Under normal physiological conditions, the open probability of Slo2. 1 K+ channels is low.
Elevation of cytosolic [Na+] and [Cl−] caused by ischemia or rapid electrical pacing of cells …

Slo2 potassium channels have a very low open probability under normal physiological
conditions, but are readily activated in response to an elevated [Na+] i (eg during ischemia) …

Two members of the family of high conductance K+ channels SLO1 and SLO2 are both
activated by intracellular cations. However, SLO1 is activated by Ca 2+ and other divalent …

Slo2. 1 channels conduct an outwardly rectifying K+ current when activated by high [Na+] i.
Here, we show that gating of these channels can also be activated by fenamates such as …

pH-regulated Slo3 channels, perhaps exclusively expressed in mammalian sperm, may play
a role in alkalization-mediated K+ fluxes associated with sperm capacitation. The Slo3 …

Here we have examined the voltage and pH dependence of unitary Slo3 channels and used
analysis of current variance to define Slo3 unitary current properties over a broader range of …

Slick and Slack are members of the Slo family of high-conductance potassium channels.
These channels are activated by Na+ and Cl− and are highly expressed in the CNS, where …

The mouse Slo3 gene (KCNMA3) encodes a K+ channel that is regulated by changes in
cytosolic pH. Like Slo1 subunits responsible for the Ca2+ and voltage-activated BK-type …

Large conductance Ca2+-activated K+ channels (BKCa) encoded by the Slo1 gene play a
role in the physiological regulation of many cell types. Here, we show that the β1 subunit of …

Slo3 channels belong to the high conductance Slo K+ channel family. They are activated by
voltage and intracellular alkalinization, and have a K+/Na+ permeability ratio (PK/PNa) of …