ARRS Multimodality Vascular Imaging Course 2020
$45.00
Video Course · Radiology · 2020
The ARRS Multimodality Vascular Imaging Course 2020 offers a holistic view of vascular imaging across 30 videos and 1 PDF (2.97 GB) spanning neuroradiology, cardiothoracic, abdominal, pediatric, and interventional radiology — designed for radiologists recognizing vascular manifestations across body territories.
Multimodality Vascular Imaging Course From Head to Toe
The ARRS Multimodality Vascular Imaging Course 2020 is an online course, totaling 30 videos plus 1 PDF (2.97 GB), bringing together teachers across multiple disciplines for a holistic view of vascular imaging that crosses subspecialty silos. Coverage spans 10 modules, from imaging technique and traumatic vascular injury through congenital anomalies, advanced technologies, aortic/TAVR planning, and interventional vascular imaging.
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30Video Lectures
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10Imaging Modules
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2020Edition
Inside this resource
Imaging Technique and Traumatic Vascular Injury
M. Miyazaki covers unenhanced MR angiography, S. Chan covers pediatric blood pool imaging and MR lymphangiograms, and J. Jones covers duplex ultrasound technique, while C. Sandstrom, C. Ingraham, and J. Allen review traumatic and neurovascular injury from emergency, interventional, and neurovascular perspectives.
Organ Vascular Imaging and Pulmonary Vascular Disease
M. Goodenberger, M. Feldman, and R. O’Malley cover renovascular disease, post-transplant imaging, and pancreatic vascular processes, while A. Picel and J. Robbins cover prostatic artery embolization and vascular considerations in the female pelvis, and C. Walker, S. Digumarthy, and P. Johnson cover pulmonary embolism, hypertension, and venous thromboembolism treatment.
Atherosclerotic and Congenital Vascular Disease
J. Leever, M. Lockhart, and G. Kicska cover head and neck angiography, sonographic evaluation of arteries, and nontraumatic aortic conditions, while J. Stowell, S. Josephs, N. Madan, and E. Monroe cover congenital thoracic, pediatric, neurovascular, and low/high-flow vascular anomalies.
Advanced Technologies, Aorta, and TAVR
D. Mastrodicasa and P. Young cover novel vascular CT and advanced MRI techniques, while B. Ghoshhajra, K. Ordovas, D. Ocazionez, and S. Zimmerman cover CT planning, complications, and sizing for transcatheter valve interventions and the postsurgical thoracic aorta.
Subspecialty and Interventional Vascular Imaging
O. Kolokythas covers MR lymphangiography, W. Sherk covers intravascular ultrasound and CO2 angiography, and P. Liu covers preoperative imaging for flap transfers.
Who this serves
- Radiologists across subspecialties — the course explicitly aims to enhance every radiologist’s ability to recognize vascular manifestations across various body territories.
- Radiologists supporting surgical and interventional planning — content covers vascular imaging for surgical and interventional planning, including TAVR, prostatic embolization, surgical free flaps, and aortic aneurysm.
Faculty & syllabus
Faculty 30 speakers
Thirty faculty across 10 modules bring a multidisciplinary view of vascular imaging.
- M. Miyazaki — Unenhanced MR Angiography
- S. Chan — Pediatric Techniques: Blood Pool Imaging and MR Lymphangiograms
- J. Jones — Duplex Ultrasound Technique: Peripheral Arteries and Veins
- C. Sandstrom — Traumatic Vascular Injuries: An Emergency Radiologist’s Perspective
- C. Ingraham — Traumatic Vascular Injuries: An Interventional Radiology Perspective
- J. Allen — Neurovascular Trauma
- M. Goodenberger — Contemporary Imaging of Renovascular Disease
- M. Feldman — Imaging the Posttransplant Patient: What the Radiologist Needs to Know
- R. O’Malley — Pancreatic Vascular Processes: Tumor, Inflammation and More
- J. Leever — Head and Neck CT Angiography and MR Angiography
- M. Lockhart — Sonographic Evaluation of Carotid, Mesenteric, and Peripheral Arteries
- G. Kicska — Imaging of Nontraumatic Aortic Conditions
- D. Mastrodicasa — Novel Techniques in Vascular CT: Spectral CT, 4D CT Angiography, and Computational Fluid Dynamics
- P. Young — Advanced MRI: MR Angiography, 4D Flow, and Oxygenation
- J. Stowell — Congenital Thoracic Vascular Anomalies
- S. Josephs — Pediatric Vascular Lesions
- N. Madan — Congenital Neurovascular Anomalies
- E. Monroe — Low-Flow and High-Flow Vascular Malformations
- C. Walker — Thrombotic Pulmonary Embolism: Pitfalls in Diagnosis
- S. Digumarthy — Pulmonary Hypertension: An Approach
- P. Johnson — Current State of Endovascular Treatment of Venous Thromboembolism
- A. Picel — Prostatic Artery Embolization for Benign Prostatic Hyperplasia: What, Why, and How
- J. Robbins — Vascular Considerations in the Female Pelvis
- B. Ghoshhajra — CT for Percutaneous Valve Planning: Protocol Optimization
- K. Ordovas — Imaging of Patients with Transcatheter Valves: Complications After Placement
- D. Ocazionez — Imaging the Postsurgical Thoracic Aorta
- S. Zimmerman — Imaging for Sizing Transcatheter Valve Interventions
- O. Kolokythas — MR Lymphangiography
- W. Sherk — Interventional Vascular Imaging Techniques: Intravascular Ultrasound and CO2 Angiography
- P. Liu — Preoperative Imaging for Flap Transfers: What Radiologists Need to Know
Before you buy
How large is the course?
30 videos plus 1 PDF (2.97 GB) organized across 10 modules covering vascular imaging from head to toe.
When was this course issued?
Date of issuance: October 1, 2020.
The chart
| Format | Video course plus PDF (CME) |
|---|---|
| Duration | 30 videos + 1 PDF · 2.97 GB |
| Faculty | 30 named speakers |
| Year | 2020 |
| Publisher | ARRS |
| Department | Radiology |
| Delivery | Instant download after checkout · lifetime re-access |
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