CARD-03

Novel multiscale and multisystem approaches to cardiovascular modeling and simulation (Part 2)

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Organizers:

Mitchel J. Colebank (University of South Carolina, United States), Vijay Rajagopal, The University of Melbourne

Description:

Our prior symposia covers cardiovascular modeling across different subtypes of models (ODEs and PDEs), organ systems (brain, heart function, liver), and approaches (model development, model validation). In the second session, we continue to include a diverse set of scientific topics, including models looking at lipid balance, myofibril development, physics-informed data science, lumped parameter models. This second session continues the general theme of the minisymposia, but helps to cover the wide array of topics falling under the general umbrella of 'cardiovascular modelling.'

Diversity Statement:

The organizers actively sought speakers in the 6 major continents and did not discriminate by race or gender. Given the location of SMB in North America, our current speaker list includes multiple contributors from the USA (8), as well as the United Kingdom (2), Australia (2), and one from Asia. We also sought a diverse background of speakers, and recognize that more effort is required to bring in both female researchers and those from Asia, Africa, and South America.



Ishraq Ahmed (University of Sydney, Australia)

"Free cholesterol toxicity and impaired cell recycling in a lipid-structured model of atherosclerosis"



Liam Murray (University of Melbourne, Australia)

"Myofibril networks create torsion during contraction in sheep cardiomyocytes"



Simon-Walker Samuel, (University College London, United Kingdom)

"Using physics-informed deep generative learning to model blood flow in the retina"



Pradeep Keshavanarayanan, (University College London, United Kingdom)

"Combination of shear stress and hydrostatic pressure dictates the temporal behaviour of vasculature"



Laura Ellwein-Fix, (Virginia Commonwealth University, USA)

"A closed-loop system-level model of cerebrovascular reactivity"



Sara Johnson (University of Puget Sound)

"Modeling Microglial Response to MCAO-Induced Ischemic Stroke"



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Annual Meeting for the Society for Mathematical Biology, 2025.