MAGNETIC RESONANCE IMAGING

Complex Congenital Heart Disease

Feb 1, 2019 by in MAGNETIC RESONANCE IMAGING Comments Off on Complex Congenital Heart Disease

• Anatomic delineation of complex CHD is just that–complex. No assumptions should be made regarding anatomy; segments (atria, ventricles, and great vessels), intersegmental connections (atria-to-ventricle and ventricle-to-great vessel), and venous…

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Myocardial Masses

Feb 1, 2019 by in MAGNETIC RESONANCE IMAGING Comments Off on Myocardial Masses

• The diagnosis of an intracardiac mass requires definition of location, extent, hemodynamic effect, and tissue characteristics. Cardiovascular magnetic resonance (CMR) is ideally suited to provide this information. • CMR…

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Atria and Pulmonary Veins

Feb 1, 2019 by in MAGNETIC RESONANCE IMAGING Comments Off on Atria and Pulmonary Veins

• Magnetic resonance angiography (MRA) is an excellent imaging modality for defining pulmonary venous anatomy before pulmonary vein isolation for treatment of atrial fibrillation. • Pulmonary vein stenosis, a possible…

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Normal Vessel Anatomy

Feb 1, 2019 by in MAGNETIC RESONANCE IMAGING Comments Off on Normal Vessel Anatomy

• Optimal visualization of normal vascular anatomy with magnetic resonance angiography can be achieved with gadolinium-enhanced three-dimensional (3D) techniques, phased array surface coils, and parallel imaging. • Three-dimensional reconstruction techniques…

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Perfusion Stress Magnetic Resonance

Feb 1, 2019 by in MAGNETIC RESONANCE IMAGING Comments Off on Perfusion Stress Magnetic Resonance

• Cardiovascular magnetic resonance (CMR) first-pass perfusion has developed considerably in recent years, showing good results in single- and multicenter trials. • CMR first-pass perfusion provides high spatial resolution images…

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Measuring Regional Function

Feb 1, 2019 by in MAGNETIC RESONANCE IMAGING Comments Off on Measuring Regional Function

• Myocardial strain is potentially a better measure of regional contractile function than motion of the endocardial border or tissue velocity, because strain directly quantifies the change in shape of…

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