Seminar by Alessandro Veneziani

Speaker

Alessandro Veneziani (Emory University)

Title

The role of Mathematical Models and Model Reduction in the Design of Coronary Stents

Date

• May 07, 2024 16:00 CEST+0200 (Europe/Rome)

• May 07, 2024 10:00 EDT-0400 (US/Eastern)

• May 07, 2024 09:00 CDT-0500 (US/Central)

• May 07, 2024 07:00 PDT-0700 (US/Pacific)

Abstract

In this talk, I will illustrate the critical role of Mathematical Models in the understanding, design and optimization of coronary stents.

Stents are devices intended to reopen a coronalry occlusion that may lead to infarct. After the first implantation in humans at the end of the Seventies, design of stents has improved significantly mainly thanks to in vitro and in vivo studies. At the current level of sophistication, more accurate and rigorous mathematical models are needed for the next significant improvements and for avoiding market failures like bioresorbable stents. Established and more recent approaches, like the ones introduced by model reduction, can provide the breakthrough to improve coronary disease therapy, together with accurate data assimilation procedures to enable in silico clinical trials. In this talk, I will report my experience at Emory, GA Tech and North East Georgia Healthcare during the last 10 years.

This work is possible thanks to the insighful collaboration with: Don Giddens (GA Tech), Habib Samady (NEGH), Dave Molony (NEGH), Adrien Lefieux (Inria), Francesco Migliavacca (Politecnico Milano), Claudio Chiastra (Politecnico Torino), Sara Bridio (Politecnico Milano), Imran Shah (Emory), Irving Martinez (Aarhus), Marina Piccinelli (Emory), Jimena Martin-Tempestti (Emory), Brooks Lindsey (GA Tech).

Recording

Watch the recording on our YouTube channel.