Introducing the IonOptix MyoClamp System
ionoptix2026-02-04T19:58:53-05:00Collect functional data in intact muscle preparations ranging thin myocardial slices, papillary, EHTs, to soleus, EDL, and even engineered skeletal muscle.
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.
Collect functional data in intact muscle preparations ranging thin myocardial slices, papillary, EHTs, to soleus, EDL, and even engineered skeletal muscle.
Visit the IonOptix exhibit (booth #519) to discuss your research needs and learn more about our MultiCell, CytoMotion Lite, and MyoClamp systems for functional measurements in adult cardiomyocytes, iPSC- and ES-derived cardiomyocytes, and intact tissue including living myocardial slices. Our exhibit will be staffed by Drs. Adam Veteto and Joe Soughayer.
Physiotika to distribute IonOptix products in France.
IonOptix is excited to announce a strategic reseller agreement with Campden Instruments.
This webinar will present the cardiac slice model for examining myocardial function and showcase techniques and results from a cardiomyopathy mouse model.
IonOptix and Sarcometrics announce a new strategic partnership combining IonOptix’s industry leading research instruments with Sarcometrics’s expertise in experimental design and data acquisition, analysis, and result interpretation.
In this webinar, our speakers show investigations utilizing cardiac slices highlighting the Frank-Starling relationship, the relationship between microtubule network remodeling and diastolic stiffness/dysfunction, and engineered heart tissue as an alternative to the cardiac slice preparation.
In this webinar, Dr. Bradley Palmer shows how to successfully prepare cardiac slices for measurements of force and calcium, as well as work loops and stress and strain. Data analysis and interpretation will also be demonstrated.