#ExpertAnswers: Satish Raj & Kate Bourne on POTS
Airdate: Thursday, February 18, 2021 Season: 8 Episode: 4
Guests: Kate Bourne, Satish R. Raj
In this episode of #ExpertAnswers join Dr. Satish Raj and Kate Bourne, from the University of Calgary, as they answer questions from a recent webinar where they explained the hemodynamic effects of compression in individuals affected by Postural Tachycardia Syndrome (POTS).
For more information, to watch the webinar, or to download a copy of the full Q&A Report, click here.
Associated Webinar: Postural Orthostatic Tachycardia Syndrome – Overview and Focus on Non-Pharmacological Approaches
Similar Podcasts
#ExpertAnswers: Artur Federowoski on Cardiovascular Dysautonomia in Post-COVID-19
Artur Federowski explains CV dysautonomia as a specific sequalae of acute COVID-19 and guides the audience in the diagnostic work-up of PASC patients with suspected cardiovascular complications.
#ExpertAnswers: Phil Griffiths on Telemetry Studies
Phil Griffiths draws from his experience as a telemetry user to discuss some important considerations for designing telemetry studies.
#ExpertAnswers: Cole McLarty, Nick Glover, and Tim Hacker on Pressure-Volume Loops
Cole McLarty, Nick Glover and Dr. Timothy Hacker focus on Pressure-Volume Loop collection and data analysis for cardiovascular research.
Related Content
Cardiovascular Autonomic Dysfunction in the Post-COVID Landscape: Detection and Management
Artur Fedorowski, MD, PhD, describes cardiovascular dysautonomia in COVID-19 and the diagnostics behind detecting Long COVID or Post-acute Sequalae of COVID-19.
APS Physiology in Disease Modeling and Drug Development Roundtable
Key opinion leaders in cardiovascular physiology and bioengineering discuss best practices and challenges when modeling cardiomyopathies and other cardiovascular diseases using stem cells, engineered tissues and other novel platforms.
Experimental Design Considerations to Optimize Chronic Cardiovascular Telemetry Studies
Phil Griffiths, PhD, presents a summary of chronic cardiovascular telemetry studies and considerations for experimental design.