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Emergence of Vascular Networks

Modeling, Computation, Nonlinearity, Randomness and Waves Seminar

Emergence of Vascular Networks
Series: Modeling, Computation, Nonlinearity, Randomness and Waves Seminar
Location: Hybrid: Math 402/Online
Presenter: Pedro Aceves Sanchez, Department of Mathematics, University of California - Los Angeles

The emergence of vascular networks is a long-standing problem which has been the subject of intense research in the past decades. One of the main reasons being the widespread applications that it has in tissue regeneration, wound healing, cancer treatment, etc.  The mechanisms involved in the formation of vascular networks are complex and despite the vast amount of research devoted to it, there are still many mechanisms involved which are poorly understood. Our aim is to bring insight into the study of vascular networks by defining heuristic rules, as simple as possible, and to simulate them numerically to test their relevance in the vascularization process. We will introduce a hybrid agent-based/continuum model coupling blood flow, oxygen flow, capillary network dynamics and tissues dynamics. And we will show a few simulations showing the capability of our model to capture the main features of vascular networks.

Place: Hybrid: Math 402 and
Password:  “arizona” (all lower case)