…Coronary mechanisms Coronary mechanisms include: Plaque rupture or plaque erosion with thrombosis, despite the absence of an angiographically obstructive lesion Coronary embolism or thrombus Epicardial…

…overlapping of vulnerable plaque and thrombogenic blood, which are critical determinants for infarction occurrence and extension. Plaque rupture or erosion leads to thrombus formation and…

…size and persistence of the thrombus depend not only on plaque composition but also on circulating thrombotic and fibrinolytic factors. Plaque erosion Plaque erosion is…

…notably tissue factor and collagen, to the circulating blood [3] . Plaque Erosion: Responsible for up to 30% of ACS cases, plaque erosion is increasingly recognized…

…itself and may arise from non ischaemic cardiac conditions (such as myocarditis) or non cardiac conditions (such as renal failure). To establish a diagnosis of…

…rupture or erosion of a vulnerable (unstable) atherosclerotic coronary plaque. Upon such damage, the plaque exposes highly thrombogenic materials which activate circulating platelets and coagulation…

…Occlusion and Myocardial Injury STEMI generally results from abrupt reduction in coronary blood flow caused by thrombotic occlusion of a previously atherosclerotic artery. Plaque erosion…

…and release from an early cytosolic pool have all been associated with detectable troponin. High sensitivity assays may therefore identify a continuum of myocardial injury…

…Definition and pathophysiology Type 1 MI results from acute coronary atherothrombosis. It is usually precipitated by disruption of an atherosclerotic plaque through rupture or erosion…