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Welcome to the IonOptix Video Archive. Here you will find Webinars and video tutorials that provide better understanding of IonOptix systems and associated software, SOPs, and best-practices.
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Understand how to acquire and analyze contractility data from iPSC-derived cardiomyocytes.
From myocyte isolation to data acquisition, analysis, and post-analysis plotting, Dr. Michiel Helmes and Dr. Diederik Kuster demonstrate best practices and new techniques in high-content, higher throughput investigations of excitation-contraction coupling in isolated cardiomyocytes.
A video tutorial demonstrating operation and best practices of the C-Pace system.
A video tutorial highlighting murine cardiomyocyte isolation protocol and techniques.
A video tutorial highlighting experiment design in IonWizard.
A video tutorial highlighting best practices for data acquisition of calcium and contractility data.
A simple video tutorial highlighting analysis of calcium and contractility data using IonWizard.
A simple video tutorial highlighting analysis of calcium and contractility data using IonWizard.
A simple video tutorial highlighting analysis of calcium and contractility data using IonWizard.
In this Q&A video series, experts address your best questions and greatest challenges with regards to cardiomyocyte isolation, purification, culture and analysis.
New technology now provides investigators the ability to reliably attach myocytes, mechanically stretch them, make direct force measurements and control cell length intelligently. This webinar reviews best-practices and techniques for attaching, stretching, and studying isolated cells.
A special webinar for basic cardiovascular researchers interested in a novel technique for measuring work output and replicating the four phases of the cardiac cycle at the single cell level.
Ronglih Liao and Davor Pavlovic discuss techniques for isolating myocytes using both traditional and Langendorff-free methodologies.
Michiel Helmes, PhD presents new technology and methodology for fast data acquisition and functional analysis of cardiac myocytes, leading to better lab practices and data interpretation.
