"The typical clinical presentation is chest pain (e.g. angina pectoris or atypical angina) or other symptoms such as dyspnoea on exertion. Symptoms might be provoked by emotional stress or a variable threshold of physical activity or palpitations. Chest pain might persist for a longer time period after physical activity or in the post-exercise recovery period or at rest. Moreover, it might show a slow response or even worsen to sublingual short-acting nitrates 2-4."
"Coronary microvascular dysfunction is a multifactorial condition affecting the coronary microcirculation of diverse vascular compartments with a diameter of"
"PET-CT and PET-MR can quantify myocardial blood flow [mL/g/min] and demonstrate a reduction of myocardial flow reserve after intravenous injection of different flow tracers as 13N-ammonia, 82Rubidium or 15O-water 1-6."
"PET-CT and PET-MR can quantify myocardial blood flow [mL/g/min] and demonstrate a reduction of myocardial flow reserve after intravenous injection of different flow tracers as 13N-ammonia, 82Rubidium or 15O-water 1-6."
"Stress or exercise electrocardiogram might reveal ST-segment depression and/or chest pain."
"microvascular obstruction in myocardial infarction or after PCI"
"A classification presented by the ESC Working Group on Coronary Pathophysiology and Microcirculation is the following 1:"
"The radiological report should include a description of the following features based on the AHA coronary artery segments or the cardiac segmentation model:"
Expected headings
"Associations"
"Echocardiography"
"Coronary angiography"
"There are different clinical classifications of coronary microvascular dysfunction 1-4."
"PET-CT and PET-MR can quantify myocardial blood flow [mL/g/min] and demonstrate a reduction of myocardial flow reserve after intravenous injection of different flow tracers as 13N-ammonia, 82Rubidium or 15O-water 1-6."