1. The effect of salicylate on membrane capacitance and intracellular pH has been
measured in isolated outer hair cells (OHCs) during whole cell recording. Cell membrane …

Carbonic‐anhydrase (CA) inhibitors are used in the treatment of hypokalaemic periodic
paralysis (hypoPP) and related channelopathies but their mechanism of action is unknown …

Decreases in intracellular pH (pHi) potently dilate coronary resistance arteries but constrict
small pulmonary arteries. To define the ionic mechanisms of these responses, this study …

The cell-attached and excised patch configurations of the patch clamp technique were used
to characterize Ca 2+-activated maxi-K+ channels in freshly isolated Müller glial cells. The …

1 The effects of changes in extra‐and intracellular pH (pHo and pHi, respectively) on
depolarization‐evoked rises in intracellular free Ca2+ concentration ([Ca2+] i) and the …

The cortical collecting duct of the mammalian kidney is the most important nephron segment
for the fine regulation of electrolyte excretion in the urine. The majority of the cells in this …

In the luminal membrane of rat cortical collecting duct (CCD) a big Ca 2+-dependent and a
small Ca 2+-independent K+ channel have been described. Whereas the latter most likely is …

In this study we compared polyamines to various diamines, and we modeled flexibility as
well as hydrophobicity properties of these molecules to examine possible structural …

Changes in K+ conductances and their contribution to membrane depolarization in the
setting of an acidic pH environment have been studied in myocytes from aortic smooth …

To determine if their properties are consistent with a role in regulation of transepithelial
transport, Ca 2+-activated K+ channels from the basolateral plasma membrane of the …