Imaging microvascular obstruction and its clinical significance following acute myocardial infarction

AK Luo, KC Wu - Heart failure reviews, 2006 - Springer
Heart failure reviews, 2006Springer
Obstruction of the coronary microvasculature contributes to the pathophysiology of MI and
adversely affects post-MI recovery. This “no-reflow” phenomenon resulting from
microvascular obstruction is an indicator of lack of adequate tissue perfusion within the
infarcted myocardium, even after restoration of epicardial blood flow. Regions of
microvascular obstruction can be detected and quantifed because of rapid advances in and
refinement of imaging technologies over the past decade. This article focuses on the non …
Abstract
Obstruction of the coronary microvasculature contributes to the pathophysiology of MI and adversely affects post-MI recovery. This “no-reflow” phenomenon resulting from microvascular obstruction is an indicator of lack of adequate tissue perfusion within the infarcted myocardium, even after restoration of epicardial blood flow. Regions of microvascular obstruction can be detected and quantifed because of rapid advances in and refinement of imaging technologies over the past decade. This article focuses on the non-invasive imaging modalities used to assess MO, discusses the prognostic implications of MO, and briefly addresses strategies for reducing MO.
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