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SUMMARY:Development and validation of computational coronary physiology an
 d plaque vulnerability - Prof. Shengxian Tu\, Shanghai Jiaotong University
DTSTART:20221102T130000Z
DTEND:20221102T140000Z
UID:TALK185333@talks.cam.ac.uk
CONTACT:Paula Smith
DESCRIPTION:Assessment of coronary physiology and plaque vulnerability is 
 crucial in the decision-making of optimal treatment strategy for patients 
 with coronary artery disease. Over the past decades several intracoronary 
 devices including fractional flow reserve\, intravascular ultrasound\, and
  optical coherence tomography have been developed to address this clinical
  need. However\, the clinical adoption of these invasive devices is limite
 d in several countries. We have developed several novel computational meth
 ods to assess coronary physiology and plaque vulnerability from imaging da
 ta. Empowered by artificial intelligence\, the ease of use has been greatl
 y improved\, resulting in higher feasibility and reproducibility. Some of 
 these methods have been used in many hospitals worldwide. In this talk\, I
  will present our development and validation of these novel techniques.\n\
 n*Join ZOOM link:*\nhttps://maths-cam-ac-uk.zoom.us/j/93331132587?pwd=MlpR
 eFY3MVpyVThlSi85TmUzdTJxdz09
LOCATION:Virtual (see abstract for Zoom link)
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