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Clinical Approach to Vascular Ultrasound and RPVI Prep Course 2026

Original price was: $700.00.Current price is: $99.99.

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Description

HARVARD MEDICAL SCHOOL • 2026 EDITION

Clinical Approach to Vascular Ultrasound: RPVI Prep 2026

Build practical confidence in vascular ultrasound performance and interpretation. This expert-led, case-based program reviews arterial, venous, cerebrovascular and abdominal vascular studies while reinforcing the high-yield concepts commonly tested on the Registered Physician in Vascular Interpretation (RPVI) examination.

29
Listed Sessions
2 Days
June 5–6, 2026
RPVI
Focused Review
Digital
Google Drive Access
🔊
Course Details
Clinical Approach to Vascular Ultrasound: RPVI Prep 2026
Original dates: June 5–6, 2026 • Expert-led lectures • Practical cases • RPVI preparation • Vascular laboratory development

About This Vascular Ultrasound Course

This program is designed to establish a strong foundation in both the performance and interpretation of vascular ultrasound. The curriculum combines ultrasound physics, machine operation, velocity criteria, clinical interpretation and practical case presentations across the peripheral, cerebrovascular and abdominal vascular systems.

The lectures were developed with medical and technical leadership from major vascular laboratories, including Massachusetts General Hospital and Brigham and Women’s Hospital, with additional faculty involvement from Stanford University Hospital, the University of Colorado and Johns Hopkins Hospital.

By connecting technical concepts with real patient scenarios, the program helps learners translate vascular laboratory findings into clinically meaningful decisions. It also reviews high-yield material for the Registered Physician in Vascular Interpretation (RPVI) exam and addresses how to develop and implement a vascular laboratory program at a home institution.

Why This Course Stands Out

Comprehensive vascular coverage — arterial, venous, cerebrovascular and abdominal systems
RPVI-focused review — high-yield pathologies, diagnostic criteria and interpretation principles
Case-based learning — practical examples that connect findings to real patient situations
Post-intervention surveillance — bypass grafts, EVAR, dialysis access and deep venous arterialization grafts
Technical foundation — ultrasound physics, machine controls and study optimization
Clinical implementation — guidance for developing and operating a vascular laboratory
Multidisciplinary relevance — suitable for physicians, advanced practice clinicians and ultrasound professionals

Learning Objectives

🎯 After Completing the Program, Learners Should Be Better Able To
✓ Demonstrate clinical interpretation of arterial and venous noninvasive studies in the peripheral, cerebrovascular and abdominal systems.
✓ Apply velocity criteria when grading stenosis in native vessels, dialysis grafts, bypass grafts and endovascular interventions.
✓ Explain basic ultrasound physics and technology as they apply to vascular diagnostics.
✓ Recognize high-yield pathologies and concepts frequently reviewed for the RPVI examination.
✓ Develop and implement a vascular laboratory program at a home institution.

Major Clinical Areas Covered

🫀 Peripheral Arterial Imaging

Upper- and lower-extremity studies, bypass surveillance, tibio-pedal access, limb-preservation imaging and Pedal Acceleration Time.

🧠 Cerebrovascular Ultrasound

Carotid duplex, subclavian and vertebral studies, transcranial Doppler and carotid case interpretation.

🩸 Venous Ultrasound

Venous insufficiency, thrombosis, obstruction, pelvic congestion syndrome and office-based venous procedures.

🫁 Abdominal & Visceral Vascular

Abdominal ultrasound, renal and mesenteric artery disease, aortic endovascular graft surveillance and related velocity criteria.

Course Directors

Anahita Dua, MD, MBA
Vascular Surgeon

Director of the Vascular Lab; Co-director of the Peripheral Artery Disease Center and Limb Evaluation and Preservation Program; Associate Director of the Wound Care Center.

John G. Carson, MD
Vascular Surgeon

Professor of Surgery and medical director of noninvasive vascular laboratories, with clinical interests in complex arterial disease, carotid disease, aortic pathology, venous insufficiency and limb preservation.

Lindsey Ferraro, MD
Physician Faculty

Course faculty member associated with Hudson Headwaters Health Network and featured in the supplied course materials.

Complete Curriculum — 29 Sessions

Section 1 — Foundations & Peripheral Arterial Imaging
00. Introduction
01. Basics of Physics in Vascular Imaging
02. Understanding the Ultrasound Machine
03. Peripheral Arterial Studies — Upper Extremity
04. Peripheral Arterial Studies — Lower Extremity
05. Abdominal Ultrasound
06. Panel Discussion
Section 2 — Renal, Mesenteric & Cerebrovascular Studies
07. The Role of the Vascular Laboratory in the Diagnosis of Renal and Mesenteric Artery Disease
08. Carotid Duplex Ultrasonography
09. Subclavian and Vertebral Ultrasonography
10. Cerebrovascular Intracranial Imaging — Transcranial Doppler
11. High-Yield Pathologies Tested on the RPVI Examination
12. Panel Discussion
Section 3 — Graft, Stent & Dialysis Access Surveillance
13. Bypass Graft Surveillance
14. Aortic Endovascular Stent Graft Surveillance
15. Dialysis Access Surveillance and Case Presentations
16. Tibio-Pedal Access
17. Panel Discussion
Section 4 — Venous Imaging, Wound Healing & Clinical Cases
18. Venous Ultrasound I — Venous Insufficiency and Ultrasound in Office-Based Venous Procedures
19. Venous Ultrasound II — Venous Thrombosis, Obstruction and Pelvic Congestion Syndrome
20. Venous Case Presentation
21. Wound Healing in Vascular Surgery
22. Carotid Arterial Case Presentations
23. Updated Results with the Retrievable System for Drug Delivery — Data from the DEEPER OUS and DEEPER REVEAL Trials
Section 5 — Limb Preservation & Advanced Vascular Applications
24. Peripheral Artery and Bypass Graft Case Presentations
25. Surveillance of Deep Venous Arterialization Grafts
26. Deep Venous Arterialization
27. Pedal Acceleration Time (PAT) — Technique, Criteria, Interpretation and Clinical Application
28. Panel Discussion

Who Should Take This Course?

Perfect for:

✓ Vascular surgeons   ✓ Vascular medicine specialists   ✓ Cardiologists   ✓ Radiologists
✓ Primary care and specialty physicians   ✓ Ultrasound technologists and vascular sonographers
✓ Nurses   ✓ Physician assistants   ✓ Nurse practitioners   ✓ Allied health professionals
✓ Physicians preparing for the RPVI exam   ✓ Clinicians developing or managing a vascular laboratory

Delivery & Access

📁 Google Drive Delivery

Digital course materials are shared through Google Drive for convenient access from compatible devices.

🎥 Multimedia Course Package

The package may include recorded lectures, PDF resources and VTT subtitle files. Exact file counts and total size should be confirmed before publishing.

📱 Flexible Study

Review technical concepts, cases and RPVI topics at your own pace on desktop, laptop, tablet or phone.

💬 Sample Available

Contact customer support to request a sample when available.

Strengthen Your Vascular Ultrasound Interpretation
Review clinical cases, improve study interpretation and reinforce high-yield RPVI concepts.
GET INSTANT ACCESS

Important: This listing describes a digital educational course package. It does not claim live attendance, official enrollment, CME credit, exam eligibility, certification or guaranteed RPVI examination results. Confirm the exact number of videos, PDFs, VTT files, total size and product ID before publishing.

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Clinical Approach to Vascular Ultrasound and RPVI Prep Course 2026
Clinical Approach to Vascular Ultrasound and RPVI Prep Course 2026
Original price was: $700.00.Current price is: $99.99.
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