IonOptix (@ionoptix) 's Twitter Profile
IonOptix

@ionoptix

Real-time calcium and contractility acquisition and analysis instrumentation enabling discovery in cardiovascular research

ID: 1048365870378975232

linkhttp://www.ionoptix.com calendar_today06-10-2018 00:14:35

229 Tweet

432 Followers

488 Following

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Don't forget to visit IonOptix at Booth #401 at BPS 2023 in San Diego! We're looking forward to learning more about your objectives and how we can support your research! #BPS2023

Don't forget to visit IonOptix at Booth #401 at BPS 2023 in San Diego!

We're looking forward to learning more about your objectives and how we can support your research!

#BPS2023
IonOptix (@ionoptix) 's Twitter Profile Photo

Check out this testimonial from our customer Dr. Catherine Makarewich, from the Olson Lab - University of Texas, Southwestern!

Check out this testimonial from our customer Dr. Catherine Makarewich, from the Olson Lab - University of Texas, Southwestern!
IonOptix (@ionoptix) 's Twitter Profile Photo

The IonOptix Cardiac Slice System has been designed to facilitate the application from slice preparation to data acquisition and analysis. Find out more: ionoptix.com/products/syste…

The IonOptix Cardiac Slice System has been designed to facilitate the application from slice preparation to data acquisition and analysis. 

Find out more: ionoptix.com/products/syste…
IonOptix (@ionoptix) 's Twitter Profile Photo

Guinea Pig Myoctye contracting with help from our MultiCell Lite system. We love this post by one of our customers! What do you see? x.com/gracekmuller/s…

IonOptix (@ionoptix) 's Twitter Profile Photo

Visit IonOptix Booth and see our CytoMotion Lite System (capture functional data from iPSC-derived cardiomyocytes!) as well as our new Cardiac Slice System highlighted in a recent webinar entitled Cardiac Tissue Slices: Preparation, Data Acquisition, and Analysis.

Visit IonOptix Booth and see our CytoMotion Lite System (capture functional data from iPSC-derived cardiomyocytes!) as well as our new Cardiac Slice System highlighted in a recent webinar entitled Cardiac Tissue Slices: Preparation, Data Acquisition, and Analysis.
IonOptix (@ionoptix) 's Twitter Profile Photo

Visit us at the American Physiology Summit in Long Beach! Visit the IonOptix Booth and see our our new Cardiac Slice System highlighted in a recent webinar entitled Cardiac Tissue Slices: Preparation, Data Acquisition, and Analysis.

Visit us at the American Physiology Summit in Long Beach!

Visit the IonOptix Booth and see our our new Cardiac Slice System highlighted in a recent webinar entitled Cardiac Tissue Slices: Preparation, Data Acquisition, and Analysis.
IonOptix (@ionoptix) 's Twitter Profile Photo

REMINDER: Don't forget to visit us at the American Physiology Summit in Long Beach! Visit the IonOptix Booth and see our our new Cardiac Slice System highlighted in a recent webinar entitled Cardiac Tissue Slices: Preparation, Data Acquisition, and Analysis.

REMINDER: Don't forget to visit us at the American Physiology Summit in Long Beach!

Visit the IonOptix Booth and see our our new Cardiac Slice System highlighted in a recent webinar entitled Cardiac Tissue Slices: Preparation, Data Acquisition, and Analysis.
IonOptix (@ionoptix) 's Twitter Profile Photo

Thanks to everyone who visited us at our booth at the American Physiology Summit in Long Beach! If you didn't get a chance to visit us, you can learn more about our new cardiac slice system here: ionoptix.com/products/syste…

Thanks to everyone who visited us at our booth at the American Physiology Summit in Long Beach!

If you didn't get a chance to visit us, you can learn more about our new cardiac slice system here: ionoptix.com/products/syste…
IonOptix (@ionoptix) 's Twitter Profile Photo

What our customers say! Check out this customer testimonial from Dr. Daniele Catalucci of the National research Council of Italy!

What our customers say!

Check out this customer testimonial from Dr. Daniele Catalucci of the National research Council of Italy!
InsideScientific | A Scientist.com Company (@insidesci) 's Twitter Profile Photo

Learn how you can acquire data from hundreds of #Cardiomyocytes per hour in this interview with Joe Soughayer! Find out how the IonOptix MultiCell system provides high throughput quantitative calcium & kinetic analysis of contractility for myocytes ⬇️ bit.ly/45CNxZb

IonOptix (@ionoptix) 's Twitter Profile Photo

Check out Dr. Brad Palmer UVM Medical Center describing the IonOptix Cardiac Slice System at the BHF Cambridge Cardiovascular Research Centre, University of Cambridge Cambridge University!

Check out Dr. Brad Palmer <a href="/UVMMedCenter/">UVM Medical Center</a> describing the IonOptix Cardiac Slice System at the BHF Cambridge Cardiovascular Research Centre, University of Cambridge <a href="/Cambridge_Uni/">Cambridge University</a>!
IonOptix (@ionoptix) 's Twitter Profile Photo

✨ Discover the Future of Cardiac Research with this On-Demand Webinar ✨ Understanding Advanced Cardiac Tissue Slice Applications Dive into the potential of cardiac slices in modern research with our experts! shorturl.at/ayJK9

✨ Discover the Future of Cardiac Research with this On-Demand Webinar ✨

Understanding Advanced Cardiac Tissue Slice Applications

Dive into the potential of cardiac slices in modern research with our experts!
shorturl.at/ayJK9
IonOptix (@ionoptix) 's Twitter Profile Photo

In this Journal of Molecular and Cellular Cardiology Plus publication from researchers at UVM, Hancock et al. demonstrate a novel method utilizing living myocardial slices to model early and late stage diastole using their IonOptix Cardiac Slice System. shorturl.at/4ShI6

In this Journal of Molecular and Cellular Cardiology Plus publication from researchers at UVM, Hancock et al. demonstrate a novel method utilizing living myocardial slices to model early and late stage diastole using their IonOptix Cardiac Slice System.
shorturl.at/4ShI6
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🫀Researchers use IonOptix Calcium and Contractility System to demonstrate that the cardiac myosin ATPase inhibitor aficamten reduces fractional shortening in cardiomyocytes, suggesting a promising therapy for hypertrophic cardiomyopathy. shorturl.at/SyQDI