Artificial intelligence-powered quantification of coronary physiology and vulnerable plaque: opportunities for novel treatment options
Sponsored by Pulse Medical
Coronary Interventions
NSTEMI
Other coronary interventions
Stents, scaffolds and DCB
Symposium
Pulse Medical
Room 243
Anchorperson: Michael Haude
Spokesperson: William Wijns
Discussants: Joost Daemen, Graziella Pompei
Speakers: Stefano Galli, Michael Joner, Chenguang Li, Shengxian Tu, Junqing Yang
Watch this session if you want
- To share new data on Murray-law based quantitative flow ratio (muFR) pre-during-post PCI from a single angiographic view
- To illustrate how vulnerable plaque and hemodynamic stenosis significance can be identified from artificial intelligence-based analysis of radial wall strain (RWS) from coronary angiogram
- To review the effect of resorbable magnesium scaffold (RMS) implantation on vulnerable plaque composition and evolution
Session objectives
Michael Haude
Artificial intelligence-powered optimal assessment of coronary physiology and lesion vulnerability
Methodology and validations of angiography-based computation of muFR and RWS from a single angiographic view
Shengxian Tu
A case example of vulnerable plaque with fast progression leading to NSTEMI
Chenguang Li
A case example of vulnerable plaque identified by both RWS and OCT
Junqing Yang
Discussion and audience interaction
Will the RMS be an option for sealing of vulnerable plaque?
Key features of Freesolve RMS and degradation characteristics
Stefano Galli
A case example of vulnerable plaque treatment by Freesolve
Stefano Galli
Artificial intelligence-based plaque composition and evolution on patients treated with RMS
Michael Joner
Discussion and audience interaction
Session evaluation and key learnings
William Wijns
