Why Start With Chest Radiography for Repaired Tetralogy of Fallot Follow-Up?
ACR-guided imaging workflow for Child or adult. Repaired tetralogy of Fallot or pulmonary valve stenosis with concern for pulmonary valve dysfunction or br
Part of the imaging decision system doctors were never taught to navigate at speed: which study to order, which protocol, and what the published appropriateness guidance actually says for cardiac imaging. Plain-English references, scenario by scenario.
ACR-guided imaging workflow for Child or adult. Repaired tetralogy of Fallot or pulmonary valve stenosis with concern for pulmonary valve dysfunction or br
ACR-guided imaging workflow for Known multiorgan system arterial occlusions. Suspected embolic etiology. Next imaging study to determine source. (Workup of
ACR-guided imaging workflow for Known lower extremity arterial occlusion. Suspected embolic etiology. Next imaging study to determine source. (Workup of No
ACR-guided imaging workflow for Known arterial occlusion in the mesenteric or renal arterial system or renal infarcts. Suspected embolic etiology. Next ima
ACR-guided imaging workflow for Known upper extremity arterial occlusion. Suspected embolic etiology. Next imaging study to determine source. (Workup of No
ACR-guided imaging workflow for Suspected pulmonary embolism. High pretest probability. Initial Imaging. (Suspected Pulmonary Embolism): recommended study,
ACR-guided imaging workflow for Suspected pulmonary embolism. Low or intermediate pretest probability with a positive D-dimer. Initial imaging. (Suspected
ACR-guided imaging workflow for Suspected pulmonary embolism. Low or intermediate pretest probability with a negative D-dimer. Initial Imaging. (Suspected
ACR-guided imaging workflow for Chronic chest pain; high probability of coronary artery disease. Known ischemic heart disease with no prior definitive trea
ACR-guided imaging workflow for Chronic chest pain; high probability of coronary artery disease. No known ischemic heart disease. Initial imaging. (Chronic