CytoSolver 3 analysis of unpaced iPSC-CM
ionoptix2023-12-01T17:39:36-05:00Analyzing iPSC-CM Ca & Contractility data
As a company of scientists, IonOptix is passionate about providing our colleagues with innovative solutions for high-speed quantitative fluorescence, muscle mechanics and tissue engineering research.
Browse by System, Software, Components or Research Application.
Browse our complete resource library including webinars, publications, user manuals, brochures and more.
Here customers can access software downloads and update their customer profile.
Need help? No problem! Connect with an IonOptix staff member by submitting a ticket.
Analyzing iPSC-CM Ca & Contractility data
Dr. Bradley Palmer demonstrates the preparation of cardiac tissue slices and measurement of force and calcium.
A video tutorial demonstrating operation of the IonOptix C-Pace EM culture stimulator.
A short video showing a mouse cardiac slice performing work loops at 4 Hz.
An example of a rat cardiac slice undergoing a force-length work loop, which is analogous to the pressure volume work loop of the whole heart.
This short video showug a rat cardiac slice muscle undergoing a work loop generated using force feedback.
A video tutorial demonstrating cardiac slice preparation.
Dr. Joe Soughayer and Dr. Adam Veteto provide an in-depth overview of excitation-contraction (E-C) coupling in cardiomyocytes and the tools to characterize this.
Patrick Schönleitner, PhD and Francisco Altamirano, PhD present their work involving simultaneous measurements of intracellular calcium, membrane voltage, and contractility of cardiomyocytes.
Measuring hiPSC-CM Ca & Contractility