Coronary Microvascular Dysfunction: A Peer-to-Peer Series on Improving Outcomes Post Primary-PCI

  • Published:  16 August 2021
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Coronary Microvascular Dysfunction: A Peer-to-Peer Series on Improving Outcomes Post Primary-PCI

  • Published:  16 August 2021
  • Likes: 

    Heart Icon

    4

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Overview

This peer-to-peer series is dedicated to evaluating microvascular dysfunction following myocardial infarction – an important cause of mortality and morbidity post primary-PCI.
 
Although epicardial coronary blood flow is restored after almost all PCI procedures, perfusion of the coronary microvasculature is not fully restored in approximately half of patients. In this series of bitesize interviews, Prof Gregg Stone (Professor of Medicine, Professor of Population Health Sciences and Policy, and Director of Academic Affairs, Mount Sinai) examines this unmet need with help from a celebrated faculty of experts. Together, they will be covering everything from pathophysiology of microvascular dysfunction to current approaches to restoring microvascular perfusion post primary-PCI.
 
These shorter videos are ideal for those who are time-poor, or prefer to consume their education in short chunks. Don’t miss this unique overview from some of the world’s leading experts.
 
References
Cohen M, Boiangiu C, Abidi M. Therapy for ST-segment elevation myocardial infarction patients who present late or are ineligible for reperfusion therapy. J Am Coll Cardiol 2010;55:1895–1906.

This peer-to-peer series is supported from an unrestricted educational grant by

Key Learning Objectives

  • Recall residual mortality and morbidity associated with infarct size and microvascular dysfunction following AMI/STEMI
  • Describe the relationship between infarct size, microvascular dysfunction and long-term outcomes AMI/STEMI patients
  • Describe the pathological processes underlying microvascular dysfunction following AMI/STEMI
  • List the clinical presentation features, biomarkers and imaging parameters associated with microvascular obstruction following AMI/STEMI
  • Select suitable management approaches for minimising infarct size and microvascular damage in individuals requiring reperfusion

Target Audience

  • Interventional Cardiologists
  • General Cardiologists
  • Imaging Specialists

More from this programme

Part 2

Microcirculation and Microvascular Obstruction Post AMI/STEMI and its Relation to Infarct Size

Part 3

Mechanisms of Microvascular Dysfunction and Reperfusion Injury

Part 4

Current Approaches for Restoring Viable Microcirculation

Part 5

Process of Microvascular Dysfunction

Part 6

Process of Microvascular Dysfunction

Faculty Biographies

Andrew JS Coats

Andrew JS Coats

Professor of Cardiology and Scientific Director

Professor Andrew Coats was born in Melbourne, Australia. He studied at St Catherine’s College, Oxford, where he earned a B.A. in Physiological Sciences with First-Class Honours, and then completed his medical degree (M.B. B.Chir.) at Clare College, Cambridge. He later obtained higher doctorates (D.M. and D.Sc.) in recognition of his substantial contributions to cardiovascular medicine, and he also completed an MBA at the London Business School. Professor Coats serves as Editor-in-Chief of the Cardiac Failure Review journal.

 

Career Overview

Andrew Coats is an internationally renowned academic cardiologist, inventor, and university leader with a career spanning more than three decades. He is currently the Scientific Director and CEO of the Heart Research Institute in Sydney, Australia. He also serves as Dean of the Royal Australasian College of Physicians, Affiliate Professor at Deakin University, and Emeritus Professor of Medicine at Monash University.

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Bernard  De Bruyne

Bernard De Bruyne

Bernard De Bruyne is an interventional cardiology at the Cardiovascular Center Aalst, Aalst, Belgium. He completed his residency in cardiology at the University of Geneva, Switerland, and his medical degree at the Université Catholique de Louvain, Belgium. Dr De Bruyne is widely published in leading international journals.

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