Dr. Bradley Palmer demonstrates the challenging preparation of cardiac tissue slices and measurement of force and calcium.

Unlike isolated cardiomyocytes, cardiac tissue slices better preserve the native myocardial tissue, including both fibroblasts and myocytes. And unlike whole heart studies, slices are better suited for acquisition of functional parameters like calcium transients. Unlike both models, however, cardiac slices have not been widely utilized and their preparation remains a significant challenge for many labs. 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 are also demonstrated.

Key Topics Include:

  • How to successfully prepare cardiac slices
  • What types of data can be acquired from cardiac slices
  • How to analyze and interpret data from cardiac slices
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R&D Engineer / Assistant Professor
Molecular Physiology and Biophysics
IonOptix / University of Vermont

Dr. Bradley Palmer's professional activities have focused on original research demonstrating the molecular basis of cardiac muscle relaxation function. His focus is on two areas: myofilament basis of muscle dynamic stiffness and zinc-dependent alterations in calcium regulation.

Production Partner


IonOptix is committed to supporting preclinical researchers around the world on their quest to better understand cellular and tissue mechanics, cardiovascular function and related disease. We specialize in precision life science instrumentation optimized for studying isolated cardiomyocytes, muscle tissue, blood vessels and tissue culture.

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