Cerebellar granule neurons possess a non-inactivating K+ current, which controls resting
membrane potentials and modulates the firing rate by means of muscarinic agonists. kcr1 …

In the brain, the transient‐inactivating voltage‐gated potassium channel currents (called IK
(A) or A‐currents) are activated at subthreshold membrane potentials to control the …

Cerebellar granule neurons express a standing outward (background) K+ current (IK, SO)
that regulates the resting membrane potential and cell excitability. As several tandem‐pore …

Cerebellar granule neurons (CGNs) are one of the most populous cells in the mammalian
brain. They express an outwardly rectifying potassium current, termed a “standing-outward” …

Potassium (K) channels have a key role in the regulation of neuronal excitability. Over a
hundred different subunits encoding distinct K channel subtypes have been identified so far …

Potassium channels govern duration and frequency of excitable membrane events and may
regulate signals that are important in neuronal development. This study assesses the …

Rat mature cerebellar granule, unlike hippocampal neurons, die by apoptosis when cultured
in a medium containing a physiological concentration of K+ but survive under high external …

Kv4 channels mediate most of the somatodendritic subthreshold operating A‐type current
(ISA) in neurons. This current plays essential roles in the regulation of spike timing, repetitive …

Molecular cloning studies have revealed the existence of a large family of voltage-gated K+
channel genes expressed in mammalian brain. This molecular diversity underlies the vast …

Revised Manuscript Received April 5, 1994® abstract: Phosphorylation-mediated regulation
of voltage-gated K+ channels has been implicated in numerous electrophysiological studies; …