Cells on a Chip - the Use of Electric Properties for Highly Sensitive Monitoring of Blood-Derived Factors Involved in Angiotensin II Type 1 Receptor Signalling

Abstract

This study demonstrates the first well-suited electrophysiological recording of cardiomyocytes on multielectrode arrays as a benefit for functional biomonitoring for the detection of AT1 receptor/ligand interactions and other marker proteins in sera directed to cardiovascular diseases.