Society for Vascular Medicine Comprehensive Review of Vascular Ultrasound Interpretation and Registry Preparation 2023

This online CME program spans 40 lectures that expose you to all aspects of non-invasive vascular testing. Abundant case study materials and over 100 registry-type exam questions will help those who work within the non-invasive vascular laboratory to prepare for the RPVI examination and maintain IAC Vascular Testing continuing medical education requirements. Nationally-renowned speakers provide expanded content on vascular lab operations and ergonomics, as well as valuable insight on:

The field of non-invasive vascular testing has gained considerable momentum in recent years, thanks to the advancements in medical technology. With the aim of providing comprehensive knowledge about non-invasive vascular testing, the online CME program, spanning 40 lectures, has been designed to cater to the needs of professionals working in the non-invasive vascular laboratory.

The program is curated by nationally renowned speakers who provide a wealth of knowledge about various aspects of non-invasive vascular testing. The curriculum of the program includes abundant case study materials and over 100 registry-type exam questions to help prepare for the RPVI examination and maintain IAC Vascular Testing continuing medical education requirements. The program offers valuable insights into imaging techniques, physiological testing, testing protocols, diagnostic criteria, vascular pathology, vascular physics, quality improvement, and patient safety.

The Unique Learning Objectives highlighted by the program ensure that participants gain a comprehensive and integrated understanding of the fundamentals of non-invasive vascular testing. Upon completion of the course, professionals should be able to recognize basic ultrasound physics concepts and apply them to vascular ultrasound and physiological testing. They should also be able to use various imaging techniques to assist in the diagnosis of arterial and venous disease, apply interpretation skills for diagnosis of internal carotid artery stenosis, and use arterial duplex to assess the severity and anatomic location of lower extremity arterial disease.

The program also provides knowledge on interpreting case reviews dealing with carotid, vertebral, and subclavian arteries. Additionally, the program explores topics such as renal and mesenteric artery duplex ultrasound and venous duplex for the diagnosis of venous valvular incompetence, mapping for endovenous therapies, and assessing for EHIT.

The program’s curriculum is rounded off by a variety of mock RPVI examinations and additional talks that provide valuable insights into key non-vascular incidental findings that every reader should know.

The program’s speakers are some of the most experienced and knowledgeable professionals in their respective fields. The speakers include Heather L. Gornik, MD, RVT, RPVI, MSVM, Fredrick Kremkau, PhD, Ann Marie Kupinski, PhD, RVT, RDMS, FSVU, Jill Sommerset, RVT, R. Eugene Zierler, MD, RPVI, FACS, FSVM, Aditya Sharma, MBBS, RPVI, FSVM, Marie D. Gerhard Herman, MD, RVT, RPVI, Ana Casanegra, MD, RPVI, FSVM, Nirvikar (Nirvi) Dahiya, MD, Raghu Kolluri, MD, RVT, FSVM, and Karem Harth, MD.

The book has received high praise from professionals in the non-invasive vascular testing field, who have found the course to be an invaluable asset in improving their knowledge and keeping them up-to-date with the latest advancements in the field.

In conclusion, the online CME program on non-invasive vascular testing is an essential resource for professionals in the non-invasive vascular laboratory who are seeking to enhance their knowledge and improve their quality of patient care. The program is highly recommended to those preparing for the RPVI examination and anyone seeking to maintain their IAC Vascular Testing continuing medical education requirements. Order the book today and secure the future of your career!

Product Details

• Imaging techniques (grayscale, color and spectral Doppler, physiological testing)
• Various testing protocols and diagnostic criteria
• A broad range of vascular pathology, both common and rare
• Fundamentals of vascular physics
• Quality improvement and patient safety
• And more…

• Recognize basic ultrasound physics concepts and their application to vascular ultrasound and physiologica testing
• Identify common imaging and Doppler artifacts encountered in the vascular laboratory
• Use grayscale imaging, color Doppler analysis, and spectral Doppler waveforms to assist in the diagnosis of arterial and venous disease
• Apply interpretation skills for diagnosis of internal carotid artery stenosis using duplex ultrasound
• Apply interpretation skills for diagnosis of venous thrombosis and venous valvular reflux using duplex ultrasound
• Use arterial duplex and physiological testing to assess severity and anatomic location of lower extremity arterial disease
• Apply standard diagnostic criteria to diagnose abdominal aortic aneurysm (AAA) and renal and mesenteric artery stenosis using duplex ultrasound
• Use color and spectral Doppler analysis to assess the patency of arterial and venous stents and following endovascular AAA repair
• Recognize uncommon and rare vascular disorders encountered in the vascular laboratory
• Use best practices for running a high quality vascular laboratory, including quality improvement program, accreditation, and prevention of work-related musculoskeletal disorder (WRMSD) among technical personnel
• Identify areas of knowledge deficit to improve preparation for the ARDMS Registered Physician in Vascular Interpretation (RPVI) examination