Chest pain other diagnostic studies

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Editor-In-Chief: C. Michael Gibson, M.S., M.D. [1]Associate Editor(s)-in-Chief: Sara Zand, M.D.[2] Aisha Adigun, B.Sc., M.D.[3]

Overview

Invasive Coronary Angiography (ICA) is used to determine the presence and severity of a luminal obstruction of an epicardial coronary artery, including its location, length, and diameter, as well as coronary blood flow. ICA provides the characterization of high-grade obstructive stenosis and possibility for percutaneous or surgical revascularization. (IFR and FFR) provide physiologic characteristic of stenosis. Radiation exposure to the patient during an interventional procedure varied 4 to 10 mSv and is dependent on procedural duration and complexity. The spatial resolution of ICA is 0.3 mm; as such, it is impossible to visualize arterioles (diameter of 0.1 mm) that regulate myocardial blood flow. Coronary vascular functional studies can be performed during coronary angiography. In normal coronary angiography there may be evident abnormal coronary vascular function. Assessment of coronary microcirculation and coronary vasomotion by coronary function testing are reasonable.

Invasive Coronary Angiography (ICA) is used to determine the presence and severity of a luminal obstruction of an epicardial coronary artery, including its location, length, and diameter, as well as coronary blood flow.
ICA provides the characterization of high-grade obstructive stenosis and the possibility for percutaneous or surgical revascularization.
(IFR and FFR) provide physiologic characteristic of stenosis.
Radiation exposure to the patient during an interventional procedure varied 4 to 10 mSv and is dependent on procedural duration and complexity.
The spatial resolution of ICA is 0.3 mm; as such, it is impossible to visualize arterioles (diameter of 0.1 mm) that regulate myocardial blood flow.
Coronary vascular functional studies can be performed during coronary angiography.
In normal coronary angiography there may be evidence of abnormal coronary vascular function.
Assessment of coronary microcirculation and coronary vasomotion by coronary function testing are reasonable.

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Abnormal ST changes on resting ECG, digoxin, left bundle branch block, Wolff-Parkinson-White pattern, ventricular paced rhythm (unless test is performed to establish exercise capacity and not for diagnosis of ischemia)	The width of this column is 300px	The width of this column is 400px	The width of this column is 500px	The width of this column is 600px
Unable to achieve ≥5 METs or unsafe to exercise High-risk unstable angina or AMI (<2 days), ative ACS, Uncontrolled heart failure	The width of this column is 300px	The width of this column is 400px	The width of this column is 500px	The width of this column is 600px
Significant cardiac arrhythmias (VT, complete atrioventricular block) or high risk for arrhythmias caused by QT prolongation	The width of this column is 300px	The width of this column is 400px	The width of this column is 500px	The width of this column is 600px
Severe symptomatic aortic stenosis	The width of this column is 300px	The width of this column is 400px	The width of this column is 500px	The width of this column is 600px
Severe systemic arterial hypertension≥200/110 mmHg	The width of this column is 300px	The width of this column is 400px	The width of this column is 500px	The width of this column is 600px
Acute illness ( acute pulmonary embolism, acute myocarditis, acute pericarditis, acute aortic dissection	The width of this column is 300px	The width of this column is 400px	The width of this column is 500px	The width of this column is 600px