The Slack (Sequence like a calcium-activated K channel)(Slo2. 2) gene is abundantly
expressed in the mammalian brain and encodes a sodium-activated K+ (KNa) channel …

The Slack gene encodes a voltage‐dependent K+ channel that has a unitary conductance
of∼ 60 pS. Evidence from heterologous expression studies suggests that Slack channel …

The Slack and Slick genes encode potassium channels that are very widely expressed in
the central nervous system. These channels are activated by elevations in intracellular …

Slack (Slo 2.2), a member of the Slo potassium channel family, is activated by both voltage
and cytosolic factors, such as Na+ ([Na+] i) and Cl−([Cl−] i). Since the Slo family is known to …

Potassium channels activated by intracellular Na+ ions (K Na) play several distinct roles in
regulating the firing patterns of neurons, and, at the single channel level, their properties are …

The rates of activation and unitary properties of Na+‐activated K+ (KNa) currents have been
found to vary substantially in different types of neurones. One class of KNa channels is …

Sodium-activated potassium (KNa) channels have been suggested to set the resting
potential, to modulate slow after-hyperpolarizations, and to control bursting behavior or …

Malignant migrating partial seizures of infancy is a rare, devastating form of epilepsy most
commonly associated with gain-of-function mutations in the potassium channel, Slack. Not …

The sodium‐activated potassium channels Slick (Slo2. 1, KCNT2) and Slack (Slo2. 2,
KCNT1) are high‐conductance potassium channels of the Slo family. In neurons, Slick and …

Slick (Slo2. 1) and Slack (Slo2. 2) are two novel members of the mammalian Slo potassium
channel gene family that may contribute to the resting potentials of cells and control their …