BACKGROUND: Low-frequency stimulation (LFS,< 5 Hz) has been proposed as an
alternative option for the treatment of epilepsy. The stimulation pole, anode and cathode …

Low frequency stimulation (LFS) is a potential alternative therapy for epilepsy. However, it
seems that the anticonvulsant effects of LFS depend on its target sites in the brain. Thus, the …

Low-frequency stimulation (LFS) has been considered as a new option for the treatment of
intractable epilepsy. The present study was designed to determine whether LFS of the …

Low-frequency stimulation (LFS) is emerging as a new option for the treatment of intractable
epilepsy. The stimulation duration may influence the anti-epileptic effect of LFS but is poorly …

Purpose: The use of electrical stimulation as a therapy for epilepsy is currently being studied
in experimental animals and in patients with epilepsy. This study examined the effect of …

Stimulation of deep brain sites is a new approach for treatment of intractable seizures. In
adult rats, low-frequency stimulation (LFS; 1–3 Hz) of the kindling site interferes with the …

Experiments were designed to reproduce the antiepileptic effects of low frequency
stimulation (LFS) during the amygdala kindling process and to examine LFS-induced …

Low-frequency stimulation (LFS) is a potential therapy utilized in patients who do not
achieve satisfactory control of seizures with pharmacological treatments. Here, we …

Objective. Studies are ongoing to find appropriate low frequency stimulation (LFS) protocol
for treatment of epilepsy. The present study aimed at assessing the antiepileptogenesis …

Purpose: To determine whether low‐frequency, 1‐Hz sine‐wave stimulation (LFS) applied to
a fully kindled amygdala focus would show antiepileptic properties in rats that were either …