Optimization of optogenetic transduction of stem cell derived cardiomyocytes with adeno-associated virus for optically-paced cardiac electrophysiology assays

2018 SOT poster clements optimization of optogenetics
Download

Clements M, Hayes HB, Nicolini, AM, Arrowood CA, Millard DC.

Society of Toxicology, 2018

Optimization of optogenetic transduction of stem cell derived cardiomyocytes with adeno-associated virus for optically-paced cardiac electrophysiology assays
Related Resources
Simultaneous multiwell optogenetic stimulation and microelectrode array recording for evaluating functional network electrophysiology in vitro
Optogenetic pacing for assessment of proarrhythmic potential of drugs in induced pluripotent stem cell derived cardiomyocytes
Multiwell optogenetics for enhanced control of human iPSC-derived cells

Related Products

System

Maestro Pro

High-throughput MEA and live-cell analysis system

Learn more >>
Axion BioSystems Maestro Pro MEA system
System

Lumos

Stimulate 24-, 48- or 96-well plates with up to four wavelengths: blue, green, orange and red. Standalone device and pairs with Maestro Pro™ and Edge™

Learn more >>
Axion BioSystems Lumos 48 well optogenetic stimulation device for MEA assays
System

Maestro Edge

MEA and live-cell analysis system

Learn more >>
Axion BioSystems Maestro Edge system for MEA assays
Software

Cardiac Module

Record the four key measures of cardiac performance: action potential, field potential, propagation, and contractility

Learn more >>
Axion BioSystems Cardiac software Module for MEA experiments
Consumable

Lumos MEA Plate

Maestro MEA plates designed for use with the Lumos system, featuring a transparent well bottom and light-focusing lid

Learn more >>
Axion BioSystems Lumos MEA plate - image of well clear well bottom with electrodes