Hyposmotic basolateral perturbations (-30 mosmol/kg) in cultured renal layers (A6) increased basolateral membrane conductance more than 2-fold within 10 min; the increase was partly due to upregulation of K+ conductance, but other conductive pathways were also activated. The raise in apical membrane amiloride-sensitive Na+ conductance was less pronounced; it appears to be due to secondary effects
We have used the whole cell patch-clamp technique to characterize changes in membrane conductance in...
Membrane potentials and conductances, and intracellular ionic activities were studied in isolated pe...
Video microscopy and whole-cell patch-clamp recording were used to monitor changes in relative cell ...
Conductance of apical and basolateral membranes in short-circuited cultured renal distal cells (A6) ...
Confluent monolayers of the cultured renal distal tubule cell line (A6) were impaled with microelect...
Cultured Na(+)-transporting epithelia from amphibian renal distal tubule (A6) were impaled with micr...
To study the properties of the basolateral membrane conductance of an amphibian epithelial cell line...
We have used the whole-cell patch-clamp technique to study changes in membrane conductance and membr...
Cultured cell lines present several advantages over whole organ or ex vivo isolated epithelium for t...
Cultured cell lines present several advantages over whole organ or ex vivo isolated epithelium for t...
The early effects (1-4 h) of aldosterone on membrane conductance were studied in the TBM cells, an e...
Background/Aims: Renal principal cells maintain their intracellular water and electrolyte content de...
Background/Aims: Renal principal cells maintain their intracellular water and electrolyte content de...
Experimental modulation of the apical membrane Na+ conductance or basolateral membrane Na+-K+ pump a...
The present study reports the effect of a reduction in the Na(+)-transport rate on cell volume. A de...
We have used the whole cell patch-clamp technique to characterize changes in membrane conductance in...
Membrane potentials and conductances, and intracellular ionic activities were studied in isolated pe...
Video microscopy and whole-cell patch-clamp recording were used to monitor changes in relative cell ...
Conductance of apical and basolateral membranes in short-circuited cultured renal distal cells (A6) ...
Confluent monolayers of the cultured renal distal tubule cell line (A6) were impaled with microelect...
Cultured Na(+)-transporting epithelia from amphibian renal distal tubule (A6) were impaled with micr...
To study the properties of the basolateral membrane conductance of an amphibian epithelial cell line...
We have used the whole-cell patch-clamp technique to study changes in membrane conductance and membr...
Cultured cell lines present several advantages over whole organ or ex vivo isolated epithelium for t...
Cultured cell lines present several advantages over whole organ or ex vivo isolated epithelium for t...
The early effects (1-4 h) of aldosterone on membrane conductance were studied in the TBM cells, an e...
Background/Aims: Renal principal cells maintain their intracellular water and electrolyte content de...
Background/Aims: Renal principal cells maintain their intracellular water and electrolyte content de...
Experimental modulation of the apical membrane Na+ conductance or basolateral membrane Na+-K+ pump a...
The present study reports the effect of a reduction in the Na(+)-transport rate on cell volume. A de...
We have used the whole cell patch-clamp technique to characterize changes in membrane conductance in...
Membrane potentials and conductances, and intracellular ionic activities were studied in isolated pe...
Video microscopy and whole-cell patch-clamp recording were used to monitor changes in relative cell ...