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 …

The TWIK-related, Acid Sensing K (TASK-2; KCNK5) potassium channel is a member of the
tandem pore (2P) family of potassium channels and mediates an alkaline pH-activated, acid …

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” …

Two pore domain potassium (K2P) channels are mostly present in the central nervous
system (CNS) where they play important roles in modulating neuronal excitability. K2P …

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 …

The mouse cerebellum consists of 10 lobules, which are distinguishable by their anatomical
and functional properties. However, the differences in the slow postsynaptic currents …

Potassium channels comprise the most diverse family of ion channels. In nerve cells, their
critical roles in synaptic integration and output generation have been demonstrated. Here …

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 …

The nervous system contains a large diversity of potassium channels, the membrane
proteins that regulate the movement of potassium ions across the cell membrane. All …