Sodium influx carried out by ion channels is one of the main regulators of water-salt and
volume balance in cells of blood origin. Previously, we described amiloride-insensitive …

Sodium influx is tightly regulated in the cells of blood origin. Amiloride‐insensitive sodium
channels were identified as one of the main sodium‐transporting pathways in leukemia …

Modulations of ion channel activity underlie rapid changes in membrane transport of cations
in various nonexcitable cells. Previously, in smooth muscle cells, macrophages …

Sodium influx mediated by ion channels of plasma membrane underlies fundamental
physiological processes in cells of blood origin. However, little is known about the single …

The paper is devoted to membrane mechanisms of sodium influx from the extracellular
medium to the cytoplasm in nonexcitable cells. With the use of patch clamp technique, the …

In whole‐cell recordings on Ehrlich–Lettre‐ascites tumour (ELA) cells, the shrinkage‐
induced activation of a cation conductance with a selectivity ratio P Na: P Li: PK: P choline: P …

The amiloride-sensitive epithelial Na+ channel (ENaC) regulates Na+ homeostasis in cells
and across epithelia. Four homologous ENaC subunits (α, β, γ, and δ) have been isolated in …

Previous studies using whole-cell recording methods suggest that human B lymphocytes
express an amiloride-sensitive, sodium-permeable channel. The present studies aim to …

With the use of the patch-clamp technique, physiological mechanisms of Na+ channel
regulation involving submembranous actin rearrangements were examined in human …

Nonexcitable cells do not express voltage-activated Na+ channels. Instead, selective Na+
influx is accomplished through GTP-activated Na+ channels, the best characterized of which …