(Dec 11th, 2024) The Paradigm Shift from Normoxia to Physoxia: Enhancing Experimental Precision for Better Translational Outcomes
The Paradigm Shift from Normoxia to Physoxia: Enhancing Experimental Precision for Better Translational
For years, traditional lab techniques like in vitro and ex vivo studies have helped scientists understand cell biology. But there’s a major gap – these methods can’t fully capture how cells behave in a living, breathing system.
That’s where Intravital Microscopy (IVM) comes in. This powerful imaging technology allows researchers to see cellular activity in real-time, with incredible clarity and precision.
But imaging the heart and lungs presents a unique challenge. These organs are constantly in motion, making real-time visualization tricky. Thankfully, groundbreaking advances – like vacuum-based stabilization and motion compensation algorithms – are making high-resolution imaging of these moving structures a reality.
Advancements in the study of cell biology has been historically accomplished using various in vitro and ex vivo methods.
What You’ll Gain from This Webinar:
This is your chance to explore how cutting-edge imaging is revolutionizing cardiothoracic research – shedding light on disease mechanisms, immune responses, and new therapeutic possibilities.
🔬 Register now and stay ahead of the curve in in vivo imaging!
Abi Karunendiran, PhD, is an application specialist with extensive experience in microscopy. She holds an MSc and an PhD from the University of Toronto in Cell and Systems Biology where she worked in an interdisciplinary environment, merging the fields of multi-photon microscopy and cell biology. Supplemented by a two-year postdoctoral fellowship at Harvard Medical School focused on intravital microscopy, she brings a comprehensive academic background to her current role. As an application specialist, she is dedicated to connecting with researchers to highlight the advancing field of intravital microscopy how it can help support their research applications.
The Paradigm Shift from Normoxia to Physoxia: Enhancing Experimental Precision for Better Translational
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