Multimodality Vascular Imaging: From Head to Toe 2020

Multimodality Vascular Imaging: From Head to Toe 2020

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Learning Outcomes and Modules  

After completing this course, the learner should be able to:

  • Discuss the relative strengths of key imaging modalities (ultrasound, CT, MRI, angiography) and appropriately apply each in the diagnosis of vascular disease.
  • Adapt the latest best practices to optimize the quality of vascular imaging for each modality in their own practices.
  • Recognize manifestations of traumatic and nontraumatic vascular injury, atherosclerotic disease, chronic thromboembolism, mesenteric ischemia, vasculitis, and congenital vascular abnormalities.
  • Apply vascular imaging for surgical and interventional planning, including TAVR, prostatic embolization, surgical free flaps, and aortic aneurysm.
  • Describe the latest imaging innovations (including artificial intelligence, spectral CT, 4D flow, and contrast enhanced ultrasound) and utilize each to further improve diagnosis of vascular disease.

Module 1—Imaging Technique

  • Unenhanced MR Angiography—M. Miyazaki
  • Pediatric Techniques: Blood Pool Imaging and MR Lymphangiograms—S. Chan
  • Duplex Ultrasound Technique: Peripheral Arteries and Veins—J. Jones

Module 2—Traumatic/Non-Traumatic

  • Traumatic Vascular Injuries: An Emergency Radiologist's Perspective—C. Sandstrom
  • Traumatic Vascular Injuries: An Interventional Radiology Perspective—C. Ingraham
  • Neurovascular Trauma—J. Allen

Module 3—Liver, Kidney, Pancreas

  • Contemporary Imaging of Renovascular Disease—M. Goodenberger
  • Imaging the Posttransplant Patient: What the Radiologist Needs to Know—M. Feldman
  • Pancreatic Vascular Processes: Tumor, Inflammation and More—R. O’Malley

Module 4—Atherosclerotic Vascular Disease

  • Head and Neck CT Angiography and MR Angiography—J. Leever
  • Sonographic Evaluation of Carotid, Mesenteric, and Peripheral Arteries—M. Lockhart
  • Imaging of Nontraumatic Aortic Conditions—G. Kicska

Module 5—Advanced Technologies

  • Novel Techniques in Vascular CT: Spectral CT, 4D CT Angiography, and Computational Fluid Dynamics—D. Mastrodicasa
  • Advanced MRI: MR Angiography, 4D Flow, and Oxygenation—P. Young

Module 6—Congenital Vascular

  • Congenital Thoracic Vascular Anomalies—J. Stowell
  • Pediatric Vascular Lesions—S. Josephs
  • Congenital Neurovascular Anomalies—N. Madan
  • Low-Flow and High-Flow Vascular Malformations—E. Monroe

Module 7—Pulmonary Vascular/Thromboembolic Disease

  • Thrombotic Pulmonary Embolism: Pitfalls in Diagnosis—C. Walker
  • Pulmonary Hypertension: An Approach—S. Digumarthy
  • Current State of Endovascular Treatment of Venous Thromboembolism—P. Johnson

Module 8—Bowel and Beyond

  • Prostatic Artery Embolization for Benign Prostatic Hyperplasia: What, Why, and How—A. Picel
  • Vascular Considerations in the Female Pelvis—J. Robbins

Module 9—Aorta and TAVR

  • CT for Percutaneous Valve Planning: Protocol Optimization—B. Ghoshhajra
  • Imaging of Patients with Transcatheter Valves: Complications After Placement—K. Ordovas
  • Imaging the Postsurgical Thoracic Aorta—D. Ocazionez
  • Imaging for Sizing Transcatheter Valve Interventions—S. Zimmerman

Module 10—Subspecialty Vascular Imaging

  • MR Lymphangiography—O. Kolokythas
  • Interventional Vascular Imaging Techniques:  Intravascular Ultrasound and CO2 Angiography—W. Sherk
  • Preoperative Imaging for Flap Transfers: What Radiologists Need to Know—P. Liu