The dentate gyrus is considered to function as an inhibitory gate limiting excitatory input to
the hippocampus. Following status epilepticus (SE), this gating function is reduced and�…

Status epilepticus may cause long-term functional and structural consequences possibly
resulting in brain dysfunctions such as chronic epilepsy. In epileptogenesis, the dentate�…

Dentate gyrus (DG) is important for pattern separation and spatial memory, and it is thought
to gate information flow to the downstream hippocampal subregions. Dentate spikes (DSs)�…

In rodents, status epilepticus (SE) triggered by chemoconvulsants can differently affect the
proliferation and fate of adult-born dentate granule cells (DGCs). It is unknown whether�…

The aim was to investigate the long-term effects of a single episode of immature Status
Epilepticus (SE) on the excitability of the septal and temporal hippocampus in vitro, by�…

The effects on high‐voltage activated (HVA) calcium currents were examined in
hippocampal CA1 cells and dentate gyrus (DG) granule neurons, 2 days (short‐term; ST)�…

1. Combined hippocampal-parahippocampal slices were employed to study the
development of complex epileptiform discharges after Schaeffer collateral stimulation in�…

Purpose: Spontaneous seizures in rats emerge several weeks after induction of status
epilepticus with pharmacologic treatment or electrical stimulation, providing an animal�…

The pathophysiological mechanisms that cause spontaneous seizures following status
epilepticus are largely unknown. Erosion of inhibition is regarded as an important�…

1. The development of epileptiform discharges in response to tetanic stimulation of the
Schaeffer collaterals was studied by using extracellular field potential recordings in CA1�…