…of the chest or the epigastrium and occasionally radiates to the arms. Less common sites of radiation include the abdomen, back, lower jaw, and neck…

…and radiation. Quality and intensity. Precipitating factors, including exertion, emotional stress, meals, or exposure to cold. Relieving factors, including rest or medication. Time of day…

…plaque morphology and location, comorbidities, environmental factors and genetic background. Thrombotic susceptibility is likewise affected by inflammation and other systemic influences. The severity of myocardial…

…anatomical examination that depicts the coronary arterial lumen, atherosclerotic plaque, and the severity and distribution of coronary stenosis. Modern cardiac CT can acquire a three…

…myocardial bridging and radiation induced coronary disease. The distinction between UA and NSTEMI has become increasingly dependent on the use of highly sensitive cardiac troponin…

…single breath hold No intravenous line No premedication No special preparation Radiation exposure of approximately 1–1.5 mSv with contemporary techniques The total CAC…

…Disruption of the cap exposes the lipid core and extracellular matrix to circulating blood. Tissue factor within the plaque and tissue factor bearing microparticles contribute…

…episodic plaque disruption followed by thrombosis. Atherosclerotic disease usually evolves over decades. Intimal thickening may be present during the second and third decades of life…

…endothelial coverage. Complementary Characteristics IVUS and OCT are complementary rather than interchangeable. IVUS generally provides better visualization of overall vessel dimensions, plaque burden, large vess

…also reduce production of apoB 100 containing lipoproteins and exert effects beyond LDL C reduction, including modulation of inflammation, oxidative stress, endothelial function, plaque stability…