Claude G Wasterlain, Jerome Niquet, Kerry W Thompson, Roger Baldwin, Hanato Liu, R Sankar, Andrey M Mazarati, David Naylor, Hiroshi Katsumori, Lucie Suchomelova, Yukioyoshi Shirasaka
The response of the developing brain to epileptic seizures and to status epilepticus is highly age-specific. Neonates with their low cerebral metabolic rate and fragmentary neuronal networks can tolerate relatively prolonged seizures without suffering massive cell death, but severe seizures in experimental animals inhibit brain growth, modify neuronal circuits, and can lead to behavioral deficits and to increases in neuronal excitability. Past infancy, the developing brain is characterized by high metabolic rate, exuberant neuronal and synaptic networks and overexpression of receptors and enzymes involved in excitotxic mechanisms...
2002: Progress in Brain Research