizures (Harvey et al., 1996). Her seizures began on day 1 of life with twitching of the left orbicularis oculi muscle. She was evaluated at the Miami Children's Hospital at age 6 months when attacks of ‘hemifacial spasm’ were occurring multiple times each day. Immediately prior to each episode she became quiet and fixed her gaze straight ahead.
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- Information
- Epilepsy and Movement Disorders , pp. 269 - 278Publisher: Cambridge University PressPrint publication year: 2001