Description
+ Include:Â videos + file sub vtt +Â pdf, size:Â GB
+ Target Audience: Primary Care Physicians, Ultrasound TechnologistsÂ
+ Sample video: contact me for sample video
+ Information:
June 5 – 6, 2026
Develop a strong foundation in vascular ultrasound performance and interpretation through expert-led instruction, practical case-based learning, and comprehensive preparation for clinical practice, RPVI certification, and vascular lab development.
This course is designed to develop a strong foundation in both performance and interpretation of vascular ultrasound. We developed lectures in conjunction with the medical director and technical director of the vascular lab at Massachusetts General Hospital and Brigham and Women’s Hospital as well as esteemed faculty from Stanford University Hospital, University of Colorado, and Johns Hopkins Hospital that thoroughly cover an array of topics focused on the interpretation of vascular ultrasound. We have included multiple practical examples through case presentations that allow for the learner to develop a foundation in vascular lab as well as the ability to apply this knowledge directly to patient situations. At the end of this course, the learner will be able to perform and interpret vascular laboratory studies, be prepared for the Registered Physician in Vascular Interpretation (RPVI) exam, and create a vascular laboratory at their home institution.
Learning Objectives
- Â Demonstrate clinical interpretation of arterial and venous vascular noninvasive studies in the peripheral, cerebrovascular, and abdominal systems.
- Â Discuss the clinical application of velocity criteria for grading of stenosis in the vasculature including dialysis grafts, endovascular interventions in the aorta and peripheral system, and bypass grafts.
- Â Summarize basic ultrasound physics and ultrasound technology as it applies to vascular diagnostics.
- Â Review topics commonly found on the Registered Physician in Vascular Interpretation (RPVI) exam.
- Â Develop and Implement a Vascular Laboratory Program at their home institution.
Who Should Participate
- Primary Care Physicians, Specialty Physicians, Allied Specialities, Nurses, Ultrasound Technologists, Physician Assistants, and Nurse Practitioners
+ Topics:
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00Â Introduction
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01Â Basics of Physics in Vascular Imaging
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02Â Understanding the Ultrasound Machine
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03 Peripheral Arterial Studies – UPPER
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04 Peripheral Arterial Studies – LOWER
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05Â Abdominal US
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06Â Panel Discussion
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07Â The Role of the Vascular Laboratory in the Diagnosis of Renal and Mesenteric Artery Disease
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08Â Carotid Duplex Ultrasonography
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09Â Subclavian and Vertebral Ultrasonography
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10Â Cerebrovascular Intracranial (Transcranial Doppler)
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11Â High Yield Pathologies Tested on the Registered Physician in Vascular Interpretation (RPVI)
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12Â Panel Discussion
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13Â Bypass Graft Surveillance
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14Â Aortic Endovascular Stent Graft Surveillance
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15Â Dialysis Access Surveillance and Case Presentations
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16 Tibio – Pedal Access
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17Â Panel Discussion
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18 Venous Ultrasound 1 – Venous insufficiency, Ultrasound in Office Based Venous Procedures
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19 Venous Ultrasound 2 – Venous ThrombosisObstruction, Pelvic Congestion Syndrome
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20Â Venous Case Presentation
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21Â Wound Healing in Vascular Surgery
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22Â Carotid Arterial Case Presentations
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23 Updated Results with the Retrievable System for Drug Delivery – Data from the DEEPER OUS and DEEPER REVEAL Trials
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24Â Peripheral Artery and Bypass Graft Case Presentations
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25Â Surveillence of Deep Venous Arterialization Grafts
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26Â Deep venous arterialization
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27 Pedal Acceleration Time (PAT) – Technique, Criteria, Interpretation and Clinical Application
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28Â Panel Discussion

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