Home » Applications » Cardiac Electrophysiology
Applications
Cardiac Signals
The MEA system can be used for in vitro studies of the electrical properties of cardiac myocytes and, for example, effects of drug candidates on field potential waveforms and kinetics.
Event based analysis of cardiac activity
The Spike Sorter is a general event detector for neuronal or cardiac applications that can either operate in two modes: One method uses a threshold, the other recognizes the amplitude and slope of a waveform.
Application Notes
Primary Culture Cardiac Myocytes from Chicken Embryo
Here we describe solutions for studying conduction velocity, rhythmic/arrhythmic behavior, and QT-prolongation in acute heart preparations.
HL-1 Cardiac Cell Line by Dr. W. Claycomb
This application note includes a complete protocol for the cultivation of HL-1 cells from Dr. W. Claycomb.
Human Embryonic Stem Cell Derived Cardiac Myocytes (hESC-CM)
This application note includes a complete protocol for the isolation and cultivation and differentiation of human embryonic stem cells, suggestions for long-term cultures, suggestions for MEA System configurations, example data, and references.
We offer a wide range of systems and components for extracellular recordings in vitro on various types of preparations. See on the left a few of the most important examples of cardiac application studies with the MEA-System.
If you want to upscale your throughput, we can offer you the following system configurations:
MEA-System with 60 recording channels from 2 amplifiers
MEA-System with 120 recording channels from 2 amplifiers
MEA-System with 120 recording channels from 4 amplifiers
QT-Screen working with standard 96 well plates