Prognostic Utility of Hypsarrhythmia Scoring in Children with West
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Epilepsy in Childhood
Psychogenic Non-epileptic Seizures Dr Katharina Junejo Consultant Child and Adolescent Psychiatrist Aim Overview of basic principles in childhood epilepsy PNES Diagnosis of epilepsy Every child’s brain is capable of generating seizures with certain pro-convulsive drugs, acute metabolic disturbance, CNS infection, acute head trauma Risk of epilepsy after acute and provoked seizure is 3-5% Emotional stress is not considered provoking factor Henri Gastaut and colleagues proposed a classification of seizures: “all attempts at classification of seizures are hampered by our limited knowledge of the underlying pathological processes within the brain and that any classification must of necessity be a tentative one and will be subject to change with every advance in scientific understanding of epilepsy” (Gastaut et al 1964). Epilepsy has variable clinical presentations Convulsions (tonic- Staring spells clonic seizures) (absences) Period with confusion with or without Variants of automatism (complex paroxysmal events partial seizures) during sleep (common frontal lobe seizures) Limb or body jerk movements (myoclonus) Loss of speech/decline in Spasms (infantile or social, cognitive function Falls or drops epileptic spasms) (Landau-Kleffner (atonic but also syndrome) tonic seizures) ILAE Revised Terminology for Organization of Seizures and Epilepsies 2011 ‐ 2013 Classification of seizures: generalised and focal seizures Electroclinical syndromes and other epilepsies grouped by specificity of diagnosis (arranged by typical age of onset) Major conceptual changes: using aetiological classification of epilepsy-genetic, metabolic, immune, infectious and unknown causes Changes in terminology Operational diagnosis of epilepsy: occurrence of 2 or more unprovoked seizures, irrespective of seizure type (as recurrence risk is 80-90%) Careful history is only diagnostic test as many paroxysmal disorders that mimic epileptic seizures (most common vasovagal syncope or reflex anoxic seizure) Limitations of EEG: approx. -
Pediatric Disorders
Neurological Disorder Part 3 - Pediatric Disorders CDKL5 Disorder • Characteristics: • Rare x-linked genetic disorder • CDLK5 mutations cause deficiencies in the protein needed for normal brain development • More common in females; however males with the disorder are affected much more severely than females © Trusted Neurodiagnostics Academy CDKL5 Disorder • Characteristics • CDKL5D mutations can be found in children who have been diagnosed with infantile spasms, Lennox Gastaut syndrome, Rett Syndrome, West Syndrome and autism © Trusted Neurodiagnostics Academy CDKL5 Disorder • Symptoms: • Infantile spasms beginning the first 3 - 6 months of life • Neurodevelopmental impairment • Patients cannot walk, talk, or feed themselves • Repetitive hand movements (stereotypies) © Trusted Neurodiagnostics Academy CDKL5 Disorder • Seizures: • Early onset • Infantile spasms, myoclonic, tonic, tonic-clonic seizures • Status epilepticus and non convulsive status epilepticus can occur © Trusted Neurodiagnostics Academy CDKL5 Disorder • Diagnosis: • Genetic blood testing to confirm the change or mutation on the CDKL5 gene • EEG © Trusted Neurodiagnostics Academy CDKL5 Disorder • EEG Findings: • Early in the disorder • EEG may be normal or slightly abnormal • During progression of the disorder • Some background activity is slow and epileptic discharges can be seen in one or more areas • Burst Suppression • Atypical hypsarrhythmia © Trusted Neurodiagnostics Academy CDKL5 Disorder © Trusted Neurodiagnostics Academy CDKL5 Disorder • Treatment: • Seizures -