In the present study, the Patchliner® temperature-controlled automated patch clamp system was evaluated for testing actions of drugs on K+ currents through hERG channels expressed in CHO cells at 35-37°C. Obtained IC50 values for a set of reference drugs were matched with those obtained using conventional voltage clamp technique. Comparison of the results demonstrated good correlation between the data obtained by means of conventional and automated electrophysiology. Based on these results, Patchliner® offers innovative automated electrophysiology platform for conducting the hERG assay with substantial throughput increase and advantage of physiological temperature. The Patchliner® -based automated patch clamp system with...
Ion channel assays are essential in drug discovery, not only for identifying promising new clinical ...
Abstract: In evaluating ion channel function, electrophysiology, e.g., patch clamping, provides the ...
<p><b>Copyright information:</b></p><p>Taken from "Improved functional expression of recombinant hum...
The field of automated patch-clamp electrophysiology has emerged from the tension between the pharma...
Ion channels are essential in a wide range of cellular functions and their malfunction underlies man...
Regulators require prospective new drugs to be tested for potential cardiac effects that are relevan...
Abstract: Ion channel dysfunction is known to underlie several acute and chronic disorders and, ther...
improved to 55–65 % following long-term culturing using only Accumax to harvest cells. Two drug addi...
Ion channel assays are essential in drug discovery, not only for identifying promising new clinical ...
Predicting how pharmaceuticals may affect heart rhythm is a crucial step in drug development and req...
Predicting how pharmaceuticals may affect heart rhythm is a crucial step in drug-development, and re...
Predicting how pharmaceuticals may affect heart rhythm is a crucial step in drug-development, and re...
Ion channel behavior can depend strongly on temperature, with faster kinetics at physiological tempe...
Abstract: The patch clamp technique is commonly used in electrophysiological experiments and offers ...
Background : HERG potassium channel blockade is the major cause for drug-induced long QT syndrome, w...
Ion channel assays are essential in drug discovery, not only for identifying promising new clinical ...
Abstract: In evaluating ion channel function, electrophysiology, e.g., patch clamping, provides the ...
<p><b>Copyright information:</b></p><p>Taken from "Improved functional expression of recombinant hum...
The field of automated patch-clamp electrophysiology has emerged from the tension between the pharma...
Ion channels are essential in a wide range of cellular functions and their malfunction underlies man...
Regulators require prospective new drugs to be tested for potential cardiac effects that are relevan...
Abstract: Ion channel dysfunction is known to underlie several acute and chronic disorders and, ther...
improved to 55–65 % following long-term culturing using only Accumax to harvest cells. Two drug addi...
Ion channel assays are essential in drug discovery, not only for identifying promising new clinical ...
Predicting how pharmaceuticals may affect heart rhythm is a crucial step in drug development and req...
Predicting how pharmaceuticals may affect heart rhythm is a crucial step in drug-development, and re...
Predicting how pharmaceuticals may affect heart rhythm is a crucial step in drug-development, and re...
Ion channel behavior can depend strongly on temperature, with faster kinetics at physiological tempe...
Abstract: The patch clamp technique is commonly used in electrophysiological experiments and offers ...
Background : HERG potassium channel blockade is the major cause for drug-induced long QT syndrome, w...
Ion channel assays are essential in drug discovery, not only for identifying promising new clinical ...
Abstract: In evaluating ion channel function, electrophysiology, e.g., patch clamping, provides the ...
<p><b>Copyright information:</b></p><p>Taken from "Improved functional expression of recombinant hum...